name oligo # row col ncRNA conventional tRNA nomenclature oligo covers start of coverage end of coverage conventional tRNA numbering start coverage conventional tRNA numbering end coverage Seq pos probe length concatenated probe SH1 1 18 111 Ala1 AlaAGC 5_flank 1 13 gggtctggcccccgggtctggcccccgggtctggcccccgggtctggcccccgggtctgg SH2 2 43 4 Ala1 AlaAGC 5_flank 6 17 tttttaacagggtctggtttttaacagggtctggtttttaacagggtctggtttttaaca SH3 3 50 69 Ala1 AlaAGC 5_flank 11 18 caaaggtttttaacagggcaaaggtttttaacagggcaaaggtttttaacagggcaaagg SH4 4 71 93 Ala1 AlaAGC 5_flank 16 18 gccatcaaaggtttttaagccatcaaaggtttttaagccatcaaaggtttttaagccatc SH5 5 13 213 Ala1 AlaAGC 5_flank 21 17 catagccatcaaaggttcatagccatcaaaggttcatagccatcaaaggttcatagccat SH6 6 79 123 Ala1 AlaAGC 5_flank 26 20 tattattacatagccatcaatattattacatagccatcaatattattacatagccatcaa SH7 7 59 169 Ala1 AlaAGC 5_flank 31 20 tttactattattacatagcctttactattattacatagcctttactattattacatagcc SH8 8 81 66 Ala1 AlaAGC 5_flank 36 22 cacttaatttactattattacacacttaatttactattattacacacttaatttactatt SH9 9 75 87 Ala1 AlaAGC 5_flank 41 22 gtttgcacttaatttactattagtttgcacttaatttactattagtttgcacttaattta SH10 10 73 72 Ala1 AlaAGC 5_flank 46 20 catgtttgcacttaatttaccatgtttgcacttaatttaccatgtttgcacttaatttac SH11 11 87 2 Ala1 AlaAGC 5_flank 51 19 cttacatgtttgcacttaacttacatgtttgcacttaacttacatgtttgcacttaactt SH12 12 97 59 Ala1 AlaAGC 5_flank 56 18 ctttcttacatgtttgcactttcttacatgtttgcactttcttacatgtttgcactttct SH13 13 81 203 Ala1 AlaAGC 5_flank 61 19 gagaatctttcttacatgtgagaatctttcttacatgtgagaatctttcttacatgtgag SH14 14 45 92 Ala1 AlaAGC 5_flank 66 18 taccgagaatctttcttataccgagaatctttcttataccgagaatctttcttataccga SH15 15 100 104 Ala1 AlaAGC 5_flank 71 17 tcgttaccgagaatctttcgttaccgagaatctttcgttaccgagaatctttcgttaccg SH16 16 45 16 Ala1 AlaAGC 5_flank 76 15 tggtcgttaccgagatggtcgttaccgagatggtcgttaccgagatggtcgttaccgaga SH17 17 53 77 Ala1 AlaAGC 5_flank 81 18 tatttgtatggtcgttactatttgtatggtcgttactatttgtatggtcgttactatttg SH18 18 94 141 Ala1 AlaAGC 5_flank/tRNA 5_flank 3 5_flank 3 86 18 CCCaatatttgtatggtcCCCaatatttgtatggtcCCCaatatttgtatggtcCCCaat SH19 19 49 104 Ala1 AlaAGC 5_flank/tRNA 5_flank 7 5_flank 7 91 17 CACGCCCaatatttgtaCACGCCCaatatttgtaCACGCCCaatatttgtaCACGCCCaa SH20 20 7 49 Ala1 AlaAGC 5_flank/tRNA 5_flank 10 5_flank 10 96 15 CCACACGCCCaatatCCACACGCCCaatatCCACACGCCCaatatCCACACGCCCaatat SH21 21 26 137 Ala1 AlaAGC tRNA 1 13 1 13 101 13 ACGCCACACGCCCACGCCACACGCCCACGCCACACGCCCACGCCACACGCCCACGCCACA SH22 22 77 60 Ala1 AlaAGC tRNA 6 18 6 18 106 13 CGACTACGCCACACGACTACGCCACACGACTACGCCACACGACTACGCCACACGACTACG SH23 23 27 60 Ala1 AlaAGC tRNA 11 23 11 23 111 13 GCTACCGACTACGGCTACCGACTACGGCTACCGACTACGGCTACCGACTACGGCTACCGA SH24 24 7 113 Ala1 AlaAGC tRNA 16 28 16 28 116 13 AGCGCGCTACCGAAGCGCGCTACCGAAGCGCGCTACCGAAGCGCGCTACCGAAGCGCGCT SH25 25 24 92 Ala1 AlaAGC tRNA 21 33 21 33 121 13 AAGGGAGCGCGCTAAGGGAGCGCGCTAAGGGAGCGCGCTAAGGGAGCGCGCTAAGGGAGC SH26 26 7 74 Ala1 AlaAGC tRNA 26 40 26 40 126 15 CCATGCTAAGGGAGCCCATGCTAAGGGAGCCCATGCTAAGGGAGCCCATGCTAAGGGAGC SH27 27 29 107 Ala1 AlaAGC tRNA 31 45 31 45 131 15 CTCTCCCATGCTAAGCTCTCCCATGCTAAGCTCTCCCATGCTAAGCTCTCCCATGCTAAG SH28 28 65 180 Ala1 AlaAGC tRNA 36 48 36 48 136 13 GACCTCTCCCATGGACCTCTCCCATGGACCTCTCCCATGGACCTCTCCCATGGACCTCTC SH29 29 77 2 Ala1 AlaAGC tRNA 41 53 41 53 141 13 CCGGAGACCTCTCCCGGAGACCTCTCCCGGAGACCTCTCCCGGAGACCTCTCCCGGAGAC SH30 30 13 91 Ala1 AlaAGC tRNA 46 58 46 58 146 13 TCGAACCGGAGACTCGAACCGGAGACTCGAACCGGAGACTCGAACCGGAGACTCGAACCG SH31 31 20 52 Ala1 AlaAGC tRNA 51 63 51 63 151 13 CGGAATCGAACCGCGGAATCGAACCGCGGAATCGAACCGCGGAATCGAACCGCGGAATCG SH32 32 30 148 Ala1 AlaAGC tRNA 56 68 56 68 156 13 GAGTCCGGAATCGGAGTCCGGAATCGGAGTCCGGAATCGGAGTCCGGAATCGGAGTCCGG SH33 33 58 39 Ala1 AlaAGC tRNA 61 73 61 73 161 13 TGGACGAGTCCGGTGGACGAGTCCGGTGGACGAGTCCGGTGGACGAGTCCGGTGGACGAG SH34 34 20 14 Ala1 AlaAGC tRNA/3_flank 66 3_flank 66 3_flank 166 20 taaaaaataattTGGACGAGtaaaaaataattTGGACGAGtaaaaaataattTGGACGAG SH35 35 27 39 Ala1 AlaAGC tRNA/3_flank 71 3_flank 71 3_flank 171 21 ggaaagtaaaaaataattTGGggaaagtaaaaaataattTGGggaaagtaaaaaataatt SH36 36 5 89 Ala1 AlaAGC 3_flank 176 19 cgcggaaagtaaaaaataacgcggaaagtaaaaaataacgcggaaagtaaaaaataacgc SH37 37 73 73 Ala1 AlaAGC 3_flank 181 17 caccgcggaaagtaaaacaccgcggaaagtaaaacaccgcggaaagtaaaacaccgcgga SH38 38 87 12 Ala1 AlaAGC 3_flank 186 13 gcaccgcggaaaggcaccgcggaaaggcaccgcggaaaggcaccgcggaaaggcaccgcg SH39 39 44 27 Ala1 AlaAGC 3_flank 191 13 tctcggcaccgcgtctcggcaccgcgtctcggcaccgcgtctcggcaccgcgtctcggca SH40 40 18 97 Ala1 AlaAGC 3_flank 196 13 ctgcatctcggcactgcatctcggcactgcatctcggcactgcatctcggcactgcatct SH41 41 94 82 Ala1 AlaAGC 3_flank 201 15 gccacgtctgcatctgccacgtctgcatctgccacgtctgcatctgccacgtctgcatct SH42 42 91 107 Ala1 AlaAGC 3_flank 206 13 ttggccacgtctgttggccacgtctgttggccacgtctgttggccacgtctgttggccac SH43 43 95 7 Ala1 AlaAGC 3_flank 211 13 cacagttggccaccacagttggccaccacagttggccaccacagttggccaccacagttg SH44 44 39 193 Ala1 AlaAGC 3_flank 216 15 cggcagacacagttgcggcagacacagttgcggcagacacagttgcggcagacacagttg SH45 45 67 195 Ala1 AlaAGC 3_flank 221 13 cgacggcagacaccgacggcagacaccgacggcagacaccgacggcagacaccgacggca SH46 46 14 93 Ala1 AlaAGC 3_flank 226 15 cattttgcgacggcacattttgcgacggcacattttgcgacggcacattttgcgacggca SH47 47 67 199 Ala1 AlaAGC 3_flank 231 20 aaattcaaatcattttgcgaaaattcaaatcattttgcgaaaattcaaatcattttgcga SH48 48 53 41 Ala1 AlaAGC 3_flank 236 20 acgcaaaattcaaatcatttacgcaaaattcaaatcatttacgcaaaattcaaatcattt SH49 49 91 191 Ala1 AlaAGC 3_flank 241 18 gcgacgcaaaattcaaatgcgacgcaaaattcaaatgcgacgcaaaattcaaatgcgacg SH50 50 99 18 Ala1 AlaAGC 3_flank 246 15 gcgcgacgcaaaattgcgcgacgcaaaattgcgcgacgcaaaattgcgcgacgcaaaatt SH51 51 62 38 Ala1 AlaAGC 3_flank 251 13 cgtgcgcgacgcacgtgcgcgacgcacgtgcgcgacgcacgtgcgcgacgcacgtgcgcg SH52 52 23 124 Ala1 AlaAGC 3_flank 256 13 agaaacgtgcgcgagaaacgtgcgcgagaaacgtgcgcgagaaacgtgcgcgagaaacgt SH53 53 42 57 Ala2 AlaTGC 5_flank 1 22 caattacattgttgaaaataagcaattacattgttgaaaataagcaattacattgttgaa SH54 54 70 204 Ala2 AlaTGC 5_flank 6 20 catcaattacattgttgaaacatcaattacattgttgaaacatcaattacattgttgaaa SH55 55 95 40 Ala2 AlaTGC 5_flank 11 18 ggccatcaattacattgtggccatcaattacattgtggccatcaattacattgtggccat SH56 56 55 29 Ala2 AlaTGC 5_flank 16 18 tttaaggccatcaattactttaaggccatcaattactttaaggccatcaattactttaag SH57 57 91 34 Ala2 AlaTGC 5_flank 21 17 gagatttaaggccatcagagatttaaggccatcagagatttaaggccatcagagatttaa SH58 58 32 102 Ala2 AlaTGC 5_flank 26 18 gtagtagagatttaaggcgtagtagagatttaaggcgtagtagagatttaaggcgtagta SH59 59 51 161 Ala2 AlaTGC 5_flank 31 20 ttatgatgtagtagagatttttatgatgtagtagagatttttatgatgtagtagagattt SH60 60 104 59 Ala2 AlaTGC 5_flank 36 18 gctttatgatgtagtagagctttatgatgtagtagagctttatgatgtagtagagcttta SH61 61 102 189 Ala2 AlaTGC 5_flank 41 20 cttagaagctttatgatgtacttagaagctttatgatgtacttagaagctttatgatgta SH62 62 55 20 Ala2 AlaTGC 5_flank 46 18 gtgcttagaagctttatggtgcttagaagctttatggtgcttagaagctttatggtgctt SH63 63 68 105 Ala2 AlaTGC 5_flank 51 17 gtaagtgcttagaagctgtaagtgcttagaagctgtaagtgcttagaagctgtaagtgct SH64 64 19 53 Ala2 AlaTGC 5_flank 56 17 gaatggtaagtgcttaggaatggtaagtgcttaggaatggtaagtgcttaggaatggtaa SH65 65 91 28 Ala2 AlaTGC 5_flank 61 17 tgaaggaatggtaagtgtgaaggaatggtaagtgtgaaggaatggtaagtgtgaaggaat SH66 66 15 42 Ala2 AlaTGC 5_flank 66 18 gacttatgaaggaatggtgacttatgaaggaatggtgacttatgaaggaatggtgactta SH67 67 86 207 Ala2 AlaTGC 5_flank 71 18 tactagacttatgaaggatactagacttatgaaggatactagacttatgaaggatactag SH68 68 76 78 Ala2 AlaTGC 5_flank 76 20 attacaatactagacttatgattacaatactagacttatgattacaatactagacttatg SH69 69 72 177 Ala2 AlaTGC 5_flank 81 18 ctcattacaatactagacctcattacaatactagacctcattacaatactagacctcatt SH70 70 89 52 Ala2 AlaTGC 5_flank/tRNA 5_flank 3 5_flank 3 86 18 CCCaactcattacaatacCCCaactcattacaatacCCCaactcattacaatacCCCaac SH71 71 74 44 Ala2 AlaTGC 5_flank/tRNA 5_flank 6 5_flank 6 91 16 GTGCCCaactcattacGTGCCCaactcattacGTGCCCaactcattacGTGCCCaactca SH72 72 55 107 Ala2 AlaTGC 5_flank/tRNA -4 10 -4 10 96 15 CCATGTGCCCaactcCCATGTGCCCaactcCCATGTGCCCaactcCCATGTGCCCaactc SH73 73 33 132 Ala2 AlaTGC tRNA 1 13 1 13 101 13 GCGCCATGTGCCCGCGCCATGTGCCCGCGCCATGTGCCCGCGCCATGTGCCCGCGCCATG SH74 74 31 67 Ala2 AlaTGC tRNA 6 18 6 18 106 13 CAACTGCGCCATGCAACTGCGCCATGCAACTGCGCCATGCAACTGCGCCATGCAACTGCG SH75 75 33 165 Ala2 AlaTGC tRNA 11 23 11 23 111 13 GCTACCAACTGCGGCTACCAACTGCGGCTACCAACTGCGGCTACCAACTGCGGCTACCAA SH76 76 25 192 Ala2 AlaTGC tRNA 16 28 16 28 116 13 AGCGCGCTACCAAAGCGCGCTACCAAAGCGCGCTACCAAAGCGCGCTACCAAAGCGCGCT SH77 77 68 40 Ala2 AlaTGC tRNA 21 33 21 33 121 13 AGGGAAGCGCGCTAGGGAAGCGCGCTAGGGAAGCGCGCTAGGGAAGCGCGCTAGGGAAGC SH78 78 56 65 Ala2 AlaTGC tRNA 26 40 26 40 126 15 CCTTGCAAGGGAAGCCCTTGCAAGGGAAGCCCTTGCAAGGGAAGCCCTTGCAAGGGAAGC SH79 79 95 116 Ala2 AlaTGC tRNA 31 45 31 45 131 15 CTCTTCCTTGCAAGGCTCTTCCTTGCAAGGCTCTTCCTTGCAAGGCTCTTCCTTGCAAGG SH80 80 24 114 Ala2 AlaTGC tRNA 36 51 36 51 136 16 GATGACCTCTTCCTTGGATGACCTCTTCCTTGGATGACCTCTTCCTTGGATGACCTCTTC SH81 81 75 52 Ala2 AlaTGC tRNA 41 56 41 56 141 16 GAACCGATGACCTCTTGAACCGATGACCTCTTGAACCGATGACCTCTTGAACCGATGACC SH82 82 48 214 Ala2 AlaTGC tRNA 46 61 46 61 146 16 GAATCGAACCGATGACGAATCGAACCGATGACGAATCGAACCGATGACGAATCGAACCGA SH83 83 72 208 Ala2 AlaTGC tRNA 51 63 51 63 151 13 CGGAATCGAACCGCGGAATCGAACCGCGGAATCGAACCGCGGAATCGAACCGCGGAATCG SH84 84 27 51 Ala2 AlaTGC tRNA 56 68 56 68 156 13 GCAACCGGAATCGGCAACCGGAATCGGCAACCGGAATCGGCAACCGGAATCGGCAACCGG SH85 85 76 67 Ala2 AlaTGC tRNA 61 73 61 73 161 13 TGGACGCAACCGGTGGACGCAACCGGTGGACGCAACCGGTGGACGCAACCGGTGGACGCA SH86 86 32 189 Ala2 AlaTGC tRNA/3_flank 66 3_flank 66 3_flank 166 18 caaaaaaattTGGACGCAcaaaaaaattTGGACGCAcaaaaaaattTGGACGCAcaaaaa SH87 87 50 114 Ala2 AlaTGC tRNA/3_flank 71 3_flank 71 3_flank 171 20 ggattaacaaaaaaattTGGggattaacaaaaaaattTGGggattaacaaaaaaattTGG SH88 88 89 74 Ala2 AlaTGC 3_flank 176 20 gtgttggattaacaaaaaaagtgttggattaacaaaaaaagtgttggattaacaaaaaaa SH89 89 104 143 Ala2 AlaTGC 3_flank 181 20 caattgtgttggattaacaacaattgtgttggattaacaacaattgtgttggattaacaa SH90 90 29 100 Ala2 AlaTGC 3_flank 186 20 gaattcaattgtgttggattgaattcaattgtgttggattgaattcaattgtgttggatt SH91 91 101 159 Ala2 AlaTGC 3_flank 191 18 cacgaattcaattgtgttcacgaattcaattgtgttcacgaattcaattgtgttcacgaa SH92 92 22 9 Ala2 AlaTGC 3_flank 196 19 gctattcacgaattcaattgctattcacgaattcaattgctattcacgaattcaattgct SH93 93 41 148 Ala2 AlaTGC 3_flank 201 18 gtcagctattcacgaattgtcagctattcacgaattgtcagctattcacgaattgtcagc SH94 94 48 134 Ala2 AlaTGC 3_flank 206 17 gacagtcagctattcacgacagtcagctattcacgacagtcagctattcacgacagtcag SH95 95 33 134 Ala2 AlaTGC 3_flank 211 17 ctgatgacagtcagctactgatgacagtcagctactgatgacagtcagctactgatgaca SH96 96 91 167 Ala2 AlaTGC 3_flank 216 17 cattactgatgacagtccattactgatgacagtccattactgatgacagtccattactga SH97 97 41 196 Ala2 AlaTGC 3_flank 221 18 cacgaacattactgatgacacgaacattactgatgacacgaacattactgatgacacgaa SH98 98 17 46 Ala2 AlaTGC 3_flank 226 18 ctttccacgaacattactctttccacgaacattactctttccacgaacattactctttcc SH99 99 89 28 Ala2 AlaTGC 3_flank 231 17 ggtactttccacgaacaggtactttccacgaacaggtactttccacgaacaggtactttc SH100 100 22 188 Ala2 AlaTGC 3_flank 236 17 ggataggtactttccacggataggtactttccacggataggtactttccacggataggta SH101 101 84 108 Ala2 AlaTGC 3_flank 241 18 cagtatggataggtacttcagtatggataggtacttcagtatggataggtacttcagtat SH102 102 7 189 Ala2 AlaTGC 3_flank 246 17 acaacagtatggataggacaacagtatggataggacaacagtatggataggacaacagta SH103 103 20 10 Ala2 AlaTGC 3_flank 251 17 gtgatacaacagtatgggtgatacaacagtatgggtgatacaacagtatgggtgatacaa SH104 104 71 149 Ala2 AlaTGC 3_flank 256 17 tagtcgtgatacaacagtagtcgtgatacaacagtagtcgtgatacaacagtagtcgtga SH105 105 99 90 Arg1 ArgACG_i 5_flank 1 20 ttaatatacaactacacagtttaatatacaactacacagtttaatatacaactacacagt SH106 106 56 88 Arg1 ArgACG_i 5_flank 6 21 gttctattaatatacaactacgttctattaatatacaactacgttctattaatatacaac SH107 107 30 2 Arg1 ArgACG_i 5_flank 11 22 agtaaagttctattaatatacaagtaaagttctattaatatacaagtaaagttctattaa SH108 108 39 6 Arg1 ArgACG_i 5_flank 16 22 gcaaaagtaaagttctattaatgcaaaagtaaagttctattaatgcaaaagtaaagttct SH109 109 27 114 Arg1 ArgACG_i 5_flank 21 18 cgcaaaagtaaagttctacgcaaaagtaaagttctacgcaaaagtaaagttctacgcaaa SH110 110 56 41 Arg1 ArgACG_i 5_flank 26 17 cctgcgcaaaagtaaagcctgcgcaaaagtaaagcctgcgcaaaagtaaagcctgcgcaa SH111 111 96 186 Arg1 ArgACG_i 5_flank 31 15 gttcctgcgcaaaaggttcctgcgcaaaaggttcctgcgcaaaaggttcctgcgcaaaag SH112 112 72 26 Arg1 ArgACG_i 5_flank 36 15 tgtttgttcctgcgctgtttgttcctgcgctgtttgttcctgcgctgtttgttcctgcgc SH113 113 78 149 Arg1 ArgACG_i 5_flank 41 19 gcaataaaatgtttgttccgcaataaaatgtttgttccgcaataaaatgtttgttccgca SH114 114 82 190 Arg1 ArgACG_i 5_flank 46 20 tatgtcgcaataaaatgttttatgtcgcaataaaatgttttatgtcgcaataaaatgttt SH115 115 50 160 Arg1 ArgACG_i 5_flank 51 18 gcctatgtcgcaataaaagcctatgtcgcaataaaagcctatgtcgcaataaaagcctat SH116 116 99 73 Arg1 ArgACG_i 5_flank 56 17 gtatgcctatgtcgcaagtatgcctatgtcgcaagtatgcctatgtcgcaagtatgccta SH117 117 58 50 Arg1 ArgACG_i 5_flank 61 17 gcaaggtatgcctatgtgcaaggtatgcctatgtgcaaggtatgcctatgtgcaaggtat SH118 118 36 100 Arg1 ArgACG_i 5_flank 66 13 ggcaaggtatgccggcaaggtatgccggcaaggtatgccggcaaggtatgccggcaaggt SH119 119 63 184 Arg1 ArgACG_i 5_flank 71 13 ctgagggcaaggtctgagggcaaggtctgagggcaaggtctgagggcaaggtctgagggc SH120 120 8 201 Arg1 ArgACG_i 5_flank 76 13 gatctctgagggcgatctctgagggcgatctctgagggcgatctctgagggcgatctctg SH121 121 48 49 Arg1 ArgACG_i 5_flank 81 20 caagaatataaagatctctgcaagaatataaagatctctgcaagaatataaagatctctg SH122 122 38 103 Arg1 ArgACG_i 5_flank/tRNA5 5_flank 5 5_flank 5 86 20 AGGAAcaagaatataaagatAGGAAcaagaatataaagatAGGAAcaagaatataaagat SH123 123 28 40 Arg1 ArgACG_i 5_flank/tRNA5 5_flank 8 5_flank 8 91 18 ACGAGGAAcaagaatataACGAGGAAcaagaatataACGAGGAAcaagaatataACGAGG SH124 124 23 134 Arg1 ArgACG_i 5_flank/tRNA5 5_flank 10 5_flank 10 96 15 CCACGAGGAAcaagaCCACGAGGAAcaagaCCACGAGGAAcaagaCCACGAGGAAcaaga SH125 125 14 172 Arg1 ArgACG_i tRNA 1 13 1 13 101 13 GGGCCACGAGGAAGGGCCACGAGGAAGGGCCACGAGGAAGGGCCACGAGGAAGGGCCACG SH126 126 78 178 Arg1 ArgACG_i tRNA 6 18 6 18 106 13 CCATTGGGCCACGCCATTGGGCCACGCCATTGGGCCACGCCATTGGGCCACGCCATTGGG SH127 127 34 74 Arg1 ArgACG_i tRNA 11 23 11 23 111 13 CGTGACCATTGGGCGTGACCATTGGGCGTGACCATTGGGCGTGACCATTGGGCGTGACCA SH128 128 40 142 Arg1 ArgACG_i tRNA 16 28 16 28 116 13 GACGCCGTGACCAGACGCCGTGACCAGACGCCGTGACCAGACGCCGTGACCAGACGCCGT SH129 129 48 168 Arg1 ArgACG_i tRNA 21 33 21 33 121 13 AGCCAGACGCCGTAGCCAGACGCCGTAGCCAGACGCCGTAGCCAGACGCCGTAGCCAGAC SH130 130 34 103 Arg1 ArgACG_i tRNA 26 40 26 40 126 15 GGTTCGTAGCCAGACGGTTCGTAGCCAGACGGTTCGTAGCCAGACGGTTCGTAGCCAGAC SH131 131 28 96 Arg1 ArgACG_i tRNA 31 43 31 43 131 13 CCTGGTTCGTAGCCCTGGTTCGTAGCCCTGGTTCGTAGCCCTGGTTCGTAGCCCTGGTTC SH132 132 33 128 Arg1 ArgACG_i tRNA 36 50 36 50 136 15 GGAATCTCCTGGTTCGGAATCTCCTGGTTCGGAATCTCCTGGTTCGGAATCTCCTGGTTC SH133 133 33 14 Arg1 ArgACG_i tRNA 41 56 41 56 141 16 GAACCTGGAATCTCCTGAACCTGGAATCTCCTGAACCTGGAATCTCCTGAACCTGGAATC SH134 134 43 204 Arg1 ArgACG_i tRNA 46 61 46 61 146 16 GACTCGAACCTGGAATGACTCGAACCTGGAATGACTCGAACCTGGAATGACTCGAACCTG SH135 135 16 202 Arg1 ArgACG_i tRNA 51 65 51 65 151 15 CCAGGACTCGAACCTCCAGGACTCGAACCTCCAGGACTCGAACCTCCAGGACTCGAACCT SH136 136 75 194 Arg1 ArgACG_i tRNA 56 68 56 68 156 13 CCGCCAGGACTCGCCGCCAGGACTCGCCGCCAGGACTCGCCGCCAGGACTCGCCGCCAGG SH137 137 55 196 Arg1 ArgACG_i tRNA 61 73 61 73 161 13 CTTCCCCGCCAGGCTTCCCCGCCAGGCTTCCCCGCCAGGCTTCCCCGCCAGGCTTCCCCG SH138 138 24 78 Arg1 ArgACG_i tRNA/3_flank 66 3_flank 66 3_flank 166 17 aagaatattCTTCCCCGaagaatattCTTCCCCGaagaatattCTTCCCCGaagaatatt SH139 139 97 41 Arg1 ArgACG_i tRNA/3_flank 71 3_flank 71 3_flank 171 20 gtgacaaaaagaatattCTTgtgacaaaaagaatattCTTgtgacaaaaagaatattCTT SH140 140 20 120 Arg1 ArgACG_i 3_flank 176 20 tgttagtgacaaaaagaatatgttagtgacaaaaagaatatgttagtgacaaaaagaata SH141 141 29 112 Arg1 ArgACG_i 3_flank 181 19 gttgtgttagtgacaaaaagttgtgttagtgacaaaaagttgtgttagtgacaaaaagtt SH142 142 70 136 Arg1 ArgACG_i 3_flank 186 17 atggttgtgttagtgacatggttgtgttagtgacatggttgtgttagtgacatggttgtg SH143 143 54 203 Arg1 ArgACG_i 3_flank 191 20 tttatagaatggttgtgttatttatagaatggttgtgttatttatagaatggttgtgtta SH144 144 50 38 Arg1 ArgACG_i 3_flank 196 20 ttcaatttatagaatggttgttcaatttatagaatggttgttcaatttatagaatggttg SH145 145 101 95 Arg1 ArgACG_i 3_flank 201 22 ttttctcttcaatttatagaatttttctcttcaatttatagaatttttctcttcaattta SH146 146 97 166 Arg1 ArgACG_i 3_flank 206 23 tttaatttttctcttcaatttattttaatttttctcttcaatttattttaatttttctct SH147 147 24 202 Arg1 ArgACG_i 3_flank 211 21 ccatttaatttttctcttcaaccatttaatttttctcttcaaccatttaatttttctctt SH148 148 40 82 Arg1 ArgACG_i 3_flank 216 18 ggccatttaatttttctcggccatttaatttttctcggccatttaatttttctcggccat SH149 149 61 61 Arg1 ArgACG_i 3_flank 221 20 gaatattggccatttaatttgaatattggccatttaatttgaatattggccatttaattt SH150 150 47 139 Arg1 ArgACG_i 3_flank 226 18 gtagaatattggccatttgtagaatattggccatttgtagaatattggccatttgtagaa SH151 151 66 75 Arg1 ArgACG_i 3_flank 231 17 gcacgtagaatattggcgcacgtagaatattggcgcacgtagaatattggcgcacgtaga SH152 152 35 123 Arg1 ArgACG_i 3_flank 236 18 taacaagcacgtagaatataacaagcacgtagaatataacaagcacgtagaatataacaa SH153 153 33 199 Arg1 ArgACG_i 3_flank 241 18 tctaataacaagcacgtatctaataacaagcacgtatctaataacaagcacgtatctaat SH154 154 24 207 Arg1 ArgACG_i 3_flank 246 18 gagtttctaataacaagcgagtttctaataacaagcgagtttctaataacaagcgagttt SH155 155 37 18 Arg1 ArgACG_i 3_flank 251 18 gttgcgagtttctaataagttgcgagtttctaataagttgcgagtttctaataagttgcg SH156 156 59 188 Arg1 ArgACG_i 3_flank 256 18 caattgttgcgagtttctcaattgttgcgagtttctcaattgttgcgagtttctcaattg SH157 157 15 38 Arg2 ArgACG_ii 5_flank 1 20 ggtaatcatcatttaaagtgggtaatcatcatttaaagtgggtaatcatcatttaaagtg SH158 158 7 130 Arg2 ArgACG_ii 5_flank 6 18 ggtggtaatcatcatttaggtggtaatcatcatttaggtggtaatcatcatttaggtggt SH159 159 28 118 Arg2 ArgACG_ii 5_flank 11 15 ggggtggtaatcatcggggtggtaatcatcggggtggtaatcatcggggtggtaatcatc SH160 160 31 70 Arg2 ArgACG_ii 5_flank 16 15 cttgtggggtggtaacttgtggggtggtaacttgtggggtggtaacttgtggggtggtaa SH161 161 66 146 Arg2 ArgACG_ii 5_flank 21 15 cttctcttgtggggtcttctcttgtggggtcttctcttgtggggtcttctcttgtggggt SH162 162 57 168 Arg2 ArgACG_ii 5_flank 26 16 gaccgacttctcttgtgaccgacttctcttgtgaccgacttctcttgtgaccgacttctc SH163 163 57 15 Arg2 ArgACG_ii 5_flank 31 17 aattcagaccgacttctaattcagaccgacttctaattcagaccgacttctaattcagac SH164 164 21 117 Arg2 ArgACG_ii 5_flank 36 20 aattaataaattcagaccgaaattaataaattcagaccgaaattaataaattcagaccga SH165 165 94 5 Arg2 ArgACG_ii 5_flank 41 20 accagaattaataaattcagaccagaattaataaattcagaccagaattaataaattcag SH166 166 9 183 Arg2 ArgACG_ii 5_flank 46 20 ctgataccagaattaataaactgataccagaattaataaactgataccagaattaataaa SH167 167 60 182 Arg2 ArgACG_ii 5_flank 51 18 ttgctgataccagaattattgctgataccagaattattgctgataccagaattattgctg SH168 168 100 197 Arg2 ArgACG_ii 5_flank 56 17 ggatttgctgataccagggatttgctgataccagggatttgctgataccagggatttgct SH169 169 12 196 Arg2 ArgACG_ii 5_flank 61 17 atacgggatttgctgatatacgggatttgctgatatacgggatttgctgatatacgggat SH170 170 25 157 Arg2 ArgACG_ii 5_flank 66 18 attgaaatacgggatttgattgaaatacgggatttgattgaaatacgggatttgattgaa SH171 171 33 20 Arg2 ArgACG_ii 5_flank 71 18 aagttattgaaatacgggaagttattgaaatacgggaagttattgaaatacgggaagtta SH172 172 96 136 Arg2 ArgACG_ii 5_flank 76 22 gatttcttgaagttattgaaatgatttcttgaagttattgaaatgatttcttgaagttat SH173 173 77 16 Arg2 ArgACG_ii 5_flank 81 20 caagatttcttgaagttattcaagatttcttgaagttattcaagatttcttgaagttatt SH174 174 93 142 Arg2 ArgACG_ii 5_flank/tRNA 5_flank 3 5_flank 3 86 18 GAAcaagatttcttgaagGAAcaagatttcttgaagGAAcaagatttcttgaagGAAcaa SH175 175 24 7 Arg2 ArgACG_ii 5_flank/tRNA 5_flank 7 5_flank 7 91 17 CGAGGAAcaagatttctCGAGGAAcaagatttctCGAGGAAcaagatttctCGAGGAAca SH176 176 99 112 Arg2 ArgACG_ii 5_flank/tRNA 5_flank 10 5_flank 10 96 15 CCACGAGGAAcaagaCCACGAGGAAcaagaCCACGAGGAAcaagaCCACGAGGAAcaaga SH177 177 97 121 Arg2 ArgACG_ii tRNA 1 13 1 13 101 13 GGGCCACGAGGAAGGGCCACGAGGAAGGGCCACGAGGAAGGGCCACGAGGAAGGGCCACG SH178 178 101 14 Arg2 ArgACG_ii tRNA 6 18 6 18 106 13 CCATTGGGCCACGCCATTGGGCCACGCCATTGGGCCACGCCATTGGGCCACGCCATTGGG SH179 179 87 112 Arg2 ArgACG_ii tRNA 11 23 11 23 111 13 CGTGACCATTGGGCGTGACCATTGGGCGTGACCATTGGGCGTGACCATTGGGCGTGACCA SH180 180 76 148 Arg2 ArgACG_ii tRNA 16 28 16 28 116 13 GACGCCGTGACCAGACGCCGTGACCAGACGCCGTGACCAGACGCCGTGACCAGACGCCGT SH181 181 88 113 Arg2 ArgACG_ii tRNA 21 33 21 33 121 13 AGCCAGACGCCGTAGCCAGACGCCGTAGCCAGACGCCGTAGCCAGACGCCGTAGCCAGAC SH182 182 10 214 Arg2 ArgACG_ii tRNA 26 40 26 40 126 15 GGTTCGTAGCCAGACGGTTCGTAGCCAGACGGTTCGTAGCCAGACGGTTCGTAGCCAGAC SH183 183 97 13 Arg2 ArgACG_ii tRNA 31 45 31 45 131 15 CTTCTGGTTCGTAGCCTTCTGGTTCGTAGCCTTCTGGTTCGTAGCCTTCTGGTTCGTAGC SH184 184 22 67 Arg2 ArgACG_ii tRNA 36 52 36 52 136 17 CTGGAATCTTCTGGTTCCTGGAATCTTCTGGTTCCTGGAATCTTCTGGTTCCTGGAATCT SH185 185 29 113 Arg2 ArgACG_ii tRNA 41 57 41 57 141 17 TGAACCTGGAATCTTCTTGAACCTGGAATCTTCTTGAACCTGGAATCTTCTTGAACCTGG SH186 186 84 212 Arg2 ArgACG_ii tRNA 46 62 46 62 146 17 GGACTTGAACCTGGAATGGACTTGAACCTGGAATGGACTTGAACCTGGAATGGACTTGAA SH187 187 93 37 Arg2 ArgACG_ii tRNA 51 65 51 65 151 15 CCAGGACTTGAACCTCCAGGACTTGAACCTCCAGGACTTGAACCTCCAGGACTTGAACCT SH188 188 9 165 Arg2 ArgACG_ii tRNA 56 68 56 68 156 13 CCGCCAGGACTTGCCGCCAGGACTTGCCGCCAGGACTTGCCGCCAGGACTTGCCGCCAGG SH189 189 96 157 Arg2 ArgACG_ii tRNA 61 73 61 73 161 13 CTTCCCCGCCAGGCTTCCCCGCCAGGCTTCCCCGCCAGGCTTCCCCGCCAGGCTTCCCCG SH190 190 7 92 Arg2 ArgACG_ii tRNA/3_flank 66 3_flank 66 3_flank 166 18 tataaaaaatCTTCCCCGtataaaaaatCTTCCCCGtataaaaaatCTTCCCCGtataaa SH191 191 67 213 Arg2 ArgACG_ii tRNA/3_flank 71 3_flank 71 3_flank 171 23 tagaaaaatgtataaaaaatCTTtagaaaaatgtataaaaaatCTTtagaaaaatgtata SH192 192 96 57 Arg2 ArgACG_ii 3_flank 176 22 agtctagaaaaatgtataaaaaagtctagaaaaatgtataaaaaagtctagaaaaatgta SH193 193 4 85 Arg2 ArgACG_ii 3_flank 181 21 caaaagtctagaaaaatgtatcaaaagtctagaaaaatgtatcaaaagtctagaaaaatg SH194 194 28 18 Arg2 ArgACG_ii 3_flank 186 22 aaaaatcaaaagtctagaaaaaaaaaatcaaaagtctagaaaaaaaaaatcaaaagtcta SH195 195 34 81 Arg2 ArgACG_ii 3_flank 191 21 gtataaaaatcaaaagtctaggtataaaaatcaaaagtctaggtataaaaatcaaaagtc SH196 196 86 150 Arg2 ArgACG_ii 3_flank 196 20 ctaggtataaaaatcaaaagctaggtataaaaatcaaaagctaggtataaaaatcaaaag SH197 197 46 28 Arg2 ArgACG_ii 3_flank 201 19 gtcactaggtataaaaatcgtcactaggtataaaaatcgtcactaggtataaaaatcgtc SH198 198 3 92 Arg2 ArgACG_ii 3_flank 206 20 ttaattgtcactaggtataattaattgtcactaggtataattaattgtcactaggtataa SH199 199 42 49 Arg2 ArgACG_ii 3_flank 211 20 atattttaattgtcactaggatattttaattgtcactaggatattttaattgtcactagg SH200 200 82 202 Arg2 ArgACG_ii 3_flank 216 22 cttttctatattttaattgtcacttttctatattttaattgtcacttttctatattttaa SH201 201 84 19 Arg2 ArgACG_ii 3_flank 221 22 caactcttttctatattttaatcaactcttttctatattttaatcaactcttttctatat SH202 202 21 96 Arg2 ArgACG_ii 3_flank 226 20 taccaactcttttctatatttaccaactcttttctatatttaccaactcttttctatatt SH203 203 84 188 Arg2 ArgACG_ii 3_flank 231 18 ggttaccaactcttttctggttaccaactcttttctggttaccaactcttttctggttac SH204 204 62 179 Arg2 ArgACG_ii 3_flank 236 17 ctgaggttaccaactctctgaggttaccaactctctgaggttaccaactctctgaggtta SH205 205 21 33 Arg2 ArgACG_ii 3_flank 241 15 cagctgaggttaccacagctgaggttaccacagctgaggttaccacagctgaggttacca SH206 206 83 213 Arg2 ArgACG_ii 3_flank 246 13 cggcagctgaggtcggcagctgaggtcggcagctgaggtcggcagctgaggtcggcagct SH207 207 88 201 Arg2 ArgACG_ii 3_flank 251 13 gagtacggcagctgagtacggcagctgagtacggcagctgagtacggcagctgagtacgg SH208 208 50 103 Arg2 ArgACG_ii 3_flank 256 18 ttaaattgaagagtacggttaaattgaagagtacggttaaattgaagagtacggttaaat SH209 209 102 124 Arg3 ArgCCG 5_flank 1 17 tgatgtcgtactttcagtgatgtcgtactttcagtgatgtcgtactttcagtgatgtcgt SH210 210 7 35 Arg3 ArgCCG 5_flank 6 17 gactttgatgtcgtactgactttgatgtcgtactgactttgatgtcgtactgactttgat SH211 211 43 86 Arg3 ArgCCG 5_flank 11 15 ggcgactttgatgtcggcgactttgatgtcggcgactttgatgtcggcgactttgatgtc SH212 212 42 92 Arg3 ArgCCG 5_flank 16 13 ctcggcgactttgctcggcgactttgctcggcgactttgctcggcgactttgctcggcga SH213 213 57 121 Arg3 ArgCCG 5_flank 21 15 gacaaaactcggcgagacaaaactcggcgagacaaaactcggcgagacaaaactcggcga SH214 214 13 113 Arg3 ArgCCG 5_flank 26 17 ttccgaagacaaaactcttccgaagacaaaactcttccgaagacaaaactcttccgaaga SH215 215 79 102 Arg3 ArgCCG 5_flank 31 19 gtatttattccgaagacaagtatttattccgaagacaagtatttattccgaagacaagta SH216 216 33 91 Arg3 ArgCCG 5_flank 36 18 cctagtatttattccgaacctagtatttattccgaacctagtatttattccgaacctagt SH217 217 46 7 Arg3 ArgCCG 5_flank 41 20 catctgacctagtatttattcatctgacctagtatttattcatctgacctagtatttatt SH218 218 60 147 Arg3 ArgCCG 5_flank 46 18 attcatctgacctagtatattcatctgacctagtatattcatctgacctagtatattcat SH219 219 90 214 Arg3 ArgCCG 5_flank 51 18 tctttattcatctgaccttctttattcatctgaccttctttattcatctgaccttcttta SH220 220 50 58 Arg3 ArgCCG 5_flank 56 18 cctgctctttattcatctcctgctctttattcatctcctgctctttattcatctcctgct SH221 221 88 32 Arg3 ArgCCG 5_flank 61 20 gtaaattcctgctctttattgtaaattcctgctctttattgtaaattcctgctctttatt SH222 222 96 35 Arg3 ArgCCG 5_flank 66 18 atagtaaattcctgctctatagtaaattcctgctctatagtaaattcctgctctatagta SH223 223 93 125 Arg3 ArgCCG 5_flank 71 18 cagagatagtaaattcctcagagatagtaaattcctcagagatagtaaattcctcagaga SH224 224 64 10 Arg3 ArgCCG 5_flank 76 22 ataaattatcagagatagtaaaataaattatcagagatagtaaaataaattatcagagat SH225 225 61 7 Arg3 ArgCCG 5_flank/tRNA 5_flank 2 5_flank 2 81 22 GCataataaattatcagagataGCataataaattatcagagataGCataataaattatca SH226 226 66 201 Arg3 ArgCCG 5_flank/tRNA 5_flank 5 5_flank 5 86 20 GGAGCataataaattatcagGGAGCataataaattatcagGGAGCataataaattatcag SH227 227 95 196 Arg3 ArgCCG 5_flank/tRNA 5_flank 10 5_flank 10 91 20 CTAGAGGAGCataataaattCTAGAGGAGCataataaattCTAGAGGAGCataataaatt SH228 228 55 158 Arg3 ArgCCG 5_flank/tRNA 5_flank 12 5_flank 12 96 17 CACTAGAGGAGCataatCACTAGAGGAGCataatCACTAGAGGAGCataatCACTAGAGG SH229 229 63 151 Arg3 ArgCCG tRNA 1 13 1 13 101 13 GCACTAGAGGAGCGCACTAGAGGAGCGCACTAGAGGAGCGCACTAGAGGAGCGCACTAGA SH230 230 67 8 Arg3 ArgCCG tRNA 6 22 6 22 106 17 CTAACCATTGCACTAGACTAACCATTGCACTAGACTAACCATTGCACTAGACTAACCATT SH231 231 97 161 Arg3 ArgCCG tRNA 11 27 11 27 111 17 GCATGCTAACCATTGCAGCATGCTAACCATTGCAGCATGCTAACCATTGCAGCATGCTAA SH232 232 74 25 Arg3 ArgCCG tRNA 16 32 16 32 116 17 AGAATGCATGCTAACCAAGAATGCATGCTAACCAAGAATGCATGCTAACCAAGAATGCAT SH233 233 94 138 Arg3 ArgCCG tRNA 21 36 21 36 121 16 CGGAAGAATGCATGCTCGGAAGAATGCATGCTCGGAAGAATGCATGCTCGGAAGAATGCA SH234 234 80 110 Arg3 ArgCCG tRNA 26 40 26 40 126 15 CCACCGGAAGAATGCCCACCGGAAGAATGCCCACCGGAAGAATGCCCACCGGAAGAATGC SH235 235 68 179 Arg3 ArgCCG tRNA 31 43 31 43 131 13 CAGCCACCGGAAGCAGCCACCGGAAGCAGCCACCGGAAGCAGCCACCGGAAGCAGCCACC SH236 236 98 29 Arg3 ArgCCG tRNA 36 48 36 48 136 13 GATCACAGCCACCGATCACAGCCACCGATCACAGCCACCGATCACAGCCACCGATCACAG SH237 237 104 166 Arg3 ArgCCG tRNA 41 53 41 53 141 13 ACCCGGATCACAGACCCGGATCACAGACCCGGATCACAGACCCGGATCACAGACCCGGAT SH238 238 29 149 Arg3 ArgCCG tRNA 46 58 46 58 146 13 CTCGAACCCGGATCTCGAACCCGGATCTCGAACCCGGATCTCGAACCCGGATCTCGAACC SH239 239 96 2 Arg3 ArgCCG tRNA 51 63 51 63 151 13 CGGGACTCGAACCCGGGACTCGAACCCGGGACTCGAACCCGGGACTCGAACCCGGGACTC SH240 240 97 134 Arg3 ArgCCG tRNA 56 68 56 68 156 13 CCTCCCGGGACTCCCTCCCGGGACTCCCTCCCGGGACTCCCTCCCGGGACTCCCTCCCGG SH241 241 30 130 Arg3 ArgCCG tRNA/3_flank 61 3_flank 61 3_flank 161 13 aAGCTCCTCCCGGaAGCTCCTCCCGGaAGCTCCTCCCGGaAGCTCCTCCCGGaAGCTCCT SH242 242 104 155 Arg3 ArgCCG tRNA/3_flank 66 3_flank 66 3_flank 166 20 ctaaaaaattaaaAGCTCCTctaaaaaattaaaAGCTCCTctaaaaaattaaaAGCTCCT SH243 243 53 44 Arg3 ArgCCG tRNA/3_flank 71 3_flank 71 3_flank 171 20 gtgcgctaaaaaattaaaAGgtgcgctaaaaaattaaaAGgtgcgctaaaaaattaaaAG SH244 244 4 126 Arg3 ArgCCG 3_flank 176 20 gaatagtgcgctaaaaaattgaatagtgcgctaaaaaattgaatagtgcgctaaaaaatt SH245 245 21 108 Arg3 ArgCCG 3_flank 181 18 ttagaatagtgcgctaaattagaatagtgcgctaaattagaatagtgcgctaaattagaa SH246 246 32 171 Arg3 ArgCCG 3_flank 186 20 ttaaaaattagaatagtgcgttaaaaattagaatagtgcgttaaaaattagaatagtgcg SH247 247 30 16 Arg3 ArgCCG 3_flank 191 23 ctttttccttaaaaattagaatactttttccttaaaaattagaatactttttccttaaaa SH248 248 36 81 Arg3 ArgCCG 3_flank 196 22 tatgctttttccttaaaaattatatgctttttccttaaaaattatatgctttttccttaa SH249 249 28 205 Arg3 ArgCCG 3_flank 201 21 gaaatatgctttttccttaaagaaatatgctttttccttaaagaaatatgctttttcctt SH250 250 97 71 Arg3 ArgCCG 3_flank 206 18 cggaaatatgctttttcccggaaatatgctttttcccggaaatatgctttttcccggaaa SH251 251 25 134 Arg3 ArgCCG 3_flank 211 17 gactcggaaatatgcttgactcggaaatatgcttgactcggaaatatgcttgactcggaa SH252 252 21 25 Arg3 ArgCCG 3_flank 216 17 gcactgactcggaaatagcactgactcggaaatagcactgactcggaaatagcactgact SH253 253 55 67 Arg3 ArgCCG 3_flank 221 13 tgcactgactcggtgcactgactcggtgcactgactcggtgcactgactcggtgcactga SH254 254 100 198 Arg3 ArgCCG 3_flank 226 18 gttctttctatgcactgagttctttctatgcactgagttctttctatgcactgagttctt SH255 255 35 174 Arg3 ArgCCG 3_flank 231 17 ctccgttctttctatgcctccgttctttctatgcctccgttctttctatgcctccgttct SH256 256 23 170 Arg3 ArgCCG 3_flank 236 15 agcctccgttctttcagcctccgttctttcagcctccgttctttcagcctccgttctttc SH257 257 100 190 Arg3 ArgCCG 3_flank 241 13 cgtagcctccgttcgtagcctccgttcgtagcctccgttcgtagcctccgttcgtagcct SH258 258 23 116 Arg3 ArgCCG 3_flank 246 13 ggcatcgtagcctggcatcgtagcctggcatcgtagcctggcatcgtagcctggcatcgt SH259 259 88 193 Arg3 ArgCCG 3_flank 251 13 gtgctggcatcgtgtgctggcatcgtgtgctggcatcgtgtgctggcatcgtgtgctggc SH260 260 69 23 Arg3 ArgCCG 3_flank 256 13 acactgtgctggcacactgtgctggcacactgtgctggcacactgtgctggcacactgtg SH261 261 65 186 Arg4 ArgCCT 5_flank 1 17 acttcgtgcagaaaactacttcgtgcagaaaactacttcgtgcagaaaactacttcgtgc SH262 262 73 67 Arg4 ArgCCT 5_flank 6 18 gaataaacttcgtgcagagaataaacttcgtgcagagaataaacttcgtgcagagaataa SH263 263 73 103 Arg4 ArgCCT 5_flank 11 20 attgaatgaataaacttcgtattgaatgaataaacttcgtattgaatgaataaacttcgt SH264 264 8 75 Arg4 ArgCCT 5_flank 16 21 cttcaaattgaatgaataaaccttcaaattgaatgaataaaccttcaaattgaatgaata SH265 265 46 5 Arg4 ArgCCT 5_flank 21 19 gcacttcaaattgaatgaagcacttcaaattgaatgaagcacttcaaattgaatgaagca SH266 266 34 184 Arg4 ArgCCT 5_flank 26 18 cgaagcacttcaaattgacgaagcacttcaaattgacgaagcacttcaaattgacgaagc SH267 267 27 210 Arg4 ArgCCT 5_flank 31 18 tattacgaagcacttcaatattacgaagcacttcaatattacgaagcacttcaatattac SH268 268 8 95 Arg4 ArgCCT 5_flank 36 20 gtaatattattacgaagcacgtaatattattacgaagcacgtaatattattacgaagcac SH269 269 37 55 Arg4 ArgCCT 5_flank 41 20 gcatagtaatattattacgagcatagtaatattattacgagcatagtaatattattacga SH270 270 99 211 Arg4 ArgCCT 5_flank 46 22 ctaagttgcatagtaatattatctaagttgcatagtaatattatctaagttgcatagtaa SH271 271 21 191 Arg4 ArgCCT 5_flank 51 18 cctaagttgcatagtaatcctaagttgcatagtaatcctaagttgcatagtaatcctaag SH272 272 43 140 Arg4 ArgCCT 5_flank 56 17 ggtacctaagttgcataggtacctaagttgcataggtacctaagttgcataggtacctaa SH273 273 88 12 Arg4 ArgCCT 5_flank 61 18 atatgaggtacctaagttatatgaggtacctaagttatatgaggtacctaagttatatga SH274 274 43 53 Arg4 ArgCCT 5_flank 66 18 aagaaatatgaggtacctaagaaatatgaggtacctaagaaatatgaggtacctaagaaa SH275 275 27 119 Arg4 ArgCCT 5_flank 71 18 actctaagaaatatgaggactctaagaaatatgaggactctaagaaatatgaggactcta SH276 276 60 199 Arg4 ArgCCT 5_flank 76 19 ggttgaactctaagaaataggttgaactctaagaaataggttgaactctaagaaataggt SH277 277 13 158 Arg4 ArgCCT 5_flank 81 17 cttggttgaactctaagcttggttgaactctaagcttggttgaactctaagcttggttga SH278 278 16 89 Arg4 ArgCCT 5_flank/tRNA 5_flank 2 5_flank 2 86 17 ACcaacttggttgaactACcaacttggttgaactACcaacttggttgaactACcaacttg SH279 279 75 19 Arg4 ArgCCT 5_flank/tRNA 5_flank 6 5_flank 6 91 16 CGGAACcaacttggttCGGAACcaacttggttCGGAACcaacttggttCGGAACcaactt SH280 280 30 50 Arg4 ArgCCT 5_flank/tRNA 5_flank 10 5_flank 10 96 15 CCAACGGAACcaactCCAACGGAACcaactCCAACGGAACcaactCCAACGGAACcaact SH281 281 74 90 Arg4 ArgCCT tRNA 1 13 1 13 101 13 ACGCCAACGGAACACGCCAACGGAACACGCCAACGGAACACGCCAACGGAACACGCCAAC SH282 282 47 83 Arg4 ArgCCT tRNA 6 22 6 22 106 17 GTTACCATTACGCCAACGTTACCATTACGCCAACGTTACCATTACGCCAACGTTACCATT SH283 283 13 90 Arg4 ArgCCT tRNA 11 25 11 25 111 15 CGCGTTACCATTACGCGCGTTACCATTACGCGCGTTACCATTACGCGCGTTACCATTACG SH284 284 14 22 Arg4 ArgCCT tRNA 16 30 16 30 116 15 GGAGACGCGTTACCAGGAGACGCGTTACCAGGAGACGCGTTACCAGGAGACGCGTTACCA SH285 285 54 206 Arg4 ArgCCT tRNA 21 33 21 33 121 13 GAGGGAGACGCGTGAGGGAGACGCGTGAGGGAGACGCGTGAGGGAGACGCGTGAGGGAGA SH286 286 87 17 Arg4 ArgCCT tRNA 26 40 26 40 126 15 TCCTTAGGAGGGAGATCCTTAGGAGGGAGATCCTTAGGAGGGAGATCCTTAGGAGGGAGA SH287 287 34 84 Arg4 ArgCCT tRNA 31 46 31 46 131 16 GTCTTCTCCTTAGGAGGTCTTCTCCTTAGGAGGTCTTCTCCTTAGGAGGTCTTCTCCTTA SH288 288 20 72 Arg4 ArgCCT tRNA 36 50 36 50 136 15 CGCAGTCTTCTCCTTCGCAGTCTTCTCCTTCGCAGTCTTCTCCTTCGCAGTCTTCTCCTT SH289 289 25 80 Arg4 ArgCCT tRNA 41 53 41 53 141 13 ACCCGCAGTCTTCACCCGCAGTCTTCACCCGCAGTCTTCACCCGCAGTCTTCACCCGCAG SH290 290 24 69 Arg4 ArgCCT tRNA 46 58 46 58 146 13 CTCGAACCCGCAGCTCGAACCCGCAGCTCGAACCCGCAGCTCGAACCCGCAGCTCGAACC SH291 291 80 173 Arg4 ArgCCT tRNA 51 63 51 63 151 13 CGGGACTCGAACCCGGGACTCGAACCCGGGACTCGAACCCGGGACTCGAACCCGGGACTC SH292 292 47 213 Arg4 ArgCCT tRNA 56 68 56 68 156 13 CCGTACGGGACTCCCGTACGGGACTCCCGTACGGGACTCCCGTACGGGACTCCCGTACGG SH293 293 64 16 Arg4 ArgCCT tRNA/3_flank 61 3_flank 61 3_flank 161 13 aCGTTCCGTACGGaCGTTCCGTACGGaCGTTCCGTACGGaCGTTCCGTACGGaCGTTCCG SH294 294 58 23 Arg4 ArgCCT tRNA/3_flank 66 3_flank 66 3_flank 166 18 aaaataatcaaCGTTCCGaaaataatcaaCGTTCCGaaaataatcaaCGTTCCGaaaata SH295 295 3 9 Arg4 ArgCCT tRNA/3_flank 71 3_flank 71 3_flank 171 22 gaaaaaaaaaaaataatcaaCGgaaaaaaaaaaaataatcaaCGgaaaaaaaaaaaataa SH296 296 70 146 Arg4 ArgCCT 3_flank 176 23 agaaacgaaaaaaaaaaaataatagaaacgaaaaaaaaaaaataatagaaacgaaaaaaa SH297 297 50 81 Arg4 ArgCCT 3_flank 181 23 tataaagaaacgaaaaaaaaaaatataaagaaacgaaaaaaaaaaatataaagaaacgaa SH298 298 70 196 Arg4 ArgCCT 3_flank 186 22 tttctataaagaaacgaaaaaatttctataaagaaacgaaaaaatttctataaagaaacg SH299 299 26 178 Arg4 ArgCCT 3_flank 191 22 aattttttctataaagaaacgaaattttttctataaagaaacgaaattttttctataaag SH300 300 46 204 Arg4 ArgCCT 3_flank 196 22 gtctgaattttttctataaagagtctgaattttttctataaagagtctgaattttttcta SH301 301 56 116 Arg4 ArgCCT 3_flank 201 20 atcgtctgaattttttctatatcgtctgaattttttctatatcgtctgaattttttctat SH302 302 65 50 Arg4 ArgCCT 3_flank 206 20 gtaatatcgtctgaatttttgtaatatcgtctgaatttttgtaatatcgtctgaattttt SH303 303 26 105 Arg4 ArgCCT 3_flank 211 18 aaggtaatatcgtctgaaaaggtaatatcgtctgaaaaggtaatatcgtctgaaaaggta SH304 304 56 15 Arg4 ArgCCT 3_flank 216 17 tcgcaaggtaatatcgttcgcaaggtaatatcgttcgcaaggtaatatcgttcgcaaggt SH305 305 13 31 Arg4 ArgCCT 3_flank 221 17 tctcatcgcaaggtaattctcatcgcaaggtaattctcatcgcaaggtaattctcatcgc SH306 306 3 163 Arg4 ArgCCT 3_flank 226 17 gattatctcatcgcaaggattatctcatcgcaaggattatctcatcgcaaggattatctc SH307 307 53 116 Arg4 ArgCCT 3_flank 231 18 cggtaagattatctcatccggtaagattatctcatccggtaagattatctcatccggtaa SH308 308 14 132 Arg4 ArgCCT 3_flank 236 17 tctgcggtaagattatctctgcggtaagattatctctgcggtaagattatctctgcggta SH309 309 68 150 Arg4 ArgCCT 3_flank 241 17 ctctttctgcggtaagactctttctgcggtaagactctttctgcggtaagactctttctg SH310 310 13 66 Arg4 ArgCCT 3_flank 246 15 gcactctttctgcgggcactctttctgcgggcactctttctgcgggcactctttctgcgg SH311 311 21 20 Arg4 ArgCCT 3_flank 251 15 ctgtggcactctttcctgtggcactctttcctgtggcactctttcctgtggcactctttc SH312 312 52 120 Arg4 ArgCCT 3_flank 256 13 ccactgtggcactccactgtggcactccactgtggcactccactgtggcactccactgtg SH313 313 45 191 Arg5 ArgTCT 5_flank 1 20 tgacaattcatttgtttttgtgacaattcatttgtttttgtgacaattcatttgtttttg SH314 314 99 52 Arg5 ArgTCT 5_flank 6 20 ttgtatgacaattcatttgtttgtatgacaattcatttgtttgtatgacaattcatttgt SH315 315 87 115 Arg5 ArgTCT 5_flank 11 20 tattcttgtatgacaattcatattcttgtatgacaattcatattcttgtatgacaattca SH316 316 33 18 Arg5 ArgTCT 5_flank 16 20 agtattattcttgtatgacaagtattattcttgtatgacaagtattattcttgtatgaca SH317 317 99 134 Arg5 ArgTCT 5_flank 21 20 cttccagtattattcttgtacttccagtattattcttgtacttccagtattattcttgta SH318 318 47 12 Arg5 ArgTCT 5_flank 26 18 gtgcttccagtattattcgtgcttccagtattattcgtgcttccagtattattcgtgctt SH319 319 91 49 Arg5 ArgTCT 5_flank 31 17 ggatgtgcttccagtatggatgtgcttccagtatggatgtgcttccagtatggatgtgct SH320 320 71 197 Arg5 ArgTCT 5_flank 36 15 gatggatgtgcttccgatggatgtgcttccgatggatgtgcttccgatggatgtgcttcc SH321 321 14 213 Arg5 ArgTCT 5_flank 41 17 ctctaaagatggatgtgctctaaagatggatgtgctctaaagatggatgtgctctaaaga SH322 322 53 188 Arg5 ArgTCT 5_flank 46 17 gtttcctctaaagatgggtttcctctaaagatgggtttcctctaaagatgggtttcctct SH323 323 57 117 Arg5 ArgTCT 5_flank 51 20 gaaaacatgtttcctctaaagaaaacatgtttcctctaaagaaaacatgtttcctctaaa SH324 324 86 95 Arg5 ArgTCT 5_flank 56 18 aacgaaaacatgtttcctaacgaaaacatgtttcctaacgaaaacatgtttcctaacgaa SH325 325 86 130 Arg5 ArgTCT 5_flank 61 20 atgaaataacgaaaacatgtatgaaataacgaaaacatgtatgaaataacgaaaacatgt SH326 326 56 89 Arg5 ArgTCT 5_flank 66 21 ggttttatgaaataacgaaaaggttttatgaaataacgaaaaggttttatgaaataacga SH327 327 96 163 Arg5 ArgTCT 5_flank 71 20 tgaaggttttatgaaataactgaaggttttatgaaataactgaaggttttatgaaataac SH328 328 69 43 Arg5 ArgTCT 5_flank 76 20 tttgttgaaggttttatgaatttgttgaaggttttatgaatttgttgaaggttttatgaa SH329 329 5 125 Arg5 ArgTCT 5_flank 81 20 tactatttgttgaaggtttttactatttgttgaaggtttttactatttgttgaaggtttt SH330 330 23 96 Arg5 ArgTCT 5_flank/tRNA 5_flank 3 5_flank 3 86 18 AGCtactatttgttgaagAGCtactatttgttgaagAGCtactatttgttgaagAGCtac SH331 331 13 186 Arg5 ArgTCT 5_flank/tRNA 5_flank 7 5_flank 7 91 17 CGCGAGCtactatttgtCGCGAGCtactatttgtCGCGAGCtactatttgtCGCGAGCta SH332 332 37 182 Arg5 ArgTCT 5_flank/tRNA 5_flank 10 5_flank 10 96 15 CCACGCGAGCtactaCCACGCGAGCtactaCCACGCGAGCtactaCCACGCGAGCtacta SH333 333 68 143 Arg5 ArgTCT tRNA 1 13 1 13 101 13 ACGCCACGCGAGCACGCCACGCGAGCACGCCACGCGAGCACGCCACGCGAGCACGCCACG SH334 334 90 142 Arg5 ArgTCT tRNA 6 18 6 18 106 13 CCATTACGCCACGCCATTACGCCACGCCATTACGCCACGCCATTACGCCACGCCATTACG SH335 335 51 183 Arg5 ArgTCT tRNA 11 25 11 25 111 15 CGCGTTGCCATTACGCGCGTTGCCATTACGCGCGTTGCCATTACGCGCGTTGCCATTACG SH336 336 63 95 Arg5 ArgTCT tRNA 16 28 16 28 116 13 AGACGCGTTGCCAAGACGCGTTGCCAAGACGCGTTGCCAAGACGCGTTGCCAAGACGCGT SH337 337 69 2 Arg5 ArgTCT tRNA 21 35 21 35 121 15 AGAAGTCAGACGCGTAGAAGTCAGACGCGTAGAAGTCAGACGCGTAGAAGTCAGACGCGT SH338 338 61 208 Arg5 ArgTCT tRNA 26 43 26 43 126 18 TTCTGATTAGAAGTCAGATTCTGATTAGAAGTCAGATTCTGATTAGAAGTCAGATTCTGA SH339 339 40 35 Arg5 ArgTCT tRNA 31 50 31 50 131 20 CATAATCTTCTGATTAGAAGCATAATCTTCTGATTAGAAGCATAATCTTCTGATTAGAAG SH340 340 69 75 Arg5 ArgTCT tRNA 36 53 36 53 136 18 ACCCATAATCTTCTGATTACCCATAATCTTCTGATTACCCATAATCTTCTGATTACCCAT SH341 341 19 157 Arg5 ArgTCT tRNA 41 57 41 57 141 17 TCGAACCCATAATCTTCTCGAACCCATAATCTTCTCGAACCCATAATCTTCTCGAACCCA SH342 342 50 28 Arg5 ArgTCT tRNA 46 60 46 60 146 15 GGGTCGAACCCATAAGGGTCGAACCCATAAGGGTCGAACCCATAAGGGTCGAACCCATAA SH343 343 60 171 Arg5 ArgTCT tRNA 51 63 51 63 151 13 TGGGGGTCGAACCTGGGGGTCGAACCTGGGGGTCGAACCTGGGGGTCGAACCTGGGGGTC SH344 344 48 34 Arg5 ArgTCT tRNA 56 68 56 68 156 13 CACGATGGGGGTCCACGATGGGGGTCCACGATGGGGGTCCACGATGGGGGTCCACGATGG SH345 345 34 150 Arg5 ArgTCT tRNA/3_flank 61 3_flank 61 3_flank 161 13 gCACTCACGATGGgCACTCACGATGGgCACTCACGATGGgCACTCACGATGGgCACTCAC SH346 346 54 149 Arg5 ArgTCT tRNA/3_flank 66 3_flank 66 3_flank 166 17 agaaacaaagCACTCACagaaacaaagCACTCACagaaacaaagCACTCACagaaacaaa SH347 347 87 111 Arg5 ArgTCT tRNA/3_flank 71 3_flank 71 3_flank 171 17 acggaagaaacaaagCAacggaagaaacaaagCAacggaagaaacaaagCAacggaagaa SH348 348 99 206 Arg5 ArgTCT 3_flank 176 17 ctatcacggaagaaacactatcacggaagaaacactatcacggaagaaacactatcacgg SH349 349 69 39 Arg5 ArgTCT 3_flank 181 18 attaaactatcacggaagattaaactatcacggaagattaaactatcacggaagattaaa SH350 350 33 46 Arg5 ArgTCT 3_flank 186 18 tgaccattaaactatcactgaccattaaactatcactgaccattaaactatcactgacca SH351 351 12 149 Arg5 ArgTCT 3_flank 191 18 cattctgaccattaaactcattctgaccattaaactcattctgaccattaaactcattct SH352 352 40 42 Arg5 ArgTCT 3_flank 196 16 gcccattctgaccattgcccattctgaccattgcccattctgaccattgcccattctgac SH353 353 3 58 Arg5 ArgTCT 3_flank 201 13 gcgcccattctgagcgcccattctgagcgcccattctgagcgcccattctgagcgcccat SH354 354 14 182 Arg5 ArgTCT 3_flank 206 13 gacaagcgcccatgacaagcgcccatgacaagcgcccatgacaagcgcccatgacaagcg SH355 355 12 110 Arg5 ArgTCT 3_flank 211 13 cacgcgacaagcgcacgcgacaagcgcacgcgacaagcgcacgcgacaagcgcacgcgac SH356 356 57 65 Arg5 ArgTCT 3_flank 216 13 tctggcacgcgactctggcacgcgactctggcacgcgactctggcacgcgactctggcac SH357 357 89 30 Arg5 ArgTCT 3_flank 221 13 cccgatctggcaccccgatctggcaccccgatctggcaccccgatctggcaccccgatct SH358 358 58 159 Arg5 ArgTCT 3_flank 226 17 gaattgaaccccgatctgaattgaaccccgatctgaattgaaccccgatctgaattgaac SH359 359 17 85 Arg5 ArgTCT 3_flank 231 15 ggggaattgaaccccggggaattgaaccccggggaattgaaccccggggaattgaacccc SH360 360 76 23 Arg5 ArgTCT 3_flank 236 15 gcgacggggaattgagcgacggggaattgagcgacggggaattgagcgacggggaattga SH361 361 80 147 Arg5 ArgTCT 3_flank 241 13 tccgcgacggggatccgcgacggggatccgcgacggggatccgcgacggggatccgcgac SH362 362 82 185 Arg5 ArgTCT 3_flank 246 17 aaaaaaatctccgcgacaaaaaaatctccgcgacaaaaaaatctccgcgacaaaaaaatc SH363 363 80 60 Arg5 ArgTCT 3_flank 251 18 gtagccaaaaaaatctccgtagccaaaaaaatctccgtagccaaaaaaatctccgtagcc SH364 364 53 211 Asn1 AsnGTT 5_flank 1 17 caactgcgtcaaagaaacaactgcgtcaaagaaacaactgcgtcaaagaaacaactgcgt SH365 365 54 121 Asn1 AsnGTT 5_flank 6 18 attttacaactgcgtcaaattttacaactgcgtcaaattttacaactgcgtcaaatttta SH366 366 98 186 Asn1 AsnGTT 5_flank 11 18 gtatgattttacaactgcgtatgattttacaactgcgtatgattttacaactgcgtatga SH367 367 25 173 Asn1 AsnGTT 5_flank 16 19 cttcgagtatgattttacacttcgagtatgattttacacttcgagtatgattttacactt SH368 368 55 44 Asn1 AsnGTT 5_flank 21 17 acccttcgagtatgattacccttcgagtatgattacccttcgagtatgattacccttcga SH369 369 8 5 Asn1 AsnGTT 5_flank 26 17 caactacccttcgagtacaactacccttcgagtacaactacccttcgagtacaactaccc SH370 370 97 169 Asn1 AsnGTT 5_flank 31 17 ttttccaactacccttcttttccaactacccttcttttccaactacccttcttttccaac SH371 371 30 152 Asn1 AsnGTT 5_flank 36 20 gttgaaaattttccaactacgttgaaaattttccaactacgttgaaaattttccaactac SH372 372 97 100 Asn1 AsnGTT 5_flank 41 22 aatatatgttgaaaattttccaaatatatgttgaaaattttccaaatatatgttgaaaat SH373 373 73 121 Asn1 AsnGTT 5_flank 46 23 attactaatatatgttgaaaattattactaatatatgttgaaaattattactaatatatg SH374 374 9 68 Asn1 AsnGTT 5_flank 51 22 aagtattactaatatatgttgaaagtattactaatatatgttgaaagtattactaatata SH375 375 6 205 Asn1 AsnGTT 5_flank 56 23 cagaaaaagtattactaatatatcagaaaaagtattactaatatatcagaaaaagtatta SH376 376 35 134 Asn1 AsnGTT 5_flank 61 22 tttacagaaaaagtattactaatttacagaaaaagtattactaatttacagaaaaagtat SH377 377 31 76 Asn1 AsnGTT 5_flank 66 21 cacttttacagaaaaagtattcacttttacagaaaaagtattcacttttacagaaaaagt SH378 378 44 20 Asn1 AsnGTT 5_flank 71 20 gtgtcacttttacagaaaaagtgtcacttttacagaaaaagtgtcacttttacagaaaaa SH379 379 49 61 Asn1 AsnGTT 5_flank 76 18 cttgtgtcacttttacagcttgtgtcacttttacagcttgtgtcacttttacagcttgtg SH380 380 99 147 Asn1 AsnGTT 5_flank 81 20 attttatcttgtgtcactttattttatcttgtgtcactttattttatcttgtgtcacttt SH381 381 16 98 Asn1 AsnGTT 5_flank/tRNA 5_flank 3 5_flank 3 86 18 GTCattttatcttgtgtcGTCattttatcttgtgtcGTCattttatcttgtgtcGTCatt SH382 382 97 52 Asn1 AsnGTT 5_flank/tRNA 5_flank 9 5_flank 9 91 19 CATGGAGTCattttatcttCATGGAGTCattttatcttCATGGAGTCattttatcttCAT SH383 383 43 136 Asn1 AsnGTT 5_flank/tRNA 5_flank 12 5_flank 12 96 17 GGCCATGGAGTCattttGGCCATGGAGTCattttGGCCATGGAGTCattttGGCCATGGA SH384 384 67 112 Asn1 AsnGTT tRNA 1 13 1 13 101 13 TGGCCATGGAGTCTGGCCATGGAGTCTGGCCATGGAGTCTGGCCATGGAGTCTGGCCATG SH385 385 21 7 Asn1 AsnGTT tRNA 6 20 6 20 106 15 ACCAACTTGGCCATGACCAACTTGGCCATGACCAACTTGGCCATGACCAACTTGGCCATG SH386 386 65 207 Asn1 AsnGTT tRNA 11 26 11 25 111 16 GCCTTAACCAACTTGGGCCTTAACCAACTTGGGCCTTAACCAACTTGGGCCTTAACCAAC SH387 387 103 211 Asn1 AsnGTT tRNA 16 30 16 29 116 15 GCACGCCTTAACCAAGCACGCCTTAACCAAGCACGCCTTAACCAAGCACGCCTTAACCAA SH388 388 42 152 Asn1 AsnGTT tRNA 21 33 20:A 32 121 13 GTCGCACGCCTTAGTCGCACGCCTTAGTCGCACGCCTTAGTCGCACGCCTTAGTCGCACG SH389 389 69 129 Asn1 AsnGTT tRNA 26 41 25 40 126 16 GATTAACAGTCGCACGGATTAACAGTCGCACGGATTAACAGTCGCACGGATTAACAGTCG SH390 390 92 120 Asn1 AsnGTT tRNA 31 47 30 46 131 17 TCTTGCGATTAACAGTCTCTTGCGATTAACAGTCTCTTGCGATTAACAGTCTCTTGCGAT SH391 391 89 121 Asn1 AsnGTT tRNA 36 52 35 51 136 17 CACGATCTTGCGATTAACACGATCTTGCGATTAACACGATCTTGCGATTAACACGATCTT SH392 392 96 84 Asn1 AsnGTT tRNA 41 55 40 54 141 15 ACTCACGATCTTGCGACTCACGATCTTGCGACTCACGATCTTGCGACTCACGATCTTGCG SH393 393 55 136 Asn1 AsnGTT tRNA 46 61 45 60 146 16 GGTTGAACTCACGATCGGTTGAACTCACGATCGGTTGAACTCACGATCGGTTGAACTCAC SH394 394 65 45 Asn1 AsnGTT tRNA 51 66 50 65 151 16 GTGAGGGTTGAACTCAGTGAGGGTTGAACTCAGTGAGGGTTGAACTCAGTGAGGGTTGAA SH395 395 91 105 Asn1 AsnGTT tRNA 56 70 55 69 156 15 CCCAGTGAGGGTTGACCCAGTGAGGGTTGACCCAGTGAGGGTTGACCCAGTGAGGGTTGA SH396 396 46 162 Asn1 AsnGTT tRNA 61 73 60 72 161 13 GACCCCAGTGAGGGACCCCAGTGAGGGACCCCAGTGAGGGACCCCAGTGAGGGACCCCAG SH397 397 76 31 Asn1 AsnGTT tRNA/3_flank 66 3_flank 65 3_flank 166 17 aaaattaaCGACCCCAGaaaattaaCGACCCCAGaaaattaaCGACCCCAGaaaattaaC SH398 398 44 67 Asn1 AsnGTT tRNA/3_flank 71 3_flank 70 3_flank 171 20 agaaaagaaaaattaaCGACagaaaagaaaaattaaCGACagaaaagaaaaattaaCGAC SH399 399 23 59 Asn1 AsnGTT 3_flank 176 25 aaaaaaaaaaagaaaagaaaaattaaaaaaaaaaaagaaaagaaaaattaaaaaaaaaaa SH400 400 92 41 Asn1 AsnGTT 3_flank 181 25 gataaaaaaaaaaaaagaaaagaaagataaaaaaaaaaaaagaaaagaaagataaaaaaa SH401 401 53 184 Asn1 AsnGTT 3_flank 186 23 ggagataaaaaaaaaaaaagaaaggagataaaaaaaaaaaaagaaaggagataaaaaaaa SH402 402 28 113 Asn1 AsnGTT 3_flank 191 21 gtcggagataaaaaaaaaaaagtcggagataaaaaaaaaaaagtcggagataaaaaaaaa SH403 403 4 163 Asn1 AsnGTT 3_flank 196 18 ccgtcggagataaaaaaaccgtcggagataaaaaaaccgtcggagataaaaaaaccgtcg SH404 404 71 174 Asn1 AsnGTT 3_flank 201 15 ctccgtcggagataactccgtcggagataactccgtcggagataactccgtcggagataa SH405 405 6 72 Asn1 AsnGTT 3_flank 206 17 attttttctccgtcggaattttttctccgtcggaattttttctccgtcggaattttttct SH406 406 8 119 Asn1 AsnGTT 3_flank 211 20 gagaaaaaattttttctccggagaaaaaattttttctccggagaaaaaattttttctccg SH407 407 45 153 Asn1 AsnGTT 3_flank 216 20 gggttgagaaaaaattttttgggttgagaaaaaattttttgggttgagaaaaaatttttt SH408 408 13 156 Asn1 AsnGTT 3_flank 221 17 gggggttgagaaaaaatgggggttgagaaaaaatgggggttgagaaaaaatgggggttga SH409 409 65 108 Asn1 AsnGTT 3_flank 226 13 cgggggttgagaacgggggttgagaacgggggttgagaacgggggttgagaacgggggtt SH410 410 31 200 Asn1 AsnGTT 3_flank 231 13 catgccgggggttcatgccgggggttcatgccgggggttcatgccgggggttcatgccgg SH411 411 5 149 Asn1 AsnGTT 3_flank 236 13 ttcgccatgccggttcgccatgccggttcgccatgccggttcgccatgccggttcgccat SH412 412 83 51 Asn1 AsnGTT 3_flank 241 18 gatttttccattcgccatgatttttccattcgccatgatttttccattcgccatgatttt SH413 413 17 43 Asn1 AsnGTT 3_flank 246 18 caggtgatttttccattccaggtgatttttccattccaggtgatttttccattccaggtg SH414 414 3 135 Asn1 AsnGTT 3_flank 251 17 gtgccaggtgatttttcgtgccaggtgatttttcgtgccaggtgatttttcgtgccaggt SH415 415 5 201 Asn1 AsnGTT 3_flank 256 13 cgtgccaggtgatcgtgccaggtgatcgtgccaggtgatcgtgccaggtgatcgtgccag SH416 416 40 64 Asp1 AspGTC_i 5_flank 1 19 gatgagaaatagtcatctagatgagaaatagtcatctagatgagaaatagtcatctagat SH417 417 17 139 Asp1 AspGTC_i 5_flank 6 19 caaatgatgagaaatagtccaaatgatgagaaatagtccaaatgatgagaaatagtccaa SH418 418 91 60 Asp1 AspGTC_i 5_flank 11 18 gacgcaaatgatgagaaagacgcaaatgatgagaaagacgcaaatgatgagaaagacgca SH419 419 27 37 Asp1 AspGTC_i 5_flank 16 17 agatgacgcaaatgatgagatgacgcaaatgatgagatgacgcaaatgatgagatgacgc SH420 420 72 211 Asp1 AspGTC_i 5_flank 21 18 gttagaagatgacgcaaagttagaagatgacgcaaagttagaagatgacgcaaagttaga SH421 421 14 18 Asp1 AspGTC_i 5_flank 26 17 cggtgttagaagatgaccggtgttagaagatgaccggtgttagaagatgaccggtgttag SH422 422 67 209 Asp1 AspGTC_i 5_flank 31 18 catatacggtgttagaagcatatacggtgttagaagcatatacggtgttagaagcatata SH423 423 49 41 Asp1 AspGTC_i 5_flank 36 20 atattatcatatacggtgttatattatcatatacggtgttatattatcatatacggtgtt SH424 424 76 144 Asp1 AspGTC_i 5_flank 41 20 ctagtatattatcatatacgctagtatattatcatatacgctagtatattatcatatacg SH425 425 81 199 Asp1 AspGTC_i 5_flank 46 20 cgttactagtatattatcatcgttactagtatattatcatcgttactagtatattatcat SH426 426 31 5 Asp1 AspGTC_i 5_flank 51 22 gtatttacgttactagtatattgtatttacgttactagtatattgtatttacgttactag SH427 427 25 139 Asp1 AspGTC_i 5_flank 56 20 ctagtatttacgttactagtctagtatttacgttactagtctagtatttacgttactagt SH428 428 92 136 Asp1 AspGTC_i 5_flank 61 20 actaactagtatttacgttaactaactagtatttacgttaactaactagtatttacgtta SH429 429 6 110 Asp1 AspGTC_i 5_flank 66 20 catctactaactagtatttacatctactaactagtatttacatctactaactagtattta SH430 430 87 170 Asp1 AspGTC_i 5_flank 71 19 ctatcatctactaactagtctatcatctactaactagtctatcatctactaactagtcta SH431 431 54 94 Asp1 AspGTC_i 5_flank 76 20 aatcaactatcatctactaaaatcaactatcatctactaaaatcaactatcatctactaa SH432 432 82 199 Asp1 AspGTC_i 5_flank/tRNA 5_flank 2 5_flank 2 81 22 GAataaaaatcaactatcatctGAataaaaatcaactatcatctGAataaaaatcaacta SH433 433 33 180 Asp1 AspGTC_i 5_flank/tRNA 5_flank 6 5_flank 6 86 21 GTTGGAataaaaatcaactatGTTGGAataaaaatcaactatGTTGGAataaaaatcaac SH434 434 36 106 Asp1 AspGTC_i 5_flank/tRNA 5_flank 10 5_flank 10 91 20 ACTTGTTGGAataaaaatcaACTTGTTGGAataaaaatcaACTTGTTGGAataaaaatca SH435 435 43 159 Asp1 AspGTC_i 5_flank/tRNA 5_flank 16 5_flank 16 96 21 CATTAAACTTGTTGGAataaaCATTAAACTTGTTGGAataaaCATTAAACTTGTTGGAat SH436 436 8 39 Asp1 AspGTC_i tRNA 1 18 1 18 101 18 ACCATTAAACTTGTTGGAACCATTAAACTTGTTGGAACCATTAAACTTGTTGGAACCATT SH437 437 40 185 Asp1 AspGTC_i tRNA 6 23 6 23 106 18 TTCTGACCATTAAACTTGTTCTGACCATTAAACTTGTTCTGACCATTAAACTTGTTCTGA SH438 438 57 129 Asp1 AspGTC_i tRNA 11 27 11 27 111 17 CCCATTCTGACCATTAACCCATTCTGACCATTAACCCATTCTGACCATTAACCCATTCTG SH439 439 90 199 Asp1 AspGTC_i tRNA 16 28 16 28 116 13 GCCCATTCTGACCGCCCATTCTGACCGCCCATTCTGACCGCCCATTCTGACCGCCCATTC SH440 440 66 186 Asp1 AspGTC_i tRNA 21 33 21 33 121 13 CAAGCGCCCATTCCAAGCGCCCATTCCAAGCGCCCATTCCAAGCGCCCATTCCAAGCGCC SH441 441 30 167 Asp1 AspGTC_i tRNA 26 38 26 38 126 13 CGCGACAAGCGCCCGCGACAAGCGCCCGCGACAAGCGCCCGCGACAAGCGCCCGCGACAA SH442 442 79 153 Asp1 AspGTC_i tRNA 31 43 31 43 131 13 TGGCACGCGACAATGGCACGCGACAATGGCACGCGACAATGGCACGCGACAATGGCACGC SH443 443 24 86 Asp1 AspGTC_i tRNA 36 48 36 49 136 13 CGATCTGGCACGCCGATCTGGCACGCCGATCTGGCACGCCGATCTGGCACGCCGATCTGG SH444 444 25 178 Asp1 AspGTC_i tRNA 41 53 41 54 141 13 AACCCCGATCTGGAACCCCGATCTGGAACCCCGATCTGGAACCCCGATCTGGAACCCCGA SH445 445 77 162 Asp1 AspGTC_i tRNA 46 60 46 61 146 15 GGAATTGAACCCCGAGGAATTGAACCCCGAGGAATTGAACCCCGAGGAATTGAACCCCGA SH446 446 75 70 Asp1 AspGTC_i tRNA 51 65 52 66 151 15 GACGGGGAATTGAACGACGGGGAATTGAACGACGGGGAATTGAACGACGGGGAATTGAAC SH447 447 43 205 Asp1 AspGTC_i tRNA 56 68 57 69 156 13 CGCGACGGGGAATCGCGACGGGGAATCGCGACGGGGAATCGCGACGGGGAATCGCGACGG SH448 448 2 11 Asp1 AspGTC_i tRNA 61 3_flank 62 74 161 13 atCTCCGCGACGGatCTCCGCGACGGatCTCCGCGACGGatCTCCGCGACGGatCTCCGC SH449 449 44 9 Asp1 AspGTC_i tRNA/3_flank 66 3_flank 67 3_flank 166 16 ggcaaaaaatCTCCGCggcaaaaaatCTCCGCggcaaaaaatCTCCGCggcaaaaaatCT SH450 450 59 108 Asp1 AspGTC_i tRNA/3_flank 71 3_flank 72 3_flank 171 16 cgtgcggcaaaaaatCcgtgcggcaaaaaatCcgtgcggcaaaaaatCcgtgcggcaaaa SH451 451 96 184 Asp1 AspGTC_i 3_flank 176 15 gaaacgtgcggcaaagaaacgtgcggcaaagaaacgtgcggcaaagaaacgtgcggcaaa SH452 452 79 168 Asp1 AspGTC_i 3_flank 181 13 gcggaaacgtgcggcggaaacgtgcggcggaaacgtgcggcggaaacgtgcggcggaaac SH453 453 25 36 Asp1 AspGTC_i 3_flank 186 13 ctgacgcggaaacctgacgcggaaacctgacgcggaaacctgacgcggaaacctgacgcg SH454 454 104 203 Asp1 AspGTC_i 3_flank 191 13 ctcgtctgacgcgctcgtctgacgcgctcgtctgacgcgctcgtctgacgcgctcgtctg SH455 455 81 188 Asp1 AspGTC_i 3_flank 196 17 tgaaaaaagctcgtctgtgaaaaaagctcgtctgtgaaaaaagctcgtctgtgaaaaaag SH456 456 14 75 Asp1 AspGTC_i 3_flank 201 17 aaccgtgaaaaaagctcaaccgtgaaaaaagctcaaccgtgaaaaaagctcaaccgtgaa SH457 457 51 35 Asp1 AspGTC_i 3_flank 206 16 ccggaaccgtgaaaaaccggaaccgtgaaaaaccggaaccgtgaaaaaccggaaccgtga SH458 458 94 67 Asp1 AspGTC_i 3_flank 211 13 caccggaaccgtgcaccggaaccgtgcaccggaaccgtgcaccggaaccgtgcaccggaa SH459 459 21 32 Asp1 AspGTC_i 3_flank 216 16 gcaaaaagcaccggaagcaaaaagcaccggaagcaaaaagcaccggaagcaaaaagcacc SH460 460 63 174 Asp1 AspGTC_i 3_flank 221 15 gccggcaaaaagcacgccggcaaaaagcacgccggcaaaaagcacgccggcaaaaagcac SH461 461 74 24 Asp1 AspGTC_i 3_flank 226 13 gcagccggcaaaagcagccggcaaaagcagccggcaaaagcagccggcaaaagcagccgg SH462 462 59 55 Asp1 AspGTC_i 3_flank 231 13 gggccgcagccgggggccgcagccgggggccgcagccgggggccgcagccgggggccgca SH463 463 65 110 Asp1 AspGTC_i 3_flank 236 13 tgattgggccgcatgattgggccgcatgattgggccgcatgattgggccgcatgattggg SH464 464 41 134 Asp1 AspGTC_i 3_flank 241 15 cggtgtttgattgggcggtgtttgattgggcggtgtttgattgggcggtgtttgattggg SH465 465 99 51 Asp1 AspGTC_i 3_flank 246 17 gaaatggcggtgtttgagaaatggcggtgtttgagaaatggcggtgtttgagaaatggcg SH466 466 90 116 Asp1 AspGTC_i 3_flank 251 13 cgaaatggcggtgcgaaatggcggtgcgaaatggcggtgcgaaatggcggtgcgaaatgg SH467 467 58 155 Asp1 AspGTC_i 3_flank 256 13 acggccgaaatggacggccgaaatggacggccgaaatggacggccgaaatggacggccga SH468 468 55 83 Asp2 AspGTC_ii 5_flank 1 19 ctactatttgttgaaggttctactatttgttgaaggttctactatttgttgaaggttcta SH469 469 18 99 Asp2 AspGTC_ii 5_flank 6 18 cgagctactatttgttgacgagctactatttgttgacgagctactatttgttgacgagct SH470 470 68 63 Asp2 AspGTC_ii 5_flank 11 17 cacgcgagctactatttcacgcgagctactatttcacgcgagctactatttcacgcgagc SH471 471 96 93 Asp2 AspGTC_ii 5_flank 16 13 ccacgcgagctacccacgcgagctacccacgcgagctacccacgcgagctacccacgcga SH472 472 39 5 Asp2 AspGTC_ii 5_flank 21 13 ttacgccacgcgattacgccacgcgattacgccacgcgattacgccacgcgattacgcca SH473 473 45 161 Asp2 AspGTC_ii 5_flank 26 15 gttgccattacgccagttgccattacgccagttgccattacgccagttgccattacgcca SH474 474 86 23 Asp2 AspGTC_ii 5_flank 31 15 gacgcgttgccattagacgcgttgccattagacgcgttgccattagacgcgttgccatta SH475 475 96 83 Asp2 AspGTC_ii 5_flank 36 13 tcagacgcgttgctcagacgcgttgctcagacgcgttgctcagacgcgttgctcagacgc SH476 476 5 168 Asp2 AspGTC_ii 5_flank 41 17 gattagaagtcagacgcgattagaagtcagacgcgattagaagtcagacgcgattagaag SH477 477 68 166 Asp2 AspGTC_ii 5_flank 46 18 tcttctgattagaagtcatcttctgattagaagtcatcttctgattagaagtcatcttct SH478 478 47 119 Asp2 AspGTC_ii 5_flank 51 19 ccataatcttctgattagaccataatcttctgattagaccataatcttctgattagacca SH479 479 63 84 Asp2 AspGTC_ii 5_flank 56 18 gaacccataatcttctgagaacccataatcttctgagaacccataatcttctgagaaccc SH480 480 18 150 Asp2 AspGTC_ii 5_flank 61 17 ggtcgaacccataatctggtcgaacccataatctggtcgaacccataatctggtcgaacc SH481 481 71 106 Asp2 AspGTC_ii 5_flank 66 13 gggtcgaacccatgggtcgaacccatgggtcgaacccatgggtcgaacccatgggtcgaa SH482 482 102 92 Asp2 AspGTC_ii 5_flank 71 13 gatgggggtcgaagatgggggtcgaagatgggggtcgaagatgggggtcgaagatggggg SH483 483 23 84 Asp2 AspGTC_ii 5_flank 76 13 ctcacgatgggggctcacgatgggggctcacgatgggggctcacgatgggggctcacgat SH484 484 99 172 Asp2 AspGTC_ii 5_flank 81 17 aacaaagcactcacgataacaaagcactcacgataacaaagcactcacgataacaaagca SH485 485 87 13 Asp2 AspGTC_ii 5_flank/tRNA 5_flank 2 5_flank 2 86 17 GAagaaacaaagcactcGAagaaacaaagcactcGAagaaacaaagcactcGAagaaaca SH486 486 22 72 Asp2 AspGTC_ii 5_flank/tRNA 5_flank 7 5_flank 7 91 17 TCACGGAagaaacaaagTCACGGAagaaacaaagTCACGGAagaaacaaagTCACGGAag SH487 487 83 167 Asp2 AspGTC_ii 5_flank/tRNA 5_flank 13 5_flank 13 96 18 AAACTATCACGGAagaaaAAACTATCACGGAagaaaAAACTATCACGGAagaaaAAACTA SH488 488 59 89 Asp2 AspGTC_ii tRNA 1 18 1 18 101 18 CCATTAAACTATCACGGACCATTAAACTATCACGGACCATTAAACTATCACGGACCATTA SH489 489 97 42 Asp2 AspGTC_ii tRNA 6 23 6 23 106 18 TCTGACCATTAAACTATCTCTGACCATTAAACTATCTCTGACCATTAAACTATCTCTGAC SH490 490 68 180 Asp2 AspGTC_ii tRNA 11 28 11 28 111 18 CCCATTCTGACCATTAAACCCATTCTGACCATTAAACCCATTCTGACCATTAAACCCATT SH491 491 76 210 Asp2 AspGTC_ii tRNA 16 30 16 30 116 15 CGCCCATTCTGACCACGCCCATTCTGACCACGCCCATTCTGACCACGCCCATTCTGACCA SH492 492 35 192 Asp2 AspGTC_ii tRNA 21 35 21 35 121 15 ACAAGCGCCCATTCTACAAGCGCCCATTCTACAAGCGCCCATTCTACAAGCGCCCATTCT SH493 493 46 78 Asp2 AspGTC_ii tRNA 26 38 26 38 126 13 GCGACAAGCGCCCGCGACAAGCGCCCGCGACAAGCGCCCGCGACAAGCGCCCGCGACAAG SH494 494 23 72 Asp2 AspGTC_ii tRNA 31 43 31 43 131 13 GGCACGCGACAAGGGCACGCGACAAGGGCACGCGACAAGGGCACGCGACAAGGGCACGCG SH495 495 69 213 Asp2 AspGTC_ii tRNA 36 48 36 49 136 13 GATCTGGCACGCGGATCTGGCACGCGGATCTGGCACGCGGATCTGGCACGCGGATCTGGC SH496 496 76 169 Asp2 AspGTC_ii tRNA 41 53 41 54 141 13 ACCCCGATCTGGCACCCCGATCTGGCACCCCGATCTGGCACCCCGATCTGGCACCCCGAT SH497 497 72 58 Asp2 AspGTC_ii tRNA 46 61 46 62 146 16 GGAATTGAACCCCGATGGAATTGAACCCCGATGGAATTGAACCCCGATGGAATTGAACCC SH498 498 20 132 Asp2 AspGTC_ii tRNA 51 65 52 66 151 15 ACGGGGAATTGAACCACGGGGAATTGAACCACGGGGAATTGAACCACGGGGAATTGAACC SH499 499 15 103 Asp2 AspGTC_ii tRNA 56 68 57 69 156 13 GCGACGGGGAATTGCGACGGGGAATTGCGACGGGGAATTGCGACGGGGAATTGCGACGGG SH500 500 25 197 Asp2 AspGTC_ii tRNA/3_flank 61 73 62 74 161 13 tCTCCGCGACGGGtCTCCGCGACGGGtCTCCGCGACGGGtCTCCGCGACGGGtCTCCGCG SH501 501 71 128 Asp2 AspGTC_ii tRNA/3_flank 66 3_flank 67 3_flank 166 17 ccaaaaaaatCTCCGCGccaaaaaaatCTCCGCGccaaaaaaatCTCCGCGccaaaaaaa SH502 502 3 32 Asp2 AspGTC_ii tRNA/3_flank 71 3_flank 72 3_flank 171 18 gagtagccaaaaaaatCTgagtagccaaaaaaatCTgagtagccaaaaaaatCTgagtag SH503 503 12 70 Asp2 AspGTC_ii 3_flank 176 17 gcaggagtagccaaaaagcaggagtagccaaaaagcaggagtagccaaaaagcaggagta SH504 504 75 182 Asp2 AspGTC_ii 3_flank 181 13 tgcaggagtagcctgcaggagtagcctgcaggagtagcctgcaggagtagcctgcaggag SH505 505 59 98 Asp2 AspGTC_ii 3_flank 186 17 aagaataactgcaggagaagaataactgcaggagaagaataactgcaggagaagaataac SH506 506 6 80 Asp2 AspGTC_ii 3_flank 191 17 ggcagaagaataactgcggcagaagaataactgcggcagaagaataactgcggcagaaga SH507 507 100 165 Asp2 AspGTC_ii 3_flank 196 17 aaggaggcagaagaataaaggaggcagaagaataaaggaggcagaagaataaaggaggca SH508 508 15 77 Asp2 AspGTC_ii 3_flank 201 17 gtactaaggaggcagaagtactaaggaggcagaagtactaaggaggcagaagtactaagg SH509 509 61 163 Asp2 AspGTC_ii 3_flank 206 16 cactgtactaaggaggcactgtactaaggaggcactgtactaaggaggcactgtactaag SH510 510 37 152 Asp2 AspGTC_ii 3_flank 211 18 agcattacactgtactaaagcattacactgtactaaagcattacactgtactaaagcatt SH511 511 10 25 Asp2 AspGTC_ii 3_flank 216 17 gaggagcattacactgtgaggagcattacactgtgaggagcattacactgtgaggagcat SH512 512 59 160 Asp2 AspGTC_ii 3_flank 221 17 attctgaggagcattacattctgaggagcattacattctgaggagcattacattctgagg SH513 513 63 163 Asp2 AspGTC_ii 3_flank 226 17 caaaaattctgaggagccaaaaattctgaggagccaaaaattctgaggagccaaaaattc SH514 514 53 17 Asp2 AspGTC_ii 3_flank 231 18 gtttggcaaaaattctgagtttggcaaaaattctgagtttggcaaaaattctgagtttgg SH515 515 103 37 Asp2 AspGTC_ii 3_flank 236 18 tctctgtttggcaaaaattctctgtttggcaaaaattctctgtttggcaaaaattctctg SH516 516 19 55 Asp2 AspGTC_ii 3_flank 241 16 ggttctctgtttggcaggttctctgtttggcaggttctctgtttggcaggttctctgttt SH517 517 73 130 Asp2 AspGTC_ii 3_flank 246 17 atgactggttctctgttatgactggttctctgttatgactggttctctgttatgactggt SH518 518 15 91 Asp2 AspGTC_ii 3_flank 251 17 gatcaatgactggttctgatcaatgactggttctgatcaatgactggttctgatcaatga SH519 519 8 132 Asp2 AspGTC_ii 3_flank 256 17 tcaacgatcaatgactgtcaacgatcaatgactgtcaacgatcaatgactgtcaacgatc SH520 520 31 89 Cys1 CysGCA 5_flank 1 19 gtggaatatttgaactgtagtggaatatttgaactgtagtggaatatttgaactgtagtg SH521 521 4 22 Cys1 CysGCA 5_flank 6 18 aacggtggaatatttgaaaacggtggaatatttgaaaacggtggaatatttgaaaacggt SH522 522 84 191 Cys1 CysGCA 5_flank 11 17 agagaacggtggaatatagagaacggtggaatatagagaacggtggaatatagagaacgg SH523 523 27 61 Cys1 CysGCA 5_flank 16 17 atataagagaacggtggatataagagaacggtggatataagagaacggtggatataagag SH524 524 49 68 Cys1 CysGCA 5_flank 21 17 cccacatataagagaaccccacatataagagaaccccacatataagagaaccccacatat SH525 525 52 166 Cys1 CysGCA 5_flank 26 16 cagccccacatataagcagccccacatataagcagccccacatataagcagccccacata SH526 526 65 55 Cys1 CysGCA 5_flank 31 13 gccagccccacatgccagccccacatgccagccccacatgccagccccacatgccagccc SH527 527 35 105 Cys1 CysGCA 5_flank 36 13 gtagtgccagcccgtagtgccagcccgtagtgccagcccgtagtgccagcccgtagtgcc SH528 528 29 96 Cys1 CysGCA 5_flank 41 17 ttatacgaagtagtgccttatacgaagtagtgccttatacgaagtagtgccttatacgaa SH529 529 70 133 Cys1 CysGCA 5_flank 46 20 atagtcaattatacgaagtaatagtcaattatacgaagtaatagtcaattatacgaagta SH530 530 4 61 Cys1 CysGCA 5_flank 51 20 atagtatagtcaattatacgatagtatagtcaattatacgatagtatagtcaattatacg SH531 531 89 194 Cys1 CysGCA 5_flank 56 22 aatatagatagtatagtcaattaatatagatagtatagtcaattaatatagatagtatag SH532 532 82 207 Cys1 CysGCA 5_flank 61 21 gactaatatagatagtatagtgactaatatagatagtatagtgactaatatagatagtat SH533 533 33 51 Cys1 CysGCA 5_flank 66 20 ggaagactaatatagatagtggaagactaatatagatagtggaagactaatatagatagt SH534 534 60 109 Cys1 CysGCA 5_flank 71 18 gtgggaagactaatataggtgggaagactaatataggtgggaagactaatataggtggga SH535 535 2 152 Cys1 CysGCA 5_flank 76 17 acatgtgggaagactaaacatgtgggaagactaaacatgtgggaagactaaacatgtggg SH536 536 5 59 Cys1 CysGCA 5_flank 81 17 ctattacatgtgggaagctattacatgtgggaagctattacatgtgggaagctattacat SH537 537 86 142 Cys1 CysGCA 5_flank/tRNA 5_flank 3 5_flank 3 86 18 AGCtttctattacatgtgAGCtttctattacatgtgAGCtttctattacatgtgAGCttt SH538 538 14 129 Cys1 CysGCA 5_flank/tRNA 5_flank 8 5_flank 8 91 18 ATACGAGCtttctattacATACGAGCtttctattacATACGAGCtttctattacATACGA SH539 539 21 212 Cys1 CysGCA 5_flank/tRNA 5_flank 11 5_flank 11 96 16 GCCATACGAGCtttctGCCATACGAGCtttctGCCATACGAGCtttctGCCATACGAGCt SH540 540 39 99 Cys1 CysGCA tRNA 1 13 1 13 101 13 GCGCCATACGAGCGCGCCATACGAGCGCGCCATACGAGCGCGCCATACGAGCGCGCCATA SH541 541 20 135 Cys1 CysGCA tRNA 6 18 6 19 106 13 CCACTGCGCCATACCACTGCGCCATACCACTGCGCCATACCACTGCGCCATACCACTGCG SH542 542 56 209 Cys1 CysGCA tRNA 11 23 11 24 111 13 CGCTACCACTGCGCGCTACCACTGCGCGCTACCACTGCGCGCTACCACTGCGCGCTACCA SH543 543 64 173 Cys1 CysGCA tRNA 16 28 16 29 116 13 TGCTGCGCTACCATGCTGCGCTACCATGCTGCGCTACCATGCTGCGCTACCATGCTGCGC SH544 544 24 206 Cys1 CysGCA tRNA 21 33 22 34 121 13 CAATCTGCTGCGCCAATCTGCTGCGCCAATCTGCTGCGCCAATCTGCTGCGCCAATCTGC SH545 545 17 104 Cys1 CysGCA tRNA 26 42 27 43 126 17 ACAGATTTGCAATCTGCACAGATTTGCAATCTGCACAGATTTGCAATCTGCACAGATTTG SH546 546 2 30 Cys1 CysGCA tRNA 31 47 32 48 131 17 GACCAACAGATTTGCAAGACCAACAGATTTGCAAGACCAACAGATTTGCAAGACCAACAG SH547 547 67 111 Cys1 CysGCA tRNA 36 52 37 53 136 17 CTAAGGACCAACAGATTCTAAGGACCAACAGATTCTAAGGACCAACAGATTCTAAGGACC SH548 548 20 70 Cys1 CysGCA tRNA 41 56 42 57 141 16 CGAACTAAGGACCAACCGAACTAAGGACCAACCGAACTAAGGACCAACCGAACTAAGGAC SH549 549 43 96 Cys1 CysGCA tRNA 46 62 47 63 146 17 CAGGATCGAACTAAGGACAGGATCGAACTAAGGACAGGATCGAACTAAGGACAGGATCGA SH550 550 54 117 Cys1 CysGCA tRNA 51 66 52 67 151 16 CACTCAGGATCGAACTCACTCAGGATCGAACTCACTCAGGATCGAACTCACTCAGGATCG SH551 551 84 33 Cys1 CysGCA tRNA 56 68 57 69 156 13 CGCACTCAGGATCCGCACTCAGGATCCGCACTCAGGATCCGCACTCAGGATCCGCACTCA SH552 552 67 64 Cys1 CysGCA tRNA/3_flank 61 3_flank 62 3_flank 161 15 agaAGCTCGCACTCAagaAGCTCGCACTCAagaAGCTCGCACTCAagaAGCTCGCACTCA SH553 553 5 211 Cys1 CysGCA tRNA/3_flank 66 3_flank 67 3_flank 166 18 aaaaaaaaagaAGCTCGCaaaaaaaaagaAGCTCGCaaaaaaaaagaAGCTCGCaaaaaa SH554 554 101 134 Cys1 CysGCA tRNA/3_flank 71 3_flank 72 3_flank 171 21 gattgcaaaaaaaaaaagaAGgattgcaaaaaaaaaaagaAGgattgcaaaaaaaaaaag SH555 555 54 101 Cys1 CysGCA 3_flank 176 22 aataaggattgcaaaaaaaaaaaataaggattgcaaaaaaaaaaaataaggattgcaaaa SH556 556 10 124 Cys1 CysGCA 3_flank 181 20 ttcaataaggattgcaaaaattcaataaggattgcaaaaattcaataaggattgcaaaaa SH557 557 5 179 Cys1 CysGCA 3_flank 186 18 aagttcaataaggattgcaagttcaataaggattgcaagttcaataaggattgcaagttc SH558 558 17 200 Cys1 CysGCA 3_flank 191 20 agaaaaaaagttcaataaggagaaaaaaagttcaataaggagaaaaaaagttcaataagg SH559 559 79 80 Cys1 CysGCA 3_flank 196 20 cagcaagaaaaaaagttcaacagcaagaaaaaaagttcaacagcaagaaaaaaagttcaa SH560 560 58 160 Cys1 CysGCA 3_flank 201 18 ctgcagcaagaaaaaaagctgcagcaagaaaaaaagctgcagcaagaaaaaaagctgcag SH561 561 56 59 Cys1 CysGCA 3_flank 206 17 gagactgcagcaagaaagagactgcagcaagaaagagactgcagcaagaaagagactgca SH562 562 3 167 Cys1 CysGCA 3_flank 211 13 ggagactgcagcaggagactgcagcaggagactgcagcaggagactgcagcaggagactg SH563 563 88 167 Cys1 CysGCA 3_flank 216 15 cctttgaggagactgcctttgaggagactgcctttgaggagactgcctttgaggagactg SH564 564 4 26 Cys1 CysGCA 3_flank 221 17 catgttgcctttgaggacatgttgcctttgaggacatgttgcctttgaggacatgttgcc SH565 565 59 164 Cys1 CysGCA 3_flank 226 18 aaagaacatgttgcctttaaagaacatgttgcctttaaagaacatgttgcctttaaagaa SH566 566 49 160 Cys1 CysGCA 3_flank 231 18 aaagcaaagaacatgttgaaagcaaagaacatgttgaaagcaaagaacatgttgaaagca SH567 567 86 12 Cys1 CysGCA 3_flank 236 19 ggaaaaaaagcaaagaacaggaaaaaaagcaaagaacaggaaaaaaagcaaagaacagga SH568 568 74 151 Cys1 CysGCA 3_flank 241 18 ttggggaaaaaaagcaaattggggaaaaaaagcaaattggggaaaaaaagcaaattgggg SH569 569 42 159 Cys1 CysGCA 3_flank 246 17 gtcgttggggaaaaaaagtcgttggggaaaaaaagtcgttggggaaaaaaagtcgttggg SH570 570 3 207 Cys1 CysGCA 3_flank 251 13 cgtcgttggggaacgtcgttggggaacgtcgttggggaacgtcgttggggaacgtcgttg SH571 571 31 14 Cys1 CysGCA 3_flank 256 15 tgttcgacgtcgttgtgttcgacgtcgttgtgttcgacgtcgttgtgttcgacgtcgttg SH572 572 101 142 Gln1 GlnCTG 5_flank 1 17 cgcaagcaatggatcttcgcaagcaatggatcttcgcaagcaatggatcttcgcaagcaa SH573 573 8 35 Gln1 GlnCTG 5_flank 6 17 aatatcgcaagcaatggaatatcgcaagcaatggaatatcgcaagcaatggaatatcgca SH574 574 48 100 Gln1 GlnCTG 5_flank 11 18 tttaacaatatcgcaagctttaacaatatcgcaagctttaacaatatcgcaagctttaac SH575 575 73 132 Gln1 GlnCTG 5_flank 16 19 ccctattttaacaatatcgccctattttaacaatatcgccctattttaacaatatcgccc SH576 576 83 207 Gln1 GlnCTG 5_flank 21 18 tggtccctattttaacaatggtccctattttaacaatggtccctattttaacaatggtcc SH577 577 40 16 Gln1 GlnCTG 5_flank 26 18 aaagatggtccctattttaaagatggtccctattttaaagatggtccctattttaaagat SH578 578 75 180 Gln1 GlnCTG 5_flank 31 17 taagaaagatggtcccttaagaaagatggtcccttaagaaagatggtcccttaagaaaga SH579 579 95 146 Gln1 GlnCTG 5_flank 36 18 cctttttaagaaagatggcctttttaagaaagatggcctttttaagaaagatggcctttt SH580 580 34 148 Gln1 GlnCTG 5_flank 41 20 tatggaacctttttaagaaatatggaacctttttaagaaatatggaacctttttaagaaa SH581 581 88 96 Gln1 GlnCTG 5_flank 46 20 ggttttatggaacctttttaggttttatggaacctttttaggttttatggaaccttttta SH582 582 66 188 Gln1 GlnCTG 5_flank 51 17 ccggttttatggaacctccggttttatggaacctccggttttatggaacctccggtttta SH583 583 58 130 Gln1 GlnCTG 5_flank 56 17 aacttccggttttatggaacttccggttttatggaacttccggttttatggaacttccgg SH584 584 52 62 Gln1 GlnCTG 5_flank 61 18 cactaaaacttccggtttcactaaaacttccggtttcactaaaacttccggtttcactaa SH585 585 3 165 Gln1 GlnCTG 5_flank 66 18 gtgtacactaaaacttccgtgtacactaaaacttccgtgtacactaaaacttccgtgtac SH586 586 103 120 Gln1 GlnCTG 5_flank 71 20 gttgttagtgtacactaaaagttgttagtgtacactaaaagttgttagtgtacactaaaa SH587 587 32 168 Gln1 GlnCTG 5_flank 76 17 ctgttgttagtgtacacctgttgttagtgtacacctgttgttagtgtacacctgttgtta SH588 588 23 65 Gln1 GlnCTG 5_flank 81 18 tttcttctgttgttagtgtttcttctgttgttagtgtttcttctgttgttagtgtttctt SH589 589 20 56 Gln1 GlnCTG 5_flank/tRNA 5_flank 3 5_flank 3 86 18 ACCtttttcttctgttgtACCtttttcttctgttgtACCtttttcttctgttgtACCttt SH590 590 93 185 Gln1 GlnCTG 5_flank/tRNA 5_flank 8 5_flank 8 91 18 ATAGGACCtttttcttctATAGGACCtttttcttctATAGGACCtttttcttctATAGGA SH591 591 86 64 Gln1 GlnCTG 5_flank/tRNA 5_flank 13 5_flank 13 96 18 ACACTATAGGACCtttttACACTATAGGACCtttttACACTATAGGACCtttttACACTA SH592 592 3 88 Gln1 GlnCTG tRNA 1 17 1 17 101 17 CACTACACTATAGGACCCACTACACTATAGGACCCACTACACTATAGGACCCACTACACT SH593 593 61 192 Gln1 GlnCTG tRNA 6 23 6 23 106 18 GATAACCACTACACTATAGATAACCACTACACTATAGATAACCACTACACTATAGATAAC SH594 594 85 111 Gln1 GlnCTG tRNA 11 28 11 28 111 18 AAAGTGATAACCACTACAAAAGTGATAACCACTACAAAAGTGATAACCACTACAAAAGTG SH595 595 3 90 Gln1 GlnCTG tRNA 16 32 16 32 116 17 ACCGAAAGTGATAACCAACCGAAAGTGATAACCAACCGAAAGTGATAACCAACCGAAAGT SH596 596 55 70 Gln1 GlnCTG tRNA 21 37 21 37 121 17 TCAGAACCGAAAGTGATTCAGAACCGAAAGTGATTCAGAACCGAAAGTGATTCAGAACCG SH597 597 76 189 Gln1 GlnCTG tRNA 26 41 26 41 126 16 CGGATCAGAACCGAAACGGATCAGAACCGAAACGGATCAGAACCGAAACGGATCAGAACC SH598 598 81 109 Gln1 GlnCTG tRNA 31 47 31 47 131 17 GTTGTTCGGATCAGAACGTTGTTCGGATCAGAACGTTGTTCGGATCAGAACGTTGTTCGG SH599 599 32 70 Gln1 GlnCTG tRNA 36 50 36 50 136 15 GGGGTTGTTCGGATCGGGGTTGTTCGGATCGGGGTTGTTCGGATCGGGGTTGTTCGGATC SH600 600 101 18 Gln1 GlnCTG tRNA 41 55 41 55 141 15 GAACTGGGGTTGTTCGAACTGGGGTTGTTCGAACTGGGGTTGTTCGAACTGGGGTTGTTC SH601 601 59 5 Gln1 GlnCTG tRNA 46 60 46 60 146 15 GATTCGAACTGGGGTGATTCGAACTGGGGTGATTCGAACTGGGGTGATTCGAACTGGGGT SH602 602 93 85 Gln1 GlnCTG tRNA 51 65 51 65 151 15 ACCCGGATTCGAACTACCCGGATTCGAACTACCCGGATTCGAACTACCCGGATTCGAACT SH603 603 86 46 Gln1 GlnCTG tRNA 56 68 56 68 156 13 CCCACCCGGATTCCCCACCCGGATTCCCCACCCGGATTCCCCACCCGGATTCCCCACCCG SH604 604 12 72 Gln1 GlnCTG tRNA/3_flank 61 3_flank 61 3_flank 161 13 aAGGTCCCACCCGaAGGTCCCACCCGaAGGTCCCACCCGaAGGTCCCACCCGaAGGTCCC SH605 605 72 18 Gln1 GlnCTG tRNA/3_flank 66 3_flank 66 3_flank 166 13 aagggaAGGTCCCaagggaAGGTCCCaagggaAGGTCCCaagggaAGGTCCCaagggaAG SH606 606 42 2 Gln1 GlnCTG tRNA/3_flank 71 3_flank 71 3_flank 171 17 cgaaaaatgaagggaAGcgaaaaatgaagggaAGcgaaaaatgaagggaAGcgaaaaatg SH607 607 104 13 Gln1 GlnCTG 3_flank 176 20 gtaaaatacgaaaaatgaaggtaaaatacgaaaaatgaaggtaaaatacgaaaaatgaag SH608 608 92 14 Gln1 GlnCTG 3_flank 181 22 aaatttcgtaaaatacgaaaaaaaatttcgtaaaatacgaaaaaaaatttcgtaaaatac SH609 609 87 171 Gln1 GlnCTG 3_flank 186 21 gtttaaatttcgtaaaatacggtttaaatttcgtaaaatacggtttaaatttcgtaaaat SH610 610 11 136 Gln1 GlnCTG 3_flank 191 20 gatggtttaaatttcgtaaagatggtttaaatttcgtaaagatggtttaaatttcgtaaa SH611 611 91 90 Gln1 GlnCTG 3_flank 196 22 aaaaaatgatggtttaaatttcaaaaaatgatggtttaaatttcaaaaaatgatggttta SH612 612 40 61 Gln1 GlnCTG 3_flank 201 23 aaaaaaaaaaaatgatggtttaaaaaaaaaaaaaatgatggtttaaaaaaaaaaaaaatg SH613 613 65 142 Gln1 GlnCTG 3_flank 206 22 gttcaaaaaaaaaaaatgatgggttcaaaaaaaaaaaatgatgggttcaaaaaaaaaaaa SH614 614 33 172 Gln1 GlnCTG 3_flank 211 22 cattggttcaaaaaaaaaaaatcattggttcaaaaaaaaaaaatcattggttcaaaaaaa SH615 615 13 182 Gln1 GlnCTG 3_flank 216 19 cgcattggttcaaaaaaaacgcattggttcaaaaaaaacgcattggttcaaaaaaaacgc SH616 616 48 10 Gln1 GlnCTG 3_flank 221 17 tctcgcattggttcaaatctcgcattggttcaaatctcgcattggttcaaatctcgcatt SH617 617 84 169 Gln1 GlnCTG 3_flank 226 18 tttttttctcgcattggttttttttctcgcattggttttttttctcgcattggttttttt SH618 618 36 69 Gln1 GlnCTG 3_flank 231 20 ctttttatttttttctcgcactttttatttttttctcgcactttttatttttttctcgca SH619 619 50 51 Gln1 GlnCTG 3_flank 236 22 cctttctctttttatttttttccctttctctttttatttttttccctttctctttttatt SH620 620 7 78 Gln1 GlnCTG 3_flank 241 21 cttacctttctctttttatttcttacctttctctttttatttcttacctttctcttttta SH621 621 88 79 Gln1 GlnCTG 3_flank 246 20 ttttcttacctttctcttttttttcttacctttctcttttttttcttacctttctctttt SH622 622 54 60 Gln1 GlnCTG 3_flank 251 20 tttctttttcttacctttcttttctttttcttacctttcttttctttttcttacctttct SH623 623 3 177 Gln2 GlnTTG_i 5_flank 1 22 gaaatagatgaattttggaatagaaatagatgaattttggaatagaaatagatgaatttt SH624 624 87 14 Gln2 GlnTTG_i 5_flank 6 20 tgagaaatagatgaattttgtgagaaatagatgaattttgtgagaaatagatgaattttg SH625 625 84 156 Gln2 GlnTTG_i 5_flank 11 19 ccattgagaaatagatgaaccattgagaaatagatgaaccattgagaaatagatgaacca SH626 626 20 6 Gln2 GlnTTG_i 5_flank 16 20 gaattaccattgagaaataggaattaccattgagaaataggaattaccattgagaaatag SH627 627 73 122 Gln2 GlnTTG_i 5_flank 21 18 taggaattaccattgagataggaattaccattgagataggaattaccattgagataggaa SH628 628 63 123 Gln2 GlnTTG_i 5_flank 26 19 gatcaataggaattaccatgatcaataggaattaccatgatcaataggaattaccatgat SH629 629 90 121 Gln2 GlnTTG_i 5_flank 31 22 aaataattgatcaataggaattaaataattgatcaataggaattaaataattgatcaata SH630 630 18 157 Gln2 GlnTTG_i 5_flank 36 22 ttgaaaaataattgatcaatagttgaaaaataattgatcaatagttgaaaaataattgat SH631 631 15 10 Gln2 GlnTTG_i 5_flank 41 20 ggtttgaaaaataattgatcggtttgaaaaataattgatcggtttgaaaaataattgatc SH632 632 53 103 Gln2 GlnTTG_i 5_flank 46 20 tgagtggtttgaaaaataattgagtggtttgaaaaataattgagtggtttgaaaaataat SH633 633 42 109 Gln2 GlnTTG_i 5_flank 51 20 taaattgagtggtttgaaaataaattgagtggtttgaaaataaattgagtggtttgaaaa SH634 634 54 11 Gln2 GlnTTG_i 5_flank 56 22 aattttttaaattgagtggtttaattttttaaattgagtggtttaattttttaaattgag SH635 635 91 181 Gln2 GlnTTG_i 5_flank 61 22 ctgacaattttttaaattgagtctgacaattttttaaattgagtctgacaattttttaaa SH636 636 96 70 Gln2 GlnTTG_i 5_flank 66 23 gtatttctgacaattttttaaatgtatttctgacaattttttaaatgtatttctgacaat SH637 637 34 67 Gln2 GlnTTG_i 5_flank 71 20 tggtatttctgacaattttttggtatttctgacaattttttggtatttctgacaattttt SH638 638 93 106 Gln2 GlnTTG_i 5_flank 76 18 tgatggtatttctgacaatgatggtatttctgacaatgatggtatttctgacaatgatgg SH639 639 22 31 Gln2 GlnTTG_i 5_flank 81 20 cttttattgatggtatttctcttttattgatggtatttctcttttattgatggtatttct SH640 640 73 161 Gln2 GlnTTG_i 5_flank/tRNA 5_flank 3 5_flank 3 86 18 ACCcttttattgatggtaACCcttttattgatggtaACCcttttattgatggtaACCctt SH641 641 33 31 Gln2 GlnTTG_i 5_flank/tRNA 5_flank 10 5_flank 10 91 20 CTATAAAACCcttttattgaCTATAAAACCcttttattgaCTATAAAACCcttttattga SH642 642 63 24 Gln2 GlnTTG_i 5_flank/tRNA 5_flank 15 5_flank 15 96 20 CTACACTATAAAACCcttttCTACACTATAAAACCcttttCTACACTATAAAACCctttt SH643 643 39 133 Gln2 GlnTTG_i tRNA 1 18 1 18 101 18 CCACTACACTATAAAACCCCACTACACTATAAAACCCCACTACACTATAAAACCCCACTA SH644 644 40 116 Gln2 GlnTTG_i tRNA 6 23 6 23 106 18 GATAACCACTACACTATAGATAACCACTACACTATAGATAACCACTACACTATAGATAAC SH645 645 73 120 Gln2 GlnTTG_i tRNA 11 28 11 28 111 18 AAAGTGATAACCACTACAAAAGTGATAACCACTACAAAAGTGATAACCACTACAAAAGTG SH646 646 27 55 Gln2 GlnTTG_i tRNA 16 32 16 32 116 17 ACCGAAAGTGATAACCAACCGAAAGTGATAACCAACCGAAAGTGATAACCAACCGAAAGT SH647 647 92 98 Gln2 GlnTTG_i tRNA 21 38 21 38 121 18 ATCAAAACCGAAAGTGATATCAAAACCGAAAGTGATATCAAAACCGAAAGTGATATCAAA SH648 648 62 113 Gln2 GlnTTG_i tRNA 26 42 26 42 126 17 CCGGATCAAAACCGAAACCGGATCAAAACCGAAACCGGATCAAAACCGAAACCGGATCAA SH649 649 49 16 Gln2 GlnTTG_i tRNA 31 47 31 47 131 17 GTTGTCCGGATCAAAACGTTGTCCGGATCAAAACGTTGTCCGGATCAAAACGTTGTCCGG SH650 650 14 186 Gln2 GlnTTG_i tRNA 36 48 36 48 136 13 GGTTGTCCGGATCGGTTGTCCGGATCGGTTGTCCGGATCGGTTGTCCGGATCGGTTGTCC SH651 651 59 103 Gln2 GlnTTG_i tRNA 41 53 41 53 141 13 ACCGGGGTTGTCCACCGGGGTTGTCCACCGGGGTTGTCCACCGGGGTTGTCCACCGGGGT SH652 652 63 178 Gln2 GlnTTG_i tRNA 46 58 46 58 146 13 TTCGAACCGGGGTTTCGAACCGGGGTTTCGAACCGGGGTTTCGAACCGGGGTTTCGAACC SH653 653 86 43 Gln2 GlnTTG_i tRNA 51 63 51 63 151 13 CCGGATTCGAACCCCGGATTCGAACCCCGGATTCGAACCCCGGATTCGAACCCCGGATTC SH654 654 68 168 Gln2 GlnTTG_i tRNA 56 70 56 70 156 15 GTCTTACCCGGATTCGTCTTACCCGGATTCGTCTTACCCGGATTCGTCTTACCCGGATTC SH655 655 27 57 Gln2 GlnTTG_i tRNA 61 77 61 77 161 17 aaataAGGTCTTACCCGaaataAGGTCTTACCCGaaataAGGTCTTACCCGaaataAGGT SH656 656 79 63 Gln2 GlnTTG_i tRNA/3_flank 66 3_flank 66 3_flank 166 23 aaaatatataaaaataAGGTCTTaaaatatataaaaataAGGTCTTaaaatatataaaaa SH657 657 57 10 Gln2 GlnTTG_i tRNA/3_flank 71 3_flank 71 3_flank 171 24 catgaaaaaatatataaaaataAGcatgaaaaaatatataaaaataAGcatgaaaaaata SH658 658 98 207 Gln2 GlnTTG_i 3_flank 176 25 ataattcatgaaaaaatatataaaaataattcatgaaaaaatatataaaaataattcatg SH659 659 88 53 Gln2 GlnTTG_i 3_flank 181 22 cgataattcatgaaaaaatatacgataattcatgaaaaaatatacgataattcatgaaaa SH660 660 46 13 Gln2 GlnTTG_i 3_flank 186 20 gtccgataattcatgaaaaagtccgataattcatgaaaaagtccgataattcatgaaaaa SH661 661 104 47 Gln2 GlnTTG_i 3_flank 191 17 gtgtccgataattcatggtgtccgataattcatggtgtccgataattcatggtgtccgat SH662 662 103 153 Gln2 GlnTTG_i 3_flank 196 18 ctaagagtgtccgataatctaagagtgtccgataatctaagagtgtccgataatctaaga SH663 663 68 176 Gln2 GlnTTG_i 3_flank 201 17 cattctaagagtgtccgcattctaagagtgtccgcattctaagagtgtccgcattctaag SH664 664 32 11 Gln2 GlnTTG_i 3_flank 206 18 gatctccattctaagagtgatctccattctaagagtgatctccattctaagagtgatctc SH665 665 35 214 Gln2 GlnTTG_i 3_flank 211 17 gcgagatctccattctagcgagatctccattctagcgagatctccattctagcgagatct SH666 666 91 193 Gln2 GlnTTG_i 3_flank 216 15 tctgcgagatctccatctgcgagatctccatctgcgagatctccatctgcgagatctcca SH667 667 70 5 Gln2 GlnTTG_i 3_flank 221 16 cccatatctgcgagatcccatatctgcgagatcccatatctgcgagatcccatatctgcg SH668 668 51 180 Gln2 GlnTTG_i 3_flank 226 13 gccccatatctgcgccccatatctgcgccccatatctgcgccccatatctgcgccccata SH669 669 74 60 Gln2 GlnTTG_i 3_flank 231 13 gctcagccccatagctcagccccatagctcagccccatagctcagccccatagctcagcc SH670 670 94 46 Gln2 GlnTTG_i 3_flank 236 13 gcacggctcagccgcacggctcagccgcacggctcagccgcacggctcagccgcacggct SH671 671 52 91 Gln2 GlnTTG_i 3_flank 241 13 atgcagcacggctatgcagcacggctatgcagcacggctatgcagcacggctatgcagca SH672 672 63 76 Gln2 GlnTTG_i 3_flank 246 17 tcttaactgatgcagcatcttaactgatgcagcatcttaactgatgcagcatcttaactg SH673 673 79 116 Gln2 GlnTTG_i 3_flank 251 20 tatttctttcttaactgatgtatttctttcttaactgatgtatttctttcttaactgatg SH674 674 90 213 Gln3 GlnTTG_ii 5_flank 1 20 atatgaaacaaccttataacatatgaaacaaccttataacatatgaaacaaccttataac SH675 675 12 87 Gln3 GlnTTG_ii 5_flank 6 18 cacatatgaaacaaccttcacatatgaaacaaccttcacatatgaaacaaccttcacata SH676 676 13 99 Gln3 GlnTTG_ii 5_flank 11 20 cataaaacacatatgaaacacataaaacacatatgaaacacataaaacacatatgaaaca SH677 677 96 5 Gln3 GlnTTG_ii 5_flank 16 19 cgttcataaaacacatatgcgttcataaaacacatatgcgttcataaaacacatatgcgt SH678 678 56 103 Gln3 GlnTTG_ii 5_flank 21 19 ctaaacgttcataaaacacctaaacgttcataaaacacctaaacgttcataaaacaccta SH679 679 81 176 Gln3 GlnTTG_ii 5_flank 26 18 catcctaaacgttcataacatcctaaacgttcataacatcctaaacgttcataacatcct SH680 680 14 120 Gln3 GlnTTG_ii 5_flank 31 17 acgtcatcctaaacgttacgtcatcctaaacgttacgtcatcctaaacgttacgtcatcc SH681 681 17 164 Gln3 GlnTTG_ii 5_flank 36 18 gacaatacgtcatcctaagacaatacgtcatcctaagacaatacgtcatcctaagacaat SH682 682 96 178 Gln3 GlnTTG_ii 5_flank 41 18 agtatgacaatacgtcatagtatgacaatacgtcatagtatgacaatacgtcatagtatg SH683 683 92 125 Gln3 GlnTTG_ii 5_flank 46 18 atgtcagtatgacaatacatgtcagtatgacaatacatgtcagtatgacaatacatgtca SH684 684 3 131 Gln3 GlnTTG_ii 5_flank 51 17 aggtatgtcagtatgacaggtatgtcagtatgacaggtatgtcagtatgacaggtatgtc SH685 685 80 171 Gln3 GlnTTG_ii 5_flank 56 18 aaaatgaggtatgtcagtaaaatgaggtatgtcagtaaaatgaggtatgtcagtaaaatg SH686 686 34 198 Gln3 GlnTTG_ii 5_flank 61 18 atctcaaaatgaggtatgatctcaaaatgaggtatgatctcaaaatgaggtatgatctca SH687 687 8 115 Gln3 GlnTTG_ii 5_flank 66 20 attttgtatctcaaaatgagattttgtatctcaaaatgagattttgtatctcaaaatgag SH688 688 65 122 Gln3 GlnTTG_ii 5_flank 71 22 ttgtaatattttgtatctcaaattgtaatattttgtatctcaaattgtaatattttgtat SH689 689 96 187 Gln3 GlnTTG_ii 5_flank 76 21 cttcttgtaatattttgtatccttcttgtaatattttgtatccttcttgtaatattttgt SH690 690 50 95 Gln3 GlnTTG_ii 5_flank 81 20 aggacttcttgtaatattttaggacttcttgtaatattttaggacttcttgtaatatttt SH691 691 56 149 Gln3 GlnTTG_ii 5_flank/tRNA 5_flank 2 5_flank 2 86 17 CCaggacttcttgtaatCCaggacttcttgtaatCCaggacttcttgtaatCCaggactt SH692 692 95 210 Gln3 GlnTTG_ii 5_flank/tRNA 5_flank 5 5_flank 5 91 15 GGACCaggacttcttGGACCaggacttcttGGACCaggacttcttGGACCaggacttctt SH693 693 51 33 Gln3 GlnTTG_ii 5_flank/tRNA 5_flank 10 5_flank 10 96 15 CTATAGGACCaggacCTATAGGACCaggacCTATAGGACCaggacCTATAGGACCaggac SH694 694 100 130 Gln3 GlnTTG_ii tRNA 1 17 1 17 101 17 CACTACACTATAGGACCCACTACACTATAGGACCCACTACACTATAGGACCCACTACACT SH695 695 87 182 Gln3 GlnTTG_ii tRNA 6 23 6 23 106 18 GATAACCACTACACTATAGATAACCACTACACTATAGATAACCACTACACTATAGATAAC SH696 696 34 41 Gln3 GlnTTG_ii tRNA 11 28 11 28 111 18 AAAGTGATAACCACTACAAAAGTGATAACCACTACAAAAGTGATAACCACTACAAAAGTG SH697 697 66 130 Gln3 GlnTTG_ii tRNA 16 32 16 32 116 17 ACCGAAAGTGATAACCAACCGAAAGTGATAACCAACCGAAAGTGATAACCAACCGAAAGT SH698 698 102 12 Gln3 GlnTTG_ii tRNA 21 38 21 38 121 18 ATCAAAACCGAAAGTGATATCAAAACCGAAAGTGATATCAAAACCGAAAGTGATATCAAA SH699 699 56 35 Gln3 GlnTTG_ii tRNA 26 42 26 42 126 17 CCGGATCAAAACCGAAACCGGATCAAAACCGAAACCGGATCAAAACCGAAACCGGATCAA SH700 700 67 53 Gln3 GlnTTG_ii tRNA 31 47 31 47 131 17 GTTGTCCGGATCAAAACGTTGTCCGGATCAAAACGTTGTCCGGATCAAAACGTTGTCCGG SH701 701 99 50 Gln3 GlnTTG_ii tRNA 36 48 36 48 136 13 GGTTGTCCGGATCGGTTGTCCGGATCGGTTGTCCGGATCGGTTGTCCGGATCGGTTGTCC SH702 702 48 181 Gln3 GlnTTG_ii tRNA 41 53 41 53 141 13 ACCGGGGTTGTCCACCGGGGTTGTCCACCGGGGTTGTCCACCGGGGTTGTCCACCGGGGT SH703 703 89 43 Gln3 GlnTTG_ii tRNA 46 58 46 58 146 13 TTCGAACCGGGGTTTCGAACCGGGGTTTCGAACCGGGGTTTCGAACCGGGGTTTCGAACC SH704 704 5 170 Gln3 GlnTTG_ii tRNA 51 63 51 63 151 13 CCGGATTCGAACCCCGGATTCGAACCCCGGATTCGAACCCCGGATTCGAACCCCGGATTC SH705 705 85 30 Gln3 GlnTTG_ii tRNA 56 68 56 68 156 13 CCTACCCGGATTCCCTACCCGGATTCCCTACCCGGATTCCCTACCCGGATTCCCTACCCG SH706 706 41 163 Gln3 GlnTTG_ii tRNA/3_flank 61 3_flank 61 3_flank 161 13 aAGGTCCTACCCGaAGGTCCTACCCGaAGGTCCTACCCGaAGGTCCTACCCGaAGGTCCT SH707 707 51 138 Gln3 GlnTTG_ii tRNA/3_flank 66 3_flank 66 3_flank 166 19 gtattcaaaaaaAGGTCCTgtattcaaaaaaAGGTCCTgtattcaaaaaaAGGTCCTgta SH708 708 34 193 Gln3 GlnTTG_ii tRNA/3_flank 71 3_flank 71 3_flank 171 22 ataaatctgtattcaaaaaaAGataaatctgtattcaaaaaaAGataaatctgtattcaa SH709 709 46 55 Gln3 GlnTTG_ii 3_flank 176 23 aaaaaaataaatctgtattcaaaaaaaaaataaatctgtattcaaaaaaaaaataaatct SH710 710 6 82 Gln3 GlnTTG_ii 3_flank 181 23 aaatcaaaaaaataaatctgtataaatcaaaaaaataaatctgtataaatcaaaaaaata SH711 711 56 3 Gln3 GlnTTG_ii 3_flank 186 23 gtgaaaaatcaaaaaaataaatcgtgaaaaatcaaaaaaataaatcgtgaaaaatcaaaa SH712 712 50 119 Gln3 GlnTTG_ii 3_flank 191 22 gatagtgaaaaatcaaaaaaatgatagtgaaaaatcaaaaaaatgatagtgaaaaatcaa SH713 713 95 62 Gln3 GlnTTG_ii 3_flank 196 20 gaagatagtgaaaaatcaaagaagatagtgaaaaatcaaagaagatagtgaaaaatcaaa SH714 714 63 169 Gln3 GlnTTG_ii 3_flank 201 20 tatctgaagatagtgaaaaatatctgaagatagtgaaaaatatctgaagatagtgaaaaa SH715 715 63 113 Gln3 GlnTTG_ii 3_flank 206 18 ctgtatctgaagatagtgctgtatctgaagatagtgctgtatctgaagatagtgctgtat SH716 716 103 64 Gln3 GlnTTG_ii 3_flank 211 18 ttcttctgtatctgaagattcttctgtatctgaagattcttctgtatctgaagattcttc SH717 717 43 112 Gln3 GlnTTG_ii 3_flank 216 17 agcgttcttctgtatctagcgttcttctgtatctagcgttcttctgtatctagcgttctt SH718 718 57 209 Gln3 GlnTTG_ii 3_flank 221 16 cagtagcgttcttctgcagtagcgttcttctgcagtagcgttcttctgcagtagcgttct SH719 719 93 120 Gln3 GlnTTG_ii 3_flank 226 15 ccaccagtagcgttcccaccagtagcgttcccaccagtagcgttcccaccagtagcgttc SH720 720 39 110 Gln3 GlnTTG_ii 3_flank 231 16 gagaaaccaccagtaggagaaaccaccagtaggagaaaccaccagtaggagaaaccacca SH721 721 47 68 Gln3 GlnTTG_ii 3_flank 236 17 cttatagagaaaccacccttatagagaaaccacccttatagagaaaccacccttatagag SH722 722 74 48 Gln3 GlnTTG_ii 3_flank 241 22 cttgttaatacttatagagaaacttgttaatacttatagagaaacttgttaatacttata SH723 723 63 115 Gln3 GlnTTG_ii 3_flank 246 20 cgtcttgttaatacttatagcgtcttgttaatacttatagcgtcttgttaatacttatag SH724 724 45 72 Gln3 GlnTTG_ii 3_flank 251 18 aagcgtcttgttaatactaagcgtcttgttaatactaagcgtcttgttaatactaagcgt SH725 725 86 3 Gln3 GlnTTG_ii 3_flank 256 17 gcagaagcgtcttgttagcagaagcgtcttgttagcagaagcgtcttgttagcagaagcg SH726 726 10 19 Gln4 GlnTTG_iii 5_flank 1 18 tctgctaatgaaaatacgtctgctaatgaaaatacgtctgctaatgaaaatacgtctgct SH727 727 44 158 Gln4 GlnTTG_iii 5_flank 6 18 tctcatctgctaatgaaatctcatctgctaatgaaatctcatctgctaatgaaatctcat SH728 728 85 119 Gln4 GlnTTG_iii 5_flank 11 17 tgtctctcatctgctaatgtctctcatctgctaatgtctctcatctgctaatgtctctca SH729 729 15 43 Gln4 GlnTTG_iii 5_flank 16 15 cggtgtctctcatctcggtgtctctcatctcggtgtctctcatctcggtgtctctcatct SH730 730 58 127 Gln4 GlnTTG_iii 5_flank 21 13 tcccggtgtctcttcccggtgtctcttcccggtgtctcttcccggtgtctcttcccggtg SH731 731 42 104 Gln4 GlnTTG_iii 5_flank 26 18 gtttttttaatcccggtggtttttttaatcccggtggtttttttaatcccggtggttttt SH732 732 60 191 Gln4 GlnTTG_iii 5_flank 31 20 tcacatagtttttttaatcctcacatagtttttttaatcctcacatagtttttttaatcc SH733 733 52 121 Gln4 GlnTTG_iii 5_flank 36 22 ctattcttcacatagtttttttctattcttcacatagtttttttctattcttcacatagt SH734 734 70 62 Gln4 GlnTTG_iii 5_flank 41 19 cactattcttcacatagttcactattcttcacatagttcactattcttcacatagttcac SH735 735 64 100 Gln4 GlnTTG_iii 5_flank 46 18 tcaacactattcttcacatcaacactattcttcacatcaacactattcttcacatcaaca SH736 736 39 24 Gln4 GlnTTG_iii 5_flank 51 20 tcatatatcaacactattcttcatatatcaacactattcttcatatatcaacactattct SH737 737 53 142 Gln4 GlnTTG_iii 5_flank 56 22 aattttatcatatatcaacactaattttatcatatatcaacactaattttatcatatatc SH738 738 23 161 Gln4 GlnTTG_iii 5_flank 61 23 cacaataattttatcatatatcacacaataattttatcatatatcacacaataattttat SH739 739 83 214 Gln4 GlnTTG_iii 5_flank 66 22 tttccacaataattttatcatatttccacaataattttatcatatttccacaataatttt SH740 740 76 24 Gln4 GlnTTG_iii 5_flank 71 22 attgatttccacaataattttaattgatttccacaataattttaattgatttccacaata SH741 741 31 214 Gln4 GlnTTG_iii 5_flank 76 22 taattattgatttccacaataataattattgatttccacaataataattattgatttcca SH742 742 50 194 Gln4 GlnTTG_iii 5_flank 81 20 tcttaattattgatttccactcttaattattgatttccactcttaattattgatttccac SH743 743 7 160 Gln4 GlnTTG_iii 5_flank/tRNA7 7 7 86 22 TAAAACCtcttaattattgattTAAAACCtcttaattattgattTAAAACCtcttaatta SH744 744 71 184 Gln4 GlnTTG_iii 5_flank/tRNA7 12 12 91 22 CACTATAAAACCtcttaattatCACTATAAAACCtcttaattatCACTATAAAACCtctt SH745 745 24 199 Gln4 GlnTTG_iii 5_flank/tRNA7 15 15 96 20 CTACACTATAAAACCtcttaCTACACTATAAAACCtcttaCTACACTATAAAACCtctta SH746 746 22 104 Gln4 GlnTTG_iii tRNA 1 18 1 18 101 18 CCACTACACTATAAAACCCCACTACACTATAAAACCCCACTACACTATAAAACCCCACTA SH747 747 49 171 Gln4 GlnTTG_iii tRNA 6 23 6 23 106 18 GATAACCACTACACTATAGATAACCACTACACTATAGATAACCACTACACTATAGATAAC SH748 748 89 141 Gln4 GlnTTG_iii tRNA 11 28 11 28 111 18 AAAGTGATAACCACTACAAAAGTGATAACCACTACAAAAGTGATAACCACTACAAAAGTG SH749 749 28 25 Gln4 GlnTTG_iii tRNA 16 32 16 32 116 17 ACCGAAAGTGATAACCAACCGAAAGTGATAACCAACCGAAAGTGATAACCAACCGAAAGT SH750 750 9 127 Gln4 GlnTTG_iii tRNA 21 38 21 38 121 18 ATCAAAACCGAAAGTGATATCAAAACCGAAAGTGATATCAAAACCGAAAGTGATATCAAA SH751 751 100 35 Gln4 GlnTTG_iii tRNA 26 42 26 42 126 17 TCGGATCAAAACCGAAATCGGATCAAAACCGAAATCGGATCAAAACCGAAATCGGATCAA SH752 752 34 109 Gln4 GlnTTG_iii tRNA 31 47 31 47 131 17 GTTGTTCGGATCAAAACGTTGTTCGGATCAAAACGTTGTTCGGATCAAAACGTTGTTCGG SH753 753 2 190 Gln4 GlnTTG_iii tRNA 36 50 36 50 136 15 GGGGTTGTTCGGATCGGGGTTGTTCGGATCGGGGTTGTTCGGATCGGGGTTGTTCGGATC SH754 754 70 69 Gln4 GlnTTG_iii tRNA 41 53 41 53 141 13 ACCGGGGTTGTTCACCGGGGTTGTTCACCGGGGTTGTTCACCGGGGTTGTTCACCGGGGT SH755 755 46 120 Gln4 GlnTTG_iii tRNA 46 58 46 58 146 13 TTCGAACCGGGGTTTCGAACCGGGGTTTCGAACCGGGGTTTCGAACCGGGGTTTCGAACC SH756 756 2 32 Gln4 GlnTTG_iii tRNA 51 63 51 63 151 13 CCGGATTCGAACCCCGGATTCGAACCCCGGATTCGAACCCCGGATTCGAACCCCGGATTC SH757 757 93 23 Gln4 GlnTTG_iii tRNA 56 70 56 70 156 15 GTCTTACCCGGATTCGTCTTACCCGGATTCGTCTTACCCGGATTCGTCTTACCCGGATTC SH758 758 38 92 Gln4 GlnTTG_iii tRNA/3_flank 61 61 161 17 aaaatAGGTCTTACCCGaaaatAGGTCTTACCCGaaaatAGGTCTTACCCGaaaatAGGT SH759 759 88 149 Gln4 GlnTTG_iii tRNA/3_flank 66 66 166 18 gggaaaaaaatAGGTCTTgggaaaaaaatAGGTCTTgggaaaaaaatAGGTCTTgggaaa SH760 760 16 86 Gln4 GlnTTG_iii tRNA/3_flank 71 71 171 17 gcgggggaaaaaaatAGgcgggggaaaaaaatAGgcgggggaaaaaaatAGgcgggggaa SH761 761 49 204 Gln4 GlnTTG_iii 3_flank 176 15 tgagcgggggaaaaatgagcgggggaaaaatgagcgggggaaaaatgagcgggggaaaaa SH762 762 43 177 Gln4 GlnTTG_iii 3_flank 181 13 agctgagcgggggagctgagcgggggagctgagcgggggagctgagcgggggagctgagc SH763 763 24 106 Gln4 GlnTTG_iii 3_flank 186 17 atacaagttagctgagcatacaagttagctgagcatacaagttagctgagcatacaagtt SH764 764 77 76 Gln4 GlnTTG_iii 3_flank 191 21 ctattaaaaatacaagttagcctattaaaaatacaagttagcctattaaaaatacaagtt SH765 765 55 153 Gln4 GlnTTG_iii 3_flank 196 21 gagatctattaaaaatacaaggagatctattaaaaatacaaggagatctattaaaaatac SH766 766 4 145 Gln4 GlnTTG_iii 3_flank 201 20 gtgggagatctattaaaaatgtgggagatctattaaaaatgtgggagatctattaaaaat SH767 767 99 199 Gln4 GlnTTG_iii 3_flank 206 17 tggtgggagatctattatggtgggagatctattatggtgggagatctattatggtgggag SH768 768 58 38 Gln4 GlnTTG_iii 3_flank 211 15 tgatggtgggagatctgatggtgggagatctgatggtgggagatctgatggtgggagatc SH769 769 77 139 Gln4 GlnTTG_iii 3_flank 216 13 ctctgatggtgggctctgatggtgggctctgatggtgggctctgatggtgggctctgatg SH770 770 13 36 Gln4 GlnTTG_iii 3_flank 221 15 cttcgtcctctgatgcttcgtcctctgatgcttcgtcctctgatgcttcgtcctctgatg SH771 771 48 18 Gln4 GlnTTG_iii 3_flank 226 15 tctctcttcgtcctctctctcttcgtcctctctctcttcgtcctctctctcttcgtcctc SH772 772 93 136 Gln4 GlnTTG_iii 3_flank 231 17 atacagttctctcttcgatacagttctctcttcgatacagttctctcttcgatacagttc SH773 773 96 139 Gln4 GlnTTG_iii 3_flank 236 20 aattgataatacagttctctaattgataatacagttctctaattgataatacagttctct SH774 774 42 50 Gln4 GlnTTG_iii 3_flank 241 20 aacacaattgataatacagtaacacaattgataatacagtaacacaattgataatacagt SH775 775 64 86 Gln4 GlnTTG_iii 3_flank 246 22 gtaataaaacacaattgataatgtaataaaacacaattgataatgtaataaaacacaatt SH776 776 74 80 Gln4 GlnTTG_iii 3_flank 251 22 atattgtaataaaacacaattgatattgtaataaaacacaattgatattgtaataaaaca SH777 777 79 185 Glu1 GluCTC 5_flank 1 18 tctgttagggaatatgattctgttagggaatatgattctgttagggaatatgattctgtt SH778 778 10 36 Glu1 GluCTC 5_flank 6 17 aggttctgttagggaataggttctgttagggaataggttctgttagggaataggttctgt SH779 779 81 56 Glu1 GluCTC 5_flank 11 18 aaatcaaggttctgttagaaatcaaggttctgttagaaatcaaggttctgttagaaatca SH780 780 71 46 Glu1 GluCTC 5_flank 16 17 tcgcaaatcaaggttcttcgcaaatcaaggttcttcgcaaatcaaggttcttcgcaaatc SH781 781 73 36 Glu1 GluCTC 5_flank 21 15 cggtcgcaaatcaagcggtcgcaaatcaagcggtcgcaaatcaagcggtcgcaaatcaag SH782 782 63 61 Glu1 GluCTC 5_flank 26 18 caattattcggtcgcaaacaattattcggtcgcaaacaattattcggtcgcaaacaatta SH783 783 21 53 Glu1 GluCTC 5_flank 31 17 aagccaattattcggtcaagccaattattcggtcaagccaattattcggtcaagccaatt SH784 784 73 159 Glu1 GluCTC 5_flank 36 20 aatgaagaaagccaattattaatgaagaaagccaattattaatgaagaaagccaattatt SH785 785 47 150 Glu1 GluCTC 5_flank 41 18 tgtaatgaagaaagccaatgtaatgaagaaagccaatgtaatgaagaaagccaatgtaat SH786 786 94 178 Glu1 GluCTC 5_flank 46 21 gttcattatgtaatgaagaaagttcattatgtaatgaagaaagttcattatgtaatgaag SH787 787 19 118 Glu1 GluCTC 5_flank 51 20 aaacgttcattatgtaatgaaaacgttcattatgtaatgaaaacgttcattatgtaatga SH788 788 67 34 Glu1 GluCTC 5_flank 56 20 aaaagaaacgttcattatgtaaaagaaacgttcattatgtaaaagaaacgttcattatgt SH789 789 98 147 Glu1 GluCTC 5_flank 61 18 cctaaaagaaacgttcatcctaaaagaaacgttcatcctaaaagaaacgttcatcctaaa SH790 790 66 14 Glu1 GluCTC 5_flank 66 18 tttgacctaaaagaaacgtttgacctaaaagaaacgtttgacctaaaagaaacgtttgac SH791 791 30 165 Glu1 GluCTC 5_flank 71 18 gatagtttgacctaaaaggatagtttgacctaaaaggatagtttgacctaaaaggatagt SH792 792 75 36 Glu1 GluCTC 5_flank 76 17 tggtgatagtttgaccttggtgatagtttgaccttggtgatagtttgaccttggtgatag SH793 793 33 130 Glu1 GluCTC 5_flank 81 18 gtaccttggtgatagtttgtaccttggtgatagtttgtaccttggtgatagtttgtacct SH794 794 38 112 Glu1 GluCTC 5_flank/tRNA 5_flank 2 5_flank 2 86 17 GAttgtaccttggtgatGAttgtaccttggtgatGAttgtaccttggtgatGAttgtacc SH795 795 46 126 Glu1 GluCTC 5_flank/tRNA 5_flank 7 5_flank 7 91 17 CATCGGAttgtaccttgCATCGGAttgtaccttgCATCGGAttgtaccttgCATCGGAtt SH796 796 13 157 Glu1 GluCTC 5_flank/tRNA 5_flank 12 5_flank 12 96 17 CACTACATCGGAttgtaCACTACATCGGAttgtaCACTACATCGGAttgtaCACTACATC SH797 797 99 171 Glu1 GluCTC tRNA 1 17 1 17 101 17 CGTTACACTACATCGGACGTTACACTACATCGGACGTTACACTACATCGGACGTTACACT SH798 798 102 120 Glu1 GluCTC tRNA 6 22 6 22 106 17 ATAGCCGTTACACTACAATAGCCGTTACACTACAATAGCCGTTACACTACAATAGCCGTT SH799 799 82 31 Glu1 GluCTC tRNA 11 27 11 27 111 17 ATGTGATAGCCGTTACAATGTGATAGCCGTTACAATGTGATAGCCGTTACAATGTGATAG SH800 800 23 38 Glu1 GluCTC tRNA 16 30 16 30 116 15 GTGATGTGATAGCCGGTGATGTGATAGCCGGTGATGTGATAGCCGGTGATGTGATAGCCG SH801 801 40 20 Glu1 GluCTC tRNA 21 37 21 37 121 17 TGAGAACGTGATGTGATTGAGAACGTGATGTGATTGAGAACGTGATGTGATTGAGAACGT SH802 802 80 88 Glu1 GluCTC tRNA 26 40 26 40 126 15 CGGTGAGAACGTGATCGGTGAGAACGTGATCGGTGAGAACGTGATCGGTGAGAACGTGAT SH803 803 55 82 Glu1 GluCTC tRNA 31 43 31 43 131 13 CCACGGTGAGAACCCACGGTGAGAACCCACGGTGAGAACCCACGGTGAGAACCCACGGTG SH804 804 85 161 Glu1 GluCTC tRNA 36 48 36 48 136 13 GGTCTCCACGGTGGGTCTCCACGGTGGGTCTCCACGGTGGGTCTCCACGGTGGGTCTCCA SH805 805 36 187 Glu1 GluCTC tRNA 41 53 41 53 141 13 ACCCCGGTCTCCAACCCCGGTCTCCAACCCCGGTCTCCAACCCCGGTCTCCAACCCCGGT SH806 806 12 138 Glu1 GluCTC tRNA 46 58 46 58 146 13 GTCGAACCCCGGTGTCGAACCCCGGTGTCGAACCCCGGTGTCGAACCCCGGTGTCGAACC SH807 807 81 48 Glu1 GluCTC tRNA 51 63 51 63 151 13 GGGGAGTCGAACCGGGGAGTCGAACCGGGGAGTCGAACCGGGGAGTCGAACCGGGGAGTC SH808 808 99 106 Glu1 GluCTC tRNA 56 68 56 68 156 13 GAAGCGGGGAGTCGAAGCGGGGAGTCGAAGCGGGGAGTCGAAGCGGGGAGTCGAAGCGGG SH809 809 88 97 Glu1 GluCTC tRNA/3_flank 61 73 61 3_flank 161 13 aCTCCGAAGCGGGaCTCCGAAGCGGGaCTCCGAAGCGGGaCTCCGAAGCGGGaCTCCGAA SH810 810 3 193 Glu1 GluCTC tRNA/3_flank 66 85 66 3_flank 166 20 aataaaaaagaaaCTCCGAAaataaaaaagaaaCTCCGAAaataaaaaagaaaCTCCGAA SH811 811 87 192 Glu1 GluCTC tRNA/3_flank 71 92 71 3_flank 171 22 tctagaaaataaaaaagaaaCTtctagaaaataaaaaagaaaCTtctagaaaataaaaaa SH812 812 40 117 Glu1 GluCTC 3_flank 176 23 aatttttctagaaaataaaaaagaatttttctagaaaataaaaaagaatttttctagaaa SH813 813 41 142 Glu1 GluCTC 3_flank 181 22 tgtgaatttttctagaaaataatgtgaatttttctagaaaataatgtgaatttttctaga SH814 814 41 12 Glu1 GluCTC 3_flank 186 20 gcatgtgaatttttctagaagcatgtgaatttttctagaagcatgtgaatttttctagaa SH815 815 22 157 Glu1 GluCTC 3_flank 191 18 tcagcatgtgaatttttctcagcatgtgaatttttctcagcatgtgaatttttctcagca SH816 816 82 155 Glu1 GluCTC 3_flank 196 18 atgaatcagcatgtgaatatgaatcagcatgtgaatatgaatcagcatgtgaatatgaat SH817 817 90 114 Glu1 GluCTC 3_flank 201 18 ggtaaatgaatcagcatgggtaaatgaatcagcatgggtaaatgaatcagcatgggtaaa SH818 818 27 135 Glu1 GluCTC 3_flank 206 18 gtaacggtaaatgaatcagtaacggtaaatgaatcagtaacggtaaatgaatcagtaacg SH819 819 60 69 Glu1 GluCTC 3_flank 211 18 aaacagtaacggtaaatgaaacagtaacggtaaatgaaacagtaacggtaaatgaaacag SH820 820 25 41 Glu1 GluCTC 3_flank 216 17 agtgaaacagtaacggtagtgaaacagtaacggtagtgaaacagtaacggtagtgaaaca SH821 821 81 167 Glu1 GluCTC 3_flank 221 18 catcacagtgaaacagtacatcacagtgaaacagtacatcacagtgaaacagtacatcac SH822 822 82 51 Glu1 GluCTC 3_flank 226 17 gtagcatcacagtgaaagtagcatcacagtgaaagtagcatcacagtgaaagtagcatca SH823 823 30 22 Glu1 GluCTC 3_flank 231 17 gactagtagcatcacaggactagtagcatcacaggactagtagcatcacaggactagtag SH824 824 36 19 Glu1 GluCTC 3_flank 236 18 gaatatgactagtagcatgaatatgactagtagcatgaatatgactagtagcatgaatat SH825 825 44 154 Glu1 GluCTC 3_flank 241 20 ataagaagaatatgactagtataagaagaatatgactagtataagaagaatatgactagt SH826 826 66 125 Glu1 GluCTC 3_flank 246 22 aattgatataagaagaatatgaaattgatataagaagaatatgaaattgatataagaaga SH827 827 11 155 Glu2 GluTTC_i 5_flank 1 18 acataactactctgacatacataactactctgacatacataactactctgacatacataa SH828 828 28 49 Glu2 GluTTC_i 5_flank 6 21 ctatttttacataactactctctatttttacataactactctctatttttacataactac SH829 829 11 65 Glu2 GluTTC_i 5_flank 11 22 attgttctatttttacataactattgttctatttttacataactattgttctatttttac SH830 830 90 188 Glu2 GluTTC_i 5_flank 16 22 tatcaattgttctatttttacatatcaattgttctatttttacatatcaattgttctatt SH831 831 43 103 Glu2 GluTTC_i 5_flank 21 22 gatcatatcaattgttctatttgatcatatcaattgttctatttgatcatatcaattgtt SH832 832 45 37 Glu2 GluTTC_i 5_flank 26 18 cgatcatatcaattgttccgatcatatcaattgttccgatcatatcaattgttccgatca SH833 833 55 24 Glu2 GluTTC_i 5_flank 31 20 aaagaaacgatcatatcaataaagaaacgatcatatcaataaagaaacgatcatatcaat SH834 834 101 146 Glu2 GluTTC_i 5_flank 36 21 gttattaaagaaacgatcatagttattaaagaaacgatcatagttattaaagaaacgatc SH835 835 20 204 Glu2 GluTTC_i 5_flank 41 19 cgagttattaaagaaacgacgagttattaaagaaacgacgagttattaaagaaacgacga SH836 836 26 149 Glu2 GluTTC_i 5_flank 46 20 ccttatcgagttattaaagaccttatcgagttattaaagaccttatcgagttattaaaga SH837 837 96 132 Glu2 GluTTC_i 5_flank 51 18 actccttatcgagttattactccttatcgagttattactccttatcgagttattactcct SH838 838 77 66 Glu2 GluTTC_i 5_flank 56 17 gagaactccttatcgaggagaactccttatcgaggagaactccttatcgaggagaactcc SH839 839 64 119 Glu2 GluTTC_i 5_flank 61 17 tcgtagagaactccttatcgtagagaactccttatcgtagagaactccttatcgtagaga SH840 840 39 33 Glu2 GluTTC_i 5_flank 66 20 gatatttttcgtagagaactgatatttttcgtagagaactgatatttttcgtagagaact SH841 841 77 17 Glu2 GluTTC_i 5_flank 71 20 ctgttgatatttttcgtagactgttgatatttttcgtagactgttgatatttttcgtaga SH842 842 32 131 Glu2 GluTTC_i 5_flank 76 20 tttcactgttgatatttttctttcactgttgatatttttctttcactgttgatatttttc SH843 843 11 150 Glu2 GluTTC_i 5_flank/tRNA 5_flank 2 5_flank 2 81 22 GAttatatttcactgttgatatGAttatatttcactgttgatatGAttatatttcactgt SH844 844 45 168 Glu2 GluTTC_i 5_flank/tRNA 5_flank 4 5_flank 4 86 19 CGGAttatatttcactgttCGGAttatatttcactgttCGGAttatatttcactgttCGG SH845 845 98 14 Glu2 GluTTC_i 5_flank/tRNA 5_flank 10 5_flank 10 91 20 CTATATCGGAttatatttcaCTATATCGGAttatatttcaCTATATCGGAttatatttca SH846 846 73 146 Glu2 GluTTC_i 5_flank/tRNA 5_flank 15 5_flank 15 96 20 TTACACTATATCGGAttataTTACACTATATCGGAttataTTACACTATATCGGAttata SH847 847 44 96 Glu2 GluTTC_i tRNA 1 17 1 18 101 17 CGTTACACTATATCGGACGTTACACTATATCGGACGTTACACTATATCGGACGTTACACT SH848 848 4 24 Glu2 GluTTC_i tRNA 6 23 6 23 106 18 GATAGCCGTTACACTATAGATAGCCGTTACACTATAGATAGCCGTTACACTATAGATAGC SH849 849 17 33 Glu2 GluTTC_i tRNA 11 27 11 27 111 17 ATGTGATAGCCGTTACAATGTGATAGCCGTTACAATGTGATAGCCGTTACAATGTGATAG SH850 850 63 57 Glu2 GluTTC_i tRNA 16 30 16 30 116 15 GTGATGTGATAGCCGGTGATGTGATAGCCGGTGATGTGATAGCCGGTGATGTGATAGCCG SH851 851 37 6 Glu2 GluTTC_i tRNA 21 37 21 37 121 17 TGAAAGCGTGATGTGATTGAAAGCGTGATGTGATTGAAAGCGTGATGTGATTGAAAGCGT SH852 852 20 85 Glu2 GluTTC_i tRNA 26 40 26 40 126 15 CGGTGAAAGCGTGATCGGTGAAAGCGTGATCGGTGAAAGCGTGATCGGTGAAAGCGTGAT SH853 853 62 95 Glu2 GluTTC_i tRNA 31 43 31 43 131 13 CCACGGTGAAAGCCCACGGTGAAAGCCCACGGTGAAAGCCCACGGTGAAAGCCCACGGTG SH854 854 13 30 Glu2 GluTTC_i tRNA 36 48 36 49 136 13 GGTCTCCACGGTGGGTCTCCACGGTGGGTCTCCACGGTGGGTCTCCACGGTGGGTCTCCA SH855 855 102 10 Glu2 GluTTC_i tRNA 41 53 41 54 141 13 ACCCCGGTCTCCAACCCCGGTCTCCAACCCCGGTCTCCAACCCCGGTCTCCAACCCCGGT SH856 856 54 143 Glu2 GluTTC_i tRNA 46 58 46 59 146 13 GTCGAACCCCGGTGTCGAACCCCGGTGTCGAACCCCGGTGTCGAACCCCGGTGTCGAACC SH857 857 21 183 Glu2 GluTTC_i tRNA 51 63 52 64 151 13 GGGGAGTCGAACCGGGGAGTCGAACCGGGGAGTCGAACCGGGGAGTCGAACCGGGGAGTC SH858 858 102 95 Glu2 GluTTC_i tRNA 56 68 57 69 156 13 GCTACGGGGAGTCGCTACGGGGAGTCGCTACGGGGAGTCGCTACGGGGAGTCGCTACGGG SH859 859 57 83 Glu2 GluTTC_i tRNA/3_flank 61 3_flank 62 74 161 13 aCTCCGCTACGGGaCTCCGCTACGGGaCTCCGCTACGGGaCTCCGCTACGGGaCTCCGCT SH860 860 11 139 Glu2 GluTTC_i tRNA/3_flank 66 3_flank 67 3_flank 166 18 caaaaagaaaaCTCCGCTcaaaaagaaaaCTCCGCTcaaaaagaaaaCTCCGCTcaaaaa SH861 861 102 145 Glu2 GluTTC_i tRNA/3_flank 71 3_flank 72 3_flank 171 22 aaatttcttcaaaaagaaaaCTaaatttcttcaaaaagaaaaCTaaatttcttcaaaaag SH862 862 27 27 Glu2 GluTTC_i 3_flank 176 22 ttttcaaatttcttcaaaaagattttcaaatttcttcaaaaagattttcaaatttcttca SH863 863 22 2 Glu2 GluTTC_i 3_flank 181 23 aaaaaattttcaaatttcttcaaaaaaaattttcaaatttcttcaaaaaaaattttcaaa SH864 864 54 179 Glu2 GluTTC_i 3_flank 186 23 gaagaaaaaaattttcaaatttcgaagaaaaaaattttcaaatttcgaagaaaaaaattt SH865 865 87 133 Glu2 GluTTC_i 3_flank 191 21 cgtgaagaaaaaaattttcaacgtgaagaaaaaaattttcaacgtgaagaaaaaaatttt SH866 866 80 159 Glu2 GluTTC_i 3_flank 196 19 cgacgtgaagaaaaaaattcgacgtgaagaaaaaaattcgacgtgaagaaaaaaattcga SH867 867 56 46 Glu2 GluTTC_i 3_flank 201 17 ggtcgacgtgaagaaaaggtcgacgtgaagaaaaggtcgacgtgaagaaaaggtcgacgt SH868 868 58 26 Glu2 GluTTC_i 3_flank 206 15 cttggtcgacgtgaacttggtcgacgtgaacttggtcgacgtgaacttggtcgacgtgaa SH869 869 46 200 Glu2 GluTTC_i 3_flank 211 17 aaaaaaccttggtcgacaaaaaaccttggtcgacaaaaaaccttggtcgacaaaaaacct SH870 870 99 69 Glu2 GluTTC_i 3_flank 216 16 ccggaaaaaaccttggccggaaaaaaccttggccggaaaaaaccttggccggaaaaaacc SH871 871 20 164 Glu2 GluTTC_i 3_flank 221 17 gtttgaccggaaaaaacgtttgaccggaaaaaacgtttgaccggaaaaaacgtttgaccg SH872 872 66 16 Glu2 GluTTC_i 3_flank 226 16 ccatgtttgaccggaaccatgtttgaccggaaccatgtttgaccggaaccatgtttgacc SH873 873 7 40 Glu2 GluTTC_i 3_flank 231 17 tattggccatgtttgactattggccatgtttgactattggccatgtttgactattggcca SH874 874 9 17 Glu2 GluTTC_i 3_flank 236 17 cgttttattggccatgtcgttttattggccatgtcgttttattggccatgtcgttttatt SH875 875 24 71 Glu2 GluTTC_i 3_flank 241 17 gtatccgttttattggcgtatccgttttattggcgtatccgttttattggcgtatccgtt SH876 876 94 75 Glu2 GluTTC_i 3_flank 246 18 gaaatggtatccgttttagaaatggtatccgttttagaaatggtatccgttttagaaatg SH877 877 35 207 Glu2 GluTTC_i 3_flank 251 17 ccaagaaatggtatccgccaagaaatggtatccgccaagaaatggtatccgccaagaaat SH878 878 33 166 Glu3 GluTTC_ii 5_flank 1 17 ctaaaggcttttttcccctaaaggcttttttcccctaaaggcttttttcccctaaaggct SH879 879 4 28 Glu3 GluTTC_ii 5_flank 6 17 cctagctaaaggcttttcctagctaaaggcttttcctagctaaaggcttttcctagctaa SH880 880 31 142 Glu3 GluTTC_ii 5_flank 11 17 acaatcctagctaaaggacaatcctagctaaaggacaatcctagctaaaggacaatccta SH881 881 77 27 Glu3 GluTTC_ii 5_flank 16 16 ccgaacaatcctagctccgaacaatcctagctccgaacaatcctagctccgaacaatcct SH882 882 80 23 Glu3 GluTTC_ii 5_flank 21 17 ctattgccgaacaatccctattgccgaacaatccctattgccgaacaatccctattgccg SH883 883 51 9 Glu3 GluTTC_ii 5_flank 26 17 gctttctattgccgaacgctttctattgccgaacgctttctattgccgaacgctttctat SH884 884 86 139 Glu3 GluTTC_ii 5_flank 31 16 gagggctttctattgcgagggctttctattgcgagggctttctattgcgagggctttcta SH885 885 23 99 Glu3 GluTTC_ii 5_flank 36 15 actggagggctttctactggagggctttctactggagggctttctactggagggctttct SH886 886 28 101 Glu3 GluTTC_ii 5_flank 41 16 gtttaaactggagggcgtttaaactggagggcgtttaaactggagggcgtttaaactgga SH887 887 84 201 Glu3 GluTTC_ii 5_flank 46 18 atgtcaagtttaaactggatgtcaagtttaaactggatgtcaagtttaaactggatgtca SH888 888 76 57 Glu3 GluTTC_ii 5_flank 51 21 gattttctatgtcaagtttaagattttctatgtcaagtttaagattttctatgtcaagtt SH889 889 32 65 Glu3 GluTTC_ii 5_flank 56 20 taaagattttctatgtcaagtaaagattttctatgtcaagtaaagattttctatgtcaag SH890 890 33 125 Glu3 GluTTC_ii 5_flank 61 20 aaccttaaagattttctatgaaccttaaagattttctatgaaccttaaagattttctatg SH891 891 38 150 Glu3 GluTTC_ii 5_flank 66 22 ttgatttaaccttaaagattttttgatttaaccttaaagattttttgatttaaccttaaa SH892 892 38 136 Glu3 GluTTC_ii 5_flank 71 20 tgtttgatttaaccttaaagtgtttgatttaaccttaaagtgtttgatttaaccttaaag SH893 893 8 22 Glu3 GluTTC_ii 5_flank 76 20 acttatgtttgatttaacctacttatgtttgatttaacctacttatgtttgatttaacct SH894 894 13 177 Glu3 GluTTC_ii 5_flank/tRNA 5_flank 2 5_flank 2 81 22 GAtaataacttatgtttgatttGAtaataacttatgtttgatttGAtaataacttatgtt SH895 895 92 149 Glu3 GluTTC_ii 5_flank/tRNA 5_flank 5 5_flank 5 86 20 TCGGAtaataacttatgtttTCGGAtaataacttatgtttTCGGAtaataacttatgttt SH896 896 55 213 Glu3 GluTTC_ii 5_flank/tRNA 5_flank 10 5_flank 10 91 20 CTATATCGGAtaataacttaCTATATCGGAtaataacttaCTATATCGGAtaataactta SH897 897 7 27 Glu3 GluTTC_ii 5_flank/tRNA 5_flank 15 5_flank 15 96 20 TTACACTATATCGGAtaataTTACACTATATCGGAtaataTTACACTATATCGGAtaata SH898 898 68 69 Glu3 GluTTC_ii tRNA 1 17 1 17 101 17 CGTTACACTATATCGGACGTTACACTATATCGGACGTTACACTATATCGGACGTTACACT SH899 899 23 13 Glu3 GluTTC_ii tRNA 6 23 6 23 106 18 GATAGCCGTTACACTATAGATAGCCGTTACACTATAGATAGCCGTTACACTATAGATAGC SH900 900 43 116 Glu3 GluTTC_ii tRNA 11 27 11 27 111 17 ATGTGATAGCCGTTACAATGTGATAGCCGTTACAATGTGATAGCCGTTACAATGTGATAG SH901 901 16 90 Glu3 GluTTC_ii tRNA 16 30 16 30 116 15 GTGATGTGATAGCCGGTGATGTGATAGCCGGTGATGTGATAGCCGGTGATGTGATAGCCG SH902 902 96 62 Glu3 GluTTC_ii tRNA 21 37 21 37 121 17 TGAAAGCGTGATGTGATTGAAAGCGTGATGTGATTGAAAGCGTGATGTGATTGAAAGCGT SH903 903 100 128 Glu3 GluTTC_ii tRNA 26 40 26 40 126 15 CGGTGAAAGCGTGATCGGTGAAAGCGTGATCGGTGAAAGCGTGATCGGTGAAAGCGTGAT SH904 904 104 118 Glu3 GluTTC_ii tRNA 31 43 31 43 131 13 CCACGGTGAAAGCCCACGGTGAAAGCCCACGGTGAAAGCCCACGGTGAAAGCCCACGGTG SH905 905 62 74 Glu3 GluTTC_ii tRNA 36 48 36 49 136 13 GGTCTCCACGGTGGGTCTCCACGGTGGGTCTCCACGGTGGGTCTCCACGGTGGGTCTCCA SH906 906 53 199 Glu3 GluTTC_ii tRNA 41 53 41 54 141 13 ACCCCGGTCTCCAACCCCGGTCTCCAACCCCGGTCTCCAACCCCGGTCTCCAACCCCGGT SH907 907 72 80 Glu3 GluTTC_ii tRNA 46 58 46 59 146 13 GTCGAACCCCGGTGTCGAACCCCGGTGTCGAACCCCGGTGTCGAACCCCGGTGTCGAACC SH908 908 8 40 Glu3 GluTTC_ii tRNA 51 63 52 64 151 13 GGGGAGTCGAACCGGGGAGTCGAACCGGGGAGTCGAACCGGGGAGTCGAACCGGGGAGTC SH909 909 21 14 Glu3 GluTTC_ii tRNA 56 68 57 69 156 13 GATACGGGGAGTCGATACGGGGAGTCGATACGGGGAGTCGATACGGGGAGTCGATACGGG SH910 910 19 24 Glu3 GluTTC_ii tRNA/3_flank 61 3_flank 62 3_flank 161 13 aCTCCGATACGGGaCTCCGATACGGGaCTCCGATACGGGaCTCCGATACGGGaCTCCGAT SH911 911 66 109 Glu3 GluTTC_ii tRNA/3_flank 66 3_flank 67 3_flank 166 20 aaacaaaaaataaCTCCGATaaacaaaaaataaCTCCGATaaacaaaaaataaCTCCGAT SH912 912 94 35 Glu3 GluTTC_ii tRNA/3_flank 71 3_flank 72 3_flank 171 22 ggtatagaaacaaaaaataaCTggtatagaaacaaaaaataaCTggtatagaaacaaaaa SH913 913 47 177 Glu3 GluTTC_ii 3_flank 176 22 ataatggtatagaaacaaaaaaataatggtatagaaacaaaaaaataatggtatagaaac SH914 914 88 94 Glu3 GluTTC_ii 3_flank 181 22 gaaaaataatggtatagaaacagaaaaataatggtatagaaacagaaaaataatggtata SH915 915 62 181 Glu3 GluTTC_ii 3_flank 186 20 caagaaaaataatggtatagcaagaaaaataatggtatagcaagaaaaataatggtatag SH916 916 2 157 Glu3 GluTTC_ii 3_flank 191 20 acattcaagaaaaataatggacattcaagaaaaataatggacattcaagaaaaataatgg SH917 917 80 26 Glu3 GluTTC_ii 3_flank 196 20 atgcaacattcaagaaaaatatgcaacattcaagaaaaatatgcaacattcaagaaaaat SH918 918 9 208 Glu3 GluTTC_ii 3_flank 201 19 cataatgcaacattcaagacataatgcaacattcaagacataatgcaacattcaagacat SH919 919 2 186 Glu3 GluTTC_ii 3_flank 206 20 tactatcataatgcaacatttactatcataatgcaacatttactatcataatgcaacatt SH920 920 85 110 Glu3 GluTTC_ii 3_flank 211 20 aactatactatcataatgcaaactatactatcataatgcaaactatactatcataatgca SH921 921 12 24 Glu3 GluTTC_ii 3_flank 216 20 agcaaaactatactatcataagcaaaactatactatcataagcaaaactatactatcata SH922 922 32 170 Glu3 GluTTC_ii 3_flank 221 20 tgtatagcaaaactatactatgtatagcaaaactatactatgtatagcaaaactatacta SH923 923 95 17 Glu3 GluTTC_ii 3_flank 226 20 aagtttgtatagcaaaactaaagtttgtatagcaaaactaaagtttgtatagcaaaacta SH924 924 44 101 Glu3 GluTTC_ii 3_flank 231 20 aattgaagtttgtatagcaaaattgaagtttgtatagcaaaattgaagtttgtatagcaa SH925 925 16 211 Glu3 GluTTC_ii 3_flank 236 20 ttgagaattgaagtttgtatttgagaattgaagtttgtatttgagaattgaagtttgtat SH926 926 75 116 Glu3 GluTTC_ii 3_flank 241 20 gtgttttgagaattgaagttgtgttttgagaattgaagttgtgttttgagaattgaagtt SH927 927 87 47 Glu3 GluTTC_ii 3_flank 246 18 actgtgttttgagaattgactgtgttttgagaattgactgtgttttgagaattgactgtg SH928 928 87 159 Glu3 GluTTC_ii 3_flank 251 17 acgtactgtgttttgagacgtactgtgttttgagacgtactgtgttttgagacgtactgt SH929 929 38 124 Glu3 GluTTC_ii 3_flank 256 17 gctagacgtactgtgttgctagacgtactgtgttgctagacgtactgtgttgctagacgt SH930 930 52 210 Gly1 GlyCCC_i 5_flank 1 20 taattgctaactacatctaataattgctaactacatctaataattgctaactacatctaa SH931 931 49 166 Gly1 GlyCCC_i 5_flank 6 20 aatagtaattgctaactacaaatagtaattgctaactacaaatagtaattgctaactaca SH932 932 31 157 Gly1 GlyCCC_i 5_flank 11 20 cctaaaatagtaattgctaacctaaaatagtaattgctaacctaaaatagtaattgctaa SH933 933 54 109 Gly1 GlyCCC_i 5_flank 16 22 agaaatacctaaaatagtaattagaaatacctaaaatagtaattagaaatacctaaaata SH934 934 40 137 Gly1 GlyCCC_i 5_flank 21 20 caaagaaatacctaaaatagcaaagaaatacctaaaatagcaaagaaatacctaaaatag SH935 935 10 197 Gly1 GlyCCC_i 5_flank 26 18 gcgcaaagaaatacctaagcgcaaagaaatacctaagcgcaaagaaatacctaagcgcaa SH936 936 77 196 Gly1 GlyCCC_i 5_flank 31 17 aaccgcgcaaagaaataaaccgcgcaaagaaataaaccgcgcaaagaaataaaccgcgca SH937 937 27 172 Gly1 GlyCCC_i 5_flank 36 15 cgtaaccgcgcaaagcgtaaccgcgcaaagcgtaaccgcgcaaagcgtaaccgcgcaaag SH938 938 3 214 Gly1 GlyCCC_i 5_flank 41 13 gaccgtaaccgcggaccgtaaccgcggaccgtaaccgcggaccgtaaccgcggaccgtaa SH939 939 49 18 Gly1 GlyCCC_i 5_flank 46 18 aaattcttgagaccgtaaaaattcttgagaccgtaaaaattcttgagaccgtaaaaattc SH940 940 21 27 Gly1 GlyCCC_i 5_flank 51 20 gtaatataaattcttgagacgtaatataaattcttgagacgtaatataaattcttgagac SH941 941 24 45 Gly1 GlyCCC_i 5_flank 56 22 ttttgtggtaatataaattcttttttgtggtaatataaattcttttttgtggtaatataa SH942 942 64 140 Gly1 GlyCCC_i 5_flank 61 20 aggttttgtggtaatataaaaggttttgtggtaatataaaaggttttgtggtaatataaa SH943 943 52 131 Gly1 GlyCCC_i 5_flank 66 18 cataggttttgtggtaatcataggttttgtggtaatcataggttttgtggtaatcatagg SH944 944 21 52 Gly1 GlyCCC_i 5_flank 71 18 gcttacataggttttgtggcttacataggttttgtggcttacataggttttgtggcttac SH945 945 66 90 Gly1 GlyCCC_i 5_flank 76 18 atctagcttacataggttatctagcttacataggttatctagcttacataggttatctag SH946 946 48 2 Gly1 GlyCCC_i 5_flank 81 18 agaagatctagcttacatagaagatctagcttacatagaagatctagcttacatagaaga SH947 947 92 152 Gly1 GlyCCC_i 5_flank/tRNA 5_flank 2 5_flank 2 86 17 GCtaagaagatctagctGCtaagaagatctagctGCtaagaagatctagctGCtaagaag SH948 948 103 131 Gly1 GlyCCC_i 5_flank/tRNA 5_flank 7 5_flank 7 91 17 CTTTCGCtaagaagatcCTTTCGCtaagaagatcCTTTCGCtaagaagatcCTTTCGCta SH949 949 71 41 Gly1 GlyCCC_i 5_flank/tRNA 5_flank 12 5_flank 12 96 17 AACCACTTTCGCtaagaAACCACTTTCGCtaagaAACCACTTTCGCtaagaAACCACTTT SH950 950 78 120 Gly1 GlyCCC_i tRNA 1 15 1 15 101 15 CTGAACCACTTTCGCCTGAACCACTTTCGCCTGAACCACTTTCGCCTGAACCACTTTCGC SH951 951 10 147 Gly1 GlyCCC_i tRNA 6 22 6 22 106 17 CTAACCACTGAACCACTCTAACCACTGAACCACTCTAACCACTGAACCACTCTAACCACT SH952 952 23 39 Gly1 GlyCCC_i tRNA 11 28 11 28 111 18 TGAATTCTAACCACTGAATGAATTCTAACCACTGAATGAATTCTAACCACTGAATGAATT SH953 953 95 12 Gly1 GlyCCC_i tRNA 16 33 16 33 116 18 AAGCATGAATTCTAACCAAAGCATGAATTCTAACCAAAGCATGAATTCTAACCAAAGCAT SH954 954 80 84 Gly1 GlyCCC_i tRNA 21 37 21 37 121 17 TGGGAAGCATGAATTCTTGGGAAGCATGAATTCTTGGGAAGCATGAATTCTTGGGAAGCA SH955 955 21 195 Gly1 GlyCCC_i tRNA 26 40 26 40 126 15 GCTTGGGAAGCATGAGCTTGGGAAGCATGAGCTTGGGAAGCATGAGCTTGGGAAGCATGA SH956 956 83 71 Gly1 GlyCCC_i tRNA 31 45 31 45 131 15 CCCATGCTTGGGAAGCCCATGCTTGGGAAGCCCATGCTTGGGAAGCCCATGCTTGGGAAG SH957 957 55 195 Gly1 GlyCCC_i tRNA 36 48 36 48 136 13 GGCCCCATGCTTGGGCCCCATGCTTGGGCCCCATGCTTGGGCCCCATGCTTGGGCCCCAT SH958 958 64 165 Gly1 GlyCCC_i tRNA 41 53 41 53 141 13 ACCCGGGCCCCATACCCGGGCCCCATACCCGGGCCCCATACCCGGGCCCCATACCCGGGC SH959 959 103 103 Gly1 GlyCCC_i tRNA 46 58 46 58 146 13 ATCGAACCCGGGCATCGAACCCGGGCATCGAACCCGGGCATCGAACCCGGGCATCGAACC SH960 960 52 165 Gly1 GlyCCC_i tRNA 51 63 51 63 151 13 CGGGAATCGAACCCGGGAATCGAACCCGGGAATCGAACCCGGGAATCGAACCCGGGAATC SH961 961 90 47 Gly1 GlyCCC_i tRNA 56 68 56 68 156 13 GAAGCCGGGAATCGAAGCCGGGAATCGAAGCCGGGAATCGAAGCCGGGAATCGAAGCCGG SH962 962 89 211 Gly1 GlyCCC_i tRNA/3_flank 61 3_flank 61 3_flank 161 13 aTGCGGAAGCCGGaTGCGGAAGCCGGaTGCGGAAGCCGGaTGCGGAAGCCGGaTGCGGAA SH963 963 34 208 Gly1 GlyCCC_i tRNA/3_flank 66 3_flank 66 3_flank 166 17 gcacaaaaaaTGCGGAAgcacaaaaaaTGCGGAAgcacaaaaaaTGCGGAAgcacaaaaa SH964 964 41 31 Gly1 GlyCCC_i tRNA/3_flank 71 3_flank 71 3_flank 171 22 aaaaaaaattgcacaaaaaaTGaaaaaaaattgcacaaaaaaTGaaaaaaaattgcacaa SH965 965 4 95 Gly1 GlyCCC_i 3_flank 176 22 gtataaaaaaaaattgcacaaagtataaaaaaaaattgcacaaagtataaaaaaaaattg SH966 966 14 137 Gly1 GlyCCC_i 3_flank 181 22 atagagtataaaaaaaaattgcatagagtataaaaaaaaattgcatagagtataaaaaaa SH967 967 31 207 Gly1 GlyCCC_i 3_flank 186 23 ttgaaaatagagtataaaaaaaattgaaaatagagtataaaaaaaattgaaaatagagta SH968 968 90 204 Gly1 GlyCCC_i 3_flank 191 22 taacttgaaaatagagtataaataacttgaaaatagagtataaataacttgaaaatagag SH969 969 83 11 Gly1 GlyCCC_i 3_flank 196 20 ctttaacttgaaaatagagtctttaacttgaaaatagagtctttaacttgaaaatagagt SH970 970 31 184 Gly1 GlyCCC_i 3_flank 201 22 tgaaaaactttaacttgaaaattgaaaaactttaacttgaaaattgaaaaactttaactt SH971 971 64 191 Gly1 GlyCCC_i 3_flank 206 20 ctttgaaaaactttaacttgctttgaaaaactttaacttgctttgaaaaactttaacttg SH972 972 104 212 Gly1 GlyCCC_i 3_flank 211 18 cgcctttgaaaaactttacgcctttgaaaaactttacgcctttgaaaaactttacgcctt SH973 973 42 36 Gly1 GlyCCC_i 3_flank 216 18 tacttcgcctttgaaaaatacttcgcctttgaaaaatacttcgcctttgaaaaatacttc SH974 974 15 73 Gly1 GlyCCC_i 3_flank 221 17 aacatacttcgcctttgaacatacttcgcctttgaacatacttcgcctttgaacatactt SH975 975 3 174 Gly1 GlyCCC_i 3_flank 226 17 gcgtaaacatacttcgcgcgtaaacatacttcgcgcgtaaacatacttcgcgcgtaaaca SH976 976 95 101 Gly1 GlyCCC_i 3_flank 231 18 gatttagcgtaaacatacgatttagcgtaaacatacgatttagcgtaaacatacgattta SH977 977 8 28 Gly1 GlyCCC_i 3_flank 236 20 atatcttgatttagcgtaaaatatcttgatttagcgtaaaatatcttgatttagcgtaaa SH978 978 66 189 Gly1 GlyCCC_i 3_flank 241 19 ccaaatatcttgatttagcccaaatatcttgatttagcccaaatatcttgatttagccca SH979 979 82 162 Gly1 GlyCCC_i 3_flank 246 19 ctcatccaaatatcttgatctcatccaaatatcttgatctcatccaaatatcttgatctc SH980 980 100 87 Gly1 GlyCCC_i 3_flank 251 18 attgctcatccaaatatcattgctcatccaaatatcattgctcatccaaatatcattgct SH981 981 7 134 Gly1 GlyCCC_i 3_flank 256 17 gtggattgctcatccaagtggattgctcatccaagtggattgctcatccaagtggattgc SH982 982 9 9 Gly2 GlyCCC_ii 5_flank 1 19 ggtaagtgttggaattaaaggtaagtgttggaattaaaggtaagtgttggaattaaaggt SH983 983 96 134 Gly2 GlyCCC_ii 5_flank 6 18 aataggtaagtgttggaaaataggtaagtgttggaaaataggtaagtgttggaaaatagg SH984 984 13 11 Gly2 GlyCCC_ii 5_flank 11 19 ctgataaataggtaagtgtctgataaataggtaagtgtctgataaataggtaagtgtctg SH985 985 10 54 Gly2 GlyCCC_ii 5_flank 16 18 gacactgataaataggtagacactgataaataggtagacactgataaataggtagacact SH986 986 10 68 Gly2 GlyCCC_ii 5_flank 21 20 tagtaatgacactgataaattagtaatgacactgataaattagtaatgacactgataaat SH987 987 29 68 Gly2 GlyCCC_ii 5_flank 26 18 tcttagtaatgacactgatcttagtaatgacactgatcttagtaatgacactgatcttag SH988 988 41 19 Gly2 GlyCCC_ii 5_flank 31 18 ttccttcttagtaatgacttccttcttagtaatgacttccttcttagtaatgacttcctt SH989 989 15 45 Gly2 GlyCCC_ii 5_flank 36 20 gaaaaatttccttcttagtagaaaaatttccttcttagtagaaaaatttccttcttagta SH990 990 26 122 Gly2 GlyCCC_ii 5_flank 41 22 tattaatgaaaaatttccttcttattaatgaaaaatttccttcttattaatgaaaaattt SH991 991 97 210 Gly2 GlyCCC_ii 5_flank 46 23 atatactattaatgaaaaatttcatatactattaatgaaaaatttcatatactattaatg SH992 992 61 18 Gly2 GlyCCC_ii 5_flank 51 22 cgttatatactattaatgaaaacgttatatactattaatgaaaacgttatatactattaa SH993 993 66 160 Gly2 GlyCCC_ii 5_flank 56 20 gcacgttatatactattaatgcacgttatatactattaatgcacgttatatactattaat SH994 994 25 99 Gly2 GlyCCC_ii 5_flank 61 18 tcagcacgttatatactatcagcacgttatatactatcagcacgttatatactatcagca SH995 995 19 206 Gly2 GlyCCC_ii 5_flank 66 17 agactcagcacgttataagactcagcacgttataagactcagcacgttataagactcagc SH996 996 40 66 Gly2 GlyCCC_ii 5_flank 71 15 ggaagactcagcacgggaagactcagcacgggaagactcagcacgggaagactcagcacg SH997 997 34 131 Gly2 GlyCCC_ii 5_flank 76 17 caatttgggaagactcacaatttgggaagactcacaatttgggaagactcacaatttggg SH998 998 56 104 Gly2 GlyCCC_ii 5_flank 81 18 ttcaatcaatttgggaagttcaatcaatttgggaagttcaatcaatttgggaagttcaat SH999 999 6 211 Gly2 GlyCCC_ii 5_flank/tRNA 5_flank 3 5_flank 3 86 18 CGCgtttcaatcaatttgCGCgtttcaatcaatttgCGCgtttcaatcaatttgCGCgtt SH1000 1000 53 138 Gly2 GlyCCC_ii 5_flank/tRNA 5_flank 7 5_flank 7 91 17 CTTGCGCgtttcaatcaCTTGCGCgtttcaatcaCTTGCGCgtttcaatcaCTTGCGCgt SH1001 1001 72 97 Gly2 GlyCCC_ii 5_flank/tRNA 5_flank 10 5_flank 10 96 15 CCACTTGCGCgtttcCCACTTGCGCgtttcCCACTTGCGCgtttcCCACTTGCGCgtttc SH1002 1002 28 64 Gly2 GlyCCC_ii tRNA 1 13 1 13 101 13 GAACCACTTGCGCGAACCACTTGCGCGAACCACTTGCGCGAACCACTTGCGCGAACCACT SH1003 1003 27 23 Gly2 GlyCCC_ii tRNA 6 22 6 22 106 17 CTAACCACTGAACCACTCTAACCACTGAACCACTCTAACCACTGAACCACTCTAACCACT SH1004 1004 29 101 Gly2 GlyCCC_ii tRNA 11 30 11 30 111 20 CATAAATTCTAACCACTGAACATAAATTCTAACCACTGAACATAAATTCTAACCACTGAA SH1005 1005 60 55 Gly2 GlyCCC_ii tRNA 16 34 16 34 116 19 GAAGCATAAATTCTAACCAGAAGCATAAATTCTAACCAGAAGCATAAATTCTAACCAGAA SH1006 1006 90 49 Gly2 GlyCCC_ii tRNA 21 38 21 38 121 18 TTGGGAAGCATAAATTCTTTGGGAAGCATAAATTCTTTGGGAAGCATAAATTCTTTGGGA SH1007 1007 43 174 Gly2 GlyCCC_ii tRNA 26 42 26 42 126 17 ATGCTTGGGAAGCATAAATGCTTGGGAAGCATAAATGCTTGGGAAGCATAAATGCTTGGG SH1008 1008 59 73 Gly2 GlyCCC_ii tRNA 31 45 31 45 131 15 CTCATGCTTGGGAAGCTCATGCTTGGGAAGCTCATGCTTGGGAAGCTCATGCTTGGGAAG SH1009 1009 104 96 Gly2 GlyCCC_ii tRNA 36 48 36 48 136 13 GGCCTCATGCTTGGGCCTCATGCTTGGGCCTCATGCTTGGGCCTCATGCTTGGGCCTCAT SH1010 1010 66 62 Gly2 GlyCCC_ii tRNA 41 53 41 53 141 13 ACCCGGGCCTCATACCCGGGCCTCATACCCGGGCCTCATACCCGGGCCTCATACCCGGGC SH1011 1011 11 90 Gly2 GlyCCC_ii tRNA 46 58 46 58 146 13 ATCGAACCCGGGCATCGAACCCGGGCATCGAACCCGGGCATCGAACCCGGGCATCGAACC SH1012 1012 11 200 Gly2 GlyCCC_ii tRNA 51 63 51 63 151 13 CGGGAATCGAACCCGGGAATCGAACCCGGGAATCGAACCCGGGAATCGAACCCGGGAATC SH1013 1013 52 31 Gly2 GlyCCC_ii tRNA 56 68 56 68 156 13 CAAGCCGGGAATCCAAGCCGGGAATCCAAGCCGGGAATCCAAGCCGGGAATCCAAGCCGG SH1014 1014 104 161 Gly2 GlyCCC_ii tRNA/3_flank 61 73 61 73 161 13 aTGCGCAAGCCGGaTGCGCAAGCCGGaTGCGCAAGCCGGaTGCGCAAGCCGGaTGCGCAA SH1015 1015 103 150 Gly2 GlyCCC_ii tRNA/3_flank 66 82 66 3_flank 166 17 caaaaacagaTGCGCAAcaaaaacagaTGCGCAAcaaaaacagaTGCGCAAcaaaaacag SH1016 1016 45 4 Gly2 GlyCCC_ii tRNA/3_flank 71 88 71 3_flank 171 18 gttttgcaaaaacagaTGgttttgcaaaaacagaTGgttttgcaaaaacagaTGgttttg SH1017 1017 45 141 Gly2 GlyCCC_ii 3_flank 176 18 agtctgttttgcaaaaacagtctgttttgcaaaaacagtctgttttgcaaaaacagtctg SH1018 1018 65 26 Gly2 GlyCCC_ii 3_flank 181 17 tcctagtctgttttgcatcctagtctgttttgcatcctagtctgttttgcatcctagtct SH1019 1019 51 115 Gly2 GlyCCC_ii 3_flank 186 18 tgaatttcctagtctgtttgaatttcctagtctgtttgaatttcctagtctgtttgaatt SH1020 1020 72 154 Gly2 GlyCCC_ii 3_flank 191 17 cgtctgaatttcctagtcgtctgaatttcctagtcgtctgaatttcctagtcgtctgaat SH1021 1021 22 117 Gly2 GlyCCC_ii 3_flank 196 18 acaaaacgtctgaatttcacaaaacgtctgaatttcacaaaacgtctgaatttcacaaaa SH1022 1022 78 7 Gly2 GlyCCC_ii 3_flank 201 20 aaaaataacaaaacgtctgaaaaaataacaaaacgtctgaaaaaataacaaaacgtctga SH1023 1023 13 168 Gly2 GlyCCC_ii 3_flank 206 21 ggaaaaaaaaataacaaaacgggaaaaaaaaataacaaaacgggaaaaaaaaataacaaa SH1024 1024 103 84 Gly2 GlyCCC_ii 3_flank 211 22 tgaaatggaaaaaaaaataacatgaaatggaaaaaaaaataacatgaaatggaaaaaaaa SH1025 1025 19 60 Gly2 GlyCCC_ii 3_flank 216 23 aataattgaaatggaaaaaaaaaaataattgaaatggaaaaaaaaaaataattgaaatgg SH1026 1026 9 86 Gly2 GlyCCC_ii 3_flank 221 22 gcttaataattgaaatggaaaagcttaataattgaaatggaaaagcttaataattgaaat SH1027 1027 92 178 Gly2 GlyCCC_ii 3_flank 226 22 ttaaagcttaataattgaaatgttaaagcttaataattgaaatgttaaagcttaataatt SH1028 1028 77 14 Gly2 GlyCCC_ii 3_flank 231 22 gttgattaaagcttaataattggttgattaaagcttaataattggttgattaaagcttaa SH1029 1029 18 179 Gly2 GlyCCC_ii 3_flank 236 20 aaggttgattaaagcttaataaggttgattaaagcttaataaggttgattaaagcttaat SH1030 1030 20 37 Gly2 GlyCCC_ii 3_flank 241 19 cataaaggttgattaaagccataaaggttgattaaagccataaaggttgattaaagccat SH1031 1031 83 20 Gly2 GlyCCC_ii 3_flank 246 20 ggtatacataaaggttgattggtatacataaaggttgattggtatacataaaggttgatt SH1032 1032 56 76 Gly2 GlyCCC_ii 3_flank 251 18 aagggtatacataaaggtaagggtatacataaaggtaagggtatacataaaggtaagggt SH1033 1033 102 64 Gly3 GlyGCC 5_flank 1 20 atgaaacaaccttataacaaatgaaacaaccttataacaaatgaaacaaccttataacaa SH1034 1034 60 70 Gly3 GlyGCC 5_flank 6 20 cacatatgaaacaaccttatcacatatgaaacaaccttatcacatatgaaacaaccttat SH1035 1035 27 82 Gly3 GlyGCC 5_flank 11 20 taaaacacatatgaaacaactaaaacacatatgaaacaactaaaacacatatgaaacaac SH1036 1036 59 134 Gly3 GlyGCC 5_flank 16 20 gttcataaaacacatatgaagttcataaaacacatatgaagttcataaaacacatatgaa SH1037 1037 91 207 Gly3 GlyGCC 5_flank 21 19 gaacgttcataaaacacatgaacgttcataaaacacatgaacgttcataaaacacatgaa SH1038 1038 24 61 Gly3 GlyGCC 5_flank 26 18 tcctgaacgttcataaaatcctgaacgttcataaaatcctgaacgttcataaaatcctga SH1039 1039 5 60 Gly3 GlyGCC 5_flank 31 17 gtcatcctgaacgttcagtcatcctgaacgttcagtcatcctgaacgttcagtcatcctg SH1040 1040 44 146 Gly3 GlyGCC 5_flank 36 17 aatacgtcatcctgaacaatacgtcatcctgaacaatacgtcatcctgaacaatacgtca SH1041 1041 91 152 Gly3 GlyGCC 5_flank 41 17 atgacaatacgtcatccatgacaatacgtcatccatgacaatacgtcatccatgacaata SH1042 1042 42 207 Gly3 GlyGCC 5_flank 46 18 gtcagtatgacaatacgtgtcagtatgacaatacgtgtcagtatgacaatacgtgtcagt SH1043 1043 42 31 Gly3 GlyGCC 5_flank 51 18 gatacgtcagtatgacaagatacgtcagtatgacaagatacgtcagtatgacaagatacg SH1044 1044 84 66 Gly3 GlyGCC 5_flank 56 18 aatgagatacgtcagtataatgagatacgtcagtataatgagatacgtcagtataatgag SH1045 1045 101 57 Gly3 GlyGCC 5_flank 61 18 ctcaaaatgagatacgtcctcaaaatgagatacgtcctcaaaatgagatacgtcctcaaa SH1046 1046 88 203 Gly3 GlyGCC 5_flank 66 20 gttgtatctcaaaatgagatgttgtatctcaaaatgagatgttgtatctcaaaatgagat SH1047 1047 56 132 Gly3 GlyGCC 5_flank 71 20 gaagtgttgtatctcaaaatgaagtgttgtatctcaaaatgaagtgttgtatctcaaaat SH1048 1048 95 87 Gly3 GlyGCC 5_flank 76 17 tggaagtgttgtatctctggaagtgttgtatctctggaagtgttgtatctctggaagtgt SH1049 1049 21 42 Gly3 GlyGCC 5_flank 81 18 atttcttggaagtgttgtatttcttggaagtgttgtatttcttggaagtgttgtatttct SH1050 1050 74 110 Gly3 GlyGCC 5_flank/tRNA 5_flank 3 5_flank 3 86 18 CGCttatttcttggaagtCGCttatttcttggaagtCGCttatttcttggaagtCGCtta SH1051 1051 74 77 Gly3 GlyGCC 5_flank/tRNA 5_flank 7 5_flank 7 91 17 CTTGCGCttatttcttgCTTGCGCttatttcttgCTTGCGCttatttcttgCTTGCGCtt SH1052 1052 45 136 Gly3 GlyGCC 5_flank/tRNA 5_flank 12 5_flank 12 96 17 AACCACTTGCGCttattAACCACTTGCGCttattAACCACTTGCGCttattAACCACTTG SH1053 1053 55 167 Gly3 GlyGCC tRNA 1 15 1 15 101 15 CTAAACCACTTGCGCCTAAACCACTTGCGCCTAAACCACTTGCGCCTAAACCACTTGCGC SH1054 1054 88 88 Gly3 GlyGCC tRNA 6 23 6 24 106 18 TTTTACCACTAAACCACTTTTTACCACTAAACCACTTTTTACCACTAAACCACTTTTTAC SH1055 1055 85 134 Gly3 GlyGCC tRNA 11 29 11 30 111 19 GTTGGATTTTACCACTAAAGTTGGATTTTACCACTAAAGTTGGATTTTACCACTAAAGTT SH1056 1056 78 2 Gly3 GlyGCC tRNA 16 33 16 34 116 18 CAACGTTGGATTTTACCACAACGTTGGATTTTACCACAACGTTGGATTTTACCACAACGT SH1057 1057 43 77 Gly3 GlyGCC tRNA 21 37 22 38 121 17 ATGGCAACGTTGGATTTATGGCAACGTTGGATTTATGGCAACGTTGGATTTATGGCAACG SH1058 1058 9 125 Gly3 GlyGCC tRNA 26 40 27 41 126 15 ACGATGGCAACGTTGACGATGGCAACGTTGACGATGGCAACGTTGACGATGGCAACGTTG SH1059 1059 89 128 Gly3 GlyGCC tRNA 31 45 32 48 131 15 GCCCAACGATGGCAAGCCCAACGATGGCAAGCCCAACGATGGCAAGCCCAACGATGGCAA SH1060 1060 31 208 Gly3 GlyGCC tRNA 36 48 37 51 136 13 GGGGCCCAACGATGGGGCCCAACGATGGGGCCCAACGATGGGGCCCAACGATGGGGCCCA SH1061 1061 79 36 Gly3 GlyGCC tRNA 41 53 42 56 141 13 AACCGGGGGCCCAAACCGGGGGCCCAAACCGGGGGCCCAAACCGGGGGCCCAAACCGGGG SH1062 1062 102 99 Gly3 GlyGCC tRNA 46 58 49 61 146 13 AATCGAACCGGGGAATCGAACCGGGGAATCGAACCGGGGAATCGAACCGGGGAATCGAAC SH1063 1063 91 128 Gly3 GlyGCC tRNA 51 63 54 66 151 13 CCCGGAATCGAACCCCGGAATCGAACCCCGGAATCGAACCCCGGAATCGAACCCCGGAAT SH1064 1064 13 95 Gly3 GlyGCC tRNA 56 68 59 71 156 13 GCAAGCCCGGAATGCAAGCCCGGAATGCAAGCCCGGAATGCAAGCCCGGAATGCAAGCCC SH1065 1065 67 26 Gly3 GlyGCC tRNA3_flank 61 64 75 161 13 atTGCGCAAGCCCatTGCGCAAGCCCatTGCGCAAGCCCatTGCGCAAGCCCatTGCGCA SH1066 1066 45 184 Gly3 GlyGCC tRNA3_flank 66 3_flank 69 3_flank 166 18 atcaaaaagaatTGCGCAatcaaaaagaatTGCGCAatcaaaaagaatTGCGCAatcaaa SH1067 1067 98 119 Gly3 GlyGCC tRNA3_flank 71 3_flank 74 3_flank 171 25 ataaaaataaaaatcaaaaagaatTataaaaataaaaatcaaaaagaatTataaaaataa SH1068 1068 18 46 Gly3 GlyGCC 3_flank 176 27 tttttatataaaaataaaaatcaaaaatttttatataaaaataaaaatcaaaaattttta SH1069 1069 70 210 Gly3 GlyGCC 3_flank 181 27 tttattttttatataaaaataaaaatctttattttttatataaaaataaaaatctttatt SH1070 1070 35 77 Gly3 GlyGCC 3_flank 186 25 tcgtttattttttatataaaaataatcgtttattttttatataaaaataatcgtttattt SH1071 1071 49 151 Gly3 GlyGCC 3_flank 191 22 cgtcgtttattttttatataaacgtcgtttattttttatataaacgtcgtttatttttta SH1072 1072 69 69 Gly3 GlyGCC 3_flank 196 22 aataacgtcgtttattttttataataacgtcgtttattttttataataacgtcgtttatt SH1073 1073 71 206 Gly3 GlyGCC 3_flank 201 20 tcaaataacgtcgtttattttcaaataacgtcgtttattttcaaataacgtcgtttattt SH1074 1074 57 105 Gly3 GlyGCC 3_flank 206 19 caattcaaataacgtcgttcaattcaaataacgtcgttcaattcaaataacgtcgttcaa SH1075 1075 67 178 Gly3 GlyGCC 3_flank 211 20 tttttgcaattcaaataacgtttttgcaattcaaataacgtttttgcaattcaaataacg SH1076 1076 85 81 Gly3 GlyGCC 3_flank 216 20 ccatttttttgcaattcaaaccatttttttgcaattcaaaccatttttttgcaattcaaa SH1077 1077 43 46 Gly3 GlyGCC 3_flank 221 19 gagaccatttttttgcaatgagaccatttttttgcaatgagaccatttttttgcaatgag SH1078 1078 18 85 Gly3 GlyGCC 3_flank 226 18 gctagagaccatttttttgctagagaccatttttttgctagagaccatttttttgctaga SH1079 1079 55 57 Gly3 GlyGCC 3_flank 231 15 ccgctagagaccattccgctagagaccattccgctagagaccattccgctagagaccatt SH1080 1080 78 143 Gly3 GlyGCC 3_flank 236 15 cgatcccgctagagacgatcccgctagagacgatcccgctagagacgatcccgctagaga SH1081 1081 69 126 Gly3 GlyGCC 3_flank 241 13 gttcgatcccgctgttcgatcccgctgttcgatcccgctgttcgatcccgctgttcgatc SH1082 1082 80 9 Gly3 GlyGCC 3_flank 246 13 cagcggttcgatccagcggttcgatccagcggttcgatccagcggttcgatccagcggtt SH1083 1083 7 11 Gly3 GlyGCC 3_flank 251 13 gggatcagcggttgggatcagcggttgggatcagcggttgggatcagcggttgggatcag SH1084 1084 30 57 Gly3 GlyGCC 3_flank 256 13 acgcggggatcagacgcggggatcagacgcggggatcagacgcggggatcagacgcgggg SH1085 1085 93 54 Gly4 GlyTCC 5_flank 1 17 tatctgatgcatttccctatctgatgcatttccctatctgatgcatttccctatctgatg SH1086 1086 36 87 Gly4 GlyTCC 5_flank 6 18 atccattatctgatgcatatccattatctgatgcatatccattatctgatgcatatccat SH1087 1087 60 90 Gly4 GlyTCC 5_flank 11 20 ccattttatccattatctgaccattttatccattatctgaccattttatccattatctga SH1088 1088 81 28 Gly4 GlyTCC 5_flank 16 20 tctttccattttatccattatctttccattttatccattatctttccattttatccatta SH1089 1089 8 92 Gly4 GlyTCC 5_flank 21 19 ccattctttccattttatcccattctttccattttatcccattctttccattttatccca SH1090 1090 49 157 Gly4 GlyTCC 5_flank 26 18 ctttccattctttccattctttccattctttccattctttccattctttccattctttcc SH1091 1091 36 121 Gly4 GlyTCC 5_flank 31 19 caattcctttccattctttcaattcctttccattctttcaattcctttccattctttcaa SH1092 1092 44 40 Gly4 GlyTCC 5_flank 36 18 gttacaattcctttccatgttacaattcctttccatgttacaattcctttccatgttaca SH1093 1093 19 199 Gly4 GlyTCC 5_flank 41 18 ggcatgttacaattccttggcatgttacaattccttggcatgttacaattccttggcatg SH1094 1094 8 127 Gly4 GlyTCC 5_flank 46 20 atatataggcatgttacaatatatataggcatgttacaatatatataggcatgttacaat SH1095 1095 16 40 Gly4 GlyTCC 5_flank 51 18 tccatatataggcatgtttccatatataggcatgtttccatatataggcatgtttccata SH1096 1096 46 83 Gly4 GlyTCC 5_flank 56 18 cgttttccatatataggccgttttccatatataggccgttttccatatataggccgtttt SH1097 1097 74 38 Gly4 GlyTCC 5_flank 61 18 aagctcgttttccatataaagctcgttttccatataaagctcgttttccatataaagctc SH1098 1098 90 164 Gly4 GlyTCC 5_flank 66 17 ctaaaagctcgttttccctaaaagctcgttttccctaaaagctcgttttccctaaaagct SH1099 1099 33 34 Gly4 GlyTCC 5_flank 71 17 aagctctaaaagctcgtaagctctaaaagctcgtaagctctaaaagctcgtaagctctaa SH1100 1100 41 177 Gly4 GlyTCC 5_flank 76 18 acttgaaagctctaaaagacttgaaagctctaaaagacttgaaagctctaaaagacttga SH1101 1101 52 124 Gly4 GlyTCC 5_flank 81 18 ggttaacttgaaagctctggttaacttgaaagctctggttaacttgaaagctctggttaa SH1102 1102 61 15 Gly4 GlyTCC 5_flank/tRNA 5_flank 2 5_flank 2 86 17 CCggggttaacttgaaaCCggggttaacttgaaaCCggggttaacttgaaaCCggggtta SH1103 1103 58 85 Gly4 GlyTCC 5_flank/tRNA 5_flank 3 5_flank 3 91 13 CCCggggttaactCCCggggttaactCCCggggttaactCCCggggttaactCCCggggt SH1104 1104 86 70 Gly4 GlyTCC 5_flank/tRNA 5_flank 8 5_flank 8 96 13 AACCGCCCggggtAACCGCCCggggtAACCGCCCggggtAACCGCCCggggtAACCGCCC SH1105 1105 101 20 Gly4 GlyTCC tRNA 1 13 1 13 101 13 ACACTAACCGCCCACACTAACCGCCCACACTAACCGCCCACACTAACCGCCCACACTAAC SH1106 1106 79 206 Gly4 GlyTCC tRNA 6 23 6 23 106 18 GATAACCACTACACTAACGATAACCACTACACTAACGATAACCACTACACTAACGATAAC SH1107 1107 75 3 Gly4 GlyTCC tRNA 11 27 11 27 111 17 GGATGATAACCACTACAGGATGATAACCACTACAGGATGATAACCACTACAGGATGATAA SH1108 1108 25 70 Gly4 GlyTCC tRNA 16 31 16 31 116 16 GGTGGGATGATAACCAGGTGGGATGATAACCAGGTGGGATGATAACCAGGTGGGATGATA SH1109 1109 36 159 Gly4 GlyTCC tRNA 21 35 21 35 121 15 GAAGGGTGGGATGATGAAGGGTGGGATGATGAAGGGTGGGATGATGAAGGGTGGGATGAT SH1110 1110 38 88 Gly4 GlyTCC tRNA 26 38 26 38 126 13 TTGGAAGGGTGGGTTGGAAGGGTGGGTTGGAAGGGTGGGTTGGAAGGGTGGGTTGGAAGG SH1111 1111 54 33 Gly4 GlyTCC tRNA 31 43 31 43 131 13 CCACCTTGGAAGGCCACCTTGGAAGGCCACCTTGGAAGGCCACCTTGGAAGGCCACCTTG SH1112 1112 35 45 Gly4 GlyTCC tRNA 36 48 36 49 136 13 TGTCCCCACCTTGTGTCCCCACCTTGTGTCCCCACCTTGTGTCCCCACCTTGTGTCCCCA SH1113 1113 93 102 Gly4 GlyTCC tRNA 41 53 41 54 141 13 ACCCGTGTCCCCAACCCGTGTCCCCAACCCGTGTCCCCAACCCGTGTCCCCAACCCGTGT SH1114 1114 101 51 Gly4 GlyTCC tRNA 46 60 46 61 146 15 GAATCGAACCCGTGTGAATCGAACCCGTGTGAATCGAACCCGTGTGAATCGAACCCGTGT SH1115 1115 67 97 Gly4 GlyTCC tRNA 51 66 52 67 151 16 GTACGAGAATCGAACCGTACGAGAATCGAACCGTACGAGAATCGAACCGTACGAGAATCG SH1116 1116 62 169 Gly4 GlyTCC tRNA 56 70 57 71 156 15 AGCGGTACGAGAATCAGCGGTACGAGAATCAGCGGTACGAGAATCAGCGGTACGAGAATC SH1117 1117 57 203 Gly4 GlyTCC tRNA/3_flank 61 75 62 76 161 15 tctTGAGCGGTACGAtctTGAGCGGTACGAtctTGAGCGGTACGAtctTGAGCGGTACGA SH1118 1118 30 99 Gly4 GlyTCC tRNA/3_flank 66 3_flank 67 3_flank 166 17 aaagtaatctTGAGCGGaaagtaatctTGAGCGGaaagtaatctTGAGCGGaaagtaatc SH1119 1119 92 40 Gly4 GlyTCC tRNA/3_flank 71 3_flank 72 3_flank 171 22 gaaaattaaaaaagtaatctTGgaaaattaaaaaagtaatctTGgaaaattaaaaaagta SH1120 1120 32 24 Gly4 GlyTCC 3_flank 176 23 aagtatgaaaattaaaaaagtaaaagtatgaaaattaaaaaagtaaaagtatgaaaatta SH1121 1121 104 5 Gly4 GlyTCC 3_flank 181 23 agaaaaagtatgaaaattaaaaaagaaaaagtatgaaaattaaaaaagaaaaagtatgaa SH1122 1122 17 183 Gly4 GlyTCC 3_flank 186 20 ggagaaaaagtatgaaaattggagaaaaagtatgaaaattggagaaaaagtatgaaaatt SH1123 1123 26 124 Gly4 GlyTCC 3_flank 191 20 tattaggagaaaaagtatgatattaggagaaaaagtatgatattaggagaaaaagtatga SH1124 1124 54 130 Gly4 GlyTCC 3_flank 196 20 caagatattaggagaaaaagcaagatattaggagaaaaagcaagatattaggagaaaaag SH1125 1125 93 31 Gly4 GlyTCC 3_flank 201 18 ttgcaagatattaggagattgcaagatattaggagattgcaagatattaggagattgcaa SH1126 1126 22 174 Gly4 GlyTCC 3_flank 206 20 tcatgatttgcaagatattatcatgatttgcaagatattatcatgatttgcaagatatta SH1127 1127 3 38 Gly4 GlyTCC 3_flank 211 18 cagtcatgatttgcaagacagtcatgatttgcaagacagtcatgatttgcaagacagtca SH1128 1128 71 23 Gly4 GlyTCC 3_flank 216 18 caattcagtcatgatttgcaattcagtcatgatttgcaattcagtcatgatttgcaattc SH1129 1129 100 148 Gly4 GlyTCC 3_flank 221 18 aatgtcaattcagtcatgaatgtcaattcagtcatgaatgtcaattcagtcatgaatgtc SH1130 1130 35 9 Gly4 GlyTCC 3_flank 226 18 cagttaatgtcaattcagcagttaatgtcaattcagcagttaatgtcaattcagcagtta SH1131 1131 7 16 Gly4 GlyTCC 3_flank 231 18 tgcatcagttaatgtcaatgcatcagttaatgtcaatgcatcagttaatgtcaatgcatc SH1132 1132 16 198 Gly4 GlyTCC 3_flank 236 18 ccatttgcatcagttaatccatttgcatcagttaatccatttgcatcagttaatccattt SH1133 1133 89 118 Gly4 GlyTCC 3_flank 241 16 cacccatttgcatcagcacccatttgcatcagcacccatttgcatcagcacccatttgca SH1134 1134 42 198 Gly4 GlyTCC 3_flank 246 13 cccacccatttgccccacccatttgccccacccatttgccccacccatttgccccaccca SH1135 1135 6 196 Gly4 GlyTCC 3_flank 251 16 gcatttttcccacccagcatttttcccacccagcatttttcccacccagcatttttccca SH1136 1136 74 140 His1 HisGTG 5_flank 1 18 caattgtctccatgtacacaattgtctccatgtacacaattgtctccatgtacacaattg SH1137 1137 70 49 His1 HisGTG 5_flank 6 17 tgtgcaattgtctccattgtgcaattgtctccattgtgcaattgtctccattgtgcaatt SH1138 1138 82 105 His1 HisGTG 5_flank 11 18 tatctttgtgcaattgtctatctttgtgcaattgtctatctttgtgcaattgtctatctt SH1139 1139 49 131 His1 HisGTG 5_flank 16 19 cttcattatctttgtgcaacttcattatctttgtgcaacttcattatctttgtgcaactt SH1140 1140 21 208 His1 HisGTG 5_flank 21 18 ggagcttcattatctttgggagcttcattatctttgggagcttcattatctttgggagct SH1141 1141 75 143 His1 HisGTG 5_flank 26 20 taattttggagcttcattattaattttggagcttcattattaattttggagcttcattat SH1142 1142 68 200 His1 HisGTG 5_flank 31 18 gaataattttggagcttcgaataattttggagcttcgaataattttggagcttcgaataa SH1143 1143 14 21 His1 HisGTG 5_flank 36 20 agatactgaataattttggaagatactgaataattttggaagatactgaataattttgga SH1144 1144 87 101 His1 HisGTG 5_flank 41 21 ctcaatagatactgaataattctcaatagatactgaataattctcaatagatactgaata SH1145 1145 57 50 His1 HisGTG 5_flank 46 20 tatactcaatagatactgaatatactcaatagatactgaatatactcaatagatactgaa SH1146 1146 40 144 His1 HisGTG 5_flank 51 22 ggttatatatactcaatagataggttatatatactcaatagataggttatatatactcaa SH1147 1147 20 168 His1 HisGTG 5_flank 56 20 caaggttatatatactcaatcaaggttatatatactcaatcaaggttatatatactcaat SH1148 1148 74 152 His1 HisGTG 5_flank 61 20 cttttcaaggttatatataccttttcaaggttatatataccttttcaaggttatatatac SH1149 1149 26 88 His1 HisGTG 5_flank 66 20 aaaaccttttcaaggttataaaaaccttttcaaggttataaaaaccttttcaaggttata SH1150 1150 15 149 His1 HisGTG 5_flank 71 20 aaaataaaaccttttcaaggaaaataaaaccttttcaaggaaaataaaaccttttcaagg SH1151 1151 101 71 His1 HisGTG 5_flank 76 23 acttatataaaataaaaccttttacttatataaaataaaaccttttacttatataaaata SH1152 1152 43 181 His1 HisGTG 5_flank/tRNA 5_flank 2 5_flank 1 81 22 GCgaacttatataaaataaaacGCgaacttatataaaataaaacGCgaacttatataaaa SH1153 1153 64 29 His1 HisGTG 5_flank/tRNA 5_flank 5 5_flank 4 86 20 ATGGCgaacttatataaaatATGGCgaacttatataaaatATGGCgaacttatataaaat SH1154 1154 11 12 His1 HisGTG 5_flank/tRNA 5_flank 8 5_flank 7 91 18 AAGATGGCgaacttatatAAGATGGCgaacttatatAAGATGGCgaacttatatAAGATG SH1155 1155 38 185 His1 HisGTG 5_flank/tRNA 5_flank 12 5_flank 11 96 17 TACTAAGATGGCgaactTACTAAGATGGCgaactTACTAAGATGGCgaactTACTAAGAT SH1156 1156 54 54 His1 HisGTG tRNA 1 17 0 16 101 17 CACTATACTAAGATGGCCACTATACTAAGATGGCCACTATACTAAGATGGCCACTATACT SH1157 1157 72 60 His1 HisGTG tRNA 6 23 5 22 106 18 ACTAACCACTATACTAAGACTAACCACTATACTAAGACTAACCACTATACTAAGACTAAC SH1158 1158 21 182 His1 HisGTG tRNA 11 28 10 27 111 18 TGTGTACTAACCACTATATGTGTACTAACCACTATATGTGTACTAACCACTATATGTGTA SH1159 1159 9 74 His1 HisGTG tRNA 16 32 15 31 116 17 ACGATGTGTACTAACCAACGATGTGTACTAACCAACGATGTGTACTAACCAACGATGTGT SH1160 1160 99 28 His1 HisGTG tRNA 21 37 20:A 36 121 17 CCACAACGATGTGTACTCCACAACGATGTGTACTCCACAACGATGTGTACTCCACAACGA SH1161 1161 59 91 His1 HisGTG tRNA 26 40 25 39 126 15 CGGCCACAACGATGTCGGCCACAACGATGTCGGCCACAACGATGTCGGCCACAACGATGT SH1162 1162 23 148 His1 HisGTG tRNA 31 43 30 42 131 13 CATCGGCCACAACCATCGGCCACAACCATCGGCCACAACCATCGGCCACAACCATCGGCC SH1163 1163 15 9 His1 HisGTG tRNA 36 48 35 48 136 13 GGTTTCATCGGCCGGTTTCATCGGCCGGTTTCATCGGCCGGTTTCATCGGCCGGTTTCAT SH1164 1164 51 57 His1 HisGTG tRNA 41 56 40 56 141 16 CGAACCAGGGTTTCATCGAACCAGGGTTTCATCGAACCAGGGTTTCATCGAACCAGGGTT SH1165 1165 12 19 His1 HisGTG tRNA 46 60 45 60 146 15 GAATCGAACCAGGGTGAATCGAACCAGGGTGAATCGAACCAGGGTGAATCGAACCAGGGT SH1166 1166 29 164 His1 HisGTG tRNA 51 66 51 66 151 16 CTCCTAGAATCGAACCCTCCTAGAATCGAACCCTCCTAGAATCGAACCCTCCTAGAATCG SH1167 1167 49 116 His1 HisGTG tRNA 56 71 56 71 156 16 GCCATCTCCTAGAATCGCCATCTCCTAGAATCGCCATCTCCTAGAATCGCCATCTCCTAG SH1168 1168 25 52 His1 HisGTG tRNA/3_flank 61 3_flank 61 3_flank 161 18 taaataTGCCATCTCCTAtaaataTGCCATCTCCTAtaaataTGCCATCTCCTAtaaata SH1169 1169 68 119 His1 HisGTG tRNA/3_flank 66 3_flank 66 3_flank 166 22 tataaaaaataaataTGCCATCtataaaaaataaataTGCCATCtataaaaaataaataT SH1170 1170 53 7 His1 HisGTG tRNA/3_flank 71 3_flank 71 3_flank 171 25 attaagaatataaaaaataaataTGattaagaatataaaaaataaataTGattaagaata SH1171 1171 52 213 His1 HisGTG 3_flank 176 25 tgtatattaagaatataaaaaataatgtatattaagaatataaaaaataatgtatattaa SH1172 1172 96 176 His1 HisGTG 3_flank 181 23 ctttgtatattaagaatataaaactttgtatattaagaatataaaactttgtatattaag SH1173 1173 29 181 His1 HisGTG 3_flank 186 22 cattctttgtatattaagaatacattctttgtatattaagaatacattctttgtatatta SH1174 1174 62 50 His1 HisGTG 3_flank 191 20 cgacattctttgtatattaacgacattctttgtatattaacgacattctttgtatattaa SH1175 1175 36 23 His1 HisGTG 3_flank 196 18 acacgacattctttgtatacacgacattctttgtatacacgacattctttgtatacacga SH1176 1176 46 147 His1 HisGTG 3_flank 201 17 cttcacacgacattcttcttcacacgacattcttcttcacacgacattcttcttcacacg SH1177 1177 46 42 His1 HisGTG 3_flank 206 15 cagcttcacacgacacagcttcacacgacacagcttcacacgacacagcttcacacgaca SH1178 1178 46 21 His1 HisGTG 3_flank 211 15 gcctacagcttcacagcctacagcttcacagcctacagcttcacagcctacagcttcaca SH1179 1179 72 116 His1 HisGTG 3_flank 216 15 cctgtgcctacagctcctgtgcctacagctcctgtgcctacagctcctgtgcctacagct SH1180 1180 6 135 His1 HisGTG 3_flank 221 18 caaaattacctgtgcctacaaaattacctgtgcctacaaaattacctgtgcctacaaaat SH1181 1181 78 133 His1 HisGTG 3_flank 226 18 ggttacaaaattacctgtggttacaaaattacctgtggttacaaaattacctgtggttac SH1182 1182 42 176 His1 HisGTG 3_flank 231 20 tgactatggttacaaaattatgactatggttacaaaattatgactatggttacaaaatta SH1183 1183 84 16 His1 HisGTG 3_flank 236 18 atctgactatggttacaaatctgactatggttacaaatctgactatggttacaaatctga SH1184 1184 62 185 His1 HisGTG 3_flank 241 17 ccacatctgactatggtccacatctgactatggtccacatctgactatggtccacatctg SH1185 1185 65 170 His1 HisGTG 3_flank 246 17 gatcaccacatctgactgatcaccacatctgactgatcaccacatctgactgatcaccac SH1186 1186 52 77 His1 HisGTG 3_flank 251 17 ctcatgatcaccacatcctcatgatcaccacatcctcatgatcaccacatcctcatgatc SH1187 1187 55 18 His1 HisGTG 3_flank 256 15 gctctcatgatcaccgctctcatgatcaccgctctcatgatcaccgctctcatgatcacc SH1188 1188 8 129 Ile1 IleAAT 5_flank 1 18 atctcctttttcgttgtaatctcctttttcgttgtaatctcctttttcgttgtaatctcc SH1189 1189 45 181 Ile1 IleAAT 5_flank 6 20 ttttttaatctcctttttcgttttttaatctcctttttcgttttttaatctcctttttcg SH1190 1190 43 65 Ile1 IleAAT 5_flank 11 20 tgcatttttttaatctcctttgcatttttttaatctcctttgcatttttttaatctcctt SH1191 1191 62 11 Ile1 IleAAT 5_flank 16 20 tagcatgcatttttttaatctagcatgcatttttttaatctagcatgcatttttttaatc SH1192 1192 79 69 Ile1 IleAAT 5_flank 21 20 ttacttagcatgcattttttttacttagcatgcattttttttacttagcatgcatttttt SH1193 1193 40 93 Ile1 IleAAT 5_flank 26 18 catttacttagcatgcatcatttacttagcatgcatcatttacttagcatgcatcattta SH1194 1194 23 168 Ile1 IleAAT 5_flank 31 18 accttcatttacttagcaaccttcatttacttagcaaccttcatttacttagcaaccttc SH1195 1195 96 9 Ile1 IleAAT 5_flank 36 20 gatgaaaaccttcatttactgatgaaaaccttcatttactgatgaaaaccttcatttact SH1196 1196 81 129 Ile1 IleAAT 5_flank 41 18 acagatgaaaaccttcatacagatgaaaaccttcatacagatgaaaaccttcatacagat SH1197 1197 57 6 Ile1 IleAAT 5_flank 46 16 gggacagatgaaaaccgggacagatgaaaaccgggacagatgaaaaccgggacagatgaa SH1198 1198 13 207 Ile1 IleAAT 5_flank 51 16 catcagggacagatgacatcagggacagatgacatcagggacagatgacatcagggacag SH1199 1199 71 151 Ile1 IleAAT 5_flank 56 17 gaaaaacatcagggacagaaaaacatcagggacagaaaaacatcagggacagaaaaacat SH1200 1200 41 119 Ile1 IleAAT 5_flank 61 18 gaagaagaaaaacatcaggaagaagaaaaacatcaggaagaagaaaaacatcaggaagaa SH1201 1201 24 87 Ile1 IleAAT 5_flank 66 18 tgcttgaagaagaaaaactgcttgaagaagaaaaactgcttgaagaagaaaaactgcttg SH1202 1202 85 116 Ile1 IleAAT 5_flank 71 17 aacgtgcttgaagaagaaacgtgcttgaagaagaaacgtgcttgaagaagaaacgtgctt SH1203 1203 50 14 Ile1 IleAAT 5_flank 76 17 tggttaacgtgcttgaatggttaacgtgcttgaatggttaacgtgcttgaatggttaacg SH1204 1204 35 213 Ile1 IleAAT 5_flank 81 17 attactggttaacgtgcattactggttaacgtgcattactggttaacgtgcattactggt SH1205 1205 41 9 Ile1 IleAAT 5_flank/tRNA 5_flank 3 5_flank 3 86 18 ACCttgattactggttaaACCttgattactggttaaACCttgattactggttaaACCttg SH1206 1206 66 73 Ile1 IleAAT 5_flank/tRNA 5_flank 7 5_flank 7 91 17 AGAGACCttgattactgAGAGACCttgattactgAGAGACCttgattactgAGAGACCtt SH1207 1207 36 37 Ile1 IleAAT 5_flank/tRNA 5_flank 11 5_flank 11 96 16 GCCAAGAGACCttgatGCCAAGAGACCttgatGCCAAGAGACCttgatGCCAAGAGACCt SH1208 1208 94 164 Ile1 IleAAT tRNA 1 13 1 13 101 13 GGGCCAAGAGACCGGGCCAAGAGACCGGGCCAAGAGACCGGGCCAAGAGACCGGGCCAAG SH1209 1209 32 135 Ile1 IleAAT tRNA 6 18 6 18 106 13 CAACTGGGCCAAGCAACTGGGCCAAGCAACTGGGCCAAGCAACTGGGCCAAGCAACTGGG SH1210 1210 11 51 Ile1 IleAAT tRNA 11 25 11 24 111 15 CCTTAACCAACTGGGCCTTAACCAACTGGGCCTTAACCAACTGGGCCTTAACCAACTGGG SH1211 1211 60 164 Ile1 IleAAT tRNA 16 30 16 29 116 15 CGGTGCCTTAACCAACGGTGCCTTAACCAACGGTGCCTTAACCAACGGTGCCTTAACCAA SH1212 1212 7 69 Ile1 IleAAT tRNA 21 33 20:A 32 121 13 GCACGGTGCCTTAGCACGGTGCCTTAGCACGGTGCCTTAGCACGGTGCCTTAGCACGGTG SH1213 1213 82 64 Ile1 IleAAT tRNA 26 41 25 40 126 16 CGTTATTAGCACGGTGCGTTATTAGCACGGTGCGTTATTAGCACGGTGCGTTATTAGCAC SH1214 1214 70 122 Ile1 IleAAT tRNA 31 45 30 44 131 15 CCCGCGTTATTAGCACCCGCGTTATTAGCACCCGCGTTATTAGCACCCGCGTTATTAGCA SH1215 1215 36 120 Ile1 IleAAT tRNA 36 50 35 49 136 15 TGATCCCCGCGTTATTGATCCCCGCGTTATTGATCCCCGCGTTATTGATCCCCGCGTTAT SH1216 1216 87 200 Ile1 IleAAT tRNA 41 53 40 52 141 13 CGCTGATCCCCGCCGCTGATCCCCGCCGCTGATCCCCGCCGCTGATCCCCGCCGCTGATC SH1217 1217 96 160 Ile1 IleAAT tRNA 46 58 45 57 146 13 CGAACCGCTGATCCGAACCGCTGATCCGAACCGCTGATCCGAACCGCTGATCCGAACCGC SH1218 1218 79 104 Ile1 IleAAT tRNA 51 63 50 62 151 13 GGGATCGAACCGCGGGATCGAACCGCGGGATCGAACCGCGGGATCGAACCGCGGGATCGA SH1219 1219 29 97 Ile1 IleAAT tRNA 56 68 55 67 156 13 CTAGCGGGATCGACTAGCGGGATCGACTAGCGGGATCGACTAGCGGGATCGACTAGCGGG SH1220 1220 27 25 Ile1 IleAAT tRNA 61 73 60 72 161 13 GGTCTCTAGCGGGGGTCTCTAGCGGGGGTCTCTAGCGGGGGTCTCTAGCGGGGGTCTCTA SH1221 1221 66 153 Ile1 IleAAT tRNA/3_flank 66 3_flank 65 3_flank 166 18 gcaaaaaaaTGGTCTCTAgcaaaaaaaTGGTCTCTAgcaaaaaaaTGGTCTCTAgcaaaa SH1222 1222 77 50 Ile1 IleAAT tRNA/3_flank 71 3_flank 70 3_flank 171 20 ttgaattgcaaaaaaaTGGTttgaattgcaaaaaaaTGGTttgaattgcaaaaaaaTGGT SH1223 1223 93 181 Ile1 IleAAT 3_flank 176 21 cgttatttgaattgcaaaaaacgttatttgaattgcaaaaaacgttatttgaattgcaaa SH1224 1224 4 160 Ile1 IleAAT 3_flank 181 18 gacgttatttgaattgcagacgttatttgaattgcagacgttatttgaattgcagacgtt SH1225 1225 23 125 Ile1 IleAAT 3_flank 186 20 aataaacgacgttatttgaaaataaacgacgttatttgaaaataaacgacgttatttgaa SH1226 1226 27 143 Ile1 IleAAT 3_flank 191 22 tataaaaaataaacgacgttattataaaaaataaacgacgttattataaaaaataaacga SH1227 1227 94 88 Ile1 IleAAT 3_flank 196 23 tttttatataaaaaataaacgactttttatataaaaaataaacgactttttatataaaaa SH1228 1228 24 204 Ile1 IleAAT 3_flank 201 27 tgatttttatttttatataaaaaataatgatttttatttttatataaaaaataatgattt SH1229 1229 76 183 Ile1 IleAAT 3_flank 206 27 ctttttgatttttatttttatataaaactttttgatttttatttttatataaaacttttt SH1230 1230 99 71 Ile1 IleAAT 3_flank 211 25 attctttttgatttttatttttataattctttttgatttttatttttataattctttttg SH1231 1231 84 181 Ile1 IleAAT 3_flank 216 23 gcaattctttttgatttttatttgcaattctttttgatttttatttgcaattctttttga SH1232 1232 52 92 Ile1 IleAAT 3_flank 221 20 gcgcaattctttttgattttgcgcaattctttttgattttgcgcaattctttttgatttt SH1233 1233 93 79 Ile1 IleAAT 3_flank 226 18 cttgcgcaattctttttgcttgcgcaattctttttgcttgcgcaattctttttgcttgcg SH1234 1234 92 21 Ile1 IleAAT 3_flank 231 15 ggcttgcgcaattctggcttgcgcaattctggcttgcgcaattctggcttgcgcaattct SH1235 1235 103 6 Ile1 IleAAT 3_flank 236 13 ccgggcttgcgcaccgggcttgcgcaccgggcttgcgcaccgggcttgcgcaccgggctt SH1236 1236 13 17 Ile1 IleAAT 3_flank 241 13 cgattccgggcttcgattccgggcttcgattccgggcttcgattccgggcttcgattccg SH1237 1237 73 90 Ile1 IleAAT 3_flank 246 13 cggttcgattccgcggttcgattccgcggttcgattccgcggttcgattccgcggttcga SH1238 1238 46 117 Ile1 IleAAT 3_flank 251 13 gcccccggttcgagcccccggttcgagcccccggttcgagcccccggttcgagcccccgg SH1239 1239 99 94 Ile1 IleAAT 3_flank 256 13 gttgggcccccgggttgggcccccgggttgggcccccgggttgggcccccgggttgggcc SH1240 1240 86 66 Ile1 IleAAT 3_flank 261 13 ccatcgttgggccccatcgttgggccccatcgttgggccccatcgttgggccccatcgtt SH1241 1241 102 37 Ile2 IleTAT_i 5_flank 1 18 ttgtttcgttcaacagtattgtttcgttcaacagtattgtttcgttcaacagtattgttt SH1242 1242 80 167 Ile2 IleTAT_i 5_flank 6 17 cggcttgtttcgttcaacggcttgtttcgttcaacggcttgtttcgttcaacggcttgtt SH1243 1243 41 126 Ile2 IleTAT_i 5_flank 11 13 ccggcttgtttcgccggcttgtttcgccggcttgtttcgccggcttgtttcgccggcttg SH1244 1244 6 44 Ile2 IleTAT_i 5_flank 16 13 gagttccggcttggagttccggcttggagttccggcttggagttccggcttggagttccg SH1245 1245 15 85 Ile2 IleTAT_i 5_flank 21 15 cccttttgagttccgcccttttgagttccgcccttttgagttccgcccttttgagttccg SH1246 1246 86 183 Ile2 IleTAT_i 5_flank 26 18 cgaaattacccttttgagcgaaattacccttttgagcgaaattacccttttgagcgaaat SH1247 1247 22 26 Ile2 IleTAT_i 5_flank 31 18 tttcacgaaattaccctttttcacgaaattaccctttttcacgaaattaccctttttcac SH1248 1248 104 37 Ile2 IleTAT_i 5_flank 36 20 gattgtttttcacgaaattagattgtttttcacgaaattagattgtttttcacgaaatta SH1249 1249 2 67 Ile2 IleTAT_i 5_flank 41 18 gatgattgtttttcacgagatgattgtttttcacgagatgattgtttttcacgagatgat SH1250 1250 60 131 Ile2 IleTAT_i 5_flank 46 18 ccgtagatgattgtttttccgtagatgattgtttttccgtagatgattgtttttccgtag SH1251 1251 28 115 Ile2 IleTAT_i 5_flank 51 18 ttataccgtagatgattgttataccgtagatgattgttataccgtagatgattgttatac SH1252 1252 89 175 Ile2 IleTAT_i 5_flank 56 20 ttgttatttataccgtagatttgttatttataccgtagatttgttatttataccgtagat SH1253 1253 71 208 Ile2 IleTAT_i 5_flank 61 22 aattaaattgttatttataccgaattaaattgttatttataccgaattaaattgttattt SH1254 1254 2 90 Ile2 IleTAT_i 5_flank 66 23 gacgtaaattaaattgttatttagacgtaaattaaattgttatttagacgtaaattaaat SH1255 1255 89 65 Ile2 IleTAT_i 5_flank 71 20 gagacgtaaattaaattgttgagacgtaaattaaattgttgagacgtaaattaaattgtt SH1256 1256 60 108 Ile2 IleTAT_i 5_flank 76 20 cgaaagagacgtaaattaaacgaaagagacgtaaattaaacgaaagagacgtaaattaaa SH1257 1257 2 128 Ile2 IleTAT_i 5_flank 81 18 tttcgaaagagacgtaaatttcgaaagagacgtaaatttcgaaagagacgtaaatttcga SH1258 1258 68 155 Ile2 IleTAT_i 5_flank/tRNA 2 2 86 17 GCattttcgaaagagacGCattttcgaaagagacGCattttcgaaagagacGCattttcg SH1259 1259 102 154 Ile2 IleTAT_i 5_flank/tRNA 7 7 91 17 CACGAGCattttcgaaaCACGAGCattttcgaaaCACGAGCattttcgaaaCACGAGCat SH1260 1260 20 162 Ile2 IleTAT_i 5_flank/tRNA 12 12 96 17 AGCTACACGAGCattttAGCTACACGAGCattttAGCTACACGAGCattttAGCTACACG SH1261 1261 99 5 Ile2 IleTAT_i tRNA 1 13 1 13 101 13 GAGCTACACGAGCGAGCTACACGAGCGAGCTACACGAGCGAGCTACACGAGCGAGCTACA SH1262 1262 62 117 Ile2 IleTAT_i tRNA 6 22 6 22 106 17 CTAACCACTGAGCTACACTAACCACTGAGCTACACTAACCACTGAGCTACACTAACCACT SH1263 1263 93 146 Ile2 IleTAT_i tRNA 11 25 11 25 111 15 GCTCTAACCACTGAGGCTCTAACCACTGAGGCTCTAACCACTGAGGCTCTAACCACTGAG SH1264 1264 37 199 Ile2 IleTAT_i tRNA 16 31 16 31 116 16 CACGAAGCTCTAACCACACGAAGCTCTAACCACACGAAGCTCTAACCACACGAAGCTCTA SH1265 1265 79 30 Ile2 IleTAT_i tRNA 21 37 21 37 121 17 TATAAGCACGAAGCTCTTATAAGCACGAAGCTCTTATAAGCACGAAGCTCTTATAAGCAC SH1266 1266 67 87 Ile2 IleTAT_i tRNA/intron 26 42 26 i5 126 17 GTTGCTATAAGCACGAAGTTGCTATAAGCACGAAGTTGCTATAAGCACGAAGTTGCTATA SH1267 1267 98 6 Ile2 IleTAT_i tRNA/intron 31 47 31 i10 131 17 CGAATGTTGCTATAAGCCGAATGTTGCTATAAGCCGAATGTTGCTATAAGCCGAATGTTG SH1268 1268 52 27 Ile2 IleTAT_i tRNA/intron 36 52 36 i15 136 17 GAAACCGAATGTTGCTAGAAACCGAATGTTGCTAGAAACCGAATGTTGCTAGAAACCGAA SH1269 1269 53 171 Ile2 IleTAT_i intron 41 57 i4 i20 141 17 CTTCGGAAACCGAATGTCTTCGGAAACCGAATGTCTTCGGAAACCGAATGTCTTCGGAAA SH1270 1270 54 6 Ile2 IleTAT_i intron 46 61 i9 i24 146 16 GAAACTTCGGAAACCGGAAACTTCGGAAACCGGAAACTTCGGAAACCGGAAACTTCGGAA SH1271 1271 60 110 Ile2 IleTAT_i intron 51 66 i14 i29 151 16 GCACAGAAACTTCGGAGCACAGAAACTTCGGAGCACAGAAACTTCGGAGCACAGAAACTT SH1272 1272 46 60 Ile2 IleTAT_i intron 56 72 i19 i35 156 17 TCTTTGGCACAGAAACTTCTTTGGCACAGAAACTTCTTTGGCACAGAAACTTCTTTGGCA SH1273 1273 79 115 Ile2 IleTAT_i intron 61 75 i24 i38 161 15 AGGTCTTTGGCACAGAGGTCTTTGGCACAGAGGTCTTTGGCACAGAGGTCTTTGGCACAG SH1274 1274 14 24 Ile2 IleTAT_i intron 66 82 i29 i45 166 17 GTTTGAAAGGTCTTTGGGTTTGAAAGGTCTTTGGGTTTGAAAGGTCTTTGGGTTTGAAAG SH1275 1275 22 92 Ile2 IleTAT_i intron 71 86 i34 i49 171 16 GCCTGTTTGAAAGGTCGCCTGTTTGAAAGGTCGCCTGTTTGAAAGGTCGCCTGTTTGAAA SH1276 1276 33 185 Ile2 IleTAT_i intron 76 93 i39 i56 176 18 TTTAAAGGCCTGTTTGAATTTAAAGGCCTGTTTGAATTTAAAGGCCTGTTTGAATTTAAA SH1277 1277 54 183 Ile2 IleTAT_i intron 81 97 i44 i60 181 17 TGCTTTTAAAGGCCTGTTGCTTTTAAAGGCCTGTTGCTTTTAAAGGCCTGTTGCTTTTAA SH1278 1278 11 145 Ile2 IleTAT_i intron/tRNA 86 102 i49 42 186 17 CGCGTTGCTTTTAAAGGCGCGTTGCTTTTAAAGGCGCGTTGCTTTTAAAGGCGCGTTGCT SH1279 1279 103 46 Ile2 IleTAT_i intron/tRNA 91 105 i54 45 191 15 GGTCGCGTTGCTTTTGGTCGCGTTGCTTTTGGTCGCGTTGCTTTTGGTCGCGTTGCTTTT SH1280 1280 43 7 Ile2 IleTAT_i intron/tRNA 96 108 i59 48 196 13 GACGGTCGCGTTGGACGGTCGCGTTGGACGGTCGCGTTGGACGGTCGCGTTGGACGGTCG SH1281 1281 78 81 Ile2 IleTAT_i tRNA 101 113 41 201 13 CCCACGACGGTCGCCCACGACGGTCGCCCACGACGGTCGCCCACGACGGTCGCCCACGAC SH1282 1282 3 112 Ile2 IleTAT_i tRNA 106 120 46 206 15 GATTGAACCCACGACGATTGAACCCACGACGATTGAACCCACGACGATTGAACCCACGAC SH1283 1283 102 11 Ile2 IleTAT_i tRNA 111 123 51 211 13 GGGGATTGAACCCGGGGATTGAACCCGGGGATTGAACCCGGGGATTGAACCCGGGGATTG SH1284 1284 97 125 Ile2 IleTAT_i tRNA 116 128 56 216 13 GAGGTGGGGATTGGAGGTGGGGATTGGAGGTGGGGATTGGAGGTGGGGATTGGAGGTGGG SH1285 1285 31 44 Ile2 IleTAT_i tRNA 121 133 61 221 13 TGCTCGAGGTGGGTGCTCGAGGTGGGTGCTCGAGGTGGGTGCTCGAGGTGGGTGCTCGAG SH1286 1286 91 23 Ile2 IleTAT_i tRNA/3_flank 126 140 66 226 15 gagaaagTGCTCGAGgagaaagTGCTCGAGgagaaagTGCTCGAGgagaaagTGCTCGAG SH1287 1287 42 188 Ile2 IleTAT_i tRNA/3_flank 131 150 71 231 20 aaaaaaaaaagagaaagTGCaaaaaaaaaagagaaagTGCaaaaaaaaaagagaaagTGC SH1288 1288 12 198 Ile2 IleTAT_i 3_flank 236 23 ctttttttaaaaaaaaaagagaactttttttaaaaaaaaaagagaactttttttaaaaaa SH1289 1289 67 177 Ile2 IleTAT_i 3_flank 241 23 tgcaactttttttaaaaaaaaaatgcaactttttttaaaaaaaaaatgcaacttttttta SH1290 1290 62 158 Ile2 IleTAT_i 3_flank 246 23 aataatgcaactttttttaaaaaaataatgcaactttttttaaaaaaataatgcaacttt SH1291 1291 46 136 Ile2 IleTAT_i 3_flank 251 22 tagaaataatgcaacttttttttagaaataatgcaacttttttttagaaataatgcaact SH1292 1292 100 38 Ile2 IleTAT_i 3_flank 256 20 tgatagaaataatgcaactttgatagaaataatgcaactttgatagaaataatgcaactt SH1293 1293 74 123 Ile2 IleTAT_i 3_flank 261 19 cagttgatagaaataatgccagttgatagaaataatgccagttgatagaaataatgccag SH1294 1294 39 15 Ile2 IleTAT_i 3_flank 266 20 ctacaacagttgatagaaatctacaacagttgatagaaatctacaacagttgatagaaat SH1295 1295 83 133 Ile2 IleTAT_i 3_flank 271 18 tagctacaacagttgatatagctacaacagttgatatagctacaacagttgatatagcta SH1296 1296 92 177 Ile2 IleTAT_i 3_flank 276 17 aacgtagctacaacagtaacgtagctacaacagtaacgtagctacaacagtaacgtagct SH1297 1297 100 127 Ile2 IleTAT_i 3_flank 281 17 ggtgtaacgtagctacaggtgtaacgtagctacaggtgtaacgtagctacaggtgtaacg SH1298 1298 30 140 Ile2 IleTAT_i 3_flank 286 18 aaattaggtgtaacgtagaaattaggtgtaacgtagaaattaggtgtaacgtagaaatta SH1299 1299 28 90 Ile2 IleTAT_i 3_flank 291 20 caatacaaaattaggtgtaacaatacaaaattaggtgtaacaatacaaaattaggtgtaa SH1300 1300 3 154 Ile2 IleTAT_i 3_flank 296 20 gtctacaatacaaaattagggtctacaatacaaaattagggtctacaatacaaaattagg SH1301 1301 56 169 Ile2 IleTAT_i 3_flank 301 20 taacagtctacaatacaaaataacagtctacaatacaaaataacagtctacaatacaaaa SH1302 1302 47 136 Ile2 IleTAT_i 3_flank 306 20 ttatctaacagtctacaatattatctaacagtctacaatattatctaacagtctacaata SH1303 1303 75 169 Ile2 IleTAT_i 3_flank 311 18 ggattatctaacagtctaggattatctaacagtctaggattatctaacagtctaggatta SH1304 1304 47 26 Ile3 IleTAT_ii 5_flank 1 20 tttctgagaattctttgaattttctgagaattctttgaattttctgagaattctttgaat SH1305 1305 64 71 Ile3 IleTAT_ii 5_flank 6 18 ctctttctgagaattcttctctttctgagaattcttctctttctgagaattcttctcttt SH1306 1306 84 78 Ile3 IleTAT_ii 5_flank 11 18 aatagctctttctgagaaaatagctctttctgagaaaatagctctttctgagaaaatagc SH1307 1307 17 9 Ile3 IleTAT_ii 5_flank 16 22 aaaaaaaaaaatagctctttctaaaaaaaaaaatagctctttctaaaaaaaaaaatagct SH1308 1308 4 201 Ile3 IleTAT_ii 5_flank 21 23 tttattaaaaaaaaaaatagctctttattaaaaaaaaaaatagctctttattaaaaaaaa SH1309 1309 17 29 Ile3 IleTAT_ii 5_flank 26 27 actaataattttattaaaaaaaaaaatactaataattttattaaaaaaaaaaatactaat SH1310 1310 28 75 Ile3 IleTAT_ii 5_flank 31 25 agtactaataattttattaaaaaaaagtactaataattttattaaaaaaaagtactaata SH1311 1311 58 197 Ile3 IleTAT_ii 5_flank 36 25 gaattagtactaataattttattaagaattagtactaataattttattaagaattagtac SH1312 1312 103 62 Ile3 IleTAT_ii 5_flank 41 22 tggaattagtactaataatttttggaattagtactaataatttttggaattagtactaat SH1313 1313 15 68 Ile3 IleTAT_ii 5_flank 46 20 tactggaattagtactaatatactggaattagtactaatatactggaattagtactaata SH1314 1314 55 69 Ile3 IleTAT_ii 5_flank 51 20 atttatactggaattagtacatttatactggaattagtacatttatactggaattagtac SH1315 1315 68 81 Ile3 IleTAT_ii 5_flank 56 22 cattgttatttatactggaattcattgttatttatactggaattcattgttatttatact SH1316 1316 74 143 Ile3 IleTAT_ii 5_flank 61 22 aataacattgttatttatactgaataacattgttatttatactgaataacattgttattt SH1317 1317 59 105 Ile3 IleTAT_ii 5_flank 66 22 acgtaaataacattgttatttaacgtaaataacattgttatttaacgtaaataacattgt SH1318 1318 73 92 Ile3 IleTAT_ii 5_flank 71 20 gagacgtaaataacattgttgagacgtaaataacattgttgagacgtaaataacattgtt SH1319 1319 80 7 Ile3 IleTAT_ii 5_flank 76 19 gaaagagacgtaaataacagaaagagacgtaaataacagaaagagacgtaaataacagaa SH1320 1320 38 181 Ile3 IleTAT_ii 5_flank 81 18 tttcgaaagagacgtaaatttcgaaagagacgtaaatttcgaaagagacgtaaatttcga SH1321 1321 68 103 Ile3 IleTAT_ii 5_flank/tRNA 2 2 86 17 GCattttcgaaagagacGCattttcgaaagagacGCattttcgaaagagacGCattttcg SH1322 1322 29 213 Ile3 IleTAT_ii 5_flank/tRNA 7 7 91 17 CACGAGCattttcgaaaCACGAGCattttcgaaaCACGAGCattttcgaaaCACGAGCat SH1323 1323 36 79 Ile3 IleTAT_ii 5_flank/tRNA 12 12 96 17 AGCTACACGAGCattttAGCTACACGAGCattttAGCTACACGAGCattttAGCTACACG SH1324 1324 7 28 Ile3 IleTAT_ii tRNA 1 13 1 13 101 13 GAGCTACACGAGCGAGCTACACGAGCGAGCTACACGAGCGAGCTACACGAGCGAGCTACA SH1325 1325 12 172 Ile3 IleTAT_ii tRNA 6 22 6 22 106 17 CTAACCACTGAGCTACACTAACCACTGAGCTACACTAACCACTGAGCTACACTAACCACT SH1326 1326 40 199 Ile3 IleTAT_ii tRNA 11 25 11 25 111 15 GCTCTAACCACTGAGGCTCTAACCACTGAGGCTCTAACCACTGAGGCTCTAACCACTGAG SH1327 1327 102 15 Ile3 IleTAT_ii tRNA 16 31 16 31 116 16 CACGAAGCTCTAACCACACGAAGCTCTAACCACACGAAGCTCTAACCACACGAAGCTCTA SH1328 1328 43 5 Ile3 IleTAT_ii tRNA 21 37 21 37 121 17 TATAAGCACGAAGCTCTTATAAGCACGAAGCTCTTATAAGCACGAAGCTCTTATAAGCAC SH1329 1329 77 32 Ile3 IleTAT_ii tRNA/intron 26 42 26 i5 126 17 GTTGCTATAAGCACGAAGTTGCTATAAGCACGAAGTTGCTATAAGCACGAAGTTGCTATA SH1330 1330 33 167 Ile3 IleTAT_ii tRNA/intron 31 47 31 i10 131 17 CGAATGTTGCTATAAGCCGAATGTTGCTATAAGCCGAATGTTGCTATAAGCCGAATGTTG SH1331 1331 14 45 Ile3 IleTAT_ii tRNA/intron 36 52 36 i15 136 17 GAAACCGAATGTTGCTAGAAACCGAATGTTGCTAGAAACCGAATGTTGCTAGAAACCGAA SH1332 1332 27 15 Ile3 IleTAT_ii tRNA-intron 41 57 i4 i20 141 17 CTTCGGAAACCGAATGTCTTCGGAAACCGAATGTCTTCGGAAACCGAATGTCTTCGGAAA SH1333 1333 38 126 Ile3 IleTAT_ii tRNA-intron 46 61 i9 i24 146 16 GAAACTTCGGAAACCGGAAACTTCGGAAACCGGAAACTTCGGAAACCGGAAACTTCGGAA SH1334 1334 53 200 Ile3 IleTAT_ii tRNA-intron 51 66 i14 i29 151 16 GCACAGAAACTTCGGAGCACAGAAACTTCGGAGCACAGAAACTTCGGAGCACAGAAACTT SH1335 1335 91 65 Ile3 IleTAT_ii tRNA-intron 56 72 i19 i35 156 17 TCTTTGGCACAGAAACTTCTTTGGCACAGAAACTTCTTTGGCACAGAAACTTCTTTGGCA SH1336 1336 51 18 Ile3 IleTAT_ii tRNA-intron 61 75 i24 i38 161 15 AGGTCTTTGGCACAGAGGTCTTTGGCACAGAGGTCTTTGGCACAGAGGTCTTTGGCACAG SH1337 1337 70 135 Ile3 IleTAT_ii tRNA-intron 66 82 i29 i45 166 17 GTTTGAAAGGTCTTTGGGTTTGAAAGGTCTTTGGGTTTGAAAGGTCTTTGGGTTTGAAAG SH1338 1338 48 66 Ile3 IleTAT_ii tRNA-intron 71 86 i34 i49 171 16 GCCTGTTTGAAAGGTCGCCTGTTTGAAAGGTCGCCTGTTTGAAAGGTCGCCTGTTTGAAA SH1339 1339 43 186 Ile3 IleTAT_ii tRNA-intron 76 93 i39 i56 176 18 TTTAAAGGCCTGTTTGAATTTAAAGGCCTGTTTGAATTTAAAGGCCTGTTTGAATTTAAA SH1340 1340 100 27 Ile3 IleTAT_ii tRNA-intron 81 97 i44 i60 181 17 TGCTTTTAAAGGCCTGTTGCTTTTAAAGGCCTGTTGCTTTTAAAGGCCTGTTGCTTTTAA SH1341 1341 21 214 Ile3 IleTAT_ii intron/tRNA 86 102 i49 42 186 17 CGCGTTGCTTTTAAAGGCGCGTTGCTTTTAAAGGCGCGTTGCTTTTAAAGGCGCGTTGCT SH1342 1342 88 3 Ile3 IleTAT_ii intron/tRNA 91 105 i54 45 191 15 GGTCGCGTTGCTTTTGGTCGCGTTGCTTTTGGTCGCGTTGCTTTTGGTCGCGTTGCTTTT SH1343 1343 90 81 Ile3 IleTAT_ii intron/tRNA 96 108 i59 48 196 13 GACGGTCGCGTTGGACGGTCGCGTTGGACGGTCGCGTTGGACGGTCGCGTTGGACGGTCG SH1344 1344 45 97 Ile3 IleTAT_ii tRNA 101 113 41 53 201 13 CCCACGACGGTCGCCCACGACGGTCGCCCACGACGGTCGCCCACGACGGTCGCCCACGAC SH1345 1345 91 139 Ile3 IleTAT_ii tRNA 106 120 46 60 206 15 GTTTGAACCCACGACGTTTGAACCCACGACGTTTGAACCCACGACGTTTGAACCCACGAC SH1346 1346 68 207 Ile3 IleTAT_ii tRNA 111 123 51 63 211 13 GGGGTTTGAACCCGGGGTTTGAACCCGGGGTTTGAACCCGGGGTTTGAACCCGGGGTTTG SH1347 1347 91 205 Ile3 IleTAT_ii tRNA 116 128 56 68 216 13 GAGGTGGGGTTTGGAGGTGGGGTTTGGAGGTGGGGTTTGGAGGTGGGGTTTGGAGGTGGG SH1348 1348 60 12 Ile3 IleTAT_ii tRNA 121 133 61 73 221 13 TGCTCGAGGTGGGTGCTCGAGGTGGGTGCTCGAGGTGGGTGCTCGAGGTGGGTGCTCGAG SH1349 1349 58 182 Ile3 IleTAT_ii tRNA/3_flank 126 140 66 flank 226 15 gagaaagTGCTCGAGgagaaagTGCTCGAGgagaaagTGCTCGAGgagaaagTGCTCGAG SH1350 1350 87 95 Ile3 IleTAT_ii tRNA/3_flank 131 150 71 flank 231 20 gaaaaaaaaagagaaagTGCgaaaaaaaaagagaaagTGCgaaaaaaaaagagaaagTGC SH1351 1351 69 135 Ile3 IleTAT_ii 3_flank 236 20 cgtgtgaaaaaaaaagagaacgtgtgaaaaaaaaagagaacgtgtgaaaaaaaaagagaa SH1352 1352 81 25 Ile3 IleTAT_ii 3_flank 241 18 acgcgtgtgaaaaaaaaaacgcgtgtgaaaaaaaaaacgcgtgtgaaaaaaaaaacgcgt SH1353 1353 47 163 Ile3 IleTAT_ii 3_flank 246 17 gcaaacgcgtgtgaaaagcaaacgcgtgtgaaaagcaaacgcgtgtgaaaagcaaacgcg SH1354 1354 92 139 Ile3 IleTAT_ii 3_flank 251 15 gttgcaaacgcgtgtgttgcaaacgcgtgtgttgcaaacgcgtgtgttgcaaacgcgtgt SH1355 1355 27 2 Ile3 IleTAT_ii 3_flank 256 15 ggcatgttgcaaacgggcatgttgcaaacgggcatgttgcaaacgggcatgttgcaaacg SH1356 1356 83 8 Ile3 IleTAT_ii 3_flank 261 13 acgggcatgttgcacgggcatgttgcacgggcatgttgcacgggcatgttgcacgggcat SH1357 1357 95 73 Ile3 IleTAT_ii 3_flank 266 17 tcatgtaatacgggcattcatgtaatacgggcattcatgtaatacgggcattcatgtaat SH1358 1358 24 39 Ile3 IleTAT_ii 3_flank 271 18 ataagctcatgtaatacgataagctcatgtaatacgataagctcatgtaatacgataagc SH1359 1359 76 141 Ile3 IleTAT_ii 3_flank 276 18 gtcaaataagctcatgtagtcaaataagctcatgtagtcaaataagctcatgtagtcaaa SH1360 1360 54 104 Ile3 IleTAT_ii 3_flank 281 18 ctaaagtcaaataagctcctaaagtcaaataagctcctaaagtcaaataagctcctaaag SH1361 1361 34 80 Ile3 IleTAT_ii 3_flank 286 20 aaaccatctaaagtcaaataaaaccatctaaagtcaaataaaaccatctaaagtcaaata SH1362 1362 51 53 Ile3 IleTAT_ii 3_flank 291 18 tgaaaaccatctaaagtctgaaaaccatctaaagtctgaaaaccatctaaagtctgaaaa SH1363 1363 8 23 Ile3 IleTAT_ii 3_flank 296 18 agaactgaaaaccatctaagaactgaaaaccatctaagaactgaaaaccatctaagaact SH1364 1364 100 47 Ile3 IleTAT_ii 3_flank 301 20 aaaaaaaagaactgaaaaccaaaaaaaagaactgaaaaccaaaaaaaagaactgaaaacc SH1365 1365 46 6 Ile3 IleTAT_ii 3_flank 306 23 aaaaaaaaaaaaaaaagaactgaaaaaaaaaaaaaaaaagaactgaaaaaaaaaaaaaaa SH1366 1366 23 204 Leu1 LeuCAA_i 5_flank 1 20 cattgttcataatttgtagccattgttcataatttgtagccattgttcataatttgtagc SH1367 1367 79 191 Leu1 LeuCAA_i 5_flank 6 19 gcctcattgttcataatttgcctcattgttcataatttgcctcattgttcataatttgcc SH1368 1368 32 2 Leu1 LeuCAA_i 5_flank 11 16 cggcctcattgttcatcggcctcattgttcatcggcctcattgttcatcggcctcattgt SH1369 1369 20 197 Leu1 LeuCAA_i 5_flank 16 13 gtcggcctcattggtcggcctcattggtcggcctcattggtcggcctcattggtcggcct SH1370 1370 62 167 Leu1 LeuCAA_i 5_flank 21 15 acttcttgtcggcctacttcttgtcggcctacttcttgtcggcctacttcttgtcggcct SH1371 1371 13 92 Leu1 LeuCAA_i 5_flank 26 17 gagagtaacttcttgtcgagagtaacttcttgtcgagagtaacttcttgtcgagagtaac SH1372 1372 95 20 Leu1 LeuCAA_i 5_flank 31 20 ttttttaagagagtaacttcttttttaagagagtaacttcttttttaagagagtaacttc SH1373 1373 17 74 Leu1 LeuCAA_i 5_flank 36 19 cccattttttaagagagtacccattttttaagagagtacccattttttaagagagtaccc SH1374 1374 10 101 Leu1 LeuCAA_i 5_flank 41 20 tcatatcccattttttaagatcatatcccattttttaagatcatatcccattttttaaga SH1375 1375 23 91 Leu1 LeuCAA_i 5_flank 46 22 gtatatatcatatcccatttttgtatatatcatatcccatttttgtatatatcatatccc SH1376 1376 61 36 Leu1 LeuCAA_i 5_flank 51 20 tttgtatatatcatatcccatttgtatatatcatatcccatttgtatatatcatatccca SH1377 1377 98 78 Leu1 LeuCAA_i 5_flank 56 22 tcatatgtttgtatatatcatatcatatgtttgtatatatcatatcatatgtttgtatat SH1378 1378 17 61 Leu1 LeuCAA_i 5_flank 61 22 ttgtatcatatgtttgtatatattgtatcatatgtttgtatatattgtatcatatgtttg SH1379 1379 81 5 Leu1 LeuCAA_i 5_flank 66 22 aatttttgtatcatatgtttgtaatttttgtatcatatgtttgtaatttttgtatcatat SH1380 1380 58 129 Leu1 LeuCAA_i 5_flank 71 22 gttgaaatttttgtatcatatggttgaaatttttgtatcatatggttgaaatttttgtat SH1381 1381 79 182 Leu1 LeuCAA_i 5_flank 76 22 tatttgttgaaatttttgtatctatttgttgaaatttttgtatctatttgttgaaatttt SH1382 1382 38 30 Leu1 LeuCAA_i 5_flank/tRNA 5_flank 2 5_flank 2 81 22 CCacttatttgttgaaatttttCCacttatttgttgaaatttttCCacttatttgttgaa SH1383 1383 53 56 Leu1 LeuCAA_i 5_flank/tRNA 5_flank 5 5_flank 5 86 20 CAACCacttatttgttgaaaCAACCacttatttgttgaaaCAACCacttatttgttgaaa SH1384 1384 21 50 Leu1 LeuCAA_i 5_flank/tRNA 5_flank 9 5_flank 9 91 19 CAAACAACCacttatttgtCAAACAACCacttatttgtCAAACAACCacttatttgtCAA SH1385 1385 12 4 Leu1 LeuCAA_i 5_flank/tRNA 5_flank 12 5_flank 12 96 17 GGCCAAACAACCacttaGGCCAAACAACCacttaGGCCAAACAACCacttaGGCCAAACA SH1386 1386 66 161 Leu1 LeuCAA_i tRNA 1 13 1 13 101 13 CGGCCAAACAACCCGGCCAAACAACCCGGCCAAACAACCCGGCCAAACAACCCGGCCAAA SH1387 1387 61 183 Leu1 LeuCAA_i tRNA 6 18 6 19 106 13 CCGCTCGGCCAAACCGCTCGGCCAAACCGCTCGGCCAAACCGCTCGGCCAAACCGCTCGG SH1388 1388 70 128 Leu1 LeuCAA_i tRNA 11 23 11 22 111 13 TTAGACCGCTCGGTTAGACCGCTCGGTTAGACCGCTCGGTTAGACCGCTCGGTTAGACCG SH1389 1389 69 45 Leu1 LeuCAA_i tRNA 16 28 16 27 116 13 GCGCCTTAGACCGGCGCCTTAGACCGGCGCCTTAGACCGGCGCCTTAGACCGGCGCCTTA SH1390 1390 16 194 Leu1 LeuCAA_i tRNA 21 35 20:B 34 121 15 GAATCAGGCGCCTTAGAATCAGGCGCCTTAGAATCAGGCGCCTTAGAATCAGGCGCCTTA SH1391 1391 77 8 Leu1 LeuCAA_i tRNA/intron 26 42 25 i4 126 17 TTTTCTTGAATCAGGCGTTTTCTTGAATCAGGCGTTTTCTTGAATCAGGCGTTTTCTTGA SH1392 1392 95 178 Leu1 LeuCAA_i tRNA/intron 31 50 30 i12 131 20 TCAAGATTTTTTCTTGAATCTCAAGATTTTTTCTTGAATCTCAAGATTTTTTCTTGAATC SH1393 1393 42 143 Leu1 LeuCAA_i tRNA/intron 36 53 35 i15 136 18 CGGTCAAGATTTTTTCTTCGGTCAAGATTTTTTCTTCGGTCAAGATTTTTTCTTCGGTCA SH1394 1394 9 103 Leu1 LeuCAA_i tRNA-intron 41 57 i3 i19 141 17 ACTGCGGTCAAGATTTTACTGCGGTCAAGATTTTACTGCGGTCAAGATTTTACTGCGGTC SH1395 1395 27 154 Leu1 LeuCAA_i tRNA-intron 46 58 i8 i20 146 13 CACTGCGGTCAAGCACTGCGGTCAAGCACTGCGGTCAAGCACTGCGGTCAAGCACTGCGG SH1396 1396 30 89 Leu1 LeuCAA_i tRNA-intron 51 63 i13 i25 151 13 CAGTTCACTGCGGCAGTTCACTGCGGCAGTTCACTGCGGCAGTTCACTGCGGCAGTTCAC SH1397 1397 13 26 Leu1 LeuCAA_i tRNA-intron 56 72 i18 38 156 17 GTATTCCCACAGTTCACGTATTCCCACAGTTCACGTATTCCCACAGTTCACGTATTCCCA SH1398 1398 83 10 Leu1 LeuCAA_i intron/tRNA 61 76 i23 42 161 16 CTGAGTATTCCCACAGCTGAGTATTCCCACAGCTGAGTATTCCCACAGCTGAGTATTCCC SH1399 1399 49 123 Leu1 LeuCAA_i intron/tRNA 66 82 i28 e1 166 17 CGATACCTGAGTATTCCCGATACCTGAGTATTCCCGATACCTGAGTATTCCCGATACCTG SH1400 1400 72 39 Leu1 LeuCAA_i intron/tRNA 71 87 i33 e22 171 17 TCTTACGATACCTGAGTTCTTACGATACCTGAGTTCTTACGATACCTGAGTTCTTACGAT SH1401 1401 84 51 Leu1 LeuCAA_i tRNA 76 92 42 50 176 17 TTGCATCTTACGATACCTTGCATCTTACGATACCTTGCATCTTACGATACCTTGCATCTT SH1402 1402 6 15 Leu1 LeuCAA_i tRNA 81 97 e13 55 181 17 AACTCTTGCATCTTACGAACTCTTGCATCTTACGAACTCTTGCATCTTACGAACTCTTGC SH1403 1403 38 19 Leu1 LeuCAA_i tRNA 86 102 e23 60 186 17 ATTCGAACTCTTGCATCATTCGAACTCTTGCATCATTCGAACTCTTGCATCATTCGAACT SH1404 1404 33 107 Leu1 LeuCAA_i tRNA 91 108 49 66 191 18 TAAGAGATTCGAACTCTTTAAGAGATTCGAACTCTTTAAGAGATTCGAACTCTTTAAGAG SH1405 1405 26 67 Leu1 LeuCAA_i tRNA 96 113 54 71 196 18 GTTGCTAAGAGATTCGAAGTTGCTAAGAGATTCGAAGTTGCTAAGAGATTCGAAGTTGCT SH1406 1406 101 153 Leu1 LeuCAA_i tRNA 101 3_flank 59 76 201 18 tatTGGTTGCTAAGAGATtatTGGTTGCTAAGAGATtatTGGTTGCTAAGAGATtatTGG SH1407 1407 7 121 Leu1 LeuCAA_i tRNA/3_flank 106 3_flank 64 3_flank 206 21 ctaaaaaatatTGGTTGCTAActaaaaaatatTGGTTGCTAActaaaaaatatTGGTTGC SH1408 1408 71 11 Leu1 LeuCAA_i tRNA/3_flank 111 3_flank 69 3_flank 211 22 tgtaaactaaaaaatatTGGTTtgtaaactaaaaaatatTGGTTtgtaaactaaaaaata SH1409 1409 88 30 Leu1 LeuCAA_i 3_flank 216 25 gaaaaaaatgtaaactaaaaaatatgaaaaaaatgtaaactaaaaaatatgaaaaaaatg SH1410 1410 59 153 Leu1 LeuCAA_i 3_flank 221 22 ccgaaaaaaatgtaaactaaaaccgaaaaaaatgtaaactaaaaccgaaaaaaatgtaaa SH1411 1411 98 15 Leu1 LeuCAA_i 3_flank 226 18 cccgaaaaaaatgtaaaccccgaaaaaaatgtaaaccccgaaaaaaatgtaaaccccgaa SH1412 1412 38 65 Leu1 LeuCAA_i 3_flank 231 18 ctatccccgaaaaaaatgctatccccgaaaaaaatgctatccccgaaaaaaatgctatcc SH1413 1413 10 157 Leu1 LeuCAA_i 3_flank 236 17 atgactatccccgaaaaatgactatccccgaaaaatgactatccccgaaaaatgactatc SH1414 1414 77 198 Leu1 LeuCAA_i 3_flank 241 16 ctctatgactatccccctctatgactatccccctctatgactatccccctctatgactat SH1415 1415 33 211 Leu1 LeuCAA_i 3_flank 246 17 tggatcctctatgactatggatcctctatgactatggatcctctatgactatggatcctc SH1416 1416 86 200 Leu1 LeuCAA_i 3_flank 251 17 gaaggtggatcctctatgaaggtggatcctctatgaaggtggatcctctatgaaggtgga SH1417 1417 4 51 Leu1 LeuCAA_i 3_flank 256 15 gatgaaggtggatccgatgaaggtggatccgatgaaggtggatccgatgaaggtggatcc SH1418 1418 32 17 Leu1 LeuCAA_i 3_flank 261 15 gctgagatgaaggtggctgagatgaaggtggctgagatgaaggtggctgagatgaaggtg SH1419 1419 104 132 Leu1 LeuCAA_i 3_flank 266 15 ggacagctgagatgaggacagctgagatgaggacagctgagatgaggacagctgagatga SH1420 1420 67 191 Leu1 LeuCAA_i 3_flank 271 17 ttaatgtggacagctgattaatgtggacagctgattaatgtggacagctgattaatgtgg SH1421 1421 21 175 Leu1 LeuCAA_i 3_flank 276 16 ggccttaatgtggacaggccttaatgtggacaggccttaatgtggacaggccttaatgtg SH1422 1422 80 32 Leu1 LeuCAA_i 3_flank 281 17 agctttggccttaatgtagctttggccttaatgtagctttggccttaatgtagctttggc SH1423 1423 83 83 Leu1 LeuCAA_i 3_flank 286 18 tttattagctttggcctttttattagctttggcctttttattagctttggcctttttatt SH1424 1424 13 149 Leu1 LeuCAA_i 3_flank 291 18 gccactttattagctttggccactttattagctttggccactttattagctttggccact SH1425 1425 56 5 Leu1 LeuCAA_i 3_flank 296 18 tatgtgccactttattagtatgtgccactttattagtatgtgccactttattagtatgtg SH1426 1426 33 78 Leu2 LeuCAA_ii 5_flank 1 20 atggttatataaagcattctatggttatataaagcattctatggttatataaagcattct SH1427 1427 49 191 Leu2 LeuCAA_ii 5_flank 6 18 cacatggttatataaagccacatggttatataaagccacatggttatataaagccacatg SH1428 1428 54 202 Leu2 LeuCAA_ii 5_flank 11 20 attcaaacacatggttatatattcaaacacatggttatatattcaaacacatggttatat SH1429 1429 98 120 Leu2 LeuCAA_ii 5_flank 16 18 ctaattcaaacacatggtctaattcaaacacatggtctaattcaaacacatggtctaatt SH1430 1430 42 3 Leu2 LeuCAA_ii 5_flank 21 18 gatcgctaattcaaacacgatcgctaattcaaacacgatcgctaattcaaacacgatcgc SH1431 1431 7 108 Leu2 LeuCAA_ii 5_flank 26 17 agctgatcgctaattcaagctgatcgctaattcaagctgatcgctaattcaagctgatcg SH1432 1432 103 178 Leu2 LeuCAA_ii 5_flank 31 18 gttattagctgatcgctagttattagctgatcgctagttattagctgatcgctagttatt SH1433 1433 72 54 Leu2 LeuCAA_ii 5_flank 36 18 gacttgttattagctgatgacttgttattagctgatgacttgttattagctgatgacttg SH1434 1434 66 159 Leu2 LeuCAA_ii 5_flank 41 18 acactgacttgttattagacactgacttgttattagacactgacttgttattagacactg SH1435 1435 73 47 Leu2 LeuCAA_ii 5_flank 46 17 ttggacactgacttgttttggacactgacttgttttggacactgacttgttttggacact SH1436 1436 40 36 Leu2 LeuCAA_ii 5_flank 51 17 actatttggacactgacactatttggacactgacactatttggacactgacactatttgg SH1437 1437 8 158 Leu2 LeuCAA_ii 5_flank 56 20 atgttttaactatttggacaatgttttaactatttggacaatgttttaactatttggaca SH1438 1438 50 100 Leu2 LeuCAA_ii 5_flank 61 21 gtcacaatgttttaactatttgtcacaatgttttaactatttgtcacaatgttttaacta SH1439 1439 6 152 Leu2 LeuCAA_ii 5_flank 66 18 gggtcacaatgttttaacgggtcacaatgttttaacgggtcacaatgttttaacgggtca SH1440 1440 96 185 Leu2 LeuCAA_ii 5_flank 71 18 tatttgggtcacaatgtttatttgggtcacaatgtttatttgggtcacaatgtttatttg SH1441 1441 79 16 Leu2 LeuCAA_ii 5_flank 76 17 gtgatatttgggtcacagtgatatttgggtcacagtgatatttgggtcacagtgatattt SH1442 1442 47 193 Leu2 LeuCAA_ii 5_flank 81 19 cttatttgtgatatttgggcttatttgtgatatttgggcttatttgtgatatttgggctt SH1443 1443 16 46 Leu2 LeuCAA_ii 5_flank - tRNA5 5_flank 5 5_flank 5 86 20 CAACCacttatttgtgatatCAACCacttatttgtgatatCAACCacttatttgtgatat SH1444 1444 54 16 Leu2 LeuCAA_ii 5_flank - tRNA9 5_flank 9 5_flank 9 91 19 CAAACAACCacttatttgtCAAACAACCacttatttgtCAAACAACCacttatttgtCAA SH1445 1445 32 141 Leu2 LeuCAA_ii 5_flank - tRNA12 5_flank 12 5_flank 12 96 17 GGCCAAACAACCacttaGGCCAAACAACCacttaGGCCAAACAACCacttaGGCCAAACA SH1446 1446 13 134 Leu2 LeuCAA_ii tRNA 1 13 1 13 101 13 CGGCCAAACAACCCGGCCAAACAACCCGGCCAAACAACCCGGCCAAACAACCCGGCCAAA SH1447 1447 78 63 Leu2 LeuCAA_ii tRNA 6 18 6 19 106 13 CCGCTCGGCCAAACCGCTCGGCCAAACCGCTCGGCCAAACCGCTCGGCCAAACCGCTCGG SH1448 1448 73 134 Leu2 LeuCAA_ii tRNA 11 23 11 22 111 13 TTAGACCGCTCGGTTAGACCGCTCGGTTAGACCGCTCGGTTAGACCGCTCGGTTAGACCG SH1449 1449 29 177 Leu2 LeuCAA_ii tRNA 16 28 16 27 116 13 GCGCCTTAGACCGGCGCCTTAGACCGGCGCCTTAGACCGGCGCCTTAGACCGGCGCCTTA SH1450 1450 20 32 Leu2 LeuCAA_ii tRNA 21 35 20:B 34 121 15 GAATCAGGCGCCTTAGAATCAGGCGCCTTAGAATCAGGCGCCTTAGAATCAGGCGCCTTA SH1451 1451 83 204 Leu2 LeuCAA_ii tRNA/intron 26 42 25 i4 126 17 ATTTCTTGAATCAGGCGATTTCTTGAATCAGGCGATTTCTTGAATCAGGCGATTTCTTGA SH1452 1452 10 168 Leu2 LeuCAA_ii tRNA/intron 31 50 30 i12 131 20 GTCAAGATATTTCTTGAATCGTCAAGATATTTCTTGAATCGTCAAGATATTTCTTGAATC SH1453 1453 59 3 Leu2 LeuCAA_ii tRNA/intron 36 53 35 i15 136 18 GCGGTCAAGATATTTCTTGCGGTCAAGATATTTCTTGCGGTCAAGATATTTCTTGCGGTC SH1454 1454 17 186 Leu2 LeuCAA_ii tRNA-intron 41 57 i3 i19 141 17 CACTGCGGTCAAGATATCACTGCGGTCAAGATATCACTGCGGTCAAGATATCACTGCGGT SH1455 1455 43 191 Leu2 LeuCAA_ii tRNA-intron 46 60 i8 i22 146 15 GTTCACTGCGGTCAAGTTCACTGCGGTCAAGTTCACTGCGGTCAAGTTCACTGCGGTCAA SH1456 1456 66 100 Leu2 LeuCAA_ii tRNA-intron 51 65 i13 i27 151 15 CCACAGTTCACTGCGCCACAGTTCACTGCGCCACAGTTCACTGCGCCACAGTTCACTGCG SH1457 1457 102 179 Leu2 LeuCAA_ii intron/tRNA 56 72 i18 i33 156 17 AGTATTCCCACAGTTCAAGTATTCCCACAGTTCAAGTATTCCCACAGTTCAAGTATTCCC SH1458 1458 12 131 Leu2 LeuCAA_ii intron/tRNA 61 76 i22 43 161 16 CCTGAGTATTCCCACACCTGAGTATTCCCACACCTGAGTATTCCCACACCTGAGTATTCC SH1459 1459 48 113 Leu2 LeuCAA_ii intron/tRNA 66 82 i28 e2 166 17 ACGATACCTGAGTATTCACGATACCTGAGTATTCACGATACCTGAGTATTCACGATACCT SH1460 1460 62 34 Leu2 LeuCAA_ii tRNA 71 87 38 e21 171 17 ATCTTACGATACCTGAGATCTTACGATACCTGAGATCTTACGATACCTGAGATCTTACGA SH1461 1461 12 93 Leu2 LeuCAA_ii tRNA 76 92 43 51 176 17 CTTGCATCTTACGATACCTTGCATCTTACGATACCTTGCATCTTACGATACCTTGCATCT SH1462 1462 75 174 Leu2 LeuCAA_ii tRNA 81 97 e1 56 181 17 GAACTCTTGCATCTTACGAACTCTTGCATCTTACGAACTCTTGCATCTTACGAACTCTTG SH1463 1463 94 80 Leu2 LeuCAA_ii tRNA 86 102 e22 61 186 17 GATTCGAACTCTTGCATGATTCGAACTCTTGCATGATTCGAACTCTTGCATGATTCGAAC SH1464 1464 91 82 Leu2 LeuCAA_ii tRNA 91 108 50 67 191 18 CTAAGAGATTCGAACTCTCTAAGAGATTCGAACTCTCTAAGAGATTCGAACTCTCTAAGA SH1465 1465 34 93 Leu2 LeuCAA_ii tRNA 96 112 55 71 196 17 GTTGCTAAGAGATTCGAGTTGCTAAGAGATTCGAGTTGCTAAGAGATTCGAGTTGCTAAG SH1466 1466 47 109 Leu2 LeuCAA_ii tRNA + 3_flank 101 3_flank 60 3_flank 201 18 ataaTGGTTGCTAAGAGAataaTGGTTGCTAAGAGAataaTGGTTGCTAAGAGAataaTG SH1467 1467 35 15 Leu2 LeuCAA_ii tRNA + 3_flank 106 3_flank 65 3_flank 206 20 agaaaaaataaTGGTTGCTAagaaaaaataaTGGTTGCTAagaaaaaataaTGGTTGCTA SH1468 1468 81 23 Leu2 LeuCAA_ii tRNA + 3_flank 111 3_flank 70 3_flank 211 21 ggaaaaagaaaaaataaTGGTggaaaaagaaaaaataaTGGTggaaaaagaaaaaataaT SH1469 1469 29 76 Leu2 LeuCAA_ii 3_flank 216 20 aggaggaaaaagaaaaaataaggaggaaaaagaaaaaataaggaggaaaaagaaaaaata SH1470 1470 90 61 Leu2 LeuCAA_ii 3_flank 221 19 gtataggaggaaaaagaaagtataggaggaaaaagaaagtataggaggaaaaagaaagta SH1471 1471 81 127 Leu2 LeuCAA_ii 3_flank 226 18 tgaagtataggaggaaaatgaagtataggaggaaaatgaagtataggaggaaaatgaagt SH1472 1472 88 10 Leu2 LeuCAA_ii 3_flank 231 18 gattatgaagtataggaggattatgaagtataggaggattatgaagtataggaggattat SH1473 1473 50 166 Leu2 LeuCAA_ii 3_flank 236 20 ctacgtagattatgaagtatctacgtagattatgaagtatctacgtagattatgaagtat SH1474 1474 90 18 Leu2 LeuCAA_ii 3_flank 241 18 ttcctacgtagattatgattcctacgtagattatgattcctacgtagattatgattccta SH1475 1475 23 25 Leu2 LeuCAA_ii 3_flank 246 18 tttcattcctacgtagattttcattcctacgtagattttcattcctacgtagattttcat SH1476 1476 76 146 Leu2 LeuCAA_ii 3_flank 251 17 gtactttcattcctacggtactttcattcctacggtactttcattcctacggtactttca SH1477 1477 99 200 Leu2 LeuCAA_ii 3_flank 256 18 atgttggtactttcattcatgttggtactttcattcatgttggtactttcattcatgttg SH1478 1478 8 53 Leu2 LeuCAA_ii 3_flank 261 19 ggtataatgttggtactttggtataatgttggtactttggtataatgttggtactttggt SH1479 1479 28 116 Leu2 LeuCAA_ii 3_flank 266 18 cattggtataatgttggtcattggtataatgttggtcattggtataatgttggtcattgg SH1480 1480 93 6 Leu2 LeuCAA_ii 3_flank 271 17 ccctcattggtataatgccctcattggtataatgccctcattggtataatgccctcattg SH1481 1481 92 92 Leu2 LeuCAA_ii 3_flank 276 16 cacaccctcattggtacacaccctcattggtacacaccctcattggtacacaccctcatt SH1482 1482 28 189 Leu2 LeuCAA_ii 3_flank 281 16 cgaaacacaccctcatcgaaacacaccctcatcgaaacacaccctcatcgaaacacaccc SH1483 1483 81 86 Leu2 LeuCAA_ii 3_flank 286 15 tccacgaaacacacctccacgaaacacacctccacgaaacacacctccacgaaacacacc SH1484 1484 27 104 Leu2 LeuCAA_ii 3_flank 291 17 atatgcatccacgaaacatatgcatccacgaaacatatgcatccacgaaacatatgcatc SH1485 1485 66 140 Leu2 LeuCAA_ii 3_flank 296 17 agagtatatgcatccacagagtatatgcatccacagagtatatgcatccacagagtatat SH1486 1486 51 47 Leu3 LeuCAA_iii 5_flank 1 17 acagaagaaacccttgtacagaagaaacccttgtacagaagaaacccttgtacagaagaa SH1487 1487 87 149 Leu3 LeuCAA_iii 5_flank 6 17 tgttcacagaagaaacctgttcacagaagaaacctgttcacagaagaaacctgttcacag SH1488 1488 29 155 Leu3 LeuCAA_iii 5_flank 11 18 tcaaaatgttcacagaagtcaaaatgttcacagaagtcaaaatgttcacagaagtcaaaa SH1489 1489 41 127 Leu3 LeuCAA_iii 5_flank 16 20 gtacaattcaaaatgttcacgtacaattcaaaatgttcacgtacaattcaaaatgttcac SH1490 1490 34 44 Leu3 LeuCAA_iii 5_flank 21 18 agcgtacaattcaaaatgagcgtacaattcaaaatgagcgtacaattcaaaatgagcgta SH1491 1491 51 156 Leu3 LeuCAA_iii 5_flank 26 18 tcttaagcgtacaattcatcttaagcgtacaattcatcttaagcgtacaattcatcttaa SH1492 1492 47 98 Leu3 LeuCAA_iii 5_flank 31 18 tatcatcttaagcgtacatatcatcttaagcgtacatatcatcttaagcgtacatatcat SH1493 1493 60 36 Leu3 LeuCAA_iii 5_flank 36 18 ggtattatcatcttaagcggtattatcatcttaagcggtattatcatcttaagcggtatt SH1494 1494 39 36 Leu3 LeuCAA_iii 5_flank 41 19 cagttaggtattatcatctcagttaggtattatcatctcagttaggtattatcatctcag SH1495 1495 55 28 Leu3 LeuCAA_iii 5_flank 46 19 ggaatcagttaggtattatggaatcagttaggtattatggaatcagttaggtattatgga SH1496 1496 65 40 Leu3 LeuCAA_iii 5_flank 51 17 gttggaatcagttaggtgttggaatcagttaggtgttggaatcagttaggtgttggaatc SH1497 1497 85 66 Leu3 LeuCAA_iii 5_flank 56 18 atataggttggaatcagtatataggttggaatcagtatataggttggaatcagtatatag SH1498 1498 93 203 Leu3 LeuCAA_iii 5_flank 61 19 ctactaatataggttggaactactaatataggttggaactactaatataggttggaacta SH1499 1499 22 159 Leu3 LeuCAA_iii 5_flank 66 18 ggttctactaatataggtggttctactaatataggtggttctactaatataggtggttct SH1500 1500 25 208 Leu3 LeuCAA_iii 5_flank 71 18 gtttcggttctactaatagtttcggttctactaatagtttcggttctactaatagtttcg SH1501 1501 97 5 Leu3 LeuCAA_iii 5_flank 76 17 gtatgtttcggttctacgtatgtttcggttctacgtatgtttcggttctacgtatgtttc SH1502 1502 98 46 Leu3 LeuCAA_iii 5_flank 81 19 cttatttgtatgtttcggtcttatttgtatgtttcggtcttatttgtatgtttcggtctt SH1503 1503 36 158 Leu3 LeuCAA_iii 5_flank - tRNA5 5_flank 5 5_flank 5 86 20 CAACCacttatttgtatgttCAACCacttatttgtatgttCAACCacttatttgtatgtt SH1504 1504 36 39 Leu3 LeuCAA_iii 5_flank - tRNA9 5_flank 9 5_flank 9 91 19 CAAACAACCacttatttgtCAAACAACCacttatttgtCAAACAACCacttatttgtCAA SH1505 1505 99 198 Leu3 LeuCAA_iii 5_flank - tRNA12 5_flank 12 5_flank 12 96 17 GGCCAAACAACCacttaGGCCAAACAACCacttaGGCCAAACAACCacttaGGCCAAACA SH1506 1506 22 212 Leu3 LeuCAA_iii tRNA 1 13 1 13 101 13 CGGCCAAACAACCCGGCCAAACAACCCGGCCAAACAACCCGGCCAAACAACCCGGCCAAA SH1507 1507 47 50 Leu3 LeuCAA_iii tRNA 6 18 6 19 106 13 CCGCTCGGCCAAACCGCTCGGCCAAACCGCTCGGCCAAACCGCTCGGCCAAACCGCTCGG SH1508 1508 11 69 Leu3 LeuCAA_iii tRNA 11 23 11 22 111 13 TTAGACCGCTCGGTTAGACCGCTCGGTTAGACCGCTCGGTTAGACCGCTCGGTTAGACCG SH1509 1509 63 50 Leu3 LeuCAA_iii tRNA 16 28 16 27 116 13 GCGCCTTAGACCGGCGCCTTAGACCGGCGCCTTAGACCGGCGCCTTAGACCGGCGCCTTA SH1510 1510 39 102 Leu3 LeuCAA_iii tRNA 21 35 20:B 34 121 15 GAATCAGGCGCCTTAGAATCAGGCGCCTTAGAATCAGGCGCCTTAGAATCAGGCGCCTTA SH1511 1511 58 214 Leu3 LeuCAA_iii tRNA/intron 26 40 25 i2 126 15 TGCTTGAATCAGGCGTGCTTGAATCAGGCGTGCTTGAATCAGGCGTGCTTGAATCAGGCG SH1512 1512 4 87 Leu3 LeuCAA_iii tRNA/intron 31 48 30 i10 131 18 CAAGATATTGCTTGAATCCAAGATATTGCTTGAATCCAAGATATTGCTTGAATCCAAGAT SH1513 1513 51 99 Leu3 LeuCAA_iii tRNA/intron 36 52 35 i13 136 17 CGGTCAAGATATTGCTTCGGTCAAGATATTGCTTCGGTCAAGATATTGCTTCGGTCAAGA SH1514 1514 52 69 Leu3 LeuCAA_iii tRNA-intron 41 57 i3 i18 141 17 AACTGCGGTCAAGATATAACTGCGGTCAAGATATAACTGCGGTCAAGATATAACTGCGGT SH1515 1515 49 110 Leu3 LeuCAA_iii tRNA-intron 46 62 i8 i23 146 17 CAGTTAACTGCGGTCAACAGTTAACTGCGGTCAACAGTTAACTGCGGTCAACAGTTAACT SH1516 1516 58 52 Leu3 LeuCAA_iii tRNA-intron 51 65 i13 i27 151 15 CCACAGTTAACTGCGCCACAGTTAACTGCGCCACAGTTAACTGCGCCACAGTTAACTGCG SH1517 1517 35 199 Leu3 LeuCAA_iii intron/tRNA 56 73 i18 40 156 18 GAGTATTCCCACAGTTAAGAGTATTCCCACAGTTAAGAGTATTCCCACAGTTAAGAGTAT SH1518 1518 30 201 Leu3 LeuCAA_iii intron/tRNA 61 76 i23 43 161 16 CCTGAGTATTCCCACACCTGAGTATTCCCACACCTGAGTATTCCCACACCTGAGTATTCC SH1519 1519 50 197 Leu3 LeuCAA_iii intron/tRNA 66 82 i28 e2 166 17 ACGATACCTGAGTATTCACGATACCTGAGTATTCACGATACCTGAGTATTCACGATACCT SH1520 1520 2 115 Leu3 LeuCAA_iii tRNA 71 87 38 e21 171 17 ATCTTACGATACCTGAGATCTTACGATACCTGAGATCTTACGATACCTGAGATCTTACGA SH1521 1521 12 165 Leu3 LeuCAA_iii tRNA 76 92 43 51 176 17 CTTGCATCTTACGATACCTTGCATCTTACGATACCTTGCATCTTACGATACCTTGCATCT SH1522 1522 102 147 Leu3 LeuCAA_iii tRNA 81 97 e1 56 181 17 GAACTCTTGCATCTTACGAACTCTTGCATCTTACGAACTCTTGCATCTTACGAACTCTTG SH1523 1523 96 177 Leu3 LeuCAA_iii tRNA 86 102 e22 61 186 17 GATTCGAACTCTTGCATGATTCGAACTCTTGCATGATTCGAACTCTTGCATGATTCGAAC SH1524 1524 14 15 Leu3 LeuCAA_iii tRNA 91 108 50 67 191 18 CTAAGAGATTCGAACTCTCTAAGAGATTCGAACTCTCTAAGAGATTCGAACTCTCTAAGA SH1525 1525 61 11 Leu3 LeuCAA_iii tRNA 96 112 55 71 196 17 GTTGCTAAGAGATTCGAGTTGCTAAGAGATTCGAGTTGCTAAGAGATTCGAGTTGCTAAG SH1526 1526 75 212 Leu3 LeuCAA_iii 101-114 + 3_flank 101 3_flank 60 3_flank 201 18 ataaTGGTTGCTAAGAGAataaTGGTTGCTAAGAGAataaTGGTTGCTAAGAGAataaTG SH1527 1527 33 6 Leu3 LeuCAA_iii 106-114 + 3_flank 106 3_flank 65 3_flank 206 21 gataaaaaataaTGGTTGCTAgataaaaaataaTGGTTGCTAgataaaaaataaTGGTTG SH1528 1528 47 8 Leu3 LeuCAA_iii 111-114 + 3_flank 111 3_flank 70 3_flank 211 22 caaaaagataaaaaataaTGGTcaaaaagataaaaaataaTGGTcaaaaagataaaaaat SH1529 1529 96 213 Leu3 LeuCAA_iii 3_flank 216 22 agaaccaaaaagataaaaaataagaaccaaaaagataaaaaataagaaccaaaaagataa SH1530 1530 42 171 Leu3 LeuCAA_iii 3_flank 221 20 cacagaaccaaaaagataaacacagaaccaaaaagataaacacagaaccaaaaagataaa SH1531 1531 42 158 Leu3 LeuCAA_iii 3_flank 226 18 gatcacagaaccaaaaaggatcacagaaccaaaaaggatcacagaaccaaaaaggatcac SH1532 1532 43 30 Leu3 LeuCAA_iii 3_flank 231 17 gcttgatcacagaaccagcttgatcacagaaccagcttgatcacagaaccagcttgatca SH1533 1533 97 110 Leu3 LeuCAA_iii 3_flank 236 16 ggtagcttgatcacagggtagcttgatcacagggtagcttgatcacagggtagcttgatc SH1534 1534 31 109 Leu3 LeuCAA_iii 3_flank 241 15 cgcgggtagcttgatcgcgggtagcttgatcgcgggtagcttgatcgcgggtagcttgat SH1535 1535 60 75 Leu3 LeuCAA_iii 3_flank 246 13 aaacgcgggtagcaaacgcgggtagcaaacgcgggtagcaaacgcgggtagcaaacgcgg SH1536 1536 65 101 Leu3 LeuCAA_iii 3_flank 251 13 gcttcaaacgcgggcttcaaacgcgggcttcaaacgcgggcttcaaacgcgggcttcaaa SH1537 1537 60 80 Leu3 LeuCAA_iii 3_flank 256 17 ctttagtcggcttcaaactttagtcggcttcaaactttagtcggcttcaaactttagtcg SH1538 1538 92 110 Leu3 LeuCAA_iii 3_flank 261 15 cgtctttagtcggctcgtctttagtcggctcgtctttagtcggctcgtctttagtcggct SH1539 1539 67 35 Leu3 LeuCAA_iii 3_flank 266 20 taatttttctcgtctttagttaatttttctcgtctttagttaatttttctcgtctttagt SH1540 1540 44 175 Leu3 LeuCAA_iii 3_flank 271 18 gtctaatttttctcgtctgtctaatttttctcgtctgtctaatttttctcgtctgtctaa SH1541 1541 32 201 Leu3 LeuCAA_iii 3_flank 276 20 aatgaaggtctaatttttctaatgaaggtctaatttttctaatgaaggtctaatttttct SH1542 1542 98 25 Leu3 LeuCAA_iii 3_flank 281 20 gcaaaaatgaaggtctaattgcaaaaatgaaggtctaattgcaaaaatgaaggtctaatt SH1543 1543 87 74 Leu3 LeuCAA_iii 3_flank 286 17 aggcaaaaatgaaggtcaggcaaaaatgaaggtcaggcaaaaatgaaggtcaggcaaaaa SH1544 1544 36 89 Leu3 LeuCAA_iii 3_flank 291 18 gcaaacaggcaaaaatgagcaaacaggcaaaaatgagcaaacaggcaaaaatgagcaaac SH1545 1545 97 116 Leu3 LeuCAA_iii 3_flank 296 16 gcagcaaacaggcaaagcagcaaacaggcaaagcagcaaacaggcaaagcagcaaacagg SH1546 1546 29 33 Leu4 LeuCAA_iv 5_flank 1 20 aattgattttgaagagaatgaattgattttgaagagaatgaattgattttgaagagaatg SH1547 1547 46 47 Leu4 LeuCAA_iv 5_flank 6 19 ggacaattgattttgaagaggacaattgattttgaagaggacaattgattttgaagagga SH1548 1548 24 179 Leu4 LeuCAA_iv 5_flank 11 19 gtacaggacaattgattttgtacaggacaattgattttgtacaggacaattgattttgta SH1549 1549 30 43 Leu4 LeuCAA_iv 5_flank 16 17 gaagtacaggacaattggaagtacaggacaattggaagtacaggacaattggaagtacag SH1550 1550 34 153 Leu4 LeuCAA_iv 5_flank 21 16 caaggaagtacaggaccaaggaagtacaggaccaaggaagtacaggaccaaggaagtaca SH1551 1551 71 159 Leu4 LeuCAA_iv 5_flank 26 17 catgaacaaggaagtaccatgaacaaggaagtaccatgaacaaggaagtaccatgaacaa SH1552 1552 86 171 Leu4 LeuCAA_iv 5_flank 31 17 acacacatgaacaaggaacacacatgaacaaggaacacacatgaacaaggaacacacatg SH1553 1553 101 73 Leu4 LeuCAA_iv 5_flank 36 18 ttttgaacacacatgaacttttgaacacacatgaacttttgaacacacatgaacttttga SH1554 1554 4 96 Leu4 LeuCAA_iv 5_flank 41 18 aacgtttttgaacacacaaacgtttttgaacacacaaacgtttttgaacacacaaacgtt SH1555 1555 53 35 Leu4 LeuCAA_iv 5_flank 46 22 tataaatataacgtttttgaactataaatataacgtttttgaactataaatataacgttt SH1556 1556 63 203 Leu4 LeuCAA_iv 5_flank 51 22 tatcctataaatataacgtttttatcctataaatataacgtttttatcctataaatataa SH1557 1557 77 201 Leu4 LeuCAA_iv 5_flank 56 23 tataattatcctataaatataactataattatcctataaatataactataattatcctat SH1558 1558 98 210 Leu4 LeuCAA_iv 5_flank 61 22 agagtataattatcctataaatagagtataattatcctataaatagagtataattatcct SH1559 1559 9 27 Leu4 LeuCAA_iv 5_flank 66 22 gaaatagagtataattatcctagaaatagagtataattatcctagaaatagagtataatt SH1560 1560 11 195 Leu4 LeuCAA_iv 5_flank 71 22 gttgagaaatagagtataattagttgagaaatagagtataattagttgagaaatagagta SH1561 1561 2 25 Leu4 LeuCAA_iv 5_flank 76 20 cttgttgagaaatagagtatcttgttgagaaatagagtatcttgttgagaaatagagtat SH1562 1562 54 151 Leu4 LeuCAA_iv 5_flank 81 20 aattacttgttgagaaatagaattacttgttgagaaatagaattacttgttgagaaatag SH1563 1563 85 98 Leu4 LeuCAA_iv 5_flank - tRNA3 5_flank 3 5_flank 3 86 18 ACCaattacttgttgagaACCaattacttgttgagaACCaattacttgttgagaACCaat SH1564 1564 45 100 Leu4 LeuCAA_iv 5_flank - tRNA9 5_flank 9 5_flank 9 91 19 CAAACAACCaattacttgtCAAACAACCaattacttgtCAAACAACCaattacttgtCAA SH1565 1565 47 191 Leu4 LeuCAA_iv 5_flank - tRNA12 5_flank 12 5_flank 12 96 17 GGCCAAACAACCaattaGGCCAAACAACCaattaGGCCAAACAACCaattaGGCCAAACA SH1566 1566 51 72 Leu4 LeuCAA_iv tRNA 1 13 1 13 101 13 CGGCCAAACAACCCGGCCAAACAACCCGGCCAAACAACCCGGCCAAACAACCCGGCCAAA SH1567 1567 47 121 Leu4 LeuCAA_iv tRNA 6 18 6 19 106 13 CCGCTCGGCCAAACCGCTCGGCCAAACCGCTCGGCCAAACCGCTCGGCCAAACCGCTCGG SH1568 1568 97 86 Leu4 LeuCAA_iv tRNA 11 23 11 22 111 13 TTAGACCGCTCGGTTAGACCGCTCGGTTAGACCGCTCGGTTAGACCGCTCGGTTAGACCG SH1569 1569 12 168 Leu4 LeuCAA_iv tRNA 16 28 16 27 116 13 GCGCCTTAGACCGGCGCCTTAGACCGGCGCCTTAGACCGGCGCCTTAGACCGGCGCCTTA SH1570 1570 32 143 Leu4 LeuCAA_iv tRNA 21 35 20:B 34 121 15 GAATCAGGCGCCTTAGAATCAGGCGCCTTAGAATCAGGCGCCTTAGAATCAGGCGCCTTA SH1571 1571 93 163 Leu4 LeuCAA_iv tRNA/intron 26 42 25 i4 126 17 ATTTCTTGAATCAGGCGATTTCTTGAATCAGGCGATTTCTTGAATCAGGCGATTTCTTGA SH1572 1572 72 74 Leu4 LeuCAA_iv tRNA/intron 31 50 30 i12 131 20 GTCAAGATATTTCTTGAATCGTCAAGATATTTCTTGAATCGTCAAGATATTTCTTGAATC SH1573 1573 100 106 Leu4 LeuCAA_iv tRNA/intron 36 53 35 i15 136 18 GCGGTCAAGATATTTCTTGCGGTCAAGATATTTCTTGCGGTCAAGATATTTCTTGCGGTC SH1574 1574 25 58 Leu4 LeuCAA_iv tRNA-intron 41 57 i3 i19 141 17 AACTGCGGTCAAGATATAACTGCGGTCAAGATATAACTGCGGTCAAGATATAACTGCGGT SH1575 1575 2 51 Leu4 LeuCAA_iv tRNA-intron 46 62 i8 i24 146 17 CAGTTAACTGCGGTCAACAGTTAACTGCGGTCAACAGTTAACTGCGGTCAACAGTTAACT SH1576 1576 63 158 Leu4 LeuCAA_iv tRNA-intron 51 65 i13 i27 151 15 CCACAGTTAACTGCGCCACAGTTAACTGCGCCACAGTTAACTGCGCCACAGTTAACTGCG SH1577 1577 53 212 Leu4 LeuCAA_iv intron/tRNA 56 73 i18 40 156 18 GAGTATTCCCACAGTTAAGAGTATTCCCACAGTTAAGAGTATTCCCACAGTTAAGAGTAT SH1578 1578 15 163 Leu4 LeuCAA_iv intron/tRNA 61 76 i23 43 161 16 CCTGAGTATTCCCACACCTGAGTATTCCCACACCTGAGTATTCCCACACCTGAGTATTCC SH1579 1579 77 167 Leu4 LeuCAA_iv intron/tRNA 66 82 i28 e2 166 17 ACGATACCTGAGTATTCACGATACCTGAGTATTCACGATACCTGAGTATTCACGATACCT SH1580 1580 42 71 Leu4 LeuCAA_iv intron/tRNA 71 87 i32 e21 171 17 ATCTTACGATACCTGAGATCTTACGATACCTGAGATCTTACGATACCTGAGATCTTACGA SH1581 1581 42 42 Leu4 LeuCAA_iv tRNA 76 92 43 51 176 17 CTTGCATCTTACGATACCTTGCATCTTACGATACCTTGCATCTTACGATACCTTGCATCT SH1582 1582 9 177 Leu4 LeuCAA_iv tRNA 81 97 e1 56 181 17 GAACTCTTGCATCTTACGAACTCTTGCATCTTACGAACTCTTGCATCTTACGAACTCTTG SH1583 1583 46 179 Leu4 LeuCAA_iv tRNA 86 102 e22 61 186 17 GATTCGAACTCTTGCATGATTCGAACTCTTGCATGATTCGAACTCTTGCATGATTCGAAC SH1584 1584 91 194 Leu4 LeuCAA_iv tRNA 91 108 50 67 191 18 CTAAGAGATTCGAACTCTCTAAGAGATTCGAACTCTCTAAGAGATTCGAACTCTCTAAGA SH1585 1585 21 54 Leu4 LeuCAA_iv tRNA 96 112 55 71 196 17 GTTGCTAAGAGATTCGAGTTGCTAAGAGATTCGAGTTGCTAAGAGATTCGAGTTGCTAAG SH1586 1586 69 178 Leu4 LeuCAA_iv 101-114 + 3_flank 101 3_flank 60 3_flank 201 18 ataaTGGTTGCTAAGAGAataaTGGTTGCTAAGAGAataaTGGTTGCTAAGAGAataaTG SH1587 1587 51 137 Leu4 LeuCAA_iv 106-114 + 3_flank 106 3_flank 65 3_flank 206 20 gaaaaaaataaTGGTTGCTAgaaaaaaataaTGGTTGCTAgaaaaaaataaTGGTTGCTA SH1588 1588 53 91 Leu4 LeuCAA_iv 111-114 + 3_flank 111 3_flank 70 3_flank 211 20 ttgaggaaaaaaataaTGGTttgaggaaaaaaataaTGGTttgaggaaaaaaataaTGGT SH1589 1589 76 133 Leu4 LeuCAA_iv 3_flank 216 21 gttatgttgaggaaaaaaatagttatgttgaggaaaaaaatagttatgttgaggaaaaaa SH1590 1590 22 122 Leu4 LeuCAA_iv 3_flank 221 18 tcgttatgttgaggaaaatcgttatgttgaggaaaatcgttatgttgaggaaaatcgtta SH1591 1591 47 137 Leu4 LeuCAA_iv 3_flank 226 17 gttctcgttatgttgaggttctcgttatgttgaggttctcgttatgttgaggttctcgtt SH1592 1592 59 35 Leu4 LeuCAA_iv 3_flank 231 17 tgtgtgttctcgttatgtgtgtgttctcgttatgtgtgtgttctcgttatgtgtgtgttc SH1593 1593 21 134 Leu4 LeuCAA_iv 3_flank 236 15 ccctgtgtgttctcgccctgtgtgttctcgccctgtgtgttctcgccctgtgtgttctcg SH1594 1594 20 206 Leu4 LeuCAA_iv 3_flank 241 13 cgcccctgtgtgtcgcccctgtgtgtcgcccctgtgtgtcgcccctgtgtgtcgcccctg SH1595 1595 41 182 Leu4 LeuCAA_iv 3_flank 246 13 gatagcgcccctggatagcgcccctggatagcgcccctggatagcgcccctggatagcgc SH1596 1596 13 89 Leu4 LeuCAA_iv 3_flank 251 13 tgtgcgatagcgctgtgcgatagcgctgtgcgatagcgctgtgcgatagcgctgtgcgat SH1597 1597 63 18 Leu4 LeuCAA_iv 3_flank 256 18 aatttgattctgtgcgataatttgattctgtgcgataatttgattctgtgcgataatttg SH1598 1598 19 96 Leu4 LeuCAA_iv 3_flank 261 18 catcgaatttgattctgtcatcgaatttgattctgtcatcgaatttgattctgtcatcga SH1599 1599 29 39 Leu4 LeuCAA_iv 3_flank 266 18 ccagtcatcgaatttgatccagtcatcgaatttgatccagtcatcgaatttgatccagtc SH1600 1600 5 186 Leu4 LeuCAA_iv 3_flank 271 18 aatttccagtcatcgaataatttccagtcatcgaataatttccagtcatcgaataatttc SH1601 1601 28 24 Leu4 LeuCAA_iv 3_flank 276 20 aacaaaaaatttccagtcataacaaaaaatttccagtcataacaaaaaatttccagtcat SH1602 1602 93 167 Leu4 LeuCAA_iv 3_flank 281 22 tgaaattaacaaaaaatttccatgaaattaacaaaaaatttccatgaaattaacaaaaaa SH1603 1603 54 160 Leu4 LeuCAA_iv 3_flank 286 21 cctctgaaattaacaaaaaatcctctgaaattaacaaaaaatcctctgaaattaacaaaa SH1604 1604 50 45 Leu4 LeuCAA_iv 3_flank 291 18 gacctctgaaattaacaagacctctgaaattaacaagacctctgaaattaacaagacctc SH1605 1605 11 164 Leu4 LeuCAA_iv 3_flank 296 16 ggcgacctctgaaattggcgacctctgaaattggcgacctctgaaattggcgacctctga SH1606 1606 29 22 Leu4 LeuCAA_iv 3_flank 301 13 caggcgacctctgcaggcgacctctgcaggcgacctctgcaggcgacctctgcaggcgac SH1607 1607 9 152 Leu5 LeuCAA_v 5_flank 1 17 tgcgtatactcaacctatgcgtatactcaacctatgcgtatactcaacctatgcgtatac SH1608 1608 11 154 Leu5 LeuCAA_v 5_flank 6 19 gtttatttgcgtatactcagtttatttgcgtatactcagtttatttgcgtatactcagtt SH1609 1609 97 95 Leu5 LeuCAA_v 5_flank 11 18 caacgtttatttgcgtatcaacgtttatttgcgtatcaacgtttatttgcgtatcaacgt SH1610 1610 80 194 Leu5 LeuCAA_v 5_flank 16 20 caatttccaacgtttatttgcaatttccaacgtttatttgcaatttccaacgtttatttg SH1611 1611 70 197 Leu5 LeuCAA_v 5_flank 21 17 gccaatttccaacgtttgccaatttccaacgtttgccaatttccaacgtttgccaatttc SH1612 1612 22 14 Leu5 LeuCAA_v 5_flank 26 18 attctagccaatttccaaattctagccaatttccaaattctagccaatttccaaattcta SH1613 1613 2 174 Leu5 LeuCAA_v 5_flank 31 20 ttttaacattctagccaattttttaacattctagccaattttttaacattctagccaatt SH1614 1614 48 125 Leu5 LeuCAA_v 5_flank 36 20 gttttttttaacattctagcgttttttttaacattctagcgttttttttaacattctagc SH1615 1615 56 143 Leu5 LeuCAA_v 5_flank 41 23 taatgaatgttttttttaacatttaatgaatgttttttttaacatttaatgaatgttttt SH1616 1616 54 88 Leu5 LeuCAA_v 5_flank 46 23 ccttttaatgaatgttttttttaccttttaatgaatgttttttttaccttttaatgaatg SH1617 1617 93 63 Leu5 LeuCAA_v 5_flank 51 21 gaaccttttaatgaatgttttgaaccttttaatgaatgttttgaaccttttaatgaatgt SH1618 1618 44 82 Leu5 LeuCAA_v 5_flank 56 21 gaaaagaaccttttaatgaatgaaaagaaccttttaatgaatgaaaagaaccttttaatg SH1619 1619 26 100 Leu5 LeuCAA_v 5_flank 61 20 atacgaaaagaaccttttaaatacgaaaagaaccttttaaatacgaaaagaaccttttaa SH1620 1620 65 133 Leu5 LeuCAA_v 5_flank 66 18 gttatacgaaaagaacctgttatacgaaaagaacctgttatacgaaaagaacctgttata SH1621 1621 59 129 Leu5 LeuCAA_v 5_flank 71 20 tgtaaaagttatacgaaaagtgtaaaagttatacgaaaagtgtaaaagttatacgaaaag SH1622 1622 60 51 Leu5 LeuCAA_v 5_flank 76 20 tttgttgtaaaagttatacgtttgttgtaaaagttatacgtttgttgtaaaagttatacg SH1623 1623 98 79 Leu5 LeuCAA_v 5_flank - tRNA1 5_flank 1 5_flank 1 81 21 CacttatttgttgtaaaagttCacttatttgttgtaaaagttCacttatttgttgtaaaa SH1624 1624 83 151 Leu5 LeuCAA_v 5_flank - tRNA5 5_flank 5 5_flank 5 86 20 CAACCacttatttgttgtaaCAACCacttatttgttgtaaCAACCacttatttgttgtaa SH1625 1625 23 138 Leu5 LeuCAA_v 5_flank - tRNA9 5_flank 9 5_flank 9 91 19 CAAACAACCacttatttgtCAAACAACCacttatttgtCAAACAACCacttatttgtCAA SH1626 1626 82 106 Leu5 LeuCAA_v 5_flank - tRNA12 5_flank 12 5_flank 12 96 17 GGCCAAACAACCacttaGGCCAAACAACCacttaGGCCAAACAACCacttaGGCCAAACA SH1627 1627 83 193 Leu5 LeuCAA_v tRNA 1 13 1 13 101 13 CGGCCAAACAACCCGGCCAAACAACCCGGCCAAACAACCCGGCCAAACAACCCGGCCAAA SH1628 1628 24 122 Leu5 LeuCAA_v tRNA 6 18 6 19 106 13 CCGCTCGGCCAAACCGCTCGGCCAAACCGCTCGGCCAAACCGCTCGGCCAAACCGCTCGG SH1629 1629 4 212 Leu5 LeuCAA_v tRNA 11 23 11 22 111 13 TTAGACCGCTCGGTTAGACCGCTCGGTTAGACCGCTCGGTTAGACCGCTCGGTTAGACCG SH1630 1630 74 133 Leu5 LeuCAA_v tRNA 16 28 16 27 116 13 GCGCCTTAGACCGGCGCCTTAGACCGGCGCCTTAGACCGGCGCCTTAGACCGGCGCCTTA SH1631 1631 95 89 Leu5 LeuCAA_v tRNA 21 35 20:B 34 121 15 GAATCAGGCGCCTTAGAATCAGGCGCCTTAGAATCAGGCGCCTTAGAATCAGGCGCCTTA SH1632 1632 81 51 Leu5 LeuCAA_v tRNA/intron 26 42 25 i4 126 17 TTTTCTTGAATCAGGCGTTTTCTTGAATCAGGCGTTTTCTTGAATCAGGCGTTTTCTTGA SH1633 1633 17 14 Leu5 LeuCAA_v tRNA/intron 31 50 30 i12 131 20 TCAAGATATTTTCTTGAATCTCAAGATATTTTCTTGAATCTCAAGATATTTTCTTGAATC SH1634 1634 40 97 Leu5 LeuCAA_v tRNA/intron 36 54 35 i16 136 19 GCAGTCAAGATATTTTCTTGCAGTCAAGATATTTTCTTGCAGTCAAGATATTTTCTTGCA SH1635 1635 75 213 Leu5 LeuCAA_v tRNA-intron 41 58 i3 i20 141 18 AACTGCAGTCAAGATATTAACTGCAGTCAAGATATTAACTGCAGTCAAGATATTAACTGC SH1636 1636 45 138 Leu5 LeuCAA_v tRNA-intron 46 62 i8 i24 146 17 AGTTAACTGCAGTCAAGAGTTAACTGCAGTCAAGAGTTAACTGCAGTCAAGAGTTAACTG SH1637 1637 26 171 Leu5 LeuCAA_v tRNA-intron 51 67 i13 i29 151 17 CCTACAGTTAACTGCAGCCTACAGTTAACTGCAGCCTACAGTTAACTGCAGCCTACAGTT SH1638 1638 56 195 Leu5 LeuCAA_v intron/tRNA 56 73 i18 39 156 18 AGTATTCCTACAGTTAACAGTATTCCTACAGTTAACAGTATTCCTACAGTTAACAGTATT SH1639 1639 101 201 Leu5 LeuCAA_v intron/tRNA 61 77 i23 43 161 17 CCTGAGTATTCCTACAGCCTGAGTATTCCTACAGCCTGAGTATTCCTACAGCCTGAGTAT SH1640 1640 64 128 Leu5 LeuCAA_v intron/tRNA 66 82 i28 e1 166 17 CGATACCTGAGTATTCCCGATACCTGAGTATTCCCGATACCTGAGTATTCCCGATACCTG SH1641 1641 27 77 Leu5 LeuCAA_v intron/tRNA 71 87 i33 e22 171 17 TCTTACGATACCTGAGTTCTTACGATACCTGAGTTCTTACGATACCTGAGTTCTTACGAT SH1642 1642 80 75 Leu5 LeuCAA_v tRNA 76 92 42 50 176 17 TTGCATCTTACGATACCTTGCATCTTACGATACCTTGCATCTTACGATACCTTGCATCTT SH1643 1643 93 38 Leu5 LeuCAA_v tRNA 81 97 e13 55 181 17 AACTCTTGCATCTTACGAACTCTTGCATCTTACGAACTCTTGCATCTTACGAACTCTTGC SH1644 1644 103 146 Leu5 LeuCAA_v tRNA 86 102 e23 60 186 17 ATTCGAACTCTTGCATCATTCGAACTCTTGCATCATTCGAACTCTTGCATCATTCGAACT SH1645 1645 85 148 Leu5 LeuCAA_v tRNA 91 108 49 66 191 18 TAAGAGATTCGAACTCTTTAAGAGATTCGAACTCTTTAAGAGATTCGAACTCTTTAAGAG SH1646 1646 98 203 Leu5 LeuCAA_v tRNA 96 113 54 71 196 18 GTTGCTAAGAGATTCGAAGTTGCTAAGAGATTCGAAGTTGCTAAGAGATTCGAAGTTGCT SH1647 1647 73 175 Leu5 LeuCAA_v tRNA 101 118 59 76 201 18 taaTGGTTGCTAAGAGATtaaTGGTTGCTAAGAGATtaaTGGTTGCTAAGAGATtaaTGG SH1648 1648 81 49 Leu5 LeuCAA_v 106-115 + 3_flank 106 3_flank 64 3_flank 206 20 gcaaaaataaTGGTTGCTAAgcaaaaataaTGGTTGCTAAgcaaaaataaTGGTTGCTAA SH1649 1649 31 164 Leu5 LeuCAA_v 111-115 + 3_flank 111 3_flank 69 3_flank 211 19 gaaggcaaaaataaTGGTTgaaggcaaaaataaTGGTTgaaggcaaaaataaTGGTTgaa SH1650 1650 68 210 Leu5 LeuCAA_v 3_flank 216 18 ttcggaaggcaaaaataattcggaaggcaaaaataattcggaaggcaaaaataattcgga SH1651 1651 3 205 Leu5 LeuCAA_v 3_flank 221 18 aaattttcggaaggcaaaaaattttcggaaggcaaaaaattttcggaaggcaaaaaattt SH1652 1652 40 150 Leu5 LeuCAA_v 3_flank 226 18 cttcaaaattttcggaagcttcaaaattttcggaagcttcaaaattttcggaagcttcaa SH1653 1653 8 208 Leu5 LeuCAA_v 3_flank 231 20 tatgtagcttcaaaattttctatgtagcttcaaaattttctatgtagcttcaaaattttc SH1654 1654 81 165 Leu5 LeuCAA_v 3_flank 236 20 gctaatatgtagcttcaaaagctaatatgtagcttcaaaagctaatatgtagcttcaaaa SH1655 1655 15 86 Leu5 LeuCAA_v 3_flank 241 18 agtgctaatatgtagcttagtgctaatatgtagcttagtgctaatatgtagcttagtgct SH1656 1656 95 14 Leu5 LeuCAA_v 3_flank 246 18 agaagagtgctaatatgtagaagagtgctaatatgtagaagagtgctaatatgtagaaga SH1657 1657 46 148 Leu5 LeuCAA_v 3_flank 251 17 ctgaagaagagtgctaactgaagaagagtgctaactgaagaagagtgctaactgaagaag SH1658 1658 3 186 Leu5 LeuCAA_v 3_flank 256 17 gacatctgaagaagagtgacatctgaagaagagtgacatctgaagaagagtgacatctga SH1659 1659 53 175 Leu5 LeuCAA_v 3_flank 261 17 tgtctgacatctgaagatgtctgacatctgaagatgtctgacatctgaagatgtctgaca SH1660 1660 29 18 Leu5 LeuCAA_v 3_flank 266 17 cacgttgtctgacatctcacgttgtctgacatctcacgttgtctgacatctcacgttgtc SH1661 1661 90 151 Leu5 LeuCAA_v 3_flank 271 15 ctgcacgttgtctgactgcacgttgtctgactgcacgttgtctgactgcacgttgtctga SH1662 1662 53 21 Leu5 LeuCAA_v 3_flank 276 15 agatgctgcacgttgagatgctgcacgttgagatgctgcacgttgagatgctgcacgttg SH1663 1663 22 28 Leu5 LeuCAA_v 3_flank 281 18 ggaaaaaaagatgctgcaggaaaaaaagatgctgcaggaaaaaaagatgctgcaggaaaa SH1664 1664 22 158 Leu5 LeuCAA_v 3_flank 286 18 tggtaggaaaaaaagatgtggtaggaaaaaaagatgtggtaggaaaaaaagatgtggtag SH1665 1665 39 10 Leu5 LeuCAA_v 3_flank 291 20 tattcaatggtaggaaaaaatattcaatggtaggaaaaaatattcaatggtaggaaaaaa SH1666 1666 9 150 Leu5 LeuCAA_v 3_flank 296 20 atatatattcaatggtaggaatatatattcaatggtaggaatatatattcaatggtagga SH1667 1667 91 196 Leu6 LeuGAG 5_flank 1 16 gtcaattactccggaggtcaattactccggaggtcaattactccggaggtcaattactcc SH1668 1668 33 103 Leu6 LeuGAG 5_flank 6 20 caaaatcaagtcaattactccaaaatcaagtcaattactccaaaatcaagtcaattactc SH1669 1669 43 56 Leu6 LeuGAG 5_flank 11 20 ctttgcaaaatcaagtcaatctttgcaaaatcaagtcaatctttgcaaaatcaagtcaat SH1670 1670 50 137 Leu6 LeuGAG 5_flank 16 18 aagctttgcaaaatcaagaagctttgcaaaatcaagaagctttgcaaaatcaagaagctt SH1671 1671 35 16 Leu6 LeuGAG 5_flank 21 18 aagtgaagctttgcaaaaaagtgaagctttgcaaaaaagtgaagctttgcaaaaaagtga SH1672 1672 16 14 Leu6 LeuGAG 5_flank 26 18 catttaagtgaagctttgcatttaagtgaagctttgcatttaagtgaagctttgcattta SH1673 1673 71 178 Leu6 LeuGAG 5_flank 31 17 acgccatttaagtgaagacgccatttaagtgaagacgccatttaagtgaagacgccattt SH1674 1674 37 203 Leu6 LeuGAG 5_flank 36 18 gaagatacgccatttaaggaagatacgccatttaaggaagatacgccatttaaggaagat SH1675 1675 99 31 Leu6 LeuGAG 5_flank 41 17 aaaggaagatacgccataaaggaagatacgccataaaggaagatacgccataaaggaaga SH1676 1676 46 54 Leu6 LeuGAG 5_flank 46 21 caatttataaaaggaagataccaatttataaaaggaagataccaatttataaaaggaaga SH1677 1677 99 159 Leu6 LeuGAG 5_flank 51 20 aacgcaatttataaaaggaaaacgcaatttataaaaggaaaacgcaatttataaaaggaa SH1678 1678 13 138 Leu6 LeuGAG 5_flank 56 20 aagcaaacgcaatttataaaaagcaaacgcaatttataaaaagcaaacgcaatttataaa SH1679 1679 94 150 Leu6 LeuGAG 5_flank 61 20 gaataaagcaaacgcaatttgaataaagcaaacgcaatttgaataaagcaaacgcaattt SH1680 1680 11 133 Leu6 LeuGAG 5_flank 66 17 gggaataaagcaaacgcgggaataaagcaaacgcgggaataaagcaaacgcgggaataaa SH1681 1681 15 37 Leu6 LeuGAG 5_flank 71 17 ggtaagggaataaagcaggtaagggaataaagcaggtaagggaataaagcaggtaaggga SH1682 1682 41 83 Leu6 LeuGAG 5_flank 76 17 tgttgggtaagggaatatgttgggtaagggaatatgttgggtaagggaatatgttgggta SH1683 1683 27 195 Leu6 LeuGAG 5_flank 81 16 catctgttgggtaaggcatctgttgggtaaggcatctgttgggtaaggcatctgttgggt SH1684 1684 67 208 Leu6 LeuGAG 5_flank - tRNA2 5_flank 2 5_flank 2 86 17 CCaattcatctgttgggCCaattcatctgttgggCCaattcatctgttgggCCaattcat SH1685 1685 57 212 Leu6 LeuGAG 5_flank - tRNA7 5_flank 7 5_flank 7 91 17 GAGTACCaattcatctgGAGTACCaattcatctgGAGTACCaattcatctgGAGTACCaa SH1686 1686 74 98 Leu6 LeuGAG 5_flank - tRNA 11 5_flank 11 5_flank 11 96 16 GCCAGAGTACCaattcGCCAGAGTACCaattcGCCAGAGTACCaattcGCCAGAGTACCa SH1687 1687 10 46 Leu6 LeuGAG tRNA 1 13 1 13 101 13 CGGCCAGAGTACCCGGCCAGAGTACCCGGCCAGAGTACCCGGCCAGAGTACCCGGCCAGA SH1688 1688 24 90 Leu6 LeuGAG tRNA 6 18 6 18 106 13 CCACTCGGCCAGACCACTCGGCCAGACCACTCGGCCAGACCACTCGGCCAGACCACTCGG SH1689 1689 101 106 Leu6 LeuGAG tRNA 11 25 11 25 111 15 CCTTAGACCACTCGGCCTTAGACCACTCGGCCTTAGACCACTCGGCCTTAGACCACTCGG SH1690 1690 37 75 Leu6 LeuGAG tRNA 16 30 16 30 116 15 TGACGCCTTAGACCATGACGCCTTAGACCATGACGCCTTAGACCATGACGCCTTAGACCA SH1691 1691 85 13 Leu6 LeuGAG tRNA 21 35 21 35 121 15 CGACCTGACGCCTTACGACCTGACGCCTTACGACCTGACGCCTTACGACCTGACGCCTTA SH1692 1692 98 196 Leu6 LeuGAG tRNA 26 38 26 38 126 13 CCTCGACCTGACGCCTCGACCTGACGCCTCGACCTGACGCCTCGACCTGACGCCTCGACC SH1693 1693 94 172 Leu6 LeuGAG tRNA 31 43 31 43 131 13 CAGGACCTCGACCCAGGACCTCGACCCAGGACCTCGACCCAGGACCTCGACCCAGGACCT SH1694 1694 50 187 Leu6 LeuGAG tRNA 36 51 36 51 136 16 GAAGAGATCAGGACCTGAAGAGATCAGGACCTGAAGAGATCAGGACCTGAAGAGATCAGG SH1695 1695 12 32 Leu6 LeuGAG tRNA 41 55 41 55 141 15 CTCCGAAGAGATCAGCTCCGAAGAGATCAGCTCCGAAGAGATCAGCTCCGAAGAGATCAG SH1696 1696 89 42 Leu6 LeuGAG tRNA 46 58 46 58 146 13 CGCCTCCGAAGAGCGCCTCCGAAGAGCGCCTCCGAAGAGCGCCTCCGAAGAGCGCCTCCG SH1697 1697 19 165 Leu6 LeuGAG tRNA 51 63 51 63 151 13 ACCCGCGCCTCCGACCCGCGCCTCCGACCCGCGCCTCCGACCCGCGCCTCCGACCCGCGC SH1698 1698 69 24 Leu6 LeuGAG tRNA 56 68 56 68 156 13 TTTGAACCCGCGCTTTGAACCCGCGCTTTGAACCCGCGCTTTGAACCCGCGCTTTGAACC SH1699 1699 43 169 Leu6 LeuGAG tRNA 61 73 61 73 161 13 CGGGGTTTGAACCCGGGGTTTGAACCCGGGGTTTGAACCCGGGGTTTGAACCCGGGGTTT SH1700 1700 31 64 Leu6 LeuGAG tRNA 66 78 66 78 166 13 ACCCGCGGGGTTTACCCGCGGGGTTTACCCGCGGGGTTTACCCGCGGGGTTTACCCGCGG SH1701 1701 80 17 Leu6 LeuGAG tRNA 71 83 71 83 171 13 tTGATACCCGCGGtTGATACCCGCGGtTGATACCCGCGGtTGATACCCGCGGtTGATACC SH1702 1702 100 145 Leu6 LeuGAG 76-84 + 3_flank 76 3_flank 76 3_flank 176 22 gattcaaaaaaatatTGATACCgattcaaaaaaatatTGATACCgattcaaaaaaatatT SH1703 1703 27 44 Leu6 LeuGAG 81-84 + 3_flank 81 3_flank 81 3_flank 181 21 cgtagattcaaaaaaatatTGcgtagattcaaaaaaatatTGcgtagattcaaaaaaata SH1704 1704 100 63 Leu6 LeuGAG 3_flank 186 19 gtgcgtagattcaaaaaaagtgcgtagattcaaaaaaagtgcgtagattcaaaaaaagtg SH1705 1705 97 46 Leu6 LeuGAG 3_flank 191 17 gaagtgcgtagattcaagaagtgcgtagattcaagaagtgcgtagattcaagaagtgcgt SH1706 1706 82 149 Leu6 LeuGAG 3_flank 196 18 cttattgaagtgcgtagacttattgaagtgcgtagacttattgaagtgcgtagacttatt SH1707 1707 39 150 Leu6 LeuGAG 3_flank 201 19 ctaattcttattgaagtgcctaattcttattgaagtgcctaattcttattgaagtgccta SH1708 1708 64 114 Leu6 LeuGAG 3_flank 206 18 cagcctaattcttattgacagcctaattcttattgacagcctaattcttattgacagcct SH1709 1709 20 200 Leu6 LeuGAG 3_flank 211 18 cctaacagcctaattcttcctaacagcctaattcttcctaacagcctaattcttcctaac SH1710 1710 59 133 Leu6 LeuGAG 3_flank 216 17 ctatcctaacagcctaactatcctaacagcctaactatcctaacagcctaactatcctaa SH1711 1711 100 11 Leu6 LeuGAG 3_flank 221 18 aaaatgctatcctaacagaaaatgctatcctaacagaaaatgctatcctaacagaaaatg SH1712 1712 38 52 Leu6 LeuGAG 3_flank 226 20 tagaaaaaaaatgctatccttagaaaaaaaatgctatccttagaaaaaaaatgctatcct SH1713 1713 15 213 Leu6 LeuGAG 3_flank 231 20 gtacatagaaaaaaaatgctgtacatagaaaaaaaatgctgtacatagaaaaaaaatgct SH1714 1714 16 130 Leu6 LeuGAG 3_flank 236 21 cttttggtacatagaaaaaaacttttggtacatagaaaaaaacttttggtacatagaaaa SH1715 1715 60 207 Leu6 LeuGAG 3_flank 241 20 aatacttttggtacatagaaaatacttttggtacatagaaaatacttttggtacatagaa SH1716 1716 70 198 Leu6 LeuGAG 3_flank 246 20 gtatgaatacttttggtacagtatgaatacttttggtacagtatgaatacttttggtaca SH1717 1717 103 198 Leu6 LeuGAG 3_flank 251 18 cacgtatgaatacttttgcacgtatgaatacttttgcacgtatgaatacttttgcacgta SH1718 1718 14 5 Leu6 LeuGAG 3_flank 256 17 gagccacgtatgaatacgagccacgtatgaatacgagccacgtatgaatacgagccacgt SH1719 1719 104 15 Leu6 LeuGAG 3_flank 261 13 ggagccacgtatgggagccacgtatgggagccacgtatgggagccacgtatgggagccac SH1720 1720 8 45 Leu6 LeuGAG 3_flank 266 15 gtaacaaggagccacgtaacaaggagccacgtaacaaggagccacgtaacaaggagccac SH1721 1721 94 72 Leu7 LeuTAA 5_flank 1 18 ctttgagattccattgttctttgagattccattgttctttgagattccattgttctttga SH1722 1722 5 178 Leu7 LeuTAA 5_flank 6 20 taataatctttgagattccataataatctttgagattccataataatctttgagattcca SH1723 1723 96 56 Leu7 LeuTAA 5_flank 11 23 gaataatttaataatctttgagagaataatttaataatctttgagagaataatttaataa SH1724 1724 60 125 Leu7 LeuTAA 5_flank 16 22 ctgtgaataatttaataatcttctgtgaataatttaataatcttctgtgaataatttaat SH1725 1725 47 56 Leu7 LeuTAA 5_flank 21 21 gagtctgtgaataatttaatagagtctgtgaataatttaatagagtctgtgaataattta SH1726 1726 97 160 Leu7 LeuTAA 5_flank 26 18 cagagtctgtgaataattcagagtctgtgaataattcagagtctgtgaataattcagagt SH1727 1727 30 144 Leu7 LeuTAA 5_flank 31 16 cctcagagtctgtgaacctcagagtctgtgaacctcagagtctgtgaacctcagagtctg SH1728 1728 43 66 Leu7 LeuTAA 5_flank 36 16 cgaatcctcagagtctcgaatcctcagagtctcgaatcctcagagtctcgaatcctcaga SH1729 1729 50 39 Leu7 LeuTAA 5_flank 41 13 cccgaatcctcagcccgaatcctcagcccgaatcctcagcccgaatcctcagcccgaatc SH1730 1730 40 195 Leu7 LeuTAA 5_flank 46 17 cctattttacccgaatccctattttacccgaatccctattttacccgaatccctatttta SH1731 1731 4 102 Leu7 LeuTAA 5_flank 51 18 aaataccctattttacccaaataccctattttacccaaataccctattttacccaaatac SH1732 1732 35 60 Leu7 LeuTAA 5_flank 56 19 ccagttaaataccctatttccagttaaataccctatttccagttaaataccctatttcca SH1733 1733 51 71 Leu7 LeuTAA 5_flank 61 18 gtaaccagttaaatacccgtaaccagttaaatacccgtaaccagttaaatacccgtaacc SH1734 1734 55 169 Leu7 LeuTAA 5_flank 66 17 tccggtaaccagttaaatccggtaaccagttaaatccggtaaccagttaaatccggtaac SH1735 1735 85 58 Leu7 LeuTAA 5_flank 71 15 ctttccggtaaccagctttccggtaaccagctttccggtaaccagctttccggtaaccag SH1736 1736 43 27 Leu7 LeuTAA 5_flank 76 17 tctaaacctttccggtatctaaacctttccggtatctaaacctttccggtatctaaacct SH1737 1737 88 126 Leu7 LeuTAA 5_flank 81 19 cgaattttctaaacctttccgaattttctaaacctttccgaattttctaaacctttccga SH1738 1738 22 52 Leu7 LeuTAA 5_flank - tRNA3 5_flank 3 5_flank 3 86 18 TCCacgaattttctaaacTCCacgaattttctaaacTCCacgaattttctaaacTCCacg SH1739 1739 76 16 Leu7 LeuTAA 5_flank - tRNA6 5_flank 6 5_flank 6 91 16 CCCTCCacgaattttcCCCTCCacgaattttcCCCTCCacgaattttcCCCTCCacgaat SH1740 1740 99 163 Leu7 LeuTAA 5_flank - tRNA10 5_flank 10 5_flank 10 96 15 CCAACCCTCCacgaaCCAACCCTCCacgaaCCAACCCTCCacgaaCCAACCCTCCacgaa SH1741 1741 63 72 Leu7 LeuTAA tRNA 1 13 1 13 101 13 CGGCCAACCCTCCCGGCCAACCCTCCCGGCCAACCCTCCCGGCCAACCCTCCCGGCCAAC SH1742 1742 84 116 Leu7 LeuTAA tRNA 6 18 6 19 106 13 CCACTCGGCCAACCCACTCGGCCAACCCACTCGGCCAACCCACTCGGCCAACCCACTCGG SH1743 1743 57 157 Leu7 LeuTAA tRNA 11 25 11 24 111 15 CCTTAGACCACTCGGCCTTAGACCACTCGGCCTTAGACCACTCGGCCTTAGACCACTCGG SH1744 1744 85 125 Leu7 LeuTAA tRNA 16 28 16 27 116 13 CCGCCTTAGACCACCGCCTTAGACCACCGCCTTAGACCACCGCCTTAGACCACCGCCTTA SH1745 1745 31 121 Leu7 LeuTAA tRNA 21 33 20:B 32 121 13 GTCTGCCGCCTTAGTCTGCCGCCTTAGTCTGCCGCCTTAGTCTGCCGCCTTAGTCTGCCG SH1746 1746 94 51 Leu7 LeuTAA tRNA 26 41 25 40 126 16 GATCTTAAGTCTGCCGGATCTTAAGTCTGCCGGATCTTAAGTCTGCCGGATCTTAAGTCT SH1747 1747 51 201 Leu7 LeuTAA tRNA 31 47 30 e12 131 17 CCAACAGATCTTAAGTCCCAACAGATCTTAAGTCCCAACAGATCTTAAGTCCCAACAGAT SH1748 1748 13 38 Leu7 LeuTAA tRNA 36 51 35 e2 136 16 CCGTCCAACAGATCTTCCGTCCAACAGATCTTCCGTCCAACAGATCTTCCGTCCAACAGA SH1749 1749 5 194 Leu7 LeuTAA tRNA 41 55 40 e23 141 15 ACAACCGTCCAACAGACAACCGTCCAACAGACAACCGTCCAACAGACAACCGTCCAACAG SH1750 1750 34 39 Leu7 LeuTAA tRNA 46 58 e11 47 146 13 CGGACAACCGTCCCGGACAACCGTCCCGGACAACCGTCCCGGACAACCGTCCCGGACAAC SH1751 1751 101 83 Leu7 LeuTAA tRNA 51 63 e2 52 151 13 TCGCGCGGACAACTCGCGCGGACAACTCGCGCGGACAACTCGCGCGGACAACTCGCGCGG SH1752 1752 9 3 Leu7 LeuTAA tRNA 56 68 e22 57 156 13 CGAACTCGCGCGGCGAACTCGCGCGGCGAACTCGCGCGGCGAACTCGCGCGGCGAACTCG SH1753 1753 22 41 Leu7 LeuTAA tRNA 61 75 50 64 161 15 CGAGGTTCGAACTCGCGAGGTTCGAACTCGCGAGGTTCGAACTCGCGAGGTTCGAACTCG SH1754 1754 42 82 Leu7 LeuTAA tRNA 66 80 55 69 166 15 GGATGCGAGGTTCGAGGATGCGAGGTTCGAGGATGCGAGGTTCGAGGATGCGAGGTTCGA SH1755 1755 42 28 Leu7 LeuTAA tRNA 71 83 60 72 171 13 GAAGGATGCGAGGGAAGGATGCGAGGGAAGGATGCGAGGGAAGGATGCGAGGGAAGGATG SH1756 1756 79 139 Leu7 LeuTAA 76-84 + 3_flank 76 3_flank 65 3_flank 176 20 aaaaaaaatacTGAAGGATGaaaaaaaatacTGAAGGATGaaaaaaaatacTGAAGGATG SH1757 1757 58 76 Leu7 LeuTAA 81-84 + 3_flank 81 3_flank 69 3_flank 181 22 aatcatcaaaaaaaatacTGAAaatcatcaaaaaaaatacTGAAaatcatcaaaaaaaat SH1758 1758 38 172 Leu7 LeuTAA 3_flank 186 22 cgttaaatcatcaaaaaaaatacgttaaatcatcaaaaaaaatacgttaaatcatcaaaa SH1759 1759 87 179 Leu7 LeuTAA 3_flank 191 20 gtacgttaaatcatcaaaaagtacgttaaatcatcaaaaagtacgttaaatcatcaaaaa SH1760 1760 74 47 Leu7 LeuTAA 3_flank 196 20 taatagtacgttaaatcatctaatagtacgttaaatcatctaatagtacgttaaatcatc SH1761 1761 100 33 Leu7 LeuTAA 3_flank 201 20 ctagttaatagtacgttaaactagttaatagtacgttaaactagttaatagtacgttaaa SH1762 1762 74 42 Leu7 LeuTAA 3_flank 206 20 ttattctagttaatagtacgttattctagttaatagtacgttattctagttaatagtacg SH1763 1763 86 113 Leu7 LeuTAA 3_flank 211 20 ccctattattctagttaataccctattattctagttaataccctattattctagttaata SH1764 1764 61 176 Leu7 LeuTAA 3_flank 216 20 catttccctattattctagtcatttccctattattctagtcatttccctattattctagt SH1765 1765 83 104 Leu7 LeuTAA 3_flank 221 20 aattgcatttccctattattaattgcatttccctattattaattgcatttccctattatt SH1766 1766 43 40 Leu7 LeuTAA 3_flank 226 17 gcaattgcatttccctagcaattgcatttccctagcaattgcatttccctagcaattgca SH1767 1767 91 176 Leu7 LeuTAA 3_flank 231 18 caaactgcaattgcatttcaaactgcaattgcatttcaaactgcaattgcatttcaaact SH1768 1768 85 162 Leu7 LeuTAA 3_flank 236 18 cttctcaaactgcaattgcttctcaaactgcaattgcttctcaaactgcaattgcttctc SH1769 1769 47 89 Leu7 LeuTAA 3_flank 241 17 tcttcttctcaaactgctcttcttctcaaactgctcttcttctcaaactgctcttcttct SH1770 1770 91 108 Leu7 LeuTAA 3_flank 246 22 tattaataattcttcttctcaatattaataattcttcttctcaatattaataattcttct SH1771 1771 5 196 Leu7 LeuTAA 3_flank 251 21 ggcttattaataattcttcttggcttattaataattcttcttggcttattaataattctt SH1772 1772 8 63 Leu7 LeuTAA 3_flank 256 22 ctttttggcttattaataattcctttttggcttattaataattcctttttggcttattaa SH1773 1773 90 134 Leu7 LeuTAA 3_flank 261 19 cgctttttggcttattaatcgctttttggcttattaatcgctttttggcttattaatcgc SH1774 1774 35 104 Leu7 LeuTAA 3_flank 266 16 gccgctttttggcttagccgctttttggcttagccgctttttggcttagccgctttttgg SH1775 1775 80 115 Leu8 LeuTAG_i 5_flank 1 22 cttattaatgagaaattggtaacttattaatgagaaattggtaacttattaatgagaaat SH1776 1776 94 100 Leu8 LeuTAG_i 5_flank 6 22 gattacttattaatgagaaattgattacttattaatgagaaattgattacttattaatga SH1777 1777 52 97 Leu8 LeuTAG_i 5_flank 11 20 gctgattacttattaatgaggctgattacttattaatgaggctgattacttattaatgag SH1778 1778 90 63 Leu8 LeuTAG_i 5_flank 16 19 cttggctgattacttattacttggctgattacttattacttggctgattacttattactt SH1779 1779 4 113 Leu8 LeuTAG_i 5_flank 21 18 ttttcttggctgattactttttcttggctgattactttttcttggctgattactttttct SH1780 1780 38 117 Leu8 LeuTAG_i 5_flank 26 17 gtctttttcttggctgagtctttttcttggctgagtctttttcttggctgagtctttttc SH1781 1781 49 50 Leu8 LeuTAG_i 5_flank 31 20 tttctaaagtctttttcttgtttctaaagtctttttcttgtttctaaagtctttttcttg SH1782 1782 34 197 Leu8 LeuTAG_i 5_flank 36 22 ccatttatttctaaagtcttttccatttatttctaaagtcttttccatttatttctaaag SH1783 1783 74 149 Leu8 LeuTAG_i 5_flank 41 20 tagccatttatttctaaagttagccatttatttctaaagttagccatttatttctaaagt SH1784 1784 8 155 Leu8 LeuTAG_i 5_flank 46 18 ggttagccatttatttctggttagccatttatttctggttagccatttatttctggttag SH1785 1785 97 157 Leu8 LeuTAG_i 5_flank 51 18 cattgggttagccatttacattgggttagccatttacattgggttagccatttacattgg SH1786 1786 47 125 Leu8 LeuTAG_i 5_flank 56 15 gccattgggttagccgccattgggttagccgccattgggttagccgccattgggttagcc SH1787 1787 44 127 Leu8 LeuTAG_i 5_flank 61 17 tatacaagccattgggttatacaagccattgggttatacaagccattgggttatacaagc SH1788 1788 31 82 Leu8 LeuTAG_i 5_flank 66 18 atggattatacaagccatatggattatacaagccatatggattatacaagccatatggat SH1789 1789 56 151 Leu8 LeuTAG_i 5_flank 71 20 gaaaacgatggattatacaagaaaacgatggattatacaagaaaacgatggattatacaa SH1790 1790 72 83 Leu8 LeuTAG_i 5_flank 76 18 gttgaaaacgatggattagttgaaaacgatggattagttgaaaacgatggattagttgaa SH1791 1791 97 208 Leu8 LeuTAG_i 5_flank 81 18 tgtatgttgaaaacgatgtgtatgttgaaaacgatgtgtatgttgaaaacgatgtgtatg SH1792 1792 34 207 Leu8 LeuTAG_i 5_flank - tRNA3 5_flank 3 5_flank 3 86 18 CCCattgtatgttgaaaaCCCattgtatgttgaaaaCCCattgtatgttgaaaaCCCatt SH1793 1793 8 76 Leu8 LeuTAG_i 5_flank - tRNA8 5_flank 8 5_flank 8 91 18 AAACTCCCattgtatgttAAACTCCCattgtatgttAAACTCCCattgtatgttAAACTC SH1794 1794 41 3 Leu8 LeuTAG_i 5_flank - tRNA11 5_flank 11 5_flank 11 96 16 GCCAAACTCCCattgtGCCAAACTCCCattgtGCCAAACTCCCattgtGCCAAACTCCCa SH1795 1795 25 205 Leu8 LeuTAG_i tRNA 1 13 1 13 101 13 CGGCCAAACTCCCCGGCCAAACTCCCCGGCCAAACTCCCCGGCCAAACTCCCCGGCCAAA SH1796 1796 26 46 Leu8 LeuTAG_i tRNA 6 18 6 19 106 13 CCACTCGGCCAAACCACTCGGCCAAACCACTCGGCCAAACCACTCGGCCAAACCACTCGG SH1797 1797 94 199 Leu8 LeuTAG_i tRNA 11 25 11 24 111 15 CCTTAAACCACTCGGCCTTAAACCACTCGGCCTTAAACCACTCGGCCTTAAACCACTCGG SH1798 1798 7 2 Leu8 LeuTAG_i tRNA 16 31 16 30 116 16 CTGACGCCTTAAACCACTGACGCCTTAAACCACTGACGCCTTAAACCACTGACGCCTTAA SH1799 1799 98 37 Leu8 LeuTAG_i tRNA 21 37 20:B 36 121 17 CTAAATCTGACGCCTTACTAAATCTGACGCCTTACTAAATCTGACGCCTTACTAAATCTG SH1800 1800 88 162 Leu8 LeuTAG_i tRNA/intron 26 41 25 i3 126 16 CCACCTAAATCTGACGCCACCTAAATCTGACGCCACCTAAATCTGACGCCACCTAAATCT SH1801 1801 81 46 Leu8 LeuTAG_i tRNA/intron 31 48 30 i10 131 18 GTTAAACCCACCTAAATCGTTAAACCCACCTAAATCGTTAAACCCACCTAAATCGTTAAA SH1802 1802 88 69 Leu8 LeuTAG_i tRNA/intron 36 51 35 i13 136 16 GAGGTTAAACCCACCTGAGGTTAAACCCACCTGAGGTTAAACCCACCTGAGGTTAAACCC SH1803 1803 36 57 Leu8 LeuTAG_i intron/tRNA 41 58 i3 38 141 18 GATTTTAGAGGTTAAACCGATTTTAGAGGTTAAACCGATTTTAGAGGTTAAACCGATTTT SH1804 1804 97 112 Leu8 LeuTAG_i intron/tRNA 46 63 i8 43 146 18 TCAGAGATTTTAGAGGTTTCAGAGATTTTAGAGGTTTCAGAGATTTTAGAGGTTTCAGAG SH1805 1805 94 179 Leu8 LeuTAG_i intron/tRNA 51 70 i13 e3 151 20 GAAGATATCAGAGATTTTAGGAAGATATCAGAGATTTTAGGAAGATATCAGAGATTTTAG SH1806 1806 62 200 Leu8 LeuTAG_i intron/tRNA 56 72 i18 e23 156 17 CCGAAGATATCAGAGATCCGAAGATATCAGAGATCCGAAGATATCAGAGATCCGAAGATA SH1807 1807 59 111 Leu8 LeuTAG_i tRNA 61 77 41 49 161 17 TGCATCCGAAGATATCATGCATCCGAAGATATCATGCATCCGAAGATATCATGCATCCGA SH1808 1808 37 54 Leu8 LeuTAG_i tRNA 66 80 e12 52 166 15 CCTTGCATCCGAAGACCTTGCATCCGAAGACCTTGCATCCGAAGACCTTGCATCCGAAGA SH1809 1809 11 172 Leu8 LeuTAG_i tRNA 71 85 e4 57 171 15 CGAACCCTTGCATCCCGAACCCTTGCATCCCGAACCCTTGCATCCCGAACCCTTGCATCC SH1810 1810 89 177 Leu8 LeuTAG_i tRNA 76 90 48 62 176 15 GGATTCGAACCCTTGGGATTCGAACCCTTGGGATTCGAACCCTTGGGATTCGAACCCTTG SH1811 1811 74 212 Leu8 LeuTAG_i tRNA 81 96 53 68 181 16 GCTAAGGGATTCGAACGCTAAGGGATTCGAACGCTAAGGGATTCGAACGCTAAGGGATTC SH1812 1812 3 14 Leu8 LeuTAG_i tRNA 86 102 58 74 186 17 aTGAGAGCTAAGGGATTaTGAGAGCTAAGGGATTaTGAGAGCTAAGGGATTaTGAGAGCT SH1813 1813 15 8 Leu8 LeuTAG_i 91-101 + 3_flank 91 3_flank 63 3_flank 191 20 aaaaaataaTGAGAGCTAAGaaaaaataaTGAGAGCTAAGaaaaaataaTGAGAGCTAAG SH1814 1814 29 209 Leu8 LeuTAG_i 96-101 + 3_flank 96 3_flank 68 3_flank 196 22 aaaaaacaaaaaataaTGAGAGaaaaaacaaaaaataaTGAGAGaaaaaacaaaaaataa SH1815 1815 50 50 Leu8 LeuTAG_i 101 + 3_flank 101 3_flank 73 3_flank 201 22 atggcaaaaaacaaaaaataaTatggcaaaaaacaaaaaataaTatggcaaaaaacaaaa SH1816 1816 33 93 Leu8 LeuTAG_i 3_flank 206 20 aagatggcaaaaaacaaaaaaagatggcaaaaaacaaaaaaagatggcaaaaaacaaaaa SH1817 1817 31 41 Leu8 LeuTAG_i 3_flank 211 18 gtaaagatggcaaaaaacgtaaagatggcaaaaaacgtaaagatggcaaaaaacgtaaag SH1818 1818 20 25 Leu8 LeuTAG_i 3_flank 216 19 gaaaaagtaaagatggcaagaaaaagtaaagatggcaagaaaaagtaaagatggcaagaa SH1819 1819 45 203 Leu8 LeuTAG_i 3_flank 221 22 atttataggaaaaagtaaagatatttataggaaaaagtaaagatatttataggaaaaagt SH1820 1820 95 76 Leu8 LeuTAG_i 3_flank 226 22 tagtaatttataggaaaaagtatagtaatttataggaaaaagtatagtaatttataggaa SH1821 1821 93 141 Leu8 LeuTAG_i 3_flank 231 21 gatctagtaatttataggaaagatctagtaatttataggaaagatctagtaatttatagg SH1822 1822 79 149 Leu8 LeuTAG_i 3_flank 236 21 gatacgatctagtaatttatagatacgatctagtaatttatagatacgatctagtaattt SH1823 1823 64 189 Leu8 LeuTAG_i 3_flank 241 20 aaatgatacgatctagtaataaatgatacgatctagtaataaatgatacgatctagtaat SH1824 1824 96 99 Leu8 LeuTAG_i 3_flank 246 19 gctaaaatgatacgatctagctaaaatgatacgatctagctaaaatgatacgatctagct SH1825 1825 57 40 Leu8 LeuTAG_i 3_flank 251 18 ctgtgctaaaatgatacgctgtgctaaaatgatacgctgtgctaaaatgatacgctgtgc SH1826 1826 78 28 Leu8 LeuTAG_i 3_flank 256 18 aacaactgtgctaaaatgaacaactgtgctaaaatgaacaactgtgctaaaatgaacaac SH1827 1827 37 97 Leu8 LeuTAG_i 3_flank 261 17 gtgaaacaactgtgctagtgaaacaactgtgctagtgaaacaactgtgctagtgaaacaa SH1828 1828 6 87 Leu8 LeuTAG_i 3_flank 266 17 ctggagtgaaacaactgctggagtgaaacaactgctggagtgaaacaactgctggagtga SH1829 1829 85 130 Leu8 LeuTAG_i 3_flank 271 17 atgaactggagtgaaacatgaactggagtgaaacatgaactggagtgaaacatgaactgg SH1830 1830 14 82 Leu8 LeuTAG_i 3_flank 276 20 cattaattatgaactggagtcattaattatgaactggagtcattaattatgaactggagt SH1831 1831 75 69 Leu8 LeuTAG_i 3_flank 281 20 ggctacattaattatgaactggctacattaattatgaactggctacattaattatgaact SH1832 1832 3 120 Leu9 LeuTAG_ii 5_flank 1 17 ggtaaccattggatcaaggtaaccattggatcaaggtaaccattggatcaaggtaaccat SH1833 1833 68 94 Leu9 LeuTAG_ii 5_flank 6 17 cagatggtaaccattggcagatggtaaccattggcagatggtaaccattggcagatggta SH1834 1834 53 121 Leu9 LeuTAG_ii 5_flank 11 17 aaagtcagatggtaaccaaagtcagatggtaaccaaagtcagatggtaaccaaagtcaga SH1835 1835 79 167 Leu9 LeuTAG_ii 5_flank 16 15 gccaaagtcagatgggccaaagtcagatgggccaaagtcagatgggccaaagtcagatgg SH1836 1836 35 179 Leu9 LeuTAG_ii 5_flank 21 17 gattgatgccaaagtcagattgatgccaaagtcagattgatgccaaagtcagattgatgc SH1837 1837 100 49 Leu9 LeuTAG_ii 5_flank 26 17 gaagggattgatgccaagaagggattgatgccaagaagggattgatgccaagaagggatt SH1838 1838 58 171 Leu9 LeuTAG_ii 5_flank 31 20 ctttttaagaagggattgatctttttaagaagggattgatctttttaagaagggattgat SH1839 1839 85 60 Leu9 LeuTAG_ii 5_flank 36 19 gttactttttaagaagggagttactttttaagaagggagttactttttaagaagggagtt SH1840 1840 94 22 Leu9 LeuTAG_ii 5_flank 41 20 tgattggttactttttaagatgattggttactttttaagatgattggttactttttaaga SH1841 1841 27 80 Leu9 LeuTAG_ii 5_flank 46 20 atcattgattggttacttttatcattgattggttacttttatcattgattggttactttt SH1842 1842 74 17 Leu9 LeuTAG_ii 5_flank 51 19 gcatatcattgattggttagcatatcattgattggttagcatatcattgattggttagca SH1843 1843 53 42 Leu9 LeuTAG_ii 5_flank 56 19 caatcgcatatcattgattcaatcgcatatcattgattcaatcgcatatcattgattcaa SH1844 1844 9 130 Leu9 LeuTAG_ii 5_flank 61 20 cataaacaatcgcatatcatcataaacaatcgcatatcatcataaacaatcgcatatcat SH1845 1845 42 85 Leu9 LeuTAG_ii 5_flank 66 18 cttcataaacaatcgcatcttcataaacaatcgcatcttcataaacaatcgcatcttcat SH1846 1846 27 136 Leu9 LeuTAG_ii 5_flank 71 20 gaatggacttcataaacaatgaatggacttcataaacaatgaatggacttcataaacaat SH1847 1847 70 4 Leu9 LeuTAG_ii 5_flank 76 18 gttgaatggacttcataagttgaatggacttcataagttgaatggacttcataagttgaa SH1848 1848 61 182 Leu9 LeuTAG_ii 5_flank 81 18 tgtttgttgaatggactttgtttgttgaatggactttgtttgttgaatggactttgtttg SH1849 1849 31 198 Leu9 LeuTAG_ii 5_flank - tRNA3 5_flank 3 5_flank 3 86 18 CCCattgtttgttgaatgCCCattgtttgttgaatgCCCattgtttgttgaatgCCCatt SH1850 1850 76 177 Leu9 LeuTAG_ii 5_flank - tRNA8 5_flank 8 5_flank 8 91 18 AAACTCCCattgtttgttAAACTCCCattgtttgttAAACTCCCattgtttgttAAACTC SH1851 1851 88 67 Leu9 LeuTAG_ii 5_flank - tRNA11 5_flank 11 5_flank 11 96 16 GCCAAACTCCCattgtGCCAAACTCCCattgtGCCAAACTCCCattgtGCCAAACTCCCa SH1852 1852 4 143 Leu9 LeuTAG_ii tRNA 1 13 1 13 101 13 CGGCCAAACTCCCCGGCCAAACTCCCCGGCCAAACTCCCCGGCCAAACTCCCCGGCCAAA SH1853 1853 72 72 Leu9 LeuTAG_ii tRNA 6 18 6 19 106 13 CCACTCGGCCAAACCACTCGGCCAAACCACTCGGCCAAACCACTCGGCCAAACCACTCGG SH1854 1854 13 129 Leu9 LeuTAG_ii tRNA 11 25 11 24 111 15 CCTTAAACCACTCGGCCTTAAACCACTCGGCCTTAAACCACTCGGCCTTAAACCACTCGG SH1855 1855 11 4 Leu9 LeuTAG_ii tRNA 16 31 16 30 116 16 CTGACGCCTTAAACCACTGACGCCTTAAACCACTGACGCCTTAAACCACTGACGCCTTAA SH1856 1856 42 24 Leu9 LeuTAG_ii tRNA 21 37 20:B 36 121 17 CTAAATCTGACGCCTTACTAAATCTGACGCCTTACTAAATCTGACGCCTTACTAAATCTG SH1857 1857 41 63 Leu9 LeuTAG_ii tRNA/intron 26 41 25 i3 126 16 CCACCTAAATCTGACGCCACCTAAATCTGACGCCACCTAAATCTGACGCCACCTAAATCT SH1858 1858 83 66 Leu9 LeuTAG_ii tRNA/intron 31 48 30 i10 131 18 GTTAAATCCACCTAAATCGTTAAATCCACCTAAATCGTTAAATCCACCTAAATCGTTAAA SH1859 1859 38 166 Leu9 LeuTAG_ii tRNA/intron 36 52 35 i14 136 17 AGAGGTTAAATCCACCTAGAGGTTAAATCCACCTAGAGGTTAAATCCACCTAGAGGTTAA SH1860 1860 6 181 Leu9 LeuTAG_ii intron/tRNA 41 60 i3 40 141 20 GAGATTTTAGAGGTTAAATCGAGATTTTAGAGGTTAAATCGAGATTTTAGAGGTTAAATC SH1861 1861 76 172 Leu9 LeuTAG_ii intron/tRNA 46 63 i8 43 146 18 TCAGAGATTTTAGAGGTTTCAGAGATTTTAGAGGTTTCAGAGATTTTAGAGGTTTCAGAG SH1862 1862 69 94 Leu9 LeuTAG_ii intron/tRNA 51 70 i13 e3 151 20 GAAGATATCAGAGATTTTAGGAAGATATCAGAGATTTTAGGAAGATATCAGAGATTTTAG SH1863 1863 91 62 Leu9 LeuTAG_ii intron/tRNA 56 72 i18 e23 156 17 CCGAAGATATCAGAGATCCGAAGATATCAGAGATCCGAAGATATCAGAGATCCGAAGATA SH1864 1864 94 104 Leu9 LeuTAG_ii tRNA 61 77 41 49 161 17 TGCATCCGAAGATATCATGCATCCGAAGATATCATGCATCCGAAGATATCATGCATCCGA SH1865 1865 35 183 Leu9 LeuTAG_ii tRNA 66 80 e12 52 166 15 CCTTGCATCCGAAGACCTTGCATCCGAAGACCTTGCATCCGAAGACCTTGCATCCGAAGA SH1866 1866 95 46 Leu9 LeuTAG_ii tRNA 71 85 e4 57 171 15 CGAACCCTTGCATCCCGAACCCTTGCATCCCGAACCCTTGCATCCCGAACCCTTGCATCC SH1867 1867 34 16 Leu9 LeuTAG_ii tRNA 76 90 48 62 176 15 GGATTCGAACCCTTGGGATTCGAACCCTTGGGATTCGAACCCTTGGGATTCGAACCCTTG SH1868 1868 78 32 Leu9 LeuTAG_ii tRNA 81 96 53 68 181 16 GCTAAGGGATTCGAACGCTAAGGGATTCGAACGCTAAGGGATTCGAACGCTAAGGGATTC SH1869 1869 36 177 Leu9 LeuTAG_ii tRNA 86 102 58 74 186 17 aTGAGAGCTAAGGGATTaTGAGAGCTAAGGGATTaTGAGAGCTAAGGGATTaTGAGAGCT SH1870 1870 30 153 Leu9 LeuTAG_ii 91-101 + 3_flank 91 3_flank 63 3_flank 191 20 aaaaaataaTGAGAGCTAAGaaaaaataaTGAGAGCTAAGaaaaaataaTGAGAGCTAAG SH1871 1871 103 100 Leu9 LeuTAG_ii 96-101 + 3_flank 96 3_flank 68 3_flank 196 22 aaaatacaaaaaataaTGAGAGaaaatacaaaaaataaTGAGAGaaaatacaaaaaataa SH1872 1872 24 55 Leu9 LeuTAG_ii 101 + 3_flank 101 3_flank 73 3_flank 201 25 gaaaaaaaaaaatacaaaaaataaTgaaaaaaaaaaatacaaaaaataaTgaaaaaaaaa SH1873 1873 92 185 Leu9 LeuTAG_ii 3_flank 206 23 agtgaaaaaaaaaaatacaaaaaagtgaaaaaaaaaaatacaaaaaagtgaaaaaaaaaa SH1874 1874 102 31 Leu9 LeuTAG_ii 3_flank 211 21 ggaagtgaaaaaaaaaaatacggaagtgaaaaaaaaaaatacggaagtgaaaaaaaaaaa SH1875 1875 18 14 Leu9 LeuTAG_ii 3_flank 216 20 gatgggaagtgaaaaaaaaagatgggaagtgaaaaaaaaagatgggaagtgaaaaaaaaa SH1876 1876 72 119 Leu9 LeuTAG_ii 3_flank 221 18 aaagatgggaagtgaaaaaaagatgggaagtgaaaaaaagatgggaagtgaaaaaaagat SH1877 1877 96 66 Leu9 LeuTAG_ii 3_flank 226 17 ttggaaagatgggaagtttggaaagatgggaagtttggaaagatgggaagtttggaaaga SH1878 1878 42 93 Leu9 LeuTAG_ii 3_flank 231 17 gattcttggaaagatgggattcttggaaagatgggattcttggaaagatgggattcttgg SH1879 1879 96 10 Leu9 LeuTAG_ii 3_flank 236 18 tcctaagattcttggaaatcctaagattcttggaaatcctaagattcttggaaatcctaa SH1880 1880 97 181 Leu9 LeuTAG_ii 3_flank 241 17 cctctcctaagattcttcctctcctaagattcttcctctcctaagattcttcctctccta SH1881 1881 76 121 Leu9 LeuTAG_ii 3_flank 246 15 gcacctctcctaagagcacctctcctaagagcacctctcctaagagcacctctcctaaga SH1882 1882 80 28 Leu9 LeuTAG_ii 3_flank 251 13 gcggcacctctccgcggcacctctccgcggcacctctccgcggcacctctccgcggcacc SH1883 1883 96 8 Leu9 LeuTAG_ii 3_flank 256 13 gtactgcggcaccgtactgcggcaccgtactgcggcaccgtactgcggcaccgtactgcg SH1884 1884 43 58 Leu9 LeuTAG_ii 3_flank 261 17 tccaaaaaagtactgcgtccaaaaaagtactgcgtccaaaaaagtactgcgtccaaaaaa SH1885 1885 97 43 Leu9 LeuTAG_ii 3_flank 266 18 gctcagtccaaaaaagtagctcagtccaaaaaagtagctcagtccaaaaaagtagctcag SH1886 1886 97 137 Leu9 LeuTAG_ii 3_flank 271 17 tcttgctcagtccaaaatcttgctcagtccaaaatcttgctcagtccaaaatcttgctca SH1887 1887 57 51 Leu9 LeuTAG_ii 3_flank 276 17 atacttcttgctcagtcatacttcttgctcagtcatacttcttgctcagtcatacttctt SH1888 1888 24 88 Leu9 LeuTAG_ii 3_flank 281 17 ttgcgatacttcttgctttgcgatacttcttgctttgcgatacttcttgctttgcgatac SH1889 1889 73 55 Lys1 LysCTT_i 5_flank 1 18 ctctttgtcctttcacatctctttgtcctttcacatctctttgtcctttcacatctcttt SH1890 1890 55 127 Lys1 LysCTT_i 5_flank 6 17 ctgtctctttgtcctttctgtctctttgtcctttctgtctctttgtcctttctgtctctt SH1891 1891 48 60 Lys1 LysCTT_i 5_flank 11 18 tttttcctgtctctttgttttttcctgtctctttgttttttcctgtctctttgttttttc SH1892 1892 80 214 Lys1 LysCTT_i 5_flank 16 18 ttttctttttcctgtctcttttctttttcctgtctcttttctttttcctgtctcttttct SH1893 1893 2 35 Lys1 LysCTT_i 5_flank 21 21 ccataattttttctttttcctccataattttttctttttcctccataattttttcttttt SH1894 1894 58 203 Lys1 LysCTT_i 5_flank 26 20 cgcaccataattttttctttcgcaccataattttttctttcgcaccataattttttcttt SH1895 1895 52 127 Lys1 LysCTT_i 5_flank 31 17 gccgcaccataatttttgccgcaccataatttttgccgcaccataatttttgccgcacca SH1896 1896 75 114 Lys1 LysCTT_i 5_flank 36 13 ggccgcaccataaggccgcaccataaggccgcaccataaggccgcaccataaggccgcac SH1897 1897 85 126 Lys1 LysCTT_i 5_flank 41 13 gtttaggccgcacgtttaggccgcacgtttaggccgcacgtttaggccgcacgtttaggc SH1898 1898 35 161 Lys1 LysCTT_i 5_flank 46 16 catccgatgtttaggccatccgatgtttaggccatccgatgtttaggccatccgatgttt SH1899 1899 97 151 Lys1 LysCTT_i 5_flank 51 16 caccacatccgatgttcaccacatccgatgttcaccacatccgatgttcaccacatccga SH1900 1900 79 178 Lys1 LysCTT_i 5_flank 56 13 tgcaccacatccgtgcaccacatccgtgcaccacatccgtgcaccacatccgtgcaccac SH1901 1901 11 99 Lys1 LysCTT_i 5_flank 61 17 actaaaagatgcaccacactaaaagatgcaccacactaaaagatgcaccacactaaaaga SH1902 1902 12 181 Lys1 LysCTT_i 5_flank 66 16 cggcactaaaagatgccggcactaaaagatgccggcactaaaagatgccggcactaaaag SH1903 1903 74 55 Lys1 LysCTT_i 5_flank 71 17 gctactcggcactaaaagctactcggcactaaaagctactcggcactaaaagctactcgg SH1904 1904 46 32 Lys1 LysCTT_i 5_flank 76 13 ggctactcggcacggctactcggcacggctactcggcacggctactcggcacggctactc SH1905 1905 67 133 Lys1 LysCTT_i 5_flank 81 17 ttaatctctggctactcttaatctctggctactcttaatctctggctactcttaatctct SH1906 1906 39 75 Lys1 LysCTT_i 5_flank - tRNA2 5_flank 2 5_flank 2 86 17 GCattttaatctctggcGCattttaatctctggcGCattttaatctctggcGCattttaa SH1907 1907 41 130 Lys1 LysCTT_i 5_flank - tRNA9 5_flank 9 5_flank 9 91 19 CAACAAGGCattttaatctCAACAAGGCattttaatctCAACAAGGCattttaatctCAA SH1908 1908 57 73 Lys1 LysCTT_i 5_flank - tRNA12 5_flank 12 5_flank 12 96 17 CGCCAACAAGGCattttCGCCAACAAGGCattttCGCCAACAAGGCattttCGCCAACAA SH1909 1909 2 58 Lys1 LysCTT_i tRNA 1 13 1 13 101 13 GCGCCAACAAGGCGCGCCAACAAGGCGCGCCAACAAGGCGCGCCAACAAGGCGCGCCAAC SH1910 1910 91 91 Lys1 LysCTT_i tRNA 6 18 6 18 106 13 CGATTGCGCCAACCGATTGCGCCAACCGATTGCGCCAACCGATTGCGCCAACCGATTGCG SH1911 1911 101 3 Lys1 LysCTT_i tRNA 11 23 11 23 111 13 GCTACCGATTGCGGCTACCGATTGCGGCTACCGATTGCGGCTACCGATTGCGGCTACCGA SH1912 1912 64 198 Lys1 LysCTT_i tRNA 16 28 16 28 116 13 TACGCGCTACCGATACGCGCTACCGATACGCGCTACCGATACGCGCTACCGATACGCGCT SH1913 1913 68 208 Lys1 LysCTT_i tRNA 21 35 21 35 121 15 AGAGTCATACGCGCTAGAGTCATACGCGCTAGAGTCATACGCGCTAGAGTCATACGCGCT SH1914 1914 88 38 Lys1 LysCTT_i tRNA 26 45 26 45 126 20 CTTATGATTAAGAGTCATACCTTATGATTAAGAGTCATACCTTATGATTAAGAGTCATAC SH1915 1915 24 212 Lys1 LysCTT_i tRNA 31 50 31 50 131 20 CTAACCTTATGATTAAGAGTCTAACCTTATGATTAAGAGTCTAACCTTATGATTAAGAGT SH1916 1916 6 150 Lys1 LysCTT_i tRNA 36 53 36 53 136 18 CCCCTAACCTTATGATTACCCCTAACCTTATGATTACCCCTAACCTTATGATTACCCCTA SH1917 1917 30 214 Lys1 LysCTT_i tRNA 41 57 41 57 141 17 CGAACCCCTAACCTTATCGAACCCCTAACCTTATCGAACCCCTAACCTTATCGAACCCCT SH1918 1918 9 140 Lys1 LysCTT_i tRNA 46 60 46 60 146 15 GCTCGAACCCCTAACGCTCGAACCCCTAACGCTCGAACCCCTAACGCTCGAACCCCTAAC SH1919 1919 50 142 Lys1 LysCTT_i tRNA 51 63 51 63 151 13 GGGGCTCGAACCCGGGGCTCGAACCCGGGGCTCGAACCCGGGGCTCGAACCCGGGGCTCG SH1920 1920 29 25 Lys1 LysCTT_i tRNA 56 68 56 68 156 13 CTGTAGGGGCTCGCTGTAGGGGCTCGCTGTAGGGGCTCGCTGTAGGGGCTCGCTGTAGGG SH1921 1921 35 158 Lys1 LysCTT_i tRNA 61 73 61 73 161 13 aAGCCCTGTAGGGaAGCCCTGTAGGGaAGCCCTGTAGGGaAGCCCTGTAGGGaAGCCCTG SH1922 1922 90 197 Lys1 LysCTT_i 66-72 + 3_flank 66 3_flank 66 3_flank 166 17 aaaagagataAGCCCTGaaaagagataAGCCCTGaaaagagataAGCCCTGaaaagagat SH1923 1923 46 85 Lys1 LysCTT_i 71-72 + 3_flank 71 3_flank 71 3_flank 171 20 tagagaaaaaaagagataAGtagagaaaaaaagagataAGtagagaaaaaaagagataAG SH1924 1924 100 105 Lys1 LysCTT_i 3_flank 176 20 tttgttagagaaaaaaagagtttgttagagaaaaaaagagtttgttagagaaaaaaagag SH1925 1925 53 61 Lys1 LysCTT_i 3_flank 181 23 attttttttttgttagagaaaaaattttttttttgttagagaaaaaattttttttttgtt SH1926 1926 64 111 Lys1 LysCTT_i 3_flank 186 21 cgaattttttttttgttagagcgaattttttttttgttagagcgaattttttttttgtta SH1927 1927 53 73 Lys1 LysCTT_i 3_flank 191 22 gaaacacgaattttttttttgtgaaacacgaattttttttttgtgaaacacgaatttttt SH1928 1928 23 52 Lys1 LysCTT_i 3_flank 196 22 aaatagaaacacgaatttttttaaatagaaacacgaatttttttaaatagaaacacgaat SH1929 1929 93 2 Lys1 LysCTT_i 3_flank 201 20 gcaaaatagaaacacgaattgcaaaatagaaacacgaattgcaaaatagaaacacgaatt SH1930 1930 18 129 Lys1 LysCTT_i 3_flank 206 20 aatatgcaaaatagaaacacaatatgcaaaatagaaacacaatatgcaaaatagaaacac SH1931 1931 64 197 Lys1 LysCTT_i 3_flank 211 20 aggaaaatatgcaaaatagaaggaaaatatgcaaaatagaaggaaaatatgcaaaataga SH1932 1932 79 60 Lys1 LysCTT_i 3_flank 216 22 aaaatataggaaaatatgcaaaaaaatataggaaaatatgcaaaaaaatataggaaaata SH1933 1933 14 41 Lys1 LysCTT_i 3_flank 221 22 ataggaaaatataggaaaatatataggaaaatataggaaaatatataggaaaatatagga SH1934 1934 61 155 Lys1 LysCTT_i 3_flank 226 22 aaaatataggaaaatataggaaaaaatataggaaaatataggaaaaaatataggaaaata SH1935 1935 34 146 Lys1 LysCTT_i 3_flank 231 23 gagaaaaaaatataggaaaatatgagaaaaaaatataggaaaatatgagaaaaaaatata SH1936 1936 96 100 Lys1 LysCTT_i 3_flank 236 20 ccgagaaaaaaatataggaaccgagaaaaaaatataggaaccgagaaaaaaatataggaa SH1937 1937 100 17 Lys1 LysCTT_i 3_flank 241 18 gagccgagaaaaaaatatgagccgagaaaaaaatatgagccgagaaaaaaatatgagccg SH1938 1938 15 108 Lys1 LysCTT_i 3_flank 246 18 tataagagccgagaaaaatataagagccgagaaaaatataagagccgagaaaaatataag SH1939 1939 97 167 Lys1 LysCTT_i 3_flank 251 16 ctgtataagagccgagctgtataagagccgagctgtataagagccgagctgtataagagc SH1940 1940 63 7 Lys2 LysCTT_ii 5_flank 1 20 tattattttctgatcacttgtattattttctgatcacttgtattattttctgatcacttg SH1941 1941 50 145 Lys2 LysCTT_ii 5_flank 6 20 ctcaatattattttctgatcctcaatattattttctgatcctcaatattattttctgatc SH1942 1942 20 26 Lys2 LysCTT_ii 5_flank 11 22 ctaaaacctcaatattattttcctaaaacctcaatattattttcctaaaacctcaatatt SH1943 1943 16 91 Lys2 LysCTT_ii 5_flank 16 20 gaactaaaacctcaatattagaactaaaacctcaatattagaactaaaacctcaatatta SH1944 1944 73 172 Lys2 LysCTT_ii 5_flank 21 18 tgtgaactaaaacctcaatgtgaactaaaacctcaatgtgaactaaaacctcaatgtgaa SH1945 1945 92 84 Lys2 LysCTT_ii 5_flank 26 20 actaaaatgtgaactaaaacactaaaatgtgaactaaaacactaaaatgtgaactaaaac SH1946 1946 68 28 Lys2 LysCTT_ii 5_flank 31 20 ctgttactaaaatgtgaactctgttactaaaatgtgaactctgttactaaaatgtgaact SH1947 1947 2 22 Lys2 LysCTT_ii 5_flank 36 22 ataaatactgttactaaaatgtataaatactgttactaaaatgtataaatactgttacta SH1948 1948 85 154 Lys2 LysCTT_ii 5_flank 41 23 aaaaatataaatactgttactaaaaaaatataaatactgttactaaaaaaatataaatac SH1949 1949 3 142 Lys2 LysCTT_ii 5_flank 46 23 gacttaaaaatataaatactgttgacttaaaaatataaatactgttgacttaaaaatata SH1950 1950 13 159 Lys2 LysCTT_ii 5_flank 51 23 taagtgacttaaaaatataaatataagtgacttaaaaatataaatataagtgacttaaaa SH1951 1951 47 158 Lys2 LysCTT_ii 5_flank 56 23 tttaataagtgacttaaaaatattttaataagtgacttaaaaatattttaataagtgact SH1952 1952 30 49 Lys2 LysCTT_ii 5_flank 61 20 cgtttaataagtgacttaaacgtttaataagtgacttaaacgtttaataagtgacttaaa SH1953 1953 3 148 Lys2 LysCTT_ii 5_flank 66 20 aattacgtttaataagtgacaattacgtttaataagtgacaattacgtttaataagtgac SH1954 1954 53 124 Lys2 LysCTT_ii 5_flank 71 23 ttatgaaaaattacgtttaataattatgaaaaattacgtttaataattatgaaaaattac SH1955 1955 61 43 Lys2 LysCTT_ii 5_flank 76 23 tttaattatgaaaaattacgttttttaattatgaaaaattacgttttttaattatgaaaa SH1956 1956 66 52 Lys2 LysCTT_ii 5_flank - tRNA2 5_flank 2 5_flank 2 81 22 GCtctttaattatgaaaaattaGCtctttaattatgaaaaattaGCtctttaattatgaa SH1957 1957 15 208 Lys2 LysCTT_ii 5_flank - tRNA5 5_flank 5 5_flank 5 86 20 AAGGCtctttaattatgaaaAAGGCtctttaattatgaaaAAGGCtctttaattatgaaa SH1958 1958 99 120 Lys2 LysCTT_ii 5_flank - tRNA9 5_flank 9 5_flank 9 91 19 CAACAAGGCtctttaattaCAACAAGGCtctttaattaCAACAAGGCtctttaattaCAA SH1959 1959 37 78 Lys2 LysCTT_ii 5_flank - tRNA11 5_flank 11 5_flank 11 96 16 GCCAACAAGGCtctttGCCAACAAGGCtctttGCCAACAAGGCtctttGCCAACAAGGCt SH1960 1960 56 144 Lys2 LysCTT_ii tRNA 1 13 1 13 101 13 GCGCCAACAAGGCGCGCCAACAAGGCGCGCCAACAAGGCGCGCCAACAAGGCGCGCCAAC SH1961 1961 29 3 Lys2 LysCTT_ii tRNA 6 18 6 18 106 13 CGATTGCGCCAACCGATTGCGCCAACCGATTGCGCCAACCGATTGCGCCAACCGATTGCG SH1962 1962 94 97 Lys2 LysCTT_ii tRNA 11 23 11 23 111 13 GCTACCGATTGCGGCTACCGATTGCGGCTACCGATTGCGGCTACCGATTGCGGCTACCGA SH1963 1963 85 44 Lys2 LysCTT_ii tRNA 16 28 16 28 116 13 TACGCGCTACCGATACGCGCTACCGATACGCGCTACCGATACGCGCTACCGATACGCGCT SH1964 1964 80 97 Lys2 LysCTT_ii tRNA 21 35 21 35 121 15 AGAGTCATACGCGCTAGAGTCATACGCGCTAGAGTCATACGCGCTAGAGTCATACGCGCT SH1965 1965 100 154 Lys2 LysCTT_ii tRNA 26 45 26 45 126 20 CTTATGATTAAGAGTCATACCTTATGATTAAGAGTCATACCTTATGATTAAGAGTCATAC SH1966 1966 99 60 Lys2 LysCTT_ii tRNA 31 50 31 50 131 20 CTAACCTTATGATTAAGAGTCTAACCTTATGATTAAGAGTCTAACCTTATGATTAAGAGT SH1967 1967 36 122 Lys2 LysCTT_ii tRNA 36 53 36 53 136 18 CCCCTAACCTTATGATTACCCCTAACCTTATGATTACCCCTAACCTTATGATTACCCCTA SH1968 1968 68 131 Lys2 LysCTT_ii tRNA 41 57 41 57 141 17 CGAACCCCTAACCTTATCGAACCCCTAACCTTATCGAACCCCTAACCTTATCGAACCCCT SH1969 1969 80 211 Lys2 LysCTT_ii tRNA 46 60 46 60 146 15 GCTCGAACCCCTAACGCTCGAACCCCTAACGCTCGAACCCCTAACGCTCGAACCCCTAAC SH1970 1970 42 166 Lys2 LysCTT_ii tRNA 51 63 51 63 151 13 GGGGCTCGAACCCGGGGCTCGAACCCGGGGCTCGAACCCGGGGCTCGAACCCGGGGCTCG SH1971 1971 57 118 Lys2 LysCTT_ii tRNA 56 68 56 68 156 13 TGTAGGGGGCTCGTGTAGGGGGCTCGTGTAGGGGGCTCGTGTAGGGGGCTCGTGTAGGGG SH1972 1972 46 174 Lys2 LysCTT_ii tRNA 61 73 61 73 161 13 AGCCCTGTAGGGGAGCCCTGTAGGGGAGCCCTGTAGGGGAGCCCTGTAGGGGAGCCCTGT SH1973 1973 63 133 Lys2 LysCTT_ii 66-73 + 3_flank 66 3_flank 66 3_flank 166 18 gaaaaaagaaAGCCCTGTgaaaaaagaaAGCCCTGTgaaaaaagaaAGCCCTGTgaaaaa SH1974 1974 14 64 Lys2 LysCTT_ii 71-73 + 3_flank 71 3_flank 71 3_flank 171 18 tccaagaaaaaagaaAGCtccaagaaaaaagaaAGCtccaagaaaaaagaaAGCtccaag SH1975 1975 77 29 Lys2 LysCTT_ii 3_flank 176 20 ttctttttccaagaaaaaagttctttttccaagaaaaaagttctttttccaagaaaaaag SH1976 1976 35 195 Lys2 LysCTT_ii 3_flank 181 20 tttctttctttttccaagaatttctttctttttccaagaatttctttctttttccaagaa SH1977 1977 34 82 Lys2 LysCTT_ii 3_flank 186 19 gtagtttctttctttttccgtagtttctttctttttccgtagtttctttctttttccgta SH1978 1978 6 109 Lys2 LysCTT_ii 3_flank 191 20 tgtaatgtagtttctttctttgtaatgtagtttctttctttgtaatgtagtttctttctt SH1979 1979 93 202 Lys2 LysCTT_ii 3_flank 196 19 cacatgtaatgtagtttctcacatgtaatgtagtttctcacatgtaatgtagtttctcac SH1980 1980 87 76 Lys2 LysCTT_ii 3_flank 201 17 cggcacatgtaatgtagcggcacatgtaatgtagcggcacatgtaatgtagcggcacatg SH1981 1981 85 164 Lys2 LysCTT_ii 3_flank 206 16 cttgcggcacatgtaacttgcggcacatgtaacttgcggcacatgtaacttgcggcacat SH1982 1982 58 24 Lys2 LysCTT_ii 3_flank 211 13 cgcttgcggcacacgcttgcggcacacgcttgcggcacacgcttgcggcacacgcttgcg SH1983 1983 76 202 Lys2 LysCTT_ii 3_flank 216 13 acttgcgcttgcgacttgcgcttgcgacttgcgcttgcgacttgcgcttgcgacttgcgc SH1984 1984 2 82 Lys2 LysCTT_ii 3_flank 221 17 aacattgttacttgcgcaacattgttacttgcgcaacattgttacttgcgcaacattgtt SH1985 1985 37 66 Lys2 LysCTT_ii 3_flank 226 20 aagctataaacattgttactaagctataaacattgttactaagctataaacattgttact SH1986 1986 32 20 Lys2 LysCTT_ii 3_flank 231 20 tagataagctataaacattgtagataagctataaacattgtagataagctataaacattg SH1987 1987 7 103 Lys2 LysCTT_ii 3_flank 236 19 ccgttagataagctataaaccgttagataagctataaaccgttagataagctataaaccg SH1988 1988 103 43 Lys2 LysCTT_ii 3_flank 241 16 ccccgttagataagctccccgttagataagctccccgttagataagctccccgttagata SH1989 1989 15 44 Lys2 LysCTT_ii 3_flank 246 17 tacattccccgttagattacattccccgttagattacattccccgttagattacattccc SH1990 1990 76 122 Lys2 LysCTT_ii 3_flank 251 18 ttaaaatacattccccgtttaaaatacattccccgtttaaaatacattccccgtttaaaa SH1991 1991 59 7 Lys3 LysTTT_i 5_flank 1 18 caacactttgtacatgttcaacactttgtacatgttcaacactttgtacatgttcaacac SH1992 1992 47 124 Lys3 LysTTT_i 5_flank 6 17 gttccaacactttgtacgttccaacactttgtacgttccaacactttgtacgttccaaca SH1993 1993 75 108 Lys3 LysTTT_i 5_flank 11 17 ttaccgttccaacacttttaccgttccaacacttttaccgttccaacacttttaccgttc SH1994 1994 28 200 Lys3 LysTTT_i 5_flank 16 17 ggtctttaccgttccaaggtctttaccgttccaaggtctttaccgttccaaggtctttac SH1995 1995 43 118 Lys3 LysTTT_i 5_flank 21 16 cactggtctttaccgtcactggtctttaccgtcactggtctttaccgtcactggtcttta SH1996 1996 97 80 Lys3 LysTTT_i 5_flank 26 17 gatttgcactggtctttgatttgcactggtctttgatttgcactggtctttgatttgcac SH1997 1997 54 49 Lys3 LysTTT_i 5_flank 31 17 tatcagatttgcactggtatcagatttgcactggtatcagatttgcactggtatcagatt SH1998 1998 67 166 Lys3 LysTTT_i 5_flank 36 20 taaagttttatcagatttgctaaagttttatcagatttgctaaagttttatcagatttgc SH1999 1999 99 181 Lys3 LysTTT_i 5_flank 41 22 gttattttaaagttttatcagagttattttaaagttttatcagagttattttaaagtttt SH2000 2000 63 53 Lys3 LysTTT_i 5_flank 46 22 tccatgttattttaaagttttatccatgttattttaaagttttatccatgttattttaaa SH2001 2001 104 82 Lys3 LysTTT_i 5_flank 51 20 ttgtccatgttattttaaagttgtccatgttattttaaagttgtccatgttattttaaag SH2002 2002 51 21 Lys3 LysTTT_i 5_flank 56 22 cataaatttgtccatgttatttcataaatttgtccatgttatttcataaatttgtccatg SH2003 2003 90 26 Lys3 LysTTT_i 5_flank 61 19 gacataaatttgtccatgtgacataaatttgtccatgtgacataaatttgtccatgtgac SH2004 2004 85 42 Lys3 LysTTT_i 5_flank 66 18 cctggacataaatttgtccctggacataaatttgtccctggacataaatttgtccctgga SH2005 2005 36 54 Lys3 LysTTT_i 5_flank 71 18 agaatcctggacataaatagaatcctggacataaatagaatcctggacataaatagaatc SH2006 2006 101 94 Lys3 LysTTT_i 5_flank 76 15 ggagaatcctggacaggagaatcctggacaggagaatcctggacaggagaatcctggaca SH2007 2007 62 53 Lys3 LysTTT_i 5_flank 81 17 gttcttcggagaatcctgttcttcggagaatcctgttcttcggagaatcctgttcttcgg SH2008 2008 77 214 Lys3 LysTTT_i 5_flank - tRNA2 5_flank 2 5_flank 2 86 17 GAtgagttcttcggagaGAtgagttcttcggagaGAtgagttcttcggagaGAtgagttc SH2009 2009 74 104 Lys3 LysTTT_i 5_flank - tRNA7 5_flank 7 5_flank 7 91 17 ACAAGGAtgagttcttcACAAGGAtgagttcttcACAAGGAtgagttcttcACAAGGAtg SH2010 2010 65 19 Lys3 LysTTT_i 5_flank - tRNA12 5_flank 12 5_flank 12 96 17 AGCTAACAAGGAtgagtAGCTAACAAGGAtgagtAGCTAACAAGGAtgagtAGCTAACAA SH2011 2011 100 160 Lys3 LysTTT_i tRNA 1 17 1 17 101 17 AACTGAGCTAACAAGGAAACTGAGCTAACAAGGAAACTGAGCTAACAAGGAAACTGAGCT SH2012 2012 56 4 Lys3 LysTTT_i tRNA 6 22 6 22 106 17 CTACCAACTGAGCTAACCTACCAACTGAGCTAACCTACCAACTGAGCTAACCTACCAACT SH2013 2013 8 152 Lys3 LysTTT_i tRNA 11 25 11 25 111 15 GCTCTACCAACTGAGGCTCTACCAACTGAGGCTCTACCAACTGAGGCTCTACCAACTGAG SH2014 2014 20 133 Lys3 LysTTT_i tRNA 16 30 16 30 116 15 CGAACGCTCTACCAACGAACGCTCTACCAACGAACGCTCTACCAACGAACGCTCTACCAA SH2015 2015 104 208 Lys3 LysTTT_i tRNA 21 33 21 33 121 13 AGCCGAACGCTCTAGCCGAACGCTCTAGCCGAACGCTCTAGCCGAACGCTCTAGCCGAAC SH2016 2016 54 20 Lys3 LysTTT_i tRNA/intron 26 41 26 i4 126 16 CGCTTAAAAGCCGAACCGCTTAAAAGCCGAACCGCTTAAAAGCCGAACCGCTTAAAAGCC SH2017 2017 12 158 Lys3 LysTTT_i tRNA/intron 31 47 31 i20 131 17 CAAATGCGCTTAAAAGCCAAATGCGCTTAAAAGCCAAATGCGCTTAAAAGCCAAATGCGC SH2018 2018 23 126 Lys3 LysTTT_i tRNA/intron 36 53 36 i16 136 18 CTTAAGCAAATGCGCTTACTTAAGCAAATGCGCTTACTTAAGCAAATGCGCTTACTTAAG SH2019 2019 53 167 Lys3 LysTTT_i tRNA-intron 41 57 i4 i20 141 17 CTTGCTTAAGCAAATGCCTTGCTTAAGCAAATGCCTTGCTTAAGCAAATGCCTTGCTTAA SH2020 2020 36 139 Lys3 LysTTT_i intron/tRNA 46 62 i9 39 146 17 GTATCCTTGCTTAAGCAGTATCCTTGCTTAAGCAGTATCCTTGCTTAAGCAGTATCCTTG SH2021 2021 66 22 Lys3 LysTTT_i intron/tRNA 51 67 i14 44 151 17 TTTCGGTATCCTTGCTTTTTCGGTATCCTTGCTTTTTCGGTATCCTTGCTTTTTCGGTAT SH2022 2022 70 79 Lys3 LysTTT_i intron/tRNA 56 72 i19 49 156 17 TGACATTTCGGTATCCTTGACATTTCGGTATCCTTGACATTTCGGTATCCTTGACATTTC SH2023 2023 65 205 Lys3 LysTTT_i tRNA 61 75 38 52 161 15 CCCTGACATTTCGGTCCCTGACATTTCGGTCCCTGACATTTCGGTCCCTGACATTTCGGT SH2024 2024 59 150 Lys3 LysTTT_i tRNA 66 80 43 57 166 15 CGAACCCCTGACATTCGAACCCCTGACATTCGAACCCCTGACATTCGAACCCCTGACATT SH2025 2025 61 95 Lys3 LysTTT_i tRNA 71 83 48 60 171 13 GCTCGAACCCCTGGCTCGAACCCCTGGCTCGAACCCCTGGCTCGAACCCCTGGCTCGAAC SH2026 2026 101 59 Lys3 LysTTT_i tRNA 76 88 53 65 176 13 AGGGGGCTCGAACAGGGGGCTCGAACAGGGGGCTCGAACAGGGGGCTCGAACAGGGGGCT SH2027 2027 21 151 Lys3 LysTTT_i tRNA 81 93 58 70 181 13 CTCATAGGGGGCTCTCATAGGGGGCTCTCATAGGGGGCTCTCATAGGGGGCTCTCATAGG SH2028 2028 57 213 Lys3 LysTTT_i 86-96 + 3_flank 86 3_flank 63 3_flank 186 17 aaagaaCTCCTCATAGGaaagaaCTCCTCATAGGaaagaaCTCCTCATAGGaaagaaCTC SH2029 2029 46 119 Lys3 LysTTT_i 91-96 + 3_flank 91 3_flank 68 3_flank 191 18 aaaaagaaagaaCTCCTCaaaaagaaagaaCTCCTCaaaaagaaagaaCTCCTCaaaaag SH2030 2030 26 36 Lys3 LysTTT_i 96 + 3_flank 96 3_flank 73 3_flank 196 20 gagagaaaaaaagaaagaaCgagagaaaaaaagaaagaaCgagagaaaaaaagaaagaaC SH2031 2031 22 21 Lys3 LysTTT_i 3_flank 201 22 aaaaattgagagaaaaaaagaaaaaaattgagagaaaaaaagaaaaaaattgagagaaaa SH2032 2032 58 12 Lys3 LysTTT_i 3_flank 206 21 ggttaaaaattgagagaaaaaggttaaaaattgagagaaaaaggttaaaaattgagagaa SH2033 2033 98 62 Lys3 LysTTT_i 3_flank 211 18 ccggttaaaaattgagagccggttaaaaattgagagccggttaaaaattgagagccggtt SH2034 2034 3 158 Lys3 LysTTT_i 3_flank 216 18 aggtaccggttaaaaattaggtaccggttaaaaattaggtaccggttaaaaattaggtac SH2035 2035 98 123 Lys3 LysTTT_i 3_flank 221 18 tttaaaggtaccggttaatttaaaggtaccggttaatttaaaggtaccggttaatttaaa SH2036 2036 53 46 Lys3 LysTTT_i 3_flank 226 17 cccttttaaaggtaccgcccttttaaaggtaccgcccttttaaaggtaccgcccttttaa SH2037 2037 11 185 Lys3 LysTTT_i 3_flank 231 18 ttgatacccttttaaaggttgatacccttttaaaggttgatacccttttaaaggttgata SH2038 2038 37 138 Lys3 LysTTT_i 3_flank 236 20 attgtttttgatacccttttattgtttttgatacccttttattgtttttgataccctttt SH2039 2039 18 100 Lys3 LysTTT_i 3_flank 241 18 gctattgtttttgataccgctattgtttttgataccgctattgtttttgataccgctatt SH2040 2040 36 183 Lys3 LysTTT_i 3_flank 246 18 gctatgctattgtttttggctatgctattgtttttggctatgctattgtttttggctatg SH2041 2041 78 172 Lys3 LysTTT_i 3_flank 251 20 cttttatgctatgctattgtcttttatgctatgctattgtcttttatgctatgctattgt SH2042 2042 83 55 Lys3 LysTTT_i 3_flank 256 20 tatttcttttatgctatgcttatttcttttatgctatgcttatttcttttatgctatgct SH2043 2043 57 200 Lys3 LysTTT_i 3_flank 261 20 gcacttatttcttttatgctgcacttatttcttttatgctgcacttatttcttttatgct SH2044 2044 91 148 Lys3 LysTTT_i 3_flank 266 22 ataaattgcacttatttcttttataaattgcacttatttcttttataaattgcacttatt SH2045 2045 39 76 Lys3 LysTTT_i 3_flank 271 20 ccaataaattgcacttatttccaataaattgcacttatttccaataaattgcacttattt SH2046 2046 100 91 Lys3 LysTTT_i 3_flank 276 18 acaccaataaattgcactacaccaataaattgcactacaccaataaattgcactacacca SH2047 2047 8 205 Lys4 LysTTT_ii 5_flank 1 18 aatagaagctaagatgcaaatagaagctaagatgcaaatagaagctaagatgcaaataga SH2048 2048 89 137 Lys4 LysTTT_ii 5_flank 6 21 ctaaatttaatagaagctaagctaaatttaatagaagctaagctaaatttaatagaagct SH2049 2049 10 109 Lys4 LysTTT_ii 5_flank 11 20 gtcactaaatttaatagaaggtcactaaatttaatagaaggtcactaaatttaatagaag SH2050 2050 74 139 Lys4 LysTTT_ii 5_flank 16 21 gaaacagtcactaaatttaatgaaacagtcactaaatttaatgaaacagtcactaaattt SH2051 2051 93 19 Lys4 LysTTT_ii 5_flank 21 18 gagaaacagtcactaaatgagaaacagtcactaaatgagaaacagtcactaaatgagaaa SH2052 2052 67 101 Lys4 LysTTT_ii 5_flank 26 17 gattgagaaacagtcacgattgagaaacagtcacgattgagaaacagtcacgattgagaa SH2053 2053 50 202 Lys4 LysTTT_ii 5_flank 31 20 aagataaagattgagaaacaaagataaagattgagaaacaaagataaagattgagaaaca SH2054 2054 90 91 Lys4 LysTTT_ii 5_flank 36 20 agtaaaagataaagattgagagtaaaagataaagattgagagtaaaagataaagattgag SH2055 2055 100 168 Lys4 LysTTT_ii 5_flank 41 21 ctatctagtaaaagataaagactatctagtaaaagataaagactatctagtaaaagataa SH2056 2056 97 63 Lys4 LysTTT_ii 5_flank 46 20 cttgctatctagtaaaagatcttgctatctagtaaaagatcttgctatctagtaaaagat SH2057 2057 68 187 Lys4 LysTTT_ii 5_flank 51 18 gtacttgctatctagtaagtacttgctatctagtaagtacttgctatctagtaagtactt SH2058 2058 5 159 Lys4 LysTTT_ii 5_flank 56 18 ctcttgtacttgctatctctcttgtacttgctatctctcttgtacttgctatctctcttg SH2059 2059 65 127 Lys4 LysTTT_ii 5_flank 61 17 tactctcttgtacttgctactctcttgtacttgctactctcttgtacttgctactctctt SH2060 2060 9 145 Lys4 LysTTT_ii 5_flank 66 18 ctgtagtactctcttgtactgtagtactctcttgtactgtagtactctcttgtactgtag SH2061 2061 43 138 Lys4 LysTTT_ii 5_flank 71 18 tttttctgtagtactctctttttctgtagtactctctttttctgtagtactctctttttc SH2062 2062 66 35 Lys4 LysTTT_ii 5_flank 76 20 tcttcattttttctgtagtatcttcattttttctgtagtatcttcattttttctgtagta SH2063 2063 26 156 Lys4 LysTTT_ii 5_flank 81 19 gagttcttcattttttctggagttcttcattttttctggagttcttcattttttctggag SH2064 2064 57 27 Lys4 LysTTT_ii 5_flank - tRNA3 5_flank 3 5_flank 3 86 18 GGAtgagttcttcattttGGAtgagttcttcattttGGAtgagttcttcattttGGAtga SH2065 2065 25 35 Lys4 LysTTT_ii 5_flank - tRNA7 5_flank 7 5_flank 7 91 17 ACAAGGAtgagttcttcACAAGGAtgagttcttcACAAGGAtgagttcttcACAAGGAtg SH2066 2066 11 183 Lys4 LysTTT_ii 5_flank - tRNA12 5_flank 12 5_flank 12 96 17 AGCTAACAAGGAtgagtAGCTAACAAGGAtgagtAGCTAACAAGGAtgagtAGCTAACAA SH2067 2067 37 128 Lys4 LysTTT_ii tRNA 1 17 1 17 101 17 AACTGAGCTAACAAGGAAACTGAGCTAACAAGGAAACTGAGCTAACAAGGAAACTGAGCT SH2068 2068 2 182 Lys4 LysTTT_ii tRNA 6 22 6 22 106 17 CTACCAACTGAGCTAACCTACCAACTGAGCTAACCTACCAACTGAGCTAACCTACCAACT SH2069 2069 44 207 Lys4 LysTTT_ii tRNA 11 25 11 25 111 15 GCTCTACCAACTGAGGCTCTACCAACTGAGGCTCTACCAACTGAGGCTCTACCAACTGAG SH2070 2070 77 40 Lys4 LysTTT_ii tRNA 16 30 16 30 116 15 CGAACGCTCTACCAACGAACGCTCTACCAACGAACGCTCTACCAACGAACGCTCTACCAA SH2071 2071 79 207 Lys4 LysTTT_ii tRNA 21 33 21 33 121 13 AGCCGAACGCTCTAGCCGAACGCTCTAGCCGAACGCTCTAGCCGAACGCTCTAGCCGAAC SH2072 2072 98 43 Lys4 LysTTT_ii tRNA/intron 26 41 26 i4 126 16 CGCTTAAAAGCCGAACCGCTTAAAAGCCGAACCGCTTAAAAGCCGAACCGCTTAAAAGCC SH2073 2073 82 203 Lys4 LysTTT_ii tRNA/intron 31 48 31 i11 131 18 GCAAATACGCTTAAAAGCGCAAATACGCTTAAAAGCGCAAATACGCTTAAAAGCGCAAAT SH2074 2074 21 94 Lys4 LysTTT_ii tRNA/intron 36 53 36 i16 136 18 CTTAAGCAAATACGCTTACTTAAGCAAATACGCTTACTTAAGCAAATACGCTTACTTAAG SH2075 2075 17 69 Lys4 LysTTT_ii tRNA-intron 41 58 i4 i21 141 18 CCTTGCTTAAGCAAATACCCTTGCTTAAGCAAATACCCTTGCTTAAGCAAATACCCTTGC SH2076 2076 93 108 Lys4 LysTTT_ii intron/tRNA 46 62 i9 39 146 17 GTATCCTTGCTTAAGCAGTATCCTTGCTTAAGCAGTATCCTTGCTTAAGCAGTATCCTTG SH2077 2077 23 152 Lys4 LysTTT_ii intron/tRNA 51 67 i14 44 151 17 TTTCGGTATCCTTGCTTTTTCGGTATCCTTGCTTTTTCGGTATCCTTGCTTTTTCGGTAT SH2078 2078 89 126 Lys4 LysTTT_ii intron/tRNA 56 72 i19 49 156 17 TGACATTTCGGTATCCTTGACATTTCGGTATCCTTGACATTTCGGTATCCTTGACATTTC SH2079 2079 54 83 Lys4 LysTTT_ii tRNA 61 75 38 52 161 15 CCCTGACATTTCGGTCCCTGACATTTCGGTCCCTGACATTTCGGTCCCTGACATTTCGGT SH2080 2080 54 29 Lys4 LysTTT_ii tRNA 66 80 43 57 166 15 CGAACCCCTGACATTCGAACCCCTGACATTCGAACCCCTGACATTCGAACCCCTGACATT SH2081 2081 17 138 Lys4 LysTTT_ii tRNA 71 83 48 60 171 13 GCTCGAACCCCTGGCTCGAACCCCTGGCTCGAACCCCTGGCTCGAACCCCTGGCTCGAAC SH2082 2082 7 190 Lys4 LysTTT_ii tRNA 76 88 53 65 176 13 AGGGGGCTCGAACAGGGGGCTCGAACAGGGGGCTCGAACAGGGGGCTCGAACAGGGGGCT SH2083 2083 102 127 Lys4 LysTTT_ii tRNA 81 93 58 70 181 13 CTCATAGGGGGCTCTCATAGGGGGCTCTCATAGGGGGCTCTCATAGGGGGCTCTCATAGG SH2084 2084 54 212 Lys4 LysTTT_ii 86-96 + 3_flank 86 102 63 3_flank 186 17 gaagaaCTCCTCATAGGgaagaaCTCCTCATAGGgaagaaCTCCTCATAGGgaagaaCTC SH2085 2085 22 143 Lys4 LysTTT_ii 91-96 + 3_flank 91 108 68 3_flank 191 18 aaaaaagaagaaCTCCTCaaaaaagaagaaCTCCTCaaaaaagaagaaCTCCTCaaaaaa SH2086 2086 40 165 Lys4 LysTTT_ii 96 + 3_flank 96 117 73 3_flank 196 22 caaaaaattaaaaaagaagaaCcaaaaaattaaaaaagaagaaCcaaaaaattaaaaaag SH2087 2087 63 106 Lys4 LysTTT_ii 3_flank 201 22 gtagccaaaaaattaaaaaagagtagccaaaaaattaaaaaagagtagccaaaaaattaa SH2088 2088 81 55 Lys4 LysTTT_ii 3_flank 206 22 ctattgtagccaaaaaattaaactattgtagccaaaaaattaaactattgtagccaaaaa SH2089 2089 46 79 Lys4 LysTTT_ii 3_flank 211 18 gctattgtagccaaaaaagctattgtagccaaaaaagctattgtagccaaaaaagctatt SH2090 2090 15 214 Lys4 LysTTT_ii 3_flank 216 17 gatggctattgtagccagatggctattgtagccagatggctattgtagccagatggctat SH2091 2091 44 110 Lys4 LysTTT_ii 3_flank 221 17 ccattgatggctattgtccattgatggctattgtccattgatggctattgtccattgatg SH2092 2092 7 26 Lys4 LysTTT_ii 3_flank 226 17 acattccattgatggctacattccattgatggctacattccattgatggctacattccat SH2093 2093 62 18 Lys4 LysTTT_ii 3_flank 231 17 gaaggacattccattgagaaggacattccattgagaaggacattccattgagaaggacat SH2094 2094 62 110 Lys4 LysTTT_ii 3_flank 236 17 aaaaggaaggacattccaaaaggaaggacattccaaaaggaaggacattccaaaaggaag SH2095 2095 104 54 Lys4 LysTTT_ii 3_flank 241 17 cacctaaaaggaaggaccacctaaaaggaaggaccacctaaaaggaaggaccacctaaaa SH2096 2096 98 100 Lys4 LysTTT_ii 3_flank 246 18 gaaagacacctaaaaggagaaagacacctaaaaggagaaagacacctaaaaggagaaaga SH2097 2097 60 122 Lys4 LysTTT_ii 3_flank 251 17 agctgaaagacacctaaagctgaaagacacctaaagctgaaagacacctaaagctgaaag SH2098 2098 25 66 Lys4 LysTTT_ii 3_flank 256 17 gagtgagctgaaagacagagtgagctgaaagacagagtgagctgaaagacagagtgagct SH2099 2099 36 50 Lys4 LysTTT_ii 3_flank 261 17 gacttgagtgagctgaagacttgagtgagctgaagacttgagtgagctgaagacttgagt SH2100 2100 58 15 Lys4 LysTTT_ii 3_flank 266 18 tttttagacttgagtgagtttttagacttgagtgagtttttagacttgagtgagttttta SH2101 2101 60 208 Lys4 LysTTT_ii 3_flank 271 20 caaaacttttttagacttgacaaaacttttttagacttgacaaaacttttttagacttga SH2102 2102 85 32 Lys4 LysTTT_ii 3_flank 276 19 cccacaaaacttttttagacccacaaaacttttttagacccacaaaacttttttagaccc SH2103 2103 50 129 Met1 MetCAT_i 5_flank 1 18 tgaaacctaagaaaacgatgaaacctaagaaaacgatgaaacctaagaaaacgatgaaac SH2104 2104 32 90 Met1 MetCAT_i 5_flank 6 19 cacatatgaaacctaagaacacatatgaaacctaagaacacatatgaaacctaagaacac SH2105 2105 53 106 Met1 MetCAT_i 5_flank 11 18 agaacacatatgaaacctagaacacatatgaaacctagaacacatatgaaacctagaaca SH2106 2106 71 36 Met1 MetCAT_i 5_flank 16 19 gttcatagaacacatatgagttcatagaacacatatgagttcatagaacacatatgagtt SH2107 2107 94 78 Met1 MetCAT_i 5_flank 21 18 gaacgttcatagaacacagaacgttcatagaacacagaacgttcatagaacacagaacgt SH2108 2108 72 85 Met1 MetCAT_i 5_flank 26 17 tcctgaacgttcatagatcctgaacgttcatagatcctgaacgttcatagatcctgaacg SH2109 2109 71 177 Met1 MetCAT_i 5_flank 31 17 cattatcctgaacgttccattatcctgaacgttccattatcctgaacgttccattatcct SH2110 2110 32 95 Met1 MetCAT_i 5_flank 36 19 gacaatacattatcctgaagacaatacattatcctgaagacaatacattatcctgaagac SH2111 2111 92 39 Met1 MetCAT_i 5_flank 41 18 gcatgacaatacattatcgcatgacaatacattatcgcatgacaatacattatcgcatga SH2112 2112 8 192 Met1 MetCAT_i 5_flank 46 17 gtcagcatgacaatacagtcagcatgacaatacagtcagcatgacaatacagtcagcatg SH2113 2113 36 162 Met1 MetCAT_i 5_flank 51 17 gatacgtcagcatgacagatacgtcagcatgacagatacgtcagcatgacagatacgtca SH2114 2114 83 89 Met1 MetCAT_i 5_flank 56 15 tgggatacgtcagcatgggatacgtcagcatgggatacgtcagcatgggatacgtcagca SH2115 2115 98 66 Met1 MetCAT_i 5_flank 61 17 ctcagaatgggatacgtctcagaatgggatacgtctcagaatgggatacgtctcagaatg SH2116 2116 20 128 Met1 MetCAT_i 5_flank 66 17 tacatctcagaatgggatacatctcagaatgggatacatctcagaatgggatacatctca SH2117 2117 6 71 Met1 MetCAT_i 5_flank 71 17 gacgttacatctcagaagacgttacatctcagaagacgttacatctcagaagacgttaca SH2118 2118 16 6 Met1 MetCAT_i 5_flank 76 17 gtacagacgttacatctgtacagacgttacatctgtacagacgttacatctgtacagacg SH2119 2119 48 87 Met1 MetCAT_i 5_flank 81 18 tgttttgtacagacgttatgttttgtacagacgttatgttttgtacagacgttatgtttt SH2120 2120 51 122 Met1 MetCAT_i 5_flank - tRNA3 5_flank 3 5_flank 3 86 18 AGCtttgttttgtacagaAGCtttgttttgtacagaAGCtttgttttgtacagaAGCttt SH2121 2121 22 150 Met1 MetCAT_i 5_flank - tRNA3 5_flank 8 5_flank 8 91 18 ACTGAAGCtttgttttgtACTGAAGCtttgttttgtACTGAAGCtttgttttgtACTGAA SH2122 2122 82 101 Met1 MetCAT_i 5_flank - tRNA12 5_flank 12 5_flank 12 96 17 AGCTACTGAAGCtttgtAGCTACTGAAGCtttgtAGCTACTGAAGCtttgtAGCTACTGA SH2123 2123 5 182 Met1 MetCAT_i tRNA 1 15 1 15 101 15 CTGAGCTACTGAAGCCTGAGCTACTGAAGCCTGAGCTACTGAAGCCTGAGCTACTGAAGC SH2124 2124 91 199 Met1 MetCAT_i tRNA 6 22 6 22 106 17 CTTCCTACTGAGCTACTCTTCCTACTGAGCTACTCTTCCTACTGAGCTACTCTTCCTACT SH2125 2125 2 187 Met1 MetCAT_i tRNA 11 25 11 25 111 15 GCTCTTCCTACTGAGGCTCTTCCTACTGAGGCTCTTCCTACTGAGGCTCTTCCTACTGAG SH2126 2126 7 191 Met1 MetCAT_i tRNA 16 30 16 30 116 15 CTGACGCTCTTCCTACTGACGCTCTTCCTACTGACGCTCTTCCTACTGACGCTCTTCCTA SH2127 2127 34 180 Met1 MetCAT_i tRNA 21 35 21 35 121 15 TGAGACTGACGCTCTTGAGACTGACGCTCTTGAGACTGACGCTCTTGAGACTGACGCTCT SH2128 2128 81 133 Met1 MetCAT_i tRNA 26 42 26 42 126 17 CAGATTATGAGACTGACCAGATTATGAGACTGACCAGATTATGAGACTGACCAGATTATG SH2129 2129 55 77 Met1 MetCAT_i tRNA 31 48 31 48 131 18 GACCTTCAGATTATGAGAGACCTTCAGATTATGAGAGACCTTCAGATTATGAGAGACCTT SH2130 2130 3 68 Met1 MetCAT_i tRNA 36 52 36 52 136 17 TCTCGACCTTCAGATTATCTCGACCTTCAGATTATCTCGACCTTCAGATTATCTCGACCT SH2131 2131 101 189 Met1 MetCAT_i tRNA 41 56 41 56 141 16 GAACTCTCGACCTTCAGAACTCTCGACCTTCAGAACTCTCGACCTTCAGAACTCTCGACC SH2132 2132 33 163 Met1 MetCAT_i tRNA 46 60 46 60 146 15 GTTCGAACTCTCGACGTTCGAACTCTCGACGTTCGAACTCTCGACGTTCGAACTCTCGAC SH2133 2133 82 99 Met1 MetCAT_i tRNA 51 65 51 65 151 15 GGGAGGTTCGAACTCGGGAGGTTCGAACTCGGGAGGTTCGAACTCGGGAGGTTCGAACTC SH2134 2134 40 149 Met1 MetCAT_i tRNA 56 68 56 68 156 13 CAGGGGAGGTTCGCAGGGGAGGTTCGCAGGGGAGGTTCGCAGGGGAGGTTCGCAGGGGAG SH2135 2135 5 158 Met1 MetCAT_i tRNA 61 73 61 73 161 13 TGCTCCAGGGGAGTGCTCCAGGGGAGTGCTCCAGGGGAGTGCTCCAGGGGAGTGCTCCAG SH2136 2136 17 19 Met1 MetCAT_i 66-73 + 3_flank 66 3_flank 66 3_flank 166 16 ggcaaaaaTGCTCCAGggcaaaaaTGCTCCAGggcaaaaaTGCTCCAGggcaaaaaTGCT SH2137 2137 81 164 Met1 MetCAT_i 71-73 + 3_flank 71 3_flank 71 3_flank 171 15 gctcggcaaaaaTGCgctcggcaaaaaTGCgctcggcaaaaaTGCgctcggcaaaaaTGC SH2138 2138 56 13 Met1 MetCAT_i 3_flank 176 13 cgtgctcggcaaacgtgctcggcaaacgtgctcggcaaacgtgctcggcaaacgtgctcg SH2139 2139 37 84 Met1 MetCAT_i 3_flank 181 13 agtaccgtgctcgagtaccgtgctcgagtaccgtgctcgagtaccgtgctcgagtaccgt SH2140 2140 27 43 Met1 MetCAT_i 3_flank 186 20 agaataaaaaaaagtaccgtagaataaaaaaaagtaccgtagaataaaaaaaagtaccgt SH2141 2141 67 160 Met1 MetCAT_i 3_flank 191 22 tttactgagaataaaaaaaagttttactgagaataaaaaaaagttttactgagaataaaa SH2142 2142 79 11 Met1 MetCAT_i 3_flank 196 22 tttcatttactgagaataaaaatttcatttactgagaataaaaatttcatttactgagaa SH2143 2143 84 23 Met1 MetCAT_i 3_flank 201 20 ggatttcatttactgagaatggatttcatttactgagaatggatttcatttactgagaat SH2144 2144 81 41 Met1 MetCAT_i 3_flank 206 18 cttggatttcatttactgcttggatttcatttactgcttggatttcatttactgcttgga SH2145 2145 73 58 Met1 MetCAT_i 3_flank 211 17 agcccttggatttcattagcccttggatttcattagcccttggatttcattagcccttgg SH2146 2146 93 159 Met1 MetCAT_i 3_flank 216 17 aaatgagcccttggattaaatgagcccttggattaaatgagcccttggattaaatgagcc SH2147 2147 5 156 Met1 MetCAT_i 3_flank 221 18 tcaaataaatgagccctttcaaataaatgagccctttcaaataaatgagccctttcaaat SH2148 2148 29 90 Met1 MetCAT_i 3_flank 226 20 tactttctcaaataaatgagtactttctcaaataaatgagtactttctcaaataaatgag SH2149 2149 10 123 Met1 MetCAT_i 3_flank 231 22 ccttatttactttctcaaataaccttatttactttctcaaataaccttatttactttctc SH2150 2150 96 39 Met1 MetCAT_i 3_flank 236 20 ataccttatttactttctcaataccttatttactttctcaataccttatttactttctca SH2151 2151 33 95 Met1 MetCAT_i 3_flank 241 20 ctctaataccttatttacttctctaataccttatttacttctctaataccttatttactt SH2152 2152 52 30 Met1 MetCAT_i 3_flank 246 20 attacctctaataccttattattacctctaataccttattattacctctaataccttatt SH2153 2153 16 140 Met1 MetCAT_i 3_flank 251 19 ctttattacctctaataccctttattacctctaataccctttattacctctaataccctt SH2154 2154 58 30 Met2 MetCAT_ii 5_flank 1 17 ggcttgatgtcttcacaggcttgatgtcttcacaggcttgatgtcttcacaggcttgatg SH2155 2155 94 43 Met2 MetCAT_ii 5_flank 6 16 ctagggcttgatgtctctagggcttgatgtctctagggcttgatgtctctagggcttgat SH2156 2156 42 16 Met2 MetCAT_ii 5_flank 11 18 tatatatctagggcttgatatatatctagggcttgatatatatctagggcttgatatata SH2157 2157 71 91 Met2 MetCAT_ii 5_flank 16 19 ctatgatatatatctagggctatgatatatatctagggctatgatatatatctagggcta SH2158 2158 3 84 Met2 MetCAT_ii 5_flank 21 20 atcctactatgatatatatcatcctactatgatatatatcatcctactatgatatatatc SH2159 2159 65 27 Met2 MetCAT_ii 5_flank 26 22 ctattttatcctactatgatatctattttatcctactatgatatctattttatcctacta SH2160 2160 62 85 Met2 MetCAT_ii 5_flank 31 20 ctactattttatcctactatctactattttatcctactatctactattttatcctactat SH2161 2161 42 96 Met2 MetCAT_ii 5_flank 36 22 ttttattctactattttatcctttttattctactattttatcctttttattctactattt SH2162 2162 66 212 Met2 MetCAT_ii 5_flank 41 23 gaatagttttattctactattttgaatagttttattctactattttgaatagttttattc SH2163 2163 104 151 Met2 MetCAT_ii 5_flank 46 22 atatgaatagttttattctactatatgaatagttttattctactatatgaatagttttat SH2164 2164 37 148 Met2 MetCAT_ii 5_flank 51 23 gtagatatatgaatagttttattgtagatatatgaatagttttattgtagatatatgaat SH2165 2165 72 76 Met2 MetCAT_ii 5_flank 56 20 acgtagatatatgaatagttacgtagatatatgaatagttacgtagatatatgaatagtt SH2166 2166 48 140 Met2 MetCAT_ii 5_flank 61 20 ctttcacgtagatatatgaactttcacgtagatatatgaactttcacgtagatatatgaa SH2167 2167 8 200 Met2 MetCAT_ii 5_flank 66 18 atgctttcacgtagatatatgctttcacgtagatatatgctttcacgtagatatatgctt SH2168 2168 33 88 Met2 MetCAT_ii 5_flank 71 17 tctgatgctttcacgtatctgatgctttcacgtatctgatgctttcacgtatctgatgct SH2169 2169 8 65 Met2 MetCAT_ii 5_flank 76 17 caatctctgatgctttccaatctctgatgctttccaatctctgatgctttccaatctctg SH2170 2170 28 139 Met2 MetCAT_ii 5_flank 81 18 acattacaatctctgatgacattacaatctctgatgacattacaatctctgatgacatta SH2171 2171 75 162 Met2 MetCAT_ii 5_flank - tRNA3 5_flank 3 5_flank 3 86 18 GCTcaacattacaatctcGCTcaacattacaatctcGCTcaacattacaatctcGCTcaa SH2172 2172 13 58 Met2 MetCAT_ii 5_flank - tRNA6 5_flank 6 5_flank 6 91 16 GGCGCTcaacattacaGGCGCTcaacattacaGGCGCTcaacattacaGGCGCTcaacat SH2173 2173 4 180 Met2 MetCAT_ii 5_flank - tRNA8 5_flank 8 5_flank 8 96 13 ACGGCGCTcaacaACGGCGCTcaacaACGGCGCTcaacaACGGCGCTcaacaACGGCGCT SH2174 2174 63 167 Met2 MetCAT_ii tRNA 1 13 1 13 101 13 GCGCCACGGCGCTGCGCCACGGCGCTGCGCCACGGCGCTGCGCCACGGCGCTGCGCCACG SH2175 2175 46 130 Met2 MetCAT_ii tRNA 6 18 6 18 106 13 CCACTGCGCCACGCCACTGCGCCACGCCACTGCGCCACGCCACTGCGCCACGCCACTGCG SH2176 2176 36 176 Met2 MetCAT_ii tRNA 11 23 11 23 111 13 CGCTTCCACTGCGCGCTTCCACTGCGCGCTTCCACTGCGCGCTTCCACTGCGCGCTTCCA SH2177 2177 74 113 Met2 MetCAT_ii tRNA 16 28 16 28 116 13 CTGCGCGCTTCCACTGCGCGCTTCCACTGCGCGCTTCCACTGCGCGCTTCCACTGCGCGC SH2178 2178 30 74 Met2 MetCAT_ii tRNA 21 33 21 33 121 13 GAGCCCTGCGCGCGAGCCCTGCGCGCGAGCCCTGCGCGCGAGCCCTGCGCGCGAGCCCTG SH2179 2179 95 162 Met2 MetCAT_ii tRNA 26 40 26 40 126 15 GGGTTATGAGCCCTGGGGTTATGAGCCCTGGGGTTATGAGCCCTGGGGTTATGAGCCCTG SH2180 2180 82 20 Met2 MetCAT_ii tRNA 31 47 31 47 131 17 GACATCAGGGTTATGAGGACATCAGGGTTATGAGGACATCAGGGTTATGAGGACATCAGG SH2181 2181 69 28 Met2 MetCAT_ii tRNA 36 50 36 50 136 15 GAGGACATCAGGGTTGAGGACATCAGGGTTGAGGACATCAGGGTTGAGGACATCAGGGTT SH2182 2182 84 109 Met2 MetCAT_ii tRNA 41 55 41 55 141 15 GATCCGAGGACATCAGATCCGAGGACATCAGATCCGAGGACATCAGATCCGAGGACATCA SH2183 2183 9 85 Met2 MetCAT_ii tRNA 46 60 46 60 146 15 GTTTCGATCCGAGGAGTTTCGATCCGAGGAGTTTCGATCCGAGGAGTTTCGATCCGAGGA SH2184 2184 10 118 Met2 MetCAT_ii tRNA 51 65 51 65 151 15 GCTCGGTTTCGATCCGCTCGGTTTCGATCCGCTCGGTTTCGATCCGCTCGGTTTCGATCC SH2185 2185 72 34 Met2 MetCAT_ii tRNA 56 68 56 68 156 13 GCCGCTCGGTTTCGCCGCTCGGTTTCGCCGCTCGGTTTCGCCGCTCGGTTTCGCCGCTCG SH2186 2186 39 32 Met2 MetCAT_ii tRNA 61 73 61 73 161 13 aTAGCGCCGCTCGaTAGCGCCGCTCGaTAGCGCCGCTCGaTAGCGCCGCTCGaTAGCGCC SH2187 2187 100 121 Met2 MetCAT_ii 66-72 + 3_flank 66 3_flank 66 3_flank 166 19 caaaaaatttaaTAGCGCCcaaaaaatttaaTAGCGCCcaaaaaatttaaTAGCGCCcaa SH2188 2188 9 159 Met2 MetCAT_ii 71-72 + 3_flank 71 3_flank 71 3_flank 171 22 ggacagttcaaaaaatttaaTAggacagttcaaaaaatttaaTAggacagttcaaaaaat SH2189 2189 85 205 Met2 MetCAT_ii 3_flank 176 20 aatggacagttcaaaaaattaatggacagttcaaaaaattaatggacagttcaaaaaatt SH2190 2190 27 41 Met2 MetCAT_ii 3_flank 181 20 ttattaatggacagttcaaattattaatggacagttcaaattattaatggacagttcaaa SH2191 2191 56 66 Met2 MetCAT_ii 3_flank 186 20 cattattattaatggacagtcattattattaatggacagtcattattattaatggacagt SH2192 2192 86 141 Met2 MetCAT_ii 3_flank 191 20 agttccattattattaatggagttccattattattaatggagttccattattattaatgg SH2193 2193 103 157 Met2 MetCAT_ii 3_flank 196 19 cgtcagttccattattattcgtcagttccattattattcgtcagttccattattattcgt SH2194 2194 37 165 Met2 MetCAT_ii 3_flank 201 17 cgacgtcagttccattacgacgtcagttccattacgacgtcagttccattacgacgtcag SH2195 2195 78 158 Met2 MetCAT_ii 3_flank 206 15 tgacgacgtcagttctgacgacgtcagttctgacgacgtcagttctgacgacgtcagttc SH2196 2196 51 116 Met2 MetCAT_ii 3_flank 211 16 ggtaattgacgacgtcggtaattgacgacgtcggtaattgacgacgtcggtaattgacga SH2197 2197 60 95 Met2 MetCAT_ii 3_flank 216 16 ctaccggtaattgacgctaccggtaattgacgctaccggtaattgacgctaccggtaatt SH2198 2198 77 11 Met2 MetCAT_ii 3_flank 221 18 aaaaaagctaccggtaataaaaaagctaccggtaataaaaaagctaccggtaataaaaaa SH2199 2199 23 169 Met2 MetCAT_ii 3_flank 226 16 ggcaaaaaagctaccgggcaaaaaagctaccgggcaaaaaagctaccgggcaaaaaagct SH2200 2200 75 73 Met2 MetCAT_ii 3_flank 231 17 aatgtgggcaaaaaagcaatgtgggcaaaaaagcaatgtgggcaaaaaagcaatgtgggc SH2201 2201 45 207 Met2 MetCAT_ii 3_flank 236 19 gattaaaaatgtgggcaaagattaaaaatgtgggcaaagattaaaaatgtgggcaaagat SH2202 2202 77 163 Met2 MetCAT_ii 3_flank 241 20 aaagatgattaaaaatgtggaaagatgattaaaaatgtggaaagatgattaaaaatgtgg SH2203 2203 6 108 Met2 MetCAT_ii 3_flank 246 23 aatacttaaaagatgattaaaaaaatacttaaaagatgattaaaaaaatacttaaaagat SH2204 2204 43 45 Met2 MetCAT_ii 3_flank 251 22 ctcaaatacttaaaagatgattctcaaatacttaaaagatgattctcaaatacttaaaag SH2205 2205 100 134 Phe1 PheGAA_i 5_flank 1 20 ttcataagaaggtgaaaaatttcataagaaggtgaaaaatttcataagaaggtgaaaaat SH2206 2206 101 183 Phe1 PheGAA_i 5_flank 6 18 gtattcataagaaggtgagtattcataagaaggtgagtattcataagaaggtgagtattc SH2207 2207 28 165 Phe1 PheGAA_i 5_flank 11 20 gttttcagtattcataagaagttttcagtattcataagaagttttcagtattcataagaa SH2208 2208 7 200 Phe1 PheGAA_i 5_flank 16 18 gcggttttcagtattcatgcggttttcagtattcatgcggttttcagtattcatgcggtt SH2209 2209 43 147 Phe1 PheGAA_i 5_flank 21 17 cgttgcggttttcagtacgttgcggttttcagtacgttgcggttttcagtacgttgcggt SH2210 2210 34 101 Phe1 PheGAA_i 5_flank 26 17 tattgcgttgcggtttttattgcgttgcggtttttattgcgttgcggtttttattgcgtt SH2211 2211 97 144 Phe1 PheGAA_i 5_flank 31 18 tatttttattgcgttgcgtatttttattgcgttgcgtatttttattgcgttgcgtatttt SH2212 2212 89 76 Phe1 PheGAA_i 5_flank 36 21 caatcttttatttttattgcgcaatcttttatttttattgcgcaatcttttatttttatt SH2213 2213 87 142 Phe1 PheGAA_i 5_flank 41 23 atatatgcaatcttttatttttaatatatgcaatcttttatttttaatatatgcaatctt SH2214 2214 33 58 Phe1 PheGAA_i 5_flank 46 23 cttttatatatgcaatcttttatcttttatatatgcaatcttttatcttttatatatgca SH2215 2215 51 13 Phe1 PheGAA_i 5_flank 51 20 gtcttttatatatgcaatctgtcttttatatatgcaatctgtcttttatatatgcaatct SH2216 2216 5 151 Phe1 PheGAA_i 5_flank 56 19 gtctgtcttttatatatgcgtctgtcttttatatatgcgtctgtcttttatatatgcgtc SH2217 2217 5 55 Phe1 PheGAA_i 5_flank 61 18 ggtggtctgtcttttataggtggtctgtcttttataggtggtctgtcttttataggtggt SH2218 2218 39 73 Phe1 PheGAA_i 5_flank 66 15 tgggtggtctgtctttgggtggtctgtctttgggtggtctgtctttgggtggtctgtctt SH2219 2219 61 146 Phe1 PheGAA_i 5_flank 71 15 cttcatgggtggtctcttcatgggtggtctcttcatgggtggtctcttcatgggtggtct SH2220 2220 10 169 Phe1 PheGAA_i 5_flank 76 15 cggaacttcatgggtcggaacttcatgggtcggaacttcatgggtcggaacttcatgggt SH2221 2221 18 82 Phe1 PheGAA_i 5_flank 81 17 cataagacggaacttcacataagacggaacttcacataagacggaacttcacataagacg SH2222 2222 11 22 Phe1 PheGAA_i 5_flank - tRNA2 5_flank 2 5_flank 2 86 17 GCtaacataagacggaaGCtaacataagacggaaGCtaacataagacggaaGCtaacata SH2223 2223 17 128 Phe1 PheGAA_i 5_flank - tRNA7 5_flank 7 5_flank 7 91 17 AGTCCGCtaacataagaAGTCCGCtaacataagaAGTCCGCtaacataagaAGTCCGCta SH2224 2224 102 204 Phe1 PheGAA_i 5_flank - tRNA11 5_flank 11 5_flank 11 96 16 GCTAAGTCCGCtaacaGCTAAGTCCGCtaacaGCTAAGTCCGCtaacaGCTAAGTCCGCt SH2225 2225 78 192 Phe1 PheGAA_i tRNA 1 13 1 13 101 13 GAGCTAAGTCCGCGAGCTAAGTCCGCGAGCTAAGTCCGCGAGCTAAGTCCGCGAGCTAAG SH2226 2226 62 99 Phe1 PheGAA_i tRNA 6 20 6 20 106 15 CCCAACTGAGCTAAGCCCAACTGAGCTAAGCCCAACTGAGCTAAGCCCAACTGAGCTAAG SH2227 2227 82 129 Phe1 PheGAA_i tRNA 11 25 11 25 111 15 GCTCTCCCAACTGAGGCTCTCCCAACTGAGGCTCTCCCAACTGAGGCTCTCCCAACTGAG SH2228 2228 54 209 Phe1 PheGAA_i tRNA 16 28 16 28 116 13 GGCGCTCTCCCAAGGCGCTCTCCCAAGGCGCTCTCCCAAGGCGCTCTCCCAAGGCGCTCT SH2229 2229 96 117 Phe1 PheGAA_i tRNA 21 33 21 33 121 13 AGTCTGGCGCTCTAGTCTGGCGCTCTAGTCTGGCGCTCTAGTCTGGCGCTCTAGTCTGGC SH2230 2230 2 164 Phe1 PheGAA_i tRNA/intron 26 42 26 i5 126 17 TTTTTCTTCAGTCTGGCTTTTTCTTCAGTCTGGCTTTTTCTTCAGTCTGGCTTTTTCTTC SH2231 2231 79 196 Phe1 PheGAA_i tRNA/intron 31 49 31 i12 131 19 CCAAAGTTTTTTCTTCAGTCCAAAGTTTTTTCTTCAGTCCAAAGTTTTTTCTTCAGTCCA SH2232 2232 79 214 Phe1 PheGAA_i tRNA/intron 36 54 36 i17 136 19 CTTGACCAAAGTTTTTTCTCTTGACCAAAGTTTTTTCTCTTGACCAAAGTTTTTTCTCTT SH2233 2233 4 135 Phe1 PheGAA_i intron/tRNA 41 59 i4 40 141 19 GATATCTTGACCAAAGTTTGATATCTTGACCAAAGTTTGATATCTTGACCAAAGTTTGAT SH2234 2234 32 49 Phe1 PheGAA_i intron/tRNA 46 62 i9 43 146 17 CCAGATATCTTGACCAACCAGATATCTTGACCAACCAGATATCTTGACCAACCAGATATC SH2235 2235 54 90 Phe1 PheGAA_i intron/tRNA 51 67 i14 48 151 17 GACCTCCAGATATCTTGGACCTCCAGATATCTTGGACCTCCAGATATCTTGGACCTCCAG SH2236 2236 87 80 Phe1 PheGAA_i intron/tRNA 56 70 i19 51 156 15 CAGGACCTCCAGATACAGGACCTCCAGATACAGGACCTCCAGATACAGGACCTCCAGATA SH2237 2237 71 158 Phe1 PheGAA_i tRNA 61 73 42 54 161 13 ACACAGGACCTCCACACAGGACCTCCACACAGGACCTCCACACAGGACCTCCACACAGGA SH2238 2238 10 51 Phe1 PheGAA_i tRNA 66 80 47 61 166 15 GGATCGAACACAGGAGGATCGAACACAGGAGGATCGAACACAGGAGGATCGAACACAGGA SH2239 2239 95 112 Phe1 PheGAA_i tRNA 71 86 52 67 171 16 CTCTGTGGATCGAACACTCTGTGGATCGAACACTCTGTGGATCGAACACTCTGTGGATCG SH2240 2240 21 22 Phe1 PheGAA_i tRNA 76 90 57 71 176 15 CGAACTCTGTGGATCCGAACTCTGTGGATCCGAACTCTGTGGATCCGAACTCTGTGGATC SH2241 2241 67 141 Phe1 PheGAA_i 81-92 + 3_flank 81 3_flank 62 3_flank 181 18 taaaaaTGCGAACTCTGTtaaaaaTGCGAACTCTGTtaaaaaTGCGAACTCTGTtaaaaa SH2242 2242 20 41 Phe1 PheGAA_i 86-72 + 3_flank 86 3_flank 67 3_flank 186 20 gaaaaaataaaaaTGCGAACgaaaaaataaaaaTGCGAACgaaaaaataaaaaTGCGAAC SH2243 2243 23 31 Phe1 PheGAA_i 91-92 + 3_flank 91 3_flank 72 3_flank 191 20 actgggaaaaaataaaaaTGactgggaaaaaataaaaaTGactgggaaaaaataaaaaTG SH2244 2244 66 77 Phe1 PheGAA_i 3_flank 196 18 gtcactgggaaaaaataagtcactgggaaaaaataagtcactgggaaaaaataagtcact SH2245 2245 89 186 Phe1 PheGAA_i 3_flank 201 15 gcgtcactgggaaaagcgtcactgggaaaagcgtcactgggaaaagcgtcactgggaaaa SH2246 2246 56 114 Phe1 PheGAA_i 3_flank 206 17 aaaaattgcgtcactggaaaaattgcgtcactggaaaaattgcgtcactggaaaaattgc SH2247 2247 98 166 Phe1 PheGAA_i 3_flank 211 18 caatccaaaaattgcgtccaatccaaaaattgcgtccaatccaaaaattgcgtccaatcc SH2248 2248 15 29 Phe1 PheGAA_i 3_flank 216 23 ctattattaacaatccaaaaattctattattaacaatccaaaaattctattattaacaat SH2249 2249 21 88 Phe1 PheGAA_i 3_flank 221 20 cgctattattaacaatccaacgctattattaacaatccaacgctattattaacaatccaa SH2250 2250 10 74 Phe1 PheGAA_i 3_flank 226 18 cgacgctattattaacaacgacgctattattaacaacgacgctattattaacaacgacgc SH2251 2251 84 200 Phe1 PheGAA_i 3_flank 231 18 cgtaacgacgctattattcgtaacgacgctattattcgtaacgacgctattattcgtaac SH2252 2252 49 102 Phe1 PheGAA_i 3_flank 236 15 gacgtaacgacgctagacgtaacgacgctagacgtaacgacgctagacgtaacgacgcta SH2253 2253 57 98 Phe1 PheGAA_i 3_flank 241 17 catatgtgacgtaacgacatatgtgacgtaacgacatatgtgacgtaacgacatatgtga SH2254 2254 29 44 Phe1 PheGAA_i 3_flank 246 17 ctgaccatatgtgacgtctgaccatatgtgacgtctgaccatatgtgacgtctgaccata SH2255 2255 56 56 Phe1 PheGAA_i 3_flank 251 18 atcatactgaccatatgtatcatactgaccatatgtatcatactgaccatatgtatcata SH2256 2256 26 97 Phe1 PheGAA_i 3_flank 256 17 agtgatcatactgaccaagtgatcatactgaccaagtgatcatactgaccaagtgatcat SH2257 2257 48 156 Phe1 PheGAA_i 3_flank 261 19 cttctaaagtgatcatactcttctaaagtgatcatactcttctaaagtgatcatactctt SH2258 2258 104 206 Phe1 PheGAA_i 3_flank 266 18 cttacttctaaagtgatccttacttctaaagtgatccttacttctaaagtgatccttact SH2259 2259 30 31 Phe1 PheGAA_i 3_flank 271 18 ttctccttacttctaaagttctccttacttctaaagttctccttacttctaaagttctcc SH2260 2260 47 180 Phe1 PheGAA_i 3_flank 276 17 gtagttctccttacttcgtagttctccttacttcgtagttctccttacttcgtagttctc SH2261 2261 37 211 Phe2 PheGAA_ii 5_flank 1 18 cataaggaaatctagcgacataaggaaatctagcgacataaggaaatctagcgacataag SH2262 2262 23 11 Phe2 PheGAA_ii 5_flank 6 20 cttttctcataaggaaatctcttttctcataaggaaatctcttttctcataaggaaatct SH2263 2263 99 39 Phe2 PheGAA_ii 5_flank 11 18 tgacttttctcataaggatgacttttctcataaggatgacttttctcataaggatgactt SH2264 2264 93 191 Phe2 PheGAA_ii 5_flank 16 20 ttaaatgtgacttttctcatttaaatgtgacttttctcatttaaatgtgacttttctcat SH2265 2265 56 81 Phe2 PheGAA_ii 5_flank 21 20 cacctttaaatgtgacttttcacctttaaatgtgacttttcacctttaaatgtgactttt SH2266 2266 12 18 Phe2 PheGAA_ii 5_flank 26 19 ctaacacctttaaatgtgactaacacctttaaatgtgactaacacctttaaatgtgacta SH2267 2267 5 193 Phe2 PheGAA_ii 5_flank 31 18 gctgctaacacctttaaagctgctaacacctttaaagctgctaacacctttaaagctgct SH2268 2268 14 214 Phe2 PheGAA_ii 5_flank 36 16 ctagctgctaacacctctagctgctaacacctctagctgctaacacctctagctgctaac SH2269 2269 33 10 Phe2 PheGAA_ii 5_flank 41 20 ctataataactagctgctaactataataactagctgctaactataataactagctgctaa SH2270 2270 102 109 Phe2 PheGAA_ii 5_flank 46 18 ggactataataactagctggactataataactagctggactataataactagctggacta SH2271 2271 72 161 Phe2 PheGAA_ii 5_flank 51 20 aactataggactataataacaactataggactataataacaactataggactataataac SH2272 2272 84 68 Phe2 PheGAA_ii 5_flank 56 18 aggaactataggactataaggaactataggactataaggaactataggactataaggaac SH2273 2273 68 177 Phe2 PheGAA_ii 5_flank 61 18 gttacaggaactataggagttacaggaactataggagttacaggaactataggagttaca SH2274 2274 16 174 Phe2 PheGAA_ii 5_flank 66 18 tcattgttacaggaactatcattgttacaggaactatcattgttacaggaactatcattg SH2275 2275 91 20 Phe2 PheGAA_ii 5_flank 71 20 gaaaaattcattgttacagggaaaaattcattgttacagggaaaaattcattgttacagg SH2276 2276 83 92 Phe2 PheGAA_ii 5_flank 76 23 ctatttatgaaaaattcattgttctatttatgaaaaattcattgttctatttatgaaaaa SH2277 2277 74 174 Phe2 PheGAA_ii 5_flank - tRNA2 5_flank 2 5_flank 2 81 22 GCttctatttatgaaaaattcaGCttctatttatgaaaaattcaGCttctatttatgaaa SH2278 2278 31 96 Phe2 PheGAA_ii 5_flank - tRNA4 5_flank 4 5_flank 4 86 19 CCGCttctatttatgaaaaCCGCttctatttatgaaaaCCGCttctatttatgaaaaCCG SH2279 2279 61 56 Phe2 PheGAA_ii 5_flank - tRNA10 5_flank 10 5_flank 10 91 20 CTAAATCCGCttctatttatCTAAATCCGCttctatttatCTAAATCCGCttctatttat SH2280 2280 50 5 Phe2 PheGAA_ii 5_flank - tRNA12 5_flank 12 5_flank 12 96 17 AGCTAAATCCGCttctaAGCTAAATCCGCttctaAGCTAAATCCGCttctaAGCTAAATC SH2281 2281 43 109 Phe2 PheGAA_ii tRNA 1 15 1 15 101 15 CTGAGCTAAATCCGCCTGAGCTAAATCCGCCTGAGCTAAATCCGCCTGAGCTAAATCCGC SH2282 2282 47 173 Phe2 PheGAA_ii tRNA 6 22 6 22 106 17 CTCCCAACTGAGCTAAACTCCCAACTGAGCTAAACTCCCAACTGAGCTAAACTCCCAACT SH2283 2283 56 109 Phe2 PheGAA_ii tRNA 11 25 11 25 111 15 GCTCTCCCAACTGAGGCTCTCCCAACTGAGGCTCTCCCAACTGAGGCTCTCCCAACTGAG SH2284 2284 70 97 Phe2 PheGAA_ii tRNA 16 28 16 28 116 13 GGCGCTCTCCCAAGGCGCTCTCCCAAGGCGCTCTCCCAAGGCGCTCTCCCAAGGCGCTCT SH2285 2285 84 32 Phe2 PheGAA_ii tRNA 21 33 21 33 121 13 AGTCTGGCGCTCTAGTCTGGCGCTCTAGTCTGGCGCTCTAGTCTGGCGCTCTAGTCTGGC SH2286 2286 28 82 Phe2 PheGAA_ii tRNA/intron 26 42 26 i5 126 17 TTTTTCTTCAGTCTGGCTTTTTCTTCAGTCTGGCTTTTTCTTCAGTCTGGCTTTTTCTTC SH2287 2287 34 5 Phe2 PheGAA_ii tRNA/intron 31 48 31 i11 131 18 CGAAGTTTTTTCTTCAGTCGAAGTTTTTTCTTCAGTCGAAGTTTTTTCTTCAGTCGAAGT SH2288 2288 104 78 Phe2 PheGAA_ii tRNA/intron 36 53 36 i16 136 18 TTGACCGAAGTTTTTTCTTTGACCGAAGTTTTTTCTTTGACCGAAGTTTTTTCTTTGACC SH2289 2289 46 43 Phe2 PheGAA_ii intron/tRNA 41 58 i4 39 141 18 ATAACTTGACCGAAGTTTATAACTTGACCGAAGTTTATAACTTGACCGAAGTTTATAACT SH2290 2290 4 60 Phe2 PheGAA_ii intron/tRNA 46 62 i9 43 146 17 CCAGATAACTTGACCGACCAGATAACTTGACCGACCAGATAACTTGACCGACCAGATAAC SH2291 2291 102 68 Phe2 PheGAA_ii intron/tRNA 51 67 i14 48 151 17 GACCTCCAGATAACTTGGACCTCCAGATAACTTGGACCTCCAGATAACTTGGACCTCCAG SH2292 2292 55 73 Phe2 PheGAA_ii intron/tRNA 56 70 i19 51 156 15 CAGGACCTCCAGATACAGGACCTCCAGATACAGGACCTCCAGATACAGGACCTCCAGATA SH2293 2293 31 33 Phe2 PheGAA_ii tRNA 61 73 42 54 161 13 ACACAGGACCTCCACACAGGACCTCCACACAGGACCTCCACACAGGACCTCCACACAGGA SH2294 2294 8 86 Phe2 PheGAA_ii tRNA 66 80 47 61 166 15 GGATCGAACACAGGAGGATCGAACACAGGAGGATCGAACACAGGAGGATCGAACACAGGA SH2295 2295 6 121 Phe2 PheGAA_ii tRNA 71 87 52 68 171 17 ATTCTGTGGATCGAACAATTCTGTGGATCGAACAATTCTGTGGATCGAACAATTCTGTGG SH2296 2296 72 63 Phe2 PheGAA_ii tRNA 76 91 57 72 176 16 GCGAATTCTGTGGATCGCGAATTCTGTGGATCGCGAATTCTGTGGATCGCGAATTCTGTG SH2297 2297 51 157 Phe2 PheGAA_ii 81-92 + 3_flank 81 3_flank 62 3_flank 181 18 aatgaaTGCGAATTCTGTaatgaaTGCGAATTCTGTaatgaaTGCGAATTCTGTaatgaa SH2298 2298 7 208 Phe2 PheGAA_ii 86-92 + 3_flank 86 3_flank 67 3_flank 186 19 gcaaaaaatgaaTGCGAATgcaaaaaatgaaTGCGAATgcaaaaaatgaaTGCGAATgca SH2299 2299 12 150 Phe2 PheGAA_ii 91-92 + 3_flank 91 3_flank 72 3_flank 191 19 gaagagcaaaaaatgaaTGgaagagcaaaaaatgaaTGgaagagcaaaaaatgaaTGgaa SH2300 2300 28 43 Phe2 PheGAA_ii 3_flank 196 17 cccgaagagcaaaaaatcccgaagagcaaaaaatcccgaagagcaaaaaatcccgaagag SH2301 2301 56 126 Phe2 PheGAA_ii 3_flank 201 13 ccccgaagagcaaccccgaagagcaaccccgaagagcaaccccgaagagcaaccccgaag SH2302 2302 96 82 Phe2 PheGAA_ii 3_flank 206 13 accaaccccgaagaccaaccccgaagaccaaccccgaagaccaaccccgaagaccaaccc SH2303 2303 93 105 Phe2 PheGAA_ii 3_flank 211 17 aaattaaggaccaacccaaattaaggaccaacccaaattaaggaccaacccaaattaagg SH2304 2304 70 63 Phe2 PheGAA_ii 3_flank 216 18 ctgaaaaaattaaggaccctgaaaaaattaaggaccctgaaaaaattaaggaccctgaaa SH2305 2305 93 180 Phe2 PheGAA_ii 3_flank 221 20 aatggcactgaaaaaattaaaatggcactgaaaaaattaaaatggcactgaaaaaattaa SH2306 2306 77 18 Phe2 PheGAA_ii 3_flank 226 17 ggaatggcactgaaaaaggaatggcactgaaaaaggaatggcactgaaaaaggaatggca SH2307 2307 56 107 Phe2 PheGAA_ii 3_flank 231 17 tataaggaatggcactgtataaggaatggcactgtataaggaatggcactgtataaggaa SH2308 2308 78 100 Phe2 PheGAA_ii 3_flank 236 18 tggaaatataaggaatggtggaaatataaggaatggtggaaatataaggaatggtggaaa SH2309 2309 83 18 Phe2 PheGAA_ii 3_flank 241 20 ctagatttggaaatataaggctagatttggaaatataaggctagatttggaaatataagg SH2310 2310 35 84 Phe2 PheGAA_ii 3_flank 246 22 catttaactagatttggaaatacatttaactagatttggaaatacatttaactagatttg SH2311 2311 65 97 Phe2 PheGAA_ii 3_flank 251 18 ccatttaactagatttggccatttaactagatttggccatttaactagatttggccattt SH2312 2312 12 173 Phe2 PheGAA_ii 3_flank 256 19 gattcaccatttaactagagattcaccatttaactagagattcaccatttaactagagat SH2313 2313 50 10 Phe2 PheGAA_ii 3_flank 261 18 cttggattcaccatttaacttggattcaccatttaacttggattcaccatttaacttgga SH2314 2314 44 147 Phe2 PheGAA_ii 3_flank 266 18 ataatcttggattcaccaataatcttggattcaccaataatcttggattcaccaataatc SH2315 2315 35 8 Phe3 PheGAA_iii 5_flank 1 15 gaggggtgtcttatggaggggtgtcttatggaggggtgtcttatggaggggtgtcttatg SH2316 2316 20 171 Phe3 PheGAA_iii 5_flank 6 13 gaagaggggtgtcgaagaggggtgtcgaagaggggtgtcgaagaggggtgtcgaagaggg SH2317 2317 6 83 Phe3 PheGAA_iii 5_flank 11 15 ctctgaagaagagggctctgaagaagagggctctgaagaagagggctctgaagaagaggg SH2318 2318 90 38 Phe3 PheGAA_iii 5_flank 16 18 accaaattctctgaagaaaccaaattctctgaagaaaccaaattctctgaagaaaccaaa SH2319 2319 100 114 Phe3 PheGAA_iii 5_flank 21 17 gcttaccaaattctctggcttaccaaattctctggcttaccaaattctctggcttaccaa SH2320 2320 104 156 Phe3 PheGAA_iii 5_flank 26 20 atgaaattgcttaccaaattatgaaattgcttaccaaattatgaaattgcttaccaaatt SH2321 2321 64 52 Phe3 PheGAA_iii 5_flank 31 18 tacatgaaattgcttacctacatgaaattgcttacctacatgaaattgcttacctacatg SH2322 2322 49 187 Phe3 PheGAA_iii 5_flank 36 18 ggaaatacatgaaattgcggaaatacatgaaattgcggaaatacatgaaattgcggaaat SH2323 2323 33 79 Phe3 PheGAA_iii 5_flank 41 18 ctcatggaaatacatgaactcatggaaatacatgaactcatggaaatacatgaactcatg SH2324 2324 24 138 Phe3 PheGAA_iii 5_flank 46 18 ccattctcatggaaatacccattctcatggaaatacccattctcatggaaatacccattc SH2325 2325 4 70 Phe3 PheGAA_iii 5_flank 51 15 gcccattctcatggagcccattctcatggagcccattctcatggagcccattctcatgga SH2326 2326 94 194 Phe3 PheGAA_iii 5_flank 56 13 cgagcccattctccgagcccattctccgagcccattctccgagcccattctccgagccca SH2327 2327 72 88 Phe3 PheGAA_iii 5_flank 61 13 ggatgcgagcccaggatgcgagcccaggatgcgagcccaggatgcgagcccaggatgcga SH2328 2328 94 171 Phe3 PheGAA_iii 5_flank 66 13 ctctgggatgcgactctgggatgcgactctgggatgcgactctgggatgcgactctggga SH2329 2329 69 70 Phe3 PheGAA_iii 5_flank 71 13 ttgcgctctgggattgcgctctgggattgcgctctgggattgcgctctgggattgcgctc SH2330 2330 9 93 Phe3 PheGAA_iii 5_flank 76 18 catatattagttgcgctccatatattagttgcgctccatatattagttgcgctccatata SH2331 2331 34 73 Phe3 PheGAA_iii 5_flank - tRNA2 5_flank 2 5_flank 2 81 22 GCttatattcatatattagttgGCttatattcatatattagttgGCttatattcatatat SH2332 2332 11 135 Phe3 PheGAA_iii 5_flank - tRNA5 5_flank 5 5_flank 5 86 20 TCCGCttatattcatatattTCCGCttatattcatatattTCCGCttatattcatatatt SH2333 2333 73 33 Phe3 PheGAA_iii 5_flank - tRNA10 5_flank 10 5_flank 10 91 20 CTAAATCCGCttatattcatCTAAATCCGCttatattcatCTAAATCCGCttatattcat SH2334 2334 75 110 Phe3 PheGAA_iii 5_flank - tRNA13 5_flank 13 5_flank 13 96 18 GAGCTAAATCCGCttataGAGCTAAATCCGCttataGAGCTAAATCCGCttataGAGCTA SH2335 2335 69 167 Phe3 PheGAA_iii tRNA 1 15 1 15 101 15 CTGAGCTAAATCCGCCTGAGCTAAATCCGCCTGAGCTAAATCCGCCTGAGCTAAATCCGC SH2336 2336 18 109 Phe3 PheGAA_iii tRNA 6 22 6 22 106 17 CTCCCAACTGAGCTAAACTCCCAACTGAGCTAAACTCCCAACTGAGCTAAACTCCCAACT SH2337 2337 32 56 Phe3 PheGAA_iii tRNA 11 25 11 25 111 15 GCTCTCCCAACTGAGGCTCTCCCAACTGAGGCTCTCCCAACTGAGGCTCTCCCAACTGAG SH2338 2338 84 88 Phe3 PheGAA_iii tRNA 16 28 16 28 116 13 GGCGCTCTCCCAAGGCGCTCTCCCAAGGCGCTCTCCCAAGGCGCTCTCCCAAGGCGCTCT SH2339 2339 24 3 Phe3 PheGAA_iii tRNA 21 33 21 33 121 13 AGTCTGGCGCTCTAGTCTGGCGCTCTAGTCTGGCGCTCTAGTCTGGCGCTCTAGTCTGGC SH2340 2340 37 124 Phe3 PheGAA_iii tRNA/intron 26 42 26 i5 126 17 TATTTCTTCAGTCTGGCTATTTCTTCAGTCTGGCTATTTCTTCAGTCTGGCTATTTCTTC SH2341 2341 65 87 Phe3 PheGAA_iii tRNA/intron 31 48 31 i11 131 18 CCGAAGTATTTCTTCAGTCCGAAGTATTTCTTCAGTCCGAAGTATTTCTTCAGTCCGAAG SH2342 2342 100 181 Phe3 PheGAA_iii tRNA/intron 36 53 36 i16 136 18 CTTGACCGAAGTATTTCTCTTGACCGAAGTATTTCTCTTGACCGAAGTATTTCTCTTGAC SH2343 2343 29 40 Phe3 PheGAA_iii intron/tRNA 41 58 i4 40 141 18 GATAACTTGACCGAAGTAGATAACTTGACCGAAGTAGATAACTTGACCGAAGTAGATAAC SH2344 2344 69 102 Phe3 PheGAA_iii intron/tRNA 46 61 i9 43 146 16 CCAGATAACTTGACCGCCAGATAACTTGACCGCCAGATAACTTGACCGCCAGATAACTTG SH2345 2345 51 85 Phe3 PheGAA_iii intron/tRNA 51 67 i14 49 151 17 GGACCTCCAGATAACTTGGACCTCCAGATAACTTGGACCTCCAGATAACTTGGACCTCCA SH2346 2346 90 186 Phe3 PheGAA_iii tRNA 56 70 38 52 156 15 ACAGGACCTCCAGATACAGGACCTCCAGATACAGGACCTCCAGATACAGGACCTCCAGAT SH2347 2347 24 40 Phe3 PheGAA_iii tRNA 61 75 43 57 161 15 CGAACACAGGACCTCCGAACACAGGACCTCCGAACACAGGACCTCCGAACACAGGACCTC SH2348 2348 96 73 Phe3 PheGAA_iii tRNA 66 80 48 62 166 15 TGGATCGAACACAGGTGGATCGAACACAGGTGGATCGAACACAGGTGGATCGAACACAGG SH2349 2349 77 155 Phe3 PheGAA_iii tRNA 71 87 53 69 171 17 AATTCTGTGGATCGAACAATTCTGTGGATCGAACAATTCTGTGGATCGAACAATTCTGTG SH2350 2350 46 163 Phe3 PheGAA_iii tRNA 76 92 58 74 176 17 aTGCGAATTCTGTGGATaTGCGAATTCTGTGGATaTGCGAATTCTGTGGATaTGCGAATT SH2351 2351 67 204 Phe3 PheGAA_iii 81-91 + 3_flank 81 3_flank 63 3_flank 181 20 aaaaattaaTGCGAATTCTGaaaaattaaTGCGAATTCTGaaaaattaaTGCGAATTCTG SH2352 2352 62 195 Phe3 PheGAA_iii 86-91 + 3_flank 86 3_flank 68 3_flank 186 22 agtaaaaaaaaattaaTGCGAAagtaaaaaaaaattaaTGCGAAagtaaaaaaaaattaa SH2353 2353 11 184 Phe3 PheGAA_iii 91 + 3_flank 91 3_flank 73 3_flank 191 25 gaatgaaaagtaaaaaaaaattaaTgaatgaaaagtaaaaaaaaattaaTgaatgaaaag SH2354 2354 85 41 Phe3 PheGAA_iii 3_flank 196 22 acgaatgaaaagtaaaaaaaaaacgaatgaaaagtaaaaaaaaaacgaatgaaaagtaaa SH2355 2355 61 73 Phe3 PheGAA_iii 3_flank 201 21 gaaaacgaatgaaaagtaaaagaaaacgaatgaaaagtaaaagaaaacgaatgaaaagta SH2356 2356 14 73 Phe3 PheGAA_iii 3_flank 206 18 aggaaaacgaatgaaaagaggaaaacgaatgaaaagaggaaaacgaatgaaaagaggaaa SH2357 2357 78 40 Phe3 PheGAA_iii 3_flank 211 18 aaaagaggaaaacgaatgaaaagaggaaaacgaatgaaaagaggaaaacgaatgaaaaga SH2358 2358 36 127 Phe3 PheGAA_iii 3_flank 216 17 caccaaaagaggaaaaccaccaaaagaggaaaaccaccaaaagaggaaaaccaccaaaag SH2359 2359 78 107 Phe3 PheGAA_iii 3_flank 221 17 ctcatcaccaaaagaggctcatcaccaaaagaggctcatcaccaaaagaggctcatcacc SH2360 2360 73 196 Phe3 PheGAA_iii 3_flank 226 16 gctgctcatcaccaaagctgctcatcaccaaagctgctcatcaccaaagctgctcatcac SH2361 2361 34 195 Phe3 PheGAA_iii 3_flank 231 16 gtgatgctgctcatcagtgatgctgctcatcagtgatgctgctcatcagtgatgctgctc SH2362 2362 76 39 Phe3 PheGAA_iii 3_flank 236 16 cttctgtgatgctgctcttctgtgatgctgctcttctgtgatgctgctcttctgtgatgc SH2363 2363 102 29 Phe3 PheGAA_iii 3_flank 241 15 cccgcttctgtgatgcccgcttctgtgatgcccgcttctgtgatgcccgcttctgtgatg SH2364 2364 63 141 Phe3 PheGAA_iii 3_flank 246 13 ccacccgcttctgccacccgcttctgccacccgcttctgccacccgcttctgccacccgc SH2365 2365 99 196 Phe3 PheGAA_iii 3_flank 251 13 atgacccacccgcatgacccacccgcatgacccacccgcatgacccacccgcatgaccca SH2366 2366 89 94 Phe3 PheGAA_iii 3_flank 256 18 ctaataatggatgacccactaataatggatgacccactaataatggatgacccactaata SH2367 2367 46 146 Phe3 PheGAA_iii 3_flank 261 17 ccgtctaataatggatgccgtctaataatggatgccgtctaataatggatgccgtctaat SH2368 2368 52 98 Phe3 PheGAA_iii 3_flank 266 18 cacttaccgtctaataatcacttaccgtctaataatcacttaccgtctaataatcactta SH2369 2369 60 137 Phe3 PheGAA_iii 3_flank 271 18 tttttcacttaccgtctatttttcacttaccgtctatttttcacttaccgtctatttttc SH2370 2370 54 164 Phe4 PheGAA_iv 5_flank 1 18 agtaatactgaagcacatagtaatactgaagcacatagtaatactgaagcacatagtaat SH2371 2371 7 77 Phe4 PheGAA_iv 5_flank 6 20 caaaaaaagtaatactgaagcaaaaaaagtaatactgaagcaaaaaaagtaatactgaag SH2372 2372 76 107 Phe4 PheGAA_iv 5_flank 11 20 gaaggcaaaaaaagtaatacgaaggcaaaaaaagtaatacgaaggcaaaaaaagtaatac SH2373 2373 44 60 Phe4 PheGAA_iv 5_flank 16 18 gttgaaggcaaaaaaagtgttgaaggcaaaaaaagtgttgaaggcaaaaaaagtgttgaa SH2374 2374 95 156 Phe4 PheGAA_iv 5_flank 21 16 ggcgttgaaggcaaaaggcgttgaaggcaaaaggcgttgaaggcaaaaggcgttgaaggc SH2375 2375 64 50 Phe4 PheGAA_iv 5_flank 26 15 tcaaggcgttgaaggtcaaggcgttgaaggtcaaggcgttgaaggtcaaggcgttgaagg SH2376 2376 43 194 Phe4 PheGAA_iv 5_flank 31 17 agaacaatcaaggcgttagaacaatcaaggcgttagaacaatcaaggcgttagaacaatc SH2377 2377 50 136 Phe4 PheGAA_iv 5_flank 36 20 gcaaaaatagaacaatcaaggcaaaaatagaacaatcaaggcaaaaatagaacaatcaag SH2378 2378 17 172 Phe4 PheGAA_iv 5_flank 41 22 attattagcaaaaatagaacaaattattagcaaaaatagaacaaattattagcaaaaata SH2379 2379 43 180 Phe4 PheGAA_iv 5_flank 46 22 gatttattattagcaaaaataggatttattattagcaaaaataggatttattattagcaa SH2380 2380 85 137 Phe4 PheGAA_iv 5_flank 51 23 gaaatagatttattattagcaaagaaatagatttattattagcaaagaaatagatttatt SH2381 2381 83 117 Phe4 PheGAA_iv 5_flank 56 22 cgatgaaatagatttattattacgatgaaatagatttattattacgatgaaatagattta SH2382 2382 72 40 Phe4 PheGAA_iv 5_flank 61 20 gtccgatgaaatagatttatgtccgatgaaatagatttatgtccgatgaaatagatttat SH2383 2383 45 157 Phe4 PheGAA_iv 5_flank 66 18 ttagtccgatgaaatagattagtccgatgaaatagattagtccgatgaaatagattagtc SH2384 2384 27 46 Phe4 PheGAA_iv 5_flank 71 18 gacttttagtccgatgaagacttttagtccgatgaagacttttagtccgatgaagacttt SH2385 2385 57 70 Phe4 PheGAA_iv 5_flank 76 17 aatggacttttagtccgaatggacttttagtccgaatggacttttagtccgaatggactt SH2386 2386 30 108 Phe4 PheGAA_iv 5_flank 81 20 ttacaactaatggacttttattacaactaatggacttttattacaactaatggactttta SH2387 2387 11 131 Phe4 PheGAA_iv 5_flank - tRNA2 5_flank 2 5_flank 2 86 17 GCttacaactaatggacGCttacaactaatggacGCttacaactaatggacGCttacaac SH2388 2388 29 35 Phe4 PheGAA_iv 5_flank - tRNA8 5_flank 8 5_flank 8 91 18 AAATCCGCttacaactaaAAATCCGCttacaactaaAAATCCGCttacaactaaAAATCC SH2389 2389 61 74 Phe4 PheGAA_iv 5- flank - tRNA12 5_flank 12 5_flank 12 96 17 AGCTAAATCCGCttacaAGCTAAATCCGCttacaAGCTAAATCCGCttacaAGCTAAATC SH2390 2390 26 76 Phe4 PheGAA_iv tRNA 1 15 1 15 101 15 CTGAGCTAAATCCGCCTGAGCTAAATCCGCCTGAGCTAAATCCGCCTGAGCTAAATCCGC SH2391 2391 60 49 Phe4 PheGAA_iv tRNA 6 22 6 22 106 17 CTCCCAACTGAGCTAAACTCCCAACTGAGCTAAACTCCCAACTGAGCTAAACTCCCAACT SH2392 2392 102 38 Phe4 PheGAA_iv tRNA 11 25 11 25 111 15 GCTCTCCCAACTGAGGCTCTCCCAACTGAGGCTCTCCCAACTGAGGCTCTCCCAACTGAG SH2393 2393 40 147 Phe4 PheGAA_iv tRNA 16 28 16 28 116 13 GGCGCTCTCCCAAGGCGCTCTCCCAAGGCGCTCTCCCAAGGCGCTCTCCCAAGGCGCTCT SH2394 2394 55 66 Phe4 PheGAA_iv tRNA 21 33 21 33 121 13 AGTCTGGCGCTCTAGTCTGGCGCTCTAGTCTGGCGCTCTAGTCTGGCGCTCTAGTCTGGC SH2395 2395 67 149 Phe4 PheGAA_iv tRNA/intron 26 42 26 i5 126 17 TTTTTCTTCAGTCTGGCTTTTTCTTCAGTCTGGCTTTTTCTTCAGTCTGGCTTTTTCTTC SH2396 2396 20 62 Phe4 PheGAA_iv tRNA/intron 31 48 31 i11 131 18 CCGAAGTTTTTCTTCAGTCCGAAGTTTTTCTTCAGTCCGAAGTTTTTCTTCAGTCCGAAG SH2397 2397 24 168 Phe4 PheGAA_iv tRNA/intron 36 53 36 i16 136 18 CTTGACCGAAGTTTTTCTCTTGACCGAAGTTTTTCTCTTGACCGAAGTTTTTCTCTTGAC SH2398 2398 73 71 Phe4 PheGAA_iv intron/tRNA 41 57 i4 39 141 17 ATGACTTGACCGAAGTTATGACTTGACCGAAGTTATGACTTGACCGAAGTTATGACTTGA SH2399 2399 51 40 Phe4 PheGAA_iv intron/tRNA 46 60 i9 42 146 15 CAGATGACTTGACCGCAGATGACTTGACCGCAGATGACTTGACCGCAGATGACTTGACCG SH2400 2400 76 28 Phe4 PheGAA_iv intron/tRNA 51 66 i14 48 151 16 GACCTCCAGATGACTTGACCTCCAGATGACTTGACCTCCAGATGACTTGACCTCCAGATG SH2401 2401 56 142 Phe4 PheGAA_iv tRNA 56 70 38 52 156 15 ACAGGACCTCCAGATACAGGACCTCCAGATACAGGACCTCCAGATACAGGACCTCCAGAT SH2402 2402 14 169 Phe4 PheGAA_iv tRNA 61 75 43 57 161 15 CGAACACAGGACCTCCGAACACAGGACCTCCGAACACAGGACCTCCGAACACAGGACCTC SH2403 2403 72 73 Phe4 PheGAA_iv tRNA 66 80 48 62 166 15 TGGATCGAACACAGGTGGATCGAACACAGGTGGATCGAACACAGGTGGATCGAACACAGG SH2404 2404 51 73 Phe4 PheGAA_iv tRNA 71 87 53 69 171 17 AATTCTGTGGATCGAACAATTCTGTGGATCGAACAATTCTGTGGATCGAACAATTCTGTG SH2405 2405 34 94 Phe4 PheGAA_iv 76-91 + 3_flank 76 92 58 74 176 17 aTGCGAATTCTGTGGATaTGCGAATTCTGTGGATaTGCGAATTCTGTGGATaTGCGAATT SH2406 2406 12 50 Phe4 PheGAA_iv 81-91 + 3_flank 81 3_flank 63 3_flank 181 17 aaggaaTGCGAATTCTGaaggaaTGCGAATTCTGaaggaaTGCGAATTCTGaaggaaTGC SH2407 2407 68 14 Phe4 PheGAA_iv 86-91 + 3_flank 86 3_flank 68 3_flank 186 17 gcaaaaaggaaTGCGAAgcaaaaaggaaTGCGAAgcaaaaaggaaTGCGAAgcaaaaagg SH2408 2408 72 57 Phe4 PheGAA_iv 91 + 3_flank 91 3_flank 73 3_flank 191 18 atgctagcaaaaaggaaTatgctagcaaaaaggaaTatgctagcaaaaaggaaTatgcta SH2409 2409 36 103 Phe4 PheGAA_iv 3_flank 196 20 aaaaagaatgctagcaaaaaaaaaagaatgctagcaaaaaaaaaagaatgctagcaaaaa SH2410 2410 64 4 Phe4 PheGAA_iv 3_flank 201 20 aaaaaaaaaagaatgctagcaaaaaaaaaagaatgctagcaaaaaaaaaagaatgctagc SH2411 2411 60 143 Phe4 PheGAA_iv 3_flank 206 22 agaaatgaaaaaaaaaagaatgagaaatgaaaaaaaaaagaatgagaaatgaaaaaaaaa SH2412 2412 29 28 Phe4 PheGAA_iv 3_flank 211 21 gcctagaaatgaaaaaaaaaagcctagaaatgaaaaaaaaaagcctagaaatgaaaaaaa SH2413 2413 86 185 Phe4 PheGAA_iv 3_flank 216 18 aggcctagaaatgaaaaaaggcctagaaatgaaaaaaggcctagaaatgaaaaaaggcct SH2414 2414 24 19 Phe4 PheGAA_iv 3_flank 221 17 aaacaggcctagaaatgaaacaggcctagaaatgaaacaggcctagaaatgaaacaggcc SH2415 2415 55 191 Phe4 PheGAA_iv 3_flank 226 15 gagaaacaggcctaggagaaacaggcctaggagaaacaggcctaggagaaacaggcctag SH2416 2416 35 33 Phe4 PheGAA_iv 3_flank 231 13 gcggagaaacagggcggagaaacagggcggagaaacagggcggagaaacagggcggagaa SH2417 2417 18 47 Phe4 PheGAA_iv 3_flank 236 13 tcagcgcggagaatcagcgcggagaatcagcgcggagaatcagcgcggagaatcagcgcg SH2418 2418 47 35 Phe4 PheGAA_iv 3_flank 241 13 accaatcagcgcgaccaatcagcgcgaccaatcagcgcgaccaatcagcgcgaccaatca SH2419 2419 62 40 Phe4 PheGAA_iv 3_flank 246 13 gggcgaccaatcagggcgaccaatcagggcgaccaatcagggcgaccaatcagggcgacc SH2420 2420 37 111 Phe4 PheGAA_iv 3_flank 251 13 cacccgggcgacccacccgggcgacccacccgggcgacccacccgggcgacccacccggg SH2421 2421 32 120 Phe4 PheGAA_iv 3_flank 256 13 tgcatcacccgggtgcatcacccgggtgcatcacccgggtgcatcacccgggtgcatcac SH2422 2422 92 11 Phe4 PheGAA_iv 3_flank 261 15 ccgcaactgcatcacccgcaactgcatcacccgcaactgcatcacccgcaactgcatcac SH2423 2423 65 121 Phe4 PheGAA_iv 3_flank 266 13 cggccgcaactgccggccgcaactgccggccgcaactgccggccgcaactgccggccgca SH2424 2424 40 17 Phe4 PheGAA_iv 3_flank 271 13 agggccggccgcaagggccggccgcaagggccggccgcaagggccggccgcaagggccgg SH2425 2425 52 83 Phe4 PheGAA_iv 3_flank 276 13 tggccagggccggtggccagggccggtggccagggccggtggccagggccggtggccagg SH2426 2426 17 162 Phe5 PheGAA_v 5_flank 1 18 gtttaaacgcacgagaatgtttaaacgcacgagaatgtttaaacgcacgagaatgtttaa SH2427 2427 61 82 Phe5 PheGAA_v 5_flank 6 16 gacgtttaaacgcacggacgtttaaacgcacggacgtttaaacgcacggacgtttaaacg SH2428 2428 57 2 Phe5 PheGAA_v 5_flank 11 19 ggaaaaatgacgtttaaacggaaaaatgacgtttaaacggaaaaatgacgtttaaacgga SH2429 2429 17 102 Phe5 PheGAA_v 5_flank 16 17 gagggaaaaatgacgttgagggaaaaatgacgttgagggaaaaatgacgttgagggaaaa SH2430 2430 72 10 Phe5 PheGAA_v 5_flank 21 18 caatctgagggaaaaatgcaatctgagggaaaaatgcaatctgagggaaaaatgcaatct SH2431 2431 92 106 Phe5 PheGAA_v 5_flank 26 17 cttccaatctgagggaacttccaatctgagggaacttccaatctgagggaacttccaatc SH2432 2432 47 73 Phe5 PheGAA_v 5_flank 31 17 atgcacttccaatctgaatgcacttccaatctgaatgcacttccaatctgaatgcacttc SH2433 2433 13 7 Phe5 PheGAA_v 5_flank 36 18 cttttgatgcacttccaacttttgatgcacttccaacttttgatgcacttccaacttttg SH2434 2434 41 97 Phe5 PheGAA_v 5_flank 41 19 gaattacttttgatgcactgaattacttttgatgcactgaattacttttgatgcactgaa SH2435 2435 100 90 Phe5 PheGAA_v 5_flank 46 19 cctaggaattacttttgatcctaggaattacttttgatcctaggaattacttttgatcct SH2436 2436 13 137 Phe5 PheGAA_v 5_flank 51 17 gtccctaggaattacttgtccctaggaattacttgtccctaggaattacttgtccctagg SH2437 2437 18 186 Phe5 PheGAA_v 5_flank 56 15 gtcgtccctaggaatgtcgtccctaggaatgtcgtccctaggaatgtcgtccctaggaat SH2438 2438 56 34 Phe5 PheGAA_v 5_flank 61 17 cctttttgtcgtccctacctttttgtcgtccctacctttttgtcgtccctacctttttgt SH2439 2439 12 182 Phe5 PheGAA_v 5_flank 66 15 ccgcctttttgtcgtccgcctttttgtcgtccgcctttttgtcgtccgcctttttgtcgt SH2440 2440 90 94 Phe5 PheGAA_v 5_flank 71 17 accttttccgcctttttaccttttccgcctttttaccttttccgcctttttaccttttcc SH2441 2441 13 120 Phe5 PheGAA_v 5_flank 76 15 gaaaccttttccgccgaaaccttttccgccgaaaccttttccgccgaaaccttttccgcc SH2442 2442 70 187 Phe5 PheGAA_v 5_flank - tRNA1 5_flank 1 5_flank 1 81 21 CttatttttctgaaaccttttCttatttttctgaaaccttttCttatttttctgaaacct SH2443 2443 96 95 Phe5 PheGAA_v 5_flank - tRNA3 5_flank 3 5_flank 3 86 18 CGCttatttttctgaaacCGCttatttttctgaaacCGCttatttttctgaaacCGCtta SH2444 2444 49 129 Phe5 PheGAA_v 5_flank - tRNA8 5_flank 8 5_flank 8 91 18 AAGTCCGCttatttttctAAGTCCGCttatttttctAAGTCCGCttatttttctAAGTCC SH2445 2445 12 82 Phe5 PheGAA_v 5_flank - tRNA12 5_flank 12 5_flank 12 96 17 AGCTAAGTCCGCttattAGCTAAGTCCGCttattAGCTAAGTCCGCttattAGCTAAGTC SH2446 2446 56 52 Phe5 PheGAA_v tRNA 1 13 1 13 101 13 GAGCTAAGTCCGCGAGCTAAGTCCGCGAGCTAAGTCCGCGAGCTAAGTCCGCGAGCTAAG SH2447 2447 46 31 Phe5 PheGAA_v tRNA 6 20 6 20 106 15 CCCAACTGAGCTAAGCCCAACTGAGCTAAGCCCAACTGAGCTAAGCCCAACTGAGCTAAG SH2448 2448 4 122 Phe5 PheGAA_v tRNA 11 25 11 25 111 15 GCTCTCCCAACTGAGGCTCTCCCAACTGAGGCTCTCCCAACTGAGGCTCTCCCAACTGAG SH2449 2449 19 129 Phe5 PheGAA_v tRNA 16 28 16 28 116 13 GGCGCTCTCCCAAGGCGCTCTCCCAAGGCGCTCTCCCAAGGCGCTCTCCCAAGGCGCTCT SH2450 2450 48 74 Phe5 PheGAA_v tRNA 21 33 21 33 121 13 AGTCTGGCGCTCTAGTCTGGCGCTCTAGTCTGGCGCTCTAGTCTGGCGCTCTAGTCTGGC SH2451 2451 42 196 Phe5 PheGAA_v tRNA/intron 26 42 26 i5 126 17 TTTTTCTTCAGTCTGGCTTTTTCTTCAGTCTGGCTTTTTCTTCAGTCTGGCTTTTTCTTC SH2452 2452 102 97 Phe5 PheGAA_v tRNA/intron 31 48 31 i11 131 18 CCGAAGTTTTTCTTCAGTCCGAAGTTTTTCTTCAGTCCGAAGTTTTTCTTCAGTCCGAAG SH2453 2453 96 78 Phe5 PheGAA_v tRNA/intron 36 53 36 i16 136 18 CTTGACCGAAGTTTTTCTCTTGACCGAAGTTTTTCTCTTGACCGAAGTTTTTCTCTTGAC SH2454 2454 64 144 Phe5 PheGAA_v intron/tRNA 41 57 i4 39 141 17 ATGACTTGACCGAAGTTATGACTTGACCGAAGTTATGACTTGACCGAAGTTATGACTTGA SH2455 2455 5 195 Phe5 PheGAA_v intron/tRNA 46 60 i9 42 146 15 CAGATGACTTGACCGCAGATGACTTGACCGCAGATGACTTGACCGCAGATGACTTGACCG SH2456 2456 19 178 Phe5 PheGAA_v intron/tRNA 51 66 i14 48 151 16 GACCTCCAGATGACTTGACCTCCAGATGACTTGACCTCCAGATGACTTGACCTCCAGATG SH2457 2457 63 122 Phe5 PheGAA_v tRNA 56 70 38 52 156 15 ACAGGACCTCCAGATACAGGACCTCCAGATACAGGACCTCCAGATACAGGACCTCCAGAT SH2458 2458 100 192 Phe5 PheGAA_v tRNA 61 75 43 57 161 15 CGAACACAGGACCTCCGAACACAGGACCTCCGAACACAGGACCTCCGAACACAGGACCTC SH2459 2459 56 83 Phe5 PheGAA_v tRNA 66 80 48 62 166 15 TGGATCGAACACAGGTGGATCGAACACAGGTGGATCGAACACAGGTGGATCGAACACAGG SH2460 2460 52 178 Phe5 PheGAA_v tRNA 71 85 53 67 171 15 CTCTGTGGATCGAACCTCTGTGGATCGAACCTCTGTGGATCGAACCTCTGTGGATCGAAC SH2461 2461 73 152 Phe5 PheGAA_v tRNA 76 90 58 72 176 15 GCGAACTCTGTGGATGCGAACTCTGTGGATGCGAACTCTGTGGATGCGAACTCTGTGGAT SH2462 2462 85 76 Phe5 PheGAA_v 81-91 + 3_flank 81 3_flank 63 3_flank 181 17 tcaaatTGCGAACTCTGtcaaatTGCGAACTCTGtcaaatTGCGAACTCTGtcaaatTGC SH2463 2463 61 140 Phe5 PheGAA_v 86-91 + 3_flank 86 3_flank 68 3_flank 186 22 aaaaaatttttcaaatTGCGAAaaaaaatttttcaaatTGCGAAaaaaaatttttcaaat SH2464 2464 45 49 Phe5 PheGAA_v 91 + 3_flank 91 3_flank 73 3_flank 191 25 atcattaaaaaaaatttttcaaatTatcattaaaaaaaatttttcaaatTatcattaaaa SH2465 2465 51 65 Phe5 PheGAA_v 3_flank 196 23 gtaatcattaaaaaaaatttttcgtaatcattaaaaaaaatttttcgtaatcattaaaaa SH2466 2466 83 121 Phe5 PheGAA_v 3_flank 201 22 atgcgtaatcattaaaaaaaatatgcgtaatcattaaaaaaaatatgcgtaatcattaaa SH2467 2467 92 128 Phe5 PheGAA_v 3_flank 206 20 cacatgcgtaatcattaaaacacatgcgtaatcattaaaacacatgcgtaatcattaaaa SH2468 2468 40 90 Phe5 PheGAA_v 3_flank 211 17 tccacatgcgtaatcattccacatgcgtaatcattccacatgcgtaatcattccacatgc SH2469 2469 19 31 Phe5 PheGAA_v 3_flank 216 16 cacatccacatgcgtacacatccacatgcgtacacatccacatgcgtacacatccacatg SH2470 2470 19 187 Phe5 PheGAA_v 3_flank 221 17 actgaacacatccacatactgaacacatccacatactgaacacatccacatactgaacac SH2471 2471 28 162 Phe5 PheGAA_v 3_flank 226 18 gttgatactgaacacatcgttgatactgaacacatcgttgatactgaacacatcgttgat SH2472 2472 79 128 Phe5 PheGAA_v 3_flank 231 17 atcggttgatactgaacatcggttgatactgaacatcggttgatactgaacatcggttga SH2473 2473 64 167 Phe5 PheGAA_v 3_flank 236 16 gagcatcggttgatacgagcatcggttgatacgagcatcggttgatacgagcatcggttg SH2474 2474 42 173 Phe5 PheGAA_v 3_flank 241 13 gcgagcatcggttgcgagcatcggttgcgagcatcggttgcgagcatcggttgcgagcat SH2475 2475 77 26 Phe5 PheGAA_v 3_flank 246 17 attggaaaagcgagcatattggaaaagcgagcatattggaaaagcgagcatattggaaaa SH2476 2476 98 73 Phe5 PheGAA_v 3_flank 251 18 catttgattggaaaagcgcatttgattggaaaagcgcatttgattggaaaagcgcatttg SH2477 2477 73 187 Phe5 PheGAA_v 3_flank 256 20 cttgtatcatttgattggaacttgtatcatttgattggaacttgtatcatttgattggaa SH2478 2478 99 203 Phe5 PheGAA_v 3_flank 261 18 tggcttgtatcatttgattggcttgtatcatttgattggcttgtatcatttgattggctt SH2479 2479 65 44 Phe5 PheGAA_v 3_flank 266 17 ggtctggcttgtatcatggtctggcttgtatcatggtctggcttgtatcatggtctggct SH2480 2480 18 39 Phe5 PheGAA_v 3_flank 271 13 cggtctggcttgtcggtctggcttgtcggtctggcttgtcggtctggcttgtcggtctgg SH2481 2481 60 183 Phe5 PheGAA_v 3_flank 276 15 caatgttcggtctggcaatgttcggtctggcaatgttcggtctggcaatgttcggtctgg SH2482 2482 13 144 Pro1 ProAGG 5_flank 1 18 ttaacgaccagattaacattaacgaccagattaacattaacgaccagattaacattaacg SH2483 2483 14 205 Pro1 ProAGG 5_flank 6 18 ttttcttaacgaccagatttttcttaacgaccagatttttcttaacgaccagatttttct SH2484 2484 37 154 Pro1 ProAGG 5_flank 11 18 gacctttttcttaacgacgacctttttcttaacgacgacctttttcttaacgacgacctt SH2485 2485 101 143 Pro1 ProAGG 5_flank 16 19 gtcattgacctttttcttagtcattgacctttttcttagtcattgacctttttcttagtc SH2486 2486 49 147 Pro1 ProAGG 5_flank 21 18 catcgtcattgaccttttcatcgtcattgaccttttcatcgtcattgaccttttcatcgt SH2487 2487 43 185 Pro1 ProAGG 5_flank 26 15 gccatcgtcattgacgccatcgtcattgacgccatcgtcattgacgccatcgtcattgac SH2488 2488 32 194 Pro1 ProAGG 5_flank 31 13 cctgccatcgtcacctgccatcgtcacctgccatcgtcacctgccatcgtcacctgccat SH2489 2489 63 87 Pro1 ProAGG 5_flank 36 17 cctattttccctgccatcctattttccctgccatcctattttccctgccatcctattttc SH2490 2490 99 130 Pro1 ProAGG 5_flank 41 16 cagccctattttccctcagccctattttccctcagccctattttccctcagccctatttt SH2491 2491 100 173 Pro1 ProAGG 5_flank 46 17 gggatacagccctatttgggatacagccctatttgggatacagccctatttgggatacag SH2492 2492 30 56 Pro1 ProAGG 5_flank 51 13 tgggatacagccctgggatacagccctgggatacagccctgggatacagccctgggatac SH2493 2493 84 131 Pro1 ProAGG 5_flank 56 16 ctgaagtctgggatacctgaagtctgggatacctgaagtctgggatacctgaagtctggg SH2494 2494 72 206 Pro1 ProAGG 5_flank 61 13 gcctgaagtctgggcctgaagtctgggcctgaagtctgggcctgaagtctgggcctgaag SH2495 2495 85 79 Pro1 ProAGG 5_flank 66 13 acagcgcctgaagacagcgcctgaagacagcgcctgaagacagcgcctgaagacagcgcc SH2496 2496 60 40 Pro1 ProAGG 5_flank 71 13 gcagaacagcgccgcagaacagcgccgcagaacagcgccgcagaacagcgccgcagaaca SH2497 2497 17 57 Pro1 ProAGG 5_flank 76 13 tcccggcagaacatcccggcagaacatcccggcagaacatcccggcagaacatcccggca SH2498 2498 102 111 Pro1 ProAGG 5_flank 81 17 tttgaaaaatcccggcatttgaaaaatcccggcatttgaaaaatcccggcatttgaaaaa SH2499 2499 15 126 Pro1 ProAGG 5_flank - tRNA2 5_flank 2 5_flank 2 86 17 CCtcctttgaaaaatccCCtcctttgaaaaatccCCtcctttgaaaaatccCCtcctttg SH2500 2500 7 142 Pro1 ProAGG 5_flank - tRNA5 5_flank 5 5_flank 5 91 15 CGCCCtcctttgaaaCGCCCtcctttgaaaCGCCCtcctttgaaaCGCCCtcctttgaaa SH2501 2501 98 50 Pro1 ProAGG 5_flank - tRNA8 5_flank 8 5_flank 8 96 13 ACACGCCCtccttACACGCCCtccttACACGCCCtccttACACGCCCtccttACACGCCC SH2502 2502 103 194 Pro1 ProAGG tRNA 1 13 1 13 101 13 AGACCACACGCCCAGACCACACGCCCAGACCACACGCCCAGACCACACGCCCAGACCACA SH2503 2503 87 62 Pro1 ProAGG tRNA 6 22 6 22 106 17 CATACCTCTAGACCACACATACCTCTAGACCACACATACCTCTAGACCACACATACCTCT SH2504 2504 66 137 Pro1 ProAGG tRNA 11 28 11 28 111 18 GAGAATCATACCTCTAGAGAGAATCATACCTCTAGAGAGAATCATACCTCTAGAGAGAAT SH2505 2505 67 47 Pro1 ProAGG tRNA 16 32 16 32 116 17 AAGCGAGAATCATACCTAAGCGAGAATCATACCTAAGCGAGAATCATACCTAAGCGAGAA SH2506 2506 57 60 Pro1 ProAGG tRNA 21 36 21 36 121 16 CCCTAAGCGAGAATCACCCTAAGCGAGAATCACCCTAAGCGAGAATCACCCTAAGCGAGA SH2507 2507 46 40 Pro1 ProAGG tRNA 26 38 26 38 126 13 CACCCTAAGCGAGCACCCTAAGCGAGCACCCTAAGCGAGCACCCTAAGCGAGCACCCTAA SH2508 2508 81 106 Pro1 ProAGG tRNA 31 43 31 43 131 13 TCCCGCACCCTAATCCCGCACCCTAATCCCGCACCCTAATCCCGCACCCTAATCCCGCAC SH2509 2509 13 164 Pro1 ProAGG tRNA 36 48 36 48 136 13 GGACCTCCCGCACGGACCTCCCGCACGGACCTCCCGCACGGACCTCCCGCACGGACCTCC SH2510 2510 26 87 Pro1 ProAGG tRNA 41 53 41 53 141 13 ACCCGGGACCTCCACCCGGGACCTCCACCCGGGACCTCCACCCGGGACCTCCACCCGGGA SH2511 2511 20 119 Pro1 ProAGG tRNA 46 58 46 58 146 13 CTCGAACCCGGGACTCGAACCCGGGACTCGAACCCGGGACTCGAACCCGGGACTCGAACC SH2512 2512 90 179 Pro1 ProAGG tRNA 51 63 51 63 151 13 CGGGACTCGAACCCGGGACTCGAACCCGGGACTCGAACCCGGGACTCGAACCCGGGACTC SH2513 2513 70 163 Pro1 ProAGG tRNA 56 68 56 68 156 13 CGAGCCGGGACTCCGAGCCGGGACTCCGAGCCGGGACTCCGAGCCGGGACTCCGAGCCGG SH2514 2514 3 180 Pro1 ProAGG 61-72 + 3_flank 61 3_flank 61 3_flank 161 13 tGGGGCGAGCCGGtGGGGCGAGCCGGtGGGGCGAGCCGGtGGGGCGAGCCGGtGGGGCGA SH2515 2515 76 77 Pro1 ProAGG 66-72 + 3_flank 66 3_flank 66 3_flank 166 13 caatgtGGGGCGAcaatgtGGGGCGAcaatgtGGGGCGAcaatgtGGGGCGAcaatgtGG SH2516 2516 42 148 Pro1 ProAGG 71-72 + 3_flank 71 3_flank 71 3_flank 171 19 cattgtaaaaacaatgtGGcattgtaaaaacaatgtGGcattgtaaaaacaatgtGGcat SH2517 2517 15 142 Pro1 ProAGG 3_flank 176 19 ccacacattgtaaaaacaaccacacattgtaaaaacaaccacacattgtaaaaacaacca SH2518 2518 41 25 Pro1 ProAGG 3_flank 181 18 gacaccacacattgtaaagacaccacacattgtaaagacaccacacattgtaaagacacc SH2519 2519 10 134 Pro1 ProAGG 3_flank 186 15 gcgacaccacacattgcgacaccacacattgcgacaccacacattgcgacaccacacatt SH2520 2520 4 86 Pro1 ProAGG 3_flank 191 13 gtagcgacaccacgtagcgacaccacgtagcgacaccacgtagcgacaccacgtagcgac SH2521 2521 92 7 Pro1 ProAGG 3_flank 196 13 tgccagtagcgactgccagtagcgactgccagtagcgactgccagtagcgactgccagta SH2522 2522 43 84 Pro1 ProAGG 3_flank 201 17 taccatttctgccagtataccatttctgccagtataccatttctgccagtataccatttc SH2523 2523 85 83 Pro1 ProAGG 3_flank 206 15 ccgtaccatttctgcccgtaccatttctgcccgtaccatttctgcccgtaccatttctgc SH2524 2524 67 118 Pro1 ProAGG 3_flank 211 18 gataaatgccgtaccattgataaatgccgtaccattgataaatgccgtaccattgataaa SH2525 2525 94 14 Pro1 ProAGG 3_flank 216 18 ggaaagataaatgccgtaggaaagataaatgccgtaggaaagataaatgccgtaggaaag SH2526 2526 72 168 Pro1 ProAGG 3_flank 221 17 cgtcggaaagataaatgcgtcggaaagataaatgcgtcggaaagataaatgcgtcggaaa SH2527 2527 20 17 Pro1 ProAGG 3_flank 226 18 gttttacgtcggaaagatgttttacgtcggaaagatgttttacgtcggaaagatgtttta SH2528 2528 88 70 Pro1 ProAGG 3_flank 231 17 acttgttttacgtcggaacttgttttacgtcggaacttgttttacgtcggaacttgtttt SH2529 2529 97 133 Pro1 ProAGG 3_flank 236 18 gagtacacttgttttacggagtacacttgttttacggagtacacttgttttacggagtac SH2530 2530 66 164 Pro1 ProAGG 3_flank 241 17 tcctgagtacacttgtttcctgagtacacttgtttcctgagtacacttgtttcctgagta SH2531 2531 63 185 Pro1 ProAGG 3_flank 246 15 tgctcctgagtacactgctcctgagtacactgctcctgagtacactgctcctgagtacac SH2532 2532 11 31 Pro1 ProAGG 3_flank 251 17 aaaaaactgctcctgagaaaaaactgctcctgagaaaaaactgctcctgagaaaaaactg SH2533 2533 94 201 Pro2 ProTGG_i 5_flank 1 17 tcaaattcaggcgcatatcaaattcaggcgcatatcaaattcaggcgcatatcaaattca SH2534 2534 10 3 Pro2 ProTGG_i 5_flank 6 17 tccattcaaattcaggctccattcaaattcaggctccattcaaattcaggctccattcaa SH2535 2535 31 175 Pro2 ProTGG_i 5_flank 11 20 caacaatatccattcaaattcaacaatatccattcaaattcaacaatatccattcaaatt SH2536 2536 9 23 Pro2 ProTGG_i 5_flank 16 19 ctatcaacaatatccattcctatcaacaatatccattcctatcaacaatatccattccta SH2537 2537 64 106 Pro2 ProTGG_i 5_flank 21 20 aatcttctatcaacaatatcaatcttctatcaacaatatcaatcttctatcaacaatatc SH2538 2538 7 114 Pro2 ProTGG_i 5_flank 26 18 gggaatcttctatcaacagggaatcttctatcaacagggaatcttctatcaacagggaat SH2539 2539 67 65 Pro2 ProTGG_i 5_flank 31 20 gattaaagggaatcttctatgattaaagggaatcttctatgattaaagggaatcttctat SH2540 2540 36 44 Pro2 ProTGG_i 5_flank 36 18 agtgattaaagggaatctagtgattaaagggaatctagtgattaaagggaatctagtgat SH2541 2541 3 210 Pro2 ProTGG_i 5_flank 41 17 ggagagtgattaaagggggagagtgattaaagggggagagtgattaaagggggagagtga SH2542 2542 5 172 Pro2 ProTGG_i 5_flank 46 20 tttatataggagagtgattatttatataggagagtgattatttatataggagagtgatta SH2543 2543 13 70 Pro2 ProTGG_i 5_flank 51 21 gaaatatttatataggagagtgaaatatttatataggagagtgaaatatttatataggag SH2544 2544 28 65 Pro2 ProTGG_i 5_flank 56 22 aaaacagaaatatttatataggaaaacagaaatatttatataggaaaacagaaatattta SH2545 2545 32 27 Pro2 ProTGG_i 5_flank 61 23 ataagaaaaacagaaatatttatataagaaaaacagaaatatttatataagaaaaacaga SH2546 2546 93 40 Pro2 ProTGG_i 5_flank 66 22 gttaataagaaaaacagaaatagttaataagaaaaacagaaatagttaataagaaaaaca SH2547 2547 54 211 Pro2 ProTGG_i 5_flank 71 19 gcgttaataagaaaaacaggcgttaataagaaaaacaggcgttaataagaaaaacaggcg SH2548 2548 19 122 Pro2 ProTGG_i 5_flank 76 20 attgttgcgttaataagaaaattgttgcgttaataagaaaattgttgcgttaataagaaa SH2549 2549 24 190 Pro2 ProTGG_i 5_flank 81 20 gaattattgttgcgttaatagaattattgttgcgttaatagaattattgttgcgttaata SH2550 2550 52 96 Pro2 ProTGG_i 5_flank - tRNA2 5_flank 2 5_flank 2 86 17 CCgaattattgttgcgtCCgaattattgttgcgtCCgaattattgttgcgtCCgaattat SH2551 2551 12 121 Pro2 ProTGG_i 5_flank - tRNA7 5_flank 7 5_flank 7 91 17 CACGCCCgaattattgtCACGCCCgaattattgtCACGCCCgaattattgtCACGCCCga SH2552 2552 61 113 Pro2 ProTGG_i 5_flank - tRNA10 5_flank 10 5_flank 10 96 15 CCACACGCCCgaattCCACACGCCCgaattCCACACGCCCgaattCCACACGCCCgaatt SH2553 2553 17 86 Pro2 ProTGG_i tRNA 1 13 1 13 101 13 AGACCACACGCCCAGACCACACGCCCAGACCACACGCCCAGACCACACGCCCAGACCACA SH2554 2554 42 8 Pro2 ProTGG_i tRNA 6 22 6 23 106 17 CATACCACTAGACCACACATACCACTAGACCACACATACCACTAGACCACACATACCACT SH2555 2555 53 40 Pro2 ProTGG_i tRNA 11 28 11 29 111 18 GAGAATCATACCACTAGAGAGAATCATACCACTAGAGAGAATCATACCACTAGAGAGAAT SH2556 2556 80 102 Pro2 ProTGG_i tRNA 16 32 16 33 116 17 AAGCGAGAATCATACCAAAGCGAGAATCATACCAAAGCGAGAATCATACCAAAGCGAGAA SH2557 2557 92 61 Pro2 ProTGG_i tRNA/intron 21 36 22 37 121 16 CCCAAAGCGAGAATCACCCAAAGCGAGAATCACCCAAAGCGAGAATCACCCAAAGCGAGA SH2558 2558 27 121 Pro2 ProTGG_i tRNA/intron 26 38 27 i2 126 13 CGCCCAAAGCGAGCGCCCAAAGCGAGCGCCCAAAGCGAGCGCCCAAAGCGAGCGCCCAAA SH2559 2559 40 177 Pro2 ProTGG_i tRNA/intron 31 45 32 i9 131 15 AGGAAGTCGCCCAAAAGGAAGTCGCCCAAAAGGAAGTCGCCCAAAAGGAAGTCGCCCAAA SH2560 2560 87 196 Pro2 ProTGG_i tRNA/intron 36 52 37 i16 136 17 TTTATTCAGGAAGTCGCTTTATTCAGGAAGTCGCTTTATTCAGGAAGTCGCTTTATTCAG SH2561 2561 80 134 Pro2 ProTGG_i tRNA-intron 41 58 i5 i22 141 18 TTCCTGTTTATTCAGGAATTCCTGTTTATTCAGGAATTCCTGTTTATTCAGGAATTCCTG SH2562 2562 16 42 Pro2 ProTGG_i tRNA-intron 46 63 i20 i27 146 18 TTGTCTTCCTGTTTATTCTTGTCTTCCTGTTTATTCTTGTCTTCCTGTTTATTCTTGTCT SH2563 2563 20 177 Pro2 ProTGG_i tRNA-intron 51 67 i15 i31 151 17 TGCTTTGTCTTCCTGTTTGCTTTGTCTTCCTGTTTGCTTTGTCTTCCTGTTTGCTTTGTC SH2564 2564 76 89 Pro2 ProTGG_i intron/tRNA 56 71 i20 41 156 16 CGCATGCTTTGTCTTCCGCATGCTTTGTCTTCCGCATGCTTTGTCTTCCGCATGCTTTGT SH2565 2565 2 6 Pro2 ProTGG_i intron/tRNA 61 75 i25 45 161 15 CTCTCGCATGCTTTGCTCTCGCATGCTTTGCTCTCGCATGCTTTGCTCTCGCATGCTTTG SH2566 2566 66 65 Pro2 ProTGG_i intron/tRNA 66 78 i30 48 166 13 GGCCTCTCGCATGGGCCTCTCGCATGGGCCTCTCGCATGGGCCTCTCGCATGGGCCTCTC SH2567 2567 29 37 Pro2 ProTGG_i tRNA 71 83 41 53 171 13 CCCAGGGCCTCTCCCCAGGGCCTCTCCCCAGGGCCTCTCCCCAGGGCCTCTCCCCAGGGC SH2568 2568 73 22 Pro2 ProTGG_i tRNA 76 88 46 58 176 13 TTGAACCCAGGGCTTGAACCCAGGGCTTGAACCCAGGGCTTGAACCCAGGGCTTGAACCC SH2569 2569 23 26 Pro2 ProTGG_i tRNA 81 95 51 65 181 15 CTGGGAATTGAACCCCTGGGAATTGAACCCCTGGGAATTGAACCCCTGGGAATTGAACCC SH2570 2570 44 83 Pro2 ProTGG_i tRNA 86 100 56 70 186 15 GCGAGCTGGGAATTGGCGAGCTGGGAATTGGCGAGCTGGGAATTGGCGAGCTGGGAATTG SH2571 2571 103 55 Pro2 ProTGG_i tRNA 91 103 61 73 191 13 GGGGCGAGCTGGGGGGGCGAGCTGGGGGGGCGAGCTGGGGGGGCGAGCTGGGGGGGCGAG SH2572 2572 32 124 Pro2 ProTGG_i 96-103 + 3_flank 96 3_flank 66 3_flank 196 13 aaaagGGGGCGAGaaaagGGGGCGAGaaaagGGGGCGAGaaaagGGGGCGAGaaaagGGG SH2573 2573 101 190 Pro2 ProTGG_i 101-103 + 3_flank 101 3_flank 71 3_flank 201 18 atatgcaaaaaaaagGGGatatgcaaaaaaaagGGGatatgcaaaaaaaagGGGatatgc SH2574 2574 20 80 Pro2 ProTGG_i 3_flank 206 19 gaccagatatgcaaaaaaagaccagatatgcaaaaaaagaccagatatgcaaaaaaagac SH2575 2575 64 109 Pro2 ProTGG_i 3_flank 211 18 ttatgaccagatatgcaattatgaccagatatgcaattatgaccagatatgcaattatga SH2576 2576 49 178 Pro2 ProTGG_i 3_flank 216 20 taagatattatgaccagatataagatattatgaccagatataagatattatgaccagata SH2577 2577 18 22 Pro2 ProTGG_i 3_flank 221 19 cagataagatattatgacccagataagatattatgacccagataagatattatgacccag SH2578 2578 88 161 Pro2 ProTGG_i 3_flank 226 20 gtcgatcagataagatattagtcgatcagataagatattagtcgatcagataagatatta SH2579 2579 95 182 Pro2 ProTGG_i 3_flank 231 18 ctagtcgatcagataagactagtcgatcagataagactagtcgatcagataagactagtc SH2580 2580 96 201 Pro2 ProTGG_i 3_flank 236 17 actactagtcgatcagaactactagtcgatcagaactactagtcgatcagaactactagt SH2581 2581 44 173 Pro2 ProTGG_i 3_flank 241 17 aggaaactactagtcgaaggaaactactagtcgaaggaaactactagtcgaaggaaacta SH2582 2582 79 87 Pro2 ProTGG_i 3_flank 246 20 aatatatgaggaaactactaaatatatgaggaaactactaaatatatgaggaaactacta SH2583 2583 16 34 Pro2 ProTGG_i 3_flank 251 20 gaattaatatatgaggaaacgaattaatatatgaggaaacgaattaatatatgaggaaac SH2584 2584 67 164 Pro2 ProTGG_i 3_flank 256 20 acaaggaattaatatatgagacaaggaattaatatatgagacaaggaattaatatatgag SH2585 2585 72 42 Pro2 ProTGG_i 3_flank 261 20 attgcacaaggaattaatatattgcacaaggaattaatatattgcacaaggaattaatat SH2586 2586 65 211 Pro2 ProTGG_i 3_flank 266 20 aaaaaattgcacaaggaattaaaaaattgcacaaggaattaaaaaattgcacaaggaatt SH2587 2587 38 85 Pro2 ProTGG_i 3_flank 271 20 gtaaaaaaaaattgcacaaggtaaaaaaaaattgcacaaggtaaaaaaaaattgcacaag SH2588 2588 70 199 Pro2 ProTGG_i 3_flank 276 21 gagtaagtaaaaaaaaattgcgagtaagtaaaaaaaaattgcgagtaagtaaaaaaaaat SH2589 2589 103 25 Pro2 ProTGG_i 3_flank 281 22 agtattgagtaagtaaaaaaaaagtattgagtaagtaaaaaaaaagtattgagtaagtaa SH2590 2590 15 161 Pro3 ProTGG_ii 5_flank 1 17 ctcatttagactacggactcatttagactacggactcatttagactacggactcatttag SH2591 2591 93 100 Pro3 ProTGG_ii 5_flank 6 18 acgtaactcatttagactacgtaactcatttagactacgtaactcatttagactacgtaa SH2592 2592 80 118 Pro3 ProTGG_ii 5_flank 11 18 ttcgtacgtaactcatttttcgtacgtaactcatttttcgtacgtaactcatttttcgta SH2593 2593 104 202 Pro3 ProTGG_ii 5_flank 16 17 ccctttcgtacgtaactccctttcgtacgtaactccctttcgtacgtaactccctttcgt SH2594 2594 48 212 Pro3 ProTGG_ii 5_flank 21 15 gctccctttcgtacggctccctttcgtacggctccctttcgtacggctccctttcgtacg SH2595 2595 93 213 Pro3 ProTGG_ii 5_flank 26 16 cttttggctccctttccttttggctccctttccttttggctccctttccttttggctccc SH2596 2596 72 127 Pro3 ProTGG_ii 5_flank 31 16 gattgcttttggctccgattgcttttggctccgattgcttttggctccgattgcttttgg SH2597 2597 76 80 Pro3 ProTGG_ii 5_flank 36 17 tggtcagattgcttttgtggtcagattgcttttgtggtcagattgcttttgtggtcagat SH2598 2598 28 183 Pro3 ProTGG_ii 5_flank 41 17 caaattggtcagattgccaaattggtcagattgccaaattggtcagattgccaaattggt SH2599 2599 66 31 Pro3 ProTGG_ii 5_flank 46 20 tatatatacaaattggtcagtatatatacaaattggtcagtatatatacaaattggtcag SH2600 2600 3 198 Pro3 ProTGG_ii 5_flank 51 22 agatgtatatatatacaaattgagatgtatatatatacaaattgagatgtatatatatac SH2601 2601 97 91 Pro3 ProTGG_ii 5_flank 56 21 ggatagatgtatatatatacaggatagatgtatatatatacaggatagatgtatatatat SH2602 2602 62 177 Pro3 ProTGG_ii 5_flank 61 20 tttcggatagatgtatatattttcggatagatgtatatattttcggatagatgtatatat SH2603 2603 101 40 Pro3 ProTGG_ii 5_flank 66 18 ccttttcggatagatgtaccttttcggatagatgtaccttttcggatagatgtacctttt SH2604 2604 10 178 Pro3 ProTGG_ii 5_flank 71 17 tcttccttttcggatagtcttccttttcggatagtcttccttttcggatagtcttccttt SH2605 2605 13 84 Pro3 ProTGG_ii 5_flank 76 17 tgatgtcttccttttcgtgatgtcttccttttcgtgatgtcttccttttcgtgatgtctt SH2606 2606 7 98 Pro3 ProTGG_ii 5_flank 81 18 actaattgatgtcttcctactaattgatgtcttcctactaattgatgtcttcctactaat SH2607 2607 66 5 Pro3 ProTGG_ii 5_flank - tRNA2 5_flank 2 5_flank 2 86 17 CCgtactaattgatgtcCCgtactaattgatgtcCCgtactaattgatgtcCCgtactaa SH2608 2608 70 117 Pro3 ProTGG_ii 5_flank - tRNA5 5_flank 5 5_flank 5 91 15 CGCCCgtactaattgCGCCCgtactaattgCGCCCgtactaattgCGCCCgtactaattg SH2609 2609 58 22 Pro3 ProTGG_ii 5_flank - tRNA8 5_flank 8 5_flank 8 96 13 ACACGCCCgtactACACGCCCgtactACACGCCCgtactACACGCCCgtactACACGCCC SH2610 2610 6 155 Pro3 ProTGG_ii tRNA 1 13 1 13 101 13 AGACCACACGCCCAGACCACACGCCCAGACCACACGCCCAGACCACACGCCCAGACCACA SH2611 2611 61 49 Pro3 ProTGG_ii tRNA 6 22 6 23 106 17 CATACCACTAGACCACACATACCACTAGACCACACATACCACTAGACCACACATACCACT SH2612 2612 7 140 Pro3 ProTGG_ii tRNA 11 28 11 29 111 18 GAGAATCATACCACTAGAGAGAATCATACCACTAGAGAGAATCATACCACTAGAGAGAAT SH2613 2613 82 3 Pro3 ProTGG_ii tRNA 16 32 16 33 116 17 AAGCGAGAATCATACCAAAGCGAGAATCATACCAAAGCGAGAATCATACCAAAGCGAGAA SH2614 2614 83 17 Pro3 ProTGG_ii tRNA 21 36 22 37 121 16 CCCAAAGCGAGAATCACCCAAAGCGAGAATCACCCAAAGCGAGAATCACCCAAAGCGAGA SH2615 2615 86 184 Pro3 ProTGG_ii tRNA/intron 26 38 27 i2 126 13 CGCCCAAAGCGAGCGCCCAAAGCGAGCGCCCAAAGCGAGCGCCCAAAGCGAGCGCCCAAA SH2616 2616 31 205 Pro3 ProTGG_ii tRNA/intron 31 45 32 i9 131 15 AGGAAGTCGCCCAAAAGGAAGTCGCCCAAAAGGAAGTCGCCCAAAAGGAAGTCGCCCAAA SH2617 2617 70 206 Pro3 ProTGG_ii tRNA/intron 36 52 37 i16 136 17 TTTAATCAGGAAGTCGCTTTAATCAGGAAGTCGCTTTAATCAGGAAGTCGCTTTAATCAG SH2618 2618 98 199 Pro3 ProTGG_ii tRNA-intron 41 58 i5 i22 141 18 TTCCTGTTTAATCAGGAATTCCTGTTTAATCAGGAATTCCTGTTTAATCAGGAATTCCTG SH2619 2619 39 48 Pro3 ProTGG_ii tRNA-intron 46 63 i20 i27 146 18 TTGTCTTCCTGTTTAATCTTGTCTTCCTGTTTAATCTTGTCTTCCTGTTTAATCTTGTCT SH2620 2620 85 140 Pro3 ProTGG_ii tRNA-intron 51 67 i15 i31 151 17 TGCTTTGTCTTCCTGTTTGCTTTGTCTTCCTGTTTGCTTTGTCTTCCTGTTTGCTTTGTC SH2621 2621 49 193 Pro3 ProTGG_ii intron/tRNA 56 71 i20 41 156 16 CGCATGCTTTGTCTTCCGCATGCTTTGTCTTCCGCATGCTTTGTCTTCCGCATGCTTTGT SH2622 2622 49 210 Pro3 ProTGG_ii intron/tRNA 61 75 i25 45 161 15 CTCTCGCATGCTTTGCTCTCGCATGCTTTGCTCTCGCATGCTTTGCTCTCGCATGCTTTG SH2623 2623 66 23 Pro3 ProTGG_ii intron/tRNA 66 78 i30 48 166 13 GGCCTCTCGCATGGGCCTCTCGCATGGGCCTCTCGCATGGGCCTCTCGCATGGGCCTCTC SH2624 2624 71 43 Pro3 ProTGG_ii tRNA 71 83 41 53 171 13 CCCAGGGCCTCTCCCCAGGGCCTCTCCCCAGGGCCTCTCCCCAGGGCCTCTCCCCAGGGC SH2625 2625 68 102 Pro3 ProTGG_ii tRNA 76 88 46 58 176 13 TTGAACCCAGGGCTTGAACCCAGGGCTTGAACCCAGGGCTTGAACCCAGGGCTTGAACCC SH2626 2626 10 63 Pro3 ProTGG_ii tRNA 81 95 51 65 181 15 CTGGGAATTGAACCCCTGGGAATTGAACCCCTGGGAATTGAACCCCTGGGAATTGAACCC SH2627 2627 35 57 Pro3 ProTGG_ii tRNA 86 100 56 70 186 15 GCGAGCTGGGAATTGGCGAGCTGGGAATTGGCGAGCTGGGAATTGGCGAGCTGGGAATTG SH2628 2628 31 112 Pro3 ProTGG_ii tRNA 91 103 61 73 191 13 GGGGCGAGCTGGGGGGGCGAGCTGGGGGGGCGAGCTGGGGGGGCGAGCTGGGGGGGCGAG SH2629 2629 37 7 Pro3 ProTGG_ii 96-103 + 3_flank 96 3_flank 66 3_flank 196 13 tattcGGGGCGAGtattcGGGGCGAGtattcGGGGCGAGtattcGGGGCGAGtattcGGG SH2630 2630 98 205 Pro3 ProTGG_ii 101-103 + 3_flank 101 3_flank 71 3_flank 201 20 gcaaaaaaaaattattcGGGgcaaaaaaaaattattcGGGgcaaaaaaaaattattcGGG SH2631 2631 67 16 Pro3 ProTGG_ii 3_flank 206 22 tagataggcaaaaaaaaattattagataggcaaaaaaaaattattagataggcaaaaaaa SH2632 2632 29 128 Pro3 ProTGG_ii 3_flank 211 22 ttttatagataggcaaaaaaaattttatagataggcaaaaaaaattttatagataggcaa SH2633 2633 99 129 Pro3 ProTGG_ii 3_flank 216 22 tttaattttatagataggcaaatttaattttatagataggcaaatttaattttatagata SH2634 2634 23 66 Pro3 ProTGG_ii 3_flank 221 22 gctactttaattttatagataggctactttaattttatagataggctactttaattttat SH2635 2635 94 161 Pro3 ProTGG_ii 3_flank 226 22 gtactgctactttaattttatagtactgctactttaattttatagtactgctactttaat SH2636 2636 54 61 Pro3 ProTGG_ii 3_flank 231 20 gaagtactgctactttaattgaagtactgctactttaattgaagtactgctactttaatt SH2637 2637 5 197 Pro3 ProTGG_ii 3_flank 236 18 gttgaagtactgctacttgttgaagtactgctacttgttgaagtactgctacttgttgaa SH2638 2638 90 51 Pro3 ProTGG_ii 3_flank 241 17 aatggttgaagtactgcaatggttgaagtactgcaatggttgaagtactgcaatggttga SH2639 2639 93 209 Pro3 ProTGG_ii 3_flank 246 18 aacactaatggttgaagtaacactaatggttgaagtaacactaatggttgaagtaacact SH2640 2640 65 187 Pro3 ProTGG_ii 3_flank 251 17 cgctaacactaatggttcgctaacactaatggttcgctaacactaatggttcgctaacac SH2641 2641 72 212 Pro3 ProTGG_ii 3_flank 256 18 gattatcgctaacactaagattatcgctaacactaagattatcgctaacactaagattat SH2642 2642 104 198 Pro3 ProTGG_ii 3_flank 261 18 ttcttgattatcgctaacttcttgattatcgctaacttcttgattatcgctaacttcttg SH2643 2643 80 10 Pro3 ProTGG_ii 3_flank 266 18 ttcacttcttgattatcgttcacttcttgattatcgttcacttcttgattatcgttcact SH2644 2644 78 103 Pro3 ProTGG_ii 3_flank 271 18 agagtttcacttcttgatagagtttcacttcttgatagagtttcacttcttgatagagtt SH2645 2645 96 25 Pro3 ProTGG_ii 3_flank 276 18 gagaaagagtttcacttcgagaaagagtttcacttcgagaaagagtttcacttcgagaaa SH2646 2646 85 200 Pro3 ProTGG_ii 3_flank 281 20 aaaaatagagaaagagtttcaaaaatagagaaagagtttcaaaaatagagaaagagtttc SH2647 2647 40 98 Pro4 ProTGG_iii 5_flank 1 18 tgtaattctagtaccatctgtaattctagtaccatctgtaattctagtaccatctgtaat SH2648 2648 39 59 Pro4 ProTGG_iii 5_flank 6 20 gttgaaatgtaattctagtagttgaaatgtaattctagtagttgaaatgtaattctagta SH2649 2649 70 172 Pro4 ProTGG_iii 5_flank 11 20 cctatgttgaaatgtaattccctatgttgaaatgtaattccctatgttgaaatgtaattc SH2650 2650 28 178 Pro4 ProTGG_iii 5_flank 16 18 cagcctatgttgaaatgtcagcctatgttgaaatgtcagcctatgttgaaatgtcagcct SH2651 2651 86 29 Pro4 ProTGG_iii 5_flank 21 17 aactcagcctatgttgaaactcagcctatgttgaaactcagcctatgttgaaactcagcc SH2652 2652 44 75 Pro4 ProTGG_iii 5_flank 26 17 aaagcaactcagcctataaagcaactcagcctataaagcaactcagcctataaagcaact SH2653 2653 18 193 Pro4 ProTGG_iii 5_flank 31 17 cttccaaagcaactcagcttccaaagcaactcagcttccaaagcaactcagcttccaaag SH2654 2654 61 133 Pro4 ProTGG_iii 5_flank 36 15 ggccttccaaagcaaggccttccaaagcaaggccttccaaagcaaggccttccaaagcaa SH2655 2655 95 36 Pro4 ProTGG_iii 5_flank 41 16 catcatggccttccaacatcatggccttccaacatcatggccttccaacatcatggcctt SH2656 2656 6 133 Pro4 ProTGG_iii 5_flank 46 17 aatacacatcatggcctaatacacatcatggcctaatacacatcatggcctaatacacat SH2657 2657 49 77 Pro4 ProTGG_iii 5_flank 51 22 cagaatttataatacacatcatcagaatttataatacacatcatcagaatttataataca SH2658 2658 80 107 Pro4 ProTGG_iii 5_flank 56 20 actcagaatttataatacacactcagaatttataatacacactcagaatttataatacac SH2659 2659 64 122 Pro4 ProTGG_iii 5_flank 61 21 gaaaagactcagaatttataagaaaagactcagaatttataagaaaagactcagaattta SH2660 2660 30 88 Pro4 ProTGG_iii 5_flank 66 19 catgaaaagactcagaattcatgaaaagactcagaattcatgaaaagactcagaattcat SH2661 2661 71 95 Pro4 ProTGG_iii 5_flank 71 18 gaaccatgaaaagactcagaaccatgaaaagactcagaaccatgaaaagactcagaacca SH2662 2662 86 128 Pro4 ProTGG_iii 5_flank 76 17 ctgagaaccatgaaaagctgagaaccatgaaaagctgagaaccatgaaaagctgagaacc SH2663 2663 39 131 Pro4 ProTGG_iii 5_flank 81 17 cttttctgagaaccatgcttttctgagaaccatgcttttctgagaaccatgcttttctga SH2664 2664 69 33 Pro4 ProTGG_iii 5_flank - tRNA2 5_flank 2 5_flank 2 86 17 CCgatcttttctgagaaCCgatcttttctgagaaCCgatcttttctgagaaCCgatcttt SH2665 2665 51 109 Pro4 ProTGG_iii 5_flank - tRNA5 5_flank 5 5_flank 5 91 15 CGCCCgatcttttctCGCCCgatcttttctCGCCCgatcttttctCGCCCgatcttttct SH2666 2666 80 49 Pro4 ProTGG_iii 5_flank - tRNA8 5_flank 8 5_flank 8 96 13 ACACGCCCgatctACACGCCCgatctACACGCCCgatctACACGCCCgatctACACGCCC SH2667 2667 40 109 Pro4 ProTGG_iii tRNA 1 13 1 13 101 13 AGACCACACGCCCAGACCACACGCCCAGACCACACGCCCAGACCACACGCCCAGACCACA SH2668 2668 91 18 Pro4 ProTGG_iii tRNA 6 22 6 23 106 17 CATACCACTAGACCACACATACCACTAGACCACACATACCACTAGACCACACATACCACT SH2669 2669 55 12 Pro4 ProTGG_iii tRNA 11 28 11 29 111 18 GAGAATCATACCACTAGAGAGAATCATACCACTAGAGAGAATCATACCACTAGAGAGAAT SH2670 2670 85 139 Pro4 ProTGG_iii tRNA 16 32 16 33 116 17 AAGCGAGAATCATACCAAAGCGAGAATCATACCAAAGCGAGAATCATACCAAAGCGAGAA SH2671 2671 27 20 Pro4 ProTGG_iii tRNA 21 36 22 37 121 16 CCCAAAGCGAGAATCACCCAAAGCGAGAATCACCCAAAGCGAGAATCACCCAAAGCGAGA SH2672 2672 103 85 Pro4 ProTGG_iii tRNA/intron 26 38 27 i2 126 13 CGCCCAAAGCGAGCGCCCAAAGCGAGCGCCCAAAGCGAGCGCCCAAAGCGAGCGCCCAAA SH2673 2673 37 184 Pro4 ProTGG_iii tRNA/intron 31 45 32 i9 131 15 AGGAAGTCGCCCAAAAGGAAGTCGCCCAAAAGGAAGTCGCCCAAAAGGAAGTCGCCCAAA SH2674 2674 21 103 Pro4 ProTGG_iii tRNA/intron 36 52 37 i16 136 17 GTTAATCAGGAAGTCGCGTTAATCAGGAAGTCGCGTTAATCAGGAAGTCGCGTTAATCAG SH2675 2675 51 155 Pro4 ProTGG_iii tRNA-intron 41 57 i5 i21 141 17 CCCCTGTTAATCAGGAACCCCTGTTAATCAGGAACCCCTGTTAATCAGGAACCCCTGTTA SH2676 2676 98 158 Pro4 ProTGG_iii tRNA-intron 46 60 i20 i24 146 15 GTCCCCCTGTTAATCGTCCCCCTGTTAATCGTCCCCCTGTTAATCGTCCCCCTGTTAATC SH2677 2677 27 101 Pro4 ProTGG_iii tRNA-intron 51 65 i15 i29 151 15 GCTTTGTCCCCCTGTGCTTTGTCCCCCTGTGCTTTGTCCCCCTGTGCTTTGTCCCCCTGT SH2678 2678 101 194 Pro4 ProTGG_iii intron/tRNA 56 70 i20 41 156 15 CGCATGCTTTGTCCCCGCATGCTTTGTCCCCGCATGCTTTGTCCCCGCATGCTTTGTCCC SH2679 2679 97 204 Pro4 ProTGG_iii intron/tRNA 61 75 i25 46 161 15 CCTCTCGCATGCTTTCCTCTCGCATGCTTTCCTCTCGCATGCTTTCCTCTCGCATGCTTT SH2680 2680 20 55 Pro4 ProTGG_iii intron/tRNA 66 78 i30 49 166 13 GGGCCTCTCGCATGGGCCTCTCGCATGGGCCTCTCGCATGGGCCTCTCGCATGGGCCTCT SH2681 2681 74 156 Pro4 ProTGG_iii tRNA 71 83 42 54 171 13 ACCCAGGGCCTCTACCCAGGGCCTCTACCCAGGGCCTCTACCCAGGGCCTCTACCCAGGG SH2682 2682 93 13 Pro4 ProTGG_iii tRNA 76 90 47 61 176 15 GAATTGAACCCAGGGGAATTGAACCCAGGGGAATTGAACCCAGGGGAATTGAACCCAGGG SH2683 2683 104 20 Pro4 ProTGG_iii tRNA 81 95 52 66 181 15 GCTGGGAATTGAACCGCTGGGAATTGAACCGCTGGGAATTGAACCGCTGGGAATTGAACC SH2684 2684 81 62 Pro4 ProTGG_iii tRNA 86 100 57 71 186 15 GGCGAGCTGGGAATTGGCGAGCTGGGAATTGGCGAGCTGGGAATTGGCGAGCTGGGAATT SH2685 2685 49 206 Pro4 ProTGG_iii 91-102 + 3_flank 91 3_flank 62 3_flank 191 13 gGGGGCGAGCTGGgGGGGCGAGCTGGgGGGGCGAGCTGGgGGGGCGAGCTGGgGGGGCGA SH2686 2686 89 111 Pro4 ProTGG_iii 96-102 + 3_flank 96 3_flank 67 3_flank 196 16 gtaaaaaagGGGGCGAgtaaaaaagGGGGCGAgtaaaaaagGGGGCGAgtaaaaaagGGG SH2687 2687 67 109 Pro4 ProTGG_iii 101-102 + 3_flank 101 3_flank 72 3_flank 201 20 ttttcaatagtaaaaaagGGttttcaatagtaaaaaagGGttttcaatagtaaaaaagGG SH2688 2688 70 48 Pro4 ProTGG_iii 3_flank 206 22 cgaatacttttcaatagtaaaacgaatacttttcaatagtaaaacgaatacttttcaata SH2689 2689 104 136 Pro4 ProTGG_iii 3_flank 211 18 ccgaatacttttcaatagccgaatacttttcaatagccgaatacttttcaatagccgaat SH2690 2690 100 203 Pro4 ProTGG_iii 3_flank 216 17 ctgaccgaatacttttcctgaccgaatacttttcctgaccgaatacttttcctgaccgaa SH2691 2691 102 190 Pro4 ProTGG_iii 3_flank 221 15 cgtctgaccgaataccgtctgaccgaataccgtctgaccgaataccgtctgaccgaatac SH2692 2692 10 57 Pro4 ProTGG_iii 3_flank 226 13 ctacgtctgaccgctacgtctgaccgctacgtctgaccgctacgtctgaccgctacgtct SH2693 2693 93 67 Pro4 ProTGG_iii 3_flank 231 15 cgatcagctacgtctcgatcagctacgtctcgatcagctacgtctcgatcagctacgtct SH2694 2694 78 187 Pro4 ProTGG_iii 3_flank 236 17 gctacatcgatcagctagctacatcgatcagctagctacatcgatcagctagctacatcg SH2695 2695 46 208 Pro4 ProTGG_iii 3_flank 241 17 cacatgctacatcgatccacatgctacatcgatccacatgctacatcgatccacatgcta SH2696 2696 68 88 Pro4 ProTGG_iii 3_flank 246 17 gcgtacacatgctacatgcgtacacatgctacatgcgtacacatgctacatgcgtacaca SH2697 2697 74 82 Pro4 ProTGG_iii 3_flank 251 17 gaaatgcgtacacatgcgaaatgcgtacacatgcgaaatgcgtacacatgcgaaatgcgt SH2698 2698 76 11 Pro4 ProTGG_iii 3_flank 256 18 tatctagaaatgcgtacatatctagaaatgcgtacatatctagaaatgcgtacatatcta SH2699 2699 82 86 Pro4 ProTGG_iii 3_flank 261 18 ctcgatatctagaaatgcctcgatatctagaaatgcctcgatatctagaaatgcctcgat SH2700 2700 12 103 Pro4 ProTGG_iii 3_flank 266 20 gaaattactcgatatctagagaaattactcgatatctagagaaattactcgatatctaga SH2701 2701 5 20 Pro4 ProTGG_iii 3_flank 271 18 gcggaaattactcgatatgcggaaattactcgatatgcggaaattactcgatatgcggaa SH2702 2702 23 45 Pro4 ProTGG_iii 3_flank 276 17 atcagcggaaattactcatcagcggaaattactcatcagcggaaattactcatcagcgga SH2703 2703 60 129 Pro4 ProTGG_iii 3_flank 281 18 ttatacatcagcggaaatttatacatcagcggaaatttatacatcagcggaaatttatac SH2704 2704 36 22 Pro5 ProTGG_iv 5_flank 1 18 tggagaatggcaaaatattggagaatggcaaaatattggagaatggcaaaatattggaga SH2705 2705 101 150 Pro5 ProTGG_iv 5_flank 6 16 ggatggagaatggcaaggatggagaatggcaaggatggagaatggcaaggatggagaatg SH2706 2706 11 59 Pro5 ProTGG_iv 5_flank 11 17 gcaactggatggagaatgcaactggatggagaatgcaactggatggagaatgcaactgga SH2707 2707 95 37 Pro5 ProTGG_iv 5_flank 16 15 gatgcaactggatgggatgcaactggatgggatgcaactggatgggatgcaactggatgg SH2708 2708 69 143 Pro5 ProTGG_iv 5_flank 21 18 atcttaaagatgcaactgatcttaaagatgcaactgatcttaaagatgcaactgatctta SH2709 2709 54 118 Pro5 ProTGG_iv 5_flank 26 17 gagcatcttaaagatgcgagcatcttaaagatgcgagcatcttaaagatgcgagcatctt SH2710 2710 73 48 Pro5 ProTGG_iv 5_flank 31 17 gacgggagcatcttaaagacgggagcatcttaaagacgggagcatcttaaagacgggagc SH2711 2711 54 197 Pro5 ProTGG_iv 5_flank 36 13 agacgggagcatcagacgggagcatcagacgggagcatcagacgggagcatcagacggga SH2712 2712 97 185 Pro5 ProTGG_iv 5_flank 41 17 cataaaaagagacgggacataaaaagagacgggacataaaaagagacgggacataaaaag SH2713 2713 80 51 Pro5 ProTGG_iv 5_flank 46 18 tgtaggcataaaaagagatgtaggcataaaaagagatgtaggcataaaaagagatgtagg SH2714 2714 35 21 Pro5 ProTGG_iv 5_flank 51 20 taaactatgtaggcataaaataaactatgtaggcataaaataaactatgtaggcataaaa SH2715 2715 101 171 Pro5 ProTGG_iv 5_flank 56 19 gaattaaactatgtaggcagaattaaactatgtaggcagaattaaactatgtaggcagaa SH2716 2716 2 47 Pro5 ProTGG_iv 5_flank 61 23 ctaaataaagaattaaactatgtctaaataaagaattaaactatgtctaaataaagaatt SH2717 2717 65 93 Pro5 ProTGG_iv 5_flank 66 22 tgttctaaataaagaattaaactgttctaaataaagaattaaactgttctaaataaagaa SH2718 2718 59 142 Pro5 ProTGG_iv 5_flank 71 20 tggtgttctaaataaagaattggtgttctaaataaagaattggtgttctaaataaagaat SH2719 2719 47 132 Pro5 ProTGG_iv 5_flank 76 19 ctgttggtgttctaaataactgttggtgttctaaataactgttggtgttctaaataactg SH2720 2720 25 55 Pro5 ProTGG_iv 5_flank 81 18 gtatctgttggtgttctagtatctgttggtgttctagtatctgttggtgttctagtatct SH2721 2721 94 127 Pro5 ProTGG_iv 5_flank - tRNA2 5_flank 2 5_flank 2 86 17 CCatgtatctgttggtgCCatgtatctgttggtgCCatgtatctgttggtgCCatgtatc SH2722 2722 38 197 Pro5 ProTGG_iv 5_flank - tRNA5 5_flank 5 5_flank 5 91 15 CGCCCatgtatctgtCGCCCatgtatctgtCGCCCatgtatctgtCGCCCatgtatctgt SH2723 2723 89 22 Pro5 ProTGG_iv 5_flank - tRNA10 5_flank 10 5_flank 10 96 15 CCACACGCCCatgtaCCACACGCCCatgtaCCACACGCCCatgtaCCACACGCCCatgta SH2724 2724 17 54 Pro5 ProTGG_iv tRNA 1 13 1 13 101 13 AGACCACACGCCCAGACCACACGCCCAGACCACACGCCCAGACCACACGCCCAGACCACA SH2725 2725 38 209 Pro5 ProTGG_iv tRNA 6 22 6 23 106 17 CATACCACTAGACCACACATACCACTAGACCACACATACCACTAGACCACACATACCACT SH2726 2726 96 194 Pro5 ProTGG_iv tRNA 11 28 11 29 111 18 GAGAATCATACCACTAGAGAGAATCATACCACTAGAGAGAATCATACCACTAGAGAGAAT SH2727 2727 60 92 Pro5 ProTGG_iv tRNA 16 32 16 33 116 17 AAGCGAGAATCATACCAAAGCGAGAATCATACCAAAGCGAGAATCATACCAAAGCGAGAA SH2728 2728 78 108 Pro5 ProTGG_iv tRNA 21 36 22 37 121 16 CCCAAAGCGAGAATCACCCAAAGCGAGAATCACCCAAAGCGAGAATCACCCAAAGCGAGA SH2729 2729 94 32 Pro5 ProTGG_iv tRNA/intron 26 38 27 i2 126 13 CGCCCAAAGCGAGCGCCCAAAGCGAGCGCCCAAAGCGAGCGCCCAAAGCGAGCGCCCAAA SH2730 2730 103 205 Pro5 ProTGG_iv tRNA/intron 31 45 32 i9 131 15 AGGAAGTCGCCCAAAAGGAAGTCGCCCAAAAGGAAGTCGCCCAAAAGGAAGTCGCCCAAA SH2731 2731 97 111 Pro5 ProTGG_iv tRNA/intron 36 48 37 i13 136 13 GGCAGGAAGTCGCGGCAGGAAGTCGCGGCAGGAAGTCGCGGCAGGAAGTCGCGGCAGGAA SH2732 2732 52 16 Pro5 ProTGG_iv tRNA-intron 41 56 i5 i20 141 16 CCTGTTTAGGCAGGAACCTGTTTAGGCAGGAACCTGTTTAGGCAGGAACCTGTTTAGGCA SH2733 2733 95 118 Pro5 ProTGG_iv tRNA-intron 46 61 i10 i25 146 16 GTCTTCCTGTTTAGGCGTCTTCCTGTTTAGGCGTCTTCCTGTTTAGGCGTCTTCCTGTTT SH2734 2734 3 125 Pro5 ProTGG_iv tRNA-intron 51 67 i15 i31 151 17 TGCTTTGTCTTCCTGTTTGCTTTGTCTTCCTGTTTGCTTTGTCTTCCTGTTTGCTTTGTC SH2735 2735 62 27 Pro5 ProTGG_iv intron/tRNA 56 71 i20 41 156 16 CGCATGCTTTGTCTTCCGCATGCTTTGTCTTCCGCATGCTTTGTCTTCCGCATGCTTTGT SH2736 2736 24 28 Pro5 ProTGG_iv intron/tRNA 61 75 i25 45 161 15 CTCTCGCATGCTTTGCTCTCGCATGCTTTGCTCTCGCATGCTTTGCTCTCGCATGCTTTG SH2737 2737 52 10 Pro5 ProTGG_iv intron/tRNA 66 78 i30 48 166 13 GGCCTCTCGCATGGGCCTCTCGCATGGGCCTCTCGCATGGGCCTCTCGCATGGGCCTCTC SH2738 2738 71 141 Pro5 ProTGG_iv tRNA 71 83 41 53 171 13 CCCAGGGCCTCTCCCCAGGGCCTCTCCCCAGGGCCTCTCCCCAGGGCCTCTCCCCAGGGC SH2739 2739 79 20 Pro5 ProTGG_iv tRNA 76 88 46 58 176 13 TTGAACCCAGGGCTTGAACCCAGGGCTTGAACCCAGGGCTTGAACCCAGGGCTTGAACCC SH2740 2740 39 40 Pro5 ProTGG_iv tRNA 81 95 51 65 181 15 CTGGGAATTGAACCCCTGGGAATTGAACCCCTGGGAATTGAACCCCTGGGAATTGAACCC SH2741 2741 102 121 Pro5 ProTGG_iv tRNA 86 100 56 70 186 15 GCGAGCTGGGAATTGGCGAGCTGGGAATTGGCGAGCTGGGAATTGGCGAGCTGGGAATTG SH2742 2742 78 29 Pro5 ProTGG_iv tRNA 91 103 61 73 191 13 GGGGCGAGCTGGGGGGGCGAGCTGGGGGGGCGAGCTGGGGGGGCGAGCTGGGGGGGCGAG SH2743 2743 41 73 Pro5 ProTGG_iv 96-103 + 3_flank 96 3_flank 66 3_flank 196 17 aattataatGGGGCGAGaattataatGGGGCGAGaattataatGGGGCGAGaattataat SH2744 2744 9 114 Pro5 ProTGG_iv 101-103 + 3_flank 101 3_flank 71 3_flank 201 20 agtgaaaaaattataatGGGagtgaaaaaattataatGGGagtgaaaaaattataatGGG SH2745 2745 19 84 Pro5 ProTGG_iv 3_flank 206 23 aacaaaaaagtgaaaaaattataaacaaaaaagtgaaaaaattataaacaaaaaagtgaa SH2746 2746 57 86 Pro5 ProTGG_iv 3_flank 211 22 aaagaacaaaaaagtgaaaaaaaaagaacaaaaaagtgaaaaaaaaagaacaaaaaagtg SH2747 2747 94 92 Pro5 ProTGG_iv 3_flank 216 19 gcaaagaacaaaaaagtgagcaaagaacaaaaaagtgagcaaagaacaaaaaagtgagca SH2748 2748 81 13 Pro5 ProTGG_iv 3_flank 221 20 gttcttgcaaagaacaaaaagttcttgcaaagaacaaaaagttcttgcaaagaacaaaaa SH2749 2749 28 6 Pro5 ProTGG_iv 3_flank 226 17 gcgttcttgcaaagaacgcgttcttgcaaagaacgcgttcttgcaaagaacgcgttcttg SH2750 2750 39 164 Pro5 ProTGG_iv 3_flank 231 15 cgcgcgttcttgcaacgcgcgttcttgcaacgcgcgttcttgcaacgcgcgttcttgcaa SH2751 2751 33 50 Pro5 ProTGG_iv 3_flank 236 13 taccgcgcgttcttaccgcgcgttcttaccgcgcgttcttaccgcgcgttcttaccgcgc SH2752 2752 34 38 Pro5 ProTGG_iv 3_flank 241 13 ctgcgtaccgcgcctgcgtaccgcgcctgcgtaccgcgcctgcgtaccgcgcctgcgtac SH2753 2753 33 100 Pro5 ProTGG_iv 3_flank 246 17 atctcataactgcgtacatctcataactgcgtacatctcataactgcgtacatctcataa SH2754 2754 38 164 Pro5 ProTGG_iv 3_flank 251 18 tacatcatctcataactgtacatcatctcataactgtacatcatctcataactgtacatc SH2755 2755 41 189 Pro5 ProTGG_iv 3_flank 256 17 tgcctacatcatctcattgcctacatcatctcattgcctacatcatctcattgcctacat SH2756 2756 71 55 Pro5 ProTGG_iv 3_flank 261 17 gagattgcctacatcatgagattgcctacatcatgagattgcctacatcatgagattgcc SH2757 2757 104 60 Pro5 ProTGG_iv 3_flank 266 15 ctcgagattgcctacctcgagattgcctacctcgagattgcctacctcgagattgcctac SH2758 2758 83 148 Pro5 ProTGG_iv 3_flank 271 18 tttcaattctcgagattgtttcaattctcgagattgtttcaattctcgagattgtttcaa SH2759 2759 48 167 Pro5 ProTGG_iv 3_flank 276 18 agaagtttcaattctcgaagaagtttcaattctcgaagaagtttcaattctcgaagaagt SH2760 2760 45 31 Pro5 ProTGG_iv 3_flank 281 20 gtaatgcagaagtttcaattgtaatgcagaagtttcaattgtaatgcagaagtttcaatt SH2761 2761 75 90 Pro5 ProTGG_iv 3_flank 286 18 atggtaatgcagaagtttatggtaatgcagaagtttatggtaatgcagaagtttatggta SH2762 2762 53 177 Pro6 ProTGG_v 5_flank 1 18 gaactccaagaataatcggaactccaagaataatcggaactccaagaataatcggaactc SH2763 2763 33 150 Pro6 ProTGG_v 5_flank 6 17 ctgagaactccaagaatctgagaactccaagaatctgagaactccaagaatctgagaact SH2764 2764 55 176 Pro6 ProTGG_v 5_flank 11 15 tggctgagaactccatggctgagaactccatggctgagaactccatggctgagaactcca SH2765 2765 38 79 Pro6 ProTGG_v 5_flank 16 17 aatcttctggctgagaaaatcttctggctgagaaaatcttctggctgagaaaatcttctg SH2766 2766 55 6 Pro6 ProTGG_v 5_flank 21 18 tcttttaatcttctggcttcttttaatcttctggcttcttttaatcttctggcttctttt SH2767 2767 21 91 Pro6 ProTGG_v 5_flank 26 22 aacatatattcttttaatcttcaacatatattcttttaatcttcaacatatattctttta SH2768 2768 45 80 Pro6 ProTGG_v 5_flank 31 22 tcagtaacatatattcttttaatcagtaacatatattcttttaatcagtaacatatattc SH2769 2769 43 201 Pro6 ProTGG_v 5_flank 36 20 cattcagtaacatatattctcattcagtaacatatattctcattcagtaacatatattct SH2770 2770 2 31 Pro6 ProTGG_v 5_flank 41 18 ctgcattcagtaacatatctgcattcagtaacatatctgcattcagtaacatatctgcat SH2771 2771 12 46 Pro6 ProTGG_v 5_flank 46 17 cacactgcattcagtaacacactgcattcagtaacacactgcattcagtaacacactgca SH2772 2772 40 95 Pro6 ProTGG_v 5_flank 51 17 agtatcacactgcattcagtatcacactgcattcagtatcacactgcattcagtatcaca SH2773 2773 15 147 Pro6 ProTGG_v 5_flank 56 17 tcttgagtatcacactgtcttgagtatcacactgtcttgagtatcacactgtcttgagta SH2774 2774 51 175 Pro6 ProTGG_v 5_flank 61 18 acttagtcttgagtatcaacttagtcttgagtatcaacttagtcttgagtatcaacttag SH2775 2775 101 131 Pro6 ProTGG_v 5_flank 66 17 gactacttagtcttgaggactacttagtcttgaggactacttagtcttgaggactactta SH2776 2776 90 146 Pro6 ProTGG_v 5_flank 71 18 tgttaagactacttagtctgttaagactacttagtctgttaagactacttagtctgttaa SH2777 2777 26 179 Pro6 ProTGG_v 5_flank 76 18 cttgttgttaagactactcttgttgttaagactactcttgttgttaagactactcttgtt SH2778 2778 48 203 Pro6 ProTGG_v 5_flank 81 20 ttgttaacttgttgttaagattgttaacttgttgttaagattgttaacttgttgttaaga SH2779 2779 88 107 Pro6 ProTGG_v 5_flank - tRNA3 5_flank 3 5_flank 3 86 18 CCCttgttaacttgttgtCCCttgttaacttgttgtCCCttgttaacttgttgtCCCttg SH2780 2780 55 197 Pro6 ProTGG_v 5_flank - tRNA7 5_flank 7 5_flank 7 91 17 CACGCCCttgttaacttCACGCCCttgttaacttCACGCCCttgttaacttCACGCCCtt SH2781 2781 80 22 Pro6 ProTGG_v 5_flank - tRNA10 5_flank 10 5_flank 10 96 15 CCACACGCCCttgttCCACACGCCCttgttCCACACGCCCttgttCCACACGCCCttgtt SH2782 2782 95 52 Pro6 ProTGG_v tRNA 1 13 1 13 101 13 AGACCACACGCCCAGACCACACGCCCAGACCACACGCCCAGACCACACGCCCAGACCACA SH2783 2783 35 6 Pro6 ProTGG_v tRNA 6 22 6 23 106 17 CATACCACTAGACCACACATACCACTAGACCACACATACCACTAGACCACACATACCACT SH2784 2784 82 79 Pro6 ProTGG_v tRNA 11 28 11 29 111 18 GAGAATCATACCACTAGAGAGAATCATACCACTAGAGAGAATCATACCACTAGAGAGAAT SH2785 2785 79 129 Pro6 ProTGG_v tRNA 16 32 16 33 116 17 AAGCGAGAATCATACCAAAGCGAGAATCATACCAAAGCGAGAATCATACCAAAGCGAGAA SH2786 2786 82 60 Pro6 ProTGG_v tRNA 21 36 22 37 121 16 CCCAAAGCGAGAATCACCCAAAGCGAGAATCACCCAAAGCGAGAATCACCCAAAGCGAGA SH2787 2787 39 192 Pro6 ProTGG_v tRNA/intron 26 38 27 i2 126 13 CGCCCAAAGCGAGCGCCCAAAGCGAGCGCCCAAAGCGAGCGCCCAAAGCGAGCGCCCAAA SH2788 2788 3 196 Pro6 ProTGG_v tRNA/intron 31 45 32 i9 131 15 AGGAAGTCGCCCAAAAGGAAGTCGCCCAAAAGGAAGTCGCCCAAAAGGAAGTCGCCCAAA SH2789 2789 86 93 Pro6 ProTGG_v tRNA/intron 36 48 37 i12 136 13 GTCAGGAAGTCGCGTCAGGAAGTCGCGTCAGGAAGTCGCGTCAGGAAGTCGCGTCAGGAA SH2790 2790 17 78 Pro6 ProTGG_v tRNA-intron 41 57 i5 i21 141 17 TTCCTGTTAGTCAGGAATTCCTGTTAGTCAGGAATTCCTGTTAGTCAGGAATTCCTGTTA SH2791 2791 51 84 Pro6 ProTGG_v tRNA-intron 46 62 i20 i26 146 17 TTGTCTTCCTGTTAGTCTTGTCTTCCTGTTAGTCTTGTCTTCCTGTTAGTCTTGTCTTCC SH2792 2792 58 151 Pro6 ProTGG_v intron/tRNA 51 67 i15 38 151 17 ATGCTTTGTCTTCCTGTATGCTTTGTCTTCCTGTATGCTTTGTCTTCCTGTATGCTTTGT SH2793 2793 12 212 Pro6 ProTGG_v intron/tRNA 56 72 i20 43 156 17 CTCGCATGCTTTGTCTTCTCGCATGCTTTGTCTTCTCGCATGCTTTGTCTTCTCGCATGC SH2794 2794 17 47 Pro6 ProTGG_v intron/tRNA 61 75 i25 46 161 15 CCTCTCGCATGCTTTCCTCTCGCATGCTTTCCTCTCGCATGCTTTCCTCTCGCATGCTTT SH2795 2795 45 45 Pro6 ProTGG_v intron/tRNA 66 78 i30 49 166 13 GGGCCTCTCGCATGGGCCTCTCGCATGGGCCTCTCGCATGGGCCTCTCGCATGGGCCTCT SH2796 2796 27 144 Pro6 ProTGG_v tRNA 71 83 42 54 171 13 ACCCAGGGCCTCTACCCAGGGCCTCTACCCAGGGCCTCTACCCAGGGCCTCTACCCAGGG SH2797 2797 92 194 Pro6 ProTGG_v tRNA 76 90 47 61 176 15 GAATTGAACCCAGGGGAATTGAACCCAGGGGAATTGAACCCAGGGGAATTGAACCCAGGG SH2798 2798 22 208 Pro6 ProTGG_v tRNA 81 95 52 66 181 15 GCTGGGAATTGAACCGCTGGGAATTGAACCGCTGGGAATTGAACCGCTGGGAATTGAACC SH2799 2799 102 119 Pro6 ProTGG_v tRNA 86 100 57 71 186 15 GGCGAGCTGGGAATTGGCGAGCTGGGAATTGGCGAGCTGGGAATTGGCGAGCTGGGAATT SH2800 2800 100 37 Pro6 ProTGG_v 91-102 + 3_flank 91 3_flank 62 3_flank 191 13 aGGGGCGAGCTGGaGGGGCGAGCTGGaGGGGCGAGCTGGaGGGGCGAGCTGGaGGGGCGA SH2801 2801 6 123 Pro6 ProTGG_v 96-102 + 3_flank 96 3_flank 67 3_flank 196 18 caaaaataaaaGGGGCGAcaaaaataaaaGGGGCGAcaaaaataaaaGGGGCGAcaaaaa SH2802 2802 47 197 Pro6 ProTGG_v 101-102 + 3_flank 101 3_flank 72 3_flank 201 23 aataaataatcaaaaataaaaGGaataaataatcaaaaataaaaGGaataaataatcaaa SH2803 2803 93 200 Pro6 ProTGG_v 3_flank 206 23 taggaaataaataatcaaaaatataggaaataaataatcaaaaatataggaaataaataa SH2804 2804 66 6 Pro6 ProTGG_v 3_flank 211 22 ccaataggaaataaataatcaaccaataggaaataaataatcaaccaataggaaataaat SH2805 2805 94 157 Pro6 ProTGG_v 3_flank 216 20 cgaccaataggaaataaatacgaccaataggaaataaatacgaccaataggaaataaata SH2806 2806 72 199 Pro6 ProTGG_v 3_flank 221 17 cccgaccaataggaaatcccgaccaataggaaatcccgaccaataggaaatcccgaccaa SH2807 2807 49 139 Pro6 ProTGG_v 3_flank 226 16 gttacccgaccaataggttacccgaccaataggttacccgaccaataggttacccgacca SH2808 2808 28 187 Pro6 ProTGG_v 3_flank 231 13 ctgttacccgaccctgttacccgaccctgttacccgaccctgttacccgaccctgttacc SH2809 2809 95 104 Pro6 ProTGG_v 3_flank 236 22 aaaataaaaaaaatctgttaccaaaataaaaaaaatctgttaccaaaataaaaaaaatct SH2810 2810 52 48 Pro6 ProTGG_v 3_flank 241 23 ttgaaaaaaataaaaaaaatctgttgaaaaaaataaaaaaaatctgttgaaaaaaataaa SH2811 2811 76 90 Pro6 ProTGG_v 3_flank 246 22 ggccttgaaaaaaataaaaaaaggccttgaaaaaaataaaaaaaggccttgaaaaaaata SH2812 2812 84 29 Pro6 ProTGG_v 3_flank 251 18 gggccttgaaaaaaataagggccttgaaaaaaataagggccttgaaaaaaataagggcct SH2813 2813 60 26 Pro6 ProTGG_v 3_flank 256 18 caaaagggccttgaaaaacaaaagggccttgaaaaacaaaagggccttgaaaaacaaaag SH2814 2814 25 59 Pro6 ProTGG_v 3_flank 261 17 aaaacaaaagggccttgaaaacaaaagggccttgaaaacaaaagggccttgaaaacaaaa SH2815 2815 29 30 Pro6 ProTGG_v 3_flank 266 18 gtttacaaaacaaaaggggtttacaaaacaaaaggggtttacaaaacaaaaggggtttac SH2816 2816 53 90 Pro6 ProTGG_v 3_flank 271 22 aatttctttgtttacaaaacaaaatttctttgtttacaaaacaaaatttctttgtttaca SH2817 2817 42 52 Pro6 ProTGG_v 3_flank 276 21 gtgaaatttctttgtttacaagtgaaatttctttgtttacaagtgaaatttctttgttta SH2818 2818 65 164 Pro6 ProTGG_v 3_flank 281 20 ctttgtgaaatttctttgttctttgtgaaatttctttgttctttgtgaaatttctttgtt SH2819 2819 40 134 Pro7 ProTGG_vi 5_flank 1 22 gtaaatggataaagaaacatatgtaaatggataaagaaacatatgtaaatggataaagaa SH2820 2820 23 172 Pro7 ProTGG_vi 5_flank 6 22 ataatgtaaatggataaagaaaataatgtaaatggataaagaaaataatgtaaatggata SH2821 2821 69 113 Pro7 ProTGG_vi 5_flank 11 22 gattgataatgtaaatggataagattgataatgtaaatggataagattgataatgtaaat SH2822 2822 86 203 Pro7 ProTGG_vi 5_flank 16 20 caggattgataatgtaaatgcaggattgataatgtaaatgcaggattgataatgtaaatg SH2823 2823 74 160 Pro7 ProTGG_vi 5_flank 21 20 ttaatcaggattgataatgtttaatcaggattgataatgtttaatcaggattgataatgt SH2824 2824 65 99 Pro7 ProTGG_vi 5_flank 26 20 gaattttaatcaggattgatgaattttaatcaggattgatgaattttaatcaggattgat SH2825 2825 65 57 Pro7 ProTGG_vi 5_flank 31 18 tgggaattttaatcaggatgggaattttaatcaggatgggaattttaatcaggatgggaa SH2826 2826 68 62 Pro7 ProTGG_vi 5_flank 36 18 gttcgtgggaattttaatgttcgtgggaattttaatgttcgtgggaattttaatgttcgt SH2827 2827 57 87 Pro7 ProTGG_vi 5_flank 41 15 gggttcgtgggaattgggttcgtgggaattgggttcgtgggaattgggttcgtgggaatt SH2828 2828 86 168 Pro7 ProTGG_vi 5_flank 46 13 tgggggttcgtggtgggggttcgtggtgggggttcgtggtgggggttcgtggtgggggtt SH2829 2829 99 191 Pro7 ProTGG_vi 5_flank 51 15 ctagtactgggggttctagtactgggggttctagtactgggggttctagtactgggggtt SH2830 2830 96 61 Pro7 ProTGG_vi 5_flank 56 17 gaacaatctagtactgggaacaatctagtactgggaacaatctagtactgggaacaatct SH2831 2831 87 145 Pro7 ProTGG_vi 5_flank 61 19 ccattatgaacaatctagtccattatgaacaatctagtccattatgaacaatctagtcca SH2832 2832 13 27 Pro7 ProTGG_vi 5_flank 66 20 cttgatccattatgaacaatcttgatccattatgaacaatcttgatccattatgaacaat SH2833 2833 5 27 Pro7 ProTGG_vi 5_flank 71 18 gaacttgatccattatgagaacttgatccattatgagaacttgatccattatgagaactt SH2834 2834 82 98 Pro7 ProTGG_vi 5_flank 76 18 cttgtgaacttgatccatcttgtgaacttgatccatcttgtgaacttgatccatcttgtg SH2835 2835 10 208 Pro7 ProTGG_vi 5_flank 81 20 ttattaacttgtgaacttgattattaacttgtgaacttgattattaacttgtgaacttga SH2836 2836 59 128 Pro7 ProTGG_vi 5_flank - tRNA3 5_flank 3 5_flank 3 86 18 CCCttattaacttgtgaaCCCttattaacttgtgaaCCCttattaacttgtgaaCCCtta SH2837 2837 30 185 Pro7 ProTGG_vi 5_flank - tRNA7 5_flank 7 5_flank 7 91 17 CACGCCCttattaacttCACGCCCttattaacttCACGCCCttattaacttCACGCCCtt SH2838 2838 10 14 Pro7 ProTGG_vi 5_flank - tRNA10 5_flank 10 5_flank 10 96 15 CCACACGCCCttattCCACACGCCCttattCCACACGCCCttattCCACACGCCCttatt SH2839 2839 55 202 Pro7 ProTGG_vi tRNA 1 13 1 13 101 13 AGACCACACGCCCAGACCACACGCCCAGACCACACGCCCAGACCACACGCCCAGACCACA SH2840 2840 32 22 Pro7 ProTGG_vi tRNA 6 22 6 23 106 17 CATACCACTAGACCACACATACCACTAGACCACACATACCACTAGACCACACATACCACT SH2841 2841 86 86 Pro7 ProTGG_vi tRNA 11 28 11 29 111 18 GAGAATCATACCACTAGAGAGAATCATACCACTAGAGAGAATCATACCACTAGAGAGAAT SH2842 2842 104 141 Pro7 ProTGG_vi tRNA 16 32 16 33 116 17 AAGCGAGAATCATACCAAAGCGAGAATCATACCAAAGCGAGAATCATACCAAAGCGAGAA SH2843 2843 48 150 Pro7 ProTGG_vi tRNA 21 36 22 37 121 16 CCCAAAGCGAGAATCACCCAAAGCGAGAATCACCCAAAGCGAGAATCACCCAAAGCGAGA SH2844 2844 83 79 Pro7 ProTGG_vi tRNA/intron 26 38 27 i2 126 13 CGCCCAAAGCGAGCGCCCAAAGCGAGCGCCCAAAGCGAGCGCCCAAAGCGAGCGCCCAAA SH2845 2845 33 202 Pro7 ProTGG_vi tRNA/intron 31 45 32 i9 131 15 AGGAAGTCGCCCAAAAGGAAGTCGCCCAAAAGGAAGTCGCCCAAAAGGAAGTCGCCCAAA SH2846 2846 81 24 Pro7 ProTGG_vi tRNA/intron 36 48 37 i12 136 13 GTCAGGAAGTCGCGTCAGGAAGTCGCGTCAGGAAGTCGCGTCAGGAAGTCGCGTCAGGAA SH2847 2847 69 146 Pro7 ProTGG_vi tRNA-intron 41 57 i5 i21 141 17 TCCTGTTTAGTCAGGAATCCTGTTTAGTCAGGAATCCTGTTTAGTCAGGAATCCTGTTTA SH2848 2848 68 45 Pro7 ProTGG_vi tRNA-intron 46 62 i10 i26 146 17 TGTCTTCCTGTTTAGTCTGTCTTCCTGTTTAGTCTGTCTTCCTGTTTAGTCTGTCTTCCT SH2849 2849 64 105 Pro7 ProTGG_vi tRNA-intron 51 67 i15 i31 151 17 TGCTTTGTCTTCCTGTTTGCTTTGTCTTCCTGTTTGCTTTGTCTTCCTGTTTGCTTTGTC SH2850 2850 17 191 Pro7 ProTGG_vi intron/tRNA 56 71 i20 41 156 16 CGCATGCTTTGTCTTCCGCATGCTTTGTCTTCCGCATGCTTTGTCTTCCGCATGCTTTGT SH2851 2851 20 44 Pro7 ProTGG_vi intron/tRNA 61 75 i25 45 161 15 CTCTCGCATGCTTTGCTCTCGCATGCTTTGCTCTCGCATGCTTTGCTCTCGCATGCTTTG SH2852 2852 52 61 Pro7 ProTGG_vi intron/tRNA 66 78 i30 48 166 13 GGCCTCTCGCATGGGCCTCTCGCATGGGCCTCTCGCATGGGCCTCTCGCATGGGCCTCTC SH2853 2853 75 176 Pro7 ProTGG_vi tRNA 71 83 41 53 171 13 CCCAGGGCCTCTCCCCAGGGCCTCTCCCCAGGGCCTCTCCCCAGGGCCTCTCCCCAGGGC SH2854 2854 103 213 Pro7 ProTGG_vi tRNA 76 88 46 58 176 13 TTGAACCCAGGGCTTGAACCCAGGGCTTGAACCCAGGGCTTGAACCCAGGGCTTGAACCC SH2855 2855 29 185 Pro7 ProTGG_vi tRNA 81 95 51 65 181 15 CTGGGAATTGAACCCCTGGGAATTGAACCCCTGGGAATTGAACCCCTGGGAATTGAACCC SH2856 2856 51 119 Pro7 ProTGG_vi tRNA 86 100 56 70 186 15 GCGAGCTGGGAATTGGCGAGCTGGGAATTGGCGAGCTGGGAATTGGCGAGCTGGGAATTG SH2857 2857 10 130 Pro7 ProTGG_vi tRNA 91 103 61 73 191 13 GGGGCGAGCTGGGGGGGCGAGCTGGGGGGGCGAGCTGGGGGGGCGAGCTGGGGGGGCGAG SH2858 2858 20 137 Pro7 ProTGG_vi 96-103 + 3_flank 96 3_flank 66 3_flank 196 17 gaaaataaaGGGGCGAGgaaaataaaGGGGCGAGgaaaataaaGGGGCGAGgaaaataaa SH2859 2859 95 150 Pro7 ProTGG_vi 101-103 + 3_flank 101 3_flank 71 3_flank 201 20 caaaaaaagaaaataaaGGGcaaaaaaagaaaataaaGGGcaaaaaaagaaaataaaGGG SH2860 2860 54 172 Pro7 ProTGG_vi 3_flank 206 20 gggtccaaaaaaagaaaatagggtccaaaaaaagaaaatagggtccaaaaaaagaaaata SH2861 2861 23 145 Pro7 ProTGG_vi 3_flank 211 18 tttgggtccaaaaaaagatttgggtccaaaaaaagatttgggtccaaaaaaagatttggg SH2862 2862 38 109 Pro7 ProTGG_vi 3_flank 216 17 gtgctttgggtccaaaagtgctttgggtccaaaagtgctttgggtccaaaagtgctttgg SH2863 2863 62 8 Pro7 ProTGG_vi 3_flank 221 15 ctagtgctttgggtcctagtgctttgggtcctagtgctttgggtcctagtgctttgggtc SH2864 2864 7 153 Pro7 ProTGG_vi 3_flank 226 17 gcctaagctagtgctttgcctaagctagtgctttgcctaagctagtgctttgcctaagct SH2865 2865 21 124 Pro7 ProTGG_vi 3_flank 231 16 gacagcctaagctagtgacagcctaagctagtgacagcctaagctagtgacagcctaagc SH2866 2866 3 133 Pro7 ProTGG_vi 3_flank 236 15 gatggacagcctaaggatggacagcctaaggatggacagcctaaggatggacagcctaag SH2867 2867 77 202 Pro7 ProTGG_vi 3_flank 241 17 gaacaaagatggacagcgaacaaagatggacagcgaacaaagatggacagcgaacaaaga SH2868 2868 35 100 Pro7 ProTGG_vi 3_flank 246 18 aatcaagaacaaagatggaatcaagaacaaagatggaatcaagaacaaagatggaatcaa SH2869 2869 40 22 Pro7 ProTGG_vi 3_flank 251 20 tctttagaatcaagaacaaatctttagaatcaagaacaaatctttagaatcaagaacaaa SH2870 2870 10 106 Pro7 ProTGG_vi 3_flank 256 19 gtgatctttagaatcaagagtgatctttagaatcaagagtgatctttagaatcaagagtg SH2871 2871 65 80 Pro7 ProTGG_vi 3_flank 261 19 ctactgtgatctttagaatctactgtgatctttagaatctactgtgatctttagaatcta SH2872 2872 7 179 Pro7 ProTGG_vi 3_flank 266 20 attattctactgtgatctttattattctactgtgatctttattattctactgtgatcttt SH2873 2873 98 181 Pro7 ProTGG_vi 3_flank 271 18 accattattctactgtgaaccattattctactgtgaaccattattctactgtgaaccatt SH2874 2874 68 191 Pro7 ProTGG_vi 3_flank 276 20 gaaataaaccattattctacgaaataaaccattattctacgaaataaaccattattctac SH2875 2875 65 14 Pro7 ProTGG_vi 3_flank 281 21 ctctaagaaataaaccattatctctaagaaataaaccattatctctaagaaataaaccat SH2876 2876 19 138 Pro8 ProTGG_vii 5_flank 1 18 gaagagaactgttggaatgaagagaactgttggaatgaagagaactgttggaatgaagag SH2877 2877 10 92 Pro8 ProTGG_vii 5_flank 6 17 ggttgaagagaactgttggttgaagagaactgttggttgaagagaactgttggttgaaga SH2878 2878 4 195 Pro8 ProTGG_vii 5_flank 11 17 cgaatggttgaagagaacgaatggttgaagagaacgaatggttgaagagaacgaatggtt SH2879 2879 94 131 Pro8 ProTGG_vii 5_flank 16 18 caaaaacgaatggttgaacaaaaacgaatggttgaacaaaaacgaatggttgaacaaaaa SH2880 2880 60 148 Pro8 ProTGG_vii 5_flank 21 17 gtcccaaaaacgaatgggtcccaaaaacgaatgggtcccaaaaacgaatgggtcccaaaa SH2881 2881 52 107 Pro8 ProTGG_vii 5_flank 26 16 ctcagtcccaaaaacgctcagtcccaaaaacgctcagtcccaaaaacgctcagtcccaaa SH2882 2882 14 66 Pro8 ProTGG_vii 5_flank 31 17 attttcctcagtcccaaattttcctcagtcccaaattttcctcagtcccaaattttcctc SH2883 2883 52 189 Pro8 ProTGG_vii 5_flank 36 20 ttatattcattttcctcagtttatattcattttcctcagtttatattcattttcctcagt SH2884 2884 4 134 Pro8 ProTGG_vii 5_flank 41 23 ttataattttatattcattttccttataattttatattcattttccttataattttatat SH2885 2885 99 109 Pro8 ProTGG_vii 5_flank 46 24 gaagtattataattttatattcatgaagtattataattttatattcatgaagtattataa SH2886 2886 86 82 Pro8 ProTGG_vii 5_flank 51 23 agatgaagtattataattttataagatgaagtattataattttataagatgaagtattat SH2887 2887 28 76 Pro8 ProTGG_vii 5_flank 56 22 ttcaagatgaagtattataattttcaagatgaagtattataattttcaagatgaagtatt SH2888 2888 104 89 Pro8 ProTGG_vii 5_flank 61 20 aagttcaagatgaagtattaaagttcaagatgaagtattaaagttcaagatgaagtatta SH2889 2889 95 105 Pro8 ProTGG_vii 5_flank 66 18 tcaaagttcaagatgaagtcaaagttcaagatgaagtcaaagttcaagatgaagtcaaag SH2890 2890 44 109 Pro8 ProTGG_vii 5_flank 71 19 gatttctcaaagttcaagagatttctcaaagttcaagagatttctcaaagttcaagagat SH2891 2891 78 85 Pro8 ProTGG_vii 5_flank 76 20 atttgtgatttctcaaagttatttgtgatttctcaaagttatttgtgatttctcaaagtt SH2892 2892 37 179 Pro8 ProTGG_vii 5_flank 81 20 atacaatttgtgatttctcaatacaatttgtgatttctcaatacaatttgtgatttctca SH2893 2893 66 87 Pro8 ProTGG_vii 5_flank - tRNA3 5_flank 3 5_flank 3 86 18 CCCatacaatttgtgattCCCatacaatttgtgattCCCatacaatttgtgattCCCata SH2894 2894 61 184 Pro8 ProTGG_vii 5_flank - tRNA7 5_flank 7 5_flank 7 91 17 CACGCCCatacaatttgCACGCCCatacaatttgCACGCCCatacaatttgCACGCCCat SH2895 2895 19 69 Pro8 ProTGG_vii 5_flank - tRNA10 5_flank 10 5_flank 10 96 15 CCACACGCCCatacaCCACACGCCCatacaCCACACGCCCatacaCCACACGCCCataca SH2896 2896 15 141 Pro8 ProTGG_vii tRNA 1 13 1 13 101 13 AGACCACACGCCCAGACCACACGCCCAGACCACACGCCCAGACCACACGCCCAGACCACA SH2897 2897 82 75 Pro8 ProTGG_vii tRNA 6 22 6 23 106 17 CATTCCACTAGACCACACATTCCACTAGACCACACATTCCACTAGACCACACATTCCACT SH2898 2898 89 202 Pro8 ProTGG_vii tRNA 11 28 11 29 111 18 GAGAATCATTCCACTAGAGAGAATCATTCCACTAGAGAGAATCATTCCACTAGAGAGAAT SH2899 2899 26 93 Pro8 ProTGG_vii tRNA 16 32 16 33 116 17 AAGCGAGAATCATTCCAAAGCGAGAATCATTCCAAAGCGAGAATCATTCCAAAGCGAGAA SH2900 2900 24 119 Pro8 ProTGG_vii tRNA 21 36 22 37 121 16 CCCAAAGCGAGAATCACCCAAAGCGAGAATCACCCAAAGCGAGAATCACCCAAAGCGAGA SH2901 2901 36 167 Pro8 ProTGG_vii tRNA 26 38 27 i2 126 13 CGCCCAAAGCGAGCGCCCAAAGCGAGCGCCCAAAGCGAGCGCCCAAAGCGAGCGCCCAAA SH2902 2902 42 151 Pro8 ProTGG_vii tRNA 31 43 32 i7 131 13 GGGATCGCCCAAAGGGATCGCCCAAAGGGATCGCCCAAAGGGATCGCCCAAAGGGATCGC SH2903 2903 23 22 Pro8 ProTGG_vii tRNA 36 48 37 i12 136 13 TCAGGGGGATCGCTCAGGGGGATCGCTCAGGGGGATCGCTCAGGGGGATCGCTCAGGGGG SH2904 2904 14 149 Pro8 ProTGG_vii tRNA 41 55 i5 i19 141 15 TGTTTGATCAGGGGGTGTTTGATCAGGGGGTGTTTGATCAGGGGGTGTTTGATCAGGGGG SH2905 2905 25 125 Pro8 ProTGG_vii tRNA 46 62 i10 i26 146 17 TTCCTCCTGTTTGATCATTCCTCCTGTTTGATCATTCCTCCTGTTTGATCATTCCTCCTG SH2906 2906 80 40 Pro8 ProTGG_vii tRNA 51 67 i15 i31 151 17 CTTTGTTCCTCCTGTTTCTTTGTTCCTCCTGTTTCTTTGTTCCTCCTGTTTCTTTGTTCC SH2907 2907 31 119 Pro8 ProTGG_vii tRNA 56 71 i20 39 156 16 CATGCTTTGTTCCTCCCATGCTTTGTTCCTCCCATGCTTTGTTCCTCCCATGCTTTGTTC SH2908 2908 100 174 Pro8 ProTGG_vii tRNA 61 77 i25 45 161 17 CTCTCGCATGCTTTGTTCTCTCGCATGCTTTGTTCTCTCGCATGCTTTGTTCTCTCGCAT SH2909 2909 62 44 Pro8 ProTGG_vii tRNA 66 78 i30 46 166 13 CCTCTCGCATGCTCCTCTCGCATGCTCCTCTCGCATGCTCCTCTCGCATGCTCCTCTCGC SH2910 2910 73 201 Pro8 ProTGG_vii tRNA 71 83 39 51 171 13 CAGGGCCTCTCGCCAGGGCCTCTCGCCAGGGCCTCTCGCCAGGGCCTCTCGCCAGGGCCT SH2911 2911 23 184 Pro8 ProTGG_vii tRNA 76 88 44 56 176 13 GAACCCAGGGCCTGAACCCAGGGCCTGAACCCAGGGCCTGAACCCAGGGCCTGAACCCAG SH2912 2912 92 204 Pro8 ProTGG_vii tRNA 81 95 49 63 181 15 GGGAATTGAACCCAGGGGAATTGAACCCAGGGGAATTGAACCCAGGGGAATTGAACCCAG SH2913 2913 21 152 Pro8 ProTGG_vii tRNA 86 101 54 69 186 16 CGAGCTGGGAATTGAACGAGCTGGGAATTGAACGAGCTGGGAATTGAACGAGCTGGGAAT SH2914 2914 59 194 Pro8 ProTGG_vii tRNA 91 103 59 71 191 13 GGCGAGCTGGGAAGGCGAGCTGGGAAGGCGAGCTGGGAAGGCGAGCTGGGAAGGCGAGCT SH2915 2915 80 205 Pro8 ProTGG_vii 96-105 + 3_flank 96 3_flank 64 3_flank 196 13 aaaGGGGCGAGCTaaaGGGGCGAGCTaaaGGGGCGAGCTaaaGGGGCGAGCTaaaGGGGC SH2916 2916 51 198 Pro8 ProTGG_vii 101-105 + 3_flank 101 3_flank 69 3_flank 201 17 gttgcaaaaaaaGGGGCgttgcaaaaaaaGGGGCgttgcaaaaaaaGGGGCgttgcaaaa SH2917 2917 29 157 Pro8 ProTGG_vii 3_flank 206 20 aaaacgaagttgcaaaaaaaaaaacgaagttgcaaaaaaaaaaacgaagttgcaaaaaaa SH2918 2918 33 169 Pro8 ProTGG_vii 3_flank 211 18 tctaaaacgaagttgcaatctaaaacgaagttgcaatctaaaacgaagttgcaatctaaa SH2919 2919 52 18 Pro8 ProTGG_vii 3_flank 216 18 aactgtctaaaacgaagtaactgtctaaaacgaagtaactgtctaaaacgaagtaactgt SH2920 2920 3 36 Pro8 ProTGG_vii 3_flank 221 20 attaagtaactgtctaaaacattaagtaactgtctaaaacattaagtaactgtctaaaac SH2921 2921 72 9 Pro8 ProTGG_vii 3_flank 226 20 acaaaattaagtaactgtctacaaaattaagtaactgtctacaaaattaagtaactgtct SH2922 2922 64 103 Pro8 ProTGG_vii 3_flank 231 22 ctaagaaacaaaattaagtaacctaagaaacaaaattaagtaacctaagaaacaaaatta SH2923 2923 59 125 Pro8 ProTGG_vii 3_flank 236 20 tgcctaagaaacaaaattaatgcctaagaaacaaaattaatgcctaagaaacaaaattaa SH2924 2924 94 11 Pro8 ProTGG_vii 3_flank 241 18 ttgtgcctaagaaacaaattgtgcctaagaaacaaattgtgcctaagaaacaaattgtgc SH2925 2925 52 186 Pro8 ProTGG_vii 3_flank 246 18 tattgttgtgcctaagaatattgttgtgcctaagaatattgttgtgcctaagaatattgt SH2926 2926 81 112 Pro8 ProTGG_vii 3_flank 251 20 ttataaatattgttgtgcctttataaatattgttgtgcctttataaatattgttgtgcct SH2927 2927 20 91 Pro8 ProTGG_vii 3_flank 256 22 tcttcttttataaatattgttgtcttcttttataaatattgttgtcttcttttataaata SH2928 2928 83 197 Pro8 ProTGG_vii 3_flank 261 23 ttacattcttcttttataaatatttacattcttcttttataaatatttacattcttcttt SH2929 2929 57 127 Pro8 ProTGG_vii 3_flank 266 22 atacttacattcttcttttataatacttacattcttcttttataatacttacattcttct SH2930 2930 95 57 Pro8 ProTGG_vii 3_flank 271 20 gtcatacttacattcttcttgtcatacttacattcttcttgtcatacttacattcttctt SH2931 2931 49 198 Pro8 ProTGG_vii 3_flank 276 18 gtcgtcatacttacattcgtcgtcatacttacattcgtcgtcatacttacattcgtcgtc SH2932 2932 72 109 Pro8 ProTGG_vii 3_flank 281 18 ttttcgtcgtcatacttattttcgtcgtcatacttattttcgtcgtcatacttattttcg SH2933 2933 26 152 Pro8 ProTGG_vii 3_flank 286 17 ttcgttttcgtcgtcatttcgttttcgtcgtcatttcgttttcgtcgtcatttcgttttc SH2934 2934 86 167 Ser1 SerAGA_i 5_flank 1 22 ttattattcttcagatttgtttttattattcttcagatttgtttttattattcttcagat SH2935 2935 88 65 Ser1 SerAGA_i 5_flank 6 20 gcattattattcttcagattgcattattattcttcagattgcattattattcttcagatt SH2936 2936 93 3 Ser1 SerAGA_i 5_flank 11 20 tacttgcattattattcttctacttgcattattattcttctacttgcattattattcttc SH2937 2937 57 101 Ser1 SerAGA_i 5_flank 16 23 tataatattacttgcattattattataatattacttgcattattattataatattacttg SH2938 2938 100 109 Ser1 SerAGA_i 5_flank 21 22 gatgtataatattacttgcattgatgtataatattacttgcattgatgtataatattact SH2939 2939 80 4 Ser1 SerAGA_i 5_flank 26 23 ttttatgatgtataatattacttttttatgatgtataatattacttttttatgatgtata SH2940 2940 31 146 Ser1 SerAGA_i 5_flank 31 23 aacttttttatgatgtataatataacttttttatgatgtataatataacttttttatgat SH2941 2941 30 63 Ser1 SerAGA_i 5_flank 36 22 gtataacttttttatgatgtatgtataacttttttatgatgtatgtataacttttttatg SH2942 2942 84 47 Ser1 SerAGA_i 5_flank 41 22 atagtgtataacttttttatgaatagtgtataacttttttatgaatagtgtataactttt SH2943 2943 16 62 Ser1 SerAGA_i 5_flank 46 22 taatgatagtgtataacttttttaatgatagtgtataacttttttaatgatagtgtataa SH2944 2944 47 5 Ser1 SerAGA_i 5_flank 51 20 gagtaatgatagtgtataacgagtaatgatagtgtataacgagtaatgatagtgtataac SH2945 2945 12 115 Ser1 SerAGA_i 5_flank 56 18 gaagagtaatgatagtgtgaagagtaatgatagtgtgaagagtaatgatagtgtgaagag SH2946 2946 6 210 Ser1 SerAGA_i 5_flank 61 18 cttcagaagagtaatgatcttcagaagagtaatgatcttcagaagagtaatgatcttcag SH2947 2947 9 55 Ser1 SerAGA_i 5_flank 66 17 tggtcttcagaagagtatggtcttcagaagagtatggtcttcagaagagtatggtcttca SH2948 2948 80 37 Ser1 SerAGA_i 5_flank 71 18 gtaatctggtcttcagaagtaatctggtcttcagaagtaatctggtcttcagaagtaatc SH2949 2949 102 6 Ser1 SerAGA_i 5_flank 76 18 gtattgtaatctggtcttgtattgtaatctggtcttgtattgtaatctggtcttgtattg SH2950 2950 87 58 Ser1 SerAGA_i 5_flank - tRNA1 5_flank 1 5_flank 1 81 21 CttaatttgtattgtaatctgCttaatttgtattgtaatctgCttaatttgtattgtaat SH2951 2951 61 45 Ser1 SerAGA_i 5_flank - tRNA5 5_flank 5 5_flank 5 86 20 TTGCCttaatttgtattgtaTTGCCttaatttgtattgtaTTGCCttaatttgtattgta SH2952 2952 41 18 Ser1 SerAGA_i 5_flank - tRNA9 5_flank 9 5_flank 9 91 19 CAAGTTGCCttaatttgtaCAAGTTGCCttaatttgtaCAAGTTGCCttaatttgtaCAA SH2953 2953 99 26 Ser1 SerAGA_i 5_flank - tRNA12 5_flank 12 5_flank 12 96 17 GGCCAAGTTGCCttaatGGCCAAGTTGCCttaatGGCCAAGTTGCCttaatGGCCAAGTT SH2954 2954 100 136 Ser1 SerAGA_i tRNA 1 13 1 13 101 13 CGGCCAAGTTGCCCGGCCAAGTTGCCCGGCCAAGTTGCCCGGCCAAGTTGCCCGGCCAAG SH2955 2955 32 38 Ser1 SerAGA_i tRNA 6 18 6 19 106 13 CCACTCGGCCAAGCCACTCGGCCAAGCCACTCGGCCAAGCCACTCGGCCAAGCCACTCGG SH2956 2956 70 18 Ser1 SerAGA_i tRNA 11 25 11 25 111 15 GCCTTAACCACTCGGGCCTTAACCACTCGGGCCTTAACCACTCGGGCCTTAACCACTCGG SH2957 2957 84 132 Ser1 SerAGA_i tRNA 16 32 16 32 116 17 ATCTTTCGCCTTAACCAATCTTTCGCCTTAACCAATCTTTCGCCTTAACCAATCTTTCGC SH2958 2958 86 2 Ser1 SerAGA_i tRNA 21 38 21 38 121 18 TTTCTAATCTTTCGCCTTTTTCTAATCTTTCGCCTTTTTCTAATCTTTCGCCTTTTTCTA SH2959 2959 14 23 Ser1 SerAGA_i tRNA 26 45 26 e11 126 20 CAAAAGATTTCTAATCTTTCCAAAAGATTTCTAATCTTTCCAAAAGATTTCTAATCTTTC SH2960 2960 8 102 Ser1 SerAGA_i tRNA 31 48 31 e14 131 18 GCCCAAAAGATTTCTAATGCCCAAAAGATTTCTAATGCCCAAAAGATTTCTAATGCCCAA SH2961 2961 90 92 Ser1 SerAGA_i tRNA 36 53 36 e23 136 18 CCAAAGCCCAAAAGATTTCCAAAGCCCAAAAGATTTCCAAAGCCCAAAAGATTTCCAAAG SH2962 2962 35 126 Ser1 SerAGA_i tRNA 41 55 41 e21 141 15 GGCCAAAGCCCAAAAGGCCAAAGCCCAAAAGGCCAAAGCCCAAAAGGCCAAAGCCCAAAA SH2963 2963 98 97 Ser1 SerAGA_i tRNA 46 58 e12 49 146 13 GCGGGCCAAAGCCGCGGGCCAAAGCCGCGGGCCAAAGCCGCGGGCCAAAGCCGCGGGCCA SH2964 2964 99 146 Ser1 SerAGA_i tRNA 51 63 e3 54 151 13 CCTGCGCGGGCCACCTGCGCGGGCCACCTGCGCGGGCCACCTGCGCGGGCCACCTGCGCG SH2965 2965 62 186 Ser1 SerAGA_i tRNA 56 68 46 59 156 13 TCGAACCTGCGCGTCGAACCTGCGCGTCGAACCTGCGCGTCGAACCTGCGCGTCGAACCT SH2966 2966 57 46 Ser1 SerAGA_i tRNA 61 75 52 66 161 15 GCAGGACTCGAACCTGCAGGACTCGAACCTGCAGGACTCGAACCTGCAGGACTCGAACCT SH2967 2967 56 119 Ser1 SerAGA_i tRNA 66 78 57 69 166 13 ACTGCAGGACTCGACTGCAGGACTCGACTGCAGGACTCGACTGCAGGACTCGACTGCAGG SH2968 2968 76 167 Ser1 SerAGA_i tRNA 71 83 62 74 171 13 CGACAACTGCAGGCGACAACTGCAGGCGACAACTGCAGGCGACAACTGCAGGCGACAACT SH2969 2969 49 121 Ser1 SerAGA_i 76-83 + 3_flank 76 3_flank 67 3_flank 176 20 cattaaaaataaCGACAACTcattaaaaataaCGACAACTcattaaaaataaCGACAACT SH2970 2970 101 58 Ser1 SerAGA_i 81-83 + 3_flank 81 3_flank 72 3_flank 181 23 aataaaaacattaaaaataaCGAaataaaaacattaaaaataaCGAaataaaaacattaa SH2971 2971 48 98 Ser1 SerAGA_i 3_flank 186 23 taccaaataaaaacattaaaaattaccaaataaaaacattaaaaattaccaaataaaaac SH2972 2972 55 181 Ser1 SerAGA_i 3_flank 191 20 gctaccaaataaaaacattagctaccaaataaaaacattagctaccaaataaaaacatta SH2973 2973 72 141 Ser1 SerAGA_i 3_flank 196 20 ttgttgctaccaaataaaaattgttgctaccaaataaaaattgttgctaccaaataaaaa SH2974 2974 25 94 Ser1 SerAGA_i 3_flank 201 20 aaattttgttgctaccaaataaattttgttgctaccaaataaattttgttgctaccaaat SH2975 2975 69 191 Ser1 SerAGA_i 3_flank 206 18 gacaaattttgttgctacgacaaattttgttgctacgacaaattttgttgctacgacaaa SH2976 2976 80 124 Ser1 SerAGA_i 3_flank 211 20 attgactgacaaattttgttattgactgacaaattttgttattgactgacaaattttgtt SH2977 2977 26 23 Ser1 SerAGA_i 3_flank 216 20 aagaaattgactgacaaattaagaaattgactgacaaattaagaaattgactgacaaatt SH2978 2978 91 21 Ser1 SerAGA_i 3_flank 221 18 caaaagaaattgactgaccaaaagaaattgactgaccaaaagaaattgactgaccaaaag SH2979 2979 63 199 Ser1 SerAGA_i 3_flank 226 22 agaaaaaaacaaaagaaattgaagaaaaaaacaaaagaaattgaagaaaaaaacaaaaga SH2980 2980 102 66 Ser1 SerAGA_i 3_flank 231 23 ttttaaagaaaaaaacaaaagaattttaaagaaaaaaacaaaagaattttaaagaaaaaa SH2981 2981 87 125 Ser1 SerAGA_i 3_flank 236 22 caccttttaaagaaaaaaacaacaccttttaaagaaaaaaacaacaccttttaaagaaaa SH2982 2982 15 174 Ser1 SerAGA_i 3_flank 241 21 gttacaccttttaaagaaaaagttacaccttttaaagaaaaagttacaccttttaaagaa SH2983 2983 82 201 Ser1 SerAGA_i 3_flank 246 19 gttgttacaccttttaaaggttgttacaccttttaaaggttgttacaccttttaaaggtt SH2984 2984 24 75 Ser1 SerAGA_i 3_flank 251 18 taacgttgttacaccttttaacgttgttacaccttttaacgttgttacaccttttaacgt SH2985 2985 20 147 Ser1 SerAGA_i 3_flank 256 18 agtgataacgttgttacaagtgataacgttgttacaagtgataacgttgttacaagtgat SH2986 2986 88 48 Ser1 SerAGA_i 3_flank 261 17 cttgagtgataacgttgcttgagtgataacgttgcttgagtgataacgttgcttgagtga SH2987 2987 13 64 Ser1 SerAGA_i 3_flank 266 18 cgaatacttgagtgataacgaatacttgagtgataacgaatacttgagtgataacgaata SH2988 2988 28 10 Ser2 SerAGA_ii 5_flank 1 20 atatgaaacaaccttataacatatgaaacaaccttataacatatgaaacaaccttataac SH2989 2989 19 188 Ser2 SerAGA_ii 5_flank 6 18 cacatatgaaacaaccttcacatatgaaacaaccttcacatatgaaacaaccttcacata SH2990 2990 15 151 Ser2 SerAGA_ii 5_flank 11 20 cataaaacacatatgaaacacataaaacacatatgaaacacataaaacacatatgaaaca SH2991 2991 16 166 Ser2 SerAGA_ii 5_flank 16 19 cgttcataaaacacatatgcgttcataaaacacatatgcgttcataaaacacatatgcgt SH2992 2992 80 185 Ser2 SerAGA_ii 5_flank 21 18 tgaacgttcataaaacactgaacgttcataaaacactgaacgttcataaaacactgaacg SH2993 2993 2 86 Ser2 SerAGA_ii 5_flank 26 17 accctgaacgttcataaaccctgaacgttcataaaccctgaacgttcataaaccctgaac SH2994 2994 61 58 Ser2 SerAGA_ii 5_flank 31 15 gtcaccctgaacgttgtcaccctgaacgttgtcaccctgaacgttgtcaccctgaacgtt SH2995 2995 5 133 Ser2 SerAGA_ii 5_flank 36 16 caatacgtcaccctgacaatacgtcaccctgacaatacgtcaccctgacaatacgtcacc SH2996 2996 66 147 Ser2 SerAGA_ii 5_flank 41 17 gtatgacaatacgtcacgtatgacaatacgtcacgtatgacaatacgtcacgtatgacaa SH2997 2997 26 145 Ser2 SerAGA_ii 5_flank 46 18 atgtcagtatgacaatacatgtcagtatgacaatacatgtcagtatgacaatacatgtca SH2998 2998 104 169 Ser2 SerAGA_ii 5_flank 51 18 gagatatgtcagtatgacgagatatgtcagtatgacgagatatgtcagtatgacgagata SH2999 2999 104 101 Ser2 SerAGA_ii 5_flank 56 19 caaaatgagatatgtcagtcaaaatgagatatgtcagtcaaaatgagatatgtcagtcaa SH3000 3000 57 63 Ser2 SerAGA_ii 5_flank 61 20 gtatctcaaaatgagatatggtatctcaaaatgagatatggtatctcaaaatgagatatg SH3001 3001 40 135 Ser2 SerAGA_ii 5_flank 66 18 gttgtatctcaaaatgaggttgtatctcaaaatgaggttgtatctcaaaatgaggttgta SH3002 3002 53 97 Ser2 SerAGA_ii 5_flank 71 20 gttatttgttgtatctcaaagttatttgttgtatctcaaagttatttgttgtatctcaaa SH3003 3003 103 204 Ser2 SerAGA_ii 5_flank 76 20 tgtatgttatttgttgtatctgtatgttatttgttgtatctgtatgttatttgttgtatc SH3004 3004 87 132 Ser2 SerAGA_ii 5_flank - tRNA2 5_flank 2 5_flank 2 81 22 CCaaaattgtatgttatttgttCCaaaattgtatgttatttgttCCaaaattgtatgtta SH3005 3005 19 180 Ser2 SerAGA_ii 5_flank - tRNA5 5_flank 5 5_flank 5 86 20 TTGCCaaaattgtatgttatTTGCCaaaattgtatgttatTTGCCaaaattgtatgttat SH3006 3006 45 198 Ser2 SerAGA_ii 5_flank - tRNA9 5_flank 9 5_flank 9 91 19 CAAGTTGCCaaaattgtatCAAGTTGCCaaaattgtatCAAGTTGCCaaaattgtatCAA SH3007 3007 75 85 Ser2 SerAGA_ii 5_flank - tRNA12 5_flank 12 5_flank 12 96 17 GGCCAAGTTGCCaaaatGGCCAAGTTGCCaaaatGGCCAAGTTGCCaaaatGGCCAAGTT SH3008 3008 11 151 Ser2 SerAGA_ii tRNA 1 13 1 13 101 13 CGGCCAAGTTGCCCGGCCAAGTTGCCCGGCCAAGTTGCCCGGCCAAGTTGCCCGGCCAAG SH3009 3009 65 71 Ser2 SerAGA_ii tRNA 6 18 6 19 106 13 CCACTCGGCCAAGCCACTCGGCCAAGCCACTCGGCCAAGCCACTCGGCCAAGCCACTCGG SH3010 3010 104 176 Ser2 SerAGA_ii tRNA 11 25 11 25 111 15 GCCTTAACCACTCGGGCCTTAACCACTCGGGCCTTAACCACTCGGGCCTTAACCACTCGG SH3011 3011 92 207 Ser2 SerAGA_ii tRNA 16 32 16 32 116 17 ATCTTTCGCCTTAACCAATCTTTCGCCTTAACCAATCTTTCGCCTTAACCAATCTTTCGC SH3012 3012 73 104 Ser2 SerAGA_ii tRNA 21 38 21 38 121 18 TTTCTAATCTTTCGCCTTTTTCTAATCTTTCGCCTTTTTCTAATCTTTCGCCTTTTTCTA SH3013 3013 44 64 Ser2 SerAGA_ii tRNA 26 45 26 e11 126 20 CAAAAGATTTCTAATCTTTCCAAAAGATTTCTAATCTTTCCAAAAGATTTCTAATCTTTC SH3014 3014 35 74 Ser2 SerAGA_ii tRNA 31 48 31 e14 131 18 GCCCAAAAGATTTCTAATGCCCAAAAGATTTCTAATGCCCAAAAGATTTCTAATGCCCAA SH3015 3015 7 20 Ser2 SerAGA_ii tRNA 36 53 36 e23 136 18 GCAAAGCCCAAAAGATTTGCAAAGCCCAAAAGATTTGCAAAGCCCAAAAGATTTGCAAAG SH3016 3016 71 129 Ser2 SerAGA_ii tRNA 41 55 41 e21 141 15 GGGCAAAGCCCAAAAGGGCAAAGCCCAAAAGGGCAAAGCCCAAAAGGGCAAAGCCCAAAA SH3017 3017 80 126 Ser2 SerAGA_ii tRNA 46 58 e12 49 146 13 CGCGGGCAAAGCCCGCGGGCAAAGCCCGCGGGCAAAGCCCGCGGGCAAAGCCCGCGGGCA SH3018 3018 89 25 Ser2 SerAGA_ii tRNA 51 63 e3 54 151 13 ACCTGCGCGGGCAACCTGCGCGGGCAACCTGCGCGGGCAACCTGCGCGGGCAACCTGCGC SH3019 3019 16 71 Ser2 SerAGA_ii tRNA 56 68 46 59 156 13 CTCGAACCTGCGCCTCGAACCTGCGCCTCGAACCTGCGCCTCGAACCTGCGCCTCGAACC SH3020 3020 17 41 Ser2 SerAGA_ii tRNA 61 73 52 64 161 13 CAGGACTCGAACCCAGGACTCGAACCCAGGACTCGAACCCAGGACTCGAACCCAGGACTC SH3021 3021 78 73 Ser2 SerAGA_ii tRNA 66 80 57 71 166 15 ACAACTGCAGGACTCACAACTGCAGGACTCACAACTGCAGGACTCACAACTGCAGGACTC SH3022 3022 45 182 Ser2 SerAGA_ii 71-82 + 3_flank 71 3_flank 62 171 17 aataaCGACAACTGCAGaataaCGACAACTGCAGaataaCGACAACTGCAGaataaCGAC SH3023 3023 89 103 Ser2 SerAGA_ii 76-82 + 3_flank 76 3_flank 67 176 21 gtaaaaaaaaataaCGACAACgtaaaaaaaaataaCGACAACgtaaaaaaaaataaCGAC SH3024 3024 63 156 Ser2 SerAGA_ii 81-82 + 3_flank 81 3_flank 72 181 21 catcagtaaaaaaaaataaCGcatcagtaaaaaaaaataaCGcatcagtaaaaaaaaata SH3025 3025 96 59 Ser2 SerAGA_ii 3_flank 186 23 gaaatatcatcagtaaaaaaaaagaaatatcatcagtaaaaaaaaagaaatatcatcagt SH3026 3026 63 107 Ser2 SerAGA_ii 3_flank 191 20 gtgaaatatcatcagtaaaagtgaaatatcatcagtaaaagtgaaatatcatcagtaaaa SH3027 3027 66 214 Ser2 SerAGA_ii 3_flank 196 18 gaggtgaaatatcatcaggaggtgaaatatcatcaggaggtgaaatatcatcaggaggtg SH3028 3028 13 43 Ser2 SerAGA_ii 3_flank 201 18 ttgaagaggtgaaatatcttgaagaggtgaaatatcttgaagaggtgaaatatcttgaag SH3029 3029 28 166 Ser2 SerAGA_ii 3_flank 206 17 tgctttgaagaggtgaatgctttgaagaggtgaatgctttgaagaggtgaatgctttgaa SH3030 3030 101 53 Ser2 SerAGA_ii 3_flank 211 17 gagtatgctttgaagaggagtatgctttgaagaggagtatgctttgaagaggagtatgct SH3031 3031 21 179 Ser2 SerAGA_ii 3_flank 216 18 gaagatgagtatgctttggaagatgagtatgctttggaagatgagtatgctttggaagat SH3032 3032 75 43 Ser2 SerAGA_ii 3_flank 221 18 gagttgaagatgagtatggagttgaagatgagtatggagttgaagatgagtatggagttg SH3033 3033 66 150 Ser2 SerAGA_ii 3_flank 226 17 atccgagttgaagatgaatccgagttgaagatgaatccgagttgaagatgaatccgagtt SH3034 3034 54 52 Ser2 SerAGA_ii 3_flank 231 17 gttgaatccgagttgaagttgaatccgagttgaagttgaatccgagttgaagttgaatcc SH3035 3035 96 60 Ser2 SerAGA_ii 3_flank 236 15 cgtgttgaatccgagcgtgttgaatccgagcgtgttgaatccgagcgtgttgaatccgag SH3036 3036 59 102 Ser2 SerAGA_ii 3_flank 241 18 ttctttctcgtgttgaatttctttctcgtgttgaatttctttctcgtgttgaatttcttt SH3037 3037 24 156 Ser2 SerAGA_ii 3_flank 246 20 taaataattctttctcgtgttaaataattctttctcgtgttaaataattctttctcgtgt SH3038 3038 78 170 Ser2 SerAGA_ii 3_flank 251 21 ccgatttaaataattctttctccgatttaaataattctttctccgatttaaataattctt SH3039 3039 73 114 Ser2 SerAGA_ii 3_flank 256 20 tgtaccgatttaaataattctgtaccgatttaaataattctgtaccgatttaaataattc SH3040 3040 60 87 Ser2 SerAGA_ii 3_flank 261 19 gctttgtaccgatttaaatgctttgtaccgatttaaatgctttgtaccgatttaaatgct SH3041 3041 76 163 Ser3 SerCGA 5_flank 1 13 tggcgtaggtaggtggcgtaggtaggtggcgtaggtaggtggcgtaggtaggtggcgtag SH3042 3042 87 108 Ser3 SerCGA 5_flank 6 13 cagcttggcgtagcagcttggcgtagcagcttggcgtagcagcttggcgtagcagcttgg SH3043 3043 70 101 Ser3 SerCGA 5_flank 11 15 agtagagcagcttggagtagagcagcttggagtagagcagcttggagtagagcagcttgg SH3044 3044 67 127 Ser3 SerCGA 5_flank 16 16 caagacagtagagcagcaagacagtagagcagcaagacagtagagcagcaagacagtaga SH3045 3045 51 203 Ser3 SerCGA 5_flank 21 17 cagatccaagacagtagcagatccaagacagtagcagatccaagacagtagcagatccaa SH3046 3046 86 36 Ser3 SerCGA 5_flank 26 17 tttcacagatccaagactttcacagatccaagactttcacagatccaagactttcacaga SH3047 3047 17 159 Ser3 SerCGA 5_flank 31 17 cgttttttcacagatcccgttttttcacagatcccgttttttcacagatcccgttttttc SH3048 3048 73 163 Ser3 SerCGA 5_flank 36 17 ctaggcgttttttcacactaggcgttttttcacactaggcgttttttcacactaggcgtt SH3049 3049 51 136 Ser3 SerCGA 5_flank 41 18 atgtttctaggcgtttttatgtttctaggcgtttttatgtttctaggcgtttttatgttt SH3050 3050 88 18 Ser3 SerCGA 5_flank 46 17 atacatgtttctaggcgatacatgtttctaggcgatacatgtttctaggcgatacatgtt SH3051 3051 31 193 Ser3 SerCGA 5_flank 51 20 taggttttatacatgtttcttaggttttatacatgtttcttaggttttatacatgtttct SH3052 3052 2 54 Ser3 SerCGA 5_flank 56 18 cggtaggttttatacatgcggtaggttttatacatgcggtaggttttatacatgcggtag SH3053 3053 104 95 Ser3 SerCGA 5_flank 61 18 taaagcggtaggttttattaaagcggtaggttttattaaagcggtaggttttattaaagc SH3054 3054 99 96 Ser3 SerCGA 5_flank 66 17 ggtttaaagcggtaggtggtttaaagcggtaggtggtttaaagcggtaggtggtttaaag SH3055 3055 40 131 Ser3 SerCGA 5_flank 71 18 aattatggtttaaagcggaattatggtttaaagcggaattatggtttaaagcggaattat SH3056 3056 38 212 Ser3 SerCGA 5_flank 76 21 cgatttgaaattatggtttaacgatttgaaattatggtttaacgatttgaaattatggtt SH3057 3057 104 126 Ser3 SerCGA 5_flank 81 20 atttcgatttgaaattatggatttcgatttgaaattatggatttcgatttgaaattatgg SH3058 3058 99 176 Ser3 SerCGA 5_flank - tRNA3 5_flank 3 5_flank 3 86 18 GCCatttcgatttgaaatGCCatttcgatttgaaatGCCatttcgatttgaaatGCCatt SH3059 3059 81 33 Ser3 SerCGA 5_flank - tRNA8 5_flank 8 5_flank 8 91 18 ATAGTGCCatttcgatttATAGTGCCatttcgatttATAGTGCCatttcgatttATAGTG SH3060 3060 22 113 Ser3 SerCGA 5_flank - tRNA11 5_flank 11 5_flank 11 96 16 GCCATAGTGCCatttcGCCATAGTGCCatttcGCCATAGTGCCatttcGCCATAGTGCCa SH3061 3061 79 199 Ser3 SerCGA tRNA 1 13 1 13 101 13 CGGCCATAGTGCCCGGCCATAGTGCCCGGCCATAGTGCCCGGCCATAGTGCCCGGCCATA SH3062 3062 9 94 Ser3 SerCGA tRNA 6 18 6 18 106 13 CCACTCGGCCATACCACTCGGCCATACCACTCGGCCATACCACTCGGCCATACCACTCGG SH3063 3063 47 126 Ser3 SerCGA tRNA 11 25 11 25 111 15 GCCTTAACCACTCGGGCCTTAACCACTCGGGCCTTAACCACTCGGGCCTTAACCACTCGG SH3064 3064 47 117 Ser3 SerCGA tRNA 16 30 16 30 116 15 CTCTCGCCTTAACCACTCTCGCCTTAACCACTCTCGCCTTAACCACTCTCGCCTTAACCA SH3065 3065 86 177 Ser3 SerCGA tRNA 21 35 21 35 121 15 CGAGTCTCTCGCCTTCGAGTCTCTCGCCTTCGAGTCTCTCGCCTTCGAGTCTCTCGCCTT SH3066 3066 104 30 Ser3 SerCGA tRNA 26 40 26 i3 126 15 CCATTCGAGTCTCTCCCATTCGAGTCTCTCCCATTCGAGTCTCTCCCATTCGAGTCTCTC SH3067 3067 3 13 Ser3 SerCGA tRNA 31 49 31 i12 131 19 CTTTTTATTCCATTCGAGTCTTTTTATTCCATTCGAGTCTTTTTATTCCATTCGAGTCTT SH3068 3068 42 76 Ser3 SerCGA tRNA 36 54 36 i17 136 19 CCGAACTTTTTATTCCATTCCGAACTTTTTATTCCATTCCGAACTTTTTATTCCATTCCG SH3069 3069 26 180 Ser3 SerCGA tRNA 41 59 i4 40 141 19 GATAGCCGAACTTTTTATTGATAGCCGAACTTTTTATTGATAGCCGAACTTTTTATTGAT SH3070 3070 73 59 Ser3 SerCGA tRNA 46 62 i9 43 146 17 AGAGATAGCCGAACTTTAGAGATAGCCGAACTTTAGAGATAGCCGAACTTTAGAGATAGC SH3071 3071 89 49 Ser3 SerCGA tRNA 51 65 i14 46 151 15 CCAAGAGATAGCCGACCAAGAGATAGCCGACCAAGAGATAGCCGACCAAGAGATAGCCGA SH3072 3072 90 54 Ser3 SerCGA tRNA 56 71 i19 52 156 16 CAGAGCCCAAGAGATACAGAGCCCAAGAGATACAGAGCCCAAGAGATACAGAGCCCAAGA SH3073 3073 42 59 Ser3 SerCGA tRNA 61 73 42 54 161 13 GGCAGAGCCCAAGGGCAGAGCCCAAGGGCAGAGCCCAAGGGCAGAGCCCAAGGGCAGAGC SH3074 3074 91 138 Ser3 SerCGA tRNA 66 78 47 59 166 13 GCGCGGGCAGAGCGCGCGGGCAGAGCGCGCGGGCAGAGCGCGCGGGCAGAGCGCGCGGGC SH3075 3075 56 121 Ser3 SerCGA tRNA 71 83 52 64 171 13 AACCAGCGCGGGCAACCAGCGCGGGCAACCAGCGCGGGCAACCAGCGCGGGCAACCAGCG SH3076 3076 46 125 Ser3 SerCGA tRNA 76 90 57 71 176 15 GGATTTGAACCAGCGGGATTTGAACCAGCGGGATTTGAACCAGCGGGATTTGAACCAGCG SH3077 3077 70 59 Ser3 SerCGA tRNA 81 96 62 3_flank 181 16 CCAGCAGGATTTGAACCCAGCAGGATTTGAACCCAGCAGGATTTGAACCCAGCAGGATTT SH3078 3078 27 56 Ser3 SerCGA tRNA 86 100 67 3_flank 186 15 GACACCAGCAGGATTGACACCAGCAGGATTGACACCAGCAGGATTGACACCAGCAGGATT SH3079 3079 88 153 Ser3 SerCGA 91-101 + 3_flank 91 101 72 3_flank 191 17 attaaaCGACACCAGCAattaaaCGACACCAGCAattaaaCGACACCAGCAattaaaCGA SH3080 3080 33 147 Ser3 SerCGA 3_flank 196 22 tttaaaaaaaattaaaCGACACtttaaaaaaaattaaaCGACACtttaaaaaaaattaaa SH3081 3081 72 90 Ser3 SerCGA 3_flank 201 24 gatgttatttaaaaaaaattaaaCgatgttatttaaaaaaaattaaaCgatgttatttaa SH3082 3082 65 132 Ser3 SerCGA 3_flank 206 23 caacgatgttatttaaaaaaaatcaacgatgttatttaaaaaaaatcaacgatgttattt SH3083 3083 52 138 Ser3 SerCGA 3_flank 211 22 taatcaacgatgttatttaaaataatcaacgatgttatttaaaataatcaacgatgttat SH3084 3084 98 52 Ser3 SerCGA 3_flank 216 21 gttttaatcaacgatgttattgttttaatcaacgatgttattgttttaatcaacgatgtt SH3085 3085 59 212 Ser3 SerCGA 3_flank 221 20 gattgttttaatcaacgatggattgttttaatcaacgatggattgttttaatcaacgatg SH3086 3086 89 107 Ser3 SerCGA 3_flank 226 21 gaataggattgttttaatcaagaataggattgttttaatcaagaataggattgttttaat SH3087 3087 55 120 Ser3 SerCGA 3_flank 231 20 cagtgaataggattgttttacagtgaataggattgttttacagtgaataggattgtttta SH3088 3088 47 107 Ser3 SerCGA 3_flank 236 17 tgcagtgaataggattgtgcagtgaataggattgtgcagtgaataggattgtgcagtgaa SH3089 3089 52 38 Ser3 SerCGA 3_flank 241 17 gtgactgcagtgaataggtgactgcagtgaataggtgactgcagtgaataggtgactgca SH3090 3090 6 70 Ser3 SerCGA 3_flank 246 15 tctgtgactgcagtgtctgtgactgcagtgtctgtgactgcagtgtctgtgactgcagtg SH3091 3091 66 55 Ser3 SerCGA 3_flank 251 16 gctaagtctgtgactggctaagtctgtgactggctaagtctgtgactggctaagtctgtg SH3092 3092 55 21 Ser3 SerCGA 3_flank 256 18 taaatgtgctaagtctgttaaatgtgctaagtctgttaaatgtgctaagtctgttaaatg SH3093 3093 70 7 Ser3 SerCGA 3_flank 261 18 ggttgtaaatgtgctaagggttgtaaatgtgctaagggttgtaaatgtgctaagggttgt SH3094 3094 32 67 Ser3 SerCGA 3_flank 266 18 gtactggttgtaaatgtggtactggttgtaaatgtggtactggttgtaaatgtggtactg SH3095 3095 85 142 Ser3 SerCGA 3_flank 271 18 atcttgtactggttgtaaatcttgtactggttgtaaatcttgtactggttgtaaatcttg SH3096 3096 61 209 Ser3 SerCGA 3_flank 276 18 gattgatcttgtactggtgattgatcttgtactggtgattgatcttgtactggtgattga SH3097 3097 56 127 Ser3 SerCGA 3_flank 281 18 cgtgtgattgatcttgtacgtgtgattgatcttgtacgtgtgattgatcttgtacgtgtg SH3098 3098 18 15 Ser3 SerCGA 3_flank 286 15 cgcgtgtgattgatccgcgtgtgattgatccgcgtgtgattgatccgcgtgtgattgatc SH3099 3099 82 97 Ser4 SerGCT 5_flank 1 20 gcgaaatttggtataattgtgcgaaatttggtataattgtgcgaaatttggtataattgt SH3100 3100 31 37 Ser4 SerGCT 5_flank 6 19 ctatgcgaaatttggtatactatgcgaaatttggtatactatgcgaaatttggtatacta SH3101 3101 35 185 Ser4 SerGCT 5_flank 11 19 gaaaactatgcgaaatttggaaaactatgcgaaatttggaaaactatgcgaaatttggaa SH3102 3102 102 172 Ser4 SerGCT 5_flank 16 18 gagagaaaactatgcgaagagagaaaactatgcgaagagagaaaactatgcgaagagaga SH3103 3103 54 28 Ser4 SerGCT 5_flank 21 17 cggcgagagaaaactatcggcgagagaaaactatcggcgagagaaaactatcggcgagag SH3104 3104 69 8 Ser4 SerGCT 5_flank 26 17 tttaacggcgagagaaatttaacggcgagagaaatttaacggcgagagaaatttaacggc SH3105 3105 44 145 Ser4 SerGCT 5_flank 31 17 gtatgtttaacggcgaggtatgtttaacggcgaggtatgtttaacggcgaggtatgttta SH3106 3106 31 46 Ser4 SerGCT 5_flank 36 18 taatgggtatgtttaacgtaatgggtatgtttaacgtaatgggtatgtttaacgtaatgg SH3107 3107 55 87 Ser4 SerGCT 5_flank 41 20 gtaaacataatgggtatgttgtaaacataatgggtatgttgtaaacataatgggtatgtt SH3108 3108 84 12 Ser4 SerGCT 5_flank 46 18 gttgtaaacataatgggtgttgtaaacataatgggtgttgtaaacataatgggtgttgta SH3109 3109 44 178 Ser4 SerGCT 5_flank 51 22 aactattttgttgtaaacataaaactattttgttgtaaacataaaactattttgttgtaa SH3110 3110 32 186 Ser4 SerGCT 5_flank 56 22 aagtaaactattttgttgtaaaaagtaaactattttgttgtaaaaagtaaactattttgt SH3111 3111 12 17 Ser4 SerGCT 5_flank 61 22 caatgaagtaaactattttgttcaatgaagtaaactattttgttcaatgaagtaaactat SH3112 3112 41 109 Ser4 SerGCT 5_flank 66 20 gttcaatgaagtaaactattgttcaatgaagtaaactattgttcaatgaagtaaactatt SH3113 3113 91 68 Ser4 SerGCT 5_flank 71 20 ggtttgttcaatgaagtaaaggtttgttcaatgaagtaaaggtttgttcaatgaagtaaa SH3114 3114 61 96 Ser4 SerGCT 5_flank 76 18 cttggtttgttcaatgaacttggtttgttcaatgaacttggtttgttcaatgaacttggt SH3115 3115 16 39 Ser4 SerGCT 5_flank 81 18 aatctcttggtttgttcaaatctcttggtttgttcaaatctcttggtttgttcaaatctc SH3116 3116 28 32 Ser4 SerGCT 5_flank - tRNA3 5_flank 3 5_flank 3 86 18 GACagaatctcttggtttGACagaatctcttggtttGACagaatctcttggtttGACaga SH3117 3117 73 191 Ser4 SerGCT 5_flank - tRNA7 5_flank 7 5_flank 7 91 17 CTGGGACagaatctcttCTGGGACagaatctcttCTGGGACagaatctcttCTGGGACag SH3118 3118 64 203 Ser4 SerGCT 5_flank - tRNA10 5_flank 10 5_flank 10 96 15 CCACTGGGACagaatCCACTGGGACagaatCCACTGGGACagaatCCACTGGGACagaat SH3119 3119 63 45 Ser4 SerGCT tRNA 1 13 1 13 101 13 CGGCCACTGGGACCGGCCACTGGGACCGGCCACTGGGACCGGCCACTGGGACCGGCCACT SH3120 3120 100 89 Ser4 SerGCT tRNA 6 18 6 18 106 13 CCACTCGGCCACTCCACTCGGCCACTCCACTCGGCCACTCCACTCGGCCACTCCACTCGG SH3121 3121 70 42 Ser4 SerGCT tRNA 11 25 11 25 111 15 GCCTTAACCACTCGGGCCTTAACCACTCGGGCCTTAACCACTCGGGCCTTAACCACTCGG SH3122 3122 69 175 Ser4 SerGCT tRNA 16 30 16 30 116 15 GCATCGCCTTAACCAGCATCGCCTTAACCAGCATCGCCTTAACCAGCATCGCCTTAACCA SH3123 3123 76 152 Ser4 SerGCT tRNA 21 33 21 33 121 13 AGGGCATCGCCTTAGGGCATCGCCTTAGGGCATCGCCTTAGGGCATCGCCTTAGGGCATC SH3124 3124 49 130 Ser4 SerGCT tRNA 26 41 26 i4 126 16 GAAATAGCAGGGCATCGAAATAGCAGGGCATCGAAATAGCAGGGCATCGAAATAGCAGGG SH3125 3125 75 181 Ser4 SerGCT tRNA 31 46 31 i9 131 16 CTGAGGAAATAGCAGGCTGAGGAAATAGCAGGCTGAGGAAATAGCAGGCTGAGGAAATAG SH3126 3126 18 41 Ser4 SerGCT tRNA 36 53 36 i16 136 18 TGCTTTTCTGAGGAAATATGCTTTTCTGAGGAAATATGCTTTTCTGAGGAAATATGCTTT SH3127 3127 80 8 Ser4 SerGCT tRNA 41 58 i4 39 141 18 CTAATTGCTTTTCTGAGGCTAATTGCTTTTCTGAGGCTAATTGCTTTTCTGAGGCTAATT SH3128 3128 8 13 Ser4 SerGCT tRNA 46 63 i9 44 146 18 AATGCCTAATTGCTTTTCAATGCCTAATTGCTTTTCAATGCCTAATTGCTTTTCAATGCC SH3129 3129 42 179 Ser4 SerGCT tRNA 51 66 i14 47 151 16 CCCAATGCCTAATTGCCCCAATGCCTAATTGCCCCAATGCCTAATTGCCCCAATGCCTAA SH3130 3130 8 172 Ser4 SerGCT tRNA 56 72 i19 53 156 17 GTAAAACCCAATGCCTAGTAAAACCCAATGCCTAGTAAAACCCAATGCCTAGTAAAACCC SH3131 3131 61 173 Ser4 SerGCT tRNA 61 77 42 58 161 17 CGCAGGTAAAACCCAATCGCAGGTAAAACCCAATCGCAGGTAAAACCCAATCGCAGGTAA SH3132 3132 54 119 Ser4 SerGCT tRNA 66 80 47 61 166 15 CTGCGCAGGTAAAACCTGCGCAGGTAAAACCTGCGCAGGTAAAACCTGCGCAGGTAAAAC SH3133 3133 16 4 Ser4 SerGCT tRNA 71 83 52 64 171 13 AACCTGCGCAGGTAACCTGCGCAGGTAACCTGCGCAGGTAACCTGCGCAGGTAACCTGCG SH3134 3134 44 52 Ser4 SerGCT tRNA 76 90 57 71 176 15 GGATTCGAACCTGCGGGATTCGAACCTGCGGGATTCGAACCTGCGGGATTCGAACCTGCG SH3135 3135 34 156 Ser4 SerGCT tRNA 81 96 62 3_flank 181 16 CAGACAGGATTCGAACCAGACAGGATTCGAACCAGACAGGATTCGAACCAGACAGGATTC SH3136 3136 42 164 Ser4 SerGCT tRNA 86 101 67 3_flank 186 16 CGTCACAGACAGGATTCGTCACAGACAGGATTCGTCACAGACAGGATTCGTCACAGACAG SH3137 3137 55 157 Ser4 SerGCT 91-101 + 3_flank 91 3_flank 72 3_flank 191 17 gaaatgCGTCACAGACAgaaatgCGTCACAGACAgaaatgCGTCACAGACAgaaatgCGT SH3138 3138 10 151 Ser4 SerGCT 3_flank 196 18 aaaaaagaaatgCGTCACaaaaaagaaatgCGTCACaaaaaagaaatgCGTCACaaaaaa SH3139 3139 60 167 Ser4 SerGCT 3_flank 201 22 caaaaatttaaaaaagaaatgCcaaaaatttaaaaaagaaatgCcaaaaatttaaaaaag SH3140 3140 54 105 Ser4 SerGCT 3_flank 206 22 agaagcaaaaatttaaaaaagaagaagcaaaaatttaaaaaagaagaagcaaaaatttaa SH3141 3141 46 151 Ser4 SerGCT 3_flank 211 22 ggataagaagcaaaaatttaaaggataagaagcaaaaatttaaaggataagaagcaaaaa SH3142 3142 95 103 Ser4 SerGCT 3_flank 216 20 gaaggataagaagcaaaaatgaaggataagaagcaaaaatgaaggataagaagcaaaaat SH3143 3143 45 209 Ser4 SerGCT 3_flank 221 18 atagaaggataagaagcaatagaaggataagaagcaatagaaggataagaagcaatagaa SH3144 3144 82 108 Ser4 SerGCT 3_flank 226 20 gtttattatagaaggataaggtttattatagaaggataaggtttattatagaaggataag SH3145 3145 104 48 Ser4 SerGCT 3_flank 231 20 gaaaggtttattatagaagggaaaggtttattatagaagggaaaggtttattatagaagg SH3146 3146 43 162 Ser4 SerGCT 3_flank 236 20 gttacgaaaggtttattatagttacgaaaggtttattatagttacgaaaggtttattata SH3147 3147 97 114 Ser4 SerGCT 3_flank 241 19 gaatgttacgaaaggtttagaatgttacgaaaggtttagaatgttacgaaaggtttagaa SH3148 3148 60 84 Ser4 SerGCT 3_flank 246 18 caatgaatgttacgaaagcaatgaatgttacgaaagcaatgaatgttacgaaagcaatga SH3149 3149 13 121 Ser4 SerGCT 3_flank 251 18 tggttcaatgaatgttactggttcaatgaatgttactggttcaatgaatgttactggttc SH3150 3150 91 69 Ser4 SerGCT 3_flank 256 18 aaaggtggttcaatgaataaaggtggttcaatgaataaaggtggttcaatgaataaaggt SH3151 3151 94 48 Ser4 SerGCT 3_flank 261 18 tatgaaaaggtggttcaatatgaaaaggtggttcaatatgaaaaggtggttcaatatgaa SH3152 3152 80 152 Ser4 SerGCT 3_flank 266 17 caactatgaaaaggtggcaactatgaaaaggtggcaactatgaaaaggtggcaactatga SH3153 3153 14 118 Ser4 SerGCT 3_flank 271 20 gtagttatcaactatgaaaagtagttatcaactatgaaaagtagttatcaactatgaaaa SH3154 3154 80 64 Ser4 SerGCT 3_flank 276 20 ccttagtagttatcaactatccttagtagttatcaactatccttagtagttatcaactat SH3155 3155 54 34 Ser4 SerGCT 3_flank 281 18 gtaccttagtagttatcagtaccttagtagttatcagtaccttagtagttatcagtacct SH3156 3156 72 79 Ser5 SerTGA 5_flank 1 19 gaaaccctaaaatatcatcgaaaccctaaaatatcatcgaaaccctaaaatatcatcgaa SH3157 3157 103 137 Ser5 SerTGA 5_flank 6 20 tacaatgaaaccctaaaatatacaatgaaaccctaaaatatacaatgaaaccctaaaata SH3158 3158 73 142 Ser5 SerTGA 5_flank 11 18 tgttacaatgaaaccctatgttacaatgaaaccctatgttacaatgaaaccctatgttac SH3159 3159 69 98 Ser5 SerTGA 5_flank 16 20 cgatatctgttacaatgaaacgatatctgttacaatgaaacgatatctgttacaatgaaa SH3160 3160 47 183 Ser5 SerTGA 5_flank 21 18 caccgatatctgttacaacaccgatatctgttacaacaccgatatctgttacaacaccga SH3161 3161 49 27 Ser5 SerTGA 5_flank 26 17 catccaccgatatctgtcatccaccgatatctgtcatccaccgatatctgtcatccaccg SH3162 3162 10 122 Ser5 SerTGA 5_flank 31 17 gaacacatccaccgatagaacacatccaccgatagaacacatccaccgatagaacacatc SH3163 3163 73 40 Ser5 SerTGA 5_flank 36 18 aaataagaacacatccacaaataagaacacatccacaaataagaacacatccacaaataa SH3164 3164 7 60 Ser5 SerTGA 5_flank 41 22 gacatataaaaataagaacacagacatataaaaataagaacacagacatataaaaataag SH3165 3165 85 212 Ser5 SerTGA 5_flank 46 21 cagagacatataaaaataagacagagacatataaaaataagacagagacatataaaaata SH3166 3166 52 167 Ser5 SerTGA 5_flank 51 20 ctatcagagacatataaaaactatcagagacatataaaaactatcagagacatataaaaa SH3167 3167 12 48 Ser5 SerTGA 5_flank 56 18 ccactatcagagacatatccactatcagagacatatccactatcagagacatatccacta SH3168 3168 70 140 Ser5 SerTGA 5_flank 61 17 agaaccactatcagagaagaaccactatcagagaagaaccactatcagagaagaaccact SH3169 3169 76 71 Ser5 SerTGA 5_flank 66 18 caaaaaagaaccactatccaaaaaagaaccactatccaaaaaagaaccactatccaaaaa SH3170 3170 44 3 Ser5 SerTGA 5_flank 71 18 tttcccaaaaaagaaccatttcccaaaaaagaaccatttcccaaaaaagaaccatttccc SH3171 3171 77 176 Ser5 SerTGA 5_flank 76 20 ttatgaatttcccaaaaaagttatgaatttcccaaaaaagttatgaatttcccaaaaaag SH3172 3172 101 99 Ser5 SerTGA 5_flank 81 20 tatcattatgaatttcccaatatcattatgaatttcccaatatcattatgaatttcccaa SH3173 3173 33 154 Ser5 SerTGA 5_flank - tRNA5 5_flank 5 5_flank 5 86 20 GTGCCtatcattatgaatttGTGCCtatcattatgaatttGTGCCtatcattatgaattt SH3174 3174 21 9 Ser5 SerTGA 5_flank - tRNA8 5_flank 8 5_flank 8 91 18 ATAGTGCCtatcattatgATAGTGCCtatcattatgATAGTGCCtatcattatgATAGTG SH3175 3175 91 209 Ser5 SerTGA 5_flank - tRNA11 5_flank 11 5_flank 11 96 16 GCCATAGTGCCtatcaGCCATAGTGCCtatcaGCCATAGTGCCtatcaGCCATAGTGCCt SH3176 3176 84 48 Ser5 SerTGA tRNA 1 13 1 13 101 13 CGGCCATAGTGCCCGGCCATAGTGCCCGGCCATAGTGCCCGGCCATAGTGCCCGGCCATA SH3177 3177 54 133 Ser5 SerTGA tRNA 6 18 6 19 106 13 CCACTCGGCCATACCACTCGGCCATACCACTCGGCCATACCACTCGGCCATACCACTCGG SH3178 3178 8 133 Ser5 SerTGA tRNA 11 25 11 25 111 15 GCCTTAACCACTCGGGCCTTAACCACTCGGGCCTTAACCACTCGGGCCTTAACCACTCGG SH3179 3179 94 145 Ser5 SerTGA tRNA 16 30 16 30 116 15 CTGTCGCCTTAACCACTGTCGCCTTAACCACTGTCGCCTTAACCACTGTCGCCTTAACCA SH3180 3180 94 28 Ser5 SerTGA tRNA 21 35 21 35 121 15 CAAGTCTGTCGCCTTCAAGTCTGTCGCCTTCAAGTCTGTCGCCTTCAAGTCTGTCGCCTT SH3181 3181 60 188 Ser5 SerTGA tRNA 26 42 26 42 126 17 CAGATTTCAAGTCTGTCCAGATTTCAAGTCTGTCCAGATTTCAAGTCTGTCCAGATTTCA SH3182 3182 91 155 Ser5 SerTGA tRNA 31 47 31 e13 131 17 CCCAACAGATTTCAAGTCCCAACAGATTTCAAGTCCCAACAGATTTCAAGTCCCAACAGA SH3183 3183 67 152 Ser5 SerTGA tRNA 36 52 36 e24 136 17 CAGAGCCCAACAGATTTCAGAGCCCAACAGATTTCAGAGCCCAACAGATTTCAGAGCCCA SH3184 3184 32 104 Ser5 SerTGA tRNA 41 53 41 e23 141 13 GCAGAGCCCAACAGCAGAGCCCAACAGCAGAGCCCAACAGCAGAGCCCAACAGCAGAGCC SH3185 3185 102 209 Ser5 SerTGA tRNA 46 58 e12 49 146 13 CGCGGGCAGAGCCCGCGGGCAGAGCCCGCGGGCAGAGCCCGCGGGCAGAGCCCGCGGGCA SH3186 3186 63 101 Ser5 SerTGA tRNA 51 63 e3 54 151 13 ACCAGCGCGGGCAACCAGCGCGGGCAACCAGCGCGGGCAACCAGCGCGGGCAACCAGCGC SH3187 3187 38 74 Ser5 SerTGA tRNA 56 70 46 61 156 15 GATTTGAACCAGCGCGATTTGAACCAGCGCGATTTGAACCAGCGCGATTTGAACCAGCGC SH3188 3188 32 162 Ser5 SerTGA tRNA 61 76 52 67 161 16 CAGCAGGATTTGAACCCAGCAGGATTTGAACCCAGCAGGATTTGAACCCAGCAGGATTTG SH3189 3189 16 32 Ser5 SerTGA tRNA 66 81 57 72 166 16 GACACCAGCAGGATTTGACACCAGCAGGATTTGACACCAGCAGGATTTGACACCAGCAGG SH3190 3190 6 35 Ser5 SerTGA 71-82 + 3_flank 71 3_flank 62 74 171 13 aCGACACCAGCAGaCGACACCAGCAGaCGACACCAGCAGaCGACACCAGCAGaCGACACC SH3191 3191 104 120 Ser5 SerTGA 76-82 + 3_flank 76 3_flank 67 3_flank 176 19 caataaaaaaaaCGACACCcaataaaaaaaaCGACACCcaataaaaaaaaCGACACCcaa SH3192 3192 93 58 Ser5 SerTGA 81-82 + 3_flank 81 3_flank 72 3_flank 181 20 ctctaacaataaaaaaaaCGctctaacaataaaaaaaaCGctctaacaataaaaaaaaCG SH3193 3193 24 186 Ser5 SerTGA 3_flank 186 19 gcacctctaacaataaaaagcacctctaacaataaaaagcacctctaacaataaaaagca SH3194 3194 45 66 Ser5 SerTGA 3_flank 191 17 aaggcacctctaacaataaggcacctctaacaataaggcacctctaacaataaggcacct SH3195 3195 20 12 Ser5 SerTGA 3_flank 196 17 ttttcaaggcacctctattttcaaggcacctctattttcaaggcacctctattttcaagg SH3196 3196 92 155 Ser5 SerTGA 3_flank 201 17 tagcattttcaaggcactagcattttcaaggcactagcattttcaaggcactagcatttt SH3197 3197 77 63 Ser5 SerTGA 3_flank 206 20 catgaatgtagcattttcaacatgaatgtagcattttcaacatgaatgtagcattttcaa SH3198 3198 93 73 Ser5 SerTGA 3_flank 211 20 cttttcatgaatgtagcattcttttcatgaatgtagcattcttttcatgaatgtagcatt SH3199 3199 17 97 Ser5 SerTGA 3_flank 216 20 aactacttttcatgaatgtaaactacttttcatgaatgtaaactacttttcatgaatgta SH3200 3200 71 86 Ser5 SerTGA 3_flank 221 19 gttcaactacttttcatgagttcaactacttttcatgagttcaactacttttcatgagtt SH3201 3201 53 165 Ser5 SerTGA 3_flank 226 18 agcagttcaactacttttagcagttcaactacttttagcagttcaactacttttagcagt SH3202 3202 4 136 Ser5 SerTGA 3_flank 231 17 tccaagcagttcaactatccaagcagttcaactatccaagcagttcaactatccaagcag SH3203 3203 4 132 Ser5 SerTGA 3_flank 236 15 gtctccaagcagttcgtctccaagcagttcgtctccaagcagttcgtctccaagcagttc SH3204 3204 41 55 Ser5 SerTGA 3_flank 241 17 aaatatggtctccaagcaaatatggtctccaagcaaatatggtctccaagcaaatatggt SH3205 3205 87 33 Ser5 SerTGA 3_flank 246 17 ccagtaaatatggtctcccagtaaatatggtctcccagtaaatatggtctcccagtaaat SH3206 3206 79 105 Ser5 SerTGA 3_flank 251 20 aagatattccagtaaatatgaagatattccagtaaatatgaagatattccagtaaatatg SH3207 3207 80 5 Ser5 SerTGA 3_flank 256 20 atatgaagatattccagtaaatatgaagatattccagtaaatatgaagatattccagtaa SH3208 3208 104 209 Ser5 SerTGA 3_flank 261 18 accatatgaagatattccaccatatgaagatattccaccatatgaagatattccaccata SH3209 3209 84 160 Thr1 ThrAGT 5_flank 1 20 tttcctctatatttatctcatttcctctatatttatctcatttcctctatatttatctca SH3210 3210 53 202 Thr1 ThrAGT 5_flank 6 22 cttgtattttcctctatatttacttgtattttcctctatatttacttgtattttcctcta SH3211 3211 4 45 Thr1 ThrAGT 5_flank 11 20 aaacttgtattttcctctataaacttgtattttcctctataaacttgtattttcctctat SH3212 3212 98 28 Thr1 ThrAGT 5_flank 16 18 ctcaaacttgtattttccctcaaacttgtattttccctcaaacttgtattttccctcaaa SH3213 3213 76 192 Thr1 ThrAGT 5_flank 21 20 atctaaactcaaacttgtatatctaaactcaaacttgtatatctaaactcaaacttgtat SH3214 3214 20 76 Thr1 ThrAGT 5_flank 26 18 cagatctaaactcaaactcagatctaaactcaaactcagatctaaactcaaactcagatc SH3215 3215 50 76 Thr1 ThrAGT 5_flank 31 18 aacttcagatctaaactcaacttcagatctaaactcaacttcagatctaaactcaacttc SH3216 3216 69 153 Thr1 ThrAGT 5_flank 36 18 aaggtaacttcagatctaaaggtaacttcagatctaaaggtaacttcagatctaaaggta SH3217 3217 31 115 Thr1 ThrAGT 5_flank 41 18 atgttaaggtaacttcagatgttaaggtaacttcagatgttaaggtaacttcagatgtta SH3218 3218 57 136 Thr1 ThrAGT 5_flank 46 20 tatacaaatgttaaggtaactatacaaatgttaaggtaactatacaaatgttaaggtaac SH3219 3219 103 202 Thr1 ThrAGT 5_flank 51 20 ttgcttatacaaatgttaagttgcttatacaaatgttaagttgcttatacaaatgttaag SH3220 3220 18 12 Thr1 ThrAGT 5_flank 56 20 cgaatttgcttatacaaatgcgaatttgcttatacaaatgcgaatttgcttatacaaatg SH3221 3221 103 116 Thr1 ThrAGT 5_flank 61 18 tagcgaatttgcttatactagcgaatttgcttatactagcgaatttgcttatactagcga SH3222 3222 22 43 Thr1 ThrAGT 5_flank 66 16 gcgtagcgaatttgctgcgtagcgaatttgctgcgtagcgaatttgctgcgtagcgaatt SH3223 3223 80 142 Thr1 ThrAGT 5_flank 71 15 agtcgcgtagcgaatagtcgcgtagcgaatagtcgcgtagcgaatagtcgcgtagcgaat SH3224 3224 29 8 Thr1 ThrAGT 5_flank 76 13 gagagtcgcgtaggagagtcgcgtaggagagtcgcgtaggagagtcgcgtaggagagtcg SH3225 3225 99 139 Thr1 ThrAGT 5_flank 81 17 ttttgatgtgagagtcgttttgatgtgagagtcgttttgatgtgagagtcgttttgatgt SH3226 3226 54 205 Thr1 ThrAGT 5_flank - tRNA2 5_flank 2 5_flank 2 86 17 GCagtttttgatgtgagGCagtttttgatgtgagGCagtttttgatgtgagGCagttttt SH3227 3227 61 194 Thr1 ThrAGT 5_flank - tRNA9 5_flank 9 5_flank 9 91 19 CATAGAAGCagtttttgatCATAGAAGCagtttttgatCATAGAAGCagtttttgatCAT SH3228 3228 76 198 Thr1 ThrAGT 5_flank - tRNA12 5_flank 12 5_flank 12 96 17 GGCCATAGAAGCagtttGGCCATAGAAGCagtttGGCCATAGAAGCagtttGGCCATAGA SH3229 3229 60 179 Thr1 ThrAGT tRNA 1 15 1 15 101 15 CTTGGCCATAGAAGCCTTGGCCATAGAAGCCTTGGCCATAGAAGCCTTGGCCATAGAAGC SH3230 3230 26 203 Thr1 ThrAGT tRNA 6 22 6 22 106 17 TTACCAACTTGGCCATATTACCAACTTGGCCATATTACCAACTTGGCCATATTACCAACT SH3231 3231 24 157 Thr1 ThrAGT tRNA 11 25 11 25 111 15 GCCTTACCAACTTGGGCCTTACCAACTTGGGCCTTACCAACTTGGGCCTTACCAACTTGG SH3232 3232 22 66 Thr1 ThrAGT tRNA 16 28 16 28 116 13 GGCGCCTTACCAAGGCGCCTTACCAAGGCGCCTTACCAAGGCGCCTTACCAAGGCGCCTT SH3233 3233 101 162 Thr1 ThrAGT tRNA 21 33 21 33 121 13 AGTGTGGCGCCTTAGTGTGGCGCCTTAGTGTGGCGCCTTAGTGTGGCGCCTTAGTGTGGC SH3234 3234 2 160 Thr1 ThrAGT tRNA 26 42 26 42 126 17 CACATTACTAGTGTGGCCACATTACTAGTGTGGCCACATTACTAGTGTGGCCACATTACT SH3235 3235 84 176 Thr1 ThrAGT tRNA 31 48 31 48 131 18 GATCTCCACATTACTAGTGATCTCCACATTACTAGTGATCTCCACATTACTAGTGATCTC SH3236 3236 21 122 Thr1 ThrAGT tRNA 36 52 36 52 136 17 CGATGATCTCCACATTACGATGATCTCCACATTACGATGATCTCCACATTACGATGATCT SH3237 3237 81 159 Thr1 ThrAGT tRNA 41 56 41 56 141 16 GAACCGATGATCTCCAGAACCGATGATCTCCAGAACCGATGATCTCCAGAACCGATGATC SH3238 3238 90 120 Thr1 ThrAGT tRNA 46 62 46 62 146 17 GGATTTGAACCGATGATGGATTTGAACCGATGATGGATTTGAACCGATGATGGATTTGAA SH3239 3239 28 74 Thr1 ThrAGT tRNA 51 67 51 67 151 17 CAATCGGATTTGAACCGCAATCGGATTTGAACCGCAATCGGATTTGAACCGCAATCGGAT SH3240 3240 7 87 Thr1 ThrAGT tRNA 56 72 56 72 156 17 GCTTCCAATCGGATTTGGCTTCCAATCGGATTTGGCTTCCAATCGGATTTGGCTTCCAAT SH3241 3241 5 177 Thr1 ThrAGT 61-73 + 3_flank 61 3_flank 61 3_flank 161 17 aaaaTGCTTCCAATCGGaaaaTGCTTCCAATCGGaaaaTGCTTCCAATCGGaaaaTGCTT SH3242 3242 40 155 Thr1 ThrAGT 66-73 + 3_flank 66 3_flank 66 3_flank 166 20 tattcaaaaaaaTGCTTCCAtattcaaaaaaaTGCTTCCAtattcaaaaaaaTGCTTCCA SH3243 3243 97 154 Thr1 ThrAGT 71-73 + 3_flank 71 3_flank 71 3_flank 171 20 ttcagtattcaaaaaaaTGCttcagtattcaaaaaaaTGCttcagtattcaaaaaaaTGC SH3244 3244 59 193 Thr1 ThrAGT 3_flank 176 23 cttaatttttcagtattcaaaaacttaatttttcagtattcaaaaacttaatttttcagt SH3245 3245 94 21 Thr1 ThrAGT 3_flank 181 20 agcttaatttttcagtattcagcttaatttttcagtattcagcttaatttttcagtattc SH3246 3246 39 71 Thr1 ThrAGT 3_flank 186 19 gatcagcttaatttttcaggatcagcttaatttttcaggatcagcttaatttttcaggat SH3247 3247 32 196 Thr1 ThrAGT 3_flank 191 18 tggtgatcagcttaattttggtgatcagcttaattttggtgatcagcttaattttggtga SH3248 3248 7 51 Thr1 ThrAGT 3_flank 196 17 agtttggtgatcagcttagtttggtgatcagcttagtttggtgatcagcttagtttggtg SH3249 3249 92 22 Thr1 ThrAGT 3_flank 201 17 acatgagtttggtgatcacatgagtttggtgatcacatgagtttggtgatcacatgagtt SH3250 3250 20 49 Thr1 ThrAGT 3_flank 206 20 tatatattacatgagtttggtatatattacatgagtttggtatatattacatgagtttgg SH3251 3251 67 48 Thr1 ThrAGT 3_flank 211 20 aagcatatatattacatgagaagcatatatattacatgagaagcatatatattacatgag SH3252 3252 30 187 Thr1 ThrAGT 3_flank 216 20 tagtcaagcatatatattactagtcaagcatatatattactagtcaagcatatatattac SH3253 3253 72 108 Thr1 ThrAGT 3_flank 221 20 ttgtatagtcaagcatatatttgtatagtcaagcatatatttgtatagtcaagcatatat SH3254 3254 31 56 Thr1 ThrAGT 3_flank 226 20 gtaatttgtatagtcaagcagtaatttgtatagtcaagcagtaatttgtatagtcaagca SH3255 3255 87 194 Thr1 ThrAGT 3_flank 231 18 cctgtaatttgtatagtccctgtaatttgtatagtccctgtaatttgtatagtccctgta SH3256 3256 96 3 Thr1 ThrAGT 3_flank 236 18 agaagcctgtaatttgtaagaagcctgtaatttgtaagaagcctgtaatttgtaagaagc SH3257 3257 86 104 Thr1 ThrAGT 3_flank 241 17 gagaagaagcctgtaatgagaagaagcctgtaatgagaagaagcctgtaatgagaagaag SH3258 3258 23 14 Thr1 ThrAGT 3_flank 246 18 aaatatgagaagaagcctaaatatgagaagaagcctaaatatgagaagaagcctaaatat SH3259 3259 56 184 Thr1 ThrAGT 3_flank 251 19 gcagaaaaatatgagaagagcagaaaaatatgagaagagcagaaaaatatgagaagagca SH3260 3260 27 95 Thr2 ThrCGT 5_flank 1 21 caaaaatgaccttaaaaatgacaaaaatgaccttaaaaatgacaaaaatgaccttaaaaa SH3261 3261 7 81 Thr2 ThrCGT 5_flank 6 20 ttagcaaaaatgaccttaaattagcaaaaatgaccttaaattagcaaaaatgaccttaaa SH3262 3262 85 33 Thr2 ThrCGT 5_flank 11 18 catttagcaaaaatgacccatttagcaaaaatgacccatttagcaaaaatgacccattta SH3263 3263 62 92 Thr2 ThrCGT 5_flank 16 20 gatgatacatttagcaaaaagatgatacatttagcaaaaagatgatacatttagcaaaaa SH3264 3264 67 210 Thr2 ThrCGT 5_flank 21 18 gaagatgatacatttagcgaagatgatacatttagcgaagatgatacatttagcgaagat SH3265 3265 59 19 Thr2 ThrCGT 5_flank 26 20 ctattttgaagatgatacatctattttgaagatgatacatctattttgaagatgatacat SH3266 3266 102 167 Thr2 ThrCGT 5_flank 31 22 gatttatctattttgaagatgagatttatctattttgaagatgagatttatctattttga SH3267 3267 35 29 Thr2 ThrCGT 5_flank 36 22 ttacagatttatctattttgaattacagatttatctattttgaattacagatttatctat SH3268 3268 47 144 Thr2 ThrCGT 5_flank 41 22 atactttacagatttatctattatactttacagatttatctattatactttacagattta SH3269 3269 66 115 Thr2 ThrCGT 5_flank 46 20 gctatactttacagatttatgctatactttacagatttatgctatactttacagatttat SH3270 3270 80 209 Thr2 ThrCGT 5_flank 51 17 ccgctatactttacagaccgctatactttacagaccgctatactttacagaccgctatac SH3271 3271 32 128 Thr2 ThrCGT 5_flank 56 16 ggctccgctatactttggctccgctatactttggctccgctatactttggctccgctata SH3272 3272 20 88 Thr2 ThrCGT 5_flank 61 13 gtggctccgctatgtggctccgctatgtggctccgctatgtggctccgctatgtggctcc SH3273 3273 38 104 Thr2 ThrCGT 5_flank 66 17 gctaaatttgtggctccgctaaatttgtggctccgctaaatttgtggctccgctaaattt SH3274 3274 77 83 Thr2 ThrCGT 5_flank 71 18 atacctgctaaatttgtgatacctgctaaatttgtgatacctgctaaatttgtgatacct SH3275 3275 29 110 Thr2 ThrCGT 5_flank 76 22 gtaatttttatacctgctaaatgtaatttttatacctgctaaatgtaatttttatacctg SH3276 3276 12 126 Thr2 ThrCGT 5_flank 81 19 gagtaatttttatacctgcgagtaatttttatacctgcgagtaatttttatacctgcgag SH3277 3277 55 184 Thr2 ThrCGT 5_flank - tRNA4 5_flank 4 5_flank 4 86 19 GGGCtgagtaatttttataGGGCtgagtaatttttataGGGCtgagtaatttttataGGG SH3278 3278 59 196 Thr2 ThrCGT 5_flank - tRNA8 5_flank 8 5_flank 8 91 18 AAAAGGGCtgagtaatttAAAAGGGCtgagtaatttAAAAGGGCtgagtaatttAAAAGG SH3279 3279 45 140 Thr2 ThrCGT 5_flank - tRNA10 5_flank 10 5_flank 10 96 15 CCAAAAGGGCtgagtCCAAAAGGGCtgagtCCAAAAGGGCtgagtCCAAAAGGGCtgagt SH3280 3280 90 32 Thr2 ThrCGT tRNA 1 13 1 13 101 13 TGGCCAAAAGGGCTGGCCAAAAGGGCTGGCCAAAAGGGCTGGCCAAAAGGGCTGGCCAAA SH3281 3281 57 131 Thr2 ThrCGT tRNA 6 22 6 22 106 17 CTTACCACTTGGCCAAACTTACCACTTGGCCAAACTTACCACTTGGCCAAACTTACCACT SH3282 3282 89 156 Thr2 ThrCGT tRNA 11 25 11 25 111 15 TGCCTTACCACTTGGTGCCTTACCACTTGGTGCCTTACCACTTGGTGCCTTACCACTTGG SH3283 3283 73 78 Thr2 ThrCGT tRNA 16 30 16 30 116 15 TGCGATGCCTTACCATGCGATGCCTTACCATGCGATGCCTTACCATGCGATGCCTTACCA SH3284 3284 59 28 Thr2 ThrCGT tRNA 21 33 21 33 121 13 GAGTGCGATGCCTGAGTGCGATGCCTGAGTGCGATGCCTGAGTGCGATGCCTGAGTGCGA SH3285 3285 28 86 Thr2 ThrCGT tRNA 26 40 26 40 126 15 GCATTACGAGTGCGAGCATTACGAGTGCGAGCATTACGAGTGCGAGCATTACGAGTGCGA SH3286 3286 19 182 Thr2 ThrCGT tRNA 31 43 31 43 131 13 CCCGCATTACGAGCCCGCATTACGAGCCCGCATTACGAGCCCGCATTACGAGCCCGCATT SH3287 3287 55 65 Thr2 ThrCGT tRNA 36 48 36 48 136 13 CGATCCCCGCATTCGATCCCCGCATTCGATCCCCGCATTCGATCCCCGCATTCGATCCCC SH3288 3288 35 147 Thr2 ThrCGT tRNA 41 53 41 53 141 13 ACCCACGATCCCCACCCACGATCCCCACCCACGATCCCCACCCACGATCCCCACCCACGA SH3289 3289 46 176 Thr2 ThrCGT tRNA 46 61 46 61 146 16 GGAATTGAACCCACGAGGAATTGAACCCACGAGGAATTGAACCCACGAGGAATTGAACCC SH3290 3290 23 69 Thr2 ThrCGT tRNA 51 66 51 66 151 16 CTGTGGGAATTGAACCCTGTGGGAATTGAACCCTGTGGGAATTGAACCCTGTGGGAATTG SH3291 3291 63 11 Thr2 ThrCGT tRNA 56 70 56 70 156 15 CCCTCTGTGGGAATTCCCTCTGTGGGAATTCCCTCTGTGGGAATTCCCTCTGTGGGAATT SH3292 3292 83 107 Thr2 ThrCGT 61-72 + 3_flank 61 3_flank 61 3_flank 161 13 aTGCCCTCTGTGGaTGCCCTCTGTGGaTGCCCTCTGTGGaTGCCCTCTGTGGaTGCCCTC SH3293 3293 4 152 Thr2 ThrCGT 66-72 + 3_flank 66 3_flank 66 3_flank 166 18 aaaatttcaaaTGCCCTCaaaatttcaaaTGCCCTCaaaatttcaaaTGCCCTCaaaatt SH3294 3294 94 126 Thr2 ThrCGT 71-72 + 3_flank 71 3_flank 71 3_flank 171 23 aatagaaaataaaatttcaaaTGaatagaaaataaaatttcaaaTGaatagaaaataaaa SH3295 3295 77 38 Thr2 ThrCGT 3_flank 176 25 attaaaaaatagaaaataaaatttcattaaaaaatagaaaataaaatttcattaaaaaat SH3296 3296 39 41 Thr2 ThrCGT 3_flank 181 27 tataaaaattaaaaaatagaaaataaatataaaaattaaaaaatagaaaataaatataaa SH3297 3297 60 33 Thr2 ThrCGT 3_flank 186 27 ttatatataaaaattaaaaaatagaaattatatataaaaattaaaaaatagaaattatat SH3298 3298 60 105 Thr2 ThrCGT 3_flank 191 29 atatatattatatataaaaattaaaaaatatatatattatatataaaaattaaaaaatat SH3299 3299 20 39 Thr2 ThrCGT 3_flank 196 27 gttatatatattatatataaaaattaagttatatatattatatataaaaattaagttata SH3300 3300 49 196 Thr2 ThrCGT 3_flank 201 24 gcgttatatatattatatataaaagcgttatatatattatatataaaagcgttatatata SH3301 3301 4 117 Thr2 ThrCGT 3_flank 206 22 gtcgcgttatatatattatatagtcgcgttatatatattatatagtcgcgttatatatat SH3302 3302 74 161 Thr2 ThrCGT 3_flank 211 20 tatgtcgcgttatatatatttatgtcgcgttatatatatttatgtcgcgttatatatatt SH3303 3303 25 180 Thr2 ThrCGT 3_flank 216 17 gctatgtcgcgttatatgctatgtcgcgttatatgctatgtcgcgttatatgctatgtcg SH3304 3304 45 131 Thr2 ThrCGT 3_flank 221 15 acagctatgtcgcgtacagctatgtcgcgtacagctatgtcgcgtacagctatgtcgcgt SH3305 3305 21 147 Thr2 ThrCGT 3_flank 226 18 aggtaataacagctatgtaggtaataacagctatgtaggtaataacagctatgtaggtaa SH3306 3306 71 173 Thr2 ThrCGT 3_flank 231 18 ctagtaggtaataacagcctagtaggtaataacagcctagtaggtaataacagcctagta SH3307 3307 63 153 Thr2 ThrCGT 3_flank 236 20 gatattactagtaggtaatagatattactagtaggtaatagatattactagtaggtaata SH3308 3308 16 181 Thr2 ThrCGT 3_flank 241 18 gaggatattactagtagggaggatattactagtagggaggatattactagtagggaggat SH3309 3309 90 205 Thr2 ThrCGT 3_flank 246 20 aaaaagagaggatattactaaaaaagagaggatattactaaaaaagagaggatattacta SH3310 3310 29 154 Thr2 ThrCGT 3_flank 251 20 tttgaaaaaagagaggatattttgaaaaaagagaggatattttgaaaaaagagaggatat SH3311 3311 54 140 Thr3 ThrTGT_i 5_flank 1 20 tgtctaaaactataattgcatgtctaaaactataattgcatgtctaaaactataattgca SH3312 3312 68 170 Thr3 ThrTGT_i 5_flank 6 20 gggattgtctaaaactataagggattgtctaaaactataagggattgtctaaaactataa SH3313 3313 53 55 Thr3 ThrTGT_i 5_flank 11 18 aaagggattgtctaaaacaaagggattgtctaaaacaaagggattgtctaaaacaaaggg SH3314 3314 102 213 Thr3 ThrTGT_i 5_flank 16 18 aacataaagggattgtctaacataaagggattgtctaacataaagggattgtctaacata SH3315 3315 75 66 Thr3 ThrTGT_i 5_flank 21 18 catgaaacataaagggatcatgaaacataaagggatcatgaaacataaagggatcatgaa SH3316 3316 98 10 Thr3 ThrTGT_i 5_flank 26 18 acgcacatgaaacataaaacgcacatgaaacataaaacgcacatgaaacataaaacgcac SH3317 3317 25 167 Thr3 ThrTGT_i 5_flank 31 17 gaatacgcacatgaaacgaatacgcacatgaaacgaatacgcacatgaaacgaatacgca SH3318 3318 32 166 Thr3 ThrTGT_i 5_flank 36 20 aaaataatgaatacgcacataaaataatgaatacgcacataaaataatgaatacgcacat SH3319 3319 90 107 Thr3 ThrTGT_i 5_flank 41 22 tttgttaaaaataatgaatacgtttgttaaaaataatgaatacgtttgttaaaaataatg SH3320 3320 98 71 Thr3 ThrTGT_i 5_flank 46 22 aggaatttgttaaaaataatgaaggaatttgttaaaaataatgaaggaatttgttaaaaa SH3321 3321 53 131 Thr3 ThrTGT_i 5_flank 51 22 gaactaggaatttgttaaaaatgaactaggaatttgttaaaaatgaactaggaatttgtt SH3322 3322 52 93 Thr3 ThrTGT_i 5_flank 56 19 gagaactaggaatttgttagagaactaggaatttgttagagaactaggaatttgttagag SH3323 3323 56 67 Thr3 ThrTGT_i 5_flank 61 19 gatttgagaactaggaattgatttgagaactaggaattgatttgagaactaggaattgat SH3324 3324 89 54 Thr3 ThrTGT_i 5_flank 66 18 ctcagatttgagaactagctcagatttgagaactagctcagatttgagaactagctcaga SH3325 3325 31 171 Thr3 ThrTGT_i 5_flank 71 17 gagactcagatttgagagagactcagatttgagagagactcagatttgagagagactcag SH3326 3326 71 75 Thr3 ThrTGT_i 5_flank 76 17 accaagagactcagattaccaagagactcagattaccaagagactcagattaccaagaga SH3327 3327 57 84 Thr3 ThrTGT_i 5_flank 81 18 atttttaccaagagactcatttttaccaagagactcatttttaccaagagactcattttt SH3328 3328 38 144 Thr3 ThrTGT_i 5_flank - tRNA3 5_flank 3 5_flank 3 86 18 GGCaaatttttaccaagaGGCaaatttttaccaagaGGCaaatttttaccaagaGGCaaa SH3329 3329 79 42 Thr3 ThrTGT_i 5_flank - tRNA8 5_flank 8 5_flank 8 91 18 AAGGAGGCaaatttttacAAGGAGGCaaatttttacAAGGAGGCaaatttttacAAGGAG SH3330 3330 82 212 Thr3 ThrTGT_i 5_flank - tRNA12 5_flank 12 5_flank 12 96 17 AGCTAAGGAGGCaaattAGCTAAGGAGGCaaattAGCTAAGGAGGCaaattAGCTAAGGA SH3331 3331 5 107 Thr3 ThrTGT_i tRNA 1 15 1 15 101 15 CTAAGCTAAGGAGGCCTAAGCTAAGGAGGCCTAAGCTAAGGAGGCCTAAGCTAAGGAGGC SH3332 3332 62 138 Thr3 ThrTGT_i tRNA 6 22 6 22 106 17 TCTACCACTAAGCTAAGTCTACCACTAAGCTAAGTCTACCACTAAGCTAAGTCTACCACT SH3333 3333 4 2 Thr3 ThrTGT_i tRNA 11 25 11 25 111 15 CGCTCTACCACTAAGCGCTCTACCACTAAGCGCTCTACCACTAAGCGCTCTACCACTAAG SH3334 3334 78 163 Thr3 ThrTGT_i tRNA 16 30 16 30 116 15 TGCAACGCTCTACCATGCAACGCTCTACCATGCAACGCTCTACCATGCAACGCTCTACCA SH3335 3335 61 93 Thr3 ThrTGT_i tRNA 21 35 21 35 121 15 ACAAGTGCAACGCTCACAAGTGCAACGCTCACAAGTGCAACGCTCACAAGTGCAACGCTC SH3336 3336 80 130 Thr3 ThrTGT_i tRNA 26 43 26 43 126 18 TTTGCATTACAAGTGCAATTTGCATTACAAGTGCAATTTGCATTACAAGTGCAATTTGCA SH3337 3337 90 117 Thr3 ThrTGT_i tRNA 31 47 31 47 131 17 GACCTTTGCATTACAAGGACCTTTGCATTACAAGGACCTTTGCATTACAAGGACCTTTGC SH3338 3338 80 62 Thr3 ThrTGT_i tRNA 36 52 36 52 136 17 CTAACGACCTTTGCATTCTAACGACCTTTGCATTCTAACGACCTTTGCATTCTAACGACC SH3339 3339 11 10 Thr3 ThrTGT_i tRNA 41 58 41 58 141 18 ATTGAACTAACGACCTTTATTGAACTAACGACCTTTATTGAACTAACGACCTTTATTGAA SH3340 3340 70 211 Thr3 ThrTGT_i tRNA 46 63 46 63 146 18 TCAGAATTGAACTAACGATCAGAATTGAACTAACGATCAGAATTGAACTAACGATCAGAA SH3341 3341 33 136 Thr3 ThrTGT_i tRNA 51 67 51 67 151 17 CCTGTCAGAATTGAACTCCTGTCAGAATTGAACTCCTGTCAGAATTGAACTCCTGTCAGA SH3342 3342 25 184 Thr3 ThrTGT_i tRNA 56 71 56 71 156 16 GCCACCTGTCAGAATTGCCACCTGTCAGAATTGCCACCTGTCAGAATTGCCACCTGTCAG SH3343 3343 98 45 Thr3 ThrTGT_i 61-72 + 3_flank 61 3_flank 61 3_flank 161 17 aattaTGCCACCTGTCAaattaTGCCACCTGTCAaattaTGCCACCTGTCAaattaTGCC SH3344 3344 43 196 Thr3 ThrTGT_i 66-72 + 3_flank 66 3_flank 66 3_flank 166 20 atatataaaattaTGCCACCatatataaaattaTGCCACCatatataaaattaTGCCACC SH3345 3345 81 160 Thr3 ThrTGT_i 71-72 + 3_flank 71 3_flank 71 3_flank 171 23 aaaaagagatatataaaattaTGaaaaagagatatataaaattaTGaaaaagagatatat SH3346 3346 35 32 Thr3 ThrTGT_i 3_flank 176 22 gcaaaaaaagagatatataaaagcaaaaaaagagatatataaaagcaaaaaaagagatat SH3347 3347 47 184 Thr3 ThrTGT_i 3_flank 181 20 caagcaaaaaaagagatatacaagcaaaaaaagagatatacaagcaaaaaaagagatata SH3348 3348 87 206 Thr3 ThrTGT_i 3_flank 186 18 caacaagcaaaaaaagagcaacaagcaaaaaaagagcaacaagcaaaaaaagagcaacaa SH3349 3349 2 68 Thr3 ThrTGT_i 3_flank 191 18 ccgtacaacaagcaaaaaccgtacaacaagcaaaaaccgtacaacaagcaaaaaccgtac SH3350 3350 65 190 Thr3 ThrTGT_i 3_flank 196 16 cttccgtacaacaagccttccgtacaacaagccttccgtacaacaagccttccgtacaac SH3351 3351 46 195 Thr3 ThrTGT_i 3_flank 201 17 acagaacttccgtacaaacagaacttccgtacaaacagaacttccgtacaaacagaactt SH3352 3352 64 20 Thr3 ThrTGT_i 3_flank 206 15 tggacagaacttccgtggacagaacttccgtggacagaacttccgtggacagaacttccg SH3353 3353 97 66 Thr3 ThrTGT_i 3_flank 211 15 ccggatggacagaacccggatggacagaacccggatggacagaacccggatggacagaac SH3354 3354 36 62 Thr3 ThrTGT_i 3_flank 216 13 ccaccggatggacccaccggatggacccaccggatggacccaccggatggacccaccgga SH3355 3355 46 87 Thr3 ThrTGT_i 3_flank 221 13 gtcgcccaccggagtcgcccaccggagtcgcccaccggagtcgcccaccggagtcgccca SH3356 3356 4 193 Thr3 ThrTGT_i 3_flank 226 13 taccggtcgcccataccggtcgcccataccggtcgcccataccggtcgcccataccggtc SH3357 3357 67 92 Thr3 ThrTGT_i 3_flank 231 18 gataattctataccggtcgataattctataccggtcgataattctataccggtcgataat SH3358 3358 33 139 Thr3 ThrTGT_i 3_flank 236 17 gcgcgataattctatacgcgcgataattctatacgcgcgataattctatacgcgcgataa SH3359 3359 51 54 Thr3 ThrTGT_i 3_flank 241 16 gatggcgcgataattcgatggcgcgataattcgatggcgcgataattcgatggcgcgata SH3360 3360 73 167 Thr3 ThrTGT_i 3_flank 246 13 tggatggcgcgattggatggcgcgattggatggcgcgattggatggcgcgattggatggc SH3361 3361 11 29 Thr3 ThrTGT_i 3_flank 251 15 accttcatggatggcaccttcatggatggcaccttcatggatggcaccttcatggatggc SH3362 3362 46 62 Thr3 ThrTGT_i 3_flank 256 15 ggccaaccttcatggggccaaccttcatggggccaaccttcatggggccaaccttcatgg SH3363 3363 24 144 Thr4 ThrTGT_ii 5_flank 1 20 ataacaaacgaatagaatgaataacaaacgaatagaatgaataacaaacgaatagaatga SH3364 3364 8 212 Thr4 ThrTGT_ii 5_flank 6 18 cacataacaaacgaatagcacataacaaacgaatagcacataacaaacgaatagcacata SH3365 3365 77 206 Thr4 ThrTGT_ii 5_flank 11 18 aaacacacataacaaacgaaacacacataacaaacgaaacacacataacaaacgaaacac SH3366 3366 10 140 Thr4 ThrTGT_ii 5_flank 16 20 gttcataaaacacacataacgttcataaaacacacataacgttcataaaacacacataac SH3367 3367 77 126 Thr4 ThrTGT_ii 5_flank 21 18 aacgttcataaaacacacaacgttcataaaacacacaacgttcataaaacacacaacgtt SH3368 3368 88 185 Thr4 ThrTGT_ii 5_flank 26 18 tcccaaacgttcataaaatcccaaacgttcataaaatcccaaacgttcataaaatcccaa SH3369 3369 61 115 Thr4 ThrTGT_ii 5_flank 31 17 gtcatcccaaacgttcagtcatcccaaacgttcagtcatcccaaacgttcagtcatccca SH3370 3370 36 7 Thr4 ThrTGT_ii 5_flank 36 17 aatacgtcatcccaaacaatacgtcatcccaaacaatacgtcatcccaaacaatacgtca SH3371 3371 36 34 Thr4 ThrTGT_ii 5_flank 41 17 atgacaatacgtcatccatgacaatacgtcatccatgacaatacgtcatccatgacaata SH3372 3372 27 49 Thr4 ThrTGT_ii 5_flank 46 18 gtcagtatgacaatacgtgtcagtatgacaatacgtgtcagtatgacaatacgtgtcagt SH3373 3373 52 105 Thr4 ThrTGT_ii 5_flank 51 18 gatacgtcagtatgacaagatacgtcagtatgacaagatacgtcagtatgacaagatacg SH3374 3374 99 95 Thr4 ThrTGT_ii 5_flank 56 20 aaaataagatacgtcagtataaaataagatacgtcagtataaaataagatacgtcagtat SH3375 3375 18 209 Thr4 ThrTGT_ii 5_flank 61 18 ctcaaaataagatacgtcctcaaaataagatacgtcctcaaaataagatacgtcctcaaa SH3376 3376 64 201 Thr4 ThrTGT_ii 5_flank 66 20 gttgtatctcaaaataagatgttgtatctcaaaataagatgttgtatctcaaaataagat SH3377 3377 51 88 Thr4 ThrTGT_ii 5_flank 71 20 actatgttgtatctcaaaatactatgttgtatctcaaaatactatgttgtatctcaaaat SH3378 3378 12 191 Thr4 ThrTGT_ii 5_flank 76 18 acaactatgttgtatctcacaactatgttgtatctcacaactatgttgtatctcacaact SH3379 3379 97 27 Thr4 ThrTGT_ii 5_flank - tRNA1 5_flank 1 5_flank 1 81 21 CtaaaaatacaactatgttgtCtaaaaatacaactatgttgtCtaaaaatacaactatgt SH3380 3380 83 30 Thr4 ThrTGT_ii 5_flank - tRNA5 5_flank 5 5_flank 5 86 20 GAGGCtaaaaatacaactatGAGGCtaaaaatacaactatGAGGCtaaaaatacaactat SH3381 3381 61 154 Thr4 ThrTGT_ii 5_flank - tRNA8 5_flank 8 5_flank 8 91 18 AAGGAGGCtaaaaatacaAAGGAGGCtaaaaatacaAAGGAGGCtaaaaatacaAAGGAG SH3382 3382 64 136 Thr4 ThrTGT_ii 5_flank - tRNA12 5_flank 12 5_flank 12 96 17 AGCTAAGGAGGCtaaaaAGCTAAGGAGGCtaaaaAGCTAAGGAGGCtaaaaAGCTAAGGA SH3383 3383 48 202 Thr4 ThrTGT_ii tRNA 1 15 1 15 101 15 CTAAGCTAAGGAGGCCTAAGCTAAGGAGGCCTAAGCTAAGGAGGCCTAAGCTAAGGAGGC SH3384 3384 94 16 Thr4 ThrTGT_ii tRNA 6 22 6 22 106 17 TCTACCACTAAGCTAAGTCTACCACTAAGCTAAGTCTACCACTAAGCTAAGTCTACCACT SH3385 3385 97 172 Thr4 ThrTGT_ii tRNA 11 25 11 25 111 15 CGCTCTACCACTAAGCGCTCTACCACTAAGCGCTCTACCACTAAGCGCTCTACCACTAAG SH3386 3386 49 58 Thr4 ThrTGT_ii tRNA 16 30 16 30 116 15 TGCAACGCTCTACCATGCAACGCTCTACCATGCAACGCTCTACCATGCAACGCTCTACCA SH3387 3387 62 73 Thr4 ThrTGT_ii tRNA 21 35 21 35 121 15 ACAAGTGCAACGCTCACAAGTGCAACGCTCACAAGTGCAACGCTCACAAGTGCAACGCTC SH3388 3388 62 182 Thr4 ThrTGT_ii tRNA 26 43 26 43 126 18 TTTGCATTACAAGTGCAATTTGCATTACAAGTGCAATTTGCATTACAAGTGCAATTTGCA SH3389 3389 50 108 Thr4 ThrTGT_ii tRNA 31 47 31 47 131 17 GACCTTTGCATTACAAGGACCTTTGCATTACAAGGACCTTTGCATTACAAGGACCTTTGC SH3390 3390 71 113 Thr4 ThrTGT_ii tRNA 36 52 36 52 136 17 CTAGCGACCTTTGCATTCTAGCGACCTTTGCATTCTAGCGACCTTTGCATTCTAGCGACC SH3391 3391 8 4 Thr4 ThrTGT_ii tRNA 41 57 41 57 141 17 TTGAACTAGCGACCTTTTTGAACTAGCGACCTTTTTGAACTAGCGACCTTTTTGAACTAG SH3392 3392 18 96 Thr4 ThrTGT_ii tRNA 46 62 46 62 146 17 CAGAATTGAACTAGCGACAGAATTGAACTAGCGACAGAATTGAACTAGCGACAGAATTGA SH3393 3393 21 131 Thr4 ThrTGT_ii tRNA 51 67 51 67 151 17 CCTGCCAGAATTGAACTCCTGCCAGAATTGAACTCCTGCCAGAATTGAACTCCTGCCAGA SH3394 3394 43 32 Thr4 ThrTGT_ii tRNA 56 70 56 70 156 15 CCACCTGCCAGAATTCCACCTGCCAGAATTCCACCTGCCAGAATTCCACCTGCCAGAATT SH3395 3395 10 111 Thr4 ThrTGT_ii 61-72 + 3_flank 61 3_flank 61 3_flank 161 13 aTGCCACCTGCCAaTGCCACCTGCCAaTGCCACCTGCCAaTGCCACCTGCCAaTGCCACC SH3396 3396 14 124 Thr4 ThrTGT_ii 66-72 + 3_flank 66 3_flank 66 3_flank 166 15 cggtataaTGCCACCcggtataaTGCCACCcggtataaTGCCACCcggtataaTGCCACC SH3397 3397 36 94 Thr4 ThrTGT_ii 71-72 + 3_flank 71 3_flank 71 3_flank 171 20 aaaataataccggtataaTGaaaataataccggtataaTGaaaataataccggtataaTG SH3398 3398 27 214 Thr4 ThrTGT_ii 3_flank 176 20 gaaaaaaaataataccggtagaaaaaaaataataccggtagaaaaaaaataataccggta SH3399 3399 82 165 Thr4 ThrTGT_ii 3_flank 181 21 caaagggaaaaaaaataataccaaagggaaaaaaaataataccaaagggaaaaaaaataa SH3400 3400 57 39 Thr4 ThrTGT_ii 3_flank 186 20 agaacaaagggaaaaaaaatagaacaaagggaaaaaaaatagaacaaagggaaaaaaaat SH3401 3401 45 115 Thr4 ThrTGT_ii 3_flank 191 20 aaataagaacaaagggaaaaaaataagaacaaagggaaaaaaataagaacaaagggaaaa SH3402 3402 68 183 Thr4 ThrTGT_ii 3_flank 196 18 gagaaataagaacaaagggagaaataagaacaaagggagaaataagaacaaagggagaaa SH3403 3403 67 129 Thr4 ThrTGT_ii 3_flank 201 20 aatgatagagaaataagaacaatgatagagaaataagaacaatgatagagaaataagaac SH3404 3404 59 23 Thr4 ThrTGT_ii 3_flank 206 22 agttataaatgatagagaaataagttataaatgatagagaaataagttataaatgataga SH3405 3405 11 196 Thr4 ThrTGT_ii 3_flank 211 22 cataaagttataaatgatagagcataaagttataaatgatagagcataaagttataaatg SH3406 3406 50 106 Thr4 ThrTGT_ii 3_flank 216 23 aaaaatcataaagttataaatgaaaaaatcataaagttataaatgaaaaaatcataaagt SH3407 3407 100 5 Thr4 ThrTGT_ii 3_flank 221 23 ctttaaaaaatcataaagttatactttaaaaaatcataaagttatactttaaaaaatcat SH3408 3408 19 91 Thr4 ThrTGT_ii 3_flank 226 22 caacctttaaaaaatcataaagcaacctttaaaaaatcataaagcaacctttaaaaaatc SH3409 3409 25 90 Thr4 ThrTGT_ii 3_flank 231 21 cattcaacctttaaaaaatcacattcaacctttaaaaaatcacattcaacctttaaaaaa SH3410 3410 68 95 Thr4 ThrTGT_ii 3_flank 236 19 gaccattcaacctttaaaagaccattcaacctttaaaagaccattcaacctttaaaagac SH3411 3411 67 205 Thr4 ThrTGT_ii 3_flank 241 18 cattgaccattcaaccttcattgaccattcaaccttcattgaccattcaaccttcattga SH3412 3412 9 169 Thr4 ThrTGT_ii 3_flank 246 18 tttcacattgaccattcatttcacattgaccattcatttcacattgaccattcatttcac SH3413 3413 30 135 Thr4 ThrTGT_ii 3_flank 251 20 ttttaattttcacattgaccttttaattttcacattgaccttttaattttcacattgacc SH3414 3414 20 198 Trp1 TrpCCA 5_flank 1 21 gttttgataattagtaactaggttttgataattagtaactaggttttgataattagtaac SH3415 3415 77 153 Trp1 TrpCCA 5_flank 6 20 gtcagttttgataattagtagtcagttttgataattagtagtcagttttgataattagta SH3416 3416 35 11 Trp1 TrpCCA 5_flank 11 20 ttatcgtcagttttgataatttatcgtcagttttgataatttatcgtcagttttgataat SH3417 3417 36 73 Trp1 TrpCCA 5_flank 16 18 tagttatcgtcagttttgtagttatcgtcagttttgtagttatcgtcagttttgtagtta SH3418 3418 69 133 Trp1 TrpCCA 5_flank 21 17 ctcctagttatcgtcagctcctagttatcgtcagctcctagttatcgtcagctcctagtt SH3419 3419 36 56 Trp1 TrpCCA 5_flank 26 15 cggctcctagttatccggctcctagttatccggctcctagttatccggctcctagttatc SH3420 3420 91 79 Trp1 TrpCCA 5_flank 31 17 tttaaaacggctcctagtttaaaacggctcctagtttaaaacggctcctagtttaaaacg SH3421 3421 77 37 Trp1 TrpCCA 5_flank 36 18 tgtatctttaaaacggcttgtatctttaaaacggcttgtatctttaaaacggcttgtatc SH3422 3422 77 41 Trp1 TrpCCA 5_flank 41 20 cgaaagctgtatctttaaaacgaaagctgtatctttaaaacgaaagctgtatctttaaaa SH3423 3423 100 81 Trp1 TrpCCA 5_flank 46 17 cccgaaagctgtatcttcccgaaagctgtatcttcccgaaagctgtatcttcccgaaagc SH3424 3424 72 115 Trp1 TrpCCA 5_flank 51 13 ccccgaaagctgtccccgaaagctgtccccgaaagctgtccccgaaagctgtccccgaaa SH3425 3425 25 85 Trp1 TrpCCA 5_flank 56 15 cttgtctccccgaaacttgtctccccgaaacttgtctccccgaaacttgtctccccgaaa SH3426 3426 39 88 Trp1 TrpCCA 5_flank 61 17 attcttacttgtctcccattcttacttgtctcccattcttacttgtctcccattcttact SH3427 3427 78 151 Trp1 TrpCCA 5_flank 66 22 caagaattaaattcttacttgtcaagaattaaattcttacttgtcaagaattaaattctt SH3428 3428 3 194 Trp1 TrpCCA 5_flank 71 22 atatccaagaattaaattcttaatatccaagaattaaattcttaatatccaagaattaaa SH3429 3429 25 79 Trp1 TrpCCA 5_flank 76 22 ttgaaatatccaagaattaaatttgaaatatccaagaattaaatttgaaatatccaagaa SH3430 3430 20 188 Trp1 TrpCCA 5_flank 81 20 atcttgaaatatccaagaatatcttgaaatatccaagaatatcttgaaatatccaagaat SH3431 3431 34 158 Trp1 TrpCCA 5_flank - tRNA4 5_flank 4 5_flank 4 86 19 CTTCatcttgaaatatccaCTTCatcttgaaatatccaCTTCatcttgaaatatccaCTT SH3432 3432 22 198 Trp1 TrpCCA 5_flank - tRNA7 5_flank 7 5_flank 7 91 17 CCGCTTCatcttgaaatCCGCTTCatcttgaaatCCGCTTCatcttgaaatCCGCTTCat SH3433 3433 83 34 Trp1 TrpCCA 5_flank - tRNA10 5_flank 10 5_flank 10 96 15 CCACCGCTTCatcttCCACCGCTTCatcttCCACCGCTTCatcttCCACCGCTTCatctt SH3434 3434 53 194 Trp1 TrpCCA tRNA 1 13 1 13 101 13 GAGCCACCGCTTCGAGCCACCGCTTCGAGCCACCGCTTCGAGCCACCGCTTCGAGCCACC SH3435 3435 40 6 Trp1 TrpCCA tRNA 6 18 6 19 106 13 CCATTGAGCCACCCCATTGAGCCACCCCATTGAGCCACCCCATTGAGCCACCCCATTGAG SH3436 3436 82 82 Trp1 TrpCCA tRNA 11 27 11 28 111 17 AAAGCTCTACCATTGAGAAAGCTCTACCATTGAGAAAGCTCTACCATTGAGAAAGCTCTA SH3437 3437 104 83 Trp1 TrpCCA tRNA 16 31 16 32 116 16 GTCGAAAGCTCTACCAGTCGAAAGCTCTACCAGTCGAAAGCTCTACCAGTCGAAAGCTCT SH3438 3438 55 129 Trp1 TrpCCA tRNA 21 35 22 36 121 15 TGGAGTCGAAAGCTCTGGAGTCGAAAGCTCTGGAGTCGAAAGCTCTGGAGTCGAAAGCTC SH3439 3439 28 206 Trp1 TrpCCA tRNA 26 43 27 i7 126 18 GATTTAATTGGAGTCGAAGATTTAATTGGAGTCGAAGATTTAATTGGAGTCGAAGATTTA SH3440 3440 65 53 Trp1 TrpCCA tRNA 31 48 32 i12 131 18 TCCAAGATTTAATTGGAGTCCAAGATTTAATTGGAGTCCAAGATTTAATTGGAGTCCAAG SH3441 3441 18 145 Trp1 TrpCCA tRNA 36 55 37 i19 136 20 TGGAATTTCCAAGATTTAATTGGAATTTCCAAGATTTAATTGGAATTTCCAAGATTTAAT SH3442 3442 80 16 Trp1 TrpCCA tRNA 41 57 i5 i21 141 17 CGTGGAATTTCCAAGATCGTGGAATTTCCAAGATCGTGGAATTTCCAAGATCGTGGAATT SH3443 3443 7 90 Trp1 TrpCCA tRNA 46 62 i10 i26 146 17 TATTCCGTGGAATTTCCTATTCCGTGGAATTTCCTATTCCGTGGAATTTCCTATTCCGTG SH3444 3444 91 121 Trp1 TrpCCA tRNA 51 68 i15 i32 151 18 CAATCTTATTCCGTGGAACAATCTTATTCCGTGGAACAATCTTATTCCGTGGAACAATCT SH3445 3445 36 45 Trp1 TrpCCA tRNA 56 73 i20 41 156 18 GATTGCAATCTTATTCCGGATTGCAATCTTATTCCGGATTGCAATCTTATTCCGGATTGC SH3446 3446 22 108 Trp1 TrpCCA tRNA 61 78 i25 46 161 18 CCTTCGATTGCAATCTTACCTTCGATTGCAATCTTACCTTCGATTGCAATCTTACCTTCG SH3447 3447 25 170 Trp1 TrpCCA tRNA 66 82 i30 50 166 17 CAACCCTTCGATTGCAACAACCCTTCGATTGCAACAACCCTTCGATTGCAACAACCCTTC SH3448 3448 43 161 Trp1 TrpCCA tRNA 71 85 39 53 171 15 CTGCAACCCTTCGATCTGCAACCCTTCGATCTGCAACCCTTCGATCTGCAACCCTTCGAT SH3449 3449 90 83 Trp1 TrpCCA tRNA 76 90 44 58 176 15 TGAACCTGCAACCCTTGAACCTGCAACCCTTGAACCTGCAACCCTTGAACCTGCAACCCT SH3450 3450 94 185 Trp1 TrpCCA tRNA 81 97 49 65 181 17 CAGGAATTGAACCTGCACAGGAATTGAACCTGCACAGGAATTGAACCTGCACAGGAATTG SH3451 3451 33 26 Trp1 TrpCCA tRNA 86 101 54 3_flank 186 16 CGGACAGGAATTGAACCGGACAGGAATTGAACCGGACAGGAATTGAACCGGACAGGAATT SH3452 3452 101 26 Trp1 TrpCCA 91-106 + 3_flank 91 3_flank 59 3_flank 191 17 aTGAAACGGACAGGAATaTGAAACGGACAGGAATaTGAAACGGACAGGAATaTGAAACGG SH3453 3453 56 181 Trp1 TrpCCA 96-106 + 3_flank 96 3_flank 64 3_flank 196 20 tataaaaaaTGAAACGGACAtataaaaaaTGAAACGGACAtataaaaaaTGAAACGGACA SH3454 3454 83 91 Trp1 TrpCCA 101-106 + 3' falnk 101 3_flank 69 3_flank 201 20 tgcagtataaaaaaTGAAACtgcagtataaaaaaTGAAACtgcagtataaaaaaTGAAAC SH3455 3455 99 207 Trp1 TrpCCA 106 + 3_flank 106 3_flank 74 3_flank 206 20 tcacttgcagtataaaaaaTtcacttgcagtataaaaaaTtcacttgcagtataaaaaaT SH3456 3456 35 43 Trp1 TrpCCA 3_flank 211 20 aattatcacttgcagtataaaattatcacttgcagtataaaattatcacttgcagtataa SH3457 3457 39 212 Trp1 TrpCCA 3_flank 216 19 cttaaattatcacttgcagcttaaattatcacttgcagcttaaattatcacttgcagctt SH3458 3458 74 89 Trp1 TrpCCA 3_flank 221 19 ccatccttaaattatcactccatccttaaattatcactccatccttaaattatcactcca SH3459 3459 94 33 Trp1 TrpCCA 3_flank 226 21 catttaaccatccttaaattacatttaaccatccttaaattacatttaaccatccttaaa SH3460 3460 39 138 Trp1 TrpCCA 3_flank 231 19 cttcatttaaccatccttacttcatttaaccatccttacttcatttaaccatccttactt SH3461 3461 16 193 Trp1 TrpCCA 3_flank 236 19 gtttccttcatttaaccatgtttccttcatttaaccatgtttccttcatttaaccatgtt SH3462 3462 68 58 Trp1 TrpCCA 3_flank 241 18 caccgtttccttcatttacaccgtttccttcatttacaccgtttccttcatttacaccgt SH3463 3463 84 44 Trp1 TrpCCA 3_flank 246 16 gtacaccgtttccttcgtacaccgtttccttcgtacaccgtttccttcgtacaccgtttc SH3464 3464 63 196 Trp1 TrpCCA 3_flank 251 18 acatttagtacaccgtttacatttagtacaccgtttacatttagtacaccgtttacattt SH3465 3465 30 182 Trp1 TrpCCA 3_flank 256 17 ctgcacatttagtacacctgcacatttagtacacctgcacatttagtacacctgcacatt SH3466 3466 26 150 Trp1 TrpCCA 3_flank 261 15 cccctgcacatttagcccctgcacatttagcccctgcacatttagcccctgcacatttag SH3467 3467 90 97 Trp1 TrpCCA 3_flank 266 13 acgcccctgcacaacgcccctgcacaacgcccctgcacaacgcccctgcacaacgcccct SH3468 3468 103 208 Trp1 TrpCCA 3_flank 271 13 cagagacgcccctcagagacgcccctcagagacgcccctcagagacgcccctcagagacg SH3469 3469 71 18 Trp1 TrpCCA 3_flank 276 13 gacagcagagacggacagcagagacggacagcagagacggacagcagagacggacagcag SH3470 3470 9 16 Trp1 TrpCCA 3_flank 281 13 aacgcgacagcagaacgcgacagcagaacgcgacagcagaacgcgacagcagaacgcgac SH3471 3471 49 72 Trp1 TrpCCA 3_flank 286 13 cggtaaacgcgaccggtaaacgcgaccggtaaacgcgaccggtaaacgcgaccggtaaac SH3472 3472 6 33 Tyr1 TyrGTA_i 5_flank 1 17 aaacaagtgaggaggaaaaacaagtgaggaggaaaaacaagtgaggaggaaaaacaagtg SH3473 3473 6 107 Tyr1 TyrGTA_i 5_flank 6 17 ggaaaaaacaagtgaggggaaaaaacaagtgaggggaaaaaacaagtgaggggaaaaaac SH3474 3474 6 113 Tyr1 TyrGTA_i 5_flank 11 17 gcagaggaaaaaacaaggcagaggaaaaaacaaggcagaggaaaaaacaaggcagaggaa SH3475 3475 50 70 Tyr1 TyrGTA_i 5_flank 16 17 gagacgcagaggaaaaagagacgcagaggaaaaagagacgcagaggaaaaagagacgcag SH3476 3476 17 16 Tyr1 TyrGTA_i 5_flank 21 13 tgagacgcagaggtgagacgcagaggtgagacgcagaggtgagacgcagaggtgagacgc SH3477 3477 47 205 Tyr1 TyrGTA_i 5_flank 26 15 cttccaatgagacgccttccaatgagacgccttccaatgagacgccttccaatgagacgc SH3478 3478 42 141 Tyr1 TyrGTA_i 5_flank 31 20 tatatttcttcttccaatgatatatttcttcttccaatgatatatttcttcttccaatga SH3479 3479 64 18 Tyr1 TyrGTA_i 5_flank 36 22 atatatatatatttcttcttccatatatatatatttcttcttccatatatatatatttct SH3480 3480 68 172 Tyr1 TyrGTA_i 5_flank 41 22 gtcgcatatatatatatttcttgtcgcatatatatatatttcttgtcgcatatatatata SH3481 3481 50 101 Tyr1 TyrGTA_i 5_flank 46 21 gtatgtcgcatatatatatatgtatgtcgcatatatatatatgtatgtcgcatatatata SH3482 3482 9 122 Tyr1 TyrGTA_i 5_flank 51 18 tggtatgtcgcatatatatggtatgtcgcatatatatggtatgtcgcatatatatggtat SH3483 3483 24 134 Tyr1 TyrGTA_i 5_flank 56 15 cgtggtatgtcgcatcgtggtatgtcgcatcgtggtatgtcgcatcgtggtatgtcgcat SH3484 3484 34 190 Tyr1 TyrGTA_i 5_flank 61 18 cgaatattcgtggtatgtcgaatattcgtggtatgtcgaatattcgtggtatgtcgaata SH3485 3485 13 106 Tyr1 TyrGTA_i 5_flank 66 17 actacgaatattcgtggactacgaatattcgtggactacgaatattcgtggactacgaat SH3486 3486 25 142 Tyr1 TyrGTA_i 5_flank 71 22 gttgtaaaaaactacgaatattgttgtaaaaaactacgaatattgttgtaaaaaactacg SH3487 3487 65 69 Tyr1 TyrGTA_i 5_flank 76 20 tttgttgtaaaaaactacgatttgttgtaaaaaactacgatttgttgtaaaaaactacga SH3488 3488 14 72 Tyr1 TyrGTA_i 5_flank 81 20 tcgtttttgttgtaaaaaactcgtttttgttgtaaaaaactcgtttttgttgtaaaaaac SH3489 3489 15 125 Tyr1 TyrGTA_i 5_flank - tRNA3 5_flank 3 5_flank 3 86 18 GAGtcgtttttgttgtaaGAGtcgtttttgttgtaaGAGtcgtttttgttgtaaGAGtcg SH3490 3490 60 7 Tyr1 TyrGTA_i 5_flank - tRNA7 5_flank 7 5_flank 7 91 17 CCGAGAGtcgtttttgtCCGAGAGtcgtttttgtCCGAGAGtcgtttttgtCCGAGAGtc SH3491 3491 16 77 Tyr1 TyrGTA_i 5_flank - tRNA10 5_flank 10 5_flank 10 96 15 CTACCGAGAGtcgttCTACCGAGAGtcgttCTACCGAGAGtcgttCTACCGAGAGtcgtt SH3492 3492 79 194 Tyr1 TyrGTA_i tRNA 1 13 1 13 101 13 TGGCTACCGAGAGTGGCTACCGAGAGTGGCTACCGAGAGTGGCTACCGAGAGTGGCTACC SH3493 3493 63 182 Tyr1 TyrGTA_i tRNA 6 20 6 20 106 15 ACCAACTTGGCTACCACCAACTTGGCTACCACCAACTTGGCTACCACCAACTTGGCTACC SH3494 3494 49 91 Tyr1 TyrGTA_i tRNA 11 27 11 25 111 17 GCCTTAAACCAACTTGGGCCTTAAACCAACTTGGGCCTTAAACCAACTTGGGCCTTAAAC SH3495 3495 92 25 Tyr1 TyrGTA_i tRNA 16 32 16 30 116 17 CTTGCGCCTTAAACCAACTTGCGCCTTAAACCAACTTGCGCCTTAAACCAACTTGCGCCT SH3496 3496 51 158 Tyr1 TyrGTA_i tRNA 21 36 20:A 34 121 16 CAGTCTTGCGCCTTAACAGTCTTGCGCCTTAACAGTCTTGCGCCTTAACAGTCTTGCGCC SH3497 3497 49 48 Tyr1 TyrGTA_i tRNA/intron 26 42 24 i3 126 17 AAATTACAGTCTTGCGCAAATTACAGTCTTGCGCAAATTACAGTCTTGCGCAAATTACAG SH3498 3498 82 150 Tyr1 TyrGTA_i tRNA/intron 31 48 29 i9 131 18 AGTGGTAAATTACAGTCTAGTGGTAAATTACAGTCTAGTGGTAAATTACAGTCTAGTGGT SH3499 3499 56 49 Tyr1 TyrGTA_i tRNA/intron 36 53 34 i14 136 18 TTCGTAGTGGTAAATTACTTCGTAGTGGTAAATTACTTCGTAGTGGTAAATTACTTCGTA SH3500 3500 51 14 Tyr1 TyrGTA_i intron/tRNA 41 58 i2 42 141 18 AAGATTTCGTAGTGGTAAAAGATTTCGTAGTGGTAAAAGATTTCGTAGTGGTAAAAGATT SH3501 3501 55 125 Tyr1 TyrGTA_i intron/tRNA 46 63 i7 47 146 18 ATCTCAAGATTTCGTAGTATCTCAAGATTTCGTAGTATCTCAAGATTTCGTAGTATCTCA SH3502 3502 104 4 Tyr1 TyrGTA_i intron/tRNA 51 67 i12 51 151 17 CCCGATCTCAAGATTTCCCCGATCTCAAGATTTCCCCGATCTCAAGATTTCCCCGATCTC SH3503 3503 19 78 Tyr1 TyrGTA_i tRNA 56 68 40 52 156 13 GCCCGATCTCAAGGCCCGATCTCAAGGCCCGATCTCAAGGCCCGATCTCAAGGCCCGATC SH3504 3504 36 165 Tyr1 TyrGTA_i tRNA 61 73 45 57 161 13 CGAACGCCCGATCCGAACGCCCGATCCGAACGCCCGATCCGAACGCCCGATCCGAACGCC SH3505 3505 79 108 Tyr1 TyrGTA_i tRNA 66 78 50 62 166 13 CGAGTCGAACGCCCGAGTCGAACGCCCGAGTCGAACGCCCGAGTCGAACGCCCGAGTCGA SH3506 3506 85 23 Tyr1 TyrGTA_i tRNA 71 83 55 67 171 13 GGGGGCGAGTCGAGGGGGCGAGTCGAGGGGGCGAGTCGAGGGGGCGAGTCGAGGGGGCGA SH3507 3507 26 130 Tyr1 TyrGTA_i tRNA 76 88 60 72 176 13 CTCCCGGGGGCGACTCCCGGGGGCGACTCCCGGGGGCGACTCCCGGGGGCGACTCCCGGG SH3508 3508 63 12 Tyr1 TyrGTA_i 81-89 + 3_flank 81 3_flank 65 3_flank 181 17 aaaaaataTCTCCCGGGaaaaaataTCTCCCGGGaaaaaataTCTCCCGGGaaaaaataT SH3509 3509 20 125 Tyr1 TyrGTA_i 86-89 + 3_flank 86 3_flank 70 3_flank 186 22 gcaagatttaaaaaaataTCTCgcaagatttaaaaaaataTCTCgcaagatttaaaaaaa SH3510 3510 13 179 Tyr1 TyrGTA_i 3_flank 191 20 gctgcaagatttaaaaaaatgctgcaagatttaaaaaaatgctgcaagatttaaaaaaat SH3511 3511 34 204 Tyr1 TyrGTA_i 3_flank 196 19 gaaagctgcaagatttaaagaaagctgcaagatttaaagaaagctgcaagatttaaagaa SH3512 3512 76 106 Tyr1 TyrGTA_i 3_flank 201 18 tattgaaagctgcaagattattgaaagctgcaagattattgaaagctgcaagattattga SH3513 3513 68 153 Tyr1 TyrGTA_i 3_flank 206 20 atttaaatattgaaagctgcatttaaatattgaaagctgcatttaaatattgaaagctgc SH3514 3514 75 113 Tyr1 TyrGTA_i 3_flank 211 25 tattacttatatttaaatattgaaatattacttatatttaaatattgaaatattacttat SH3515 3515 37 65 Tyr1 TyrGTA_i 3_flank 216 24 ggtttattacttatatttaaatatggtttattacttatatttaaatatggtttattactt SH3516 3516 7 88 Tyr1 TyrGTA_i 3_flank 221 22 gatggtttattacttatatttagatggtttattacttatatttagatggtttattactta SH3517 3517 52 42 Tyr1 TyrGTA_i 3_flank 226 20 actgatggtttattacttatactgatggtttattacttatactgatggtttattacttat SH3518 3518 59 16 Tyr1 TyrGTA_i 3_flank 231 20 gtttaactgatggtttattagtttaactgatggtttattagtttaactgatggtttatta SH3519 3519 44 108 Tyr1 TyrGTA_i 3_flank 236 18 gttgtttaactgatggttgttgtttaactgatggttgttgtttaactgatggttgttgtt SH3520 3520 75 138 Tyr1 TyrGTA_i 3_flank 241 18 gttctgttgtttaactgagttctgttgtttaactgagttctgttgtttaactgagttctg SH3521 3521 67 69 Tyr1 TyrGTA_i 3_flank 246 20 aatacttgttctgttgtttaaatacttgttctgttgtttaaatacttgttctgttgttta SH3522 3522 17 160 Tyr1 TyrGTA_i 3_flank 251 20 taagaaatacttgttctgtttaagaaatacttgttctgtttaagaaatacttgttctgtt SH3523 3523 81 190 Tyr1 TyrGTA_i 3_flank 256 21 gagatttaagaaatacttgttgagatttaagaaatacttgttgagatttaagaaatactt SH3524 3524 48 40 Tyr1 TyrGTA_i 3_flank 261 20 tcatgagatttaagaaatactcatgagatttaagaaatactcatgagatttaagaaatac SH3525 3525 26 43 Tyr1 TyrGTA_i 3_flank 266 21 gatttttcatgagatttaagagatttttcatgagatttaagagatttttcatgagattta SH3526 3526 50 54 Tyr2 TyrGTA_ii 5_flank 1 20 atatgaaacaaccttataacatatgaaacaaccttataacatatgaaacaaccttataac SH3527 3527 10 201 Tyr2 TyrGTA_ii 5_flank 6 18 cacatatgaaacaaccttcacatatgaaacaaccttcacatatgaaacaaccttcacata SH3528 3528 11 170 Tyr2 TyrGTA_ii 5_flank 11 20 cataaaacacatatgaaacacataaaacacatatgaaacacataaaacacatatgaaaca SH3529 3529 55 212 Tyr2 TyrGTA_ii 5_flank 16 19 cgttcataaaacacatatgcgttcataaaacacatatgcgttcataaaacacatatgcgt SH3530 3530 72 25 Tyr2 TyrGTA_ii 5_flank 21 19 ctaaacgttcataaaacacctaaacgttcataaaacacctaaacgttcataaaacaccta SH3531 3531 46 67 Tyr2 TyrGTA_ii 5_flank 26 18 catcctaaacgttcataacatcctaaacgttcataacatcctaaacgttcataacatcct SH3532 3532 103 209 Tyr2 TyrGTA_ii 5_flank 31 17 acgtcatcctaaacgttacgtcatcctaaacgttacgtcatcctaaacgttacgtcatcc SH3533 3533 73 43 Tyr2 TyrGTA_ii 5_flank 36 18 gacaatacgtcatcctaagacaatacgtcatcctaagacaatacgtcatcctaagacaat SH3534 3534 13 193 Tyr2 TyrGTA_ii 5_flank 41 18 agtatgacaatacgtcatagtatgacaatacgtcatagtatgacaatacgtcatagtatg SH3535 3535 67 22 Tyr2 TyrGTA_ii 5_flank 46 17 cgtcagtatgacaataccgtcagtatgacaataccgtcagtatgacaataccgtcagtat SH3536 3536 52 194 Tyr2 TyrGTA_ii 5_flank 51 17 agatacgtcagtatgacagatacgtcagtatgacagatacgtcagtatgacagatacgtc SH3537 3537 63 142 Tyr2 TyrGTA_ii 5_flank 56 18 aaaatgagatacgtcagtaaaatgagatacgtcagtaaaatgagatacgtcagtaaaatg SH3538 3538 98 58 Tyr2 TyrGTA_ii 5_flank 61 18 atctcaaaatgagatacgatctcaaaatgagatacgatctcaaaatgagatacgatctca SH3539 3539 52 46 Tyr2 TyrGTA_ii 5_flank 66 18 gttgtatctcaaaatgaggttgtatctcaaaatgaggttgtatctcaaaatgaggttgta SH3540 3540 103 179 Tyr2 TyrGTA_ii 5_flank 71 18 gaggtgttgtatctcaaagaggtgttgtatctcaaagaggtgttgtatctcaaagaggtg SH3541 3541 79 6 Tyr2 TyrGTA_ii 5_flank 76 15 gcgaggtgttgtatcgcgaggtgttgtatcgcgaggtgttgtatcgcgaggtgttgtatc SH3542 3542 13 53 Tyr2 TyrGTA_ii 5_flank 81 17 atttcttgcgaggtgttatttcttgcgaggtgttatttcttgcgaggtgttatttcttgc SH3543 3543 102 114 Tyr2 TyrGTA_ii 5_flank - tRNA1 5_flank 1 5_flank 1 86 16 GtcgatttcttgcgagGtcgatttcttgcgagGtcgatttcttgcgagGtcgatttcttg SH3544 3544 84 157 Tyr2 TyrGTA_ii 5_flank - tRNA7 5_flank 7 5_flank 7 91 17 CCGAGAGtcgatttcttCCGAGAGtcgatttcttCCGAGAGtcgatttcttCCGAGAGtc SH3545 3545 15 150 Tyr2 TyrGTA_ii 5_flank - tRNA10 5_flank 10 5_flank 10 96 15 CTACCGAGAGtcgatCTACCGAGAGtcgatCTACCGAGAGtcgatCTACCGAGAGtcgat SH3546 3546 100 23 Tyr2 TyrGTA_ii tRNA 1 13 1 13 101 13 TGGCTACCGAGAGTGGCTACCGAGAGTGGCTACCGAGAGTGGCTACCGAGAGTGGCTACC SH3547 3547 45 10 Tyr2 TyrGTA_ii tRNA 6 20 6 20 106 15 ACCAACTTGGCTACCACCAACTTGGCTACCACCAACTTGGCTACCACCAACTTGGCTACC SH3548 3548 78 147 Tyr2 TyrGTA_ii tRNA 11 27 11 25 111 17 GCCTTAAACCAACTTGGGCCTTAAACCAACTTGGGCCTTAAACCAACTTGGGCCTTAAAC SH3549 3549 6 116 Tyr2 TyrGTA_ii tRNA 16 32 16 30 116 17 CTTGCGCCTTAAACCAACTTGCGCCTTAAACCAACTTGCGCCTTAAACCAACTTGCGCCT SH3550 3550 19 170 Tyr2 TyrGTA_ii tRNA 21 36 20:A 34 121 16 CAGTCTTGCGCCTTAACAGTCTTGCGCCTTAACAGTCTTGCGCCTTAACAGTCTTGCGCC SH3551 3551 70 22 Tyr2 TyrGTA_ii tRNA/intron 26 42 24 i3 126 17 AAATTACAGTCTTGCGCAAATTACAGTCTTGCGCAAATTACAGTCTTGCGCAAATTACAG SH3552 3552 75 172 Tyr2 TyrGTA_ii tRNA/intron 31 50 29 i11 131 20 GTAGTGATAAATTACAGTCTGTAGTGATAAATTACAGTCTGTAGTGATAAATTACAGTCT SH3553 3553 7 7 Tyr2 TyrGTA_ii tRNA/intron 36 55 34 39 136 20 ATTTCGTAGTGATAAATTACATTTCGTAGTGATAAATTACATTTCGTAGTGATAAATTAC SH3554 3554 99 157 Tyr2 TyrGTA_ii intron/tRNA 41 59 i2 43 141 19 CAAGATTTCGTAGTGATAACAAGATTTCGTAGTGATAACAAGATTTCGTAGTGATAACAA SH3555 3555 97 33 Tyr2 TyrGTA_ii intron/tRNA 46 63 i7 47 146 18 ATCTCAAGATTTCGTAGTATCTCAAGATTTCGTAGTATCTCAAGATTTCGTAGTATCTCA SH3556 3556 69 141 Tyr2 TyrGTA_ii intron/tRNA 51 67 i11 51 151 17 CCCGATCTCAAGATTTCCCCGATCTCAAGATTTCCCCGATCTCAAGATTTCCCCGATCTC SH3557 3557 10 117 Tyr2 TyrGTA_ii tRNA 56 68 40 52 156 13 GCCCGATCTCAAGGCCCGATCTCAAGGCCCGATCTCAAGGCCCGATCTCAAGGCCCGATC SH3558 3558 42 48 Tyr2 TyrGTA_ii tRNA 61 73 45 57 161 13 CGAACGCCCGATCCGAACGCCCGATCCGAACGCCCGATCCGAACGCCCGATCCGAACGCC SH3559 3559 75 57 Tyr2 TyrGTA_ii tRNA 66 78 50 62 166 13 CGAGTCGAACGCCCGAGTCGAACGCCCGAGTCGAACGCCCGAGTCGAACGCCCGAGTCGA SH3560 3560 34 130 Tyr2 TyrGTA_ii tRNA 71 83 55 67 171 13 GGGGGCGAGTCGAGGGGGCGAGTCGAGGGGGCGAGTCGAGGGGGCGAGTCGAGGGGGCGA SH3561 3561 20 190 Tyr2 TyrGTA_ii tRNA 76 88 60 72 176 13 CTCCCGGGGGCGACTCCCGGGGGCGACTCCCGGGGGCGACTCCCGGGGGCGACTCCCGGG SH3562 3562 55 123 Tyr2 TyrGTA_ii 81-89 + 3_flank 81 3_flank 65 3_flank 181 17 taaaaaaaTCTCCCGGGtaaaaaaaTCTCCCGGGtaaaaaaaTCTCCCGGGtaaaaaaaT SH3563 3563 60 192 Tyr2 TyrGTA_ii 86-89 + 3_flank 86 3_flank 70 3_flank 186 20 gcttgacataaaaaaaTCTCgcttgacataaaaaaaTCTCgcttgacataaaaaaaTCTC SH3564 3564 63 175 Tyr2 TyrGTA_ii 3_flank 191 18 ggtgcttgacataaaaaaggtgcttgacataaaaaaggtgcttgacataaaaaaggtgct SH3565 3565 89 123 Tyr2 TyrGTA_ii 3_flank 196 17 agtaggtgcttgacataagtaggtgcttgacataagtaggtgcttgacataagtaggtgc SH3566 3566 27 201 Tyr2 TyrGTA_ii 3_flank 201 17 ctaaaagtaggtgcttgctaaaagtaggtgcttgctaaaagtaggtgcttgctaaaagta SH3567 3567 95 54 Tyr2 TyrGTA_ii 3_flank 206 16 ccggctaaaagtaggtccggctaaaagtaggtccggctaaaagtaggtccggctaaaagt SH3568 3568 81 20 Tyr2 TyrGTA_ii 3_flank 211 16 gaaagccggctaaaaggaaagccggctaaaaggaaagccggctaaaaggaaagccggcta SH3569 3569 83 98 Tyr2 TyrGTA_ii 3_flank 216 13 cagaaagccggctcagaaagccggctcagaaagccggctcagaaagccggctcagaaagc SH3570 3570 51 102 Tyr2 TyrGTA_ii 3_flank 221 17 acttatctccagaaagcacttatctccagaaagcacttatctccagaaagcacttatctc SH3571 3571 27 162 Tyr2 TyrGTA_ii 3_flank 226 16 gggaacttatctccaggggaacttatctccaggggaacttatctccaggggaacttatct SH3572 3572 101 130 Tyr2 TyrGTA_ii 3_flank 231 17 actactgggaacttatcactactgggaacttatcactactgggaacttatcactactggg SH3573 3573 41 204 Tyr2 TyrGTA_ii 3_flank 236 15 acgactactgggaacacgactactgggaacacgactactgggaacacgactactgggaac SH3574 3574 36 185 Tyr2 TyrGTA_ii 3_flank 241 18 caaatacaacgactactgcaaatacaacgactactgcaaatacaacgactactgcaaata SH3575 3575 17 15 Tyr2 TyrGTA_ii 3_flank 246 18 agaatcaaatacaacgacagaatcaaatacaacgacagaatcaaatacaacgacagaatc SH3576 3576 61 20 Tyr2 TyrGTA_ii 3_flank 251 20 ccaatagagaatcaaatacaccaatagagaatcaaatacaccaatagagaatcaaataca SH3577 3577 67 128 Tyr2 TyrGTA_ii 3_flank 256 19 ctatccaatagagaatcaactatccaatagagaatcaactatccaatagagaatcaacta SH3578 3578 31 29 Tyr2 TyrGTA_ii 3_flank 261 18 ttgactatccaatagagattgactatccaatagagattgactatccaatagagattgact SH3579 3579 98 195 Tyr2 TyrGTA_ii 3_flank 266 18 tgtcattgactatccaattgtcattgactatccaattgtcattgactatccaattgtcat SH3580 3580 50 168 Tyr2 TyrGTA_ii 3_flank 271 18 gaatgtgtcattgactatgaatgtgtcattgactatgaatgtgtcattgactatgaatgt SH3581 3581 33 126 Val1 ValAAC_i 5_flank 1 18 acatatctaatcacccaaacatatctaatcacccaaacatatctaatcacccaaacatat SH3582 3582 30 41 Val1 ValAAC_i 5_flank 6 21 ctatttctacatatctaatcactatttctacatatctaatcactatttctacatatctaa SH3583 3583 88 106 Val1 ValAAC_i 5_flank 11 20 tcttctatttctacatatcttcttctatttctacatatcttcttctatttctacatatct SH3584 3584 19 146 Val1 ValAAC_i 5_flank 16 18 ggttcttctatttctacaggttcttctatttctacaggttcttctatttctacaggttct SH3585 3585 5 49 Val1 ValAAC_i 5_flank 21 17 gaccggttcttctatttgaccggttcttctatttgaccggttcttctatttgaccggttc SH3586 3586 84 87 Val1 ValAAC_i 5_flank 26 13 ggaccggttcttcggaccggttcttcggaccggttcttcggaccggttcttcggaccggt SH3587 3587 53 115 Val1 ValAAC_i 5_flank 31 13 aaaccggaccggtaaaccggaccggtaaaccggaccggtaaaccggaccggtaaaccgga SH3588 3588 102 44 Val1 ValAAC_i 5_flank 36 17 aaaaggactaaaccggaaaaaggactaaaccggaaaaaggactaaaccggaaaaaggact SH3589 3589 9 195 Val1 ValAAC_i 5_flank 41 22 gtgaaatattaaaaggactaaagtgaaatattaaaaggactaaagtgaaatattaaaagg SH3590 3590 61 201 Val1 ValAAC_i 5_flank 46 22 ctttagtgaaatattaaaaggactttagtgaaatattaaaaggactttagtgaaatatta SH3591 3591 20 21 Val1 ValAAC_i 5_flank 51 22 ggaaactttagtgaaatattaaggaaactttagtgaaatattaaggaaactttagtgaaa SH3592 3592 52 74 Val1 ValAAC_i 5_flank 56 19 gaggaaactttagtgaaatgaggaaactttagtgaaatgaggaaactttagtgaaatgag SH3593 3593 76 186 Val1 ValAAC_i 5_flank 61 17 agcgaggaaactttagtagcgaggaaactttagtagcgaggaaactttagtagcgaggaa SH3594 3594 72 159 Val1 ValAAC_i 5_flank 66 17 taacaagcgaggaaacttaacaagcgaggaaacttaacaagcgaggaaacttaacaagcg SH3595 3595 77 43 Val1 ValAAC_i 5_flank 71 17 atctttaacaagcgaggatctttaacaagcgaggatctttaacaagcgaggatctttaac SH3596 3596 14 203 Val1 ValAAC_i 5_flank 76 20 ttgttgaaatctttaacaagttgttgaaatctttaacaagttgttgaaatctttaacaag SH3597 3597 77 205 Val1 ValAAC_i 5_flank - tRNA1 5_flank 1 5_flank 1 81 21 CactatttgttgaaatctttaCactatttgttgaaatctttaCactatttgttgaaatct SH3598 3598 49 177 Val1 ValAAC_i 5_flank - tRNA5 5_flank 5 5_flank 5 86 20 AAACCactatttgttgaaatAAACCactatttgttgaaatAAACCactatttgttgaaat SH3599 3599 66 124 Val1 ValAAC_i 5_flank - tRNA8 5_flank 8 5_flank 8 91 18 ACGAAACCactatttgttACGAAACCactatttgttACGAAACCactatttgttACGAAA SH3600 3600 19 171 Val1 ValAAC_i 5_flank - tRNA12 5_flank 12 5_flank 12 96 17 GACCACGAAACCactatGACCACGAAACCactatGACCACGAAACCactatGACCACGAA SH3601 3601 51 75 Val1 ValAAC_i tRNA 1 15 1 15 101 15 CTAGACCACGAAACCCTAGACCACGAAACCCTAGACCACGAAACCCTAGACCACGAAACC SH3602 3602 103 192 Val1 ValAAC_i tRNA 6 18 6 18 106 13 CGACTAGACCACGCGACTAGACCACGCGACTAGACCACGCGACTAGACCACGCGACTAGA SH3603 3603 10 165 Val1 ValAAC_i tRNA 11 26 11 25 111 16 GCCATAACCGACTAGAGCCATAACCGACTAGAGCCATAACCGACTAGAGCCATAACCGAC SH3604 3604 68 118 Val1 ValAAC_i tRNA 16 31 16 30 116 16 CAGATGCCATAACCGACAGATGCCATAACCGACAGATGCCATAACCGACAGATGCCATAA SH3605 3605 55 95 Val1 ValAAC_i tRNA 21 37 20:A 36 121 17 GTTAAGCAGATGCCATAGTTAAGCAGATGCCATAGTTAAGCAGATGCCATAGTTAAGCAG SH3606 3606 18 119 Val1 ValAAC_i tRNA 26 41 25 40 126 16 GCGTGTTAAGCAGATGGCGTGTTAAGCAGATGGCGTGTTAAGCAGATGGCGTGTTAAGCA SH3607 3607 98 198 Val1 ValAAC_i tRNA 31 46 30 45 131 16 GTTCTGCGTGTTAAGCGTTCTGCGTGTTAAGCGTTCTGCGTGTTAAGCGTTCTGCGTGTT SH3608 3608 50 41 Val1 ValAAC_i tRNA 36 50 35 49 136 15 GGACGTTCTGCGTGTGGACGTTCTGCGTGTGGACGTTCTGCGTGTGGACGTTCTGCGTGT SH3609 3609 48 151 Val1 ValAAC_i tRNA 41 53 40 52 141 13 TGGGGACGTTCTGTGGGGACGTTCTGTGGGGACGTTCTGTGGGGACGTTCTGTGGGGACG SH3610 3610 76 8 Val1 ValAAC_i tRNA 46 58 45 57 146 13 CGAACTGGGGACGCGAACTGGGGACGCGAACTGGGGACGCGAACTGGGGACGCGAACTGG SH3611 3611 9 143 Val1 ValAAC_i tRNA 51 65 50 64 151 15 CCAGGATCGAACTGGCCAGGATCGAACTGGCCAGGATCGAACTGGCCAGGATCGAACTGG SH3612 3612 54 181 Val1 ValAAC_i tRNA 56 68 55 67 156 13 CGCCCAGGATCGACGCCCAGGATCGACGCCCAGGATCGACGCCCAGGATCGACGCCCAGG SH3613 3613 81 68 Val1 ValAAC_i tRNA 61 73 60 72 161 13 GATTTCGCCCAGGGATTTCGCCCAGGGATTTCGCCCAGGGATTTCGCCCAGGGATTTCGC SH3614 3614 91 63 Val1 ValAAC_i 66-74 + 3_flank 66 3_flank 65 3_flank 166 18 tcttaaaaaCGATTTCGCtcttaaaaaCGATTTCGCtcttaaaaaCGATTTCGCtcttaa SH3615 3615 88 77 Val1 ValAAC_i 71-74 + 3_flank 71 3_flank 70 3_flank 171 23 gataaaatattcttaaaaaCGATgataaaatattcttaaaaaCGATgataaaatattctt SH3616 3616 48 121 Val1 ValAAC_i 3_flank 176 24 gtttaagataaaatattcttaaaagtttaagataaaatattcttaaaagtttaagataaa SH3617 3617 33 47 Val1 ValAAC_i 3_flank 181 23 aaaagtttaagataaaatattctaaaagtttaagataaaatattctaaaagtttaagata SH3618 3618 77 36 Val1 ValAAC_i 3_flank 186 22 agcaaaaagtttaagataaaatagcaaaaagtttaagataaaatagcaaaaagtttaaga SH3619 3619 43 99 Val1 ValAAC_i 3_flank 191 20 atcagcaaaaagtttaagatatcagcaaaaagtttaagatatcagcaaaaagtttaagat SH3620 3620 36 29 Val1 ValAAC_i 3_flank 196 20 atactatcagcaaaaagtttatactatcagcaaaaagtttatactatcagcaaaaagttt SH3621 3621 32 71 Val1 ValAAC_i 3_flank 201 20 ctttaatactatcagcaaaactttaatactatcagcaaaactttaatactatcagcaaaa SH3622 3622 74 201 Val1 ValAAC_i 3_flank 206 20 ctcatctttaatactatcagctcatctttaatactatcagctcatctttaatactatcag SH3623 3623 9 149 Val1 ValAAC_i 3_flank 211 20 cgatactcatctttaatactcgatactcatctttaatactcgatactcatctttaatact SH3624 3624 70 44 Val1 ValAAC_i 3_flank 216 20 atattcgatactcatctttaatattcgatactcatctttaatattcgatactcatcttta SH3625 3625 42 184 Val1 ValAAC_i 3_flank 221 20 ccttaatattcgatactcatccttaatattcgatactcatccttaatattcgatactcat SH3626 3626 38 161 Val1 ValAAC_i 3_flank 226 18 ctcccttaatattcgatactcccttaatattcgatactcccttaatattcgatactccct SH3627 3627 28 84 Val1 ValAAC_i 3_flank 231 19 caacatctcccttaatattcaacatctcccttaatattcaacatctcccttaatattcaa SH3628 3628 73 62 Val1 ValAAC_i 3_flank 236 17 agtcaacatctcccttaagtcaacatctcccttaagtcaacatctcccttaagtcaacat SH3629 3629 23 157 Val1 ValAAC_i 3_flank 241 17 aatgcagtcaacatctcaatgcagtcaacatctcaatgcagtcaacatctcaatgcagtc SH3630 3630 104 146 Val1 ValAAC_i 3_flank 246 17 tgttgaatgcagtcaactgttgaatgcagtcaactgttgaatgcagtcaactgttgaatg SH3631 3631 42 63 Val1 ValAAC_i 3_flank 251 17 ttctctgttgaatgcagttctctgttgaatgcagttctctgttgaatgcagttctctgtt SH3632 3632 86 192 Val2 ValAAC_ii 5_flank 1 19 ctctaaaatatcattgctcctctaaaatatcattgctcctctaaaatatcattgctcctc SH3633 3633 8 120 Val2 ValAAC_ii 5_flank 6 20 atgaagctctaaaatatcatatgaagctctaaaatatcatatgaagctctaaaatatcat SH3634 3634 11 66 Val2 ValAAC_ii 5_flank 11 18 gagatgaagctctaaaatgagatgaagctctaaaatgagatgaagctctaaaatgagatg SH3635 3635 19 14 Val2 ValAAC_ii 5_flank 16 16 gtggagatgaagctctgtggagatgaagctctgtggagatgaagctctgtggagatgaag SH3636 3636 96 48 Val2 ValAAC_ii 5_flank 21 18 tgaaattgtggagatgaatgaaattgtggagatgaatgaaattgtggagatgaatgaaat SH3637 3637 47 31 Val2 ValAAC_ii 5_flank 26 17 cacatgaaattgtggagcacatgaaattgtggagcacatgaaattgtggagcacatgaaa SH3638 3638 20 139 Val2 ValAAC_ii 5_flank 31 20 aagatttacacatgaaattgaagatttacacatgaaattgaagatttacacatgaaattg SH3639 3639 95 61 Val2 ValAAC_ii 5_flank 36 20 ttcttaagatttacacatgattcttaagatttacacatgattcttaagatttacacatga SH3640 3640 5 51 Val2 ValAAC_ii 5_flank 41 21 ctacaattcttaagatttacactacaattcttaagatttacactacaattcttaagattt SH3641 3641 18 170 Val2 ValAAC_ii 5_flank 46 22 atatatctacaattcttaagatatatatctacaattcttaagatatatatctacaattct SH3642 3642 41 59 Val2 ValAAC_ii 5_flank 51 22 atagaatatatctacaattcttatagaatatatctacaattcttatagaatatatctaca SH3643 3643 68 59 Val2 ValAAC_ii 5_flank 56 23 taaaaaatagaatatatctacaataaaaaatagaatatatctacaataaaaaatagaata SH3644 3644 97 74 Val2 ValAAC_ii 5_flank 61 23 ttcattaaaaaatagaatatatcttcattaaaaaatagaatatatcttcattaaaaaata SH3645 3645 2 203 Val2 ValAAC_ii 5_flank 66 23 aaagtttcattaaaaaatagaataaagtttcattaaaaaatagaataaagtttcattaaa SH3646 3646 84 30 Val2 ValAAC_ii 5_flank 71 23 ttgaaaaagtttcattaaaaaatttgaaaaagtttcattaaaaaatttgaaaaagtttca SH3647 3647 80 129 Val2 ValAAC_ii 5_flank 76 22 tttgttgaaaaagtttcattaatttgttgaaaaagtttcattaatttgttgaaaaagttt SH3648 3648 55 32 Val2 ValAAC_ii 5_flank - tRNA1 5_flank 1 5_flank 1 81 21 CtaatttgttgaaaaagtttcCtaatttgttgaaaaagtttcCtaatttgttgaaaaagt SH3649 3649 92 77 Val2 ValAAC_ii 5_flank - tRNA6 5_flank 6 5_flank 6 86 21 GAAACCtaatttgttgaaaaaGAAACCtaatttgttgaaaaaGAAACCtaatttgttgaa SH3650 3650 24 130 Val2 ValAAC_ii 5_flank - tRNA8 5_flank 8 5_flank 8 91 18 ACGAAACCtaatttgttgACGAAACCtaatttgttgACGAAACCtaatttgttgACGAAA SH3651 3651 5 9 Val2 ValAAC_ii 5_flank - tRNA12 5_flank 12 5_flank 12 96 17 GACCACGAAACCtaattGACCACGAAACCtaattGACCACGAAACCtaattGACCACGAA SH3652 3652 36 168 Val2 ValAAC_ii tRNA 1 15 1 15 101 15 CTAGACCACGAAACCCTAGACCACGAAACCCTAGACCACGAAACCCTAGACCACGAAACC SH3653 3653 64 110 Val2 ValAAC_ii tRNA 6 18 6 18 106 13 CGACTAGACCACGCGACTAGACCACGCGACTAGACCACGCGACTAGACCACGCGACTAGA SH3654 3654 76 161 Val2 ValAAC_ii tRNA 11 26 11 25 111 16 GCCATAACCGACTAGAGCCATAACCGACTAGAGCCATAACCGACTAGAGCCATAACCGAC SH3655 3655 97 132 Val2 ValAAC_ii tRNA 16 31 16 30 116 16 CAGATGCCATAACCGACAGATGCCATAACCGACAGATGCCATAACCGACAGATGCCATAA SH3656 3656 59 190 Val2 ValAAC_ii tRNA 21 37 20:A 36 121 17 GTTAAGCAGATGCCATAGTTAAGCAGATGCCATAGTTAAGCAGATGCCATAGTTAAGCAG SH3657 3657 58 72 Val2 ValAAC_ii tRNA 26 41 25 40 126 16 GCGTGTTAAGCAGATGGCGTGTTAAGCAGATGGCGTGTTAAGCAGATGGCGTGTTAAGCA SH3658 3658 2 154 Val2 ValAAC_ii tRNA 31 46 30 45 131 16 GTTCTGCGTGTTAAGCGTTCTGCGTGTTAAGCGTTCTGCGTGTTAAGCGTTCTGCGTGTT SH3659 3659 29 53 Val2 ValAAC_ii tRNA 36 50 35 49 136 15 GGACGTTCTGCGTGTGGACGTTCTGCGTGTGGACGTTCTGCGTGTGGACGTTCTGCGTGT SH3660 3660 46 143 Val2 ValAAC_ii tRNA 41 53 40 52 141 13 TGGGGACGTTCTGTGGGGACGTTCTGTGGGGACGTTCTGTGGGGACGTTCTGTGGGGACG SH3661 3661 13 41 Val2 ValAAC_ii tRNA 46 58 45 57 146 13 CGAACTGGGGACGCGAACTGGGGACGCGAACTGGGGACGCGAACTGGGGACGCGAACTGG SH3662 3662 6 67 Val2 ValAAC_ii tRNA 51 65 50 64 151 15 CCAGGATCGAACTGGCCAGGATCGAACTGGCCAGGATCGAACTGGCCAGGATCGAACTGG SH3663 3663 24 96 Val2 ValAAC_ii tRNA 56 68 55 67 156 13 CGCCCAGGATCGACGCCCAGGATCGACGCCCAGGATCGACGCCCAGGATCGACGCCCAGG SH3664 3664 14 49 Val2 ValAAC_ii tRNA 61 73 60 72 161 13 GATTTCGCCCAGGGATTTCGCCCAGGGATTTCGCCCAGGGATTTCGCCCAGGGATTTCGC SH3665 3665 49 31 Val2 ValAAC_ii 66-74 + 3_flank 66 3_flank 65 3_flank 166 21 gaaaaaaaaaatTGATTTCGCgaaaaaaaaaatTGATTTCGCgaaaaaaaaaatTGATTT SH3666 3666 61 150 Val2 ValAAC_ii 71-74 + 3_flank 71 3_flank 70 3_flank 171 22 gttttcgaaaaaaaaaatTGATgttttcgaaaaaaaaaatTGATgttttcgaaaaaaaaa SH3667 3667 62 14 Val2 ValAAC_ii 3_flank 176 22 ataacgttttcgaaaaaaaaaaataacgttttcgaaaaaaaaaaataacgttttcgaaaa SH3668 3668 20 187 Val2 ValAAC_ii 3_flank 181 22 aaattataacgttttcgaaaaaaaattataacgttttcgaaaaaaaattataacgttttc SH3669 3669 93 210 Val2 ValAAC_ii 3_flank 186 20 cgtaaattataacgttttcgcgtaaattataacgttttcgcgtaaattataacgttttcg SH3670 3670 8 164 Val2 ValAAC_ii 3_flank 191 22 aaattaacgtaaattataacgtaaattaacgtaaattataacgtaaattaacgtaaatta SH3671 3671 8 139 Val2 ValAAC_ii 3_flank 196 23 ctttgtaaattaacgtaaattatctttgtaaattaacgtaaattatctttgtaaattaac SH3672 3672 86 158 Val2 ValAAC_ii 3_flank 201 20 ccctttgtaaattaacgtaaccctttgtaaattaacgtaaccctttgtaaattaacgtaa SH3673 3673 104 145 Val2 ValAAC_ii 3_flank 206 20 gaatgccctttgtaaattaagaatgccctttgtaaattaagaatgccctttgtaaattaa SH3674 3674 8 134 Val2 ValAAC_ii 3_flank 211 17 aggaatgccctttgtaaaggaatgccctttgtaaaggaatgccctttgtaaaggaatgcc SH3675 3675 49 21 Val2 ValAAC_ii 3_flank 216 17 atgaaaggaatgcccttatgaaaggaatgcccttatgaaaggaatgcccttatgaaagga SH3676 3676 102 151 Val2 ValAAC_ii 3_flank 221 18 cttagtatgaaaggaatgcttagtatgaaaggaatgcttagtatgaaaggaatgcttagt SH3677 3677 90 28 Val2 ValAAC_ii 3_flank 226 18 cattgcttagtatgaaagcattgcttagtatgaaagcattgcttagtatgaaagcattgc SH3678 3678 11 13 Val2 ValAAC_ii 3_flank 231 20 aagtaaacattgcttagtataagtaaacattgcttagtataagtaaacattgcttagtat SH3679 3679 31 78 Val2 ValAAC_ii 3_flank 236 18 tggaagtaaacattgctttggaagtaaacattgctttggaagtaaacattgctttggaag SH3680 3680 4 169 Val2 ValAAC_ii 3_flank 241 18 gagattggaagtaaacatgagattggaagtaaacatgagattggaagtaaacatgagatt SH3681 3681 46 182 Val2 ValAAC_ii 3_flank 246 18 ctcaagagattggaagtactcaagagattggaagtactcaagagattggaagtactcaag SH3682 3682 14 105 Val2 ValAAC_ii 3_flank 251 17 atgtctcaagagattggatgtctcaagagattggatgtctcaagagattggatgtctcaa SH3683 3683 43 165 Val2 ValAAC_ii 3_flank 256 17 cgaagatgtctcaagagcgaagatgtctcaagagcgaagatgtctcaagagcgaagatgt SH3684 3684 45 12 Val3 ValCAC 5_flank 1 18 ctgcttcttatagttactctgcttcttatagttactctgcttcttatagttactctgctt SH3685 3685 20 40 Val3 ValCAC 5_flank 6 18 ctttactgcttcttatagctttactgcttcttatagctttactgcttcttatagctttac SH3686 3686 93 139 Val3 ValCAC 5_flank 11 18 ctcaactttactgcttctctcaactttactgcttctctcaactttactgcttctctcaac SH3687 3687 19 46 Val3 ValCAC 5_flank 16 18 caagtctcaactttactgcaagtctcaactttactgcaagtctcaactttactgcaagtc SH3688 3688 27 190 Val3 ValCAC 5_flank 21 17 gcagcaagtctcaacttgcagcaagtctcaacttgcagcaagtctcaacttgcagcaagt SH3689 3689 42 117 Val3 ValCAC 5_flank 26 15 ggtgcagcaagtctcggtgcagcaagtctcggtgcagcaagtctcggtgcagcaagtctc SH3690 3690 67 193 Val3 ValCAC 5_flank 31 18 ataaaaatggtgcagcaaataaaaatggtgcagcaaataaaaatggtgcagcaaataaaa SH3691 3691 28 160 Val3 ValCAC 5_flank 36 17 ggcaataaaaatggtgcggcaataaaaatggtgcggcaataaaaatggtgcggcaataaa SH3692 3692 29 60 Val3 ValCAC 5_flank 41 18 aggtgtggcaataaaaataggtgtggcaataaaaataggtgtggcaataaaaataggtgt SH3693 3693 93 36 Val3 ValCAC 5_flank 46 18 aataaaggtgtggcaataaataaaggtgtggcaataaataaaggtgtggcaataaataaa SH3694 3694 45 204 Val3 ValCAC 5_flank 51 18 gaactaataaaggtgtgggaactaataaaggtgtgggaactaataaaggtgtgggaacta SH3695 3695 39 187 Val3 ValCAC 5_flank 56 20 tcataaagaactaataaaggtcataaagaactaataaaggtcataaagaactaataaagg SH3696 3696 16 190 Val3 ValCAC 5_flank 61 20 aggattcataaagaactaataggattcataaagaactaataggattcataaagaactaat SH3697 3697 37 85 Val3 ValCAC 5_flank 66 19 gcttaggattcataaagaagcttaggattcataaagaagcttaggattcataaagaagct SH3698 3698 54 9 Val3 ValCAC 5_flank 71 18 gacagcttaggattcatagacagcttaggattcatagacagcttaggattcatagacagc SH3699 3699 12 127 Val3 ValCAC 5_flank 76 17 ggatgacagcttaggatggatgacagcttaggatggatgacagcttaggatggatgacag SH3700 3700 42 181 Val3 ValCAC 5_flank 81 17 attacggatgacagcttattacggatgacagcttattacggatgacagcttattacggat SH3701 3701 46 101 Val3 ValCAC 5_flank - tRNA3 5_flank 3 5_flank 3 86 18 AACaatattacggatgacAACaatattacggatgacAACaatattacggatgacAACaat SH3702 3702 87 20 Val3 ValCAC 5_flank - tRNA8 5_flank 8 5_flank 8 91 18 ATTGGAACaatattacggATTGGAACaatattacggATTGGAACaatattacggATTGGA SH3703 3703 75 206 Val3 ValCAC 5_flank - tRNA15 5_flank 15 5_flank 15 96 20 CTACACTATTGGAACaatatCTACACTATTGGAACaatatCTACACTATTGGAACaatat SH3704 3704 90 88 Val3 ValCAC tRNA 1 17 1 18 101 17 CGCTACACTATTGGAACCGCTACACTATTGGAACCGCTACACTATTGGAACCGCTACACT SH3705 3705 31 107 Val3 ValCAC tRNA 6 22 6 22 106 17 ATAGCCGCTACACTATTATAGCCGCTACACTATTATAGCCGCTACACTATTATAGCCGCT SH3706 3706 72 94 Val3 ValCAC tRNA 11 25 11 25 111 15 GTGATAGCCGCTACAGTGATAGCCGCTACAGTGATAGCCGCTACAGTGATAGCCGCTACA SH3707 3707 47 38 Val3 ValCAC tRNA 16 30 16 30 116 15 GCAACGTGATAGCCGGCAACGTGATAGCCGGCAACGTGATAGCCGGCAACGTGATAGCCG SH3708 3708 87 148 Val3 ValCAC tRNA 21 36 21 36 121 16 GTGAAGGCAACGTGATGTGAAGGCAACGTGATGTGAAGGCAACGTGATGTGAAGGCAACG SH3709 3709 8 15 Val3 ValCAC tRNA 26 40 26 40 126 15 CCGTGTGAAGGCAACCCGTGTGAAGGCAACCCGTGTGAAGGCAACCCGTGTGAAGGCAAC SH3710 3710 85 68 Val3 ValCAC tRNA 31 45 31 45 131 15 CTTTGCCGTGTGAAGCTTTGCCGTGTGAAGCTTTGCCGTGTGAAGCTTTGCCGTGTGAAG SH3711 3711 37 183 Val3 ValCAC tRNA 36 48 36 48 136 13 GACCTTTGCCGTGGACCTTTGCCGTGGACCTTTGCCGTGGACCTTTGCCGTGGACCTTTG SH3712 3712 101 191 Val3 ValCAC tRNA 41 53 41 53 141 13 CTCGGGACCTTTGCTCGGGACCTTTGCTCGGGACCTTTGCTCGGGACCTTTGCTCGGGAC SH3713 3713 30 145 Val3 ValCAC tRNA 46 58 46 58 146 13 TCGAACTCGGGACTCGAACTCGGGACTCGAACTCGGGACTCGAACTCGGGACTCGAACTC SH3714 3714 37 89 Val3 ValCAC tRNA 51 65 51 65 151 15 CCGAGGATCGAACTCCCGAGGATCGAACTCCCGAGGATCGAACTCCCGAGGATCGAACTC SH3715 3715 92 75 Val3 ValCAC tRNA 56 68 56 68 156 13 CAACCGAGGATCGCAACCGAGGATCGCAACCGAGGATCGCAACCGAGGATCGCAACCGAG SH3716 3716 45 126 Val3 ValCAC 61-73 + 3_flank 61 3_flank 61 3_flank 161 17 caaaTGTTCCAACCGAGcaaaTGTTCCAACCGAGcaaaTGTTCCAACCGAGcaaaTGTTC SH3717 3717 6 85 Val3 ValCAC 66-73 + 3_flank 66 3_flank 66 3_flank 166 20 tgaaaaaacaaaTGTTCCAAtgaaaaaacaaaTGTTCCAAtgaaaaaacaaaTGTTCCAA SH3718 3718 83 114 Val3 ValCAC 71-73 + 3_flank 71 3_flank 71 3_flank 171 20 agtagtgaaaaaacaaaTGTagtagtgaaaaaacaaaTGTagtagtgaaaaaacaaaTGT SH3719 3719 96 191 Val3 ValCAC 3_flank 176 20 atagtagtagtgaaaaaacaatagtagtagtgaaaaaacaatagtagtagtgaaaaaaca SH3720 3720 26 183 Val3 ValCAC 3_flank 181 22 taaaaatatagtagtagtgaaataaaaatatagtagtagtgaaataaaaatatagtagta SH3721 3721 26 70 Val3 ValCAC 3_flank 186 21 caactaaaaatatagtagtagcaactaaaaatatagtagtagcaactaaaaatatagtag SH3722 3722 64 143 Val3 ValCAC 3_flank 191 21 ggattcaactaaaaatatagtggattcaactaaaaatatagtggattcaactaaaaatat SH3723 3723 15 197 Val3 ValCAC 3_flank 196 20 cctaggattcaactaaaaatcctaggattcaactaaaaatcctaggattcaactaaaaat SH3724 3724 83 153 Val3 ValCAC 3_flank 201 17 ggcctaggattcaactaggcctaggattcaactaggcctaggattcaactaggcctagga SH3725 3725 100 14 Val3 ValCAC 3_flank 206 15 tgtggcctaggattctgtggcctaggattctgtggcctaggattctgtggcctaggattc SH3726 3726 87 166 Val3 ValCAC 3_flank 211 18 caattaaatgtggcctagcaattaaatgtggcctagcaattaaatgtggcctagcaatta SH3727 3727 2 146 Val3 ValCAC 3_flank 216 20 tattagtcaattaaatgtggtattagtcaattaaatgtggtattagtcaattaaatgtgg SH3728 3728 70 23 Val3 ValCAC 3_flank 221 22 ttaagtctattagtcaattaaattaagtctattagtcaattaaattaagtctattagtca SH3729 3729 41 156 Val3 ValCAC 3_flank 226 20 atcttaagtctattagtcaaatcttaagtctattagtcaaatcttaagtctattagtcaa SH3730 3730 63 205 Val3 ValCAC 3_flank 231 19 ctcgatcttaagtctattactcgatcttaagtctattactcgatcttaagtctattactc SH3731 3731 79 84 Val3 ValCAC 3_flank 236 18 taatctcgatcttaagtctaatctcgatcttaagtctaatctcgatcttaagtctaatct SH3732 3732 70 174 Val3 ValCAC 3_flank 241 19 gattactaatctcgatcttgattactaatctcgatcttgattactaatctcgatcttgat SH3733 3733 25 102 Val3 ValCAC 3_flank 246 18 agaagattactaatctcgagaagattactaatctcgagaagattactaatctcgagaaga SH3734 3734 34 57 Val3 ValCAC 3_flank 251 20 aaaagtcagaagattactaaaaaagtcagaagattactaaaaaagtcagaagattactaa SH3735 3735 24 34 Val4 ValTAC 5_flank 1 20 ctataactggtaaattcaatctataactggtaaattcaatctataactggtaaattcaat SH3736 3736 89 143 Val4 ValTAC 5_flank 6 18 gccctataactggtaaatgccctataactggtaaatgccctataactggtaaatgcccta SH3737 3737 101 54 Val4 ValTAC 5_flank 11 16 catgccctataactggcatgccctataactggcatgccctataactggcatgccctataa SH3738 3738 64 183 Val4 ValTAC 5_flank 16 17 attacgcatgccctataattacgcatgccctataattacgcatgccctataattacgcat SH3739 3739 14 168 Val4 ValTAC 5_flank 21 15 agcattacgcatgccagcattacgcatgccagcattacgcatgccagcattacgcatgcc SH3740 3740 76 76 Val4 ValTAC 5_flank 26 18 catctaaaagcattacgccatctaaaagcattacgccatctaaaagcattacgccatcta SH3741 3741 25 23 Val4 ValTAC 5_flank 31 20 gatatctcatctaaaagcatgatatctcatctaaaagcatgatatctcatctaaaagcat SH3742 3742 23 92 Val4 ValTAC 5_flank 36 20 cattggatatctcatctaaacattggatatctcatctaaacattggatatctcatctaaa SH3743 3743 77 115 Val4 ValTAC 5_flank 41 20 gtatacattggatatctcatgtatacattggatatctcatgtatacattggatatctcat SH3744 3744 23 35 Val4 ValTAC 5_flank 46 20 tagttgtatacattggatattagttgtatacattggatattagttgtatacattggatat SH3745 3745 21 38 Val4 ValTAC 5_flank 51 18 ggttagttgtatacattgggttagttgtatacattgggttagttgtatacattgggttag SH3746 3746 87 211 Val4 ValTAC 5_flank 56 19 gatatcggttagttgtatagatatcggttagttgtatagatatcggttagttgtatagat SH3747 3747 27 173 Val4 ValTAC 5_flank 61 18 tttggatatcggttagtttttggatatcggttagtttttggatatcggttagtttttgga SH3748 3748 14 62 Val4 ValTAC 5_flank 66 18 tcatttttggatatcggttcatttttggatatcggttcatttttggatatcggttcattt SH3749 3749 26 14 Val4 ValTAC 5_flank 71 20 tactatgtcatttttggatatactatgtcatttttggatatactatgtcatttttggata SH3750 3750 91 115 Val4 ValTAC 5_flank 76 20 ctcgatactatgtcatttttctcgatactatgtcatttttctcgatactatgtcattttt SH3751 3751 12 169 Val4 ValTAC 5_flank 81 18 gaactcgatactatgtcagaactcgatactatgtcagaactcgatactatgtcagaactc SH3752 3752 53 155 Val4 ValTAC 5_flank - tRNA1 5_flank 1 5_flank 1 86 16 CcggaactcgatactaCcggaactcgatactaCcggaactcgatactaCcggaactcgat SH3753 3753 23 7 Val4 ValTAC 5_flank - tRNA3 5_flank 3 5_flank 3 91 13 ACCcggaactcgaACCcggaactcgaACCcggaactcgaACCcggaactcgaACCcggaa SH3754 3754 53 99 Val4 ValTAC 5_flank - tRNA10 5_flank 10 5_flank 10 96 15 CCATTGGACCcggaaCCATTGGACCcggaaCCATTGGACCcggaaCCATTGGACCcggaa SH3755 3755 37 67 Val4 ValTAC tRNA 1 13 1 13 101 13 GGACCATTGGACCGGACCATTGGACCGGACCATTGGACCGGACCATTGGACCGGACCATT SH3756 3756 46 193 Val4 ValTAC tRNA 6 21 6 20:B 106 16 GAACCACTGGACCATTGAACCACTGGACCATTGAACCACTGGACCATTGAACCACTGGAC SH3757 3757 93 193 Val4 ValTAC tRNA 11 26 11 25 111 16 GTCTTGAACCACTGGAGTCTTGAACCACTGGAGTCTTGAACCACTGGAGTCTTGAACCAC SH3758 3758 51 173 Val4 ValTAC tRNA 16 30 16 29 116 15 CGACGTCTTGAACCACGACGTCTTGAACCACGACGTCTTGAACCACGACGTCTTGAACCA SH3759 3759 37 119 Val4 ValTAC tRNA 21 33 20:B 32 121 13 AGGCGACGTCTTGAGGCGACGTCTTGAGGCGACGTCTTGAGGCGACGTCTTGAGGCGACG SH3760 3760 18 189 Val4 ValTAC tRNA 26 40 25 39 126 15 CGTGTAAAGGCGACGCGTGTAAAGGCGACGCGTGTAAAGGCGACGCGTGTAAAGGCGACG SH3761 3761 81 99 Val4 ValTAC tRNA 31 43 30 42 131 13 CGCCGTGTAAAGGCGCCGTGTAAAGGCGCCGTGTAAAGGCGCCGTGTAAAGGCGCCGTGT SH3762 3762 104 142 Val4 ValTAC tRNA 36 50 35 49 136 15 GGATCTTCGCCGTGTGGATCTTCGCCGTGTGGATCTTCGCCGTGTGGATCTTCGCCGTGT SH3763 3763 38 170 Val4 ValTAC tRNA 41 53 40 52 141 13 TCGGGATCTTCGCTCGGGATCTTCGCTCGGGATCTTCGCTCGGGATCTTCGCTCGGGATC SH3764 3764 57 208 Val4 ValTAC tRNA 46 58 45 57 146 13 CGAACTCGGGATCCGAACTCGGGATCCGAACTCGGGATCCGAACTCGGGATCCGAACTCG SH3765 3765 18 163 Val4 ValTAC tRNA 51 65 50 64 151 15 CGAGGTTCGAACTCGCGAGGTTCGAACTCGCGAGGTTCGAACTCGCGAGGTTCGAACTCG SH3766 3766 55 214 Val4 ValTAC tRNA 56 70 55 69 156 15 CCAACCGAGGTTCGACCAACCGAGGTTCGACCAACCGAGGTTCGACCAACCGAGGTTCGA SH3767 3767 33 8 Val4 ValTAC tRNA 61 73 60 72 161 13 GATCCAACCGAGGGATCCAACCGAGGGATCCAACCGAGGGATCCAACCGAGGGATCCAAC SH3768 3768 74 180 Val4 ValTAC 66-73 + 3_flank 66 3_flank 65 3_flank 166 18 taaagagttTGATCCAACtaaagagttTGATCCAACtaaagagttTGATCCAACtaaaga SH3769 3769 21 45 Val4 ValTAC 71-73 + 3_flank 71 3_flank 70 3_flank 171 23 tttaaaaaaataaagagttTGATtttaaaaaaataaagagttTGATtttaaaaaaataaa SH3770 3770 102 118 Val4 ValTAC 3_flank 176 23 gcaaatttaaaaaaataaagagtgcaaatttaaaaaaataaagagtgcaaatttaaaaaa SH3771 3771 7 157 Val4 ValTAC 3_flank 181 23 aagtagcaaatttaaaaaaataaaagtagcaaatttaaaaaaataaaagtagcaaattta SH3772 3772 77 131 Val4 ValTAC 3_flank 186 22 cctaaagtagcaaatttaaaaacctaaagtagcaaatttaaaaacctaaagtagcaaatt SH3773 3773 26 11 Val4 ValTAC 3_flank 191 20 gaacctaaagtagcaaatttgaacctaaagtagcaaatttgaacctaaagtagcaaattt SH3774 3774 49 138 Val4 ValTAC 3_flank 196 17 acgaacctaaagtagcaacgaacctaaagtagcaacgaacctaaagtagcaacgaaccta SH3775 3775 102 2 Val4 ValTAC 3_flank 201 18 ctttctacgaacctaaagctttctacgaacctaaagctttctacgaacctaaagctttct SH3776 3776 23 177 Val4 ValTAC 3_flank 206 17 gagactttctacgaaccgagactttctacgaaccgagactttctacgaaccgagactttc SH3777 3777 100 204 Val4 ValTAC 3_flank 211 17 tcctagagactttctactcctagagactttctactcctagagactttctactcctagaga SH3778 3778 34 21 Val4 ValTAC 3_flank 216 18 tttcattcctagagactttttcattcctagagactttttcattcctagagactttttcat SH3779 3779 81 138 Val4 ValTAC 3_flank 221 20 gatataatttcattcctagagatataatttcattcctagagatataatttcattcctaga SH3780 3780 69 119 Val4 ValTAC 3_flank 226 20 cagaagatataatttcattccagaagatataatttcattccagaagatataatttcattc SH3781 3781 52 32 Val4 ValTAC 3_flank 231 20 gaacgcagaagatataatttgaacgcagaagatataatttgaacgcagaagatataattt SH3782 3782 44 162 Val4 ValTAC 3_flank 236 17 tcgaacgcagaagatattcgaacgcagaagatattcgaacgcagaagatattcgaacgca SH3783 3783 64 152 Val4 ValTAC 3_flank 241 17 tcttttcgaacgcagaatcttttcgaacgcagaatcttttcgaacgcagaatcttttcga SH3784 3784 99 179 Val4 ValTAC 3_flank 246 17 gctactcttttcgaacggctactcttttcgaacggctactcttttcgaacggctactctt SH3785 3785 83 157 Val4 ValTAC 3_flank 251 18 actaaagctactcttttcactaaagctactcttttcactaaagctactcttttcactaaa SH3786 3786 34 152 Val4 ValTAC 3_flank 256 18 cttcaactaaagctactccttcaactaaagctactccttcaactaaagctactccttcaa SH3787 3787 97 153 RNaseP 5_flank 1 18 acaatcgaaacgaaaagaacaatcgaaacgaaaagaacaatcgaaacgaaaagaacaatc SH3788 3788 90 189 RNaseP 5_flank 6 18 gtaaaacaatcgaaacgagtaaaacaatcgaaacgagtaaaacaatcgaaacgagtaaaa SH3789 3789 62 48 RNaseP 5_flank 11 18 caaacgtaaaacaatcgacaaacgtaaaacaatcgacaaacgtaaaacaatcgacaaacg SH3790 3790 33 21 RNaseP 5_flank 16 17 gcctcaaacgtaaaacagcctcaaacgtaaaacagcctcaaacgtaaaacagcctcaaac SH3791 3791 66 119 RNaseP 5_flank 21 15 gaggcctcaaacgtagaggcctcaaacgtagaggcctcaaacgtagaggcctcaaacgta SH3792 3792 52 142 RNaseP 5_flank 26 13 cacgaggcctcaacacgaggcctcaacacgaggcctcaacacgaggcctcaacacgaggc SH3793 3793 49 79 RNaseP 5_flank 31 13 tgcgccacgaggctgcgccacgaggctgcgccacgaggctgcgccacgaggctgcgccac SH3794 3794 27 93 RNaseP 5_flank 36 13 ccatgtgcgccacccatgtgcgccacccatgtgcgccacccatgtgcgccacccatgtgc SH3795 3795 37 92 RNaseP 5_flank 41 13 gcgtaccatgtgcgcgtaccatgtgcgcgtaccatgtgcgcgtaccatgtgcgcgtacca SH3796 3796 63 202 RNaseP 5_flank 46 13 ccacagcgtaccaccacagcgtaccaccacagcgtaccaccacagcgtaccaccacagcg SH3797 3797 10 93 RNaseP 5_flank 51 13 gagcaccacagcggagcaccacagcggagcaccacagcggagcaccacagcggagcacca SH3798 3798 72 200 RNaseP 5_flank 56 13 gccgcgagcaccagccgcgagcaccagccgcgagcaccagccgcgagcaccagccgcgag SH3799 3799 97 108 RNaseP 5_flank 61 13 tcccagccgcgagtcccagccgcgagtcccagccgcgagtcccagccgcgagtcccagcc SH3800 3800 41 206 RNaseP 5_flank 66 13 ttcgttcccagccttcgttcccagccttcgttcccagccttcgttcccagccttcgttcc SH3801 3801 69 73 RNaseP 5_flank 71 15 ccagagtttcgttccccagagtttcgttccccagagtttcgttccccagagtttcgttcc SH3802 3802 37 19 RNaseP 5_flank 76 15 agctcccagagtttcagctcccagagtttcagctcccagagtttcagctcccagagtttc SH3803 3803 2 212 RNaseP 5_flank 81 13 cgcagctcccagacgcagctcccagacgcagctcccagacgcagctcccagacgcagctc SH3804 3804 61 156 RNaseP 5_flank 86 13 ccaatcgcagctcccaatcgcagctcccaatcgcagctcccaatcgcagctcccaatcgc SH3805 3805 44 148 RNaseP 5' - 3 3 91 13 CACtgccaatcgcCACtgccaatcgcCACtgccaatcgcCACtgccaatcgcCACtgcca SH3806 3806 8 150 RNaseP 5' - 10 10 96 15 ACTGTTCCACtgccaACTGTTCCACtgccaACTGTTCCACtgccaACTGTTCCACtgcca SH3807 3807 10 162 RNaseP RNaseP 1 17 101 17 AATTACCACTGTTCCACAATTACCACTGTTCCACAATTACCACTGTTCCACAATTACCAC SH3808 3808 59 34 RNaseP RNaseP 6 22 106 17 GTAGGAATTACCACTGTGTAGGAATTACCACTGTGTAGGAATTACCACTGTGTAGGAATT SH3809 3809 29 195 RNaseP RNaseP 11 28 111 18 TTAATCGTAGGAATTACCTTAATCGTAGGAATTACCTTAATCGTAGGAATTACCTTAATC SH3810 3810 91 145 RNaseP RNaseP 16 33 116 18 GTTTCTTAATCGTAGGAAGTTTCTTAATCGTAGGAAGTTTCTTAATCGTAGGAAGTTTCT SH3811 3811 92 111 RNaseP RNaseP 21 38 121 18 AACAGGTTTCTTAATCGTAACAGGTTTCTTAATCGTAACAGGTTTCTTAATCGTAACAGG SH3812 3812 36 88 RNaseP RNaseP 26 43 126 18 CTGTAAACAGGTTTCTTACTGTAAACAGGTTTCTTACTGTAAACAGGTTTCTTACTGTAA SH3813 3813 20 130 RNaseP RNaseP 31 47 131 17 CCTTCTGTAAACAGGTTCCTTCTGTAAACAGGTTCCTTCTGTAAACAGGTTCCTTCTGTA SH3814 3814 12 133 RNaseP RNaseP 36 52 136 17 GGGATCCTTCTGTAAACGGGATCCTTCTGTAAACGGGATCCTTCTGTAAACGGGATCCTT SH3815 3815 37 70 RNaseP RNaseP 41 53 141 13 GGGGATCCTTCTGGGGGATCCTTCTGGGGGATCCTTCTGGGGGATCCTTCTGGGGGATCC SH3816 3816 67 5 RNaseP RNaseP 46 58 146 13 TAGGTGGGGATCCTAGGTGGGGATCCTAGGTGGGGATCCTAGGTGGGGATCCTAGGTGGG SH3817 3817 58 90 RNaseP RNaseP 51 63 151 13 GCCCATAGGTGGGGCCCATAGGTGGGGCCCATAGGTGGGGCCCATAGGTGGGGCCCATAG SH3818 3818 41 10 RNaseP RNaseP 56 68 156 13 AACCCGCCCATAGAACCCGCCCATAGAACCCGCCCATAGAACCCGCCCATAGAACCCGCC SH3819 3819 12 106 RNaseP RNaseP 61 73 161 13 CTGATAACCCGCCCTGATAACCCGCCCTGATAACCCGCCCTGATAACCCGCCCTGATAAC SH3820 3820 65 70 RNaseP RNaseP 66 84 166 19 CCTGATAATATCTGATAACCCTGATAATATCTGATAACCCTGATAATATCTGATAACCCT SH3821 3821 99 76 RNaseP RNaseP 71 87 171 17 CCACCTGATAATATCTGCCACCTGATAATATCTGCCACCTGATAATATCTGCCACCTGAT SH3822 3822 55 203 RNaseP RNaseP 76 93 176 18 AATTTCCCACCTGATAATAATTTCCCACCTGATAATAATTTCCCACCTGATAATAATTTC SH3823 3823 73 95 RNaseP RNaseP 81 95 181 15 CGAATTTCCCACCTGCGAATTTCCCACCTGCGAATTTCCCACCTGCGAATTTCCCACCTG SH3824 3824 86 4 RNaseP RNaseP 86 100 186 15 TCCACCGAATTTCCCTCCACCGAATTTCCCTCCACCGAATTTCCCTCCACCGAATTTCCC SH3825 3825 90 39 RNaseP RNaseP 91 106 191 16 CTGTGTTCCACCGAATCTGTGTTCCACCGAATCTGTGTTCCACCGAATCTGTGTTCCACC SH3826 3826 46 121 RNaseP RNaseP 96 110 196 15 TCCACTGTGTTCCACTCCACTGTGTTCCACTCCACTGTGTTCCACTCCACTGTGTTCCAC SH3827 3827 11 79 RNaseP RNaseP 101 113 201 13 GGCTCCACTGTGTGGCTCCACTGTGTGGCTCCACTGTGTGGCTCCACTGTGTGGCTCCAC SH3828 3828 29 111 RNaseP RNaseP 106 118 206 13 GACAAGGCTCCACGACAAGGCTCCACGACAAGGCTCCACGACAAGGCTCCACGACAAGGC SH3829 3829 80 76 RNaseP RNaseP 111 123 211 13 CGGAGGACAAGGCCGGAGGACAAGGCCGGAGGACAAGGCCGGAGGACAAGGCCGGAGGAC SH3830 3830 104 22 RNaseP RNaseP 116 128 216 13 TAACCCGGAGGACTAACCCGGAGGACTAACCCGGAGGACTAACCCGGAGGACTAACCCGG SH3831 3831 73 69 RNaseP RNaseP 121 135 221 15 GCGACATTAACCCGGGCGACATTAACCCGGGCGACATTAACCCGGGCGACATTAACCCGG SH3832 3832 87 27 RNaseP RNaseP 126 142 226 17 GCCAAAAGCGACATTAAGCCAAAAGCGACATTAAGCCAAAAGCGACATTAAGCCAAAAGC SH3833 3833 41 214 RNaseP RNaseP 131 146 231 16 CAATGCCAAAAGCGACCAATGCCAAAAGCGACCAATGCCAAAAGCGACCAATGCCAAAAG SH3834 3834 9 88 RNaseP RNaseP 136 150 236 15 GGGCCAATGCCAAAAGGGCCAATGCCAAAAGGGCCAATGCCAAAAGGGCCAATGCCAAAA SH3835 3835 80 177 RNaseP RNaseP 141 153 241 13 CAGGGGCCAATGCCAGGGGCCAATGCCAGGGGCCAATGCCAGGGGCCAATGCCAGGGGCC SH3836 3836 73 145 RNaseP RNaseP 146 158 246 13 AGGAGCAGGGGCCAGGAGCAGGGGCCAGGAGCAGGGGCCAGGAGCAGGGGCCAGGAGCAG SH3837 3837 63 211 RNaseP RNaseP 151 163 251 13 CTCTCAGGAGCAGCTCTCAGGAGCAGCTCTCAGGAGCAGCTCTCAGGAGCAGCTCTCAGG SH3838 3838 60 3 RNaseP RNaseP 156 173 256 18 TATATTTCTTCTCTCAGGTATATTTCTTCTCTCAGGTATATTTCTTCTCTCAGGTATATT SH3839 3839 46 30 RNaseP RNaseP 161 178 261 18 CCCAGTATATTTCTTCTCCCCAGTATATTTCTTCTCCCCAGTATATTTCTTCTCCCCAGT SH3840 3840 67 162 RNaseP RNaseP 166 182 266 17 GTTCCCCAGTATATTTCGTTCCCCAGTATATTTCGTTCCCCAGTATATTTCGTTCCCCAG SH3841 3841 95 72 RNaseP RNaseP 171 185 271 15 CTGGTTCCCCAGTATCTGGTTCCCCAGTATCTGGTTCCCCAGTATCTGGTTCCCCAGTAT SH3842 3842 16 88 RNaseP RNaseP 176 188 276 13 AGACTGGTTCCCCAGACTGGTTCCCCAGACTGGTTCCCCAGACTGGTTCCCCAGACTGGT SH3843 3843 75 133 RNaseP RNaseP 181 196 281 16 GTCGGTAAAGACTGGTGTCGGTAAAGACTGGTGTCGGTAAAGACTGGTGTCGGTAAAGAC SH3844 3844 101 9 RNaseP RNaseP 186 201 286 16 CAACGGTCGGTAAAGACAACGGTCGGTAAAGACAACGGTCGGTAAAGACAACGGTCGGTA SH3845 3845 2 23 RNaseP RNaseP 191 206 291 16 GATAACAACGGTCGGTGATAACAACGGTCGGTGATAACAACGGTCGGTGATAACAACGGT SH3846 3846 76 123 RNaseP RNaseP 196 213 296 18 AATTTCTGATAACAACGGAATTTCTGATAACAACGGAATTTCTGATAACAACGGAATTTC SH3847 3847 21 129 RNaseP RNaseP 201 218 301 18 CCGTGAATTTCTGATAACCCGTGAATTTCTGATAACCCGTGAATTTCTGATAACCCGTGA SH3848 3848 50 122 RNaseP RNaseP 206 222 306 17 AACTCCGTGAATTTCTGAACTCCGTGAATTTCTGAACTCCGTGAATTTCTGAACTCCGTG SH3849 3849 73 108 RNaseP RNaseP 211 225 311 15 CCGAACTCCGTGAATCCGAACTCCGTGAATCCGAACTCCGTGAATCCGAACTCCGTGAAT SH3850 3850 81 140 RNaseP RNaseP 216 228 316 13 AGGCCGAACTCCGAGGCCGAACTCCGAGGCCGAACTCCGAGGCCGAACTCCGAGGCCGAA SH3851 3851 40 105 RNaseP RNaseP 221 233 321 13 GACCTAGGCCGAAGACCTAGGCCGAAGACCTAGGCCGAAGACCTAGGCCGAAGACCTAGG SH3852 3852 67 55 RNaseP RNaseP 226 238 326 13 AGTCCGACCTAGGAGTCCGACCTAGGAGTCCGACCTAGGAGTCCGACCTAGGAGTCCGAC SH3853 3853 60 58 RNaseP RNaseP 231 243 331 13 ATCGGAGTCCGACATCGGAGTCCGACATCGGAGTCCGACATCGGAGTCCGACATCGGAGT SH3854 3854 32 60 RNaseP RNaseP 236 250 336 15 CGTTCCCATCGGAGTCGTTCCCATCGGAGTCGTTCCCATCGGAGTCGTTCCCATCGGAGT SH3855 3855 63 10 RNaseP RNaseP 241 253 341 13 TGCCGTTCCCATCTGCCGTTCCCATCTGCCGTTCCCATCTGCCGTTCCCATCTGCCGTTC SH3856 3856 102 30 RNaseP RNaseP 246 258 346 13 ACCGTTGCCGTTCACCGTTGCCGTTCACCGTTGCCGTTCACCGTTGCCGTTCACCGTTGC SH3857 3857 101 145 RNaseP RNaseP 251 265 351 15 CGGAACAACCGTTGCCGGAACAACCGTTGCCGGAACAACCGTTGCCGGAACAACCGTTGC SH3858 3858 91 5 RNaseP RNaseP 256 271 356 16 GTCAAACGGAACAACCGTCAAACGGAACAACCGTCAAACGGAACAACCGTCAAACGGAAC SH3859 3859 4 137 RNaseP RNaseP 261 277 361 17 CGACAAGTCAAACGGAACGACAAGTCAAACGGAACGACAAGTCAAACGGAACGACAAGTC SH3860 3860 102 139 RNaseP RNaseP 266 280 366 15 GGGCGACAAGTCAAAGGGCGACAAGTCAAAGGGCGACAAGTCAAAGGGCGACAAGTCAAA SH3861 3861 20 152 RNaseP RNaseP 271 283 371 13 AGCGGGCGACAAGAGCGGGCGACAAGAGCGGGCGACAAGAGCGGGCGACAAGAGCGGGCG SH3862 3862 67 202 RNaseP RNaseP 276 288 376 13 GCCGTAGCGGGCGGCCGTAGCGGGCGGCCGTAGCGGGCGGCCGTAGCGGGCGGCCGTAGC SH3863 3863 22 213 RNaseP RNaseP 281 293 381 13 CTCACGCCGTAGCCTCACGCCGTAGCCTCACGCCGTAGCCTCACGCCGTAGCCTCACGCC SH3864 3864 60 126 RNaseP RNaseP 286 298 386 13 TGACGCTCACGCCTGACGCTCACGCCTGACGCTCACGCCTGACGCTCACGCCTGACGCTC SH3865 3865 10 142 RNaseP RNaseP 291 303 391 13 GACCTTGACGCTCGACCTTGACGCTCGACCTTGACGCTCGACCTTGACGCTCGACCTTGA SH3866 3866 25 19 RNaseP RNaseP 296 312 396 17 CACTCAACAGACCTTGACACTCAACAGACCTTGACACTCAACAGACCTTGACACTCAACA SH3867 3867 24 132 RNaseP RNaseP 301 317 401 17 GATTGCACTCAACAGACGATTGCACTCAACAGACGATTGCACTCAACAGACGATTGCACT SH3868 3868 7 199 RNaseP RNaseP 306 322 406 17 CCTACGATTGCACTCAACCTACGATTGCACTCAACCTACGATTGCACTCAACCTACGATT SH3869 3869 13 122 RNaseP RNaseP 311 325 411 15 CGTCCTACGATTGCACGTCCTACGATTGCACGTCCTACGATTGCACGTCCTACGATTGCA SH3870 3870 56 154 RNaseP RNaseP 316 332 416 17 CTAATGACGTCCTACGACTAATGACGTCCTACGACTAATGACGTCCTACGACTAATGACG SH3871 3871 71 45 RNaseP RNaseP 321 335 421 15 CCACTAATGACGTCCCCACTAATGACGTCCCCACTAATGACGTCCCCACTAATGACGTCC SH3872 3872 96 103 RNaseP RNaseP 326 341 426 16 GGTTCGCCACTAATGAGGTTCGCCACTAATGAGGTTCGCCACTAATGAGGTTCGCCACTA SH3873 3873 13 56 RNaseP RNaseP 331 343 431 13 CGGGTTCGCCACTCGGGTTCGCCACTCGGGTTCGCCACTCGGGTTCGCCACTCGGGTTCG SH3874 3874 4 168 RNaseP RNaseP 336 348 436 13 GGTATCGGGTTCGGGTATCGGGTTCGGGTATCGGGTTCGGGTATCGGGTTCGGGTATCGG SH3875 3875 49 152 RNaseP RNaseP 341 356 441 16 CAGTAATCGGTATCGGCAGTAATCGGTATCGGCAGTAATCGGTATCGGCAGTAATCGGTA SH3876 3876 25 171 RNaseP RNaseP 346 360 446 15 GCAGCAGTAATCGGTGCAGCAGTAATCGGTGCAGCAGTAATCGGTGCAGCAGTAATCGGT SH3877 3877 72 47 RNaseP RNaseP 351 366 451 16 GGAACAGCAGCAGTAAGGAACAGCAGCAGTAAGGAACAGCAGCAGTAAGGAACAGCAGCA SH3878 3878 31 12 RNaseP RNaseP 356 368 456 13 CTGGAACAGCAGCCTGGAACAGCAGCCTGGAACAGCAGCCTGGAACAGCAGCCTGGAACA SH3879 3879 77 73 RNaseP 361-369 + 3' 361 461 16 gatatggGCTGGAACAgatatggGCTGGAACAgatatggGCTGGAACAgatatggGCTGG SH3880 3880 55 186 RNaseP 366-369 + 3' 366 466 15 gttggatatggGCTGgttggatatggGCTGgttggatatggGCTGgttggatatggGCTG SH3881 3881 59 119 RNaseP 3' 471 18 aattggaagttggatatgaattggaagttggatatgaattggaagttggatatgaattgg SH3882 3882 80 174 RNaseP 3' 476 18 gattaaattggaagttgggattaaattggaagttgggattaaattggaagttgggattaa SH3883 3883 55 89 RNaseP 3' 481 22 aaaaagaaagattaaattggaaaaaaagaaagattaaattggaaaaaaagaaagattaaa SH3884 3884 86 51 RNaseP 3' 486 25 gaaaattaaaaaagaaagattaaatgaaaattaaaaaagaaagattaaatgaaaattaaa SH3885 3885 40 171 RNaseP 3' 491 22 gtgaaaattaaaaaagaaagatgtgaaaattaaaaaagaaagatgtgaaaattaaaaaag SH3886 3886 37 21 RNaseP 3' 496 23 aaataagtgaaaattaaaaaagaaaataagtgaaaattaaaaaagaaaataagtgaaaat SH3887 3887 10 87 RNaseP 3' 501 21 cgcaaataagtgaaaattaaacgcaaataagtgaaaattaaacgcaaataagtgaaaatt SH3888 3888 33 178 RNaseP 3' 506 20 gtatcgcaaataagtgaaaagtatcgcaaataagtgaaaagtatcgcaaataagtgaaaa SH3889 3889 21 69 RNaseP 3' 511 18 tctgtatcgcaaataagttctgtatcgcaaataagttctgtatcgcaaataagttctgta SH3890 3890 57 59 RNaseP 3' 516 18 ttctttctgtatcgcaaattctttctgtatcgcaaattctttctgtatcgcaaattcttt SH3891 3891 20 24 RNaseP 3' 521 19 gcttttttctttctgtatcgcttttttctttctgtatcgcttttttctttctgtatcgct SH3892 3892 72 98 RNaseP 3' 526 19 ctatcgcttttttctttctctatcgcttttttctttctctatcgcttttttctttctcta SH3893 3893 100 146 RNaseP 3' 531 18 gttactatcgcttttttcgttactatcgcttttttcgttactatcgcttttttcgttact SH3894 3894 23 123 RNaseP 3' 536 18 caatagttactatcgcttcaatagttactatcgcttcaatagttactatcgcttcaatag SH3895 3895 23 130 RNaseP 3' 541 22 aacaaaattcaatagttactataacaaaattcaatagttactataacaaaattcaatagt SH3896 3896 51 108 RNaseP 3' 546 20 ccaaacaaaattcaatagttccaaacaaaattcaatagttccaaacaaaattcaatagtt SH3897 3897 94 19 RNase MRP 5' 1 20 gttattttcttactcctttagttattttcttactcctttagttattttcttactccttta SH3898 3898 19 8 RNase MRP 5' 6 20 acaaagttattttcttactcacaaagttattttcttactcacaaagttattttcttactc SH3899 3899 56 122 RNase MRP 5' 11 21 ggataaacaaagttattttctggataaacaaagttattttctggataaacaaagttattt SH3900 3900 8 209 RNase MRP 5' 16 20 cataggataaacaaagttatcataggataaacaaagttatcataggataaacaaagttat SH3901 3901 92 129 RNase MRP 5' 21 19 gcaacataggataaacaaagcaacataggataaacaaagcaacataggataaacaaagca SH3902 3902 57 20 RNase MRP 5' 26 17 accgcaacataggataaaccgcaacataggataaaccgcaacataggataaaccgcaaca SH3903 3903 83 126 RNase MRP 5' 31 17 tctttaccgcaacatagtctttaccgcaacatagtctttaccgcaacatagtctttaccg SH3904 3904 60 102 RNase MRP 5' 36 18 tttagttctttaccgcaatttagttctttaccgcaatttagttctttaccgcaatttagt SH3905 3905 3 195 RNase MRP 5' 41 19 ccactatttagttctttacccactatttagttctttacccactatttagttctttaccca SH3906 3906 22 49 RNase MRP 5' 46 18 aagaccactatttagttcaagaccactatttagttcaagaccactatttagttcaagacc SH3907 3907 57 206 RNase MRP 5' 51 17 ggtgaagaccactatttggtgaagaccactatttggtgaagaccactatttggtgaagac SH3908 3908 57 100 RNase MRP 5' 56 15 acaggtgaagaccacacaggtgaagaccacacaggtgaagaccacacaggtgaagaccac SH3909 3909 32 152 RNase MRP 5' 61 18 attagaaaacaggtgaagattagaaaacaggtgaagattagaaaacaggtgaagattaga SH3910 3910 21 171 RNase MRP 5' 66 19 gaagaaattagaaaacagggaagaaattagaaaacagggaagaaattagaaaacagggaa SH3911 3911 29 16 RNase MRP 5' 71 20 aaacgagaagaaattagaaaaaacgagaagaaattagaaaaaacgagaagaaattagaaa SH3912 3912 103 45 RNase MRP 5' 76 20 actttaaacgagaagaaattactttaaacgagaagaaattactttaaacgagaagaaatt SH3913 3913 104 50 RNase MRP 5' 81 18 agaactttaaacgagaagagaactttaaacgagaagagaactttaaacgagaagagaact SH3914 3914 36 77 RNase MRP 5' - 4 4 86 19 GATTgaagaactttaaacgGATTgaagaactttaaacgGATTgaagaactttaaacgGAT SH3915 3915 23 163 RNase MRP 5' - 8 8 91 18 CATGGATTgaagaactttCATGGATTgaagaactttCATGGATTgaagaactttCATGGA SH3916 3916 32 183 RNase MRP 5' - 12 12 96 17 TGGTCATGGATTgaagaTGGTCATGGATTgaagaTGGTCATGGATTgaagaTGGTCATGG SH3917 3917 33 210 RNase MRP RNaseMRP 1 18 101 18 ATTCTTTGGTCATGGATTATTCTTTGGTCATGGATTATTCTTTGGTCATGGATTATTCTT SH3918 3918 16 180 RNase MRP RNaseMRP 6 22 106 17 GACGATTCTTTGGTCATGACGATTCTTTGGTCATGACGATTCTTTGGTCATGACGATTCT SH3919 3919 33 102 RNase MRP RNaseMRP 11 28 111 18 ATTTGTGACGATTCTTTGATTTGTGACGATTCTTTGATTTGTGACGATTCTTTGATTTGT SH3920 3920 33 11 RNase MRP RNaseMRP 16 33 116 18 CTTCGATTTGTGACGATTCTTCGATTTGTGACGATTCTTCGATTTGTGACGATTCTTCGA SH3921 3921 102 98 RNase MRP RNaseMRP 21 38 121 18 GTAAGCTTCGATTTGTGAGTAAGCTTCGATTTGTGAGTAAGCTTCGATTTGTGAGTAAGC SH3922 3922 65 25 RNase MRP RNaseMRP 26 44 126 19 CATTTTGTAAGCTTCGATTCATTTTGTAAGCTTCGATTCATTTTGTAAGCTTCGATTCAT SH3923 3923 23 8 RNase MRP RNaseMRP 31 48 131 18 ACTCCATTTTGTAAGCTTACTCCATTTTGTAAGCTTACTCCATTTTGTAAGCTTACTCCA SH3924 3924 75 60 RNase MRP RNaseMRP 36 57 136 22 AAAAATTTTACTCCATTTTGTAAAAAATTTTACTCCATTTTGTAAAAAATTTTACTCCAT SH3925 3925 57 137 RNase MRP RNaseMRP 41 62 141 22 GTAAAAAAAATTTTACTCCATTGTAAAAAAAATTTTACTCCATTGTAAAAAAAATTTTAC SH3926 3926 19 128 RNase MRP RNaseMRP 46 67 146 22 ACTGAGTAAAAAAAATTTTACTACTGAGTAAAAAAAATTTTACTACTGAGTAAAAAAAAT SH3927 3927 55 96 RNase MRP RNaseMRP 51 73 151 23 CATATTACTGAGTAAAAAAAATTCATATTACTGAGTAAAAAAAATTCATATTACTGAGTA SH3928 3928 22 131 RNase MRP RNaseMRP 56 75 156 20 AGCATATTACTGAGTAAAAAAGCATATTACTGAGTAAAAAAGCATATTACTGAGTAAAAA SH3929 3929 42 21 RNase MRP RNaseMRP 61 78 161 18 CAAAGCATATTACTGAGTCAAAGCATATTACTGAGTCAAAGCATATTACTGAGTCAAAGC SH3930 3930 87 18 RNase MRP RNaseMRP 66 83 166 18 CAACCCAAAGCATATTACCAACCCAAAGCATATTACCAACCCAAAGCATATTACCAACCC SH3931 3931 92 212 RNase MRP RNaseMRP 71 87 171 17 CTTTCAACCCAAAGCATCTTTCAACCCAAAGCATCTTTCAACCCAAAGCATCTTTCAACC SH3932 3932 35 75 RNase MRP RNaseMRP 76 92 176 17 GGAGACTTTCAACCCAAGGAGACTTTCAACCCAAGGAGACTTTCAACCCAAGGAGACTTT SH3933 3933 55 39 RNase MRP RNaseMRP 81 96 181 16 GGTGGGAGACTTTCAAGGTGGGAGACTTTCAAGGTGGGAGACTTTCAAGGTGGGAGACTT SH3934 3934 88 52 RNase MRP RNaseMRP 86 101 186 16 GAATTGGTGGGAGACTGAATTGGTGGGAGACTGAATTGGTGGGAGACTGAATTGGTGGGA SH3935 3935 81 175 RNase MRP RNaseMRP 91 106 191 16 CATACGAATTGGTGGGCATACGAATTGGTGGGCATACGAATTGGTGGGCATACGAATTGG SH3936 3936 75 124 RNase MRP RNaseMRP 96 112 196 17 TTTCCGCATACGAATTGTTTCCGCATACGAATTGTTTCCGCATACGAATTGTTTCCGCAT SH3937 3937 50 52 RNase MRP RNaseMRP 101 115 201 15 CGTTTTCCGCATACGCGTTTTCCGCATACGCGTTTTCCGCATACGCGTTTTCCGCATACG SH3938 3938 95 39 RNase MRP RNaseMRP 106 122 206 17 CTCATTACGTTTTCCGCCTCATTACGTTTTCCGCCTCATTACGTTTTCCGCCTCATTACG SH3939 3939 39 112 RNase MRP RNaseMRP 111 132 211 22 ATTTTTAAATCTCATTACGTTTATTTTTAAATCTCATTACGTTTATTTTTAAATCTCATT SH3940 3940 44 80 RNase MRP RNaseMRP 116 140 216 25 AATTTAAAATTTTTAAATCTCATTAAATTTAAAATTTTTAAATCTCATTAAATTTAAAAT SH3941 3941 74 31 RNase MRP RNaseMRP 121 145 221 25 TAAACAATTTAAAATTTTTAAATCTTAAACAATTTAAAATTTTTAAATCTTAAACAATTT SH3942 3942 20 131 RNase MRP RNaseMRP 126 150 226 25 TGATTTAAACAATTTAAAATTTTTATGATTTAAACAATTTAAAATTTTTATGATTTAAAC SH3943 3943 63 114 RNase MRP RNaseMRP 131 153 231 23 AGTTGATTTAAACAATTTAAAATAGTTGATTTAAACAATTTAAAATAGTTGATTTAAACA SH3944 3944 39 19 RNase MRP RNaseMRP 136 157 236 22 AATGAGTTGATTTAAACAATTTAATGAGTTGATTTAAACAATTTAATGAGTTGATTTAAA SH3945 3945 49 169 RNase MRP RNaseMRP 141 160 241 20 CTTAATGAGTTGATTTAAACCTTAATGAGTTGATTTAAACCTTAATGAGTTGATTTAAAC SH3946 3946 23 98 RNase MRP RNaseMRP 146 163 246 18 CTCCTTAATGAGTTGATTCTCCTTAATGAGTTGATTCTCCTTAATGAGTTGATTCTCCTT SH3947 3947 100 122 RNase MRP RNaseMRP 151 167 251 17 CATCCTCCTTAATGAGTCATCCTCCTTAATGAGTCATCCTCCTTAATGAGTCATCCTCCT SH3948 3948 30 156 RNase MRP RNaseMRP 156 170 256 15 GGGCATCCTCCTTAAGGGCATCCTCCTTAAGGGCATCCTCCTTAAGGGCATCCTCCTTAA SH3949 3949 14 71 RNase MRP RNaseMRP 161 173 261 13 CAAGGGCATCCTCCAAGGGCATCCTCCAAGGGCATCCTCCAAGGGCATCCTCCAAGGGCA SH3950 3950 8 49 RNase MRP RNaseMRP 166 180 266 15 GAATACCCAAGGGCAGAATACCCAAGGGCAGAATACCCAAGGGCAGAATACCCAAGGGCA SH3951 3951 29 141 RNase MRP RNaseMRP 171 187 271 17 AGAAGCAGAATACCCAAAGAAGCAGAATACCCAAAGAAGCAGAATACCCAAAGAAGCAGA SH3952 3952 64 72 RNase MRP RNaseMRP 176 192 276 17 GGTCAAGAAGCAGAATAGGTCAAGAAGCAGAATAGGTCAAGAAGCAGAATAGGTCAAGAA SH3953 3953 86 15 RNase MRP RNaseMRP 181 195 281 15 CCAGGTCAAGAAGCACCAGGTCAAGAAGCACCAGGTCAAGAAGCACCAGGTCAAGAAGCA SH3954 3954 52 159 RNase MRP RNaseMRP 186 200 286 15 AGGTACCAGGTCAAGAGGTACCAGGTCAAGAGGTACCAGGTCAAGAGGTACCAGGTCAAG SH3955 3955 78 23 RNase MRP RNaseMRP 191 206 291 16 CAATAGAGGTACCAGGCAATAGAGGTACCAGGCAATAGAGGTACCAGGCAATAGAGGTAC SH3956 3956 35 54 RNase MRP RNaseMRP 196 211 296 16 CCCTGCAATAGAGGTACCCTGCAATAGAGGTACCCTGCAATAGAGGTACCCTGCAATAGA SH3957 3957 13 140 RNase MRP RNaseMRP 201 216 301 16 CAGTACCCTGCAATAGCAGTACCCTGCAATAGCAGTACCCTGCAATAGCAGTACCCTGCA SH3958 3958 102 159 RNase MRP RNaseMRP 206 218 306 13 ACCAGTACCCTGCACCAGTACCCTGCACCAGTACCCTGCACCAGTACCCTGCACCAGTAC SH3959 3959 17 89 RNase MRP RNaseMRP 211 227 311 17 GAAGAAAACACCAGTACGAAGAAAACACCAGTACGAAGAAAACACCAGTACGAAGAAAAC SH3960 3960 100 71 RNase MRP RNaseMRP 216 232 316 17 GTACCGAAGAAAACACCGTACCGAAGAAAACACCGTACCGAAGAAAACACCGTACCGAAG SH3961 3961 14 176 RNase MRP RNaseMRP 221 237 321 17 ATCCAGTACCGAAGAAAATCCAGTACCGAAGAAAATCCAGTACCGAAGAAAATCCAGTAC SH3962 3962 85 182 RNase MRP RNaseMRP 226 240 326 15 GGAATCCAGTACCGAGGAATCCAGTACCGAGGAATCCAGTACCGAGGAATCCAGTACCGA SH3963 3963 52 19 RNase MRP RNaseMRP 231 247 331 17 TACAAACGGAATCCAGTTACAAACGGAATCCAGTTACAAACGGAATCCAGTTACAAACGG SH3964 3964 71 154 RNase MRP RNaseMRP 236 253 336 18 ATTCCATACAAACGGAATATTCCATACAAACGGAATATTCCATACAAACGGAATATTCCA SH3965 3965 33 38 RNase MRP RNaseMRP 241 259 341 19 GTTTAGATTCCATACAAACGTTTAGATTCCATACAAACGTTTAGATTCCATACAAACGTT SH3966 3966 36 209 RNase MRP RNaseMRP 246 264 346 19 CTATGGTTTAGATTCCATACTATGGTTTAGATTCCATACTATGGTTTAGATTCCATACTA SH3967 3967 47 130 RNase MRP RNaseMRP 251 270 351 20 TCATAACTATGGTTTAGATTTCATAACTATGGTTTAGATTTCATAACTATGGTTTAGATT SH3968 3968 88 187 RNase MRP RNaseMRP 256 273 356 18 TCGTCATAACTATGGTTTTCGTCATAACTATGGTTTTCGTCATAACTATGGTTTTCGTCA SH3969 3969 91 50 RNase MRP RNaseMRP 261 278 361 18 AGCAATCGTCATAACTATAGCAATCGTCATAACTATAGCAATCGTCATAACTATAGCAAT SH3970 3970 23 57 RNase MRP RNaseMRP 266 283 366 18 GAAAGAGCAATCGTCATAGAAAGAGCAATCGTCATAGAAAGAGCAATCGTCATAGAAAGA SH3971 3971 103 186 RNase MRP RNaseMRP 271 285 371 15 GGGAAAGAGCAATCGGGGAAAGAGCAATCGGGGAAAGAGCAATCGGGGAAAGAGCAATCG SH3972 3972 63 138 RNase MRP RNaseMRP 276 288 376 13 CACGGGAAAGAGCCACGGGAAAGAGCCACGGGAAAGAGCCACGGGAAAGAGCCACGGGAA SH3973 3973 80 123 RNase MRP RNaseMRP 281 293 381 13 TCCAGCACGGGAATCCAGCACGGGAATCCAGCACGGGAATCCAGCACGGGAATCCAGCAC SH3974 3974 50 181 RNase MRP RNaseMRP 286 298 386 13 CTCGATCCAGCACCTCGATCCAGCACCTCGATCCAGCACCTCGATCCAGCACCTCGATCC SH3975 3975 21 104 RNase MRP RNaseMRP 291 305 391 15 TGGGTTACTCGATCCTGGGTTACTCGATCCTGGGTTACTCGATCCTGGGTTACTCGATCC SH3976 3976 28 20 RNase MRP RNaseMRP 296 311 396 16 CTCCATTGGGTTACTCCTCCATTGGGTTACTCCTCCATTGGGTTACTCCTCCATTGGGTT SH3977 3977 39 181 RNase MRP RNaseMRP 301 316 401 16 GTAAGCTCCATTGGGTGTAAGCTCCATTGGGTGTAAGCTCCATTGGGTGTAAGCTCCATT SH3978 3978 52 184 RNase MRP RNaseMRP 306 323 406 18 AAGAATAGTAAGCTCCATAAGAATAGTAAGCTCCATAAGAATAGTAAGCTCCATAAGAAT SH3979 3979 52 75 RNase MRP RNaseMRP 311 327 411 17 GACCAAGAATAGTAAGCGACCAAGAATAGTAAGCGACCAAGAATAGTAAGCGACCAAGAA SH3980 3980 41 154 RNase MRP RNaseMRP 316 332 416 17 CCATGGACCAAGAATAGCCATGGACCAAGAATAGCCATGGACCAAGAATAGCCATGGACC SH3981 3981 32 74 RNase MRP RNaseMRP 321 336 421 16 GAATCCATGGACCAAGGAATCCATGGACCAAGGAATCCATGGACCAAGGAATCCATGGAC SH3982 3982 27 123 RNase MRP RNaseMRP 326 340 426 15 GGGTGAATCCATGGAGGGTGAATCCATGGAGGGTGAATCCATGGAGGGTGAATCCATGGA SH3983 3983 25 146 RNase MRP 331-340 + 3' 331 431 17 taaaaagGGGTGAATCCtaaaaagGGGTGAATCCtaaaaagGGGTGAATCCtaaaaagGG SH3984 3984 86 152 RNase MRP 336-340 + 3' 336 436 20 taaaaaaataaaaagGGGTGtaaaaaaataaaaagGGGTGtaaaaaaataaaaagGGGTG SH3985 3985 14 74 RNase MRP 3' 441 23 caaactgttaaaaaaataaaaagcaaactgttaaaaaaataaaaagcaaactgttaaaaa SH3986 3986 11 17 RNase MRP 3' 446 22 acaacaaactgttaaaaaaataacaacaaactgttaaaaaaataacaacaaactgttaaa SH3987 3987 9 205 RNase MRP 3' 451 21 gtaaacaacaaactgttaaaagtaaacaacaaactgttaaaagtaaacaacaaactgtta SH3988 3988 84 58 RNase MRP 3' 456 18 gtgtaaacaacaaactgtgtgtaaacaacaaactgtgtgtaaacaacaaactgtgtgtaa SH3989 3989 93 187 RNase MRP 3' 461 20 aaaagtagtgtaaacaacaaaaaagtagtgtaaacaacaaaaaagtagtgtaaacaacaa SH3990 3990 85 132 RNase MRP 3' 466 19 gctaaaaagtagtgtaaacgctaaaaagtagtgtaaacgctaaaaagtagtgtaaacgct SH3991 3991 41 153 RNase MRP 3' 471 18 cactgctaaaaagtagtgcactgctaaaaagtagtgcactgctaaaaagtagtgcactgc SH3992 3992 32 133 RNase MRP 3' 476 19 gttttacactgctaaaaaggttttacactgctaaaaaggttttacactgctaaaaaggtt SH3993 3993 97 68 RNase MRP 3' 481 19 caaaagttttacactgctacaaaagttttacactgctacaaaagttttacactgctacaa SH3994 3994 103 51 RNase MRP 3' 486 19 ctatgcaaaagttttacacctatgcaaaagttttacacctatgcaaaagttttacaccta SH3995 3995 42 89 RNase MRP 3' 491 22 atatttaactatgcaaaagtttatatttaactatgcaaaagtttatatttaactatgcaa SH3996 3996 93 201 RNase MRP 3' 496 20 ggcatatttaactatgcaaaggcatatttaactatgcaaaggcatatttaactatgcaaa SH3997 3997 33 208 RNase MRP 3' 501 19 gttcggcatatttaactatgttcggcatatttaactatgttcggcatatttaactatgtt SH3998 3998 70 138 RNase MRP 3' 506 18 atcagttcggcatatttaatcagttcggcatatttaatcagttcggcatatttaatcagt SH3999 3999 56 11 RNase MRP 3' 511 17 ttagatcagttcggcatttagatcagttcggcatttagatcagttcggcatttagatcag SH4000 4000 20 5 RNase MRP 3' 516 20 actttttattagatcagttcactttttattagatcagttcactttttattagatcagttc SH4001 4001 11 140 RNase MRP 3' 521 20 ttcagactttttattagatcttcagactttttattagatcttcagactttttattagatc SH4002 4002 104 111 SRP RNA 5' 1 17 ctgggattgcatgaaagctgggattgcatgaaagctgggattgcatgaaagctgggattg SH4003 4003 43 83 SRP RNA 5' 6 17 tactactgggattgcattactactgggattgcattactactgggattgcattactactgg SH4004 4004 44 213 SRP RNA 5' 11 17 taacctactactgggattaacctactactgggattaacctactactgggattaacctact SH4005 4005 99 22 SRP RNA 5' 16 20 aaattcattaacctactactaaattcattaacctactactaaattcattaacctactact SH4006 4006 58 184 SRP RNA 5' 21 20 tagagaaattcattaacctatagagaaattcattaacctatagagaaattcattaaccta SH4007 4007 80 96 SRP RNA 5' 26 22 aaagaattagagaaattcattaaaagaattagagaaattcattaaaagaattagagaaat SH4008 4008 9 87 SRP RNA 5' 31 21 gttgaaagaattagagaaattgttgaaagaattagagaaattgttgaaagaattagagaa SH4009 4009 66 107 SRP RNA 5' 36 20 ataagttgaaagaattagagataagttgaaagaattagagataagttgaaagaattagag SH4010 4010 52 117 SRP RNA 5' 41 19 gagcataagttgaaagaatgagcataagttgaaagaatgagcataagttgaaagaatgag SH4011 4011 55 100 SRP RNA 5' 46 18 gtacgagcataagttgaagtacgagcataagttgaagtacgagcataagttgaagtacga SH4012 4012 18 92 SRP RNA 5' 51 17 ttgagtacgagcataagttgagtacgagcataagttgagtacgagcataagttgagtacg SH4013 4013 99 30 SRP RNA 5' 56 16 caagttgagtacgagccaagttgagtacgagccaagttgagtacgagccaagttgagtac SH4014 4014 27 176 SRP RNA 5' 61 19 cacaattacaagttgagtacacaattacaagttgagtacacaattacaagttgagtacac SH4015 4015 64 205 SRP RNA 5' 66 18 ggatcacaattacaagttggatcacaattacaagttggatcacaattacaagttggatca SH4016 4016 90 122 SRP RNA 5' 71 18 aagatggatcacaattacaagatggatcacaattacaagatggatcacaattacaagatg SH4017 4017 52 188 SRP RNA 5' 76 18 gcaaaaagatggatcacagcaaaaagatggatcacagcaaaaagatggatcacagcaaaa SH4018 4018 38 193 SRP RNA 5' 81 18 tcaaagcaaaaagatggatcaaagcaaaaagatggatcaaagcaaaaagatggatcaaag SH4019 4019 12 85 SRP RNA 5' - 5 5 86 20 GATCAtttcaaagcaaaaagGATCAtttcaaagcaaaaagGATCAtttcaaagcaaaaag SH4020 4020 24 36 SRP RNA 5' - 8 8 91 18 GTTGATCAtttcaaagcaGTTGATCAtttcaaagcaGTTGATCAtttcaaagcaGTTGAT SH4021 4021 58 43 SRP RNA 5' - 13 13 96 18 GCTAAGTTGATCAtttcaGCTAAGTTGATCAtttcaGCTAAGTTGATCAtttcaGCTAAG SH4022 4022 34 182 SRP RNA SRP RNA 1 17 101 17 CCTGGCTAAGTTGATCACCTGGCTAAGTTGATCACCTGGCTAAGTTGATCACCTGGCTAA SH4023 4023 74 119 SRP RNA SRP RNA 6 22 106 17 GATGTCCTGGCTAAGTTGATGTCCTGGCTAAGTTGATGTCCTGGCTAAGTTGATGTCCTG SH4024 4024 83 147 SRP RNA SRP RNA 11 23 111 13 GGATGTCCTGGCTGGATGTCCTGGCTGGATGTCCTGGCTGGATGTCCTGGCTGGATGTCC SH4025 4025 54 72 SRP RNA SRP RNA 16 31 116 16 CAAGCTATGGATGTCCCAAGCTATGGATGTCCCAAGCTATGGATGTCCCAAGCTATGGAT SH4026 4026 57 199 SRP RNA SRP RNA 21 37 121 17 TTGTCACAAGCTATGGATTGTCACAAGCTATGGATTGTCACAAGCTATGGATTGTCACAA SH4027 4027 18 18 SRP RNA SRP RNA 26 42 126 17 TCAGATTGTCACAAGCTTCAGATTGTCACAAGCTTCAGATTGTCACAAGCTTCAGATTGT SH4028 4028 29 67 SRP RNA SRP RNA 31 48 131 18 ATATAGTCAGATTGTCACATATAGTCAGATTGTCACATATAGTCAGATTGTCACATATAG SH4029 4029 101 168 SRP RNA SRP RNA 36 55 136 20 GAAAATGATATAGTCAGATTGAAAATGATATAGTCAGATTGAAAATGATATAGTCAGATT SH4030 4030 66 199 SRP RNA SRP RNA 41 59 141 19 GACTGAAAATGATATAGTCGACTGAAAATGATATAGTCGACTGAAAATGATATAGTCGAC SH4031 4031 44 193 SRP RNA SRP RNA 46 66 146 21 CAAATAAGACTGAAAATGATACAAATAAGACTGAAAATGATACAAATAAGACTGAAAATG SH4032 4032 22 175 SRP RNA SRP RNA 51 70 151 20 TCATCAAATAAGACTGAAAATCATCAAATAAGACTGAAAATCATCAAATAAGACTGAAAA SH4033 4033 17 135 SRP RNA SRP RNA 56 75 156 20 GTGAATCATCAAATAAGACTGTGAATCATCAAATAAGACTGTGAATCATCAAATAAGACT SH4034 4034 41 106 SRP RNA SRP RNA 61 80 161 20 AATGTGTGAATCATCAAATAAATGTGTGAATCATCAAATAAATGTGTGAATCATCAAATA SH4035 4035 7 204 SRP RNA SRP RNA 66 82 166 17 GGAATGTGTGAATCATCGGAATGTGTGAATCATCGGAATGTGTGAATCATCGGAATGTGT SH4036 4036 17 67 SRP RNA SRP RNA 71 88 171 18 TAACAAGGAATGTGTGAATAACAAGGAATGTGTGAATAACAAGGAATGTGTGAATAACAA SH4037 4037 92 209 SRP RNA SRP RNA 76 95 176 20 GTTGTTATAACAAGGAATGTGTTGTTATAACAAGGAATGTGTTGTTATAACAAGGAATGT SH4038 4038 19 65 SRP RNA SRP RNA 81 97 181 17 GGGTTGTTATAACAAGGGGGTTGTTATAACAAGGGGGTTGTTATAACAAGGGGGTTGTTA SH4039 4039 53 9 SRP RNA SRP RNA 86 102 186 17 ACCGAGGGTTGTTATAAACCGAGGGTTGTTATAAACCGAGGGTTGTTATAAACCGAGGGT SH4040 4040 57 13 SRP RNA SRP RNA 91 106 191 16 GAATACCGAGGGTTGTGAATACCGAGGGTTGTGAATACCGAGGGTTGTGAATACCGAGGG SH4041 4041 52 170 SRP RNA SRP RNA 96 113 196 18 GTTAAAAGAATACCGAGGGTTAAAAGAATACCGAGGGTTAAAAGAATACCGAGGGTTAAA SH4042 4042 72 21 SRP RNA SRP RNA 101 121 201 21 GTAAGTTTGTTAAAAGAATACGTAAGTTTGTTAAAAGAATACGTAAGTTTGTTAAAAGAA SH4043 4043 89 146 SRP RNA SRP RNA 106 125 206 20 CATCGTAAGTTTGTTAAAAGCATCGTAAGTTTGTTAAAAGCATCGTAAGTTTGTTAAAAG SH4044 4044 2 52 SRP RNA SRP RNA 111 128 211 18 AGTCATCGTAAGTTTGTTAGTCATCGTAAGTTTGTTAGTCATCGTAAGTTTGTTAGTCAT SH4045 4045 64 117 SRP RNA SRP RNA 116 134 216 19 CAATATAGTCATCGTAAGTCAATATAGTCATCGTAAGTCAATATAGTCATCGTAAGTCAA SH4046 4046 60 2 SRP RNA SRP RNA 121 140 221 20 CTAATACAATATAGTCATCGCTAATACAATATAGTCATCGCTAATACAATATAGTCATCG SH4047 4047 5 142 SRP RNA SRP RNA 126 145 226 20 TGACACTAATACAATATAGTTGACACTAATACAATATAGTTGACACTAATACAATATAGT SH4048 4048 70 80 SRP RNA SRP RNA 131 148 231 18 GGTTGACACTAATACAATGGTTGACACTAATACAATGGTTGACACTAATACAATGGTTGA SH4049 4049 4 74 SRP RNA SRP RNA 136 153 236 18 GATGAGGTTGACACTAATGATGAGGTTGACACTAATGATGAGGTTGACACTAATGATGAG SH4050 4050 55 143 SRP RNA SRP RNA 141 155 241 15 GCGATGAGGTTGACAGCGATGAGGTTGACAGCGATGAGGTTGACAGCGATGAGGTTGACA SH4051 4051 92 137 SRP RNA SRP RNA 146 158 246 13 CTGGCGATGAGGTCTGGCGATGAGGTCTGGCGATGAGGTCTGGCGATGAGGTCTGGCGAT SH4052 4052 40 196 SRP RNA SRP RNA 151 167 251 17 GAAAAGTTCCTGGCGATGAAAAGTTCCTGGCGATGAAAAGTTCCTGGCGATGAAAAGTTC SH4053 4053 59 152 SRP RNA SRP RNA 156 173 256 18 TTCAATGAAAAGTTCCTGTTCAATGAAAAGTTCCTGTTCAATGAAAAGTTCCTGTTCAAT SH4054 4054 27 45 SRP RNA SRP RNA 161 180 261 20 GAAGATTTTCAATGAAAAGTGAAGATTTTCAATGAAAAGTGAAGATTTTCAATGAAAAGT SH4055 4055 26 66 SRP RNA SRP RNA 166 184 266 19 GTCAGAAGATTTTCAATGAGTCAGAAGATTTTCAATGAGTCAGAAGATTTTCAATGAGTC SH4056 4056 59 42 SRP RNA SRP RNA 171 190 271 20 AAATTTGTCAGAAGATTTTCAAATTTGTCAGAAGATTTTCAAATTTGTCAGAAGATTTTC SH4057 4057 46 58 SRP RNA SRP RNA 176 194 276 19 CAGAAAATTTGTCAGAAGACAGAAAATTTGTCAGAAGACAGAAAATTTGTCAGAAGACAG SH4058 4058 93 33 SRP RNA SRP RNA 181 200 281 20 TTTACACAGAAAATTTGTCATTTACACAGAAAATTTGTCATTTACACAGAAAATTTGTCA SH4059 4059 44 167 SRP RNA SRP RNA 186 205 286 20 TTTCCTTTACACAGAAAATTTTTCCTTTACACAGAAAATTTTTCCTTTACACAGAAAATT SH4060 4060 23 178 SRP RNA SRP RNA 191 208 291 18 TTCTTTCCTTTACACAGATTCTTTCCTTTACACAGATTCTTTCCTTTACACAGATTCTTT SH4061 4061 86 110 SRP RNA SRP RNA 196 213 296 18 CCATTTTCTTTCCTTTACCCATTTTCTTTCCTTTACCCATTTTCTTTCCTTTACCCATTT SH4062 4062 60 9 SRP RNA SRP RNA 201 218 301 18 ATACTCCATTTTCTTTCCATACTCCATTTTCTTTCCATACTCCATTTTCTTTCCATACTC SH4063 4063 32 79 SRP RNA SRP RNA 206 225 306 20 CGATTTTATACTCCATTTTCCGATTTTATACTCCATTTTCCGATTTTATACTCCATTTTC SH4064 4064 39 79 SRP RNA SRP RNA 211 229 311 19 CTTTCGATTTTATACTCCACTTTCGATTTTATACTCCACTTTCGATTTTATACTCCACTT SH4065 4065 78 16 SRP RNA SRP RNA 216 237 316 22 GGAATAAACTTTCGATTTTATAGGAATAAACTTTCGATTTTATAGGAATAAACTTTCGAT SH4066 4066 42 187 SRP RNA SRP RNA 221 240 321 20 ATTGGAATAAACTTTCGATTATTGGAATAAACTTTCGATTATTGGAATAAACTTTCGATT SH4067 4067 90 89 SRP RNA SRP RNA 226 245 326 20 GCACAATTGGAATAAACTTTGCACAATTGGAATAAACTTTGCACAATTGGAATAAACTTT SH4068 4068 97 16 SRP RNA SRP RNA 231 248 331 18 CTAGCACAATTGGAATAACTAGCACAATTGGAATAACTAGCACAATTGGAATAACTAGCA SH4069 4069 29 13 SRP RNA SRP RNA 236 250 336 15 GCCTAGCACAATTGGGCCTAGCACAATTGGGCCTAGCACAATTGGGCCTAGCACAATTGG SH4070 4070 78 115 SRP RNA SRP RNA 241 257 341 17 CATTACAGCCTAGCACACATTACAGCCTAGCACACATTACAGCCTAGCACACATTACAGC SH4071 4071 96 196 SRP RNA SRP RNA 246 262 346 17 AAAGCCATTACAGCCTAAAAGCCATTACAGCCTAAAAGCCATTACAGCCTAAAAGCCATT SH4072 4072 23 93 SRP RNA SRP RNA 251 267 351 17 ACCAGAAAGCCATTACAACCAGAAAGCCATTACAACCAGAAAGCCATTACAACCAGAAAG SH4073 4073 17 95 SRP RNA SRP RNA 256 270 356 15 CCCACCAGAAAGCCACCCACCAGAAAGCCACCCACCAGAAAGCCACCCACCAGAAAGCCA SH4074 4074 75 153 SRP RNA SRP RNA 261 275 361 15 CCCATCCCACCAGAACCCATCCCACCAGAACCCATCCCACCAGAACCCATCCCACCAGAA SH4075 4075 42 153 SRP RNA SRP RNA 266 280 366 15 CGTATCCCATCCCACCGTATCCCATCCCACCGTATCCCATCCCACCGTATCCCATCCCAC SH4076 4076 58 84 SRP RNA SRP RNA 271 287 371 17 TTCTCAACGTATCCCATTTCTCAACGTATCCCATTTCTCAACGTATCCCATTTCTCAACG SH4077 4077 42 133 SRP RNA SRP RNA 276 293 376 18 CCAGAATTCTCAACGTATCCAGAATTCTCAACGTATCCAGAATTCTCAACGTATCCAGAA SH4078 4078 49 125 SRP RNA SRP RNA 281 296 381 16 CGGCCAGAATTCTCAACGGCCAGAATTCTCAACGGCCAGAATTCTCAACGGCCAGAATTC SH4079 4079 7 46 SRP RNA SRP RNA 286 300 386 15 TCCTCGGCCAGAATTTCCTCGGCCAGAATTTCCTCGGCCAGAATTTCCTCGGCCAGAATT SH4080 4080 31 122 SRP RNA SRP RNA 291 303 391 13 TGTTCCTCGGCCATGTTCCTCGGCCATGTTCCTCGGCCATGTTCCTCGGCCATGTTCCTC SH4081 4081 80 103 SRP RNA SRP RNA 296 312 396 17 GGAAGGATTTGTTCCTCGGAAGGATTTGTTCCTCGGAAGGATTTGTTCCTCGGAAGGATT SH4082 4082 42 95 SRP RNA SRP RNA 301 316 401 16 GCGAGGAAGGATTTGTGCGAGGAAGGATTTGTGCGAGGAAGGATTTGTGCGAGGAAGGAT SH4083 4083 62 121 SRP RNA SRP RNA 306 318 406 13 CCGCGAGGAAGGACCGCGAGGAAGGACCGCGAGGAAGGACCGCGAGGAAGGACCGCGAGG SH4084 4084 101 28 SRP RNA SRP RNA 311 323 411 13 TCTAGCCGCGAGGTCTAGCCGCGAGGTCTAGCCGCGAGGTCTAGCCGCGAGGTCTAGCCG SH4085 4085 25 67 SRP RNA SRP RNA 316 328 416 13 CCGTGTCTAGCCGCCGTGTCTAGCCGCCGTGTCTAGCCGCCGTGTCTAGCCGCCGTGTCT SH4086 4086 3 100 SRP RNA SRP RNA 321 335 421 15 GTGCAATCCGTGTCTGTGCAATCCGTGTCTGTGCAATCCGTGTCTGTGCAATCCGTGTCT SH4087 4087 54 213 SRP RNA SRP RNA 326 338 426 13 GGCGTGCAATCCGGGCGTGCAATCCGGGCGTGCAATCCGGGCGTGCAATCCGGGCGTGCA SH4088 4088 23 62 SRP RNA SRP RNA 331 343 431 13 CAAAGGGCGTGCACAAAGGGCGTGCACAAAGGGCGTGCACAAAGGGCGTGCACAAAGGGC SH4089 4089 28 57 SRP RNA SRP RNA 336 348 436 13 TTGCCCAAAGGGCTTGCCCAAAGGGCTTGCCCAAAGGGCTTGCCCAAAGGGCTTGCCCAA SH4090 4090 52 11 SRP RNA SRP RNA 341 355 441 15 CTATCCCTTGCCCAACTATCCCTTGCCCAACTATCCCTTGCCCAACTATCCCTTGCCCAA SH4091 4091 92 186 SRP RNA SRP RNA 346 362 446 17 TAGAGAACTATCCCTTGTAGAGAACTATCCCTTGTAGAGAACTATCCCTTGTAGAGAACT SH4092 4092 68 27 SRP RNA SRP RNA 351 367 451 17 CGGAATAGAGAACTATCCGGAATAGAGAACTATCCGGAATAGAGAACTATCCGGAATAGA SH4093 4093 72 64 SRP RNA SRP RNA 356 371 456 16 GGTGCGGAATAGAGAAGGTGCGGAATAGAGAAGGTGCGGAATAGAGAAGGTGCGGAATAG SH4094 4094 20 71 SRP RNA SRP RNA 361 375 461 15 GCACGGTGCGGAATAGCACGGTGCGGAATAGCACGGTGCGGAATAGCACGGTGCGGAATA SH4095 4095 35 186 SRP RNA SRP RNA 366 378 466 13 AGGGCACGGTGCGAGGGCACGGTGCGAGGGCACGGTGCGAGGGCACGGTGCGAGGGCACG SH4096 4096 72 173 SRP RNA SRP RNA 371 383 471 13 ACAACAGGGCACGACAACAGGGCACGACAACAGGGCACGACAACAGGGCACGACAACAGG SH4097 4097 100 110 SRP RNA SRP RNA 376 390 476 15 GGTTGCCACAACAGGGGTTGCCACAACAGGGGTTGCCACAACAGGGGTTGCCACAACAGG SH4098 4098 51 128 SRP RNA SRP RNA 381 393 481 13 GACGGTTGCCACAGACGGTTGCCACAGACGGTTGCCACAGACGGTTGCCACAGACGGTTG SH4099 4099 49 30 SRP RNA SRP RNA 386 400 486 15 GAGGAAAGACGGTTGGAGGAAAGACGGTTGGAGGAAAGACGGTTGGAGGAAAGACGGTTG SH4100 4100 27 185 SRP RNA SRP RNA 391 405 491 15 CGACGGAGGAAAGACCGACGGAGGAAAGACCGACGGAGGAAAGACCGACGGAGGAAAGAC SH4101 4101 90 79 SRP RNA SRP RNA 396 412 496 17 AAATTTACGACGGAGGAAAATTTACGACGGAGGAAAATTTACGACGGAGGAAAATTTACG SH4102 4102 89 178 SRP RNA SRP RNA 401 417 501 17 AGGACAAATTTACGACGAGGACAAATTTACGACGAGGACAAATTTACGACGAGGACAAAT SH4103 4103 11 25 SRP RNA SRP RNA 406 422 506 17 TGCCCAGGACAAATTTATGCCCAGGACAAATTTATGCCCAGGACAAATTTATGCCCAGGA SH4104 4104 21 101 SRP RNA SRP RNA 411 423 511 13 CTGCCCAGGACAACTGCCCAGGACAACTGCCCAGGACAACTGCCCAGGACAACTGCCCAG SH4105 4105 68 120 SRP RNA SRP RNA 416 428 516 13 CAGCTCTGCCCAGCAGCTCTGCCCAGCAGCTCTGCCCAGCAGCTCTGCCCAGCAGCTCTG SH4106 4106 94 189 SRP RNA SRP RNA 421 433 521 13 GCAGACAGCTCTGGCAGACAGCTCTGGCAGACAGCTCTGGCAGACAGCTCTGGCAGACAG SH4107 4107 33 200 SRP RNA SRP RNA 426 438 526 13 TCCGGGCAGACAGTCCGGGCAGACAGTCCGGGCAGACAGTCCGGGCAGACAGTCCGGGCA SH4108 4108 79 136 SRP RNA SRP RNA 431 443 531 13 CCGCCTCCGGGCACCGCCTCCGGGCACCGCCTCCGGGCACCGCCTCCGGGCACCGCCTCC SH4109 4109 8 62 SRP RNA SRP RNA 436 448 536 13 CTCTCCCGCCTCCCTCTCCCGCCTCCCTCTCCCGCCTCCCTCTCCCGCCTCCCTCTCCCG SH4110 4110 45 190 SRP RNA SRP RNA 441 453 541 13 ACGGACTCTCCCGACGGACTCTCCCGACGGACTCTCCCGACGGACTCTCCCGACGGACTC SH4111 4111 2 78 SRP RNA SRP RNA 446 460 546 15 CTTCAGAACGGACTCCTTCAGAACGGACTCCTTCAGAACGGACTCCTTCAGAACGGACTC SH4112 4112 10 146 SRP RNA SRP RNA 451 465 551 15 GGACACTTCAGAACGGGACACTTCAGAACGGGACACTTCAGAACGGGACACTTCAGAACG SH4113 4113 103 98 SRP RNA SRP RNA 456 468 556 13 CCGGGACACTTCACCGGGACACTTCACCGGGACACTTCACCGGGACACTTCACCGGGACA SH4114 4114 69 29 SRP RNA SRP RNA 461 477 561 17 TTATTATAGCCGGGACATTATTATAGCCGGGACATTATTATAGCCGGGACATTATTATAG SH4115 4115 38 11 SRP RNA SRP RNA 466 483 566 18 ATCGATTTATTATAGCCGATCGATTTATTATAGCCGATCGATTTATTATAGCCGATCGAT SH4116 4116 22 10 SRP RNA SRP RNA 471 490 571 20 CGCAAAGATCGATTTATTATCGCAAAGATCGATTTATTATCGCAAAGATCGATTTATTAT SH4117 4117 59 159 SRP RNA SRP RNA 476 492 576 17 CCCGCAAAGATCGATTTCCCGCAAAGATCGATTTCCCGCAAAGATCGATTTCCCGCAAAG SH4118 4118 73 10 SRP RNA SRP RNA 481 493 581 13 GCCCGCAAAGATCGCCCGCAAAGATCGCCCGCAAAGATCGCCCGCAAAGATCGCCCGCAA SH4119 4119 73 151 SRP RNA SRP RNA 486 498 586 13 GGGCTGCCCGCAAGGGCTGCCCGCAAGGGCTGCCCGCAAGGGCTGCCCGCAAGGGCTGCC SH4120 4120 47 80 SRP RNA SRP RNA 491 503 591 13 CCAACGGGCTGCCCCAACGGGCTGCCCCAACGGGCTGCCCCAACGGGCTGCCCCAACGGG SH4121 4121 17 38 SRP RNA SRP RNA 496 508 596 13 TCCTGCCAACGGGTCCTGCCAACGGGTCCTGCCAACGGGTCCTGCCAACGGGTCCTGCCA SH4122 4122 78 146 SRP RNA SRP RNA 501 513 601 13 ACGCCTCCTGCCAACGCCTCCTGCCAACGCCTCCTGCCAACGCCTCCTGCCAACGCCTCC SH4123 4123 9 197 SRP RNA SRP RNA 506 518 606 13 TCCTCACGCCTCCTCCTCACGCCTCCTCCTCACGCCTCCTCCTCACGCCTCCTCCTCACG SH4124 4124 24 54 SRP RNA SRP RNA 511 523 611 13 CGGATTCCTCACGCGGATTCCTCACGCGGATTCCTCACGCGGATTCCTCACGCGGATTCC SH4125 4125 91 51 SRP RNA SRP RNA 516 530 616 15 AGAGAGACGGATTCCAGAGAGACGGATTCCAGAGAGACGGATTCCAGAGAGACGGATTCC SH4126 4126 26 26 SRP RNA SRP RNA 521 533 621 13 GACAGAGAGACGGGACAGAGAGACGGGACAGAGAGACGGGACAGAGAGACGGGACAGAGA SH4127 4127 79 121 SRP RNA SRP RNA 526 540 626 15 CGCACCAGACAGAGACGCACCAGACAGAGACGCACCAGACAGAGACGCACCAGACAGAGA SH4128 4128 73 23 SRP RNA SRP RNA 531 543 631 13 TGCCGCACCAGACTGCCGCACCAGACTGCCGCACCAGACTGCCGCACCAGACTGCCGCAC SH4129 4129 78 110 SRP RNA SRP RNA 536 548 636 13 TACCTTGCCGCACTACCTTGCCGCACTACCTTGCCGCACTACCTTGCCGCACTACCTTGC SH4130 4130 8 68 SRP RNA SRP RNA 541 555 641 15 CCAGAACTACCTTGCCCAGAACTACCTTGCCCAGAACTACCTTGCCCAGAACTACCTTGC SH4131 4131 96 125 SRP RNA SRP RNA 546 560 646 15 AGGACCCAGAACTACAGGACCCAGAACTACAGGACCCAGAACTACAGGACCCAGAACTAC SH4132 4132 58 202 SRP RNA SRP RNA 551 565 651 15 CCCTAAGGACCCAGACCCTAAGGACCCAGACCCTAAGGACCCAGACCCTAAGGACCCAGA SH4133 4133 83 188 SRP RNA SRP RNA 556 568 656 13 AGCCCCTAAGGACAGCCCCTAAGGACAGCCCCTAAGGACAGCCCCTAAGGACAGCCCCTA SH4134 4134 57 114 SRP RNA SRP RNA 561 573 661 13 GGTGGAGCCCCTAGGTGGAGCCCCTAGGTGGAGCCCCTAGGTGGAGCCCCTAGGTGGAGC SH4135 4135 89 133 SRP RNA SRP RNA 566 578 666 13 GTGAAGGTGGAGCGTGAAGGTGGAGCGTGAAGGTGGAGCGTGAAGGTGGAGCGTGAAGGT SH4136 4136 31 158 SRP RNA SRP RNA 571 583 671 13 CAGCGGTGAAGGTCAGCGGTGAAGGTCAGCGGTGAAGGTCAGCGGTGAAGGTCAGCGGTG SH4137 4137 86 212 SRP RNA SRP RNA 576 588 676 13 CCTAACAGCGGTGCCTAACAGCGGTGCCTAACAGCGGTGCCTAACAGCGGTGCCTAACAG SH4138 4138 34 91 SRP RNA SRP RNA 581 597 681 17 TAAAACTCCCCTAACAGTAAAACTCCCCTAACAGTAAAACTCCCCTAACAGTAAAACTCC SH4139 4139 67 157 SRP RNA SRP RNA 586 602 686 17 CTGGATAAAACTCCCCTCTGGATAAAACTCCCCTCTGGATAAAACTCCCCTCTGGATAAA SH4140 4140 38 84 SRP RNA SRP RNA 591 607 691 17 TGACGCTGGATAAAACTTGACGCTGGATAAAACTTGACGCTGGATAAAACTTGACGCTGG SH4141 4141 69 164 SRP RNA SRP RNA 596 610 696 15 TGCTGACGCTGGATATGCTGACGCTGGATATGCTGACGCTGGATATGCTGACGCTGGATA SH4142 4142 77 124 SRP RNA SRP RNA 601 615 701 15 ACCTTTGCTGACGCTACCTTTGCTGACGCTACCTTTGCTGACGCTACCTTTGCTGACGCT SH4143 4143 31 65 SRP RNA SRP RNA 606 620 706 15 GGGTCACCTTTGCTGGGGTCACCTTTGCTGGGGTCACCTTTGCTGGGGTCACCTTTGCTG SH4144 4144 63 214 SRP RNA SRP RNA 611 623 711 13 CACGGGTCACCTTCACGGGTCACCTTCACGGGTCACCTTCACGGGTCACCTTCACGGGTC SH4145 4145 71 160 SRP RNA SRP RNA 616 628 716 13 TCCATCACGGGTCTCCATCACGGGTCTCCATCACGGGTCTCCATCACGGGTCTCCATCAC SH4146 4146 103 190 SRP RNA SRP RNA 621 633 721 13 CCGCCTCCATCACCCGCCTCCATCACCCGCCTCCATCACCCGCCTCCATCACCCGCCTCC SH4147 4147 73 102 SRP RNA SRP RNA 626 638 726 13 CCCGGCCGCCTCCCCCGGCCGCCTCCCCCGGCCGCCTCCCCCGGCCGCCTCCCCCGGCCG SH4148 4148 49 186 SRP RNA SRP RNA 631 643 731 13 GCTATCCCGGCCGGCTATCCCGGCCGGCTATCCCGGCCGGCTATCCCGGCCGGCTATCCC SH4149 4149 32 97 SRP RNA SRP RNA 636 652 736 17 CTGATATGTGCTATCCCCTGATATGTGCTATCCCCTGATATGTGCTATCCCCTGATATGT SH4150 4150 75 191 SRP RNA SRP RNA 641 656 741 16 CCGACTGATATGTGCTCCGACTGATATGTGCTCCGACTGATATGTGCTCCGACTGATATG SH4151 4151 20 95 SRP RNA SRP RNA 646 663 746 18 CAATTATCCGACTGATATCAATTATCCGACTGATATCAATTATCCGACTGATATCAATTA SH4152 4152 84 121 SRP RNA SRP RNA 651 667 751 17 TGCACAATTATCCGACTTGCACAATTATCCGACTTGCACAATTATCCGACTTGCACAATT SH4153 4153 103 148 SRP RNA SRP RNA 656 673 756 18 TCAACTTGCACAATTATCTCAACTTGCACAATTATCTCAACTTGCACAATTATCTCAACT SH4154 4154 67 131 SRP RNA 661-675 + 3' 661 761 17 gcGATCAACTTGCACAAgcGATCAACTTGCACAAgcGATCAACTTGCACAAgcGATCAAC SH4155 4155 45 152 SRP RNA 666-675 + 3' 666 766 16 cgaagcGATCAACTTGcgaagcGATCAACTTGcgaagcGATCAACTTGcgaagcGATCAA SH4156 4156 86 204 SRP RNA 671-675 + 3' 671 771 13 gccgaagcGATCAgccgaagcGATCAgccgaagcGATCAgccgaagcGATCAgccgaagc SH4157 4157 79 40 SRP RNA 3' 776 13 aaaccgccgaagcaaaccgccgaagcaaaccgccgaagcaaaccgccgaagcaaaccgcc SH4158 4158 20 126 SRP RNA 3' 781 16 gccaaattaaaccgccgccaaattaaaccgccgccaaattaaaccgccgccaaattaaac SH4159 4159 41 114 SRP RNA 3' 786 17 ggcaccgccaaattaaaggcaccgccaaattaaaggcaccgccaaattaaaggcaccgcc SH4160 4160 97 40 SRP RNA 3' 791 13 tggcaccgccaaatggcaccgccaaatggcaccgccaaatggcaccgccaaatggcaccg SH4161 4161 41 192 SRP RNA 3' 796 13 cctgatggcaccgcctgatggcaccgcctgatggcaccgcctgatggcaccgcctgatgg SH4162 4162 72 61 SRP RNA 3' 801 17 cgagtaaatcctgatggcgagtaaatcctgatggcgagtaaatcctgatggcgagtaaat SH4163 4163 76 206 SRP RNA 3' 806 17 atgtgcgagtaaatcctatgtgcgagtaaatcctatgtgcgagtaaatcctatgtgcgag SH4164 4164 26 167 SRP RNA 3' 811 17 ccacaatgtgcgagtaaccacaatgtgcgagtaaccacaatgtgcgagtaaccacaatgt SH4165 4165 30 97 SRP RNA 3' 816 13 gccacaatgtgcggccacaatgtgcggccacaatgtgcggccacaatgtgcggccacaat SH4166 4166 103 141 SRP RNA 3' 821 15 gggaacggccacaatgggaacggccacaatgggaacggccacaatgggaacggccacaat SH4167 4167 84 202 SRP RNA 3' 826 13 cgagggaacggcccgagggaacggcccgagggaacggcccgagggaacggcccgagggaa SH4168 4168 63 58 SRP RNA 3' 831 13 atccccgagggaaatccccgagggaaatccccgagggaaatccccgagggaaatccccga SH4169 4169 13 183 SRP RNA 3' 836 13 actccatccccgaactccatccccgaactccatccccgaactccatccccgaactccatc SH4170 4170 19 213 SRP RNA 3' 841 15 aggacacactccatcaggacacactccatcaggacacactccatcaggacacactccatc SH4171 4171 64 192 SRP RNA 3' 846 15 ggttcaggacacactggttcaggacacactggttcaggacacactggttcaggacacact SH4172 4172 91 143 SRP RNA 3' 851 18 aaaaatatggttcaggacaaaaatatggttcaggacaaaaatatggttcaggacaaaaat SH4173 4173 45 160 telomerase RNA 5' 1 17 agaggaagttttttcgcagaggaagttttttcgcagaggaagttttttcgcagaggaagt SH4174 4174 65 63 telomerase RNA 5' 6 18 tgctaaagaggaagtttttgctaaagaggaagtttttgctaaagaggaagtttttgctaa SH4175 4175 23 132 telomerase RNA 5' 11 17 ccattgctaaagaggaaccattgctaaagaggaaccattgctaaagaggaaccattgcta SH4176 4176 19 73 telomerase RNA 5' 16 17 tgtcaccattgctaaagtgtcaccattgctaaagtgtcaccattgctaaagtgtcaccat SH4177 4177 97 8 telomerase RNA 5' 21 17 ctatatgtcaccattgcctatatgtcaccattgcctatatgtcaccattgcctatatgtc SH4178 4178 35 157 telomerase RNA 5' 26 17 gagatctatatgtcaccgagatctatatgtcaccgagatctatatgtcaccgagatctat SH4179 4179 21 209 telomerase RNA 5' 31 18 aaccttgagatctatatgaaccttgagatctatatgaaccttgagatctatatgaacctt SH4180 4180 88 87 telomerase RNA 5' 36 17 tgagaaccttgagatcttgagaaccttgagatcttgagaaccttgagatcttgagaacct SH4181 4181 36 131 telomerase RNA 5' 41 20 cttttaattgagaaccttgacttttaattgagaaccttgacttttaattgagaaccttga SH4182 4182 59 67 telomerase RNA 5' 46 18 ggtcttttaattgagaacggtcttttaattgagaacggtcttttaattgagaacggtctt SH4183 4183 22 85 telomerase RNA 5' 51 20 caaagaaggtcttttaattgcaaagaaggtcttttaattgcaaagaaggtcttttaattg SH4184 4184 35 68 telomerase RNA 5' 56 18 ctacaaagaaggtcttttctacaaagaaggtcttttctacaaagaaggtcttttctacaa SH4185 4185 11 112 telomerase RNA 5' 61 18 aaaagctacaaagaaggtaaaagctacaaagaaggtaaaagctacaaagaaggtaaaagc SH4186 4186 9 2 telomerase RNA 5' 66 18 acactaaaagctacaaagacactaaaagctacaaagacactaaaagctacaaagacacta SH4187 4187 73 14 telomerase RNA 5' 71 20 aaaaatcacactaaaagctaaaaaatcacactaaaagctaaaaaatcacactaaaagcta SH4188 4188 70 40 telomerase RNA 5' 76 19 ccagaaaaatcacactaaaccagaaaaatcacactaaaccagaaaaatcacactaaacca SH4189 4189 96 121 telomerase RNA 5' 81 18 caaaccagaaaaatcacacaaaccagaaaaatcacacaaaccagaaaaatcacacaaacc SH4190 4190 7 21 telomerase RNA 5' - 5 5 86 20 TTATTctcaaaccagaaaaaTTATTctcaaaccagaaaaaTTATTctcaaaccagaaaaa SH4191 4191 22 202 telomerase RNA 5' - 8 8 91 18 GTTTTATTctcaaaccagGTTTTATTctcaaaccagGTTTTATTctcaaaccagGTTTTA SH4192 4192 45 135 telomerase RNA 5' - 15 15 96 20 CTCTCTAGTTTTATTctcaaCTCTCTAGTTTTATTctcaaCTCTCTAGTTTTATTctcaa SH4193 4193 85 61 telomerase RNA telomerase 1 19 101 19 CTTCCTCTCTAGTTTTATTCTTCCTCTCTAGTTTTATTCTTCCTCTCTAGTTTTATTCTT SH4194 4194 53 190 telomerase RNA telomerase 6 23 106 18 CTATCTTCCTCTCTAGTTCTATCTTCCTCTCTAGTTCTATCTTCCTCTCTAGTTCTATCT SH4195 4195 99 131 telomerase RNA telomerase 11 27 111 17 GTACCTATCTTCCTCTCGTACCTATCTTCCTCTCGTACCTATCTTCCTCTCGTACCTATC SH4196 4196 91 130 telomerase RNA telomerase 16 32 116 17 ATAGGGTACCTATCTTCATAGGGTACCTATCTTCATAGGGTACCTATCTTCATAGGGTAC SH4197 4197 67 130 telomerase RNA telomerase 21 38 121 18 ATTTTCATAGGGTACCTAATTTTCATAGGGTACCTAATTTTCATAGGGTACCTAATTTTC SH4198 4198 95 83 telomerase RNA telomerase 26 43 126 18 TTGACATTTTCATAGGGTTTGACATTTTCATAGGGTTTGACATTTTCATAGGGTTTGACA SH4199 4199 37 64 telomerase RNA telomerase 31 48 131 18 AGCCATTGACATTTTCATAGCCATTGACATTTTCATAGCCATTGACATTTTCATAGCCAT SH4200 4200 97 101 telomerase RNA telomerase 36 52 136 17 CAACAGCCATTGACATTCAACAGCCATTGACATTCAACAGCCATTGACATTCAACAGCCA SH4201 4201 46 99 telomerase RNA telomerase 41 55 141 15 ACGCAACAGCCATTGACGCAACAGCCATTGACGCAACAGCCATTGACGCAACAGCCATTG SH4202 4202 60 21 telomerase RNA telomerase 46 60 146 15 AGCAAACGCAACAGCAGCAAACGCAACAGCAGCAAACGCAACAGCAGCAAACGCAACAGC SH4203 4203 58 136 telomerase RNA telomerase 51 67 151 17 ACGATTAAGCAAACGCAACGATTAAGCAAACGCAACGATTAAGCAAACGCAACGATTAAG SH4204 4204 74 35 telomerase RNA telomerase 56 77 156 22 AAAAAAAAATACGATTAAGCAAAAAAAAAAATACGATTAAGCAAAAAAAAAAATACGATT SH4205 4205 9 213 telomerase RNA telomerase 61 83 161 23 TGAAAAAAAAAAAAATACGATTATGAAAAAAAAAAAAATACGATTATGAAAAAAAAAAAA SH4206 4206 66 18 telomerase RNA telomerase 66 87 166 22 GGACTGAAAAAAAAAAAAATACGGACTGAAAAAAAAAAAAATACGGACTGAAAAAAAAAA SH4207 4207 25 145 telomerase RNA telomerase 71 90 171 20 CACGGACTGAAAAAAAAAAACACGGACTGAAAAAAAAAAACACGGACTGAAAAAAAAAAA SH4208 4208 46 96 telomerase RNA telomerase 76 93 176 18 AAACACGGACTGAAAAAAAAACACGGACTGAAAAAAAAACACGGACTGAAAAAAAAACAC SH4209 4209 48 118 telomerase RNA telomerase 81 97 181 17 CAAAAAACACGGACTGACAAAAAACACGGACTGACAAAAAACACGGACTGACAAAAAACA SH4210 4210 91 210 telomerase RNA telomerase 86 103 186 18 AATGTACAAAAAACACGGAATGTACAAAAAACACGGAATGTACAAAAAACACGGAATGTA SH4211 4211 90 141 telomerase RNA telomerase 91 110 191 20 AACGTAGAATGTACAAAAAAAACGTAGAATGTACAAAAAAAACGTAGAATGTACAAAAAA SH4212 4212 2 153 telomerase RNA telomerase 96 113 196 18 TCAAACGTAGAATGTACATCAAACGTAGAATGTACATCAAACGTAGAATGTACATCAAAC SH4213 4213 2 14 telomerase RNA telomerase 101 119 201 19 GAAAACTCAAACGTAGAATGAAAACTCAAACGTAGAATGAAAACTCAAACGTAGAATGAA SH4214 4214 9 196 telomerase RNA telomerase 106 123 206 18 GATGGAAAACTCAAACGTGATGGAAAACTCAAACGTGATGGAAAACTCAAACGTGATGGA SH4215 4215 62 107 telomerase RNA telomerase 111 127 211 17 GCATGATGGAAAACTCAGCATGATGGAAAACTCAGCATGATGGAAAACTCAGCATGATGG SH4216 4216 63 130 telomerase RNA telomerase 116 131 216 16 GCCTGCATGATGGAAAGCCTGCATGATGGAAAGCCTGCATGATGGAAAGCCTGCATGATG SH4217 4217 102 42 telomerase RNA telomerase 121 135 221 15 TGAGGCCTGCATGATTGAGGCCTGCATGATTGAGGCCTGCATGATTGAGGCCTGCATGAT SH4218 4218 2 38 telomerase RNA telomerase 126 138 226 13 TTCTGAGGCCTGCTTCTGAGGCCTGCTTCTGAGGCCTGCTTCTGAGGCCTGCTTCTGAGG SH4219 4219 34 55 telomerase RNA telomerase 131 147 231 17 CTACCAAATTTCTGAGGCTACCAAATTTCTGAGGCTACCAAATTTCTGAGGCTACCAAAT SH4220 4220 59 122 telomerase RNA telomerase 136 152 236 17 AGTGCCTACCAAATTTCAGTGCCTACCAAATTTCAGTGCCTACCAAATTTCAGTGCCTAC SH4221 4221 90 176 telomerase RNA telomerase 141 155 241 15 TCGAGTGCCTACCAATCGAGTGCCTACCAATCGAGTGCCTACCAATCGAGTGCCTACCAA SH4222 4222 31 85 telomerase RNA telomerase 146 158 246 13 CCATCGAGTGCCTCCATCGAGTGCCTCCATCGAGTGCCTCCATCGAGTGCCTCCATCGAG SH4223 4223 67 173 telomerase RNA telomerase 151 165 251 15 CTCTTCACCATCGAGCTCTTCACCATCGAGCTCTTCACCATCGAGCTCTTCACCATCGAG SH4224 4224 74 88 telomerase RNA telomerase 156 172 256 17 ACACTATCTCTTCACCAACACTATCTCTTCACCAACACTATCTCTTCACCAACACTATCT SH4225 4225 2 91 telomerase RNA telomerase 161 177 261 17 ATCCGACACTATCTCTTATCCGACACTATCTCTTATCCGACACTATCTCTTATCCGACAC SH4226 4226 100 131 telomerase RNA telomerase 166 182 266 17 CCGAAATCCGACACTATCCGAAATCCGACACTATCCGAAATCCGACACTATCCGAAATCC SH4227 4227 16 65 telomerase RNA telomerase 171 186 271 16 CAATCCGAAATCCGACCAATCCGAAATCCGACCAATCCGAAATCCGACCAATCCGAAATC SH4228 4228 37 48 telomerase RNA telomerase 176 193 276 18 GAAAGATCAATCCGAAATGAAAGATCAATCCGAAATGAAAGATCAATCCGAAATGAAAGA SH4229 4229 67 119 telomerase RNA telomerase 181 198 281 18 CAACTGAAAGATCAATCCCAACTGAAAGATCAATCCCAACTGAAAGATCAATCCCAACTG SH4230 4230 71 170 telomerase RNA telomerase 186 203 286 18 GCTATCAACTGAAAGATCGCTATCAACTGAAAGATCGCTATCAACTGAAAGATCGCTATC SH4231 4231 40 8 telomerase RNA telomerase 191 207 291 17 GCAGGCTATCAACTGAAGCAGGCTATCAACTGAAGCAGGCTATCAACTGAAGCAGGCTAT SH4232 4232 20 159 telomerase RNA telomerase 196 210 296 15 GCAGCAGGCTATCAAGCAGCAGGCTATCAAGCAGCAGGCTATCAAGCAGCAGGCTATCAA SH4233 4233 93 171 telomerase RNA telomerase 201 213 301 13 AGAGCAGCAGGCTAGAGCAGCAGGCTAGAGCAGCAGGCTAGAGCAGCAGGCTAGAGCAGC SH4234 4234 76 111 telomerase RNA telomerase 206 222 306 17 GAAAAGAAAAGAGCAGCGAAAAGAAAAGAGCAGCGAAAAGAAAAGAGCAGCGAAAAGAAA SH4235 4235 51 52 telomerase RNA telomerase 211 230 311 20 ATTCTTTGGAAAAGAAAAGAATTCTTTGGAAAAGAAAAGAATTCTTTGGAAAAGAAAAGA SH4236 4236 32 30 telomerase RNA telomerase 216 234 316 19 CGAAATTCTTTGGAAAAGACGAAATTCTTTGGAAAAGACGAAATTCTTTGGAAAAGACGA SH4237 4237 97 136 telomerase RNA telomerase 221 238 321 18 TACTCGAAATTCTTTGGATACTCGAAATTCTTTGGATACTCGAAATTCTTTGGATACTCG SH4238 4238 104 139 telomerase RNA telomerase 226 243 326 18 CAGCATACTCGAAATTCTCAGCATACTCGAAATTCTCAGCATACTCGAAATTCTCAGCAT SH4239 4239 88 46 telomerase RNA telomerase 231 246 331 16 CACCAGCATACTCGAACACCAGCATACTCGAACACCAGCATACTCGAACACCAGCATACT SH4240 4240 70 110 telomerase RNA telomerase 236 250 336 15 CTGACACCAGCATACCTGACACCAGCATACCTGACACCAGCATACCTGACACCAGCATAC SH4241 4241 49 65 telomerase RNA telomerase 241 255 341 15 CTACACTGACACCAGCTACACTGACACCAGCTACACTGACACCAGCTACACTGACACCAG SH4242 4242 10 131 telomerase RNA telomerase 246 262 346 17 CAAGCATCTACACTGACCAAGCATCTACACTGACCAAGCATCTACACTGACCAAGCATCT SH4243 4243 66 174 telomerase RNA telomerase 251 267 351 17 ACACACAAGCATCTACAACACACAAGCATCTACAACACACAAGCATCTACAACACACAAG SH4244 4244 32 107 telomerase RNA telomerase 256 270 356 15 CGCACACACAAGCATCGCACACACAAGCATCGCACACACAAGCATCGCACACACAAGCAT SH4245 4245 9 99 telomerase RNA telomerase 261 277 361 17 CAAATTGCGCACACACACAAATTGCGCACACACACAAATTGCGCACACACACAAATTGCG SH4246 4246 65 54 telomerase RNA telomerase 266 280 366 15 CCACAAATTGCGCACCCACAAATTGCGCACCCACAAATTGCGCACCCACAAATTGCGCAC SH4247 4247 24 23 telomerase RNA telomerase 271 290 371 20 CAATAAAAAACCACAAATTGCAATAAAAAACCACAAATTGCAATAAAAAACCACAAATTG SH4248 4248 84 128 telomerase RNA telomerase 276 295 376 20 AAACACAATAAAAAACCACAAAACACAATAAAAAACCACAAAACACAATAAAAAACCACA SH4249 4249 64 19 telomerase RNA telomerase 281 302 381 22 TAAGTAGAAACACAATAAAAAATAAGTAGAAACACAATAAAAAATAAGTAGAAACACAAT SH4250 4250 33 177 telomerase RNA telomerase 286 305 386 20 CTATAAGTAGAAACACAATACTATAAGTAGAAACACAATACTATAAGTAGAAACACAATA SH4251 4251 39 11 telomerase RNA telomerase 291 309 391 19 CCATCTATAAGTAGAAACACCATCTATAAGTAGAAACACCATCTATAAGTAGAAACACCA SH4252 4252 21 67 telomerase RNA telomerase 296 313 396 18 TTAGCCATCTATAAGTAGTTAGCCATCTATAAGTAGTTAGCCATCTATAAGTAGTTAGCC SH4253 4253 55 130 telomerase RNA telomerase 301 319 401 19 CAGATTTTAGCCATCTATACAGATTTTAGCCATCTATACAGATTTTAGCCATCTATACAG SH4254 4254 34 123 telomerase RNA telomerase 306 323 406 18 AACTCAGATTTTAGCCATAACTCAGATTTTAGCCATAACTCAGATTTTAGCCATAACTCA SH4255 4255 29 117 telomerase RNA telomerase 311 332 411 22 CATTTTCTAAACTCAGATTTTACATTTTCTAAACTCAGATTTTACATTTTCTAAACTCAG SH4256 4256 16 13 telomerase RNA telomerase 316 333 416 18 GCATTTTCTAAACTCAGAGCATTTTCTAAACTCAGAGCATTTTCTAAACTCAGAGCATTT SH4257 4257 83 62 telomerase RNA telomerase 321 338 421 18 GGTTTGCATTTTCTAAACGGTTTGCATTTTCTAAACGGTTTGCATTTTCTAAACGGTTTG SH4258 4258 27 209 telomerase RNA telomerase 326 343 426 18 TTTACGGTTTGCATTTTCTTTACGGTTTGCATTTTCTTTACGGTTTGCATTTTCTTTACG SH4259 4259 71 7 telomerase RNA telomerase 331 348 431 18 AAGAATTTACGGTTTGCAAAGAATTTACGGTTTGCAAAGAATTTACGGTTTGCAAAGAAT SH4260 4260 19 89 telomerase RNA telomerase 336 354 436 19 GTGTTTAAGAATTTACGGTGTGTTTAAGAATTTACGGTGTGTTTAAGAATTTACGGTGTG SH4261 4261 37 80 telomerase RNA telomerase 341 360 441 20 ATAGCAGTGTTTAAGAATTTATAGCAGTGTTTAAGAATTTATAGCAGTGTTTAAGAATTT SH4262 4262 18 121 telomerase RNA telomerase 346 363 446 18 GCAATAGCAGTGTTTAAGGCAATAGCAGTGTTTAAGGCAATAGCAGTGTTTAAGGCAATA SH4263 4263 64 31 telomerase RNA telomerase 351 368 451 18 TAAATGCAATAGCAGTGTTAAATGCAATAGCAGTGTTAAATGCAATAGCAGTGTTAAATG SH4264 4264 34 188 telomerase RNA telomerase 356 373 456 18 GCAACTAAATGCAATAGCGCAACTAAATGCAATAGCGCAACTAAATGCAATAGCGCAACT SH4265 4265 7 39 telomerase RNA telomerase 361 378 461 18 CTTTAGCAACTAAATGCACTTTAGCAACTAAATGCACTTTAGCAACTAAATGCACTTTAG SH4266 4266 100 80 telomerase RNA telomerase 366 383 466 18 CACTGCTTTAGCAACTAACACTGCTTTAGCAACTAACACTGCTTTAGCAACTAACACTGC SH4267 4267 77 159 telomerase RNA telomerase 371 388 471 18 AAAAACACTGCTTTAGCAAAAAACACTGCTTTAGCAAAAAACACTGCTTTAGCAAAAAAC SH4268 4268 56 85 telomerase RNA telomerase 376 393 476 18 AGTTCAAAAACACTGCTTAGTTCAAAAACACTGCTTAGTTCAAAAACACTGCTTAGTTCA SH4269 4269 44 150 telomerase RNA telomerase 381 399 481 19 GGAATAAGTTCAAAAACACGGAATAAGTTCAAAAACACGGAATAAGTTCAAAAACACGGA SH4270 4270 4 92 telomerase RNA telomerase 386 405 486 20 ATAACAGGAATAAGTTCAAAATAACAGGAATAAGTTCAAAATAACAGGAATAAGTTCAAA SH4271 4271 82 94 telomerase RNA telomerase 391 408 491 18 GGAATAACAGGAATAAGTGGAATAACAGGAATAAGTGGAATAACAGGAATAAGTGGAATA SH4272 4272 79 156 telomerase RNA telomerase 396 413 496 18 AAGAAGGAATAACAGGAAAAGAAGGAATAACAGGAAAAGAAGGAATAACAGGAAAAGAAG SH4273 4273 58 113 telomerase RNA telomerase 401 418 501 18 GTACGAAGAAGGAATAACGTACGAAGAAGGAATAACGTACGAAGAAGGAATAACGTACGA SH4274 4274 53 59 telomerase RNA telomerase 406 420 506 15 CGGTACGAAGAAGGACGGTACGAAGAAGGACGGTACGAAGAAGGACGGTACGAAGAAGGA SH4275 4275 32 105 telomerase RNA telomerase 411 425 511 15 AGGATCGGTACGAAGAGGATCGGTACGAAGAGGATCGGTACGAAGAGGATCGGTACGAAG SH4276 4276 62 102 telomerase RNA telomerase 416 431 516 16 GAGAAGAGGATCGGTAGAGAAGAGGATCGGTAGAGAAGAGGATCGGTAGAGAAGAGGATC SH4277 4277 19 134 telomerase RNA telomerase 421 435 521 15 GGTCGAGAAGAGGATGGTCGAGAAGAGGATGGTCGAGAAGAGGATGGTCGAGAAGAGGAT SH4278 4278 30 211 telomerase RNA telomerase 426 440 526 15 GGTTAGGTCGAGAAGGGTTAGGTCGAGAAGGGTTAGGTCGAGAAGGGTTAGGTCGAGAAG SH4279 4279 29 120 telomerase RNA telomerase 431 448 531 18 AATTAAAAGGTTAGGTCGAATTAAAAGGTTAGGTCGAATTAAAAGGTTAGGTCGAATTAA SH4280 4280 53 148 telomerase RNA telomerase 436 455 536 20 CCATGGTAATTAAAAGGTTACCATGGTAATTAAAAGGTTACCATGGTAATTAAAAGGTTA SH4281 4281 26 117 telomerase RNA telomerase 441 459 541 19 CTTCCCATGGTAATTAAAACTTCCCATGGTAATTAAAACTTCCCATGGTAATTAAAACTT SH4282 4282 18 153 telomerase RNA telomerase 446 461 546 16 GGCTTCCCATGGTAATGGCTTCCCATGGTAATGGCTTCCCATGGTAATGGCTTCCCATGG SH4283 4283 33 89 telomerase RNA telomerase 451 465 551 15 GGTAGGCTTCCCATGGGTAGGCTTCCCATGGGTAGGCTTCCCATGGGTAGGCTTCCCATG SH4284 4284 17 55 telomerase RNA telomerase 456 470 556 15 GTGATGGTAGGCTTCGTGATGGTAGGCTTCGTGATGGTAGGCTTCGTGATGGTAGGCTTC SH4285 4285 31 105 telomerase RNA telomerase 461 475 561 15 GTGTGGTGATGGTAGGTGTGGTGATGGTAGGTGTGGTGATGGTAGGTGTGGTGATGGTAG SH4286 4286 21 31 telomerase RNA telomerase 466 480 566 15 TGTGGGTGTGGTGATTGTGGGTGTGGTGATTGTGGGTGTGGTGATTGTGGGTGTGGTGAT SH4287 4287 38 31 telomerase RNA telomerase 471 483 571 13 GTGTGTGGGTGTGGTGTGTGGGTGTGGTGTGTGGGTGTGGTGTGTGGGTGTGGTGTGTGG SH4288 4288 18 66 telomerase RNA telomerase 476 492 576 17 GTAACATTTGTGTGTGGGTAACATTTGTGTGTGGGTAACATTTGTGTGTGGGTAACATTT SH4289 4289 39 179 telomerase RNA telomerase 481 498 581 18 TTAGCTGTAACATTTGTGTTAGCTGTAACATTTGTGTTAGCTGTAACATTTGTGTTAGCT SH4290 4290 81 70 telomerase RNA telomerase 486 505 586 20 TAAACAATTAGCTGTAACATTAAACAATTAGCTGTAACATTAAACAATTAGCTGTAACAT SH4291 4291 74 5 telomerase RNA telomerase 491 510 591 20 GCTAATAAACAATTAGCTGTGCTAATAAACAATTAGCTGTGCTAATAAACAATTAGCTGT SH4292 4292 81 15 telomerase RNA telomerase 496 517 596 22 AAACTTTGCTAATAAACAATTAAAACTTTGCTAATAAACAATTAAAACTTTGCTAATAAA SH4293 4293 7 10 telomerase RNA telomerase 501 519 601 19 GCAAACTTTGCTAATAAACGCAAACTTTGCTAATAAACGCAAACTTTGCTAATAAACGCA SH4294 4294 99 160 telomerase RNA telomerase 506 522 606 17 CGTGCAAACTTTGCTAACGTGCAAACTTTGCTAACGTGCAAACTTTGCTAACGTGCAAAC SH4295 4295 6 145 telomerase RNA telomerase 511 527 611 17 GAACTCGTGCAAACTTTGAACTCGTGCAAACTTTGAACTCGTGCAAACTTTGAACTCGTG SH4296 4296 5 165 telomerase RNA telomerase 516 530 616 15 AGCGAACTCGTGCAAAGCGAACTCGTGCAAAGCGAACTCGTGCAAAGCGAACTCGTGCAA SH4297 4297 70 180 telomerase RNA telomerase 521 537 621 17 AATAAACAGCGAACTCGAATAAACAGCGAACTCGAATAAACAGCGAACTCGAATAAACAG SH4298 4298 39 207 telomerase RNA telomerase 526 545 626 20 GAGAAAAAAATAAACAGCGAGAGAAAAAAATAAACAGCGAGAGAAAAAAATAAACAGCGA SH4299 4299 55 15 telomerase RNA telomerase 531 551 631 21 GAAAACGAGAAAAAAATAAACGAAAACGAGAAAAAAATAAACGAAAACGAGAAAAAAATA SH4300 4300 94 124 telomerase RNA telomerase 536 557 636 22 GTATAAGAAAACGAGAAAAAAAGTATAAGAAAACGAGAAAAAAAGTATAAGAAAACGAGA SH4301 4301 55 209 telomerase RNA telomerase 541 558 641 18 GGTATAAGAAAACGAGAAGGTATAAGAAAACGAGAAGGTATAAGAAAACGAGAAGGTATA SH4302 4302 18 172 telomerase RNA telomerase 546 565 646 20 AATACTAGGTATAAGAAAACAATACTAGGTATAAGAAAACAATACTAGGTATAAGAAAAC SH4303 4303 69 211 telomerase RNA telomerase 551 570 651 20 GAAAAAATACTAGGTATAAGGAAAAAATACTAGGTATAAGGAAAAAATACTAGGTATAAG SH4304 4304 32 177 telomerase RNA telomerase 556 574 656 19 GTCAGAAAAAATACTAGGTGTCAGAAAAAATACTAGGTGTCAGAAAAAATACTAGGTGTC SH4305 4305 50 201 telomerase RNA telomerase 561 578 661 18 CAGTGTCAGAAAAAATACCAGTGTCAGAAAAAATACCAGTGTCAGAAAAAATACCAGTGT SH4306 4306 86 87 telomerase RNA telomerase 566 584 666 19 CTTAAACAGTGTCAGAAAACTTAAACAGTGTCAGAAAACTTAAACAGTGTCAGAAAACTT SH4307 4307 19 159 telomerase RNA telomerase 571 587 671 17 CACCTTAAACAGTGTCACACCTTAAACAGTGTCACACCTTAAACAGTGTCACACCTTAAA SH4308 4308 73 184 telomerase RNA telomerase 576 592 676 17 TCTGTCACCTTAAACAGTCTGTCACCTTAAACAGTCTGTCACCTTAAACAGTCTGTCACC SH4309 4309 57 99 telomerase RNA telomerase 581 599 681 19 CTTTTTTTCTGTCACCTTACTTTTTTTCTGTCACCTTACTTTTTTTCTGTCACCTTACTT SH4310 4310 30 80 telomerase RNA telomerase 586 603 686 18 ACTCCTTTTTTTCTGTCAACTCCTTTTTTTCTGTCAACTCCTTTTTTTCTGTCAACTCCT SH4311 4311 102 101 telomerase RNA telomerase 591 610 691 20 AACTTAAACTCCTTTTTTTCAACTTAAACTCCTTTTTTTCAACTTAAACTCCTTTTTTTC SH4312 4312 83 175 telomerase RNA telomerase 596 615 696 20 AATCTAACTTAAACTCCTTTAATCTAACTTAAACTCCTTTAATCTAACTTAAACTCCTTT SH4313 4313 93 155 telomerase RNA telomerase 601 620 701 20 TTGCAAATCTAACTTAAACTTTGCAAATCTAACTTAAACTTTGCAAATCTAACTTAAACT SH4314 4314 97 155 telomerase RNA telomerase 606 624 706 19 CTGTTTGCAAATCTAACTTCTGTTTGCAAATCTAACTTCTGTTTGCAAATCTAACTTCTG SH4315 4315 15 25 telomerase RNA telomerase 611 627 711 17 CGTCTGTTTGCAAATCTCGTCTGTTTGCAAATCTCGTCTGTTTGCAAATCTCGTCTGTTT SH4316 4316 77 55 telomerase RNA telomerase 616 630 716 15 CACCGTCTGTTTGCACACCGTCTGTTTGCACACCGTCTGTTTGCACACCGTCTGTTTGCA SH4317 4317 12 211 telomerase RNA telomerase 621 635 721 15 CTTAGCACCGTCTGTCTTAGCACCGTCTGTCTTAGCACCGTCTGTCTTAGCACCGTCTGT SH4318 4318 56 189 telomerase RNA telomerase 626 638 726 13 GCGCTTAGCACCGGCGCTTAGCACCGGCGCTTAGCACCGGCGCTTAGCACCGGCGCTTAG SH4319 4319 54 47 telomerase RNA telomerase 631 645 731 15 AGTGACAGCGCTTAGAGTGACAGCGCTTAGAGTGACAGCGCTTAGAGTGACAGCGCTTAG SH4320 4320 23 30 telomerase RNA telomerase 636 652 736 17 GACATAAAGTGACAGCGGACATAAAGTGACAGCGGACATAAAGTGACAGCGGACATAAAG SH4321 4321 73 9 telomerase RNA telomerase 641 660 741 20 ATAAGATAGACATAAAGTGAATAAGATAGACATAAAGTGAATAAGATAGACATAAAGTGA SH4322 4322 24 15 telomerase RNA telomerase 646 665 746 20 TAACGATAAGATAGACATAATAACGATAAGATAGACATAATAACGATAAGATAGACATAA SH4323 4323 9 153 telomerase RNA telomerase 651 669 751 19 GAGTTAACGATAAGATAGAGAGTTAACGATAAGATAGAGAGTTAACGATAAGATAGAGAG SH4324 4324 47 114 telomerase RNA telomerase 656 672 756 17 CCAGAGTTAACGATAAGCCAGAGTTAACGATAAGCCAGAGTTAACGATAAGCCAGAGTTA SH4325 4325 102 198 telomerase RNA telomerase 661 678 761 18 CTTTTTCCAGAGTTAACGCTTTTTCCAGAGTTAACGCTTTTTCCAGAGTTAACGCTTTTT SH4326 4326 49 112 telomerase RNA telomerase 666 684 766 19 CTTTTTCTTTTTCCAGAGTCTTTTTCTTTTTCCAGAGTCTTTTTCTTTTTCCAGAGTCTT SH4327 4327 101 19 telomerase RNA telomerase 671 690 771 20 TTTTTCCTTTTTCTTTTTCCTTTTTCCTTTTTCTTTTTCCTTTTTCCTTTTTCTTTTTCC SH4328 4328 67 211 telomerase RNA telomerase 676 695 776 20 CGTTCTTTTTCCTTTTTCTTCGTTCTTTTTCCTTTTTCTTCGTTCTTTTTCCTTTTTCTT SH4329 4329 79 12 telomerase RNA telomerase 681 698 781 18 TGACGTTCTTTTTCCTTTTGACGTTCTTTTTCCTTTTGACGTTCTTTTTCCTTTTGACGT SH4330 4330 9 50 telomerase RNA telomerase 686 702 786 17 TCCCTGACGTTCTTTTTTCCCTGACGTTCTTTTTTCCCTGACGTTCTTTTTTCCCTGACG SH4331 4331 17 157 telomerase RNA telomerase 691 705 791 15 TGTTCCCTGACGTTCTGTTCCCTGACGTTCTGTTCCCTGACGTTCTGTTCCCTGACGTTC SH4332 4332 22 197 telomerase RNA telomerase 696 712 796 17 ATACTCATGTTCCCTGAATACTCATGTTCCCTGAATACTCATGTTCCCTGAATACTCATG SH4333 4333 90 160 telomerase RNA telomerase 701 720 801 20 TTCTATATATACTCATGTTCTTCTATATATACTCATGTTCTTCTATATATACTCATGTTC SH4334 4334 74 211 telomerase RNA telomerase 706 725 806 20 ACCATTTCTATATATACTCAACCATTTCTATATATACTCAACCATTTCTATATATACTCA SH4335 4335 13 60 telomerase RNA telomerase 711 732 811 22 AGAATAAACCATTTCTATATATAGAATAAACCATTTCTATATATAGAATAAACCATTTCT SH4336 4336 56 166 telomerase RNA telomerase 716 735 816 20 ACTAGAATAAACCATTTCTAACTAGAATAAACCATTTCTAACTAGAATAAACCATTTCTA SH4337 4337 3 127 telomerase RNA telomerase 721 741 821 21 GAAAAAACTAGAATAAACCATGAAAAAACTAGAATAAACCATGAAAAAACTAGAATAAAC SH4338 4338 77 137 telomerase RNA telomerase 726 745 826 20 AACGGAAAAAACTAGAATAAAACGGAAAAAACTAGAATAAAACGGAAAAAACTAGAATAA SH4339 4339 85 202 telomerase RNA telomerase 731 750 831 20 GAAAAAACGGAAAAAACTAGGAAAAAACGGAAAAAACTAGGAAAAAACGGAAAAAACTAG SH4340 4340 7 55 telomerase RNA telomerase 736 755 836 20 CTACTGAAAAAACGGAAAAACTACTGAAAAAACGGAAAAACTACTGAAAAAACGGAAAAA SH4341 4341 73 79 telomerase RNA telomerase 741 758 841 18 AATCTACTGAAAAAACGGAATCTACTGAAAAAACGGAATCTACTGAAAAAACGGAATCTA SH4342 4342 19 127 telomerase RNA telomerase 746 764 846 19 GGCAAAAATCTACTGAAAAGGCAAAAATCTACTGAAAAGGCAAAAATCTACTGAAAAGGC SH4343 4343 93 22 telomerase RNA telomerase 751 770 851 20 TTTAAAGGCAAAAATCTACTTTTAAAGGCAAAAATCTACTTTTAAAGGCAAAAATCTACT SH4344 4344 38 139 telomerase RNA telomerase 756 777 856 22 TTATTCTTTTAAAGGCAAAAATTTATTCTTTTAAAGGCAAAAATTTATTCTTTTAAAGGC SH4345 4345 10 107 telomerase RNA telomerase 761 780 861 20 GATTTATTCTTTTAAAGGCAGATTTATTCTTTTAAAGGCAGATTTATTCTTTTAAAGGCA SH4346 4346 82 56 telomerase RNA telomerase 766 785 866 20 AGTGGGATTTATTCTTTTAAAGTGGGATTTATTCTTTTAAAGTGGGATTTATTCTTTTAA SH4347 4347 54 106 telomerase RNA telomerase 771 788 871 18 TGTAGTGGGATTTATTCTTGTAGTGGGATTTATTCTTGTAGTGGGATTTATTCTTGTAGT SH4348 4348 95 151 telomerase RNA telomerase 776 793 876 18 CTTTTTGTAGTGGGATTTCTTTTTGTAGTGGGATTTCTTTTTGTAGTGGGATTTCTTTTT SH4349 4349 54 17 telomerase RNA telomerase 781 798 881 18 TTTACCTTTTTGTAGTGGTTTACCTTTTTGTAGTGGTTTACCTTTTTGTAGTGGTTTACC SH4350 4350 88 15 telomerase RNA telomerase 786 808 886 23 GATTTTTTATTTTACCTTTTTGTGATTTTTTATTTTACCTTTTTGTGATTTTTTATTTTA SH4351 4351 67 80 telomerase RNA telomerase 791 813 891 23 GAATAGATTTTTTATTTTACCTTGAATAGATTTTTTATTTTACCTTGAATAGATTTTTTA SH4352 4352 37 10 telomerase RNA telomerase 796 817 896 22 CAGTGAATAGATTTTTTATTTTCAGTGAATAGATTTTTTATTTTCAGTGAATAGATTTTT SH4353 4353 75 65 telomerase RNA telomerase 801 820 901 20 GTTCAGTGAATAGATTTTTTGTTCAGTGAATAGATTTTTTGTTCAGTGAATAGATTTTTT SH4354 4354 85 160 telomerase RNA telomerase 806 824 906 19 GTAAGTTCAGTGAATAGATGTAAGTTCAGTGAATAGATGTAAGTTCAGTGAATAGATGTA SH4355 4355 56 86 telomerase RNA telomerase 811 828 911 18 ATCAGTAAGTTCAGTGAAATCAGTAAGTTCAGTGAAATCAGTAAGTTCAGTGAAATCAGT SH4356 4356 79 5 telomerase RNA telomerase 816 835 916 20 AAATTTCATCAGTAAGTTCAAAATTTCATCAGTAAGTTCAAAATTTCATCAGTAAGTTCA SH4357 4357 46 71 telomerase RNA telomerase 821 840 921 20 TTTGGAAATTTCATCAGTAATTTGGAAATTTCATCAGTAATTTGGAAATTTCATCAGTAA SH4358 4358 62 12 telomerase RNA telomerase 826 844 926 19 CACATTTGGAAATTTCATCCACATTTGGAAATTTCATCCACATTTGGAAATTTCATCCAC SH4359 4359 43 111 telomerase RNA telomerase 831 847 931 17 GGGCACATTTGGAAATTGGGCACATTTGGAAATTGGGCACATTTGGAAATTGGGCACATT SH4360 4360 37 116 telomerase RNA telomerase 836 848 936 13 GGGGCACATTTGGGGGGCACATTTGGGGGGCACATTTGGGGGGCACATTTGGGGGGCACA SH4361 4361 39 28 telomerase RNA telomerase 841 853 941 13 TGTACGGGGCACATGTACGGGGCACATGTACGGGGCACATGTACGGGGCACATGTACGGG SH4362 4362 33 209 telomerase RNA telomerase 846 860 946 15 CGTTCGATGTACGGGCGTTCGATGTACGGGCGTTCGATGTACGGGCGTTCGATGTACGGG SH4363 4363 28 94 telomerase RNA telomerase 851 867 951 17 GTCACATCGTTCGATGTGTCACATCGTTCGATGTGTCACATCGTTCGATGTGTCACATCG SH4364 4364 103 88 telomerase RNA telomerase 856 871 956 16 CTCTGTCACATCGTTCCTCTGTCACATCGTTCCTCTGTCACATCGTTCCTCTGTCACATC SH4365 4365 79 89 telomerase RNA telomerase 861 879 961 19 GTATTTTTCTCTGTCACATGTATTTTTCTCTGTCACATGTATTTTTCTCTGTCACATGTA SH4366 4366 75 11 telomerase RNA telomerase 866 883 966 18 ACTCGTATTTTTCTCTGTACTCGTATTTTTCTCTGTACTCGTATTTTTCTCTGTACTCGT SH4367 4367 76 6 telomerase RNA telomerase 871 888 971 18 TACCTACTCGTATTTTTCTACCTACTCGTATTTTTCTACCTACTCGTATTTTTCTACCTA SH4368 4368 57 144 telomerase RNA telomerase 876 894 976 19 CTTATTTACCTACTCGTATCTTATTTACCTACTCGTATCTTATTTACCTACTCGTATCTT SH4369 4369 76 26 telomerase RNA telomerase 881 898 981 18 TTGGCTTATTTACCTACTTTGGCTTATTTACCTACTTTGGCTTATTTACCTACTTTGGCT SH4370 4370 58 100 telomerase RNA telomerase 886 903 986 18 GCCTTTTGGCTTATTTACGCCTTTTGGCTTATTTACGCCTTTTGGCTTATTTACGCCTTT SH4371 4371 70 214 telomerase RNA telomerase 891 907 991 17 CCTTGCCTTTTGGCTTACCTTGCCTTTTGGCTTACCTTGCCTTTTGGCTTACCTTGCCTT SH4372 4372 25 4 telomerase RNA telomerase 896 910 996 15 CACCCTTGCCTTTTGCACCCTTGCCTTTTGCACCCTTGCCTTTTGCACCCTTGCCTTTTG SH4373 4373 28 31 telomerase RNA telomerase 901 913 1001 13 GGACACCCTTGCCGGACACCCTTGCCGGACACCCTTGCCGGACACCCTTGCCGGACACCC SH4374 4374 45 57 telomerase RNA telomerase 906 922 1006 17 CTTAAGAAAGGACACCCCTTAAGAAAGGACACCCCTTAAGAAAGGACACCCCTTAAGAAA SH4375 4375 6 78 telomerase RNA telomerase 911 927 1011 17 CGATGCTTAAGAAAGGACGATGCTTAAGAAAGGACGATGCTTAAGAAAGGACGATGCTTA SH4376 4376 86 65 telomerase RNA telomerase 916 932 1016 17 CTAACCGATGCTTAAGACTAACCGATGCTTAAGACTAACCGATGCTTAAGACTAACCGAT SH4377 4377 75 129 telomerase RNA telomerase 921 937 1021 17 CAAACCTAACCGATGCTCAAACCTAACCGATGCTCAAACCTAACCGATGCTCAAACCTAA SH4378 4378 58 102 telomerase RNA telomerase 926 940 1026 15 CCGCAAACCTAACCGCCGCAAACCTAACCGCCGCAAACCTAACCGCCGCAAACCTAACCG SH4379 4379 86 99 telomerase RNA telomerase 931 943 1031 13 CGCCCGCAAACCTCGCCCGCAAACCTCGCCCGCAAACCTCGCCCGCAAACCTCGCCCGCA SH4380 4380 100 56 telomerase RNA telomerase 936 948 1036 13 CTGATCGCCCGCACTGATCGCCCGCACTGATCGCCCGCACTGATCGCCCGCACTGATCGC SH4381 4381 46 80 telomerase RNA telomerase 941 957 1041 17 GTTCAGTTACTGATCGCGTTCAGTTACTGATCGCGTTCAGTTACTGATCGCGTTCAGTTA SH4382 4382 84 206 telomerase RNA telomerase 946 963 1046 18 GTCATTGTTCAGTTACTGGTCATTGTTCAGTTACTGGTCATTGTTCAGTTACTGGTCATT SH4383 4383 3 132 telomerase RNA telomerase 951 968 1051 18 CTTGTGTCATTGTTCAGTCTTGTGTCATTGTTCAGTCTTGTGTCATTGTTCAGTCTTGTG SH4384 4384 91 120 telomerase RNA telomerase 956 973 1056 18 TTGATCTTGTGTCATTGTTTGATCTTGTGTCATTGTTTGATCTTGTGTCATTGTTTGATC SH4385 4385 79 131 telomerase RNA telomerase 961 977 1061 17 GTTCTTGATCTTGTGTCGTTCTTGATCTTGTGTCGTTCTTGATCTTGTGTCGTTCTTGAT SH4386 4386 55 172 telomerase RNA telomerase 966 985 1066 20 CAAATTACGTTCTTGATCTTCAAATTACGTTCTTGATCTTCAAATTACGTTCTTGATCTT SH4387 4387 25 118 telomerase RNA telomerase 971 988 1071 18 TCTCAAATTACGTTCTTGTCTCAAATTACGTTCTTGTCTCAAATTACGTTCTTGTCTCAA SH4388 4388 94 136 telomerase RNA telomerase 976 995 1076 20 TGAAAAATCTCAAATTACGTTGAAAAATCTCAAATTACGTTGAAAAATCTCAAATTACGT SH4389 4389 70 116 telomerase RNA telomerase 981 1000 1081 20 CATCTTGAAAAATCTCAAATCATCTTGAAAAATCTCAAATCATCTTGAAAAATCTCAAAT SH4390 4390 81 169 telomerase RNA telomerase 986 1005 1086 20 AAAACCATCTTGAAAAATCTAAAACCATCTTGAAAAATCTAAAACCATCTTGAAAAATCT SH4391 4391 58 20 telomerase RNA telomerase 991 1010 1091 20 CTAAAAAAACCATCTTGAAACTAAAAAAACCATCTTGAAACTAAAAAAACCATCTTGAAA SH4392 4392 13 136 telomerase RNA telomerase 996 1015 1096 20 GATACCTAAAAAAACCATCTGATACCTAAAAAAACCATCTGATACCTAAAAAAACCATCT SH4393 4393 66 162 telomerase RNA telomerase 1001 1022 1101 22 TTTAATAGATACCTAAAAAAACTTTAATAGATACCTAAAAAAACTTTAATAGATACCTAA SH4394 4394 86 125 telomerase RNA telomerase 1006 1027 1106 22 GTAGTTTTAATAGATACCTAAAGTAGTTTTAATAGATACCTAAAGTAGTTTTAATAGATA SH4395 4395 62 129 telomerase RNA telomerase 1011 1031 1111 21 CAAAGTAGTTTTAATAGATACCAAAGTAGTTTTAATAGATACCAAAGTAGTTTTAATAGA SH4396 4396 97 202 telomerase RNA telomerase 1016 1037 1116 22 GATCATCAAAGTAGTTTTAATAGATCATCAAAGTAGTTTTAATAGATCATCAAAGTAGTT SH4397 4397 74 196 telomerase RNA telomerase 1021 1040 1121 20 ATTGATCATCAAAGTAGTTTATTGATCATCAAAGTAGTTTATTGATCATCAAAGTAGTTT SH4398 4398 51 96 telomerase RNA telomerase 1026 1043 1126 18 CGTATTGATCATCAAAGTCGTATTGATCATCAAAGTCGTATTGATCATCAAAGTCGTATT SH4399 4399 13 178 telomerase RNA telomerase 1031 1048 1131 18 AATACCGTATTGATCATCAATACCGTATTGATCATCAATACCGTATTGATCATCAATACC SH4400 4400 62 180 telomerase RNA telomerase 1036 1054 1136 19 GACAAAAATACCGTATTGAGACAAAAATACCGTATTGAGACAAAAATACCGTATTGAGAC SH4401 4401 30 193 telomerase RNA telomerase 1041 1057 1141 17 TGCGACAAAAATACCGTTGCGACAAAAATACCGTTGCGACAAAAATACCGTTGCGACAAA SH4402 4402 103 144 telomerase RNA telomerase 1046 1065 1146 20 GAAAATAATGCGACAAAAATGAAAATAATGCGACAAAAATGAAAATAATGCGACAAAAAT SH4403 4403 59 131 telomerase RNA telomerase 1051 1068 1151 18 TTGGAAAATAATGCGACATTGGAAAATAATGCGACATTGGAAAATAATGCGACATTGGAA SH4404 4404 4 173 telomerase RNA telomerase 1056 1072 1156 17 CCGCTTGGAAAATAATGCCGCTTGGAAAATAATGCCGCTTGGAAAATAATGCCGCTTGGA SH4405 4405 5 114 telomerase RNA telomerase 1061 1076 1161 16 CCTTCCGCTTGGAAAACCTTCCGCTTGGAAAACCTTCCGCTTGGAAAACCTTCCGCTTGG SH4406 4406 36 186 telomerase RNA telomerase 1066 1080 1166 15 GGTTCCTTCCGCTTGGGTTCCTTCCGCTTGGGTTCCTTCCGCTTGGGTTCCTTCCGCTTG SH4407 4407 12 117 telomerase RNA telomerase 1071 1083 1171 13 CACGGTTCCTTCCCACGGTTCCTTCCCACGGTTCCTTCCCACGGTTCCTTCCCACGGTTC SH4408 4408 36 17 telomerase RNA telomerase 1076 1092 1176 17 AAATGAACACACGGTTCAAATGAACACACGGTTCAAATGAACACACGGTTCAAATGAACA SH4409 4409 61 119 telomerase RNA telomerase 1081 1100 1181 20 GATTCATAAAATGAACACACGATTCATAAAATGAACACACGATTCATAAAATGAACACAC SH4410 4410 67 57 telomerase RNA telomerase 1086 1105 1186 20 ACCAAGATTCATAAAATGAAACCAAGATTCATAAAATGAAACCAAGATTCATAAAATGAA SH4411 4411 102 93 telomerase RNA telomerase 1091 1109 1191 19 CAACACCAAGATTCATAAACAACACCAAGATTCATAAACAACACCAAGATTCATAAACAA SH4412 4412 104 19 telomerase RNA telomerase 1096 1113 1196 18 AATACAACACCAAGATTCAATACAACACCAAGATTCAATACAACACCAAGATTCAATACA SH4413 4413 18 213 telomerase RNA telomerase 1101 1118 1201 18 CTGTGAATACAACACCAACTGTGAATACAACACCAACTGTGAATACAACACCAACTGTGA SH4414 4414 82 84 telomerase RNA telomerase 1106 1122 1206 17 GTAGCTGTGAATACAACGTAGCTGTGAATACAACGTAGCTGTGAATACAACGTAGCTGTG SH4415 4415 35 103 telomerase RNA telomerase 1111 1127 1211 17 GAGAAGTAGCTGTGAATGAGAAGTAGCTGTGAATGAGAAGTAGCTGTGAATGAGAAGTAG SH4416 4416 87 212 telomerase RNA telomerase 1116 1132 1216 17 ATTAGGAGAAGTAGCTGATTAGGAGAAGTAGCTGATTAGGAGAAGTAGCTGATTAGGAGA SH4417 4417 57 91 telomerase RNA telomerase 1121 1137 1221 17 AAGGCATTAGGAGAAGTAAGGCATTAGGAGAAGTAAGGCATTAGGAGAAGTAAGGCATTA SH4418 4418 12 124 telomerase RNA telomerase 1126 1142 1226 17 CATCGAAGGCATTAGGACATCGAAGGCATTAGGACATCGAAGGCATTAGGACATCGAAGG SH4419 4419 50 167 telomerase RNA telomerase 1131 1147 1231 17 AAATGCATCGAAGGCATAAATGCATCGAAGGCATAAATGCATCGAAGGCATAAATGCATC SH4420 4420 3 189 telomerase RNA telomerase 1136 1155 1236 20 AATTATCTAAATGCATCGAAAATTATCTAAATGCATCGAAAATTATCTAAATGCATCGAA SH4421 4421 92 193 telomerase RNA telomerase 1141 1160 1241 20 CCAAAAATTATCTAAATGCACCAAAAATTATCTAAATGCACCAAAAATTATCTAAATGCA SH4422 4422 84 8 telomerase RNA telomerase 1146 1167 1246 22 AATGTTTCCAAAAATTATCTAAAATGTTTCCAAAAATTATCTAAAATGTTTCCAAAAATT SH4423 4423 43 137 telomerase RNA telomerase 1151 1173 1251 23 AAAAAAAATGTTTCCAAAAATTAAAAAAAAATGTTTCCAAAAATTAAAAAAAAATGTTTC SH4424 4424 76 12 telomerase RNA telomerase 1156 1177 1256 22 CAAGAAAAAAAATGTTTCCAAACAAGAAAAAAAATGTTTCCAAACAAGAAAAAAAATGTT SH4425 4425 32 106 telomerase RNA telomerase 1161 1182 1261 22 TACATCAAGAAAAAAAATGTTTTACATCAAGAAAAAAAATGTTTTACATCAAGAAAAAAA SH4426 4426 34 54 telomerase RNA telomerase 1166 1188 1266 23 AAAATATACATCAAGAAAAAAAAAAAATATACATCAAGAAAAAAAAAAAATATACATCAA SH4427 4427 55 166 telomerase RNA telomerase 1171 1192 1271 22 ACAAAAAATATACATCAAGAAAACAAAAAATATACATCAAGAAAACAAAAAATATACATC SH4428 4428 97 117 telomerase RNA telomerase 1176 1197 1276 22 ACAATACAAAAAATATACATCAACAATACAAAAAATATACATCAACAATACAAAAAATAT SH4429 4429 47 16 telomerase RNA telomerase 1181 1203 1281 23 ATTTCTACAATACAAAAAATATAATTTCTACAATACAAAAAATATAATTTCTACAATACA SH4430 4430 7 175 telomerase RNA telomerase 1186 1205 1286 20 CGATTTCTACAATACAAAAACGATTTCTACAATACAAAAACGATTTCTACAATACAAAAA SH4431 4431 19 153 telomerase RNA telomerase 1191 1207 1291 17 CGCGATTTCTACAATACCGCGATTTCTACAATACCGCGATTTCTACAATACCGCGATTTC SH4432 4432 40 130 telomerase RNA telomerase 1196 1210 1296 15 ACGCGCGATTTCTACACGCGCGATTTCTACACGCGCGATTTCTACACGCGCGATTTCTAC SH4433 4433 15 207 telomerase RNA telomerase 1201 1215 1301 15 ACAGTACGCGCGATTACAGTACGCGCGATTACAGTACGCGCGATTACAGTACGCGCGATT SH4434 4434 80 11 telomerase RNA telomerase 1206 1220 1306 15 CAAGTACAGTACGCGCAAGTACAGTACGCGCAAGTACAGTACGCGCAAGTACAGTACGCG SH4435 4435 24 205 telomerase RNA telomerase 1211 1228 1311 18 GCGATATACAAGTACAGTGCGATATACAAGTACAGTGCGATATACAAGTACAGTGCGATA SH4436 4436 51 169 telomerase RNA telomerase 1216 1235 1316 20 TTATAAAGCGATATACAAGTTTATAAAGCGATATACAAGTTTATAAAGCGATATACAAGT SH4437 4437 48 169 telomerase RNA telomerase 1221 1238 1321 18 CGCTTATAAAGCGATATACGCTTATAAAGCGATATACGCTTATAAAGCGATATACGCTTA SH4438 4438 15 48 telomerase RNA telomerase 1226 1242 1326 17 AAAGCGCTTATAAAGCGAAAGCGCTTATAAAGCGAAAGCGCTTATAAAGCGAAAGCGCTT SH4439 4439 62 122 telomerase RNA telomerase 1231 1250 1331 20 ATCAATTAAAAGCGCTTATAATCAATTAAAAGCGCTTATAATCAATTAAAAGCGCTTATA SH4440 4440 16 197 telomerase RNA telomerase 1236 1253 1336 18 ACAATCAATTAAAAGCGCACAATCAATTAAAAGCGCACAATCAATTAAAAGCGCACAATC SH4441 4441 54 44 telomerase RNA telomerase 1241 1260 1341 20 GTCATGAACAATCAATTAAAGTCATGAACAATCAATTAAAGTCATGAACAATCAATTAAA SH4442 4442 98 75 telomerase RNA telomerase 1246 1263 1346 18 CTCGTCATGAACAATCAACTCGTCATGAACAATCAACTCGTCATGAACAATCAACTCGTC SH4443 4443 34 15 telomerase RNA telomerase 1251 1267 1351 17 TATCCTCGTCATGAACATATCCTCGTCATGAACATATCCTCGTCATGAACATATCCTCGT SH4444 4444 47 148 telomerase RNA telomerase 1256 1270 1356 15 GCCTATCCTCGTCATGCCTATCCTCGTCATGCCTATCCTCGTCATGCCTATCCTCGTCAT SH4445 4445 5 152 telomerase RNA telomerase 1261 1273 1361 13 TCCGCCTATCCTCTCCGCCTATCCTCTCCGCCTATCCTCTCCGCCTATCCTCTCCGCCTA SH4446 4446 17 58 telomerase RNA telomerase 1266 1278 1366 13 GCCTATCCGCCTAGCCTATCCGCCTAGCCTATCCGCCTAGCCTATCCGCCTAGCCTATCC SH4447 4447 99 72 telomerase RNA telomerase 1271 1283 1371 13 CCTCCGCCTATCCCCTCCGCCTATCCCCTCCGCCTATCCCCTCCGCCTATCCCCTCCGCC SH4448 4448 98 191 telomerase RNA telomerase 1276 1288 1376 13 GCATACCTCCGCCGCATACCTCCGCCGCATACCTCCGCCGCATACCTCCGCCGCATACCT SH4449 4449 46 51 telomerase RNA telomerase 1281 1298 1381 18 ATATTAAGAGGCATACCTATATTAAGAGGCATACCTATATTAAGAGGCATACCTATATTA SH4450 4450 15 209 telomerase RNA 1286-1301 + 3' 1286 1386 22 ttattaTAAATATTAAGAGGCAttattaTAAATATTAAGAGGCAttattaTAAATATTAA SH4451 4451 5 189 telomerase RNA 1291-1301 + 3' 1291 1391 22 gggctttattaTAAATATTAAGgggctttattaTAAATATTAAGgggctttattaTAAAT SH4452 4452 28 156 telomerase RNA 1296-1301 + 3' 1296 1396 20 ggtgggctttattaTAAATAggtgggctttattaTAAATAggtgggctttattaTAAATA SH4453 4453 20 114 telomerase RNA 1301 + 3' 1301 1401 18 tttggtgggctttattaTtttggtgggctttattaTtttggtgggctttattaTtttggt SH4454 4454 62 193 telomerase RNA 3' 1406 16 ccatttggtgggctttccatttggtgggctttccatttggtgggctttccatttggtggg SH4455 4455 64 28 telomerase RNA 3' 1411 15 gaagccatttggtgggaagccatttggtgggaagccatttggtgggaagccatttggtgg SH4456 4456 84 165 telomerase RNA 3' 1416 20 ctaaaaagaagaagccatttctaaaaagaagaagccatttctaaaaagaagaagccattt SH4457 4457 28 9 telomerase RNA 3' 1421 20 atattctaaaaagaagaagcatattctaaaaagaagaagcatattctaaaaagaagaagc SH4458 4458 102 196 telomerase RNA 3' 1426 23 tatattgtatattctaaaaagaatatattgtatattctaaaaagaatatattgtatattc SH4459 4459 87 188 telomerase RNA 3' 1431 23 atttgtatattgtatattctaaaatttgtatattgtatattctaaaatttgtatattgta SH4460 4460 86 193 telomerase RNA 3' 1436 25 tatttttatttgtatattgtatatttatttttatttgtatattgtatatttatttttatt SH4461 4461 102 186 telomerase RNA 3' 1441 25 ttttttatttttatttgtatattgtttttttatttttatttgtatattgtttttttattt SH4462 4462 104 17 telomerase RNA 3' 1446 25 tctatttttttatttttatttgtattctatttttttatttttatttgtattctatttttt SH4463 4463 62 55 telomerase RNA 3' 1451 25 gttcttctatttttttatttttattgttcttctatttttttatttttattgttcttctat SH4464 4464 3 71 telomerase RNA 3' 1456 23 gatgttcttctatttttttatttgatgttcttctatttttttatttgatgttcttctatt SH4465 4465 3 51 telomerase RNA 3' 1461 20 aggatgttcttctattttttaggatgttcttctattttttaggatgttcttctatttttt SH4466 4466 51 38 telomerase RNA 3' 1466 18 actaggatgttcttctatactaggatgttcttctatactaggatgttcttctatactagg SH4467 4467 4 153 telomerase RNA 3' 1471 18 caattactaggatgttctcaattactaggatgttctcaattactaggatgttctcaatta SH4468 4468 96 20 telomerase RNA 3' 1476 18 caagacaattactaggatcaagacaattactaggatcaagacaattactaggatcaagac SH4469 4469 15 182 U3b (snR17b) 5' 1 20 gagctcactatttatatgttgagctcactatttatatgttgagctcactatttatatgtt SH4470 4470 72 163 U3b (snR17b) 5' 6 19 gaaagagctcactatttatgaaagagctcactatttatgaaagagctcactatttatgaa SH4471 4471 58 141 U3b (snR17b) 5' 11 17 ttggaaagagctcactattggaaagagctcactattggaaagagctcactattggaaaga SH4472 4472 96 202 U3b (snR17b) 5' 16 17 gttgtttggaaagagctgttgtttggaaagagctgttgtttggaaagagctgttgtttgg SH4473 4473 42 13 U3b (snR17b) 5' 21 20 gttatcaagttgtttggaaagttatcaagttgtttggaaagttatcaagttgtttggaaa SH4474 4474 24 99 U3b (snR17b) 5' 26 20 gtgaagttatcaagttgtttgtgaagttatcaagttgtttgtgaagttatcaagttgttt SH4475 4475 47 10 U3b (snR17b) 5' 31 18 tgagtgaagttatcaagttgagtgaagttatcaagttgagtgaagttatcaagttgagtg SH4476 4476 99 6 U3b (snR17b) 5' 36 19 gatgaatgagtgaagttatgatgaatgagtgaagttatgatgaatgagtgaagttatgat SH4477 4477 49 189 U3b (snR17b) 5' 41 18 aaaggatgaatgagtgaaaaaggatgaatgagtgaaaaaggatgaatgagtgaaaaagga SH4478 4478 64 74 U3b (snR17b) 5' 46 19 ctaagaaaaggatgaatgactaagaaaaggatgaatgactaagaaaaggatgaatgacta SH4479 4479 46 88 U3b (snR17b) 5' 51 20 ataaaactaagaaaaggatgataaaactaagaaaaggatgataaaactaagaaaaggatg SH4480 4480 83 7 U3b (snR17b) 5' 56 22 gaagagaataaaactaagaaaagaagagaataaaactaagaaaagaagagaataaaacta SH4481 4481 69 109 U3b (snR17b) 5' 61 20 caagaagagaataaaactaacaagaagagaataaaactaacaagaagagaataaaactaa SH4482 4482 43 12 U3b (snR17b) 5' 66 20 aagaacaagaagagaataaaaagaacaagaagagaataaaaagaacaagaagagaataaa SH4483 4483 17 140 U3b (snR17b) 5' 71 20 gtaaaaagaacaagaagagagtaaaaagaacaagaagagagtaaaaagaacaagaagaga SH4484 4484 25 168 U3b (snR17b) 5' 76 22 ttttttagtaaaaagaacaagattttttagtaaaaagaacaagattttttagtaaaaaga SH4485 4485 71 122 U3b (snR17b) 5' - 3 3 81 23 GACaatttttttagtaaaaagaaGACaatttttttagtaaaaagaaGACaatttttttag SH4486 4486 68 116 U3b (snR17b) 5' - 6 6 86 21 GTCGACaatttttttagtaaaGTCGACaatttttttagtaaaGTCGACaatttttttagt SH4487 4487 24 58 U3b (snR17b) 5' - 10 10 91 20 GTACGTCGACaatttttttaGTACGTCGACaatttttttaGTACGTCGACaattttttta SH4488 4488 43 9 U3b (snR17b) 5' - 13 13 96 18 GAAGTACGTCGACaatttGAAGTACGTCGACaatttGAAGTACGTCGACaatttGAAGTA SH4489 4489 26 143 U3b (snR17b) U3b 1 15 101 15 CTGAAGTACGTCGACCTGAAGTACGTCGACCTGAAGTACGTCGACCTGAAGTACGTCGAC SH4490 4490 103 21 U3b (snR17b) U3b 6 23 106 18 AAAACATACTGAAGTACGAAAACATACTGAAGTACGAAAACATACTGAAGTACGAAAACA SH4491 4491 56 115 U3b (snR17b) U3b 11 30 111 20 ATGGTATAAAACATACTGAAATGGTATAAAACATACTGAAATGGTATAAAACATACTGAA SH4492 4492 81 21 U3b (snR17b) U3b 16 37 116 22 AAAGTATATGGTATAAAACATAAAAGTATATGGTATAAAACATAAAAGTATATGGTATAA SH4493 4493 2 142 U3b (snR17b) U3b 21 42 121 22 CTAATAAAGTATATGGTATAAACTAATAAAGTATATGGTATAAACTAATAAAGTATATGG SH4494 4494 2 103 U3b (snR17b) U3b 26 45 126 20 TTCCTAATAAAGTATATGGTTTCCTAATAAAGTATATGGTTTCCTAATAAAGTATATGGT SH4495 4495 31 57 U3b (snR17b) U3b 31 52 131 22 TGTTATATTCCTAATAAAGTATTGTTATATTCCTAATAAAGTATTGTTATATTCCTAATA SH4496 4496 6 18 U3b (snR17b) U3b 36 56 136 21 GCTTTGTTATATTCCTAATAAGCTTTGTTATATTCCTAATAAGCTTTGTTATATTCCTAA SH4497 4497 6 41 U3b (snR17b) U3b 41 60 141 20 GTATGCTTTGTTATATTCCTGTATGCTTTGTTATATTCCTGTATGCTTTGTTATATTCCT SH4498 4498 79 154 U3b (snR17b) U3b 46 63 146 18 TGGGTATGCTTTGTTATATGGGTATGCTTTGTTATATGGGTATGCTTTGTTATATGGGTA SH4499 4499 65 28 U3b (snR17b) U3b 51 68 151 18 ATTATTGGGTATGCTTTGATTATTGGGTATGCTTTGATTATTGGGTATGCTTTGATTATT SH4500 4500 32 26 U3b (snR17b) U3b 56 73 156 18 GCCTAATTATTGGGTATGGCCTAATTATTGGGTATGGCCTAATTATTGGGTATGGCCTAA SH4501 4501 88 206 U3b (snR17b) U3b 61 78 161 18 GCATTGCCTAATTATTGGGCATTGCCTAATTATTGGGCATTGCCTAATTATTGGGCATTG SH4502 4502 96 79 U3b (snR17b) U3b 66 83 166 18 CAATCGCATTGCCTAATTCAATCGCATTGCCTAATTCAATCGCATTGCCTAATTCAATCG SH4503 4503 34 167 U3b (snR17b) U3b 71 85 171 15 GACAATCGCATTGCCGACAATCGCATTGCCGACAATCGCATTGCCGACAATCGCATTGCC SH4504 4504 89 51 U3b (snR17b) U3b 76 92 176 17 TGAATACGACAATCGCATGAATACGACAATCGCATGAATACGACAATCGCATGAATACGA SH4505 4505 39 43 U3b (snR17b) U3b 81 98 181 18 GGTTGTTGAATACGACAAGGTTGTTGAATACGACAAGGTTGTTGAATACGACAAGGTTGT SH4506 4506 77 98 U3b (snR17b) U3b 86 103 186 18 AAGATGGTTGTTGAATACAAGATGGTTGTTGAATACAAGATGGTTGTTGAATACAAGATG SH4507 4507 104 127 U3b (snR17b) U3b 91 108 191 18 AATAGAAGATGGTTGTTGAATAGAAGATGGTTGTTGAATAGAAGATGGTTGTTGAATAGA SH4508 4508 8 190 U3b (snR17b) U3b 96 113 196 18 GGTGAAATAGAAGATGGTGGTGAAATAGAAGATGGTGGTGAAATAGAAGATGGTGGTGAA SH4509 4509 77 134 U3b (snR17b) U3b 101 117 201 17 AGCTGGTGAAATAGAAGAGCTGGTGAAATAGAAGAGCTGGTGAAATAGAAGAGCTGGTGA SH4510 4510 23 147 U3b (snR17b) U3b 106 122 206 17 CCTGAAGCTGGTGAAATCCTGAAGCTGGTGAAATCCTGAAGCTGGTGAAATCCTGAAGCT SH4511 4511 68 139 U3b (snR17b) U3b 111 127 211 17 CAAAACCTGAAGCTGGTCAAAACCTGAAGCTGGTCAAAACCTGAAGCTGGTCAAAACCTG SH4512 4512 26 61 U3b (snR17b) U3b 116 133 216 18 GTTAGTCAAAACCTGAAGGTTAGTCAAAACCTGAAGGTTAGTCAAAACCTGAAGGTTAGT SH4513 4513 38 168 U3b (snR17b) U3b 121 138 221 18 AATGTGTTAGTCAAAACCAATGTGTTAGTCAAAACCAATGTGTTAGTCAAAACCAATGTG SH4514 4514 11 207 U3b (snR17b) U3b 126 143 226 18 TGTTGAATGTGTTAGTCATGTTGAATGTGTTAGTCATGTTGAATGTGTTAGTCATGTTGA SH4515 4515 28 163 U3b (snR17b) U3b 131 148 231 18 CCTACTGTTGAATGTGTTCCTACTGTTGAATGTGTTCCTACTGTTGAATGTGTTCCTACT SH4516 4516 82 50 U3b (snR17b) U3b 136 153 236 18 ATGATCCTACTGTTGAATATGATCCTACTGTTGAATATGATCCTACTGTTGAATATGATC SH4517 4517 2 2 U3b (snR17b) U3b 141 158 241 18 TAGAAATGATCCTACTGTTAGAAATGATCCTACTGTTAGAAATGATCCTACTGTTAGAAA SH4518 4518 23 174 U3b (snR17b) U3b 146 163 246 18 TCCTATAGAAATGATCCTTCCTATAGAAATGATCCTTCCTATAGAAATGATCCTTCCTAT SH4519 4519 30 7 U3b (snR17b) U3b 151 168 251 18 ACGATTCCTATAGAAATGACGATTCCTATAGAAATGACGATTCCTATAGAAATGACGATT SH4520 4520 88 111 U3b (snR17b) U3b 156 172 256 17 AGTGACGATTCCTATAGAGTGACGATTCCTATAGAGTGACGATTCCTATAGAGTGACGAT SH4521 4521 103 162 U3b (snR17b) U3b 161 177 261 17 CAAAGAGTGACGATTCCCAAAGAGTGACGATTCCCAAAGAGTGACGATTCCCAAAGAGTG SH4522 4522 73 171 U3b (snR17b) U3b 166 181 266 16 GAGTCAAAGAGTGACGGAGTCAAAGAGTGACGGAGTCAAAGAGTGACGGAGTCAAAGAGT SH4523 4523 69 149 U3b (snR17b) U3b 171 188 271 18 TTTTGAAGAGTCAAAGAGTTTTGAAGAGTCAAAGAGTTTTGAAGAGTCAAAGAGTTTTGA SH4524 4524 26 77 U3b (snR17b) U3b 176 192 276 17 GCTCTTTTGAAGAGTCAGCTCTTTTGAAGAGTCAGCTCTTTTGAAGAGTCAGCTCTTTTG SH4525 4525 80 145 U3b (snR17b) U3b 181 197 281 17 CAGTGGCTCTTTTGAAGCAGTGGCTCTTTTGAAGCAGTGGCTCTTTTGAAGCAGTGGCTC SH4526 4526 70 81 U3b (snR17b) U3b 186 202 286 17 GGATTCAGTGGCTCTTTGGATTCAGTGGCTCTTTGGATTCAGTGGCTCTTTGGATTCAGT SH4527 4527 20 127 U3b (snR17b) U3b 191 205 291 15 GTTGGATTCAGTGGCGTTGGATTCAGTGGCGTTGGATTCAGTGGCGTTGGATTCAGTGGC SH4528 4528 8 148 U3b (snR17b) U3b 196 212 296 17 CAACCAAGTTGGATTCACAACCAAGTTGGATTCACAACCAAGTTGGATTCACAACCAAGT SH4529 4529 74 162 U3b (snR17b) U3b 201 217 301 17 CTCATCAACCAAGTTGGCTCATCAACCAAGTTGGCTCATCAACCAAGTTGGCTCATCAAC SH4530 4530 95 71 U3b (snR17b) U3b 206 220 306 15 GGGCTCATCAACCAAGGGCTCATCAACCAAGGGCTCATCAACCAAGGGCTCATCAACCAA SH4531 4531 62 141 U3b (snR17b) U3b 211 226 311 16 GTTATGGGGCTCATCAGTTATGGGGCTCATCAGTTATGGGGCTCATCAGTTATGGGGCTC SH4532 4532 65 13 U3b (snR17b) U3b 216 231 316 16 CAAAGGTTATGGGGCTCAAAGGTTATGGGGCTCAAAGGTTATGGGGCTCAAAGGTTATGG SH4533 4533 12 193 U3b (snR17b) U3b 221 237 321 17 GGGGTACAAAGGTTATGGGGGTACAAAGGTTATGGGGGTACAAAGGTTATGGGGGTACAA SH4534 4534 90 126 U3b (snR17b) U3b 226 240 326 15 TCTGGGGTACAAAGGTCTGGGGTACAAAGGTCTGGGGTACAAAGGTCTGGGGTACAAAGG SH4535 4535 103 191 U3b (snR17b) U3b 231 243 331 13 CACTCTGGGGTACCACTCTGGGGTACCACTCTGGGGTACCACTCTGGGGTACCACTCTGG SH4536 4536 59 4 U3b (snR17b) U3b 236 251 336 16 CATTTCCTCACTCTGGCATTTCCTCACTCTGGCATTTCCTCACTCTGGCATTTCCTCACT SH4537 4537 65 140 U3b (snR17b) U3b 241 257 341 17 CGATTTCATTTCCTCACCGATTTCATTTCCTCACCGATTTCATTTCCTCACCGATTTCAT SH4538 4538 38 146 U3b (snR17b) U3b 246 267 346 22 AATTTAAATTCGATTTCATTTCAATTTAAATTCGATTTCATTTCAATTTAAATTCGATTT SH4539 4539 58 166 U3b (snR17b) U3b 251 270 351 20 GCTAATTTAAATTCGATTTCGCTAATTTAAATTCGATTTCGCTAATTTAAATTCGATTTC SH4540 4540 60 133 U3b (snR17b) U3b 256 274 356 19 CCAAGCTAATTTAAATTCGCCAAGCTAATTTAAATTCGCCAAGCTAATTTAAATTCGCCA SH4541 4541 67 7 U3b (snR17b) U3b 261 278 361 18 CGGACCAAGCTAATTTAACGGACCAAGCTAATTTAACGGACCAAGCTAATTTAACGGACC SH4542 4542 38 143 U3b (snR17b) U3b 266 280 366 15 TGCGGACCAAGCTAATGCGGACCAAGCTAATGCGGACCAAGCTAATGCGGACCAAGCTAA SH4543 4543 65 168 U3b (snR17b) U3b 271 285 371 15 AGGATTGCGGACCAAAGGATTGCGGACCAAAGGATTGCGGACCAAAGGATTGCGGACCAA SH4544 4544 59 31 U3b (snR17b) U3b 276 290 376 15 CGCTAAGGATTGCGGCGCTAAGGATTGCGGCGCTAAGGATTGCGGCGCTAAGGATTGCGG SH4545 4545 45 186 U3b (snR17b) U3b 281 295 381 15 CGAACCGCTAAGGATCGAACCGCTAAGGATCGAACCGCTAAGGATCGAACCGCTAAGGAT SH4546 4546 2 80 U3b (snR17b) U3b 286 298 386 13 GGCCGAACCGCTAGGCCGAACCGCTAGGCCGAACCGCTAGGCCGAACCGCTAGGCCGAAC SH4547 4547 47 116 U3b (snR17b) U3b 291 307 391 17 ATTATAGATGGCCGAACATTATAGATGGCCGAACATTATAGATGGCCGAACATTATAGAT SH4548 4548 10 128 U3b (snR17b) U3b 296 315 396 20 TATTCAAAATTATAGATGGCTATTCAAAATTATAGATGGCTATTCAAAATTATAGATGGC SH4549 4549 11 46 U3b (snR17b) U3b 301 323 401 23 CAAAATTTTATTCAAAATTATAGCAAAATTTTATTCAAAATTATAGCAAAATTTTATTCA SH4550 4550 32 151 U3b (snR17b) U3b 306 328 406 23 CAAAGCAAAATTTTATTCAAAATCAAAGCAAAATTTTATTCAAAATCAAAGCAAAATTTT SH4551 4551 41 164 U3b (snR17b) U3b 311 330 411 20 GGCAAAGCAAAATTTTATTCGGCAAAGCAAAATTTTATTCGGCAAAGCAAAATTTTATTC SH4552 4552 2 143 U3b (snR17b) U3b 316 333 416 18 AACGGCAAAGCAAAATTTAACGGCAAAGCAAAATTTAACGGCAAAGCAAAATTTAACGGC SH4553 4553 51 104 U3b (snR17b) U3b 321 335 421 15 GCAACGGCAAAGCAAGCAACGGCAAAGCAAGCAACGGCAAAGCAAGCAACGGCAAAGCAA SH4554 4554 103 165 U3b (snR17b) U3b 326 342 426 17 CACAATTGCAACGGCAACACAATTGCAACGGCAACACAATTGCAACGGCAACACAATTGC SH4555 4555 79 92 U3b (snR17b) U3b 331 348 431 18 AGTTATCACAATTGCAACAGTTATCACAATTGCAACAGTTATCACAATTGCAACAGTTAT SH4556 4556 19 113 U3b (snR17b) U3b 336 355 436 20 CAAAGGAAGTTATCACAATTCAAAGGAAGTTATCACAATTCAAAGGAAGTTATCACAATT SH4557 4557 56 137 U3b (snR17b) U3b 341 358 441 18 TTCCAAAGGAAGTTATCATTCCAAAGGAAGTTATCATTCCAAAGGAAGTTATCATTCCAA SH4558 4558 13 93 U3b (snR17b) U3b 346 363 446 18 ACAAATTCCAAAGGAAGTACAAATTCCAAAGGAAGTACAAATTCCAAAGGAAGTACAAAT SH4559 4559 99 41 U3b (snR17b) U3b 351 367 451 17 CGCAACAAATTCCAAAGCGCAACAAATTCCAAAGCGCAACAAATTCCAAAGCGCAACAAA SH4560 4560 69 125 U3b (snR17b) U3b 356 375 456 20 TTAAATATCGCAACAAATTCTTAAATATCGCAACAAATTCTTAAATATCGCAACAAATTC SH4561 4561 97 190 U3b (snR17b) U3b 361 378 461 18 CCATTAAATATCGCAACACCATTAAATATCGCAACACCATTAAATATCGCAACACCATTA SH4562 4562 59 202 U3b (snR17b) U3b 366 382 466 17 CGCGCCATTAAATATCGCGCGCCATTAAATATCGCGCGCCATTAAATATCGCGCGCCATT SH4563 4563 16 18 U3b (snR17b) U3b 371 387 471 17 ATCATCGCGCCATTAAAATCATCGCGCCATTAAAATCATCGCGCCATTAAAATCATCGCG SH4564 4564 2 132 U3b (snR17b) U3b 376 388 476 13 GATCATCGCGCCAGATCATCGCGCCAGATCATCGCGCCAGATCATCGCGCCAGATCATCG SH4565 4565 102 33 U3b (snR17b) U3b 381 395 481 15 GGGTCAAGATCATCGGGGTCAAGATCATCGGGGTCAAGATCATCGGGGTCAAGATCATCG SH4566 4566 51 133 U3b (snR17b) U3b 386 402 486 17 ATAGGATGGGTCAAGATATAGGATGGGTCAAGATATAGGATGGGTCAAGATATAGGATGG SH4567 4567 16 160 U3b (snR17b) U3b 391 405 491 15 CACATAGGATGGGTCCACATAGGATGGGTCCACATAGGATGGGTCCACATAGGATGGGTC SH4568 4568 10 141 U3b (snR17b) U3b 396 412 496 17 ATGGAAGCACATAGGATATGGAAGCACATAGGATATGGAAGCACATAGGATATGGAAGCA SH4569 4569 101 97 U3b (snR17b) U3b 401 417 501 17 CCAAAATGGAAGCACATCCAAAATGGAAGCACATCCAAAATGGAAGCACATCCAAAATGG SH4570 4570 3 171 U3b (snR17b) U3b 406 422 506 17 TCCTTCCAAAATGGAAGTCCTTCCAAAATGGAAGTCCTTCCAAAATGGAAGTCCTTCCAA SH4571 4571 8 90 U3b (snR17b) U3b 411 427 511 17 CCCTATCCTTCCAAAATCCCTATCCTTCCAAAATCCCTATCCTTCCAAAATCCCTATCCT SH4572 4572 27 147 U3b (snR17b) U3b 416 431 516 16 GAATCCCTATCCTTCCGAATCCCTATCCTTCCGAATCCCTATCCTTCCGAATCCCTATCC SH4573 4573 21 44 U3b (snR17b) U3b 421 436 521 16 CCCATGAATCCCTATCCCCATGAATCCCTATCCCCATGAATCCCTATCCCCATGAATCCC SH4574 4574 90 50 U3b (snR17b) U3b 426 440 526 15 CCCACCCATGAATCCCCCACCCATGAATCCCCCACCCATGAATCCCCCACCCATGAATCC SH4575 4575 9 43 U3b (snR17b) U3b 431 443 531 13 GTACCCACCCATGGTACCCACCCATGGTACCCACCCATGGTACCCACCCATGGTACCCAC SH4576 4576 63 210 U3b (snR17b) U3b 436 450 536 15 GCCATTTGTACCCACGCCATTTGTACCCACGCCATTTGTACCCACGCCATTTGTACCCAC SH4577 4577 17 137 U3b (snR17b) U3b 441 457 541 17 TCAGACTGCCATTTGTATCAGACTGCCATTTGTATCAGACTGCCATTTGTATCAGACTGC SH4578 4578 70 83 U3b (snR17b) U3b 446 461 546 16 CTTGTCAGACTGCCATCTTGTCAGACTGCCATCTTGTCAGACTGCCATCTTGTCAGACTG SH4579 4579 14 155 U3b (snR17b) 451-462 + 3' 451 551 17 gattgACTTGTCAGACTgattgACTTGTCAGACTgattgACTTGTCAGACTgattgACTT SH4580 4580 10 89 U3b (snR17b) 456-462 + 3' 456 556 18 tgatttgattgACTTGTCtgatttgattgACTTGTCtgatttgattgACTTGTCtgattt SH4581 4581 24 162 U3b (snR17b) 461-462 + 3' 461 561 22 aaaaataaatgatttgattgACaaaaataaatgatttgattgACaaaaataaatgatttg SH4582 4582 54 77 U3b (snR17b) 3' 566 22 ttggaaaaaataaatgatttgattggaaaaaataaatgatttgattggaaaaaataaatg SH4583 4583 53 203 U3b (snR17b) 3' 571 23 aatattttggaaaaaataaatgaaatattttggaaaaaataaatgaaatattttggaaaa SH4584 4584 56 60 U3b (snR17b) 3' 576 22 cgaaaatattttggaaaaaatacgaaaatattttggaaaaaatacgaaaatattttggaa SH4585 4585 58 119 U3b (snR17b) 3' 581 21 gattcgaaaatattttggaaagattcgaaaatattttggaaagattcgaaaatattttgg SH4586 4586 96 137 U3b (snR17b) 3' 586 21 cctttgattcgaaaatattttcctttgattcgaaaatattttcctttgattcgaaaatat SH4587 4587 23 54 U3b (snR17b) 3' 591 20 caaacctttgattcgaaaatcaaacctttgattcgaaaatcaaacctttgattcgaaaat SH4588 4588 45 28 U3b (snR17b) 3' 596 18 aatcaaacctttgattcgaatcaaacctttgattcgaatcaaacctttgattcgaatcaa SH4589 4589 97 2 U3b (snR17b) 3' 601 18 tactgaatcaaacctttgtactgaatcaaacctttgtactgaatcaaacctttgtactga SH4590 4590 46 153 U3b (snR17b) 3' 606 19 ccaaaatactgaatcaaacccaaaatactgaatcaaacccaaaatactgaatcaaaccca SH4591 4591 9 160 U3b (snR17b) 3' 611 18 ggctccaaaatactgaatggctccaaaatactgaatggctccaaaatactgaatggctcc SH4592 4592 78 134 U3b (snR17b) 3' 616 15 gcggctccaaaatacgcggctccaaaatacgcggctccaaaatacgcggctccaaaatac SH4593 4593 27 117 U3b (snR17b) 3' 621 17 gtataatgcggctccaagtataatgcggctccaagtataatgcggctccaagtataatgc SH4594 4594 7 76 U3b (snR17b) 3' 626 17 actaagtataatgcggcactaagtataatgcggcactaagtataatgcggcactaagtat SH4595 4595 28 23 U3b (snR17b) 3' 631 25 atttaattaaaatactaagtataatatttaattaaaatactaagtataatatttaattaa SH4596 4596 28 16 U3b (snR17b) 3' 636 23 gtaatttaattaaaatactaagtgtaatttaattaaaatactaagtgtaatttaattaaa SH4597 4597 90 9 snR3 5' 1 23 gctttcttttatactttttttttgctttcttttatactttttttttgctttcttttatac SH4598 4598 71 142 snR3 5' 6 20 gtgctttcttttatacttttgtgctttcttttatacttttgtgctttcttttatactttt SH4599 4599 102 146 snR3 5' 11 18 cctgtgctttcttttatacctgtgctttcttttatacctgtgctttcttttatacctgtg SH4600 4600 56 94 snR3 5' 16 17 attgcctgtgctttcttattgcctgtgctttcttattgcctgtgctttcttattgcctgt SH4601 4601 22 47 snR3 5' 21 15 ctcattgcctgtgctctcattgcctgtgctctcattgcctgtgctctcattgcctgtgct SH4602 4602 21 204 snR3 5' 26 18 aaacaaatctcattgcctaaacaaatctcattgcctaaacaaatctcattgcctaaacaa SH4603 4603 99 117 snR3 5' 31 18 gcgaaaaacaaatctcatgcgaaaaacaaatctcatgcgaaaaacaaatctcatgcgaaa SH4604 4604 57 197 snR3 5' 36 19 ggaaaagcgaaaaacaaatggaaaagcgaaaaacaaatggaaaagcgaaaaacaaatgga SH4605 4605 44 98 snR3 5' 41 18 agaaggaaaagcgaaaaaagaaggaaaagcgaaaaaagaaggaaaagcgaaaaaagaagg SH4606 4606 22 121 snR3 5' 46 18 aaataagaaggaaaagcgaaataagaaggaaaagcgaaataagaaggaaaagcgaaataa SH4607 4607 53 82 snR3 5' 51 21 gaattaacaaataagaaggaagaattaacaaataagaaggaagaattaacaaataagaag SH4608 4608 34 64 snR3 5' 56 23 aaaaatagaattaacaaataagaaaaaatagaattaacaaataagaaaaaatagaattaa SH4609 4609 2 83 snR3 5' 61 22 cttcaaaaatagaattaacaaacttcaaaaatagaattaacaaacttcaaaaatagaatt SH4610 4610 2 210 snR3 5' 66 22 ggaaacttcaaaaatagaattaggaaacttcaaaaatagaattaggaaacttcaaaaata SH4611 4611 57 174 snR3 5' 71 20 gaaggaaacttcaaaaataggaaggaaacttcaaaaataggaaggaaacttcaaaaatag SH4612 4612 56 75 snR3 5' 76 17 cggaaggaaacttcaaacggaaggaaacttcaaacggaaggaaacttcaaacggaaggaa SH4613 4613 43 82 snR3 5' 81 18 ttttttcggaaggaaactttttttcggaaggaaactttttttcggaaggaaacttttttt SH4614 4614 56 84 snR3 5' - 3 3 86 18 TTActttttttcggaaggTTActttttttcggaaggTTActttttttcggaaggTTActt SH4615 4615 58 61 snR3 5' - 10 10 91 20 GACAAAGTTActttttttcgGACAAAGTTActttttttcgGACAAAGTTActttttttcg SH4616 4616 3 97 snR3 5' - 15 15 96 20 TTTAGGACAAAGTTActtttTTTAGGACAAAGTTActtttTTTAGGACAAAGTTActttt SH4617 4617 52 209 snR3 snR3 1 19 101 19 GTACTTTAGGACAAAGTTAGTACTTTAGGACAAAGTTAGTACTTTAGGACAAAGTTAGTA SH4618 4618 16 141 snR3 snR3 6 24 106 19 GATTAGTACTTTAGGACAAGATTAGTACTTTAGGACAAGATTAGTACTTTAGGACAAGAT SH4619 4619 16 206 snR3 snR3 11 28 111 18 GGTGGATTAGTACTTTAGGGTGGATTAGTACTTTAGGGTGGATTAGTACTTTAGGGTGGA SH4620 4620 55 35 snR3 snR3 16 30 116 15 GCGGTGGATTAGTACGCGGTGGATTAGTACGCGGTGGATTAGTACGCGGTGGATTAGTAC SH4621 4621 63 96 snR3 snR3 21 37 121 17 GTCTAATGCGGTGGATTGTCTAATGCGGTGGATTGTCTAATGCGGTGGATTGTCTAATGC SH4622 4622 97 122 snR3 snR3 26 42 126 17 GTACTGTCTAATGCGGTGTACTGTCTAATGCGGTGTACTGTCTAATGCGGTGTACTGTCT SH4623 4623 95 138 snR3 snR3 31 48 131 18 ATCTTCGTACTGTCTAATATCTTCGTACTGTCTAATATCTTCGTACTGTCTAATATCTTC SH4624 4624 80 57 snR3 snR3 36 52 136 17 CTCGATCTTCGTACTGTCTCGATCTTCGTACTGTCTCGATCTTCGTACTGTCTCGATCTT SH4625 4625 43 188 snR3 snR3 41 57 141 17 AATAGCTCGATCTTCGTAATAGCTCGATCTTCGTAATAGCTCGATCTTCGTAATAGCTCG SH4626 4626 37 42 snR3 snR3 46 63 146 18 CAAATAAATAGCTCGATCCAAATAAATAGCTCGATCCAAATAAATAGCTCGATCCAAATA SH4627 4627 33 81 snR3 snR3 51 70 151 20 GAGTGTTCAAATAAATAGCTGAGTGTTCAAATAAATAGCTGAGTGTTCAAATAAATAGCT SH4628 4628 44 190 snR3 snR3 56 73 156 18 ACCGAGTGTTCAAATAAAACCGAGTGTTCAAATAAAACCGAGTGTTCAAATAAAACCGAG SH4629 4629 72 107 snR3 snR3 61 77 161 17 TAAGACCGAGTGTTCAATAAGACCGAGTGTTCAATAAGACCGAGTGTTCAATAAGACCGA SH4630 4630 8 137 snR3 snR3 66 81 166 16 CGAATAAGACCGAGTGCGAATAAGACCGAGTGCGAATAAGACCGAGTGCGAATAAGACCG SH4631 4631 48 117 snR3 snR3 71 88 171 18 CTTATCACGAATAAGACCCTTATCACGAATAAGACCCTTATCACGAATAAGACCCTTATC SH4632 4632 103 149 snR3 snR3 76 93 176 18 TTACGCTTATCACGAATATTACGCTTATCACGAATATTACGCTTATCACGAATATTACGC SH4633 4633 56 62 snR3 snR3 81 97 181 17 CACATTACGCTTATCACCACATTACGCTTATCACCACATTACGCTTATCACCACATTACG SH4634 4634 18 127 snR3 snR3 86 102 186 17 CTCTCCACATTACGCTTCTCTCCACATTACGCTTCTCTCCACATTACGCTTCTCTCCACA SH4635 4635 70 57 snR3 snR3 91 108 191 18 ATTGATCTCTCCACATTAATTGATCTCTCCACATTAATTGATCTCTCCACATTAATTGAT SH4636 4636 88 181 snR3 snR3 96 112 196 17 GGAAATTGATCTCTCCAGGAAATTGATCTCTCCAGGAAATTGATCTCTCCAGGAAATTGA SH4637 4637 98 164 snR3 snR3 101 117 201 17 GACCCGGAAATTGATCTGACCCGGAAATTGATCTGACCCGGAAATTGATCTGACCCGGAA SH4638 4638 14 146 snR3 snR3 106 123 206 18 ATAAATGACCCGGAAATTATAAATGACCCGGAAATTATAAATGACCCGGAAATTATAAAT SH4639 4639 32 122 snR3 snR3 111 127 211 17 TCTTATAAATGACCCGGTCTTATAAATGACCCGGTCTTATAAATGACCCGGTCTTATAAA SH4640 4640 70 167 snR3 snR3 116 134 216 19 CTCGAGTTCTTATAAATGACTCGAGTTCTTATAAATGACTCGAGTTCTTATAAATGACTC SH4641 4641 48 67 snR3 snR3 121 137 221 17 CCACTCGAGTTCTTATACCACTCGAGTTCTTATACCACTCGAGTTCTTATACCACTCGAG SH4642 4642 49 43 snR3 snR3 126 141 226 16 CAATCCACTCGAGTTCCAATCCACTCGAGTTCCAATCCACTCGAGTTCCAATCCACTCGA SH4643 4643 35 97 snR3 snR3 131 145 231 15 CTAGCAATCCACTCGCTAGCAATCCACTCGCTAGCAATCCACTCGCTAGCAATCCACTCG SH4644 4644 67 13 snR3 snR3 136 153 236 18 CAAAACAACTAGCAATCCCAAAACAACTAGCAATCCCAAAACAACTAGCAATCCCAAAAC SH4645 4645 81 196 snR3 snR3 141 158 241 18 CTAATCAAAACAACTAGCCTAATCAAAACAACTAGCCTAATCAAAACAACTAGCCTAATC SH4646 4646 91 206 snR3 snR3 146 165 246 20 CATTCAGCTAATCAAAACAACATTCAGCTAATCAAAACAACATTCAGCTAATCAAAACAA SH4647 4647 72 139 snR3 snR3 151 168 251 18 TCTCATTCAGCTAATCAATCTCATTCAGCTAATCAATCTCATTCAGCTAATCAATCTCAT SH4648 4648 88 99 snR3 snR3 156 172 256 17 CGAGTCTCATTCAGCTACGAGTCTCATTCAGCTACGAGTCTCATTCAGCTACGAGTCTCA SH4649 4649 83 111 snR3 snR3 161 176 261 16 CACTCGAGTCTCATTCCACTCGAGTCTCATTCCACTCGAGTCTCATTCCACTCGAGTCTC SH4650 4650 86 57 snR3 snR3 166 180 266 15 CTGACACTCGAGTCTCTGACACTCGAGTCTCTGACACTCGAGTCTCTGACACTCGAGTCT SH4651 4651 77 164 snR3 snR3 171 186 271 16 CATCTTCTGACACTCGCATCTTCTGACACTCGCATCTTCTGACACTCGCATCTTCTGACA SH4652 4652 50 169 snR3 snR3 176 193 276 18 ATATAGTCATCTTCTGACATATAGTCATCTTCTGACATATAGTCATCTTCTGACATATAG SH4653 4653 30 64 snR3 181-195 + 3' 181 281 22 agaaaaaAAATATAGTCATCTTagaaaaaAAATATAGTCATCTTagaaaaaAAATATAGT SH4654 4654 3 151 snR3 186-195 + 3' 186 286 23 aaaaaaagaaaaaAAATATAGTCaaaaaaagaaaaaAAATATAGTCaaaaaaagaaaaaA SH4655 4655 28 170 snR3 191-195 + 3' 191 291 25 actaaaaaaaaaaagaaaaaAAATAactaaaaaaaaaaagaaaaaAAATAactaaaaaaa SH4656 4656 48 173 snR3 3' 296 24 cataactaaaaaaaaaaagaaaaacataactaaaaaaaaaaagaaaaacataactaaaaa SH4657 4657 100 55 snR3 3' 301 23 aaaacataactaaaaaaaaaaagaaaacataactaaaaaaaaaaagaaaacataactaaa SH4658 4658 102 142 snR3 3' 306 25 caaaaataaaacataactaaaaaaacaaaaataaaacataactaaaaaaacaaaaataaa SH4659 4659 80 21 snR3 3' 311 23 gttcaaaaataaaacataactaagttcaaaaataaaacataactaagttcaaaaataaaa SH4660 4660 31 8 snR3 3' 316 22 acaagttcaaaaataaaacataacaagttcaaaaataaaacataacaagttcaaaaataa SH4661 4661 20 36 snR3 3' 321 22 caagtacaagttcaaaaataaacaagtacaagttcaaaaataaacaagtacaagttcaaa SH4662 4662 67 99 snR3 3' 326 18 gcaagtacaagttcaaaagcaagtacaagttcaaaagcaagtacaagttcaaaagcaagt SH4663 4663 88 196 snR3 3' 331 18 catgtgcaagtacaagttcatgtgcaagtacaagttcatgtgcaagtacaagttcatgtg SH4664 4664 13 145 snR3 3' 336 17 gatacatgtgcaagtacgatacatgtgcaagtacgatacatgtgcaagtacgatacatgt SH4665 4665 104 192 snR3 3' 341 18 caataagatacatgtgcacaataagatacatgtgcacaataagatacatgtgcacaataa SH4666 4666 65 29 snR3 3' 346 20 cacgaaacaataagatacatcacgaaacaataagatacatcacgaaacaataagatacat SH4667 4667 14 134 snR3 3' 351 18 gatcacgaaacaataagagatcacgaaacaataagagatcacgaaacaataagagatcac SH4668 4668 62 213 snR3 3' 356 18 tacaagatcacgaaacaatacaagatcacgaaacaatacaagatcacgaaacaatacaag SH4669 4669 28 103 snR3 3' 361 17 gatctacaagatcacgagatctacaagatcacgagatctacaagatcacgagatctacaa SH4670 4670 87 189 snR3 3' 366 18 catacggatctacaagatcatacggatctacaagatcatacggatctacaagatcatacg SH4671 4671 56 42 snR3 3' 371 15 cccatacggatctaccccatacggatctaccccatacggatctaccccatacggatctac SH4672 4672 19 104 snR3 3' 376 13 gcacccatacggagcacccatacggagcacccatacggagcacccatacggagcacccat SH4673 4673 100 43 snR4 5' 1 20 gacaagaacacttctatttagacaagaacacttctatttagacaagaacacttctattta SH4674 4674 41 179 snR4 5' 6 17 tcgacaagaacacttcttcgacaagaacacttcttcgacaagaacacttcttcgacaaga SH4675 4675 64 174 snR4 5' 11 18 ttcaaatcgacaagaacattcaaatcgacaagaacattcaaatcgacaagaacattcaaa SH4676 4676 96 199 snR4 5' 16 18 ccttcttcaaatcgacaaccttcttcaaatcgacaaccttcttcaaatcgacaaccttct SH4677 4677 29 86 snR4 5' 21 20 aaataaaccttcttcaaatcaaataaaccttcttcaaatcaaataaaccttcttcaaatc SH4678 4678 34 145 snR4 5' 26 18 acgaaataaaccttcttcacgaaataaaccttcttcacgaaataaaccttcttcacgaaa SH4679 4679 17 206 snR4 5' 31 18 gcgaaacgaaataaacctgcgaaacgaaataaacctgcgaaacgaaataaacctgcgaaa SH4680 4680 9 6 snR4 5' 36 18 ctacagcgaaacgaaatactacagcgaaacgaaatactacagcgaaacgaaatactacag SH4681 4681 96 180 snR4 5' 41 17 aaaactacagcgaaacgaaaactacagcgaaacgaaaactacagcgaaacgaaaactaca SH4682 4682 37 187 snR4 5' 46 18 gacaaaaaaactacagcggacaaaaaaactacagcggacaaaaaaactacagcggacaaa SH4683 4683 41 168 snR4 5' 51 20 gatcaatgacaaaaaaactagatcaatgacaaaaaaactagatcaatgacaaaaaaacta SH4684 4684 21 39 snR4 5' 56 20 gaaaagatcaatgacaaaaagaaaagatcaatgacaaaaagaaaagatcaatgacaaaaa SH4685 4685 14 106 snR4 5' 61 20 aaaatgaaaagatcaatgacaaaatgaaaagatcaatgacaaaatgaaaagatcaatgac SH4686 4686 98 118 snR4 5' 66 23 gaaataaaaaaatgaaaagatcagaaataaaaaaatgaaaagatcagaaataaaaaaatg SH4687 4687 5 12 snR4 5' 71 24 gattttgaaataaaaaaatgaaaagattttgaaataaaaaaatgaaaagattttgaaata SH4688 4688 35 117 snR4 5' 76 22 ggggattttgaaataaaaaaatggggattttgaaataaaaaaatggggattttgaaataa SH4689 4689 25 112 snR4 5' 81 20 gatggggattttgaaataaagatggggattttgaaataaagatggggattttgaaataaa SH4690 4690 41 51 snR4 5' - 3 3 86 18 GTTgatggggattttgaaGTTgatggggattttgaaGTTgatggggattttgaaGTTgat SH4691 4691 31 93 snR4 5' - 8 8 91 18 TAATAGTTgatggggattTAATAGTTgatggggattTAATAGTTgatggggattTAATAG SH4692 4692 46 170 snR4 5' - 13 13 96 18 GACTGTAATAGTTgatggGACTGTAATAGTTgatggGACTGTAATAGTTgatggGACTGT SH4693 4693 49 164 snR4 snR4 1 18 101 18 TCATCGACTGTAATAGTTTCATCGACTGTAATAGTTTCATCGACTGTAATAGTTTCATCG SH4694 4694 16 110 snR4 snR4 6 22 106 17 ATCCTCATCGACTGTAAATCCTCATCGACTGTAAATCCTCATCGACTGTAAATCCTCATC SH4695 4695 75 107 snR4 snR4 11 25 111 15 CCTATCCTCATCGACCCTATCCTCATCGACCCTATCCTCATCGACCCTATCCTCATCGAC SH4696 4696 58 107 snR4 snR4 16 33 116 18 AACTATAACCTATCCTCAAACTATAACCTATCCTCAAACTATAACCTATCCTCAAACTAT SH4697 4697 75 50 snR4 snR4 21 39 121 19 CACATGAACTATAACCTATCACATGAACTATAACCTATCACATGAACTATAACCTATCAC SH4698 4698 37 180 snR4 snR4 26 45 126 20 ATGTTACACATGAACTATAAATGTTACACATGAACTATAAATGTTACACATGAACTATAA SH4699 4699 52 53 snR4 snR4 31 48 131 18 CAGATGTTACACATGAACCAGATGTTACACATGAACCAGATGTTACACATGAACCAGATG SH4700 4700 69 34 snR4 snR4 36 53 136 18 AAACACAGATGTTACACAAAACACAGATGTTACACAAAACACAGATGTTACACAAAACAC SH4701 4701 21 106 snR4 snR4 41 62 141 22 GTTATTTTAAAACACAGATGTTGTTATTTTAAAACACAGATGTTGTTATTTTAAAACACA SH4702 4702 40 128 snR4 snR4 46 65 146 20 AGAGTTATTTTAAAACACAGAGAGTTATTTTAAAACACAGAGAGTTATTTTAAAACACAG SH4703 4703 12 136 snR4 snR4 51 72 151 22 GATAACTAGAGTTATTTTAAAAGATAACTAGAGTTATTTTAAAAGATAACTAGAGTTATT SH4704 4704 96 167 snR4 snR4 56 74 156 19 CGGATAACTAGAGTTATTTCGGATAACTAGAGTTATTTCGGATAACTAGAGTTATTTCGG SH4705 4705 76 97 snR4 snR4 61 76 161 16 CCCGGATAACTAGAGTCCCGGATAACTAGAGTCCCGGATAACTAGAGTCCCGGATAACTA SH4706 4706 51 106 snR4 snR4 66 78 166 13 GCCCCGGATAACTGCCCCGGATAACTGCCCCGGATAACTGCCCCGGATAACTGCCCCGGA SH4707 4707 75 200 snR4 snR4 71 83 171 13 AAAACGCCCCGGAAAAACGCCCCGGAAAAACGCCCCGGAAAAACGCCCCGGAAAAACGCC SH4708 4708 26 174 snR4 snR4 76 92 176 17 ACTTTGTGAAAAACGCCACTTTGTGAAAAACGCCACTTTGTGAAAAACGCCACTTTGTGA SH4709 4709 91 56 snR4 snR4 81 100 181 20 TTACACAAACTTTGTGAAAATTACACAAACTTTGTGAAAATTACACAAACTTTGTGAAAA SH4710 4710 67 108 snR4 snR4 86 104 186 19 CATCTTACACAAACTTTGTCATCTTACACAAACTTTGTCATCTTACACAAACTTTGTCAT SH4711 4711 3 69 snR4 snR4 91 108 191 18 AAAGCATCTTACACAAACAAAGCATCTTACACAAACAAAGCATCTTACACAAACAAAGCA SH4712 4712 62 16 snR4 snR4 96 112 196 17 CAGGAAAGCATCTTACACAGGAAAGCATCTTACACAGGAAAGCATCTTACACAGGAAAGC SH4713 4713 30 58 snR4 snR4 101 115 201 15 ACCCAGGAAAGCATCACCCAGGAAAGCATCACCCAGGAAAGCATCACCCAGGAAAGCATC SH4714 4714 29 199 snR4 snR4 106 120 206 15 CATCGACCCAGGAAACATCGACCCAGGAAACATCGACCCAGGAAACATCGACCCAGGAAA SH4715 4715 94 114 snR4 snR4 111 123 211 13 CCACATCGACCCACCACATCGACCCACCACATCGACCCACCACATCGACCCACCACATCG SH4716 4716 18 71 snR4 snR4 116 130 216 15 GCACAATCCACATCGGCACAATCCACATCGGCACAATCCACATCGGCACAATCCACATCG SH4717 4717 52 101 snR4 snR4 121 135 221 15 CCACGGCACAATCCACCACGGCACAATCCACCACGGCACAATCCACCACGGCACAATCCA SH4718 4718 53 104 snR4 snR4 126 138 226 13 AGGCCACGGCACAAGGCCACGGCACAAGGCCACGGCACAAGGCCACGGCACAAGGCCACG SH4719 4719 62 3 snR4 snR4 131 145 231 15 GTGAAAAAGGCCACGGTGAAAAAGGCCACGGTGAAAAAGGCCACGGTGAAAAAGGCCACG SH4720 4720 23 179 snR4 snR4 136 152 236 17 AAAGGTGGTGAAAAAGGAAAGGTGGTGAAAAAGGAAAGGTGGTGAAAAAGGAAAGGTGGT SH4721 4721 52 128 snR4 snR4 141 157 241 17 GCTATAAAGGTGGTGAAGCTATAAAGGTGGTGAAGCTATAAAGGTGGTGAAGCTATAAAG SH4722 4722 29 73 snR4 snR4 146 161 246 16 CACCGCTATAAAGGTGCACCGCTATAAAGGTGCACCGCTATAAAGGTGCACCGCTATAAA SH4723 4723 39 199 snR4 snR4 151 168 251 18 GTTAAAGCACCGCTATAAGTTAAAGCACCGCTATAAGTTAAAGCACCGCTATAAGTTAAA SH4724 4724 52 15 snR4 snR4 156 172 256 17 AATAGTTAAAGCACCGCAATAGTTAAAGCACCGCAATAGTTAAAGCACCGCAATAGTTAA SH4725 4725 55 185 snR4 snR4 161 180 261 20 CAGTTATTAATAGTTAAAGCCAGTTATTAATAGTTAAAGCCAGTTATTAATAGTTAAAGC SH4726 4726 64 49 snR4 snR4 166 184 266 19 GCCTCAGTTATTAATAGTTGCCTCAGTTATTAATAGTTGCCTCAGTTATTAATAGTTGCC SH4727 4727 86 14 snR4 171-186 + 3' 171 271 18 taCAGCCTCAGTTATTAAtaCAGCCTCAGTTATTAAtaCAGCCTCAGTTATTAAtaCAGC SH4728 4728 81 91 snR4 176-186 + 3' 176 276 18 caaaataCAGCCTCAGTTcaaaataCAGCCTCAGTTcaaaataCAGCCTCAGTTcaaaat SH4729 4729 56 77 snR4 181-186 + 3' 181 281 18 gaattcaaaataCAGCCTgaattcaaaataCAGCCTgaattcaaaataCAGCCTgaattc SH4730 4730 31 188 snR4 186 + 3' 186 286 20 tacgtaagaattcaaaataCtacgtaagaattcaaaataCtacgtaagaattcaaaataC SH4731 4731 48 161 snR4 3' 291 20 agatttacgtaagaattcaaagatttacgtaagaattcaaagatttacgtaagaattcaa SH4732 4732 24 131 snR4 3' 296 18 ccaagatttacgtaagaaccaagatttacgtaagaaccaagatttacgtaagaaccaaga SH4733 4733 69 32 snR4 3' 301 18 agattccaagatttacgtagattccaagatttacgtagattccaagatttacgtagattc SH4734 4734 94 105 snR4 3' 306 18 tccatagattccaagatttccatagattccaagatttccatagattccaagatttccata SH4735 4735 8 162 snR4 3' 311 17 atgctccatagattccaatgctccatagattccaatgctccatagattccaatgctccat SH4736 4736 30 162 snR4 3' 316 16 ctggatgctccatagactggatgctccatagactggatgctccatagactggatgctcca SH4737 4737 36 133 snR4 3' 321 13 gactggatgctccgactggatgctccgactggatgctccgactggatgctccgactggat SH4738 4738 95 129 snR4 3' 326 15 caggtgagactggatcaggtgagactggatcaggtgagactggatcaggtgagactggat SH4739 4739 64 204 snR4 3' 331 13 acccaggtgagacacccaggtgagacacccaggtgagacacccaggtgagacacccaggt SH4740 4740 6 64 snR4 3' 336 13 agccaacccaggtagccaacccaggtagccaacccaggtagccaacccaggtagccaacc SH4741 4741 68 11 snR4 3' 341 13 accagagccaaccaccagagccaaccaccagagccaaccaccagagccaaccaccagagc SH4742 4742 16 108 snR4 3' 346 13 gcgttaccagagcgcgttaccagagcgcgttaccagagcgcgttaccagagcgcgttacc SH4743 4743 54 68 snR4 3' 351 16 caagtcatgcgttacccaagtcatgcgttacccaagtcatgcgttacccaagtcatgcgt SH4744 4744 74 166 snR4 3' 356 16 cataccaagtcatgcgcataccaagtcatgcgcataccaagtcatgcgcataccaagtca SH4745 4745 70 88 snR4 3' 361 20 caattttttcataccaagtccaattttttcataccaagtccaattttttcataccaagtc SH4746 4746 64 78 snR5 5' 1 13 agcgcgctgtgaaagcgcgctgtgaaagcgcgctgtgaaagcgcgctgtgaaagcgcgct SH4747 4747 95 22 snR5 5' 6 13 caaggagcgcgctcaaggagcgcgctcaaggagcgcgctcaaggagcgcgctcaaggagc SH4748 4748 45 99 snR5 5' 11 13 cgcaccaaggagccgcaccaaggagccgcaccaaggagccgcaccaaggagccgcaccaa SH4749 4749 93 69 snR5 5' 16 13 ctcgccgcaccaactcgccgcaccaactcgccgcaccaactcgccgcaccaactcgccgc SH4750 4750 93 76 snR5 5' 21 13 ataccctcgccgcataccctcgccgcataccctcgccgcataccctcgccgcataccctc SH4751 4751 5 28 snR5 5' 26 16 cgccttttataccctccgccttttataccctccgccttttataccctccgccttttatac SH4752 4752 55 170 snR5 5' 31 20 aaatgaaatcgccttttataaaatgaaatcgccttttataaaatgaaatcgccttttata SH4753 4753 61 91 snR5 5' 36 18 ttgaaatgaaatcgccttttgaaatgaaatcgccttttgaaatgaaatcgccttttgaaa SH4754 4754 44 71 snR5 5' 41 20 caaagaattgaaatgaaatccaaagaattgaaatgaaatccaaagaattgaaatgaaatc SH4755 4755 95 33 snR5 5' 46 20 aagttcaaagaattgaaatgaagttcaaagaattgaaatgaagttcaaagaattgaaatg SH4756 4756 39 175 snR5 5' 51 20 gaagtaagttcaaagaattggaagtaagttcaaagaattggaagtaagttcaaagaattg SH4757 4757 5 104 snR5 5' 56 20 caaatgaagtaagttcaaagcaaatgaagtaagttcaaagcaaatgaagtaagttcaaag SH4758 4758 10 160 snR5 5' 61 18 ctgcaaatgaagtaagttctgcaaatgaagtaagttctgcaaatgaagtaagttctgcaa SH4759 4759 2 43 snR5 5' 66 17 gatcctgcaaatgaagtgatcctgcaaatgaagtgatcctgcaaatgaagtgatcctgca SH4760 4760 65 56 snR5 5' 71 17 tgaaggatcctgcaaattgaaggatcctgcaaattgaaggatcctgcaaattgaaggatc SH4761 4761 96 63 snR5 5' 76 15 tcctgaaggatcctgtcctgaaggatcctgtcctgaaggatcctgtcctgaaggatcctg SH4762 4762 34 52 snR5 5' 81 18 ttttcttatcctgaaggattttcttatcctgaaggattttcttatcctgaaggattttct SH4763 4763 32 3 snR5 5' - 3 3 86 18 GATggttttcttatcctgGATggttttcttatcctgGATggttttcttatcctgGATggt SH4764 4764 92 127 snR5 5' - 10 10 91 20 ATTGAATGATggttttcttaATTGAATGATggttttcttaATTGAATGATggttttctta SH4765 4765 11 146 snR5 5' - 15 15 96 20 AGTTTATTGAATGATggtttAGTTTATTGAATGATggtttAGTTTATTGAATGATggttt SH4766 4766 86 116 snR5 snR5 1 20 101 20 AGATCAGTTTATTGAATGATAGATCAGTTTATTGAATGATAGATCAGTTTATTGAATGAT SH4767 4767 101 55 snR5 snR5 6 23 106 18 GGAAGATCAGTTTATTGAGGAAGATCAGTTTATTGAGGAAGATCAGTTTATTGAGGAAGA SH4768 4768 30 15 snR5 snR5 11 27 111 17 ATCCGGAAGATCAGTTTATCCGGAAGATCAGTTTATCCGGAAGATCAGTTTATCCGGAAG SH4769 4769 10 4 snR5 snR5 16 31 116 16 GGTAATCCGGAAGATCGGTAATCCGGAAGATCGGTAATCCGGAAGATCGGTAATCCGGAA SH4770 4770 21 164 snR5 snR5 21 35 121 15 GCATGGTAATCCGGAGCATGGTAATCCGGAGCATGGTAATCCGGAGCATGGTAATCCGGA SH4771 4771 69 90 snR5 snR5 26 43 126 18 TGTCTTAAGCATGGTAATTGTCTTAAGCATGGTAATTGTCTTAAGCATGGTAATTGTCTT SH4772 4772 82 90 snR5 snR5 31 47 131 17 GTGATGTCTTAAGCATGGTGATGTCTTAAGCATGGTGATGTCTTAAGCATGGTGATGTCT SH4773 4773 71 103 snR5 snR5 36 52 136 17 GAGGCGTGATGTCTTAAGAGGCGTGATGTCTTAAGAGGCGTGATGTCTTAAGAGGCGTGA SH4774 4774 13 82 snR5 snR5 41 53 141 13 GGAGGCGTGATGTGGAGGCGTGATGTGGAGGCGTGATGTGGAGGCGTGATGTGGAGGCGT SH4775 4775 94 93 snR5 snR5 46 60 146 15 GACATATGGAGGCGTGACATATGGAGGCGTGACATATGGAGGCGTGACATATGGAGGCGT SH4776 4776 47 15 snR5 snR5 51 70 151 20 GCTTTATATAGACATATGGAGCTTTATATAGACATATGGAGCTTTATATAGACATATGGA SH4777 4777 5 57 snR5 snR5 56 73 156 18 TGCGCTTTATATAGACATTGCGCTTTATATAGACATTGCGCTTTATATAGACATTGCGCT SH4778 4778 95 165 snR5 snR5 61 78 161 18 CCATTTGCGCTTTATATACCATTTGCGCTTTATATACCATTTGCGCTTTATATACCATTT SH4779 4779 22 83 snR5 snR5 66 81 166 16 CAGCCATTTGCGCTTTCAGCCATTTGCGCTTTCAGCCATTTGCGCTTTCAGCCATTTGCG SH4780 4780 23 103 snR5 snR5 71 85 171 15 CTTCCAGCCATTTGCCTTCCAGCCATTTGCCTTCCAGCCATTTGCCTTCCAGCCATTTGC SH4781 4781 38 153 snR5 snR5 76 90 176 15 GTCTACTTCCAGCCAGTCTACTTCCAGCCAGTCTACTTCCAGCCAGTCTACTTCCAGCCA SH4782 4782 40 161 snR5 snR5 81 98 181 18 AAAAATTGGTCTACTTCCAAAAATTGGTCTACTTCCAAAAATTGGTCTACTTCCAAAAAT SH4783 4783 95 124 snR5 snR5 86 105 186 20 GAACAAAAAAAATTGGTCTAGAACAAAAAAAATTGGTCTAGAACAAAAAAAATTGGTCTA SH4784 4784 32 51 snR5 snR5 91 110 191 20 GCTAGGAACAAAAAAAATTGGCTAGGAACAAAAAAAATTGGCTAGGAACAAAAAAAATTG SH4785 4785 14 204 snR5 snR5 96 115 196 20 GAAAAGCTAGGAACAAAAAAGAAAAGCTAGGAACAAAAAAGAAAAGCTAGGAACAAAAAA SH4786 4786 95 205 snR5 snR5 101 118 201 18 AATGAAAAGCTAGGAACAAATGAAAAGCTAGGAACAAATGAAAAGCTAGGAACAAATGAA SH4787 4787 25 128 snR5 snR5 106 125 206 20 TTTCAATAATGAAAAGCTAGTTTCAATAATGAAAAGCTAGTTTCAATAATGAAAAGCTAG SH4788 4788 32 153 snR5 snR5 111 132 211 22 GATTAGATTTCAATAATGAAAAGATTAGATTTCAATAATGAAAAGATTAGATTTCAATAA SH4789 4789 10 65 snR5 snR5 116 135 216 20 CTGGATTAGATTTCAATAATCTGGATTAGATTTCAATAATCTGGATTAGATTTCAATAAT SH4790 4790 51 45 snR5 snR5 121 140 221 20 TAAAACTGGATTAGATTTCATAAAACTGGATTAGATTTCATAAAACTGGATTAGATTTCA SH4791 4791 74 148 snR5 snR5 126 144 226 19 CCATTAAAACTGGATTAGACCATTAAAACTGGATTAGACCATTAAAACTGGATTAGACCA SH4792 4792 74 120 snR5 snR5 131 150 231 20 GAAAAACCATTAAAACTGGAGAAAAACCATTAAAACTGGAGAAAAACCATTAAAACTGGA SH4793 4793 48 44 snR5 snR5 136 158 236 23 TTAATTAAGAAAAACCATTAAAATTAATTAAGAAAAACCATTAAAATTAATTAAGAAAAA SH4794 4794 59 9 snR5 snR5 141 162 241 22 TTTCTTAATTAAGAAAAACCATTTTCTTAATTAAGAAAAACCATTTTCTTAATTAAGAAA SH4795 4795 9 58 snR5 snR5 146 168 246 23 ATTTGTTTTCTTAATTAAGAAAAATTTGTTTTCTTAATTAAGAAAAATTTGTTTTCTTAA SH4796 4796 72 81 snR5 snR5 151 173 251 23 TGATAATTTGTTTTCTTAATTAATGATAATTTGTTTTCTTAATTAATGATAATTTGTTTT SH4797 4797 83 119 snR5 snR5 156 177 256 22 CCAATGATAATTTGTTTTCTTACCAATGATAATTTGTTTTCTTACCAATGATAATTTGTT SH4798 4798 13 24 snR5 snR5 161 180 261 20 GAACCAATGATAATTTGTTTGAACCAATGATAATTTGTTTGAACCAATGATAATTTGTTT SH4799 4799 78 99 snR5 snR5 166 183 266 18 AGCGAACCAATGATAATTAGCGAACCAATGATAATTAGCGAACCAATGATAATTAGCGAA SH4800 4800 55 76 snR5 snR5 171 187 271 17 CTAGAGCGAACCAATGACTAGAGCGAACCAATGACTAGAGCGAACCAATGACTAGAGCGA SH4801 4801 34 186 snR5 snR5 176 188 276 13 CCTAGAGCGAACCCCTAGAGCGAACCCCTAGAGCGAACCCCTAGAGCGAACCCCTAGAGC SH4802 4802 83 52 snR5 snR5 181 197 281 17 ATATGTACACCTAGAGCATATGTACACCTAGAGCATATGTACACCTAGAGCATATGTACA SH4803 4803 88 176 snR5 snR5 186 203 286 18 GTGAAGATATGTACACCTGTGAAGATATGTACACCTGTGAAGATATGTACACCTGTGAAG SH4804 4804 55 109 snR5 191-204 + 3' 191 291 20 taatgaAGTGAAGATATGTAtaatgaAGTGAAGATATGTAtaatgaAGTGAAGATATGTA SH4805 4805 25 28 snR5 196-204 + 3' 196 296 18 gagtaatgaAGTGAAGATgagtaatgaAGTGAAGATgagtaatgaAGTGAAGATgagtaa SH4806 4806 81 26 snR5 201-204 + 3' 201 301 18 caagagagtaatgaAGTGcaagagagtaatgaAGTGcaagagagtaatgaAGTGcaagag SH4807 4807 95 206 snR5 3' 306 18 gtaaacaagagagtaatggtaaacaagagagtaatggtaaacaagagagtaatggtaaac SH4808 4808 19 26 snR5 3' 311 18 acaatgtaaacaagagagacaatgtaaacaagagagacaatgtaaacaagagagacaatg SH4809 4809 58 140 snR5 3' 316 20 gatgtatacaatgtaaacaagatgtatacaatgtaaacaagatgtatacaatgtaaacaa SH4810 4810 104 181 snR5 3' 321 19 gtacgatgtatacaatgtagtacgatgtatacaatgtagtacgatgtatacaatgtagta SH4811 4811 67 103 snR5 3' 326 20 gtatatgtacgatgtatacagtatatgtacgatgtatacagtatatgtacgatgtataca SH4812 4812 42 127 snR5 3' 331 18 gaagtatatgtacgatgtgaagtatatgtacgatgtgaagtatatgtacgatgtgaagta SH4813 4813 24 77 snR5 3' 336 20 cataattgaagtatatgtaccataattgaagtatatgtaccataattgaagtatatgtac SH4814 4814 93 126 snR5 3' 341 22 gtatttccataattgaagtatagtatttccataattgaagtatagtatttccataattga SH4815 4815 80 80 snR5 3' 346 20 atggtatttccataattgaaatggtatttccataattgaaatggtatttccataattgaa SH4816 4816 71 44 snR5 3' 351 21 gaatttatggtatttccataagaatttatggtatttccataagaatttatggtatttcca SH4817 4817 91 195 snR5 3' 356 20 aagagaatttatggtatttcaagagaatttatggtatttcaagagaatttatggtatttc SH4818 4818 34 126 snR5 3' 361 19 cactaagagaatttatggtcactaagagaatttatggtcactaagagaatttatggtcac SH4819 4819 101 175 snR5 3' 366 19 ctacacactaagagaatttctacacactaagagaatttctacacactaagagaatttcta SH4820 4820 13 25 snR5 3' 371 17 gaactacacactaagaggaactacacactaagaggaactacacactaagaggaactacac SH4821 4821 24 80 snR5 3' 376 17 ctagtgaactacacactctagtgaactacacactctagtgaactacacactctagtgaac SH4822 4822 43 214 snR5 3' 381 18 caaaaactagtgaactaccaaaaactagtgaactaccaaaaactagtgaactaccaaaaa SH4823 4823 16 172 snR5 3' 386 17 accccaaaaactagtgaaccccaaaaactagtgaaccccaaaaactagtgaaccccaaaa SH4824 4824 73 26 snR8 5' 1 17 tttataccaatggtgcctttataccaatggtgcctttataccaatggtgcctttatacca SH4825 4825 72 198 snR8 5' 6 18 gcgctttttataccaatggcgctttttataccaatggcgctttttataccaatggcgctt SH4826 4826 9 69 snR8 5' 11 17 ctcggcgctttttatacctcggcgctttttatacctcggcgctttttatacctcggcgct SH4827 4827 100 161 snR8 5' 16 13 cctcggcgcttttcctcggcgcttttcctcggcgcttttcctcggcgcttttcctcggcg SH4828 4828 14 200 snR8 5' 21 13 cgctgcctcggcgcgctgcctcggcgcgctgcctcggcgcgctgcctcggcgcgctgcct SH4829 4829 83 36 snR8 5' 26 17 aaaaatgatcgctgcctaaaaatgatcgctgcctaaaaatgatcgctgcctaaaaatgat SH4830 4830 100 78 snR8 5' 31 18 tactagaaaaatgatcgctactagaaaaatgatcgctactagaaaaatgatcgctactag SH4831 4831 74 103 snR8 5' 36 20 agagtaatactagaaaaatgagagtaatactagaaaaatgagagtaatactagaaaaatg SH4832 4832 51 29 snR8 5' 41 20 aaagaagagtaatactagaaaaagaagagtaatactagaaaaagaagagtaatactagaa SH4833 4833 14 140 snR8 5' 46 20 aaatgaaagaagagtaatacaaatgaaagaagagtaatacaaatgaaagaagagtaatac SH4834 4834 53 163 snR8 5' 51 20 ctaaaaaatgaaagaagagtctaaaaaatgaaagaagagtctaaaaaatgaaagaagagt SH4835 4835 15 15 snR8 5' 56 22 aagataactaaaaaatgaaagaaagataactaaaaaatgaaagaaagataactaaaaaat SH4836 4836 36 199 snR8 5' 61 22 aatcaaagataactaaaaaatgaatcaaagataactaaaaaatgaatcaaagataactaa SH4837 4837 97 72 snR8 5' 66 21 cgaaaatcaaagataactaaacgaaaatcaaagataactaaacgaaaatcaaagataact SH4838 4838 45 169 snR8 5' 71 20 gaaccgaaaatcaaagataagaaccgaaaatcaaagataagaaccgaaaatcaaagataa SH4839 4839 64 88 snR8 5' 76 17 cggaaccgaaaatcaaacggaaccgaaaatcaaacggaaccgaaaatcaaacggaaccga SH4840 4840 10 207 snR8 5' 81 17 ttcttcggaaccgaaaattcttcggaaccgaaaattcttcggaaccgaaaattcttcgga SH4841 4841 34 173 snR8 5' 86 15 gccttcttcggaaccgccttcttcggaaccgccttcttcggaaccgccttcttcggaacc SH4842 4842 36 161 snR8 5' - 7 7 91 17 GTATCATgccttcttcgGTATCATgccttcttcgGTATCATgccttcttcgGTATCATgc SH4843 4843 77 212 snR8 5' - 15 15 96 20 TTTAATATGTATCATgccttTTTAATATGTATCATgccttTTTAATATGTATCATgcctt SH4844 4844 41 186 snR8 snR8 1 20 101 20 GCATGTTTAATATGTATCATGCATGTTTAATATGTATCATGCATGTTTAATATGTATCAT SH4845 4845 21 13 snR8 snR8 6 24 106 19 GAAGGCATGTTTAATATGTGAAGGCATGTTTAATATGTGAAGGCATGTTTAATATGTGAA SH4846 4846 62 208 snR8 snR8 11 29 111 19 GAATAGAAGGCATGTTTAAGAATAGAAGGCATGTTTAAGAATAGAAGGCATGTTTAAGAA SH4847 4847 20 212 snR8 snR8 16 32 116 17 AGTGAATAGAAGGCATGAGTGAATAGAAGGCATGAGTGAATAGAAGGCATGAGTGAATAG SH4848 4848 19 193 snR8 snR8 21 37 121 17 GGCACAGTGAATAGAAGGGCACAGTGAATAGAAGGGCACAGTGAATAGAAGGGCACAGTG SH4849 4849 35 131 snR8 snR8 26 42 126 17 AAGATGGCACAGTGAATAAGATGGCACAGTGAATAAGATGGCACAGTGAATAAGATGGCA SH4850 4850 97 209 snR8 snR8 31 47 131 17 GATGTAAGATGGCACAGGATGTAAGATGGCACAGGATGTAAGATGGCACAGGATGTAAGA SH4851 4851 15 18 snR8 snR8 36 52 136 17 CTACGGATGTAAGATGGCTACGGATGTAAGATGGCTACGGATGTAAGATGGCTACGGATG SH4852 4852 7 111 snR8 snR8 41 57 141 17 ATCACCTACGGATGTAAATCACCTACGGATGTAAATCACCTACGGATGTAAATCACCTAC SH4853 4853 12 37 snR8 snR8 46 60 146 15 CTGATCACCTACGGACTGATCACCTACGGACTGATCACCTACGGACTGATCACCTACGGA SH4854 4854 25 211 snR8 snR8 51 65 151 15 CCCCTCTGATCACCTCCCCTCTGATCACCTCCCCTCTGATCACCTCCCCTCTGATCACCT SH4855 4855 103 69 snR8 snR8 56 72 156 17 TTCTTTTCCCCTCTGATTTCTTTTCCCCTCTGATTTCTTTTCCCCTCTGATTTCTTTTCC SH4856 4856 96 85 snR8 snR8 61 76 161 16 GCTCTTCTTTTCCCCTGCTCTTCTTTTCCCCTGCTCTTCTTTTCCCCTGCTCTTCTTTTC SH4857 4857 87 59 snR8 snR8 66 82 166 17 GCTCTAGCTCTTCTTTTGCTCTAGCTCTTCTTTTGCTCTAGCTCTTCTTTTGCTCTAGCT SH4858 4858 55 152 snR8 snR8 71 87 171 17 GAGTTGCTCTAGCTCTTGAGTTGCTCTAGCTCTTGAGTTGCTCTAGCTCTTGAGTTGCTC SH4859 4859 10 75 snR8 snR8 76 90 176 15 TGGGAGTTGCTCTAGTGGGAGTTGCTCTAGTGGGAGTTGCTCTAGTGGGAGTTGCTCTAG SH4860 4860 104 157 snR8 snR8 81 93 181 13 GTGTGGGAGTTGCGTGTGGGAGTTGCGTGTGGGAGTTGCGTGTGGGAGTTGCGTGTGGGA SH4861 4861 97 107 snR8 snR8 86 100 186 15 CTCATGAGTGTGGGACTCATGAGTGTGGGACTCATGAGTGTGGGACTCATGAGTGTGGGA SH4862 4862 43 187 snR8 snR8 91 105 191 15 GGACGCTCATGAGTGGGACGCTCATGAGTGGGACGCTCATGAGTGGGACGCTCATGAGTG SH4863 4863 75 115 snR8 snR8 96 111 196 16 GTATGAGGACGCTCATGTATGAGGACGCTCATGTATGAGGACGCTCATGTATGAGGACGC SH4864 4864 53 208 snR8 snR8 101 116 201 16 GAACAGTATGAGGACGGAACAGTATGAGGACGGAACAGTATGAGGACGGAACAGTATGAG SH4865 4865 15 120 snR8 snR8 106 121 206 16 GCCCAGAACAGTATGAGCCCAGAACAGTATGAGCCCAGAACAGTATGAGCCCAGAACAGT SH4866 4866 36 74 snR8 snR8 111 123 211 13 GCGCCCAGAACAGGCGCCCAGAACAGGCGCCCAGAACAGGCGCCCAGAACAGGCGCCCAG SH4867 4867 13 146 snR8 snR8 116 128 216 13 GAGAAGCGCCCAGGAGAAGCGCCCAGGAGAAGCGCCCAGGAGAAGCGCCCAGGAGAAGCG SH4868 4868 101 148 snR8 snR8 121 133 221 13 CCTGTGAGAAGCGCCTGTGAGAAGCGCCTGTGAGAAGCGCCTGTGAGAAGCGCCTGTGAG SH4869 4869 36 118 snR8 snR8 126 140 226 15 AGAAGCACCTGTGAGAGAAGCACCTGTGAGAGAAGCACCTGTGAGAGAAGCACCTGTGAG SH4870 4870 59 107 snR8 snR8 131 147 231 17 CACTAAAAGAAGCACCTCACTAAAAGAAGCACCTCACTAAAAGAAGCACCTCACTAAAAG SH4871 4871 27 86 snR8 snR8 136 152 236 17 GGAGACACTAAAAGAAGGGAGACACTAAAAGAAGGGAGACACTAAAAGAAGGGAGACACT SH4872 4872 13 21 snR8 snR8 141 157 241 17 CAATGGGAGACACTAAACAATGGGAGACACTAAACAATGGGAGACACTAAACAATGGGAG SH4873 4873 76 154 snR8 snR8 146 160 246 15 GGCCAATGGGAGACAGGCCAATGGGAGACAGGCCAATGGGAGACAGGCCAATGGGAGACA SH4874 4874 31 108 snR8 snR8 151 163 251 13 CTGGGCCAATGGGCTGGGCCAATGGGCTGGGCCAATGGGCTGGGCCAATGGGCTGGGCCA SH4875 4875 12 61 snR8 snR8 156 168 256 13 CCGATCTGGGCCACCGATCTGGGCCACCGATCTGGGCCACCGATCTGGGCCACCGATCTG SH4876 4876 44 183 snR8 snR8 161 175 261 15 GCAGCTACCGATCTGGCAGCTACCGATCTGGCAGCTACCGATCTGGCAGCTACCGATCTG SH4877 4877 70 132 snR8 snR8 166 178 266 13 CGCGCAGCTACCGCGCGCAGCTACCGCGCGCAGCTACCGCGCGCAGCTACCGCGCGCAGC SH4878 4878 23 158 snR8 snR8 171 183 271 13 TCACTCGCGCAGCTCACTCGCGCAGCTCACTCGCGCAGCTCACTCGCGCAGCTCACTCGC SH4879 4879 46 172 snR8 176-190 + 3' 176 276 17 aaAGATATCTCACTCGCaaAGATATCTCACTCGCaaAGATATCTCACTCGCaaAGATATC SH4880 4880 10 110 snR8 181-190 + 3' 181 281 20 aatgaatgaaAGATATCTCAaatgaatgaaAGATATCTCAaatgaatgaaAGATATCTCA SH4881 4881 87 61 snR8 186-190 + 3' 186 286 23 taaatataaatgaatgaaAGATAtaaatataaatgaatgaaAGATAtaaatataaatgaa SH4882 4882 34 164 snR8 3' 291 22 cagataaatataaatgaatgaacagataaatataaatgaatgaacagataaatataaatg SH4883 4883 10 181 snR8 3' 296 21 gctacagataaatataaatgagctacagataaatataaatgagctacagataaatataaa SH4884 4884 77 70 snR8 3' 301 21 ctattgctacagataaatatactattgctacagataaatatactattgctacagataaat SH4885 4885 89 64 snR8 3' 306 18 agctattgctacagataaagctattgctacagataaagctattgctacagataaagctat SH4886 4886 66 170 snR8 3' 311 17 aggaagctattgctacaaggaagctattgctacaaggaagctattgctacaaggaagcta SH4887 4887 49 107 snR8 3' 316 18 tagtaaaggaagctattgtagtaaaggaagctattgtagtaaaggaagctattgtagtaa SH4888 4888 83 184 snR8 3' 321 20 aataaaatagtaaaggaagcaataaaatagtaaaggaagcaataaaatagtaaaggaagc SH4889 4889 29 11 snR8 3' 326 21 cctaagaataaaatagtaaagcctaagaataaaatagtaaagcctaagaataaaatagta SH4890 4890 96 169 snR8 3' 331 19 ctccctaagaataaaatagctccctaagaataaaatagctccctaagaataaaatagctc SH4891 4891 55 194 snR8 3' 336 18 agttctccctaagaataaagttctccctaagaataaagttctccctaagaataaagttct SH4892 4892 29 84 snR8 3' 341 17 ctaaagttctccctaagctaaagttctccctaagctaaagttctccctaagctaaagttc SH4893 4893 98 202 snR8 3' 346 18 aataagctaaagttctccaataagctaaagttctccaataagctaaagttctccaataag SH4894 4894 72 67 snR8 3' 351 19 gcaagaaataagctaaagtgcaagaaataagctaaagtgcaagaaataagctaaagtgca SH4895 4895 8 165 snR8 3' 356 18 ttgtgcaagaaataagctttgtgcaagaaataagctttgtgcaagaaataagctttgtgc SH4896 4896 29 58 snR8 3' 361 17 cctcttgtgcaagaaatcctcttgtgcaagaaatcctcttgtgcaagaaatcctcttgtg SH4897 4897 58 210 snR8 3' 366 17 caaaccctcttgtgcaacaaaccctcttgtgcaacaaaccctcttgtgcaacaaaccctc SH4898 4898 22 27 snR8 3' 371 16 ctgtcaaaccctcttgctgtcaaaccctcttgctgtcaaaccctcttgctgtcaaaccct SH4899 4899 30 142 snR9 5' 1 17 gccctctctttatataggccctctctttatataggccctctctttatataggccctctct SH4900 4900 14 94 snR9 5' 6 17 gaatggccctctctttagaatggccctctctttagaatggccctctctttagaatggccc SH4901 4901 56 55 snR9 5' 11 17 aaaatgaatggccctctaaaatgaatggccctctaaaatgaatggccctctaaaatgaat SH4902 4902 81 213 snR9 5' 16 18 gtgagaaaaatgaatggcgtgagaaaaatgaatggcgtgagaaaaatgaatggcgtgaga SH4903 4903 3 11 snR9 5' 21 19 gaaagtgtgagaaaaatgagaaagtgtgagaaaaatgagaaagtgtgagaaaaatgagaa SH4904 4904 68 82 snR9 5' 26 18 gattgaaagtgtgagaaagattgaaagtgtgagaaagattgaaagtgtgagaaagattga SH4905 4905 53 210 snR9 5' 31 18 cttaagattgaaagtgtgcttaagattgaaagtgtgcttaagattgaaagtgtgcttaag SH4906 4906 44 169 snR9 5' 36 20 gaagaaacttaagattgaaagaagaaacttaagattgaaagaagaaacttaagattgaaa SH4907 4907 12 163 snR9 5' 41 18 tgggaagaaacttaagattgggaagaaacttaagattgggaagaaacttaagattgggaa SH4908 4908 38 190 snR9 5' 46 18 gaaaatgggaagaaacttgaaaatgggaagaaacttgaaaatgggaagaaacttgaaaat SH4909 4909 18 214 snR9 5' 51 17 ggaggaaaatgggaagaggaggaaaatgggaagaggaggaaaatgggaagaggaggaaaa SH4910 4910 44 198 snR9 5' 56 17 gagaaggaggaaaatgggagaaggaggaaaatgggagaaggaggaaaatgggagaaggag SH4911 4911 66 195 snR9 5' 61 17 agaaagagaaggaggaaagaaagagaaggaggaaagaaagagaaggaggaaagaaagaga SH4912 4912 28 145 snR9 5' 66 17 gaagaagaaagagaagggaagaagaaagagaagggaagaagaaagagaagggaagaagaa SH4913 4913 72 134 snR9 5' 71 20 gaaagaaagaagaagaaagagaaagaaagaagaagaaagagaaagaaagaagaagaaaga SH4914 4914 55 211 snR9 5' 76 18 taggaaagaaagaagaagtaggaaagaaagaagaagtaggaaagaaagaagaagtaggaa SH4915 4915 54 208 snR9 5' 81 18 ggttttaggaaagaaagaggttttaggaaagaaagaggttttaggaaagaaagaggtttt SH4916 4916 24 118 snR9 5' - 2 2 86 17 CCgaggttttaggaaagCCgaggttttaggaaagCCgaggttttaggaaagCCgaggttt SH4917 4917 80 30 snR9 5' - 7 7 91 17 TATTCCCgaggttttagTATTCCCgaggttttagTATTCCCgaggttttagTATTCCCga SH4918 4918 103 93 snR9 5' - 13 13 96 18 GTATTATATTCCCgaggtGTATTATATTCCCgaggtGTATTATATTCCCgaggtGTATTA SH4919 4919 5 85 snR9 snR9 1 20 101 20 GTATTTAGTATTATATTCCCGTATTTAGTATTATATTCCCGTATTTAGTATTATATTCCC SH4920 4920 3 141 snR9 snR9 6 27 106 22 TAACAGAGTATTTAGTATTATATAACAGAGTATTTAGTATTATATAACAGAGTATTTAGT SH4921 4921 85 124 snR9 snR9 11 32 111 22 CTATATAACAGAGTATTTAGTACTATATAACAGAGTATTTAGTACTATATAACAGAGTAT SH4922 4922 38 180 snR9 snR9 16 35 116 20 GTTCTATATAACAGAGTATTGTTCTATATAACAGAGTATTGTTCTATATAACAGAGTATT SH4923 4923 100 45 snR9 snR9 21 40 121 20 AGAAAGTTCTATATAACAGAAGAAAGTTCTATATAACAGAAGAAAGTTCTATATAACAGA SH4924 4924 30 54 snR9 snR9 26 44 126 19 GCGTAGAAAGTTCTATATAGCGTAGAAAGTTCTATATAGCGTAGAAAGTTCTATATAGCG SH4925 4925 83 72 snR9 snR9 31 47 131 17 AAGGCGTAGAAAGTTCTAAGGCGTAGAAAGTTCTAAGGCGTAGAAAGTTCTAAGGCGTAG SH4926 4926 96 58 snR9 snR9 36 52 136 17 AGGAAAAGGCGTAGAAAAGGAAAAGGCGTAGAAAAGGAAAAGGCGTAGAAAAGGAAAAGG SH4927 4927 102 5 snR9 snR9 41 57 141 17 CATAGAGGAAAAGGCGTCATAGAGGAAAAGGCGTCATAGAGGAAAAGGCGTCATAGAGGA SH4928 4928 19 186 snR9 snR9 46 63 146 18 CATAGCCATAGAGGAAAACATAGCCATAGAGGAAAACATAGCCATAGAGGAAAACATAGC SH4929 4929 15 5 snR9 snR9 51 67 151 17 CTTTCATAGCCATAGAGCTTTCATAGCCATAGAGCTTTCATAGCCATAGAGCTTTCATAG SH4930 4930 17 73 snR9 snR9 56 71 156 16 CACGCTTTCATAGCCACACGCTTTCATAGCCACACGCTTTCATAGCCACACGCTTTCATA SH4931 4931 61 98 snR9 snR9 61 77 161 17 GTTGTCCACGCTTTCATGTTGTCCACGCTTTCATGTTGTCCACGCTTTCATGTTGTCCAC SH4932 4932 93 207 snR9 snR9 66 78 166 13 CGTTGTCCACGCTCGTTGTCCACGCTCGTTGTCCACGCTCGTTGTCCACGCTCGTTGTCC SH4933 4933 68 211 snR9 snR9 71 83 171 13 GTCTCCGTTGTCCGTCTCCGTTGTCCGTCTCCGTTGTCCGTCTCCGTTGTCCGTCTCCGT SH4934 4934 47 61 snR9 snR9 76 92 176 17 GGTCTATTTGTCTCCGTGGTCTATTTGTCTCCGTGGTCTATTTGTCTCCGTGGTCTATTT SH4935 4935 28 27 snR9 snR9 81 98 181 18 GTAATTGGTCTATTTGTCGTAATTGGTCTATTTGTCGTAATTGGTCTATTTGTCGTAATT SH4936 4936 27 90 snR9 snR9 86 105 186 20 ATATTCAGTAATTGGTCTATATATTCAGTAATTGGTCTATATATTCAGTAATTGGTCTAT SH4937 4937 65 166 snR9 snR9 91 108 191 18 GCCATATTCAGTAATTGGGCCATATTCAGTAATTGGGCCATATTCAGTAATTGGGCCATA SH4938 4938 18 196 snR9 snR9 96 113 196 18 CAAAAGCCATATTCAGTACAAAAGCCATATTCAGTACAAAAGCCATATTCAGTACAAAAG SH4939 4939 92 171 snR9 snR9 101 120 201 20 GATATGTCAAAAGCCATATTGATATGTCAAAAGCCATATTGATATGTCAAAAGCCATATT SH4940 4940 4 50 snR9 snR9 106 123 206 18 GAAGATATGTCAAAAGCCGAAGATATGTCAAAAGCCGAAGATATGTCAAAAGCCGAAGAT SH4941 4941 66 59 snR9 snR9 111 129 211 19 GAAGAAGAAGATATGTCAAGAAGAAGAAGATATGTCAAGAAGAAGAAGATATGTCAAGAA SH4942 4942 9 173 snR9 snR9 116 133 216 18 CCATGAAGAAGAAGATATCCATGAAGAAGAAGATATCCATGAAGAAGAAGATATCCATGA SH4943 4943 17 21 snR9 snR9 121 137 221 17 TCACCCATGAAGAAGAATCACCCATGAAGAAGAATCACCCATGAAGAAGAATCACCCATG SH4944 4944 67 24 snR9 snR9 126 140 226 15 TCCTCACCCATGAAGTCCTCACCCATGAAGTCCTCACCCATGAAGTCCTCACCCATGAAG SH4945 4945 21 64 snR9 snR9 131 146 231 16 GCTTAATCCTCACCCAGCTTAATCCTCACCCAGCTTAATCCTCACCCAGCTTAATCCTCA SH4946 4946 49 199 snR9 snR9 136 153 236 18 GATATCAGCTTAATCCTCGATATCAGCTTAATCCTCGATATCAGCTTAATCCTCGATATC SH4947 4947 81 85 snR9 snR9 141 158 241 18 GTCAGGATATCAGCTTAAGTCAGGATATCAGCTTAAGTCAGGATATCAGCTTAAGTCAGG SH4948 4948 33 156 snR9 snR9 146 160 246 15 GGGTCAGGATATCAGGGGTCAGGATATCAGGGGTCAGGATATCAGGGGTCAGGATATCAG SH4949 4949 11 197 snR9 snR9 151 163 251 13 GGTGGGTCAGGATGGTGGGTCAGGATGGTGGGTCAGGATGGTGGGTCAGGATGGTGGGTC SH4950 4950 55 74 snR9 snR9 156 172 256 17 CTAATGATAGGTGGGTCCTAATGATAGGTGGGTCCTAATGATAGGTGGGTCCTAATGATA SH4951 4951 33 127 snR9 snR9 161 178 261 18 GAAGGACTAATGATAGGTGAAGGACTAATGATAGGTGAAGGACTAATGATAGGTGAAGGA SH4952 4952 12 167 snR9 snR9 166 182 266 17 GTCTGAAGGACTAATGAGTCTGAAGGACTAATGAGTCTGAAGGACTAATGAGTCTGAAGG SH4953 4953 50 88 snR9 snR9 171 187 271 17 AGTATGTCTGAAGGACTAGTATGTCTGAAGGACTAGTATGTCTGAAGGACTAGTATGTCT SH4954 4954 3 105 snR9 176-187 + 3' 176 276 18 ttgcaaAGTATGTCTGAAttgcaaAGTATGTCTGAAttgcaaAGTATGTCTGAAttgcaa SH4955 4955 58 200 snR9 181-187 + 3' 181 281 21 ctaaatatttgcaaAGTATGTctaaatatttgcaaAGTATGTctaaatatttgcaaAGTA SH4956 4956 3 199 snR9 186-187 + 3' 186 286 20 cagtctaaatatttgcaaAGcagtctaaatatttgcaaAGcagtctaaatatttgcaaAG SH4957 4957 72 201 snR9 3' 291 19 catgcagtctaaatatttgcatgcagtctaaatatttgcatgcagtctaaatatttgcat SH4958 4958 99 47 snR9 3' 296 17 tggcatgcagtctaaattggcatgcagtctaaattggcatgcagtctaaattggcatgca SH4959 4959 27 65 snR9 3' 301 13 ctggcatgcagtcctggcatgcagtcctggcatgcagtcctggcatgcagtcctggcatg SH4960 4960 54 192 snR9 3' 306 17 gctatgtaactggcatggctatgtaactggcatggctatgtaactggcatggctatgtaa SH4961 4961 51 41 snR9 3' 311 18 aaaaacgctatgtaactgaaaaacgctatgtaactgaaaaacgctatgtaactgaaaaac SH4962 4962 41 37 snR9 3' 316 18 agcttaaaaacgctatgtagcttaaaaacgctatgtagcttaaaaacgctatgtagctta SH4963 4963 91 59 snR9 3' 321 18 aagaaagcttaaaaacgcaagaaagcttaaaaacgcaagaaagcttaaaaacgcaagaaa SH4964 4964 16 45 snR9 3' 326 20 aagagttaagaaagcttaaaaagagttaagaaagcttaaaaagagttaagaaagcttaaa SH4965 4965 79 152 snR9 3' 331 17 gcaagagttaagaaagcgcaagagttaagaaagcgcaagagttaagaaagcgcaagagtt SH4966 4966 57 128 snR9 3' 336 17 gtgatgcaagagttaaggtgatgcaagagttaaggtgatgcaagagttaaggtgatgcaa SH4967 4967 22 78 snR9 3' 341 16 cgtagtgatgcaagagcgtagtgatgcaagagcgtagtgatgcaagagcgtagtgatgca SH4968 4968 90 36 snR9 3' 346 15 gatccgtagtgatgcgatccgtagtgatgcgatccgtagtgatgcgatccgtagtgatgc SH4969 4969 104 69 snR9 3' 351 15 tcccagatccgtagttcccagatccgtagttcccagatccgtagttcccagatccgtagt SH4970 4970 19 101 snR9 3' 356 16 gacttatcccagatccgacttatcccagatccgacttatcccagatccgacttatcccag SH4971 4971 10 116 snR9 3' 361 15 ctgggacttatcccactgggacttatcccactgggacttatcccactgggacttatccca SH4972 4972 74 33 snR9 3' 366 17 gatactgctgggacttagatactgctgggacttagatactgctgggacttagatactgct SH4973 4973 54 189 snR9 3' 371 13 cgatactgctgggcgatactgctgggcgatactgctgggcgatactgctgggcgatactg SH4974 4974 27 87 snR10 5' 1 18 ttgatctgccttttatagttgatctgccttttatagttgatctgccttttatagttgatc SH4975 4975 90 165 snR10 5' 6 17 tgcattgatctgccttttgcattgatctgccttttgcattgatctgccttttgcattgat SH4976 4976 72 28 snR10 5' 11 17 aatgctgcattgatctgaatgctgcattgatctgaatgctgcattgatctgaatgctgca SH4977 4977 82 116 snR10 5' 16 17 caatgaatgctgcattgcaatgaatgctgcattgcaatgaatgctgcattgcaatgaatg SH4978 4978 92 208 snR10 5' 21 18 ataaagcaatgaatgctgataaagcaatgaatgctgataaagcaatgaatgctgataaag SH4979 4979 15 116 snR10 5' 26 20 aagtcaaataaagcaatgaaaagtcaaataaagcaatgaaaagtcaaataaagcaatgaa SH4980 4980 95 135 snR10 5' 31 18 ggaaagtcaaataaagcaggaaagtcaaataaagcaggaaagtcaaataaagcaggaaag SH4981 4981 30 133 snR10 5' 36 20 tagtaaaggaaagtcaaatatagtaaaggaaagtcaaatatagtaaaggaaagtcaaata SH4982 4982 43 108 snR10 5' 41 20 ataaatagtaaaggaaagtcataaatagtaaaggaaagtcataaatagtaaaggaaagtc SH4983 4983 26 8 snR10 5' 46 22 aaagtaaataaatagtaaaggaaaagtaaataaatagtaaaggaaaagtaaataaatagt SH4984 4984 14 60 snR10 5' 51 22 aatggaaagtaaataaatagtaaatggaaagtaaataaatagtaaatggaaagtaaataa SH4985 4985 72 78 snR10 5' 56 22 taagaaatggaaagtaaataaataagaaatggaaagtaaataaataagaaatggaaagta SH4986 4986 25 129 snR10 5' 61 22 taaaataagaaatggaaagtaataaaataagaaatggaaagtaataaaataagaaatgga SH4987 4987 54 71 snR10 5' 66 20 cactaaaataagaaatggaacactaaaataagaaatggaacactaaaataagaaatggaa SH4988 4988 76 3 snR10 5' 71 23 taaaataacactaaaataagaaataaaataacactaaaataagaaataaaataacactaa SH4989 4989 70 41 snR10 5' 76 23 tgttataaaataacactaaaatatgttataaaataacactaaaatatgttataaaataac SH4990 4990 23 37 snR10 5' - 2 -19 2 81 22 TTactgttataaaataacactaTTactgttataaaataacactaTTactgttataaaata SH4991 4991 64 202 snR10 5' - 5 -14 5 86 20 GCGTTactgttataaaataaGCGTTactgttataaaataaGCGTTactgttataaaataa SH4992 4992 41 4 snR10 5' - 10 -9 10 91 20 AATTTGCGTTactgttataaAATTTGCGTTactgttataaAATTTGCGTTactgttataa SH4993 4993 97 145 snR10 5' - 14 -4 14 96 19 GTTAAATTTGCGTTactgtGTTAAATTTGCGTTactgtGTTAAATTTGCGTTactgtGTT SH4994 4994 58 65 snR10 snR10 1 18 101 18 GGCTGTTAAATTTGCGTTGGCTGTTAAATTTGCGTTGGCTGTTAAATTTGCGTTGGCTGT SH4995 4995 95 81 snR10 snR10 6 23 106 18 CGAATGGCTGTTAAATTTCGAATGGCTGTTAAATTTCGAATGGCTGTTAAATTTCGAATG SH4996 4996 42 10 snR10 snR10 11 27 111 17 GTTACGAATGGCTGTTAGTTACGAATGGCTGTTAGTTACGAATGGCTGTTAGTTACGAAT SH4997 4997 62 135 snR10 snR10 16 30 116 15 CGTGTTACGAATGGCCGTGTTACGAATGGCCGTGTTACGAATGGCCGTGTTACGAATGGC SH4998 4998 55 204 snR10 snR10 21 37 121 17 TACTGTACGTGTTACGATACTGTACGTGTTACGATACTGTACGTGTTACGATACTGTACG SH4999 4999 42 213 snR10 snR10 26 42 126 17 CGAGATACTGTACGTGTCGAGATACTGTACGTGTCGAGATACTGTACGTGTCGAGATACT SH5000 5000 70 109 snR10 snR10 31 47 131 17 CTCGACGAGATACTGTACTCGACGAGATACTGTACTCGACGAGATACTGTACTCGACGAG SH5001 5001 28 41 snR10 snR10 36 51 136 16 CAACCTCGACGAGATACAACCTCGACGAGATACAACCTCGACGAGATACAACCTCGACGA SH5002 5002 81 183 snR10 snR10 41 55 141 15 GGTTCAACCTCGACGGGTTCAACCTCGACGGGTTCAACCTCGACGGGTTCAACCTCGACG SH5003 5003 60 94 snR10 snR10 46 60 146 15 GGAGGGGTTCAACCTGGAGGGGTTCAACCTGGAGGGGTTCAACCTGGAGGGGTTCAACCT SH5004 5004 90 173 snR10 snR10 51 63 151 13 CCCGGAGGGGTTCCCCGGAGGGGTTCCCCGGAGGGGTTCCCCGGAGGGGTTCCCCGGAGG SH5005 5005 47 99 snR10 snR10 56 68 156 13 AACGCCCCGGAGGAACGCCCCGGAGGAACGCCCCGGAGGAACGCCCCGGAGGAACGCCCC SH5006 5006 21 10 snR10 snR10 61 73 161 13 TCAAGAACGCCCCTCAAGAACGCCCCTCAAGAACGCCCCTCAAGAACGCCCCTCAAGAAC SH5007 5007 66 179 snR10 snR10 66 82 166 17 CTTCATGGGTCAAGAACCTTCATGGGTCAAGAACCTTCATGGGTCAAGAACCTTCATGGG SH5008 5008 79 37 snR10 snR10 71 87 171 17 ACATTCTTCATGGGTCAACATTCTTCATGGGTCAACATTCTTCATGGGTCAACATTCTTC SH5009 5009 83 59 snR10 snR10 76 93 176 18 CAATCCACATTCTTCATGCAATCCACATTCTTCATGCAATCCACATTCTTCATGCAATCC SH5010 5010 85 163 snR10 snR10 81 97 181 17 ACACCAATCCACATTCTACACCAATCCACATTCTACACCAATCCACATTCTACACCAATC SH5011 5011 20 103 snR10 snR10 86 100 186 15 GCAACACCAATCCACGCAACACCAATCCACGCAACACCAATCCACGCAACACCAATCCAC SH5012 5012 90 16 snR10 snR10 91 110 191 20 TAAATATATTGCAACACCAATAAATATATTGCAACACCAATAAATATATTGCAACACCAA SH5013 5013 68 171 snR10 snR10 96 117 196 22 CCAATAATAAATATATTGCAACCCAATAATAAATATATTGCAACCCAATAATAAATATAT SH5014 5014 87 134 snR10 snR10 101 122 201 22 CCAAGCCAATAATAAATATATTCCAAGCCAATAATAAATATATTCCAAGCCAATAATAAA SH5015 5015 23 78 snR10 snR10 106 124 206 19 GTCCAAGCCAATAATAAATGTCCAAGCCAATAATAAATGTCCAAGCCAATAATAAATGTC SH5016 5016 39 151 snR10 snR10 111 127 211 17 CCAGTCCAAGCCAATAACCAGTCCAAGCCAATAACCAGTCCAAGCCAATAACCAGTCCAA SH5017 5017 96 30 snR10 snR10 116 128 216 13 TCCAGTCCAAGCCTCCAGTCCAAGCCTCCAGTCCAAGCCTCCAGTCCAAGCCTCCAGTCC SH5018 5018 48 35 snR10 snR10 121 137 221 17 AATTTGTTCTCCAGTCCAATTTGTTCTCCAGTCCAATTTGTTCTCCAGTCCAATTTGTTC SH5019 5019 23 21 snR10 snR10 126 143 226 18 TCGATAAATTTGTTCTCCTCGATAAATTTGTTCTCCTCGATAAATTTGTTCTCCTCGATA SH5020 5020 91 197 snR10 snR10 131 149 231 19 CCAAGATCGATAAATTTGTCCAAGATCGATAAATTTGTCCAAGATCGATAAATTTGTCCA SH5021 5021 48 116 snR10 snR10 136 152 236 17 CACCCAAGATCGATAAACACCCAAGATCGATAAACACCCAAGATCGATAAACACCCAAGA SH5022 5022 30 106 snR10 snR10 141 153 241 13 GCACCCAAGATCGGCACCCAAGATCGGCACCCAAGATCGGCACCCAAGATCGGCACCCAA SH5023 5023 77 208 snR10 snR10 146 160 246 15 GACTGTTGCACCCAAGACTGTTGCACCCAAGACTGTTGCACCCAAGACTGTTGCACCCAA SH5024 5024 101 208 snR10 snR10 151 167 251 17 ACAGAAAGACTGTTGCAACAGAAAGACTGTTGCAACAGAAAGACTGTTGCAACAGAAAGA SH5025 5025 54 178 snR10 snR10 156 171 256 16 GACGACAGAAAGACTGGACGACAGAAAGACTGGACGACAGAAAGACTGGACGACAGAAAG SH5026 5026 76 81 snR10 snR10 161 178 261 18 AAAAACAGACGACAGAAAAAAAACAGACGACAGAAAAAAAACAGACGACAGAAAAAAAAC SH5027 5027 17 203 snR10 snR10 166 182 266 17 GCTAAAAAACAGACGACGCTAAAAAACAGACGACGCTAAAAAACAGACGACGCTAAAAAA SH5028 5028 11 14 snR10 snR10 171 188 271 18 AGATCTGCTAAAAAACAGAGATCTGCTAAAAAACAGAGATCTGCTAAAAAACAGAGATCT SH5029 5029 18 123 snR10 snR10 176 193 276 18 CCCTTAGATCTGCTAAAACCCTTAGATCTGCTAAAACCCTTAGATCTGCTAAAACCCTTA SH5030 5030 9 26 snR10 snR10 181 197 281 17 TAAACCCTTAGATCTGCTAAACCCTTAGATCTGCTAAACCCTTAGATCTGCTAAACCCTT SH5031 5031 5 100 snR10 snR10 186 202 286 17 GAAGGTAAACCCTTAGAGAAGGTAAACCCTTAGAGAAGGTAAACCCTTAGAGAAGGTAAA SH5032 5032 87 161 snR10 snR10 191 205 291 15 CACGAAGGTAAACCCCACGAAGGTAAACCCCACGAAGGTAAACCCCACGAAGGTAAACCC SH5033 5033 6 126 snR10 snR10 196 210 296 15 GGGCACACGAAGGTAGGGCACACGAAGGTAGGGCACACGAAGGTAGGGCACACGAAGGTA SH5034 5034 58 193 snR10 snR10 201 213 301 13 TCCGGGCACACGATCCGGGCACACGATCCGGGCACACGATCCGGGCACACGATCCGGGCA SH5035 5035 54 169 snR10 snR10 206 218 306 13 CCTCATCCGGGCACCTCATCCGGGCACCTCATCCGGGCACCTCATCCGGGCACCTCATCC SH5036 5036 20 29 snR10 snR10 211 223 311 13 ACGGTCCTCATCCACGGTCCTCATCCACGGTCCTCATCCACGGTCCTCATCCACGGTCCT SH5037 5037 42 83 snR10 snR10 216 230 316 15 CCTTGCAACGGTCCTCCTTGCAACGGTCCTCCTTGCAACGGTCCTCCTTGCAACGGTCCT SH5038 5038 64 60 snR10 snR10 221 237 321 17 TATCAATCCTTGCAACGTATCAATCCTTGCAACGTATCAATCCTTGCAACGTATCAATCC SH5039 5039 54 45 snR10 snR10 226 244 326 19 GTTGTATTATCAATCCTTGGTTGTATTATCAATCCTTGGTTGTATTATCAATCCTTGGTT SH5040 5040 69 163 snR10 231-245 + 3' 231 331 22 tgtatatAGTTGTATTATCAATtgtatatAGTTGTATTATCAATtgtatatAGTTGTATT SH5041 5041 61 23 snR10 236-245 + 3' 236 336 22 aatgatgtatatAGTTGTATTAaatgatgtatatAGTTGTATTAaatgatgtatatAGTT SH5042 5042 100 156 snR10 241-245 + 3' 241 341 20 gataatgatgtatatAGTTGgataatgatgtatatAGTTGgataatgatgtatatAGTTG SH5043 5043 18 95 snR10 3' 346 20 actacgataatgatgtatatactacgataatgatgtatatactacgataatgatgtatat SH5044 5044 53 29 snR10 3' 351 18 ttcactacgataatgatgttcactacgataatgatgttcactacgataatgatgttcact SH5045 5045 84 7 snR10 3' 356 18 tgcaattcactacgataatgcaattcactacgataatgcaattcactacgataatgcaat SH5046 5046 70 152 snR10 3' 361 17 ctcgtgcaattcactacctcgtgcaattcactacctcgtgcaattcactacctcgtgcaa SH5047 5047 43 35 snR10 3' 366 17 agttactcgtgcaattcagttactcgtgcaattcagttactcgtgcaattcagttactcg SH5048 5048 85 57 snR10 3' 371 16 gagaagttactcgtgcgagaagttactcgtgcgagaagttactcgtgcgagaagttactc SH5049 5049 31 20 snR10 3' 376 17 catgccgagaagttactcatgccgagaagttactcatgccgagaagttactcatgccgag SH5050 5050 17 168 snR10 3' 381 13 ccatgccgagaagccatgccgagaagccatgccgagaagccatgccgagaagccatgccg SH5051 5051 55 41 snR10 3' 386 13 tcaccccatgccgtcaccccatgccgtcaccccatgccgtcaccccatgccgtcacccca SH5052 5052 103 82 snR10 3' 391 17 tgaatttactcaccccatgaatttactcaccccatgaatttactcaccccatgaatttac SH5053 5053 5 187 snR10 3' 396 22 tttcataatatgaatttactcatttcataatatgaatttactcatttcataatatgaatt SH5054 5054 96 138 snR10 3' 401 23 aattactttcataatatgaatttaattactttcataatatgaatttaattactttcataa SH5055 5055 43 36 snR10 3' 406 22 gtttaattactttcataatatggtttaattactttcataatatggtttaattactttcat SH5056 5056 5 40 snR10 3' 411 22 agtaagtttaattactttcataagtaagtttaattactttcataagtaagtttaattact SH5057 5057 29 114 snR10 3' 416 20 ggtagtaagtttaattacttggtagtaagtttaattacttggtagtaagtttaattactt SH5058 5058 10 186 snR10 3' 421 22 ttatttaggtagtaagtttaatttatttaggtagtaagtttaatttatttaggtagtaag SH5059 5059 85 43 snR10 3' 426 20 ctcttatttaggtagtaagtctcttatttaggtagtaagtctcttatttaggtagtaagt SH5060 5060 12 31 snR11 5' 1 18 ctaaactcaccgctttatctaaactcaccgctttatctaaactcaccgctttatctaaac SH5061 5061 84 38 snR11 5' 6 16 cttctaaactcaccgccttctaaactcaccgccttctaaactcaccgccttctaaactca SH5062 5062 73 143 snR11 5' 11 18 ggaacttcttctaaactcggaacttcttctaaactcggaacttcttctaaactcggaact SH5063 5063 64 206 snR11 5' 16 17 cacaggaacttcttctacacaggaacttcttctacacaggaacttcttctacacaggaac SH5064 5064 13 196 snR11 5' 21 15 caccacaggaacttccaccacaggaacttccaccacaggaacttccaccacaggaacttc SH5065 5065 52 40 snR11 5' 26 15 tcttgcaccacaggatcttgcaccacaggatcttgcaccacaggatcttgcaccacagga SH5066 5066 66 149 snR11 5' 31 18 ataaagattcttgcaccaataaagattcttgcaccaataaagattcttgcaccaataaag SH5067 5067 45 196 snR11 5' 36 20 aataccaataaagattcttgaataccaataaagattcttgaataccaataaagattcttg SH5068 5068 25 24 snR11 5' 41 23 attttttaaataccaataaagatattttttaaataccaataaagatattttttaaatacc SH5069 5069 97 4 snR11 5' 46 23 aaaagattttttaaataccaataaaaagattttttaaataccaataaaaagattttttaa SH5070 5070 92 17 snR11 5' 51 23 aaaagaaaagattttttaaatacaaaagaaaagattttttaaatacaaaagaaaagattt SH5071 5071 31 72 snR11 5' 56 22 aaggaaaagaaaagattttttaaaggaaaagaaaagattttttaaaggaaaagaaaagat SH5072 5072 24 188 snR11 5' 61 22 aaaaaaaggaaaagaaaagattaaaaaaaggaaaagaaaagattaaaaaaaggaaaagaa SH5073 5073 99 154 snR11 5' 66 20 accaaaaaaaggaaaagaaaaccaaaaaaaggaaaagaaaaccaaaaaaaggaaaagaaa SH5074 5074 87 197 snR11 5' 71 21 caaaaaaccaaaaaaaggaaacaaaaaaccaaaaaaaggaaacaaaaaaccaaaaaaagg SH5075 5075 52 26 snR11 5' 76 22 ctttttcaaaaaaccaaaaaaactttttcaaaaaaccaaaaaaactttttcaaaaaacca SH5076 5076 70 130 snR11 5' 81 19 ccctttttcaaaaaaccaaccctttttcaaaaaaccaaccctttttcaaaaaaccaaccc SH5077 5077 53 57 snR11 5' - 7 -14 7 86 22 CATTATTaccctttttcaaaaaCATTATTaccctttttcaaaaaCATTATTacccttttt SH5078 5078 49 118 snR11 5' - 9 -9 9 91 19 GACATTATTaccctttttcGACATTATTaccctttttcGACATTATTaccctttttcGAC SH5079 5079 42 185 snR11 5' - 15 -4 15 96 20 ATAAAAGACATTATTaccctATAAAAGACATTATTaccctATAAAAGACATTATTaccct SH5080 5080 44 185 snR11 snR11 1 22 101 22 GTCTATTATAAAAGACATTATTGTCTATTATAAAAGACATTATTGTCTATTATAAAAGAC SH5081 5081 47 170 snR11 snR11 6 25 106 20 GGTGTCTATTATAAAAGACAGGTGTCTATTATAAAAGACAGGTGTCTATTATAAAAGACA SH5082 5082 99 44 snR11 snR11 11 28 111 18 CTGGGTGTCTATTATAAACTGGGTGTCTATTATAAACTGGGTGTCTATTATAAACTGGGT SH5083 5083 10 86 snR11 snR11 16 32 116 17 GACTCTGGGTGTCTATTGACTCTGGGTGTCTATTGACTCTGGGTGTCTATTGACTCTGGG SH5084 5084 64 95 snR11 snR11 21 35 121 15 CGTGACTCTGGGTGTCGTGACTCTGGGTGTCGTGACTCTGGGTGTCGTGACTCTGGGTGT SH5085 5085 82 113 snR11 snR11 26 40 126 15 CGAATCGTGACTCTGCGAATCGTGACTCTGCGAATCGTGACTCTGCGAATCGTGACTCTG SH5086 5086 77 203 snR11 snR11 31 46 131 16 CCAAGACGAATCGTGACCAAGACGAATCGTGACCAAGACGAATCGTGACCAAGACGAATC SH5087 5087 74 181 snR11 snR11 36 53 136 18 TCTAAAACCAAGACGAATTCTAAAACCAAGACGAATTCTAAAACCAAGACGAATTCTAAA SH5088 5088 14 104 snR11 snR11 41 58 141 18 GAATCTCTAAAACCAAGAGAATCTCTAAAACCAAGAGAATCTCTAAAACCAAGAGAATCT SH5089 5089 50 13 snR11 snR11 46 64 146 19 GAAACAGAATCTCTAAAACGAAACAGAATCTCTAAAACGAAACAGAATCTCTAAAACGAA SH5090 5090 61 17 snR11 snR11 51 67 151 17 GTCGAAACAGAATCTCTGTCGAAACAGAATCTCTGTCGAAACAGAATCTCTGTCGAAACA SH5091 5091 97 159 snR11 snR11 56 73 156 18 AAAACTGTCGAAACAGAAAAAACTGTCGAAACAGAAAAAACTGTCGAAACAGAAAAAACT SH5092 5092 32 129 snR11 snR11 61 79 161 19 CCTAAAAAAACTGTCGAAACCTAAAAAAACTGTCGAAACCTAAAAAAACTGTCGAAACCT SH5093 5093 52 109 snR11 snR11 66 82 166 17 CCGCCTAAAAAAACTGTCCGCCTAAAAAAACTGTCCGCCTAAAAAAACTGTCCGCCTAAA SH5094 5094 38 27 snR11 snR11 71 87 171 17 GTCCACCGCCTAAAAAAGTCCACCGCCTAAAAAAGTCCACCGCCTAAAAAAGTCCACCGC SH5095 5095 84 83 snR11 snR11 76 88 176 13 CGTCCACCGCCTACGTCCACCGCCTACGTCCACCGCCTACGTCCACCGCCTACGTCCACC SH5096 5096 104 163 snR11 snR11 81 97 181 17 AACTATATACGTCCACCAACTATATACGTCCACCAACTATATACGTCCACCAACTATATA SH5097 5097 57 29 snR11 snR11 86 106 186 21 GATTAAGTAAACTATATACGTGATTAAGTAAACTATATACGTGATTAAGTAAACTATATA SH5098 5098 77 192 snR11 snR11 91 112 191 22 GTAAACGATTAAGTAAACTATAGTAAACGATTAAGTAAACTATAGTAAACGATTAAGTAA SH5099 5099 39 72 snR11 snR11 96 117 196 22 GTATAGTAAACGATTAAGTAAAGTATAGTAAACGATTAAGTAAAGTATAGTAAACGATTA SH5100 5100 46 188 snR11 snR11 101 119 201 19 CCGTATAGTAAACGATTAACCGTATAGTAAACGATTAACCGTATAGTAAACGATTAACCG SH5101 5101 10 136 snR11 snR11 106 122 206 17 CCACCGTATAGTAAACGCCACCGTATAGTAAACGCCACCGTATAGTAAACGCCACCGTAT SH5102 5102 37 173 snR11 snR11 111 127 211 17 GTACTCCACCGTATAGTGTACTCCACCGTATAGTGTACTCCACCGTATAGTGTACTCCAC SH5103 5103 14 44 snR11 snR11 116 132 216 17 TATTAGTACTCCACCGTTATTAGTACTCCACCGTTATTAGTACTCCACCGTTATTAGTAC SH5104 5104 25 172 snR11 snR11 121 139 221 19 GAAATAGTATTAGTACTCCGAAATAGTATTAGTACTCCGAAATAGTATTAGTACTCCGAA SH5105 5105 62 76 snR11 snR11 126 145 226 20 GACAGTGAAATAGTATTAGTGACAGTGAAATAGTATTAGTGACAGTGAAATAGTATTAGT SH5106 5106 18 44 snR11 snR11 131 148 231 18 CACGACAGTGAAATAGTACACGACAGTGAAATAGTACACGACAGTGAAATAGTACACGAC SH5107 5107 23 6 snR11 snR11 136 151 236 16 GAGCACGACAGTGAAAGAGCACGACAGTGAAAGAGCACGACAGTGAAAGAGCACGACAGT SH5108 5108 24 37 snR11 snR11 141 153 241 13 GCGAGCACGACAGGCGAGCACGACAGGCGAGCACGACAGGCGAGCACGACAGGCGAGCAC SH5109 5109 72 32 snR11 snR11 146 158 246 13 CAACCGCGAGCACCAACCGCGAGCACCAACCGCGAGCACCAACCGCGAGCACCAACCGCG SH5110 5110 67 56 snR11 snR11 151 165 251 15 CTAAGATCAACCGCGCTAAGATCAACCGCGCTAAGATCAACCGCGCTAAGATCAACCGCG SH5111 5111 89 115 snR11 snR11 156 178 256 23 GAAATATATTTATCTAAGATCAAGAAATATATTTATCTAAGATCAAGAAATATATTTATC SH5112 5112 39 173 snR11 snR11 161 183 261 23 AAAAAGAAATATATTTATCTAAGAAAAAGAAATATATTTATCTAAGAAAAAGAAATATAT SH5113 5113 35 87 snR11 snR11 166 190 266 25 CTTTATGAAAAAGAAATATATTTATCTTTATGAAAAAGAAATATATTTATCTTTATGAAA SH5114 5114 15 122 snR11 snR11 171 193 271 23 TTTCTTTATGAAAAAGAAATATATTTCTTTATGAAAAAGAAATATATTTCTTTATGAAAA SH5115 5115 104 18 snR11 snR11 176 196 276 21 CACTTTCTTTATGAAAAAGAACACTTTCTTTATGAAAAAGAACACTTTCTTTATGAAAAA SH5116 5116 6 208 snR11 snR11 181 200 281 20 CACTCACTTTCTTTATGAAACACTCACTTTCTTTATGAAACACTCACTTTCTTTATGAAA SH5117 5117 77 85 snR11 snR11 186 203 286 18 ATCCACTCACTTTCTTTAATCCACTCACTTTCTTTAATCCACTCACTTTCTTTAATCCAC SH5118 5118 98 47 snR11 snR11 191 207 291 17 GAAGATCCACTCACTTTGAAGATCCACTCACTTTGAAGATCCACTCACTTTGAAGATCCA SH5119 5119 50 96 snR11 snR11 196 210 296 15 AGGGAAGATCCACTCAGGGAAGATCCACTCAGGGAAGATCCACTCAGGGAAGATCCACTC SH5120 5120 27 170 snR11 snR11 201 215 301 15 CTTCCAGGGAAGATCCTTCCAGGGAAGATCCTTCCAGGGAAGATCCTTCCAGGGAAGATC SH5121 5121 70 47 snR11 snR11 206 220 306 15 TCGTACTTCCAGGGATCGTACTTCCAGGGATCGTACTTCCAGGGATCGTACTTCCAGGGA SH5122 5122 67 159 snR11 snR11 211 228 311 18 TACATTATTCGTACTTCCTACATTATTCGTACTTCCTACATTATTCGTACTTCCTACATT SH5123 5123 92 83 snR11 snR11 216 235 316 20 TCATAAGTACATTATTCGTATCATAAGTACATTATTCGTATCATAAGTACATTATTCGTA SH5124 5124 10 64 snR11 snR11 221 242 321 22 AATCTAATCATAAGTACATTATAATCTAATCATAAGTACATTATAATCTAATCATAAGTA SH5125 5125 26 38 snR11 snR11 226 245 326 20 GAGAATCTAATCATAAGTACGAGAATCTAATCATAAGTACGAGAATCTAATCATAAGTAC SH5126 5126 24 152 snR11 snR11 231 250 331 20 GTGAAGAGAATCTAATCATAGTGAAGAGAATCTAATCATAGTGAAGAGAATCTAATCATA SH5127 5127 58 139 snR11 snR11 236 252 336 17 GCGTGAAGAGAATCTAAGCGTGAAGAGAATCTAAGCGTGAAGAGAATCTAAGCGTGAAGA SH5128 5128 67 37 snR11 snR11 241 257 341 17 TATGTGCGTGAAGAGAATATGTGCGTGAAGAGAATATGTGCGTGAAGAGAATATGTGCGT SH5129 5129 48 211 snR11 246-258 + 3' 246 346 17 aaagGTATGTGCGTGAAaaagGTATGTGCGTGAAaaagGTATGTGCGTGAAaaagGTATG SH5130 5130 61 26 snR11 251-258 + 3' 251 351 20 aaaaaaaaaaagGTATGTGCaaaaaaaaaaagGTATGTGCaaaaaaaaaaagGTATGTGC SH5131 5131 88 145 snR11 256-258 + 3' 256 356 23 caattgaaaaaaaaaaaaagGTAcaattgaaaaaaaaaaaaagGTAcaattgaaaaaaaa SH5132 5132 57 182 snR11 3' 361 22 ctagcaattgaaaaaaaaaaaactagcaattgaaaaaaaaaaaactagcaattgaaaaaa SH5133 5133 29 146 snR11 3' 366 20 gaactagcaattgaaaaaaagaactagcaattgaaaaaaagaactagcaattgaaaaaaa SH5134 5134 16 186 snR11 3' 371 19 gtatgaactagcaattgaagtatgaactagcaattgaagtatgaactagcaattgaagta SH5135 5135 8 59 snR11 3' 376 18 gtatgtatgaactagcaagtatgtatgaactagcaagtatgtatgaactagcaagtatgt SH5136 5136 2 45 snR11 3' 381 18 tctacgtatgtatgaacttctacgtatgtatgaacttctacgtatgtatgaacttctacg SH5137 5137 33 186 snR11 3' 386 19 cttctttctacgtatgtatcttctttctacgtatgtatcttctttctacgtatgtatctt SH5138 5138 31 154 snR11 3' 391 17 gcccttctttctacgtagcccttctttctacgtagcccttctttctacgtagcccttctt SH5139 5139 50 116 snR11 3' 396 17 aattggcccttctttctaattggcccttctttctaattggcccttctttctaattggccc SH5140 5140 84 49 snR11 3' 401 15 tccaattggcccttctccaattggcccttctccaattggcccttctccaattggcccttc SH5141 5141 69 111 snR11 3' 406 15 aggcttccaattggcaggcttccaattggcaggcttccaattggcaggcttccaattggc SH5142 5142 88 57 snR11 3' 411 16 cagttgaggcttccaacagttgaggcttccaacagttgaggcttccaacagttgaggctt SH5143 5143 22 209 snR11 3' 416 15 gggacagttgaggctgggacagttgaggctgggacagttgaggctgggacagttgaggct SH5144 5144 63 197 snR11 3' 421 13 caggggacagttgcaggggacagttgcaggggacagttgcaggggacagttgcaggggac SH5145 5145 76 104 snR11 3' 426 13 tacaccaggggactacaccaggggactacaccaggggactacaccaggggactacaccag SH5146 5146 98 110 snR11 3' 431 16 cgaaagcttacaccagcgaaagcttacaccagcgaaagcttacaccagcgaaagcttaca SH5147 5147 4 178 snR11 3' 436 17 aaacagcgaaagcttacaaacagcgaaagcttacaaacagcgaaagcttacaaacagcga SH5148 5148 9 95 snR11 3' 441 17 agatgaaacagcgaaagagatgaaacagcgaaagagatgaaacagcgaaagagatgaaac SH5149 5149 75 28 snR13 5' 1 18 atgtaaagaagctggaaaatgtaaagaagctggaaaatgtaaagaagctggaaaatgtaa SH5150 5150 94 188 snR13 5' 6 20 cttttatatgtaaagaagctcttttatatgtaaagaagctcttttatatgtaaagaagct SH5151 5151 8 42 snR13 5' 11 20 cttcccttttatatgtaaagcttcccttttatatgtaaagcttcccttttatatgtaaag SH5152 5152 30 195 snR13 5' 16 18 atccttcccttttatatgatccttcccttttatatgatccttcccttttatatgatcctt SH5153 5153 62 82 snR13 5' 21 18 tcaaaatccttccctttttcaaaatccttccctttttcaaaatccttccctttttcaaaa SH5154 5154 22 39 snR13 5' 26 20 tataatttcaaaatccttcctataatttcaaaatccttcctataatttcaaaatccttcc SH5155 5155 82 70 snR13 5' 31 21 gccatttataatttcaaaatcgccatttataatttcaaaatcgccatttataatttcaaa SH5156 5156 71 187 snR13 5' 36 20 agatgccatttataatttcaagatgccatttataatttcaagatgccatttataatttca SH5157 5157 38 134 snR13 5' 41 20 atttgagatgccatttataaatttgagatgccatttataaatttgagatgccatttataa SH5158 5158 94 200 snR13 5' 46 17 cgatttgagatgccattcgatttgagatgccattcgatttgagatgccattcgatttgag SH5159 5159 56 202 snR13 5' 51 17 agagacgatttgagatgagagacgatttgagatgagagacgatttgagatgagagacgat SH5160 5160 78 80 snR13 5' 56 18 agatatagagacgatttgagatatagagacgatttgagatatagagacgatttgagatat SH5161 5161 19 41 snR13 5' 61 18 acaaaagatatagagacgacaaaagatatagagacgacaaaagatatagagacgacaaaa SH5162 5162 31 149 snR13 5' 66 20 ccaattaacaaaagatatagccaattaacaaaagatatagccaattaacaaaagatatag SH5163 5163 101 48 snR13 5' 71 22 aaaaaatccaattaacaaaagaaaaaaatccaattaacaaaagaaaaaaatccaattaac SH5164 5164 51 134 snR13 5' 76 22 cctttaaaaaatccaattaacacctttaaaaaatccaattaacacctttaaaaaatccaa SH5165 5165 32 138 snR13 5' 81 20 gaccctttaaaaaatccaatgaccctttaaaaaatccaatgaccctttaaaaaatccaat SH5166 5166 35 102 snR13 5' - 3 -14 3 86 18 CCTgaccctttaaaaaatCCTgaccctttaaaaaatCCTgaccctttaaaaaatCCTgac SH5167 5167 11 173 snR13 5' - 7 -9 7 91 17 ACTTCCTgaccctttaaACTTCCTgaccctttaaACTTCCTgaccctttaaACTTCCTga SH5168 5168 36 210 snR13 5' - 12 -4 12 96 17 AAAAAACTTCCTgacccAAAAAACTTCCTgacccAAAAAACTTCCTgacccAAAAAACTT SH5169 5169 46 157 snR13 snR13 1 20 101 20 TAAAAAGGAAAAAACTTCCTTAAAAAGGAAAAAACTTCCTTAAAAAGGAAAAAACTTCCT SH5170 5170 66 72 snR13 snR13 6 27 106 22 CATCATATAAAAAGGAAAAAACCATCATATAAAAAGGAAAAAACCATCATATAAAAAGGA SH5171 5171 45 91 snR13 snR13 11 32 111 22 ATATTCATCATATAAAAAGGAAATATTCATCATATAAAAAGGAAATATTCATCATATAAA SH5172 5172 3 22 snR13 snR13 16 37 116 22 CACTCATATTCATCATATAAAACACTCATATTCATCATATAAAACACTCATATTCATCAT SH5173 5173 102 134 snR13 snR13 21 38 121 18 GCACTCATATTCATCATAGCACTCATATTCATCATAGCACTCATATTCATCATAGCACTC SH5174 5174 41 124 snR13 snR13 26 43 126 18 CAAATGCACTCATATTCACAAATGCACTCATATTCACAAATGCACTCATATTCACAAATG SH5175 5175 40 182 snR13 snR13 31 47 131 17 GAGCCAAATGCACTCATGAGCCAAATGCACTCATGAGCCAAATGCACTCATGAGCCAAAT SH5176 5176 85 105 snR13 snR13 36 50 136 15 CTCGAGCCAAATGCACTCGAGCCAAATGCACTCGAGCCAAATGCACTCGAGCCAAATGCA SH5177 5177 47 108 snR13 snR13 41 55 141 15 AGCAACTCGAGCCAAAGCAACTCGAGCCAAAGCAACTCGAGCCAAAGCAACTCGAGCCAA SH5178 5178 80 66 snR13 snR13 46 61 146 16 CCAAACAGCAACTCGACCAAACAGCAACTCGACCAAACAGCAACTCGACCAAACAGCAAC SH5179 5179 35 53 snR13 snR13 51 67 151 17 CAAAAGCCAAACAGCAACAAAAGCCAAACAGCAACAAAAGCCAAACAGCAACAAAAGCCA SH5180 5180 11 203 snR13 snR13 56 72 156 17 TTTGGCAAAAGCCAAACTTTGGCAAAAGCCAAACTTTGGCAAAAGCCAAACTTTGGCAAA SH5181 5181 80 50 snR13 snR13 61 77 161 17 ACTGATTTGGCAAAAGCACTGATTTGGCAAAAGCACTGATTTGGCAAAAGCACTGATTTG SH5182 5182 48 76 snR13 snR13 66 82 166 17 CCGTTACTGATTTGGCACCGTTACTGATTTGGCACCGTTACTGATTTGGCACCGTTACTG SH5183 5183 83 118 snR13 snR13 71 87 171 17 CCACACCGTTACTGATTCCACACCGTTACTGATTCCACACCGTTACTGATTCCACACCGT SH5184 5184 69 204 snR13 snR13 76 92 176 17 TTTTTCCACACCGTTACTTTTTCCACACCGTTACTTTTTCCACACCGTTACTTTTTCCAC SH5185 5185 25 106 snR13 snR13 81 97 181 17 TTGAGTTTTTCCACACCTTGAGTTTTTCCACACCTTGAGTTTTTCCACACCTTGAGTTTT SH5186 5186 56 187 snR13 snR13 86 102 186 17 GTAGCTTGAGTTTTTCCGTAGCTTGAGTTTTTCCGTAGCTTGAGTTTTTCCGTAGCTTGA SH5187 5187 30 150 snR13 snR13 91 108 191 18 AAAAAGGTAGCTTGAGTTAAAAAGGTAGCTTGAGTTAAAAAGGTAGCTTGAGTTAAAAAG SH5188 5188 80 108 snR13 snR13 96 115 196 20 AAAGTAAAAAAAGGTAGCTTAAAGTAAAAAAAGGTAGCTTAAAGTAAAAAAAGGTAGCTT SH5189 5189 23 128 snR13 snR13 101 121 201 21 CAGATAAAAGTAAAAAAAGGTCAGATAAAAGTAAAAAAAGGTCAGATAAAAGTAAAAAAA SH5190 5190 68 214 snR13 106-124 + 3' 106 206 20 aGGTCAGATAAAAGTAAAAAaGGTCAGATAAAAGTAAAAAaGGTCAGATAAAAGTAAAAA SH5191 5191 64 62 snR13 111-124 + 3' 111 211 20 ttaaaaGGTCAGATAAAAGTttaaaaGGTCAGATAAAAGTttaaaaGGTCAGATAAAAGT SH5192 5192 61 54 snR13 116-124 + 3' 116 216 19 gaagttaaaaGGTCAGATAgaagttaaaaGGTCAGATAgaagttaaaaGGTCAGATAgaa SH5193 5193 73 85 snR13 121-124 + 3' 121 221 17 ggggaagttaaaaGGTCggggaagttaaaaGGTCggggaagttaaaaGGTCggggaagtt SH5194 5194 99 25 snR13 3' 226 17 tctacggggaagttaaatctacggggaagttaaatctacggggaagttaaatctacgggg SH5195 5195 27 22 snR13 3' 231 17 gattttctacggggaaggattttctacggggaaggattttctacggggaaggattttcta SH5196 5196 3 15 snR13 3' 236 18 tactaagattttctacggtactaagattttctacggtactaagattttctacggtactaa SH5197 5197 2 214 snR13 3' 241 20 gaaggattactaagattttcgaaggattactaagattttcgaaggattactaagattttc SH5198 5198 8 112 snR13 3' 246 19 gtaagaaggattactaagagtaagaaggattactaagagtaagaaggattactaagagta SH5199 5199 13 28 snR13 3' 251 18 caatgtaagaaggattaccaatgtaagaaggattaccaatgtaagaaggattaccaatgt SH5200 5200 60 168 snR13 3' 256 18 cgatacaatgtaagaaggcgatacaatgtaagaaggcgatacaatgtaagaaggcgatac SH5201 5201 41 184 snR13 3' 261 18 cgctacgatacaatgtaacgctacgatacaatgtaacgctacgatacaatgtaacgctac SH5202 5202 5 37 snR13 3' 266 16 cagcgctacgatacaacagcgctacgatacaacagcgctacgatacaacagcgctacgat SH5203 5203 32 197 snR13 3' 271 13 tgcagcgctacgatgcagcgctacgatgcagcgctacgatgcagcgctacgatgcagcgc SH5204 5204 6 167 snR13 3' 276 17 cattatatatgcagcgccattatatatgcagcgccattatatatgcagcgccattatata SH5205 5205 84 158 snR13 3' 281 20 attttacgcattatatatgcattttacgcattatatatgcattttacgcattatatatgc SH5206 5206 17 3 snR13 3' 286 21 gagaaaattttacgcattatagagaaaattttacgcattatagagaaaattttacgcatt SH5207 5207 89 32 snR13 3' 291 20 aaaagagaaaattttacgcaaaaagagaaaattttacgcaaaaagagaaaattttacgca SH5208 5208 40 56 snR13 3' 296 23 atcttttaaaaagagaaaattttatcttttaaaaagagaaaattttatcttttaaaaaga SH5209 5209 53 85 snR13 3' 301 22 taacatcttttaaaaagagaaataacatcttttaaaaagagaaataacatcttttaaaaa SH5210 5210 75 33 snR30 5' 1 20 gagtttcaaagtgtttatatgagtttcaaagtgtttatatgagtttcaaagtgtttatat SH5211 5211 101 214 snR30 5' 6 18 tgagagtttcaaagtgtttgagagtttcaaagtgtttgagagtttcaaagtgtttgagag SH5212 5212 45 11 snR30 5' 11 18 gacgatgagagtttcaaagacgatgagagtttcaaagacgatgagagtttcaaagacgat SH5213 5213 58 55 snR30 5' 16 16 cacgacgatgagagttcacgacgatgagagttcacgacgatgagagttcacgacgatgag SH5214 5214 78 186 snR30 5' 21 17 taaatgcacgacgatgataaatgcacgacgatgataaatgcacgacgatgataaatgcac SH5215 5215 30 71 snR30 5' 26 17 gaagttaaatgcacgacgaagttaaatgcacgacgaagttaaatgcacgacgaagttaaa SH5216 5216 88 165 snR30 5' 31 18 accatagaagttaaatgcaccatagaagttaaatgcaccatagaagttaaatgcaccata SH5217 5217 8 24 snR30 5' 36 20 gaagtttaccatagaagttagaagtttaccatagaagttagaagtttaccatagaagtta SH5218 5218 77 193 snR30 5' 41 20 gaaaagaagtttaccatagagaaaagaagtttaccatagagaaaagaagtttaccataga SH5219 5219 21 60 snR30 5' 46 17 gggaaaagaagtttaccgggaaaagaagtttaccgggaaaagaagtttaccgggaaaaga SH5220 5220 67 66 snR30 5' 51 18 ttgaatgggaaaagaagtttgaatgggaaaagaagtttgaatgggaaaagaagtttgaat SH5221 5221 31 6 snR30 5' 56 18 gaaacttgaatgggaaaagaaacttgaatgggaaaagaaacttgaatgggaaaagaaact SH5222 5222 42 119 snR30 5' 61 18 aaagagaaacttgaatggaaagagaaacttgaatggaaagagaaacttgaatggaaagag SH5223 5223 35 141 snR30 5' 66 18 taagcaaagagaaacttgtaagcaaagagaaacttgtaagcaaagagaaacttgtaagca SH5224 5224 94 37 snR30 5' 71 20 ttacaaataagcaaagagaattacaaataagcaaagagaattacaaataagcaaagagaa SH5225 5225 58 112 snR30 5' 76 23 ttttttttttacaaataagcaaattttttttttacaaataagcaaattttttttttacaa SH5226 5226 19 136 snR30 5' - 3 -19 3 81 23 GTTacttttttttttacaaataaGTTacttttttttttacaaataaGTTacttttttttt SH5227 5227 26 12 snR30 5' - 7 -14 7 86 22 TATGGTTacttttttttttacaTATGGTTacttttttttttacaTATGGTTacttttttt SH5228 5228 3 169 snR30 5' - 10 -9 10 91 20 GACTATGGTTacttttttttGACTATGGTTacttttttttGACTATGGTTactttttttt SH5229 5229 33 138 snR30 5' - 13 -4 13 96 18 CGAGACTATGGTTactttCGAGACTATGGTTactttCGAGACTATGGTTactttCGAGAC SH5230 5230 65 48 snR30 snR30 1 16 101 16 GCACGAGACTATGGTTGCACGAGACTATGGTTGCACGAGACTATGGTTGCACGAGACTAT SH5231 5231 27 72 snR30 snR30 6 22 106 17 GAACTAGCACGAGACTAGAACTAGCACGAGACTAGAACTAGCACGAGACTAGAACTAGCA SH5232 5232 88 41 snR30 snR30 11 25 111 15 ACCGAACTAGCACGAACCGAACTAGCACGAACCGAACTAGCACGAACCGAACTAGCACGA SH5233 5233 80 170 snR30 snR30 16 32 116 17 GTATAGTACCGAACTAGGTATAGTACCGAACTAGGTATAGTACCGAACTAGGTATAGTAC SH5234 5234 28 179 snR30 snR30 21 36 121 16 CCCTGTATAGTACCGACCCTGTATAGTACCGACCCTGTATAGTACCGACCCTGTATAGTA SH5235 5235 66 93 snR30 snR30 26 41 126 16 CCCTTCCCTGTATAGTCCCTTCCCTGTATAGTCCCTTCCCTGTATAGTCCCTTCCCTGTA SH5236 5236 78 214 snR30 snR30 31 45 131 15 ACTTCCCTTCCCTGTACTTCCCTTCCCTGTACTTCCCTTCCCTGTACTTCCCTTCCCTGT SH5237 5237 37 189 snR30 snR30 36 50 136 15 GAGTGACTTCCCTTCGAGTGACTTCCCTTCGAGTGACTTCCCTTCGAGTGACTTCCCTTC SH5238 5238 104 36 snR30 snR30 41 56 141 16 GTATGCGAGTGACTTCGTATGCGAGTGACTTCGTATGCGAGTGACTTCGTATGCGAGTGA SH5239 5239 77 183 snR30 snR30 46 60 146 15 ACACGTATGCGAGTGACACGTATGCGAGTGACACGTATGCGAGTGACACGTATGCGAGTG SH5240 5240 74 72 snR30 snR30 51 65 151 15 CACACACACGTATGCCACACACACGTATGCCACACACACGTATGCCACACACACGTATGC SH5241 5241 13 86 snR30 snR30 56 71 156 16 GAAATGCACACACACGGAAATGCACACACACGGAAATGCACACACACGGAAATGCACACA SH5242 5242 8 14 snR30 snR30 61 77 161 17 TAGCAAGAAATGCACACTAGCAAGAAATGCACACTAGCAAGAAATGCACACTAGCAAGAA SH5243 5243 47 4 snR30 snR30 66 83 166 18 CAGCAATAGCAAGAAATGCAGCAATAGCAAGAAATGCAGCAATAGCAAGAAATGCAGCAA SH5244 5244 78 89 snR30 snR30 71 87 171 17 TAAGCAGCAATAGCAAGTAAGCAGCAATAGCAAGTAAGCAGCAATAGCAAGTAAGCAGCA SH5245 5245 45 24 snR30 snR30 76 92 176 17 GAAGCTAAGCAGCAATAGAAGCTAAGCAGCAATAGAAGCTAAGCAGCAATAGAAGCTAAG SH5246 5246 40 13 snR30 snR30 81 97 181 17 TTAGAGAAGCTAAGCAGTTAGAGAAGCTAAGCAGTTAGAGAAGCTAAGCAGTTAGAGAAG SH5247 5247 52 123 snR30 snR30 86 103 186 18 AGTGTTTTAGAGAAGCTAAGTGTTTTAGAGAAGCTAAGTGTTTTAGAGAAGCTAAGTGTT SH5248 5248 22 23 snR30 snR30 91 107 191 17 GCCCAGTGTTTTAGAGAGCCCAGTGTTTTAGAGAGCCCAGTGTTTTAGAGAGCCCAGTGT SH5249 5249 71 116 snR30 snR30 96 111 196 16 GCTAGCCCAGTGTTTTGCTAGCCCAGTGTTTTGCTAGCCCAGTGTTTTGCTAGCCCAGTG SH5250 5250 37 168 snR30 snR30 101 113 201 13 ACGCTAGCCCAGTACGCTAGCCCAGTACGCTAGCCCAGTACGCTAGCCCAGTACGCTAGC SH5251 5251 101 120 snR30 snR30 106 122 206 17 CGTTGAAAAACGCTAGCCGTTGAAAAACGCTAGCCGTTGAAAAACGCTAGCCGTTGAAAA SH5252 5252 91 213 snR30 snR30 111 126 211 16 CGAGCGTTGAAAAACGCGAGCGTTGAAAAACGCGAGCGTTGAAAAACGCGAGCGTTGAAA SH5253 5253 23 202 snR30 snR30 116 130 216 15 CTCTCGAGCGTTGAACTCTCGAGCGTTGAACTCTCGAGCGTTGAACTCTCGAGCGTTGAA SH5254 5254 95 188 snR30 snR30 121 133 221 13 TGCCTCTCGAGCGTGCCTCTCGAGCGTGCCTCTCGAGCGTGCCTCTCGAGCGTGCCTCTC SH5255 5255 30 146 snR30 snR30 126 138 226 13 GACTCTGCCTCTCGACTCTGCCTCTCGACTCTGCCTCTCGACTCTGCCTCTCGACTCTGC SH5256 5256 3 119 snR30 snR30 131 145 231 15 TCCTTGAGACTCTGCTCCTTGAGACTCTGCTCCTTGAGACTCTGCTCCTTGAGACTCTGC SH5257 5257 55 72 snR30 snR30 136 148 236 13 GGCTCCTTGAGACGGCTCCTTGAGACGGCTCCTTGAGACGGCTCCTTGAGACGGCTCCTT SH5258 5258 102 14 snR30 snR30 141 155 241 15 CATTGGAGGCTCCTTCATTGGAGGCTCCTTCATTGGAGGCTCCTTCATTGGAGGCTCCTT SH5259 5259 100 129 snR30 snR30 146 158 246 13 GCCCATTGGAGGCGCCCATTGGAGGCGCCCATTGGAGGCGCCCATTGGAGGCGCCCATTG SH5260 5260 11 63 snR30 snR30 151 163 251 13 GTGAGGCCCATTGGTGAGGCCCATTGGTGAGGCCCATTGGTGAGGCCCATTGGTGAGGCC SH5261 5261 63 201 snR30 snR30 156 170 256 15 TGAATACGTGAGGCCTGAATACGTGAGGCCTGAATACGTGAGGCCTGAATACGTGAGGCC SH5262 5262 29 9 snR30 snR30 161 178 261 18 CATCTAGATGAATACGTGCATCTAGATGAATACGTGCATCTAGATGAATACGTGCATCTA SH5263 5263 103 106 snR30 snR30 166 182 266 17 GCGCCATCTAGATGAATGCGCCATCTAGATGAATGCGCCATCTAGATGAATGCGCCATCT SH5264 5264 2 194 snR30 snR30 171 185 271 15 GAAGCGCCATCTAGAGAAGCGCCATCTAGAGAAGCGCCATCTAGAGAAGCGCCATCTAGA SH5265 5265 99 174 snR30 snR30 176 188 276 13 TCCGAAGCGCCATTCCGAAGCGCCATTCCGAAGCGCCATTCCGAAGCGCCATTCCGAAGC SH5266 5266 89 153 snR30 snR30 181 193 281 13 CGTTGTCCGAAGCCGTTGTCCGAAGCCGTTGTCCGAAGCCGTTGTCCGAAGCCGTTGTCC SH5267 5267 28 66 snR30 snR30 186 198 286 13 GATGCCGTTGTCCGATGCCGTTGTCCGATGCCGTTGTCCGATGCCGTTGTCCGATGCCGT SH5268 5268 81 14 snR30 snR30 191 207 291 17 CTCTTATGTGATGCCGTCTCTTATGTGATGCCGTCTCTTATGTGATGCCGTCTCTTATGT SH5269 5269 55 201 snR30 snR30 196 213 296 18 CTGCATCTCTTATGTGATCTGCATCTCTTATGTGATCTGCATCTCTTATGTGATCTGCAT SH5270 5270 27 139 snR30 snR30 201 217 301 17 GGAGCTGCATCTCTTATGGAGCTGCATCTCTTATGGAGCTGCATCTCTTATGGAGCTGCA SH5271 5271 48 37 snR30 snR30 206 220 306 15 TCAGGAGCTGCATCTTCAGGAGCTGCATCTTCAGGAGCTGCATCTTCAGGAGCTGCATCT SH5272 5272 71 68 snR30 snR30 211 225 311 15 AGAAGTCAGGAGCTGAGAAGTCAGGAGCTGAGAAGTCAGGAGCTGAGAAGTCAGGAGCTG SH5273 5273 33 207 snR30 snR30 216 230 316 15 AGAGGAGAAGTCAGGAGAGGAGAAGTCAGGAGAGGAGAAGTCAGGAGAGGAGAAGTCAGG SH5274 5274 63 193 snR30 snR30 221 237 321 17 GAAGATCAGAGGAGAAGGAAGATCAGAGGAGAAGGAAGATCAGAGGAGAAGGAAGATCAG SH5275 5275 89 80 snR30 snR30 226 240 326 15 CACGAAGATCAGAGGCACGAAGATCAGAGGCACGAAGATCAGAGGCACGAAGATCAGAGG SH5276 5276 36 76 snR30 snR30 231 247 331 17 CTCTGATCACGAAGATCCTCTGATCACGAAGATCCTCTGATCACGAAGATCCTCTGATCA SH5277 5277 47 188 snR30 snR30 236 252 336 17 CAAAACTCTGATCACGACAAAACTCTGATCACGACAAAACTCTGATCACGACAAAACTCT SH5278 5278 14 56 snR30 snR30 241 257 341 17 CGACTCAAAACTCTGATCGACTCAAAACTCTGATCGACTCAAAACTCTGATCGACTCAAA SH5279 5279 66 92 snR30 snR30 246 262 346 17 TCTGACGACTCAAAACTTCTGACGACTCAAAACTTCTGACGACTCAAAACTTCTGACGAC SH5280 5280 35 64 snR30 snR30 251 266 351 16 GTAGTCTGACGACTCAGTAGTCTGACGACTCAGTAGTCTGACGACTCAGTAGTCTGACGA SH5281 5281 58 173 snR30 snR30 256 270 356 15 GCTCGTAGTCTGACGGCTCGTAGTCTGACGGCTCGTAGTCTGACGGCTCGTAGTCTGACG SH5282 5282 103 151 snR30 snR30 261 276 361 16 GAAACTGCTCGTAGTCGAAACTGCTCGTAGTCGAAACTGCTCGTAGTCGAAACTGCTCGT SH5283 5283 82 36 snR30 snR30 266 282 366 17 CTAAGAGAAACTGCTCGCTAAGAGAAACTGCTCGCTAAGAGAAACTGCTCGCTAAGAGAA SH5284 5284 60 165 snR30 snR30 271 288 371 18 CAACGACTAAGAGAAACTCAACGACTAAGAGAAACTCAACGACTAAGAGAAACTCAACGA SH5285 5285 101 202 snR30 snR30 276 292 376 17 GATGCAACGACTAAGAGGATGCAACGACTAAGAGGATGCAACGACTAAGAGGATGCAACG SH5286 5286 74 197 snR30 snR30 281 295 381 15 CCCGATGCAACGACTCCCGATGCAACGACTCCCGATGCAACGACTCCCGATGCAACGACT SH5287 5287 97 142 snR30 snR30 286 298 386 13 GCACCCGATGCAAGCACCCGATGCAAGCACCCGATGCAAGCACCCGATGCAAGCACCCGA SH5288 5288 64 24 snR30 snR30 291 303 391 13 CAACAGCACCCGACAACAGCACCCGACAACAGCACCCGACAACAGCACCCGACAACAGCA SH5289 5289 20 98 snR30 snR30 296 311 396 16 CGTTAAGGCAACAGCACGTTAAGGCAACAGCACGTTAAGGCAACAGCACGTTAAGGCAAC SH5290 5290 97 102 snR30 snR30 301 317 401 17 ACACATCGTTAAGGCAAACACATCGTTAAGGCAAACACATCGTTAAGGCAAACACATCGT SH5291 5291 59 79 snR30 snR30 306 323 406 18 CCATATACACATCGTTAACCATATACACATCGTTAACCATATACACATCGTTAACCATAT SH5292 5292 23 207 snR30 snR30 311 327 411 17 AACCCCATATACACATCAACCCCATATACACATCAACCCCATATACACATCAACCCCATA SH5293 5293 21 213 snR30 snR30 316 330 416 15 CCGAACCCCATATACCCGAACCCCATATACCCGAACCCCATATACCCGAACCCCATATAC SH5294 5294 59 171 snR30 snR30 321 333 421 13 CCCCCGAACCCCACCCCCGAACCCCACCCCCGAACCCCACCCCCGAACCCCACCCCCGAA SH5295 5295 30 132 snR30 snR30 326 338 426 13 AACAGCCCCCGAAAACAGCCCCCGAAAACAGCCCCCGAAAACAGCCCCCGAAAACAGCCC SH5296 5296 68 51 snR30 snR30 331 343 431 13 ATGGCAACAGCCCATGGCAACAGCCCATGGCAACAGCCCATGGCAACAGCCCATGGCAAC SH5297 5297 83 144 snR30 snR30 336 353 436 18 CATATATATCATGGCAACCATATATATCATGGCAACCATATATATCATGGCAACCATATA SH5298 5298 34 135 snR30 snR30 341 359 441 19 CTCATCCATATATATCATGCTCATCCATATATATCATGCTCATCCATATATATCATGCTC SH5299 5299 95 13 snR30 snR30 346 363 446 18 CTGTCTCATCCATATATACTGTCTCATCCATATATACTGTCTCATCCATATATACTGTCT SH5300 5300 99 126 snR30 snR30 351 367 451 17 ACTTCTGTCTCATCCATACTTCTGTCTCATCCATACTTCTGTCTCATCCATACTTCTGTC SH5301 5301 57 124 snR30 snR30 356 370 456 15 GCCACTTCTGTCTCAGCCACTTCTGTCTCAGCCACTTCTGTCTCAGCCACTTCTGTCTCA SH5302 5302 17 180 snR30 snR30 361 373 461 13 GGGGCCACTTCTGGGGGCCACTTCTGGGGGCCACTTCTGGGGGCCACTTCTGGGGGCCAC SH5303 5303 36 82 snR30 snR30 366 378 466 13 TCAACGGGGCCACTCAACGGGGCCACTCAACGGGGCCACTCAACGGGGCCACTCAACGGG SH5304 5304 24 194 snR30 snR30 371 383 471 13 ACTCGTCAACGGGACTCGTCAACGGGACTCGTCAACGGGACTCGTCAACGGGACTCGTCA SH5305 5305 54 4 snR30 snR30 376 393 476 18 TCTAAGTTAAACTCGTCATCTAAGTTAAACTCGTCATCTAAGTTAAACTCGTCATCTAAG SH5306 5306 30 112 snR30 snR30 381 401 481 21 CTACTTAATCTAAGTTAAACTCTACTTAATCTAAGTTAAACTCTACTTAATCTAAGTTAA SH5307 5307 24 102 snR30 snR30 386 404 486 19 GTCCTACTTAATCTAAGTTGTCCTACTTAATCTAAGTTGTCCTACTTAATCTAAGTTGTC SH5308 5308 19 137 snR30 snR30 391 407 491 17 TGCGTCCTACTTAATCTTGCGTCCTACTTAATCTTGCGTCCTACTTAATCTTGCGTCCTA SH5309 5309 4 129 snR30 snR30 396 412 496 17 GATCATGCGTCCTACTTGATCATGCGTCCTACTTGATCATGCGTCCTACTTGATCATGCG SH5310 5310 48 24 snR30 snR30 401 415 501 15 CAAGATCATGCGTCCCAAGATCATGCGTCCCAAGATCATGCGTCCCAAGATCATGCGTCC SH5311 5311 61 100 snR30 snR30 406 422 506 17 AAGAGCTCAAGATCATGAAGAGCTCAAGATCATGAAGAGCTCAAGATCATGAAGAGCTCA SH5312 5312 52 25 snR30 snR30 411 427 511 17 AGGAAAAGAGCTCAAGAAGGAAAAGAGCTCAAGAAGGAAAAGAGCTCAAGAAGGAAAAGA SH5313 5313 70 185 snR30 snR30 416 433 516 18 AAGTATAGGAAAAGAGCTAAGTATAGGAAAAGAGCTAAGTATAGGAAAAGAGCTAAGTAT SH5314 5314 25 133 snR30 snR30 421 438 521 18 GGACAAAGTATAGGAAAAGGACAAAGTATAGGAAAAGGACAAAGTATAGGAAAAGGACAA SH5315 5315 12 208 snR30 snR30 426 443 526 18 CCATAGGACAAAGTATAGCCATAGGACAAAGTATAGCCATAGGACAAAGTATAGCCATAG SH5316 5316 97 96 snR30 snR30 431 445 531 15 GGCCATAGGACAAAGGGCCATAGGACAAAGGGCCATAGGACAAAGGGCCATAGGACAAAG SH5317 5317 92 102 snR30 snR30 436 448 536 13 GCTGGCCATAGGAGCTGGCCATAGGAGCTGGCCATAGGAGCTGGCCATAGGAGCTGGCCA SH5318 5318 51 51 snR30 snR30 441 455 541 15 GGAGAAAGCTGGCCAGGAGAAAGCTGGCCAGGAGAAAGCTGGCCAGGAGAAAGCTGGCCA SH5319 5319 104 108 snR30 snR30 446 463 546 18 CGTAATAAGGAGAAAGCTCGTAATAAGGAGAAAGCTCGTAATAAGGAGAAAGCTCGTAAT SH5320 5320 81 131 snR30 snR30 451 468 551 18 CTCTTCGTAATAAGGAGACTCTTCGTAATAAGGAGACTCTTCGTAATAAGGAGACTCTTC SH5321 5321 78 65 snR30 snR30 456 473 556 18 GCAATCTCTTCGTAATAAGCAATCTCTTCGTAATAAGCAATCTCTTCGTAATAAGCAATC SH5322 5322 43 13 snR30 snR30 461 475 561 15 CCGCAATCTCTTCGTCCGCAATCTCTTCGTCCGCAATCTCTTCGTCCGCAATCTCTTCGT SH5323 5323 103 54 snR30 snR30 466 480 566 15 ACATCCCGCAATCTCACATCCCGCAATCTCACATCCCGCAATCTCACATCCCGCAATCTC SH5324 5324 19 177 snR30 snR30 471 483 571 13 CCCACATCCCGCACCCACATCCCGCACCCACATCCCGCACCCACATCCCGCACCCACATC SH5325 5325 67 68 snR30 snR30 476 488 576 13 CTGCACCCACATCCTGCACCCACATCCTGCACCCACATCCTGCACCCACATCCTGCACCC SH5326 5326 89 83 snR30 snR30 481 493 581 13 CCACTCTGCACCCCCACTCTGCACCCCCACTCTGCACCCCCACTCTGCACCCCCACTCTG SH5327 5327 3 57 snR30 snR30 486 502 586 17 CAGATTTTCCCACTCTGCAGATTTTCCCACTCTGCAGATTTTCCCACTCTGCAGATTTTC SH5328 5328 33 24 snR30 snR30 491 507 591 17 GAACTCAGATTTTCCCAGAACTCAGATTTTCCCAGAACTCAGATTTTCCCAGAACTCAGA SH5329 5329 28 117 snR30 snR30 496 512 596 17 TGACCGAACTCAGATTTTGACCGAACTCAGATTTTGACCGAACTCAGATTTTGACCGAAC SH5330 5330 16 63 snR30 snR30 501 517 601 17 AAAGATGACCGAACTCAAAAGATGACCGAACTCAAAAGATGACCGAACTCAAAAGATGAC SH5331 5331 11 20 snR30 snR30 506 522 606 17 ACAACAAAGATGACCGAACAACAAAGATGACCGAACAACAAAGATGACCGAACAACAAAG SH5332 5332 69 55 snR30 snR30 511 527 611 17 GACGAACAACAAAGATGGACGAACAACAAAGATGGACGAACAACAAAGATGGACGAACAA SH5333 5333 79 28 snR30 snR30 516 532 616 17 GGTAGGACGAACAACAAGGTAGGACGAACAACAAGGTAGGACGAACAACAAGGTAGGACG SH5334 5334 44 179 snR30 snR30 521 533 621 13 CGGTAGGACGAACCGGTAGGACGAACCGGTAGGACGAACCGGTAGGACGAACCGGTAGGA SH5335 5335 57 183 snR30 snR30 526 542 626 17 AATATACTGCGGTAGGAAATATACTGCGGTAGGAAATATACTGCGGTAGGAAATATACTG SH5336 5336 41 146 snR30 snR30 531 547 631 17 TTAGGAATATACTGCGGTTAGGAATATACTGCGGTTAGGAATATACTGCGGTTAGGAATA SH5337 5337 81 80 snR30 snR30 536 555 636 20 CATAGTGTTTAGGAATATACCATAGTGTTTAGGAATATACCATAGTGTTTAGGAATATAC SH5338 5338 56 158 snR30 snR30 541 560 641 20 CATTTCATAGTGTTTAGGAACATTTCATAGTGTTTAGGAACATTTCATAGTGTTTAGGAA SH5339 5339 2 129 snR30 snR30 546 563 646 18 GGTCATTTCATAGTGTTTGGTCATTTCATAGTGTTTGGTCATTTCATAGTGTTTGGTCAT SH5340 5340 30 205 snR30 snR30 551 567 651 17 CTAGGGTCATTTCATAGCTAGGGTCATTTCATAGCTAGGGTCATTTCATAGCTAGGGTCA SH5341 5341 39 172 snR30 snR30 556 572 656 17 ACCAACTAGGGTCATTTACCAACTAGGGTCATTTACCAACTAGGGTCATTTACCAACTAG SH5342 5342 82 157 snR30 snR30 561 575 661 15 TGGACCAACTAGGGTTGGACCAACTAGGGTTGGACCAACTAGGGTTGGACCAACTAGGGT SH5343 5343 69 122 snR30 snR30 566 582 666 17 ATGATCATGGACCAACTATGATCATGGACCAACTATGATCATGGACCAACTATGATCATG SH5344 5344 79 38 snR30 snR30 571 587 671 17 CCCAAATGATCATGGACCCCAAATGATCATGGACCCCAAATGATCATGGACCCCAAATGA SH5345 5345 28 42 snR30 snR30 576 593 676 18 GTTTTACCCAAATGATCAGTTTTACCCAAATGATCAGTTTTACCCAAATGATCAGTTTTA SH5346 5346 101 122 snR30 snR30 581 598 681 18 GTATGGTTTTACCCAAATGTATGGTTTTACCCAAATGTATGGTTTTACCCAAATGTATGG SH5347 5347 59 183 snR30 586-601+3' 586 686 17 tGCAGTATGGTTTTACCtGCAGTATGGTTTTACCtGCAGTATGGTTTTACCtGCAGTATG SH5348 5348 12 42 snR30 591-601+3' 591 691 17 atgtctGCAGTATGGTTatgtctGCAGTATGGTTatgtctGCAGTATGGTTatgtctGCA SH5349 5349 102 132 snR30 596-601+3' 596 696 17 tagagatgtctGCAGTAtagagatgtctGCAGTAtagagatgtctGCAGTAtagagatgt SH5350 5350 48 126 snR30 601 + 3' 601 701 18 gaattatagagatgtctGgaattatagagatgtctGgaattatagagatgtctGgaatta SH5351 5351 6 65 snR30 3' 706 21 gaatatgtgaattatagagatgaatatgtgaattatagagatgaatatgtgaattataga SH5352 5352 63 120 snR30 3' 711 21 gatgtgaatatgtgaattatagatgtgaatatgtgaattatagatgtgaatatgtgaatt SH5353 5353 103 33 snR30 3' 716 19 caagatgtgaatatgtgaacaagatgtgaatatgtgaacaagatgtgaatatgtgaacaa SH5354 5354 56 204 snR30 3' 721 18 aggacaagatgtgaatataggacaagatgtgaatataggacaagatgtgaatataggaca SH5355 5355 2 75 snR30 3' 726 16 gagaggacaagatgtggagaggacaagatgtggagaggacaagatgtggagaggacaaga SH5356 5356 10 202 snR30 3' 731 13 gcgagaggacaaggcgagaggacaaggcgagaggacaaggcgagaggacaaggcgagagg SH5357 5357 87 186 snR30 3' 736 13 cttctgcgagaggcttctgcgagaggcttctgcgagaggcttctgcgagaggcttctgcg SH5358 5358 54 32 snR30 3' 741 15 ccttcctcttctgcgccttcctcttctgcgccttcctcttctgcgccttcctcttctgcg SH5359 5359 48 180 snR30 3' 746 16 caaaggccttcctcttcaaaggccttcctcttcaaaggccttcctcttcaaaggccttcc SH5360 5360 9 110 snR30 3' 751 15 acgtcaaaggccttcacgtcaaaggccttcacgtcaaaggccttcacgtcaaaggccttc SH5361 5361 99 145 snR30 3' 756 18 aattttctacgtcaaaggaattttctacgtcaaaggaattttctacgtcaaaggaatttt SH5362 5362 41 135 snR30 3' 761 20 tttacttaattttctacgtctttacttaattttctacgtctttacttaattttctacgtc SH5363 5363 41 105 snR30 3' 766 22 tatacgatttacttaattttcttatacgatttacttaattttcttatacgatttacttaa SH5364 5364 44 153 snR30 3' 771 20 acgtatacgatttacttaatacgtatacgatttacttaatacgtatacgatttacttaat SH5365 5365 94 181 snR30 3' 776 19 gtaaacgtatacgatttacgtaaacgtatacgatttacgtaaacgtatacgatttacgta SH5366 5366 18 73 snR30 3' 781 18 atacgtaaacgtatacgaatacgtaaacgtatacgaatacgtaaacgtatacgaatacgt SH5367 5367 104 131 snR31 5' 1 13 cagtaggagccctcagtaggagccctcagtaggagccctcagtaggagccctcagtagga SH5368 5368 12 205 snR31 5' 6 15 ctaccgacagtaggactaccgacagtaggactaccgacagtaggactaccgacagtagga SH5369 5369 8 144 snR31 5' 11 17 cttttctctaccgacagcttttctctaccgacagcttttctctaccgacagcttttctct SH5370 5370 47 178 snR31 5' 16 17 ctcaacttttctctaccctcaacttttctctaccctcaacttttctctaccctcaacttt SH5371 5371 104 3 snR31 5' 21 22 tttaaatatactcaacttttcttttaaatatactcaacttttcttttaaatatactcaac SH5372 5372 20 47 snR31 5' 26 20 tgctttaaatatactcaacttgctttaaatatactcaacttgctttaaatatactcaact SH5373 5373 68 76 snR31 5' 31 20 cctcatgctttaaatatactcctcatgctttaaatatactcctcatgctttaaatatact SH5374 5374 51 30 snR31 5' 36 19 gttacctcatgctttaaatgttacctcatgctttaaatgttacctcatgctttaaatgtt SH5375 5375 69 96 snR31 5' 41 18 aaaagttacctcatgcttaaaagttacctcatgcttaaaagttacctcatgcttaaaagt SH5376 5376 17 75 snR31 5' 46 17 gcagaaaagttacctcagcagaaaagttacctcagcagaaaagttacctcagcagaaaag SH5377 5377 58 179 snR31 5' 51 18 aaatgggcagaaaagttaaaatgggcagaaaagttaaaatgggcagaaaagttaaaatgg SH5378 5378 23 68 snR31 5' 56 18 agtaaaaatgggcagaaaagtaaaaatgggcagaaaagtaaaaatgggcagaaaagtaaa SH5379 5379 74 164 snR31 5' 61 18 atagaagtaaaaatgggcatagaagtaaaaatgggcatagaagtaaaaatgggcatagaa SH5380 5380 34 78 snR31 5' 66 22 caaatggaaatagaagtaaaaacaaatggaaatagaagtaaaaacaaatggaaatagaag SH5381 5381 72 185 snR31 5' 71 20 attcaaatggaaatagaagtattcaaatggaaatagaagtattcaaatggaaatagaagt SH5382 5382 60 180 snR31 5' 76 20 tctgaattcaaatggaaatatctgaattcaaatggaaatatctgaattcaaatggaaata SH5383 5383 89 53 snR31 5' 81 19 cttttctgaattcaaatggcttttctgaattcaaatggcttttctgaattcaaatggctt SH5384 5384 39 62 snR31 5' - 4 -14 4 86 19 CTTCacttttctgaattcaCTTCacttttctgaattcaCTTCacttttctgaattcaCTT SH5385 5385 59 209 snR31 5' - 8 -9 8 91 18 TTTGCTTCacttttctgaTTTGCTTCacttttctgaTTTGCTTCacttttctgaTTTGCT SH5386 5386 70 12 snR31 5' - 15 -4 15 96 20 GTGTAATTTTGCTTCactttGTGTAATTTTGCTTCactttGTGTAATTTTGCTTCacttt SH5387 5387 6 139 snR31 snR31 1 18 101 18 ATGGTGTAATTTTGCTTCATGGTGTAATTTTGCTTCATGGTGTAATTTTGCTTCATGGTG SH5388 5388 39 157 snR31 snR31 6 24 106 19 GAACTCATGGTGTAATTTTGAACTCATGGTGTAATTTTGAACTCATGGTGTAATTTTGAA SH5389 5389 59 43 snR31 snR31 11 27 111 17 TAGGAACTCATGGTGTATAGGAACTCATGGTGTATAGGAACTCATGGTGTATAGGAACTC SH5390 5390 84 179 snR31 snR31 16 33 116 18 CGTTAATAGGAACTCATGCGTTAATAGGAACTCATGCGTTAATAGGAACTCATGCGTTAA SH5391 5391 21 86 snR31 snR31 21 37 121 17 CTGACGTTAATAGGAACCTGACGTTAATAGGAACCTGACGTTAATAGGAACCTGACGTTA SH5392 5392 20 2 snR31 snR31 26 42 126 17 AGAGGCTGACGTTAATAAGAGGCTGACGTTAATAAGAGGCTGACGTTAATAAGAGGCTGA SH5393 5393 35 89 snR31 snR31 31 46 131 16 CAAAAGAGGCTGACGTCAAAAGAGGCTGACGTCAAAAGAGGCTGACGTCAAAAGAGGCTG SH5394 5394 56 33 snR31 snR31 36 52 136 17 TGAGTACAAAAGAGGCTTGAGTACAAAAGAGGCTTGAGTACAAAAGAGGCTTGAGTACAA SH5395 5395 9 28 snR31 snR31 41 59 141 19 CACATTATGAGTACAAAAGCACATTATGAGTACAAAAGCACATTATGAGTACAAAAGCAC SH5396 5396 9 207 snR31 snR31 46 62 146 17 AGCCACATTATGAGTACAGCCACATTATGAGTACAGCCACATTATGAGTACAGCCACATT SH5397 5397 53 10 snR31 snR31 51 66 151 16 CCGAAGCCACATTATGCCGAAGCCACATTATGCCGAAGCCACATTATGCCGAAGCCACAT SH5398 5398 47 3 snR31 snR31 56 70 156 15 ACATCCGAAGCCACAACATCCGAAGCCACAACATCCGAAGCCACAACATCCGAAGCCACA SH5399 5399 66 183 snR31 snR31 61 77 161 17 CCATCAAACATCCGAAGCCATCAAACATCCGAAGCCATCAAACATCCGAAGCCATCAAAC SH5400 5400 60 144 snR31 snR31 66 80 166 15 CGCCCATCAAACATCCGCCCATCAAACATCCGCCCATCAAACATCCGCCCATCAAACATC SH5401 5401 10 159 snR31 snR31 71 85 171 15 AGCAACGCCCATCAAAGCAACGCCCATCAAAGCAACGCCCATCAAAGCAACGCCCATCAA SH5402 5402 27 59 snR31 snR31 76 88 176 13 TGAAGCAACGCCCTGAAGCAACGCCCTGAAGCAACGCCCTGAAGCAACGCCCTGAAGCAA SH5403 5403 90 200 snR31 snR31 81 96 181 16 GTACGCACTGAAGCAAGTACGCACTGAAGCAAGTACGCACTGAAGCAAGTACGCACTGAA SH5404 5404 44 114 snR31 snR31 86 98 186 13 CCGTACGCACTGACCGTACGCACTGACCGTACGCACTGACCGTACGCACTGACCGTACGC SH5405 5405 15 62 snR31 snR31 91 103 191 13 ATGAGCCGTACGCATGAGCCGTACGCATGAGCCGTACGCATGAGCCGTACGCATGAGCCG SH5406 5406 53 169 snR31 snR31 96 108 196 13 CTACCATGAGCCGCTACCATGAGCCGCTACCATGAGCCGCTACCATGAGCCGCTACCATG SH5407 5407 104 201 snR31 snR31 101 120 201 20 CTAATAATTAATCTACCATGCTAATAATTAATCTACCATGCTAATAATTAATCTACCATG SH5408 5408 11 26 snR31 snR31 106 127 206 22 CATCTTTCTAATAATTAATCTACATCTTTCTAATAATTAATCTACATCTTTCTAATAATT SH5409 5409 103 143 snR31 snR31 111 132 211 22 AGATACATCTTTCTAATAATTAAGATACATCTTTCTAATAATTAAGATACATCTTTCTAA SH5410 5410 22 37 snR31 snR31 116 134 216 19 GGAGATACATCTTTCTAATGGAGATACATCTTTCTAATGGAGATACATCTTTCTAATGGA SH5411 5411 35 165 snR31 snR31 121 137 221 17 GCTGGAGATACATCTTTGCTGGAGATACATCTTTGCTGGAGATACATCTTTGCTGGAGAT SH5412 5412 17 42 snR31 snR31 126 142 226 17 CAACAGCTGGAGATACACAACAGCTGGAGATACACAACAGCTGGAGATACACAACAGCTG SH5413 5413 54 207 snR31 snR31 131 147 231 17 AATATCAACAGCTGGAGAATATCAACAGCTGGAGAATATCAACAGCTGGAGAATATCAAC SH5414 5414 70 64 snR31 snR31 136 152 236 17 CCTCTAATATCAACAGCCCTCTAATATCAACAGCCCTCTAATATCAACAGCCCTCTAATA SH5415 5415 49 185 snR31 snR31 141 157 241 17 TTCCCCCTCTAATATCATTCCCCCTCTAATATCATTCCCCCTCTAATATCATTCCCCCTC SH5416 5416 87 139 snR31 snR31 146 160 246 15 GGCTTCCCCCTCTAAGGCTTCCCCCTCTAAGGCTTCCCCCTCTAAGGCTTCCCCCTCTAA SH5417 5417 91 6 snR31 snR31 151 163 251 13 AAAGGCTTCCCCCAAAGGCTTCCCCCAAAGGCTTCCCCCAAAGGCTTCCCCCAAAGGCTT SH5418 5418 3 77 snR31 snR31 156 172 256 17 GTGAAAGAGAAAGGCTTGTGAAAGAGAAAGGCTTGTGAAAGAGAAAGGCTTGTGAAAGAG SH5419 5419 39 213 snR31 snR31 161 177 261 17 GCGAGGTGAAAGAGAAAGCGAGGTGAAAGAGAAAGCGAGGTGAAAGAGAAAGCGAGGTGA SH5420 5420 93 192 snR31 snR31 166 178 266 13 GGCGAGGTGAAAGGGCGAGGTGAAAGGGCGAGGTGAAAGGGCGAGGTGAAAGGGCGAGGT SH5421 5421 6 176 snR31 snR31 171 187 271 17 GTTTAAAAAGGCGAGGTGTTTAAAAAGGCGAGGTGTTTAAAAAGGCGAGGTGTTTAAAAA SH5422 5422 53 128 snR31 snR31 176 192 276 17 CAGGTGTTTAAAAAGGCCAGGTGTTTAAAAAGGCCAGGTGTTTAAAAAGGCCAGGTGTTT SH5423 5423 45 122 snR31 snR31 181 198 281 18 CTGTATCAGGTGTTTAAACTGTATCAGGTGTTTAAACTGTATCAGGTGTTTAAACTGTAT SH5424 5424 15 153 snR31 snR31 186 202 286 17 CCAACTGTATCAGGTGTCCAACTGTATCAGGTGTCCAACTGTATCAGGTGTCCAACTGTA SH5425 5425 81 76 snR31 snR31 191 207 291 17 CATGACCAACTGTATCACATGACCAACTGTATCACATGACCAACTGTATCACATGACCAA SH5426 5426 41 150 snR31 snR31 196 212 296 17 CGAATCATGACCAACTGCGAATCATGACCAACTGCGAATCATGACCAACTGCGAATCATG SH5427 5427 79 100 snR31 snR31 201 217 301 17 TAGAACGAATCATGACCTAGAACGAATCATGACCTAGAACGAATCATGACCTAGAACGAA SH5428 5428 103 156 snR31 snR31 206 225 306 20 TTAAAATGTAGAACGAATCATTAAAATGTAGAACGAATCATTAAAATGTAGAACGAATCA SH5429 5429 82 83 snR31 211-225+3' 211 311 20 agaaaTTAAAATGTAGAACGagaaaTTAAAATGTAGAACGagaaaTTAAAATGTAGAACG SH5430 5430 94 102 snR31 216-225+3' 216 316 23 ttacataaagaaaTTAAAATGTAttacataaagaaaTTAAAATGTAttacataaagaaaT SH5431 5431 41 122 snR31 221-225+3' 221 321 22 gtggttacataaagaaaTTAAAgtggttacataaagaaaTTAAAgtggttacataaagaa SH5432 5432 88 47 snR31 3' 326 18 cgtggttacataaagaaacgtggttacataaagaaacgtggttacataaagaaacgtggt SH5433 5433 3 34 snR31 3' 331 18 tacaacgtggttacataatacaacgtggttacataatacaacgtggttacataatacaac SH5434 5434 53 193 snR31 3' 336 20 gaaaatatacaacgtggttagaaaatatacaacgtggttagaaaatatacaacgtggtta SH5435 5435 7 22 snR31 3' 341 20 agattgaaaatatacaacgtagattgaaaatatacaacgtagattgaaaatatacaacgt SH5436 5436 99 87 snR31 3' 346 20 tttccagattgaaaatatactttccagattgaaaatatactttccagattgaaaatatac SH5437 5437 27 213 snR31 3' 351 20 gttactttccagattgaaaagttactttccagattgaaaagttactttccagattgaaaa SH5438 5438 79 176 snR31 3' 356 18 taggttactttccagatttaggttactttccagatttaggttactttccagatttaggtt SH5439 5439 97 70 snR31 3' 361 18 tcttttaggttactttcctcttttaggttactttcctcttttaggttactttcctctttt SH5440 5440 103 133 snR31 3' 366 20 tttttactcttttaggttactttttactcttttaggttactttttactcttttaggttac SH5441 5441 3 147 snR31 3' 371 20 aacagtttttactcttttagaacagtttttactcttttagaacagtttttactcttttag SH5442 5442 11 209 snR31 3' 376 22 tttaataaacagtttttactcttttaataaacagtttttactcttttaataaacagtttt SH5443 5443 101 173 snR31 3' 381 24 cattttttttaataaacagtttttcattttttttaataaacagtttttcattttttttaa SH5444 5444 69 54 snR31 3' 386 23 ataacattttttttaataaacagataacattttttttaataaacagataacatttttttt SH5445 5445 11 127 snR31 3' 391 25 attttgaataacattttttttaataattttgaataacattttttttaataattttgaata SH5446 5446 96 46 snR31 3' 396 25 tataaattttgaataacattttttttataaattttgaataacattttttttataaatttt SH5447 5447 51 181 snR31 3' 401 23 atgtataaattttgaataacattatgtataaattttgaataacattatgtataaattttg SH5448 5448 100 42 snR32 5' 1 17 tttatagtgcggttccttttatagtgcggttccttttatagtgcggttccttttatagtg SH5449 5449 32 53 snR32 5' 6 17 gactttttatagtgcgggactttttatagtgcgggactttttatagtgcgggacttttta SH5450 5450 44 135 snR32 5' 11 18 accttcgactttttatagaccttcgactttttatagaccttcgactttttatagaccttc SH5451 5451 6 66 snR32 5' 16 18 tacaaaccttcgactttttacaaaccttcgactttttacaaaccttcgactttttacaaa SH5452 5452 82 160 snR32 5' 21 20 aaattaatacaaaccttcgaaaattaatacaaaccttcgaaaattaatacaaaccttcga SH5453 5453 49 176 snR32 5' 26 20 gtggaaaattaatacaaaccgtggaaaattaatacaaaccgtggaaaattaatacaaacc SH5454 5454 83 81 snR32 5' 31 18 ggtgtggaaaattaatacggtgtggaaaattaatacggtgtggaaaattaatacggtgtg SH5455 5455 16 57 snR32 5' 36 18 aaagaggtgtggaaaattaaagaggtgtggaaaattaaagaggtgtggaaaattaaagag SH5456 5456 74 105 snR32 5' 41 17 aactaaagaggtgtggaaactaaagaggtgtggaaactaaagaggtgtggaaactaaaga SH5457 5457 85 80 snR32 5' 46 20 tataacaaaactaaagaggttataacaaaactaaagaggttataacaaaactaaagaggt SH5458 5458 36 61 snR32 5' 51 23 aatttgattataacaaaactaaaaatttgattataacaaaactaaaaatttgattataac SH5459 5459 61 28 snR32 5' 56 22 aaggaatttgattataacaaaaaaggaatttgattataacaaaaaaggaatttgattata SH5460 5460 3 31 snR32 5' 61 21 ccaaaaggaatttgattataaccaaaaggaatttgattataaccaaaaggaatttgatta SH5461 5461 53 214 snR32 5' 66 20 aaaaccaaaaggaatttgataaaaccaaaaggaatttgataaaaccaaaaggaatttgat SH5462 5462 8 18 snR32 5' 71 20 aaacaaaaaccaaaaggaataaacaaaaaccaaaaggaataaacaaaaaccaaaaggaat SH5463 5463 31 136 snR32 5' 76 22 ctttttaaaacaaaaaccaaaactttttaaaacaaaaaccaaaactttttaaaacaaaaa SH5464 5464 32 75 snR32 5' 81 20 ggcctttttaaaacaaaaacggcctttttaaaacaaaaacggcctttttaaaacaaaaac SH5465 5465 91 149 snR32 5' - 3 -14 3 86 18 GTTggcctttttaaaacaGTTggcctttttaaaacaGTTggcctttttaaaacaGTTggc SH5466 5466 38 149 snR32 5' - 8 -9 8 91 18 ATGATGTTggcctttttaATGATGTTggcctttttaATGATGTTggcctttttaATGATG SH5467 5467 97 37 snR32 5' - 13 -4 13 96 18 TAATTATGATGTTggcctTAATTATGATGTTggcctTAATTATGATGTTggcctTAATTA SH5468 5468 87 63 snR32 snR32 1 20 101 20 CGCGATATAATTATGATGTTCGCGATATAATTATGATGTTCGCGATATAATTATGATGTT SH5469 5469 79 200 snR32 snR32 6 24 106 19 CATTCGCGATATAATTATGCATTCGCGATATAATTATGCATTCGCGATATAATTATGCAT SH5470 5470 89 60 snR32 snR32 11 28 111 18 AGTACATTCGCGATATAAAGTACATTCGCGATATAAAGTACATTCGCGATATAAAGTACA SH5471 5471 76 203 snR32 snR32 16 32 116 17 TAGTAGTACATTCGCGATAGTAGTACATTCGCGATAGTAGTACATTCGCGATAGTAGTAC SH5472 5472 78 209 snR32 snR32 21 40 121 20 GCATATACTAGTAGTACATTGCATATACTAGTAGTACATTGCATATACTAGTAGTACATT SH5473 5473 8 43 snR32 snR32 26 43 126 18 ACTGCATATACTAGTAGTACTGCATATACTAGTAGTACTGCATATACTAGTAGTACTGCA SH5474 5474 75 22 snR32 snR32 31 50 131 20 TAAGAAAACTGCATATACTATAAGAAAACTGCATATACTATAAGAAAACTGCATATACTA SH5475 5475 84 123 snR32 snR32 36 56 136 21 CAATTTTAAGAAAACTGCATACAATTTTAAGAAAACTGCATACAATTTTAAGAAAACTGC SH5476 5476 78 204 snR32 snR32 41 60 141 20 CCTGCAATTTTAAGAAAACTCCTGCAATTTTAAGAAAACTCCTGCAATTTTAAGAAAACT SH5477 5477 3 37 snR32 snR32 46 63 146 18 TTCCCTGCAATTTTAAGATTCCCTGCAATTTTAAGATTCCCTGCAATTTTAAGATTCCCT SH5478 5478 35 188 snR32 snR32 51 67 151 17 GTCATTCCCTGCAATTTGTCATTCCCTGCAATTTGTCATTCCCTGCAATTTGTCATTCCC SH5479 5479 20 31 snR32 snR32 56 72 156 17 TTTTAGTCATTCCCTGCTTTTAGTCATTCCCTGCTTTTAGTCATTCCCTGCTTTTAGTCA SH5480 5480 76 173 snR32 snR32 61 77 161 17 TGGGCTTTTAGTCATTCTGGGCTTTTAGTCATTCTGGGCTTTTAGTCATTCTGGGCTTTT SH5481 5481 23 73 snR32 snR32 66 82 166 17 AAACGTGGGCTTTTAGTAAACGTGGGCTTTTAGTAAACGTGGGCTTTTAGTAAACGTGGG SH5482 5482 15 7 snR32 snR32 71 86 171 16 GGAAAAACGTGGGCTTGGAAAAACGTGGGCTTGGAAAAACGTGGGCTTGGAAAAACGTGG SH5483 5483 21 81 snR32 snR32 76 92 176 17 AAAGTGGGAAAAACGTGAAAGTGGGAAAAACGTGAAAGTGGGAAAAACGTGAAAGTGGGA SH5484 5484 93 149 snR32 snR32 81 98 181 18 CTACTAAAAGTGGGAAAACTACTAAAAGTGGGAAAACTACTAAAAGTGGGAAAACTACTA SH5485 5485 8 198 snR32 snR32 86 103 186 18 CAGTACTACTAAAAGTGGCAGTACTACTAAAAGTGGCAGTACTACTAAAAGTGGCAGTAC SH5486 5486 96 69 snR32 snR32 91 108 191 18 CGCTTCAGTACTACTAAACGCTTCAGTACTACTAAACGCTTCAGTACTACTAAACGCTTC SH5487 5487 5 137 snR32 snR32 96 112 196 17 TCTACGCTTCAGTACTATCTACGCTTCAGTACTATCTACGCTTCAGTACTATCTACGCTT SH5488 5488 79 132 snR32 snR32 101 117 201 17 ATCTATCTACGCTTCAGATCTATCTACGCTTCAGATCTATCTACGCTTCAGATCTATCTA SH5489 5489 57 64 snR32 snR32 106 122 206 17 GTTCAATCTATCTACGCGTTCAATCTATCTACGCGTTCAATCTATCTACGCGTTCAATCT SH5490 5490 77 211 snR32 snR32 111 127 211 17 GCAACGTTCAATCTATCGCAACGTTCAATCTATCGCAACGTTCAATCTATCGCAACGTTC SH5491 5491 25 73 snR32 snR32 116 131 216 16 CCCAGCAACGTTCAATCCCAGCAACGTTCAATCCCAGCAACGTTCAATCCCAGCAACGTT SH5492 5492 31 111 snR32 snR32 121 133 221 13 CGCCCAGCAACGTCGCCCAGCAACGTCGCCCAGCAACGTCGCCCAGCAACGTCGCCCAGC SH5493 5493 54 173 snR32 snR32 126 138 226 13 CCAGGCGCCCAGCCCAGGCGCCCAGCCCAGGCGCCCAGCCCAGGCGCCCAGCCCAGGCGC SH5494 5494 104 140 snR32 snR32 131 143 231 13 CAACACCAGGCGCCAACACCAGGCGCCAACACCAGGCGCCAACACCAGGCGCCAACACCA SH5495 5495 57 41 snR32 snR32 136 153 236 18 CAGAAATGATCAACACCACAGAAATGATCAACACCACAGAAATGATCAACACCACAGAAA SH5496 5496 64 68 snR32 snR32 141 160 241 20 CTCATTTCAGAAATGATCAACTCATTTCAGAAATGATCAACTCATTTCAGAAATGATCAA SH5497 5497 89 136 snR32 snR32 146 165 246 20 AATATCTCATTTCAGAAATGAATATCTCATTTCAGAAATGAATATCTCATTTCAGAAATG SH5498 5498 15 102 snR32 snR32 151 168 251 18 CCCAATATCTCATTTCAGCCCAATATCTCATTTCAGCCCAATATCTCATTTCAGCCCAAT SH5499 5499 5 92 snR32 snR32 156 173 256 18 TGATTCCCAATATCTCATTGATTCCCAATATCTCATTGATTCCCAATATCTCATTGATTC SH5500 5500 6 141 snR32 snR32 161 177 261 17 CAGCTGATTCCCAATATCAGCTGATTCCCAATATCAGCTGATTCCCAATATCAGCTGATT SH5501 5501 67 207 snR32 snR32 166 181 266 16 GATACAGCTGATTCCCGATACAGCTGATTCCCGATACAGCTGATTCCCGATACAGCTGAT SH5502 5502 102 165 snR32 snR32 171 188 271 18 AAATGTAGATACAGCTGAAAATGTAGATACAGCTGAAAATGTAGATACAGCTGAAAATGT SH5503 5503 33 149 snR32 176-188+3' 176 276 22 gtataaataAAATGTAGATACAgtataaataAAATGTAGATACAgtataaataAAATGTA SH5504 5504 64 187 snR32 181-188+3' 181 281 23 aaatatgtataaataAAATGTAGaaatatgtataaataAAATGTAGaaatatgtataaat SH5505 5505 98 24 snR32 186-188 + 3' 186 286 26 gtaaaaataaatatgtataaataAAAgtaaaaataaatatgtataaataAAAgtaaaaat SH5506 5506 7 133 snR32 3' 291 23 cagtaaaaataaatatgtataaacagtaaaaataaatatgtataaacagtaaaaataaat SH5507 5507 68 178 snR32 3' 296 22 gaaccagtaaaaataaatatgtgaaccagtaaaaataaatatgtgaaccagtaaaaataa SH5508 5508 57 113 snR32 3' 301 21 ctaagaaccagtaaaaataaactaagaaccagtaaaaataaactaagaaccagtaaaaat SH5509 5509 104 21 snR32 3' 306 20 gttactaagaaccagtaaaagttactaagaaccagtaaaagttactaagaaccagtaaaa SH5510 5510 36 112 snR32 3' 311 17 acgttactaagaaccagacgttactaagaaccagacgttactaagaaccagacgttacta SH5511 5511 48 78 snR32 3' 316 19 ctaaagtacgttactaagactaaagtacgttactaagactaaagtacgttactaagacta SH5512 5512 9 106 snR32 3' 321 18 gctactaaagtacgttacgctactaaagtacgttacgctactaaagtacgttacgctact SH5513 5513 28 150 snR32 3' 326 18 gcattgctactaaagtacgcattgctactaaagtacgcattgctactaaagtacgcattg SH5514 5514 35 164 snR32 3' 331 17 cacagcattgctactaacacagcattgctactaacacagcattgctactaacacagcatt SH5515 5515 94 47 snR32 3' 336 18 ctaaaacacagcattgctctaaaacacagcattgctctaaaacacagcattgctctaaaa SH5516 5516 18 28 snR32 3' 341 17 cgcactaaaacacagcacgcactaaaacacagcacgcactaaaacacagcacgcactaaa SH5517 5517 61 31 snR32 3' 346 17 gcgttcgcactaaaacagcgttcgcactaaaacagcgttcgcactaaaacagcgttcgca SH5518 5518 78 173 snR32 3' 351 13 ggcgttcgcactaggcgttcgcactaggcgttcgcactaggcgttcgcactaggcgttcg SH5519 5519 25 22 snR32 3' 356 13 acgtaggcgttcgacgtaggcgttcgacgtaggcgttcgacgtaggcgttcgacgtaggc SH5520 5520 48 157 snR32 3' 361 15 acaagacacgtaggcacaagacacgtaggcacaagacacgtaggcacaagacacgtaggc SH5521 5521 55 17 snR32 3' 366 18 ataagttaacaagacacgataagttaacaagacacgataagttaacaagacacgataagt SH5522 5522 31 197 snR32 3' 371 18 ccatgataagttaacaagccatgataagttaacaagccatgataagttaacaagccatga SH5523 5523 54 2 snR33 5' 1 18 ttccgccaaatttttcatttccgccaaatttttcatttccgccaaatttttcatttccgc SH5524 5524 78 91 snR33 5' 6 16 ccgttccgccaaatttccgttccgccaaatttccgttccgccaaatttccgttccgccaa SH5525 5525 64 70 snR33 5' 11 13 taccgttccgccataccgttccgccataccgttccgccataccgttccgccataccgttc SH5526 5526 20 45 snR33 5' 16 18 tattcttatgtaccgttctattcttatgtaccgttctattcttatgtaccgttctattct SH5527 5527 88 177 snR33 5' 21 19 ctcttctattcttatgtacctcttctattcttatgtacctcttctattcttatgtacctc SH5528 5528 16 173 snR33 5' 26 19 cgaatctcttctattcttacgaatctcttctattcttacgaatctcttctattcttacga SH5529 5529 80 19 snR33 5' 31 19 cataacgaatctcttctatcataacgaatctcttctatcataacgaatctcttctatcat SH5530 5530 33 27 snR33 5' 36 20 aattttcataacgaatctctaattttcataacgaatctctaattttcataacgaatctct SH5531 5531 43 202 snR33 5' 41 21 gtagaaaattttcataacgaagtagaaaattttcataacgaagtagaaaattttcataac SH5532 5532 26 13 snR33 5' 46 20 gagagtagaaaattttcatagagagtagaaaattttcatagagagtagaaaattttcata SH5533 5533 24 159 snR33 5' 51 20 tgaaagagagtagaaaattttgaaagagagtagaaaattttgaaagagagtagaaaattt SH5534 5534 80 109 snR33 5' 56 18 atgtgaaagagagtagaaatgtgaaagagagtagaaatgtgaaagagagtagaaatgtga SH5535 5535 35 93 snR33 5' 61 20 aaaaaaaatgtgaaagagagaaaaaaaatgtgaaagagagaaaaaaaatgtgaaagagag SH5536 5536 47 175 snR33 5' 66 23 cttatgaaaaaaaaaatgtgaaacttatgaaaaaaaaaatgtgaaacttatgaaaaaaaa SH5537 5537 58 81 snR33 5' 71 23 taattcttatgaaaaaaaaaatgtaattcttatgaaaaaaaaaatgtaattcttatgaaa SH5538 5538 99 128 snR33 5' 76 25 atttttttaattcttatgaaaaaaaatttttttaattcttatgaaaaaaaatttttttaa SH5539 5539 46 97 snR33 5' - 3 -19 3 81 23 CTTatttttttaattcttatgaaCTTatttttttaattcttatgaaCTTatttttttaat SH5540 5540 24 173 snR33 5' - 8 -14 8 86 23 TTAAGCTTatttttttaattcttTTAAGCTTatttttttaattcttTTAAGCTTattttt SH5541 5541 71 105 snR33 5' - 12 -9 12 91 22 GGCATTAAGCTTatttttttaaGGCATTAAGCTTatttttttaaGGCATTAAGCTTattt SH5542 5542 12 68 snR33 5' - 13 -4 13 96 18 GGGCATTAAGCTTattttGGGCATTAAGCTTattttGGGCATTAAGCTTattttGGGCAT SH5543 5543 87 38 snR33 snR33 1 17 101 17 AAGAGGGCATTAAGCTTAAGAGGGCATTAAGCTTAAGAGGGCATTAAGCTTAAGAGGGCA SH5544 5544 38 98 snR33 snR33 6 22 106 17 GTACAAAGAGGGCATTAGTACAAAGAGGGCATTAGTACAAAGAGGGCATTAGTACAAAGA SH5545 5545 51 62 snR33 snR33 11 26 111 16 CATCGTACAAAGAGGGCATCGTACAAAGAGGGCATCGTACAAAGAGGGCATCGTACAAAG SH5546 5546 65 60 snR33 snR33 16 32 116 17 TGACACCATCGTACAAATGACACCATCGTACAAATGACACCATCGTACAAATGACACCAT SH5547 5547 39 67 snR33 snR33 21 35 121 15 GAGTGACACCATCGTGAGTGACACCATCGTGAGTGACACCATCGTGAGTGACACCATCGT SH5548 5548 103 170 snR33 snR33 26 43 126 18 TAATTTTAGAGTGACACCTAATTTTAGAGTGACACCTAATTTTAGAGTGACACCTAATTT SH5549 5549 4 14 snR33 snR33 31 50 131 20 ACGTAAATAATTTTAGAGTGACGTAAATAATTTTAGAGTGACGTAAATAATTTTAGAGTG SH5550 5550 34 185 snR33 snR33 36 60 136 25 CAATTAAATTACGTAAATAATTTTACAATTAAATTACGTAAATAATTTTACAATTAAATT SH5551 5551 21 142 snR33 snR33 41 62 141 22 TCCAATTAAATTACGTAAATAATCCAATTAAATTACGTAAATAATCCAATTAAATTACGT SH5552 5552 4 182 snR33 snR33 46 65 146 20 ACATCCAATTAAATTACGTAACATCCAATTAAATTACGTAACATCCAATTAAATTACGTA SH5553 5553 65 106 snR33 snR33 51 71 151 21 GATATCACATCCAATTAAATTGATATCACATCCAATTAAATTGATATCACATCCAATTAA SH5554 5554 102 129 snR33 snR33 56 74 156 19 CTTGATATCACATCCAATTCTTGATATCACATCCAATTCTTGATATCACATCCAATTCTT SH5555 5555 26 108 snR33 snR33 61 77 161 17 GTGCTTGATATCACATCGTGCTTGATATCACATCGTGCTTGATATCACATCGTGCTTGAT SH5556 5556 20 116 snR33 snR33 66 83 166 18 AAACTAGTGCTTGATATCAAACTAGTGCTTGATATCAAACTAGTGCTTGATATCAAACTA SH5557 5557 86 170 snR33 snR33 71 88 171 18 AAACAAAACTAGTGCTTGAAACAAAACTAGTGCTTGAAACAAAACTAGTGCTTGAAACAA SH5558 5558 39 107 snR33 snR33 76 93 176 18 CCTCCAAACAAAACTAGTCCTCCAAACAAAACTAGTCCTCCAAACAAAACTAGTCCTCCA SH5559 5559 68 138 snR33 snR33 81 97 181 17 TGCTCCTCCAAACAAAATGCTCCTCCAAACAAAATGCTCCTCCAAACAAAATGCTCCTCC SH5560 5560 38 3 snR33 snR33 86 100 186 15 CTCTGCTCCTCCAAACTCTGCTCCTCCAAACTCTGCTCCTCCAAACTCTGCTCCTCCAAA SH5561 5561 39 214 snR33 snR33 91 107 191 17 TTTCAATCTCTGCTCCTTTTCAATCTCTGCTCCTTTTCAATCTCTGCTCCTTTTCAATCT SH5562 5562 25 64 snR33 snR33 96 112 196 17 TAGGCTTTCAATCTCTGTAGGCTTTCAATCTCTGTAGGCTTTCAATCTCTGTAGGCTTTC SH5563 5563 38 62 snR33 snR33 101 118 201 18 AAAAGCTAGGCTTTCAATAAAAGCTAGGCTTTCAATAAAAGCTAGGCTTTCAATAAAAGC SH5564 5564 18 69 snR33 snR33 106 122 206 17 GTGTAAAAGCTAGGCTTGTGTAAAAGCTAGGCTTGTGTAAAAGCTAGGCTTGTGTAAAAG SH5565 5565 53 72 snR33 snR33 111 127 211 17 AACCGGTGTAAAAGCTAAACCGGTGTAAAAGCTAAACCGGTGTAAAAGCTAAACCGGTGT SH5566 5566 13 203 snR33 snR33 116 132 216 17 ACTCAAACCGGTGTAAAACTCAAACCGGTGTAAAACTCAAACCGGTGTAAAACTCAAACC SH5567 5567 100 48 snR33 snR33 121 135 221 15 CCGACTCAAACCGGTCCGACTCAAACCGGTCCGACTCAAACCGGTCCGACTCAAACCGGT SH5568 5568 15 196 snR33 snR33 126 142 226 17 GAAGGAACCGACTCAAAGAAGGAACCGACTCAAAGAAGGAACCGACTCAAAGAAGGAACC SH5569 5569 29 14 snR33 snR33 131 143 231 13 CGAAGGAACCGACCGAAGGAACCGACCGAAGGAACCGACCGAAGGAACCGACCGAAGGAA SH5570 5570 35 42 snR33 snR33 136 153 236 18 ACTAAGAAAACGAAGGAAACTAAGAAAACGAAGGAAACTAAGAAAACGAAGGAAACTAAG SH5571 5571 50 9 snR33 snR33 141 158 241 18 TTCCAACTAAGAAAACGATTCCAACTAAGAAAACGATTCCAACTAAGAAAACGATTCCAA SH5572 5572 82 17 snR33 snR33 146 165 246 20 ATATCAATTCCAACTAAGAAATATCAATTCCAACTAAGAAATATCAATTCCAACTAAGAA SH5573 5573 27 110 snR33 snR33 151 170 251 20 CTTCTATATCAATTCCAACTCTTCTATATCAATTCCAACTCTTCTATATCAATTCCAACT SH5574 5574 18 162 snR33 snR33 156 174 256 19 CACACTTCTATATCAATTCCACACTTCTATATCAATTCCACACTTCTATATCAATTCCAC SH5575 5575 42 80 snR33 snR33 161 177 261 17 CCACACACTTCTATATCCCACACACTTCTATATCCCACACACTTCTATATCCCACACACT SH5576 5576 96 80 snR33 snR33 166 182 266 17 ATTGTCCACACACTTCTATTGTCCACACACTTCTATTGTCCACACACTTCTATTGTCCAC SH5577 5577 89 69 snR33 166-183 + 3' 171 271 17 aatcGATTGTCCACACAaatcGATTGTCCACACAaatcGATTGTCCACACAaatcGATTG SH5578 5578 102 123 snR33 176-183 + 3' 176 276 17 ttgcaaatcGATTGTCCttgcaaatcGATTGTCCttgcaaatcGATTGTCCttgcaaatc SH5579 5579 14 173 snR33 181-183 + 3' 181 281 20 aaaaagttttgcaaatcGATaaaaagttttgcaaatcGATaaaaagttttgcaaatcGAT SH5580 5580 92 115 snR33 3' 286 23 cataaaataaaaagttttgcaaacataaaataaaaagttttgcaaacataaaataaaaag SH5581 5581 61 152 snR33 3' 291 24 gtaatacataaaataaaaagttttgtaatacataaaataaaaagttttgtaatacataaa SH5582 5582 78 165 snR33 3' 296 23 agtagtaatacataaaataaaaaagtagtaatacataaaataaaaaagtagtaatacata SH5583 5583 86 111 snR33 3' 301 21 ctcagtagtaatacataaaatctcagtagtaatacataaaatctcagtagtaatacataa SH5584 5584 57 181 snR33 3' 306 18 agctcagtagtaatacatagctcagtagtaatacatagctcagtagtaatacatagctca SH5585 5585 101 25 snR33 3' 311 18 aaacaagctcagtagtaaaaacaagctcagtagtaaaaacaagctcagtagtaaaaacaa SH5586 5586 83 115 snR33 3' 316 18 cagataaacaagctcagtcagataaacaagctcagtcagataaacaagctcagtcagata SH5587 5587 4 29 snR33 3' 321 18 gtatacagataaacaagcgtatacagataaacaagcgtatacagataaacaagcgtatac SH5588 5588 26 39 snR33 3' 326 22 aagaaaaaagtatacagataaaaagaaaaaagtatacagataaaaagaaaaaagtataca SH5589 5589 66 177 snR33 3' 331 22 ataataagaaaaaagtatacagataataagaaaaaagtatacagataataagaaaaaagt SH5590 5590 77 195 snR33 3' 336 23 tacataataataagaaaaaagtatacataataataagaaaaaagtatacataataataag SH5591 5591 99 165 snR33 3' 341 23 ctaactacataataataagaaaactaactacataataataagaaaactaactacataata SH5592 5592 18 159 snR33 3' 346 21 cctctaactacataataataacctctaactacataataataacctctaactacataataa SH5593 5593 41 43 snR33 3' 351 20 ctaacctctaactacataatctaacctctaactacataatctaacctctaactacataat SH5594 5594 55 145 snR33 3' 356 18 gaactaacctctaactacgaactaacctctaactacgaactaacctctaactacgaacta SH5595 5595 39 66 snR33 3' 361 18 gataagaactaacctctagataagaactaacctctagataagaactaacctctagataag SH5596 5596 53 100 snR34 5' 1 18 taggaccataaaaagtactaggaccataaaaagtactaggaccataaaaagtactaggac SH5597 5597 13 42 snR34 5' 6 18 agcaataggaccataaaaagcaataggaccataaaaagcaataggaccataaaaagcaat SH5598 5598 86 172 snR34 5' 11 15 ggagcaataggaccaggagcaataggaccaggagcaataggaccaggagcaataggacca SH5599 5599 96 206 snR34 5' 16 13 cggggagcaatagcggggagcaatagcggggagcaatagcggggagcaatagcggggagc SH5600 5600 60 52 snR34 5' 21 13 agattcggggagcagattcggggagcagattcggggagcagattcggggagcagattcgg SH5601 5601 73 54 snR34 5' 26 17 aggatctaaagattcggaggatctaaagattcggaggatctaaagattcggaggatctaa SH5602 5602 26 131 snR34 5' 31 19 cacatataggatctaaagacacatataggatctaaagacacatataggatctaaagacac SH5603 5603 59 206 snR34 5' 36 17 gagcacatataggatctgagcacatataggatctgagcacatataggatctgagcacata SH5604 5604 101 2 snR34 5' 41 17 ctcaagagcacatatagctcaagagcacatatagctcaagagcacatatagctcaagagc SH5605 5605 102 192 snR34 5' 46 17 cgatactcaagagcacacgatactcaagagcacacgatactcaagagcacacgatactca SH5606 5606 45 176 snR34 5' 51 17 tccaacgatactcaagatccaacgatactcaagatccaacgatactcaagatccaacgat SH5607 5607 98 213 snR34 5' 56 17 aatcctccaacgatactaatcctccaacgatactaatcctccaacgatactaatcctcca SH5608 5608 43 59 snR34 5' 61 15 acgaatcctccaacgacgaatcctccaacgacgaatcctccaacgacgaatcctccaacg SH5609 5609 92 34 snR34 5' 66 16 gagttgacgaatcctcgagttgacgaatcctcgagttgacgaatcctcgagttgacgaat SH5610 5610 70 36 snR34 5' 71 15 cctcgagttgacgaacctcgagttgacgaacctcgagttgacgaacctcgagttgacgaa SH5611 5611 30 178 snR34 5' 76 15 tcgtacctcgagttgtcgtacctcgagttgtcgtacctcgagttgtcgtacctcgagttg SH5612 5612 85 95 snR34 5' 81 16 catatctcgtacctcgcatatctcgtacctcgcatatctcgtacctcgcatatctcgtac SH5613 5613 92 89 snR34 5' - 3 -14 3 86 18 GACaaagcatatctcgtaGACaaagcatatctcgtaGACaaagcatatctcgtaGACaaa SH5614 5614 14 80 snR34 5' - 8 -9 8 91 18 GAAGAGACaaagcatatcGAAGAGACaaagcatatcGAAGAGACaaagcatatcGAAGAG SH5615 5615 52 36 snR34 5' - 12 -4 12 96 17 CAAGGAAGAGACaaagcCAAGGAAGAGACaaagcCAAGGAAGAGACaaagcCAAGGAAGA SH5616 5616 81 27 snR34 snR34 1 17 101 17 GAATACAAGGAAGAGACGAATACAAGGAAGAGACGAATACAAGGAAGAGACGAATACAAG SH5617 5617 82 63 snR34 snR34 6 22 106 17 CAAGCGAATACAAGGAACAAGCGAATACAAGGAACAAGCGAATACAAGGAACAAGCGAAT SH5618 5618 44 2 snR34 snR34 11 27 111 17 ATCAGCAAGCGAATACAATCAGCAAGCGAATACAATCAGCAAGCGAATACAATCAGCAAG SH5619 5619 96 89 snR34 snR34 16 32 116 17 GGAATATCAGCAAGCGAGGAATATCAGCAAGCGAGGAATATCAGCAAGCGAGGAATATCA SH5620 5620 62 63 snR34 snR34 21 37 121 17 GGTACGGAATATCAGCAGGTACGGAATATCAGCAGGTACGGAATATCAGCAGGTACGGAA SH5621 5621 25 121 snR34 snR34 26 42 126 17 TCTAGGGTACGGAATATTCTAGGGTACGGAATATTCTAGGGTACGGAATATTCTAGGGTA SH5622 5622 6 197 snR34 snR34 31 46 131 16 GAAATCTAGGGTACGGGAAATCTAGGGTACGGGAAATCTAGGGTACGGGAAATCTAGGGT SH5623 5623 17 184 snR34 snR34 36 53 136 18 AAAGTAAGAAATCTAGGGAAAGTAAGAAATCTAGGGAAAGTAAGAAATCTAGGGAAAGTA SH5624 5624 27 194 snR34 snR34 41 60 141 20 TATTTCGAAAGTAAGAAATCTATTTCGAAAGTAAGAAATCTATTTCGAAAGTAAGAAATC SH5625 5625 43 154 snR34 snR34 46 65 146 20 TAATGTATTTCGAAAGTAAGTAATGTATTTCGAAAGTAAGTAATGTATTTCGAAAGTAAG SH5626 5626 28 188 snR34 snR34 51 68 151 18 GGGTAATGTATTTCGAAAGGGTAATGTATTTCGAAAGGGTAATGTATTTCGAAAGGGTAA SH5627 5627 46 149 snR34 snR34 56 73 156 18 GATCCGGGTAATGTATTTGATCCGGGTAATGTATTTGATCCGGGTAATGTATTTGATCCG SH5628 5628 24 150 snR34 snR34 61 77 161 17 AATTGATCCGGGTAATGAATTGATCCGGGTAATGAATTGATCCGGGTAATGAATTGATCC SH5629 5629 97 165 snR34 snR34 66 80 166 15 TGGAATTGATCCGGGTGGAATTGATCCGGGTGGAATTGATCCGGGTGGAATTGATCCGGG SH5630 5630 22 62 snR34 snR34 71 90 171 20 GCGAAAATAATGGAATTGATGCGAAAATAATGGAATTGATGCGAAAATAATGGAATTGAT SH5631 5631 5 32 snR34 snR34 76 93 176 18 AAGGCGAAAATAATGGAAAAGGCGAAAATAATGGAAAAGGCGAAAATAATGGAAAAGGCG SH5632 5632 28 79 snR34 snR34 81 100 181 20 TTTTTGAAAGGCGAAAATAATTTTTGAAAGGCGAAAATAATTTTTGAAAGGCGAAAATAA SH5633 5633 58 56 snR34 snR34 86 105 186 20 GAAATTTTTTGAAAGGCGAAGAAATTTTTTGAAAGGCGAAGAAATTTTTTGAAAGGCGAA SH5634 5634 20 8 snR34 snR34 91 108 191 18 CGGGAAATTTTTTGAAAGCGGGAAATTTTTTGAAAGCGGGAAATTTTTTGAAAGCGGGAA SH5635 5635 39 174 snR34 snR34 96 113 196 18 ACAACCGGGAAATTTTTTACAACCGGGAAATTTTTTACAACCGGGAAATTTTTTACAACC SH5636 5636 104 55 snR34 snR34 101 118 201 18 TTTATACAACCGGGAAATTTTATACAACCGGGAAATTTTATACAACCGGGAAATTTTATA SH5637 5637 14 12 snR34 snR34 106 122 206 17 CCTTTTTATACAACCGGCCTTTTTATACAACCGGCCTTTTTATACAACCGGCCTTTTTAT SH5638 5638 70 35 snR34 snR34 111 128 211 18 GTCCTGCCTTTTTATACAGTCCTGCCTTTTTATACAGTCCTGCCTTTTTATACAGTCCTG SH5639 5639 52 60 snR34 snR34 116 132 216 17 CGAAGTCCTGCCTTTTTCGAAGTCCTGCCTTTTTCGAAGTCCTGCCTTTTTCGAAGTCCT SH5640 5640 28 56 snR34 snR34 121 133 221 13 TCGAAGTCCTGCCTCGAAGTCCTGCCTCGAAGTCCTGCCTCGAAGTCCTGCCTCGAAGTC SH5641 5641 44 29 snR34 snR34 126 141 226 16 GTTGACTGTCGAAGTCGTTGACTGTCGAAGTCGTTGACTGTCGAAGTCGTTGACTGTCGA SH5642 5642 20 60 snR34 snR34 131 147 231 17 ATTGTTGTTGACTGTCGATTGTTGTTGACTGTCGATTGTTGTTGACTGTCGATTGTTGTT SH5643 5643 23 28 snR34 snR34 136 153 236 18 CTCAAAATTGTTGTTGACCTCAAAATTGTTGTTGACCTCAAAATTGTTGTTGACCTCAAA SH5644 5644 73 189 snR34 snR34 141 162 241 22 GTAAATATACTCAAAATTGTTGGTAAATATACTCAAAATTGTTGGTAAATATACTCAAAA SH5645 5645 57 193 snR34 snR34 146 165 246 20 GTGGTAAATATACTCAAAATGTGGTAAATATACTCAAAATGTGGTAAATATACTCAAAAT SH5646 5646 35 52 snR34 snR34 151 170 251 20 AAAATGTGGTAAATATACTCAAAATGTGGTAAATATACTCAAAATGTGGTAAATATACTC SH5647 5647 55 128 snR34 snR34 156 175 256 20 CAGAAAAAATGTGGTAAATACAGAAAAAATGTGGTAAATACAGAAAAAATGTGGTAAATA SH5648 5648 69 103 snR34 snR34 161 180 261 20 AAAATCAGAAAAAATGTGGTAAAATCAGAAAAAATGTGGTAAAATCAGAAAAAATGTGGT SH5649 5649 70 34 snR34 snR34 166 188 266 23 CTTAAAAAAAAATCAGAAAAAATCTTAAAAAAAAATCAGAAAAAATCTTAAAAAAAAATC SH5650 5650 27 148 snR34 snR34 171 191 271 21 CCTCTTAAAAAAAAATCAGAACCTCTTAAAAAAAAATCAGAACCTCTTAAAAAAAAATCA SH5651 5651 93 44 snR34 snR34 176 195 276 20 TCACCCTCTTAAAAAAAAATTCACCCTCTTAAAAAAAAATTCACCCTCTTAAAAAAAAAT SH5652 5652 104 197 snR34 snR34 181 198 281 18 GATTCACCCTCTTAAAAAGATTCACCCTCTTAAAAAGATTCACCCTCTTAAAAAGATTCA SH5653 5653 65 181 snR34 snR34 186 203 286 18 TTTTTGATTCACCCTCTTTTTTTGATTCACCCTCTTTTTTTGATTCACCCTCTTTTTTTG SH5654 5654 34 111 snR34 snR34 191 212 291 22 AAAAATAAATTTTTGATTCACCAAAAATAAATTTTTGATTCACCAAAAATAAATTTTTGA SH5655 5655 2 48 snR34 snR34 196 218 296 23 CGTGTAAAAAATAAATTTTTGATCGTGTAAAAAATAAATTTTTGATCGTGTAAAAAATAA SH5656 5656 97 188 snR34 snR34 201 222 301 22 TTTCCGTGTAAAAAATAAATTTTTTCCGTGTAAAAAATAAATTTTTTCCGTGTAAAAAAT SH5657 5657 21 41 snR34 snR34 206 224 306 19 CGTTTCCGTGTAAAAAATACGTTTCCGTGTAAAAAATACGTTTCCGTGTAAAAAATACGT SH5658 5658 26 214 snR34 snR34 211 227 311 17 CATCGTTTCCGTGTAAACATCGTTTCCGTGTAAACATCGTTTCCGTGTAAACATCGTTTC SH5659 5659 35 208 snR34 snR34 216 230 316 15 TGGCATCGTTTCCGTTGGCATCGTTTCCGTTGGCATCGTTTCCGTTGGCATCGTTTCCGT SH5660 5660 30 136 snR34 snR34 221 236 321 16 CAACTGTGGCATCGTTCAACTGTGGCATCGTTCAACTGTGGCATCGTTCAACTGTGGCAT SH5661 5661 55 190 snR34 snR34 226 240 326 15 CAGTCAACTGTGGCACAGTCAACTGTGGCACAGTCAACTGTGGCACAGTCAACTGTGGCA SH5662 5662 17 153 snR34 snR34 231 246 331 16 CAGGTTCAGTCAACTGCAGGTTCAGTCAACTGCAGGTTCAGTCAACTGCAGGTTCAGTCA SH5663 5663 90 167 snR34 snR34 236 251 336 16 GAAGACAGGTTCAGTCGAAGACAGGTTCAGTCGAAGACAGGTTCAGTCGAAGACAGGTTC SH5664 5664 78 152 snR34 snR34 241 257 341 17 CTGTTAGAAGACAGGTTCTGTTAGAAGACAGGTTCTGTTAGAAGACAGGTTCTGTTAGAA SH5665 5665 94 155 snR34 snR34 246 263 346 18 TAACTACTGTTAGAAGACTAACTACTGTTAGAAGACTAACTACTGTTAGAAGACTAACTA SH5666 5666 59 174 snR34 snR34 251 268 351 18 GCAATTAACTACTGTTAGGCAATTAACTACTGTTAGGCAATTAACTACTGTTAGGCAATT SH5667 5667 52 110 snR34 snR34 256 273 356 18 TACTGGCAATTAACTACTTACTGGCAATTAACTACTTACTGGCAATTAACTACTTACTGG SH5668 5668 19 9 snR34 snR34 261 280 361 20 TTTGAAATACTGGCAATTAATTTGAAATACTGGCAATTAATTTGAAATACTGGCAATTAA SH5669 5669 25 96 snR34 snR34 266 283 366 18 TTGTTTGAAATACTGGCATTGTTTGAAATACTGGCATTGTTTGAAATACTGGCATTGTTT SH5670 5670 60 151 snR34 snR34 271 290 371 20 TCAAATCTTGTTTGAAATACTCAAATCTTGTTTGAAATACTCAAATCTTGTTTGAAATAC SH5671 5671 65 179 snR34 snR34 276 295 376 20 GTATTTCAAATCTTGTTTGAGTATTTCAAATCTTGTTTGAGTATTTCAAATCTTGTTTGA SH5672 5672 87 55 snR34 snR34 281 298 381 18 CTCGTATTTCAAATCTTGCTCGTATTTCAAATCTTGCTCGTATTTCAAATCTTGCTCGTA SH5673 5673 34 60 snR34 snR34 286 303 386 18 GGAAACTCGTATTTCAAAGGAAACTCGTATTTCAAAGGAAACTCGTATTTCAAAGGAAAC SH5674 5674 77 47 snR34 snR34 291 307 391 17 TCTGGGAAACTCGTATTTCTGGGAAACTCGTATTTCTGGGAAACTCGTATTTCTGGGAAA SH5675 5675 73 39 snR34 snR34 296 313 396 18 AATTATTCTGGGAAACTCAATTATTCTGGGAAACTCAATTATTCTGGGAAACTCAATTAT SH5676 5676 68 91 snR34 snR34 301 320 401 20 CCAAATAAATTATTCTGGGACCAAATAAATTATTCTGGGACCAAATAAATTATTCTGGGA SH5677 5677 77 7 snR34 snR34 306 325 406 20 CCTGTCCAAATAAATTATTCCCTGTCCAAATAAATTATTCCCTGTCCAAATAAATTATTC SH5678 5678 36 35 snR34 snR34 311 329 411 19 CTATCCTGTCCAAATAAATCTATCCTGTCCAAATAAATCTATCCTGTCCAAATAAATCTA SH5679 5679 22 185 snR34 snR34 316 332 416 17 TTCCTATCCTGTCCAAATTCCTATCCTGTCCAAATTCCTATCCTGTCCAAATTCCTATCC SH5680 5680 8 81 snR34 snR34 321 336 421 16 GGACTTCCTATCCTGTGGACTTCCTATCCTGTGGACTTCCTATCCTGTGGACTTCCTATC SH5681 5681 100 36 snR34 snR34 326 342 426 17 GAAATCGGACTTCCTATGAAATCGGACTTCCTATGAAATCGGACTTCCTATGAAATCGGA SH5682 5682 66 48 snR34 snR34 331 347 431 17 ACACAGAAATCGGACTTACACAGAAATCGGACTTACACAGAAATCGGACTTACACAGAAA SH5683 5683 15 101 snR34 snR34 336 352 436 17 AGACAACACAGAAATCGAGACAACACAGAAATCGAGACAACACAGAAATCGAGACAACAC SH5684 5684 79 85 snR34 snR34 341 357 441 17 GTTTGAGACAACACAGAGTTTGAGACAACACAGAGTTTGAGACAACACAGAGTTTGAGAC SH5685 5685 3 113 snR34 snR34 346 361 446 16 CCTCGTTTGAGACAACCCTCGTTTGAGACAACCCTCGTTTGAGACAACCCTCGTTTGAGA SH5686 5686 9 100 snR34 snR34 351 363 451 13 CGCCTCGTTTGAGCGCCTCGTTTGAGCGCCTCGTTTGAGCGCCTCGTTTGAGCGCCTCGT SH5687 5687 5 184 snR34 snR34 356 372 456 17 CAATTCTATCGCCTCGTCAATTCTATCGCCTCGTCAATTCTATCGCCTCGTCAATTCTAT SH5688 5688 102 141 snR34 snR34 361 377 461 17 CATCCCAATTCTATCGCCATCCCAATTCTATCGCCATCCCAATTCTATCGCCATCCCAAT SH5689 5689 10 102 snR34 snR34 366 382 466 17 TTCGACATCCCAATTCTTTCGACATCCCAATTCTTTCGACATCCCAATTCTTTCGACATC SH5690 5690 18 88 snR34 snR34 371 387 471 17 CTTTCTTCGACATCCCACTTTCTTCGACATCCCACTTTCTTCGACATCCCACTTTCTTCG SH5691 5691 15 95 snR34 snR34 376 392 476 17 GTAGACTTTCTTCGACAGTAGACTTTCTTCGACAGTAGACTTTCTTCGACAGTAGACTTT SH5692 5692 18 94 snR34 snR34 381 399 481 19 GAGTAATGTAGACTTTCTTGAGTAATGTAGACTTTCTTGAGTAATGTAGACTTTCTTGAG SH5693 5693 29 156 snR34 snR34 386 405 486 20 ATATATGAGTAATGTAGACTATATATGAGTAATGTAGACTATATATGAGTAATGTAGACT SH5694 5694 87 184 snR34 snR34 391 410 491 20 CGTAAATATATGAGTAATGTCGTAAATATATGAGTAATGTCGTAAATATATGAGTAATGT SH5695 5695 83 134 snR34 snR34 396 415 496 20 CAGTACGTAAATATATGAGTCAGTACGTAAATATATGAGTCAGTACGTAAATATATGAGT SH5696 5696 84 67 snR34 snR34 401 419 501 19 GAGACAGTACGTAAATATAGAGACAGTACGTAAATATAGAGACAGTACGTAAATATAGAG SH5697 5697 11 84 snR34 snR34 406 422 506 17 CAAGAGACAGTACGTAACAAGAGACAGTACGTAACAAGAGACAGTACGTAACAAGAGACA SH5698 5698 13 143 snR34 snR34 411 426 511 16 CCTGCAAGAGACAGTACCTGCAAGAGACAGTACCTGCAAGAGACAGTACCTGCAAGAGAC SH5699 5699 86 187 snR34 snR34 416 433 516 18 CTTTTTACCTGCAAGAGACTTTTTACCTGCAAGAGACTTTTTACCTGCAAGAGACTTTTT SH5700 5700 99 91 snR34 snR34 421 438 521 18 CAAGACTTTTTACCTGCACAAGACTTTTTACCTGCACAAGACTTTTTACCTGCACAAGAC SH5701 5701 10 104 snR34 snR34 426 444 526 19 GATCTTCAAGACTTTTTACGATCTTCAAGACTTTTTACGATCTTCAAGACTTTTTACGAT SH5702 5702 45 75 snR34 snR34 431 448 531 18 AACTGATCTTCAAGACTTAACTGATCTTCAAGACTTAACTGATCTTCAAGACTTAACTGA SH5703 5703 33 13 snR34 snR34 436 455 536 20 ATATTGAAACTGATCTTCAAATATTGAAACTGATCTTCAAATATTGAAACTGATCTTCAA SH5704 5704 15 65 snR34 snR34 441 460 541 20 TTTCAATATTGAAACTGATCTTTCAATATTGAAACTGATCTTTCAATATTGAAACTGATC SH5705 5705 59 76 snR34 snR34 446 465 546 20 GTTAGTTTCAATATTGAAACGTTAGTTTCAATATTGAAACGTTAGTTTCAATATTGAAAC SH5706 5706 26 4 snR34 snR34 451 473 551 23 CTAAATTTGTTAGTTTCAATATTCTAAATTTGTTAGTTTCAATATTCTAAATTTGTTAGT SH5707 5707 79 160 snR34 snR34 456 477 556 22 CTAACTAAATTTGTTAGTTTCACTAACTAAATTTGTTAGTTTCACTAACTAAATTTGTTA SH5708 5708 93 121 snR34 snR34 461 481 561 21 GAAACTAACTAAATTTGTTAGGAAACTAACTAAATTTGTTAGGAAACTAACTAAATTTGT SH5709 5709 26 86 snR34 snR34 466 486 566 21 GTACAGAAACTAACTAAATTTGTACAGAAACTAACTAAATTTGTACAGAAACTAACTAAA SH5710 5710 26 7 snR34 snR34 471 490 571 20 CTAAGTACAGAAACTAACTACTAAGTACAGAAACTAACTACTAAGTACAGAAACTAACTA SH5711 5711 34 149 snR34 snR34 476 493 576 18 GGACTAAGTACAGAAACTGGACTAAGTACAGAAACTGGACTAAGTACAGAAACTGGACTA SH5712 5712 89 31 snR34 snR34 481 496 581 16 CTCGGACTAAGTACAGCTCGGACTAAGTACAGCTCGGACTAAGTACAGCTCGGACTAAGT SH5713 5713 56 179 snR34 snR34 486 501 586 16 CATACCTCGGACTAAGCATACCTCGGACTAAGCATACCTCGGACTAAGCATACCTCGGAC SH5714 5714 41 100 snR34 snR34 491 506 591 16 GCATACATACCTCGGAGCATACATACCTCGGAGCATACATACCTCGGAGCATACATACCT SH5715 5715 64 45 snR34 snR34 496 513 596 18 AATCTTAGCATACATACCAATCTTAGCATACATACCAATCTTAGCATACATACCAATCTT SH5716 5716 86 129 snR34 snR34 501 518 601 18 CCTCTAATCTTAGCATACCCTCTAATCTTAGCATACCCTCTAATCTTAGCATACCCTCTA SH5717 5717 69 177 snR34 snR34 506 522 606 17 CCATCCTCTAATCTTAGCCATCCTCTAATCTTAGCCATCCTCTAATCTTAGCCATCCTCT SH5718 5718 103 17 snR34 snR34 511 530 611 20 TTTTTTTACCATCCTCTAATTTTTTTTACCATCCTCTAATTTTTTTTACCATCCTCTAAT SH5719 5719 44 87 snR34 snR34 516 534 616 19 CTGATTTTTTTACCATCCTCTGATTTTTTTACCATCCTCTGATTTTTTTACCATCCTCTG SH5720 5720 3 46 snR34 snR34 521 539 621 19 CATAGCTGATTTTTTTACCCATAGCTGATTTTTTTACCCATAGCTGATTTTTTTACCCAT SH5721 5721 33 175 snR34 snR34 526 546 626 21 GTATTTTCATAGCTGATTTTTGTATTTTCATAGCTGATTTTTGTATTTTCATAGCTGATT SH5722 5722 61 134 snR34 snR34 531 549 631 19 CATGTATTTTCATAGCTGACATGTATTTTCATAGCTGACATGTATTTTCATAGCTGACAT SH5723 5723 84 204 snR34 536-550 + 3' 536 636 20 tacgtACATGTATTTTCATAtacgtACATGTATTTTCATAtacgtACATGTATTTTCATA SH5724 5724 74 155 snR34 541-550 + 3' 541 641 18 acgtacgtACATGTATTTacgtacgtACATGTATTTacgtacgtACATGTATTTacgtac SH5725 5725 23 24 snR34 546-550 + 3' 546 646 17 gacaacgtacgtACATGgacaacgtacgtACATGgacaacgtacgtACATGgacaacgta SH5726 5726 95 122 snR34 3' 651 15 cacgacaacgtacgtcacgacaacgtacgtcacgacaacgtacgtcacgacaacgtacgt SH5727 5727 9 36 snR34 3' 656 15 tgttgcacgacaacgtgttgcacgacaacgtgttgcacgacaacgtgttgcacgacaacg SH5728 5728 74 111 snR34 3' 661 15 ggttgtgttgcacgaggttgtgttgcacgaggttgtgttgcacgaggttgtgttgcacga SH5729 5729 87 90 snR34 3' 666 15 gaaggggttgtgttggaaggggttgtgttggaaggggttgtgttggaaggggttgtgttg SH5730 5730 12 71 snR34 3' 671 16 gaaagtgaaggggttggaaagtgaaggggttggaaagtgaaggggttggaaagtgaaggg SH5731 5731 94 56 snR34 3' 676 18 tgaaatagaaagtgaaggtgaaatagaaagtgaaggtgaaatagaaagtgaaggtgaaat SH5732 5732 83 19 snR34 3' 681 18 cagagtgaaatagaaagtcagagtgaaatagaaagtcagagtgaaatagaaagtcagagt SH5733 5733 89 134 snR34 3' 686 18 tgaatcagagtgaaatagtgaatcagagtgaaatagtgaatcagagtgaaatagtgaatc SH5734 5734 29 134 snR34 3' 691 17 gttctgaatcagagtgagttctgaatcagagtgagttctgaatcagagtgagttctgaat SH5735 5735 60 101 snR34 3' 696 20 gaataatagttctgaatcaggaataatagttctgaatcaggaataatagttctgaatcag SH5736 5736 94 84 snR34 3' 701 18 gctgaataatagttctgagctgaataatagttctgagctgaataatagttctgagctgaa SH5737 5737 17 178 snR34 3' 706 18 cctaagctgaataatagtcctaagctgaataatagtcctaagctgaataatagtcctaag SH5738 5738 66 163 snR34 3' 711 17 gcctcctaagctgaatagcctcctaagctgaatagcctcctaagctgaatagcctcctaa SH5739 5739 95 133 snR34 3' 716 13 cgcctcctaagctcgcctcctaagctcgcctcctaagctcgcctcctaagctcgcctcct SH5740 5740 35 19 snR34 3' 721 13 ttccgcgcctcctttccgcgcctcctttccgcgcctcctttccgcgcctcctttccgcgc SH5741 5741 96 115 snR34 3' 726 13 gagatttccgcgcgagatttccgcgcgagatttccgcgcgagatttccgcgcgagatttc SH5742 5742 74 144 snR34 3' 731 18 gaaagacttcgagatttcgaaagacttcgagatttcgaaagacttcgagatttcgaaaga SH5743 5743 24 76 snR35 5' 1 13 atcgcagggagggatcgcagggagggatcgcagggagggatcgcagggagggatcgcagg SH5744 5744 70 113 snR35 5' 6 13 aacggatcgcaggaacggatcgcaggaacggatcgcaggaacggatcgcaggaacggatc SH5745 5745 43 23 snR35 5' 11 16 ccacacataacggatcccacacataacggatcccacacataacggatcccacacataacg SH5746 5746 71 176 snR35 5' 16 18 ttattacccacacataacttattacccacacataacttattacccacacataacttatta SH5747 5747 54 186 snR35 5' 21 17 accattattacccacacaccattattacccacacaccattattacccacacaccattatt SH5748 5748 11 147 snR35 5' 26 17 gcagaaccattattaccgcagaaccattattaccgcagaaccattattaccgcagaacca SH5749 5749 101 77 snR35 5' 31 16 gtccgcagaaccattagtccgcagaaccattagtccgcagaaccattagtccgcagaacc SH5750 5750 22 58 snR35 5' 36 17 aattatgtccgcagaacaattatgtccgcagaacaattatgtccgcagaacaattatgtc SH5751 5751 100 182 snR35 5' 41 18 tgataaaattatgtccgctgataaaattatgtccgctgataaaattatgtccgctgataa SH5752 5752 80 212 snR35 5' 46 21 gcatacattgataaaattatggcatacattgataaaattatggcatacattgataaaatt SH5753 5753 36 48 snR35 5' 51 19 gcagcatacattgataaaagcagcatacattgataaaagcagcatacattgataaaagca SH5754 5754 63 15 snR35 5' 56 17 aaggcagcatacattgaaaggcagcatacattgaaaggcagcatacattgaaaggcagca SH5755 5755 26 161 snR35 5' 61 16 gtgaaaggcagcatacgtgaaaggcagcatacgtgaaaggcagcatacgtgaaaggcagc SH5756 5756 35 212 snR35 5' 66 15 agaggtgaaaggcagagaggtgaaaggcagagaggtgaaaggcagagaggtgaaaggcag SH5757 5757 5 58 snR35 5' 71 17 caaagagagaggtgaaacaaagagagaggtgaaacaaagagagaggtgaaacaaagagag SH5758 5758 40 12 snR35 5' 76 16 caagcaaagagagaggcaagcaaagagagaggcaagcaaagagagaggcaagcaaagaga SH5759 5759 18 136 snR35 5' 81 18 tataaaccaagcaaagagtataaaccaagcaaagagtataaaccaagcaaagagtataaa SH5760 5760 2 59 snR35 5' - 3 -14 3 86 18 TGTgatataaaccaagcaTGTgatataaaccaagcaTGTgatataaaccaagcaTGTgat SH5761 5761 13 162 snR35 5' - 7 -9 7 91 17 CGCTTGTgatataaaccCGCTTGTgatataaaccCGCTTGTgatataaaccCGCTTGTga SH5762 5762 15 202 snR35 5' - 12 -4 12 96 17 GAAGACGCTTGTgatatGAAGACGCTTGTgatatGAAGACGCTTGTgatatGAAGACGCT SH5763 5763 50 25 snR35 snR35 1 18 101 18 ATTAAAGAAGACGCTTGTATTAAAGAAGACGCTTGTATTAAAGAAGACGCTTGTATTAAA SH5764 5764 41 61 snR35 snR35 6 23 106 18 GAGTTATTAAAGAAGACGGAGTTATTAAAGAAGACGGAGTTATTAAAGAAGACGGAGTTA SH5765 5765 46 93 snR35 snR35 11 28 111 18 CCCTTGAGTTATTAAAGACCCTTGAGTTATTAAAGACCCTTGAGTTATTAAAGACCCTTG SH5766 5766 19 111 snR35 snR35 16 32 116 17 GGGTCCCTTGAGTTATTGGGTCCCTTGAGTTATTGGGTCCCTTGAGTTATTGGGTCCCTT SH5767 5767 103 124 snR35 snR35 21 33 121 13 AGGGTCCCTTGAGAGGGTCCCTTGAGAGGGTCCCTTGAGAGGGTCCCTTGAGAGGGTCCC SH5768 5768 102 157 snR35 snR35 26 40 126 15 GCGTATTAGGGTCCCGCGTATTAGGGTCCCGCGTATTAGGGTCCCGCGTATTAGGGTCCC SH5769 5769 7 151 snR35 snR35 31 45 131 15 GAACGGCGTATTAGGGAACGGCGTATTAGGGAACGGCGTATTAGGGAACGGCGTATTAGG SH5770 5770 68 42 snR35 snR35 36 53 136 18 AATATAAAGAACGGCGTAAATATAAAGAACGGCGTAAATATAAAGAACGGCGTAAATATA SH5771 5771 22 146 snR35 snR35 41 59 141 19 GAGTTGAATATAAAGAACGGAGTTGAATATAAAGAACGGAGTTGAATATAAAGAACGGAG SH5772 5772 24 83 snR35 snR35 46 63 146 18 CCCGGAGTTGAATATAAACCCGGAGTTGAATATAAACCCGGAGTTGAATATAAACCCGGA SH5773 5773 30 105 snR35 snR35 51 67 151 17 ATTACCCGGAGTTGAATATTACCCGGAGTTGAATATTACCCGGAGTTGAATATTACCCGG SH5774 5774 60 112 snR35 snR35 56 70 156 15 TCCATTACCCGGAGTTCCATTACCCGGAGTTCCATTACCCGGAGTTCCATTACCCGGAGT SH5775 5775 3 201 snR35 snR35 61 77 161 17 TACTATCTCCATTACCCTACTATCTCCATTACCCTACTATCTCCATTACCCTACTATCTC SH5776 5776 98 133 snR35 snR35 66 87 166 22 AATATATATATACTATCTCCATAATATATATATACTATCTCCATAATATATATATACTAT SH5777 5777 11 64 snR35 snR35 71 95 171 25 GAAAAAAAAATATATATATACTATCGAAAAAAAAATATATATATACTATCGAAAAAAAAA SH5778 5778 27 12 snR35 snR35 76 98 176 23 GAGGAAAAAAAAATATATATATAGAGGAAAAAAAAATATATATATAGAGGAAAAAAAAAT SH5779 5779 94 58 snR35 snR35 81 100 181 20 GGGAGGAAAAAAAAATATATGGGAGGAAAAAAAAATATATGGGAGGAAAAAAAAATATAT SH5780 5780 9 179 snR35 snR35 86 103 186 18 ACTGGGAGGAAAAAAAAAACTGGGAGGAAAAAAAAAACTGGGAGGAAAAAAAAAACTGGG SH5781 5781 72 6 snR35 snR35 91 105 191 15 GCACTGGGAGGAAAAGCACTGGGAGGAAAAGCACTGGGAGGAAAAGCACTGGGAGGAAAA SH5782 5782 17 108 snR35 snR35 96 108 196 13 GTTGCACTGGGAGGTTGCACTGGGAGGTTGCACTGGGAGGTTGCACTGGGAGGTTGCACT SH5783 5783 68 65 snR35 snR35 101 119 201 19 CTCTTTTTATAGTTGCACTCTCTTTTTATAGTTGCACTCTCTTTTTATAGTTGCACTCTC SH5784 5784 66 7 snR35 snR35 106 125 206 20 CTTCATCTCTTTTTATAGTTCTTCATCTCTTTTTATAGTTCTTCATCTCTTTTTATAGTT SH5785 5785 45 53 snR35 snR35 111 131 211 21 GAAATTCTTCATCTCTTTTTAGAAATTCTTCATCTCTTTTTAGAAATTCTTCATCTCTTT SH5786 5786 49 117 snR35 snR35 116 135 216 20 TTTAGAAATTCTTCATCTCTTTTAGAAATTCTTCATCTCTTTTAGAAATTCTTCATCTCT SH5787 5787 57 122 snR35 snR35 121 140 221 20 TACTCTTTAGAAATTCTTCATACTCTTTAGAAATTCTTCATACTCTTTAGAAATTCTTCA SH5788 5788 102 148 snR35 snR35 126 145 226 20 GGTAGTACTCTTTAGAAATTGGTAGTACTCTTTAGAAATTGGTAGTACTCTTTAGAAATT SH5789 5789 23 79 snR35 snR35 131 147 231 17 GAGGTAGTACTCTTTAGGAGGTAGTACTCTTTAGGAGGTAGTACTCTTTAGGAGGTAGTA SH5790 5790 44 140 snR35 snR35 136 150 236 15 ACCGAGGTAGTACTCACCGAGGTAGTACTCACCGAGGTAGTACTCACCGAGGTAGTACTC SH5791 5791 10 213 snR35 snR35 141 157 241 17 AAGTAAAACCGAGGTAGAAGTAAAACCGAGGTAGAAGTAAAACCGAGGTAGAAGTAAAAC SH5792 5792 65 52 snR35 snR35 146 163 246 18 TACAAGAAGTAAAACCGATACAAGAAGTAAAACCGATACAAGAAGTAAAACCGATACAAG SH5793 5793 62 154 snR35 snR35 151 172 251 22 GAGTAAATATACAAGAAGTAAAGAGTAAATATACAAGAAGTAAAGAGTAAATATACAAGA SH5794 5794 88 210 snR35 snR35 156 177 256 22 AAAAAGAGTAAATATACAAGAAAAAAAGAGTAAATATACAAGAAAAAAAGAGTAAATATA SH5795 5795 84 35 snR35 snR35 161 182 261 22 GAAATAAAAAGAGTAAATATACGAAATAAAAAGAGTAAATATACGAAATAAAAAGAGTAA SH5796 5796 98 193 snR35 snR35 166 188 266 23 AAATTTGAAATAAAAAGAGTAAAAAATTTGAAATAAAAAGAGTAAAAAATTTGAAATAAA SH5797 5797 65 78 snR35 snR35 171 195 271 25 TTTTTTAAAATTTGAAATAAAAAGATTTTTTAAAATTTGAAATAAAAAGATTTTTTAAAA SH5798 5798 77 99 snR35 snR35 176 200 276 25 GGTTTTTTTTTAAAATTTGAAATAAGGTTTTTTTTTAAAATTTGAAATAAGGTTTTTTTT SH5799 5799 74 59 snR35 snR35 181 203 281 23 TATGGTTTTTTTTTAAAATTTGATATGGTTTTTTTTTAAAATTTGATATGGTTTTTTTTT SH5800 5800 22 171 snR35 snR35 186 208 286 23 TTTTGTATGGTTTTTTTTTAAAATTTTGTATGGTTTTTTTTTAAAATTTTGTATGGTTTT SH5801 5801 81 117 snR35 snR35 191 213 291 23 ATTAATTTTGTATGGTTTTTTTTATTAATTTTGTATGGTTTTTTTTATTAATTTTGTATG SH5802 5802 14 165 snR35 snR35 196 215 296 20 CGATTAATTTTGTATGGTTTCGATTAATTTTGTATGGTTTCGATTAATTTTGTATGGTTT SH5803 5803 94 24 snR35 snR35 201 219 301 19 CGCACGATTAATTTTGTATCGCACGATTAATTTTGTATCGCACGATTAATTTTGTATCGC SH5804 5804 87 86 snR35 snR35 206 223 306 18 AATCCGCACGATTAATTTAATCCGCACGATTAATTTAATCCGCACGATTAATTTAATCCG SH5805 5805 81 69 snR35 snR35 211 228 311 18 TTATTAATCCGCACGATTTTATTAATCCGCACGATTTTATTAATCCGCACGATTTTATTA SH5806 5806 13 197 snR35 snR35 216 233 316 18 CTGGATTATTAATCCGCACTGGATTATTAATCCGCACTGGATTATTAATCCGCACTGGAT SH5807 5807 91 15 snR35 snR35 221 240 321 20 TATAGTCCTGGATTATTAATTATAGTCCTGGATTATTAATTATAGTCCTGGATTATTAAT SH5808 5808 51 141 snR35 snR35 226 244 326 19 GTTTTATAGTCCTGGATTAGTTTTATAGTCCTGGATTAGTTTTATAGTCCTGGATTAGTT SH5809 5809 74 163 snR35 snR35 231 247 331 17 ACGGTTTTATAGTCCTGACGGTTTTATAGTCCTGACGGTTTTATAGTCCTGACGGTTTTA SH5810 5810 73 15 snR35 snR35 236 253 336 18 AACAACACGGTTTTATAGAACAACACGGTTTTATAGAACAACACGGTTTTATAGAACAAC SH5811 5811 48 28 snR35 snR35 241 259 341 19 GATATAAACAACACGGTTTGATATAAACAACACGGTTTGATATAAACAACACGGTTTGAT SH5812 5812 40 198 snR35 snR35 246 263 346 18 ACTCGATATAAACAACACACTCGATATAAACAACACACTCGATATAAACAACACACTCGA SH5813 5813 21 157 snR35 snR35 251 268 351 18 AAGAGACTCGATATAAACAAGAGACTCGATATAAACAAGAGACTCGATATAAACAAGAGA SH5814 5814 9 59 snR35 snR35 256 272 356 17 CCAAAAGAGACTCGATACCAAAAGAGACTCGATACCAAAAGAGACTCGATACCAAAAGAG SH5815 5815 104 158 snR35 snR35 261 278 361 18 CTTATACCAAAAGAGACTCTTATACCAAAAGAGACTCTTATACCAAAAGAGACTCTTATA SH5816 5816 66 56 snR35 snR35 266 282 366 17 GACGCTTATACCAAAAGGACGCTTATACCAAAAGGACGCTTATACCAAAAGGACGCTTAT SH5817 5817 84 63 snR35 snR35 271 287 371 17 GACTTGACGCTTATACCGACTTGACGCTTATACCGACTTGACGCTTATACCGACTTGACG SH5818 5818 47 29 snR35 snR35 276 291 376 16 GATGGACTTGACGCTTGATGGACTTGACGCTTGATGGACTTGACGCTTGATGGACTTGAC SH5819 5819 76 56 snR35 snR35 281 295 381 15 CTCCGATGGACTTGACTCCGATGGACTTGACTCCGATGGACTTGACTCCGATGGACTTGA SH5820 5820 14 55 snR35 snR35 286 300 386 15 GATCTCTCCGATGGAGATCTCTCCGATGGAGATCTCTCCGATGGAGATCTCTCCGATGGA SH5821 5821 97 175 snR35 snR35 291 307 391 17 AAATGATGATCTCTCCGAAATGATGATCTCTCCGAAATGATGATCTCTCCGAAATGATGA SH5822 5822 31 31 snR35 snR35 296 315 396 20 GATGAACAAAATGATGATCTGATGAACAAAATGATGATCTGATGAACAAAATGATGATCT SH5823 5823 11 191 snR35 snR35 301 321 401 21 CATTAAGATGAACAAAATGATCATTAAGATGAACAAAATGATCATTAAGATGAACAAAAT SH5824 5824 34 6 snR35 snR35 306 323 406 18 GGCATTAAGATGAACAAAGGCATTAAGATGAACAAAGGCATTAAGATGAACAAAGGCATT SH5825 5825 33 168 snR35 snR35 311 328 411 18 AAAAGGGCATTAAGATGAAAAAGGGCATTAAGATGAAAAAGGGCATTAAGATGAAAAAGG SH5826 5826 93 35 snR35 snR35 316 333 416 18 TACACAAAAGGGCATTAATACACAAAAGGGCATTAATACACAAAAGGGCATTAATACACA SH5827 5827 29 189 snR35 snR35 321 335 421 15 CCTACACAAAAGGGCCCTACACAAAAGGGCCCTACACAAAAGGGCCCTACACAAAAGGGC SH5828 5828 77 209 snR35 snR35 326 343 426 18 CTCAATTTCCTACACAAACTCAATTTCCTACACAAACTCAATTTCCTACACAAACTCAAT SH5829 5829 20 143 snR35 snR35 331 347 431 17 TTCCCTCAATTTCCTACTTCCCTCAATTTCCTACTTCCCTCAATTTCCTACTTCCCTCAA SH5830 5830 4 52 snR35 snR35 336 353 436 18 CTAAACTTCCCTCAATTTCTAAACTTCCCTCAATTTCTAAACTTCCCTCAATTTCTAAAC SH5831 5831 72 147 snR35 snR35 341 355 441 15 GCCTAAACTTCCCTCGCCTAAACTTCCCTCGCCTAAACTTCCCTCGCCTAAACTTCCCTC SH5832 5832 2 197 snR35 snR35 346 363 446 18 GTTGAGAAGCCTAAACTTGTTGAGAAGCCTAAACTTGTTGAGAAGCCTAAACTTGTTGAG SH5833 5833 101 123 snR35 snR35 351 368 451 18 AAAATGTTGAGAAGCCTAAAAATGTTGAGAAGCCTAAAAATGTTGAGAAGCCTAAAAATG SH5834 5834 55 55 snR35 snR35 356 374 456 19 CGTCTTAAAATGTTGAGAACGTCTTAAAATGTTGAGAACGTCTTAAAATGTTGAGAACGT SH5835 5835 97 79 snR35 snR35 361 378 461 18 TAGGCGTCTTAAAATGTTTAGGCGTCTTAAAATGTTTAGGCGTCTTAAAATGTTTAGGCG SH5836 5836 85 190 snR35 snR35 366 382 466 17 TGCATAGGCGTCTTAAATGCATAGGCGTCTTAAATGCATAGGCGTCTTAAATGCATAGGC SH5837 5837 85 3 snR35 snR35 371 385 471 15 CCTTGCATAGGCGTCCCTTGCATAGGCGTCCCTTGCATAGGCGTCCCTTGCATAGGCGTC SH5838 5838 63 74 snR35 snR35 376 390 476 15 CCAGCCCTTGCATAGCCAGCCCTTGCATAGCCAGCCCTTGCATAGCCAGCCCTTGCATAG SH5839 5839 63 155 snR35 snR35 381 393 481 13 CTACCAGCCCTTGCTACCAGCCCTTGCTACCAGCCCTTGCTACCAGCCCTTGCTACCAGC SH5840 5840 34 7 snR35 snR35 386 398 486 13 CTGTCCTACCAGCCTGTCCTACCAGCCTGTCCTACCAGCCTGTCCTACCAGCCTGTCCTA SH5841 5841 21 24 snR35 snR35 391 407 491 17 ATAGCATGTCTGTCCTAATAGCATGTCTGTCCTAATAGCATGTCTGTCCTAATAGCATGT SH5842 5842 58 28 snR35 snR35 396 413 496 18 ATAAGAATAGCATGTCTGATAAGAATAGCATGTCTGATAAGAATAGCATGTCTGATAAGA SH5843 5843 103 109 snR35 snR35 401 420 501 20 CGTCAAAATAAGAATAGCATCGTCAAAATAAGAATAGCATCGTCAAAATAAGAATAGCAT SH5844 5844 28 71 snR35 snR35 406 425 506 20 TTCTACGTCAAAATAAGAATTTCTACGTCAAAATAAGAATTTCTACGTCAAAATAAGAAT SH5845 5845 93 26 snR35 snR35 411 430 511 20 GTTATTTCTACGTCAAAATAGTTATTTCTACGTCAAAATAGTTATTTCTACGTCAAAATA SH5846 5846 78 75 snR35 snR35 416 433 516 18 TACGTTATTTCTACGTCATACGTTATTTCTACGTCATACGTTATTTCTACGTCATACGTT SH5847 5847 18 126 snR35 snR35 421 440 521 20 TCTTAACTACGTTATTTCTATCTTAACTACGTTATTTCTATCTTAACTACGTTATTTCTA SH5848 5848 80 38 snR35 snR35 426 445 526 20 TTCAATCTTAACTACGTTATTTCAATCTTAACTACGTTATTTCAATCTTAACTACGTTAT SH5849 5849 18 106 snR35 snR35 431 448 531 18 CTCTTCAATCTTAACTACCTCTTCAATCTTAACTACCTCTTCAATCTTAACTACCTCTTC SH5850 5850 89 149 snR35 snR35 436 453 536 18 CTTTCCTCTTCAATCTTACTTTCCTCTTCAATCTTACTTTCCTCTTCAATCTTACTTTCC SH5851 5851 95 49 snR35 snR35 441 457 541 17 ACCTCTTTCCTCTTCAAACCTCTTTCCTCTTCAAACCTCTTTCCTCTTCAAACCTCTTTC SH5852 5852 11 61 snR35 snR35 446 462 546 17 AGAATACCTCTTTCCTCAGAATACCTCTTTCCTCAGAATACCTCTTTCCTCAGAATACCT SH5853 5853 35 127 snR35 snR35 451 470 551 20 TTGTATATAGAATACCTCTTTTGTATATAGAATACCTCTTTTGTATATAGAATACCTCTT SH5854 5854 21 84 snR35 snR35 456 478 556 23 GATATTTATTGTATATAGAATACGATATTTATTGTATATAGAATACGATATTTATTGTAT SH5855 5855 102 200 snR35 snR35 461 482 561 22 CACTGATATTTATTGTATATAGCACTGATATTTATTGTATATAGCACTGATATTTATTGT SH5856 5856 63 132 snR35 snR35 466 485 566 20 GGACACTGATATTTATTGTAGGACACTGATATTTATTGTAGGACACTGATATTTATTGTA SH5857 5857 48 172 snR35 snR35 471 488 571 18 TACGGACACTGATATTTATACGGACACTGATATTTATACGGACACTGATATTTATACGGA SH5858 5858 36 108 snR35 snR35 476 492 576 17 GAAGTACGGACACTGATGAAGTACGGACACTGATGAAGTACGGACACTGATGAAGTACGG SH5859 5859 103 3 snR35 snR35 481 497 581 17 GATCTGAAGTACGGACAGATCTGAAGTACGGACAGATCTGAAGTACGGACAGATCTGAAG SH5860 5860 94 109 snR35 snR35 486 501 586 16 CAGGGATCTGAAGTACCAGGGATCTGAAGTACCAGGGATCTGAAGTACCAGGGATCTGAA SH5861 5861 84 86 snR35 snR35 491 507 591 17 CTTTTTCAGGGATCTGACTTTTTCAGGGATCTGACTTTTTCAGGGATCTGACTTTTTCAG SH5862 5862 46 82 snR35 snR35 496 513 596 18 GATGAACTTTTTCAGGGAGATGAACTTTTTCAGGGAGATGAACTTTTTCAGGGAGATGAA SH5863 5863 102 40 snR35 snR35 501 518 601 18 GGTATGATGAACTTTTTCGGTATGATGAACTTTTTCGGTATGATGAACTTTTTCGGTATG SH5864 5864 39 141 snR35 snR35 506 522 606 17 TACCGGTATGATGAACTTACCGGTATGATGAACTTACCGGTATGATGAACTTACCGGTAT SH5865 5865 69 155 snR35 snR35 511 528 611 18 GGTTTTTACCGGTATGATGGTTTTTACCGGTATGATGGTTTTTACCGGTATGATGGTTTT SH5866 5866 77 95 snR35 snR35 516 531 616 16 GGTGGTTTTTACCGGTGGTGGTTTTTACCGGTGGTGGTTTTTACCGGTGGTGGTTTTTAC SH5867 5867 101 33 snR35 snR35 521 540 621 20 ATTAATGTTGGTGGTTTTTAATTAATGTTGGTGGTTTTTAATTAATGTTGGTGGTTTTTA SH5868 5868 43 144 snR35 526-540 + 3' 526 626 18 ttcATTAATGTTGGTGGTttcATTAATGTTGGTGGTttcATTAATGTTGGTGGTttcATT SH5869 5869 66 207 snR35 531-540 + 3' 531 631 18 ggtggttcATTAATGTTGggtggttcATTAATGTTGggtggttcATTAATGTTGggtggt SH5870 5870 58 59 snR35 536-540 + 3' 536 636 16 cccggtggttcATTAAcccggtggttcATTAAcccggtggttcATTAAcccggtggttcA SH5871 5871 27 31 snR35 3' 641 13 cacccggtggttccacccggtggttccacccggtggttccacccggtggttccacccggt SH5872 5872 36 207 snR35 3' 646 13 actagcacccggtactagcacccggtactagcacccggtactagcacccggtactagcac SH5873 5873 91 188 snR35 3' 651 17 agtatgtagactagcacagtatgtagactagcacagtatgtagactagcacagtatgtag SH5874 5874 104 123 snR35 3' 656 17 cccaaagtatgtagactcccaaagtatgtagactcccaaagtatgtagactcccaaagta SH5875 5875 58 58 snR35 3' 661 16 cgtccccaaagtatgtcgtccccaaagtatgtcgtccccaaagtatgtcgtccccaaagt SH5876 5876 37 20 snR35 3' 666 15 gtttcgtccccaaaggtttcgtccccaaaggtttcgtccccaaaggtttcgtccccaaag SH5877 5877 69 92 snR35 3' 671 15 caaaggtttcgtccccaaaggtttcgtccccaaaggtttcgtccccaaaggtttcgtccc SH5878 5878 90 95 snR35 3' 676 18 gcattgtacaaaggtttcgcattgtacaaaggtttcgcattgtacaaaggtttcgcattg SH5879 5879 79 173 snR35 3' 681 17 cagagcattgtacaaagcagagcattgtacaaagcagagcattgtacaaagcagagcatt SH5880 5880 17 12 snR35 3' 686 17 ggcttcagagcattgtaggcttcagagcattgtaggcttcagagcattgtaggcttcaga SH5881 5881 67 4 snR35 3' 691 15 gaaggcttcagagcagaaggcttcagagcagaaggcttcagagcagaaggcttcagagca SH5882 5882 55 156 snR35 3' 696 16 cgtgaagaaggcttcacgtgaagaaggcttcacgtgaagaaggcttcacgtgaagaaggc SH5883 5883 7 109 snR35 3' 701 17 atataccgtgaagaaggatataccgtgaagaaggatataccgtgaagaaggatataccgt SH5884 5884 31 145 snR35 3' 706 17 tggtcatataccgtgaatggtcatataccgtgaatggtcatataccgtgaatggtcatat SH5885 5885 15 70 snR35 3' 711 17 gctattggtcatataccgctattggtcatataccgctattggtcatataccgctattggt SH5886 5886 70 137 snR35 3' 716 17 ccttcgctattggtcatccttcgctattggtcatccttcgctattggtcatccttcgcta SH5887 5887 19 86 snR35 3' 721 16 cctaccttcgctattgcctaccttcgctattgcctaccttcgctattgcctaccttcgct SH5888 5888 54 137 snR35 3' 726 13 tgcctaccttcgctgcctaccttcgctgcctaccttcgctgcctaccttcgctgcctacc SH5889 5889 96 150 snR36 5' 1 17 tgaaaacttttggacggtgaaaacttttggacggtgaaaacttttggacggtgaaaactt SH5890 5890 30 198 snR36 5' 6 20 cttttcattgaaaacttttgcttttcattgaaaacttttgcttttcattgaaaacttttg SH5891 5891 13 155 snR36 5' 11 20 gattacttttcattgaaaacgattacttttcattgaaaacgattacttttcattgaaaac SH5892 5892 76 181 snR36 5' 16 18 gaggattacttttcattggaggattacttttcattggaggattacttttcattggaggat SH5893 5893 9 56 snR36 5' 21 20 ttttcaagaggattacttttttttcaagaggattacttttttttcaagaggattactttt SH5894 5894 32 43 snR36 5' 26 18 ctcttttcaagaggattactcttttcaagaggattactcttttcaagaggattactcttt SH5895 5895 48 12 snR36 5' 31 18 agtatctcttttcaagagagtatctcttttcaagagagtatctcttttcaagagagtatc SH5896 5896 46 29 snR36 5' 36 19 gaaagaagtatctcttttcgaaagaagtatctcttttcgaaagaagtatctcttttcgaa SH5897 5897 25 91 snR36 5' 41 18 aatcgaaagaagtatctcaatcgaaagaagtatctcaatcgaaagaagtatctcaatcga SH5898 5898 67 150 snR36 5' 46 20 ttattgtaatcgaaagaagtttattgtaatcgaaagaagtttattgtaatcgaaagaagt SH5899 5899 5 46 snR36 5' 51 20 gaacattattgtaatcgaaagaacattattgtaatcgaaagaacattattgtaatcgaaa SH5900 5900 32 126 snR36 5' 56 22 tgaataagaacattattgtaattgaataagaacattattgtaattgaataagaacattat SH5901 5901 59 116 snR36 5' 61 22 gtatatgaataagaacattattgtatatgaataagaacattattgtatatgaataagaac SH5902 5902 10 77 snR36 5' 66 22 tatttgtatatgaataagaacatatttgtatatgaataagaacatatttgtatatgaata SH5903 5903 45 89 snR36 5' 71 23 atattctatttgtatatgaataaatattctatttgtatatgaataaatattctatttgta SH5904 5904 17 111 snR36 5' 76 21 ctgatattctatttgtatatgctgatattctatttgtatatgctgatattctatttgtat SH5905 5905 68 6 snR36 5' 81 20 tcttctgatattctatttgttcttctgatattctatttgttcttctgatattctatttgt SH5906 5906 28 120 snR36 5' - 3 -14 3 86 18 CGAtcttctgatattctaCGAtcttctgatattctaCGAtcttctgatattctaCGAtct SH5907 5907 38 213 snR36 5' - 8 -9 8 91 18 GTTTCCGAtcttctgataGTTTCCGAtcttctgataGTTTCCGAtcttctgataGTTTCC SH5908 5908 35 173 snR36 5' - 11 -4 11 96 16 CTCGTTTCCGAtcttcCTCGTTTCCGAtcttcCTCGTTTCCGAtcttcCTCGTTTCCGAt SH5909 5909 67 43 snR36 snR36 1 17 101 17 TCTTAACTCGTTTCCGATCTTAACTCGTTTCCGATCTTAACTCGTTTCCGATCTTAACTC SH5910 5910 49 64 snR36 snR36 6 27 106 22 TTATATTTTATCTTAACTCGTTTTATATTTTATCTTAACTCGTTTTATATTTTATCTTAA SH5911 5911 65 20 snR36 snR36 11 32 111 22 TCTTCTTATATTTTATCTTAACTCTTCTTATATTTTATCTTAACTCTTCTTATATTTTAT SH5912 5912 65 128 snR36 snR36 16 35 116 20 TCCTCTTCTTATATTTTATCTCCTCTTCTTATATTTTATCTCCTCTTCTTATATTTTATC SH5913 5913 40 183 snR36 snR36 21 40 121 20 TACTTTCCTCTTCTTATATTTACTTTCCTCTTCTTATATTTACTTTCCTCTTCTTATATT SH5914 5914 32 92 snR36 snR36 26 43 126 18 GAATACTTTCCTCTTCTTGAATACTTTCCTCTTCTTGAATACTTTCCTCTTCTTGAATAC SH5915 5915 96 53 snR36 snR36 31 47 131 17 TTGGGAATACTTTCCTCTTGGGAATACTTTCCTCTTGGGAATACTTTCCTCTTGGGAATA SH5916 5916 77 116 snR36 snR36 36 55 136 20 AAACATAATTGGGAATACTTAAACATAATTGGGAATACTTAAACATAATTGGGAATACTT SH5917 5917 93 21 snR36 snR36 41 60 141 20 AATGAAAACATAATTGGGAAAATGAAAACATAATTGGGAAAATGAAAACATAATTGGGAA SH5918 5918 26 187 snR36 snR36 46 67 146 22 CCAATTAAATGAAAACATAATTCCAATTAAATGAAAACATAATTCCAATTAAATGAAAAC SH5919 5919 19 164 snR36 snR36 51 70 151 20 CTACCAATTAAATGAAAACACTACCAATTAAATGAAAACACTACCAATTAAATGAAAACA SH5920 5920 85 120 snR36 snR36 56 73 156 18 CGTCTACCAATTAAATGACGTCTACCAATTAAATGACGTCTACCAATTAAATGACGTCTA SH5921 5921 75 38 snR36 snR36 61 77 161 17 GTCGCGTCTACCAATTAGTCGCGTCTACCAATTAGTCGCGTCTACCAATTAGTCGCGTCT SH5922 5922 67 82 snR36 snR36 66 78 166 13 TGTCGCGTCTACCTGTCGCGTCTACCTGTCGCGTCTACCTGTCGCGTCTACCTGTCGCGT SH5923 5923 56 188 snR36 snR36 71 88 171 18 TACTTTTTTTTGTCGCGTTACTTTTTTTTGTCGCGTTACTTTTTTTTGTCGCGTTACTTT SH5924 5924 19 23 snR36 snR36 76 98 176 23 CAATATATTATACTTTTTTTTGTCAATATATTATACTTTTTTTTGTCAATATATTATACT SH5925 5925 61 24 snR36 snR36 81 102 181 22 CTCCCAATATATTATACTTTTTCTCCCAATATATTATACTTTTTCTCCCAATATATTATA SH5926 5926 95 140 snR36 snR36 86 104 186 19 CTCTCCCAATATATTATACCTCTCCCAATATATTATACCTCTCCCAATATATTATACCTC SH5927 5927 94 115 snR36 snR36 91 108 191 18 CTATCTCTCCCAATATATCTATCTCTCCCAATATATCTATCTCTCCCAATATATCTATCT SH5928 5928 18 25 snR36 snR36 96 112 196 17 TGAACTATCTCTCCCAATGAACTATCTCTCCCAATGAACTATCTCTCCCAATGAACTATC SH5929 5929 95 109 snR36 snR36 101 117 201 17 GAGACTGAACTATCTCTGAGACTGAACTATCTCTGAGACTGAACTATCTCTGAGACTGAA SH5930 5930 90 76 snR36 snR36 106 121 206 16 GGGTGAGACTGAACTAGGGTGAGACTGAACTAGGGTGAGACTGAACTAGGGTGAGACTGA SH5931 5931 2 12 snR36 snR36 111 123 211 13 GTGGGTGAGACTGGTGGGTGAGACTGGTGGGTGAGACTGGTGGGTGAGACTGGTGGGTGA SH5932 5932 32 139 snR36 snR36 116 132 216 17 AAAGAGAATGTGGGTGAAAAGAGAATGTGGGTGAAAAGAGAATGTGGGTGAAAAGAGAAT SH5933 5933 63 166 snR36 snR36 121 136 221 16 GGGCAAAGAGAATGTGGGGCAAAGAGAATGTGGGGCAAAGAGAATGTGGGGCAAAGAGAA SH5934 5934 44 34 snR36 snR36 126 140 226 15 CACAGGGCAAAGAGACACAGGGCAAAGAGACACAGGGCAAAGAGACACAGGGCAAAGAGA SH5935 5935 72 103 snR36 snR36 131 143 231 13 AGGCACAGGGCAAAGGCACAGGGCAAAGGCACAGGGCAAAGGCACAGGGCAAAGGCACAG SH5936 5936 64 87 snR36 snR36 136 148 236 13 GAGCGAGGCACAGGAGCGAGGCACAGGAGCGAGGCACAGGAGCGAGGCACAGGAGCGAGG SH5937 5937 17 44 snR36 snR36 141 153 241 13 CAACCGAGCGAGGCAACCGAGCGAGGCAACCGAGCGAGGCAACCGAGCGAGGCAACCGAG SH5938 5938 39 196 snR36 snR36 146 162 246 17 GGCAATTAACAACCGAGGGCAATTAACAACCGAGGGCAATTAACAACCGAGGGCAATTAA SH5939 5939 32 59 snR36 snR36 151 170 251 20 GTAATATTGGCAATTAACAAGTAATATTGGCAATTAACAAGTAATATTGGCAATTAACAA SH5940 5940 3 204 snR36 snR36 156 174 256 19 GATCGTAATATTGGCAATTGATCGTAATATTGGCAATTGATCGTAATATTGGCAATTGAT SH5941 5941 49 73 snR36 snR36 161 178 261 18 TCAAGATCGTAATATTGGTCAAGATCGTAATATTGGTCAAGATCGTAATATTGGTCAAGA SH5942 5942 70 177 snR36 snR36 166 182 266 17 CAGCTCAAGATCGTAATCAGCTCAAGATCGTAATCAGCTCAAGATCGTAATCAGCTCAAG SH5943 5943 95 197 snR36 snR36 171 186 271 16 CATCCAGCTCAAGATCCATCCAGCTCAAGATCCATCCAGCTCAAGATCCATCCAGCTCAA SH5944 5944 19 115 snR36 snR36 176 192 276 17 TTTTGTCATCCAGCTCATTTTGTCATCCAGCTCATTTTGTCATCCAGCTCATTTTGTCAT SH5945 5945 71 166 snR36 snR36 181 202 281 22 ATTTTTATTTTTTTGTCATCCAATTTTTATTTTTTTGTCATCCAATTTTTATTTTTTTGT SH5946 5946 12 174 snR36 snR36 186 208 286 23 AAATGTATTTTTATTTTTTTGTCAAATGTATTTTTATTTTTTTGTCAAATGTATTTTTAT SH5947 5947 90 62 snR36 snR36 191 217 291 27 AAAAAAATAAAATGTATTTTTATTTTTAAAAAAATAAAATGTATTTTTATTTTTAAAAAA SH5948 5948 17 106 snR36 snR36 196 220 296 25 ATCAAAAAAATAAAATGTATTTTTAATCAAAAAAATAAAATGTATTTTTAATCAAAAAAA SH5949 5949 37 79 snR36 snR36 201 223 301 23 TTGATCAAAAAAATAAAATGTATTTGATCAAAAAAATAAAATGTATTTGATCAAAAAAAT SH5950 5950 41 65 snR36 snR36 206 226 306 21 CCGTTGATCAAAAAAATAAAACCGTTGATCAAAAAAATAAAACCGTTGATCAAAAAAATA SH5951 5951 73 212 snR36 snR36 211 228 311 18 GCCCGTTGATCAAAAAAAGCCCGTTGATCAAAAAAAGCCCGTTGATCAAAAAAAGCCCGT SH5952 5952 50 162 snR36 snR36 216 232 316 17 TTTAGCCCGTTGATCAATTTAGCCCGTTGATCAATTTAGCCCGTTGATCAATTTAGCCCG SH5953 5953 31 131 snR36 snR36 221 237 321 17 ATTGTTTTAGCCCGTTGATTGTTTTAGCCCGTTGATTGTTTTAGCCCGTTGATTGTTTTA SH5954 5954 49 20 snR36 snR36 226 243 326 18 AGTCTAATTGTTTTAGCCAGTCTAATTGTTTTAGCCAGTCTAATTGTTTTAGCCAGTCTA SH5955 5955 33 191 snR36 snR36 231 250 331 20 TCAAAGAAGTCTAATTGTTTTCAAAGAAGTCTAATTGTTTTCAAAGAAGTCTAATTGTTT SH5956 5956 45 173 snR36 snR36 236 254 336 19 GTACTCAAAGAAGTCTAATGTACTCAAAGAAGTCTAATGTACTCAAAGAAGTCTAATGTA SH5957 5957 31 212 snR36 snR36 241 257 341 17 CTCGTACTCAAAGAAGTCTCGTACTCAAAGAAGTCTCGTACTCAAAGAAGTCTCGTACTC SH5958 5958 6 24 snR36 snR36 246 263 346 18 GATATCCTCGTACTCAAAGATATCCTCGTACTCAAAGATATCCTCGTACTCAAAGATATC SH5959 5959 40 213 snR36 snR36 251 265 351 15 GCGATATCCTCGTACGCGATATCCTCGTACGCGATATCCTCGTACGCGATATCCTCGTAC SH5960 5960 79 210 snR36 snR36 256 275 356 20 GATAAAAATAGCGATATCCTGATAAAAATAGCGATATCCTGATAAAAATAGCGATATCCT SH5961 5961 47 181 snR36 snR36 261 279 361 19 GTGAGATAAAAATAGCGATGTGAGATAAAAATAGCGATGTGAGATAAAAATAGCGATGTG SH5962 5962 5 119 snR36 snR36 266 285 366 20 GATACCGTGAGATAAAAATAGATACCGTGAGATAAAAATAGATACCGTGAGATAAAAATA SH5963 5963 53 207 snR36 snR36 271 287 371 17 ACGATACCGTGAGATAAACGATACCGTGAGATAAACGATACCGTGAGATAAACGATACCG SH5964 5964 46 104 snR36 snR36 276 292 376 17 ACAATACGATACCGTGAACAATACGATACCGTGAACAATACGATACCGTGAACAATACGA SH5965 5965 58 25 snR36 snR36 281 300 381 20 TTCTAATTACAATACGATACTTCTAATTACAATACGATACTTCTAATTACAATACGATAC SH5966 5966 25 56 snR36 snR36 286 304 386 19 GACGTTCTAATTACAATACGACGTTCTAATTACAATACGACGTTCTAATTACAATACGAC SH5967 5967 60 160 snR36 snR36 291 308 391 18 ATGAGACGTTCTAATTACATGAGACGTTCTAATTACATGAGACGTTCTAATTACATGAGA SH5968 5968 44 186 snR36 snR36 296 313 396 18 ATGATATGAGACGTTCTAATGATATGAGACGTTCTAATGATATGAGACGTTCTAATGATA SH5969 5969 78 135 snR36 snR36 301 317 401 17 CGATATGATATGAGACGCGATATGATATGAGACGCGATATGATATGAGACGCGATATGAT SH5970 5970 20 54 snR36 snR36 306 325 406 20 GAATTATACGATATGATATGGAATTATACGATATGATATGGAATTATACGATATGATATG SH5971 5971 70 15 snR36 snR36 311 328 411 18 GCCGAATTATACGATATGGCCGAATTATACGATATGGCCGAATTATACGATATGGCCGAA SH5972 5972 85 108 snR36 snR36 316 332 416 17 AAAGGCCGAATTATACGAAAGGCCGAATTATACGAAAGGCCGAATTATACGAAAGGCCGA SH5973 5973 66 40 snR36 snR36 321 338 421 18 TGAAATAAAGGCCGAATTTGAAATAAAGGCCGAATTTGAAATAAAGGCCGAATTTGAAAT SH5974 5974 38 196 snR36 snR36 326 343 426 18 TTTCTTGAAATAAAGGCCTTTCTTGAAATAAAGGCCTTTCTTGAAATAAAGGCCTTTCTT SH5975 5975 67 125 snR36 snR36 331 351 431 21 CTCTTCTTTTTCTTGAAATAACTCTTCTTTTTCTTGAAATAACTCTTCTTTTTCTTGAAA SH5976 5976 22 82 snR36 snR36 336 354 436 19 CTTCTCTTCTTTTTCTTGACTTCTCTTCTTTTTCTTGACTTCTCTTCTTTTTCTTGACTT SH5977 5977 22 139 snR36 341-355 + 3' 341 360 441 20 gaataACTTCTCTTCTTTTTgaataACTTCTCTTCTTTTTgaataACTTCTCTTCTTTTT SH5978 5978 45 199 snR36 346-355 + 3' 346 363 446 18 caagaataACTTCTCTTCcaagaataACTTCTCTTCcaagaataACTTCTCTTCcaagaa SH5979 5979 40 26 snR36 351-355 + 3' 351 368 451 18 atgcacaagaataACTTCatgcacaagaataACTTCatgcacaagaataACTTCatgcac SH5980 5980 22 210 snR36 3' 456 18 cgaacatgcacaagaatacgaacatgcacaagaatacgaacatgcacaagaatacgaaca SH5981 5981 10 55 snR36 3' 461 18 gtttacgaacatgcacaagtttacgaacatgcacaagtttacgaacatgcacaagtttac SH5982 5982 62 103 snR36 3' 466 18 aatcagtttacgaacatgaatcagtttacgaacatgaatcagtttacgaacatgaatcag SH5983 5983 82 76 snR36 3' 471 22 ttttaaataaatcagtttacgattttaaataaatcagtttacgattttaaataaatcagt SH5984 5984 25 38 snR36 3' 476 22 gtaagttttaaataaatcagttgtaagttttaaataaatcagttgtaagttttaaataaa SH5985 5985 6 119 snR36 3' 481 23 tcatatgtaagttttaaataaattcatatgtaagttttaaataaattcatatgtaagttt SH5986 5986 9 151 snR36 3' 486 22 caagtcatatgtaagttttaaacaagtcatatgtaagttttaaacaagtcatatgtaagt SH5987 5987 96 7 snR36 3' 491 20 tttcaagtcatatgtaagtttttcaagtcatatgtaagtttttcaagtcatatgtaagtt SH5988 5988 28 111 snR36 3' 496 20 aactttttcaagtcatatgtaactttttcaagtcatatgtaactttttcaagtcatatgt SH5989 5989 21 116 snR36 3' 501 20 agaaaaactttttcaagtcaagaaaaactttttcaagtcaagaaaaactttttcaagtca SH5990 5990 95 15 snR36 3' 506 21 gttcaaagaaaaactttttcagttcaaagaaaaactttttcagttcaaagaaaaactttt SH5991 5991 30 143 snR36 3' 511 20 tttggttcaaagaaaaactttttggttcaaagaaaaactttttggttcaaagaaaaactt SH5992 5992 80 68 snR36 3' 516 20 tgtaatttggttcaaagaaatgtaatttggttcaaagaaatgtaatttggttcaaagaaa SH5993 5993 84 102 snR36 3' 521 18 gcctgtaatttggttcaagcctgtaatttggttcaagcctgtaatttggttcaagcctgt SH5994 5994 85 65 snR36 3' 526 18 aatatgcctgtaatttggaatatgcctgtaatttggaatatgcctgtaatttggaatatg SH5995 5995 80 61 snR36 3' 531 17 gcggaatatgcctgtaagcggaatatgcctgtaagcggaatatgcctgtaagcggaatat SH5996 5996 80 178 snR36 3' 536 15 tcagcggaatatgcctcagcggaatatgcctcagcggaatatgcctcagcggaatatgcc SH5997 5997 74 8 snR37 5' 1 20 caacactagctctatttatacaacactagctctatttatacaacactagctctatttata SH5998 5998 54 37 snR37 5' 6 17 gacaacactagctctatgacaacactagctctatgacaacactagctctatgacaacact SH5999 5999 40 153 snR37 5' 11 15 tcggacaacactagctcggacaacactagctcggacaacactagctcggacaacactagc SH6000 6000 43 89 snR37 5' 16 15 gccaatcggacaacagccaatcggacaacagccaatcggacaacagccaatcggacaaca SH6001 6001 101 114 snR37 5' 21 17 agtttttgccaatcggaagtttttgccaatcggaagtttttgccaatcggaagtttttgc SH6002 6002 9 209 snR37 5' 26 18 ggaagaagtttttgccaaggaagaagtttttgccaaggaagaagtttttgccaaggaaga SH6003 6003 40 49 snR37 5' 31 18 caaagggaagaagtttttcaaagggaagaagtttttcaaagggaagaagtttttcaaagg SH6004 6004 7 126 snR37 5' 36 17 gtaacaaagggaagaaggtaacaaagggaagaaggtaacaaagggaagaaggtaacaaag SH6005 6005 41 157 snR37 5' 41 18 gaagaagtaacaaagggagaagaagtaacaaagggagaagaagtaacaaagggagaagaa SH6006 6006 88 50 snR37 5' 46 22 aattttaaagaagaagtaacaaaattttaaagaagaagtaacaaaattttaaagaagaag SH6007 6007 75 81 snR37 5' 51 22 atttgaattttaaagaagaagtatttgaattttaaagaagaagtatttgaattttaaaga SH6008 6008 62 52 snR37 5' 56 23 agaaaaatttgaattttaaagaaagaaaaatttgaattttaaagaaagaaaaatttgaat SH6009 6009 82 172 snR37 5' 61 23 tcaaaagaaaaatttgaattttatcaaaagaaaaatttgaattttatcaaaagaaaaatt SH6010 6010 16 136 snR37 5' 66 23 aaaaatcaaaagaaaaatttgaaaaaaatcaaaagaaaaatttgaaaaaaatcaaaagaa SH6011 6011 41 118 snR37 5' 71 23 tgaaaaaaaatcaaaagaaaaattgaaaaaaaatcaaaagaaaaattgaaaaaaaatcaa SH6012 6012 19 167 snR37 5' 76 22 cttttgaaaaaaaatcaaaagacttttgaaaaaaaatcaaaagacttttgaaaaaaaatc SH6013 6013 68 148 snR37 5' 81 20 agccttttgaaaaaaaatcaagccttttgaaaaaaaatcaagccttttgaaaaaaaatca SH6014 6014 83 166 snR37 5' - 5 -14 5 86 20 ATGTTagccttttgaaaaaaATGTTagccttttgaaaaaaATGTTagccttttgaaaaaa SH6015 6015 60 78 snR37 5' - 8 -9 8 91 18 CTGATGTTagccttttgaCTGATGTTagccttttgaCTGATGTTagccttttgaCTGATG SH6016 6016 22 147 snR37 5' - 12 -4 12 96 17 ACTACTGATGTTagcctACTACTGATGTTagcctACTACTGATGTTagcctACTACTGAT SH6017 6017 40 136 snR37 snR37 1 18 101 18 TTAACCACTACTGATGTTTTAACCACTACTGATGTTTTAACCACTACTGATGTTTTAACC SH6018 6018 53 209 snR37 snR37 6 23 106 18 TAGTATTAACCACTACTGTAGTATTAACCACTACTGTAGTATTAACCACTACTGTAGTAT SH6019 6019 49 133 snR37 snR37 11 30 111 20 CTAAAGATAGTATTAACCACCTAAAGATAGTATTAACCACCTAAAGATAGTATTAACCAC SH6020 6020 87 30 snR37 snR37 16 38 116 23 AATATTATCTAAAGATAGTATTAAATATTATCTAAAGATAGTATTAAATATTATCTAAAG SH6021 6021 96 111 snR37 snR37 21 43 121 23 AAATTAATATTATCTAAAGATAGAAATTAATATTATCTAAAGATAGAAATTAATATTATC SH6022 6022 84 104 snR37 snR37 26 50 126 25 TATAATGAAATTAATATTATCTAAATATAATGAAATTAATATTATCTAAATATAATGAAA SH6023 6023 65 62 snR37 snR37 31 53 131 23 TGGTATAATGAAATTAATATTATTGGTATAATGAAATTAATATTATTGGTATAATGAAAT SH6024 6024 53 107 snR37 snR37 36 57 136 22 TCTATGGTATAATGAAATTAATTCTATGGTATAATGAAATTAATTCTATGGTATAATGAA SH6025 6025 94 184 snR37 snR37 41 60 141 20 GTTTCTATGGTATAATGAAAGTTTCTATGGTATAATGAAAGTTTCTATGGTATAATGAAA SH6026 6026 78 35 snR37 snR37 46 65 146 20 TTTAGGTTTCTATGGTATAATTTAGGTTTCTATGGTATAATTTAGGTTTCTATGGTATAA SH6027 6027 34 168 snR37 snR37 51 68 151 18 ATCTTTAGGTTTCTATGGATCTTTAGGTTTCTATGGATCTTTAGGTTTCTATGGATCTTT SH6028 6028 67 15 snR37 snR37 56 73 156 18 ACCTAATCTTTAGGTTTCACCTAATCTTTAGGTTTCACCTAATCTTTAGGTTTCACCTAA SH6029 6029 37 127 snR37 snR37 61 80 161 20 GAAAATAACCTAATCTTTAGGAAAATAACCTAATCTTTAGGAAAATAACCTAATCTTTAG SH6030 6030 73 182 snR37 snR37 66 84 166 19 GAACGAAAATAACCTAATCGAACGAAAATAACCTAATCGAACGAAAATAACCTAATCGAA SH6031 6031 73 116 snR37 snR37 71 88 171 18 TGAAGAACGAAAATAACCTGAAGAACGAAAATAACCTGAAGAACGAAAATAACCTGAAGA SH6032 6032 42 17 snR37 snR37 76 95 176 20 CATAACATGAAGAACGAAAACATAACATGAAGAACGAAAACATAACATGAAGAACGAAAA SH6033 6033 71 79 snR37 snR37 81 98 181 18 CTCCATAACATGAAGAACCTCCATAACATGAAGAACCTCCATAACATGAAGAACCTCCAT SH6034 6034 15 89 snR37 snR37 86 102 186 17 CACACTCCATAACATGACACACTCCATAACATGACACACTCCATAACATGACACACTCCA SH6035 6035 70 87 snR37 snR37 91 107 191 17 TCACTCACACTCCATAATCACTCACACTCCATAATCACTCACACTCCATAATCACTCACA SH6036 6036 104 33 snR37 snR37 96 111 196 16 CTCATCACTCACACTCCTCATCACTCACACTCCTCATCACTCACACTCCTCATCACTCAC SH6037 6037 55 26 snR37 snR37 101 115 201 15 GCTCCTCATCACTCAGCTCCTCATCACTCAGCTCCTCATCACTCAGCTCCTCATCACTCA SH6038 6038 85 102 snR37 snR37 106 120 206 15 AGCAAGCTCCTCATCAGCAAGCTCCTCATCAGCAAGCTCCTCATCAGCAAGCTCCTCATC SH6039 6039 12 39 snR37 snR37 111 127 211 17 TTAAAAGAGCAAGCTCCTTAAAAGAGCAAGCTCCTTAAAAGAGCAAGCTCCTTAAAAGAG SH6040 6040 9 116 snR37 snR37 116 133 216 18 ATGAGCTTAAAAGAGCAAATGAGCTTAAAAGAGCAAATGAGCTTAAAAGAGCAAATGAGC SH6041 6041 88 202 snR37 snR37 121 139 221 19 CGTAATATGAGCTTAAAAGCGTAATATGAGCTTAAAAGCGTAATATGAGCTTAAAAGCGT SH6042 6042 42 56 snR37 snR37 126 145 226 20 TTATTACGTAATATGAGCTTTTATTACGTAATATGAGCTTTTATTACGTAATATGAGCTT SH6043 6043 78 55 snR37 snR37 131 152 231 22 TATTAACTTATTACGTAATATGTATTAACTTATTACGTAATATGTATTAACTTATTACGT SH6044 6044 99 77 snR37 snR37 136 155 236 20 CAGTATTAACTTATTACGTACAGTATTAACTTATTACGTACAGTATTAACTTATTACGTA SH6045 6045 62 187 snR37 snR37 141 159 241 19 GCTCCAGTATTAACTTATTGCTCCAGTATTAACTTATTGCTCCAGTATTAACTTATTGCT SH6046 6046 95 70 snR37 snR37 146 162 246 17 CTCGCTCCAGTATTAACCTCGCTCCAGTATTAACCTCGCTCCAGTATTAACCTCGCTCCA SH6047 6047 78 70 snR37 snR37 151 167 251 17 TTATTCTCGCTCCAGTATTATTCTCGCTCCAGTATTATTCTCGCTCCAGTATTATTCTCG SH6048 6048 78 76 snR37 snR37 156 175 256 20 GATTTAAATTATTCTCGCTCGATTTAAATTATTCTCGCTCGATTTAAATTATTCTCGCTC SH6049 6049 72 112 snR37 snR37 161 183 261 23 GATGAAATGATTTAAATTATTCTGATGAAATGATTTAAATTATTCTGATGAAATGATTTA SH6050 6050 54 57 snR37 snR37 166 188 266 23 GTTATGATGAAATGATTTAAATTGTTATGATGAAATGATTTAAATTGTTATGATGAAATG SH6051 6051 40 201 snR37 snR37 171 190 271 20 GGGTTATGATGAAATGATTTGGGTTATGATGAAATGATTTGGGTTATGATGAAATGATTT SH6052 6052 62 119 snR37 snR37 176 194 276 19 CTATGGGTTATGATGAAATCTATGGGTTATGATGAAATCTATGGGTTATGATGAAATCTA SH6053 6053 39 57 snR37 snR37 181 197 281 17 CAGCTATGGGTTATGATCAGCTATGGGTTATGATCAGCTATGGGTTATGATCAGCTATGG SH6054 6054 70 189 snR37 snR37 186 202 286 17 TCATTCAGCTATGGGTTTCATTCAGCTATGGGTTTCATTCAGCTATGGGTTTCATTCAGC SH6055 6055 99 156 snR37 snR37 191 208 291 18 CAAAGTTCATTCAGCTATCAAAGTTCATTCAGCTATCAAAGTTCATTCAGCTATCAAAGT SH6056 6056 28 97 snR37 snR37 196 213 296 18 GTAGTCAAAGTTCATTCAGTAGTCAAAGTTCATTCAGTAGTCAAAGTTCATTCAGTAGTC SH6057 6057 103 167 snR37 snR37 201 217 301 17 AGGAGTAGTCAAAGTTCAGGAGTAGTCAAAGTTCAGGAGTAGTCAAAGTTCAGGAGTAGT SH6058 6058 13 35 snR37 snR37 206 223 306 18 TTGTTTAGGAGTAGTCAATTGTTTAGGAGTAGTCAATTGTTTAGGAGTAGTCAATTGTTT SH6059 6059 10 158 snR37 snR37 211 228 311 18 CTACTTTGTTTAGGAGTACTACTTTGTTTAGGAGTACTACTTTGTTTAGGAGTACTACTT SH6060 6060 14 99 snR37 snR37 216 235 316 20 ATTGTTACTACTTTGTTTAGATTGTTACTACTTTGTTTAGATTGTTACTACTTTGTTTAG SH6061 6061 93 143 snR37 snR37 221 240 321 20 TGAAAATTGTTACTACTTTGTGAAAATTGTTACTACTTTGTGAAAATTGTTACTACTTTG SH6062 6062 71 26 snR37 snR37 226 245 326 20 CGAAATGAAAATTGTTACTACGAAATGAAAATTGTTACTACGAAATGAAAATTGTTACTA SH6063 6063 28 45 snR37 snR37 231 250 331 20 GGAAACGAAATGAAAATTGTGGAAACGAAATGAAAATTGTGGAAACGAAATGAAAATTGT SH6064 6064 3 206 snR37 snR37 236 252 336 17 CCGGAAACGAAATGAAACCGGAAACGAAATGAAACCGGAAACGAAATGAAACCGGAAACG SH6065 6065 74 150 snR37 snR37 241 257 341 17 AGAAACCGGAAACGAAAAGAAACCGGAAACGAAAAGAAACCGGAAACGAAAAGAAACCGG SH6066 6066 62 59 snR37 snR37 246 263 346 18 GATCTAAGAAACCGGAAAGATCTAAGAAACCGGAAAGATCTAAGAAACCGGAAAGATCTA SH6067 6067 49 192 snR37 snR37 251 268 351 18 TATTCGATCTAAGAAACCTATTCGATCTAAGAAACCTATTCGATCTAAGAAACCTATTCG SH6068 6068 28 91 snR37 snR37 256 275 356 20 AGAATAATATTCGATCTAAGAGAATAATATTCGATCTAAGAGAATAATATTCGATCTAAG SH6069 6069 3 175 snR37 snR37 261 279 361 19 CCTCAGAATAATATTCGATCCTCAGAATAATATTCGATCCTCAGAATAATATTCGATCCT SH6070 6070 4 81 snR37 snR37 266 285 366 20 GAATTTCCTCAGAATAATATGAATTTCCTCAGAATAATATGAATTTCCTCAGAATAATAT SH6071 6071 99 35 snR37 snR37 271 287 371 17 GGGAATTTCCTCAGAATGGGAATTTCCTCAGAATGGGAATTTCCTCAGAATGGGAATTTC SH6072 6072 98 90 snR37 snR37 276 292 376 17 AATCAGGGAATTTCCTCAATCAGGGAATTTCCTCAATCAGGGAATTTCCTCAATCAGGGA SH6073 6073 54 175 snR37 snR37 281 299 381 19 GATATGTAATCAGGGAATTGATATGTAATCAGGGAATTGATATGTAATCAGGGAATTGAT SH6074 6074 68 165 snR37 snR37 286 302 386 17 CCTGATATGTAATCAGGCCTGATATGTAATCAGGCCTGATATGTAATCAGGCCTGATATG SH6075 6075 48 62 snR37 snR37 291 308 391 18 CCTTTCCCTGATATGTAACCTTTCCCTGATATGTAACCTTTCCCTGATATGTAACCTTTC SH6076 6076 67 117 snR37 snR37 296 312 396 17 CGAACCTTTCCCTGATACGAACCTTTCCCTGATACGAACCTTTCCCTGATACGAACCTTT SH6077 6077 61 135 snR37 snR37 301 313 401 13 GCGAACCTTTCCCGCGAACCTTTCCCGCGAACCTTTCCCGCGAACCTTTCCCGCGAACCT SH6078 6078 12 7 snR37 snR37 306 322 406 17 TCTAAAAACGCGAACCTTCTAAAAACGCGAACCTTCTAAAAACGCGAACCTTCTAAAAAC SH6079 6079 28 72 snR37 snR37 311 328 411 18 CAATTCTCTAAAAACGCGCAATTCTCTAAAAACGCGCAATTCTCTAAAAACGCGCAATTC SH6080 6080 43 14 snR37 snR37 316 335 416 20 CATTACGCAATTCTCTAAAACATTACGCAATTCTCTAAAACATTACGCAATTCTCTAAAA SH6081 6081 92 167 snR37 snR37 321 337 421 17 CGCATTACGCAATTCTCCGCATTACGCAATTCTCCGCATTACGCAATTCTCCGCATTACG SH6082 6082 21 77 snR37 snR37 326 342 426 17 CAAATCGCATTACGCAACAAATCGCATTACGCAACAAATCGCATTACGCAACAAATCGCA SH6083 6083 95 85 snR37 snR37 331 350 431 20 TAAACTTTCAAATCGCATTATAAACTTTCAAATCGCATTATAAACTTTCAAATCGCATTA SH6084 6084 47 69 snR37 snR37 336 355 436 20 GAATTTAAACTTTCAAATCGGAATTTAAACTTTCAAATCGGAATTTAAACTTTCAAATCG SH6085 6085 101 50 snR37 snR37 341 360 441 20 CTTAGGAATTTAAACTTTCACTTAGGAATTTAAACTTTCACTTAGGAATTTAAACTTTCA SH6086 6086 60 136 snR37 snR37 346 363 446 18 TCGCTTAGGAATTTAAACTCGCTTAGGAATTTAAACTCGCTTAGGAATTTAAACTCGCTT SH6087 6087 103 87 snR37 snR37 351 367 451 17 AGAGTCGCTTAGGAATTAGAGTCGCTTAGGAATTAGAGTCGCTTAGGAATTAGAGTCGCT SH6088 6088 33 114 snR37 snR37 356 372 456 17 GAAGAAGAGTCGCTTAGGAAGAAGAGTCGCTTAGGAAGAAGAGTCGCTTAGGAAGAAGAG SH6089 6089 97 141 snR37 snR37 361 377 461 17 ATCATGAAGAAGAGTCGATCATGAAGAAGAGTCGATCATGAAGAAGAGTCGATCATGAAG SH6090 6090 33 56 snR37 snR37 366 383 466 18 TGTCTTATCATGAAGAAGTGTCTTATCATGAAGAAGTGTCTTATCATGAAGAAGTGTCTT SH6091 6091 50 210 snR37 371-386 + 3' 371 471 20 tataAACTGTCTTATCATGAtataAACTGTCTTATCATGAtataAACTGTCTTATCATGA SH6092 6092 92 53 snR37 376-386 + 3' 376 476 22 tacaaaatataAACTGTCTTATtacaaaatataAACTGTCTTATtacaaaatataAACTG SH6093 6093 62 100 snR37 381-386 + 3' 381 481 22 aagtatacaaaatataAACTGTaagtatacaaaatataAACTGTaagtatacaaaatata SH6094 6094 3 102 snR37 386 + 3' 386 486 22 tgagaaagtatacaaaatataAtgagaaagtatacaaaatataAtgagaaagtatacaaa SH6095 6095 70 51 snR37 3' 491 20 gaatgagaaagtatacaaaagaatgagaaagtatacaaaagaatgagaaagtatacaaaa SH6096 6096 3 101 snR37 3' 496 18 tgggaatgagaaagtatatgggaatgagaaagtatatgggaatgagaaagtatatgggaa SH6097 6097 4 183 snR37 3' 501 20 caaattatgggaatgagaaacaaattatgggaatgagaaacaaattatgggaatgagaaa SH6098 6098 71 124 snR37 3' 506 18 ctacaaattatgggaatgctacaaattatgggaatgctacaaattatgggaatgctacaa SH6099 6099 50 126 snR37 3' 511 17 ggcactacaaattatggggcactacaaattatggggcactacaaattatggggcactaca SH6100 6100 77 57 snR37 3' 516 17 ccgtaggcactacaaatccgtaggcactacaaatccgtaggcactacaaatccgtaggca SH6101 6101 3 157 snR37 3' 521 13 cccgtaggcactacccgtaggcactacccgtaggcactacccgtaggcactacccgtagg SH6102 6102 75 184 snR37 3' 526 13 ccatccccgtaggccatccccgtaggccatccccgtaggccatccccgtaggccatcccc SH6103 6103 74 41 snR37 3' 531 13 caagtccatcccccaagtccatcccccaagtccatcccccaagtccatcccccaagtcca SH6104 6104 7 62 snR37 3' 536 17 gtaccaagacaagtccagtaccaagacaagtccagtaccaagacaagtccagtaccaaga SH6105 6105 81 121 snR37 3' 541 17 agttggtaccaagacaaagttggtaccaagacaaagttggtaccaagacaaagttggtac SH6106 6106 30 158 snR37 3' 546 16 cgtcagttggtaccaacgtcagttggtaccaacgtcagttggtaccaacgtcagttggta SH6107 6107 76 61 snR37 3' 551 15 gtaccgtcagttggtgtaccgtcagttggtgtaccgtcagttggtgtaccgtcagttggt SH6108 6108 61 52 snR37 3' 556 15 agaacgtaccgtcagagaacgtaccgtcagagaacgtaccgtcagagaacgtaccgtcag SH6109 6109 62 132 snR37 3' 561 15 gcatcagaacgtaccgcatcagaacgtaccgcatcagaacgtaccgcatcagaacgtacc SH6110 6110 102 133 snR37 3' 566 15 aggcagcatcagaacaggcagcatcagaacaggcagcatcagaacaggcagcatcagaac SH6111 6111 84 82 snR37 3' 571 13 gcaaggcagcatcgcaaggcagcatcgcaaggcagcatcgcaaggcagcatcgcaaggca SH6112 6112 8 106 snR39B 5' 1 20 tcatatgagatataagacattcatatgagatataagacattcatatgagatataagacat SH6113 6113 4 211 snR39B 5' 6 20 tgaactcatatgagatataatgaactcatatgagatataatgaactcatatgagatataa SH6114 6114 45 200 snR39B 5' 11 18 acatgaactcatatgagaacatgaactcatatgagaacatgaactcatatgagaacatga SH6115 6115 8 80 snR39B 5' 16 20 aaatatcacatgaactcataaaatatcacatgaactcataaaatatcacatgaactcata SH6116 6116 91 156 snR39B 5' 21 19 catgaaatatcacatgaaccatgaaatatcacatgaaccatgaaatatcacatgaaccat SH6117 6117 68 212 snR39B 5' 26 20 ctgtaacatgaaatatcacactgtaacatgaaatatcacactgtaacatgaaatatcaca SH6118 6118 91 173 snR39B 5' 31 18 gagctgtaacatgaaatagagctgtaacatgaaatagagctgtaacatgaaatagagctg SH6119 6119 26 49 snR39B 5' 36 17 atctgagctgtaacatgatctgagctgtaacatgatctgagctgtaacatgatctgagct SH6120 6120 58 175 snR39B 5' 41 15 cgcatctgagctgtacgcatctgagctgtacgcatctgagctgtacgcatctgagctgta SH6121 6121 99 17 snR39B 5' 46 17 gagtttacgcatctgaggagtttacgcatctgaggagtttacgcatctgaggagtttacg SH6122 6122 47 60 snR39B 5' 51 18 gatagagagtttacgcatgatagagagtttacgcatgatagagagtttacgcatgataga SH6123 6123 53 84 snR39B 5' 56 18 tcttggatagagagtttatcttggatagagagtttatcttggatagagagtttatcttgg SH6124 6124 35 61 snR39B 5' 61 17 ctcatcttggatagagactcatcttggatagagactcatcttggatagagactcatcttg SH6125 6125 41 36 snR39B 5' 66 18 ctattcctcatcttggatctattcctcatcttggatctattcctcatcttggatctattc SH6126 6126 88 64 snR39B 5' 71 18 ttatcctattcctcatctttatcctattcctcatctttatcctattcctcatctttatcc SH6127 6127 75 21 snR39B 5' 76 18 tctctttatcctattccttctctttatcctattccttctctttatcctattccttctctt SH6128 6128 37 196 snR39B 5' 81 20 aaatacatctctttatcctaaaatacatctctttatcctaaaatacatctctttatccta SH6129 6129 24 208 snR39B 5' - 7 -14 7 86 22 ACTAAATaaatacatctctttaACTAAATaaatacatctctttaACTAAATaaatacatc SH6130 6130 18 108 snR39B 5' - 11 -9 11 91 21 CATCACTAAATaaatacatctCATCACTAAATaaatacatctCATCACTAAATaaataca SH6131 6131 45 123 snR39B 5' - 17 -4 17 96 22 CAGTATCATCACTAAATaaataCAGTATCATCACTAAATaaataCAGTATCATCACTAAA SH6132 6132 70 54 snR39B snR39B 1 18 101 18 GCAGTATCATCACTAAATGCAGTATCATCACTAAATGCAGTATCATCACTAAATGCAGTA SH6133 6133 77 120 snR39B snR39B 6 20 106 15 CGGCAGTATCATCACCGGCAGTATCATCACCGGCAGTATCATCACCGGCAGTATCATCAC SH6134 6134 63 32 snR39B snR39B 11 26 111 16 CAGAATCGGCAGTATCCAGAATCGGCAGTATCCAGAATCGGCAGTATCCAGAATCGGCAG SH6135 6135 9 79 snR39B snR39B 16 28 116 13 GCCAGAATCGGCAGCCAGAATCGGCAGCCAGAATCGGCAGCCAGAATCGGCAGCCAGAAT SH6136 6136 2 87 snR39B snR39B 21 38 121 18 TTTTTGGAATGCCAGAATTTTTTGGAATGCCAGAATTTTTTGGAATGCCAGAATTTTTTG SH6137 6137 2 101 snR39B snR39B 26 42 126 17 TCACTTTTTGGAATGCCTCACTTTTTGGAATGCCTCACTTTTTGGAATGCCTCACTTTTT SH6138 6138 44 50 snR39B snR39B 31 47 131 17 GCTAGTCACTTTTTGGAGCTAGTCACTTTTTGGAGCTAGTCACTTTTTGGAGCTAGTCAC SH6139 6139 78 33 snR39B snR39B 36 54 136 19 CAATTTTGCTAGTCACTTTCAATTTTGCTAGTCACTTTCAATTTTGCTAGTCACTTTCAA SH6140 6140 82 170 snR39B snR39B 41 57 141 17 TCGCAATTTTGCTAGTCTCGCAATTTTGCTAGTCTCGCAATTTTGCTAGTCTCGCAATTT SH6141 6141 15 131 snR39B snR39B 46 62 146 17 CAACATCGCAATTTTGCCAACATCGCAATTTTGCCAACATCGCAATTTTGCCAACATCGC SH6142 6142 94 36 snR39B snR39B 51 67 151 17 GTTGACAACATCGCAATGTTGACAACATCGCAATGTTGACAACATCGCAATGTTGACAAC SH6143 6143 14 20 snR39B snR39B 56 75 156 20 TAATTTAAGTTGACAACATCTAATTTAAGTTGACAACATCTAATTTAAGTTGACAACATC SH6144 6144 78 90 snR39B snR39B 61 79 161 19 GGTGTAATTTAAGTTGACAGGTGTAATTTAAGTTGACAGGTGTAATTTAAGTTGACAGGT SH6145 6145 46 133 snR39B snR39B 66 85 166 20 AAAGATGGTGTAATTTAAGTAAAGATGGTGTAATTTAAGTAAAGATGGTGTAATTTAAGT SH6146 6146 51 103 snR39B snR39B 71 88 171 18 CCGAAAGATGGTGTAATTCCGAAAGATGGTGTAATTCCGAAAGATGGTGTAATTCCGAAA SH6147 6147 84 70 snR39B snR39B 76 90 176 15 CCCCGAAAGATGGTGCCCCGAAAGATGGTGCCCCGAAAGATGGTGCCCCGAAAGATGGTG SH6148 6148 67 161 snR39B snR39B 81 93 181 13 CAGCCCCGAAAGACAGCCCCGAAAGACAGCCCCGAAAGACAGCCCCGAAAGACAGCCCCG SH6149 6149 80 196 snR39B 86-96 + 3' 86 186 17 attaaaTATCAGCCCCGattaaaTATCAGCCCCGattaaaTATCAGCCCCGattaaaTAT SH6150 6150 62 5 snR39B 91-96 + 3' 91 191 22 aaatagatgtattaaaTATCAGaaatagatgtattaaaTATCAGaaatagatgtattaaa SH6151 6151 93 190 snR39B 96 + 3' 96 196 22 ggataaaatagatgtattaaaTggataaaatagatgtattaaaTggataaaatagatgta SH6152 6152 101 136 snR39B 3' 201 21 gaatggataaaatagatgtatgaatggataaaatagatgtatgaatggataaaatagatg SH6153 6153 102 18 snR39B 3' 206 20 agaagaatggataaaatagaagaagaatggataaaatagaagaagaatggataaaataga SH6154 6154 59 149 snR39B 3' 211 18 cgtagaagaatggataaacgtagaagaatggataaacgtagaagaatggataaacgtaga SH6155 6155 61 69 snR39B 3' 216 18 taatacgtagaagaatggtaatacgtagaagaatggtaatacgtagaagaatggtaatac SH6156 6156 89 169 snR39B 3' 221 18 aaacgtaatacgtagaagaaacgtaatacgtagaagaaacgtaatacgtagaagaaacgt SH6157 6157 80 193 snR39B 3' 226 18 gctacaaacgtaatacgtgctacaaacgtaatacgtgctacaaacgtaatacgtgctaca SH6158 6158 23 153 snR39B 3' 231 17 ccaagctacaaacgtaaccaagctacaaacgtaaccaagctacaaacgtaaccaagctac SH6159 6159 66 78 snR39B 3' 236 17 tttggccaagctacaaatttggccaagctacaaatttggccaagctacaaatttggccaa SH6160 6160 89 213 snR39B 3' 241 18 tatttttttggccaagcttatttttttggccaagcttatttttttggccaagcttatttt SH6161 6161 18 102 snR39B 3' 246 18 caagatatttttttggcccaagatatttttttggcccaagatatttttttggcccaagat SH6162 6162 86 94 snR39B 3' 251 22 caaattatgcaagatattttttcaaattatgcaagatattttttcaaattatgcaagata SH6163 6163 87 60 snR39B 3' 256 20 gtacaaattatgcaagatatgtacaaattatgcaagatatgtacaaattatgcaagatat SH6164 6164 78 57 snR39B 3' 261 18 ggagtacaaattatgcaaggagtacaaattatgcaaggagtacaaattatgcaaggagta SH6165 6165 13 100 snR39B 3' 266 18 gaactggagtacaaattagaactggagtacaaattagaactggagtacaaattagaactg SH6166 6166 95 35 snR39B 3' 271 17 atgtgaactggagtacaatgtgaactggagtacaatgtgaactggagtacaatgtgaact SH6167 6167 95 114 snR39B 3' 276 17 aactgatgtgaactggaaactgatgtgaactggaaactgatgtgaactggaaactgatgt SH6168 6168 71 40 snR40 5' 1 22 tttgataaacttatcaaagttatttgataaacttatcaaagttatttgataaacttatca SH6169 6169 71 188 snR40 5' 6 20 gcctttgataaacttatcaagcctttgataaacttatcaagcctttgataaacttatcaa SH6170 6170 72 36 snR40 5' 11 18 aacgcctttgataaacttaacgcctttgataaacttaacgcctttgataaacttaacgcc SH6171 6171 30 117 snR40 5' 16 18 atgttaacgcctttgataatgttaacgcctttgataatgttaacgcctttgataatgtta SH6172 6172 25 190 snR40 5' 21 18 acaaaatgttaacgccttacaaaatgttaacgccttacaaaatgttaacgccttacaaaa SH6173 6173 30 191 snR40 5' 26 20 ttacgaaacaaaatgttaacttacgaaacaaaatgttaacttacgaaacaaaatgttaac SH6174 6174 63 56 snR40 5' 31 20 tactattacgaaacaaaatgtactattacgaaacaaaatgtactattacgaaacaaaatg SH6175 6175 38 59 snR40 5' 36 18 aggtactattacgaaacaaggtactattacgaaacaaggtactattacgaaacaaggtac SH6176 6176 30 11 snR40 5' 41 18 tgttaaggtactattacgtgttaaggtactattacgtgttaaggtactattacgtgttaa SH6177 6177 28 124 snR40 5' 46 18 tcatgtgttaaggtactatcatgtgttaaggtactatcatgtgttaaggtactatcatgt SH6178 6178 65 195 snR40 5' 51 17 ttcgtcatgtgttaaggttcgtcatgtgttaaggttcgtcatgtgttaaggttcgtcatg SH6179 6179 97 54 snR40 5' 56 17 tcatcttcgtcatgtgttcatcttcgtcatgtgttcatcttcgtcatgtgttcatcttcg SH6180 6180 80 105 snR40 5' 61 20 tttaattttcatcttcgtcatttaattttcatcttcgtcatttaattttcatcttcgtca SH6181 6181 93 151 snR40 5' 66 22 attcatgtttaattttcatcttattcatgtttaattttcatcttattcatgtttaatttt SH6182 6182 37 37 snR40 5' 71 22 cttgaattcatgtttaattttccttgaattcatgtttaattttccttgaattcatgttta SH6183 6183 84 45 snR40 5' 76 20 ttccttgaattcatgtttaattccttgaattcatgtttaattccttgaattcatgtttaa SH6184 6184 82 67 snR40 5' 81 20 catttttccttgaattcatgcatttttccttgaattcatgcatttttccttgaattcatg SH6185 6185 63 181 snR40 5' - 5 -14 5 86 20 TTTACcatttttccttgaatTTTACcatttttccttgaatTTTACcatttttccttgaat SH6186 6186 35 78 snR40 5' - 9 -9 9 91 19 GTCATTTACcatttttcctGTCATTTACcatttttcctGTCATTTACcatttttcctGTC SH6187 6187 100 66 snR40 5' - 13 -4 13 96 18 TCTCGTCATTTACcatttTCTCGTCATTTACcatttTCTCGTCATTTACcatttTCTCGT SH6188 6188 28 61 snR40 snR40 1 19 101 19 CTTTTTTCTCGTCATTTACCTTTTTTCTCGTCATTTACCTTTTTTCTCGTCATTTACCTT SH6189 6189 47 75 snR40 snR40 6 22 106 17 CAGCTTTTTTCTCGTCACAGCTTTTTTCTCGTCACAGCTTTTTTCTCGTCACAGCTTTTT SH6190 6190 60 77 snR40 snR40 11 27 111 17 GTGCACAGCTTTTTTCTGTGCACAGCTTTTTTCTGTGCACAGCTTTTTTCTGTGCACAGC SH6191 6191 87 160 snR40 snR40 16 30 116 15 CTGGTGCACAGCTTTCTGGTGCACAGCTTTCTGGTGCACAGCTTTCTGGTGCACAGCTTT SH6192 6192 56 173 snR40 snR40 21 35 121 15 TCAGACTGGTGCACATCAGACTGGTGCACATCAGACTGGTGCACATCAGACTGGTGCACA SH6193 6193 69 5 snR40 snR40 26 41 126 16 CCATGTTCAGACTGGTCCATGTTCAGACTGGTCCATGTTCAGACTGGTCCATGTTCAGAC SH6194 6194 24 65 snR40 snR40 31 46 131 16 GGCATCCATGTTCAGAGGCATCCATGTTCAGAGGCATCCATGTTCAGAGGCATCCATGTT SH6195 6195 47 20 snR40 snR40 36 51 136 16 CTTGTGGCATCCATGTCTTGTGGCATCCATGTCTTGTGGCATCCATGTCTTGTGGCATCC SH6196 6196 35 71 snR40 snR40 41 56 141 16 GAGTACTTGTGGCATCGAGTACTTGTGGCATCGAGTACTTGTGGCATCGAGTACTTGTGG SH6197 6197 51 210 snR40 snR40 46 61 146 16 CACCTGAGTACTTGTGCACCTGAGTACTTGTGCACCTGAGTACTTGTGCACCTGAGTACT SH6198 6198 56 61 snR40 snR40 51 65 151 15 AGGACACCTGAGTACAGGACACCTGAGTACAGGACACCTGAGTACAGGACACCTGAGTAC SH6199 6199 13 210 snR40 snR40 56 71 156 16 CTTCATAGGACACCTGCTTCATAGGACACCTGCTTCATAGGACACCTGCTTCATAGGACA SH6200 6200 82 21 snR40 snR40 61 78 161 18 CTTAATGCTTCATAGGACCTTAATGCTTCATAGGACCTTAATGCTTCATAGGACCTTAAT SH6201 6201 89 79 snR40 snR40 66 84 166 19 GGTATACTTAATGCTTCATGGTATACTTAATGCTTCATGGTATACTTAATGCTTCATGGT SH6202 6202 14 148 snR40 snR40 71 88 171 18 TTTGGGTATACTTAATGCTTTGGGTATACTTAATGCTTTGGGTATACTTAATGCTTTGGG SH6203 6203 66 169 snR40 snR40 76 94 176 19 CAGAAATTTGGGTATACTTCAGAAATTTGGGTATACTTCAGAAATTTGGGTATACTTCAG SH6204 6204 3 60 snR40 81-97 + 3' 81 181 18 gGATCAGAAATTTGGGTAgGATCAGAAATTTGGGTAgGATCAGAAATTTGGGTAgGATCA SH6205 6205 7 123 snR40 86-97 + 3' 86 186 20 ggaaaatgGATCAGAAATTTggaaaatgGATCAGAAATTTggaaaatgGATCAGAAATTT SH6206 6206 22 98 snR40 91-97 + 3' 91 191 18 aaaggaaaatgGATCAGAaaaggaaaatgGATCAGAaaaggaaaatgGATCAGAaaagga SH6207 6207 6 93 snR40 96-97 + 3' 96 196 20 agaaaataaaggaaaatgGAagaaaataaaggaaaatgGAagaaaataaaggaaaatgGA SH6208 6208 92 183 snR40 3' 201 23 aaaaaaaaagaaaataaaggaaaaaaaaaaaagaaaataaaggaaaaaaaaaaaagaaaa SH6209 6209 34 45 snR40 3' 206 24 gagaaaaaaaaaaaagaaaataaagagaaaaaaaaaaaagaaaataaagagaaaaaaaaa SH6210 6210 24 41 snR40 3' 211 22 tgagagaaaaaaaaaaaagaaatgagagaaaaaaaaaaaagaaatgagagaaaaaaaaaa SH6211 6211 73 16 snR40 3' 216 21 gatgtgagagaaaaaaaaaaagatgtgagagaaaaaaaaaaagatgtgagagaaaaaaaa SH6212 6212 69 35 snR40 3' 221 18 cagatgtgagagaaaaaacagatgtgagagaaaaaacagatgtgagagaaaaaacagatg SH6213 6213 42 211 snR40 3' 226 17 gtcacagatgtgagagagtcacagatgtgagagagtcacagatgtgagagagtcacagat SH6214 6214 86 175 snR40 3' 231 17 atacagtcacagatgtgatacagtcacagatgtgatacagtcacagatgtgatacagtca SH6215 6215 12 29 snR40 3' 236 18 ctcataatacagtcacagctcataatacagtcacagctcataatacagtcacagctcata SH6216 6216 21 181 snR40 3' 241 18 gtttgctcataatacagtgtttgctcataatacagtgtttgctcataatacagtgtttgc SH6217 6217 72 132 snR40 3' 246 20 gtaaacagtttgctcataatgtaaacagtttgctcataatgtaaacagtttgctcataat SH6218 6218 95 91 snR40 3' 251 17 acgtaaacagtttgctcacgtaaacagtttgctcacgtaaacagtttgctcacgtaaaca SH6219 6219 71 69 snR40 3' 256 18 cgttcaacgtaaacagttcgttcaacgtaaacagttcgttcaacgtaaacagttcgttca SH6220 6220 57 178 snR40 3' 261 18 gattccgttcaacgtaaagattccgttcaacgtaaagattccgttcaacgtaaagattcc SH6221 6221 12 101 snR40 3' 266 17 tatcgattccgttcaactatcgattccgttcaactatcgattccgttcaactatcgattc SH6222 6222 85 4 snR40 3' 271 18 tttacatatcgattccgttttacatatcgattccgttttacatatcgattccgttttaca SH6223 6223 64 200 snR40 3' 276 22 aagatttaatttacatatcgataagatttaatttacatatcgataagatttaatttacat SH6224 6224 65 176 snR42 5' 1 18 cacggcttttatagtcaacacggcttttatagtcaacacggcttttatagtcaacacggc SH6225 6225 92 214 snR42 5' 6 18 tagttcacggcttttatatagttcacggcttttatatagttcacggcttttatatagttc SH6226 6226 21 79 snR42 5' 11 17 gctatagttcacggcttgctatagttcacggcttgctatagttcacggcttgctatagtt SH6227 6227 75 151 snR42 5' 16 18 gcaaatgctatagttcacgcaaatgctatagttcacgcaaatgctatagttcacgcaaat SH6228 6228 40 205 snR42 5' 21 17 ggtagcaaatgctatagggtagcaaatgctatagggtagcaaatgctatagggtagcaaa SH6229 6229 93 169 snR42 5' 26 17 tttctggtagcaaatgctttctggtagcaaatgctttctggtagcaaatgctttctggta SH6230 6230 68 56 snR42 5' 31 18 aaattctttctggtagcaaaattctttctggtagcaaaattctttctggtagcaaaattc SH6231 6231 36 18 snR42 5' 36 19 caagaaaaattctttctggcaagaaaaattctttctggcaagaaaaattctttctggcaa SH6232 6232 30 204 snR42 5' 41 18 agggcaagaaaaattcttagggcaagaaaaattcttagggcaagaaaaattcttagggca SH6233 6233 51 50 snR42 5' 46 17 gtccagggcaagaaaaagtccagggcaagaaaaagtccagggcaagaaaaagtccagggc SH6234 6234 48 119 snR42 5' 51 13 ggtccagggcaagggtccagggcaagggtccagggcaagggtccagggcaagggtccagg SH6235 6235 66 154 snR42 5' 56 15 catcaaaggtccaggcatcaaaggtccaggcatcaaaggtccaggcatcaaaggtccagg SH6236 6236 17 98 snR42 5' 61 20 ttttttaaagcatcaaaggtttttttaaagcatcaaaggtttttttaaagcatcaaaggt SH6237 6237 4 5 snR42 5' 66 21 gaaatgttttttaaagcatcagaaatgttttttaaagcatcagaaatgttttttaaagca SH6238 6238 52 179 snR42 5' 71 22 ttaagagaaatgttttttaaagttaagagaaatgttttttaaagttaagagaaatgtttt SH6239 6239 60 4 snR42 5' 76 22 ttcttttaagagaaatgtttttttcttttaagagaaatgtttttttcttttaagagaaat SH6240 6240 14 181 snR42 5' 81 20 gctttcttttaagagaaatggctttcttttaagagaaatggctttcttttaagagaaatg SH6241 6241 3 188 snR42 5' - 5 -14 5 86 20 GTTATgctttcttttaagagGTTATgctttcttttaagagGTTATgctttcttttaagag SH6242 6242 94 147 snR42 5' - 11 -9 11 91 21 CAAATTGTTATgctttcttttCAAATTGTTATgctttcttttCAAATTGTTATgctttct SH6243 6243 44 105 snR42 5' - 15 -4 15 96 20 ATCACAAATTGTTATgctttATCACAAATTGTTATgctttATCACAAATTGTTATgcttt SH6244 6244 100 116 snR42 snR42 1 20 101 20 AAAGCATCACAAATTGTTATAAAGCATCACAAATTGTTATAAAGCATCACAAATTGTTAT SH6245 6245 38 77 snR42 snR42 6 23 106 18 CCTAAAGCATCACAAATTCCTAAAGCATCACAAATTCCTAAAGCATCACAAATTCCTAAA SH6246 6246 19 189 snR42 snR42 11 26 111 16 CTCCCTAAAGCATCACCTCCCTAAAGCATCACCTCCCTAAAGCATCACCTCCCTAAAGCA SH6247 6247 8 67 snR42 snR42 16 28 116 13 GGCTCCCTAAAGCGGCTCCCTAAAGCGGCTCCCTAAAGCGGCTCCCTAAAGCGGCTCCCT SH6248 6248 80 95 snR42 snR42 21 37 121 17 CAAACAATAGGCTCCCTCAAACAATAGGCTCCCTCAAACAATAGGCTCCCTCAAACAATA SH6249 6249 58 213 snR42 snR42 26 42 126 17 ACCATCAAACAATAGGCACCATCAAACAATAGGCACCATCAAACAATAGGCACCATCAAA SH6250 6250 102 168 snR42 snR42 31 49 131 19 CCTATAAACCATCAAACAACCTATAAACCATCAAACAACCTATAAACCATCAAACAACCT SH6251 6251 50 198 snR42 snR42 36 52 136 17 GCTCCTATAAACCATCAGCTCCTATAAACCATCAGCTCCTATAAACCATCAGCTCCTATA SH6252 6252 63 99 snR42 snR42 41 55 141 15 CCGGCTCCTATAAACCCGGCTCCTATAAACCCGGCTCCTATAAACCCGGCTCCTATAAAC SH6253 6253 53 168 snR42 snR42 46 60 146 15 CAAATCCGGCTCCTACAAATCCGGCTCCTACAAATCCGGCTCCTACAAATCCGGCTCCTA SH6254 6254 85 69 snR42 snR42 51 67 151 17 AAAAAGACAAATCCGGCAAAAAGACAAATCCGGCAAAAAGACAAATCCGGCAAAAAGACA SH6255 6255 3 48 snR42 snR42 56 77 156 22 AAAATTAGTCAAAAAGACAAATAAAATTAGTCAAAAAGACAAATAAAATTAGTCAAAAAG SH6256 6256 65 197 snR42 snR42 61 81 161 21 GTTGAAAATTAGTCAAAAAGAGTTGAAAATTAGTCAAAAAGAGTTGAAAATTAGTCAAAA SH6257 6257 8 12 snR42 snR42 66 85 166 20 ATAGGTTGAAAATTAGTCAAATAGGTTGAAAATTAGTCAAATAGGTTGAAAATTAGTCAA SH6258 6258 59 62 snR42 snR42 71 91 171 21 GTAAGAATAGGTTGAAAATTAGTAAGAATAGGTTGAAAATTAGTAAGAATAGGTTGAAAA SH6259 6259 38 132 snR42 snR42 76 94 176 19 GAAGTAAGAATAGGTTGAAGAAGTAAGAATAGGTTGAAGAAGTAAGAATAGGTTGAAGAA SH6260 6260 21 16 snR42 snR42 81 98 181 18 TTTGGAAGTAAGAATAGGTTTGGAAGTAAGAATAGGTTTGGAAGTAAGAATAGGTTTGGA SH6261 6261 79 9 snR42 snR42 86 103 186 18 ACAGTTTTGGAAGTAAGAACAGTTTTGGAAGTAAGAACAGTTTTGGAAGTAAGAACAGTT SH6262 6262 72 41 snR42 snR42 91 107 191 17 TGCAACAGTTTTGGAAGTGCAACAGTTTTGGAAGTGCAACAGTTTTGGAAGTGCAACAGT SH6263 6263 24 124 snR42 snR42 96 112 196 17 GCCATTGCAACAGTTTTGCCATTGCAACAGTTTTGCCATTGCAACAGTTTTGCCATTGCA SH6264 6264 5 50 snR42 snR42 101 116 201 16 GAGAGCCATTGCAACAGAGAGCCATTGCAACAGAGAGCCATTGCAACAGAGAGCCATTGC SH6265 6265 31 40 snR42 snR42 106 122 206 17 AAAAACGAGAGCCATTGAAAAACGAGAGCCATTGAAAAACGAGAGCCATTGAAAAACGAG SH6266 6266 19 66 snR42 snR42 111 130 211 20 AATTTAAAAAAAACGAGAGCAATTTAAAAAAAACGAGAGCAATTTAAAAAAAACGAGAGC SH6267 6267 69 156 snR42 snR42 116 137 216 22 AGAGAAAAATTTAAAAAAAACGAGAGAAAAATTTAAAAAAAACGAGAGAAAAATTTAAAA SH6268 6268 6 4 snR42 snR42 121 143 221 23 GAGAAAAGAGAAAAATTTAAAAAGAGAAAAGAGAAAAATTTAAAAAGAGAAAAGAGAAAA SH6269 6269 51 124 snR42 snR42 126 146 226 21 GAAGAGAAAAGAGAAAAATTTGAAGAGAAAAGAGAAAAATTTGAAGAGAAAAGAGAAAAA SH6270 6270 4 109 snR42 snR42 131 150 231 20 CAAAGAAGAGAAAAGAGAAACAAAGAAGAGAAAAGAGAAACAAAGAAGAGAAAAGAGAAA SH6271 6271 22 138 snR42 snR42 136 152 236 17 GCCAAAGAAGAGAAAAGGCCAAAGAAGAGAAAAGGCCAAAGAAGAGAAAAGGCCAAAGAA SH6272 6272 88 26 snR42 snR42 141 157 241 17 ACTATGCCAAAGAAGAGACTATGCCAAAGAAGAGACTATGCCAAAGAAGAGACTATGCCA SH6273 6273 40 190 snR42 snR42 146 165 246 20 AAAAATAAACTATGCCAAAGAAAAATAAACTATGCCAAAGAAAAATAAACTATGCCAAAG SH6274 6274 99 68 snR42 snR42 151 173 251 23 AATTTATTAAAAATAAACTATGCAATTTATTAAAAATAAACTATGCAATTTATTAAAAAT SH6275 6275 91 113 snR42 snR42 156 180 256 25 CTGAAATAATTTATTAAAAATAAACCTGAAATAATTTATTAAAAATAAACCTGAAATAAT SH6276 6276 11 158 snR42 snR42 161 182 261 22 CCCTGAAATAATTTATTAAAAACCCTGAAATAATTTATTAAAAACCCTGAAATAATTTAT SH6277 6277 94 73 snR42 snR42 166 185 266 20 TCACCCTGAAATAATTTATTTCACCCTGAAATAATTTATTTCACCCTGAAATAATTTATT SH6278 6278 3 153 snR42 snR42 171 188 271 18 ATCTCACCCTGAAATAATATCTCACCCTGAAATAATATCTCACCCTGAAATAATATCTCA SH6279 6279 23 201 snR42 snR42 176 192 276 17 CTCTATCTCACCCTGAACTCTATCTCACCCTGAACTCTATCTCACCCTGAACTCTATCTC SH6280 6280 104 51 snR42 snR42 181 197 281 17 CCTTTCTCTATCTCACCCCTTTCTCTATCTCACCCCTTTCTCTATCTCACCCCTTTCTCT SH6281 6281 9 35 snR42 snR42 186 203 286 18 CATTATCCTTTCTCTATCCATTATCCTTTCTCTATCCATTATCCTTTCTCTATCCATTAT SH6282 6282 95 2 snR42 snR42 191 209 291 19 GATACTCATTATCCTTTCTGATACTCATTATCCTTTCTGATACTCATTATCCTTTCTGAT SH6283 6283 83 141 snR42 snR42 196 213 296 18 CTACGATACTCATTATCCCTACGATACTCATTATCCCTACGATACTCATTATCCCTACGA SH6284 6284 15 6 snR42 snR42 201 220 301 20 GATTTATCTACGATACTCATGATTTATCTACGATACTCATGATTTATCTACGATACTCAT SH6285 6285 30 170 snR42 snR42 206 224 306 19 CGAAGATTTATCTACGATACGAAGATTTATCTACGATACGAAGATTTATCTACGATACGA SH6286 6286 12 97 snR42 snR42 211 228 311 18 GAACCGAAGATTTATCTAGAACCGAAGATTTATCTAGAACCGAAGATTTATCTAGAACCG SH6287 6287 9 57 snR42 snR42 216 232 316 17 TTCGGAACCGAAGATTTTTCGGAACCGAAGATTTTTCGGAACCGAAGATTTTTCGGAACC SH6288 6288 58 114 snR42 snR42 221 237 321 17 CACTATTCGGAACCGAACACTATTCGGAACCGAACACTATTCGGAACCGAACACTATTCG SH6289 6289 102 65 snR42 snR42 226 243 326 18 CAGTTACACTATTCGGAACAGTTACACTATTCGGAACAGTTACACTATTCGGAACAGTTA SH6290 6290 27 109 snR42 snR42 231 248 331 18 ACCAACAGTTACACTATTACCAACAGTTACACTATTACCAACAGTTACACTATTACCAAC SH6291 6291 27 84 snR42 snR42 236 252 336 17 CAGCACCAACAGTTACACAGCACCAACAGTTACACAGCACCAACAGTTACACAGCACCAA SH6292 6292 58 57 snR42 snR42 241 255 341 15 CCTCAGCACCAACAGCCTCAGCACCAACAGCCTCAGCACCAACAGCCTCAGCACCAACAG SH6293 6293 16 205 snR42 snR42 246 260 346 15 GATTACCTCAGCACCGATTACCTCAGCACCGATTACCTCAGCACCGATTACCTCAGCACC SH6294 6294 40 178 snR42 snR42 251 268 351 18 TAAAGATGGATTACCTCATAAAGATGGATTACCTCATAAAGATGGATTACCTCATAAAGA SH6295 6295 97 60 snR42 snR42 256 275 356 20 ATGGTTTTAAAGATGGATTAATGGTTTTAAAGATGGATTAATGGTTTTAAAGATGGATTA SH6296 6296 102 107 snR42 snR42 261 278 361 18 GCGATGGTTTTAAAGATGGCGATGGTTTTAAAGATGGCGATGGTTTTAAAGATGGCGATG SH6297 6297 63 60 snR42 snR42 266 282 366 17 AACGGCGATGGTTTTAAAACGGCGATGGTTTTAAAACGGCGATGGTTTTAAAACGGCGAT SH6298 6298 27 192 snR42 snR42 271 285 371 15 TCTAACGGCGATGGTTCTAACGGCGATGGTTCTAACGGCGATGGTTCTAACGGCGATGGT SH6299 6299 9 117 snR42 snR42 276 288 376 13 ACCTCTAACGGCGACCTCTAACGGCGACCTCTAACGGCGACCTCTAACGGCGACCTCTAA SH6300 6300 27 19 snR42 snR42 281 297 381 17 TCAGAAGCAACCTCTAATCAGAAGCAACCTCTAATCAGAAGCAACCTCTAATCAGAAGCA SH6301 6301 37 61 snR42 snR42 286 303 386 18 AAAATATCAGAAGCAACCAAAATATCAGAAGCAACCAAAATATCAGAAGCAACCAAAATA SH6302 6302 28 211 snR42 snR42 291 308 391 18 AACCGAAAATATCAGAAGAACCGAAAATATCAGAAGAACCGAAAATATCAGAAGAACCGA SH6303 6303 98 49 snR42 snR42 296 313 396 18 CGCTTAACCGAAAATATCCGCTTAACCGAAAATATCCGCTTAACCGAAAATATCCGCTTA SH6304 6304 72 195 snR42 snR42 301 316 401 16 GGTCGCTTAACCGAAAGGTCGCTTAACCGAAAGGTCGCTTAACCGAAAGGTCGCTTAACC SH6305 6305 96 166 snR42 snR42 306 320 406 15 CATGGGTCGCTTAACCATGGGTCGCTTAACCATGGGTCGCTTAACCATGGGTCGCTTAAC SH6306 6306 37 3 snR42 snR42 311 325 411 15 CATTTCATGGGTCGCCATTTCATGGGTCGCCATTTCATGGGTCGCCATTTCATGGGTCGC SH6307 6307 91 57 snR42 snR42 316 332 416 17 TCATCACCATTTCATGGTCATCACCATTTCATGGTCATCACCATTTCATGGTCATCACCA SH6308 6308 55 134 snR42 snR42 321 337 421 17 TCAGGTCATCACCATTTTCAGGTCATCACCATTTTCAGGTCATCACCATTTTCAGGTCAT SH6309 6309 11 100 snR42 snR42 326 340 426 15 ACCTCAGGTCATCACACCTCAGGTCATCACACCTCAGGTCATCACACCTCAGGTCATCAC SH6310 6310 61 210 snR42 snR42 331 345 431 15 TCCATACCTCAGGTCTCCATACCTCAGGTCTCCATACCTCAGGTCTCCATACCTCAGGTC SH6311 6311 94 202 snR42 336-351 + 3' 336 436 17 aAGATGTTCCATACCTCaAGATGTTCCATACCTCaAGATGTTCCATACCTCaAGATGTTC SH6312 6312 84 5 snR42 341-351 + 3' 341 441 18 tcaagaaAGATGTTCCATtcaagaaAGATGTTCCATtcaagaaAGATGTTCCATtcaaga SH6313 6313 61 136 snR42 346-351 + 3' 346 446 18 aaccatcaagaaAGATGTaaccatcaagaaAGATGTaaccatcaagaaAGATGTaaccat SH6314 6314 75 141 snR42 351 + 3' 351 451 19 caaagtaaccatcaagaaAcaaagtaaccatcaagaaAcaaagtaaccatcaagaaAcaa SH6315 6315 65 113 snR42 3' 456 20 atataacaaagtaaccatcaatataacaaagtaaccatcaatataacaaagtaaccatca SH6316 6316 33 19 snR42 3' 461 20 cgtatatataacaaagtaaccgtatatataacaaagtaaccgtatatataacaaagtaac SH6317 6317 83 202 snR42 3' 466 23 tataaatacgtatatataacaaatataaatacgtatatataacaaatataaatacgtata SH6318 6318 12 204 snR42 3' 471 23 catactataaatacgtatatatacatactataaatacgtatatatacatactataaatac SH6319 6319 41 155 snR42 3' 476 20 cgcatactataaatacgtatcgcatactataaatacgtatcgcatactataaatacgtat SH6320 6320 21 176 snR42 3' 481 20 gtatccgcatactataaatagtatccgcatactataaatagtatccgcatactataaata SH6321 6321 60 71 snR42 3' 486 17 gtgtatccgcatactatgtgtatccgcatactatgtgtatccgcatactatgtgtatccg SH6322 6322 7 172 snR42 3' 491 15 agcgtgtatccgcatagcgtgtatccgcatagcgtgtatccgcatagcgtgtatccgcat SH6323 6323 82 183 snR42 3' 496 17 cgagaaaagcgtgtatccgagaaaagcgtgtatccgagaaaagcgtgtatccgagaaaag SH6324 6324 103 130 snR42 3' 501 17 catagcgagaaaagcgtcatagcgagaaaagcgtcatagcgagaaaagcgtcatagcgag SH6325 6325 56 99 snR42 3' 506 17 cgattcatagcgagaaacgattcatagcgagaaacgattcatagcgagaaacgattcata SH6326 6326 2 105 snR42 3' 511 17 aaacacgattcatagcgaaacacgattcatagcgaaacacgattcatagcgaaacacgat SH6327 6327 30 23 snR42 3' 516 17 tcctcaaacacgattcatcctcaaacacgattcatcctcaaacacgattcatcctcaaac SH6328 6328 45 137 snR42 3' 521 17 atacttcctcaaacacgatacttcctcaaacacgatacttcctcaaacacgatacttcct SH6329 6329 84 194 snR42 3' 526 18 cggtaaatacttcctcaacggtaaatacttcctcaacggtaaatacttcctcaacggtaa SH6330 6330 12 16 snR42 3' 531 17 gcagcggtaaatacttcgcagcggtaaatacttcgcagcggtaaatacttcgcagcggta SH6331 6331 61 37 snR42 3' 536 15 acggcagcggtaaatacggcagcggtaaatacggcagcggtaaatacggcagcggtaaat SH6332 6332 14 178 snR43 5' 1 17 gctgtgtttatctgttggctgtgtttatctgttggctgtgtttatctgttggctgtgttt SH6333 6333 56 6 snR43 5' 6 16 cgctgctgtgtttatccgctgctgtgtttatccgctgctgtgtttatccgctgctgtgtt SH6334 6334 92 31 snR43 5' 11 13 gccgctgctgtgtgccgctgctgtgtgccgctgctgtgtgccgctgctgtgtgccgctgc SH6335 6335 74 157 snR43 5' 16 13 accgtgccgctgcaccgtgccgctgcaccgtgccgctgcaccgtgccgctgcaccgtgcc SH6336 6336 92 35 snR43 5' 21 13 ggttcaccgtgccggttcaccgtgccggttcaccgtgccggttcaccgtgccggttcacc SH6337 6337 46 139 snR43 5' 26 17 cacttatgtggttcacccacttatgtggttcacccacttatgtggttcacccacttatgt SH6338 6338 102 116 snR43 5' 31 18 cacatacacttatgtggtcacatacacttatgtggtcacatacacttatgtggtcacata SH6339 6339 86 27 snR43 5' 36 18 gtgtgcacatacacttatgtgtgcacatacacttatgtgtgcacatacacttatgtgtgc SH6340 6340 94 69 snR43 5' 41 15 gcgtgtgcacatacagcgtgtgcacatacagcgtgtgcacatacagcgtgtgcacataca SH6341 6341 19 47 snR43 5' 46 13 cacgcgtgtgcaccacgcgtgtgcaccacgcgtgtgcaccacgcgtgtgcaccacgcgtg SH6342 6342 44 205 snR43 5' 51 15 cacaaaacacgcgtgcacaaaacacgcgtgcacaaaacacgcgtgcacaaaacacgcgtg SH6343 6343 27 3 snR43 5' 56 17 tacactgcacaaaacactacactgcacaaaacactacactgcacaaaacactacactgca SH6344 6344 65 3 snR43 5' 61 17 ggtaatacactgcacaaggtaatacactgcacaaggtaatacactgcacaaggtaataca SH6345 6345 7 120 snR43 5' 66 18 caagttggtaatacactgcaagttggtaatacactgcaagttggtaatacactgcaagtt SH6346 6346 26 213 snR43 5' 71 17 tgcgcaagttggtaatatgcgcaagttggtaatatgcgcaagttggtaatatgcgcaagt SH6347 6347 12 176 snR43 5' 76 15 gcatgcgcaagttgggcatgcgcaagttgggcatgcgcaagttgggcatgcgcaagttgg SH6348 6348 26 99 snR43 5' 81 15 tccttgcatgcgcaatccttgcatgcgcaatccttgcatgcgcaatccttgcatgcgcaa SH6349 6349 9 83 snR43 5' - 2 -14 2 86 17 TGtgatatccttgcatgTGtgatatccttgcatgTGtgatatccttgcatgTGtgatatc SH6350 6350 85 175 snR43 5' - 7 -9 7 91 17 AGGAGTGtgatatccttAGGAGTGtgatatccttAGGAGTGtgatatccttAGGAGTGtg SH6351 6351 12 80 snR43 5' - 12 -4 12 96 17 GAAACAGGAGTGtgataGAAACAGGAGTGtgataGAAACAGGAGTGtgataGAAACAGGA SH6352 6352 59 29 snR43 snR43 1 15 101 15 GCAGAAACAGGAGTGGCAGAAACAGGAGTGGCAGAAACAGGAGTGGCAGAAACAGGAGTG SH6353 6353 27 79 snR43 snR43 6 21 106 16 CATGAGGCAGAAACAGCATGAGGCAGAAACAGCATGAGGCAGAAACAGCATGAGGCAGAA SH6354 6354 60 14 snR43 snR43 11 27 111 17 AAAAGACATGAGGCAGAAAAAGACATGAGGCAGAAAAAGACATGAGGCAGAAAAAGACAT SH6355 6355 83 178 snR43 snR43 16 33 116 18 CGTTTTAAAAGACATGAGCGTTTTAAAAGACATGAGCGTTTTAAAAGACATGAGCGTTTT SH6356 6356 38 13 snR43 snR43 21 38 121 18 GGAAGCGTTTTAAAAGACGGAAGCGTTTTAAAAGACGGAAGCGTTTTAAAAGACGGAAGC SH6357 6357 46 214 snR43 snR43 26 42 126 17 CCGTGGAAGCGTTTTAACCGTGGAAGCGTTTTAACCGTGGAAGCGTTTTAACCGTGGAAG SH6358 6358 68 78 snR43 snR43 31 43 131 13 CCCGTGGAAGCGTCCCGTGGAAGCGTCCCGTGGAAGCGTCCCGTGGAAGCGTCCCGTGGA SH6359 6359 10 112 snR43 snR43 36 48 136 13 CATGTCCCGTGGACATGTCCCGTGGACATGTCCCGTGGACATGTCCCGTGGACATGTCCC SH6360 6360 88 172 snR43 snR43 41 53 141 13 GAACCCATGTCCCGAACCCATGTCCCGAACCCATGTCCCGAACCCATGTCCCGAACCCAT SH6361 6361 78 51 snR43 snR43 46 63 146 18 TCCATAATTAGAACCCATTCCATAATTAGAACCCATTCCATAATTAGAACCCATTCCATA SH6362 6362 48 177 snR43 snR43 51 70 151 20 GATCTTCTCCATAATTAGAAGATCTTCTCCATAATTAGAAGATCTTCTCCATAATTAGAA SH6363 6363 42 35 snR43 snR43 56 73 156 18 CTTGATCTTCTCCATAATCTTGATCTTCTCCATAATCTTGATCTTCTCCATAATCTTGAT SH6364 6364 2 126 snR43 snR43 61 77 161 17 AAAGCTTGATCTTCTCCAAAGCTTGATCTTCTCCAAAGCTTGATCTTCTCCAAAGCTTGA SH6365 6365 74 107 snR43 snR43 66 83 166 18 CATTTCAAAGCTTGATCTCATTTCAAAGCTTGATCTCATTTCAAAGCTTGATCTCATTTC SH6366 6366 81 3 snR43 snR43 71 87 171 17 GGGCCATTTCAAAGCTTGGGCCATTTCAAAGCTTGGGCCATTTCAAAGCTTGGGCCATTT SH6367 6367 21 26 snR43 snR43 76 92 176 17 TAAACGGGCCATTTCAATAAACGGGCCATTTCAATAAACGGGCCATTTCAATAAACGGGC SH6368 6368 42 100 snR43 snR43 81 95 181 15 GTGTAAACGGGCCATGTGTAAACGGGCCATGTGTAAACGGGCCATGTGTAAACGGGCCAT SH6369 6369 21 160 snR43 snR43 86 103 186 18 ATCAAAATGTGTAAACGGATCAAAATGTGTAAACGGATCAAAATGTGTAAACGGATCAAA SH6370 6370 39 105 snR43 snR43 91 109 191 19 GGTTGTATCAAAATGTGTAGGTTGTATCAAAATGTGTAGGTTGTATCAAAATGTGTAGGT SH6371 6371 24 98 snR43 snR43 96 113 196 18 CTACGGTTGTATCAAAATCTACGGTTGTATCAAAATCTACGGTTGTATCAAAATCTACGG SH6372 6372 49 182 snR43 snR43 101 116 201 16 CGTCTACGGTTGTATCCGTCTACGGTTGTATCCGTCTACGGTTGTATCCGTCTACGGTTG SH6373 6373 59 64 snR43 snR43 106 118 206 13 GCCGTCTACGGTTGCCGTCTACGGTTGCCGTCTACGGTTGCCGTCTACGGTTGCCGTCTA SH6374 6374 104 124 snR43 snR43 111 123 211 13 GAGACGCCGTCTAGAGACGCCGTCTAGAGACGCCGTCTAGAGACGCCGTCTAGAGACGCC SH6375 6375 6 162 snR43 snR43 116 128 216 13 GAAACGAGACGCCGAAACGAGACGCCGAAACGAGACGCCGAAACGAGACGCCGAAACGAG SH6376 6376 82 130 snR43 snR43 121 136 221 16 CGGTCTTTGAAACGAGCGGTCTTTGAAACGAGCGGTCTTTGAAACGAGCGGTCTTTGAAA SH6377 6377 11 198 snR43 snR43 126 141 226 16 CCACACGGTCTTTGAACCACACGGTCTTTGAACCACACGGTCTTTGAACCACACGGTCTT SH6378 6378 5 113 snR43 snR43 131 145 231 15 ACAACCACACGGTCTACAACCACACGGTCTACAACCACACGGTCTACAACCACACGGTCT SH6379 6379 80 116 snR43 snR43 136 152 236 17 CTGATAGACAACCACACCTGATAGACAACCACACCTGATAGACAACCACACCTGATAGAC SH6380 6380 58 111 snR43 snR43 141 159 241 19 GTATATACTGATAGACAACGTATATACTGATAGACAACGTATATACTGATAGACAACGTA SH6381 6381 33 190 snR43 snR43 146 165 246 20 CAATGAGTATATACTGATAGCAATGAGTATATACTGATAGCAATGAGTATATACTGATAG SH6382 6382 48 137 snR43 snR43 151 170 251 20 AAACACAATGAGTATATACTAAACACAATGAGTATATACTAAACACAATGAGTATATACT SH6383 6383 74 2 snR43 snR43 156 175 256 20 TTGAAAAACACAATGAGTATTTGAAAAACACAATGAGTATTTGAAAAACACAATGAGTAT SH6384 6384 29 200 snR43 snR43 161 181 261 21 GATTTTTTGAAAAACACAATGGATTTTTTGAAAAACACAATGGATTTTTTGAAAAACACA SH6385 6385 73 173 snR43 snR43 166 185 266 20 CAGAGATTTTTTGAAAAACACAGAGATTTTTTGAAAAACACAGAGATTTTTTGAAAAACA SH6386 6386 31 151 snR43 snR43 171 188 271 18 ACCCAGAGATTTTTTGAAACCCAGAGATTTTTTGAAACCCAGAGATTTTTTGAAACCCAG SH6387 6387 20 28 snR43 snR43 176 193 276 18 AAACAACCCAGAGATTTTAAACAACCCAGAGATTTTAAACAACCCAGAGATTTTAAACAA SH6388 6388 4 148 snR43 snR43 181 197 281 17 ATCTAAACAACCCAGAGATCTAAACAACCCAGAGATCTAAACAACCCAGAGATCTAAACA SH6389 6389 73 18 snR43 snR43 186 202 286 17 GTGGCATCTAAACAACCGTGGCATCTAAACAACCGTGGCATCTAAACAACCGTGGCATCT SH6390 6390 54 18 snR43 191-209 + 3' 191 291 20 gAAATATAGTGGCATCTAAAgAAATATAGTGGCATCTAAAgAAATATAGTGGCATCTAAA SH6391 6391 40 54 snR43 196-209 3' 196 296 20 gaatagAAATATAGTGGCATgaatagAAATATAGTGGCATgaatagAAATATAGTGGCAT SH6392 6392 16 55 snR43 201-209 + 3' 201 301 22 taaatacgaatagAAATATAGTtaaatacgaatagAAATATAGTtaaatacgaatagAAA SH6393 6393 10 143 snR43 206-209 + 3' 206 306 23 taaaaataaatacgaatagAAATtaaaaataaatacgaatagAAATtaaaaataaatacg SH6394 6394 64 207 snR43 3' 311 23 atacataaaaataaatacgaataatacataaaaataaatacgaataatacataaaaataa SH6395 6395 68 192 snR43 3' 316 23 taagtatacataaaaataaatactaagtatacataaaaataaatactaagtatacataaa SH6396 6396 20 141 snR43 3' 321 23 caaaataagtatacataaaaatacaaaataagtatacataaaaatacaaaataagtatac SH6397 6397 31 114 snR43 3' 326 22 taagcaaaataagtatacataataagcaaaataagtatacataataagcaaaataagtat SH6398 6398 102 115 snR43 3' 331 23 gaaaaataagcaaaataagtatagaaaaataagcaaaataagtatagaaaaataagcaaa SH6399 6399 60 107 snR43 3' 336 23 tataagaaaaataagcaaaataatataagaaaaataagcaaaataatataagaaaaataa SH6400 6400 59 87 snR43 3' 341 21 gagtataagaaaaataagcaagagtataagaaaaataagcaagagtataagaaaaataag SH6401 6401 16 5 snR43 3' 346 20 tcctgagtataagaaaaatatcctgagtataagaaaaatatcctgagtataagaaaaata SH6402 6402 38 159 snR43 3' 351 18 gtttcctgagtataagaagtttcctgagtataagaagtttcctgagtataagaagtttcc SH6403 6403 9 187 snR43 3' 356 17 tgacgtttcctgagtattgacgtttcctgagtattgacgtttcctgagtattgacgtttc SH6404 6404 25 32 snR43 3' 361 16 caagtgacgtttcctgcaagtgacgtttcctgcaagtgacgtttcctgcaagtgacgttt SH6405 6405 54 201 snR43 3' 366 16 caagccaagtgacgttcaagccaagtgacgttcaagccaagtgacgttcaagccaagtga SH6406 6406 57 49 snR43 3' 371 17 gtatatcaagccaagtggtatatcaagccaagtggtatatcaagccaagtggtatatcaa SH6407 6407 72 135 snR43 3' 376 17 gtcgagtatatcaagccgtcgagtatatcaagccgtcgagtatatcaagccgtcgagtat SH6408 6408 81 6 snR43 3' 381 17 aaagcgtcgagtatatcaaagcgtcgagtatatcaaagcgtcgagtatatcaaagcgtcg SH6409 6409 38 87 snR43 3' 386 17 agaataaagcgtcgagtagaataaagcgtcgagtagaataaagcgtcgagtagaataaag SH6410 6410 43 25 snR43 3' 391 18 atttgcagaataaagcgtatttgcagaataaagcgtatttgcagaataaagcgtatttgc SH6411 6411 72 17 snR45 5' 1 20 cctgttaaatgaaaatcgaacctgttaaatgaaaatcgaacctgttaaatgaaaatcgaa SH6412 6412 59 38 snR45 5' 6 22 ttttatacctgttaaatgaaaattttatacctgttaaatgaaaattttatacctgttaaa SH6413 6413 69 140 snR45 5' 11 20 gctttttatacctgttaaatgctttttatacctgttaaatgctttttatacctgttaaat SH6414 6414 21 207 snR45 5' 16 18 ttcgctttttatacctgtttcgctttttatacctgtttcgctttttatacctgtttcgct SH6415 6415 44 106 snR45 5' 21 19 gagtgtttcgctttttatagagtgtttcgctttttatagagtgtttcgctttttatagag SH6416 6416 8 128 snR45 5' 26 16 ccgagtgtttcgctttccgagtgtttcgctttccgagtgtttcgctttccgagtgtttcg SH6417 6417 83 53 snR45 5' 31 17 tatgtaccgagtgtttctatgtaccgagtgtttctatgtaccgagtgtttctatgtaccg SH6418 6418 34 154 snR45 5' 36 20 gtaaaatatatgtaccgagtgtaaaatatatgtaccgagtgtaaaatatatgtaccgagt SH6419 6419 31 125 snR45 5' 41 20 tcttggtaaaatatatgtactcttggtaaaatatatgtactcttggtaaaatatatgtac SH6420 6420 102 128 snR45 5' 46 18 gcgtcttggtaaaatatagcgtcttggtaaaatatagcgtcttggtaaaatatagcgtct SH6421 6421 60 93 snR45 5' 51 17 taacgcgtcttggtaaataacgcgtcttggtaaataacgcgtcttggtaaataacgcgtc SH6422 6422 84 28 snR45 5' 56 17 aaatctaacgcgtcttgaaatctaacgcgtcttgaaatctaacgcgtcttgaaatctaac SH6423 6423 11 44 snR45 5' 61 18 caaagaaaatctaacgcgcaaagaaaatctaacgcgcaaagaaaatctaacgcgcaaaga SH6424 6424 84 107 snR45 5' 66 18 acctccaaagaaaatctaacctccaaagaaaatctaacctccaaagaaaatctaacctcc SH6425 6425 39 208 snR45 5' 71 18 atgaaacctccaaagaaaatgaaacctccaaagaaaatgaaacctccaaagaaaatgaaa SH6426 6426 44 7 snR45 5' 76 19 ctttaaatgaaacctccaactttaaatgaaacctccaactttaaatgaaacctccaactt SH6427 6427 26 79 snR45 5' 81 19 ggtttctttaaatgaaaccggtttctttaaatgaaaccggtttctttaaatgaaaccggt SH6428 6428 99 13 snR45 5' - 5 -14 5 86 20 GTCATtggtttctttaaatgGTCATtggtttctttaaatgGTCATtggtttctttaaatg SH6429 6429 8 175 snR45 5' - 8 -9 8 91 18 AAGGTCATtggtttctttAAGGTCATtggtttctttAAGGTCATtggtttctttAAGGTC SH6430 6430 71 199 snR45 5' - 12 -4 12 96 17 TTGGAAGGTCATtggttTTGGAAGGTCATtggttTTGGAAGGTCATtggttTTGGAAGGT SH6431 6431 6 36 snR45 snR45 1 18 101 18 AAAAACTTGGAAGGTCATAAAAACTTGGAAGGTCATAAAAACTTGGAAGGTCATAAAAAC SH6432 6432 86 31 snR45 snR45 6 25 106 20 TTCTTTTAAAAACTTGGAAGTTCTTTTAAAAACTTGGAAGTTCTTTTAAAAACTTGGAAG SH6433 6433 11 86 snR45 snR45 11 32 111 22 CATCGTATTCTTTTAAAAACTTCATCGTATTCTTTTAAAAACTTCATCGTATTCTTTTAA SH6434 6434 83 105 snR45 snR45 16 37 116 22 AATATCATCGTATTCTTTTAAAAATATCATCGTATTCTTTTAAAAATATCATCGTATTCT SH6435 6435 4 154 snR45 snR45 21 42 121 22 CAAATAATATCATCGTATTCTTCAAATAATATCATCGTATTCTTCAAATAATATCATCGT SH6436 6436 85 107 snR45 snR45 26 44 126 19 CGCAAATAATATCATCGTACGCAAATAATATCATCGTACGCAAATAATATCATCGTACGC SH6437 6437 55 68 snR45 snR45 31 50 131 20 TTGAAACGCAAATAATATCATTGAAACGCAAATAATATCATTGAAACGCAAATAATATCA SH6438 6438 14 153 snR45 snR45 36 54 136 19 CGATTTGAAACGCAAATAACGATTTGAAACGCAAATAACGATTTGAAACGCAAATAACGA SH6439 6439 80 120 snR45 snR45 41 57 141 17 GTTCGATTTGAAACGCAGTTCGATTTGAAACGCAGTTCGATTTGAAACGCAGTTCGATTT SH6440 6440 39 25 snR45 snR45 46 65 146 20 GAAGAATTGTTCGATTTGAAGAAGAATTGTTCGATTTGAAGAAGAATTGTTCGATTTGAA SH6441 6441 62 162 snR45 snR45 51 68 151 18 CGAGAAGAATTGTTCGATCGAGAAGAATTGTTCGATCGAGAAGAATTGTTCGATCGAGAA SH6442 6442 95 79 snR45 snR45 56 72 156 17 GCTCCGAGAAGAATTGTGCTCCGAGAAGAATTGTGCTCCGAGAAGAATTGTGCTCCGAGA SH6443 6443 67 212 snR45 snR45 61 73 161 13 CGCTCCGAGAAGACGCTCCGAGAAGACGCTCCGAGAAGACGCTCCGAGAAGACGCTCCGA SH6444 6444 23 212 snR45 snR45 66 78 166 13 CAGATCGCTCCGACAGATCGCTCCGACAGATCGCTCCGACAGATCGCTCCGACAGATCGC SH6445 6445 104 81 snR45 snR45 71 87 171 17 TTAAAACCTCAGATCGCTTAAAACCTCAGATCGCTTAAAACCTCAGATCGCTTAAAACCT SH6446 6446 22 19 snR45 snR45 76 92 176 17 CTCCATTAAAACCTCAGCTCCATTAAAACCTCAGCTCCATTAAAACCTCAGCTCCATTAA SH6447 6447 90 206 snR45 snR45 81 98 181 18 CGCTATCTCCATTAAAACCGCTATCTCCATTAAAACCGCTATCTCCATTAAAACCGCTAT SH6448 6448 28 151 snR45 snR45 86 102 186 17 GAACCGCTATCTCCATTGAACCGCTATCTCCATTGAACCGCTATCTCCATTGAACCGCTA SH6449 6449 57 176 snR45 snR45 91 105 191 15 CAGGAACCGCTATCTCAGGAACCGCTATCTCAGGAACCGCTATCTCAGGAACCGCTATCT SH6450 6450 22 133 snR45 snR45 96 108 196 13 GCGCAGGAACCGCGCGCAGGAACCGCGCGCAGGAACCGCGCGCAGGAACCGCGCGCAGGA SH6451 6451 91 178 snR45 snR45 101 113 201 13 GGGTTGCGCAGGAGGGTTGCGCAGGAGGGTTGCGCAGGAGGGTTGCGCAGGAGGGTTGCG SH6452 6452 79 43 snR45 snR45 106 120 206 15 GATCAATGGGTTGCGGATCAATGGGTTGCGGATCAATGGGTTGCGGATCAATGGGTTGCG SH6453 6453 6 192 snR45 snR45 111 127 211 17 GTAACAAGATCAATGGGGTAACAAGATCAATGGGGTAACAAGATCAATGGGGTAACAAGA SH6454 6454 66 144 snR45 snR45 116 135 216 20 TTAAGAATGTAACAAGATCATTAAGAATGTAACAAGATCATTAAGAATGTAACAAGATCA SH6455 6455 37 186 snR45 snR45 121 140 221 20 CATTCTTAAGAATGTAACAACATTCTTAAGAATGTAACAACATTCTTAAGAATGTAACAA SH6456 6456 25 137 snR45 snR45 126 145 226 20 CTTGTCATTCTTAAGAATGTCTTGTCATTCTTAAGAATGTCTTGTCATTCTTAAGAATGT SH6457 6457 89 58 snR45 snR45 131 148 231 18 GTCCTTGTCATTCTTAAGGTCCTTGTCATTCTTAAGGTCCTTGTCATTCTTAAGGTCCTT SH6458 6458 15 90 snR45 snR45 136 150 236 15 GCGTCCTTGTCATTCGCGTCCTTGTCATTCGCGTCCTTGTCATTCGCGTCCTTGTCATTC SH6459 6459 30 141 snR45 snR45 141 158 241 18 TTATAAAAGCGTCCTTGTTTATAAAAGCGTCCTTGTTTATAAAAGCGTCCTTGTTTATAA SH6460 6460 18 77 snR45 snR45 146 165 246 20 CAGAATTTTATAAAAGCGTCCAGAATTTTATAAAAGCGTCCAGAATTTTATAAAAGCGTC SH6461 6461 102 156 snR45 151-172 + 3' 151 251 23 aAAAGAATCAGAATTTTATAAAAaAAAGAATCAGAATTTTATAAAAaAAAGAATCAGAAT SH6462 6462 101 124 snR45 156-172 + 3' 156 256 22 agaaaAAAGAATCAGAATTTTAagaaaAAAGAATCAGAATTTTAagaaaAAAGAATCAGA SH6463 6463 49 114 snR45 161-172 + 3' 161 261 20 gaaagaaaAAAGAATCAGAAgaaagaaaAAAGAATCAGAAgaaagaaaAAAGAATCAGAA SH6464 6464 24 201 snR45 166-172 + 3' 166 266 22 aaagaatgaaagaaaAAAGAATaaagaatgaaagaaaAAAGAATaaagaatgaaagaaaA SH6465 6465 24 93 snR45 171-172 + 3' 171 271 22 caacaaaagaatgaaagaaaAAcaacaaaagaatgaaagaaaAAcaacaaaagaatgaaa SH6466 6466 63 88 snR45 3' 276 20 aaacaacaaaagaatgaaagaaacaacaaaagaatgaaagaaacaacaaaagaatgaaag SH6467 6467 3 172 snR45 3' 281 20 gtcaaaaacaacaaaagaatgtcaaaaacaacaaaagaatgtcaaaaacaacaaaagaat SH6468 6468 16 204 snR45 3' 286 19 ccaagtcaaaaacaacaaaccaagtcaaaaacaacaaaccaagtcaaaaacaacaaacca SH6469 6469 18 3 snR45 3' 291 17 ctcccaagtcaaaaacactcccaagtcaaaaacactcccaagtcaaaaacactcccaagt SH6470 6470 70 102 snR45 3' 296 17 gactactcccaagtcaagactactcccaagtcaagactactcccaagtcaagactactcc SH6471 6471 100 9 snR45 3' 301 17 gagatgactactcccaagagatgactactcccaagagatgactactcccaagagatgact SH6472 6472 100 126 snR45 3' 306 17 cagatgagatgactactcagatgagatgactactcagatgagatgactactcagatgaga SH6473 6473 76 211 snR45 3' 311 17 gtgtacagatgagatgagtgtacagatgagatgagtgtacagatgagatgagtgtacaga SH6474 6474 74 13 snR45 3' 316 18 ctacttgtgtacagatgactacttgtgtacagatgactacttgtgtacagatgactactt SH6475 6475 84 91 snR45 3' 321 18 aaaagctacttgtgtacaaaaagctacttgtgtacaaaaagctacttgtgtacaaaaagc SH6476 6476 47 72 snR45 3' 326 20 acatataaaaagctacttgtacatataaaaagctacttgtacatataaaaagctacttgt SH6477 6477 6 48 snR45 3' 331 22 tttaagaacatataaaaagctatttaagaacatataaaaagctatttaagaacatataaa SH6478 6478 12 140 snR45 3' 336 23 ctacaatttaagaacatataaaactacaatttaagaacatataaaactacaatttaagaa SH6479 6479 95 139 snR45 3' 341 20 gtctacaatttaagaacatagtctacaatttaagaacatagtctacaatttaagaacata SH6480 6480 75 89 snR45 3' 346 20 gactagtctacaatttaagagactagtctacaatttaagagactagtctacaatttaaga SH6481 6481 30 101 snR45 3' 351 20 gttttgactagtctacaattgttttgactagtctacaattgttttgactagtctacaatt SH6482 6482 36 31 snR46 5' 1 23 aatatggaaaaatataaaaaaagaatatggaaaaatataaaaaaagaatatggaaaaata SH6483 6483 95 127 snR46 5' 6 22 aaggaatatggaaaaatataaaaaggaatatggaaaaatataaaaaggaatatggaaaaa SH6484 6484 79 147 snR46 5' 11 22 caataaaggaatatggaaaaatcaataaaggaatatggaaaaatcaataaaggaatatgg SH6485 6485 57 62 snR46 5' 16 19 gacaataaaggaatatggagacaataaaggaatatggagacaataaaggaatatggagac SH6486 6486 37 131 snR46 5' 21 18 ccatgacaataaaggaatccatgacaataaaggaatccatgacaataaaggaatccatga SH6487 6487 72 120 snR46 5' 26 18 ttgacccatgacaataaattgacccatgacaataaattgacccatgacaataaattgacc SH6488 6488 17 23 snR46 5' 31 16 gtcttgacccatgacagtcttgacccatgacagtcttgacccatgacagtcttgacccat SH6489 6489 18 98 snR46 5' 36 17 tatacagtcttgacccatatacagtcttgacccatatacagtcttgacccatatacagtc SH6490 6490 25 104 snR46 5' 41 18 ctaacatatacagtcttgctaacatatacagtcttgctaacatatacagtcttgctaaca SH6491 6491 32 165 snR46 5' 46 19 ctttcactaacatatacagctttcactaacatatacagctttcactaacatatacagctt SH6492 6492 71 172 snR46 5' 51 20 ctaaaactttcactaacatactaaaactttcactaacatactaaaactttcactaacata SH6493 6493 89 89 snR46 5' 56 18 accctaaaactttcactaaccctaaaactttcactaaccctaaaactttcactaacccta SH6494 6494 93 45 snR46 5' 61 18 caagaaccctaaaactttcaagaaccctaaaactttcaagaaccctaaaactttcaagaa SH6495 6495 103 134 snR46 5' 66 17 gtcacaagaaccctaaagtcacaagaaccctaaagtcacaagaaccctaaagtcacaaga SH6496 6496 19 4 snR46 5' 71 17 agtttgtcacaagaaccagtttgtcacaagaaccagtttgtcacaagaaccagtttgtca SH6497 6497 17 35 snR46 5' 76 17 ggtgaagtttgtcacaaggtgaagtttgtcacaaggtgaagtttgtcacaaggtgaagtt SH6498 6498 52 104 snR46 5' 81 18 tatgttggtgaagtttgttatgttggtgaagtttgttatgttggtgaagtttgttatgtt SH6499 6499 8 184 snR46 5' - 3 -14 3 86 18 ATGtttatgttggtgaagATGtttatgttggtgaagATGtttatgttggtgaagATGttt SH6500 6500 102 77 snR46 5' - 7 -9 7 91 17 GGCCATGtttatgttggGGCCATGtttatgttggGGCCATGtttatgttggGGCCATGtt SH6501 6501 53 92 snR46 5' - 12 -4 12 96 17 GAAGAGGCCATGtttatGAAGAGGCCATGtttatGAAGAGGCCATGtttatGAAGAGGCC SH6502 6502 87 163 snR46 snR46 1 13 101 13 CGAAGAGGCCATGCGAAGAGGCCATGCGAAGAGGCCATGCGAAGAGGCCATGCGAAGAGG SH6503 6503 60 98 snR46 snR46 6 20 106 15 GGATCTTCGAAGAGGGGATCTTCGAAGAGGGGATCTTCGAAGAGGGGATCTTCGAAGAGG SH6504 6504 97 31 snR46 snR46 11 27 111 17 AATCTACGGATCTTCGAAATCTACGGATCTTCGAAATCTACGGATCTTCGAAATCTACGG SH6505 6505 4 36 snR46 snR46 16 32 116 17 TGCAAAATCTACGGATCTGCAAAATCTACGGATCTGCAAAATCTACGGATCTGCAAAATC SH6506 6506 18 165 snR46 snR46 21 39 121 19 GCAAAAATGCAAAATCTACGCAAAAATGCAAAATCTACGCAAAAATGCAAAATCTACGCA SH6507 6507 67 74 snR46 snR46 26 43 126 18 CACCGCAAAAATGCAAAACACCGCAAAAATGCAAAACACCGCAAAAATGCAAAACACCGC SH6508 6508 32 204 snR46 snR46 31 47 131 17 AAACCACCGCAAAAATGAAACCACCGCAAAAATGAAACCACCGCAAAAATGAAACCACCG SH6509 6509 42 81 snR46 snR46 36 51 136 16 CCATAAACCACCGCAACCATAAACCACCGCAACCATAAACCACCGCAACCATAAACCACC SH6510 6510 41 209 snR46 snR46 41 58 141 18 TTTGAATCCATAAACCACTTTGAATCCATAAACCACTTTGAATCCATAAACCACTTTGAA SH6511 6511 82 156 snR46 snR46 46 63 146 18 CTCGCTTTGAATCCATAACTCGCTTTGAATCCATAACTCGCTTTGAATCCATAACTCGCT SH6512 6512 92 108 snR46 snR46 51 65 151 15 GCCTCGCTTTGAATCGCCTCGCTTTGAATCGCCTCGCTTTGAATCGCCTCGCTTTGAATC SH6513 6513 81 148 snR46 snR46 56 72 156 17 AATTTAGGCCTCGCTTTAATTTAGGCCTCGCTTTAATTTAGGCCTCGCTTTAATTTAGGC SH6514 6514 23 81 snR46 snR46 61 77 161 17 TCGTTAATTTAGGCCTCTCGTTAATTTAGGCCTCTCGTTAATTTAGGCCTCTCGTTAATT SH6515 6515 37 204 snR46 snR46 66 84 166 19 GACATGATCGTTAATTTAGGACATGATCGTTAATTTAGGACATGATCGTTAATTTAGGAC SH6516 6516 67 136 snR46 snR46 71 88 171 18 CAAAGACATGATCGTTAACAAAGACATGATCGTTAACAAAGACATGATCGTTAACAAAGA SH6517 6517 3 39 snR46 snR46 76 93 176 18 AATAGCAAAGACATGATCAATAGCAAAGACATGATCAATAGCAAAGACATGATCAATAGC SH6518 6518 42 175 snR46 snR46 81 100 181 20 CTGATATAATAGCAAAGACACTGATATAATAGCAAAGACACTGATATAATAGCAAAGACA SH6519 6519 104 177 snR46 snR46 86 103 186 18 CCTCTGATATAATAGCAACCTCTGATATAATAGCAACCTCTGATATAATAGCAACCTCTG SH6520 6520 9 119 snR46 snR46 91 108 191 18 TATGCCCTCTGATATAATTATGCCCTCTGATATAATTATGCCCTCTGATATAATTATGCC SH6521 6521 61 190 snR46 snR46 96 112 196 17 ATGATATGCCCTCTGATATGATATGCCCTCTGATATGATATGCCCTCTGATATGATATGC SH6522 6522 66 33 snR46 snR46 101 118 201 18 AATTCAATGATATGCCCTAATTCAATGATATGCCCTAATTCAATGATATGCCCTAATTCA SH6523 6523 42 62 snR46 snR46 106 125 206 20 AATCGGAAATTCAATGATATAATCGGAAATTCAATGATATAATCGGAAATTCAATGATAT SH6524 6524 21 197 snR46 snR46 111 128 211 18 GGAAATCGGAAATTCAATGGAAATCGGAAATTCAATGGAAATCGGAAATTCAATGGAAAT SH6525 6525 85 6 snR46 snR46 116 133 216 18 CCTTTGGAAATCGGAAATCCTTTGGAAATCGGAAATCCTTTGGAAATCGGAAATCCTTTG SH6526 6526 14 91 snR46 snR46 121 137 221 17 CTTCCCTTTGGAAATCGCTTCCCTTTGGAAATCGCTTCCCTTTGGAAATCGCTTCCCTTT SH6527 6527 55 200 snR46 snR46 126 143 226 18 TATTTTCTTCCCTTTGGATATTTTCTTCCCTTTGGATATTTTCTTCCCTTTGGATATTTT SH6528 6528 104 179 snR46 snR46 131 150 231 20 CTTTATTTATTTTCTTCCCTCTTTATTTATTTTCTTCCCTCTTTATTTATTTTCTTCCCT SH6529 6529 16 41 snR46 snR46 136 156 236 21 GCACAACTTTATTTATTTTCTGCACAACTTTATTTATTTTCTGCACAACTTTATTTATTT SH6530 6530 93 150 snR46 snR46 141 162 241 22 GAAATAGCACAACTTTATTTATGAAATAGCACAACTTTATTTATGAAATAGCACAACTTT SH6531 6531 62 79 snR46 snR46 146 163 246 18 GGAAATAGCACAACTTTAGGAAATAGCACAACTTTAGGAAATAGCACAACTTTAGGAAAT SH6532 6532 62 13 snR46 snR46 151 167 251 17 GCATGGAAATAGCACAAGCATGGAAATAGCACAAGCATGGAAATAGCACAAGCATGGAAA SH6533 6533 51 44 snR46 snR46 156 172 256 17 AGGATGCATGGAAATAGAGGATGCATGGAAATAGAGGATGCATGGAAATAGAGGATGCAT SH6534 6534 60 97 snR46 snR46 161 178 261 18 GAAAAAAGGATGCATGGAGAAAAAAGGATGCATGGAGAAAAAAGGATGCATGGAGAAAAA SH6535 6535 79 201 snR46 snR46 166 183 266 18 TGAAAGAAAAAAGGATGCTGAAAGAAAAAAGGATGCTGAAAGAAAAAAGGATGCTGAAAG SH6536 6536 83 125 snR46 snR46 171 190 271 20 CATTGAATGAAAGAAAAAAGCATTGAATGAAAGAAAAAAGCATTGAATGAAAGAAAAAAG SH6537 6537 68 35 snR46 snR46 176 194 276 19 GTGTCATTGAATGAAAGAAGTGTCATTGAATGAAAGAAGTGTCATTGAATGAAAGAAGTG SH6538 6538 22 137 snR46 181-197 + 3' 181 281 18 gTATGTGTCATTGAATGAgTATGTGTCATTGAATGAgTATGTGTCATTGAATGAgTATGT SH6539 6539 84 3 snR46 186-197 + 3' 186 286 18 aagaagTATGTGTCATTGaagaagTATGTGTCATTGaagaagTATGTGTCATTGaagaag SH6540 6540 51 162 snR46 191-197 + 3' 191 291 18 actacaagaagTATGTGTactacaagaagTATGTGTactacaagaagTATGTGTactaca SH6541 6541 85 85 snR46 196-197 + 3' 196 296 18 ttcctactacaagaagTAttcctactacaagaagTAttcctactacaagaagTAttccta SH6542 6542 90 8 snR46 3' 301 18 aattgttcctactacaagaattgttcctactacaagaattgttcctactacaagaattgt SH6543 6543 80 164 snR46 3' 306 18 ctaccaattgttcctactctaccaattgttcctactctaccaattgttcctactctacca SH6544 6544 88 33 snR46 3' 311 18 cagaactaccaattgttccagaactaccaattgttccagaactaccaattgttccagaac SH6545 6545 32 172 snR46 3' 316 18 gatatcagaactaccaatgatatcagaactaccaatgatatcagaactaccaatgatatc SH6546 6546 40 10 snR46 3' 321 20 cttaatcgatatcagaactacttaatcgatatcagaactacttaatcgatatcagaacta SH6547 6547 22 100 snR46 3' 326 17 ggcttaatcgatatcagggcttaatcgatatcagggcttaatcgatatcagggcttaatc SH6548 6548 82 96 snR46 3' 331 18 ttagaaggcttaatcgatttagaaggcttaatcgatttagaaggcttaatcgatttagaa SH6549 6549 102 78 snR46 3' 336 19 gcatttttagaaggcttaagcatttttagaaggcttaagcatttttagaaggcttaagca SH6550 6550 47 85 snR46 3' 341 20 tataaagcatttttagaaggtataaagcatttttagaaggtataaagcatttttagaagg SH6551 6551 51 166 snR46 3' 346 23 ctttataatataaagcatttttactttataatataaagcatttttactttataatataaa SH6552 6552 22 6 snR46 3' 351 22 tgtactttataatataaagcattgtactttataatataaagcattgtactttataatata SH6553 6553 68 205 snR46 3' 356 22 gcatttgtactttataatataagcatttgtactttataatataagcatttgtactttata SH6554 6554 18 52 snR46 3' 361 20 cttgcatttgtactttataacttgcatttgtactttataacttgcatttgtactttataa SH6555 6555 87 198 snR46 3' 366 18 cttcttgcatttgtacttcttcttgcatttgtacttcttcttgcatttgtacttcttctt SH6556 6556 14 206 snR46 3' 371 17 gctacttcttgcatttggctacttcttgcatttggctacttcttgcatttggctacttct SH6557 6557 95 123 snR46 3' 376 17 ccatagctacttcttgcccatagctacttcttgcccatagctacttcttgcccatagcta SH6558 6558 71 152 snR46 3' 381 17 agcatccatagctacttagcatccatagctacttagcatccatagctacttagcatccat SH6559 6559 15 82 snR47 5' 1 13 ggagctgaagcctggagctgaagcctggagctgaagcctggagctgaagcctggagctga SH6560 6560 60 67 snR47 5' 6 18 caaaagatatggagctgacaaaagatatggagctgacaaaagatatggagctgacaaaag SH6561 6561 95 142 snR47 5' 11 20 atgatttcaaaagatatggaatgatttcaaaagatatggaatgatttcaaaagatatgga SH6562 6562 49 86 snR47 5' 16 21 gtttacatgatttcaaaagatgtttacatgatttcaaaagatgtttacatgatttcaaaa SH6563 6563 7 125 snR47 5' 21 18 gcgtttacatgatttcaagcgtttacatgatttcaagcgtttacatgatttcaagcgttt SH6564 6564 57 187 snR47 5' 26 17 ccatgcgtttacatgatccatgcgtttacatgatccatgcgtttacatgatccatgcgtt SH6565 6565 66 58 snR47 5' 31 15 gccccatgcgtttacgccccatgcgtttacgccccatgcgtttacgccccatgcgtttac SH6566 6566 18 164 snR47 5' 36 13 tgagccccatgcgtgagccccatgcgtgagccccatgcgtgagccccatgcgtgagcccc SH6567 6567 31 187 snR47 5' 41 13 gtacttgagccccgtacttgagccccgtacttgagccccgtacttgagccccgtacttga SH6568 6568 21 112 snR47 5' 46 17 ctttgctcagtacttgactttgctcagtacttgactttgctcagtacttgactttgctca SH6569 6569 77 28 snR47 5' 51 17 tcctactttgctcagtatcctactttgctcagtatcctactttgctcagtatcctacttt SH6570 6570 47 201 snR47 5' 56 17 ctttctcctactttgctctttctcctactttgctctttctcctactttgctctttctcct SH6571 6571 23 29 snR47 5' 61 18 aatatcctttctcctactaatatcctttctcctactaatatcctttctcctactaatatc SH6572 6572 61 204 snR47 5' 66 18 tgttcaatatcctttctctgttcaatatcctttctctgttcaatatcctttctctgttca SH6573 6573 29 151 snR47 5' 71 18 gaacatgttcaatatcctgaacatgttcaatatcctgaacatgttcaatatcctgaacat SH6574 6574 71 147 snR47 5' 76 18 cttctgaacatgttcaatcttctgaacatgttcaatcttctgaacatgttcaatcttctg SH6575 6575 19 61 snR47 5' 81 17 cgttcttctgaacatgtcgttcttctgaacatgtcgttcttctgaacatgtcgttcttct SH6576 6576 88 6 snR47 5' - 2 -14 2 86 17 TAccacgttcttctgaaTAccacgttcttctgaaTAccacgttcttctgaaTAccacgtt SH6577 6577 47 140 snR47 5' - 8 -9 8 91 18 AAAAGATAccacgttcttAAAAGATAccacgttcttAAAAGATAccacgttcttAAAAGA SH6578 6578 40 80 snR47 5' - 12 -4 12 96 17 AGGAAAAAGATAccacgAGGAAAAAGATAccacgAGGAAAAAGATAccacgAGGAAAAAG SH6579 6579 79 91 snR47 snR47 1 22 101 22 ATGTATAATAAGGAAAAAGATAATGTATAATAAGGAAAAAGATAATGTATAATAAGGAAA SH6580 6580 72 189 snR47 snR47 6 26 106 21 GAGAATGTATAATAAGGAAAAGAGAATGTATAATAAGGAAAAGAGAATGTATAATAAGGA SH6581 6581 16 157 snR47 snR47 11 30 111 20 CCAAGAGAATGTATAATAAGCCAAGAGAATGTATAATAAGCCAAGAGAATGTATAATAAG SH6582 6582 89 19 snR47 snR47 16 32 116 17 CGCCAAGAGAATGTATACGCCAAGAGAATGTATACGCCAAGAGAATGTATACGCCAAGAG SH6583 6583 10 176 snR47 snR47 21 36 121 16 CACTCGCCAAGAGAATCACTCGCCAAGAGAATCACTCGCCAAGAGAATCACTCGCCAAGA SH6584 6584 97 184 snR47 snR47 26 40 126 15 CGATCACTCGCCAAGCGATCACTCGCCAAGCGATCACTCGCCAAGCGATCACTCGCCAAG SH6585 6585 78 171 snR47 snR47 31 48 131 18 TATATTTTCGATCACTCGTATATTTTCGATCACTCGTATATTTTCGATCACTCGTATATT SH6586 6586 80 6 snR47 snR47 36 55 136 20 CATCATATATATTTTCGATCCATCATATATATTTTCGATCCATCATATATATTTTCGATC SH6587 6587 23 209 snR47 snR47 41 62 141 22 AGGATATCATCATATATATTTTAGGATATCATCATATATATTTTAGGATATCATCATATA SH6588 6588 34 176 snR47 snR47 46 67 146 22 GTTATAGGATATCATCATATATGTTATAGGATATCATCATATATGTTATAGGATATCATC SH6589 6589 16 119 snR47 snR47 51 70 151 20 GTTGTTATAGGATATCATCAGTTGTTATAGGATATCATCAGTTGTTATAGGATATCATCA SH6590 6590 94 190 snR47 snR47 56 75 156 20 TTGTTGTTGTTATAGGATATTTGTTGTTGTTATAGGATATTTGTTGTTGTTATAGGATAT SH6591 6591 79 161 snR47 snR47 61 79 161 19 CATGTTGTTGTTGTTATAGCATGTTGTTGTTGTTATAGCATGTTGTTGTTGTTATAGCAT SH6592 6592 100 16 snR47 snR47 66 85 166 20 GAAATTCATGTTGTTGTTGTGAAATTCATGTTGTTGTTGTGAAATTCATGTTGTTGTTGT SH6593 6593 20 99 snR47 snR47 71 89 171 19 CGAAGAAATTCATGTTGTTCGAAGAAATTCATGTTGTTCGAAGAAATTCATGTTGTTCGA SH6594 6594 73 147 snR47 snR47 76 92 176 17 GGACGAAGAAATTCATGGGACGAAGAAATTCATGGGACGAAGAAATTCATGGGACGAAGA SH6595 6595 103 23 snR47 snR47 81 97 181 17 GATTCGGACGAAGAAATGATTCGGACGAAGAAATGATTCGGACGAAGAAATGATTCGGAC SH6596 6596 101 4 snR47 86-99 + 3' 86 186 17 taaAGGATTCGGACGAAtaaAGGATTCGGACGAAtaaAGGATTCGGACGAAtaaAGGATT SH6597 6597 6 170 snR47 91-99 + 3' 91 191 17 acctataaAGGATTCGGacctataaAGGATTCGGacctataaAGGATTCGGacctataaA SH6598 6598 56 9 snR47 96-99 + 3' 96 196 18 gtttccacctataaAGGAgtttccacctataaAGGAgtttccacctataaAGGAgtttcc SH6599 6599 70 188 snR47 3' 201 18 agtttgtttccacctataagtttgtttccacctataagtttgtttccacctataagtttg SH6600 6600 86 210 snR47 3' 206 18 gtcaaagtttgtttccacgtcaaagtttgtttccacgtcaaagtttgtttccacgtcaaa SH6601 6601 54 157 snR47 3' 211 19 gctattgtcaaagtttgttgctattgtcaaagtttgttgctattgtcaaagtttgttgct SH6602 6602 47 204 snR47 3' 216 20 taaaaagctattgtcaaagttaaaaagctattgtcaaagttaaaaagctattgtcaaagt SH6603 6603 61 162 snR47 3' 221 19 gtgttaaaaagctattgtcgtgttaaaaagctattgtcgtgttaaaaagctattgtcgtg SH6604 6604 61 67 snR47 3' 226 20 ttatcagtgttaaaaagctattatcagtgttaaaaagctattatcagtgttaaaaagcta SH6605 6605 100 88 snR47 3' 231 23 aaaatatattatcagtgttaaaaaaaatatattatcagtgttaaaaaaaatatattatca SH6606 6606 61 59 snR47 3' 236 20 cgaaaatatattatcagtgtcgaaaatatattatcagtgtcgaaaatatattatcagtgt SH6607 6607 18 83 snR47 3' 241 19 gacgcgaaaatatattatcgacgcgaaaatatattatcgacgcgaaaatatattatcgac SH6608 6608 39 186 snR47 3' 246 18 gaatgacgcgaaaatatagaatgacgcgaaaatatagaatgacgcgaaaatatagaatga SH6609 6609 62 209 snR47 3' 251 17 gcaagaatgacgcgaaagcaagaatgacgcgaaagcaagaatgacgcgaaagcaagaatg SH6610 6610 91 12 snR47 3' 256 17 aatcagcaagaatgacgaatcagcaagaatgacgaatcagcaagaatgacgaatcagcaa SH6611 6611 11 126 snR47 3' 261 20 aaaaagaaaatcagcaagaaaaaaagaaaatcagcaagaaaaaaagaaaatcagcaagaa SH6612 6612 38 73 snR47 3' 266 20 taagaaaaaagaaaatcagctaagaaaaaagaaaatcagctaagaaaaaagaaaatcagc SH6613 6613 89 203 snR47 3' 271 23 aataagaataagaaaaaagaaaaaataagaataagaaaaaagaaaaaataagaataagaa SH6614 6614 100 139 snR47 3' 276 22 gcacaataagaataagaaaaaagcacaataagaataagaaaaaagcacaataagaataag SH6615 6615 95 68 snR48 5' 1 18 gaaggtaacatcacttgagaaggtaacatcacttgagaaggtaacatcacttgagaaggt SH6616 6616 58 133 snR48 5' 6 18 taaaggaaggtaacatcataaaggaaggtaacatcataaaggaaggtaacatcataaagg SH6617 6617 34 70 snR48 5' 11 20 caaaaagtaaaggaaggtaacaaaaagtaaaggaaggtaacaaaaagtaaaggaaggtaa SH6618 6618 42 120 snR48 5' 16 18 aggcaaaaagtaaaggaaaggcaaaaagtaaaggaaaggcaaaaagtaaaggaaaggcaa SH6619 6619 53 16 snR48 5' 21 20 aagaaaaaggcaaaaagtaaaagaaaaaggcaaaaagtaaaagaaaaaggcaaaaagtaa SH6620 6620 36 138 snR48 5' 26 20 aattcaagaaaaaggcaaaaaattcaagaaaaaggcaaaaaattcaagaaaaaggcaaaa SH6621 6621 54 24 snR48 5' 31 18 gacaattcaagaaaaagggacaattcaagaaaaagggacaattcaagaaaaagggacaat SH6622 6622 5 7 snR48 5' 36 18 ggattgacaattcaagaaggattgacaattcaagaaggattgacaattcaagaaggattg SH6623 6623 69 201 snR48 5' 41 16 ggcggattgacaattcggcggattgacaattcggcggattgacaattcggcggattgaca SH6624 6624 66 194 snR48 5' 46 13 agggcggattgacagggcggattgacagggcggattgacagggcggattgacagggcgga SH6625 6625 93 42 snR48 5' 51 17 aagaaaaaaagggcggaaagaaaaaaagggcggaaagaaaaaaagggcggaaagaaaaaa SH6626 6626 68 162 snR48 5' 56 20 aaactgaaaagaaaaaaaggaaactgaaaagaaaaaaaggaaactgaaaagaaaaaaagg SH6627 6627 7 170 snR48 5' 61 21 gagaaaaaactgaaaagaaaagagaaaaaactgaaaagaaaagagaaaaaactgaaaaga SH6628 6628 39 91 snR48 5' 66 20 aaaggagaaaaaactgaaaaaaaggagaaaaaactgaaaaaaaggagaaaaaactgaaaa SH6629 6629 15 16 snR48 5' 71 19 gatgaaaggagaaaaaactgatgaaaggagaaaaaactgatgaaaggagaaaaaactgat SH6630 6630 32 44 snR48 5' 76 17 acggatgaaaggagaaaacggatgaaaggagaaaacggatgaaaggagaaaacggatgaa SH6631 6631 102 81 snR48 5' 81 15 gagacggatgaaagggagacggatgaaagggagacggatgaaagggagacggatgaaagg SH6632 6632 82 122 snR48 5' - 2 -14 2 86 17 GAtaaacgagacggatgGAtaaacgagacggatgGAtaaacgagacggatgGAtaaacga SH6633 6633 82 173 snR48 5' - 8 -9 8 91 18 CATTATGAtaaacgagacCATTATGAtaaacgagacCATTATGAtaaacgagacCATTAT SH6634 6634 53 8 snR48 5' - 16 -4 16 96 21 GAAATCATCATTATGAtaaacGAAATCATCATTATGAtaaacGAAATCATCATTATGAta SH6635 6635 83 155 snR48 snR48 1 20 101 20 AAGTGAAATCATCATTATGAAAGTGAAATCATCATTATGAAAGTGAAATCATCATTATGA SH6636 6636 20 149 snR48 snR48 6 25 106 20 GGTATAAGTGAAATCATCATGGTATAAGTGAAATCATCATGGTATAAGTGAAATCATCAT SH6637 6637 82 91 snR48 snR48 11 30 111 20 ATATAGGTATAAGTGAAATCATATAGGTATAAGTGAAATCATATAGGTATAAGTGAAATC SH6638 6638 72 44 snR48 snR48 16 35 116 20 AAAACATATAGGTATAAGTGAAAACATATAGGTATAAGTGAAAACATATAGGTATAAGTG SH6639 6639 55 42 snR48 snR48 21 40 121 20 CAGAAAAAACATATAGGTATCAGAAAAAACATATAGGTATCAGAAAAAACATATAGGTAT SH6640 6640 40 11 snR48 snR48 26 45 126 20 GATGCCAGAAAAAACATATAGATGCCAGAAAAAACATATAGATGCCAGAAAAAACATATA SH6641 6641 12 209 snR48 snR48 31 47 131 17 GAGATGCCAGAAAAAACGAGATGCCAGAAAAAACGAGATGCCAGAAAAAACGAGATGCCA SH6642 6642 49 190 snR48 snR48 36 52 136 17 CATTAGAGATGCCAGAACATTAGAGATGCCAGAACATTAGAGATGCCAGAACATTAGAGA SH6643 6643 36 160 snR48 snR48 41 57 141 17 CCTAACATTAGAGATGCCCTAACATTAGAGATGCCCTAACATTAGAGATGCCCTAACATT SH6644 6644 33 206 snR48 snR48 46 63 146 18 TCACATCCTAACATTAGATCACATCCTAACATTAGATCACATCCTAACATTAGATCACAT SH6645 6645 46 134 snR48 snR48 51 68 151 18 AAACTTCACATCCTAACAAAACTTCACATCCTAACAAAACTTCACATCCTAACAAAACTT SH6646 6646 69 209 snR48 snR48 56 73 156 18 TACTTAAACTTCACATCCTACTTAAACTTCACATCCTACTTAAACTTCACATCCTACTTA SH6647 6647 18 204 snR48 snR48 61 78 161 18 GAGAGTACTTAAACTTCAGAGAGTACTTAAACTTCAGAGAGTACTTAAACTTCAGAGAGT SH6648 6648 24 167 snR48 snR48 66 83 166 18 GAATGGAGAGTACTTAAAGAATGGAGAGTACTTAAAGAATGGAGAGTACTTAAAGAATGG SH6649 6649 98 33 snR48 snR48 71 87 171 17 CATTGAATGGAGAGTACCATTGAATGGAGAGTACCATTGAATGGAGAGTACCATTGAATG SH6650 6650 8 25 snR48 snR48 76 93 176 18 TGTATTCATTGAATGGAGTGTATTCATTGAATGGAGTGTATTCATTGAATGGAGTGTATT SH6651 6651 8 113 snR48 snR48 81 102 181 22 GTCAAAAATTGTATTCATTGAAGTCAAAAATTGTATTCATTGAAGTCAAAAATTGTATTC SH6652 6652 71 81 snR48 snR48 86 107 186 22 ATATTGTCAAAAATTGTATTCAATATTGTCAAAAATTGTATTCAATATTGTCAAAAATTG SH6653 6653 61 193 snR48 snR48 91 110 191 20 CAGATATTGTCAAAAATTGTCAGATATTGTCAAAAATTGTCAGATATTGTCAAAAATTGT SH6654 6654 96 33 snR48 96-113 + 3' 96 196 22 gtaaAATCAGATATTGTCAAAAgtaaAATCAGATATTGTCAAAAgtaaAATCAGATATTG SH6655 6655 75 9 snR48 101-113 + 3' 101 201 21 catagtaaAATCAGATATTGTcatagtaaAATCAGATATTGTcatagtaaAATCAGATAT SH6656 6656 15 171 snR48 106-113 + 3' 106 206 22 tttaatcatagtaaAATCAGATtttaatcatagtaaAATCAGATtttaatcatagtaaAA SH6657 6657 71 155 snR48 111-113 + 3' 111 211 22 gtctgtttaatcatagtaaAATgtctgtttaatcatagtaaAATgtctgtttaatcatag SH6658 6658 91 93 snR48 3' 216 18 ggtctgtttaatcatagtggtctgtttaatcatagtggtctgtttaatcatagtggtctg SH6659 6659 35 201 snR48 3' 221 17 cctcggtctgtttaatccctcggtctgtttaatccctcggtctgtttaatccctcggtct SH6660 6660 27 208 snR48 3' 226 13 ccctcggtctgttccctcggtctgttccctcggtctgttccctcggtctgttccctcggt SH6661 6661 51 151 snR48 3' 231 17 tttttttctccctcggttttttttctccctcggttttttttctccctcggttttttttct SH6662 6662 4 82 snR48 3' 236 18 tccttttttttttctccctccttttttttttctccctccttttttttttctccctccttt SH6663 6663 22 201 snR48 3' 241 23 cttttttagttccttttttttttcttttttagttccttttttttttcttttttagttcct SH6664 6664 28 83 snR48 3' 246 20 cccttttttagttcctttttcccttttttagttcctttttcccttttttagttccttttt SH6665 6665 93 132 snR48 3' 251 17 ggcccttttttagttccggcccttttttagttccggcccttttttagttccggccctttt SH6666 6666 69 61 snR48 3' 256 17 acgtaggcccttttttaacgtaggcccttttttaacgtaggcccttttttaacgtaggcc SH6667 6667 85 196 snR48 3' 261 15 tctacgtaggccctttctacgtaggccctttctacgtaggccctttctacgtaggccctt SH6668 6668 101 138 snR48 3' 266 17 atcatcttctacgtaggatcatcttctacgtaggatcatcttctacgtaggatcatcttc SH6669 6669 24 44 snR48 3' 271 19 cttttacatcatcttctaccttttacatcatcttctaccttttacatcatcttctacctt SH6670 6670 29 20 snR48 3' 276 20 aatctacttttacatcatctaatctacttttacatcatctaatctacttttacatcatct SH6671 6671 91 136 snR48 3' 281 18 gcgaatctacttttacatgcgaatctacttttacatgcgaatctacttttacatgcgaat SH6672 6672 98 185 snR48 3' 286 18 cagatgcgaatctactttcagatgcgaatctactttcagatgcgaatctactttcagatg SH6673 6673 50 3 snR48 3' 291 17 ttctcagatgcgaatctttctcagatgcgaatctttctcagatgcgaatctttctcagat SH6674 6674 74 132 snR48 3' 296 17 aaacattctcagatgcgaaacattctcagatgcgaaacattctcagatgcgaaacattct SH6675 6675 83 24 snR49 5' 1 20 gttttttgactgattttcgagttttttgactgattttcgagttttttgactgattttcga SH6676 6676 26 55 snR49 5' 6 20 gaaaagttttttgactgattgaaaagttttttgactgattgaaaagttttttgactgatt SH6677 6677 15 123 snR49 5' 11 19 gagagaaaagttttttgacgagagaaaagttttttgacgagagaaaagttttttgacgag SH6678 6678 73 165 snR49 5' 16 20 aatcaagagagaaaagttttaatcaagagagaaaagttttaatcaagagagaaaagtttt SH6679 6679 63 90 snR49 5' 21 18 agcaatcaagagagaaaaagcaatcaagagagaaaaagcaatcaagagagaaaaagcaat SH6680 6680 41 165 snR49 5' 26 18 caataagcaatcaagagacaataagcaatcaagagacaataagcaatcaagagacaataa SH6681 6681 20 173 snR49 5' 31 18 gattgcaataagcaatcagattgcaataagcaatcagattgcaataagcaatcagattgc SH6682 6682 40 132 snR49 5' 36 17 gtgagattgcaataagcgtgagattgcaataagcgtgagattgcaataagcgtgagattg SH6683 6683 35 193 snR49 5' 41 18 aaacaagtgagattgcaaaaacaagtgagattgcaaaaacaagtgagattgcaaaaacaa SH6684 6684 25 13 snR49 5' 46 18 ggaaaaaacaagtgagatggaaaaaacaagtgagatggaaaaaacaagtgagatggaaaa SH6685 6685 29 153 snR49 5' 51 20 aaatcaaggaaaaaacaagtaaatcaaggaaaaaacaagtaaatcaaggaaaaaacaagt SH6686 6686 23 156 snR49 5' 56 22 gaaagtaaaatcaaggaaaaaagaaagtaaaatcaaggaaaaaagaaagtaaaatcaagg SH6687 6687 12 170 snR49 5' 61 20 attgaaagtaaaatcaaggaattgaaagtaaaatcaaggaattgaaagtaaaatcaagga SH6688 6688 89 150 snR49 5' 66 22 aaactaaattgaaagtaaaatcaaactaaattgaaagtaaaatcaaactaaattgaaagt SH6689 6689 71 108 snR49 5' 71 22 attgtaaactaaattgaaagtaattgtaaactaaattgaaagtaattgtaaactaaattg SH6690 6690 2 202 snR49 5' 76 22 atgatattgtaaactaaattgaatgatattgtaaactaaattgaatgatattgtaaacta SH6691 6691 47 59 snR49 5' 81 20 cccatgatattgtaaactaacccatgatattgtaaactaacccatgatattgtaaactaa SH6692 6692 18 203 snR49 5' - 3 -14 3 86 18 AGTcccatgatattgtaaAGTcccatgatattgtaaAGTcccatgatattgtaaAGTccc SH6693 6693 37 60 snR49 5' - 8 -9 8 91 18 GATAAAGTcccatgatatGATAAAGTcccatgatatGATAAAGTcccatgatatGATAAA SH6694 6694 83 14 snR49 5' - 12 -4 12 96 17 TGGAGATAAAGTcccatTGGAGATAAAGTcccatTGGAGATAAAGTcccatTGGAGATAA SH6695 6695 40 55 snR49 snR49 1 18 101 18 TAGTCATGGAGATAAAGTTAGTCATGGAGATAAAGTTAGTCATGGAGATAAAGTTAGTCA SH6696 6696 79 197 snR49 snR49 6 22 106 17 GGCATAGTCATGGAGATGGCATAGTCATGGAGATGGCATAGTCATGGAGATGGCATAGTC SH6697 6697 50 161 snR49 snR49 11 27 111 17 GAAATGGCATAGTCATGGAAATGGCATAGTCATGGAAATGGCATAGTCATGGAAATGGCA SH6698 6698 44 85 snR49 snR49 16 32 116 17 ACCTAGAAATGGCATAGACCTAGAAATGGCATAGACCTAGAAATGGCATAGACCTAGAAA SH6699 6699 77 184 snR49 snR49 21 36 121 16 GGCTACCTAGAAATGGGGCTACCTAGAAATGGGGCTACCTAGAAATGGGGCTACCTAGAA SH6700 6700 29 47 snR49 snR49 26 41 126 16 CCATAGGCTACCTAGACCATAGGCTACCTAGACCATAGGCTACCTAGACCATAGGCTACC SH6701 6701 62 173 snR49 snR49 31 47 131 17 CGTTTACCATAGGCTACCGTTTACCATAGGCTACCGTTTACCATAGGCTACCGTTTACCA SH6702 6702 6 69 snR49 snR49 36 52 136 17 GGATTCGTTTACCATAGGGATTCGTTTACCATAGGGATTCGTTTACCATAGGGATTCGTT SH6703 6703 11 104 snR49 snR49 41 57 141 17 CTACGGGATTCGTTTACCTACGGGATTCGTTTACCTACGGGATTCGTTTACCTACGGGAT SH6704 6704 47 33 snR49 snR49 46 62 146 17 ATAATCTACGGGATTCGATAATCTACGGGATTCGATAATCTACGGGATTCGATAATCTAC SH6705 6705 39 144 snR49 snR49 51 67 151 17 TGTGAATAATCTACGGGTGTGAATAATCTACGGGTGTGAATAATCTACGGGTGTGAATAA SH6706 6706 32 108 snR49 snR49 56 73 156 18 CAAACGTGTGAATAATCTCAAACGTGTGAATAATCTCAAACGTGTGAATAATCTCAAACG SH6707 6707 46 116 snR49 snR49 61 78 161 18 GACAACAAACGTGTGAATGACAACAAACGTGTGAATGACAACAAACGTGTGAATGACAAC SH6708 6708 64 213 snR49 snR49 66 82 166 17 CAAAGACAACAAACGTGCAAAGACAACAAACGTGCAAAGACAACAAACGTGCAAAGACAA SH6709 6709 34 3 snR49 snR49 71 88 171 18 TGTCAACAAAGACAACAATGTCAACAAAGACAACAATGTCAACAAAGACAACAATGTCAA SH6710 6710 31 195 snR49 snR49 76 93 176 18 GTTGTTGTCAACAAAGACGTTGTTGTCAACAAAGACGTTGTTGTCAACAAAGACGTTGTT SH6711 6711 44 84 snR49 snR49 81 97 181 17 CTGTGTTGTTGTCAACACTGTGTTGTTGTCAACACTGTGTTGTTGTCAACACTGTGTTGT SH6712 6712 19 12 snR49 snR49 86 103 186 18 CTTACTCTGTGTTGTTGTCTTACTCTGTGTTGTTGTCTTACTCTGTGTTGTTGTCTTACT SH6713 6713 34 72 snR49 snR49 91 109 191 19 CTTTTTCTTACTCTGTGTTCTTTTTCTTACTCTGTGTTCTTTTTCTTACTCTGTGTTCTT SH6714 6714 102 75 snR49 snR49 96 115 196 20 CTTTTGCTTTTTCTTACTCTCTTTTGCTTTTTCTTACTCTCTTTTGCTTTTTCTTACTCT SH6715 6715 88 114 snR49 snR49 101 122 201 22 GATAAATCTTTTGCTTTTTCTTGATAAATCTTTTGCTTTTTCTTGATAAATCTTTTGCTT SH6716 6716 18 5 snR49 snR49 106 125 206 20 AGAGATAAATCTTTTGCTTTAGAGATAAATCTTTTGCTTTAGAGATAAATCTTTTGCTTT SH6717 6717 65 177 snR49 snR49 111 131 211 21 GACAAAAGAGATAAATCTTTTGACAAAAGAGATAAATCTTTTGACAAAAGAGATAAATCT SH6718 6718 56 196 snR49 snR49 116 135 216 20 GATGGACAAAAGAGATAAATGATGGACAAAAGAGATAAATGATGGACAAAAGAGATAAAT SH6719 6719 81 54 snR49 snR49 121 138 221 18 AAAGATGGACAAAAGAGAAAAGATGGACAAAAGAGAAAAGATGGACAAAAGAGAAAAGAT SH6720 6720 93 55 snR49 snR49 126 147 226 22 AAATAAAAAAAAGATGGACAAAAAATAAAAAAAAGATGGACAAAAAATAAAAAAAAGATG SH6721 6721 82 5 snR49 snR49 131 152 231 22 CTTCAAAATAAAAAAAAGATGGCTTCAAAATAAAAAAAAGATGGCTTCAAAATAAAAAAA SH6722 6722 18 78 snR49 snR49 136 155 236 20 CGCCTTCAAAATAAAAAAAACGCCTTCAAAATAAAAAAAACGCCTTCAAAATAAAAAAAA SH6723 6723 44 157 snR49 snR49 141 158 241 18 ACACGCCTTCAAAATAAAACACGCCTTCAAAATAAAACACGCCTTCAAAATAAAACACGC SH6724 6724 100 107 snR49 snR49 146 162 246 17 TGTTACACGCCTTCAAATGTTACACGCCTTCAAATGTTACACGCCTTCAAATGTTACACG SH6725 6725 13 206 snR49 151-165 + 3' 151 251 18 aatAAATGTTACACGCCTaatAAATGTTACACGCCTaatAAATGTTACACGCCTaatAAA SH6726 6726 82 123 snR49 156-165 + 3' 156 256 20 tgtaaccaatAAATGTTACAtgtaaccaatAAATGTTACAtgtaaccaatAAATGTTACA SH6727 6727 71 3 snR49 161-165 + 3' 161 261 20 catgttgtaaccaatAAATGcatgttgtaaccaatAAATGcatgttgtaaccaatAAATG SH6728 6728 20 123 snR49 3' 266 17 gccatgttgtaaccaatgccatgttgtaaccaatgccatgttgtaaccaatgccatgttg SH6729 6729 43 121 snR49 3' 271 18 aaacaagccatgttgtaaaaacaagccatgttgtaaaaacaagccatgttgtaaaaacaa SH6730 6730 60 134 snR49 3' 276 18 caagaaaacaagccatgtcaagaaaacaagccatgtcaagaaaacaagccatgtcaagaa SH6731 6731 50 152 snR49 3' 281 17 gggacaagaaaacaagcgggacaagaaaacaagcgggacaagaaaacaagcgggacaaga SH6732 6732 74 207 snR49 3' 286 18 ttgttagggacaagaaaattgttagggacaagaaaattgttagggacaagaaaattgtta SH6733 6733 96 32 snR49 3' 291 17 gcgattgttagggacaagcgattgttagggacaagcgattgttagggacaagcgattgtt SH6734 6734 50 7 snR49 3' 296 15 ctggcgattgttaggctggcgattgttaggctggcgattgttaggctggcgattgttagg SH6735 6735 22 200 snR49 3' 301 13 ctcctggcgattgctcctggcgattgctcctggcgattgctcctggcgattgctcctggc SH6736 6736 37 34 snR49 3' 306 18 aaaaaaaattctcctggcaaaaaaaattctcctggcaaaaaaaattctcctggcaaaaaa SH6737 6737 74 29 snR49 3' 311 23 gaaaattttcaaaaaaaattctcgaaaattttcaaaaaaaattctcgaaaattttcaaaa SH6738 6738 12 134 snR49 3' 316 23 tagaagaaaattttcaaaaaaaatagaagaaaattttcaaaaaaaatagaagaaaatttt SH6739 6739 9 29 snR49 3' 321 23 taaaatagaagaaaattttcaaataaaatagaagaaaattttcaaataaaatagaagaaa SH6740 6740 62 160 snR49 3' 326 24 cataattaaaatagaagaaaatttcataattaaaatagaagaaaatttcataattaaaat SH6741 6741 94 195 snR49 3' 331 22 gtacataattaaaatagaagaagtacataattaaaatagaagaagtacataattaaaata SH6742 6742 74 171 snR49 3' 336 23 atttatgtacataattaaaatagatttatgtacataattaaaatagatttatgtacataa SH6743 6743 86 107 snR49 3' 341 22 cgacatttatgtacataattaacgacatttatgtacataattaacgacatttatgtacat SH6744 6744 49 92 snR49 3' 346 19 gacgacatttatgtacatagacgacatttatgtacatagacgacatttatgtacatagac SH6745 6745 84 199 snR50 5' 1 13 actccgactggagactccgactggagactccgactggagactccgactggagactccgac SH6746 6746 93 74 snR50 5' 6 13 actgcactccgacactgcactccgacactgcactccgacactgcactccgacactgcact SH6747 6747 76 48 snR50 5' 11 13 cgggcactgcactcgggcactgcactcgggcactgcactcgggcactgcactcgggcact SH6748 6748 19 201 snR50 5' 16 15 gagtaatcgggcactgagtaatcgggcactgagtaatcgggcactgagtaatcgggcact SH6749 6749 101 182 snR50 5' 21 18 gcaattaagagtaatcgggcaattaagagtaatcgggcaattaagagtaatcgggcaatt SH6750 6750 78 125 snR50 5' 26 17 gcgtgcaattaagagtagcgtgcaattaagagtagcgtgcaattaagagtagcgtgcaat SH6751 6751 5 205 snR50 5' 31 17 acgatgcgtgcaattaaacgatgcgtgcaattaaacgatgcgtgcaattaaacgatgcgt SH6752 6752 40 211 snR50 5' 36 13 cacgatgcgtgcacacgatgcgtgcacacgatgcgtgcacacgatgcgtgcacacgatgc SH6753 6753 31 118 snR50 5' 41 13 cttggcacgatgccttggcacgatgccttggcacgatgccttggcacgatgccttggcac SH6754 6754 94 64 snR50 5' 46 17 ccaattaaacttggcacccaattaaacttggcacccaattaaacttggcacccaattaaa SH6755 6755 23 114 snR50 5' 51 20 gagcaataccaattaaacttgagcaataccaattaaacttgagcaataccaattaaactt SH6756 6756 76 108 snR50 5' 56 18 ttcgagcaataccaattattcgagcaataccaattattcgagcaataccaattattcgag SH6757 6757 4 147 snR50 5' 61 17 gatgttcgagcaataccgatgttcgagcaataccgatgttcgagcaataccgatgttcga SH6758 6758 13 88 snR50 5' 66 16 cctagatgttcgagcacctagatgttcgagcacctagatgttcgagcacctagatgttcg SH6759 6759 29 115 snR50 5' 71 18 tcttattcctagatgttctcttattcctagatgttctcttattcctagatgttctcttat SH6760 6760 70 2 snR50 5' 76 18 ccttctcttattcctagaccttctcttattcctagaccttctcttattcctagaccttct SH6761 6761 103 57 snR50 5' 81 18 taagtccttctcttattctaagtccttctcttattctaagtccttctcttattctaagtc SH6762 6762 32 206 snR50 5' - 3 -14 3 86 18 TAAagtaagtccttctctTAAagtaagtccttctctTAAagtaagtccttctctTAAagt SH6763 6763 3 162 snR50 5' - 8 -9 8 91 18 CATTCTAAagtaagtcctCATTCTAAagtaagtcctCATTCTAAagtaagtcctCATTCT SH6764 6764 17 66 snR50 5' - 15 -4 15 96 20 CTTTCATCATTCTAAagtaaCTTTCATCATTCTAAagtaaCTTTCATCATTCTAAagtaa SH6765 6765 101 187 snR50 snR50 1 18 101 18 CCTCTTTCATCATTCTAACCTCTTTCATCATTCTAACCTCTTTCATCATTCTAACCTCTT SH6766 6766 101 24 snR50 snR50 6 22 106 17 GCTACCTCTTTCATCATGCTACCTCTTTCATCATGCTACCTCTTTCATCATGCTACCTCT SH6767 6767 76 105 snR50 snR50 11 28 111 18 CAAATTGCTACCTCTTTCCAAATTGCTACCTCTTTCCAAATTGCTACCTCTTTCCAAATT SH6768 6768 93 97 snR50 snR50 16 32 116 17 GCTGCAAATTGCTACCTGCTGCAAATTGCTACCTGCTGCAAATTGCTACCTGCTGCAAAT SH6769 6769 13 22 snR50 snR50 21 37 121 17 AATCTGCTGCAAATTGCAATCTGCTGCAAATTGCAATCTGCTGCAAATTGCAATCTGCTG SH6770 6770 48 162 snR50 snR50 26 42 126 17 CGAAAAATCTGCTGCAACGAAAAATCTGCTGCAACGAAAAATCTGCTGCAACGAAAAATC SH6771 6771 22 148 snR50 snR50 31 48 131 18 CAATCACGAAAAATCTGCCAATCACGAAAAATCTGCCAATCACGAAAAATCTGCCAATCA SH6772 6772 84 183 snR50 snR50 36 55 136 20 TTTGATTCAATCACGAAAAATTTGATTCAATCACGAAAAATTTGATTCAATCACGAAAAA SH6773 6773 51 132 snR50 snR50 41 58 141 18 TTGTTTGATTCAATCACGTTGTTTGATTCAATCACGTTGTTTGATTCAATCACGTTGTTT SH6774 6774 26 30 snR50 snR50 46 66 146 21 GTTAATCTTTGTTTGATTCAAGTTAATCTTTGTTTGATTCAAGTTAATCTTTGTTTGATT SH6775 6775 29 89 snR50 snR50 51 70 151 20 AAAGGTTAATCTTTGTTTGAAAAGGTTAATCTTTGTTTGAAAAGGTTAATCTTTGTTTGA SH6776 6776 64 134 snR50 snR50 56 74 156 19 CTGTAAAGGTTAATCTTTGCTGTAAAGGTTAATCTTTGCTGTAAAGGTTAATCTTTGCTG SH6777 6777 2 195 snR50 snR50 61 78 161 18 GGTTCTGTAAAGGTTAATGGTTCTGTAAAGGTTAATGGTTCTGTAAAGGTTAATGGTTCT SH6778 6778 39 158 snR50 snR50 66 80 166 15 GCGGTTCTGTAAAGGGCGGTTCTGTAAAGGGCGGTTCTGTAAAGGGCGGTTCTGTAAAGG SH6779 6779 87 69 snR50 snR50 71 85 171 15 GTGTAGCGGTTCTGTGTGTAGCGGTTCTGTGTGTAGCGGTTCTGTGTGTAGCGGTTCTGT SH6780 6780 47 186 snR50 76-90 + 3' 76 176 16 gTATCAGTGTAGCGGTgTATCAGTGTAGCGGTgTATCAGTGTAGCGGTgTATCAGTGTAG SH6781 6781 92 10 snR50 81-90 + 3' 81 181 20 cttacattagTATCAGTGTActtacattagTATCAGTGTActtacattagTATCAGTGTA SH6782 6782 50 85 snR50 86-90 + 3' 86 186 20 tgtttcttacattagTATCAtgtttcttacattagTATCAtgtttcttacattagTATCA SH6783 6783 77 165 snR50 3' 191 20 ggaaatgtttcttacattagggaaatgtttcttacattagggaaatgtttcttacattag SH6784 6784 92 73 snR50 3' 196 20 ataaaggaaatgtttcttacataaaggaaatgtttcttacataaaggaaatgtttcttac SH6785 6785 100 57 snR50 3' 201 23 gaaaaaaaataaaggaaatgtttgaaaaaaaataaaggaaatgtttgaaaaaaaataaag SH6786 6786 67 9 snR50 3' 206 22 gctagaaaaaaaataaaggaaagctagaaaaaaaataaaggaaagctagaaaaaaaataa SH6787 6787 91 77 snR50 3' 211 20 cgggctagaaaaaaaataaacgggctagaaaaaaaataaacgggctagaaaaaaaataaa SH6788 6788 69 13 snR50 3' 216 18 ctacgggctagaaaaaaactacgggctagaaaaaaactacgggctagaaaaaaactacgg SH6789 6789 97 77 snR50 3' 221 15 cactacgggctagaacactacgggctagaacactacgggctagaacactacgggctagaa SH6790 6790 39 7 snR50 3' 226 13 gtacactacgggcgtacactacgggcgtacactacgggcgtacactacgggcgtacacta SH6791 6791 28 7 snR50 3' 231 20 aaaactataagagtacactaaaaactataagagtacactaaaaactataagagtacacta SH6792 6792 25 17 snR50 3' 236 22 aaatatcaaaactataagagtaaaatatcaaaactataagagtaaaatatcaaaactata SH6793 6793 19 43 snR50 3' 241 22 aaaggaaatatcaaaactataaaaaggaaatatcaaaactataaaaaggaaatatcaaaa SH6794 6794 5 123 snR50 3' 246 20 tagaaaggaaatatcaaaactagaaaggaaatatcaaaactagaaaggaaatatcaaaac SH6795 6795 2 171 snR50 3' 251 20 aaagatagaaaggaaatatcaaagatagaaaggaaatatcaaagatagaaaggaaatatc SH6796 6796 59 157 snR50 3' 256 20 tttacaaagatagaaaggaatttacaaagatagaaaggaatttacaaagatagaaaggaa SH6797 6797 96 129 snR50 3' 261 22 atttacatttacaaagatagaaatttacatttacaaagatagaaatttacatttacaaag SH6798 6798 54 80 snR50 3' 266 22 tgattatttacatttacaaagatgattatttacatttacaaagatgattatttacattta SH6799 6799 34 140 snR52 5' 1 20 aatcttttgaacagaacattaatcttttgaacagaacattaatcttttgaacagaacatt SH6800 6800 74 70 snR52 5' 6 19 ccaaaatcttttgaacagaccaaaatcttttgaacagaccaaaatcttttgaacagacca SH6801 6801 99 136 snR52 5' 11 20 gtttgaccaaaatcttttgagtttgaccaaaatcttttgagtttgaccaaaatcttttga SH6802 6802 24 198 snR52 5' 16 17 gcgtttgaccaaaatctgcgtttgaccaaaatctgcgtttgaccaaaatctgcgtttgac SH6803 6803 49 17 snR52 5' 21 17 ctacagcgtttgaccaactacagcgtttgaccaactacagcgtttgaccaactacagcgt SH6804 6804 82 88 snR52 5' 26 17 cacttctacagcgtttgcacttctacagcgtttgcacttctacagcgtttgcacttctac SH6805 6805 25 98 snR52 5' 31 17 actttcacttctacagcactttcacttctacagcactttcacttctacagcactttcact SH6806 6806 83 43 snR52 5' 36 17 caccaactttcacttctcaccaactttcacttctcaccaactttcacttctcaccaactt SH6807 6807 72 190 snR52 5' 41 15 gcgcaccaactttcagcgcaccaactttcagcgcaccaactttcagcgcaccaactttca SH6808 6808 81 156 snR52 5' 46 13 catgcgcaccaaccatgcgcaccaaccatgcgcaccaaccatgcgcaccaaccatgcgca SH6809 6809 38 122 snR52 5' 51 15 gccgaaacatgcgcagccgaaacatgcgcagccgaaacatgcgcagccgaaacatgcgca SH6810 6810 21 30 snR52 5' 56 15 cgaacgccgaaacatcgaacgccgaaacatcgaacgccgaaacatcgaacgccgaaacat SH6811 6811 87 152 snR52 5' 61 15 agtttcgaacgccgaagtttcgaacgccgaagtttcgaacgccgaagtttcgaacgccga SH6812 6812 40 43 snR52 5' 66 16 cggagaagtttcgaaccggagaagtttcgaaccggagaagtttcgaaccggagaagtttc SH6813 6813 56 146 snR52 5' 71 16 cactgcggagaagtttcactgcggagaagtttcactgcggagaagtttcactgcggagaa SH6814 6814 68 32 snR52 5' 76 15 ctttcactgcggagactttcactgcggagactttcactgcggagactttcactgcggaga SH6815 6815 38 90 snR52 5' 81 18 tcatttatctttcactgctcatttatctttcactgctcatttatctttcactgctcattt SH6816 6816 35 12 snR52 5' - 5 -14 5 86 20 TAGTAgatcatttatctttcTAGTAgatcatttatctttcTAGTAgatcatttatctttc SH6817 6817 53 133 snR52 5' - 10 -9 10 91 20 CATCATAGTAgatcatttatCATCATAGTAgatcatttatCATCATAGTAgatcatttat SH6818 6818 93 204 snR52 5' - 14 -4 14 96 19 CATTCATCATAGTAgatcaCATTCATCATAGTAgatcaCATTCATCATAGTAgatcaCAT SH6819 6819 39 82 snR52 snR52 1 20 101 20 TAATGTCATTCATCATAGTATAATGTCATTCATCATAGTATAATGTCATTCATCATAGTA SH6820 6820 86 77 snR52 snR52 6 23 106 18 CGCTAATGTCATTCATCACGCTAATGTCATTCATCACGCTAATGTCATTCATCACGCTAA SH6821 6821 85 210 snR52 snR52 11 28 111 18 GTTCACGCTAATGTCATTGTTCACGCTAATGTCATTGTTCACGCTAATGTCATTGTTCAC SH6822 6822 99 81 snR52 snR52 16 32 116 17 GATTGTTCACGCTAATGGATTGTTCACGCTAATGGATTGTTCACGCTAATGGATTGTTCA SH6823 6823 73 24 snR52 snR52 21 36 121 16 CAGAGATTGTTCACGCCAGAGATTGTTCACGCCAGAGATTGTTCACGCCAGAGATTGTTC SH6824 6824 90 11 snR52 snR52 26 45 126 20 ATTTTGTATCAGAGATTGTTATTTTGTATCAGAGATTGTTATTTTGTATCAGAGATTGTT SH6825 6825 87 202 snR52 snR52 31 48 131 18 TCGATTTTGTATCAGAGATCGATTTTGTATCAGAGATCGATTTTGTATCAGAGATCGATT SH6826 6826 92 202 snR52 snR52 36 55 136 20 AAATCTTTCGATTTTGTATCAAATCTTTCGATTTTGTATCAAATCTTTCGATTTTGTATC SH6827 6827 63 39 snR52 snR52 41 60 141 20 TCCTAAAATCTTTCGATTTTTCCTAAAATCTTTCGATTTTTCCTAAAATCTTTCGATTTT SH6828 6828 38 28 snR52 snR52 46 64 146 19 CTAATCCTAAAATCTTTCGCTAATCCTAAAATCTTTCGCTAATCCTAAAATCTTTCGCTA SH6829 6829 71 96 snR52 snR52 51 70 151 20 GTTTTTCTAATCCTAAAATCGTTTTTCTAATCCTAAAATCGTTTTTCTAATCCTAAAATC SH6830 6830 28 175 snR52 snR52 56 75 156 20 CATAAGTTTTTCTAATCCTACATAAGTTTTTCTAATCCTACATAAGTTTTTCTAATCCTA SH6831 6831 28 204 snR52 snR52 61 80 161 20 GGCAACATAAGTTTTTCTAAGGCAACATAAGTTTTTCTAAGGCAACATAAGTTTTTCTAA SH6832 6832 58 53 snR52 snR52 66 83 166 18 GAAGGCAACATAAGTTTTGAAGGCAACATAAGTTTTGAAGGCAACATAAGTTTTGAAGGC SH6833 6833 22 30 snR52 snR52 71 87 171 17 GAAGGAAGGCAACATAAGAAGGAAGGCAACATAAGAAGGAAGGCAACATAAGAAGGAAGG SH6834 6834 36 175 snR52 snR52 76 92 176 17 TTTCAGAAGGAAGGCAATTTCAGAAGGAAGGCAATTTCAGAAGGAAGGCAATTTCAGAAG SH6835 6835 52 6 snR52 81-92 + 3' 81 181 22 aaaaaataaaTTTCAGAAGGAAaaaaaataaaTTTCAGAAGGAAaaaaaataaaTTTCAG SH6836 6836 28 190 snR52 86-92 + 3' 86 186 22 gtgacaaaaaataaaTTTCAGAgtgacaaaaaataaaTTTCAGAgtgacaaaaaataaaT SH6837 6837 49 34 snR52 91-92 + 3' 91 191 22 caatagtgacaaaaaataaaTTcaatagtgacaaaaaataaaTTcaatagtgacaaaaaa SH6838 6838 62 67 snR52 3' 196 22 cataacaatagtgacaaaaaatcataacaatagtgacaaaaaatcataacaatagtgaca SH6839 6839 40 188 snR52 3' 201 20 ttacataacaatagtgacaattacataacaatagtgacaattacataacaatagtgacaa SH6840 6840 72 205 snR52 3' 206 20 gcattttacataacaatagtgcattttacataacaatagtgcattttacataacaatagt SH6841 6841 28 167 snR52 3' 211 18 gtggcattttacataacagtggcattttacataacagtggcattttacataacagtggca SH6842 6842 45 69 snR52 3' 216 17 agaggtggcattttacaagaggtggcattttacaagaggtggcattttacaagaggtggc SH6843 6843 17 207 snR52 3' 221 15 gtcagaggtggcattgtcagaggtggcattgtcagaggtggcattgtcagaggtggcatt SH6844 6844 51 209 snR52 3' 226 16 catactgtcagaggtgcatactgtcagaggtgcatactgtcagaggtgcatactgtcaga SH6845 6845 53 126 snR52 3' 231 16 cgttccatactgtcagcgttccatactgtcagcgttccatactgtcagcgttccatactg SH6846 6846 20 61 snR52 3' 236 17 agtttgcgttccatactagtttgcgttccatactagtttgcgttccatactagtttgcgt SH6847 6847 80 199 snR52 3' 241 16 cagaagtttgcgttcccagaagtttgcgttcccagaagtttgcgttcccagaagtttgcg SH6848 6848 67 206 snR52 3' 246 17 actagacagaagtttgcactagacagaagtttgcactagacagaagtttgcactagacag SH6849 6849 60 200 snR52 3' 251 17 tatccactagacagaagtatccactagacagaagtatccactagacagaagtatccacta SH6850 6850 28 60 snR52 3' 256 17 tctgttatccactagactctgttatccactagactctgttatccactagactctgttatc SH6851 6851 41 30 snR52 3' 261 19 gaaaaattctgttatccacgaaaaattctgttatccacgaaaaattctgttatccacgaa SH6852 6852 28 58 snR52 3' 266 20 gccatagaaaaattctgttagccatagaaaaattctgttagccatagaaaaattctgtta SH6853 6853 55 81 snR52 3' 271 18 ttggccatagaaaaattcttggccatagaaaaattcttggccatagaaaaattcttggcc SH6854 6854 68 109 snR56 5' 1 15 gggtgaccacacctagggtgaccacacctagggtgaccacacctagggtgaccacaccta SH6855 6855 40 65 snR56 5' 6 13 gttgggtgaccacgttgggtgaccacgttgggtgaccacgttgggtgaccacgttgggtg SH6856 6856 5 150 snR56 5' 11 18 gaaaaaaacagttgggtggaaaaaaacagttgggtggaaaaaaacagttgggtggaaaaa SH6857 6857 95 41 snR56 5' 16 21 gaaaaagagaaaaaaacagttgaaaaagagaaaaaaacagttgaaaaagagaaaaaaaca SH6858 6858 91 53 snR56 5' 21 23 aaaaaaagaaaaagagaaaaaaaaaaaaaagaaaaagagaaaaaaaaaaaaaagaaaaag SH6859 6859 46 190 snR56 5' 26 23 aaaaaaaaaaaagaaaaagagaaaaaaaaaaaaaagaaaaagagaaaaaaaaaaaaaaga SH6860 6860 64 92 snR56 5' 31 25 catttcaaaaaaaaaaaaagaaaaacatttcaaaaaaaaaaaaagaaaaacatttcaaaa SH6861 6861 57 25 snR56 5' 36 22 gccatttcaaaaaaaaaaaaaggccatttcaaaaaaaaaaaaaggccatttcaaaaaaaa SH6862 6862 32 18 snR56 5' 41 20 ctagccatttcaaaaaaaaactagccatttcaaaaaaaaactagccatttcaaaaaaaaa SH6863 6863 104 128 snR56 5' 46 18 cgtctagccatttcaaaacgtctagccatttcaaaacgtctagccatttcaaaacgtcta SH6864 6864 23 55 snR56 5' 51 16 caccgtctagccatttcaccgtctagccatttcaccgtctagccatttcaccgtctagcc SH6865 6865 50 111 snR56 5' 56 13 agcaccgtctagcagcaccgtctagcagcaccgtctagcagcaccgtctagcagcaccgt SH6866 6866 77 81 snR56 5' 61 15 cagcaaaagcaccgtcagcaaaagcaccgtcagcaaaagcaccgtcagcaaaagcaccgt SH6867 6867 17 185 snR56 5' 66 17 cttttaccagcaaaagccttttaccagcaaaagccttttaccagcaaaagccttttacca SH6868 6868 5 15 snR56 5' 71 18 gtttttcttttaccagcagtttttcttttaccagcagtttttcttttaccagcagttttt SH6869 6869 49 66 snR56 5' 76 20 aacaagagtttttcttttacaacaagagtttttcttttacaacaagagtttttcttttac SH6870 6870 78 127 snR56 5' 81 20 attgaaacaagagtttttctattgaaacaagagtttttctattgaaacaagagtttttct SH6871 6871 79 99 snR56 5' - 5 -14 5 86 20 GTTAAattgaaacaagagttGTTAAattgaaacaagagttGTTAAattgaaacaagagtt SH6872 6872 89 184 snR56 5' - 11 -9 11 91 21 CATCATGTTAAattgaaacaaCATCATGTTAAattgaaacaaCATCATGTTAAattgaaa SH6873 6873 102 108 snR56 5' - 17 -4 17 96 22 TTTTTTCATCATGTTAAattgaTTTTTTCATCATGTTAAattgaTTTTTTCATCATGTTA SH6874 6874 41 102 snR56 snR56 1 23 101 23 AATATATTTTTTCATCATGTTAAAATATATTTTTTCATCATGTTAAAATATATTTTTTCA SH6875 6875 86 137 snR56 snR56 6 28 106 23 GTGTTAATATATTTTTTCATCATGTGTTAATATATTTTTTCATCATGTGTTAATATATTT SH6876 6876 88 195 snR56 snR56 11 32 111 22 GTCTGTGTTAATATATTTTTTCGTCTGTGTTAATATATTTTTTCGTCTGTGTTAATATAT SH6877 6877 78 94 snR56 snR56 16 35 116 20 CAGGTCTGTGTTAATATATTCAGGTCTGTGTTAATATATTCAGGTCTGTGTTAATATATT SH6878 6878 51 92 snR56 snR56 21 38 121 18 GTACAGGTCTGTGTTAATGTACAGGTCTGTGTTAATGTACAGGTCTGTGTTAATGTACAG SH6879 6879 96 144 snR56 snR56 26 40 126 15 CAGTACAGGTCTGTGCAGTACAGGTCTGTGCAGTACAGGTCTGTGCAGTACAGGTCTGTG SH6880 6880 33 203 snR56 snR56 31 48 131 18 GAAAAGTTCAGTACAGGTGAAAAGTTCAGTACAGGTGAAAAGTTCAGTACAGGTGAAAAG SH6881 6881 32 111 snR56 snR56 36 53 136 18 ACTTCGAAAAGTTCAGTAACTTCGAAAAGTTCAGTAACTTCGAAAAGTTCAGTAACTTCG SH6882 6882 43 88 snR56 snR56 41 58 141 18 GCAAAACTTCGAAAAGTTGCAAAACTTCGAAAAGTTGCAAAACTTCGAAAAGTTGCAAAA SH6883 6883 2 18 snR56 snR56 46 63 146 18 TATCTGCAAAACTTCGAATATCTGCAAAACTTCGAATATCTGCAAAACTTCGAATATCTG SH6884 6884 66 106 snR56 snR56 51 70 151 20 ATATTGTTATCTGCAAAACTATATTGTTATCTGCAAAACTATATTGTTATCTGCAAAACT SH6885 6885 28 130 snR56 snR56 56 73 156 18 GCAATATTGTTATCTGCAGCAATATTGTTATCTGCAGCAATATTGTTATCTGCAGCAATA SH6886 6886 5 188 snR56 snR56 61 82 161 22 AGAAAAAAAGCAATATTGTTATAGAAAAAAAGCAATATTGTTATAGAAAAAAAGCAATAT SH6887 6887 5 53 snR56 snR56 66 85 166 20 CAGAGAAAAAAAGCAATATTCAGAGAAAAAAAGCAATATTCAGAGAAAAAAAGCAATATT SH6888 6888 57 108 snR56 snR56 71 88 171 18 AGTCAGAGAAAAAAAGCAAGTCAGAGAAAAAAAGCAAGTCAGAGAAAAAAAGCAAGTCAG SH6889 6889 100 176 snR56 76-88 + 3' 76 176 20 tagttaaAGTCAGAGAAAAAtagttaaAGTCAGAGAAAAAtagttaaAGTCAGAGAAAAA SH6890 6890 78 3 snR56 81-88 + 3' 81 181 18 gattagttaaAGTCAGAGgattagttaaAGTCAGAGgattagttaaAGTCAGAGgattag SH6891 6891 60 74 snR56 86-88 + 3' 86 186 20 taagaacgattagttaaAGTtaagaacgattagttaaAGTtaagaacgattagttaaAGT SH6892 6892 22 110 snR56 3' 191 20 agaaataagaacgattagttagaaataagaacgattagttagaaataagaacgattagtt SH6893 6893 14 98 snR56 3' 196 20 tatacagaaataagaacgattatacagaaataagaacgattatacagaaataagaacgat SH6894 6894 40 164 snR56 3' 201 22 catagtatatacagaaataagacatagtatatacagaaataagacatagtatatacagaa SH6895 6895 96 15 snR56 3' 206 20 ggtcatagtatatacagaaaggtcatagtatatacagaaaggtcatagtatatacagaaa SH6896 6896 54 65 snR56 3' 211 18 caaggtcatagtatataccaaggtcatagtatataccaaggtcatagtatataccaaggt SH6897 6897 88 13 snR56 3' 216 18 gtttgcaaggtcatagtagtttgcaaggtcatagtagtttgcaaggtcatagtagtttgc SH6898 6898 22 79 snR56 3' 221 17 caaggtttgcaaggtcacaaggtttgcaaggtcacaaggtttgcaaggtcacaaggtttg SH6899 6899 52 150 snR56 3' 226 18 gcatttcaaggtttgcaagcatttcaaggtttgcaagcatttcaaggtttgcaagcattt SH6900 6900 72 99 snR56 3' 231 20 gaattttgcatttcaaggttgaattttgcatttcaaggttgaattttgcatttcaaggtt SH6901 6901 43 18 snR56 3' 236 20 aatacgaattttgcatttcaaatacgaattttgcatttcaaatacgaattttgcatttca SH6902 6902 31 173 snR56 3' 241 18 gagaatacgaattttgcagagaatacgaattttgcagagaatacgaattttgcagagaat SH6903 6903 33 45 snR56 3' 246 18 tagcagagaatacgaatttagcagagaatacgaatttagcagagaatacgaatttagcag SH6904 6904 26 90 snR56 3' 251 18 caatttagcagagaataccaatttagcagagaataccaatttagcagagaataccaattt SH6905 6905 13 48 snR56 3' 256 20 aatttttcaatttagcagagaatttttcaatttagcagagaatttttcaatttagcagag SH6906 6906 92 43 snR56 3' 261 21 gctctaaatttttcaatttaggctctaaatttttcaatttaggctctaaatttttcaatt SH6907 6907 66 200 snR56 3' 266 20 tcatgctctaaatttttcaatcatgctctaaatttttcaatcatgctctaaatttttcaa SH6908 6908 32 147 snR58 5' 1 15 actggcctgttagctactggcctgttagctactggcctgttagctactggcctgttagct SH6909 6909 61 47 snR58 5' 6 15 caagtactggcctgtcaagtactggcctgtcaagtactggcctgtcaagtactggcctgt SH6910 6910 38 36 snR58 5' 11 15 acctgcaagtactggacctgcaagtactggacctgcaagtactggacctgcaagtactgg SH6911 6911 4 112 snR58 5' 16 17 aaacctaacctgcaagtaaacctaacctgcaagtaaacctaacctgcaagtaaacctaac SH6912 6912 58 153 snR58 5' 21 17 cacgaaaacctaacctgcacgaaaacctaacctgcacgaaaacctaacctgcacgaaaac SH6913 6913 8 109 snR58 5' 26 17 ctgagcacgaaaacctactgagcacgaaaacctactgagcacgaaaacctactgagcacg SH6914 6914 86 180 snR58 5' 31 17 ctcatctgagcacgaaactcatctgagcacgaaactcatctgagcacgaaactcatctga SH6915 6915 24 97 snR58 5' 36 15 ctgctcatctgagcactgctcatctgagcactgctcatctgagcactgctcatctgagca SH6916 6916 77 107 snR58 5' 41 17 ccatgatctgctcatctccatgatctgctcatctccatgatctgctcatctccatgatct SH6917 6917 54 96 snR58 5' 46 16 cagtccatgatctgctcagtccatgatctgctcagtccatgatctgctcagtccatgatc SH6918 6918 92 116 snR58 5' 51 17 acaatgcagtccatgatacaatgcagtccatgatacaatgcagtccatgatacaatgcag SH6919 6919 91 177 snR58 5' 56 15 agcacaatgcagtccagcacaatgcagtccagcacaatgcagtccagcacaatgcagtcc SH6920 6920 31 196 snR58 5' 61 17 caacaacagcacaatgccaacaacagcacaatgccaacaacagcacaatgccaacaacag SH6921 6921 12 11 snR58 5' 66 15 gtgcaacaacagcacgtgcaacaacagcacgtgcaacaacagcacgtgcaacaacagcac SH6922 6922 77 136 snR58 5' 71 18 aatttactgtgcaacaacaatttactgtgcaacaacaatttactgtgcaacaacaattta SH6923 6923 20 158 snR58 5' 76 20 tatacaaaatttactgtgcatatacaaaatttactgtgcatatacaaaatttactgtgca SH6924 6924 79 67 snR58 5' - 1 -19 1 81 21 GtatggtatacaaaatttactGtatggtatacaaaatttactGtatggtatacaaaattt SH6925 6925 7 146 snR58 5' - 7 -14 7 86 22 CATAAAGtatggtatacaaaatCATAAAGtatggtatacaaaatCATAAAGtatggtata SH6926 6926 26 53 snR58 5' - 1 -9 10 91 20 CATCATAAAGtatggtatacCATCATAAAGtatggtatacCATCATAAAGtatggtatac SH6927 6927 104 49 snR58 5' - 15 -4 15 96 20 AATATCATCATAAAGtatggAATATCATCATAAAGtatggAATATCATCATAAAGtatgg SH6928 6928 53 6 snR58 snR58 1 21 101 21 GTAAAGAATATCATCATAAAGGTAAAGAATATCATCATAAAGGTAAAGAATATCATCATA SH6929 6929 27 138 snR58 snR58 6 25 106 20 GTTCGTAAAGAATATCATCAGTTCGTAAAGAATATCATCAGTTCGTAAAGAATATCATCA SH6930 6930 58 158 snR58 snR58 11 31 111 21 CTAAAAGTTCGTAAAGAATATCTAAAAGTTCGTAAAGAATATCTAAAAGTTCGTAAAGAA SH6931 6931 79 133 snR58 snR58 16 33 116 18 GTCTAAAAGTTCGTAAAGGTCTAAAAGTTCGTAAAGGTCTAAAAGTTCGTAAAGGTCTAA SH6932 6932 39 177 snR58 snR58 21 38 121 18 CTAACGTCTAAAAGTTCGCTAACGTCTAAAAGTTCGCTAACGTCTAAAAGTTCGCTAACG SH6933 6933 91 157 snR58 snR58 26 43 126 18 GAAGTCTAACGTCTAAAAGAAGTCTAACGTCTAAAAGAAGTCTAACGTCTAAAAGAAGTC SH6934 6934 99 123 snR58 snR58 31 47 131 17 TTCAGAAGTCTAACGTCTTCAGAAGTCTAACGTCTTCAGAAGTCTAACGTCTTCAGAAGT SH6935 6935 99 118 snR58 snR58 36 52 136 17 TCTCCTTCAGAAGTCTATCTCCTTCAGAAGTCTATCTCCTTCAGAAGTCTATCTCCTTCA SH6936 6936 49 83 snR58 snR58 41 58 141 18 GTCTAATCTCCTTCAGAAGTCTAATCTCCTTCAGAAGTCTAATCTCCTTCAGAAGTCTAA SH6937 6937 55 163 snR58 snR58 46 62 146 17 GAGGGTCTAATCTCCTTGAGGGTCTAATCTCCTTGAGGGTCTAATCTCCTTGAGGGTCTA SH6938 6938 6 161 snR58 snR58 51 67 151 17 CATAGGAGGGTCTAATCCATAGGAGGGTCTAATCCATAGGAGGGTCTAATCCATAGGAGG SH6939 6939 57 110 snR58 snR58 56 68 156 13 CCATAGGAGGGTCCCATAGGAGGGTCCCATAGGAGGGTCCCATAGGAGGGTCCCATAGGA SH6940 6940 63 17 snR58 snR58 61 77 161 17 GTTTCTCTTCCATAGGAGTTTCTCTTCCATAGGAGTTTCTCTTCCATAGGAGTTTCTCTT SH6941 6941 68 21 snR58 snR58 66 82 166 17 AACGAGTTTCTCTTCCAAACGAGTTTCTCTTCCAAACGAGTTTCTCTTCCAAACGAGTTT SH6942 6942 95 126 snR58 snR58 71 88 171 18 AAGTTTAACGAGTTTCTCAAGTTTAACGAGTTTCTCAAGTTTAACGAGTTTCTCAAGTTT SH6943 6943 83 131 snR58 snR58 76 93 176 18 CAGATAAGTTTAACGAGTCAGATAAGTTTAACGAGTCAGATAAGTTTAACGAGTCAGATA SH6944 6944 77 112 snR58 81-96 + 3' 81 181 19 cctACTCAGATAAGTTTAAcctACTCAGATAAGTTTAAcctACTCAGATAAGTTTAAcct SH6945 6945 30 131 snR58 86-96 + 3' 86 186 18 catacctACTCAGATAAGcatacctACTCAGATAAGcatacctACTCAGATAAGcatacc SH6946 6946 29 85 snR58 81-96 + 3' 91 191 17 tacacatacctACTCAGtacacatacctACTCAGtacacatacctACTCAGtacacatac SH6947 6947 80 125 snR58 96 + 3' 96 196 18 cgcatatacacatacctAcgcatatacacatacctAcgcatatacacatacctAcgcata SH6948 6948 38 10 snR58 3' 201 17 gagacgcatatacacatgagacgcatatacacatgagacgcatatacacatgagacgcat SH6949 6949 15 199 snR58 3' 206 18 atacaagagacgcatataatacaagagacgcatataatacaagagacgcatataatacaa SH6950 6950 85 192 snR58 3' 211 18 gtataatacaagagacgcgtataatacaagagacgcgtataatacaagagacgcgtataa SH6951 6951 58 101 snR58 3' 216 21 gaacatttgtataatacaagagaacatttgtataatacaagagaacatttgtataataca SH6952 6952 54 75 snR58 3' 221 23 gaaataagaacatttgtataatagaaataagaacatttgtataatagaaataagaacatt SH6953 6953 94 205 snR58 3' 226 21 caagaaataagaacatttgtacaagaaataagaacatttgtacaagaaataagaacattt SH6954 6954 90 19 snR58 3' 231 19 ggacaagaaataagaacatggacaagaaataagaacatggacaagaaataagaacatgga SH6955 6955 41 191 snR58 3' 236 17 gcaggacaagaaataaggcaggacaagaaataaggcaggacaagaaataaggcaggacaa SH6956 6956 73 88 snR58 3' 241 18 aaaaatgcaggacaagaaaaaaatgcaggacaagaaaaaaatgcaggacaagaaaaaaat SH6957 6957 64 17 snR58 3' 246 16 cggaaaaatgcaggaccggaaaaatgcaggaccggaaaaatgcaggaccggaaaaatgca SH6958 6958 99 209 snR58 3' 251 18 caatactcggaaaaatgccaatactcggaaaaatgccaatactcggaaaaatgccaatac SH6959 6959 46 129 snR58 3' 256 18 tttaccaatactcggaaatttaccaatactcggaaatttaccaatactcggaaatttacc SH6960 6960 85 36 snR58 3' 261 19 catgaatttaccaatactccatgaatttaccaatactccatgaatttaccaatactccat SH6961 6961 90 178 snR58 3' 266 22 aaaatttacatgaatttaccaaaaaatttacatgaatttaccaaaaaatttacatgaatt SH6962 6962 50 35 snR58 3' 271 22 gatgaaaaatttacatgaatttgatgaaaaatttacatgaatttgatgaaaaatttacat SH6963 6963 77 67 snR58 3' 276 19 gggatgaaaaatttacatggggatgaaaaatttacatggggatgaaaaatttacatgggg SH6964 6964 13 10 snR60 5' 1 17 caacacctgttgtatgtcaacacctgttgtatgtcaacacctgttgtatgtcaacacctg SH6965 6965 10 174 snR60 5' 6 17 tcatacaacacctgttgtcatacaacacctgttgtcatacaacacctgttgtcatacaac SH6966 6966 5 19 snR60 5' 11 17 cacactcatacaacacccacactcatacaacacccacactcatacaacacccacactcat SH6967 6967 49 81 snR60 5' 16 17 cttgtcacactcatacacttgtcacactcatacacttgtcacactcatacacttgtcaca SH6968 6968 76 42 snR60 5' 21 15 gtccttgtcacactcgtccttgtcacactcgtccttgtcacactcgtccttgtcacactc SH6969 6969 70 43 snR60 5' 26 18 tataaagtgtccttgtcatataaagtgtccttgtcatataaagtgtccttgtcatataaa SH6970 6970 41 66 snR60 5' 31 20 aaagatatataaagtgtcctaaagatatataaagtgtcctaaagatatataaagtgtcct SH6971 6971 87 5 snR60 5' 36 22 gattgaaaaagatatataaagtgattgaaaaagatatataaagtgattgaaaaagatata SH6972 6972 37 47 snR60 5' 41 21 gagagattgaaaaagatatatgagagattgaaaaagatatatgagagattgaaaaagata SH6973 6973 66 25 snR60 5' 46 20 gatagagagattgaaaaagagatagagagattgaaaaagagatagagagattgaaaaaga SH6974 6974 93 39 snR60 5' 51 17 cggatagagagattgaacggatagagagattgaacggatagagagattgaacggatagag SH6975 6975 91 166 snR60 5' 56 15 ggccggatagagagaggccggatagagagaggccggatagagagaggccggatagagaga SH6976 6976 39 39 snR60 5' 61 13 gaaggccggataggaaggccggataggaaggccggataggaaggccggataggaaggccg SH6977 6977 48 14 snR60 5' 66 13 gccaagaaggccggccaagaaggccggccaagaaggccggccaagaaggccggccaagaa SH6978 6978 16 56 snR60 5' 71 16 gctatcctgccaagaagctatcctgccaagaagctatcctgccaagaagctatcctgcca SH6979 6979 95 131 snR60 5' 76 16 gaaaagctatcctgccgaaaagctatcctgccgaaaagctatcctgccgaaaagctatcc SH6980 6980 67 77 snR60 5' 81 18 ttgaaacgaaaagctatcttgaaacgaaaagctatcttgaaacgaaaagctatcttgaaa SH6981 6981 61 117 snR60 5' - 5 -14 5 86 20 TAACAaattgaaacgaaaagTAACAaattgaaacgaaaagTAACAaattgaaacgaaaag SH6982 6982 6 157 snR60 5' - 10 -9 10 91 20 ATCATTAACAaattgaaacgATCATTAACAaattgaaacgATCATTAACAaattgaaacg SH6983 6983 47 102 snR60 5' - 16 -4 16 96 21 GTTATCATCATTAACAaattgGTTATCATCATTAACAaattgGTTATCATCATTAACAaa SH6984 6984 88 112 snR60 snR60 1 20 101 20 TTTGGTTATCATCATTAACATTTGGTTATCATCATTAACATTTGGTTATCATCATTAACA SH6985 6985 35 211 snR60 snR60 6 24 106 19 CATCTTTGGTTATCATCATCATCTTTGGTTATCATCATCATCTTTGGTTATCATCATCAT SH6986 6986 70 112 snR60 snR60 11 28 111 18 TATGCATCTTTGGTTATCTATGCATCTTTGGTTATCTATGCATCTTTGGTTATCTATGCA SH6987 6987 13 153 snR60 snR60 16 32 116 17 GAACTATGCATCTTTGGGAACTATGCATCTTTGGGAACTATGCATCTTTGGGAACTATGC SH6988 6988 15 59 snR60 snR60 21 37 121 17 CAGTTGAACTATGCATCCAGTTGAACTATGCATCCAGTTGAACTATGCATCCAGTTGAAC SH6989 6989 78 212 snR60 snR60 26 44 126 19 GTTCAATCAGTTGAACTATGTTCAATCAGTTGAACTATGTTCAATCAGTTGAACTATGTT SH6990 6990 24 112 snR60 snR60 31 48 131 18 GTATGTTCAATCAGTTGAGTATGTTCAATCAGTTGAGTATGTTCAATCAGTTGAGTATGT SH6991 6991 42 144 snR60 snR60 36 53 136 18 CGATAGTATGTTCAATCACGATAGTATGTTCAATCACGATAGTATGTTCAATCACGATAG SH6992 6992 92 143 snR60 snR60 41 58 141 18 CATTTCGATAGTATGTTCCATTTCGATAGTATGTTCCATTTCGATAGTATGTTCCATTTC SH6993 6993 73 211 snR60 snR60 46 65 146 20 TTATCTTCATTTCGATAGTATTATCTTCATTTCGATAGTATTATCTTCATTTCGATAGTA SH6994 6994 50 183 snR60 snR60 51 72 151 22 GAAATTTTTATCTTCATTTCGAGAAATTTTTATCTTCATTTCGAGAAATTTTTATCTTCA SH6995 6995 66 166 snR60 snR60 56 76 156 21 GATGGAAATTTTTATCTTCATGATGGAAATTTTTATCTTCATGATGGAAATTTTTATCTT SH6996 6996 101 65 snR60 snR60 61 80 161 20 TTTCGATGGAAATTTTTATCTTTCGATGGAAATTTTTATCTTTCGATGGAAATTTTTATC SH6997 6997 44 31 snR60 snR60 66 85 166 20 ACTAATTTCGATGGAAATTTACTAATTTCGATGGAAATTTACTAATTTCGATGGAAATTT SH6998 6998 28 122 snR60 snR60 71 88 171 18 AAGACTAATTTCGATGGAAAGACTAATTTCGATGGAAAGACTAATTTCGATGGAAAGACT SH6999 6999 52 137 snR60 snR60 76 92 176 17 GCGAAAGACTAATTTCGGCGAAAGACTAATTTCGGCGAAAGACTAATTTCGGCGAAAGAC SH7000 7000 72 164 snR60 snR60 81 97 181 17 TAGGAGCGAAAGACTAATAGGAGCGAAAGACTAATAGGAGCGAAAGACTAATAGGAGCGA SH7001 7001 96 68 snR60 snR60 86 101 186 16 CAGATAGGAGCGAAAGCAGATAGGAGCGAAAGCAGATAGGAGCGAAAGCAGATAGGAGCG SH7002 7002 41 50 snR60 91-104 + 3' 91 191 17 aatGTTCAGATAGGAGCaatGTTCAGATAGGAGCaatGTTCAGATAGGAGCaatGTTCAG SH7003 7003 59 213 snR60 96-104 + 3' 96 196 20 tcttttgtaatGTTCAGATAtcttttgtaatGTTCAGATAtcttttgtaatGTTCAGATA SH7004 7004 90 169 snR60 101-104 + 3' 101 201 19 cgtttcttttgtaatGTTCcgtttcttttgtaatGTTCcgtttcttttgtaatGTTCcgt SH7005 7005 95 136 snR60 3' 206 20 agttttcgtttcttttgtaaagttttcgtttcttttgtaaagttttcgtttcttttgtaa SH7006 7006 71 144 snR60 3' 211 20 aatacagttttcgtttctttaatacagttttcgtttctttaatacagttttcgtttcttt SH7007 7007 29 119 snR60 3' 216 20 ttactaatacagttttcgttttactaatacagttttcgttttactaatacagttttcgtt SH7008 7008 69 104 snR60 3' 221 20 gcatattactaatacagtttgcatattactaatacagtttgcatattactaatacagttt SH7009 7009 3 116 snR60 3' 226 20 tacaagcatattactaatactacaagcatattactaatactacaagcatattactaatac SH7010 7010 8 37 snR60 3' 231 20 ccaattacaagcatattactccaattacaagcatattactccaattacaagcatattact SH7011 7011 68 185 snR60 3' 236 18 tctccaattacaagcatatctccaattacaagcatatctccaattacaagcatatctcca SH7012 7012 70 123 snR60 3' 241 17 cccttctccaattacaacccttctccaattacaacccttctccaattacaacccttctcc SH7013 7013 72 203 snR60 3' 246 15 cggcccttctccaatcggcccttctccaatcggcccttctccaatcggcccttctccaat SH7014 7014 7 54 snR60 3' 251 13 cctcggcccttctcctcggcccttctcctcggcccttctcctcggcccttctcctcggcc SH7015 7015 33 54 snR60 3' 256 13 tcgcccctcggcctcgcccctcggcctcgcccctcggcctcgcccctcggcctcgcccct SH7016 7016 40 39 snR60 3' 261 13 tggtctcgccccttggtctcgccccttggtctcgccccttggtctcgccccttggtctcg SH7017 7017 16 165 snR60 3' 266 15 tccacaatggtctcgtccacaatggtctcgtccacaatggtctcgtccacaatggtctcg SH7018 7018 61 94 snR60 3' 271 13 cgctccacaatggcgctccacaatggcgctccacaatggcgctccacaatggcgctccac SH7019 7019 58 115 snR60 3' 276 17 gtttaaaatcgctccacgtttaaaatcgctccacgtttaaaatcgctccacgtttaaaat SH7020 7020 61 203 snR60 3' 281 18 caagaggtttaaaatcgccaagaggtttaaaatcgccaagaggtttaaaatcgccaagag SH7021 7021 43 68 snR60 3' 286 17 gctgcaagaggtttaaagctgcaagaggtttaaagctgcaagaggtttaaagctgcaaga SH7022 7022 65 139 snR62 5' 1 18 tattgtaacagcaacatgtattgtaacagcaacatgtattgtaacagcaacatgtattgt SH7023 7023 37 9 snR62 5' 6 18 ctacgtattgtaacagcactacgtattgtaacagcactacgtattgtaacagcactacgt SH7024 7024 91 58 snR62 5' 11 18 ccattctacgtattgtaaccattctacgtattgtaaccattctacgtattgtaaccattc SH7025 7025 46 210 snR62 5' 16 17 ctgaccattctacgtatctgaccattctacgtatctgaccattctacgtatctgaccatt SH7026 7026 60 150 snR62 5' 21 17 cacttctgaccattctacacttctgaccattctacacttctgaccattctacacttctga SH7027 7027 101 100 snR62 5' 26 15 gcacacttctgaccagcacacttctgaccagcacacttctgaccagcacacttctgacca SH7028 7028 77 15 snR62 5' 31 16 gcatcagcacacttctgcatcagcacacttctgcatcagcacacttctgcatcagcacac SH7029 7029 48 22 snR62 5' 36 17 gtatatgcatcagcacagtatatgcatcagcacagtatatgcatcagcacagtatatgca SH7030 7030 74 97 snR62 5' 41 19 cttcaaagtatatgcatcacttcaaagtatatgcatcacttcaaagtatatgcatcactt SH7031 7031 65 5 snR62 5' 46 18 gacacttcaaagtatatggacacttcaaagtatatggacacttcaaagtatatggacact SH7032 7032 2 85 snR62 5' 51 18 actttgacacttcaaagtactttgacacttcaaagtactttgacacttcaaagtactttg SH7033 7033 38 127 snR62 5' 56 17 agacactttgacacttcagacactttgacacttcagacactttgacacttcagacacttt SH7034 7034 60 210 snR62 5' 61 17 cgttcagacactttgaccgttcagacactttgaccgttcagacactttgaccgttcagac SH7035 7035 20 124 snR62 5' 66 15 acccgttcagacactacccgttcagacactacccgttcagacactacccgttcagacact SH7036 7036 32 72 snR62 5' 71 13 ggcacccgttcagggcacccgttcagggcacccgttcagggcacccgttcagggcacccg SH7037 7037 84 171 snR62 5' 76 13 tttacggcacccgtttacggcacccgtttacggcacccgtttacggcacccgtttacggc SH7038 7038 34 142 snR62 5' 81 17 aataggtcttttacggcaataggtcttttacggcaataggtcttttacggcaataggtct SH7039 7039 40 84 snR62 5' - 7 -14 7 86 22 CATAAAAaagaataggtcttttCATAAAAaagaataggtcttttCATAAAAaagaatagg SH7040 7040 56 178 snR62 5' - 10 -9 10 91 20 CATCATAAAAaagaataggtCATCATAAAAaagaataggtCATCATAAAAaagaataggt SH7041 7041 8 136 snR62 5' - 18 -4 18 96 23 CATAAATTCATCATAAAAaagaaCATAAATTCATCATAAAAaagaaCATAAATTCATCAT SH7042 7042 52 24 snR62 snR62 1 23 101 23 GAAAACATAAATTCATCATAAAAGAAAACATAAATTCATCATAAAAGAAAACATAAATTC SH7043 7043 11 174 snR62 snR62 6 27 106 22 GATTGAAAACATAAATTCATCAGATTGAAAACATAAATTCATCAGATTGAAAACATAAAT SH7044 7044 77 111 snR62 snR62 11 32 111 22 GATAAGATTGAAAACATAAATTGATAAGATTGAAAACATAAATTGATAAGATTGAAAACA SH7045 7045 29 127 snR62 snR62 16 35 116 20 GTAGATAAGATTGAAAACATGTAGATAAGATTGAAAACATGTAGATAAGATTGAAAACAT SH7046 7046 95 38 snR62 snR62 21 41 121 21 GATAATGTAGATAAGATTGAAGATAATGTAGATAAGATTGAAGATAATGTAGATAAGATT SH7047 7047 75 96 snR62 snR62 26 45 126 20 TTCAGATAATGTAGATAAGATTCAGATAATGTAGATAAGATTCAGATAATGTAGATAAGA SH7048 7048 33 195 snR62 snR62 31 52 131 22 CTATTAATTCAGATAATGTAGACTATTAATTCAGATAATGTAGACTATTAATTCAGATAA SH7049 7049 79 25 snR62 snR62 36 57 136 22 GTTAGCTATTAATTCAGATAATGTTAGCTATTAATTCAGATAATGTTAGCTATTAATTCA SH7050 7050 6 60 snR62 snR62 41 60 141 20 ATTGTTAGCTATTAATTCAGATTGTTAGCTATTAATTCAGATTGTTAGCTATTAATTCAG SH7051 7051 61 104 snR62 snR62 46 67 146 22 TATAACTATTGTTAGCTATTAATATAACTATTGTTAGCTATTAATATAACTATTGTTAGC SH7052 7052 12 144 snR62 snR62 51 70 151 20 CATTATAACTATTGTTAGCTCATTATAACTATTGTTAGCTCATTATAACTATTGTTAGCT SH7053 7053 83 29 snR62 snR62 56 75 156 20 TCTTCCATTATAACTATTGTTCTTCCATTATAACTATTGTTCTTCCATTATAACTATTGT SH7054 7054 8 189 snR62 snR62 61 80 161 20 GTATATCTTCCATTATAACTGTATATCTTCCATTATAACTGTATATCTTCCATTATAACT SH7055 7055 12 210 snR62 snR62 66 83 166 18 GTCGTATATCTTCCATTAGTCGTATATCTTCCATTAGTCGTATATCTTCCATTAGTCGTA SH7056 7056 2 178 snR62 snR62 71 88 171 18 TGATAGTCGTATATCTTCTGATAGTCGTATATCTTCTGATAGTCGTATATCTTCTGATAG SH7057 7057 94 163 snR62 snR62 76 95 176 20 GAATTGTTGATAGTCGTATAGAATTGTTGATAGTCGTATAGAATTGTTGATAGTCGTATA SH7058 7058 58 89 snR62 snR62 81 98 181 18 TCAGAATTGTTGATAGTCTCAGAATTGTTGATAGTCTCAGAATTGTTGATAGTCTCAGAA SH7059 7059 71 198 snR62 86-100 + 3' 86 186 22 aaaaaatTTTCAGAATTGTTGAaaaaaatTTTCAGAATTGTTGAaaaaaatTTTCAGAAT SH7060 7060 72 110 snR62 91-100 + 3' 91 191 22 gtaagaaaaaatTTTCAGAATTgtaagaaaaaatTTTCAGAATTgtaagaaaaaatTTTC SH7061 7061 10 198 snR62 96-100 + 3' 96 196 21 ggaagtaagaaaaaatTTTCAggaagtaagaaaaaatTTTCAggaagtaagaaaaaatTT SH7062 7062 21 40 snR62 3' 201 20 tgaaggaagtaagaaaaaattgaaggaagtaagaaaaaattgaaggaagtaagaaaaaat SH7063 7063 33 155 snR62 3' 206 18 tcttgaaggaagtaagaatcttgaaggaagtaagaatcttgaaggaagtaagaatcttga SH7064 7064 16 33 snR62 3' 211 17 accttcttgaaggaagtaccttcttgaaggaagtaccttcttgaaggaagtaccttcttg SH7065 7065 35 92 snR62 3' 216 17 tcactaccttcttgaagtcactaccttcttgaagtcactaccttcttgaagtcactacct SH7066 7066 39 119 snR62 3' 221 17 agaactcactaccttctagaactcactaccttctagaactcactaccttctagaactcac SH7067 7067 10 91 snR62 3' 226 17 tgtgaagaactcactactgtgaagaactcactactgtgaagaactcactactgtgaagaa SH7068 7068 63 20 snR62 3' 231 16 cgcttgtgaagaactccgcttgtgaagaactccgcttgtgaagaactccgcttgtgaaga SH7069 7069 91 26 snR62 3' 236 13 cgcgcttgtgaagcgcgcttgtgaagcgcgcttgtgaagcgcgcttgtgaagcgcgcttg SH7070 7070 93 144 snR62 3' 241 17 cttattttacgcgcttgcttattttacgcgcttgcttattttacgcgcttgcttatttta SH7071 7071 64 84 snR62 3' 246 17 cgcatcttattttacgccgcatcttattttacgccgcatcttattttacgccgcatctta SH7072 7072 66 95 snR62 3' 251 18 tttggacgcatcttattttttggacgcatcttattttttggacgcatcttattttttgga SH7073 7073 42 51 snR62 3' 256 18 caatatttggacgcatctcaatatttggacgcatctcaatatttggacgcatctcaatat SH7074 7074 34 178 snR62 3' 261 17 gtgccaatatttggacggtgccaatatttggacggtgccaatatttggacggtgccaata SH7075 7075 75 54 snR62 3' 266 18 gtatacgtgccaatatttgtatacgtgccaatatttgtatacgtgccaatatttgtatac SH7076 7076 31 35 snR62 3' 271 17 atgtgtatacgtgccaaatgtgtatacgtgccaaatgtgtatacgtgccaaatgtgtata SH7077 7077 60 146 snR62 3' 276 17 cgtacatgtgtatacgtcgtacatgtgtatacgtcgtacatgtgtatacgtcgtacatgt SH7078 7078 71 58 snR62 3' 281 18 tatctacgtacatgtgtatatctacgtacatgtgtatatctacgtacatgtgtatatcta SH7079 7079 2 167 snR63 5' 1 20 ctcactataccattaatcttctcactataccattaatcttctcactataccattaatctt SH7080 7080 87 23 snR63 5' 6 18 gaactcactataccattagaactcactataccattagaactcactataccattagaactc SH7081 7081 58 191 snR63 5' 11 17 gagtgaactcactatacgagtgaactcactatacgagtgaactcactatacgagtgaact SH7082 7082 20 205 snR63 5' 16 15 gcagagtgaactcacgcagagtgaactcacgcagagtgaactcacgcagagtgaactcac SH7083 7083 95 117 snR63 5' 21 16 ctatcggcagagtgaactatcggcagagtgaactatcggcagagtgaactatcggcagag SH7084 7084 64 162 snR63 5' 26 17 caagaactatcggcagacaagaactatcggcagacaagaactatcggcagacaagaacta SH7085 7085 4 104 snR63 5' 31 18 aaatgacaagaactatcgaaatgacaagaactatcgaaatgacaagaactatcgaaatga SH7086 7086 58 206 snR63 5' 36 19 ctaaagaaatgacaagaacctaaagaaatgacaagaacctaaagaaatgacaagaaccta SH7087 7087 103 36 snR63 5' 41 18 gaagctaaagaaatgacagaagctaaagaaatgacagaagctaaagaaatgacagaagct SH7088 7088 40 69 snR63 5' 46 18 agcaagaagctaaagaaaagcaagaagctaaagaaaagcaagaagctaaagaaaagcaag SH7089 7089 7 70 snR63 5' 51 17 gagcagcaagaagctaagagcagcaagaagctaagagcagcaagaagctaagagcagcaa SH7090 7090 31 159 snR63 5' 56 17 acatagagcagcaagaaacatagagcagcaagaaacatagagcagcaagaaacatagagc SH7091 7091 19 32 snR63 5' 61 17 gcaaaacatagagcagcgcaaaacatagagcagcgcaaaacatagagcagcgcaaaacat SH7092 7092 24 53 snR63 5' 66 18 ctttcagcaaaacatagactttcagcaaaacatagactttcagcaaaacatagactttca SH7093 7093 60 39 snR63 5' 71 17 ttcgctttcagcaaaacttcgctttcagcaaaacttcgctttcagcaaaacttcgctttc SH7094 7094 45 73 snR63 5' 76 17 attcattcgctttcagcattcattcgctttcagcattcattcgctttcagcattcattcg SH7095 7095 22 116 snR63 5' 81 18 tccataattcattcgctttccataattcattcgctttccataattcattcgctttccata SH7096 7096 33 124 snR63 5' - 7 -14 7 86 22 CATTAAAagtccataattcattCATTAAAagtccataattcattCATTAAAagtccataa SH7097 7097 4 7 snR63 5' - 10 -9 10 91 20 CATCATTAAAagtccataatCATCATTAAAagtccataatCATCATTAAAagtccataat SH7098 7098 33 137 snR63 5' - 13 -4 13 96 18 CTTCATCATTAAAagtccCTTCATCATTAAAagtccCTTCATCATTAAAagtccCTTCAT SH7099 7099 69 152 snR63 snR63 1 23 101 23 AAATTAAAATCTTCATCATTAAAAAATTAAAATCTTCATCATTAAAAAATTAAAATCTTC SH7100 7100 79 137 snR63 snR63 6 26 106 21 GGAAAATTAAAATCTTCATCAGGAAAATTAAAATCTTCATCAGGAAAATTAAAATCTTCA SH7101 7101 7 132 snR63 snR63 11 30 111 20 CAACGGAAAATTAAAATCTTCAACGGAAAATTAAAATCTTCAACGGAAAATTAAAATCTT SH7102 7102 50 12 snR63 snR63 16 33 116 18 GACCAACGGAAAATTAAAGACCAACGGAAAATTAAAGACCAACGGAAAATTAAAGACCAA SH7103 7103 15 3 snR63 snR63 21 38 121 18 TAATAGACCAACGGAAAATAATAGACCAACGGAAAATAATAGACCAACGGAAAATAATAG SH7104 7104 48 186 snR63 snR63 26 43 126 18 GTTCTTAATAGACCAACGGTTCTTAATAGACCAACGGTTCTTAATAGACCAACGGTTCTT SH7105 7105 44 204 snR63 snR63 31 48 131 18 CTTCTGTTCTTAATAGACCTTCTGTTCTTAATAGACCTTCTGTTCTTAATAGACCTTCTG SH7106 7106 5 183 snR63 snR63 36 54 136 19 GAAGTACTTCTGTTCTTAAGAAGTACTTCTGTTCTTAAGAAGTACTTCTGTTCTTAAGAA SH7107 7107 78 144 snR63 snR63 41 59 141 19 GTTTTGAAGTACTTCTGTTGTTTTGAAGTACTTCTGTTGTTTTGAAGTACTTCTGTTGTT SH7108 7108 65 83 snR63 snR63 46 65 146 20 AAAGTAGTTTTGAAGTACTTAAAGTAGTTTTGAAGTACTTAAAGTAGTTTTGAAGTACTT SH7109 7109 78 4 snR63 snR63 51 70 151 20 CTTAAAAAGTAGTTTTGAAGCTTAAAAAGTAGTTTTGAAGCTTAAAAAGTAGTTTTGAAG SH7110 7110 102 59 snR63 snR63 56 75 156 20 ATGGTCTTAAAAAGTAGTTTATGGTCTTAAAAAGTAGTTTATGGTCTTAAAAAGTAGTTT SH7111 7111 59 68 snR63 snR63 61 78 161 18 AGGATGGTCTTAAAAAGTAGGATGGTCTTAAAAAGTAGGATGGTCTTAAAAAGTAGGATG SH7112 7112 70 99 snR63 snR63 66 83 166 18 GTAAAAGGATGGTCTTAAGTAAAAGGATGGTCTTAAGTAAAAGGATGGTCTTAAGTAAAA SH7113 7113 32 155 snR63 snR63 71 88 171 18 ATACTGTAAAAGGATGGTATACTGTAAAAGGATGGTATACTGTAAAAGGATGGTATACTG SH7114 7114 34 116 snR63 snR63 76 95 176 20 TGAAAAAATACTGTAAAAGGTGAAAAAATACTGTAAAAGGTGAAAAAATACTGTAAAAGG SH7115 7115 72 167 snR63 snR63 81 102 181 22 ACAATATTGAAAAAATACTGTAACAATATTGAAAAAATACTGTAACAATATTGAAAAAAT SH7116 7116 82 167 snR63 snR63 86 108 186 23 AGTTTTACAATATTGAAAAAATAAGTTTTACAATATTGAAAAAATAAGTTTTACAATATT SH7117 7117 76 21 snR63 snR63 91 112 191 22 GAGAAGTTTTACAATATTGAAAGAGAAGTTTTACAATATTGAAAGAGAAGTTTTACAATA SH7118 7118 73 119 snR63 snR63 96 117 196 22 TAAATGAGAAGTTTTACAATATTAAATGAGAAGTTTTACAATATTAAATGAGAAGTTTTA SH7119 7119 2 148 snR63 snR63 101 120 201 20 AAGTAAATGAGAAGTTTTACAAGTAAATGAGAAGTTTTACAAGTAAATGAGAAGTTTTAC SH7120 7120 91 75 snR63 snR63 106 124 206 19 CACAAAGTAAATGAGAAGTCACAAAGTAAATGAGAAGTCACAAAGTAAATGAGAAGTCAC SH7121 7121 46 207 snR63 snR63 111 130 211 20 TAAAGACACAAAGTAAATGATAAAGACACAAAGTAAATGATAAAGACACAAAGTAAATGA SH7122 7122 57 88 snR63 snR63 116 135 216 20 GATCATAAAGACACAAAGTAGATCATAAAGACACAAAGTAGATCATAAAGACACAAAGTA SH7123 7123 70 157 snR63 snR63 121 138 221 18 TGAGATCATAAAGACACATGAGATCATAAAGACACATGAGATCATAAAGACACATGAGAT SH7124 7124 92 44 snR63 snR63 126 143 226 18 AACGATGAGATCATAAAGAACGATGAGATCATAAAGAACGATGAGATCATAAAGAACGAT SH7125 7125 13 202 snR63 snR63 131 147 231 17 CCAGAACGATGAGATCACCAGAACGATGAGATCACCAGAACGATGAGATCACCAGAACGA SH7126 7126 15 118 snR63 snR63 136 150 236 15 CCACCAGAACGATGACCACCAGAACGATGACCACCAGAACGATGACCACCAGAACGATGA SH7127 7127 100 132 snR63 snR63 141 153 241 13 GGTCCACCAGAACGGTCCACCAGAACGGTCCACCAGAACGGTCCACCAGAACGGTCCACC SH7128 7128 66 85 snR63 snR63 146 161 246 16 CTGATTATGGTCCACCCTGATTATGGTCCACCCTGATTATGGTCCACCCTGATTATGGTC SH7129 7129 5 18 snR63 snR63 151 167 251 17 GTGCGTCTGATTATGGTGTGCGTCTGATTATGGTGTGCGTCTGATTATGGTGTGCGTCTG SH7130 7130 39 47 snR63 snR63 156 170 256 15 ACCGTGCGTCTGATTACCGTGCGTCTGATTACCGTGCGTCTGATTACCGTGCGTCTGATT SH7131 7131 92 97 snR63 snR63 161 175 261 15 AGTATACCGTGCGTCAGTATACCGTGCGTCAGTATACCGTGCGTCAGTATACCGTGCGTC SH7132 7132 21 137 snR63 snR63 166 182 266 17 GAAACGAAGTATACCGTGAAACGAAGTATACCGTGAAACGAAGTATACCGTGAAACGAAG SH7133 7133 15 2 snR63 snR63 171 188 271 18 CCAACAGAAACGAAGTATCCAACAGAAACGAAGTATCCAACAGAAACGAAGTATCCAACA SH7134 7134 2 108 snR63 snR63 176 192 276 17 TTCTCCAACAGAAACGATTCTCCAACAGAAACGATTCTCCAACAGAAACGATTCTCCAAC SH7135 7135 68 50 snR63 snR63 181 198 281 18 CCAATATTCTCCAACAGACCAATATTCTCCAACAGACCAATATTCTCCAACAGACCAATA SH7136 7136 47 120 snR63 snR63 186 202 286 17 ACTCCCAATATTCTCCAACTCCCAATATTCTCCAACTCCCAATATTCTCCAACTCCCAAT SH7137 7137 79 70 snR63 snR63 191 210 291 20 ATTAAAAGACTCCCAATATTATTAAAAGACTCCCAATATTATTAAAAGACTCCCAATATT SH7138 7138 89 120 snR63 snR63 196 213 296 18 CACATTAAAAGACTCCCACACATTAAAAGACTCCCACACATTAAAAGACTCCCACACATT SH7139 7139 44 141 snR63 snR63 201 218 301 18 CTCATCACATTAAAAGACCTCATCACATTAAAAGACCTCATCACATTAAAAGACCTCATC SH7140 7140 82 61 snR63 snR63 206 222 306 17 GCCACTCATCACATTAAGCCACTCATCACATTAAGCCACTCATCACATTAAGCCACTCAT SH7141 7141 85 5 snR63 snR63 211 223 311 13 GGCCACTCATCACGGCCACTCATCACGGCCACTCATCACGGCCACTCATCACGGCCACTC SH7142 7142 64 102 snR63 snR63 216 231 316 16 GTTATGTTGGCCACTCGTTATGTTGGCCACTCGTTATGTTGGCCACTCGTTATGTTGGCC SH7143 7143 101 133 snR63 snR63 221 238 321 18 CTATAAGGTTATGTTGGCCTATAAGGTTATGTTGGCCTATAAGGTTATGTTGGCCTATAA SH7144 7144 78 198 snR63 snR63 226 244 326 19 CTATGACTATAAGGTTATGCTATGACTATAAGGTTATGCTATGACTATAAGGTTATGCTA SH7145 7145 98 145 snR63 snR63 231 248 331 18 GTAACTATGACTATAAGGGTAACTATGACTATAAGGGTAACTATGACTATAAGGGTAACT SH7146 7146 81 22 snR63 snR63 236 253 336 18 TCAGTGTAACTATGACTATCAGTGTAACTATGACTATCAGTGTAACTATGACTATCAGTG SH7147 7147 72 137 snR63 241-255 + 3' 241 341 20 ggataAATCAGTGTAACTATggataAATCAGTGTAACTATggataAATCAGTGTAACTAT SH7148 7148 27 14 snR63 246-255 + 3' 246 346 20 aaaatggataAATCAGTGTAaaaatggataAATCAGTGTAaaaatggataAATCAGTGTA SH7149 7149 55 149 snR63 251-255 + 3' 251 351 20 cgataaaaatggataAATCAcgataaaaatggataAATCAcgataaaaatggataAATCA SH7150 7150 22 125 snR63 3' 356 18 aggcgataaaaatggataaggcgataaaaatggataaggcgataaaaatggataaggcga SH7151 7151 29 197 snR63 3' 361 18 agtgaaggcgataaaaatagtgaaggcgataaaaatagtgaaggcgataaaaatagtgaa SH7152 7152 67 146 snR63 3' 366 18 gtataagtgaaggcgatagtataagtgaaggcgatagtataagtgaaggcgatagtataa SH7153 7153 51 149 snR63 3' 371 17 ctacgtataagtgaaggctacgtataagtgaaggctacgtataagtgaaggctacgtata SH7154 7154 36 104 snR63 3' 376 18 gcaagtctacgtataagtgcaagtctacgtataagtgcaagtctacgtataagtgcaagt SH7155 7155 62 165 snR63 3' 381 17 agatgcaagtctacgtaagatgcaagtctacgtaagatgcaagtctacgtaagatgcaag SH7156 7156 78 153 snR63 3' 386 20 tatttaaaagatgcaagtcttatttaaaagatgcaagtcttatttaaaagatgcaagtct SH7157 7157 91 147 snR63 3' 391 20 cgaattatttaaaagatgcacgaattatttaaaagatgcacgaattatttaaaagatgca SH7158 7158 73 57 snR63 3' 396 20 accttcgaattatttaaaagaccttcgaattatttaaaagaccttcgaattatttaaaag SH7159 7159 54 110 snR63 3' 401 19 ggttaccttcgaattatttggttaccttcgaattatttggttaccttcgaattatttggt SH7160 7160 66 66 snR63 3' 406 17 aagggttaccttcgaataagggttaccttcgaataagggttaccttcgaataagggttac SH7161 7161 31 138 snR63 3' 411 17 gtacaaagggttaccttgtacaaagggttaccttgtacaaagggttaccttgtacaaagg SH7162 7162 60 118 snR63 3' 416 17 cgcttgtacaaagggttcgcttgtacaaagggttcgcttgtacaaagggttcgcttgtac SH7163 7163 76 101 snR63 3' 421 17 tgctacgcttgtacaaatgctacgcttgtacaaatgctacgcttgtacaaatgctacgct SH7164 7164 31 189 snR63 3' 426 16 catctgctacgcttgtcatctgctacgcttgtcatctgctacgcttgtcatctgctacgc SH7165 7165 19 20 snR63 3' 431 17 tgatatcatctgctacgtgatatcatctgctacgtgatatcatctgctacgtgatatcat SH7166 7166 63 164 snR63 3' 436 20 tttatcaatgatatcatctgtttatcaatgatatcatctgtttatcaatgatatcatctg SH7167 7167 82 114 snR64 5' 1 16 ggacagagacatgcatggacagagacatgcatggacagagacatgcatggacagagacat SH7168 7168 11 18 snR64 5' 6 15 tgctggacagagacatgctggacagagacatgctggacagagacatgctggacagagaca SH7169 7169 87 34 snR64 5' 11 13 tcctgctggacagtcctgctggacagtcctgctggacagtcctgctggacagtcctgctg SH7170 7170 8 138 snR64 5' 16 15 tcgcttttcctgctgtcgcttttcctgctgtcgcttttcctgctgtcgcttttcctgctg SH7171 7171 19 25 snR64 5' 21 13 ggctcgcttttccggctcgcttttccggctcgcttttccggctcgcttttccggctcgct SH7172 7172 28 147 snR64 5' 26 15 acactaaggctcgctacactaaggctcgctacactaaggctcgctacactaaggctcgct SH7173 7173 73 6 snR64 5' 31 18 aataagaaacactaaggcaataagaaacactaaggcaataagaaacactaaggcaataag SH7174 7174 62 68 snR64 5' 36 19 cgagaaaataagaaacactcgagaaaataagaaacactcgagaaaataagaaacactcga SH7175 7175 86 33 snR64 5' 41 18 cgaacgagaaaataagaacgaacgagaaaataagaacgaacgagaaaataagaacgaacg SH7176 7176 54 97 snR64 5' 46 17 gaggcgaacgagaaaatgaggcgaacgagaaaatgaggcgaacgagaaaatgaggcgaac SH7177 7177 15 96 snR64 5' 51 13 tgaggcgaacgagtgaggcgaacgagtgaggcgaacgagtgaggcgaacgagtgaggcga SH7178 7178 40 212 snR64 5' 56 16 caaactagtgaggcgacaaactagtgaggcgacaaactagtgaggcgacaaactagtgag SH7179 7179 10 76 snR64 5' 61 18 cctactacaaactagtgacctactacaaactagtgacctactacaaactagtgacctact SH7180 7180 46 50 snR64 5' 66 17 ccaccctactacaaactccaccctactacaaactccaccctactacaaactccaccctac SH7181 7181 37 172 snR64 5' 71 13 cccaccctactaccccaccctactaccccaccctactaccccaccctactaccccaccct SH7182 7182 80 100 snR64 5' 76 15 cgtttctcccaccctcgtttctcccaccctcgtttctcccaccctcgtttctcccaccct SH7183 7183 99 133 snR64 5' 81 15 tccatcgtttctccctccatcgtttctccctccatcgtttctccctccatcgtttctccc SH7184 7184 19 92 snR64 5' - 2 -14 2 86 17 AAtccactccatcgtttAAtccactccatcgtttAAtccactccatcgtttAAtccactc SH7185 7185 25 114 snR64 5' - 7 -9 7 91 17 CATACAAtccactccatCATACAAtccactccatCATACAAtccactccatCATACAAtc SH7186 7186 46 203 snR64 5' - 12 -4 12 96 17 CTCATCATACAAtccacCTCATCATACAAtccacCTCATCATACAAtccacCTCATCATA SH7187 7187 37 142 snR64 snR64 1 17 101 17 GGTTCCTCATCATACAAGGTTCCTCATCATACAAGGTTCCTCATCATACAAGGTTCCTCA SH7188 7188 12 63 snR64 snR64 6 22 106 17 TATCTGGTTCCTCATCATATCTGGTTCCTCATCATATCTGGTTCCTCATCATATCTGGTT SH7189 7189 103 112 snR64 snR64 11 25 111 15 CCCTATCTGGTTCCTCCCTATCTGGTTCCTCCCTATCTGGTTCCTCCCTATCTGGTTCCT SH7190 7190 82 22 snR64 snR64 16 30 116 15 GTTGTCCCTATCTGGGTTGTCCCTATCTGGGTTGTCCCTATCTGGGTTGTCCCTATCTGG SH7191 7191 2 134 snR64 snR64 21 37 121 17 AGAATCTGTTGTCCCTAAGAATCTGTTGTCCCTAAGAATCTGTTGTCCCTAAGAATCTGT SH7192 7192 39 135 snR64 snR64 26 43 126 18 CACTTGAGAATCTGTTGTCACTTGAGAATCTGTTGTCACTTGAGAATCTGTTGTCACTTG SH7193 7193 26 41 snR64 snR64 31 47 131 17 TCGTCACTTGAGAATCTTCGTCACTTGAGAATCTTCGTCACTTGAGAATCTTCGTCACTT SH7194 7194 80 112 snR64 snR64 36 50 136 15 TCCTCGTCACTTGAGTCCTCGTCACTTGAGTCCTCGTCACTTGAGTCCTCGTCACTTGAG SH7195 7195 52 7 snR64 snR64 41 55 141 15 GATGTTCCTCGTCACGATGTTCCTCGTCACGATGTTCCTCGTCACGATGTTCCTCGTCAC SH7196 7196 4 37 snR64 snR64 46 63 146 18 CTTTAAAAGATGTTCCTCCTTTAAAAGATGTTCCTCCTTTAAAAGATGTTCCTCCTTTAA SH7197 7197 10 47 snR64 snR64 51 68 151 18 CTGGGCTTTAAAAGATGTCTGGGCTTTAAAAGATGTCTGGGCTTTAAAAGATGTCTGGGC SH7198 7198 80 73 snR64 snR64 56 75 156 20 CTAAAAACTGGGCTTTAAAACTAAAAACTGGGCTTTAAAACTAAAAACTGGGCTTTAAAA SH7199 7199 6 47 snR64 snR64 61 78 161 18 CTACTAAAAACTGGGCTTCTACTAAAAACTGGGCTTCTACTAAAAACTGGGCTTCTACTA SH7200 7200 104 39 snR64 snR64 66 83 166 18 AAGCTCTACTAAAAACTGAAGCTCTACTAAAAACTGAAGCTCTACTAAAAACTGAAGCTC SH7201 7201 11 108 snR64 snR64 71 87 171 17 CCCTAAGCTCTACTAAACCCTAAGCTCTACTAAACCCTAAGCTCTACTAAACCCTAAGCT SH7202 7202 55 19 snR64 snR64 76 90 176 15 GCGCCCTAAGCTCTAGCGCCCTAAGCTCTAGCGCCCTAAGCTCTAGCGCCCTAAGCTCTA SH7203 7203 55 160 snR64 snR64 81 93 181 13 AAGGCGCCCTAAGAAGGCGCCCTAAGAAGGCGCCCTAAGAAGGCGCCCTAAGAAGGCGCC SH7204 7204 8 30 snR64 snR64 86 98 186 13 CAGTAAAGGCGCCCAGTAAAGGCGCCCAGTAAAGGCGCCCAGTAAAGGCGCCCAGTAAAG SH7205 7205 63 92 snR64 91-101 + 3' 91 191 17 gtggatAGTCAGTAAAGgtggatAGTCAGTAAAGgtggatAGTCAGTAAAGgtggatAGT SH7206 7206 45 195 snR64 96-101 + 3' 96 196 15 ggagtggatAGTCAGggagtggatAGTCAGggagtggatAGTCAGggagtggatAGTCAG SH7207 7207 16 105 snR64 101 + 3' 101 201 18 cttaacaaggagtggatActtaacaaggagtggatActtaacaaggagtggatActtaac SH7208 7208 34 108 snR64 3' 206 18 catagcttaacaaggagtcatagcttaacaaggagtcatagcttaacaaggagtcatagc SH7209 7209 50 98 snR64 3' 211 19 caagatcatagcttaacaacaagatcatagcttaacaacaagatcatagcttaacaacaa SH7210 7210 17 109 snR64 3' 216 19 gaatacaagatcatagcttgaatacaagatcatagcttgaatacaagatcatagcttgaa SH7211 7211 35 205 snR64 3' 221 19 cacatgaatacaagatcatcacatgaatacaagatcatcacatgaatacaagatcatcac SH7212 7212 43 41 snR64 3' 226 18 caatcacatgaatacaagcaatcacatgaatacaagcaatcacatgaatacaagcaatca SH7213 7213 53 66 snR64 3' 231 22 tattatttacaatcacatgaattattatttacaatcacatgaattattatttacaatcac SH7214 7214 40 197 snR64 3' 236 22 tctaatattatttacaatcacatctaatattatttacaatcacatctaatattatttaca SH7215 7215 99 151 snR64 3' 241 21 gagctctaatattatttacaagagctctaatattatttacaagagctctaatattattta SH7216 7216 16 192 snR64 3' 246 20 gaaagagctctaatattattgaaagagctctaatattattgaaagagctctaatattatt SH7217 7217 100 86 snR64 3' 251 18 caagaaagagctctaatacaagaaagagctctaatacaagaaagagctctaatacaagaa SH7218 7218 55 40 snR64 3' 256 18 caattcaagaaagagctccaattcaagaaagagctccaattcaagaaagagctccaattc SH7219 7219 40 120 snR64 3' 261 18 aatggcaattcaagaaagaatggcaattcaagaaagaatggcaattcaagaaagaatggc SH7220 7220 4 43 snR64 3' 266 17 gcgtaatggcaattcaagcgtaatggcaattcaagcgtaatggcaattcaagcgtaatgg SH7221 7221 51 15 snR64 3' 271 16 ggaagcgtaatggcaaggaagcgtaatggcaaggaagcgtaatggcaaggaagcgtaatg SH7222 7222 99 79 snR64 3' 276 16 cgcatggaagcgtaatcgcatggaagcgtaatcgcatggaagcgtaatcgcatggaagcg SH7223 7223 87 84 snR64 3' 281 13 gccgcatggaagcgccgcatggaagcgccgcatggaagcgccgcatggaagcgccgcatg SH7224 7224 90 64 snR64 3' 286 16 gagaatatgccgcatggagaatatgccgcatggagaatatgccgcatggagaatatgccg SH7225 7225 77 62 snR65 5' 1 17 tcatcttccatgtctactcatcttccatgtctactcatcttccatgtctactcatcttcc SH7226 7226 44 14 snR65 5' 6 17 cattgtcatcttccatgcattgtcatcttccatgcattgtcatcttccatgcattgtcat SH7227 7227 88 110 snR65 5' 11 17 ctcgtcattgtcatcttctcgtcattgtcatcttctcgtcattgtcatcttctcgtcatt SH7228 7228 49 32 snR65 5' 16 16 cgttctcgtcattgtccgttctcgtcattgtccgttctcgtcattgtccgttctcgtcat SH7229 7229 70 32 snR65 5' 21 17 aaatgacgttctcgtcaaaatgacgttctcgtcaaaatgacgttctcgtcaaaatgacgt SH7230 7230 55 71 snR65 5' 26 20 ggaaaaaaaaatgacgttctggaaaaaaaaatgacgttctggaaaaaaaaatgacgttct SH7231 7231 11 178 snR65 5' 31 18 cgtggaaaaaaaaatgaccgtggaaaaaaaaatgaccgtggaaaaaaaaatgaccgtgga SH7232 7232 55 13 snR65 5' 36 22 tttaaaatacgtggaaaaaaaatttaaaatacgtggaaaaaaaatttaaaatacgtggaa SH7233 7233 3 149 snR65 5' 41 20 ctttttaaaatacgtggaaactttttaaaatacgtggaaactttttaaaatacgtggaaa SH7234 7234 24 196 snR65 5' 46 18 cccctttttaaaatacgtcccctttttaaaatacgtcccctttttaaaatacgtcccctt SH7235 7235 75 32 snR65 5' 51 18 ggctacccctttttaaaaggctacccctttttaaaaggctacccctttttaaaaggctac SH7236 7236 36 111 snR65 5' 56 15 caggctaccccttttcaggctaccccttttcaggctaccccttttcaggctacccctttt SH7237 7237 76 86 snR65 5' 61 13 aagcaggctacccaagcaggctacccaagcaggctacccaagcaggctacccaagcaggc SH7238 7238 17 158 snR65 5' 66 13 tggtgaagcaggctggtgaagcaggctggtgaagcaggctggtgaagcaggctggtgaag SH7239 7239 61 213 snR65 5' 71 17 aagaacatctggtgaagaagaacatctggtgaagaagaacatctggtgaagaagaacatc SH7240 7240 97 61 snR65 5' 76 17 ttgacaagaacatctggttgacaagaacatctggttgacaagaacatctggttgacaaga SH7241 7241 16 125 snR65 5' 81 20 gaattttgttgacaagaacagaattttgttgacaagaacagaattttgttgacaagaaca SH7242 7242 59 86 snR65 5' - 7 -14 7 86 22 CATTTTAgaattttgttgacaaCATTTTAgaattttgttgacaaCATTTTAgaattttgt SH7243 7243 46 89 snR65 5' - 12 -9 12 91 22 ATCATCATTTTAgaattttgttATCATCATTTTAgaattttgttATCATCATTTTAgaat SH7244 7244 64 89 snR65 5' - 18 -4 18 96 23 AAAAAAATCATCATTTTAgaattAAAAAAATCATCATTTTAgaattAAAAAAATCATCAT SH7245 7245 45 71 snR65 snR65 1 23 101 23 TGTTTAAAAAAATCATCATTTTATGTTTAAAAAAATCATCATTTTATGTTTAAAAAAATC SH7246 7246 68 114 snR65 snR65 6 27 106 22 ATTGTGTTTAAAAAAATCATCAATTGTGTTTAAAAAAATCATCAATTGTGTTTAAAAAAA SH7247 7247 20 183 snR65 snR65 11 33 111 23 GCATAAATTGTGTTTAAAAAAATGCATAAATTGTGTTTAAAAAAATGCATAAATTGTGTT SH7248 7248 27 50 snR65 snR65 16 36 116 21 CTAGCATAAATTGTGTTTAAACTAGCATAAATTGTGTTTAAACTAGCATAAATTGTGTTT SH7249 7249 19 2 snR65 snR65 21 40 121 20 CTATCTAGCATAAATTGTGTCTATCTAGCATAAATTGTGTCTATCTAGCATAAATTGTGT SH7250 7250 11 5 snR65 snR65 26 45 126 20 AGATACTATCTAGCATAAATAGATACTATCTAGCATAAATAGATACTATCTAGCATAAAT SH7251 7251 9 84 snR65 snR65 31 48 131 18 TTCAGATACTATCTAGCATTCAGATACTATCTAGCATTCAGATACTATCTAGCATTCAGA SH7252 7252 52 155 snR65 snR65 36 53 136 18 ATGCTTTCAGATACTATCATGCTTTCAGATACTATCATGCTTTCAGATACTATCATGCTT SH7253 7253 68 54 snR65 snR65 41 59 141 19 GTTTGAATGCTTTCAGATAGTTTGAATGCTTTCAGATAGTTTGAATGCTTTCAGATAGTT SH7254 7254 62 104 snR65 snR65 46 65 146 20 CATAAAGTTTGAATGCTTTCCATAAAGTTTGAATGCTTTCCATAAAGTTTGAATGCTTTC SH7255 7255 97 56 snR65 snR65 51 70 151 20 GTAATCATAAAGTTTGAATGGTAATCATAAAGTTTGAATGGTAATCATAAAGTTTGAATG SH7256 7256 4 172 snR65 snR65 56 75 156 20 ACACTGTAATCATAAAGTTTACACTGTAATCATAAAGTTTACACTGTAATCATAAAGTTT SH7257 7257 10 56 snR65 snR65 61 80 161 20 CGAAAACACTGTAATCATAACGAAAACACTGTAATCATAACGAAAACACTGTAATCATAA SH7258 7258 19 200 snR65 snR65 66 83 166 18 TGTCGAAAACACTGTAATTGTCGAAAACACTGTAATTGTCGAAAACACTGTAATTGTCGA SH7259 7259 84 54 snR65 snR65 71 88 171 18 AAAACTGTCGAAAACACTAAAACTGTCGAAAACACTAAAACTGTCGAAAACACTAAAACT SH7260 7260 96 37 snR65 snR65 76 95 176 20 GAGATTTAAAACTGTCGAAAGAGATTTAAAACTGTCGAAAGAGATTTAAAACTGTCGAAA SH7261 7261 87 24 snR65 snR65 81 100 181 20 GTTCAGAGATTTAAAACTGTGTTCAGAGATTTAAAACTGTGTTCAGAGATTTAAAACTGT SH7262 7262 23 33 snR65 86-100 + 3' 86 186 18 tcgGTTCAGAGATTTAAAtcgGTTCAGAGATTTAAAtcgGTTCAGAGATTTAAAtcgGTT SH7263 7263 91 164 snR65 91-100 + 3' 91 191 18 caaaatcgGTTCAGAGATcaaaatcgGTTCAGAGATcaaaatcgGTTCAGAGATcaaaat SH7264 7264 75 7 snR65 96-100 + 3' 96 196 18 agttacaaaatcgGTTCAagttacaaaatcgGTTCAagttacaaaatcgGTTCAagttac SH7265 7265 14 112 snR65 3' 201 18 ccaagagttacaaaatcgccaagagttacaaaatcgccaagagttacaaaatcgccaaga SH7266 7266 20 74 snR65 3' 206 19 caattaccaagagttacaacaattaccaagagttacaacaattaccaagagttacaacaa SH7267 7267 34 112 snR65 3' 211 18 gacacaattaccaagagtgacacaattaccaagagtgacacaattaccaagagtgacaca SH7268 7268 80 204 snR65 3' 216 18 gtaaggacacaattaccagtaaggacacaattaccagtaaggacacaattaccagtaagg SH7269 7269 90 25 snR65 3' 221 18 gaaatgtaaggacacaatgaaatgtaaggacacaatgaaatgtaaggacacaatgaaatg SH7270 7270 11 62 snR65 3' 226 17 tacggaaatgtaaggactacggaaatgtaaggactacggaaatgtaaggactacggaaat SH7271 7271 66 129 snR65 3' 231 18 cgtcattacggaaatgtacgtcattacggaaatgtacgtcattacggaaatgtacgtcat SH7272 7272 78 68 snR65 3' 236 18 attaacgtcattacggaaattaacgtcattacggaaattaacgtcattacggaaattaac SH7273 7273 21 161 snR65 3' 241 20 cgatttgattaacgtcattacgatttgattaacgtcattacgatttgattaacgtcatta SH7274 7274 99 89 snR65 3' 246 18 ttgcgatttgattaacgtttgcgatttgattaacgtttgcgatttgattaacgtttgcga SH7275 7275 40 89 snR65 3' 251 18 caagattgcgatttgattcaagattgcgatttgattcaagattgcgatttgattcaagat SH7276 7276 80 82 snR65 3' 256 18 agattcaagattgcgattagattcaagattgcgattagattcaagattgcgattagattc SH7277 7277 83 5 snR65 3' 261 20 gttaagaagattcaagattggttaagaagattcaagattggttaagaagattcaagattg SH7278 7278 41 113 snR65 3' 266 21 cttttagttaagaagattcaacttttagttaagaagattcaacttttagttaagaagatt SH7279 7279 15 167 snR65 3' 271 20 taaccttttagttaagaagataaccttttagttaagaagataaccttttagttaagaaga SH7280 7280 8 32 snR65 3' 276 20 ccttataaccttttagttaaccttataaccttttagttaaccttataaccttttagttaa SH7281 7281 60 142 snR65 3' 281 18 agcccttataaccttttaagcccttataaccttttaagcccttataaccttttaagccct SH7282 7282 101 158 snR66 5' 1 18 cagttcggcatatttaaccagttcggcatatttaaccagttcggcatatttaaccagttc SH7283 7283 12 76 snR66 5' 6 17 agatcagttcggcatatagatcagttcggcatatagatcagttcggcatatagatcagtt SH7284 7284 74 187 snR66 5' 11 18 tttattagatcagttcggtttattagatcagttcggtttattagatcagttcggtttatt SH7285 7285 52 47 snR66 5' 16 20 cagactttttattagatcagcagactttttattagatcagcagactttttattagatcag SH7286 7286 26 154 snR66 5' 21 21 gttattcagactttttattaggttattcagactttttattaggttattcagactttttat SH7287 7287 45 113 snR66 5' 26 20 ctgagttattcagactttttctgagttattcagactttttctgagttattcagacttttt SH7288 7288 29 123 snR66 5' 31 18 catctgagttattcagaccatctgagttattcagaccatctgagttattcagaccatctg SH7289 7289 100 103 snR66 5' 36 20 aataactcatctgagttattaataactcatctgagttattaataactcatctgagttatt SH7290 7290 74 49 snR66 5' 41 20 caataaataactcatctgagcaataaataactcatctgagcaataaataactcatctgag SH7291 7291 77 199 snR66 5' 46 21 gtttaccaataaataactcatgtttaccaataaataactcatgtttaccaataaataact SH7292 7292 51 120 snR66 5' 51 21 cacaagtttaccaataaataacacaagtttaccaataaataacacaagtttaccaataaa SH7293 7293 91 44 snR66 5' 56 20 cttacacaagtttaccaatacttacacaagtttaccaatacttacacaagtttaccaata SH7294 7294 94 90 snR66 5' 61 18 cttcttacacaagtttaccttcttacacaagtttaccttcttacacaagtttaccttctt SH7295 7295 30 46 snR66 5' 66 18 atcttcttcttacacaagatcttcttcttacacaagatcttcttcttacacaagatcttc SH7296 7296 9 186 snR66 5' 71 18 attccatcttcttcttacattccatcttcttcttacattccatcttcttcttacattcca SH7297 7297 35 108 snR66 5' 76 18 tcactattccatcttctttcactattccatcttctttcactattccatcttctttcacta SH7298 7298 11 41 snR66 5' 81 20 gaattattcactattccatcgaattattcactattccatcgaattattcactattccatc SH7299 7299 73 20 snR66 5' - 7 -14 7 86 22 ATTTGATgaattattcactattATTTGATgaattattcactattATTTGATgaattattc SH7300 7300 24 85 snR66 5' - 11 -9 11 91 21 CATCATTTGATgaattattcaCATCATTTGATgaattattcaCATCATTTGATgaattat SH7301 7301 46 38 snR66 5' - 17 -4 17 96 22 GTATTTCATCATTTGATgaattGTATTTCATCATTTGATgaattGTATTTCATCATTTGA SH7302 7302 80 197 snR66 snR66 1 20 101 20 TTGGTATTTCATCATTTGATTTGGTATTTCATCATTTGATTTGGTATTTCATCATTTGAT SH7303 7303 97 83 snR66 snR66 6 23 106 18 GCATTGGTATTTCATCATGCATTGGTATTTCATCATGCATTGGTATTTCATCATGCATTG SH7304 7304 48 39 snR66 snR66 11 28 111 18 CTGTTGCATTGGTATTTCCTGTTGCATTGGTATTTCCTGTTGCATTGGTATTTCCTGTTG SH7305 7305 29 178 snR66 snR66 16 32 116 17 GACTCTGTTGCATTGGTGACTCTGTTGCATTGGTGACTCTGTTGCATTGGTGACTCTGTT SH7306 7306 102 211 snR66 snR66 21 36 121 16 GCTTGACTCTGTTGCAGCTTGACTCTGTTGCAGCTTGACTCTGTTGCAGCTTGACTCTGT SH7307 7307 31 117 snR66 snR66 26 40 126 15 CAGAGCTTGACTCTGCAGAGCTTGACTCTGCAGAGCTTGACTCTGCAGAGCTTGACTCTG SH7308 7308 60 10 snR66 snR66 31 47 131 17 TGAAACTCAGAGCTTGATGAAACTCAGAGCTTGATGAAACTCAGAGCTTGATGAAACTCA SH7309 7309 45 70 snR66 snR66 36 53 136 18 TCTTTTTGAAACTCAGAGTCTTTTTGAAACTCAGAGTCTTTTTGAAACTCAGAGTCTTTT SH7310 7310 79 82 snR66 snR66 41 60 141 20 CCATGTTTCTTTTTGAAACTCCATGTTTCTTTTTGAAACTCCATGTTTCTTTTTGAAACT SH7311 7311 102 105 snR66 snR66 46 63 146 18 CGTCCATGTTTCTTTTTGCGTCCATGTTTCTTTTTGCGTCCATGTTTCTTTTTGCGTCCA SH7312 7312 41 95 snR66 snR66 51 67 151 17 ATCTCGTCCATGTTTCTATCTCGTCCATGTTTCTATCTCGTCCATGTTTCTATCTCGTCC SH7313 7313 30 18 snR66 snR66 56 70 156 15 GCAATCTCGTCCATGGCAATCTCGTCCATGGCAATCTCGTCCATGGCAATCTCGTCCATG SH7314 7314 104 188 snR66 snR66 61 80 161 20 TAATAAAAAAGCAATCTCGTTAATAAAAAAGCAATCTCGTTAATAAAAAAGCAATCTCGT SH7315 7315 94 151 snR66 snR66 66 85 166 20 GTCAGTAATAAAAAAGCAATGTCAGTAATAAAAAAGCAATGTCAGTAATAAAAAAGCAAT SH7316 7316 82 141 snR66 71-86 + 3' 71 171 20 tcatGGTCAGTAATAAAAAAtcatGGTCAGTAATAAAAAAtcatGGTCAGTAATAAAAAA SH7317 7317 8 126 snR66 76-86 + 3' 76 176 20 aataatcatGGTCAGTAATAaataatcatGGTCAGTAATAaataatcatGGTCAGTAATA SH7318 7318 57 166 snR66 81-86 + 3' 81 181 18 atgaataatcatGGTCAGatgaataatcatGGTCAGatgaataatcatGGTCAGatgaat SH7319 7319 22 93 snR66 86 + 3' 86 186 20 gtaagtaatgaataatcatGgtaagtaatgaataatcatGgtaagtaatgaataatcatG SH7320 7320 74 61 snR66 3' 191 20 caatggtaagtaatgaataacaatggtaagtaatgaataacaatggtaagtaatgaataa SH7321 7321 90 139 snR66 3' 196 18 gaacaatggtaagtaatggaacaatggtaagtaatggaacaatggtaagtaatggaacaa SH7322 7322 57 161 snR66 3' 201 17 tgaggaacaatggtaagtgaggaacaatggtaagtgaggaacaatggtaagtgaggaaca SH7323 7323 29 163 snR66 3' 206 18 atagaatgaggaacaatgatagaatgaggaacaatgatagaatgaggaacaatgatagaa SH7324 7324 18 201 snR66 3' 211 20 caattatatagaatgaggaacaattatatagaatgaggaacaattatatagaatgaggaa SH7325 7325 101 177 snR66 3' 216 20 ccaatcaattatatagaatgccaatcaattatatagaatgccaatcaattatatagaatg SH7326 7326 53 32 snR66 3' 221 19 gtgcccaatcaattatatagtgcccaatcaattatatagtgcccaatcaattatatagtg SH7327 7327 73 46 snR66 3' 226 17 gtggtgcccaatcaattgtggtgcccaatcaattgtggtgcccaatcaattgtggtgccc SH7328 7328 52 43 snR66 3' 231 13 cgtggtgcccaatcgtggtgcccaatcgtggtgcccaatcgtggtgcccaatcgtggtgc SH7329 7329 78 132 snR66 3' 236 17 aagaatttacgtggtgcaagaatttacgtggtgcaagaatttacgtggtgcaagaattta SH7330 7330 11 72 snR66 3' 241 17 ggctcaagaatttacgtggctcaagaatttacgtggctcaagaatttacgtggctcaaga SH7331 7331 27 97 snR66 3' 246 18 cgaaaaggctcaagaattcgaaaaggctcaagaattcgaaaaggctcaagaattcgaaaa SH7332 7332 97 14 snR66 3' 251 17 ctaccgaaaaggctcaactaccgaaaaggctcaactaccgaaaaggctcaactaccgaaa SH7333 7333 83 124 snR66 3' 256 17 gaatactaccgaaaagggaatactaccgaaaagggaatactaccgaaaagggaatactac SH7334 7334 104 6 snR66 3' 261 17 cgattgaatactaccgacgattgaatactaccgacgattgaatactaccgacgattgaat SH7335 7335 77 86 snR66 3' 266 19 catattgcgattgaatactcatattgcgattgaatactcatattgcgattgaatactcat SH7336 7336 102 187 snR68 5' 1 17 gtaagtcgcagatcaaggtaagtcgcagatcaaggtaagtcgcagatcaaggtaagtcgc SH7337 7337 99 190 snR68 5' 6 15 gcagtaagtcgcagagcagtaagtcgcagagcagtaagtcgcagagcagtaagtcgcaga SH7338 7338 102 122 snR68 5' 11 18 gtttgatagcagtaagtcgtttgatagcagtaagtcgtttgatagcagtaagtcgtttga SH7339 7339 78 60 snR68 5' 16 18 ttatcgtttgatagcagtttatcgtttgatagcagtttatcgtttgatagcagtttatcg SH7340 7340 45 102 snR68 5' 21 22 aaacataatttatcgtttgataaaacataatttatcgtttgataaaacataatttatcgt SH7341 7341 6 156 snR68 5' 26 22 aagaaaaacataatttatcgttaagaaaaacataatttatcgttaagaaaaacataattt SH7342 7342 81 18 snR68 5' 31 22 aaacgaagaaaaacataatttaaaacgaagaaaaacataatttaaaacgaagaaaaacat SH7343 7343 53 180 snR68 5' 36 19 ggaaacgaagaaaaacataggaaacgaagaaaaacataggaaacgaagaaaaacatagga SH7344 7344 103 81 snR68 5' 41 20 aaaaaaggaaacgaagaaaaaaaaaaggaaacgaagaaaaaaaaaaggaaacgaagaaaa SH7345 7345 68 125 snR68 5' 46 20 agaaaaaaaaaggaaacgaaagaaaaaaaaaggaaacgaaagaaaaaaaaaggaaacgaa SH7346 7346 29 211 snR68 5' 51 21 ctgaaaagaaaaaaaaaggaactgaaaagaaaaaaaaaggaactgaaaagaaaaaaaaag SH7347 7347 98 30 snR68 5' 56 21 ggaaactgaaaagaaaaaaaaggaaactgaaaagaaaaaaaaggaaactgaaaagaaaaa SH7348 7348 80 31 snR68 5' 61 19 gaaggaaactgaaaagaaagaaggaaactgaaaagaaagaaggaaactgaaaagaaagaa SH7349 7349 77 49 snR68 5' 66 17 acggaaggaaactgaaaacggaaggaaactgaaaacggaaggaaactgaaaacggaagga SH7350 7350 68 90 snR68 5' 71 18 aaataaacggaaggaaacaaataaacggaaggaaacaaataaacggaaggaaacaaataa SH7351 7351 23 75 snR68 5' 76 20 aacaaaaaaataaacggaagaacaaaaaaataaacggaagaacaaaaaaataaacggaag SH7352 7352 10 48 snR68 5' - 2 -19 2 81 22 TAaatccaacaaaaaaataaacTAaatccaacaaaaaaataaacTAaatccaacaaaaaa SH7353 7353 52 12 snR68 5' - 7 -14 7 86 22 CATGATAaatccaacaaaaaaaCATGATAaatccaacaaaaaaaCATGATAaatccaaca SH7354 7354 79 110 snR68 5' - 10 -9 10 91 20 CATCATGATAaatccaacaaCATCATGATAaatccaacaaCATCATGATAaatccaacaa SH7355 7355 17 189 snR68 5' - 13 -4 13 96 18 GCTCATCATGATAaatccGCTCATCATGATAaatccGCTCATCATGATAaatccGCTCAT SH7356 7356 76 62 snR68 snR68 1 20 101 20 AATAAATGCTCATCATGATAAATAAATGCTCATCATGATAAATAAATGCTCATCATGATA SH7357 7357 12 145 snR68 snR68 6 25 106 20 AGTAAAATAAATGCTCATCAAGTAAAATAAATGCTCATCAAGTAAAATAAATGCTCATCA SH7358 7358 52 162 snR68 snR68 11 28 111 18 CGCAGTAAAATAAATGCTCGCAGTAAAATAAATGCTCGCAGTAAAATAAATGCTCGCAGT SH7359 7359 50 91 snR68 snR68 16 34 116 19 CGATAACGCAGTAAAATAACGATAACGCAGTAAAATAACGATAACGCAGTAAAATAACGA SH7360 7360 67 30 snR68 snR68 21 38 121 18 AATACGATAACGCAGTAAAATACGATAACGCAGTAAAATACGATAACGCAGTAAAATACG SH7361 7361 61 25 snR68 snR68 26 42 126 17 CGTCAATACGATAACGCCGTCAATACGATAACGCCGTCAATACGATAACGCCGTCAATAC SH7362 7362 103 118 snR68 snR68 31 45 131 15 CCCCGTCAATACGATCCCCGTCAATACGATCCCCGTCAATACGATCCCCGTCAATACGAT SH7363 7363 29 159 snR68 snR68 36 48 136 13 AGCCCCCGTCAATAGCCCCCGTCAATAGCCCCCGTCAATAGCCCCCGTCAATAGCCCCCG SH7364 7364 36 129 snR68 snR68 41 53 141 13 TAAACAGCCCCCGTAAACAGCCCCCGTAAACAGCCCCCGTAAACAGCCCCCGTAAACAGC SH7365 7365 83 102 snR68 snR68 46 62 146 17 GACTGTACTTAAACAGCGACTGTACTTAAACAGCGACTGTACTTAAACAGCGACTGTACT SH7366 7366 102 7 snR68 snR68 51 70 151 20 ATAAAACAGACTGTACTTAAATAAAACAGACTGTACTTAAATAAAACAGACTGTACTTAA SH7367 7367 99 193 snR68 snR68 56 75 156 20 AGATTATAAAACAGACTGTAAGATTATAAAACAGACTGTAAGATTATAAAACAGACTGTA SH7368 7368 102 23 snR68 snR68 61 82 161 22 TGAATATAGATTATAAAACAGATGAATATAGATTATAAAACAGATGAATATAGATTATAA SH7369 7369 11 117 snR68 snR68 66 90 166 25 AATATAAATGAATATAGATTATAAAAATATAAATGAATATAGATTATAAAAATATAAATG SH7370 7370 102 52 snR68 snR68 71 95 171 25 TATAAAATATAAATGAATATAGATTTATAAAATATAAATGAATATAGATTTATAAAATAT SH7371 7371 57 159 snR68 snR68 76 100 176 25 AGAAATATAAAATATAAATGAATATAGAAATATAAAATATAAATGAATATAGAAATATAA SH7372 7372 35 91 snR68 snR68 81 103 181 23 GTAAGAAATATAAAATATAAATGGTAAGAAATATAAAATATAAATGGTAAGAAATATAAA SH7373 7373 60 28 snR68 snR68 86 107 186 22 CTCGGTAAGAAATATAAAATATCTCGGTAAGAAATATAAAATATCTCGGTAAGAAATATA SH7374 7374 18 195 snR68 snR68 91 108 191 18 CCTCGGTAAGAAATATAACCTCGGTAAGAAATATAACCTCGGTAAGAAATATAACCTCGG SH7375 7375 44 159 snR68 snR68 96 113 196 18 AATTTCCTCGGTAAGAAAAATTTCCTCGGTAAGAAAAATTTCCTCGGTAAGAAAAATTTC SH7376 7376 69 139 snR68 snR68 101 117 201 17 AGTCAATTTCCTCGGTAAGTCAATTTCCTCGGTAAGTCAATTTCCTCGGTAAGTCAATTT SH7377 7377 49 42 snR68 snR68 106 123 206 18 GTTAAGAGTCAATTTCCTGTTAAGAGTCAATTTCCTGTTAAGAGTCAATTTCCTGTTAAG SH7378 7378 48 90 snR68 snR68 111 130 211 20 CAAATCTGTTAAGAGTCAATCAAATCTGTTAAGAGTCAATCAAATCTGTTAAGAGTCAAT SH7379 7379 85 186 snR68 snR68 116 133 216 18 CAGCAAATCTGTTAAGAGCAGCAAATCTGTTAAGAGCAGCAAATCTGTTAAGAGCAGCAA SH7380 7380 7 84 snR68 121-136 + 3' 121 221 18 ccTTTCAGCAAATCTGTTccTTTCAGCAAATCTGTTccTTTCAGCAAATCTGTTccTTTC SH7381 7381 62 214 snR68 126-136 + 3' 126 226 18 atgaaccTTTCAGCAAATatgaaccTTTCAGCAAATatgaaccTTTCAGCAAATatgaac SH7382 7382 40 143 snR68 131-136 + 3' 131 231 18 gtaagatgaaccTTTCAGgtaagatgaaccTTTCAGgtaagatgaaccTTTCAGgtaaga SH7383 7383 4 106 snR68 136 + 3' 136 236 20 tttttttgtaagatgaaccTtttttttgtaagatgaaccTtttttttgtaagatgaaccT SH7384 7384 63 48 snR68 3' 241 20 tccaatttttttgtaagatgtccaatttttttgtaagatgtccaatttttttgtaagatg SH7385 7385 23 150 snR68 3' 246 22 taagttttccaatttttttgtataagttttccaatttttttgtataagttttccaatttt SH7386 7386 90 119 snR68 3' 251 22 cagtttaagttttccaatttttcagtttaagttttccaatttttcagtttaagttttcca SH7387 7387 29 175 snR68 3' 256 20 tttcagtttaagttttccaatttcagtttaagttttccaatttcagtttaagttttccaa SH7388 7388 17 169 snR68 3' 261 23 tttttttttttcagtttaagttttttttttttttcagtttaagttttttttttttttcag SH7389 7389 21 78 snR68 3' 266 22 tcactttttttttttcagtttatcactttttttttttcagtttatcactttttttttttc SH7390 7390 6 30 snR68 3' 271 20 ccttcactttttttttttcaccttcactttttttttttcaccttcactttttttttttca SH7391 7391 84 164 snR68 3' 276 20 gtactccttcacttttttttgtactccttcacttttttttgtactccttcactttttttt SH7392 7392 51 160 snR68 3' 281 17 acgtactccttcactttacgtactccttcactttacgtactccttcactttacgtactcc SH7393 7393 15 99 snR68 3' 286 16 cttcacgtactccttccttcacgtactccttccttcacgtactccttccttcacgtactc SH7394 7394 69 27 snR68 3' 291 16 ctgctcttcacgtactctgctcttcacgtactctgctcttcacgtactctgctcttcacg SH7395 7395 26 115 snR68 3' 296 15 gctactgctcttcacgctactgctcttcacgctactgctcttcacgctactgctcttcac SH7396 7396 86 202 snR68 3' 301 17 tatgaaagctactgctctatgaaagctactgctctatgaaagctactgctctatgaaagc SH7397 7397 26 172 snR68 3' 306 18 tattcctatgaaagctactattcctatgaaagctactattcctatgaaagctactattcc SH7398 7398 76 7 snR68 3' 311 20 ttgtacatattcctatgaaattgtacatattcctatgaaattgtacatattcctatgaaa SH7399 7399 67 91 snR68 3' 316 20 agatattgtacatattcctaagatattgtacatattcctaagatattgtacatattccta SH7400 7400 4 55 snR69 5' 1 17 aaccttacgttatctggaaccttacgttatctggaaccttacgttatctggaaccttacg SH7401 7401 90 150 snR69 5' 6 16 gcgcaaccttacgttagcgcaaccttacgttagcgcaaccttacgttagcgcaaccttac SH7402 7402 53 157 snR69 5' 11 13 gcgcgcaaccttagcgcgcaaccttagcgcgcaaccttagcgcgcaaccttagcgcgcaa SH7403 7403 87 153 snR69 5' 16 13 atgcagcgcgcaaatgcagcgcgcaaatgcagcgcgcaaatgcagcgcgcaaatgcagcg SH7404 7404 9 18 snR69 5' 21 13 cactgatgcagcgcactgatgcagcgcactgatgcagcgcactgatgcagcgcactgatg SH7405 7405 25 14 snR69 5' 26 17 taaggttagcactgatgtaaggttagcactgatgtaaggttagcactgatgtaaggttag SH7406 7406 51 87 snR69 5' 31 17 gctaataaggttagcacgctaataaggttagcacgctaataaggttagcacgctaataag SH7407 7407 45 35 snR69 5' 36 18 gagaaagctaataaggttgagaaagctaataaggttgagaaagctaataaggttgagaaa SH7408 7408 54 199 snR69 5' 41 17 gccagagaaagctaatagccagagaaagctaatagccagagaaagctaatagccagagaa SH7409 7409 2 188 snR69 5' 46 17 aaaaagccagagaaagcaaaaagccagagaaagcaaaaagccagagaaagcaaaaagcca SH7410 7410 5 93 snR69 5' 51 15 ccgaaaaagccagagccgaaaaagccagagccgaaaaagccagagccgaaaaagccagag SH7411 7411 76 40 snR69 5' 56 17 ggaaagaccgaaaaagcggaaagaccgaaaaagcggaaagaccgaaaaagcggaaagacc SH7412 7412 22 48 snR69 5' 61 17 acataggaaagaccgaaacataggaaagaccgaaacataggaaagaccgaaacataggaa SH7413 7413 90 149 snR69 5' 66 20 gttatgttacataggaaagagttatgttacataggaaagagttatgttacataggaaaga SH7414 7414 29 54 snR69 5' 71 18 catgttatgttacataggcatgttatgttacataggcatgttatgttacataggcatgtt SH7415 7415 52 191 snR69 5' 76 20 gaatatacatgttatgttacgaatatacatgttatgttacgaatatacatgttatgttac SH7416 7416 48 204 snR69 5' - 2 -19 2 81 22 ACaaatagaatatacatgttatACaaatagaatatacatgttatACaaatagaatataca SH7417 7417 28 155 snR69 5' - 7 -14 7 86 22 CATAAACaaatagaatatacatCATAAACaaatagaatatacatCATAAACaaatagaat SH7418 7418 62 147 snR69 5' - 12 -9 12 91 22 CTCATCATAAACaaatagaataCTCATCATAAACaaatagaataCTCATCATAAACaaat SH7419 7419 65 115 snR69 5' - 15 -4 15 96 20 GGTCTCATCATAAACaaataGGTCTCATCATAAACaaataGGTCTCATCATAAACaaata SH7420 7420 66 206 snR69 snR69 1 17 101 17 GTGGTCTCATCATAAACGTGGTCTCATCATAAACGTGGTCTCATCATAAACGTGGTCTCA SH7421 7421 88 184 snR69 snR69 6 20 106 15 GACGTGGTCTCATCAGACGTGGTCTCATCAGACGTGGTCTCATCAGACGTGGTCTCATCA SH7422 7422 40 210 snR69 snR69 11 25 111 15 CTAAGGACGTGGTCTCTAAGGACGTGGTCTCTAAGGACGTGGTCTCTAAGGACGTGGTCT SH7423 7423 8 77 snR69 snR69 16 32 116 17 ATTGTCACTAAGGACGTATTGTCACTAAGGACGTATTGTCACTAAGGACGTATTGTCACT SH7424 7424 90 128 snR69 snR69 21 38 121 18 TATAGCATTGTCACTAAGTATAGCATTGTCACTAAGTATAGCATTGTCACTAAGTATAGC SH7425 7425 72 144 snR69 snR69 26 43 126 18 GGGTTTATAGCATTGTCAGGGTTTATAGCATTGTCAGGGTTTATAGCATTGTCAGGGTTT SH7426 7426 69 42 snR69 snR69 31 47 131 17 AGCTGGGTTTATAGCATAGCTGGGTTTATAGCATAGCTGGGTTTATAGCATAGCTGGGTT SH7427 7427 84 100 snR69 snR69 36 52 136 17 CGAAGAGCTGGGTTTATCGAAGAGCTGGGTTTATCGAAGAGCTGGGTTTATCGAAGAGCT SH7428 7428 48 160 snR69 snR69 41 53 141 13 TCGAAGAGCTGGGTCGAAGAGCTGGGTCGAAGAGCTGGGTCGAAGAGCTGGGTCGAAGAG SH7429 7429 69 145 snR69 snR69 46 63 146 18 TAAAAACGAATCGAAGAGTAAAAACGAATCGAAGAGTAAAAACGAATCGAAGAGTAAAAA SH7430 7430 28 129 snR69 snR69 51 70 151 20 CTTTCATTAAAAACGAATCGCTTTCATTAAAAACGAATCGCTTTCATTAAAAACGAATCG SH7431 7431 102 80 snR69 snR69 56 73 156 18 TCCCTTTCATTAAAAACGTCCCTTTCATTAAAAACGTCCCTTTCATTAAAAACGTCCCTT SH7432 7432 14 127 snR69 snR69 61 78 161 18 TCTTCTCCCTTTCATTAATCTTCTCCCTTTCATTAATCTTCTCCCTTTCATTAATCTTCT SH7433 7433 7 207 snR69 snR69 66 83 166 18 AAAAATCTTCTCCCTTTCAAAAATCTTCTCCCTTTCAAAAATCTTCTCCCTTTCAAAAAT SH7434 7434 33 142 snR69 snR69 71 88 171 18 GACAAAAAAATCTTCTCCGACAAAAAAATCTTCTCCGACAAAAAAATCTTCTCCGACAAA SH7435 7435 26 24 snR69 snR69 76 94 176 19 GCGTTTGACAAAAAAATCTGCGTTTGACAAAAAAATCTGCGTTTGACAAAAAAATCTGCG SH7436 7436 65 192 snR69 snR69 81 98 181 18 CAGAGCGTTTGACAAAAACAGAGCGTTTGACAAAAACAGAGCGTTTGACAAAAACAGAGC SH7437 7437 89 167 snR69 snR69 86 100 186 15 CTCAGAGCGTTTGACCTCAGAGCGTTTGACCTCAGAGCGTTTGACCTCAGAGCGTTTGAC SH7438 7438 85 74 snR69 91-101 + 3' 91 191 17 tctattACTCAGAGCGTtctattACTCAGAGCGTtctattACTCAGAGCGTtctattACT SH7439 7439 16 128 snR69 96-101 + 3' 96 196 20 atgtatattctattACTCAGatgtatattctattACTCAGatgtatattctattACTCAG SH7440 7440 94 160 snR69 101 + 3' 101 201 20 gtcgcatgtatattctattAgtcgcatgtatattctattAgtcgcatgtatattctattA SH7441 7441 2 175 snR69 3' 206 18 gttgtcgcatgtatattcgttgtcgcatgtatattcgttgtcgcatgtatattcgttgtc SH7442 7442 35 145 snR69 3' 211 18 caaatgttgtcgcatgtacaaatgttgtcgcatgtacaaatgttgtcgcatgtacaaatg SH7443 7443 26 181 snR69 3' 216 17 actacaaatgttgtcgcactacaaatgttgtcgcactacaaatgttgtcgcactacaaat SH7444 7444 21 149 snR69 3' 221 20 gacaagtaactacaaatgttgacaagtaactacaaatgttgacaagtaactacaaatgtt SH7445 7445 29 26 snR69 3' 226 19 gtaagacaagtaactacaagtaagacaagtaactacaagtaagacaagtaactacaagta SH7446 7446 27 198 snR69 3' 231 17 agcgtaagacaagtaacagcgtaagacaagtaacagcgtaagacaagtaacagcgtaaga SH7447 7447 78 118 snR69 3' 236 17 taggaagcgtaagacaataggaagcgtaagacaataggaagcgtaagacaataggaagcg SH7448 7448 87 131 snR69 3' 241 15 ccctaggaagcgtaaccctaggaagcgtaaccctaggaagcgtaaccctaggaagcgtaa SH7449 7449 94 60 snR69 3' 246 15 ccgttccctaggaagccgttccctaggaagccgttccctaggaagccgttccctaggaag SH7450 7450 12 186 snR69 3' 251 16 gatgatccgttccctagatgatccgttccctagatgatccgttccctagatgatccgttc SH7451 7451 66 191 snR69 3' 256 15 ctcggatgatccgttctcggatgatccgttctcggatgatccgttctcggatgatccgtt SH7452 7452 96 45 snR69 3' 261 18 atattctactcggatgatatattctactcggatgatatattctactcggatgatatattc SH7453 7453 46 92 snR69 3' 266 18 aaatgatattctactcggaaatgatattctactcggaaatgatattctactcggaaatga SH7454 7454 85 127 snR69 3' 271 19 cccgtaaaatgatattctacccgtaaaatgatattctacccgtaaaatgatattctaccc SH7455 7455 59 44 snR69 3' 276 18 tgatcccgtaaaatgatatgatcccgtaaaatgatatgatcccgtaaaatgatatgatcc SH7456 7456 48 63 snR69 3' 281 18 taaagtgatcccgtaaaataaagtgatcccgtaaaataaagtgatcccgtaaaataaagt SH7457 7457 69 202 snR71 5' 1 18 gcaaatttcctctatccagcaaatttcctctatccagcaaatttcctctatccagcaaat SH7458 7458 26 184 snR71 5' 6 17 tgtcgcaaatttcctcttgtcgcaaatttcctcttgtcgcaaatttcctcttgtcgcaaa SH7459 7459 81 208 snR71 5' 11 17 cctactgtcgcaaatttcctactgtcgcaaatttcctactgtcgcaaatttcctactgtc SH7460 7460 18 53 snR71 5' 16 17 gtaaacctactgtcgcagtaaacctactgtcgcagtaaacctactgtcgcagtaaaccta SH7461 7461 58 9 snR71 5' 21 17 ggacagtaaacctactgggacagtaaacctactgggacagtaaacctactgggacagtaa SH7462 7462 67 90 snR71 5' 26 15 ccaggacagtaaaccccaggacagtaaaccccaggacagtaaaccccaggacagtaaacc SH7463 7463 87 205 snR71 5' 31 15 ggaaaccaggacagtggaaaccaggacagtggaaaccaggacagtggaaaccaggacagt SH7464 7464 6 58 snR71 5' 36 16 gtacaaggaaaccagggtacaaggaaaccagggtacaaggaaaccagggtacaaggaaac SH7465 7465 7 164 snR71 5' 41 18 cacaagtgtacaaggaaacacaagtgtacaaggaaacacaagtgtacaaggaaacacaag SH7466 7466 70 9 snR71 5' 46 18 agtatcacaagtgtacaaagtatcacaagtgtacaaagtatcacaagtgtacaaagtatc SH7467 7467 31 99 snR71 5' 51 18 aaatgagtatcacaagtgaaatgagtatcacaagtgaaatgagtatcacaagtgaaatga SH7468 7468 92 161 snR71 5' 56 19 gacaaaaaatgagtatcacgacaaaaaatgagtatcacgacaaaaaatgagtatcacgac SH7469 7469 89 87 snR71 5' 61 18 ggcagacaaaaaatgagtggcagacaaaaaatgagtggcagacaaaaaatgagtggcaga SH7470 7470 104 213 snR71 5' 66 20 tattattggcagacaaaaaatattattggcagacaaaaaatattattggcagacaaaaaa SH7471 7471 16 179 snR71 5' 71 18 ctatattattggcagacactatattattggcagacactatattattggcagacactatat SH7472 7472 10 29 snR71 5' 76 18 caggactatattattggccaggactatattattggccaggactatattattggccaggac SH7473 7473 45 96 snR71 5' - 1 -19 1 81 21 CaaataaacaggactatattaCaaataaacaggactatattaCaaataaacaggactata SH7474 7474 17 167 snR71 5' - 5 -14 5 86 20 ATAACaaataaacaggactaATAACaaataaacaggactaATAACaaataaacaggacta SH7475 7475 58 121 snR71 5' - 11 -9 11 91 21 CATCATATAACaaataaacagCATCATATAACaaataaacagCATCATATAACaaataaa SH7476 7476 3 85 snR71 5' - 17 -4 17 96 22 GGTTATCATCATATAACaaataGGTTATCATCATATAACaaataGGTTATCATCATATAA SH7477 7477 54 174 snR71 snR71 1 20 101 20 GAAGGTTATCATCATATAACGAAGGTTATCATCATATAACGAAGGTTATCATCATATAAC SH7478 7478 44 45 snR71 snR71 6 23 106 18 TGAGAAGGTTATCATCATTGAGAAGGTTATCATCATTGAGAAGGTTATCATCATTGAGAA SH7479 7479 17 70 snR71 snR71 11 27 111 17 GAGCTGAGAAGGTTATCGAGCTGAGAAGGTTATCGAGCTGAGAAGGTTATCGAGCTGAGA SH7480 7480 4 34 snR71 snR71 16 30 116 15 AGTGAGCTGAGAAGGAGTGAGCTGAGAAGGAGTGAGCTGAGAAGGAGTGAGCTGAGAAGG SH7481 7481 80 160 snR71 snR71 21 36 121 16 GATCTGAGTGAGCTGAGATCTGAGTGAGCTGAGATCTGAGTGAGCTGAGATCTGAGTGAG SH7482 7482 52 52 snR71 snR71 26 43 126 18 ATCAAAAGATCTGAGTGAATCAAAAGATCTGAGTGAATCAAAAGATCTGAGTGAATCAAA SH7483 7483 98 124 snR71 snR71 31 50 131 20 CAATCATATCAAAAGATCTGCAATCATATCAAAAGATCTGCAATCATATCAAAAGATCTG SH7484 7484 65 35 snR71 snR71 36 57 136 22 TTTTTATCAATCATATCAAAAGTTTTTATCAATCATATCAAAAGTTTTTATCAATCATAT SH7485 7485 52 197 snR71 snR71 41 62 141 22 GGAAATTTTTATCAATCATATCGGAAATTTTTATCAATCATATCGGAAATTTTTATCAAT SH7486 7486 96 76 snR71 snR71 46 66 146 21 GATAGGAAATTTTTATCAATCGATAGGAAATTTTTATCAATCGATAGGAAATTTTTATCA SH7487 7487 101 21 snR71 snR71 51 70 151 20 GTTGGATAGGAAATTTTTATGTTGGATAGGAAATTTTTATGTTGGATAGGAAATTTTTAT SH7488 7488 49 24 snR71 snR71 56 74 156 19 GAATGTTGGATAGGAAATTGAATGTTGGATAGGAAATTGAATGTTGGATAGGAAATTGAA SH7489 7489 16 137 snR71 snR71 61 77 161 17 GATGAATGTTGGATAGGGATGAATGTTGGATAGGGATGAATGTTGGATAGGGATGAATGT SH7490 7490 33 164 snR71 snR71 66 85 166 20 GATAAATTGATGAATGTTGGGATAAATTGATGAATGTTGGGATAAATTGATGAATGTTGG SH7491 7491 67 52 snR71 snR71 71 90 171 20 GGTCAGATAAATTGATGAATGGTCAGATAAATTGATGAATGGTCAGATAAATTGATGAAT SH7492 7492 33 106 snR71 76-90 + 3' 76 176 19 gtttGGTCAGATAAATTGAgtttGGTCAGATAAATTGAgtttGGTCAGATAAATTGAgtt SH7493 7493 31 161 snR71 81-90 + 3' 81 181 20 tttattgtttGGTCAGATAAtttattgtttGGTCAGATAAtttattgtttGGTCAGATAA SH7494 7494 51 204 snR71 86-90 + 3' 86 186 20 ctaagtttattgtttGGTCActaagtttattgtttGGTCActaagtttattgtttGGTCA SH7495 7495 79 51 snR71 3' 191 22 tatagtactaagtttattgttttatagtactaagtttattgttttatagtactaagttta SH7496 7496 104 189 snR71 3' 196 22 gactatatagtactaagtttatgactatatagtactaagtttatgactatatagtactaa SH7497 7497 82 117 snR71 3' 201 19 gagactatatagtactaaggagactatatagtactaaggagactatatagtactaaggag SH7498 7498 99 213 snR71 3' 206 18 ctgcgagactatatagtactgcgagactatatagtactgcgagactatatagtactgcga SH7499 7499 74 137 snR71 3' 211 15 gcctgcgagactatagcctgcgagactatagcctgcgagactatagcctgcgagactata SH7500 7500 30 36 snR71 3' 216 15 gaattgcctgcgagagaattgcctgcgagagaattgcctgcgagagaattgcctgcgaga SH7501 7501 97 198 snR71 3' 221 17 ttcaagagaattgcctgttcaagagaattgcctgttcaagagaattgcctgttcaagaga SH7502 7502 9 120 snR71 3' 226 22 gttgaaattattcaagagaattgttgaaattattcaagagaattgttgaaattattcaag SH7503 7503 70 179 snR71 3' 231 22 taaaagttgaaattattcaagataaaagttgaaattattcaagataaaagttgaaattat SH7504 7504 83 63 snR71 3' 236 23 aagatataaaagttgaaattattaagatataaaagttgaaattattaagatataaaagtt SH7505 7505 5 10 snR71 3' 241 22 atgtaagatataaaagttgaaaatgtaagatataaaagttgaaaatgtaagatataaaag SH7506 7506 10 42 snR71 3' 246 22 gtttcatgtaagatataaaagtgtttcatgtaagatataaaagtgtttcatgtaagatat SH7507 7507 102 20 snR71 3' 251 22 tttaagtttcatgtaagatatatttaagtttcatgtaagatatatttaagtttcatgtaa SH7508 7508 49 162 snR71 3' 256 20 gtgtttaagtttcatgtaaggtgtttaagtttcatgtaaggtgtttaagtttcatgtaag SH7509 7509 29 188 snR71 3' 261 20 gtatcgtgtttaagtttcatgtatcgtgtttaagtttcatgtatcgtgtttaagtttcat SH7510 7510 77 48 snR71 3' 266 18 catgtatcgtgtttaagtcatgtatcgtgtttaagtcatgtatcgtgtttaagtcatgta SH7511 7511 96 114 snR71 3' 271 18 ggatacatgtatcgtgttggatacatgtatcgtgttggatacatgtatcgtgttggatac SH7512 7512 26 45 snR79 5' 1 18 atttagtccgttctcttaatttagtccgttctcttaatttagtccgttctcttaatttag SH7513 7513 56 167 snR79 5' 6 18 gtgttatttagtccgttcgtgttatttagtccgttcgtgttatttagtccgttcgtgtta SH7514 7514 26 109 snR79 5' 11 17 cctggtgttatttagtccctggtgttatttagtccctggtgttatttagtccctggtgtt SH7515 7515 83 200 snR79 5' 16 17 cacctcctggtgttattcacctcctggtgttattcacctcctggtgttattcacctcctg SH7516 7516 76 195 snR79 5' 21 13 acacctcctggtgacacctcctggtgacacctcctggtgacacctcctggtgacacctcc SH7517 7517 25 117 snR79 5' 26 15 tctagacacacctcctctagacacacctcctctagacacacctcctctagacacacctcc SH7518 7518 44 44 snR79 5' 31 18 caactaagtctagacacacaactaagtctagacacacaactaagtctagacacacaacta SH7519 7519 80 87 snR79 5' 36 17 cgttcaactaagtctagcgttcaactaagtctagcgttcaactaagtctagcgttcaact SH7520 7520 78 101 snR79 5' 41 18 aaaactcgttcaactaagaaaactcgttcaactaagaaaactcgttcaactaagaaaact SH7521 7521 11 181 snR79 5' 46 18 gagaaaaaactcgttcaagagaaaaaactcgttcaagagaaaaaactcgttcaagagaaa SH7522 7522 16 36 snR79 5' 51 17 gcacgagaaaaaactcggcacgagaaaaaactcggcacgagaaaaaactcggcacgagaa SH7523 7523 2 121 snR79 5' 56 20 atataatagcacgagaaaaaatataatagcacgagaaaaaatataatagcacgagaaaaa SH7524 7524 90 135 snR79 5' 61 18 cagatataatagcacgagcagatataatagcacgagcagatataatagcacgagcagata SH7525 7525 32 66 snR79 5' 66 20 ttaagaacagatataatagcttaagaacagatataatagcttaagaacagatataatagc SH7526 7526 102 85 snR79 5' 71 21 gaagtattaagaacagatatagaagtattaagaacagatatagaagtattaagaacagat SH7527 7527 63 38 snR79 5' 76 18 tggaagtattaagaacagtggaagtattaagaacagtggaagtattaagaacagtggaag SH7528 7528 57 190 snR79 5' 81 20 aataaagtggaagtattaagaataaagtggaagtattaagaataaagtggaagtattaag SH7529 7529 100 72 snR79 5' - 6 -14 6 86 21 CATTAAaataaagtggaagtaCATTAAaataaagtggaagtaCATTAAaataaagtggaa SH7530 7530 92 74 snR79 5' - 10 -9 10 91 20 TCATCATTAAaataaagtggTCATCATTAAaataaagtggTCATCATTAAaataaagtgg SH7531 7531 7 144 snR79 5' - 17 -4 17 96 22 CATGCTATCATCATTAAaataaCATGCTATCATCATTAAaataaCATGCTATCATCATTA SH7532 7532 74 54 snR79 snR79 1 20 101 20 AATCATGCTATCATCATTAAAATCATGCTATCATCATTAAAATCATGCTATCATCATTAA SH7533 7533 82 12 snR79 snR79 6 24 106 19 CATAAATCATGCTATCATCCATAAATCATGCTATCATCCATAAATCATGCTATCATCCAT SH7534 7534 43 166 snR79 snR79 11 28 111 18 GCAACATAAATCATGCTAGCAACATAAATCATGCTAGCAACATAAATCATGCTAGCAACA SH7535 7535 92 70 snR79 snR79 16 33 116 18 TTCGAGCAACATAAATCATTCGAGCAACATAAATCATTCGAGCAACATAAATCATTCGAG SH7536 7536 61 48 snR79 snR79 21 38 121 18 TTAACTTCGAGCAACATATTAACTTCGAGCAACATATTAACTTCGAGCAACATATTAACT SH7537 7537 10 150 snR79 snR79 26 42 126 17 TCGATTAACTTCGAGCATCGATTAACTTCGAGCATCGATTAACTTCGAGCATCGATTAAC SH7538 7538 98 190 snR79 snR79 31 48 131 18 CTCACATCGATTAACTTCCTCACATCGATTAACTTCCTCACATCGATTAACTTCCTCACA SH7539 7539 30 194 snR79 snR79 36 52 136 17 TGTGCTCACATCGATTATGTGCTCACATCGATTATGTGCTCACATCGATTATGTGCTCAC SH7540 7540 102 49 snR79 snR79 41 57 141 17 ATCATTGTGCTCACATCATCATTGTGCTCACATCATCATTGTGCTCACATCATCATTGTG SH7541 7541 89 162 snR79 snR79 46 62 146 17 GAGAAATCATTGTGCTCGAGAAATCATTGTGCTCGAGAAATCATTGTGCTCGAGAAATCA SH7542 7542 53 28 snR79 snR79 51 68 151 18 AGTCTTGAGAAATCATTGAGTCTTGAGAAATCATTGAGTCTTGAGAAATCATTGAGTCTT SH7543 7543 3 82 snR79 snR79 56 73 156 18 GTTGTAGTCTTGAGAAATGTTGTAGTCTTGAGAAATGTTGTAGTCTTGAGAAATGTTGTA SH7544 7544 85 20 snR79 snR79 61 77 161 17 TACCGTTGTAGTCTTGATACCGTTGTAGTCTTGATACCGTTGTAGTCTTGATACCGTTGT SH7545 7545 2 208 snR79 snR79 66 82 166 17 TCAGATACCGTTGTAGTTCAGATACCGTTGTAGTTCAGATACCGTTGTAGTTCAGATACC SH7546 7546 20 100 snR79 71-84 +3' 71 171 20 aataaaATTCAGATACCGTTaataaaATTCAGATACCGTTaataaaATTCAGATACCGTT SH7547 7547 9 175 snR79 76-84 + 3' 76 176 22 gacaagaaataaaATTCAGATAgacaagaaataaaATTCAGATAgacaagaaataaaATT SH7548 7548 42 160 snR79 81-84 + 3' 81 181 22 tttttgacaagaaataaaATTCtttttgacaagaaataaaATTCtttttgacaagaaata SH7549 7549 35 124 snR79 3' 186 22 aaacatttttgacaagaaataaaaacatttttgacaagaaataaaaacatttttgacaag SH7550 7550 28 77 snR79 3' 191 22 ctataaaacatttttgacaagactataaaacatttttgacaagactataaaacatttttg SH7551 7551 16 27 snR79 3' 196 21 gcttctataaaacatttttgagcttctataaaacatttttgagcttctataaaacatttt SH7552 7552 6 28 snR79 3' 201 19 gtggcttctataaaacattgtggcttctataaaacattgtggcttctataaaacattgtg SH7553 7553 44 194 snR79 3' 206 18 aagagtggcttctataaaaagagtggcttctataaaaagagtggcttctataaaaagagt SH7554 7554 18 202 snR79 3' 211 15 gcaagagtggcttctgcaagagtggcttctgcaagagtggcttctgcaagagtggcttct SH7555 7555 37 105 snR79 3' 216 17 atctatagcaagagtggatctatagcaagagtggatctatagcaagagtggatctatagc SH7556 7556 81 53 snR79 3' 221 20 caatataaatctatagcaagcaatataaatctatagcaagcaatataaatctatagcaag SH7557 7557 45 192 snR79 3' 226 20 tgtggcaatataaatctatatgtggcaatataaatctatatgtggcaatataaatctata SH7558 7558 103 184 snR79 3' 231 20 ttatgtgtggcaatataaatttatgtgtggcaatataaatttatgtgtggcaatataaat SH7559 7559 32 113 snR79 3' 236 18 aagttatgtgtggcaataaagttatgtgtggcaataaagttatgtgtggcaataaagtta SH7560 7560 19 209 snR79 3' 241 18 tgaaaaagttatgtgtggtgaaaaagttatgtgtggtgaaaaagttatgtgtggtgaaaa SH7561 7561 91 38 snR79 3' 246 20 atttacgtgaaaaagttatgatttacgtgaaaaagttatgatttacgtgaaaaagttatg SH7562 7562 49 180 snR79 3' 251 20 ttcaaatttacgtgaaaaagttcaaatttacgtgaaaaagttcaaatttacgtgaaaaag SH7563 7563 15 47 snR79 3' 256 19 ctctttcaaatttacgtgactctttcaaatttacgtgactctttcaaatttacgtgactc SH7564 7564 99 70 snR79 3' 261 22 taatatagctctttcaaatttataatatagctctttcaaatttataatatagctctttca SH7565 7565 27 181 snR79 3' 266 19 gctaatatagctctttcaagctaatatagctctttcaagctaatatagctctttcaagct SH7566 7566 23 86 snR189 5' 1 20 gaacaggaaaaaaaaatgtagaacaggaaaaaaaaatgtagaacaggaaaaaaaaatgta SH7567 7567 78 154 snR189 5' 6 20 gaaaagaacaggaaaaaaaagaaaagaacaggaaaaaaaagaaaagaacaggaaaaaaaa SH7568 7568 17 163 snR189 5' 11 20 ataaagaaaagaacaggaaaataaagaaaagaacaggaaaataaagaaaagaacaggaaa SH7569 7569 59 168 snR189 5' 16 21 cactttataaagaaaagaacacactttataaagaaaagaacacactttataaagaaaaga SH7570 7570 82 196 snR189 5' 21 21 gatctcactttataaagaaaagatctcactttataaagaaaagatctcactttataaaga SH7571 7571 83 159 snR189 5' 26 20 gaaggatctcactttataaagaaggatctcactttataaagaaggatctcactttataaa SH7572 7572 16 70 snR189 5' 31 18 aaagaaggatctcactttaaagaaggatctcactttaaagaaggatctcactttaaagaa SH7573 7573 18 175 snR189 5' 36 18 caataaaagaaggatctccaataaaagaaggatctccaataaaagaaggatctccaataa SH7574 7574 24 66 snR189 5' 41 19 gtgaatcaataaaagaagggtgaatcaataaaagaagggtgaatcaataaaagaagggtg SH7575 7575 102 182 snR189 5' 46 20 gtcacagtgaatcaataaaagtcacagtgaatcaataaaagtcacagtgaatcaataaaa SH7576 7576 9 139 snR189 5' 51 17 cggtcacagtgaatcaacggtcacagtgaatcaacggtcacagtgaatcaacggtcacag SH7577 7577 32 144 snR189 5' 56 15 caacggtcacagtgacaacggtcacagtgacaacggtcacagtgacaacggtcacagtga SH7578 7578 17 179 snR189 5' 61 17 gaaaaaacaacggtcacgaaaaaacaacggtcacgaaaaaacaacggtcacgaaaaaaca SH7579 7579 6 112 snR189 5' 66 18 acagttgaaaaaacaacgacagttgaaaaaacaacgacagttgaaaaaacaacgacagtt SH7580 7580 36 9 snR189 5' 71 20 taagttcacagttgaaaaaataagttcacagttgaaaaaataagttcacagttgaaaaaa SH7581 7581 41 56 snR189 5' 76 19 cttataagttcacagttgacttataagttcacagttgacttataagttcacagttgactt SH7582 7582 77 84 snR189 5' - 2 -19 2 81 22 TTaattttcttataagttcacaTTaattttcttataagttcacaTTaattttcttataag SH7583 7583 91 99 snR189 5' - 8 -14 8 86 23 ATTTTGTTaattttcttataagtATTTTGTTaattttcttataagtATTTTGTTaatttt SH7584 7584 66 213 snR189 5' - 15 -9 15 91 25 GTAAATTATTTTGTTaattttcttaGTAAATTATTTTGTTaattttcttaGTAAATTATT SH7585 7585 47 206 snR189 5' - 19 -4 19 96 24 GAATGTAAATTATTTTGTTaatttGAATGTAAATTATTTTGTTaatttGAATGTAAATTA SH7586 7586 59 179 snR189 snR189 1 22 101 22 TTGGAATGTAAATTATTTTGTTTTGGAATGTAAATTATTTTGTTTTGGAATGTAAATTAT SH7587 7587 15 69 snR189 snR189 6 25 106 20 TCCTTGGAATGTAAATTATTTCCTTGGAATGTAAATTATTTCCTTGGAATGTAAATTATT SH7588 7588 47 47 snR189 snR189 11 27 111 17 GGTCCTTGGAATGTAAAGGTCCTTGGAATGTAAAGGTCCTTGGAATGTAAAGGTCCTTGG SH7589 7589 59 57 snR189 snR189 16 30 116 15 ACCGGTCCTTGGAATACCGGTCCTTGGAATACCGGTCCTTGGAATACCGGTCCTTGGAAT SH7590 7590 25 135 snR189 snR189 21 37 121 17 CAATAATACCGGTCCTTCAATAATACCGGTCCTTCAATAATACCGGTCCTTCAATAATAC SH7591 7591 75 187 snR189 snR189 26 42 126 17 CCCTACAATAATACCGGCCCTACAATAATACCGGCCCTACAATAATACCGGCCCTACAAT SH7592 7592 20 129 snR189 snR189 31 48 131 18 CAAATCCCCTACAATAATCAAATCCCCTACAATAATCAAATCCCCTACAATAATCAAATC SH7593 7593 96 21 snR189 snR189 36 52 136 17 GTCACAAATCCCCTACAGTCACAAATCCCCTACAGTCACAAATCCCCTACAGTCACAAAT SH7594 7594 101 31 snR189 snR189 41 57 141 17 TGAAAGTCACAAATCCCTGAAAGTCACAAATCCCTGAAAGTCACAAATCCCTGAAAGTCA SH7595 7595 34 87 snR189 snR189 46 62 146 17 TGCCTTGAAAGTCACAATGCCTTGAAAGTCACAATGCCTTGAAAGTCACAATGCCTTGAA SH7596 7596 55 61 snR189 snR189 51 67 151 17 GACGTTGCCTTGAAAGTGACGTTGCCTTGAAAGTGACGTTGCCTTGAAAGTGACGTTGCC SH7597 7597 73 192 snR189 snR189 56 68 156 13 GGACGTTGCCTTGGGACGTTGCCTTGGGACGTTGCCTTGGGACGTTGCCTTGGGACGTTG SH7598 7598 37 110 snR189 snR189 61 75 161 15 GTAGAGAGGACGTTGGTAGAGAGGACGTTGGTAGAGAGGACGTTGGTAGAGAGGACGTTG SH7599 7599 53 22 snR189 snR189 66 80 166 15 CGGTTGTAGAGAGGACGGTTGTAGAGAGGACGGTTGTAGAGAGGACGGTTGTAGAGAGGA SH7600 7600 46 154 snR189 snR189 71 86 171 16 CGAACTCGGTTGTAGACGAACTCGGTTGTAGACGAACTCGGTTGTAGACGAACTCGGTTG SH7601 7601 29 59 snR189 snR189 76 92 176 17 TATTCTCGAACTCGGTTTATTCTCGAACTCGGTTTATTCTCGAACTCGGTTTATTCTCGA SH7602 7602 47 95 snR189 snR189 81 98 181 18 TGTACTTATTCTCGAACTTGTACTTATTCTCGAACTTGTACTTATTCTCGAACTTGTACT SH7603 7603 17 115 snR189 snR189 86 103 186 18 CCATTTGTACTTATTCTCCCATTTGTACTTATTCTCCCATTTGTACTTATTCTCCCATTT SH7604 7604 62 54 snR189 snR189 91 108 191 18 AAGAGCCATTTGTACTTAAAGAGCCATTTGTACTTAAAGAGCCATTTGTACTTAAAGAGC SH7605 7605 42 142 snR189 snR189 96 113 196 18 ACAAAAAGAGCCATTTGTACAAAAAGAGCCATTTGTACAAAAAGAGCCATTTGTACAAAA SH7606 7606 41 111 snR189 snR189 101 118 201 18 GAATAACAAAAAGAGCCAGAATAACAAAAAGAGCCAGAATAACAAAAAGAGCCAGAATAA SH7607 7607 51 117 snR189 snR189 106 124 206 19 GCTTTCGAATAACAAAAAGGCTTTCGAATAACAAAAAGGCTTTCGAATAACAAAAAGGCT SH7608 7608 68 85 snR189 snR189 111 128 211 18 GTAAGCTTTCGAATAACAGTAAGCTTTCGAATAACAGTAAGCTTTCGAATAACAGTAAGC SH7609 7609 54 193 snR189 snR189 116 133 216 18 AACTTGTAAGCTTTCGAAAACTTGTAAGCTTTCGAAAACTTGTAAGCTTTCGAAAACTTG SH7610 7610 77 200 snR189 snR189 121 137 221 17 CCAGAACTTGTAAGCTTCCAGAACTTGTAAGCTTCCAGAACTTGTAAGCTTCCAGAACTT SH7611 7611 55 60 snR189 snR189 126 144 226 19 GAATATACCAGAACTTGTAGAATATACCAGAACTTGTAGAATATACCAGAACTTGTAGAA SH7612 7612 6 32 snR189 snR189 131 150 231 20 TATATAGAATATACCAGAACTATATAGAATATACCAGAACTATATAGAATATACCAGAAC SH7613 7613 37 106 snR189 snR189 136 155 236 20 GTGAGTATATAGAATATACCGTGAGTATATAGAATATACCGTGAGTATATAGAATATACC SH7614 7614 28 157 snR189 snR189 141 162 241 22 GTAATAAGTGAGTATATAGAATGTAATAAGTGAGTATATAGAATGTAATAAGTGAGTATA SH7615 7615 29 4 snR189 snR189 146 166 246 21 GAAAGTAATAAGTGAGTATATGAAAGTAATAAGTGAGTATATGAAAGTAATAAGTGAGTA SH7616 7616 37 139 snR189 snR189 151 169 251 19 CTTGAAAGTAATAAGTGAGCTTGAAAGTAATAAGTGAGCTTGAAAGTAATAAGTGAGCTT SH7617 7617 22 34 snR189 snR189 156 175 256 20 GAAGTACTTGAAAGTAATAAGAAGTACTTGAAAGTAATAAGAAGTACTTGAAAGTAATAA SH7618 7618 57 186 snR189 snR189 161 178 261 18 TGTGAAGTACTTGAAAGTTGTGAAGTACTTGAAAGTTGTGAAGTACTTGAAAGTTGTGAA SH7619 7619 35 139 snR189 snR189 166 181 266 16 CCGTGTGAAGTACTTGCCGTGTGAAGTACTTGCCGTGTGAAGTACTTGCCGTGTGAAGTA SH7620 7620 2 55 snR189 snR189 171 183 271 13 GCCCGTGTGAAGTGCCCGTGTGAAGTGCCCGTGTGAAGTGCCCGTGTGAAGTGCCCGTGT SH7621 7621 78 169 snR189 snR189 176 188 276 13 GTCAGGCCCGTGTGTCAGGCCCGTGTGTCAGGCCCGTGTGTCAGGCCCGTGTGTCAGGCC SH7622 7622 35 46 snR189 181-189 + 3' 181 281 13 gagaTGTCAGGCCgagaTGTCAGGCCgagaTGTCAGGCCgagaTGTCAGGCCgagaTGTC SH7623 7623 45 2 snR189 186-189 + 3' 186 286 18 aacaagaatagagaTGTCaacaagaatagagaTGTCaacaagaatagagaTGTCaacaag SH7624 7624 23 64 snR189 3' 291 18 tgagtaacaagaatagagtgagtaacaagaatagagtgagtaacaagaatagagtgagta SH7625 7625 68 100 snR189 3' 296 18 atcagtgagtaacaagaaatcagtgagtaacaagaaatcagtgagtaacaagaaatcagt SH7626 7626 62 25 snR189 3' 301 18 cgataatcagtgagtaaccgataatcagtgagtaaccgataatcagtgagtaaccgataa SH7627 7627 27 165 snR189 3' 306 18 aagaacgataatcagtgaaagaacgataatcagtgaaagaacgataatcagtgaaagaac SH7628 7628 34 26 snR189 3' 311 18 tgaacaagaacgataatctgaacaagaacgataatctgaacaagaacgataatctgaaca SH7629 7629 85 67 snR189 3' 316 18 aagtatgaacaagaacgaaagtatgaacaagaacgaaagtatgaacaagaacgaaagtat SH7630 7630 29 116 snR189 3' 321 19 cataacaagtatgaacaagcataacaagtatgaacaagcataacaagtatgaacaagcat SH7631 7631 23 41 snR189 3' 326 20 aagatacataacaagtatgaaagatacataacaagtatgaaagatacataacaagtatga SH7632 7632 86 160 snR189 3' 331 20 gaaagaagatacataacaaggaaagaagatacataacaaggaaagaagatacataacaag SH7633 7633 25 113 snR189 3' 336 18 ggagaaagaagatacataggagaaagaagatacataggagaaagaagatacataggagaa SH7634 7634 64 212 snR189 3' 341 18 aatagggagaaagaagataatagggagaaagaagataatagggagaaagaagataatagg SH7635 7635 84 17 snR189 3' 346 20 cattttaaatagggagaaagcattttaaatagggagaaagcattttaaatagggagaaag SH7636 7636 44 214 snR189 3' 351 21 ctattacattttaaatagggactattacattttaaatagggactattacattttaaatag SH7637 7637 92 163 snR189 3' 356 22 cagtctctattacattttaaatcagtctctattacattttaaatcagtctctattacatt SH7638 7638 47 91 snR189 3' 361 18 gcagtctctattacatttgcagtctctattacatttgcagtctctattacatttgcagtc SH7639 7639 65 64 snR189 3' 366 18 ccaaagcagtctctattaccaaagcagtctctattaccaaagcagtctctattaccaaag SH7640 7640 27 91 snR189 3' 371 15 ctccaaagcagtctcctccaaagcagtctcctccaaagcagtctcctccaaagcagtctc SH7641 7641 103 110 snoRNA cluster1 5' 1 20 1 20 acgttttatggattcaatttacgttttatggattcaatttacgttttatggattcaattt SH7642 7642 48 20 snoRNA cluster1 5' #REF! #REF! 6 20 aaaaaacgttttatggattcaaaaaacgttttatggattcaaaaaacgttttatggattc SH7643 7643 22 161 snoRNA cluster1 5' #REF! #REF! 11 19 cggaaaaaaacgttttatgcggaaaaaaacgttttatgcggaaaaaaacgttttatgcgg SH7644 7644 65 194 snoRNA cluster1 5' #REF! #REF! 16 18 aacacggaaaaaaacgttaacacggaaaaaaacgttaacacggaaaaaaacgttaacacg SH7645 7645 25 188 snoRNA cluster1 5' #REF! #REF! 21 20 aaaaaagaacacggaaaaaaaaaaaagaacacggaaaaaaaaaaaagaacacggaaaaaa SH7646 7646 91 86 snoRNA cluster1 5' #REF! #REF! 26 18 agaaaaaaagaacacggaagaaaaaaagaacacggaagaaaaaaagaacacggaagaaaa SH7647 7647 7 32 snoRNA cluster1 5' #REF! #REF! 31 21 gataaagaagaaaaaaagaacgataaagaagaaaaaaagaacgataaagaagaaaaaaag SH7648 7648 100 74 snoRNA cluster1 5' #REF! #REF! 36 22 aactttgataaagaagaaaaaaaactttgataaagaagaaaaaaaactttgataaagaag SH7649 7649 89 170 snoRNA cluster1 5' #REF! #REF! 41 20 actaactttgataaagaagaactaactttgataaagaagaactaactttgataaagaaga SH7650 7650 100 185 snoRNA cluster1 5' #REF! #REF! 46 22 ctgaaaaactaactttgataaactgaaaaactaactttgataaactgaaaaactaacttt SH7651 7651 81 206 snoRNA cluster1 5' #REF! #REF! 51 20 tatctgaaaaactaactttgtatctgaaaaactaactttgtatctgaaaaactaactttg SH7652 7652 103 174 snoRNA cluster1 5' #REF! #REF! 56 20 agacatatctgaaaaactaaagacatatctgaaaaactaaagacatatctgaaaaactaa SH7653 7653 43 34 snoRNA cluster1 5' #REF! #REF! 61 20 acaaaagacatatctgaaaaacaaaagacatatctgaaaaacaaaagacatatctgaaaa SH7654 7654 81 158 snoRNA cluster1 5' #REF! #REF! 66 20 taatgacaaaagacatatcttaatgacaaaagacatatcttaatgacaaaagacatatct SH7655 7655 103 126 snoRNA cluster1 5' #REF! #REF! 71 19 gtgataatgacaaaagacagtgataatgacaaaagacagtgataatgacaaaagacagtg SH7656 7656 88 121 snoRNA cluster1 5' #REF! #REF! 76 18 gcctgtgataatgacaaagcctgtgataatgacaaagcctgtgataatgacaaagcctgt SH7657 7657 92 187 snoRNA cluster1 5' #REF! #REF! 81 18 aattagcctgtgataatgaattagcctgtgataatgaattagcctgtgataatgaattag SH7658 7658 63 187 snoRNA cluster1 5' / snR78 #REF! #REF! 86 18 GGAataattagcctgtgaGGAataattagcctgtgaGGAataattagcctgtgaGGAata SH7659 7659 71 65 snoRNA cluster1 5' / snR78 #REF! #REF! 91 17 CAAGGGAataattagccCAAGGGAataattagccCAAGGGAataattagccCAAGGGAat SH7660 7660 34 86 snoRNA cluster1 5' / snR78 #REF! #REF! 96 18 GGTCATCAAGGGAataatGGTCATCAAGGGAataatGGTCATCAAGGGAataatGGTCAT SH7661 7661 69 112 snoRNA cluster1 snR78 #REF! #REF! 101 17 TTTTGGTCATCAAGGGATTTTGGTCATCAAGGGATTTTGGTCATCAAGGGATTTTGGTCA SH7662 7662 14 50 snoRNA cluster1 snR78 #REF! #REF! 106 22 TAAAAATTTATTTTGGTCATCATAAAAATTTATTTTGGTCATCATAAAAATTTATTTTGG SH7663 7663 84 53 snoRNA cluster1 snR78 #REF! #REF! 111 22 GTTTGTAAAAATTTATTTTGGTGTTTGTAAAAATTTATTTTGGTGTTTGTAAAAATTTAT SH7664 7664 20 115 snoRNA cluster1 snR78 #REF! #REF! 116 22 CTCTAGTTTGTAAAAATTTATTCTCTAGTTTGTAAAAATTTATTCTCTAGTTTGTAAAAA SH7665 7665 41 185 snoRNA cluster1 snR78 #REF! #REF! 121 21 GAAACTCTAGTTTGTAAAAATGAAACTCTAGTTTGTAAAAATGAAACTCTAGTTTGTAAA SH7666 7666 64 22 snoRNA cluster1 snR78 #REF! #REF! 126 18 CAGAAACTCTAGTTTGTACAGAAACTCTAGTTTGTACAGAAACTCTAGTTTGTACAGAAA SH7667 7667 60 169 snoRNA cluster1 snR78 #REF! #REF! 131 18 AGATTCAGAAACTCTAGTAGATTCAGAAACTCTAGTAGATTCAGAAACTCTAGTAGATTC SH7668 7668 17 2 snoRNA cluster1 snR78 #REF! #REF! 136 19 CACAAAAGATTCAGAAACTCACAAAAGATTCAGAAACTCACAAAAGATTCAGAAACTCAC SH7669 7669 74 30 snoRNA cluster1 snR78 #REF! #REF! 141 19 CTAATCACAAAAGATTCAGCTAATCACAAAAGATTCAGCTAATCACAAAAGATTCAGCTA SH7670 7670 43 73 snoRNA cluster1 snR78 #REF! #REF! 146 18 CGTTCTAATCACAAAAGACGTTCTAATCACAAAAGACGTTCTAATCACAAAAGACGTTCT SH7671 7671 39 22 snoRNA cluster1 snR78 #REF! #REF! 151 20 GAATAAACGTTCTAATCACAGAATAAACGTTCTAATCACAGAATAAACGTTCTAATCACA SH7672 7672 87 93 snoRNA cluster1 snR78 #REF! #REF! 156 22 GAAATAAGAATAAACGTTCTAAGAAATAAGAATAAACGTTCTAAGAAATAAGAATAAACG SH7673 7673 48 187 snoRNA cluster1 snR78 #REF! #REF! 161 20 TCAGAAATAAGAATAAACGTTCAGAAATAAGAATAAACGTTCAGAAATAAGAATAAACGT SH7674 7674 89 164 snoRNA cluster1 snR78 #REF! #REF! 166 20 AAACCTCAGAAATAAGAATAAAACCTCAGAAATAAGAATAAAACCTCAGAAATAAGAATA SH7675 7675 68 98 snoRNA cluster1 snR78/intergenic #REF! #REF! 171 22 TAATTAAAAACCTCAGAAATAATAATTAAAAACCTCAGAAATAATAATTAAAAACCTCAG SH7676 7676 49 201 snoRNA cluster1 snR78/intergenic #REF! #REF! 176 19 GCTAATTAAAAACCTCAGAGCTAATTAAAAACCTCAGAGCTAATTAAAAACCTCAGAGCT SH7677 7677 93 170 snoRNA cluster1 snR78/intergenic #REF! #REF! 181 21 CTTTATTGCTAATTAAAAACCCTTTATTGCTAATTAAAAACCCTTTATTGCTAATTAAAA SH7678 7678 7 67 snoRNA cluster1 snR78/intergenic #REF! #REF! 186 22 TTTCTTCTTTATTGCTAATTAATTTCTTCTTTATTGCTAATTAATTTCTTCTTTATTGCT SH7679 7679 91 111 snoRNA cluster1 intergenic #REF! #REF! 191 21 GTTTTTTCTTCTTTATTGCTAGTTTTTTCTTCTTTATTGCTAGTTTTTTCTTCTTTATTG SH7680 7680 64 164 snoRNA cluster1 intergenic #REF! #REF! 196 22 CTTTCAGTTTTTTCTTCTTTATCTTTCAGTTTTTTCTTCTTTATCTTTCAGTTTTTTCTT SH7681 7681 4 13 snoRNA cluster1 intergenic #REF! #REF! 201 18 CCTTTCAGTTTTTTCTTCCCTTTCAGTTTTTTCTTCCCTTTCAGTTTTTTCTTCCCTTTC SH7682 7682 36 132 snoRNA cluster1 intergenic #REF! #REF! 206 20 GACTTTTCCTTTCAGTTTTTGACTTTTCCTTTCAGTTTTTGACTTTTCCTTTCAGTTTTT SH7683 7683 23 83 snoRNA cluster1 intergenic #REF! #REF! 211 18 TTAGACTTTTCCTTTCAGTTAGACTTTTCCTTTCAGTTAGACTTTTCCTTTCAGTTAGAC SH7684 7684 11 19 snoRNA cluster1 intergenic #REF! #REF! 216 20 TTTCTATTTAGACTTTTCCTTTTCTATTTAGACTTTTCCTTTTCTATTTAGACTTTTCCT SH7685 7685 17 83 snoRNA cluster1 intergenic #REF! #REF! 221 20 CTGTATTTCTATTTAGACTTCTGTATTTCTATTTAGACTTCTGTATTTCTATTTAGACTT SH7686 7686 48 120 snoRNA cluster1 intergenic #REF! #REF! 226 22 AATACTACTGTATTTCTATTTAAATACTACTGTATTTCTATTTAAATACTACTGTATTTC SH7687 7687 98 138 snoRNA cluster1 intergenic #REF! #REF! 231 20 AGAAATACTACTGTATTTCTAGAAATACTACTGTATTTCTAGAAATACTACTGTATTTCT SH7688 7688 59 127 snoRNA cluster1 intergenic #REF! #REF! 236 20 ATTGAAGAAATACTACTGTAATTGAAGAAATACTACTGTAATTGAAGAAATACTACTGTA SH7689 7689 38 177 snoRNA cluster1 intergenic #REF! #REF! 241 20 GAGAAATTGAAGAAATACTAGAGAAATTGAAGAAATACTAGAGAAATTGAAGAAATACTA SH7690 7690 6 3 snoRNA cluster1 intergenic #REF! #REF! 246 18 GCAGAGAAATTGAAGAAAGCAGAGAAATTGAAGAAAGCAGAGAAATTGAAGAAAGCAGAG SH7691 7691 44 138 snoRNA cluster1 intergenic #REF! #REF! 251 17 GAGAGCAGAGAAATTGAGAGAGCAGAGAAATTGAGAGAGCAGAGAAATTGAGAGAGCAGA SH7692 7692 26 188 snoRNA cluster1 intergenic #REF! #REF! 256 17 GAAAGGAGAGCAGAGAAGAAAGGAGAGCAGAGAAGAAAGGAGAGCAGAGAAGAAAGGAGA SH7693 7693 16 213 snoRNA cluster1 intergenic #REF! #REF! 261 18 GTAAATGAAAGGAGAGCAGTAAATGAAAGGAGAGCAGTAAATGAAAGGAGAGCAGTAAAT SH7694 7694 64 121 snoRNA cluster1 intergenic #REF! #REF! 266 18 GTGTGGTAAATGAAAGGAGTGTGGTAAATGAAAGGAGTGTGGTAAATGAAAGGAGTGTGG SH7695 7695 94 203 snoRNA cluster1 intergenic #REF! #REF! 271 17 ATGGGTGTGGTAAATGAATGGGTGTGGTAAATGAATGGGTGTGGTAAATGAATGGGTGTG SH7696 7696 75 2 snoRNA cluster1 intergenic #REF! #REF! 276 17 TTGAAATGGGTGTGGTATTGAAATGGGTGTGGTATTGAAATGGGTGTGGTATTGAAATGG SH7697 7697 83 90 snoRNA cluster1 intergenic #REF! #REF! 281 18 AGAAAATTGAAATGGGTGAGAAAATTGAAATGGGTGAGAAAATTGAAATGGGTGAGAAAA SH7698 7698 65 173 snoRNA cluster1 intergenic #REF! #REF! 286 22 GGAATAAAAAGAAAATTGAAATGGAATAAAAAGAAAATTGAAATGGAATAAAAAGAAAAT SH7699 7699 70 89 snoRNA cluster1 intergenic #REF! #REF! 291 23 AAATATGGAATAAAAAGAAAATTAAATATGGAATAAAAAGAAAATTAAATATGGAATAAA SH7700 7700 80 45 snoRNA cluster1 intergenic #REF! #REF! 296 22 GAATAAATATGGAATAAAAAGAGAATAAATATGGAATAAAAAGAGAATAAATATGGAATA SH7701 7701 98 111 snoRNA cluster1 intergenic #REF! #REF! 301 22 CCTTTGAATAAATATGGAATAACCTTTGAATAAATATGGAATAACCTTTGAATAAATATG SH7702 7702 70 160 snoRNA cluster1 intergenic #REF! #REF! 306 19 CACCTTTGAATAAATATGGCACCTTTGAATAAATATGGCACCTTTGAATAAATATGGCAC SH7703 7703 44 210 snoRNA cluster1 intergenic/snR77 #REF! #REF! 311 20 AACAAACACCTTTGAATAAAAACAAACACCTTTGAATAAAAACAAACACCTTTGAATAAA SH7704 7704 5 74 snoRNA cluster1 intergenic/snR77 #REF! #REF! 316 18 ATGAACAAACACCTTTGAATGAACAAACACCTTTGAATGAACAAACACCTTTGAATGAAC SH7705 7705 44 107 snoRNA cluster1 intergenic/snR77 #REF! #REF! 321 18 ATCATATGAACAAACACCATCATATGAACAAACACCATCATATGAACAAACACCATCATA SH7706 7706 100 79 snoRNA cluster1 intergenic/snR77 #REF! #REF! 326 22 GTTATAATCATCATATGAACAAGTTATAATCATCATATGAACAAGTTATAATCATCATAT SH7707 7707 13 68 snoRNA cluster1 snR77 #REF! #REF! 331 22 TTTTTGTTATAATCATCATATGTTTTTGTTATAATCATCATATGTTTTTGTTATAATCAT SH7708 7708 44 22 snoRNA cluster1 snR77 #REF! #REF! 336 22 TTTTGTTTTTGTTATAATCATCTTTTGTTTTTGTTATAATCATCTTTTGTTTTTGTTATA SH7709 7709 53 143 snoRNA cluster1 snR77 #REF! #REF! 341 21 CAGCTTTTGTTTTTGTTATAACAGCTTTTGTTTTTGTTATAACAGCTTTTGTTTTTGTTA SH7710 7710 80 140 snoRNA cluster1 snR77 #REF! #REF! 346 18 TCCAGCTTTTGTTTTTGTTCCAGCTTTTGTTTTTGTTCCAGCTTTTGTTTTTGTTCCAGC SH7711 7711 72 52 snoRNA cluster1 snR77 #REF! #REF! 351 18 GTAATTCCAGCTTTTGTTGTAATTCCAGCTTTTGTTGTAATTCCAGCTTTTGTTGTAATT SH7712 7712 9 109 snoRNA cluster1 snR77 #REF! #REF! 356 17 GCCAGTAATTCCAGCTTGCCAGTAATTCCAGCTTGCCAGTAATTCCAGCTTGCCAGTAAT SH7713 7713 75 35 snoRNA cluster1 snR77 #REF! #REF! 361 17 GTTCAGCCAGTAATTCCGTTCAGCCAGTAATTCCGTTCAGCCAGTAATTCCGTTCAGCCA SH7714 7714 5 207 snoRNA cluster1 snR77 #REF! #REF! 366 15 CTCGTTCAGCCAGTACTCGTTCAGCCAGTACTCGTTCAGCCAGTACTCGTTCAGCCAGTA SH7715 7715 81 166 snoRNA cluster1 snR77 #REF! #REF! 371 17 ACATATACTCGTTCAGCACATATACTCGTTCAGCACATATACTCGTTCAGCACATATACT SH7716 7716 63 194 snoRNA cluster1 snR77 #REF! #REF! 376 18 GTATCAACATATACTCGTGTATCAACATATACTCGTGTATCAACATATACTCGTGTATCA SH7717 7717 65 81 snoRNA cluster1 snR77 #REF! #REF! 381 20 CAAAAACGTATCAACATATACAAAAACGTATCAACATATACAAAAACGTATCAACATATA SH7718 7718 18 20 snoRNA cluster1 snR77 #REF! #REF! 386 18 GTGCAAAAACGTATCAACGTGCAAAAACGTATCAACGTGCAAAAACGTATCAACGTGCAA SH7719 7719 101 75 snoRNA cluster1 snR77 #REF! #REF! 391 18 GGATAGTGCAAAAACGTAGGATAGTGCAAAAACGTAGGATAGTGCAAAAACGTAGGATAG SH7720 7720 86 60 snoRNA cluster1 snR77 #REF! #REF! 396 17 GTCAGGATAGTGCAAAAGTCAGGATAGTGCAAAAGTCAGGATAGTGCAAAAGTCAGGATA SH7721 7721 18 93 snoRNA cluster1 snR77 #REF! #REF! 401 16 CTAGGTCAGGATAGTGCTAGGTCAGGATAGTGCTAGGTCAGGATAGTGCTAGGTCAGGAT SH7722 7722 54 123 snoRNA cluster1 snR77/intergenic #REF! #REF! 406 16 GTTTGCTAGGTCAGGAGTTTGCTAGGTCAGGAGTTTGCTAGGTCAGGAGTTTGCTAGGTC SH7723 7723 44 117 snoRNA cluster1 snR77/intergenic #REF! #REF! 411 17 AAAGGTGTTTGCTAGGTAAAGGTGTTTGCTAGGTAAAGGTGTTTGCTAGGTAAAGGTGTT SH7724 7724 45 65 snoRNA cluster1 snR77/intergenic #REF! #REF! 416 20 TTTATTTTAAAGGTGTTTGCTTTATTTTAAAGGTGTTTGCTTTATTTTAAAGGTGTTTGC SH7725 7725 82 161 snoRNA cluster1 intergenic #REF! #REF! 421 21 CTAGTATTTATTTTAAAGGTGCTAGTATTTATTTTAAAGGTGCTAGTATTTATTTTAAAG SH7726 7726 20 195 snoRNA cluster1 intergenic #REF! #REF! 426 23 CAACTTTCTAGTATTTATTTTAACAACTTTCTAGTATTTATTTTAACAACTTTCTAGTAT SH7727 7727 21 114 snoRNA cluster1 intergenic #REF! #REF! 431 20 GTCAACTTTCTAGTATTTATGTCAACTTTCTAGTATTTATGTCAACTTTCTAGTATTTAT SH7728 7728 6 128 snoRNA cluster1 intergenic #REF! #REF! 436 18 TGTGTCAACTTTCTAGTATGTGTCAACTTTCTAGTATGTGTCAACTTTCTAGTATGTGTC SH7729 7729 84 197 snoRNA cluster1 intergenic #REF! #REF! 441 18 GGAAATGTGTCAACTTTCGGAAATGTGTCAACTTTCGGAAATGTGTCAACTTTCGGAAAT SH7730 7730 33 170 snoRNA cluster1 intergenic #REF! #REF! 446 20 AATTTATGGAAATGTGTCAAAATTTATGGAAATGTGTCAAAATTTATGGAAATGTGTCAA SH7731 7731 39 145 snoRNA cluster1 intergenic #REF! #REF! 451 20 CTTCCAATTTATGGAAATGTCTTCCAATTTATGGAAATGTCTTCCAATTTATGGAAATGT SH7732 7732 19 109 snoRNA cluster1 intergenic #REF! #REF! 456 20 GTATTCTTCCAATTTATGGAGTATTCTTCCAATTTATGGAGTATTCTTCCAATTTATGGA SH7733 7733 3 160 snoRNA cluster1 intergenic #REF! #REF! 461 22 CTTAAATGTATTCTTCCAATTTCTTAAATGTATTCTTCCAATTTCTTAAATGTATTCTTC SH7734 7734 39 149 snoRNA cluster1 intergenic #REF! #REF! 466 18 GCTTAAATGTATTCTTCCGCTTAAATGTATTCTTCCGCTTAAATGTATTCTTCCGCTTAA SH7735 7735 41 26 snoRNA cluster1 intergenic #REF! #REF! 471 22 GTTTTCTAAGCTTAAATGTATTGTTTTCTAAGCTTAAATGTATTGTTTTCTAAGCTTAAA SH7736 7736 86 10 snoRNA cluster1 intergenic #REF! #REF! 476 20 ACTGTTTTCTAAGCTTAAATACTGTTTTCTAAGCTTAAATACTGTTTTCTAAGCTTAAAT SH7737 7737 26 101 snoRNA cluster1 intergenic #REF! #REF! 481 18 ACTACTGTTTTCTAAGCTACTACTGTTTTCTAAGCTACTACTGTTTTCTAAGCTACTACT SH7738 7738 10 204 snoRNA cluster1 intergenic #REF! #REF! 486 20 CTAAAAAACTACTGTTTTCTCTAAAAAACTACTGTTTTCTCTAAAAAACTACTGTTTTCT SH7739 7739 51 2 snoRNA cluster1 intergenic #REF! #REF! 491 18 GCACTAAAAAACTACTGTGCACTAAAAAACTACTGTGCACTAAAAAACTACTGTGCACTA SH7740 7740 27 5 snoRNA cluster1 intergenic #REF! #REF! 496 20 AAGAATAGCACTAAAAAACTAAGAATAGCACTAAAAAACTAAGAATAGCACTAAAAAACT SH7741 7741 94 94 snoRNA cluster1 intergenic #REF! #REF! 501 18 CGGAAGAATAGCACTAAACGGAAGAATAGCACTAAACGGAAGAATAGCACTAAACGGAAG SH7742 7742 76 51 snoRNA cluster1 intergenic #REF! #REF! 506 17 TCTACGGAAGAATAGCATCTACGGAAGAATAGCATCTACGGAAGAATAGCATCTACGGAA SH7743 7743 49 13 snoRNA cluster1 intergenic #REF! #REF! 511 18 CATCAATCTACGGAAGAACATCAATCTACGGAAGAACATCAATCTACGGAAGAACATCAA SH7744 7744 53 13 snoRNA cluster1 intergenic #REF! #REF! 516 18 GAAAACATCAATCTACGGGAAAACATCAATCTACGGGAAAACATCAATCTACGGGAAAAC SH7745 7745 46 9 snoRNA cluster1 intergenic #REF! #REF! 521 18 AGATCGAAAACATCAATCAGATCGAAAACATCAATCAGATCGAAAACATCAATCAGATCG SH7746 7746 52 63 snoRNA cluster1 intergenic #REF! #REF! 526 20 ATCAAATAGATCGAAAACATATCAAATAGATCGAAAACATATCAAATAGATCGAAAACAT SH7747 7747 64 40 snoRNA cluster1 intergenic/snR76 #REF! #REF! 531 20 ATTGTATCAAATAGATCGAAATTGTATCAAATAGATCGAAATTGTATCAAATAGATCGAA SH7748 7748 16 121 snoRNA cluster1 intergenic/snR76 #REF! #REF! 536 20 TTTCCATTGTATCAAATAGATTTCCATTGTATCAAATAGATTTCCATTGTATCAAATAGA SH7749 7749 93 32 snoRNA cluster1 intergenic/snR76 #REF! #REF! 541 19 CTCATTTCCATTGTATCAACTCATTTCCATTGTATCAACTCATTTCCATTGTATCAACTC SH7750 7750 38 69 snoRNA cluster1 intergenic/snR76 #REF! #REF! 546 18 GATCCTCATTTCCATTGTGATCCTCATTTCCATTGTGATCCTCATTTCCATTGTGATCCT SH7751 7751 47 200 snoRNA cluster1 snR76 #REF! #REF! 551 16 GTGGATCCTCATTTCCGTGGATCCTCATTTCCGTGGATCCTCATTTCCGTGGATCCTCAT SH7752 7752 36 60 snoRNA cluster1 snR76 #REF! #REF! 556 15 TGCTGTGGATCCTCATGCTGTGGATCCTCATGCTGTGGATCCTCATGCTGTGGATCCTCA SH7753 7753 67 183 snoRNA cluster1 snR76 #REF! #REF! 561 15 CCCAGTGCTGTGGATCCCAGTGCTGTGGATCCCAGTGCTGTGGATCCCAGTGCTGTGGAT SH7754 7754 9 76 snoRNA cluster1 snR76 #REF! #REF! 566 13 GTGCCCAGTGCTGGTGCCCAGTGCTGGTGCCCAGTGCTGGTGCCCAGTGCTGGTGCCCAG SH7755 7755 98 77 snoRNA cluster1 snR76 #REF! #REF! 571 13 CCTCAGTGCCCAGCCTCAGTGCCCAGCCTCAGTGCCCAGCCTCAGTGCCCAGCCTCAGTG SH7756 7756 78 114 snoRNA cluster1 snR76 #REF! #REF! 576 13 TTCCCCCTCAGTGTTCCCCCTCAGTGTTCCCCCTCAGTGTTCCCCCTCAGTGTTCCCCCT SH7757 7757 84 125 snoRNA cluster1 snR76 #REF! #REF! 581 17 GATATTTGTTTCCCCCTGATATTTGTTTCCCCCTGATATTTGTTTCCCCCTGATATTTGT SH7758 7758 81 205 snoRNA cluster1 snR76 #REF! #REF! 586 20 TTTGAAAGGATATTTGTTTCTTTGAAAGGATATTTGTTTCTTTGAAAGGATATTTGTTTC SH7759 7759 77 106 snoRNA cluster1 snR76 #REF! #REF! 591 20 ACTCATTTGAAAGGATATTTACTCATTTGAAAGGATATTTACTCATTTGAAAGGATATTT SH7760 7760 78 27 snoRNA cluster1 snR76 #REF! #REF! 596 18 GTCACTCATTTGAAAGGAGTCACTCATTTGAAAGGAGTCACTCATTTGAAAGGAGTCACT SH7761 7761 85 94 snoRNA cluster1 snR76 #REF! #REF! 601 18 GCATTGTCACTCATTTGAGCATTGTCACTCATTTGAGCATTGTCACTCATTTGAGCATTG SH7762 7762 52 132 snoRNA cluster1 snR76 #REF! #REF! 606 18 CTAAAGCATTGTCACTCACTAAAGCATTGTCACTCACTAAAGCATTGTCACTCACTAAAG SH7763 7763 64 156 snoRNA cluster1 snR76 #REF! #REF! 611 16 CCGCTAAAGCATTGTCCCGCTAAAGCATTGTCCCGCTAAAGCATTGTCCCGCTAAAGCAT SH7764 7764 10 152 snoRNA cluster1 snR76 #REF! #REF! 616 13 GCCCGCTAAAGCAGCCCGCTAAAGCAGCCCGCTAAAGCAGCCCGCTAAAGCAGCCCGCTA SH7765 7765 33 17 snoRNA cluster1 snR76 #REF! #REF! 621 13 TCTAGGCCCGCTATCTAGGCCCGCTATCTAGGCCCGCTATCTAGGCCCGCTATCTAGGCC SH7766 7766 41 190 snoRNA cluster1 snR76 #REF! #REF! 626 15 CGGGTTTTCTAGGCCCGGGTTTTCTAGGCCCGGGTTTTCTAGGCCCGGGTTTTCTAGGCC SH7767 7767 71 52 snoRNA cluster1 snR76 #REF! #REF! 631 13 GCGCGGGTTTTCTGCGCGGGTTTTCTGCGCGGGTTTTCTGCGCGGGTTTTCTGCGCGGGT SH7768 7768 4 68 snoRNA cluster1 snR76 #REF! #REF! 636 13 CAGTTGCGCGGGTCAGTTGCGCGGGTCAGTTGCGCGGGTCAGTTGCGCGGGTCAGTTGCG SH7769 7769 14 179 snoRNA cluster1 snR76 #REF! #REF! 641 16 CAATGGATCAGTTGCGCAATGGATCAGTTGCGCAATGGATCAGTTGCGCAATGGATCAGT SH7770 7770 11 193 snoRNA cluster1 snR76/intergenic #REF! #REF! 646 18 AAACTTACAATGGATCAGAAACTTACAATGGATCAGAAACTTACAATGGATCAGAAACTT SH7771 7771 47 37 snoRNA cluster1 snR76/intergenic #REF! #REF! 651 18 CAGAAAAACTTACAATGGCAGAAAAACTTACAATGGCAGAAAAACTTACAATGGCAGAAA SH7772 7772 62 188 snoRNA cluster1 snR76/intergenic #REF! #REF! 656 17 CCCTCAGAAAAACTTACCCCTCAGAAAAACTTACCCCTCAGAAAAACTTACCCCTCAGAA SH7773 7773 38 45 snoRNA cluster1 intergenic #REF! #REF! 661 17 GTTAGCCCTCAGAAAAAGTTAGCCCTCAGAAAAAGTTAGCCCTCAGAAAAAGTTAGCCCT SH7774 7774 88 199 snoRNA cluster1 intergenic #REF! #REF! 666 15 TCTGTTAGCCCTCAGTCTGTTAGCCCTCAGTCTGTTAGCCCTCAGTCTGTTAGCCCTCAG SH7775 7775 80 90 snoRNA cluster1 intergenic #REF! #REF! 671 18 TAGAAAATTCTGTTAGCCTAGAAAATTCTGTTAGCCTAGAAAATTCTGTTAGCCTAGAAA SH7776 7776 21 148 snoRNA cluster1 intergenic #REF! #REF! 676 18 CCCTATAGAAAATTCTGTCCCTATAGAAAATTCTGTCCCTATAGAAAATTCTGTCCCTAT SH7777 7777 11 212 snoRNA cluster1 intergenic #REF! #REF! 681 20 CATTCTTCCCTATAGAAAATCATTCTTCCCTATAGAAAATCATTCTTCCCTATAGAAAAT SH7778 7778 2 139 snoRNA cluster1 intergenic #REF! #REF! 686 17 TCCATTCTTCCCTATAGTCCATTCTTCCCTATAGTCCATTCTTCCCTATAGTCCATTCTT SH7779 7779 31 24 snoRNA cluster1 intergenic #REF! #REF! 691 18 AAAAAATCCATTCTTCCCAAAAAATCCATTCTTCCCAAAAAATCCATTCTTCCCAAAAAA SH7780 7780 59 130 snoRNA cluster1 intergenic #REF! #REF! 696 20 AATGAGAAAAAAATCCATTCAATGAGAAAAAAATCCATTCAATGAGAAAAAAATCCATTC SH7781 7781 41 167 snoRNA cluster1 intergenic #REF! #REF! 701 20 ACGAAAATGAGAAAAAAATCACGAAAATGAGAAAAAAATCACGAAAATGAGAAAAAAATC SH7782 7782 61 34 snoRNA cluster1 intergenic #REF! #REF! 706 22 TAATTATACGAAAATGAGAAAATAATTATACGAAAATGAGAAAATAATTATACGAAAATG SH7783 7783 49 135 snoRNA cluster1 intergenic #REF! #REF! 711 21 CACATAATTATACGAAAATGACACATAATTATACGAAAATGACACATAATTATACGAAAA SH7784 7784 32 88 snoRNA cluster1 intergenic #REF! #REF! 716 21 CAATTCACATAATTATACGAACAATTCACATAATTATACGAACAATTCACATAATTATAC SH7785 7785 98 13 snoRNA cluster1 intergenic/snR75 #REF! #REF! 721 22 AAAAACCAATTCACATAATTATAAAAACCAATTCACATAATTATAAAAACCAATTCACAT SH7786 7786 51 190 snoRNA cluster1 intergenic/snR75 #REF! #REF! 726 20 CATAAAAACCAATTCACATACATAAAAACCAATTCACATACATAAAAACCAATTCACATA SH7787 7787 54 40 snoRNA cluster1 intergenic/snR75 #REF! #REF! 731 20 CTCATCATAAAAACCAATTCCTCATCATAAAAACCAATTCCTCATCATAAAAACCAATTC SH7788 7788 45 175 snoRNA cluster1 intergenic/snR75 #REF! #REF! 736 20 AATATCTCATCATAAAAACCAATATCTCATCATAAAAACCAATATCTCATCATAAAAACC SH7789 7789 46 72 snoRNA cluster1 snR75 #REF! #REF! 741 22 ATCTATAAATATCTCATCATAAATCTATAAATATCTCATCATAAATCTATAAATATCTCA SH7790 7790 41 88 snoRNA cluster1 snR75 #REF! #REF! 746 20 GTCATCTATAAATATCTCATGTCATCTATAAATATCTCATGTCATCTATAAATATCTCAT SH7791 7791 4 165 snoRNA cluster1 snR75 #REF! #REF! 751 20 GACTCGTCATCTATAAATATGACTCGTCATCTATAAATATGACTCGTCATCTATAAATAT SH7792 7792 89 189 snoRNA cluster1 snR75 #REF! #REF! 756 17 CAGACTCGTCATCTATACAGACTCGTCATCTATACAGACTCGTCATCTATACAGACTCGT SH7793 7793 25 95 snoRNA cluster1 snR75 #REF! #REF! 761 17 ATGATCAGACTCGTCATATGATCAGACTCGTCATATGATCAGACTCGTCATATGATCAGA SH7794 7794 62 111 snoRNA cluster1 snR75 #REF! #REF! 766 17 CACGAATGATCAGACTCCACGAATGATCAGACTCCACGAATGATCAGACTCCACGAATGA SH7795 7795 70 75 snoRNA cluster1 snR75 #REF! #REF! 771 17 GTCTTCACGAATGATCAGTCTTCACGAATGATCAGTCTTCACGAATGATCAGTCTTCACG SH7796 7796 41 29 snoRNA cluster1 snR75 #REF! #REF! 776 17 GTTGTGTCTTCACGAATGTTGTGTCTTCACGAATGTTGTGTCTTCACGAATGTTGTGTCT SH7797 7797 41 129 snoRNA cluster1 snR75 #REF! #REF! 781 20 TTTTAATAGTTGTGTCTTCATTTTAATAGTTGTGTCTTCATTTTAATAGTTGTGTCTTCA SH7798 7798 30 29 snoRNA cluster1 snR75 #REF! #REF! 786 20 GGTAATTTTAATAGTTGTGTGGTAATTTTAATAGTTGTGTGGTAATTTTAATAGTTGTGT SH7799 7799 6 96 snoRNA cluster1 snR75 #REF! #REF! 791 22 CATGAATGGTAATTTTAATAGTCATGAATGGTAATTTTAATAGTCATGAATGGTAATTTT SH7800 7800 98 144 snoRNA cluster1 snR75 #REF! #REF! 796 19 GGCATGAATGGTAATTTTAGGCATGAATGGTAATTTTAGGCATGAATGGTAATTTTAGGC SH7801 7801 97 207 snoRNA cluster1 snR75 #REF! #REF! 801 18 GAAAGGCATGAATGGTAAGAAAGGCATGAATGGTAAGAAAGGCATGAATGGTAAGAAAGG SH7802 7802 6 59 snoRNA cluster1 snR75 #REF! #REF! 806 18 CTTCAGAAAGGCATGAATCTTCAGAAAGGCATGAATCTTCAGAAAGGCATGAATCTTCAG SH7803 7803 18 6 snoRNA cluster1 snR75 #REF! #REF! 811 16 CAGCTTCAGAAAGGCACAGCTTCAGAAAGGCACAGCTTCAGAAAGGCACAGCTTCAGAAA SH7804 7804 87 147 snoRNA cluster1 snR75/intergenic #REF! #REF! 816 18 ATGTAAACAGCTTCAGAAATGTAAACAGCTTCAGAAATGTAAACAGCTTCAGAAATGTAA SH7805 7805 49 137 snoRNA cluster1 snR75/intergenic #REF! #REF! 821 20 AAGAATAATGTAAACAGCTTAAGAATAATGTAAACAGCTTAAGAATAATGTAAACAGCTT SH7806 7806 90 29 snoRNA cluster1 snR75/intergenic #REF! #REF! 826 20 TCGAAAAGAATAATGTAAACTCGAAAAGAATAATGTAAACTCGAAAAGAATAATGTAAAC SH7807 7807 53 120 snoRNA cluster1 intergenic #REF! #REF! 831 20 GCTAATCGAAAAGAATAATGGCTAATCGAAAAGAATAATGGCTAATCGAAAAGAATAATG SH7808 7808 42 86 snoRNA cluster1 intergenic #REF! #REF! 836 19 CTTTGCTAATCGAAAAGAACTTTGCTAATCGAAAAGAACTTTGCTAATCGAAAAGAACTT SH7809 7809 64 208 snoRNA cluster1 intergenic #REF! #REF! 841 20 CAAATTCTTTGCTAATCGAACAAATTCTTTGCTAATCGAACAAATTCTTTGCTAATCGAA SH7810 7810 61 206 snoRNA cluster1 intergenic #REF! #REF! 846 20 ATTTCCAAATTCTTTGCTAAATTTCCAAATTCTTTGCTAAATTTCCAAATTCTTTGCTAA SH7811 7811 102 54 snoRNA cluster1 intergenic #REF! #REF! 851 22 TTTTTCTATTTCCAAATTCTTTTTTTTCTATTTCCAAATTCTTTTTTTTCTATTTCCAAA SH7812 7812 82 52 snoRNA cluster1 intergenic #REF! #REF! 856 22 CGATTTTTTTCTATTTCCAAATCGATTTTTTTCTATTTCCAAATCGATTTTTTTCTATTT SH7813 7813 45 43 snoRNA cluster1 intergenic #REF! #REF! 861 20 TGTCGATTTTTTTCTATTTCTGTCGATTTTTTTCTATTTCTGTCGATTTTTTTCTATTTC SH7814 7814 19 93 snoRNA cluster1 intergenic #REF! #REF! 866 20 TTATCTGTCGATTTTTTTCTTTATCTGTCGATTTTTTTCTTTATCTGTCGATTTTTTTCT SH7815 7815 49 106 snoRNA cluster1 intergenic #REF! #REF! 871 19 CTAGTTATCTGTCGATTTTCTAGTTATCTGTCGATTTTCTAGTTATCTGTCGATTTTCTA SH7816 7816 9 211 snoRNA cluster1 intergenic #REF! #REF! 876 17 GAACTAGTTATCTGTCGGAACTAGTTATCTGTCGGAACTAGTTATCTGTCGGAACTAGTT SH7817 7817 4 44 snoRNA cluster1 intergenic #REF! #REF! 881 18 ACTGATGAACTAGTTATCACTGATGAACTAGTTATCACTGATGAACTAGTTATCACTGAT SH7818 7818 14 139 snoRNA cluster1 intergenic #REF! #REF! 886 18 CATCAACTGATGAACTAGCATCAACTGATGAACTAGCATCAACTGATGAACTAGCATCAA SH7819 7819 76 204 snoRNA cluster1 intergenic #REF! #REF! 891 17 GACACATCAACTGATGAGACACATCAACTGATGAGACACATCAACTGATGAGACACATCA SH7820 7820 43 164 snoRNA cluster1 intergenic #REF! #REF! 896 18 AATACAGACACATCAACTAATACAGACACATCAACTAATACAGACACATCAACTAATACA SH7821 7821 85 195 snoRNA cluster1 intergenic #REF! #REF! 901 18 GAAGCAATACAGACACATGAAGCAATACAGACACATGAAGCAATACAGACACATGAAGCA SH7822 7822 40 99 snoRNA cluster1 intergenic #REF! #REF! 906 17 CATGGAAGCAATACAGACATGGAAGCAATACAGACATGGAAGCAATACAGACATGGAAGC SH7823 7823 13 103 snoRNA cluster1 intergenic #REF! #REF! 911 20 TTAAAAAACATGGAAGCAATTTAAAAAACATGGAAGCAATTTAAAAAACATGGAAGCAAT SH7824 7824 12 129 snoRNA cluster1 intergenic #REF! #REF! 916 22 ATTTTCTTTAAAAAACATGGAAATTTTCTTTAAAAAACATGGAAATTTTCTTTAAAAAAC SH7825 7825 71 185 snoRNA cluster1 intergenic #REF! #REF! 921 23 GTAGAAATTTTCTTTAAAAAACAGTAGAAATTTTCTTTAAAAAACAGTAGAAATTTTCTT SH7826 7826 45 103 snoRNA cluster1 intergenic #REF! #REF! 926 22 TAAGGTAGAAATTTTCTTTAAATAAGGTAGAAATTTTCTTTAAATAAGGTAGAAATTTTC SH7827 7827 98 135 snoRNA cluster1 intergenic #REF! #REF! 931 20 CTCTAAGGTAGAAATTTTCTCTCTAAGGTAGAAATTTTCTCTCTAAGGTAGAAATTTTCT SH7828 7828 8 85 snoRNA cluster1 intergenic #REF! #REF! 936 18 CGTCTCTAAGGTAGAAATCGTCTCTAAGGTAGAAATCGTCTCTAAGGTAGAAATCGTCTC SH7829 7829 66 71 snoRNA cluster1 intergenic #REF! #REF! 941 17 TTGACGTCTCTAAGGTATTGACGTCTCTAAGGTATTGACGTCTCTAAGGTATTGACGTCT SH7830 7830 48 13 snoRNA cluster1 intergenic/snR74 #REF! #REF! 946 17 CAGCATTGACGTCTCTACAGCATTGACGTCTCTACAGCATTGACGTCTCTACAGCATTGA SH7831 7831 97 64 snoRNA cluster1 intergenic/snR74 #REF! #REF! 951 15 CTGCAGCATTGACGTCTGCAGCATTGACGTCTGCAGCATTGACGTCTGCAGCATTGACGT SH7832 7832 79 75 snoRNA cluster1 intergenic/snR74 #REF! #REF! 956 17 TCATCTTCTGCAGCATTTCATCTTCTGCAGCATTTCATCTTCTGCAGCATTTCATCTTCT SH7833 7833 82 189 snoRNA cluster1 snR74 #REF! #REF! 961 18 TTTGTTTCATCTTCTGCATTTGTTTCATCTTCTGCATTTGTTTCATCTTCTGCATTTGTT SH7834 7834 92 23 snoRNA cluster1 snR74 #REF! #REF! 966 20 TGAGTAATTTGTTTCATCTTTGAGTAATTTGTTTCATCTTTGAGTAATTTGTTTCATCTT SH7835 7835 88 21 snoRNA cluster1 snR74 #REF! #REF! 971 20 CTATTTGAGTAATTTGTTTCCTATTTGAGTAATTTGTTTCCTATTTGAGTAATTTGTTTC SH7836 7836 17 208 snoRNA cluster1 snR74 #REF! #REF! 976 20 CTTGTCTATTTGAGTAATTTCTTGTCTATTTGAGTAATTTCTTGTCTATTTGAGTAATTT SH7837 7837 29 91 snoRNA cluster1 snR74 #REF! #REF! 981 18 ATGCTTGTCTATTTGAGTATGCTTGTCTATTTGAGTATGCTTGTCTATTTGAGTATGCTT SH7838 7838 78 9 snoRNA cluster1 snR74 #REF! #REF! 986 18 GACATATGCTTGTCTATTGACATATGCTTGTCTATTGACATATGCTTGTCTATTGACATA SH7839 7839 17 121 snoRNA cluster1 snR74 #REF! #REF! 991 18 GATCAGACATATGCTTGTGATCAGACATATGCTTGTGATCAGACATATGCTTGTGATCAG SH7840 7840 60 161 snoRNA cluster1 snR74 #REF! #REF! 996 18 ATGAAGATCAGACATATGATGAAGATCAGACATATGATGAAGATCAGACATATGATGAAG SH7841 7841 62 23 snoRNA cluster1 snR74 #REF! #REF! 1001 18 CAATCATGAAGATCAGACCAATCATGAAGATCAGACCAATCATGAAGATCAGACCAATCA SH7842 7842 50 159 snoRNA cluster1 snR74 #REF! #REF! 1006 20 CTCTTTTCAATCATGAAGATCTCTTTTCAATCATGAAGATCTCTTTTCAATCATGAAGAT SH7843 7843 35 162 snoRNA cluster1 snR74 #REF! #REF! 1011 18 TTGCTCTTTTCAATCATGTTGCTCTTTTCAATCATGTTGCTCTTTTCAATCATGTTGCTC SH7844 7844 34 83 snoRNA cluster1 snR74 #REF! #REF! 1016 19 CACTAATTGCTCTTTTCAACACTAATTGCTCTTTTCAACACTAATTGCTCTTTTCAACAC SH7845 7845 13 170 snoRNA cluster1 snR74 #REF! #REF! 1021 18 CAGACACTAATTGCTCTTCAGACACTAATTGCTCTTCAGACACTAATTGCTCTTCAGACA SH7846 7846 50 89 snoRNA cluster1 snR74 #REF! #REF! 1026 17 GCATCAGACACTAATTGGCATCAGACACTAATTGGCATCAGACACTAATTGGCATCAGAC SH7847 7847 99 124 snoRNA cluster1 snR74 #REF! #REF! 1031 18 TAAATTGCATCAGACACTTAAATTGCATCAGACACTTAAATTGCATCAGACACTTAAATT SH7848 7848 69 199 snoRNA cluster1 snR74/intergenic #REF! #REF! 1036 19 CTAGTTTAAATTGCATCAGCTAGTTTAAATTGCATCAGCTAGTTTAAATTGCATCAGCTA SH7849 7849 24 211 snoRNA cluster1 snR74/intergenic #REF! #REF! 1041 22 TAAATTTTCTAGTTTAAATTGCTAAATTTTCTAGTTTAAATTGCTAAATTTTCTAGTTTA SH7850 7850 90 203 snoRNA cluster1 snR74/intergenic #REF! #REF! 1046 22 TCAGATAAATTTTCTAGTTTAATCAGATAAATTTTCTAGTTTAATCAGATAAATTTTCTA SH7851 7851 99 141 snoRNA cluster1 intergenic #REF! #REF! 1051 20 CTCTCAGATAAATTTTCTAGCTCTCAGATAAATTTTCTAGCTCTCAGATAAATTTTCTAG SH7852 7852 46 138 snoRNA cluster1 intergenic #REF! #REF! 1056 20 CATCTCTCTCAGATAAATTTCATCTCTCTCAGATAAATTTCATCTCTCTCAGATAAATTT SH7853 7853 21 167 snoRNA cluster1 intergenic #REF! #REF! 1061 17 CTCATCTCTCTCAGATACTCATCTCTCTCAGATACTCATCTCTCTCAGATACTCATCTCT SH7854 7854 58 37 snoRNA cluster1 intergenic #REF! #REF! 1066 17 GATCTCTCATCTCTCTCGATCTCTCATCTCTCTCGATCTCTCATCTCTCTCGATCTCTCA SH7855 7855 17 148 snoRNA cluster1 intergenic #REF! #REF! 1071 17 TGTACGATCTCTCATCTTGTACGATCTCTCATCTTGTACGATCTCTCATCTTGTACGATC SH7856 7856 31 144 snoRNA cluster1 intergenic #REF! #REF! 1076 17 CAGTTTGTACGATCTCTCAGTTTGTACGATCTCTCAGTTTGTACGATCTCTCAGTTTGTA SH7857 7857 10 115 snoRNA cluster1 intergenic #REF! #REF! 1081 18 TTGAAACAGTTTGTACGATTGAAACAGTTTGTACGATTGAAACAGTTTGTACGATTGAAA SH7858 7858 25 152 snoRNA cluster1 intergenic #REF! #REF! 1086 18 AAACCTTGAAACAGTTTGAAACCTTGAAACAGTTTGAAACCTTGAAACAGTTTGAAACCT SH7859 7859 103 136 snoRNA cluster1 intergenic #REF! #REF! 1091 20 AAGTTAAAAACCTTGAAACAAAGTTAAAAACCTTGAAACAAAGTTAAAAACCTTGAAACA SH7860 7860 73 8 snoRNA cluster1 intergenic #REF! #REF! 1096 20 GAGAAAAGTTAAAAACCTTGGAGAAAAGTTAAAAACCTTGGAGAAAAGTTAAAAACCTTG SH7861 7861 38 204 snoRNA cluster1 intergenic #REF! #REF! 1101 22 GAAATTGGAGAAAAGTTAAAAAGAAATTGGAGAAAAGTTAAAAAGAAATTGGAGAAAAGT SH7862 7862 88 204 snoRNA cluster1 intergenic #REF! #REF! 1106 20 TTTGAAATTGGAGAAAAGTTTTTGAAATTGGAGAAAAGTTTTTGAAATTGGAGAAAAGTT SH7863 7863 22 135 snoRNA cluster1 intergenic/snR73 #REF! #REF! 1111 20 CAATTTTTGAAATTGGAGAACAATTTTTGAAATTGGAGAACAATTTTTGAAATTGGAGAA SH7864 7864 27 180 snoRNA cluster1 intergenic/snR73 #REF! #REF! 1116 22 TCATAAACAATTTTTGAAATTGTCATAAACAATTTTTGAAATTGTCATAAACAATTTTTG SH7865 7865 8 196 snoRNA cluster1 intergenic/snR73 #REF! #REF! 1121 22 AATCATCATAAACAATTTTTGAAATCATCATAAACAATTTTTGAAATCATCATAAACAAT SH7866 7866 77 197 snoRNA cluster1 intergenic/snR73 #REF! #REF! 1126 20 GGAAATCATCATAAACAATTGGAAATCATCATAAACAATTGGAAATCATCATAAACAATT SH7867 7867 19 5 snoRNA cluster1 snR73 #REF! #REF! 1131 20 AATGTGGAAATCATCATAAAAATGTGGAAATCATCATAAAAATGTGGAAATCATCATAAA SH7868 7868 84 94 snoRNA cluster1 snR73 #REF! #REF! 1136 18 TGAAATGTGGAAATCATCTGAAATGTGGAAATCATCTGAAATGTGGAAATCATCTGAAAT SH7869 7869 41 33 snoRNA cluster1 snR73 #REF! #REF! 1141 17 GTCGTGAAATGTGGAAAGTCGTGAAATGTGGAAAGTCGTGAAATGTGGAAAGTCGTGAAA SH7870 7870 22 206 snoRNA cluster1 snR73 #REF! #REF! 1146 16 GACCGTCGTGAAATGTGACCGTCGTGAAATGTGACCGTCGTGAAATGTGACCGTCGTGAA SH7871 7871 54 214 snoRNA cluster1 snR73 #REF! #REF! 1151 15 AGTTGACCGTCGTGAAGTTGACCGTCGTGAAGTTGACCGTCGTGAAGTTGACCGTCGTGA SH7872 7872 69 68 snoRNA cluster1 snR73 #REF! #REF! 1156 13 CGCAGTTGACCGTCGCAGTTGACCGTCGCAGTTGACCGTCGCAGTTGACCGTCGCAGTTG SH7873 7873 47 123 snoRNA cluster1 snR73 #REF! #REF! 1161 17 TTCGAAAAACGCAGTTGTTCGAAAAACGCAGTTGTTCGAAAAACGCAGTTGTTCGAAAAA SH7874 7874 72 68 snoRNA cluster1 snR73 #REF! #REF! 1166 18 TAAACATTCGAAAAACGCTAAACATTCGAAAAACGCTAAACATTCGAAAAACGCTAAACA SH7875 7875 68 151 snoRNA cluster1 snR73 #REF! #REF! 1171 20 TAATCGATAAACATTCGAAATAATCGATAAACATTCGAAATAATCGATAAACATTCGAAA SH7876 7876 55 79 snoRNA cluster1 snR73 #REF! #REF! 1176 21 CAAAGTTAATCGATAAACATTCAAAGTTAATCGATAAACATTCAAAGTTAATCGATAAAC SH7877 7877 19 68 snoRNA cluster1 snR73 #REF! #REF! 1181 20 TCATCAAAGTTAATCGATAATCATCAAAGTTAATCGATAATCATCAAAGTTAATCGATAA SH7878 7878 95 34 snoRNA cluster1 snR73 #REF! #REF! 1186 21 GAAATATCATCAAAGTTAATCGAAATATCATCAAAGTTAATCGAAATATCATCAAAGTTA SH7879 7879 103 16 snoRNA cluster1 snR73 #REF! #REF! 1191 18 GCGAAATATCATCAAAGTGCGAAATATCATCAAAGTGCGAAATATCATCAAAGTGCGAAA SH7880 7880 74 79 snoRNA cluster1 snR73 #REF! #REF! 1196 17 ACAGGCGAAATATCATCACAGGCGAAATATCATCACAGGCGAAATATCATCACAGGCGAA SH7881 7881 11 156 snoRNA cluster1 snR73 #REF! #REF! 1201 17 CTGTCACAGGCGAAATACTGTCACAGGCGAAATACTGTCACAGGCGAAATACTGTCACAG SH7882 7882 38 9 snoRNA cluster1 snR73 #REF! #REF! 1206 13 CCTGTCACAGGCGCCTGTCACAGGCGCCTGTCACAGGCGCCTGTCACAGGCGCCTGTCAC SH7883 7883 75 150 snoRNA cluster1 snR73 #REF! #REF! 1211 13 CACGCCCTGTCACCACGCCCTGTCACCACGCCCTGTCACCACGCCCTGTCACCACGCCCT SH7884 7884 41 71 snoRNA cluster1 snR73 #REF! #REF! 1216 13 AGTACCACGCCCTAGTACCACGCCCTAGTACCACGCCCTAGTACCACGCCCTAGTACCAC SH7885 7885 31 83 snoRNA cluster1 snR73/intergenic #REF! #REF! 1221 17 TTAAAGCTCAGTACCACTTAAAGCTCAGTACCACTTAAAGCTCAGTACCACTTAAAGCTC SH7886 7886 40 79 snoRNA cluster1 snR73/intergenic #REF! #REF! 1226 21 CTAAAAATATTAAAGCTCAGTCTAAAAATATTAAAGCTCAGTCTAAAAATATTAAAGCTC SH7887 7887 69 17 snoRNA cluster1 snR73/intergenic #REF! #REF! 1231 22 AATTTGCTAAAAATATTAAAGCAATTTGCTAAAAATATTAAAGCAATTTGCTAAAAATAT SH7888 7888 73 148 snoRNA cluster1 intergenic #REF! #REF! 1236 23 TTTCTAAATTTGCTAAAAATATTTTTCTAAATTTGCTAAAAATATTTTTCTAAATTTGCT SH7889 7889 89 81 snoRNA cluster1 intergenic #REF! #REF! 1241 22 CCAATTTCTAAATTTGCTAAAACCAATTTCTAAATTTGCTAAAACCAATTTCTAAATTTG SH7890 7890 14 185 snoRNA cluster1 intergenic #REF! #REF! 1246 18 CCCAATTTCTAAATTTGCCCCAATTTCTAAATTTGCCCCAATTTCTAAATTTGCCCCAAT SH7891 7891 49 195 snoRNA cluster1 intergenic #REF! #REF! 1251 18 CTTGACCCAATTTCTAAACTTGACCCAATTTCTAAACTTGACCCAATTTCTAAACTTGAC SH7892 7892 5 42 snoRNA cluster1 intergenic #REF! #REF! 1256 17 TTCGCTTGACCCAATTTTTCGCTTGACCCAATTTTTCGCTTGACCCAATTTTTCGCTTGA SH7893 7893 24 24 snoRNA cluster1 intergenic #REF! #REF! 1261 13 GTTCGCTTGACCCGTTCGCTTGACCCGTTCGCTTGACCCGTTCGCTTGACCCGTTCGCTT SH7894 7894 55 112 snoRNA cluster1 intergenic #REF! #REF! 1266 18 CATTACAATGGTTCGCTTCATTACAATGGTTCGCTTCATTACAATGGTTCGCTTCATTAC SH7895 7895 102 188 snoRNA cluster1 intergenic #REF! #REF! 1271 18 GTCAGCATTACAATGGTTGTCAGCATTACAATGGTTGTCAGCATTACAATGGTTGTCAGC SH7896 7896 35 156 snoRNA cluster1 intergenic #REF! #REF! 1276 19 CAAATAGTCAGCATTACAACAAATAGTCAGCATTACAACAAATAGTCAGCATTACAACAA SH7897 7897 58 180 snoRNA cluster1 intergenic #REF! #REF! 1281 17 GTCCAAATAGTCAGCATGTCCAAATAGTCAGCATGTCCAAATAGTCAGCATGTCCAAATA SH7898 7898 79 86 snoRNA cluster1 intergenic #REF! #REF! 1286 17 GAGTCGTCCAAATAGTCGAGTCGTCCAAATAGTCGAGTCGTCCAAATAGTCGAGTCGTCC SH7899 7899 86 62 snoRNA cluster1 intergenic #REF! #REF! 1291 17 GATTAGAGTCGTCCAAAGATTAGAGTCGTCCAAAGATTAGAGTCGTCCAAAGATTAGAGT SH7900 7900 62 71 snoRNA cluster1 intergenic #REF! #REF! 1296 17 GAAGAGATTAGAGTCGTGAAGAGATTAGAGTCGTGAAGAGATTAGAGTCGTGAAGAGATT SH7901 7901 6 81 snoRNA cluster1 intergenic #REF! #REF! 1301 22 CAAATATATTGAAGAGATTAGACAAATATATTGAAGAGATTAGACAAATATATTGAAGAG SH7902 7902 6 74 snoRNA cluster1 intergenic #REF! #REF! 1306 20 ACTCAAATATATTGAAGAGAACTCAAATATATTGAAGAGAACTCAAATATATTGAAGAGA SH7903 7903 45 14 snoRNA cluster1 intergenic #REF! #REF! 1311 22 TATTTGAACTCAAATATATTGATATTTGAACTCAAATATATTGATATTTGAACTCAAATA SH7904 7904 29 122 snoRNA cluster1 intergenic #REF! #REF! 1316 23 TTAATATATTTGAACTCAAATATTTAATATATTTGAACTCAAATATTTAATATATTTGAA SH7905 7905 26 134 snoRNA cluster1 intergenic #REF! #REF! 1321 22 CAAGTTAATATATTTGAACTCACAAGTTAATATATTTGAACTCACAAGTTAATATATTTG SH7906 7906 103 38 snoRNA cluster1 intergenic #REF! #REF! 1326 22 TTACTCAAGTTAATATATTTGATTACTCAAGTTAATATATTTGATTACTCAAGTTAATAT SH7907 7907 6 100 snoRNA cluster1 intergenic #REF! #REF! 1331 23 GAAAATTTACTCAAGTTAATATAGAAAATTTACTCAAGTTAATATAGAAAATTTACTCAA SH7908 7908 76 83 snoRNA cluster1 intergenic #REF! #REF! 1336 20 GAGAAAATTTACTCAAGTTAGAGAAAATTTACTCAAGTTAGAGAAAATTTACTCAAGTTA SH7909 7909 86 88 snoRNA cluster1 intergenic #REF! #REF! 1341 19 GCAAGAGAAAATTTACTCAGCAAGAGAAAATTTACTCAGCAAGAGAAAATTTACTCAGCA SH7910 7910 11 206 snoRNA cluster1 intergenic #REF! #REF! 1346 20 ATTAACGCAAGAGAAAATTTATTAACGCAAGAGAAAATTTATTAACGCAAGAGAAAATTT SH7911 7911 96 94 snoRNA cluster1 intergenic #REF! #REF! 1351 20 TTATAATTAACGCAAGAGAATTATAATTAACGCAAGAGAATTATAATTAACGCAAGAGAA SH7912 7912 70 8 snoRNA cluster1 intergenic/snR72 #REF! #REF! 1356 22 CAATTAGTTATAATTAACGCAACAATTAGTTATAATTAACGCAACAATTAGTTATAATTA SH7913 7913 63 5 snoRNA cluster1 intergenic/snR72 #REF! #REF! 1361 22 CATCACAATTAGTTATAATTAACATCACAATTAGTTATAATTAACATCACAATTAGTTAT SH7914 7914 45 55 snoRNA cluster1 intergenic/snR72 #REF! #REF! 1366 20 TCACATCACAATTAGTTATATCACATCACAATTAGTTATATCACATCACAATTAGTTATA SH7915 7915 73 183 snoRNA cluster1 intergenic/snR72 #REF! #REF! 1371 18 TCATCACATCACAATTAGTCATCACATCACAATTAGTCATCACATCACAATTAGTCATCA SH7916 7916 80 99 snoRNA cluster1 intergenic/snR72 #REF! #REF! 1376 17 GTTGTCATCACATCACAGTTGTCATCACATCACAGTTGTCATCACATCACAGTTGTCATC SH7917 7917 58 117 snoRNA cluster1 snR72 #REF! #REF! 1381 18 CAAGAAGTTGTCATCACACAAGAAGTTGTCATCACACAAGAAGTTGTCATCACACAAGAA SH7918 7918 87 53 snoRNA cluster1 snR72 #REF! #REF! 1386 17 AGCTCAAGAAGTTGTCAAGCTCAAGAAGTTGTCAAGCTCAAGAAGTTGTCAAGCTCAAGA SH7919 7919 86 208 snoRNA cluster1 snR72 #REF! #REF! 1391 20 AAATATATAGCTCAAGAAGTAAATATATAGCTCAAGAAGTAAATATATAGCTCAAGAAGT SH7920 7920 22 114 snoRNA cluster1 snR72 #REF! #REF! 1396 20 CAAGAAAATATATAGCTCAACAAGAAAATATATAGCTCAACAAGAAAATATATAGCTCAA SH7921 7921 89 212 snoRNA cluster1 snR72 #REF! #REF! 1401 20 GTTCTCAAGAAAATATATAGGTTCTCAAGAAAATATATAGGTTCTCAAGAAAATATATAG SH7922 7922 75 16 snoRNA cluster1 snR72 #REF! #REF! 1406 20 TTGATGTTCTCAAGAAAATATTGATGTTCTCAAGAAAATATTGATGTTCTCAAGAAAATA SH7923 7923 5 99 snoRNA cluster1 snR72 #REF! #REF! 1411 18 TCATTGATGTTCTCAAGATCATTGATGTTCTCAAGATCATTGATGTTCTCAAGATCATTG SH7924 7924 80 137 snoRNA cluster1 snR72 #REF! #REF! 1416 20 GTTTTCTTCATTGATGTTCTGTTTTCTTCATTGATGTTCTGTTTTCTTCATTGATGTTCT SH7925 7925 50 94 snoRNA cluster1 snR72 #REF! #REF! 1421 18 GACGTTTTCTTCATTGATGACGTTTTCTTCATTGATGACGTTTTCTTCATTGATGACGTT SH7926 7926 47 25 snoRNA cluster1 snR72 #REF! #REF! 1426 18 GATGAGACGTTTTCTTCAGATGAGACGTTTTCTTCAGATGAGACGTTTTCTTCAGATGAG SH7927 7927 89 62 snoRNA cluster1 snR72 #REF! #REF! 1431 18 CATTTGATGAGACGTTTTCATTTGATGAGACGTTTTCATTTGATGAGACGTTTTCATTTG SH7928 7928 69 97 snoRNA cluster1 snR72 #REF! #REF! 1436 18 CAAATCATTTGATGAGACCAAATCATTTGATGAGACCAAATCATTTGATGAGACCAAATC SH7929 7929 78 188 snoRNA cluster1 snR72 #REF! #REF! 1441 18 ACGTGCAAATCATTTGATACGTGCAAATCATTTGATACGTGCAAATCATTTGATACGTGC SH7930 7930 3 197 snoRNA cluster1 snR72 #REF! #REF! 1446 17 ACTGACGTGCAAATCATACTGACGTGCAAATCATACTGACGTGCAAATCATACTGACGTG SH7931 7931 53 156 snoRNA cluster1 snR72 #REF! #REF! 1451 15 CAGACTGACGTGCAACAGACTGACGTGCAACAGACTGACGTGCAACAGACTGACGTGCAA SH7932 7932 78 31 snoRNA cluster1 snR72 #REF! #REF! 1456 15 GTGATCAGACTGACGGTGATCAGACTGACGGTGATCAGACTGACGGTGATCAGACTGACG SH7933 7933 24 6 snoRNA cluster1 snR72/3' #REF! #REF! 1461 15 gGCTTGTGATCAGACgGCTTGTGATCAGACgGCTTGTGATCAGACgGCTTGTGATCAGAC SH7934 7934 59 132 snoRNA cluster1 snR72/3' #REF! #REF! 1466 20 aattttatatgGCTTGTGATaattttatatgGCTTGTGATaattttatatgGCTTGTGAT SH7935 7935 49 172 snoRNA cluster1 snR72/3' #REF! #REF! 1471 22 cttaaagaattttatatgGCTTcttaaagaattttatatgGCTTcttaaagaattttata SH7936 7936 63 105 snoRNA cluster1 3' #REF! #REF! 1476 25 ataaaatacttaaagaattttatatataaaatacttaaagaattttatatataaaatact SH7937 7937 78 88 snoRNA cluster1 3' #REF! #REF! 1481 22 ggataaaatacttaaagaatttggataaaatacttaaagaatttggataaaatacttaaa SH7938 7938 32 89 snoRNA cluster1 3' #REF! #REF! 1486 21 gaatggataaaatacttaaaggaatggataaaatacttaaaggaatggataaaatactta SH7939 7939 95 154 snoRNA cluster1 3' #REF! #REF! 1491 20 ggtagaatggataaaatactggtagaatggataaaatactggtagaatggataaaatact SH7940 7940 99 37 snoRNA cluster1 3' #REF! #REF! 1496 20 aaaaaggtagaatggataaaaaaaaggtagaatggataaaaaaaaggtagaatggataaa SH7941 7941 3 140 snoRNA cluster1 3' #REF! #REF! 1501 18 atgaaaaaggtagaatggatgaaaaaggtagaatggatgaaaaaggtagaatggatgaaa SH7942 7942 11 141 snoRNA cluster1 3' #REF! #REF! 1506 18 aacagatgaaaaaggtagaacagatgaaaaaggtagaacagatgaaaaaggtagaacaga SH7943 7943 57 8 snoRNA cluster1 3' #REF! #REF! 1511 20 gatcactaacagatgaaaaagatcactaacagatgaaaaagatcactaacagatgaaaaa SH7944 7944 61 51 snoRNA cluster1 3' #REF! #REF! 1516 17 tcgatcactaacagatgtcgatcactaacagatgtcgatcactaacagatgtcgatcact SH7945 7945 67 42 snoRNA cluster1 3' #REF! #REF! 1521 18 ctttaatcgatcactaacctttaatcgatcactaacctttaatcgatcactaacctttaa SH7946 7946 30 86 snoRNA cluster1 3' #REF! #REF! 1526 18 tgttgctttaatcgatcatgttgctttaatcgatcatgttgctttaatcgatcatgttgc SH7947 7947 48 145 snoRNA cluster1 3' #REF! #REF! 1531 17 tgggtgttgctttaatctgggtgttgctttaatctgggtgttgctttaatctgggtgttg SH7948 7948 70 118 snoRNA cluster1 3' #REF! #REF! 1536 15 gtctgggtgttgcttgtctgggtgttgcttgtctgggtgttgcttgtctgggtgttgctt SH7949 7949 78 38 snoRNA cluster1 3' #REF! #REF! 1541 17 atgtaatgtctgggtgtatgtaatgtctgggtgtatgtaatgtctgggtgtatgtaatgt SH7950 7950 85 38 snoRNA cluster1 3' #REF! #REF! 1546 16 ggccatgtaatgtctgggccatgtaatgtctgggccatgtaatgtctgggccatgtaatg SH7951 7951 68 196 snoRNA cluster1 3' #REF! #REF! 1551 17 catatgggccatgtaatcatatgggccatgtaatcatatgggccatgtaatcatatgggc SH7952 7952 61 121 snoRNA cluster1 3' #REF! #REF! 1556 15 tgccatatgggccattgccatatgggccattgccatatgggccattgccatatgggccat SH7953 7953 71 42 snoRNA cluster 2 5' #REF! #REF! 1 18 gataattggcaatgcttcgataattggcaatgcttcgataattggcaatgcttcgataat SH7954 7954 38 54 snoRNA cluster 2 5' #REF! #REF! 6 17 cgacgataattggcaatcgacgataattggcaatcgacgataattggcaatcgacgataa SH7955 7955 87 67 snoRNA cluster 2 5' #REF! #REF! 11 18 taacatcgacgataattgtaacatcgacgataattgtaacatcgacgataattgtaacat SH7956 7956 8 72 snoRNA cluster 2 5' #REF! #REF! 16 18 ctaaataacatcgacgatctaaataacatcgacgatctaaataacatcgacgatctaaat SH7957 7957 74 52 snoRNA cluster 2 5' #REF! #REF! 21 20 aaaatacctaaataacatcgaaaatacctaaataacatcgaaaatacctaaataacatcg SH7958 7958 85 73 snoRNA cluster 2 5' #REF! #REF! 26 22 ccatcaaaaaatacctaaataaccatcaaaaaatacctaaataaccatcaaaaaatacct SH7959 7959 69 100 snoRNA cluster 2 5' #REF! #REF! 31 19 gaccatcaaaaaatacctagaccatcaaaaaatacctagaccatcaaaaaatacctagac SH7960 7960 64 126 snoRNA cluster 2 5' #REF! #REF! 36 20 gtaaaggaccatcaaaaaatgtaaaggaccatcaaaaaatgtaaaggaccatcaaaaaat SH7961 7961 84 170 snoRNA cluster 2 5' #REF! #REF! 41 17 tcgtaaaggaccatcaatcgtaaaggaccatcaatcgtaaaggaccatcaatcgtaaagg SH7962 7962 18 36 snoRNA cluster 2 5' #REF! #REF! 46 15 tgctcgtaaaggacctgctcgtaaaggacctgctcgtaaaggacctgctcgtaaaggacc SH7963 7963 39 153 snoRNA cluster 2 5' #REF! #REF! 51 17 tcaaaggtgctcgtaaatcaaaggtgctcgtaaatcaaaggtgctcgtaaatcaaaggtg SH7964 7964 69 189 snoRNA cluster 2 5' #REF! #REF! 56 16 ggtatcaaaggtgctcggtatcaaaggtgctcggtatcaaaggtgctcggtatcaaaggt SH7965 7965 39 191 snoRNA cluster 2 5' #REF! #REF! 61 18 taaaatcggtatcaaaggtaaaatcggtatcaaaggtaaaatcggtatcaaaggtaaaat SH7966 7966 16 73 snoRNA cluster 2 5' #REF! #REF! 66 18 caaactaaaatcggtatccaaactaaaatcggtatccaaactaaaatcggtatccaaact SH7967 7967 33 16 snoRNA cluster 2 5' #REF! #REF! 71 17 ctcccaaactaaaatcgctcccaaactaaaatcgctcccaaactaaaatcgctcccaaac SH7968 7968 84 211 snoRNA cluster 2 5' #REF! #REF! 76 18 cgatatctcccaaactaacgatatctcccaaactaacgatatctcccaaactaacgatat SH7969 7969 32 180 snoRNA cluster 2 5' #REF! #REF! 81 16 cctcgatatctcccaacctcgatatctcccaacctcgatatctcccaacctcgatatctc SH7970 7970 26 84 snoRNA cluster 2 5'/snR57 #REF! #REF! 86 17 GCttaacctcgatatctGCttaacctcgatatctGCttaacctcgatatctGCttaacct SH7971 7971 91 142 snoRNA cluster 2 5'/snR57 #REF! #REF! 91 15 CACGCttaacctcgaCACGCttaacctcgaCACGCttaacctcgaCACGCttaacctcga SH7972 7972 52 185 snoRNA cluster 2 5'/snR57 #REF! #REF! 96 20 TTTTTATAATCACGCttaacTTTTTATAATCACGCttaacTTTTTATAATCACGCttaac SH7973 7973 48 95 snoRNA cluster 2 snR57 #REF! #REF! 101 20 ATCATTTTTTATAATCACGCATCATTTTTTATAATCACGCATCATTTTTTATAATCACGC SH7974 7974 80 206 snoRNA cluster 2 snR57 #REF! #REF! 106 27 AAAAATATTTAAATCATTTTTTATAATAAAAATATTTAAATCATTTTTTATAATAAAAAT SH7975 7975 15 170 snoRNA cluster 2 snR57 #REF! #REF! 111 25 CAGAAAAATATTTAAATCATTTTTTCAGAAAAATATTTAAATCATTTTTTCAGAAAAATA SH7976 7976 48 189 snoRNA cluster 2 snR57 #REF! #REF! 116 22 CTCAGAAAAATATTTAAATCATCTCAGAAAAATATTTAAATCATCTCAGAAAAATATTTA SH7977 7977 25 3 snoRNA cluster 2 snR57 #REF! #REF! 121 21 CTTCCTCAGAAAAATATTTAACTTCCTCAGAAAAATATTTAACTTCCTCAGAAAAATATT SH7978 7978 32 37 snoRNA cluster 2 snR57 #REF! #REF! 126 20 TATACTTCCTCAGAAAAATATATACTTCCTCAGAAAAATATATACTTCCTCAGAAAAATA SH7979 7979 51 208 snoRNA cluster 2 snR57 #REF! #REF! 131 18 GCATATACTTCCTCAGAAGCATATACTTCCTCAGAAGCATATACTTCCTCAGAAGCATAT SH7980 7980 25 15 snoRNA cluster 2 snR57 #REF! #REF! 136 17 TCCTGCATATACTTCCTTCCTGCATATACTTCCTTCCTGCATATACTTCCTTCCTGCATA SH7981 7981 39 161 snoRNA cluster 2 snR57 #REF! #REF! 141 18 AATATGTCCTGCATATACAATATGTCCTGCATATACAATATGTCCTGCATATACAATATG SH7982 7982 9 201 snoRNA cluster 2 snR57 #REF! #REF! 146 17 TCACAATATGTCCTGCATCACAATATGTCCTGCATCACAATATGTCCTGCATCACAATAT SH7983 7983 76 201 snoRNA cluster 2 snR57 #REF! #REF! 151 18 CCTAATTCACAATATGTCCCTAATTCACAATATGTCCCTAATTCACAATATGTCCCTAAT SH7984 7984 49 14 snoRNA cluster 2 snR57 #REF! #REF! 156 20 AAGAATTCCTAATTCACAATAAGAATTCCTAATTCACAATAAGAATTCCTAATTCACAAT SH7985 7985 64 182 snoRNA cluster 2 snR57 #REF! #REF! 161 18 ACGAAGAATTCCTAATTCACGAAGAATTCCTAATTCACGAAGAATTCCTAATTCACGAAG SH7986 7986 35 168 snoRNA cluster 2 snR57 #REF! #REF! 166 18 CATAAACGAAGAATTCCTCATAAACGAAGAATTCCTCATAAACGAAGAATTCCTCATAAA SH7987 7987 4 174 snoRNA cluster 2 snR57 #REF! #REF! 171 18 CAGATCATAAACGAAGAACAGATCATAAACGAAGAACAGATCATAAACGAAGAACAGATC SH7988 7988 15 203 snoRNA cluster 2 snR57/intergenic #REF! #REF! 176 16 GGCCAGATCATAAACGGGCCAGATCATAAACGGGCCAGATCATAAACGGGCCAGATCATA SH7989 7989 30 104 snoRNA cluster 2 snR57/intergenic #REF! #REF! 181 17 TAAAGAGGCCAGATCATTAAAGAGGCCAGATCATTAAAGAGGCCAGATCATTAAAGAGGC SH7990 7990 50 199 snoRNA cluster 2 snR57/intergenic #REF! #REF! 186 17 GAAAATAAAGAGGCCAGGAAAATAAAGAGGCCAGGAAAATAAAGAGGCCAGGAAAATAAA SH7991 7991 63 2 snoRNA cluster 2 intergenic #REF! #REF! 191 20 CTAAGTTGGAAAATAAAGAGCTAAGTTGGAAAATAAAGAGCTAAGTTGGAAAATAAAGAG SH7992 7992 94 71 snoRNA cluster 2 intergenic #REF! #REF! 196 20 GTAGTCTAAGTTGGAAAATAGTAGTCTAAGTTGGAAAATAGTAGTCTAAGTTGGAAAATA SH7993 7993 78 54 snoRNA cluster 2 intergenic #REF! #REF! 201 18 GATGTAGTCTAAGTTGGAGATGTAGTCTAAGTTGGAGATGTAGTCTAAGTTGGAGATGTA SH7994 7994 64 153 snoRNA cluster 2 intergenic #REF! #REF! 206 19 CTTTTTGATGTAGTCTAAGCTTTTTGATGTAGTCTAAGCTTTTTGATGTAGTCTAAGCTT SH7995 7995 103 163 snoRNA cluster 2 intergenic #REF! #REF! 211 18 AGCACTTTTTGATGTAGTAGCACTTTTTGATGTAGTAGCACTTTTTGATGTAGTAGCACT SH7996 7996 64 181 snoRNA cluster 2 intergenic #REF! #REF! 216 18 TTCGTAGCACTTTTTGATTTCGTAGCACTTTTTGATTTCGTAGCACTTTTTGATTTCGTA SH7997 7997 95 168 snoRNA cluster 2 intergenic #REF! #REF! 221 18 TCAAATTCGTAGCACTTTTCAAATTCGTAGCACTTTTCAAATTCGTAGCACTTTTCAAAT SH7998 7998 94 186 snoRNA cluster 2 intergenic #REF! #REF! 226 17 AGTGTCAAATTCGTAGCAGTGTCAAATTCGTAGCAGTGTCAAATTCGTAGCAGTGTCAAA SH7999 7999 33 69 snoRNA cluster 2 intergenic #REF! #REF! 231 20 TTTTAATCAGTGTCAAATTCTTTTAATCAGTGTCAAATTCTTTTAATCAGTGTCAAATTC SH8000 8000 87 156 snoRNA cluster 2 intergenic #REF! #REF! 236 20 GGATATTTTAATCAGTGTCAGGATATTTTAATCAGTGTCAGGATATTTTAATCAGTGTCA SH8001 8001 23 51 snoRNA cluster 2 intergenic #REF! #REF! 241 18 ACCGGATATTTTAATCAGACCGGATATTTTAATCAGACCGGATATTTTAATCAGACCGGA SH8002 8002 3 152 snoRNA cluster 2 intergenic #REF! #REF! 246 20 TTATTGAACCGGATATTTTATTATTGAACCGGATATTTTATTATTGAACCGGATATTTTA SH8003 8003 49 51 snoRNA cluster 2 intergenic #REF! #REF! 251 20 GAAAATTATTGAACCGGATAGAAAATTATTGAACCGGATAGAAAATTATTGAACCGGATA SH8004 8004 98 160 snoRNA cluster 2 intergenic #REF! #REF! 256 20 GAGAAGAAAATTATTGAACCGAGAAGAAAATTATTGAACCGAGAAGAAAATTATTGAACC SH8005 8005 60 91 snoRNA cluster 2 intergenic #REF! #REF! 261 23 ATAATAATGAGAAGAAAATTATTATAATAATGAGAAGAAAATTATTATAATAATGAGAAG SH8006 8006 94 57 snoRNA cluster 2 intergenic #REF! #REF! 266 21 CTCATAATAATGAGAAGAAAACTCATAATAATGAGAAGAAAACTCATAATAATGAGAAGA SH8007 8007 91 17 snoRNA cluster 2 intergenic #REF! #REF! 271 20 TGAACTCATAATAATGAGAATGAACTCATAATAATGAGAATGAACTCATAATAATGAGAA SH8008 8008 58 207 snoRNA cluster 2 intergenic #REF! #REF! 276 23 CTATATTATGAACTCATAATAATCTATATTATGAACTCATAATAATCTATATTATGAACT SH8009 8009 92 49 snoRNA cluster 2 intergenic #REF! #REF! 281 22 AATACTATATTATGAACTCATAAATACTATATTATGAACTCATAAATACTATATTATGAA SH8010 8010 41 103 snoRNA cluster 2 intergenic #REF! #REF! 286 22 TTATCAATACTATATTATGAACTTATCAATACTATATTATGAACTTATCAATACTATATT SH8011 8011 8 71 snoRNA cluster 2 intergenic #REF! #REF! 291 22 ACCATTTATCAATACTATATTAACCATTTATCAATACTATATTAACCATTTATCAATACT SH8012 8012 79 95 snoRNA cluster 2 intergenic #REF! #REF! 296 22 CATATACCATTTATCAATACTACATATACCATTTATCAATACTACATATACCATTTATCA SH8013 8013 104 178 snoRNA cluster 2 intergenic #REF! #REF! 301 21 CAAACATATACCATTTATCAACAAACATATACCATTTATCAACAAACATATACCATTTAT SH8014 8014 100 18 snoRNA cluster 2 intergenic #REF! #REF! 306 20 GTTCCAAACATATACCATTTGTTCCAAACATATACCATTTGTTCCAAACATATACCATTT SH8015 8015 62 17 snoRNA cluster 2 intergenic #REF! #REF! 311 20 AAAAAGTTCCAAACATATACAAAAAGTTCCAAACATATACAAAAAGTTCCAAACATATAC SH8016 8016 61 101 snoRNA cluster 2 intergenic/snR55 #REF! #REF! 316 20 CAAATAAAAAGTTCCAAACACAAATAAAAAGTTCCAAACACAAATAAAAAGTTCCAAACA SH8017 8017 52 14 snoRNA cluster 2 snR55 #REF! #REF! 321 20 TTCATCAAATAAAAAGTTCCTTCATCAAATAAAAAGTTCCTTCATCAAATAAAAAGTTCC SH8018 8018 41 175 snoRNA cluster 2 snR55 #REF! #REF! 326 22 GTGTCTATTCATCAAATAAAAAGTGTCTATTCATCAAATAAAAAGTGTCTATTCATCAAA SH8019 8019 84 175 snoRNA cluster 2 snR55 #REF! #REF! 331 18 GGTGTCTATTCATCAAATGGTGTCTATTCATCAAATGGTGTCTATTCATCAAATGGTGTC SH8020 8020 74 138 snoRNA cluster 2 snR55 #REF! #REF! 336 18 ATTGTGGTGTCTATTCATATTGTGGTGTCTATTCATATTGTGGTGTCTATTCATATTGTG SH8021 8021 96 130 snoRNA cluster 2 snR55 #REF! #REF! 341 17 GACGATTGTGGTGTCTAGACGATTGTGGTGTCTAGACGATTGTGGTGTCTAGACGATTGT SH8022 8022 60 145 snoRNA cluster 2 snR55 #REF! #REF! 346 18 AAAAAAGACGATTGTGGTAAAAAAGACGATTGTGGTAAAAAAGACGATTGTGGTAAAAAA SH8023 8023 43 156 snoRNA cluster 2 snR55 #REF! #REF! 351 20 CGGATAAAAAAAAGACGATTCGGATAAAAAAAAGACGATTCGGATAAAAAAAAGACGATT SH8024 8024 48 41 snoRNA cluster 2 snR55 #REF! #REF! 356 18 CGCCGGATAAAAAAAAGACGCCGGATAAAAAAAAGACGCCGGATAAAAAAAAGACGCCGG SH8025 8025 37 14 snoRNA cluster 2 snR55 #REF! #REF! 361 17 TCATCGCCGGATAAAAATCATCGCCGGATAAAAATCATCGCCGGATAAAAATCATCGCCG SH8026 8026 21 177 snoRNA cluster 2 snR55 #REF! #REF! 366 15 GAATCATCGCCGGATGAATCATCGCCGGATGAATCATCGCCGGATGAATCATCGCCGGAT SH8027 8027 6 75 snoRNA cluster 2 snR55 #REF! #REF! 371 16 CCAAAGGAATCATCGCCCAAAGGAATCATCGCCCAAAGGAATCATCGCCCAAAGGAATCA SH8028 8028 95 179 snoRNA cluster 2 snR55 #REF! #REF! 376 18 ACATATTCCAAAGGAATCACATATTCCAAAGGAATCACATATTCCAAAGGAATCACATAT SH8029 8029 52 139 snoRNA cluster 2 snR55 #REF! #REF! 381 17 TGGCACATATTCCAAAGTGGCACATATTCCAAAGTGGCACATATTCCAAAGTGGCACATA SH8030 8030 41 131 snoRNA cluster 2 snR55 #REF! #REF! 386 17 ATCCATGGCACATATTCATCCATGGCACATATTCATCCATGGCACATATTCATCCATGGC SH8031 8031 73 149 snoRNA cluster 2 snR55 #REF! #REF! 391 17 ATGTAATCCATGGCACAATGTAATCCATGGCACAATGTAATCCATGGCACAATGTAATCC SH8032 8032 51 81 snoRNA cluster 2 snR55 #REF! #REF! 396 17 GCATGATGTAATCCATGGCATGATGTAATCCATGGCATGATGTAATCCATGGCATGATGT SH8033 8033 53 18 snoRNA cluster 2 snR55 #REF! #REF! 401 18 GGTGATGCATGATGTAATGGTGATGCATGATGTAATGGTGATGCATGATGTAATGGTGAT SH8034 8034 70 150 snoRNA cluster 2 snR55 #REF! #REF! 406 17 AGATGGTGATGCATGATAGATGGTGATGCATGATAGATGGTGATGCATGATAGATGGTGA SH8035 8035 73 129 snoRNA cluster 2 snR55 #REF! #REF! 411 17 AAATCAGATGGTGATGCAAATCAGATGGTGATGCAAATCAGATGGTGATGCAAATCAGAT SH8036 8036 48 48 snoRNA cluster 2 snR55/intergenic #REF! #REF! 416 18 GGGTTAAAATCAGATGGTGGGTTAAAATCAGATGGTGGGTTAAAATCAGATGGTGGGTTA SH8037 8037 30 96 snoRNA cluster 2 snR55/intergenic #REF! #REF! 421 20 ATATAATGGGTTAAAATCAGATATAATGGGTTAAAATCAGATATAATGGGTTAAAATCAG SH8038 8038 96 209 snoRNA cluster 2 snR55/intergenic #REF! #REF! 426 20 AGGTAATATAATGGGTTAAAAGGTAATATAATGGGTTAAAAGGTAATATAATGGGTTAAA SH8039 8039 64 142 snoRNA cluster 2 intergenic #REF! #REF! 431 17 CCAGGTAATATAATGGGCCAGGTAATATAATGGGCCAGGTAATATAATGGGCCAGGTAAT SH8040 8040 39 211 snoRNA cluster 2 intergenic #REF! #REF! 436 20 ATGAAAATCCAGGTAATATAATGAAAATCCAGGTAATATAATGAAAATCCAGGTAATATA SH8041 8041 4 123 snoRNA cluster 2 intergenic #REF! #REF! 441 20 AAATAATGAAAATCCAGGTAAAATAATGAAAATCCAGGTAAAATAATGAAAATCCAGGTA SH8042 8042 104 164 snoRNA cluster 2 intergenic #REF! #REF! 446 20 AATGGAAATAATGAAAATCCAATGGAAATAATGAAAATCCAATGGAAATAATGAAAATCC SH8043 8043 74 21 snoRNA cluster 2 intergenic #REF! #REF! 451 22 GATAAACAATGGAAATAATGAAGATAAACAATGGAAATAATGAAGATAAACAATGGAAAT SH8044 8044 8 166 snoRNA cluster 2 intergenic #REF! #REF! 456 22 ATATTGATAAACAATGGAAATAATATTGATAAACAATGGAAATAATATTGATAAACAATG SH8045 8045 5 198 snoRNA cluster 2 intergenic #REF! #REF! 461 20 TCAATATTGATAAACAATGGTCAATATTGATAAACAATGGTCAATATTGATAAACAATGG SH8046 8046 25 30 snoRNA cluster 2 intergenic #REF! #REF! 466 22 ATTTTCTTCAATATTGATAAACATTTTCTTCAATATTGATAAACATTTTCTTCAATATTG SH8047 8047 98 148 snoRNA cluster 2 intergenic #REF! #REF! 471 22 CACTAATTTTCTTCAATATTGACACTAATTTTCTTCAATATTGACACTAATTTTCTTCAA SH8048 8048 76 2 snoRNA cluster 2 intergenic #REF! #REF! 476 20 GATCACTAATTTTCTTCAATGATCACTAATTTTCTTCAATGATCACTAATTTTCTTCAAT SH8049 8049 48 164 snoRNA cluster 2 intergenic #REF! #REF! 481 18 ACCGATCACTAATTTTCTACCGATCACTAATTTTCTACCGATCACTAATTTTCTACCGAT SH8050 8050 46 183 snoRNA cluster 2 intergenic #REF! #REF! 486 18 CTTTGACCGATCACTAATCTTTGACCGATCACTAATCTTTGACCGATCACTAATCTTTGA SH8051 8051 19 181 snoRNA cluster 2 intergenic #REF! #REF! 491 17 ATCACTTTGACCGATCAATCACTTTGACCGATCAATCACTTTGACCGATCAATCACTTTG SH8052 8052 37 50 snoRNA cluster 2 intergenic #REF! #REF! 496 20 TATATAATATCACTTTGACCTATATAATATCACTTTGACCTATATAATATCACTTTGACC SH8053 8053 31 163 snoRNA cluster 2 intergenic #REF! #REF! 501 23 TATAACTTTATATAATATCACTTTATAACTTTATATAATATCACTTTATAACTTTATATA SH8054 8054 21 119 snoRNA cluster 2 intergenic #REF! #REF! 506 23 TTAGGTATAACTTTATATAATATTTAGGTATAACTTTATATAATATTTAGGTATAACTTT SH8055 8055 46 191 snoRNA cluster 2 intergenic #REF! #REF! 511 22 TGATTTAGGTATAACTTTATATTGATTTAGGTATAACTTTATATTGATTTAGGTATAACT SH8056 8056 10 167 snoRNA cluster 2 intergenic #REF! #REF! 516 20 ACTTGATTTAGGTATAACTTACTTGATTTAGGTATAACTTACTTGATTTAGGTATAACTT SH8057 8057 85 113 snoRNA cluster 2 intergenic #REF! #REF! 521 18 CACACTTGATTTAGGTATCACACTTGATTTAGGTATCACACTTGATTTAGGTATCACACT SH8058 8058 22 149 snoRNA cluster 2 intergenic #REF! #REF! 526 18 CATTCCACACTTGATTTACATTCCACACTTGATTTACATTCCACACTTGATTTACATTCC SH8059 8059 93 157 snoRNA cluster 2 intergenic #REF! #REF! 531 17 ACAACATTCCACACTTGACAACATTCCACACTTGACAACATTCCACACTTGACAACATTC SH8060 8060 53 94 snoRNA cluster 2 intergenic/snR61 #REF! #REF! 536 17 TGTAGACAACATTCCACTGTAGACAACATTCCACTGTAGACAACATTCCACTGTAGACAA SH8061 8061 80 180 snoRNA cluster 2 intergenic/snR61 #REF! #REF! 541 18 CATCATTGTAGACAACATCATCATTGTAGACAACATCATCATTGTAGACAACATCATCAT SH8062 8062 22 170 snoRNA cluster 2 intergenic/snR61 #REF! #REF! 546 20 ATTTTATCATCATTGTAGACATTTTATCATCATTGTAGACATTTTATCATCATTGTAGAC SH8063 8063 37 149 snoRNA cluster 2 snR61 #REF! #REF! 551 22 ATAGTAAATTTTATCATCATTGATAGTAAATTTTATCATCATTGATAGTAAATTTTATCA SH8064 8064 67 165 snoRNA cluster 2 snR61 #REF! #REF! 556 22 ACTGAATAGTAAATTTTATCATACTGAATAGTAAATTTTATCATACTGAATAGTAAATTT SH8065 8065 3 107 snoRNA cluster 2 snR61 #REF! #REF! 561 21 CAGAACTGAATAGTAAATTTTCAGAACTGAATAGTAAATTTTCAGAACTGAATAGTAAAT SH8066 8066 28 213 snoRNA cluster 2 snR61 #REF! #REF! 566 18 AGCAGAACTGAATAGTAAAGCAGAACTGAATAGTAAAGCAGAACTGAATAGTAAAGCAGA SH8067 8067 2 162 snoRNA cluster 2 snR61 #REF! #REF! 571 17 CAGAAGCAGAACTGAATCAGAAGCAGAACTGAATCAGAAGCAGAACTGAATCAGAAGCAG SH8068 8068 40 214 snoRNA cluster 2 snR61 #REF! #REF! 576 16 GGTTCAGAAGCAGAACGGTTCAGAAGCAGAACGGTTCAGAAGCAGAACGGTTCAGAAGCA SH8069 8069 86 44 snoRNA cluster 2 snR61 #REF! #REF! 581 18 TTATTTTGGTTCAGAAGCTTATTTTGGTTCAGAAGCTTATTTTGGTTCAGAAGCTTATTT SH8070 8070 73 53 snoRNA cluster 2 snR61 #REF! #REF! 586 20 CTTCCTATTATTTTGGTTCACTTCCTATTATTTTGGTTCACTTCCTATTATTTTGGTTCA SH8071 8071 51 39 snoRNA cluster 2 snR61 #REF! #REF! 591 20 GTTATCTTCCTATTATTTTGGTTATCTTCCTATTATTTTGGTTATCTTCCTATTATTTTG SH8072 8072 30 213 snoRNA cluster 2 snR61 #REF! #REF! 596 20 AATTGGTTATCTTCCTATTAAATTGGTTATCTTCCTATTAAATTGGTTATCTTCCTATTA SH8073 8073 89 99 snoRNA cluster 2 snR61 #REF! #REF! 601 19 GTAAAATTGGTTATCTTCCGTAAAATTGGTTATCTTCCGTAAAATTGGTTATCTTCCGTA SH8074 8074 94 18 snoRNA cluster 2 snR61 #REF! #REF! 606 20 GCTTTGGTAAAATTGGTTATGCTTTGGTAAAATTGGTTATGCTTTGGTAAAATTGGTTAT SH8075 8075 36 83 snoRNA cluster 2 snR61 #REF! #REF! 611 18 TGAGCTTTGGTAAAATTGTGAGCTTTGGTAAAATTGTGAGCTTTGGTAAAATTGTGAGCT SH8076 8076 14 79 snoRNA cluster 2 snR61 #REF! #REF! 616 18 AGATTTGAGCTTTGGTAAAGATTTGAGCTTTGGTAAAGATTTGAGCTTTGGTAAAGATTT SH8077 8077 59 52 snoRNA cluster 2 snR61/3' #REF! #REF! 621 20 cAAAATCAGATTTGAGCTTTcAAAATCAGATTTGAGCTTTcAAAATCAGATTTGAGCTTT SH8078 8078 75 97 snoRNA cluster 2 snR61/3' #REF! #REF! 626 20 ttgaacAAAATCAGATTTGAttgaacAAAATCAGATTTGAttgaacAAAATCAGATTTGA SH8079 8079 14 90 snoRNA cluster 2 snR61/3' #REF! #REF! 631 20 gaatgttgaacAAAATCAGAgaatgttgaacAAAATCAGAgaatgttgaacAAAATCAGA SH8080 8080 30 210 snoRNA cluster 2 snR61/3' #REF! #REF! 636 19 caaggaatgttgaacAAAAcaaggaatgttgaacAAAAcaaggaatgttgaacAAAAcaa SH8081 8081 69 131 snoRNA cluster 2 3' #REF! #REF! 641 20 taattacaaggaatgttgaataattacaaggaatgttgaataattacaaggaatgttgaa SH8082 8082 56 8 snoRNA cluster 2 3' #REF! #REF! 646 22 aaattaataattacaaggaatgaaattaataattacaaggaatgaaattaataattacaa SH8083 8083 104 109 snoRNA cluster 2 3' #REF! #REF! 651 22 caagaaaattaataattacaagcaagaaaattaataattacaagcaagaaaattaataat SH8084 8084 78 116 snoRNA cluster 2 3' #REF! #REF! 656 22 gaatgcaagaaaattaataattgaatgcaagaaaattaataattgaatgcaagaaaatta SH8085 8085 78 181 snoRNA cluster 2 3' #REF! #REF! 661 20 tacgaatgcaagaaaattaatacgaatgcaagaaaattaatacgaatgcaagaaaattaa SH8086 8086 103 171 snoRNA cluster 2 3' #REF! #REF! 666 17 cgtacgaatgcaagaaacgtacgaatgcaagaaacgtacgaatgcaagaaacgtacgaat SH8087 8087 11 208 snoRNA cluster 2 3' #REF! #REF! 671 16 gtagcgtacgaatgcagtagcgtacgaatgcagtagcgtacgaatgcagtagcgtacgaa SH8088 8088 89 26 snoRNA cluster 2 3' #REF! #REF! 676 17 attagagtagcgtacgaattagagtagcgtacgaattagagtagcgtacgaattagagta SH8089 8089 79 164 snoRNA cluster 2 3' #REF! #REF! 681 17 ctgcaattagagtagcgctgcaattagagtagcgctgcaattagagtagcgctgcaatta SH8090 8090 11 55 snoRNA cluster 2 3' #REF! #REF! 686 17 cttcactgcaattagagcttcactgcaattagagcttcactgcaattagagcttcactgc SH8091 8091 81 104 snoRNA cluster 2 3' #REF! #REF! 691 17 ggatccttcactgcaatggatccttcactgcaatggatccttcactgcaatggatccttc SH8092 8092 102 104 snoRNA cluster 2 3' #REF! #REF! 696 17 tacaaggatccttcacttacaaggatccttcacttacaaggatccttcacttacaaggat SH8093 8093 54 43 snoRNA cluster 2 3' #REF! #REF! 701 16 gtggtacaaggatcctgtggtacaaggatcctgtggtacaaggatcctgtggtacaagga SH8094 8094 94 103 snoRNA cluster 2 3' #REF! #REF! 706 15 actggtggtacaaggactggtggtacaaggactggtggtacaaggactggtggtacaagg SH8095 8095 12 159 snoRNA cluster 2 3' #REF! #REF! 711 17 ccaacaaactggtggtaccaacaaactggtggtaccaacaaactggtggtaccaacaaac SH8096 8096 63 147 snoRNA cluster 2 3' #REF! #REF! 716 16 ctgtccaacaaactggctgtccaacaaactggctgtccaacaaactggctgtccaacaaa SH8097 8097 13 49 snoRNA cluster 2 3' #REF! #REF! 721 18 gatgtaactgtccaacaagatgtaactgtccaacaagatgtaactgtccaacaagatgta SH8098 8098 10 60 snoRNA cluster 3; 5' #REF! #REF! 1 15 agtgcagtagcactcagtgcagtagcactcagtgcagtagcactcagtgcagtagcactc SH8099 8099 47 149 snoRNA cluster 3; 5' #REF! #REF! 6 17 tctttgtagtgcagtagtctttgtagtgcagtagtctttgtagtgcagtagtctttgtag SH8100 8100 12 40 snoRNA cluster 3; 5' #REF! #REF! 11 15 gcctctttgtagtgcgcctctttgtagtgcgcctctttgtagtgcgcctctttgtagtgc SH8101 8101 100 8 snoRNA cluster 3; 5' #REF! #REF! 16 18 cttaatctgcctctttgtcttaatctgcctctttgtcttaatctgcctctttgtcttaat SH8102 8102 46 37 snoRNA cluster 3; 5' #REF! #REF! 21 15 cgcttaatctgcctccgcttaatctgcctccgcttaatctgcctccgcttaatctgcctc SH8103 8103 81 39 snoRNA cluster 3; 5' #REF! #REF! 26 17 tactggtcgcttaatcttactggtcgcttaatcttactggtcgcttaatcttactggtcg SH8104 8104 81 194 snoRNA cluster 3; 5' #REF! #REF! 31 15 acctactggtcgcttacctactggtcgcttacctactggtcgcttacctactggtcgctt SH8105 8105 9 126 snoRNA cluster 3; 5' #REF! #REF! 36 13 gggacctactggtgggacctactggtgggacctactggtgggacctactggtgggaccta SH8106 8106 24 57 snoRNA cluster 3; 5' #REF! #REF! 41 15 cttccaagggacctacttccaagggacctacttccaagggacctacttccaagggaccta SH8107 8107 36 67 snoRNA cluster 3; 5' #REF! #REF! 46 17 attatctcttccaagggattatctcttccaagggattatctcttccaagggattatctct SH8108 8108 7 167 snoRNA cluster 3; 5' #REF! #REF! 51 19 ctcatatattatctcttccctcatatattatctcttccctcatatattatctcttccctc SH8109 8109 40 113 snoRNA cluster 3; 5' #REF! #REF! 56 20 aaggaactcatatattatctaaggaactcatatattatctaaggaactcatatattatct SH8110 8110 79 56 snoRNA cluster 3; 5' #REF! #REF! 61 20 gaaaaaaggaactcatatatgaaaaaaggaactcatatatgaaaaaaggaactcatatat SH8111 8111 67 110 snoRNA cluster 3; 5' #REF! #REF! 66 20 aaaaagaaaaaaggaactcaaaaaagaaaaaaggaactcaaaaaagaaaaaaggaactca SH8112 8112 21 113 snoRNA cluster 3; 5' #REF! #REF! 71 20 aatggaaaaagaaaaaaggaaatggaaaaagaaaaaaggaaatggaaaaagaaaaaagga SH8113 8113 101 193 snoRNA cluster 3; 5' #REF! #REF! 76 22 gaaagaaaatggaaaaagaaaagaaagaaaatggaaaaagaaaagaaagaaaatggaaaa SH8114 8114 12 123 snoRNA cluster 3; 5' #REF! #REF! 81 20 acagaaagaaaatggaaaaaacagaaagaaaatggaaaaaacagaaagaaaatggaaaaa SH8115 8115 23 190 snoRNA cluster 3; 5' #REF! #REF! 86 18 CACacagaaagaaaatggCACacagaaagaaaatggCACacagaaagaaaatggCACaca SH8116 8116 25 177 snoRNA cluster 3; 5'/snR41 #REF! #REF! 91 17 GAGTCACacagaaagaaGAGTCACacagaaagaaGAGTCACacagaaagaaGAGTCACac SH8117 8117 22 153 snoRNA cluster 3; 5'/snR41 #REF! #REF! 96 15 GGGGAGTCACacagaGGGGAGTCACacagaGGGGAGTCACacagaGGGGAGTCACacaga SH8118 8118 23 118 snoRNA cluster 3; 5'/snR41 #REF! #REF! 101 15 TCATAGGGGAGTCACTCATAGGGGAGTCACTCATAGGGGAGTCACTCATAGGGGAGTCAC SH8119 8119 53 213 snoRNA cluster 3; snR41 #REF! #REF! 106 20 TAATTTTTAATCATAGGGGATAATTTTTAATCATAGGGGATAATTTTTAATCATAGGGGA SH8120 8120 39 37 snoRNA cluster 3; snR41 #REF! #REF! 111 25 ATATGATTAATAATTTTTAATCATAATATGATTAATAATTTTTAATCATAATATGATTAA SH8121 8121 31 32 snoRNA cluster 3; snR41 #REF! #REF! 116 23 GGTATATGATTAATAATTTTTAAGGTATATGATTAATAATTTTTAAGGTATATGATTAAT SH8122 8122 53 178 snoRNA cluster 3; snR41 #REF! #REF! 121 23 CAATTGGTATATGATTAATAATTCAATTGGTATATGATTAATAATTCAATTGGTATATGA SH8123 8123 31 174 snoRNA cluster 3; snR41 #REF! #REF! 126 21 GAACAATTGGTATATGATTAAGAACAATTGGTATATGATTAAGAACAATTGGTATATGAT SH8124 8124 52 94 snoRNA cluster 3; snR41 #REF! #REF! 131 18 CGGAACAATTGGTATATGCGGAACAATTGGTATATGCGGAACAATTGGTATATGCGGAAC SH8125 8125 89 157 snoRNA cluster 3; snR41 #REF! #REF! 136 17 CAGTCGGAACAATTGGTCAGTCGGAACAATTGGTCAGTCGGAACAATTGGTCAGTCGGAA SH8126 8126 46 167 snoRNA cluster 3; snR41 #REF! #REF! 141 17 CTATTCAGTCGGAACAACTATTCAGTCGGAACAACTATTCAGTCGGAACAACTATTCAGT SH8127 8127 63 198 snoRNA cluster 3; snR41 #REF! #REF! 146 15 CCACTATTCAGTCGGCCACTATTCAGTCGGCCACTATTCAGTCGGCCACTATTCAGTCGG SH8128 8128 89 100 snoRNA cluster 3; snR41 #REF! #REF! 151 19 GTAGTTAAACCACTATTCAGTAGTTAAACCACTATTCAGTAGTTAAACCACTATTCAGTA SH8129 8129 93 173 snoRNA cluster 3; snR41 #REF! #REF! 156 18 ACATGTAGTTAAACCACTACATGTAGTTAAACCACTACATGTAGTTAAACCACTACATGT SH8130 8130 75 119 snoRNA cluster 3; snR41 #REF! #REF! 161 18 TGTCGACATGTAGTTAAATGTCGACATGTAGTTAAATGTCGACATGTAGTTAAATGTCGA SH8131 8131 63 159 snoRNA cluster 3; snR41 #REF! #REF! 166 16 GGTTGTCGACATGTAGGGTTGTCGACATGTAGGGTTGTCGACATGTAGGGTTGTCGACAT SH8132 8132 96 92 snoRNA cluster 3; snR41 #REF! #REF! 171 17 AAAAAGGGTTGTCGACAAAAAAGGGTTGTCGACAAAAAAGGGTTGTCGACAAAAAAGGGT SH8133 8133 67 79 snoRNA cluster 3; snR41 #REF! #REF! 176 18 TTAACGAAAAAGGGTTGTTTAACGAAAAAGGGTTGTTTAACGAAAAAGGGTTGTTTAACG SH8134 8134 19 121 snoRNA cluster 3; snR41 #REF! #REF! 181 18 GAAACTTAACGAAAAAGGGAAACTTAACGAAAAAGGGAAACTTAACGAAAAAGGGAAACT SH8135 8135 46 27 snoRNA cluster 3; snR41/intergenic #REF! #REF! 186 17 GGCTGAAACTTAACGAAGGCTGAAACTTAACGAAGGCTGAAACTTAACGAAGGCTGAAAC SH8136 8136 91 27 snoRNA cluster 3; snR41/intergenic #REF! #REF! 191 18 ATACAAGGCTGAAACTTAATACAAGGCTGAAACTTAATACAAGGCTGAAACTTAATACAA SH8137 8137 41 7 snoRNA cluster 3; snR41/intergenic #REF! #REF! 196 17 CCTCATACAAGGCTGAACCTCATACAAGGCTGAACCTCATACAAGGCTGAACCTCATACA SH8138 8138 16 189 snoRNA cluster 3; intergenic #REF! #REF! 201 15 ACCCCTCATACAAGGACCCCTCATACAAGGACCCCTCATACAAGGACCCCTCATACAAGG SH8139 8139 98 87 snoRNA cluster 3; intergenic #REF! #REF! 206 13 GGCACCCCTCATAGGCACCCCTCATAGGCACCCCTCATAGGCACCCCTCATAGGCACCCC SH8140 8140 18 156 snoRNA cluster 3; intergenic #REF! #REF! 211 13 TCCGTGGCACCCCTCCGTGGCACCCCTCCGTGGCACCCCTCCGTGGCACCCCTCCGTGGC SH8141 8141 32 29 snoRNA cluster 3; intergenic #REF! #REF! 216 13 TCCCTTCCGTGGCTCCCTTCCGTGGCTCCCTTCCGTGGCTCCCTTCCGTGGCTCCCTTCC SH8142 8142 82 13 snoRNA cluster 3; intergenic #REF! #REF! 221 17 TTCTTTTCTTCCCTTCCTTCTTTTCTTCCCTTCCTTCTTTTCTTCCCTTCCTTCTTTTCT SH8143 8143 15 134 snoRNA cluster 3; intergenic #REF! #REF! 226 18 AATGCTTTCTTTTCTTCCAATGCTTTCTTTTCTTCCAATGCTTTCTTTTCTTCCAATGCT SH8144 8144 16 169 snoRNA cluster 3; intergenic #REF! #REF! 231 21 GAAAGATAAATGCTTTCTTTTGAAAGATAAATGCTTTCTTTTGAAAGATAAATGCTTTCT SH8145 8145 99 85 snoRNA cluster 3; intergenic #REF! #REF! 236 22 AATAATGAAAGATAAATGCTTTAATAATGAAAGATAAATGCTTTAATAATGAAAGATAAA SH8146 8146 50 77 snoRNA cluster 3; intergenic #REF! #REF! 241 23 AAAGATAATAATGAAAGATAAATAAAGATAATAATGAAAGATAAATAAAGATAATAATGA SH8147 8147 52 214 snoRNA cluster 3; intergenic #REF! #REF! 246 22 TGAAAAAGATAATAATGAAAGATGAAAAAGATAATAATGAAAGATGAAAAAGATAATAAT SH8148 8148 32 214 snoRNA cluster 3; intergenic #REF! #REF! 251 20 GCATGAAAAAGATAATAATGGCATGAAAAAGATAATAATGGCATGAAAAAGATAATAATG SH8149 8149 88 139 snoRNA cluster 3; intergenic #REF! #REF! 256 18 CAGGCATGAAAAAGATAACAGGCATGAAAAAGATAACAGGCATGAAAAAGATAACAGGCA SH8150 8150 88 35 snoRNA cluster 3; intergenic #REF! #REF! 261 18 CATTGCAGGCATGAAAAACATTGCAGGCATGAAAAACATTGCAGGCATGAAAAACATTGC SH8151 8151 44 177 snoRNA cluster 3; intergenic #REF! #REF! 266 15 TCCATTGCAGGCATGTCCATTGCAGGCATGTCCATTGCAGGCATGTCCATTGCAGGCATG SH8152 8152 58 27 snoRNA cluster 3; intergenic #REF! #REF! 271 20 AATTAAAAATTCCATTGCAGAATTAAAAATTCCATTGCAGAATTAAAAATTCCATTGCAG SH8153 8153 36 180 snoRNA cluster 3; intergenic/snR70 #REF! #REF! 276 22 AAAGGAAAATTAAAAATTCCATAAAGGAAAATTAAAAATTCCATAAAGGAAAATTAAAAA SH8154 8154 19 149 snoRNA cluster 3; intergenic/snR70 #REF! #REF! 281 23 ATATCAAAAGGAAAATTAAAAATATATCAAAAGGAAAATTAAAAATATATCAAAAGGAAA SH8155 8155 101 11 snoRNA cluster 3; intergenic/snR70 #REF! #REF! 286 22 CATCATATCAAAAGGAAAATTACATCATATCAAAAGGAAAATTACATCATATCAAAAGGA SH8156 8156 22 25 snoRNA cluster 3; intergenic/snR70 #REF! #REF! 291 20 AATCATCATATCAAAAGGAAAATCATCATATCAAAAGGAAAATCATCATATCAAAAGGAA SH8157 8157 70 155 snoRNA cluster 3; intergenic/snR70 #REF! #REF! 296 20 CAACAAATCATCATATCAAACAACAAATCATCATATCAAACAACAAATCATCATATCAAA SH8158 8158 57 45 snoRNA cluster 3; snR70 #REF! #REF! 301 18 CGACAACAAATCATCATACGACAACAAATCATCATACGACAACAAATCATCATACGACAA SH8159 8159 61 80 snoRNA cluster 3; snR70 #REF! #REF! 306 17 CGGTCGACAACAAATCACGGTCGACAACAAATCACGGTCGACAACAAATCACGGTCGACA SH8160 8160 25 141 snoRNA cluster 3; snR70 #REF! #REF! 311 13 CCGGTCGACAACACCGGTCGACAACACCGGTCGACAACACCGGTCGACAACACCGGTCGA SH8161 8161 70 82 snoRNA cluster 3; snR70 #REF! #REF! 316 13 TCCGCCCGGTCGATCCGCCCGGTCGATCCGCCCGGTCGATCCGCCCGGTCGATCCGCCCG SH8162 8162 97 147 snoRNA cluster 3; snR70 #REF! #REF! 321 13 ATATGTCCGCCCGATATGTCCGCCCGATATGTCCGCCCGATATGTCCGCCCGATATGTCC SH8163 8163 45 32 snoRNA cluster 3; snR70 #REF! #REF! 326 18 ACAGATACTAATATGTCCACAGATACTAATATGTCCACAGATACTAATATGTCCACAGAT SH8164 8164 16 25 snoRNA cluster 3; snR70 #REF! #REF! 331 20 CCCTTTAACAGATACTAATACCCTTTAACAGATACTAATACCCTTTAACAGATACTAATA SH8165 8165 13 69 snoRNA cluster 3; snR70 #REF! #REF! 336 17 GACCCTTTAACAGATACGACCCTTTAACAGATACGACCCTTTAACAGATACGACCCTTTA SH8166 8166 85 11 snoRNA cluster 3; snR70 #REF! #REF! 341 15 GGCGACCCTTTAACAGGCGACCCTTTAACAGGCGACCCTTTAACAGGCGACCCTTTAACA SH8167 8167 71 132 snoRNA cluster 3; snR70 #REF! #REF! 346 13 GACGGCGACCCTTGACGGCGACCCTTGACGGCGACCCTTGACGGCGACCCTTGACGGCGA SH8168 8168 55 101 snoRNA cluster 3; snR70 #REF! #REF! 351 13 GAGTAGACGGCGAGAGTAGACGGCGAGAGTAGACGGCGAGAGTAGACGGCGAGAGTAGAC SH8169 8169 69 15 snoRNA cluster 3; snR70 #REF! #REF! 356 17 GAACGATGAGAGTAGACGAACGATGAGAGTAGACGAACGATGAGAGTAGACGAACGATGA SH8170 8170 24 187 snoRNA cluster 3; snR70 #REF! #REF! 361 17 CAAAAGAACGATGAGAGCAAAAGAACGATGAGAGCAAAAGAACGATGAGAGCAAAAGAAC SH8171 8171 2 41 snoRNA cluster 3; snR70 #REF! #REF! 366 18 TGTACACAAAAGAACGATTGTACACAAAAGAACGATTGTACACAAAAGAACGATTGTACA SH8172 8172 57 85 snoRNA cluster 3; snR70 #REF! #REF! 371 22 TAAAAAATTTGTACACAAAAGATAAAAAATTTGTACACAAAAGATAAAAAATTTGTACAC SH8173 8173 35 189 snoRNA cluster 3; snR70 #REF! #REF! 376 21 CCTTTAAAAAATTTGTACACACCTTTAAAAAATTTGTACACACCTTTAAAAAATTTGTAC SH8174 8174 8 142 snoRNA cluster 3; snR70 #REF! #REF! 381 20 CGCTCCTTTAAAAAATTTGTCGCTCCTTTAAAAAATTTGTCGCTCCTTTAAAAAATTTGT SH8175 8175 61 38 snoRNA cluster 3; snR70 #REF! #REF! 386 18 CATCGCTCCTTTAAAAAACATCGCTCCTTTAAAAAACATCGCTCCTTTAAAAAACATCGC SH8176 8176 29 55 snoRNA cluster 3; snR70 #REF! #REF! 391 17 TCAACATCGCTCCTTTATCAACATCGCTCCTTTATCAACATCGCTCCTTTATCAACATCG SH8177 8177 34 192 snoRNA cluster 3; snR70 #REF! #REF! 396 15 CCATCAACATCGCTCCCATCAACATCGCTCCCATCAACATCGCTCCCATCAACATCGCTC SH8178 8178 19 169 snoRNA cluster 3; snR70 #REF! #REF! 401 18 CCATAATGCCATCAACATCCATAATGCCATCAACATCCATAATGCCATCAACATCCATAA SH8179 8179 87 127 snoRNA cluster 3; snR70 #REF! #REF! 406 17 AGAACCATAATGCCATCAGAACCATAATGCCATCAGAACCATAATGCCATCAGAACCATA SH8180 8180 103 47 snoRNA cluster 3; snR70 #REF! #REF! 411 18 CACTAAAGAACCATAATGCACTAAAGAACCATAATGCACTAAAGAACCATAATGCACTAA SH8181 8181 40 204 snoRNA cluster 3; snR70 #REF! #REF! 416 17 TCTCCACTAAAGAACCATCTCCACTAAAGAACCATCTCCACTAAAGAACCATCTCCACTA SH8182 8182 64 80 snoRNA cluster 3; snR70 #REF! #REF! 421 18 ATCAATTCTCCACTAAAGATCAATTCTCCACTAAAGATCAATTCTCCACTAAAGATCAAT SH8183 8183 90 140 snoRNA cluster 3; snR70 #REF! #REF! 426 18 CAATCATCAATTCTCCACCAATCATCAATTCTCCACCAATCATCAATTCTCCACCAATCA SH8184 8184 79 101 snoRNA cluster 3; snR70 #REF! #REF! 431 18 GTGACCAATCATCAATTCGTGACCAATCATCAATTCGTGACCAATCATCAATTCGTGACC SH8185 8185 56 23 snoRNA cluster 3; snR70 #REF! #REF! 436 17 TCTTGTGACCAATCATCTCTTGTGACCAATCATCTCTTGTGACCAATCATCTCTTGTGAC SH8186 8186 22 152 snoRNA cluster 3; snR70 #REF! #REF! 441 17 AGATGTCTTGTGACCAAAGATGTCTTGTGACCAAAGATGTCTTGTGACCAAAGATGTCTT SH8187 8187 74 85 snoRNA cluster 3; snR70/intergenic #REF! #REF! 446 18 AAAATCAGATGTCTTGTGAAAATCAGATGTCTTGTGAAAATCAGATGTCTTGTGAAAATC SH8188 8188 80 101 snoRNA cluster 3; snR70/intergenic #REF! #REF! 451 18 CCGAAAAAATCAGATGTCCCGAAAAAATCAGATGTCCCGAAAAAATCAGATGTCCCGAAA SH8189 8189 93 145 snoRNA cluster 3; snR70/intergenic #REF! #REF! 456 20 CAAATTTCCGAAAAAATCAGCAAATTTCCGAAAAAATCAGCAAATTTCCGAAAAAATCAG SH8190 8190 65 153 snoRNA cluster 3; snR70/intergenic #REF! #REF! 461 20 AGAAACAAATTTCCGAAAAAAGAAACAAATTTCCGAAAAAAGAAACAAATTTCCGAAAAA SH8191 8191 61 88 snoRNA cluster 3; intergenic #REF! #REF! 466 20 AAATAAGAAACAAATTTCCGAAATAAGAAACAAATTTCCGAAATAAGAAACAAATTTCCG SH8192 8192 33 194 snoRNA cluster 3; intergenic #REF! #REF! 471 23 ATAAATTGAAATAAGAAACAAATATAAATTGAAATAAGAAACAAATATAAATTGAAATAA SH8193 8193 101 12 snoRNA cluster 3; intergenic #REF! #REF! 476 22 AGGAATAAATTGAAATAAGAAAAGGAATAAATTGAAATAAGAAAAGGAATAAATTGAAAT SH8194 8194 74 23 snoRNA cluster 3; intergenic #REF! #REF! 481 22 TGATAAGGAATAAATTGAAATATGATAAGGAATAAATTGAAATATGATAAGGAATAAATT SH8195 8195 66 190 snoRNA cluster 3; intergenic #REF! #REF! 486 20 AACTGATAAGGAATAAATTGAACTGATAAGGAATAAATTGAACTGATAAGGAATAAATTG SH8196 8196 87 49 snoRNA cluster 3; intergenic #REF! #REF! 491 20 AAATCAACTGATAAGGAATAAAATCAACTGATAAGGAATAAAATCAACTGATAAGGAATA SH8197 8197 46 137 snoRNA cluster 3; intergenic #REF! #REF! 496 18 TCCAAATCAACTGATAAGTCCAAATCAACTGATAAGTCCAAATCAACTGATAAGTCCAAA SH8198 8198 104 121 snoRNA cluster 3; intergenic #REF! #REF! 501 18 TATCATCCAAATCAACTGTATCATCCAAATCAACTGTATCATCCAAATCAACTGTATCAT SH8199 8199 78 43 snoRNA cluster 3; intergenic #REF! #REF! 506 19 CTCTTTTATCATCCAAATCCTCTTTTATCATCCAAATCCTCTTTTATCATCCAAATCCTC SH8200 8200 8 70 snoRNA cluster 3; intergenic #REF! #REF! 511 18 CAGTCTCTTTTATCATCCCAGTCTCTTTTATCATCCCAGTCTCTTTTATCATCCCAGTCT SH8201 8201 86 26 snoRNA cluster 3; intergenic #REF! #REF! 516 18 CGCAACAGTCTCTTTTATCGCAACAGTCTCTTTTATCGCAACAGTCTCTTTTATCGCAAC SH8202 8202 99 19 snoRNA cluster 3; intergenic #REF! #REF! 521 15 TCCGCAACAGTCTCTTCCGCAACAGTCTCTTCCGCAACAGTCTCTTCCGCAACAGTCTCT SH8203 8203 75 139 snoRNA cluster 3; intergenic #REF! #REF! 526 15 ACTAGTCCGCAACAGACTAGTCCGCAACAGACTAGTCCGCAACAGACTAGTCCGCAACAG SH8204 8204 23 47 snoRNA cluster 3; intergenic/snR51 #REF! #REF! 531 18 CATAATAAACTAGTCCGCCATAATAAACTAGTCCGCCATAATAAACTAGTCCGCCATAAT SH8205 8205 103 201 snoRNA cluster 3; intergenic/snR51 #REF! #REF! 536 22 AAAAATCATCATAATAAACTAGAAAAATCATCATAATAAACTAGAAAAATCATCATAATA SH8206 8206 69 137 snoRNA cluster 3; intergenic/snR51 #REF! #REF! 541 25 GAATATAAAAAAATCATCATAATAAGAATATAAAAAAATCATCATAATAAGAATATAAAA SH8207 8207 26 81 snoRNA cluster 3; snR51 #REF! #REF! 546 22 GTGAATATAAAAAAATCATCATGTGAATATAAAAAAATCATCATGTGAATATAAAAAAAT SH8208 8208 88 36 snoRNA cluster 3; snR51 #REF! #REF! 551 21 CAGTGTGAATATAAAAAAATCCAGTGTGAATATAAAAAAATCCAGTGTGAATATAAAAAA SH8209 8209 29 102 snoRNA cluster 3; snR51 #REF! #REF! 556 20 AGTACAGTGTGAATATAAAAAGTACAGTGTGAATATAAAAAGTACAGTGTGAATATAAAA SH8210 8210 51 177 snoRNA cluster 3; snR51 #REF! #REF! 561 18 TCTAGTACAGTGTGAATATCTAGTACAGTGTGAATATCTAGTACAGTGTGAATATCTAGT SH8211 8211 92 59 snoRNA cluster 3; snR51 #REF! #REF! 566 17 CCAATCTAGTACAGTGTCCAATCTAGTACAGTGTCCAATCTAGTACAGTGTCCAATCTAG SH8212 8212 52 90 snoRNA cluster 3; snR51 #REF! #REF! 571 17 AGAGACCAATCTAGTACAGAGACCAATCTAGTACAGAGACCAATCTAGTACAGAGACCAA SH8213 8213 78 106 snoRNA cluster 3; snR51 #REF! #REF! 576 18 CGTTAAAGAGACCAATCTCGTTAAAGAGACCAATCTCGTTAAAGAGACCAATCTCGTTAA SH8214 8214 30 118 snoRNA cluster 3; snR51 #REF! #REF! 581 17 CCTTCGTTAAAGAGACCCCTTCGTTAAAGAGACCCCTTCGTTAAAGAGACCCCTTCGTTA SH8215 8215 69 193 snoRNA cluster 3; snR51 #REF! #REF! 586 15 GCCCCTTCGTTAAAGGCCCCTTCGTTAAAGGCCCCTTCGTTAAAGGCCCCTTCGTTAAAG SH8216 8216 103 108 snoRNA cluster 3; snR51 #REF! #REF! 591 16 CAATTAGCCCCTTCGTCAATTAGCCCCTTCGTCAATTAGCCCCTTCGTCAATTAGCCCCT SH8217 8217 36 211 snoRNA cluster 3; snR51 #REF! #REF! 596 16 GTCATCAATTAGCCCCGTCATCAATTAGCCCCGTCATCAATTAGCCCCGTCATCAATTAG SH8218 8218 44 30 snoRNA cluster 3; snR51 #REF! #REF! 601 22 TTTATTTTGTAGTCATCAATTATTTATTTTGTAGTCATCAATTATTTATTTTGTAGTCAT SH8219 8219 7 15 snoRNA cluster 3; snR51 #REF! #REF! 606 22 TATTTTTTATTTTGTAGTCATCTATTTTTTATTTTGTAGTCATCTATTTTTTATTTTGTA SH8220 8220 39 183 snoRNA cluster 3; snR51 #REF! #REF! 611 22 TCAGTTATTTTTTATTTTGTAGTCAGTTATTTTTTATTTTGTAGTCAGTTATTTTTTATT SH8221 8221 57 151 snoRNA cluster 3; snR51 #REF! #REF! 616 24 CATTAAATCAGTTATTTTTTATTTCATTAAATCAGTTATTTTTTATTTCATTAAATCAGT SH8222 8222 68 137 snoRNA cluster 3; snR51 #REF! #REF! 621 22 AGTCATTAAATCAGTTATTTTTAGTCATTAAATCAGTTATTTTTAGTCATTAAATCAGTT SH8223 8223 36 195 snoRNA cluster 3; snR51 #REF! #REF! 626 20 caGAGTCATTAAATCAGTTAcaGAGTCATTAAATCAGTTAcaGAGTCATTAAATCAGTTA SH8224 8224 66 44 snoRNA cluster 3; snR51/3' #REF! #REF! 631 20 tttttcaGAGTCATTAAATCtttttcaGAGTCATTAAATCtttttcaGAGTCATTAAATC SH8225 8225 80 190 snoRNA cluster 3; snR51/3' #REF! #REF! 636 19 ctagtttttcaGAGTCATTctagtttttcaGAGTCATTctagtttttcaGAGTCATTcta SH8226 8226 23 127 snoRNA cluster 3; snR51/3' #REF! #REF! 641 18 agaactagtttttcaGAGagaactagtttttcaGAGagaactagtttttcaGAGagaact SH8227 8227 37 81 snoRNA cluster 3; snR51/3' #REF! #REF! 646 19 ggttgtagaactagtttttggttgtagaactagtttttggttgtagaactagtttttggt SH8228 8228 85 75 snoRNA cluster 3; 3' #REF! #REF! 651 18 gttaggttgtagaactaggttaggttgtagaactaggttaggttgtagaactaggttagg SH8229 8229 88 23 snoRNA cluster 3; 3' #REF! #REF! 656 18 gattagttaggttgtagagattagttaggttgtagagattagttaggttgtagagattag SH8230 8230 25 126 snoRNA cluster 3; 3' #REF! #REF! 661 18 tgcaagattagttaggtttgcaagattagttaggtttgcaagattagttaggtttgcaag SH8231 8231 5 180 snoRNA cluster 3; 3' #REF! #REF! 666 17 agggtgcaagattagttagggtgcaagattagttagggtgcaagattagttagggtgcaa SH8232 8232 20 35 snoRNA cluster 3; 3' #REF! #REF! 671 17 tacatagggtgcaagattacatagggtgcaagattacatagggtgcaagattacataggg SH8233 8233 45 165 snoRNA cluster 3; 3' #REF! #REF! 676 15 ggctacatagggtgcggctacatagggtgcggctacatagggtgcggctacatagggtgc SH8234 8234 11 11 snoRNA cluster 3; 3' #REF! #REF! 681 18 atttaaagggctacatagatttaaagggctacatagatttaaagggctacatagatttaa SH8235 8235 67 170 snoRNA cluster 3; 3' #REF! #REF! 686 18 gagttatttaaagggctagagttatttaaagggctagagttatttaaagggctagagtta SH8236 8236 65 125 snoRNA cluster 3; 3' #REF! #REF! 691 20 gaaccaagagttatttaaaggaaccaagagttatttaaaggaaccaagagttatttaaag SH8237 8237 70 171 snoRNA cluster 3; 3' #REF! #REF! 696 18 agagaaccaagagttattagagaaccaagagttattagagaaccaagagttattagagaa SH8238 8238 6 76 snoRNA cluster 3; 3' #REF! #REF! 701 16 ggaagagaaccaagagggaagagaaccaagagggaagagaaccaagagggaagagaacca SH8239 8239 23 53 snoRNA cluster 3; 3' #REF! #REF! 706 17 ctaaagggaagagaaccctaaagggaagagaaccctaaagggaagagaaccctaaaggga SH8240 8240 69 168 snoRNA cluster 3; 3' #REF! #REF! 711 18 aaagatctaaagggaagaaaagatctaaagggaagaaaagatctaaagggaagaaaagat SH8241 8241 96 175 snoRNA cluster 3; 3' #REF! #REF! 716 20 aaaaatgaaagatctaaaggaaaaatgaaagatctaaaggaaaaatgaaagatctaaagg SH8242 8242 18 177 snoRNA cluster 3; 3' #REF! #REF! 721 19 gtgcaaaaatgaaagatctgtgcaaaaatgaaagatctgtgcaaaaatgaaagatctgtg SH8243 8243 8 204 snoRNA cluster4 5' #REF! #REF! 1 20 aaagaaagtaatacacaaacaaagaaagtaatacacaaacaaagaaagtaatacacaaac SH8244 8244 88 190 snoRNA cluster4 5' #REF! #REF! 6 22 aaaaagtaaagaaagtaatacaaaaaagtaaagaaagtaatacaaaaaagtaaagaaagt SH8245 8245 36 33 snoRNA cluster4 5' #REF! #REF! 11 21 gagaaaaaagtaaagaaagtagagaaaaaagtaaagaaagtagagaaaaaagtaaagaaa SH8246 8246 55 133 snoRNA cluster4 5' #REF! #REF! 16 20 agaagagaaaaaagtaaagaagaagagaaaaaagtaaagaagaagagaaaaaagtaaaga SH8247 8247 73 27 snoRNA cluster4 5' #REF! #REF! 21 18 tgcagaagagaaaaaagttgcagaagagaaaaaagttgcagaagagaaaaaagttgcaga SH8248 8248 83 203 snoRNA cluster4 5' #REF! #REF! 26 19 caataatgcagaagagaaacaataatgcagaagagaaacaataatgcagaagagaaacaa SH8249 8249 60 156 snoRNA cluster4 5' #REF! #REF! 31 18 ggaacaataatgcagaagggaacaataatgcagaagggaacaataatgcagaagggaaca SH8250 8250 102 36 snoRNA cluster4 5' #REF! #REF! 36 18 ctaaaggaacaataatgcctaaaggaacaataatgcctaaaggaacaataatgcctaaag SH8251 8251 61 2 snoRNA cluster4 5' #REF! #REF! 41 18 catctctaaaggaacaatcatctctaaaggaacaatcatctctaaaggaacaatcatctc SH8252 8252 81 64 snoRNA cluster4 5' #REF! #REF! 46 19 ctttatcatctctaaaggactttatcatctctaaaggactttatcatctctaaaggactt SH8253 8253 90 152 snoRNA cluster4 5' #REF! #REF! 51 19 gttgtctttatcatctctagttgtctttatcatctctagttgtctttatcatctctagtt SH8254 8254 33 101 snoRNA cluster4 5' #REF! #REF! 56 20 ttgtaagttgtctttatcatttgtaagttgtctttatcatttgtaagttgtctttatcat SH8255 8255 71 6 snoRNA cluster4 5' #REF! #REF! 61 19 gtacttgtaagttgtctttgtacttgtaagttgtctttgtacttgtaagttgtctttgta SH8256 8256 102 153 snoRNA cluster4 5' #REF! #REF! 66 18 aactgtacttgtaagttgaactgtacttgtaagttgaactgtacttgtaagttgaactgt SH8257 8257 53 62 snoRNA cluster4 5' #REF! #REF! 71 20 aacaaaaaactgtacttgtaaacaaaaaactgtacttgtaaacaaaaaactgtacttgta SH8258 8258 100 59 snoRNA cluster4 5' #REF! #REF! 76 18 accaacaaaaaactgtacaccaacaaaaaactgtacaccaacaaaaaactgtacaccaac SH8259 8259 28 152 snoRNA cluster4 5' #REF! #REF! 81 18 gagataccaacaaaaaacgagataccaacaaaaaacgagataccaacaaaaaacgagata SH8260 8260 24 73 snoRNA cluster4 5'/snR67 #REF! #REF! 86 19 GTTAatgagataccaacaaGTTAatgagataccaacaaGTTAatgagataccaacaaGTT SH8261 8261 56 141 snoRNA cluster4 5'/snR67 #REF! #REF! 91 18 TCATGTTAatgagataccTCATGTTAatgagataccTCATGTTAatgagataccTCATGT SH8262 8262 45 118 snoRNA cluster4 5'/snR67 #REF! #REF! 96 18 AGTCATCATGTTAatgagAGTCATCATGTTAatgagAGTCATCATGTTAatgagAGTCAT SH8263 8263 26 170 snoRNA cluster4 snR67 #REF! #REF! 101 19 CAACTTAGTCATCATGTTACAACTTAGTCATCATGTTACAACTTAGTCATCATGTTACAA SH8264 8264 4 150 snoRNA cluster4 snR67 #REF! #REF! 106 17 CGACAACTTAGTCATCACGACAACTTAGTCATCACGACAACTTAGTCATCACGACAACTT SH8265 8265 62 109 snoRNA cluster4 snR67 #REF! #REF! 111 15 GGGCGACAACTTAGTGGGCGACAACTTAGTGGGCGACAACTTAGTGGGCGACAACTTAGT SH8266 8266 31 94 snoRNA cluster4 snR67 #REF! #REF! 116 13 TTGGGGCGACAACTTGGGGCGACAACTTGGGGCGACAACTTGGGGCGACAACTTGGGGCG SH8267 8267 34 212 snoRNA cluster4 snR67 #REF! #REF! 121 13 TCCGCTTGGGGCGTCCGCTTGGGGCGTCCGCTTGGGGCGTCCGCTTGGGGCGTCCGCTTG SH8268 8268 85 64 snoRNA cluster4 snR67 #REF! #REF! 126 17 TTTCAAAGATCCGCTTGTTTCAAAGATCCGCTTGTTTCAAAGATCCGCTTGTTTCAAAGA SH8269 8269 4 210 snoRNA cluster4 snR67 #REF! #REF! 131 18 CAGTCATTTCAAAGATCCCAGTCATTTCAAAGATCCCAGTCATTTCAAAGATCCCAGTCA SH8270 8270 98 112 snoRNA cluster4 snR67 #REF! #REF! 136 20 GTAAAATCAGTCATTTCAAAGTAAAATCAGTCATTTCAAAGTAAAATCAGTCATTTCAAA SH8271 8271 45 83 snoRNA cluster4 snR67 #REF! #REF! 141 20 TGTTTGTAAAATCAGTCATTTGTTTGTAAAATCAGTCATTTGTTTGTAAAATCAGTCATT SH8272 8272 30 98 snoRNA cluster4 snR67 #REF! #REF! 146 20 TTTGTTGTTTGTAAAATCAGTTTGTTGTTTGTAAAATCAGTTTGTTGTTTGTAAAATCAG SH8273 8273 77 75 snoRNA cluster4 snR67 #REF! #REF! 151 20 CAGTGTTTGTTGTTTGTAAACAGTGTTTGTTGTTTGTAAACAGTGTTTGTTGTTTGTAAA SH8274 8274 66 187 snoRNA cluster4 snR67 #REF! #REF! 156 20 ATTTTCAGTGTTTGTTGTTTATTTTCAGTGTTTGTTGTTTATTTTCAGTGTTTGTTGTTT SH8275 8275 59 154 snoRNA cluster4 snR67 #REF! #REF! 161 19 CAGAATTTTCAGTGTTTGTCAGAATTTTCAGTGTTTGTCAGAATTTTCAGTGTTTGTCAG SH8276 8276 6 94 snoRNA cluster4 snR67/intergenic #REF! #REF! 166 20 TAATTTCAGAATTTTCAGTGTAATTTCAGAATTTTCAGTGTAATTTCAGAATTTTCAGTG SH8277 8277 80 191 snoRNA cluster4 snR67/intergenic #REF! #REF! 171 22 ATCTCATTAATTTCAGAATTTTATCTCATTAATTTCAGAATTTTATCTCATTAATTTCAG SH8278 8278 103 24 snoRNA cluster4 snR67/intergenic #REF! #REF! 176 22 TAAATATCTCATTAATTTCAGATAAATATCTCATTAATTTCAGATAAATATCTCATTAAT SH8279 8279 78 62 snoRNA cluster4 snR67/intergenic #REF! #REF! 181 22 ATGTGTAAATATCTCATTAATTATGTGTAAATATCTCATTAATTATGTGTAAATATCTCA SH8280 8280 58 40 snoRNA cluster4 intergenic #REF! #REF! 186 22 GTTTAATGTGTAAATATCTCATGTTTAATGTGTAAATATCTCATGTTTAATGTGTAAATA SH8281 8281 89 39 snoRNA cluster4 intergenic #REF! #REF! 191 22 TTGATGTTTAATGTGTAAATATTTGATGTTTAATGTGTAAATATTTGATGTTTAATGTGT SH8282 8282 24 143 snoRNA cluster4 intergenic #REF! #REF! 196 20 CTTTTGATGTTTAATGTGTACTTTTGATGTTTAATGTGTACTTTTGATGTTTAATGTGTA SH8283 8283 72 171 snoRNA cluster4 intergenic #REF! #REF! 201 22 GAGAAAACTTTTGATGTTTAATGAGAAAACTTTTGATGTTTAATGAGAAAACTTTTGATG SH8284 8284 95 42 snoRNA cluster4 intergenic #REF! #REF! 206 20 CTTGAGAAAACTTTTGATGTCTTGAGAAAACTTTTGATGTCTTGAGAAAACTTTTGATGT SH8285 8285 41 64 snoRNA cluster4 intergenic #REF! #REF! 211 19 GTTCCTTGAGAAAACTTTTGTTCCTTGAGAAAACTTTTGTTCCTTGAGAAAACTTTTGTT SH8286 8286 80 195 snoRNA cluster4 intergenic #REF! #REF! 216 18 ACATGTTCCTTGAGAAAAACATGTTCCTTGAGAAAAACATGTTCCTTGAGAAAAACATGT SH8287 8287 101 207 snoRNA cluster4 intergenic #REF! #REF! 221 20 ATTAAATACATGTTCCTTGAATTAAATACATGTTCCTTGAATTAAATACATGTTCCTTGA SH8288 8288 42 138 snoRNA cluster4 intergenic #REF! #REF! 226 20 CTTGCATTAAATACATGTTCCTTGCATTAAATACATGTTCCTTGCATTAAATACATGTTC SH8289 8289 88 5 snoRNA cluster4 intergenic #REF! #REF! 231 20 CTTTTCTTGCATTAAATACACTTTTCTTGCATTAAATACACTTTTCTTGCATTAAATACA SH8290 8290 13 115 snoRNA cluster4 intergenic #REF! #REF! 236 20 CAATCCTTTTCTTGCATTAACAATCCTTTTCTTGCATTAACAATCCTTTTCTTGCATTAA SH8291 8291 36 12 snoRNA cluster4 intergenic #REF! #REF! 241 17 AGCAATCCTTTTCTTGCAGCAATCCTTTTCTTGCAGCAATCCTTTTCTTGCAGCAATCCT SH8292 8292 80 67 snoRNA cluster4 intergenic #REF! #REF! 246 18 TTCTTCAGCAATCCTTTTTTCTTCAGCAATCCTTTTTTCTTCAGCAATCCTTTTTTCTTC SH8293 8293 10 212 snoRNA cluster4 intergenic #REF! #REF! 251 17 TCCTTTCTTCAGCAATCTCCTTTCTTCAGCAATCTCCTTTCTTCAGCAATCTCCTTTCTT SH8294 8294 52 202 snoRNA cluster4 intergenic #REF! #REF! 256 18 AAAGATTCCTTTCTTCAGAAAGATTCCTTTCTTCAGAAAGATTCCTTTCTTCAGAAAGAT SH8295 8295 103 96 snoRNA cluster4 intergenic #REF! #REF! 261 18 TGAGAAAAGATTCCTTTCTGAGAAAAGATTCCTTTCTGAGAAAAGATTCCTTTCTGAGAA SH8296 8296 22 168 snoRNA cluster4 intergenic #REF! #REF! 266 20 AAATGTTTGAGAAAAGATTCAAATGTTTGAGAAAAGATTCAAATGTTTGAGAAAAGATTC SH8297 8297 55 105 snoRNA cluster4 intergenic #REF! #REF! 271 20 AGGTAAAATGTTTGAGAAAAAGGTAAAATGTTTGAGAAAAAGGTAAAATGTTTGAGAAAA SH8298 8298 34 99 snoRNA cluster4 intergenic #REF! #REF! 276 20 AAAAGAGGTAAAATGTTTGAAAAAGAGGTAAAATGTTTGAAAAAGAGGTAAAATGTTTGA SH8299 8299 68 73 snoRNA cluster4 intergenic #REF! #REF! 281 18 GGCAAAAGAGGTAAAATGGGCAAAAGAGGTAAAATGGGCAAAAGAGGTAAAATGGGCAAA SH8300 8300 45 158 snoRNA cluster4 intergenic #REF! #REF! 286 17 ATGAGGCAAAAGAGGTAATGAGGCAAAAGAGGTAATGAGGCAAAAGAGGTAATGAGGCAA SH8301 8301 92 26 snoRNA cluster4 intergenic #REF! #REF! 291 18 GTACAAATGAGGCAAAAGGTACAAATGAGGCAAAAGGTACAAATGAGGCAAAAGGTACAA SH8302 8302 17 116 snoRNA cluster4 intergenic #REF! #REF! 296 17 CTGTGTACAAATGAGGCCTGTGTACAAATGAGGCCTGTGTACAAATGAGGCCTGTGTACA SH8303 8303 88 183 snoRNA cluster4 intergenic #REF! #REF! 301 17 TACCGCTGTGTACAAATTACCGCTGTGTACAAATTACCGCTGTGTACAAATTACCGCTGT SH8304 8304 96 197 snoRNA cluster4 intergenic #REF! #REF! 306 15 CCGTACCGCTGTGTACCGTACCGCTGTGTACCGTACCGCTGTGTACCGTACCGCTGTGTA SH8305 8305 10 44 snoRNA cluster4 intergenic #REF! #REF! 311 13 CAACCGTACCGCTCAACCGTACCGCTCAACCGTACCGCTCAACCGTACCGCTCAACCGTA SH8306 8306 92 157 snoRNA cluster4 intergenic #REF! #REF! 316 18 TTTCTTAATCCAACCGTATTTCTTAATCCAACCGTATTTCTTAATCCAACCGTATTTCTT SH8307 8307 35 82 snoRNA cluster4 intergenic #REF! #REF! 321 20 GGATATTTTTCTTAATCCAAGGATATTTTTCTTAATCCAAGGATATTTTTCTTAATCCAA SH8308 8308 98 129 snoRNA cluster4 intergenic #REF! #REF! 326 20 CGAATGGATATTTTTCTTAACGAATGGATATTTTTCTTAACGAATGGATATTTTTCTTAA SH8309 8309 24 107 snoRNA cluster4 intergenic #REF! #REF! 331 18 GGTCGAATGGATATTTTTGGTCGAATGGATATTTTTGGTCGAATGGATATTTTTGGTCGA SH8310 8310 74 126 snoRNA cluster4 intergenic #REF! #REF! 336 17 ACTAGGTCGAATGGATAACTAGGTCGAATGGATAACTAGGTCGAATGGATAACTAGGTCG SH8311 8311 4 161 snoRNA cluster4 intergenic #REF! #REF! 341 20 CAAAAAAAACTAGGTCGAATCAAAAAAAACTAGGTCGAATCAAAAAAAACTAGGTCGAAT SH8312 8312 32 132 snoRNA cluster4 intergenic #REF! #REF! 346 20 CTTAACAAAAAAAACTAGGTCTTAACAAAAAAAACTAGGTCTTAACAAAAAAAACTAGGT SH8313 8313 25 50 snoRNA cluster4 intergenic #REF! #REF! 351 20 TTGTGCTTAACAAAAAAAACTTGTGCTTAACAAAAAAAACTTGTGCTTAACAAAAAAAAC SH8314 8314 85 112 snoRNA cluster4 intergenic #REF! #REF! 356 20 CCAAATTGTGCTTAACAAAACCAAATTGTGCTTAACAAAACCAAATTGTGCTTAACAAAA SH8315 8315 21 65 snoRNA cluster4 intergenic #REF! #REF! 361 19 GAAACCAAATTGTGCTTAAGAAACCAAATTGTGCTTAAGAAACCAAATTGTGCTTAAGAA SH8316 8316 87 214 snoRNA cluster4 intergenic #REF! #REF! 366 20 GATATTGAAACCAAATTGTGGATATTGAAACCAAATTGTGGATATTGAAACCAAATTGTG SH8317 8317 101 104 snoRNA cluster4 intergenic #REF! #REF! 371 20 GAATTGATATTGAAACCAAAGAATTGATATTGAAACCAAAGAATTGATATTGAAACCAAA SH8318 8318 78 25 snoRNA cluster4 intergenic #REF! #REF! 376 21 CAGTAAGAATTGATATTGAAACAGTAAGAATTGATATTGAAACAGTAAGAATTGATATTG SH8319 8319 62 35 snoRNA cluster4 intergenic #REF! #REF! 381 22 ATATAACAGTAAGAATTGATATATATAACAGTAAGAATTGATATATATAACAGTAAGAAT SH8320 8320 22 46 snoRNA cluster4 intergenic #REF! #REF! 386 23 TTTTTTATATAACAGTAAGAATTTTTTTTATATAACAGTAAGAATTTTTTTTATATAACA SH8321 8321 64 178 snoRNA cluster4 intergenic #REF! #REF! 391 23 GACAATTTTTTATATAACAGTAAGACAATTTTTTATATAACAGTAAGACAATTTTTTATA SH8322 8322 71 31 snoRNA cluster4 intergenic #REF! #REF! 396 23 ATTAAGACAATTTTTTATATAACATTAAGACAATTTTTTATATAACATTAAGACAATTTT SH8323 8323 28 138 snoRNA cluster4 intergenic #REF! #REF! 401 22 GGCAATTAAGACAATTTTTTATGGCAATTAAGACAATTTTTTATGGCAATTAAGACAATT SH8324 8324 61 177 snoRNA cluster4 intergenic #REF! #REF! 406 20 AATGGCAATTAAGACAATTTAATGGCAATTAAGACAATTTAATGGCAATTAAGACAATTT SH8325 8325 75 211 snoRNA cluster4 intergenic #REF! #REF! 411 18 GATAATGGCAATTAAGACGATAATGGCAATTAAGACGATAATGGCAATTAAGACGATAAT SH8326 8326 6 73 snoRNA cluster4 intergenic #REF! #REF! 416 18 GGAGTGATAATGGCAATTGGAGTGATAATGGCAATTGGAGTGATAATGGCAATTGGAGTG SH8327 8327 93 161 snoRNA cluster4 intergenic #REF! #REF! 421 17 AAGAGGAGTGATAATGGAAGAGGAGTGATAATGGAAGAGGAGTGATAATGGAAGAGGAGT SH8328 8328 28 202 snoRNA cluster4 intergenic #REF! #REF! 426 20 AAAAAAAAAAGAGGAGTGATAAAAAAAAAAGAGGAGTGATAAAAAAAAAAGAGGAGTGAT SH8329 8329 77 186 snoRNA cluster4 intergenic/snR53 #REF! #REF! 431 22 TCAAAAAAAAAAAAAAAGAGGATCAAAAAAAAAAAAAAAGAGGATCAAAAAAAAAAAAAA SH8330 8330 28 212 snoRNA cluster4 intergenic/snR53 #REF! #REF! 436 23 TCATCATCAAAAAAAAAAAAAAATCATCATCAAAAAAAAAAAAAAATCATCATCAAAAAA SH8331 8331 92 148 snoRNA cluster4 intergenic/snR53 #REF! #REF! 441 22 GTAATCATCATCAAAAAAAAAAGTAATCATCATCAAAAAAAAAAGTAATCATCATCAAAA SH8332 8332 100 15 snoRNA cluster4 intergenic/snR53 #REF! #REF! 446 20 AGTGTAATCATCATCAAAAAAGTGTAATCATCATCAAAAAAGTGTAATCATCATCAAAAA SH8333 8333 41 99 snoRNA cluster4 snR53 #REF! #REF! 451 17 GGAGTGTAATCATCATCGGAGTGTAATCATCATCGGAGTGTAATCATCATCGGAGTGTAA SH8334 8334 93 77 snoRNA cluster4 snR53 #REF! #REF! 456 17 AGCATGGAGTGTAATCAAGCATGGAGTGTAATCAAGCATGGAGTGTAATCAAGCATGGAG SH8335 8335 75 112 snoRNA cluster4 snR53 #REF! #REF! 461 17 TGATTAGCATGGAGTGTTGATTAGCATGGAGTGTTGATTAGCATGGAGTGTTGATTAGCA SH8336 8336 8 7 snoRNA cluster4 snR53 #REF! #REF! 466 17 GTTCATGATTAGCATGGGTTCATGATTAGCATGGGTTCATGATTAGCATGGGTTCATGAT SH8337 8337 15 35 snoRNA cluster4 snR53 #REF! #REF! 471 18 GAACACGTTCATGATTAGGAACACGTTCATGATTAGGAACACGTTCATGATTAGGAACAC SH8338 8338 31 127 snoRNA cluster4 snR53 #REF! #REF! 476 17 CATCGAACACGTTCATGCATCGAACACGTTCATGCATCGAACACGTTCATGCATCGAACA SH8339 8339 88 90 snoRNA cluster4 snR53 #REF! #REF! 481 18 AATTTACATCGAACACGTAATTTACATCGAACACGTAATTTACATCGAACACGTAATTTA SH8340 8340 5 2 snoRNA cluster4 snR53 #REF! #REF! 486 20 GTATTCAAATTTACATCGAAGTATTCAAATTTACATCGAAGTATTCAAATTTACATCGAA SH8341 8341 13 165 snoRNA cluster4 snR53 #REF! #REF! 491 20 TCATCGTATTCAAATTTACATCATCGTATTCAAATTTACATCATCGTATTCAAATTTACA SH8342 8342 65 214 snoRNA cluster4 snR53 #REF! #REF! 496 22 ATTTTAATCATCGTATTCAAATATTTTAATCATCGTATTCAAATATTTTAATCATCGTAT SH8343 8343 63 13 snoRNA cluster4 snR53 #REF! #REF! 501 22 CAACAATTTTAATCATCGTATTCAACAATTTTAATCATCGTATTCAACAATTTTAATCAT SH8344 8344 91 204 snoRNA cluster4 snR53 #REF! #REF! 506 22 GTAAACAACAATTTTAATCATCGTAAACAACAATTTTAATCATCGTAAACAACAATTTTA SH8345 8345 4 159 snoRNA cluster4 snR53 #REF! #REF! 511 20 AGCGTAAACAACAATTTTAAAGCGTAAACAACAATTTTAAAGCGTAAACAACAATTTTAA SH8346 8346 82 38 snoRNA cluster4 snR53 #REF! #REF! 516 18 GAAAGCGTAAACAACAATGAAAGCGTAAACAACAATGAAAGCGTAAACAACAATGAAAGC SH8347 8347 4 196 snoRNA cluster4 snR53 #REF! #REF! 521 18 TTTCAGAAAGCGTAAACATTTCAGAAAGCGTAAACATTTCAGAAAGCGTAAACATTTCAG SH8348 8348 56 145 snoRNA cluster4 snR53/3' #REF! #REF! 526 18 ttagaTTTCAGAAAGCGTttagaTTTCAGAAAGCGTttagaTTTCAGAAAGCGTttagaT SH8349 8349 58 36 snoRNA cluster4 snR53/3' #REF! #REF! 531 20 ttctagtttagaTTTCAGAAttctagtttagaTTTCAGAAttctagtttagaTTTCAGAA SH8350 8350 64 211 snoRNA cluster4 snR53/3' #REF! #REF! 536 22 ttttcttttctagtttagaTTTttttcttttctagtttagaTTTttttcttttctagttt SH8351 8351 65 163 snoRNA cluster4 3' #REF! #REF! 541 20 tccttttcttttctagtttatccttttcttttctagtttatccttttcttttctagttta SH8352 8352 72 75 snoRNA cluster4 3' #REF! #REF! 546 20 atagttccttttcttttctaatagttccttttcttttctaatagttccttttcttttcta SH8353 8353 96 171 snoRNA cluster4 3' #REF! #REF! 551 20 ctttgatagttccttttcttctttgatagttccttttcttctttgatagttccttttctt SH8354 8354 5 145 snoRNA cluster4 3' #REF! #REF! 556 20 taattctttgatagttcctttaattctttgatagttcctttaattctttgatagttcctt SH8355 8355 99 132 snoRNA cluster4 3' #REF! #REF! 561 18 gcctaattctttgatagtgcctaattctttgatagtgcctaattctttgatagtgcctaa SH8356 8356 94 8 snoRNA cluster4 3' #REF! #REF! 566 18 gaagagcctaattctttggaagagcctaattctttggaagagcctaattctttggaagag SH8357 8357 96 97 snoRNA cluster4 3' #REF! #REF! 571 18 aatacgaagagcctaattaatacgaagagcctaattaatacgaagagcctaattaatacg SH8358 8358 93 183 snoRNA cluster4 3' #REF! #REF! 576 15 ccaatacgaagagccccaatacgaagagccccaatacgaagagccccaatacgaagagcc SH8359 8359 9 172 snoRNA cluster4 3' #REF! #REF! 581 19 caactaattccaatacgaacaactaattccaatacgaacaactaattccaatacgaacaa SH8360 8360 46 76 snoRNA cluster4 3' #REF! #REF! 586 18 ctgtcaactaattccaatctgtcaactaattccaatctgtcaactaattccaatctgtca SH8361 8361 11 21 snoRNA cluster4 3' #REF! #REF! 591 18 agcaactgtcaactaattagcaactgtcaactaattagcaactgtcaactaattagcaac SH8362 8362 83 87 snoRNA cluster4 3' #REF! #REF! 596 17 catgagcaactgtcaaccatgagcaactgtcaaccatgagcaactgtcaaccatgagcaa SH8363 8363 76 175 snoRNA cluster4 3' #REF! #REF! 601 17 catttcatgagcaactgcatttcatgagcaactgcatttcatgagcaactgcatttcatg SH8364 8364 94 39 snoRNA cluster4 3' #REF! #REF! 606 17 ccattcatttcatgagcccattcatttcatgagcccattcatttcatgagcccattcatt SH8365 8365 48 59 snoRNA cluster4 3' #REF! #REF! 611 22 tttttttaatccattcatttcatttttttaatccattcatttcatttttttaatccattc SH8366 8366 53 145 snoRNA cluster4 3' #REF! #REF! 616 22 ctttatttttttaatccattcactttatttttttaatccattcactttatttttttaatc SH8367 8367 21 158 snoRNA cluster 5 5' #REF! #REF! 1 16 gtgcaatgctgaagtcgtgcaatgctgaagtcgtgcaatgctgaagtcgtgcaatgctga SH8368 8368 3 108 snoRNA cluster 5 5' #REF! #REF! 6 15 aggagtgcaatgctgaggagtgcaatgctgaggagtgcaatgctgaggagtgcaatgctg SH8369 8369 60 103 snoRNA cluster 5 5' #REF! #REF! 11 15 tgggaaggagtgcaatgggaaggagtgcaatgggaaggagtgcaatgggaaggagtgcaa SH8370 8370 57 125 snoRNA cluster 5 5' #REF! #REF! 16 17 tatcaaatgggaaggagtatcaaatgggaaggagtatcaaatgggaaggagtatcaaatg SH8371 8371 6 174 snoRNA cluster 5 5' #REF! #REF! 21 18 tgaatgtatcaaatgggatgaatgtatcaaatgggatgaatgtatcaaatgggatgaatg SH8372 8372 87 72 snoRNA cluster 5 5' #REF! #REF! 26 20 tcaaacttgaatgtatcaaatcaaacttgaatgtatcaaatcaaacttgaatgtatcaaa SH8373 8373 63 146 snoRNA cluster 5 5' #REF! #REF! 31 21 gattattcaaacttgaatgtagattattcaaacttgaatgtagattattcaaacttgaat SH8374 8374 71 145 snoRNA cluster 5 5' #REF! #REF! 36 20 ttgagattattcaaacttgattgagattattcaaacttgattgagattattcaaacttga SH8375 8375 27 78 snoRNA cluster 5 5' #REF! #REF! 41 20 ttctcttgagattattcaaattctcttgagattattcaaattctcttgagattattcaaa SH8376 8376 23 71 snoRNA cluster 5 5' #REF! #REF! 46 20 gaaatttctcttgagattatgaaatttctcttgagattatgaaatttctcttgagattat SH8377 8377 88 40 snoRNA cluster 5 5' #REF! #REF! 51 18 catgaaatttctcttgagcatgaaatttctcttgagcatgaaatttctcttgagcatgaa SH8378 8378 40 92 snoRNA cluster 5 5' #REF! #REF! 56 18 agtgtcatgaaatttctcagtgtcatgaaatttctcagtgtcatgaaatttctcagtgtc SH8379 8379 69 184 snoRNA cluster 5 5' #REF! #REF! 61 22 gtttaaaaaagtgtcatgaaatgtttaaaaaagtgtcatgaaatgtttaaaaaagtgtca SH8380 8380 51 148 snoRNA cluster 5 5' #REF! #REF! 66 20 tctgtttaaaaaagtgtcattctgtttaaaaaagtgtcattctgtttaaaaaagtgtcat SH8381 8381 103 70 snoRNA cluster 5 5' #REF! #REF! 71 22 cttcttttctgtttaaaaaagtcttcttttctgtttaaaaaagtcttcttttctgtttaa SH8382 8382 52 108 snoRNA cluster 5 5' #REF! #REF! 76 22 caattcttcttttctgtttaaacaattcttcttttctgtttaaacaattcttcttttctg SH8383 8383 25 147 snoRNA cluster 5 5' #REF! #REF! 81 20 aatcaattcttcttttctgtaatcaattcttcttttctgtaatcaattcttcttttctgt SH8384 8384 48 210 snoRNA cluster 5 5'/snR190 #REF! #REF! 86 18 GCCaatcaattcttctttGCCaatcaattcttctttGCCaatcaattcttctttGCCaat SH8385 8385 5 130 snoRNA cluster 5 5'/snR190 #REF! #REF! 91 17 CAGGGCCaatcaattctCAGGGCCaatcaattctCAGGGCCaatcaattctCAGGGCCaa SH8386 8386 22 160 snoRNA cluster 5 5'/snR190 #REF! #REF! 96 15 CATCAGGGCCaatcaCATCAGGGCCaatcaCATCAGGGCCaatcaCATCAGGGCCaatca SH8387 8387 103 135 snoRNA cluster 5 snR190 #REF! #REF! 101 16 CATTATCATCAGGGCCCATTATCATCAGGGCCCATTATCATCAGGGCCCATTATCATCAG SH8388 8388 43 134 snoRNA cluster 5 snR190 #REF! #REF! 106 18 GAGACACCATTATCATCAGAGACACCATTATCATCAGAGACACCATTATCATCAGAGACA SH8389 8389 35 48 snoRNA cluster 5 snR190 #REF! #REF! 111 18 AAGAAGAGACACCATTATAAGAAGAGACACCATTATAAGAAGAGACACCATTATAAGAAG SH8390 8390 19 7 snoRNA cluster 5 snR190 #REF! #REF! 116 16 GGAAAGAAGAGACACCGGAAAGAAGAGACACCGGAAAGAAGAGACACCGGAAAGAAGAGA SH8391 8391 74 184 snoRNA cluster 5 snR190 #REF! #REF! 121 16 GACGAGGAAAGAAGAGGACGAGGAAAGAAGAGGACGAGGAAAGAAGAGGACGAGGAAAGA SH8392 8392 8 97 snoRNA cluster 5 snR190 #REF! #REF! 126 13 CGGACGAGGAAAGCGGACGAGGAAAGCGGACGAGGAAAGCGGACGAGGAAAGCGGACGAG SH8393 8393 15 166 snoRNA cluster 5 snR190 #REF! #REF! 131 13 CGAATCGGACGAGCGAATCGGACGAGCGAATCGGACGAGCGAATCGGACGAGCGAATCGG SH8394 8394 11 130 snoRNA cluster 5 snR190 #REF! #REF! 136 15 TCATGGTCGAATCGGTCATGGTCGAATCGGTCATGGTCGAATCGGTCATGGTCGAATCGG SH8395 8395 89 147 snoRNA cluster 5 snR190 #REF! #REF! 141 15 TGTCGTCATGGTCGATGTCGTCATGGTCGATGTCGTCATGGTCGATGTCGTCATGGTCGA SH8396 8396 8 169 snoRNA cluster 5 snR190 #REF! #REF! 146 15 TCCCTTGTCGTCATGTCCCTTGTCGTCATGTCCCTTGTCGTCATGTCCCTTGTCGTCATG SH8397 8397 39 69 snoRNA cluster 5 snR190 #REF! #REF! 151 17 GATAAAATCCCTTGTCGGATAAAATCCCTTGTCGGATAAAATCCCTTGTCGGATAAAATC SH8398 8398 5 13 snoRNA cluster 5 snR190 #REF! #REF! 156 18 GAACGAGATAAAATCCCTGAACGAGATAAAATCCCTGAACGAGATAAAATCCCTGAACGA SH8399 8399 7 149 snoRNA cluster 5 snR190 #REF! #REF! 161 20 ATTAAGAGAACGAGATAAAAATTAAGAGAACGAGATAAAAATTAAGAGAACGAGATAAAA SH8400 8400 36 137 snoRNA cluster 5 snR190 #REF! #REF! 166 17 GCATTAAGAGAACGAGAGCATTAAGAGAACGAGAGCATTAAGAGAACGAGAGCATTAAGA SH8401 8401 49 96 snoRNA cluster 5 snR190 #REF! #REF! 171 18 TCATTCGCATTAAGAGAATCATTCGCATTAAGAGAATCATTCGCATTAAGAGAATCATTC SH8402 8402 79 90 snoRNA cluster 5 snR190 #REF! #REF! 176 20 TTCAAAATCATTCGCATTAATTCAAAATCATTCGCATTAATTCAAAATCATTCGCATTAA SH8403 8403 84 154 snoRNA cluster 5 snR190 #REF! #REF! 181 18 CTTTTCAAAATCATTCGCCTTTTCAAAATCATTCGCCTTTTCAAAATCATTCGCCTTTTC SH8404 8404 55 51 snoRNA cluster 5 snR190 #REF! #REF! 186 20 GCAACATCTTTTCAAAATCAGCAACATCTTTTCAAAATCAGCAACATCTTTTCAAAATCA SH8405 8405 97 163 snoRNA cluster 5 snR190 #REF! #REF! 191 18 GAAGCAACATCTTTTCAAGAAGCAACATCTTTTCAAGAAGCAACATCTTTTCAAGAAGCA SH8406 8406 53 43 snoRNA cluster 5 snR190 #REF! #REF! 196 17 CACAGAAGCAACATCTTCACAGAAGCAACATCTTCACAGAAGCAACATCTTCACAGAAGC SH8407 8407 45 107 snoRNA cluster 5 snR190 #REF! #REF! 201 17 AATGTCACAGAAGCAACAATGTCACAGAAGCAACAATGTCACAGAAGCAACAATGTCACA SH8408 8408 103 207 snoRNA cluster 5 snR190 #REF! #REF! 206 22 ATTAAAAAAAAATGTCACAGAAATTAAAAAAAAATGTCACAGAAATTAAAAAAAAATGTC SH8409 8409 6 122 snoRNA cluster 5 snR190 #REF! #REF! 211 23 CAAATGATTAAAAAAAAATGTCACAAATGATTAAAAAAAAATGTCACAAATGATTAAAAA SH8410 8410 25 107 snoRNA cluster 5 snR190 #REF! #REF! 216 23 AAACACAAATGATTAAAAAAAAAAAACACAAATGATTAAAAAAAAAAAACACAAATGATT SH8411 8411 17 82 snoRNA cluster 5 snR190 #REF! #REF! 221 20 GCAAACACAAATGATTAAAAGCAAACACAAATGATTAAAAGCAAACACAAATGATTAAAA SH8412 8412 41 41 snoRNA cluster 5 snR190 #REF! #REF! 226 19 GTTTGCAAACACAAATGATGTTTGCAAACACAAATGATGTTTGCAAACACAAATGATGTT SH8413 8413 84 192 snoRNA cluster 5 snR190 #REF! #REF! 231 17 CCCGTTTGCAAACACAACCCGTTTGCAAACACAACCCGTTTGCAAACACAACCCGTTTGC SH8414 8414 49 126 snoRNA cluster 5 snR190 #REF! #REF! 236 17 AAGTTCCCGTTTGCAAAAAGTTCCCGTTTGCAAAAAGTTCCCGTTTGCAAAAAGTTCCCG SH8415 8415 7 89 snoRNA cluster 5 snR190 #REF! #REF! 241 18 CAAGAAAAGTTCCCGTTTCAAGAAAAGTTCCCGTTTCAAGAAAAGTTCCCGTTTCAAGAA SH8416 8416 39 35 snoRNA cluster 5 snR190 #REF! #REF! 246 17 CTGGCAAGAAAAGTTCCCTGGCAAGAAAAGTTCCCTGGCAAGAAAAGTTCCCTGGCAAGA SH8417 8417 53 39 snoRNA cluster 5 snR190 #REF! #REF! 251 18 ATAACACTGGCAAGAAAAATAACACTGGCAAGAAAAATAACACTGGCAAGAAAAATAACA SH8418 8418 94 25 snoRNA cluster 5 snR190 #REF! #REF! 256 18 GTTGTATAACACTGGCAAGTTGTATAACACTGGCAAGTTGTATAACACTGGCAAGTTGTA SH8419 8419 98 12 snoRNA cluster 5 snR190 #REF! #REF! 261 18 CATGTGTTGTATAACACTCATGTGTTGTATAACACTCATGTGTTGTATAACACTCATGTG SH8420 8420 98 83 snoRNA cluster 5 snR190 #REF! #REF! 266 18 ATCTGCATGTGTTGTATAATCTGCATGTGTTGTATAATCTGCATGTGTTGTATAATCTGC SH8421 8421 10 196 snoRNA cluster 5 snR190 #REF! #REF! 271 17 TCAGATCTGCATGTGTTTCAGATCTGCATGTGTTTCAGATCTGCATGTGTTTCAGATCTG SH8422 8422 22 44 snoRNA cluster 5 snR190 #REF! #REF! 276 15 GGCTCAGATCTGCATGGCTCAGATCTGCATGGCTCAGATCTGCATGGCTCAGATCTGCAT SH8423 8423 47 118 snoRNA cluster 5 snR190/intergenic #REF! #REF! 281 18 AAAATAAAGGCTCAGATCAAAATAAAGGCTCAGATCAAAATAAAGGCTCAGATCAAAATA SH8424 8424 17 36 snoRNA cluster 5 snR190/intergenic #REF! #REF! 286 18 GAGAAAAAATAAAGGCTCGAGAAAAAATAAAGGCTCGAGAAAAAATAAAGGCTCGAGAAA SH8425 8425 56 128 snoRNA cluster 5 intergenic #REF! #REF! 291 22 TAATCTCATGAGAAAAAATAAATAATCTCATGAGAAAAAATAAATAATCTCATGAGAAAA SH8426 8426 62 98 snoRNA cluster 5 intergenic #REF! #REF! 296 20 TGATAATCTCATGAGAAAAATGATAATCTCATGAGAAAAATGATAATCTCATGAGAAAAA SH8427 8427 102 173 snoRNA cluster 5 intergenic #REF! #REF! 301 19 CATTTGATAATCTCATGAGCATTTGATAATCTCATGAGCATTTGATAATCTCATGAGCAT SH8428 8428 32 32 snoRNA cluster 5 intergenic #REF! #REF! 306 18 CCCACATTTGATAATCTCCCCACATTTGATAATCTCCCCACATTTGATAATCTCCCCACA SH8429 8429 67 180 snoRNA cluster 5 intergenic #REF! #REF! 311 20 CAAATTACCCACATTTGATACAAATTACCCACATTTGATACAAATTACCCACATTTGATA SH8430 8430 100 64 snoRNA cluster 5 intergenic #REF! #REF! 316 18 CCTCAAATTACCCACATTCCTCAAATTACCCACATTCCTCAAATTACCCACATTCCTCAA SH8431 8431 71 168 snoRNA cluster 5 intergenic #REF! #REF! 321 17 GTCTCCTCAAATTACCCGTCTCCTCAAATTACCCGTCTCCTCAAATTACCCGTCTCCTCA SH8432 8432 49 168 snoRNA cluster 5 intergenic #REF! #REF! 326 18 TTATCTGTCTCCTCAAATTTATCTGTCTCCTCAAATTTATCTGTCTCCTCAAATTTATCT SH8433 8433 82 206 snoRNA cluster 5 intergenic #REF! #REF! 331 20 ATATATATTATCTGTCTCCTATATATATTATCTGTCTCCTATATATATTATCTGTCTCCT SH8434 8434 5 29 snoRNA cluster 5 intergenic #REF! #REF! 336 23 CATAAATTATATATATTATCTGTCATAAATTATATATATTATCTGTCATAAATTATATAT SH8435 8435 103 138 snoRNA cluster 5 intergenic/snR128 #REF! #REF! 341 23 GTGATCATAAATTATATATATTAGTGATCATAAATTATATATATTAGTGATCATAAATTA SH8436 8436 97 140 snoRNA cluster 5 intergenic/snR128 #REF! #REF! 346 20 CCGTGATCATAAATTATATACCGTGATCATAAATTATATACCGTGATCATAAATTATATA SH8437 8437 71 109 snoRNA cluster 5 intergenic/snR128 #REF! #REF! 351 18 TCACCGTGATCATAAATTTCACCGTGATCATAAATTTCACCGTGATCATAAATTTCACCG SH8438 8438 83 47 snoRNA cluster 5 intergenic/snR128 #REF! #REF! 356 17 TTCATCACCGTGATCATTTCATCACCGTGATCATTTCATCACCGTGATCATTTCATCACC SH8439 8439 92 30 snoRNA cluster 5 snR128 #REF! #REF! 361 16 GTCTTTCATCACCGTGGTCTTTCATCACCGTGGTCTTTCATCACCGTGGTCTTTCATCAC SH8440 8440 18 62 snoRNA cluster 5 snR128 #REF! #REF! 366 17 GAACCAGTCTTTCATCAGAACCAGTCTTTCATCAGAACCAGTCTTTCATCAGAACCAGTC SH8441 8441 29 32 snoRNA cluster 5 snR128 #REF! #REF! 371 18 GTTAAGGAACCAGTCTTTGTTAAGGAACCAGTCTTTGTTAAGGAACCAGTCTTTGTTAAG SH8442 8442 12 83 snoRNA cluster 5 snR128 #REF! #REF! 376 17 GAATGTTAAGGAACCAGGAATGTTAAGGAACCAGGAATGTTAAGGAACCAGGAATGTTAA SH8443 8443 66 209 snoRNA cluster 5 snR128 #REF! #REF! 381 17 ACTGCGAATGTTAAGGAACTGCGAATGTTAAGGAACTGCGAATGTTAAGGAACTGCGAAT SH8444 8444 7 66 snoRNA cluster 5 snR128 #REF! #REF! 386 17 TGGAAACTGCGAATGTTTGGAAACTGCGAATGTTTGGAAACTGCGAATGTTTGGAAACTG SH8445 8445 71 10 snoRNA cluster 5 snR128 #REF! #REF! 391 15 CCGTGGAAACTGCGACCGTGGAAACTGCGACCGTGGAAACTGCGACCGTGGAAACTGCGA SH8446 8446 84 97 snoRNA cluster 5 snR128 #REF! #REF! 396 15 TCCTACCGTGGAAACTCCTACCGTGGAAACTCCTACCGTGGAAACTCCTACCGTGGAAAC SH8447 8447 46 105 snoRNA cluster 5 snR128 #REF! #REF! 401 15 CGTACTCCTACCGTGCGTACTCCTACCGTGCGTACTCCTACCGTGCGTACTCCTACCGTG SH8448 8448 5 134 snoRNA cluster 5 snR128 #REF! #REF! 406 16 CGTAAGCGTACTCCTACGTAAGCGTACTCCTACGTAAGCGTACTCCTACGTAAGCGTACT SH8449 8449 86 92 snoRNA cluster 5 snR128 #REF! #REF! 411 15 GGTTCGTAAGCGTACGGTTCGTAAGCGTACGGTTCGTAAGCGTACGGTTCGTAAGCGTAC SH8450 8450 66 203 snoRNA cluster 5 snR128 #REF! #REF! 416 15 CGATGGGTTCGTAAGCGATGGGTTCGTAAGCGATGGGTTCGTAAGCGATGGGTTCGTAAG SH8451 8451 65 82 snoRNA cluster 5 snR128 #REF! #REF! 421 17 GTACTAACGATGGGTTCGTACTAACGATGGGTTCGTACTAACGATGGGTTCGTACTAACG SH8452 8452 97 99 snoRNA cluster 5 snR128 #REF! #REF! 426 17 CGAGAGTACTAACGATGCGAGAGTACTAACGATGCGAGAGTACTAACGATGCGAGAGTAC SH8453 8453 24 67 snoRNA cluster 5 snR128 #REF! #REF! 431 17 GTCACCGAGAGTACTAAGTCACCGAGAGTACTAAGTCACCGAGAGTACTAAGTCACCGAG SH8454 8454 74 128 snoRNA cluster 5 snR128 #REF! #REF! 436 13 GGTCACCGAGAGTGGTCACCGAGAGTGGTCACCGAGAGTGGTCACCGAGAGTGGTCACCG SH8455 8455 47 84 snoRNA cluster 5 snR128 #REF! #REF! 441 13 AGAGCGGTCACCGAGAGCGGTCACCGAGAGCGGTCACCGAGAGCGGTCACCGAGAGCGGT SH8456 8456 71 171 snoRNA cluster 5 snR128 #REF! #REF! 446 17 CTCTAAAGAAGAGCGGTCTCTAAAGAAGAGCGGTCTCTAAAGAAGAGCGGTCTCTAAAGA SH8457 8457 7 83 snoRNA cluster 5 snR128 #REF! #REF! 451 18 GAAGGTCTCTAAAGAAGAGAAGGTCTCTAAAGAAGAGAAGGTCTCTAAAGAAGAGAAGGT SH8458 8458 91 141 snoRNA cluster 5 snR128 #REF! #REF! 456 17 CTAGGAAGGTCTCTAAACTAGGAAGGTCTCTAAACTAGGAAGGTCTCTAAACTAGGAAGG SH8459 8459 35 130 snoRNA cluster 5 snR128 #REF! #REF! 461 16 CATCCTAGGAAGGTCTCATCCTAGGAAGGTCTCATCCTAGGAAGGTCTCATCCTAGGAAG SH8460 8460 75 196 snoRNA cluster 5 snR128 #REF! #REF! 466 17 CTCAGACATCCTAGGAACTCAGACATCCTAGGAACTCAGACATCCTAGGAACTCAGACAT SH8461 8461 6 7 snoRNA cluster 5 snR128/3' #REF! #REF! 471 17 gATCACTCAGACATCCTgATCACTCAGACATCCTgATCACTCAGACATCCTgATCACTCA SH8462 8462 46 177 snoRNA cluster 5 snR128/3' #REF! #REF! 476 17 tatacgATCACTCAGACtatacgATCACTCAGACtatacgATCACTCAGACtatacgATC SH8463 8463 65 105 snoRNA cluster 5 snR128/3' #REF! #REF! 481 18 ctacagtatacgATCACTctacagtatacgATCACTctacagtatacgATCACTctacag SH8464 8464 32 187 snoRNA cluster 5 3' #REF! #REF! 486 18 agatactacagtatacgAagatactacagtatacgAagatactacagtatacgAagatac SH8465 8465 100 20 snoRNA cluster 5 3' #REF! #REF! 491 18 acacaagatactacagtaacacaagatactacagtaacacaagatactacagtaacacaa SH8466 8466 73 32 snoRNA cluster 5 3' #REF! #REF! 496 20 aaagtaaacacaagatactaaaagtaaacacaagatactaaaagtaaacacaagatacta SH8467 8467 38 42 snoRNA cluster 5 3' #REF! #REF! 501 20 ttgataaagtaaacacaagattgataaagtaaacacaagattgataaagtaaacacaaga SH8468 8468 35 24 snoRNA cluster 5 3' #REF! #REF! 506 20 ctggtttgataaagtaaacactggtttgataaagtaaacactggtttgataaagtaaaca SH8469 8469 94 130 snoRNA cluster 5 3' #REF! #REF! 511 18 aagctggtttgataaagtaagctggtttgataaagtaagctggtttgataaagtaagctg SH8470 8470 31 27 snoRNA cluster 5 3' #REF! #REF! 516 17 tggtaagctggtttgattggtaagctggtttgattggtaagctggtttgattggtaagct SH8471 8471 63 128 snoRNA cluster 5 3' #REF! #REF! 521 17 aatgttggtaagctggtaatgttggtaagctggtaatgttggtaagctggtaatgttggt SH8472 8472 82 197 snoRNA cluster 5 3' #REF! #REF! 526 18 tattccaatgttggtaagtattccaatgttggtaagtattccaatgttggtaagtattcc SH8473 8473 98 209 snoRNA cluster 5 3' #REF! #REF! 531 18 ccaactattccaatgttgccaactattccaatgttgccaactattccaatgttgccaact SH8474 8474 76 164 snoRNA cluster 5 3' #REF! #REF! 536 18 atcaaccaactattccaaatcaaccaactattccaaatcaaccaactattccaaatcaac SH8475 8475 45 81 snoRNA cluster 5 3' #REF! #REF! 541 20 gaaaaaaatcaaccaactatgaaaaaaatcaaccaactatgaaaaaaatcaaccaactat SH8476 8476 85 131 snoRNA cluster 5 3' #REF! #REF! 546 19 gctagaaaaaaatcaaccagctagaaaaaaatcaaccagctagaaaaaaatcaaccagct SH8477 8477 82 59 snoRNA cluster 5 3' #REF! #REF! 551 18 ggatgctagaaaaaaatcggatgctagaaaaaaatcggatgctagaaaaaaatcggatgc SH8478 8478 14 158 snoRNA cluster 5 3' #REF! #REF! 556 18 cattcggatgctagaaaacattcggatgctagaaaacattcggatgctagaaaacattcg SH8479 8479 65 118 snoRNA cluster 5 3' #REF! #REF! 561 17 gatccattcggatgctagatccattcggatgctagatccattcggatgctagatccattc SH8480 8480 72 114 snoRNA cluster 5 3' #REF! #REF! 566 17 tacaagatccattcggatacaagatccattcggatacaagatccattcggatacaagatc SH8481 8481 27 26 snR19 / U1 RNA 5' 1 17 gggaatgaatcaatgaggggaatgaatcaatgaggggaatgaatcaatgaggggaatgaa SH8482 8482 5 171 snR19 / U1 RNA 5' 6 17 agctagggaatgaatcaagctagggaatgaatcaagctagggaatgaatcaagctaggga SH8483 8483 59 90 snR19 / U1 RNA 5' 11 16 caagagctagggaatgcaagagctagggaatgcaagagctagggaatgcaagagctaggg SH8484 8484 97 3 snR19 / U1 RNA 5' 16 17 cattttcaagagctaggcattttcaagagctaggcattttcaagagctaggcattttcaa SH8485 8485 58 45 snR19 / U1 RNA 5' 21 18 cattgacattttcaagagcattgacattttcaagagcattgacattttcaagagcattga SH8486 8486 34 122 snR19 / U1 RNA 5' 26 22 taataatttcattgacattttctaataatttcattgacattttctaataatttcattgac SH8487 8487 39 29 snR19 / U1 RNA 5' 31 20 gggtaataatttcattgacagggtaataatttcattgacagggtaataatttcattgaca SH8488 8488 25 97 snR19 / U1 RNA 5' 36 18 gacgggtaataatttcatgacgggtaataatttcatgacgggtaataatttcatgacggg SH8489 8489 26 139 snR19 / U1 RNA 5' 41 18 gcaaagacgggtaataatgcaaagacgggtaataatgcaaagacgggtaataatgcaaag SH8490 8490 93 158 snR19 / U1 RNA 5' 46 15 gtgcaaagacgggtagtgcaaagacgggtagtgcaaagacgggtagtgcaaagacgggta SH8491 8491 40 194 snR19 / U1 RNA 5' 51 18 aaaaaaaggtgcaaagacaaaaaaaggtgcaaagacaaaaaaaggtgcaaagacaaaaaa SH8492 8492 60 157 snR19 / U1 RNA 5' 56 20 ttagaaaaaaaaaaggtgcattagaaaaaaaaaaggtgcattagaaaaaaaaaaggtgca SH8493 8493 33 62 snR19 / U1 RNA 5' 61 19 cgccttagaaaaaaaaaagcgccttagaaaaaaaaaagcgccttagaaaaaaaaaagcgc SH8494 8494 86 21 snR19 / U1 RNA 5' 66 17 cgtcgccttagaaaaaacgtcgccttagaaaaaacgtcgccttagaaaaaacgtcgcctt SH8495 8495 75 168 snR19 / U1 RNA 5' 71 15 actcgtcgccttagaactcgtcgccttagaactcgtcgccttagaactcgtcgccttaga SH8496 8496 73 64 snR19 / U1 RNA 5' 76 15 ggaaaactcgtcgccggaaaactcgtcgccggaaaactcgtcgccggaaaactcgtcgcc SH8497 8497 69 148 snR19 / U1 RNA 5' 81 16 gccaatggaaaactcggccaatggaaaactcggccaatggaaaactcggccaatggaaaa SH8498 8498 7 147 snR19 / U1 RNA 5' - 2 -14 2 86 17 CGtcttgccaatggaaaCGtcttgccaatggaaaCGtcttgccaatggaaaCGtcttgcc SH8499 8499 58 78 snR19 / U1 RNA 5' - 8 -9 8 91 18 TTTATACGtcttgccaatTTTATACGtcttgccaatTTTATACGtcttgccaatTTTATA SH8500 8500 65 146 snR19 / U1 RNA 5' - 13 -4 13 96 18 CTCTATTTATACGtcttgCTCTATTTATACGtcttgCTCTATTTATACGtcttgCTCTAT SH8501 8501 86 148 snR19 / U1 RNA U1 1 18 101 18 CTTCTCTCTATTTATACGCTTCTCTCTATTTATACGCTTCTCTCTATTTATACGCTTCTC SH8502 8502 97 17 snR19 / U1 RNA U1 6 24 106 19 GAACTTCTTCTCTCTATTTGAACTTCTTCTCTCTATTTGAACTTCTTCTCTCTATTTGAA SH8503 8503 6 178 snR19 / U1 RNA U1 11 27 111 17 ATGGAACTTCTTCTCTCATGGAACTTCTTCTCTCATGGAACTTCTTCTCTCATGGAACTT SH8504 8504 10 185 snR19 / U1 RNA U1 16 35 116 20 TCTATTAAATGGAACTTCTTTCTATTAAATGGAACTTCTTTCTATTAAATGGAACTTCTT SH8505 8505 9 162 snR19 / U1 RNA U1 21 40 121 20 ATAGTTCTATTAAATGGAACATAGTTCTATTAAATGGAACATAGTTCTATTAAATGGAAC SH8506 8506 82 166 snR19 / U1 RNA U1 26 48 126 23 TTTGTAAAATAGTTCTATTAAATTTTGTAAAATAGTTCTATTAAATTTTGTAAAATAGTT SH8507 8507 102 166 snR19 / U1 RNA U1 31 52 131 22 TATGTTTGTAAAATAGTTCTATTATGTTTGTAAAATAGTTCTATTATGTTTGTAAAATAG SH8508 8508 83 112 snR19 / U1 RNA U1 36 57 136 22 AAAAGTATGTTTGTAAAATAGTAAAAGTATGTTTGTAAAATAGTAAAAGTATGTTTGTAA SH8509 8509 37 46 snR19 / U1 RNA U1 41 60 141 20 GCTAAAAGTATGTTTGTAAAGCTAAAAGTATGTTTGTAAAGCTAAAAGTATGTTTGTAAA SH8510 8510 61 40 snR19 / U1 RNA U1 46 65 146 20 TTAACGCTAAAAGTATGTTTTTAACGCTAAAAGTATGTTTTTAACGCTAAAAGTATGTTT SH8511 8511 53 68 snR19 / U1 RNA U1 51 72 151 22 CTATATTTTAACGCTAAAAGTACTATATTTTAACGCTAAAAGTACTATATTTTAACGCTA SH8512 8512 11 96 snR19 / U1 RNA U1 56 77 156 22 AAAAACTATATTTTAACGCTAAAAAAACTATATTTTAACGCTAAAAAAACTATATTTTAA SH8513 8513 88 54 snR19 / U1 RNA U1 61 82 161 22 CAAGAAAAAACTATATTTTAACCAAGAAAAAACTATATTTTAACCAAGAAAAAACTATAT SH8514 8514 7 185 snR19 / U1 RNA U1 66 88 166 23 AAAATTCAAGAAAAAACTATATTAAAATTCAAGAAAAAACTATATTAAAATTCAAGAAAA SH8515 8515 22 103 snR19 / U1 RNA U1 71 93 171 23 TTAAAAAAATTCAAGAAAAAACTTTAAAAAAATTCAAGAAAAAACTTTAAAAAAATTCAA SH8516 8516 55 122 snR19 / U1 RNA U1 76 98 176 23 GGATTTTAAAAAAATTCAAGAAAGGATTTTAAAAAAATTCAAGAAAGGATTTTAAAAAAA SH8517 8517 18 130 snR19 / U1 RNA U1 81 102 181 22 ATGAGGATTTTAAAAAAATTCAATGAGGATTTTAAAAAAATTCAATGAGGATTTTAAAAA SH8518 8518 99 64 snR19 / U1 RNA U1 86 107 186 22 TAAGTATGAGGATTTTAAAAAATAAGTATGAGGATTTTAAAAAATAAGTATGAGGATTTT SH8519 8519 56 134 snR19 / U1 RNA U1 91 109 191 19 GGTAAGTATGAGGATTTTAGGTAAGTATGAGGATTTTAGGTAAGTATGAGGATTTTAGGT SH8520 8520 12 51 snR19 / U1 RNA U1 96 113 196 18 TTAAGGTAAGTATGAGGATTAAGGTAAGTATGAGGATTAAGGTAAGTATGAGGATTAAGG SH8521 8521 6 143 snR19 / U1 RNA U1 101 120 201 20 TGATATCTTAAGGTAAGTATTGATATCTTAAGGTAAGTATTGATATCTTAAGGTAAGTAT SH8522 8522 14 46 snR19 / U1 RNA U1 106 123 206 18 CTCTGATATCTTAAGGTACTCTGATATCTTAAGGTACTCTGATATCTTAAGGTACTCTGA SH8523 8523 69 136 snR19 / U1 RNA U1 111 128 211 18 ATCTCCTCTGATATCTTAATCTCCTCTGATATCTTAATCTCCTCTGATATCTTAATCTCC SH8524 8524 4 131 snR19 / U1 RNA U1 116 132 216 17 CTTGATCTCCTCTGATACTTGATCTCCTCTGATACTTGATCTCCTCTGATACTTGATCTC SH8525 8525 24 79 snR19 / U1 RNA U1 121 137 221 17 GACTTCTTGATCTCCTCGACTTCTTGATCTCCTCGACTTCTTGATCTCCTCGACTTCTTG SH8526 8526 62 9 snR19 / U1 RNA U1 126 142 226 17 AGTAGGACTTCTTGATCAGTAGGACTTCTTGATCAGTAGGACTTCTTGATCAGTAGGACT SH8527 8527 18 29 snR19 / U1 RNA U1 131 147 231 17 TGATCAGTAGGACTTCTTGATCAGTAGGACTTCTTGATCAGTAGGACTTCTTGATCAGTA SH8528 8528 53 152 snR19 / U1 RNA U1 136 153 236 18 CATGTTTGATCAGTAGGACATGTTTGATCAGTAGGACATGTTTGATCAGTAGGACATGTT SH8529 8529 6 132 snR19 / U1 RNA U1 141 156 241 16 GCGCATGTTTGATCAGGCGCATGTTTGATCAGGCGCATGTTTGATCAGGCGCATGTTTGA SH8530 8530 99 62 snR19 / U1 RNA U1 146 160 246 15 GGAAGCGCATGTTTGGGAAGCGCATGTTTGGGAAGCGCATGTTTGGGAAGCGCATGTTTG SH8531 8531 48 23 snR19 / U1 RNA U1 151 167 251 17 TACTATTGGAAGCGCATTACTATTGGAAGCGCATTACTATTGGAAGCGCATTACTATTGG SH8532 8532 15 127 snR19 / U1 RNA U1 156 172 256 17 CCTTCTACTATTGGAAGCCTTCTACTATTGGAAGCCTTCTACTATTGGAAGCCTTCTACT SH8533 8533 14 86 snR19 / U1 RNA U1 161 178 261 18 TAACGTCCTTCTACTATTTAACGTCCTTCTACTATTTAACGTCCTTCTACTATTTAACGT SH8534 8534 64 159 snR19 / U1 RNA U1 166 182 266 17 TGCTTAACGTCCTTCTATGCTTAACGTCCTTCTATGCTTAACGTCCTTCTATGCTTAACG SH8535 8535 90 52 snR19 / U1 RNA U1 171 188 271 18 GATAAATGCTTAACGTCCGATAAATGCTTAACGTCCGATAAATGCTTAACGTCCGATAAA SH8536 8536 69 212 snR19 / U1 RNA U1 176 195 276 20 GTTCAATGATAAATGCTTAAGTTCAATGATAAATGCTTAAGTTCAATGATAAATGCTTAA SH8537 8537 95 120 snR19 / U1 RNA U1 181 202 281 22 AATTATAGTTCAATGATAAATGAATTATAGTTCAATGATAAATGAATTATAGTTCAATGA SH8538 8538 95 111 snR19 / U1 RNA U1 186 206 286 21 GAACAATTATAGTTCAATGATGAACAATTATAGTTCAATGATGAACAATTATAGTTCAAT SH8539 8539 62 203 snR19 / U1 RNA U1 191 210 291 20 CAATGAACAATTATAGTTCACAATGAACAATTATAGTTCACAATGAACAATTATAGTTCA SH8540 8540 99 150 snR19 / U1 RNA U1 196 215 296 20 GACTTCAATGAACAATTATAGACTTCAATGAACAATTATAGACTTCAATGAACAATTATA SH8541 8541 11 124 snR19 / U1 RNA U1 201 219 301 19 CAATGACTTCAATGAACAACAATGACTTCAATGAACAACAATGACTTCAATGAACAACAA SH8542 8542 89 196 snR19 / U1 RNA U1 206 223 306 18 GCATCAATGACTTCAATGGCATCAATGACTTCAATGGCATCAATGACTTCAATGGCATCA SH8543 8543 47 151 snR19 / U1 RNA U1 211 228 311 18 AGTTTGCATCAATGACTTAGTTTGCATCAATGACTTAGTTTGCATCAATGACTTAGTTTG SH8544 8544 4 128 snR19 / U1 RNA U1 216 233 316 18 CAAGGAGTTTGCATCAATCAAGGAGTTTGCATCAATCAAGGAGTTTGCATCAATCAAGGA SH8545 8545 37 126 snR19 / U1 RNA U1 221 236 321 16 GACCAAGGAGTTTGCAGACCAAGGAGTTTGCAGACCAAGGAGTTTGCAGACCAAGGAGTT SH8546 8546 9 146 snR19 / U1 RNA U1 226 240 326 15 GTGTGACCAAGGAGTGTGTGACCAAGGAGTGTGTGACCAAGGAGTGTGTGACCAAGGAGT SH8547 8547 91 189 snR19 / U1 RNA U1 231 247 331 17 TATGTGTGTGTGACCAATATGTGTGTGTGACCAATATGTGTGTGTGACCAATATGTGTGT SH8548 8548 77 149 snR19 / U1 RNA U1 236 250 336 15 CCGTATGTGTGTGTGCCGTATGTGTGTGTGCCGTATGTGTGTGTGCCGTATGTGTGTGTG SH8549 8549 24 26 snR19 / U1 RNA U1 241 253 341 13 GCGCCGTATGTGTGCGCCGTATGTGTGCGCCGTATGTGTGCGCCGTATGTGTGCGCCGTA SH8550 8550 85 101 snR19 / U1 RNA U1 246 258 346 13 CTTCCGCGCCGTACTTCCGCGCCGTACTTCCGCGCCGTACTTCCGCGCCGTACTTCCGCG SH8551 8551 95 18 snR19 / U1 RNA U1 251 263 351 13 CACGCCTTCCGCGCACGCCTTCCGCGCACGCCTTCCGCGCACGCCTTCCGCGCACGCCTT SH8552 8552 13 163 snR19 / U1 RNA U1 256 270 356 15 CAGCAAACACGCCTTCAGCAAACACGCCTTCAGCAAACACGCCTTCAGCAAACACGCCTT SH8553 8553 90 201 snR19 / U1 RNA U1 261 277 361 17 GAAACGTCAGCAAACACGAAACGTCAGCAAACACGAAACGTCAGCAAACACGAAACGTCA SH8554 8554 24 197 snR19 / U1 RNA U1 266 282 366 17 GAATGGAAACGTCAGCAGAATGGAAACGTCAGCAGAATGGAAACGTCAGCAGAATGGAAA SH8555 8555 36 110 snR19 / U1 RNA U1 271 287 371 17 CAAGGGAATGGAAACGTCAAGGGAATGGAAACGTCAAGGGAATGGAAACGTCAAGGGAAT SH8556 8556 70 182 snR19 / U1 RNA U1 276 292 376 17 TGAAACAAGGGAATGGATGAAACAAGGGAATGGATGAAACAAGGGAATGGATGAAACAAG SH8557 8557 96 123 snR19 / U1 RNA U1 281 298 381 18 AATGATTGAAACAAGGGAAATGATTGAAACAAGGGAAATGATTGAAACAAGGGAAATGAT SH8558 8558 12 3 snR19 / U1 RNA U1 286 305 386 20 ATTAACCAATGATTGAAACAATTAACCAATGATTGAAACAATTAACCAATGATTGAAACA SH8559 8559 91 85 snR19 / U1 RNA U1 291 308 391 18 GGGATTAACCAATGATTGGGGATTAACCAATGATTGGGGATTAACCAATGATTGGGGATT SH8560 8560 23 129 snR19 / U1 RNA U1 296 313 396 18 ATCAAGGGATTAACCAATATCAAGGGATTAACCAATATCAAGGGATTAACCAATATCAAG SH8561 8561 77 34 snR19 / U1 RNA U1 301 318 401 18 AAGGAATCAAGGGATTAAAAGGAATCAAGGGATTAAAAGGAATCAAGGGATTAAAAGGAA SH8562 8562 29 10 snR19 / U1 RNA U1 306 321 406 16 CCAAAGGAATCAAGGGCCAAAGGAATCAAGGGCCAAAGGAATCAAGGGCCAAAGGAATCA SH8563 8563 80 114 snR19 / U1 RNA U1 311 327 411 17 AAATCCCCAAAGGAATCAAATCCCCAAAGGAATCAAATCCCCAAAGGAATCAAATCCCCA SH8564 8564 92 180 snR19 / U1 RNA U1 316 332 416 17 CCCAAAAATCCCCAAAGCCCAAAAATCCCCAAAGCCCAAAAATCCCCAAAGCCCAAAAAT SH8565 8565 21 74 snR19 / U1 RNA U1 321 338 421 18 GTTTAACCCAAAAATCCCGTTTAACCCAAAAATCCCGTTTAACCCAAAAATCCCGTTTAA SH8566 8566 36 188 snR19 / U1 RNA U1 326 345 426 20 AAAATCAGTTTAACCCAAAAAAAATCAGTTTAACCCAAAAAAAATCAGTTTAACCCAAAA SH8567 8567 74 64 snR19 / U1 RNA U1 331 348 431 18 CCAAAAATCAGTTTAACCCCAAAAATCAGTTTAACCCCAAAAATCAGTTTAACCCCAAAA SH8568 8568 60 176 snR19 / U1 RNA U1 336 352 436 17 GGCCCCAAAAATCAGTTGGCCCCAAAAATCAGTTGGCCCCAAAAATCAGTTGGCCCCAAA SH8569 8569 33 33 snR19 / U1 RNA U1 341 357 441 17 CAAAGGGCCCCAAAAATCAAAGGGCCCCAAAAATCAAAGGGCCCCAAAAATCAAAGGGCC SH8570 8570 75 39 snR19 / U1 RNA U1 346 358 446 13 ACAAAGGGCCCCAACAAAGGGCCCCAACAAAGGGCCCCAACAAAGGGCCCCAACAAAGGG SH8571 8571 84 195 snR19 / U1 RNA U1 351 367 451 17 GCAGAAGAAACAAAGGGGCAGAAGAAACAAAGGGGCAGAAGAAACAAAGGGGCAGAAGAA SH8572 8572 3 115 snR19 / U1 RNA U1 356 371 456 16 CCAGGCAGAAGAAACACCAGGCAGAAGAAACACCAGGCAGAAGAAACACCAGGCAGAAGA SH8573 8573 92 104 snR19 / U1 RNA U1 361 373 461 13 CTCCAGGCAGAAGCTCCAGGCAGAAGCTCCAGGCAGAAGCTCCAGGCAGAAGCTCCAGGC SH8574 8574 3 44 snR19 / U1 RNA U1 366 380 466 15 CAAACTTCTCCAGGCCAAACTTCTCCAGGCCAAACTTCTCCAGGCCAAACTTCTCCAGGC SH8575 8575 84 89 snR19 / U1 RNA U1 371 387 471 17 TTGGTGTCAAACTTCTCTTGGTGTCAAACTTCTCTTGGTGTCAAACTTCTCTTGGTGTCA SH8576 8576 18 32 snR19 / U1 RNA U1 376 393 476 18 TTGAATTTGGTGTCAAACTTGAATTTGGTGTCAAACTTGAATTTGGTGTCAAACTTGAAT SH8577 8577 82 57 snR19 / U1 RNA U1 381 398 481 18 CCAATTTGAATTTGGTGTCCAATTTGAATTTGGTGTCCAATTTGAATTTGGTGTCCAATT SH8578 8578 20 77 snR19 / U1 RNA U1 386 405 486 20 CCTAACACCAATTTGAATTTCCTAACACCAATTTGAATTTCCTAACACCAATTTGAATTT SH8579 8579 39 21 snR19 / U1 RNA U1 391 407 491 17 CCCCTAACACCAATTTGCCCCTAACACCAATTTGCCCCTAACACCAATTTGCCCCTAACA SH8580 8580 7 29 snR19 / U1 RNA U1 396 410 496 15 GCTCCCCTAACACCAGCTCCCCTAACACCAGCTCCCCTAACACCAGCTCCCCTAACACCA SH8581 8581 53 135 snR19 / U1 RNA U1 401 413 501 13 CCAGCTCCCCTAACCAGCTCCCCTAACCAGCTCCCCTAACCAGCTCCCCTAACCAGCTCC SH8582 8582 77 89 snR19 / U1 RNA U1 406 418 506 13 AGGCCCCAGCTCCAGGCCCCAGCTCCAGGCCCCAGCTCCAGGCCCCAGCTCCAGGCCCCA SH8583 8583 30 69 snR19 / U1 RNA U1 411 426 511 16 CTTTTGAAAGGCCCCACTTTTGAAAGGCCCCACTTTTGAAAGGCCCCACTTTTGAAAGGC SH8584 8584 47 159 snR19 / U1 RNA U1 416 432 516 17 AGCTCTCTTTTGAAAGGAGCTCTCTTTTGAAAGGAGCTCTCTTTTGAAAGGAGCTCTCTT SH8585 8585 60 120 snR19 / U1 RNA U1 421 438 521 18 CTACAAAGCTCTCTTTTGCTACAAAGCTCTCTTTTGCTACAAAGCTCTCTTTTGCTACAA SH8586 8586 20 30 snR19 / U1 RNA U1 426 441 526 16 CCTCTACAAAGCTCTCCCTCTACAAAGCTCTCCCTCTACAAAGCTCTCCCTCTACAAAGC SH8587 8587 41 159 snR19 / U1 RNA U1 431 447 531 17 AGAATGCCTCTACAAAGAGAATGCCTCTACAAAGAGAATGCCTCTACAAAGAGAATGCCT SH8588 8588 64 48 snR19 / U1 RNA U1 436 453 536 18 TCAAAAAGAATGCCTCTATCAAAAAGAATGCCTCTATCAAAAAGAATGCCTCTATCAAAA SH8589 8589 26 190 snR19 / U1 RNA U1 441 458 541 18 AGTAGTCAAAAAGAATGCAGTAGTCAAAAAGAATGCAGTAGTCAAAAAGAATGCAGTAGT SH8590 8590 3 123 snR19 / U1 RNA U1 446 464 546 19 GAGAAAAGTAGTCAAAAAGGAGAAAAGTAGTCAAAAAGGAGAAAAGTAGTCAAAAAGGAG SH8591 8591 14 54 snR19 / U1 RNA U1 451 468 551 18 GCTAGAGAAAAGTAGTCAGCTAGAGAAAAGTAGTCAGCTAGAGAAAAGTAGTCAGCTAGA SH8592 8592 57 16 snR19 / U1 RNA U1 456 472 556 17 GCACGCTAGAGAAAAGTGCACGCTAGAGAAAAGTGCACGCTAGAGAAAAGTGCACGCTAG SH8593 8593 31 129 snR19 / U1 RNA U1 461 473 561 13 GGCACGCTAGAGAGGCACGCTAGAGAGGCACGCTAGAGAGGCACGCTAGAGAGGCACGCT SH8594 8594 60 158 snR19 / U1 RNA U1 466 482 566 17 AACTAAAATGGCACGCTAACTAAAATGGCACGCTAACTAAAATGGCACGCTAACTAAAAT SH8595 8595 101 184 snR19 / U1 RNA U1 471 488 571 18 GTCAAAAACTAAAATGGCGTCAAAAACTAAAATGGCGTCAAAAACTAAAATGGCGTCAAA SH8596 8596 20 11 snR19 / U1 RNA U1 476 493 576 18 CTGCCGTCAAAAACTAAACTGCCGTCAAAAACTAAACTGCCGTCAAAAACTAAACTGCCG SH8597 8597 22 166 snR19 / U1 RNA U1 481 497 581 17 GAATCTGCCGTCAAAAAGAATCTGCCGTCAAAAAGAATCTGCCGTCAAAAAGAATCTGCC SH8598 8598 8 26 snR19 / U1 RNA U1 486 498 586 13 CGAATCTGCCGTCCGAATCTGCCGTCCGAATCTGCCGTCCGAATCTGCCGTCCGAATCTG SH8599 8599 56 101 snR19 / U1 RNA U1 491 508 591 18 TAAGTTCATTCGAATCTGTAAGTTCATTCGAATCTGTAAGTTCATTCGAATCTGTAAGTT SH8600 8600 66 37 snR19 / U1 RNA U1 496 515 596 20 ATAAACTTAAGTTCATTCGAATAAACTTAAGTTCATTCGAATAAACTTAAGTTCATTCGA SH8601 8601 82 112 snR19 / U1 RNA U1 501 520 601 20 TCATCATAAACTTAAGTTCATCATCATAAACTTAAGTTCATCATCATAAACTTAAGTTCA SH8602 8602 25 165 snR19 / U1 RNA U1 506 525 606 20 TACCTTCATCATAAACTTAATACCTTCATCATAAACTTAATACCTTCATCATAAACTTAA SH8603 8603 21 192 snR19 / U1 RNA U1 511 528 611 18 CCATACCTTCATCATAAACCATACCTTCATCATAAACCATACCTTCATCATAAACCATAC SH8604 8604 17 143 snR19 / U1 RNA U1 516 531 616 16 CAGCCATACCTTCATCCAGCCATACCTTCATCCAGCCATACCTTCATCCAGCCATACCTT SH8605 8605 61 92 snR19 / U1 RNA U1 521 536 621 16 CTCAACAGCCATACCTCTCAACAGCCATACCTCTCAACAGCCATACCTCTCAACAGCCAT SH8606 8606 15 205 snR19 / U1 RNA U1 526 543 626 18 AAATAATCTCAACAGCCAAAATAATCTCAACAGCCAAAATAATCTCAACAGCCAAAATAA SH8607 8607 98 54 snR19 / U1 RNA U1 531 548 631 18 CGACCAAATAATCTCAACCGACCAAATAATCTCAACCGACCAAATAATCTCAACCGACCA SH8608 8608 92 82 snR19 / U1 RNA U1 536 552 636 17 ATCCCGACCAAATAATCATCCCGACCAAATAATCATCCCGACCAAATAATCATCCCGACC SH8609 8609 33 48 snR19 / U1 RNA U1 541 557 641 17 CTACAATCCCGACCAAACTACAATCCCGACCAAACTACAATCCCGACCAAACTACAATCC SH8610 8610 54 63 snR19 / U1 RNA U1 546 562 646 17 TCAAACTACAATCCCGATCAAACTACAATCCCGATCAAACTACAATCCCGATCAAACTAC SH8611 8611 71 175 snR19 / U1 RNA U1 551 569 651 19 CACATCTTCAAACTACAATCACATCTTCAAACTACAATCACATCTTCAAACTACAATCAC SH8612 8612 68 190 snR19 / U1 RNA U1 556 572 656 17 GAGCACATCTTCAAACTGAGCACATCTTCAAACTGAGCACATCTTCAAACTGAGCACATC SH8613 8613 58 110 snR19 / U1 RNA U1 561 577 661 17 CAAAAGAGCACATCTTCCAAAAGAGCACATCTTCCAAAAGAGCACATCTTCCAAAAGAGC SH8614 8614 96 149 snR19 / U1 RNA U1 566 582 666 17 CTGCTCAAAAGAGCACACTGCTCAAAAGAGCACACTGCTCAAAAGAGCACACTGCTCAAA SH8615 8615 55 115 snR19 / U1 RNA U1 571 587 671 17 TGAGACTGCTCAAAAGATGAGACTGCTCAAAAGATGAGACTGCTCAAAAGATGAGACTGC SH8616 8616 102 199 snR19 / U1 RNA U1 576 592 676 17 AAAGTTGAGACTGCTCAAAAGTTGAGACTGCTCAAAAGTTGAGACTGCTCAAAAGTTGAG SH8617 8617 12 118 snR19 / U1 RNA U1 581 597 681 17 CGAGCAAAGTTGAGACTCGAGCAAAGTTGAGACTCGAGCAAAGTTGAGACTCGAGCAAAG SH8618 8618 88 49 snR19 / U1 RNA U1 586 601 686 16 GGAACGAGCAAAGTTGGGAACGAGCAAAGTTGGGAACGAGCAAAGTTGGGAACGAGCAAA SH8619 8619 80 113 snR19 / U1 RNA U1 591 603 691 13 CGGGAACGAGCAACGGGAACGAGCAACGGGAACGAGCAACGGGAACGAGCAACGGGAACG SH8620 8620 9 75 snR19 / U1 RNA U1 596 610 696 15 CCCATAACGGGAACGCCCATAACGGGAACGCCCATAACGGGAACGCCCATAACGGGAACG SH8621 8621 83 80 snR19 / U1 RNA U1 601 618 701 18 AAATTTTTCCCATAACGGAAATTTTTCCCATAACGGAAATTTTTCCCATAACGGAAATTT SH8622 8622 94 196 snR19 / U1 RNA U1 606 624 706 19 CTTCCAAAATTTTTCCCATCTTCCAAAATTTTTCCCATCTTCCAAAATTTTTCCCATCTT SH8623 8623 80 106 snR19 / U1 RNA U1 611 630 711 20 CAAGACCTTCCAAAATTTTTCAAGACCTTCCAAAATTTTTCAAGACCTTCCAAAATTTTT SH8624 8624 5 204 snR19 / U1 RNA U1 616 632 716 17 ACCAAGACCTTCCAAAAACCAAGACCTTCCAAAAACCAAGACCTTCCAAAAACCAAGACC SH8625 8625 38 105 snR19 / U1 RNA U1 621 635 721 15 CCTACCAAGACCTTCCCTACCAAGACCTTCCCTACCAAGACCTTCCCTACCAAGACCTTC SH8626 8626 85 174 snR19 / U1 RNA U1 626 640 726 15 CCGTTCCTACCAAGACCGTTCCTACCAAGACCGTTCCTACCAAGACCGTTCCTACCAAGA SH8627 8627 62 199 snR19 / U1 RNA U1 631 643 731 13 CACCCGTTCCTACCACCCGTTCCTACCACCCGTTCCTACCACCCGTTCCTACCACCCGTT SH8628 8628 16 10 snR19 / U1 RNA U1 636 652 736 17 TATAAGATCCACCCGTTTATAAGATCCACCCGTTTATAAGATCCACCCGTTTATAAGATC SH8629 8629 46 35 snR19 / U1 RNA U1 641 660 741 20 TCAAAAATTATAAGATCCACTCAAAAATTATAAGATCCACTCAAAAATTATAAGATCCAC SH8630 8630 71 85 snR19 / U1 RNA 646-668 + 3' 646 746 24 gAAAATAAATCAAAAATTATAAGAgAAAATAAATCAAAAATTATAAGAgAAAATAAATCA SH8631 8631 95 32 snR19 / U1 RNA 651-668 + 3' 651 751 23 ttctgAAAATAAATCAAAAATTAttctgAAAATAAATCAAAAATTAttctgAAAATAAAT SH8632 8632 43 195 snR19 / U1 RNA 656-668 + 3' 656 756 23 tttatttctgAAAATAAATCAAAtttatttctgAAAATAAATCAAAtttatttctgAAAA SH8633 8633 27 30 snR19 / U1 RNA 661-668 + 3' 661 761 22 tccatttatttctgAAAATAAAtccatttatttctgAAAATAAAtccatttatttctgAA SH8634 8634 30 8 snR19 / U1 RNA 666-668 + 3' 666 766 20 tgttccatttatttctgAAAtgttccatttatttctgAAAtgttccatttatttctgAAA SH8635 8635 68 12 snR19 / U1 RNA 3' 771 21 gaaaaatgttccatttatttcgaaaaatgttccatttatttcgaaaaatgttccatttat SH8636 8636 93 71 snR19 / U1 RNA 3' 776 22 taaatagaaaaatgttccattttaaatagaaaaatgttccattttaaatagaaaaatgtt SH8637 8637 84 143 snR19 / U1 RNA 3' 781 22 agaaataaatagaaaaatgttcagaaataaatagaaaaatgttcagaaataaatagaaaa SH8638 8638 15 186 snR19 / U1 RNA 3' 786 23 taagaaagaaataaatagaaaaataagaaagaaataaatagaaaaataagaaagaaataa SH8639 8639 28 55 snR19 / U1 RNA 3' 791 22 actttaagaaagaaataaatagactttaagaaagaaataaatagactttaagaaagaaat SH8640 8640 76 94 snR19 / U1 RNA 3' 796 21 cagtactttaagaaagaaatacagtactttaagaaagaaatacagtactttaagaaagaa SH8641 8641 94 110 snR19 / U1 RNA 3' 801 20 gtttcagtactttaagaaaggtttcagtactttaagaaaggtttcagtactttaagaaag SH8642 8642 52 66 snR19 / U1 RNA 3' 806 22 tttaaaagtttcagtactttaatttaaaagtttcagtactttaatttaaaagtttcagta SH8643 8643 21 90 snR19 / U1 RNA 3' 811 20 aactttaaaagtttcagtacaactttaaaagtttcagtacaactttaaaagtttcagtac SH8644 8644 79 195 snR19 / U1 RNA 3' 816 20 catgaaactttaaaagtttccatgaaactttaaaagtttccatgaaactttaaaagtttc SH8645 8645 98 18 snR19 / U1 RNA 3' 821 20 agaagcatgaaactttaaaaagaagcatgaaactttaaaaagaagcatgaaactttaaaa SH8646 8646 30 4 snR19 / U1 RNA 3' 826 20 aaaatagaagcatgaaacttaaaatagaagcatgaaacttaaaatagaagcatgaaactt SH8647 8647 62 106 snR19 / U1 RNA 3' 831 19 gaagaaaatagaagcatgagaagaaaatagaagcatgagaagaaaatagaagcatgagaa SH8648 8648 61 70 snR19 / U1 RNA 3' 836 20 tgaaatgaagaaaatagaagtgaaatgaagaaaatagaagtgaaatgaagaaaatagaag SH8649 8649 101 30 snR19 / U1 RNA 3' 841 19 ggactgaaatgaagaaaatggactgaaatgaagaaaatggactgaaatgaagaaaatgga SH8650 8650 75 79 snR19 / U1 RNA 3' 846 18 tataggactgaaatgaagtataggactgaaatgaagtataggactgaaatgaagtatagg SH8651 8651 48 159 snR19 / U1 RNA 3' 851 18 ccagatataggactgaaaccagatataggactgaaaccagatataggactgaaaccagat SH8652 8652 65 209 LSR1 / U2 RNA 5' 1 18 aatgtagagccctttttaaatgtagagccctttttaaatgtagagccctttttaaatgta SH8653 8653 4 9 LSR1 / U2 RNA 5' 6 17 aatgaatgtagagccctaatgaatgtagagccctaatgaatgtagagccctaatgaatgt SH8654 8654 51 113 LSR1 / U2 RNA 5' 11 20 gatgaaaaaatgaatgtagagatgaaaaaatgaatgtagagatgaaaaaatgaatgtaga SH8655 8655 89 155 LSR1 / U2 RNA 5' 16 20 tcatcgatgaaaaaatgaattcatcgatgaaaaaatgaattcatcgatgaaaaaatgaat SH8656 8656 65 199 LSR1 / U2 RNA 5' 21 19 gtactcatcgatgaaaaaagtactcatcgatgaaaaaagtactcatcgatgaaaaaagta SH8657 8657 25 49 LSR1 / U2 RNA 5' 26 18 taaagtactcatcgatgataaagtactcatcgatgataaagtactcatcgatgataaagt SH8658 8658 66 205 LSR1 / U2 RNA 5' 31 18 acaagtaaagtactcatcacaagtaaagtactcatcacaagtaaagtactcatcacaagt SH8659 8659 40 133 LSR1 / U2 RNA 5' 36 19 ctgataacaagtaaagtacctgataacaagtaaagtacctgataacaagtaaagtacctg SH8660 8660 62 191 LSR1 / U2 RNA 5' 41 22 gaataaatctgataacaagtaagaataaatctgataacaagtaagaataaatctgataac SH8661 8661 42 46 LSR1 / U2 RNA 5' 46 22 aaaatgaataaatctgataacaaaaatgaataaatctgataacaaaaatgaataaatctg SH8662 8662 32 91 LSR1 / U2 RNA 5' 51 22 gaaacaaaatgaataaatctgagaaacaaaatgaataaatctgagaaacaaaatgaataa SH8663 8663 44 99 LSR1 / U2 RNA 5' 56 22 aagtagaaacaaaatgaataaaaagtagaaacaaaatgaataaaaagtagaaacaaaatg SH8664 8664 40 151 LSR1 / U2 RNA 5' 61 20 aacaagtagaaacaaaatgaaacaagtagaaacaaaatgaaacaagtagaaacaaaatga SH8665 8665 86 6 LSR1 / U2 RNA 5' 66 22 aaaaaaaaacaagtagaaacaaaaaaaaaaacaagtagaaacaaaaaaaaaaacaagtag SH8666 8666 101 44 LSR1 / U2 RNA 5' 71 23 gatttaaaaaaaaaacaagtagagatttaaaaaaaaaacaagtagagatttaaaaaaaaa SH8667 8667 72 128 LSR1 / U2 RNA 5' 76 21 ggggatttaaaaaaaaaacaaggggatttaaaaaaaaaacaaggggatttaaaaaaaaaa SH8668 8668 43 43 LSR1 / U2 RNA 5' 81 19 cgtggggatttaaaaaaaacgtggggatttaaaaaaaacgtggggatttaaaaaaaacgt SH8669 8669 16 207 LSR1 / U2 RNA 5' - 3 -14 3 86 18 GATtcgtggggatttaaaGATtcgtggggatttaaaGATtcgtggggatttaaaGATtcg SH8670 8670 30 38 LSR1 / U2 RNA 5' - 5 -9 5 91 15 GAGATtcgtggggatGAGATtcgtggggatGAGATtcgtggggatGAGATtcgtggggat SH8671 8671 61 62 LSR1 / U2 RNA 5' - 11 -4 11 96 16 GGCAAAGAGATtcgtgGGCAAAGAGATtcgtgGGCAAAGAGATtcgtgGGCAAAGAGATt SH8672 8672 46 128 LSR1 / U2 RNA U2 1 17 101 17 CCAAAAGGCAAAGAGATCCAAAAGGCAAAGAGATCCAAAAGGCAAAGAGATCCAAAAGGC SH8673 8673 100 102 LSR1 / U2 RNA U2 6 22 106 17 CTAAGCCAAAAGGCAAACTAAGCCAAAAGGCAAACTAAGCCAAAAGGCAAACTAAGCCAA SH8674 8674 102 174 LSR1 / U2 RNA U2 11 28 111 18 CTTGATCTAAGCCAAAAGCTTGATCTAAGCCAAAAGCTTGATCTAAGCCAAAAGCTTGAT SH8675 8675 76 208 LSR1 / U2 RNA U2 16 32 116 17 TACACTTGATCTAAGCCTACACTTGATCTAAGCCTACACTTGATCTAAGCCTACACTTGA SH8676 8676 60 127 LSR1 / U2 RNA U2 21 38 121 18 AGATACTACACTTGATCTAGATACTACACTTGATCTAGATACTACACTTGATCTAGATAC SH8677 8677 68 146 LSR1 / U2 RNA U2 26 43 126 18 AGAACAGATACTACACTTAGAACAGATACTACACTTAGAACAGATACTACACTTAGAACA SH8678 8678 33 123 LSR1 / U2 RNA U2 31 49 131 19 CTGAAAAGAACAGATACTACTGAAAAGAACAGATACTACTGAAAAGAACAGATACTACTG SH8679 8679 48 7 LSR1 / U2 RNA U2 36 53 136 18 TACACTGAAAAGAACAGATACACTGAAAAGAACAGATACACTGAAAAGAACAGATACACT SH8680 8680 32 125 LSR1 / U2 RNA U2 41 58 141 18 GTTGTTACACTGAAAAGAGTTGTTACACTGAAAAGAGTTGTTACACTGAAAAGAGTTGTT SH8681 8681 7 198 LSR1 / U2 RNA U2 46 63 146 18 TTTCAGTTGTTACACTGATTTCAGTTGTTACACTGATTTCAGTTGTTACACTGATTTCAG SH8682 8682 69 154 LSR1 / U2 RNA U2 51 68 151 18 GGTCATTTCAGTTGTTACGGTCATTTCAGTTGTTACGGTCATTTCAGTTGTTACGGTCAT SH8683 8683 95 43 LSR1 / U2 RNA U2 56 73 156 18 ATTGAGGTCATTTCAGTTATTGAGGTCATTTCAGTTATTGAGGTCATTTCAGTTATTGAG SH8684 8684 21 203 LSR1 / U2 RNA U2 61 77 161 17 CCTCATTGAGGTCATTTCCTCATTGAGGTCATTTCCTCATTGAGGTCATTTCCTCATTGA SH8685 8685 93 48 LSR1 / U2 RNA U2 66 80 166 15 GAGCCTCATTGAGGTGAGCCTCATTGAGGTGAGCCTCATTGAGGTGAGCCTCATTGAGGT SH8686 8686 39 136 LSR1 / U2 RNA U2 71 87 171 17 AGGTAATGAGCCTCATTAGGTAATGAGCCTCATTAGGTAATGAGCCTCATTAGGTAATGA SH8687 8687 79 177 LSR1 / U2 RNA U2 76 93 176 18 ATTAAAAGGTAATGAGCCATTAAAAGGTAATGAGCCATTAAAAGGTAATGAGCCATTAAA SH8688 8688 27 102 LSR1 / U2 RNA U2 81 102 181 22 TTGTAACAAATTAAAAGGTAATTTGTAACAAATTAAAAGGTAATTTGTAACAAATTAAAA SH8689 8689 48 139 LSR1 / U2 RNA U2 86 107 186 22 GTGTATTGTAACAAATTAAAAGGTGTATTGTAACAAATTAAAAGGTGTATTGTAACAAAT SH8690 8690 58 157 LSR1 / U2 RNA U2 91 112 191 22 AAAATGTGTATTGTAACAAATTAAAATGTGTATTGTAACAAATTAAAATGTGTATTGTAA SH8691 8691 25 204 LSR1 / U2 RNA U2 96 115 196 20 CAAAAAATGTGTATTGTAACCAAAAAATGTGTATTGTAACCAAAAAATGTGTATTGTAAC SH8692 8692 67 89 LSR1 / U2 RNA U2 101 119 201 19 GTGCCAAAAAATGTGTATTGTGCCAAAAAATGTGTATTGTGCCAAAAAATGTGTATTGTG SH8693 8693 5 153 LSR1 / U2 RNA U2 106 122 206 17 TGGGTGCCAAAAAATGTTGGGTGCCAAAAAATGTTGGGTGCCAAAAAATGTTGGGTGCCA SH8694 8694 58 79 LSR1 / U2 RNA U2 111 128 211 18 TTATTTTGGGTGCCAAAATTATTTTGGGTGCCAAAATTATTTTGGGTGCCAAAATTATTT SH8695 8695 58 212 LSR1 / U2 RNA U2 116 135 216 20 CATTTTATTATTTTGGGTGCCATTTTATTATTTTGGGTGCCATTTTATTATTTTGGGTGC SH8696 8696 93 195 LSR1 / U2 RNA U2 121 140 221 20 CCGTCCATTTTATTATTTTGCCGTCCATTTTATTATTTTGCCGTCCATTTTATTATTTTG SH8697 8697 30 166 LSR1 / U2 RNA U2 126 143 226 18 TTCCCGTCCATTTTATTATTCCCGTCCATTTTATTATTCCCGTCCATTTTATTATTCCCG SH8698 8698 58 19 LSR1 / U2 RNA U2 131 146 231 16 CTCTTCCCGTCCATTTCTCTTCCCGTCCATTTCTCTTCCCGTCCATTTCTCTTCCCGTCC SH8699 8699 22 71 LSR1 / U2 RNA U2 136 148 236 13 GTCTCTTCCCGTCGTCTCTTCCCGTCGTCTCTTCCCGTCGTCTCTTCCCGTCGTCTCTTC SH8700 8700 91 123 LSR1 / U2 RNA U2 141 158 241 18 TGCTTAAAAAGTCTCTTCTGCTTAAAAAGTCTCTTCTGCTTAAAAAGTCTCTTCTGCTTA SH8701 8701 54 125 LSR1 / U2 RNA U2 146 163 246 18 CAACTTGCTTAAAAAGTCCAACTTGCTTAAAAAGTCCAACTTGCTTAAAAAGTCCAACTT SH8702 8702 37 83 LSR1 / U2 RNA U2 151 169 251 19 GGAAAACAACTTGCTTAAAGGAAAACAACTTGCTTAAAGGAAAACAACTTGCTTAAAGGA SH8703 8703 39 44 LSR1 / U2 RNA U2 156 171 256 16 GCGGAAAACAACTTGCGCGGAAAACAACTTGCGCGGAAAACAACTTGCGCGGAAAACAAC SH8704 8704 17 114 LSR1 / U2 RNA U2 161 178 261 18 GACATTAGCGGAAAACAAGACATTAGCGGAAAACAAGACATTAGCGGAAAACAAGACATT SH8705 8705 52 177 LSR1 / U2 RNA U2 166 181 266 16 CCTGACATTAGCGGAACCTGACATTAGCGGAACCTGACATTAGCGGAACCTGACATTAGC SH8706 8706 37 134 LSR1 / U2 RNA U2 171 187 271 17 GTGAGACCTGACATTAGGTGAGACCTGACATTAGGTGAGACCTGACATTAGGTGAGACCT SH8707 8707 44 36 LSR1 / U2 RNA U2 176 190 276 15 GTAGTGAGACCTGACGTAGTGAGACCTGACGTAGTGAGACCTGACGTAGTGAGACCTGAC SH8708 8708 34 100 LSR1 / U2 RNA U2 181 197 281 17 GCAAAAAGTAGTGAGACGCAAAAAGTAGTGAGACGCAAAAAGTAGTGAGACGCAAAAAGT SH8709 8709 74 67 LSR1 / U2 RNA U2 186 203 286 18 ATAGCAGCAAAAAGTAGTATAGCAGCAAAAAGTAGTATAGCAGCAAAAAGTAGTATAGCA SH8710 8710 59 146 LSR1 / U2 RNA U2 191 210 291 20 AAGAAAAATAGCAGCAAAAAAAGAAAAATAGCAGCAAAAAAAGAAAAATAGCAGCAAAAA SH8711 8711 90 27 LSR1 / U2 RNA U2 196 212 296 17 CGAAGAAAAATAGCAGCCGAAGAAAAATAGCAGCCGAAGAAAAATAGCAGCCGAAGAAAA SH8712 8712 97 44 LSR1 / U2 RNA U2 201 218 301 18 CATGAGCGAAGAAAAATACATGAGCGAAGAAAAATACATGAGCGAAGAAAAATACATGAG SH8713 8713 89 122 LSR1 / U2 RNA U2 206 222 306 17 AAACCATGAGCGAAGAAAAACCATGAGCGAAGAAAAACCATGAGCGAAGAAAAACCATGA SH8714 8714 55 208 LSR1 / U2 RNA U2 211 226 311 16 GAAGAAACCATGAGCGGAAGAAACCATGAGCGGAAGAAACCATGAGCGGAAGAAACCATG SH8715 8715 82 146 LSR1 / U2 RNA U2 216 233 316 18 GCCTTATGAAGAAACCATGCCTTATGAAGAAACCATGCCTTATGAAGAAACCATGCCTTA SH8716 8716 32 208 LSR1 / U2 RNA U2 221 238 321 18 AAAACGCCTTATGAAGAAAAAACGCCTTATGAAGAAAAAACGCCTTATGAAGAAAAAACG SH8717 8717 26 151 LSR1 / U2 RNA U2 226 243 326 18 TCATAAAAACGCCTTATGTCATAAAAACGCCTTATGTCATAAAAACGCCTTATGTCATAA SH8718 8718 99 201 LSR1 / U2 RNA U2 231 247 331 17 ACCATCATAAAAACGCCACCATCATAAAAACGCCACCATCATAAAAACGCCACCATCATA SH8719 8719 100 12 LSR1 / U2 RNA U2 236 255 336 20 TTCGAAAAACCATCATAAAATTCGAAAAACCATCATAAAATTCGAAAAACCATCATAAAA SH8720 8720 73 195 LSR1 / U2 RNA U2 241 259 341 19 CAATTTCGAAAAACCATCACAATTTCGAAAAACCATCACAATTTCGAAAAACCATCACAA SH8721 8721 7 177 LSR1 / U2 RNA U2 246 265 346 20 AAAAACCAATTTCGAAAAACAAAAACCAATTTCGAAAAACAAAAACCAATTTCGAAAAAC SH8722 8722 89 90 LSR1 / U2 RNA U2 251 268 351 18 CTCAAAAACCAATTTCGACTCAAAAACCAATTTCGACTCAAAAACCAATTTCGACTCAAA SH8723 8723 39 156 LSR1 / U2 RNA U2 256 273 356 18 GTCGTCTCAAAAACCAATGTCGTCTCAAAAACCAATGTCGTCTCAAAAACCAATGTCGTC SH8724 8724 21 168 LSR1 / U2 RNA U2 261 277 361 17 AACCGTCGTCTCAAAAAAACCGTCGTCTCAAAAAAACCGTCGTCTCAAAAAAACCGTCGT SH8725 8725 67 19 LSR1 / U2 RNA U2 266 278 366 13 CAACCGTCGTCTCCAACCGTCGTCTCCAACCGTCGTCTCCAACCGTCGTCTCCAACCGTC SH8726 8726 65 174 LSR1 / U2 RNA U2 271 285 371 15 CCTTGAGCAACCGTCCCTTGAGCAACCGTCCCTTGAGCAACCGTCCCTTGAGCAACCGTC SH8727 8727 42 205 LSR1 / U2 RNA U2 276 293 376 18 AACAATAACCTTGAGCAAAACAATAACCTTGAGCAAAACAATAACCTTGAGCAAAACAAT SH8728 8728 17 105 LSR1 / U2 RNA U2 281 300 381 20 AAACAAAAACAATAACCTTGAAACAAAAACAATAACCTTGAAACAAAAACAATAACCTTG SH8729 8729 55 38 LSR1 / U2 RNA U2 286 307 386 22 CAGAAGAAAACAAAAACAATAACAGAAGAAAACAAAAACAATAACAGAAGAAAACAAAAA SH8730 8730 48 51 LSR1 / U2 RNA U2 291 308 391 18 CCAGAAGAAAACAAAAACCCAGAAGAAAACAAAAACCCAGAAGAAAACAAAAACCCAGAA SH8731 8731 101 66 LSR1 / U2 RNA U2 296 313 396 18 AACAACCAGAAGAAAACAAACAACCAGAAGAAAACAAACAACCAGAAGAAAACAAACAAC SH8732 8732 2 44 LSR1 / U2 RNA U2 301 318 401 18 TAGAAAACAACCAGAAGATAGAAAACAACCAGAAGATAGAAAACAACCAGAAGATAGAAA SH8733 8733 92 36 LSR1 / U2 RNA U2 306 325 406 20 AAGAAAATAGAAAACAACCAAAGAAAATAGAAAACAACCAAAGAAAATAGAAAACAACCA SH8734 8734 32 47 LSR1 / U2 RNA U2 311 333 411 23 CTAAAAAAAAGAAAATAGAAAACCTAAAAAAAAGAAAATAGAAAACCTAAAAAAAAGAAA SH8735 8735 9 157 LSR1 / U2 RNA U2 316 337 416 22 AAAGCTAAAAAAAAGAAAATAGAAAGCTAAAAAAAAGAAAATAGAAAGCTAAAAAAAAGA SH8736 8736 44 42 LSR1 / U2 RNA U2 321 340 421 20 CAGAAAGCTAAAAAAAAGAACAGAAAGCTAAAAAAAAGAACAGAAAGCTAAAAAAAAGAA SH8737 8737 10 125 LSR1 / U2 RNA U2 326 345 426 20 AGAAACAGAAAGCTAAAAAAAGAAACAGAAAGCTAAAAAAAGAAACAGAAAGCTAAAAAA SH8738 8738 80 77 LSR1 / U2 RNA U2 331 347 431 17 GGAGAAACAGAAAGCTAGGAGAAACAGAAAGCTAGGAGAAACAGAAAGCTAGGAGAAACA SH8739 8739 96 192 LSR1 / U2 RNA U2 336 352 436 17 CTAAGGGAGAAACAGAACTAAGGGAGAAACAGAACTAAGGGAGAAACAGAACTAAGGGAG SH8740 8740 104 38 LSR1 / U2 RNA U2 341 357 441 17 CCAAACTAAGGGAGAAACCAAACTAAGGGAGAAACCAAACTAAGGGAGAAACCAAACTAA SH8741 8741 64 196 LSR1 / U2 RNA U2 346 362 446 17 AAAAGCCAAACTAAGGGAAAAGCCAAACTAAGGGAAAAGCCAAACTAAGGGAAAAGCCAA SH8742 8742 28 38 LSR1 / U2 RNA U2 351 368 451 18 GAAGCAAAAAGCCAAACTGAAGCAAAAAGCCAAACTGAAGCAAAAAGCCAAACTGAAGCA SH8743 8743 61 147 LSR1 / U2 RNA U2 356 372 456 17 GTATGAAGCAAAAAGCCGTATGAAGCAAAAAGCCGTATGAAGCAAAAAGCCGTATGAAGC SH8744 8744 74 205 LSR1 / U2 RNA U2 361 378 461 18 GGAAGAGTATGAAGCAAAGGAAGAGTATGAAGCAAAGGAAGAGTATGAAGCAAAGGAAGA SH8745 8745 61 137 LSR1 / U2 RNA U2 366 382 466 17 ACAGGGAAGAGTATGAAACAGGGAAGAGTATGAAACAGGGAAGAGTATGAAACAGGGAAG SH8746 8746 28 171 LSR1 / U2 RNA U2 371 387 471 17 GAAAGACAGGGAAGAGTGAAAGACAGGGAAGAGTGAAAGACAGGGAAGAGTGAAAGACAG SH8747 8747 46 132 LSR1 / U2 RNA U2 376 390 476 15 TCGGAAAGACAGGGATCGGAAAGACAGGGATCGGAAAGACAGGGATCGGAAAGACAGGGA SH8748 8748 20 112 LSR1 / U2 RNA U2 381 393 481 13 GGCTCGGAAAGACGGCTCGGAAAGACGGCTCGGAAAGACGGCTCGGAAAGACGGCTCGGA SH8749 8749 92 172 LSR1 / U2 RNA U2 386 400 486 15 CATAAACGGCTCGGACATAAACGGCTCGGACATAAACGGCTCGGACATAAACGGCTCGGA SH8750 8750 47 157 LSR1 / U2 RNA U2 391 406 491 16 GTTGGACATAAACGGCGTTGGACATAAACGGCGTTGGACATAAACGGCGTTGGACATAAA SH8751 8751 12 160 LSR1 / U2 RNA U2 396 410 496 15 CCGCGTTGGACATAACCGCGTTGGACATAACCGCGTTGGACATAACCGCGTTGGACATAA SH8752 8752 32 34 LSR1 / U2 RNA U2 401 413 501 13 ATCCCGCGTTGGAATCCCGCGTTGGAATCCCGCGTTGGAATCCCGCGTTGGAATCCCGCG SH8753 8753 86 52 LSR1 / U2 RNA U2 406 418 506 13 ACCAAATCCCGCGACCAAATCCCGCGACCAAATCCCGCGACCAAATCCCGCGACCAAATC SH8754 8754 92 164 LSR1 / U2 RNA U2 411 430 511 20 CGATAAAGAAAAACCAAATCCGATAAAGAAAAACCAAATCCGATAAAGAAAAACCAAATC SH8755 8755 19 124 LSR1 / U2 RNA U2 416 433 516 18 CATCGATAAAGAAAAACCCATCGATAAAGAAAAACCCATCGATAAAGAAAAACCCATCGA SH8756 8756 76 129 LSR1 / U2 RNA U2 421 438 521 18 CTTCCCATCGATAAAGAACTTCCCATCGATAAAGAACTTCCCATCGATAAAGAACTTCCC SH8757 8757 48 45 LSR1 / U2 RNA U2 426 443 526 18 CATTTCTTCCCATCGATACATTTCTTCCCATCGATACATTTCTTCCCATCGATACATTTC SH8758 8758 72 175 LSR1 / U2 RNA U2 431 447 531 17 GCACCATTTCTTCCCATGCACCATTTCTTCCCATGCACCATTTCTTCCCATGCACCATTT SH8759 8759 9 129 LSR1 / U2 RNA U2 436 453 536 18 ACTATAGCACCATTTCTTACTATAGCACCATTTCTTACTATAGCACCATTTCTTACTATA SH8760 8760 7 201 LSR1 / U2 RNA U2 441 457 541 17 ACCTACTATAGCACCATACCTACTATAGCACCATACCTACTATAGCACCATACCTACTAT SH8761 8761 87 144 LSR1 / U2 RNA U2 446 461 546 16 CCCAACCTACTATAGCCCCAACCTACTATAGCCCCAACCTACTATAGCCCCAACCTACTA SH8762 8762 18 167 LSR1 / U2 RNA U2 451 467 551 17 TTATCTCCCAACCTACTTTATCTCCCAACCTACTTTATCTCCCAACCTACTTTATCTCCC SH8763 8763 2 56 LSR1 / U2 RNA U2 456 475 556 20 CATAAATATTATCTCCCAACCATAAATATTATCTCCCAACCATAAATATTATCTCCCAAC SH8764 8764 75 192 LSR1 / U2 RNA U2 461 480 561 20 CATACCATAAATATTATCTCCATACCATAAATATTATCTCCATACCATAAATATTATCTC SH8765 8765 65 189 LSR1 / U2 RNA U2 466 483 566 18 CCCCATACCATAAATATTCCCCATACCATAAATATTCCCCATACCATAAATATTCCCCAT SH8766 8766 48 38 LSR1 / U2 RNA U2 471 486 571 16 GCACCCCATACCATAAGCACCCCATACCATAAGCACCCCATACCATAAGCACCCCATACC SH8767 8767 85 181 LSR1 / U2 RNA U2 476 490 576 15 ACTAGCACCCCATACACTAGCACCCCATACACTAGCACCCCATACACTAGCACCCCATAC SH8768 8768 67 153 LSR1 / U2 RNA U2 481 493 581 13 CGCACTAGCACCCCGCACTAGCACCCCGCACTAGCACCCCGCACTAGCACCCCGCACTAG SH8769 8769 18 7 LSR1 / U2 RNA U2 486 498 586 13 CCATCCGCACTAGCCATCCGCACTAGCCATCCGCACTAGCCATCCGCACTAGCCATCCGC SH8770 8770 89 142 LSR1 / U2 RNA U2 491 503 591 13 GCGCCCCATCCGCGCGCCCCATCCGCGCGCCCCATCCGCGCGCCCCATCCGCGCGCCCCA SH8771 8771 25 45 LSR1 / U2 RNA U2 496 508 596 13 TAAGAGCGCCCCATAAGAGCGCCCCATAAGAGCGCCCCATAAGAGCGCCCCATAAGAGCG SH8772 8772 72 122 LSR1 / U2 RNA U2 501 518 601 18 AAATCAACAATAAGAGCGAAATCAACAATAAGAGCGAAATCAACAATAAGAGCGAAATCA SH8773 8773 59 126 LSR1 / U2 RNA U2 506 524 606 19 GCGAAGAAATCAACAATAAGCGAAGAAATCAACAATAAGCGAAGAAATCAACAATAAGCG SH8774 8774 86 140 LSR1 / U2 RNA U2 511 527 611 17 CGAGCGAAGAAATCAACCGAGCGAAGAAATCAACCGAGCGAAGAAATCAACCGAGCGAAG SH8775 8775 15 201 LSR1 / U2 RNA U2 516 532 616 17 GAAGACGAGCGAAGAAAGAAGACGAGCGAAGAAAGAAGACGAGCGAAGAAAGAAGACGAG SH8776 8776 39 20 LSR1 / U2 RNA U2 521 537 621 17 AAAAAGAAGACGAGCGAAAAAAGAAGACGAGCGAAAAAAGAAGACGAGCGAAAAAAGAAG SH8777 8777 12 74 LSR1 / U2 RNA U2 526 542 626 17 ACCAGAAAAAGAAGACGACCAGAAAAAGAAGACGACCAGAAAAAGAAGACGACCAGAAAA SH8778 8778 76 55 LSR1 / U2 RNA U2 531 546 631 16 CGCCACCAGAAAAAGACGCCACCAGAAAAAGACGCCACCAGAAAAAGACGCCACCAGAAA SH8779 8779 54 127 LSR1 / U2 RNA U2 536 548 636 13 AGCGCCACCAGAAAGCGCCACCAGAAAGCGCCACCAGAAAGCGCCACCAGAAAGCGCCAC SH8780 8780 16 94 LSR1 / U2 RNA U2 541 553 641 13 CTTGCAGCGCCACCTTGCAGCGCCACCTTGCAGCGCCACCTTGCAGCGCCACCTTGCAGC SH8781 8781 98 35 LSR1 / U2 RNA U2 546 560 646 15 ACTTCCTCTTGCAGCACTTCCTCTTGCAGCACTTCCTCTTGCAGCACTTCCTCTTGCAGC SH8782 8782 39 61 LSR1 / U2 RNA U2 551 568 651 18 GTCGAAAAACTTCCTCTTGTCGAAAAACTTCCTCTTGTCGAAAAACTTCCTCTTGTCGAA SH8783 8783 79 155 LSR1 / U2 RNA U2 556 573 656 18 ACAAAGTCGAAAAACTTCACAAAGTCGAAAAACTTCACAAAGTCGAAAAACTTCACAAAG SH8784 8784 90 136 LSR1 / U2 RNA U2 561 580 661 20 AATCATAACAAAGTCGAAAAAATCATAACAAAGTCGAAAAAATCATAACAAAGTCGAAAA SH8785 8785 48 122 LSR1 / U2 RNA U2 566 585 666 20 CCAAAAATCATAACAAAGTCCCAAAAATCATAACAAAGTCCCAAAAATCATAACAAAGTC SH8786 8786 88 136 LSR1 / U2 RNA U2 571 590 671 20 GCAAACCAAAAATCATAACAGCAAACCAAAAATCATAACAGCAAACCAAAAATCATAACA SH8787 8787 71 133 LSR1 / U2 RNA U2 576 593 676 18 CTTGCAAACCAAAAATCACTTGCAAACCAAAAATCACTTGCAAACCAAAAATCACTTGCA SH8788 8788 54 136 LSR1 / U2 RNA U2 581 598 681 18 CTTTCCTTGCAAACCAAACTTTCCTTGCAAACCAAACTTTCCTTGCAAACCAAACTTTCC SH8789 8789 48 206 LSR1 / U2 RNA U2 586 602 686 17 ACACCTTTCCTTGCAAAACACCTTTCCTTGCAAAACACCTTTCCTTGCAAAACACCTTTC SH8790 8790 16 26 LSR1 / U2 RNA U2 591 607 691 17 GTAAGACACCTTTCCTTGTAAGACACCTTTCCTTGTAAGACACCTTTCCTTGTAAGACAC SH8791 8791 54 148 LSR1 / U2 RNA U2 596 612 696 17 GAATCGTAAGACACCTTGAATCGTAAGACACCTTGAATCGTAAGACACCTTGAATCGTAA SH8792 8792 23 180 LSR1 / U2 RNA U2 601 620 701 20 CAAAAAAAGAATCGTAAGACCAAAAAAAGAATCGTAAGACCAAAAAAAGAATCGTAAGAC SH8793 8793 36 16 LSR1 / U2 RNA U2 606 625 706 20 TACATCAAAAAAAGAATCGTTACATCAAAAAAAGAATCGTTACATCAAAAAAAGAATCGT SH8794 8794 19 158 LSR1 / U2 RNA U2 611 630 711 20 CCTATTACATCAAAAAAAGACCTATTACATCAAAAAAAGACCTATTACATCAAAAAAAGA SH8795 8795 55 99 LSR1 / U2 RNA U2 616 635 716 20 CTTATCCTATTACATCAAAACTTATCCTATTACATCAAAACTTATCCTATTACATCAAAA SH8796 8796 26 31 LSR1 / U2 RNA U2 621 639 721 19 CAAGCTTATCCTATTACATCAAGCTTATCCTATTACATCAAGCTTATCCTATTACATCAA SH8797 8797 28 131 LSR1 / U2 RNA U2 626 643 726 18 TAAGCAAGCTTATCCTATTAAGCAAGCTTATCCTATTAAGCAAGCTTATCCTATTAAGCA SH8798 8798 59 99 LSR1 / U2 RNA U2 631 647 731 17 GGGATAAGCAAGCTTATGGGATAAGCAAGCTTATGGGATAAGCAAGCTTATGGGATAAGC SH8799 8799 96 127 LSR1 / U2 RNA U2 636 650 736 15 TGGGGGATAAGCAAGTGGGGGATAAGCAAGTGGGGGATAAGCAAGTGGGGGATAAGCAAG SH8800 8800 15 179 LSR1 / U2 RNA U2 641 657 741 17 CGATACTTGGGGGATAACGATACTTGGGGGATAACGATACTTGGGGGATAACGATACTTG SH8801 8801 104 92 LSR1 / U2 RNA U2 646 658 746 13 CCGATACTTGGGGCCGATACTTGGGGCCGATACTTGGGGCCGATACTTGGGGCCGATACT SH8802 8802 102 117 LSR1 / U2 RNA U2 651 667 751 17 CAACTTTGGCCGATACTCAACTTTGGCCGATACTCAACTTTGGCCGATACTCAACTTTGG SH8803 8803 19 152 LSR1 / U2 RNA U2 656 670 756 15 CAACAACTTTGGCCGCAACAACTTTGGCCGCAACAACTTTGGCCGCAACAACTTTGGCCG SH8804 8804 87 208 LSR1 / U2 RNA U2 661 680 761 20 AAAGGAAAATCAACAACTTTAAAGGAAAATCAACAACTTTAAAGGAAAATCAACAACTTT SH8805 8805 89 55 LSR1 / U2 RNA U2 666 685 766 20 CTTCAAAAGGAAAATCAACACTTCAAAAGGAAAATCAACACTTCAAAAGGAAAATCAACA SH8806 8806 24 163 LSR1 / U2 RNA U2 671 689 771 19 GACACTTCAAAAGGAAAATGACACTTCAAAAGGAAAATGACACTTCAAAAGGAAAATGAC SH8807 8807 20 111 LSR1 / U2 RNA U2 676 692 776 17 GAGGACACTTCAAAAGGGAGGACACTTCAAAAGGGAGGACACTTCAAAAGGGAGGACACT SH8808 8808 83 183 LSR1 / U2 RNA U2 681 695 781 15 ACCGAGGACACTTCAACCGAGGACACTTCAACCGAGGACACTTCAACCGAGGACACTTCA SH8809 8809 89 210 LSR1 / U2 RNA U2 686 700 786 15 CTCAAACCGAGGACACTCAAACCGAGGACACTCAAACCGAGGACACTCAAACCGAGGACA SH8810 8810 69 52 LSR1 / U2 RNA U2 691 703 791 13 CCCCTCAAACCGACCCCTCAAACCGACCCCTCAAACCGACCCCTCAAACCGACCCCTCAA SH8811 8811 22 56 LSR1 / U2 RNA U2 696 710 796 15 CCTACACCCCCTCAACCTACACCCCCTCAACCTACACCCCCTCAACCTACACCCCCTCAA SH8812 8812 61 90 LSR1 / U2 RNA U2 701 713 801 13 CACCCTACACCCCCACCCTACACCCCCACCCTACACCCCCACCCTACACCCCCACCCTAC SH8813 8813 96 133 LSR1 / U2 RNA U2 706 718 806 13 AACCCCACCCTACAACCCCACCCTACAACCCCACCCTACAACCCCACCCTACAACCCCAC SH8814 8814 26 63 LSR1 / U2 RNA U2 711 723 811 13 AGACCAACCCCACAGACCAACCCCACAGACCAACCCCACAGACCAACCCCACAGACCAAC SH8815 8815 19 212 LSR1 / U2 RNA U2 716 733 816 18 CTCTTATTGTAGACCAACCTCTTATTGTAGACCAACCTCTTATTGTAGACCAACCTCTTA SH8816 8816 30 28 LSR1 / U2 RNA U2 721 738 821 18 GAACACTCTTATTGTAGAGAACACTCTTATTGTAGAGAACACTCTTATTGTAGAGAACAC SH8817 8817 37 202 LSR1 / U2 RNA U2 726 743 826 18 CAATGGAACACTCTTATTCAATGGAACACTCTTATTCAATGGAACACTCTTATTCAATGG SH8818 8818 27 187 LSR1 / U2 RNA U2 731 748 831 18 GTTAACAATGGAACACTCGTTAACAATGGAACACTCGTTAACAATGGAACACTCGTTAAC SH8819 8819 87 43 LSR1 / U2 RNA U2 736 752 836 17 GCACGTTAACAATGGAAGCACGTTAACAATGGAAGCACGTTAACAATGGAAGCACGTTAA SH8820 8820 27 178 LSR1 / U2 RNA U2 741 756 841 16 GCCAGCACGTTAACAAGCCAGCACGTTAACAAGCCAGCACGTTAACAAGCCAGCACGTTA SH8821 8821 24 9 LSR1 / U2 RNA U2 746 758 846 13 ACGCCAGCACGTTACGCCAGCACGTTACGCCAGCACGTTACGCCAGCACGTTACGCCAGC SH8822 8822 79 192 LSR1 / U2 RNA U2 751 765 851 15 GTAAAAGACGCCAGCGTAAAAGACGCCAGCGTAAAAGACGCCAGCGTAAAAGACGCCAGC SH8823 8823 35 155 LSR1 / U2 RNA U2 756 777 856 22 AAAAAAAATATAGTAAAAGACGAAAAAAAATATAGTAAAAGACGAAAAAAAATATAGTAA SH8824 8824 25 155 LSR1 / U2 RNA U2 761 782 861 22 CTGGGAAAAAAAATATAGTAAACTGGGAAAAAAAATATAGTAAACTGGGAAAAAAAATAT SH8825 8825 97 183 LSR1 / U2 RNA U2 766 787 866 22 ATAAACTGGGAAAAAAAATATAATAAACTGGGAAAAAAAATATAATAAACTGGGAAAAAA SH8826 8826 93 129 LSR1 / U2 RNA U2 771 791 871 21 CAAAATAAACTGGGAAAAAAACAAAATAAACTGGGAAAAAAACAAAATAAACTGGGAAAA SH8827 8827 79 31 LSR1 / U2 RNA U2 776 793 876 18 CACAAAATAAACTGGGAACACAAAATAAACTGGGAACACAAAATAAACTGGGAACACAAA SH8828 8828 84 34 LSR1 / U2 RNA U2 781 802 881 22 GAAAATAAGCACAAAATAAACTGAAAATAAGCACAAAATAAACTGAAAATAAGCACAAAA SH8829 8829 77 113 LSR1 / U2 RNA U2 786 805 886 20 TGAGAAAATAAGCACAAAATTGAGAAAATAAGCACAAAATTGAGAAAATAAGCACAAAAT SH8830 8830 38 4 LSR1 / U2 RNA U2 791 808 891 18 CAATGAGAAAATAAGCACCAATGAGAAAATAAGCACCAATGAGAAAATAAGCACCAATGA SH8831 8831 45 111 LSR1 / U2 RNA U2 796 813 896 18 CTCCTCAATGAGAAAATACTCCTCAATGAGAAAATACTCCTCAATGAGAAAATACTCCTC SH8832 8832 44 184 LSR1 / U2 RNA U2 801 817 901 17 CCTTCTCCTCAATGAGACCTTCTCCTCAATGAGACCTTCTCCTCAATGAGACCTTCTCCT SH8833 8833 40 180 LSR1 / U2 RNA U2 806 820 906 15 GCTCCTTCTCCTCAAGCTCCTTCTCCTCAAGCTCCTTCTCCTCAAGCTCCTTCTCCTCAA SH8834 8834 87 107 LSR1 / U2 RNA U2 811 825 911 15 GAAGAGCTCCTTCTCGAAGAGCTCCTTCTCGAAGAGCTCCTTCTCGAAGAGCTCCTTCTC SH8835 8835 104 170 LSR1 / U2 RNA U2 816 828 916 13 CGAGAAGAGCTCCCGAGAAGAGCTCCCGAGAAGAGCTCCCGAGAAGAGCTCCCGAGAAGA SH8836 8836 58 7 LSR1 / U2 RNA U2 821 837 921 17 TATATCCTGCGAGAAGATATATCCTGCGAGAAGATATATCCTGCGAGAAGATATATCCTG SH8837 8837 74 63 LSR1 / U2 RNA U2 826 842 926 17 CCATTTATATCCTGCGACCATTTATATCCTGCGACCATTTATATCCTGCGACCATTTATA SH8838 8838 47 172 LSR1 / U2 RNA U2 831 848 931 18 AAACCTCCATTTATATCCAAACCTCCATTTATATCCAAACCTCCATTTATATCCAAACCT SH8839 8839 22 176 LSR1 / U2 RNA U2 836 853 936 18 TTAGCAAACCTCCATTTATTAGCAAACCTCCATTTATTAGCAAACCTCCATTTATTAGCA SH8840 8840 104 72 LSR1 / U2 RNA U2 841 856 941 16 CCTTTAGCAAACCTCCCCTTTAGCAAACCTCCCCTTTAGCAAACCTCCCCTTTAGCAAAC SH8841 8841 68 122 LSR1 / U2 RNA U2 846 861 946 16 CCTCCCCTTTAGCAAACCTCCCCTTTAGCAAACCTCCCCTTTAGCAAACCTCCCCTTTAG SH8842 8842 44 201 LSR1 / U2 RNA U2 851 866 951 16 CATCTCCTCCCCTTTACATCTCCTCCCCTTTACATCTCCTCCCCTTTACATCTCCTCCCC SH8843 8843 72 37 LSR1 / U2 RNA U2 856 868 956 13 CACATCTCCTCCCCACATCTCCTCCCCACATCTCCTCCCCACATCTCCTCCCCACATCTC SH8844 8844 18 182 LSR1 / U2 RNA U2 861 877 961 17 TCTCACAAACACATCTCTCTCACAAACACATCTCTCTCACAAACACATCTCTCTCACAAA SH8845 8845 35 99 LSR1 / U2 RNA U2 866 883 966 18 CAGTATTCTCACAAACACCAGTATTCTCACAAACACCAGTATTCTCACAAACACCAGTAT SH8846 8846 98 109 LSR1 / U2 RNA U2 871 887 971 17 TCAGCAGTATTCTCACATCAGCAGTATTCTCACATCAGCAGTATTCTCACATCAGCAGTA SH8847 8847 48 103 LSR1 / U2 RNA U2 876 892 976 17 CTCTCTCAGCAGTATTCCTCTCTCAGCAGTATTCCTCTCTCAGCAGTATTCCTCTCTCAG SH8848 8848 43 57 LSR1 / U2 RNA U2 881 895 981 15 GAACTCTCTCAGCAGGAACTCTCTCAGCAGGAACTCTCTCAGCAGGAACTCTCTCAGCAG SH8849 8849 102 32 LSR1 / U2 RNA U2 886 901 986 16 CTTCCAGAACTCTCTCCTTCCAGAACTCTCTCCTTCCAGAACTCTCTCCTTCCAGAACTC SH8850 8850 60 59 LSR1 / U2 RNA U2 891 908 991 18 TTTTTCTCTTCCAGAACTTTTTTCTCTTCCAGAACTTTTTTCTCTTCCAGAACTTTTTTC SH8851 8851 101 126 LSR1 / U2 RNA U2 896 913 996 18 TCCTTTTTTTCTCTTCCATCCTTTTTTTCTCTTCCATCCTTTTTTTCTCTTCCATCCTTT SH8852 8852 82 137 LSR1 / U2 RNA U2 901 917 1001 17 TGCCTCCTTTTTTTCTCTGCCTCCTTTTTTTCTCTGCCTCCTTTTTTTCTCTGCCTCCTT SH8853 8853 53 45 LSR1 / U2 RNA U2 906 922 1006 17 TCCATTGCCTCCTTTTTTCCATTGCCTCCTTTTTTCCATTGCCTCCTTTTTTCCATTGCC SH8854 8854 28 68 LSR1 / U2 RNA U2 911 925 1011 15 CCTTCCATTGCCTCCCCTTCCATTGCCTCCCCTTCCATTGCCTCCCCTTCCATTGCCTCC SH8855 8855 66 89 LSR1 / U2 RNA U2 916 931 1016 16 CAAACGCCTTCCATTGCAAACGCCTTCCATTGCAAACGCCTTCCATTGCAAACGCCTTCC SH8856 8856 34 22 LSR1 / U2 RNA U2 921 935 1021 15 CCAGCAAACGCCTTCCCAGCAAACGCCTTCCCAGCAAACGCCTTCCCAGCAAACGCCTTC SH8857 8857 46 73 LSR1 / U2 RNA U2 926 941 1026 16 CTTTTCCCAGCAAACGCTTTTCCCAGCAAACGCTTTTCCCAGCAAACGCTTTTCCCAGCA SH8858 8858 57 52 LSR1 / U2 RNA U2 931 946 1031 16 CTTCTCTTTTCCCAGCCTTCTCTTTTCCCAGCCTTCTCTTTTCCCAGCCTTCTCTTTTCC SH8859 8859 29 12 LSR1 / U2 RNA U2 936 952 1036 17 ATGGCTCTTCTCTTTTCATGGCTCTTCTCTTTTCATGGCTCTTCTCTTTTCATGGCTCTT SH8860 8860 10 20 LSR1 / U2 RNA U2 941 955 1041 15 GTCATGGCTCTTCTCGTCATGGCTCTTCTCGTCATGGCTCTTCTCGTCATGGCTCTTCTC SH8861 8861 15 112 LSR1 / U2 RNA U2 946 958 1046 13 GCAGTCATGGCTCGCAGTCATGGCTCGCAGTCATGGCTCGCAGTCATGGCTCGCAGTCAT SH8862 8862 58 98 LSR1 / U2 RNA U2 951 967 1051 17 ACAACAGATGCAGTCATACAACAGATGCAGTCATACAACAGATGCAGTCATACAACAGAT SH8863 8863 98 179 LSR1 / U2 RNA U2 956 973 1056 18 CTTGAAACAACAGATGCACTTGAAACAACAGATGCACTTGAAACAACAGATGCACTTGAA SH8864 8864 61 108 LSR1 / U2 RNA U2 961 976 1061 16 GGCCTTGAAACAACAGGGCCTTGAAACAACAGGGCCTTGAAACAACAGGGCCTTGAAACA SH8865 8865 19 80 LSR1 / U2 RNA U2 966 982 1066 17 AAAACTGGCCTTGAAACAAAACTGGCCTTGAAACAAAACTGGCCTTGAAACAAAACTGGC SH8866 8866 80 169 LSR1 / U2 RNA U2 971 988 1071 18 GTTAATAAAACTGGCCTTGTTAATAAAACTGGCCTTGTTAATAAAACTGGCCTTGTTAAT SH8867 8867 100 140 LSR1 / U2 RNA U2 976 992 1076 17 GGCGGTTAATAAAACTGGGCGGTTAATAAAACTGGGCGGTTAATAAAACTGGGCGGTTAA SH8868 8868 85 106 LSR1 / U2 RNA U2 981 998 1081 18 GACATAGGCGGTTAATAAGACATAGGCGGTTAATAAGACATAGGCGGTTAATAAGACATA SH8869 8869 89 144 LSR1 / U2 RNA U2 986 1002 1086 17 CTATGACATAGGCGGTTCTATGACATAGGCGGTTCTATGACATAGGCGGTTCTATGACAT SH8870 8870 33 75 LSR1 / U2 RNA U2 991 1006 1091 16 GCCTCTATGACATAGGGCCTCTATGACATAGGGCCTCTATGACATAGGGCCTCTATGACA SH8871 8871 91 198 LSR1 / U2 RNA U2 996 1012 1096 17 AAAAACGCCTCTATGACAAAAACGCCTCTATGACAAAAACGCCTCTATGACAAAAACGCC SH8872 8872 44 73 LSR1 / U2 RNA U2 1001 1017 1101 17 CCAAAAAAAACGCCTCTCCAAAAAAAACGCCTCTCCAAAAAAAACGCCTCTCCAAAAAAA SH8873 8873 63 73 LSR1 / U2 RNA U2 1006 1022 1106 17 TCCCTCCAAAAAAAACGTCCCTCCAAAAAAAACGTCCCTCCAAAAAAAACGTCCCTCCAA SH8874 8874 86 90 LSR1 / U2 RNA U2 1011 1028 1111 18 TTCAAATCCCTCCAAAAATTCAAATCCCTCCAAAAATTCAAATCCCTCCAAAAATTCAAA SH8875 8875 102 3 LSR1 / U2 RNA U2 1016 1032 1116 17 ATTCTTCAAATCCCTCCATTCTTCAAATCCCTCCATTCTTCAAATCCCTCCATTCTTCAA SH8876 8876 16 135 LSR1 / U2 RNA U2 1021 1037 1121 17 CCGGCATTCTTCAAATCCCGGCATTCTTCAAATCCCGGCATTCTTCAAATCCCGGCATTC SH8877 8877 66 114 LSR1 / U2 RNA U2 1026 1038 1126 13 GCCGGCATTCTTCGCCGGCATTCTTCGCCGGCATTCTTCGCCGGCATTCTTCGCCGGCAT SH8878 8878 81 152 LSR1 / U2 RNA U2 1031 1043 1131 13 ATGCCGCCGGCATATGCCGCCGGCATATGCCGCCGGCATATGCCGCCGGCATATGCCGCC SH8879 8879 37 24 LSR1 / U2 RNA U2 1036 1048 1136 13 TCTTGATGCCGCCTCTTGATGCCGCCTCTTGATGCCGCCTCTTGATGCCGCCTCTTGATG SH8880 8880 97 186 LSR1 / U2 RNA U2 1041 1057 1141 17 AAGTCCGTTTCTTGATGAAGTCCGTTTCTTGATGAAGTCCGTTTCTTGATGAAGTCCGTT SH8881 8881 63 66 LSR1 / U2 RNA U2 1046 1062 1146 17 CCATCAAGTCCGTTTCTCCATCAAGTCCGTTTCTCCATCAAGTCCGTTTCTCCATCAAGT SH8882 8882 103 145 LSR1 / U2 RNA U2 1051 1065 1151 15 CAACCATCAAGTCCGCAACCATCAAGTCCGCAACCATCAAGTCCGCAACCATCAAGTCCG SH8883 8883 39 117 LSR1 / U2 RNA U2 1056 1070 1156 15 GGCGTCAACCATCAAGGCGTCAACCATCAAGGCGTCAACCATCAAGGCGTCAACCATCAA SH8884 8884 98 32 LSR1 / U2 RNA U2 1061 1073 1161 13 ACAGGCGTCAACCACAGGCGTCAACCACAGGCGTCAACCACAGGCGTCAACCACAGGCGT SH8885 8885 74 56 LSR1 / U2 RNA U2 1066 1083 1166 18 AACTTTAAAAACAGGCGTAACTTTAAAAACAGGCGTAACTTTAAAAACAGGCGTAACTTT SH8886 8886 2 74 LSR1 / U2 RNA U2 1071 1090 1171 20 CGTCTCTAACTTTAAAAACACGTCTCTAACTTTAAAAACACGTCTCTAACTTTAAAAACA SH8887 8887 69 47 LSR1 / U2 RNA U2 1076 1093 1176 18 CGACGTCTCTAACTTTAACGACGTCTCTAACTTTAACGACGTCTCTAACTTTAACGACGT SH8888 8888 104 186 LSR1 / U2 RNA U2 1081 1095 1181 15 CGCGACGTCTCTAACCGCGACGTCTCTAACCGCGACGTCTCTAACCGCGACGTCTCTAAC SH8889 8889 8 21 LSR1 / U2 RNA U2 1086 1098 1186 13 GGTCGCGACGTCTGGTCGCGACGTCTGGTCGCGACGTCTGGTCGCGACGTCTGGTCGCGA SH8890 8890 81 170 LSR1 / U2 RNA U2 1091 1103 1191 13 GCGAGGGTCGCGAGCGAGGGTCGCGAGCGAGGGTCGCGAGCGAGGGTCGCGAGCGAGGGT SH8891 8891 58 152 LSR1 / U2 RNA U2 1096 1108 1196 13 CAAGTGCGAGGGTCAAGTGCGAGGGTCAAGTGCGAGGGTCAAGTGCGAGGGTCAAGTGCG SH8892 8892 97 94 LSR1 / U2 RNA U2 1101 1113 1201 13 CTCCACAAGTGCGCTCCACAAGTGCGCTCCACAAGTGCGCTCCACAAGTGCGCTCCACAA SH8893 8893 47 194 LSR1 / U2 RNA U2 1106 1122 1206 17 CAAGAACGACTCCACAACAAGAACGACTCCACAACAAGAACGACTCCACAACAAGAACGA SH8894 8894 27 207 LSR1 / U2 RNA U2 1111 1127 1211 17 AAAGTCAAGAACGACTCAAAGTCAAGAACGACTCAAAGTCAAGAACGACTCAAAGTCAAG SH8895 8895 53 170 LSR1 / U2 RNA U2 1116 1134 1216 19 CAAAGTAAAAGTCAAGAACCAAAGTAAAAGTCAAGAACCAAAGTAAAAGTCAAGAACCAA SH8896 8896 103 61 LSR1 / U2 RNA U2 1121 1138 1221 18 CGACCAAAGTAAAAGTCACGACCAAAGTAAAAGTCACGACCAAAGTAAAAGTCACGACCA SH8897 8897 25 10 LSR1 / U2 RNA U2 1126 1142 1226 17 CAAGCGACCAAAGTAAACAAGCGACCAAAGTAAACAAGCGACCAAAGTAAACAAGCGACC SH8898 8898 75 197 LSR1 / U2 RNA U2 1131 1147 1231 17 AACATCAAGCGACCAAAAACATCAAGCGACCAAAAACATCAAGCGACCAAAAACATCAAG SH8899 8899 55 56 LSR1 / U2 RNA U2 1136 1152 1236 17 AGAGAAACATCAAGCGAAGAGAAACATCAAGCGAAGAGAAACATCAAGCGAAGAGAAACA SH8900 8900 42 84 LSR1 / U2 RNA U2 1141 1157 1241 17 AGACGAGAGAAACATCAAGACGAGAGAAACATCAAGACGAGAGAAACATCAAGACGAGAG SH8901 8901 31 18 LSR1 / U2 RNA U2 1146 1161 1246 16 GGGAAGACGAGAGAAAGGGAAGACGAGAGAAAGGGAAGACGAGAGAAAGGGAAGACGAGA SH8902 8902 20 64 LSR1 / U2 RNA U2 1151 1163 1251 13 ACGGGAAGACGAGACGGGAAGACGAGACGGGAAGACGAGACGGGAAGACGAGACGGGAAG SH8903 8903 94 44 LSR1 / U2 RNA U2 1156 1168 1256 13 AGCGAACGGGAAGAGCGAACGGGAAGAGCGAACGGGAAGAGCGAACGGGAAGAGCGAACG SH8904 8904 42 38 LSR1 / U2 RNA 1161-1175 + 3' 1161 1261 18 aaaATAAAAGAGCGAACGaaaATAAAAGAGCGAACGaaaATAAAAGAGCGAACGaaaATA SH8905 8905 95 200 LSR1 / U2 RNA 1166-1175 + 3' 1166 1266 23 aaaaaataaaaaaATAAAAGAGCaaaaaataaaaaaATAAAAGAGCaaaaaataaaaaaA SH8906 8906 38 96 LSR1 / U2 RNA 1171-1175 + 3' 1171 1271 25 aggaaaaaaaaaataaaaaaATAAAaggaaaaaaaaaataaaaaaATAAAaggaaaaaaa SH8907 8907 40 29 LSR1 / U2 RNA 3' 1276 23 caaaggaaaaaaaaaataaaaaacaaaggaaaaaaaaaataaaaaacaaaggaaaaaaaa SH8908 8908 33 212 LSR1 / U2 RNA 3' 1281 22 aagtcaaaggaaaaaaaaaataaagtcaaaggaaaaaaaaaataaagtcaaaggaaaaaa SH8909 8909 3 16 LSR1 / U2 RNA 3' 1286 19 cgaagtcaaaggaaaaaaacgaagtcaaaggaaaaaaacgaagtcaaaggaaaaaaacga SH8910 8910 11 188 LSR1 / U2 RNA 3' 1291 17 atgcgaagtcaaaggaaatgcgaagtcaaaggaaatgcgaagtcaaaggaaatgcgaagt SH8911 8911 52 135 LSR1 / U2 RNA 3' 1296 17 cattcatgcgaagtcaacattcatgcgaagtcaacattcatgcgaagtcaacattcatgc SH8912 8912 103 12 LSR1 / U2 RNA 3' 1301 17 gaactcattcatgcgaagaactcattcatgcgaagaactcattcatgcgaagaactcatt SH8913 8913 18 141 LSR1 / U2 RNA 3' 1306 19 catgaatgaactcattcatcatgaatgaactcattcatcatgaatgaactcattcatcat SH8914 8914 35 80 LSR1 / U2 RNA 3' 1311 18 gcttcatgaatgaactcagcttcatgaatgaactcagcttcatgaatgaactcagcttca SH8915 8915 67 29 LSR1 / U2 RNA 3' 1316 18 ctttcgcttcatgaatgactttcgcttcatgaatgactttcgcttcatgaatgactttcg SH8916 8916 99 66 LSR1 / U2 RNA 3' 1321 16 ctcctttcgcttcatgctcctttcgcttcatgctcctttcgcttcatgctcctttcgctt SH8917 8917 46 90 LSR1 / U2 RNA 3' 1326 17 gaatctctcctttcgctgaatctctcctttcgctgaatctctcctttcgctgaatctctc SH8918 8918 71 19 LSR1 / U2 RNA 3' 1331 19 gtatatagaatctctccttgtatatagaatctctccttgtatatagaatctctccttgta SH8919 8919 67 171 LSR1 / U2 RNA 3' 1336 18 cgtggtatatagaatctccgtggtatatagaatctccgtggtatatagaatctccgtggt SH8920 8920 49 179 LSR1 / U2 RNA 3' 1341 17 gttgcgtggtatatagagttgcgtggtatatagagttgcgtggtatatagagttgcgtgg SH8921 8921 62 47 LSR1 / U2 RNA 3' 1346 17 atttggttgcgtggtatatttggttgcgtggtatatttggttgcgtggtatatttggttg SH8922 8922 80 56 LSR1 / U2 RNA 3' 1351 18 ttacatatttggttgcgtttacatatttggttgcgtttacatatttggttgcgtttacat SH8923 8923 52 89 snR17a / U3a 5' 1 13 gtctggtgggggagtctggtgggggagtctggtgggggagtctggtgggggagtctggtg SH8924 8924 101 46 snR17a / U3a 5' 6 18 ctttatatatgtctggtgctttatatatgtctggtgctttatatatgtctggtgctttat SH8925 8925 46 64 snR17a / U3a 5' 11 19 caaagcctttatatatgtccaaagcctttatatatgtccaaagcctttatatatgtccaa SH8926 8926 20 108 snR17a / U3a 5' 16 20 agaatacaaagcctttatatagaatacaaagcctttatatagaatacaaagcctttatat SH8927 8927 102 176 snR17a / U3a 5' 21 17 gcagaatacaaagccttgcagaatacaaagccttgcagaatacaaagccttgcagaatac SH8928 8928 13 161 snR17a / U3a 5' 26 18 ttgacagcagaatacaaattgacagcagaatacaaattgacagcagaatacaaattgaca SH8929 8929 98 3 snR17a / U3a 5' 31 18 tctaattgacagcagaattctaattgacagcagaattctaattgacagcagaattctaat SH8930 8930 96 90 snR17a / U3a 5' 36 18 ctaaatctaattgacagcctaaatctaattgacagcctaaatctaattgacagcctaaat SH8931 8931 84 57 snR17a / U3a 5' 41 20 agatgtactaaatctaattgagatgtactaaatctaattgagatgtactaaatctaattg SH8932 8932 31 140 snR17a / U3a 5' 46 20 agaaaagatgtactaaatctagaaaagatgtactaaatctagaaaagatgtactaaatct SH8933 8933 56 138 snR17a / U3a 5' 51 20 ataagagaaaagatgtactaataagagaaaagatgtactaataagagaaaagatgtacta SH8934 8934 62 201 snR17a / U3a 5' 56 20 aaaacataagagaaaagatgaaaacataagagaaaagatgaaaacataagagaaaagatg SH8935 8935 102 62 snR17a / U3a 5' 61 20 agaagaaaacataagagaaaagaagaaaacataagagaaaagaagaaaacataagagaaa SH8936 8936 4 177 snR17a / U3a 5' 66 20 aaacaagaagaaaacataagaaacaagaagaaaacataagaaacaagaagaaaacataag SH8937 8937 63 26 snR17a / U3a 5' 71 19 gtagaaacaagaagaaaacgtagaaacaagaagaaaacgtagaaacaagaagaaaacgta SH8938 8938 73 198 snR17a / U3a 5' 76 20 ttttaagtagaaacaagaagttttaagtagaaacaagaagttttaagtagaaacaagaag SH8939 8939 19 155 snR17a / U3a 5' 81 20 acagattttaagtagaaacaacagattttaagtagaaacaacagattttaagtagaaaca SH8940 8940 56 45 snR17a / U3a 5' - 3 -14 3 86 18 GACacagattttaagtagGACacagattttaagtagGACacagattttaagtagGACaca SH8941 8941 87 116 snR17a / U3a 5' - 7 -9 7 91 17 CGTCGACacagattttaCGTCGACacagattttaCGTCGACacagattttaCGTCGACac SH8942 8942 60 152 snR17a / U3a 5' - 10 -4 10 96 15 GTACGTCGACacagaGTACGTCGACacagaGTACGTCGACacagaGTACGTCGACacaga SH8943 8943 5 70 snR17a / U3a U3a 1 15 101 15 CTGAAGTACGTCGACCTGAAGTACGTCGACCTGAAGTACGTCGACCTGAAGTACGTCGAC SH8944 8944 101 7 snR17a / U3a U3a 6 23 106 18 ATTACATACTGAAGTACGATTACATACTGAAGTACGATTACATACTGAAGTACGATTACA SH8945 8945 10 209 snR17a / U3a U3a 11 29 111 19 GGGTATATTACATACTGAAGGGTATATTACATACTGAAGGGTATATTACATACTGAAGGG SH8946 8946 96 195 snR17a / U3a U3a 16 34 116 19 GTTTGGGGTATATTACATAGTTTGGGGTATATTACATAGTTTGGGGTATATTACATAGTT SH8947 8947 48 77 snR17a / U3a U3a 21 40 121 20 TAAAATGTTTGGGGTATATTTAAAATGTTTGGGGTATATTTAAAATGTTTGGGGTATATT SH8948 8948 53 69 snR17a / U3a U3a 26 42 126 17 GGTAAAATGTTTGGGGTGGTAAAATGTTTGGGGTGGTAAAATGTTTGGGGTGGTAAAATG SH8949 8949 100 21 snR17a / U3a U3a 31 50 131 20 TTTTTGTGGGTAAAATGTTTTTTTTGTGGGTAAAATGTTTTTTTTGTGGGTAAAATGTTT SH8950 8950 38 154 snR17a / U3a U3a 36 53 136 18 GGTTTTTTGTGGGTAAAAGGTTTTTTGTGGGTAAAAGGTTTTTTGTGGGTAAAAGGTTTT SH8951 8951 92 42 snR17a / U3a U3a 41 56 141 16 CCTGGTTTTTTGTGGGCCTGGTTTTTTGTGGGCCTGGTTTTTTGTGGGCCTGGTTTTTTG SH8952 8952 62 45 snR17a / U3a U3a 46 65 146 20 TTTTCAAATCCTGGTTTTTTTTTTCAAATCCTGGTTTTTTTTTTCAAATCCTGGTTTTTT SH8953 8953 46 180 snR17a / U3a U3a 51 68 151 18 TAGTTTTCAAATCCTGGTTAGTTTTCAAATCCTGGTTAGTTTTCAAATCCTGGTTAGTTT SH8954 8954 45 15 snR17a / U3a U3a 56 75 156 20 GATGCTATAGTTTTCAAATCGATGCTATAGTTTTCAAATCGATGCTATAGTTTTCAAATC SH8955 8955 88 152 snR17a / U3a U3a 61 80 161 20 TTTTAGATGCTATAGTTTTCTTTTAGATGCTATAGTTTTCTTTTAGATGCTATAGTTTTC SH8956 8956 14 212 snR17a / U3a U3a 66 83 166 18 GACTTTTAGATGCTATAGGACTTTTAGATGCTATAGGACTTTTAGATGCTATAGGACTTT SH8957 8957 33 41 snR17a / U3a U3a 71 88 171 18 CCTAAGACTTTTAGATGCCCTAAGACTTTTAGATGCCCTAAGACTTTTAGATGCCCTAAG SH8958 8958 13 47 snR17a / U3a U3a 76 94 176 19 CTAGTACCTAAGACTTTTACTAGTACCTAAGACTTTTACTAGTACCTAAGACTTTTACTA SH8959 8959 65 33 snR17a / U3a U3a 81 97 181 17 ACTCTAGTACCTAAGACACTCTAGTACCTAAGACACTCTAGTACCTAAGACACTCTAGTA SH8960 8960 28 87 snR17a / U3a U3a 86 103 186 18 ATGAAAACTCTAGTACCTATGAAAACTCTAGTACCTATGAAAACTCTAGTACCTATGAAA SH8961 8961 42 37 snR17a / U3a U3a 91 108 191 18 CCGAAATGAAAACTCTAGCCGAAATGAAAACTCTAGCCGAAATGAAAACTCTAGCCGAAA SH8962 8962 49 109 snR17a / U3a U3a 96 112 196 17 TGCTCCGAAATGAAAACTGCTCCGAAATGAAAACTGCTCCGAAATGAAAACTGCTCCGAA SH8963 8963 27 17 snR17a / U3a U3a 101 115 201 15 GCCTGCTCCGAAATGGCCTGCTCCGAAATGGCCTGCTCCGAAATGGCCTGCTCCGAAATG SH8964 8964 38 133 snR17a / U3a U3a 106 118 206 13 AAAGCCTGCTCCGAAAGCCTGCTCCGAAAGCCTGCTCCGAAAGCCTGCTCCGAAAGCCTG SH8965 8965 38 20 snR17a / U3a U3a 111 130 211 20 TAAATTTTTCAAAAAGCCTGTAAATTTTTCAAAAAGCCTGTAAATTTTTCAAAAAGCCTG SH8966 8966 9 163 snR17a / U3a U3a 116 138 216 23 GGTTGAATTAAATTTTTCAAAAAGGTTGAATTAAATTTTTCAAAAAGGTTGAATTAAATT SH8967 8967 101 141 snR17a / U3a U3a 121 142 221 22 CAATGGTTGAATTAAATTTTTCCAATGGTTGAATTAAATTTTTCCAATGGTTGAATTAAA SH8968 8968 43 110 snR17a / U3a U3a 126 145 226 20 CTGCAATGGTTGAATTAAATCTGCAATGGTTGAATTAAATCTGCAATGGTTGAATTAAAT SH8969 8969 21 130 snR17a / U3a U3a 131 147 231 17 TGCTGCAATGGTTGAATTGCTGCAATGGTTGAATTGCTGCAATGGTTGAATTGCTGCAAT SH8970 8970 40 169 snR17a / U3a U3a 136 150 236 15 AGCTGCTGCAATGGTAGCTGCTGCAATGGTAGCTGCTGCAATGGTAGCTGCTGCAATGGT SH8971 8971 27 169 snR17a / U3a U3a 141 156 241 16 GTCAAAAGCTGCTGCAGTCAAAAGCTGCTGCAGTCAAAAGCTGCTGCAGTCAAAAGCTGC SH8972 8972 86 151 snR17a / U3a U3a 146 162 246 17 GTGTTAGTCAAAAGCTGGTGTTAGTCAAAAGCTGGTGTTAGTCAAAAGCTGGTGTTAGTC SH8973 8973 65 16 snR17a / U3a U3a 151 169 251 19 GTAGAATGTGTTAGTCAAAGTAGAATGTGTTAGTCAAAGTAGAATGTGTTAGTCAAAGTA SH8974 8974 63 25 snR17a / U3a U3a 156 173 256 18 TACTGTAGAATGTGTTAGTACTGTAGAATGTGTTAGTACTGTAGAATGTGTTAGTACTGT SH8975 8975 40 160 snR17a / U3a U3a 161 178 261 18 GATCCTACTGTAGAATGTGATCCTACTGTAGAATGTGATCCTACTGTAGAATGTGATCCT SH8976 8976 103 169 snR17a / U3a U3a 166 183 266 18 GAAATGATCCTACTGTAGGAAATGATCCTACTGTAGGAAATGATCCTACTGTAGGAAATG SH8977 8977 30 30 snR17a / U3a U3a 171 188 271 18 CTATAGAAATGATCCTACCTATAGAAATGATCCTACCTATAGAAATGATCCTACCTATAG SH8978 8978 35 202 snR17a / U3a U3a 176 194 276 19 CGATTCCTATAGAAATGATCGATTCCTATAGAAATGATCGATTCCTATAGAAATGATCGA SH8979 8979 4 209 snR17a / U3a U3a 181 198 281 18 GTGACGATTCCTATAGAAGTGACGATTCCTATAGAAGTGACGATTCCTATAGAAGTGACG SH8980 8980 82 95 snR17a / U3a U3a 186 202 286 17 AAGAGTGACGATTCCTAAAGAGTGACGATTCCTAAAGAGTGACGATTCCTAAAGAGTGAC SH8981 8981 5 163 snR17a / U3a U3a 191 207 291 17 AGTCAAAGAGTGACGATAGTCAAAGAGTGACGATAGTCAAAGAGTGACGATAGTCAAAGA SH8982 8982 44 123 snR17a / U3a U3a 196 212 296 17 TGAAGAGTCAAAGAGTGTGAAGAGTCAAAGAGTGTGAAGAGTCAAAGAGTGTGAAGAGTC SH8983 8983 30 208 snR17a / U3a U3a 201 218 301 18 CTCTTTTGAAGAGTCAAACTCTTTTGAAGAGTCAAACTCTTTTGAAGAGTCAAACTCTTT SH8984 8984 27 96 snR17a / U3a U3a 206 222 306 17 GTGGCTCTTTTGAAGAGGTGGCTCTTTTGAAGAGGTGGCTCTTTTGAAGAGGTGGCTCTT SH8985 8985 54 103 snR17a / U3a U3a 211 227 311 17 ATTCAGTGGCTCTTTTGATTCAGTGGCTCTTTTGATTCAGTGGCTCTTTTGATTCAGTGG SH8986 8986 32 80 snR17a / U3a U3a 216 230 316 15 TGGATTCAGTGGCTCTGGATTCAGTGGCTCTGGATTCAGTGGCTCTGGATTCAGTGGCTC SH8987 8987 2 40 snR17a / U3a U3a 221 237 321 17 ACCAAGTTGGATTCAGTACCAAGTTGGATTCAGTACCAAGTTGGATTCAGTACCAAGTTG SH8988 8988 28 174 snR17a / U3a U3a 226 242 326 17 CATCAACCAAGTTGGATCATCAACCAAGTTGGATCATCAACCAAGTTGGATCATCAACCA SH8989 8989 40 104 snR17a / U3a U3a 231 247 331 17 GGACTCATCAACCAAGTGGACTCATCAACCAAGTGGACTCATCAACCAAGTGGACTCATC SH8990 8990 83 209 snR17a / U3a U3a 236 252 336 17 TTATGGGACTCATCAACTTATGGGACTCATCAACTTATGGGACTCATCAACTTATGGGAC SH8991 8991 29 133 snR17a / U3a U3a 241 257 341 17 AAAGGTTATGGGACTCAAAAGGTTATGGGACTCAAAAGGTTATGGGACTCAAAAGGTTAT SH8992 8992 103 5 snR17a / U3a U3a 246 262 346 17 GGTACAAAGGTTATGGGGGTACAAAGGTTATGGGGGTACAAAGGTTATGGGGGTACAAAG SH8993 8993 44 163 snR17a / U3a U3a 251 266 351 16 CTGGGGTACAAAGGTTCTGGGGTACAAAGGTTCTGGGGTACAAAGGTTCTGGGGTACAAA SH8994 8994 27 54 snR17a / U3a U3a 256 270 356 15 CACTCTGGGGTACAACACTCTGGGGTACAACACTCTGGGGTACAACACTCTGGGGTACAA SH8995 8995 55 124 snR17a / U3a U3a 261 273 361 13 TCTCACTCTGGGGTCTCACTCTGGGGTCTCACTCTGGGGTCTCACTCTGGGGTCTCACTC SH8996 8996 9 168 snR17a / U3a U3a 266 282 366 17 ATTTCGGTTTCTCACTCATTTCGGTTTCTCACTCATTTCGGTTTCTCACTCATTTCGGTT SH8997 8997 30 175 snR17a / U3a U3a 271 288 371 18 GATTCAATTTCGGTTTCTGATTCAATTTCGGTTTCTGATTCAATTTCGGTTTCTGATTCA SH8998 8998 85 84 snR17a / U3a U3a 276 295 376 20 TAATTTAGATTCAATTTCGGTAATTTAGATTCAATTTCGGTAATTTAGATTCAATTTCGG SH8999 8999 32 83 snR17a / U3a U3a 281 300 381 20 CAAGCTAATTTAGATTCAATCAAGCTAATTTAGATTCAATCAAGCTAATTTAGATTCAAT SH9000 9000 68 202 snR17a / U3a U3a 286 303 386 18 GACCAAGCTAATTTAGATGACCAAGCTAATTTAGATGACCAAGCTAATTTAGATGACCAA SH9001 9001 4 204 snR17a / U3a U3a 291 306 391 16 GCGGACCAAGCTAATTGCGGACCAAGCTAATTGCGGACCAAGCTAATTGCGGACCAAGCT SH9002 9002 19 58 snR17a / U3a U3a 296 308 396 13 TTGCGGACCAAGCTTGCGGACCAAGCTTGCGGACCAAGCTTGCGGACCAAGCTTGCGGAC SH9003 9003 69 58 snR17a / U3a U3a 301 315 401 15 CTAAGGATTGCGGACCTAAGGATTGCGGACCTAAGGATTGCGGACCTAAGGATTGCGGAC SH9004 9004 77 56 snR17a / U3a U3a 306 321 406 16 GAACCGCTAAGGATTGGAACCGCTAAGGATTGGAACCGCTAAGGATTGGAACCGCTAAGG SH9005 9005 60 130 snR17a / U3a U3a 311 323 411 13 CCGAACCGCTAAGCCGAACCGCTAAGCCGAACCGCTAAGCCGAACCGCTAAGCCGAACCG SH9006 9006 9 15 snR17a / U3a U3a 316 328 416 13 GATGGCCGAACCGGATGGCCGAACCGGATGGCCGAACCGGATGGCCGAACCGGATGGCCG SH9007 9007 36 130 snR17a / U3a U3a 321 338 421 18 CAAAATTATAGATGGCCGCAAAATTATAGATGGCCGCAAAATTATAGATGGCCGCAAAAT SH9008 9008 77 169 snR17a / U3a U3a 326 350 426 25 AAAATTTTTATTCAAAATTATAGATAAAATTTTTATTCAAAATTATAGATAAAATTTTTA SH9009 9009 102 197 snR17a / U3a U3a 331 353 431 23 AGCAAAATTTTTATTCAAAATTAAGCAAAATTTTTATTCAAAATTAAGCAAAATTTTTAT SH9010 9010 2 102 snR17a / U3a U3a 336 357 436 22 GCAAAGCAAAATTTTTATTCAAGCAAAGCAAAATTTTTATTCAAGCAAAGCAAAATTTTT SH9011 9011 77 168 snR17a / U3a U3a 341 359 441 19 CGGCAAAGCAAAATTTTTACGGCAAAGCAAAATTTTTACGGCAAAGCAAAATTTTTACGG SH9012 9012 58 189 snR17a / U3a U3a 346 362 446 17 CAACGGCAAAGCAAAATCAACGGCAAAGCAAAATCAACGGCAAAGCAAAATCAACGGCAA SH9013 9013 45 106 snR17a / U3a U3a 351 363 451 13 GCAACGGCAAAGCGCAACGGCAAAGCGCAACGGCAAAGCGCAACGGCAAAGCGCAACGGC SH9014 9014 60 29 snR17a / U3a U3a 356 371 456 16 CTACAAATGCAACGGCCTACAAATGCAACGGCCTACAAATGCAACGGCCTACAAATGCAA SH9015 9015 56 100 snR17a / U3a U3a 361 379 461 19 GGAAAAAACTACAAATGCAGGAAAAAACTACAAATGCAGGAAAAAACTACAAATGCAGGA SH9016 9016 11 57 snR17a / U3a U3a 366 384 466 19 CCAAAGGAAAAAACTACAACCAAAGGAAAAAACTACAACCAAAGGAAAAAACTACAACCA SH9017 9017 19 190 snR17a / U3a U3a 371 388 471 18 ACTTCCAAAGGAAAAAACACTTCCAAAGGAAAAAACACTTCCAAAGGAAAAAACACTTCC SH9018 9018 95 99 snR17a / U3a U3a 376 394 476 19 GTAATTACTTCCAAAGGAAGTAATTACTTCCAAAGGAAGTAATTACTTCCAAAGGAAGTA SH9019 9019 75 6 snR17a / U3a U3a 381 402 481 22 AAAATATTGTAATTACTTCCAAAAAATATTGTAATTACTTCCAAAAAATATTGTAATTAC SH9020 9020 95 181 snR17a / U3a U3a 386 407 486 22 GCCATAAAATATTGTAATTACTGCCATAAAATATTGTAATTACTGCCATAAAATATTGTA SH9021 9021 48 123 snR17a / U3a U3a 391 409 491 19 GCGCCATAAAATATTGTAAGCGCCATAAAATATTGTAAGCGCCATAAAATATTGTAAGCG SH9022 9022 81 149 snR17a / U3a U3a 396 413 496 18 CATCGCGCCATAAAATATCATCGCGCCATAAAATATCATCGCGCCATAAAATATCATCGC SH9023 9023 73 77 snR17a / U3a U3a 401 416 501 16 GATCATCGCGCCATAAGATCATCGCGCCATAAGATCATCGCGCCATAAGATCATCGCGCC SH9024 9024 76 52 snR17a / U3a U3a 406 420 506 15 TCAAGATCATCGCGCTCAAGATCATCGCGCTCAAGATCATCGCGCTCAAGATCATCGCGC SH9025 9025 5 79 snR17a / U3a U3a 411 427 511 17 GGATGGGTCAAGATCATGGATGGGTCAAGATCATGGATGGGTCAAGATCATGGATGGGTC SH9026 9026 41 58 snR17a / U3a U3a 416 431 516 16 CATAGGATGGGTCAAGCATAGGATGGGTCAAGCATAGGATGGGTCAAGCATAGGATGGGT SH9027 9027 61 79 snR17a / U3a U3a 421 437 521 17 GAAGTACATAGGATGGGGAAGTACATAGGATGGGGAAGTACATAGGATGGGGAAGTACAT SH9028 9028 100 113 snR17a / U3a U3a 426 444 526 19 CAAAAAAGAAGTACATAGGCAAAAAAGAAGTACATAGGCAAAAAAGAAGTACATAGGCAA SH9029 9029 76 87 snR17a / U3a U3a 431 448 531 18 CCTTCAAAAAAGAAGTACCCTTCAAAAAAGAAGTACCCTTCAAAAAAGAAGTACCCTTCA SH9030 9030 104 214 snR17a / U3a U3a 436 453 536 18 CTATCCCTTCAAAAAAGACTATCCCTTCAAAAAAGACTATCCCTTCAAAAAAGACTATCC SH9031 9031 72 56 snR17a / U3a U3a 441 456 541 16 GCCCTATCCCTTCAAAGCCCTATCCCTTCAAAGCCCTATCCCTTCAAAGCCCTATCCCTT SH9032 9032 57 89 snR17a / U3a U3a 446 458 546 13 GAGCCCTATCCCTGAGCCCTATCCCTGAGCCCTATCCCTGAGCCCTATCCCTGAGCCCTA SH9033 9033 57 160 snR17a / U3a U3a 451 465 551 15 ACCCATAGAGCCCTAACCCATAGAGCCCTAACCCATAGAGCCCTAACCCATAGAGCCCTA SH9034 9034 24 29 snR17a / U3a U3a 456 468 556 13 CCCACCCATAGAGCCCACCCATAGAGCCCACCCATAGAGCCCACCCATAGAGCCCACCCA SH9035 9035 73 186 snR17a / U3a U3a 461 476 561 16 CATTTGTACCCACCCACATTTGTACCCACCCACATTTGTACCCACCCACATTTGTACCCA SH9036 9036 26 48 snR17a / U3a U3a 466 480 566 15 CTGCCATTTGTACCCCTGCCATTTGTACCCCTGCCATTTGTACCCCTGCCATTTGTACCC SH9037 9037 59 100 snR17a / U3a U3a 471 486 571 16 GTCAGACTGCCATTTGGTCAGACTGCCATTTGGTCAGACTGCCATTTGGTCAGACTGCCA SH9038 9038 11 24 snR17a / U3a U3a 476 490 576 15 ACTTGTCAGACTGCCACTTGTCAGACTGCCACTTGTCAGACTGCCACTTGTCAGACTGCC SH9039 9039 94 152 snR17a / U3a 481-490 + 3' 481 581 17 gtggttaACTTGTCAGAgtggttaACTTGTCAGAgtggttaACTTGTCAGAgtggttaAC SH9040 9040 85 157 snR17a / U3a 486-490 + 3' 486 586 19 gaaaaaagtggttaACTTGgaaaaaagtggttaACTTGgaaaaaagtggttaACTTGgaa SH9041 9041 85 123 snR17a / U3a 3' 591 20 gaaaaggaaaaaagtggttagaaaaggaaaaaagtggttagaaaaggaaaaaagtggtta SH9042 9042 54 116 snR17a / U3a 3' 596 22 caatttagaaaaggaaaaaagtcaatttagaaaaggaaaaaagtcaatttagaaaaggaa SH9043 9043 24 184 snR17a / U3a 3' 601 22 ttaaacaatttagaaaaggaaattaaacaatttagaaaaggaaattaaacaatttagaaa SH9044 9044 26 136 snR17a / U3a 3' 606 22 tggttttaaacaatttagaaaatggttttaaacaatttagaaaatggttttaaacaattt SH9045 9045 22 172 snR17a / U3a 3' 611 21 cctttggttttaaacaatttacctttggttttaaacaatttacctttggttttaaacaat SH9046 9046 44 69 snR17a / U3a 3' 616 20 caaacctttggttttaaacacaaacctttggttttaaacacaaacctttggttttaaaca SH9047 9047 16 162 snR17a / U3a 3' 621 18 aaccaaacctttggttttaaccaaacctttggttttaaccaaacctttggttttaaccaa SH9048 9048 73 52 snR17a / U3a 3' 626 18 ctgaaaaccaaacctttgctgaaaaccaaacctttgctgaaaaccaaacctttgctgaaa SH9049 9049 49 82 snR17a / U3a 3' 631 18 cttaactgaaaaccaaaccttaactgaaaaccaaaccttaactgaaaaccaaaccttaac SH9050 9050 54 187 snR17a / U3a 3' 636 20 ccaatttcttaactgaaaacccaatttcttaactgaaaacccaatttcttaactgaaaac SH9051 9051 65 15 snR17a / U3a 3' 641 20 ctaatccaatttcttaactgctaatccaatttcttaactgctaatccaatttcttaactg SH9052 9052 38 57 snR17a / U3a 3' 646 19 ccaactaatccaatttcttccaactaatccaatttcttccaactaatccaatttcttcca SH9053 9053 4 12 snR17a / U3a 3' 651 18 cacaccaactaatccaatcacaccaactaatccaatcacaccaactaatccaatcacacc SH9054 9054 29 126 snR17a / U3a 3' 656 18 acttacacaccaactaatacttacacaccaactaatacttacacaccaactaatacttac SH9055 9055 51 170 snR17a / U3a 3' 661 20 taattatacttacacaccaataattatacttacacaccaataattatacttacacaccaa SH9056 9056 58 174 snR17a / U3a 3' 666 22 ctacatttaattatacttacacctacatttaattatacttacacctacatttaattatac SH9057 9057 85 50 snR14 / U4 RNA 5' 1 22 ctaatattctgttccttttatactaatattctgttccttttatactaatattctgttcct SH9058 9058 56 113 snR14 / U4 RNA 5' 6 20 taactaatattctgttcctttaactaatattctgttcctttaactaatattctgttcctt SH9059 9059 53 196 snR14 / U4 RNA 5' 11 20 gaagctaactaatattctgtgaagctaactaatattctgtgaagctaactaatattctgt SH9060 9060 95 64 snR14 / U4 RNA 5' 16 20 acaatgaagctaactaatatacaatgaagctaactaatatacaatgaagctaactaatat SH9061 9061 11 37 snR14 / U4 RNA 5' 21 17 ggacaatgaagctaactggacaatgaagctaactggacaatgaagctaactggacaatga SH9062 9062 67 17 snR14 / U4 RNA 5' 26 18 gtaattggacaatgaagcgtaattggacaatgaagcgtaattggacaatgaagcgtaatt SH9063 9063 81 10 snR14 / U4 RNA 5' 31 20 aacaatagtaattggacaataacaatagtaattggacaataacaatagtaattggacaat SH9064 9064 5 161 snR14 / U4 RNA 5' 36 20 taagtaacaatagtaattggtaagtaacaatagtaattggtaagtaacaatagtaattgg SH9065 9065 68 203 snR14 / U4 RNA 5' 41 20 aaacgtaagtaacaatagtaaaacgtaagtaacaatagtaaaacgtaagtaacaatagta SH9066 9066 18 173 snR14 / U4 RNA 5' 46 20 gcattaaacgtaagtaacaagcattaaacgtaagtaacaagcattaaacgtaagtaacaa SH9067 9067 87 104 snR14 / U4 RNA 5' 51 20 aaaatgcattaaacgtaagtaaaatgcattaaacgtaagtaaaatgcattaaacgtaagt SH9068 9068 65 47 snR14 / U4 RNA 5' 56 20 aaaagaaaatgcattaaacgaaaagaaaatgcattaaacgaaaagaaaatgcattaaacg SH9069 9069 100 76 snR14 / U4 RNA 5' 61 20 gaaagaaaagaaaatgcattgaaagaaaagaaaatgcattgaaagaaaagaaaatgcatt SH9070 9070 25 164 snR14 / U4 RNA 5' 66 20 gaagtgaaagaaaagaaaatgaagtgaaagaaaagaaaatgaagtgaaagaaaagaaaat SH9071 9071 17 131 snR14 / U4 RNA 5' 71 18 aaggaagtgaaagaaaagaaggaagtgaaagaaaagaaggaagtgaaagaaaagaaggaa SH9072 9072 36 142 snR14 / U4 RNA 5' 76 17 aaggaaggaagtgaaagaaggaaggaagtgaaagaaggaaggaagtgaaagaaggaagga SH9073 9073 17 65 snR14 / U4 RNA 5' 81 18 agtattaaggaaggaagtagtattaaggaaggaagtagtattaaggaaggaagtagtatt SH9074 9074 49 39 snR14 / U4 RNA 5' - 3 -14 3 86 18 GATggagtattaaggaagGATggagtattaaggaagGATggagtattaaggaagGATgga SH9075 9075 77 148 snR14 / U4 RNA 5' - 9 -9 9 91 19 CATAAGGATggagtattaaCATAAGGATggagtattaaCATAAGGATggagtattaaCAT SH9076 9076 79 61 snR14 / U4 RNA 5' - 12 -4 12 96 17 GTGCATAAGGATggagtGTGCATAAGGATggagtGTGCATAAGGATggagtGTGCATAAG SH9077 9077 70 20 snR14 / U4 RNA U4 1 15 101 15 CCCGTGCATAAGGATCCCGTGCATAAGGATCCCGTGCATAAGGATCCCGTGCATAAGGAT SH9078 9078 17 199 snR14 / U4 RNA U4 6 22 106 17 CGTATTTCCCGTGCATACGTATTTCCCGTGCATACGTATTTCCCGTGCATACGTATTTCC SH9079 9079 26 186 snR14 / U4 RNA U4 11 27 111 17 ATATGCGTATTTCCCGTATATGCGTATTTCCCGTATATGCGTATTTCCCGTATATGCGTA SH9080 9080 58 18 snR14 / U4 RNA U4 16 33 116 18 TCACTGATATGCGTATTTTCACTGATATGCGTATTTTCACTGATATGCGTATTTTCACTG SH9081 9081 10 59 snR14 / U4 RNA U4 21 35 121 15 CCTCACTGATATGCGCCTCACTGATATGCGCCTCACTGATATGCGCCTCACTGATATGCG SH9082 9082 35 18 snR14 / U4 RNA U4 26 42 126 17 GACGAATCCTCACTGATGACGAATCCTCACTGATGACGAATCCTCACTGATGACGAATCC SH9083 9083 103 152 snR14 / U4 RNA U4 31 45 131 15 TCGGACGAATCCTCATCGGACGAATCCTCATCGGACGAATCCTCATCGGACGAATCCTCA SH9084 9084 42 44 snR14 / U4 RNA U4 36 52 136 17 CACAATCTCGGACGAATCACAATCTCGGACGAATCACAATCTCGGACGAATCACAATCTC SH9085 9085 70 162 snR14 / U4 RNA U4 41 58 141 18 CAAAAACACAATCTCGGACAAAAACACAATCTCGGACAAAAACACAATCTCGGACAAAAA SH9086 9086 12 84 snR14 / U4 RNA U4 46 62 146 17 CCAGCAAAAACACAATCCCAGCAAAAACACAATCCCAGCAAAAACACAATCCCAGCAAAA SH9087 9087 85 180 snR14 / U4 RNA U4 51 68 151 18 TTTCAACCAGCAAAAACATTTCAACCAGCAAAAACATTTCAACCAGCAAAAACATTTCAA SH9088 9088 29 202 snR14 / U4 RNA U4 56 75 156 20 AATTAAATTTCAACCAGCAAAATTAAATTTCAACCAGCAAAATTAAATTTCAACCAGCAA SH9089 9089 74 130 snR14 / U4 RNA U4 61 82 161 22 GGTTTATAATTAAATTTCAACCGGTTTATAATTAAATTTCAACCGGTTTATAATTAAATT SH9090 9090 18 147 snR14 / U4 RNA U4 66 87 166 22 GGTCTGGTTTATAATTAAATTTGGTCTGGTTTATAATTAAATTTGGTCTGGTTTATAATT SH9091 9091 97 45 snR14 / U4 RNA U4 71 88 171 18 CGGTCTGGTTTATAATTACGGTCTGGTTTATAATTACGGTCTGGTTTATAATTACGGTCT SH9092 9092 12 69 snR14 / U4 RNA U4 76 92 176 17 GAGACGGTCTGGTTTATGAGACGGTCTGGTTTATGAGACGGTCTGGTTTATGAGACGGTC SH9093 9093 47 138 snR14 / U4 RNA U4 81 93 181 13 GGAGACGGTCTGGGGAGACGGTCTGGGGAGACGGTCTGGGGAGACGGTCTGGGGAGACGG SH9094 9094 10 155 snR14 / U4 RNA U4 86 98 186 13 CATGAGGAGACGGCATGAGGAGACGGCATGAGGAGACGGCATGAGGAGACGGCATGAGGA SH9095 9095 76 127 snR14 / U4 RNA U4 91 107 191 17 CGAATTGACCATGAGGACGAATTGACCATGAGGACGAATTGACCATGAGGACGAATTGAC SH9096 9096 42 162 snR14 / U4 RNA U4 96 112 196 17 AACACCGAATTGACCATAACACCGAATTGACCATAACACCGAATTGACCATAACACCGAA SH9097 9097 64 93 snR14 / U4 RNA U4 101 115 201 15 GCGAACACCGAATTGGCGAACACCGAATTGGCGAACACCGAATTGGCGAACACCGAATTG SH9098 9098 42 123 snR14 / U4 RNA U4 106 120 206 15 CAAAAGCGAACACCGCAAAAGCGAACACCGCAAAAGCGAACACCGCAAAAGCGAACACCG SH9099 9099 18 185 snR14 / U4 RNA U4 111 128 211 18 GAAGTATTCAAAAGCGAAGAAGTATTCAAAAGCGAAGAAGTATTCAAAAGCGAAGAAGTA SH9100 9100 90 109 snR14 / U4 RNA U4 116 135 216 20 TAGTCTTGAAGTATTCAAAATAGTCTTGAAGTATTCAAAATAGTCTTGAAGTATTCAAAA SH9101 9101 49 67 snR14 / U4 RNA U4 121 140 221 20 CTACATAGTCTTGAAGTATTCTACATAGTCTTGAAGTATTCTACATAGTCTTGAAGTATT SH9102 9102 46 34 snR14 / U4 RNA U4 126 142 226 17 CCCTACATAGTCTTGAACCCTACATAGTCTTGAACCCTACATAGTCTTGAACCCTACATA SH9103 9103 4 184 snR14 / U4 RNA U4 131 148 231 18 AAAATTCCCTACATAGTCAAAATTCCCTACATAGTCAAAATTCCCTACATAGTCAAAATT SH9104 9104 14 117 snR14 / U4 RNA U4 136 153 236 18 TTCCAAAAATTCCCTACATTCCAAAAATTCCCTACATTCCAAAAATTCCCTACATTCCAA SH9105 9105 59 63 snR14 / U4 RNA U4 141 158 241 18 AGGTATTCCAAAAATTCCAGGTATTCCAAAAATTCCAGGTATTCCAAAAATTCCAGGTAT SH9106 9106 27 142 snR14 / U4 RNA 146-160 + 3' 146 246 20 tgaaaAAAGGTATTCCAAAAtgaaaAAAGGTATTCCAAAAtgaaaAAAGGTATTCCAAAA SH9107 9107 69 170 snR14 / U4 RNA 151-160 + 3' 151 251 20 ggtaatgaaaAAAGGTATTCggtaatgaaaAAAGGTATTCggtaatgaaaAAAGGTATTC SH9108 9108 101 188 snR14 / U4 RNA 156-160 + 3' 156 256 18 atcggtaatgaaaAAAGGatcggtaatgaaaAAAGGatcggtaatgaaaAAAGGatcggt SH9109 9109 61 167 snR14 / U4 RNA 3' 261 20 aatgaatatcggtaatgaaaaatgaatatcggtaatgaaaaatgaatatcggtaatgaaa SH9110 9110 89 192 snR14 / U4 RNA 3' 266 20 gaaagaatgaatatcggtaagaaagaatgaatatcggtaagaaagaatgaatatcggtaa SH9111 9111 57 7 snR14 / U4 RNA 3' 271 20 cctttgaaagaatgaatatccctttgaaagaatgaatatccctttgaaagaatgaatatc SH9112 9112 13 205 snR14 / U4 RNA 3' 276 18 gtccctttgaaagaatgagtccctttgaaagaatgagtccctttgaaagaatgagtccct SH9113 9113 83 189 snR14 / U4 RNA 3' 281 17 aacagtccctttgaaagaacagtccctttgaaagaacagtccctttgaaagaacagtccc SH9114 9114 20 19 snR14 / U4 RNA 3' 286 20 gaaaaataaacagtccctttgaaaaataaacagtccctttgaaaaataaacagtcccttt SH9115 9115 12 135 snR14 / U4 RNA 3' 291 20 ccaaagaaaaataaacagtcccaaagaaaaataaacagtcccaaagaaaaataaacagtc SH9116 9116 40 152 snR14 / U4 RNA 3' 296 22 attacttccaaagaaaaataaaattacttccaaagaaaaataaaattacttccaaagaaa SH9117 9117 15 183 snR14 / U4 RNA 3' 301 20 gatattacttccaaagaaaagatattacttccaaagaaaagatattacttccaaagaaaa SH9118 9118 46 91 snR14 / U4 RNA 3' 306 22 attttttgatattacttccaaaattttttgatattacttccaaaattttttgatattact SH9119 9119 39 63 snR14 / U4 RNA 3' 311 22 aacctattttttgatattacttaacctattttttgatattacttaacctattttttgata SH9120 9120 80 63 snR14 / U4 RNA 3' 316 20 cctaacctattttttgatatcctaacctattttttgatatcctaacctattttttgatat SH9121 9121 53 38 snR14 / U4 RNA 3' 321 20 gtatccctaacctattttttgtatccctaacctattttttgtatccctaacctatttttt SH9122 9122 52 169 snR14 / U4 RNA 3' 326 17 cggtatccctaacctatcggtatccctaacctatcggtatccctaacctatcggtatccc SH9123 9123 51 140 snR14 / U4 RNA 3' 331 15 gtccggtatccctaagtccggtatccctaagtccggtatccctaagtccggtatccctaa SH9124 9124 31 42 snR14 / U4 RNA 3' 336 16 gtttcagtccggtatcgtttcagtccggtatcgtttcagtccggtatcgtttcagtccgg SH9125 9125 44 160 snR14 / U4 RNA 3' 341 17 ttgaatgtttcagtccgttgaatgtttcagtccgttgaatgtttcagtccgttgaatgtt SH9126 9126 89 160 snR7 U5 RNA 5' 1 18 ctttttatactgagcactctttttatactgagcactctttttatactgagcactcttttt SH9127 9127 21 72 snR7 U5 RNA 5' 6 18 atgcgctttttatactgaatgcgctttttatactgaatgcgctttttatactgaatgcgc SH9128 9128 48 27 snR7 U5 RNA 5' 11 19 cttactatgcgctttttatcttactatgcgctttttatcttactatgcgctttttatctt SH9129 9129 92 203 snR7 U5 RNA 5' 16 17 agtcttactatgcgcttagtcttactatgcgcttagtcttactatgcgcttagtcttact SH9130 9130 16 184 snR7 U5 RNA 5' 21 20 taacaaaaagtcttactatgtaacaaaaagtcttactatgtaacaaaaagtcttactatg SH9131 9131 44 54 snR7 U5 RNA 5' 26 22 aaacatttaacaaaaagtcttaaaacatttaacaaaaagtcttaaaacatttaacaaaaa SH9132 9132 25 47 snR7 U5 RNA 5' 31 22 gaaagaaacatttaacaaaaaggaaagaaacatttaacaaaaaggaaagaaacatttaac SH9133 9133 94 177 snR7 U5 RNA 5' 36 20 gaggaaagaaacatttaacagaggaaagaaacatttaacagaggaaagaaacatttaaca SH9134 9134 51 31 snR7 U5 RNA 5' 41 18 taggaggaaagaaacatttaggaggaaagaaacatttaggaggaaagaaacatttaggag SH9135 9135 90 86 snR7 U5 RNA 5' 46 20 aaatatataggaggaaagaaaaatatataggaggaaagaaaaatatataggaggaaagaa SH9136 9136 23 144 snR7 U5 RNA 5' 51 22 tattttaaaatatataggaggatattttaaaatatataggaggatattttaaaatatata SH9137 9137 55 7 snR7 U5 RNA 5' 56 23 gaaaagtattttaaaatatataggaaaagtattttaaaatatataggaaaagtattttaa SH9138 9138 27 29 snR7 U5 RNA 5' 61 23 agaaagaaaagtattttaaaataagaaagaaaagtattttaaaataagaaagaaaagtat SH9139 9139 37 112 snR7 U5 RNA 5' 66 23 caaaaagaaagaaaagtattttacaaaaagaaagaaaagtattttacaaaaagaaagaaa SH9140 9140 90 195 snR7 U5 RNA 5' 71 22 aaaacaaaaagaaagaaaagtaaaaacaaaaagaaagaaaagtaaaaacaaaaagaaaga SH9141 9141 8 154 snR7 U5 RNA 5' 76 22 gttttaaaacaaaaagaaagaagttttaaaacaaaaagaaagaagttttaaaacaaaaag SH9142 9142 56 191 snR7 U5 RNA 5' 81 20 caggttttaaaacaaaaagacaggttttaaaacaaaaagacaggttttaaaacaaaaaga SH9143 9143 98 154 snR7 U5 RNA 5' - 4 -14 4 86 19 CTTGcaggttttaaaacaaCTTGcaggttttaaaacaaCTTGcaggttttaaaacaaCTT SH9144 9144 24 38 snR7 U5 RNA 5' - 7 -9 7 91 17 CTGCTTGcaggttttaaCTGCTTGcaggttttaaCTGCTTGcaggttttaaCTGCTTGca SH9145 9145 11 76 snR7 U5 RNA 5' - 8 -4 8 96 13 GCTGCTTGcaggtGCTGCTTGcaggtGCTGCTTGcaggtGCTGCTTGcaggtGCTGCTTG SH9146 9146 57 42 snR7 U5 RNA U5 1 17 101 17 ATCTGTAAAGCTGCTTGATCTGTAAAGCTGCTTGATCTGTAAAGCTGCTTGATCTGTAAA SH9147 9147 15 12 snR7 U5 RNA U5 6 23 106 18 CCATTGATCTGTAAAGCTCCATTGATCTGTAAAGCTCCATTGATCTGTAAAGCTCCATTG SH9148 9148 101 111 snR7 U5 RNA U5 11 26 111 16 CCGCCATTGATCTGTACCGCCATTGATCTGTACCGCCATTGATCTGTACCGCCATTGATC SH9149 9149 98 162 snR7 U5 RNA U5 16 30 116 15 CCCTCCGCCATTGATCCCTCCGCCATTGATCCCTCCGCCATTGATCCCTCCGCCATTGAT SH9150 9150 82 78 snR7 U5 RNA U5 21 33 121 13 CCTCCCTCCGCCACCTCCCTCCGCCACCTCCCTCCGCCACCTCCCTCCGCCACCTCCCTC SH9151 9151 101 69 snR7 U5 RNA U5 26 38 126 13 GTTGACCTCCCTCGTTGACCTCCCTCGTTGACCTCCCTCGTTGACCTCCCTCGTTGACCT SH9152 9152 19 116 snR7 U5 RNA U5 31 47 131 17 GTTCTTGATGTTGACCTGTTCTTGATGTTGACCTGTTCTTGATGTTGACCTGTTCTTGAT SH9153 9153 92 168 snR7 U5 RNA U5 36 52 136 17 CCACAGTTCTTGATGTTCCACAGTTCTTGATGTTCCACAGTTCTTGATGTTCCACAGTTC SH9154 9154 77 79 snR7 U5 RNA U5 41 55 141 15 GGCCCACAGTTCTTGGGCCCACAGTTCTTGGGCCCACAGTTCTTGGGCCCACAGTTCTTG SH9155 9155 63 171 snR7 U5 RNA U5 46 62 146 17 AATAAAAGGCCCACAGTAATAAAAGGCCCACAGTAATAAAAGGCCCACAGTAATAAAAGG SH9156 9156 103 99 snR7 U5 RNA U5 51 65 151 15 GGCAATAAAAGGCCCGGCAATAAAAGGCCCGGCAATAAAAGGCCCGGCAATAAAAGGCCC SH9157 9157 17 68 snR7 U5 RNA U5 56 75 156 20 AAGTTCTATAGGCAATAAAAAAGTTCTATAGGCAATAAAAAAGTTCTATAGGCAATAAAA SH9158 9158 32 114 snR7 U5 RNA U5 61 80 161 20 GTTATAAGTTCTATAGGCAAGTTATAAGTTCTATAGGCAAGTTATAAGTTCTATAGGCAA SH9159 9159 19 139 snR7 U5 RNA U5 66 85 166 20 TGTTCGTTATAAGTTCTATATGTTCGTTATAAGTTCTATATGTTCGTTATAAGTTCTATA SH9160 9160 85 19 snR7 U5 RNA U5 71 88 171 18 CCATGTTCGTTATAAGTTCCATGTTCGTTATAAGTTCCATGTTCGTTATAAGTTCCATGT SH9161 9161 55 33 snR7 U5 RNA U5 76 93 176 18 AAGAACCATGTTCGTTATAAGAACCATGTTCGTTATAAGAACCATGTTCGTTATAAGAAC SH9162 9162 12 154 snR7 U5 RNA U5 81 96 181 16 GGCAAGAACCATGTTCGGCAAGAACCATGTTCGGCAAGAACCATGTTCGGCAAGAACCAT SH9163 9163 74 176 snR7 U5 RNA U5 86 102 186 17 GTAAAAGGCAAGAACCAGTAAAAGGCAAGAACCAGTAAAAGGCAAGAACCAGTAAAAGGC SH9164 9164 85 9 snR7 U5 RNA U5 91 107 191 17 TTCTGGTAAAAGGCAAGTTCTGGTAAAAGGCAAGTTCTGGTAAAAGGCAAGTTCTGGTAA SH9165 9165 41 136 snR7 U5 RNA U5 96 112 196 17 GATGGTTCTGGTAAAAGGATGGTTCTGGTAAAAGGATGGTTCTGGTAAAAGGATGGTTCT SH9166 9166 76 134 snR7 U5 RNA U5 101 115 201 15 CCGGATGGTTCTGGTCCGGATGGTTCTGGTCCGGATGGTTCTGGTCCGGATGGTTCTGGT SH9167 9167 42 91 snR7 U5 RNA U5 106 118 206 13 CACCCGGATGGTTCACCCGGATGGTTCACCCGGATGGTTCACCCGGATGGTTCACCCGGA SH9168 9168 77 114 snR7 U5 RNA U5 111 123 211 13 GACAACACCCGGAGACAACACCCGGAGACAACACCCGGAGACAACACCCGGAGACAACAC SH9169 9169 67 154 snR7 U5 RNA U5 116 132 216 17 TTCTATGGAGACAACACTTCTATGGAGACAACACTTCTATGGAGACAACACTTCTATGGA SH9170 9170 45 162 snR7 U5 RNA U5 121 137 221 17 CCTGTTTCTATGGAGACCCTGTTTCTATGGAGACCCTGTTTCTATGGAGACCCTGTTTCT SH9171 9171 45 185 snR7 U5 RNA U5 126 143 226 18 GCTTTACCTGTTTCTATGGCTTTACCTGTTTCTATGGCTTTACCTGTTTCTATGGCTTTA SH9172 9172 103 20 snR7 U5 RNA U5 131 147 231 17 GACAGCTTTACCTGTTTGACAGCTTTACCTGTTTGACAGCTTTACCTGTTTGACAGCTTT SH9173 9173 8 174 snR7 U5 RNA U5 136 150 236 15 ACGGACAGCTTTACCACGGACAGCTTTACCACGGACAGCTTTACCACGGACAGCTTTACC SH9174 9174 87 87 snR7 U5 RNA U5 141 155 241 15 CAGTAACGGACAGCTCAGTAACGGACAGCTCAGTAACGGACAGCTCAGTAACGGACAGCT SH9175 9175 74 117 snR7 U5 RNA U5 146 160 246 15 GCCCACAGTAACGGAGCCCACAGTAACGGAGCCCACAGTAACGGAGCCCACAGTAACGGA SH9176 9176 54 25 snR7 U5 RNA U5 151 165 251 15 GGCAAGCCCACAGTAGGCAAGCCCACAGTAGGCAAGCCCACAGTAGGCAAGCCCACAGTA SH9177 9177 42 53 snR7 U5 RNA U5 156 172 256 17 AAAATATGGCAAGCCCAAAAATATGGCAAGCCCAAAAATATGGCAAGCCCAAAAATATGG SH9178 9178 36 71 snR7 U5 RNA U5 161 179 261 19 GTTCCAAAAAATATGGCAAGTTCCAAAAAATATGGCAAGTTCCAAAAAATATGGCAAGTT SH9179 9179 104 35 snR7 U5 RNA U5 166 186 266 21 CAGAAAAGTTCCAAAAAATATCAGAAAAGTTCCAAAAAATATCAGAAAAGTTCCAAAAAA SH9180 9180 86 61 snR7 U5 RNA U5 171 188 271 18 GGCAGAAAAGTTCCAAAAGGCAGAAAAGTTCCAAAAGGCAGAAAAGTTCCAAAAGGCAGA SH9181 9181 98 31 snR7 U5 RNA U5 176 192 276 17 AAAGGGCAGAAAAGTTCAAAGGGCAGAAAAGTTCAAAGGGCAGAAAAGTTCAAAGGGCAG SH9182 9182 103 44 snR7 U5 RNA U5 181 197 281 17 GAGAAAAAGGGCAGAAAGAGAAAAAGGGCAGAAAGAGAAAAAGGGCAGAAAGAGAAAAAG SH9183 9183 17 210 snR7 U5 RNA U5 186 202 286 17 TCATTGAGAAAAAGGGCTCATTGAGAAAAAGGGCTCATTGAGAAAAAGGGCTCATTGAGA SH9184 9184 16 67 snR7 U5 RNA U5 191 208 291 18 CCTTACTCATTGAGAAAACCTTACTCATTGAGAAAACCTTACTCATTGAGAAAACCTTAC SH9185 9185 78 141 snR7 U5 RNA U5 196 212 296 17 CCCTCCTTACTCATTGACCCTCCTTACTCATTGACCCTCCTTACTCATTGACCCTCCTTA SH9186 9186 12 6 snR7 U5 RNA U5 201 213 301 13 GCCCTCCTTACTCGCCCTCCTTACTCGCCCTCCTTACTCGCCCTCCTTACTCGCCCTCCT SH9187 9187 54 195 snR7 U5 RNA 206-215 + 3' 206 306 15 gataaACGCCCTCCTgataaACGCCCTCCTgataaACGCCCTCCTgataaACGCCCTCCT SH9188 9188 66 138 snR7 U5 RNA 211-215 + 3' 211 311 18 atagaaaagataaACGCCatagaaaagataaACGCCatagaaaagataaACGCCatagaa SH9189 9189 103 22 snR7 U5 RNA 3' 316 23 gaaaaataaaatagaaaagataagaaaaataaaatagaaaagataagaaaaataaaatag SH9190 9190 7 212 snR7 U5 RNA 3' 321 23 ttgtagaaaaataaaatagaaaattgtagaaaaataaaatagaaaattgtagaaaaataa SH9191 9191 40 62 snR7 U5 RNA 3' 326 23 caaatttgtagaaaaataaaatacaaatttgtagaaaaataaaatacaaatttgtagaaa SH9192 9192 80 175 snR7 U5 RNA 3' 331 22 gaatcaaatttgtagaaaaatagaatcaaatttgtagaaaaatagaatcaaatttgtaga SH9193 9193 39 126 snR7 U5 RNA 3' 336 20 catgaatcaaatttgtagaacatgaatcaaatttgtagaacatgaatcaaatttgtagaa SH9194 9194 23 167 snR7 U5 RNA 3' 341 19 gactcatgaatcaaatttggactcatgaatcaaatttggactcatgaatcaaatttggac SH9195 9195 20 178 snR7 U5 RNA 3' 346 18 catggactcatgaatcaacatggactcatgaatcaacatggactcatgaatcaacatgga SH9196 9196 24 50 snR7 U5 RNA 3' 351 17 gttccatggactcatgagttccatggactcatgagttccatggactcatgagttccatgg SH9197 9197 64 115 snR7 U5 RNA 3' 356 18 atatttgttccatggactatatttgttccatggactatatttgttccatggactatattt SH9198 9198 61 8 snR7 U5 RNA 3' 361 20 gttctatatatttgttccatgttctatatatttgttccatgttctatatatttgttccat SH9199 9199 74 189 snR7 U5 RNA 3' 366 22 aaaatgagttctatatatttgtaaaatgagttctatatatttgtaaaatgagttctatat SH9200 9200 64 130 snR7 U5 RNA 3' 371 21 caagaaaatgagttctatatacaagaaaatgagttctatatacaagaaaatgagttctat SH9201 9201 12 105 snR7 U5 RNA 3' 376 20 gaaacaagaaaatgagttctgaaacaagaaaatgagttctgaaacaagaaaatgagttct SH9202 9202 8 9 snR7 U5 RNA 3' 381 18 accgaaacaagaaaatgaaccgaaacaagaaaatgaaccgaaacaagaaaatgaaccgaa SH9203 9203 84 84 snR7 U5 RNA 3' 386 20 tatatataccgaaacaagaatatatataccgaaacaagaatatatataccgaaacaagaa SH9204 9204 89 6 snR7 U5 RNA 3' 391 20 gttaatatatataccgaaacgttaatatatataccgaaacgttaatatatataccgaaac SH9205 9205 9 188 snR7 U5 RNA 3' 396 20 atggagttaatatatataccatggagttaatatatataccatggagttaatatatatacc SH9206 9206 3 75 snR6 / U6 RNA 5' 1 18 gttgaaactgttgcaatggttgaaactgttgcaatggttgaaactgttgcaatggttgaa SH9207 9207 67 156 snR6 / U6 RNA 5' 6 17 ctgtgttgaaactgttgctgtgttgaaactgttgctgtgttgaaactgttgctgtgttga SH9208 9208 93 197 snR6 / U6 RNA 5' 11 16 caggctgtgttgaaaccaggctgtgttgaaaccaggctgtgttgaaaccaggctgtgttg SH9209 9209 44 74 snR6 / U6 RNA 5' 16 13 gccaggctgtgttgccaggctgtgttgccaggctgtgttgccaggctgtgttgccaggct SH9210 9210 36 136 snR6 / U6 RNA 5' 21 15 tgttcatgccaggcttgttcatgccaggcttgttcatgccaggcttgttcatgccaggct SH9211 9211 76 45 snR6 / U6 RNA 5' 26 15 accactgttcatgccaccactgttcatgccaccactgttcatgccaccactgttcatgcc SH9212 9212 14 116 snR6 / U6 RNA 5' 31 18 atacttttaccactgttcatacttttaccactgttcatacttttaccactgttcatactt SH9213 9213 92 170 snR6 / U6 RNA 5' 36 18 acgaaatacttttaccacacgaaatacttttaccacacgaaatacttttaccacacgaaa SH9214 9214 36 201 snR6 / U6 RNA 5' 41 18 agtggacgaaatacttttagtggacgaaatacttttagtggacgaaatacttttagtgga SH9215 9215 19 145 snR6 / U6 RNA 5' 46 19 gaaaatagtggacgaaatagaaaatagtggacgaaatagaaaatagtggacgaaatagaa SH9216 9216 13 63 snR6 / U6 RNA 5' 51 16 ccgaaaatagtggacgccgaaaatagtggacgccgaaaatagtggacgccgaaaatagtg SH9217 9217 93 184 snR6 / U6 RNA 5' 56 18 atagtagccgaaaatagtatagtagccgaaaatagtatagtagccgaaaatagtatagta SH9218 9218 30 26 snR6 / U6 RNA 5' 61 20 tttatttatagtagccgaaatttatttatagtagccgaaatttatttatagtagccgaaa SH9219 9219 58 144 snR6 / U6 RNA 5' 66 22 aaaaacatttatttatagtagcaaaaacatttatttatagtagcaaaaacatttatttat SH9220 9220 12 151 snR6 / U6 RNA 5' 71 22 gcgaaaaaaacatttatttatagcgaaaaaaacatttatttatagcgaaaaaaacattta SH9221 9221 14 101 snR6 / U6 RNA 5' 76 20 gttgcgaaaaaaacatttatgttgcgaaaaaaacatttatgttgcgaaaaaaacatttat SH9222 9222 5 214 snR6 / U6 RNA 5' 81 19 catagttgcgaaaaaaacacatagttgcgaaaaaaacacatagttgcgaaaaaaacacat SH9223 9223 20 82 snR6 / U6 RNA 5' - 3 -14 3 86 18 AACacatagttgcgaaaaAACacatagttgcgaaaaAACacatagttgcgaaaaAACaca SH9224 9224 70 71 snR6 / U6 RNA 5' - 6 -9 6 91 16 GCGAACacatagttgcGCGAACacatagttgcGCGAACacatagttgcGCGAACacatag SH9225 9225 38 68 snR6 / U6 RNA 5' - 12 -4 12 96 17 TACTTCGCGAACacataTACTTCGCGAACacataTACTTCGCGAACacataTACTTCGCG SH9226 9226 4 89 snR6 / U6 RNA U6 1 15 101 15 GGTTACTTCGCGAACGGTTACTTCGCGAACGGTTACTTCGCGAACGGTTACTTCGCGAAC SH9227 9227 101 213 snR6 / U6 RNA U6 6 20 106 15 CGAAGGGTTACTTCGCGAAGGGTTACTTCGCGAAGGGTTACTTCGCGAAGGGTTACTTCG SH9228 9228 81 135 snR6 / U6 RNA U6 11 25 111 15 GTCCACGAAGGGTTAGTCCACGAAGGGTTAGTCCACGAAGGGTTAGTCCACGAAGGGTTA SH9229 9229 91 11 snR6 / U6 RNA U6 16 31 116 16 CCAAATGTCCACGAAGCCAAATGTCCACGAAGCCAAATGTCCACGAAGCCAAATGTCCAC SH9230 9230 3 8 snR6 / U6 RNA U6 21 38 121 18 AAATTGACCAAATGTCCAAAATTGACCAAATGTCCAAAATTGACCAAATGTCCAAAATTG SH9231 9231 18 194 snR6 / U6 RNA U6 26 45 126 20 TTGTTTCAAATTGACCAAATTTGTTTCAAATTGACCAAATTTGTTTCAAATTGACCAAAT SH9232 9232 72 16 snR6 / U6 RNA U6 31 50 131 20 CTGTATTGTTTCAAATTGACCTGTATTGTTTCAAATTGACCTGTATTGTTTCAAATTGAC SH9233 9233 64 77 snR6 / U6 RNA U6 36 55 136 20 CATCTCTGTATTGTTTCAAACATCTCTGTATTGTTTCAAACATCTCTGTATTGTTTCAAA SH9234 9234 28 63 snR6 / U6 RNA U6 41 58 141 18 GATCATCTCTGTATTGTTGATCATCTCTGTATTGTTGATCATCTCTGTATTGTTGATCAT SH9235 9235 16 127 snR6 / U6 RNA U6 46 62 146 17 TGCTGATCATCTCTGTATGCTGATCATCTCTGTATGCTGATCATCTCTGTATGCTGATCA SH9236 9236 31 116 snR6 / U6 RNA U6 51 67 151 17 GGAACTGCTGATCATCTGGAACTGCTGATCATCTGGAACTGCTGATCATCTGGAACTGCT SH9237 9237 103 121 snR6 / U6 RNA U6 56 70 156 15 AGGGGAACTGCTGATAGGGGAACTGCTGATAGGGGAACTGCTGATAGGGGAACTGCTGAT SH9238 9238 28 192 snR6 / U6 RNA U6 61 73 161 13 TGCAGGGGAACTGTGCAGGGGAACTGTGCAGGGGAACTGTGCAGGGGAACTGTGCAGGGG SH9239 9239 48 36 snR6 / U6 RNA U6 66 78 166 13 CCTTATGCAGGGGCCTTATGCAGGGGCCTTATGCAGGGGCCTTATGCAGGGGCCTTATGC SH9240 9240 19 6 snR6 / U6 RNA U6 71 86 171 16 CGGTTCATCCTTATGCCGGTTCATCCTTATGCCGGTTCATCCTTATGCCGGTTCATCCTT SH9241 9241 55 14 snR6 / U6 RNA U6 76 92 176 17 GTAAAACGGTTCATCCTGTAAAACGGTTCATCCTGTAAAACGGTTCATCCTGTAAAACGG SH9242 9242 72 187 snR6 / U6 RNA U6 81 98 181 18 CTCTTTGTAAAACGGTTCCTCTTTGTAAAACGGTTCCTCTTTGTAAAACGGTTCCTCTTT SH9243 9243 71 209 snR6 / U6 RNA U6 86 107 186 22 GAAATAAATCTCTTTGTAAAACGAAATAAATCTCTTTGTAAAACGAAATAAATCTCTTTG SH9244 9244 24 183 snR6 / U6 RNA U6 91 110 191 20 AACGAAATAAATCTCTTTGTAACGAAATAAATCTCTTTGTAACGAAATAAATCTCTTTGT SH9245 9245 92 151 snR6 / U6 RNA 96-112 + 3' 96 196 22 aaaaaAAAACGAAATAAATCTCaaaaaAAAACGAAATAAATCTCaaaaaAAAACGAAATA SH9246 9246 75 31 snR6 / U6 RNA 101-112 + 3' 101 201 23 atgataaaaaaAAAACGAAATAAatgataaaaaaAAAACGAAATAAatgataaaaaaAAA SH9247 9247 73 185 snR6 / U6 RNA 106-112 + 3' 106 206 20 cgatgataaaaaaAAAACGAcgatgataaaaaaAAAACGAcgatgataaaaaaAAAACGA SH9248 9248 18 50 snR6 / U6 RNA 111-112 + 3' 111 211 20 tcactcgatgataaaaaaAAtcactcgatgataaaaaaAAtcactcgatgataaaaaaAA SH9249 9249 3 209 snR6 / U6 RNA 3' 216 18 acttcactcgatgataaaacttcactcgatgataaaacttcactcgatgataaaacttca SH9250 9250 31 2 snR6 / U6 RNA 3' 221 17 cgatacttcactcgatgcgatacttcactcgatgcgatacttcactcgatgcgatacttc SH9251 9251 63 54 snR6 / U6 RNA 3' 226 17 agtcacgatacttcactagtcacgatacttcactagtcacgatacttcactagtcacgat SH9252 9252 41 34 snR6 / U6 RNA 3' 231 17 gtacaagtcacgatactgtacaagtcacgatactgtacaagtcacgatactgtacaagtc SH9253 9253 14 59 snR6 / U6 RNA 3' 236 17 caaatgtacaagtcacgcaaatgtacaagtcacgcaaatgtacaagtcacgcaaatgtac SH9254 9254 51 86 snR6 / U6 RNA 3' 241 19 gtatcttcaaatgtacaaggtatcttcaaatgtacaaggtatcttcaaatgtacaaggta SH9255 9255 37 33 snR6 / U6 RNA 3' 246 18 ctgggtatcttcaaatgtctgggtatcttcaaatgtctgggtatcttcaaatgtctgggt SH9256 9256 49 136 snR6 / U6 RNA 3' 251 15 cgctgggtatcttcacgctgggtatcttcacgctgggtatcttcacgctgggtatcttca SH9257 9257 46 95 snR6 / U6 RNA 3' 256 15 ctgtacgctgggtatctgtacgctgggtatctgtacgctgggtatctgtacgctgggtat SH9258 9258 69 65 snR6 / U6 RNA 3' 261 13 ctgctgtacgctgctgctgtacgctgctgctgtacgctgctgctgtacgctgctgctgta SH9259 9259 42 156 snR6 / U6 RNA 3' 266 18 taaagatacactgctgtataaagatacactgctgtataaagatacactgctgtataaaga SH9260 9260 14 121 snR6 / U6 RNA 3' 271 18 gaagataaagatacactggaagataaagatacactggaagataaagatacactggaagat SH9261 9261 44 181 snR6 / U6 RNA 3' 276 20 catacaggaagataaagatacatacaggaagataaagatacatacaggaagataaagata SH9262 9262 71 212 snR6 / U6 RNA 3' 281 20 tatatcatacaggaagataatatatcatacaggaagataatatatcatacaggaagataa SH9263 9263 8 194 snR6 / U6 RNA 3' 286 20 ttatctatatcatacaggaattatctatatcatacaggaattatctatatcatacaggaa SH9264 9264 88 27 snR6 / U6 RNA 3' 291 20 gttagttatctatatcatacgttagttatctatatcatacgttagttatctatatcatac SH9265 9265 21 143 RUF1 5' 1 18 ctcttcgtttgtaagtagctcttcgtttgtaagtagctcttcgtttgtaagtagctcttc SH9266 9266 15 61 RUF1 5' 6 17 tgctctcttcgtttgtatgctctcttcgtttgtatgctctcttcgtttgtatgctctctt SH9267 9267 100 158 RUF1 5' 11 15 gactgctctcttcgtgactgctctcttcgtgactgctctcttcgtgactgctctcttcgt SH9268 9268 65 36 RUF1 5' 16 17 gatacttgactgctctcgatacttgactgctctcgatacttgactgctctcgatacttga SH9269 9269 23 90 RUF1 5' 21 17 cttcggatacttgactgcttcggatacttgactgcttcggatacttgactgcttcggata SH9270 9270 3 83 RUF1 5' 26 19 ctttaaacttcggatacttctttaaacttcggatacttctttaaacttcggatacttctt SH9271 9271 60 209 RUF1 5' 31 18 caaactttaaacttcggacaaactttaaacttcggacaaactttaaacttcggacaaact SH9272 9272 56 176 RUF1 5' 36 21 ctgttattcaaactttaaactctgttattcaaactttaaactctgttattcaaactttaa SH9273 9273 57 179 RUF1 5' 41 19 gctctgttattcaaactttgctctgttattcaaactttgctctgttattcaaactttgct SH9274 9274 44 91 RUF1 5' 46 18 actagctctgttattcaaactagctctgttattcaaactagctctgttattcaaactagc SH9275 9275 17 18 RUF1 5' 51 18 cattaactagctctgttacattaactagctctgttacattaactagctctgttacattaa SH9276 9276 68 61 RUF1 5' 56 17 ctctcattaactagctcctctcattaactagctcctctcattaactagctcctctcatta SH9277 9277 63 180 RUF1 5' 61 18 tgagtactctcattaacttgagtactctcattaacttgagtactctcattaacttgagta SH9278 9278 61 16 RUF1 5' 66 18 gatgatgagtactctcatgatgatgagtactctcatgatgatgagtactctcatgatgat SH9279 9279 67 63 RUF1 5' 71 17 gtgtgatgatgagtactgtgtgatgatgagtactgtgtgatgatgagtactgtgtgatga SH9280 9280 76 131 RUF1 5' 76 18 cttatagtgtgatgatgacttatagtgtgatgatgacttatagtgtgatgatgacttata SH9281 9281 2 36 RUF1 5' 81 20 tataaagcttatagtgtgattataaagcttatagtgtgattataaagcttatagtgtgat SH9282 9282 47 97 RUF1 5' - 5 -14 5 86 20 ATCCAtataaagcttatagtATCCAtataaagcttatagtATCCAtataaagcttatagt SH9283 9283 35 167 RUF1 5' - 9 -9 9 91 19 GCATATCCAtataaagcttGCATATCCAtataaagcttGCATATCCAtataaagcttGCA SH9284 9284 63 145 RUF1 5' - 12 -4 14 96 19 CATCAGCATATCCAtataaCATCAGCATATCCAtataaCATCAGCATATCCAtataaCAT SH9285 9285 67 85 RUF1 RUF1 1 17 101 17 TCACATCAGCATATCCATCACATCAGCATATCCATCACATCAGCATATCCATCACATCAG SH9286 9286 51 164 RUF1 RUF1 6 22 106 17 GCAATTCACATCAGCATGCAATTCACATCAGCATGCAATTCACATCAGCATGCAATTCAC SH9287 9287 21 109 RUF1 RUF1 11 27 111 17 GTTGTGCAATTCACATCGTTGTGCAATTCACATCGTTGTGCAATTCACATCGTTGTGCAA SH9288 9288 65 111 RUF1 RUF1 16 33 116 18 ACTTAAGTTGTGCAATTCACTTAAGTTGTGCAATTCACTTAAGTTGTGCAATTCACTTAA SH9289 9289 16 112 RUF1 RUF1 21 38 121 18 GACAAACTTAAGTTGTGCGACAAACTTAAGTTGTGCGACAAACTTAAGTTGTGCGACAAA SH9290 9290 96 120 RUF1 RUF1 26 42 126 17 CCTCGACAAACTTAAGTCCTCGACAAACTTAAGTCCTCGACAAACTTAAGTCCTCGACAA SH9291 9291 93 52 RUF1 RUF1 31 47 131 17 ATGATCCTCGACAAACTATGATCCTCGACAAACTATGATCCTCGACAAACTATGATCCTC SH9292 9292 40 179 RUF1 RUF1 36 53 136 18 AAAAAAATGATCCTCGACAAAAAAATGATCCTCGACAAAAAAATGATCCTCGACAAAAAA SH9293 9293 71 39 RUF1 RUF1 41 59 141 19 CAGTTCAAAAAAATGATCCCAGTTCAAAAAAATGATCCCAGTTCAAAAAAATGATCCCAG SH9294 9294 27 177 RUF1 RUF1 46 66 146 21 CATGATTCAGTTCAAAAAAATCATGATTCAGTTCAAAAAAATCATGATTCAGTTCAAAAA SH9295 9295 54 12 RUF1 RUF1 51 68 151 18 AGCATGATTCAGTTCAAAAGCATGATTCAGTTCAAAAGCATGATTCAGTTCAAAAGCATG SH9296 9296 48 148 RUF1 RUF1 56 73 156 18 AAAAGAGCATGATTCAGTAAAAGAGCATGATTCAGTAAAAGAGCATGATTCAGTAAAAGA SH9297 9297 57 173 RUF1 RUF1 61 79 161 19 CACTTAAAAAGAGCATGATCACTTAAAAAGAGCATGATCACTTAAAAAGAGCATGATCAC SH9298 9298 91 4 RUF1 RUF1 66 83 166 18 AAAGCACTTAAAAAGAGCAAAGCACTTAAAAAGAGCAAAGCACTTAAAAAGAGCAAAGCA SH9299 9299 39 170 RUF1 RUF1 71 89 171 19 GGTTTCAAAGCACTTAAAAGGTTTCAAAGCACTTAAAAGGTTTCAAAGCACTTAAAAGGT SH9300 9300 34 106 RUF1 RUF1 76 92 176 17 GAGGGTTTCAAAGCACTGAGGGTTTCAAAGCACTGAGGGTTTCAAAGCACTGAGGGTTTC SH9301 9301 102 161 RUF1 RUF1 81 97 181 17 TCATCGAGGGTTTCAAATCATCGAGGGTTTCAAATCATCGAGGGTTTCAAATCATCGAGG SH9302 9302 95 209 RUF1 RUF1 86 102 186 17 CACATTCATCGAGGGTTCACATTCATCGAGGGTTCACATTCATCGAGGGTTCACATTCAT SH9303 9303 66 91 RUF1 RUF1 91 108 191 18 CATTGACACATTCATCGACATTGACACATTCATCGACATTGACACATTCATCGACATTGA SH9304 9304 43 93 RUF1 RUF1 96 112 196 17 TGCACATTGACACATTCTGCACATTGACACATTCTGCACATTGACACATTCTGCACATTG SH9305 9305 60 48 RUF1 RUF1 101 118 201 18 TATCTTTGCACATTGACATATCTTTGCACATTGACATATCTTTGCACATTGACATATCTT SH9306 9306 90 46 RUF1 RUF1 106 123 206 18 TGGTTTATCTTTGCACATTGGTTTATCTTTGCACATTGGTTTATCTTTGCACATTGGTTT SH9307 9307 81 90 RUF1 RUF1 111 129 211 19 GAACAATGGTTTATCTTTGGAACAATGGTTTATCTTTGGAACAATGGTTTATCTTTGGAA SH9308 9308 14 6 RUF1 RUF1 116 133 216 18 CAGAGAACAATGGTTTATCAGAGAACAATGGTTTATCAGAGAACAATGGTTTATCAGAGA SH9309 9309 93 116 RUF1 RUF1 121 137 221 17 TCAACAGAGAACAATGGTCAACAGAGAACAATGGTCAACAGAGAACAATGGTCAACAGAG SH9310 9310 79 71 RUF1 RUF1 126 142 226 17 ACTGATCAACAGAGAACACTGATCAACAGAGAACACTGATCAACAGAGAACACTGATCAA SH9311 9311 35 152 RUF1 RUF1 131 147 231 17 AAGTCACTGATCAACAGAAGTCACTGATCAACAGAAGTCACTGATCAACAGAAGTCACTG SH9312 9312 62 161 RUF1 RUF1 136 153 236 18 AACATTAAGTCACTGATCAACATTAAGTCACTGATCAACATTAAGTCACTGATCAACATT SH9313 9313 96 212 RUF1 RUF1 141 158 241 18 AAGCAAACATTAAGTCACAAGCAAACATTAAGTCACAAGCAAACATTAAGTCACAAGCAA SH9314 9314 86 182 RUF1 RUF1 146 163 246 18 CTCCAAAGCAAACATTAACTCCAAAGCAAACATTAACTCCAAAGCAAACATTAACTCCAA SH9315 9315 57 123 RUF1 RUF1 151 167 251 17 CATTCTCCAAAGCAAACCATTCTCCAAAGCAAACCATTCTCCAAAGCAAACCATTCTCCA SH9316 9316 61 114 RUF1 RUF1 156 175 256 20 GAAAATATCATTCTCCAAAGGAAAATATCATTCTCCAAAGGAAAATATCATTCTCCAAAG SH9317 9317 65 42 RUF1 RUF1 161 178 261 18 AGGGAAAATATCATTCTCAGGGAAAATATCATTCTCAGGGAAAATATCATTCTCAGGGAA SH9318 9318 26 37 RUF1 RUF1 166 183 266 18 AGGAAAGGGAAAATATCAAGGAAAGGGAAAATATCAAGGAAAGGGAAAATATCAAGGAAA SH9319 9319 13 173 RUF1 RUF1 171 190 271 20 CAAATATAGGAAAGGGAAAACAAATATAGGAAAGGGAAAACAAATATAGGAAAGGGAAAA SH9320 9320 70 161 RUF1 RUF1 176 193 276 18 AGTCAAATATAGGAAAGGAGTCAAATATAGGAAAGGAGTCAAATATAGGAAAGGAGTCAA SH9321 9321 96 36 RUF1 RUF1 181 200 281 20 GAACAAAAGTCAAATATAGGGAACAAAAGTCAAATATAGGGAACAAAAGTCAAATATAGG SH9322 9322 47 147 RUF1 RUF1 186 206 286 21 CTTTTAGAACAAAAGTCAAATCTTTTAGAACAAAAGTCAAATCTTTTAGAACAAAAGTCA SH9323 9323 66 128 RUF1 RUF1 191 212 291 22 AAATAACTTTTAGAACAAAAGTAAATAACTTTTAGAACAAAAGTAAATAACTTTTAGAAC SH9324 9324 52 156 RUF1 RUF1 196 215 296 20 TCCAAATAACTTTTAGAACATCCAAATAACTTTTAGAACATCCAAATAACTTTTAGAACA SH9325 9325 50 57 RUF1 RUF1 201 220 301 20 TTCTCTCCAAATAACTTTTATTCTCTCCAAATAACTTTTATTCTCTCCAAATAACTTTTA SH9326 9326 3 79 RUF1 RUF1 206 223 306 18 CTTTTCTCTCCAAATAACCTTTTCTCTCCAAATAACCTTTTCTCTCCAAATAACCTTTTC SH9327 9327 41 112 RUF1 RUF1 211 227 311 17 ATGCCTTTTCTCTCCAAATGCCTTTTCTCTCCAAATGCCTTTTCTCTCCAAATGCCTTTT SH9328 9328 76 36 RUF1 RUF1 216 232 316 17 CAATCATGCCTTTTCTCCAATCATGCCTTTTCTCCAATCATGCCTTTTCTCCAATCATGC SH9329 9329 39 85 RUF1 RUF1 221 237 321 17 AACCTCAATCATGCCTTAACCTCAATCATGCCTTAACCTCAATCATGCCTTAACCTCAAT SH9330 9330 46 131 RUF1 RUF1 226 242 326 17 GTCGCAACCTCAATCATGTCGCAACCTCAATCATGTCGCAACCTCAATCATGTCGCAACC SH9331 9331 50 185 RUF1 RUF1 231 247 331 17 AAAAAGTCGCAACCTCAAAAAAGTCGCAACCTCAAAAAAGTCGCAACCTCAAAAAAGTCG SH9332 9332 26 202 RUF1 RUF1 236 253 336 18 AAAACGAAAAAGTCGCAAAAAACGAAAAAGTCGCAAAAAACGAAAAAGTCGCAAAAAACG SH9333 9333 16 97 RUF1 RUF1 241 260 341 20 AAAAGCAAAAACGAAAAAGTAAAAGCAAAAACGAAAAAGTAAAAGCAAAAACGAAAAAGT SH9334 9334 17 173 RUF1 RUF1 246 263 346 18 TGCAAAAGCAAAAACGAATGCAAAAGCAAAAACGAATGCAAAAGCAAAAACGAATGCAAA SH9335 9335 89 75 RUF1 RUF1 251 268 351 18 ATCCATGCAAAAGCAAAAATCCATGCAAAAGCAAAAATCCATGCAAAAGCAAAAATCCAT SH9336 9336 104 67 RUF1 RUF1 256 273 356 18 GAATTATCCATGCAAAAGGAATTATCCATGCAAAAGGAATTATCCATGCAAAAGGAATTA SH9337 9337 87 117 RUF1 RUF1 261 277 361 17 GGATGAATTATCCATGCGGATGAATTATCCATGCGGATGAATTATCCATGCGGATGAATT SH9338 9338 40 76 RUF1 RUF1 266 283 366 18 GTGCATGGATGAATTATCGTGCATGGATGAATTATCGTGCATGGATGAATTATCGTGCAT SH9339 9339 67 67 RUF1 RUF1 271 287 371 17 AGATGTGCATGGATGAAAGATGTGCATGGATGAAAGATGTGCATGGATGAAAGATGTGCA SH9340 9340 82 7 RUF1 RUF1 276 290 376 15 GTGAGATGTGCATGGGTGAGATGTGCATGGGTGAGATGTGCATGGGTGAGATGTGCATGG SH9341 9341 35 17 RUF1 RUF1 281 298 381 18 CCAATAAAGTGAGATGTGCCAATAAAGTGAGATGTGCCAATAAAGTGAGATGTGCCAATA SH9342 9342 60 96 RUF1 RUF1 286 302 386 17 AGGTCCAATAAAGTGAGAGGTCCAATAAAGTGAGAGGTCCAATAAAGTGAGAGGTCCAAT SH9343 9343 39 100 RUF1 RUF1 291 308 391 18 TCTTGAAGGTCCAATAAATCTTGAAGGTCCAATAAATCTTGAAGGTCCAATAAATCTTGA SH9344 9344 79 143 RUF1 RUF1 296 312 396 17 CCAATCTTGAAGGTCCACCAATCTTGAAGGTCCACCAATCTTGAAGGTCCACCAATCTTG SH9345 9345 34 29 RUF1 RUF1 301 317 401 17 GGAAACCAATCTTGAAGGGAAACCAATCTTGAAGGGAAACCAATCTTGAAGGGAAACCAA SH9346 9346 84 81 RUF1 RUF1 306 322 406 17 ACATGGGAAACCAATCTACATGGGAAACCAATCTACATGGGAAACCAATCTACATGGGAA SH9347 9347 64 112 RUF1 RUF1 311 328 411 18 TAAATTACATGGGAAACCTAAATTACATGGGAAACCTAAATTACATGGGAAACCTAAATT SH9348 9348 36 204 RUF1 RUF1 316 335 416 20 AGAAAATTAAATTACATGGGAGAAAATTAAATTACATGGGAGAAAATTAAATTACATGGG SH9349 9349 83 210 RUF1 RUF1 321 340 421 20 AGGAGAGAAAATTAAATTACAGGAGAGAAAATTAAATTACAGGAGAGAAAATTAAATTAC SH9350 9350 73 100 RUF1 RUF1 326 344 426 19 GTAGAGGAGAGAAAATTAAGTAGAGGAGAGAAAATTAAGTAGAGGAGAGAAAATTAAGTA SH9351 9351 11 3 RUF1 RUF1 331 348 431 18 AAATGTAGAGGAGAGAAAAAATGTAGAGGAGAGAAAAAATGTAGAGGAGAGAAAAAATGT SH9352 9352 102 138 RUF1 RUF1 336 354 436 19 CATATTAAATGTAGAGGAGCATATTAAATGTAGAGGAGCATATTAAATGTAGAGGAGCAT SH9353 9353 102 87 RUF1 RUF1 341 362 441 22 ATATAGAACATATTAAATGTAGATATAGAACATATTAAATGTAGATATAGAACATATTAA SH9354 9354 82 188 RUF1 RUF1 346 370 446 25 ATTAATTAATATAGAACATATTAAAATTAATTAATATAGAACATATTAAAATTAATTAAT SH9355 9355 61 30 RUF1 RUF1 351 373 451 23 GGTATTAATTAATATAGAACATAGGTATTAATTAATATAGAACATAGGTATTAATTAATA SH9356 9356 21 193 RUF1 RUF1 356 378 456 23 CAATTGGTATTAATTAATATAGACAATTGGTATTAATTAATATAGACAATTGGTATTAAT SH9357 9357 12 122 RUF1 RUF1 361 382 461 22 AACTCAATTGGTATTAATTAATAACTCAATTGGTATTAATTAATAACTCAATTGGTATTA SH9358 9358 62 139 RUF1 RUF1 366 385 466 20 CACAACTCAATTGGTATTAACACAACTCAATTGGTATTAACACAACTCAATTGGTATTAA SH9359 9359 92 37 RUF1 RUF1 371 387 471 17 CGCACAACTCAATTGGTCGCACAACTCAATTGGTCGCACAACTCAATTGGTCGCACAACT SH9360 9360 71 192 RUF1 RUF1 376 392 476 17 AAGTACGCACAACTCAAAAGTACGCACAACTCAAAAGTACGCACAACTCAAAAGTACGCA SH9361 9361 27 4 RUF1 RUF1 381 397 481 17 CAATGAAGTACGCACAACAATGAAGTACGCACAACAATGAAGTACGCACAACAATGAAGT SH9362 9362 35 170 RUF1 RUF1 386 402 486 17 ATCTGCAATGAAGTACGATCTGCAATGAAGTACGATCTGCAATGAAGTACGATCTGCAAT SH9363 9363 71 202 RUF1 RUF1 391 410 491 20 GGTAAAATATCTGCAATGAAGGTAAAATATCTGCAATGAAGGTAAAATATCTGCAATGAA SH9364 9364 84 186 RUF1 RUF1 396 413 496 18 TCTGGTAAAATATCTGCATCTGGTAAAATATCTGCATCTGGTAAAATATCTGCATCTGGT SH9365 9365 7 158 RUF1 RUF1 401 418 501 18 ACAGGTCTGGTAAAATATACAGGTCTGGTAAAATATACAGGTCTGGTAAAATATACAGGT SH9366 9366 11 157 RUF1 RUF1 406 421 506 16 CAGACAGGTCTGGTAACAGACAGGTCTGGTAACAGACAGGTCTGGTAACAGACAGGTCTG SH9367 9367 20 23 RUF1 RUF1 411 427 511 17 AAAACTCAGACAGGTCTAAAACTCAGACAGGTCTAAAACTCAGACAGGTCTAAAACTCAG SH9368 9368 44 174 RUF1 RUF1 416 433 516 18 GAACGAAAAACTCAGACAGAACGAAAAACTCAGACAGAACGAAAAACTCAGACAGAACGA SH9369 9369 32 7 RUF1 RUF1 421 438 521 18 AACTTGAACGAAAAACTCAACTTGAACGAAAAACTCAACTTGAACGAAAAACTCAACTTG SH9370 9370 45 74 RUF1 RUF1 426 443 526 18 AACCAAACTTGAACGAAAAACCAAACTTGAACGAAAAACCAAACTTGAACGAAAAACCAA SH9371 9371 34 36 RUF1 RUF1 431 449 531 19 GATTTCAACCAAACTTGAAGATTTCAACCAAACTTGAAGATTTCAACCAAACTTGAAGAT SH9372 9372 17 53 RUF1 RUF1 436 452 536 17 GCCGATTTCAACCAAACGCCGATTTCAACCAAACGCCGATTTCAACCAAACGCCGATTTC SH9373 9373 9 81 RUF1 RUF1 441 457 541 17 CTCAAGCCGATTTCAACCTCAAGCCGATTTCAACCTCAAGCCGATTTCAACCTCAAGCCG SH9374 9374 81 136 RUF1 RUF1 446 462 546 17 TATACCTCAAGCCGATTTATACCTCAAGCCGATTTATACCTCAAGCCGATTTATACCTCA SH9375 9375 97 182 RUF1 RUF1 451 467 551 17 GTTCATATACCTCAAGCGTTCATATACCTCAAGCGTTCATATACCTCAAGCGTTCATATA SH9376 9376 21 144 RUF1 RUF1 456 472 556 17 ACCACGTTCATATACCTACCACGTTCATATACCTACCACGTTCATATACCTACCACGTTC SH9377 9377 63 67 RUF1 RUF1 461 476 561 16 CCCAACCACGTTCATACCCAACCACGTTCATACCCAACCACGTTCATACCCAACCACGTT SH9378 9378 54 69 RUF1 RUF1 466 481 566 16 CATATCCCAACCACGTCATATCCCAACCACGTCATATCCCAACCACGTCATATCCCAACC SH9379 9379 18 178 RUF1 RUF1 471 487 571 17 AATCTCCATATCCCAACAATCTCCATATCCCAACAATCTCCATATCCCAACAATCTCCAT SH9380 9380 88 103 RUF1 RUF1 476 492 576 17 CTCCCAATCTCCATATCCTCCCAATCTCCATATCCTCCCAATCTCCATATCCTCCCAATC SH9381 9381 83 150 RUF1 RUF1 481 495 581 15 GATCTCCCAATCTCCGATCTCCCAATCTCCGATCTCCCAATCTCCGATCTCCCAATCTCC SH9382 9382 97 170 RUF1 RUF1 486 502 586 17 CTTCTTTGATCTCCCAACTTCTTTGATCTCCCAACTTCTTTGATCTCCCAACTTCTTTGA SH9383 9383 58 148 RUF1 RUF1 491 508 591 18 TTTTCGCTTCTTTGATCTTTTTCGCTTCTTTGATCTTTTTCGCTTCTTTGATCTTTTTCG SH9384 9384 67 192 RUF1 RUF1 496 513 596 18 AGGTATTTTCGCTTCTTTAGGTATTTTCGCTTCTTTAGGTATTTTCGCTTCTTTAGGTAT SH9385 9385 15 158 RUF1 RUF1 501 517 601 17 TCTCAGGTATTTTCGCTTCTCAGGTATTTTCGCTTCTCAGGTATTTTCGCTTCTCAGGTA SH9386 9386 86 144 RUF1 RUF1 506 523 606 18 AAACTGTCTCAGGTATTTAAACTGTCTCAGGTATTTAAACTGTCTCAGGTATTTAAACTG SH9387 9387 77 44 RUF1 RUF1 511 528 611 18 TAAAAAAACTGTCTCAGGTAAAAAAACTGTCTCAGGTAAAAAAACTGTCTCAGGTAAAAA SH9388 9388 22 115 RUF1 RUF1 516 537 616 22 CTTCTTTTTTAAAAAAACTGTCCTTCTTTTTTAAAAAAACTGTCCTTCTTTTTTAAAAAA SH9389 9389 104 10 RUF1 RUF1 521 542 621 22 CTTAGCTTCTTTTTTAAAAAAACTTAGCTTCTTTTTTAAAAAAACTTAGCTTCTTTTTTA SH9390 9390 81 163 RUF1 RUF1 526 545 626 20 TTCCTTAGCTTCTTTTTTAATTCCTTAGCTTCTTTTTTAATTCCTTAGCTTCTTTTTTAA SH9391 9391 21 58 RUF1 RUF1 531 548 631 18 ATGTTCCTTAGCTTCTTTATGTTCCTTAGCTTCTTTATGTTCCTTAGCTTCTTTATGTTC SH9392 9392 23 185 RUF1 536-550 + 3' 536 636 17 agTCATGTTCCTTAGCTagTCATGTTCCTTAGCTagTCATGTTCCTTAGCTagTCATGTT SH9393 9393 43 11 RUF1 541-550 + 3' 541 641 17 ctttgagTCATGTTCCTctttgagTCATGTTCCTctttgagTCATGTTCCTctttgagTC SH9394 9394 93 61 RUF1 546-550 + 3' 546 646 17 tgtctctttgagTCATGtgtctctttgagTCATGtgtctctttgagTCATGtgtctcttt SH9395 9395 83 41 RUF1 3' 651 18 ataatgtgtctctttgagataatgtgtctctttgagataatgtgtctctttgagataatg SH9396 9396 55 114 RUF1 3' 656 18 caagaataatgtgtctctcaagaataatgtgtctctcaagaataatgtgtctctcaagaa SH9397 9397 73 42 RUF1 3' 661 21 cataaaaacaagaataatgtgcataaaaacaagaataatgtgcataaaaacaagaataat SH9398 9398 40 181 RUF1 3' 666 22 cctattcataaaaacaagaatacctattcataaaaacaagaatacctattcataaaaaca SH9399 9399 75 102 RUF1 3' 671 19 cgcctattcataaaaacaacgcctattcataaaaacaacgcctattcataaaaacaacgc SH9400 9400 19 13 RUF1 3' 676 17 cagcgcctattcataaacagcgcctattcataaacagcgcctattcataaacagcgccta SH9401 9401 77 140 RUF1 3' 681 13 ccagcgcctattcccagcgcctattcccagcgcctattcccagcgcctattcccagcgcc SH9402 9402 92 101 RUF1 3' 686 13 gccgaccagcgccgccgaccagcgccgccgaccagcgccgccgaccagcgccgccgacca SH9403 9403 31 59 RUF1 3' 691 13 ggtgcgccgaccaggtgcgccgaccaggtgcgccgaccaggtgcgccgaccaggtgcgcc SH9404 9404 95 137 RUF1 3' 696 13 atacaggtgcgccatacaggtgcgccatacaggtgcgccatacaggtgcgccatacaggt SH9405 9405 35 176 RUF1 3' 701 20 aaataatagtacatacaggtaaataatagtacatacaggtaaataatagtacatacaggt SH9406 9406 30 154 RUF1 3' 706 22 gagaaaaaaataatagtacatagagaaaaaaataatagtacatagagaaaaaaataatag SH9407 9407 21 201 RUF1 3' 711 22 agatagagaaaaaaataatagtagatagagaaaaaaataatagtagatagagaaaaaaat SH9408 9408 36 84 RUF1 3' 716 22 gaaatagatagagaaaaaaatagaaatagatagagaaaaaaatagaaatagatagagaaa SH9409 9409 92 119 RUF1 3' 721 20 caagaaatagatagagaaaacaagaaatagatagagaaaacaagaaatagatagagaaaa SH9410 9410 44 188 RUF1 3' 726 19 gaaccaagaaatagatagagaaccaagaaatagatagagaaccaagaaatagatagagaa SH9411 9411 35 136 RUF1 3' 731 17 tccgaaccaagaaatagtccgaaccaagaaatagtccgaaccaagaaatagtccgaacca SH9412 9412 101 72 RUF2 5' 1 18 ggactcaaaaattcttccggactcaaaaattcttccggactcaaaaattcttccggactc SH9413 9413 100 95 RUF2 5' 6 18 ctctaggactcaaaaattctctaggactcaaaaattctctaggactcaaaaattctctag SH9414 9414 97 168 RUF2 5' 11 18 aatatctctaggactcaaaatatctctaggactcaaaatatctctaggactcaaaatatc SH9415 9415 46 4 RUF2 5' 16 20 gttttataatatctctaggagttttataatatctctaggagttttataatatctctagga SH9416 9416 97 173 RUF2 5' 21 18 gccgttttataatatctcgccgttttataatatctcgccgttttataatatctcgccgtt SH9417 9417 23 136 RUF2 5' 26 17 gagggccgttttataatgagggccgttttataatgagggccgttttataatgagggccgt SH9418 9418 25 174 RUF2 5' 31 17 taatagagggccgtttttaatagagggccgtttttaatagagggccgtttttaatagagg SH9419 9419 49 103 RUF2 5' 36 17 caaattaatagagggcccaaattaatagagggcccaaattaatagagggcccaaattaat SH9420 9420 25 195 RUF2 5' 41 20 agaaagagcaaattaatagaagaaagagcaaattaatagaagaaagagcaaattaataga SH9421 9421 18 197 RUF2 5' 46 19 ggaaagaaagagcaaattaggaaagaaagagcaaattaggaaagaaagagcaaattagga SH9422 9422 3 138 RUF2 5' 51 17 tgaggaaagaaagagcatgaggaaagaaagagcatgaggaaagaaagagcatgaggaaag SH9423 9423 100 144 RUF2 5' 56 20 aattaaactgaggaaagaaaaattaaactgaggaaagaaaaattaaactgaggaaagaaa SH9424 9424 42 45 RUF2 5' 61 19 gaagaattaaactgaggaagaagaattaaactgaggaagaagaattaaactgaggaagaa SH9425 9425 93 152 RUF2 5' 66 19 cgaaagaagaattaaactgcgaaagaagaattaaactgcgaaagaagaattaaactgcga SH9426 9426 77 117 RUF2 5' 71 22 tttttattcgaaagaagaattatttttattcgaaagaagaattatttttattcgaaagaa SH9427 9427 8 89 RUF2 5' 76 22 tttattttttattcgaaagaagtttattttttattcgaaagaagtttattttttattcga SH9428 9428 56 162 RUF2 5' - 3 -19 3 81 23 GATatttttattttttattcgaaGATatttttattttttattcgaaGATatttttatttt SH9429 9429 66 120 RUF2 5' - 8 -14 8 86 23 GCCATGATatttttattttttatGCCATGATatttttattttttatGCCATGATattttt SH9430 9430 29 65 RUF2 5' - 10 -9 10 91 20 GAGCCATGATatttttatttGAGCCATGATatttttatttGAGCCATGATatttttattt SH9431 9431 48 133 RUF2 5' - 13 -4 13 96 18 GAAGAGCCATGATattttGAAGAGCCATGATattttGAAGAGCCATGATattttGAAGAG SH9432 9432 68 29 RUF2 RUF2 1 17 101 17 TGTTGAAGAGCCATGATTGTTGAAGAGCCATGATTGTTGAAGAGCCATGATTGTTGAAGA SH9433 9433 64 132 RUF2 RUF2 6 22 106 17 AAATGTGTTGAAGAGCCAAATGTGTTGAAGAGCCAAATGTGTTGAAGAGCCAAATGTGTT SH9434 9434 34 133 RUF2 RUF2 11 29 111 19 CATGTTGAAATGTGTTGAACATGTTGAAATGTGTTGAACATGTTGAAATGTGTTGAACAT SH9435 9435 57 150 RUF2 RUF2 16 33 116 18 TGAACATGTTGAAATGTGTGAACATGTTGAAATGTGTGAACATGTTGAAATGTGTGAACA SH9436 9436 38 102 RUF2 RUF2 21 40 121 20 AATTACTTGAACATGTTGAAAATTACTTGAACATGTTGAAAATTACTTGAACATGTTGAA SH9437 9437 81 89 RUF2 RUF2 26 44 126 19 CACAAATTACTTGAACATGCACAAATTACTTGAACATGCACAAATTACTTGAACATGCAC SH9438 9438 17 37 RUF2 RUF2 31 50 131 20 CACTAACACAAATTACTTGACACTAACACAAATTACTTGACACTAACACAAATTACTTGA SH9439 9439 13 204 RUF2 RUF2 36 54 136 19 CATCCACTAACACAAATTACATCCACTAACACAAATTACATCCACTAACACAAATTACAT SH9440 9440 82 210 RUF2 RUF2 41 57 141 17 GGTCATCCACTAACACAGGTCATCCACTAACACAGGTCATCCACTAACACAGGTCATCCA SH9441 9441 16 30 RUF2 RUF2 46 63 146 18 CTAAATGGTCATCCACTACTAAATGGTCATCCACTACTAAATGGTCATCCACTACTAAAT SH9442 9442 28 80 RUF2 RUF2 51 66 151 16 CCCCTAAATGGTCATCCCCCTAAATGGTCATCCCCCTAAATGGTCATCCCCCTAAATGGT SH9443 9443 70 201 RUF2 RUF2 56 70 156 15 GCAGCCCCTAAATGGGCAGCCCCTAAATGGGCAGCCCCTAAATGGGCAGCCCCTAAATGG SH9444 9444 42 206 RUF2 RUF2 61 73 161 13 CCAGCAGCCCCTACCAGCAGCCCCTACCAGCAGCCCCTACCAGCAGCCCCTACCAGCAGC SH9445 9445 53 74 RUF2 RUF2 66 78 166 13 CCAGGCCAGCAGCCCAGGCCAGCAGCCCAGGCCAGCAGCCCAGGCCAGCAGCCCAGGCCA SH9446 9446 65 41 RUF2 RUF2 71 83 171 13 GGTAACCAGGCCAGGTAACCAGGCCAGGTAACCAGGCCAGGTAACCAGGCCAGGTAACCA SH9447 9447 84 213 RUF2 RUF2 76 88 176 13 CTCCCGGTAACCACTCCCGGTAACCACTCCCGGTAACCACTCCCGGTAACCACTCCCGGT SH9448 9448 8 78 RUF2 RUF2 81 97 181 17 CAAGAAAAACTCCCGGTCAAGAAAAACTCCCGGTCAAGAAAAACTCCCGGTCAAGAAAAA SH9449 9449 103 115 RUF2 RUF2 86 102 186 17 GGATCCAAGAAAAACTCGGATCCAAGAAAAACTCGGATCCAAGAAAAACTCGGATCCAAG SH9450 9450 87 126 RUF2 RUF2 91 107 191 17 AGCTTGGATCCAAGAAAAGCTTGGATCCAAGAAAAGCTTGGATCCAAGAAAAGCTTGGAT SH9451 9451 83 211 RUF2 RUF2 96 110 196 15 GCTAGCTTGGATCCAGCTAGCTTGGATCCAGCTAGCTTGGATCCAGCTAGCTTGGATCCA SH9452 9452 60 135 RUF2 RUF2 101 116 201 16 GGAAAAGCTAGCTTGGGGAAAAGCTAGCTTGGGGAAAAGCTAGCTTGGGGAAAAGCTAGC SH9453 9453 31 130 RUF2 RUF2 106 121 206 16 CAGACGGAAAAGCTAGCAGACGGAAAAGCTAGCAGACGGAAAAGCTAGCAGACGGAAAAG SH9454 9454 29 43 RUF2 RUF2 111 128 211 18 GGATAATCAGACGGAAAAGGATAATCAGACGGAAAAGGATAATCAGACGGAAAAGGATAA SH9455 9455 77 119 RUF2 RUF2 116 133 216 18 CTTAAGGATAATCAGACGCTTAAGGATAATCAGACGCTTAAGGATAATCAGACGCTTAAG SH9456 9456 34 53 RUF2 RUF2 121 138 221 18 TGAAGCTTAAGGATAATCTGAAGCTTAAGGATAATCTGAAGCTTAAGGATAATCTGAAGC SH9457 9457 83 158 RUF2 RUF2 126 143 226 18 ATTTGTGAAGCTTAAGGAATTTGTGAAGCTTAAGGAATTTGTGAAGCTTAAGGAATTTGT SH9458 9458 40 70 RUF2 RUF2 131 150 231 20 AATTGTAATTTGTGAAGCTTAATTGTAATTTGTGAAGCTTAATTGTAATTTGTGAAGCTT SH9459 9459 60 139 RUF2 RUF2 136 155 236 20 GGAAAAATTGTAATTTGTGAGGAAAAATTGTAATTTGTGAGGAAAAATTGTAATTTGTGA SH9460 9460 91 208 RUF2 RUF2 141 159 241 19 CGTGGGAAAAATTGTAATTCGTGGGAAAAATTGTAATTCGTGGGAAAAATTGTAATTCGT SH9461 9461 4 66 RUF2 RUF2 146 162 246 17 ATGCGTGGGAAAAATTGATGCGTGGGAAAAATTGATGCGTGGGAAAAATTGATGCGTGGG SH9462 9462 76 147 RUF2 RUF2 151 167 251 17 TCTTAATGCGTGGGAAATCTTAATGCGTGGGAAATCTTAATGCGTGGGAAATCTTAATGC SH9463 9463 50 211 RUF2 RUF2 156 173 256 18 CTTATTTCTTAATGCGTGCTTATTTCTTAATGCGTGCTTATTTCTTAATGCGTGCTTATT SH9464 9464 50 43 RUF2 RUF2 161 180 261 20 TCTTGAGCTTATTTCTTAATTCTTGAGCTTATTTCTTAATTCTTGAGCTTATTTCTTAAT SH9465 9465 97 34 RUF2 RUF2 166 183 266 18 GCATCTTGAGCTTATTTCGCATCTTGAGCTTATTTCGCATCTTGAGCTTATTTCGCATCT SH9466 9466 92 199 RUF2 RUF2 171 187 271 17 TTAGGCATCTTGAGCTTTTAGGCATCTTGAGCTTTTAGGCATCTTGAGCTTTTAGGCATC SH9467 9467 18 48 RUF2 RUF2 176 193 276 18 CTTATTTTAGGCATCTTGCTTATTTTAGGCATCTTGCTTATTTTAGGCATCTTGCTTATT SH9468 9468 66 135 RUF2 RUF2 181 200 281 20 GATAGAACTTATTTTAGGCAGATAGAACTTATTTTAGGCAGATAGAACTTATTTTAGGCA SH9469 9469 66 68 RUF2 RUF2 186 203 286 18 CGGGATAGAACTTATTTTCGGGATAGAACTTATTTTCGGGATAGAACTTATTTTCGGGAT SH9470 9470 72 160 RUF2 RUF2 191 205 291 15 GGCGGGATAGAACTTGGCGGGATAGAACTTGGCGGGATAGAACTTGGCGGGATAGAACTT SH9471 9471 42 139 RUF2 RUF2 196 212 296 17 GAAAAAAGGCGGGATAGGAAAAAAGGCGGGATAGGAAAAAAGGCGGGATAGGAAAAAAGG SH9472 9472 72 106 RUF2 RUF2 201 215 301 15 AGCGAAAAAAGGCGGAGCGAAAAAAGGCGGAGCGAAAAAAGGCGGAGCGAAAAAAGGCGG SH9473 9473 12 119 RUF2 RUF2 206 224 306 19 GTCATTGTTAGCGAAAAAAGTCATTGTTAGCGAAAAAAGTCATTGTTAGCGAAAAAAGTC SH9474 9474 75 23 RUF2 RUF2 211 227 311 17 TCAGTCATTGTTAGCGATCAGTCATTGTTAGCGATCAGTCATTGTTAGCGATCAGTCATT SH9475 9475 25 130 RUF2 RUF2 216 233 316 18 GAATACTCAGTCATTGTTGAATACTCAGTCATTGTTGAATACTCAGTCATTGTTGAATAC SH9476 9476 14 87 RUF2 RUF2 221 237 321 17 GTGGGAATACTCAGTCAGTGGGAATACTCAGTCAGTGGGAATACTCAGTCAGTGGGAATA SH9477 9477 32 93 RUF2 RUF2 226 241 326 16 GACTGTGGGAATACTCGACTGTGGGAATACTCGACTGTGGGAATACTCGACTGTGGGAAT SH9478 9478 103 175 RUF2 RUF2 231 247 331 17 ACTATAGACTGTGGGAAACTATAGACTGTGGGAAACTATAGACTGTGGGAAACTATAGAC SH9479 9479 93 98 RUF2 RUF2 236 254 336 19 CTATCAAACTATAGACTGTCTATCAAACTATAGACTGTCTATCAAACTATAGACTGTCTA SH9480 9480 36 192 RUF2 RUF2 241 260 341 20 CATCTACTATCAAACTATAGCATCTACTATCAAACTATAGCATCTACTATCAAACTATAG SH9481 9481 97 148 RUF2 RUF2 246 262 346 17 CCCATCTACTATCAAACCCCATCTACTATCAAACCCCATCTACTATCAAACCCCATCTAC SH9482 9482 67 2 RUF2 RUF2 251 265 351 15 CCGCCCATCTACTATCCGCCCATCTACTATCCGCCCATCTACTATCCGCCCATCTACTAT SH9483 9483 84 26 RUF2 256-268 + 3' 256 356 17 aaaaTTTCCGCCCATCTaaaaTTTCCGCCCATCTaaaaTTTCCGCCCATCTaaaaTTTCC SH9484 9484 31 211 RUF2 261-268 + 3' 261 361 17 tgagaaaaaTTTCCGCCtgagaaaaaTTTCCGCCtgagaaaaaTTTCCGCCtgagaaaaa SH9485 9485 70 13 RUF2 266-268 + 3' 266 366 23 aagtaaatatatgagaaaaaTTTaagtaaatatatgagaaaaaTTTaagtaaatatatga SH9486 9486 37 120 RUF2 3' 371 23 ataaaaagtaaatatatgagaaaataaaaagtaaatatatgagaaaataaaaagtaaata SH9487 9487 59 118 RUF2 3' 376 22 tcctataaaaagtaaatatatgtcctataaaaagtaaatatatgtcctataaaaagtaaa SH9488 9488 63 43 RUF2 3' 381 20 ctctcctataaaaagtaaatctctcctataaaaagtaaatctctcctataaaaagtaaat SH9489 9489 87 97 RUF2 3' 386 20 atatactctcctataaaaagatatactctcctataaaaagatatactctcctataaaaag SH9490 9490 50 165 RUF2 3' 391 20 cgtaaatatactctcctatacgtaaatatactctcctatacgtaaatatactctcctata SH9491 9491 51 114 RUF2 3' 396 18 gtacgtaaatatactctcgtacgtaaatatactctcgtacgtaaatatactctcgtacgt SH9492 9492 12 190 RUF2 3' 401 20 actatacgtacgtaaatataactatacgtacgtaaatataactatacgtacgtaaatata SH9493 9493 13 14 RUF2 3' 406 18 atcactatacgtacgtaaatcactatacgtacgtaaatcactatacgtacgtaaatcact SH9494 9494 33 118 RUF2 3' 411 18 atgcaatcactatacgtaatgcaatcactatacgtaatgcaatcactatacgtaatgcaa SH9495 9495 66 192 RUF2 3' 416 18 actacatgcaatcactatactacatgcaatcactatactacatgcaatcactatactaca SH9496 9496 104 122 RUF2 3' 421 17 agcaactacatgcaatcagcaactacatgcaatcagcaactacatgcaatcagcaactac SH9497 9497 38 148 RUF2 3' 426 15 gggagcaactacatggggagcaactacatggggagcaactacatggggagcaactacatg SH9498 9498 62 202 RUF2 3' 431 17 agatatagggagcaactagatatagggagcaactagatatagggagcaactagatatagg SH9499 9499 64 96 RUF2 3' 436 17 tgacaagatatagggagtgacaagatatagggagtgacaagatatagggagtgacaagat SH9500 9500 39 125 RUF2 3' 441 19 gctcatatgacaagatatagctcatatgacaagatatagctcatatgacaagatatagct SH9501 9501 68 189 RUF2 3' 446 17 cacgctcatatgacaagcacgctcatatgacaagcacgctcatatgacaagcacgctcat SH9502 9502 40 162 RUF2 3' 451 17 agtatcacgctcatatgagtatcacgctcatatgagtatcacgctcatatgagtatcacg SH9503 9503 73 34 RUF3 5' 1 13 gcccatcggataggcccatcggataggcccatcggataggcccatcggataggcccatcg SH9504 9504 5 91 RUF3 5' 6 17 ttttatagtgcccatcgttttatagtgcccatcgttttatagtgcccatcgttttatagt SH9505 9505 92 58 RUF3 5' 11 16 cgccttttatagtgcccgccttttatagtgcccgccttttatagtgcccgccttttatag SH9506 9506 72 191 RUF3 5' 16 17 tcccttcgccttttatatcccttcgccttttatatcccttcgccttttatatcccttcgc SH9507 9507 58 93 RUF3 5' 21 17 aattttcccttcgccttaattttcccttcgccttaattttcccttcgccttaattttccc SH9508 9508 45 132 RUF3 5' 26 20 aaaaaactaattttcccttcaaaaaactaattttcccttcaaaaaactaattttcccttc SH9509 9509 91 131 RUF3 5' 31 22 acaagaaaaaaaactaattttcacaagaaaaaaaactaattttcacaagaaaaaaaacta SH9510 9510 49 76 RUF3 5' 36 21 cttgacaagaaaaaaaactaacttgacaagaaaaaaaactaacttgacaagaaaaaaaac SH9511 9511 50 53 RUF3 5' 41 20 aatgcttgacaagaaaaaaaaatgcttgacaagaaaaaaaaatgcttgacaagaaaaaaa SH9512 9512 72 140 RUF3 5' 46 18 gcaaatgcttgacaagaagcaaatgcttgacaagaagcaaatgcttgacaagaagcaaat SH9513 9513 47 81 RUF3 5' 51 15 cggcaaatgcttgaccggcaaatgcttgaccggcaaatgcttgaccggcaaatgcttgac SH9514 9514 100 191 RUF3 5' 56 13 gctcggcaaatgcgctcggcaaatgcgctcggcaaatgcgctcggcaaatgcgctcggca SH9515 9515 20 42 RUF3 5' 61 13 gaagcgctcggcagaagcgctcggcagaagcgctcggcagaagcgctcggcagaagcgct SH9516 9516 77 179 RUF3 5' 66 17 atcaacattgaagcgctatcaacattgaagcgctatcaacattgaagcgctatcaacatt SH9517 9517 100 119 RUF3 5' 71 18 agaccaatcaacattgaaagaccaatcaacattgaaagaccaatcaacattgaaagacca SH9518 9518 70 38 RUF3 5' 76 18 cttctagaccaatcaacacttctagaccaatcaacacttctagaccaatcaacacttcta SH9519 9519 3 103 RUF3 5' 81 18 tgttacttctagaccaattgttacttctagaccaattgttacttctagaccaattgttac SH9520 9520 86 213 RUF3 5' - 4 -14 4 86 19 CTTGattgttacttctagaCTTGattgttacttctagaCTTGattgttacttctagaCTT SH9521 9521 28 37 RUF3 5' - 8 -9 8 91 18 CTGTCTTGattgttacttCTGTCTTGattgttacttCTGTCTTGattgttacttCTGTCT SH9522 9522 36 86 RUF3 5' - 14 -4 14 96 19 CTTTATCTGTCTTGattgtCTTTATCTGTCTTGattgtCTTTATCTGTCTTGattgtCTT SH9523 9523 81 98 RUF3 RUF3 1 18 101 18 TAGACTTTATCTGTCTTGTAGACTTTATCTGTCTTGTAGACTTTATCTGTCTTGTAGACT SH9524 9524 8 60 RUF3 RUF3 6 23 106 18 CGTACTAGACTTTATCTGCGTACTAGACTTTATCTGCGTACTAGACTTTATCTGCGTACT SH9525 9525 29 144 RUF3 RUF3 11 27 111 17 CACACGTACTAGACTTTCACACGTACTAGACTTTCACACGTACTAGACTTTCACACGTAC SH9526 9526 76 199 RUF3 RUF3 16 30 116 15 CTGCACACGTACTAGCTGCACACGTACTAGCTGCACACGTACTAGCTGCACACGTACTAG SH9527 9527 85 204 RUF3 RUF3 21 37 121 17 CATTAACCTGCACACGTCATTAACCTGCACACGTCATTAACCTGCACACGTCATTAACCT SH9528 9528 43 170 RUF3 RUF3 26 40 126 15 GCGCATTAACCTGCAGCGCATTAACCTGCAGCGCATTAACCTGCAGCGCATTAACCTGCA SH9529 9529 73 28 RUF3 RUF3 31 47 131 17 CTCACTTGCGCATTAACCTCACTTGCGCATTAACCTCACTTGCGCATTAACCTCACTTGC SH9530 9530 104 68 RUF3 RUF3 36 50 136 15 CTTCTCACTTGCGCACTTCTCACTTGCGCACTTCTCACTTGCGCACTTCTCACTTGCGCA SH9531 9531 21 166 RUF3 RUF3 41 58 141 18 TATCTACACTTCTCACTTTATCTACACTTCTCACTTTATCTACACTTCTCACTTTATCTA SH9532 9532 70 207 RUF3 RUF3 46 64 146 19 CTACAATATCTACACTTCTCTACAATATCTACACTTCTCTACAATATCTACACTTCTCTA SH9533 9533 31 7 RUF3 RUF3 51 69 151 19 CACAACTACAATATCTACACACAACTACAATATCTACACACAACTACAATATCTACACAC SH9534 9534 19 90 RUF3 RUF3 56 77 156 22 GTAAATATCACAACTACAATATGTAAATATCACAACTACAATATGTAAATATCACAACTA SH9535 9535 57 61 RUF3 RUF3 61 80 161 20 ATAGTAAATATCACAACTACATAGTAAATATCACAACTACATAGTAAATATCACAACTAC SH9536 9536 65 159 RUF3 RUF3 66 86 166 21 GTTAGAATAGTAAATATCACAGTTAGAATAGTAAATATCACAGTTAGAATAGTAAATATC SH9537 9537 83 201 RUF3 RUF3 71 90 171 20 CCAAGTTAGAATAGTAAATACCAAGTTAGAATAGTAAATACCAAGTTAGAATAGTAAATA SH9538 9538 13 79 RUF3 RUF3 76 92 176 17 CGCCAAGTTAGAATAGTCGCCAAGTTAGAATAGTCGCCAAGTTAGAATAGTCGCCAAGTT SH9539 9539 8 31 RUF3 RUF3 81 97 181 17 AATAGCGCCAAGTTAGAAATAGCGCCAAGTTAGAAATAGCGCCAAGTTAGAAATAGCGCC SH9540 9540 86 103 RUF3 RUF3 86 101 186 16 CGTTAATAGCGCCAAGCGTTAATAGCGCCAAGCGTTAATAGCGCCAAGCGTTAATAGCGC SH9541 9541 43 145 RUF3 RUF3 91 107 191 17 TGAAAGCGTTAATAGCGTGAAAGCGTTAATAGCGTGAAAGCGTTAATAGCGTGAAAGCGT SH9542 9542 39 96 RUF3 RUF3 96 112 196 17 GGTTGTGAAAGCGTTAAGGTTGTGAAAGCGTTAAGGTTGTGAAAGCGTTAAGGTTGTGAA SH9543 9543 11 98 RUF3 RUF3 101 117 201 17 TTTTGGGTTGTGAAAGCTTTTGGGTTGTGAAAGCTTTTGGGTTGTGAAAGCTTTTGGGTT SH9544 9544 82 139 RUF3 RUF3 106 122 206 17 GATGTTTTTGGGTTGTGGATGTTTTTGGGTTGTGGATGTTTTTGGGTTGTGGATGTTTTT SH9545 9545 40 91 RUF3 RUF3 111 128 211 18 TTTCTTGATGTTTTTGGGTTTCTTGATGTTTTTGGGTTTCTTGATGTTTTTGGGTTTCTT SH9546 9546 53 195 RUF3 RUF3 116 133 216 18 AGGCTTTTCTTGATGTTTAGGCTTTTCTTGATGTTTAGGCTTTTCTTGATGTTTAGGCTT SH9547 9547 104 44 RUF3 RUF3 121 138 221 18 TTGAAAGGCTTTTCTTGATTGAAAGGCTTTTCTTGATTGAAAGGCTTTTCTTGATTGAAA SH9548 9548 42 29 RUF3 RUF3 126 145 226 20 CAATTTATTGAAAGGCTTTTCAATTTATTGAAAGGCTTTTCAATTTATTGAAAGGCTTTT SH9549 9549 39 13 RUF3 RUF3 131 148 231 18 GAGCAATTTATTGAAAGGGAGCAATTTATTGAAAGGGAGCAATTTATTGAAAGGGAGCAA SH9550 9550 98 88 RUF3 RUF3 136 153 236 18 GAGAAGAGCAATTTATTGGAGAAGAGCAATTTATTGGAGAAGAGCAATTTATTGGAGAAG SH9551 9551 52 180 RUF3 RUF3 141 157 241 17 CCAAGAGAAGAGCAATTCCAAGAGAAGAGCAATTCCAAGAGAAGAGCAATTCCAAGAGAA SH9552 9552 92 191 RUF3 RUF3 146 160 246 15 TCGCCAAGAGAAGAGTCGCCAAGAGAAGAGTCGCCAAGAGAAGAGTCGCCAAGAGAAGAG SH9553 9553 69 84 RUF3 RUF3 151 167 251 17 CTTTCTTTCGCCAAGAGCTTTCTTTCGCCAAGAGCTTTCTTTCGCCAAGAGCTTTCTTTC SH9554 9554 7 127 RUF3 RUF3 156 170 256 15 CCGCTTTCTTTCGCCCCGCTTTCTTTCGCCCCGCTTTCTTTCGCCCCGCTTTCTTTCGCC SH9555 9555 24 84 RUF3 RUF3 161 173 261 13 CCCCCGCTTTCTTCCCCCGCTTTCTTCCCCCGCTTTCTTCCCCCGCTTTCTTCCCCCGCT SH9556 9556 27 171 RUF3 RUF3 166 178 266 13 TTTGCCCCCCGCTTTTGCCCCCCGCTTTTGCCCCCCGCTTTTGCCCCCCGCTTTTGCCCC SH9557 9557 57 167 RUF3 RUF3 171 187 271 17 GTGATTCTTTTTGCCCCGTGATTCTTTTTGCCCCGTGATTCTTTTTGCCCCGTGATTCTT SH9558 9558 100 92 RUF3 RUF3 176 192 276 17 GTCCCGTGATTCTTTTTGTCCCGTGATTCTTTTTGTCCCGTGATTCTTTTTGTCCCGTGA SH9559 9559 55 150 RUF3 RUF3 181 197 281 17 CATAAGTCCCGTGATTCCATAAGTCCCGTGATTCCATAAGTCCCGTGATTCCATAAGTCC SH9560 9560 39 84 RUF3 RUF3 186 202 286 17 CGAAACATAAGTCCCGTCGAAACATAAGTCCCGTCGAAACATAAGTCCCGTCGAAACATA SH9561 9561 42 72 RUF3 RUF3 191 207 291 17 GATCCCGAAACATAAGTGATCCCGAAACATAAGTGATCCCGAAACATAAGTGATCCCGAA SH9562 9562 101 119 RUF3 RUF3 196 212 296 17 AAAGAGATCCCGAAACAAAAGAGATCCCGAAACAAAAGAGATCCCGAAACAAAAGAGATC SH9563 9563 41 87 RUF3 RUF3 201 217 301 17 GAAACAAAGAGATCCCGGAAACAAAGAGATCCCGGAAACAAAGAGATCCCGGAAACAAAG SH9564 9564 100 77 RUF3 RUF3 206 225 306 20 AAAAAGAAGAAACAAAGAGAAAAAAGAAGAAACAAAGAGAAAAAAGAAGAAACAAAGAGA SH9565 9565 16 37 RUF3 RUF3 211 230 311 20 GGGAAAAAAAGAAGAAACAAGGGAAAAAAAGAAGAAACAAGGGAAAAAAAGAAGAAACAA SH9566 9566 101 129 RUF3 RUF3 216 232 316 17 CCGGGAAAAAAAGAAGACCGGGAAAAAAAGAAGACCGGGAAAAAAAGAAGACCGGGAAAA SH9567 9567 41 32 RUF3 RUF3 221 238 321 18 TATTCTCCGGGAAAAAAATATTCTCCGGGAAAAAAATATTCTCCGGGAAAAAAATATTCT SH9568 9568 75 30 RUF3 RUF3 226 243 326 18 AAAATTATTCTCCGGGAAAAAATTATTCTCCGGGAAAAAATTATTCTCCGGGAAAAAATT SH9569 9569 20 81 RUF3 RUF3 231 250 331 20 GTCCTAAAAAATTATTCTCCGTCCTAAAAAATTATTCTCCGTCCTAAAAAATTATTCTCC SH9570 9570 76 142 RUF3 RUF3 236 257 336 22 GTAATTGGTCCTAAAAAATTATGTAATTGGTCCTAAAAAATTATGTAATTGGTCCTAAAA SH9571 9571 76 46 RUF3 RUF3 241 258 341 18 GGTAATTGGTCCTAAAAAGGTAATTGGTCCTAAAAAGGTAATTGGTCCTAAAAAGGTAAT SH9572 9572 2 10 RUF3 RUF3 246 262 346 17 CTACGGTAATTGGTCCTCTACGGTAATTGGTCCTCTACGGTAATTGGTCCTCTACGGTAA SH9573 9573 2 20 RUF3 RUF3 251 267 351 17 CGCAACTACGGTAATTGCGCAACTACGGTAATTGCGCAACTACGGTAATTGCGCAACTAC SH9574 9574 31 152 RUF3 RUF3 256 270 356 15 AGTCGCAACTACGGTAGTCGCAACTACGGTAGTCGCAACTACGGTAGTCGCAACTACGGT SH9575 9575 64 6 RUF3 RUF3 261 277 361 17 TTGTTGTAGTCGCAACTTTGTTGTAGTCGCAACTTTGTTGTAGTCGCAACTTTGTTGTAG SH9576 9576 69 59 RUF3 RUF3 266 283 366 18 CAACAATTGTTGTAGTCGCAACAATTGTTGTAGTCGCAACAATTGTTGTAGTCGCAACAA SH9577 9577 100 7 RUF3 RUF3 271 290 371 20 GTATGAACAACAATTGTTGTGTATGAACAACAATTGTTGTGTATGAACAACAATTGTTGT SH9578 9578 23 121 RUF3 RUF3 276 293 376 18 GGGGTATGAACAACAATTGGGGTATGAACAACAATTGGGGTATGAACAACAATTGGGGTA SH9579 9579 88 214 RUF3 RUF3 281 296 381 16 GTGGGGGTATGAACAAGTGGGGGTATGAACAAGTGGGGGTATGAACAAGTGGGGGTATGA SH9580 9580 96 11 RUF3 RUF3 286 298 386 13 TCGTGGGGGTATGTCGTGGGGGTATGTCGTGGGGGTATGTCGTGGGGGTATGTCGTGGGG SH9581 9581 33 42 RUF3 RUF3 291 307 391 17 AAAAGTAAATCGTGGGGAAAAGTAAATCGTGGGGAAAAGTAAATCGTGGGGAAAAGTAAA SH9582 9582 60 190 RUF3 RUF3 296 315 396 20 AGTTTTCAAAAAGTAAATCGAGTTTTCAAAAAGTAAATCGAGTTTTCAAAAAGTAAATCG SH9583 9583 27 168 RUF3 RUF3 301 322 401 22 AAAAACTAGTTTTCAAAAAGTAAAAAACTAGTTTTCAAAAAGTAAAAAACTAGTTTTCAA SH9584 9584 83 94 RUF3 RUF3 306 325 406 20 TCCAAAAACTAGTTTTCAAATCCAAAAACTAGTTTTCAAATCCAAAAACTAGTTTTCAAA SH9585 9585 94 132 RUF3 RUF3 311 332 411 22 TTATTATTCCAAAAACTAGTTTTTATTATTCCAAAAACTAGTTTTTATTATTCCAAAAAC SH9586 9586 79 165 RUF3 RUF3 316 337 416 22 CAACATTATTATTCCAAAAACTCAACATTATTATTCCAAAAACTCAACATTATTATTCCA SH9587 9587 90 87 RUF3 RUF3 321 342 421 22 TTTTACAACATTATTATTCCAATTTTACAACATTATTATTCCAATTTTACAACATTATTA SH9588 9588 102 140 RUF3 RUF3 326 347 426 22 GGAAATTTTACAACATTATTATGGAAATTTTACAACATTATTATGGAAATTTTACAACAT SH9589 9589 96 179 RUF3 RUF3 331 350 431 20 AAGGGAAATTTTACAACATTAAGGGAAATTTTACAACATTAAGGGAAATTTTACAACATT SH9590 9590 42 189 RUF3 RUF3 336 355 436 20 GGAAAAAGGGAAATTTTACAGGAAAAAGGGAAATTTTACAGGAAAAAGGGAAATTTTACA SH9591 9591 36 41 RUF3 RUF3 341 358 441 18 GGTGGAAAAAGGGAAATTGGTGGAAAAAGGGAAATTGGTGGAAAAAGGGAAATTGGTGGA SH9592 9592 21 2 RUF3 RUF3 346 360 446 15 GGGGTGGAAAAAGGGGGGGTGGAAAAAGGGGGGGTGGAAAAAGGGGGGGTGGAAAAAGGG SH9593 9593 48 108 RUF3 RUF3 351 366 451 16 CAAATCGGGGTGGAAACAAATCGGGGTGGAAACAAATCGGGGTGGAAACAAATCGGGGTG SH9594 9594 48 47 RUF3 RUF3 356 373 456 18 TAAAATACAAATCGGGGTTAAAATACAAATCGGGGTTAAAATACAAATCGGGGTTAAAAT SH9595 9595 46 111 RUF3 RUF3 361 382 461 22 AACGAAAAATAAAATACAAATCAACGAAAAATAAAATACAAATCAACGAAAAATAAAATA SH9596 9596 54 93 RUF3 RUF3 366 387 466 22 TTTGTAACGAAAAATAAAATACTTTGTAACGAAAAATAAAATACTTTGTAACGAAAAATA SH9597 9597 10 50 RUF3 RUF3 371 392 471 22 CCAATTTTGTAACGAAAAATAACCAATTTTGTAACGAAAAATAACCAATTTTGTAACGAA SH9598 9598 54 132 RUF3 RUF3 376 393 476 18 CCCAATTTTGTAACGAAACCCAATTTTGTAACGAAACCCAATTTTGTAACGAAACCCAAT SH9599 9599 35 98 RUF3 RUF3 381 400 481 20 TATTAGTCCCAATTTTGTAATATTAGTCCCAATTTTGTAATATTAGTCCCAATTTTGTAA SH9600 9600 56 194 RUF3 RUF3 386 405 486 20 CTTAATATTAGTCCCAATTTCTTAATATTAGTCCCAATTTCTTAATATTAGTCCCAATTT SH9601 9601 42 190 RUF3 RUF3 391 407 491 17 CCCTTAATATTAGTCCCCCCTTAATATTAGTCCCCCCTTAATATTAGTCCCCCCTTAATA SH9602 9602 34 96 RUF3 RUF3 396 413 496 18 CTGTCGCCCTTAATATTACTGTCGCCCTTAATATTACTGTCGCCCTTAATATTACTGTCG SH9603 9603 16 38 RUF3 RUF3 401 417 501 17 AAAACTGTCGCCCTTAAAAAACTGTCGCCCTTAAAAAACTGTCGCCCTTAAAAAACTGTC SH9604 9604 49 207 RUF3 RUF3 406 422 506 17 TAAGAAAAACTGTCGCCTAAGAAAAACTGTCGCCTAAGAAAAACTGTCGCCTAAGAAAAA SH9605 9605 3 170 RUF3 RUF3 411 430 511 20 CTTACTTTTAAGAAAAACTGCTTACTTTTAAGAAAAACTGCTTACTTTTAAGAAAAACTG SH9606 9606 22 64 RUF3 416-431 + 3' 416 516 23 taaaaaaTCTTACTTTTAAGAAAtaaaaaaTCTTACTTTTAAGAAAtaaaaaaTCTTACT SH9607 9607 86 8 RUF3 421-431 + 3' 421 521 23 ttaagtaaaaaaTCTTACTTTTAttaagtaaaaaaTCTTACTTTTAttaagtaaaaaaTC SH9608 9608 100 210 RUF3 426-431 + 3' 426 526 23 aatttttaagtaaaaaaTCTTACaatttttaagtaaaaaaTCTTACaatttttaagtaaa SH9609 9609 101 22 RUF3 431 + 3' 431 531 23 acaagaatttttaagtaaaaaaTacaagaatttttaagtaaaaaaTacaagaatttttaa SH9610 9610 7 99 RUF3 3' 536 22 aagaacaagaatttttaagtaaaagaacaagaatttttaagtaaaagaacaagaattttt SH9611 9611 96 162 RUF3 3' 541 21 cgttaagaacaagaatttttacgttaagaacaagaatttttacgttaagaacaagaattt SH9612 9612 97 84 RUF3 3' 546 20 atttcgttaagaacaagaatatttcgttaagaacaagaatatttcgttaagaacaagaat SH9613 9613 97 28 RUF3 3' 551 20 atgtaatttcgttaagaacaatgtaatttcgttaagaacaatgtaatttcgttaagaaca SH9614 9614 100 26 RUF3 3' 556 20 tacgtatgtaatttcgttaatacgtatgtaatttcgttaatacgtatgtaatttcgttaa SH9615 9615 61 120 RUF3 3' 561 22 attttaatacgtatgtaatttcattttaatacgtatgtaatttcattttaatacgtatgt SH9616 9616 32 62 RUF3 3' 566 23 taaataattttaatacgtatgtataaataattttaatacgtatgtataaataattttaat SH9617 9617 55 206 RUF3 3' 571 23 tctaataaataattttaatacgttctaataaataattttaatacgttctaataaataatt SH9618 9618 101 128 RUF3 3' 576 23 gactatctaataaataattttaagactatctaataaataattttaagactatctaataaa SH9619 9619 42 107 RUF3 3' 581 20 ccgactatctaataaataatccgactatctaataaataatccgactatctaataaataat SH9620 9620 93 47 RUF3 3' 586 20 caataccgactatctaataacaataccgactatctaataacaataccgactatctaataa SH9621 9621 92 2 RUF3 3' 591 17 gacaataccgactatctgacaataccgactatctgacaataccgactatctgacaatacc SH9622 9622 10 80 RUF3 3' 596 18 caaaaagacaataccgaccaaaaagacaataccgaccaaaaagacaataccgaccaaaaa SH9623 9623 7 102 RUF3 3' 601 22 tttttttcacaaaaagacaatatttttttcacaaaaagacaatatttttttcacaaaaag SH9624 9624 48 84 RUF3 3' 606 23 aatttttttttttcacaaaaagaaatttttttttttcacaaaaagaaatttttttttttc SH9625 9625 84 138 RUF4 5' 1 15 agcgtgggaagacaaagcgtgggaagacaaagcgtgggaagacaaagcgtgggaagacaa SH9626 9626 86 165 RUF4 5' 6 15 ggaagagcgtgggaaggaagagcgtgggaaggaagagcgtgggaaggaagagcgtgggaa SH9627 9627 40 47 RUF4 5' 11 13 tccggaagagcgttccggaagagcgttccggaagagcgttccggaagagcgttccggaag SH9628 9628 69 18 RUF4 5' 16 13 gagggtccggaaggagggtccggaaggagggtccggaaggagggtccggaaggagggtcc SH9629 9629 13 119 RUF4 5' 21 15 cttttacgagggtcccttttacgagggtcccttttacgagggtcccttttacgagggtcc SH9630 9630 55 93 RUF4 5' 26 16 cggactcttttacgagcggactcttttacgagcggactcttttacgagcggactctttta SH9631 9631 6 79 RUF4 5' 31 16 ggcttcggactcttttggcttcggactcttttggcttcggactcttttggcttcggactc SH9632 9632 54 42 RUF4 5' 36 13 tcggcttcggacttcggcttcggacttcggcttcggacttcggcttcggacttcggcttc SH9633 9633 29 62 RUF4 5' 41 13 ccttctcggcttcccttctcggcttcccttctcggcttcccttctcggcttcccttctcg SH9634 9634 68 110 RUF4 5' 46 13 tcgcgccttctcgtcgcgccttctcgtcgcgccttctcgtcgcgccttctcgtcgcgcct SH9635 9635 10 72 RUF4 5' 51 15 catgaaatcgcgcctcatgaaatcgcgcctcatgaaatcgcgcctcatgaaatcgcgcct SH9636 9636 22 109 RUF4 5' 56 18 gtatagtgcatgaaatcggtatagtgcatgaaatcggtatagtgcatgaaatcggtatag SH9637 9637 71 87 RUF4 5' 61 17 gagtgtatagtgcatgagagtgtatagtgcatgagagtgtatagtgcatgagagtgtata SH9638 9638 36 203 RUF4 5' 66 17 ccaacgagtgtatagtgccaacgagtgtatagtgccaacgagtgtatagtgccaacgagt SH9639 9639 77 33 RUF4 5' 71 17 gtttgccaacgagtgtagtttgccaacgagtgtagtttgccaacgagtgtagtttgccaa SH9640 9640 99 161 RUF4 5' 76 17 gttgtgtttgccaacgagttgtgtttgccaacgagttgtgtttgccaacgagttgtgttt SH9641 9641 6 12 RUF4 5' 81 17 ccattgttgtgtttgccccattgttgtgtttgccccattgttgtgtttgccccattgttg SH9642 9642 12 171 RUF4 5' - 1 -14 1 86 16 GggtccattgttgtgtGggtccattgttgtgtGggtccattgttgtgtGggtccattgtt SH9643 9643 24 172 RUF4 5' - 5 -9 5 91 15 GCCAGggtccattgtGCCAGggtccattgtGCCAGggtccattgtGCCAGggtccattgt SH9644 9644 60 212 RUF4 5' - 8 -4 8 96 13 CTGGCCAGggtccCTGGCCAGggtccCTGGCCAGggtccCTGGCCAGggtccCTGGCCAG SH9645 9645 30 114 RUF4 RUF4 1 15 101 15 AGTTCAACTGGCCAGAGTTCAACTGGCCAGAGTTCAACTGGCCAGAGTTCAACTGGCCAG SH9646 9646 5 176 RUF4 RUF4 6 21 106 16 GACCACAGTTCAACTGGACCACAGTTCAACTGGACCACAGTTCAACTGGACCACAGTTCA SH9647 9647 100 61 RUF4 RUF4 11 23 111 13 GGGACCACAGTTCGGGACCACAGTTCGGGACCACAGTTCGGGACCACAGTTCGGGACCAC SH9648 9648 86 133 RUF4 RUF4 16 28 116 13 CAACAGGGACCACCAACAGGGACCACCAACAGGGACCACCAACAGGGACCACCAACAGGG SH9649 9649 27 75 RUF4 RUF4 21 33 121 13 GGACGCAACAGGGGGACGCAACAGGGGGACGCAACAGGGGGACGCAACAGGGGGACGCAA SH9650 9650 86 39 RUF4 RUF4 26 42 126 17 ATCAATAGTGGACGCAAATCAATAGTGGACGCAAATCAATAGTGGACGCAAATCAATAGT SH9651 9651 88 66 RUF4 RUF4 31 48 131 18 ATGCATATCAATAGTGGAATGCATATCAATAGTGGAATGCATATCAATAGTGGAATGCAT SH9652 9652 68 38 RUF4 RUF4 36 53 136 18 CATGCATGCATATCAATACATGCATGCATATCAATACATGCATGCATATCAATACATGCA SH9653 9653 26 10 RUF4 RUF4 41 57 141 17 TCCACATGCATGCATATTCCACATGCATGCATATTCCACATGCATGCATATTCCACATGC SH9654 9654 73 158 RUF4 RUF4 46 60 146 15 GCGTCCACATGCATGGCGTCCACATGCATGGCGTCCACATGCATGGCGTCCACATGCATG SH9655 9655 4 110 RUF4 RUF4 51 65 151 15 TGCTTGCGTCCACATTGCTTGCGTCCACATTGCTTGCGTCCACATTGCTTGCGTCCACAT SH9656 9656 6 124 RUF4 RUF4 56 68 156 13 GTGTGCTTGCGTCGTGTGCTTGCGTCGTGTGCTTGCGTCGTGTGCTTGCGTCGTGTGCTT SH9657 9657 28 181 RUF4 RUF4 61 73 161 13 CAGGCGTGTGCTTCAGGCGTGTGCTTCAGGCGTGTGCTTCAGGCGTGTGCTTCAGGCGTG SH9658 9658 48 110 RUF4 RUF4 66 80 166 15 GTTTATGCAGGCGTGGTTTATGCAGGCGTGGTTTATGCAGGCGTGGTTTATGCAGGCGTG SH9659 9659 39 109 RUF4 RUF4 71 89 171 19 GAATTAAACGTTTATGCAGGAATTAAACGTTTATGCAGGAATTAAACGTTTATGCAGGAA SH9660 9660 7 8 RUF4 RUF4 76 94 176 19 CTGAGGAATTAAACGTTTACTGAGGAATTAAACGTTTACTGAGGAATTAAACGTTTACTG SH9661 9661 8 105 RUF4 RUF4 81 98 181 18 GATACTGAGGAATTAAACGATACTGAGGAATTAAACGATACTGAGGAATTAAACGATACT SH9662 9662 7 193 RUF4 RUF4 86 102 186 17 GTGGGATACTGAGGAATGTGGGATACTGAGGAATGTGGGATACTGAGGAATGTGGGATAC SH9663 9663 72 48 RUF4 RUF4 91 105 191 15 GGAGTGGGATACTGAGGAGTGGGATACTGAGGAGTGGGATACTGAGGAGTGGGATACTGA SH9664 9664 77 152 RUF4 RUF4 96 108 196 13 CTGGGAGTGGGATCTGGGAGTGGGATCTGGGAGTGGGATCTGGGAGTGGGATCTGGGAGT SH9665 9665 93 134 RUF4 RUF4 101 113 201 13 TAGCCCTGGGAGTTAGCCCTGGGAGTTAGCCCTGGGAGTTAGCCCTGGGAGTTAGCCCTG SH9666 9666 23 193 RUF4 RUF4 106 121 206 16 CGAATAAGTAGCCCTGCGAATAAGTAGCCCTGCGAATAAGTAGCCCTGCGAATAAGTAGC SH9667 9667 60 68 RUF4 RUF4 111 127 211 17 ATGCCTCGAATAAGTAGATGCCTCGAATAAGTAGATGCCTCGAATAAGTAGATGCCTCGA SH9668 9668 19 123 RUF4 RUF4 116 133 216 18 TAGAAAATGCCTCGAATATAGAAAATGCCTCGAATATAGAAAATGCCTCGAATATAGAAA SH9669 9669 14 136 RUF4 RUF4 121 139 221 19 CAAAAATAGAAAATGCCTCCAAAAATAGAAAATGCCTCCAAAAATAGAAAATGCCTCCAA SH9670 9670 48 3 RUF4 RUF4 126 147 226 22 AGTAGTAACAAAAATAGAAAATAGTAGTAACAAAAATAGAAAATAGTAGTAACAAAAATA SH9671 9671 6 86 RUF4 RUF4 131 150 231 20 TCTAGTAGTAACAAAAATAGTCTAGTAGTAACAAAAATAGTCTAGTAGTAACAAAAATAG SH9672 9672 88 144 RUF4 RUF4 136 153 236 18 GGCTCTAGTAGTAACAAAGGCTCTAGTAGTAACAAAGGCTCTAGTAGTAACAAAGGCTCT SH9673 9673 66 64 RUF4 RUF4 141 156 241 16 GCTGGCTCTAGTAGTAGCTGGCTCTAGTAGTAGCTGGCTCTAGTAGTAGCTGGCTCTAGT SH9674 9674 52 111 RUF4 RUF4 146 161 246 16 CTAATGCTGGCTCTAGCTAATGCTGGCTCTAGCTAATGCTGGCTCTAGCTAATGCTGGCT SH9675 9675 83 27 RUF4 RUF4 151 166 251 16 CAGTTCTAATGCTGGCCAGTTCTAATGCTGGCCAGTTCTAATGCTGGCCAGTTCTAATGC SH9676 9676 94 191 RUF4 RUF4 156 173 256 18 GTATTTCCAGTTCTAATGGTATTTCCAGTTCTAATGGTATTTCCAGTTCTAATGGTATTT SH9677 9677 36 181 RUF4 RUF4 161 177 261 17 TGCTGTATTTCCAGTTCTGCTGTATTTCCAGTTCTGCTGTATTTCCAGTTCTGCTGTATT SH9678 9678 75 203 RUF4 RUF4 166 185 266 20 AAATTTTTTGCTGTATTTCCAAATTTTTTGCTGTATTTCCAAATTTTTTGCTGTATTTCC SH9679 9679 3 27 RUF4 RUF4 171 190 271 20 GTGAAAAATTTTTTGCTGTAGTGAAAAATTTTTTGCTGTAGTGAAAAATTTTTTGCTGTA SH9680 9680 78 148 RUF4 RUF4 176 197 276 22 TAAGAATGTGAAAAATTTTTTGTAAGAATGTGAAAAATTTTTTGTAAGAATGTGAAAAAT SH9681 9681 7 187 RUF4 RUF4 181 201 281 21 GTGATAAGAATGTGAAAAATTGTGATAAGAATGTGAAAAATTGTGATAAGAATGTGAAAA SH9682 9682 91 29 RUF4 RUF4 186 204 286 19 CTTGTGATAAGAATGTGAACTTGTGATAAGAATGTGAACTTGTGATAAGAATGTGAACTT SH9683 9683 49 88 RUF4 RUF4 191 210 291 20 CACATTCTTGTGATAAGAATCACATTCTTGTGATAAGAATCACATTCTTGTGATAAGAAT SH9684 9684 75 158 RUF4 RUF4 196 213 296 18 CTGCACATTCTTGTGATACTGCACATTCTTGTGATACTGCACATTCTTGTGATACTGCAC SH9685 9685 85 45 RUF4 RUF4 201 216 301 16 CTCCTGCACATTCTTGCTCCTGCACATTCTTGCTCCTGCACATTCTTGCTCCTGCACATT SH9686 9686 85 35 RUF4 RUF4 206 220 306 15 CCTTCTCCTGCACATCCTTCTCCTGCACATCCTTCTCCTGCACATCCTTCTCCTGCACAT SH9687 9687 61 164 RUF4 RUF4 211 227 311 17 GGTTTTACCTTCTCCTGGGTTTTACCTTCTCCTGGGTTTTACCTTCTCCTGGGTTTTACC SH9688 9688 44 171 RUF4 RUF4 216 232 316 17 CTGCAGGTTTTACCTTCCTGCAGGTTTTACCTTCCTGCAGGTTTTACCTTCCTGCAGGTT SH9689 9689 90 157 RUF4 RUF4 221 237 321 17 GTTACCTGCAGGTTTTAGTTACCTGCAGGTTTTAGTTACCTGCAGGTTTTAGTTACCTGC SH9690 9690 4 21 RUF4 RUF4 226 240 326 15 CAAGTTACCTGCAGGCAAGTTACCTGCAGGCAAGTTACCTGCAGGCAAGTTACCTGCAGG SH9691 9691 67 196 RUF4 RUF4 231 250 331 20 GAAATATATGCAAGTTACCTGAAATATATGCAAGTTACCTGAAATATATGCAAGTTACCT SH9692 9692 75 15 RUF4 RUF4 236 255 336 20 TTACTGAAATATATGCAAGTTTACTGAAATATATGCAAGTTTACTGAAATATATGCAAGT SH9693 9693 46 124 RUF4 RUF4 241 262 341 22 ATGTAATTTACTGAAATATATGATGTAATTTACTGAAATATATGATGTAATTTACTGAAA SH9694 9694 104 93 RUF4 RUF4 246 266 346 21 GTACATGTAATTTACTGAAATGTACATGTAATTTACTGAAATGTACATGTAATTTACTGA SH9695 9695 36 72 RUF4 RUF4 251 271 351 21 GTATAGTACATGTAATTTACTGTATAGTACATGTAATTTACTGTATAGTACATGTAATTT SH9696 9696 33 176 RUF4 RUF4 256 275 356 20 CGATGTATAGTACATGTAATCGATGTATAGTACATGTAATCGATGTATAGTACATGTAAT SH9697 9697 62 115 RUF4 RUF4 261 278 361 18 TGACGATGTATAGTACATTGACGATGTATAGTACATTGACGATGTATAGTACATTGACGA SH9698 9698 88 31 RUF4 RUF4 266 285 366 20 AATTATTTGACGATGTATAGAATTATTTGACGATGTATAGAATTATTTGACGATGTATAG SH9699 9699 103 80 RUF4 RUF4 271 290 371 20 ATGTAAATTATTTGACGATGATGTAAATTATTTGACGATGATGTAAATTATTTGACGATG SH9700 9700 28 34 RUF4 RUF4 276 297 376 22 TGTACAAATGTAAATTATTTGATGTACAAATGTAAATTATTTGATGTACAAATGTAAATT SH9701 9701 20 33 RUF4 RUF4 281 301 381 21 GTCTTGTACAAATGTAAATTAGTCTTGTACAAATGTAAATTAGTCTTGTACAAATGTAAA SH9702 9702 57 211 RUF4 RUF4 286 303 386 18 TGGTCTTGTACAAATGTATGGTCTTGTACAAATGTATGGTCTTGTACAAATGTATGGTCT SH9703 9703 52 122 RUF4 RUF4 291 308 391 18 GATATTGGTCTTGTACAAGATATTGGTCTTGTACAAGATATTGGTCTTGTACAAGATATT SH9704 9704 95 134 RUF4 RUF4 296 311 396 16 CCGGATATTGGTCTTGCCGGATATTGGTCTTGCCGGATATTGGTCTTGCCGGATATTGGT SH9705 9705 39 89 RUF4 RUF4 301 313 401 13 CCCCGGATATTGGCCCCGGATATTGGCCCCGGATATTGGCCCCGGATATTGGCCCCGGAT SH9706 9706 12 38 RUF4 RUF4 306 318 406 13 GCGGGCCCCGGATGCGGGCCCCGGATGCGGGCCCCGGATGCGGGCCCCGGATGCGGGCCC SH9707 9707 45 143 RUF4 RUF4 311 323 411 13 AATTAGCGGGCCCAATTAGCGGGCCCAATTAGCGGGCCCAATTAGCGGGCCCAATTAGCG SH9708 9708 73 74 RUF4 RUF4 316 332 416 17 CACGTTACTAATTAGCGCACGTTACTAATTAGCGCACGTTACTAATTAGCGCACGTTACT SH9709 9709 69 196 RUF4 RUF4 321 337 421 17 CACGGCACGTTACTAATCACGGCACGTTACTAATCACGGCACGTTACTAATCACGGCACG SH9710 9710 65 79 RUF4 RUF4 326 341 426 16 GAATCACGGCACGTTAGAATCACGGCACGTTAGAATCACGGCACGTTAGAATCACGGCAC SH9711 9711 34 165 RUF4 RUF4 331 347 431 17 ATGAAAGAATCACGGCAATGAAAGAATCACGGCAATGAAAGAATCACGGCAATGAAAGAA SH9712 9712 102 53 RUF4 RUF4 336 355 436 20 TTGTTCTAATGAAAGAATCATTGTTCTAATGAAAGAATCATTGTTCTAATGAAAGAATCA SH9713 9713 78 119 RUF4 RUF4 341 359 441 19 GTACTTGTTCTAATGAAAGGTACTTGTTCTAATGAAAGGTACTTGTTCTAATGAAAGGTA SH9714 9714 2 13 RUF4 RUF4 346 365 446 20 CATCTTGTACTTGTTCTAATCATCTTGTACTTGTTCTAATCATCTTGTACTTGTTCTAAT SH9715 9715 29 104 RUF4 RUF4 351 368 451 18 GGTCATCTTGTACTTGTTGGTCATCTTGTACTTGTTGGTCATCTTGTACTTGTTGGTCAT SH9716 9716 52 76 RUF4 RUF4 356 372 456 17 TTCAGGTCATCTTGTACTTCAGGTCATCTTGTACTTCAGGTCATCTTGTACTTCAGGTCA SH9717 9717 75 186 RUF4 RUF4 361 377 461 17 GCAAGTTCAGGTCATCTGCAAGTTCAGGTCATCTGCAAGTTCAGGTCATCTGCAAGTTCA SH9718 9718 51 167 RUF4 RUF4 366 380 466 15 CGCGCAAGTTCAGGTCGCGCAAGTTCAGGTCGCGCAAGTTCAGGTCGCGCAAGTTCAGGT SH9719 9719 9 10 RUF4 RUF4 371 387 471 17 ATGAATACGCGCAAGTTATGAATACGCGCAAGTTATGAATACGCGCAAGTTATGAATACG SH9720 9720 45 133 RUF4 RUF4 376 391 476 16 CCATATGAATACGCGCCCATATGAATACGCGCCCATATGAATACGCGCCCATATGAATAC SH9721 9721 51 125 RUF4 RUF4 381 400 481 20 GCGTATTTTCCATATGAATAGCGTATTTTCCATATGAATAGCGTATTTTCCATATGAATA SH9722 9722 51 146 RUF4 RUF4 386 403 486 18 CTTGCGTATTTTCCATATCTTGCGTATTTTCCATATCTTGCGTATTTTCCATATCTTGCG SH9723 9723 33 92 RUF4 RUF4 391 406 491 16 GGCCTTGCGTATTTTCGGCCTTGCGTATTTTCGGCCTTGCGTATTTTCGGCCTTGCGTAT SH9724 9724 27 118 RUF4 RUF4 396 408 496 13 CGGGCCTTGCGTACGGGCCTTGCGTACGGGCCTTGCGTACGGGCCTTGCGTACGGGCCTT SH9725 9725 14 43 RUF4 RUF4 401 416 501 16 GAAATAACCGGGCCTTGAAATAACCGGGCCTTGAAATAACCGGGCCTTGAAATAACCGGG SH9726 9726 9 80 RUF4 RUF4 406 421 506 16 GAACGGAAATAACCGGGAACGGAAATAACCGGGAACGGAAATAACCGGGAACGGAAATAA SH9727 9727 77 52 RUF4 RUF4 411 427 511 17 ATCCCAGAACGGAAATAATCCCAGAACGGAAATAATCCCAGAACGGAAATAATCCCAGAA SH9728 9728 29 31 RUF4 RUF4 416 431 516 16 GAATATCCCAGAACGGGAATATCCCAGAACGGGAATATCCCAGAACGGGAATATCCCAGA SH9729 9729 37 160 RUF4 RUF4 421 435 521 15 CGGCGAATATCCCAGCGGCGAATATCCCAGCGGCGAATATCCCAGCGGCGAATATCCCAG SH9730 9730 27 6 RUF4 RUF4 426 442 526 17 CAGCTTTCGGCGAATATCAGCTTTCGGCGAATATCAGCTTTCGGCGAATATCAGCTTTCG SH9731 9731 72 180 RUF4 RUF4 431 443 531 13 GCAGCTTTCGGCGGCAGCTTTCGGCGGCAGCTTTCGGCGGCAGCTTTCGGCGGCAGCTTT SH9732 9732 69 11 RUF4 RUF4 436 452 536 17 GAACAGAAGGCAGCTTTGAACAGAAGGCAGCTTTGAACAGAAGGCAGCTTTGAACAGAAG SH9733 9733 3 41 RUF4 RUF4 441 457 541 17 AATTCGAACAGAAGGCAAATTCGAACAGAAGGCAAATTCGAACAGAAGGCAAATTCGAAC SH9734 9734 60 41 RUF4 RUF4 446 462 546 17 GACGCAATTCGAACAGAGACGCAATTCGAACAGAGACGCAATTCGAACAGAGACGCAATT SH9735 9735 87 177 RUF4 RUF4 451 465 551 15 GACGACGCAATTCGAGACGACGCAATTCGAGACGACGCAATTCGAGACGACGCAATTCGA SH9736 9736 36 145 RUF4 RUF4 456 471 556 16 GATGTTGACGACGCAAGATGTTGACGACGCAAGATGTTGACGACGCAAGATGTTGACGAC SH9737 9737 63 94 RUF4 RUF4 461 477 561 17 CAAAAGGATGTTGACGACAAAAGGATGTTGACGACAAAAGGATGTTGACGACAAAAGGAT SH9738 9738 93 137 RUF4 RUF4 466 483 566 18 AAAGCTCAAAAGGATGTTAAAGCTCAAAAGGATGTTAAAGCTCAAAAGGATGTTAAAGCT SH9739 9739 65 39 RUF4 RUF4 471 488 571 18 TAAAGAAAGCTCAAAAGGTAAAGAAAGCTCAAAAGGTAAAGAAAGCTCAAAAGGTAAAGA SH9740 9740 50 157 RUF4 RUF4 476 493 576 18 GAACTTAAAGAAAGCTCAGAACTTAAAGAAAGCTCAGAACTTAAAGAAAGCTCAGAACTT SH9741 9741 23 208 RUF4 RUF4 481 500 581 20 AAGGAAAGAACTTAAAGAAAAAGGAAAGAACTTAAAGAAAAAGGAAAGAACTTAAAGAAA SH9742 9742 42 154 RUF4 RUF4 486 503 586 18 TCGAAGGAAAGAACTTAATCGAAGGAAAGAACTTAATCGAAGGAAAGAACTTAATCGAAG SH9743 9743 22 141 RUF4 RUF4 491 507 591 17 CATCTCGAAGGAAAGAACATCTCGAAGGAAAGAACATCTCGAAGGAAAGAACATCTCGAA SH9744 9744 42 163 RUF4 RUF4 496 510 596 15 GTCCATCTCGAAGGAGTCCATCTCGAAGGAGTCCATCTCGAAGGAGTCCATCTCGAAGGA SH9745 9745 79 198 RUF4 RUF4 501 515 601 15 GCATCGTCCATCTCGGCATCGTCCATCTCGGCATCGTCCATCTCGGCATCGTCCATCTCG SH9746 9746 53 147 RUF4 RUF4 506 520 606 15 TCTTGGCATCGTCCATCTTGGCATCGTCCATCTTGGCATCGTCCATCTTGGCATCGTCCA SH9747 9747 89 73 RUF4 RUF4 511 527 611 17 ATGATTCTCTTGGCATCATGATTCTCTTGGCATCATGATTCTCTTGGCATCATGATTCTC SH9748 9748 4 127 RUF4 RUF4 516 532 616 17 CAGCGATGATTCTCTTGCAGCGATGATTCTCTTGCAGCGATGATTCTCTTGCAGCGATGA SH9749 9749 75 77 RUF4 RUF4 521 537 621 17 CAACTCAGCGATGATTCCAACTCAGCGATGATTCCAACTCAGCGATGATTCCAACTCAGC SH9750 9750 2 29 RUF4 RUF4 526 541 626 16 CGATCAACTCAGCGATCGATCAACTCAGCGATCGATCAACTCAGCGATCGATCAACTCAG SH9751 9751 86 75 RUF4 RUF4 531 545 631 15 CCGCCGATCAACTCACCGCCGATCAACTCACCGCCGATCAACTCACCGCCGATCAACTCA SH9752 9752 96 6 RUF4 RUF4 536 548 636 13 ACGCCGCCGATCAACGCCGCCGATCAACGCCGCCGATCAACGCCGCCGATCAACGCCGCC SH9753 9753 35 31 RUF4 RUF4 541 553 641 13 TCTACACGCCGCCTCTACACGCCGCCTCTACACGCCGCCTCTACACGCCGCCTCTACACG SH9754 9754 45 18 RUF4 RUF4 546 558 646 13 GCGCATCTACACGGCGCATCTACACGGCGCATCTACACGGCGCATCTACACGGCGCATCT SH9755 9755 6 173 RUF4 RUF4 551 563 651 13 GATCGGCGCATCTGATCGGCGCATCTGATCGGCGCATCTGATCGGCGCATCTGATCGGCG SH9756 9756 3 91 RUF4 RUF4 556 571 656 16 GTAAAGTTGATCGGCGGTAAAGTTGATCGGCGGTAAAGTTGATCGGCGGTAAAGTTGATC SH9757 9757 81 139 RUF4 RUF4 561 577 661 17 CGTCCTGTAAAGTTGATCGTCCTGTAAAGTTGATCGTCCTGTAAAGTTGATCGTCCTGTA SH9758 9758 60 166 RUF4 RUF4 566 582 666 17 AGTTTCGTCCTGTAAAGAGTTTCGTCCTGTAAAGAGTTTCGTCCTGTAAAGAGTTTCGTC SH9759 9759 82 135 RUF4 RUF4 571 585 671 15 GTGAGTTTCGTCCTGGTGAGTTTCGTCCTGGTGAGTTTCGTCCTGGTGAGTTTCGTCCTG SH9760 9760 10 138 RUF4 RUF4 576 592 676 17 AGGTTATGTGAGTTTCGAGGTTATGTGAGTTTCGAGGTTATGTGAGTTTCGAGGTTATGT SH9761 9761 41 195 RUF4 RUF4 581 598 681 18 GTATTAAGGTTATGTGAGGTATTAAGGTTATGTGAGGTATTAAGGTTATGTGAGGTATTA SH9762 9762 98 74 RUF4 RUF4 586 608 686 23 CTTTTTTATTGTATTAAGGTTATCTTTTTTATTGTATTAAGGTTATCTTTTTTATTGTAT SH9763 9763 26 146 RUF4 RUF4 591 613 691 23 CAATACTTTTTTATTGTATTAAGCAATACTTTTTTATTGTATTAAGCAATACTTTTTTAT SH9764 9764 25 196 RUF4 RUF4 596 617 696 22 TATGCAATACTTTTTTATTGTATATGCAATACTTTTTTATTGTATATGCAATACTTTTTT SH9765 9765 90 125 RUF4 RUF4 601 622 701 22 TATTGTATGCAATACTTTTTTATATTGTATGCAATACTTTTTTATATTGTATGCAATACT SH9766 9766 11 210 RUF4 RUF4 606 624 706 19 CCTATTGTATGCAATACTTCCTATTGTATGCAATACTTCCTATTGTATGCAATACTTCCT SH9767 9767 97 67 RUF4 RUF4 611 627 711 17 GGACCTATTGTATGCAAGGACCTATTGTATGCAAGGACCTATTGTATGCAAGGACCTATT SH9768 9768 51 79 RUF4 RUF4 616 632 716 17 CTGAGGGACCTATTGTACTGAGGGACCTATTGTACTGAGGGACCTATTGTACTGAGGGAC SH9769 9769 103 83 RUF4 RUF4 621 633 721 13 CCTGAGGGACCTACCTGAGGGACCTACCTGAGGGACCTACCTGAGGGACCTACCTGAGGG SH9770 9770 71 139 RUF4 RUF4 626 638 726 13 TGTGTCCTGAGGGTGTGTCCTGAGGGTGTGTCCTGAGGGTGTGTCCTGAGGGTGTGTCCT SH9771 9771 72 121 RUF4 RUF4 631 648 731 18 CTTGTATGTATGTGTCCTCTTGTATGTATGTGTCCTCTTGTATGTATGTGTCCTCTTGTA SH9772 9772 61 174 RUF4 RUF4 636 653 736 18 CCAATCTTGTATGTATGTCCAATCTTGTATGTATGTCCAATCTTGTATGTATGTCCAATC SH9773 9773 4 18 RUF4 RUF4 641 658 741 18 TTTTGCCAATCTTGTATGTTTTGCCAATCTTGTATGTTTTGCCAATCTTGTATGTTTTGC SH9774 9774 75 171 RUF4 RUF4 646 663 746 18 TTCACTTTTGCCAATCTTTTCACTTTTGCCAATCTTTTCACTTTTGCCAATCTTTTCACT SH9775 9775 78 22 RUF4 RUF4 651 666 751 16 GCCTTCACTTTTGCCAGCCTTCACTTTTGCCAGCCTTCACTTTTGCCAGCCTTCACTTTT SH9776 9776 35 40 RUF4 RUF4 656 671 756 16 CACCTGCCTTCACTTTCACCTGCCTTCACTTTCACCTGCCTTCACTTTCACCTGCCTTCA SH9777 9777 23 211 RUF4 RUF4 661 673 761 13 GGCACCTGCCTTCGGCACCTGCCTTCGGCACCTGCCTTCGGCACCTGCCTTCGGCACCTG SH9778 9778 65 86 RUF4 RUF4 666 681 766 16 CAATCTTAGGCACCTGCAATCTTAGGCACCTGCAATCTTAGGCACCTGCAATCTTAGGCA SH9779 9779 14 210 RUF4 RUF4 671 685 771 15 CACCCAATCTTAGGCCACCCAATCTTAGGCCACCCAATCTTAGGCCACCCAATCTTAGGC SH9780 9780 65 135 RUF4 RUF4 676 691 776 16 CTTTCCCACCCAATCTCTTTCCCACCCAATCTCTTTCCCACCCAATCTCTTTCCCACCCA SH9781 9781 21 66 RUF4 RUF4 681 697 781 17 AATTTACTTTCCCACCCAATTTACTTTCCCACCCAATTTACTTTCCCACCCAATTTACTT SH9782 9782 17 91 RUF4 RUF4 686 706 786 21 CTATATGTAAATTTACTTTCCCTATATGTAAATTTACTTTCCCTATATGTAAATTTACTT SH9783 9783 7 181 RUF4 RUF4 691 713 791 23 GAAAAAACTATATGTAAATTTACGAAAAAACTATATGTAAATTTACGAAAAAACTATATG SH9784 9784 8 118 RUF4 RUF4 696 717 796 22 CCTAGAAAAAACTATATGTAAACCTAGAAAAAACTATATGTAAACCTAGAAAAAACTATA SH9785 9785 95 26 RUF4 RUF4 701 722 801 22 TTTTTCCTAGAAAAAACTATATTTTTTCCTAGAAAAAACTATATTTTTTCCTAGAAAAAA SH9786 9786 2 207 RUF4 RUF4 706 727 806 22 TTATTTTTTTCCTAGAAAAAACTTATTTTTTTCCTAGAAAAAACTTATTTTTTTCCTAGA SH9787 9787 40 184 RUF4 RUF4 711 733 811 23 TTATTTTTATTTTTTTCCTAGAATTATTTTTATTTTTTTCCTAGAATTATTTTTATTTTT SH9788 9788 73 199 RUF4 RUF4 716 738 816 23 CTTCATTATTTTTATTTTTTTCCCTTCATTATTTTTATTTTTTTCCCTTCATTATTTTTA SH9789 9789 76 17 RUF4 RUF4 721 742 821 22 CTTCCTTCATTATTTTTATTTTCTTCCTTCATTATTTTTATTTTCTTCCTTCATTATTTT SH9790 9790 68 157 RUF4 RUF4 726 745 826 20 TACCTTCCTTCATTATTTTTTACCTTCCTTCATTATTTTTTACCTTCCTTCATTATTTTT SH9791 9791 101 92 RUF4 RUF4 731 748 831 18 GTATACCTTCCTTCATTAGTATACCTTCCTTCATTAGTATACCTTCCTTCATTAGTATAC SH9792 9792 51 64 RUF4 RUF4 736 755 836 20 TATATAAGTATACCTTCCTTTATATAAGTATACCTTCCTTTATATAAGTATACCTTCCTT SH9793 9793 73 140 RUF4 RUF4 741 759 841 19 CGCTTATATAAGTATACCTCGCTTATATAAGTATACCTCGCTTATATAAGTATACCTCGC SH9794 9794 32 61 RUF4 RUF4 746 763 846 18 ACAGCGCTTATATAAGTAACAGCGCTTATATAAGTAACAGCGCTTATATAAGTAACAGCG SH9795 9795 40 34 RUF4 RUF4 751 768 851 18 GATAAACAGCGCTTATATGATAAACAGCGCTTATATGATAAACAGCGCTTATATGATAAA SH9796 9796 89 68 RUF4 RUF4 756 772 856 17 TTTCGATAAACAGCGCTTTTCGATAAACAGCGCTTTTCGATAAACAGCGCTTTTCGATAA SH9797 9797 85 72 RUF4 RUF4 761 778 861 18 CGTCTGTTTCGATAAACACGTCTGTTTCGATAAACACGTCTGTTTCGATAAACACGTCTG SH9798 9798 90 7 RUF4 RUF4 766 782 866 17 TTCTCGTCTGTTTCGATTTCTCGTCTGTTTCGATTTCTCGTCTGTTTCGATTTCTCGTCT SH9799 9799 59 49 RUF4 771-788 + 3' 771 871 20 atTTTTTATTCTCGTCTGTTatTTTTTATTCTCGTCTGTTatTTTTTATTCTCGTCTGTT SH9800 9800 67 155 RUF4 776-788 + 3' 776 876 20 aaaccatTTTTTATTCTCGTaaaccatTTTTTATTCTCGTaaaccatTTTTTATTCTCGT SH9801 9801 91 45 RUF4 781-788 + 3' 781 881 25 gatttttttaaaaccatTTTTTATTgatttttttaaaaccatTTTTTATTgattttttta SH9802 9802 33 158 RUF4 786-788 + 3' 786 886 23 cttgatttttttaaaaccatTTTcttgatttttttaaaaccatTTTcttgatttttttaa SH9803 9803 66 24 RUF4 3' 891 20 tgcttgatttttttaaaacctgcttgatttttttaaaacctgcttgatttttttaaaacc SH9804 9804 81 88 RUF4 3' 896 20 gtcattgcttgatttttttagtcattgcttgatttttttagtcattgcttgattttttta SH9805 9805 52 4 RUF4 3' 901 17 ccgtcattgcttgatttccgtcattgcttgatttccgtcattgcttgatttccgtcattg SH9806 9806 44 189 RUF4 3' 906 15 ctgccgtcattgcttctgccgtcattgcttctgccgtcattgcttctgccgtcattgctt SH9807 9807 96 122 RUF4 3' 911 17 gttttagctgccgtcatgttttagctgccgtcatgttttagctgccgtcatgttttagct SH9808 9808 73 87 RUF4 3' 916 15 ccggttttagctgccccggttttagctgccccggttttagctgccccggttttagctgcc SH9809 9809 31 90 RUF4 3' 921 18 ctcaaaatccggttttagctcaaaatccggttttagctcaaaatccggttttagctcaaa SH9810 9810 51 17 RUF4 3' 926 17 gttgctcaaaatccggtgttgctcaaaatccggtgttgctcaaaatccggtgttgctcaa SH9811 9811 102 180 RUF4 3' 931 18 ggaattgttgctcaaaatggaattgttgctcaaaatggaattgttgctcaaaatggaatt SH9812 9812 86 162 RUF4 3' 936 17 caacggaattgttgctccaacggaattgttgctccaacggaattgttgctccaacggaat SH9813 9813 104 117 RUF4 3' 941 18 tacttacaacggaattgttacttacaacggaattgttacttacaacggaattgttactta SH9814 9814 60 88 RUF4 3' 946 17 acactacttacaacggaacactacttacaacggaacactacttacaacggaacactactt SH9815 9815 83 70 RUF4 3' 951 20 gtatctaaacactacttacagtatctaaacactacttacagtatctaaacactacttaca SH9816 9816 88 83 RUF4 3' 956 18 gaagtatctaaacactacgaagtatctaaacactacgaagtatctaaacactacgaagta SH9817 9817 27 203 RUF4 3' 961 21 gaattattgaagtatctaaacgaattattgaagtatctaaacgaattattgaagtatcta SH9818 9818 62 97 RUF4 3' 966 22 gttattgaattattgaagtatcgttattgaattattgaagtatcgttattgaattattga SH9819 9819 73 207 RUF5-1 5' 1 17 tagaatccccagatttctagaatccccagatttctagaatccccagatttctagaatccc SH9820 9820 65 58 RUF5-1 5' 6 17 ctgtatagaatccccagctgtatagaatccccagctgtatagaatccccagctgtataga SH9821 9821 40 2 RUF5-1 5' 11 18 acaactctgtatagaatcacaactctgtatagaatcacaactctgtatagaatcacaact SH9822 9822 101 90 RUF5-1 5' 16 20 ctaacttacaactctgtatactaacttacaactctgtatactaacttacaactctgtata SH9823 9823 52 82 RUF5-1 5' 21 17 gcctaacttacaactctgcctaacttacaactctgcctaacttacaactctgcctaactt SH9824 9824 47 32 RUF5-1 5' 26 18 tagtttgcctaacttacatagtttgcctaacttacatagtttgcctaacttacatagttt SH9825 9825 4 84 RUF5-1 5' 31 18 aattctagtttgcctaacaattctagtttgcctaacaattctagtttgcctaacaattct SH9826 9826 75 136 RUF5-1 5' 36 18 taccaaattctagtttgctaccaaattctagtttgctaccaaattctagtttgctaccaa SH9827 9827 51 49 RUF5-1 5' 41 22 aaatattattaccaaattctagaaatattattaccaaattctagaaatattattaccaaa SH9828 9828 39 86 RUF5-1 5' 46 23 agaataaaatattattaccaaatagaataaaatattattaccaaatagaataaaatatta SH9829 9829 36 189 RUF5-1 5' 51 22 cccaagaataaaatattattaccccaagaataaaatattattaccccaagaataaaatat SH9830 9830 21 105 RUF5-1 5' 56 19 gccccaagaataaaatattgccccaagaataaaatattgccccaagaataaaatattgcc SH9831 9831 30 160 RUF5-1 5' 61 17 gtcgccccaagaataaagtcgccccaagaataaagtcgccccaagaataaagtcgcccca SH9832 9832 102 100 RUF5-1 5' 66 13 tgtcgccccaagatgtcgccccaagatgtcgccccaagatgtcgccccaagatgtcgccc SH9833 9833 59 25 RUF5-1 5' 71 13 ccatatgtcgcccccatatgtcgcccccatatgtcgcccccatatgtcgcccccatatgt SH9834 9834 64 59 RUF5-1 5' 76 20 aataaagtatctccatatgtaataaagtatctccatatgtaataaagtatctccatatgt SH9835 9835 41 116 RUF5-1 5' 81 18 ggaaataaagtatctccaggaaataaagtatctccaggaaataaagtatctccaggaaat SH9836 9836 13 57 RUF5-1 5' - 7 -14 7 86 22 TTAAGAAaaggaaataaagtatTTAAGAAaaggaaataaagtatTTAAGAAaaggaaata SH9837 9837 91 185 RUF5-1 5' - 13 -9 13 91 23 TAATAATTAAGAAaaggaaataaTAATAATTAAGAAaaggaaataaTAATAATTAAGAAa SH9838 9838 75 86 RUF5-1 5' - 16 -4 16 96 21 CGTTAATAATTAAGAAaaggaCGTTAATAATTAAGAAaaggaCGTTAATAATTAAGAAaa SH9839 9839 72 62 RUF5-1 RUF5-1 1 22 101 22 GGTATACGTTAATAATTAAGAAGGTATACGTTAATAATTAAGAAGGTATACGTTAATAAT SH9840 9840 65 129 RUF5-1 RUF5-1 6 27 106 22 TTATAGGTATACGTTAATAATTTTATAGGTATACGTTAATAATTTTATAGGTATACGTTA SH9841 9841 72 50 RUF5-1 RUF5-1 11 32 111 22 TTAATTTATAGGTATACGTTAATTAATTTATAGGTATACGTTAATTAATTTATAGGTATA SH9842 9842 8 202 RUF5-1 RUF5-1 16 37 116 22 CTTTGTTAATTTATAGGTATACCTTTGTTAATTTATAGGTATACCTTTGTTAATTTATAG SH9843 9843 36 107 RUF5-1 RUF5-1 21 41 121 21 GATACTTTGTTAATTTATAGGGATACTTTGTTAATTTATAGGGATACTTTGTTAATTTAT SH9844 9844 84 37 RUF5-1 RUF5-1 26 47 126 22 TGTTTAGATACTTTGTTAATTTTGTTTAGATACTTTGTTAATTTTGTTTAGATACTTTGT SH9845 9845 33 12 RUF5-1 RUF5-1 31 52 131 22 TATTTTGTTTAGATACTTTGTTTATTTTGTTTAGATACTTTGTTTATTTTGTTTAGATAC SH9846 9846 71 127 RUF5-1 RUF5-1 36 57 136 22 TTATGTATTTTGTTTAGATACTTTATGTATTTTGTTTAGATACTTTATGTATTTTGTTTA SH9847 9847 37 2 RUF5-1 RUF5-1 41 60 141 20 CACTTATGTATTTTGTTTAGCACTTATGTATTTTGTTTAGCACTTATGTATTTTGTTTAG SH9848 9848 79 24 RUF5-1 RUF5-1 46 65 146 20 GAGTACACTTATGTATTTTGGAGTACACTTATGTATTTTGGAGTACACTTATGTATTTTG SH9849 9849 77 71 RUF5-1 RUF5-1 51 69 151 19 GTTTGAGTACACTTATGTAGTTTGAGTACACTTATGTAGTTTGAGTACACTTATGTAGTT SH9850 9850 25 200 RUF5-1 RUF5-1 56 73 156 18 CTCAGTTTGAGTACACTTCTCAGTTTGAGTACACTTCTCAGTTTGAGTACACTTCTCAGT SH9851 9851 101 169 RUF5-1 RUF5-1 61 78 161 18 TTCTACTCAGTTTGAGTATTCTACTCAGTTTGAGTATTCTACTCAGTTTGAGTATTCTAC SH9852 9852 50 189 RUF5-1 RUF5-1 66 83 166 18 GACGATTCTACTCAGTTTGACGATTCTACTCAGTTTGACGATTCTACTCAGTTTGACGAT SH9853 9853 78 86 RUF5-1 RUF5-1 71 87 171 17 AATCGACGATTCTACTCAATCGACGATTCTACTCAATCGACGATTCTACTCAATCGACGA SH9854 9854 90 30 RUF5-1 RUF5-1 76 93 176 18 AAGTTTAATCGACGATTCAAGTTTAATCGACGATTCAAGTTTAATCGACGATTCAAGTTT SH9855 9855 31 51 RUF5-1 RUF5-1 81 98 181 18 GAAGGAAGTTTAATCGACGAAGGAAGTTTAATCGACGAAGGAAGTTTAATCGACGAAGGA SH9856 9856 40 103 RUF5-1 RUF5-1 86 103 186 18 AAGGAGAAGGAAGTTTAAAAGGAGAAGGAAGTTTAAAAGGAGAAGGAAGTTTAAAAGGAG SH9857 9857 87 25 RUF5-1 RUF5-1 91 108 191 18 TTTAAAAGGAGAAGGAAGTTTAAAAGGAGAAGGAAGTTTAAAAGGAGAAGGAAGTTTAAA SH9858 9858 20 87 RUF5-1 RUF5-1 96 118 196 23 GTTTTTAATTTTTAAAAGGAGAAGTTTTTAATTTTTAAAAGGAGAAGTTTTTAATTTTTA SH9859 9859 37 72 RUF5-1 RUF5-1 101 122 201 22 TGCTGTTTTTAATTTTTAAAAGTGCTGTTTTTAATTTTTAAAAGTGCTGTTTTTAATTTT SH9860 9860 35 7 RUF5-1 RUF5-1 106 127 206 22 CTATTTGCTGTTTTTAATTTTTCTATTTGCTGTTTTTAATTTTTCTATTTGCTGTTTTTA SH9861 9861 98 42 RUF5-1 RUF5-1 111 131 211 21 CTAACTATTTGCTGTTTTTAACTAACTATTTGCTGTTTTTAACTAACTATTTGCTGTTTT SH9862 9862 68 71 RUF5-1 RUF5-1 116 134 216 19 CATCTAACTATTTGCTGTTCATCTAACTATTTGCTGTTCATCTAACTATTTGCTGTTCAT SH9863 9863 39 115 RUF5-1 RUF5-1 121 142 221 22 AATATATTCATCTAACTATTTGAATATATTCATCTAACTATTTGAATATATTCATCTAAC SH9864 9864 3 17 RUF5-1 RUF5-1 126 147 226 22 TCTTTAATATATTCATCTAACTTCTTTAATATATTCATCTAACTTCTTTAATATATTCAT SH9865 9865 54 30 RUF5-1 RUF5-1 131 152 231 22 AATAGTCTTTAATATATTCATCAATAGTCTTTAATATATTCATCAATAGTCTTTAATATA SH9866 9866 45 154 RUF5-1 RUF5-1 136 157 236 22 AAACGAATAGTCTTTAATATATAAACGAATAGTCTTTAATATATAAACGAATAGTCTTTA SH9867 9867 11 80 RUF5-1 RUF5-1 141 160 241 20 ATGAAACGAATAGTCTTTAAATGAAACGAATAGTCTTTAAATGAAACGAATAGTCTTTAA SH9868 9868 21 110 RUF5-1 RUF5-1 146 163 246 18 GAAATGAAACGAATAGTCGAAATGAAACGAATAGTCGAAATGAAACGAATAGTCGAAATG SH9869 9869 11 137 RUF5-1 RUF5-1 151 167 251 17 CTGGGAAATGAAACGAACTGGGAAATGAAACGAACTGGGAAATGAAACGAACTGGGAAAT SH9870 9870 6 114 RUF5-1 RUF5-1 156 172 256 17 CTGCTCTGGGAAATGAACTGCTCTGGGAAATGAACTGCTCTGGGAAATGAACTGCTCTGG SH9871 9871 101 157 RUF5-1 RUF5-1 161 173 261 13 GCTGCTCTGGGAAGCTGCTCTGGGAAGCTGCTCTGGGAAGCTGCTCTGGGAAGCTGCTCT SH9872 9872 31 160 RUF5-1 RUF5-1 166 181 266 16 GAAGTCATGCTGCTCTGAAGTCATGCTGCTCTGAAGTCATGCTGCTCTGAAGTCATGCTG SH9873 9873 76 136 RUF5-1 RUF5-1 171 187 271 17 AACCAAGAAGTCATGCTAACCAAGAAGTCATGCTAACCAAGAAGTCATGCTAACCAAGAA SH9874 9874 45 109 RUF5-1 RUF5-1 176 192 276 17 GAAGAAACCAAGAAGTCGAAGAAACCAAGAAGTCGAAGAAACCAAGAAGTCGAAGAAACC SH9875 9875 34 69 RUF5-1 RUF5-1 181 197 281 17 AGTCTGAAGAAACCAAGAGTCTGAAGAAACCAAGAGTCTGAAGAAACCAAGAGTCTGAAG SH9876 9876 94 10 RUF5-1 RUF5-1 186 203 286 18 GTAACAAGTCTGAAGAAAGTAACAAGTCTGAAGAAAGTAACAAGTCTGAAGAAAGTAACA SH9877 9877 7 176 RUF5-1 RUF5-1 191 206 291 16 GCGGTAACAAGTCTGAGCGGTAACAAGTCTGAGCGGTAACAAGTCTGAGCGGTAACAAGT SH9878 9878 73 170 RUF5-1 RUF5-1 196 210 296 15 CCCTGCGGTAACAAGCCCTGCGGTAACAAGCCCTGCGGTAACAAGCCCTGCGGTAACAAG SH9879 9879 30 116 RUF5-1 RUF5-1 201 213 301 13 TGCCCCTGCGGTATGCCCCTGCGGTATGCCCCTGCGGTATGCCCCTGCGGTATGCCCCTG SH9880 9880 72 59 RUF5-1 RUF5-1 206 220 306 15 CGACAAATGCCCCTGCGACAAATGCCCCTGCGACAAATGCCCCTGCGACAAATGCCCCTG SH9881 9881 54 128 RUF5-1 RUF5-1 211 225 311 15 AGCGACGACAAATGCAGCGACGACAAATGCAGCGACGACAAATGCAGCGACGACAAATGC SH9882 9882 69 76 RUF5-1 RUF5-1 216 230 316 15 GTAACAGCGACGACAGTAACAGCGACGACAGTAACAGCGACGACAGTAACAGCGACGACA SH9883 9883 91 161 RUF5-1 RUF5-1 221 235 321 15 GGGGTGTAACAGCGAGGGGTGTAACAGCGAGGGGTGTAACAGCGAGGGGTGTAACAGCGA SH9884 9884 22 106 RUF5-1 RUF5-1 226 240 326 15 CCAACGGGGTGTAACCCAACGGGGTGTAACCCAACGGGGTGTAACCCAACGGGGTGTAAC SH9885 9885 75 104 RUF5-1 RUF5-1 231 243 331 13 TGCCCAACGGGGTTGCCCAACGGGGTTGCCCAACGGGGTTGCCCAACGGGGTTGCCCAAC SH9886 9886 70 149 RUF5-1 RUF5-1 236 248 336 13 GTAGCTGCCCAACGTAGCTGCCCAACGTAGCTGCCCAACGTAGCTGCCCAACGTAGCTGC SH9887 9887 14 211 RUF5-1 RUF5-1 241 258 341 18 CAAAAATCATGTAGCTGCCAAAAATCATGTAGCTGCCAAAAATCATGTAGCTGCCAAAAA SH9888 9888 61 189 RUF5-1 RUF5-1 246 264 346 19 CAATGCCAAAAATCATGTACAATGCCAAAAATCATGTACAATGCCAAAAATCATGTACAA SH9889 9889 6 95 RUF5-1 RUF5-1 251 268 351 18 TGAACAATGCCAAAAATCTGAACAATGCCAAAAATCTGAACAATGCCAAAAATCTGAACA SH9890 9890 17 17 RUF5-1 RUF5-1 256 275 356 20 AAAATAATGAACAATGCCAAAAAATAATGAACAATGCCAAAAAATAATGAACAATGCCAA SH9891 9891 20 43 RUF5-1 RUF5-1 261 280 361 20 CTGCAAAAATAATGAACAATCTGCAAAAATAATGAACAATCTGCAAAAATAATGAACAAT SH9892 9892 63 104 RUF5-1 RUF5-1 266 284 366 19 GTAGCTGCAAAAATAATGAGTAGCTGCAAAAATAATGAGTAGCTGCAAAAATAATGAGTA SH9893 9893 24 189 RUF5-1 RUF5-1 271 287 371 17 GTGGTAGCTGCAAAAATGTGGTAGCTGCAAAAATGTGGTAGCTGCAAAAATGTGGTAGCT SH9894 9894 32 10 RUF5-1 RUF5-1 276 291 376 16 CAATGTGGTAGCTGCACAATGTGGTAGCTGCACAATGTGGTAGCTGCACAATGTGGTAGC SH9895 9895 45 206 RUF5-1 RUF5-1 281 297 381 17 CAATGCCAATGTGGTAGCAATGCCAATGTGGTAGCAATGCCAATGTGGTAGCAATGCCAA SH9896 9896 9 25 RUF5-1 RUF5-1 286 301 386 16 GTGCCAATGCCAATGTGTGCCAATGCCAATGTGTGCCAATGCCAATGTGTGCCAATGCCA SH9897 9897 101 107 RUF5-1 RUF5-1 291 303 391 13 GAGTGCCAATGCCGAGTGCCAATGCCGAGTGCCAATGCCGAGTGCCAATGCCGAGTGCCA SH9898 9898 84 167 RUF5-1 RUF5-1 296 310 396 15 AGGTCATGAGTGCCAAGGTCATGAGTGCCAAGGTCATGAGTGCCAAGGTCATGAGTGCCA SH9899 9899 79 57 RUF5-1 RUF5-1 301 318 401 18 CAAAATGAAGGTCATGAGCAAAATGAAGGTCATGAGCAAAATGAAGGTCATGAGCAAAAT SH9900 9900 92 159 RUF5-1 RUF5-1 306 322 406 17 CTTCCAAAATGAAGGTCCTTCCAAAATGAAGGTCCTTCCAAAATGAAGGTCCTTCCAAAA SH9901 9901 29 7 RUF5-1 RUF5-1 311 332 411 22 AATTAATTAACTTCCAAAATGAAATTAATTAACTTCCAAAATGAAATTAATTAACTTCCA SH9902 9902 34 169 RUF5-1 RUF5-1 316 335 416 20 GCGAATTAATTAACTTCCAAGCGAATTAATTAACTTCCAAGCGAATTAATTAACTTCCAA SH9903 9903 51 153 RUF5-1 RUF5-1 321 340 421 20 GTTCAGCGAATTAATTAACTGTTCAGCGAATTAATTAACTGTTCAGCGAATTAATTAACT SH9904 9904 80 35 RUF5-1 RUF5-1 326 345 426 20 AAAATGTTCAGCGAATTAATAAAATGTTCAGCGAATTAATAAAATGTTCAGCGAATTAAT SH9905 9905 88 45 RUF5-1 RUF5-1 331 348 431 18 CATAAAATGTTCAGCGAACATAAAATGTTCAGCGAACATAAAATGTTCAGCGAACATAAA SH9906 9906 32 73 RUF5-1 RUF5-1 336 355 436 20 ATCATCACATAAAATGTTCAATCATCACATAAAATGTTCAATCATCACATAAAATGTTCA SH9907 9907 32 4 RUF5-1 RUF5-1 341 361 441 21 CAATCAATCATCACATAAAATCAATCAATCATCACATAAAATCAATCAATCATCACATAA SH9908 9908 65 150 RUF5-1 RUF5-1 346 365 446 20 CAATCAATCAATCATCACATCAATCAATCAATCATCACATCAATCAATCAATCATCACAT SH9909 9909 93 138 RUF5-1 RUF5-1 351 370 451 20 ACAATCAATCAATCAATCATACAATCAATCAATCAATCATACAATCAATCAATCAATCAT SH9910 9910 82 208 RUF5-1 RUF5-1 356 374 456 19 CTGTACAATCAATCAATCACTGTACAATCAATCAATCACTGTACAATCAATCAATCACTG SH9911 9911 61 171 RUF5-1 RUF5-1 361 378 461 18 CAAACTGTACAATCAATCCAAACTGTACAATCAATCCAAACTGTACAATCAATCCAAACT SH9912 9912 45 147 RUF5-1 RUF5-1 366 385 466 20 AGAAAAACAAACTGTACAATAGAAAAACAAACTGTACAATAGAAAAACAAACTGTACAAT SH9913 9913 23 203 RUF5-1 RUF5-1 371 392 471 22 GATATTAAGAAAAACAAACTGTGATATTAAGAAAAACAAACTGTGATATTAAGAAAAACA SH9914 9914 90 154 RUF5-1 RUF5-1 376 398 476 23 GAAATAGATATTAAGAAAAACAAGAAATAGATATTAAGAAAAACAAGAAATAGATATTAA SH9915 9915 68 142 RUF5-1 RUF5-1 381 402 481 22 CATCGAAATAGATATTAAGAAACATCGAAATAGATATTAAGAAACATCGAAATAGATATT SH9916 9916 16 183 RUF5-1 RUF5-1 386 405 486 20 AGTCATCGAAATAGATATTAAGTCATCGAAATAGATATTAAGTCATCGAAATAGATATTA SH9917 9917 35 159 RUF5-1 RUF5-1 391 408 491 18 AGAAGTCATCGAAATAGAAGAAGTCATCGAAATAGAAGAAGTCATCGAAATAGAAGAAGT SH9918 9918 81 34 RUF5-1 RUF5-1 396 413 496 18 CATATAGAAGTCATCGAACATATAGAAGTCATCGAACATATAGAAGTCATCGAACATATA SH9919 9919 34 14 RUF5-1 RUF5-1 401 420 501 20 GCAATATCATATAGAAGTCAGCAATATCATATAGAAGTCAGCAATATCATATAGAAGTCA SH9920 9920 38 206 RUF5-1 RUF5-1 406 425 506 20 TTAGTGCAATATCATATAGATTAGTGCAATATCATATAGATTAGTGCAATATCATATAGA SH9921 9921 37 171 RUF5-1 RUF5-1 411 429 511 19 CTTGTTAGTGCAATATCATCTTGTTAGTGCAATATCATCTTGTTAGTGCAATATCATCTT SH9922 9922 66 108 RUF5-1 RUF5-1 416 433 516 18 TCTTCTTGTTAGTGCAATTCTTCTTGTTAGTGCAATTCTTCTTGTTAGTGCAATTCTTCT SH9923 9923 49 5 RUF5-1 RUF5-1 421 442 521 22 ATTATAATATCTTCTTGTTAGTATTATAATATCTTCTTGTTAGTATTATAATATCTTCTT SH9924 9924 77 92 RUF5-1 RUF5-1 426 445 526 20 TGCATTATAATATCTTCTTGTGCATTATAATATCTTCTTGTGCATTATAATATCTTCTTG SH9925 9925 83 195 RUF5-1 RUF5-1 431 452 531 22 TATCAATTGCATTATAATATCTTATCAATTGCATTATAATATCTTATCAATTGCATTATA SH9926 9926 66 47 RUF5-1 RUF5-1 436 456 536 21 CTTGTATCAATTGCATTATAACTTGTATCAATTGCATTATAACTTGTATCAATTGCATTA SH9927 9927 53 179 RUF5-1 RUF5-1 441 458 541 18 GTCTTGTATCAATTGCATGTCTTGTATCAATTGCATGTCTTGTATCAATTGCATGTCTTG SH9928 9928 59 17 RUF5-1 RUF5-1 446 463 546 18 TCCTTGTCTTGTATCAATTCCTTGTCTTGTATCAATTCCTTGTCTTGTATCAATTCCTTG SH9929 9929 61 32 RUF5-1 RUF5-1 451 468 551 18 ATAACTCCTTGTCTTGTAATAACTCCTTGTCTTGTAATAACTCCTTGTCTTGTAATAACT SH9930 9930 44 35 RUF5-1 RUF5-1 456 472 556 17 GCAAATAACTCCTTGTCGCAAATAACTCCTTGTCGCAAATAACTCCTTGTCGCAAATAAC SH9931 9931 68 193 RUF5-1 RUF5-1 461 477 561 17 GAGAAGCAAATAACTCCGAGAAGCAAATAACTCCGAGAAGCAAATAACTCCGAGAAGCAA SH9932 9932 4 125 RUF5-1 RUF5-1 466 486 566 21 CATATAAAAGAGAAGCAAATACATATAAAAGAGAAGCAAATACATATAAAAGAGAAGCAA SH9933 9933 89 57 RUF5-1 RUF5-1 471 490 571 20 GAATCATATAAAAGAGAAGCGAATCATATAAAAGAGAAGCGAATCATATAAAAGAGAAGC SH9934 9934 27 120 RUF5-1 RUF5-1 476 495 576 20 TGTCAGAATCATATAAAAGATGTCAGAATCATATAAAAGATGTCAGAATCATATAAAAGA SH9935 9935 12 183 RUF5-1 RUF5-1 481 499 581 19 GGATTGTCAGAATCATATAGGATTGTCAGAATCATATAGGATTGTCAGAATCATATAGGA SH9936 9936 82 124 RUF5-1 RUF5-1 486 503 586 18 ATATGGATTGTCAGAATCATATGGATTGTCAGAATCATATGGATTGTCAGAATCATATGG SH9937 9937 43 20 RUF5-1 RUF5-1 491 507 591 17 CGCAATATGGATTGTCACGCAATATGGATTGTCACGCAATATGGATTGTCACGCAATATG SH9938 9938 73 197 RUF5-1 RUF5-1 496 512 596 17 ACCAACGCAATATGGATACCAACGCAATATGGATACCAACGCAATATGGATACCAACGCA SH9939 9939 29 92 RUF5-1 RUF5-1 501 517 601 17 AGACTACCAACGCAATAAGACTACCAACGCAATAAGACTACCAACGCAATAAGACTACCA SH9940 9940 96 147 RUF5-1 RUF5-1 506 523 606 18 CAAAAAAGACTACCAACGCAAAAAAGACTACCAACGCAAAAAAGACTACCAACGCAAAAA SH9941 9941 89 151 RUF5-1 RUF5-1 511 527 611 17 CCAGCAAAAAAGACTACCCAGCAAAAAAGACTACCCAGCAAAAAAGACTACCCAGCAAAA SH9942 9942 61 180 RUF5-1 RUF5-1 516 532 616 17 CCGTTCCAGCAAAAAAGCCGTTCCAGCAAAAAAGCCGTTCCAGCAAAAAAGCCGTTCCAG SH9943 9943 99 167 RUF5-1 RUF5-1 521 535 621 15 GAACCGTTCCAGCAAGAACCGTTCCAGCAAGAACCGTTCCAGCAAGAACCGTTCCAGCAA SH9944 9944 36 53 RUF5-1 RUF5-1 526 538 626 13 GCTGAACCGTTCCGCTGAACCGTTCCGCTGAACCGTTCCGCTGAACCGTTCCGCTGAACC SH9945 9945 104 144 RUF5-1 RUF5-1 531 545 631 15 CTTTTCCGCTGAACCCTTTTCCGCTGAACCCTTTTCCGCTGAACCCTTTTCCGCTGAACC SH9946 9946 52 67 RUF5-1 RUF5-1 536 550 636 15 TGCGTCTTTTCCGCTTGCGTCTTTTCCGCTTGCGTCTTTTCCGCTTGCGTCTTTTCCGCT SH9947 9947 46 173 RUF5-1 RUF5-1 541 556 641 16 GAGCGATGCGTCTTTTGAGCGATGCGTCTTTTGAGCGATGCGTCTTTTGAGCGATGCGTC SH9948 9948 88 8 RUF5-1 RUF5-1 546 562 646 17 CAAAAAGAGCGATGCGTCAAAAAGAGCGATGCGTCAAAAAGAGCGATGCGTCAAAAAGAG SH9949 9949 29 210 RUF5-1 RUF5-1 551 567 651 17 AGAAGCAAAAAGAGCGAAGAAGCAAAAAGAGCGAAGAAGCAAAAAGAGCGAAGAAGCAAA SH9950 9950 94 54 RUF5-1 RUF5-1 556 573 656 18 TCTTCTAGAAGCAAAAAGTCTTCTAGAAGCAAAAAGTCTTCTAGAAGCAAAAAGTCTTCT SH9951 9951 55 142 RUF5-1 RUF5-1 561 578 661 18 GCATTTCTTCTAGAAGCAGCATTTCTTCTAGAAGCAGCATTTCTTCTAGAAGCAGCATTT SH9952 9952 28 11 RUF5-1 RUF5-1 566 582 666 17 GCTGGCATTTCTTCTAGGCTGGCATTTCTTCTAGGCTGGCATTTCTTCTAGGCTGGCATT SH9953 9953 85 29 RUF5-1 RUF5-1 571 587 671 17 CTTTTGCTGGCATTTCTCTTTTGCTGGCATTTCTCTTTTGCTGGCATTTCTCTTTTGCTG SH9954 9954 19 97 RUF5-1 RUF5-1 576 592 676 17 AGATTCTTTTGCTGGCAAGATTCTTTTGCTGGCAAGATTCTTTTGCTGGCAAGATTCTTT SH9955 9955 103 188 RUF5-1 RUF5-1 581 598 681 18 GTCAAGAGATTCTTTTGCGTCAAGAGATTCTTTTGCGTCAAGAGATTCTTTTGCGTCAAG SH9956 9956 83 57 RUF5-1 RUF5-1 586 602 686 17 CACTGTCAAGAGATTCTCACTGTCAAGAGATTCTCACTGTCAAGAGATTCTCACTGTCAA SH9957 9957 27 85 RUF5-1 RUF5-1 591 606 691 16 CAGTCACTGTCAAGAGCAGTCACTGTCAAGAGCAGTCACTGTCAAGAGCAGTCACTGTCA SH9958 9958 30 197 RUF5-1 RUF5-1 596 610 696 15 CTGTCAGTCACTGTCCTGTCAGTCACTGTCCTGTCAGTCACTGTCCTGTCAGTCACTGTC SH9959 9959 49 124 RUF5-1 RUF5-1 601 618 701 18 CATTTTTGCTGTCAGTCACATTTTTGCTGTCAGTCACATTTTTGCTGTCAGTCACATTTT SH9960 9960 72 131 RUF5-1 RUF5-1 606 623 706 18 AAAGACATTTTTGCTGTCAAAGACATTTTTGCTGTCAAAGACATTTTTGCTGTCAAAGAC SH9961 9961 81 37 RUF5-1 RUF5-1 611 630 711 20 GTTAGAAAAAGACATTTTTGGTTAGAAAAAGACATTTTTGGTTAGAAAAAGACATTTTTG SH9962 9962 76 194 RUF5-1 RUF5-1 616 635 716 20 TACTAGTTAGAAAAAGACATTACTAGTTAGAAAAAGACATTACTAGTTAGAAAAAGACAT SH9963 9963 81 107 RUF5-1 RUF5-1 621 640 721 20 CTTGTTACTAGTTAGAAAAACTTGTTACTAGTTAGAAAAACTTGTTACTAGTTAGAAAAA SH9964 9964 6 134 RUF5-1 RUF5-1 626 642 726 17 GCCTTGTTACTAGTTAGGCCTTGTTACTAGTTAGGCCTTGTTACTAGTTAGGCCTTGTTA SH9965 9965 60 177 RUF5-1 RUF5-1 631 648 731 18 ATCTTAGCCTTGTTACTAATCTTAGCCTTGTTACTAATCTTAGCCTTGTTACTAATCTTA SH9966 9966 50 206 RUF5-1 RUF5-1 636 653 736 18 CTGATATCTTAGCCTTGTCTGATATCTTAGCCTTGTCTGATATCTTAGCCTTGTCTGATA SH9967 9967 39 12 RUF5-1 RUF5-1 641 657 741 17 CAGGCTGATATCTTAGCCAGGCTGATATCTTAGCCAGGCTGATATCTTAGCCAGGCTGAT SH9968 9968 18 135 RUF5-1 RUF5-1 646 663 746 18 TTATTTCAGGCTGATATCTTATTTCAGGCTGATATCTTATTTCAGGCTGATATCTTATTT SH9969 9969 62 133 RUF5-1 RUF5-1 651 667 751 17 CCCTTTATTTCAGGCTGCCCTTTATTTCAGGCTGCCCTTTATTTCAGGCTGCCCTTTATT SH9970 9970 35 113 RUF5-1 RUF5-1 656 672 756 17 CACCACCCTTTATTTCACACCACCCTTTATTTCACACCACCCTTTATTTCACACCACCCT SH9971 9971 69 49 RUF5-1 RUF5-1 661 677 761 17 TACTTCACCACCCTTTATACTTCACCACCCTTTATACTTCACCACCCTTTATACTTCACC SH9972 9972 62 22 RUF5-1 RUF5-1 666 683 766 18 AATTATTACTTCACCACCAATTATTACTTCACCACCAATTATTACTTCACCACCAATTAT SH9973 9973 6 206 RUF5-1 RUF5-1 671 692 771 22 GGATGATTTAATTATTACTTCAGGATGATTTAATTATTACTTCAGGATGATTTAATTATT SH9974 9974 87 210 RUF5-1 RUF5-1 676 697 776 22 TATACGGATGATTTAATTATTATATACGGATGATTTAATTATTATATACGGATGATTTAA SH9975 9975 64 175 RUF5-1 RUF5-1 681 700 781 20 GTTTATACGGATGATTTAATGTTTATACGGATGATTTAATGTTTATACGGATGATTTAAT SH9976 9976 85 158 RUF5-1 RUF5-1 686 703 786 18 TAGGTTTATACGGATGATTAGGTTTATACGGATGATTAGGTTTATACGGATGATTAGGTT SH9977 9977 81 210 RUF5-1 RUF5-1 691 708 791 18 GTGTATAGGTTTATACGGGTGTATAGGTTTATACGGGTGTATAGGTTTATACGGGTGTAT SH9978 9978 64 120 RUF5-1 RUF5-1 696 715 796 20 CATATATGTGTATAGGTTTACATATATGTGTATAGGTTTACATATATGTGTATAGGTTTA SH9979 9979 90 80 RUF5-1 RUF5-1 701 718 801 18 CCTCATATATGTGTATAGCCTCATATATGTGTATAGCCTCATATATGTGTATAGCCTCAT SH9980 9980 5 103 RUF5-1 RUF5-1 706 725 806 20 TATTTTTCCTCATATATGTGTATTTTTCCTCATATATGTGTATTTTTCCTCATATATGTG SH9981 9981 61 168 RUF5-1 RUF5-1 711 732 811 22 TTTGTATTATTTTTCCTCATATTTTGTATTATTTTTCCTCATATTTTGTATTATTTTTCC SH9982 9982 101 29 RUF5-1 RUF5-1 716 736 816 21 CACTTTTGTATTATTTTTCCTCACTTTTGTATTATTTTTCCTCACTTTTGTATTATTTTT SH9983 9983 11 202 RUF5-1 RUF5-1 721 743 821 23 TTTAAAACACTTTTGTATTATTTTTTAAAACACTTTTGTATTATTTTTTAAAACACTTTT SH9984 9984 6 212 RUF5-1 RUF5-1 726 747 826 22 TGTATTTAAAACACTTTTGTATTGTATTTAAAACACTTTTGTATTGTATTTAAAACACTT SH9985 9985 35 95 RUF5-1 RUF5-1 731 752 831 22 GTATCTGTATTTAAAACACTTTGTATCTGTATTTAAAACACTTTGTATCTGTATTTAAAA SH9986 9986 45 188 RUF5-1 RUF5-1 736 756 836 21 GTATGTATCTGTATTTAAAACGTATGTATCTGTATTTAAAACGTATGTATCTGTATTTAA SH9987 9987 22 177 RUF5-1 RUF5-1 741 760 841 20 TCATGTATGTATCTGTATTTTCATGTATGTATCTGTATTTTCATGTATGTATCTGTATTT SH9988 9988 5 185 RUF5-1 RUF5-1 746 763 846 18 TGTTCATGTATGTATCTGTGTTCATGTATGTATCTGTGTTCATGTATGTATCTGTGTTCA SH9989 9989 98 206 RUF5-1 RUF5-1 751 768 851 18 GCATATGTTCATGTATGTGCATATGTTCATGTATGTGCATATGTTCATGTATGTGCATAT SH9990 9990 92 62 RUF5-1 RUF5-1 756 772 856 17 ACGTGCATATGTTCATGACGTGCATATGTTCATGACGTGCATATGTTCATGACGTGCATA SH9991 9991 78 41 RUF5-1 761-775 + 3' 761 861 17 gcTATACGTGCATATGTgcTATACGTGCATATGTgcTATACGTGCATATGTgcTATACGT SH9992 9992 27 184 RUF5-1 766-775 + 3' 766 866 15 ggcgcTATACGTGCAggcgcTATACGTGCAggcgcTATACGTGCAggcgcTATACGTGCA SH9993 9993 44 18 RUF5-1 771-775 + 3' 771 871 16 catttgggcgcTATACcatttgggcgcTATACcatttgggcgcTATACcatttgggcgcT SH9994 9994 31 213 RUF5-1 3' 876 13 gacatttgggcgcgacatttgggcgcgacatttgggcgcgacatttgggcgcgacatttg SH9995 9995 71 191 RUF5-1 3' 881 17 cccattaccgacatttgcccattaccgacatttgcccattaccgacatttgcccattacc SH9996 9996 49 35 RUF5-1 3' 886 15 gatcccattaccgacgatcccattaccgacgatcccattaccgacgatcccattaccgac SH9997 9997 85 52 RUF5-1 3' 891 17 gtaagccgatcccattagtaagccgatcccattagtaagccgatcccattagtaagccga SH9998 9998 78 50 RUF5-1 3' 896 17 aattagtaagccgatccaattagtaagccgatccaattagtaagccgatccaattagtaa SH9999 9999 92 8 RUF5-1 3' 901 20 cattttataattagtaagcccattttataattagtaagcccattttataattagtaagcc SH10000 10000 22 127 RUF5-1 3' 906 22 tatgatgcattttataattagttatgatgcattttataattagttatgatgcattttata SH10001 10001 21 18 RUF5-1 3' 911 22 atttctatgatgcattttataaatttctatgatgcattttataaatttctatgatgcatt SH10002 10002 4 78 RUF5-1 3' 916 19 cgatttctatgatgcatttcgatttctatgatgcatttcgatttctatgatgcatttcga SH10003 10003 26 120 RUF5-1 3' 921 18 tcaacgatttctatgatgtcaacgatttctatgatgtcaacgatttctatgatgtcaacg SH10004 10004 41 77 RUF5-1 3' 926 19 caaacttcaacgatttctacaaacttcaacgatttctacaaacttcaacgatttctacaa SH10005 10005 4 38 RUF5-1 3' 931 17 cggcaaacttcaacgatcggcaaacttcaacgatcggcaaacttcaacgatcggcaaact SH10006 10006 30 21 RUF5-1 3' 936 17 tactacggcaaacttcatactacggcaaacttcatactacggcaaacttcatactacggc SH10007 10007 20 203 RUF5-1 3' 941 17 ggtattactacggcaaaggtattactacggcaaaggtattactacggcaaaggtattact SH10008 10008 76 44 RUF5-1 3' 946 17 atctgggtattactacgatctgggtattactacgatctgggtattactacgatctgggta SH10009 10009 54 87 RUF5-1 3' 951 18 ctgataatctgggtattactgataatctgggtattactgataatctgggtattactgata SH10010 10010 53 139 RUF5-1 3' 956 17 gaatctgataatctggggaatctgataatctggggaatctgataatctggggaatctgat SH10011 10011 67 73 RUF6 5' 1 18 aatagcaccaacgataataatagcaccaacgataataatagcaccaacgataataatagc SH10012 10012 80 208 RUF6 5' 6 16 gacaatagcaccaacggacaatagcaccaacggacaatagcaccaacggacaatagcacc SH10013 10013 73 13 RUF6 5' 11 18 acaaaatgacaatagcacacaaaatgacaatagcacacaaaatgacaatagcacacaaaa SH10014 10014 72 136 RUF6 5' 16 18 ggacaacaaaatgacaatggacaacaaaatgacaatggacaacaaaatgacaatggacaa SH10015 10015 92 67 RUF6 5' 21 18 cttttggacaacaaaatgcttttggacaacaaaatgcttttggacaacaaaatgcttttg SH10016 10016 47 112 RUF6 5' 26 17 ccttcttttggacaacaccttcttttggacaacaccttcttttggacaacaccttctttt SH10017 10017 52 200 RUF6 5' 31 17 catctccttcttttggacatctccttcttttggacatctccttcttttggacatctcctt SH10018 10018 13 176 RUF6 5' 36 17 ttcctcatctccttcttttcctcatctccttcttttcctcatctccttcttttcctcatc SH10019 10019 17 175 RUF6 5' 41 16 ctctttcctcatctccctctttcctcatctccctctttcctcatctccctctttcctcat SH10020 10020 73 50 RUF6 5' 46 15 gctcctctttcctcagctcctctttcctcagctcctctttcctcagctcctctttcctca SH10021 10021 43 22 RUF6 5' 51 16 gatggtgctcctctttgatggtgctcctctttgatggtgctcctctttgatggtgctcct SH10022 10022 42 68 RUF6 5' 56 15 tcatgatggtgctcctcatgatggtgctcctcatgatggtgctcctcatgatggtgctcc SH10023 10023 83 45 RUF6 5' 61 16 cgacgatcatgatggtcgacgatcatgatggtcgacgatcatgatggtcgacgatcatga SH10024 10024 8 93 RUF6 5' 66 13 ggcgacgatcatgggcgacgatcatgggcgacgatcatgggcgacgatcatgggcgacga SH10025 10025 56 91 RUF6 5' 71 13 gtacaggcgacgagtacaggcgacgagtacaggcgacgagtacaggcgacgagtacaggc SH10026 10026 5 212 RUF6 5' 76 15 acagatggtacaggcacagatggtacaggcacagatggtacaggcacagatggtacaggc SH10027 10027 91 96 RUF6 5' 81 16 ctggacacagatggtactggacacagatggtactggacacagatggtactggacacagat SH10028 10028 5 144 RUF6 5' - 1 -14 1 86 16 CaaacctggacacagaCaaacctggacacagaCaaacctggacacagaCaaacctggaca SH10029 10029 4 80 RUF6 5' - 5 -9 5 91 15 AGCACaaacctggacAGCACaaacctggacAGCACaaacctggacAGCACaaacctggac SH10030 10030 38 192 RUF6 5' - 12 -4 12 96 17 CTTTAGTAGCACaaaccCTTTAGTAGCACaaaccCTTTAGTAGCACaaaccCTTTAGTAG SH10031 10031 38 23 RUF6 RUF6 1 17 101 17 CACAACTTTAGTAGCACCACAACTTTAGTAGCACCACAACTTTAGTAGCACCACAACTTT SH10032 10032 58 66 RUF6 RUF6 6 23 106 18 GAAACGCACAACTTTAGTGAAACGCACAACTTTAGTGAAACGCACAACTTTAGTGAAACG SH10033 10033 37 109 RUF6 RUF6 11 27 111 17 AACTGAAACGCACAACTAACTGAAACGCACAACTAACTGAAACGCACAACTAACTGAAAC SH10034 10034 79 193 RUF6 RUF6 16 33 116 18 AAATCTAACTGAAACGCAAAATCTAACTGAAACGCAAAATCTAACTGAAACGCAAAATCT SH10035 10035 16 118 RUF6 RUF6 21 40 121 20 CTTTGAGAAATCTAACTGAACTTTGAGAAATCTAACTGAACTTTGAGAAATCTAACTGAA SH10036 10036 93 199 RUF6 RUF6 26 43 126 18 TGCCTTTGAGAAATCTAATGCCTTTGAGAAATCTAATGCCTTTGAGAAATCTAATGCCTT SH10037 10037 22 126 RUF6 RUF6 31 48 131 18 TCTAATGCCTTTGAGAAATCTAATGCCTTTGAGAAATCTAATGCCTTTGAGAAATCTAAT SH10038 10038 34 37 RUF6 RUF6 36 53 136 18 TTTACTCTAATGCCTTTGTTTACTCTAATGCCTTTGTTTACTCTAATGCCTTTGTTTACT SH10039 10039 15 66 RUF6 RUF6 41 57 141 17 CTCCTTTACTCTAATGCCTCCTTTACTCTAATGCCTCCTTTACTCTAATGCCTCCTTTAC SH10040 10040 78 82 RUF6 RUF6 46 62 146 17 ACTCACTCCTTTACTCTACTCACTCCTTTACTCTACTCACTCCTTTACTCTACTCACTCC SH10041 10041 25 62 RUF6 RUF6 51 67 151 17 ATACCACTCACTCCTTTATACCACTCACTCCTTTATACCACTCACTCCTTTATACCACTC SH10042 10042 58 62 RUF6 RUF6 56 72 156 17 TAGGTATACCACTCACTTAGGTATACCACTCACTTAGGTATACCACTCACTTAGGTATAC SH10043 10043 93 147 RUF6 RUF6 61 77 161 17 CAGAATAGGTATACCACCAGAATAGGTATACCACCAGAATAGGTATACCACCAGAATAGG SH10044 10044 66 210 RUF6 RUF6 66 85 166 20 AAAGTTTACAGAATAGGTATAAAGTTTACAGAATAGGTATAAAGTTTACAGAATAGGTAT SH10045 10045 34 62 RUF6 RUF6 71 90 171 20 CATCTAAAGTTTACAGAATACATCTAAAGTTTACAGAATACATCTAAAGTTTACAGAATA SH10046 10046 26 107 RUF6 RUF6 76 97 176 22 GTTAAATCATCTAAAGTTTACAGTTAAATCATCTAAAGTTTACAGTTAAATCATCTAAAG SH10047 10047 72 123 RUF6 RUF6 81 100 181 20 CTCGTTAAATCATCTAAAGTCTCGTTAAATCATCTAAAGTCTCGTTAAATCATCTAAAGT SH10048 10048 102 21 RUF6 RUF6 86 103 186 18 TCTCTCGTTAAATCATCTTCTCTCGTTAAATCATCTTCTCTCGTTAAATCATCTTCTCTC SH10049 10049 33 82 RUF6 RUF6 91 110 191 20 CAACATTTCTCTCGTTAAATCAACATTTCTCTCGTTAAATCAACATTTCTCTCGTTAAAT SH10050 10050 53 102 RUF6 RUF6 96 112 196 17 CACAACATTTCTCTCGTCACAACATTTCTCTCGTCACAACATTTCTCTCGTCACAACATT SH10051 10051 2 16 RUF6 RUF6 101 118 201 18 TAGTTGCACAACATTTCTTAGTTGCACAACATTTCTTAGTTGCACAACATTTCTTAGTTG SH10052 10052 53 26 RUF6 RUF6 106 123 206 18 GTTAGTAGTTGCACAACAGTTAGTAGTTGCACAACAGTTAGTAGTTGCACAACAGTTAGT SH10053 10053 99 197 RUF6 RUF6 111 127 211 17 GCAAGTTAGTAGTTGCAGCAAGTTAGTAGTTGCAGCAAGTTAGTAGTTGCAGCAAGTTAG SH10054 10054 56 112 RUF6 RUF6 116 132 216 17 CTAAGGCAAGTTAGTAGCTAAGGCAAGTTAGTAGCTAAGGCAAGTTAGTAGCTAAGGCAA SH10055 10055 82 39 RUF6 RUF6 121 138 221 18 TTTCTACTAAGGCAAGTTTTTCTACTAAGGCAAGTTTTTCTACTAAGGCAAGTTTTTCTA SH10056 10056 77 109 RUF6 RUF6 126 143 226 18 GAATTTTTCTACTAAGGCGAATTTTTCTACTAAGGCGAATTTTTCTACTAAGGCGAATTT SH10057 10057 69 192 RUF6 RUF6 131 150 231 20 GTTGTTAGAATTTTTCTACTGTTGTTAGAATTTTTCTACTGTTGTTAGAATTTTTCTACT SH10058 10058 93 46 RUF6 RUF6 136 158 236 23 AATATATTGTTGTTAGAATTTTTAATATATTGTTGTTAGAATTTTTAATATATTGTTGTT SH10059 10059 92 72 RUF6 RUF6 141 163 241 23 CTATAAATATATTGTTGTTAGAACTATAAATATATTGTTGTTAGAACTATAAATATATTG SH10060 10060 67 179 RUF6 RUF6 146 166 246 21 CGTCTATAAATATATTGTTGTCGTCTATAAATATATTGTTGTCGTCTATAAATATATTGT SH10061 10061 78 71 RUF6 RUF6 151 172 251 22 CTTTATCGTCTATAAATATATTCTTTATCGTCTATAAATATATTCTTTATCGTCTATAAA SH10062 10062 38 32 RUF6 RUF6 156 177 256 22 CATTACTTTATCGTCTATAAATCATTACTTTATCGTCTATAAATCATTACTTTATCGTCT SH10063 10063 67 28 RUF6 RUF6 161 180 261 20 GTTCATTACTTTATCGTCTAGTTCATTACTTTATCGTCTAGTTCATTACTTTATCGTCTA SH10064 10064 2 98 RUF6 RUF6 166 185 266 20 CTAGTGTTCATTACTTTATCCTAGTGTTCATTACTTTATCCTAGTGTTCATTACTTTATC SH10065 10065 26 78 RUF6 RUF6 171 188 271 18 GTACTAGTGTTCATTACTGTACTAGTGTTCATTACTGTACTAGTGTTCATTACTGTACTA SH10066 10066 59 94 RUF6 RUF6 176 192 276 17 TCTCGTACTAGTGTTCATCTCGTACTAGTGTTCATCTCGTACTAGTGTTCATCTCGTACT SH10067 10067 99 168 RUF6 RUF6 181 196 281 16 GTCCTCTCGTACTAGTGTCCTCTCGTACTAGTGTCCTCTCGTACTAGTGTCCTCTCGTAC SH10068 10068 30 25 RUF6 RUF6 186 202 286 17 GTATTCGTCCTCTCGTAGTATTCGTCCTCTCGTAGTATTCGTCCTCTCGTAGTATTCGTC SH10069 10069 86 197 RUF6 RUF6 191 208 291 18 GTTATTGTATTCGTCCTCGTTATTGTATTCGTCCTCGTTATTGTATTCGTCCTCGTTATT SH10070 10070 53 11 RUF6 RUF6 196 215 296 20 GCATATTGTTATTGTATTCGGCATATTGTTATTGTATTCGGCATATTGTTATTGTATTCG SH10071 10071 100 50 RUF6 RUF6 201 218 301 18 GCTGCATATTGTTATTGTGCTGCATATTGTTATTGTGCTGCATATTGTTATTGTGCTGCA SH10072 10072 21 62 RUF6 RUF6 206 223 306 18 AGAAAGCTGCATATTGTTAGAAAGCTGCATATTGTTAGAAAGCTGCATATTGTTAGAAAG SH10073 10073 55 49 RUF6 RUF6 211 227 311 17 CTCGAGAAAGCTGCATACTCGAGAAAGCTGCATACTCGAGAAAGCTGCATACTCGAGAAA SH10074 10074 60 121 RUF6 RUF6 216 230 316 15 GTGCTCGAGAAAGCTGTGCTCGAGAAAGCTGTGCTCGAGAAAGCTGTGCTCGAGAAAGCT SH10075 10075 11 39 RUF6 RUF6 221 235 321 15 TGCAAGTGCTCGAGATGCAAGTGCTCGAGATGCAAGTGCTCGAGATGCAAGTGCTCGAGA SH10076 10076 10 2 RUF6 RUF6 226 242 326 17 GTATTGCTGCAAGTGCTGTATTGCTGCAAGTGCTGTATTGCTGCAAGTGCTGTATTGCTG SH10077 10077 95 152 RUF6 RUF6 231 247 331 17 CTTTCGTATTGCTGCAACTTTCGTATTGCTGCAACTTTCGTATTGCTGCAACTTTCGTAT SH10078 10078 97 195 RUF6 RUF6 236 252 336 17 CAAAGCTTTCGTATTGCCAAAGCTTTCGTATTGCCAAAGCTTTCGTATTGCCAAAGCTTT SH10079 10079 32 203 RUF6 RUF6 241 257 341 17 CAGTCCAAAGCTTTCGTCAGTCCAAAGCTTTCGTCAGTCCAAAGCTTTCGTCAGTCCAAA SH10080 10080 44 211 RUF6 RUF6 246 263 346 18 TATTTTCAGTCCAAAGCTTATTTTCAGTCCAAAGCTTATTTTCAGTCCAAAGCTTATTTT SH10081 10081 66 98 RUF6 RUF6 251 270 351 20 CTTTTTTTATTTTCAGTCCACTTTTTTTATTTTCAGTCCACTTTTTTTATTTTCAGTCCA SH10082 10082 37 8 RUF6 RUF6 256 278 356 23 GTTTTCTTCTTTTTTTATTTTCAGTTTTCTTCTTTTTTTATTTTCAGTTTTCTTCTTTTT SH10083 10083 36 156 RUF6 RUF6 261 282 361 22 TAACGTTTTCTTCTTTTTTTATTAACGTTTTCTTCTTTTTTTATTAACGTTTTCTTCTTT SH10084 10084 6 207 RUF6 RUF6 266 285 366 20 CACTAACGTTTTCTTCTTTTCACTAACGTTTTCTTCTTTTCACTAACGTTTTCTTCTTTT SH10085 10085 44 104 RUF6 RUF6 271 289 371 19 GAATCACTAACGTTTTCTTGAATCACTAACGTTTTCTTGAATCACTAACGTTTTCTTGAA SH10086 10086 20 185 RUF6 RUF6 276 294 376 19 CTTAAGAATCACTAACGTTCTTAAGAATCACTAACGTTCTTAAGAATCACTAACGTTCTT SH10087 10087 20 9 RUF6 RUF6 281 298 381 18 AGCACTTAAGAATCACTAAGCACTTAAGAATCACTAAGCACTTAAGAATCACTAAGCACT SH10088 10088 33 39 RUF6 RUF6 286 303 386 18 ACAGAAGCACTTAAGAATACAGAAGCACTTAAGAATACAGAAGCACTTAAGAATACAGAA SH10089 10089 18 40 RUF6 RUF6 291 307 391 17 GCTTACAGAAGCACTTAGCTTACAGAAGCACTTAGCTTACAGAAGCACTTAGCTTACAGA SH10090 10090 79 35 RUF6 RUF6 296 313 396 18 TTTTTAGCTTACAGAAGCTTTTTAGCTTACAGAAGCTTTTTAGCTTACAGAAGCTTTTTA SH10091 10091 42 4 RUF6 RUF6 301 322 401 22 GTTAAAATATTTTTAGCTTACAGTTAAAATATTTTTAGCTTACAGTTAAAATATTTTTAG SH10092 10092 86 100 RUF6 RUF6 306 325 406 20 ACCGTTAAAATATTTTTAGCACCGTTAAAATATTTTTAGCACCGTTAAAATATTTTTAGC SH10093 10093 75 132 RUF6 RUF6 311 330 411 20 CAACAACCGTTAAAATATTTCAACAACCGTTAAAATATTTCAACAACCGTTAAAATATTT SH10094 10094 85 184 RUF6 RUF6 316 335 416 20 GAAAACAACAACCGTTAAAAGAAAACAACAACCGTTAAAAGAAAACAACAACCGTTAAAA SH10095 10095 52 85 RUF6 RUF6 321 337 421 17 TCGAAAACAACAACCGTTCGAAAACAACAACCGTTCGAAAACAACAACCGTTCGAAAACA SH10096 10096 13 40 RUF6 RUF6 326 342 426 17 GAACGTCGAAAACAACAGAACGTCGAAAACAACAGAACGTCGAAAACAACAGAACGTCGA SH10097 10097 16 122 RUF6 RUF6 331 347 431 17 ACTAGGAACGTCGAAAAACTAGGAACGTCGAAAAACTAGGAACGTCGAAAAACTAGGAAC SH10098 10098 93 196 RUF6 RUF6 336 353 436 18 AATTTAACTAGGAACGTCAATTTAACTAGGAACGTCAATTTAACTAGGAACGTCAATTTA SH10099 10099 77 125 RUF6 RUF6 341 360 441 20 CTGATAAAATTTAACTAGGACTGATAAAATTTAACTAGGACTGATAAAATTTAACTAGGA SH10100 10100 80 65 RUF6 RUF6 346 365 446 20 AGCTTCTGATAAAATTTAACAGCTTCTGATAAAATTTAACAGCTTCTGATAAAATTTAAC SH10101 10101 16 84 RUF6 RUF6 351 370 451 20 AAAACAGCTTCTGATAAAATAAAACAGCTTCTGATAAAATAAAACAGCTTCTGATAAAAT SH10102 10102 56 171 RUF6 RUF6 356 374 456 19 GAATAAAACAGCTTCTGATGAATAAAACAGCTTCTGATGAATAAAACAGCTTCTGATGAA SH10103 10103 67 182 RUF6 RUF6 361 378 461 18 CACAGAATAAAACAGCTTCACAGAATAAAACAGCTTCACAGAATAAAACAGCTTCACAGA SH10104 10104 71 27 RUF6 RUF6 366 385 466 20 GTGAAAACACAGAATAAAACGTGAAAACACAGAATAAAACGTGAAAACACAGAATAAAAC SH10105 10105 83 26 RUF6 RUF6 371 388 471 18 TTGGTGAAAACACAGAATTTGGTGAAAACACAGAATTTGGTGAAAACACAGAATTTGGTG SH10106 10106 66 168 RUF6 RUF6 376 394 476 19 CTATTTTTGGTGAAAACACCTATTTTTGGTGAAAACACCTATTTTTGGTGAAAACACCTA SH10107 10107 70 165 RUF6 RUF6 381 398 481 18 AACGCTATTTTTGGTGAAAACGCTATTTTTGGTGAAAACGCTATTTTTGGTGAAAACGCT SH10108 10108 44 192 RUF6 RUF6 386 405 486 20 GAAAGTTAACGCTATTTTTGGAAAGTTAACGCTATTTTTGGAAAGTTAACGCTATTTTTG SH10109 10109 50 200 RUF6 RUF6 391 408 491 18 GATGAAAGTTAACGCTATGATGAAAGTTAACGCTATGATGAAAGTTAACGCTATGATGAA SH10110 10110 47 196 RUF6 RUF6 396 413 496 18 GATCAGATGAAAGTTAACGATCAGATGAAAGTTAACGATCAGATGAAAGTTAACGATCAG SH10111 10111 13 19 RUF6 RUF6 401 417 501 17 TCCTGATCAGATGAAAGTCCTGATCAGATGAAAGTCCTGATCAGATGAAAGTCCTGATCA SH10112 10112 86 69 RUF6 RUF6 406 423 506 18 TCATATTCCTGATCAGATTCATATTCCTGATCAGATTCATATTCCTGATCAGATTCATAT SH10113 10113 39 3 RUF6 RUF6 411 432 511 22 TTTTTTTTTTCATATTCCTGATTTTTTTTTTTCATATTCCTGATTTTTTTTTTTCATATT SH10114 10114 52 56 RUF6 RUF6 416 438 516 23 GTTTTTTTTTTTTTTTCATATTCGTTTTTTTTTTTTTTTCATATTCGTTTTTTTTTTTTT SH10115 10115 78 210 RUF6 RUF6 421 442 521 22 GACAGTTTTTTTTTTTTTTTCAGACAGTTTTTTTTTTTTTTTCAGACAGTTTTTTTTTTT SH10116 10116 42 12 RUF6 RUF6 426 447 526 22 ATTTGGACAGTTTTTTTTTTTTATTTGGACAGTTTTTTTTTTTTATTTGGACAGTTTTTT SH10117 10117 75 29 RUF6 RUF6 431 450 531 20 TCTATTTGGACAGTTTTTTTTCTATTTGGACAGTTTTTTTTCTATTTGGACAGTTTTTTT SH10118 10118 92 16 RUF6 RUF6 436 452 536 17 GCTCTATTTGGACAGTTGCTCTATTTGGACAGTTGCTCTATTTGGACAGTTGCTCTATTT SH10119 10119 63 110 RUF6 RUF6 441 457 541 17 CATACGCTCTATTTGGACATACGCTCTATTTGGACATACGCTCTATTTGGACATACGCTC SH10120 10120 52 204 RUF6 RUF6 446 462 546 17 GATCACATACGCTCTATGATCACATACGCTCTATGATCACATACGCTCTATGATCACATA SH10121 10121 57 147 RUF6 RUF6 451 467 551 17 CTTCAGATCACATACGCCTTCAGATCACATACGCCTTCAGATCACATACGCCTTCAGATC SH10122 10122 4 33 RUF6 RUF6 456 472 556 17 CTAGACTTCAGATCACACTAGACTTCAGATCACACTAGACTTCAGATCACACTAGACTTC SH10123 10123 3 145 RUF6 RUF6 461 479 561 19 GTAAATTCTAGACTTCAGAGTAAATTCTAGACTTCAGAGTAAATTCTAGACTTCAGAGTA SH10124 10124 81 137 RUF6 RUF6 466 482 566 17 GCGGTAAATTCTAGACTGCGGTAAATTCTAGACTGCGGTAAATTCTAGACTGCGGTAAAT SH10125 10125 21 4 RUF6 RUF6 471 487 571 17 CTGAAGCGGTAAATTCTCTGAAGCGGTAAATTCTCTGAAGCGGTAAATTCTCTGAAGCGG SH10126 10126 48 96 RUF6 RUF6 476 491 576 16 CATCCTGAAGCGGTAACATCCTGAAGCGGTAACATCCTGAAGCGGTAACATCCTGAAGCG SH10127 10127 51 168 RUF6 RUF6 481 497 581 17 AAGAATCATCCTGAAGCAAGAATCATCCTGAAGCAAGAATCATCCTGAAGCAAGAATCAT SH10128 10128 47 111 RUF6 RUF6 486 502 586 17 CGCCAAAGAATCATCCTCGCCAAAGAATCATCCTCGCCAAAGAATCATCCTCGCCAAAGA SH10129 10129 88 105 RUF6 RUF6 491 507 591 17 CAAAACGCCAAAGAATCCAAAACGCCAAAGAATCCAAAACGCCAAAGAATCCAAAACGCC SH10130 10130 44 161 RUF6 RUF6 496 510 596 15 CCGCAAAACGCCAAACCGCAAAACGCCAAACCGCAAAACGCCAAACCGCAAAACGCCAAA SH10131 10131 84 73 RUF6 RUF6 501 517 601 17 GTTTTACCCGCAAAACGGTTTTACCCGCAAAACGGTTTTACCCGCAAAACGGTTTTACCC SH10132 10132 58 83 RUF6 RUF6 506 520 606 15 GGCGTTTTACCCGCAGGCGTTTTACCCGCAGGCGTTTTACCCGCAGGCGTTTTACCCGCA SH10133 10133 33 198 RUF6 RUF6 511 527 611 17 TCTGAAAGGCGTTTTACTCTGAAAGGCGTTTTACTCTGAAAGGCGTTTTACTCTGAAAGG SH10134 10134 13 110 RUF6 RUF6 516 530 616 15 CGATCTGAAAGGCGTCGATCTGAAAGGCGTCGATCTGAAAGGCGTCGATCTGAAAGGCGT SH10135 10135 29 171 RUF6 RUF6 521 536 621 16 GTGACGCGATCTGAAAGTGACGCGATCTGAAAGTGACGCGATCTGAAAGTGACGCGATCT SH10136 10136 65 198 RUF6 RUF6 526 538 626 13 GTGTGACGCGATCGTGTGACGCGATCGTGTGACGCGATCGTGTGACGCGATCGTGTGACG SH10137 10137 32 52 RUF6 RUF6 531 545 631 15 CCTGCAAGTGTGACGCCTGCAAGTGTGACGCCTGCAAGTGTGACGCCTGCAAGTGTGACG SH10138 10138 65 76 RUF6 RUF6 536 548 636 13 CAGCCTGCAAGTGCAGCCTGCAAGTGCAGCCTGCAAGTGCAGCCTGCAAGTGCAGCCTGC SH10139 10139 15 155 RUF6 RUF6 541 553 641 13 CCTCTCAGCCTGCCCTCTCAGCCTGCCCTCTCAGCCTGCCCTCTCAGCCTGCCCTCTCAG SH10140 10140 7 58 RUF6 RUF6 546 563 646 18 TTTTCTTTTTCCTCTCAGTTTTCTTTTTCCTCTCAGTTTTCTTTTTCCTCTCAGTTTTCT SH10141 10141 12 65 RUF6 RUF6 551 568 651 18 CCCTCTTTTCTTTTTCCTCCCTCTTTTCTTTTTCCTCCCTCTTTTCTTTTTCCTCCCTCT SH10142 10142 30 184 RUF6 RUF6 556 573 656 18 CATTCCCCTCTTTTCTTTCATTCCCCTCTTTTCTTTCATTCCCCTCTTTTCTTTCATTCC SH10143 10143 80 131 RUF6 RUF6 561 578 661 18 ATTTTCATTCCCCTCTTTATTTTCATTCCCCTCTTTATTTTCATTCCCCTCTTTATTTTC SH10144 10144 70 104 RUF6 RUF6 566 582 666 17 AGTGATTTTCATTCCCCAGTGATTTTCATTCCCCAGTGATTTTCATTCCCCAGTGATTTT SH10145 10145 22 144 RUF6 RUF6 571 588 671 18 TGGCTTAGTGATTTTCATTGGCTTAGTGATTTTCATTGGCTTAGTGATTTTCATTGGCTT SH10146 10146 33 55 RUF6 RUF6 576 593 676 18 TTTTGTGGCTTAGTGATTTTTTGTGGCTTAGTGATTTTTTGTGGCTTAGTGATTTTTTGT SH10147 10147 10 99 RUF6 RUF6 581 598 681 18 ATTGTTTTTGTGGCTTAGATTGTTTTTGTGGCTTAGATTGTTTTTGTGGCTTAGATTGTT SH10148 10148 20 105 RUF6 RUF6 586 605 686 20 TATCTTTATTGTTTTTGTGGTATCTTTATTGTTTTTGTGGTATCTTTATTGTTTTTGTGG SH10149 10149 16 143 RUF6 RUF6 591 614 691 24 GTATAAAATTATCTTTATTGTTTTGTATAAAATTATCTTTATTGTTTTGTATAAAATTAT SH10150 10150 102 207 RUF6 RUF6 596 618 696 23 TTTCGTATAAAATTATCTTTATTTTTCGTATAAAATTATCTTTATTTTTCGTATAAAATT SH10151 10151 92 198 RUF6 RUF6 601 623 701 23 GTATATTTCGTATAAAATTATCTGTATATTTCGTATAAAATTATCTGTATATTTCGTATA SH10152 10152 75 48 RUF6 RUF6 606 628 706 23 AAAATGTATATTTCGTATAAAATAAAATGTATATTTCGTATAAAATAAAATGTATATTTC SH10153 10153 2 95 RUF6 RUF6 611 632 711 22 ATACAAAATGTATATTTCGTATATACAAAATGTATATTTCGTATATACAAAATGTATATT SH10154 10154 31 28 RUF6 RUF6 616 637 716 22 ATGGAATACAAAATGTATATTTATGGAATACAAAATGTATATTTATGGAATACAAAATGT SH10155 10155 67 71 RUF6 RUF6 621 641 721 21 GATTATGGAATACAAAATGTAGATTATGGAATACAAAATGTAGATTATGGAATACAAAAT SH10156 10156 90 17 RUF6 RUF6 626 647 726 22 ATTTTTGATTATGGAATACAAAATTTTTGATTATGGAATACAAAATTTTTGATTATGGAA SH10157 10157 8 191 RUF6 RUF6 631 653 731 23 ATTTTAATTTTTGATTATGGAATATTTTAATTTTTGATTATGGAATATTTTAATTTTTGA SH10158 10158 48 179 RUF6 RUF6 636 657 736 22 GTCCATTTTAATTTTTGATTATGTCCATTTTAATTTTTGATTATGTCCATTTTAATTTTT SH10159 10159 72 148 RUF6 RUF6 641 660 741 20 CTCGTCCATTTTAATTTTTGCTCGTCCATTTTAATTTTTGCTCGTCCATTTTAATTTTTG SH10160 10160 14 207 RUF6 RUF6 646 663 746 18 GGACTCGTCCATTTTAATGGACTCGTCCATTTTAATGGACTCGTCCATTTTAATGGACTC SH10161 10161 35 85 RUF6 RUF6 651 665 751 15 CCGGACTCGTCCATTCCGGACTCGTCCATTCCGGACTCGTCCATTCCGGACTCGTCCATT SH10162 10162 72 49 RUF6 RUF6 656 670 756 15 CGATTCCGGACTCGTCGATTCCGGACTCGTCGATTCCGGACTCGTCGATTCCGGACTCGT SH10163 10163 45 114 RUF6 RUF6 661 675 761 15 CGGTTCGATTCCGGACGGTTCGATTCCGGACGGTTCGATTCCGGACGGTTCGATTCCGGA SH10164 10164 87 19 RUF6 RUF6 666 680 766 15 GTCTCCGGTTCGATTGTCTCCGGTTCGATTGTCTCCGGTTCGATTGTCTCCGGTTCGATT SH10165 10165 68 188 RUF6 RUF6 671 683 771 13 GAGGTCTCCGGTTGAGGTCTCCGGTTGAGGTCTCCGGTTGAGGTCTCCGGTTGAGGTCTC SH10166 10166 101 76 RUF6 RUF6 676 688 776 13 TGGGAGAGGTCTCTGGGAGAGGTCTCTGGGAGAGGTCTCTGGGAGAGGTCTCTGGGAGAG SH10167 10167 88 127 RUF6 RUF6 681 695 781 15 CTTAGCATGGGAGAGCTTAGCATGGGAGAGCTTAGCATGGGAGAGCTTAGCATGGGAGAG SH10168 10168 83 120 RUF6 RUF6 686 700 786 15 GCTCCCTTAGCATGGGCTCCCTTAGCATGGGCTCCCTTAGCATGGGCTCCCTTAGCATGG SH10169 10169 37 5 RUF6 RUF6 691 703 791 13 CGCGCTCCCTTAGCGCGCTCCCTTAGCGCGCTCCCTTAGCGCGCTCCCTTAGCGCGCTCC SH10170 10170 73 204 RUF6 RUF6 696 708 796 13 GGTAGCGCGCTCCGGTAGCGCGCTCCGGTAGCGCGCTCCGGTAGCGCGCTCCGGTAGCGC SH10171 10171 100 68 RUF6 RUF6 701 713 801 13 TAGTCGGTAGCGCTAGTCGGTAGCGCTAGTCGGTAGCGCTAGTCGGTAGCGCTAGTCGGT SH10172 10172 44 212 RUF6 RUF6 706 718 806 13 TGGCGTAGTCGGTTGGCGTAGTCGGTTGGCGTAGTCGGTTGGCGTAGTCGGTTGGCGTAG SH10173 10173 25 182 RUF6 RUF6 711 723 811 13 GCGTGTGGCGTAGGCGTGTGGCGTAGGCGTGTGGCGTAGGCGTGTGGCGTAGGCGTGTGG SH10174 10174 103 15 RUF6 RUF6 716 728 816 13 TTCGGGCGTGTGGTTCGGGCGTGTGGTTCGGGCGTGTGGTTCGGGCGTGTGGTTCGGGCG SH10175 10175 48 112 RUF6 RUF6 721 733 821 13 CAAGATTCGGGCGCAAGATTCGGGCGCAAGATTCGGGCGCAAGATTCGGGCGCAAGATTC SH10176 10176 4 198 RUF6 RUF6 726 745 826 20 AACAATTTACAACAAGATTCAACAATTTACAACAAGATTCAACAATTTACAACAAGATTC SH10177 10177 96 49 RUF6 RUF6 731 752 831 22 GTAATACAACAATTTACAACAAGTAATACAACAATTTACAACAAGTAATACAACAATTTA SH10178 10178 100 178 RUF6 RUF6 736 754 836 19 CCGTAATACAACAATTTACCCGTAATACAACAATTTACCCGTAATACAACAATTTACCCG SH10179 10179 45 39 RUF6 RUF6 741 757 841 17 AGCCCGTAATACAACAAAGCCCGTAATACAACAAAGCCCGTAATACAACAAAGCCCGTAA SH10180 10180 28 159 RUF6 RUF6 746 760 846 15 TCGAGCCCGTAATACTCGAGCCCGTAATACTCGAGCCCGTAATACTCGAGCCCGTAATAC SH10181 10181 86 22 RUF6 RUF6 751 763 851 13 TACTCGAGCCCGTTACTCGAGCCCGTTACTCGAGCCCGTTACTCGAGCCCGTTACTCGAG SH10182 10182 41 117 RUF6 RUF6 756 770 856 15 CCGGTATTACTCGAGCCGGTATTACTCGAGCCGGTATTACTCGAGCCGGTATTACTCGAG SH10183 10183 75 210 RUF6 RUF6 761 776 861 16 GACACTCCGGTATTACGACACTCCGGTATTACGACACTCCGGTATTACGACACTCCGGTA SH10184 10184 3 185 RUF6 RUF6 766 780 866 15 TCAAGACACTCCGGTTCAAGACACTCCGGTTCAAGACACTCCGGTTCAAGACACTCCGGT SH10185 10185 50 48 RUF6 RUF6 771 787 871 17 AGGATTGTCAAGACACTAGGATTGTCAAGACACTAGGATTGTCAAGACACTAGGATTGTC SH10186 10186 3 25 RUF6 RUF6 776 795 876 20 TTTATATTAGGATTGTCAAGTTTATATTAGGATTGTCAAGTTTATATTAGGATTGTCAAG SH10187 10187 83 15 RUF6 RUF6 781 800 881 20 GACTGTTTATATTAGGATTGGACTGTTTATATTAGGATTGGACTGTTTATATTAGGATTG SH10188 10188 77 53 RUF6 RUF6 786 805 886 20 CCTAAGACTGTTTATATTAGCCTAAGACTGTTTATATTAGCCTAAGACTGTTTATATTAG SH10189 10189 35 86 RUF6 RUF6 791 808 891 18 TTCCCTAAGACTGTTTATTTCCCTAAGACTGTTTATTTCCCTAAGACTGTTTATTTCCCT SH10190 10190 97 201 RUF6 RUF6 796 812 896 17 TTACTTCCCTAAGACTGTTACTTCCCTAAGACTGTTACTTCCCTAAGACTGTTACTTCCC SH10191 10191 34 159 RUF6 RUF6 801 817 901 17 ACTGGTTACTTCCCTAAACTGGTTACTTCCCTAAACTGGTTACTTCCCTAAACTGGTTAC SH10192 10192 91 144 RUF6 RUF6 806 822 906 17 TGACAACTGGTTACTTCTGACAACTGGTTACTTCTGACAACTGGTTACTTCTGACAACTG SH10193 10193 42 55 RUF6 RUF6 811 828 911 18 CTGTTTTGACAACTGGTTCTGTTTTGACAACTGGTTCTGTTTTGACAACTGGTTCTGTTT SH10194 10194 51 25 RUF6 RUF6 816 834 916 19 GATAAACTGTTTTGACAACGATAAACTGTTTTGACAACGATAAACTGTTTTGACAACGAT SH10195 10195 96 105 RUF6 RUF6 821 840 921 20 TAATCTGATAAACTGTTTTGTAATCTGATAAACTGTTTTGTAATCTGATAAACTGTTTTG SH10196 10196 66 141 RUF6 RUF6 826 845 926 20 TGAATTAATCTGATAAACTGTGAATTAATCTGATAAACTGTGAATTAATCTGATAAACTG SH10197 10197 73 125 RUF6 RUF6 831 848 931 18 CCGTGAATTAATCTGATACCGTGAATTAATCTGATACCGTGAATTAATCTGATACCGTGA SH10198 10198 76 157 RUF6 RUF6 836 853 936 18 ACATTCCGTGAATTAATCACATTCCGTGAATTAATCACATTCCGTGAATTAATCACATTC SH10199 10199 88 117 RUF6 RUF6 841 858 941 18 AAGTAACATTCCGTGAATAAGTAACATTCCGTGAATAAGTAACATTCCGTGAATAAGTAA SH10200 10200 91 127 RUF6 RUF6 846 863 946 18 AAGATAAGTAACATTCCGAAGATAAGTAACATTCCGAAGATAAGTAACATTCCGAAGATA SH10201 10201 104 154 RUF6 RUF6 851 873 951 23 TATAATATATAAGATAAGTAACATATAATATATAAGATAAGTAACATATAATATATAAGA SH10202 10202 4 46 RUF6 RUF6 856 880 956 25 TATTTTATATAATATATAAGATAAGTATTTTATATAATATATAAGATAAGTATTTTATAT SH10203 10203 30 35 RUF6 RUF6 861 885 961 25 ATTCATATTTTATATAATATATAAGATTCATATTTTATATAATATATAAGATTCATATTT SH10204 10204 29 131 RUF6 RUF6 866 890 966 25 GTATGATTCATATTTTATATAATATGTATGATTCATATTTTATATAATATGTATGATTCA SH10205 10205 44 172 RUF6 RUF6 871 893 971 23 TTAGTATGATTCATATTTTATATTTAGTATGATTCATATTTTATATTTAGTATGATTCAT SH10206 10206 103 41 RUF6 RUF6 876 896 976 21 CACTTAGTATGATTCATATTTCACTTAGTATGATTCATATTTCACTTAGTATGATTCATA SH10207 10207 30 84 RUF6 RUF6 881 898 981 18 ACCACTTAGTATGATTCAACCACTTAGTATGATTCAACCACTTAGTATGATTCAACCACT SH10208 10208 20 176 RUF6 RUF6 886 902 986 17 TTCCACCACTTAGTATGTTCCACCACTTAGTATGTTCCACCACTTAGTATGTTCCACCAC SH10209 10209 15 71 RUF6 RUF6 891 905 991 15 CGCTTCCACCACTTACGCTTCCACCACTTACGCTTCCACCACTTACGCTTCCACCACTTA SH10210 10210 66 20 RUF6 RUF6 896 908 996 13 CCGCGCTTCCACCCCGCGCTTCCACCCCGCGCTTCCACCCCGCGCTTCCACCCCGCGCTT SH10211 10211 66 45 RUF6 RUF6 901 915 1001 15 CGAGATTCCGCGCTTCGAGATTCCGCGCTTCGAGATTCCGCGCTTCGAGATTCCGCGCTT SH10212 10212 19 83 RUF6 RUF6 906 920 1006 15 AGATCCGAGATTCCGAGATCCGAGATTCCGAGATCCGAGATTCCGAGATCCGAGATTCCG SH10213 10213 4 151 RUF6 RUF6 911 928 1011 18 ATTAGTTTAGATCCGAGAATTAGTTTAGATCCGAGAATTAGTTTAGATCCGAGAATTAGT SH10214 10214 51 213 RUF6 RUF6 916 935 1016 20 CTGAACAATTAGTTTAGATCCTGAACAATTAGTTTAGATCCTGAACAATTAGTTTAGATC SH10215 10215 39 81 RUF6 RUF6 921 938 1021 18 TGCCTGAACAATTAGTTTTGCCTGAACAATTAGTTTTGCCTGAACAATTAGTTTTGCCTG SH10216 10216 83 42 RUF6 RUF6 926 945 1026 20 GTATAAATGCCTGAACAATTGTATAAATGCCTGAACAATTGTATAAATGCCTGAACAATT SH10217 10217 83 198 RUF6 RUF6 931 950 1031 20 CAAAAGTATAAATGCCTGAACAAAAGTATAAATGCCTGAACAAAAGTATAAATGCCTGAA SH10218 10218 42 180 RUF6 RUF6 936 953 1036 18 ACCCAAAAGTATAAATGCACCCAAAAGTATAAATGCACCCAAAAGTATAAATGCACCCAA SH10219 10219 41 2 RUF6 RUF6 941 958 1041 18 GAACTACCCAAAAGTATAGAACTACCCAAAAGTATAGAACTACCCAAAAGTATAGAACTA SH10220 10220 46 52 RUF6 RUF6 946 962 1046 17 AGCTGAACTACCCAAAAAGCTGAACTACCCAAAAAGCTGAACTACCCAAAAAGCTGAACT SH10221 10221 4 105 RUF6 RUF6 951 965 1051 15 CCTAGCTGAACTACCCCTAGCTGAACTACCCCTAGCTGAACTACCCCTAGCTGAACTACC SH10222 10222 100 196 RUF6 RUF6 956 970 1056 15 CCTTCCCTAGCTGAACCTTCCCTAGCTGAACCTTCCCTAGCTGAACCTTCCCTAGCTGAA SH10223 10223 93 7 RUF6 RUF6 961 973 1061 13 CGTCCTTCCCTAGCGTCCTTCCCTAGCGTCCTTCCCTAGCGTCCTTCCCTAGCGTCCTTC SH10224 10224 76 69 RUF6 RUF6 966 980 1066 15 CAAAACCCGTCCTTCCAAAACCCGTCCTTCCAAAACCCGTCCTTCCAAAACCCGTCCTTC SH10225 10225 81 103 RUF6 RUF6 971 987 1071 17 CATGAGACAAAACCCGTCATGAGACAAAACCCGTCATGAGACAAAACCCGTCATGAGACA SH10226 10226 53 87 RUF6 RUF6 976 993 1076 18 GAACAACATGAGACAAAAGAACAACATGAGACAAAAGAACAACATGAGACAAAAGAACAA SH10227 10227 85 117 RUF6 RUF6 981 998 1081 18 AAAACGAACAACATGAGAAAAACGAACAACATGAGAAAAACGAACAACATGAGAAAAACG SH10228 10228 46 46 RUF6 RUF6 986 1005 1086 20 TTATAACAAAACGAACAACATTATAACAAAACGAACAACATTATAACAAAACGAACAACA SH10229 10229 17 5 RUF6 RUF6 991 1010 1091 20 CAACCTTATAACAAAACGAACAACCTTATAACAAAACGAACAACCTTATAACAAAACGAA SH10230 10230 103 8 RUF6 RUF6 996 1015 1096 20 TGAAACAACCTTATAACAAATGAAACAACCTTATAACAAATGAAACAACCTTATAACAAA SH10231 10231 102 48 RUF6 RUF6 1001 1020 1101 20 ACATATGAAACAACCTTATAACATATGAAACAACCTTATAACATATGAAACAACCTTATA SH10232 10232 89 48 RUF6 RUF6 1006 1023 1106 18 AACACATATGAAACAACCAACACATATGAAACAACCAACACATATGAAACAACCAACACA SH10233 10233 104 149 RUF6 RUF6 1011 1031 1111 21 GTTCATAAAACACATATGAAAGTTCATAAAACACATATGAAAGTTCATAAAACACATATG SH10234 10234 30 186 RUF6 RUF6 1016 1035 1116 20 GAACGTTCATAAAACACATAGAACGTTCATAAAACACATAGAACGTTCATAAAACACATA SH10235 10235 6 186 RUF6 RUF6 1021 1038 1121 18 CCTGAACGTTCATAAAACCCTGAACGTTCATAAAACCCTGAACGTTCATAAAACCCTGAA SH10236 10236 31 134 RUF6 RUF6 1026 1042 1126 17 TCATCCTGAACGTTCATTCATCCTGAACGTTCATTCATCCTGAACGTTCATTCATCCTGA SH10237 10237 50 4 RUF6 RUF6 1031 1045 1131 15 ACGTCATCCTGAACGACGTCATCCTGAACGACGTCATCCTGAACGACGTCATCCTGAACG SH10238 10238 42 172 RUF6 1036-1051 + 3' 1036 1136 17 tGACAATACGTCATCCTtGACAATACGTCATCCTtGACAATACGTCATCCTtGACAATAC SH10239 10239 56 197 RUF6 1041-1051 + 3' 1041 1141 17 cagtatGACAATACGTCcagtatGACAATACGTCcagtatGACAATACGTCcagtatGAC SH10240 10240 51 196 RUF6 1046-1051 + 3' 1046 1146 19 gatatgtcagtatGACAATgatatgtcagtatGACAATgatatgtcagtatGACAATgat SH10241 10241 27 211 RUF6 1051 + 3' 1051 1151 18 atgagatatgtcagtatGatgagatatgtcagtatGatgagatatgtcagtatGatgaga SH10242 10242 75 183 RUF6 3' 1156 19 cacaaaatgagatatgtcacacaaaatgagatatgtcacacaaaatgagatatgtcacac SH10243 10243 65 120 RUF6 3' 1161 18 ccaacacaaaatgagataccaacacaaaatgagataccaacacaaaatgagataccaaca SH10244 10244 15 64 RUF6 3' 1166 20 ttttattccaacacaaaatgttttattccaacacaaaatgttttattccaacacaaaatg SH10245 10245 6 159 RUF6 3' 1171 19 ggatttttattccaacacaggatttttattccaacacaggatttttattccaacacagga SH10246 10246 9 167 RUF6 3' 1176 20 gatagtggatttttattccagatagtggatttttattccagatagtggatttttattcca SH10247 10247 60 73 RUF6 3' 1181 18 gacgatagtggatttttagacgatagtggatttttagacgatagtggatttttagacgat SH10248 10248 75 163 RUF6 3' 1186 17 gatagacgatagtggatgatagacgatagtggatgatagacgatagtggatgatagacga SH10249 10249 70 178 RUF6 3' 1191 18 ttagttgatagacgatagttagttgatagacgatagttagttgatagacgatagttagtt SH10250 10250 71 207 RUF6 3' 1196 20 ataactattagttgatagacataactattagttgatagacataactattagttgatagac SH10251 10251 19 21 RUF6 3' 1201 22 tgataatataactattagttgatgataatataactattagttgatgataatataactatt SH10252 10252 46 26 RUF6 3' 1206 25 taatatattgataatataactattataatatattgataatataactattataatatattg SH10253 10253 19 179 RUF6 3' 1211 23 tgataatatattgataatataactgataatatattgataatataactgataatatattga SH10254 10254 81 61 RUF6 3' 1216 23 gtatatgataatatattgataatgtatatgataatatattgataatgtatatgataatat SH10255 10255 16 69 RUF6 3' 1221 20 ccgtatatgataatatattgccgtatatgataatatattgccgtatatgataatatattg SH10256 10256 66 196 RUF6 3' 1226 20 taacaccgtatatgataatataacaccgtatatgataatataacaccgtatatgataata SH10257 10257 29 17 RUF6 3' 1231 18 tcttaacaccgtatatgatcttaacaccgtatatgatcttaacaccgtatatgatcttaa SH10258 10258 67 88 RUF7 5' 1 18 tggtgttcttcaatgaaatggtgttcttcaatgaaatggtgttcttcaatgaaatggtgt SH10259 10259 71 210 RUF7 5' 6 18 aaacatggtgttcttcaaaaacatggtgttcttcaaaaacatggtgttcttcaaaaacat SH10260 10260 80 139 RUF7 5' 11 18 ttttcaaacatggtgttcttttcaaacatggtgttcttttcaaacatggtgttcttttca SH10261 10261 70 11 RUF7 5' 16 18 cagatttttcaaacatggcagatttttcaaacatggcagatttttcaaacatggcagatt SH10262 10262 83 86 RUF7 5' 21 18 agcgtcagatttttcaaaagcgtcagatttttcaaaagcgtcagatttttcaaaagcgtc SH10263 10263 42 5 RUF7 5' 26 17 cgagagcgtcagattttcgagagcgtcagattttcgagagcgtcagattttcgagagcgt SH10264 10264 16 146 RUF7 5' 31 13 acgagagcgtcagacgagagcgtcagacgagagcgtcagacgagagcgtcagacgagagc SH10265 10265 71 196 RUF7 5' 36 13 ccccaacgagagcccccaacgagagcccccaacgagagcccccaacgagagcccccaacg SH10266 10266 11 78 RUF7 5' 41 15 ctgtaaaccccaacgctgtaaaccccaacgctgtaaaccccaacgctgtaaaccccaacg SH10267 10267 38 174 RUF7 5' 46 15 gctgtctgtaaacccgctgtctgtaaacccgctgtctgtaaacccgctgtctgtaaaccc SH10268 10268 52 88 RUF7 5' 51 17 tcttgttgctgtctgtatcttgttgctgtctgtatcttgttgctgtctgtatcttgttgc SH10269 10269 66 53 RUF7 5' 56 18 gagttttcttgttgctgtgagttttcttgttgctgtgagttttcttgttgctgtgagttt SH10270 10270 50 105 RUF7 5' 61 17 cgacgagttttcttgttcgacgagttttcttgttcgacgagttttcttgttcgacgagtt SH10271 10271 3 184 RUF7 5' 66 17 atcttcgacgagttttcatcttcgacgagttttcatcttcgacgagttttcatcttcgac SH10272 10272 97 48 RUF7 5' 71 17 ttatgatcttcgacgagttatgatcttcgacgagttatgatcttcgacgagttatgatct SH10273 10273 26 175 RUF7 5' 76 18 ccaaagttatgatcttcgccaaagttatgatcttcgccaaagttatgatcttcgccaaag SH10274 10274 85 201 RUF7 5' 81 18 caagtccaaagttatgatcaagtccaaagttatgatcaagtccaaagttatgatcaagtc SH10275 10275 6 51 RUF7 5' - 2 -14 2 86 17 TGctcaagtccaaagttTGctcaagtccaaagttTGctcaagtccaaagttTGctcaagt SH10276 10276 60 18 RUF7 5' - 7 -9 7 91 17 GTAATTGctcaagtccaGTAATTGctcaagtccaGTAATTGctcaagtccaGTAATTGct SH10277 10277 77 210 RUF7 5' - 12 -4 12 96 17 TCTGCGTAATTGctcaaTCTGCGTAATTGctcaaTCTGCGTAATTGctcaaTCTGCGTAA SH10278 10278 57 164 RUF7 RUF7 1 18 101 18 GATTATTCTGCGTAATTGGATTATTCTGCGTAATTGGATTATTCTGCGTAATTGGATTAT SH10279 10279 101 93 RUF7 RUF7 6 23 106 18 TCATAGATTATTCTGCGTTCATAGATTATTCTGCGTTCATAGATTATTCTGCGTTCATAG SH10280 10280 70 26 RUF7 RUF7 11 30 111 20 GTTGGTTTCATAGATTATTCGTTGGTTTCATAGATTATTCGTTGGTTTCATAGATTATTC SH10281 10281 87 204 RUF7 RUF7 16 33 116 18 GAGGTTGGTTTCATAGATGAGGTTGGTTTCATAGATGAGGTTGGTTTCATAGATGAGGTT SH10282 10282 61 127 RUF7 RUF7 21 36 121 16 GCAGAGGTTGGTTTCAGCAGAGGTTGGTTTCAGCAGAGGTTGGTTTCAGCAGAGGTTGGT SH10283 10283 14 97 RUF7 RUF7 26 42 126 17 GTTATAGCAGAGGTTGGGTTATAGCAGAGGTTGGGTTATAGCAGAGGTTGGGTTATAGCA SH10284 10284 93 194 RUF7 RUF7 31 45 131 15 CGGGTTATAGCAGAGCGGGTTATAGCAGAGCGGGTTATAGCAGAGCGGGTTATAGCAGAG SH10285 10285 75 120 RUF7 RUF7 36 53 136 18 TTATTTGACGGGTTATAGTTATTTGACGGGTTATAGTTATTTGACGGGTTATAGTTATTT SH10286 10286 71 102 RUF7 RUF7 41 58 141 18 ATTAGTTATTTGACGGGTATTAGTTATTTGACGGGTATTAGTTATTTGACGGGTATTAGT SH10287 10287 85 15 RUF7 RUF7 46 68 146 23 TATAGATATTATTAGTTATTTGATATAGATATTATTAGTTATTTGATATAGATATTATTA SH10288 10288 19 98 RUF7 RUF7 51 72 151 22 CCTATATAGATATTATTAGTTACCTATATAGATATTATTAGTTACCTATATAGATATTAT SH10289 10289 44 151 RUF7 RUF7 56 77 156 22 GTTGACCTATATAGATATTATTGTTGACCTATATAGATATTATTGTTGACCTATATAGAT SH10290 10290 51 95 RUF7 RUF7 61 80 161 20 CTAGTTGACCTATATAGATACTAGTTGACCTATATAGATACTAGTTGACCTATATAGATA SH10291 10291 96 75 RUF7 RUF7 66 83 166 18 TAGCTAGTTGACCTATATTAGCTAGTTGACCTATATTAGCTAGTTGACCTATATTAGCTA SH10292 10292 13 184 RUF7 RUF7 71 86 171 16 CACTAGCTAGTTGACCCACTAGCTAGTTGACCCACTAGCTAGTTGACCCACTAGCTAGTT SH10293 10293 77 151 RUF7 RUF7 76 93 176 18 GATATTGCACTAGCTAGTGATATTGCACTAGCTAGTGATATTGCACTAGCTAGTGATATT SH10294 10294 84 142 RUF7 RUF7 81 98 181 18 ACTATGATATTGCACTAGACTATGATATTGCACTAGACTATGATATTGCACTAGACTATG SH10295 10295 38 39 RUF7 RUF7 86 105 186 20 TATTGTTACTATGATATTGCTATTGTTACTATGATATTGCTATTGTTACTATGATATTGC SH10296 10296 47 63 RUF7 RUF7 91 113 191 23 ATTAATATTATTGTTACTATGATATTAATATTATTGTTACTATGATATTAATATTATTGT SH10297 10297 64 133 RUF7 RUF7 96 117 196 22 CGTTATTAATATTATTGTTACTCGTTATTAATATTATTGTTACTCGTTATTAATATTATT SH10298 10298 81 97 RUF7 RUF7 101 121 201 21 GTGACGTTATTAATATTATTGGTGACGTTATTAATATTATTGGTGACGTTATTAATATTA SH10299 10299 45 212 RUF7 RUF7 106 127 206 22 AAAAAAGTGACGTTATTAATATAAAAAAGTGACGTTATTAATATAAAAAAGTGACGTTAT SH10300 10300 68 111 RUF7 RUF7 111 130 211 20 GGAAAAAAAGTGACGTTATTGGAAAAAAAGTGACGTTATTGGAAAAAAAGTGACGTTATT SH10301 10301 68 52 RUF7 RUF7 116 132 216 17 CTGGAAAAAAAGTGACGCTGGAAAAAAAGTGACGCTGGAAAAAAAGTGACGCTGGAAAAA SH10302 10302 8 193 RUF7 RUF7 121 138 221 18 GTTACCCTGGAAAAAAAGGTTACCCTGGAAAAAAAGGTTACCCTGGAAAAAAAGGTTACC SH10303 10303 22 95 RUF7 RUF7 126 140 226 15 GGGTTACCCTGGAAAGGGTTACCCTGGAAAGGGTTACCCTGGAAAGGGTTACCCTGGAAA SH10304 10304 66 182 RUF7 RUF7 131 147 231 17 CACAATTGGGTTACCCTCACAATTGGGTTACCCTCACAATTGGGTTACCCTCACAATTGG SH10305 10305 94 17 RUF7 RUF7 136 151 236 16 CCACCACAATTGGGTTCCACCACAATTGGGTTCCACCACAATTGGGTTCCACCACAATTG SH10306 10306 44 32 RUF7 RUF7 141 155 241 15 CCACCCACCACAATTCCACCCACCACAATTCCACCCACCACAATTCCACCCACCACAATT SH10307 10307 96 210 RUF7 RUF7 146 158 246 13 CCGCCACCCACCACCGCCACCCACCACCGCCACCCACCACCGCCACCCACCACCGCCACC SH10308 10308 70 153 RUF7 RUF7 151 163 251 13 CTCGGCCGCCACCCTCGGCCGCCACCCTCGGCCGCCACCCTCGGCCGCCACCCTCGGCCG SH10309 10309 6 25 RUF7 RUF7 156 168 256 13 GATACCTCGGCCGGATACCTCGGCCGGATACCTCGGCCGGATACCTCGGCCGGATACCTC SH10310 10310 74 37 RUF7 RUF7 161 177 261 17 TTTCTAAGGGATACCTCTTTCTAAGGGATACCTCTTTCTAAGGGATACCTCTTTCTAAGG SH10311 10311 78 156 RUF7 RUF7 166 185 266 20 AAAATTCTTTTCTAAGGGATAAAATTCTTTTCTAAGGGATAAAATTCTTTTCTAAGGGAT SH10312 10312 3 76 RUF7 RUF7 171 193 271 23 GAACTTAAAAAATTCTTTTCTAAGAACTTAAAAAATTCTTTTCTAAGAACTTAAAAAATT SH10313 10313 59 158 RUF7 RUF7 176 197 276 22 GAAAGAACTTAAAAAATTCTTTGAAAGAACTTAAAAAATTCTTTGAAAGAACTTAAAAAA SH10314 10314 89 96 RUF7 RUF7 181 202 281 22 GATGAGAAAGAACTTAAAAAATGATGAGAAAGAACTTAAAAAATGATGAGAAAGAACTTA SH10315 10315 11 143 RUF7 RUF7 186 204 286 19 GAGATGAGAAAGAACTTAAGAGATGAGAAAGAACTTAAGAGATGAGAAAGAACTTAAGAG SH10316 10316 83 103 RUF7 RUF7 191 208 291 18 GTAAGAGATGAGAAAGAAGTAAGAGATGAGAAAGAAGTAAGAGATGAGAAAGAAGTAAGA SH10317 10317 46 41 RUF7 RUF7 196 212 296 17 ACTGGTAAGAGATGAGAACTGGTAAGAGATGAGAACTGGTAAGAGATGAGAACTGGTAAG SH10318 10318 103 128 RUF7 RUF7 201 216 301 16 CTCCACTGGTAAGAGACTCCACTGGTAAGAGACTCCACTGGTAAGAGACTCCACTGGTAA SH10319 10319 98 16 RUF7 RUF7 206 222 306 17 GTACTTCTCCACTGGTAGTACTTCTCCACTGGTAGTACTTCTCCACTGGTAGTACTTCTC SH10320 10320 74 134 RUF7 RUF7 211 225 311 15 CGTGTACTTCTCCACCGTGTACTTCTCCACCGTGTACTTCTCCACCGTGTACTTCTCCAC SH10321 10321 32 69 RUF7 RUF7 216 233 316 18 GCAAATATCGTGTACTTCGCAAATATCGTGTACTTCGCAAATATCGTGTACTTCGCAAAT SH10322 10322 90 96 RUF7 RUF7 221 238 321 18 ACTTTGCAAATATCGTGTACTTTGCAAATATCGTGTACTTTGCAAATATCGTGTACTTTG SH10323 10323 90 147 RUF7 RUF7 226 243 326 18 GACAGACTTTGCAAATATGACAGACTTTGCAAATATGACAGACTTTGCAAATATGACAGA SH10324 10324 22 119 RUF7 RUF7 231 247 331 17 TGATGACAGACTTTGCATGATGACAGACTTTGCATGATGACAGACTTTGCATGATGACAG SH10325 10325 89 59 RUF7 RUF7 236 250 336 15 CCCTGATGACAGACTCCCTGATGACAGACTCCCTGATGACAGACTCCCTGATGACAGACT SH10326 10326 53 83 RUF7 RUF7 241 255 341 15 TCAAGCCCTGATGACTCAAGCCCTGATGACTCAAGCCCTGATGACTCAAGCCCTGATGAC SH10327 10327 41 181 RUF7 RUF7 246 263 346 18 CTTTATTATCAAGCCCTGCTTTATTATCAAGCCCTGCTTTATTATCAAGCCCTGCTTTAT SH10328 10328 50 195 RUF7 RUF7 251 268 351 18 TGCAGCTTTATTATCAAGTGCAGCTTTATTATCAAGTGCAGCTTTATTATCAAGTGCAGC SH10329 10329 76 112 RUF7 RUF7 256 275 356 20 GATCTAATGCAGCTTTATTAGATCTAATGCAGCTTTATTAGATCTAATGCAGCTTTATTA SH10330 10330 58 190 RUF7 RUF7 261 278 361 18 TAAGATCTAATGCAGCTTTAAGATCTAATGCAGCTTTAAGATCTAATGCAGCTTTAAGAT SH10331 10331 7 155 RUF7 RUF7 266 283 366 18 TTTGCTAAGATCTAATGCTTTGCTAAGATCTAATGCTTTGCTAAGATCTAATGCTTTGCT SH10332 10332 43 208 RUF7 RUF7 271 289 371 19 GTAGTTTTTGCTAAGATCTGTAGTTTTTGCTAAGATCTGTAGTTTTTGCTAAGATCTGTA SH10333 10333 98 22 RUF7 RUF7 276 293 376 18 TCTCGTAGTTTTTGCTAATCTCGTAGTTTTTGCTAATCTCGTAGTTTTTGCTAATCTCGT SH10334 10334 13 37 RUF7 RUF7 281 298 381 18 GTTCTTCTCGTAGTTTTTGTTCTTCTCGTAGTTTTTGTTCTTCTCGTAGTTTTTGTTCTT SH10335 10335 58 162 RUF7 RUF7 286 302 386 17 CAATGTTCTTCTCGTAGCAATGTTCTTCTCGTAGCAATGTTCTTCTCGTAGCAATGTTCT SH10336 10336 24 52 RUF7 RUF7 291 310 391 20 ACAATATTCAATGTTCTTCTACAATATTCAATGTTCTTCTACAATATTCAATGTTCTTCT SH10337 10337 65 96 RUF7 RUF7 296 315 396 20 CAGCTACAATATTCAATGTTCAGCTACAATATTCAATGTTCAGCTACAATATTCAATGTT SH10338 10338 41 98 RUF7 RUF7 301 320 401 20 AAATACAGCTACAATATTCAAAATACAGCTACAATATTCAAAATACAGCTACAATATTCA SH10339 10339 30 24 RUF7 RUF7 306 323 406 18 TGCAAATACAGCTACAATTGCAAATACAGCTACAATTGCAAATACAGCTACAATTGCAAA SH10340 10340 87 190 RUF7 RUF7 311 328 411 18 ATGTATGCAAATACAGCTATGTATGCAAATACAGCTATGTATGCAAATACAGCTATGTAT SH10341 10341 39 200 RUF7 RUF7 316 337 416 22 ATAAAGTTTATGTATGCAAATAATAAAGTTTATGTATGCAAATAATAAAGTTTATGTATG SH10342 10342 52 116 RUF7 RUF7 321 340 421 20 ATGATAAAGTTTATGTATGCATGATAAAGTTTATGTATGCATGATAAAGTTTATGTATGC SH10343 10343 99 121 RUF7 RUF7 326 345 426 20 GAACAATGATAAAGTTTATGGAACAATGATAAAGTTTATGGAACAATGATAAAGTTTATG SH10344 10344 87 172 RUF7 RUF7 331 350 431 20 CTAACGAACAATGATAAAGTCTAACGAACAATGATAAAGTCTAACGAACAATGATAAAGT SH10345 10345 74 146 RUF7 RUF7 336 353 436 18 TAGCTAACGAACAATGATTAGCTAACGAACAATGATTAGCTAACGAACAATGATTAGCTA SH10346 10346 104 34 RUF7 RUF7 341 357 441 17 AAGCTAGCTAACGAACAAAGCTAGCTAACGAACAAAGCTAGCTAACGAACAAAGCTAGCT SH10347 10347 33 30 RUF7 RUF7 346 362 446 17 GTGCAAAGCTAGCTAACGTGCAAAGCTAGCTAACGTGCAAAGCTAGCTAACGTGCAAAGC SH10348 10348 5 126 RUF7 RUF7 351 368 451 18 ATTAATGTGCAAAGCTAGATTAATGTGCAAAGCTAGATTAATGTGCAAAGCTAGATTAAT SH10349 10349 44 6 RUF7 RUF7 356 375 456 20 TCGAAAAATTAATGTGCAAATCGAAAAATTAATGTGCAAATCGAAAAATTAATGTGCAAA SH10350 10350 71 53 RUF7 RUF7 361 382 461 22 TAACAAATCGAAAAATTAATGTTAACAAATCGAAAAATTAATGTTAACAAATCGAAAAAT SH10351 10351 61 44 RUF7 RUF7 366 385 466 20 CGGTAACAAATCGAAAAATTCGGTAACAAATCGAAAAATTCGGTAACAAATCGAAAAATT SH10352 10352 31 80 RUF7 RUF7 371 387 471 17 GGCGGTAACAAATCGAAGGCGGTAACAAATCGAAGGCGGTAACAAATCGAAGGCGGTAAC SH10353 10353 65 94 RUF7 RUF7 376 392 476 17 TCATTGGCGGTAACAAATCATTGGCGGTAACAAATCATTGGCGGTAACAAATCATTGGCG SH10354 10354 2 124 RUF7 RUF7 381 395 481 15 CGGTCATTGGCGGTACGGTCATTGGCGGTACGGTCATTGGCGGTACGGTCATTGGCGGTA SH10355 10355 20 202 RUF7 RUF7 386 400 486 15 GTTAGCGGTCATTGGGTTAGCGGTCATTGGGTTAGCGGTCATTGGGTTAGCGGTCATTGG SH10356 10356 69 180 RUF7 RUF7 391 406 491 16 GTCATTGTTAGCGGTCGTCATTGTTAGCGGTCGTCATTGTTAGCGGTCGTCATTGTTAGC SH10357 10357 31 113 RUF7 RUF7 396 413 496 18 TATCATCGTCATTGTTAGTATCATCGTCATTGTTAGTATCATCGTCATTGTTAGTATCAT SH10358 10358 19 3 RUF7 RUF7 401 420 501 20 GATTTGATATCATCGTCATTGATTTGATATCATCGTCATTGATTTGATATCATCGTCATT SH10359 10359 62 108 RUF7 RUF7 406 423 506 18 GGTGATTTGATATCATCGGGTGATTTGATATCATCGGGTGATTTGATATCATCGGGTGAT SH10360 10360 55 155 RUF7 RUF7 411 428 511 18 GAATGGGTGATTTGATATGAATGGGTGATTTGATATGAATGGGTGATTTGATATGAATGG SH10361 10361 87 185 RUF7 RUF7 416 432 516 17 ATGGGAATGGGTGATTTATGGGAATGGGTGATTTATGGGAATGGGTGATTTATGGGAATG SH10362 10362 96 173 RUF7 RUF7 421 437 521 17 TAGTAATGGGAATGGGTTAGTAATGGGAATGGGTTAGTAATGGGAATGGGTTAGTAATGG SH10363 10363 47 209 RUF7 RUF7 426 443 526 18 TCTTGTTAGTAATGGGAATCTTGTTAGTAATGGGAATCTTGTTAGTAATGGGAATCTTGT SH10364 10364 44 142 RUF7 RUF7 431 450 531 20 GATAAGGTCTTGTTAGTAATGATAAGGTCTTGTTAGTAATGATAAGGTCTTGTTAGTAAT SH10365 10365 33 119 RUF7 RUF7 436 452 536 17 GGGATAAGGTCTTGTTAGGGATAAGGTCTTGTTAGGGATAAGGTCTTGTTAGGGATAAGG SH10366 10366 70 17 RUF7 RUF7 441 457 541 17 CAATTGGGATAAGGTCTCAATTGGGATAAGGTCTCAATTGGGATAAGGTCTCAATTGGGA SH10367 10367 23 188 RUF7 RUF7 446 462 546 17 CGCTTCAATTGGGATAACGCTTCAATTGGGATAACGCTTCAATTGGGATAACGCTTCAAT SH10368 10368 21 133 RUF7 RUF7 451 467 551 17 CAAAGCGCTTCAATTGGCAAAGCGCTTCAATTGGCAAAGCGCTTCAATTGGCAAAGCGCT SH10369 10369 20 57 RUF7 RUF7 456 471 556 16 CTCTCAAAGCGCTTCACTCTCAAAGCGCTTCACTCTCAAAGCGCTTCACTCTCAAAGCGC SH10370 10370 104 187 RUF7 RUF7 461 476 561 16 GACTTCTCTCAAAGCGGACTTCTCTCAAAGCGGACTTCTCTCAAAGCGGACTTCTCTCAA SH10371 10371 49 53 RUF7 RUF7 466 480 566 15 CCTGGACTTCTCTCACCTGGACTTCTCTCACCTGGACTTCTCTCACCTGGACTTCTCTCA SH10372 10372 90 14 RUF7 RUF7 471 485 571 15 GCCTTCCTGGACTTCGCCTTCCTGGACTTCGCCTTCCTGGACTTCGCCTTCCTGGACTTC SH10373 10373 5 140 RUF7 RUF7 476 488 576 13 TGGGCCTTCCTGGTGGGCCTTCCTGGTGGGCCTTCCTGGTGGGCCTTCCTGGTGGGCCTT SH10374 10374 36 197 RUF7 RUF7 481 495 581 15 GAAGAACTGGGCCTTGAAGAACTGGGCCTTGAAGAACTGGGCCTTGAAGAACTGGGCCTT SH10375 10375 34 155 RUF7 RUF7 486 500 586 15 CCTGAGAAGAACTGGCCTGAGAAGAACTGGCCTGAGAAGAACTGGCCTGAGAAGAACTGG SH10376 10376 9 62 RUF7 486-500 + 3' 491 591 13 cgcCCTGAGAAGAcgcCCTGAGAAGAcgcCCTGAGAAGAcgcCCTGAGAAGAcgcCCTGA SH10377 10377 65 148 RUF7 496-500 + 3' 496 596 17 gttttatctcgcCCTGAgttttatctcgcCCTGAgttttatctcgcCCTGAgttttatct SH10378 10378 25 108 RUF7 3' 601 18 ttttacgttttatctcgcttttacgttttatctcgcttttacgttttatctcgcttttac SH10379 10379 48 135 RUF7 3' 606 20 ctagactttttacgttttatctagactttttacgttttatctagactttttacgttttat SH10380 10380 70 25 RUF7 3' 611 17 gcctagactttttacgtgcctagactttttacgtgcctagactttttacgtgcctagact SH10381 10381 65 172 RUF7 3' 616 18 catatagcctagacttttcatatagcctagacttttcatatagcctagacttttcatata SH10382 10382 12 207 RUF7 3' 621 16 cggcatatagcctagacggcatatagcctagacggcatatagcctagacggcatatagcc SH10383 10383 69 19 RUF7 3' 626 15 tctgcggcatatagctctgcggcatatagctctgcggcatatagctctgcggcatatagc SH10384 10384 53 192 RUF7 3' 631 13 ccgtctgcggcatccgtctgcggcatccgtctgcggcatccgtctgcggcatccgtctgc SH10385 10385 71 51 RUF7 3' 636 13 gtcttccgtctgcgtcttccgtctgcgtcttccgtctgcgtcttccgtctgcgtcttccg SH10386 10386 47 17 RUF7 3' 641 15 gaatgtggtcttccggaatgtggtcttccggaatgtggtcttccggaatgtggtcttccg SH10387 10387 35 101 RUF7 3' 646 15 gcggagaatgtggtcgcggagaatgtggtcgcggagaatgtggtcgcggagaatgtggtc SH10388 10388 14 2 RUF7 3' 651 16 ctcttagcggagaatgctcttagcggagaatgctcttagcggagaatgctcttagcggag SH10389 10389 34 89 RUF7 3' 656 15 cttgctcttagcggacttgctcttagcggacttgctcttagcggacttgctcttagcgga SH10390 10390 70 14 RUF7 3' 661 16 gcagaccttgctcttagcagaccttgctcttagcagaccttgctcttagcagaccttgct SH10391 10391 80 79 RUF7 3' 666 15 ggtagcagaccttgcggtagcagaccttgcggtagcagaccttgcggtagcagaccttgc SH10392 10392 14 52 RUF7 3' 671 13 tggggtagcagactggggtagcagactggggtagcagactggggtagcagactggggtag SH10393 10393 76 196 RUF7 3' 676 13 agcgttggggtagagcgttggggtagagcgttggggtagagcgttggggtagagcgttgg SH10394 10394 90 112 RUF7 3' 681 13 cctgtagcgttggcctgtagcgttggcctgtagcgttggcctgtagcgttggcctgtagc SH10395 10395 70 142 RUF8 5' 1 13 ggtcaagccatgcggtcaagccatgcggtcaagccatgcggtcaagccatgcggtcaagc SH10396 10396 54 38 RUF8 5' 6 16 catgtgttggtcaagccatgtgttggtcaagccatgtgttggtcaagccatgtgttggtc SH10397 10397 91 48 RUF8 5' 11 15 gtcgcatgtgttggtgtcgcatgtgttggtgtcgcatgtgttggtgtcgcatgtgttggt SH10398 10398 30 37 RUF8 5' 16 17 tgattttgtcgcatgtgtgattttgtcgcatgtgtgattttgtcgcatgtgtgattttgt SH10399 10399 41 40 RUF8 5' 21 17 acttctgattttgtcgcacttctgattttgtcgcacttctgattttgtcgcacttctgat SH10400 10400 33 59 RUF8 5' 26 20 gaattgttacttctgattttgaattgttacttctgattttgaattgttacttctgatttt SH10401 10401 27 159 RUF8 5' 31 18 ccagaattgttacttctgccagaattgttacttctgccagaattgttacttctgccagaa SH10402 10402 39 194 RUF8 5' 36 17 aaggccagaattgttacaaggccagaattgttacaaggccagaattgttacaaggccaga SH10403 10403 40 170 RUF8 5' 41 17 gagtgaaggccagaattgagtgaaggccagaattgagtgaaggccagaattgagtgaagg SH10404 10404 49 173 RUF8 5' 46 13 ggagtgaaggccaggagtgaaggccaggagtgaaggccaggagtgaaggccaggagtgaa SH10405 10405 28 98 RUF8 5' 51 18 catagtcattggagtgaacatagtcattggagtgaacatagtcattggagtgaacatagt SH10406 10406 39 68 RUF8 5' 56 18 gtatccatagtcattggagtatccatagtcattggagtatccatagtcattggagtatcc SH10407 10407 47 212 RUF8 5' 61 17 cgcagtatccatagtcacgcagtatccatagtcacgcagtatccatagtcacgcagtatc SH10408 10408 63 206 RUF8 5' 66 17 aattgcgcagtatccataattgcgcagtatccataattgcgcagtatccataattgcgca SH10409 10409 27 128 RUF8 5' 71 18 ctctttaattgcgcagtactctttaattgcgcagtactctttaattgcgcagtactcttt SH10410 10410 100 62 RUF8 5' 76 18 tttgactctttaattgcgtttgactctttaattgcgtttgactctttaattgcgtttgac SH10411 10411 67 145 RUF8 5' 81 20 tgttgtatttgactctttaatgttgtatttgactctttaatgttgtatttgactctttaa SH10412 10412 23 19 RUF8 5' - 5 -14 5 86 20 GATATtgttgtatttgactcGATATtgttgtatttgactcGATATtgttgtatttgactc SH10413 10413 83 154 RUF8 5' - 11 -9 11 91 21 CTACAAGATATtgttgtatttCTACAAGATATtgttgtatttCTACAAGATATtgttgta SH10414 10414 19 130 RUF8 5' - 15 -4 15 96 20 GATTCTACAAGATATtgttgGATTCTACAAGATATtgttgGATTCTACAAGATATtgttg SH10415 10415 23 139 RUF8 RUF8 1 18 101 18 CCTGATTCTACAAGATATCCTGATTCTACAAGATATCCTGATTCTACAAGATATCCTGAT SH10416 10416 60 16 RUF8 RUF8 6 23 106 18 AGTTTCCTGATTCTACAAAGTTTCCTGATTCTACAAAGTTTCCTGATTCTACAAAGTTTC SH10417 10417 73 99 RUF8 RUF8 11 28 111 18 TTCATAGTTTCCTGATTCTTCATAGTTTCCTGATTCTTCATAGTTTCCTGATTCTTCATA SH10418 10418 82 74 RUF8 RUF8 16 33 116 18 TACAGTTCATAGTTTCCTTACAGTTCATAGTTTCCTTACAGTTCATAGTTTCCTTACAGT SH10419 10419 103 40 RUF8 RUF8 21 40 121 20 TTTATCATACAGTTCATAGTTTTATCATACAGTTCATAGTTTTATCATACAGTTCATAGT SH10420 10420 95 66 RUF8 RUF8 26 47 126 22 ATAATATTTTATCATACAGTTCATAATATTTTATCATACAGTTCATAATATTTTATCATA SH10421 10421 56 186 RUF8 RUF8 31 51 131 21 CCCTATAATATTTTATCATACCCCTATAATATTTTATCATACCCCTATAATATTTTATCA SH10422 10422 43 106 RUF8 RUF8 36 55 136 20 CAACCCCTATAATATTTTATCAACCCCTATAATATTTTATCAACCCCTATAATATTTTAT SH10423 10423 9 171 RUF8 RUF8 41 58 141 18 AGACAACCCCTATAATATAGACAACCCCTATAATATAGACAACCCCTATAATATAGACAA SH10424 10424 76 27 RUF8 RUF8 46 63 146 18 AAAAAAGACAACCCCTATAAAAAAGACAACCCCTATAAAAAAGACAACCCCTATAAAAAA SH10425 10425 53 52 RUF8 RUF8 51 71 151 21 GATTTTTTAAAAAAGACAACCGATTTTTTAAAAAAGACAACCGATTTTTTAAAAAAGACA SH10426 10426 19 106 RUF8 RUF8 56 78 156 23 TAAAGTAGATTTTTTAAAAAAGATAAAGTAGATTTTTTAAAAAAGATAAAGTAGATTTTT SH10427 10427 18 151 RUF8 RUF8 61 82 161 22 TCAGTAAAGTAGATTTTTTAAATCAGTAAAGTAGATTTTTTAAATCAGTAAAGTAGATTT SH10428 10428 42 32 RUF8 RUF8 66 85 166 20 TAGTCAGTAAAGTAGATTTTTAGTCAGTAAAGTAGATTTTTAGTCAGTAAAGTAGATTTT SH10429 10429 14 166 RUF8 RUF8 71 88 171 18 GAATAGTCAGTAAAGTAGGAATAGTCAGTAAAGTAGGAATAGTCAGTAAAGTAGGAATAG SH10430 10430 27 11 RUF8 RUF8 76 93 176 18 GATCTGAATAGTCAGTAAGATCTGAATAGTCAGTAAGATCTGAATAGTCAGTAAGATCTG SH10431 10431 96 190 RUF8 RUF8 81 97 181 17 CGGTGATCTGAATAGTCCGGTGATCTGAATAGTCCGGTGATCTGAATAGTCCGGTGATCT SH10432 10432 5 116 RUF8 RUF8 86 101 186 16 GTGACGGTGATCTGAAGTGACGGTGATCTGAAGTGACGGTGATCTGAAGTGACGGTGATC SH10433 10433 19 70 RUF8 RUF8 91 108 191 18 AATAAATGTGACGGTGATAATAAATGTGACGGTGATAATAAATGTGACGGTGATAATAAA SH10434 10434 39 108 RUF8 RUF8 96 115 196 20 AAATTCTAATAAATGTGACGAAATTCTAATAAATGTGACGAAATTCTAATAAATGTGACG SH10435 10435 11 159 RUF8 RUF8 101 121 201 21 CGTTTGAAATTCTAATAAATGCGTTTGAAATTCTAATAAATGCGTTTGAAATTCTAATAA SH10436 10436 41 161 RUF8 RUF8 106 125 206 20 AGTTCGTTTGAAATTCTAATAGTTCGTTTGAAATTCTAATAGTTCGTTTGAAATTCTAAT SH10437 10437 2 17 RUF8 RUF8 111 130 211 20 CTTTTAGTTCGTTTGAAATTCTTTTAGTTCGTTTGAAATTCTTTTAGTTCGTTTGAAATT SH10438 10438 41 38 RUF8 RUF8 116 132 216 17 GGCTTTTAGTTCGTTTGGGCTTTTAGTTCGTTTGGGCTTTTAGTTCGTTTGGGCTTTTAG SH10439 10439 31 210 RUF8 RUF8 121 137 221 17 AGTCTGGCTTTTAGTTCAGTCTGGCTTTTAGTTCAGTCTGGCTTTTAGTTCAGTCTGGCT SH10440 10440 30 6 RUF8 RUF8 126 142 226 17 GAAGTAGTCTGGCTTTTGAAGTAGTCTGGCTTTTGAAGTAGTCTGGCTTTTGAAGTAGTC SH10441 10441 32 157 RUF8 RUF8 131 147 231 17 TTCTTGAAGTAGTCTGGTTCTTGAAGTAGTCTGGTTCTTGAAGTAGTCTGGTTCTTGAAG SH10442 10442 10 183 RUF8 RUF8 136 152 236 17 CAACCTTCTTGAAGTAGCAACCTTCTTGAAGTAGCAACCTTCTTGAAGTAGCAACCTTCT SH10443 10443 49 140 RUF8 RUF8 141 156 241 16 CACCCAACCTTCTTGACACCCAACCTTCTTGACACCCAACCTTCTTGACACCCAACCTTC SH10444 10444 10 13 RUF8 RUF8 146 162 246 17 TTTATCCACCCAACCTTTTTATCCACCCAACCTTTTTATCCACCCAACCTTTTTATCCAC SH10445 10445 84 106 RUF8 RUF8 151 167 251 17 TTGACTTTATCCACCCATTGACTTTATCCACCCATTGACTTTATCCACCCATTGACTTTA SH10446 10446 59 191 RUF8 RUF8 156 174 256 19 CAAATCTTTGACTTTATCCCAAATCTTTGACTTTATCCCAAATCTTTGACTTTATCCCAA SH10447 10447 91 184 RUF8 RUF8 161 178 261 18 TGGTCAAATCTTTGACTTTGGTCAAATCTTTGACTTTGGTCAAATCTTTGACTTTGGTCA SH10448 10448 60 25 RUF8 RUF8 166 184 266 19 CTGATTTGGTCAAATCTTTCTGATTTGGTCAAATCTTTCTGATTTGGTCAAATCTTTCTG SH10449 10449 89 66 RUF8 RUF8 171 188 271 18 ATCTCTGATTTGGTCAAAATCTCTGATTTGGTCAAAATCTCTGATTTGGTCAAAATCTCT SH10450 10450 37 44 RUF8 RUF8 176 192 276 17 GTTCATCTCTGATTTGGGTTCATCTCTGATTTGGGTTCATCTCTGATTTGGGTTCATCTC SH10451 10451 9 137 RUF8 RUF8 181 199 281 19 CATTTATGTTCATCTCTGACATTTATGTTCATCTCTGACATTTATGTTCATCTCTGACAT SH10452 10452 74 158 RUF8 RUF8 186 205 286 20 TAGATTCATTTATGTTCATCTAGATTCATTTATGTTCATCTAGATTCATTTATGTTCATC SH10453 10453 26 196 RUF8 RUF8 191 210 291 20 GTTCGTAGATTCATTTATGTGTTCGTAGATTCATTTATGTGTTCGTAGATTCATTTATGT SH10454 10454 99 80 RUF8 RUF8 196 215 296 20 GTAAAGTTCGTAGATTCATTGTAAAGTTCGTAGATTCATTGTAAAGTTCGTAGATTCATT SH10455 10455 94 121 RUF8 RUF8 201 217 301 17 GGGTAAAGTTCGTAGATGGGTAAAGTTCGTAGATGGGTAAAGTTCGTAGATGGGTAAAGT SH10456 10456 28 102 RUF8 RUF8 206 223 306 18 AAATTTGGGTAAAGTTCGAAATTTGGGTAAAGTTCGAAATTTGGGTAAAGTTCGAAATTT SH10457 10457 14 11 RUF8 RUF8 211 230 311 20 GTGGATAAAATTTGGGTAAAGTGGATAAAATTTGGGTAAAGTGGATAAAATTTGGGTAAA SH10458 10458 104 134 RUF8 RUF8 216 232 316 17 CGGTGGATAAAATTTGGCGGTGGATAAAATTTGGCGGTGGATAAAATTTGGCGGTGGATA SH10459 10459 102 202 RUF8 RUF8 221 238 321 18 GTTCTACGGTGGATAAAAGTTCTACGGTGGATAAAAGTTCTACGGTGGATAAAAGTTCTA SH10460 10460 45 85 RUF8 RUF8 226 240 326 15 GGGTTCTACGGTGGAGGGTTCTACGGTGGAGGGTTCTACGGTGGAGGGTTCTACGGTGGA SH10461 10461 73 153 RUF8 RUF8 231 245 331 15 GCTTTGGGTTCTACGGCTTTGGGTTCTACGGCTTTGGGTTCTACGGCTTTGGGTTCTACG SH10462 10462 95 144 RUF8 RUF8 236 252 336 17 ACCTAATGCTTTGGGTTACCTAATGCTTTGGGTTACCTAATGCTTTGGGTTACCTAATGC SH10463 10463 28 126 RUF8 RUF8 241 258 341 18 TCACATACCTAATGCTTTTCACATACCTAATGCTTTTCACATACCTAATGCTTTTCACAT SH10464 10464 87 195 RUF8 RUF8 246 267 346 22 ATAAAATATTCACATACCTAATATAAAATATTCACATACCTAATATAAAATATTCACATA SH10465 10465 15 75 RUF8 RUF8 251 270 351 20 GTGATAAAATATTCACATACGTGATAAAATATTCACATACGTGATAAAATATTCACATAC SH10466 10466 78 95 RUF8 RUF8 256 278 356 23 TAAATTTAGTGATAAAATATTCATAAATTTAGTGATAAAATATTCATAAATTTAGTGATA SH10467 10467 64 15 RUF8 RUF8 261 283 361 23 TTCAATAAATTTAGTGATAAAATTTCAATAAATTTAGTGATAAAATTTCAATAAATTTAG SH10468 10468 80 33 RUF8 RUF8 266 287 366 22 TCTTTTCAATAAATTTAGTGATTCTTTTCAATAAATTTAGTGATTCTTTTCAATAAATTT SH10469 10469 56 19 RUF8 RUF8 271 292 371 22 CGTTCTCTTTTCAATAAATTTACGTTCTCTTTTCAATAAATTTACGTTCTCTTTTCAATA SH10470 10470 14 177 RUF8 RUF8 276 295 376 20 TAACGTTCTCTTTTCAATAATAACGTTCTCTTTTCAATAATAACGTTCTCTTTTCAATAA SH10471 10471 94 162 RUF8 RUF8 281 298 381 18 TAGTAACGTTCTCTTTTCTAGTAACGTTCTCTTTTCTAGTAACGTTCTCTTTTCTAGTAA SH10472 10472 25 103 RUF8 RUF8 286 302 386 17 CTGTTAGTAACGTTCTCCTGTTAGTAACGTTCTCCTGTTAGTAACGTTCTCCTGTTAGTA SH10473 10473 60 46 RUF8 RUF8 291 307 391 17 TTCCACTGTTAGTAACGTTCCACTGTTAGTAACGTTCCACTGTTAGTAACGTTCCACTGT SH10474 10474 28 3 RUF8 RUF8 296 315 396 20 AAAAAAAATTCCACTGTTAGAAAAAAAATTCCACTGTTAGAAAAAAAATTCCACTGTTAG SH10475 10475 91 150 RUF8 RUF8 301 320 401 20 CTAGAAAAAAAAATTCCACTCTAGAAAAAAAAATTCCACTCTAGAAAAAAAAATTCCACT SH10476 10476 54 166 RUF8 RUF8 306 327 406 22 ACCATTTCTAGAAAAAAAAATTACCATTTCTAGAAAAAAAAATTACCATTTCTAGAAAAA SH10477 10477 81 101 RUF8 RUF8 311 330 411 20 GATACCATTTCTAGAAAAAAGATACCATTTCTAGAAAAAAGATACCATTTCTAGAAAAAA SH10478 10478 75 83 RUF8 RUF8 316 332 416 17 CCGATACCATTTCTAGACCGATACCATTTCTAGACCGATACCATTTCTAGACCGATACCA SH10479 10479 21 70 RUF8 RUF8 321 338 421 18 TTGAATCCGATACCATTTTTGAATCCGATACCATTTTTGAATCCGATACCATTTTTGAAT SH10480 10480 100 163 RUF8 RUF8 326 342 426 17 CTTGTTGAATCCGATACCTTGTTGAATCCGATACCTTGTTGAATCCGATACCTTGTTGAA SH10481 10481 26 123 RUF8 RUF8 331 347 431 17 TTTCCCTTGTTGAATCCTTTCCCTTGTTGAATCCTTTCCCTTGTTGAATCCTTTCCCTTG SH10482 10482 29 179 RUF8 RUF8 336 350 436 15 CGGTTTCCCTTGTTGCGGTTTCCCTTGTTGCGGTTTCCCTTGTTGCGGTTTCCCTTGTTG SH10483 10483 63 191 RUF8 RUF8 341 358 441 18 CTTTAAAACGGTTTCCCTCTTTAAAACGGTTTCCCTCTTTAAAACGGTTTCCCTCTTTAA SH10484 10484 70 39 RUF8 RUF8 346 365 446 20 TTATTTGCTTTAAAACGGTTTTATTTGCTTTAAAACGGTTTTATTTGCTTTAAAACGGTT SH10485 10485 25 122 RUF8 RUF8 351 370 451 20 TTCCCTTATTTGCTTTAAAATTCCCTTATTTGCTTTAAAATTCCCTTATTTGCTTTAAAA SH10486 10486 37 192 RUF8 RUF8 356 374 456 19 GAAATTCCCTTATTTGCTTGAAATTCCCTTATTTGCTTGAAATTCCCTTATTTGCTTGAA SH10487 10487 49 60 RUF8 RUF8 361 380 461 20 CTTCAAGAAATTCCCTTATTCTTCAAGAAATTCCCTTATTCTTCAAGAAATTCCCTTATT SH10488 10488 73 213 RUF8 RUF8 366 382 466 17 CTCTTCAAGAAATTCCCCTCTTCAAGAAATTCCCCTCTTCAAGAAATTCCCCTCTTCAAG SH10489 10489 45 130 RUF8 RUF8 371 389 471 19 CTACAATCTCTTCAAGAAACTACAATCTCTTCAAGAAACTACAATCTCTTCAAGAAACTA SH10490 10490 66 165 RUF8 RUF8 376 393 476 18 GTATCTACAATCTCTTCAGTATCTACAATCTCTTCAGTATCTACAATCTCTTCAGTATCT SH10491 10491 91 112 RUF8 RUF8 381 399 481 19 CATTGTGTATCTACAATCTCATTGTGTATCTACAATCTCATTGTGTATCTACAATCTCAT SH10492 10492 99 138 RUF8 RUF8 386 403 486 18 CCTTCATTGTGTATCTACCCTTCATTGTGTATCTACCCTTCATTGTGTATCTACCCTTCA SH10493 10493 34 129 RUF8 RUF8 391 408 491 18 CGTATCCTTCATTGTGTACGTATCCTTCATTGTGTACGTATCCTTCATTGTGTACGTATC SH10494 10494 91 119 RUF8 RUF8 396 414 496 19 CATTTTCGTATCCTTCATTCATTTTCGTATCCTTCATTCATTTTCGTATCCTTCATTCAT SH10495 10495 83 171 RUF8 RUF8 401 417 501 17 GTGCATTTTCGTATCCTGTGCATTTTCGTATCCTGTGCATTTTCGTATCCTGTGCATTTT SH10496 10496 80 186 RUF8 RUF8 406 423 506 18 ATTAAGGTGCATTTTCGTATTAAGGTGCATTTTCGTATTAAGGTGCATTTTCGTATTAAG SH10497 10497 65 10 RUF8 RUF8 411 427 511 17 GGGAATTAAGGTGCATTGGGAATTAAGGTGCATTGGGAATTAAGGTGCATTGGGAATTAA SH10498 10498 3 5 RUF8 RUF8 416 435 516 20 ATAATATTGGGAATTAAGGTATAATATTGGGAATTAAGGTATAATATTGGGAATTAAGGT SH10499 10499 19 39 RUF8 RUF8 421 442 521 22 ATATGTAATAATATTGGGAATTATATGTAATAATATTGGGAATTATATGTAATAATATTG SH10500 10500 93 122 RUF8 RUF8 426 445 526 20 AGCATATGTAATAATATTGGAGCATATGTAATAATATTGGAGCATATGTAATAATATTGG SH10501 10501 59 141 RUF8 RUF8 431 450 531 20 CGATGAGCATATGTAATAATCGATGAGCATATGTAATAATCGATGAGCATATGTAATAAT SH10502 10502 89 199 RUF8 RUF8 436 452 536 17 CCCGATGAGCATATGTACCCGATGAGCATATGTACCCGATGAGCATATGTACCCGATGAG SH10503 10503 92 95 RUF8 RUF8 441 457 541 17 GTTTTCCCGATGAGCATGTTTTCCCGATGAGCATGTTTTCCCGATGAGCATGTTTTCCCG SH10504 10504 73 37 RUF8 RUF8 446 462 546 17 AAAAGGTTTTCCCGATGAAAAGGTTTTCCCGATGAAAAGGTTTTCCCGATGAAAAGGTTT SH10505 10505 64 169 RUF8 RUF8 451 468 551 18 TTGCTTAAAAGGTTTTCCTTGCTTAAAAGGTTTTCCTTGCTTAAAAGGTTTTCCTTGCTT SH10506 10506 12 89 RUF8 RUF8 456 475 556 20 TCTATTATTGCTTAAAAGGTTCTATTATTGCTTAAAAGGTTCTATTATTGCTTAAAAGGT SH10507 10507 9 49 RUF8 RUF8 461 482 561 22 CTTAAAATCTATTATTGCTTAACTTAAAATCTATTATTGCTTAACTTAAAATCTATTATT SH10508 10508 68 33 RUF8 RUF8 466 487 566 22 ACATACTTAAAATCTATTATTGACATACTTAAAATCTATTATTGACATACTTAAAATCTA SH10509 10509 62 136 RUF8 RUF8 471 492 571 22 TCATTACATACTTAAAATCTATTCATTACATACTTAAAATCTATTCATTACATACTTAAA SH10510 10510 53 201 RUF8 RUF8 476 497 576 22 TTGTATCATTACATACTTAAAATTGTATCATTACATACTTAAAATTGTATCATTACATAC SH10511 10511 45 148 RUF8 RUF8 481 502 581 22 ATTATTTGTATCATTACATACTATTATTTGTATCATTACATACTATTATTTGTATCATTA SH10512 10512 25 189 RUF8 RUF8 486 508 586 23 TATATTATTATTTGTATCATTACTATATTATTATTTGTATCATTACTATATTATTATTTG SH10513 10513 32 94 RUF8 RUF8 491 515 591 25 ATATAAATATATTATTATTTGTATCATATAAATATATTATTATTTGTATCATATAAATAT SH10514 10514 10 12 RUF8 RUF8 496 519 596 24 GCGTATATAAATATATTATTATTTGCGTATATAAATATATTATTATTTGCGTATATAAAT SH10515 10515 68 80 RUF8 RUF8 501 523 601 23 ATATGCGTATATAAATATATTATATATGCGTATATAAATATATTATATATGCGTATATAA SH10516 10516 22 151 RUF8 RUF8 506 528 606 23 TAAATATATGCGTATATAAATATTAAATATATGCGTATATAAATATTAAATATATGCGTA SH10517 10517 47 152 RUF8 RUF8 511 532 611 22 CATGTAAATATATGCGTATATACATGTAAATATATGCGTATATACATGTAAATATATGCG SH10518 10518 87 167 RUF8 RUF8 516 534 616 19 CACATGTAAATATATGCGTCACATGTAAATATATGCGTCACATGTAAATATATGCGTCAC SH10519 10519 34 76 RUF8 RUF8 521 542 621 22 CATATATGCACATGTAAATATACATATATGCACATGTAAATATACATATATGCACATGTA SH10520 10520 74 194 RUF8 RUF8 526 545 626 20 TTTCATATATGCACATGTAATTTCATATATGCACATGTAATTTCATATATGCACATGTAA SH10521 10521 72 197 RUF8 RUF8 531 551 631 21 GTTATTTTTCATATATGCACAGTTATTTTTCATATATGCACAGTTATTTTTCATATATGC SH10522 10522 27 21 RUF8 RUF8 536 558 636 23 GAATTAGGTTATTTTTCATATATGAATTAGGTTATTTTTCATATATGAATTAGGTTATTT SH10523 10523 77 171 RUF8 RUF8 541 560 641 20 GTGAATTAGGTTATTTTTCAGTGAATTAGGTTATTTTTCAGTGAATTAGGTTATTTTTCA SH10524 10524 92 20 RUF8 RUF8 546 565 646 20 GTAACGTGAATTAGGTTATTGTAACGTGAATTAGGTTATTGTAACGTGAATTAGGTTATT SH10525 10525 7 65 RUF8 RUF8 551 567 651 17 GGGTAACGTGAATTAGGGGGTAACGTGAATTAGGGGGTAACGTGAATTAGGGGGTAACGT SH10526 10526 7 3 RUF8 RUF8 556 570 656 15 GGTGGGTAACGTGAAGGTGGGTAACGTGAAGGTGGGTAACGTGAAGGTGGGTAACGTGAA SH10527 10527 44 15 RUF8 RUF8 561 578 661 18 AAAAAAAAGGTGGGTAACAAAAAAAAGGTGGGTAACAAAAAAAAGGTGGGTAACAAAAAA SH10528 10528 9 73 RUF8 RUF8 566 583 666 18 GGCTAAAAAAAAAGGTGGGGCTAAAAAAAAAGGTGGGGCTAAAAAAAAAGGTGGGGCTAA SH10529 10529 89 188 RUF8 RUF8 571 592 671 22 TAAAGAAAAGGCTAAAAAAAAATAAAGAAAAGGCTAAAAAAAAATAAAGAAAAGGCTAAA SH10530 10530 84 50 RUF8 RUF8 576 597 676 22 ATAAATAAAGAAAAGGCTAAAAATAAATAAAGAAAAGGCTAAAAATAAATAAAGAAAAGG SH10531 10531 14 159 RUF8 RUF8 581 602 681 22 CATATATAAATAAAGAAAAGGCCATATATAAATAAAGAAAAGGCCATATATAAATAAAGA SH10532 10532 50 27 RUF8 RUF8 586 607 686 22 GGATACATATATAAATAAAGAAGGATACATATATAAATAAAGAAGGATACATATATAAAT SH10533 10533 76 96 RUF8 RUF8 591 612 691 22 GTTGTGGATACATATATAAATAGTTGTGGATACATATATAAATAGTTGTGGATACATATA SH10534 10534 47 179 RUF8 RUF8 596 615 696 20 TATGTTGTGGATACATATATTATGTTGTGGATACATATATTATGTTGTGGATACATATAT SH10535 10535 28 95 RUF8 RUF8 601 618 701 18 CATTATGTTGTGGATACACATTATGTTGTGGATACACATTATGTTGTGGATACACATTAT SH10536 10536 56 93 RUF8 RUF8 606 623 706 18 TCATTCATTATGTTGTGGTCATTCATTATGTTGTGGTCATTCATTATGTTGTGGTCATTC SH10537 10537 50 127 RUF8 RUF8 611 630 711 20 TCACAATTCATTCATTATGTTCACAATTCATTCATTATGTTCACAATTCATTCATTATGT SH10538 10538 79 119 RUF8 RUF8 616 633 716 18 AGCTCACAATTCATTCATAGCTCACAATTCATTCATAGCTCACAATTCATTCATAGCTCA SH10539 10539 81 52 RUF8 RUF8 621 637 721 17 GTGTAGCTCACAATTCAGTGTAGCTCACAATTCAGTGTAGCTCACAATTCAGTGTAGCTC SH10540 10540 62 7 RUF8 RUF8 626 642 726 17 ATGTTGTGTAGCTCACAATGTTGTGTAGCTCACAATGTTGTGTAGCTCACAATGTTGTGT SH10541 10541 84 59 RUF8 RUF8 631 647 731 17 GAGAAATGTTGTGTAGCGAGAAATGTTGTGTAGCGAGAAATGTTGTGTAGCGAGAAATGT SH10542 10542 35 67 RUF8 RUF8 636 653 736 18 ATCAACGAGAAATGTTGTATCAACGAGAAATGTTGTATCAACGAGAAATGTTGTATCAAC SH10543 10543 10 211 RUF8 RUF8 641 662 741 22 TAATTTATAATCAACGAGAAATTAATTTATAATCAACGAGAAATTAATTTATAATCAACG SH10544 10544 27 111 RUF8 RUF8 646 666 746 21 CTACTAATTTATAATCAACGACTACTAATTTATAATCAACGACTACTAATTTATAATCAA SH10545 10545 45 205 RUF8 RUF8 651 673 751 23 AATTAATCTACTAATTTATAATCAATTAATCTACTAATTTATAATCAATTAATCTACTAA SH10546 10546 61 53 RUF8 RUF8 656 678 756 23 CAAAAAATTAATCTACTAATTTACAAAAAATTAATCTACTAATTTACAAAAAATTAATCT SH10547 10547 100 171 RUF8 RUF8 661 682 761 22 CATTCAAAAAATTAATCTACTACATTCAAAAAATTAATCTACTACATTCAAAAAATTAAT SH10548 10548 38 111 RUF8 RUF8 666 687 766 22 GTTTGCATTCAAAAAATTAATCGTTTGCATTCAAAAAATTAATCGTTTGCATTCAAAAAA SH10549 10549 9 158 RUF8 RUF8 671 692 771 22 AAAAAGTTTGCATTCAAAAAATAAAAAGTTTGCATTCAAAAAATAAAAAGTTTGCATTCA SH10550 10550 88 141 RUF8 RUF8 676 695 776 20 ACTAAAAAGTTTGCATTCAAACTAAAAAGTTTGCATTCAAACTAAAAAGTTTGCATTCAA SH10551 10551 71 179 RUF8 RUF8 681 698 781 18 ACGACTAAAAAGTTTGCAACGACTAAAAAGTTTGCAACGACTAAAAAGTTTGCAACGACT SH10552 10552 85 88 RUF8 RUF8 686 703 786 18 CTACGACGACTAAAAAGTCTACGACGACTAAAAAGTCTACGACGACTAAAAAGTCTACGA SH10553 10553 30 9 RUF8 RUF8 691 708 791 18 GAAAACTACGACGACTAAGAAAACTACGACGACTAAGAAAACTACGACGACTAAGAAAAC SH10554 10554 13 108 RUF8 RUF8 696 712 796 17 AGATGAAAACTACGACGAGATGAAAACTACGACGAGATGAAAACTACGACGAGATGAAAA SH10555 10555 31 3 RUF8 RUF8 701 718 801 18 GGAAGAAGATGAAAACTAGGAAGAAGATGAAAACTAGGAAGAAGATGAAAACTAGGAAGA SH10556 10556 53 151 RUF8 RUF8 706 723 806 18 CAAGTGGAAGAAGATGAACAAGTGGAAGAAGATGAACAAGTGGAAGAAGATGAACAAGTG SH10557 10557 76 60 RUF8 RUF8 711 725 811 15 GGCAAGTGGAAGAAGGGCAAGTGGAAGAAGGGCAAGTGGAAGAAGGGCAAGTGGAAGAAG SH10558 10558 5 139 RUF8 RUF8 716 732 816 17 GTAGTAAGGCAAGTGGAGTAGTAAGGCAAGTGGAGTAGTAAGGCAAGTGGAGTAGTAAGG SH10559 10559 68 134 RUF8 RUF8 721 738 821 18 GAAAATGTAGTAAGGCAAGAAAATGTAGTAAGGCAAGAAAATGTAGTAAGGCAAGAAAAT SH10560 10560 40 121 RUF8 RUF8 726 744 826 19 CCAAGAGAAAATGTAGTAACCAAGAGAAAATGTAGTAACCAAGAGAAAATGTAGTAACCA SH10561 10561 99 54 RUF8 RUF8 731 748 831 18 ACTTCCAAGAGAAAATGTACTTCCAAGAGAAAATGTACTTCCAAGAGAAAATGTACTTCC SH10562 10562 81 200 RUF8 RUF8 736 752 836 17 ACACACTTCCAAGAGAAACACACTTCCAAGAGAAACACACTTCCAAGAGAAACACACTTC SH10563 10563 58 75 RUF8 RUF8 741 757 841 17 GGAGAACACACTTCCAAGGAGAACACACTTCCAAGGAGAACACACTTCCAAGGAGAACAC SH10564 10564 60 27 RUF8 RUF8 746 761 846 16 CACAGGAGAACACACTCACAGGAGAACACACTCACAGGAGAACACACTCACAGGAGAACA SH10565 10565 70 19 RUF8 RUF8 751 763 851 13 CCCACAGGAGAACCCCACAGGAGAACCCCACAGGAGAACCCCACAGGAGAACCCCACAGG SH10566 10566 48 93 RUF8 RUF8 756 771 856 16 GAAAAATCCCCACAGGGAAAAATCCCCACAGGGAAAAATCCCCACAGGGAAAAATCCCCA SH10567 10567 75 67 RUF8 RUF8 761 777 861 17 TCTCAAGAAAAATCCCCTCTCAAGAAAAATCCCCTCTCAAGAAAAATCCCCTCTCAAGAA SH10568 10568 14 188 RUF8 RUF8 766 784 866 19 GCAAACATCTCAAGAAAAAGCAAACATCTCAAGAAAAAGCAAACATCTCAAGAAAAAGCA SH10569 10569 91 84 RUF8 RUF8 771 787 871 17 AGAGCAAACATCTCAAGAGAGCAAACATCTCAAGAGAGCAAACATCTCAAGAGAGCAAAC SH10570 10570 15 93 RUF8 RUF8 776 792 876 17 GAGGAAGAGCAAACATCGAGGAAGAGCAAACATCGAGGAAGAGCAAACATCGAGGAAGAG SH10571 10571 69 206 RUF8 RUF8 781 795 881 15 CGTGAGGAAGAGCAACGTGAGGAAGAGCAACGTGAGGAAGAGCAACGTGAGGAAGAGCAA SH10572 10572 9 41 RUF8 RUF8 786 802 886 17 CAAAATGCGTGAGGAAGCAAAATGCGTGAGGAAGCAAAATGCGTGAGGAAGCAAAATGCG SH10573 10573 51 24 RUF8 RUF8 791 805 891 15 GGCCAAAATGCGTGAGGCCAAAATGCGTGAGGCCAAAATGCGTGAGGCCAAAATGCGTGA SH10574 10574 71 115 RUF8 RUF8 796 810 896 15 GAGGAGGCCAAAATGGAGGAGGCCAAAATGGAGGAGGCCAAAATGGAGGAGGCCAAAATG SH10575 10575 20 27 RUF8 RUF8 801 815 901 15 TGAAAGAGGAGGCCATGAAAGAGGAGGCCATGAAAGAGGAGGCCATGAAAGAGGAGGCCA SH10576 10576 93 148 RUF8 RUF8 806 822 906 17 GAAACAGTGAAAGAGGAGAAACAGTGAAAGAGGAGAAACAGTGAAAGAGGAGAAACAGTG SH10577 10577 76 19 RUF8 RUF8 811 828 911 18 ACAATGGAAACAGTGAAAACAATGGAAACAGTGAAAACAATGGAAACAGTGAAAACAATG SH10578 10578 59 56 RUF8 RUF8 816 832 916 17 GGAAACAATGGAAACAGGGAAACAATGGAAACAGGGAAACAATGGAAACAGGGAAACAAT SH10579 10579 83 69 RUF8 RUF8 821 838 921 18 TACTTTGGAAACAATGGATACTTTGGAAACAATGGATACTTTGGAAACAATGGATACTTT SH10580 10580 14 151 RUF8 RUF8 826 843 926 18 AAACCTACTTTGGAAACAAAACCTACTTTGGAAACAAAACCTACTTTGGAAACAAAACCT SH10581 10581 47 62 RUF8 RUF8 831 848 931 18 TAATCAAACCTACTTTGGTAATCAAACCTACTTTGGTAATCAAACCTACTTTGGTAATCA SH10582 10582 82 133 RUF8 RUF8 836 853 936 18 AACTGTAATCAAACCTACAACTGTAATCAAACCTACAACTGTAATCAAACCTACAACTGT SH10583 10583 67 116 RUF8 RUF8 841 860 941 20 CAACGATAACTGTAATCAAACAACGATAACTGTAATCAAACAACGATAACTGTAATCAAA SH10584 10584 104 11 RUF8 RUF8 846 863 946 18 CTACAACGATAACTGTAACTACAACGATAACTGTAACTACAACGATAACTGTAACTACAA SH10585 10585 29 71 RUF8 RUF8 851 867 951 17 GCTGCTACAACGATAACGCTGCTACAACGATAACGCTGCTACAACGATAACGCTGCTACA SH10586 10586 100 151 RUF8 RUF8 856 868 956 13 CGCTGCTACAACGCGCTGCTACAACGCGCTGCTACAACGCGCTGCTACAACGCGCTGCTA SH10587 10587 64 41 RUF8 RUF8 861 876 961 16 GATGAAACCGCTGCTAGATGAAACCGCTGCTAGATGAAACCGCTGCTAGATGAAACCGCT SH10588 10588 70 37 RUF8 RUF8 866 882 966 17 CAACAAGATGAAACCGCCAACAAGATGAAACCGCCAACAAGATGAAACCGCCAACAAGAT SH10589 10589 68 106 RUF8 RUF8 871 890 971 20 CTGAAAAACAACAAGATGAACTGAAAAACAACAAGATGAACTGAAAAACAACAAGATGAA SH10590 10590 12 200 RUF8 RUF8 876 893 976 18 ATGCTGAAAAACAACAAGATGCTGAAAAACAACAAGATGCTGAAAAACAACAAGATGCTG SH10591 10591 101 137 RUF8 RUF8 881 898 981 18 CAGAGATGCTGAAAAACACAGAGATGCTGAAAAACACAGAGATGCTGAAAAACACAGAGA SH10592 10592 87 129 RUF8 RUF8 886 902 986 17 CTTCCAGAGATGCTGAACTTCCAGAGATGCTGAACTTCCAGAGATGCTGAACTTCCAGAG SH10593 10593 53 60 RUF8 RUF8 891 905 991 15 CAGCTTCCAGAGATGCAGCTTCCAGAGATGCAGCTTCCAGAGATGCAGCTTCCAGAGATG SH10594 10594 47 202 RUF8 RUF8 896 908 996 13 CAGCAGCTTCCAGCAGCAGCTTCCAGCAGCAGCTTCCAGCAGCAGCTTCCAGCAGCAGCT SH10595 10595 104 159 RUF8 RUF8 901 913 1001 13 GGAGCCAGCAGCTGGAGCCAGCAGCTGGAGCCAGCAGCTGGAGCCAGCAGCTGGAGCCAG SH10596 10596 21 156 RUF8 RUF8 906 918 1006 13 GAGGCGGAGCCAGGAGGCGGAGCCAGGAGGCGGAGCCAGGAGGCGGAGCCAGGAGGCGGA SH10597 10597 71 117 RUF8 RUF8 911 923 1011 13 CTGAAGAGGCGGACTGAAGAGGCGGACTGAAGAGGCGGACTGAAGAGGCGGACTGAAGAG SH10598 10598 80 117 RUF8 RUF8 916 932 1016 17 CACCTTCTACTGAAGAGCACCTTCTACTGAAGAGCACCTTCTACTGAAGAGCACCTTCTA SH10599 10599 75 122 RUF8 RUF8 921 935 1021 15 CTGCACCTTCTACTGCTGCACCTTCTACTGCTGCACCTTCTACTGCTGCACCTTCTACTG SH10600 10600 43 124 RUF8 RUF8 926 940 1026 15 AGCATCTGCACCTTCAGCATCTGCACCTTCAGCATCTGCACCTTCAGCATCTGCACCTTC SH10601 10601 86 47 RUF8 RUF8 931 947 1031 17 CAACTGAAGCATCTGCACAACTGAAGCATCTGCACAACTGAAGCATCTGCACAACTGAAG SH10602 10602 42 58 RUF8 RUF8 936 951 1036 16 GGCACAACTGAAGCATGGCACAACTGAAGCATGGCACAACTGAAGCATGGCACAACTGAA SH10603 10603 91 10 RUF8 941-951 + 3' 941 1041 17 gaaaacGGCACAACTGAgaaaacGGCACAACTGAgaaaacGGCACAACTGAgaaaacGGC SH10604 10604 14 119 RUF8 946-951 + 3' 946 1046 15 gaggaaaacGGCACAgaggaaaacGGCACAgaggaaaacGGCACAgaggaaaacGGCACA SH10605 10605 23 80 RUF8 951 + 3' 951 1051 18 attctaaagaggaaaacGattctaaagaggaaaacGattctaaagaggaaaacGattcta SH10606 10606 64 157 RUF8 3' 1056 17 cagcattctaaagaggacagcattctaaagaggacagcattctaaagaggacagcattct SH10607 10607 59 88 RUF8 3' 1061 18 gtaagacagcattctaaagtaagacagcattctaaagtaagacagcattctaaagtaaga SH10608 10608 76 41 RUF8 3' 1066 17 cgaagtaagacagcattcgaagtaagacagcattcgaagtaagacagcattcgaagtaag SH10609 10609 57 214 RUF8 3' 1071 17 gaagacgaagtaagacagaagacgaagtaagacagaagacgaagtaagacagaagacgaa SH10610 10610 24 113 RUF8 3' 1076 17 ctgtagaagacgaagtactgtagaagacgaagtactgtagaagacgaagtactgtagaag SH10611 10611 89 119 RUF8 3' 1081 15 gccctgtagaagacggccctgtagaagacggccctgtagaagacggccctgtagaagacg SH10612 10612 24 22 RUF8 3' 1086 15 agcaagccctgtagaagcaagccctgtagaagcaagccctgtagaagcaagccctgtaga SH10613 10613 56 51 RUF8 3' 1091 15 gcagaagcaagccctgcagaagcaagccctgcagaagcaagccctgcagaagcaagccct SH10614 10614 5 181 RUF8 3' 1096 16 gttcctgcagaagcaagttcctgcagaagcaagttcctgcagaagcaagttcctgcagaa SH10615 10615 96 188 RUF8 3' 1101 16 ctactgttcctgcagactactgttcctgcagactactgttcctgcagactactgttcctg SH10616 10616 2 77 RUF8 3' 1106 17 ctactgctactgttcctctactgctactgttcctctactgctactgttcctctactgcta SH10617 10617 61 191 RUF8 3' 1111 17 actttctactgctactgactttctactgctactgactttctactgctactgactttctac SH10618 10618 12 58 RUF8 3' 1116 18 catagaactttctactgccatagaactttctactgccatagaactttctactgccataga SH10619 10619 26 142 RUF8 3' 1121 18 gagaccatagaactttctgagaccatagaactttctgagaccatagaactttctgagacc SH10620 10620 6 190 RUF8 3' 1126 16 gctgagaccatagaacgctgagaccatagaacgctgagaccatagaacgctgagaccata SH10621 10621 84 180 RUF8 3' 1131 15 cactgctgagaccatcactgctgagaccatcactgctgagaccatcactgctgagaccat SH10622 10622 19 71 RUF8 3' 1136 15 caaagcactgctgagcaaagcactgctgagcaaagcactgctgagcaaagcactgctgag SH10623 10623 100 180 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 5'ETS 1 21 1 20 TAGCGTATATTTTTTTTCCATAGCGTATATTTTTTTTCCATAGCGTATATTTTTTTTCCA SH10624 10624 54 161 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 5'ETS 6 28 6 22 AAAATCTTAGCGTATATTTTTTAAAATCTTAGCGTATATTTTTTAAAATCTTAGCGTATA SH10625 10625 45 7 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 5'ETS 11 31 11 20 CCAAAAATCTTAGCGTATATCCAAAAATCTTAGCGTATATCCAAAAATCTTAGCGTATAT SH10626 10626 79 146 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 5'ETS 16 33 16 17 CTCCAAAAATCTTAGCGCTCCAAAAATCTTAGCGCTCCAAAAATCTTAGCGCTCCAAAAA SH10627 10627 88 205 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 5'ETS 21 39 21 18 GCTATTCTCCAAAAATCTGCTATTCTCCAAAAATCTGCTATTCTCCAAAAATCTGCTATT SH10628 10628 26 25 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 5'ETS 26 46 26 20 AATTTAAGCTATTCTCCAAAAATTTAAGCTATTCTCCAAAAATTTAAGCTATTCTCCAAA SH10629 10629 101 198 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 5'ETS 31 51 31 20 ACTTCAATTTAAGCTATTCTACTTCAATTTAAGCTATTCTACTTCAATTTAAGCTATTCT SH10630 10630 18 65 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 5'ETS 36 56 36 20 GAAAAACTTCAATTTAAGCTGAAAAACTTCAATTTAAGCTGAAAAACTTCAATTTAAGCT SH10631 10631 26 50 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 5'ETS 41 60 41 19 CCGAGAAAAACTTCAATTTCCGAGAAAAACTTCAATTTCCGAGAAAAACTTCAATTTCCG SH10632 10632 101 27 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 5'ETS 46 62 46 16 CGCCGAGAAAAACTTCCGCCGAGAAAAACTTCCGCCGAGAAAAACTTCCGCCGAGAAAAA SH10633 10633 97 11 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 5'ETS 51 68 51 17 ATTTCTCGCCGAGAAAAATTTCTCGCCGAGAAAAATTTCTCGCCGAGAAAAATTTCTCGC SH10634 10634 16 210 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 5'ETS 56 71 56 15 CGTATTTCTCGCCGACGTATTTCTCGCCGACGTATTTCTCGCCGACGTATTTCTCGCCGA SH10635 10635 85 31 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 5'ETS 61 79 61 18 CTTAACTACGTATTTCTCCTTAACTACGTATTTCTCCTTAACTACGTATTTCTCCTTAAC SH10636 10636 84 96 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 5'ETS 66 83 66 17 CTGCCTTAACTACGTATCTGCCTTAACTACGTATCTGCCTTAACTACGTATCTGCCTTAA SH10637 10637 44 116 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 5'ETS 71 87 71 16 CGCTCTGCCTTAACTACGCTCTGCCTTAACTACGCTCTGCCTTAACTACGCTCTGCCTTA SH10638 10638 12 75 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 5'ETS 76 89 76 13 GTCGCTCTGCCTTGTCGCTCTGCCTTGTCGCTCTGCCTTGTCGCTCTGCCTTGTCGCTCT SH10639 10639 21 170 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 5'ETS 81 96 81 15 CCTCTCTGTCGCTCTCCTCTCTGTCGCTCTCCTCTCTGTCGCTCTCCTCTCTGTCGCTCT SH10640 10640 43 48 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 5'ETS 86 99 86 13 TGCCCTCTCTGTCTGCCCTCTCTGTCTGCCCTCTCTGTCTGCCCTCTCTGTCTGCCCTCT SH10641 10641 34 46 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 5'ETS 91 109 91 18 TATTTTCTTTTGCCCTCTTATTTTCTTTTGCCCTCTTATTTTCTTTTGCCCTCTTATTTT SH10642 10642 19 207 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 5'ETS 96 117 96 21 CTTACTTTTATTTTCTTTTGCCTTACTTTTATTTTCTTTTGCCTTACTTTTATTTTCTTT SH10643 10643 52 112 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 5'ETS 101 124 101 23 CTAAAATCTTACTTTTATTTTCTCTAAAATCTTACTTTTATTTTCTCTAAAATCTTACTT SH10644 10644 103 78 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 5'ETS 106 128 106 22 CAAACTAAAATCTTACTTTTATCAAACTAAAATCTTACTTTTATCAAACTAAAATCTTAC SH10645 10645 92 150 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 5'ETS 111 133 111 22 CATTACAAACTAAAATCTTACTCATTACAAACTAAAATCTTACTCATTACAAACTAAAAT SH10646 10646 23 106 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 5'ETS 116 135 116 19 CCCATTACAAACTAAAATCCCCATTACAAACTAAAATCCCCATTACAAACTAAAATCCCC SH10647 10647 69 116 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 5'ETS 121 138 121 17 CCTCCCATTACAAACTACCTCCCATTACAAACTACCTCCCATTACAAACTACCTCCCATT SH10648 10648 98 67 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 5'ETS 126 141 126 15 CCCCCTCCCATTACACCCCCTCCCATTACACCCCCTCCCATTACACCCCCTCCCATTACA SH10649 10649 77 25 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 5'ETS 131 144 131 13 ACCCCCCCTCCCAACCCCCCCTCCCAACCCCCCCTCCCAACCCCCCCTCCCAACCCCCCC SH10650 10650 2 39 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 5'ETS 136 149 136 13 ACTAAACCCCCCCACTAAACCCCCCCACTAAACCCCCCCACTAAACCCCCCCACTAAACC SH10651 10651 63 22 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 5'ETS 141 158 141 17 TACTCCATGACTAAACCTACTCCATGACTAAACCTACTCCATGACTAAACCTACTCCATG SH10652 10652 96 28 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 5'ETS 146 163 146 17 ACTTGTACTCCATGACTACTTGTACTCCATGACTACTTGTACTCCATGACTACTTGTACT SH10653 10653 20 193 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 5'ETS 151 168 151 17 CTCACACTTGTACTCCACTCACACTTGTACTCCACTCACACTTGTACTCCACTCACACTT SH10654 10654 53 204 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 5'ETS 156 174 156 18 CTTTTCCTCACACTTGTACTTTTCCTCACACTTGTACTTTTCCTCACACTTGTACTTTTC SH10655 10655 98 122 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 5'ETS 161 178 161 17 ACTACTTTTCCTCACACACTACTTTTCCTCACACACTACTTTTCCTCACACACTACTTTT SH10656 10656 89 135 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 5'ETS 166 183 166 17 TCCCAACTACTTTTCCTTCCCAACTACTTTTCCTTCCCAACTACTTTTCCTTCCCAACTA SH10657 10657 99 74 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 5'ETS 171 188 171 17 GTACCTCCCAACTACTTGTACCTCCCAACTACTTGTACCTCCCAACTACTTGTACCTCCC SH10658 10658 29 52 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 5'ETS 176 191 176 15 GAAGTACCTCCCAACGAAGTACCTCCCAACGAAGTACCTCCCAACGAAGTACCTCCCAAC SH10659 10659 15 60 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 5'ETS 181 196 181 15 CGCATGAAGTACCTCCGCATGAAGTACCTCCGCATGAAGTACCTCCGCATGAAGTACCTC SH10660 10660 70 86 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 5'ETS 186 203 186 17 CTGCTTTCGCATGAAGTCTGCTTTCGCATGAAGTCTGCTTTCGCATGAAGTCTGCTTTCG SH10661 10661 82 81 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 5'ETS 191 208 191 17 TTCAACTGCTTTCGCATTTCAACTGCTTTCGCATTTCAACTGCTTTCGCATTTCAACTGC SH10662 10662 79 202 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 5'ETS 196 214 196 18 CTTGTCTTCAACTGCTTTCTTGTCTTCAACTGCTTTCTTGTCTTCAACTGCTTTCTTGTC SH10663 10663 47 92 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 5'ETS 201 218 201 17 CGAACTTGTCTTCAACTCGAACTTGTCTTCAACTCGAACTTGTCTTCAACTCGAACTTGT SH10664 10664 32 14 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 5'ETS 206 224 206 18 TCTTTTCGAACTTGTCTTTCTTTTCGAACTTGTCTTTCTTTTCGAACTTGTCTTTCTTTT SH10665 10665 11 103 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 5'ETS 211 229 211 18 CAAACTCTTTTCGAACTTCAAACTCTTTTCGAACTTCAAACTCTTTTCGAACTTCAAACT SH10666 10666 86 179 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 5'ETS 216 234 216 18 GTTTCCAAACTCTTTTCGGTTTCCAAACTCTTTTCGGTTTCCAAACTCTTTTCGGTTTCC SH10667 10667 59 101 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 5'ETS 221 239 221 18 AATTCGTTTCCAAACTCTAATTCGTTTCCAAACTCTAATTCGTTTCCAAACTCTAATTCG SH10668 10668 94 209 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 5'ETS 226 243 226 17 CTCGAATTCGTTTCCAACTCGAATTCGTTTCCAACTCGAATTCGTTTCCAACTCGAATTC SH10669 10669 46 144 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 5'ETS 231 248 231 17 GCCTACTCGAATTCGTTGCCTACTCGAATTCGTTGCCTACTCGAATTCGTTGCCTACTCG SH10670 10670 31 162 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 5'ETS 236 253 236 17 GACAAGCCTACTCGAATGACAAGCCTACTCGAATGACAAGCCTACTCGAATGACAAGCCT SH10671 10671 48 146 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 5'ETS 241 257 241 16 GAACGACAAGCCTACTGAACGACAAGCCTACTGAACGACAAGCCTACTGAACGACAAGCC SH10672 10672 43 193 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 5'ETS 246 263 246 17 CATAACGAACGACAAGCCATAACGAACGACAAGCCATAACGAACGACAAGCCATAACGAA SH10673 10673 66 185 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 5'ETS 251 269 251 18 CAAAAACATAACGAACGACAAAAACATAACGAACGACAAAAACATAACGAACGACAAAAA SH10674 10674 7 37 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 5'ETS 256 276 256 20 CCATTTACAAAAACATAACGCCATTTACAAAAACATAACGCCATTTACAAAAACATAACG SH10675 10675 37 177 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 5'ETS 261 279 261 18 AGGCCATTTACAAAAACAAGGCCATTTACAAAAACAAGGCCATTTACAAAAACAAGGCCA SH10676 10676 27 206 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 5'ETS 266 283 266 17 GACGAGGCCATTTACAAGACGAGGCCATTTACAAGACGAGGCCATTTACAAGACGAGGCC SH10677 10677 47 192 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 5'ETS 271 287 271 16 GTTTGACGAGGCCATTGTTTGACGAGGCCATTGTTTGACGAGGCCATTGTTTGACGAGGC SH10678 10678 60 31 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 5'ETS 276 289 276 13 CCGTTTGACGAGGCCGTTTGACGAGGCCGTTTGACGAGGCCGTTTGACGAGGCCGTTTGA SH10679 10679 64 8 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 5'ETS 281 296 281 15 CTCTCCACCGTTTGACTCTCCACCGTTTGACTCTCCACCGTTTGACTCTCCACCGTTTGA SH10680 10680 90 75 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 5'ETS 286 299 286 13 ACTCTCTCCACCGACTCTCTCCACCGACTCTCTCCACCGACTCTCTCCACCGACTCTCTC SH10681 10681 43 150 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 5'ETS 291 306 291 15 CCTAGCGACTCTCTCCCTAGCGACTCTCTCCCTAGCGACTCTCTCCCTAGCGACTCTCTC SH10682 10682 41 110 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 5'ETS 296 311 296 15 GATCACCTAGCGACTGATCACCTAGCGACTGATCACCTAGCGACTGATCACCTAGCGACT SH10683 10683 22 88 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 5'ETS 301 316 301 15 CTGACGATCACCTAGCTGACGATCACCTAGCTGACGATCACCTAGCTGACGATCACCTAG SH10684 10684 43 119 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 5'ETS 306 322 306 16 GCAGATCTGACGATCAGCAGATCTGACGATCAGCAGATCTGACGATCAGCAGATCTGACG SH10685 10685 6 177 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 5'ETS 311 326 311 15 CTAGGCAGATCTGACCTAGGCAGATCTGACCTAGGCAGATCTGACCTAGGCAGATCTGAC SH10686 10686 47 87 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 5'ETS 316 333 316 17 ATAGAGACTAGGCAGATATAGAGACTAGGCAGATATAGAGACTAGGCAGATATAGAGACT SH10687 10687 39 203 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 5'ETS 321 338 321 17 GCTGTATAGAGACTAGGGCTGTATAGAGACTAGGGCTGTATAGAGACTAGGGCTGTATAG SH10688 10688 74 178 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 5'ETS 326 343 326 17 AACACGCTGTATAGAGAAACACGCTGTATAGAGAAACACGCTGTATAGAGAAACACGCTG SH10689 10689 2 183 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 5'ETS 331 349 331 18 CAATTAAACACGCTGTATCAATTAAACACGCTGTATCAATTAAACACGCTGTATCAATTA SH10690 10690 6 6 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 5'ETS 336 354 336 18 CATGTCAATTAAACACGCCATGTCAATTAAACACGCCATGTCAATTAAACACGCCATGTC SH10691 10691 60 20 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 5'ETS 341 359 341 18 CAACCCATGTCAATTAAACAACCCATGTCAATTAAACAACCCATGTCAATTAAACAACCC SH10692 10692 2 37 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 5'ETS 346 363 346 17 GCATCAACCCATGTCAAGCATCAACCCATGTCAAGCATCAACCCATGTCAAGCATCAACC SH10693 10693 16 50 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 5'ETS 351 368 351 17 AATACGCATCAACCCATAATACGCATCAACCCATAATACGCATCAACCCATAATACGCAT SH10694 10694 26 165 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 5'ETS 356 373 356 17 CTCTCAATACGCATCAACTCTCAATACGCATCAACTCTCAATACGCATCAACTCTCAATA SH10695 10695 55 180 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 5'ETS 361 378 361 17 TGTATCTCTCAATACGCTGTATCTCTCAATACGCTGTATCTCTCAATACGCTGTATCTCT SH10696 10696 100 200 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 5'ETS 366 384 366 18 CCAAATTGTATCTCTCAACCAAATTGTATCTCTCAACCAAATTGTATCTCTCAACCAAAT SH10697 10697 70 61 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 5'ETS 371 389 371 18 TCTTCCCAAATTGTATCTTCTTCCCAAATTGTATCTTCTTCCCAAATTGTATCTTCTTCC SH10698 10698 35 94 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 5'ETS 376 394 376 18 GAATTTCTTCCCAAATTGGAATTTCTTCCCAAATTGGAATTTCTTCCCAAATTGGAATTT SH10699 10699 87 50 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 5'ETS 381 398 381 17 CTGGGAATTTCTTCCCACTGGGAATTTCTTCCCACTGGGAATTTCTTCCCACTGGGAATT SH10700 10700 80 121 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 5'ETS 386 403 386 17 ACACTCTGGGAATTTCTACACTCTGGGAATTTCTACACTCTGGGAATTTCTACACTCTGG SH10701 10701 47 162 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 5'ETS 391 408 391 17 GAAACACACTCTGGGAAGAAACACACTCTGGGAAGAAACACACTCTGGGAAGAAACACAC SH10702 10702 77 80 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 5'ETS 396 414 396 18 GCAAAAGAAACACACTCTGCAAAAGAAACACACTCTGCAAAAGAAACACACTCTGCAAAA SH10703 10703 17 209 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 5'ETS 401 419 401 18 TAAACGCAAAAGAAACACTAAACGCAAAAGAAACACTAAACGCAAAAGAAACACTAAACG SH10704 10704 67 167 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 5'ETS 406 424 406 18 CAGGTTAAACGCAAAAGACAGGTTAAACGCAAAAGACAGGTTAAACGCAAAAGACAGGTT SH10705 10705 55 177 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 5'ETS 411 428 411 17 TGTTCAGGTTAAACGCATGTTCAGGTTAAACGCATGTTCAGGTTAAACGCATGTTCAGGT SH10706 10706 20 122 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 5'ETS 416 433 416 17 GAGACTGTTCAGGTTAAGAGACTGTTCAGGTTAAGAGACTGTTCAGGTTAAGAGACTGTT SH10707 10707 81 17 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 5'ETS 421 437 421 16 CGATGAGACTGTTCAGCGATGAGACTGTTCAGCGATGAGACTGTTCAGCGATGAGACTGT SH10708 10708 54 141 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 5'ETS 426 441 426 15 CCCACGATGAGACTGCCCACGATGAGACTGCCCACGATGAGACTGCCCACGATGAGACTG SH10709 10709 17 155 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 5'ETS 431 446 431 15 AGATGCCCACGATGAAGATGCCCACGATGAAGATGCCCACGATGAAGATGCCCACGATGA SH10710 10710 43 8 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 5'ETS 436 449 436 13 GCAAGATGCCCACGCAAGATGCCCACGCAAGATGCCCACGCAAGATGCCCACGCAAGATG SH10711 10711 79 126 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 5'ETS 441 458 441 17 AATGGAATCGCAAGATGAATGGAATCGCAAGATGAATGGAATCGCAAGATGAATGGAATC SH10712 10712 11 97 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 5'ETS 446 462 446 16 CACCAATGGAATCGCACACCAATGGAATCGCACACCAATGGAATCGCACACCAATGGAAT SH10713 10713 71 21 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 5'ETS 451 467 451 16 CTGCTCACCAATGGAACTGCTCACCAATGGAACTGCTCACCAATGGAACTGCTCACCAAT SH10714 10714 81 147 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 5'ETS 456 469 456 13 CGCTGCTCACCAACGCTGCTCACCAACGCTGCTCACCAACGCTGCTCACCAACGCTGCTC SH10715 10715 72 23 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 5'ETS 461 474 461 13 TCCTTCGCTGCTCTCCTTCGCTGCTCTCCTTCGCTGCTCTCCTTCGCTGCTCTCCTTCGC SH10716 10716 85 206 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 5'ETS 466 481 466 15 CACCAAATCCTTCGCCACCAAATCCTTCGCCACCAAATCCTTCGCCACCAAATCCTTCGC SH10717 10717 7 131 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 5'ETS 471 488 471 17 AGTAATCCACCAAATCCAGTAATCCACCAAATCCAGTAATCCACCAAATCCAGTAATCCA SH10718 10718 73 93 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 5'ETS 476 493 476 17 TAGCTAGTAATCCACCATAGCTAGTAATCCACCATAGCTAGTAATCCACCATAGCTAGTA SH10719 10719 88 86 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 5'ETS 481 499 481 18 TGCTATTAGCTAGTAATCTGCTATTAGCTAGTAATCTGCTATTAGCTAGTAATCTGCTAT SH10720 10720 46 197 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 5'ETS 486 504 486 18 TAGATTGCTATTAGCTAGTAGATTGCTATTAGCTAGTAGATTGCTATTAGCTAGTAGATT SH10721 10721 101 10 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 5'ETS 491 512 491 21 CTTTGAAATAGATTGCTATTACTTTGAAATAGATTGCTATTACTTTGAAATAGATTGCTA SH10722 10722 68 36 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 5'ETS 496 516 496 20 AATTCTTTGAAATAGATTGCAATTCTTTGAAATAGATTGCAATTCTTTGAAATAGATTGC SH10723 10723 75 147 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 5'ETS 501 521 501 20 GTTTGAATTCTTTGAAATAGGTTTGAATTCTTTGAAATAGGTTTGAATTCTTTGAAATAG SH10724 10724 103 14 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 5'ETS 506 525 506 19 CCAAGTTTGAATTCTTTGACCAAGTTTGAATTCTTTGACCAAGTTTGAATTCTTTGACCA SH10725 10725 38 80 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 5'ETS 511 528 511 17 CCCCCAAGTTTGAATTCCCCCCAAGTTTGAATTCCCCCCAAGTTTGAATTCCCCCCAAGT SH10726 10726 70 170 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 5'ETS 516 532 516 16 CATTCCCCCAAGTTTGCATTCCCCCAAGTTTGCATTCCCCCAAGTTTGCATTCCCCCAAG SH10727 10727 67 188 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 5'ETS 521 534 521 13 GGCATTCCCCCAAGGCATTCCCCCAAGGCATTCCCCCAAGGCATTCCCCCAAGGCATTCC SH10728 10728 6 38 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 5'ETS 526 543 526 17 ATTCAACAAGGCATTCCATTCAACAAGGCATTCCATTCAACAAGGCATTCCATTCAACAA SH10729 10729 21 132 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 5'ETS 531 547 531 16 GGCTATTCAACAAGGCGGCTATTCAACAAGGCGGCTATTCAACAAGGCGGCTATTCAACA SH10730 10730 100 152 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 5'ETS 536 551 536 15 GACCGGCTATTCAACGACCGGCTATTCAACGACCGGCTATTCAACGACCGGCTATTCAAC SH10731 10731 53 37 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 5'ETS 541 554 541 13 TGCGACCGGCTATTGCGACCGGCTATTGCGACCGGCTATTGCGACCGGCTATTGCGACCG SH10732 10732 60 119 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 5'ETS 546 559 546 13 AGTCTTGCGACCGAGTCTTGCGACCGAGTCTTGCGACCGAGTCTTGCGACCGAGTCTTGC SH10733 10733 95 98 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 5'ETS 551 568 551 17 AAGAATCACAGTCTTGCAAGAATCACAGTCTTGCAAGAATCACAGTCTTGCAAGAATCAC SH10734 10734 15 33 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 5'ETS 556 574 556 18 CACTTGAAGAATCACAGTCACTTGAAGAATCACAGTCACTTGAAGAATCACAGTCACTTG SH10735 10735 84 114 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 5'ETS 561 579 561 18 GGTTACACTTGAAGAATCGGTTACACTTGAAGAATCGGTTACACTTGAAGAATCGGTTAC SH10736 10736 66 167 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 5'ETS 566 583 566 17 AGGAGGTTACACTTGAAAGGAGGTTACACTTGAAAGGAGGTTACACTTGAAAGGAGGTTA SH10737 10737 73 109 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 5'ETS 571 586 571 15 GAGAGGAGGTTACACGAGAGGAGGTTACACGAGAGGAGGTTACACGAGAGGAGGTTACAC SH10738 10738 34 8 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 5'ETS 576 593 576 17 CTGATTTGAGAGGAGGTCTGATTTGAGAGGAGGTCTGATTTGAGAGGAGGTCTGATTTGA SH10739 10739 6 91 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 5'ETS 581 598 581 17 TATCGCTGATTTGAGAGTATCGCTGATTTGAGAGTATCGCTGATTTGAGAGTATCGCTGA SH10740 10740 15 188 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 5'ETS 586 604 586 18 GTTTGATATCGCTGATTTGTTTGATATCGCTGATTTGTTTGATATCGCTGATTTGTTTGA SH10741 10741 83 106 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 5'ETS 591 608 591 17 GTACGTTTGATATCGCTGTACGTTTGATATCGCTGTACGTTTGATATCGCTGTACGTTTG SH10742 10742 11 123 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 5'ETS 596 614 596 18 GGAATGGTACGTTTGATAGGAATGGTACGTTTGATAGGAATGGTACGTTTGATAGGAATG SH10743 10743 34 27 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 5'ETS 601 617 601 16 CACGGAATGGTACGTTCACGGAATGGTACGTTCACGGAATGGTACGTTCACGGAATGGTA SH10744 10744 31 38 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 5'ETS 606 623 606 17 GTGTTTCACGGAATGGTGTGTTTCACGGAATGGTGTGTTTCACGGAATGGTGTGTTTCAC SH10745 10745 32 181 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 5'ETS 611 626 611 15 CCGGTGTTTCACGGACCGGTGTTTCACGGACCGGTGTTTCACGGACCGGTGTTTCACGGA SH10746 10746 32 212 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 5'ETS 616 629 616 13 ACCCCGGTGTTTCACCCCGGTGTTTCACCCCGGTGTTTCACCCCGGTGTTTCACCCCGGT SH10747 10747 45 145 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 5'ETS 621 634 621 13 CAGATACCCCGGTCAGATACCCCGGTCAGATACCCCGGTCAGATACCCCGGTCAGATACC SH10748 10748 10 11 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 5'ETS 626 642 626 16 CCACCAAACAGATACCCCACCAAACAGATACCCCACCAAACAGATACCCCACCAAACAGA SH10749 10749 4 121 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 5'ETS 631 646 631 15 GGTTCCACCAAACAGGGTTCCACCAAACAGGGTTCCACCAAACAGGGTTCCACCAAACAG SH10750 10750 72 46 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 5'ETS 636 653 636 17 CTAATCAGGTTCCACCACTAATCAGGTTCCACCACTAATCAGGTTCCACCACTAATCAGG SH10751 10751 29 88 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 5'ETS 641 658 641 17 TTCCTCTAATCAGGTTCTTCCTCTAATCAGGTTCTTCCTCTAATCAGGTTCTTCCTCTAA SH10752 10752 31 34 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 5'ETS 646 664 646 18 TTGAGTTTCCTCTAATCATTGAGTTTCCTCTAATCATTGAGTTTCCTCTAATCATTGAGT SH10753 10753 65 104 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 5'ETS 651 668 651 17 CTCTTTGAGTTTCCTCTCTCTTTGAGTTTCCTCTCTCTTTGAGTTTCCTCTCTCTTTGAG SH10754 10754 84 208 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 5'ETS 656 674 656 18 ATAGCACTCTTTGAGTTTATAGCACTCTTTGAGTTTATAGCACTCTTTGAGTTTATAGCA SH10755 10755 6 68 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 5'ETS 661 678 661 17 TACCATAGCACTCTTTGTACCATAGCACTCTTTGTACCATAGCACTCTTTGTACCATAGC SH10756 10756 36 14 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 5'ETS 666 683 666 17 CACCATACCATAGCACTCACCATACCATAGCACTCACCATACCATAGCACTCACCATACC SH10757 10757 90 85 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 5'ETS 671 687 671 16 CCGTCACCATACCATACCGTCACCATACCATACCGTCACCATACCATACCGTCACCATAC SH10758 10758 102 45 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 5'ETS 676 691 676 15 CACTCCGTCACCATACACTCCGTCACCATACACTCCGTCACCATACACTCCGTCACCATA SH10759 10759 6 117 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 5'ETS 681 694 681 13 GCGCACTCCGTCAGCGCACTCCGTCAGCGCACTCCGTCAGCGCACTCCGTCAGCGCACTC SH10760 10760 41 15 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 5'ETS 686 699 686 13 GACCAGCGCACTCGACCAGCGCACTCGACCAGCGCACTCGACCAGCGCACTCGACCAGCG SH10761 10761 97 21 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 5'ETS 691 704 691 13 CTCTTGACCAGCGCTCTTGACCAGCGCTCTTGACCAGCGCTCTTGACCAGCGCTCTTGAC SH10762 10762 45 170 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 5'ETS 696 713 696 17 GCTTTTACACTCTTGACGCTTTTACACTCTTGACGCTTTTACACTCTTGACGCTTTTACA SH10763 10763 3 43 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 5'ETS 701 719 701 18 CAAAAAGCTTTTACACTCCAAAAAGCTTTTACACTCCAAAAAGCTTTTACACTCCAAAAA SH10764 10764 97 55 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 5'ETS 706 726 706 20 CTCTGTTCAAAAAGCTTTTACTCTGTTCAAAAAGCTTTTACTCTGTTCAAAAAGCTTTTA SH10765 10765 22 190 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 5'ETS 711 728 711 17 CTCTCTGTTCAAAAAGCCTCTCTGTTCAAAAAGCCTCTCTGTTCAAAAAGCCTCTCTGTT SH10766 10766 85 185 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 5'ETS 716 734 716 18 GAAATGCTCTCTGTTCAAGAAATGCTCTCTGTTCAAGAAATGCTCTCTGTTCAAGAAATG SH10767 10767 51 159 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 5'ETS 721 736 721 15 CGGAAATGCTCTCTGCGGAAATGCTCTCTGCGGAAATGCTCTCTGCGGAAATGCTCTCTG SH10768 10768 98 96 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 5'ETS 726 741 726 15 GCTGCCGGAAATGCTGCTGCCGGAAATGCTGCTGCCGGAAATGCTGCTGCCGGAAATGCT SH10769 10769 20 102 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 5'ETS 731 744 731 13 TCTGCTGCCGGAATCTGCTGCCGGAATCTGCTGCCGGAATCTGCTGCCGGAATCTGCTGC SH10770 10770 93 10 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 5'ETS 736 749 736 13 GTCTCTCTGCTGCGTCTCTCTGCTGCGTCTCTCTGCTGCGTCTCTCTGCTGCGTCTCTCT SH10771 10771 53 122 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 5'ETS 741 758 741 17 CTTTTTCAGGTCTCTCTCTTTTTCAGGTCTCTCTCTTTTTCAGGTCTCTCTCTTTTTCAG SH10772 10772 103 187 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 5'ETS 746 764 746 18 AAATTGCTTTTTCAGGTCAAATTGCTTTTTCAGGTCAAATTGCTTTTTCAGGTCAAATTG SH10773 10773 11 116 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 5'ETS 751 770 751 19 CCAGAAAAATTGCTTTTTCCCAGAAAAATTGCTTTTTCCCAGAAAAATTGCTTTTTCCCA SH10774 10774 18 137 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 5'ETS 756 776 756 20 GAAATTCCAGAAAAATTGCTGAAATTCCAGAAAAATTGCTGAAATTCCAGAAAAATTGCT SH10775 10775 60 114 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 5'ETS 761 779 761 18 GCTGAAATTCCAGAAAAAGCTGAAATTCCAGAAAAAGCTGAAATTCCAGAAAAAGCTGAA SH10776 10776 84 52 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 5'ETS 766 783 766 17 AACAGCTGAAATTCCAGAACAGCTGAAATTCCAGAACAGCTGAAATTCCAGAACAGCTGA SH10777 10777 21 154 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 5'ETS 771 789 771 18 TTTGGAAACAGCTGAAATTTTGGAAACAGCTGAAATTTTGGAAACAGCTGAAATTTTGGA SH10778 10778 81 120 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 5'ETS 776 793 776 17 TGAGTTTGGAAACAGCTTGAGTTTGGAAACAGCTTGAGTTTGGAAACAGCTTGAGTTTGG SH10779 10779 93 131 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 5'ETS 781 801 781 20 ATACTTATTGAGTTTGGAAAATACTTATTGAGTTTGGAAAATACTTATTGAGTTTGGAAA SH10780 10780 52 171 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 5'ETS 786 806 786 20 AGAAGATACTTATTGAGTTTAGAAGATACTTATTGAGTTTAGAAGATACTTATTGAGTTT SH10781 10781 66 69 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 5'ETS 791 809 791 18 GCTAGAAGATACTTATTGGCTAGAAGATACTTATTGGCTAGAAGATACTTATTGGCTAGA SH10782 10782 69 62 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 5'ETS 796 814 796 18 CTCTTGCTAGAAGATACTCTCTTGCTAGAAGATACTCTCTTGCTAGAAGATACTCTCTTG SH10783 10783 28 17 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 5'ETS 801 816 801 15 CCCTCTTGCTAGAAGCCCTCTTGCTAGAAGCCCTCTTGCTAGAAGCCCTCTTGCTAGAAG SH10784 10784 57 33 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 5'ETS 806 822 806 16 CCTATTCCCTCTTGCTCCTATTCCCTCTTGCTCCTATTCCCTCTTGCTCCTATTCCCTCT SH10785 10785 46 158 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 5'ETS 811 826 811 15 CCCACCTATTCCCTCCCCACCTATTCCCTCCCCACCTATTCCCTCCCCACCTATTCCCTC SH10786 10786 26 111 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 5'ETS 816 836 816 20 TTTTTTTTTTCCCACCTATTTTTTTTTTTTCCCACCTATTTTTTTTTTTTCCCACCTATT SH10787 10787 55 16 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 5'ETS 821 840 821 19 CTCTTTTTTTTTTTCCCACCTCTTTTTTTTTTTCCCACCTCTTTTTTTTTTTCCCACCTC SH10788 10788 93 186 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 5'ETS 826 847 826 21 CCGAAATCTCTTTTTTTTTTTCCGAAATCTCTTTTTTTTTTTCCGAAATCTCTTTTTTTT SH10789 10789 22 99 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 5'ETS 831 851 831 20 GAAACCGAAATCTCTTTTTTGAAACCGAAATCTCTTTTTTGAAACCGAAATCTCTTTTTT SH10790 10790 63 46 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 5'ETS 836 854 836 18 AAAGAAACCGAAATCTCTAAAGAAACCGAAATCTCTAAAGAAACCGAAATCTCTAAAGAA SH10791 10791 64 139 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 5'ETS 841 861 841 20 AAAAAAGAAAGAAACCGAAAAAAAAAGAAAGAAACCGAAAAAAAAAGAAAGAAACCGAAA SH10792 10792 72 45 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 5'ETS 846 866 846 20 GCAGTAAAAAAGAAAGAAACGCAGTAAAAAAGAAAGAAACGCAGTAAAAAAGAAAGAAAC SH10793 10793 68 104 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 5'ETS 851 871 851 20 AACAAGCAGTAAAAAAGAAAAACAAGCAGTAAAAAAGAAAAACAAGCAGTAAAAAAGAAA SH10794 10794 13 46 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 5'ETS 856 874 856 18 AGCAACAAGCAGTAAAAAAGCAACAAGCAGTAAAAAAGCAACAAGCAGTAAAAAAGCAAC SH10795 10795 96 124 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 5'ETS 861 878 861 17 AAGAAGCAACAAGCAGTAAGAAGCAACAAGCAGTAAGAAGCAACAAGCAGTAAGAAGCAA SH10796 10796 40 81 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 5'ETS 866 886 866 20 CTTAAAAGAAGAAGCAACAACTTAAAAGAAGAAGCAACAACTTAAAAGAAGAAGCAACAA SH10797 10797 59 54 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 5'ETS 871 890 871 19 CTATCTTAAAAGAAGAAGCCTATCTTAAAAGAAGAAGCCTATCTTAAAAGAAGAAGCCTA SH10798 10798 93 99 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 5'ETS/18S 876 897 876 21 CAGATAACTATCTTAAAAGAACAGATAACTATCTTAAAAGAACAGATAACTATCTTAAAA SH10799 10799 55 47 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 5'ETS/18S 881 901 881 20 CAACCAGATAACTATCTTAACAACCAGATAACTATCTTAACAACCAGATAACTATCTTAA SH10800 10800 74 43 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 5'ETS/18S 886 904 886 18 GATCAACCAGATAACTATGATCAACCAGATAACTATGATCAACCAGATAACTATGATCAA SH10801 10801 18 101 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 891 908 891 17 GCAGGATCAACCAGATAGCAGGATCAACCAGATAGCAGGATCAACCAGATAGCAGGATCA SH10802 10802 103 210 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 896 909 896 13 GGCAGGATCAACCGGCAGGATCAACCGGCAGGATCAACCGGCAGGATCAACCGGCAGGAT SH10803 10803 97 58 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 901 916 901 15 GACTACTGGCAGGATGACTACTGGCAGGATGACTACTGGCAGGATGACTACTGGCAGGAT SH10804 10804 46 15 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 906 922 906 16 GCATATGACTACTGGCGCATATGACTACTGGCGCATATGACTACTGGCGCATATGACTAC SH10805 10805 34 183 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 911 929 911 18 GAGACAAGCATATGACTAGAGACAAGCATATGACTAGAGACAAGCATATGACTAGAGACA SH10806 10806 40 94 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 916 934 916 18 TCTTTGAGACAAGCATATTCTTTGAGACAAGCATATTCTTTGAGACAAGCATATTCTTTG SH10807 10807 8 56 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 921 939 921 18 CTTAATCTTTGAGACAAGCTTAATCTTTGAGACAAGCTTAATCTTTGAGACAAGCTTAAT SH10808 10808 98 143 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 926 944 926 18 CATGGCTTAATCTTTGAGCATGGCTTAATCTTTGAGCATGGCTTAATCTTTGAGCATGGC SH10809 10809 104 9 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 931 948 931 17 CATGCATGGCTTAATCTCATGCATGGCTTAATCTCATGCATGGCTTAATCTCATGCATGG SH10810 10810 95 214 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 936 953 936 17 TTAGACATGCATGGCTTTTAGACATGCATGGCTTTTAGACATGCATGGCTTTTAGACATG SH10811 10811 24 213 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 941 960 941 19 CTTATACTTAGACATGCATCTTATACTTAGACATGCATCTTATACTTAGACATGCATCTT SH10812 10812 74 3 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 946 966 946 20 AAATTGCTTATACTTAGACAAAATTGCTTATACTTAGACAAAATTGCTTATACTTAGACA SH10813 10813 23 119 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 951 972 951 21 CTGTATAAATTGCTTATACTTCTGTATAAATTGCTTATACTTCTGTATAAATTGCTTATA SH10814 10814 90 31 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 956 976 956 20 TTCACTGTATAAATTGCTTATTCACTGTATAAATTGCTTATTCACTGTATAAATTGCTTA SH10815 10815 31 181 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 961 981 961 20 GCAGTTTCACTGTATAAATTGCAGTTTCACTGTATAAATTGCAGTTTCACTGTATAAATT SH10816 10816 22 51 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 966 983 966 17 TCGCAGTTTCACTGTATTCGCAGTTTCACTGTATTCGCAGTTTCACTGTATTCGCAGTTT SH10817 10817 37 209 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 971 987 971 16 CCATTCGCAGTTTCACCCATTCGCAGTTTCACCCATTCGCAGTTTCACCCATTCGCAGTT SH10818 10818 15 198 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 976 991 976 15 TGAGCCATTCGCAGTTGAGCCATTCGCAGTTGAGCCATTCGCAGTTGAGCCATTCGCAGT SH10819 10819 9 128 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 981 999 981 18 TGATTTAATGAGCCATTCTGATTTAATGAGCCATTCTGATTTAATGAGCCATTCTGATTT SH10820 10820 98 177 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 986 1005 986 19 GATAACTGATTTAATGAGCGATAACTGATTTAATGAGCGATAACTGATTTAATGAGCGAT SH10821 10821 94 112 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 991 1013 991 22 AAATAAACGATAACTGATTTAAAAATAAACGATAACTGATTTAAAAATAAACGATAACTG SH10822 10822 50 144 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 996 1016 996 20 ATCAAATAAACGATAACTGAATCAAATAAACGATAACTGAATCAAATAAACGATAACTGA SH10823 10823 23 32 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 1001 1021 1001 20 GAACTATCAAATAAACGATAGAACTATCAAATAAACGATAGAACTATCAAATAAACGATA SH10824 10824 89 173 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 1006 1027 1006 21 GTAAAGGAACTATCAAATAAAGTAAAGGAACTATCAAATAAAGTAAAGGAACTATCAAAT SH10825 10825 58 120 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 1011 1030 1011 19 GTAGTAAAGGAACTATCAAGTAGTAAAGGAACTATCAAGTAGTAAAGGAACTATCAAGTA SH10826 10826 12 88 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 1016 1034 1016 18 CCATGTAGTAAAGGAACTCCATGTAGTAAAGGAACTCCATGTAGTAAAGGAACTCCATGT SH10827 10827 2 156 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 1021 1040 1021 19 GTTATACCATGTAGTAAAGGTTATACCATGTAGTAAAGGTTATACCATGTAGTAAAGGTT SH10828 10828 51 63 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 1026 1044 1026 18 CACAGTTATACCATGTAGCACAGTTATACCATGTAGCACAGTTATACCATGTAGCACAGT SH10829 10829 40 187 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 1031 1049 1031 18 ATTACCACAGTTATACCAATTACCACAGTTATACCAATTACCACAGTTATACCAATTACC SH10830 10830 51 10 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 1036 1054 1036 18 CTAGAATTACCACAGTTACTAGAATTACCACAGTTACTAGAATTACCACAGTTACTAGAA SH10831 10831 76 66 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 1041 1058 1041 17 AGCTCTAGAATTACCACAGCTCTAGAATTACCACAGCTCTAGAATTACCACAGCTCTAGA SH10832 10832 91 159 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 1046 1066 1046 20 CATGTATTAGCTCTAGAATTCATGTATTAGCTCTAGAATTCATGTATTAGCTCTAGAATT SH10833 10833 56 64 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 1051 1069 1051 18 AAGCATGTATTAGCTCTAAAGCATGTATTAGCTCTAAAGCATGTATTAGCTCTAAAGCAT SH10834 10834 88 100 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 1056 1076 1056 20 AGATTTTAAGCATGTATTAGAGATTTTAAGCATGTATTAGAGATTTTAAGCATGTATTAG SH10835 10835 16 59 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 1061 1079 1061 18 TCGAGATTTTAAGCATGTTCGAGATTTTAAGCATGTTCGAGATTTTAAGCATGTTCGAGA SH10836 10836 40 32 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 1066 1083 1066 17 AGGGTCGAGATTTTAAGAGGGTCGAGATTTTAAGAGGGTCGAGATTTTAAGAGGGTCGAG SH10837 10837 82 26 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 1071 1087 1071 16 CCAAAGGGTCGAGATTCCAAAGGGTCGAGATTCCAAAGGGTCGAGATTCCAAAGGGTCGA SH10838 10838 60 124 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 1076 1091 1076 15 TCTTCCAAAGGGTCGTCTTCCAAAGGGTCGTCTTCCAAAGGGTCGTCTTCCAAAGGGTCG SH10839 10839 23 109 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 1081 1099 1081 18 AATACATCTCTTCCAAAGAATACATCTCTTCCAAAGAATACATCTCTTCCAAAGAATACA SH10840 10840 18 90 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 1086 1106 1086 20 TCTAATAAATACATCTCTTCTCTAATAAATACATCTCTTCTCTAATAAATACATCTCTTC SH10841 10841 37 115 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 1091 1114 1091 23 ATTTTTTATCTAATAAATACATCATTTTTTATCTAATAAATACATCATTTTTTATCTAAT SH10842 10842 101 164 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 1096 1119 1096 23 CATTGATTTTTTATCTAATAAATCATTGATTTTTTATCTAATAAATCATTGATTTTTTAT SH10843 10843 94 182 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 1101 1123 1101 22 AAGACATTGATTTTTTATCTAAAAGACATTGATTTTTTATCTAAAAGACATTGATTTTTT SH10844 10844 71 100 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 1106 1126 1106 20 CCGAAGACATTGATTTTTTACCGAAGACATTGATTTTTTACCGAAGACATTGATTTTTTA SH10845 10845 41 84 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 1111 1128 1111 17 GTCCGAAGACATTGATTGTCCGAAGACATTGATTGTCCGAAGACATTGATTGTCCGAAGA SH10846 10846 43 168 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 1116 1133 1116 17 AAAGAGTCCGAAGACATAAAGAGTCCGAAGACATAAAGAGTCCGAAGACATAAAGAGTCC SH10847 10847 64 180 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 1121 1138 1121 17 TCATCAAAGAGTCCGAATCATCAAAGAGTCCGAATCATCAAAGAGTCCGAATCATCAAAG SH10848 10848 16 153 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 1126 1146 1126 20 ATTATGAATCATCAAAGAGTATTATGAATCATCAAAGAGTATTATGAATCATCAAAGAGT SH10849 10849 59 65 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 1131 1153 1131 22 AAAAGTTATTATGAATCATCAAAAAAGTTATTATGAATCATCAAAAAAGTTATTATGAAT SH10850 10850 12 45 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 1136 1156 1136 20 TCGAAAAGTTATTATGAATCTCGAAAAGTTATTATGAATCTCGAAAAGTTATTATGAATC SH10851 10851 16 8 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 1141 1161 1141 20 GCGATTCGAAAAGTTATTATGCGATTCGAAAAGTTATTATGCGATTCGAAAAGTTATTAT SH10852 10852 56 28 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 1146 1164 1146 18 CATGCGATTCGAAAAGTTCATGCGATTCGAAAAGTTCATGCGATTCGAAAAGTTCATGCG SH10853 10853 4 146 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 1151 1166 1151 15 GCCATGCGATTCGAAGCCATGCGATTCGAAGCCATGCGATTCGAAGCCATGCGATTCGAA SH10854 10854 48 68 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 1156 1171 1156 15 ACAAGGCCATGCGATACAAGGCCATGCGATACAAGGCCATGCGATACAAGGCCATGCGAT SH10855 10855 81 84 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 1161 1176 1161 15 CCAGCACAAGGCCATCCAGCACAAGGCCATCCAGCACAAGGCCATCCAGCACAAGGCCAT SH10856 10856 3 67 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 1166 1179 1166 13 TCGCCAGCACAAGTCGCCAGCACAAGTCGCCAGCACAAGTCGCCAGCACAAGTCGCCAGC SH10857 10857 8 125 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 1171 1184 1171 13 AACCATCGCCAGCAACCATCGCCAGCAACCATCGCCAGCAACCATCGCCAGCAACCATCG SH10858 10858 36 194 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 1176 1194 1176 18 AATTTGAATGAACCATCGAATTTGAATGAACCATCGAATTTGAATGAACCATCGAATTTG SH10859 10859 37 90 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 1181 1199 1181 18 GCAGAAATTTGAATGAACGCAGAAATTTGAATGAACGCAGAAATTTGAATGAACGCAGAA SH10860 10860 50 20 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 1186 1204 1186 18 ATAGGGCAGAAATTTGAAATAGGGCAGAAATTTGAAATAGGGCAGAAATTTGAAATAGGG SH10861 10861 67 60 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 1191 1208 1191 17 GTTGATAGGGCAGAAATGTTGATAGGGCAGAAATGTTGATAGGGCAGAAATGTTGATAGG SH10862 10862 33 52 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 1196 1213 1196 17 CGAAAGTTGATAGGGCACGAAAGTTGATAGGGCACGAAAGTTGATAGGGCACGAAAGTTG SH10863 10863 93 104 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 1201 1219 1201 18 TACCATCGAAAGTTGATATACCATCGAAAGTTGATATACCATCGAAAGTTGATATACCAT SH10864 10864 96 131 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 1206 1223 1206 17 ATCCTACCATCGAAAGTATCCTACCATCGAAAGTATCCTACCATCGAAAGTATCCTACCA SH10865 10865 56 200 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 1211 1227 1211 16 CACTATCCTACCATCGCACTATCCTACCATCGCACTATCCTACCATCGCACTATCCTACC SH10866 10866 53 25 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 1216 1231 1216 15 AGGCCACTATCCTACAGGCCACTATCCTACAGGCCACTATCCTACAGGCCACTATCCTAC SH10867 10867 52 153 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 1221 1237 1221 16 CATGGTAGGCCACTATCATGGTAGGCCACTATCATGGTAGGCCACTATCATGGTAGGCCA SH10868 10868 8 29 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 1226 1239 1226 13 ACCATGGTAGGCCACCATGGTAGGCCACCATGGTAGGCCACCATGGTAGGCCACCATGGT SH10869 10869 15 109 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 1231 1247 1231 16 CCGTTGAAACCATGGTCCGTTGAAACCATGGTCCGTTGAAACCATGGTCCGTTGAAACCA SH10870 10870 14 34 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 1236 1252 1236 16 GTTACCCGTTGAAACCGTTACCCGTTGAAACCGTTACCCGTTGAAACCGTTACCCGTTGA SH10871 10871 47 169 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 1241 1254 1241 13 CCGTTACCCGTTGCCGTTACCCGTTGCCGTTACCCGTTGCCGTTACCCGTTGCCGTTACC SH10872 10872 97 9 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 1246 1262 1246 16 CTTATTCCCCGTTACCCTTATTCCCCGTTACCCTTATTCCCCGTTACCCTTATTCCCCGT SH10873 10873 86 108 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 1251 1264 1251 13 CCCTTATTCCCCGCCCTTATTCCCCGCCCTTATTCCCCGCCCTTATTCCCCGCCCTTATT SH10874 10874 73 82 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 1256 1273 1256 17 GGAATCGAACCCTTATTGGAATCGAACCCTTATTGGAATCGAACCCTTATTGGAATCGAA SH10875 10875 64 66 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 1261 1274 1261 13 CGGAATCGAACCCCGGAATCGAACCCCGGAATCGAACCCCGGAATCGAACCCCGGAATCG SH10876 10876 95 60 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 1266 1279 1266 13 CTCTCCGGAATCGCTCTCCGGAATCGCTCTCCGGAATCGCTCTCCGGAATCGCTCTCCGG SH10877 10877 29 15 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 1271 1284 1271 13 GCTCCCTCTCCGGGCTCCCTCTCCGGGCTCCCTCTCCGGGCTCCCTCTCCGGGCTCCCTC SH10878 10878 30 82 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 1276 1289 1276 13 CTCAGGCTCCCTCCTCAGGCTCCCTCCTCAGGCTCCCTCCTCAGGCTCCCTCCTCAGGCT SH10879 10879 16 49 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 1281 1296 1281 15 GCCGTTTCTCAGGCTGCCGTTTCTCAGGCTGCCGTTTCTCAGGCTGCCGTTTCTCAGGCT SH10880 10880 68 30 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 1286 1301 1286 15 TGGTAGCCGTTTCTCTGGTAGCCGTTTCTCTGGTAGCCGTTTCTCTGGTAGCCGTTTCTC SH10881 10881 7 19 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 1291 1306 1291 15 GGATGTGGTAGCCGTGGATGTGGTAGCCGTGGATGTGGTAGCCGTGGATGTGGTAGCCGT SH10882 10882 50 180 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 1296 1313 1296 17 CTTCCTTGGATGTGGTACTTCCTTGGATGTGGTACTTCCTTGGATGTGGTACTTCCTTGG SH10883 10883 56 50 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 1301 1316 1301 15 TGCCTTCCTTGGATGTGCCTTCCTTGGATGTGCCTTCCTTGGATGTGCCTTCCTTGGATG SH10884 10884 76 18 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 1306 1321 1306 15 CCTGCTGCCTTCCTTCCTGCTGCCTTCCTTCCTGCTGCCTTCCTTCCTGCTGCCTTCCTT SH10885 10885 7 30 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 1311 1324 1311 13 GCGCCTGCTGCCTGCGCCTGCTGCCTGCGCCTGCTGCCTGCGCCTGCTGCCTGCGCCTGC SH10886 10886 56 177 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 1316 1329 1316 13 TTTGCGCGCCTGCTTTGCGCGCCTGCTTTGCGCGCCTGCTTTGCGCGCCTGCTTTGCGCG SH10887 10887 5 39 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 1321 1336 1321 15 TGGGTAATTTGCGCGTGGGTAATTTGCGCGTGGGTAATTTGCGCGTGGGTAATTTGCGCG SH10888 10888 72 186 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 1326 1346 1326 20 GAATTAGGATTGGGTAATTTGAATTAGGATTGGGTAATTTGAATTAGGATTGGGTAATTT SH10889 10889 52 100 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 1331 1348 1331 17 CTGAATTAGGATTGGGTCTGAATTAGGATTGGGTCTGAATTAGGATTGGGTCTGAATTAG SH10890 10890 90 137 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 1336 1353 1336 17 CCTCCCTGAATTAGGATCCTCCCTGAATTAGGATCCTCCCTGAATTAGGATCCTCCCTGA SH10891 10891 40 173 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 1341 1358 1341 17 CACTACCTCCCTGAATTCACTACCTCCCTGAATTCACTACCTCCCTGAATTCACTACCTC SH10892 10892 33 171 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 1346 1361 1346 15 TGTCACTACCTCCCTTGTCACTACCTCCCTTGTCACTACCTCCCTTGTCACTACCTCCCT SH10893 10893 87 9 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 1351 1370 1351 19 GTTATTTATTGTCACTACCGTTATTTATTGTCACTACCGTTATTTATTGTCACTACCGTT SH10894 10894 67 6 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 1356 1376 1356 20 TGTATCGTTATTTATTGTCATGTATCGTTATTTATTGTCATGTATCGTTATTTATTGTCA SH10895 10895 3 181 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 1361 1379 1361 18 CCCTGTATCGTTATTTATCCCTGTATCGTTATTTATCCCTGTATCGTTATTTATCCCTGT SH10896 10896 45 40 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 1366 1381 1366 15 GGCCCTGTATCGTTAGGCCCTGTATCGTTAGGCCCTGTATCGTTAGGCCCTGTATCGTTA SH10897 10897 93 214 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 1371 1386 1371 15 GAATGGGCCCTGTATGAATGGGCCCTGTATGAATGGGCCCTGTATGAATGGGCCCTGTAT SH10898 10898 89 209 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 1376 1389 1376 13 CCCGAATGGGCCCCCCGAATGGGCCCCCCGAATGGGCCCCCCGAATGGGCCCCCCGAATG SH10899 10899 46 39 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 1381 1398 1381 17 ATTACAAGACCCGAATGATTACAAGACCCGAATGATTACAAGACCCGAATGATTACAAGA SH10900 10900 19 59 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 1386 1403 1386 17 TTCCAATTACAAGACCCTTCCAATTACAAGACCCTTCCAATTACAAGACCCTTCCAATTA SH10901 10901 60 123 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 1391 1410 1391 19 GTACTCATTCCAATTACAAGTACTCATTCCAATTACAAGTACTCATTCCAATTACAAGTA SH10902 10902 38 121 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 1396 1414 1396 18 CATTGTACTCATTCCAATCATTGTACTCATTCCAATCATTGTACTCATTCCAATCATTGT SH10903 10903 38 163 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 1401 1421 1401 20 GTATTTACATTGTACTCATTGTATTTACATTGTACTCATTGTATTTACATTGTACTCATT SH10904 10904 54 74 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 1406 1426 1406 20 TTAAGGTATTTACATTGTACTTAAGGTATTTACATTGTACTTAAGGTATTTACATTGTAC SH10905 10905 14 195 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 1411 1430 1411 19 CTCGTTAAGGTATTTACATCTCGTTAAGGTATTTACATCTCGTTAAGGTATTTACATCTC SH10906 10906 4 119 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 1416 1434 1416 18 GTTCCTCGTTAAGGTATTGTTCCTCGTTAAGGTATTGTTCCTCGTTAAGGTATTGTTCCT SH10907 10907 50 151 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 1421 1439 1421 18 CAATTGTTCCTCGTTAAGCAATTGTTCCTCGTTAAGCAATTGTTCCTCGTTAAGCAATTG SH10908 10908 103 140 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 1426 1442 1426 16 CTCCAATTGTTCCTCGCTCCAATTGTTCCTCGCTCCAATTGTTCCTCGCTCCAATTGTTC SH10909 10909 64 5 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 1431 1448 1431 17 CTTGCCCTCCAATTGTTCTTGCCCTCCAATTGTTCTTGCCCTCCAATTGTTCTTGCCCTC SH10910 10910 96 198 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 1436 1451 1436 15 AGACTTGCCCTCCAAAGACTTGCCCTCCAAAGACTTGCCCTCCAAAGACTTGCCCTCCAA SH10911 10911 34 143 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 1441 1454 1441 13 ACCAGACTTGCCCACCAGACTTGCCCACCAGACTTGCCCACCAGACTTGCCCACCAGACT SH10912 10912 56 72 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 1446 1459 1446 13 CTGGCACCAGACTCTGGCACCAGACTCTGGCACCAGACTCTGGCACCAGACTCTGGCACC SH10913 10913 81 192 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 1451 1464 1451 13 GGCTGCTGGCACCGGCTGCTGGCACCGGCTGCTGGCACCGGCTGCTGGCACCGGCTGCTG SH10914 10914 28 92 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 1456 1469 1456 13 ACCGCGGCTGCTGACCGCGGCTGCTGACCGCGGCTGCTGACCGCGGCTGCTGACCGCGGC SH10915 10915 29 158 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 1461 1474 1461 13 GAATTACCGCGGCGAATTACCGCGGCGAATTACCGCGGCGAATTACCGCGGCGAATTACC SH10916 10916 59 77 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 1466 1481 1466 15 GGAGCTGGAATTACCGGAGCTGGAATTACCGGAGCTGGAATTACCGGAGCTGGAATTACC SH10917 10917 86 155 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 1471 1487 1471 16 GCTATTGGAGCTGGAAGCTATTGGAGCTGGAAGCTATTGGAGCTGGAAGCTATTGGAGCT SH10918 10918 8 178 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 1476 1493 1476 17 ATATACGCTATTGGAGCATATACGCTATTGGAGCATATACGCTATTGGAGCATATACGCT SH10919 10919 36 32 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 1481 1501 1481 20 CAACTTTAATATACGCTATTCAACTTTAATATACGCTATTCAACTTTAATATACGCTATT SH10920 10920 5 210 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 1486 1505 1486 19 GCAACAACTTTAATATACGGCAACAACTTTAATATACGGCAACAACTTTAATATACGGCA SH10921 10921 58 135 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 1491 1511 1491 20 TTAACTGCAACAACTTTAATTTAACTGCAACAACTTTAATTTAACTGCAACAACTTTAAT SH10922 10922 31 43 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 1496 1515 1496 19 CTTTTTAACTGCAACAACTCTTTTTAACTGCAACAACTCTTTTTAACTGCAACAACTCTT SH10923 10923 91 7 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 1501 1519 1501 18 CGAGCTTTTTAACTGCAACGAGCTTTTTAACTGCAACGAGCTTTTTAACTGCAACGAGCT SH10924 10924 60 197 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 1506 1524 1506 18 AACTACGAGCTTTTTAACAACTACGAGCTTTTTAACAACTACGAGCTTTTTAACAACTAC SH10925 10925 72 43 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 1511 1528 1511 17 GTTCAACTACGAGCTTTGTTCAACTACGAGCTTTGTTCAACTACGAGCTTTGTTCAACTA SH10926 10926 49 15 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 1516 1533 1516 17 CCAAAGTTCAACTACGACCAAAGTTCAACTACGACCAAAGTTCAACTACGACCAAAGTTC SH10927 10927 97 126 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 1521 1536 1521 15 GGCCCAAAGTTCAACGGCCCAAAGTTCAACGGCCCAAAGTTCAACGGCCCAAAGTTCAAC SH10928 10928 95 143 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 1526 1539 1526 13 CCGGGCCCAAAGTCCGGGCCCAAAGTCCGGGCCCAAAGTCCGGGCCCAAAGTCCGGGCCC SH10929 10929 76 209 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 1531 1544 1531 13 GCCAACCGGGCCCGCCAACCGGGCCCGCCAACCGGGCCCGCCAACCGGGCCCGCCAACCG SH10930 10930 57 188 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 1536 1549 1536 13 GACCGGCCAACCGGACCGGCCAACCGGACCGGCCAACCGGACCGGCCAACCGGACCGGCC SH10931 10931 53 181 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 1541 1554 1541 13 AATCGGACCGGCCAATCGGACCGGCCAATCGGACCGGCCAATCGGACCGGCCAATCGGAC SH10932 10932 56 161 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 1546 1563 1546 17 ACACGAAAAAATCGGACACACGAAAAAATCGGACACACGAAAAAATCGGACACACGAAAA SH10933 10933 5 75 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 1551 1569 1551 18 TCCAGTACACGAAAAAATTCCAGTACACGAAAAAATTCCAGTACACGAAAAAATTCCAGT SH10934 10934 100 213 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 1556 1573 1556 17 GAAATCCAGTACACGAAGAAATCCAGTACACGAAGAAATCCAGTACACGAAGAAATCCAG SH10935 10935 98 85 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 1561 1578 1561 17 CGTTGGAAATCCAGTACCGTTGGAAATCCAGTACCGTTGGAAATCCAGTACCGTTGGAAA SH10936 10936 88 178 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 1566 1581 1566 15 CCCCGTTGGAAATCCCCCCGTTGGAAATCCCCCCGTTGGAAATCCCCCCGTTGGAAATCC SH10937 10937 26 119 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 1571 1584 1571 13 AGGCCCCGTTGGAAGGCCCCGTTGGAAGGCCCCGTTGGAAGGCCCCGTTGGAAGGCCCCG SH10938 10938 16 78 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 1576 1589 1576 13 AGGAAAGGCCCCGAGGAAAGGCCCCGAGGAAAGGCCCCGAGGAAAGGCCCCGAGGAAAGG SH10939 10939 28 4 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 1581 1596 1581 15 AGCCAGAAGGAAAGGAGCCAGAAGGAAAGGAGCCAGAAGGAAAGGAGCCAGAAGGAAAGG SH10940 10940 40 209 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 1586 1601 1586 15 AGGTTAGCCAGAAGGAGGTTAGCCAGAAGGAGGTTAGCCAGAAGGAGGTTAGCCAGAAGG SH10941 10941 73 81 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 1591 1607 1591 16 GACTCAAGGTTAGCCAGACTCAAGGTTAGCCAGACTCAAGGTTAGCCAGACTCAAGGTTA SH10942 10942 6 23 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 1596 1613 1596 17 CACAAGGACTCAAGGTTCACAAGGACTCAAGGTTCACAAGGACTCAAGGTTCACAAGGAC SH10943 10943 62 210 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 1601 1616 1601 15 AGCCACAAGGACTCAAGCCACAAGGACTCAAGCCACAAGGACTCAAGCCACAAGGACTCA SH10944 10944 17 154 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 1606 1621 1606 15 CCAAGAGCCACAAGGCCAAGAGCCACAAGGCCAAGAGCCACAAGGCCAAGAGCCACAAGG SH10945 10945 94 20 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 1611 1624 1611 13 TCGCCAAGAGCCATCGCCAAGAGCCATCGCCAAGAGCCATCGCCAAGAGCCATCGCCAAG SH10946 10946 50 17 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 1616 1629 1616 13 CTGGTTCGCCAAGCTGGTTCGCCAAGCTGGTTCGCCAAGCTGGTTCGCCAAGCTGGTTCG SH10947 10947 8 114 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 1621 1638 1621 17 GTAAAAGTCCTGGTTCGGTAAAAGTCCTGGTTCGGTAAAAGTCCTGGTTCGGTAAAAGTC SH10948 10948 41 16 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 1626 1644 1626 18 TTCAAAGTAAAAGTCCTGTTCAAAGTAAAAGTCCTGTTCAAAGTAAAAGTCCTGTTCAAA SH10949 10949 99 142 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 1631 1653 1631 22 TCTAATTTTTTCAAAGTAAAAGTCTAATTTTTTCAAAGTAAAAGTCTAATTTTTTCAAAG SH10950 10950 18 140 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 1636 1656 1636 20 CACTCTAATTTTTTCAAAGTCACTCTAATTTTTTCAAAGTCACTCTAATTTTTTCAAAGT SH10951 10951 81 114 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 1641 1661 1641 20 TTGAACACTCTAATTTTTTCTTGAACACTCTAATTTTTTCTTGAACACTCTAATTTTTTC SH10952 10952 17 193 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 1646 1664 1646 18 GCTTTGAACACTCTAATTGCTTTGAACACTCTAATTGCTTTGAACACTCTAATTGCTTTG SH10953 10953 75 166 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 1651 1667 1651 16 CCTGCTTTGAACACTCCCTGCTTTGAACACTCCCTGCTTTGAACACTCCCTGCTTTGAAC SH10954 10954 78 78 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 1656 1673 1656 17 AATACGCCTGCTTTGAAAATACGCCTGCTTTGAAAATACGCCTGCTTTGAAAATACGCCT SH10955 10955 18 91 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 1661 1676 1661 15 AGCAATACGCCTGCTAGCAATACGCCTGCTAGCAATACGCCTGCTAGCAATACGCCTGCT SH10956 10956 89 5 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 1666 1683 1666 17 ATATTCGAGCAATACGCATATTCGAGCAATACGCATATTCGAGCAATACGCATATTCGAG SH10957 10957 20 20 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 1671 1689 1671 18 GCTAATATATTCGAGCAAGCTAATATATTCGAGCAAGCTAATATATTCGAGCAAGCTAAT SH10958 10958 17 177 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 1676 1694 1676 18 TCCATGCTAATATATTCGTCCATGCTAATATATTCGTCCATGCTAATATATTCGTCCATG SH10959 10959 56 27 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 1681 1701 1681 20 CTATTATTCCATGCTAATATCTATTATTCCATGCTAATATCTATTATTCCATGCTAATAT SH10960 10960 27 98 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 1686 1706 1686 20 CTATTCTATTATTCCATGCTCTATTCTATTATTCCATGCTCTATTCTATTATTCCATGCT SH10961 10961 69 56 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 1691 1709 1691 18 GTCCTATTCTATTATTCCGTCCTATTCTATTATTCCGTCCTATTCTATTATTCCGTCCTA SH10962 10962 43 24 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 1696 1714 1696 18 CAAACGTCCTATTCTATTCAAACGTCCTATTCTATTCAAACGTCCTATTCTATTCAAACG SH10963 10963 100 51 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 1701 1718 1701 17 GAACCAAACGTCCTATTGAACCAAACGTCCTATTGAACCAAACGTCCTATTGAACCAAAC SH10964 10964 91 214 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 1706 1724 1706 18 AAAATAGAACCAAACGTCAAAATAGAACCAAACGTCAAAATAGAACCAAACGTCAAAATA SH10965 10965 77 135 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 1711 1729 1711 18 CCAACAAAATAGAACCAACCAACAAAATAGAACCAACCAACAAAATAGAACCAACCAACA SH10966 10966 59 8 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 1716 1736 1716 20 CTAGAAACCAACAAAATAGACTAGAAACCAACAAAATAGACTAGAAACCAACAAAATAGA SH10967 10967 10 79 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 1721 1739 1721 18 GTCCTAGAAACCAACAAAGTCCTAGAAACCAACAAAGTCCTAGAAACCAACAAAGTCCTA SH10968 10968 10 193 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 1726 1743 1726 17 GATGGTCCTAGAAACCAGATGGTCCTAGAAACCAGATGGTCCTAGAAACCAGATGGTCCT SH10969 10969 95 166 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 1731 1748 1731 17 ATTACGATGGTCCTAGAATTACGATGGTCCTAGAATTACGATGGTCCTAGAATTACGATG SH10970 10970 38 158 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 1736 1754 1736 18 TTAATCATTACGATGGTCTTAATCATTACGATGGTCTTAATCATTACGATGGTCTTAATC SH10971 10971 13 111 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 1741 1759 1741 18 CCCTATTAATCATTACGACCCTATTAATCATTACGACCCTATTAATCATTACGACCCTAT SH10972 10972 59 61 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 1746 1763 1746 17 CCGTCCCTATTAATCATCCGTCCCTATTAATCATCCGTCCCTATTAATCATCCGTCCCTA SH10973 10973 59 180 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 1751 1766 1751 15 CGACCGTCCCTATTACGACCGTCCCTATTACGACCGTCCCTATTACGACCGTCCCTATTA SH10974 10974 21 82 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 1756 1769 1756 13 CCCCGACCGTCCCCCCCGACCGTCCCCCCCGACCGTCCCCCCCGACCGTCCCCCCCGACC SH10975 10975 71 54 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 1761 1774 1761 13 GATGCCCCCGACCGATGCCCCCGACCGATGCCCCCGACCGATGCCCCCGACCGATGCCCC SH10976 10976 78 52 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 1766 1781 1766 15 GAATACTGATGCCCCGAATACTGATGCCCCGAATACTGATGCCCCGAATACTGATGCCCC SH10977 10977 7 104 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 1771 1790 1771 19 CTGACAATTGAATACTGATCTGACAATTGAATACTGATCTGACAATTGAATACTGATCTG SH10978 10978 75 93 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 1776 1794 1776 18 ACCTCTGACAATTGAATAACCTCTGACAATTGAATAACCTCTGACAATTGAATAACCTCT SH10979 10979 7 14 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 1781 1799 1781 18 ATTTCACCTCTGACAATTATTTCACCTCTGACAATTATTTCACCTCTGACAATTATTTCA SH10980 10980 24 160 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 1786 1804 1786 18 CAAGAATTTCACCTCTGACAAGAATTTCACCTCTGACAAGAATTTCACCTCTGACAAGAA SH10981 10981 38 199 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 1791 1809 1791 18 AAATCCAAGAATTTCACCAAATCCAAGAATTTCACCAAATCCAAGAATTTCACCAAATCC SH10982 10982 23 205 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 1796 1816 1796 20 CTTCAATAAATCCAAGAATTCTTCAATAAATCCAAGAATTCTTCAATAAATCCAAGAATT SH10983 10983 82 120 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 1801 1821 1801 20 TTAGTCTTCAATAAATCCAATTAGTCTTCAATAAATCCAATTAGTCTTCAATAAATCCAA SH10984 10984 3 191 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 1806 1826 1806 20 AGTAGTTAGTCTTCAATAAAAGTAGTTAGTCTTCAATAAAAGTAGTTAGTCTTCAATAAA SH10985 10985 56 193 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 1811 1828 1811 17 GCAGTAGTTAGTCTTCAGCAGTAGTTAGTCTTCAGCAGTAGTTAGTCTTCAGCAGTAGTT SH10986 10986 29 64 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 1816 1833 1816 17 CTTTCGCAGTAGTTAGTCTTTCGCAGTAGTTAGTCTTTCGCAGTAGTTAGTCTTTCGCAG SH10987 10987 75 189 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 1821 1838 1821 17 AAATGCTTTCGCAGTAGAAATGCTTTCGCAGTAGAAATGCTTTCGCAGTAGAAATGCTTT SH10988 10988 63 118 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 1826 1841 1826 15 GGCAAATGCTTTCGCGGCAAATGCTTTCGCGGCAAATGCTTTCGCGGCAAATGCTTTCGC SH10989 10989 101 105 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 1831 1847 1831 16 GTCCTTGGCAAATGCTGTCCTTGGCAAATGCTGTCCTTGGCAAATGCTGTCCTTGGCAAA SH10990 10990 32 12 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 1836 1853 1836 17 GAAAACGTCCTTGGCAAGAAAACGTCCTTGGCAAGAAAACGTCCTTGGCAAGAAAACGTC SH10991 10991 96 16 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 1841 1860 1841 19 GATTAATGAAAACGTCCTTGATTAATGAAAACGTCCTTGATTAATGAAAACGTCCTTGAT SH10992 10992 24 129 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 1846 1866 1846 20 GTTCTTGATTAATGAAAACGGTTCTTGATTAATGAAAACGGTTCTTGATTAATGAAAACG SH10993 10993 90 2 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 1851 1871 1851 20 CTTTCGTTCTTGATTAATGACTTTCGTTCTTGATTAATGACTTTCGTTCTTGATTAATGA SH10994 10994 72 51 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 1856 1875 1856 19 CTAACTTTCGTTCTTGATTCTAACTTTCGTTCTTGATTCTAACTTTCGTTCTTGATTCTA SH10995 10995 17 62 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 1861 1878 1861 17 CCCCTAACTTTCGTTCTCCCCTAACTTTCGTTCTCCCCTAACTTTCGTTCTCCCCTAACT SH10996 10996 40 53 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 1866 1882 1866 16 CGATCCCCTAACTTTCCGATCCCCTAACTTTCCGATCCCCTAACTTTCCGATCCCCTAAC SH10997 10997 95 171 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 1871 1888 1871 17 CATCTTCGATCCCCTAACATCTTCGATCCCCTAACATCTTCGATCCCCTAACATCTTCGA SH10998 10998 33 104 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 1876 1893 1876 17 CTGATCATCTTCGATCCCTGATCATCTTCGATCCCTGATCATCTTCGATCCCTGATCATC SH10999 10999 76 38 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 1881 1898 1881 17 GGTATCTGATCATCTTCGGTATCTGATCATCTTCGGTATCTGATCATCTTCGGTATCTGA SH11000 11000 84 56 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 1886 1902 1886 16 CGACGGTATCTGATCACGACGGTATCTGATCACGACGGTATCTGATCACGACGGTATCTG SH11001 11001 38 208 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 1891 1907 1891 16 GACTACGACGGTATCTGACTACGACGGTATCTGACTACGACGGTATCTGACTACGACGGT SH11002 11002 71 148 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 1896 1912 1896 16 GTTAAGACTACGACGGGTTAAGACTACGACGGGTTAAGACTACGACGGGTTAAGACTACG SH11003 11003 67 197 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 1901 1919 1901 18 GTTTATGGTTAAGACTACGTTTATGGTTAAGACTACGTTTATGGTTAAGACTACGTTTAT SH11004 11004 4 107 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 1906 1924 1906 18 GCATAGTTTATGGTTAAGGCATAGTTTATGGTTAAGGCATAGTTTATGGTTAAGGCATAG SH11005 11005 40 139 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 1911 1928 1911 17 GTCGGCATAGTTTATGGGTCGGCATAGTTTATGGGTCGGCATAGTTTATGGGTCGGCATA SH11006 11006 32 50 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 1916 1932 1916 16 CCTAGTCGGCATAGTTCCTAGTCGGCATAGTTCCTAGTCGGCATAGTTCCTAGTCGGCAT SH11007 11007 66 105 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 1921 1934 1921 13 TCCCTAGTCGGCATCCCTAGTCGGCATCCCTAGTCGGCATCCCTAGTCGGCATCCCTAGT SH11008 11008 67 184 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 1926 1939 1926 13 CCCGATCCCTAGTCCCGATCCCTAGTCCCGATCCCTAGTCCCGATCCCTAGTCCCGATCC SH11009 11009 52 17 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 1931 1944 1931 13 CACCACCCGATCCCACCACCCGATCCCACCACCCGATCCCACCACCCGATCCCACCACCC SH11010 11010 33 29 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 1936 1954 1936 18 ATTAAAAAAACACCACCCATTAAAAAAACACCACCCATTAAAAAAACACCACCCATTAAA SH11011 11011 41 178 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 1941 1959 1941 18 GGGTCATTAAAAAAACACGGGTCATTAAAAAAACACGGGTCATTAAAAAAACACGGGTCA SH11012 11012 58 94 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 1946 1964 1946 18 CGAGTGGGTCATTAAAAACGAGTGGGTCATTAAAAACGAGTGGGTCATTAAAAACGAGTG SH11013 11013 75 199 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 1951 1966 1951 15 GCCGAGTGGGTCATTGCCGAGTGGGTCATTGCCGAGTGGGTCATTGCCGAGTGGGTCATT SH11014 11014 53 5 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 1956 1969 1956 13 GGTGCCGAGTGGGGGTGCCGAGTGGGGGTGCCGAGTGGGGGTGCCGAGTGGGGGTGCCGA SH11015 11015 3 124 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 1961 1974 1961 13 CGTAAGGTGCCGACGTAAGGTGCCGACGTAAGGTGCCGACGTAAGGTGCCGACGTAAGGT SH11016 11016 86 196 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 1966 1984 1966 18 TTTGATTTCTCGTAAGGTTTTGATTTCTCGTAAGGTTTTGATTTCTCGTAAGGTTTTGAT SH11017 11017 41 170 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 1971 1989 1971 18 AAGACTTTGATTTCTCGTAAGACTTTGATTTCTCGTAAGACTTTGATTTCTCGTAAGACT SH11018 11018 10 10 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 1976 1994 1976 18 ACCCAAAGACTTTGATTTACCCAAAGACTTTGATTTACCCAAAGACTTTGATTTACCCAA SH11019 11019 13 171 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 1981 1998 1981 17 CAGAACCCAAAGACTTTCAGAACCCAAAGACTTTCAGAACCCAAAGACTTTCAGAACCCA SH11020 11020 21 165 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 1986 2001 1986 15 CCCCAGAACCCAAAGCCCCAGAACCCAAAGCCCCAGAACCCAAAGCCCCAGAACCCAAAG SH11021 11021 63 186 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 1991 2004 1991 13 TCCCCCCAGAACCTCCCCCCAGAACCTCCCCCCAGAACCTCCCCCCAGAACCTCCCCCCA SH11022 11022 16 120 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 1996 2009 1996 13 CATACTCCCCCCACATACTCCCCCCACATACTCCCCCCACATACTCCCCCCACATACTCC SH11023 11023 54 167 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 2001 2014 2001 13 GCGACCATACTCCGCGACCATACTCCGCGACCATACTCCGCGACCATACTCCGCGACCAT SH11024 11024 95 23 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 2006 2019 2006 13 GCCTTGCGACCATGCCTTGCGACCATGCCTTGCGACCATGCCTTGCGACCATGCCTTGCG SH11025 11025 2 181 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 2011 2026 2011 15 AGTTTCAGCCTTGCGAGTTTCAGCCTTGCGAGTTTCAGCCTTGCGAGTTTCAGCCTTGCG SH11026 11026 53 78 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 2016 2033 2016 17 TCCTTTAAGTTTCAGCCTCCTTTAAGTTTCAGCCTCCTTTAAGTTTCAGCCTCCTTTAAG SH11027 11027 79 64 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 2021 2040 2021 19 CGTCAATTCCTTTAAGTTTCGTCAATTCCTTTAAGTTTCGTCAATTCCTTTAAGTTTCGT SH11028 11028 8 170 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 2026 2044 2026 18 CTTCCGTCAATTCCTTTACTTCCGTCAATTCCTTTACTTCCGTCAATTCCTTTACTTCCG SH11029 11029 103 2 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 2031 2046 2031 15 CCCTTCCGTCAATTCCCCTTCCGTCAATTCCCCTTCCGTCAATTCCCCTTCCGTCAATTC SH11030 11030 37 163 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 2036 2049 2036 13 GTGCCCTTCCGTCGTGCCCTTCCGTCGTGCCCTTCCGTCGTGCCCTTCCGTCGTGCCCTT SH11031 11031 61 41 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 2041 2054 2041 13 TGGTGGTGCCCTTTGGTGGTGCCCTTTGGTGGTGCCCTTTGGTGGTGCCCTTTGGTGGTG SH11032 11032 35 118 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 2046 2059 2046 13 ACTCCTGGTGGTGACTCCTGGTGGTGACTCCTGGTGGTGACTCCTGGTGGTGACTCCTGG SH11033 11033 75 207 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 2051 2064 2051 13 GCTCCACTCCTGGGCTCCACTCCTGGGCTCCACTCCTGGGCTCCACTCCTGGGCTCCACT SH11034 11034 74 32 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 2056 2069 2056 13 CGCAGGCTCCACTCGCAGGCTCCACTCGCAGGCTCCACTCGCAGGCTCCACTCGCAGGCT SH11035 11035 66 43 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 2061 2074 2061 13 TAAGCCGCAGGCTTAAGCCGCAGGCTTAAGCCGCAGGCTTAAGCCGCAGGCTTAAGCCGC SH11036 11036 78 74 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 2066 2083 2066 17 GAGTCAAATTAAGCCGCGAGTCAAATTAAGCCGCGAGTCAAATTAAGCCGCGAGTCAAAT SH11037 11037 49 78 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 2071 2089 2071 18 CGTGTTGAGTCAAATTAACGTGTTGAGTCAAATTAACGTGTTGAGTCAAATTAACGTGTT SH11038 11038 44 10 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 2076 2091 2076 15 CCCGTGTTGAGTCAACCCGTGTTGAGTCAACCCGTGTTGAGTCAACCCGTGTTGAGTCAA SH11039 11039 72 124 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 2081 2096 2081 15 GTTTCCCCGTGTTGAGTTTCCCCGTGTTGAGTTTCCCCGTGTTGAGTTTCCCCGTGTTGA SH11040 11040 61 170 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 2086 2101 2086 15 GGTGAGTTTCCCCGTGGTGAGTTTCCCCGTGGTGAGTTTCCCCGTGGTGAGTTTCCCCGT SH11041 11041 91 102 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 2091 2106 2091 15 GACCTGGTGAGTTTCGACCTGGTGAGTTTCGACCTGGTGAGTTTCGACCTGGTGAGTTTC SH11042 11042 96 34 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 2096 2109 2096 13 CTGGACCTGGTGACTGGACCTGGTGACTGGACCTGGTGACTGGACCTGGTGACTGGACCT SH11043 11043 54 89 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 2101 2118 2101 17 TTATTGTGTCTGGACCTTTATTGTGTCTGGACCTTTATTGTGTCTGGACCTTTATTGTGT SH11044 11044 99 65 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 2106 2124 2106 18 CAATCCTTATTGTGTCTGCAATCCTTATTGTGTCTGCAATCCTTATTGTGTCTGCAATCC SH11045 11045 16 208 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 2111 2129 2111 18 TCTGTCAATCCTTATTGTTCTGTCAATCCTTATTGTTCTGTCAATCCTTATTGTTCTGTC SH11046 11046 56 70 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 2116 2134 2116 18 CTCAATCTGTCAATCCTTCTCAATCTGTCAATCCTTCTCAATCTGTCAATCCTTCTCAAT SH11047 11047 37 12 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 2121 2138 2121 17 AGCTCTCAATCTGTCAAAGCTCTCAATCTGTCAAAGCTCTCAATCTGTCAAAGCTCTCAA SH11048 11048 51 154 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 2126 2143 2126 17 GAAAGAGCTCTCAATCTGAAAGAGCTCTCAATCTGAAAGAGCTCTCAATCTGAAAGAGCT SH11049 11049 69 197 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 2131 2148 2131 17 ATCAAGAAAGAGCTCTCATCAAGAAAGAGCTCTCATCAAGAAAGAGCTCTCATCAAGAAA SH11050 11050 41 208 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 2136 2154 2136 18 CACAAAATCAAGAAAGAGCACAAAATCAAGAAAGAGCACAAAATCAAGAAAGAGCACAAA SH11051 11051 73 203 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 2141 2158 2141 17 CACCCACAAAATCAAGACACCCACAAAATCAAGACACCCACAAAATCAAGACACCCACAA SH11052 11052 8 195 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 2146 2162 2146 16 CCACCACCCACAAAATCCACCACCCACAAAATCCACCACCCACAAAATCCACCACCCACA SH11053 11053 60 141 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 2151 2164 2151 13 CACCACCACCCACCACCACCACCCACCACCACCACCCACCACCACCACCCACCACCACCA SH11054 11054 11 114 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 2156 2169 2156 13 CCATGCACCACCACCATGCACCACCACCATGCACCACCACCATGCACCACCACCATGCAC SH11055 11055 16 21 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 2161 2174 2161 13 AACGGCCATGCACAACGGCCATGCACAACGGCCATGCACAACGGCCATGCACAACGGCCA SH11056 11056 11 34 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 2166 2182 2166 16 CAACTAAGAACGGCCACAACTAAGAACGGCCACAACTAAGAACGGCCACAACTAAGAACG SH11057 11057 22 165 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 2171 2188 2171 17 CTCCACCAACTAAGAACCTCCACCAACTAAGAACCTCCACCAACTAAGAACCTCCACCAA SH11058 11058 69 194 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 2176 2193 2176 17 AATCACTCCACCAACTAAATCACTCCACCAACTAAATCACTCCACCAACTAAATCACTCC SH11059 11059 24 108 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 2181 2197 2181 16 GACAAATCACTCCACCGACAAATCACTCCACCGACAAATCACTCCACCGACAAATCACTC SH11060 11060 28 19 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 2186 2204 2186 18 TTAAGCAGACAAATCACTTTAAGCAGACAAATCACTTTAAGCAGACAAATCACTTTAAGC SH11061 11061 74 185 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 2191 2209 2191 18 CGCAATTAAGCAGACAAACGCAATTAAGCAGACAAACGCAATTAAGCAGACAAACGCAAT SH11062 11062 89 154 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 2196 2214 2196 18 GTTATCGCAATTAAGCAGGTTATCGCAATTAAGCAGGTTATCGCAATTAAGCAGGTTATC SH11063 11063 87 103 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 2201 2219 2201 18 CGTTCGTTATCGCAATTACGTTCGTTATCGCAATTACGTTCGTTATCGCAATTACGTTCG SH11064 11064 2 145 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 2206 2221 2206 15 CTCGTTCGTTATCGCCTCGTTCGTTATCGCCTCGTTCGTTATCGCCTCGTTCGTTATCGC SH11065 11065 57 11 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 2211 2228 2211 17 TTAAGGTCTCGTTCGTTTTAAGGTCTCGTTCGTTTTAAGGTCTCGTTCGTTTTAAGGTCT SH11066 11066 45 208 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 2216 2233 2216 17 GTAGGTTAAGGTCTCGTGTAGGTTAAGGTCTCGTGTAGGTTAAGGTCTCGTGTAGGTTAA SH11067 11067 21 73 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 2221 2240 2221 19 CTATTTAGTAGGTTAAGGTCTATTTAGTAGGTTAAGGTCTATTTAGTAGGTTAAGGTCTA SH11068 11068 24 14 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 2226 2244 2226 18 ACCACTATTTAGTAGGTTACCACTATTTAGTAGGTTACCACTATTTAGTAGGTTACCACT SH11069 11069 98 114 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 2231 2249 2231 18 CTAGCACCACTATTTAGTCTAGCACCACTATTTAGTCTAGCACCACTATTTAGTCTAGCA SH11070 11070 89 63 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 2236 2253 2236 17 AATGCTAGCACCACTATAATGCTAGCACCACTATAATGCTAGCACCACTATAATGCTAGC SH11071 11071 21 150 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 2241 2256 2241 15 GCAAATGCTAGCACCGCAAATGCTAGCACCGCAAATGCTAGCACCGCAAATGCTAGCACC SH11072 11072 99 111 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 2246 2264 2246 18 GATAACCAGCAAATGCTAGATAACCAGCAAATGCTAGATAACCAGCAAATGCTAGATAAC SH11073 11073 15 28 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 2251 2268 2251 17 AGTGGATAACCAGCAAAAGTGGATAACCAGCAAAAGTGGATAACCAGCAAAAGTGGATAA SH11074 11074 84 139 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 2256 2274 2256 18 CTAAGAAGTGGATAACCACTAAGAAGTGGATAACCACTAAGAAGTGGATAACCACTAAGA SH11075 11075 77 58 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 2261 2278 2261 17 CCCTCTAAGAAGTGGATCCCTCTAAGAAGTGGATCCCTCTAAGAAGTGGATCCCTCTAAG SH11076 11076 59 182 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 2266 2283 2266 17 ATAGTCCCTCTAAGAAGATAGTCCCTCTAAGAAGATAGTCCCTCTAAGAAGATAGTCCCT SH11077 11077 99 83 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 2271 2286 2271 15 CCGATAGTCCCTCTACCGATAGTCCCTCTACCGATAGTCCCTCTACCGATAGTCCCTCTA SH11078 11078 60 17 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 2276 2293 2276 17 CTTGAAACCGATAGTCCCTTGAAACCGATAGTCCCTTGAAACCGATAGTCCCTTGAAACC SH11079 11079 47 165 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 2281 2296 2281 15 CGGCTTGAAACCGATCGGCTTGAAACCGATCGGCTTGAAACCGATCGGCTTGAAACCGAT SH11080 11080 74 75 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 2286 2303 2286 17 CTTCCATCGGCTTGAAACTTCCATCGGCTTGAAACTTCCATCGGCTTGAAACTTCCATCG SH11081 11081 35 203 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 2291 2307 2291 16 CAAACTTCCATCGGCTCAAACTTCCATCGGCTCAAACTTCCATCGGCTCAAACTTCCATC SH11082 11082 71 131 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 2296 2313 2296 17 TTGCCTCAAACTTCCATTTGCCTCAAACTTCCATTTGCCTCAAACTTCCATTTGCCTCAA SH11083 11083 26 20 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 2301 2319 2301 18 CTGTTATTGCCTCAAACTCTGTTATTGCCTCAAACTCTGTTATTGCCTCAAACTCTGTTA SH11084 11084 83 60 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 2306 2322 2306 16 GACCTGTTATTGCCTCGACCTGTTATTGCCTCGACCTGTTATTGCCTCGACCTGTTATTG SH11085 11085 97 123 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 2311 2329 2311 18 CATCACAGACCTGTTATTCATCACAGACCTGTTATTCATCACAGACCTGTTATTCATCAC SH11086 11086 34 201 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 2316 2331 2316 15 GGCATCACAGACCTGGGCATCACAGACCTGGGCATCACAGACCTGGGCATCACAGACCTG SH11087 11087 78 208 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 2321 2336 2321 15 CTAAGGGCATCACAGCTAAGGGCATCACAGCTAAGGGCATCACAGCTAAGGGCATCACAG SH11088 11088 89 172 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 2326 2342 2326 16 GAACGTCTAAGGGCATGAACGTCTAAGGGCATGAACGTCTAAGGGCATGAACGTCTAAGG SH11089 11089 26 133 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 2331 2346 2331 15 CCCAGAACGTCTAAGCCCAGAACGTCTAAGCCCAGAACGTCTAAGCCCAGAACGTCTAAG SH11090 11090 2 120 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 2336 2349 2336 13 CGGCCCAGAACGTCGGCCCAGAACGTCGGCCCAGAACGTCGGCCCAGAACGTCGGCCCAG SH11091 11091 48 26 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 2341 2354 2341 13 GCGTGCGGCCCAGGCGTGCGGCCCAGGCGTGCGGCCCAGGCGTGCGGCCCAGGCGTGCGG SH11092 11092 62 156 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 2346 2359 2346 13 AGCGCGCGTGCGGAGCGCGCGTGCGGAGCGCGCGTGCGGAGCGCGCGTGCGGAGCGCGCG SH11093 11093 51 77 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 2351 2364 2351 13 AGTGTAGCGCGCGAGTGTAGCGCGCGAGTGTAGCGCGCGAGTGTAGCGCGCGAGTGTAGC SH11094 11094 82 176 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 2356 2369 2356 13 CCGTCAGTGTAGCCCGTCAGTGTAGCCCGTCAGTGTAGCCCGTCAGTGTAGCCCGTCAGT SH11095 11095 66 133 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 2361 2374 2361 13 TGGCTCCGTCAGTTGGCTCCGTCAGTTGGCTCCGTCAGTTGGCTCCGTCAGTTGGCTCCG SH11096 11096 77 191 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 2366 2379 2366 13 CTCGCTGGCTCCGCTCGCTGGCTCCGCTCGCTGGCTCCGCTCGCTGGCTCCGCTCGCTGG SH11097 11097 35 2 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 2371 2386 2371 15 GGTTAGACTCGCTGGGGTTAGACTCGCTGGGGTTAGACTCGCTGGGGTTAGACTCGCTGG SH11098 11098 45 51 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 2376 2391 2376 15 GCCAAGGTTAGACTCGCCAAGGTTAGACTCGCCAAGGTTAGACTCGCCAAGGTTAGACTC SH11099 11099 91 172 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 2381 2396 2381 15 TCTCGGCCAAGGTTATCTCGGCCAAGGTTATCTCGGCCAAGGTTATCTCGGCCAAGGTTA SH11100 11100 47 48 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 2386 2399 2386 13 ACCTCTCGGCCAAACCTCTCGGCCAAACCTCTCGGCCAAACCTCTCGGCCAAACCTCTCG SH11101 11101 32 48 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 2391 2404 2391 13 CCAAGACCTCTCGCCAAGACCTCTCGCCAAGACCTCTCGCCAAGACCTCTCGCCAAGACC SH11102 11102 11 128 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 2396 2413 2396 17 ACAAGATTACCAAGACCACAAGATTACCAAGACCACAAGATTACCAAGACCACAAGATTA SH11103 11103 66 208 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 2401 2419 2401 18 AGTTTCACAAGATTACCAAGTTTCACAAGATTACCAAGTTTCACAAGATTACCAAGTTTC SH11104 11104 66 32 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 2406 2423 2406 17 ACGGAGTTTCACAAGATACGGAGTTTCACAAGATACGGAGTTTCACAAGATACGGAGTTT SH11105 11105 9 111 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 2411 2426 2411 15 ACGACGGAGTTTCACACGACGGAGTTTCACACGACGGAGTTTCACACGACGGAGTTTCAC SH11106 11106 65 109 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 2416 2429 2416 13 AGCACGACGGAGTAGCACGACGGAGTAGCACGACGGAGTAGCACGACGGAGTAGCACGAC SH11107 11107 60 117 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 2421 2434 2421 13 TCCCCAGCACGACTCCCCAGCACGACTCCCCAGCACGACTCCCCAGCACGACTCCCCAGC SH11108 11108 44 17 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 2426 2439 2426 13 CTCTATCCCCAGCCTCTATCCCCAGCCTCTATCCCCAGCCTCTATCCCCAGCCTCTATCC SH11109 11109 69 179 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 2431 2449 2431 18 AATTACAATGCTCTATCCAATTACAATGCTCTATCCAATTACAATGCTCTATCCAATTAC SH11110 11110 45 164 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 2436 2454 2436 18 GCAATAATTACAATGCTCGCAATAATTACAATGCTCGCAATAATTACAATGCTCGCAATA SH11111 11111 70 55 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 2441 2461 2441 20 TTGAAGAGCAATAATTACAATTGAAGAGCAATAATTACAATTGAAGAGCAATAATTACAA SH11112 11112 65 66 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 2446 2464 2446 18 TCGTTGAAGAGCAATAATTCGTTGAAGAGCAATAATTCGTTGAAGAGCAATAATTCGTTG SH11113 11113 87 181 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 2451 2466 2451 15 CCTCGTTGAAGAGCACCTCGTTGAAGAGCACCTCGTTGAAGAGCACCTCGTTGAAGAGCA SH11114 11114 19 210 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 2456 2473 2456 17 AGGAATTCCTCGTTGAAAGGAATTCCTCGTTGAAAGGAATTCCTCGTTGAAAGGAATTCC SH11115 11115 56 206 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 2461 2478 2461 17 TTACTAGGAATTCCTCGTTACTAGGAATTCCTCGTTACTAGGAATTCCTCGTTACTAGGA SH11116 11116 69 203 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 2466 2483 2466 17 TGCGCTTACTAGGAATTTGCGCTTACTAGGAATTTGCGCTTACTAGGAATTTGCGCTTAC SH11117 11117 74 106 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 2471 2487 2471 16 GACTTGCGCTTACTAGGACTTGCGCTTACTAGGACTTGCGCTTACTAGGACTTGCGCTTA SH11118 11118 11 171 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 2476 2492 2476 16 CTGATGACTTGCGCTTCTGATGACTTGCGCTTCTGATGACTTGCGCTTCTGATGACTTGC SH11119 11119 93 82 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 2481 2497 2481 16 GCAAGCTGATGACTTGGCAAGCTGATGACTTGGCAAGCTGATGACTTGGCAAGCTGATGA SH11120 11120 48 21 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 2486 2501 2486 15 CAACGCAAGCTGATGCAACGCAAGCTGATGCAACGCAAGCTGATGCAACGCAAGCTGATG SH11121 11121 37 123 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 2491 2507 2491 16 CGTAATCAACGCAAGCCGTAATCAACGCAAGCCGTAATCAACGCAAGCCGTAATCAACGC SH11122 11122 47 46 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 2496 2511 2496 15 GGGACGTAATCAACGGGGACGTAATCAACGGGGACGTAATCAACGGGGACGTAATCAACG SH11123 11123 68 53 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 2501 2516 2501 15 GGGCAGGGACGTAATGGGCAGGGACGTAATGGGCAGGGACGTAATGGGCAGGGACGTAAT SH11124 11124 11 115 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 2506 2519 2506 13 AAAGGGCAGGGACAAAGGGCAGGGACAAAGGGCAGGGACAAAGGGCAGGGACAAAGGGCA SH11125 11125 48 200 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 2511 2527 2511 16 GTGTGTACAAAGGGCAGTGTGTACAAAGGGCAGTGTGTACAAAGGGCAGTGTGTACAAAG SH11126 11126 102 86 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 2516 2531 2516 15 GGCGGTGTGTACAAAGGCGGTGTGTACAAAGGCGGTGTGTACAAAGGCGGTGTGTACAAA SH11127 11127 44 88 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 2521 2534 2521 13 ACGGGCGGTGTGTACGGGCGGTGTGTACGGGCGGTGTGTACGGGCGGTGTGTACGGGCGG SH11128 11128 84 117 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 2526 2539 2526 13 TAGCGACGGGCGGTAGCGACGGGCGGTAGCGACGGGCGGTAGCGACGGGCGGTAGCGACG SH11129 11129 18 171 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 2531 2544 2531 13 GGTACTAGCGACGGGTACTAGCGACGGGTACTAGCGACGGGTACTAGCGACGGGTACTAG SH11130 11130 99 84 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 2536 2553 2536 17 CATTCAATCGGTACTAGCATTCAATCGGTACTAGCATTCAATCGGTACTAGCATTCAATC SH11131 11131 65 137 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 2541 2558 2541 17 TAAGCCATTCAATCGGTTAAGCCATTCAATCGGTTAAGCCATTCAATCGGTTAAGCCATT SH11132 11132 78 19 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 2546 2563 2546 17 CTCACTAAGCCATTCAACTCACTAAGCCATTCAACTCACTAAGCCATTCAACTCACTAAG SH11133 11133 84 135 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 2551 2566 2551 15 GGCCTCACTAAGCCAGGCCTCACTAAGCCAGGCCTCACTAAGCCAGGCCTCACTAAGCCA SH11134 11134 81 211 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 2556 2571 2556 15 CCTGAGGCCTCACTACCTGAGGCCTCACTACCTGAGGCCTCACTACCTGAGGCCTCACTA SH11135 11135 70 92 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 2561 2574 2561 13 GATCCTGAGGCCTGATCCTGAGGCCTGATCCTGAGGCCTGATCCTGAGGCCTGATCCTGA SH11136 11136 43 29 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 2566 2583 2566 17 CTCTAAGCAGATCCTGACTCTAAGCAGATCCTGACTCTAAGCAGATCCTGACTCTAAGCA SH11137 11137 33 157 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 2571 2588 2571 17 CCCTTCTCTAAGCAGATCCCTTCTCTAAGCAGATCCCTTCTCTAAGCAGATCCCTTCTCT SH11138 11138 60 11 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 2576 2591 2576 15 GCCCCCTTCTCTAAGGCCCCCTTCTCTAAGGCCCCCTTCTCTAAGGCCCCCTTCTCTAAG SH11139 11139 93 14 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 2581 2594 2581 13 GTTGCCCCCTTCTGTTGCCCCCTTCTGTTGCCCCCTTCTGTTGCCCCCTTCTGTTGCCCC SH11140 11140 83 28 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 2586 2599 2586 13 ATGGAGTTGCCCCATGGAGTTGCCCCATGGAGTTGCCCCATGGAGTTGCCCCATGGAGTT SH11141 11141 86 54 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 2591 2607 2591 16 GCTCTGAGATGGAGTTGCTCTGAGATGGAGTTGCTCTGAGATGGAGTTGCTCTGAGATGG SH11142 11142 77 87 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 2596 2609 2596 13 CCGCTCTGAGATGCCGCTCTGAGATGCCGCTCTGAGATGCCGCTCTGAGATGCCGCTCTG SH11143 11143 88 198 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 2601 2617 2601 16 CAAATTCTCCGCTCTGCAAATTCTCCGCTCTGCAAATTCTCCGCTCTGCAAATTCTCCGC SH11144 11144 54 76 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 2606 2623 2606 17 TTTGTCCAAATTCTCCGTTTGTCCAAATTCTCCGTTTGTCCAAATTCTCCGTTTGTCCAA SH11145 11145 4 205 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 2611 2629 2611 18 ACCAAGTTTGTCCAAATTACCAAGTTTGTCCAAATTACCAAGTTTGTCCAAATTACCAAG SH11146 11146 26 71 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 2616 2633 2616 17 AATGACCAAGTTTGTCCAATGACCAAGTTTGTCCAATGACCAAGTTTGTCCAATGACCAA SH11147 11147 25 150 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 2621 2639 2621 18 CCTCTAAATGACCAAGTTCCTCTAAATGACCAAGTTCCTCTAAATGACCAAGTTCCTCTA SH11148 11148 35 63 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 2626 2643 2626 17 AGTTCCTCTAAATGACCAGTTCCTCTAAATGACCAGTTCCTCTAAATGACCAGTTCCTCT SH11149 11149 100 143 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 2631 2650 2631 19 GACTTTTAGTTCCTCTAAAGACTTTTAGTTCCTCTAAAGACTTTTAGTTCCTCTAAAGAC SH11150 11150 101 209 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 2636 2654 2636 18 TTACGACTTTTAGTTCCTTTACGACTTTTAGTTCCTTTACGACTTTTAGTTCCTTTACGA SH11151 11151 64 26 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 2641 2659 2641 18 CCTTGTTACGACTTTTAGCCTTGTTACGACTTTTAGCCTTGTTACGACTTTTAGCCTTGT SH11152 11152 90 118 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 2646 2663 2646 17 GAAACCTTGTTACGACTGAAACCTTGTTACGACTGAAACCTTGTTACGACTGAAACCTTG SH11153 11153 44 89 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 2651 2668 2651 17 CTACGGAAACCTTGTTACTACGGAAACCTTGTTACTACGGAAACCTTGTTACTACGGAAA SH11154 11154 75 95 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 2656 2671 2656 15 CACCTACGGAAACCTCACCTACGGAAACCTCACCTACGGAAACCTCACCTACGGAAACCT SH11155 11155 16 123 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 2661 2676 2661 15 AGGTTCACCTACGGAAGGTTCACCTACGGAAGGTTCACCTACGGAAGGTTCACCTACGGA SH11156 11156 90 113 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 2666 2679 2666 13 CGCAGGTTCACCTCGCAGGTTCACCTCGCAGGTTCACCTCGCAGGTTCACCTCGCAGGTT SH11157 11157 100 195 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S 2671 2684 2671 13 CCTTCCGCAGGTTCCTTCCGCAGGTTCCTTCCGCAGGTTCCTTCCGCAGGTTCCTTCCGC SH11158 11158 47 142 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S/ITS1 2676 2693 2676 17 TTTAATGATCCTTCCGCTTTAATGATCCTTCCGCTTTAATGATCCTTCCGCTTTAATGAT SH11159 11159 85 213 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S/ITS1 2681 2703 2681 22 ATTAAATTTCTTTAATGATCCTATTAAATTTCTTTAATGATCCTATTAAATTTCTTTAAT SH11160 11160 55 148 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 18S/ITS1 2686 2710 2686 24 CAAAATTATTAAATTTCTTTAATGCAAAATTATTAAATTTCTTTAATGCAAAATTATTAA SH11161 11161 95 92 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" ITS1 2691 2716 2691 25 CATTTTCAAAATTATTAAATTTCTTCATTTTCAAAATTATTAAATTTCTTCATTTTCAAA SH11162 11162 92 4 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" ITS1 2696 2719 2696 23 ATCCATTTTCAAAATTATTAAATATCCATTTTCAAAATTATTAAATATCCATTTTCAAAA SH11163 11163 27 126 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" ITS1 2701 2724 2701 23 AAAAAATCCATTTTCAAAATTATAAAAAATCCATTTTCAAAATTATAAAAAATCCATTTT SH11164 11164 82 35 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" ITS1 2706 2728 2706 22 AACAAAAAAATCCATTTTCAAAAACAAAAAAATCCATTTTCAAAAACAAAAAAATCCATT SH11165 11165 21 102 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" ITS1 2711 2732 2711 21 CCAAAACAAAAAAATCCATTTCCAAAACAAAAAAATCCATTTCCAAAACAAAAAAATCCA SH11166 11166 95 9 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" ITS1 2716 2736 2716 20 CTTGCCAAAACAAAAAAATCCTTGCCAAAACAAAAAAATCCTTGCCAAAACAAAAAAATC SH11167 11167 93 29 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" ITS1 2721 2739 2721 18 GCTCTTGCCAAAACAAAAGCTCTTGCCAAAACAAAAGCTCTTGCCAAAACAAAAGCTCTT SH11168 11168 36 11 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" ITS1 2726 2743 2726 17 TCATGCTCTTGCCAAAATCATGCTCTTGCCAAAATCATGCTCTTGCCAAAATCATGCTCT SH11169 11169 102 181 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" ITS1 2731 2746 2731 15 CTCTCATGCTCTTGCCTCTCATGCTCTTGCCTCTCATGCTCTTGCCTCTCATGCTCTTGC SH11170 11170 63 14 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" ITS1 2736 2753 2736 17 GTAAAAGCTCTCATGCTGTAAAAGCTCTCATGCTGTAAAAGCTCTCATGCTGTAAAAGCT SH11171 11171 67 186 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" ITS1 2741 2757 2741 16 CCCAGTAAAAGCTCTCCCCAGTAAAAGCTCTCCCCAGTAAAAGCTCTCCCCAGTAAAAGC SH11172 11172 26 62 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" ITS1 2746 2763 2746 17 TTCTTGCCCAGTAAAAGTTCTTGCCCAGTAAAAGTTCTTGCCCAGTAAAAGTTCTTGCCC SH11173 11173 22 86 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" ITS1 2751 2766 2751 15 GTCTTCTTGCCCAGTGTCTTCTTGCCCAGTGTCTTCTTGCCCAGTGTCTTCTTGCCCAGT SH11174 11174 93 78 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" ITS1 2756 2773 2756 17 ATCTCTTGTCTTCTTGCATCTCTTGTCTTCTTGCATCTCTTGTCTTCTTGCATCTCTTGT SH11175 11175 87 64 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" ITS1 2761 2778 2761 17 TCTCCATCTCTTGTCTTTCTCCATCTCTTGTCTTTCTCCATCTCTTGTCTTTCTCCATCT SH11176 11176 12 90 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" ITS1 2766 2782 2766 16 GGACTCTCCATCTCTTGGACTCTCCATCTCTTGGACTCTCCATCTCTTGGACTCTCCATC SH11177 11177 18 205 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" ITS1 2771 2786 2771 15 GGCTGGACTCTCCATGGCTGGACTCTCCATGGCTGGACTCTCCATGGCTGGACTCTCCAT SH11178 11178 59 201 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" ITS1 2776 2789 2776 13 CCCGGCTGGACTCCCCGGCTGGACTCCCCGGCTGGACTCCCCGGCTGGACTCCCCGGCTG SH11179 11179 67 23 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" ITS1 2781 2794 2781 13 GCAGGCCCGGCTGGCAGGCCCGGCTGGCAGGCCCGGCTGGCAGGCCCGGCTGGCAGGCCC SH11180 11180 97 196 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" ITS1 2786 2799 2786 13 TAAGCGCAGGCCCTAAGCGCAGGCCCTAAGCGCAGGCCCTAAGCGCAGGCCCTAAGCGCA SH11181 11181 19 102 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" ITS1 2791 2806 2791 15 GCGCACTTAAGCGCAGCGCACTTAAGCGCAGCGCACTTAAGCGCAGCGCACTTAAGCGCA SH11182 11182 77 146 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" ITS1 2796 2811 2796 15 AGACCGCGCACTTAAAGACCGCGCACTTAAAGACCGCGCACTTAAAGACCGCGCACTTAA SH11183 11183 82 194 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" ITS1 2801 2814 2801 13 GCAAGACCGCGCAGCAAGACCGCGCAGCAAGACCGCGCAGCAAGACCGCGCAGCAAGACC SH11184 11184 87 136 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" ITS1 2806 2819 2806 13 GCCTAGCAAGACCGCCTAGCAAGACCGCCTAGCAAGACCGCCTAGCAAGACCGCCTAGCA SH11185 11185 41 39 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" ITS1 2811 2828 2811 17 AACTTACAAGCCTAGCAAACTTACAAGCCTAGCAAACTTACAAGCCTAGCAAACTTACAA SH11186 11186 75 8 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" ITS1 2816 2834 2816 18 GAAAGAAACTTACAAGCCGAAAGAAACTTACAAGCCGAAAGAAACTTACAAGCCGAAAGA SH11187 11187 15 26 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" ITS1 2821 2839 2821 18 AGCAAGAAAGAAACTTACAGCAAGAAAGAAACTTACAGCAAGAAAGAAACTTACAGCAAG SH11188 11188 59 165 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" ITS1 2826 2844 2826 18 GGAATAGCAAGAAAGAAAGGAATAGCAAGAAAGAAAGGAATAGCAAGAAAGAAAGGAATA SH11189 11189 84 42 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" ITS1 2831 2849 2831 18 CGTTTGGAATAGCAAGAACGTTTGGAATAGCAAGAACGTTTGGAATAGCAAGAACGTTTG SH11190 11190 62 29 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" ITS1 2836 2852 2836 16 CACCGTTTGGAATAGCCACCGTTTGGAATAGCCACCGTTTGGAATAGCCACCGTTTGGAA SH11191 11191 65 68 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" ITS1 2841 2856 2841 15 CTCTCACCGTTTGGACTCTCACCGTTTGGACTCTCACCGTTTGGACTCTCACCGTTTGGA SH11192 11192 49 46 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" ITS1 2846 2863 2846 17 CAGAAATCTCTCACCGTCAGAAATCTCTCACCGTCAGAAATCTCTCACCGTCAGAAATCT SH11193 11193 90 124 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" ITS1 2851 2868 2851 17 AAGCACAGAAATCTCTCAAGCACAGAAATCTCTCAAGCACAGAAATCTCTCAAGCACAGA SH11194 11194 92 93 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" ITS1 2856 2876 2856 20 TATAACAAAAGCACAGAAATTATAACAAAAGCACAGAAATTATAACAAAAGCACAGAAAT SH11195 11195 42 34 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" ITS1 2861 2879 2861 18 TCCTATAACAAAAGCACATCCTATAACAAAAGCACATCCTATAACAAAAGCACATCCTAT SH11196 11196 34 71 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" ITS1 2866 2888 2866 22 TTTTAATTGTCCTATAACAAAATTTTAATTGTCCTATAACAAAATTTTAATTGTCCTATA SH11197 11197 6 29 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" ITS1 2871 2891 2871 20 CGGTTTTAATTGTCCTATAACGGTTTTAATTGTCCTATAACGGTTTTAATTGTCCTATAA SH11198 11198 34 17 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" ITS1 2876 2894 2876 18 AAACGGTTTTAATTGTCCAAACGGTTTTAATTGTCCAAACGGTTTTAATTGTCCAAACGG SH11199 11199 32 211 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" ITS1 2881 2901 2881 20 TGTATTGAAACGGTTTTAATTGTATTGAAACGGTTTTAATTGTATTGAAACGGTTTTAAT SH11200 11200 84 80 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" ITS1 2886 2904 2886 18 TGTTGTATTGAAACGGTTTGTTGTATTGAAACGGTTTGTTGTATTGAAACGGTTTGTTGT SH11201 11201 103 173 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" ITS1 2891 2909 2891 18 CAGTGTGTTGTATTGAAACAGTGTGTTGTATTGAAACAGTGTGTTGTATTGAAACAGTGT SH11202 11202 9 30 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" ITS1 2896 2913 2896 17 TCCACAGTGTGTTGTATTCCACAGTGTGTTGTATTCCACAGTGTGTTGTATTCCACAGTG SH11203 11203 71 138 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" ITS1 2901 2918 2901 17 AAAACTCCACAGTGTGTAAAACTCCACAGTGTGTAAAACTCCACAGTGTGTAAAACTCCA SH11204 11204 5 169 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" ITS1 2906 2924 2906 18 GATATGAAAACTCCACAGGATATGAAAACTCCACAGGATATGAAAACTCCACAGGATATG SH11205 11205 56 148 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" ITS1 2911 2929 2911 18 GCAAAGATATGAAAACTCGCAAAGATATGAAAACTCGCAAAGATATGAAAACTCGCAAAG SH11206 11206 12 153 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" ITS1 2916 2936 2916 20 AAAAGTTGCAAAGATATGAAAAAAGTTGCAAAGATATGAAAAAAGTTGCAAAGATATGAA SH11207 11207 86 127 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" ITS1 2921 2941 2921 20 AAAGAAAAAGTTGCAAAGATAAAGAAAAAGTTGCAAAGATAAAGAAAAAGTTGCAAAGAT SH11208 11208 18 23 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" ITS1 2926 2944 2926 18 CCCAAAGAAAAAGTTGCACCCAAAGAAAAAGTTGCACCCAAAGAAAAAGTTGCACCCAAA SH11209 11209 55 189 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" ITS1 2931 2949 2931 18 GAATGCCCAAAGAAAAAGGAATGCCCAAAGAAAAAGGAATGCCCAAAGAAAAAGGAATGC SH11210 11210 34 170 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" ITS1 2936 2952 2936 16 CTCGAATGCCCAAAGACTCGAATGCCCAAAGACTCGAATGCCCAAAGACTCGAATGCCCA SH11211 11211 32 45 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" ITS1 2941 2954 2941 13 TGCTCGAATGCCCTGCTCGAATGCCCTGCTCGAATGCCCTGCTCGAATGCCCTGCTCGAA SH11212 11212 34 63 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" ITS1 2946 2961 2946 15 CCCCGATTGCTCGAACCCCGATTGCTCGAACCCCGATTGCTCGAACCCCGATTGCTCGAA SH11213 11213 29 78 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" ITS1 2951 2964 2951 13 GGGCCCCGATTGCGGGCCCCGATTGCGGGCCCCGATTGCGGGCCCCGATTGCGGGCCCCG SH11214 11214 55 113 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" ITS1 2956 2969 2956 13 CCTCTGGGCCCCGCCTCTGGGCCCCGCCTCTGGGCCCCGCCTCTGGGCCCCGCCTCTGGG SH11215 11215 101 61 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" ITS1 2961 2977 2961 16 GTTTGTTACCTCTGGGGTTTGTTACCTCTGGGGTTTGTTACCTCTGGGGTTTGTTACCTC SH11216 11216 63 8 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" ITS1 2966 2984 2966 18 TGTTTGTGTTTGTTACCTTGTTTGTGTTTGTTACCTTGTTTGTGTTTGTTACCTTGTTTG SH11217 11217 22 178 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" ITS1 2971 2992 2971 21 GATAAAATTGTTTGTGTTTGTGATAAAATTGTTTGTGTTTGTGATAAAATTGTTTGTGTT SH11218 11218 103 49 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" ITS1 2976 2997 2976 21 GAATAGATAAAATTGTTTGTGGAATAGATAAAATTGTTTGTGGAATAGATAAAATTGTTT SH11219 11219 44 131 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" ITS1 2981 3004 2981 23 ATTTAATGAATAGATAAAATTGTATTTAATGAATAGATAAAATTGTATTTAATGAATAGA SH11220 11220 94 81 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" ITS1 2986 3009 2986 23 CAAAAATTTAATGAATAGATAAACAAAAATTTAATGAATAGATAAACAAAAATTTAATGA SH11221 11221 26 127 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" ITS1 2991 3013 2991 22 TTGACAAAAATTTAATGAATAGTTGACAAAAATTTAATGAATAGTTGACAAAAATTTAAT SH11222 11222 30 181 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" ITS1 2996 3018 2996 22 TGTTTTTGACAAAAATTTAATGTGTTTTTGACAAAAATTTAATGTGTTTTTGACAAAAAT SH11223 11223 61 72 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" ITS1 3001 3023 3001 22 ATTCTTGTTTTTGACAAAAATTATTCTTGTTTTTGACAAAAATTATTCTTGTTTTTGACA SH11224 11224 93 91 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" ITS1 3006 3027 3006 21 GAAAATTCTTGTTTTTGACAAGAAAATTCTTGTTTTTGACAAGAAAATTCTTGTTTTTGA SH11225 11225 34 179 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" ITS1 3011 3032 3011 21 GTTACGAAAATTCTTGTTTTTGTTACGAAAATTCTTGTTTTTGTTACGAAAATTCTTGTT SH11226 11226 27 182 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" ITS1 3016 3034 3016 18 CAGTTACGAAAATTCTTGCAGTTACGAAAATTCTTGCAGTTACGAAAATTCTTGCAGTTA SH11227 11227 99 183 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" ITS1 3021 3041 3021 20 AAATTTCCAGTTACGAAAATAAATTTCCAGTTACGAAAATAAATTTCCAGTTACGAAAAT SH11228 11228 66 148 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" ITS1 3026 3046 3026 20 TTTTAAAATTTCCAGTTACGTTTTAAAATTTCCAGTTACGTTTTAAAATTTCCAGTTACG SH11229 11229 36 182 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" ITS1/5.8S 3031 3054 3031 23 TTTTAATATTTTAAAATTTCCAGTTTTAATATTTTAAAATTTCCAGTTTTAATATTTTAA SH11230 11230 34 48 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" ITS1/5.8S 3036 3061 3036 25 TGAAAGTTTTTAATATTTTAAAATTTGAAAGTTTTTAATATTTTAAAATTTGAAAGTTTT SH11231 11231 86 50 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" ITS1/5.8S 3041 3064 3041 23 TGTTGAAAGTTTTTAATATTTTATGTTGAAAGTTTTTAATATTTTATGTTGAAAGTTTTT SH11232 11232 96 42 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" ITS1/5.8S 3046 3067 3046 21 CGTTGTTGAAAGTTTTTAATACGTTGTTGAAAGTTTTTAATACGTTGTTGAAAGTTTTTA SH11233 11233 12 202 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" ITS1/5.8S 3051 3069 3051 18 TCCGTTGTTGAAAGTTTTTCCGTTGTTGAAAGTTTTTCCGTTGTTGAAAGTTTTTCCGTT SH11234 11234 60 159 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 5.8S 3056 3073 3056 17 GAGATCCGTTGTTGAAAGAGATCCGTTGTTGAAAGAGATCCGTTGTTGAAAGAGATCCGT SH11235 11235 102 193 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 5.8S 3061 3077 3061 16 CCAAGAGATCCGTTGTCCAAGAGATCCGTTGTCCAAGAGATCCGTTGTCCAAGAGATCCG SH11236 11236 94 74 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 5.8S 3066 3082 3066 16 GAGAACCAAGAGATCCGAGAACCAAGAGATCCGAGAACCAAGAGATCCGAGAACCAAGAG SH11237 11237 40 9 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 5.8S 3071 3087 3071 16 GATGCGAGAACCAAGAGATGCGAGAACCAAGAGATGCGAGAACCAAGAGATGCGAGAACC SH11238 11238 48 136 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 5.8S 3076 3091 3076 15 CATCGATGCGAGAACCATCGATGCGAGAACCATCGATGCGAGAACCATCGATGCGAGAAC SH11239 11239 75 185 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 5.8S 3081 3097 3081 16 GTTCTTCATCGATGCGGTTCTTCATCGATGCGGTTCTTCATCGATGCGGTTCTTCATCGA SH11240 11240 32 5 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 5.8S 3086 3101 3086 15 CTGCGTTCTTCATCGCTGCGTTCTTCATCGCTGCGTTCTTCATCGCTGCGTTCTTCATCG SH11241 11241 9 184 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 5.8S 3091 3108 3091 17 CATTTCGCTGCGTTCTTCATTTCGCTGCGTTCTTCATTTCGCTGCGTTCTTCATTTCGCT SH11242 11242 26 118 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 5.8S 3096 3109 3096 13 GCATTTCGCTGCGGCATTTCGCTGCGGCATTTCGCTGCGGCATTTCGCTGCGGCATTTCG SH11243 11243 31 69 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 5.8S 3101 3118 3101 17 TTACGTATCGCATTTCGTTACGTATCGCATTTCGTTACGTATCGCATTTCGTTACGTATC SH11244 11244 92 46 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 5.8S 3106 3123 3106 17 TCACATTACGTATCGCATCACATTACGTATCGCATCACATTACGTATCGCATCACATTAC SH11245 11245 95 189 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 5.8S 3111 3129 3111 18 TGCAATTCACATTACGTATGCAATTCACATTACGTATGCAATTCACATTACGTATGCAAT SH11246 11246 62 70 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 5.8S 3116 3135 3116 19 GAATTCTGCAATTCACATTGAATTCTGCAATTCACATTGAATTCTGCAATTCACATTGAA SH11247 11247 64 101 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 5.8S 3121 3138 3121 17 ACGGAATTCTGCAATTCACGGAATTCTGCAATTCACGGAATTCTGCAATTCACGGAATTC SH11248 11248 78 64 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 5.8S 3126 3143 3126 17 GATTCACGGAATTCTGCGATTCACGGAATTCTGCGATTCACGGAATTCTGCGATTCACGG SH11249 11249 85 170 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 5.8S 3131 3148 3131 17 TCGATGATTCACGGAATTCGATGATTCACGGAATTCGATGATTCACGGAATTCGATGATT SH11250 11250 97 189 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 5.8S 3136 3154 3136 18 AAAGATTCGATGATTCACAAAGATTCGATGATTCACAAAGATTCGATGATTCACAAAGAT SH11251 11251 71 150 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 5.8S 3141 3159 3141 18 CGTTCAAAGATTCGATGACGTTCAAAGATTCGATGACGTTCAAAGATTCGATGACGTTCA SH11252 11252 79 29 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 5.8S 3146 3163 3146 17 TGTGCGTTCAAAGATTCTGTGCGTTCAAAGATTCTGTGCGTTCAAAGATTCTGTGCGTTC SH11253 11253 76 22 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 5.8S 3151 3168 3151 17 CGCAATGTGCGTTCAAACGCAATGTGCGTTCAAACGCAATGTGCGTTCAAACGCAATGTG SH11254 11254 89 24 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 5.8S 3156 3169 3156 13 GCGCAATGTGCGTGCGCAATGTGCGTGCGCAATGTGCGTGCGCAATGTGCGTGCGCAATG SH11255 11255 76 197 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 5.8S 3161 3174 3161 13 AAGGGGCGCAATGAAGGGGCGCAATGAAGGGGCGCAATGAAGGGGCGCAATGAAGGGGCG SH11256 11256 47 105 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 5.8S 3166 3179 3166 13 ATACCAAGGGGCGATACCAAGGGGCGATACCAAGGGGCGATACCAAGGGGCGATACCAAG SH11257 11257 55 137 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 5.8S 3171 3186 3171 15 CCCTGGAATACCAAGCCCTGGAATACCAAGCCCTGGAATACCAAGCCCTGGAATACCAAG SH11258 11258 68 83 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 5.8S 3176 3189 3176 13 GCCCCCTGGAATAGCCCCCTGGAATAGCCCCCTGGAATAGCCCCCTGGAATAGCCCCCTG SH11259 11259 85 189 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 5.8S 3181 3194 3181 13 GGCATGCCCCCTGGGCATGCCCCCTGGGCATGCCCCCTGGGCATGCCCCCTGGGCATGCC SH11260 11260 56 73 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 5.8S 3186 3201 3186 15 TCAAACAGGCATGCCTCAAACAGGCATGCCTCAAACAGGCATGCCTCAAACAGGCATGCC SH11261 11261 50 156 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 5.8S 3191 3204 3191 13 CGCTCAAACAGGCCGCTCAAACAGGCCGCTCAAACAGGCCGCTCAAACAGGCCGCTCAAA SH11262 11262 39 98 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 5.8S/ITS2 3196 3213 3196 17 AGGAAATGACGCTCAAAAGGAAATGACGCTCAAAAGGAAATGACGCTCAAAAGGAAATGA SH11263 11263 66 197 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 5.8S/ITS2 3201 3217 3201 16 GAGAAGGAAATGACGCGAGAAGGAAATGACGCGAGAAGGAAATGACGCGAGAAGGAAATG SH11264 11264 6 202 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 5.8S/ITS2 3206 3225 3206 19 GAATGTTTGAGAAGGAAATGAATGTTTGAGAAGGAAATGAATGTTTGAGAAGGAAATGAA SH11265 11265 95 74 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" ITS2 3211 3229 3211 18 AACAGAATGTTTGAGAAGAACAGAATGTTTGAGAAGAACAGAATGTTTGAGAAGAACAGA SH11266 11266 23 82 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" ITS2 3216 3234 3216 18 TACCAAACAGAATGTTTGTACCAAACAGAATGTTTGTACCAAACAGAATGTTTGTACCAA SH11267 11267 32 195 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" ITS2 3221 3239 3221 18 CTCACTACCAAACAGAATCTCACTACCAAACAGAATCTCACTACCAAACAGAATCTCACT SH11268 11268 30 33 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" ITS2 3226 3243 3226 17 ATCACTCACTACCAAACATCACTCACTACCAAACATCACTCACTACCAAACATCACTCAC SH11269 11269 18 80 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" ITS2 3231 3248 3231 17 AGAGTATCACTCACTACAGAGTATCACTCACTACAGAGTATCACTCACTACAGAGTATCA SH11270 11270 27 36 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" ITS2 3236 3253 3236 17 TCCAAAGAGTATCACTCTCCAAAGAGTATCACTCTCCAAAGAGTATCACTCTCCAAAGAG SH11271 11271 5 47 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" ITS2 3241 3259 3241 18 GTTAACTCCAAAGAGTATGTTAACTCCAAAGAGTATGTTAACTCCAAAGAGTATGTTAAC SH11272 11272 3 161 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" ITS2 3246 3264 3246 18 TTCAAGTTAACTCCAAAGTTCAAGTTAACTCCAAAGTTCAAGTTAACTCCAAAGTTCAAG SH11273 11273 34 35 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" ITS2 3251 3269 3251 18 GCAATTTCAAGTTAACTCGCAATTTCAAGTTAACTCGCAATTTCAAGTTAACTCGCAATT SH11274 11274 16 66 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" ITS2 3256 3273 3256 17 GCCAGCAATTTCAAGTTGCCAGCAATTTCAAGTTGCCAGCAATTTCAAGTTGCCAGCAAT SH11275 11275 50 174 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" ITS2 3261 3278 3261 17 AAAAGGCCAGCAATTTCAAAAGGCCAGCAATTTCAAAAGGCCAGCAATTTCAAAAGGCCA SH11276 11276 87 57 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" ITS2 3266 3283 3266 17 CAATGAAAAGGCCAGCACAATGAAAAGGCCAGCACAATGAAAAGGCCAGCACAATGAAAA SH11277 11277 34 79 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" ITS2 3271 3288 3271 17 ACATCCAATGAAAAGGCACATCCAATGAAAAGGCACATCCAATGAAAAGGCACATCCAAT SH11278 11278 24 120 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" ITS2 3276 3296 3276 20 GAAAAAAAACATCCAATGAAGAAAAAAAACATCCAATGAAGAAAAAAAACATCCAATGAA SH11279 11279 62 134 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" ITS2 3281 3301 3281 20 CTTTGGAAAAAAAACATCCACTTTGGAAAAAAAACATCCACTTTGGAAAAAAAACATCCA SH11280 11280 15 212 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" ITS2 3286 3305 3286 19 CTCTCTTTGGAAAAAAAACCTCTCTTTGGAAAAAAAACCTCTCTTTGGAAAAAAAACCTC SH11281 11281 97 162 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" ITS2 3291 3309 3291 18 AAACCTCTCTTTGGAAAAAAACCTCTCTTTGGAAAAAAACCTCTCTTTGGAAAAAAACCT SH11282 11282 8 51 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" ITS2 3296 3313 3296 17 AGAGAAACCTCTCTTTGAGAGAAACCTCTCTTTGAGAGAAACCTCTCTTTGAGAGAAACC SH11283 11283 18 117 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" ITS2 3301 3316 3301 15 CGCAGAGAAACCTCTCGCAGAGAAACCTCTCGCAGAGAAACCTCTCGCAGAGAAACCTCT SH11284 11284 63 30 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" ITS2 3306 3322 3306 16 CAAGCACGCAGAGAAACAAGCACGCAGAGAAACAAGCACGCAGAGAAACAAGCACGCAGA SH11285 11285 73 60 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" ITS2 3311 3324 3311 13 CTCAAGCACGCAGCTCAAGCACGCAGCTCAAGCACGCAGCTCAAGCACGCAGCTCAAGCA SH11286 11286 39 78 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" ITS2 3316 3333 3316 17 GCATTATACCTCAAGCAGCATTATACCTCAAGCAGCATTATACCTCAAGCAGCATTATAC SH11287 11287 73 29 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" ITS2 3321 3339 3321 18 GTACTTGCATTATACCTCGTACTTGCATTATACCTCGTACTTGCATTATACCTCGTACTT SH11288 11288 37 114 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" ITS2 3326 3343 3326 17 GACCGTACTTGCATTATGACCGTACTTGCATTATGACCGTACTTGCATTATGACCGTACT SH11289 11289 48 175 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" ITS2 3331 3344 3331 13 CGACCGTACTTGCCGACCGTACTTGCCGACCGTACTTGCCGACCGTACTTGCCGACCGTA SH11290 11290 71 136 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" ITS2 3336 3353 3336 17 AACCTAAAACGACCGTAAACCTAAAACGACCGTAAACCTAAAACGACCGTAAACCTAAAA SH11291 11291 87 78 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" ITS2 3341 3359 3341 18 TGGTAAAACCTAAAACGATGGTAAAACCTAAAACGATGGTAAAACCTAAAACGATGGTAA SH11292 11292 55 118 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" ITS2 3346 3364 3346 18 GCAGTTGGTAAAACCTAAGCAGTTGGTAAAACCTAAGCAGTTGGTAAAACCTAAGCAGTT SH11293 11293 68 129 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" ITS2 3351 3367 3351 16 GCCGCAGTTGGTAAAAGCCGCAGTTGGTAAAAGCCGCAGTTGGTAAAAGCCGCAGTTGGT SH11294 11294 90 196 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" ITS2 3356 3369 3356 13 TAGCCGCAGTTGGTAGCCGCAGTTGGTAGCCGCAGTTGGTAGCCGCAGTTGGTAGCCGCA SH11295 11295 62 24 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" ITS2 3361 3379 3361 18 AAAAAAAGATTAGCCGCAAAAAAAAGATTAGCCGCAAAAAAAAGATTAGCCGCAAAAAAA SH11296 11296 25 176 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" ITS2 3366 3387 3366 21 CTCAGTATAAAAAAAGATTAGCTCAGTATAAAAAAAGATTAGCTCAGTATAAAAAAAGAT SH11297 11297 44 81 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" ITS2 3371 3389 3371 18 CGCTCAGTATAAAAAAAGCGCTCAGTATAAAAAAAGCGCTCAGTATAAAAAAAGCGCTCA SH11298 11298 79 72 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" ITS2 3376 3394 3376 18 CAATACGCTCAGTATAAACAATACGCTCAGTATAAACAATACGCTCAGTATAAACAATAC SH11299 11299 26 6 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" ITS2 3381 3398 3381 17 GTTCCAATACGCTCAGTGTTCCAATACGCTCAGTGTTCCAATACGCTCAGTGTTCCAATA SH11300 11300 71 169 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" ITS2 3386 3403 3386 17 ATAACGTTCCAATACGCATAACGTTCCAATACGCATAACGTTCCAATACGCATAACGTTC SH11301 11301 78 66 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" ITS2 3391 3409 3391 18 TTATCGATAACGTTCCAATTATCGATAACGTTCCAATTATCGATAACGTTCCAATTATCG SH11302 11302 29 74 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" ITS2 3396 3414 3396 18 TCTTCTTATCGATAACGTTCTTCTTATCGATAACGTTCTTCTTATCGATAACGTTCTTCT SH11303 11303 2 70 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" ITS2 3401 3418 3401 17 GCTCTCTTCTTATCGATGCTCTCTTCTTATCGATGCTCTCTTCTTATCGATGCTCTCTTC SH11304 11304 47 122 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" ITS2 3406 3423 3406 17 TAGACGCTCTCTTCTTATAGACGCTCTCTTCTTATAGACGCTCTCTTCTTATAGACGCTC SH11305 11305 87 77 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" ITS2 3411 3426 3411 15 GCCTAGACGCTCTCTGCCTAGACGCTCTCTGCCTAGACGCTCTCTGCCTAGACGCTCTCT SH11306 11306 10 67 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" ITS2 3416 3429 3416 13 TTCGCCTAGACGCTTCGCCTAGACGCTTCGCCTAGACGCTTCGCCTAGACGCTTCGCCTA SH11307 11307 3 144 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" ITS2 3421 3438 3421 17 AGAACATTGTTCGCCTAAGAACATTGTTCGCCTAAGAACATTGTTCGCCTAAGAACATTG SH11308 11308 24 139 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" ITS2/25S 3426 3446 3426 20 AAACTTTAAGAACATTGTTCAAACTTTAAGAACATTGTTCAAACTTTAAGAACATTGTTC SH11309 11309 79 142 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" ITS2/25S 3431 3450 3431 19 GGTCAAACTTTAAGAACATGGTCAAACTTTAAGAACATGGTCAAACTTTAAGAACATGGT SH11310 11310 62 205 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" ITS2/25S 3436 3454 3436 18 TTGAGGTCAAACTTTAAGTTGAGGTCAAACTTTAAGTTGAGGTCAAACTTTAAGTTGAGG SH11311 11311 33 173 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" ITS2/25S 3441 3459 3441 18 CTGATTTGAGGTCAAACTCTGATTTGAGGTCAAACTCTGATTTGAGGTCAAACTCTGATT SH11312 11312 9 192 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 3446 3463 3446 17 CTACCTGATTTGAGGTCCTACCTGATTTGAGGTCCTACCTGATTTGAGGTCCTACCTGAT SH11313 11313 83 176 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 3451 3468 3451 17 TACTCCTACCTGATTTGTACTCCTACCTGATTTGTACTCCTACCTGATTTGTACTCCTAC SH11314 11314 13 208 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 3456 3471 3456 15 GGGTACTCCTACCTGGGGTACTCCTACCTGGGGTACTCCTACCTGGGGTACTCCTACCTG SH11315 11315 81 126 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 3461 3474 3461 13 AGCGGGTACTCCTAGCGGGTACTCCTAGCGGGTACTCCTAGCGGGTACTCCTAGCGGGTA SH11316 11316 94 96 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 3466 3483 3466 17 CTTAAGTTCAGCGGGTACTTAAGTTCAGCGGGTACTTAAGTTCAGCGGGTACTTAAGTTC SH11317 11317 92 107 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 3471 3489 3471 18 GATATGCTTAAGTTCAGCGATATGCTTAAGTTCAGCGATATGCTTAAGTTCAGCGATATG SH11318 11318 20 69 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 3476 3496 3476 20 GCTTATTGATATGCTTAAGTGCTTATTGATATGCTTAAGTGCTTATTGATATGCTTAAGT SH11319 11319 102 171 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 3481 3498 3481 17 CCGCTTATTGATATGCTCCGCTTATTGATATGCTCCGCTTATTGATATGCTCCGCTTATT SH11320 11320 16 2 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 3486 3503 3486 17 TTCCTCCGCTTATTGATTTCCTCCGCTTATTGATTTCCTCCGCTTATTGATTTCCTCCGC SH11321 11321 30 151 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 3491 3508 3491 17 TTCTTTTCCTCCGCTTATTCTTTTCCTCCGCTTATTCTTTTCCTCCGCTTATTCTTTTCC SH11322 11322 2 19 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 3496 3513 3496 17 TTGGTTTCTTTTCCTCCTTGGTTTCTTTTCCTCCTTGGTTTCTTTTCCTCCTTGGTTTCT SH11323 11323 86 9 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 3501 3518 3501 17 CCCGGTTGGTTTCTTTTCCCGGTTGGTTTCTTTTCCCGGTTGGTTTCTTTTCCCGGTTGG SH11324 11324 65 75 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 3506 3522 3506 16 CAATCCCGGTTGGTTTCAATCCCGGTTGGTTTCAATCCCGGTTGGTTTCAATCCCGGTTG SH11325 11325 80 161 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 3511 3524 3511 13 GGCAATCCCGGTTGGCAATCCCGGTTGGCAATCCCGGTTGGCAATCCCGGTTGGCAATCC SH11326 11326 56 108 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 3516 3533 3516 17 CGTTACTAAGGCAATCCCGTTACTAAGGCAATCCCGTTACTAAGGCAATCCCGTTACTAA SH11327 11327 47 30 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 3521 3536 3521 15 CGCCGTTACTAAGGCCGCCGTTACTAAGGCCGCCGTTACTAAGGCCGCCGTTACTAAGGC SH11328 11328 51 142 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 3526 3541 3526 15 TCACTCGCCGTTACTTCACTCGCCGTTACTTCACTCGCCGTTACTTCACTCGCCGTTACT SH11329 11329 80 189 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 3531 3544 3531 13 GCTTCACTCGCCGGCTTCACTCGCCGGCTTCACTCGCCGGCTTCACTCGCCGGCTTCACT SH11330 11330 97 191 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 3536 3552 3536 16 CTTTTGCCGCTTCACTCTTTTGCCGCTTCACTCTTTTGCCGCTTCACTCTTTTGCCGCTT SH11331 11331 96 200 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 3541 3556 3541 15 TGAGCTTTTGCCGCTTGAGCTTTTGCCGCTTGAGCTTTTGCCGCTTGAGCTTTTGCCGCT SH11332 11332 44 156 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 3546 3566 3546 20 ATTTCAAATTTGAGCTTTTGATTTCAAATTTGAGCTTTTGATTTCAAATTTGAGCTTTTG SH11333 11333 43 102 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 3551 3569 3551 18 CAGATTTCAAATTTGAGCCAGATTTCAAATTTGAGCCAGATTTCAAATTTGAGCCAGATT SH11334 11334 18 212 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 3556 3574 3556 18 GGTACCAGATTTCAAATTGGTACCAGATTTCAAATTGGTACCAGATTTCAAATTGGTACC SH11335 11335 61 106 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 3561 3578 3561 17 CGAAGGTACCAGATTTCCGAAGGTACCAGATTTCCGAAGGTACCAGATTTCCGAAGGTAC SH11336 11336 62 4 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 3566 3579 3566 13 CCGAAGGTACCAGCCGAAGGTACCAGCCGAAGGTACCAGCCGAAGGTACCAGCCGAAGGT SH11337 11337 63 204 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 3571 3584 3571 13 GGGCACCGAAGGTGGGCACCGAAGGTGGGCACCGAAGGTGGGCACCGAAGGTGGGCACCG SH11338 11338 29 212 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 3576 3589 3576 13 AACTCGGGCACCGAACTCGGGCACCGAACTCGGGCACCGAACTCGGGCACCGAACTCGGG SH11339 11339 17 201 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 3581 3598 3581 17 CCAAATTACAACTCGGGCCAAATTACAACTCGGGCCAAATTACAACTCGGGCCAAATTAC SH11340 11340 94 2 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 3586 3603 3586 17 CCTCTCCAAATTACAACCCTCTCCAAATTACAACCCTCTCCAAATTACAACCCTCTCCAA SH11341 11341 43 192 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 3591 3608 3591 17 GTTGCCCTCTCCAAATTGTTGCCCTCTCCAAATTGTTGCCCTCTCCAAATTGTTGCCCTC SH11342 11342 77 194 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 3596 3609 3596 13 AGTTGCCCTCTCCAGTTGCCCTCTCCAGTTGCCCTCTCCAGTTGCCCTCTCCAGTTGCCC SH11343 11343 48 30 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 3601 3614 3601 13 CCCAAAGTTGCCCCCCAAAGTTGCCCCCCAAAGTTGCCCCCCAAAGTTGCCCCCCAAAGT SH11344 11344 17 76 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 3606 3619 3606 13 ACGGCCCCAAAGTACGGCCCCAAAGTACGGCCCCAAAGTACGGCCCCAAAGTACGGCCCC SH11345 11345 42 134 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 3611 3624 3611 13 AAGGAACGGCCCCAAGGAACGGCCCCAAGGAACGGCCCCAAGGAACGGCCCCAAGGAACG SH11346 11346 65 72 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 3616 3633 3616 17 AACATAGACAAGGAACGAACATAGACAAGGAACGAACATAGACAAGGAACGAACATAGAC SH11347 11347 34 23 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 3621 3638 3621 17 CAAGGAACATAGACAAGCAAGGAACATAGACAAGCAAGGAACATAGACAAGCAAGGAACA SH11348 11348 26 135 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 3626 3643 3626 17 TGTTCCAAGGAACATAGTGTTCCAAGGAACATAGTGTTCCAAGGAACATAGTGTTCCAAG SH11349 11349 48 75 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 3631 3647 3631 16 GTCCTGTTCCAAGGAAGTCCTGTTCCAAGGAAGTCCTGTTCCAAGGAAGTCCTGTTCCAA SH11350 11350 84 110 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 3636 3651 3636 15 TGACGTCCTGTTCCATGACGTCCTGTTCCATGACGTCCTGTTCCATGACGTCCTGTTCCA SH11351 11351 26 44 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 3641 3656 3641 15 CTCTATGACGTCCTGCTCTATGACGTCCTGCTCTATGACGTCCTGCTCTATGACGTCCTG SH11352 11352 84 119 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 3646 3661 3646 15 TCACCCTCTATGACGTCACCCTCTATGACGTCACCCTCTATGACGTCACCCTCTATGACG SH11353 11353 60 32 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 3651 3667 3651 16 GGATTCTCACCCTCTAGGATTCTCACCCTCTAGGATTCTCACCCTCTAGGATTCTCACCC SH11354 11354 53 123 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 3656 3669 3656 13 CGGGATTCTCACCCGGGATTCTCACCCGGGATTCTCACCCGGGATTCTCACCCGGGATTC SH11355 11355 17 45 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 3661 3674 3661 13 CCACACGGGATTCCCACACGGGATTCCCACACGGGATTCCCACACGGGATTCCCACACGG SH11356 11356 103 66 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 3666 3679 3666 13 CCTCGCCACACGGCCTCGCCACACGGCCTCGCCACACGGCCTCGCCACACGGCCTCGCCA SH11357 11357 45 60 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 3671 3684 3671 13 GCACTCCTCGCCAGCACTCCTCGCCAGCACTCCTCGCCAGCACTCCTCGCCAGCACTCCT SH11358 11358 62 83 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 3676 3689 3676 13 GAACCGCACTCCTGAACCGCACTCCTGAACCGCACTCCTGAACCGCACTCCTGAACCGCA SH11359 11359 98 182 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 3681 3698 3681 17 CTTTACAAAGAACCGCACTTTACAAAGAACCGCACTTTACAAAGAACCGCACTTTACAAA SH11360 11360 78 175 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 3686 3704 3686 18 AAGGCACTTTACAAAGAAAAGGCACTTTACAAAGAAAAGGCACTTTACAAAGAAAAGGCA SH11361 11361 44 139 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 3691 3708 3691 17 TTCGAAGGCACTTTACATTCGAAGGCACTTTACATTCGAAGGCACTTTACATTCGAAGGC SH11362 11362 73 188 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 3696 3711 3696 15 CTCTTCGAAGGCACTCTCTTCGAAGGCACTCTCTTCGAAGGCACTCTCTTCGAAGGCACT SH11363 11363 30 190 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 3701 3716 3701 15 CTCGACTCTTCGAAGCTCGACTCTTCGAAGCTCGACTCTTCGAAGCTCGACTCTTCGAAG SH11364 11364 103 48 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 3706 3723 3706 17 CAAACAACTCGACTCTTCAAACAACTCGACTCTTCAAACAACTCGACTCTTCAAACAACT SH11365 11365 76 187 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 3711 3728 3711 17 ATTCCCAAACAACTCGAATTCCCAAACAACTCGAATTCCCAAACAACTCGAATTCCCAAA SH11366 11366 25 83 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 3716 3733 3716 17 GCTGCATTCCCAAACAAGCTGCATTCCCAAACAAGCTGCATTCCCAAACAAGCTGCATTC SH11367 11367 74 114 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 3721 3736 3721 15 AGAGCTGCATTCCCAAGAGCTGCATTCCCAAGAGCTGCATTCCCAAGAGCTGCATTCCCA SH11368 11368 31 135 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 3726 3742 3726 16 CCACTTAGAGCTGCATCCACTTAGAGCTGCATCCACTTAGAGCTGCATCCACTTAGAGCT SH11369 11369 51 32 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 3731 3746 3731 15 CCACCCACTTAGAGCCCACCCACTTAGAGCCCACCCACTTAGAGCCCACCCACTTAGAGC SH11370 11370 15 159 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 3736 3753 3736 17 GAATTTACCACCCACTTGAATTTACCACCCACTTGAATTTACCACCCACTTGAATTTACC SH11371 11371 91 41 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 3741 3758 3741 17 AGATGGAATTTACCACCAGATGGAATTTACCACCAGATGGAATTTACCACCAGATGGAAT SH11372 11372 97 164 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 3746 3766 3746 20 TTAGCTTTAGATGGAATTTATTAGCTTTAGATGGAATTTATTAGCTTTAGATGGAATTTA SH11373 11373 98 107 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 3751 3771 3751 20 AATATTTAGCTTTAGATGGAAATATTTAGCTTTAGATGGAAATATTTAGCTTTAGATGGA SH11374 11374 21 174 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 3756 3774 3756 18 GCCAATATTTAGCTTTAGGCCAATATTTAGCTTTAGGCCAATATTTAGCTTTAGGCCAAT SH11375 11375 9 20 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 3761 3778 3761 17 TCTCGCCAATATTTAGCTCTCGCCAATATTTAGCTCTCGCCAATATTTAGCTCTCGCCAA SH11376 11376 23 155 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 3766 3782 3766 16 GGTCTCTCGCCAATATGGTCTCTCGCCAATATGGTCTCTCGCCAATATGGTCTCTCGCCA SH11377 11377 91 87 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 3771 3784 3771 13 TCGGTCTCTCGCCTCGGTCTCTCGCCTCGGTCTCTCGCCTCGGTCTCTCGCCTCGGTCTC SH11378 11378 36 26 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 3776 3789 3776 13 CGCTATCGGTCTCCGCTATCGGTCTCCGCTATCGGTCTCCGCTATCGGTCTCCGCTATCG SH11379 11379 57 21 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 3781 3798 3781 17 GTACTTGTTCGCTATCGGTACTTGTTCGCTATCGGTACTTGTTCGCTATCGGTACTTGTT SH11380 11380 84 113 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 3786 3802 3786 16 CACTGTACTTGTTCGCCACTGTACTTGTTCGCCACTGTACTTGTTCGCCACTGTACTTGT SH11381 11381 57 19 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 3791 3808 3791 17 TTCCATCACTGTACTTGTTCCATCACTGTACTTGTTCCATCACTGTACTTGTTCCATCAC SH11382 11382 76 64 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 3796 3813 3796 17 CATCTTTCCATCACTGTCATCTTTCCATCACTGTCATCTTTCCATCACTGTCATCTTTCC SH11383 11383 29 190 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 3801 3819 3801 18 TCTTTTCATCTTTCCATCTCTTTTCATCTTTCCATCTCTTTTCATCTTTCCATCTCTTTT SH11384 11384 14 209 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 3806 3826 3806 20 TCAAAGTTCTTTTCATCTTTTCAAAGTTCTTTTCATCTTTTCAAAGTTCTTTTCATCTTT SH11385 11385 48 105 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 3811 3831 3811 20 TCTTTTCAAAGTTCTTTTCATCTTTTCAAAGTTCTTTTCATCTTTTCAAAGTTCTTTTCA SH11386 11386 9 4 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 3816 3834 3816 18 CTCTCTTTTCAAAGTTCTCTCTCTTTTCAAAGTTCTCTCTCTTTTCAAAGTTCTCTCTCT SH11387 11387 79 98 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 3821 3841 3821 20 TTTTTCACTCTCTTTTCAAATTTTTCACTCTCTTTTCAAATTTTTCACTCTCTTTTCAAA SH11388 11388 73 96 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 3826 3845 3826 19 GTACTTTTTCACTCTCTTTGTACTTTTTCACTCTCTTTGTACTTTTTCACTCTCTTTGTA SH11389 11389 23 44 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 3831 3848 3831 17 CACGTACTTTTTCACTCCACGTACTTTTTCACTCCACGTACTTTTTCACTCCACGTACTT SH11390 11390 45 54 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 3836 3856 3836 20 AACAATTTCACGTACTTTTTAACAATTTCACGTACTTTTTAACAATTTCACGTACTTTTT SH11391 11391 58 132 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 3841 3859 3841 18 TTCAACAATTTCACGTACTTCAACAATTTCACGTACTTCAACAATTTCACGTACTTCAAC SH11392 11392 83 21 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 3846 3864 3846 18 TCCCTTTCAACAATTTCATCCCTTTCAACAATTTCATCCCTTTCAACAATTTCATCCCTT SH11393 11393 2 71 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 3851 3868 3851 17 CCCTTCCCTTTCAACAACCCTTCCCTTTCAACAACCCTTCCCTTTCAACAACCCTTCCCT SH11394 11394 14 9 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 3856 3869 3856 13 GCCCTTCCCTTTCGCCCTTCCCTTTCGCCCTTCCCTTTCGCCCTTCCCTTTCGCCCTTCC SH11395 11395 100 4 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 3861 3877 3861 16 GATCAAATGCCCTTCCGATCAAATGCCCTTCCGATCAAATGCCCTTCCGATCAAATGCCC SH11396 11396 68 101 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 3866 3883 3866 17 ATGTCTGATCAAATGCCATGTCTGATCAAATGCCATGTCTGATCAAATGCCATGTCTGAT SH11397 11397 27 153 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 3871 3888 3871 17 ACACCATGTCTGATCAAACACCATGTCTGATCAAACACCATGTCTGATCAAACACCATGT SH11398 11398 24 91 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 3876 3893 3876 17 ACAAAACACCATGTCTGACAAAACACCATGTCTGACAAAACACCATGTCTGACAAAACAC SH11399 11399 88 39 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 3881 3897 3881 16 GGGCACAAAACACCATGGGCACAAAACACCATGGGCACAAAACACCATGGGCACAAAACA SH11400 11400 36 191 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 3886 3901 3886 15 CAGAGGGCACAAAACCAGAGGGCACAAAACCAGAGGGCACAAAACCAGAGGGCACAAAAC SH11401 11401 53 154 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 3891 3904 3891 13 GAGCAGAGGGCACGAGCAGAGGGCACGAGCAGAGGGCACGAGCAGAGGGCACGAGCAGAG SH11402 11402 68 206 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 3896 3911 3896 15 CCACAAGGAGCAGAGCCACAAGGAGCAGAGCCACAAGGAGCAGAGCCACAAGGAGCAGAG SH11403 11403 16 200 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 3901 3916 3901 15 CCTACCCACAAGGAGCCTACCCACAAGGAGCCTACCCACAAGGAGCCTACCCACAAGGAG SH11404 11404 69 121 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 3906 3919 3906 13 TCCCCTACCCACATCCCCTACCCACATCCCCTACCCACATCCCCTACCCACATCCCCTAC SH11405 11405 71 200 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 3911 3926 3911 15 GCGAGATTCCCCTACGCGAGATTCCCCTACGCGAGATTCCCCTACGCGAGATTCCCCTAC SH11406 11406 86 198 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 3916 3933 3916 17 GTGAAATGCGAGATTCCGTGAAATGCGAGATTCCGTGAAATGCGAGATTCCGTGAAATGC SH11407 11407 49 54 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 3921 3936 3921 15 CCAGTGAAATGCGAGCCAGTGAAATGCGAGCCAGTGAAATGCGAGCCAGTGAAATGCGAG SH11408 11408 55 3 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 3926 3941 3926 15 CTGGCCCAGTGAAATCTGGCCCAGTGAAATCTGGCCCAGTGAAATCTGGCCCAGTGAAAT SH11409 11409 34 138 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 3931 3944 3931 13 ATGCTGGCCCAGTATGCTGGCCCAGTATGCTGGCCCAGTATGCTGGCCCAGTATGCTGGC SH11410 11410 54 21 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 3936 3952 3936 16 CAAAACTGATGCTGGCCAAAACTGATGCTGGCCAAAACTGATGCTGGCCAAAACTGATGC SH11411 11411 103 26 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 3941 3957 3941 16 GCCACCAAAACTGATGGCCACCAAAACTGATGGCCACCAAAACTGATGGCCACCAAAACT SH11412 11412 84 129 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 3946 3961 3946 15 TCCTGCCACCAAAACTCCTGCCACCAAAACTCCTGCCACCAAAACTCCTGCCACCAAAAC SH11413 11413 78 46 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 3951 3967 3951 16 GATTTATCCTGCCACCGATTTATCCTGCCACCGATTTATCCTGCCACCGATTTATCCTGC SH11414 11414 78 6 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 3956 3973 3956 17 CCTATGGATTTATCCTGCCTATGGATTTATCCTGCCTATGGATTTATCCTGCCTATGGAT SH11415 11415 66 4 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 3961 3980 3961 19 CTACATTCCTATGGATTTACTACATTCCTATGGATTTACTACATTCCTATGGATTTACTA SH11416 11416 36 205 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 3966 3983 3966 17 AAGCTACATTCCTATGGAAGCTACATTCCTATGGAAGCTACATTCCTATGGAAGCTACAT SH11417 11417 9 185 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 3971 3986 3971 15 GGCAAGCTACATTCCGGCAAGCTACATTCCGGCAAGCTACATTCCGGCAAGCTACATTCC SH11418 11418 45 193 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 3976 3989 3976 13 CGAGGCAAGCTACCGAGGCAAGCTACCGAGGCAAGCTACCGAGGCAAGCTACCGAGGCAA SH11419 11419 30 179 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 3981 3998 3981 17 AATACTTACCGAGGCAAAATACTTACCGAGGCAAAATACTTACCGAGGCAAAATACTTAC SH11420 11420 13 62 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 3986 4004 3986 18 GGCTATAATACTTACCGAGGCTATAATACTTACCGAGGCTATAATACTTACCGAGGCTAT SH11421 11421 62 192 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 3991 4009 3991 18 CCACAGGCTATAATACTTCCACAGGCTATAATACTTCCACAGGCTATAATACTTCCACAG SH11422 11422 57 119 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 3996 4013 3996 17 ATTCCCACAGGCTATAAATTCCCACAGGCTATAAATTCCCACAGGCTATAAATTCCCACA SH11423 11423 29 66 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 4001 4016 4001 15 AGTATTCCCACAGGCAGTATTCCCACAGGCAGTATTCCCACAGGCAGTATTCCCACAGGC SH11424 11424 103 166 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 4006 4021 4006 15 CTGGCAGTATTCCCACTGGCAGTATTCCCACTGGCAGTATTCCCACTGGCAGTATTCCCA SH11425 11425 37 71 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 4011 4026 4011 15 CCCAGCTGGCAGTATCCCAGCTGGCAGTATCCCAGCTGGCAGTATCCCAGCTGGCAGTAT SH11426 11426 81 195 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 4016 4029 4016 13 AGTCCCAGCTGGCAGTCCCAGCTGGCAGTCCCAGCTGGCAGTCCCAGCTGGCAGTCCCAG SH11427 11427 94 38 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 4021 4034 4021 13 TCCTCAGTCCCAGTCCTCAGTCCCAGTCCTCAGTCCCAGTCCTCAGTCCCAGTCCTCAGT SH11428 11428 64 47 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 4026 4039 4026 13 CGCAGTCCTCAGTCGCAGTCCTCAGTCGCAGTCCTCAGTCGCAGTCCTCAGTCGCAGTCC SH11429 11429 85 209 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 4031 4044 4031 13 TACGTCGCAGTCCTACGTCGCAGTCCTACGTCGCAGTCCTACGTCGCAGTCCTACGTCGC SH11430 11430 54 115 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 4036 4051 4036 15 CTTGACTTACGTCGCCTTGACTTACGTCGCCTTGACTTACGTCGCCTTGACTTACGTCGC SH11431 11431 88 92 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 4041 4058 4041 17 CAGCATCCTTGACTTACCAGCATCCTTGACTTACCAGCATCCTTGACTTACCAGCATCCT SH11432 11432 69 48 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 4046 4061 4046 15 TGCCAGCATCCTTGATGCCAGCATCCTTGATGCCAGCATCCTTGATGCCAGCATCCTTGA SH11433 11433 44 72 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 4051 4067 4051 16 CCATTATGCCAGCATCCCATTATGCCAGCATCCCATTATGCCAGCATCCCATTATGCCAG SH11434 11434 20 170 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 4056 4074 4056 18 CATATAACCATTATGCCACATATAACCATTATGCCACATATAACCATTATGCCACATATA SH11435 11435 85 71 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 4061 4078 4061 17 GCGGCATATAACCATTAGCGGCATATAACCATTAGCGGCATATAACCATTAGCGGCATAT SH11436 11436 88 140 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 4066 4081 4066 15 CGGGCGGCATATAACCGGGCGGCATATAACCGGGCGGCATATAACCGGGCGGCATATAAC SH11437 11437 83 205 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 4071 4084 4071 13 AGACGGGCGGCATAGACGGGCGGCATAGACGGGCGGCATAGACGGGCGGCATAGACGGGC SH11438 11438 83 4 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 4076 4091 4076 15 TGTTTCAAGACGGGCTGTTTCAAGACGGGCTGTTTCAAGACGGGCTGTTTCAAGACGGGC SH11439 11439 104 53 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 4081 4097 4081 16 GGTCCGTGTTTCAAGAGGTCCGTGTTTCAAGAGGTCCGTGTTTCAAGAGGTCCGTGTTTC SH11440 11440 64 51 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 4086 4101 4086 15 CCTTGGTCCGTGTTTCCTTGGTCCGTGTTTCCTTGGTCCGTGTTTCCTTGGTCCGTGTTT SH11441 11441 37 194 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 4091 4104 4091 13 ACTCCTTGGTCCGACTCCTTGGTCCGACTCCTTGGTCCGACTCCTTGGTCCGACTCCTTG SH11442 11442 64 149 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 4096 4112 4096 16 GACGTTAGACTCCTTGGACGTTAGACTCCTTGGACGTTAGACTCCTTGGACGTTAGACTC SH11443 11443 51 94 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 4101 4118 4101 17 CGCATAGACGTTAGACTCGCATAGACGTTAGACTCGCATAGACGTTAGACTCGCATAGAC SH11444 11444 11 15 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 4106 4122 4106 16 CACTCGCATAGACGTTCACTCGCATAGACGTTCACTCGCATAGACGTTCACTCGCATAGA SH11445 11445 25 76 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 4111 4127 4111 16 CCAAACACTCGCATAGCCAAACACTCGCATAGCCAAACACTCGCATAGCCAAACACTCGC SH11446 11446 84 79 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 4116 4131 4116 15 ACACCCAAACACTCGACACCCAAACACTCGACACCCAAACACTCGACACCCAAACACTCG SH11447 11447 56 199 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 4121 4138 4121 17 GGGTTTTACACCCAAACGGGTTTTACACCCAAACGGGTTTTACACCCAAACGGGTTTTAC SH11448 11448 74 154 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 4126 4143 4126 17 CGTATGGGTTTTACACCCGTATGGGTTTTACACCCGTATGGGTTTTACACCCGTATGGGT SH11449 11449 94 106 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 4131 4148 4131 17 TTACGCGTATGGGTTTTTTACGCGTATGGGTTTTTTACGCGTATGGGTTTTTTACGCGTA SH11450 11450 46 213 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 4136 4153 4136 17 TTTCATTACGCGTATGGTTTCATTACGCGTATGGTTTCATTACGCGTATGGTTTCATTAC SH11451 11451 30 163 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 4141 4158 4141 17 TTCACTTTCATTACGCGTTCACTTTCATTACGCGTTCACTTTCATTACGCGTTCACTTTC SH11452 11452 19 120 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 4146 4164 4146 18 CCTACGTTCACTTTCATTCCTACGTTCACTTTCATTCCTACGTTCACTTTCATTCCTACG SH11453 11453 99 101 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 4151 4168 4151 17 CCAACCTACGTTCACTTCCAACCTACGTTCACTTCCAACCTACGTTCACTTCCAACCTAC SH11454 11454 57 162 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 4156 4171 4156 15 GCCCCAACCTACGTTGCCCCAACCTACGTTGCCCCAACCTACGTTGCCCCAACCTACGTT SH11455 11455 46 25 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 4161 4174 4161 13 GAGGCCCCAACCTGAGGCCCCAACCTGAGGCCCCAACCTGAGGCCCCAACCTGAGGCCCC SH11456 11456 3 208 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 4166 4179 4166 13 CTTGCGAGGCCCCCTTGCGAGGCCCCCTTGCGAGGCCCCCTTGCGAGGCCCCCTTGCGAG SH11457 11457 64 9 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 4171 4184 4171 13 CACCTCTTGCGAGCACCTCTTGCGAGCACCTCTTGCGAGCACCTCTTGCGAGCACCTCTT SH11458 11458 40 125 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 4176 4192 4176 16 CGATTGTGCACCTCTTCGATTGTGCACCTCTTCGATTGTGCACCTCTTCGATTGTGCACC SH11459 11459 79 163 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 4181 4196 4181 15 CGGTCGATTGTGCACCGGTCGATTGTGCACCGGTCGATTGTGCACCGGTCGATTGTGCAC SH11460 11460 67 143 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 4186 4201 4186 15 AGGATCGGTCGATTGAGGATCGGTCGATTGAGGATCGGTCGATTGAGGATCGGTCGATTG SH11461 11461 88 14 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 4191 4206 4191 15 ACATCAGGATCGGTCACATCAGGATCGGTCACATCAGGATCGGTCACATCAGGATCGGTC SH11462 11462 24 180 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 4196 4212 4196 16 CCGAAGACATCAGGATCCGAAGACATCAGGATCCGAAGACATCAGGATCCGAAGACATCA SH11463 11463 36 170 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 4201 4216 4201 15 CCATCCGAAGACATCCCATCCGAAGACATCCCATCCGAAGACATCCCATCCGAAGACATC SH11464 11464 77 145 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 4206 4223 4206 17 CTCAAATCCATCCGAAGCTCAAATCCATCCGAAGCTCAAATCCATCCGAAGCTCAAATCC SH11465 11465 63 85 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 4211 4229 4211 18 CTCTTACTCAAATCCATCCTCTTACTCAAATCCATCCTCTTACTCAAATCCATCCTCTTA SH11466 11466 89 159 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 4216 4234 4216 18 CTATGCTCTTACTCAAATCTATGCTCTTACTCAAATCTATGCTCTTACTCAAATCTATGC SH11467 11467 3 53 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 4221 4238 4221 17 ACAGCTATGCTCTTACTACAGCTATGCTCTTACTACAGCTATGCTCTTACTACAGCTATG SH11468 11468 21 21 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 4226 4241 4226 15 CCAACAGCTATGCTCCCAACAGCTATGCTCCCAACAGCTATGCTCCCAACAGCTATGCTC SH11469 11469 76 126 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 4231 4246 4231 15 GGGTCCCAACAGCTAGGGTCCCAACAGCTAGGGTCCCAACAGCTAGGGTCCCAACAGCTA SH11470 11470 59 147 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 4236 4249 4236 13 TTCGGGTCCCAACTTCGGGTCCCAACTTCGGGTCCCAACTTCGGGTCCCAACTTCGGGTC SH11471 11471 88 51 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 4241 4256 4241 15 ACCATCTTTCGGGTCACCATCTTTCGGGTCACCATCTTTCGGGTCACCATCTTTCGGGTC SH11472 11472 53 153 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 4246 4264 4246 18 CATAGTTCACCATCTTTCCATAGTTCACCATCTTTCCATAGTTCACCATCTTTCCATAGT SH11473 11473 30 85 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 4251 4268 4251 17 CAGGCATAGTTCACCATCAGGCATAGTTCACCATCAGGCATAGTTCACCATCAGGCATAG SH11474 11474 26 147 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 4256 4273 4256 17 CTATTCAGGCATAGTTCCTATTCAGGCATAGTTCCTATTCAGGCATAGTTCCTATTCAGG SH11475 11475 45 159 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 4261 4277 4261 16 CACCCTATTCAGGCATCACCCTATTCAGGCATCACCCTATTCAGGCATCACCCTATTCAG SH11476 11476 59 85 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 4266 4282 4266 16 GGCTTCACCCTATTCAGGCTTCACCCTATTCAGGCTTCACCCTATTCAGGCTTCACCCTA SH11477 11477 89 85 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 4271 4284 4271 13 CTGGCTTCACCCTCTGGCTTCACCCTCTGGCTTCACCCTCTGGCTTCACCCTCTGGCTTC SH11478 11478 57 205 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 4276 4291 4276 15 GTTTCCTCTGGCTTCGTTTCCTCTGGCTTCGTTTCCTCTGGCTTCGTTTCCTCTGGCTTC SH11479 11479 7 143 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 4281 4296 4281 15 CCAGAGTTTCCTCTGCCAGAGTTTCCTCTGCCAGAGTTTCCTCTGCCAGAGTTTCCTCTG SH11480 11480 7 75 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 4286 4301 4286 15 CTCCACCAGAGTTTCCTCCACCAGAGTTTCCTCCACCAGAGTTTCCTCCACCAGAGTTTC SH11481 11481 37 74 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 4291 4304 4291 13 AGCCTCCACCAGAAGCCTCCACCAGAAGCCTCCACCAGAAGCCTCCACCAGAAGCCTCCA SH11482 11482 37 103 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 4296 4309 4296 13 CTACGAGCCTCCACTACGAGCCTCCACTACGAGCCTCCACTACGAGCCTCCACTACGAGC SH11483 11483 17 187 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 4301 4314 4301 13 AACCGCTACGAGCAACCGCTACGAGCAACCGCTACGAGCAACCGCTACGAGCAACCGCTA SH11484 11484 74 18 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 4306 4321 4306 15 ACGTCAGAACCGCTAACGTCAGAACCGCTAACGTCAGAACCGCTAACGTCAGAACCGCTA SH11485 11485 27 191 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 4311 4328 4311 17 GATTTGCACGTCAGAACGATTTGCACGTCAGAACGATTTGCACGTCAGAACGATTTGCAC SH11486 11486 59 204 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 4316 4332 4316 16 GATCGATTTGCACGTCGATCGATTTGCACGTCGATCGATTTGCACGTCGATCGATTTGCA SH11487 11487 77 46 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 4321 4336 4321 15 CGACGATCGATTTGCCGACGATCGATTTGCCGACGATCGATTTGCCGACGATCGATTTGC SH11488 11488 38 162 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 4326 4343 4326 17 CCAAATTCGACGATCGACCAAATTCGACGATCGACCAAATTCGACGATCGACCAAATTCG SH11489 11489 7 173 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 4331 4348 4331 17 TATACCCAAATTCGACGTATACCCAAATTCGACGTATACCCAAATTCGACGTATACCCAA SH11490 11490 102 137 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 4336 4353 4336 17 GCCCCTATACCCAAATTGCCCCTATACCCAAATTGCCCCTATACCCAAATTGCCCCTATA SH11491 11491 97 15 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 4341 4354 4341 13 CGCCCCTATACCCCGCCCCTATACCCCGCCCCTATACCCCGCCCCTATACCCCGCCCCTA SH11492 11492 91 200 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 4346 4361 4346 15 AGTCTTTCGCCCCTAAGTCTTTCGCCCCTAAGTCTTTCGCCCCTAAGTCTTTCGCCCCTA SH11493 11493 30 129 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 4351 4368 4351 17 TTCGATTAGTCTTTCGCTTCGATTAGTCTTTCGCTTCGATTAGTCTTTCGCTTCGATTAG SH11494 11494 75 76 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 4356 4373 4356 17 GATGGTTCGATTAGTCTGATGGTTCGATTAGTCTGATGGTTCGATTAGTCTGATGGTTCG SH11495 11495 77 82 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 4361 4379 4361 18 CTACTAGATGGTTCGATTCTACTAGATGGTTCGATTCTACTAGATGGTTCGATTCTACTA SH11496 11496 73 75 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 4366 4383 4366 17 CCAGCTACTAGATGGTTCCAGCTACTAGATGGTTCCAGCTACTAGATGGTTCCAGCTACT SH11497 11497 71 67 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 4371 4387 4371 16 GGAACCAGCTACTAGAGGAACCAGCTACTAGAGGAACCAGCTACTAGAGGAACCAGCTAC SH11498 11498 93 62 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 4376 4391 4376 15 GGCAGGAACCAGCTAGGCAGGAACCAGCTAGGCAGGAACCAGCTAGGCAGGAACCAGCTA SH11499 11499 16 76 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 4381 4394 4381 13 TTCGGCAGGAACCTTCGGCAGGAACCTTCGGCAGGAACCTTCGGCAGGAACCTTCGGCAG SH11500 11500 81 204 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 4386 4401 4386 15 GGGAAACTTCGGCAGGGGAAACTTCGGCAGGGGAAACTTCGGCAGGGGAAACTTCGGCAG SH11501 11501 57 112 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 4391 4406 4391 15 CCTGAGGGAAACTTCCCTGAGGGAAACTTCCCTGAGGGAAACTTCCCTGAGGGAAACTTC SH11502 11502 71 84 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 4396 4411 4396 15 GCTATCCTGAGGGAAGCTATCCTGAGGGAAGCTATCCTGAGGGAAGCTATCCTGAGGGAA SH11503 11503 99 119 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 4401 4417 4401 16 GCTTCTGCTATCCTGAGCTTCTGCTATCCTGAGCTTCTGCTATCCTGAGCTTCTGCTATC SH11504 11504 91 126 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 4406 4423 4406 17 ATACGAGCTTCTGCTATATACGAGCTTCTGCTATATACGAGCTTCTGCTATATACGAGCT SH11505 11505 2 199 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 4411 4428 4411 17 AACTGATACGAGCTTCTAACTGATACGAGCTTCTAACTGATACGAGCTTCTAACTGATAC CTGGCA SH11506 11506 17 145 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 4416 4434 4416 18 TCATAAAACTGATACGAGTCATAAAACTGATACGAGTCATAAAACTGATACGAGTCATAA SH11507 11507 23 141 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 4421 4441 4421 20 CTTTACCTCATAAAACTGATCTTTACCTCATAAAACTGATCTTTACCTCATAAAACTGAT SH11508 11508 94 98 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 4426 4444 4426 18 TCGCTTTACCTCATAAAATCGCTTTACCTCATAAAATCGCTTTACCTCATAAAATCGCTT SH11509 11509 11 153 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 4431 4448 4431 17 TCATTCGCTTTACCTCATCATTCGCTTTACCTCATCATTCGCTTTACCTCATCATTCGCT SH11510 11510 91 160 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 4436 4454 4436 18 CTCTAATCATTCGCTTTACTCTAATCATTCGCTTTACTCTAATCATTCGCTTTACTCTAA SH11511 11511 68 68 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 4441 4458 4441 17 GAACCTCTAATCATTCGGAACCTCTAATCATTCGGAACCTCTAATCATTCGGAACCTCTA SH11512 11512 54 129 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 4446 4461 4446 15 CCGGAACCTCTAATCCCGGAACCTCTAATCCCGGAACCTCTAATCCCGGAACCTCTAATC SH11513 11513 39 122 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 4451 4464 4451 13 ACCCCGGAACCTCACCCCGGAACCTCACCCCGGAACCTCACCCCGGAACCTCACCCCGGA SH11514 11514 44 195 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 4456 4469 4456 13 TTTCGACCCCGGATTTCGACCCCGGATTTCGACCCCGGATTTCGACCCCGGATTTCGACC SH11515 11515 28 148 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 4461 4477 4461 16 CAAGGTCATTTCGACCCAAGGTCATTTCGACCCAAGGTCATTTCGACCCAAGGTCATTTC SH11516 11516 80 46 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 4466 4484 4466 18 AATAGGTCAAGGTCATTTAATAGGTCAAGGTCATTTAATAGGTCAAGGTCATTTAATAGG SH11517 11517 4 167 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 4471 4488 4471 17 TGAGAATAGGTCAAGGTTGAGAATAGGTCAAGGTTGAGAATAGGTCAAGGTTGAGAATAG SH11518 11518 101 192 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 4476 4494 4476 18 AAAGTTTGAGAATAGGTCAAAGTTTGAGAATAGGTCAAAGTTTGAGAATAGGTCAAAGTT SH11519 11519 94 66 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 4481 4503 4481 22 TACATATTTAAAGTTTGAGAATTACATATTTAAAGTTTGAGAATTACATATTTAAAGTTT SH11520 11520 20 210 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 4486 4508 4486 22 CTTCTTACATATTTAAAGTTTGCTTCTTACATATTTAAAGTTTGCTTCTTACATATTTAA SH11521 11521 70 190 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 4491 4511 4491 20 GGACTTCTTACATATTTAAAGGACTTCTTACATATTTAAAGGACTTCTTACATATTTAAA SH11522 11522 60 214 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 4496 4514 4496 18 CAAGGACTTCTTACATATCAAGGACTTCTTACATATCAAGGACTTCTTACATATCAAGGA SH11523 11523 53 95 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 4501 4519 4501 18 AGTAACAAGGACTTCTTAAGTAACAAGGACTTCTTAAGTAACAAGGACTTCTTAAGTAAC SH11524 11524 43 142 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 4506 4525 4506 19 CAATTAAGTAACAAGGACTCAATTAAGTAACAAGGACTCAATTAAGTAACAAGGACTCAA SH11525 11525 8 122 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 4511 4531 4511 20 CACGTTCAATTAAGTAACAACACGTTCAATTAAGTAACAACACGTTCAATTAAGTAACAA SH11526 11526 95 128 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 4516 4534 4516 18 GTCCACGTTCAATTAAGTGTCCACGTTCAATTAAGTGTCCACGTTCAATTAAGTGTCCAC SH11527 11527 20 109 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 4521 4539 4521 18 CAAATGTCCACGTTCAATCAAATGTCCACGTTCAATCAAATGTCCACGTTCAATCAAATG SH11528 11528 2 191 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 4526 4543 4526 17 CATTCAAATGTCCACGTCATTCAAATGTCCACGTCATTCAAATGTCCACGTCATTCAAAT SH11529 11529 27 205 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 4531 4549 4531 18 GCTCTTCATTCAAATGTCGCTCTTCATTCAAATGTCGCTCTTCATTCAAATGTCGCTCTT SH11530 11530 26 193 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 4536 4555 4536 19 CTAAAAGCTCTTCATTCAACTAAAAGCTCTTCATTCAACTAAAAGCTCTTCATTCAACTA SH11531 11531 67 27 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 4541 4558 4541 17 CCACTAAAAGCTCTTCACCACTAAAAGCTCTTCACCACTAAAAGCTCTTCACCACTAAAA SH11532 11532 88 59 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 4546 4561 4546 15 GGCCCACTAAAAGCTGGCCCACTAAAAGCTGGCCCACTAAAAGCTGGCCCACTAAAAGCT SH11533 11533 36 166 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 4551 4568 4551 17 CAAAAATGGCCCACTAACAAAAATGGCCCACTAACAAAAATGGCCCACTAACAAAAATGG SH11534 11534 94 31 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 4556 4573 4556 17 CTTACCAAAAATGGCCCCTTACCAAAAATGGCCCCTTACCAAAAATGGCCCCTTACCAAA SH11535 11535 5 3 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 4561 4579 4561 18 GTTCTGCTTACCAAAAATGTTCTGCTTACCAAAAATGTTCTGCTTACCAAAAATGTTCTG SH11536 11536 11 54 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 4566 4582 4566 16 CCAGTTCTGCTTACCACCAGTTCTGCTTACCACCAGTTCTGCTTACCACCAGTTCTGCTT SH11537 11537 75 46 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 4571 4584 4571 13 CGCCAGTTCTGCTCGCCAGTTCTGCTCGCCAGTTCTGCTCGCCAGTTCTGCTCGCCAGTT SH11538 11538 95 110 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 4576 4589 4576 13 CGCATCGCCAGTTCGCATCGCCAGTTCGCATCGCCAGTTCGCATCGCCAGTTCGCATCGC SH11539 11539 13 52 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 4581 4594 4581 13 CATCCCGCATCGCCATCCCGCATCGCCATCCCGCATCGCCATCCCGCATCGCCATCCCGC SH11540 11540 59 185 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 4586 4599 4586 13 CGGTTCATCCCGCCGGTTCATCCCGCCGGTTCATCCCGCCGGTTCATCCCGCCGGTTCAT SH11541 11541 31 204 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 4591 4608 4591 17 CTCTACGTTCGGTTCATCTCTACGTTCGGTTCATCTCTACGTTCGGTTCATCTCTACGTT SH11542 11542 88 157 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 4596 4613 4596 17 CTTAACTCTACGTTCGGCTTAACTCTACGTTCGGCTTAACTCTACGTTCGGCTTAACTCT SH11543 11543 21 19 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 4601 4617 4601 16 GCACCTTAACTCTACGGCACCTTAACTCTACGGCACCTTAACTCTACGGCACCTTAACTC SH11544 11544 22 77 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 4606 4621 4606 15 TCCGGCACCTTAACTTCCGGCACCTTAACTTCCGGCACCTTAACTTCCGGCACCTTAACT SH11545 11545 85 118 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 4611 4626 4611 15 TGTATTCCGGCACCTTGTATTCCGGCACCTTGTATTCCGGCACCTTGTATTCCGGCACCT SH11546 11546 9 141 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 4616 4629 4616 13 GCGTGTATTCCGGGCGTGTATTCCGGGCGTGTATTCCGGGCGTGTATTCCGGGCGTGTAT SH11547 11547 42 115 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 4621 4638 4621 17 GTCTGATGAGCGTGTATGTCTGATGAGCGTGTATGTCTGATGAGCGTGTATGTCTGATGA SH11548 11548 68 87 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 4626 4641 4626 15 GGTGTCTGATGAGCGGGTGTCTGATGAGCGGGTGTCTGATGAGCGGGTGTCTGATGAGCG SH11549 11549 61 66 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 4631 4648 4631 17 CTTTTGTGGTGTCTGATCTTTTGTGGTGTCTGATCTTTTGTGGTGTCTGATCTTTTGTGG SH11550 11550 35 36 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 4636 4653 4636 17 AACACCTTTTGTGGTGTAACACCTTTTGTGGTGTAACACCTTTTGTGGTGTAACACCTTT SH11551 11551 95 190 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 4641 4659 4641 18 TGAACTAACACCTTTTGTTGAACTAACACCTTTTGTTGAACTAACACCTTTTGTTGAACT SH11552 11552 70 193 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 4646 4664 4646 18 CTAGATGAACTAACACCTCTAGATGAACTAACACCTCTAGATGAACTAACACCTCTAGAT SH11553 11553 58 92 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 4651 4669 4651 18 GCTGTCTAGATGAACTAAGCTGTCTAGATGAACTAAGCTGTCTAGATGAACTAAGCTGTC SH11554 11554 22 87 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 4656 4671 4656 15 CGGCTGTCTAGATGACGGCTGTCTAGATGACGGCTGTCTAGATGACGGCTGTCTAGATGA SH11555 11555 104 2 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 4661 4674 4661 13 GTCCGGCTGTCTAGTCCGGCTGTCTAGTCCGGCTGTCTAGTCCGGCTGTCTAGTCCGGCT SH11556 11556 37 49 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 4666 4679 4666 13 CCACCGTCCGGCTCCACCGTCCGGCTCCACCGTCCGGCTCCACCGTCCGGCTCCACCGTC SH11557 11557 100 187 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 4671 4684 4671 13 CATGGCCACCGTCCATGGCCACCGTCCATGGCCACCGTCCATGGCCACCGTCCATGGCCA SH11558 11558 23 186 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 4676 4691 4676 15 CGACTTCCATGGCCACGACTTCCATGGCCACGACTTCCATGGCCACGACTTCCATGGCCA SH11559 11559 24 148 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 4681 4697 4681 16 GGATTCCGACTTCCATGGATTCCGACTTCCATGGATTCCGACTTCCATGGATTCCGACTT SH11560 11560 39 14 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 4686 4699 4686 13 GCGGATTCCGACTGCGGATTCCGACTGCGGATTCCGACTGCGGATTCCGACTGCGGATTC SH11561 11561 101 63 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 4691 4706 4691 15 CTCCTTAGCGGATTCCTCCTTAGCGGATTCCTCCTTAGCGGATTCCTCCTTAGCGGATTC SH11562 11562 59 70 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 4696 4711 4696 15 ACACACTCCTTAGCGACACACTCCTTAGCGACACACTCCTTAGCGACACACTCCTTAGCG SH11563 11563 69 158 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 4701 4718 4701 17 AGTTGTTACACACTCCTAGTTGTTACACACTCCTAGTTGTTACACACTCCTAGTTGTTAC SH11564 11564 90 209 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 4706 4723 4706 17 CGGTGAGTTGTTACACACGGTGAGTTGTTACACACGGTGAGTTGTTACACACGGTGAGTT SH11565 11565 71 110 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 4711 4726 4711 15 GGCCGGTGAGTTGTTGGCCGGTGAGTTGTTGGCCGGTGAGTTGTTGGCCGGTGAGTTGTT SH11566 11566 60 22 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 4716 4729 4716 13 TTCGGCCGGTGAGTTCGGCCGGTGAGTTCGGCCGGTGAGTTCGGCCGGTGAGTTCGGCCG SH11567 11567 29 161 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 4721 4734 4721 13 GTTCATTCGGCCGGTTCATTCGGCCGGTTCATTCGGCCGGTTCATTCGGCCGGTTCATTC SH11568 11568 61 179 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 4726 4742 4726 16 CAGGGCTAGTTCATTCCAGGGCTAGTTCATTCCAGGGCTAGTTCATTCCAGGGCTAGTTC SH11569 11569 98 8 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 4731 4748 4731 17 CATTTTCAGGGCTAGTTCATTTTCAGGGCTAGTTCATTTTCAGGGCTAGTTCATTTTCAG SH11570 11570 69 114 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 4736 4752 4736 16 CATCCATTTTCAGGGCCATCCATTTTCAGGGCCATCCATTTTCAGGGCCATCCATTTTCA SH11571 11571 89 78 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 4741 4756 4741 15 GCGCCATCCATTTTCGCGCCATCCATTTTCGCGCCATCCATTTTCGCGCCATCCATTTTC SH11572 11572 75 126 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 4746 4759 4746 13 TGAGCGCCATCCATGAGCGCCATCCATGAGCGCCATCCATGAGCGCCATCCATGAGCGCC SH11573 11573 22 63 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 4751 4764 4751 13 ACGCTTGAGCGCCACGCTTGAGCGCCACGCTTGAGCGCCACGCTTGAGCGCCACGCTTGA SH11574 11574 104 172 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 4756 4773 4756 17 ATAGGTAACACGCTTGAATAGGTAACACGCTTGAATAGGTAACACGCTTGAATAGGTAAC SH11575 11575 57 172 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 4761 4778 4761 17 AGAGTATAGGTAACACGAGAGTATAGGTAACACGAGAGTATAGGTAACACGAGAGTATAG SH11576 11576 67 81 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 4766 4783 4766 17 ACGGTAGAGTATAGGTAACGGTAGAGTATAGGTAACGGTAGAGTATAGGTAACGGTAGAG SH11577 11577 68 159 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 4771 4787 4771 16 CCTGACGGTAGAGTATCCTGACGGTAGAGTATCCTGACGGTAGAGTATCCTGACGGTAGA SH11578 11578 51 139 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 4776 4789 4776 13 ACCCTGACGGTAGACCCTGACGGTAGACCCTGACGGTAGACCCTGACGGTAGACCCTGAC SH11579 11579 78 111 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 4781 4798 4781 17 ATCATATCAACCCTGACATCATATCAACCCTGACATCATATCAACCCTGACATCATATCA SH11580 11580 81 189 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 4786 4802 4786 16 GGGCATCATATCAACCGGGCATCATATCAACCGGGCATCATATCAACCGGGCATCATATC SH11581 11581 38 151 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 4791 4807 4791 16 CGTCAGGGCATCATATCGTCAGGGCATCATATCGTCAGGGCATCATATCGTCAGGGCATC SH11582 11582 64 158 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 4796 4809 4796 13 CTCGTCAGGGCATCTCGTCAGGGCATCTCGTCAGGGCATCTCGTCAGGGCATCTCGTCAG SH11583 11583 80 200 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 4801 4814 4801 13 GCCTACTCGTCAGGCCTACTCGTCAGGCCTACTCGTCAGGCCTACTCGTCAGGCCTACTC SH11584 11584 97 49 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 4806 4819 4806 13 CGCCTGCCTACTCCGCCTGCCTACTCCGCCTGCCTACTCCGCCTGCCTACTCCGCCTGCC SH11585 11585 33 44 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 4811 4824 4811 13 CTCCACGCCTGCCCTCCACGCCTGCCCTCCACGCCTGCCCTCCACGCCTGCCCTCCACGC SH11586 11586 50 113 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 4816 4829 4816 13 CTGACCTCCACGCCTGACCTCCACGCCTGACCTCCACGCCTGACCTCCACGCCTGACCTC SH11587 11587 34 127 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 4821 4834 4821 13 CGTCACTGACCTCCGTCACTGACCTCCGTCACTGACCTCCGTCACTGACCTCCGTCACTG SH11588 11588 70 91 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 4826 4839 4826 13 GGCTTCGTCACTGGGCTTCGTCACTGGGCTTCGTCACTGGGCTTCGTCACTGGGCTTCGT SH11589 11589 42 111 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 4831 4846 4831 15 CGGTCTAGGCTTCGTCGGTCTAGGCTTCGTCGGTCTAGGCTTCGTCGGTCTAGGCTTCGT SH11590 11590 27 202 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 4836 4851 4836 15 CCTTACGGTCTAGGCCCTTACGGTCTAGGCCCTTACGGTCTAGGCCCTTACGGTCTAGGC SH11591 11591 82 171 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 4841 4854 4841 13 CGACCTTACGGTCCGACCTTACGGTCCGACCTTACGGTCCGACCTTACGGTCCGACCTTA SH11592 11592 52 81 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 4846 4859 4846 13 CGACCCGACCTTACGACCCGACCTTACGACCCGACCTTACGACCCGACCTTACGACCCGA SH11593 11593 32 19 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 4851 4864 4851 13 CCGTTCGACCCGACCGTTCGACCCGACCGTTCGACCCGACCGTTCGACCCGACCGTTCGA SH11594 11594 43 50 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 4856 4869 4856 13 AGAGGCCGTTCGAAGAGGCCGTTCGAAGAGGCCGTTCGAAGAGGCCGTTCGAAGAGGCCG SH11595 11595 43 94 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 4861 4874 4861 13 GCACTAGAGGCCGGCACTAGAGGCCGGCACTAGAGGCCGGCACTAGAGGCCGGCACTAGA SH11596 11596 41 45 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 4866 4883 4866 17 CCAAGATCTGCACTAGACCAAGATCTGCACTAGACCAAGATCTGCACTAGACCAAGATCT SH11597 11597 11 47 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 4871 4886 4871 15 CCACCAAGATCTGCACCACCAAGATCTGCACCACCAAGATCTGCACCACCAAGATCTGCA SH11598 11598 59 106 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 4876 4893 4876 17 GCTACTACCACCAAGATGCTACTACCACCAAGATGCTACTACCACCAAGATGCTACTACC SH11599 11599 75 75 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 4881 4898 4881 17 TATTTGCTACTACCACCTATTTGCTACTACCACCTATTTGCTACTACCACCTATTTGCTA SH11600 11600 57 48 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 4886 4906 4886 20 CATTTGAATATTTGCTACTACATTTGAATATTTGCTACTACATTTGAATATTTGCTACTA SH11601 11601 29 172 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 4891 4911 4891 20 GTTCTCATTTGAATATTTGCGTTCTCATTTGAATATTTGCGTTCTCATTTGAATATTTGC SH11602 11602 69 50 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 4896 4916 4896 20 TCAAAGTTCTCATTTGAATATCAAAGTTCTCATTTGAATATCAAAGTTCTCATTTGAATA SH11603 11603 17 127 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 4901 4920 4901 19 GTCTTCAAAGTTCTCATTTGTCTTCAAAGTTCTCATTTGTCTTCAAAGTTCTCATTTGTC SH11604 11604 3 109 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 4906 4924 4906 18 TTCAGTCTTCAAAGTTCTTTCAGTCTTCAAAGTTCTTTCAGTCTTCAAAGTTCTTTCAGT SH11605 11605 67 105 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 4911 4928 4911 17 CCACTTCAGTCTTCAAACCACTTCAGTCTTCAAACCACTTCAGTCTTCAAACCACTTCAG SH11606 11606 57 81 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 4916 4931 4916 15 TCCCCACTTCAGTCTTCCCCACTTCAGTCTTCCCCACTTCAGTCTTCCCCACTTCAGTCT SH11607 11607 20 208 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 4921 4936 4921 15 ACCTTTCCCCACTTCACCTTTCCCCACTTCACCTTTCCCCACTTCACCTTTCCCCACTTC SH11608 11608 69 82 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 4926 4939 4926 13 GGAACCTTTCCCCGGAACCTTTCCCCGGAACCTTTCCCCGGAACCTTTCCCCGGAACCTT SH11609 11609 99 2 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 4931 4947 4931 16 GTTGACGTGGAACCTTGTTGACGTGGAACCTTGTTGACGTGGAACCTTGTTGACGTGGAA SH11610 11610 63 70 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 4936 4951 4936 15 TGCTGTTGACGTGGATGCTGTTGACGTGGATGCTGTTGACGTGGATGCTGTTGACGTGGA SH11611 11611 38 116 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 4941 4956 4941 15 CCAACTGCTGTTGACCCAACTGCTGTTGACCCAACTGCTGTTGACCCAACTGCTGTTGAC SH11612 11612 8 199 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 4946 4959 4946 13 CGTCCAACTGCTGCGTCCAACTGCTGCGTCCAACTGCTGCGTCCAACTGCTGCGTCCAAC SH11613 11613 57 76 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 4951 4964 4951 13 ACCCACGTCCAACACCCACGTCCAACACCCACGTCCAACACCCACGTCCAACACCCACGT SH11614 11614 73 80 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 4956 4971 4956 15 TCGACTAACCCACGTTCGACTAACCCACGTTCGACTAACCCACGTTCGACTAACCCACGT SH11615 11615 31 95 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 4961 4978 4961 17 CTTAGGATCGACTAACCCTTAGGATCGACTAACCCTTAGGATCGACTAACCCTTAGGATC SH11616 11616 51 100 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 4966 4983 4966 17 CATCTCTTAGGATCGACCATCTCTTAGGATCGACCATCTCTTAGGATCGACCATCTCTTA SH11617 11617 66 172 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 4971 4986 4971 15 CCCCATCTCTTAGGACCCCATCTCTTAGGACCCCATCTCTTAGGACCCCATCTCTTAGGA SH11618 11618 45 61 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 4976 4991 4976 15 AGCTTCCCCATCTCTAGCTTCCCCATCTCTAGCTTCCCCATCTCTAGCTTCCCCATCTCT SH11619 11619 98 214 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 4981 4994 4981 13 CGGAGCTTCCCCACGGAGCTTCCCCACGGAGCTTCCCCACGGAGCTTCCCCACGGAGCTT SH11620 11620 85 199 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 4986 5003 4986 17 CCTTTGAAACGGAGCTTCCTTTGAAACGGAGCTTCCTTTGAAACGGAGCTTCCTTTGAAA SH11621 11621 12 5 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 4991 5006 4991 15 AGGCCTTTGAAACGGAGGCCTTTGAAACGGAGGCCTTTGAAACGGAGGCCTTTGAAACGG SH11622 11622 100 167 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 4996 5014 4996 18 ATAAAATCAGGCCTTTGAATAAAATCAGGCCTTTGAATAAAATCAGGCCTTTGAATAAAA SH11623 11623 29 29 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 5001 5018 5001 17 CTGCATAAAATCAGGCCCTGCATAAAATCAGGCCCTGCATAAAATCAGGCCCTGCATAAA SH11624 11624 25 84 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 5006 5023 5006 17 GTGGCCTGCATAAAATCGTGGCCTGCATAAAATCGTGGCCTGCATAAAATCGTGGCCTGC SH11625 11625 62 176 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 5011 5024 5011 13 GGTGGCCTGCATAGGTGGCCTGCATAGGTGGCCTGCATAGGTGGCCTGCATAGGTGGCCT SH11626 11626 20 113 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 5016 5029 5016 13 TCGATGGTGGCCTTCGATGGTGGCCTTCGATGGTGGCCTTCGATGGTGGCCTTCGATGGT SH11627 11627 87 52 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 5021 5038 5021 17 GATTCCCTTTCGATGGTGATTCCCTTTCGATGGTGATTCCCTTTCGATGGTGATTCCCTT SH11628 11628 83 135 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 5026 5041 5026 15 CCGGATTCCCTTTCGCCGGATTCCCTTTCGCCGGATTCCCTTTCGCCGGATTCCCTTTCG SH11629 11629 69 174 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 5031 5046 5031 15 CTTAACCGGATTCCCCTTAACCGGATTCCCCTTAACCGGATTCCCCTTAACCGGATTCCC SH11630 11630 36 63 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 5036 5052 5036 16 CGGAATCTTAACCGGACGGAATCTTAACCGGACGGAATCTTAACCGGACGGAATCTTAAC SH11631 11631 87 40 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 5041 5058 5041 17 AGGTTCCGGAATCTTAAAGGTTCCGGAATCTTAAAGGTTCCGGAATCTTAAAGGTTCCGG SH11632 11632 59 47 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 5046 5061 5046 15 TCCAGGTTCCGGAATTCCAGGTTCCGGAATTCCAGGTTCCGGAATTCCAGGTTCCGGAAT SH11633 11633 91 94 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 5051 5066 5051 15 CCATATCCAGGTTCCCCATATCCAGGTTCCCCATATCCAGGTTCCCCATATCCAGGTTCC SH11634 11634 97 62 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 5056 5073 5056 17 GAAGAATCCATATCCAGGAAGAATCCATATCCAGGAAGAATCCATATCCAGGAAGAATCC SH11635 11635 17 93 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 5061 5078 5061 17 ACCGTGAAGAATCCATAACCGTGAAGAATCCATAACCGTGAAGAATCCATAACCGTGAAG SH11636 11636 6 55 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 5066 5083 5066 17 ACGTTACCGTGAAGAATACGTTACCGTGAAGAATACGTTACCGTGAAGAATACGTTACCG SH11637 11637 47 21 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 5071 5088 5071 17 CAGTTACGTTACCGTGACAGTTACGTTACCGTGACAGTTACGTTACCGTGACAGTTACGT SH11638 11638 7 23 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 5076 5094 5076 18 CACATTCAGTTACGTTACCACATTCAGTTACGTTACCACATTCAGTTACGTTACCACATT SH11639 11639 31 194 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 5081 5098 5081 17 TCTCCACATTCAGTTACTCTCCACATTCAGTTACTCTCCACATTCAGTTACTCTCCACAT SH11640 11640 39 38 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 5086 5102 5086 16 GACGTCTCCACATTCAGACGTCTCCACATTCAGACGTCTCCACATTCAGACGTCTCCACA SH11641 11641 53 137 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 5091 5104 5091 13 CCGACGTCTCCACCCGACGTCTCCACCCGACGTCTCCACCCGACGTCTCCACCCGACGTC SH11642 11642 31 25 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 5096 5109 5096 13 TCGCGCCGACGTCTCGCGCCGACGTCTCGCGCCGACGTCTCGCGCCGACGTCTCGCGCCG SH11643 11643 58 126 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 5101 5114 5101 13 AGGGCTCGCGCCGAGGGCTCGCGCCGAGGGCTCGCGCCGAGGGCTCGCGCCGAGGGCTCG SH11644 11644 53 129 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 5106 5119 5106 13 CTCCCAGGGCTCGCTCCCAGGGCTCGCTCCCAGGGCTCGCTCCCAGGGCTCGCTCCCAGG SH11645 11645 5 14 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 5111 5124 5111 13 AACTCCTCCCAGGAACTCCTCCCAGGAACTCCTCCCAGGAACTCCTCCCAGGAACTCCTC SH11646 11646 66 34 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 5116 5134 5116 18 AAGAAAAGATAACTCCTCAAGAAAAGATAACTCCTCAAGAAAAGATAACTCCTCAAGAAA SH11647 11647 65 117 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 5121 5141 5121 20 TGTTAAGAAGAAAAGATAACTGTTAAGAAGAAAAGATAACTGTTAAGAAGAAAAGATAAC SH11648 11648 52 173 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 5126 5144 5126 18 AGCTGTTAAGAAGAAAAGAGCTGTTAAGAAGAAAAGAGCTGTTAAGAAGAAAAGAGCTGT SH11649 11649 26 212 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 5131 5149 5131 18 TGATAAGCTGTTAAGAAGTGATAAGCTGTTAAGAAGTGATAAGCTGTTAAGAAGTGATAA SH11650 11650 89 29 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 5136 5153 5136 17 GGGGTGATAAGCTGTTAGGGGTGATAAGCTGTTAGGGGTGATAAGCTGTTAGGGGTGATA SH11651 11651 94 23 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 5141 5154 5141 13 CGGGGTGATAAGCCGGGGTGATAAGCCGGGGTGATAAGCCGGGGTGATAAGCCGGGGTGA SH11652 11652 75 42 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 5146 5161 5146 15 CCAATTCCGGGGTGACCAATTCCGGGGTGACCAATTCCGGGGTGACCAATTCCGGGGTGA SH11653 11653 37 15 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 5151 5168 5151 17 GGATAAACCAATTCCGGGGATAAACCAATTCCGGGGATAAACCAATTCCGGGGATAAACC SH11654 11654 41 23 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 5156 5173 5156 17 TCTCCGGATAAACCAATTCTCCGGATAAACCAATTCTCCGGATAAACCAATTCTCCGGAT SH11655 11655 64 129 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 5161 5177 5161 16 CCCATCTCCGGATAAACCCATCTCCGGATAAACCCATCTCCGGATAAACCCATCTCCGGA SH11656 11656 24 153 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 5166 5179 5166 13 ACCCCATCTCCGGACCCCATCTCCGGACCCCATCTCCGGACCCCATCTCCGGACCCCATC SH11657 11657 25 89 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 5171 5186 5171 15 CCATAAGACCCCATCCCATAAGACCCCATCCCATAAGACCCCATCCCATAAGACCCCATC SH11658 11658 3 159 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 5176 5191 5176 15 TCCAGCCATAAGACCTCCAGCCATAAGACCTCCAGCCATAAGACCTCCAGCCATAAGACC SH11659 11659 72 183 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 5181 5196 5181 15 CCTCTTCCAGCCATACCTCTTCCAGCCATACCTCTTCCAGCCATACCTCTTCCAGCCATA SH11660 11660 20 184 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 5186 5199 5186 13 TGGCCTCTTCCAGTGGCCTCTTCCAGTGGCCTCTTCCAGTGGCCTCTTCCAGTGGCCTCT SH11661 11661 94 133 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 5191 5204 5191 13 GGTGCTGGCCTCTGGTGCTGGCCTCTGGTGCTGGCCTCTGGTGCTGGCCTCTGGTGCTGG SH11662 11662 102 35 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 5196 5209 5196 13 GCAAAGGTGCTGGGCAAAGGTGCTGGGCAAAGGTGCTGGGCAAAGGTGCTGGGCAAAGGT SH11663 11663 16 44 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 5201 5216 5201 15 GGAGCCAGCAAAGGTGGAGCCAGCAAAGGTGGAGCCAGCAAAGGTGGAGCCAGCAAAGGT SH11664 11664 56 87 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 5206 5219 5206 13 ACCGGAGCCAGCAACCGGAGCCAGCAACCGGAGCCAGCAACCGGAGCCAGCAACCGGAGC SH11665 11665 8 143 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 5211 5224 5211 13 AGCGCACCGGAGCAGCGCACCGGAGCAGCGCACCGGAGCAGCGCACCGGAGCAGCGCACC SH11666 11666 89 16 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 5216 5229 5216 13 TCACAAGCGCACCTCACAAGCGCACCTCACAAGCGCACCTCACAAGCGCACCTCACAAGC SH11667 11667 12 41 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 5221 5234 5221 13 GGCCGTCACAAGCGGCCGTCACAAGCGGCCGTCACAAGCGGCCGTCACAAGCGGCCGTCA SH11668 11668 39 190 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 5226 5239 5226 13 TCACGGGCCGTCATCACGGGCCGTCATCACGGGCCGTCATCACGGGCCGTCATCACGGGC SH11669 11669 18 45 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 5231 5246 5231 15 TGGATTTTCACGGGCTGGATTTTCACGGGCTGGATTTTCACGGGCTGGATTTTCACGGGC SH11670 11670 28 70 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 5236 5253 5236 17 CTTCCTGTGGATTTTCACTTCCTGTGGATTTTCACTTCCTGTGGATTTTCACTTCCTGTG SH11671 11671 25 163 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 5241 5258 5241 17 TATTCCTTCCTGTGGATTATTCCTTCCTGTGGATTATTCCTTCCTGTGGATTATTCCTTC SH11672 11672 43 114 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 5246 5264 5246 18 GAAAACTATTCCTTCCTGGAAAACTATTCCTTCCTGGAAAACTATTCCTTCCTGGAAAAC SH11673 11673 13 8 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 5251 5269 5251 18 GGCATGAAAACTATTCCTGGCATGAAAACTATTCCTGGCATGAAAACTATTCCTGGCATG SH11674 11674 6 104 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 5256 5273 5256 17 ACCTGGCATGAAAACTAACCTGGCATGAAAACTAACCTGGCATGAAAACTAACCTGGCAT SH11675 11675 61 158 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 5261 5276 5261 15 ACGACCTGGCATGAAACGACCTGGCATGAAACGACCTGGCATGAAACGACCTGGCATGAA SH11676 11676 87 119 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 5266 5279 5266 13 AGTACGACCTGGCAGTACGACCTGGCAGTACGACCTGGCAGTACGACCTGGCAGTACGAC SH11677 11677 80 70 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 5271 5287 5271 16 CGGTTATCAGTACGACCGGTTATCAGTACGACCGGTTATCAGTACGACCGGTTATCAGTA SH11678 11678 39 154 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 5276 5291 5276 15 GCTGCGGTTATCAGTGCTGCGGTTATCAGTGCTGCGGTTATCAGTGCTGCGGTTATCAGT SH11679 11679 65 171 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 5281 5294 5281 13 CCTGCTGCGGTTACCTGCTGCGGTTACCTGCTGCGGTTACCTGCTGCGGTTACCTGCTGC SH11680 11680 58 16 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 5286 5299 5286 13 GGAGACCTGCTGCGGAGACCTGCTGCGGAGACCTGCTGCGGAGACCTGCTGCGGAGACCT SH11681 11681 47 39 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 5291 5306 5291 15 TCACCTTGGAGACCTTCACCTTGGAGACCTTCACCTTGGAGACCTTCACCTTGGAGACCT SH11682 11682 26 198 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 5296 5311 5296 15 GCTGTTCACCTTGGAGCTGTTCACCTTGGAGCTGTTCACCTTGGAGCTGTTCACCTTGGA SH11683 11683 15 94 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 5301 5314 5301 13 GAGGCTGTTCACCGAGGCTGTTCACCGAGGCTGTTCACCGAGGCTGTTCACCGAGGCTGT SH11684 11684 95 159 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 5306 5323 5306 17 TATCAACTAGAGGCTGTTATCAACTAGAGGCTGTTATCAACTAGAGGCTGTTATCAACTA SH11685 11685 56 183 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 5311 5331 5311 20 CATTATTCTATCAACTAGAGCATTATTCTATCAACTAGAGCATTATTCTATCAACTAGAG SH11686 11686 34 66 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 5316 5336 5316 20 ATCTACATTATTCTATCAACATCTACATTATTCTATCAACATCTACATTATTCTATCAAC SH11687 11687 48 147 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 5321 5341 5321 20 CCCTTATCTACATTATTCTACCCTTATCTACATTATTCTACCCTTATCTACATTATTCTA SH11688 11688 20 144 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 5326 5344 5326 18 CTTCCCTTATCTACATTACTTCCCTTATCTACATTACTTCCCTTATCTACATTACTTCCC SH11689 11689 46 199 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 5331 5348 5331 17 CCGACTTCCCTTATCTACCGACTTCCCTTATCTACCGACTTCCCTTATCTACCGACTTCC SH11690 11690 25 140 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 5336 5349 5336 13 GCCGACTTCCCTTGCCGACTTCCCTTGCCGACTTCCCTTGCCGACTTCCCTTGCCGACTT SH11691 11691 82 136 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 5341 5359 5341 18 GATCTATTTTGCCGACTTGATCTATTTTGCCGACTTGATCTATTTTGCCGACTTGATCTA SH11692 11692 49 205 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 5346 5363 5346 17 TACGGATCTATTTTGCCTACGGATCTATTTTGCCTACGGATCTATTTTGCCTACGGATCT SH11693 11693 95 102 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 5351 5369 5351 18 CGAAGTTACGGATCTATTCGAAGTTACGGATCTATTCGAAGTTACGGATCTATTCGAAGT SH11694 11694 85 167 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 5356 5371 5356 15 CCCGAAGTTACGGATCCCGAAGTTACGGATCCCGAAGTTACGGATCCCGAAGTTACGGAT SH11695 11695 78 24 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 5361 5378 5361 17 TCCTTATCCCGAAGTTATCCTTATCCCGAAGTTATCCTTATCCCGAAGTTATCCTTATCC SH11696 11696 13 194 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 5366 5382 5366 16 CCAATCCTTATCCCGACCAATCCTTATCCCGACCAATCCTTATCCCGACCAATCCTTATC SH11697 11697 30 176 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 5371 5389 5371 18 CTTAGAGCCAATCCTTATCTTAGAGCCAATCCTTATCTTAGAGCCAATCCTTATCTTAGA SH11698 11698 18 168 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 5376 5391 5376 15 CCCTTAGAGCCAATCCCCTTAGAGCCAATCCCCTTAGAGCCAATCCCCTTAGAGCCAATC SH11699 11699 36 24 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 5381 5394 5381 13 CGACCCTTAGAGCCGACCCTTAGAGCCGACCCTTAGAGCCGACCCTTAGAGCCGACCCTT SH11700 11700 40 159 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 5386 5399 5386 13 CTACCCGACCCTTCTACCCGACCCTTCTACCCGACCCTTCTACCCGACCCTTCTACCCGA SH11701 11701 35 55 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 5391 5404 5391 13 CCTCACTACCCGACCTCACTACCCGACCTCACTACCCGACCTCACTACCCGACCTCACTA SH11702 11702 81 72 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 5396 5411 5396 15 CCAAGGCCCTCACTACCAAGGCCCTCACTACCAAGGCCCTCACTACCAAGGCCCTCACTA SH11703 11703 74 101 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 5401 5414 5401 13 TGACCAAGGCCCTTGACCAAGGCCCTTGACCAAGGCCCTTGACCAAGGCCCTTGACCAAG SH11704 11704 50 125 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 5406 5419 5406 13 GCGTCTGACCAAGGCGTCTGACCAAGGCGTCTGACCAAGGCGTCTGACCAAGGCGTCTGA SH11705 11705 84 85 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 5411 5424 5411 13 CCGCTGCGTCTGACCGCTGCGTCTGACCGCTGCGTCTGACCGCTGCGTCTGACCGCTGCG SH11706 11706 74 170 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 5416 5429 5416 13 CACGCCCGCTGCGCACGCCCGCTGCGCACGCCCGCTGCGCACGCCCGCTGCGCACGCCCG SH11707 11707 10 206 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 5421 5434 5421 13 ACAAGCACGCCCGACAAGCACGCCCGACAAGCACGCCCGACAAGCACGCCCGACAAGCAC SH11708 11708 50 191 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 5426 5441 5426 15 GCAGTCCACAAGCACGCAGTCCACAAGCACGCAGTCCACAAGCACGCAGTCCACAAGCAC SH11709 11709 75 214 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 5431 5446 5431 15 ACCAAGCAGTCCACAACCAAGCAGTCCACAACCAAGCAGTCCACAACCAAGCAGTCCACA SH11710 11710 54 36 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 5436 5449 5436 13 CCCACCAAGCAGTCCCACCAAGCAGTCCCACCAAGCAGTCCCACCAAGCAGTCCCACCAA SH11711 11711 60 149 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 5441 5454 5441 13 CAAGCCCCACCAACAAGCCCCACCAACAAGCCCCACCAACAAGCCCCACCAACAAGCCCC SH11712 11712 61 107 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 5446 5459 5446 13 CAGAGCAAGCCCCCAGAGCAAGCCCCCAGAGCAAGCCCCCAGAGCAAGCCCCCAGAGCAA SH11713 11713 97 12 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 5451 5466 5451 15 CGCCTAGCAGAGCAACGCCTAGCAGAGCAACGCCTAGCAGAGCAACGCCTAGCAGAGCAA SH11714 11714 89 9 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 5456 5469 5456 13 GTCCGCCTAGCAGGTCCGCCTAGCAGGTCCGCCTAGCAGGTCCGCCTAGCAGGTCCGCCT SH11715 11715 20 79 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 5461 5476 5461 15 GCAAGTAGTCCGCCTGCAAGTAGTCCGCCTGCAAGTAGTCCGCCTGCAAGTAGTCCGCCT SH11716 11716 81 9 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 5466 5481 5466 15 GGCACGCAAGTAGTCGGCACGCAAGTAGTCGGCACGCAAGTAGTCGGCACGCAAGTAGTC SH11717 11717 67 50 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 5471 5484 5471 13 CAAGGCACGCAAGCAAGGCACGCAAGCAAGGCACGCAAGCAAGGCACGCAAGCAAGGCAC SH11718 11718 25 71 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 5476 5492 5476 16 GTCTACAACAAGGCACGTCTACAACAAGGCACGTCTACAACAAGGCACGTCTACAACAAG SH11719 11719 80 166 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 5481 5496 5481 15 GGCCGTCTACAACAAGGCCGTCTACAACAAGGCCGTCTACAACAAGGCCGTCTACAACAA SH11720 11720 28 69 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 5486 5499 5486 13 CAAGGCCGTCTACCAAGGCCGTCTACCAAGGCCGTCTACCAAGGCCGTCTACCAAGGCCG SH11721 11721 73 21 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 5491 5504 5491 13 CCTACCAAGGCCGCCTACCAAGGCCGCCTACCAAGGCCGCCTACCAAGGCCGCCTACCAA SH11722 11722 51 197 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 5496 5513 5496 17 TACAAGAGACCTACCAATACAAGAGACCTACCAATACAAGAGACCTACCAATACAAGAGA SH11723 11723 81 31 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 5501 5517 5501 16 GGTCTACAAGAGACCTGGTCTACAAGAGACCTGGTCTACAAGAGACCTGGTCTACAAGAG SH11724 11724 103 42 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 5506 5521 5506 15 CGACGGTCTACAAGACGACGGTCTACAAGACGACGGTCTACAAGACGACGGTCTACAAGA SH11725 11725 72 162 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 5511 5526 5511 15 GCAAGCGACGGTCTAGCAAGCGACGGTCTAGCAAGCGACGGTCTAGCAAGCGACGGTCTA SH11726 11726 86 131 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 5516 5529 5516 13 GTAGCAAGCGACGGTAGCAAGCGACGGTAGCAAGCGACGGTAGCAAGCGACGGTAGCAAG SH11727 11727 29 135 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 5521 5539 5521 18 ATCGTTAATTGTAGCAAGATCGTTAATTGTAGCAAGATCGTTAATTGTAGCAAGATCGTT SH11728 11728 2 88 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 5526 5546 5526 20 TAAGTTGATCGTTAATTGTATAAGTTGATCGTTAATTGTATAAGTTGATCGTTAATTGTA SH11729 11729 95 153 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 5531 5550 5531 19 GTTCTAAGTTGATCGTTAAGTTCTAAGTTGATCGTTAAGTTCTAAGTTGATCGTTAAGTT SH11730 11730 39 143 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 5536 5553 5536 17 CCAGTTCTAAGTTGATCCCAGTTCTAAGTTGATCCCAGTTCTAAGTTGATCCCAGTTCTA SH11731 11731 80 135 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 5541 5558 5541 17 CCGTACCAGTTCTAAGTCCGTACCAGTTCTAAGTCCGTACCAGTTCTAAGTCCGTACCAG SH11732 11732 26 68 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 5546 5561 5546 15 TGTCCGTACCAGTTCTGTCCGTACCAGTTCTGTCCGTACCAGTTCTGTCCGTACCAGTTC SH11733 11733 46 112 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 5551 5564 5551 13 CCTTGTCCGTACCCCTTGTCCGTACCCCTTGTCCGTACCCCTTGTCCGTACCCCTTGTCC SH11734 11734 89 214 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 5556 5571 5556 15 AGATTCCCCTTGTCCAGATTCCCCTTGTCCAGATTCCCCTTGTCCAGATTCCCCTTGTCC SH11735 11735 79 212 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 5561 5576 5561 15 CAGTCAGATTCCCCTCAGTCAGATTCCCCTCAGTCAGATTCCCCTCAGTCAGATTCCCCT SH11736 11736 14 175 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 5566 5586 5566 20 TTTAATTAGACAGTCAGATTTTTAATTAGACAGTCAGATTTTTAATTAGACAGTCAGATT SH11737 11737 58 96 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 5571 5591 5571 20 TATGTTTTAATTAGACAGTCTATGTTTTAATTAGACAGTCTATGTTTTAATTAGACAGTC SH11738 11738 8 74 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 5576 5597 5576 21 CAATGCTATGTTTTAATTAGACAATGCTATGTTTTAATTAGACAATGCTATGTTTTAATT SH11739 11739 9 8 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 5581 5599 5581 18 CGCAATGCTATGTTTTAACGCAATGCTATGTTTTAACGCAATGCTATGTTTTAACGCAAT SH11740 11740 17 192 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 5586 5603 5586 17 CCATCGCAATGCTATGTCCATCGCAATGCTATGTCCATCGCAATGCTATGTCCATCGCAA SH11741 11741 79 145 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 5591 5606 5591 15 TGACCATCGCAATGCTGACCATCGCAATGCTGACCATCGCAATGCTGACCATCGCAATGC SH11742 11742 75 152 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 5596 5611 5596 15 CTTTCTGACCATCGCCTTTCTGACCATCGCCTTTCTGACCATCGCCTTTCTGACCATCGC SH11743 11743 10 127 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 5601 5618 5601 17 AACATCACTTTCTGACCAACATCACTTTCTGACCAACATCACTTTCTGACCAACATCACT SH11744 11744 29 150 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 5606 5623 5606 17 GCGTCAACATCACTTTCGCGTCAACATCACTTTCGCGTCAACATCACTTTCGCGTCAACA SH11745 11745 54 86 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 5611 5628 5611 17 ACATTGCGTCAACATCAACATTGCGTCAACATCAACATTGCGTCAACATCAACATTGCGT SH11746 11746 47 167 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 5616 5634 5616 18 GAAATCACATTGCGTCAAGAAATCACATTGCGTCAAGAAATCACATTGCGTCAAGAAATC SH11747 11747 79 109 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 5621 5638 5621 17 GGCAGAAATCACATTGCGGCAGAAATCACATTGCGGCAGAAATCACATTGCGGCAGAAAT SH11748 11748 10 194 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 5626 5641 5626 15 CTGGGCAGAAATCACCTGGGCAGAAATCACCTGGGCAGAAATCACCTGGGCAGAAATCAC SH11749 11749 22 142 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 5631 5644 5631 13 GCACTGGGCAGAAGCACTGGGCAGAAGCACTGGGCAGAAGCACTGGGCAGAAGCACTGGG SH11750 11750 27 129 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 5636 5649 5636 13 TCAGAGCACTGGGTCAGAGCACTGGGTCAGAGCACTGGGTCAGAGCACTGGGTCAGAGCA SH11751 11751 16 101 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 5641 5658 5641 17 CTTTGACATTCAGAGCACTTTGACATTCAGAGCACTTTGACATTCAGAGCACTTTGACAT SH11752 11752 103 19 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 5646 5664 5646 18 TCTTCACTTTGACATTCATCTTCACTTTGACATTCATCTTCACTTTGACATTCATCTTCA SH11753 11753 50 124 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 5651 5669 5651 18 GAATTTCTTCACTTTGACGAATTTCTTCACTTTGACGAATTTCTTCACTTTGACGAATTT SH11754 11754 70 56 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 5656 5674 5656 18 TGGTTGAATTTCTTCACTTGGTTGAATTTCTTCACTTGGTTGAATTTCTTCACTTGGTTG SH11755 11755 58 181 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 5661 5678 5661 17 CGCTTGGTTGAATTTCTCGCTTGGTTGAATTTCTCGCTTGGTTGAATTTCTCGCTTGGTT SH11756 11756 94 122 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 5666 5681 5666 15 CCGCGCTTGGTTGAACCGCGCTTGGTTGAACCGCGCTTGGTTGAACCGCGCTTGGTTGAA SH11757 11757 45 95 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 5671 5684 5671 13 TACCCGCGCTTGGTACCCGCGCTTGGTACCCGCGCTTGGTACCCGCGCTTGGTACCCGCG SH11758 11758 45 68 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 5676 5689 5676 13 CCGTTTACCCGCGCCGTTTACCCGCGCCGTTTACCCGCGCCGTTTACCCGCGCCGTTTAC SH11759 11759 59 207 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 5681 5694 5681 13 TCCCGCCGTTTACTCCCGCCGTTTACTCCCGCCGTTTACTCCCGCCGTTTACTCCCGCCG SH11760 11760 24 175 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 5686 5699 5686 13 GTTACTCCCGCCGGTTACTCCCGCCGGTTACTCCCGCCGGTTACTCCCGCCGGTTACTCC SH11761 11761 93 198 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 5691 5708 5691 17 AGAGTCATAGTTACTCCAGAGTCATAGTTACTCCAGAGTCATAGTTACTCCAGAGTCATA SH11762 11762 67 75 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 5696 5714 5696 18 CTTAAGAGAGTCATAGTTCTTAAGAGAGTCATAGTTCTTAAGAGAGTCATAGTTCTTAAG SH11763 11763 76 200 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 5701 5718 5701 17 CTACCTTAAGAGAGTCACTACCTTAAGAGAGTCACTACCTTAAGAGAGTCACTACCTTAA SH11764 11764 14 84 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 5706 5723 5706 17 TTTGGCTACCTTAAGAGTTTGGCTACCTTAAGAGTTTGGCTACCTTAAGAGTTTGGCTAC SH11765 11765 71 134 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 5711 5727 5711 16 GGCATTTGGCTACCTTGGCATTTGGCTACCTTGGCATTTGGCTACCTTGGCATTTGGCTA SH11766 11766 31 167 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 5716 5731 5716 15 ACGAGGCATTTGGCTACGAGGCATTTGGCTACGAGGCATTTGGCTACGAGGCATTTGGCT SH11767 11767 100 206 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 5721 5738 5721 17 TTAGATGACGAGGCATTTTAGATGACGAGGCATTTTAGATGACGAGGCATTTTAGATGAC SH11768 11768 79 186 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 5726 5744 5726 18 CACTAATTAGATGACGAGCACTAATTAGATGACGAGCACTAATTAGATGACGAGCACTAA SH11769 11769 67 214 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 5731 5748 5731 17 GCGTCACTAATTAGATGGCGTCACTAATTAGATGGCGTCACTAATTAGATGGCGTCACTA SH11770 11770 16 142 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 5736 5753 5736 17 CATGCGCGTCACTAATTCATGCGCGTCACTAATTCATGCGCGTCACTAATTCATGCGCGT SH11771 11771 19 160 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 5741 5754 5741 13 TCATGCGCGTCACTCATGCGCGTCACTCATGCGCGTCACTCATGCGCGTCACTCATGCGC SH11772 11772 33 64 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 5746 5763 5746 17 TTAATCCATTCATGCGCTTAATCCATTCATGCGCTTAATCCATTCATGCGCTTAATCCAT SH11773 11773 88 29 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 5751 5769 5751 18 ATCTCGTTAATCCATTCAATCTCGTTAATCCATTCAATCTCGTTAATCCATTCAATCTCG SH11774 11774 99 192 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 5756 5773 5756 17 GGGAATCTCGTTAATCCGGGAATCTCGTTAATCCGGGAATCTCGTTAATCCGGGAATCTC SH11775 11775 39 121 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 5761 5777 5761 16 CAGTGGGAATCTCGTTCAGTGGGAATCTCGTTCAGTGGGAATCTCGTTCAGTGGGAATCT SH11776 11776 75 55 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 5766 5781 5766 15 GGGACAGTGGGAATCGGGACAGTGGGAATCGGGACAGTGGGAATCGGGACAGTGGGAATC SH11777 11777 24 70 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 5771 5786 5771 15 AGATAGGGACAGTGGAGATAGGGACAGTGGAGATAGGGACAGTGGAGATAGGGACAGTGG SH11778 11778 102 39 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 5776 5793 5776 17 AGATAGTAGATAGGGACAGATAGTAGATAGGGACAGATAGTAGATAGGGACAGATAGTAG SH11779 11779 99 3 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 5781 5799 5781 18 TTCGCTAGATAGTAGATATTCGCTAGATAGTAGATATTCGCTAGATAGTAGATATTCGCT SH11780 11780 87 165 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 5786 5803 5786 17 TGGTTTCGCTAGATAGTTGGTTTCGCTAGATAGTTGGTTTCGCTAGATAGTTGGTTTCGC SH11781 11781 99 210 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 5791 5806 5791 15 CTGTGGTTTCGCTAGCTGTGGTTTCGCTAGCTGTGGTTTCGCTAGCTGTGGTTTCGCTAG SH11782 11782 18 72 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 5796 5811 5796 15 CTTGGCTGTGGTTTCCTTGGCTGTGGTTTCCTTGGCTGTGGTTTCCTTGGCTGTGGTTTC SH11783 11783 12 177 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 5801 5814 5801 13 TCCCTTGGCTGTGTCCCTTGGCTGTGTCCCTTGGCTGTGTCCCTTGGCTGTGTCCCTTGG SH11784 11784 104 31 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 5806 5819 5806 13 CCCGTTCCCTTGGCCCGTTCCCTTGGCCCGTTCCCTTGGCCCGTTCCCTTGGCCCGTTCC SH11785 11785 4 25 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 5811 5824 5811 13 CCAAGCCCGTTCCCCAAGCCCGTTCCCCAAGCCCGTTCCCCAAGCCCGTTCCCCAAGCCC SH11786 11786 50 66 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 5816 5829 5816 13 TTCTGCCAAGCCCTTCTGCCAAGCCCTTCTGCCAAGCCCTTCTGCCAAGCCCTTCTGCCA SH11787 11787 87 65 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 5821 5836 5821 15 CCGCTGATTCTGCCACCGCTGATTCTGCCACCGCTGATTCTGCCACCGCTGATTCTGCCA SH11788 11788 42 73 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 5826 5839 5826 13 TCCCCGCTGATTCTCCCCGCTGATTCTCCCCGCTGATTCTCCCCGCTGATTCTCCCCGCT SH11789 11789 13 3 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 5831 5846 5831 15 TCTTCTTTCCCCGCTTCTTCTTTCCCCGCTTCTTCTTTCCCCGCTTCTTCTTTCCCCGCT SH11790 11790 4 138 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 5836 5851 5836 15 CAGGGTCTTCTTTCCCAGGGTCTTCTTTCCCAGGGTCTTCTTTCCCAGGGTCTTCTTTCC SH11791 11791 33 36 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 5841 5856 5841 15 CTCAACAGGGTCTTCCTCAACAGGGTCTTCCTCAACAGGGTCTTCCTCAACAGGGTCTTC SH11792 11792 35 13 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 5846 5861 5846 15 TCAAGCTCAACAGGGTCAAGCTCAACAGGGTCAAGCTCAACAGGGTCAAGCTCAACAGGG SH11793 11793 50 163 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 5851 5868 5851 17 ACTAGAGTCAAGCTCAAACTAGAGTCAAGCTCAAACTAGAGTCAAGCTCAAACTAGAGTC SH11794 11794 89 163 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 5856 5873 5856 17 GTCAAACTAGAGTCAAGGTCAAACTAGAGTCAAGGTCAAACTAGAGTCAAGGTCAAACTA SH11795 11795 100 85 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 5861 5879 5861 18 CACAATGTCAAACTAGAGCACAATGTCAAACTAGAGCACAATGTCAAACTAGAGCACAAT SH11796 11796 11 92 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 5866 5884 5866 18 CTCTTCACAATGTCAAACCTCTTCACAATGTCAAACCTCTTCACAATGTCAAACCTCTTC SH11797 11797 83 127 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 5871 5889 5871 18 TATGTCTCTTCACAATGTTATGTCTCTTCACAATGTTATGTCTCTTCACAATGTTATGTC SH11798 11798 94 146 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 5876 5893 5876 17 CCTCTATGTCTCTTCACCCTCTATGTCTCTTCACCCTCTATGTCTCTTCACCCTCTATGT SH11799 11799 50 131 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 5881 5896 5881 15 CACCCTCTATGTCTCCACCCTCTATGTCTCCACCCTCTATGTCTCCACCCTCTATGTCTC SH11800 11800 101 88 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 5886 5904 5886 18 TTATTCTACACCCTCTATTTATTCTACACCCTCTATTTATTCTACACCCTCTATTTATTC SH11801 11801 9 39 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 5891 5908 5891 17 CCACTTATTCTACACCCCCACTTATTCTACACCCCCACTTATTCTACACCCCCACTTATT SH11802 11802 44 70 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 5896 5913 5896 17 AGCTCCCACTTATTCTAAGCTCCCACTTATTCTAAGCTCCCACTTATTCTAAGCTCCCAC SH11803 11803 80 201 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 5901 5916 5901 15 CGAAGCTCCCACTTACGAAGCTCCCACTTACGAAGCTCCCACTTACGAAGCTCCCACTTA SH11804 11804 37 150 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 5906 5919 5906 13 CGCCGAAGCTCCCCGCCGAAGCTCCCCGCCGAAGCTCCCCGCCGAAGCTCCCCGCCGAAG SH11805 11805 101 45 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 5911 5924 5911 13 ACTGGCGCCGAAGACTGGCGCCGAAGACTGGCGCCGAAGACTGGCGCCGAAGACTGGCGC SH11806 11806 17 24 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 5916 5931 5916 15 GTATTTCACTGGCGCGTATTTCACTGGCGCGTATTTCACTGGCGCGTATTTCACTGGCGC SH11807 11807 78 183 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 5921 5938 5921 17 GGTAGTGGTATTTCACTGGTAGTGGTATTTCACTGGTAGTGGTATTTCACTGGTAGTGGT SH11808 11808 21 118 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 5926 5945 5926 19 CTATAAAGGTAGTGGTATTCTATAAAGGTAGTGGTATTCTATAAAGGTAGTGGTATTCTA SH11809 11809 3 114 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 5931 5949 5931 18 GAAACTATAAAGGTAGTGGAAACTATAAAGGTAGTGGAAACTATAAAGGTAGTGGAAACT SH11810 11810 80 34 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 5936 5956 5936 20 AAGTAAAGAAACTATAAAGGAAGTAAAGAAACTATAAAGGAAGTAAAGAAACTATAAAGG SH11811 11811 48 53 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 5941 5963 5941 22 ATTGAATAAGTAAAGAAACTATATTGAATAAGTAAAGAAACTATATTGAATAAGTAAAGA SH11812 11812 63 127 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 5946 5967 5946 21 CTTCATTGAATAAGTAAAGAACTTCATTGAATAAGTAAAGAACTTCATTGAATAAGTAAA SH11813 11813 34 209 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 5951 5969 5951 18 CGCTTCATTGAATAAGTACGCTTCATTGAATAAGTACGCTTCATTGAATAAGTACGCTTC SH11814 11814 78 196 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 5956 5973 5956 17 GCTCCGCTTCATTGAATGCTCCGCTTCATTGAATGCTCCGCTTCATTGAATGCTCCGCTT SH11815 11815 16 74 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 5961 5976 5961 15 CCAGCTCCGCTTCATCCAGCTCCGCTTCATCCAGCTCCGCTTCATCCAGCTCCGCTTCAT SH11816 11816 61 160 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 5966 5979 5966 13 ATTCCAGCTCCGCATTCCAGCTCCGCATTCCAGCTCCGCATTCCAGCTCCGCATTCCAGC SH11817 11817 64 166 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 5971 5988 5971 17 GGAAAATGAATTCCAGCGGAAAATGAATTCCAGCGGAAAATGAATTCCAGCGGAAAATGA SH11818 11818 100 19 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 5976 5994 5976 18 GAACGTGGAAAATGAATTGAACGTGGAAAATGAATTGAACGTGGAAAATGAATTGAACGT SH11819 11819 90 72 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 5981 5998 5981 17 GCTAGAACGTGGAAAATGCTAGAACGTGGAAAATGCTAGAACGTGGAAAATGCTAGAACG SH11820 11820 69 38 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 5986 6002 5986 16 GAATGCTAGAACGTGGGAATGCTAGAACGTGGGAATGCTAGAACGTGGGAATGCTAGAAC SH11821 11821 3 106 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 5991 6008 5991 17 GACCTTGAATGCTAGAAGACCTTGAATGCTAGAAGACCTTGAATGCTAGAAGACCTTGAA SH11822 11822 91 78 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 5996 6011 5996 15 TGGGACCTTGAATGCTGGGACCTTGAATGCTGGGACCTTGAATGCTGGGACCTTGAATGC SH11823 11823 79 96 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 6001 6016 6001 15 CCGAATGGGACCTTGCCGAATGGGACCTTGCCGAATGGGACCTTGCCGAATGGGACCTTG SH11824 11824 101 81 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 6006 6019 6006 13 GCCCCGAATGGGAGCCCCGAATGGGAGCCCCGAATGGGAGCCCCGAATGGGAGCCCCGAA SH11825 11825 84 64 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 6011 6024 6011 13 GATCAGCCCCGAAGATCAGCCCCGAAGATCAGCCCCGAAGATCAGCCCCGAAGATCAGCC SH11826 11826 94 169 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 6016 6029 6016 13 ACCCGGATCAGCCACCCGGATCAGCCACCCGGATCAGCCACCCGGATCAGCCACCCGGAT SH11827 11827 23 159 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 6021 6036 6021 15 GTCTTCAACCCGGATGTCTTCAACCCGGATGTCTTCAACCCGGATGTCTTCAACCCGGAT SH11828 11828 10 58 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 6026 6043 6026 17 TGACAATGTCTTCAACCTGACAATGTCTTCAACCTGACAATGTCTTCAACCTGACAATGT SH11829 11829 71 98 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 6031 6048 6031 17 CCACCTGACAATGTCTTCCACCTGACAATGTCTTCCACCTGACAATGTCTTCCACCTGAC SH11830 11830 90 56 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 6036 6051 6036 15 TCCCCACCTGACAATTCCCCACCTGACAATTCCCCACCTGACAATTCCCCACCTGACAAT SH11831 11831 41 212 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 6041 6054 6041 13 AACTCCCCACCTGAACTCCCCACCTGAACTCCCCACCTGAACTCCCCACCTGAACTCCCC SH11832 11832 104 85 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 6046 6059 6046 13 AGCCAAACTCCCCAGCCAAACTCCCCAGCCAAACTCCCCAGCCAAACTCCCCAGCCAAAC SH11833 11833 68 34 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 6051 6064 6051 13 GCCCCAGCCAAACGCCCCAGCCAAACGCCCCAGCCAAACGCCCCAGCCAAACGCCCCAGC SH11834 11834 75 109 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 6056 6069 6056 13 GTGCCGCCCCAGCGTGCCGCCCCAGCGTGCCGCCCCAGCGTGCCGCCCCAGCGTGCCGCC SH11835 11835 56 26 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 6061 6074 6061 13 CAGATGTGCCGCCCAGATGTGCCGCCCAGATGTGCCGCCCAGATGTGCCGCCCAGATGTG SH11836 11836 94 79 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 6066 6084 6066 18 TATCGTTTAACAGATGTGTATCGTTTAACAGATGTGTATCGTTTAACAGATGTGTATCGT SH11837 11837 92 88 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 6071 6088 6071 17 GCGTTATCGTTTAACAGGCGTTATCGTTTAACAGGCGTTATCGTTTAACAGGCGTTATCG SH11838 11838 89 129 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 6076 6093 6076 17 CATCTGCGTTATCGTTTCATCTGCGTTATCGTTTCATCTGCGTTATCGTTTCATCTGCGT SH11839 11839 80 27 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 6081 6098 6081 17 TAGGACATCTGCGTTATTAGGACATCTGCGTTATTAGGACATCTGCGTTATTAGGACATC SH11840 11840 50 120 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 6086 6101 6086 15 CCTTAGGACATCTGCCCTTAGGACATCTGCCCTTAGGACATCTGCCCTTAGGACATCTGC SH11841 11841 54 171 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 6091 6104 6091 13 CCCCCTTAGGACACCCCCTTAGGACACCCCCTTAGGACACCCCCTTAGGACACCCCCTTA SH11842 11842 36 38 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 6096 6109 6096 13 TGAGCCCCCCTTATGAGCCCCCCTTATGAGCCCCCCTTATGAGCCCCCCTTATGAGCCCC SH11843 11843 89 20 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 6101 6114 6101 13 CTCCATGAGCCCCCTCCATGAGCCCCCTCCATGAGCCCCCTCCATGAGCCCCCTCCATGA SH11844 11844 21 184 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 6106 6124 6106 18 GATTTCTGTTCTCCATGAGATTTCTGTTCTCCATGAGATTTCTGTTCTCCATGAGATTTC SH11845 11845 32 179 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 6111 6128 6111 17 TGGAGATTTCTGTTCTCTGGAGATTTCTGTTCTCTGGAGATTTCTGTTCTCTGGAGATTT SH11846 11846 81 182 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 6116 6133 6116 17 TCTACTGGAGATTTCTGTCTACTGGAGATTTCTGTCTACTGGAGATTTCTGTCTACTGGA SH11847 11847 63 135 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 6121 6139 6121 18 TTTTGTTCTACTGGAGATTTTTGTTCTACTGGAGATTTTTGTTCTACTGGAGATTTTTGT SH11848 11848 48 194 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 6126 6143 6126 17 ACCCTTTTGTTCTACTGACCCTTTTGTTCTACTGACCCTTTTGTTCTACTGACCCTTTTG SH11849 11849 28 46 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 6131 6149 6131 18 GCTTTTACCCTTTTGTTCGCTTTTACCCTTTTGTTCGCTTTTACCCTTTTGTTCGCTTTT SH11850 11850 56 190 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 6136 6152 6136 16 GGGGCTTTTACCCTTTGGGGCTTTTACCCTTTGGGGCTTTTACCCTTTGGGGCTTTTACC SH11851 11851 6 102 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 6141 6156 6141 15 CAAGGGGGCTTTTACCAAGGGGGCTTTTACCAAGGGGGCTTTTACCAAGGGGGCTTTTAC SH11852 11852 68 89 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 6146 6162 6146 16 CAAAATCAAGGGGGCTCAAAATCAAGGGGGCTCAAAATCAAGGGGGCTCAAAATCAAGGG SH11853 11853 51 191 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 6151 6170 6151 19 CTGAAAATCAAAATCAAGGCTGAAAATCAAAATCAAGGCTGAAAATCAAAATCAAGGCTG SH11854 11854 27 158 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 6156 6176 6156 20 TTCACACTGAAAATCAAAATTTCACACTGAAAATCAAAATTTCACACTGAAAATCAAAAT SH11855 11855 4 179 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 6161 6179 6161 18 GTATTCACACTGAAAATCGTATTCACACTGAAAATCGTATTCACACTGAAAATCGTATTC SH11856 11856 65 49 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 6166 6184 6166 18 GGTTTGTATTCACACTGAGGTTTGTATTCACACTGAGGTTTGTATTCACACTGAGGTTTG SH11857 11857 81 179 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 6171 6189 6171 18 TTCATGGTTTGTATTCACTTCATGGTTTGTATTCACTTCATGGTTTGTATTCACTTCATG SH11858 11858 83 194 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 6176 6194 6176 18 ACACTTTCATGGTTTGTAACACTTTCATGGTTTGTAACACTTTCATGGTTTGTAACACTT SH11859 11859 81 59 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 6181 6197 6181 16 GCCACACTTTCATGGTGCCACACTTTCATGGTGCCACACTTTCATGGTGCCACACTTTCA SH11860 11860 13 20 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 6186 6202 6186 16 GATAGGCCACACTTTCGATAGGCCACACTTTCGATAGGCCACACTTTCGATAGGCCACAC SH11861 11861 52 157 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 6191 6206 6191 15 GATCGATAGGCCACAGATCGATAGGCCACAGATCGATAGGCCACAGATCGATAGGCCACA SH11862 11862 15 191 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 6196 6213 6196 17 ACTAAAGGATCGATAGGACTAAAGGATCGATAGGACTAAAGGATCGATAGGACTAAAGGA SH11863 11863 43 115 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 6201 6216 6201 15 GGGACTAAAGGATCGGGGACTAAAGGATCGGGGACTAAAGGATCGGGGACTAAAGGATCG SH11864 11864 58 185 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 6206 6221 6206 15 TCCGAGGGACTAAAGTCCGAGGGACTAAAGTCCGAGGGACTAAAGTCCGAGGGACTAAAG SH11865 11865 33 131 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 6211 6226 6211 15 CAAATTCCGAGGGACCAAATTCCGAGGGACCAAATTCCGAGGGACCAAATTCCGAGGGAC SH11866 11866 35 122 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 6216 6233 6216 17 CTAGCCTCAAATTCCGACTAGCCTCAAATTCCGACTAGCCTCAAATTCCGACTAGCCTCA SH11867 11867 57 120 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 6221 6238 6221 17 CACCTCTAGCCTCAAATCACCTCTAGCCTCAAATCACCTCTAGCCTCAAATCACCTCTAG SH11868 11868 71 64 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 6226 6239 6226 13 GCACCTCTAGCCTGCACCTCTAGCCTGCACCTCTAGCCTGCACCTCTAGCCTGCACCTCT SH11869 11869 12 108 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 6231 6247 6231 16 CTTTTCTGGCACCTCTCTTTTCTGGCACCTCTCTTTTCTGGCACCTCTCTTTTCTGGCAC SH11870 11870 102 90 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 6236 6253 6236 17 TGGTAACTTTTCTGGCATGGTAACTTTTCTGGCATGGTAACTTTTCTGGCATGGTAACTT SH11871 11871 19 144 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 6241 6258 6241 17 CCCTGTGGTAACTTTTCCCCTGTGGTAACTTTTCCCCTGTGGTAACTTTTCCCCTGTGGT SH11872 11872 64 138 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 6246 6263 6246 17 GTTATCCCTGTGGTAACGTTATCCCTGTGGTAACGTTATCCCTGTGGTAACGTTATCCCT SH11873 11873 2 211 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 6251 6266 6251 15 CCAGTTATCCCTGTGCCAGTTATCCCTGTGCCAGTTATCCCTGTGCCAGTTATCCCTGTG SH11874 11874 30 169 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 6256 6272 6256 16 CACAAGCCAGTTATCCCACAAGCCAGTTATCCCACAAGCCAGTTATCCCACAAGCCAGTT SH11875 11875 73 70 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 6261 6274 6261 13 GCCACAAGCCAGTGCCACAAGCCAGTGCCACAAGCCAGTGCCACAAGCCAGTGCCACAAG SH11876 11876 5 157 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 6266 6281 6266 15 CTTGACTGCCACAAGCTTGACTGCCACAAGCTTGACTGCCACAAGCTTGACTGCCACAAG SH11877 11877 15 136 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 6271 6284 6271 13 ACGCTTGACTGCCACGCTTGACTGCCACGCTTGACTGCCACGCTTGACTGCCACGCTTGA SH11878 11878 98 171 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 6276 6292 6276 16 CGCTATGAACGCTTGACGCTATGAACGCTTGACGCTATGAACGCTTGACGCTATGAACGC SH11879 11879 26 98 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 6281 6298 6281 17 CAATGTCGCTATGAACGCAATGTCGCTATGAACGCAATGTCGCTATGAACGCAATGTCGC SH11880 11880 76 84 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 6286 6304 6286 18 AAAAAGCAATGTCGCTATAAAAAGCAATGTCGCTATAAAAAGCAATGTCGCTATAAAAAG SH11881 11881 64 107 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 6291 6309 6291 18 GAATCAAAAAGCAATGTCGAATCAAAAAGCAATGTCGAATCAAAAAGCAATGTCGAATCA SH11882 11882 61 105 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 6296 6314 6296 18 TCGAAGAATCAAAAAGCATCGAAGAATCAAAAAGCATCGAAGAATCAAAAAGCATCGAAG SH11883 11883 88 142 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 6301 6319 6301 18 CGACATCGAAGAATCAAACGACATCGAAGAATCAAACGACATCGAAGAATCAAACGACAT SH11884 11884 5 155 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 6306 6321 6306 15 GCCGACATCGAAGAAGCCGACATCGAAGAAGCCGACATCGAAGAAGCCGACATCGAAGAA SH11885 11885 28 172 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 6311 6324 6311 13 AGAGCCGACATCGAGAGCCGACATCGAGAGCCGACATCGAGAGCCGACATCGAGAGCCGA SH11886 11886 98 115 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 6316 6331 6316 15 GATAGGAAGAGCCGAGATAGGAAGAGCCGAGATAGGAAGAGCCGAGATAGGAAGAGCCGA SH11887 11887 67 187 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 6321 6338 6321 17 TCGGTATGATAGGAAGATCGGTATGATAGGAAGATCGGTATGATAGGAAGATCGGTATGA SH11888 11888 56 210 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 6326 6343 6326 17 CTGCTTCGGTATGATAGCTGCTTCGGTATGATAGCTGCTTCGGTATGATAGCTGCTTCGG SH11889 11889 4 141 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 6331 6348 6331 17 GAATTCTGCTTCGGTATGAATTCTGCTTCGGTATGAATTCTGCTTCGGTATGAATTCTGC SH11890 11890 57 17 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 6336 6353 6336 17 TTACCGAATTCTGCTTCTTACCGAATTCTGCTTCTTACCGAATTCTGCTTCTTACCGAAT SH11891 11891 70 73 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 6341 6358 6341 17 AACGCTTACCGAATTCTAACGCTTACCGAATTCTAACGCTTACCGAATTCTAACGCTTAC SH11892 11892 62 152 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 6346 6361 6346 15 TCCAACGCTTACCGATCCAACGCTTACCGATCCAACGCTTACCGATCCAACGCTTACCGA SH11893 11893 47 141 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 6351 6368 6351 17 TGAACAATCCAACGCTTTGAACAATCCAACGCTTTGAACAATCCAACGCTTTGAACAATC SH11894 11894 19 204 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 6356 6373 6356 17 GTGGGTGAACAATCCAAGTGGGTGAACAATCCAAGTGGGTGAACAATCCAAGTGGGTGAA SH11895 11895 2 3 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 6361 6379 6361 18 CTATTAGTGGGTGAACAACTATTAGTGGGTGAACAACTATTAGTGGGTGAACAACTATTA SH11896 11896 23 60 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 6366 6381 6366 15 CCCTATTAGTGGGTGCCCTATTAGTGGGTGCCCTATTAGTGGGTGCCCTATTAGTGGGTG SH11897 11897 36 125 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 6371 6388 6371 17 TCACGTTCCCTATTAGTTCACGTTCCCTATTAGTTCACGTTCCCTATTAGTTCACGTTCC SH11898 11898 18 42 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 6376 6391 6376 15 AGCTCACGTTCCCTAAGCTCACGTTCCCTAAGCTCACGTTCCCTAAGCTCACGTTCCCTA SH11899 11899 83 170 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 6381 6394 6381 13 CCCAGCTCACGTTCCCAGCTCACGTTCCCAGCTCACGTTCCCAGCTCACGTTCCCAGCTC SH11900 11900 104 125 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 6386 6401 6386 15 GTCTAAACCCAGCTCGTCTAAACCCAGCTCGTCTAAACCCAGCTCGTCTAAACCCAGCTC SH11901 11901 59 36 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 6391 6406 6391 15 CGACGGTCTAAACCCCGACGGTCTAAACCCCGACGGTCTAAACCCCGACGGTCTAAACCC SH11902 11902 8 121 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 6396 6411 6396 15 TCTCACGACGGTCTATCTCACGACGGTCTATCTCACGACGGTCTATCTCACGACGGTCTA SH11903 11903 66 3 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 6401 6414 6401 13 CTGTCTCACGACGCTGTCTCACGACGCTGTCTCACGACGCTGTCTCACGACGCTGTCTCA SH11904 11904 49 122 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 6406 6424 6406 18 TAAAACTAACCTGTCTCATAAAACTAACCTGTCTCATAAAACTAACCTGTCTCATAAAAC SH11905 11905 31 48 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 6411 6428 6411 17 AGGGTAAAACTAACCTGAGGGTAAAACTAACCTGAGGGTAAAACTAACCTGAGGGTAAAA SH11906 11906 5 69 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 6416 6434 6416 18 ATCAGTAGGGTAAAACTAATCAGTAGGGTAAAACTAATCAGTAGGGTAAAACTAATCAGT SH11907 11907 46 12 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 6421 6439 6421 18 CATTCATCAGTAGGGTAACATTCATCAGTAGGGTAACATTCATCAGTAGGGTAACATTCA SH11908 11908 58 104 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 6426 6444 6426 18 GGTAACATTCATCAGTAGGGTAACATTCATCAGTAGGGTAACATTCATCAGTAGGGTAAC SH11909 11909 18 183 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 6431 6448 6431 17 TTGCGGTAACATTCATCTTGCGGTAACATTCATCTTGCGGTAACATTCATCTTGCGGTAA SH11910 11910 72 13 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 6436 6454 6436 18 TTACTATTGCGGTAACATTTACTATTGCGGTAACATTTACTATTGCGGTAACATTTACTA SH11911 11911 64 94 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 6441 6459 6441 18 TTCAATTACTATTGCGGTTTCAATTACTATTGCGGTTTCAATTACTATTGCGGTTTCAAT SH11912 11912 9 193 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 6446 6467 6446 21 GTACTAAGTTCAATTACTATTGTACTAAGTTCAATTACTATTGTACTAAGTTCAATTACT SH11913 11913 34 147 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 6451 6470 6451 19 CTCGTACTAAGTTCAATTACTCGTACTAAGTTCAATTACTCGTACTAAGTTCAATTACTC SH11914 11914 96 74 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 6456 6473 6456 17 CCTCTCGTACTAAGTTCCCTCTCGTACTAAGTTCCCTCTCGTACTAAGTTCCCTCTCGTA SH11915 11915 28 13 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 6461 6478 6461 17 CTGTTCCTCTCGTACTACTGTTCCTCTCGTACTACTGTTCCTCTCGTACTACTGTTCCTC SH11916 11916 30 110 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 6466 6481 6466 15 GAACTGTTCCTCTCGGAACTGTTCCTCTCGGAACTGTTCCTCTCGGAACTGTTCCTCTCG SH11917 11917 75 99 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 6471 6487 6471 16 CCGAATGAACTGTTCCCCGAATGAACTGTTCCCCGAATGAACTGTTCCCCGAATGAACTG SH11918 11918 69 64 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 6476 6494 6476 18 CAATTATCCGAATGAACTCAATTATCCGAATGAACTCAATTATCCGAATGAACTCAATTA SH11919 11919 64 186 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 6481 6501 6481 20 CAAAAACCAATTATCCGAATCAAAAACCAATTATCCGAATCAAAAACCAATTATCCGAAT SH11920 11920 100 189 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 6486 6504 6486 18 CCGCAAAAACCAATTATCCCGCAAAAACCAATTATCCCGCAAAAACCAATTATCCCGCAA SH11921 11921 32 167 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 6491 6507 6491 16 CAGCCGCAAAAACCAACAGCCGCAAAAACCAACAGCCGCAAAAACCAACAGCCGCAAAAA SH11922 11922 80 53 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 6496 6511 6496 15 CAGACAGCCGCAAAACAGACAGCCGCAAAACAGACAGCCGCAAAACAGACAGCCGCAAAA SH11923 11923 22 101 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 6501 6514 6501 13 GATCAGACAGCCGGATCAGACAGCCGGATCAGACAGCCGGATCAGACAGCCGGATCAGAC SH11924 11924 36 117 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 6506 6522 6506 16 CAATGCCTGATCAGACCAATGCCTGATCAGACCAATGCCTGATCAGACCAATGCCTGATC SH11925 11925 50 212 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 6511 6526 6511 15 GCGGCAATGCCTGATGCGGCAATGCCTGATGCGGCAATGCCTGATGCGGCAATGCCTGAT SH11926 11926 102 89 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 6516 6529 6516 13 TTCGCGGCAATGCTTCGCGGCAATGCTTCGCGGCAATGCTTCGCGGCAATGCTTCGCGGC SH11927 11927 13 141 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 6521 6534 6521 13 GTAGCTTCGCGGCGTAGCTTCGCGGCGTAGCTTCGCGGCGTAGCTTCGCGGCGTAGCTTC SH11928 11928 53 24 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 6526 6541 6526 15 GCGGATGGTAGCTTCGCGGATGGTAGCTTCGCGGATGGTAGCTTCGCGGATGGTAGCTTC SH11929 11929 14 123 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 6531 6544 6531 13 CCAGCGGATGGTACCAGCGGATGGTACCAGCGGATGGTACCAGCGGATGGTACCAGCGGA SH11930 11930 62 89 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 6536 6551 6536 15 CCATAATCCAGCGGACCATAATCCAGCGGACCATAATCCAGCGGACCATAATCCAGCGGA SH11931 11931 24 181 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 6541 6558 6541 17 CGTTCAGCCATAATCCACGTTCAGCCATAATCCACGTTCAGCCATAATCCACGTTCAGCC SH11932 11932 99 186 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 6546 6561 6546 15 AGGCGTTCAGCCATAAGGCGTTCAGCCATAAGGCGTTCAGCCATAAGGCGTTCAGCCATA SH11933 11933 48 82 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 6551 6566 6551 15 CTTAGAGGCGTTCAGCTTAGAGGCGTTCAGCTTAGAGGCGTTCAGCTTAGAGGCGTTCAG SH11934 11934 62 155 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 6556 6571 6556 15 TCTGACTTAGAGGCGTCTGACTTAGAGGCGTCTGACTTAGAGGCGTCTGACTTAGAGGCG SH11935 11935 57 107 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 6561 6578 6561 17 CATGGATTCTGACTTAGCATGGATTCTGACTTAGCATGGATTCTGACTTAGCATGGATTC SH11936 11936 93 188 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 6566 6583 6566 17 TCTAGCATGGATTCTGATCTAGCATGGATTCTGATCTAGCATGGATTCTGATCTAGCATG SH11937 11937 34 181 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 6571 6587 6571 16 GCGTTCTAGCATGGATGCGTTCTAGCATGGATGCGTTCTAGCATGGATGCGTTCTAGCAT SH11938 11938 8 73 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 6576 6589 6576 13 CCGCGTTCTAGCACCGCGTTCTAGCACCGCGTTCTAGCACCGCGTTCTAGCACCGCGTTC SH11939 11939 54 39 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 6581 6596 6581 15 GAAATCACCGCGTTCGAAATCACCGCGTTCGAAATCACCGCGTTCGAAATCACCGCGTTC SH11940 11940 103 104 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 6586 6603 6586 17 GAGCAAAGAAATCACCGGAGCAAAGAAATCACCGGAGCAAAGAAATCACCGGAGCAAAGA SH11941 11941 92 162 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 6591 6608 6591 17 GTGTGGAGCAAAGAAATGTGTGGAGCAAAGAAATGTGTGGAGCAAAGAAATGTGTGGAGC SH11942 11942 83 122 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 6596 6614 6596 18 TATATTGTGTGGAGCAAATATATTGTGTGGAGCAAATATATTGTGTGGAGCAAATATATT SH11943 11943 32 173 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 6601 6619 6601 18 CCATCTATATTGTGTGGACCATCTATATTGTGTGGACCATCTATATTGTGTGGACCATCT SH11944 11944 42 136 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 6606 6624 6606 18 CGTATCCATCTATATTGTCGTATCCATCTATATTGTCGTATCCATCTATATTGTCGTATC SH11945 11945 63 83 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 6611 6630 6611 19 CTTATTCGTATCCATCTATCTTATTCGTATCCATCTATCTTATTCGTATCCATCTATCTT SH11946 11946 5 11 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 6616 6633 6616 17 CGCCTTATTCGTATCCACGCCTTATTCGTATCCACGCCTTATTCGTATCCACGCCTTATT SH11947 11947 102 214 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 6621 6636 6621 15 GGACGCCTTATTCGTGGACGCCTTATTCGTGGACGCCTTATTCGTGGACGCCTTATTCGT SH11948 11948 35 132 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 6626 6641 6626 15 CACAAGGACGCCTTACACAAGGACGCCTTACACAAGGACGCCTTACACAAGGACGCCTTA SH11949 11949 98 2 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 6631 6644 6631 13 CGCCACAAGGACGCGCCACAAGGACGCGCCACAAGGACGCGCCACAAGGACGCGCCACAA SH11950 11950 52 168 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 6636 6649 6636 13 AGCGACGCCACAAAGCGACGCCACAAAGCGACGCCACAAAGCGACGCCACAAAGCGACGC SH11951 11951 60 189 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 6641 6654 6641 13 GGTTCAGCGACGCGGTTCAGCGACGCGGTTCAGCGACGCGGTTCAGCGACGCGGTTCAGC SH11952 11952 42 70 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 6646 6661 6646 15 CTGCTATGGTTCAGCCTGCTATGGTTCAGCCTGCTATGGTTCAGCCTGCTATGGTTCAGC SH11953 11953 46 2 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 6651 6666 6651 15 CTAGCCTGCTATGGTCTAGCCTGCTATGGTCTAGCCTGCTATGGTCTAGCCTGCTATGGT SH11954 11954 56 7 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 6656 6671 6656 15 CGTTGCTAGCCTGCTCGTTGCTAGCCTGCTCGTTGCTAGCCTGCTCGTTGCTAGCCTGCT SH11955 11955 42 22 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 6661 6674 6661 13 CACCGTTGCTAGCCACCGTTGCTAGCCACCGTTGCTAGCCACCGTTGCTAGCCACCGTTG SH11956 11956 65 210 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 6666 6681 6666 15 CCAAGTGCACCGTTGCCAAGTGCACCGTTGCCAAGTGCACCGTTGCCAAGTGCACCGTTG SH11957 11957 58 183 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 6671 6684 6671 13 CCGCCAAGTGCACCCGCCAAGTGCACCCGCCAAGTGCACCCGCCAAGTGCACCCGCCAAG SH11958 11958 47 77 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 6676 6689 6676 13 CCTTTCCGCCAAGCCTTTCCGCCAAGCCTTTCCGCCAAGCCTTTCCGCCAAGCCTTTCCG SH11959 11959 72 165 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 6681 6694 6681 13 CAAGGCCTTTCCGCAAGGCCTTTCCGCAAGGCCTTTCCGCAAGGCCTTTCCGCAAGGCCT SH11960 11960 26 52 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 6686 6699 6686 13 GCACCCAAGGCCTGCACCCAAGGCCTGCACCCAAGGCCTGCACCCAAGGCCTGCACCCAA SH11961 11961 89 174 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 6691 6706 6691 15 CCAGCAAGCACCCAACCAGCAAGCACCCAACCAGCAAGCACCCAACCAGCAAGCACCCAA SH11962 11962 72 142 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 6696 6709 6696 13 TCGCCAGCAAGCATCGCCAGCAAGCATCGCCAGCAAGCATCGCCAGCAAGCATCGCCAGC SH11963 11963 103 214 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 6701 6714 6701 13 GCAATTCGCCAGCGCAATTCGCCAGCGCAATTCGCCAGCGCAATTCGCCAGCGCAATTCG SH11964 11964 73 91 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 6706 6724 6706 18 AAATGACATTGCAATTCGAAATGACATTGCAATTCGAAATGACATTGCAATTCGAAATGA SH11965 11965 61 5 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 6711 6728 6711 17 CGCAAAATGACATTGCACGCAAAATGACATTGCACGCAAAATGACATTGCACGCAAAATG SH11966 11966 59 80 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 6716 6732 6716 16 CCCACGCAAAATGACACCCACGCAAAATGACACCCACGCAAAATGACACCCACGCAAAAT SH11967 11967 49 9 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 6721 6738 6721 17 TTTATCCCCACGCAAAATTTATCCCCACGCAAAATTTATCCCCACGCAAAATTTATCCCC SH11968 11968 5 111 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 6726 6743 6726 17 AATGATTTATCCCCACGAATGATTTATCCCCACGAATGATTTATCCCCACGAATGATTTA SH11969 11969 52 44 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 6731 6751 6731 20 CGTATACAAATGATTTATCCCGTATACAAATGATTTATCCCGTATACAAATGATTTATCC SH11970 11970 66 99 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 6736 6756 6736 20 TAAGTCGTATACAAATGATTTAAGTCGTATACAAATGATTTAAGTCGTATACAAATGATT SH11971 11971 38 94 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 6741 6760 6741 19 CATCTAAGTCGTATACAAACATCTAAGTCGTATACAAACATCTAAGTCGTATACAAACAT SH11972 11972 85 47 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 6746 6764 6746 18 TGTACATCTAAGTCGTATTGTACATCTAAGTCGTATTGTACATCTAAGTCGTATTGTACA SH11973 11973 27 103 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 6751 6768 6751 17 CCGTTGTACATCTAAGTCCGTTGTACATCTAAGTCCGTTGTACATCTAAGTCCGTTGTAC SH11974 11974 18 113 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 6756 6771 6756 15 ACCCCGTTGTACATCACCCCGTTGTACATCACCCCGTTGTACATCACCCCGTTGTACATC SH11975 11975 12 189 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 6761 6778 6761 17 TTACAATACCCCGTTGTTTACAATACCCCGTTGTTTACAATACCCCGTTGTTTACAATAC SH11976 11976 83 179 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 6766 6782 6766 16 CTGCTTACAATACCCCCTGCTTACAATACCCCCTGCTTACAATACCCCCTGCTTACAATA SH11977 11977 20 84 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 6771 6789 6771 18 TACTCTACTGCTTACAATTACTCTACTGCTTACAATTACTCTACTGCTTACAATTACTCT SH11978 11978 33 204 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 6776 6792 6776 16 GGCTACTCTACTGCTTGGCTACTCTACTGCTTGGCTACTCTACTGCTTGGCTACTCTACT SH11979 11979 39 147 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 6781 6798 6781 17 CAACAAGGCTACTCTACCAACAAGGCTACTCTACCAACAAGGCTACTCTACCAACAAGGC SH11980 11980 35 197 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 6786 6803 6786 17 CGTAACAACAAGGCTACCGTAACAACAAGGCTACCGTAACAACAAGGCTACCGTAACAAC SH11981 11981 75 49 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 6791 6808 6791 17 CAGATCGTAACAACAAGCAGATCGTAACAACAAGCAGATCGTAACAACAAGCAGATCGTA SH11982 11982 17 51 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 6796 6813 6796 17 CTCAGCAGATCGTAACACTCAGCAGATCGTAACACTCAGCAGATCGTAACACTCAGCAGA SH11983 11983 78 177 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 6801 6818 6801 17 TTAATCTCAGCAGATCGTTAATCTCAGCAGATCGTTAATCTCAGCAGATCGTTAATCTCA SH11984 11984 4 93 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 6806 6823 6806 17 AAGGCTTAATCTCAGCAAAGGCTTAATCTCAGCAAAGGCTTAATCTCAGCAAAGGCTTAA SH11985 11985 9 92 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 6811 6829 6811 18 ACAACAAAGGCTTAATCTACAACAAAGGCTTAATCTACAACAAAGGCTTAATCTACAACA SH11986 11986 43 198 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S 6816 6833 6816 17 TCAGACAACAAAGGCTTTCAGACAACAAAGGCTTTCAGACAACAAAGGCTTTCAGACAAC SH11987 11987 54 113 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S/3'ETS 6821 6841 6821 20 AAAACAAATCAGACAACAAAAAAACAAATCAGACAACAAAAAAACAAATCAGACAACAAA SH11988 11988 83 12 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S/3'ETS 6826 6848 6826 22 GAAATAAAAAACAAATCAGACAGAAATAAAAAACAAATCAGACAGAAATAAAAAACAAAT SH11989 11989 76 191 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S/3'ETS 6831 6853 6831 22 AGAAAGAAATAAAAAACAAATCAGAAAGAAATAAAAAACAAATCAGAAAGAAATAAAAAA SH11990 11990 103 185 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 25S/3'ETS 6836 6858 6836 22 CACTTAGAAAGAAATAAAAAACCACTTAGAAAGAAATAAAAAACCACTTAGAAAGAAATA SH11991 11991 81 178 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 3'ETS 6841 6860 6841 19 CCCACTTAGAAAGAAATAACCCACTTAGAAAGAAATAACCCACTTAGAAAGAAATAACCC SH11992 11992 8 44 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 3'ETS 6846 6863 6846 17 GTACCCACTTAGAAAGAGTACCCACTTAGAAAGAGTACCCACTTAGAAAGAGTACCCACT SH11993 11993 86 67 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 3'ETS 6851 6866 6851 15 CCAGTACCCACTTAGCCAGTACCCACTTAGCCAGTACCCACTTAGCCAGTACCCACTTAG SH11994 11994 18 149 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 3'ETS 6856 6869 6856 13 CTGCCAGTACCCACTGCCAGTACCCACTGCCAGTACCCACTGCCAGTACCCACTGCCAGT SH11995 11995 73 208 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 3'ETS 6861 6874 6861 13 GGCTCCTGCCAGTGGCTCCTGCCAGTGGCTCCTGCCAGTGGCTCCTGCCAGTGGCTCCTG SH11996 11996 77 187 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 3'ETS 6866 6879 6866 13 GCCCCGGCTCCTGGCCCCGGCTCCTGGCCCCGGCTCCTGGCCCCGGCTCCTGGCCCCGGC SH11997 11997 89 18 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 3'ETS 6871 6884 6871 13 ACTAGGCCCCGGCACTAGGCCCCGGCACTAGGCCCCGGCACTAGGCCCCGGCACTAGGCC SH11998 11998 67 95 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 3'ETS 6876 6892 6876 16 CTCTCTAAACTAGGCCCTCTCTAAACTAGGCCCTCTCTAAACTAGGCCCTCTCTAAACTA SH11999 11999 56 120 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 3'ETS 6881 6899 6881 18 TCTACTTCTCTCTAAACTTCTACTTCTCTCTAAACTTCTACTTCTCTCTAAACTTCTACT SH12000 12000 95 5 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 3'ETS 6886 6903 6886 17 TCAGTCTACTTCTCTCTTCAGTCTACTTCTCTCTTCAGTCTACTTCTCTCTTCAGTCTAC SH12001 12001 52 205 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 3'ETS 6891 6908 6891 17 CTTGTTCAGTCTACTTCCTTGTTCAGTCTACTTCCTTGTTCAGTCTACTTCCTTGTTCAG SH12002 12002 24 195 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 3'ETS 6896 6913 6896 17 AGAGACTTGTTCAGTCTAGAGACTTGTTCAGTCTAGAGACTTGTTCAGTCTAGAGACTTG SH12003 12003 95 172 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 3'ETS 6901 6921 6901 20 AAATTTATAGAGACTTGTTCAAATTTATAGAGACTTGTTCAAATTTATAGAGACTTGTTC SH12004 12004 57 158 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 3'ETS 6906 6928 6906 22 ACAAATAAAATTTATAGAGACTACAAATAAAATTTATAGAGACTACAAATAAAATTTATA SH12005 12005 4 62 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 3'ETS 6911 6934 6911 23 CTTAAGACAAATAAAATTTATAGCTTAAGACAAATAAAATTTATAGCTTAAGACAAATAA SH12006 12006 42 65 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 3'ETS 6916 6939 6916 23 GAATTCTTAAGACAAATAAAATTGAATTCTTAAGACAAATAAAATTGAATTCTTAAGACA SH12007 12007 83 68 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 3'ETS 6921 6943 6921 22 CATAGAATTCTTAAGACAAATACATAGAATTCTTAAGACAAATACATAGAATTCTTAAGA SH12008 12008 40 33 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 3'ETS 6926 6946 6926 20 GATCATAGAATTCTTAAGACGATCATAGAATTCTTAAGACGATCATAGAATTCTTAAGAC SH12009 12009 51 34 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 3'ETS 6931 6949 6931 18 CCGGATCATAGAATTCTTCCGGATCATAGAATTCTTCCGGATCATAGAATTCTTCCGGAT SH12010 12010 66 15 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 3'ETS 6936 6953 6936 17 TTACCCGGATCATAGAATTACCCGGATCATAGAATTACCCGGATCATAGAATTACCCGGA SH12011 12011 83 156 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 3'ETS 6941 6958 6941 17 TGTTTTTACCCGGATCATGTTTTTACCCGGATCATGTTTTTACCCGGATCATGTTTTTAC SH12012 12012 75 149 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 3'ETS 6946 6964 6946 18 AATACATGTTTTTACCCGAATACATGTTTTTACCCGAATACATGTTTTTACCCGAATACA SH12013 12013 68 77 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 3'ETS 6951 6973 6951 22 GATATATACAATACATGTTTTTGATATATACAATACATGTTTTTGATATATACAATACAT SH12014 12014 79 50 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 3'ETS 6956 6978 6956 22 TAATAGATATATACAATACATGTAATAGATATATACAATACATGTAATAGATATATACAA SH12015 12015 12 161 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 3'ETS 6961 6986 6961 25 GTATATTATAATAGATATATACAATGTATATTATAATAGATATATACAATGTATATTATA SH12016 12016 42 43 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 3'ETS 6966 6989 6966 23 ATCGTATATTATAATAGATATATATCGTATATTATAATAGATATATATCGTATATTATAA SH12017 12017 14 25 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 3'ETS 6971 6992 6971 21 CTCATCGTATATTATAATAGACTCATCGTATATTATAATAGACTCATCGTATATTATAAT SH12018 12018 56 207 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 3'ETS 6976 6996 6976 20 CATCCTCATCGTATATTATACATCCTCATCGTATATTATACATCCTCATCGTATATTATA SH12019 12019 31 73 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 3'ETS 6981 6999 6981 18 TATCATCCTCATCGTATATATCATCCTCATCGTATATATCATCCTCATCGTATATATCAT SH12020 12020 66 70 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 3'ETS 6986 7003 6986 17 ACACTATCATCCTCATCACACTATCATCCTCATCACACTATCATCCTCATCACACTATCA SH12021 12021 83 93 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 3'ETS 6991 7008 6991 17 CTTACACACTATCATCCCTTACACACTATCATCCCTTACACACTATCATCCCTTACACAC SH12022 12022 74 204 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 3'ETS 6996 7014 6996 18 TACACTCTTACACACTATTACACTCTTACACACTATTACACTCTTACACACTATTACACT SH12023 12023 11 33 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 3'ETS 7001 7018 7001 17 ATGGTACACTCTTACACATGGTACACTCTTACACATGGTACACTCTTACACATGGTACAC SH12024 12024 5 208 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 3'ETS 7006 7024 7006 18 TAGTAAATGGTACACTCTTAGTAAATGGTACACTCTTAGTAAATGGTACACTCTTAGTAA SH12025 12025 43 197 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 3'ETS 7011 7031 7011 20 CATACATTAGTAAATGGTACCATACATTAGTAAATGGTACCATACATTAGTAAATGGTAC SH12026 12026 12 107 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 3'ETS 7016 7038 7016 22 TAACTTACATACATTAGTAAATTAACTTACATACATTAGTAAATTAACTTACATACATTA SH12027 12027 39 26 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 3'ETS 7021 7041 7021 20 TAGTAACTTACATACATTAGTAGTAACTTACATACATTAGTAGTAACTTACATACATTAG SH12028 12028 6 16 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 3'ETS 7026 7046 7026 20 GTAAATAGTAACTTACATACGTAAATAGTAACTTACATACGTAAATAGTAACTTACATAC SH12029 12029 36 15 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 3'ETS/3'flank 7031 7053 7031 22 CCAAATAGTAAATAGTAACTTACCAAATAGTAAATAGTAACTTACCAAATAGTAAATAGT SH12030 12030 2 110 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 3'ETS/3'flank 7036 7056 7036 20 AGACCAAATAGTAAATAGTAAGACCAAATAGTAAATAGTAAGACCAAATAGTAAATAGTA SH12031 12031 46 68 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 3'ETS/3'flank 7041 7063 7041 22 AATAAAAAGACCAAATAGTAAAAATAAAAAGACCAAATAGTAAAAATAAAAAGACCAAAT SH12032 12032 85 188 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 3'ETS/3'flank 7046 7069 7046 23 ATAAAAAATAAAAAGACCAAATAATAAAAAATAAAAAGACCAAATAATAAAAAATAAAAA SH12033 12033 23 3 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 3'flank to 5S coding 7051 7074 7051 23 AAAAAATAAAAAATAAAAAGACCAAAAAATAAAAAATAAAAAGACCAAAAAATAAAAAAT SH12034 12034 89 109 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 3'flank to 5S coding 7056 7085 7056 29 GAAAAAAAAAAAAAAAATAAAAAATAAAAGAAAAAAAAAAAAAAAATAAAAAATAAAAGA SH12035 12035 2 151 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 3'flank to 5S coding 7061 7086 7061 25 CGAAAAAAAAAAAAAAAATAAAAAACGAAAAAAAAAAAAAAAATAAAAAACGAAAAAAAA SH12036 12036 33 153 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 3'flank to 5S coding 7066 7089 7066 23 CAACGAAAAAAAAAAAAAAAATACAACGAAAAAAAAAAAAAAAATACAACGAAAAAAAAA SH12037 12037 61 207 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 3'flank to 5S coding 7071 7093 7071 22 TTTGCAACGAAAAAAAAAAAAATTTGCAACGAAAAAAAAAAAAATTTGCAACGAAAAAAA SH12038 12038 13 59 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 3'flank to 5S coding 7076 7096 7076 20 ATCTTTGCAACGAAAAAAAAATCTTTGCAACGAAAAAAAAATCTTTGCAACGAAAAAAAA SH12039 12039 18 211 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 3'flank to 5S coding 7081 7098 7081 17 CCATCTTTGCAACGAAACCATCTTTGCAACGAAACCATCTTTGCAACGAAACCATCTTTG SH12040 12040 24 155 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 3'flank to 5S coding 7086 7103 7086 17 TCAACCCATCTTTGCAATCAACCCATCTTTGCAATCAACCCATCTTTGCAATCAACCCAT SH12041 12041 19 125 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 3'flank to 5S coding 7091 7108 7091 17 CTCTTTCAACCCATCTTCTCTTTCAACCCATCTTCTCTTTCAACCCATCTTCTCTTTCAA SH12042 12042 47 131 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 3'flank to 5S coding 7096 7112 7096 16 CCTTCTCTTTCAACCCCCTTCTCTTTCAACCCCCTTCTCTTTCAACCCCCTTCTCTTTCA SH12043 12043 88 20 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 3'flank to 5S coding 7101 7118 7101 17 GAAAGCCCTTCTCTTTCGAAAGCCCTTCTCTTTCGAAAGCCCTTCTCTTTCGAAAGCCCT SH12044 12044 69 200 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 3'flank to 5S coding 7106 7123 7106 17 TTTGTGAAAGCCCTTCTTTTGTGAAAGCCCTTCTTTTGTGAAAGCCCTTCTTTTGTGAAA SH12045 12045 35 34 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 3'flank to 5S coding 7111 7128 7111 17 GAAGCTTTGTGAAAGCCGAAGCTTTGTGAAAGCCGAAGCTTTGTGAAAGCCGAAGCTTTG SH12046 12046 87 164 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 3'flank to 5S coding 7116 7131 7116 15 CGGGAAGCTTTGTGACGGGAAGCTTTGTGACGGGAAGCTTTGTGACGGGAAGCTTTGTGA SH12047 12047 72 150 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 3'flank to 5S coding 7121 7134 7121 13 GCTCGGGAAGCTTGCTCGGGAAGCTTGCTCGGGAAGCTTGCTCGGGAAGCTTGCTCGGGA SH12048 12048 88 189 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 3'flank to 5S coding 7126 7139 7126 13 TTCACGCTCGGGATTCACGCTCGGGATTCACGCTCGGGATTCACGCTCGGGATTCACGCT SH12049 12049 22 189 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 3'flank to 5S coding 7131 7148 7131 17 GCAAATCCTTTCACGCTGCAAATCCTTTCACGCTGCAAATCCTTTCACGCTGCAAATCCT SH12050 12050 71 146 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 3'flank to 5S coding 7136 7151 7136 15 CGGGCAAATCCTTTCCGGGCAAATCCTTTCCGGGCAAATCCTTTCCGGGCAAATCCTTTC SH12051 12051 91 70 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 3'flank to 5S coding 7141 7154 7141 13 GTCCGGGCAAATCGTCCGGGCAAATCGTCCGGGCAAATCGTCCGGGCAAATCGTCCGGGC SH12052 12052 79 47 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 3'flank to 5S coding 7146 7159 7146 13 AAACTGTCCGGGCAAACTGTCCGGGCAAACTGTCCGGGCAAACTGTCCGGGCAAACTGTC SH12053 12053 43 178 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 3'flank to 5S coding 7151 7168 7151 17 CCATGAAGCAAACTGTCCCATGAAGCAAACTGTCCCATGAAGCAAACTGTCCCATGAAGC SH12054 12054 79 159 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 3'flank to 5S coding 7156 7173 7156 17 CTGCTCCATGAAGCAAACTGCTCCATGAAGCAAACTGCTCCATGAAGCAAACTGCTCCAT SH12055 12055 55 86 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 3'flank to 5S coding 7161 7179 7161 18 AAAAAACTGCTCCATGAAAAAAAACTGCTCCATGAAAAAAAACTGCTCCATGAAAAAAAA SH12056 12056 74 96 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 3'flank to 5S coding 7166 7182 7166 16 CGGAAAAAACTGCTCCCGGAAAAAACTGCTCCCGGAAAAAACTGCTCCCGGAAAAAACTG SH12057 12057 19 133 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 3'flank to 5S coding 7171 7188 7171 17 ATGGTGCGGAAAAAACTATGGTGCGGAAAAAACTATGGTGCGGAAAAAACTATGGTGCGG SH12058 12058 56 174 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 3'flank to 5S coding 7176 7191 7176 15 CTGATGGTGCGGAAACTGATGGTGCGGAAACTGATGGTGCGGAAACTGATGGTGCGGAAA SH12059 12059 52 64 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 3'flank to 5S coding 7181 7194 7181 13 GCTCTGATGGTGCGCTCTGATGGTGCGCTCTGATGGTGCGCTCTGATGGTGCGCTCTGAT SH12060 12060 97 178 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 3'flank to 5S coding 7186 7201 7186 15 GTTTGCCGCTCTGATGTTTGCCGCTCTGATGTTTGCCGCTCTGATGTTTGCCGCTCTGAT SH12061 12061 27 130 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 3'flank to 5S coding 7191 7206 7191 15 CTCATGTTTGCCGCTCTCATGTTTGCCGCTCTCATGTTTGCCGCTCTCATGTTTGCCGCT SH12062 12062 34 18 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 3'flank to 5S coding 7196 7213 7196 17 ACAAGCACTCATGTTTGACAAGCACTCATGTTTGACAAGCACTCATGTTTGACAAGCACT SH12063 12063 56 131 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 3'flank to 5S coding 7201 7219 7201 18 ACTTATACAAGCACTCATACTTATACAAGCACTCATACTTATACAAGCACTCATACTTAT SH12064 12064 83 84 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 3'flank to 5S coding 7206 7225 7206 19 CTCTAAACTTATACAAGCACTCTAAACTTATACAAGCACTCTAAACTTATACAAGCACTC SH12065 12065 74 167 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 3'flank to 5S coding 7211 7231 7211 20 TCAATTCTCTAAACTTATACTCAATTCTCTAAACTTATACTCAATTCTCTAAACTTATAC SH12066 12066 38 157 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 3'flank to 5S coding 7216 7236 7216 20 TTTTCTCAATTCTCTAAACTTTTTCTCAATTCTCTAAACTTTTTCTCAATTCTCTAAACT SH12067 12067 69 41 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 3'flank to 5S coding 7221 7239 7221 18 AGCTTTTCTCAATTCTCTAGCTTTTCTCAATTCTCTAGCTTTTCTCAATTCTCTAGCTTT SH12068 12068 85 159 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 3'flank to 5S coding 7226 7245 7226 19 GAAATGAGCTTTTCTCAATGAAATGAGCTTTTCTCAATGAAATGAGCTTTTCTCAATGAA SH12069 12069 48 124 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 3'flank to 5S coding 7231 7249 7231 18 ATAGGAAATGAGCTTTTCATAGGAAATGAGCTTTTCATAGGAAATGAGCTTTTCATAGGA SH12070 12070 25 29 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 3'flank to 5S coding 7236 7254 7236 18 TAACTATAGGAAATGAGCTAACTATAGGAAATGAGCTAACTATAGGAAATGAGCTAACTA SH12071 12071 12 155 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 3'flank to 5S coding 7241 7259 7241 18 CCTGTTAACTATAGGAAACCTGTTAACTATAGGAAACCTGTTAACTATAGGAAACCTGTT SH12072 12072 26 17 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 3'flank to 5S coding 7246 7264 7246 18 CATGTCCTGTTAACTATACATGTCCTGTTAACTATACATGTCCTGTTAACTATACATGTC SH12073 12073 50 61 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 3'flank to 5S coding 7251 7268 7251 17 AAGGCATGTCCTGTTAAAAGGCATGTCCTGTTAAAAGGCATGTCCTGTTAAAAGGCATGT SH12074 12074 55 9 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 3'flank to 5S coding 7256 7273 7256 17 TATCAAAGGCATGTCCTTATCAAAGGCATGTCCTTATCAAAGGCATGTCCTTATCAAAGG SH12075 12075 101 49 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 3'flank to 5S coding 7261 7281 7261 20 TTTTTTCATATCAAAGGCATTTTTTTCATATCAAAGGCATTTTTTTCATATCAAAGGCAT SH12076 12076 5 154 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 3'flank to 5S coding 7266 7289 7266 23 GTAGTATTTTTTTTCATATCAAAGTAGTATTTTTTTTCATATCAAAGTAGTATTTTTTTT SH12077 12077 53 144 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 3'flank to 5S coding 7271 7293 7271 22 GTTCGTAGTATTTTTTTTCATAGTTCGTAGTATTTTTTTTCATAGTTCGTAGTATTTTTT SH12078 12078 65 147 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 3'flank to 5S coding 7276 7296 7276 20 GTAGTTCGTAGTATTTTTTTGTAGTTCGTAGTATTTTTTTGTAGTTCGTAGTATTTTTTT SH12079 12079 15 19 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 3'flank to 5S coding 7281 7299 7281 18 ATCGTAGTTCGTAGTATTATCGTAGTTCGTAGTATTATCGTAGTTCGTAGTATTATCGTA SH12080 12080 48 131 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 3'flank to 5S coding 7286 7304 7286 18 GTAAAATCGTAGTTCGTAGTAAAATCGTAGTTCGTAGTAAAATCGTAGTTCGTAGTAAAA SH12081 12081 26 199 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 3'flank to 5S coding 7291 7309 7291 18 TCTTGGTAAAATCGTAGTTCTTGGTAAAATCGTAGTTCTTGGTAAAATCGTAGTTCTTGG SH12082 12082 47 79 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 3'flank to 5S coding 7296 7315 7296 19 CATCTTTCTTGGTAAAATCCATCTTTCTTGGTAAAATCCATCTTTCTTGGTAAAATCCAT SH12083 12083 34 161 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 3'flank to 5S coding 7301 7319 7301 18 CTTACATCTTTCTTGGTACTTACATCTTTCTTGGTACTTACATCTTTCTTGGTACTTACA SH12084 12084 68 2 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 3'flank to 5S coding 7306 7324 7306 18 TGTCTCTTACATCTTTCTTGTCTCTTACATCTTTCTTGTCTCTTACATCTTTCTTGTCTC SH12085 12085 45 93 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 3'flank to 5S coding 7311 7328 7311 17 CACTTGTCTCTTACATCCACTTGTCTCTTACATCCACTTGTCTCTTACATCCACTTGTCT SH12086 12086 26 56 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 3'flank to 5S coding 7316 7333 7316 17 CTGTTCACTTGTCTCTTCTGTTCACTTGTCTCTTCTGTTCACTTGTCTCTTCTGTTCACT SH12087 12087 58 68 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 3'flank to 5S coding 7321 7338 7321 17 GTTCACTGTTCACTTGTGTTCACTGTTCACTTGTGTTCACTGTTCACTTGTGTTCACTGT SH12088 12088 83 208 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 3'flank to 5S coding 7326 7343 7326 17 TCACTGTTCACTGTTCATCACTGTTCACTGTTCATCACTGTTCACTGTTCATCACTGTTC SH12089 12089 16 109 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 3'flank to 5S coding 7331 7348 7331 17 ACTGTTCACTGTTCACTACTGTTCACTGTTCACTACTGTTCACTGTTCACTACTGTTCAC SH12090 12090 23 165 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 3'flank to 5S coding 7336 7351 7336 15 CCCACTGTTCACTGTCCCACTGTTCACTGTCCCACTGTTCACTGTCCCACTGTTCACTGT SH12091 12091 70 195 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 3'flank to 5S coding 7341 7354 7341 13 GTCCCCACTGTTCGTCCCCACTGTTCGTCCCCACTGTTCGTCCCCACTGTTCGTCCCCAC SH12092 12092 25 136 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 3'flank to 5S coding 7346 7364 7346 18 AAAAAAAAATGTCCCCACAAAAAAAAATGTCCCCACAAAAAAAAATGTCCCCACAAAAAA SH12093 12093 30 87 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 3'flank to 5S coding 7351 7376 7351 25 AAAAAAAAAAAAAAAAAAAAATGTCAAAAAAAAAAAAAAAAAAAAATGTCAAAAAAAAAA SH12094 12094 78 130 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 3'flank to 5S coding 7356 7383 7356 27 TTACTTAAAAAAAAAAAAAAAAAAAAATTACTTAAAAAAAAAAAAAAAAAAAAATTACTT SH12095 12095 39 50 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 3'flank to 5S coding 7361 7386 7361 25 CATTTACTTAAAAAAAAAAAAAAAACATTTACTTAAAAAAAAAAAAAAAACATTTACTTA SH12096 12096 28 2 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 3'flank to 5S coding 7366 7388 7366 22 GCCATTTACTTAAAAAAAAAAAGCCATTTACTTAAAAAAAAAAAGCCATTTACTTAAAAA SH12097 12097 84 185 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 3'flank to 5S coding 7371 7391 7371 20 ACTGCCATTTACTTAAAAAAACTGCCATTTACTTAAAAAAACTGCCATTTACTTAAAAAA SH12098 12098 42 77 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 3'flank to 5S coding 7376 7394 7376 18 GAAACTGCCATTTACTTAGAAACTGCCATTTACTTAGAAACTGCCATTTACTTAGAAACT SH12099 12099 31 165 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 3'flank to 5S coding 7381 7398 7381 17 CCTAGAAACTGCCATTTCCTAGAAACTGCCATTTCCTAGAAACTGCCATTTCCTAGAAAC SH12100 12100 91 25 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 3'flank to 5S coding 7386 7403 7386 17 CATTCCCTAGAAACTGCCATTCCCTAGAAACTGCCATTCCCTAGAAACTGCCATTCCCTA SH12101 12101 35 194 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 3'flank to 5S coding 7391 7409 7391 18 CATCATCATTCCCTAGAACATCATCATTCCCTAGAACATCATCATTCCCTAGAACATCAT SH12102 12102 94 193 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 3'flank to 5S coding 7396 7411 7396 15 GCCATCATCATTCCCGCCATCATCATTCCCGCCATCATCATTCCCGCCATCATCATTCCC SH12103 12103 23 111 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 3'flank to 5S coding 7401 7418 7401 17 GGAACTTGCCATCATCAGGAACTTGCCATCATCAGGAACTTGCCATCATCAGGAACTTGC SH12104 12104 54 22 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 3'flank to 5S coding 7406 7422 7406 16 CTCTGGAACTTGCCATCTCTGGAACTTGCCATCTCTGGAACTTGCCATCTCTGGAACTTG SH12105 12105 37 117 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 3'flank to 5S coding 7411 7426 7411 15 GCCTCTCTGGAACTTGCCTCTCTGGAACTTGCCTCTCTGGAACTTGCCTCTCTGGAACTT SH12106 12106 89 168 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 3'flank to 5S coding 7416 7429 7416 13 GCTGCCTCTCTGGGCTGCCTCTCTGGGCTGCCTCTCTGGGCTGCCTCTCTGGGCTGCCTC SH12107 12107 81 174 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 3'flank to 5S coding 7421 7436 7421 15 CTTTTACGCTGCCTCCTTTTACGCTGCCTCCTTTTACGCTGCCTCCTTTTACGCTGCCTC SH12108 12108 23 49 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 3'flank to 5S coding 7426 7443 7426 17 CCTCATCCTTTTACGCTCCTCATCCTTTTACGCTCCTCATCCTTTTACGCTCCTCATCCT SH12109 12109 89 140 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 3'flank to 5S coding 7431 7448 7431 17 AGTAGCCTCATCCTTTTAGTAGCCTCATCCTTTTAGTAGCCTCATCCTTTTAGTAGCCTC SH12110 12110 94 45 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 3'flank to 5S coding 7436 7451 7436 15 CCCAGTAGCCTCATCCCCAGTAGCCTCATCCCCAGTAGCCTCATCCCCAGTAGCCTCATC SH12111 12111 44 149 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 3'flank to 5S coding 7441 7454 7441 13 CTTCCCAGTAGCCCTTCCCAGTAGCCCTTCCCAGTAGCCCTTCCCAGTAGCCCTTCCCAG SH12112 12112 85 100 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 3'flank to 5S coding 7446 7463 7446 17 CTCTTTCTTCTTCCCAGCTCTTTCTTCTTCCCAGCTCTTTCTTCTTCCCAGCTCTTTCTT SH12113 12113 48 4 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 3'flank to 5S coding 7451 7469 7451 18 CTTTTCCTCTTTCTTCTTCTTTTCCTCTTTCTTCTTCTTTTCCTCTTTCTTCTTCTTTTC SH12114 12114 44 143 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 3'flank to 5S coding 7456 7473 7456 17 TGCACTTTTCCTCTTTCTGCACTTTTCCTCTTTCTGCACTTTTCCTCTTTCTGCACTTTT SH12115 12115 21 87 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 3'flank to 5S coding 7461 7478 7461 17 CATCTTGCACTTTTCCTCATCTTGCACTTTTCCTCATCTTGCACTTTTCCTCATCTTGCA SH12116 12116 65 169 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 3'flank to 5S coding 7466 7484 7466 18 GCTATTCATCTTGCACTTGCTATTCATCTTGCACTTGCTATTCATCTTGCACTTGCTATT SH12117 12117 40 167 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 3'flank to 5S coding 7471 7488 7471 17 ACTGGCTATTCATCTTGACTGGCTATTCATCTTGACTGGCTATTCATCTTGACTGGCTAT SH12118 12118 86 48 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 3'flank to 5S coding 7476 7493 7476 17 ATTGCACTGGCTATTCAATTGCACTGGCTATTCAATTGCACTGGCTATTCAATTGCACTG SH12119 12119 99 86 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 3'flank to 5S coding 7481 7499 7481 18 GTATATATTGCACTGGCTGTATATATTGCACTGGCTGTATATATTGCACTGGCTGTATAT SH12120 12120 15 132 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 3'flank to 5S coding 7486 7506 7486 20 TATACATGTATATATTGCACTATACATGTATATATTGCACTATACATGTATATATTGCAC SH12121 12121 13 167 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 3'flank to 5S coding 7491 7513 7491 22 TGTTAAGTATACATGTATATATTGTTAAGTATACATGTATATATTGTTAAGTATACATGT SH12122 12122 47 52 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 3'flank to 5S coding 7496 7516 7496 20 ATCTGTTAAGTATACATGTAATCTGTTAAGTATACATGTAATCTGTTAAGTATACATGTA SH12123 12123 64 2 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 3'flank to 5S coding 7501 7520 7501 19 CCATATCTGTTAAGTATACCCATATCTGTTAAGTATACCCATATCTGTTAAGTATACCCA SH12124 12124 60 184 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 3'flank to 5S coding 7506 7524 7506 18 CATTCCATATCTGTTAAGCATTCCATATCTGTTAAGCATTCCATATCTGTTAAGCATTCC SH12125 12125 18 128 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 3'flank to 5S coding 7511 7528 7511 17 CAACCATTCCATATCTGCAACCATTCCATATCTGCAACCATTCCATATCTGCAACCATTC SH12126 12126 9 210 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 3'flank to 5S coding 7516 7531 7516 15 CGCCAACCATTCCATCGCCAACCATTCCATCGCCAACCATTCCATCGCCAACCATTCCAT SH12127 12127 18 35 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 3'flank to 5S coding 7521 7538 7521 17 TTTACTTCGCCAACCATTTTACTTCGCCAACCATTTTACTTCGCCAACCATTTTACTTCG SH12128 12128 21 100 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 3'flank to 5S coding 7526 7544 7526 18 CAAAAATTTACTTCGCCACAAAAATTTACTTCGCCACAAAAATTTACTTCGCCACAAAAA SH12129 12129 81 73 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 3'flank to 5S coding 7531 7549 7531 18 GTCGCCAAAAATTTACTTGTCGCCAAAAATTTACTTGTCGCCAAAAATTTACTTGTCGCC SH12130 12130 34 98 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 3'flank to 5S coding 7536 7552 7536 16 CGCGTCGCCAAAAATTCGCGTCGCCAAAAATTCGCGTCGCCAAAAATTCGCGTCGCCAAA SH12131 12131 7 31 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 3'flank to 5S coding 7541 7554 7541 13 GCCGCGTCGCCAAGCCGCGTCGCCAAGCCGCGTCGCCAAGCCGCGTCGCCAAGCCGCGTC SH12132 12132 6 37 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 3'flank to 5S coding 7546 7559 7546 13 GCGTCGCCGCGTCGCGTCGCCGCGTCGCGTCGCCGCGTCGCGTCGCCGCGTCGCGTCGCC SH12133 12133 23 197 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 3'flank to 5S coding 7551 7564 7551 13 TCGCCGCGTCGCCTCGCCGCGTCGCCTCGCCGCGTCGCCTCGCCGCGTCGCCTCGCCGCG SH12134 12134 95 27 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 3'flank to 5S coding 7556 7569 7556 13 CCGCGTCGCCGCGCCGCGTCGCCGCGCCGCGTCGCCGCGCCGCGTCGCCGCGCCGCGTCG SH12135 12135 28 93 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 3'flank to 5S coding 7561 7574 7561 13 GCATACCGCGTCGGCATACCGCGTCGGCATACCGCGTCGGCATACCGCGTCGGCATACCG SH12136 12136 7 182 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 3'flank to 5S coding 7566 7579 7566 13 ACTCCGCATACCGACTCCGCATACCGACTCCGCATACCGACTCCGCATACCGACTCCGCA SH12137 12137 99 97 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 3'flank to 5S coding 7571 7588 7571 17 CATCTTACAACTCCGCACATCTTACAACTCCGCACATCTTACAACTCCGCACATCTTACA SH12138 12138 56 30 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 3'flank to 5S coding 7576 7594 7576 18 GTAGTACATCTTACAACTGTAGTACATCTTACAACTGTAGTACATCTTACAACTGTAGTA SH12139 12139 74 50 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 3'flank to 5S coding 7581 7599 7581 18 TGATCGTAGTACATCTTATGATCGTAGTACATCTTATGATCGTAGTACATCTTATGATCG SH12140 12140 64 161 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 3'flank to 5S coding 7586 7604 7586 18 CTATATGATCGTAGTACACTATATGATCGTAGTACACTATATGATCGTAGTACACTATAT SH12141 12141 77 108 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 3'flank to 5S coding 7591 7611 7591 20 CATTACACTATATGATCGTACATTACACTATATGATCGTACATTACACTATATGATCGTA SH12142 12142 88 101 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 3'flank to 5S coding 7596 7614 7596 18 CCGCATTACACTATATGACCGCATTACACTATATGACCGCATTACACTATATGACCGCAT SH12143 12143 19 198 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 3'flank to 5S coding 7601 7618 7601 17 TTTGCCGCATTACACTATTTGCCGCATTACACTATTTGCCGCATTACACTATTTGCCGCA SH12144 12144 21 95 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 3'flank to 5S coding 7606 7624 7606 18 TAACATTTTGCCGCATTATAACATTTTGCCGCATTATAACATTTTGCCGCATTATAACAT SH12145 12145 45 17 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 3'flank to 5S coding 7611 7628 7611 17 GCACTAACATTTTGCCGGCACTAACATTTTGCCGGCACTAACATTTTGCCGGCACTAACA SH12146 12146 100 162 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 3'flank to 5S coding 7616 7634 7616 18 TTTCCTGCACTAACATTTTTTCCTGCACTAACATTTTTTCCTGCACTAACATTTTTTCCT SH12147 12147 73 11 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 3'flank to 5S coding 7621 7637 7621 16 CGCTTTCCTGCACTAACGCTTTCCTGCACTAACGCTTTCCTGCACTAACGCTTTCCTGCA SH12148 12148 18 61 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 3'flank to 5S coding 7626 7639 7626 13 CCCGCTTTCCTGCCCCGCTTTCCTGCCCCGCTTTCCTGCCCCGCTTTCCTGCCCCGCTTT SH12149 12149 18 19 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 3'flank to 5S coding 7631 7648 7631 17 TTATTCCTTCCCGCTTTTTATTCCTTCCCGCTTTTTATTCCTTCCCGCTTTTTATTCCTT SH12150 12150 58 86 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 3'flank to 5S coding 7636 7653 7636 17 GCTTCTTATTCCTTCCCGCTTCTTATTCCTTCCCGCTTCTTATTCCTTCCCGCTTCTTAT SH12151 12151 70 212 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 3'flank to 5S coding 7641 7659 7641 18 TTAGTTGCTTCTTATTCCTTAGTTGCTTCTTATTCCTTAGTTGCTTCTTATTCCTTAGTT SH12152 12152 36 98 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 3'flank to 5S coding 7646 7664 7646 18 CTCGTTTAGTTGCTTCTTCTCGTTTAGTTGCTTCTTCTCGTTTAGTTGCTTCTTCTCGTT SH12153 12153 74 6 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 3'flank to 5S coding 7651 7666 7651 15 CCCTCGTTTAGTTGCCCCTCGTTTAGTTGCCCCTCGTTTAGTTGCCCCTCGTTTAGTTGC SH12154 12154 70 58 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 3'flank to 5S coding 7656 7673 7656 17 TTCTACACCCTCGTTTATTCTACACCCTCGTTTATTCTACACCCTCGTTTATTCTACACC SH12155 12155 4 76 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 3'flank to 5S coding 7661 7678 7661 17 TCTTTTTCTACACCCTCTCTTTTTCTACACCCTCTCTTTTTCTACACCCTCTCTTTTTCT SH12156 12156 57 134 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 3'flank to 5S coding 7666 7684 7666 18 TCTTCGTCTTTTTCTACATCTTCGTCTTTTTCTACATCTTCGTCTTTTTCTACATCTTCG SH12157 12157 91 180 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 3'flank to 5S coding 7671 7689 7671 18 TTTCCTCTTCGTCTTTTTTTTCCTCTTCGTCTTTTTTTTCCTCTTCGTCTTTTTTTTCCT SH12158 12158 16 103 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 3'flank to 5S coding 7676 7693 7676 17 ATACTTTCCTCTTCGTCATACTTTCCTCTTCGTCATACTTTCCTCTTCGTCATACTTTCC SH12159 12159 45 9 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 3'flank to 5S coding 7681 7699 7681 18 CGGTTAATACTTTCCTCTCGGTTAATACTTTCCTCTCGGTTAATACTTTCCTCTCGGTTA SH12160 12160 104 199 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 3'flank to 5S coding 7686 7705 7686 19 CTTCTACGGTTAATACTTTCTTCTACGGTTAATACTTTCTTCTACGGTTAATACTTTCTT SH12161 12161 61 116 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 3'flank to 5S coding 7691 7709 7691 18 CTCTCTTCTACGGTTAATCTCTCTTCTACGGTTAATCTCTCTTCTACGGTTAATCTCTCT SH12162 12162 75 156 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 3'flank to 5S coding 7696 7711 7696 15 CCCTCTCTTCTACGGCCCTCTCTTCTACGGCCCTCTCTTCTACGGCCCTCTCTTCTACGG SH12163 12163 30 128 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 3'flank to 5S coding 7701 7717 7701 16 CCATTTCCCTCTCTTCCCATTTCCCTCTCTTCCCATTTCCCTCTCTTCCCATTTCCCTCT SH12164 12164 40 192 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 3'flank to 5S coding 7706 7721 7706 15 CCCTCCATTTCCCTCCCCTCCATTTCCCTCCCCTCCATTTCCCTCCCCTCCATTTCCCTC SH12165 12165 42 132 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 3'flank to 5S coding 7711 7728 7711 17 TTCTCTTCCCTCCATTTTTCTCTTCCCTCCATTTTTCTCTTCCCTCCATTTTTCTCTTCC SH12166 12166 38 50 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 3'flank to 5S coding 7716 7733 7716 17 TTTTGTTCTCTTCCCTCTTTTGTTCTCTTCCCTCTTTTGTTCTCTTCCCTCTTTTGTTCT SH12167 12167 44 68 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 3'flank to 5S coding 7721 7738 7721 17 TCCGGTTTTGTTCTCTTTCCGGTTTTGTTCTCTTTCCGGTTTTGTTCTCTTTCCGGTTTT SH12168 12168 97 81 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 3'flank to 5S coding 7726 7743 7726 17 AACACTCCGGTTTTGTTAACACTCCGGTTTTGTTAACACTCCGGTTTTGTTAACACTCCG SH12169 12169 49 197 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 3'flank to 5S coding 7731 7749 7731 18 AAAAAAAACACTCCGGTTAAAAAAAACACTCCGGTTAAAAAAAACACTCCGGTTAAAAAA SH12170 12170 32 123 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 3'flank to 5S coding 7736 7759 7736 23 CAAAAAAAAAAAAAAAAACACTCCAAAAAAAAAAAAAAAAACACTCCAAAAAAAAAAAAA SH12171 12171 26 192 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 3'flank to 5S coding 7741 7764 7741 23 TCCTACAAAAAAAAAAAAAAAAATCCTACAAAAAAAAAAAAAAAAATCCTACAAAAAAAA SH12172 12172 91 179 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 3'flank to 5S coding 7746 7769 7746 23 GATATTCCTACAAAAAAAAAAAAGATATTCCTACAAAAAAAAAAAAGATATTCCTACAAA SH12173 12173 57 23 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 3'flank to 5S coding 7751 7771 7751 20 CCGATATTCCTACAAAAAAACCGATATTCCTACAAAAAAACCGATATTCCTACAAAAAAA SH12174 12174 103 182 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 3'flank to 5S coding 7756 7773 7756 17 CTCCGATATTCCTACAACTCCGATATTCCTACAACTCCGATATTCCTACAACTCCGATAT SH12175 12175 22 179 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 3'flank to 5S coding 7761 7776 7761 15 CTCCTCCGATATTCCCTCCTCCGATATTCCCTCCTCCGATATTCCCTCCTCCGATATTCC SH12176 12176 92 66 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 3'flank to 5S coding 7766 7783 7766 17 CAATATTCTCCTCCGATCAATATTCTCCTCCGATCAATATTCTCCTCCGATCAATATTCT SH12177 12177 59 84 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 3'flank to 5S coding 7771 7790 7771 19 GTACAAACAATATTCTCCTGTACAAACAATATTCTCCTGTACAAACAATATTCTCCTGTA SH12178 12178 5 43 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 3'flank to 5S coding 7776 7798 7776 22 CTTGATATGTACAAACAATATTCTTGATATGTACAAACAATATTCTTGATATGTACAAAC SH12179 12179 42 145 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 3'flank to 5S coding 7781 7801 7781 20 CTACTTGATATGTACAAACACTACTTGATATGTACAAACACTACTTGATATGTACAAACA SH12180 12180 82 158 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 3'flank to 5S coding 7786 7804 7786 18 CTACTACTTGATATGTACCTACTACTTGATATGTACCTACTACTTGATATGTACCTACTA SH12181 12181 80 85 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 3'flank to 5S coding 7791 7809 7791 18 GGTTGCTACTACTTGATAGGTTGCTACTACTTGATAGGTTGCTACTACTTGATAGGTTGC SH12182 12182 47 104 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 3'flank to 5S coding 7796 7813 7796 17 ATTGGGTTGCTACTACTATTGGGTTGCTACTACTATTGGGTTGCTACTACTATTGGGTTG SH12183 12183 59 24 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 3'flank to 5S coding 7801 7817 7801 16 GCTCATTGGGTTGCTAGCTCATTGGGTTGCTAGCTCATTGGGTTGCTAGCTCATTGGGTT SH12184 12184 101 70 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 3'flank to 5S coding 7806 7823 7806 17 CATTATGCTCATTGGGTCATTATGCTCATTGGGTCATTATGCTCATTGGGTCATTATGCT SH12185 12185 38 72 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 3'flank to 5S coding 7811 7828 7811 17 CACTCCATTATGCTCATCACTCCATTATGCTCATCACTCCATTATGCTCATCACTCCATT SH12186 12186 30 47 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 3'flank to 5S coding 7816 7834 7816 18 GTTAAGCACTCCATTATGGTTAAGCACTCCATTATGGTTAAGCACTCCATTATGGTTAAG SH12187 12187 93 93 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 3'flank to 5S coding 7821 7838 7821 17 AAGAGTTAAGCACTCCAAAGAGTTAAGCACTCCAAAGAGTTAAGCACTCCAAAGAGTTAA SH12188 12188 3 30 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 3'flank to 5S coding 7826 7844 7826 18 CTTCTGAAGAGTTAAGCACTTCTGAAGAGTTAAGCACTTCTGAAGAGTTAAGCACTTCTG SH12189 12189 100 69 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 3'flank to 5S coding 7831 7849 7831 18 CTCTTCTTCTGAAGAGTTCTCTTCTTCTGAAGAGTTCTCTTCTTCTGAAGAGTTCTCTTC SH12190 12190 58 70 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 3'flank to 5S coding 7836 7853 7836 17 TGCACTCTTCTTCTGAATGCACTCTTCTTCTGAATGCACTCTTCTTCTGAATGCACTCTT SH12191 12191 46 94 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 3'flank to 5S coding 7841 7857 7841 16 CAGCTGCACTCTTCTTCAGCTGCACTCTTCTTCAGCTGCACTCTTCTTCAGCTGCACTCT SH12192 12192 7 161 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 3'flank to 5S coding 7846 7859 7846 13 TCCAGCTGCACTCTCCAGCTGCACTCTCCAGCTGCACTCTCCAGCTGCACTCTCCAGCTG SH12193 12193 96 151 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 3'flank to 5S coding 7851 7866 7851 15 CGCACTATCCAGCTGCGCACTATCCAGCTGCGCACTATCCAGCTGCGCACTATCCAGCTG SH12194 12194 29 80 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 3'flank to 5S coding 7856 7874 7856 18 GAAAAATTCGCACTATCCGAAAAATTCGCACTATCCGAAAAATTCGCACTATCCGAAAAA SH12195 12195 11 53 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 3'flank to 5S coding 7861 7879 7861 18 ATTCAGAAAAATTCGCACATTCAGAAAAATTCGCACATTCAGAAAAATTCGCACATTCAG SH12196 12196 54 73 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 3'flank to 5S coding 7866 7886 7866 20 CCATTCGATTCAGAAAAATTCCATTCGATTCAGAAAAATTCCATTCGATTCAGAAAAATT SH12197 12197 86 24 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 3'flank to 5S coding 7871 7889 7871 18 CTACCATTCGATTCAGAACTACCATTCGATTCAGAACTACCATTCGATTCAGAACTACCA SH12198 12198 91 182 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 3'flank to 5S coding 7876 7894 7876 18 CTAACCTACCATTCGATTCTAACCTACCATTCGATTCTAACCTACCATTCGATTCTAACC SH12199 12199 88 98 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 3'flank to 5S coding 7881 7899 7881 18 CATAACTAACCTACCATTCATAACTAACCTACCATTCATAACTAACCTACCATTCATAAC SH12200 12200 76 88 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 3'flank to 5S coding 7886 7904 7886 18 AATCCCATAACTAACCTAAATCCCATAACTAACCTAAATCCCATAACTAACCTAAATCCC SH12201 12201 16 176 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 3'flank to 5S coding 7891 7909 7891 18 TGCTAAATCCCATAACTATGCTAAATCCCATAACTATGCTAAATCCCATAACTATGCTAA SH12202 12202 22 193 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 3'flank to 5S coding 7896 7913 7896 17 CCTATGCTAAATCCCATCCTATGCTAAATCCCATCCTATGCTAAATCCCATCCTATGCTA SH12203 12203 37 23 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 3'flank to 5S coding 7901 7918 7901 17 GGCTTCCTATGCTAAATGGCTTCCTATGCTAAATGGCTTCCTATGCTAAATGGCTTCCTA SH12204 12204 36 202 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 3'flank to 5S coding 7906 7921 7906 15 CTTGGCTTCCTATGCCTTGGCTTCCTATGCCTTGGCTTCCTATGCCTTGGCTTCCTATGC SH12205 12205 102 144 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 3'flank to 5S coding 7911 7928 7911 17 CTAGTTTCTTGGCTTCCCTAGTTTCTTGGCTTCCCTAGTTTCTTGGCTTCCCTAGTTTCT SH12206 12206 95 183 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 3'flank to 5S coding 7916 7936 7916 20 TTTTTTTTCTAGTTTCTTGGTTTTTTTTCTAGTTTCTTGGTTTTTTTTCTAGTTTCTTGG SH12207 12207 55 8 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 3'flank to 5S coding 7921 7946 7921 25 TTTTTTTTTTTTTTTTTTCTAGTTTTTTTTTTTTTTTTTTTTTCTAGTTTTTTTTTTTTT SH12208 12208 59 48 "rDNA (5’ETS to 5S coding seq; incl 18S, 5.8S and 25S)" 3'flank to 5S coding 7926 7953 7926 27 TTTTTTTTTTTTTTTTTTTTTTTTTCTTTTTTTTTTTTTTTTTTTTTTTTTTCTTTTTTT SH12209 12209 4 64 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 1 15 GGGAGGTACTTCATGGGGAGGTACTTCATGGGGAGGTACTTCATGGGGAGGTACTTCATG SH12210 12210 7 34 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 6 16 GTAGTTGGGAGGTACTGTAGTTGGGAGGTACTGTAGTTGGGAGGTACTGTAGTTGGGAGG SH12211 12211 15 14 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 11 17 GGAAAAGTAGTTGGGAGGGAAAAGTAGTTGGGAGGGAAAAGTAGTTGGGAGGGAAAAGTA SH12212 12212 61 138 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 16 18 GTGTGAGGAAAAGTAGTTGTGTGAGGAAAAGTAGTTGTGTGAGGAAAAGTAGTTGTGTGA SH12213 12213 96 27 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 21 17 ACAAGTGTGAGGAAAAGACAAGTGTGAGGAAAAGACAAGTGTGAGGAAAAGACAAGTGTG SH12214 12214 9 108 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 26 16 GAGTACAAGTGTGAGGGAGTACAAGTGTGAGGGAGTACAAGTGTGAGGGAGTACAAGTGT SH12215 12215 61 39 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 31 17 GTCATGGAGTACAAGTGGTCATGGAGTACAAGTGGTCATGGAGTACAAGTGGTCATGGAG SH12216 12216 96 87 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 36 17 GTTTAGTCATGGAGTACGTTTAGTCATGGAGTACGTTTAGTCATGGAGTACGTTTAGTCA SH12217 12217 83 58 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 41 15 GGGGTTTAGTCATGGGGGGTTTAGTCATGGGGGGTTTAGTCATGGGGGGTTTAGTCATGG SH12218 12218 72 196 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 46 13 GGGGGGGTTTAGTGGGGGGGTTTAGTGGGGGGGTTTAGTGGGGGGGTTTAGTGGGGGGGT SH12219 12219 10 53 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 51 13 TGGGAGGGGGGGTTGGGAGGGGGGGTTGGGAGGGGGGGTTGGGAGGGGGGGTTGGGAGGG SH12220 12220 62 198 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 56 16 GTTTGTAATGGGAGGGGTTTGTAATGGGAGGGGTTTGTAATGGGAGGGGTTTGTAATGGG SH12221 12221 55 205 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 61 20 AAGATTTTAGTTTGTAATGGAAGATTTTAGTTTGTAATGGAAGATTTTAGTTTGTAATGG SH12222 12222 22 169 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 66 22 TAAAAGTAAGATTTTAGTTTGTTAAAAGTAAGATTTTAGTTTGTTAAAAGTAAGATTTTA SH12223 12223 85 55 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 71 22 GAAAATAAAAGTAAGATTTTAGGAAAATAAAAGTAAGATTTTAGGAAAATAAAAGTAAGA SH12224 12224 53 47 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 76 22 CAAAAGAAAATAAAAGTAAGATCAAAAGAAAATAAAAGTAAGATCAAAAGAAAATAAAAG SH12225 12225 20 134 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 81 20 GGGCAAAAGAAAATAAAAGTGGGCAAAAGAAAATAAAAGTGGGCAAAAGAAAATAAAAGT SH12226 12226 25 212 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 86 18 AGAGGGCAAAAGAAAATAAGAGGGCAAAAGAAAATAAGAGGGCAAAAGAAAATAAGAGGG SH12227 12227 12 111 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 91 16 CAGAGAGGGCAAAAGACAGAGAGGGCAAAAGACAGAGAGGGCAAAAGACAGAGAGGGCAA SH12228 12228 52 65 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 96 13 GACAGAGAGGGCAGACAGAGAGGGCAGACAGAGAGGGCAGACAGAGAGGGCAGACAGAGA SH12229 12229 15 30 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 101 15 GCAGAGCGACAGAGAGCAGAGCGACAGAGAGCAGAGCGACAGAGAGCAGAGCGACAGAGA SH12230 12230 70 70 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 106 13 AAGGCAGAGCGACAAGGCAGAGCGACAAGGCAGAGCGACAAGGCAGAGCGACAAGGCAGA SH12231 12231 43 101 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 111 17 TACGTAGTTAAGGCAGATACGTAGTTAAGGCAGATACGTAGTTAAGGCAGATACGTAGTT SH12232 12232 87 21 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 116 18 GAGAAATACGTAGTTAAGGAGAAATACGTAGTTAAGGAGAAATACGTAGTTAAGGAGAAA SH12233 12233 32 140 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 121 16 GGCGAGAAATACGTAGGGCGAGAAATACGTAGGGCGAGAAATACGTAGGGCGAGAAATAC SH12234 12234 57 90 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 126 17 TTTCTCGGCGAGAAATATTTCTCGGCGAGAAATATTTCTCGGCGAGAAATATTTCTCGGC SH12235 12235 76 117 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 131 15 GTTTTTCTCGGCGAGGTTTTTCTCGGCGAGGTTTTTCTCGGCGAGGTTTTTCTCGGCGAG SH12236 12236 15 88 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 136 20 TTAAATTGAAGTTTTTCTCGTTAAATTGAAGTTTTTCTCGTTAAATTGAAGTTTTTCTCG SH12237 12237 24 146 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 141 22 GAATAGCTTAAATTGAAGTTTTGAATAGCTTAAATTGAAGTTTTGAATAGCTTAAATTGA SH12238 12238 80 176 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 146 20 GGAGAATAGCTTAAATTGAAGGAGAATAGCTTAAATTGAAGGAGAATAGCTTAAATTGAA SH12239 12239 68 15 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 151 20 TTTTTGGAGAATAGCTTAAATTTTTGGAGAATAGCTTAAATTTTTGGAGAATAGCTTAAA SH12240 12240 101 5 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 156 18 AGATTTTTGGAGAATAGCAGATTTTTGGAGAATAGCAGATTTTTGGAGAATAGCAGATTT SH12241 12241 20 15 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 161 18 CGCTAAGATTTTTGGAGACGCTAAGATTTTTGGAGACGCTAAGATTTTTGGAGACGCTAA SH12242 12242 7 150 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 166 22 AAAAATATACGCTAAGATTTTTAAAAATATACGCTAAGATTTTTAAAAATATACGCTAAG SH12243 12243 2 49 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 171 21 GAAAAAAAATATACGCTAAGAGAAAAAAAATATACGCTAAGAGAAAAAAAATATACGCTA SH12244 12244 64 25 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 176 20 TTTGGAAAAAAAATATACGCTTTGGAAAAAAAATATACGCTTTGGAAAAAAAATATACGC SH12245 12245 23 154 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 181 20 GTCACTTTGGAAAAAAAATAGTCACTTTGGAAAAAAAATAGTCACTTTGGAAAAAAAATA SH12246 12246 82 110 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 186 18 CCTGTCACTTTGGAAAAACCTGTCACTTTGGAAAAACCTGTCACTTTGGAAAAACCTGTC SH12247 12247 104 105 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 191 15 CACCTGTCACTTTGGCACCTGTCACTTTGGCACCTGTCACTTTGGCACCTGTCACTTTGG SH12248 12248 86 164 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 196 13 GGGCACCTGTCACGGGCACCTGTCACGGGCACCTGTCACGGGCACCTGTCACGGGCACCT SH12249 12249 19 11 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 201 13 ACCCGGGGCACCTACCCGGGGCACCTACCCGGGGCACCTACCCGGGGCACCTACCCGGGG SH12250 12250 35 128 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 206 13 GGGTTACCCGGGGGGGTTACCCGGGGGGGTTACCCGGGGGGGTTACCCGGGGGGGTTACC SH12251 12251 11 43 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 211 15 AGGAACTGGGTTACCAGGAACTGGGTTACCAGGAACTGGGTTACCAGGAACTGGGTTACC SH12252 12252 95 147 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 216 13 GTGAGGAACTGGGGTGAGGAACTGGGGTGAGGAACTGGGGTGAGGAACTGGGGTGAGGAA SH12253 12253 54 13 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 221 20 CAGTAAAAAATAGTGAGGAACAGTAAAAAATAGTGAGGAACAGTAAAAAATAGTGAGGAA SH12254 12254 63 89 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 226 18 CCGCAGTAAAAAATAGTGCCGCAGTAAAAAATAGTGCCGCAGTAAAAAATAGTGCCGCAG SH12255 12255 18 122 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 231 17 GCTTCCGCAGTAAAAAAGCTTCCGCAGTAAAAAAGCTTCCGCAGTAAAAAAGCTTCCGCA SH12256 12256 46 141 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 236 13 CGCTTCCGCAGTACGCTTCCGCAGTACGCTTCCGCAGTACGCTTCCGCAGTACGCTTCCG SH12257 12257 8 197 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 241 13 GCTTCCGCTTCCGGCTTCCGCTTCCGGCTTCCGCTTCCGGCTTCCGCTTCCGGCTTCCGC SH12258 12258 33 108 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 246 13 TTTCCGCTTCCGCTTTCCGCTTCCGCTTTCCGCTTCCGCTTTCCGCTTCCGCTTTCCGCT SH12259 12259 55 126 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 251 17 TTTCCGTATTTTCCGCTTTTCCGTATTTTCCGCTTTTCCGTATTTTCCGCTTTTCCGTAT SH12260 12260 74 208 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 256 17 GCGCGTTTCCGTATTTTGCGCGTTTCCGTATTTTGCGCGTTTCCGTATTTTGCGCGTTTC SH12261 12261 71 47 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 261 13 CGCGCGTTTCCGTCGCGCGTTTCCGTCGCGCGTTTCCGTCGCGCGTTTCCGTCGCGCGTT SH12262 12262 8 52 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 266 13 GTTCCCGCGCGTTGTTCCCGCGCGTTGTTCCCGCGCGTTGTTCCCGCGCGTTGTTCCCGC SH12263 12263 60 60 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 271 17 GTTTTGTATGTTCCCGCGTTTTGTATGTTCCCGCGTTTTGTATGTTCCCGCGTTTTGTAT SH12264 12264 36 6 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 276 22 TATTTTGTATGTTTTGTATGTTTATTTTGTATGTTTTGTATGTTTATTTTGTATGTTTTG SH12265 12265 9 31 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 281 21 GGTATATTTTGTATGTTTTGTGGTATATTTTGTATGTTTTGTGGTATATTTTGTATGTTT SH12266 12266 91 80 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 286 20 GAAAGGTATATTTTGTATGTGAAAGGTATATTTTGTATGTGAAAGGTATATTTTGTATGT SH12267 12267 93 41 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 291 19 GTGAGAAAGGTATATTTTGGTGAGAAAGGTATATTTTGGTGAGAAAGGTATATTTTGGTG SH12268 12268 83 33 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 296 18 TTGTGTGAGAAAGGTATATTGTGTGAGAAAGGTATATTGTGTGAGAAAGGTATATTGTGT SH12269 12269 98 167 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 301 18 ATTTCTTGTGTGAGAAAGATTTCTTGTGTGAGAAAGATTTCTTGTGTGAGAAAGATTTCT SH12270 12270 44 209 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 306 19 GCATATATTTCTTGTGTGAGCATATATTTCTTGTGTGAGCATATATTTCTTGTGTGAGCA SH12271 12271 62 114 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 311 20 CAAGTAGCATATATTTCTTGCAAGTAGCATATATTTCTTGCAAGTAGCATATATTTCTTG SH12272 12272 76 29 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 316 20 TTTTGCAAGTAGCATATATTTTTTGCAAGTAGCATATATTTTTTGCAAGTAGCATATATT SH12273 12273 6 62 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 321 19 GATATTTTGCAAGTAGCATGATATTTTGCAAGTAGCATGATATTTTGCAAGTAGCATGAT SH12274 12274 82 109 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 326 19 GGTATGATATTTTGCAAGTGGTATGATATTTTGCAAGTGGTATGATATTTTGCAAGTGGT SH12275 12275 94 142 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 331 21 GTTTTTTGGTATGATATTTTGGTTTTTTGGTATGATATTTTGGTTTTTTGGTATGATATT SH12276 12276 93 154 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 336 21 GAAAAGTTTTTTGGTATGATAGAAAAGTTTTTTGGTATGATAGAAAAGTTTTTTGGTATG SH12277 12277 77 12 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 341 20 TTGTGAAAAGTTTTTTGGTATTGTGAAAAGTTTTTTGGTATTGTGAAAAGTTTTTTGGTA SH12278 12278 95 106 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 346 18 CGGTTGTGAAAAGTTTTTCGGTTGTGAAAAGTTTTTCGGTTGTGAAAAGTTTTTCGGTTG SH12279 12279 11 204 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 351 17 GTTTCGGTTGTGAAAAGGTTTCGGTTGTGAAAAGGTTTCGGTTGTGAAAAGGTTTCGGTT SH12280 12280 100 166 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 356 17 TTTTGGTTTCGGTTGTGTTTTGGTTTCGGTTGTGTTTTGGTTTCGGTTGTGTTTTGGTTT SH12281 12281 77 175 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 361 17 GTTGGTTTTGGTTTCGGGTTGGTTTTGGTTTCGGGTTGGTTTTGGTTTCGGGTTGGTTTT SH12282 12282 73 25 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 366 17 TATCCGTTGGTTTTGGTTATCCGTTGGTTTTGGTTATCCGTTGGTTTTGGTTATCCGTTG SH12283 12283 62 168 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 371 18 GTATGATATCCGTTGGTTGTATGATATCCGTTGGTTGTATGATATCCGTTGGTTGTATGA SH12284 12284 51 118 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 376 18 GTAATGTATGATATCCGTGTAATGTATGATATCCGTGTAATGTATGATATCCGTGTAATG SH12285 12285 64 195 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 381 19 GGTAGTGTAATGTATGATAGGTAGTGTAATGTATGATAGGTAGTGTAATGTATGATAGGT SH12286 12286 9 12 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 386 17 GGTGGTAGTGTAATGTAGGTGGTAGTGTAATGTAGGTGGTAGTGTAATGTAGGTGGTAGT SH12287 12287 87 118 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 391 17 TGAATGGTGGTAGTGTATGAATGGTGGTAGTGTATGAATGGTGGTAGTGTATGAATGGTG SH12288 12288 49 70 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 396 18 AAAGTTTGAATGGTGGTAAAAGTTTGAATGGTGGTAAAAGTTTGAATGGTGGTAAAAGTT SH12289 12289 98 27 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 401 18 GTAGTAAAGTTTGAATGGGTAGTAAAGTTTGAATGGGTAGTAAAGTTTGAATGGGTAGTA SH12290 12290 79 162 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 406 18 GGATAGTAGTAAAGTTTGGGATAGTAGTAAAGTTTGGGATAGTAGTAAAGTTTGGGATAG SH12291 12291 11 93 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 411 17 GGGAGGATAGTAGTAAAGGGAGGATAGTAGTAAAGGGAGGATAGTAGTAAAGGGAGGATA SH12292 12292 48 8 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 416 17 CTGAAGGGAGGATAGTACTGAAGGGAGGATAGTACTGAAGGGAGGATAGTACTGAAGGGA SH12293 12293 21 153 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 421 16 GAAACTGAAGGGAGGAGAAACTGAAGGGAGGAGAAACTGAAGGGAGGAGAAACTGAAGGG SH12294 12294 73 177 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 426 17 AAAAGGGAAACTGAAGGAAAAGGGAAACTGAAGGAAAAGGGAAACTGAAGGAAAAGGGAA SH12295 12295 73 137 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 431 17 GCAGAAAAAGGGAAACTGCAGAAAAAGGGAAACTGCAGAAAAAGGGAAACTGCAGAAAAA SH12296 12296 83 177 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 436 17 AAAAGGCAGAAAAAGGGAAAAGGCAGAAAAAGGGAAAAGGCAGAAAAAGGGAAAAGGCAG SH12297 12297 80 149 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 441 17 ACCGAAAAAGGCAGAAAACCGAAAAAGGCAGAAAACCGAAAAAGGCAGAAAACCGAAAAA SH12298 12298 27 35 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 446 15 GTCACCGAAAAAGGCGTCACCGAAAAAGGCGTCACCGAAAAAGGCGTCACCGAAAAAGGC SH12299 12299 49 47 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 451 17 TATTTCCGTCACCGAAATATTTCCGTCACCGAAATATTTCCGTCACCGAAATATTTCCGT SH12300 12300 27 48 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 456 15 GCGTATTTCCGTCACGCGTATTTCCGTCACGCGTATTTCCGTCACGCGTATTTCCGTCAC SH12301 12301 58 122 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 461 17 CTCTGAAGCGTATTTCCCTCTGAAGCGTATTTCCCTCTGAAGCGTATTTCCCTCTGAAGC SH12302 12302 22 16 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 466 15 GGTCTCTGAAGCGTAGGTCTCTGAAGCGTAGGTCTCTGAAGCGTAGGTCTCTGAAGCGTA SH12303 12303 68 209 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 471 17 CCTTTAGGGTCTCTGAACCTTTAGGGTCTCTGAACCTTTAGGGTCTCTGAACCTTTAGGG SH12304 12304 59 145 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 476 17 ATTTCCCTTTAGGGTCTATTTCCCTTTAGGGTCTATTTCCCTTTAGGGTCTATTTCCCTT SH12305 12305 95 207 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 481 17 CATGGATTTCCCTTTAGCATGGATTTCCCTTTAGCATGGATTTCCCTTTAGCATGGATTT SH12306 12306 102 8 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 486 15 TGGCATGGATTTCCCTGGCATGGATTTCCCTGGCATGGATTTCCCTGGCATGGATTTCCC SH12307 12307 59 13 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 491 17 CCTGTTATGGCATGGATCCTGTTATGGCATGGATCCTGTTATGGCATGGATCCTGTTATG SH12308 12308 83 181 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 496 17 ACTTTCCTGTTATGGCAACTTTCCTGTTATGGCAACTTTCCTGTTATGGCAACTTTCCTG SH12309 12309 89 44 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 501 18 GATGTTACTTTCCTGTTAGATGTTACTTTCCTGTTAGATGTTACTTTCCTGTTAGATGTT SH12310 12310 52 33 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 506 17 TTGGGATGTTACTTTCCTTGGGATGTTACTTTCCTTGGGATGTTACTTTCCTTGGGATGT SH12311 12311 8 87 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 511 16 CGCATTGGGATGTTACCGCATTGGGATGTTACCGCATTGGGATGTTACCGCATTGGGATG SH12312 12312 4 71 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 516 15 AGTCCGCATTGGGATAGTCCGCATTGGGATAGTCCGCATTGGGATAGTCCGCATTGGGAT SH12313 12313 36 124 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 521 17 GTGGTATAGTCCGCATTGTGGTATAGTCCGCATTGTGGTATAGTCCGCATTGTGGTATAG SH12314 12314 20 145 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 526 15 GGGGTGGTATAGTCCGGGGTGGTATAGTCCGGGGTGGTATAGTCCGGGGTGGTATAGTCC SH12315 12315 82 54 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 531 13 GGTGGGGTGGTATGGTGGGGTGGTATGGTGGGGTGGTATGGTGGGGTGGTATGGTGGGGT SH12316 12316 80 83 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 536 13 AGTGTGGTGGGGTAGTGTGGTGGGGTAGTGTGGTGGGGTAGTGTGGTGGGGTAGTGTGGT SH12317 12317 52 163 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 541 15 TGGTAGGAGTGTGGTTGGTAGGAGTGTGGTTGGTAGGAGTGTGGTTGGTAGGAGTGTGGT SH12318 12318 35 25 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 546 17 CCGTTATTGGTAGGAGTCCGTTATTGGTAGGAGTCCGTTATTGGTAGGAGTCCGTTATTG SH12319 12319 24 111 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 551 18 TAGTTACCGTTATTGGTATAGTTACCGTTATTGGTATAGTTACCGTTATTGGTATAGTTA SH12320 12320 74 186 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 556 20 CATAGAATAGTTACCGTTATCATAGAATAGTTACCGTTATCATAGAATAGTTACCGTTAT SH12321 12321 57 37 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 561 20 GAAAACATAGAATAGTTACCGAAAACATAGAATAGTTACCGAAAACATAGAATAGTTACC SH12322 12322 42 199 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 566 20 AGTAAGAAAACATAGAATAGAGTAAGAAAACATAGAATAGAGTAAGAAAACATAGAATAG SH12323 12323 43 126 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 571 18 AGGAGTAAGAAAACATAGAGGAGTAAGAAAACATAGAGGAGTAAGAAAACATAGAGGAGT SH12324 12324 70 74 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 576 18 GACATAGGAGTAAGAAAAGACATAGGAGTAAGAAAAGACATAGGAGTAAGAAAAGACATA SH12325 12325 31 62 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 581 18 GAATAGACATAGGAGTAAGAATAGACATAGGAGTAAGAATAGACATAGGAGTAAGAATAG SH12326 12326 50 112 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 586 18 AAGATGAATAGACATAGGAAGATGAATAGACATAGGAAGATGAATAGACATAGGAAGATG SH12327 12327 4 202 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 591 18 GATGAAAGATGAATAGACGATGAAAGATGAATAGACGATGAAAGATGAATAGACGATGAA SH12328 12328 24 33 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 596 18 AGTCAGATGAAAGATGAAAGTCAGATGAAAGATGAAAGTCAGATGAAAGATGAAAGTCAG SH12329 12329 44 62 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 601 17 AGGTAGTCAGATGAAAGAGGTAGTCAGATGAAAGAGGTAGTCAGATGAAAGAGGTAGTCA SH12330 12330 88 108 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 606 18 AGTATTAGGTAGTCAGATAGTATTAGGTAGTCAGATAGTATTAGGTAGTCAGATAGTATT SH12331 12331 101 118 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 611 18 TGCATAGTATTAGGTAGTTGCATAGTATTAGGTAGTTGCATAGTATTAGGTAGTTGCATA SH12332 12332 29 103 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 616 20 ACATTTTTGCATAGTATTAGACATTTTTGCATAGTATTAGACATTTTTGCATAGTATTAG SH12333 12333 45 183 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 621 21 GATTTTACATTTTTGCATAGTGATTTTACATTTTTGCATAGTGATTTTACATTTTTGCAT SH12334 12334 4 197 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 626 20 TGATGATTTTACATTTTTGCTGATGATTTTACATTTTTGCTGATGATTTTACATTTTTGC SH12335 12335 93 60 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 631 20 TTGTGTGATGATTTTACATTTTGTGTGATGATTTTACATTTTGTGTGATGATTTTACATT SH12336 12336 26 173 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 636 20 ATGTTTTGTGTGATGATTTTATGTTTTGTGTGATGATTTTATGTTTTGTGTGATGATTTT SH12337 12337 33 115 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 641 19 GTTTATGTTTTGTGTGATGGTTTATGTTTTGTGTGATGGTTTATGTTTTGTGTGATGGTT SH12338 12338 75 84 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 646 20 TTGATTGTTTATGTTTTGTGTTGATTGTTTATGTTTTGTGTTGATTGTTTATGTTTTGTG SH12339 12339 49 22 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 651 21 CTGATTTTGATTGTTTATGTTCTGATTTTGATTGTTTATGTTCTGATTTTGATTGTTTAT SH12340 12340 18 198 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 656 18 GGCTGATTTTGATTGTTTGGCTGATTTTGATTGTTTGGCTGATTTTGATTGTTTGGCTGA SH12341 12341 68 31 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 661 18 GAAATGGCTGATTTTGATGAAATGGCTGATTTTGATGAAATGGCTGATTTTGATGAAATG SH12342 12342 58 31 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 666 16 GCGGAAATGGCTGATTGCGGAAATGGCTGATTGCGGAAATGGCTGATTGCGGAAATGGCT SH12343 12343 30 199 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 671 13 GTGCGGAAATGGCGTGCGGAAATGGCGTGCGGAAATGGCGTGCGGAAATGGCGTGCGGAA SH12344 12344 6 166 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 676 15 GGAAAAGGTGCGGAAGGAAAAGGTGCGGAAGGAAAAGGTGCGGAAGGAAAAGGTGCGGAA SH12345 12345 26 106 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 681 16 GACAGAGGAAAAGGTGGACAGAGGAAAAGGTGGACAGAGGAAAAGGTGGACAGAGGAAAA SH12346 12346 52 125 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 686 17 AAAGTGGACAGAGGAAAAAAGTGGACAGAGGAAAAAAGTGGACAGAGGAAAAAAGTGGAC SH12347 12347 91 134 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 691 17 GGTTGAAAGTGGACAGAGGTTGAAAGTGGACAGAGGTTGAAAGTGGACAGAGGTTGAAAG SH12348 12348 99 40 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 696 15 GACGGTTGAAAGTGGGACGGTTGAAAGTGGGACGGTTGAAAGTGGGACGGTTGAAAGTGG SH12349 12349 60 72 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 701 15 GGAGGGACGGTTGAAGGAGGGACGGTTGAAGGAGGGACGGTTGAAGGAGGGACGGTTGAA SH12350 12350 77 174 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 706 13 TTTGGAGGGACGGTTTGGAGGGACGGTTTGGAGGGACGGTTTGGAGGGACGGTTTGGAGG SH12351 12351 90 180 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 711 18 CCATTTTACATTTGGAGGCCATTTTACATTTGGAGGCCATTTTACATTTGGAGGCCATTT SH12352 12352 90 71 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 716 19 GATAGGCCATTTTACATTTGATAGGCCATTTTACATTTGATAGGCCATTTTACATTTGAT SH12353 12353 86 174 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 721 17 TCCGATAGGCCATTTTATCCGATAGGCCATTTTATCCGATAGGCCATTTTATCCGATAGG SH12354 12354 66 178 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 726 16 GTATTCCGATAGGCCAGTATTCCGATAGGCCAGTATTCCGATAGGCCAGTATTCCGATAG SH12355 12355 3 20 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 731 20 GTAGAAAATGTATTCCGATAGTAGAAAATGTATTCCGATAGTAGAAAATGTATTCCGATA SH12356 12356 22 20 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 736 19 GGATGTAGAAAATGTATTCGGATGTAGAAAATGTATTCGGATGTAGAAAATGTATTCGGA SH12357 12357 87 123 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 741 18 GTTAGGATGTAGAAAATGGTTAGGATGTAGAAAATGGTTAGGATGTAGAAAATGGTTAGG SH12358 12358 44 11 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 746 18 TAGTAGTTAGGATGTAGATAGTAGTTAGGATGTAGATAGTAGTTAGGATGTAGATAGTAG SH12359 12359 45 197 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 751 20 TGTTTTATAGTAGTTAGGATTGTTTTATAGTAGTTAGGATTGTTTTATAGTAGTTAGGAT SH12360 12360 57 82 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 756 20 AAGGTTGTTTTATAGTAGTTAAGGTTGTTTTATAGTAGTTAAGGTTGTTTTATAGTAGTT SH12361 12361 29 180 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 761 20 GTCTAAAGGTTGTTTTATAGGTCTAAAGGTTGTTTTATAGGTCTAAAGGTTGTTTTATAG SH12362 12362 92 131 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 766 19 GTAAGTCTAAAGGTTGTTTGTAAGTCTAAAGGTTGTTTGTAAGTCTAAAGGTTGTTTGTA SH12363 12363 7 97 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 771 18 AAACGTAAGTCTAAAGGTAAACGTAAGTCTAAAGGTAAACGTAAGTCTAAAGGTAAACGT SH12364 12364 22 80 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 776 18 GTAGCAAACGTAAGTCTAGTAGCAAACGTAAGTCTAGTAGCAAACGTAAGTCTAGTAGCA SH12365 12365 19 33 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 781 17 GAGAGTAGCAAACGTAAGAGAGTAGCAAACGTAAGAGAGTAGCAAACGTAAGAGAGTAGC SH12366 12366 12 44 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 786 17 ACCATGAGAGTAGCAAAACCATGAGAGTAGCAAAACCATGAGAGTAGCAAAACCATGAGA SH12367 12367 96 161 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 791 17 TTGAGACCATGAGAGTATTGAGACCATGAGAGTATTGAGACCATGAGAGTATTGAGACCA SH12368 12368 48 171 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 796 17 CAGTATTGAGACCATGACAGTATTGAGACCATGACAGTATTGAGACCATGACAGTATTGA SH12369 12369 8 8 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 801 15 CGGCAGTATTGAGACCGGCAGTATTGAGACCGGCAGTATTGAGACCGGCAGTATTGAGAC SH12370 12370 41 48 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 806 13 CGGCGGCAGTATTCGGCGGCAGTATTCGGCGGCAGTATTCGGCGGCAGTATTCGGCGGCA SH12371 12371 37 144 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 811 13 AATGTCGGCGGCAAATGTCGGCGGCAAATGTCGGCGGCAAATGTCGGCGGCAAATGTCGG SH12372 12372 63 213 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 816 15 GGGACAGAATGTCGGGGGACAGAATGTCGGGGGACAGAATGTCGGGGGACAGAATGTCGG SH12373 12373 24 140 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 821 17 AGTATGTGGGACAGAATAGTATGTGGGACAGAATAGTATGTGGGACAGAATAGTATGTGG SH12374 12374 42 101 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 826 17 GATTTAGTATGTGGGACGATTTAGTATGTGGGACGATTTAGTATGTGGGACGATTTAGTA SH12375 12375 49 37 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 831 18 GGAAGAGATTTAGTATGTGGAAGAGATTTAGTATGTGGAAGAGATTTAGTATGTGGAAGA SH12376 12376 21 186 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 836 17 GACGGGAAGAGATTTAGGACGGGAAGAGATTTAGGACGGGAAGAGATTTAGGACGGGAAG SH12377 12377 102 16 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 841 17 ATAATGACGGGAAGAGAATAATGACGGGAAGAGAATAATGACGGGAAGAGAATAATGACG SH12378 12378 38 186 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 846 15 GCGATAATGACGGGAGCGATAATGACGGGAGCGATAATGACGGGAGCGATAATGACGGGA SH12379 12379 82 111 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 851 15 TGCGGGCGATAATGATGCGGGCGATAATGATGCGGGCGATAATGATGCGGGCGATAATGA SH12380 12380 55 139 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 856 13 GGATGCGGGCGATGGATGCGGGCGATGGATGCGGGCGATGGATGCGGGCGATGGATGCGG SH12381 12381 7 197 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 861 13 GCACCGGATGCGGGCACCGGATGCGGGCACCGGATGCGGGCACCGGATGCGGGCACCGGA SH12382 12382 14 8 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 866 13 TTACGGCACCGGATTACGGCACCGGATTACGGCACCGGATTACGGCACCGGATTACGGCA SH12383 12383 59 137 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 871 17 GTTTTGCATTTACGGCAGTTTTGCATTTACGGCAGTTTTGCATTTACGGCAGTTTTGCAT SH12384 12384 17 202 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 876 20 TGGTATTTGTTTTGCATTTATGGTATTTGTTTTGCATTTATGGTATTTGTTTTGCATTTA SH12385 12385 23 63 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 881 18 AGATGGTATTTGTTTTGCAGATGGTATTTGTTTTGCAGATGGTATTTGTTTTGCAGATGG SH12386 12386 84 120 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 886 18 GACATAGATGGTATTTGTGACATAGATGGTATTTGTGACATAGATGGTATTTGTGACATA SH12387 12387 61 123 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 891 17 GGAAGACATAGATGGTAGGAAGACATAGATGGTAGGAAGACATAGATGGTAGGAAGACAT SH12388 12388 5 68 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 896 17 GGTGTGGAAGACATAGAGGTGTGGAAGACATAGAGGTGTGGAAGACATAGAGGTGTGGAA SH12389 12389 61 13 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 901 15 GATGGTGTGGAAGACGATGGTGTGGAAGACGATGGTGTGGAAGACGATGGTGTGGAAGAC SH12390 12390 71 97 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 906 17 GTAAAATGATGGTGTGGGTAAAATGATGGTGTGGGTAAAATGATGGTGTGGGTAAAATGA SH12391 12391 36 200 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 911 18 GGCATAGTAAAATGATGGGGCATAGTAAAATGATGGGGCATAGTAAAATGATGGGGCATA SH12392 12392 96 135 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 916 17 GGCAGGCATAGTAAAATGGCAGGCATAGTAAAATGGCAGGCATAGTAAAATGGCAGGCAT SH12393 12393 16 195 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 921 15 GGTGGCAGGCATAGTGGTGGCAGGCATAGTGGTGGCAGGCATAGTGGTGGCAGGCATAGT SH12394 12394 52 183 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 926 13 GATGGTGGCAGGCGATGGTGGCAGGCGATGGTGGCAGGCGATGGTGGCAGGCGATGGTGG SH12395 12395 81 60 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 931 16 GACAAATGGATGGTGGGACAAATGGATGGTGGGACAAATGGATGGTGGGACAAATGGATG SH12396 12396 70 93 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 936 18 TGCAAAAGACAAATGGATTGCAAAAGACAAATGGATTGCAAAAGACAAATGGATTGCAAA SH12397 12397 74 175 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 941 18 TATGGTGCAAAAGACAAATATGGTGCAAAAGACAAATATGGTGCAAAAGACAAATATGGT SH12398 12398 60 116 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 946 18 GAAGATATGGTGCAAAAGGAAGATATGGTGCAAAAGGAAGATATGGTGCAAAAGGAAGAT SH12399 12399 22 96 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 951 18 GTTATGAAGATATGGTGCGTTATGAAGATATGGTGCGTTATGAAGATATGGTGCGTTATG SH12400 12400 65 208 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 956 18 GACAGGTTATGAAGATATGACAGGTTATGAAGATATGACAGGTTATGAAGATATGACAGG SH12401 12401 33 3 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 961 17 AGGTGACAGGTTATGAAAGGTGACAGGTTATGAAAGGTGACAGGTTATGAAAGGTGACAG SH12402 12402 5 77 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 966 17 TTTCAAGGTGACAGGTTTTTCAAGGTGACAGGTTTTTCAAGGTGACAGGTTTTTCAAGGT SH12403 12403 75 51 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 971 17 GGTAGTTTCAAGGTGACGGTAGTTTCAAGGTGACGGTAGTTTCAAGGTGACGGTAGTTTC SH12404 12404 69 110 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 976 17 GCAGAGGTAGTTTCAAGGCAGAGGTAGTTTCAAGGCAGAGGTAGTTTCAAGGCAGAGGTA SH12405 12405 101 113 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 981 16 GCATGCAGAGGTAGTTGCATGCAGAGGTAGTTGCATGCAGAGGTAGTTGCATGCAGAGGT SH12406 12406 39 94 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 986 13 TGGCATGCAGAGGTGGCATGCAGAGGTGGCATGCAGAGGTGGCATGCAGAGGTGGCATGC SH12407 12407 45 101 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 991 13 GTAGGTGGCATGCGTAGGTGGCATGCGTAGGTGGCATGCGTAGGTGGCATGCGTAGGTGG SH12408 12408 41 68 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 996 13 GGTCGGTAGGTGGGGTCGGTAGGTGGGGTCGGTAGGTGGGGTCGGTAGGTGGGGTCGGTA SH12409 12409 46 205 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 1001 17 ATGAAAGTTGGTCGGTAATGAAAGTTGGTCGGTAATGAAAGTTGGTCGGTAATGAAAGTT SH12410 12410 3 59 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 1006 18 CAGAACATGAAAGTTGGTCAGAACATGAAAGTTGGTCAGAACATGAAAGTTGGTCAGAAC SH12411 12411 22 68 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 1011 18 CGAAACAGAACATGAAAGCGAAACAGAACATGAAAGCGAAACAGAACATGAAAGCGAAAC SH12412 12412 84 207 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 1016 17 AGGTCGAAACAGAACATAGGTCGAAACAGAACATAGGTCGAAACAGAACATAGGTCGAAA SH12413 12413 70 121 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 1021 15 GGTAGGTCGAAACAGGGTAGGTCGAAACAGGGTAGGTCGAAACAGGGTAGGTCGAAACAG SH12414 12414 99 164 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 1026 15 CAAGAGGTAGGTCGACAAGAGGTAGGTCGACAAGAGGTAGGTCGACAAGAGGTAGGTCGA SH12415 12415 5 84 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 1031 18 GTCATTTACAAGAGGTAGGTCATTTACAAGAGGTAGGTCATTTACAAGAGGTAGGTCATT SH12416 12416 28 210 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 1036 20 GTGATTTGTCATTTACAAGAGTGATTTGTCATTTACAAGAGTGATTTGTCATTTACAAGA SH12417 12417 20 160 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 1041 20 AAAAGGTGATTTGTCATTTAAAAAGGTGATTTGTCATTTAAAAAGGTGATTTGTCATTTA SH12418 12418 71 71 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 1046 18 TGAAAAAGGTGATTTGTCTGAAAAAGGTGATTTGTCTGAAAAAGGTGATTTGTCTGAAAA SH12419 12419 5 48 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 1051 18 TACGATGAAAAAGGTGATTACGATGAAAAAGGTGATTACGATGAAAAAGGTGATTACGAT SH12420 12420 83 31 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 1056 18 GTGCATACGATGAAAAAGGTGCATACGATGAAAAAGGTGCATACGATGAAAAAGGTGCAT SH12421 12421 17 27 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 1061 17 TAAGGTGCATACGATGATAAGGTGCATACGATGATAAGGTGCATACGATGATAAGGTGCA SH12422 12422 17 50 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 1066 17 GAGAATAAGGTGCATACGAGAATAAGGTGCATACGAGAATAAGGTGCATACGAGAATAAG SH12423 12423 62 30 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 1071 17 ATGTGGAGAATAAGGTGATGTGGAGAATAAGGTGATGTGGAGAATAAGGTGATGTGGAGA SH12424 12424 46 192 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 1076 18 ATTGTGATGTGGAGAATAATTGTGATGTGGAGAATAATTGTGATGTGGAGAATAATTGTG SH12425 12425 53 112 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 1081 17 GTGCATTGTGATGTGGAGTGCATTGTGATGTGGAGTGCATTGTGATGTGGAGTGCATTGT SH12426 12426 60 64 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 1086 18 GCAATAGTGCATTGTGATGCAATAGTGCATTGTGATGCAATAGTGCATTGTGATGCAATA SH12427 12427 17 56 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 1091 18 CAAAAGCAATAGTGCATTCAAAAGCAATAGTGCATTCAAAAGCAATAGTGCATTCAAAAG SH12428 12428 40 111 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 1096 20 GAAAAAGCAAAAGCAATAGTGAAAAAGCAAAAGCAATAGTGAAAAAGCAAAAGCAATAGT SH12429 12429 63 212 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 1101 18 GGTGAAAAAGCAAAAGCAGGTGAAAAAGCAAAAGCAGGTGAAAAAGCAAAAGCAGGTGAA SH12430 12430 68 10 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 1106 17 GACAGGTGAAAAAGCAAGACAGGTGAAAAAGCAAGACAGGTGAAAAAGCAAGACAGGTGA SH12431 12431 20 34 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 1111 18 GGATATGACAGGTGAAAAGGATATGACAGGTGAAAAGGATATGACAGGTGAAAAGGATAT SH12432 12432 47 86 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 1116 18 CAATAGGATATGACAGGTCAATAGGATATGACAGGTCAATAGGATATGACAGGTCAATAG SH12433 12433 99 82 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 1121 20 CTAATAGCAATAGGATATGACTAATAGCAATAGGATATGACTAATAGCAATAGGATATGA SH12434 12434 76 100 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 1126 18 CATCTAATAGCAATAGGACATCTAATAGCAATAGGACATCTAATAGCAATAGGACATCTA SH12435 12435 58 201 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 1131 22 ATTATATTTCATCTAATAGCAAATTATATTTCATCTAATAGCAAATTATATTTCATCTAA SH12436 12436 59 11 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 1136 25 CAATTTTTATTATATTTCATCTAATCAATTTTTATTATATTTCATCTAATCAATTTTTAT SH12437 12437 17 94 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 1141 23 GGACAATTTTTATTATATTTCATGGACAATTTTTATTATATTTCATGGACAATTTTTATT SH12438 12438 62 86 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 1146 21 GGAGGACAATTTTTATTATATGGAGGACAATTTTTATTATATGGAGGACAATTTTTATTA SH12439 12439 2 53 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 1151 18 GTGGAGGACAATTTTTATGTGGAGGACAATTTTTATGTGGAGGACAATTTTTATGTGGAG SH12440 12440 99 202 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 1156 15 GGGTGGAGGACAATTGGGTGGAGGACAATTGGGTGGAGGACAATTGGGTGGAGGACAATT SH12441 12441 68 37 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 1161 15 GTTATGGGTGGAGGAGTTATGGGTGGAGGAGTTATGGGTGGAGGAGTTATGGGTGGAGGA SH12442 12442 44 164 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 1166 15 GAGGTGTTATGGGTGGAGGTGTTATGGGTGGAGGTGTTATGGGTGGAGGTGTTATGGGTG SH12443 12443 11 32 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 1171 17 GGAGTGAGAGGTGTTATGGAGTGAGAGGTGTTATGGAGTGAGAGGTGTTATGGAGTGAGA SH12444 12444 58 108 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 1176 13 GGGAGTGAGAGGTGGGAGTGAGAGGTGGGAGTGAGAGGTGGGAGTGAGAGGTGGGAGTGA SH12445 12445 88 212 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 1181 15 AGTAGGTGGGAGTGAAGTAGGTGGGAGTGAAGTAGGTGGGAGTGAAGTAGGTGGGAGTGA SH12446 12446 13 130 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 1186 15 TGTTCAGTAGGTGGGTGTTCAGTAGGTGGGTGTTCAGTAGGTGGGTGTTCAGTAGGTGGG SH12447 12447 97 213 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 1191 17 CCAGACATGTTCAGTAGCCAGACATGTTCAGTAGCCAGACATGTTCAGTAGCCAGACATG SH12448 12448 71 22 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 1196 15 GGTCCAGACATGTTCGGTCCAGACATGTTCGGTCCAGACATGTTCGGTCCAGACATGTTC SH12449 12449 28 197 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 1201 13 CAGGGTCCAGACACAGGGTCCAGACACAGGGTCCAGACACAGGGTCCAGACACAGGGTCC SH12450 12450 91 158 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 1206 13 GAGGGCAGGGTCCGAGGGCAGGGTCCGAGGGCAGGGTCCGAGGGCAGGGTCCGAGGGCAG SH12451 12451 94 91 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 1211 15 GTGATATGAGGGCAGGTGATATGAGGGCAGGTGATATGAGGGCAGGTGATATGAGGGCAG SH12452 12452 63 49 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 1216 15 CGCAGGTGATATGAGCGCAGGTGATATGAGCGCAGGTGATATGAGCGCAGGTGATATGAG SH12453 12453 5 23 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 1221 15 GGAAACGCAGGTGATGGAAACGCAGGTGATGGAAACGCAGGTGATGGAAACGCAGGTGAT SH12454 12454 51 97 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 1226 17 GTTTAACGGAAACGCAGGTTTAACGGAAACGCAGGTTTAACGGAAACGCAGGTTTAACGG SH12455 12455 46 152 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank from 35S coding #REF! #REF! 1231 18 CCGATAGTTTAACGGAAACCGATAGTTTAACGGAAACCGATAGTTTAACGGAAACCGATA SH12456 12456 64 127 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank / 5S #REF! #REF! 1236 17 GCAACCGATAGTTTAACGCAACCGATAGTTTAACGCAACCGATAGTTTAACGCAACCGAT SH12457 12457 75 78 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank / 5S #REF! #REF! 1241 15 GCCGCAACCGATAGTGCCGCAACCGATAGTGCCGCAACCGATAGTGCCGCAACCGATAGT SH12458 12458 65 141 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5'flank / 5S #REF! #REF! 1246 13 ATGGCCGCAACCGATGGCCGCAACCGATGGCCGCAACCGATGGCCGCAACCGATGGCCGC SH12459 12459 34 50 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5S #REF! #REF! 1251 15 GGTAGATATGGCCGCGGTAGATATGGCCGCGGTAGATATGGCCGCGGTAGATATGGCCGC SH12460 12460 100 41 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5S #REF! #REF! 1256 17 GCTTTCTGGTAGATATGGCTTTCTGGTAGATATGGCTTTCTGGTAGATATGGCTTTCTGG SH12461 12461 95 65 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5S #REF! #REF! 1261 15 GGTGCTTTCTGGTAGGGTGCTTTCTGGTAGGGTGCTTTCTGGTAGGGTGCTTTCTGGTAG SH12462 12462 17 71 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5S #REF! #REF! 1266 16 GGAAACGGTGCTTTCTGGAAACGGTGCTTTCTGGAAACGGTGCTTTCTGGAAACGGTGCT SH12463 12463 22 145 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5S #REF! #REF! 1271 13 CGGGAAACGGTGCCGGGAAACGGTGCCGGGAAACGGTGCCGGGAAACGGTGCCGGGAAAC SH12464 12464 13 55 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5S #REF! #REF! 1276 13 TCGGACGGGAAACTCGGACGGGAAACTCGGACGGGAAACTCGGACGGGAAACTCGGACGG SH12465 12465 21 29 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5S #REF! #REF! 1281 13 GTTGATCGGACGGGTTGATCGGACGGGTTGATCGGACGGGTTGATCGGACGGGTTGATCG SH12466 12466 56 180 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5S #REF! #REF! 1286 18 CTTAACTACAGTTGATCGCTTAACTACAGTTGATCGCTTAACTACAGTTGATCGCTTAAC SH12467 12467 74 26 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5S #REF! #REF! 1291 17 CCAGCTTAACTACAGTTCCAGCTTAACTACAGTTCCAGCTTAACTACAGTTCCAGCTTAA SH12468 12468 16 107 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5S #REF! #REF! 1296 18 CTCTTACCAGCTTAACTACTCTTACCAGCTTAACTACTCTTACCAGCTTAACTACTCTTA SH12469 12469 65 191 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5S #REF! #REF! 1301 15 GGCTCTTACCAGCTTGGCTCTTACCAGCTTGGCTCTTACCAGCTTGGCTCTTACCAGCTT SH12470 12470 15 154 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5S #REF! #REF! 1306 15 GGTCAGGCTCTTACCGGTCAGGCTCTTACCGGTCAGGCTCTTACCGGTCAGGCTCTTACC SH12471 12471 12 162 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5S #REF! #REF! 1311 13 CTCGGTCAGGCTCCTCGGTCAGGCTCCTCGGTCAGGCTCCTCGGTCAGGCTCCTCGGTCA SH12472 12472 38 202 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5S #REF! #REF! 1316 16 CTACACTACTCGGTCACTACACTACTCGGTCACTACACTACTCGGTCACTACACTACTCG SH12473 12473 27 13 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5S #REF! #REF! 1321 15 CCCACTACACTACTCCCCACTACACTACTCCCCACTACACTACTCCCCACTACACTACTC SH12474 12474 12 164 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5S #REF! #REF! 1326 15 GGTCACCCACTACACGGTCACCCACTACACGGTCACCCACTACACGGTCACCCACTACAC SH12475 12475 84 11 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5S #REF! #REF! 1331 15 CGTATGGTCACCCACCGTATGGTCACCCACCGTATGGTCACCCACCGTATGGTCACCCAC SH12476 12476 86 91 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5S #REF! #REF! 1336 16 GTTTCGCGTATGGTCAGTTTCGCGTATGGTCAGTTTCGCGTATGGTCAGTTTCGCGTATG SH12477 12477 44 48 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5S #REF! #REF! 1341 16 CCTGAGTTTCGCGTATCCTGAGTTTCGCGTATCCTGAGTTTCGCGTATCCTGAGTTTCGC SH12478 12478 85 37 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5S #REF! #REF! 1346 15 AGCACCTGAGTTTCGAGCACCTGAGTTTCGAGCACCTGAGTTTCGAGCACCTGAGTTTCG SH12479 12479 11 119 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5S #REF! #REF! 1351 13 TGCAGCACCTGAGTGCAGCACCTGAGTGCAGCACCTGAGTGCAGCACCTGAGTGCAGCAC SH12480 12480 82 24 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5S/3_flank #REF! #REF! 1356 18 AAATAAAGATTGCAGCACAAATAAAGATTGCAGCACAAATAAAGATTGCAGCACAAATAA SH12481 12481 71 111 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5S/3_flank #REF! #REF! 1361 22 AAAAAAAAGAAATAAAGATTGCAAAAAAAAGAAATAAAGATTGCAAAAAAAAGAAATAAA SH12482 12482 73 160 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 5S/3_flank #REF! #REF! 1366 25 AAAAAAAAAAAAAAAAGAAATAAAGAAAAAAAAAAAAAAAAGAAATAAAGAAAAAAAAAA SH12483 12483 76 119 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 3_flank #REF! #REF! 1371 27 AAAAAAAAAAAAAAAAAAAAAAAGAAAAAAAAAAAAAAAAAAAAAAAAAAGAAAAAAAAA SH12484 12484 12 91 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 3_flank #REF! #REF! 1376 29 GAAAAAAAAAAAAAAAAAAAAAAAAAAAAGAAAAAAAAAAAAAAAAAAAAAAAAAAAAGA SH12485 12485 9 54 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 3_flank #REF! #REF! 1381 27 CTAGAAAAAAAAAAAAAAAAAAAAAAACTAGAAAAAAAAAAAAAAAAAAAAAAACTAGAA SH12486 12486 91 9 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 3_flank #REF! #REF! 1386 25 AAACTAGAAAAAAAAAAAAAAAAAAAAACTAGAAAAAAAAAAAAAAAAAAAAACTAGAAA SH12487 12487 15 21 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 3_flank #REF! #REF! 1391 23 AAGAAACTAGAAAAAAAAAAAAAAAGAAACTAGAAAAAAAAAAAAAAAGAAACTAGAAAA SH12488 12488 91 118 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 3_flank #REF! #REF! 1396 20 CCAAGAAACTAGAAAAAAAACCAAGAAACTAGAAAAAAAACCAAGAAACTAGAAAAAAAA SH12489 12489 80 158 5S rRNA ch12 458431-459850 incl. intervening sequence from 35S 3_flank #REF! #REF! 1401 18 AAGCCAAGAAACTAGAAAAAGCCAAGAAACTAGAAAAAGCCAAGAAACTAGAAAAAGCCA SH12490 12490 53 54 MT_tRNA Pro 5' #REF! #REF! 1 20 TAAATATAAAGTCCCCTTTTTAAATATAAAGTCCCCTTTTTAAATATAAAGTCCCCTTTT SH12491 12491 79 134 MT_tRNA Pro 5' #REF! #REF! 16 27 TAATAATAATATAATTACTTTATAAATTAATAATAATATAATTACTTTATAAATTAATAA SH12492 12492 7 85 MT_tRNA Pro 5' #REF! #REF! 31 29 TAAATAAATAATAATAATAATAATAATATTAAATAAATAATAATAATAATAATAATATTA SH12493 12493 53 205 MT_tRNA Pro 5' #REF! #REF! 46 29 ATAATAAAAATAAAATAAATAAATAATAAATAATAAAAATAAAATAAATAAATAATAAAT SH12494 12494 102 34 MT_tRNA Pro 5' #REF! #REF! 61 29 AATATATATAATAAAATAATAAAAATAAAAATATATATAATAAAATAATAAAAATAAAAA SH12495 12495 8 116 MT_tRNA Pro 5' / tRNA #REF! #REF! 76 27 TGTATTAATATATAATATATATAATAATGTATTAATATATAATATATATAATAATGTATT SH12496 12496 91 46 MT_tRNA Pro 5' / tRNA #REF! #REF! 91 21 GCTTCTATCTGTATTAATATAGCTTCTATCTGTATTAATATAGCTTCTATCTGTATTAAT SH12497 12497 75 144 MT_tRNA Pro tRNA #REF! #REF! 106 17 CTGACCTTTTGGCTTCTCTGACCTTTTGGCTTCTCTGACCTTTTGGCTTCTCTGACCTTT SH12498 12498 13 72 MT_tRNA Pro tRNA #REF! #REF! 121 15 CCAAAGAAAGCGCCTCCAAAGAAAGCGCCTCCAAAGAAAGCGCCTCCAAAGAAAGCGCCT SH12499 12499 37 102 MT_tRNA Pro tRNA #REF! #REF! 136 17 CTAACTAGGTCTTTCTCCTAACTAGGTCTTTCTCCTAACTAGGTCTTTCTCCTAACTAGG SH12500 12500 87 66 MT_tRNA Pro tRNA #REF! #REF! 151 17 TAGGATAGACTCGAACTTAGGATAGACTCGAACTTAGGATAGACTCGAACTTAGGATAGA SH12501 12501 88 135 MT_tRNA Pro tRNA/3' #REF! #REF! 166 23 GTTAATTAAATTATTATCAGATAGTTAATTAAATTATTATCAGATAGTTAATTAAATTAT SH12502 12502 3 202 MT_tRNA Pro 3' #REF! #REF! 181 23 TACTTTTTTTTAATGGTTAATTATACTTTTTTTTAATGGTTAATTATACTTTTTTTTAAT SH12503 12503 14 13 MT_tRNA Pro 3' #REF! #REF! 196 25 ATTATGATAAATATATATACTTTTTATTATGATAAATATATATACTTTTTATTATGATAA SH12504 12504 90 22 MT_tRNA Pro 3' #REF! #REF! 211 27 GTAATAAAATTTAATATATTATGATAAGTAATAAAATTTAATATATTATGATAAGTAATA SH12505 12505 95 180 MT_tRNA Pro 3' #REF! #REF! 226 23 TCATTTGTAATGTAATAAAATTTTCATTTGTAATGTAATAAAATTTTCATTTGTAATGTA SH12506 12506 102 191 MT_tRNA Pro 3' #REF! #REF! 241 22 ATAAATAAAAGTGTTCATTTGTATAAATAAAAGTGTTCATTTGTATAAATAAAAGTGTTC SH12507 12507 14 53 MT_ORF6 + ORF7 (hypothetical) 5' #REF! #REF! 1 27 AAATAATAATATATAAATAAAAATGATAAATAATAATATATAAATAAAAATGATAAATAA SH12508 12508 8 54 MT_ORF6 + ORF7 (hypothetical) 5' #REF! #REF! 16 29 ATTAATTTATATATAAAAAATAATAATATATTAATTTATATATAAAAAATAATAATATAT SH12509 12509 5 83 MT_ORF6 + ORF7 (hypothetical) 5' #REF! #REF! 31 29 ATAATATATATATATATTAATTTATATATATAATATATATATATATTAATTTATATATAT SH12510 12510 60 203 MT_ORF6 + ORF7 (hypothetical) 5' #REF! #REF! 46 27 AAAAAAAGTATATATAATATATATATAAAAAAAAGTATATATAATATATATATAAAAAAA SH12511 12511 81 93 MT_ORF6 + ORF7 (hypothetical) 5' #REF! #REF! 61 25 GATATATTATAAAAAAAAAAGTATAGATATATTATAAAAAAAAAAGTATAGATATATTAT SH12512 12512 25 186 MT_ORF6 + ORF7 (hypothetical) 5'/ORF6 #REF! #REF! 76 27 ATTTATTTATATATATAGATATATTATATTTATTTATATATATAGATATATTATATTTAT SH12513 12513 68 135 MT_ORF6 + ORF7 (hypothetical) 5'/ORF6 #REF! #REF! 91 29 AAAATATAATATAATATATTTATTTATATAAAATATAATATAATATATTTATTTATATAA SH12514 12514 103 196 MT_ORF6 + ORF7 (hypothetical) ORF6/7 #REF! #REF! 106 29 ATAATATATTATATAAAAATATAATATAAATAATATATTATATAAAAATATAATATAAAT SH12515 12515 2 42 MT_ORF6 + ORF7 (hypothetical) ORF6/7 #REF! #REF! 121 29 TTAAAATAATAATTAATAATATATTATATTTAAAATAATAATTAATAATATATTATATTT SH12516 12516 99 127 MT_ORF6 + ORF7 (hypothetical) ORF6/7 #REF! #REF! 136 25 AGAATAGAAAATTAAAATAATAATTAGAATAGAAAATTAAAATAATAATTAGAATAGAAA SH12517 12517 23 74 MT_ORF6 + ORF7 (hypothetical) ORF6/7 #REF! #REF! 151 18 CCCACAATAGAATAGAAACCCACAATAGAATAGAAACCCACAATAGAATAGAAACCCACA SH12518 12518 13 128 MT_ORF6 + ORF7 (hypothetical) ORF6/7 #REF! #REF! 166 13 AATTGGGACCCCCAATTGGGACCCCCAATTGGGACCCCCAATTGGGACCCCCAATTGGGA SH12519 12519 43 95 MT_ORF6 + ORF7 (hypothetical) ORF6/7 #REF! #REF! 181 25 CCAATAATAATTATTATTGAAAATACCAATAATAATTATTATTGAAAATACCAATAATAA SH12520 12520 46 212 MT_ORF6 + ORF7 (hypothetical) ORF6/7 #REF! #REF! 196 17 CCGGGTCCCAATAATAACCGGGTCCCAATAATAACCGGGTCCCAATAATAACCGGGTCCC SH12521 12521 8 20 MT_ORF6 + ORF7 (hypothetical) ORF6/7 #REF! #REF! 211 19 GATAAACAAGAAGATATCCGATAAACAAGAAGATATCCGATAAACAAGAAGATATCCGAT SH12522 12522 60 47 MT_ORF6 + ORF7 (hypothetical) ORF6/7 #REF! #REF! 226 27 ATAAATTTAATAAAATAATAAATGATAATAAATTTAATAAAATAATAAATGATAATAAAT SH12523 12523 15 74 MT_ORF6 + ORF7 (hypothetical) ORF6/7 #REF! #REF! 241 29 ATAAATTAAAAATAATAATAAATTTAATAATAAATTAAAAATAATAATAAATTTAATAAT SH12524 12524 31 88 MT_ORF6 + ORF7 (hypothetical) ORF6/7 #REF! #REF! 256 29 TTATATAATATAAATATAAATTAAAAATATTATATAATATAAATATAAATTAAAAATATT SH12525 12525 23 151 MT_ORF6 + ORF7 (hypothetical) ORF6/7 #REF! #REF! 271 26 CGATATAATTAATTATATAATATAAACGATATAATTAATTATATAATATAAACGATATAA SH12526 12526 57 14 MT_ORF6 + ORF7 (hypothetical) ORF6/7 #REF! #REF! 286 21 GGAGTATAAACGATATAATTAGGAGTATAAACGATATAATTAGGAGTATAAACGATATAA SH12527 12527 76 10 MT_ORF6 + ORF7 (hypothetical) ORF6/7 #REF! #REF! 301 13 CCCCGAAGGAGTACCCCGAAGGAGTACCCCGAAGGAGTACCCCGAAGGAGTACCCCGAAG SH12528 12528 24 68 MT_ORF6 + ORF7 (hypothetical) ORF6/7 #REF! #REF! 316 13 CCGCCCCGGCGGGCCGCCCCGGCGGGCCGCCCCGGCGGGCCGCCCCGGCGGGCCGCCCCG SH12529 12529 19 28 MT_ORF6 + ORF7 (hypothetical) ORF6/7 #REF! #REF! 331 27 AATATATTATATAATAAAATATAAAGTAATATATTATATAATAAAATATAAAGTAATATA SH12530 12530 27 122 MT_ORF6 + ORF7 (hypothetical) ORF6/7 #REF! #REF! 346 27 ATATTATAAGAATATAATATATTATATATATTATAAGAATATAATATATTATATATATTA SH12531 12531 33 179 MT_ORF6 + ORF7 (hypothetical) ORF6/7 #REF! #REF! 361 25 ATAATCAATAAATATATTATAAGAAATAATCAATAAATATATTATAAGAAATAATCAATA SH12532 12532 95 24 MT_ORF6 + ORF7 (hypothetical) ORF6/7 #REF! #REF! 376 25 AATAAATTTTATAACATAATCAATAAATAAATTTTATAACATAATCAATAAATAAATTTT SH12533 12533 76 68 MT_ORF6 + ORF7 (hypothetical) ORF6/7 #REF! #REF! 391 20 GCACACATAGAATAAATTTTGCACACATAGAATAAATTTTGCACACATAGAATAAATTTT SH12534 12534 93 27 MT_ORF6 + ORF7 (hypothetical) ORF6/7 #REF! #REF! 406 22 TATTAAATATATATAGAGCACATATTAAATATATATAGAGCACATATTAAATATATATAG SH12535 12535 4 27 MT_ORF6 + ORF7 (hypothetical) ORF6/7 #REF! #REF! 421 22 TGATAATAACCAGAATATTAAATGATAATAACCAGAATATTAAATGATAATAACCAGAAT SH12536 12536 26 27 MT_ORF6 + ORF7 (hypothetical) ORF6/7 #REF! #REF! 436 15 GGGGTGGGTGATAATGGGGTGGGTGATAATGGGGTGGGTGATAATGGGGTGGGTGATAAT SH12537 12537 68 145 MT_ORF6 + ORF7 (hypothetical) ORF6/7 #REF! #REF! 451 15 ACGTAATAGGGGGAGACGTAATAGGGGGAGACGTAATAGGGGGAGACGTAATAGGGGGAG SH12538 12538 9 52 MT_ORF6 + ORF7 (hypothetical) ORF6/7 #REF! #REF! 466 13 CGGGACCTCGGAGCGGGACCTCGGAGCGGGACCTCGGAGCGGGACCTCGGAGCGGGACCT SH12539 12539 31 11 MT_ORF6 + ORF7 (hypothetical) ORF6/7 #REF! #REF! 481 16 CCCGGTTTCTTACGAACCCGGTTTCTTACGAACCCGGTTTCTTACGAACCCGGTTTCTTA SH12540 12540 89 36 MT_ORF6 + ORF7 (hypothetical) ORF6/7 #REF! #REF! 496 25 ATTTATATTTATAAATATATAAGTCATTTATATTTATAAATATATAAGTCATTTATATTT SH12541 12541 14 40 MT_ORF6 + ORF7 (hypothetical) ORF6/7 #REF! #REF! 511 25 TATTAATTAAGTTAGATTTATATTTTATTAATTAAGTTAGATTTATATTTTATTAATTAA SH12542 12542 8 82 MT_ORF6 + ORF7 (hypothetical) ORF6/7 #REF! #REF! 526 27 AAGTATATTATTTAAATTATTAATTAAAAGTATATTATTTAAATTATTAATTAAAAGTAT SH12543 12543 35 22 MT_ORF6 + ORF7 (hypothetical) ORF6/7 / 3' #REF! #REF! 541 27 TATTTATAAAATATAAAGTATATTATTTATTTATAAAATATAAAGTATATTATTTATTTA SH12544 12544 37 146 MT_ORF6 + ORF7 (hypothetical) ORF6/7 / 3' #REF! #REF! 556 27 GGTTATAATTATTTTTATTTATAAAATGGTTATAATTATTTTTATTTATAAAATGGTTAT SH12545 12545 2 133 MT_ORF6 + ORF7 (hypothetical) 3' #REF! #REF! 571 25 TAATTATAAAAAAGGTTATAATTATTAATTATAAAAAAGGTTATAATTATTAATTATAAA SH12546 12546 104 98 MT_ORF6 + ORF7 (hypothetical) 3' #REF! #REF! 586 29 TATATATTATTATTATATATAATTATAAATATATATTATTATTATATATAATTATAAATA SH12547 12547 94 148 MT_ORF6 + ORF7 (hypothetical) 3' #REF! #REF! 601 27 AATTATTTGATAATATATATTATTATTAATTATTTGATAATATATATTATTATTAATTAT SH12548 12548 38 82 MT_ORF6 + ORF7 (hypothetical) 3' #REF! #REF! 616 25 AAAAAGAAATAATAATTATTTGATAAAAAAGAAATAATAATTATTTGATAAAAAAGAAAT SH12549 12549 45 105 MT_ORF6 + ORF7 (hypothetical) 3' #REF! #REF! 631 25 AATTAATTAAAGAAAAAAAAGAAATAATTAATTAAAGAAAAAAAAGAAATAATTAATTAA SH12550 12550 37 101 MT_15S 5' #REF! #REF! 1 27 TATTACTTATATAATAATAAATAAATTTATTACTTATATAATAATAAATAAATTTATTAC SH12551 12551 57 201 MT_15S 5' #REF! #REF! 16 25 TAAAACTATTATTTATTACTTATATTAAAACTATTATTTATTACTTATATTAAAACTATT SH12552 12552 17 39 MT_15S 5' #REF! #REF! 31 27 ATATTATTATTATTATATAAAACTATTATATTATTATTATTATATAAAACTATTATATTA SH12553 12553 9 90 MT_15S 5' #REF! #REF! 46 29 ATAATATATATATATATATATTATTATTAATAATATATATATATATATATTATTATTAAT SH12554 12554 100 32 MT_15S 5' #REF! #REF! 61 27 TATAACTAATATAATAATATATATATATATAACTAATATAATAATATATATATATATAAC SH12555 12555 38 179 MT_15S 5' #REF! #REF! 76 23 TTTCCTTATTATATAACTAATATTTTCCTTATTATATAACTAATATTTTCCTTATTATAT SH12556 12556 25 77 MT_15S 5' / MT_15S #REF! #REF! 91 23 TATAAATTTTTTACTTTTCCTTATATAAATTTTTTACTTTTCCTTATATAAATTTTTTAC SH12557 12557 47 41 MT_15S MT_15S #REF! #REF! 106 22 CAACATCATATTCTTATAAATTCAACATCATATTCTTATAAATTCAACATCATATTCTTA SH12558 12558 71 73 MT_15S MT_15S #REF! #REF! 121 18 TTAATCTGAACCAACATCTTAATCTGAACCAACATCTTAATCTGAACCAACATCTTAATC SH12559 12559 17 141 MT_15S MT_15S #REF! #REF! 136 18 GTCCTTATTTAGCGCTTAGTCCTTATTTAGCGCTTAGTCCTTATTTAGCGCTTAGTCCTT SH12560 12560 34 110 MT_15S MT_15S #REF! #REF! 151 15 CGCATGTGTCATGTCCGCATGTGTCATGTCCGCATGTGTCATGTCCGCATGTGTCATGTC SH12561 12561 52 41 MT_15S MT_15S #REF! #REF! 166 22 TATCAATAATAAACGTATGATTTATCAATAATAAACGTATGATTTATCAATAATAAACGT SH12562 12562 23 162 MT_15S MT_15S #REF! #REF! 181 23 CACATATTTATTATCTTATCAATCACATATTTATTATCTTATCAATCACATATTTATTAT SH12563 12563 30 212 MT_15S MT_15S #REF! #REF! 196 18 ACGTTTACACCACATATTACGTTTACACCACATATTACGTTTACACCACATATTACGTTT SH12564 12564 14 122 MT_15S MT_15S #REF! #REF! 211 19 CCTAATAAAATTACTCACGCCTAATAAAATTACTCACGCCTAATAAAATTACTCACGCCT SH12565 12565 35 154 MT_15S MT_15S #REF! #REF! 226 20 CTATAGTTCATTAATTCCTACTATAGTTCATTAATTCCTACTATAGTTCATTAATTCCTA SH12566 12566 99 116 MT_15S MT_15S #REF! #REF! 241 22 TAAGTATTTAGCTTATTCTATATAAGTATTTAGCTTATTCTATATAAGTATTTAGCTTAT SH12567 12567 33 94 MT_15S MT_15S #REF! #REF! 256 27 ATTTTTATATAATAATATATTAAGTATATTTTTATATAATAATATATTAAGTATATTTTT SH12568 12568 3 26 MT_15S MT_15S #REF! #REF! 271 29 TTTTTATTATATAAATTATTTTTATATAATTTTTATTATATAAATTATTTTTATATAATT SH12569 12569 63 97 MT_15S MT_15S #REF! #REF! 286 25 TATATATATCCTTTTTATTATATAATATATATATCCTTTTTATTATATAATATATATATC SH12570 12570 80 15 MT_15S MT_15S #REF! #REF! 301 25 GATAAATATATATTATATATATATCGATAAATATATATTATATATATATCGATAAATATA SH12571 12571 26 60 MT_15S MT_15S #REF! #REF! 316 21 GCTTGACTATAGATAAATATAGCTTGACTATAGATAAATATAGCTTGACTATAGATAAAT SH12572 12572 82 2 MT_15S MT_15S #REF! #REF! 331 18 AAACCATTATTGGCTTGAAAACCATTATTGGCTTGAAAACCATTATTGGCTTGAAAACCA SH12573 12573 51 144 MT_15S MT_15S #REF! #REF! 346 20 TAATAAACCTACTACCTAAATAATAAACCTACTACCTAAATAATAAACCTACTACCTAAA SH12574 12574 89 33 MT_15S MT_15S #REF! #REF! 361 20 GCTAGGTTTAACTCTTAATAGCTAGGTTTAACTCTTAATAGCTAGGTTTAACTCTTAATA SH12575 12575 47 42 MT_15S MT_15S #REF! #REF! 376 15 TGGATCGTTGGCTAGTGGATCGTTGGCTAGTGGATCGTTGGCTAGTGGATCGTTGGCTAG SH12576 12576 60 65 MT_15S MT_15S #REF! #REF! 391 20 CTAACTTTCATTATCGATTACTAACTTTCATTATCGATTACTAACTTTCATTATCGATTA SH12577 12577 27 100 MT_15S MT_15S #REF! #REF! 406 17 AACGTGATCGTTCTAACAACGTGATCGTTCTAACAACGTGATCGTTCTAACAACGTGATC SH12578 12578 88 211 MT_15S MT_15S #REF! #REF! 421 19 GACTATATTTCAGAGTCAAGACTATATTTCAGAGTCAAGACTATATTTCAGAGTCAAGAC SH12579 12579 53 187 MT_15S MT_15S #REF! #REF! 436 20 GTATCTTATAGATATTGACTGTATCTTATAGATATTGACTGTATCTTATAGATATTGACT SH12580 12580 21 172 MT_15S MT_15S #REF! #REF! 451 15 CCTCACTGCTGTATCCCTCACTGCTGTATCCCTCACTGCTGTATCCCTCACTGCTGTATC SH12581 12581 77 93 MT_15S MT_15S #REF! #REF! 466 18 CGATCATTGTCCAATATTCGATCATTGTCCAATATTCGATCATTGTCCAATATTCGATCA SH12582 12582 92 105 MT_15S MT_15S #REF! #REF! 481 17 CTGGATCAATCTTTCGACTGGATCAATCTTTCGACTGGATCAATCTTTCGACTGGATCAA SH12583 12583 68 60 MT_15S MT_15S #REF! #REF! 496 20 TATCATCCTAATAAGTAACTTATCATCCTAATAAGTAACTTATCATCCTAATAAGTAACT SH12584 12584 85 198 MT_15S MT_15S #REF! #REF! 511 27 AATAAAATAAAATATTTTTATATATCAAATAAAATAAAATATTTTTATATATCAAATAAA SH12585 12585 56 110 MT_15S MT_15S #REF! #REF! 526 29 AATATTTAATATTTATAAATAAAATAAAAAATATTTAATATTTATAAATAAAATAAAAAA SH12586 12586 21 55 MT_15S MT_15S #REF! #REF! 541 29 ATTATTATTATTATAAATATTTAATATTTATTATTATTATTATAAATATTTAATATTTAT SH12587 12587 50 19 MT_15S MT_15S #REF! #REF! 556 29 TATATATATATTATTATTATTATTATTATTATATATATATTATTATTATTATTATTATTA SH12588 12588 89 206 MT_15S MT_15S #REF! #REF! 571 27 TTTAATCAATTTATATATATATATTATTTTAATCAATTTATATATATATATTATTTTAAT SH12589 12589 81 134 MT_15S MT_15S #REF! #REF! 586 23 TGGATTTTATTTTTAATCAATTTTGGATTTTATTTTTAATCAATTTTGGATTTTATTTTT SH12590 12590 86 32 MT_15S MT_15S #REF! #REF! 601 25 ATTATTTTAATTATTTATGGATTTTATTATTTTAATTATTTATGGATTTTATTATTTTAA SH12591 12591 44 46 MT_15S MT_15S #REF! #REF! 616 23 GGTAATTAATATCATTATTTTAAGGTAATTAATATCATTATTTTAAGGTAATTAATATCA SH12592 12592 48 54 MT_15S MT_15S #REF! #REF! 631 25 CATATAAAAATATATATGGTAATTACATATAAAAATATATATGGTAATTACATATAAAAA SH12593 12593 33 90 MT_15S MT_15S #REF! #REF! 646 25 ATTAATATATATATCCATATAAAAAATTAATATATATATCCATATAAAAAATTAATATAT SH12594 12594 79 33 MT_15S MT_15S #REF! #REF! 661 29 TAATAAAATTAATATTATTATTAATATATTAATAAAATTAATATTATTATTAATATATTA SH12595 12595 48 195 MT_15S MT_15S #REF! #REF! 676 29 ATATATTATTAATAATAATAAAATTAATAATATATTATTAATAATAATAAAATTAATAAT SH12596 12596 10 144 MT_15S MT_15S #REF! #REF! 691 25 GGACTATTAAAATATATTATTAATAGGACTATTAAAATATATTATTAATAGGACTATTAA SH12597 12597 6 77 MT_15S MT_15S #REF! #REF! 706 20 ATATTAGTCAGGACTATTAAATATTAGTCAGGACTATTAAATATTAGTCAGGACTATTAA SH12598 12598 27 127 MT_15S MT_15S #REF! #REF! 721 17 CTGCTGGCACAAATATTCTGCTGGCACAAATATTCTGCTGGCACAAATATTCTGCTGGCA SH12599 12599 69 188 MT_15S MT_15S #REF! #REF! 736 15 TGTGTTACCGCGACTTGTGTTACCGCGACTTGTGTTACCGCGACTTGTGTTACCGCGACT SH12600 12600 57 198 MT_15S MT_15S #REF! #REF! 751 13 CGCTCGCCCTCTTCGCTCGCCCTCTTCGCTCGCCCTCTTCGCTCGCCCTCTTCGCTCGCC SH12601 12601 49 165 MT_15S MT_15S #REF! #REF! 766 20 TCCTTTAAACCATTATGATTTCCTTTAAACCATTATGATTTCCTTTAAACCATTATGATT SH12602 12602 96 112 MT_15S MT_15S #REF! #REF! 781 17 TCATTCTACGGATCCTTTCATTCTACGGATCCTTTCATTCTACGGATCCTTTCATTCTAC SH12603 12603 73 139 MT_15S MT_15S #REF! #REF! 796 23 CTCTAAATTATAATATATAATTCCTCTAAATTATAATATATAATTCCTCTAAATTATAAT SH12604 12604 78 197 MT_15S MT_15S #REF! #REF! 811 25 TAATTATATTTTATTAACTCTAAATTAATTATATTTTATTAACTCTAAATTAATTATATT SH12605 12605 4 94 MT_15S MT_15S #REF! #REF! 826 25 ACTATTATAATTCTTTAATTATATTACTATTATAATTCTTTAATTATATTACTATTATAA SH12606 12606 56 152 MT_15S MT_15S #REF! #REF! 841 23 TTATTTCATCTTTACTATTATAATTATTTCATCTTTACTATTATAATTATTTCATCTTTA SH12607 12607 69 142 MT_15S MT_15S #REF! #REF! 856 25 TCTTATAATTATTATTATTATTTCATCTTATAATTATTATTATTATTTCATCTTATAATT SH12608 12608 100 123 MT_15S MT_15S #REF! #REF! 871 22 CACATATATTAGTCTTATAATTCACATATATTAGTCTTATAATTCACATATATTAGTCTT SH12609 12609 35 51 MT_15S MT_15S #REF! #REF! 886 25 ATATTTAATTAATATTTTCACATATATATTTAATTAATATTTTCACATATATATTTAATT SH12610 12610 78 142 MT_15S MT_15S #REF! #REF! 901 22 CAATGTCAGTTAATATTTAATTCAATGTCAGTTAATATTTAATTCAATGTCAGTTAATAT SH12611 12611 53 198 MT_15S MT_15S #REF! #REF! 916 18 TTTTAATCCCTCAATGTCTTTTAATCCCTCAATGTCTTTTAATCCCTCAATGTCTTTTAA SH12612 12612 89 56 MT_15S MT_15S #REF! #REF! 931 18 GTTTCGCTACTCTAGTTTGTTTCGCTACTCTAGTTTGTTTCGCTACTCTAGTTTGTTTCG SH12613 12613 2 107 MT_15S MT_15S #REF! #REF! 946 16 GGGTATCGAATCCGTTGGGTATCGAATCCGTTGGGTATCGAATCCGTTGGGTATCGAATC SH12614 12614 35 135 MT_15S MT_15S #REF! #REF! 961 17 ACTACTAGAACTACACGACTACTAGAACTACACGACTACTAGAACTACACGACTACTAGA SH12615 12615 53 191 MT_15S MT_15S #REF! #REF! 976 22 AATAATTGTATTCATAGTTTACAATAATTGTATTCATAGTTTACAATAATTGTATTCATA SH12616 12616 42 69 MT_15S MT_15S #REF! #REF! 991 29 TTTATATATAATATATATTATAAATAATTTTTATATATAATATATATTATAAATAATTTT SH12617 12617 23 42 MT_15S MT_15S #REF! #REF! 1006 27 TTTTCATTTATTATTTATATATAATATTTTTCATTTATTATTTATATATAATATTTTTCA SH12618 12618 38 58 MT_15S MT_15S #REF! #REF! 1021 23 GAATACTTTCATTTTCATTTATTGAATACTTTCATTTTCATTTATTGAATACTTTCATTT SH12619 12619 17 156 MT_15S MT_15S #REF! #REF! 1036 17 CTTCAGGTGGAATACTTCTTCAGGTGGAATACTTCTTCAGGTGGAATACTTCTTCAGGTG SH12620 12620 101 200 MT_15S MT_15S #REF! #REF! 1051 18 TTATTGCTAACGTACTCTTTATTGCTAACGTACTCTTTATTGCTAACGTACTCTTTATTG SH12621 12621 5 6 MT_15S MT_15S #REF! #REF! 1066 21 CTATTGTTTTGAGTTTCATTACTATTGTTTTGAGTTTCATTACTATTGTTTTGAGTTTCA SH12622 12622 29 125 MT_15S MT_15S #REF! #REF! 1081 17 TCTGTAACCGTCTATTGTCTGTAACCGTCTATTGTCTGTAACCGTCTATTGTCTGTAACC SH12623 12623 3 80 MT_15S MT_15S #REF! #REF! 1096 16 CTCCACTGCTTAAGTCCTCCACTGCTTAAGTCCTCCACTGCTTAAGTCCTCCACTGCTTA SH12624 12624 49 45 MT_15S MT_15S #REF! #REF! 1111 20 TATCGAATTAAATAACATGCTATCGAATTAAATAACATGCTATCGAATTAAATAACATGC SH12625 12625 43 60 MT_15S MT_15S #REF! #REF! 1126 17 TTAGTCGTGGATTATCGTTAGTCGTGGATTATCGTTAGTCGTGGATTATCGTTAGTCGTG SH12626 12626 54 10 MT_15S MT_15S #REF! #REF! 1141 20 ATTCAAAATATGGTAAGGTTATTCAAAATATGGTAAGGTTATTCAAAATATGGTAAGGTT SH12627 12627 38 118 MT_15S MT_15S #REF! #REF! 1156 27 TAATTATAATAATTATTATAATATTCATAATTATAATAATTATTATAATATTCATAATTA SH12628 12628 80 43 MT_15S MT_15S #REF! #REF! 1171 24 CCTGTAATATAATAATTATAATAACCTGTAATATAATAATTATAATAACCTGTAATATAA SH12629 12629 13 65 MT_15S MT_15S #REF! #REF! 1186 18 AATGTAACGCCTGTAATAAATGTAACGCCTGTAATAAATGTAACGCCTGTAATAAATGTA SH12630 12630 82 181 MT_15S MT_15S #REF! #REF! 1201 18 CGAACTAAAGACAACAATCGAACTAAAGACAACAATCGAACTAAAGACAACAATCGAACT SH12631 12631 101 206 MT_15S MT_15S #REF! #REF! 1216 17 AAAACTTTGCAGCACGAAAAACTTTGCAGCACGAAAAACTTTGCAGCACGAAAAACTTTG SH12632 12632 57 18 MT_15S MT_15S #REF! #REF! 1231 20 CGTTTATGAACTTAATCTAACGTTTATGAACTTAATCTAACGTTTATGAACTTAATCTAA SH12633 12633 50 49 MT_15S MT_15S #REF! #REF! 1246 18 ATGGAGTTTTGTTCGTTTATGGAGTTTTGTTCGTTTATGGAGTTTTGTTCGTTTATGGAG SH12634 12634 14 83 MT_15S MT_15S #REF! #REF! 1261 27 TTATATATAATTAAAATTATATATATGTTATATATAATTAAAATTATATATATGTTATAT SH12635 12635 65 4 MT_15S MT_15S #REF! #REF! 1276 29 TAATAAATAATATAAAATTATATATAATTTAATAAATAATATAAAATTATATATAATTTA SH12636 12636 2 60 MT_15S MT_15S #REF! #REF! 1291 26 CTTTCTTTATATTAATAAATAATATACTTTCTTTATATTAATAAATAATATACTTTCTTT SH12637 12637 92 153 MT_15S MT_15S #REF! #REF! 1306 21 GTCTTAATTCCTTTCTTTATAGTCTTAATTCCTTTCTTTATAGTCTTAATTCCTTTCTTT SH12638 12638 87 35 MT_15S MT_15S #REF! #REF! 1321 20 GATCATTATGATTTGTCTTAGATCATTATGATTTGTCTTAGATCATTATGATTTGTCTTA SH12639 12639 91 35 MT_15S MT_15S #REF! #REF! 1336 18 CCCATATTATAAGGATCACCCATATTATAAGGATCACCCATATTATAAGGATCACCCATA SH12640 12640 63 59 MT_15S MT_15S #REF! #REF! 1351 15 GCACGTCTATTACCCGCACGTCTATTACCCGCACGTCTATTACCCGCACGTCTATTACCC SH12641 12641 36 20 MT_15S MT_15S #REF! #REF! 1366 27 ATATAATTTTATTATCATTTTATTATAATATAATTTTATTATCATTTTATTATAATATAA SH12642 12642 94 7 MT_15S MT_15S #REF! #REF! 1381 29 ATAATTAAATATATTTTATATAATTTTATATAATTAAATATATTTTATATAATTTTATAT SH12643 12643 56 78 MT_15S MT_15S #REF! #REF! 1396 29 TATTATTAATTAAATATAATTAAATATATTATTATTAATTAAATATAATTAAATATATTA SH12644 12644 4 189 MT_15S MT_15S #REF! #REF! 1411 27 TTAAAATGTTTTATATTATTAATTAAATTAAAATGTTTTATATTATTAATTAAATTAAAA SH12645 12645 5 72 MT_15S MT_15S #REF! #REF! 1426 27 AAAATATATTAAAAATTAAAATGTTTTAAAATATATTAAAAATTAAAATGTTTTAAAATA SH12646 12646 53 132 MT_15S MT_15S #REF! #REF! 1441 29 TATTAATATATAATAAAAAAATATATTAATATTAATATATAATAAAAAAATATATTAATA SH12647 12647 71 182 MT_15S MT_15S #REF! #REF! 1456 26 GATTATAATTCATATTAATATATAATGATTATAATTCATATTAATATATAATGATTATAA SH12648 12648 29 196 MT_15S MT_15S #REF! #REF! 1471 20 CGAATTTCAGATTATAATTCCGAATTTCAGATTATAATTCCGAATTTCAGATTATAATTC SH12649 12649 71 165 MT_15S MT_15S #REF! #REF! 1486 22 TTCTTTTTTCATATAATCGAATTTCTTTTTTCATATAATCGAATTTCTTTTTTCATATAA SH12650 12650 50 46 MT_15S MT_15S #REF! #REF! 1501 20 GTATTACTAGCAATTCTTTTGTATTACTAGCAATTCTTTTGTATTACTAGCAATTCTTTT SH12651 12651 34 85 MT_15S MT_15S #REF! #REF! 1516 22 GTAACATACTAATTTACGTATTGTAACATACTAATTTACGTATTGTAACATACTAATTTA SH12652 12652 96 64 MT_15S MT_15S #REF! #REF! 1531 18 GAATATTCACCGTAACATGAATATTCACCGTAACATGAATATTCACCGTAACATGAATAT SH12653 12653 53 81 MT_15S MT_15S #REF! #REF! 1546 17 GTGCGAAACAGTTAGAAGTGCGAAACAGTTAGAAGTGCGAAACAGTTAGAAGTGCGAAAC SH12654 12654 90 15 MT_15S MT_15S #REF! #REF! 1561 17 CGTGATGAGTGATTAGTCGTGATGAGTGATTAGTCGTGATGAGTGATTAGTCGTGATGAG SH12655 12655 96 155 MT_15S MT_15S #REF! #REF! 1576 18 ATAATATGTTTCAACGCGATAATATGTTTCAACGCGATAATATGTTTCAACGCGATAATA SH12656 12656 44 121 MT_15S MT_15S #REF! #REF! 1591 27 AAATATTATATAAATAATAAGATAATAAAATATTATATAAATAATAAGATAATAAAATAT SH12657 12657 82 19 MT_15S MT_15S #REF! #REF! 1606 29 TATTAATATTTATTAAAAAATATTATATATATTAATATTTATTAAAAAATATTATATATA SH12658 12658 40 63 MT_15S MT_15S #REF! #REF! 1621 29 ATATAAATTAATAATTATTAATATTTATTATATAAATTAATAATTATTAATATTTATTAT SH12659 12659 14 114 MT_15S MT_15S #REF! #REF! 1636 27 CTGATATAAATAAATATAAATTAATAACTGATATAAATAAATATAAATTAATAACTGATA SH12660 12660 61 159 MT_15S MT_15S #REF! #REF! 1651 23 TCATATTATTTCTGATATAAATATCATATTATTTCTGATATAAATATCATATTATTTCTG SH12661 12661 12 73 MT_15S MT_15S #REF! #REF! 1666 20 CTTCGCATTAATTCATATTACTTCGCATTAATTCATATTACTTCGCATTAATTCATATTA SH12662 12662 44 203 MT_15S MT_15S #REF! #REF! 1681 18 AACTGTATTTCAACTTCGAACTGTATTTCAACTTCGAACTGTATTTCAACTTCGAACTGT SH12663 12663 77 69 MT_15S MT_15S #REF! #REF! 1696 13 CCCCTACGGTAACCCCCTACGGTAACCCCCTACGGTAACCCCCTACGGTAACCCCCTACG SH12664 12664 85 109 MT_15S MT_15S #REF! #REF! 1711 13 AGCCCACCGCAGGAGCCCACCGCAGGAGCCCACCGCAGGAGCCCACCGCAGGAGCCCACC SH12665 12665 65 200 MT_15S MT_15S #REF! #REF! 1726 23 TGTAAGAATATTTAAGATATTTATGTAAGAATATTTAAGATATTTATGTAAGAATATTTA SH12666 12666 93 49 MT_15S MT_15S / 3' #REF! #REF! 1741 23 TTAGATTAATATTTATGTAAGAATTAGATTAATATTTATGTAAGAATTAGATTAATATTT SH12667 12667 91 129 MT_15S 3' #REF! #REF! 1756 27 TTAATATTTATATTAATATTTAGATTATTAATATTTATATTAATATTTAGATTATTAATA SH12668 12668 16 161 MT_15S 3' #REF! #REF! 1771 25 GGAACTATTAATATTAATATTTATAGGAACTATTAATATTAATATTTATAGGAACTATTA SH12669 12669 34 40 MT_15S 3' #REF! #REF! 1786 15 GCCCCGGAACTATTAGCCCCGGAACTATTAGCCCCGGAACTATTAGCCCCGGAACTATTA SH12670 12670 76 25 MT_15S 3' #REF! #REF! 1801 13 CTCCCGTGGCCGGCTCCCGTGGCCGGCTCCCGTGGCCGGCTCCCGTGGCCGGCTCCCGTG SH12671 12671 77 42 MT_15S 3' #REF! #REF! 1816 13 CTTTCGGGGTTCCCTTTCGGGGTTCCCTTTCGGGGTTCCCTTTCGGGGTTCCCTTTCGGG SH12672 12672 96 211 MT tRNA Trp 5' #REF! #REF! 1 29 TATATAAATAAATAAAAATTATATAATTATATATAAATAAATAAAAATTATATAATTATA SH12673 12673 81 198 MT tRNA Trp 5' #REF! #REF! 16 29 AAATAATATTATTATTATATAAATAAATAAAATAATATTATTATTATATAAATAAATAAA SH12674 12674 59 148 MT tRNA Trp 5' #REF! #REF! 31 27 TATAATATATAACAAATAATATTATTATATAATATATAACAAATAATATTATTATATAAT SH12675 12675 61 76 MT tRNA Trp 5' #REF! #REF! 46 29 TTATTATATATATAATATATAATATATAATTATTATATATATAATATATAATATATAATT SH12676 12676 41 152 MT tRNA Trp 5' #REF! #REF! 61 29 TTATTATTTATTTATTTATTATATATATATTATTATTTATTTATTTATTATATATATATT SH12677 12677 52 203 MT tRNA Trp 5' / tRNA #REF! #REF! 76 28 CTTATTATTATTATTTATTATTTATTTACTTATTATTATTATTTATTATTTATTTACTTA SH12678 12678 29 130 MT tRNA Trp 5' / tRNA #REF! #REF! 91 23 AAACTATATCCTTATTATTATTAAAACTATATCCTTATTATTATTAAAACTATATCCTTA SH12679 12679 15 32 MT tRNA Trp tRNA #REF! #REF! 106 21 CTGTTTTACCATTAAACTATACTGTTTTACCATTAAACTATACTGTTTTACCATTAAACT SH12680 12680 5 121 MT tRNA Trp tRNA #REF! #REF! 121 20 TGATTTGAAATCAACTGTTTTGATTTGAAATCAACTGTTTTGATTTGAAATCAACTGTTT SH12681 12681 79 14 MT tRNA Trp tRNA #REF! #REF! 136 19 GAACTCCTAATGATTGATTGAACTCCTAATGATTGATTGAACTCCTAATGATTGATTGAA SH12682 12682 47 176 MT tRNA Trp tRNA #REF! #REF! 151 18 GGATAAAGAGATTCGAACGGATAAAGAGATTCGAACGGATAAAGAGATTCGAACGGATAA SH12683 12683 99 14 MT tRNA Trp tRNA / 3' #REF! #REF! 166 23 ATTTTTATTATTATTATCAAGGAATTTTTATTATTATTATCAAGGAATTTTTATTATTAT SH12684 12684 98 55 MT tRNA Trp 3' #REF! #REF! 181 27 AATAATTAAATAAATACATATTTTTATAATAATTAAATAAATACATATTTTTATAATAAT SH12685 12685 18 8 MT tRNA Trp 3' #REF! #REF! 196 25 GGAGAAATATTAAAATAATTAAATAGGAGAAATATTAAAATAATTAAATAGGAGAAATAT SH12686 12686 25 213 MT tRNA Trp 3' #REF! #REF! 211 17 CCCGAAAGGAGAAATATCCCGAAAGGAGAAATATCCCGAAAGGAGAAATATCCCGAAAGG SH12687 12687 58 176 MT tRNA Trp 3' #REF! #REF! 226 13 GGAGCCGGAACCCGGAGCCGGAACCCGGAGCCGGAACCCGGAGCCGGAACCCGGAGCCGG SH12688 12688 17 188 MT tRNA Trp 3' #REF! #REF! 241 13 CGGGGCCCGGCCACGGGGCCCGGCCACGGGGCCCGGCCACGGGGCCCGGCCACGGGGCCC SH12689 12689 27 74 MT ORF 8 (hypothetical) 5' #REF! #REF! 1 29 ATAATATTTAATAATATTAATATTTATTAATAATATTTAATAATATTAATATTTATTAAT SH12690 12690 31 201 MT ORF 8 (hypothetical) 5' #REF! #REF! 16 29 TAATATTTATTATAAATAATATTTAATAATAATATTTATTATAAATAATATTTAATAATA SH12691 12691 74 28 MT ORF 8 (hypothetical) 5' #REF! #REF! 31 29 AATATTTAATAATATTAATATTTATTATAAATATTTAATAATATTAATATTTATTATAAA SH12692 12692 84 209 MT ORF 8 (hypothetical) 5' #REF! #REF! 46 27 TATTAATATGAATAATATTTAATAATATATTAATATGAATAATATTTAATAATATATTAA SH12693 12693 45 44 MT ORF 8 (hypothetical) 5' #REF! #REF! 61 27 AATAATAATAAAATTTATTAATATGAAAATAATAATAAAATTTATTAATATGAAAATAAT SH12694 12694 74 118 MT ORF 8 (hypothetical) 5' / ORF8 #REF! #REF! 76 27 ATTTAATATATTACAAATAATAATAAAATTTAATATATTACAAATAATAATAAAATTTAA SH12695 12695 56 192 MT ORF 8 (hypothetical) 5' / ORF8 #REF! #REF! 91 29 ATATATATATTATTAATATTTAATATATTATATATATATTATTAATATTTAATATATTAT SH12696 12696 6 105 MT ORF 8 ORF8 #REF! #REF! 106 28 CATTATAATAAATAATATATATATTATTCATTATAATAAATAATATATATATTATTCATT SH12697 12697 74 68 MT ORF 8 (hypothetical) ORF8 #REF! #REF! 121 23 GATAGGTTTTCATTATAATAAATGATAGGTTTTCATTATAATAAATGATAGGTTTTCATT SH12698 12698 84 193 MT ORF 8 (hypothetical) ORF8 #REF! #REF! 136 19 GGATAATATAGGATAGGTTGGATAATATAGGATAGGTTGGATAATATAGGATAGGTTGGA SH12699 12699 50 92 MT ORF 8 (hypothetical) ORF8 #REF! #REF! 151 22 ATATGATATTATATGATAGGATATATGATATTATATGATAGGATATATGATATTATATGA SH12700 12700 14 142 MT ORF 8 (hypothetical) ORF8 #REF! #REF! 166 23 GATATAATATAATATGATATGATGATATAATATAATATGATATGATGATATAATATAATA SH12701 12701 4 20 MT ORF 8 (hypothetical) ORF8 #REF! #REF! 181 25 TATATATCATATAATAAGATATAATTATATATCATATAATAAGATATAATTATATATCAT SH12702 12702 21 56 MT ORF 8 (hypothetical) ORF8 #REF! #REF! 196 22 GAGTGAATACTTTATATATCATGAGTGAATACTTTATATATCATGAGTGAATACTTTATA SH12703 12703 92 135 MT ORF 8 (hypothetical) ORF8 #REF! #REF! 211 18 AACCTCATATAGAGTGAAAACCTCATATAGAGTGAAAACCTCATATAGAGTGAAAACCTC SH12704 12704 53 12 MT ORF 8 (hypothetical) ORF8 #REF! #REF! 226 23 AAGATTTATATAATAATCATAACAAGATTTATATAATAATCATAACAAGATTTATATAAT SH12705 12705 58 88 MT ORF 8 (hypothetical) ORF8 #REF! #REF! 241 27 ATAAAAATAAAAATAAAATAAGATTTAATAAAAATAAAAATAAAATAAGATTTAATAAAA SH12706 12706 8 149 MT ORF 8 (hypothetical) ORF8 #REF! #REF! 256 23 TATTAGTCCAAATAAAAATAAAATATTAGTCCAAATAAAAATAAAATATTAGTCCAAATA SH12707 12707 30 3 MT ORF 8 (hypothetical) ORF8 #REF! #REF! 271 25 ATTATTATTATAATTATTATTAGTCATTATTATTATAATTATTATTAGTCATTATTATTA SH12708 12708 73 202 MT ORF 8 (hypothetical) ORF8 #REF! #REF! 286 23 GAACATATCAATAATTATTATTAGAACATATCAATAATTATTATTAGAACATATCAATAA SH12709 12709 11 122 MT ORF 8 (hypothetical) ORF8 #REF! #REF! 301 24 GTATTTATTAATATTAGAACATATGTATTTATTAATATTAGAACATATGTATTTATTAAT SH12710 12710 68 16 MT ORF 8 (hypothetical) ORF8 #REF! #REF! 316 27 ATATTATAATATAAATATGTATTTATTATATTATAATATAAATATGTATTTATTATATTA SH12711 12711 66 84 MT ORF 8 (hypothetical) ORF8 #REF! #REF! 331 25 GAAATGAATATTTATATTATAATATGAAATGAATATTTATATTATAATATGAAATGAATA SH12712 12712 20 181 MT ORF 8 (hypothetical) ORF8 #REF! #REF! 346 23 TATTAATTAGTAAGAAATGAATATATTAATTAGTAAGAAATGAATATATTAATTAGTAAG SH12713 12713 37 39 MT ORF 8 (hypothetical) ORF8 #REF! #REF! 361 25 TGAATATAAAAACTTTTTATTAATTTGAATATAAAAACTTTTTATTAATTTGAATATAAA SH12714 12714 102 60 MT ORF 8 (hypothetical) ORF8 / 3' #REF! #REF! 376 27 ATATATTTATATTATAATGAATATAAAATATATTTATATTATAATGAATATAAAATATAT SH12715 12715 104 191 MT ORF 8 (hypothetical) ORF8 / 3' #REF! #REF! 391 29 AATATTTATATATATTTATATATTTATATAATATTTATATATATTTATATATTTATATAA SH12716 12716 18 180 MT ORF 8 (hypothetical) 3' #REF! #REF! 406 29 AATTATAATTATTAAAATATTTATATATAAATTATAATTATTAAAATATTTATATATAAA SH12717 12717 6 194 MT ORF 8 (hypothetical) 3' #REF! #REF! 421 27 AATATCTTAATATAATTATAATTATTAAATATCTTAATATAATTATAATTATTAAATATC SH12718 12718 26 34 MT ORF 8 (hypothetical) 3' #REF! #REF! 436 27 TAAATATATATTTATAATATCTTAATATAAATATATATTTATAATATCTTAATATAAATA SH12719 12719 100 84 MT ORF 8 (hypothetical) 3' #REF! #REF! 451 29 TATTTTATAAAAAAAAATAAATATATATTTATTTTATAAAAAAAAATAAATATATATTTA SH12720 12720 62 149 MT COX1 5' #REF! #REF! 1 29 TAAATTTAATTTAATTTAATTTAAATAATTAAATTTAATTTAATTTAATTTAAATAATTA SH12721 12721 101 179 MT COX1 5' #REF! #REF! 16 29 AAAAAAAAAATTAATTAAATTTAATTTAAAAAAAAAAAATTAATTAAATTTAATTTAAAA SH12722 12722 37 188 MT COX1 5' #REF! #REF! 31 27 ATTATATTCATTAAAAAAAAAAATTAAATTATATTCATTAAAAAAAAAAATTAAATTATA SH12723 12723 24 5 MT COX1 5' #REF! #REF! 46 27 AATAATATTATTATTATTATATTCATTAATAATATTATTATTATTATATTCATTAATAAT SH12724 12724 103 101 MT COX1 5' #REF! #REF! 61 29 TTTTATATATTAATTTTAATAATATTATTTTTTATATATTAATTTTAATAATATTATTTT SH12725 12725 14 19 MT COX1 5' / exon1 #REF! #REF! 76 27 ATTTTTACTTTTTTTTTATATATTAATATTTTTACTTTTTTTTTATATATTAATATTTTT SH12726 12726 46 86 MT COX1 5' / exon1 #REF! #REF! 91 21 CTTTGTACCATTTTTACTTTTCTTTGTACCATTTTTACTTTTCTTTGTACCATTTTTACT SH12727 12727 50 146 MT COX1 Exon1 #REF! #REF! 106 21 GTTGAATATAATCATCTTTGTGTTGAATATAATCATCTTTGTGTTGAATATAATCATCTT SH12728 12728 92 133 MT COX1 Exon1 #REF! #REF! 121 20 TATCTTTTGCATTTGTTGAATATCTTTTGCATTTGTTGAATATCTTTTGCATTTGTTGAA SH12729 12729 33 189 MT COX1 Exon1 #REF! #REF! 136 22 AAAATATAATACTGCAATATCTAAAATATAATACTGCAATATCTAAAATATAATACTGCA SH12730 12730 3 18 MT COX1 Exon1 #REF! #REF! 151 23 TAAAAATAGCTAACATAAAATATTAAAAATAGCTAACATAAAATATTAAAAATAGCTAAC SH12731 12731 54 107 MT COX1 Exon1 #REF! #REF! 166 18 GCCATACCACTAAAAATAGCCATACCACTAAAAATAGCCATACCACTAAAAATAGCCATA SH12732 12732 57 180 MT COX1 Exon1 #REF! #REF! 181 13 TGCTGTTCCTGCCTGCTGTTCCTGCCTGCTGTTCCTGCCTGCTGTTCCTGCCTGCTGTTC SH12733 12733 10 40 MT COX1 Exon1 #REF! #REF! 196 20 CTAATCTAATGATTAAAGACCTAATCTAATGATTAAAGACCTAATCTAATGATTAAAGAC SH12734 12734 78 124 MT COX1 Exon1 #REF! #REF! 211 18 GGTGCAGCTAATTCTAATGGTGCAGCTAATTCTAATGGTGCAGCTAATTCTAATGGTGCA SH12735 12735 84 105 MT COX1 Exon1 #REF! #REF! 226 18 AAATATTGTGAACCAGGTAAATATTGTGAACCAGGTAAATATTGTGAACCAGGTAAATAT SH12736 12736 39 178 MT COX1 Exon1 #REF! #REF! 241 20 ATTGTGAATTACCATGTAAAATTGTGAATTACCATGTAAAATTGTGAATTACCATGTAAA SH12737 12737 9 206 MT COX1 exon1 / coxai1 #REF! #REF! 256 19 CGCACCATTAAATAATTGTCGCACCATTAAATAATTGTCGCACCATTAAATAATTGTCGC SH12738 12738 89 71 MT COX1 COX1ai1 #REF! #REF! 271 13 ACTGAGAGGCGCAACTGAGAGGCGCAACTGAGAGGCGCAACTGAGAGGCGCAACTGAGAG SH12739 12739 63 137 MT COX1 COX1ai1 #REF! #REF! 286 18 CGCATCAACGAAATATACCGCATCAACGAAATATACCGCATCAACGAAATATACCGCATC SH12740 12740 4 41 MT COX1 COX1ai1 #REF! #REF! 301 17 ATACTAATGCTAGACGCATACTAATGCTAGACGCATACTAATGCTAGACGCATACTAATG SH12741 12741 43 85 MT COX1 COX1ai1 #REF! #REF! 316 22 GTATCTATTGATGATTCATAATGTATCTATTGATGATTCATAATGTATCTATTGATGATT SH12742 12742 88 78 MT COX1 COX1ai1 #REF! #REF! 331 21 GTCATATGTTTTAAGTATCTAGTCATATGTTTTAAGTATCTAGTCATATGTTTTAAGTAT SH12743 12743 81 29 MT COX1 COX1ai1 #REF! #REF! 346 18 CCTACTGAGTTAGTCATACCTACTGAGTTAGTCATACCTACTGAGTTAGTCATACCTACT SH12744 12744 65 8 MT COX1 COX1ai1 #REF! #REF! 361 16 CGTAAAGTTAGCCCCTCGTAAAGTTAGCCCCTCGTAAAGTTAGCCCCTCGTAAAGTTAGC SH12745 12745 95 167 MT COX1 COX1ai1 #REF! #REF! 376 15 CATGCTATTGTCCCCCATGCTATTGTCCCCCATGCTATTGTCCCCCATGCTATTGTCCCC SH12746 12746 77 142 MT COX1 COX1ai1 #REF! #REF! 391 20 TAATCATAGGTGTTTTATGATAATCATAGGTGTTTTATGATAATCATAGGTGTTTTATGA SH12747 12747 79 68 MT COX1 COX1ai1 #REF! #REF! 406 17 CTCCACCTACACTAATCCTCCACCTACACTAATCCTCCACCTACACTAATCCTCCACCTA SH12748 12748 94 174 MT COX1 COX1ai1 #REF! #REF! 421 18 ACCATGTAACACTTAACTACCATGTAACACTTAACTACCATGTAACACTTAACTACCATG SH12749 12749 75 64 MT COX1 COX1ai1 #REF! #REF! 436 17 AGTTCGTTAACCTAACCAGTTCGTTAACCTAACCAGTTCGTTAACCTAACCAGTTCGTTA SH12750 12750 40 44 MT COX1 COX1ai1 #REF! #REF! 451 19 GATAAAGACTTGTAAGAAGGATAAAGACTTGTAAGAAGGATAAAGACTTGTAAGAAGGAT SH12751 12751 39 31 MT COX1 COX1ai1 #REF! #REF! 466 19 GGAAATTGTAATCCTGATAGGAAATTGTAATCCTGATAGGAAATTGTAATCCTGATAGGA SH12752 12752 59 199 MT COX1 COX1ai1 #REF! #REF! 481 18 TCCAAATGATAAGAGGAATCCAAATGATAAGAGGAATCCAAATGATAAGAGGAATCCAAA SH12753 12753 94 207 MT COX1 COX1ai1 #REF! #REF! 496 20 AAACTTGTTTTACTATATCCAAACTTGTTTTACTATATCCAAACTTGTTTTACTATATCC SH12754 12754 21 202 MT COX1 COX1ai1 #REF! #REF! 511 20 CAACGTAAAATAATCAAACTCAACGTAAAATAATCAAACTCAACGTAAAATAATCAAACT SH12755 12755 104 73 MT COX1 COX1ai1 #REF! #REF! 526 17 ATCTGATTACCTCAACGATCTGATTACCTCAACGATCTGATTACCTCAACGATCTGATTA SH12756 12756 30 206 MT COX1 COX1ai1 #REF! #REF! 541 22 ATCTAAAACAATGAATCATAATATCTAAAACAATGAATCATAATATCTAAAACAATGAAT SH12757 12757 69 3 MT COX1 COX1ai1 #REF! #REF! 556 17 TGCCTGTGCTATCTAAATGCCTGTGCTATCTAAATGCCTGTGCTATCTAAATGCCTGTGC SH12758 12758 13 135 MT COX1 COX1ai1 #REF! #REF! 571 18 TTCATCTTTTTCACACTGTTCATCTTTTTCACACTGTTCATCTTTTTCACACTGTTCATC SH12759 12759 89 166 MT COX1 COX1ai1 #REF! #REF! 586 18 GTGTTATTTAGGTCCTTCGTGTTATTTAGGTCCTTCGTGTTATTTAGGTCCTTCGTGTTA SH12760 12760 101 102 MT COX1 COX1ai1 #REF! #REF! 601 18 TTCGTATTTCCTTTTGTGTTCGTATTTCCTTTTGTGTTCGTATTTCCTTTTGTGTTCGTA SH12761 12761 83 139 MT COX1 COX1ai1 #REF! #REF! 616 17 TTGATCCCTCACTTTTCTTGATCCCTCACTTTTCTTGATCCCTCACTTTTCTTGATCCCT SH12762 12762 38 214 MT COX1 COX1ai1 #REF! #REF! 631 18 GAGTTTCCTCTTTCAGTTGAGTTTCCTCTTTCAGTTGAGTTTCCTCTTTCAGTTGAGTTT SH12763 12763 101 39 MT COX1 COX1ai1 #REF! #REF! 646 15 CTGTCAACTCCAGAGCTGTCAACTCCAGAGCTGTCAACTCCAGAGCTGTCAACTCCAGAG SH12764 12764 17 59 MT COX1 COX1ai1 #REF! #REF! 661 17 TCGGTACTACTATACCTTCGGTACTACTATACCTTCGGTACTACTATACCTTCGGTACTA SH12765 12765 88 61 MT COX1 COX1ai1 #REF! #REF! 676 21 CTCATTTTTATTTGAGTATTCCTCATTTTTATTTGAGTATTCCTCATTTTTATTTGAGTA SH12766 12766 98 163 MT COX1 COX1ai1 #REF! #REF! 691 22 AACTTGATTTAAAAATCTCATTAACTTGATTTAAAAATCTCATTAACTTGATTTAAAAAT SH12767 12767 29 147 MT COX1 COX1ai1 #REF! #REF! 706 20 CTGAATAGTATCTAACTTGACTGAATAGTATCTAACTTGACTGAATAGTATCTAACTTGA SH12768 12768 38 89 MT COX1 COX1ai1 #REF! #REF! 721 25 TATTTTTAAATTATTATTTACTGAATATTTTTAAATTATTATTTACTGAATATTTTTAAA SH12769 12769 19 208 MT COX1 COX1ai1 #REF! #REF! 736 20 TATCCTTCCCTATTTTTAAATATCCTTCCCTATTTTTAAATATCCTTCCCTATTTTTAAA SH12770 12770 100 184 MT COX1 COX1ai1 #REF! #REF! 751 18 AACTCAATATTGGTATCCAACTCAATATTGGTATCCAACTCAATATTGGTATCCAACTCA SH12771 12771 31 156 MT COX1 COX1ai1 #REF! #REF! 766 20 TACTTGTATCTTTTGATAACTACTTGTATCTTTTGATAACTACTTGTATCTTTTGATAAC SH12772 12772 43 163 MT COX1 COX1ai1 #REF! #REF! 781 17 ACAAGTCCGAAGTACTTACAAGTCCGAAGTACTTACAAGTCCGAAGTACTTACAAGTCCG SH12773 12773 61 75 MT COX1 COX1ai1 #REF! #REF! 796 20 CTAATTTCTCAAATTCTAACCTAATTTCTCAAATTCTAACCTAATTTCTCAAATTCTAAC SH12774 12774 16 199 MT COX1 COX1ai1 #REF! #REF! 811 23 CATTTATATTATCTATTACTAATCATTTATATTATCTATTACTAATCATTTATATTATCT SH12775 12775 58 48 MT COX1 COX1ai1 #REF! #REF! 826 23 TATTTATATTTTCCTCATTTATATATTTATATTTTCCTCATTTATATATTTATATTTTCC SH12776 12776 64 210 MT COX1 COX1ai1 #REF! #REF! 841 27 ATAATACTTAATAAATTATTATTTATAATAATACTTAATAAATTATTATTTATAATAATA SH12777 12777 14 51 MT COX1 COX1ai1 #REF! #REF! 856 23 CTACGTTTTTTATAATACTTAATCTACGTTTTTTATAATACTTAATCTACGTTTTTTATA SH12778 12778 38 26 MT COX1 COX1ai1 #REF! #REF! 871 23 CTAATATTAATATATCTACGTTTCTAATATTAATATATCTACGTTTCTAATATTAATATA SH12779 12779 23 23 MT COX1 COX1ai1 #REF! #REF! 886 23 TAATTCTATTATATGCTAATATTTAATTCTATTATATGCTAATATTTAATTCTATTATAT SH12780 12780 90 106 MT COX1 COX1ai1 #REF! #REF! 901 20 CAGGTTTACTCTTAATTCTACAGGTTTACTCTTAATTCTACAGGTTTACTCTTAATTCTA SH12781 12781 33 61 MT COX1 COX1ai1 #REF! #REF! 916 18 GGAGTTATATTACCAGGTGGAGTTATATTACCAGGTGGAGTTATATTACCAGGTGGAGTT SH12782 12782 46 150 MT COX1 COX1ai1 #REF! #REF! 931 17 CTAATGTTGTACCTGGACTAATGTTGTACCTGGACTAATGTTGTACCTGGACTAATGTTG SH12783 12783 66 158 MT COX1 COX1ai1 #REF! #REF! 946 20 TTATACCATCTAATGTTTCTTTATACCATCTAATGTTTCTTTATACCATCTAATGTTTCT SH12784 12784 30 51 MT COX1 COX1ai1 #REF! #REF! 961 29 ATAATTTATTTAAATATATTATATTTATAATAATTTATTTAAATATATTATATTTATAAT SH12785 12785 95 176 MT COX1 COX1ai1 #REF! #REF! 976 25 TAATTCATTTGATAATTTATTTAAATAATTCATTTGATAATTTATTTAAATAATTCATTT SH12786 12786 104 70 MT COX1 COX1ai1 #REF! #REF! 991 18 CCTGTTCCTAATTCATTTCCTGTTCCTAATTCATTTCCTGTTCCTAATTCATTTCCTGTT SH12787 12787 53 3 MT COX1 COX1ai1 #REF! #REF! 1006 21 GGTTTAAATTTGAATTTACCTGGTTTAAATTTGAATTTACCTGGTTTAAATTTGAATTTA SH12788 12788 100 44 MT COX1 COX1ai1 #REF! #REF! 1021 18 ACTATTCTCATGGGTTTAACTATTCTCATGGGTTTAACTATTCTCATGGGTTTAACTATT SH12789 12789 101 174 MT COX1 COX1ai1 #REF! #REF! 1036 20 TAGGTTTAGGAATATTAACTTAGGTTTAGGAATATTAACTTAGGTTTAGGAATATTAACT SH12790 12790 33 77 MT COX1 COX1ai1 #REF! #REF! 1051 18 CTTATACCACCTTTAGGTCTTATACCACCTTTAGGTCTTATACCACCTTTAGGTCTTATA SH12791 12791 42 78 MT COX1 COX1ai1 #REF! #REF! 1066 18 CCTACACTTAAAGGTCTTCCTACACTTAAAGGTCTTCCTACACTTAAAGGTCTTCCTACA SH12792 12792 5 192 MT COX1 COX1ai1 #REF! #REF! 1081 18 TTATCTCTTGGATTACCTTTATCTCTTGGATTACCTTTATCTCTTGGATTACCTTTATCT SH12793 12793 27 132 MT COX1 COX1ai1 #REF! #REF! 1096 22 TATAACTTCTTGTACAATTTTATATAACTTCTTGTACAATTTTATATAACTTCTTGTACA SH12794 12794 94 83 MT COX1 COX1ai1 #REF! #REF! 1111 23 TATCTAAAATTATTCTTATAACTTATCTAAAATTATTCTTATAACTTATCTAAAATTATT SH12795 12795 3 94 MT COX1 COX1ai1 #REF! #REF! 1126 23 TTTTATCAAAAATTGTATCTAAATTTTATCAAAAATTGTATCTAAATTTTATCAAAAATT SH12796 12796 76 128 MT COX1 COX1ai1 #REF! #REF! 1141 20 GTGTTGATATCTTTTTATCAGTGTTGATATCTTTTTATCAGTGTTGATATCTTTTTATCA SH12797 12797 62 58 MT COX1 COX1ai1 #REF! #REF! 1156 18 AAACCATGTGAATGTGTTAAACCATGTGAATGTGTTAAACCATGTGAATGTGTTAAACCA SH12798 12798 35 138 MT COX1 COX1ai1 #REF! #REF! 1171 22 ACAACTTATATTCTTTCTAAAAACAACTTATATTCTTTCTAAAAACAACTTATATTCTTT SH12799 12799 49 12 MT COX1 COX1ai1 #REF! #REF! 1186 18 ATTGCTGTTTGACAACTTATTGCTGTTTGACAACTTATTGCTGTTTGACAACTTATTGCT SH12800 12800 80 54 MT COX1 COX1ai1 #REF! #REF! 1201 22 TATATTTCTAACTTCTCAAATTTATATTTCTAACTTCTCAAATTTATATTTCTAACTTCT SH12801 12801 104 174 MT COX1 COX1ai1 #REF! #REF! 1216 20 TACTTCCACCAAATATATTTTACTTCCACCAAATATATTTTACTTCCACCAAATATATTT SH12802 12802 32 164 MT COX1 COX1ai1 #REF! #REF! 1231 22 TACTTCAATAAATCAATTACTTTACTTCAATAAATCAATTACTTTACTTCAATAAATCAA SH12803 12803 16 83 MT COX1 COX1ai1 #REF! #REF! 1246 21 CATTTTTTTAAGTCTACTTCACATTTTTTTAAGTCTACTTCACATTTTTTTAAGTCTACT SH12804 12804 45 84 MT COX1 COX1ai1 #REF! #REF! 1261 22 AGAAATTGTATCAAAACATTTTAGAAATTGTATCAAAACATTTTAGAAATTGTATCAAAA SH12805 12805 47 36 MT COX1 COX1ai1 #REF! #REF! 1276 23 TAATAATTAAATCATGAGAAATTTAATAATTAAATCATGAGAAATTTAATAATTAAATCA SH12806 12806 88 2 MT COX1 COX1ai1 #REF! #REF! 1291 25 ATATCTTTTTAATTCTTTAATAATTATATCTTTTTAATTCTTTAATAATTATATCTTTTT SH12807 12807 64 69 MT COX1 COX1ai1 #REF! #REF! 1306 23 CTTTATCTGAAATATATCTTTTTCTTTATCTGAAATATATCTTTTTCTTTATCTGAAATA SH12808 12808 39 128 MT COX1 COX1ai1 #REF! #REF! 1321 22 TAAATCAATAAAACCTTTATCTTAAATCAATAAAACCTTTATCTTAAATCAATAAAACCT SH12809 12809 71 25 MT COX1 COX1ai1 #REF! #REF! 1336 24 CTTAATAATTTATATACTAAATCACTTAATAATTTATATACTAAATCACTTAATAATTTA SH12810 12810 83 46 MT COX1 COX1ai1 #REF! #REF! 1351 20 TATAACCAGCTCTTAATAATTATAACCAGCTCTTAATAATTATAACCAGCTCTTAATAAT SH12811 12811 43 117 MT COX1 COX1ai1 #REF! #REF! 1366 20 TTCCTTTCTCATCAATATAATTCCTTTCTCATCAATATAATTCCTTTCTCATCAATATAA SH12812 12812 3 50 MT COX1 COX1ai1 #REF! #REF! 1381 18 GGTTTATGATAAGTTCCTGGTTTATGATAAGTTCCTGGTTTATGATAAGTTCCTGGTTTA SH12813 12813 49 188 MT COX1 COX1ai1 #REF! #REF! 1396 18 GGTAAACCTAATATAGGTGGTAAACCTAATATAGGTGGTAAACCTAATATAGGTGGTAAA SH12814 12814 95 86 MT COX1 COX1ai1 #REF! #REF! 1411 18 ATTAATGATCCTTGAGGTATTAATGATCCTTGAGGTATTAATGATCCTTGAGGTATTAAT SH12815 12815 55 165 MT COX1 COX1ai1 #REF! #REF! 1426 20 TACATAAGATAGGACTAATTTACATAAGATAGGACTAATTTACATAAGATAGGACTAATT SH12816 12816 86 42 MT COX1 COX1ai1 #REF! #REF! 1441 22 CAATGTTATTACAATATTACATCAATGTTATTACAATATTACATCAATGTTATTACAATA SH12817 12817 61 205 MT COX1 COX1ai1 #REF! #REF! 1456 20 ATCAATTATCTACCAATGTTATCAATTATCTACCAATGTTATCAATTATCTACCAATGTT SH12818 12818 54 111 MT COX1 COX1ai1 #REF! #REF! 1471 23 AATTAATATAATCTTCTAATCAAAATTAATATAATCTTCTAATCAAAATTAATATAATCT SH12819 12819 75 209 MT COX1 COX1ai1 #REF! #REF! 1486 25 TTTACCTTTATTATATAAATTAATATTTACCTTTATTATATAAATTAATATTTACCTTTA SH12820 12820 28 44 MT COX1 COX1ai1 #REF! #REF! 1501 22 TTGTTTTTTAACTTTACCTTTATTGTTTTTTAACTTTACCTTTATTGTTTTTTAACTTTA SH12821 12821 11 166 MT COX1 COX1ai1 #REF! #REF! 1516 20 TATATGTAGGATGTTGTTTTTATATGTAGGATGTTGTTTTTATATGTAGGATGTTGTTTT SH12822 12822 94 165 MT COX1 COX1ai1 #REF! #REF! 1531 25 AATTATTCTTGATAATTTTTTATATAATTATTCTTGATAATTTTTTATATAATTATTCTT SH12823 12823 89 161 MT COX1 COX1ai1 #REF! #REF! 1546 20 TAGCTTTTGCAATTATTCTTTAGCTTTTGCAATTATTCTTTAGCTTTTGCAATTATTCTT SH12824 12824 60 24 MT COX1 COX1ai1 #REF! #REF! 1561 20 TTGTCGAAAATATTTTAGCTTTGTCGAAAATATTTTAGCTTTGTCGAAAATATTTTAGCT SH12825 12825 62 175 MT COX1 COX1ai1 #REF! #REF! 1576 22 TTTATGTAATTTTAATCTTGTCTTTATGTAATTTTAATCTTGTCTTTATGTAATTTTAAT SH12826 12826 35 119 MT COX1 COX1ai1 #REF! #REF! 1591 20 CTTTAGCTCTTTCTTTATGTCTTTAGCTCTTTCTTTATGTCTTTAGCTCTTTCTTTATGT SH12827 12827 70 27 MT COX1 COX1ai1 #REF! #REF! 1606 18 ATAAATAGTGGGCCTTTAATAAATAGTGGGCCTTTAATAAATAGTGGGCCTTTAATAAAT SH12828 12828 14 174 MT COX1 COX1ai1 #REF! #REF! 1621 22 GAAATTAGGATCATTATAAATAGAAATTAGGATCATTATAAATAGAAATTAGGATCATTA SH12829 12829 94 52 MT COX1 COX1ai1 #REF! #REF! 1636 22 GTATTTTATTCTCTTGAAATTAGTATTTTATTCTCTTGAAATTAGTATTTTATTCTCTTG SH12830 12830 37 38 MT COX1 COX1ai1 #REF! #REF! 1651 20 CTGCATATCTAACGTATTTTCTGCATATCTAACGTATTTTCTGCATATCTAACGTATTTT SH12831 12831 102 46 MT COX1 COX1ai1 #REF! #REF! 1666 20 CAATTAAAATATCATCTGCACAATTAAAATATCATCTGCACAATTAAAATATCATCTGCA SH12832 12832 3 81 MT COX1 COX1ai1 #REF! #REF! 1681 18 GAACCTAATACCCCAATTGAACCTAATACCCCAATTGAACCTAATACCCCAATTGAACCT SH12833 12833 96 98 MT COX1 COX1ai1 #REF! #REF! 1696 23 TTATTTTACAATCATTTTTTGAATTATTTTACAATCATTTTTTGAATTATTTTACAATCA SH12834 12834 39 132 MT COX1 COX1ai1 #REF! #REF! 1711 23 TTAAATCTCTTTTGATTATTTTATTAAATCTCTTTTGATTATTTTATTAAATCTCTTTTG SH12835 12835 55 174 MT COX1 COX1ai1 #REF! #REF! 1726 24 GAATTTAAAAAATTGTTTAAATCTGAATTTAAAAAATTGTTTAAATCTGAATTTAAAAAA SH12836 12836 42 204 MT COX1 COX1ai1 #REF! #REF! 1741 22 AGTTAAACCTAATGAATTTAAAAGTTAAACCTAATGAATTTAAAAGTTAAACCTAATGAA SH12837 12837 68 72 MT COX1 COX1ai1 #REF! #REF! 1756 23 TTTTTTCTTCATTTATAGTTAAATTTTTTCTTCATTTATAGTTAAATTTTTTCTTCATTT SH12838 12838 102 83 MT COX1 COX1ai1 #REF! #REF! 1771 22 ACAAGTAATTAAAGTTTTTTCTACAAGTAATTAAAGTTTTTTCTACAAGTAATTAAAGTT SH12839 12839 103 67 MT COX1 COX1ai1 #REF! #REF! 1786 17 GTTCAGTTGCACAAGTAGTTCAGTTGCACAAGTAGTTCAGTTGCACAAGTAGTTCAGTTG SH12840 12840 2 109 MT COX1 COX1ai1 #REF! #REF! 1801 18 AAAAATCTTGCTGGTAGTAAAAATCTTGCTGGTAGTAAAAATCTTGCTGGTAGTAAAAAT SH12841 12841 60 54 MT COX1 COX1ai1 #REF! #REF! 1816 23 TAATTGAAATATTATAACCTAAATAATTGAAATATTATAACCTAAATAATTGAAATATTA SH12842 12842 8 173 MT COX1 COX1ai1 #REF! #REF! 1831 21 CTTTTTAAAGGTGTAATTGAACTTTTTAAAGGTGTAATTGAACTTTTTAAAGGTGTAATT SH12843 12843 66 211 MT COX1 COX1ai1 #REF! #REF! 1846 20 TAACTGTAGGTATTCTTTTTTAACTGTAGGTATTCTTTTTTAACTGTAGGTATTCTTTTT SH12844 12844 69 182 MT COX1 COX1ai1 #REF! #REF! 1861 20 CTCTAATTAGTTTAGTAACTCTCTAATTAGTTTAGTAACTCTCTAATTAGTTTAGTAACT SH12845 12845 39 9 MT COX1 COX1ai1 #REF! #REF! 1876 20 TTCTAATAAGTTTACCTCTATTCTAATAAGTTTACCTCTATTCTAATAAGTTTACCTCTA SH12846 12846 94 77 MT COX1 COX1ai1 #REF! #REF! 1891 20 TAGTTGTATTTCTACTTCTATAGTTGTATTTCTACTTCTATAGTTGTATTTCTACTTCTA SH12847 12847 40 141 MT COX1 COX1ai1 #REF! #REF! 1906 20 CATTAATAATAGGTCTAGTTCATTAATAATAGGTCTAGTTCATTAATAATAGGTCTAGTT SH12848 12848 46 115 MT COX1 COX1ai1 #REF! #REF! 1921 18 TCTCTAATTGGTGCATTATCTCTAATTGGTGCATTATCTCTAATTGGTGCATTATCTCTA SH12849 12849 87 187 MT COX1 COX1ai1 #REF! #REF! 1936 22 AGCTAATTTATTGATAATATCTAGCTAATTTATTGATAATATCTAGCTAATTTATTGATA SH12850 12850 97 203 MT COX1 COX1ai1 #REF! #REF! 1951 20 AATATCCATTAGTAGCTAATAATATCCATTAGTAGCTAATAATATCCATTAGTAGCTAAT SH12851 12851 28 50 MT COX1 COX1ai1 #REF! #REF! 1966 23 CATTTTTATTATGCTTACAATATCATTTTTATTATGCTTACAATATCATTTTTATTATGC SH12852 12852 74 209 MT COX1 COX1ai1 #REF! #REF! 1981 20 CTCCTATTCTACCATTTTTACTCCTATTCTACCATTTTTACTCCTATTCTACCATTTTTA SH12853 12853 8 156 MT COX1 COX1ai1 #REF! #REF! 1996 15 CTTGTAGGCACTCCTCTTGTAGGCACTCCTCTTGTAGGCACTCCTCTTGTAGGCACTCCT SH12854 12854 59 114 MT COX1 COX1ai1 #REF! #REF! 2011 18 TATAGTCATCTACCTACTTATAGTCATCTACCTACTTATAGTCATCTACCTACTTATAGT SH12855 12855 42 135 MT COX1 COX1ai1 #REF! #REF! 2026 18 GTTCTAGGTTCTTCATATGTTCTAGGTTCTTCATATGTTCTAGGTTCTTCATATGTTCTA SH12856 12856 87 138 MT COX1 COX1ai1 #REF! #REF! 2041 24 GCTTTATAATTATTAATAATTGTTGCTTTATAATTATTAATAATTGTTGCTTTATAATTA SH12857 12857 62 166 MT COX1 COX1ai1 #REF! #REF! 2056 18 CTACCTAACGCTTTATAACTACCTAACGCTTTATAACTACCTAACGCTTTATAACTACCT SH12858 12858 10 97 MT COX1 COX1ai1 #REF! #REF! 2071 22 ATAATAATTTAAGATACCTCTAATAATAATTTAAGATACCTCTAATAATAATTTAAGATA SH12859 12859 5 174 MT COX1 COX1ai1 #REF! #REF! 2086 23 AATTAGTAGCTAATTTATAATAAAATTAGTAGCTAATTTATAATAAAATTAGTAGCTAAT SH12860 12860 50 23 MT COX1 COX1ai1 #REF! #REF! 2101 23 CTCTTAATCTTTTATAATTAGTACTCTTAATCTTTTATAATTAGTACTCTTAATCTTTTA SH12861 12861 34 177 MT COX1 COX1ai1 #REF! #REF! 2116 22 GTAATAGATTCTTTCTCTTAATGTAATAGATTCTTTCTCTTAATGTAATAGATTCTTTCT SH12862 12862 25 115 MT COX1 COX1ai1 #REF! #REF! 2131 22 TGAATAATATAATACGTAATAGTGAATAATATAATACGTAATAGTGAATAATATAATACG SH12863 12863 64 7 MT COX1 COX1ai1 #REF! #REF! 2146 22 TAAAGTTAATACACATGAATAATAAAGTTAATACACATGAATAATAAAGTTAATACACAT SH12864 12864 86 154 MT COX1 COX1ai1 #REF! #REF! 2161 21 CTATATTTACTAGCTAAAGTTCTATATTTACTAGCTAAAGTTCTATATTTACTAGCTAAA SH12865 12865 60 172 MT COX1 COX1ai1 #REF! #REF! 2176 23 TACTTATTGTTTTTAATCTATATTACTTATTGTTTTTAATCTATATTACTTATTGTTTTT SH12866 12866 42 124 MT COX1 COX1ai1 #REF! #REF! 2191 25 AAATTTTTTAATAGTTTTACTTATTAAATTTTTTAATAGTTTTACTTATTAAATTTTTTA SH12867 12867 99 55 MT COX1 COX1ai1 #REF! #REF! 2206 25 ATTTAAATTATAACCAAATTTTTTAATTTAAATTATAACCAAATTTTTTAATTTAAATTA SH12868 12868 74 20 MT COX1 COX1ai1 #REF! #REF! 2221 25 ATCATTTTCAATAATATTTAAATTAATCATTTTCAATAATATTTAAATTAATCATTTTCA SH12869 12869 81 193 MT COX1 COX1ai1 #REF! #REF! 2236 22 GGCAATTAATTTATCATTTTCAGGCAATTAATTTATCATTTTCAGGCAATTAATTTATCA SH12870 12870 19 72 MT COX1 COX1ai1 #REF! #REF! 2251 18 CTTGGAAAATTGGCAATTCTTGGAAAATTGGCAATTCTTGGAAAATTGGCAATTCTTGGA SH12871 12871 85 14 MT COX1 COX1ai1 #REF! #REF! 2266 22 GATATTATCAAAAGTATTTCTTGATATTATCAAAAGTATTTCTTGATATTATCAAAAGTA SH12872 12872 35 140 MT COX1 COX1ai1 #REF! #REF! 2281 23 GATTTTCAATTTTTTTGATATTAGATTTTCAATTTTTTTGATATTAGATTTTCAATTTTT SH12873 12873 81 113 MT COX1 COX1ai1 #REF! #REF! 2296 22 TATAAATATACCATGATTTTCATATAAATATACCATGATTTTCATATAAATATACCATGA SH12874 12874 40 100 MT COX1 COX1ai1 #REF! #REF! 2311 22 AGCTTCTGATATATATATAAATAGCTTCTGATATATATATAAATAGCTTCTGATATATAT SH12875 12875 90 93 MT COX1 COX1ai1 #REF! #REF! 2326 18 TCAGTTACTTTAGCTTCTTCAGTTACTTTAGCTTCTTCAGTTACTTTAGCTTCTTCAGTT SH12876 12876 27 146 MT COX1 COX1ai1 #REF! #REF! 2341 20 CGATATATTCAAAAGGATCACGATATATTCAAAAGGATCACGATATATTCAAAAGGATCA SH12877 12877 92 50 MT COX1 COX1ai1 #REF! #REF! 2356 23 ATATATATTTAATTGAATCGATAATATATATTTAATTGAATCGATAATATATATTTAATT SH12878 12878 64 13 MT COX1 COX1ai1 #REF! #REF! 2371 20 TAGCTGTAGGTAATATATATTAGCTGTAGGTAATATATATTAGCTGTAGGTAATATATAT SH12879 12879 28 143 MT COX1 COX1ai1 #REF! #REF! 2386 22 TTTATTAAAATTAGCTTTAGCTTTTATTAAAATTAGCTTTAGCTTTTATTAAAATTAGCT SH12880 12880 86 163 MT COX1 COX1ai1 #REF! #REF! 2401 21 CAAATACTACAAGGTTTATTACAAATACTACAAGGTTTATTACAAATACTACAAGGTTTA SH12881 12881 14 198 MT COX1 COX1ai1 #REF! #REF! 2416 22 ATCAATAGTTGAATTACAAATAATCAATAGTTGAATTACAAATAATCAATAGTTGAATTA SH12882 12882 39 180 MT COX1 COX1ai1 #REF! #REF! 2431 20 GATGTATTTCTACATCAATAGATGTATTTCTACATCAATAGATGTATTTCTACATCAATA SH12883 12883 78 123 MT COX1 COX1ai1 #REF! #REF! 2446 20 GTAATTGTTTAACATGATGTGTAATTGTTTAACATGATGTGTAATTGTTTAACATGATGT SH12884 12884 24 42 MT COX1 COX1ai1 #REF! #REF! 2461 22 TTTTAATATACCTCTATGTAATTTTTAATATACCTCTATGTAATTTTTAATATACCTCTA SH12885 12885 51 20 MT COX1 COX1ai1 #REF! #REF! 2476 22 ATAATCTTTAAGTGCTTTTAATATAATCTTTAAGTGCTTTTAATATAATCTTTAAGTGCT SH12886 12886 33 121 MT COX1 COX1ai1 #REF! #REF! 2491 20 TTCTACCTAGAATATAATCTTTCTACCTAGAATATAATCTTTCTACCTAGAATATAATCT SH12887 12887 20 73 MT COX1 COX1ai1 #REF! #REF! 2506 21 CTGTTTATGGTAATTATTCTACTGTTTATGGTAATTATTCTACTGTTTATGGTAATTATT SH12888 12888 53 14 MT COX1 COX1ai1 #REF! #REF! 2521 20 ATGGAATTTGTTTTCTGTTTATGGAATTTGTTTTCTGTTTATGGAATTTGTTTTCTGTTT SH12889 12889 8 57 MT COX1 COX1ai1 #REF! #REF! 2536 20 GACATTGTTTACATAATGGAGACATTGTTTACATAATGGAGACATTGTTTACATAATGGA SH12890 12890 45 5 MT COX1 COX1ai1 #REF! #REF! 2551 22 TTTATGTGTTTTAATATGACATTTTATGTGTTTTAATATGACATTTTATGTGTTTTAATA SH12891 12891 62 93 MT COX1 COX1ai1 #REF! #REF! 2566 26 CTATATTTTTAAATTTATTTTTATGTCTATATTTTTAAATTTATTTTTATGTCTATATTT SH12892 12892 72 82 MT COX1 COX1ai1 #REF! #REF! 2581 18 CCAGGTCCTATATTTTTACCAGGTCCTATATTTTTACCAGGTCCTATATTTTTACCAGGT SH12893 12893 75 58 MT COX1 cox1ai1/intronic #REF! #REF! 2596 23 TTAATAATAGATTTTATATACCATTAATAATAGATTTTATATACCATTAATAATAGATTT SH12894 12894 103 63 MT COX1 intronic #REF! #REF! 2611 22 CATATTGAGTATCATTAATAATCATATTGAGTATCATTAATAATCATATTGAGTATCATT SH12895 12895 94 214 MT COX1 intronic #REF! #REF! 2626 17 TACGGCTTTCCATATTGTACGGCTTTCCATATTGTACGGCTTTCCATATTGTACGGCTTT SH12896 12896 57 79 MT COX1 intronic #REF! #REF! 2641 18 TGATAGTTTCCCATCATATGATAGTTTCCCATCATATGATAGTTTCCCATCATATGATAG SH12897 12897 62 140 MT COX1 intronic #REF! #REF! 2656 15 CCAAACCGTACGTGACCAAACCGTACGTGACCAAACCGTACGTGACCAAACCGTACGTGA SH12898 12898 26 169 MT COX1 intronic #REF! #REF! 2671 17 GTGTTAAAGAGCCTTTCGTGTTAAAGAGCCTTTCGTGTTAAAGAGCCTTTCGTGTTAAAG SH12899 12899 86 74 MT COX1 intronic #REF! #REF! 2686 15 CCTATGTTGCCACGTCCTATGTTGCCACGTCCTATGTTGCCACGTCCTATGTTGCCACGT SH12900 12900 39 80 MT COX1 intronic/exon2 #REF! #REF! 2701 23 CTAAAAATGAAATAGCAAATTAACTAAAAATGAAATAGCAAATTAACTAAAAATGAAATA SH12901 12901 32 118 MT COX1 intronic/exon2 #REF! #REF! 2716 20 CATGACCAACTACTAAAAATCATGACCAACTACTAAAAATCATGACCAACTACTAAAAAT SH12902 12902 103 7 MT COX1 Exon2 #REF! #REF! 2731 20 AAATCATTAATACAGCATGAAAATCATTAATACAGCATGAAAATCATTAATACAGCATGA SH12903 12903 11 105 MT COX1 Exon2 / cox1ai2 #REF! #REF! 2746 15 GGCGCACAGAAAATCGGCGCACAGAAAATCGGCGCACAGAAAATCGGCGCACAGAAAATC SH12904 12904 34 12 MT COX1 COX1ai2 #REF! #REF! 2761 19 GTGATAAATTAAGCGAAACGTGATAAATTAAGCGAAACGTGATAAATTAAGCGAAACGTG SH12905 12905 3 110 MT COX1 COX1ai2 #REF! #REF! 2776 18 AACACTTCAATACAGTGAAACACTTCAATACAGTGAAACACTTCAATACAGTGAAACACT SH12906 12906 25 69 MT COX1 COX1ai2 #REF! #REF! 2791 21 GAGATATGTTTATCAATTAACGAGATATGTTTATCAATTAACGAGATATGTTTATCAATT SH12907 12907 87 54 MT COX1 COX1ai2 #REF! #REF! 2806 22 ATTAATTGAATAAACAGAGATAATTAATTGAATAAACAGAGATAATTAATTGAATAAACA SH12908 12908 18 56 MT COX1 COX1ai2 #REF! #REF! 2821 20 CGGTAAAGTTTTCATTAATTCGGTAAAGTTTTCATTAATTCGGTAAAGTTTTCATTAATT SH12909 12909 49 55 MT COX1 COX1ai2 #REF! #REF! 2836 18 AACCAAAATGATACGGTAAACCAAAATGATACGGTAAACCAAAATGATACGGTAAACCAA SH12910 12910 52 175 MT COX1 COX1ai2 #REF! #REF! 2851 20 TTACTACTAATAATCAGAACTTACTACTAATAATCAGAACTTACTACTAATAATCAGAAC SH12911 12911 96 189 MT COX1 COX1ai2 #REF! #REF! 2866 21 CTAAATACTATGTATGTTACTCTAAATACTATGTATGTTACTCTAAATACTATGTATGTT SH12912 12912 6 9 MT COX1 COX1ai2 #REF! #REF! 2881 20 TATGGTTTACGTATCTAAATTATGGTTTACGTATCTAAATTATGGTTTACGTATCTAAAT SH12913 12913 17 195 MT COX1 COX1ai2 #REF! #REF! 2896 15 GGGTAAGCCATATGGGGGTAAGCCATATGGGGGTAAGCCATATGGGGGTAAGCCATATGG SH12914 12914 88 132 MT COX1 COX1ai2 #REF! #REF! 2911 13 GTTGGCCCCAACTGTTGGCCCCAACTGTTGGCCCCAACTGTTGGCCCCAACTGTTGGCCC SH12915 12915 87 173 MT COX1 COX1ai2 #REF! #REF! 2926 15 GCTATTGTCCCCGTTGCTATTGTCCCCGTTGCTATTGTCCCCGTTGCTATTGTCCCCGTT SH12916 12916 75 164 MT COX1 COX1ai2 #REF! #REF! 2941 17 CAGCGCTTTTATGGCATCAGCGCTTTTATGGCATCAGCGCTTTTATGGCATCAGCGCTTT SH12917 12917 21 128 MT COX1 COX1ai2 #REF! #REF! 2956 17 CTGGCTGTTTTACTCCACTGGCTGTTTTACTCCACTGGCTGTTTTACTCCACTGGCTGTT SH12918 12918 104 29 MT COX1 COX1ai2 #REF! #REF! 2971 16 GTTCTTACCTTGCGCTGTTCTTACCTTGCGCTGTTCTTACCTTGCGCTGTTCTTACCTTG SH12919 12919 11 144 MT COX1 COX1ai2 #REF! #REF! 2986 13 AGCCATCGGACAGAGCCATCGGACAGAGCCATCGGACAGAGCCATCGGACAGAGCCATCG SH12920 12920 19 156 MT COX1 COX1ai2 #REF! #REF! 3001 18 TTACAGGAATTCGTTAACTTACAGGAATTCGTTAACTTACAGGAATTCGTTAACTTACAG SH12921 12921 79 93 MT COX1 COX1ai2 #REF! #REF! 3016 19 GAACCCTAAACATTCTTTAGAACCCTAAACATTCTTTAGAACCCTAAACATTCTTTAGAA SH12922 12922 56 16 MT COX1 COX1ai2 #REF! #REF! 3031 18 GAAGGAGTTAATGAGAACGAAGGAGTTAATGAGAACGAAGGAGTTAATGAGAACGAAGGA SH12923 12923 60 63 MT COX1 COX1ai2 #REF! #REF! 3046 13 CCCCAAGTGGGAACCCCAAGTGGGAACCCCAAGTGGGAACCCCAAGTGGGAACCCCAAGT SH12924 12924 74 173 MT COX1 COX1ai2 #REF! #REF! 3061 18 ACATAAGCATGAATCACAACATAAGCATGAATCACAACATAAGCATGAATCACAACATAA SH12925 12925 103 4 MT COX1 COX1ai2 #REF! #REF! 3076 17 CCTCTTCTTCCAATACACCTCTTCTTCCAATACACCTCTTCTTCCAATACACCTCTTCTT SH12926 12926 73 30 MT COX1 COX1ai2 #REF! #REF! 3091 16 GGTTAACTCGTGTACCGGTTAACTCGTGTACCGGTTAACTCGTGTACCGGTTAACTCGTG SH12927 12927 66 145 MT COX1 COX1ai2 #REF! #REF! 3106 20 AAGCTAATGATTCATTTTTGAAGCTAATGATTCATTTTTGAAGCTAATGATTCATTTTTG SH12928 12928 25 82 MT COX1 COX1ai2 #REF! #REF! 3121 20 GTCAACTTTTACTTAAAGCTGTCAACTTTTACTTAAAGCTGTCAACTTTTACTTAAAGCT SH12929 12929 59 210 MT COX1 COX1ai2 #REF! #REF! 3136 16 GCCCTCCAAATGTCAAGCCCTCCAAATGTCAAGCCCTCCAAATGTCAAGCCCTCCAAATG SH12930 12930 96 72 MT COX1 COX1ai2 #REF! #REF! 3151 17 CATTTGAACTCGTACAGCATTTGAACTCGTACAGCATTTGAACTCGTACAGCATTTGAAC SH12931 12931 98 150 MT COX1 COX1ai2 #REF! #REF! 3166 20 CCGTATTTCTTAATTTTCCACCGTATTTCTTAATTTTCCACCGTATTTCTTAATTTTCCA SH12932 12932 5 127 MT COX1 COX1ai2 #REF! #REF! 3181 15 TCGGACAATCCCGTATCGGACAATCCCGTATCGGACAATCCCGTATCGGACAATCCCGTA SH12933 12933 49 11 MT COX1 COX1ai2 #REF! #REF! 3196 15 CCAGGGTTTCCCCTTCCAGGGTTTCCCCTTCCAGGGTTTCCCCTTCCAGGGTTTCCCCTT SH12934 12934 7 13 MT COX1 COX1ai2 #REF! #REF! 3211 16 GAAGACTCCGTTATCCGAAGACTCCGTTATCCGAAGACTCCGTTATCCGAAGACTCCGTT SH12935 12935 34 59 MT COX1 COX1ai2 #REF! #REF! 3226 20 AATTAAATTTGGGTACTATGAATTAAATTTGGGTACTATGAATTAAATTTGGGTACTATG SH12936 12936 54 79 MT COX1 COX1ai2 #REF! #REF! 3241 22 GTATCTCACTTTATTTAAATTAGTATCTCACTTTATTTAAATTAGTATCTCACTTTATTT SH12937 12937 44 208 MT COX1 COX1ai2 #REF! #REF! 3256 20 ATAAAGTACTAAAGTATCTCATAAAGTACTAAAGTATCTCATAAAGTACTAAAGTATCTC SH12938 12938 63 100 MT COX1 COX1ai2 #REF! #REF! 3271 22 CCTTGCATTTAATTTAGATAAACCTTGCATTTAATTTAGATAAACCTTGCATTTAATTTA SH12939 12939 65 114 MT COX1 COX1ai2 #REF! #REF! 3286 16 GTCTTCCTTCCTTGCAGTCTTCCTTCCTTGCAGTCTTCCTTCCTTGCAGTCTTCCTTCCT SH12940 12940 104 88 MT COX1 COX1ai2 #REF! #REF! 3301 18 GTTAAATACGCTAAACTGGTTAAATACGCTAAACTGGTTAAATACGCTAAACTGGTTAAA SH12941 12941 101 155 MT COX1 COX1ai2 #REF! #REF! 3316 20 CCGTAGTATTAATCTTTGTTCCGTAGTATTAATCTTTGTTCCGTAGTATTAATCTTTGTT SH12942 12942 53 23 MT COX1 COX1ai2 #REF! #REF! 3331 17 ACTCGGAAAAATCCGTAACTCGGAAAAATCCGTAACTCGGAAAAATCCGTAACTCGGAAA SH12943 12943 38 95 MT COX1 COX1ai2 #REF! #REF! 3346 25 ATTATTTTCTATTAATTTATTTAACATTATTTTCTATTAATTTATTTAACATTATTTTCT SH12944 12944 38 130 MT COX1 COX1ai2 #REF! #REF! 3361 23 CAAGTTTATTATGATTATTTTCTCAAGTTTATTATGATTATTTTCTCAAGTTTATTATGA SH12945 12945 17 120 MT COX1 COX1ai2 #REF! #REF! 3376 21 GTATTAATGGTTTCAAGTTTAGTATTAATGGTTTCAAGTTTAGTATTAATGGTTTCAAGT SH12946 12946 60 6 MT COX1 COX1ai2 #REF! #REF! 3391 25 CATTAATTTTAAAATTCTAGTATTACATTAATTTTAAAATTCTAGTATTACATTAATTTT SH12947 12947 2 198 MT COX1 COX1ai2 #REF! #REF! 3406 22 TCTAATATCTGACATTAATTTTTCTAATATCTGACATTAATTTTTCTAATATCTGACATT SH12948 12948 39 30 MT COX1 COX1ai2 #REF! #REF! 3421 22 AGCAATTAATAACATTCTAATAAGCAATTAATAACATTCTAATAAGCAATTAATAACATT SH12949 12949 35 35 MT COX1 COX1ai2 #REF! #REF! 3436 24 CTTTTAATTTTATTATAAGCAATTCTTTTAATTTTATTATAAGCAATTCTTTTAATTTTA SH12950 12950 50 158 MT COX1 COX1ai2 #REF! #REF! 3451 22 ATTACCTTTCTTACTTTTAATTATTACCTTTCTTACTTTTAATTATTACCTTTCTTACTT SH12951 12951 57 32 MT COX1 COX1ai2 #REF! #REF! 3466 20 AACCTTTAGATATATTACCTAACCTTTAGATATATTACCTAACCTTTAGATATATTACCT SH12952 12952 97 150 MT COX1 COX1ai2 #REF! #REF! 3481 20 AGGTAATATTATTAGAACCTAGGTAATATTATTAGAACCTAGGTAATATTATTAGAACCT SH12953 12953 48 89 MT COX1 COX1ai2 #REF! #REF! 3496 18 TTAATCCCATCTAAGGTATTAATCCCATCTAAGGTATTAATCCCATCTAAGGTATTAATC SH12954 12954 76 9 MT COX1 COX1ai2 #REF! #REF! 3511 27 GATAATTTATTTAAATATGAAATATTAGATAATTTATTTAAATATGAAATATTAGATAAT SH12955 12955 79 138 MT COX1 COX1ai2 #REF! #REF! 3526 25 GTTAATATCTTTAGATAATTTATTTGTTAATATCTTTAGATAATTTATTTGTTAATATCT SH12956 12956 99 34 MT COX1 COX1ai2 #REF! #REF! 3541 22 AAACATATTAGTGTTAATATCTAAACATATTAGTGTTAATATCTAAACATATTAGTGTTA SH12957 12957 91 66 MT COX1 COX1ai2 #REF! #REF! 3556 20 CCGGAGAAAATTTAAACATACCGGAGAAAATTTAAACATACCGGAGAAAATTTAAACATA SH12958 12958 2 206 MT COX1 COX1ai2 #REF! #REF! 3571 17 CAACTCTTCTAACCGGACAACTCTTCTAACCGGACAACTCTTCTAACCGGACAACTCTTC SH12959 12959 11 177 MT COX1 COX1ai2 #REF! #REF! 3586 20 CAGATGTTTTAGGAATTTCACAGATGTTTTAGGAATTTCACAGATGTTTTAGGAATTTCA SH12960 12960 17 125 MT COX1 COX1ai2 #REF! #REF! 3601 17 GTCTAAATCCTCCAGATGTCTAAATCCTCCAGATGTCTAAATCCTCCAGATGTCTAAATC SH12961 12961 61 132 MT COX1 COX1ai2 #REF! #REF! 3616 18 TTTCCAACACTTAAAGGTTTTCCAACACTTAAAGGTTTTCCAACACTTAAAGGTTTTCCA SH12962 12962 66 111 MT COX1 COX1ai2 #REF! #REF! 3631 20 CAATTTTTTCTCTAGGATTTCAATTTTTTCTCTAGGATTTCAATTTTTTCTCTAGGATTT SH12963 12963 83 196 MT COX1 COX1ai2 #REF! #REF! 3646 20 TCATACTTTCTTGTACAATTTCATACTTTCTTGTACAATTTCATACTTTCTTGTACAATT SH12964 12964 101 172 MT COX1 COX1ai2 #REF! #REF! 3661 23 TAATTTCTAATATTATTCTCATATAATTTCTAATATTATTCTCATATAATTTCTAATATT SH12965 12965 9 65 MT COX1 COX1ai2 #REF! #REF! 3676 23 AACTATTATTATAGATAATTTCTAACTATTATTATAGATAATTTCTAACTATTATTATAG SH12966 12966 89 50 MT COX1 COX1ai2 #REF! #REF! 3691 22 AGAATAATAAGAGAAACTATTAAGAATAATAAGAGAAACTATTAAGAATAATAAGAGAAA SH12967 12967 9 45 MT COX1 COX1ai2 #REF! #REF! 3706 20 GTCTAAATCCATGAGAATAAGTCTAAATCCATGAGAATAAGTCTAAATCCATGAGAATAA SH12968 12968 86 35 MT COX1 COX1ai2 #REF! #REF! 3721 18 CAAGATAAGTTAGGTCTACAAGATAAGTTAGGTCTACAAGATAAGTTAGGTCTACAAGAT SH12969 12969 25 18 MT COX1 COX1ai2 #REF! #REF! 3736 20 GAATAATAGCTGTTAAACAAGAATAATAGCTGTTAAACAAGAATAATAGCTGTTAAACAA SH12970 12970 104 27 MT COX1 COX1ai2 #REF! #REF! 3751 23 GCATATAATTTTTACATTGAATAGCATATAATTTTTACATTGAATAGCATATAATTTTTA SH12971 12971 5 206 MT COX1 COX1ai2 #REF! #REF! 3766 21 CAATTACAGTATTGCATATAACAATTACAGTATTGCATATAACAATTACAGTATTGCATA SH12972 12972 100 177 MT COX1 COX1ai2 #REF! #REF! 3781 23 AATCTACTTTAATAAATCAATTAAATCTACTTTAATAAATCAATTAAATCTACTTTAATA SH12973 12973 43 207 MT COX1 COX1ai2 #REF! #REF! 3796 22 AAAGCATTTATTTAAATCTACTAAAGCATTTATTTAAATCTACTAAAGCATTTATTTAAA SH12974 12974 41 107 MT COX1 COX1ai2 #REF! #REF! 3811 18 GGAATTGTATCAAAGCATGGAATTGTATCAAAGCATGGAATTGTATCAAAGCATGGAATT SH12975 12975 100 29 MT COX1 COX1ai2 #REF! #REF! 3826 22 ATTAATTAACATATTATGTGGAATTAATTAACATATTATGTGGAATTAATTAACATATTA SH12976 12976 49 141 MT COX1 COX1ai2 #REF! #REF! 3841 22 TCTCTCATTTAATACATTAATTTCTCTCATTTAATACATTAATTTCTCTCATTTAATACA SH12977 12977 28 29 MT COX1 COX1ai2 #REF! #REF! 3856 20 CTTTATCTTTGATTCTCTCACTTTATCTTTGATTCTCTCACTTTATCTTTGATTCTCTCA SH12978 12978 20 48 MT COX1 COX1ai2 #REF! #REF! 3871 20 ATAAGTCTATGAAACCTTTAATAAGTCTATGAAACCTTTAATAAGTCTATGAAACCTTTA SH12979 12979 62 142 MT COX1 COX1ai2 #REF! #REF! 3886 23 CTCTTAATAATTTATATAATAAGCTCTTAATAATTTATATAATAAGCTCTTAATAATTTA SH12980 12980 102 206 MT COX1 COX1ai2 #REF! #REF! 3901 18 ACATATCCAGCTCTTAATACATATCCAGCTCTTAATACATATCCAGCTCTTAATACATAT SH12981 12981 9 7 MT COX1 COX1ai2 #REF! #REF! 3916 23 GATAATTATTATTTTTATCAACAGATAATTATTATTTTTATCAACAGATAATTATTATTT SH12982 12982 54 15 MT COX1 COX1ai2 #REF! #REF! 3931 23 CTAAAGTTGTATTATGATAATTACTAAAGTTGTATTATGATAATTACTAAAGTTGTATTA SH12983 12983 10 119 MT COX1 COX1ai2 #REF! #REF! 3946 18 TGAGGAATTCCTAAAGTTTGAGGAATTCCTAAAGTTTGAGGAATTCCTAAAGTTTGAGGA SH12984 12984 14 76 MT COX1 COX1ai2 #REF! #REF! 3961 17 TGACAACACTACCTTGATGACAACACTACCTTGATGACAACACTACCTTGATGACAACAC SH12985 12985 30 48 MT COX1 COX1ai2 #REF! #REF! 3976 20 TATTACATAAAATAGGACTGTATTACATAAAATAGGACTGTATTACATAAAATAGGACTG SH12986 12986 56 39 MT COX1 COX1ai2 #REF! #REF! 3991 25 ATCTAATTTATCTAAAAAAATATTAATCTAATTTATCTAAAAAAATATTAATCTAATTTA SH12987 12987 19 110 MT COX1 COX1ai2 #REF! #REF! 4006 25 ATTTTCTAAATATTTATCTAATTTAATTTTCTAAATATTTATCTAATTTAATTTTCTAAA SH12988 12988 63 200 MT COX1 COX1ai2 #REF! #REF! 4021 23 CATTCTCAAATTTATTTTCTAAACATTCTCAAATTTATTTTCTAAACATTCTCAAATTTA SH12989 12989 7 61 MT COX1 COX1ai2 #REF! #REF! 4036 20 CAGTATTGAATTCATTCTCACAGTATTGAATTCATTCTCACAGTATTGAATTCATTCTCA SH12990 12990 53 70 MT COX1 COX1ai2 #REF! #REF! 4051 20 TATTAGACATATTTCCAGTATATTAGACATATTTCCAGTATATTAGACATATTTCCAGTA SH12991 12991 15 63 MT COX1 COX1ai2 #REF! #REF! 4066 18 GGATTTCTACCTCTATTAGGATTTCTACCTCTATTAGGATTTCTACCTCTATTAGGATTT SH12992 12992 33 25 MT COX1 COX1ai2 #REF! #REF! 4081 22 TGATAAACTATTATAAATTGGATGATAAACTATTATAAATTGGATGATAAACTATTATAA SH12993 12993 70 154 MT COX1 COX1ai2 #REF! #REF! 4096 23 ATCTATAAATTTTAGATGATAAAATCTATAAATTTTAGATGATAAAATCTATAAATTTTA SH12994 12994 47 100 MT COX1 COX1ai2 #REF! #REF! 4111 23 CAGATAATAATTTACATCTATAACAGATAATAATTTACATCTATAACAGATAATAATTTA SH12995 12995 61 57 MT COX1 COX1ai2 #REF! #REF! 4126 23 TCAATTTTAATTTTTCAGATAATTCAATTTTAATTTTTCAGATAATTCAATTTTAATTTT SH12996 12996 22 50 MT COX1 COX1ai2 #REF! #REF! 4141 22 GTCTCTTAATCTAATCAATTTTGTCTCTTAATCTAATCAATTTTGTCTCTTAATCTAATC SH12997 12997 54 26 MT COX1 COX1ai2 #REF! #REF! 4156 18 CTTTGGTAATGGTCTCTTCTTTGGTAATGGTCTCTTCTTTGGTAATGGTCTCTTCTTTGG SH12998 12998 78 72 MT COX1 COX1ai2 #REF! #REF! 4171 18 TCAGATCCCATATTTCTTTCAGATCCCATATTTCTTTCAGATCCCATATTTCTTTCAGAT SH12999 12999 54 98 MT COX1 COX1ai2 #REF! #REF! 4186 21 GCTCTTTTAAAACTTTTATCAGCTCTTTTAAAACTTTTATCAGCTCTTTTAAAACTTTTA SH13000 13000 59 161 MT COX1 COX1ai2 #REF! #REF! 4201 20 ATCTAACAAAATAAGCTCTTATCTAACAAAATAAGCTCTTATCTAACAAAATAAGCTCTT SH13001 13001 103 77 MT COX1 COX1ai2 #REF! #REF! 4216 20 TAATATCATCAGCATATCTATAATATCATCAGCATATCTATAATATCATCAGCATATCTA SH13002 13002 18 146 MT COX1 COX1ai2 #REF! #REF! 4231 20 CCATTACACCAATGATAATACCATTACACCAATGATAATACCATTACACCAATGATAATA SH13003 13003 31 45 MT COX1 COX1ai2 #REF! #REF! 4246 18 TCATTATGAGAACCCATTTCATTATGAGAACCCATTTCATTATGAGAACCCATTTCATTA SH13004 13004 22 35 MT COX1 COX1ai2 #REF! #REF! 4261 23 CGTTTAAAATATTTTTACAATCACGTTTAAAATATTTTTACAATCACGTTTAAAATATTT SH13005 13005 65 88 MT COX1 COX1ai2 #REF! #REF! 4276 22 GAAGTTATTAATATCGTTTAAAGAAGTTATTAATATCGTTTAAAGAAGTTATTAATATCG SH13006 13006 98 51 MT COX1 COX1ai2 #REF! #REF! 4291 23 CTAAATTTTCTTTTAAGAAGTTACTAAATTTTCTTTTAAGAAGTTACTAAATTTTCTTTT SH13007 13007 82 134 MT COX1 COX1ai2 #REF! #REF! 4306 22 ATTAATTGACATACCTAAATTTATTAATTGACATACCTAAATTTATTAATTGACATACCT SH13008 13008 93 16 MT COX1 COX1ai2 #REF! #REF! 4321 22 AACGGATTTATCTATATTAATTAACGGATTTATCTATATTAATTAACGGATTTATCTATA SH13009 13009 74 109 MT COX1 COX1ai2 #REF! #REF! 4336 20 TAGAATGTTTAATAACGGATTAGAATGTTTAATAACGGATTAGAATGTTTAATAACGGAT SH13010 13010 72 105 MT COX1 COX1ai2 #REF! #REF! 4351 18 CTAACTCCTTCTTTAGAACTAACTCCTTCTTTAGAACTAACTCCTTCTTTAGAACTAACT SH13011 13011 36 105 MT COX1 COX1ai2 #REF! #REF! 4366 20 CATCATACCCTAAAAAACTACATCATACCCTAAAAAACTACATCATACCCTAAAAAACTA SH13012 13012 71 4 MT COX1 COX1ai2 #REF! #REF! 4381 18 GGTGTAACTTTTACATCAGGTGTAACTTTTACATCAGGTGTAACTTTTACATCAGGTGTA SH13013 13013 91 98 MT COX1 COX1ai2 #REF! #REF! 4396 18 GGTCTTTTTTCTCAAGGTGGTCTTTTTTCTCAAGGTGGTCTTTTTTCTCAAGGTGGTCTT SH13014 13014 22 184 MT COX1 COX1ai2 #REF! #REF! 4411 22 TTTTTTAATCATTCTATAAGGTTTTTTTAATCATTCTATAAGGTTTTTTTAATCATTCTA SH13015 13015 5 94 MT COX1 COX1ai2 #REF! #REF! 4426 23 TAATAAAATTATCACCTTTTTTATAATAAAATTATCACCTTTTTTATAATAAAATTATCA SH13016 13016 75 165 MT COX1 COX1ai2 #REF! #REF! 4441 20 GATGTCTAACCCTAATAAAAGATGTCTAACCCTAATAAAAGATGTCTAACCCTAATAAAA SH13017 13017 68 107 MT COX1 COX1ai2 #REF! #REF! 4456 20 CAACTAAACTAGTATGATGTCAACTAAACTAGTATGATGTCAACTAAACTAGTATGATGT SH13018 13018 79 122 MT COX1 COX1ai2 #REF! #REF! 4471 17 TAGGGGCATTAACAACTTAGGGGCATTAACAACTTAGGGGCATTAACAACTTAGGGGCAT SH13019 13019 59 14 MT COX1 COX1ai2 #REF! #REF! 4486 23 ATTTTATTACAATACTTCTAATAATTTTATTACAATACTTCTAATAATTTTATTACAATA SH13020 13020 51 26 MT COX1 COX1ai2 #REF! #REF! 4501 22 GCCATGTTTATTTAATTTTATTGCCATGTTTATTTAATTTTATTGCCATGTTTATTTAAT SH13021 13021 4 208 MT COX1 COX1ai2 #REF! #REF! 4516 17 GAGAACAATAGCCATGTGAGAACAATAGCCATGTGAGAACAATAGCCATGTGAGAACAAT SH13022 13022 35 27 MT COX1 COX1ai2 #REF! #REF! 4531 20 GTTTTCCTAAAATACCATGAGTTTTCCTAAAATACCATGAGTTTTCCTAAAATACCATGA SH13023 13023 38 29 MT COX1 COX1ai2 #REF! #REF! 4546 15 ACCCCTCTGGGTTTTACCCCTCTGGGTTTTACCCCTCTGGGTTTTACCCCTCTGGGTTTT SH13024 13024 6 184 MT COX1 COX1ai2 #REF! #REF! 4561 20 CTTCATGAATTAATCTTCCACTTCATGAATTAATCTTCCACTTCATGAATTAATCTTCCA SH13025 13025 7 209 MT COX1 COX1ai2 #REF! #REF! 4576 20 AAATGGTTTTCATTTCTTCAAAATGGTTTTCATTTCTTCAAAATGGTTTTCATTTCTTCA SH13026 13026 52 9 MT COX1 COX1ai2 #REF! #REF! 4591 20 CTAAGTAATGCATTAAAATGCTAAGTAATGCATTAAAATGCTAAGTAATGCATTAAAATG SH13027 13027 44 113 MT COX1 COX1ai2 #REF! #REF! 4606 17 CTCTACCAACAGCTAAGCTCTACCAACAGCTAAGCTCTACCAACAGCTAAGCTCTACCAA SH13028 13028 70 208 MT COX1 COX1ai2 #REF! #REF! 4621 22 TCTATAATAGTTTATAATACCTTCTATAATAGTTTATAATACCTTCTATAATAGTTTATA SH13029 13029 80 104 MT COX1 COX1ai2 #REF! #REF! 4636 20 AATTGGTAGCTAATCTATAAAATTGGTAGCTAATCTATAAAATTGGTAGCTAATCTATAA SH13030 13030 88 7 MT COX1 COX1ai2 #REF! #REF! 4651 20 CTCTTAATGTGGTAAAATTGCTCTTAATGTGGTAAAATTGCTCTTAATGTGGTAAAATTG SH13031 13031 79 180 MT COX1 COX1ai2 #REF! #REF! 4666 19 GTATGTAATTCTACCTCTTGTATGTAATTCTACCTCTTGTATGTAATTCTACCTCTTGTA SH13032 13032 69 71 MT COX1 COX1ai2 #REF! #REF! 4681 23 AACATGAATAAAATAAAATGTATAACATGAATAAAATAAAATGTATAACATGAATAAAAT SH13033 13033 2 169 MT COX1 COX1ai2 #REF! #REF! 4696 20 CTAATGTTAAACAACATGAACTAATGTTAAACAACATGAACTAATGTTAAACAACATGAA SH13034 13034 54 142 MT COX1 COX1ai2 #REF! #REF! 4711 23 TTAATTTAAATTTTCTTGCTAATTTAATTTAAATTTTCTTGCTAATTTAATTTAAATTTT SH13035 13035 98 80 MT COX1 COX1ai2 #REF! #REF! 4726 23 CTTTCTTAACAGTATTTAATTTACTTTCTTAACAGTATTTAATTTACTTTCTTAACAGTA SH13036 13036 16 139 MT COX1 COX1ai2 #REF! #REF! 4741 23 CGAATTTTAAAATAACTTTCTTACGAATTTTAAAATAACTTTCTTACGAATTTTAAAATA SH13037 13037 64 83 MT COX1 COX1ai2 #REF! #REF! 4756 20 CTAATACTTTACCGAATTTTCTAATACTTTACCGAATTTTCTAATACTTTACCGAATTTT SH13038 13038 35 81 MT COX1 COX1ai2 #REF! #REF! 4771 18 GAATGAGGATCAACTAATGAATGAGGATCAACTAATGAATGAGGATCAACTAATGAATGA SH13039 13039 71 203 MT COX1 COX1ai2 #REF! #REF! 4786 22 AATACTAAAACTAACTTTTGAAAATACTAAAACTAACTTTTGAAAATACTAAAACTAACT SH13040 13040 16 75 MT COX1 COX1ai2 #REF! #REF! 4801 23 TAATTTTAAAATCATCAATACTATAATTTTAAAATCATCAATACTATAATTTTAAAATCA SH13041 13041 100 202 MT COX1 COX1ai2 #REF! #REF! 4816 25 TATATTTATTTTATGTCTAATTTTATATATTTATTTTATGTCTAATTTTATATATTTATT SH13042 13042 86 81 MT COX1 COX1ai2 #REF! #REF! 4831 23 AATTAGAATCAGTTATATTTATTAATTAGAATCAGTTATATTTATTAATTAGAATCAGTT SH13043 13043 81 4 MT COX1 COX1ai2 #REF! #REF! 4846 20 CATCAGGTGTATAATTAGAACATCAGGTGTATAATTAGAACATCAGGTGTATAATTAGAA SH13044 13044 24 115 MT COX1 COX1ai2 #REF! #REF! 4861 22 ATATCTATCTAAAATTTCATCAATATCTATCTAAAATTTCATCAATATCTATCTAAAATT SH13045 13045 22 163 MT COX1 COX1ai2 #REF! #REF! 4876 22 AGGTAACATATATTTATATCTAAGGTAACATATATTTATATCTAAGGTAACATATATTTA SH13046 13046 6 203 MT COX1 COX1ai2 #REF! #REF! 4891 18 GATAAAGATCTAGGTAACGATAAAGATCTAGGTAACGATAAAGATCTAGGTAACGATAAA SH13047 13047 27 199 MT COX1 COX1ai2 #REF! #REF! 4906 21 CAAATACCACTAAATAATGATCAAATACCACTAAATAATGATCAAATACCACTAAATAAT SH13048 13048 18 154 MT COX1 COX1ai2 #REF! #REF! 4921 20 AACCACAAATTTGACAAATAAACCACAAATTTGACAAATAAACCACAAATTTGACAAATA SH13049 13049 65 160 MT COX1 COX1ai2 #REF! #REF! 4936 20 CTAAATCATGTTTAGAACCACTAAATCATGTTTAGAACCACTAAATCATGTTTAGAACCA SH13050 13050 21 76 MT COX1 COX1ai2 #REF! #REF! 4951 18 ACGTGATGTACTTCTAAAACGTGATGTACTTCTAAAACGTGATGTACTTCTAAAACGTGA SH13051 13051 60 5 MT COX1 COX1ai2 #REF! #REF! 4966 20 CATTATTTAATGTTCTTACGCATTATTTAATGTTCTTACGCATTATTTAATGTTCTTACG SH13052 13052 8 84 MT COX1 COX1ai2 #REF! #REF! 4981 20 TAATTTTATTGGCAGCATTATAATTTTATTGGCAGCATTATAATTTTATTGGCAGCATTA SH13053 13053 32 100 MT COX1 COX1ai2 #REF! #REF! 4996 23 CTAATAAATAATCATCTTTAATTCTAATAAATAATCATCTTTAATTCTAATAAATAATCA SH13054 13054 12 104 MT COX1 COX1ai2 #REF! #REF! 5011 22 CTTAATCATTCTACCTAATAAACTTAATCATTCTACCTAATAAACTTAATCATTCTACCT SH13055 13055 26 80 MT COX1 COX1ai2 #REF! #REF! 5026 22 TTGTTTTCTATTTATCTTAATCTTGTTTTCTATTTATCTTAATCTTGTTTTCTATTTATC SH13056 13056 43 79 MT COX1 COX1ai2 #REF! #REF! 5041 22 TTTACAGATAGTAATTTGTTTTTTTACAGATAGTAATTTGTTTTTTTACAGATAGTAATT SH13057 13057 72 178 MT COX1 COX1ai2 #REF! #REF! 5056 20 TAAAATGACATGTTTTACAGTAAAATGACATGTTTTACAGTAAAATGACATGTTTTACAG SH13058 13058 64 108 MT COX1 COX1ai2 #REF! #REF! 5071 20 TACCTTGATGAACTTTAAAATACCTTGATGAACTTTAAAATACCTTGATGAACTTTAAAA SH13059 13059 100 100 MT COX1 COX1ai2 #REF! #REF! 5086 18 GGACCATTATATTTACCTGGACCATTATATTTACCTGGACCATTATATTTACCTGGACCA SH13060 13060 31 98 MT COX1 cox1ai2/intronic #REF! #REF! 5101 22 TAATAATTATTATAAACCTGGATAATAATTATTATAAACCTGGATAATAATTATTATAAA SH13061 13061 81 168 MT COX1 intronic #REF! #REF! 5116 23 CGCATATTTAATAGTATAATAATCGCATATTTAATAGTATAATAATCGCATATTTAATAG SH13062 13062 26 185 MT COX1 intronic #REF! #REF! 5131 18 CTCCATTTAACGCATATTCTCCATTTAACGCATATTCTCCATTTAACGCATATTCTCCAT SH13063 13063 14 194 MT COX1 intronic #REF! #REF! 5146 17 CATATCATACGGCTCTCCATATCATACGGCTCTCCATATCATACGGCTCTCCATATCATA SH13064 13064 33 86 MT COX1 intronic #REF! #REF! 5161 17 CGTACGTGATACTTTCACGTACGTGATACTTTCACGTACGTGATACTTTCACGTACGTGA SH13065 13065 45 180 MT COX1 intronic #REF! #REF! 5176 13 CCTCTCCGAACCGCCTCTCCGAACCGCCTCTCCGAACCGCCTCTCCGAACCGCCTCTCCG SH13066 13066 43 158 MT COX1 intronic #REF! #REF! 5191 22 GTAATAACATTCATATAAAAGAGTAATAACATTCATATAAAAGAGTAATAACATTCATAT SH13067 13067 95 185 MT COX1 intronic #REF! #REF! 5206 20 AACCTATCTGAATGTAATAAAACCTATCTGAATGTAATAAAACCTATCTGAATGTAATAA SH13068 13068 3 62 MT COX1 intronic / exon3 #REF! #REF! 5221 17 AGTAGAGTAGCAAACCTAGTAGAGTAGCAAACCTAGTAGAGTAGCAAACCTAGTAGAGTA SH13069 13069 67 144 MT COX1 intronic / exon3 #REF! #REF! 5236 17 GCAGGCATTACTAAGAGGCAGGCATTACTAAGAGGCAGGCATTACTAAGAGGCAGGCATT SH13070 13070 57 47 MT COX1 Exon3 #REF! #REF! 5251 18 AAAACCTCCAATTAAAGCAAAACCTCCAATTAAAGCAAAACCTCCAATTAAAGCAAAACC SH13071 13071 91 74 MT COX1 Exon3 / cox1ai3 #REF! #REF! 5266 20 TATCTTTTTTGGTTACCAAATATCTTTTTTGGTTACCAAATATCTTTTTTGGTTACCAAA SH13072 13072 40 57 MT COX1 COX1ai3 #REF! #REF! 5281 23 TTATTATTATTACTTTCATATCTTTATTATTATTACTTTCATATCTTTATTATTATTACT SH13073 13073 7 64 MT COX1 COX1ai3 #REF! #REF! 5296 23 TCTATTACTTGATTATTATTATTTCTATTACTTGATTATTATTATTTCTATTACTTGATT SH13074 13074 92 24 MT COX1 COX1ai3 #REF! #REF! 5311 23 TTATATTCTTTATTTTCTATTACTTATATTCTTTATTTTCTATTACTTATATTCTTTATT SH13075 13075 24 17 MT COX1 COX1ai3 #REF! #REF! 5326 25 CATAATTTAATTTTAAATTATATTCCATAATTTAATTTTAAATTATATTCCATAATTTAA SH13076 13076 7 6 MT COX1 COX1ai3 #REF! #REF! 5341 20 CCCAACTTATCATAATTTAACCCAACTTATCATAATTTAACCCAACTTATCATAATTTAA SH13077 13077 19 135 MT COX1 COX1ai3 #REF! #REF! 5356 17 GCTAAATAAGGTCCCAAGCTAAATAAGGTCCCAAGCTAAATAAGGTCCCAAGCTAAATAA SH13078 13078 70 175 MT COX1 COX1ai3 #REF! #REF! 5371 17 CCTTCAATTAATCCAGCCCTTCAATTAATCCAGCCCTTCAATTAATCCAGCCCTTCAATT SH13079 13079 45 33 MT COX1 COX1ai3 #REF! #REF! 5386 17 AGAATAGTTCCATCACCAGAATAGTTCCATCACCAGAATAGTTCCATCACCAGAATAGTT SH13080 13080 86 55 MT COX1 COX1ai3 #REF! #REF! 5401 20 GAAGATGAATTTTGAACTAGGAAGATGAATTTTGAACTAGGAAGATGAATTTTGAACTAG SH13081 13081 102 143 MT COX1 COX1ai3 #REF! #REF! 5416 23 TATTTAGATTTTTTTATTGAAGATATTTAGATTTTTTTATTGAAGATATTTAGATTTTTT SH13082 13082 52 164 MT COX1 COX1ai3 #REF! #REF! 5431 20 ATTAACGGTCTATATTTAGAATTAACGGTCTATATTTAGAATTAACGGTCTATATTTAGA SH13083 13083 96 146 MT COX1 COX1ai3 #REF! #REF! 5446 23 AATTTAAATACTACAACAATTAAAATTTAAATACTACAACAATTAAAATTTAAATACTAC SH13084 13084 56 198 MT COX1 COX1ai3 #REF! #REF! 5461 23 AATTCTAAATCTTCTAATTTAAAAATTCTAAATCTTCTAATTTAAAAATTCTAAATCTTC SH13085 13085 52 143 MT COX1 COX1ai3 #REF! #REF! 5476 23 CATAAATAATTAGCTAATTCTAACATAAATAATTAGCTAATTCTAACATAAATAATTAGC SH13086 13086 62 15 MT COX1 COX1ai3 #REF! #REF! 5491 23 CATTTAGTTAAATTACATAAATACATTTAGTTAAATTACATAAATACATTTAGTTAAATT SH13087 13087 4 8 MT COX1 COX1ai3 #REF! #REF! 5506 18 CACTTTTCCACATTTAGTCACTTTTCCACATTTAGTCACTTTTCCACATTTAGTCACTTT SH13088 13088 9 144 MT COX1 COX1ai3 #REF! #REF! 5521 22 TACGATTAATTTTTTTATACACTACGATTAATTTTTTTATACACTACGATTAATTTTTTT SH13089 13089 88 123 MT COX1 COX1ai3 #REF! #REF! 5536 22 GTCATAATACATAATTACGATTGTCATAATACATAATTACGATTGTCATAATACATAATT SH13090 13090 61 87 MT COX1 COX1ai3 #REF! #REF! 5551 22 TTAAATCATGAATAAGTCATAATTAAATCATGAATAAGTCATAATTAAATCATGAATAAG SH13091 13091 51 143 MT COX1 COX1ai3 #REF! #REF! 5566 20 GTATATACACCTTTTAAATCGTATATACACCTTTTAAATCGTATATACACCTTTTAAATC SH13092 13092 88 180 MT COX1 COX1ai3 #REF! #REF! 5581 25 CATTAATAATATTTAATAATGTATACATTAATAATATTTAATAATGTATACATTAATAAT SH13093 13093 37 91 MT COX1 COX1ai3 #REF! #REF! 5596 22 TTCTCATATATCCATTAATAATTTCTCATATATCCATTAATAATTTCTCATATATCCATT SH13094 13094 75 173 MT COX1 COX1ai3 #REF! #REF! 5611 19 CATATTTAGGTGTTCTCATCATATTTAGGTGTTCTCATCATATTTAGGTGTTCTCATCAT SH13095 13095 70 144 MT COX1 COX1ai3 #REF! #REF! 5626 19 CTCTAACAAATGCTTCATACTCTAACAAATGCTTCATACTCTAACAAATGCTTCATACTC SH13096 13096 82 179 MT COX1 COX1ai3 #REF! #REF! 5641 18 TATAAATTCAGCACCTCTTATAAATTCAGCACCTCTTATAAATTCAGCACCTCTTATAAA SH13097 13097 6 111 MT COX1 COX1ai3 #REF! #REF! 5656 25 TTGTTGAATTAATATAATTATTTATTTGTTGAATTAATATAATTATTTATTTGTTGAATT SH13098 13098 19 107 MT COX1 COX1ai3 #REF! #REF! 5671 20 TGTAGAATTGTTGTTGAATTTGTAGAATTGTTGTTGAATTTGTAGAATTGTTGTTGAATT SH13099 13099 87 75 MT COX1 COX1ai3 #REF! #REF! 5686 25 CTATATTTTTTAATTTATTATGTAGCTATATTTTTTAATTTATTATGTAGCTATATTTTT SH13100 13100 15 169 MT COX1 COX1ai3 #REF! #REF! 5701 27 TTTAATTTTAATATTATCTATATTTTTTTTAATTTTAATATTATCTATATTTTTTTTAAT SH13101 13101 16 22 MT COX1 COX1ai3 #REF! #REF! 5716 23 GTATCTAATGGTTTAATTTTAATGTATCTAATGGTTTAATTTTAATGTATCTAATGGTTT SH13102 13102 14 63 MT COX1 COX1ai3 #REF! #REF! 5731 20 CCAATATCTGATGTATCTAACCAATATCTGATGTATCTAACCAATATCTGATGTATCTAA SH13103 13103 67 44 MT COX1 COX1ai3 #REF! #REF! 5746 17 CAAGCGTTTGAACCAATCAAGCGTTTGAACCAATCAAGCGTTTGAACCAATCAAGCGTTT SH13104 13104 37 16 MT COX1 COX1ai3 #REF! #REF! 5761 17 GTCATACCAGCTAATCAGTCATACCAGCTAATCAGTCATACCAGCTAATCAGTCATACCA SH13105 13105 75 53 MT COX1 COX1ai3 #REF! #REF! 5776 17 TTACCATCTGCATCTGTTTACCATCTGCATCTGTTTACCATCTGCATCTGTTTACCATCT SH13106 13106 59 2 MT COX1 COX1ai3 #REF! #REF! 5791 25 CATTTATTAAATTAATAGAAAAATTCATTTATTAAATTAATAGAAAAATTCATTTATTAA SH13107 13107 72 130 MT COX1 COX1ai3 #REF! #REF! 5806 22 AACGATTTTTACCATTTATTAAAACGATTTTTACCATTTATTAAAACGATTTTTACCATT SH13108 13108 43 190 MT COX1 COX1ai3 #REF! #REF! 5821 17 GCTCTACTAGAACGATTGCTCTACTAGAACGATTGCTCTACTAGAACGATTGCTCTACTA SH13109 13109 31 143 MT COX1 COX1ai3 #REF! #REF! 5836 18 ACAATAATAAGGCATTGCACAATAATAAGGCATTGCACAATAATAAGGCATTGCACAATA SH13110 13110 50 71 MT COX1 COX1ai3 #REF! #REF! 5851 22 AATTTTGTCTTAATTCTAAACAAATTTTGTCTTAATTCTAAACAAATTTTGTCTTAATTC SH13111 13111 11 101 MT COX1 COX1ai3 #REF! #REF! 5866 23 TTAGAATTTTTTTGATAATTTTGTTAGAATTTTTTTGATAATTTTGTTAGAATTTTTTTG SH13112 13112 18 120 MT COX1 COX1ai3 #REF! #REF! 5881 27 AAAATTAATATTATTATTATTAGAATTAAAATTAATATTATTATTATTAGAATTAAAATT SH13113 13113 61 181 MT COX1 COX1ai3 #REF! #REF! 5896 27 AATATAAAAATAAGAAAAATTAATATTAATATAAAAATAAGAAAAATTAATATTAATATA SH13114 13114 80 153 MT COX1 COX1ai3 #REF! #REF! 5911 22 TTGCAGACATAATATAAAAATATTGCAGACATAATATAAAAATATTGCAGACATAATATA SH13115 13115 41 47 MT COX1 COX1ai3 #REF! #REF! 5926 18 ATATAGTGCAATTGCAGAATATAGTGCAATTGCAGAATATAGTGCAATTGCAGAATATAG SH13116 13116 15 78 MT COX1 COX1ai3 #REF! #REF! 5941 25 TACTATATAAATTAACATTAAAATATACTATATAAATTAACATTAAAATATACTATATAA SH13117 13117 75 159 MT COX1 COX1ai3 #REF! #REF! 5956 20 TTACGTTCTCTACTATATAATTACGTTCTCTACTATATAATTACGTTCTCTACTATATAA SH13118 13118 45 112 MT COX1 COX1ai3 #REF! #REF! 5971 23 GATACTAATAAATTTAAATTACGGATACTAATAAATTTAAATTACGGATACTAATAAATT SH13119 13119 57 35 MT COX1 COX1ai3 #REF! #REF! 5986 21 CGTATTATTAAGAGATACTAACGTATTATTAAGAGATACTAACGTATTATTAAGAGATAC SH13120 13120 47 55 MT COX1 COX1ai3 #REF! #REF! 6001 23 CTATAATATAGTTTATACGTATTCTATAATATAGTTTATACGTATTCTATAATATAGTTT SH13121 13121 99 169 MT COX1 COX1ai3 #REF! #REF! 6016 23 ACTATTACTTTATAACTATAATAACTATTACTTTATAACTATAATAACTATTACTTTATA SH13122 13122 83 180 MT COX1 COX1ai3 #REF! #REF! 6031 18 TAGATTAGCCACTATTACTAGATTAGCCACTATTACTAGATTAGCCACTATTACTAGATT SH13123 13123 104 80 MT COX1 COX1ai3 #REF! #REF! 6046 25 CTATTACTTTAATATTTTTATATAGCTATTACTTTAATATTTTTATATAGCTATTACTTT SH13124 13124 2 185 MT COX1 COX1ai3 #REF! #REF! 6061 23 TTATTAAAGTATTCTATTACTTTTTATTAAAGTATTCTATTACTTTTTATTAAAGTATTC SH13125 13125 17 174 MT COX1 COX1ai3 #REF! #REF! 6076 25 ATGATAATAAAGAATATTTATTAAAATGATAATAAAGAATATTTATTAAAATGATAATAA SH13126 13126 24 169 MT COX1 COX1ai3 #REF! #REF! 6091 22 CTAAGTGTTTAGATGATAATAACTAAGTGTTTAGATGATAATAACTAAGTGTTTAGATGA SH13127 13127 93 92 MT COX1 COX1ai3 #REF! #REF! 6106 20 CAATCTAAAAAATCTAAGTGCAATCTAAAAAATCTAAGTGCAATCTAAAAAATCTAAGTG SH13128 13128 91 13 MT COX1 COX1ai3 #REF! #REF! 6121 22 AAATAACTAATTTAGATCAATCAAATAACTAATTTAGATCAATCAAATAACTAATTTAGA SH13129 13129 102 212 MT COX1 COX1ai3 #REF! #REF! 6136 22 CCTCATTATTAATTAAAATAACCCTCATTATTAATTAAAATAACCCTCATTATTAATTAA SH13130 13130 101 212 MT COX1 COX1ai3 #REF! #REF! 6151 18 TATACTTTGACCCTCATTTATACTTTGACCCTCATTTATACTTTGACCCTCATTTATACT SH13131 13131 25 214 MT COX1 COX1ai3 #REF! #REF! 6166 20 CAACTACCATTAAGTTTTATCAACTACCATTAAGTTTTATCAACTACCATTAAGTTTTAT SH13132 13132 3 19 MT COX1 COX1ai3 #REF! #REF! 6181 20 TTTATACCTAATTCTCAACTTTTATACCTAATTCTCAACTTTTATACCTAATTCTCAACT SH13133 13133 82 191 MT COX1 COX1ai3 #REF! #REF! 6196 23 TTATAATCTTTACGTAAATTTATTTATAATCTTTACGTAAATTTATTTATAATCTTTACG SH13134 13134 32 57 MT COX1 COX1ai3 #REF! #REF! 6211 22 TAGTTCTAGTTTTATTATAATCTAGTTCTAGTTTTATTATAATCTAGTTCTAGTTTTATT SH13135 13135 48 52 MT COX1 COX1ai3 #REF! #REF! 6226 18 TCAAGTAAACGTAGTTCTTCAAGTAAACGTAGTTCTTCAAGTAAACGTAGTTCTTCAAGT SH13136 13136 37 200 MT COX1 COX1ai3 #REF! #REF! 6241 22 ATGTATTTTTTAAATGAGATCAATGTATTTTTTAAATGAGATCAATGTATTTTTTAAATG SH13137 13137 99 137 MT COX1 cox1ai3/intronic #REF! #REF! 6256 25 TTTATTTATTTTCTAAATATGTATTTTTATTTATTTTCTAAATATGTATTTTTATTTATT SH13138 13138 56 124 MT COX1 cox1ai3/intronic #REF! #REF! 6271 27 AAAGTAATAATAATTTATTTATTTATTAAAGTAATAATAATTTATTTATTTATTAAAGTA SH13139 13139 13 189 MT COX1 intronic #REF! #REF! 6286 19 GGGGAAGAAAGTAATAATAGGGGAAGAAAGTAATAATAGGGGAAGAAAGTAATAATAGGG SH13140 13140 67 135 MT COX1 intronic #REF! #REF! 6301 13 GGATTCGGAGGGGGGATTCGGAGGGGGGATTCGGAGGGGGGATTCGGAGGGGGGATTCGG SH13141 13141 27 200 MT COX1 intronic #REF! #REF! 6316 23 GATTATATATCCGTAAATATATTGATTATATATCCGTAAATATATTGATTATATATCCGT SH13142 13142 6 144 MT COX1 intronic #REF! #REF! 6331 20 TTTACACTACGAGATTATATTTTACACTACGAGATTATATTTTACACTACGAGATTATAT SH13143 13143 77 138 MT COX1 intronic #REF! #REF! 6346 17 CTCGTTACACCTTTTACCTCGTTACACCTTTTACCTCGTTACACCTTTTACCTCGTTACA SH13144 13144 17 126 MT COX1 intronic #REF! #REF! 6361 20 CGGCAACTTATTAATAATCTCGGCAACTTATTAATAATCTCGGCAACTTATTAATAATCT SH13145 13145 92 169 MT COX1 intronic #REF! #REF! 6376 20 TTTTACAATATATTACGGCATTTTACAATATATTACGGCATTTTACAATATATTACGGCA SH13146 13146 59 109 MT COX1 intronic #REF! #REF! 6391 24 GTGTTGTAATAATAATATATTTTAGTGTTGTAATAATAATATATTTTAGTGTTGTAATAA SH13147 13147 24 200 MT COX1 intronic #REF! #REF! 6406 18 CCGCATATAGTGTTGTAACCGCATATAGTGTTGTAACCGCATATAGTGTTGTAACCGCAT SH13148 13148 83 186 MT COX1 intronic #REF! #REF! 6421 16 CTTTAGGGTTTTCCCGCTTTAGGGTTTTCCCGCTTTAGGGTTTTCCCGCTTTAGGGTTTT SH13149 13149 41 90 MT COX1 intronic #REF! #REF! 6436 21 GGGATAATATTATATTATGACGGGATAATATTATATTATGACGGGATAATATTATATTAT SH13150 13150 41 62 MT COX1 intronic #REF! #REF! 6451 13 CCTCGTGGGGATACCTCGTGGGGATACCTCGTGGGGATACCTCGTGGGGATACCTCGTGG SH13151 13151 95 67 MT COX1 intronic #REF! #REF! 6466 15 GGCCACACATGTGTGGGCCACACATGTGTGGGCCACACATGTGTGGGCCACACATGTGTG SH13152 13152 47 135 MT COX1 intronic #REF! #REF! 6481 13 CATACCCCGCGAGCATACCCCGCGAGCATACCCCGCGAGCATACCCCGCGAGCATACCCC SH13153 13153 16 100 MT COX1 intronic #REF! #REF! 6496 25 GTACATTTATAACTTAATTAAATTTGTACATTTATAACTTAATTAAATTTGTACATTTAT SH13154 13154 34 31 MT COX1 intronic #REF! #REF! 6511 23 TTTTAATACTATAGTACATTTATTTTTAATACTATAGTACATTTATTTTTAATACTATAG SH13155 13155 23 140 MT COX1 intronic #REF! #REF! 6526 26 GAAATTATTCATAATAATTTTTAATAGAAATTATTCATAATAATTTTTAATAGAAATTAT SH13156 13156 88 163 MT COX1 intronic #REF! #REF! 6541 17 GGTGGGGAAATTATTCAGGTGGGGAAATTATTCAGGTGGGGAAATTATTCAGGTGGGGAA SH13157 13157 103 59 MT COX1 intronic #REF! #REF! 6556 13 CTTCGCATGGGGGCTTCGCATGGGGGCTTCGCATGGGGGCTTCGCATGGGGGCTTCGCAT SH13158 13158 44 124 MT COX1 intronic #REF! #REF! 6571 13 ATACCCCCCCCCAATACCCCCCCCCAATACCCCCCCCCAATACCCCCCCCCAATACCCCC SH13159 13159 42 193 MT COX1 intronic #REF! #REF! 6586 15 GCGGATTGTCCATACGCGGATTGTCCATACGCGGATTGTCCATACGCGGATTGTCCATAC SH13160 13160 62 112 MT COX1 intronic #REF! #REF! 6601 22 ATTAATTATTATTTGGTTTCCTATTAATTATTATTTGGTTTCCTATTAATTATTATTTGG SH13161 13161 43 16 MT COX1 intronic #REF! #REF! 6616 21 CTTTGTTTCAGGATATTAATTCTTTGTTTCAGGATATTAATTCTTTGTTTCAGGATATTA SH13162 13162 68 124 MT COX1 intronic #REF! #REF! 6631 18 CTCCTTCACTTACTTTGTCTCCTTCACTTACTTTGTCTCCTTCACTTACTTTGTCTCCTT SH13163 13163 54 58 MT COX1 intronic #REF! #REF! 6646 23 TTATATATATTTTAAGATATCTCTTATATATATTTTAAGATATCTCTTATATATATTTTA SH13164 13164 34 151 MT COX1 intronic #REF! #REF! 6661 29 TAATAATTTATAAAATATATATTATATATTAATAATTTATAAAATATATATTATATATTA SH13165 13165 84 196 MT COX1 intronic #REF! #REF! 6676 23 GATCCTACATAATAATTTATAAAGATCCTACATAATAATTTATAAAGATCCTACATAATA SH13166 13166 90 78 MT COX1 intronic #REF! #REF! 6691 15 CTCTGAGGATCCTACCTCTGAGGATCCTACCTCTGAGGATCCTACCTCTGAGGATCCTAC SH13167 13167 3 63 MT COX1 intronic #REF! #REF! 6706 16 GTGCAACACGTGTAGTGTGCAACACGTGTAGTGTGCAACACGTGTAGTGTGCAACACGTG SH13168 13168 90 162 MT COX1 intronic #REF! #REF! 6721 21 CATTATACATAATATAATGGGCATTATACATAATATAATGGGCATTATACATAATATAAT SH13169 13169 70 119 MT COX1 intronic #REF! #REF! 6736 20 CTATATCTTCAACCCATTATCTATATCTTCAACCCATTATCTATATCTTCAACCCATTAT SH13170 13170 52 147 MT COX1 intronic #REF! #REF! 6751 22 TTTCAATTATATTTGGACTATATTTCAATTATATTTGGACTATATTTCAATTATATTTGG SH13171 13171 52 119 MT COX1 intronic #REF! #REF! 6766 23 TCATTTTATTATAATCTTTCAATTCATTTTATTATAATCTTTCAATTCATTTTATTATAA SH13172 13172 91 203 MT COX1 intronic/exon4 #REF! #REF! 6781 22 TGGTAATAAATAGTTCATTTTATGGTAATAAATAGTTCATTTTATGGTAATAAATAGTTC SH13173 13173 81 143 MT COX1 Exon4 #REF! #REF! 6796 20 CTCCAATTATTAATGGTAATCTCCAATTATTAATGGTAATCTCCAATTATTAATGGTAAT SH13174 13174 102 178 MT COX1 Exon4 #REF! #REF! 6811 17 CTGTATCTGTAGCTCCACTGTATCTGTAGCTCCACTGTATCTGTAGCTCCACTGTATCTG SH13175 13175 62 87 MT COX1 Exon4 #REF! #REF! 6826 20 TATTAATTCTTGGAAATGCTTATTAATTCTTGGAAATGCTTATTAATTCTTGGAAATGCT SH13176 13176 97 106 MT COX1 Exon4 #REF! #REF! 6841 20 CTCAAAAAGCAATGTTATTACTCAAAAAGCAATGTTATTACTCAAAAAGCAATGTTATTA SH13177 13177 101 35 MT COX1 Exon4 #REF! #REF! 6856 18 CCCATAGGTAATACTCAACCCATAGGTAATACTCAACCCATAGGTAATACTCAACCCATA SH13178 13178 97 113 MT COX1 Exon4 #REF! #REF! 6871 17 CTAAACATACTAACCCCCTAAACATACTAACCCCCTAAACATACTAACCCCCTAAACATA SH13179 13179 44 155 MT COX1 Exon4 #REF! #REF! 6886 20 CTACTAAAGTTGATGTAACTCTACTAAAGTTGATGTAACTCTACTAAAGTTGATGTAACT SH13180 13180 49 143 MT COX1 Exon4 #REF! #REF! 6901 17 CAGCACCTGATTCTACTCAGCACCTGATTCTACTCAGCACCTGATTCTACTCAGCACCTG SH13181 13181 92 190 MT COX1 Exon4 #REF! #REF! 6916 15 GTTCACCCTGTACCAGTTCACCCTGTACCAGTTCACCCTGTACCAGTTCACCCTGTACCA SH13182 13182 16 29 MT COX1 Exon4 #REF! #REF! 6931 18 GATAATGGTGGATAGACAGATAATGGTGGATAGACAGATAATGGTGGATAGACAGATAAT SH13183 13183 87 207 MT COX1 Exon4 #REF! #REF! 6946 17 GTGCCTGAATAGATGATGTGCCTGAATAGATGATGTGCCTGAATAGATGATGTGCCTGAA SH13184 13184 84 126 MT COX1 Exon4 #REF! #REF! 6961 17 CACTAGGTCCTGAATGTCACTAGGTCCTGAATGTCACTAGGTCCTGAATGTCACTAGGTC SH13185 13185 64 55 MT COX1 Exon4 #REF! #REF! 6976 20 CAAAAATTGCTAAATCTACACAAAAATTGCTAAATCTACACAAAAATTGCTAAATCTACA SH13186 13186 41 35 MT COX1 Exon4 #REF! #REF! 6991 21 GATGTTAAATGTAATGCAAAAGATGTTAAATGTAATGCAAAAGATGTTAAATGTAATGCA SH13187 13187 65 46 MT COX1 Exon4 #REF! #REF! 7006 22 TAATAATGATGAAATTGATGTTTAATAATGATGAAATTGATGTTTAATAATGATGAAATT SH13188 13188 82 163 MT COX1 Exon4 #REF! #REF! 7021 22 GAAATTAATAGCACCTAATAATGAAATTAATAGCACCTAATAATGAAATTAATAGCACCT SH13189 13189 50 80 MT COX1 Exon4 #REF! #REF! 7036 22 TAATGTTGTTACAATGAAATTATAATGTTGTTACAATGAAATTATAATGTTGTTACAATG SH13190 13190 88 73 MT COX1 Exon4 #REF! #REF! 7051 22 ATTTGTTCTCATATTTAATGTTATTTGTTCTCATATTTAATGTTATTTGTTCTCATATTT SH13191 13191 66 29 MT COX1 Exon4 #REF! #REF! 7066 19 CATTGTCATACCATTTGTTCATTGTCATACCATTTGTTCATTGTCATACCATTTGTTCAT SH13192 13192 64 170 MT COX1 Exon4 #REF! #REF! 7081 22 AAATAATGGTAATTTATGCATTAAATAATGGTAATTTATGCATTAAATAATGGTAATTTA SH13193 13193 60 8 MT COX1 Exon4 #REF! #REF! 7096 22 GAAAATTGATCATACAAATAATGAAAATTGATCATACAAATAATGAAAATTGATCATACA SH13194 13194 74 76 MT COX1 Exon4 #REF! #REF! 7111 19 GAACGCTGTAATGAAAATTGAACGCTGTAATGAAAATTGAACGCTGTAATGAAAATTGAA SH13195 13195 23 146 MT COX1 Exon4 #REF! #REF! 7126 23 GTAATGATAATAATAATAAGAACGTAATGATAATAATAATAAGAACGTAATGATAATAAT SH13196 13196 82 33 MT COX1 Exon4 #REF! #REF! 7141 20 CAGATAATACAGGTAATGATCAGATAATACAGGTAATGATCAGATAATACAGGTAATGAT SH13197 13197 81 154 MT COX1 Exon4 #REF! #REF! 7156 18 ATTGTAATACCAGCAGATATTGTAATACCAGCAGATATTGTAATACCAGCAGATATTGTA SH13198 13198 58 2 MT COX1 Exon4 #REF! #REF! 7171 22 GTTTCTATCTAATAATAACATTGTTTCTATCTAATAATAACATTGTTTCTATCTAATAAT SH13199 13199 12 52 MT COX1 Exon4 #REF! #REF! 7186 20 ATGAAGTATTGAAGTTTCTAATGAAGTATTGAAGTTTCTAATGAAGTATTGAAGTTTCTA SH13200 13200 92 90 MT COX1 Exon4 #REF! #REF! 7201 20 CTGATACTTCAAAGAATGAACTGATACTTCAAAGAATGAACTGATACTTCAAAGAATGAA SH13201 13201 14 208 MT COX1 Exon4 #REF! #REF! 7216 15 TCACCACCTCCTGATTCACCACCTCCTGATTCACCACCTCCTGATTCACCACCTCCTGAT SH13202 13202 95 160 MT COX1 Exon4 #REF! #REF! 7231 17 GCTCGTATAAGATTGGGGCTCGTATAAGATTGGGGCTCGTATAAGATTGGGGCTCGTATA SH13203 13203 35 3 MT COX1 Exon4 #REF! #REF! 7246 20 CAAAGAATCAAAATAAATGCCAAAGAATCAAAATAAATGCCAAAGAATCAAAATAAATGC SH13204 13204 84 166 MT COX1 exon4/cox1-ai4 #REF! #REF! 7261 17 CCACTGTTTGACCAAAGCCACTGTTTGACCAAAGCCACTGTTTGACCAAAGCCACTGTTT SH13205 13205 3 64 MT COX1 COX1-ai4 #REF! #REF! 7276 20 TTAATATAATAATAAGGGCCTTAATATAATAATAAGGGCCTTAATATAATAATAAGGGCC SH13206 13206 51 110 MT COX1 COX1-ai4 #REF! #REF! 7291 23 GCATATCATTATATATTATTAATGCATATCATTATATATTATTAATGCATATCATTATAT SH13207 13207 6 8 MT COX1 COX1-ai4 #REF! #REF! 7306 21 CATTTAGAAAAATGCATATCACATTTAGAAAAATGCATATCACATTTAGAAAAATGCATA SH13208 13208 19 117 MT COX1 COX1-ai4 #REF! #REF! 7321 22 TTTTAATAATTTCCAGCATTTATTTTAATAATTTCCAGCATTTATTTTAATAATTTCCAG SH13209 13209 93 165 MT COX1 COX1-ai4 #REF! #REF! 7336 25 AATATTTGTAATTCATTTTTTTAATAATATTTGTAATTCATTTTTTTAATAATATTTGTA SH13210 13210 5 81 MT COX1 COX1-ai4 #REF! #REF! 7351 23 ATAATAGACTTATAATATTTGTAATAATAGACTTATAATATTTGTAATAATAGACTTATA SH13211 13211 92 55 MT COX1 COX1-ai4 #REF! #REF! 7366 22 AAATAAGGCTTTAAATAATAGAAAATAAGGCTTTAAATAATAGAAAATAAGGCTTTAAAT SH13212 13212 19 100 MT COX1 COX1-ai4 #REF! #REF! 7381 23 ATATGAATATTTTTACAAATAAGATATGAATATTTTTACAAATAAGATATGAATATTTTT SH13213 13213 15 138 MT COX1 COX1-ai4 #REF! #REF! 7396 22 CTGATTATTATAAGATATGAATCTGATTATTATAAGATATGAATCTGATTATTATAAGAT SH13214 13214 20 155 MT COX1 COX1-ai4 #REF! #REF! 7411 18 ATCTTATCCTGCTGATTAATCTTATCCTGCTGATTAATCTTATCCTGCTGATTAATCTTA SH13215 13215 81 43 MT COX1 COX1-ai4 #REF! #REF! 7426 25 TTTTAATATAAGATTATTTATTATCTTTTAATATAAGATTATTTATTATCTTTTAATATA SH13216 13216 40 148 MT COX1 COX1-ai4 #REF! #REF! 7441 27 CTTTTAATATTATCTTTTTTTAATATACTTTTAATATTATCTTTTTTTAATATACTTTTA SH13217 13217 27 7 MT COX1 COX1-ai4 #REF! #REF! 7456 20 CTGAGGATCTTTTAATATTACTGAGGATCTTTTAATATTACTGAGGATCTTTTAATATTA SH13218 13218 48 64 MT COX1 COX1-ai4 #REF! #REF! 7471 17 TTCTTGTAGTCTCTGAGTTCTTGTAGTCTCTGAGTTCTTGTAGTCTCTGAGTTCTTGTAG SH13219 13219 97 128 MT COX1 COX1-ai4 #REF! #REF! 7486 27 TTATTTATTGAATTATTTAATATTTTTTTATTTATTGAATTATTTAATATTTTTTTATTT SH13220 13220 99 36 MT COX1 COX1-ai4 #REF! #REF! 7501 25 TTGATTAAATTTTTTATTTATTGAATTGATTAAATTTTTTATTTATTGAATTGATTAAAT SH13221 13221 71 72 MT COX1 COX1-ai4 #REF! #REF! 7516 20 CAGCTAATCATTGATTAAATCAGCTAATCATTGATTAAATCAGCTAATCATTGATTAAAT SH13222 13222 21 210 MT COX1 COX1-ai4 #REF! #REF! 7531 18 CCATCAATTAATCCAGCTCCATCAATTAATCCAGCTCCATCAATTAATCCAGCTCCATCA SH13223 13223 43 189 MT COX1 COX1-ai4 #REF! #REF! 7546 18 CCAAAATATCCATCACCACCAAAATATCCATCACCACCAAAATATCCATCACCACCAAAA SH13224 13224 45 117 MT COX1 COX1-ai4 #REF! #REF! 7561 20 ATTTCTTACTTACAATACCAATTTCTTACTTACAATACCAATTTCTTACTTACAATACCA SH13225 13225 63 79 MT COX1 COX1-ai4 #REF! #REF! 7576 22 AATTTCTAATGATACATATTTCAATTTCTAATGATACATATTTCAATTTCTAATGATACA SH13226 13226 87 193 MT COX1 COX1-ai4 #REF! #REF! 7591 20 CTAATGCTACTAGAATTTCTCTAATGCTACTAGAATTTCTCTAATGCTACTAGAATTTCT SH13227 13227 43 211 MT COX1 COX1-ai4 #REF! #REF! 7606 20 AAGCTATTTCATCTTCTAATAAGCTATTTCATCTTCTAATAAGCTATTTCATCTTCTAAT SH13228 13228 86 59 MT COX1 COX1-ai4 #REF! #REF! 7621 22 ATTTTGAATTTCTTTTAAAGCTATTTTGAATTTCTTTTAAAGCTATTTTGAATTTCTTTT SH13229 13229 30 93 MT COX1 COX1-ai4 #REF! #REF! 7636 20 AACCACCAAATTTATTTTGAAACCACCAAATTTATTTTGAAACCACCAAATTTATTTTGA SH13230 13230 18 210 MT COX1 COX1-ai4 #REF! #REF! 7651 21 GATCTTAATTTAATAGAACCAGATCTTAATTTAATAGAACCAGATCTTAATTTAATAGAA SH13231 13231 66 9 MT COX1 COX1-ai4 #REF! #REF! 7666 18 GCTTTTACACCTGATCTTGCTTTTACACCTGATCTTGCTTTTACACCTGATCTTGCTTTT SH13232 13232 74 53 MT COX1 COX1-ai4 #REF! #REF! 7681 20 GTAATCTATATCTAATAGCTGTAATCTATATCTAATAGCTGTAATCTATATCTAATAGCT SH13233 13233 91 116 MT COX1 COX1-ai4 #REF! #REF! 7696 22 TATACCAGTTTTATTAAGTAATTATACCAGTTTTATTAAGTAATTATACCAGTTTTATTA SH13234 13234 47 43 MT COX1 COX1-ai4 #REF! #REF! 7711 23 CATTAATTAATTTAATTATACCACATTAATTAATTTAATTATACCACATTAATTAATTTA SH13235 13235 57 38 MT COX1 COX1-ai4 #REF! #REF! 7726 20 TACCATTAACTGCATTAATTTACCATTAACTGCATTAATTTACCATTAACTGCATTAATT SH13236 13236 99 187 MT COX1 COX1-ai4 #REF! #REF! 7741 22 TTTAGTATTTCTAATATTACCATTTAGTATTTCTAATATTACCATTTAGTATTTCTAATA SH13237 13237 99 195 MT COX1 COX1-ai4 #REF! #REF! 7756 22 AAATTGTACTAATCTTTTAGTAAAATTGTACTAATCTTTTAGTAAAATTGTACTAATCTT SH13238 13238 61 102 MT COX1 COX1-ai4 #REF! #REF! 7771 23 AAATACAAACTTTATTAAATTGTAAATACAAACTTTATTAAATTGTAAATACAAACTTTA SH13239 13239 74 91 MT COX1 COX1-ai4 #REF! #REF! 7786 22 ATCAATACCTAATAAAATACAAATCAATACCTAATAAAATACAAATCAATACCTAATAAA SH13240 13240 3 121 MT COX1 COX1-ai4 #REF! #REF! 7801 23 TAATTGGATAAATAAAATCAATATAATTGGATAAATAAAATCAATATAATTGGATAAATA SH13241 13241 38 44 MT COX1 COX1-ai4 #REF! #REF! 7816 22 ATCTTTAGTTAATTTAATTGGAATCTTTAGTTAATTTAATTGGAATCTTTAGTTAATTTA SH13242 13242 75 204 MT COX1 COX1-ai4 #REF! #REF! 7831 22 AACAAATCAACTATTATCTTTAAACAAATCAACTATTATCTTTAAACAAATCAACTATTA SH13243 13243 56 31 MT COX1 COX1-ai4 #REF! #REF! 7846 20 CATCAAAAAATCCAACAAATCATCAAAAAATCCAACAAATCATCAAAAAATCCAACAAAT SH13244 13244 38 211 MT COX1 COX1-ai4 #REF! #REF! 7861 17 TTGTACCATCAGCATCATTGTACCATCAGCATCATTGTACCATCAGCATCATTGTACCAT SH13245 13245 68 8 MT COX1 COX1-ai4 #REF! #REF! 7876 26 GATTATTTTTAAATGAATAATTAATTGATTATTTTTAAATGAATAATTAATTGATTATTT SH13246 13246 59 51 MT COX1 COX1-ai4 #REF! #REF! 7891 22 TAATTGAGGATGATTATTTTTATAATTGAGGATGATTATTTTTATAATTGAGGATGATTA SH13247 13247 67 174 MT COX1 COX1-ai4 #REF! #REF! 7906 21 GTTACAGAAATTGTTAATTGAGTTACAGAAATTGTTAATTGAGTTACAGAAATTGTTAAT SH13248 13248 72 138 MT COX1 COX1-ai4 #REF! #REF! 7921 23 CTTGTAAATATTTATTAGTTACACTTGTAAATATTTATTAGTTACACTTGTAAATATTTA SH13249 13249 50 123 MT COX1 COX1-ai4 #REF! #REF! 7936 20 ATTCTTGTACATCTTGTAAAATTCTTGTACATCTTGTAAAATTCTTGTACATCTTGTAAA SH13250 13250 93 133 MT COX1 COX1-ai4 #REF! #REF! 7951 23 CACCTAAAATATTTTTATATTCTCACCTAAAATATTTTTATATTCTCACCTAAAATATTT SH13251 13251 13 78 MT COX1 COX1-ai4 #REF! #REF! 7966 22 AAAATAAATATTACCACCTAAAAAAATAAATATTACCACCTAAAAAAATAAATATTACCA SH13252 13252 29 46 MT COX1 COX1-ai4 #REF! #REF! 7981 23 CATTTTGTGATTTATCAAAATAACATTTTGTGATTTATCAAAATAACATTTTGTGATTTA SH13253 13253 97 199 MT COX1 COX1-ai4 #REF! #REF! 7996 22 TCATTTATAATAACCATTTTGTTCATTTATAATAACCATTTTGTTCATTTATAATAACCA SH13254 13254 77 170 MT COX1 COX1-ai4 #REF! #REF! 8011 20 TTGATTGAATGGATCATTTATTGATTGAATGGATCATTTATTGATTGAATGGATCATTTA SH13255 13255 26 19 MT COX1 COX1-ai4 #REF! #REF! 8026 23 AATTTAATACTATATCTTTTGATAATTTAATACTATATCTTTTGATAATTTAATACTATA SH13256 13256 81 214 MT COX1 COX1-ai4 #REF! #REF! 8041 27 TTAATATAATCATTAATAAAATTTAATTTAATATAATCATTAATAAAATTTAATTTAATA SH13257 13257 96 52 MT COX1 COX1-ai4 #REF! #REF! 8056 23 ATGGATTTATTTTAATATAATCAATGGATTTATTTTAATATAATCAATGGATTTATTTTA SH13258 13258 37 170 MT COX1 COX1-ai4 #REF! #REF! 8071 18 AGTGTTCTTGATGGATTTAGTGTTCTTGATGGATTTAGTGTTCTTGATGGATTTAGTGTT SH13259 13259 7 17 MT COX1 COX1-ai4 #REF! #REF! 8086 27 CTTAAATATAATTTATTTATTTTTAGTCTTAAATATAATTTATTTATTTTTAGTCTTAAA SH13260 13260 40 112 MT COX1 COX1-ai4 #REF! #REF! 8101 25 ATAAAATTCTTTACTTAAATATAATATAAAATTCTTTACTTAAATATAATATAAAATTCT SH13261 13261 75 62 MT COX1 COX1-ai4 #REF! #REF! 8116 25 TAATTCTTTTAAATTATAAAATTCTTAATTCTTTTAAATTATAAAATTCTTAATTCTTTT SH13262 13262 12 203 MT COX1 COX1-ai4 #REF! #REF! 8131 23 TATTATAAGCTTTTAATTCTTTTTATTATAAGCTTTTAATTCTTTTTATTATAAGCTTTT SH13263 13263 103 71 MT COX1 COX1-ai4 #REF! #REF! 8146 22 TGAATCAGAAGATTTATTATAATGAATCAGAAGATTTATTATAATGAATCAGAAGATTTA SH13264 13264 80 91 MT COX1 COX1-ai4 #REF! #REF! 8161 21 GCTTTATATTGTATTGAATCAGCTTTATATTGTATTGAATCAGCTTTATATTGTATTGAA SH13265 13265 87 121 MT COX1 COX1-ai4 #REF! #REF! 8176 22 TTCAAAATTTAATCATGCTTTATTCAAAATTTAATCATGCTTTATTCAAAATTTAATCAT SH13266 13266 18 81 MT COX1 COX1-ai4 #REF! #REF! 8191 25 TTTATTTTTTCATTTATTTTCAAAATTTATTTTTTCATTTATTTTCAAAATTTATTTTTT SH13267 13267 25 149 MT COX1 cox1ai4/intronic #REF! #REF! 8206 27 CTTTATTAAATAATTTATTTATTTTTTCTTTATTAAATAATTTATTTATTTTTTCTTTAT SH13268 13268 27 141 MT COX1 intronic #REF! #REF! 8221 22 TGGACTATATCTTTATTAAATATGGACTATATCTTTATTAAATATGGACTATATCTTTAT SH13269 13269 73 150 MT COX1 intronic #REF! #REF! 8236 23 TTATATATATATAATTTGGACTATTATATATATATAATTTGGACTATTATATATATATAA SH13270 13270 84 189 MT COX1 intronic #REF! #REF! 8251 27 CTTGTTATATATATATATATTATATATCTTGTTATATATATATATATTATATATCTTGTT SH13271 13271 15 152 MT COX1 intronic/exon5 #REF! #REF! 8266 18 AGGGTGCTTGTTATATATAGGGTGCTTGTTATATATAGGGTGCTTGTTATATATAGGGTG SH13272 13272 18 144 MT COX1 Exon 5a #REF! #REF! 8281 22 TAATTAAAATATATACTTCAGGTAATTAAAATATATACTTCAGGTAATTAAAATATATAC SH13273 13273 32 40 MT COX1 Exon 5a #REF! #REF! 8296 20 CCAAATCCAGGAATAATTAACCAAATCCAGGAATAATTAACCAAATCCAGGAATAATTAA SH13274 13274 14 144 MT COX1 Exon 5a #REF! #REF! 8311 20 ACATGTGAAATAATACCAAAACATGTGAAATAATACCAAAACATGTGAAATAATACCAAA SH13275 13275 6 153 MT COX1 Exon 5a #REF! #REF! 8326 20 GAATATGTTGATACTACATGGAATATGTTGATACTACATGGAATATGTTGATACTACATG SH13276 13276 32 64 MT COX1 Exon 5a #REF! #REF! 8341 22 CAAATACAGGTTTTTTAGAATACAAATACAGGTTTTTTAGAATACAAATACAGGTTTTTT SH13277 13277 35 151 MT COX1 Exon 5a #REF! #REF! 8356 20 ATTGAAATTTCACCAAATACATTGAAATTTCACCAAATACATTGAAATTTCACCAAATAC SH13278 13278 17 60 MT COX1 Exon 5a #REF! #REF! 8371 18 CATAGCATATACCATTGACATAGCATATACCATTGACATAGCATATACCATTGACATAGC SH13279 13279 92 79 MT COX1 Exon 5a #REF! #REF! 8386 18 TAATCCAATTGAAGCCATTAATCCAATTGAAGCCATTAATCCAATTGAAGCCATTAATCC SH13280 13280 92 211 MT COX1 Exon 5a #REF! #REF! 8401 20 CATACTAAGAATCCTAATAACATACTAAGAATCCTAATAACATACTAAGAATCCTAATAA SH13281 13281 3 212 MT COX1 Exon 5a #REF! #REF! 8416 18 CATATGATGTGATCATACCATATGATGTGATCATACCATATGATGTGATCATACCATATG SH13282 13282 53 206 MT COX1 Exon 5a #REF! #REF! 8431 20 TCTAATCCTACAATATACATTCTAATCCTACAATATACATTCTAATCCTACAATATACAT SH13283 13283 82 102 MT COX1 Exon 5a #REF! #REF! 8446 18 TCTAAGATCTGCATCTAATCTAAGATCTGCATCTAATCTAAGATCTGCATCTAATCTAAG SH13284 13284 51 107 MT COX1 Exon 5a #REF! #REF! 8461 18 AGATAGGAAATATGCTCTAGATAGGAAATATGCTCTAGATAGGAAATATGCTCTAGATAG SH13285 13285 74 159 MT COX1 Exon 5a #REF! #REF! 8476 19 CAATAATCATTAGTGCAGACAATAATCATTAGTGCAGACAATAATCATTAGTGCAGACAA SH13286 13286 83 64 MT COX1 Exon 5a #REF! #REF! 8491 17 CCTGTTGGAATTGCAATCCTGTTGGAATTGCAATCCTGTTGGAATTGCAATCCTGTTGGA SH13287 13287 62 144 MT COX1 Exon 5a #REF! #REF! 8506 20 CATGAGAAAATTTTAATTCCCATGAGAAAATTTTAATTCCCATGAGAAAATTTTAATTCC SH13288 13288 69 127 MT COX1 Exon 5a / COX1 ai5 #REF! #REF! 8521 20 AAGGGATTTATTAATCATGAAAGGGATTTATTAATCATGAAAGGGATTTATTAATCATGA SH13289 13289 95 84 MT COX1 COX1-ai5a #REF! #REF! 8536 17 TTATCCTTGCTAAAGGGTTATCCTTGCTAAAGGGTTATCCTTGCTAAAGGGTTATCCTTG SH13290 13290 45 120 MT COX1 COX1-ai5a #REF! #REF! 8551 27 CAACTTTTTATTTTTATTTTTATTTTTCAACTTTTTATTTTTATTTTTATTTTTCAACTT SH13291 13291 87 6 MT COX1 COX1-ai5a #REF! #REF! 8566 22 AATTTCTGATCAACTTTTTATTAATTTCTGATCAACTTTTTATTAATTTCTGATCAACTT SH13292 13292 50 134 MT COX1 COX1-ai5a #REF! #REF! 8581 25 TATTATTTATTTTTTGATAATTTCTTATTATTTATTTTTTGATAATTTCTTATTATTTAT SH13293 13293 76 30 MT COX1 COX1-ai5a #REF! #REF! 8596 27 TGTTTTTATTATATTATTATTATTTATTGTTTTTATTATATTATTATTATTTATTGTTTT SH13294 13294 79 55 MT COX1 COX1-ai5a #REF! #REF! 8611 27 ATTATTATTTAAATATGTTTTTATTATATTATTATTTAAATATGTTTTTATTATATTATT SH13295 13295 63 91 MT COX1 COX1-ai5a #REF! #REF! 8626 29 TTTATTATAATTATATTATTATTATTTAATTTATTATAATTATATTATTATTATTTAATT SH13296 13296 67 25 MT COX1 COX1-ai5a #REF! #REF! 8641 26 CCTTTATATATATTTATTATAATTATCCTTTATATATATTTATTATAATTATCCTTTATA SH13297 13297 52 151 MT COX1 COX1-ai5a #REF! #REF! 8656 23 TCATATAAATTACCTTTATATATTCATATAAATTACCTTTATATATTCATATAAATTACC SH13298 13298 103 189 MT COX1 COX1-ai5a #REF! #REF! 8671 22 ATCTTGGATAAATATCATATAAATCTTGGATAAATATCATATAAATCTTGGATAAATATC SH13299 13299 39 77 MT COX1 COX1-ai5a #REF! #REF! 8686 20 TAATTTCTATTTGATCTTGGTAATTTCTATTTGATCTTGGTAATTTCTATTTGATCTTGG SH13300 13300 71 12 MT COX1 COX1-ai5a #REF! #REF! 8701 23 ATATTATTTGGTTGAATATAATTATATTATTTGGTTGAATATAATTATATTATTTGGTTG SH13301 13301 94 204 MT COX1 COX1-ai5a #REF! #REF! 8716 25 CTACTAATTCTTTATTAATATTATTCTACTAATTCTTTATTAATATTATTCTACTAATTC SH13302 13302 61 55 MT COX1 COX1-ai5a #REF! #REF! 8731 20 TAACCATATACTACTAATTCTAACCATATACTACTAATTCTAACCATATACTACTAATTC SH13303 13303 17 134 MT COX1 COX1-ai5a #REF! #REF! 8746 20 CAAGATTCTAAATTATAACCCAAGATTCTAAATTATAACCCAAGATTCTAAATTATAACC SH13304 13304 93 162 MT COX1 COX1-ai5a #REF! #REF! 8761 17 GGTATACCAACACAAGAGGTATACCAACACAAGAGGTATACCAACACAAGAGGTATACCA SH13305 13305 16 79 MT COX1 COX1-ai5a #REF! #REF! 8776 20 ACAATATTAGTATATAGAGGACAATATTAGTATATAGAGGACAATATTAGTATATAGAGG SH13306 13306 35 184 MT COX1 COX1-ai5a #REF! #REF! 8791 20 CCTACTATATGTTTTACAATCCTACTATATGTTTTACAATCCTACTATATGTTTTACAAT SH13307 13307 22 97 MT COX1 COX1-ai5a #REF! #REF! 8806 20 ATATTATTAGGAATACCTACATATTATTAGGAATACCTACATATTATTAGGAATACCTAC SH13308 13308 42 182 MT COX1 COX1-ai5a #REF! #REF! 8821 23 CCTGTTATAATATATAAAATATTCCTGTTATAATATATAAAATATTCCTGTTATAATATA SH13309 13309 92 3 MT COX1 COX1-ai5a #REF! #REF! 8836 22 CTGTTAATAAAATACCTGTTATCTGTTAATAAAATACCTGTTATCTGTTAATAAAATACC SH13310 13310 17 194 MT COX1 COX1-ai5a #REF! #REF! 8851 19 CAATTCAACCATCTGTTAACAATTCAACCATCTGTTAACAATTCAACCATCTGTTAACAA SH13311 13311 81 151 MT COX1 COX1-ai5a #REF! #REF! 8866 22 CTTTTTTAGATAGATAATCAATCTTTTTTAGATAGATAATCAATCTTTTTTAGATAGATA SH13312 13312 22 183 MT COX1 COX1-ai5a #REF! #REF! 8881 23 GTTTTTTTATCTAAATCTTTTTTGTTTTTTTATCTAAATCTTTTTTGTTTTTTTATCTAA SH13313 13313 85 114 MT COX1 COX1-ai5a #REF! #REF! 8896 25 AATTAATTTCTATAATTGTTTTTTTAATTAATTTCTATAATTGTTTTTTTAATTAATTTC SH13314 13314 86 195 MT COX1 COX1-ai5a #REF! #REF! 8911 22 ATCTAAATCTACAATTAATTTCATCTAAATCTACAATTAATTTCATCTAAATCTACAATT SH13315 13315 18 24 MT COX1 COX1-ai5a #REF! #REF! 8926 23 ATTATTGATTGTTTTAATCTAAAATTATTGATTGTTTTAATCTAAAATTATTGATTGTTT SH13316 13316 59 74 MT COX1 COX1-ai5a #REF! #REF! 8941 22 AATATTCACTATGAATTATTGAAATATTCACTATGAATTATTGAAATATTCACTATGAAT SH13317 13317 11 36 MT COX1 COX1-ai5a #REF! #REF! 8956 25 ATATAAATACATATATTAAATATTCATATAAATACATATATTAAATATTCATATAAATAC SH13318 13318 82 205 MT COX1 COX1-ai5a #REF! #REF! 8971 23 TAATGTGATAATAATATAAATACTAATGTGATAATAATATAAATACTAATGTGATAATAA SH13319 13319 40 156 MT COX1 COX1-ai5a #REF! #REF! 8986 22 GATAACTTATACAATAATGTGAGATAACTTATACAATAATGTGAGATAACTTATACAATA SH13320 13320 94 89 MT COX1 COX1-ai5a #REF! #REF! 9001 22 CAATTTTTATTTTAGGATAACTCAATTTTTATTTTAGGATAACTCAATTTTTATTTTAGG SH13321 13321 16 11 MT COX1 COX1-ai5a #REF! #REF! 9016 20 CCTTTAACTTTAGCAATTTTCCTTTAACTTTAGCAATTTTCCTTTAACTTTAGCAATTTT SH13322 13322 76 14 MT COX1 COX1-ai5a #REF! #REF! 9031 22 ATTGATTATATGATTTACCTTTATTGATTATATGATTTACCTTTATTGATTATATGATTT SH13323 13323 42 7 MT COX1 COX1-ai5a #REF! #REF! 9046 23 CTAGTATAAAATTCTAATTGATTCTAGTATAAAATTCTAATTGATTCTAGTATAAAATTC SH13324 13324 101 178 MT COX1 COX1-ai5a #REF! #REF! 9061 20 CATGGTAATGATCTAGTATACATGGTAATGATCTAGTATACATGGTAATGATCTAGTATA SH13325 13325 78 182 MT COX1 COX1-ai5a #REF! #REF! 9076 20 CTTAAAATAGTAAAACATGGCTTAAAATAGTAAAACATGGCTTAAAATAGTAAAACATGG SH13326 13326 9 194 MT COX1 COX1-ai5a #REF! #REF! 9091 23 CCATTATAAAATATATATCTTAACCATTATAAAATATATATCTTAACCATTATAAAATAT SH13327 13327 100 201 MT COX1 COX1-ai5a #REF! #REF! 9106 22 CAATTTTTACTCTACCATTATACAATTTTTACTCTACCATTATACAATTTTTACTCTACC SH13328 13328 9 14 MT COX1 COX1-ai5a #REF! #REF! 9121 23 TATAAATTATTAGGTACAATTTTTATAAATTATTAGGTACAATTTTTATAAATTATTAGG SH13329 13329 30 183 MT COX1 COX1-ai5a #REF! #REF! 9136 25 CATAATTTAATAAATCATATAAATTCATAATTTAATAAATCATATAAATTCATAATTTAA SH13330 13330 46 202 MT COX1 COX1-ai5a #REF! #REF! 9151 22 GAGCTAAAGATTCATAATTTAAGAGCTAAAGATTCATAATTTAAGAGCTAAAGATTCATA SH13331 13331 82 184 MT COX1 COX1-ai5a #REF! #REF! 9166 22 CACATATAATTATATGAGCTAACACATATAATTATATGAGCTAACACATATAATTATATG SH13332 13332 42 161 MT COX1 COX1-ai5a #REF! #REF! 9181 19 CAAATGAACCATCACATATCAAATGAACCATCACATATCAAATGAACCATCACATATCAA SH13333 13333 101 160 MT COX1 COX1-ai5a #REF! #REF! 9196 17 CCTCCACCTTTTACAAACCTCCACCTTTTACAAACCTCCACCTTTTACAAACCTCCACCT SH13334 13334 94 153 MT COX1 COX1-ai5a #REF! #REF! 9211 23 GATTGTAAATTTAAATATAAACCGATTGTAAATTTAAATATAAACCGATTGTAAATTTAA SH13335 13335 76 35 MT COX1 COX1-ai5a #REF! #REF! 9226 22 CTTTAGTTAGAAAAGATTGTAACTTTAGTTAGAAAAGATTGTAACTTTAGTTAGAAAAGA SH13336 13336 47 45 MT COX1 COX1-ai5a #REF! #REF! 9241 25 TTATAATAAAAATTAATTCTTTAGTTTATAATAAAAATTAATTCTTTAGTTTATAATAAA SH13337 13337 57 138 MT COX1 COX1-ai5a #REF! #REF! 9256 29 AATTTAATTTTTAAAATATTTATAATAAAAATTTAATTTTTAAAATATTTATAATAAAAA SH13338 13338 91 186 MT COX1 COX1-ai5a #REF! #REF! 9271 27 ACAATTTAAATTAAATTTAATTTTTAAACAATTTAAATTAAATTTAATTTTTAAACAATT SH13339 13339 62 116 MT COX1 COX1-ai5a #REF! #REF! 9286 23 TTATGTAATAGACAATTTAAATTTTATGTAATAGACAATTTAAATTTTATGTAATAGACA SH13340 13340 92 145 MT COX1 COX1-ai5a #REF! #REF! 9301 23 TATTTATTTCTAGATTTATGTAATATTTATTTCTAGATTTATGTAATATTTATTTCTAGA SH13341 13341 53 150 MT COX1 COX1-ai5a #REF! #REF! 9316 25 CTCTTATATAAATAAGATATTTATTCTCTTATATAAATAAGATATTTATTCTCTTATATA SH13342 13342 82 186 MT COX1 COX1-ai5a #REF! #REF! 9331 20 ACAGATTCTACTCTTATATAACAGATTCTACTCTTATATAACAGATTCTACTCTTATATA SH13343 13343 98 140 MT COX1 COX1-ai5a #REF! #REF! 9346 20 GGAAATAATCTTTTAACAGAGGAAATAATCTTTTAACAGAGGAAATAATCTTTTAACAGA SH13344 13344 75 56 MT COX1 COX1-ai5a #REF! #REF! 9361 25 AAATATATTTATAAATTATAGGAAAAAATATATTTATAAATTATAGGAAAAAATATATTT SH13345 13345 20 180 MT COX1 COX1-ai5a #REF! #REF! 9376 23 CTTATAGAAGGTAAAATATATTTCTTATAGAAGGTAAAATATATTTCTTATAGAAGGTAA SH13346 13346 88 119 MT COX1 COX1-ai5a #REF! #REF! 9391 23 ATATCAAATTTATATCTTATAGAATATCAAATTTATATCTTATAGAATATCAAATTTATA SH13347 13347 4 149 MT COX1 COX1-ai5a #REF! #REF! 9406 23 TTTTGTCATAATATAATATCAAATTTTGTCATAATATAATATCAAATTTTGTCATAATAT SH13348 13348 74 125 MT COX1 COX1-ai5a #REF! #REF! 9421 23 ATCATATTATATTTTTTTTGTCAATCATATTATATTTTTTTTGTCAATCATATTATATTT SH13349 13349 94 211 MT COX1 COX1-ai5a / intronic #REF! #REF! 9436 27 TTAATTAATTAATTAATTAATCATATTTTAATTAATTAATTAATTAATCATATTTTAATT SH13350 13350 47 58 MT COX1 intronic #REF! #REF! 9451 29 AATAATAAATAAATTAATTAATTAATTAAAATAATAAATAAATTAATTAATTAATTAAAA SH13351 13351 38 61 MT COX1 intronic #REF! #REF! 9466 25 TCAAAAAAGTAAATAATAAATAAATTCAAAAAAGTAAATAATAAATAAATTCAAAAAAGT SH13352 13352 82 42 MT COX1 intronic #REF! #REF! 9481 22 CCTCTATATATATCAAAAAAGTCCTCTATATATATCAAAAAAGTCCTCTATATATATCAA SH13353 13353 77 5 MT COX1 intronic #REF! #REF! 9496 17 CTCGAGTTTGCCTCTATCTCGAGTTTGCCTCTATCTCGAGTTTGCCTCTATCTCGAGTTT SH13354 13354 8 11 MT COX1 intronic #REF! #REF! 9511 20 TCTAATTATATGGTTTTCCTTCTAATTATATGGTTTTCCTTCTAATTATATGGTTTTCCT SH13355 13355 103 91 MT COX1 intronic #REF! #REF! 9526 23 CATATAATTATTACTTATTCTAACATATAATTATTACTTATTCTAACATATAATTATTAC SH13356 13356 6 17 MT COX1 intronic #REF! #REF! 9541 18 CGACGGTTGTCATATAATCGACGGTTGTCATATAATCGACGGTTGTCATATAATCGACGG SH13357 13357 93 174 MT COX1 intronic #REF! #REF! 9556 20 TTGAATATGATTTAGTTCGATTGAATATGATTTAGTTCGATTGAATATGATTTAGTTCGA SH13358 13358 66 103 MT COX1 intronic #REF! #REF! 9571 23 CTTTTACATATTAATTTCTTGAACTTTTACATATTAATTTCTTGAACTTTTACATATTAA SH13359 13359 88 58 MT COX1 intronic #REF! #REF! 9586 18 AATCTCTACGCTTTTACAAATCTCTACGCTTTTACAAATCTCTACGCTTTTACAAATCTC SH13360 13360 4 199 MT COX1 intronic #REF! #REF! 9601 15 CCAGAGGCGTCTAATCCAGAGGCGTCTAATCCAGAGGCGTCTAATCCAGAGGCGTCTAAT SH13361 13361 100 188 MT COX1 intronic #REF! #REF! 9616 25 ATATATATATATATTACTTAGATAAATATATATATATATTACTTAGATAAATATATATAT SH13362 13362 54 51 MT COX1 intronic #REF! #REF! 9631 25 ATGTTATCATATAATATATATATATATGTTATCATATAATATATATATATATGTTATCAT SH13363 13363 90 70 MT COX1 intronic #REF! #REF! 9646 21 GATTATACCTTATGTTATCATGATTATACCTTATGTTATCATGATTATACCTTATGTTAT SH13364 13364 97 105 MT COX1 intronic #REF! #REF! 9661 18 CTGATCTCATTGGATTATCTGATCTCATTGGATTATCTGATCTCATTGGATTATCTGATC SH13365 13365 35 181 MT COX1 intronic #REF! #REF! 9676 22 TATTGTTTTAAAATCATTACTGTATTGTTTTAAAATCATTACTGTATTGTTTTAAAATCA SH13366 13366 31 139 MT COX1 intronic #REF! #REF! 9691 23 ATACTTAAAACAAAATTATTGTTATACTTAAAACAAAATTATTGTTATACTTAAAACAAA SH13367 13367 39 188 MT COX1 intronic #REF! #REF! 9706 27 AATATTAATATTATTATTAATACTTAAAATATTAATATTATTATTAATACTTAAAATATT SH13368 13368 91 83 MT COX1 intronic #REF! #REF! 9721 20 AGAGGTCGAATATTAATATTAGAGGTCGAATATTAATATTAGAGGTCGAATATTAATATT SH13369 13369 92 52 MT COX1 intronic #REF! #REF! 9736 18 ATATCCTCAATTAAGAGGATATCCTCAATTAAGAGGATATCCTCAATTAAGAGGATATCC SH13370 13370 18 26 MT COX1 intronic #REF! #REF! 9751 27 ATAATATAAAAAATTATGATTATAATAATAATATAAAAAATTATGATTATAATAATAATA SH13371 13371 3 192 MT COX1 intronic #REF! #REF! 9766 27 GTTAAATTTTATATTATAATATAAAAAGTTAAATTTTATATTATAATATAAAAAGTTAAA SH13372 13372 87 122 MT COX1 intronic #REF! #REF! 9781 22 TATCTAGCTAGTTAAATTTTATTATCTAGCTAGTTAAATTTTATTATCTAGCTAGTTAAA SH13373 13373 55 37 MT COX1 intronic #REF! #REF! 9796 25 TTTTTTTTTATATAATATTATCTAGTTTTTTTTTATATAATATTATCTAGTTTTTTTTTA SH13374 13374 99 29 MT COX1 intronic #REF! #REF! 9811 29 AATTTATATAATATTATTTTTTTTTTTTAAATTTATATAATATTATTTTTTTTTTTTAAA SH13375 13375 69 208 MT COX1 intronic #REF! #REF! 9826 29 AAAATTATTTTAATTAATTTATATAATATAAAATTATTTTAATTAATTTATATAATATAA SH13376 13376 15 133 MT COX1 intronic #REF! #REF! 9841 27 GTTTCAATTAATAAAAATTATTTTAATGTTTCAATTAATAAAAATTATTTTAATGTTTCA SH13377 13377 13 131 MT COX1 intronic #REF! #REF! 9856 22 AAACATTTCAGTTTCAATTAATAAACATTTCAGTTTCAATTAATAAACATTTCAGTTTCA SH13378 13378 71 90 MT COX1 intronic #REF! #REF! 9871 23 CTTTTATTTAACTTTAAAACATTCTTTTATTTAACTTTAAAACATTCTTTTATTTAACTT SH13379 13379 14 150 MT COX1 intronic / exon 5b #REF! #REF! 9886 19 GGATTAGAGCTCTTTTATTGGATTAGAGCTCTTTTATTGGATTAGAGCTCTTTTATTGGA SH13380 13380 71 140 MT COX1 Exon 5b #REF! #REF! 9901 17 ATTGAACCACCATGGATATTGAACCACCATGGATATTGAACCACCATGGATATTGAACCA SH13381 13381 43 130 MT COX1 Exon 5b #REF! #REF! 9916 18 AGGTAGTGCTAATCTAATAGGTAGTGCTAATCTAATAGGTAGTGCTAATCTAATAGGTAG SH13382 13382 18 4 MT COX1 Exon 5b #REF! #REF! 9931 19 CAATTGCATATAACATAGGCAATTGCATATAACATAGGCAATTGCATATAACATAGGCAA SH13383 13383 5 135 MT COX1 Exon 5b #REF! #REF! 9946 21 GAATAAGAATAAGAATGCAATGAATAAGAATAAGAATGCAATGAATAAGAATAAGAATGC SH13384 13384 90 148 MT COX1 Exon 5b #REF! #REF! 9961 17 CCACCCATTGTGAATAACCACCCATTGTGAATAACCACCCATTGTGAATAACCACCCATT SH13385 13385 10 195 MT COX1 Exon 5b #REF! #REF! 9976 17 GCAACACCAGTTAAACCGCAACACCAGTTAAACCGCAACACCAGTTAAACCGCAACACCA SH13386 13386 2 144 MT COX1 Exon 5b #REF! #REF! 9991 15 GGCGTTAGCTAAGGCGGCGTTAGCTAAGGCGGCGTTAGCTAAGGCGGCGTTAGCTAAGGC SH13387 13387 63 117 MT COX1 Exon 5b #REF! #REF! 10006 18 GAATGCTACATCTAATGAGAATGCTACATCTAATGAGAATGCTACATCTAATGAGAATGC SH13388 13388 84 177 MT COX1 exon 5b / intronic #REF! #REF! 10021 22 TTATTAAATTAATATCGTGGAATTATTAAATTAATATCGTGGAATTATTAAATTAATATC SH13389 13389 103 56 MT COX1 intronic #REF! #REF! 10036 18 AAGCACGACACTTATTAAAAGCACGACACTTATTAAAAGCACGACACTTATTAAAAGCAC SH13390 13390 19 203 MT COX1 intronic #REF! #REF! 10051 23 ATATTATTTTAGTGAATTTTAAGATATTATTTTAGTGAATTTTAAGATATTATTTTAGTG SH13391 13391 41 72 MT COX1 intronic #REF! #REF! 10066 29 ATATTTATTATAATTTATTATATATTATTATATTTATTATAATTTATTATATATTATTAT SH13392 13392 77 3 MT COX1 intronic #REF! #REF! 10081 29 TTTTATTTTTTTTATATATTTATTATAATTTTTATTTTTTTTATATATTTATTATAATTT SH13393 13393 94 61 MT COX1 intronic #REF! #REF! 10096 29 ATTTTTTTTTATTTTTTTTATTTTTTTTAATTTTTTTTTATTTTTTTTATTTTTTTTAAT SH13394 13394 62 196 MT COX1 intronic #REF! #REF! 10111 26 CATAAGATATTAATTTTTTTTTATTTCATAAGATATTAATTTTTTTTTATTTCATAAGAT SH13395 13395 83 67 MT COX1 intronic #REF! #REF! 10126 25 TATATAAAATTAATCATAAGATATTTATATAAAATTAATCATAAGATATTTATATAAAAT SH13396 13396 27 92 MT COX1 intronic #REF! #REF! 10141 29 TATTTAATAAATTTTTATTTATATAAAATTATTTAATAAATTTTTATTTATATAAAATTA SH13397 13397 60 173 MT COX1 intronic #REF! #REF! 10156 25 ATAACCAATAATATTTAATAAATTTATAACCAATAATATTTAATAAATTTATAACCAATA SH13398 13398 102 131 MT COX1 intronic #REF! #REF! 10171 25 AATATATATATATATATAACCAATAAATATATATATATATATAACCAATAAATATATATA SH13399 13399 104 104 MT COX1 intronic #REF! #REF! 10186 29 TATATATTTTTTTATTATTAATATATATATATATATTTTTTTATTATTAATATATATATA SH13400 13400 57 192 MT COX1 intronic #REF! #REF! 10201 26 GCTATATATATATATATATTTTTTTAGCTATATATATATATATATTTTTTTAGCTATATA SH13401 13401 94 173 MT COX1 intronic #REF! #REF! 10216 18 CCCGTTAGCTATATATATCCCGTTAGCTATATATATCCCGTTAGCTATATATATCCCGTT SH13402 13402 18 131 MT COX1 intronic #REF! #REF! 10231 18 AATTATAAGAGTTTCCCCAATTATAAGAGTTTCCCCAATTATAAGAGTTTCCCCAATTAT SH13403 13403 101 74 MT COX1 intronic #REF! #REF! 10246 26 GTCTTATTTATTATATAAATAATAATGTCTTATTTATTATATAAATAATAATGTCTTATT SH13404 13404 29 70 MT COX1 intronic #REF! #REF! 10261 18 CGGGATTGTCTTATTTATCGGGATTGTCTTATTTATCGGGATTGTCTTATTTATCGGGAT SH13405 13405 85 22 MT COX1 intronic #REF! #REF! 10276 20 ATATATTAAAGTTATCACGGATATATTAAAGTTATCACGGATATATTAAAGTTATCACGG SH13406 13406 55 198 MT COX1 intronic #REF! #REF! 10291 27 AATACTTTAATATATAATATATATATAAATACTTTAATATATAATATATATATAAATACT SH13407 13407 96 26 MT COX1 intronic #REF! #REF! 10306 20 GTCTCTACAATACTTTAATAGTCTCTACAATACTTTAATAGTCTCTACAATACTTTAATA SH13408 13408 68 70 MT COX1 intronic #REF! #REF! 10321 17 CATTCACGTTTAGTCTCCATTCACGTTTAGTCTCCATTCACGTTTAGTCTCCATTCACGT SH13409 13409 104 184 MT COX1 intronic #REF! #REF! 10336 27 TTTAATATTTAAATAATATTAAAATCATTTAATATTTAAATAATATTAAAATCATTTAAT SH13410 13410 52 208 MT COX1 intronic #REF! #REF! 10351 24 CTATCTCTTAATTTTAATATTTAACTATCTCTTAATTTTAATATTTAACTATCTCTTAAT SH13411 13411 4 48 MT COX1 intronic #REF! #REF! 10366 18 AAGATTGGACTATCTCTTAAGATTGGACTATCTCTTAAGATTGGACTATCTCTTAAGATT SH13412 13412 53 58 MT COX1 intronic #REF! #REF! 10381 23 ATTAACTTATATTTACATATAAGATTAACTTATATTTACATATAAGATTAACTTATATTT SH13413 13413 27 157 MT COX1 intronic #REF! #REF! 10396 23 TATTTTTTTTTTGGTATTAACTTTATTTTTTTTTTGGTATTAACTTTATTTTTTTTTTGG SH13414 13414 62 41 MT COX1 intronic #REF! #REF! 10411 25 ATAAGTCAAAATAATATTATTTTTTATAAGTCAAAATAATATTATTTTTTATAAGTCAAA SH13415 13415 38 142 MT COX1 intronic #REF! #REF! 10426 25 TAATATTAATATATAATAAGTCAAATAATATTAATATATAATAAGTCAAATAATATTAAT SH13416 13416 20 92 MT COX1 intronic #REF! #REF! 10441 27 GTTAAAATTATTATTAATAATATTAATGTTAAAATTATTATTAATAATATTAATGTTAAA SH13417 13417 55 54 MT COX1 intronic #REF! #REF! 10456 25 AACTTTATTATTAGTTAAAATTATTAACTTTATTATTAGTTAAAATTATTAACTTTATTA SH13418 13418 18 176 MT COX1 intronic #REF! #REF! 10471 23 AAGTTTCTATAAAAACTTTATTAAAGTTTCTATAAAAACTTTATTAAAGTTTCTATAAAA SH13419 13419 52 8 MT COX1 intronic #REF! #REF! 10486 25 TATTAAATAATAATATAAAGTTTCTTATTAAATAATAATATAAAGTTTCTTATTAAATAA SH13420 13420 97 152 MT COX1 intronic #REF! #REF! 10501 27 ATTAATTGAAAATTAAATATTAAATAAATTAATTGAAAATTAAATATTAAATAAATTAAT SH13421 13421 98 174 MT COX1 intronic #REF! #REF! 10516 22 AAAAGGAGATATTAATTGAAAAAAAAGGAGATATTAATTGAAAAAAAAGGAGATATTAAT SH13422 13422 80 157 MT COX1 intronic #REF! #REF! 10531 15 GGAACCCCAAAAGGAGGAACCCCAAAAGGAGGAACCCCAAAAGGAGGAACCCCAAAAGGA SH13423 13423 85 141 MT COX1 intronic #REF! #REF! 10546 13 CGGACCAGGGACCCGGACCAGGGACCCGGACCAGGGACCCGGACCAGGGACCCGGACCAG SH13424 13424 10 180 MT COX1 intronic #REF! #REF! 10561 17 TATCTTTAGTTTCGGGGTATCTTTAGTTTCGGGGTATCTTTAGTTTCGGGGTATCTTTAG SH13425 13425 15 128 MT COX1 intronic #REF! #REF! 10576 23 TTGATTCATATAAATTCTTAATATTGATTCATATAAATTCTTAATATTGATTCATATAAA SH13426 13426 55 43 MT COX1 intronic #REF! #REF! 10591 25 AATATAATTATTTATAATTGATTCAAATATAATTATTTATAATTGATTCAAATATAATTA SH13427 13427 91 140 MT COX1 intronic #REF! #REF! 10606 29 GATATTTATTTAAAATATTAATATAATTAGATATTTATTTAAAATATTAATATAATTAGA SH13428 13428 44 8 MT COX1 intronic #REF! #REF! 10621 27 TTAATATTAATAAGATATTTATTTAAATTAATATTAATAAGATATTTATTTAAATTAATA SH13429 13429 31 91 MT COX1 intronic #REF! #REF! 10636 27 TTAATATTATCTTTATTAATATTAATATTAATATTATCTTTATTAATATTAATATTAATA SH13430 13430 17 63 MT COX1 intronic #REF! #REF! 10651 27 AAAAATTTTAATTTATTAATATTATCTAAAAATTTTAATTTATTAATATTATCTAAAAAT SH13431 13431 3 52 MT COX1 intronic #REF! #REF! 10666 25 AGTATAATTATCTAAAAATTTTAATAGTATAATTATCTAAAAATTTTAATAGTATAATTA SH13432 13432 88 24 MT COX1 intronic #REF! #REF! 10681 22 TTTTTCTTCTTCAGTATAATTATTTTTCTTCTTCAGTATAATTATTTTTCTTCTTCAGTA SH13433 13433 62 84 MT COX1 intronic #REF! #REF! 10696 22 AGATAAATAATAACCTTTTTCTAGATAAATAATAACCTTTTTCTAGATAAATAATAACCT SH13434 13434 91 124 MT COX1 intronic #REF! #REF! 10711 20 CTTCAAATAATCCAGATAAACTTCAAATAATCCAGATAAACTTCAAATAATCCAGATAAA SH13435 13435 33 32 MT COX1 intronic #REF! #REF! 10726 18 ATATTACCATCTCCTTCAATATTACCATCTCCTTCAATATTACCATCTCCTTCAATATTA SH13436 13436 35 125 MT COX1 intronic #REF! #REF! 10741 22 TGAAAAACATCTAGTATAAATATGAAAAACATCTAGTATAAATATGAAAAACATCTAGTA SH13437 13437 5 30 MT COX1 intronic #REF! #REF! 10756 23 CTAAAGAAAAAGTAATTGAAAAACTAAAGAAAAAGTAATTGAAAAACTAAAGAAAAAGTA SH13438 13438 86 188 MT COX1 intronic #REF! #REF! 10771 22 TAATAAAACATCTTCTAAAGAATAATAAAACATCTTCTAAAGAATAATAAAACATCTTCT SH13439 13439 104 99 MT COX1 intronic #REF! #REF! 10786 23 GACATAAATAATTAGCTAATAAAGACATAAATAATTAGCTAATAAAGACATAAATAATTA SH13440 13440 84 124 MT COX1 intronic #REF! #REF! 10801 23 CAATTTTAAAATAAAGACATAAACAATTTTAAAATAAAGACATAAACAATTTTAAAATAA SH13441 13441 34 10 MT COX1 intronic #REF! #REF! 10816 20 CTGTAATATGACCAATTTTACTGTAATATGACCAATTTTACTGTAATATGACCAATTTTA SH13442 13442 71 56 MT COX1 intronic #REF! #REF! 10831 23 TATTAAAATTATATTTAGCTGTATATTAAAATTATATTTAGCTGTATATTAAAATTATAT SH13443 13443 60 66 MT COX1 intronic #REF! #REF! 10846 22 AGCTGTTAATTCTTTATTAAAAAGCTGTTAATTCTTTATTAAAAAGCTGTTAATTCTTTA SH13444 13444 80 20 MT COX1 intronic #REF! #REF! 10861 20 TATTTCATTTAACAGCTGTTTATTTCATTTAACAGCTGTTTATTTCATTTAACAGCTGTT SH13445 13445 83 163 MT COX1 intronic #REF! #REF! 10876 25 TTGTTCTTTTTTTTTTATAATATTTTTGTTCTTTTTTTTTTATAATATTTTTGTTCTTTT SH13446 13446 21 205 MT COX1 intronic #REF! #REF! 10891 22 TATAAATACTTCTTGTTCTTTTTATAAATACTTCTTGTTCTTTTTATAAATACTTCTTGT SH13447 13447 19 185 MT COX1 intronic #REF! #REF! 10906 25 TTTACCATTAATATAATTTATAAATTTTACCATTAATATAATTTATAAATTTTACCATTA SH13448 13448 99 75 MT COX1 intronic #REF! #REF! 10921 23 TATATGTTAATAATTTACCATTATATATGTTAATAATTTACCATTATATATGTTAATAAT SH13449 13449 24 25 MT COX1 intronic #REF! #REF! 10936 22 TTGATCATATCTTTTATATGTTTTGATCATATCTTTTATATGTTTTGATCATATCTTTTA SH13450 13450 22 155 MT COX1 intronic #REF! #REF! 10951 25 AAAATTATATTTAAAATATTGATCAAAAATTATATTTAAAATATTGATCAAAAATTATAT SH13451 13451 98 189 MT COX1 intronic #REF! #REF! 10966 25 ATTTAAACGATTATTAAAATTATATATTTAAACGATTATTAAAATTATATATTTAAACGA SH13452 13452 32 159 MT COX1 intronic #REF! #REF! 10981 25 TTTTAATAATTTAATATTTAAACGATTTTAATAATTTAATATTTAAACGATTTTAATAAT SH13453 13453 44 166 MT COX1 intronic #REF! #REF! 10996 23 CAAATTCTTTAGGTTTTAATAATCAAATTCTTTAGGTTTTAATAATCAAATTCTTTAGGT SH13454 13454 22 42 MT COX1 intronic #REF! #REF! 11011 23 GATTTAATAGTAAATCAAATTCTGATTTAATAGTAAATCAAATTCTGATTTAATAGTAAA SH13455 13455 39 163 MT COX1 intronic #REF! #REF! 11026 20 CTGTTAATCAAGGATTTAATCTGTTAATCAAGGATTTAATCTGTTAATCAAGGATTTAAT SH13456 13456 11 70 MT COX1 intronic #REF! #REF! 11041 18 GCATCATTAAAACCTGTTGCATCATTAAAACCTGTTGCATCATTAAAACCTGTTGCATCA SH13457 13457 35 96 MT COX1 intronic #REF! #REF! 11056 20 GATAAAAATAACCATCAGCAGATAAAAATAACCATCAGCAGATAAAAATAACCATCAGCA SH13458 13458 57 132 MT COX1 intronic #REF! #REF! 11071 20 GTTTTTGAAAACCTAGATAAGTTTTTGAAAACCTAGATAAGTTTTTGAAAACCTAGATAA SH13459 13459 54 163 MT COX1 intronic #REF! #REF! 11086 22 TCATTGACTATTTTTATGTTTTTCATTGACTATTTTTATGTTTTTCATTGACTATTTTTA SH13460 13460 22 4 MT COX1 intronic #REF! #REF! 11101 23 CTAAATGAAATTTTAATCATTGACTAAATGAAATTTTAATCATTGACTAAATGAAATTTT SH13461 13461 63 190 MT COX1 intronic #REF! #REF! 11116 22 TTTTTGTGATAATTCTAAATGATTTTTGTGATAATTCTAAATGATTTTTGTGATAATTCT SH13462 13462 48 208 MT COX1 intronic #REF! #REF! 11131 23 CTAAAATATAACTATCTTTTTGTCTAAAATATAACTATCTTTTTGTCTAAAATATAACTA SH13463 13463 90 110 MT COX1 intronic #REF! #REF! 11146 16 GGGCCGGACTAAAATAGGGCCGGACTAAAATAGGGCCGGACTAAAATAGGGCCGGACTAA SH13464 13464 78 12 MT COX1 intronic #REF! #REF! 11161 13 CCCCGCGGGGGCGCCCCGCGGGGGCGCCCCGCGGGGGCGCCCCGCGGGGGCGCCCCGCGG SH13465 13465 99 175 MT COX1 intronic #REF! #REF! 11176 13 CTCCTTTGGGGTCCTCCTTTGGGGTCCTCCTTTGGGGTCCTCCTTTGGGGTCCTCCTTTG SH13466 13466 2 163 MT COX1 intronic #REF! #REF! 11191 25 CAAGTTTAAAATATTTTTTAATAATCAAGTTTAAAATATTTTTTAATAATCAAGTTTAAA SH13467 13467 64 73 MT COX1 intronic #REF! #REF! 11206 20 AAAATACCACCAAGTTTAAAAAAATACCACCAAGTTTAAAAAAATACCACCAAGTTTAAA SH13468 13468 20 118 MT COX1 intronic #REF! #REF! 11221 23 GATTTATAATCTCTTTTTAAAATGATTTATAATCTCTTTTTAAAATGATTTATAATCTCT SH13469 13469 23 210 MT COX1 intronic #REF! #REF! 11236 18 TGTAGCACCAGATTTATATGTAGCACCAGATTTATATGTAGCACCAGATTTATATGTAGC SH13470 13470 76 5 MT COX1 intronic #REF! #REF! 11251 20 GCTTTATAAATATAAGCTGTGCTTTATAAATATAAGCTGTGCTTTATAAATATAAGCTGT SH13471 13471 86 38 MT COX1 intronic #REF! #REF! 11266 19 CTTTTGATGATTGAGCTTTCTTTTGATGATTGAGCTTTCTTTTGATGATTGAGCTTTCTT SH13472 13472 34 214 MT COX1 intronic #REF! #REF! 11281 22 CAATAAAAGGTTTTATAGCTTTCAATAAAAGGTTTTATAGCTTTCAATAAAAGGTTTTAT SH13473 13473 41 166 MT COX1 intronic #REF! #REF! 11296 25 GATAATTATTAAAATATTCAATAAAGATAATTATTAAAATATTCAATAAAGATAATTATT SH13474 13474 13 154 MT COX1 intronic #REF! #REF! 11311 22 GACTTAATGGTTGATAATTATTGACTTAATGGTTGATAATTATTGACTTAATGGTTGATA SH13475 13475 45 26 MT COX1 intronic #REF! #REF! 11326 22 GTTTATATCTTCTAAGACTTAAGTTTATATCTTCTAAGACTTAAGTTTATATCTTCTAAG SH13476 13476 36 196 MT COX1 intronic #REF! #REF! 11341 27 AATATTTAATAATAAATATTGTTTATAAATATTTAATAATAAATATTGTTTATAAATATT SH13477 13477 12 141 MT COX1 intronic #REF! #REF! 11356 23 AATAAGTAAGCAATATTTAATAAAATAAGTAAGCAATATTTAATAAAATAAGTAAGCAAT SH13478 13478 30 121 MT COX1 intronic #REF! #REF! 11371 25 GTAATTTATTTAATTTTAATAAGTAGTAATTTATTTAATTTTAATAAGTAGTAATTTATT SH13479 13479 87 213 MT COX1 intronic #REF! #REF! 11386 25 AATTAAGTAATATATGTAATTTATTAATTAAGTAATATATGTAATTTATTAATTAAGTAA SH13480 13480 68 160 MT COX1 intronic #REF! #REF! 11401 25 TTAATATTAATAAAGAATTAAGTAATTAATATTAATAAAGAATTAAGTAATTAATATTAA SH13481 13481 62 43 MT COX1 intronic #REF! #REF! 11416 27 TAATAATATTAATTCTTTTAATATTAATAATAATATTAATTCTTTTAATATTAATAATAA SH13482 13482 71 14 MT COX1 intronic #REF! #REF! 11431 23 TTAACACTTTGTAATAATATTAATTAACACTTTGTAATAATATTAATTAACACTTTGTAA SH13483 13483 15 97 MT COX1 intronic #REF! #REF! 11446 22 CTAAAGATATATTTTTAACACTCTAAAGATATATTTTTAACACTCTAAAGATATATTTTT SH13484 13484 5 66 MT COX1 intronic #REF! #REF! 11461 23 AATTCATTTTTTATTTCTAAAGAAATTCATTTTTTATTTCTAAAGAAATTCATTTTTTAT SH13485 13485 11 118 MT COX1 intronic #REF! #REF! 11476 23 TTAACTCTATTATTTAATTCATTTTAACTCTATTATTTAATTCATTTTAACTCTATTATT SH13486 13486 61 131 MT COX1 intronic #REF! #REF! 11491 25 GTTTATTAATAATAATTTTAACTCTGTTTATTAATAATAATTTTAACTCTGTTTATTAAT SH13487 13487 60 44 MT COX1 intronic #REF! #REF! 11506 23 TTGTTATAATGAAGTTTATTAATTTGTTATAATGAAGTTTATTAATTTGTTATAATGAAG SH13488 13488 30 67 MT COX1 intronic #REF! #REF! 11521 22 ATCATTATTCGATATTGTTATAATCATTATTCGATATTGTTATAATCATTATTCGATATT SH13489 13489 32 156 MT COX1 intronic #REF! #REF! 11536 23 TTTACTCTTTAATATTATCATTATTTACTCTTTAATATTATCATTATTTACTCTTTAATA SH13490 13490 66 181 MT COX1 intronic #REF! #REF! 11551 20 CACTTTAAGAATTTTACTCTCACTTTAAGAATTTTACTCTCACTTTAAGAATTTTACTCT SH13491 13491 16 85 MT COX1 intronic #REF! #REF! 11566 23 AGAATATTATTTAATTAACACTTAGAATATTATTTAATTAACACTTAGAATATTATTTAA SH13492 13492 66 63 MT COX1 intronic / Exon5g #REF! #REF! 11581 23 AGTCATAAAAAAAAAAGAATATTAGTCATAAAAAAAAAAGAATATTAGTCATAAAAAAAA SH13493 13493 17 96 MT COX1 Exon 5g #REF! #REF! 11596 18 CCACGTAGTAAGTCATAACCACGTAGTAAGTCATAACCACGTAGTAAGTCATAACCACGT SH13494 13494 48 19 MT COX1 Exon 5g / intronic #REF! #REF! 11611 16 CGAAAATGTCCCACCACGAAAATGTCCCACCACGAAAATGTCCCACCACGAAAATGTCCC SH13495 13495 97 187 MT COX1 intronic #REF! #REF! 11626 15 ACTTTCAGACCGCACACTTTCAGACCGCACACTTTCAGACCGCACACTTTCAGACCGCAC SH13496 13496 18 107 MT COX1 intronic #REF! #REF! 11641 23 TATGGTAAATATTATTTATGATATATGGTAAATATTATTTATGATATATGGTAAATATTA SH13497 13497 91 30 MT COX1 intronic #REF! #REF! 11656 22 TTTATCCATTATTATATGGTAATTTATCCATTATTATATGGTAATTTATCCATTATTATA SH13498 13498 102 47 MT COX1 intronic #REF! #REF! 11671 23 ATTGATAAAAATATAATTTATCCATTGATAAAAATATAATTTATCCATTGATAAAAATAT SH13499 13499 60 174 MT COX1 intronic #REF! #REF! 11686 22 GTAATTAGACTTATATTGATAAGTAATTAGACTTATATTGATAAGTAATTAGACTTATAT SH13500 13500 81 100 MT COX1 intronic #REF! #REF! 11701 22 CATTTTAATACACTTGTAATTACATTTTAATACACTTGTAATTACATTTTAATACACTTG SH13501 13501 69 83 MT COX1 intronic #REF! #REF! 11716 22 GCATATTTATGTTACCATTTTAGCATATTTATGTTACCATTTTAGCATATTTATGTTACC SH13502 13502 7 112 MT COX1 intronic #REF! #REF! 11731 19 CATTACAGCTTAGCATATTCATTACAGCTTAGCATATTCATTACAGCTTAGCATATTCAT SH13503 13503 95 174 MT COX1 intronic #REF! #REF! 11746 20 ATATGGATACTTTTGTCATTATATGGATACTTTTGTCATTATATGGATACTTTTGTCATT SH13504 13504 88 133 MT COX1 intronic #REF! #REF! 11761 20 ATATAACTGTCAAGAATATGATATAACTGTCAAGAATATGATATAACTGTCAAGAATATG SH13505 13505 49 111 MT COX1 intronic #REF! #REF! 11776 23 CCTTCATCTTTTTTTATAATATACCTTCATCTTTTTTTATAATATACCTTCATCTTTTTT SH13506 13506 64 3 MT COX1 intronic #REF! #REF! 11791 17 GTCAAAGTTCCTTCATCGTCAAAGTTCCTTCATCGTCAAAGTTCCTTCATCGTCAAAGTT SH13507 13507 22 182 MT COX1 intronic #REF! #REF! 11806 18 TGAGCATATTAGATCAGTTGAGCATATTAGATCAGTTGAGCATATTAGATCAGTTGAGCA SH13508 13508 18 9 MT COX1 intronic #REF! #REF! 11821 18 TTGATTCACTTTCGTTGATTGATTCACTTTCGTTGATTGATTCACTTTCGTTGATTGATT SH13509 13509 38 2 MT COX1 intronic #REF! #REF! 11836 22 GTAAGTAATTTTATAACATTTGGTAAGTAATTTTATAACATTTGGTAAGTAATTTTATAA SH13510 13510 30 91 MT COX1 intronic #REF! #REF! 11851 18 CAATTAGTGGTGTAAGTACAATTAGTGGTGTAAGTACAATTAGTGGTGTAAGTACAATTA SH13511 13511 7 141 MT COX1 intronic #REF! #REF! 11866 18 TATCAGACAGGTTTTCAATATCAGACAGGTTTTCAATATCAGACAGGTTTTCAATATCAG SH13512 13512 22 124 MT COX1 intronic #REF! #REF! 11881 27 ATATAATAATAAATAATAATTGAATATATATAATAATAAATAATAATTGAATATATATAA SH13513 13513 41 91 MT COX1 intronic #REF! #REF! 11896 29 TTTATTATTATATAATTATATAATAATAATTTATTATTATATAATTATATAATAATAATT SH13514 13514 74 65 MT COX1 intronic #REF! #REF! 11911 25 CAACCATTTTATTTATTATTATATACAACCATTTTATTTATTATTATATACAACCATTTT SH13515 13515 95 97 MT COX1 intronic #REF! #REF! 11926 20 TACATAACATCAACCATTTTTACATAACATCAACCATTTTTACATAACATCAACCATTTT SH13516 13516 53 64 MT COX1 intronic #REF! #REF! 11941 18 TGCTCATTTCCAATACATTGCTCATTTCCAATACATTGCTCATTTCCAATACATTGCTCA SH13517 13517 41 44 MT COX1 intronic #REF! #REF! 11956 20 TTATATGATTTATCGTATGCTTATATGATTTATCGTATGCTTATATGATTTATCGTATGC SH13518 13518 13 97 MT COX1 intronic #REF! #REF! 11971 23 AAATTATATTACTAATGGTTATAAAATTATATTACTAATGGTTATAAAATTATATTACTA SH13519 13519 10 191 MT COX1 intronic #REF! #REF! 11986 20 AACTTAGCTCTCAAATTATAAACTTAGCTCTCAAATTATAAACTTAGCTCTCAAATTATA SH13520 13520 98 57 MT COX1 intronic #REF! #REF! 12001 22 TAAATACGTAAATATCTAACTTTAAATACGTAAATATCTAACTTTAAATACGTAAATATC SH13521 13521 34 139 MT COX1 intronic #REF! #REF! 12016 22 TATTCTGTTTTATCATAAATACTATTCTGTTTTATCATAAATACTATTCTGTTTTATCAT SH13522 13522 25 202 MT COX1 intronic #REF! #REF! 12031 20 AATTTATAGGGTTTATTCTGAATTTATAGGGTTTATTCTGAATTTATAGGGTTTATTCTG SH13523 13523 93 175 MT COX1 intronic #REF! #REF! 12046 29 TTATTTTTTATTATTAATAATAATAATTTTTATTTTTTATTATTAATAATAATAATTTTT SH13524 13524 7 139 MT COX1 intronic #REF! #REF! 12061 25 TGGTATTATTATTATTTTTTATTATTGGTATTATTATTATTTTTTATTATTGGTATTATT SH13525 13525 92 56 MT COX1 intronic #REF! #REF! 12076 25 AAATAATATATATATTGGTATTATTAAATAATATATATATTGGTATTATTAAATAATATA SH13526 13526 99 173 MT COX1 intronic #REF! #REF! 12091 29 AATATAATAATAATAAATTAAATAATATAAATATAATAATAATAAATTAAATAATATAAA SH13527 13527 34 171 MT COX1 intronic #REF! #REF! 12106 29 ATATTAAATTTTATTAATATAATAATAATATATTAAATTTTATTAATATAATAATAATAT SH13528 13528 91 163 MT COX1 intronic #REF! #REF! 12121 29 AATTATTTATAATATATATTAAATTTTATAATTATTTATAATATATATTAAATTTTATAA SH13529 13529 78 193 MT COX1 intronic #REF! #REF! 12136 25 CTTAATCCAATAATTATTTATAATACTTAATCCAATAATTATTTATAATACTTAATCCAA SH13530 13530 102 158 MT COX1 intronic #REF! #REF! 12151 23 AAATATTATATTTCTTAATCCAAAAATATTATATTTCTTAATCCAAAAATATTATATTTC SH13531 13531 78 121 MT COX1 intronic #REF! #REF! 12166 25 TAAAGAAAATTTCTATAAAATATTATAAAGAAAATTTCTATAAAATATTATAAAGAAAAT SH13532 13532 89 67 MT COX1 intronic #REF! #REF! 12181 21 CCCTCTAAATATAAAGAAAATCCCTCTAAATATAAAGAAAATCCCTCTAAATATAAAGAA SH13533 13533 79 189 MT COX1 intronic #REF! #REF! 12196 18 TACAATCTTTTACCCTCTTACAATCTTTTACCCTCTTACAATCTTTTACCCTCTTACAAT SH13534 13534 91 43 MT COX1 intronic #REF! #REF! 12211 18 GGCATTAGCTTTTTATACGGCATTAGCTTTTTATACGGCATTAGCTTTTTATACGGCATT SH13535 13535 80 25 MT COX1 intronic #REF! #REF! 12226 19 CATATCATTACAATATGGCCATATCATTACAATATGGCCATATCATTACAATATGGCCAT SH13536 13536 66 102 MT COX1 intronic #REF! #REF! 12241 22 AGAATAATAATTCTTATCCATAAGAATAATAATTCTTATCCATAAGAATAATAATTCTTA SH13537 13537 99 4 MT COX1 intronic #REF! #REF! 12256 22 CAGATTTTCATCTTTAGAATAACAGATTTTCATCTTTAGAATAACAGATTTTCATCTTTA SH13538 13538 9 33 MT COX1 intronic #REF! #REF! 12271 20 TAGTATAAGTTAGCAGATTTTAGTATAAGTTAGCAGATTTTAGTATAAGTTAGCAGATTT SH13539 13539 87 91 MT COX1 intronic #REF! #REF! 12286 18 GGCATATCACCTATAGTAGGCATATCACCTATAGTAGGCATATCACCTATAGTAGGCATA SH13540 13540 103 35 MT COX1 intronic #REF! #REF! 12301 22 ATATATATAAATAAAGATAGGCATATATATAAATAAAGATAGGCATATATATAAATAAAG SH13541 13541 63 134 MT COX1 intronic #REF! #REF! 12316 29 TTTTATTATTAATAATAATAATATATATATTTTATTATTAATAATAATAATATATATATT SH13542 13542 90 132 MT COX1 intronic #REF! #REF! 12331 29 TTTTTTAATTTTTTTTTTTATTATTAATATTTTTTAATTTTTTTTTTTATTATTAATATT SH13543 13543 71 48 MT COX1 intronic #REF! #REF! 12346 23 TCCTATCTTTTTTTTAATTTTTTTCCTATCTTTTTTTTAATTTTTTTCCTATCTTTTTTT SH13544 13544 11 42 MT COX1 intronic #REF! #REF! 12361 20 TATATATAAACCTCCTATCTTATATATAAACCTCCTATCTTATATATAAACCTCCTATCT SH13545 13545 70 114 MT COX1 intronic #REF! #REF! 12376 25 TATAATAAATATTTATCAGTTATATTATAATAAATATTTATCAGTTATATTATAATAAAT SH13546 13546 72 14 MT COX1 intronic #REF! #REF! 12391 29 TTATTATAAAAAAAAATAATATAATAAATTTATTATAAAAAAAAATAATATAATAAATTT SH13547 13547 38 113 MT COX1 intronic #REF! #REF! 12406 27 TATCTTTTAATATTTATTATAAAAAAATATCTTTTAATATTTATTATAAAAAAATATCTT SH13548 13548 65 134 MT COX1 intronic #REF! #REF! 12421 20 TCACGCAATATCTTTTAATATCACGCAATATCTTTTAATATCACGCAATATCTTTTAATA SH13549 13549 84 187 MT COX1 intronic #REF! #REF! 12436 13 CATACGGCTCACGCATACGGCTCACGCATACGGCTCACGCATACGGCTCACGCATACGGC SH13550 13550 49 161 MT COX1 intronic #REF! #REF! 12451 17 GTACGTGCGACTTTCATGTACGTGCGACTTTCATGTACGTGCGACTTTCATGTACGTGCG SH13551 13551 69 20 MT COX1 intronic #REF! #REF! 12466 15 CCCGGTAAGAACCGTCCCGGTAAGAACCGTCCCGGTAAGAACCGTCCCGGTAAGAACCGT SH13552 13552 98 9 MT COX1 intronic #REF! #REF! 12481 18 GACCTTTACAAGTTTTCCGACCTTTACAAGTTTTCCGACCTTTACAAGTTTTCCGACCTT SH13553 13553 46 69 MT COX1 intronic #REF! #REF! 12496 15 TCCCGATAGGTAGACTCCCGATAGGTAGACTCCCGATAGGTAGACTCCCGATAGGTAGAC SH13554 13554 85 145 MT COX1 intronic / exon6 #REF! #REF! 12511 20 CCCATTGATAATACATAGTACCCATTGATAATACATAGTACCCATTGATAATACATAGTA SH13555 13555 14 157 MT COX1 Exon 6 #REF! #REF! 12526 17 GAGAAAATAGCACCCATGAGAAAATAGCACCCATGAGAAAATAGCACCCATGAGAAAATA SH13556 13556 32 178 MT COX1 Exon 6 #REF! #REF! 12541 18 GTATCCTGCAAATAAAGAGTATCCTGCAAATAAAGAGTATCCTGCAAATAAAGAGTATCC SH13557 13557 2 100 MT COX1 Exon 6 #REF! #REF! 12556 19 GAGGACTTCAATAATAGTAGAGGACTTCAATAATAGTAGAGGACTTCAATAATAGTAGAG SH13558 13558 32 78 MT COX1 Exon 6 #REF! #REF! 12571 20 TTTAAACCTAAAATTTGAGGTTTAAACCTAAAATTTGAGGTTTAAACCTAAAATTTGAGG SH13559 13559 58 35 MT COX1 Exon 6 #REF! #REF! 12586 23 GCTAATTTTTCATTATAGTTTAAGCTAATTTTTCATTATAGTTTAAGCTAATTTTTCATT SH13560 13560 87 82 MT COX1 Exon 6 #REF! #REF! 12601 21 GAATTGAATTTGAGCTAATTTGAATTGAATTTGAGCTAATTTGAATTGAATTTGAGCTAA SH13561 13561 84 27 MT COX1 Exon 6 #REF! #REF! 12616 22 CAATGAAAATTAATCAGAATTGCAATGAAAATTAATCAGAATTGCAATGAAAATTAATCA SH13562 13562 7 202 MT COX1 Exon 6 #REF! #REF! 12631 17 ACATTAGCCCCAATGAAACATTAGCCCCAATGAAACATTAGCCCCAATGAAACATTAGCC SH13563 13563 5 90 MT COX1 Exon 6 #REF! #REF! 12646 18 CATTGGGAAGAAAATAACCATTGGGAAGAAAATAACCATTGGGAAGAAAATAACCATTGG SH13564 13564 66 39 MT COX1 Exon 6 #REF! #REF! 12661 22 CATTAATACCTAAAAAATGCATCATTAATACCTAAAAAATGCATCATTAATACCTAAAAA SH13565 13565 10 81 MT COX1 Exon 6 #REF! #REF! 12676 18 TCTAGGCATACCATTAATTCTAGGCATACCATTAATTCTAGGCATACCATTAATTCTAGG SH13566 13566 74 71 MT COX1 Exon 6 #REF! #REF! 12691 19 GATAATCAGGAATTCTTCTGATAATCAGGAATTCTTCTGATAATCAGGAATTCTTCTGAT SH13567 13567 33 23 MT COX1 Exon 6 #REF! #REF! 12706 17 GCGAAAGCATCAGGATAGCGAAAGCATCAGGATAGCGAAAGCATCAGGATAGCGAAAGCA SH13568 13568 12 114 MT COX1 Exon 6 #REF! #REF! 12721 18 GACATAATTTCATCCTGCGACATAATTTCATCCTGCGACATAATTTCATCCTGCGACATA SH13569 13569 52 174 MT COX1 Exon 6 #REF! #REF! 12736 17 GAACCAATAGAAGCGACGAACCAATAGAAGCGACGAACCAATAGAAGCGACGAACCAATA SH13570 13570 7 211 MT COX1 Exon 6 #REF! #REF! 12751 20 GATAATAGTGCAATGAATGAGATAATAGTGCAATGAATGAGATAATAGTGCAATGAATGA SH13571 13571 95 158 MT COX1 Exon 6 #REF! #REF! 12766 23 TAGATAAATAAGAATAATGATAATAGATAAATAAGAATAATGATAATAGATAAATAAGAA SH13572 13572 80 132 MT COX1 Exon 6 #REF! #REF! 12781 23 TGATCATATAAAATATAGATAAATGATCATATAAAATATAGATAAATGATCATATAAAAT SH13573 13573 37 212 MT COX1 Exon 6 #REF! #REF! 12796 20 CCATTAACTAATTGATCATACCATTAACTAATTGATCATACCATTAACTAATTGATCATA SH13574 13574 42 27 MT COX1 Exon 6 #REF! #REF! 12811 22 TAACTTTATTGTTTAATCCATTTAACTTTATTGTTTAATCCATTTAACTTTATTGTTTAA SH13575 13575 6 165 MT COX1 Exon 6 #REF! #REF! 12826 23 ATAACTGATTTATTATTAACTTTATAACTGATTTATTATTAACTTTATAACTGATTTATT SH13576 13576 96 164 MT COX1 Exon 6 #REF! #REF! 12841 22 GTGCTTTATTATAAATAACTGAGTGCTTTATTATAAATAACTGAGTGCTTTATTATAAAT SH13577 13577 74 124 MT COX1 Exon 6 #REF! #REF! 12856 18 TACAAAATCAGGTGCTTTTACAAAATCAGGTGCTTTTACAAAATCAGGTGCTTTTACAAA SH13578 13578 59 195 MT COX1 Exon 6 #REF! #REF! 12871 20 AAGATAAGATTAGATTCTACAAGATAAGATTAGATTCTACAAGATAAGATTAGATTCTAC SH13579 13579 56 172 MT COX1 Exon 6 #REF! #REF! 12886 23 TTAACTGTATTTAAATTAAAGATTTAACTGTATTTAAATTAAAGATTTAACTGTATTTAA SH13580 13580 35 41 MT COX1 Exon 6 #REF! #REF! 12901 20 ATAGATGAAGATTTAACTGTATAGATGAAGATTTAACTGTATAGATGAAGATTTAACTGT SH13581 13581 89 82 MT COX1 Exon 6 #REF! #REF! 12916 20 GTTAATAAGAATTCGATAGAGTTAATAAGAATTCGATAGAGTTAATAAGAATTCGATAGA SH13582 13582 66 11 MT COX1 Exon 6 #REF! #REF! 12931 17 GCTGGTGGAGAAGTTAAGCTGGTGGAGAAGTTAAGCTGGTGGAGAAGTTAAGCTGGTGGA SH13583 13583 18 43 MT COX1 Exon 6 #REF! #REF! 12946 18 ATTAAATGAGTGTACAGCATTAAATGAGTGTACAGCATTAAATGAGTGTACAGCATTAAA SH13584 13584 2 94 MT COX1 Exon 6 #REF! #REF! 12961 17 TGTACAGCTGGTGTATTTGTACAGCTGGTGTATTTGTACAGCTGGTGTATTTGTACAGCT SH13585 13585 33 159 MT COX1 exon 6 / 3' #REF! #REF! 12976 23 TTAAATTTTATAACTTAAGATTGTTAAATTTTATAACTTAAGATTGTTAAATTTTATAAC SH13586 13586 75 101 MT COX1 3' #REF! #REF! 12991 27 TTAATTATTAAGTAAATAATTAAATTTTTAATTATTAAGTAAATAATTAAATTTTTAATT SH13587 13587 86 79 MT COX1 3' #REF! #REF! 13006 25 TAATATTTACTTTTTAATTATTAAGTAATATTTACTTTTTAATTATTAAGTAATATTTAC SH13588 13588 61 118 MT COX1 3' #REF! #REF! 13021 23 TTAAGTTTAGATATAATATTTACTTAAGTTTAGATATAATATTTACTTAAGTTTAGATAT SH13589 13589 7 162 MT COX1 3' #REF! #REF! 13036 27 GAATATTATTATTATATTATTAAGTTTGAATATTATTATTATATTATTAAGTTTGAATAT SH13590 13590 100 112 MT COX1 3' #REF! #REF! 13051 27 TATATATTTTTATAAGAATATTATTATTATATATTTTTATAAGAATATTATTATTATATA SH13591 13591 37 69 MT ATP8/AAP1 5' #REF! #REF! 1 29 ATAAAAATATATATATATTATAAAAATAAATAAAAATATATATATATTATAAAAATAAAT SH13592 13592 70 90 MT ATP8/AAP1 5' #REF! #REF! 16 29 TTTAATAAATATTTAATAAAAATATATATTTTAATAAATATTTAATAAAAATATATATTT SH13593 13593 7 152 MT ATP8/AAP1 5' #REF! #REF! 31 29 ATAATTTAATAAATATTTAATAAATATTTATAATTTAATAAATATTTAATAAATATTTAT SH13594 13594 50 44 MT ATP8/AAP1 5' #REF! #REF! 46 25 ACAACATTATAATAATTTAATAAATACAACATTATAATAATTTAATAAATACAACATTAT SH13595 13595 94 65 MT ATP8/AAP1 5' #REF! #REF! 61 23 AATAAGATTAATAACAACATTATAATAAGATTAATAACAACATTATAATAAGATTAATAA SH13596 13596 24 2 MT ATP8/AAP1 5' / ATP8 #REF! #REF! 76 27 ATTTTTATATATATTTTTTAATAAGATATTTTTATATATATTTTTTAATAAGATATTTTT SH13597 13597 94 85 MT ATP8/AAP1 5' / ATP8 #REF! #REF! 91 22 TAATTGTGGCATTTTTATATATTAATTGTGGCATTTTTATATATTAATTGTGGCATTTTT SH13598 13598 66 83 MT ATP8/AAP1 ATP8 #REF! #REF! 106 22 AAAATAAAATGGAACTAATTGTAAAATAAAATGGAACTAATTGTAAAATAAAATGGAACT SH13599 13599 79 26 MT ATP8/AAP1 ATP8 #REF! #REF! 121 23 ATGTTAATTGATTCATAAAATAAATGTTAATTGATTCATAAAATAAATGTTAATTGATTC SH13600 13600 86 145 MT ATP8/AAP1 ATP8 #REF! #REF! 136 22 TAATAAGAAACCATATGTTAATTAATAAGAAACCATATGTTAATTAATAAGAAACCATAT SH13601 13601 3 179 MT ATP8/AAP1 ATP8 #REF! #REF! 151 23 TTAATAATAGAATCATTAATAAGTTAATAATAGAATCATTAATAAGTTAATAATAGAATC SH13602 13602 26 16 MT ATP8/AAP1 ATP8 #REF! #REF! 166 23 ATTGTGAGAATAAAATTAATAATATTGTGAGAATAAAATTAATAATATTGTGAGAATAAA SH13603 13603 98 20 MT ATP8/AAP1 ATP8 #REF! #REF! 181 18 GGTAAAAAGAATTGTGAGGGTAAAAAGAATTGTGAGGGTAAAAAGAATTGTGAGGGTAAA SH13604 13604 26 189 MT ATP8/AAP1 ATP8 #REF! #REF! 196 20 ATAATCTTAAGATCATAGGTATAATCTTAAGATCATAGGTATAATCTTAAGATCATAGGT SH13605 13605 12 113 MT ATP8/AAP1 ATP8 #REF! #REF! 211 23 TAAATAATCTAGATACATATAATTAAATAATCTAGATACATATAATTAAATAATCTAGAT SH13606 13606 59 208 MT ATP8/AAP1 ATP8 / 3' #REF! #REF! 226 27 ATATATTATAATTTAGAAATAAATAATATATATTATAATTTAGAAATAAATAATATATAT SH13607 13607 99 102 MT ATP8/AAP1 ATP8 / 3' #REF! #REF! 241 29 ATAAATAAATTAATAATATATATTATAATATAAATAAATTAATAATATATATTATAATAT SH13608 13608 47 187 MT ATP8/AAP1 3' #REF! #REF! 256 27 AATATTTATATGAATAAATAAATTAATAATATTTATATGAATAAATAAATTAATAATATT SH13609 13609 85 77 MT ATP8/AAP1 3' #REF! #REF! 271 27 TTTATATATAATAATAATATTTATATGTTTATATATAATAATAATATTTATATGTTTATA SH13610 13610 65 51 MT ATP8/AAP1 3' #REF! #REF! 286 29 TATAAATATTATTAATATTTATATATAATTATAAATATTATTAATATTTATATATAATTA SH13611 13611 52 29 MT ATP8/AAP1 3' #REF! #REF! 301 27 ATTATTAAATAAGTATAAATATTATTAATTATTAAATAAGTATAAATATTATTAATTATT SH13612 13612 72 22 MT ATP8/AAP1 3' #REF! #REF! 316 29 TTATTTTTTATTTTATTATTATTAAATAATTATTTTTTATTTTATTATTATTAAATAATT SH13613 13613 45 56 MT ATP6 5' #REF! #REF! 1 29 ATAAATATATAAAATATATAAAATAAAAAATAAATATATAAAATATATAAAATAAAAAAT SH13614 13614 6 46 MT ATP6 5' #REF! #REF! 16 27 TTATACTTTATTTATAAATATATAAAATTATACTTTATTTATAAATATATAAAATTATAC SH13615 13615 20 165 MT ATP6 5' #REF! #REF! 31 25 TAATTATATCTTATTATACTTTATTTAATTATATCTTATTATACTTTATTTAATTATATC SH13616 13616 17 10 MT ATP6 5' #REF! #REF! 46 25 ATAAATAATTAATCATAATTATATCATAAATAATTAATCATAATTATATCATAAATAATT SH13617 13617 71 123 MT ATP6 5' #REF! #REF! 61 25 ATAAAACTATAACTTATAAATAATTATAAAACTATAACTTATAAATAATTATAAAACTAT SH13618 13618 90 5 MT ATP6 5' / ATP6 #REF! #REF! 76 27 ATAATAATTATAAATTTATAAAACTATATAATAATTATAAATTTATAAAACTATATAATA SH13619 13619 50 141 MT ATP6 5' / ATP6 #REF! #REF! 91 27 TTTAATAAATTAAACATAATAATTATATTTAATAAATTAAACATAATAATTATATTTAAT SH13620 13620 58 204 MT ATP6 ATP6 #REF! #REF! 106 25 TGTAATATATGTATTTAATAAATTATGTAATATATGTATTTAATAAATTATGTAATATAT SH13621 13621 20 104 MT ATP6 ATP6 #REF! #REF! 121 20 CTAATGGTGATGTAATATATCTAATGGTGATGTAATATATCTAATGGTGATGTAATATAT SH13622 13622 30 120 MT ATP6 ATP6 #REF! #REF! 136 21 CTAATCTCAAATTGATCTAATCTAATCTCAAATTGATCTAATCTAATCTCAAATTGATCT SH13623 13623 26 121 MT ATP6 ATP6 #REF! #REF! 151 20 AACCAAATAATAGTCTAATCAACCAAATAATAGTCTAATCAACCAAATAATAGTCTAATC SH13624 13624 3 211 MT ATP6 ATP6 #REF! #REF! 166 20 TAAATGATGATTGTAAACCATAAATGATGATTGTAAACCATAAATGATGATTGTAAACCA SH13625 13625 66 36 MT ATP6 ATP6 #REF! #REF! 181 23 TTAAACAACTTAAATCAATAAATTTAAACAACTTAAATCAATAAATTTAAACAACTTAAA SH13626 13626 40 206 MT ATP6 ATP6 #REF! #REF! 196 23 AAAATGTTGTTAAATTTAAACAAAAAATGTTGTTAAATTTAAACAAAAAATGTTGTTAAA SH13627 13627 72 152 MT ATP6 ATP6 #REF! #REF! 211 23 TAATAGTATATAATGAAAATGTTTAATAGTATATAATGAAAATGTTTAATAGTATATAAT SH13628 13628 6 160 MT ATP6 ATP6 #REF! #REF! 226 23 TAACTAATAATACAATAATAGTATAACTAATAATACAATAATAGTATAACTAATAATACA SH13629 13629 17 133 MT ATP6 ATP6 #REF! #REF! 241 23 GATATAAACTTGTAATAACTAATGATATAAACTTGTAATAACTAATGATATAAACTTGTA SH13630 13630 2 184 MT ATP6 ATP6 #REF! #REF! 256 25 ATTATTATTAGTTAATAGATATAAAATTATTATTAGTTAATAGATATAAAATTATTATTA SH13631 13631 41 67 MT ATP6 ATP6 #REF! #REF! 271 25 ACCAATAATTTTATTATTATTATTAACCAATAATTTTATTATTATTATTAACCAATAATT SH13632 13632 29 168 MT ATP6 ATP6 #REF! #REF! 286 20 ATCATCTTGAACCAATAATTATCATCTTGAACCAATAATTATCATCTTGAACCAATAATT SH13633 13633 46 24 MT ATP6 ATP6 #REF! #REF! 301 20 CTTCTTGTGAAATTAATCATCTTCTTGTGAAATTAATCATCTTCTTGTGAAATTAATCAT SH13634 13634 3 23 MT ATP6 ATP6 #REF! #REF! 316 20 TAGTATCATAAATAGCTTCTTAGTATCATAAATAGCTTCTTAGTATCATAAATAGCTTCT SH13635 13635 67 147 MT ATP6 ATP6 #REF! #REF! 331 23 CTTTAAGCATATTTATAATAGTACTTTAAGCATATTTATAATAGTACTTTAAGCATATTT SH13636 13636 37 29 MT ATP6 ATP6 #REF! #REF! 346 18 CCAATTTGTCCTTTAAGCCCAATTTGTCCTTTAAGCCCAATTTGTCCTTTAAGCCCAATT SH13637 13637 101 52 MT ATP6 ATP6 #REF! #REF! 361 18 CCTCAATTTTTACCTCCACCTCAATTTTTACCTCCACCTCAATTTTTACCTCCACCTCAA SH13638 13638 15 76 MT ATP6 ATP6 #REF! #REF! 376 19 CATAGGGAAATATAAACCTCATAGGGAAATATAAACCTCATAGGGAAATATAAACCTCAT SH13639 13639 26 85 MT ATP6 ATP6 #REF! #REF! 391 22 CATAAATAATGTAAAGATCATACATAAATAATGTAAAGATCATACATAAATAATGTAAAG SH13640 13640 64 185 MT ATP6 ATP6 #REF! #REF! 406 23 TAGCAATAAAAATAAACATAAATTAGCAATAAAAATAAACATAAATTAGCAATAAAAATA SH13641 13641 95 78 MT ATP6 ATP6 #REF! #REF! 421 22 CATACTAATTAAATTAGCAATACATACTAATTAAATTAGCAATACATACTAATTAAATTA SH13642 13642 13 54 MT ATP6 ATP6 #REF! #REF! 436 18 GAGTATGGAATCATACTAGAGTATGGAATCATACTAGAGTATGGAATCATACTAGAGTAT SH13643 13643 11 179 MT ATP6 ATP6 #REF! #REF! 451 18 GCTGATAATGCAAATGAGGCTGATAATGCAAATGAGGCTGATAATGCAAATGAGGCTGAT SH13644 13644 21 97 MT ATP6 ATP6 #REF! #REF! 466 22 GATAATAAATACTAAATGAGCTGATAATAAATACTAAATGAGCTGATAATAAATACTAAA SH13645 13645 97 18 MT ATP6 ATP6 #REF! #REF! 481 22 AACAATACTTAAAGAGATAATAAACAATACTTAAAGAGATAATAAACAATACTTAAAGAG SH13646 13646 57 57 MT ATP6 ATP6 #REF! #REF! 496 22 ATTACCTAATCAAATAACAATAATTACCTAATCAAATAACAATAATTACCTAATCAAATA SH13647 13647 29 203 MT ATP6 ATP6 #REF! #REF! 511 20 AACCTAAAATAGTATTACCTAACCTAAAATAGTATTACCTAACCTAAAATAGTATTACCT SH13648 13648 20 192 MT ATP6 ATP6 #REF! #REF! 526 20 AACCATGTTTATATAAACCTAACCATGTTTATATAAACCTAACCATGTTTATATAAACCT SH13649 13649 93 15 MT ATP6 ATP6 #REF! #REF! 541 18 GAGAAGAATACTCAACCAGAGAAGAATACTCAACCAGAGAAGAATACTCAACCAGAGAAG SH13650 13650 40 71 MT ATP6 ATP6 #REF! #REF! 556 17 CAGGTACGAATAATGAGCAGGTACGAATAATGAGCAGGTACGAATAATGAGCAGGTACGA SH13651 13651 71 60 MT ATP6 ATP6 #REF! #REF! 571 17 GTAATGGTGTACCAGCAGTAATGGTGTACCAGCAGTAATGGTGTACCAGCAGTAATGGTG SH13652 13652 74 169 MT ATP6 ATP6 #REF! #REF! 586 20 CTAATAAAGGTACTAATGGTCTAATAAAGGTACTAATGGTCTAATAAAGGTACTAATGGT SH13653 13653 80 18 MT ATP6 ATP6 #REF! #REF! 601 23 ATAAAGTTTCAATAATAACTAATATAAAGTTTCAATAATAACTAATATAAAGTTTCAATA SH13654 13654 46 48 MT ATP6 ATP6 #REF! #REF! 616 20 TAGCGAAATAAGATAAAGTTTAGCGAAATAAGATAAAGTTTAGCGAAATAAGATAAAGTT SH13655 13655 70 203 MT ATP6 ATP6 #REF! #REF! 631 17 ATGAAATAGCTCTAGCGATGAAATAGCTCTAGCGATGAAATAGCTCTAGCGATGAAATAG SH13656 13656 74 99 MT ATP6 ATP6 #REF! #REF! 646 20 AACCTAATCTTAAACCTAATAACCTAATCTTAAACCTAATAACCTAATCTTAAACCTAAT SH13657 13657 32 137 MT ATP6 ATP6 #REF! #REF! 661 18 GCTAAGATATTAGAACCTGCTAAGATATTAGAACCTGCTAAGATATTAGAACCTGCTAAG SH13658 13658 2 72 MT ATP6 ATP6 #REF! #REF! 676 19 CATTAATAAATGACCAGCTCATTAATAAATGACCAGCTCATTAATAAATGACCAGCTCAT SH13659 13659 40 108 MT ATP6 ATP6 #REF! #REF! 691 18 CCAGCTAAAATAACCATTCCAGCTAAAATAACCATTCCAGCTAAAATAACCATTCCAGCT SH13660 13660 49 59 MT ATP6 ATP6 #REF! #REF! 706 22 CATAAAATTAAATAGTAAACCACATAAAATTAAATAGTAAACCACATAAAATTAAATAGT SH13661 13661 70 52 MT ATP6 ATP6 #REF! #REF! 721 25 AGTAAATAAATTAATTAACATAAAAAGTAAATAAATTAATTAACATAAAAAGTAAATAAA SH13662 13662 11 58 MT ATP6 ATP6 #REF! #REF! 736 21 CCGAATACTAAAGTAAATAAACCGAATACTAAAGTAAATAAACCGAATACTAAAGTAAAT SH13663 13663 53 189 MT ATP6 ATP6 #REF! #REF! 751 18 AAAGGTACAAAACCGAATAAAGGTACAAAACCGAATAAAGGTACAAAACCGAATAAAGGT SH13664 13664 96 17 MT ATP6 ATP6 #REF! #REF! 766 18 GCTAAGATCATAGCTAAAGCTAAGATCATAGCTAAAGCTAAGATCATAGCTAAAGCTAAG SH13665 13665 71 63 MT ATP6 ATP6 #REF! #REF! 781 18 TCTAACATCATAATGGCTTCTAACATCATAATGGCTTCTAACATCATAATGGCTTCTAAC SH13666 13666 102 76 MT ATP6 ATP6 #REF! #REF! 796 18 ATACCAATAGCGAATTCTATACCAATAGCGAATTCTATACCAATAGCGAATTCTATACCA SH13667 13667 75 24 MT ATP6 ATP6 #REF! #REF! 811 18 ACATATCCCTGAATGATAACATATCCCTGAATGATAACATATCCCTGAATGATAACATAT SH13668 13668 56 212 MT ATP6 ATP6 #REF! #REF! 826 18 GTTAAAATAGCCCAGACAGTTAAAATAGCCCAGACAGTTAAAATAGCCCAGACAGTTAAA SH13669 13669 12 199 MT ATP6 ATP6 #REF! #REF! 841 20 CTTTTAAATATGATGCTGTTCTTTTAAATATGATGCTGTTCTTTTAAATATGATGCTGTT SH13670 13670 92 192 MT ATP6 ATP6 #REF! #REF! 856 20 GTAAGTATACTGCATCTTTTGTAAGTATACTGCATCTTTTGTAAGTATACTGCATCTTTT SH13671 13671 32 101 MT ATP6 ATP6 #REF! #REF! 871 25 ATTTTATTTTATAATTTAATGTAAGATTTTATTTTATAATTTAATGTAAGATTTTATTTT SH13672 13672 17 48 MT ATP6 ATP6 / 3' #REF! #REF! 886 29 TAAATTATTTTATTTTATAATTTTATTTTTAAATTATTTTATTTTATAATTTTATTTTTA SH13673 13673 86 169 MT ATP6 3' #REF! #REF! 901 23 CTCCATATGTAAATTATTTTATTCTCCATATGTAAATTATTTTATTCTCCATATGTAAAT SH13674 13674 26 92 MT ATP6 3' #REF! #REF! 916 22 ATTATAGTTTAATACTCCATATATTATAGTTTAATACTCCATATATTATAGTTTAATACT SH13675 13675 53 96 MT ATP6 3' #REF! #REF! 931 22 GGGTATATTGTATTTATTATAGGGGTATATTGTATTTATTATAGGGGTATATTGTATTTA SH13676 13676 92 173 MT ATP6 3' #REF! #REF! 946 15 GGGGGATGGGGTATAGGGGGATGGGGTATAGGGGGATGGGGTATAGGGGGATGGGGTATA SH13677 13677 104 194 MT ORF 5 (hypothetical) 5' #REF! #REF! 1 27 AGTTATAAATTTATATTAAATAAAATAAGTTATAAATTTATATTAAATAAAATAAGTTAT SH13678 13678 14 111 MT ORF 5 (hypothetical) 5' #REF! #REF! 16 27 TATATATAATAAAATAGTTATAAATTTTATATATAATAAAATAGTTATAAATTTTATATA SH13679 13679 74 15 MT ORF 5 (hypothetical) 5' #REF! #REF! 31 27 TATGAATAAAAAATATATATATAATAATATGAATAAAAAATATATATATAATAATATGAA SH13680 13680 84 172 MT ORF 5 (hypothetical) 5' #REF! #REF! 46 23 AAAGGAATTTTTATGAATAAAAAAAAGGAATTTTTATGAATAAAAAAAAGGAATTTTTAT SH13681 13681 75 105 MT ORF 5 (hypothetical) 5' #REF! #REF! 61 20 TAAAAATCCTCAAAAGGAATTAAAAATCCTCAAAAGGAATTAAAAATCCTCAAAAGGAAT SH13682 13682 43 67 MT ORF 5 (hypothetical) 5' #REF! #REF! 76 25 TAGAAGATATTTATATAAAATAAAATAGAAGATATTTATATAAAATAAAATAGAAGATAT SH13683 13683 55 25 MT ORF 5 (hypothetical) 5' / ORF5 #REF! #REF! 91 25 ATTTATTATAAATATTAGAAGATATATTTATTATAAATATTAGAAGATATATTTATTATA SH13684 13684 75 63 MT ORF 5 (hypothetical) ORF5 #REF! #REF! 106 27 ATAATGAATATATTATTATTTATTATAATAATGAATATATTATTATTTATTATAATAATG SH13685 13685 74 78 MT ORF 5 (hypothetical) ORF5 #REF! #REF! 121 27 TATATAATTATAAATATAATGAATATATATATAATTATAAATATAATGAATATATATATA SH13686 13686 90 21 MT ORF 5 (hypothetical) ORF5 #REF! #REF! 136 24 CGTATTACATTATATATAATTATACGTATTACATTATATATAATTATACGTATTACATTA SH13687 13687 56 43 MT ORF 5 (hypothetical) ORF5 #REF! #REF! 151 18 ATGTTTACCCGTATTACAATGTTTACCCGTATTACAATGTTTACCCGTATTACAATGTTT SH13688 13688 59 140 MT ORF 5 (hypothetical) ORF5 #REF! #REF! 166 17 GTGAACAACGGGTAATGGTGAACAACGGGTAATGGTGAACAACGGGTAATGGTGAACAAC SH13689 13689 71 38 MT ORF 5 (hypothetical) ORF5 #REF! #REF! 181 17 GGGTAAACATTACCCGTGGGTAAACATTACCCGTGGGTAAACATTACCCGTGGGTAAACA SH13690 13690 21 43 MT ORF 5 (hypothetical) ORF5 #REF! #REF! 196 23 TATTAAGAATTATATAAAATAGGTATTAAGAATTATATAAAATAGGTATTAAGAATTATA SH13691 13691 14 183 MT ORF 5 (hypothetical) ORF5 / 3' #REF! #REF! 211 27 ATAAAAATATAAATATATTTATTAAGAATAAAAATATAAATATATTTATTAAGAATAAAA SH13692 13692 15 39 MT ORF 5 (hypothetical) ORF5 / 3' #REF! #REF! 226 29 ATTATAATTTTTTTTATATAAAAATATAAATTATAATTTTTTTTATATAAAAATATAAAT SH13693 13693 51 42 MT ORF 5 (hypothetical) 3' #REF! #REF! 241 27 GAATTAATAAATTATTATAATTTTTTTGAATTAATAAATTATTATAATTTTTTTGAATTA SH13694 13694 6 148 MT ORF 5 (hypothetical) 3' #REF! #REF! 256 20 CGAAAGGAGAATTAATAAATCGAAAGGAGAATTAATAAATCGAAAGGAGAATTAATAAAT SH13695 13695 25 51 MT ORF 5 (hypothetical) 3' #REF! #REF! 271 13 CGGAACCCCGAAACGGAACCCCGAAACGGAACCCCGAAACGGAACCCCGAAACGGAACCC SH13696 13696 79 62 MT ORF 5 (hypothetical) 3' #REF! #REF! 286 13 TCCGGCCACGGGATCCGGCCACGGGATCCGGCCACGGGATCCGGCCACGGGATCCGGCCA SH13697 13697 70 10 MT ORF 5 (hypothetical) 3' #REF! #REF! 301 20 ATTATTTTTATAGTTCCGGAATTATTTTTATAGTTCCGGAATTATTTTTATAGTTCCGGA SH13698 13698 95 88 MT tRNAGlu (and 5' processing site for COB) 5' #REF! #REF! 1 25 ATTATTAAGTTTATTATTACTATTTATTATTAAGTTTATTATTACTATTTATTATTAAGT SH13699 13699 3 33 MT tRNAGlu (and 5' processing site for COB) 5' #REF! #REF! 16 27 ATAAAATTATTATTATTATTATTAAGTATAAAATTATTATTATTATTATTAAGTATAAAA SH13700 13700 101 96 MT tRNAGlu (and 5' processing site for COB) 5' #REF! #REF! 31 29 ATTAATAAATTATAAAAATAAAATTATTAATTAATAAATTATAAAAATAAAATTATTAAT SH13701 13701 18 132 MT tRNAGlu (and 5' processing site for COB) 5' #REF! #REF! 46 29 ATAATTATTATTATTATTAATAAATTATAATAATTATTATTATTATTAATAAATTATAAT SH13702 13702 48 94 MT tRNAGlu (and 5' processing site for COB) 5' #REF! #REF! 61 29 ATAATATATATATATATAATTATTATTATATAATATATATATATATAATTATTATTATAT SH13703 13703 30 155 MT tRNAGlu (and 5' processing site for COB) 5' / tRNA #REF! #REF! 76 27 TCTATATTTATTAATAATATATATATATCTATATTTATTAATAATATATATATATCTATA SH13704 13704 68 156 MT tRNAGlu (and 5' processing site for COB) 5' / tRNA #REF! #REF! 91 20 CGATAAGGTCTATATTTATTCGATAAGGTCTATATTTATTCGATAAGGTCTATATTTATT SH13705 13705 40 58 MT tRNAGlu (and 5' processing site for COB) tRNA #REF! #REF! 106 18 CGTAACCATTAGACGATACGTAACCATTAGACGATACGTAACCATTAGACGATACGTAAC SH13706 13706 30 78 MT tRNAGlu (and 5' processing site for COB) tRNA #REF! #REF! 121 16 GAAGAGGTGATGTCGTGAAGAGGTGATGTCGTGAAGAGGTGATGTCGTGAAGAGGTGATG SH13707 13707 59 41 MT tRNAGlu (and 5' processing site for COB) tRNA #REF! #REF! 136 18 ACCGATATTATCAACATGACCGATATTATCAACATGACCGATATTATCAACATGACCGAT SH13708 13708 36 95 MT tRNAGlu (and 5' processing site for COB) tRNA #REF! #REF! 151 17 TTAATCGGAATCGAACCTTAATCGGAATCGAACCTTAATCGGAATCGAACCTTAATCGGA SH13709 13709 2 106 MT tRNAGlu (and 5' processing site for COB) tRNA / 3' #REF! #REF! 166 23 TATTTATTATTATGAATAACCTTTATTTATTATTATGAATAACCTTTATTTATTATTATG SH13710 13710 44 152 MT tRNAGlu (and 5' processing site for COB) 3' #REF! #REF! 181 25 TATACTTTTTTTACAAATATTTATTTATACTTTTTTTACAAATATTTATTTATACTTTTT SH13711 13711 30 119 MT tRNAGlu (and 5' processing site for COB) 3' #REF! #REF! 196 25 ATATGTTTAATTATATATACTTTTTATATGTTTAATTATATATACTTTTTATATGTTTAA SH13712 13712 53 111 MT tRNAGlu (and 5' processing site for COB) 3' #REF! #REF! 211 25 TAATTAATATAAAGAATATGTTTAATAATTAATATAAAGAATATGTTTAATAATTAATAT SH13713 13713 65 12 MT tRNAGlu (and 5' processing site for COB) 3' #REF! #REF! 226 29 GTATATTATTAATAATTATTAATTAATATGTATATTATTAATAATTATTAATTAATATGT SH13714 13714 19 143 MT tRNAGlu (and 5' processing site for COB) 3' #REF! #REF! 241 27 TATTATATAAAATGTATATTATTAATATATTATATAAAATGTATATTATTAATATATTAT SH13715 13715 5 67 MT tRNAGlu (and 5' processing site for COB) 3' #REF! #REF! 256 27 ATATATATATAATTGTATTATATAAAAATATATATATAATTGTATTATATAAAAATATAT SH13716 13716 13 117 MT tRNAGlu (and 5' processing site for COB) 3' #REF! #REF! 271 29 ATTAAAAAAAAATATATATATATATATAAATTAAAAAAAAATATATATATATATATAAAT SH13717 13717 41 183 MT tRNAGlu (and 5' processing site for COB) 3' #REF! #REF! 286 27 ATATATTATTTGTATTAAAAAAAAATAATATATTATTTGTATTAAAAAAAAATAATATAT SH13718 13718 55 78 MT tRNAGlu (and 5' processing site for COB) 3' (and 5' proc site for COB) #REF! #REF! 301 25 TTTATTATTATGAATATATTATTTGTTTATTATTATGAATATATTATTTGTTTATTATTA SH13719 13719 74 92 MT tRNAGlu (and 5' processing site for COB) 3' #REF! #REF! 316 22 TAACAATCGGTATTTATTATTATAACAATCGGTATTTATTATTATAACAATCGGTATTTA SH13720 13720 15 140 MT tRNAGlu (and 5' processing site for COB) 3' #REF! #REF! 331 25 TATTTTATTATAGTATAATAACAATTATTTTATTATAGTATAATAACAATTATTTTATTA SH13721 13721 51 48 MT COB 5' #REF! #REF! 1 29 AAAAATATATAAATATATATTATTAATTAAAAAATATATAAATATATATTATTAATTAAA SH13722 13722 58 109 MT COB 5' #REF! #REF! 16 29 ATATATTAATTAATAAAAAATATATAAATATATATTAATTAATAAAAAATATATAAATAT SH13723 13723 46 74 MT COB 5' #REF! #REF! 31 27 ACTAATATTTTATATATATTAATTAATACTAATATTTTATATATATTAATTAATACTAAT SH13724 13724 76 93 MT COB 5' #REF! #REF! 46 27 ATAATATTATTTATTACTAATATTTTAATAATATTATTTATTACTAATATTTTAATAATA SH13725 13725 51 214 MT COB 5' #REF! #REF! 61 29 TTATTTATAAAATATTAATAATATTATTTTTATTTATAAAATATTAATAATATTATTTTT SH13726 13726 97 127 MT COB 5'/Exon1 #REF! #REF! 76 28 CATATTATTATTATTTATTTATAAAATACATATTATTATTATTTATTTATAAAATACATA SH13727 13727 79 208 MT COB 5'/Exon1 #REF! #REF! 91 22 TCTAAATGCCATATTATTATTATCTAAATGCCATATTATTATTATCTAAATGCCATATTA SH13728 13728 15 181 MT COB Exon1 #REF! #REF! 106 22 ATACACATTTGATTTTCTAAATATACACATTTGATTTTCTAAATATACACATTTGATTTT SH13729 13729 58 47 MT COB Exon1 #REF! #REF! 121 20 TCACTAAACTTAAATACACATCACTAAACTTAAATACACATCACTAAACTTAAATACACA SH13730 13730 37 191 MT COB Exon1 #REF! #REF! 136 22 ATCAATAATATAACTATTCACTATCAATAATATAACTATTCACTATCAATAATATAACTA SH13731 13731 30 40 MT COB Exon1 #REF! #REF! 151 18 GGTTGTGGTGAATCAATAGGTTGTGGTGAATCAATAGGTTGTGGTGAATCAATAGGTTGT SH13732 13732 14 68 MT COB Exon1 #REF! #REF! 166 21 CAATAATTAATTGATGATGGTCAATAATTAATTGATGATGGTCAATAATTAATTGATGAT SH13733 13733 103 34 MT COB Exon1 #REF! #REF! 181 20 AACCCATATTTCATCAATAAAACCCATATTTCATCAATAAAACCCATATTTCATCAATAA SH13734 13734 90 172 MT COB Exon1 #REF! #REF! 196 18 AAACCTAATAATGAACCCAAACCTAATAATGAACCCAAACCTAATAATGAACCCAAACCT SH13735 13735 95 31 MT COB Exon1 #REF! #REF! 211 23 CAATTTGAATAACTAAACATAAACAATTTGAATAACTAAACATAAACAATTTGAATAACT SH13736 13736 50 203 MT COB Exon1 #REF! #REF! 226 20 AAATACCTGTTACAATTTGAAAATACCTGTTACAATTTGAAAATACCTGTTACAATTTGA SH13737 13737 15 185 MT COB Exon1 #REF! #REF! 241 20 AATGCATAGCCATAAAAATAAATGCATAGCCATAAAAATAAATGCATAGCCATAAAAATA SH13738 13738 95 170 MT COB Exon1 #REF! #REF! 256 20 CAATATTAGATGAATAATGCCAATATTAGATGAATAATGCCAATATTAGATGAATAATGC SH13739 13739 34 136 MT COB Exon1 #REF! #REF! 271 21 GATGAAAAAGCTAATTCAATAGATGAAAAAGCTAATTCAATAGATGAAAAAGCTAATTCA SH13740 13740 53 2 MT COB Exon1 #REF! #REF! 286 20 TAATATGTTCAACAGATGAATAATATGTTCAACAGATGAATAATATGTTCAACAGATGAA SH13741 13741 61 202 MT COB Exon1 #REF! #REF! 301 20 TATGCACATCTCTTATAATATATGCACATCTCTTATAATATATGCACATCTCTTATAATA SH13742 13742 59 32 MT COB Exon1 #REF! #REF! 316 21 CTTAAAATATAACCATTATGCCTTAAAATATAACCATTATGCCTTAAAATATAACCATTA SH13743 13743 71 195 MT COB Exon1 #REF! #REF! 331 22 ATTTGCATGTAAATATCTTAAAATTTGCATGTAAATATCTTAAAATTTGCATGTAAATAT SH13744 13744 17 80 MT COB Exon1 #REF! #REF! 346 17 ATGATGCACCATTTGCAATGATGCACCATTTGCAATGATGCACCATTTGCAATGATGCAC SH13745 13745 3 118 MT COB Exon1 #REF! #REF! 361 22 AAACATTACCATAAAAAAGAATAAACATTACCATAAAAAAGAATAAACATTACCATAAAA SH13746 13746 13 172 MT COB Exon1 #REF! #REF! 376 18 GCCATATGCATAAACATTGCCATATGCATAAACATTGCCATATGCATAAACATTGCCATA SH13747 13747 90 115 MT COB Exon1 #REF! #REF! 391 20 CATAATATAAACCTTTAGCCCATAATATAAACCTTTAGCCCATAATATAAACCTTTAGCC SH13748 13748 94 212 MT COB Exon1 #REF! #REF! 406 20 GTGATCTATATGAACCATAAGTGATCTATATGAACCATAAGTGATCTATATGAACCATAA SH13749 13749 97 29 MT COB Exon1 #REF! #REF! 421 18 AATAGTACTCTTGGTGATAATAGTACTCTTGGTGATAATAGTACTCTTGGTGATAATAGT SH13750 13750 24 74 MT COB Exon1 #REF! #REF! 436 20 TAACACCTACATTTCATAATTAACACCTACATTTCATAATTAACACCTACATTTCATAAT SH13751 13751 45 163 MT COB Exon1 #REF! #REF! 451 23 TAGTTAAAATGAAAATAATAACATAGTTAAAATGAAAATAATAACATAGTTAAAATGAAA SH13752 13752 9 138 MT COB Exon1 #REF! #REF! 466 18 GCTGTAGCAATAGTTAAAGCTGTAGCAATAGTTAAAGCTGTAGCAATAGTTAAAGCTGTA SH13753 13753 61 187 MT COB Exon1 #REF! #REF! 481 20 AACAATAACCTAAAAAAGCTAACAATAACCTAAAAAAGCTAACAATAACCTAAAAAAGCT SH13754 13754 43 64 MT COB Exon1 #REF! #REF! 496 18 TGTCCATAAACACAACAATGTCCATAAACACAACAATGTCCATAAACACAACAATGTCCA SH13755 13755 57 96 MT COB exon1/intron #REF! #REF! 511 17 TACTTGTCTCACTCTGTTACTTGTCTCACTCTGTTACTTGTCTCACTCTGTTACTTGTCT SH13756 13756 87 106 MT COB intronic #REF! #REF! 526 25 ATGATATTATAATAATATACTTATAATGATATTATAATAATATACTTATAATGATATTAT SH13757 13757 67 58 MT COB intronic #REF! #REF! 541 23 TTTATTTAATGGTATGATATTATTTTATTTAATGGTATGATATTATTTTATTTAATGGTA SH13758 13758 27 69 MT COB intronic #REF! #REF! 556 25 TCATTTCATTAAAATAATTTATTTATCATTTCATTAAAATAATTTATTTATCATTTCATT SH13759 13759 63 154 MT COB intronic #REF! #REF! 571 23 TATATAAACATAATCATTTCATTTATATAAACATAATCATTTCATTTATATAAACATAAT SH13760 13760 6 183 MT COB intronic #REF! #REF! 586 23 ATTAGGTATATGTTATATATAAAATTAGGTATATGTTATATATAAAATTAGGTATATGTT SH13761 13761 14 167 MT COB intronic #REF! #REF! 601 18 TGCATGTCTAATTAGGTATGCATGTCTAATTAGGTATGCATGTCTAATTAGGTATGCATG SH13762 13762 19 10 MT COB intronic #REF! #REF! 616 22 ACAAAATTATTACTAATAATGCACAAAATTATTACTAATAATGCACAAAATTATTACTAA SH13763 13763 19 54 MT COB intronic #REF! #REF! 631 22 TTATTAGAGTTTCATACAAAATTTATTAGAGTTTCATACAAAATTTATTAGAGTTTCATA SH13764 13764 36 42 MT COB intronic #REF! #REF! 646 27 ATAATTAATAATAATTATTATTATTAGATAATTAATAATAATTATTATTATTAGATAATT SH13765 13765 11 56 MT COB intronic #REF! #REF! 661 23 ATCTTACCTTAATAATTAATAATATCTTACCTTAATAATTAATAATATCTTACCTTAATA SH13766 13766 90 155 MT COB intronic #REF! #REF! 676 18 ATCCATATGAATCTTACCATCCATATGAATCTTACCATCCATATGAATCTTACCATCCAT SH13767 13767 28 136 MT COB intronic #REF! #REF! 691 17 GATTGACTTACGCTATCGATTGACTTACGCTATCGATTGACTTACGCTATCGATTGACTT SH13768 13768 77 141 MT COB intronic #REF! #REF! 706 23 TTACGATATTTTATAATATTAGATTACGATATTTTATAATATTAGATTACGATATTTTAT SH13769 13769 88 166 MT COB intronic #REF! #REF! 721 22 AAATATTGTTTATGTTACGATAAAATATTGTTTATGTTACGATAAAATATTGTTTATGTT SH13770 13770 32 46 MT COB intronic #REF! #REF! 736 27 TATTAATTAATAATAGAAAAAAATATTTATTAATTAATAATAGAAAAAAATATTTATTAA SH13771 13771 63 125 MT COB intronic #REF! #REF! 751 29 TTTTATTTATTATTATTTATTAATTAATATTTTATTTATTATTATTTATTAATTAATATT SH13772 13772 54 135 MT COB intronic #REF! #REF! 766 27 CTCATATAATTATTTTTATTTATTATTCTCATATAATTATTTTTATTTATTATTCTCATA SH13773 13773 67 151 MT COB intronic #REF! #REF! 781 22 TATCTTACTTCTCATATAATTATATCTTACTTCTCATATAATTATATCTTACTTCTCATA SH13774 13774 54 170 MT COB intronic #REF! #REF! 796 20 AGACAGAATTGAATATCTTAAGACAGAATTGAATATCTTAAGACAGAATTGAATATCTTA SH13775 13775 45 48 MT COB intronic #REF! #REF! 811 22 GTATATATATGTATTCTAGACAGTATATATATGTATTCTAGACAGTATATATATGTATTC SH13776 13776 98 81 MT COB intronic #REF! #REF! 826 20 GATGAGTATTAACGTATATAGATGAGTATTAACGTATATAGATGAGTATTAACGTATATA SH13777 13777 76 116 MT COB intronic #REF! #REF! 841 20 TTCTAATTTTATACCGATGATTCTAATTTTATACCGATGATTCTAATTTTATACCGATGA SH13778 13778 85 99 MT COB intronic #REF! #REF! 856 20 ATAATTCACTTAGGATTCTAATAATTCACTTAGGATTCTAATAATTCACTTAGGATTCTA SH13779 13779 85 21 MT COB intronic #REF! #REF! 871 25 TTTATATTATTATACTTTCAATAATTTTATATTATTATACTTTCAATAATTTTATATTAT SH13780 13780 93 153 MT COB intronic #REF! #REF! 886 20 GCTTACCAAGTTTATATTATGCTTACCAAGTTTATATTATGCTTACCAAGTTTATATTAT SH13781 13781 29 5 MT COB intronic #REF! #REF! 901 18 TGGAAATAATTGGGCTTATGGAAATAATTGGGCTTATGGAAATAATTGGGCTTATGGAAA SH13782 13782 62 69 MT COB intronic #REF! #REF! 916 25 TAATATTTATATTAATATTATATGGTAATATTTATATTAATATTATATGGTAATATTTAT SH13783 13783 71 9 MT COB intronic #REF! #REF! 931 23 TATAACTACCATATAATATTTATTATAACTACCATATAATATTTATTATAACTACCATAT SH13784 13784 92 181 MT COB intronic #REF! #REF! 946 27 TTTATTTAATAATATTATATATAACTATTTATTTAATAATATTATATATAACTATTTATT SH13785 13785 47 145 MT COB intronic #REF! #REF! 961 27 TAATTTCTATTATTATTTATTTAATAATAATTTCTATTATTATTTATTTAATAATAATTT SH13786 13786 64 199 MT COB intronic #REF! #REF! 976 25 CTTATCTATATTATAATTTCTATTACTTATCTATATTATAATTTCTATTACTTATCTATA SH13787 13787 43 62 MT COB intronic #REF! #REF! 991 20 CTTTTACCCACTTATCTATACTTTTACCCACTTATCTATACTTTTACCCACTTATCTATA SH13788 13788 81 180 MT COB intronic #REF! #REF! 1006 20 AGCTTTTTCAATAGTCTTTTAGCTTTTTCAATAGTCTTTTAGCTTTTTCAATAGTCTTTT SH13789 13789 71 83 MT COB intronic #REF! #REF! 1021 22 CATTACATATAATCTTTAGCTTCATTACATATAATCTTTAGCTTCATTACATATAATCTT SH13790 13790 77 147 MT COB intronic #REF! #REF! 1036 22 TTGATCTATATTATACATTACATTGATCTATATTATACATTACATTGATCTATATTATAC SH13791 13791 90 175 MT COB intronic #REF! #REF! 1051 25 TTAAAATATATAAATAATTTGATCTTTAAAATATATAAATAATTTGATCTTTAAAATATA SH13792 13792 82 16 MT COB intronic #REF! #REF! 1066 29 CATTATTAATATATTTTTATTAAAATATACATTATTAATATATTTTTATTAAAATATACA SH13793 13793 42 210 MT COB intronic #REF! #REF! 1081 25 ATAATATTAACCATTATTAATATATATAATATTAACCATTATTAATATATATAATATTAA SH13794 13794 71 204 MT COB intronic #REF! #REF! 1096 29 ATTAATTAATTAATTAATAATAATATTAAATTAATTAATTAATTAATAATAATATTAAAT SH13795 13795 64 54 MT COB intronic #REF! #REF! 1111 29 TATTATTATTAATTAATTAATTAATTAATTATTATTATTAATTAATTAATTAATTAATTA SH13796 13796 32 35 MT COB intronic #REF! #REF! 1126 25 CATTTATTCGTTATTATTATTAATTCATTTATTCGTTATTATTATTAATTCATTTATTCG SH13797 13797 28 125 MT COB intronic #REF! #REF! 1141 20 TCACATTAATCATTTATTCGTCACATTAATCATTTATTCGTCACATTAATCATTTATTCG SH13798 13798 32 175 MT COB intronic #REF! #REF! 1156 17 GTTAGCATGCTTTCACAGTTAGCATGCTTTCACAGTTAGCATGCTTTCACAGTTAGCATG SH13799 13799 49 213 MT COB intronic #REF! #REF! 1171 20 AAATCATCCTATATTGAAGTAAATCATCCTATATTGAAGTAAATCATCCTATATTGAAGT SH13800 13800 22 24 MT COB intronic #REF! #REF! 1186 23 ACAATTTATATACTATATAAATCACAATTTATATACTATATAAATCACAATTTATATACT SH13801 13801 23 137 MT COB intronic #REF! #REF! 1201 20 TATACAGCTCAAACAATTTATATACAGCTCAAACAATTTATATACAGCTCAAACAATTTA SH13802 13802 83 54 MT COB intronic #REF! #REF! 1216 20 GTACTACTTTCATAGTATACGTACTACTTTCATAGTATACGTACTACTTTCATAGTATAC SH13803 13803 81 146 MT COB intronic #REF! #REF! 1231 17 TCAGAACTGTACGTACTTCAGAACTGTACGTACTTCAGAACTGTACGTACTTCAGAACTG SH13804 13804 38 21 MT COB intronic #REF! #REF! 1246 17 CAAATTTTCCCCCACTCCAAATTTTCCCCCACTCCAAATTTTCCCCCACTCCAAATTTTC SH13805 13805 10 22 MT COB intronic #REF! #REF! 1261 18 GATAGGTAGATCTTTACAGATAGGTAGATCTTTACAGATAGGTAGATCTTTACAGATAGG SH13806 13806 26 91 MT COB intronic/exon2 #REF! #REF! 1276 18 CAATGTGACAATTGTGATCAATGTGACAATTGTGATCAATGTGACAATTGTGATCAATGT SH13807 13807 40 127 MT COB Exon2/cytbi2 #REF! #REF! 1291 20 CGATATTTATATTACCTCAACGATATTTATATTACCTCAACGATATTTATATTACCTCAA SH13808 13808 19 150 MT COB Cytbi2 #REF! #REF! 1306 20 TAAATATATTTGAGGCGATATAAATATATTTGAGGCGATATAAATATATTTGAGGCGATA SH13809 13809 52 140 MT COB Cytbi2 #REF! #REF! 1321 27 ATATAAATTAGTTTTATTATATTAAATATATAAATTAGTTTTATTATATTAAATATATAA SH13810 13810 20 38 MT COB Cytbi2 #REF! #REF! 1336 25 TATTAACATTATTATATAAATTAGTTATTAACATTATTATATAAATTAGTTATTAACATT SH13811 13811 26 5 MT COB Cytbi2 #REF! #REF! 1351 27 AAAATATAAATTAATAATATTAACATTAAAATATAAATTAATAATATTAACATTAAAATA SH13812 13812 44 191 MT COB Cytbi2 #REF! #REF! 1366 25 TATAATCGTATAAAAAATATAAATTTATAATCGTATAAAAAATATAAATTTATAATCGTA SH13813 13813 89 108 MT COB Cytbi2 #REF! #REF! 1381 22 TATTTGTCTTATTATAATCGTATATTTGTCTTATTATAATCGTATATTTGTCTTATTATA SH13814 13814 37 107 MT COB Cytbi2 #REF! #REF! 1396 23 ATTCTTTAGTTTTTATTATTTGTATTCTTTAGTTTTTATTATTTGTATTCTTTAGTTTTT SH13815 13815 92 100 MT COB Cytbi2 #REF! #REF! 1411 25 CTTAATTAATATAAGATATTCTTTACTTAATTAATATAAGATATTCTTTACTTAATTAAT SH13816 13816 38 200 MT COB Cytbi2 #REF! #REF! 1426 23 TATAATCTATACTCTTAATTAATTATAATCTATACTCTTAATTAATTATAATCTATACTC SH13817 13817 73 12 MT COB Cytbi2 #REF! #REF! 1441 27 ATATATTTATTTTTATTAATATAATCTATATATTTATTTTTATTAATATAATCTATATAT SH13818 13818 88 43 MT COB Cytbi2 #REF! #REF! 1456 29 TTATATTTAAATTAATTATATATTTATTTTTATATTTAAATTAATTATATATTTATTTTT SH13819 13819 28 51 MT COB Cytbi2 #REF! #REF! 1471 25 TTTCTTATTTGTTATATTTAAATTATTTCTTATTTGTTATATTTAAATTATTTCTTATTT SH13820 13820 37 36 MT COB Cytbi2 #REF! #REF! 1486 25 ATTATTATTTATATCTTTCTTATTTATTATTATTTATATCTTTCTTATTTATTATTATTT SH13821 13821 97 22 MT COB Cytbi2 #REF! #REF! 1501 22 TAATGGACCAATATTATTATTTTAATGGACCAATATTATTATTTTAATGGACCAATATTA SH13822 13822 88 129 MT COB Cytbi2 #REF! #REF! 1516 23 ATAAAATGTTTATATTTAATGGAATAAAATGTTTATATTTAATGGAATAAAATGTTTATA SH13823 13823 9 38 MT COB Cytbi2 #REF! #REF! 1531 22 ACCATAAATAATTGATAAAATGACCATAAATAATTGATAAAATGACCATAAATAATTGAT SH13824 13824 66 139 MT COB Cytbi2 #REF! #REF! 1546 20 CTCCTAATATTGAACCATAACTCCTAATATTGAACCATAACTCCTAATATTGAACCATAA SH13825 13825 66 110 MT COB Cytbi2 #REF! #REF! 1561 15 GCATGACCATCTCCTGCATGACCATCTCCTGCATGACCATCTCCTGCATGACCATCTCCT SH13826 13826 76 43 MT COB Cytbi2 #REF! #REF! 1576 18 CCACCTTTTCTTTTTTCACCACCTTTTCTTTTTTCACCACCTTTTCTTTTTTCACCACCT SH13827 13827 52 201 MT COB Cytbi2 #REF! #REF! 1591 18 ATTCTTGTTCCTTTACCAATTCTTGTTCCTTTACCAATTCTTGTTCCTTTACCAATTCTT SH13828 13828 46 16 MT COB Cytbi2 #REF! #REF! 1606 22 ATATTCTTGTTGAAATACAATTATATTCTTGTTGAAATACAATTATATTCTTGTTGAAAT SH13829 13829 56 63 MT COB Cytbi2 #REF! #REF! 1621 25 TAAATAATTAATATTACAATATTCTTAAATAATTAATATTACAATATTCTTAAATAATTA SH13830 13830 49 101 MT COB Cytbi2 #REF! #REF! 1636 25 ACTATGTAAATAATATAAATAATTAACTATGTAAATAATATAAATAATTAACTATGTAAA SH13831 13831 58 29 MT COB Cytbi2 #REF! #REF! 1651 22 ATTAGCTAATAAACTATGTAAAATTAGCTAATAAACTATGTAAAATTAGCTAATAAACTA SH13832 13832 35 70 MT COB Cytbi2 #REF! #REF! 1666 20 TACAATAACCTAAATTAGCTTACAATAACCTAAATTAGCTTACAATAACCTAAATTAGCT SH13833 13833 102 71 MT COB Cytbi2 #REF! #REF! 1681 22 TAAAGGTAAATTAGTATTACAATAAAGGTAAATTAGTATTACAATAAAGGTAAATTAGTA SH13834 13834 15 119 MT COB Cytbi2 #REF! #REF! 1696 22 TAATCTAGTTTTAATTAAAGGTTAATCTAGTTTTAATTAAAGGTTAATCTAGTTTTAATT SH13835 13835 100 97 MT COB Cytbi2 #REF! #REF! 1711 20 TACCTTTTTTACCTAATCTATACCTTTTTTACCTAATCTATACCTTTTTTACCTAATCTA SH13836 13836 67 115 MT COB Cytbi2 #REF! #REF! 1726 22 TAAATATTGTCTAATTTTACCTTAAATATTGTCTAATTTTACCTTAAATATTGTCTAATT SH13837 13837 4 91 MT COB Cytbi2 #REF! #REF! 1741 24 GTTCATGTATTAAATTTTAAATATGTTCATGTATTAAATTTTAAATATGTTCATGTATTA SH13838 13838 98 95 MT COB Cytbi2 #REF! #REF! 1756 20 ATGAATCATAAGTTCATGTAATGAATCATAAGTTCATGTAATGAATCATAAGTTCATGTA SH13839 13839 78 199 MT COB Cytbi2 #REF! #REF! 1771 23 CTGAATAAATCATATTAAATGAACTGAATAAATCATATTAAATGAACTGAATAAATCATA SH13840 13840 2 213 MT COB Cytbi2 #REF! #REF! 1786 22 TTTAATATACCATTCTGAATAATTTAATATACCATTCTGAATAATTTAATATACCATTCT SH13841 13841 78 37 MT COB Cytbi2 #REF! #REF! 1801 23 CTTTTCCAGATATATTTTTAATACTTTTCCAGATATATTTTTAATACTTTTCCAGATATA SH13842 13842 68 43 MT COB Cytbi2 #REF! #REF! 1816 20 CTTTAATATTACCTTTTCCACTTTAATATTACCTTTTCCACTTTAATATTACCTTTTCCA SH13843 13843 29 51 MT COB Cytbi2 #REF! #REF! 1831 22 TAAAGATTTAGGAATAACTTTATAAAGATTTAGGAATAACTTTATAAAGATTTAGGAATA SH13844 13844 86 72 MT COB Cytbi2 #REF! #REF! 1846 22 AGTTAAATAATTGTCTAAAGATAGTTAAATAATTGTCTAAAGATAGTTAAATAATTGTCT SH13845 13845 92 109 MT COB Cytbi2 #REF! #REF! 1861 20 CTAAAGCTAAAGGAGTTAAACTAAAGCTAAAGGAGTTAAACTAAAGCTAAAGGAGTTAAA SH13846 13846 70 24 MT COB Cytbi2 #REF! #REF! 1876 22 ATCTATAATTCAAATAGCTAAAATCTATAATTCAAATAGCTAAAATCTATAATTCAAATA SH13847 13847 87 46 MT COB Cytbi2 #REF! #REF! 1891 20 ATTTACATCCATCATCTATAATTTACATCCATCATCTATAATTTACATCCATCATCTATA SH13848 13848 33 67 MT COB Cytbi2 #REF! #REF! 1906 22 TTTTAAACCTTTACCTAATTTATTTTAAACCTTTACCTAATTTATTTTAAACCTTTACCT SH13849 13849 2 196 MT COB Cytbi2 #REF! #REF! 1921 22 ACAATTAGTTGTGAATTTTAAAACAATTAGTTGTGAATTTTAAAACAATTAGTTGTGAAT SH13850 13850 99 7 MT COB Cytbi2 #REF! #REF! 1936 23 CATCTTTATAACTAAAACAATTACATCTTTATAACTAAAACAATTACATCTTTATAACTA SH13851 13851 37 143 MT COB Cytbi2 #REF! #REF! 1951 22 AAGTAAATATTGAACATCTTTAAAGTAAATATTGAACATCTTTAAAGTAAATATTGAACA SH13852 13852 26 104 MT COB Cytbi2 #REF! #REF! 1966 25 TTTATTATGTAATAAATAAAGTAAATTTATTATGTAATAAATAAAGTAAATTTATTATGT SH13853 13853 7 79 MT COB Cytbi2 #REF! #REF! 1981 25 AGATTTAATATTATATTTATTATGTAGATTTAATATTATATTTATTATGTAGATTTAATA SH13854 13854 35 116 MT COB Cytbi2 #REF! #REF! 1996 23 CTTTAAGAATAGTAGATTTAATACTTTAAGAATAGTAGATTTAATACTTTAAGAATAGTA SH13855 13855 78 47 MT COB Cytbi2 #REF! #REF! 2011 20 TTTCTTTATTGCCTTTAAGATTTCTTTATTGCCTTTAAGATTTCTTTATTGCCTTTAAGA SH13856 13856 41 74 MT COB Cytbi2 #REF! #REF! 2026 22 AATAACAAATTGTGTATTTTCTAATAACAAATTGTGTATTTTCTAATAACAAATTGTGTA SH13857 13857 65 38 MT COB Cytbi2 #REF! #REF! 2041 22 TTCTTTTCATACATAAATAACATTCTTTTCATACATAAATAACATTCTTTTCATACATAA SH13858 13858 44 112 MT COB Cytbi2 #REF! #REF! 2056 22 TAAAATAGGTATAGATTCTTTTTAAAATAGGTATAGATTCTTTTTAAAATAGGTATAGAT SH13859 13859 32 28 MT COB Cytbi2 #REF! #REF! 2071 23 GAGATACAATTTTAGTTAAAATAGAGATACAATTTTAGTTAAAATAGAGATACAATTTTA SH13860 13860 74 129 MT COB Cytbi2 #REF! #REF! 2086 20 GAATAATATAAGGAGATACAGAATAATATAAGGAGATACAGAATAATATAAGGAGATACA SH13861 13861 35 38 MT COB Cytbi2 #REF! #REF! 2101 23 ATTTATATTTTATACTAGGAATAATTTATATTTTATACTAGGAATAATTTATATTTTATA SH13862 13862 43 206 MT COB Cytbi2 #REF! #REF! 2116 25 TTATAAATAATTACCTAATTTATATTTATAAATAATTACCTAATTTATATTTATAAATAA SH13863 13863 100 172 MT COB cytbi2/intronic #REF! #REF! 2131 27 TAATACTATATATTTTATTATAAATAATAATACTATATATTTTATTATAAATAATAATAC SH13864 13864 79 39 MT COB intronic #REF! #REF! 2146 27 ATATAATAATTAATATAATACTATATAATATAATAATTAATATAATACTATATAATATAA SH13865 13865 42 88 MT COB intronic #REF! #REF! 2161 24 CGCATTATAATAATATAATAATTACGCATTATAATAATATAATAATTACGCATTATAATA SH13866 13866 44 170 MT COB intronic #REF! #REF! 2176 22 TTTTCAATAATATCGCATTATATTTTCAATAATATCGCATTATATTTTCAATAATATCGC SH13867 13867 84 115 MT COB intronic #REF! #REF! 2191 22 TATAATTTTGACATGTTTTCAATATAATTTTGACATGTTTTCAATATAATTTTGACATGT SH13868 13868 3 7 MT COB intronic #REF! #REF! 2206 23 TCTTGTTACTTAATAATATAATTTCTTGTTACTTAATAATATAATTTCTTGTTACTTAAT SH13869 13869 76 4 MT COB intronic #REF! #REF! 2221 17 AACCCACTGTCTTGTTAAACCCACTGTCTTGTTAAACCCACTGTCTTGTTAAACCCACTG SH13870 13870 18 190 MT COB intronic #REF! #REF! 2236 22 TTGGGATCATATAATTATATAATTGGGATCATATAATTATATAATTGGGATCATATAATT SH13871 13871 83 3 MT COB intronic #REF! #REF! 2251 17 GTGTATTCTGTTGGGATGTGTATTCTGTTGGGATGTGTATTCTGTTGGGATGTGTATTCT SH13872 13872 79 170 MT COB intronic #REF! #REF! 2266 22 TATAATAATACCTATTATTGGTTATAATAATACCTATTATTGGTTATAATAATACCTATT SH13873 13873 30 189 MT COB intronic #REF! #REF! 2281 29 CATTAAATATTATTATTTTTTTTATAATACATTAAATATTATTATTTTTTTTATAATACA SH13874 13874 55 132 MT COB intronic #REF! #REF! 2296 23 TCGAATAAACATTAAATATTATTTCGAATAAACATTAAATATTATTTCGAATAAACATTA SH13875 13875 52 176 MT COB intronic #REF! #REF! 2311 23 TATTATAAATTTTCTTCGAATAATATTATAAATTTTCTTCGAATAATATTATAAATTTTC SH13876 13876 65 24 MT COB intronic #REF! #REF! 2326 25 TTGTGTTATAATAATAATATTATAATTGTGTTATAATAATAATATTATAATTGTGTTATA SH13877 13877 45 52 MT COB intronic #REF! #REF! 2341 22 GATTATTAAACCTTGTGTTATAGATTATTAAACCTTGTGTTATAGATTATTAAACCTTGT SH13878 13878 78 18 MT COB intronic #REF! #REF! 2356 27 ATATATAATATATATATATAGATTATTATATATAATATATATATATAGATTATTATATAT SH13879 13879 101 156 MT COB intronic #REF! #REF! 2371 23 ACAGTAGTTATATATATAATATAACAGTAGTTATATATATAATATAACAGTAGTTATATA SH13880 13880 87 36 MT COB intronic #REF! #REF! 2386 20 AATGGAATAATAACAGTAGTAATGGAATAATAACAGTAGTAATGGAATAATAACAGTAGT SH13881 13881 73 113 MT COB intronic #REF! #REF! 2401 22 TATATATTAATTAGGTAAATGGTATATATTAATTAGGTAAATGGTATATATTAATTAGGT SH13882 13882 46 75 MT COB intronic #REF! #REF! 2416 27 AATAATTATAATTCATTATTTATATATAATAATTATAATTCATTATTTATATATAATAAT SH13883 13883 93 96 MT COB intronic #REF! #REF! 2431 27 AAAAATATTAATCATAATAATTATAATAAAAATATTAATCATAATAATTATAATAAAAAT SH13884 13884 64 145 MT COB intronic #REF! #REF! 2446 25 GGGTTATTATTATAAAAATATTAATGGGTTATTATTATAAAAATATTAATGGGTTATTAT SH13885 13885 20 4 MT COB intronic #REF! #REF! 2461 19 GTTATGATGGGGTTATTATGTTATGATGGGGTTATTATGTTATGATGGGGTTATTATGTT SH13886 13886 97 149 MT COB intronic #REF! #REF! 2476 25 ATATAAATGTTATATATAAATGTTAATATAAATGTTATATATAAATGTTAATATAAATGT SH13887 13887 76 153 MT COB intronic #REF! #REF! 2491 25 ATATATAAATGTTATATATAAATGTATATATAAATGTTATATATAAATGTATATATAAAT SH13888 13888 72 133 MT COB intronic #REF! #REF! 2506 26 CCATAATATAAATATTATATATAAATCCATAATATAAATATTATATATAAATCCATAATA SH13889 13889 4 171 MT COB intronic #REF! #REF! 2521 22 ACCTAATAATACCATAATATAAACCTAATAATACCATAATATAAACCTAATAATACCATA SH13890 13890 5 17 MT COB intronic #REF! #REF! 2536 23 ATGAATAAATATTTATACCTAATATGAATAAATATTTATACCTAATATGAATAAATATTT SH13891 13891 66 54 MT COB intronic #REF! #REF! 2551 22 CACTATTTTCTCTTATGAATAACACTATTTTCTCTTATGAATAACACTATTTTCTCTTAT SH13892 13892 76 113 MT COB intronic #REF! #REF! 2566 22 ATAATTCCATTTAATCACTATTATAATTCCATTTAATCACTATTATAATTCCATTTAATC SH13893 13893 90 168 MT COB intronic #REF! #REF! 2581 20 ATCTACCCTTTTTATAATTCATCTACCCTTTTTATAATTCATCTACCCTTTTTATAATTC SH13894 13894 98 172 MT COB intronic #REF! #REF! 2596 21 CCCTGTATTTAATAATATCTACCCTGTATTTAATAATATCTACCCTGTATTTAATAATAT SH13895 13895 31 75 MT COB intronic #REF! #REF! 2611 22 ATTAATATAAATAATACCCTGTATTAATATAAATAATACCCTGTATTAATATAAATAATA SH13896 13896 83 65 MT COB intronic #REF! #REF! 2626 25 CTCAATATTTATTGATTTATTAATACTCAATATTTATTGATTTATTAATACTCAATATTT SH13897 13897 98 86 MT COB intronic #REF! #REF! 2641 25 TTTAATAATAATAATCTCAATATTTTTTAATAATAATAATCTCAATATTTTTTAATAATA SH13898 13898 75 27 MT COB intronic #REF! #REF! 2656 29 TTATAAATTATTATTATTTTTTAATAATATTATAAATTATTATTATTTTTTAATAATATT SH13899 13899 19 95 MT COB intronic #REF! #REF! 2671 28 GAAAATAATATTATTTATAAATTATTATGAAAATAATATTATTTATAAATTATTATGAAA SH13900 13900 89 8 MT COB intronic/exon3 #REF! #REF! 2686 20 GTGCCAAGAAAATAATATTAGTGCCAAGAAAATAATATTAGTGCCAAGAAAATAATATTA SH13901 13901 58 10 MT COB intronic/exon3 #REF! #REF! 2701 18 TTAGTAATAACTAGTGCCTTAGTAATAACTAGTGCCTTAGTAATAACTAGTGCCTTAGTA SH13902 13902 69 185 MT COB Exon3 #REF! #REF! 2716 20 GAATTGCTGAGAATAAATTAGAATTGCTGAGAATAAATTAGAATTGCTGAGAATAAATTA SH13903 13903 56 40 MT COB Exon3 #REF! #REF! 2731 19 GTTACCTACAAATGGAATTGTTACCTACAAATGGAATTGTTACCTACAAATGGAATTGTT SH13904 13904 12 54 MT COB Exon3 #REF! #REF! 2746 20 ATCAAGATACAATATCGTTAATCAAGATACAATATCGTTAATCAAGATACAATATCGTTA SH13905 13905 14 141 MT COB Exon3 #REF! #REF! 2761 17 ACCCACCTCATAATCAAACCCACCTCATAATCAAACCCACCTCATAATCAAACCCACCTC SH13906 13906 15 110 MT COB exon3/cytbi3 #REF! #REF! 2776 18 GGATCCTCTATATTAAACGGATCCTCTATATTAAACGGATCCTCTATATTAAACGGATCC SH13907 13907 15 129 MT COB Cytbi3 #REF! #REF! 2791 23 ATATTATATTACTATAATATGGAATATTATATTACTATAATATGGAATATTATATTACTA SH13908 13908 35 143 MT COB Cytbi3 #REF! #REF! 2806 25 TAAAACAGATTTATTTAATATTATATAAAACAGATTTATTTAATATTATATAAAACAGAT SH13909 13909 96 183 MT COB Cytbi3 #REF! #REF! 2821 20 TATTTCAGCATAAAACAGATTATTTCAGCATAAAACAGATTATTTCAGCATAAAACAGAT SH13910 13910 42 174 MT COB Cytbi3 #REF! #REF! 2836 23 TTATTATTCAAATGAAGATATTTTTATTATTCAAATGAAGATATTTTTATTATTCAAATG SH13911 13911 102 126 MT COB Cytbi3 #REF! #REF! 2851 25 TTGAATAATATAGTAATTTATTATTTTGAATAATATAGTAATTTATTATTTTGAATAATA SH13912 13912 43 15 MT COB Cytbi3 #REF! #REF! 2866 27 TTATTATAAATAATTAATTGAATAATATTATTATAAATAATTAATTGAATAATATTATTA SH13913 13913 58 105 MT COB Cytbi3 #REF! #REF! 2881 27 TTATTTCAAATTATATTATTATAAATATTATTTCAAATTATATTATTATAAATATTATTT SH13914 13914 80 168 MT COB Cytbi3 #REF! #REF! 2896 25 AACTATATTATTTTTATTTCAAATTAACTATATTATTTTTATTTCAAATTAACTATATTA SH13915 13915 71 164 MT COB Cytbi3 #REF! #REF! 2911 27 CTTATAATAAATATTTTAACTATATTACTTATAATAAATATTTTAACTATATTACTTATA SH13916 13916 62 189 MT COB Cytbi3 #REF! #REF! 2926 23 CTAATTTTCTTCTTATAATAAATCTAATTTTCTTCTTATAATAAATCTAATTTTCTTCTT SH13917 13917 29 167 MT COB Cytbi3 #REF! #REF! 2941 23 ATATATTAATTACTGCTAATTTTATATATTAATTACTGCTAATTTTATATATTAATTACT SH13918 13918 25 92 MT COB Cytbi3 #REF! #REF! 2956 29 TAATTAATTTTATATATATATATATATTATAATTAATTTTATATATATATATATATTATA SH13919 13919 101 147 MT COB Cytbi3 #REF! #REF! 2971 23 GTCTCTGAATAATTAATTTTATAGTCTCTGAATAATTAATTTTATAGTCTCTGAATAATT SH13920 13920 90 23 MT COB Cytbi3 #REF! #REF! 2986 20 AATAACTATAAAGTCTCTGAAATAACTATAAAGTCTCTGAAATAACTATAAAGTCTCTGA SH13921 13921 94 87 MT COB Cytbi3 #REF! #REF! 3001 27 TAAATAATAGTATTATTTATATAATAATAAATAATAGTATTATTTATATAATAATAAATA SH13922 13922 2 131 MT COB Cytbi3 #REF! #REF! 3016 23 GATTTTTATCATAAATAATAGTAGATTTTTATCATAAATAATAGTAGATTTTTATCATAA SH13923 13923 81 79 MT COB Cytbi3 #REF! #REF! 3031 23 CTGTGTTTAATTTATGATTTTTACTGTGTTTAATTTATGATTTTTACTGTGTTTAATTTA SH13924 13924 51 185 MT COB Cytbi3 #REF! #REF! 3046 20 AAATAGGATTATCTGTGTTTAAATAGGATTATCTGTGTTTAAATAGGATTATCTGTGTTT SH13925 13925 50 24 MT COB Cytbi3 #REF! #REF! 3061 20 CACCAATATATGCATAAATACACCAATATATGCATAAATACACCAATATATGCATAAATA SH13926 13926 60 138 MT COB Cytbi3 #REF! #REF! 3076 18 CCTTCAAATAAACCACCACCTTCAAATAAACCACCACCTTCAAATAAACCACCACCTTCA SH13927 13927 97 200 MT COB Cytbi3 #REF! #REF! 3091 18 GTAATTCAACCATCTCCTGTAATTCAACCATCTCCTGTAATTCAACCATCTCCTGTAATT SH13928 13928 3 61 MT COB Cytbi3 #REF! #REF! 3106 22 TTTACCTTTTTTTGAAATAGTATTTACCTTTTTTTGAAATAGTATTTACCTTTTTTTGAA SH13929 13929 41 140 MT COB Cytbi3 #REF! #REF! 3121 23 ATTCATATAATAAATATTTACCTATTCATATAATAAATATTTACCTATTCATATAATAAA SH13930 13930 36 147 MT COB Cytbi3 #REF! #REF! 3136 22 TATTTCAATACCTAATTCATATTATTTCAATACCTAATTCATATTATTTCAATACCTAAT SH13931 13931 17 132 MT COB Cytbi3 #REF! #REF! 3151 22 AATATCTCTAATATGTATTTCAAATATCTCTAATATGTATTTCAAATATCTCTAATATGT SH13932 13932 33 5 MT COB Cytbi3 #REF! #REF! 3166 25 AATTTTATATAATAATTGAATATCTAATTTTATATAATAATTGAATATCTAATTTTATAT SH13933 13933 99 148 MT COB Cytbi3 #REF! #REF! 3181 25 ACCTAAAATATTTTTAATTTTATATACCTAAAATATTTTTAATTTTATATACCTAAAATA SH13934 13934 52 99 MT COB Cytbi3 #REF! #REF! 3196 20 CTTTACCAATACCTAAAATACTTTACCAATACCTAAAATACTTTACCAATACCTAAAATA SH13935 13935 48 106 MT COB Cytbi3 #REF! #REF! 3211 25 TTTTAATTTTTTAATTGTTACTTTATTTTAATTTTTTAATTGTTACTTTATTTTAATTTT SH13936 13936 72 4 MT COB Cytbi3 #REF! #REF! 3226 23 TACCATCTTTTATTTTTAATTTTTACCATCTTTTATTTTTAATTTTTACCATCTTTTATT SH13937 13937 45 58 MT COB Cytbi3 #REF! #REF! 3241 20 TTTCTTTAATAGTACCATCTTTTCTTTAATAGTACCATCTTTTCTTTAATAGTACCATCT SH13938 13938 91 162 MT COB Cytbi3 #REF! #REF! 3256 23 TTACATTAAATTTACATATTTCTTTACATTAAATTTACATATTTCTTTACATTAAATTTA SH13939 13939 10 73 MT COB Cytbi3 #REF! #REF! 3271 23 AATGATTTTTATTTCTTACATTAAATGATTTTTATTTCTTACATTAAATGATTTTTATTT SH13940 13940 42 125 MT COB Cytbi3 #REF! #REF! 3286 25 AATAATAATATTCTTTAAATGATTTAATAATAATATTCTTTAAATGATTTAATAATAATA SH13941 13941 38 12 MT COB Cytbi3 #REF! #REF! 3301 23 TATCAAAAATAGGAATAATAATATATCAAAAATAGGAATAATAATATATCAAAAATAGGA SH13942 13942 53 186 MT COB Cytbi3 #REF! #REF! 3316 23 TTAATATAGGATATTTATCAAAATTAATATAGGATATTTATCAAAATTAATATAGGATAT SH13943 13943 61 214 MT COB Cytbi3 #REF! #REF! 3331 23 CATAATGTTTATTAGTTAATATACATAATGTTTATTAGTTAATATACATAATGTTTATTA SH13944 13944 68 130 MT COB Cytbi3 #REF! #REF! 3346 25 TTTAAAATATAAATAATCATAATGTTTTAAAATATAAATAATCATAATGTTTTAAAATAT SH13945 13945 104 135 MT COB Cytbi3 #REF! #REF! 3361 26 CTTTTAATAAATTATCTTTAAAATATCTTTTAATAAATTATCTTTAAAATATCTTTTAAT SH13946 13946 2 161 MT COB Cytbi3 #REF! #REF! 3376 27 TTATAATATTTAATATCTTTTAATAAATTATAATATTTAATATCTTTTAATAAATTATAA SH13947 13947 21 190 MT COB Cytbi3 #REF! #REF! 3391 25 ATAAGATAAATCATTATAATATTTAATAAGATAAATCATTATAATATTTAATAAGATAAA SH13948 13948 46 19 MT COB Cytbi3 #REF! #REF! 3406 21 GGACGTAAATAATAAGATAAAGGACGTAAATAATAAGATAAAGGACGTAAATAATAAGAT SH13949 13949 7 42 MT COB Cytbi3 #REF! #REF! 3421 18 AATGGTTTAATAGGACGTAATGGTTTAATAGGACGTAATGGTTTAATAGGACGTAATGGT SH13950 13950 93 118 MT COB Cytbi3 #REF! #REF! 3436 22 AATATCTTCAAGAGTATTAAATAATATCTTCAAGAGTATTAAATAATATCTTCAAGAGTA SH13951 13951 79 114 MT COB Cytbi3 #REF! #REF! 3451 27 GAAAAATAATTTTTATTTAAAATATCTGAAAAATAATTTTTATTTAAAATATCTGAAAAA SH13952 13952 41 188 MT COB Cytbi3 #REF! #REF! 3466 23 TTAATCATGAAGAAAAATAATTTTTAATCATGAAGAAAAATAATTTTTAATCATGAAGAA SH13953 13953 50 11 MT COB Cytbi3 #REF! #REF! 3481 22 TTCAAAAAAACCAATTAATCATTTCAAAAAAACCAATTAATCATTTCAAAAAAACCAATT SH13954 13954 62 184 MT COB Cytbi3 #REF! #REF! 3496 18 CAACTTTCAGCTTCAAAACAACTTTCAGCTTCAAAACAACTTTCAGCTTCAAAACAACTT SH13955 13955 11 94 MT COB Cytbi3 #REF! #REF! 3511 22 AGGTTTATAAATACTAAAACAAAGGTTTATAAATACTAAAACAAAGGTTTATAAATACTA SH13956 13956 49 8 MT COB Cytbi3 #REF! #REF! 3526 25 TTTTATTTTTTTATTTATAGGTTTATTTTATTTTTTTATTTATAGGTTTATTTTATTTTT SH13957 13957 37 167 MT COB Cytbi3 #REF! #REF! 3541 22 AAAACTAGCAAGTTTTATTTTTAAAACTAGCAAGTTTTATTTTTAAAACTAGCAAGTTTT SH13958 13958 21 11 MT COB Cytbi3 #REF! #REF! 3556 20 TTTGAGATACTTCAAAACTATTTGAGATACTTCAAAACTATTTGAGATACTTCAAAACTA SH13959 13959 78 59 MT COB Cytbi3 #REF! #REF! 3571 22 AACTTCTATACTATTATTTTGAAACTTCTATACTATTATTTTGAAACTTCTATACTATTA SH13960 13960 38 6 MT COB Cytbi3 #REF! #REF! 3586 22 TTTAATAGCTAATATAACTTCTTTTAATAGCTAATATAACTTCTTTTAATAGCTAATATA SH13961 13961 39 4 MT COB Cytbi3 #REF! #REF! 3601 25 AGTAATTTTTAAATATGATTTAATAAGTAATTTTTAAATATGATTTAATAAGTAATTTTT SH13962 13962 50 75 MT COB Cytbi3 #REF! #REF! 3616 24 GTATAAATATTTTGAGTAATTTTTGTATAAATATTTTGAGTAATTTTTGTATAAATATTT SH13963 13963 36 96 MT COB Cytbi3 #REF! #REF! 3631 25 ATTATTAAATTTATCTGTATAAATAATTATTAAATTTATCTGTATAAATAATTATTAAAT SH13964 13964 64 125 MT COB Cytbi3 #REF! #REF! 3646 23 GTGTTATTCTTGAATTATTAAATGTGTTATTCTTGAATTATTAAATGTGTTATTCTTGAA SH13965 13965 90 184 MT COB Cytbi3 #REF! #REF! 3661 23 CATTAATACTTTTAAGTGTTATTCATTAATACTTTTAAGTGTTATTCATTAATACTTTTA SH13966 13966 35 166 MT COB Cytbi3 #REF! #REF! 3676 23 CAACATTTTTAATACCATTAATACAACATTTTTAATACCATTAATACAACATTTTTAATA SH13967 13967 54 82 MT COB Cytbi3 #REF! #REF! 3691 25 ATTATTAATAAATATTACAACATTTATTATTAATAAATATTACAACATTTATTATTAATA SH13968 13968 84 24 MT COB Cytbi3 #REF! #REF! 3706 23 ATTTAATAGGGTTATTATTAATAATTTAATAGGGTTATTATTAATAATTTAATAGGGTTA SH13969 13969 77 96 MT COB Cytbi3 #REF! #REF! 3721 25 TTTTTTATAACCTAATAATTTAATATTTTTTATAACCTAATAATTTAATATTTTTTATAA SH13970 13970 16 187 MT COB Cytbi3 #REF! #REF! 3736 27 AATAATAAATATTGTAATTTTTTATAAAATAATAAATATTGTAATTTTTTATAAAATAAT SH13971 13971 78 206 MT COB Cytbi3 #REF! #REF! 3751 25 TAAATCTTTTAAGAATAATAAATATTAAATCTTTTAAGAATAATAAATATTAAATCTTTT SH13972 13972 64 184 MT COB Cytbi3 #REF! #REF! 3766 20 GAATAAGACGTAAATCTTTTGAATAAGACGTAAATCTTTTGAATAAGACGTAAATCTTTT SH13973 13973 51 68 MT COB Cytbi3 #REF! #REF! 3781 27 TTAAAATAATTATTATATTTAAGAATATTAAAATAATTATTATATTTAAGAATATTAAAA SH13974 13974 32 145 MT COB Cytbi3 #REF! #REF! 3796 22 AGGAGGAATTTTAAAATAATTAAGGAGGAATTTTAAAATAATTAAGGAGGAATTTTAAAA SH13975 13975 43 97 MT COB cytbi3/intron #REF! #REF! 3811 20 AAGATTAATATTTAGGAGGAAAGATTAATATTTAGGAGGAAAGATTAATATTTAGGAGGA SH13976 13976 13 76 MT COB cytbi3/intron #REF! #REF! 3826 27 TATTATTATTATATTTTTATATAAGATTATTATTATTATATTTTTATATAAGATTATTAT SH13977 13977 66 94 MT COB intronic #REF! #REF! 3841 29 TATATAATATATAAATATATTATTATTATTATATAATATATAAATATATTATTATTATTA SH13978 13978 18 174 MT COB intronic #REF! #REF! 3856 27 TTGTTTATATAATTATATAATATATAATTGTTTATATAATTATATAATATATAATTGTTT SH13979 13979 65 85 MT COB intronic #REF! #REF! 3871 27 TATATAAATTATATTTTGTTTATATAATATATAAATTATATTTTGTTTATATAATATATA SH13980 13980 8 151 MT COB intronic #REF! #REF! 3886 29 TTTATAATAAATAATTATATATAAATTATTTTATAATAAATAATTATATATAAATTATTT SH13981 13981 60 178 MT COB intronic #REF! #REF! 3901 23 CGGACTATATTTATAATAAATAACGGACTATATTTATAATAAATAACGGACTATATTTAT SH13982 13982 38 137 MT COB intronic #REF! #REF! 3916 13 CGGGCCGGACTATCGGGCCGGACTATCGGGCCGGACTATCGGGCCGGACTATCGGGCCGG SH13983 13983 75 61 MT COB intronic #REF! #REF! 3931 13 GTCCGCCCCGCGGGTCCGCCCCGCGGGTCCGCCCCGCGGGTCCGCCCCGCGGGTCCGCCC SH13984 13984 54 139 MT COB intronic #REF! #REF! 3946 13 CCTCACTCCTCCGCCTCACTCCTCCGCCTCACTCCTCCGCCTCACTCCTCCGCCTCACTC SH13985 13985 53 166 MT COB intronic #REF! #REF! 3961 13 GAATAGGGAGGGGGAATAGGGAGGGGGAATAGGGAGGGGGAATAGGGAGGGGGAATAGGG SH13986 13986 24 133 MT COB intronic #REF! #REF! 3976 13 GTCCCCCTCCCGTGTCCCCCTCCCGTGTCCCCCTCCCGTGTCCCCCTCCCGTGTCCCCCT SH13987 13987 62 190 MT COB intronic #REF! #REF! 3991 13 CTCCTTCGGGGTTCTCCTTCGGGGTTCTCCTTCGGGGTTCTCCTTCGGGGTTCTCCTTCG SH13988 13988 82 55 MT COB intronic #REF! #REF! 4006 27 GATAATAATATATTTAATATATAATTAGATAATAATATATTTAATATATAATTAGATAAT SH13989 13989 40 168 MT COB intronic #REF! #REF! 4021 25 GGAATTATTTATTGATAATAATATAGGAATTATTTATTGATAATAATATAGGAATTATTT SH13990 13990 89 201 MT COB intronic #REF! #REF! 4036 22 AAATAGTTCAAAGGAATTATTTAAATAGTTCAAAGGAATTATTTAAATAGTTCAAAGGAA SH13991 13991 25 132 MT COB intronic #REF! #REF! 4051 27 AATAAATATAATAAAATAATAAATAGTAATAAATATAATAAAATAATAAATAGTAATAAA SH13992 13992 17 197 MT COB intronic #REF! #REF! 4066 22 TGAAGGAGAAAATAAATATAATTGAAGGAGAAAATAAATATAATTGAAGGAGAAAATAAA SH13993 13993 69 95 MT COB intronic #REF! #REF! 4081 23 TAATAAAAATTAATAATGAAGGATAATAAAAATTAATAATGAAGGATAATAAAAATTAAT SH13994 13994 93 88 MT COB intronic #REF! #REF! 4096 25 GATAAGATTTTAATTATTAATAAAAGATAAGATTTTAATTATTAATAAAAGATAAGATTT SH13995 13995 23 191 MT COB intronic #REF! #REF! 4111 22 ATACCATAAAATGATAAGATTTATACCATAAAATGATAAGATTTATACCATAAAATGATA SH13996 13996 38 86 MT COB intronic #REF! #REF! 4126 23 TAAAATAGAAATAAAAATACCATTAAAATAGAAATAAAAATACCATTAAAATAGAAATAA SH13997 13997 32 205 MT COB intronic #REF! #REF! 4141 20 GTTTCGATATCCTAAAATAGGTTTCGATATCCTAAAATAGGTTTCGATATCCTAAAATAG SH13998 13998 63 148 MT COB intronic #REF! #REF! 4156 23 TATACTTTTTAATTTATAGTTTCTATACTTTTTAATTTATAGTTTCTATACTTTTTAATT SH13999 13999 71 104 MT COB intronic #REF! #REF! 4171 27 AAATTATAATTAATAAAATTATACTTTAAATTATAATTAATAAAATTATACTTTAAATTA SH14000 14000 43 151 MT COB intronic #REF! #REF! 4186 27 TTATTTATTAATCATAAATTATAATTATTATTTATTAATCATAAATTATAATTATTATTT SH14001 14001 28 153 MT COB intronic #REF! #REF! 4201 25 AAGTTTTTATTTCTTATTTATTAATAAGTTTTTATTTCTTATTTATTAATAAGTTTTTAT SH14002 14002 14 7 MT COB intronic #REF! #REF! 4216 23 AATATTACTTCTAAAGTTTTTATAATATTACTTCTAAAGTTTTTATAATATTACTTCTAA SH14003 14003 61 212 MT COB intronic #REF! #REF! 4231 25 TATAAAAAAAAAAGATAAATATTACTATAAAAAAAAAAGATAAATATTACTATAAAAAAA SH14004 14004 26 158 MT COB intronic #REF! #REF! 4246 27 TAATCATAATATTTATTTATAAAAAAATAATCATAATATTTATTTATAAAAAAATAATCA SH14005 14005 48 107 MT COB intronic #REF! #REF! 4261 25 AATGATTATATATTAATCATAATATAATGATTATATATTAATCATAATATAATGATTATA SH14006 14006 87 130 MT COB intronic #REF! #REF! 4276 27 ATATATAAATATTTATAAATGATTATAATATATAAATATTTATAAATGATTATAATATAT SH14007 14007 10 173 MT COB intronic #REF! #REF! 4291 27 TGTATATATATAATTATATATAAATATTGTATATATATAATTATATATAAATATTGTATA SH14008 14008 39 120 MT COB intronic #REF! #REF! 4306 23 AATCCTATTTATGTATATATATAAATCCTATTTATGTATATATATAAATCCTATTTATGT SH14009 14009 10 39 MT COB intronic #REF! #REF! 4321 20 GGACTATATCTTAATCCTATGGACTATATCTTAATCCTATGGACTATATCTTAATCCTAT SH14010 14010 12 188 MT COB intronic #REF! #REF! 4336 18 CACTATATTGTTCGGACTCACTATATTGTTCGGACTCACTATATTGTTCGGACTCACTAT SH14011 14011 77 123 MT COB intronic #REF! #REF! 4351 22 AAAACTATTATCAATATATCACAAAACTATTATCAATATATCACAAAACTATTATCAATA SH14012 14012 18 34 MT COB intronic #REF! #REF! 4366 22 ATAGTTACATATTTGAAAACTAATAGTTACATATTTGAAAACTAATAGTTACATATTTGA SH14013 14013 86 138 MT COB intron/exon4 #REF! #REF! 4381 22 GCTTTTAATGTTTAAATAGTTAGCTTTTAATGTTTAAATAGTTAGCTTTTAATGTTTAAA SH14014 14014 9 70 MT COB intron/exon4 #REF! #REF! 4396 19 GTTAGATACTGAGCTTTTAGTTAGATACTGAGCTTTTAGTTAGATACTGAGCTTTTAGTT SH14015 14015 47 128 MT COB Exon4 #REF! #REF! 4411 17 TCTGGATTAGAGGGTTATCTGGATTAGAGGGTTATCTGGATTAGAGGGTTATCTGGATTA SH14016 14016 34 4 MT COB Exon4 #REF! #REF! 4426 17 GTAACGCAAAGAATCTCGTAACGCAAAGAATCTCGTAACGCAAAGAATCTCGTAACGCAA SH14017 14017 43 135 MT COB Exon4 #REF! #REF! 4441 22 GATAAAAGGTACTAAATAATGTGATAAAAGGTACTAAATAATGTGATAAAAGGTACTAAA SH14018 14018 4 47 MT COB Exon4 #REF! #REF! 4456 19 CATTGCAGCAATGATAAAACATTGCAGCAATGATAAAACATTGCAGCAATGATAAAACAT SH14019 14019 57 77 MT COB Exon4 #REF! #REF! 4471 22 CATTAAATGCATAATAACCATTCATTAAATGCATAATAACCATTCATTAAATGCATAATA SH14020 14020 25 93 MT COB Exon4 #REF! #REF! 4486 20 GAATATGTAATGCCATTAAAGAATATGTAATGCCATTAAAGAATATGTAATGCCATTAAA SH14021 14021 75 205 MT COB Exon4 #REF! #REF! 4501 20 GATTAGATGAACCATGAATAGATTAGATGAACCATGAATAGATTAGATGAACCATGAATA SH14022 14022 19 81 MT COB Exon4 #REF! #REF! 4516 20 CTGTAATACCTAATGGATTACTGTAATACCTAATGGATTACTGTAATACCTAATGGATTA SH14023 14023 53 105 MT COB Exon4 #REF! #REF! 4531 20 TTCTATCTAAATTACCTGTATTCTATCTAAATTACCTGTATTCTATCTAAATTACCTGTA SH14024 14024 39 197 MT COB Exon4 #REF! #REF! 4546 18 GAATGCATTGGAATTCTAGAATGCATTGGAATTCTAGAATGCATTGGAATTCTAGAATGC SH14025 14025 55 106 MT COB Exon4 #REF! #REF! 4561 23 AATCTTTAAAAATAAAGTATGAAAATCTTTAAAAATAAAGTATGAAAATCTTTAAAAATA SH14026 14026 23 176 MT COB Exon4 #REF! #REF! 4576 22 GAAAACAGTTACTAAATCTTTAGAAAACAGTTACTAAATCTTTAGAAAACAGTTACTAAA SH14027 14027 35 49 MT COB Exon4 #REF! #REF! 4591 23 AAATTAACATAAATAAGAAAACAAAATTAACATAAATAAGAAAACAAAATTAACATAAAT SH14028 14028 84 92 MT COB Exon4 #REF! #REF! 4606 22 TACAAATAATGCTAAAATTAACTACAAATAATGCTAAAATTAACTACAAATAATGCTAAA SH14029 14029 45 90 MT COB Exon4 #REF! #REF! 4621 20 TAGGTGAATAGAATACAAATTAGGTGAATAGAATACAAATTAGGTGAATAGAATACAAAT SH14030 14030 65 98 MT COB Exon4 #REF! #REF! 4636 18 TGACCTAAAGTATTAGGTTGACCTAAAGTATTAGGTTGACCTAAAGTATTAGGTTGACCT SH14031 14031 86 30 MT COB exon4/cytbi4 #REF! #REF! 4651 20 ATAATAAGGCCATATTTTGAATAATAAGGCCATATTTTGAATAATAAGGCCATATTTTGA SH14032 14032 53 48 MT COB Cytbi4 #REF! #REF! 4666 25 ATTAATTACATATGTAATTAATAATATTAATTACATATGTAATTAATAATATTAATTACA SH14033 14033 53 185 MT COB Cytbi4 #REF! #REF! 4681 22 AGCACATAAAATATTAATTACAAGCACATAAAATATTAATTACAAGCACATAAAATATTA SH14034 14034 38 195 MT COB Cytbi4 #REF! #REF! 4696 16 CCAGCATACAGCACATCCAGCATACAGCACATCCAGCATACAGCACATCCAGCATACAGC SH14035 14035 57 116 MT COB Cytbi4 #REF! #REF! 4711 23 GATATTTAATAAATAAAGATTTCGATATTTAATAAATAAAGATTTCGATATTTAATAAAT SH14036 14036 82 144 MT COB Cytbi4 #REF! #REF! 4726 25 ATTATAAATTTTTCATTGATATTTAATTATAAATTTTTCATTGATATTTAATTATAAATT SH14037 14037 50 121 MT COB Cytbi4 #REF! #REF! 4741 25 ATAATATAGAGTTTTATTATAAATTATAATATAGAGTTTTATTATAAATTATAATATAGA SH14038 14038 18 200 MT COB Cytbi4 #REF! #REF! 4756 25 ATTTTGAATAATAAAATAATATAGAATTTTGAATAATAAAATAATATAGAATTTTGAATA SH14039 14039 33 80 MT COB Cytbi4 #REF! #REF! 4771 25 TTTTGTATTTAAAATATTTTGAATATTTTGTATTTAAAATATTTTGAATATTTTGTATTT SH14040 14040 5 62 MT COB Cytbi4 #REF! #REF! 4786 25 GAAATTATTTAATTGTTTTGTATTTGAAATTATTTAATTGTTTTGTATTTGAAATTATTT SH14041 14041 85 153 MT COB Cytbi4 #REF! #REF! 4801 25 ATTAAATTTTAATACGAAATTATTTATTAAATTTTAATACGAAATTATTTATTAAATTTT SH14042 14042 63 139 MT COB Cytbi4 #REF! #REF! 4816 22 TTGCTTTGTTCAATTAAATTTTTTGCTTTGTTCAATTAAATTTTTTGCTTTGTTCAATTA SH14043 14043 75 17 MT COB Cytbi4 #REF! #REF! 4831 25 AATATTTATTTTATTATATTGCTTTAATATTTATTTTATTATATTGCTTTAATATTTATT SH14044 14044 43 74 MT COB Cytbi4 #REF! #REF! 4846 23 ATAAATCACTTACAATATTTATTATAAATCACTTACAATATTTATTATAAATCACTTACA SH14045 14045 98 34 MT COB Cytbi4 #REF! #REF! 4861 21 CTATTGGGATTAAATAAATCACTATTGGGATTAAATAAATCACTATTGGGATTAAATAAA SH14046 14046 96 158 MT COB Cytbi4 #REF! #REF! 4876 23 TATAATAATATTTTACTCTATTGTATAATAATATTTTACTCTATTGTATAATAATATTTT SH14047 14047 63 37 MT COB Cytbi4 #REF! #REF! 4891 22 CTGATTATCTTCTTTATAATAACTGATTATCTTCTTTATAATAACTGATTATCTTCTTTA SH14048 14048 25 187 MT COB Cytbi4 #REF! #REF! 4906 17 TGGTTACCTGCTGATTATGGTTACCTGCTGATTATGGTTACCTGCTGATTATGGTTACCT SH14049 14049 21 141 MT COB Cytbi4 #REF! #REF! 4921 22 AGTATTAGAAGAATTTATATTGAGTATTAGAAGAATTTATATTGAGTATTAGAAGAATTT SH14050 14050 36 128 MT COB Cytbi4 #REF! #REF! 4936 18 CTCGTTAAGTGAGTATTACTCGTTAAGTGAGTATTACTCGTTAAGTGAGTATTACTCGTT SH14051 14051 41 52 MT COB Cytbi4 #REF! #REF! 4951 23 CTAATAAATTCTTTTTATTACTCCTAATAAATTCTTTTTATTACTCCTAATAAATTCTTT SH14052 14052 10 66 MT COB Cytbi4 #REF! #REF! 4966 20 CTGAAGTATCTACTAATAAACTGAAGTATCTACTAATAAACTGAAGTATCTACTAATAAA SH14053 14053 77 104 MT COB Cytbi4 #REF! #REF! 4981 16 GCGTGTAGTCTCTGAAGCGTGTAGTCTCTGAAGCGTGTAGTCTCTGAAGCGTGTAGTCTC SH14054 14054 85 26 MT COB Cytbi4 #REF! #REF! 4996 23 AATTAAATTTATTTTTTAGTGTGAATTAAATTTATTTTTTAGTGTGAATTAAATTTATTT SH14055 14055 99 9 MT COB Cytbi4 #REF! #REF! 5011 29 TATTAAAAATATTTAATAAATAATTAAATTATTAAAAATATTTAATAAATAATTAAATTA SH14056 14056 48 71 MT COB Cytbi4 #REF! #REF! 5026 29 GATTTATTTTTTTTATATTAAAAATATTTGATTTATTTTTTTTATATTAAAAATATTTGA SH14057 14057 27 10 MT COB Cytbi4 #REF! #REF! 5041 25 AAGAATAATTTGATTTATTTTTTTTAAGAATAATTTGATTTATTTTTTTTAAGAATAATT SH14058 14058 26 29 MT COB Cytbi4 #REF! #REF! 5056 23 TATAATGTCTTTTAAGAATAATTTATAATGTCTTTTAAGAATAATTTATAATGTCTTTTA SH14059 14059 14 143 MT COB Cytbi4 #REF! #REF! 5071 23 TATCTTTATAAATACTATAATGTTATCTTTATAAATACTATAATGTTATCTTTATAAATA SH14060 14060 20 153 MT COB Cytbi4 #REF! #REF! 5086 23 TAAATCTAATATTACTATCTTTATAAATCTAATATTACTATCTTTATAAATCTAATATTA SH14061 14061 14 36 MT COB Cytbi4 #REF! #REF! 5101 20 CCAATCATTGGTTAAATCTACCAATCATTGGTTAAATCTACCAATCATTGGTTAAATCTA SH14062 14062 50 36 MT COB Cytbi4 #REF! #REF! 5116 17 CAATTAAACCGGCCAATCAATTAAACCGGCCAATCAATTAAACCGGCCAATCAATTAAAC SH14063 14063 87 22 MT COB Cytbi4 #REF! #REF! 5131 17 AATAACCATCTCCGTCAAATAACCATCTCCGTCAAATAACCATCTCCGTCAAATAACCAT SH14064 14064 102 17 MT COB Cytbi4 #REF! #REF! 5146 25 ATATTTATTTTTAGTAATACAAAAAATATTTATTTTTAGTAATACAAAAAATATTTATTT SH14065 14065 41 8 MT COB Cytbi4 #REF! #REF! 5161 20 CACAAGATGCATATTTATTTCACAAGATGCATATTTATTTCACAAGATGCATATTTATTT SH14066 14066 95 45 MT COB Cytbi4 #REF! #REF! 5176 20 ATTCTACAAGAATTTCACAAATTCTACAAGAATTTCACAAATTCTACAAGAATTTCACAA SH14067 14067 73 106 MT COB Cytbi4 #REF! #REF! 5191 22 CATTTTTTCATCTTTTAATTCTCATTTTTTCATCTTTTAATTCTCATTTTTTCATCTTTT SH14068 14068 69 107 MT COB Cytbi4 #REF! #REF! 5206 20 GGATTTGTCTTAACATTTTTGGATTTGTCTTAACATTTTTGGATTTGTCTTAACATTTTT SH14069 14069 48 80 MT COB Cytbi4 #REF! #REF! 5221 20 CACCAAATTTATCTTGGATTCACCAAATTTATCTTGGATTCACCAAATTTATCTTGGATT SH14070 14070 78 176 MT COB Cytbi4 #REF! #REF! 5236 18 AATTTTACAGAACCACCAAATTTTACAGAACCACCAAATTTTACAGAACCACCAAATTTT SH14071 14071 93 182 MT COB Cytbi4 #REF! #REF! 5251 19 CTTAACACCTGATCTTAATCTTAACACCTGATCTTAATCTTAACACCTGATCTTAATCTT SH14072 14072 68 213 MT COB Cytbi4 #REF! #REF! 5266 20 ATCTATATCTAATAGCCTTAATCTATATCTAATAGCCTTAATCTATATCTAATAGCCTTA SH14073 14073 6 84 MT COB Cytbi4 #REF! #REF! 5281 21 CCTTCTTTATTTTGTAATCTACCTTCTTTATTTTGTAATCTACCTTCTTTATTTTGTAAT SH14074 14074 70 95 MT COB Cytbi4 #REF! #REF! 5296 23 TAATTAATTTAATTATACCTTCTTAATTAATTTAATTATACCTTCTTAATTAATTTAATT SH14075 14075 52 78 MT COB Cytbi4 #REF! #REF! 5311 20 CATTAACGGCATTAATTAATCATTAACGGCATTAATTAATCATTAACGGCATTAATTAAT SH14076 14076 81 16 MT COB Cytbi4 #REF! #REF! 5326 21 CTATTACGAATATTACCATTACTATTACGAATATTACCATTACTATTACGAATATTACCA SH14077 14077 94 50 MT COB Cytbi4 #REF! #REF! 5341 22 TTGTACTAATCTTTTACTATTATTGTACTAATCTTTTACTATTATTGTACTAATCTTTTA SH14078 14078 30 12 MT COB Cytbi4 #REF! #REF! 5356 22 ACATACTTTATTAAATTGTACTACATACTTTATTAAATTGTACTACATACTTTATTAAAT SH14079 14079 14 103 MT COB Cytbi4 #REF! #REF! 5371 23 CGATATTTAATAAAATACATACTCGATATTTAATAAAATACATACTCGATATTTAATAAA SH14080 14080 22 29 MT COB Cytbi4 #REF! #REF! 5386 21 GGTTCTTTAAAATCGATATTTGGTTCTTTAAAATCGATATTTGGTTCTTTAAAATCGATA SH14081 14081 98 125 MT COB Cytbi4 #REF! #REF! 5401 22 TTTAGTTAATTTAATAGGTTCTTTTAGTTAATTTAATAGGTTCTTTTAGTTAATTTAATA SH14082 14082 73 214 MT COB Cytbi4 #REF! #REF! 5416 20 ATCAAGCATTATCTTTAGTTATCAAGCATTATCTTTAGTTATCAAGCATTATCTTTAGTT SH14083 14083 51 188 MT COB Cytbi4 #REF! #REF! 5431 20 CAAAGAACCCTATAAATCAACAAAGAACCCTATAAATCAACAAAGAACCCTATAAATCAA SH14084 14084 87 174 MT COB Cytbi4 #REF! #REF! 5446 17 TACCATCAGCATCAAAGTACCATCAGCATCAAAGTACCATCAGCATCAAAGTACCATCAG SH14085 14085 4 130 MT COB Cytbi4 #REF! #REF! 5461 23 CGGAATAATAATAATTAATAGTACGGAATAATAATAATTAATAGTACGGAATAATAATAA SH14086 14086 95 157 MT COB Cytbi4 #REF! #REF! 5476 22 AATTTTTAATTTACCGGAATAAAATTTTTAATTTACCGGAATAAAATTTTTAATTTACCG SH14087 14087 76 95 MT COB Cytbi4 #REF! #REF! 5491 21 GTTAATTGAGGTCTAATTTTTGTTAATTGAGGTCTAATTTTTGTTAATTGAGGTCTAATT SH14088 14088 79 13 MT COB Cytbi4 #REF! #REF! 5506 20 TTGTAACGCTAATAGTTAATTTGTAACGCTAATAGTTAATTTGTAACGCTAATAGTTAAT SH14089 14089 81 78 MT COB Cytbi4 #REF! #REF! 5521 23 CATCATGTAAATATTTATTTGTACATCATGTAAATATTTATTTGTACATCATGTAAATAT SH14090 14090 82 25 MT COB Cytbi4 #REF! #REF! 5536 20 TATAGTATTCAACATCATGTTATAGTATTCAACATCATGTTATAGTATTCAACATCATGT SH14091 14091 29 205 MT COB Cytbi4 #REF! #REF! 5551 18 CCAAATACTTCTCTATAGCCAAATACTTCTCTATAGCCAAATACTTCTCTATAGCCAAAT SH14092 14092 95 164 MT COB Cytbi4 #REF! #REF! 5566 20 CAAAATAAATATTACCACCACAAAATAAATATTACCACCACAAAATAAATATTACCACCA SH14093 14093 100 24 MT COB Cytbi4 #REF! #REF! 5581 21 CCATTTTTAGCTTTATCAAAACCATTTTTAGCTTTATCAAAACCATTTTTAGCTTTATCA SH14094 14094 43 33 MT COB Cytbi4 #REF! #REF! 5596 22 AGATCATTTAAAATAACCATTTAGATCATTTAAAATAACCATTTAGATCATTTAAAATAA SH14095 14095 4 88 MT COB Cytbi4 #REF! #REF! 5611 23 ATTCTTTATTATTAATAGATCATATTCTTTATTATTAATAGATCATATTCTTTATTATTA SH14096 14096 85 146 MT COB Cytbi4 #REF! #REF! 5626 25 ATAAAAAATATTATGTAATTCTTTAATAAAAAATATTATGTAATTCTTTAATAAAAAATA SH14097 14097 69 117 MT COB Cytbi4 #REF! #REF! 5641 25 ACTTTTATTATAAAGATAAAAAATAACTTTTATTATAAAGATAAAAAATAACTTTTATTA SH14098 14098 90 98 MT COB Cytbi4 #REF! #REF! 5656 20 TAGAAGGACAACTTTTATTATAGAAGGACAACTTTTATTATAGAAGGACAACTTTTATTA SH14099 14099 75 146 MT COB Cytbi4 #REF! #REF! 5671 22 TTTACCTTTATTAGATTTAGAATTTACCTTTATTAGATTTAGAATTTACCTTTATTAGAT SH14100 14100 27 140 MT COB Cytbi4 #REF! #REF! 5686 22 AATTAAAAATAAACGTTTACCTAATTAAAAATAAACGTTTACCTAATTAAAAATAAACGT SH14101 14101 67 113 MT COB Cytbi4 #REF! #REF! 5701 27 TATAAATAATAAAATTTATCAATTAAATATAAATAATAAAATTTATCAATTAAATATAAA SH14102 14102 4 203 MT COB Cytbi4 #REF! #REF! 5716 24 GCTAATAAATCATATAAATAATAAGCTAATAAATCATATAAATAATAAGCTAATAAATCA SH14103 14103 68 48 MT COB Cytbi4 #REF! #REF! 5731 20 GTGCTTTAAAAGCTAATAAAGTGCTTTAAAAGCTAATAAAGTGCTTTAAAAGCTAATAAA SH14104 14104 98 117 MT COB Cytbi4 #REF! #REF! 5746 17 CAGTATTATGAGGTGCTCAGTATTATGAGGTGCTCAGTATTATGAGGTGCTCAGTATTAT SH14105 14105 44 93 MT COB Cytbi4 #REF! #REF! 5761 20 ATCAAGCTTTATATAAAGCAATCAAGCTTTATATAAAGCAATCAAGCTTTATATAAAGCA SH14106 14106 52 145 MT COB Cytbi4 #REF! #REF! 5776 24 CATTTTTCATTAAATTTTAATCAACATTTTTCATTAAATTTTAATCAACATTTTTCATTA SH14107 14107 68 140 MT COB cytbi4/intronic #REF! #REF! 5791 25 AATTTAATTATTATTTCATTTTTCAAATTTAATTATTATTTCATTTTTCAAATTTAATTA SH14108 14108 55 94 MT COB cytbi4/intronic #REF! #REF! 5806 22 GAATACGGAGAAAATTTAATTAGAATACGGAGAAAATTTAATTAGAATACGGAGAAAATT SH14109 14109 24 128 MT COB intronic #REF! #REF! 5821 22 AGATAATATAATAATGAATACGAGATAATATAATAATGAATACGAGATAATATAATAATG SH14110 14110 30 32 MT COB intronic #REF! #REF! 5836 27 CTTTAAATATTTTATAAATTAGATAATCTTTAAATATTTTATAAATTAGATAATCTTTAA SH14111 14111 36 114 MT COB intronic #REF! #REF! 5851 23 TTATAAGGAATCTTTAAATATTTTTATAAGGAATCTTTAAATATTTTTATAAGGAATCTT SH14112 14112 42 150 MT COB intronic #REF! #REF! 5866 22 AAGATGTTATATTATTATAAGGAAGATGTTATATTATTATAAGGAAGATGTTATATTATT SH14113 14113 85 156 MT COB intronic #REF! #REF! 5881 22 TAACAATAATTTACAAAGATGTTAACAATAATTTACAAAGATGTTAACAATAATTTACAA SH14114 14114 36 59 MT COB intronic #REF! #REF! 5896 25 AATAATTTATATTATCTTTAACAATAATAATTTATATTATCTTTAACAATAATAATTTAT SH14115 14115 54 180 MT COB intronic #REF! #REF! 5911 22 CTACCGATTCATAATAATTTATCTACCGATTCATAATAATTTATCTACCGATTCATAATA SH14116 14116 97 206 MT COB intronic #REF! #REF! 5926 20 GTAAAAATATAATCTACCGAGTAAAAATATAATCTACCGAGTAAAAATATAATCTACCGA SH14117 14117 96 41 MT COB intronic #REF! #REF! 5941 25 GAATTTTATTTAATAAGATTGTAAAGAATTTTATTTAATAAGATTGTAAAGAATTTTATT SH14118 14118 40 189 MT COB intronic #REF! #REF! 5956 22 GTTTAATGATCAGAATTTTATTGTTTAATGATCAGAATTTTATTGTTTAATGATCAGAAT SH14119 14119 36 163 MT COB intronic #REF! #REF! 5971 22 TATTTCTTCAATCATGTTTAATTATTTCTTCAATCATGTTTAATTATTTCTTCAATCATG SH14120 14120 63 44 MT COB intronic #REF! #REF! 5986 23 TTTCATAAACTATTATTATTTCTTTTCATAAACTATTATTATTTCTTTTCATAAACTATT SH14121 14121 102 130 MT COB intronic #REF! #REF! 6001 22 ATTACACTATCTTATTTCATAAATTACACTATCTTATTTCATAAATTACACTATCTTATT SH14122 14122 49 105 MT COB intronic #REF! #REF! 6016 23 CTTCATAAAAATTTATATTACACCTTCATAAAAATTTATATTACACCTTCATAAAAATTT SH14123 14123 64 209 MT COB intronic #REF! #REF! 6031 20 AATGGACTATATCTTCATAAAATGGACTATATCTTCATAAAATGGACTATATCTTCATAA SH14124 14124 32 200 MT COB intronic #REF! #REF! 6046 23 CTTTTATAATAAATATAAAATGGCTTTTATAATAAATATAAAATGGCTTTTATAATAAAT SH14125 14125 43 175 MT COB intron/exon5 #REF! #REF! 6061 20 GTTATCAGGATGCTTTTATAGTTATCAGGATGCTTTTATAGTTATCAGGATGCTTTTATA SH14126 14126 5 78 MT COB Exon5 #REF! #REF! 6076 20 ATTACCAGGAATATAGTTATATTACCAGGAATATAGTTATATTACCAGGAATATAGTTAT SH14127 14127 86 189 MT COB Exon5 #REF! #REF! 6091 18 GTGTTACTAAAGGATTACGTGTTACTAAAGGATTACGTGTTACTAAAGGATTACGTGTTA SH14128 14128 14 61 MT COB exon5/intron #REF! #REF! 6106 17 ATCAATAGATGCTGGTGATCAATAGATGCTGGTGATCAATAGATGCTGGTGATCAATAGA SH14129 14129 14 70 MT COB intronic #REF! #REF! 6121 29 AATAATAATTTTATTAATATTTTTAATATAATAATAATTTTATTAATATTTTTAATATAA SH14130 14130 33 188 MT COB intronic #REF! #REF! 6136 27 AATAAGATTAAATAATAATAATTTTATAATAAGATTAAATAATAATAATTTTATAATAAG SH14131 14131 96 182 MT COB intronic #REF! #REF! 6151 27 TTTTTATATAAAATAAATAAGATTAAATTTTTATATAAAATAAATAAGATTAAATTTTTA SH14132 14132 25 43 MT COB intronic #REF! #REF! 6166 29 ATAATTATTATTTATTTTTTTTATATAAAATAATTATTATTTATTTTTTTTATATAAAAT SH14133 14133 98 61 MT COB intronic #REF! #REF! 6181 29 AATATATTTTTATTAATAATTATTATTTAAATATATTTTTATTAATAATTATTATTTAAA SH14134 14134 58 172 MT COB intronic #REF! #REF! 6196 25 GAGAAATAAATAATATATTTTTATTGAGAAATAAATAATATATTTTTATTGAGAAATAAA SH14135 14135 32 184 MT COB intronic #REF! #REF! 6211 18 CCCGAAAGGAGAAATAAACCCGAAAGGAGAAATAAACCCGAAAGGAGAAATAAACCCGAA SH14136 14136 32 130 MT COB intronic #REF! #REF! 6226 20 GAATATATATAAATAACCCCGAATATATATAAATAACCCCGAATATATATAAATAACCCC SH14137 14137 52 3 MT COB intronic #REF! #REF! 6241 25 ATTAAATATAAATTATAAAGGAATAATTAAATATAAATTATAAAGGAATAATTAAATATA SH14138 14138 92 12 MT COB intronic #REF! #REF! 6256 29 CATATATTTAATATAATATATTAAATATACATATATTTAATATAATATATTAAATATACA SH14139 14139 57 165 MT COB intronic #REF! #REF! 6271 27 TATTATAATTTTTCATATATTTAATATTATTATAATTTTTCATATATTTAATATTATTAT SH14140 14140 2 113 MT COB intronic #REF! #REF! 6286 29 TAATTAATTAATTTATTTATTATAATTTTTAATTAATTAATTTATTTATTATAATTTTTA SH14141 14141 88 120 MT COB intronic #REF! #REF! 6301 29 ATTATTATTTATTATTAATTAATTAATTTATTATTATTTATTATTAATTAATTAATTTAT SH14142 14142 19 42 MT COB intronic #REF! #REF! 6316 25 CTGTACTTTTTATTATTATTTATTACTGTACTTTTTATTATTATTTATTACTGTACTTTT SH14143 14143 54 138 MT COB intronic #REF! #REF! 6331 20 TTTAATGCTACTGTACTTTTTTTAATGCTACTGTACTTTTTTTAATGCTACTGTACTTTT SH14144 14144 79 213 MT COB intronic #REF! #REF! 6346 21 CGGAAACTTAAGAATATTTAACGGAAACTTAAGAATATTTAACGGAAACTTAAGAATATT SH14145 14145 51 112 MT COB intronic #REF! #REF! 6361 15 CCCACAAAGCGGAAACCCACAAAGCGGAAACCCACAAAGCGGAAACCCACAAAGCGGAAA SH14146 14146 95 95 MT COB intronic #REF! #REF! 6376 17 AACTCCTTATGGGAGTTAACTCCTTATGGGAGTTAACTCCTTATGGGAGTTAACTCCTTA SH14147 14147 49 154 MT COB intronic #REF! #REF! 6391 23 ATTAACCAATTTTAATCATTAAAATTAACCAATTTTAATCATTAAAATTAACCAATTTTA SH14148 14148 36 97 MT COB intronic #REF! #REF! 6406 20 ATTTTCTTGACAATTAACCAATTTTCTTGACAATTAACCAATTTTCTTGACAATTAACCA SH14149 14149 6 169 MT COB intronic #REF! #REF! 6421 23 TATTTATTAATACCTTAGATTTTTATTTATTAATACCTTAGATTTTTATTTATTAATACC SH14150 14150 52 103 MT COB intronic #REF! #REF! 6436 23 TGTCATAGTATTATTTATTTATTTGTCATAGTATTATTTATTTATTTGTCATAGTATTAT SH14151 14151 32 190 MT COB intronic #REF! #REF! 6451 17 GCTGCAAGTTGTCATAGGCTGCAAGTTGTCATAGGCTGCAAGTTGTCATAGGCTGCAAGT SH14152 14152 104 24 MT COB intronic #REF! #REF! 6466 18 AGATGATATAAACTTCGCAGATGATATAAACTTCGCAGATGATATAAACTTCGCAGATGA SH14153 14153 42 169 MT COB intronic #REF! #REF! 6481 25 TATATATTAATATATAATATAGAGATATATATTAATATATAATATAGAGATATATATTAA SH14154 14154 39 185 MT COB intronic #REF! #REF! 6496 29 TTATTATTATTATTATATATATATATTAATTATTATTATTATTATATATATATATTAATT SH14155 14155 90 90 MT COB intronic #REF! #REF! 6511 29 TATATTATATTAATATTATTATTATTATTTATATTATATTAATATTATTATTATTATTTA SH14156 14156 25 33 MT COB intronic #REF! #REF! 6526 26 GTTTTTATATCTTATATTATATTAATGTTTTTATATCTTATATTATATTAATGTTTTTAT SH14157 14157 2 5 MT COB intronic #REF! #REF! 6541 19 CGTTGAACGTTTTTATATCCGTTGAACGTTTTTATATCCGTTGAACGTTTTTATATCCGT SH14158 14158 19 29 MT COB intronic #REF! #REF! 6556 18 GTTCACTTTCTAGTCGTTGTTCACTTTCTAGTCGTTGTTCACTTTCTAGTCGTTGTTCAC SH14159 14159 26 82 MT COB intronic #REF! #REF! 6571 18 GGTATTACTATCTCAGTTGGTATTACTATCTCAGTTGGTATTACTATCTCAGTTGGTATT SH14160 14160 28 203 MT COB intronic #REF! #REF! 6586 17 GGTTTTCGTGGAAAGGTGGTTTTCGTGGAAAGGTGGTTTTCGTGGAAAGGTGGTTTTCGT SH14161 14161 21 198 MT COB intronic #REF! #REF! 6601 25 TAAAAATAATTTATAAATTAATTGGTAAAAATAATTTATAAATTAATTGGTAAAAATAAT SH14162 14162 91 114 MT COB intronic #REF! #REF! 6616 25 AATCTATTCTTTATTTAAAAATAATAATCTATTCTTTATTTAAAAATAATAATCTATTCT SH14163 14163 32 191 MT COB intronic #REF! #REF! 6631 25 ATAAAAAAAATTAATAATCTATTCTATAAAAAAAATTAATAATCTATTCTATAAAAAAAA SH14164 14164 80 188 MT COB intronic #REF! #REF! 6646 20 CCGGAACTATATAAAAAAAACCGGAACTATATAAAAAAAACCGGAACTATATAAAAAAAA SH14165 14165 58 51 MT COB intronic #REF! #REF! 6661 13 GCCGGGGCCCGGAGCCGGGGCCCGGAGCCGGGGCCCGGAGCCGGGGCCCGGAGCCGGGGC SH14166 14166 38 115 MT COB intronic #REF! #REF! 6676 13 GTTCCGGCTCCCGGTTCCGGCTCCCGGTTCCGGCTCCCGGTTCCGGCTCCCGGTTCCGGC SH14167 14167 55 2 MT COB intronic #REF! #REF! 6691 18 TATATATTACTCCTTCCGTATATATTACTCCTTCCGTATATATTACTCCTTCCGTATATA SH14168 14168 80 52 MT COB intronic #REF! #REF! 6706 29 ATATATATTTTTTATTTTATATATAATATATATATATTTTTTATTTTATATATAATATAT SH14169 14169 18 10 MT COB intronic #REF! #REF! 6721 29 TTTTATAATATATATATATATATTTTTTATTTTATAATATATATATATATATTTTTTATT SH14170 14170 16 99 MT COB intronic #REF! #REF! 6736 25 AACTTTTGATATTTTATAATATATAAACTTTTGATATTTTATAATATATAAACTTTTGAT SH14171 14171 74 10 MT COB intronic #REF! #REF! 6751 23 AATAAAAGATTAAAACTTTTGATAATAAAAGATTAAAACTTTTGATAATAAAAGATTAAA SH14172 14172 57 34 MT COB intronic #REF! #REF! 6766 23 ATGTCATTAATTTATAATAAAAGATGTCATTAATTTATAATAAAAGATGTCATTAATTTA SH14173 14173 99 177 MT COB intronic #REF! #REF! 6781 18 TGTTCAGACTATGTCATTTGTTCAGACTATGTCATTTGTTCAGACTATGTCATTTGTTCA SH14174 14174 70 66 MT COB intronic #REF! #REF! 6796 22 TCTCAATAATTTTCATTATTGTTCTCAATAATTTTCATTATTGTTCTCAATAATTTTCAT SH14175 14175 10 190 MT COB intronic #REF! #REF! 6811 23 ATTATTTAATATCTTATCTCAATATTATTTAATATCTTATCTCAATATTATTTAATATCT SH14176 14176 103 9 MT COB intronic #REF! #REF! 6826 23 ATATGTTAACATAAGATTATTTAATATGTTAACATAAGATTATTTAATATGTTAACATAA SH14177 14177 61 186 MT COB intron/exon6 #REF! #REF! 6841 22 GGTACACAATTTATATATGTTAGGTACACAATTTATATATGTTAGGTACACAATTTATAT SH14178 14178 73 180 MT COB intron/exon6 #REF! #REF! 6856 17 GTATCATTCAGGTACACGTATCATTCAGGTACACGTATCATTCAGGTACACGTATCATTC SH14179 14179 22 195 MT COB Exon6 #REF! #REF! 6871 19 GCATAGAATGGTAATAAGTGCATAGAATGGTAATAAGTGCATAGAATGGTAATAAGTGCA SH14180 14180 96 140 MT COB Exon6 #REF! #REF! 6886 21 GAATAGATCTTAAAATAGCATGAATAGATCTTAAAATAGCATGAATAGATCTTAAAATAG SH14181 14181 99 189 MT COB Exon6 #REF! #REF! 6901 21 CTAATAATTTATCAGGAATAGCTAATAATTTATCAGGAATAGCTAATAATTTATCAGGAA SH14182 14182 80 128 MT COB Exon6 #REF! #REF! 6916 20 CATTAGAATAACTCCTAATACATTAGAATAACTCCTAATACATTAGAATAACTCCTAATA SH14183 14183 17 136 MT COB Exon6 #REF! #REF! 6931 20 TAAAATAGCTGCAAACATTATAAAATAGCTGCAAACATTATAAAATAGCTGCAAACATTA SH14184 14184 46 211 MT COB Exon6 #REF! #REF! 6946 22 GGTAAAACTAATAATACTAAAAGGTAAAACTAATAATACTAAAAGGTAAAACTAATAATA SH14185 14185 8 153 MT COB Exon6 #REF! #REF! 6961 20 TCTATCAGTAAATGGTAAAATCTATCAGTAAATGGTAAAATCTATCAGTAAATGGTAAAA SH14186 14186 31 170 MT COB Exon6 #REF! #REF! 6976 18 CTCTTACTACACTTCTATCTCTTACTACACTTCTATCTCTTACTACACTTCTATCTCTTA SH14187 14187 99 103 MT COB Exon6 #REF! #REF! 6991 20 TACTTTAAAAGTATTACCTCTACTTTAAAAGTATTACCTCTACTTTAAAAGTATTACCTC SH14188 14188 101 13 MT COB Exon6 #REF! #REF! 7006 22 AAGAAGAATTTAGATAATACTTAAGAAGAATTTAGATAATACTTAAGAAGAATTTAGATA SH14189 14189 14 163 MT COB Exon6 #REF! #REF! 7021 20 TACAAAGATAAAGAAGAAGATACAAAGATAAAGAAGAAGATACAAAGATAAAGAAGAAGA SH14190 14190 89 47 MT COB Exon6 #REF! #REF! 7036 22 AATAATACGAAATTGAATACAAAATAATACGAAATTGAATACAAAATAATACGAAATTGA SH14191 14191 38 43 MT COB Exon6 #REF! #REF! 7051 20 TCCAATTTGTCCTAATAATATCCAATTTGTCCTAATAATATCCAATTTGTCCTAATAATA SH14192 14192 80 24 MT COB Exon6 #REF! #REF! 7066 15 CATGGCATGCTCCAACATGGCATGCTCCAACATGGCATGCTCCAACATGGCATGCTCCAA SH14193 14193 61 103 MT COB Exon6 #REF! #REF! 7081 18 AGACATAAGGTACTTCTAAGACATAAGGTACTTCTAAGACATAAGGTACTTCTAAGACAT SH14194 14194 41 85 MT COB Exon6 #REF! #REF! 7096 18 CGATTTGTCCCATTAAGACGATTTGTCCCATTAAGACGATTTGTCCCATTAAGACGATTT SH14195 14195 39 18 MT COB Exon6 #REF! #REF! 7111 18 AGTAGATAAATGTAGCGAAGTAGATAAATGTAGCGAAGTAGATAAATGTAGCGAAGTAGA SH14196 14196 64 56 MT COB Exon6 #REF! #REF! 7126 20 AATTAAGAAATAAGCGAAGTAATTAAGAAATAAGCGAAGTAATTAAGAAATAAGCGAAGT SH14197 14197 46 11 MT COB Exon6 #REF! #REF! 7141 20 GATAACAGGTACAATAATTAGATAACAGGTACAATAATTAGATAACAGGTACAATAATTA SH14198 14198 92 54 MT COB Exon6 #REF! #REF! 7156 21 CATTTTCAATAGTAGAGATAACATTTTCAATAGTAGAGATAACATTTTCAATAGTAGAGA SH14199 14199 7 183 MT COB Exon6 #REF! #REF! 7171 22 CCGATATAGAATAAAACATTTTCCGATATAGAATAAAACATTTTCCGATATAGAATAAAA SH14200 14200 50 93 MT COB Exon6 #REF! #REF! 7186 20 TTTATTAACTCTACCGATATTTTATTAACTCTACCGATATTTTATTAACTCTACCGATAT SH14201 14201 60 19 MT COB exon6/3' #REF! #REF! 7201 27 GTATTAATTTAATTATATATTATTTATGTATTAATTTAATTATATATTATTTATGTATTA SH14202 14202 4 99 MT COB 3' #REF! #REF! 7216 25 ATATTATATCTATGTATTAATTTAAATATTATATCTATGTATTAATTTAAATATTATATC SH14203 14203 68 108 MT COB 3' #REF! #REF! 7231 27 TAATAATAATAATATATATATTATATCTAATAATAATAATATATATATTATATCTAATAA SH14204 14204 47 171 MT COB 3' #REF! #REF! 7246 29 TATTTTTATTATATTATTAATAATAATAATATTTTTATTATATTATTAATAATAATAATA SH14205 14205 83 37 MT COB 3' #REF! #REF! 7261 29 TAATAATTTTATTTTTATTTTTATTATATTAATAATTTTATTTTTATTTTTATTATATTA SH14206 14206 33 140 MT COB 3' #REF! #REF! 7276 27 GTATTATTATTATTAATAATTTTATTTGTATTATTATTATTAATAATTTTATTTGTATTA SH14207 14207 23 164 MT ATP9 5' #REF! #REF! 1 29 TATATATATAATTATATATAAATATATTATATATATATAATTATATATAAATATATTATA SH14208 14208 14 135 MT ATP9 5' #REF! #REF! 16 29 ATTATTATTTATATATATATATATAATTAATTATTATTTATATATATATATATAATTAAT SH14209 14209 51 127 MT ATP9 5' #REF! #REF! 31 29 ATTATATATATATTTATTATTATTTATATATTATATATATATTTATTATTATTTATATAT SH14210 14210 36 75 MT ATP9 5' #REF! #REF! 46 27 TTCTTATTTTTATATTATATATATATTTTCTTATTTTTATATTATATATATATTTTCTTA SH14211 14211 29 152 MT ATP9 5' #REF! #REF! 61 25 AATATTTAATCTATTCTTATTTTTAAATATTTAATCTATTCTTATTTTTAAATATTTAAT SH14212 14212 51 59 MT ATP9 5'/ATP9 #REF! #REF! 76 28 CATAATATTTATTTATTAAATATTTAATCATAATATTTATTTATTAAATATTTAATCATA SH14213 14213 69 176 MT ATP9 5'/ATP9 #REF! #REF! 91 23 ATACTAATTGCATAATATTTATTATACTAATTGCATAATATTTATTATACTAATTGCATA SH14214 14214 51 194 MT ATP9 ATP9 #REF! #REF! 106 20 ATTTAGCTGCTAATACTAATATTTAGCTGCTAATACTAATATTTAGCTGCTAATACTAAT SH14215 14215 22 129 MT ATP9 ATP9 #REF! #REF! 121 18 CCTGCTCCAATATATTTACCTGCTCCAATATATTTACCTGCTCCAATATATTTACCTGCT SH14216 14216 50 40 MT ATP9 ATP9 #REF! #REF! 136 18 CCAATTGTTGAGATACCTCCAATTGTTGAGATACCTCCAATTGTTGAGATACCTCCAATT SH14217 14217 87 89 MT ATP9 ATP9 #REF! #REF! 151 17 CTGCTCCTAATAAACCACTGCTCCTAATAAACCACTGCTCCTAATAAACCACTGCTCCTA SH14218 14218 79 46 MT ATP9 ATP9 #REF! #REF! 166 18 ATAGCAATACCAATACCTATAGCAATACCAATACCTATAGCAATACCAATACCTATAGCA SH14219 14219 81 172 MT ATP9 ATP9 #REF! #REF! 181 17 AAGCTGCGAATACGATAAAGCTGCGAATACGATAAAGCTGCGAATACGATAAAGCTGCGA SH14220 14220 86 53 MT ATP9 ATP9 #REF! #REF! 196 21 CTTGATACACCATTAATTAAACTTGATACACCATTAATTAAACTTGATACACCATTAATT SH14221 14221 61 198 MT ATP9 ATP9 #REF! #REF! 211 18 ATTGATGGGTTTCTTGATATTGATGGGTTTCTTGATATTGATGGGTTTCTTGATATTGAT SH14222 14222 55 48 MT ATP9 ATP9 #REF! #REF! 226 20 GGAATACTAGGTCTTTAATTGGAATACTAGGTCTTTAATTGGAATACTAGGTCTTTAATT SH14223 14223 30 159 MT ATP9 ATP9 #REF! #REF! 241 18 AAAATAGCCATAGGGAATAAAATAGCCATAGGGAATAAAATAGCCATAGGGAATAAAATA SH14224 14224 60 202 MT ATP9 ATP9 #REF! #REF! 256 18 GATAAGGCGAAACCTAAAGATAAGGCGAAACCTAAAGATAAGGCGAAACCTAAAGATAAG SH14225 14225 63 103 MT ATP9 ATP9 #REF! #REF! 271 17 AACCTGTAGCTTCTGATAACCTGTAGCTTCTGATAACCTGTAGCTTCTGATAACCTGTAG SH14226 14226 48 207 MT ATP9 ATP9 #REF! #REF! 286 21 GAAACCATTAAACAGAATAAAGAAACCATTAAACAGAATAAAGAAACCATTAAACAGAAT SH14227 14227 64 82 MT ATP9 ATP9 #REF! #REF! 301 22 GAATAATAATAAGAATGAAACCGAATAATAATAAGAATGAAACCGAATAATAATAAGAAT SH14228 14228 11 194 MT ATP9 ATP9/3 #REF! #REF! 316 22 TATATATTATACACCGAATAATTATATATTATACACCGAATAATTATATATTATACACCG SH14229 14229 34 128 MT ATP9 ATP9/3 #REF! #REF! 331 29 TTTATTTATTTATAATATATTATATATATTTTATTTATTTATAATATATTATATATATTT SH14230 14230 38 140 MT ATP9 3' #REF! #REF! 346 27 AATTTCATTATTTTTTATTTATTTATAAATTTCATTATTTTTTATTTATTTATAAATTTC SH14231 14231 67 201 MT ATP9 3' #REF! #REF! 361 27 TTTTATTTTTTTATTAATTTCATTATTTTTTATTTTTTTATTAATTTCATTATTTTTTAT SH14232 14232 82 195 MT ATP9 3' #REF! #REF! 376 26 GAGATTTTATTTTATTTTATTTTTTTGAGATTTTATTTTATTTTATTTTTTTGAGATTTT SH14233 14233 17 147 MT ATP9 3' #REF! #REF! 391 23 ATTTAATCAAATGAGATTTTATTATTTAATCAAATGAGATTTTATTATTTAATCAAATGA SH14234 14234 57 143 MT ATP9 3' #REF! #REF! 406 23 ATAAGAATGTTATTAATTTAATCATAAGAATGTTATTAATTTAATCATAAGAATGTTATT SH14235 14235 61 97 MT tRNA Ser 5' #REF! #REF! 1 13 GGCCCCGGAACTAGGCCCCGGAACTAGGCCCCGGAACTAGGCCCCGGAACTAGGCCCCGG SH14236 14236 23 183 MT tRNA Ser 5' #REF! #REF! 16 13 CGGCTCCCGTGGCCGGCTCCCGTGGCCGGCTCCCGTGGCCGGCTCCCGTGGCCGGCTCCC SH14237 14237 21 140 MT tRNA Ser 5' #REF! #REF! 31 13 CTCCTTTCGGGGTCTCCTTTCGGGGTCTCCTTTCGGGGTCTCCTTTCGGGGTCTCCTTTC SH14238 14238 16 145 MT tRNA Ser 5' #REF! #REF! 46 29 AATATTAATATAAATATAAATATTAAATAAATATTAATATAAATATAAATATTAAATAAA SH14239 14239 83 61 MT tRNA Ser 5' #REF! #REF! 61 29 ATAAATATAAATATAAATATTAATATAAAATAAATATAAATATAAATATTAATATAAAAT SH14240 14240 51 192 MT tRNA Ser 5' #REF! #REF! 76 23 AAGAGGAATATAAATATAAATATAAGAGGAATATAAATATAAATATAAGAGGAATATAAA SH14241 14241 47 23 MT tRNA Ser 5'/tRNA #REF! #REF! 91 17 ACCATCCTTAAGAGGAAACCATCCTTAAGAGGAAACCATCCTTAAGAGGAAACCATCCTT SH14242 14242 82 182 MT tRNA Ser tRNA #REF! #REF! 106 17 TAAACCACTCAGTCAACTAAACCACTCAGTCAACTAAACCACTCAGTCAACTAAACCACT SH14243 14243 56 117 MT tRNA Ser tRNA #REF! #REF! 121 19 GCTCAAATATCACACTTTAGCTCAAATATCACACTTTAGCTCAAATATCACACTTTAGCT SH14244 14244 33 65 MT tRNA Ser tRNA #REF! #REF! 136 18 AAAGACTAATGATAGCTCAAAGACTAATGATAGCTCAAAGACTAATGATAGCTCAAAGAC SH14245 14245 56 69 MT tRNA Ser tRNA #REF! #REF! 151 17 CCTACGTAGCCAATAAACCTACGTAGCCAATAAACCTACGTAGCCAATAAACCTACGTAG SH14246 14246 77 102 MT tRNA Ser tRNA #REF! #REF! 166 17 GATGTAGGATTTGAACCGATGTAGGATTTGAACCGATGTAGGATTTGAACCGATGTAGGA SH14247 14247 15 143 MT tRNA Ser tRNA/3' #REF! #REF! 181 20 ATATGTATTATTACGGATGAATATGTATTATTACGGATGAATATGTATTATTACGGATGA SH14248 14248 80 78 MT tRNA Ser 3' #REF! #REF! 196 27 AATATTAAAATTATTATTATATATATGAATATTAAAATTATTATTATATATATGAATATT SH14249 14249 21 8 MT tRNA Ser 3' #REF! #REF! 211 25 TTTTTATAGGAATAATATTAAAATTTTTTTATAGGAATAATATTAAAATTTTTTTATAGG SH14250 14250 42 105 MT tRNA Ser 3' #REF! #REF! 226 25 TATTTATTTATTTTATTTTTATAGGTATTTATTTATTTTATTTTTATAGGTATTTATTTA SH14251 14251 44 66 MT tRNA Ser 3' #REF! #REF! 241 29 TTAATTAATTATTATTATTTATTTATTTATTAATTAATTATTATTATTTATTTATTTATT SH14252 14252 98 84 MT tRNA Ser 3' #REF! #REF! 256 29 ATTAAAATTAATTAATTAATTAATTATTAATTAAAATTAATTAATTAATTAATTATTAAT SH14253 14253 54 134 MT VAR1 includes 5’ processing site 5' and processing site for var1 #REF! #REF! 1 23 GTTATTAATAACATTATATTCTTGTTATTAATAACATTATATTCTTGTTATTAATAACAT SH14254 14254 30 196 MT VAR1 includes 5’ processing site 5' #REF! #REF! 16 22 AGATATTTTTTGCAGTTATTAAAGATATTTTTTGCAGTTATTAAAGATATTTTTTGCAGT SH14255 14255 101 196 MT VAR1 includes 5’ processing site 5' #REF! #REF! 31 27 ATTATAAATAATAATATATTAGATATTATTATAAATAATAATATATTAGATATTATTATA SH14256 14256 62 194 MT VAR1 includes 5’ processing site 5' #REF! #REF! 46 29 TTATAATATTATTTATTATTATAAATAATTTATAATATTATTTATTATTATAAATAATTT SH14257 14257 12 13 MT VAR1 includes 5’ processing site 5' #REF! #REF! 61 23 GCATCCTTATTATAATATTATTTGCATCCTTATTATAATATTATTTGCATCCTTATTATA SH14258 14258 8 180 MT VAR1 includes 5’ processing site 5' #REF! #REF! 76 22 TATATATATAATATGCATCCTTTATATATATAATATGCATCCTTTATATATATAATATGC SH14259 14259 39 46 MT VAR1 includes 5’ processing site 5' #REF! #REF! 91 27 AATATAAATAGAAATATATATATATATAATATAAATAGAAATATATATATATATAATATA SH14260 14260 38 131 MT VAR1 includes 5’ processing site 5' #REF! #REF! 106 27 ATTAATATTAATATTAATATAAATAGAATTAATATTAATATTAATATAAATAGAATTAAT SH14261 14261 52 130 MT VAR1 includes 5’ processing site 5' #REF! #REF! 121 27 CTATTATATATACATATTAATATTAATCTATTATATATACATATTAATATTAATCTATTA SH14262 14262 50 110 MT VAR1 includes 5’ processing site 5' #REF! #REF! 136 25 TTTTACTTTTTATCTATTATATATATTTTACTTTTTATCTATTATATATATTTTACTTTT SH14263 14263 60 113 MT VAR1 includes 5’ processing site 5' / var1 #REF! #REF! 151 25 TTCATTATTTTTTATTTTTACTTTTTTCATTATTTTTTATTTTTACTTTTTTCATTATTT SH14264 14264 8 94 MT VAR1 includes 5’ processing site 5' / var1 #REF! #REF! 166 27 TATTTAATAATTTTAATTTCATTATTTTATTTAATAATTTTAATTTCATTATTTTATTTA SH14265 14265 3 139 MT VAR1 includes 5’ processing site VAR1 #REF! #REF! 181 27 TTATTGATAAAATTATATTTAATAATTTTATTGATAAAATTATATTTAATAATTTTATTG SH14266 14266 48 31 MT VAR1 includes 5’ processing site VAR1 #REF! #REF! 196 25 TTAAGTTTATTTATTATTGATAAAATTAAGTTTATTTATTATTGATAAAATTAAGTTTAT SH14267 14267 57 24 MT VAR1 includes 5’ processing site VAR1 #REF! #REF! 211 27 TAATATTATTATTATTATTAAGTTTATTAATATTATTATTATTATTAAGTTTATTAATAT SH14268 14268 63 34 MT VAR1 includes 5’ processing site VAR1 #REF! #REF! 226 27 ATAGATTATTAATAATAATATTATTATATAGATTATTAATAATAATATTATTATATAGAT SH14269 14269 9 212 MT VAR1 includes 5’ processing site VAR1 #REF! #REF! 241 23 TAATGAATCTAATAGATTATTAATAATGAATCTAATAGATTATTAATAATGAATCTAATA SH14270 14270 103 147 MT VAR1 includes 5’ processing site VAR1 #REF! #REF! 256 25 AATAATTTCTTATTTATTAATGAATAATAATTTCTTATTTATTAATGAATAATAATTTCT SH14271 14271 86 176 MT VAR1 includes 5’ processing site VAR1 #REF! #REF! 271 25 AATATATTCTTTAATAATAATTTCTAATATATTCTTTAATAATAATTTCTAATATATTCT SH14272 14272 56 157 MT VAR1 includes 5’ processing site VAR1 #REF! #REF! 286 25 TTATTTATATCTAATAATATATTCTTTATTTATATCTAATAATATATTCTTTATTTATAT SH14273 14273 45 98 MT VAR1 includes 5’ processing site VAR1 #REF! #REF! 301 29 TATATTATTTATTTTTTTATTATTTATATTATATTATTTATTTTTTTATTATTTATATTA SH14274 14274 14 125 MT VAR1 includes 5’ processing site VAR1 #REF! #REF! 316 27 TTAATATTCTTTTTATATTATTTATTTTTAATATTCTTTTTATATTATTTATTTTTAATA SH14275 14275 49 100 MT VAR1 includes 5’ processing site VAR1 #REF! #REF! 331 27 TTATATTATTATTATTTAATATTCTTTTTATATTATTATTATTTAATATTCTTTTTATAT SH14276 14276 75 140 MT VAR1 includes 5’ processing site VAR1 #REF! #REF! 346 19 GCGGGGTTTATATTATTATGCGGGGTTTATATTATTATGCGGGGTTTATATTATTATGCG SH14277 14277 37 30 MT VAR1 includes 5’ processing site VAR1 #REF! #REF! 361 13 TTGGCGCCCGCGGTTGGCGCCCGCGGTTGGCGCCCGCGGTTGGCGCCCGCGGTTGGCGCC SH14278 14278 21 121 MT VAR1 includes 5’ processing site VAR1 #REF! #REF! 376 13 CGGTGAACAACCGCGGTGAACAACCGCGGTGAACAACCGCGGTGAACAACCGCGGTGAAC SH14279 14279 96 12 MT VAR1 includes 5’ processing site VAR1 #REF! #REF! 391 13 CCCGCGGGACCAACCCGCGGGACCAACCCGCGGGACCAACCCGCGGGACCAACCCGCGGG SH14280 14280 18 155 MT VAR1 includes 5’ processing site VAR1 #REF! #REF! 406 25 AAATGTTGTAATTTATTATTAATATAAATGTTGTAATTTATTATTAATATAAATGTTGTA SH14281 14281 79 66 MT VAR1 includes 5’ processing site VAR1 #REF! #REF! 421 25 TTATTTATATTATTTAAATGTTGTATTATTTATATTATTTAAATGTTGTATTATTTATAT SH14282 14282 85 92 MT VAR1 includes 5’ processing site VAR1 #REF! #REF! 436 23 TTGTAGATTTCAATTATTTATATTTGTAGATTTCAATTATTTATATTTGTAGATTTCAAT SH14283 14283 98 173 MT VAR1 includes 5’ processing site VAR1 #REF! #REF! 451 25 TTATTATAATTATAAATTTGTAGATTTATTATAATTATAAATTTGTAGATTTATTATAAT SH14284 14284 23 48 MT VAR1 includes 5’ processing site VAR1 #REF! #REF! 466 27 TTATAATTTCTATATTTTTATTATAATTTATAATTTCTATATTTTTATTATAATTTATAA SH14285 14285 83 82 MT VAR1 includes 5’ processing site VAR1 #REF! #REF! 481 24 CATTTATAGTATTTATAATTTCTACATTTATAGTATTTATAATTTCTACATTTATAGTAT SH14286 14286 95 93 MT VAR1 includes 5’ processing site VAR1 #REF! #REF! 496 25 TTATTAATTAATTTATCATTTATAGTTATTAATTAATTTATCATTTATAGTTATTAATTA SH14287 14287 102 88 MT VAR1 includes 5’ processing site VAR1 #REF! #REF! 511 29 TATTATTTTATATAATAATTTATTAATTATATTATTTTATATAATAATTTATTAATTATA SH14288 14288 69 108 MT VAR1 includes 5’ processing site VAR1 #REF! #REF! 526 27 TTAATTTTAAAGTTATTATTTTATATATTAATTTTAAAGTTATTATTTTATATATTAATT SH14289 14289 75 135 MT VAR1 includes 5’ processing site VAR1 #REF! #REF! 541 27 TAATATTTATATTATTTAATTTTAAAGTAATATTTATATTATTTAATTTTAAAGTAATAT SH14290 14290 38 33 MT VAR1 includes 5’ processing site VAR1 #REF! #REF! 556 28 CTTATAATAATTTTATTAATATTTATATCTTATAATAATTTTATTAATATTTATATCTTA SH14291 14291 46 98 MT VAR1 includes 5’ processing site VAR1 #REF! #REF! 571 25 TTAATAAGTTTACTTATAATAATTTTTAATAAGTTTACTTATAATAATTTTTAATAAGTT SH14292 14292 9 63 MT VAR1 includes 5’ processing site VAR1 #REF! #REF! 586 22 AAACTATGTTGATTAATAAGTTAAACTATGTTGATTAATAAGTTAAACTATGTTGATTAA SH14293 14293 79 211 MT VAR1 includes 5’ processing site VAR1 #REF! #REF! 601 27 ATTTAATATTTAATTTATTTAAACTATATTTAATATTTAATTTATTTAAACTATATTTAA SH14294 14294 85 172 MT VAR1 includes 5’ processing site VAR1 #REF! #REF! 616 29 ATTATTATAATAATAAAATTTAATATTTAATTATTATAATAATAAAATTTAATATTTAAT SH14295 14295 72 30 MT VAR1 includes 5’ processing site VAR1 #REF! #REF! 631 27 TATTATTAATATCATTATTATAATAATTATTATTAATATCATTATTATAATAATTATTAT SH14296 14296 95 115 MT VAR1 includes 5’ processing site VAR1 #REF! #REF! 646 29 ATTATTATTATTATTATTATTATTAATATATTATTATTATTATTATTATTATTAATATAT SH14297 14297 16 163 MT VAR1 includes 5’ processing site VAR1 #REF! #REF! 661 29 TATATAATAATTATTATTATTATTATTATTATATAATAATTATTATTATTATTATTATTA SH14298 14298 16 52 MT VAR1 includes 5’ processing site VAR1 #REF! #REF! 676 29 TTTATTTATTATATTTATATAATAATTATTTTATTTATTATATTTATATAATAATTATTT SH14299 14299 60 195 MT VAR1 includes 5’ processing site VAR1 #REF! #REF! 691 29 TATAATATTTATTAATTTATTTATTATATTATAATATTTATTAATTTATTTATTATATTA SH14300 14300 29 183 MT VAR1 includes 5’ processing site VAR1 #REF! #REF! 706 29 ATTTATATTATTATTTATAATATTTATTAATTTATATTATTATTTATAATATTTATTAAT SH14301 14301 6 136 MT VAR1 includes 5’ processing site VAR1 #REF! #REF! 721 27 TACATAAATTATTATTTATATTATTATTACATAAATTATTATTTATATTATTATTACATA SH14302 14302 69 181 MT VAR1 includes 5’ processing site VAR1 #REF! #REF! 736 25 TAACTTAAAATATTACATAAATTATTAACTTAAAATATTACATAAATTATTAACTTAAAA SH14303 14303 78 211 MT VAR1 includes 5’ processing site VAR1 #REF! #REF! 751 27 CTTTTTTTTTATAATAATAACTTAAAACTTTTTTTTTATAATAATAACTTAAAACTTTTT SH14304 14304 8 79 MT VAR1 includes 5’ processing site VAR1 #REF! #REF! 766 23 TTCAATAGTTACTTTTTTTTTATTTCAATAGTTACTTTTTTTTTATTTCAATAGTTACTT SH14305 14305 80 181 MT VAR1 includes 5’ processing site VAR1 #REF! #REF! 781 22 GATAATTTAATAGGTTCAATAGGATAATTTAATAGGTTCAATAGGATAATTTAATAGGTT SH14306 14306 43 37 MT VAR1 includes 5’ processing site VAR1 #REF! #REF! 796 25 CTATTTAAATAAATATATGATAATTCTATTTAAATAAATATATGATAATTCTATTTAAAT SH14307 14307 22 84 MT VAR1 includes 5’ processing site VAR1 #REF! #REF! 811 23 ACTAAAAATATCACTATTTAAATACTAAAAATATCACTATTTAAATACTAAAAATATCAC SH14308 14308 97 19 MT VAR1 includes 5’ processing site VAR1 #REF! #REF! 826 25 TTTAAACTAATATATTTACTAAAAATTTAAACTAATATATTTACTAAAAATTTAAACTAA SH14309 14309 20 96 MT VAR1 includes 5’ processing site VAR1 #REF! #REF! 841 23 TTTATCTATATCATTTAAACTAATTTATCTATATCATTTAAACTAATTTATCTATATCAT SH14310 14310 104 103 MT VAR1 includes 5’ processing site VAR1 #REF! #REF! 856 23 GATACCATTATTATATTTATCTAGATACCATTATTATATTTATCTAGATACCATTATTAT SH14311 14311 65 188 MT VAR1 includes 5’ processing site VAR1 #REF! #REF! 871 21 GATAATTAGTTAAGATACCATGATAATTAGTTAAGATACCATGATAATTAGTTAAGATAC SH14312 14312 101 62 MT VAR1 includes 5’ processing site VAR1 #REF! #REF! 886 23 ATTATTTAATATACGTTGATAATATTATTTAATATACGTTGATAATATTATTTAATATAC SH14313 14313 11 121 MT VAR1 includes 5’ processing site VAR1 #REF! #REF! 901 23 TAATTTAGGCATAATATTATTTATAATTTAGGCATAATATTATTTATAATTTAGGCATAA SH14314 14314 20 140 MT VAR1 includes 5’ processing site VAR1 #REF! #REF! 916 23 AATATTATGATCATTTAATTTAGAATATTATGATCATTTAATTTAGAATATTATGATCAT SH14315 14315 58 196 MT VAR1 includes 5’ processing site VAR1 #REF! #REF! 931 27 TATTAATATAATTTATAGAAATATTATTATTAATATAATTTATAGAAATATTATTATTAA SH14316 14316 63 165 MT VAR1 includes 5’ processing site VAR1 #REF! #REF! 946 29 ATTAATATTATTAATATTATTAATATAATATTAATATTATTAATATTATTAATATAATAT SH14317 14317 82 164 MT VAR1 includes 5’ processing site VAR1 #REF! #REF! 961 29 ATTATATTTATTATTATTAATATTATTAAATTATATTTATTATTATTAATATTATTAAAT SH14318 14318 37 162 MT VAR1 includes 5’ processing site VAR1 #REF! #REF! 976 29 TAAATTAATTATATTATTATATTTATTATTAAATTAATTATATTATTATATTTATTATTA SH14319 14319 29 165 MT VAR1 includes 5’ processing site VAR1 #REF! #REF! 991 29 ATTATTATTATTTAATAAATTAATTATATATTATTATTATTTAATAAATTAATTATATAT SH14320 14320 78 44 MT VAR1 includes 5’ processing site VAR1 #REF! #REF! 1006 29 ATTATTATTAATATTATTATTATTATTTAATTATTATTAATATTATTATTATTATTTAAT SH14321 14321 81 11 MT VAR1 includes 5’ processing site VAR1 #REF! #REF! 1021 29 ATTATTATAATTATTATTATTATTAATATATTATTATAATTATTATTATTATTAATATAT SH14322 14322 51 61 MT VAR1 includes 5’ processing site VAR1 #REF! #REF! 1036 29 ATAATTATTATTATTATTATTATAATTATATAATTATTATTATTATTATTATAATTATAT SH14323 14323 29 50 MT VAR1 includes 5’ processing site VAR1 #REF! #REF! 1051 25 ATATTACCAATATAATTATTATTATATATTACCAATATAATTATTATTATATATTACCAA SH14324 14324 44 51 MT VAR1 includes 5’ processing site VAR1 #REF! #REF! 1066 25 TTATAAATATTATTAATATTACCAATTATAAATATTATTAATATTACCAATTATAAATAT SH14325 14325 86 76 MT VAR1 includes 5’ processing site VAR1 #REF! #REF! 1081 25 TCAATAGTTATATTATTATAAATATTCAATAGTTATATTATTATAAATATTCAATAGTTA SH14326 14326 90 6 MT VAR1 includes 5’ processing site VAR1 #REF! #REF! 1096 22 ATAGGAATATTATCAATAGTTAATAGGAATATTATCAATAGTTAATAGGAATATTATCAA SH14327 14327 57 154 MT VAR1 includes 5’ processing site VAR1 #REF! #REF! 1111 23 ATATATTAAAATATCTATAGGAAATATATTAAAATATCTATAGGAAATATATTAAAATAT SH14328 14328 16 17 MT VAR1 includes 5’ processing site VAR1 #REF! #REF! 1126 23 ACCAACTAAATATTTATATATTAACCAACTAAATATTTATATATTAACCAACTAAATATT SH14329 14329 70 65 MT VAR1 includes 5’ processing site VAR1 #REF! #REF! 1141 20 TTTAATAGATCAACCAACTATTTAATAGATCAACCAACTATTTAATAGATCAACCAACTA SH14330 14330 5 63 MT VAR1 includes 5’ processing site VAR1 #REF! #REF! 1156 22 CTTAATCTACCTTTAAATTTAACTTAATCTACCTTTAAATTTAACTTAATCTACCTTTAA SH14331 14331 100 147 MT VAR1 includes 5’ processing site VAR1 #REF! #REF! 1171 22 CTACCATTATTATTACTTAATCCTACCATTATTATTACTTAATCCTACCATTATTATTAC SH14332 14332 76 166 MT VAR1 includes 5’ processing site VAR1 #REF! #REF! 1186 18 GTGTACTAGTTCTACCATGTGTACTAGTTCTACCATGTGTACTAGTTCTACCATGTGTAC SH14333 14333 62 36 MT VAR1 includes 5’ processing site VAR1 #REF! #REF! 1201 22 GTACCATTTAATAAATTAAGTGGTACCATTTAATAAATTAAGTGGTACCATTTAATAAAT SH14334 14334 37 57 MT VAR1 includes 5’ processing site VAR1 #REF! #REF! 1216 23 TTTTTTATTATTAAAAGTACCATTTTTTTATTATTAAAAGTACCATTTTTTTATTATTAA SH14335 14335 29 145 MT VAR1 includes 5’ processing site VAR1 #REF! #REF! 1231 25 ATATTACTTCATAAATATTTTTTATATATTACTTCATAAATATTTTTTATATATTACTTC SH14336 14336 28 186 MT VAR1 includes 5’ processing site VAR1 #REF! #REF! 1246 25 TTATAATTATTATTAATATTACTTCTTATAATTATTATTAATATTACTTCTTATAATTAT SH14337 14337 13 104 MT VAR1 includes 5’ processing site VAR1 #REF! #REF! 1261 25 GGGATATAATTTAATTTATAATTATGGGATATAATTTAATTTATAATTATGGGATATAAT SH14338 14338 98 168 MT VAR1 includes 5’ processing site VAR1 #REF! #REF! 1276 20 ATGATTAGAAGGGATATAATATGATTAGAAGGGATATAATATGATTAGAAGGGATATAAT SH14339 14339 10 88 MT VAR1 includes 5’ processing site VAR1 #REF! #REF! 1291 25 TTAGAATTATTATATAAATTATGATTTAGAATTATTATATAAATTATGATTTAGAATTAT SH14340 14340 32 23 MT VAR1 includes 5’ processing site VAR1 #REF! #REF! 1306 25 CCATTTTTATTAATATTAGAATTATCCATTTTTATTAATATTAGAATTATCCATTTTTAT SH14341 14341 21 89 MT VAR1 includes 5’ processing site VAR1 #REF! #REF! 1321 25 TTAATATTATATTTACCATTTTTATTTAATATTATATTTACCATTTTTATTTAATATTAT SH14342 14342 42 130 MT VAR1 includes 5’ processing site VAR1 #REF! #REF! 1336 25 AAGTTTAATTTAACTTTAATATTATAAGTTTAATTTAACTTTAATATTATAAGTTTAATT SH14343 14343 84 61 MT VAR1 includes 5’ processing site VAR1/3' #REF! #REF! 1351 27 AATATATATATTAAATAAAGTTTAATTAATATATATATTAAATAAAGTTTAATTAATATA SH14344 14344 14 42 MT VAR1 includes 5’ processing site VAR1/3' #REF! #REF! 1366 22 CGGAACTATTAATATATATATTCGGAACTATTAATATATATATTCGGAACTATTAATATA SH14345 14345 103 32 MT VAR1 includes 5’ processing site 3' #REF! #REF! 1381 13 GGGCCCCGGAACTGGGCCCCGGAACTGGGCCCCGGAACTGGGCCCCGGAACTGGGCCCCG SH14346 14346 32 9 MT VAR1 includes 5’ processing site 3' #REF! #REF! 1396 13 CCGGCTCCCGTGGCCGGCTCCCGTGGCCGGCTCCCGTGGCCGGCTCCCGTGGCCGGCTCC SH14347 14347 56 38 MT VAR1 includes 5’ processing site 3' #REF! #REF! 1411 13 TCTCCTTTCGGGGTCTCCTTTCGGGGTCTCCTTTCGGGGTCTCCTTTCGGGGTCTCCTTT SH14348 14348 31 13 MT VAR1 includes 5’ processing site 3' #REF! #REF! 1426 29 TATTTATTTTATTTATTATATTTATTTTATATTTATTTTATTTATTATATTTATTTTATA SH14349 14349 90 183 MT ORF9 and ORF10 (hypothetical) 5' #REF! #REF! 1 23 TTAAATATATAACTATAGAGAAATTAAATATATAACTATAGAGAAATTAAATATATAACT SH14350 14350 59 167 MT ORF9 and ORF10 (hypothetical) 5' #REF! #REF! 16 27 AAAAAAAAAAAAATAAGTTTTAAATATAAAAAAAAAAAAATAAGTTTTAAATATAAAAAA SH14351 14351 78 126 MT ORF9 and ORF10 (hypothetical) 5' #REF! #REF! 31 29 TTATAATTATTATTTATAAAAAAAAAAAATTATAATTATTATTTATAAAAAAAAAAAATT SH14352 14352 19 140 MT ORF9 and ORF10 (hypothetical) 5' #REF! #REF! 46 29 AATTAATATTATTTATTATAATTATTATTAATTAATATTATTTATTATAATTATTATTAA SH14353 14353 49 90 MT ORF9 and ORF10 (hypothetical) 5' #REF! #REF! 61 29 AATTATATAATAAATAATTAATATTATTTAATTATATAATAAATAATTAATATTATTTAA SH14354 14354 76 188 MT ORF9 and ORF10 (hypothetical) 5' #REF! #REF! 76 22 GGCCAATTAATTATATAATAAAGGCCAATTAATTATATAATAAAGGCCAATTAATTATAT SH14355 14355 104 28 MT ORF9 and ORF10 (hypothetical) 5' / ORF9 #REF! #REF! 91 13 CATGGGGGCCAATCATGGGGGCCAATCATGGGGGCCAATCATGGGGGCCAATCATGGGGG SH14356 14356 21 115 MT ORF9 and ORF10 (hypothetical) ORF9 #REF! #REF! 106 13 AGTTCCGGAACCCAGTTCCGGAACCCAGTTCCGGAACCCAGTTCCGGAACCCAGTTCCGG SH14357 14357 91 37 MT ORF9 and ORF10 (hypothetical) ORF9 #REF! #REF! 121 13 CTCGCGAGAAGGACTCGCGAGAAGGACTCGCGAGAAGGACTCGCGAGAAGGACTCGCGAG SH14358 14358 4 63 MT ORF9 and ORF10 (hypothetical) ORF9 #REF! #REF! 136 22 TATAGTTATATAATAGGTGTTATATAGTTATATAATAGGTGTTATATAGTTATATAATAG SH14359 14359 46 194 MT ORF9 and ORF10 (hypothetical) ORF9 #REF! #REF! 151 22 AGTTATAGTTATAGTTATAGTTAGTTATAGTTATAGTTATAGTTAGTTATAGTTATAGTT SH14360 14360 48 57 MT ORF9 and ORF10 (hypothetical) ORF9 #REF! #REF! 166 25 AGTTATAATTATAATTATAGTTATAAGTTATAATTATAATTATAGTTATAAGTTATAATT SH14361 14361 57 133 MT ORF9 and ORF10 (hypothetical) ORF9 #REF! #REF! 181 25 AATATTTATAGTTATAGTTATAATTAATATTTATAGTTATAGTTATAATTAATATTTATA SH14362 14362 24 51 MT ORF9 and ORF10 (hypothetical) ORF9 #REF! #REF! 196 27 TTATTATTATTAAAATGAATATTTATATTATTATTATTAAAATGAATATTTATATTATTA SH14363 14363 27 28 MT ORF9 and ORF10 (hypothetical) ORF9 #REF! #REF! 211 29 TATTAATATTATTATTATTATTATTATTATATTAATATTATTATTATTATTATTATTATA SH14364 14364 38 100 MT ORF9 and ORF10 (hypothetical) ORF9 #REF! #REF! 226 24 CGACTATTTATATTAATATTATTACGACTATTTATATTAATATTATTACGACTATTTATA SH14365 14365 103 200 MT ORF9 and ORF10 (hypothetical) ORF9 #REF! #REF! 241 22 TAAATATATTCTTCGACTATTTTAAATATATTCTTCGACTATTTTAAATATATTCTTCGA SH14366 14366 53 127 MT ORF9 and ORF10 (hypothetical) ORF9 / intergenic #REF! #REF! 256 29 TTTTTATTTATATTAAAATAAATAAATATTTTTTATTTATATTAAAATAAATAAATATTT SH14367 14367 23 9 MT ORF9 and ORF10 (hypothetical) ORF9 / intergenic #REF! #REF! 271 25 TTAATTGAAACTTTTTATTTATATTTTAATTGAAACTTTTTATTTATATTTTAATTGAAA SH14368 14368 87 83 MT ORF9 and ORF10 (hypothetical) intergenic #REF! #REF! 286 22 TCCAAATTCAAATTAATTGAAATCCAAATTCAAATTAATTGAAATCCAAATTCAAATTAA SH14369 14369 90 111 MT ORF9 and ORF10 (hypothetical) intergenic #REF! #REF! 301 23 GAAGTAATAATTTAATTCCAAATGAAGTAATAATTTAATTCCAAATGAAGTAATAATTTA SH14370 14370 75 161 MT ORF9 and ORF10 (hypothetical) intergenic / ORF10 #REF! #REF! 316 18 AACCCCATATGAAGTAATAACCCCATATGAAGTAATAACCCCATATGAAGTAATAACCCC SH14371 14371 12 178 MT ORF9 and ORF10 (hypothetical) ORF10 #REF! #REF! 331 17 CGAACGAAATCCATAACCGAACGAAATCCATAACCGAACGAAATCCATAACCGAACGAAA SH14372 14372 4 97 MT ORF9 and ORF10 (hypothetical) ORF10 #REF! #REF! 346 13 GGGAGGAGTTCCGGGGAGGAGTTCCGGGGAGGAGTTCCGGGGAGGAGTTCCGGGGAGGAG SH14373 14373 45 42 MT ORF9 and ORF10 (hypothetical) ORF10 #REF! #REF! 361 20 TGATTAATAAATAGAGGTAGTGATTAATAAATAGAGGTAGTGATTAATAAATAGAGGTAG SH14374 14374 25 175 MT ORF9 and ORF10 (hypothetical) ORF10 #REF! #REF! 376 25 TAATAATAATTTATGATTTATGATTTAATAATAATTTATGATTTATGATTTAATAATAAT SH14375 14375 97 156 MT ORF9 and ORF10 (hypothetical) ORF10 #REF! #REF! 391 29 GTAAATTATTATTATTAATTAATAATAATGTAAATTATTATTATTAATTAATAATAATGT SH14376 14376 32 136 MT ORF9 and ORF10 (hypothetical) ORF10 #REF! #REF! 406 20 CCTCGAGTAAATTATTATTACCTCGAGTAAATTATTATTACCTCGAGTAAATTATTATTA SH14377 14377 98 82 MT ORF9 and ORF10 (hypothetical) ORF10 #REF! #REF! 421 17 AATAGGTATGAACCTCGAATAGGTATGAACCTCGAATAGGTATGAACCTCGAATAGGTAT SH14378 14378 59 163 MT ORF9 and ORF10 (hypothetical) ORF10 #REF! #REF! 436 27 TTATCAATATTAATATTAATATTAAAATTATCAATATTAATATTAATATTAAAATTATCA SH14379 14379 15 40 MT ORF9 and ORF10 (hypothetical) ORF10 #REF! #REF! 451 25 GTGAATATATATTTTATCAATATTAGTGAATATATATTTTATCAATATTAGTGAATATAT SH14380 14380 34 211 MT ORF9 and ORF10 (hypothetical) ORF10 / 3' #REF! #REF! 466 23 TATATACTTTTTAGTGAATATATTATATACTTTTTAGTGAATATATTATATACTTTTTAG SH14381 14381 77 59 MT ORF9 and ORF10 (hypothetical) 3' #REF! #REF! 481 23 ATAAATTGAGTAAATTATATACTATAAATTGAGTAAATTATATACTATAAATTGAGTAAA SH14382 14382 61 42 MT ORF9 and ORF10 (hypothetical) 3' #REF! #REF! 496 25 AAATATAAAATTATAGTATAAATTGAAATATAAAATTATAGTATAAATTGAAATATAAAA SH14383 14383 31 30 MT ORF9 and ORF10 (hypothetical) 3' #REF! #REF! 511 29 TAATTAAATTATAATAAAAAAATATAAAATAATTAAATTATAATAAAAAAATATAAAATA SH14384 14384 17 28 MT ORF9 and ORF10 (hypothetical) 3' #REF! #REF! 526 26 CTTTATTTGAAATAATTAAATTATAACTTTATTTGAAATAATTAAATTATAACTTTATTT SH14385 14385 33 76 MT ORF9 and ORF10 (hypothetical) 3' #REF! #REF! 541 25 TATTATTATAATTACTTTATTTGAATATTATTATAATTACTTTATTTGAATATTATTATA SH14386 14386 16 171 MT 21S rRNA 5' #REF! #REF! 1 29 CTTTTATATTTATTAAAATATATATTAATCTTTTATATTTATTAAAATATATATTAATCT SH14387 14387 100 120 MT 21S rRNA 5' #REF! #REF! 16 27 AATATAATATAATCTTTTATATTTATTAATATAATATAATCTTTTATATTTATTAATATA SH14388 14388 17 118 MT 21S rRNA 5' #REF! #REF! 31 27 AAATATACTTTTTATAATATAATATAAAAATATACTTTTTATAATATAATATAAAAATAT SH14389 14389 39 159 MT 21S rRNA 5' #REF! #REF! 46 27 TAAAATATAAATATAAAATATACTTTTTAAAATATAAATATAAAATATACTTTTTAAAAT SH14390 14390 43 44 MT 21S rRNA 5' #REF! #REF! 61 29 ATAATAATAATAATAAATAAAATATAAATATAATAATAATAATAAATAAAATATAAATAT SH14391 14391 76 82 MT 21S rRNA 5' / 21S rRNA3 #REF! #REF! 76 26 CTACTTATATATATAATAATAATAATCTACTTATATATATAATAATAATAATCTACTTAT SH14392 14392 9 5 MT 21S rRNA 5' / 21S rRNA3 #REF! #REF! 91 22 TCTACTTTTTACTACTTATATATCTACTTTTTACTACTTATATATCTACTTTTTACTACT SH14393 14393 11 110 MT 21S rRNA 21S rRNA3 #REF! #REF! 106 22 TTTCAAATCTATTATTCTACTTTTTCAAATCTATTATTCTACTTTTTCAAATCTATTATT SH14394 14394 65 30 MT 21S rRNA 21S rRNA3 #REF! #REF! 121 25 AAATCTATATAATAAATATTTCAAAAAATCTATATAATAAATATTTCAAAAAATCTATAT SH14395 14395 33 192 MT 21S rRNA 21S rRNA3 #REF! #REF! 136 22 GATTATCTCTTTAAATCTATATGATTATCTCTTTAAATCTATATGATTATCTCTTTAAAT SH14396 14396 96 170 MT 21S rRNA 21S rRNA3 #REF! #REF! 151 20 TATTATACTCCATGATTATCTATTATACTCCATGATTATCTATTATACTCCATGATTATC SH14397 14397 25 194 MT 21S rRNA 21S rRNA3 #REF! #REF! 166 29 TATATTAAATTTATTAAATTTAATTATTATATATTAAATTTATTAAATTTAATTATTATA SH14398 14398 69 120 MT 21S rRNA 21S rRNA3 #REF! #REF! 181 25 CTATTAATAGTTATATTAAATTTATCTATTAATAGTTATATTAAATTTATCTATTAATAG SH14399 14399 65 2 MT 21S rRNA 21S rRNA3 #REF! #REF! 196 21 GTAACCTAATTCTATTAATAGGTAACCTAATTCTATTAATAGGTAACCTAATTCTATTAA SH14400 14400 97 135 MT 21S rRNA 21S rRNA3 #REF! #REF! 211 22 TGTTATTAATTTATTAGTAACCTGTTATTAATTTATTAGTAACCTGTTATTAATTTATTA SH14401 14401 5 95 MT 21S rRNA 21S rRNA3 #REF! #REF! 226 23 AGGTTTTAAAATTAATTGTTATTAGGTTTTAAAATTAATTGTTATTAGGTTTTAAAATTA SH14402 14402 97 65 MT 21S rRNA 21S rRNA3 #REF! #REF! 241 19 GGTTTACCTTTAGGTTTTAGGTTTACCTTTAGGTTTTAGGTTTACCTTTAGGTTTTAGGT SH14403 14403 29 34 MT 21S rRNA 21S rRNA3 #REF! #REF! 256 23 ATAACATTATTAATATAAAGGTTATAACATTATTAATATAAAGGTTATAACATTATTAAT SH14404 14404 50 59 MT 21S rRNA 21S rRNA3 #REF! #REF! 271 27 ATTATAAAAATAATAAAAAATAACATTATTATAAAAATAATAAAAAATAACATTATTATA SH14405 14405 11 102 MT 21S rRNA 21S rRNA3 #REF! #REF! 286 27 TTAATAATTATTCTTATTATAAAAATATTAATAATTATTCTTATTATAAAAATATTAATA SH14406 14406 96 44 MT 21S rRNA 21S rRNA3 #REF! #REF! 301 27 CTTAGTTTATTATTATTAATAATTATTCTTAGTTTATTATTATTAATAATTATTCTTAGT SH14407 14407 58 168 MT 21S rRNA 21S rRNA3 #REF! #REF! 316 20 TCAGTTCACTTAGTTTATTATCAGTTCACTTAGTTTATTATCAGTTCACTTAGTTTATTA SH14408 14408 16 7 MT 21S rRNA 21S rRNA3 #REF! #REF! 331 19 GTTACTTAGATGTTTCAGTGTTACTTAGATGTTTCAGTGTTACTTAGATGTTTCAGTGTT SH14409 14409 32 150 MT 21S rRNA 21S rRNA3 #REF! #REF! 346 20 GATTTCTTATCCTTAAGTTAGATTTCTTATCCTTAAGTTAGATTTCTTATCCTTAAGTTA SH14410 14410 7 138 MT 21S rRNA 21S rRNA3 #REF! #REF! 361 20 CATAATATCTCTGTTGATTTCATAATATCTCTGTTGATTTCATAATATCTCTGTTGATTT SH14411 14411 76 85 MT 21S rRNA 21S rRNA3 #REF! #REF! 376 18 TCTCACCAATACTCATAATCTCACCAATACTCATAATCTCACCAATACTCATAATCTCAC SH14412 14412 89 21 MT 21S rRNA 21S rRNA3 #REF! #REF! 391 20 AGACCTTTATTATTTTCTCTAGACCTTTATTATTTTCTCTAGACCTTTATTATTTTCTCT SH14413 14413 49 33 MT 21S rRNA 21S rRNA3 #REF! #REF! 406 20 CACATAATACTTATTAGACCCACATAATACTTATTAGACCCACATAATACTTATTAGACC SH14414 14414 57 56 MT 21S rRNA 21S rRNA3 #REF! #REF! 421 22 TTTTCTTACATTTTTTTCACATTTTTCTTACATTTTTTTCACATTTTTCTTACATTTTTT SH14415 14415 69 171 MT 21S rRNA 21S rRNA3 #REF! #REF! 436 22 GAATTTGTTATCCTATTTTCTTGAATTTGTTATCCTATTTTCTTGAATTTGTTATCCTAT SH14416 14416 47 174 MT 21S rRNA 21S rRNA3 #REF! #REF! 451 20 GTATTTAGTCTTAGAATTTGGTATTTAGTCTTAGAATTTGGTATTTAGTCTTAGAATTTG SH14417 14417 10 27 MT 21S rRNA 21S rRNA3 #REF! #REF! 466 23 TTACTATACTTATTAATAGTATTTTACTATACTTATTAATAGTATTTTACTATACTTATT SH14418 14418 80 198 MT 21S rRNA 21S rRNA3 #REF! #REF! 481 18 CTTACGGTACTTACTATACTTACGGTACTTACTATACTTACGGTACTTACTATACTTACG SH14419 14419 61 178 MT 21S rRNA 21S rRNA3 #REF! #REF! 496 19 CATTTTCATACTTTCCCTTCATTTTCATACTTTCCCTTCATTTTCATACTTTCCCTTCAT SH14420 14420 71 190 MT 21S rRNA 21S rRNA3 #REF! #REF! 511 22 GATTGCTTATAAAATAATCATTGATTGCTTATAAAATAATCATTGATTGCTTATAAAATA SH14421 14421 37 121 MT 21S rRNA 21S rRNA3 #REF! #REF! 526 22 ATATAATATATTCATGATTGCTATATAATATATTCATGATTGCTATATAATATATTCATG SH14422 14422 43 146 MT 21S rRNA 21S rRNA3 #REF! #REF! 541 23 GTACATCATTAATATAATATAATGTACATCATTAATATAATATAATGTACATCATTAATA SH14423 14423 27 9 MT 21S rRNA 21S rRNA3 #REF! #REF! 556 20 ATTATACAAAAGGTACATCAATTATACAAAAGGTACATCAATTATACAAAAGGTACATCA SH14424 14424 43 213 MT 21S rRNA 21S rRNA3 #REF! #REF! 571 17 ACTTGCTGACCCATTATACTTGCTGACCCATTATACTTGCTGACCCATTATACTTGCTGA SH14425 14425 25 68 MT 21S rRNA 21S rRNA3 #REF! #REF! 586 23 ATTGTTTTACTAATATTAATTACATTGTTTTACTAATATTAATTACATTGTTTTACTAAT SH14426 14426 36 164 MT 21S rRNA 21S rRNA3 #REF! #REF! 601 25 CTATTTATTTATAACTTATTGTTTTCTATTTATTTATAACTTATTGTTTTCTATTTATTT SH14427 14427 101 60 MT 21S rRNA 21S rRNA3 #REF! #REF! 616 27 TATATATATATATTATTCTATTTATTTTATATATATATATTATTCTATTTATTTTATATA SH14428 14428 11 67 MT 21S rRNA 21S rRNA3 #REF! #REF! 631 29 ATTTTAATATATTTTTTTATATATATATAATTTTAATATATTTTTTTATATATATATAAT SH14429 14429 44 25 MT 21S rRNA 21S rRNA3 #REF! #REF! 646 29 TAATATTAATTAAATATTTTAATATATTTTAATATTAATTAAATATTTTAATATATTTTA SH14430 14430 34 33 MT 21S rRNA 21S rRNA3 #REF! #REF! 661 22 GGGTCAATTAATATTAATTAAAGGGTCAATTAATATTAATTAAAGGGTCAATTAATATTA SH14431 14431 42 103 MT 21S rRNA 21S rRNA3 #REF! #REF! 676 17 GTTTGCTTTCGGGTCAAGTTTGCTTTCGGGTCAAGTTTGCTTTCGGGTCAAGTTTGCTTT SH14432 14432 88 156 MT 21S rRNA 21S rRNA3 #REF! #REF! 691 19 CTTATCATAGTTAGATCGTCTTATCATAGTTAGATCGTCTTATCATAGTTAGATCGTCTT SH14433 14433 90 129 MT 21S rRNA 21S rRNA3 #REF! #REF! 706 18 GATCGTTTATCCATCTTAGATCGTTTATCCATCTTAGATCGTTTATCCATCTTAGATCGT SH14434 14434 91 32 MT 21S rRNA 21S rRNA3 #REF! #REF! 721 17 ACATCAACCTGTTCGATACATCAACCTGTTCGATACATCAACCTGTTCGATACATCAACC SH14435 14435 37 158 MT 21S rRNA 21S rRNA3 #REF! #REF! 736 18 ATCAGATGATATTGCAACATCAGATGATATTGCAACATCAGATGATATTGCAACATCAGA SH14436 14436 9 199 MT 21S rRNA 21S rRNA3 #REF! #REF! 751 19 CTACTAACCACAATTAATCCTACTAACCACAATTAATCCTACTAACCACAATTAATCCTA SH14437 14437 89 195 MT 21S rRNA 21S rRNA3 #REF! #REF! 766 18 AGATTTGTCTTTCACTACAGATTTGTCTTTCACTACAGATTTGTCTTTCACTACAGATTT SH14438 14438 85 59 MT 21S rRNA 21S rRNA3 #REF! #REF! 781 17 GCTATCTGCAAACCAGAGCTATCTGCAAACCAGAGCTATCTGCAAACCAGAGCTATCTGC SH14439 14439 45 125 MT 21S rRNA 21S rRNA3 #REF! #REF! 796 18 ATTTCATAGAAAACCAGCATTTCATAGAAAACCAGCATTTCATAGAAAACCAGCATTTCA SH14440 14440 84 146 MT 21S rRNA 21S rRNA3 #REF! #REF! 811 20 AGGCTATACTTACATATATTAGGCTATACTTACATATATTAGGCTATACTTACATATATT SH14441 14441 30 92 MT 21S rRNA 21S rRNA3 #REF! #REF! 826 23 AATAATTATTATTTATAAAGGCTAATAATTATTATTTATAAAGGCTAATAATTATTATTT SH14442 14442 31 203 MT 21S rRNA 21S rRNA3 #REF! #REF! 841 29 AATATTAATATAATATTATATAATAATTAAATATTAATATAATATTATATAATAATTAAA SH14443 14443 21 111 MT 21S rRNA 21S rRNA3 #REF! #REF! 856 26 CATTCTTTATATAATATTAATATAATCATTCTTTATATAATATTAATATAATCATTCTTT SH14444 14444 98 178 MT 21S rRNA 21S rRNA3 #REF! #REF! 871 18 GCTGTACCATTCTTTATAGCTGTACCATTCTTTATAGCTGTACCATTCTTTATAGCTGTA SH14445 14445 14 30 MT 21S rRNA 21S rRNA3 #REF! #REF! 886 21 CCCTAATATATATTAATTGCTCCCTAATATATATTAATTGCTCCCTAATATATATTAATT SH14446 14446 66 136 MT 21S rRNA 21S rRNA3 #REF! #REF! 901 20 AAACTTTAATAGTTCCCTAAAAACTTTAATAGTTCCCTAAAAACTTTAATAGTTCCCTAA SH14447 14447 90 208 MT 21S rRNA 21S rRNA3 #REF! #REF! 916 25 GAGATTTAATATTATTAATAAAACTGAGATTTAATATTATTAATAAAACTGAGATTTAAT SH14448 14448 14 31 MT 21S rRNA 21S rRNA3 #REF! #REF! 931 23 AATTAAATATTTCGAGATTTAATAATTAAATATTTCGAGATTTAATAATTAAATATTTCG SH14449 14449 40 40 MT 21S rRNA 21S rRNA3 #REF! #REF! 946 25 GACTCTTTATTATATATAATTAAATGACTCTTTATTATATATAATTAAATGACTCTTTAT SH14450 14450 94 180 MT 21S rRNA 21S rRNA3 #REF! #REF! 961 20 CACATAATCTGACTCTTTATCACATAATCTGACTCTTTATCACATAATCTGACTCTTTAT SH14451 14451 21 92 MT 21S rRNA 21S rRNA3 #REF! #REF! 976 18 ATTTACCTTATCGCACATATTTACCTTATCGCACATATTTACCTTATCGCACATATTTAC SH14452 14452 24 193 MT 21S rRNA 21S rRNA3 #REF! #REF! 991 20 CTGTTTCCCTTTAGATTATTCTGTTTCCCTTTAGATTATTCTGTTTCCCTTTAGATTATT SH14453 14453 102 74 MT 21S rRNA 21S rRNA3 #REF! #REF! 1006 17 TCTTAATCTGGGCTGTTTCTTAATCTGGGCTGTTTCTTAATCTGGGCTGTTTCTTAATCT SH14454 14454 55 45 MT 21S rRNA 21S rRNA3 #REF! #REF! 1021 22 TATTTATTAGGAACTTTATATCTATTTATTAGGAACTTTATATCTATTTATTAGGAACTT SH14455 14455 23 160 MT 21S rRNA 21S rRNA3 #REF! #REF! 1036 25 AATATTTATTTCACTTATTATTTATAATATTTATTTCACTTATTATTTATAATATTTATT SH14456 14456 90 57 MT 21S rRNA 21S rRNA3 #REF! #REF! 1051 29 GATTATATTATAATATTTTAATATTTATTGATTATATTATAATATTTTAATATTTATTGA SH14457 14457 3 72 MT 21S rRNA 21S rRNA3 #REF! #REF! 1066 23 CCATTAACTGATTATATTATAATCCATTAACTGATTATATTATAATCCATTAACTGATTA SH14458 14458 59 115 MT 21S rRNA 21S rRNA3 #REF! #REF! 1081 18 ATTGTCAAACCCATTAACATTGTCAAACCCATTAACATTGTCAAACCCATTAACATTGTC SH14459 14459 81 95 MT 21S rRNA 21S rRNA3 #REF! #REF! 1096 22 TGTTCATTAAAAAATGGTTATTTGTTCATTAAAAAATGGTTATTTGTTCATTAAAAAATG SH14460 14460 18 2 MT 21S rRNA 21S rRNA3 #REF! #REF! 1111 18 GCATTGTTACATGTTCATGCATTGTTACATGTTCATGCATTGTTACATGTTCATGCATTG SH14461 14461 75 13 MT 21S rRNA 21S rRNA3 #REF! #REF! 1126 22 TTATTTATTATAAATCAGTGCATTATTTATTATAAATCAGTGCATTATTTATTATAAATC SH14462 14462 34 213 MT 21S rRNA 21S rRNA3 #REF! #REF! 1141 28 GATTTTAAATATTATTTTTTTTTATTTAGATTTTAAATATTATTTTTTTTTATTTAGATT SH14463 14463 27 107 MT 21S rRNA 21S rRNA3 #REF! #REF! 1156 27 ATATATATATATTTGATTTTAAATATTATATATATATATTTGATTTTAAATATTATATAT SH14464 14464 68 115 MT 21S rRNA 21S rRNA3 #REF! #REF! 1171 25 TATCTATTAACAAATATATATATATTATCTATTAACAAATATATATATATTATCTATTAA SH14465 14465 34 61 MT 21S rRNA 21S rRNA3 #REF! #REF! 1186 21 GATCCGTATATTATCTATTAAGATCCGTATATTATCTATTAAGATCCGTATATTATCTAT SH14466 14466 90 13 MT 21S rRNA 21S rRNA3 #REF! #REF! 1201 20 ATTCTTATTATTAAGATCCGATTCTTATTATTAAGATCCGATTCTTATTATTAAGATCCG SH14467 14467 13 105 MT 21S rRNA 21S rRNA3 #REF! #REF! 1216 23 CATATTAGGAATTAAATAATTCTCATATTAGGAATTAAATAATTCTCATATTAGGAATTA SH14468 14468 60 37 MT 21S rRNA 21S rRNA3 #REF! #REF! 1231 23 AAAAATATAATATTCCATATTAGAAAAATATAATATTCCATATTAGAAAAATATAATATT SH14469 14469 4 158 MT 21S rRNA 21S rRNA3 #REF! #REF! 1246 27 GTATTTATATTTTTATTATAAAAATATGTATTTATATTTTTATTATAAAAATATGTATTT SH14470 14470 84 150 MT 21S rRNA 21S rRNA3 #REF! #REF! 1261 23 TTAGATATTCAGTATTTATATTTTTAGATATTCAGTATTTATATTTTTAGATATTCAGTA SH14471 14471 90 187 MT 21S rRNA 21S rRNA3 #REF! #REF! 1276 25 AAAAGTAATAATAATATTTAGATATAAAAGTAATAATAATATTTAGATATAAAAGTAATA SH14472 14472 13 169 MT 21S rRNA 21S rRNA3 #REF! #REF! 1291 27 ATTATTATTATTAAAAAAAAAGTAATAATTATTATTATTAAAAAAAAAGTAATAATTATT SH14473 14473 19 62 MT 21S rRNA 21S rRNA3 #REF! #REF! 1306 23 TCTATTACCATATTATTATTATTTCTATTACCATATTATTATTATTTCTATTACCATATT SH14474 14474 13 201 MT 21S rRNA 21S rRNA3 #REF! #REF! 1321 22 TTATCATTAAATGTTCTATTACTTATCATTAAATGTTCTATTACTTATCATTAAATGTTC SH14475 14475 50 107 MT 21S rRNA 21S rRNA3 #REF! #REF! 1336 25 ATTAATAACTAATATATATTATCATATTAATAACTAATATATATTATCATATTAATAACT SH14476 14476 91 183 MT 21S rRNA 21S rRNA3 #REF! #REF! 1351 25 TTAATACATATATTAATTAATAACTTTAATACATATATTAATTAATAACTTTAATACATA SH14477 14477 4 10 MT 21S rRNA 21S rRNA3 #REF! #REF! 1366 23 ATTCTCTATTTAATTAATACATAATTCTCTATTTAATTAATACATAATTCTCTATTTAAT SH14478 14478 35 204 MT 21S rRNA 21S rRNA3 #REF! #REF! 1381 17 CATGTCAGCATTCTCTACATGTCAGCATTCTCTACATGTCAGCATTCTCTACATGTCAGC SH14479 14479 43 143 MT 21S rRNA 21S rRNA3 #REF! #REF! 1396 18 CCTTTTTTTCGTTACTCACCTTTTTTTCGTTACTCACCTTTTTTTCGTTACTCACCTTTT SH14480 14480 22 164 MT 21S rRNA 21S rRNA3 #REF! #REF! 1411 18 GTGAAAAGGTTTATACCTGTGAAAAGGTTTATACCTGTGAAAAGGTTTATACCTGTGAAA SH14481 14481 10 177 MT 21S rRNA 21S rRNA3 #REF! #REF! 1426 18 AACCTTATGTTTTAGGTGAACCTTATGTTTTAGGTGAACCTTATGTTTTAGGTGAACCTT SH14482 14482 40 51 MT 21S rRNA 21S rRNA3 #REF! #REF! 1441 20 CCGTACTTTTATAGTTAAACCCGTACTTTTATAGTTAAACCCGTACTTTTATAGTTAAAC SH14483 14483 103 195 MT 21S rRNA 21S rRNA3 #REF! #REF! 1456 17 TTTAATTAGGGGCCGTATTTAATTAGGGGCCGTATTTAATTAGGGGCCGTATTTAATTAG SH14484 14484 84 148 MT 21S rRNA 21S rRNA3 #REF! #REF! 1471 27 TTAAATATATTTATATTCTTATTAATTTTAAATATATTTATATTCTTATTAATTTTAAAT SH14485 14485 16 212 MT 21S rRNA 21S rRNA3 #REF! #REF! 1486 22 TTATCCCATCTTAAATATATTTTTATCCCATCTTAAATATATTTTTATCCCATCTTAAAT SH14486 14486 98 60 MT 21S rRNA 21S rRNA3 #REF! #REF! 1501 22 TTTTATTAATATAGATTATCCCTTTTATTAATATAGATTATCCCTTTTATTAATATAGAT SH14487 14487 3 55 MT 21S rRNA 21S rRNA3 #REF! #REF! 1516 27 ATATATATTTTAAGATAAATTTTTATTATATATATTTTAAGATAAATTTTTATTATATAT SH14488 14488 47 19 MT 21S rRNA 21S rRNA3 #REF! #REF! 1531 29 ATATAATTATTAATAATATATATATTTTAATATAATTATTAATAATATATATATTTTAAT SH14489 14489 3 176 MT 21S rRNA 21S rRNA3 #REF! #REF! 1546 29 ATTATTAATTAATTAATATAATTATTAATATTATTAATTAATTAATATAATTATTAATAT SH14490 14490 51 176 MT 21S rRNA 21S rRNA3 #REF! #REF! 1561 29 AATATAATTATATATATTATTAATTAATTAATATAATTATATATATTATTAATTAATTAA SH14491 14491 62 75 MT 21S rRNA 21S rRNA3 #REF! #REF! 1576 29 AAATATATAATATATAATATAATTATATAAAATATATAATATATAATATAATTATATAAA SH14492 14492 42 41 MT 21S rRNA 21S rRNA3 #REF! #REF! 1591 29 TTTATATTATATAAAAAATATATAATATATTTATATTATATAAAAAATATATAATATATT SH14493 14493 103 122 MT 21S rRNA 21S rRNA3 #REF! #REF! 1606 25 ATCTTTATTAGTTTATATTATATAAATCTTTATTAGTTTATATTATATAAATCTTTATTA SH14494 14494 36 27 MT 21S rRNA 21S rRNA3 #REF! #REF! 1621 22 AATTATTTCCTGATCTTTATTAAATTATTTCCTGATCTTTATTAAATTATTTCCTGATCT SH14495 14495 73 98 MT 21S rRNA 21S rRNA3 #REF! #REF! 1636 22 ATTACGGTATACATTAATTATTATTACGGTATACATTAATTATTATTACGGTATACATTA SH14496 14496 42 128 MT 21S rRNA 21S rRNA3 #REF! #REF! 1651 15 CGGTCTACATTACGGCGGTCTACATTACGGCGGTCTACATTACGGCGGTCTACATTACGG SH14497 14497 18 67 MT 21S rRNA 21S rRNA3 #REF! #REF! 1666 18 CTACTTACATACCTGAGTCTACTTACATACCTGAGTCTACTTACATACCTGAGTCTACTT SH14498 14498 81 144 MT 21S rRNA 21S rRNA3 #REF! #REF! 1681 18 TCACCTTCATATTCTCTATCACCTTCATATTCTCTATCACCTTCATATTCTCTATCACCT SH14499 14499 97 76 MT 21S rRNA 21S rRNA3 #REF! #REF! 1696 20 CCCTTTAATTATCTAATTCACCCTTTAATTATCTAATTCACCCTTTAATTATCTAATTCA SH14500 14500 18 206 MT 21S rRNA 21S rRNA3 #REF! #REF! 1711 15 CGAGTTCCTTCCCTTCGAGTTCCTTCCCTTCGAGTTCCTTCCCTTCGAGTTCCTTCCCTT SH14501 14501 92 99 MT 21S rRNA 21S rRNA3 #REF! #REF! 1726 18 CTTATGAGCTATCTTTGCCTTATGAGCTATCTTTGCCTTATGAGCTATCTTTGCCTTATG SH14502 14502 14 102 MT 21S rRNA 21S rRNA3 #REF! #REF! 1741 20 TACTCTTTATTGACTAACTTTACTCTTTATTGACTAACTTTACTCTTTATTGACTAACTT SH14503 14503 37 176 MT 21S rRNA 21S rRNA3 #REF! #REF! 1756 20 CAACTTTGTTCTTATTACTCCAACTTTGTTCTTATTACTCCAACTTTGTTCTTATTACTC SH14504 14504 30 52 MT 21S rRNA 21S rRNA3 #REF! #REF! 1771 18 GTAAACAGTTGTACAACTGTAAACAGTTGTACAACTGTAAACAGTTGTACAACTGTAAAC SH14505 14505 77 6 MT 21S rRNA 21S rRNA3 #REF! #REF! 1786 17 GTGCGGTGTTTTTAGTAGTGCGGTGTTTTTAGTAGTGCGGTGTTTTTAGTAGTGCGGTGT SH14506 14506 47 129 MT 21S rRNA 21S rRNA3 #REF! #REF! 1801 18 TTATCGTTTCTGCAAAGTTTATCGTTTCTGCAAAGTTTATCGTTTCTGCAAAGTTTATCG SH14507 14507 5 82 MT 21S rRNA 21S rRNA3 #REF! #REF! 1816 20 ACACCTTATACTTAAACTTAACACCTTATACTTAAACTTAACACCTTATACTTAAACTTA SH14508 14508 66 86 MT 21S rRNA 21S rRNA3 #REF! #REF! 1831 15 AGCAGAGTTCACACCAGCAGAGTTCACACCAGCAGAGTTCACACCAGCAGAGTTCACACC SH14509 14509 23 4 MT 21S rRNA 21S rRNA3 #REF! #REF! 1846 22 TTTATTTATATATTAAGCATGGTTTATTTATATATTAAGCATGGTTTATTTATATATTAA SH14510 14510 41 201 MT 21S rRNA 21S rRNA3 #REF! #REF! 1861 25 AAATTATCGTTAAATAATTTTATTTAAATTATCGTTAAATAATTTTATTTAAATTATCGT SH14511 14511 30 122 MT 21S rRNA 21S rRNA3 #REF! #REF! 1876 23 CCTAAATTTAATTAAATTATCGTCCTAAATTTAATTAAATTATCGTCCTAAATTTAATTA SH14512 14512 80 141 MT 21S rRNA 21S rRNA3 #REF! #REF! 1891 19 GCTGCTATTTACCTAAATTGCTGCTATTTACCTAAATTGCTGCTATTTACCTAAATTGCT SH14513 14513 68 161 MT 21S rRNA 21S rRNA3 #REF! #REF! 1906 17 CCCTCATAATAAGGCTGCCCTCATAATAAGGCTGCCCTCATAATAAGGCTGCCCTCATAA SH14514 14514 97 26 MT 21S rRNA 21S rRNA3 #REF! #REF! 1921 18 TTTCGCTACATTATAACCTTTCGCTACATTATAACCTTTCGCTACATTATAACCTTTCGC SH14515 14515 74 165 MT 21S rRNA 21S rRNA3 #REF! #REF! 1936 18 TTATAGGCCAAGGAATTTTTATAGGCCAAGGAATTTTTATAGGCCAAGGAATTTTTATAG SH14516 14516 64 163 MT 21S rRNA 21S rRNA3 #REF! #REF! 1951 15 GCGGGACCTCAATTAGCGGGACCTCAATTAGCGGGACCTCAATTAGCGGGACCTCAATTA SH14517 14517 55 50 MT 21S rRNA 21S rRNA3 #REF! #REF! 1966 19 GTATCATTACGTCATTCATGTATCATTACGTCATTCATGTATCATTACGTCATTCATGTA SH14518 14518 61 126 MT 21S rRNA 21S rRNA3 #REF! #REF! 1981 17 GGAGACAGTTGTTGTATGGAGACAGTTGTTGTATGGAGACAGTTGTTGTATGGAGACAGT SH14519 14519 40 106 MT 21S rRNA 21S rRNA3 #REF! #REF! 1996 17 CACTTAGCTTAAAGGGGCACTTAGCTTAAAGGGGCACTTAGCTTAAAGGGGCACTTAGCT SH14520 14520 63 4 MT 21S rRNA 21S rRNA3 #REF! #REF! 2011 19 CACTACGATTTCAATTTCACACTACGATTTCAATTTCACACTACGATTTCAATTTCACAC SH14521 14521 50 37 MT 21S rRNA 21S rRNA3 #REF! #REF! 2026 18 GTACATAGCATCTTCACTGTACATAGCATCTTCACTGTACATAGCATCTTCACTGTACAT SH14522 14522 11 148 MT 21S rRNA 21S rRNA3 #REF! #REF! 2041 16 CGTCTTGCTGAAGGTACGTCTTGCTGAAGGTACGTCTTGCTGAAGGTACGTCTTGCTGAA SH14523 14523 61 161 MT 21S rRNA 21S rRNA3 #REF! #REF! 2056 15 GCATAGGGTCTTTCCGCATAGGGTCTTTCCGCATAGGGTCTTTCCGCATAGGGTCTTTCC SH14524 14524 86 123 MT 21S rRNA 21S rRNA3 #REF! #REF! 2071 20 TATCTAATTACAGTAAAGCTTATCTAATTACAGTAAAGCTTATCTAATTACAGTAAAGCT SH14525 14525 68 173 MT 21S rRNA 21S rRNA3 #REF! #REF! 2086 20 AACAATAATTCGATCTATCTAACAATAATTCGATCTATCTAACAATAATTCGATCTATCT SH14526 14526 89 34 MT 21S rRNA 21S rRNA3 #REF! #REF! 2101 22 ATATGCTGAATATAATAAACAAATATGCTGAATATAATAAACAAATATGCTGAATATAAT SH14527 14527 92 132 MT 21S rRNA 21S rRNA3 #REF! #REF! 2116 20 ATAGGATTACTTAATATGCTATAGGATTACTTAATATGCTATAGGATTACTTAATATGCT SH14528 14528 27 34 MT 21S rRNA 21S rRNA3 #REF! #REF! 2131 18 CGATTACCTAATAATAGGCGATTACCTAATAATAGGCGATTACCTAATAATAGGCGATTA SH14529 14529 20 89 MT 21S rRNA 21S rRNA3 #REF! #REF! 2146 20 TCTCATTAATATCTAAACGATCTCATTAATATCTAAACGATCTCATTAATATCTAAACGA SH14530 14530 18 84 MT 21S rRNA 21S rRNA3 #REF! #REF! 2161 23 ATTATATTATAATAAGTATCTCAATTATATTATAATAAGTATCTCAATTATATTATAATA SH14531 14531 9 96 MT 21S rRNA 21S rRNA3 #REF! #REF! 2176 23 AAGATTAGAATTATCATTATATTAAGATTAGAATTATCATTATATTAAGATTAGAATTAT SH14532 14532 30 207 MT 21S rRNA 21S rRNA3 #REF! #REF! 2191 25 TAATAATAATTATTTATAAGATTAGTAATAATAATTATTTATAAGATTAGTAATAATAAT SH14533 14533 41 14 MT 21S rRNA 21S rRNA3 #REF! #REF! 2206 29 TTATTATTATTAATAATAATAATAATAATTTATTATTATTAATAATAATAATAATAATTT SH14534 14534 44 65 MT 21S rRNA 21S rRNA3 #REF! #REF! 2221 23 GAAAGCATATTATTATTATTAATGAAAGCATATTATTATTATTAATGAAAGCATATTATT SH14535 14535 51 46 MT 21S rRNA 21S rRNA3 #REF! #REF! 2236 18 CACTATGCTTGAAAGCATCACTATGCTTGAAAGCATCACTATGCTTGAAAGCATCACTAT SH14536 14536 93 208 MT 21S rRNA 21S rRNA3 #REF! #REF! 2251 22 TCATATAAATATGTTTTATCACTCATATAAATATGTTTTATCACTCATATAAATATGTTT SH14537 14537 68 7 MT 21S rRNA 21S rRNA3 #REF! #REF! 2266 22 TAAGTAAAGTGATTATCATATATAAGTAAAGTGATTATCATATATAAGTAAAGTGATTAT SH14538 14538 2 117 MT 21S rRNA 21S rRNA3 #REF! #REF! 2281 23 TAAGAATTATATCTATTAAGTAATAAGAATTATATCTATTAAGTAATAAGAATTATATCT SH14539 14539 70 127 MT 21S rRNA 21S rRNA3 #REF! #REF! 2296 25 ATATATTATATATTACTTAAGAATTATATATTATATATTACTTAAGAATTATATATTATA SH14540 14540 34 20 MT 21S rRNA 21S rRNA3 #REF! #REF! 2311 29 TATATAATATATATAAAATATATATTATATATATAATATATATAAAATATATATTATATA SH14541 14541 11 73 MT 21S rRNA 21S rRNA3 #REF! #REF! 2326 25 CTCTTATATTATATATAATATATATCTCTTATATTATATATAATATATATCTCTTATATT SH14542 14542 26 64 MT 21S rRNA 21S rRNA3 #REF! #REF! 2341 20 TAGAGATTGTCTCTTATATTTAGAGATTGTCTCTTATATTTAGAGATTGTCTCTTATATT SH14543 14543 80 36 MT 21S rRNA 21S rRNA3 #REF! #REF! 2356 18 CAAAACTACCAATTAGAGCAAAACTACCAATTAGAGCAAAACTACCAATTAGAGCAAAAC SH14544 14544 73 136 MT 21S rRNA 21S rRNA3 #REF! #REF! 2371 13 GACGCCCCATCAAGACGCCCCATCAAGACGCCCCATCAAGACGCCCCATCAAGACGCCCC SH14545 14545 49 29 MT 21S rRNA 21S rRNA3 #REF! #REF! 2386 18 CAGATACTTTTGCTGATACAGATACTTTTGCTGATACAGATACTTTTGCTGATACAGATA SH14546 14546 35 198 MT 21S rRNA 21S rRNA3 #REF! #REF! 2401 20 TTATTTATGGACTTATTCAGTTATTTATGGACTTATTCAGTTATTTATGGACTTATTCAG SH14547 14547 51 8 MT 21S rRNA 21S rRNA3 #REF! #REF! 2416 27 TTTATTCAATAATTTTATATATTTATTTTTATTCAATAATTTTATATATTTATTTTTATT SH14548 14548 63 160 MT 21S rRNA 21S rRNA3 #REF! #REF! 2431 27 ATATATTATTTTTTTTTTATTCAATAAATATATTATTTTTTTTTTATTCAATAAATATAT SH14549 14549 103 154 MT 21S rRNA 21S rRNA3 #REF! #REF! 2446 29 TAATTAATATATATAATATATATTATTTTTAATTAATATATATAATATATATTATTTTTA SH14550 14550 10 84 MT 21S rRNA 21S rRNA3 #REF! #REF! 2461 27 ATATTTCAATTTATAATTAATATATATATATTTCAATTTATAATTAATATATATATATTT SH14551 14551 76 92 MT 21S rRNA 21S rRNA3 #REF! #REF! 2476 25 AATTTATATAAACATATTTCAATTTAATTTATATAAACATATTTCAATTTAATTTATATA SH14552 14552 97 205 MT 21S rRNA 21S rRNA3 #REF! #REF! 2491 27 TATATTCAATAAATATAAATTTATATATATATTCAATAAATATAAATTTATATATATATT SH14553 14553 7 136 MT 21S rRNA 21S rRNA3 #REF! #REF! 2506 24 CTATTACTAAAATATATTCAATAACTATTACTAAAATATATTCAATAACTATTACTAAAA SH14554 14554 12 55 MT 21S rRNA 21S rRNA3 #REF! #REF! 2521 23 GTACATATTTTTATCTATTACTAGTACATATTTTTATCTATTACTAGTACATATTTTTAT SH14555 14555 77 180 MT 21S rRNA 21S rRNA3 #REF! #REF! 2536 22 CTTACAATTTTACTGTACATATCTTACAATTTTACTGTACATATCTTACAATTTTACTGT SH14556 14556 38 66 MT 21S rRNA 21S rRNA3 #REF! #REF! 2551 22 GTTATTATTGTTTTCCTTACAAGTTATTATTGTTTTCCTTACAAGTTATTATTGTTTTCC SH14557 14557 60 15 MT 21S rRNA 21S rRNA3 #REF! #REF! 2566 18 GAGAGGAGAAAGTTATTAGAGAGGAGAAAGTTATTAGAGAGGAGAAAGTTATTAGAGAGG SH14558 14558 13 187 MT 21S rRNA 21S rRNA3 #REF! #REF! 2581 13 CCCCCACCGAGAGCCCCCACCGAGAGCCCCCACCGAGAGCCCCCACCGAGAGCCCCCACC SH14559 14559 25 116 MT 21S rRNA 21S rRNA3 #REF! #REF! 2596 19 CCTATTAAAAATAGGTGTGCCTATTAAAAATAGGTGTGCCTATTAAAAATAGGTGTGCCT SH14560 14560 89 131 MT 21S rRNA 21S rRNA3 #REF! #REF! 2611 15 AGGGGTTCACACCTAAGGGGTTCACACCTAAGGGGTTCACACCTAAGGGGTTCACACCTA SH14561 14561 93 50 MT 21S rRNA 21S rRNA3 #REF! #REF! 2626 13 CGGAACCCCGAAGCGGAACCCCGAAGCGGAACCCCGAAGCGGAACCCCGAAGCGGAACCC SH14562 14562 38 169 MT 21S rRNA 21S rRNA3 #REF! #REF! 2641 13 GACCCGAAAGGGAGACCCGAAAGGGAGACCCGAAAGGGAGACCCGAAAGGGAGACCCGAA SH14563 14563 36 47 MT 21S rRNA 21S rRNA3 #REF! #REF! 2656 20 TCCATTTTTATTTAAGTTCCTCCATTTTTATTTAAGTTCCTCCATTTTTATTTAAGTTCC SH14564 14564 88 44 MT 21S rRNA 21S rRNA3 #REF! #REF! 2671 23 TATATTAATTTAATTCTTTCCATTATATTAATTTAATTCTTTCCATTATATTAATTTAAT SH14565 14565 79 204 MT 21S rRNA 21S rRNA3 #REF! #REF! 2686 22 CACAGTTATACCATTATATTAACACAGTTATACCATTATATTAACACAGTTATACCATTA SH14566 14566 63 121 MT 21S rRNA 21S rRNA3 #REF! #REF! 2701 18 TACAATTATCGCACAGTTTACAATTATCGCACAGTTTACAATTATCGCACAGTTTACAAT SH14567 14567 58 118 MT 21S rRNA 21S rRNA3 #REF! #REF! 2716 17 TCACTCGTTTGTGTTACTCACTCGTTTGTGTTACTCACTCGTTTGTGTTACTCACTCGTT SH14568 14568 52 115 MT 21S rRNA 21S rRNA3 #REF! #REF! 2731 18 TACTTACGTACTTGTTTCTACTTACGTACTTGTTTCTACTTACGTACTTGTTTCTACTTA SH14569 14569 5 35 MT 21S rRNA 21S rRNA3 #REF! #REF! 2746 18 TTGTTCATTATGCCATACTTGTTCATTATGCCATACTTGTTCATTATGCCATACTTGTTC SH14570 14570 85 90 MT 21S rRNA 21S rRNA3 #REF! #REF! 2761 20 TTTACAATCAGTGTTATTTGTTTACAATCAGTGTTATTTGTTTACAATCAGTGTTATTTG SH14571 14571 27 70 MT 21S rRNA 21S rRNA3 #REF! #REF! 2776 19 CGTTATCAATAACCTTTACCGTTATCAATAACCTTTACCGTTATCAATAACCTTTACCGT SH14572 14572 42 197 MT 21S rRNA 21S rRNA3 #REF! #REF! 2791 18 GCGTAACTTTTATTCGTTGCGTAACTTTTATTCGTTGCGTAACTTTTATTCGTTGCGTAA SH14573 14573 48 56 MT 21S rRNA 21S / intronic #REF! #REF! 2806 17 GTAAATTATCCCTAGCGGTAAATTATCCCTAGCGGTAAATTATCCCTAGCGGTAAATTAT SH14574 14574 76 205 MT 21S rRNA intronic #REF! #REF! 2821 13 GGGACAAGGGGGTGGGACAAGGGGGTGGGACAAGGGGGTGGGACAAGGGGGTGGGACAAG SH14575 14575 78 58 MT 21S rRNA intronic #REF! #REF! 2836 25 TTGAATAATTATATTTTTCAATATATTGAATAATTATATTTTTCAATATATTGAATAATT SH14576 14576 44 202 MT 21S rRNA intronic #REF! #REF! 2851 25 CAATTAAATAATTAATTGAATAATTCAATTAAATAATTAATTGAATAATTCAATTAAATA SH14577 14577 60 205 MT 21S rRNA intronic #REF! #REF! 2866 22 CCCAATTTACTTCAATTAAATACCCAATTTACTTCAATTAAATACCCAATTTACTTCAAT SH14578 14578 87 3 MT 21S rRNA intronic #REF! #REF! 2881 18 TAAGCAATTCACCCAATTTAAGCAATTCACCCAATTTAAGCAATTCACCCAATTTAAGCA SH14579 14579 67 104 MT 21S rRNA intronic #REF! #REF! 2896 22 TTTTATCTATATGGATATCTAATTTTATCTATATGGATATCTAATTTTATCTATATGGAT SH14580 14580 20 22 MT 21S rRNA intronic #REF! #REF! 2911 22 CTTATTGTCCATTATTTTTATCCTTATTGTCCATTATTTTTATCCTTATTGTCCATTATT SH14581 14581 81 81 MT 21S rRNA intronic #REF! #REF! 2926 16 GCTTCGCTGCTTATTGGCTTCGCTGCTTATTGGCTTCGCTGCTTATTGGCTTCGCTGCTT SH14582 14582 10 69 MT 21S rRNA intronic #REF! #REF! 2941 22 CATATATGAAAGTTGTTATAAGCATATATGAAAGTTGTTATAAGCATATATGAAAGTTGT SH14583 14583 30 125 MT 21S rRNA intronic #REF! #REF! 2956 22 ATAACCGTATATATACATATATATAACCGTATATATACATATATATAACCGTATATATAC SH14584 14584 102 22 MT 21S rRNA intronic #REF! #REF! 2971 17 GAACGTTCTTATAACCGGAACGTTCTTATAACCGGAACGTTCTTATAACCGGAACGTTCT SH14585 14585 54 210 MT 21S rRNA intronic #REF! #REF! 2986 17 CATCATCTAGTCGTTGACATCATCTAGTCGTTGACATCATCTAGTCGTTGACATCATCTA SH14586 14586 64 64 MT 21S rRNA intronic / sce1 #REF! #REF! 3001 18 TATTGTTAACTCCACTCATATTGTTAACTCCACTCATATTGTTAACTCCACTCATATTGT SH14587 14587 31 168 MT 21S rRNA Sce1 endonuc #REF! #REF! 3016 17 GCTCGTGGATGAATTATGCTCGTGGATGAATTATGCTCGTGGATGAATTATGCTCGTGGA SH14588 14588 94 70 MT 21S rRNA Sce1 endonuc #REF! #REF! 3031 13 CGACATTGGGCGCCGACATTGGGCGCCGACATTGGGCGCCGACATTGGGCGCCGACATTG SH14589 14589 81 128 MT 21S rRNA Sce1 endonuc #REF! #REF! 3046 27 TTTGATATTTATTTAATATTTTATTTATTTGATATTTATTTAATATTTTATTTATTTGAT SH14590 14590 99 33 MT 21S rRNA Sce1 endonuc #REF! #REF! 3061 23 TTTATATATCCTTTGATATTTATTTTATATATCCTTTGATATTTATTTTATATATCCTTT SH14591 14591 33 109 MT 21S rRNA Sce1 endonuc #REF! #REF! 3076 25 TTGATTTATTAAAAATCTTTATATATTGATTTATTAAAAATCTTTATATATTGATTTATT SH14592 14592 95 208 MT 21S rRNA Sce1 endonuc #REF! #REF! 3091 26 CATTTTATTTTATTTTTTGATTTATTCATTTTATTTTATTTTTTGATTTATTCATTTTAT SH14593 14593 48 69 MT 21S rRNA Sce1 endonuc #REF! #REF! 3106 27 TTTTTTTAATATTTTTCATTTTATTTTTTTTTTTAATATTTTTCATTTTATTTTTTTTTT SH14594 14594 103 168 MT 21S rRNA Sce1 endonuc #REF! #REF! 3121 25 TTTATTACTTGATTTTTTTTAATATTTTATTACTTGATTTTTTTTAATATTTTATTACTT SH14595 14595 6 22 MT 21S rRNA Sce1 endonuc #REF! #REF! 3136 20 AGGTCCTAAATTTATTACTTAGGTCCTAAATTTATTACTTAGGTCCTAAATTTATTACTT SH14596 14596 81 7 MT 21S rRNA Sce1 endonuc #REF! #REF! 3151 22 TTTAATAATTTAGAATTAGGTCTTTAATAATTTAGAATTAGGTCTTTAATAATTTAGAAT SH14597 14597 21 6 MT 21S rRNA Sce1 endonuc #REF! #REF! 3166 23 TTGTGATTTATATTCTTTTAATATTGTGATTTATATTCTTTTAATATTGTGATTTATATT SH14598 14598 26 177 MT 21S rRNA Sce1 endonuc #REF! #REF! 3181 23 ATTTAATTCAATTAATTGTGATTATTTAATTCAATTAATTGTGATTATTTAATTCAATTA SH14599 14599 50 149 MT 21S rRNA Sce1 endonuc #REF! #REF! 3196 23 TTCAAATTGTTCAATATTTAATTTTCAAATTGTTCAATATTTAATTTTCAAATTGTTCAA SH14600 14600 48 198 MT 21S rRNA Sce1 endonuc #REF! #REF! 3211 18 CAATACCTGCTTCAAATTCAATACCTGCTTCAAATTCAATACCTGCTTCAAATTCAATAC SH14601 14601 38 35 MT 21S rRNA Sce1 endonuc #REF! #REF! 3226 20 ATCTCCTAAAATTAAACCAAATCTCCTAAAATTAAACCAAATCTCCTAAAATTAAACCAA SH14602 14602 11 82 MT 21S rRNA Sce1 endonuc #REF! #REF! 3241 18 TACGAATATAAGCATCTCTACGAATATAAGCATCTCTACGAATATAAGCATCTCTACGAA SH14603 14603 99 45 MT 21S rRNA Sce1 endonuc #REF! #REF! 3256 16 CCTTCATCACGACTACCCTTCATCACGACTACCCTTCATCACGACTACCCTTCATCACGA SH14604 14604 15 164 MT 21S rRNA Sce1 endonuc #REF! #REF! 3271 20 TTGCATACAATATAGTTTACTTGCATACAATATAGTTTACTTGCATACAATATAGTTTAC SH14605 14605 72 172 MT 21S rRNA Sce1 endonuc #REF! #REF! 3286 20 ATTTTTTCACTCAAATTGCAATTTTTTCACTCAAATTGCAATTTTTTCACTCAAATTGCA SH14606 14606 14 38 MT 21S rRNA Sce1 endonuc #REF! #REF! 3301 18 CCATGTATGCCTTATTTTCCATGTATGCCTTATTTTCCATGTATGCCTTATTTTCCATGT SH14607 14607 50 190 MT 21S rRNA Sce1 endonuc #REF! #REF! 3316 20 TAATAAACATACATGATCCATAATAAACATACATGATCCATAATAAACATACATGATCCA SH14608 14608 9 78 MT 21S rRNA Sce1 endonuc #REF! #REF! 3331 22 AATACTCATTGATCATATAATAAATACTCATTGATCATATAATAAATACTCATTGATCAT SH14609 14609 83 206 MT 21S rRNA Sce1 endonuc #REF! #REF! 3346 17 AGGAGGTGATAATACTCAGGAGGTGATAATACTCAGGAGGTGATAATACTCAGGAGGTGA SH14610 14610 68 99 MT 21S rRNA Sce1 endonuc #REF! #REF! 3361 20 AACTCTTTCTTTTTTATGAGAACTCTTTCTTTTTTATGAGAACTCTTTCTTTTTTATGAG SH14611 14611 22 167 MT 21S rRNA Sce1 endonuc #REF! #REF! 3376 20 ATTACCTAAATGATTAACTCATTACCTAAATGATTAACTCATTACCTAAATGATTAACTC SH14612 14612 68 49 MT 21S rRNA Sce1 endonuc #REF! #REF! 3391 20 TCAGGTAATTACTAAATTACTCAGGTAATTACTAAATTACTCAGGTAATTACTAAATTAC SH14613 14613 17 110 MT 21S rRNA Sce1 endonuc #REF! #REF! 3406 13 TGAGCTCCTCAGGTGAGCTCCTCAGGTGAGCTCCTCAGGTGAGCTCCTCAGGTGAGCTCC SH14614 14614 98 183 MT 21S rRNA Sce1 endonuc #REF! #REF! 3421 20 AAAAGCTTGATGTTTAAAAGAAAAGCTTGATGTTTAAAAGAAAAGCTTGATGTTTAAAAG SH14615 14615 32 84 MT 21S rRNA Sce1 endonuc #REF! #REF! 3436 22 AAGTTAGCTAATTTATTAAAAGAAGTTAGCTAATTTATTAAAAGAAGTTAGCTAATTTAT SH14616 14616 30 60 MT 21S rRNA Sce1 endonuc #REF! #REF! 3451 23 ATTATTTACAATAAATAAGTTAGATTATTTACAATAAATAAGTTAGATTATTTACAATAA SH14617 14617 72 91 MT 21S rRNA Sce1 endonuc #REF! #REF! 3466 23 AGGAATAAGTTTTTTATTATTTAAGGAATAAGTTTTTTATTATTTAAGGAATAAGTTTTT SH14618 14618 38 24 MT 21S rRNA Sce1 endonuc #REF! #REF! 3481 22 TCAACTAAATTATTAGGAATAATCAACTAAATTATTAGGAATAATCAACTAAATTATTAG SH14619 14619 11 30 MT 21S rRNA Sce1 endonuc #REF! #REF! 3496 22 GGTGTTAAATAATTTTCAACTAGGTGTTAAATAATTTTCAACTAGGTGTTAAATAATTTT SH14620 14620 101 64 MT 21S rRNA Sce1 endonuc #REF! #REF! 3511 19 GCTAAACTTATAGGTGTTAGCTAAACTTATAGGTGTTAGCTAAACTTATAGGTGTTAGCT SH14621 14621 46 84 MT 21S rRNA Sce1 endonuc #REF! #REF! 3526 21 CATCTATAAATCAATATGCTACATCTATAAATCAATATGCTACATCTATAAATCAATATG SH14622 14622 64 75 MT 21S rRNA Sce1 endonuc #REF! #REF! 3541 18 ATTTACCTCCATCATCTAATTTACCTCCATCATCTAATTTACCTCCATCATCTAATTTAC SH14623 14623 102 163 MT 21S rRNA Sce1 endonuc #REF! #REF! 3556 23 AGAATTTTTATTATAATCTCATTAGAATTTTTATTATAATCTCATTAGAATTTTTATTAT SH14624 14624 29 137 MT 21S rRNA Sce1 endonuc #REF! #REF! 3571 23 AATACTTTTATTAAGAGAATTTTAATACTTTTATTAAGAGAATTTTAATACTTTTATTAA SH14625 14625 104 26 MT 21S rRNA Sce1 endonuc #REF! #REF! 3586 22 TGTGTATTTAATACAATACTTTTGTGTATTTAATACAATACTTTTGTGTATTTAATACAA SH14626 14626 9 154 MT 21S rRNA Sce1 endonuc #REF! #REF! 3601 21 CAAAAGTAAAACTTTGTGTATCAAAAGTAAAACTTTGTGTATCAAAAGTAAAACTTTGTG SH14627 14627 29 173 MT 21S rRNA Sce1 endonuc #REF! #REF! 3616 20 ATATTCTACTTCTTCAAAAGATATTCTACTTCTTCAAAAGATATTCTACTTCTTCAAAAG SH14628 14628 66 127 MT 21S rRNA Sce1 endonuc #REF! #REF! 3631 22 CTTAAACCTTTAACTAAATATTCTTAAACCTTTAACTAAATATTCTTAAACCTTTAACTA SH14629 14629 18 79 MT 21S rRNA Sce1 endonuc #REF! #REF! 3646 23 TAATTGAAATTTATTTCTTAAACTAATTGAAATTTATTTCTTAAACTAATTGAAATTTAT SH14630 14630 62 171 MT 21S rRNA Sce1 endonuc #REF! #REF! 3661 23 TTTAACATAACAATTTAATTGAATTTAACATAACAATTTAATTGAATTTAACATAACAAT SH14631 14631 78 48 MT 21S rRNA Sce1 endonuc #REF! #REF! 3676 25 GGTTTATTTTTATTAATTTTAACATGGTTTATTTTTATTAATTTTAACATGGTTTATTTT SH14632 14632 92 18 MT 21S rRNA Sce1 endonuc #REF! #REF! 3691 24 CAATATAAATAATTGGTTTATTTTCAATATAAATAATTGGTTTATTTTCAATATAAATAA SH14633 14633 75 100 MT 21S rRNA Sce1 endonuc #REF! #REF! 3706 23 ATAACTTATAGAATCAATATAAAATAACTTATAGAATCAATATAAAATAACTTATAGAAT SH14634 14634 45 119 MT 21S rRNA Sce1 endonuc #REF! #REF! 3721 27 TTAAATTATAAAAAATTAAATAACTTATTAAATTATAAAAAATTAAATAACTTATTAAAT SH14635 14635 100 207 MT 21S rRNA Sce1 endonuc #REF! #REF! 3736 25 AAATAAGGTTTAATTAAATTATAAAAAATAAGGTTTAATTAAATTATAAAAAATAAGGTT SH14636 14636 94 49 MT 21S rRNA Sce1 endonuc #REF! #REF! 3751 20 TTGAGGAATTAAATAAGGTTTTGAGGAATTAAATAAGGTTTTGAGGAATTAAATAAGGTT SH14637 14637 31 100 MT 21S rRNA Sce1 endonuc #REF! #REF! 3766 22 GGTAATTTATATATCATTTGAGGGTAATTTATATATCATTTGAGGGTAATTTATATATCA SH14638 14638 75 4 MT 21S rRNA Sce1 endonuc #REF! #REF! 3781 22 GATGAAATAGTATTAGGTAATTGATGAAATAGTATTAGGTAATTGATGAAATAGTATTAG SH14639 14639 46 178 MT 21S rRNA Sce1 endonuc #REF! #REF! 3796 20 TAAAAAAGTTTCGGATGAAATAAAAAAGTTTCGGATGAAATAAAAAAGTTTCGGATGAAA SH14640 14640 73 56 MT 21S rRNA sce1 / intronic #REF! #REF! 3811 27 AATAAAAATAAGAATATTATTTTAAAAAATAAAAATAAGAATATTATTTTAAAAAATAAA SH14641 14641 29 109 MT 21S rRNA intronic #REF! #REF! 3826 25 AAATATATCATAAAATAAAAATAAGAAATATATCATAAAATAAAAATAAGAAATATATCA SH14642 14642 58 187 MT 21S rRNA intronic #REF! #REF! 3841 25 AAATAAATATTTATGAAATATATCAAAATAAATATTTATGAAATATATCAAAATAAATAT SH14643 14643 63 144 MT 21S rRNA intronic #REF! #REF! 3856 27 CAAATAAAATTTAATATAAATAAATATCAAATAAAATTTAATATAAATAAATATCAAATA SH14644 14644 9 123 MT 21S rRNA intronic #REF! #REF! 3871 24 CTATATCATTATCAAATAAAATTTCTATATCATTATCAAATAAAATTTCTATATCATTAT SH14645 14645 26 9 MT 21S rRNA intronic #REF! #REF! 3886 20 TATTGTTCAGACTATATCATTATTGTTCAGACTATATCATTATTGTTCAGACTATATCAT SH14646 14646 27 149 MT 21S rRNA intronic #REF! #REF! 3901 22 ACTTCAATATATTACTATATTGACTTCAATATATTACTATATTGACTTCAATATATTACT SH14647 14647 32 188 MT 21S rRNA intronic #REF! #REF! 3916 23 TTACATTTAAATAATTACTTCAATTACATTTAAATAATTACTTCAATTACATTTAAATAA SH14648 14648 92 91 MT 21S rRNA intronic #REF! #REF! 3931 22 TTTTGTTATCGTAATTACATTTTTTTGTTATCGTAATTACATTTTTTTGTTATCGTAATT SH14649 14649 86 178 MT 21S rRNA intronic / 21S rRNA4 #REF! #REF! 3946 20 CCCTGTTCAAATTTTTTGTTCCCTGTTCAAATTTTTTGTTCCCTGTTCAAATTTTTTGTT SH14650 14650 62 49 MT 21S rRNA 21S rRNA4 #REF! #REF! 3961 17 TTCGCTATATTACCCTGTTCGCTATATTACCCTGTTCGCTATATTACCCTGTTCGCTATA SH14651 14651 104 195 MT 21S rRNA 21S rRNA4 #REF! #REF! 3976 20 GCTTACAATATCTACTCTTTGCTTACAATATCTACTCTTTGCTTACAATATCTACTCTTT SH14652 14652 25 9 MT 21S rRNA 21S rRNA4 #REF! #REF! 3991 17 GTGGCAAACATAGCTTAGTGGCAAACATAGCTTAGTGGCAAACATAGCTTAGTGGCAAAC SH14653 14653 2 147 MT 21S rRNA 21S rRNA4 #REF! #REF! 4006 15 AGTCGACATCGAGGTAGTCGACATCGAGGTAGTCGACATCGAGGTAGTCGACATCGAGGT SH14654 14654 18 70 MT 21S rRNA 21S rRNA4 #REF! #REF! 4021 17 ACCAAGAGGAAATGTTGACCAAGAGGAAATGTTGACCAAGAGGAAATGTTGACCAAGAGG SH14655 14655 6 97 MT 21S rRNA 21S rRNA4 #REF! #REF! 4036 18 CTTCTTAGCTTTTACAACCTTCTTAGCTTTTACAACCTTCTTAGCTTTTACAACCTTCTT SH14656 14656 76 49 MT 21S rRNA 21S rRNA4 #REF! #REF! 4051 17 CGAACAGTCAAACCCTTCGAACAGTCAAACCCTTCGAACAGTCAAACCCTTCGAACAGTC SH14657 14657 41 20 MT 21S rRNA 21S rRNA4 #REF! #REF! 4066 19 CGTAACATTTTAATTGACGCGTAACATTTTAATTGACGCGTAACATTTTAATTGACGCGT SH14658 14658 85 104 MT 21S rRNA 21S rRNA4 #REF! #REF! 4081 17 TTAACCCAACTCACGTATTAACCCAACTCACGTATTAACCCAACTCACGTATTAACCCAA SH14659 14659 75 121 MT 21S rRNA 21S rRNA4 #REF! #REF! 4096 18 CTGATTCACATCGTATTTCTGATTCACATCGTATTTCTGATTCACATCGTATTTCTGATT SH14660 14660 3 200 MT 21S rRNA 21S rRNA4 #REF! #REF! 4111 17 AGATAGGAACCATACTGAGATAGGAACCATACTGAGATAGGAACCATACTGAGATAGGAA SH14661 14661 70 85 MT 21S rRNA 21S rRNA4 #REF! #REF! 4126 18 TAATATTTCCTTCAGCAGTAATATTTCCTTCAGCAGTAATATTTCCTTCAGCAGTAATAT SH14662 14662 28 54 MT 21S rRNA 21S rRNA4 #REF! #REF! 4141 23 AATAATGAGATTTAATTTGATAAAATAATGAGATTTAATTTGATAAAATAATGAGATTTA SH14663 14663 50 68 MT 21S rRNA 21S rRNA4 #REF! #REF! 4156 18 CTTGCGTACTAATAATGACTTGCGTACTAATAATGACTTGCGTACTAATAATGACTTGCG SH14664 14664 74 116 MT 21S rRNA 21S rRNA4 #REF! #REF! 4171 18 TGATTCATTATGGTCCTTTGATTCATTATGGTCCTTTGATTCATTATGGTCCTTTGATTC SH14665 14665 26 72 MT 21S rRNA 21S rRNA4 #REF! #REF! 4186 17 GATACACCATGGGTTGAGATACACCATGGGTTGAGATACACCATGGGTTGAGATACACCA SH14666 14666 13 185 MT 21S rRNA 21S rRNA4 #REF! #REF! 4201 25 AATATATTATATTATTATCAATAGAAATATATTATATTATTATCAATAGAAATATATTAT SH14667 14667 95 21 MT 21S rRNA 21S rRNA4 #REF! #REF! 4216 27 AAGTATTATTTTTATTAAATATATTATAAGTATTATTTTTATTAAATATATTATAAGTAT SH14668 14668 56 111 MT 21S rRNA 21S rRNA4 #REF! #REF! 4231 27 GATAATATATTAATAAAGTATTATTTTGATAATATATTAATAAAGTATTATTTTGATAAT SH14669 14669 42 177 MT 21S rRNA 21S rRNA4 #REF! #REF! 4246 25 ATAAACTAATATAGATAATATATTAATAAACTAATATAGATAATATATTAATAAACTAAT SH14670 14670 42 194 MT 21S rRNA 21S rRNA4 #REF! #REF! 4261 27 TAATATATAATTAAAATATAAACTAATTAATATATAATTAAAATATAAACTAATTAATAT SH14671 14671 19 173 MT 21S rRNA 21S rRNA4 #REF! #REF! 4276 23 ATCTACTATGATAATATATAATTATCTACTATGATAATATATAATTATCTACTATGATAA SH14672 14672 28 201 MT 21S rRNA 21S rRNA4 #REF! #REF! 4291 19 CAACTTAGCTTATCTACTACAACTTAGCTTATCTACTACAACTTAGCTTATCTACTACAA SH14673 14673 69 86 MT 21S rRNA 21S rRNA4 #REF! #REF! 4306 23 TTCAATATTTATTTATTATCAACTTCAATATTTATTTATTATCAACTTCAATATTTATTT SH14674 14674 57 146 MT 21S rRNA 21S rRNA4 #REF! #REF! 4321 23 CATATTTAATATGTATTCAATATCATATTTAATATGTATTCAATATCATATTTAATATGT SH14675 14675 75 26 MT 21S rRNA 21S rRNA4 #REF! #REF! 4336 23 TTATTAAAACAACTTCATATTTATTATTAAAACAACTTCATATTTATTATTAAAACAACT SH14676 14676 30 164 MT 21S rRNA 21S rRNA4 #REF! #REF! 4351 23 ATCAGATTAATTATCTTATTAAAATCAGATTAATTATCTTATTAAAATCAGATTAATTAT SH14677 14677 99 155 MT 21S rRNA 21S rRNA4 #REF! #REF! 4366 23 TTTTAGTATAAAATTATCAGATTTTTTAGTATAAAATTATCAGATTTTTTAGTATAAAAT SH14678 14678 21 49 MT 21S rRNA 21S rRNA4 #REF! #REF! 4381 23 ACCTATAATTATTAATTTTAGTAACCTATAATTATTAATTTTAGTAACCTATAATTATTA SH14679 14679 2 155 MT 21S rRNA 21S rRNA4 #REF! #REF! 4396 25 TATAAATAATATATAAAACCTATAATATAAATAATATATAAAACCTATAATATAAATAAT SH14680 14680 61 77 MT 21S rRNA 21S rRNA4 #REF! #REF! 4411 29 TTATTATAATATATTTATTTATAAATAATTTATTATAATATATTTATTTATAAATAATTT SH14681 14681 74 141 MT 21S rRNA 21S rRNA4 #REF! #REF! 4426 29 TAATAATAATTATTATTATTATAATATATTAATAATAATTATTATTATTATAATATATTA SH14682 14682 4 57 MT 21S rRNA 21S rRNA4 #REF! #REF! 4441 29 AATATTTTTTATTAATAATAATAATTATTAATATTTTTTATTAATAATAATAATTATTAA SH14683 14683 44 53 MT 21S rRNA 21S rRNA4 #REF! #REF! 4456 29 ATTAATATTATAATTAATATTTTTTATTAATTAATATTATAATTAATATTTTTTATTAAT SH14684 14684 104 196 MT 21S rRNA 21S rRNA4 #REF! #REF! 4471 27 AAATTAGTATTTTATTAATATTATAATAAATTAGTATTTTATTAATATTATAATAAATTA SH14685 14685 68 128 MT 21S rRNA 21S rRNA4 #REF! #REF! 4486 22 GATAACTGATAAATTAGTATTTGATAACTGATAAATTAGTATTTGATAACTGATAAATTA SH14686 14686 4 100 MT 21S rRNA 21S rRNA4 #REF! #REF! 4501 23 GATTAGATATTATATAGATAACTGATTAGATATTATATAGATAACTGATTAGATATTATA SH14687 14687 16 117 MT 21S rRNA 21S rRNA4 #REF! #REF! 4516 23 GTATATAGAATAATAGATTAGATGTATATAGAATAATAGATTAGATGTATATAGAATAAT SH14688 14688 89 4 MT 21S rRNA 21S rRNA4 / 3' #REF! #REF! 4531 20 AAGGAGTAATAAGTATATAGAAGGAGTAATAAGTATATAGAAGGAGTAATAAGTATATAG SH14689 14689 27 42 MT 21S rRNA 3' #REF! #REF! 4546 23 CTTTTTAATTTAATTAAAAAGGACTTTTTAATTTAATTAAAAAGGACTTTTTAATTTAAT SH14690 14690 32 85 MT 21S rRNA 3' #REF! #REF! 4561 17 ACCGAACCCCTTTTTAAACCGAACCCCTTTTTAAACCGAACCCCTTTTTAAACCGAACCC SH14691 14691 48 114 MT 21S rRNA 3' #REF! #REF! 4576 13 GGGGGGGGGGAACGGGGGGGGGGAACGGGGGGGGGGAACGGGGGGGGGGAACGGGGGGGG SH14692 14692 7 72 MT 21S rRNA 3' #REF! #REF! 4591 25 TATAATTATAATTATAATCATACTTTATAATTATAATTATAATCATACTTTATAATTATA SH14693 14693 72 11 MT 21S rRNA 3' #REF! #REF! 4606 22 CCTCCCTTATATTATAATTATACCTCCCTTATATTATAATTATACCTCCCTTATATTATA SH14694 14694 9 203 MT 21S rRNA 3' #REF! #REF! 4621 13 GGGACCCCTCCCTGGGACCCCTCCCTGGGACCCCTCCCTGGGACCCCTCCCTGGGACCCC SH14695 14695 4 35 MT tRNA thr2 5' #REF! #REF! 1 25 ACTTTATAATATTTATTCTATTATAACTTTATAATATTTATTCTATTATAACTTTATAAT SH14696 14696 4 53 MT tRNA thr2 5' #REF! #REF! 16 27 TAATTATTTATAATTATACTTTATAATTAATTATTTATAATTATACTTTATAATTAATTA SH14697 14697 5 173 MT tRNA thr2 5' #REF! #REF! 31 29 ATTATTATTTAAATAATTAATTATTTATAATTATTATTTAAATAATTAATTATTTATAAT SH14698 14698 8 123 MT tRNA thr2 5' #REF! #REF! 46 29 AATAATAAATATATTATTATTATTTAAATAATAATAAATATATTATTATTATTTAAATAA SH14699 14699 3 12 MT tRNA thr2 5' #REF! #REF! 61 29 ATATATTTATTATATAATAATAAATATATATATATTTATTATATAATAATAAATATATAT SH14700 14700 19 16 MT tRNA thr2 5' / tRNA #REF! #REF! 76 27 ACTATTATTTATAATATATTTATTATAACTATTATTTATAATATATTTATTATAACTATT SH14701 14701 96 91 MT tRNA thr2 5' / tRNA #REF! #REF! 91 23 AAGCTAATATAACTATTATTTATAAGCTAATATAACTATTATTTATAAGCTAATATAACT SH14702 14702 74 193 MT tRNA thr2 tRNA #REF! #REF! 106 19 CTCTACCAATTAAGCTAATCTCTACCAATTAAGCTAATCTCTACCAATTAAGCTAATCTC SH14703 14703 4 175 MT tRNA thr2 tRNA #REF! #REF! 121 18 TTACAAAACGAATGCTCTTTACAAAACGAATGCTCTTTACAAAACGAATGCTCTTTACAA SH14704 14704 81 8 MT tRNA thr2 tRNA #REF! #REF! 136 17 CCCAAACCTTTCGATTACCCAAACCTTTCGATTACCCAAACCTTTCGATTACCCAAACCT SH14705 14705 82 34 MT tRNA thr2 tRNA #REF! #REF! 151 17 ATTAGGGATTTGAACCCATTAGGGATTTGAACCCATTAGGGATTTGAACCCATTAGGGAT SH14706 14706 51 19 MT tRNA thr2 tRNA / 3' #REF! #REF! 166 27 AATATTTTATTATTATTATTGTTATATAATATTTTATTATTATTATTGTTATATAATATT SH14707 14707 51 130 MT tRNA thr2 3' #REF! #REF! 181 29 AATATTATATTTATTTTAATATTTTATTAAATATTATATTTATTTTAATATTTTATTAAA SH14708 14708 96 142 MT tRNA thr2 3' #REF! #REF! 196 29 AATAAATTTTTTATAAATATTATATTTATAATAAATTTTTTATAAATATTATATTTATAA SH14709 14709 98 65 MT tRNA thr2 3' #REF! #REF! 211 29 TTTTTTATATAAATTAATAAATTTTTTATTTTTTTATATAAATTAATAAATTTTTTATTT SH14710 14710 92 112 MT tRNA thr2 3' #REF! #REF! 226 29 TTATTTATATATATATTTTTTATATAAATTTATTTATATATATATTTTTTATATAAATTT SH14711 14711 90 145 MT tRNA thr2 3' #REF! #REF! 241 29 GTTTTATTATAATTATTATTTATATATATGTTTTATTATAATTATTATTTATATATATGT SH14712 14712 9 204 MT tRNA cys; tRNA his 5' #REF! #REF! 1 25 ATAATAAATAAAATAAACTCTTTAAATAATAAATAAAATAAACTCTTTAAATAATAAATA SH14713 14713 22 187 MT tRNA cys; tRNA his 5' #REF! #REF! 16 29 ATATTTTATTAAATAATTTATAATAAATAATATTTTATTAAATAATTTATAATAAATAAT SH14714 14714 52 58 MT tRNA cys; tRNA his 5' #REF! #REF! 31 29 TATATATTATTATATATATTTTATTAAATTATATATTATTATATATATTTTATTAAATTA SH14715 14715 25 101 MT tRNA cys; tRNA his 5' #REF! #REF! 46 25 TATCTTTATTCTATATATTATTATATATCTTTATTCTATATATTATTATATATCTTTATT SH14716 14716 92 33 MT tRNA cys; tRNA his 5' #REF! #REF! 61 25 ACTTATAATTATTTATATCTTTATTACTTATAATTATTTATATCTTTATTACTTATAATT SH14717 14717 103 86 MT tRNA cys; tRNA his 5' #REF! #REF! 76 25 TTTATTACTTTATATACTTATAATTTTTATTACTTTATATACTTATAATTTTTATTACTT SH14718 14718 49 158 MT tRNA cys; tRNA his 5' / tRNA cys #REF! #REF! 91 20 CAACATCTCCTTTATTACTTCAACATCTCCTTTATTACTTCAACATCTCCTTTATTACTT SH14719 14719 7 44 MT tRNA cys; tRNA his tRNA Cys #REF! #REF! 106 20 AGTTTAACCTTAAAACAACAAGTTTAACCTTAAAACAACAAGTTTAACCTTAAAACAACA SH14720 14720 76 125 MT tRNA cys; tRNA his tRNA Cys #REF! #REF! 121 20 GATTTGCAATCTAATAGTTTGATTTGCAATCTAATAGTTTGATTTGCAATCTAATAGTTT SH14721 14721 7 107 MT tRNA cys; tRNA his tRNA Cys #REF! #REF! 136 21 GAACTCTTAATAAGTAGATTTGAACTCTTAATAAGTAGATTTGAACTCTTAATAAGTAGA SH14722 14722 91 42 MT tRNA cys; tRNA his tRNA Cys #REF! #REF! 151 17 TGAAGAGAATCGAACTCTGAAGAGAATCGAACTCTGAAGAGAATCGAACTCTGAAGAGAA SH14723 14723 41 144 MT tRNA cys; tRNA his tRNA Cys / intergenic #REF! #REF! 166 23 TTATATTATTTATTTAAGAGATGTTATATTATTTATTTAAGAGATGTTATATTATTTATT SH14724 14724 84 130 MT tRNA cys; tRNA his intergenic #REF! #REF! 181 27 GAACTATAATATTTTATTATTATATTAGAACTATAATATTTTATTATTATATTAGAACTA SH14725 14725 7 95 MT tRNA cys; tRNA his intergenic #REF! #REF! 196 17 CCCCGGAACTATAATATCCCCGGAACTATAATATCCCCGGAACTATAATATCCCCGGAAC SH14726 14726 99 208 MT tRNA cys; tRNA his intergenic #REF! #REF! 211 13 CCGTGGCCGGGCCCCGTGGCCGGGCCCCGTGGCCGGGCCCCGTGGCCGGGCCCCGTGGCC SH14727 14727 86 97 MT tRNA cys; tRNA his intergenic #REF! #REF! 226 13 CCGGGGTTCCGGCCCGGGGTTCCGGCCCGGGGTTCCGGCCCGGGGTTCCGGCCCGGGGTT SH14728 14728 43 176 MT tRNA cys; tRNA his intergenic #REF! #REF! 241 23 TAAATATATATATATTTATCTCCTAAATATATATATATTTATCTCCTAAATATATATATA SH14729 14729 82 4 MT tRNA cys; tRNA his intergenic / tRNA his #REF! #REF! 256 27 CTTTATTATATAATTATTATAAATATACTTTATTATATAATTATTATAAATATACTTTAT SH14730 14730 99 158 MT tRNA cys; tRNA his intergenic / tRNA his #REF! #REF! 271 23 AATATATTCACCTTTATTATATAAATATATTCACCTTTATTATATAAATATATTCACCTT SH14731 14731 53 173 MT tRNA cys; tRNA his tRNA his #REF! #REF! 286 22 TTTTCTACCATTGAAATATATTTTTTCTACCATTGAAATATATTTTTTCTACCATTGAAA SH14732 14732 15 144 MT tRNA cys; tRNA his tRNA his #REF! #REF! 301 18 CCACAAGCGTATTTTCTACCACAAGCGTATTTTCTACCACAAGCGTATTTTCTACCACAA SH14733 14733 75 127 MT tRNA cys; tRNA his tRNA his #REF! #REF! 316 17 TCAGATTTAACGCACCATCAGATTTAACGCACCATCAGATTTAACGCACCATCAGATTTA SH14734 14734 76 213 MT tRNA cys; tRNA his tRNA his #REF! #REF! 331 17 TACTGAGAATCGAACTCTACTGAGAATCGAACTCTACTGAGAATCGAACTCTACTGAGAA SH14735 14735 5 96 MT tRNA cys; tRNA his tRNA his / 3' #REF! #REF! 346 22 ATTATTATTTATAGGGTGAATAATTATTATTTATAGGGTGAATAATTATTATTTATAGGG SH14736 14736 68 126 MT tRNA cys; tRNA his 3' #REF! #REF! 361 27 GAATAATAAAATATATTATTATTATTAGAATAATAAAATATATTATTATTATTAGAATAA SH14737 14737 25 88 MT tRNA cys; tRNA his 3' #REF! #REF! 376 27 GAATAAAAAATTTAAGAATAATAAAATGAATAAAAAATTTAAGAATAATAAAATGAATAA SH14738 14738 34 65 MT tRNA cys; tRNA his 3' #REF! #REF! 391 27 TATATATAATATAAAGAATAAAAAATTTATATATAATATAAAGAATAAAAAATTTATATA SH14739 14739 28 195 MT tRNA cys; tRNA his 3' #REF! #REF! 406 29 TAATAATATTAATATTATATATATAATATTAATAATATTAATATTATATATATAATATTA SH14740 14740 26 126 MT tRNA cys; tRNA his 3' #REF! #REF! 421 26 GTTATTAAAAAGTAATAATATTAATAGTTATTAAAAAGTAATAATATTAATAGTTATTAA SH14741 14741 4 30 MT ORF11; tRNA Leu; tRNA Gln 5' #REF! #REF! 1 27 ACTATTTATTAATAATAAATTATAAATACTATTTATTAATAATAAATTATAAATACTATT SH14742 14742 59 78 MT ORF11; tRNA Leu; tRNA Gln 5' #REF! #REF! 16 18 GGCCGGACTATTTATTAAGGCCGGACTATTTATTAAGGCCGGACTATTTATTAAGGCCGG SH14743 14743 69 162 MT ORF11; tRNA Leu; tRNA Gln 5' #REF! #REF! 31 13 GCAGGGGGCGGGCGCAGGGGGCGGGCGCAGGGGGCGGGCGCAGGGGGCGGGCGCAGGGGG SH14744 14744 3 164 MT ORF11; tRNA Leu; tRNA Gln 5' #REF! #REF! 46 13 TTCGGGGTCCGCCTTCGGGGTCCGCCTTCGGGGTCCGCCTTCGGGGTCCGCCTTCGGGGT SH14745 14745 5 129 MT ORF11; tRNA Leu; tRNA Gln 5' #REF! #REF! 61 22 AAATTATAATTTAAGTCGAACTAAATTATAATTTAAGTCGAACTAAATTATAATTTAAGT SH14746 14746 72 65 MT ORF11; tRNA Leu; tRNA Gln 5' / orf11 #REF! #REF! 76 29 CTATTAATAAATAAAAATTATTAAATTATCTATTAATAAATAAAAATTATTAAATTATCT SH14747 14747 74 16 MT ORF11; tRNA Leu; tRNA Gln 5' / orf11 #REF! #REF! 91 21 CCCGAAACTATTAATAAATAACCCGAAACTATTAATAAATAACCCGAAACTATTAATAAA SH14748 14748 78 139 MT ORF11; tRNA Leu; tRNA Gln ORF11 #REF! #REF! 106 13 GCCGGGCCCCGAAGCCGGGCCCCGAAGCCGGGCCCCGAAGCCGGGCCCCGAAGCCGGGCC SH14749 14749 18 110 MT ORF11; tRNA Leu; tRNA Gln ORF11 #REF! #REF! 121 13 GTTCCGACTCCCGGTTCCGACTCCCGGTTCCGACTCCCGGTTCCGACTCCCGGTTCCGAC SH14750 14750 17 170 MT ORF11; tRNA Leu; tRNA Gln ORF11 #REF! #REF! 136 20 TAATAATAAAACTCCTTTCGTAATAATAAAACTCCTTTCGTAATAATAAAACTCCTTTCG SH14751 14751 88 174 MT ORF11; tRNA Leu; tRNA Gln ORF11 #REF! #REF! 151 22 CCTTACTCTTTTTATATTAATACCTTACTCTTTTTATATTAATACCTTACTCTTTTTATA SH14752 14752 34 119 MT ORF11; tRNA Leu; tRNA Gln ORF11 #REF! #REF! 166 22 AGAATTTATTATTATCCTTACTAGAATTTATTATTATCCTTACTAGAATTTATTATTATC SH14753 14753 11 213 MT ORF11; tRNA Leu; tRNA Gln ORF11 #REF! #REF! 181 27 TTTATTAAAAATAAATTAAAAGAATTTTTTATTAAAAATAAATTAAAAGAATTTTTTATT SH14754 14754 58 46 MT ORF11; tRNA Leu; tRNA Gln ORF11 #REF! #REF! 196 29 CTATTTTAAAATTATATTTTATTAAAAATCTATTTTAAAATTATATTTTATTAAAAATCT SH14755 14755 75 148 MT ORF11; tRNA Leu; tRNA Gln ORF11 #REF! #REF! 211 25 GACTATAAAAACTATTTTAAAATTAGACTATAAAAACTATTTTAAAATTAGACTATAAAA SH14756 14756 98 5 MT ORF11; tRNA Leu; tRNA Gln ORF11 #REF! #REF! 226 16 GGGCCGGACTATAAAAGGGCCGGACTATAAAAGGGCCGGACTATAAAAGGGCCGGACTAT SH14757 14757 78 189 MT ORF11; tRNA Leu; tRNA Gln ORF11 #REF! #REF! 241 13 CCCCCGCGGGGCGCCCCCGCGGGGCGCCCCCGCGGGGCGCCCCCGCGGGGCGCCCCCGCG SH14758 14758 90 210 MT ORF11; tRNA Leu; tRNA Gln ORF11 #REF! #REF! 256 13 TTCGGGGTCCGCCTTCGGGGTCCGCCTTCGGGGTCCGCCTTCGGGGTCCGCCTTCGGGGT SH14759 14759 41 92 MT ORF11; tRNA Leu; tRNA Gln ORF11 #REF! #REF! 271 13 GCCAGACCGAACTGCCAGACCGAACTGCCAGACCGAACTGCCAGACCGAACTGCCAGACC SH14760 14760 21 80 MT ORF11; tRNA Leu; tRNA Gln ORF11 #REF! #REF! 286 29 TAATAATATTAATATAATTATTATAATTATAATAATATTAATATAATTATTATAATTATA SH14761 14761 27 89 MT ORF11; tRNA Leu; tRNA Gln ORF11 #REF! #REF! 301 29 TAATATAATAAATAATAATAATATTAATATAATATAATAAATAATAATAATATTAATATA SH14762 14762 24 64 MT ORF11; tRNA Leu; tRNA Gln ORF11 #REF! #REF! 316 29 TAAATAAATATATTATAATATAATAAATATAAATAAATATATTATAATATAATAAATATA SH14763 14763 100 52 MT ORF11; tRNA Leu; tRNA Gln ORF11 #REF! #REF! 331 29 TAATATTATAAAATATAAATAAATATATTTAATATTATAAAATATAAATAAATATATTTA SH14764 14764 91 73 MT ORF11; tRNA Leu; tRNA Gln ORF11 #REF! #REF! 346 29 ATATAAAATAATTATTAATATTATAAAATATATAAAATAATTATTAATATTATAAAATAT SH14765 14765 48 111 MT ORF11; tRNA Leu; tRNA Gln ORF11 #REF! #REF! 361 29 TATTATATTTATTAAATATAAAATAATTATATTATATTTATTAAATATAAAATAATTATA SH14766 14766 95 121 MT ORF11; tRNA Leu; tRNA Gln ORF11 #REF! #REF! 376 29 AAAAAATAATATATATATTATATTTATTAAAAAAATAATATATATATTATATTTATTAAA SH14767 14767 50 62 MT ORF11; tRNA Leu; tRNA Gln ORF11 #REF! #REF! 391 26 GATAGTTATTAAAAAAAATAATATATGATAGTTATTAAAAAAAATAATATATGATAGTTA SH14768 14768 10 148 MT ORF11; tRNA Leu; tRNA Gln orf11 / tRNA Leu #REF! #REF! 406 22 GCTATTAATTAGATAGTTATTAGCTATTAATTAGATAGTTATTAGCTATTAATTAGATAG SH14769 14769 104 171 MT ORF11; tRNA Leu; tRNA Gln orf11 / tRNA Leu #REF! #REF! 421 18 CCACCAAAATAGCTATTACCACCAAAATAGCTATTACCACCAAAATAGCTATTACCACCA SH14770 14770 4 65 MT ORF11; tRNA Leu; tRNA Gln tRNA Leu #REF! #REF! 436 17 CGTGTCTACCAATTCCACGTGTCTACCAATTCCACGTGTCTACCAATTCCACGTGTCTAC SH14771 14771 66 13 MT ORF11; tRNA Leu; tRNA Gln tRNA Leu #REF! #REF! 451 18 TACATCTTAAGAGTATCGTACATCTTAAGAGTATCGTACATCTTAAGAGTATCGTACATC SH14772 14772 32 58 MT ORF11; tRNA Leu; tRNA Gln tRNA Leu #REF! #REF! 466 20 TTCATACTGTAAAGTAATACTTCATACTGTAAAGTAATACTTCATACTGTAAAGTAATAC SH14773 14773 97 90 MT ORF11; tRNA Leu; tRNA Gln tRNA Leu #REF! #REF! 481 17 AGGACTTGAACCTTCATAGGACTTGAACCTTCATAGGACTTGAACCTTCATAGGACTTGA SH14774 14774 11 199 MT ORF11; tRNA Leu; tRNA Gln tRNA Leu / intergenic #REF! #REF! 496 23 TATATATTTATTGCTATTTAAAGTATATATTTATTGCTATTTAAAGTATATATTTATTGC SH14775 14775 64 146 MT ORF11; tRNA Leu; tRNA Gln intergenic #REF! #REF! 511 29 TTATATATATTATATATATTATATATATTTTATATATATTATATATATTATATATATTTT SH14776 14776 55 91 MT ORF11; tRNA Leu; tRNA Gln intergenic / tRNA Gln #REF! #REF! 526 22 CGACTCATTTATATATATTATACGACTCATTTATATATATTATACGACTCATTTATATAT SH14777 14777 89 106 MT ORF11; tRNA Leu; tRNA Gln tRNA Gln #REF! #REF! 541 18 CTATTAGTCTACGACTCACTATTAGTCTACGACTCACTATTAGTCTACGACTCACTATTA SH14778 14778 104 45 MT ORF11; tRNA Leu; tRNA Gln tRNA Gln #REF! #REF! 556 20 AAATTTTGGTAACTTACCTAAAATTTTGGTAACTTACCTAAAATTTTGGTAACTTACCTA SH14779 14779 85 93 MT ORF11; tRNA Leu; tRNA Gln tRNA Gln #REF! #REF! 571 19 CAAACTCCAAACTCAAATTCAAACTCCAAACTCAAATTCAAACTCCAAACTCAAATTCAA SH14780 14780 8 50 MT ORF11; tRNA Leu; tRNA Gln tRNA Gln #REF! #REF! 586 20 GTTTGATTCGAACAAACAAAGTTTGATTCGAACAAACAAAGTTTGATTCGAACAAACAAA SH14781 14781 44 24 MT ORF11; tRNA Leu; tRNA Gln tRNA / 3' #REF! #REF! 601 20 TATAATATTGAATCGGTTTGTATAATATTGAATCGGTTTGTATAATATTGAATCGGTTTG SH14782 14782 36 52 MT ORF11; tRNA Leu; tRNA Gln tRNA / 3' #REF! #REF! 616 29 TTTATATATAAATAATATATATATTATAATTTATATATAAATAATATATATATTATAATT SH14783 14783 5 110 MT ORF11; tRNA Leu; tRNA Gln 3' #REF! #REF! 631 27 GTATAATTATATATTTATATATAAATAGTATAATTATATATTTATATATAAATAGTATAA SH14784 14784 91 170 MT ORF11; tRNA Leu; tRNA Gln 3' #REF! #REF! 646 23 TAAAAATAGGAGTATAATTATATTAAAAATAGGAGTATAATTATATTAAAAATAGGAGTA SH14785 14785 79 49 MT ORF11; tRNA Leu; tRNA Gln 3' #REF! #REF! 661 29 TATATTATTAATTAATTAATATAAAAATATATATTATTAATTAATTAATATAAAAATATA SH14786 14786 30 177 MT ORF11; tRNA Leu; tRNA Gln 3' #REF! #REF! 676 27 TTTTATATTATCATATATTATTAATTATTTTATATTATCATATATTATTAATTATTTTAT SH14787 14787 32 142 MT ORF11; tRNA Leu; tRNA Gln 3' #REF! #REF! 691 25 ATAATTCAATAATTTTTATATTATCATAATTCAATAATTTTTATATTATCATAATTCAAT SH14788 14788 60 83 "MT tRNAs (Lys, Arg1, Gly)" 5' #REF! #REF! 1 29 TATATATATATATATATTTATATAAAAATTATATATATATATATATTTATATAAAAATTA SH14789 14789 51 12 "MT tRNAs (Lys, Arg1, Gly)" 5' #REF! #REF! 16 27 ACTATTATTAATATATATATATATATAACTATTATTAATATATATATATATATAACTATT SH14790 14790 41 60 "MT tRNAs (Lys, Arg1, Gly)" 5' #REF! #REF! 31 18 GGCCGGACTATTATTAATGGCCGGACTATTATTAATGGCCGGACTATTATTAATGGCCGG SH14791 14791 47 93 "MT tRNAs (Lys, Arg1, Gly)" 5' #REF! #REF! 46 13 CCACGGGGCGGGCCCACGGGGCGGGCCCACGGGGCGGGCCCACGGGGCGGGCCCACGGGG SH14792 14792 104 185 "MT tRNAs (Lys, Arg1, Gly)" 5' #REF! #REF! 61 13 CCTTTGGGGTCCGCCTTTGGGGTCCGCCTTTGGGGTCCGCCTTTGGGGTCCGCCTTTGGG SH14793 14793 61 197 "MT tRNAs (Lys, Arg1, Gly)" 5' #REF! #REF! 76 25 TATTGTTTATACATAATATATATTATATTGTTTATACATAATATATATTATATTGTTTAT SH14794 14794 83 23 "MT tRNAs (Lys, Arg1, Gly)" 5' / tRNA Lys #REF! #REF! 91 22 AACAATATTCTCTATTGTTTATAACAATATTCTCTATTGTTTATAACAATATTCTCTATT SH14795 14795 75 142 "MT tRNAs (Lys, Arg1, Gly)" tRNA Lys #REF! #REF! 106 21 CTGTTTTACCATTAAACAATACTGTTTTACCATTAAACAATACTGTTTTACCATTAAACA SH14796 14796 34 49 "MT tRNAs (Lys, Arg1, Gly)" tRNA Lys #REF! #REF! 121 19 GCTTAAAAGACAACTGTTTGCTTAAAAGACAACTGTTTGCTTAAAAGACAACTGTTTGCT SH14797 14797 37 99 "MT tRNAs (Lys, Arg1, Gly)" tRNA Lys #REF! #REF! 136 16 CAAGCATGGGTTGCTTCAAGCATGGGTTGCTTCAAGCATGGGTTGCTTCAAGCATGGGTT SH14798 14798 94 187 "MT tRNAs (Lys, Arg1, Gly)" tRNA Lys #REF! #REF! 151 15 AGCTGGAGTTGAACCAGCTGGAGTTGAACCAGCTGGAGTTGAACCAGCTGGAGTTGAACC SH14799 14799 3 126 "MT tRNAs (Lys, Arg1, Gly)" tRNA Lys / intergenic #REF! #REF! 166 25 TATATATATATAATATTATGAGAATTATATATATATAATATTATGAGAATTATATATATA SH14800 14800 83 172 "MT tRNAs (Lys, Arg1, Gly)" intergenic #REF! #REF! 181 22 TAGAAAGGGAAATATATATATATAGAAAGGGAAATATATATATATAGAAAGGGAAATATA SH14801 14801 22 40 "MT tRNAs (Lys, Arg1, Gly)" intergenic #REF! #REF! 196 25 TATAATTATTATTATTTTTAGAAAGTATAATTATTATTATTTTTAGAAAGTATAATTATT SH14802 14802 44 132 "MT tRNAs (Lys, Arg1, Gly)" intergenic #REF! #REF! 211 29 TAATTATATTATTATTATATATAATTATTTAATTATATTATTATTATATATAATTATTTA SH14803 14803 100 93 "MT tRNAs (Lys, Arg1, Gly)" intergenic #REF! #REF! 226 29 TAATATATATATATATAATTATATTATTATAATATATATATATATAATTATATTATTATA SH14804 14804 57 155 "MT tRNAs (Lys, Arg1, Gly)" intergenic #REF! #REF! 241 29 TTATTATTATTATTATAATATATATATATTTATTATTATTATTATAATATATATATATTT SH14805 14805 34 187 "MT tRNAs (Lys, Arg1, Gly)" intergenic #REF! #REF! 256 29 TATTTATTATTATTATTATTATTATTATTTATTTATTATTATTATTATTATTATTATTTA SH14806 14806 29 38 "MT tRNAs (Lys, Arg1, Gly)" intergenic #REF! #REF! 271 29 AAAAATAATTATTATTATTTATTATTATTAAAAATAATTATTATTATTTATTATTATTAA SH14807 14807 88 148 "MT tRNAs (Lys, Arg1, Gly)" intergenic #REF! #REF! 286 29 ATTAATATTATTAATAAAAATAATTATTAATTAATATTATTAATAAAAATAATTATTAAT SH14808 14808 63 81 "MT tRNAs (Lys, Arg1, Gly)" intergenic #REF! #REF! 301 29 TAATAATTATAATATATTAATATTATTAATAATAATTATAATATATTAATATTATTAATA SH14809 14809 45 128 "MT tRNAs (Lys, Arg1, Gly)" intergenic #REF! #REF! 316 29 TTTATTAATATTTATTAATAATTATAATATTTATTAATATTTATTAATAATTATAATATT SH14810 14810 25 160 "MT tRNAs (Lys, Arg1, Gly)" intergenic / tRNA Arg1 #REF! #REF! 331 23 AGAGCTATTTTTATTAATATTTAAGAGCTATTTTTATTAATATTTAAGAGCTATTTTTAT SH14811 14811 49 62 "MT tRNAs (Lys, Arg1, Gly)" intergenic / tRNA Arg1 #REF! #REF! 346 18 TTAAGCTAAGAGAGCTATTTAAGCTAAGAGAGCTATTTAAGCTAAGAGAGCTATTTAAGC SH14812 14812 4 103 "MT tRNAs (Lys, Arg1, Gly)" tRNA Arg1 #REF! #REF! 361 20 GTATTATGCTTTAACCATTAGTATTATGCTTTAACCATTAGTATTATGCTTTAACCATTA SH14813 14813 12 152 "MT tRNAs (Lys, Arg1, Gly)" tRNA Arg1 #REF! #REF! 376 23 GGAATATTAATATTAGAAGTATTGGAATATTAATATTAGAAGTATTGGAATATTAATATT SH14814 14814 14 147 "MT tRNAs (Lys, Arg1, Gly)" tRNA Arg1 #REF! #REF! 391 20 TGATTTGAACATGGAATATTTGATTTGAACATGGAATATTTGATTTGAACATGGAATATT SH14815 14815 22 45 "MT tRNAs (Lys, Arg1, Gly)" tRNA / intergenic #REF! #REF! 406 18 ATTACTCTCTCCATGATTATTACTCTCTCCATGATTATTACTCTCTCCATGATTATTACT SH14816 14816 38 67 "MT tRNAs (Lys, Arg1, Gly)" tRNA / intergenic #REF! #REF! 421 23 GGGATTATTAATATAATATAATTGGGATTATTAATATAATATAATTGGGATTATTAATAT SH14817 14817 54 198 "MT tRNAs (Lys, Arg1, Gly)" intergenic #REF! #REF! 436 13 GGGGGGGGATTATGGGGGGGGATTATGGGGGGGGATTATGGGGGGGGATTATGGGGGGGG SH14818 14818 98 142 "MT tRNAs (Lys, Arg1, Gly)" intergenic #REF! #REF! 451 25 TTAAACTTCTTAATTTAATTAAAAATTAAACTTCTTAATTTAATTAAAAATTAAACTTCT SH14819 14819 44 206 "MT tRNAs (Lys, Arg1, Gly)" intergenic #REF! #REF! 466 23 ATTAAATAGTAAATTAAACTTCTATTAAATAGTAAATTAAACTTCTATTAAATAGTAAAT SH14820 14820 10 133 "MT tRNAs (Lys, Arg1, Gly)" intergenic #REF! #REF! 481 27 TATTATTATTTCATTTATTATTAAATATATTATTATTTCATTTATTATTAAATATATTAT SH14821 14821 13 160 "MT tRNAs (Lys, Arg1, Gly)" intergenic / tRNA Gly #REF! #REF! 496 23 CTTATATCTATTATTATTATTTCCTTATATCTATTATTATTATTTCCTTATATCTATTAT SH14822 14822 86 132 "MT tRNAs (Lys, Arg1, Gly)" tRNA Gly #REF! #REF! 511 21 GTTTACCAATTAACTTATATCGTTTACCAATTAACTTATATCGTTTACCAATTAACTTAT SH14823 14823 73 112 "MT tRNAs (Lys, Arg1, Gly)" tRNA Gly #REF! #REF! 526 17 GAAGACATCCAGTTTACGAAGACATCCAGTTTACGAAGACATCCAGTTTACGAAGACATC SH14824 14824 43 19 "MT tRNAs (Lys, Arg1, Gly)" tRNA Gly #REF! #REF! 541 17 CGCATTCAATGTTTGGACGCATTCAATGTTTGGACGCATTCAATGTTTGGACGCATTCAA SH14825 14825 79 118 "MT tRNAs (Lys, Arg1, Gly)" tRNA Gly #REF! #REF! 556 15 CGAGAATCGAACTCGCGAGAATCGAACTCGCGAGAATCGAACTCGCGAGAATCGAACTCG SH14826 14826 27 134 "MT tRNAs (Lys, Arg1, Gly)" tRNA Gly / 3' #REF! #REF! 571 25 TTATATTAATATTAATTATAGATAGTTATATTAATATTAATTATAGATAGTTATATTAAT SH14827 14827 3 24 "MT tRNAs (Lys, Arg1, Gly)" 3' #REF! #REF! 586 25 TTATAGGATATTAATTTATATTAATTTATAGGATATTAATTTATATTAATTTATAGGATA SH14828 14828 10 200 "MT tRNAs (Lys, Arg1, Gly)" 3' #REF! #REF! 601 23 TGTATTTAATTAATTATAGGATATGTATTTAATTAATTATAGGATATGTATTTAATTAAT SH14829 14829 6 138 "MT tRNAs (Lys, Arg1, Gly)" 3' #REF! #REF! 616 25 AAGTTTTAATATAATTTTGTATTTAAAGTTTTAATATAATTTTGTATTTAAAGTTTTAAT SH14830 14830 78 5 "MT tRNAs (Lys, Arg1, Gly)" 3' #REF! #REF! 631 27 ATAATATAATATAATATAAGTTTTAATATAATATAATATAATATAAGTTTTAATATAATA SH14831 14831 31 92 "MT tRNAs (Lys, Arg1, Gly)" 3' #REF! #REF! 646 29 AATAATAATATAATATTATAATATAATATAATAATAATATAATATTATAATATAATATAA SH14832 14832 6 26 MT tRNA Asp 5' #REF! #REF! 1 29 ATTATTATAATTATTATTATAAAATTTAAATTATTATAATTATTATTATAAAATTTAAAT SH14833 14833 101 68 MT tRNA Asp 5' #REF! #REF! 16 23 CCTACTACTATTATTATAATTATCCTACTACTATTATTATAATTATCCTACTACTATTAT SH14834 14834 64 188 MT tRNA Asp 5' #REF! #REF! 31 22 TATTAAAATTTATACCTACTACTATTAAAATTTATACCTACTACTATTAAAATTTATACC SH14835 14835 25 201 MT tRNA Asp 5' #REF! #REF! 46 22 TGGAATAAAACTCTTTATTAAATGGAATAAAACTCTTTATTAAATGGAATAAAACTCTTT SH14836 14836 95 149 MT tRNA Asp 5' #REF! #REF! 61 20 ATTATTACTCCATTGGAATAATTATTACTCCATTGGAATAATTATTACTCCATTGGAATA SH14837 14837 6 147 MT tRNA Asp 5' / tRNA Asp #REF! #REF! 76 27 CCTTTATTTTATTATTATTATTATTATCCTTTATTTTATTATTATTATTATTATCCTTTA SH14838 14838 34 68 MT tRNA Asp 5' / tRNA Asp #REF! #REF! 91 20 CTACAGATCCTTTATTTTATCTACAGATCCTTTATTTTATCTACAGATCCTTTATTTTAT SH14839 14839 80 55 MT tRNA Asp tRNA Asp #REF! #REF! 106 20 TACTTTACTATTAAGCTACATACTTTACTATTAAGCTACATACTTTACTATTAAGCTACA SH14840 14840 89 113 MT tRNA Asp tRNA Asp #REF! #REF! 121 20 ATTATGACAAAATGGTACTTATTATGACAAAATGGTACTTATTATGACAAAATGGTACTT SH14841 14841 29 105 MT tRNA Asp tRNA Asp #REF! #REF! 136 17 CTGACATCCTCCATTATCTGACATCCTCCATTATCTGACATCCTCCATTATCTGACATCC SH14842 14842 9 60 MT tRNA Asp tRNA Asp #REF! #REF! 151 18 TCTAATCAGATTTGCACTTCTAATCAGATTTGCACTTCTAATCAGATTTGCACTTCTAAT SH14843 14843 89 7 MT tRNA Asp tRNA / 3' #REF! #REF! 166 22 TTAAGTATAAATATACGAATCTTTAAGTATAAATATACGAATCTTTAAGTATAAATATAC SH14844 14844 58 106 MT tRNA Asp 3' #REF! #REF! 181 27 TATTATTTATTTTTTTTATATTAAGTATATTATTTATTTTTTTTATATTAAGTATATTAT SH14845 14845 44 49 MT tRNA Asp 3' #REF! #REF! 196 27 AATAATAAAAAAGATTATTATTTATTTAATAATAAAAAAGATTATTATTTATTTAATAAT SH14846 14846 30 168 MT tRNA Asp 3' #REF! #REF! 211 29 TTATTATTAATAAATATAATAATAAAAAATTATTATTAATAAATATAATAATAAAAAATT SH14847 14847 87 11 MT tRNA Asp 3' #REF! #REF! 226 27 ATAACAAAATAATTTATTATTAATAAAATAACAAAATAATTTATTATTAATAAAATAACA SH14848 14848 46 63 MT tRNA Asp 3' #REF! #REF! 241 27 TATAAATTAATAATAATAACAAAATAATATAAATTAATAATAATAACAAAATAATATAAA SH14849 14849 63 112 MT tRNA Ser2; tRNA Arg2 5' #REF! #REF! 1 29 AAATTATAATAAATTATAATTATTTTTTAAAATTATAATAAATTATAATTATTTTTTAAA SH14850 14850 76 180 MT tRNA Ser2; tRNA Arg2 5' #REF! #REF! 16 29 AATTAATAAATTAATAAATTATAATAAATAATTAATAAATTAATAAATTATAATAAATAA SH14851 14851 73 31 MT tRNA Ser2; tRNA Arg2 5' #REF! #REF! 31 29 ATAAATAAATTAATAAATTAATAAATTAAATAAATAAATTAATAAATTAATAAATTAAAT SH14852 14852 101 205 MT tRNA Ser2; tRNA Arg2 5' #REF! #REF! 46 29 TAAATTAATAAATTAATAAATAAATTAATTAAATTAATAAATTAATAAATAAATTAATTA SH14853 14853 93 66 MT tRNA Ser2; tRNA Arg2 5' #REF! #REF! 61 29 AAATATAATAATAAATAAATTAATAAATTAAATATAATAATAAATAAATTAATAAATTAA SH14854 14854 72 166 MT tRNA Ser2; tRNA Arg2 5' / tRNA Ser #REF! #REF! 76 27 CCTTTATTAAAAAAAATATAATAATAACCTTTATTAAAAAAAATATAATAATAACCTTTA SH14855 14855 48 91 MT tRNA Ser2; tRNA Arg2 5' / tRNA Ser #REF! #REF! 91 23 TAGTTAATTTTCCTTTATTAAAATAGTTAATTTTCCTTTATTAAAATAGTTAATTTTCCT SH14856 14856 24 135 MT tRNA Ser2; tRNA Arg2 tRNA Ser #REF! #REF! 106 20 CCACTTTACCTATAGTTAATCCACTTTACCTATAGTTAATCCACTTTACCTATAGTTAAT SH14857 14857 42 118 MT tRNA Ser2; tRNA Arg2 tRNA Ser #REF! #REF! 121 18 CTTAGCAAATAATCCACTCTTAGCAAATAATCCACTCTTAGCAAATAATCCACTCTTAGC SH14858 14858 77 154 MT tRNA Ser2; tRNA Arg2 tRNA Ser #REF! #REF! 136 22 AGAATTTACAATTCAATTACTTAGAATTTACAATTCAATTACTTAGAATTTACAATTCAA SH14859 14859 97 89 MT tRNA Ser2; tRNA Arg2 tRNA Ser #REF! #REF! 151 20 ATTCGAACTCATAAGAATTTATTCGAACTCATAAGAATTTATTCGAACTCATAAGAATTT SH14860 14860 87 203 MT tRNA Ser2; tRNA Arg2 tRNA Ser #REF! #REF! 166 18 CGGAAAATATGAGATTCGCGGAAAATATGAGATTCGCGGAAAATATGAGATTCGCGGAAA SH14861 14861 88 146 MT tRNA Ser2; tRNA Arg2 tRNA Ser / tRNA Arg2 #REF! #REF! 181 22 ATTAAATTAAAGATATATACGGATTAAATTAAAGATATATACGGATTAAATTAAAGATAT SH14862 14862 89 93 MT tRNA Ser2; tRNA Arg2 tRNA Arg2 #REF! #REF! 196 23 ATTCTAATATTTTACCATTAAATATTCTAATATTTTACCATTAAATATTCTAATATTTTA SH14863 14863 55 144 MT tRNA Ser2; tRNA Arg2 tRNA Arg2 #REF! #REF! 211 22 ATAATTAGATTCGTATTCTAATATAATTAGATTCGTATTCTAATATAATTAGATTCGTAT SH14864 14864 103 177 MT tRNA Ser2; tRNA Arg2 tRNA Arg2 #REF! #REF! 226 21 GGATTTGAACCTATATAATTAGGATTTGAACCTATATAATTAGGATTTGAACCTATATAA SH14865 14865 47 185 MT tRNA Ser2; tRNA Arg2 tRNA Arg2 / 3' #REF! #REF! 241 23 TAATATAATATCTTATAGGATTTTAATATAATATCTTATAGGATTTTAATATAATATCTT SH14866 14866 24 145 MT tRNA Ser2; tRNA Arg2 tRNA Arg2 / 3' #REF! #REF! 256 29 AATATATAATATTATATAATATAATATAAAATATATAATATTATATAATATAATATAAAA SH14867 14867 24 164 MT tRNA Ser2; tRNA Arg2 3' #REF! #REF! 271 29 TTAATAATATTTATTAATATATAATATTATTAATAATATTTATTAATATATAATATTATT SH14868 14868 83 130 MT tRNA Ser2; tRNA Arg2 3' #REF! #REF! 286 29 AAATAAATAAATTAATTAATAATATTTATAAATAAATAAATTAATTAATAATATTTATAA SH14869 14869 101 91 MT tRNA Ser2; tRNA Arg2 3' #REF! #REF! 301 29 TATTTAATAATAAATAAATAAATAAATTATATTTAATAATAAATAAATAAATAAATTATA SH14870 14870 27 76 MT tRNA Ser2; tRNA Arg2 3' #REF! #REF! 316 28 CTATTAAATATTTTTATTTAATAATAAACTATTAAATATTTTTATTTAATAATAAACTAT SH14871 14871 50 74 MT tRNA Ser2; tRNA Arg2 3' #REF! #REF! 331 20 CCCGGAACTATTAAATATTTCCCGGAACTATTAAATATTTCCCGGAACTATTAAATATTT SH14872 14872 90 166 MT tRNA Ser2; tRNA Arg2 3' #REF! #REF! 346 13 GGCCGGGCCCCGGGGCCGGGCCCCGGGGCCGGGCCCCGGGGCCGGGCCCCGGGGCCGGGC SH14873 14873 39 113 MT tRNA Ala 5' #REF! #REF! 1 25 TATTATAATATTATTCTTATGTAATTATTATAATATTATTCTTATGTAATTATTATAATA SH14874 14874 94 113 MT tRNA Ala 5' #REF! #REF! 16 29 TTTATATAATATATAATATTATTATAATATTTATATAATATATAATATTATTATAATATT SH14875 14875 32 121 MT tRNA Ala 5' #REF! #REF! 31 27 AAATTATTATTTCTTTATATAATATATAAATTATTATTTCTTTATATAATATATAAATTA SH14876 14876 37 22 MT tRNA Ala 5' #REF! #REF! 46 29 AAAAAAAATAAAAATATAAATTATTATTTAAAAAAAATAAAAATATAAATTATTATTTAA SH14877 14877 93 30 MT tRNA Ala 5' #REF! #REF! 61 29 ATTTATATTATTTATAAAAAAAATAAAAAATTTATATTATTTATAAAAAAAATAAAAAAT SH14878 14878 86 186 MT tRNA Ala 5' / tRNA #REF! #REF! 76 27 CCATTATATTTATATTTATATTATTTACCATTATATTTATATTTATATTATTTACCATTA SH14879 14879 12 49 MT tRNA Ala 5' / tRNA #REF! #REF! 91 20 CTATAACCCCATTATATTTACTATAACCCCATTATATTTACTATAACCCCATTATATTTA SH14880 14880 60 140 MT tRNA Ala tRNA #REF! #REF! 106 21 GTTCTACCAAATTTAACTATAGTTCTACCAAATTTAACTATAGTTCTACCAAATTTAACT SH14881 14881 79 111 MT tRNA Ala tRNA #REF! #REF! 121 16 CAACGCAGTCGTTCTACAACGCAGTCGTTCTACAACGCAGTCGTTCTACAACGCAGTCGT SH14882 14882 26 140 MT tRNA Ala tRNA #REF! #REF! 136 18 CTCATATTAAATGCATGCCTCATATTAAATGCATGCCTCATATTAAATGCATGCCTCATA SH14883 14883 28 149 MT tRNA Ala tRNA #REF! #REF! 151 18 TTAATGAGACTTGAACTCTTAATGAGACTTGAACTCTTAATGAGACTTGAACTCTTAATG SH14884 14884 63 189 MT tRNA Ala tRNA / 3' #REF! #REF! 166 23 ATATAATATAATTATTGGAGTTAATATAATATAATTATTGGAGTTAATATAATATAATTA SH14885 14885 50 170 MT tRNA Ala 3' #REF! #REF! 181 29 TAATTTATTAATATATATATTATATAATATAATTTATTAATATATATATTATATAATATA SH14886 14886 101 176 MT tRNA Ala 3' #REF! #REF! 196 29 ATATATATATATATATAATTTATTAATATATATATATATATATATAATTTATTAATATAT SH14887 14887 93 114 MT tRNA Ala 3' #REF! #REF! 211 29 ATTTAATATTTATATATATATATATATATATTTAATATTTATATATATATATATATATAT SH14888 14888 97 92 MT tRNA Ala 3' #REF! #REF! 226 29 ATTAATATAATATTTATTTAATATTTATAATTAATATAATATTTATTTAATATTTATAAT SH14889 14889 54 19 MT tRNA Ala 3' #REF! #REF! 241 29 TAATTTATATTATTTATTAATATAATATTTAATTTATATTATTTATTAATATAATATTTA SH14890 14890 57 195 MT tRNA Ile 5' #REF! #REF! 1 29 TAATTATTTATTAATATAATATTTATTAATAATTATTTATTAATATAATATTTATTAATA SH14891 14891 77 118 MT tRNA Ile 5' #REF! #REF! 16 29 AATTTATATATTTATTAATTATTTATTAAAATTTATATATTTATTAATTATTTATTAAAA SH14892 14892 49 159 MT tRNA Ile 5' #REF! #REF! 31 29 ATTAAAATTTATTATAATTTATATATTTAATTAAAATTTATTATAATTTATATATTTAAT SH14893 14893 7 5 MT tRNA Ile 5' #REF! #REF! 46 29 AATTTATATAATAATATTAAAATTTATTAAATTTATATAATAATATTAAAATTTATTAAA SH14894 14894 9 40 MT tRNA Ile 5' #REF! #REF! 61 29 TTATTATATTTAATTAATTTATATAATAATTATTATATTTAATTAATTTATATAATAATT SH14895 14895 37 118 MT tRNA Ile 5' / tRNA #REF! #REF! 76 26 CTATTTCATTAATTATTATATTTAATCTATTTCATTAATTATTATATTTAATCTATTTCA SH14896 14896 40 14 MT tRNA Ile 5' / tRNA #REF! #REF! 91 23 GAATTATAGTTTCTATTTCATTAGAATTATAGTTTCTATTTCATTAGAATTATAGTTTCT SH14897 14897 76 170 MT tRNA Ile tRNA #REF! #REF! 106 22 TATTCTAACCAATTGAATTATATATTCTAACCAATTGAATTATATATTCTAACCAATTGA SH14898 14898 34 203 MT tRNA Ile tRNA #REF! #REF! 121 21 CCTTATCAAAATACTATTCTACCTTATCAAAATACTATTCTACCTTATCAAAATACTATT SH14899 14899 44 47 MT tRNA Ile tRNA #REF! #REF! 136 20 AACCTATATTTGTACCTTATAACCTATATTTGTACCTTATAACCTATATTTGTACCTTAT SH14900 14900 39 116 MT tRNA Ile tRNA #REF! #REF! 151 17 TAACAGGGATTGAACCTTAACAGGGATTGAACCTTAACAGGGATTGAACCTTAACAGGGA SH14901 14901 5 31 MT tRNA Ile tRNA / 3' #REF! #REF! 166 23 TAATGATATATAATATGAAACTATAATGATATATAATATGAAACTATAATGATATATAAT SH14902 14902 43 80 MT tRNA Ile 3' #REF! #REF! 181 27 ATATTTATATTTTATATATTAATGATAATATTTATATTTTATATATTAATGATAATATTT SH14903 14903 27 62 MT tRNA Ile 3' #REF! #REF! 196 29 TTATTATTATAATATATATATTTATATTTTTATTATTATAATATATATATTTATATTTTT SH14904 14904 81 141 MT tRNA Ile 3' #REF! #REF! 211 29 TTATATTTATTATTATTATTATTATAATATTATATTTATTATTATTATTATTATAATATT SH14905 14905 41 145 MT tRNA Ile 3' #REF! #REF! 226 29 TATATATAATTATATTTATATTTATTATTTATATATAATTATATTTATATTTATTATTTA SH14906 14906 86 28 MT tRNA Ile 3' #REF! #REF! 241 29 ATTTATATATATATATATATATAATTATAATTTATATATATATATATATATAATTATAAT SH14907 14907 10 187 MT tRNA Tyr 5' #REF! #REF! 1 23 TCTATTTAAGATTTATATCTATATCTATTTAAGATTTATATCTATATCTATTTAAGATTT SH14908 14908 94 99 MT tRNA Tyr 5' #REF! #REF! 16 25 TATTATAATATATTTACTCTATTTATATTATAATATATTTACTCTATTTATATTATAATA SH14909 14909 32 146 MT tRNA Tyr 5' #REF! #REF! 31 29 ATATATATATTTATATAATTATTATAATAATATATATATTTATATAATTATTATAATAAT SH14910 14910 55 207 MT tRNA Tyr 5' #REF! #REF! 46 27 ATCTTAATATAATATATATATATTTATATCTTAATATAATATATATATATTTATATCTTA SH14911 14911 62 46 MT tRNA Tyr 5' #REF! #REF! 61 27 TATATATATATTATTATCTTAATATAATATATATATATTATTATCTTAATATAATATATA SH14912 14912 33 183 MT tRNA Tyr 5' / tRNA #REF! #REF! 76 27 CCTTATATATTAATATATATATATATTCCTTATATATTAATATATATATATATTCCTTAT SH14913 14913 65 138 MT tRNA Tyr 5' / tRNA #REF! #REF! 91 20 AAATCCCTCCTTATATATTAAAATCCCTCCTTATATATTAAAATCCCTCCTTATATATTA SH14914 14914 83 129 MT tRNA Tyr tRNA #REF! #REF! 106 18 CTACCAACATTGAAAATCCTACCAACATTGAAAATCCTACCAACATTGAAAATCCTACCA SH14915 14915 86 17 MT tRNA Tyr tRNA #REF! #REF! 121 17 CAGCTCAACTCCAACTACAGCTCAACTCCAACTACAGCTCAACTCCAACTACAGCTCAAC SH14916 14916 20 101 MT tRNA Tyr tRNA #REF! #REF! 136 19 CTAAGTCATTGAGTTTACACTAAGTCATTGAGTTTACACTAAGTCATTGAGTTTACACTA SH14917 14917 45 121 MT tRNA Tyr tRNA #REF! #REF! 151 18 GAACCTATGAAGACCTAAGAACCTATGAAGACCTAAGAACCTATGAAGACCTAAGAACCT SH14918 14918 29 77 MT tRNA Tyr tRNA #REF! #REF! 166 18 AAGGGAATAGGAATTGAAAAGGGAATAGGAATTGAAAAGGGAATAGGAATTGAAAAGGGA SH14919 14919 94 3 MT tRNA Tyr tRNA / 3' #REF! #REF! 181 25 ATATAATTAATAATAAATTATGAAGATATAATTAATAATAAATTATGAAGATATAATTAA SH14920 14920 17 4 MT tRNA Tyr 3' #REF! #REF! 196 27 ATTTGATTTATAATAATATATAATTAAATTTGATTTATAATAATATATAATTAAATTTGA SH14921 14921 70 107 MT tRNA Tyr 3' #REF! #REF! 211 22 ATTTCAATGGATTTGATTTATAATTTCAATGGATTTGATTTATAATTTCAATGGATTTGA SH14922 14922 97 214 MT tRNA Tyr 3' #REF! #REF! 226 22 CATTGGATTATATTAATTTCAACATTGGATTATATTAATTTCAACATTGGATTATATTAA SH14923 14923 8 55 MT tRNA Tyr 3' #REF! #REF! 241 23 TATTAAATTAATTATTCATTGGATATTAAATTAATTATTCATTGGATATTAAATTAATTA SH14924 14924 99 100 MT tRNA Tyr 3' #REF! #REF! 256 27 TTTTATATATTAAATTATGTATTAAATTTTTATATATTAAATTATGTATTAAATTTTTAT SH14925 14925 36 4 MT tRNA Asn 5' #REF! #REF! 1 23 GGAGAATAAATAAATAAATATATGGAGAATAAATAAATAAATATATGGAGAATAAATAAA SH14926 14926 25 127 MT tRNA Asn 5' #REF! #REF! 16 17 GTTCCGGAAGGAGAATAGTTCCGGAAGGAGAATAGTTCCGGAAGGAGAATAGTTCCGGAA SH14927 14927 21 5 MT tRNA Asn 5' #REF! #REF! 31 24 CCTTATTTTATATATTTTATTAGTCCTTATTTTATATATTTTATTAGTCCTTATTTTATA SH14928 14928 49 108 MT tRNA Asn 5' #REF! #REF! 46 23 AAATAAATAAAAACCCTTATTTTAAATAAATAAAAACCCTTATTTTAAATAAATAAAAAC SH14929 14929 4 188 MT tRNA Asn 5' #REF! #REF! 61 27 GAATAAATATATATTAATTAAATAAATGAATAAATATATATTAATTAAATAAATGAATAA SH14930 14930 48 190 MT tRNA Asn 5' / tRNA #REF! #REF! 76 26 CATATTATATAAAAGAATAAATATATCATATTATATAAAAGAATAAATATATCATATTAT SH14931 14931 19 88 MT tRNA Asn 5' / tRNA #REF! #REF! 91 21 GCTATAAGGACATATTATATAGCTATAAGGACATATTATATAGCTATAAGGACATATTAT SH14932 14932 82 175 MT tRNA Asn tRNA #REF! #REF! 106 19 CTTTAACCGATAAGCTATACTTTAACCGATAAGCTATACTTTAACCGATAAGCTATACTT SH14933 14933 79 44 MT tRNA Asn tRNA #REF! #REF! 121 18 TTAACAGTGAGATGCTTTTTAACAGTGAGATGCTTTTTAACAGTGAGATGCTTTTTAACA SH14934 14934 52 144 MT tRNA Asn tRNA #REF! #REF! 136 18 ACCCATCTATTCTCATTAACCCATCTATTCTCATTAACCCATCTATTCTCATTAACCCAT SH14935 14935 62 143 MT tRNA Asn tRNA #REF! #REF! 151 18 CTTAATAGGAATTGAACCCTTAATAGGAATTGAACCCTTAATAGGAATTGAACCCTTAAT SH14936 14936 91 125 MT tRNA Asn tRNA / 3' #REF! #REF! 166 22 TATATATATTATTATCGTCCTTTATATATATTATTATCGTCCTTTATATATATTATTATC SH14937 14937 37 43 MT tRNA Asn 3' #REF! #REF! 181 27 ATGATATATAAATTAAAATATATATATATGATATATAAATTAAAATATATATATATGATA SH14938 14938 36 25 MT tRNA Asn 3' #REF! #REF! 196 27 AATATATATATATATATGATATATAAAAATATATATATATATATGATATATAAAAATATA SH14939 14939 70 108 MT tRNA Asn 3' #REF! #REF! 211 27 TATATTATTTTCTTTAATATATATATATATATTATTTTCTTTAATATATATATATATATT SH14940 14940 69 53 MT tRNA Asn 3' #REF! #REF! 226 23 TACATACTTTTTATATTATTTTCTACATACTTTTTATATTATTTTCTACATACTTTTTAT SH14941 14941 39 142 MT tRNA Asn 3' #REF! #REF! 241 25 TTTATTATTATTATTAATACATACTTTTATTATTATTATTAATACATACTTTTATTATTA SH14942 14942 27 193 MT tRNA Met 5' #REF! #REF! 1 27 ATATAAATAAAAGATATTAATTATTAAATATAAATAAAAGATATTAATTATTAAATATAA SH14943 14943 80 89 MT tRNA Met 5' #REF! #REF! 16 25 CCTTATTTTATAAATATAAATAAAACCTTATTTTATAAATATAAATAAAACCTTATTTTA SH14944 14944 58 3 MT tRNA Met 5' #REF! #REF! 31 23 ATCAATATTTATACCTTATTTTAATCAATATTTATACCTTATTTTAATCAATATTTATAC SH14945 14945 77 160 MT tRNA Met 5' #REF! #REF! 46 23 TATTTACTCTTTATTATCAATATTATTTACTCTTTATTATCAATATTATTTACTCTTTAT SH14946 14946 15 67 MT tRNA Met 5' #REF! #REF! 61 25 TATTATAATTAATACAATATTTACTTATTATAATTAATACAATATTTACTTATTATAATT SH14947 14947 4 59 MT tRNA Met 5' / tRNA #REF! #REF! 76 26 CCTTAATTATAATTATTATTATAATTCCTTAATTATAATTATTATTATAATTCCTTAATT SH14948 14948 39 210 MT tRNA Met 5' / tRNA #REF! #REF! 91 20 ATACAAGCTCCTTAATTATAATACAAGCTCCTTAATTATAATACAAGCTCCTTAATTATA SH14949 14949 2 73 MT tRNA Met tRNA #REF! #REF! 106 22 TTTTAACCAATTAAACTATACATTTTAACCAATTAAACTATACATTTTAACCAATTAAAC SH14950 14950 30 209 MT tRNA Met tRNA #REF! #REF! 121 20 TATGAGACAAATGTTTTAACTATGAGACAAATGTTTTAACTATGAGACAAATGTTTTAAC SH14951 14951 64 154 MT tRNA Met tRNA #REF! #REF! 136 22 ACCTTACATTATTTATTTATGAACCTTACATTATTTATTTATGAACCTTACATTATTTAT SH14952 14952 39 118 MT tRNA Met tRNA #REF! #REF! 151 18 GAAGGAATTGAACCTTACGAAGGAATTGAACCTTACGAAGGAATTGAACCTTACGAAGGA SH14953 14953 37 17 MT tRNA Met tRNA / 3' #REF! #REF! 166 22 ATAATCATTATTACTTGTAGAAATAATCATTATTACTTGTAGAAATAATCATTATTACTT SH14954 14954 68 175 MT tRNA Met 3' #REF! #REF! 181 27 TTTTAATATATATAAATATTATAATCATTTTAATATATATAAATATTATAATCATTTTAA SH14955 14955 52 28 MT tRNA Met 3' #REF! #REF! 196 29 ATTATTTATTAATATTATTTTAATATATAATTATTTATTAATATTATTTTAATATATAAT SH14956 14956 7 205 MT tRNA Met 3' #REF! #REF! 211 22 GAGGAGTAATTATTTATTAATAGAGGAGTAATTATTTATTAATAGAGGAGTAATTATTTA SH14957 14957 9 66 MT tRNA Met 3' #REF! #REF! 226 15 CCTGCTAGGAGGAGTCCTGCTAGGAGGAGTCCTGCTAGGAGGAGTCCTGCTAGGAGGAGT SH14958 14958 55 135 MT tRNA Met 3' #REF! #REF! 241 17 CCGAAGGAGATGTGAATCCGAAGGAGATGTGAATCCGAAGGAGATGTGAATCCGAAGGAG SH14959 14959 64 160 MT tRNA Met 3' #REF! #REF! 256 13 AAGGAGTCCGGCCAAGGAGTCCGGCCAAGGAGTCCGGCCAAGGAGTCCGGCCAAGGAGTC SH14960 14960 24 151 " MT COX 2 and hypothetical ORF1 (3 exons, 2 introns) " 5' #REF! #REF! 1 29 ATTTATAATTTATTATTATATATTATAAAATTTATAATTTATTATTATATATTATAAAAT SH14961 14961 43 39 " MT COX 2 and hypothetical ORF1 (3 exons, 2 introns) " 5' #REF! #REF! 16 29 TTTTAATTAAAATTTATTTATAATTTATTTTTTAATTAAAATTTATTTATAATTTATTTT SH14962 14962 30 103 " MT COX 2 and hypothetical ORF1 (3 exons, 2 introns) " 5' #REF! #REF! 31 25 GTTAATACTACTTTTAATTAAAATTGTTAATACTACTTTTAATTAAAATTGTTAATACTA SH14963 14963 22 132 " MT COX 2 and hypothetical ORF1 (3 exons, 2 introns) " 5' #REF! #REF! 46 23 CTATTTATAATATGTTAATACTACTATTTATAATATGTTAATACTACTATTTATAATATG SH14964 14964 95 94 " MT COX 2 and hypothetical ORF1 (3 exons, 2 introns) " 5' #REF! #REF! 61 20 AGACTCTTTTGTCTATTTATAGACTCTTTTGTCTATTTATAGACTCTTTTGTCTATTTAT SH14965 14965 87 8 " MT COX 2 and hypothetical ORF1 (3 exons, 2 introns) " 5' #REF! #REF! 76 20 TAAATCTTAACCTTTAGACTTAAATCTTAACCTTTAGACTTAAATCTTAACCTTTAGACT SH14966 14966 12 60 " MT COX 2 and hypothetical ORF1 (3 exons, 2 introns) " 5' / cox2 #REF! #REF! 91 25 TAATAAATCTAACATTTTAATAAATTAATAAATCTAACATTTTAATAAATTAATAAATCT SH14967 14967 53 108 " MT COX 2 and hypothetical ORF1 (3 exons, 2 introns) " COX2 #REF! #REF! 106 23 TTAATTGTAATCTTAATAAATCTTTAATTGTAATCTTAATAAATCTTTAATTGTAATCTT SH14968 14968 10 78 " MT COX 2 and hypothetical ORF1 (3 exons, 2 introns) " COX2 #REF! #REF! 121 22 CATAATGAATGTTGTTAATTGTCATAATGAATGTTGTTAATTGTCATAATGAATGTTGTT SH14969 14969 51 58 " MT COX 2 and hypothetical ORF1 (3 exons, 2 introns) " COX2 #REF! #REF! 136 18 GGTACATCATTCATAATGGGTACATCATTCATAATGGGTACATCATTCATAATGGGTACA SH14970 14970 62 81 " MT COX 2 and hypothetical ORF1 (3 exons, 2 introns) " COX2 #REF! #REF! 151 17 ATGCATAAGGTGTTGGTATGCATAAGGTGTTGGTATGCATAAGGTGTTGGTATGCATAAG SH14971 14971 81 74 " MT COX 2 and hypothetical ORF1 (3 exons, 2 introns) " COX2 #REF! #REF! 166 20 CTGAATCCTGAAAATAACATCTGAATCCTGAAAATAACATCTGAATCCTGAAAATAACAT SH14972 14972 43 157 " MT COX 2 and hypothetical ORF1 (3 exons, 2 introns) " COX2 #REF! #REF! 181 17 GATTTGGTGTTGCTGAAGATTTGGTGTTGCTGAAGATTTGGTGTTGCTGAAGATTTGGTG SH14973 14973 101 195 " MT COX 2 and hypothetical ORF1 (3 exons, 2 introns) " COX2 #REF! #REF! 196 20 ATTCTAAAATACCTTCTTGAATTCTAAAATACCTTCTTGAATTCTAAAATACCTTCTTGA SH14974 14974 103 89 " MT COX 2 and hypothetical ORF1 (3 exons, 2 introns) " COX2 #REF! #REF! 211 22 CATAATATTATCATGTAATTCTCATAATATTATCATGTAATTCTCATAATATTATCATGT SH14975 14975 92 96 " MT COX 2 and hypothetical ORF1 (3 exons, 2 introns) " COX2 #REF! #REF! 226 25 AATAACTAATAAATAAAACATAATAAATAACTAATAAATAAAACATAATAAATAACTAAT SH14976 14976 71 15 " MT COX 2 and hypothetical ORF1 (3 exons, 2 introns) " COX2 #REF! #REF! 241 22 TACTAAACCTAAAATAACTAATTACTAAACCTAAAATAACTAATTACTAAACCTAAAATA SH14977 14977 61 153 " MT COX 2 and hypothetical ORF1 (3 exons, 2 introns) " COX2 #REF! #REF! 256 22 ATATAACATTCAAGATACTAAAATATAACATTCAAGATACTAAAATATAACATTCAAGAT SH14978 14978 49 142 " MT COX 2 and hypothetical ORF1 (3 exons, 2 introns) " COX2 #REF! #REF! 271 22 TGTTATAACAATTGTATATAACTGTTATAACAATTGTATATAACTGTTATAACAATTGTA SH14979 14979 36 119 " MT COX 2 and hypothetical ORF1 (3 exons, 2 introns) " COX2 #REF! #REF! 286 22 AGGATTTTTTGAATATGTTATAAGGATTTTTTGAATATGTTATAAGGATTTTTTGAATAT SH14980 14980 13 200 " MT COX 2 and hypothetical ORF1 (3 exons, 2 introns) " COX2 #REF! #REF! 301 22 ATATTTATATGCAATAGGATTTATATTTATATGCAATAGGATTTATATTTATATGCAATA SH14981 14981 89 45 " MT COX 2 and hypothetical ORF1 (3 exons, 2 introns) " COX2 #REF! #REF! 316 22 TTGTCCATGTTTAATATATTTATTGTCCATGTTTAATATATTTATTGTCCATGTTTAATA SH14982 14982 32 8 " MT COX 2 and hypothetical ORF1 (3 exons, 2 introns) " COX2 #REF! #REF! 331 18 ACTTCAATAGTTTGTCCAACTTCAATAGTTTGTCCAACTTCAATAGTTTGTCCAACTTCA SH14983 14983 99 104 " MT COX 2 and hypothetical ORF1 (3 exons, 2 introns) " COX2 #REF! #REF! 346 21 GGAAAAATTGTTCAAATAACTGGAAAAATTGTTCAAATAACTGGAAAAATTGTTCAAATA SH14984 14984 94 86 " MT COX 2 and hypothetical ORF1 (3 exons, 2 introns) " COX2 #REF! #REF! 361 20 ATAAAATTACAGCTGGAAAAATAAAATTACAGCTGGAAAAATAAAATTACAGCTGGAAAA SH14985 14985 16 87 " MT COX 2 and hypothetical ORF1 (3 exons, 2 introns) " COX2 #REF! #REF! 376 22 AGGAAAAGCAATAATTAATAAAAGGAAAAGCAATAATTAATAAAAGGAAAAGCAATAATT SH14986 14986 24 174 " MT COX 2 and hypothetical ORF1 (3 exons, 2 introns) " COX2 #REF! #REF! 391 23 ATAATAAAATAAATGAAGGAAAAATAATAAAATAAATGAAGGAAAAATAATAAAATAAAT SH14987 14987 37 87 " MT COX 2 and hypothetical ORF1 (3 exons, 2 introns) " COX2 #REF! #REF! 406 23 CTTCATCACATAAATATAATAAACTTCATCACATAAATATAATAAACTTCATCACATAAA SH14988 14988 10 156 " MT COX 2 and hypothetical ORF1 (3 exons, 2 introns) " COX2 #REF! #REF! 421 18 GGTGAAATAACTTCATCAGGTGAAATAACTTCATCAGGTGAAATAACTTCATCAGGTGAA SH14989 14989 78 93 " MT COX 2 and hypothetical ORF1 (3 exons, 2 introns) " COX2 #REF! #REF! 436 20 CTTTAATAGTTATAGCTGGTCTTTAATAGTTATAGCTGGTCTTTAATAGTTATAGCTGGT SH14990 14990 26 102 " MT COX 2 and hypothetical ORF1 (3 exons, 2 introns) " COX2 #REF! #REF! 451 20 ATTGATATCCAATAGCTTTAATTGATATCCAATAGCTTTAATTGATATCCAATAGCTTTA SH14991 14991 46 36 " MT COX 2 and hypothetical ORF1 (3 exons, 2 introns) " COX2 #REF! #REF! 466 22 TTCATATTTTCAATATCATTGATTCATATTTTCAATATCATTGATTCATATTTTCAATAT SH14992 14992 98 151 " MT COX 2 and hypothetical ORF1 (3 exons, 2 introns) " COX2 #REF! #REF! 481 23 TAATAAAATCTGAATATTCATATTAATAAAATCTGAATATTCATATTAATAAAATCTGAA SH14993 14993 59 72 " MT COX 2 and hypothetical ORF1 (3 exons, 2 introns) " COX2 #REF! #REF! 496 20 CACCACTATCATTAATAAAACACCACTATCATTAATAAAACACCACTATCATTAATAAAA SH14994 14994 36 91 " MT COX 2 and hypothetical ORF1 (3 exons, 2 introns) " COX2 #REF! #REF! 511 18 AATTCAACAGTTTCACCAAATTCAACAGTTTCACCAAATTCAACAGTTTCACCAAATTCA SH14995 14995 30 59 " MT COX 2 and hypothetical ORF1 (3 exons, 2 introns) " COX2 #REF! #REF! 526 21 GGAATAACATATGATTCAAATGGAATAACATATGATTCAAATGGAATAACATATGATTCA SH14996 14996 27 8 " MT COX 2 and hypothetical ORF1 (3 exons, 2 introns) " COX2 #REF! #REF! 541 20 CTAATAATTCATCAGGAATACTAATAATTCATCAGGAATACTAATAATTCATCAGGAATA SH14997 14997 54 56 " MT COX 2 and hypothetical ORF1 (3 exons, 2 introns) " COX2 #REF! #REF! 556 20 TTAATTGACCTTCTTCTAATTTAATTGACCTTCTTCTAATTTAATTGACCTTCTTCTAAT SH14998 14998 20 94 " MT COX 2 and hypothetical ORF1 (3 exons, 2 introns) " COX2 #REF! #REF! 571 22 ATCAGTATCTAATAATCTTAATATCAGTATCTAATAATCTTAATATCAGTATCTAATAAT SH14999 14999 99 57 " MT COX 2 and hypothetical ORF1 (3 exons, 2 introns) " COX2 #REF! #REF! 586 20 CAACTATAGAAGTATCAGTACAACTATAGAAGTATCAGTACAACTATAGAAGTATCAGTA SH15000 15000 44 137 " MT COX 2 and hypothetical ORF1 (3 exons, 2 introns) " COX2 #REF! #REF! 601 18 GTATCTACAGGTACAACTGTATCTACAGGTACAACTGTATCTACAGGTACAACTGTATCT SH15001 15001 23 101 " MT COX 2 and hypothetical ORF1 (3 exons, 2 introns) " COX2 #REF! #REF! 616 20 CAACGAATCTAATATGTGTACAACGAATCTAATATGTGTACAACGAATCTAATATGTGTA SH15002 15002 79 53 " MT COX 2 and hypothetical ORF1 (3 exons, 2 introns) " COX2 #REF! #REF! 631 15 GCAGCTGTTACAACGGCAGCTGTTACAACGGCAGCTGTTACAACGGCAGCTGTTACAACG SH15003 15003 91 151 " MT COX 2 and hypothetical ORF1 (3 exons, 2 introns) " COX2 #REF! #REF! 646 20 CAAAATCATGAATAACATCACAAAATCATGAATAACATCACAAAATCATGAATAACATCA SH15004 15004 98 201 " MT COX 2 and hypothetical ORF1 (3 exons, 2 introns) " COX2 #REF! #REF! 661 20 CTAAACTTGGAATAGCAAAACTAAACTTGGAATAGCAAAACTAAACTTGGAATAGCAAAA SH15005 15005 59 177 " MT COX 2 and hypothetical ORF1 (3 exons, 2 introns) " COX2 #REF! #REF! 676 20 CATCAACTTTAATACCTAAACATCAACTTTAATACCTAAACATCAACTTTAATACCTAAA SH15006 15006 78 136 " MT COX 2 and hypothetical ORF1 (3 exons, 2 introns) " COX2 #REF! #REF! 691 15 CCAGGAGTAGCATCACCAGGAGTAGCATCACCAGGAGTAGCATCACCAGGAGTAGCATCA SH15007 15007 64 168 " MT COX 2 and hypothetical ORF1 (3 exons, 2 introns) " COX2 #REF! #REF! 706 20 CAGAAACTTGATTTAATCTACAGAAACTTGATTTAATCTACAGAAACTTGATTTAATCTA SH15008 15008 13 125 " MT COX 2 and hypothetical ORF1 (3 exons, 2 introns) " COX2 #REF! #REF! 721 20 CTCTTTGAATTAAAGCAGAACTCTTTGAATTAAAGCAGAACTCTTTGAATTAAAGCAGAA SH15009 15009 16 72 " MT COX 2 and hypothetical ORF1 (3 exons, 2 introns) " COX2 #REF! #REF! 736 17 AGAAGACACCTTCTCTTAGAAGACACCTTCTCTTAGAAGACACCTTCTCTTAGAAGACAC SH15010 15010 30 73 " MT COX 2 and hypothetical ORF1 (3 exons, 2 introns) " COX2 #REF! #REF! 751 17 CAGAACATGCTCCATAGCAGAACATGCTCCATAGCAGAACATGCTCCATAGCAGAACATG SH15011 15011 64 85 " MT COX 2 and hypothetical ORF1 (3 exons, 2 introns) " COX2 #REF! #REF! 766 15 GTCCCACACAACTCAGTCCCACACAACTCAGTCCCACACAACTCAGTCCCACACAACTCA SH15012 15012 2 7 " MT COX 2 and hypothetical ORF1 (3 exons, 2 introns) " COX2 #REF! #REF! 781 17 GCATATTTGCATGACCTGCATATTTGCATGACCTGCATATTTGCATGACCTGCATATTTG SH15013 15013 71 211 " MT COX 2 and hypothetical ORF1 (3 exons, 2 introns) " COX2 #REF! #REF! 796 17 CTTCGATCTTAATTGGCCTTCGATCTTAATTGGCCTTCGATCTTAATTGGCCTTCGATCT SH15014 15014 87 158 " MT COX 2 and hypothetical ORF1 (3 exons, 2 introns) " COX2 #REF! #REF! 811 18 TTAGGTAATGATACTGCTTTAGGTAATGATACTGCTTTAGGTAATGATACTGCTTTAGGT SH15015 15015 49 69 " MT COX 2 and hypothetical ORF1 (3 exons, 2 introns) " COX2 #REF! #REF! 826 23 CATTTAATCATTCCAAAAATTTACATTTAATCATTCCAAAAATTTACATTTAATCATTCC SH15016 15016 37 125 " MT COX 2 and hypothetical ORF1 (3 exons, 2 introns) " cox2 / ORF1exon1 #REF! #REF! 841 25 AAATATTAATTATTGTTCATTTAATAAATATTAATTATTGTTCATTTAATAAATATTAAT SH15017 15017 83 49 " MT COX 2 and hypothetical ORF1 (3 exons, 2 introns) " cox2 / ORF1exon1 #REF! #REF! 856 27 AAATATTAATAATAAGTAAATATTAATAAATATTAATAATAAGTAAATATTAATAAATAT SH15018 15018 67 93 " MT COX 2 and hypothetical ORF1 (3 exons, 2 introns) " ORF1exon1 #REF! #REF! 871 29 TTATTTTTAATAATTAAAAATATTAATAATTATTTTTAATAATTAAAAATATTAATAATT SH15019 15019 99 180 " MT COX 2 and hypothetical ORF1 (3 exons, 2 introns) " ORF1exon1 #REF! #REF! 886 29 TTATTATTATTATTATTATTTTTAATAATTTATTATTATTATTATTATTTTTAATAATTT SH15020 15020 77 64 " MT COX 2 and hypothetical ORF1 (3 exons, 2 introns) " ORF1exon1 #REF! #REF! 901 28 GAATATTATTATAATTATTATTATTATTGAATATTATTATAATTATTATTATTATTGAAT SH15021 15021 97 118 " MT COX 2 and hypothetical ORF1 (3 exons, 2 introns) " ORF1exon1 #REF! #REF! 916 27 TTTATTATATTTAAGAATATTATTATATTTATTATATTTAAGAATATTATTATATTTATT SH15022 15022 79 205 " MT COX 2 and hypothetical ORF1 (3 exons, 2 introns) " ORF1exon1 #REF! #REF! 931 25 ATAAATCTATATCTTTATTATATTTATAAATCTATATCTTTATTATATTTATAAATCTAT SH15023 15023 103 53 " MT COX 2 and hypothetical ORF1 (3 exons, 2 introns) " ORF1exon1 #REF! #REF! 946 23 GATTGAATAGAATATAAATCTATGATTGAATAGAATATAAATCTATGATTGAATAGAATA SH15024 15024 72 38 " MT COX 2 and hypothetical ORF1 (3 exons, 2 introns) " ORF1exon1 #REF! #REF! 961 22 TTTTAATATAAGGTGATTGAATTTTTAATATAAGGTGATTGAATTTTTAATATAAGGTGA SH15025 15025 67 36 " MT COX 2 and hypothetical ORF1 (3 exons, 2 introns) " ORF1exon1 #REF! #REF! 976 27 TCTTTTAATAATATTTATATTTTTAATTCTTTTAATAATATTTATATTTTTAATTCTTTT SH15026 15026 18 208 " MT COX 2 and hypothetical ORF1 (3 exons, 2 introns) " ORF1exon1 #REF! #REF! 991 22 TATGATAACCTCTTTTAATAATTATGATAACCTCTTTTAATAATTATGATAACCTCTTTT SH15027 15027 3 168 " MT COX 2 and hypothetical ORF1 (3 exons, 2 introns) " ORF1exon1 #REF! #REF! 1006 23 TTATTATTTAAAGAAGTATGATATTATTATTTAAAGAAGTATGATATTATTATTTAAAGA SH15028 15028 78 150 " MT COX 2 and hypothetical ORF1 (3 exons, 2 introns) " ORF1exon1 #REF! #REF! 1021 25 TTTGAACAATAATTAATTTATTATTTTTGAACAATAATTAATTTATTATTTTTGAACAAT SH15029 15029 4 115 " MT COX 2 and hypothetical ORF1 (3 exons, 2 introns) " ORF1exon1 #REF! #REF! 1036 23 TTTTTATTATCTTTTTGAACAATTTTTTATTATCTTTTTGAACAATTTTTTATTATCTTT SH15030 15030 104 113 " MT COX 2 and hypothetical ORF1 (3 exons, 2 introns) " ORF1exon1 #REF! #REF! 1051 27 TAAATTATTCTTATTATTATTTTTATTTAAATTATTCTTATTATTATTTTTATTTAAATT SH15031 15031 16 152 " MT COX 2 and hypothetical ORF1 (3 exons, 2 introns) " ORF1exon1 #REF! #REF! 1066 23 TTATCTATTTCTAAATTATTCTTTTATCTATTTCTAAATTATTCTTTTATCTATTTCTAA SH15032 15032 42 98 " MT COX 2 and hypothetical ORF1 (3 exons, 2 introns) " ORF1exon1 #REF! #REF! 1081 25 CTAATCATTTATAAAAATTATCTATCTAATCATTTATAAAAATTATCTATCTAATCATTT SH15033 15033 28 173 " MT COX 2 and hypothetical ORF1 (3 exons, 2 introns) " ORF1exon1 #REF! #REF! 1096 20 GTAAATCCTACTAATCATTTGTAAATCCTACTAATCATTTGTAAATCCTACTAATCATTT SH15034 15034 18 17 " MT COX 2 and hypothetical ORF1 (3 exons, 2 introns) " ORF1exon1 #REF! #REF! 1111 17 CCATCTCCATCTGTAAACCATCTCCATCTGTAAACCATCTCCATCTGTAAACCATCTCCA SH15035 15035 50 140 " MT COX 2 and hypothetical ORF1 (3 exons, 2 introns) " ORF1exon1 #REF! #REF! 1126 23 TTTAATTTAATATAAAAACTACCTTTAATTTAATATAAAAACTACCTTTAATTTAATATA SH15036 15036 53 4 " MT COX 2 and hypothetical ORF1 (3 exons, 2 introns) " ORF1exon1 #REF! #REF! 1141 26 CTTAAATATTTTTTATCATTTAATTTCTTAAATATTTTTTATCATTTAATTTCTTAAATA SH15037 15037 59 20 " MT COX 2 and hypothetical ORF1 (3 exons, 2 introns) " ORF1exon1 #REF! #REF! 1156 23 CCATAAAAAAATCTTAAATATTTCCATAAAAAAATCTTAAATATTTCCATAAAAAAATCT SH15038 15038 61 29 " MT COX 2 and hypothetical ORF1 (3 exons, 2 introns) " ORF1exon1 #REF! #REF! 1171 22 TATGTATTCTAAAACCATAAAATATGTATTCTAAAACCATAAAATATGTATTCTAAAACC SH15039 15039 28 154 " MT COX 2 and hypothetical ORF1 (3 exons, 2 introns) " ORF1exon1 #REF! #REF! 1186 20 GCTTTATCATCAATATGTATGCTTTATCATCAATATGTATGCTTTATCATCAATATGTAT SH15040 15040 44 13 " MT COX 2 and hypothetical ORF1 (3 exons, 2 introns) " ORF1exon1 #REF! #REF! 1201 20 ATCTTTTCTAAACATGCTTTATCTTTTCTAAACATGCTTTATCTTTTCTAAACATGCTTT SH15041 15041 92 123 " MT COX 2 and hypothetical ORF1 (3 exons, 2 introns) " ORF1exon1 #REF! #REF! 1216 25 GTATATTTAATATATTTCTAATCTTGTATATTTAATATATTTCTAATCTTGTATATTTAA SH15042 15042 49 119 " MT COX 2 and hypothetical ORF1 (3 exons, 2 introns) " ORF1exon1 #REF! #REF! 1231 22 CAAAATTAGAAGGTATATTTAACAAAATTAGAAGGTATATTTAACAAAATTAGAAGGTAT SH15043 15043 104 74 " MT COX 2 and hypothetical ORF1 (3 exons, 2 introns) " ORF1exon1 #REF! #REF! 1246 22 TTTTAAGTAGTTCTTCAAAATTTTTTAAGTAGTTCTTCAAAATTTTTTAAGTAGTTCTTC SH15044 15044 62 128 " MT COX 2 and hypothetical ORF1 (3 exons, 2 introns) " ORF1exon1 #REF! #REF! 1261 23 TTTACTAATATAATTGTTTTAAGTTTACTAATATAATTGTTTTAAGTTTACTAATATAAT SH15045 15045 37 108 " MT COX 2 and hypothetical ORF1 (3 exons, 2 introns) " ORF1exon1 #REF! #REF! 1276 22 ATTTCTTTTGTGAATTTACTAAATTTCTTTTGTGAATTTACTAAATTTCTTTTGTGAATT SH15046 15046 30 70 " MT COX 2 and hypothetical ORF1 (3 exons, 2 introns) " ORF1exon1 #REF! #REF! 1291 22 TATTAGAATATAACCATTTCTTTATTAGAATATAACCATTTCTTTATTAGAATATAACCA SH15047 15047 78 122 " MT COX 2 and hypothetical ORF1 (3 exons, 2 introns) " ORF1exon1 #REF! #REF! 1306 22 CAAAAATAGTTACAATATTAGACAAAAATAGTTACAATATTAGACAAAAATAGTTACAAT SH15048 15048 16 24 " MT COX 2 and hypothetical ORF1 (3 exons, 2 introns) " ORF1exon1 #REF! #REF! 1321 20 CAAGGATACTTATCAAAAATCAAGGATACTTATCAAAAATCAAGGATACTTATCAAAAAT SH15049 15049 50 109 " MT COX 2 and hypothetical ORF1 (3 exons, 2 introns) " ORF1exon1 #REF! #REF! 1336 22 AATATTTAATTGTTAAACAAGGAATATTTAATTGTTAAACAAGGAATATTTAATTGTTAA SH15050 15050 45 178 " MT COX 2 and hypothetical ORF1 (3 exons, 2 introns) " ORF1exon1 #REF! #REF! 1351 25 TTCATTTATAATAACTATAATATTTTTCATTTATAATAACTATAATATTTTTCATTTATA SH15051 15051 34 200 " MT COX 2 and hypothetical ORF1 (3 exons, 2 introns) " ORF1exon1 #REF! #REF! 1366 23 ATTATAGCTATTTTTCATTTATAATTATAGCTATTTTTCATTTATAATTATAGCTATTTT SH15052 15052 18 33 " MT COX 2 and hypothetical ORF1 (3 exons, 2 introns) " ORF1exon1 #REF! #REF! 1381 23 CCATTTAAATTATTAATTATAGCCCATTTAAATTATTAATTATAGCCCATTTAAATTATT SH15053 15053 68 22 " MT COX 2 and hypothetical ORF1 (3 exons, 2 introns) " ORF1exon1 #REF! #REF! 1396 23 TTATTATAAGATATACCATTTAATTATTATAAGATATACCATTTAATTATTATAAGATAT SH15054 15054 104 12 " MT COX 2 and hypothetical ORF1 (3 exons, 2 introns) " ORF1exon1 #REF! #REF! 1411 27 AATATTTAATAAATCTTTATTATTATAAATATTTAATAAATCTTTATTATTATAAATATT SH15055 15055 50 204 " MT COX 2 and hypothetical ORF1 (3 exons, 2 introns) " ORF1exon1 #REF! #REF! 1426 27 ATTAATTGTATTTTTAATATTTAATAAATTAATTGTATTTTTAATATTTAATAAATTAAT SH15056 15056 58 99 " MT COX 2 and hypothetical ORF1 (3 exons, 2 introns) " ORF1exon1 #REF! #REF! 1441 23 ACTTCATAATTATTAATTGTATTACTTCATAATTATTAATTGTATTACTTCATAATTATT SH15057 15057 43 63 " MT COX 2 and hypothetical ORF1 (3 exons, 2 introns) " ORF1exon1 #REF! #REF! 1456 22 TTAAATTAGGTATAACTTCATATTAAATTAGGTATAACTTCATATTAAATTAGGTATAAC SH15058 15058 60 153 " MT COX 2 and hypothetical ORF1 (3 exons, 2 introns) " ORF1exon1 #REF! #REF! 1471 23 TTATCATATGGAATTTTTAAATTTTATCATATGGAATTTTTAAATTTTATCATATGGAAT SH15059 15059 32 161 " MT COX 2 and hypothetical ORF1 (3 exons, 2 introns) " ORF1exon1 #REF! #REF! 1486 23 CAATAATCATTTATTTTATCATACAATAATCATTTATTTTATCATACAATAATCATTTAT SH15060 15060 62 56 " MT COX 2 and hypothetical ORF1 (3 exons, 2 introns) " ORF1exon1 #REF! #REF! 1501 22 TAAAACCTAAAATTCAATAATCTAAAACCTAAAATTCAATAATCTAAAACCTAAAATTCA SH15061 15061 43 179 " MT COX 2 and hypothetical ORF1 (3 exons, 2 introns) " ORF1exon1 #REF! #REF! 1516 18 TTCAGCTTCAATAAAACCTTCAGCTTCAATAAAACCTTCAGCTTCAATAAAACCTTCAGC SH15062 15062 16 115 " MT COX 2 and hypothetical ORF1 (3 exons, 2 introns) " ORF1exon1 #REF! #REF! 1531 18 TAGATCAAATGAACCTTCTAGATCAAATGAACCTTCTAGATCAAATGAACCTTCTAGATC SH15063 15063 60 82 " MT COX 2 and hypothetical ORF1 (3 exons, 2 introns) " ORF1exon1 #REF! #REF! 1546 18 ATTACGTTTTGGAGATAGATTACGTTTTGGAGATAGATTACGTTTTGGAGATAGATTACG SH15064 15064 20 172 " MT COX 2 and hypothetical ORF1 (3 exons, 2 introns) " ORF1exon1 #REF! #REF! 1561 22 AAACATTAAAACCACAAATATTAAACATTAAAACCACAAATATTAAACATTAAAACCACA SH15065 15065 84 20 " MT COX 2 and hypothetical ORF1 (3 exons, 2 introns) " ORF1exon1 #REF! #REF! 1576 20 CGTTTATGTTGTGAAACATTCGTTTATGTTGTGAAACATTCGTTTATGTTGTGAAACATT SH15066 15066 36 141 " MT COX 2 and hypothetical ORF1 (3 exons, 2 introns) " ORF1exon1 #REF! #REF! 1591 22 TTAATGTATTAATACTACGTTTTTAATGTATTAATACTACGTTTTTAATGTATTAATACT SH15067 15067 20 157 " MT COX 2 and hypothetical ORF1 (3 exons, 2 introns) " ORF1exon1 #REF! #REF! 1606 22 AAGATTTAATAGCTTTTAATGTAAGATTTAATAGCTTTTAATGTAAGATTTAATAGCTTT SH15068 15068 81 116 " MT COX 2 and hypothetical ORF1 (3 exons, 2 introns) " ORF1exon1 #REF! #REF! 1621 23 CAATTATTTAATACATAAGATTTCAATTATTTAATACATAAGATTTCAATTATTTAATAC SH15069 15069 16 113 " MT COX 2 and hypothetical ORF1 (3 exons, 2 introns) " ORF1exon1 #REF! #REF! 1636 22 TATCAATTGGTTTTCAATTATTTATCAATTGGTTTTCAATTATTTATCAATTGGTTTTCA SH15070 15070 31 21 " MT COX 2 and hypothetical ORF1 (3 exons, 2 introns) " ORF1exon1 #REF! #REF! 1651 22 TTAATAATGGTGTATTATCAATTTAATAATGGTGTATTATCAATTTAATAATGGTGTATT SH15071 15071 55 92 " MT COX 2 and hypothetical ORF1 (3 exons, 2 introns) " ORF1exon1 #REF! #REF! 1666 28 CTTTTAATAATTTATTTTTAATTAATAACTTTTAATAATTTATTTTTAATTAATAACTTT SH15072 15072 77 78 " MT COX 2 and hypothetical ORF1 (3 exons, 2 introns) " ORF1exon1 #REF! #REF! 1681 23 GAATCTCAATCTTTTAATAATTTGAATCTCAATCTTTTAATAATTTGAATCTCAATCTTT SH15073 15073 30 192 " MT COX 2 and hypothetical ORF1 (3 exons, 2 introns) " ORF1exon1 #REF! #REF! 1696 22 TTAATTTAATAGATGAATCTCATTAATTTAATAGATGAATCTCATTAATTTAATAGATGA SH15074 15074 77 68 " MT COX 2 and hypothetical ORF1 (3 exons, 2 introns) " ORF1exon1 #REF! #REF! 1711 22 TTTTATCAGGTTTAGTTAATTTTTTTATCAGGTTTAGTTAATTTTTTTATCAGGTTTAGT SH15075 15075 98 94 " MT COX 2 and hypothetical ORF1 (3 exons, 2 introns) " ORF1exon1 #REF! #REF! 1726 22 ATTTAATAACTCCATTTTTATCATTTAATAACTCCATTTTTATCATTTAATAACTCCATT SH15076 15076 77 132 " MT COX 2 and hypothetical ORF1 (3 exons, 2 introns) " ORF1exon1 #REF! #REF! 1741 25 CTATTCTATTAAATTCTAATTTAATCTATTCTATTAAATTCTAATTTAATCTATTCTATT SH15077 15077 44 28 " MT COX 2 and hypothetical ORF1 (3 exons, 2 introns) " ORF1exon1 #REF! #REF! 1756 25 CATAATATAAAAAATCTATTCTATTCATAATATAAAAAATCTATTCTATTCATAATATAA SH15078 15078 13 174 " MT COX 2 and hypothetical ORF1 (3 exons, 2 introns) " ORF1exon1 #REF! #REF! 1771 23 TTAGGTAAAATAACATAATATAATTAGGTAAAATAACATAATATAATTAGGTAAAATAAC SH15079 15079 38 128 " MT COX 2 and hypothetical ORF1 (3 exons, 2 introns) " ORF1exon1 #REF! #REF! 1786 23 TTTAATGAATATAATTTAGGTAATTTAATGAATATAATTTAGGTAATTTAATGAATATAA SH15080 15080 54 41 " MT COX 2 and hypothetical ORF1 (3 exons, 2 introns) " ORF1exon1 #REF! #REF! 1801 20 CGACTATATCATTTTAATGACGACTATATCATTTTAATGACGACTATATCATTTTAATGA SH15081 15081 32 169 " MT COX 2 and hypothetical ORF1 (3 exons, 2 introns) " ORF1exon1 #REF! #REF! 1816 20 AAATCAATTTCTTTACGACTAAATCAATTTCTTTACGACTAAATCAATTTCTTTACGACT SH15082 15082 97 50 " MT COX 2 and hypothetical ORF1 (3 exons, 2 introns) " ORF1exon1 #REF! #REF! 1831 20 GTTTTTCATAATTGGAAATCGTTTTTCATAATTGGAAATCGTTTTTCATAATTGGAAATC SH15083 15083 22 94 " MT COX 2 and hypothetical ORF1 (3 exons, 2 introns) " ORF1exon1 #REF! #REF! 1846 22 TATAGATTTCTATAAGTGTTTTTATAGATTTCTATAAGTGTTTTTATAGATTTCTATAAG SH15084 15084 91 24 " MT COX 2 and hypothetical ORF1 (3 exons, 2 introns) " ORF1exon1 #REF! #REF! 1861 22 TATGTAAACCTTTTATATAGATTATGTAAACCTTTTATATAGATTATGTAAACCTTTTAT SH15085 15085 19 211 " MT COX 2 and hypothetical ORF1 (3 exons, 2 introns) " ORF1exon1 #REF! #REF! 1876 20 CCTTTAAGTGTATTATGTAACCTTTAAGTGTATTATGTAACCTTTAAGTGTATTATGTAA SH15086 15086 97 30 " MT COX 2 and hypothetical ORF1 (3 exons, 2 introns) " ORF1exon1 #REF! #REF! 1891 23 AATTTTAATAAATTAGAACCTTTAATTTTAATAAATTAGAACCTTTAATTTTAATAAATT SH15087 15087 61 86 " MT COX 2 and hypothetical ORF1 (3 exons, 2 introns) " ORF1exon1 #REF! #REF! 1906 29 TTATTAATATTATTATTAATTAATTTTAATTATTAATATTATTATTAATTAATTTTAATT SH15088 15088 74 57 " MT COX 2 and hypothetical ORF1 (3 exons, 2 introns) " ORF1exon1 #REF! #REF! 1921 27 ATAATATCTTTTTTTATTAATATTATTATAATATCTTTTTTTATTAATATTATTATAATA SH15089 15089 104 148 " MT COX 2 and hypothetical ORF1 (3 exons, 2 introns) " ORF1exon1 #REF! #REF! 1936 25 TATTATAATTAGAATAATATCTTTTTATTATAATTAGAATAATATCTTTTTATTATAATT SH15090 15090 88 168 " MT COX 2 and hypothetical ORF1 (3 exons, 2 introns) " ORF1exon1 #REF! #REF! 1951 22 CGAAAGGAGAAATATTATAATTCGAAAGGAGAAATATTATAATTCGAAAGGAGAAATATT SH15091 15091 13 101 " MT COX 2 and hypothetical ORF1 (3 exons, 2 introns) " ORF1exon1 #REF! #REF! 1966 13 GAACCCCGAAAGGGAACCCCGAAAGGGAACCCCGAAAGGGAACCCCGAAAGGGAACCCCG SH15092 15092 32 98 " MT COX 2 and hypothetical ORF1 (3 exons, 2 introns) " orf1 / intronic #REF! #REF! 1981 13 CGGCCACGGGAGCCGGCCACGGGAGCCGGCCACGGGAGCCGGCCACGGGAGCCGGCCACG SH15093 15093 21 194 " MT COX 2 and hypothetical ORF1 (3 exons, 2 introns) " intronic #REF! #REF! 1996 17 TATTTTTAGTTCCGGGGTATTTTTAGTTCCGGGGTATTTTTAGTTCCGGGGTATTTTTAG SH15094 15094 104 180 " MT COX 2 and hypothetical ORF1 (3 exons, 2 introns) " intronic / orf2exon2 #REF! #REF! 2011 23 TATTTAATACATCATCAATAATATATTTAATACATCATCAATAATATATTTAATACATCA SH15095 15095 5 112 " MT COX 2 and hypothetical ORF1 (3 exons, 2 introns) " ORF2 exon2 #REF! #REF! 2026 25 ATTATAGATAAGATTTATATTTAATATTATAGATAAGATTTATATTTAATATTATAGATA SH15096 15096 78 8 " MT COX 2 and hypothetical ORF1 (3 exons, 2 introns) " ORF2 exon2 #REF! #REF! 2041 23 ATGGTAATTTATAATTATAGATAATGGTAATTTATAATTATAGATAATGGTAATTTATAA SH15097 15097 66 8 " MT COX 2 and hypothetical ORF1 (3 exons, 2 introns) " ORF2 exon2 #REF! #REF! 2056 21 CTATTTATACGATATGGTAATCTATTTATACGATATGGTAATCTATTTATACGATATGGT SH15098 15098 3 98 " MT COX 2 and hypothetical ORF1 (3 exons, 2 introns) " ORF2 exon2 #REF! #REF! 2071 20 AACGTTGAATATCACTATTTAACGTTGAATATCACTATTTAACGTTGAATATCACTATTT SH15099 15099 101 152 " MT COX 2 and hypothetical ORF1 (3 exons, 2 introns) " ORF2 exon2 #REF! #REF! 2086 23 TATTATTTATAGAATTTAAACGTTATTATTTATAGAATTTAAACGTTATTATTTATAGAA SH15100 15100 102 175 " MT COX 2 and hypothetical ORF1 (3 exons, 2 introns) " ORF2 exon2 #REF! #REF! 2101 27 TTAATAAATTTAGTATTATTATTATTTTTAATAAATTTAGTATTATTATTATTTTTAATA SH15101 15101 14 10 " MT COX 2 and hypothetical ORF1 (3 exons, 2 introns) " ORF2 exon2 #REF! #REF! 2116 22 TACTCCAACATTAATAAATTTATACTCCAACATTAATAAATTTATACTCCAACATTAATA SH15102 15102 72 2 " MT COX 2 and hypothetical ORF1 (3 exons, 2 introns) " ORF2 exon2 #REF! #REF! 2131 20 AATCATAAACAAATACTCCAAATCATAAACAAATACTCCAAATCATAAACAAATACTCCA SH15103 15103 69 134 " MT COX 2 and hypothetical ORF1 (3 exons, 2 introns) " ORF2 exon2 #REF! #REF! 2146 25 TATAATTAATGTATTATTTAAATCATATAATTAATGTATTATTTAAATCATATAATTAAT SH15104 15104 75 20 " MT COX 2 and hypothetical ORF1 (3 exons, 2 introns) " ORF2 exon2 #REF! #REF! 2161 22 ACCAGTAAATGTTATAATTAATACCAGTAAATGTTATAATTAATACCAGTAAATGTTATA SH15105 15105 52 13 " MT COX 2 and hypothetical ORF1 (3 exons, 2 introns) " ORF2 exon2 #REF! #REF! 2176 17 CTGGTCTATAACCAGTACTGGTCTATAACCAGTACTGGTCTATAACCAGTACTGGTCTAT SH15106 15106 27 67 " MT COX 2 and hypothetical ORF1 (3 exons, 2 introns) " ORF2 exon2 #REF! #REF! 2191 18 TTAAAGTAAAGAGCTGCTTTAAAGTAAAGAGCTGCTTTAAAGTAAAGAGCTGCTTTAAAG SH15107 15107 101 41 " MT COX 2 and hypothetical ORF1 (3 exons, 2 introns) " ORF2 exon2 #REF! #REF! 2206 18 CGAAAAGGAGAACAATTACGAAAAGGAGAACAATTACGAAAAGGAGAACAATTACGAAAA SH15108 15108 64 12 " MT COX 2 and hypothetical ORF1 (3 exons, 2 introns) " ORF2 exon2 #REF! #REF! 2221 13 GTCGGGACCCCGAGTCGGGACCCCGAGTCGGGACCCCGAGTCGGGACCCCGAGTCGGGAC SH15109 15109 56 17 " MT COX 2 and hypothetical ORF1 (3 exons, 2 introns) " intronic #REF! #REF! 2236 13 TTAGTCCCGGCCCTTAGTCCCGGCCCTTAGTCCCGGCCCTTAGTCCCGGCCCTTAGTCCC SH15110 15110 93 112 " MT COX 2 and hypothetical ORF1 (3 exons, 2 introns) " intronic / ORF3exon3 #REF! #REF! 2251 23 TTTAATATATTTAGCAATTTCATTTTAATATATTTAGCAATTTCATTTTAATATATTTAG SH15111 15111 99 24 " MT COX 2 and hypothetical ORF1 (3 exons, 2 introns) " ORF3 exon3 #REF! #REF! 2266 23 AAATACATTACCATTTTTAATATAAATACATTACCATTTTTAATATAAATACATTACCAT SH15112 15112 18 169 " MT COX 2 and hypothetical ORF1 (3 exons, 2 introns) " ORF3 exon3 #REF! #REF! 2281 27 TTAAAATATATTTATTTATAAATACATTTAAAATATATTTATTTATAAATACATTTAAAA SH15113 15113 17 119 " MT COX 2 and hypothetical ORF1 (3 exons, 2 introns) " ORF3 exon3 #REF! #REF! 2296 27 CTAATAAAATATTTTTTAAAATATATTCTAATAAAATATTTTTTAAAATATATTCTAATA SH15114 15114 50 33 " MT COX 2 and hypothetical ORF1 (3 exons, 2 introns) " ORF3 exon3 #REF! #REF! 2311 27 AAAATAATAATTAATCTAATAAAATATAAAATAATAATTAATCTAATAAAATATAAAATA SH15115 15115 35 196 " MT COX 2 and hypothetical ORF1 (3 exons, 2 introns) " orf 3 / 3' #REF! #REF! 2326 23 AAGAAGAAGTAAAAATAATAATTAAGAAGAAGTAAAAATAATAATTAAGAAGAAGTAAAA SH15116 15116 94 183 " MT COX 2 and hypothetical ORF1 (3 exons, 2 introns) " orf 3 / 3' #REF! #REF! 2341 22 CCTTTTTTAATTTTAAGAAGAACCTTTTTTAATTTTAAGAAGAACCTTTTTTAATTTTAA SH15117 15117 73 206 " MT COX 2 and hypothetical ORF1 (3 exons, 2 introns) " 3' #REF! #REF! 2356 22 AATATAAAAAAGTCTCCTTTTTAATATAAAAAAGTCTCCTTTTTAATATAAAAAAGTCTC SH15118 15118 84 182 " MT COX 2 and hypothetical ORF1 (3 exons, 2 introns) " 3' #REF! #REF! 2371 29 TAATTTATATATAATTTATATAAATATAATAATTTATATATAATTTATATAAATATAATA SH15119 15119 54 59 " MT COX 2 and hypothetical ORF1 (3 exons, 2 introns) " 3' #REF! #REF! 2386 27 TATAATAAAAGAATAATTTATATATAATATAATAAAAGAATAATTTATATATAATATAAT SH15120 15120 20 16 " MT COX 2 and hypothetical ORF1 (3 exons, 2 introns) " 3' #REF! #REF! 2401 27 ATAATTTTATATATTTATAATAAAAGAATAATTTTATATATTTATAATAAAAGAATAATT SH15121 15121 16 131 MT tRNA Phe 5' #REF! #REF! 1 27 TATATATATATAAATAAAACATAATATTATATATATATAAATAAAACATAATATTATATA SH15122 15122 97 35 MT tRNA Phe 5' #REF! #REF! 16 27 ATAATACATAATATATATATATATATAATAATACATAATATATATATATATATAATAATA SH15123 15123 28 88 MT tRNA Phe 5' #REF! #REF! 31 27 ATATATATTTATATAATAATACATAATATATATATTTATATAATAATACATAATATATAT SH15124 15124 30 75 MT tRNA Phe 5' #REF! #REF! 46 29 CTTATAATATAATATATATATATATTTATCTTATAATATAATATATATATATATTTATCT SH15125 15125 102 102 MT tRNA Phe 5' #REF! #REF! 61 25 ACTTATTATTACTTATAATATAATAACTTATTATTACTTATAATATAATAACTTATTATT SH15126 15126 79 15 MT tRNA Phe 5' / tRNA #REF! #REF! 76 26 CTATATATAATATAATACTTATTATTCTATATATAATATAATACTTATTATTCTATATAT SH15127 15127 7 48 MT tRNA Phe 5' / tRNA #REF! #REF! 91 22 AGCTATAAAAGCTATATATAATAGCTATAAAAGCTATATATAATAGCTATAAAAGCTATA SH15128 15128 92 80 MT tRNA Phe tRNA #REF! #REF! 106 18 CTTTACCACTAAGCTATACTTTACCACTAAGCTATACTTTACCACTAAGCTATACTTTAC SH15129 15129 15 195 MT tRNA Phe tRNA #REF! #REF! 121 20 AAATCTTCAATTTATCGCTTAAATCTTCAATTTATCGCTTAAATCTTCAATTTATCGCTT SH15130 15130 22 18 MT tRNA Phe tRNA #REF! #REF! 136 20 GAACTACATGTAAATAAATCGAACTACATGTAAATAAATCGAACTACATGTAAATAAATC SH15131 15131 89 88 MT tRNA Phe tRNA #REF! #REF! 151 18 CTTAATGAGAATCGAACTCTTAATGAGAATCGAACTCTTAATGAGAATCGAACTCTTAAT SH15132 15132 82 10 MT tRNA Phe tRNA / 3' #REF! #REF! 166 22 ATATATTATTATTATTGCCCTTATATATTATTATTATTGCCCTTATATATTATTATTATT SH15133 15133 72 19 MT tRNA Phe 3' #REF! #REF! 181 29 ATTATAAATTAATTATTAATTAATATATTATTATAAATTAATTATTAATTAATATATTAT SH15134 15134 8 98 MT tRNA Phe 3' #REF! #REF! 196 29 TATTATAATATATTTATTATAAATTAATTTATTATAATATATTTATTATAAATTAATTTA SH15135 15135 90 193 MT tRNA Phe 3' #REF! #REF! 211 29 TATATATATATTAATTATTATAATATATTTATATATATATTAATTATTATAATATATTTA SH15136 15136 79 8 MT tRNA Phe 3' #REF! #REF! 226 29 ATTAAATATATTATATATATATATATTAAATTAAATATATTATATATATATATATTAAAT SH15137 15137 74 122 MT tRNA Phe 3' #REF! #REF! 241 25 ATTTTCTTTGTATTAAATATATTATATTTTCTTTGTATTAAATATATTATATTTTCTTTG SH15138 15138 40 78 MT tRNA Thr1 reverse complement 5' #REF! #REF! 1 29 AATATATTATATATAATTTATAATATATAAATATATTATATATAATTTATAATATATAAA SH15139 15139 90 42 MT tRNA Thr1 reverse complement 5' #REF! #REF! 16 29 ATTAAATAAATATATAATATATTATATATATTAAATAAATATATAATATATTATATATAT SH15140 15140 77 129 MT tRNA Thr1 reverse complement 5' #REF! #REF! 31 29 AATTATATAAAAATTATTAAATAAATATAAATTATATAAAAATTATTAAATAAATATAAA SH15141 15141 53 161 MT tRNA Thr1 reverse complement 5' #REF! #REF! 46 29 AATATATAATATATTAATTATATAAAAATAATATATAATATATTAATTATATAAAAATAA SH15142 15142 49 128 MT tRNA Thr1 reverse complement 5' #REF! #REF! 61 29 ATATAAAATTTATTAAATATATAATATATATATAAAATTTATTAAATATATAATATATAT SH15143 15143 101 199 MT tRNA Thr1 reverse complement 5' #REF! #REF! 76 25 CCTTATTAATTATATAAAATTTATTCCTTATTAATTATATAAAATTTATTCCTTATTAAT SH15144 15144 13 81 MT tRNA Thr1 reverse complement 5' / tRNA #REF! #REF! 91 25 ATTAAATTATATTTACCTTATTAATATTAAATTATATTTACCTTATTAATATTAAATTAT SH15145 15145 23 50 MT tRNA Thr1 reverse complement tRNA #REF! #REF! 106 23 CATACATTTTACCATTAAATTATCATACATTTTACCATTAAATTATCATACATTTTACCA SH15146 15146 63 82 MT tRNA Thr1 reverse complement tRNA #REF! #REF! 121 19 GCACCTAAAAACATACATTGCACCTAAAAACATACATTGCACCTAAAAACATACATTGCA SH15147 15147 40 101 MT tRNA Thr1 reverse complement tRNA #REF! #REF! 136 19 GAACTTAGATAATATGCACGAACTTAGATAATATGCACGAACTTAGATAATATGCACGAA SH15148 15148 14 17 MT tRNA Thr1 reverse complement tRNA #REF! #REF! 151 20 GTAAATACTAAGATTTGAACGTAAATACTAAGATTTGAACGTAAATACTAAGATTTGAAC SH15149 15149 58 41 MT tRNA Thr1 reverse complement tRNA / 3' #REF! #REF! 166 27 ATTTATATTAATTTTTTATTTTGTAAAATTTATATTAATTTTTTATTTTGTAAAATTTAT SH15150 15150 103 127 MT tRNA Thr1 reverse complement 3' #REF! #REF! 181 27 AAATGATTATAATAAATTTATATTAATAAATGATTATAATAAATTTATATTAATAAATGA SH15151 15151 72 70 MT tRNA Thr1 reverse complement 3' #REF! #REF! 196 27 TTATAATAAATTTATAAATGATTATAATTATAATAAATTTATAAATGATTATAATTATAA SH15152 15152 82 148 MT tRNA Thr1 reverse complement 3' #REF! #REF! 211 29 TAAATATAATAATAATATTATAATAAATTTAAATATAATAATAATATTATAATAAATTTA SH15153 15153 74 200 MT tRNA Thr1 reverse complement 3' #REF! #REF! 226 29 ATTATTAATAATAAATAAATATAATAATAATTATTAATAATAAATAAATATAATAATAAT SH15154 15154 83 95 MT tRNA Thr1 reverse complement 3' #REF! #REF! 241 29 AATAAATAATAAATAATTATTAATAATAAAATAAATAATAAATAATTATTAATAATAAAA SH15155 15155 56 57 MT tRNA Val 5' #REF! #REF! 1 27 ATATATATATAATTATAATAATTCATAATATATATATAATTATAATAATTCATAATATAT SH15156 15156 39 202 MT tRNA Val 5' #REF! #REF! 16 29 TATTATTTTATTTATTTATATATATATAATATTATTTTATTTATTTATATATATATAATA SH15157 15157 65 21 MT tRNA Val 5' #REF! #REF! 31 29 ATTAATTATTATAATTATTATTTTATTTAATTAATTATTATAATTATTATTTTATTTAAT SH15158 15158 66 42 MT tRNA Val 5' #REF! #REF! 46 24 CAAAACTCTTATTAATTATTATAACAAAACTCTTATTAATTATTATAACAAAACTCTTAT SH15159 15159 102 125 MT tRNA Val 5' #REF! #REF! 61 20 AGATATATATCCAAAACTCTAGATATATATCCAAAACTCTAGATATATATCCAAAACTCT SH15160 15160 90 48 MT tRNA Val 5' #REF! #REF! 76 20 AAATATATACTCCACAGATAAAATATATACTCCACAGATAAAATATATACTCCACAGATA SH15161 15161 11 71 MT tRNA Val 5' / tRNA #REF! #REF! 91 21 GCTAATCTCCTTTATAAAATAGCTAATCTCCTTTATAAAATAGCTAATCTCCTTTATAAA SH15162 15162 79 203 MT tRNA Val tRNA #REF! #REF! 106 20 GCTATACCAATTAAGCTAATGCTATACCAATTAAGCTAATGCTATACCAATTAAGCTAAT SH15163 15163 72 153 MT tRNA Val tRNA #REF! #REF! 121 18 GTGTAAAACGAATGCTATGTGTAAAACGAATGCTATGTGTAAAACGAATGCTATGTGTAA SH15164 15164 32 116 MT tRNA Val tRNA #REF! #REF! 136 18 CCTATAATCTTTCGTGTGCCTATAATCTTTCGTGTGCCTATAATCTTTCGTGTGCCTATA SH15165 15165 93 123 MT tRNA Val tRNA #REF! #REF! 151 17 ATATAGGGTTCGAACCTATATAGGGTTCGAACCTATATAGGGTTCGAACCTATATAGGGT SH15166 15166 51 163 MT tRNA Val tRNA / 3' #REF! #REF! 166 22 ATTATATCTAGATTTAGGAAATATTATATCTAGATTTAGGAAATATTATATCTAGATTTA SH15167 15167 30 139 MT tRNA Val 3' #REF! #REF! 181 25 TATTAAGATAGATATAATATTATATTATTAAGATAGATATAATATTATATTATTAAGATA SH15168 15168 98 136 MT tRNA Val 3' #REF! #REF! 196 27 ATAAATAAATATTATTATATTAAGATAATAAATAAATATTATTATATTAAGATAATAAAT SH15169 15169 15 34 MT tRNA Val 3' #REF! #REF! 211 29 TATTTTTTTTTTATTTAATAAATAAATATTATTTTTTTTTTATTTAATAAATAAATATTA SH15170 15170 12 20 MT tRNA Val 3' #REF! #REF! 226 29 TTAATTAATATTATTTATTTTTTTTTTATTTAATTAATATTATTTATTTTTTTTTTATTT SH15171 15171 20 117 MT tRNA Val 3' #REF! #REF! 241 25 AGAATCTTATATTAATTAATATTATAGAATCTTATATTAATTAATATTATAGAATCTTAT SH15172 15172 47 2 MT COX3 5' #REF! #REF! 1 23 CCCTTAAACTATATAATAAAATTCCCTTAAACTATATAATAAAATTCCCTTAAACTATAT SH15173 15173 93 9 MT COX3 5' #REF! #REF! 16 23 TTAATAAAATATTATCCCTTAAATTAATAAAATATTATCCCTTAAATTAATAAAATATTA SH15174 15174 12 157 MT COX3 5' #REF! #REF! 31 29 AATAAATAAATAAAAAAAATATTAATAAAAATAAATAAATAAAAAAAATATTAATAAAAA SH15175 15175 56 140 MT COX3 5' #REF! #REF! 46 29 TATATAATATAATTAAATAAATAAATAAATATATAATATAATTAAATAAATAAATAAATA SH15176 15176 19 176 MT COX3 5' #REF! #REF! 61 29 TATATATATATTATATATATAATATAATTTATATATATATTATATATATAATATAATTTA SH15177 15177 59 10 MT COX3 5' / cox3 #REF! #REF! 76 27 ATAAATTTATTGTTATATATATATTATATAAATTTATTGTTATATATATATTATATAAAT SH15178 15178 85 56 MT COX3 5' / cox3 #REF! #REF! 91 22 TAAATGTGTCATAAATTTATTGTAAATGTGTCATAAATTTATTGTAAATGTGTCATAAAT SH15179 15179 104 102 MT COX3 cox3 #REF! #REF! 106 20 GTCTACTTCTTTCTAAATGTGTCTACTTCTTTCTAAATGTGTCTACTTCTTTCTAAATGT SH15180 15180 2 92 MT COX3 cox3 #REF! #REF! 121 18 GGATGTTGTTGATGTCTAGGATGTTGTTGATGTCTAGGATGTTGTTGATGTCTAGGATGT SH15181 15181 5 167 MT COX3 cox3 #REF! #REF! 136 19 CATAACCATATGAAATGGACATAACCATATGAAATGGACATAACCATATGAAATGGACAT SH15182 15182 88 56 MT COX3 cox3 #REF! #REF! 151 17 GTCATGGTGAAGGCATAGTCATGGTGAAGGCATAGTCATGGTGAAGGCATAGTCATGGTG SH15183 15183 26 164 MT COX3 cox3 #REF! #REF! 166 20 CAAATGATACTACAATAGGTCAAATGATACTACAATAGGTCAAATGATACTACAATAGGT SH15184 15184 16 170 MT COX3 cox3 #REF! #REF! 181 21 GCTAATGATAATAATGCAAATGCTAATGATAATAATGCAAATGCTAATGATAATAATGCA SH15185 15185 37 27 MT COX3 cox3 #REF! #REF! 196 18 GCTAGTGATAATGCTAATGCTAGTGATAATGCTAATGCTAGTGATAATGCTAATGCTAGT SH15186 15186 31 79 MT COX3 cox3 #REF! #REF! 211 18 CCATGCATTGTTAATGCTCCATGCATTGTTAATGCTCCATGCATTGTTAATGCTCCATGC SH15187 15187 21 83 MT COX3 cox3 #REF! #REF! 226 20 TCATATTACCAATATAACCATCATATTACCAATATAACCATCATATTACCAATATAACCA SH15188 15188 81 2 MT COX3 cox3 #REF! #REF! 241 21 GCTAAATATACCATATTCATAGCTAAATATACCATATTCATAGCTAAATATACCATATTC SH15189 15189 9 198 MT COX3 cox3 #REF! #REF! 256 23 TTAATAATACAAATAATGCTAAATTAATAATACAAATAATGCTAAATTAATAATACAAAT SH15190 15190 15 135 MT COX3 cox3 #REF! #REF! 271 23 ATAAAATAGAACTTGTTAATAATATAAAATAGAACTTGTTAATAATATAAAATAGAACTT SH15191 15191 83 146 MT COX3 cox3 #REF! #REF! 286 23 CAATATCTCTAAATCATAAAATACAATATCTCTAAATCATAAAATACAATATCTCTAAAT SH15192 15192 12 98 MT COX3 cox3 #REF! #REF! 301 18 GCTTCAGCTACAATATCTGCTTCAGCTACAATATCTGCTTCAGCTACAATATCTGCTTCA SH15193 15193 31 123 MT COX3 cox3 #REF! #REF! 316 18 TCACCTAAATATGTAGCTTCACCTAAATATGTAGCTTCACCTAAATATGTAGCTTCACCT SH15194 15194 102 160 MT COX3 cox3 #REF! #REF! 331 18 ACTGCTATAGTATGATCAACTGCTATAGTATGATCAACTGCTATAGTATGATCAACTGCT SH15195 15195 38 46 MT COX3 cox3 #REF! #REF! 346 22 TAAATTAATACCTTTTCTTACTTAAATTAATACCTTTTCTTACTTAAATTAATACCTTTT SH15196 15196 88 60 MT COX3 cox3 #REF! #REF! 361 22 AAACATTAAGAAACCTAAATTAAAACATTAAGAAACCTAAATTAAAACATTAAGAAACCT SH15197 15197 9 97 MT COX3 cox3 #REF! #REF! 376 20 CTTCAGATAATACAAACATTCTTCAGATAATACAAACATTCTTCAGATAATACAAACATT SH15198 15198 58 34 MT COX3 cox3 #REF! #REF! 391 20 CAGCAAAGATTAATACTTCACAGCAAAGATTAATACTTCACAGCAAAGATTAATACTTCA SH15199 15199 39 34 MT COX3 cox3 #REF! #REF! 406 17 CTCAGAATAAACCAGCACTCAGAATAAACCAGCACTCAGAATAAACCAGCACTCAGAATA SH15200 15200 87 128 MT COX3 cox3 #REF! #REF! 421 18 GCTGAATGGAAATAAGCTGCTGAATGGAAATAAGCTGCTGAATGGAAATAAGCTGCTGAA SH15201 15201 77 10 MT COX3 cox3 #REF! #REF! 436 17 CATCAGGACTCATAGCTCATCAGGACTCATAGCTCATCAGGACTCATAGCTCATCAGGAC SH15202 15202 47 34 MT COX3 cox3 #REF! #REF! 451 18 CATGCACCTAATAGTACACATGCACCTAATAGTACACATGCACCTAATAGTACACATGCA SH15203 15203 50 133 MT COX3 cox3 #REF! #REF! 466 15 ACGGGTGGTCAACATACGGGTGGTCAACATACGGGTGGTCAACATACGGGTGGTCAACAT SH15204 15204 69 183 MT COX3 cox3 #REF! #REF! 481 17 GTACAGCTTCAATACCTGTACAGCTTCAATACCTGTACAGCTTCAATACCTGTACAGCTT SH15205 15205 96 181 MT COX3 cox3 #REF! #REF! 496 17 GTAATTCGGTAGGTTGTGTAATTCGGTAGGTTGTGTAATTCGGTAGGTTGTGTAATTCGG SH15206 15206 42 167 MT COX3 cox3 #REF! #REF! 511 22 GATAATAGTATTTAATAAAGGTGATAATAGTATTTAATAAAGGTGATAATAGTATTTAAT SH15207 15207 19 151 MT COX3 cox3 #REF! #REF! 526 21 CCAGAAGATAATAAGATAATACCAGAAGATAATAAGATAATACCAGAAGATAATAAGATA SH15208 15208 20 58 MT COX3 cox3 #REF! #REF! 541 17 TTACAGTAGCACCAGAATTACAGTAGCACCAGAATTACAGTAGCACCAGAATTACAGTAG SH15209 15209 101 101 MT COX3 cox3 #REF! #REF! 556 18 GCATGATGACTATAAGTTGCATGATGACTATAAGTTGCATGATGACTATAAGTTGCATGA SH15210 15210 61 185 MT COX3 cox3 #REF! #REF! 571 15 CCTGCGATTAAGGCACCTGCGATTAAGGCACCTGCGATTAAGGCACCTGCGATTAAGGCA SH15211 15211 91 71 MT COX3 cox3 #REF! #REF! 586 21 GATAAGGCTTTATTTCTATTAGATAAGGCTTTATTTCTATTAGATAAGGCTTTATTTCTA SH15212 15212 59 104 MT COX3 cox3 #REF! #REF! 601 21 GTAATTAATAAACCTGATAAGGTAATTAATAAACCTGATAAGGTAATTAATAAACCTGAT SH15213 15213 35 133 MT COX3 cox3 #REF! #REF! 616 22 AACAATTAATCAGAATGTAATTAACAATTAATCAGAATGTAATTAACAATTAATCAGAAT SH15214 15214 95 175 MT COX3 cox3 #REF! #REF! 631 22 ACAAGTAACAAAAATAACAATTACAAGTAACAAAAATAACAATTACAAGTAACAAAAATA SH15215 15215 71 66 MT COX3 cox3 #REF! #REF! 646 22 ATATTCAATATATTGACAAGTAATATTCAATATATTGACAAGTAATATTCAATATATTGA SH15216 15216 98 11 MT COX3 cox3 #REF! #REF! 661 18 GCAGCATTAGTATATTCAGCAGCATTAGTATATTCAGCAGCATTAGTATATTCAGCAGCA SH15217 15217 92 210 MT COX3 cox3 #REF! #REF! 676 17 CAGAGATAGTGAATGCACAGAGATAGTGAATGCACAGAGATAGTGAATGCACAGAGATAG SH15218 15218 22 199 MT COX3 cox3 #REF! #REF! 691 18 GAACCATAAACACCATCAGAACCATAAACACCATCAGAACCATAAACACCATCAGAACCA SH15219 15219 68 4 MT COX3 cox3 #REF! #REF! 706 18 CCAGCATAGAATACTGAACCAGCATAGAATACTGAACCAGCATAGAATACTGAACCAGCA SH15220 15220 37 137 MT COX3 cox3 #REF! #REF! 721 18 AAATGTAATCCTGTACCAAAATGTAATCCTGTACCAAAATGTAATCCTGTACCAAAATGT SH15221 15221 66 27 MT COX3 cox3 #REF! #REF! 736 20 ACATTACCATATGTAAGAAAACATTACCATATGTAAGAAAACATTACCATATGTAAGAAA SH15222 15222 103 29 MT COX3 cox3 #REF! #REF! 751 18 AACATAGCTGCTAACATTAACATAGCTGCTAACATTAACATAGCTGCTAACATTAACATA SH15223 15223 65 61 MT COX3 cox3 #REF! #REF! 766 20 TTCAATAATTAACACCTAACTTCAATAATTAACACCTAACTTCAATAATTAACACCTAAC SH15224 15224 49 214 MT COX3 cox3 #REF! #REF! 781 20 GATAATTTCTCATTCTTCAAGATAATTTCTCATTCTTCAAGATAATTTCTCATTCTTCAA SH15225 15225 84 210 MT COX3 cox3 #REF! #REF! 796 18 CCAGCTGTTAAATGATAACCAGCTGTTAAATGATAACCAGCTGTTAAATGATAACCAGCT SH15226 15226 32 87 MT COX3 cox3 #REF! #REF! 811 17 ATCCAACATGATGTCCAATCCAACATGATGTCCAATCCAACATGATGTCCAATCCAACAT SH15227 15227 45 127 MT COX3 cox3 #REF! #REF! 826 23 GATAAATAATAGTTGTTTCATATGATAAATAATAGTTGTTTCATATGATAAATAATAGTT SH15228 15228 11 45 MT COX3 cox3 #REF! #REF! 841 22 ATCTAAAACATGTAGATAAATAATCTAAAACATGTAGATAAATAATCTAAAACATGTAGA SH15229 15229 35 72 MT COX3 cox3 #REF! #REF! 856 22 AAATAATCAGATAACATCTAAAAAATAATCAGATAACATCTAAAAAATAATCAGATAACA SH15230 15230 25 191 MT COX3 cox3 #REF! #REF! 871 22 GAAGACTACGTATAAAAATAATGAAGACTACGTATAAAAATAATGAAGACTACGTATAAA SH15231 15231 26 59 MT COX3 cox3 / 3' #REF! #REF! 886 17 CTCATCAGTAGAAGACTCTCATCAGTAGAAGACTCTCATCAGTAGAAGACTCTCATCAGT SH15232 15232 10 28 MT COX3 cox3 / 3' #REF! #REF! 901 17 TATAGCCTTAGACTCCTTATAGCCTTAGACTCCTTATAGCCTTAGACTCCTTATAGCCTT SH15233 15233 27 164 MT COX3 3' #REF! #REF! 916 23 AATCATTTAGATATATAATTCTAAATCATTTAGATATATAATTCTAAATCATTTAGATAT SH15234 15234 9 67 MT COX3 3' #REF! #REF! 931 27 TATTAATAATATATATATTAATCATTTTATTAATAATATATATATTAATCATTTTATTAA SH15235 15235 32 112 MT COX3 3' #REF! #REF! 946 27 TTAATTATTGTTAATTATTAATAATATTTAATTATTGTTAATTATTAATAATATTTAATT SH15236 15236 2 33 MT COX3 3' #REF! #REF! 961 27 ATAAATTATAATATATTAATTATTGTTATAAATTATAATATATTAATTATTGTTATAAAT SH15237 15237 87 183 MT COX3 3' #REF! #REF! 976 29 ATATAAAATATATATATATAAATTATAATATATAAAATATATATATATAAATTATAATAT SH15238 15238 21 196 MT tRNA fMet 5' #REF! #REF! 1 29 TTATTAAAAATAATAAATAAAAAAAAAAATTATTAAAAATAATAAATAAAAAAAAAAATT SH15239 15239 94 9 MT tRNA fMet 5' #REF! #REF! 16 27 ATATAATTTTTACTTATTAAAAATAATATATAATTTTTACTTATTAAAAATAATATATAA SH15240 15240 36 155 MT tRNA fMet 5' #REF! #REF! 31 29 ATATATATATATATATAATATAATTTTTAATATATATATATATATAATATAATTTTTAAT SH15241 15241 44 118 MT tRNA fMet 5' #REF! #REF! 46 27 CTTATAAAATCTAATATATATATATATCTTATAAAATCTAATATATATATATATCTTATA SH15242 15242 36 80 MT tRNA fMet 5' #REF! #REF! 61 25 TTATATTATATTACTTATAAAATCTTTATATTATATTACTTATAAAATCTTTATATTATA SH15243 15243 42 165 MT tRNA fMet 5' / tRNA #REF! #REF! 76 27 CATTTATATATTAATACTTATATTATACATTTATATATTAATACTTATATTATACATTTA SH15244 15244 58 123 MT tRNA fMet 5' / tRNA #REF! #REF! 91 22 CATCATATTGCATTTATATATTCATCATATTGCATTTATATATTCATCATATTGCATTTA SH15245 15245 20 51 MT tRNA fMet tRNA #REF! #REF! 106 20 TGTTAACCAATTACATCATATGTTAACCAATTACATCATATGTTAACCAATTACATCATA SH15246 15246 23 56 MT tRNA fMet tRNA #REF! #REF! 121 18 CATGACCCTAAAATGTTACATGACCCTAAAATGTTACATGACCCTAAAATGTTACATGAC SH15247 15247 78 87 MT tRNA fMet tRNA #REF! #REF! 136 20 AACGTATATAATTAGGTCATAACGTATATAATTAGGTCATAACGTATATAATTAGGTCAT SH15248 15248 28 208 MT tRNA fMet tRNA #REF! #REF! 151 20 CAATAATACGATTTGAACGTCAATAATACGATTTGAACGTCAATAATACGATTTGAACGT SH15249 15249 84 144 MT tRNA fMet tRNA / 3' #REF! #REF! 166 25 ATTATATATTAATTTATTAGCAATAATTATATATTAATTTATTAGCAATAATTATATATT SH15250 15250 4 162 MT tRNA fMet 3' #REF! #REF! 181 27 TATACTTTTTTATAAATATTATATATTTATACTTTTTTATAAATATTATATATTTATACT SH15251 15251 101 151 MT tRNA fMet 3' #REF! #REF! 196 27 TATAATATATTTTATTATACTTTTTTATATAATATATTTTATTATACTTTTTTATATAAT SH15252 15252 89 138 MT tRNA fMet 3' #REF! #REF! 211 25 AATATATTCTTCTTATAATATATTTAATATATTCTTCTTATAATATATTTAATATATTCT SH15253 15253 77 143 MT tRNA fMet 3' #REF! #REF! 226 27 TAATATAATTATTATATAATATATTCTTAATATAATTATTATATAATATATTCTTAATAT SH15254 15254 68 64 MT tRNA fMet 3' #REF! #REF! 241 29 TTATTTATTAATATTATTAATATAATTATTTATTTATTAATATTATTAATATAATTATTT SH15255 15255 24 203 MT 9S rRNA 5' #REF! #REF! 1 29 ATAATTATTTATATATTATTTATTAATATATAATTATTTATATATTATTTATTAATATAT SH15256 15256 91 165 MT 9S rRNA 5' #REF! #REF! 16 27 TATATACTTTTTTATAATTATTTATATTATATACTTTTTTATAATTATTTATATTATATA SH15257 15257 101 132 MT 9S rRNA 5' #REF! #REF! 31 25 AATTGATTAATATTATATACTTTTTAATTGATTAATATTATATACTTTTTAATTGATTAA SH15258 15258 29 201 MT 9S rRNA 5' #REF! #REF! 46 27 ATATTTATTAATTAATTAATTGATTAAATATTTATTAATTAATTAATTGATTAAATATTT SH15259 15259 73 76 MT 9S rRNA 5' #REF! #REF! 61 29 AAATTAATATATTATTTATATTTATTAATAAATTAATATATTATTTATATTTATTAATAA SH15260 15260 42 61 MT 9S rRNA 5' / 9S #REF! #REF! 76 27 TCAAATTAATTAAAAATTAATATATTATCAAATTAATTAAAAATTAATATATTATCAAAT SH15261 15261 3 117 MT 9S rRNA 5' / 9S #REF! #REF! 91 25 ATAAATATCTTATTCAAATTAATTAATAAATATCTTATTCAAATTAATTAATAAATATCT SH15262 15262 82 177 MT 9S rRNA 9S #REF! #REF! 106 23 TCCTATTAATAATATAAATATCTTCCTATTAATAATATAAATATCTTCCTATTAATAATA SH15263 15263 97 138 MT 9S rRNA 9S #REF! #REF! 121 22 TATATTTATGACTTTCCTATTATATATTTATGACTTTCCTATTATATATTTATGACTTTC SH15264 15264 27 131 MT 9S rRNA 9S #REF! #REF! 136 29 ATTAATTATATAATATAATTTATATATTTATTAATTATATAATATAATTTATATATTTAT SH15265 15265 30 45 MT 9S rRNA 9S #REF! #REF! 151 29 TTATTTTATTATTATATTAATTATATAATTTATTTTATTATTATATTAATTATATAATTT SH15266 15266 27 137 MT 9S rRNA 9S #REF! #REF! 166 29 AATAAAATATATAATTTATTTTATTATTAAATAAAATATATAATTTATTTTATTATTAAA SH15267 15267 35 144 MT 9S rRNA 9S #REF! #REF! 181 28 GAAATAATATTATAAATAAAATATATAAGAAATAATATTATAAATAAAATATATAAGAAA SH15268 15268 48 109 MT 9S rRNA 9S #REF! #REF! 196 25 TTATCTTATAAAGAAATAATATTATTTATCTTATAAAGAAATAATATTATTTATCTTATA SH15269 15269 79 83 MT 9S rRNA 9S #REF! #REF! 211 23 ATCAGATAATATTTTATCTTATAATCAGATAATATTTTATCTTATAATCAGATAATATTT SH15270 15270 52 172 MT 9S rRNA 9S #REF! #REF! 226 22 CAATCTAATTATTCATCAGATACAATCTAATTATTCATCAGATACAATCTAATTATTCAT SH15271 15271 85 208 MT 9S rRNA 9S #REF! #REF! 241 23 CTTTATAAATATTATTCAATCTACTTTATAAATATTATTCAATCTACTTTATAAATATTA SH15272 15272 65 175 MT 9S rRNA 9S #REF! #REF! 256 25 ACTTTTTATATATATTTCTTTATAAACTTTTTATATATATTTCTTTATAAACTTTTTATA SH15273 15273 91 174 MT 9S rRNA 9S #REF! #REF! 271 25 TAAATTTATATAATGACTTTTTATATAAATTTATATAATGACTTTTTATATAAATTTATA SH15274 15274 79 158 MT 9S rRNA 9S #REF! #REF! 286 29 AATTTATTTAAATTATAATTAAATTTATAAATTTATTTAAATTATAATTAAATTTATAAA SH15275 15275 81 187 MT 9S rRNA 9S #REF! #REF! 301 29 TATTAATTTATATAAAATTTATTTAAATTTATTAATTTATATAAAATTTATTTAAATTTA SH15276 15276 40 83 MT 9S rRNA 9S #REF! #REF! 316 28 CTTTATTAATATTATATTAATTTATATACTTTATTAATATTATATTAATTTATATACTTT SH15277 15277 58 77 MT 9S rRNA 9S #REF! #REF! 331 25 TTATACTAATTACTTTATTAATATTTTATACTAATTACTTTATTAATATTTTATACTAAT SH15278 15278 48 130 MT 9S rRNA 9S #REF! #REF! 346 25 TTTCATATTATTTATTTATACTAATTTTCATATTATTTATTTATACTAATTTTCATATTA SH15279 15279 103 75 MT 9S rRNA 9S #REF! #REF! 361 25 TTTATTAAGTTTTATTTTCATATTATTTATTAAGTTTTATTTTCATATTATTTATTAAGT SH15280 15280 71 13 MT 9S rRNA 9S #REF! #REF! 376 25 GACTATATTTATATATTTATTAAGTGACTATATTTATATATTTATTAAGTGACTATATTT SH15281 15281 98 56 MT 9S rRNA 9S #REF! #REF! 391 16 GGGCCGGACTATATTTGGGCCGGACTATATTTGGGCCGGACTATATTTGGGCCGGACTAT SH15282 15282 19 184 MT 9S rRNA 9S #REF! #REF! 406 13 CCGCGGGGGGGCGCCGCGGGGGGGCGCCGCGGGGGGGCGCCGCGGGGGGGCGCCGCGGGG SH15283 15283 88 16 MT 9S rRNA 9S #REF! #REF! 421 13 TTCGGGGTCCGCCTTCGGGGTCCGCCTTCGGGGTCCGCCTTCGGGGTCCGCCTTCGGGGT SH15284 15284 81 185 MT 9S rRNA 9S #REF! #REF! 436 13 GGGGTCCCTCACTGGGGTCCCTCACTGGGGTCCCTCACTGGGGTCCCTCACTGGGGTCCC SH15285 15285 62 105 MT 9S rRNA 9S #REF! #REF! 451 13 CCCTCCCATTAGGCCCTCCCATTAGGCCCTCCCATTAGGCCCTCCCATTAGGCCCTCCCA SH15286 15286 29 19 MT 9S rRNA 9S #REF! #REF! 466 17 TTAAAAAGGGGTTCGGTTTAAAAAGGGGTTCGGTTTAAAAAGGGGTTCGGTTTAAAAAGG SH15287 15287 3 128 MT 9S rRNA 9S #REF! #REF! 481 18 ATATATGGACTCCTTCTTATATATGGACTCCTTCTTATATATGGACTCCTTCTTATATAT SH15288 15288 63 108 MT 9S rRNA 9S #REF! #REF! 496 27 TATTACTTTTTTTTATTAATATATATATATTACTTTTTTTTATTAATATATATATATTAC SH15289 15289 41 207 MT 9S rRNA 9S #REF! #REF! 511 27 CAATATATATATATATATTACTTTTTTCAATATATATATATATATTACTTTTTTCAATAT SH15290 15290 93 86 MT 9S rRNA 9S #REF! #REF! 526 23 TATAACTATTCCAATATATATATTATAACTATTCCAATATATATATTATAACTATTCCAA SH15291 15291 6 130 MT 9S rRNA 9S #REF! #REF! 541 23 ATTTCTGTATAATAATATAACTAATTTCTGTATAATAATATAACTAATTTCTGTATAATA SH15292 15292 30 180 MT 9S rRNA 9S #REF! #REF! 556 22 TTATAATTAAGCATATTTCTGTTTATAATTAAGCATATTTCTGTTTATAATTAAGCATAT SH15293 15293 100 82 MT 9S rRNA 9S #REF! #REF! 571 23 GAATATGGATATTATATTATAATGAATATGGATATTATATTATAATGAATATGGATATTA SH15294 15294 3 47 MT 9S rRNA 9S / 3' #REF! #REF! 586 23 TAAAAAATTAATTATGAATATGGTAAAAAATTAATTATGAATATGGTAAAAAATTAATTA SH15295 15295 38 71 MT 9S rRNA 9S / 3' #REF! #REF! 601 29 TATTATAATATAATATATATATAAAAAATTATTATAATATAATATATATATAAAAAATTA SH15296 15296 53 149 MT 9S rRNA 3' #REF! #REF! 616 29 TATAATATAAATTAATATTATAATATAATTATAATATAAATTAATATTATAATATAATTA SH15297 15297 89 15 MT 9S rRNA 3' #REF! #REF! 631 29 AATAAATATTATTTTTATAATATAAATTAAATAAATATTATTTTTATAATATAAATTAAA SH15298 15298 45 94 MT 9S rRNA 3' #REF! #REF! 646 29 AATAAATATTTTAATAATAAATATTATTTAATAAATATTTTAATAATAAATATTATTTAA SH15299 15299 23 115 MT 9S rRNA 3' #REF! #REF! 661 22 GAAAGGAGAATAAATATTTTAAGAAAGGAGAATAAATATTTTAAGAAAGGAGAATAAATA SH15300 15300 69 72 MT 9S rRNA 3' #REF! #REF! 676 15 GGAACCCCGAAAGGAGGAACCCCGAAAGGAGGAACCCCGAAAGGAGGAACCCCGAAAGGA SH15301 15301 53 50 YAL001C_1_151163_147591_INTRON_71_160 5'exon #REF! #REF! 1 17 TTTGTACGAGTTCGTCATTTGTACGAGTTCGTCATTTGTACGAGTTCGTCATTTGTACGA SH15302 15302 68 182 YAL001C_1_151163_147591_INTRON_71_160 5'exon #REF! #REF! 21 19 GAAGCAATTTTATCAGACAGAAGCAATTTTATCAGACAGAAGCAATTTTATCAGACAGAA SH15303 15303 77 103 YAL001C_1_151163_147591_INTRON_71_160 exon/intron #REF! #REF! 41 18 GAACATACTTCCCTTATTGAACATACTTCCCTTATTGAACATACTTCCCTTATTGAACAT SH15304 15304 62 90 YAL001C_1_151163_147591_INTRON_71_160 intron #REF! #REF! 61 17 GAAAAGGAGAATGAGACGAAAAGGAGAATGAGACGAAAAGGAGAATGAGACGAAAAGGAG SH15305 15305 8 141 YAL001C_1_151163_147591_INTRON_71_160 intron #REF! #REF! 81 18 GTTTATCACCTAAACGGAGTTTATCACCTAAACGGAGTTTATCACCTAAACGGAGTTTAT SH15306 15306 33 201 YAL001C_1_151163_147591_INTRON_71_160 intron #REF! #REF! 101 22 AAATAATCTTTCACAATATAGTAAATAATCTTTCACAATATAGTAAATAATCTTTCACAA SH15307 15307 88 84 YAL001C_1_151163_147591_INTRON_71_160 intron #REF! #REF! 121 18 TCAATGTGTCGTTAGTAATCAATGTGTCGTTAGTAATCAATGTGTCGTTAGTAATCAATG SH15308 15308 77 144 YAL001C_1_151163_147591_INTRON_71_160 intron/exon #REF! #REF! 141 18 GCTGATTCAAAGTGATTTGCTGATTCAAAGTGATTTGCTGATTCAAAGTGATTTGCTGAT SH15309 15309 88 42 YAL001C_1_151163_147591_INTRON_71_160 3'exon #REF! #REF! 161 18 TTTACCAGATATATCCCATTTACCAGATATATCCCATTTACCAGATATATCCCATTTACC SH15310 15310 4 75 YAL003W_1_142172_143158_INTRON_81_446 5'exon #REF! #REF! 1 20 GCGTTTAATTGTTTCAAAGTGCGTTTAATTGTTTCAAAGTGCGTTTAATTGTTTCAAAGT SH15311 15311 5 115 YAL003W_1_142172_143158_INTRON_81_446 5'exon #REF! #REF! 21 17 ACTTGTCAGCCAAAGAAACTTGTCAGCCAAAGAAACTTGTCAGCCAAAGAAACTTGTCAG SH15312 15312 79 187 YAL003W_1_142172_143158_INTRON_81_446 exon/intron #REF! #REF! 41 18 GAACATACCCTTCAATGTGAACATACCCTTCAATGTGAACATACCCTTCAATGTGAACAT SH15313 15313 48 142 YAL003W_1_142172_143158_INTRON_81_446 intron #REF! #REF! 61 22 CGATCTATAAAGTAAACTAAATCGATCTATAAAGTAAACTAAATCGATCTATAAAGTAAA SH15314 15314 37 133 YAL003W_1_142172_143158_INTRON_81_446 intron #REF! #REF! 81 20 AAAAAGAAAGAAAAACAACGAAAAAGAAAGAAAAACAACGAAAAAGAAAGAAAAACAACG SH15315 15315 44 133 YAL003W_1_142172_143158_INTRON_81_446 intron #REF! #REF! 101 20 ATGTAACCATAGGAAAAAAAATGTAACCATAGGAAAAAAAATGTAACCATAGGAAAAAAA SH15316 15316 55 111 YAL003W_1_142172_143158_INTRON_81_446 intron #REF! #REF! 121 18 TAGTTAACTTCCCTTTACTAGTTAACTTCCCTTTACTAGTTAACTTCCCTTTACTAGTTA SH15317 15317 36 153 YAL003W_1_142172_143158_INTRON_81_446 intron #REF! #REF! 141 20 AGCGAAAAAAAGTAATCATTAGCGAAAAAAAGTAATCATTAGCGAAAAAAAGTAATCATT SH15318 15318 60 175 YAL003W_1_142172_143158_INTRON_81_446 intron #REF! #REF! 161 22 AATTAAATTCATCATTCACATAAATTAAATTCATCATTCACATAAATTAAATTCATCATT SH15319 15319 70 202 YAL003W_1_142172_143158_INTRON_81_446 intron #REF! #REF! 181 17 AAACACGGACCAAAGAAAAACACGGACCAAAGAAAAACACGGACCAAAGAAAAACACGGA SH15320 15320 103 10 YAL003W_1_142172_143158_INTRON_81_446 intron #REF! #REF! 201 16 GGGTCTTACTTCCCATGGGTCTTACTTCCCATGGGTCTTACTTCCCATGGGTCTTACTTC SH15321 15321 32 77 YAL003W_1_142172_143158_INTRON_81_446 intron #REF! #REF! 221 18 TCTCTTTTGTCACTCATATCTCTTTTGTCACTCATATCTCTTTTGTCACTCATATCTCTT SH15322 15322 48 201 YAL003W_1_142172_143158_INTRON_81_446 intron #REF! #REF! 241 17 ACTGTGATAGTCAACCAACTGTGATAGTCAACCAACTGTGATAGTCAACCAACTGTGATA SH15323 15323 87 168 YAL003W_1_142172_143158_INTRON_81_446 intron #REF! #REF! 261 16 CTCTGTGCTATCGTCACTCTGTGCTATCGTCACTCTGTGCTATCGTCACTCTGTGCTATC SH15324 15324 65 100 YAL003W_1_142172_143158_INTRON_81_446 intron #REF! #REF! 281 20 CAGATAACTAATAATGATACCAGATAACTAATAATGATACCAGATAACTAATAATGATAC SH15325 15325 96 19 YAL003W_1_142172_143158_INTRON_81_446 intron #REF! #REF! 301 23 AACAAAAAAGGAAAAAAAAATAAAACAAAAAAGGAAAAAAAAATAAAACAAAAAAGGAAA SH15326 15326 71 82 YAL003W_1_142172_143158_INTRON_81_446 intron #REF! #REF! 321 20 CTGTCTTTCTTTTTTTGAACCTGTCTTTCTTTTTTTGAACCTGTCTTTCTTTTTTTGAAC SH15327 15327 17 113 YAL003W_1_142172_143158_INTRON_81_446 intron #REF! #REF! 341 19 GTAATGCAATCTTTAGACTGTAATGCAATCTTTAGACTGTAATGCAATCTTTAGACTGTA SH15328 15328 31 169 YAL003W_1_142172_143158_INTRON_81_446 intron #REF! #REF! 361 20 AGTAATGAGAACTTTTTTCTAGTAATGAGAACTTTTTTCTAGTAATGAGAACTTTTTTCT SH15329 15329 83 75 YAL003W_1_142172_143158_INTRON_81_446 intron #REF! #REF! 381 20 AACAAAACATTTTGCTTGTTAACAAAACATTTTGCTTGTTAACAAAACATTTTGCTTGTT SH15330 15330 34 134 YAL003W_1_142172_143158_INTRON_81_446 intron/exon #REF! #REF! 401 20 AGTACTATTTTAAAAGGAGAAGTACTATTTTAAAAGGAGAAGTACTATTTTAAAAGGAGA SH15331 15331 41 121 YAL003W_1_142172_143158_INTRON_81_446 3' exon #REF! #REF! 421 16 CAGCTTGAGAAACAGCCAGCTTGAGAAACAGCCAGCTTGAGAAACAGCCAGCTTGAGAAA SH15332 15332 86 149 YAL003W_1_142172_143158_INTRON_81_446 3' exon #REF! #REF! 441 15 GCCTTGAAGACAGTGGCCTTGAAGACAGTGGCCTTGAAGACAGTGGCCTTGAAGACAGTG SH15333 15333 16 185 YAL030W_1_87288_87754_INTRON_103_215 5' exon #REF! #REF! 1 15 CATTCTGGGGTCGTTCATTCTGGGGTCGTTCATTCTGGGGTCGTTCATTCTGGGGTCGTT SH15334 15334 63 176 YAL030W_1_87288_87754_INTRON_103_215 5' exon #REF! #REF! 21 17 GCAGTCCTTGACTTAGAGCAGTCCTTGACTTAGAGCAGTCCTTGACTTAGAGCAGTCCTT SH15335 15335 22 203 YAL030W_1_87288_87754_INTRON_103_215 exon/intron #REF! #REF! 41 18 GTACTTACAGCTTGTAGTGTACTTACAGCTTGTAGTGTACTTACAGCTTGTAGTGTACTT SH15336 15336 36 85 YAL030W_1_87288_87754_INTRON_103_215 intron #REF! #REF! 61 16 GGTACTCTGTGGCTTTGGTACTCTGTGGCTTTGGTACTCTGTGGCTTTGGTACTCTGTGG SH15337 15337 56 135 YAL030W_1_87288_87754_INTRON_103_215 intron #REF! #REF! 81 22 GTTAGTATAATGTTAATTTCCTGTTAGTATAATGTTAATTTCCTGTTAGTATAATGTTAA SH15338 15338 59 211 YAL030W_1_87288_87754_INTRON_103_215 intron #REF! #REF! 101 18 ATCAACGATGTAGAAAGTATCAACGATGTAGAAAGTATCAACGATGTAGAAAGTATCAAC SH15339 15339 94 139 YAL030W_1_87288_87754_INTRON_103_215 intron #REF! #REF! 121 20 ATATGAATGTATACGCATAAATATGAATGTATACGCATAAATATGAATGTATACGCATAA SH15340 15340 89 84 YAL030W_1_87288_87754_INTRON_103_215 intron #REF! #REF! 141 18 AATAAACACGAAGAACGTAATAAACACGAAGAACGTAATAAACACGAAGAACGTAATAAA SH15341 15341 67 107 YAL030W_1_87288_87754_INTRON_103_215 intron/exon #REF! #REF! 161 18 GGTATCATCAATTTCCTAGGTATCATCAATTTCCTAGGTATCATCAATTTCCTAGGTATC SH15342 15342 75 68 YAL030W_1_87288_87754_INTRON_103_215 3' exon #REF! #REF! 181 18 TTATCTCTCATTATTCCCTTATCTCTCATTATTCCCTTATCTCTCATTATTCCCTTATCT SH15343 15343 48 205 YBL018C_2_186436_185960_INTRON_48_122 5' exon #REF! #REF! 1 17 GTCTTTTTCCCCATCACGTCTTTTTCCCCATCACGTCTTTTTCCCCATCACGTCTTTTTC SH15344 15344 25 11 YBL018C_2_186436_185960_INTRON_48_122 5' exon #REF! #REF! 21 19 GAAATATTGCCATTCTCTAGAAATATTGCCATTCTCTAGAAATATTGCCATTCTCTAGAA SH15345 15345 88 155 YBL018C_2_186436_185960_INTRON_48_122 exon/intron #REF! #REF! 41 22 AAATATACATACATTGATAACTAAATATACATACATTGATAACTAAATATACATACATTG SH15346 15346 7 165 YBL018C_2_186436_185960_INTRON_48_122 intron #REF! #REF! 61 19 GAGACTCAAAAAGTCAAAAGAGACTCAAAAAGTCAAAAGAGACTCAAAAAGTCAAAAGAG SH15347 15347 34 172 YBL018C_2_186436_185960_INTRON_48_122 intron #REF! #REF! 81 18 TTATTTCTCTTCGGTAGTTTATTTCTCTTCGGTAGTTTATTTCTCTTCGGTAGTTTATTT SH15348 15348 42 212 YBL018C_2_186436_185960_INTRON_48_122 intron #REF! #REF! 101 22 TAAATATTAAAGTACGTTAGTATAAATATTAAAGTACGTTAGTATAAATATTAAAGTACG SH15349 15349 94 176 YBL018C_2_186436_185960_INTRON_48_122 intron/exon #REF! #REF! 121 19 GATCGAATGAAGTACTATAGATCGAATGAAGTACTATAGATCGAATGAAGTACTATAGAT SH15350 15350 4 58 YBL018C_2_186436_185960_INTRON_48_122 3' exon #REF! #REF! 141 15 GCATCGTCCACATCTGCATCGTCCACATCTGCATCGTCCACATCTGCATCGTCCACATCT SH15351 15351 78 164 YBL026W_2_170585_171000_INTRON_55_182 5' exon #REF! #REF! 1 20 CTTGAAAAAGGAGAAGAAAACTTGAAAAAGGAGAAGAAAACTTGAAAAAGGAGAAGAAAA SH15352 15352 30 174 YBL026W_2_170585_171000_INTRON_55_182 5' exon #REF! #REF! 21 18 TTCTTGGTCAACTAAAGTTTCTTGGTCAACTAAAGTTTCTTGGTCAACTAAAGTTTCTTG SH15353 15353 26 112 YBL026W_2_170585_171000_INTRON_55_182 intron/exon #REF! #REF! 41 15 CATACCTCTACGACCCATACCTCTACGACCCATACCTCTACGACCCATACCTCTACGACC SH15354 15354 25 207 YBL026W_2_170585_171000_INTRON_55_182 intron #REF! #REF! 61 20 GAATTCCGATGTAAATCATTGAATTCCGATGTAAATCATTGAATTCCGATGTAAATCATT SH15355 15355 90 59 YBL026W_2_170585_171000_INTRON_55_182 intron #REF! #REF! 81 18 GTTTTCTTGTATCAAAGGGTTTTCTTGTATCAAAGGGTTTTCTTGTATCAAAGGGTTTTC SH15356 15356 68 47 YBL026W_2_170585_171000_INTRON_55_182 intron #REF! #REF! 101 16 GATGTACGATACCCGTGATGTACGATACCCGTGATGTACGATACCCGTGATGTACGATAC SH15357 15357 48 170 YBL026W_2_170585_171000_INTRON_55_182 intron #REF! #REF! 121 20 AGTACTTGACTTTTTTCAAAAGTACTTGACTTTTTTCAAAAGTACTTGACTTTTTTCAAA SH15358 15358 88 115 YBL026W_2_170585_171000_INTRON_55_182 intron #REF! #REF! 141 17 AGGGGTAAACAAACGTTAGGGGTAAACAAACGTTAGGGGTAAACAAACGTTAGGGGTAAA SH15359 15359 39 168 YBL026W_2_170585_171000_INTRON_55_182 intron #REF! #REF! 161 18 CTGAGTGGAAACACAATACTGAGTGGAAACACAATACTGAGTGGAAACACAATACTGAGT SH15360 15360 12 128 YBL026W_2_170585_171000_INTRON_55_182 intron/exon #REF! #REF! 181 22 TTTTATTTCAATGTCGTTTTTTTTTTATTTCAATGTCGTTTTTTTTTTATTTCAATGTCG SH15361 15361 88 131 YBL026W_2_170585_171000_INTRON_55_182 3' exon #REF! #REF! 201 18 CTGATTGTAGTGTACCTTCTGATTGTAGTGTACCTTCTGATTGTAGTGTACCTTCTGATT SH15362 15362 48 176 YBL027W_2_168385_169338_INTRON_3_386 5' exon #REF! #REF! 1 18 CGATTTGGTGAAAAGATCCGATTTGGTGAAAAGATCCGATTTGGTGAAAAGATCCGATTT SH15363 15363 11 88 YBL027W_2_168385_169338_INTRON_3_386 5' exon #REF! #REF! 21 22 CTAATTTATTGGTGACTTTTTACTAATTTATTGGTGACTTTTTACTAATTTATTGGTGAC SH15364 15364 59 60 YBL027W_2_168385_169338_INTRON_3_386 exon/intron #REF! #REF! 41 20 TTAAACATACATTTTCCTCTTTAAACATACATTTTCCTCTTTAAACATACATTTTCCTCT SH15365 15365 48 73 YBL027W_2_168385_169338_INTRON_3_386 intron #REF! #REF! 61 20 TTCAAAATTTAGTATCACTGTTCAAAATTTAGTATCACTGTTCAAAATTTAGTATCACTG SH15366 15366 7 195 YBL027W_2_168385_169338_INTRON_3_386 intron #REF! #REF! 81 18 GATAAATCTTGTGAAAGGGATAAATCTTGTGAAAGGGATAAATCTTGTGAAAGGGATAAA SH15367 15367 32 198 YBL027W_2_168385_169338_INTRON_3_386 intron #REF! #REF! 101 22 GATGACATTCATAACATATTTAGATGACATTCATAACATATTTAGATGACATTCATAACA SH15368 15368 25 110 YBL027W_2_168385_169338_INTRON_3_386 intron #REF! #REF! 121 18 CTATTTCTCTCCAAAGGACTATTTCTCTCCAAAGGACTATTTCTCTCCAAAGGACTATTT SH15369 15369 99 162 YBL027W_2_168385_169338_INTRON_3_386 intron #REF! #REF! 141 20 TATCCTCAATTTTTTTCCTTTATCCTCAATTTTTTTCCTTTATCCTCAATTTTTTTCCTT SH15370 15370 92 28 YBL027W_2_168385_169338_INTRON_3_386 intron #REF! #REF! 161 13 CCACCGGATGCTGCCACCGGATGCTGCCACCGGATGCTGCCACCGGATGCTGCCACCGGA SH15371 15371 16 80 YBL027W_2_168385_169338_INTRON_3_386 intron #REF! #REF! 181 16 GGATGTTGCTACCAACGGATGTTGCTACCAACGGATGTTGCTACCAACGGATGTTGCTAC SH15372 15372 15 83 YBL027W_2_168385_169338_INTRON_3_386 intron #REF! #REF! 201 20 GAAATTTATCTGAGGTTCTTGAAATTTATCTGAGGTTCTTGAAATTTATCTGAGGTTCTT SH15373 15373 99 20 YBL027W_2_168385_169338_INTRON_3_386 intron #REF! #REF! 221 17 GCAATTCGTACAAGCTTGCAATTCGTACAAGCTTGCAATTCGTACAAGCTTGCAATTCGT SH15374 15374 81 96 YBL027W_2_168385_169338_INTRON_3_386 intron #REF! #REF! 241 22 AATTCTATAGTTTGTAATAAACAATTCTATAGTTTGTAATAAACAATTCTATAGTTTGTA SH15375 15375 35 206 YBL027W_2_168385_169338_INTRON_3_386 intron #REF! #REF! 261 17 TACCATTGCTGCGATAATACCATTGCTGCGATAATACCATTGCTGCGATAATACCATTGC SH15376 15376 87 10 YBL027W_2_168385_169338_INTRON_3_386 intron #REF! #REF! 281 15 CTTGCAGGAACAGACCTTGCAGGAACAGACCTTGCAGGAACAGACCTTGCAGGAACAGAC SH15377 15377 73 68 YBL027W_2_168385_169338_INTRON_3_386 intron #REF! #REF! 301 20 ACTTTATCTATCAATCGAATACTTTATCTATCAATCGAATACTTTATCTATCAATCGAAT SH15378 15378 25 48 YBL027W_2_168385_169338_INTRON_3_386 intron #REF! #REF! 321 18 CGCAAAGGTTAATGAATTCGCAAAGGTTAATGAATTCGCAAAGGTTAATGAATTCGCAAA SH15379 15379 83 140 YBL027W_2_168385_169338_INTRON_3_386 intron #REF! #REF! 341 18 CTAACAGTAAAGAGCATACTAACAGTAAAGAGCATACTAACAGTAAAGAGCATACTAACA SH15380 15380 104 97 YBL027W_2_168385_169338_INTRON_3_386 intron #REF! #REF! 361 21 CTTCATTTTTAAAATCCTGAACTTCATTTTTAAAATCCTGAACTTCATTTTTAAAATCCT SH15381 15381 33 122 YBL027W_2_168385_169338_INTRON_3_386 intron #REF! #REF! 381 18 TGATGTTAGTAAAGTTGCTGATGTTAGTAAAGTTGCTGATGTTAGTAAAGTTGCTGATGT SH15382 15382 87 71 YBL027W_2_168385_169338_INTRON_3_386 intron #REF! #REF! 401 20 TTTTGCAGATTTATTTGCATTTTTGCAGATTTATTTGCATTTTTGCAGATTTATTTGCAT SH15383 15383 72 35 YBL027W_2_168385_169338_INTRON_3_386 intron/exon #REF! #REF! 421 17 GCCCTGTGAAAAAAAGTGCCCTGTGAAAAAAAGTGCCCTGTGAAAAAAAGTGCCCTGTGA SH15384 15384 20 75 YBL027W_2_168385_169338_INTRON_3_386 3' exon #REF! #REF! 441 17 TCTTTTGAGTACGCAAGTCTTTTGAGTACGCAAGTCTTTTGAGTACGCAAGTCTTTTGAG SH15385 15385 85 70 YBL027W_2_168385_169338_INTRON_3_386 3' exon #REF! #REF! 461 15 CAACAGAAGCGGCAACAACAGAAGCGGCAACAACAGAAGCGGCAACAACAGAAGCGGCAA SH15386 15386 67 96 YBL040C_2_142830_142074_INTRON_23_119 5' exon #REF! #REF! 1 13 CCTCAACTTGCGCCCTCAACTTGCGCCCTCAACTTGCGCCCTCAACTTGCGCCCTCAACT SH15387 15387 11 192 YBL040C_2_142830_142074_INTRON_23_119 5' exon #REF! #REF! 21 17 CGGATTCATTGCTTACTCGGATTCATTGCTTACTCGGATTCATTGCTTACTCGGATTCAT SH15388 15388 68 149 YBL040C_2_142830_142074_INTRON_23_119 exon/intron #REF! #REF! 41 19 GTAACATACCTAAGATTCTGTAACATACCTAAGATTCTGTAACATACCTAAGATTCTGTA SH15389 15389 32 16 YBL040C_2_142830_142074_INTRON_23_119 intron #REF! #REF! 61 18 CCTCATGAAACTCCAAATCCTCATGAAACTCCAAATCCTCATGAAACTCCAAATCCTCAT SH15390 15390 39 205 YBL040C_2_142830_142074_INTRON_23_119 intron #REF! #REF! 81 13 CTACGGCGGGAAACTACGGCGGGAAACTACGGCGGGAAACTACGGCGGGAAACTACGGCG SH15391 15391 75 41 YBL040C_2_142830_142074_INTRON_23_119 intron #REF! #REF! 101 18 CTCTGTTAGTAAGATTGGCTCTGTTAGTAAGATTGGCTCTGTTAGTAAGATTGGCTCTGT SH15392 15392 19 82 YBL040C_2_142830_142074_INTRON_23_119 intron #REF! #REF! 121 15 TCGGGAAAAAGCCCTTCGGGAAAAAGCCCTTCGGGAAAAAGCCCTTCGGGAAAAAGCCCT SH15393 15393 7 194 YBL040C_2_142830_142074_INTRON_23_119 intron/exon #REF! #REF! 141 18 TGATAAATCACCTGTCTTTGATAAATCACCTGTCTTTGATAAATCACCTGTCTTTGATAA SH15394 15394 28 30 YBL040C_2_142830_142074_INTRON_23_119 3' exon #REF! #REF! 161 18 ATCAGTATACTGGTTAGAATCAGTATACTGGTTAGAATCAGTATACTGGTTAGAATCAGT SH15395 15395 4 79 YBL050W_2_125087_126081_INTRON_31_146 5' exon #REF! #REF! 1 20 TTTTAACTTTCAGGTTAATGTTTTAACTTTCAGGTTAATGTTTTAACTTTCAGGTTAATG SH15396 15396 80 187 YBL050W_2_125087_126081_INTRON_31_146 5' exon #REF! #REF! 21 16 CTACAGGGTCTGACATCTACAGGGTCTGACATCTACAGGGTCTGACATCTACAGGGTCTG SH15397 15397 94 29 YBL050W_2_125087_126081_INTRON_31_146 exon/intron #REF! #REF! 41 20 TACTACATACTCTTTTCAATTACTACATACTCTTTTCAATTACTACATACTCTTTTCAAT SH15398 15398 93 59 YBL050W_2_125087_126081_INTRON_31_146 intron #REF! #REF! 61 18 TCCTTTGATATATTTCCCTCCTTTGATATATTTCCCTCCTTTGATATATTTCCCTCCTTT SH15399 15399 9 72 YBL050W_2_125087_126081_INTRON_31_146 intron #REF! #REF! 81 20 AATCACATAGCTTTCATTTTAATCACATAGCTTTCATTTTAATCACATAGCTTTCATTTT SH15400 15400 7 91 YBL050W_2_125087_126081_INTRON_31_146 intron #REF! #REF! 101 17 GCCTTCGTAAATTACGGGCCTTCGTAAATTACGGGCCTTCGTAAATTACGGGCCTTCGTA SH15401 15401 69 89 YBL050W_2_125087_126081_INTRON_31_146 intron #REF! #REF! 121 20 CCGTATTTCAATGTTAGTAACCGTATTTCAATGTTAGTAACCGTATTTCAATGTTAGTAA SH15402 15402 51 83 YBL050W_2_125087_126081_INTRON_31_146 intron #REF! #REF! 141 18 AACGGGAAATATCAATTCAACGGGAAATATCAATTCAACGGGAAATATCAATTCAACGGG SH15403 15403 51 105 YBL050W_2_125087_126081_INTRON_31_146 intron/exon #REF! #REF! 161 17 TTCTTCTCAGCCTTAACTTCTTCTCAGCCTTAACTTCTTCTCAGCCTTAACTTCTTCTCA SH15404 15404 55 62 YBL050W_2_125087_126081_INTRON_31_146 3' exon #REF! #REF! 181 15 CCCGATGAAGGAACACCCGATGAAGGAACACCCGATGAAGGAACACCCGATGAAGGAACA SH15405 15405 74 115 YBL059C-A_2_110500_110086_INTRON_35_119 5' exon #REF! #REF! 1 18 ATGTTGTAGTACTTGTCTATGTTGTAGTACTTGTCTATGTTGTAGTACTTGTCTATGTTG SH15406 15406 52 113 YBL059C-A_2_110500_110086_INTRON_35_119 5' exon #REF! #REF! 21 17 AGCTTCTAACTGTGGATAGCTTCTAACTGTGGATAGCTTCTAACTGTGGATAGCTTCTAA SH15407 15407 53 109 YBL059C-A_2_110500_110086_INTRON_35_119 exon/intron #REF! #REF! 41 19 GATACTTACAATGAAAACGGATACTTACAATGAAAACGGATACTTACAATGAAAACGGAT SH15408 15408 48 196 YBL059C-A_2_110500_110086_INTRON_35_119 intron #REF! #REF! 61 22 GCAAATATATGAAGTAAAATCTGCAAATATATGAAGTAAAATCTGCAAATATATGAAGTA SH15409 15409 78 131 YBL059C-A_2_110500_110086_INTRON_35_119 intron #REF! #REF! 81 16 GAGCACAGAAAAAGGCGAGCACAGAAAAAGGCGAGCACAGAAAAAGGCGAGCACAGAAAA SH15410 15410 10 163 YBL059C-A_2_110500_110086_INTRON_35_119 intron #REF! #REF! 101 20 GGAGAATACAATGTTAGTAAGGAGAATACAATGTTAGTAAGGAGAATACAATGTTAGTAA SH15411 15411 44 63 YBL059C-A_2_110500_110086_INTRON_35_119 intron/exon #REF! #REF! 121 17 GGCTAAAATGAAGAAGGGGCTAAAATGAAGAAGGGGCTAAAATGAAGAAGGGGCTAAAAT SH15412 15412 86 56 YBL059C-A_2_110500_110086_INTRON_35_119 3' exon #REF! #REF! 141 17 GCATTGATGAAGTCCAAGCATTGATGAAGTCCAAGCATTGATGAAGTCCAAGCATTGATG SH15413 15413 37 166 YBL059C-A_2_110500_110086_INTRON_35_119 3' exon #REF! #REF! 161 18 TTTTGATGGCATTTATCGTTTTGATGGCATTTATCGTTTTGATGGCATTTATCGTTTTGA SH15414 15414 28 109 YBL059W_2_110555_111205_INTRON_287_355 5' exon #REF! #REF! 1 20 TTCTACATGTTATAAGTGTATTCTACATGTTATAAGTGTATTCTACATGTTATAAGTGTA SH15415 15415 102 61 YBL059W_2_110555_111205_INTRON_287_355 5' exon #REF! #REF! 21 18 TCATTTTCTTCATGGCAATCATTTTCTTCATGGCAATCATTTTCTTCATGGCAATCATTT SH15416 15416 19 87 YBL059W_2_110555_111205_INTRON_287_355 exon/intron #REF! #REF! 41 17 TGCATACCTTTTGCAGTTGCATACCTTTTGCAGTTGCATACCTTTTGCAGTTGCATACCT SH15417 15417 31 23 YBL059W_2_110555_111205_INTRON_287_355 intron #REF! #REF! 61 15 GGCCGAAGTTATTGCGGCCGAAGTTATTGCGGCCGAAGTTATTGCGGCCGAAGTTATTGC SH15418 15418 20 214 YBL059W_2_110555_111205_INTRON_287_355 intron #REF! #REF! 81 18 GTAAACGTGTTCTTTGAGGTAAACGTGTTCTTTGAGGTAAACGTGTTCTTTGAGGTAAAC SH15419 15419 58 137 YBL059W_2_110555_111205_INTRON_287_355 intron/exon #REF! #REF! 101 21 CACTATGTAAATAAGTTATGTCACTATGTAAATAAGTTATGTCACTATGTAAATAAGTTA SH15420 15420 24 10 YBL059W_2_110555_111205_INTRON_287_355 3' exon #REF! #REF! 121 17 GAAAAGTGTTCAATGGCGAAAAGTGTTCAATGGCGAAAAGTGTTCAATGGCGAAAAGTGT SH15421 15421 41 193 YBL059W_2_110555_111205_INTRON_287_355 3' exon #REF! #REF! 141 15 GGCTGGCGTAGTTTGGGCTGGCGTAGTTTGGGCTGGCGTAGTTTGGGCTGGCGTAGTTTG SH15422 15422 23 58 YBL072C_2_89435_88518_INTRON_1_308 5' exon #REF! #REF! 1 18 GTGAGTACCAAAAAGCAAGTGAGTACCAAAAAGCAAGTGAGTACCAAAAAGCAAGTGAGT SH15423 15423 83 48 YBL072C_2_89435_88518_INTRON_1_308 5' exon #REF! #REF! 21 18 TGTGTTTATAACGTCTTCTGTGTTTATAACGTCTTCTGTGTTTATAACGTCTTCTGTGTT SH15424 15424 62 32 YBL072C_2_89435_88518_INTRON_1_308 exon/intron #REF! #REF! 41 18 GCACATACTTTTTGTCCTGCACATACTTTTTGTCCTGCACATACTTTTTGTCCTGCACAT SH15425 15425 8 207 YBL072C_2_89435_88518_INTRON_1_308 intron #REF! #REF! 61 18 CCATTACTCATATGACCACCATTACTCATATGACCACCATTACTCATATGACCACCATTA SH15426 15426 65 17 YBL072C_2_89435_88518_INTRON_1_308 intron #REF! #REF! 81 20 GCATTCAAAATAATATGTAGGCATTCAAAATAATATGTAGGCATTCAAAATAATATGTAG SH15427 15427 84 21 YBL072C_2_89435_88518_INTRON_1_308 intron #REF! #REF! 101 17 CAAAGAGAGGTCCTGTACAAAGAGAGGTCCTGTACAAAGAGAGGTCCTGTACAAAGAGAG SH15428 15428 20 156 YBL072C_2_89435_88518_INTRON_1_308 intron #REF! #REF! 121 18 TTTTCCACTATCTATTCCTTTTCCACTATCTATTCCTTTTCCACTATCTATTCCTTTTCC SH15429 15429 43 149 YBL072C_2_89435_88518_INTRON_1_308 intron #REF! #REF! 141 20 ATCCCTTTTAGTTAAGTTTAATCCCTTTTAGTTAAGTTTAATCCCTTTTAGTTAAGTTTA SH15430 15430 65 6 YBL072C_2_89435_88518_INTRON_1_308 intron #REF! #REF! 161 18 CCTGTCACAATTTATATCCCTGTCACAATTTATATCCCTGTCACAATTTATATCCCTGTC SH15431 15431 100 199 YBL072C_2_89435_88518_INTRON_1_308 intron #REF! #REF! 181 17 TTCAGTTTAGTGCACTGTTCAGTTTAGTGCACTGTTCAGTTTAGTGCACTGTTCAGTTTA SH15432 15432 91 89 YBL072C_2_89435_88518_INTRON_1_308 intron #REF! #REF! 201 18 ATTTTTGGGGTACACAAAATTTTTGGGGTACACAAAATTTTTGGGGTACACAAAATTTTT SH15433 15433 41 5 YBL072C_2_89435_88518_INTRON_1_308 intron #REF! #REF! 221 17 GCGTTTCATAAGAGGCTGCGTTTCATAAGAGGCTGCGTTTCATAAGAGGCTGCGTTTCAT SH15434 15434 6 21 YBL072C_2_89435_88518_INTRON_1_308 intron #REF! #REF! 241 18 TCTCTTCTTGTGAAAAACTCTCTTCTTGTGAAAAACTCTCTTCTTGTGAAAAACTCTCTT SH15435 15435 16 129 YBL072C_2_89435_88518_INTRON_1_308 intron #REF! #REF! 261 20 AATATGCTTTGGTTTCTTTTAATATGCTTTGGTTTCTTTTAATATGCTTTGGTTTCTTTT SH15436 15436 59 93 YBL072C_2_89435_88518_INTRON_1_308 intron #REF! #REF! 281 21 GGAATTTTTTTCTTATCTTGAGGAATTTTTTTCTTATCTTGAGGAATTTTTTTCTTATCT SH15437 15437 30 77 YBL072C_2_89435_88518_INTRON_1_308 intron #REF! #REF! 301 17 AACGTACAAAAGTTGCGAACGTACAAAAGTTGCGAACGTACAAAAGTTGCGAACGTACAA SH15438 15438 87 162 YBL072C_2_89435_88518_INTRON_1_308 intron #REF! #REF! 321 19 GACGCTTGTTAGTAAAATAGACGCTTGTTAGTAAAATAGACGCTTGTTAGTAAAATAGAC SH15439 15439 87 32 YBL072C_2_89435_88518_INTRON_1_308 intron/exon #REF! #REF! 341 22 GTAACTGTAATAGAAAATTTAAGTAACTGTAATAGAAAATTTAAGTAACTGTAATAGAAA SH15440 15440 15 204 YBL072C_2_89435_88518_INTRON_1_308 3' exon #REF! #REF! 361 18 GAGAAATACCCATTTTGTGAGAAATACCCATTTTGTGAGAAATACCCATTTTGTGAGAAA SH15441 15441 90 194 YBL072C_2_89435_88518_INTRON_1_308 3' exon #REF! #REF! 381 17 CTTTTGTGACGAGAATCCTTTTGTGACGAGAATCCTTTTGTGACGAGAATCCTTTTGTGA SH15442 15442 11 201 YBL087C_2_60732_59815_INTRON_43_546 5' exon #REF! #REF! 1 18 TACCGGACATTATTAGTTTACCGGACATTATTAGTTTACCGGACATTATTAGTTTACCGG SH15443 15443 76 151 YBL087C_2_60732_59815_INTRON_43_546 5' exon #REF! #REF! 21 15 AGTACCTTGAGCACCAGTACCTTGAGCACCAGTACCTTGAGCACCAGTACCTTGAGCACC SH15444 15444 62 66 YBL087C_2_60732_59815_INTRON_43_546 exon/intron #REF! #REF! 41 20 TTTAACATACTGAGATTCTATTTAACATACTGAGATTCTATTTAACATACTGAGATTCTA SH15445 15445 34 175 YBL087C_2_60732_59815_INTRON_43_546 intron #REF! #REF! 61 20 GCATTGTGGAAAATAAAAATGCATTGTGGAAAATAAAAATGCATTGTGGAAAATAAAAAT SH15446 15446 35 121 YBL087C_2_60732_59815_INTRON_43_546 intron #REF! #REF! 81 22 TTATGATCAATTTAACCAAATTTTATGATCAATTTAACCAAATTTTATGATCAATTTAAC SH15447 15447 25 31 YBL087C_2_60732_59815_INTRON_43_546 intron #REF! #REF! 101 20 AAATCTTGGAACTTTACTTTAAATCTTGGAACTTTACTTTAAATCTTGGAACTTTACTTT SH15448 15448 63 19 YBL087C_2_60732_59815_INTRON_43_546 intron #REF! #REF! 121 17 TTGTACCCAGCAAAATGTTGTACCCAGCAAAATGTTGTACCCAGCAAAATGTTGTACCCA SH15449 15449 47 195 YBL087C_2_60732_59815_INTRON_43_546 intron #REF! #REF! 141 21 CTTTTAAACCTCTGTTTAATTCTTTTAAACCTCTGTTTAATTCTTTTAAACCTCTGTTTA SH15450 15450 66 176 YBL087C_2_60732_59815_INTRON_43_546 intron #REF! #REF! 161 17 ACTTAGTGTTTAGCGTCACTTAGTGTTTAGCGTCACTTAGTGTTTAGCGTCACTTAGTGT SH15451 15451 97 104 YBL087C_2_60732_59815_INTRON_43_546 intron #REF! #REF! 181 17 GGTATATGATCAGGCTTGGTATATGATCAGGCTTGGTATATGATCAGGCTTGGTATATGA SH15452 15452 35 83 YBL087C_2_60732_59815_INTRON_43_546 intron #REF! #REF! 201 18 TTATGGAAAATAACACCGTTATGGAAAATAACACCGTTATGGAAAATAACACCGTTATGG SH15453 15453 55 64 YBL087C_2_60732_59815_INTRON_43_546 intron #REF! #REF! 221 17 GATGGCACATCTACCATGATGGCACATCTACCATGATGGCACATCTACCATGATGGCACA SH15454 15454 101 42 YBL087C_2_60732_59815_INTRON_43_546 intron #REF! #REF! 241 13 GCGGGGCGGTACCGCGGGGCGGTACCGCGGGGCGGTACCGCGGGGCGGTACCGCGGGGCG SH15455 15455 55 27 YBL087C_2_60732_59815_INTRON_43_546 intron #REF! #REF! 261 20 GAATTTATGTGTGTAATTGCGAATTTATGTGTGTAATTGCGAATTTATGTGTGTAATTGC SH15456 15456 5 16 YBL087C_2_60732_59815_INTRON_43_546 intron #REF! #REF! 281 20 CGCTTAACCATTTAAAAACTCGCTTAACCATTTAAAAACTCGCTTAACCATTTAAAAACT SH15457 15457 66 17 YBL087C_2_60732_59815_INTRON_43_546 intron #REF! #REF! 301 17 CATCTGCAAATACAGCCCATCTGCAAATACAGCCCATCTGCAAATACAGCCCATCTGCAA SH15458 15458 97 103 YBL087C_2_60732_59815_INTRON_43_546 intron #REF! #REF! 321 18 GAATATTGACAGGTATCAGAATATTGACAGGTATCAGAATATTGACAGGTATCAGAATAT SH15459 15459 21 28 YBL087C_2_60732_59815_INTRON_43_546 intron #REF! #REF! 341 18 CCAGAAATTTTTGAGTCCCCAGAAATTTTTGAGTCCCCAGAAATTTTTGAGTCCCCAGAA SH15460 15460 85 96 YBL087C_2_60732_59815_INTRON_43_546 intron #REF! #REF! 361 17 GCCGTGTATGATTTTGAGCCGTGTATGATTTTGAGCCGTGTATGATTTTGAGCCGTGTAT SH15461 15461 92 205 YBL087C_2_60732_59815_INTRON_43_546 intron #REF! #REF! 381 17 GAGGGAGTTAGGATATGGAGGGAGTTAGGATATGGAGGGAGTTAGGATATGGAGGGAGTT SH15462 15462 32 213 YBL087C_2_60732_59815_INTRON_43_546 intron #REF! #REF! 401 17 ATCCATTAGTATGGGCAATCCATTAGTATGGGCAATCCATTAGTATGGGCAATCCATTAG SH15463 15463 89 70 YBL087C_2_60732_59815_INTRON_43_546 intron #REF! #REF! 421 20 GTAGAAATAACATTTCGATGGTAGAAATAACATTTCGATGGTAGAAATAACATTTCGATG SH15464 15464 66 173 YBL087C_2_60732_59815_INTRON_43_546 intron #REF! #REF! 441 18 GAGTTAAGCGTGATTTTTGAGTTAAGCGTGATTTTTGAGTTAAGCGTGATTTTTGAGTTA SH15465 15465 67 137 YBL087C_2_60732_59815_INTRON_43_546 intron #REF! #REF! 461 20 ATGTGGTTAATCTTGAAAAAATGTGGTTAATCTTGAAAAAATGTGGTTAATCTTGAAAAA SH15466 15466 65 67 YBL087C_2_60732_59815_INTRON_43_546 intron #REF! #REF! 481 16 GGGAGAAAGTTAGCAGGGGAGAAAGTTAGCAGGGGAGAAAGTTAGCAGGGGAGAAAGTTA SH15467 15467 47 22 YBL087C_2_60732_59815_INTRON_43_546 intron #REF! #REF! 501 22 AGAATAATTTTGTTAGTAAAAGAGAATAATTTTGTTAGTAAAAGAGAATAATTTTGTTAG SH15468 15468 53 158 YBL087C_2_60732_59815_INTRON_43_546 intron #REF! #REF! 521 13 ATCGGGGAGTGAGATCGGGGAGTGAGATCGGGGAGTGAGATCGGGGAGTGAGATCGGGGA SH15469 15469 56 136 YBL087C_2_60732_59815_INTRON_43_546 intron/exon #REF! #REF! 541 20 ACCTAACTAGTTAAAAAAGAACCTAACTAGTTAAAAAAGAACCTAACTAGTTAAAAAAGA SH15470 15470 87 51 YBL087C_2_60732_59815_INTRON_43_546 3' exon #REF! #REF! 561 13 CACCGACTGGTAGCACCGACTGGTAGCACCGACTGGTAGCACCGACTGGTAGCACCGACT SH15471 15471 78 69 YBL087C_2_60732_59815_INTRON_43_546 3' exon #REF! #REF! 581 16 GTTGTCAGCACAGTTCGTTGTCAGCACAGTTCGTTGTCAGCACAGTTCGTTGTCAGCACA SH15472 15472 65 185 YBL091C-A_2_46858_46559_INTRON_35_122 5' exon #REF! #REF! 1 18 ATTGTTTACTCGTCTGAAATTGTTTACTCGTCTGAAATTGTTTACTCGTCTGAAATTGTT SH15473 15473 22 111 YBL091C-A_2_46858_46559_INTRON_35_122 5' exon #REF! #REF! 21 17 CTTTTCTGGCACTATTCCTTTTCTGGCACTATTCCTTTTCTGGCACTATTCCTTTTCTGG SH15474 15474 68 25 YBL091C-A_2_46858_46559_INTRON_35_122 exon/intron #REF! #REF! 41 17 AACATACCCTTGAACACAACATACCCTTGAACACAACATACCCTTGAACACAACATACCC SH15475 15475 37 132 YBL091C-A_2_46858_46559_INTRON_35_122 intron #REF! #REF! 61 17 CACACTAGCAATTCTCGCACACTAGCAATTCTCGCACACTAGCAATTCTCGCACACTAGC SH15476 15476 66 193 YBL091C-A_2_46858_46559_INTRON_35_122 intron #REF! #REF! 81 18 AAAAGGTAGCAAAGTTTCAAAAGGTAGCAAAGTTTCAAAAGGTAGCAAAGTTTCAAAAGG SH15477 15477 70 105 YBL091C-A_2_46858_46559_INTRON_35_122 intron #REF! #REF! 101 13 GTTGCATCGCACCGTTGCATCGCACCGTTGCATCGCACCGTTGCATCGCACCGTTGCATC SH15478 15478 104 112 YBL091C-A_2_46858_46559_INTRON_35_122 intron/exon #REF! #REF! 121 20 AGCTGAAGTATTACATATTAAGCTGAAGTATTACATATTAAGCTGAAGTATTACATATTA SH15479 15479 43 100 YBL091C-A_2_46858_46559_INTRON_35_122 3' exon #REF! #REF! 141 18 TGATTGTTTATTAAGGGGTGATTGTTTATTAAGGGGTGATTGTTTATTAAGGGGTGATTG SH15480 15480 104 75 YBL091C-A_2_46858_46559_INTRON_35_122 3' exon #REF! #REF! 161 18 TCGAGCTTTATATACTCTTCGAGCTTTATATACTCTTCGAGCTTTATATACTCTTCGAGC SH15481 15481 60 154 YBL092W_2_45639_46364_INTRON_1_333 5' exon #REF! #REF! 1 20 GTGATTATCTTTGTAAAAGAGTGATTATCTTTGTAAAAGAGTGATTATCTTTGTAAAAGA SH15482 15482 85 2 YBL092W_2_45639_46364_INTRON_1_333 5' exon #REF! #REF! 21 17 TGTATTGTCCCTGTTTGTGTATTGTCCCTGTTTGTGTATTGTCCCTGTTTGTGTATTGTC SH15483 15483 23 12 YBL092W_2_45639_46364_INTRON_1_333 exon/intron #REF! #REF! 41 19 GTCACATACTTTTATCGTTGTCACATACTTTTATCGTTGTCACATACTTTTATCGTTGTC SH15484 15484 6 193 YBL092W_2_45639_46364_INTRON_1_333 intron #REF! #REF! 61 20 ATTCATTCTAGCATTCTATAATTCATTCTAGCATTCTATAATTCATTCTAGCATTCTATA SH15485 15485 58 198 YBL092W_2_45639_46364_INTRON_1_333 intron #REF! #REF! 81 16 CAATGCAGTCTAGGCTCAATGCAGTCTAGGCTCAATGCAGTCTAGGCTCAATGCAGTCTA SH15486 15486 81 209 YBL092W_2_45639_46364_INTRON_1_333 intron #REF! #REF! 101 17 TATCAAACGTTGCTCTCTATCAAACGTTGCTCTCTATCAAACGTTGCTCTCTATCAAACG SH15487 15487 58 209 YBL092W_2_45639_46364_INTRON_1_333 intron #REF! #REF! 121 15 TGTTCCAATCGCCACTGTTCCAATCGCCACTGTTCCAATCGCCACTGTTCCAATCGCCAC SH15488 15488 44 4 YBL092W_2_45639_46364_INTRON_1_333 intron #REF! #REF! 141 18 CTCATTTTGGCATGTACTCTCATTTTGGCATGTACTCTCATTTTGGCATGTACTCTCATT SH15489 15489 97 192 YBL092W_2_45639_46364_INTRON_1_333 intron #REF! #REF! 161 18 GTTCAAATTGGACATTTCGTTCAAATTGGACATTTCGTTCAAATTGGACATTTCGTTCAA SH15490 15490 67 59 YBL092W_2_45639_46364_INTRON_1_333 intron #REF! #REF! 181 17 TGCGCGTGTATGTTAATTGCGCGTGTATGTTAATTGCGCGTGTATGTTAATTGCGCGTGT SH15491 15491 64 99 YBL092W_2_45639_46364_INTRON_1_333 intron #REF! #REF! 201 18 ACCAGTAAACAAATACGAACCAGTAAACAAATACGAACCAGTAAACAAATACGAACCAGT SH15492 15492 63 131 YBL092W_2_45639_46364_INTRON_1_333 intron #REF! #REF! 221 15 CGGCTAACTCTAGGTCGGCTAACTCTAGGTCGGCTAACTCTAGGTCGGCTAACTCTAGGT SH15493 15493 37 161 YBL092W_2_45639_46364_INTRON_1_333 intron #REF! #REF! 241 15 TCTGCCACTGTCTCTTCTGCCACTGTCTCTTCTGCCACTGTCTCTTCTGCCACTGTCTCT SH15494 15494 46 145 YBL092W_2_45639_46364_INTRON_1_333 intron #REF! #REF! 261 17 CCGGAGAAAATTTTCCCCCGGAGAAAATTTTCCCCCGGAGAAAATTTTCCCCCGGAGAAA SH15495 15495 59 96 YBL092W_2_45639_46364_INTRON_1_333 intron #REF! #REF! 281 16 GACTCTCGCATGCAATGACTCTCGCATGCAATGACTCTCGCATGCAATGACTCTCGCATG SH15496 15496 94 62 YBL092W_2_45639_46364_INTRON_1_333 intron #REF! #REF! 301 17 TTGGGAAATGACTGGTTTTGGGAAATGACTGGTTTTGGGAAATGACTGGTTTTGGGAAAT SH15497 15497 98 116 YBL092W_2_45639_46364_INTRON_1_333 intron #REF! #REF! 321 16 CAGCTCCGAGAATTGTCAGCTCCGAGAATTGTCAGCTCCGAGAATTGTCAGCTCCGAGAA SH15498 15498 37 25 YBL092W_2_45639_46364_INTRON_1_333 intron #REF! #REF! 341 22 TGAAAATTAAAAGTTTGTTAGTTGAAAATTAAAAGTTTGTTAGTTGAAAATTAAAAGTTT SH15499 15499 8 206 YBL092W_2_45639_46364_INTRON_1_333 intron #REF! #REF! 361 23 CTAATCAAAAAAAAAAAAAAATGCTAATCAAAAAAAAAAAAAAATGCTAATCAAAAAAAA SH15500 15500 53 63 YBL092W_2_45639_46364_INTRON_1_333 intron/exon #REF! #REF! 381 16 GTAAGGAGGCCATCTAGTAAGGAGGCCATCTAGTAAGGAGGCCATCTAGTAAGGAGGCCA SH15501 15501 46 161 YBL092W_2_45639_46364_INTRON_1_333 3' exon #REF! #REF! 401 17 TCTTGACAATCTTTGGGTCTTGACAATCTTTGGGTCTTGACAATCTTTGGGTCTTGACAA SH15502 15502 79 23 YBR048W_2_332790_333771_INTRON_46_556 5' exon #REF! #REF! 1 18 ATTCAGTGGACATCTTTTATTCAGTGGACATCTTTTATTCAGTGGACATCTTTTATTCAG SH15503 15503 17 190 YBR048W_2_332790_333771_INTRON_46_556 5' exon #REF! #REF! 21 18 TCTTTCAGATTGAACAGTTCTTTCAGATTGAACAGTTCTTTCAGATTGAACAGTTCTTTC SH15504 15504 87 85 YBR048W_2_332790_333771_INTRON_46_556 exon/intron #REF! #REF! 41 19 CTTTCATACCTTTTGGAAACTTTCATACCTTTTGGAAACTTTCATACCTTTTGGAAACTT SH15505 15505 10 205 YBR048W_2_332790_333771_INTRON_46_556 intron #REF! #REF! 61 18 CCTCATTCAGGTTATAATCCTCATTCAGGTTATAATCCTCATTCAGGTTATAATCCTCAT SH15506 15506 89 148 YBR048W_2_332790_333771_INTRON_46_556 intron #REF! #REF! 81 20 GTACTGAATATTTCATTGATGTACTGAATATTTCATTGATGTACTGAATATTTCATTGAT SH15507 15507 29 193 YBR048W_2_332790_333771_INTRON_46_556 intron #REF! #REF! 101 17 GAGCAATTTTCCTTTCCGAGCAATTTTCCTTTCCGAGCAATTTTCCTTTCCGAGCAATTT SH15508 15508 86 85 YBR048W_2_332790_333771_INTRON_46_556 intron #REF! #REF! 121 22 CCCATTAAAATTATAATATTACCCCATTAAAATTATAATATTACCCCATTAAAATTATAA SH15509 15509 28 194 YBR048W_2_332790_333771_INTRON_46_556 intron #REF! #REF! 141 18 GATAAATCTGGAAATTCCGATAAATCTGGAAATTCCGATAAATCTGGAAATTCCGATAAA SH15510 15510 3 28 YBR048W_2_332790_333771_INTRON_46_556 intron #REF! #REF! 161 17 GCTTGCTAACGTTTATGGCTTGCTAACGTTTATGGCTTGCTAACGTTTATGGCTTGCTAA SH15511 15511 2 204 YBR048W_2_332790_333771_INTRON_46_556 intron #REF! #REF! 181 18 ACTTTTACTTGATGGTACACTTTTACTTGATGGTACACTTTTACTTGATGGTACACTTTT SH15512 15512 63 69 YBR048W_2_332790_333771_INTRON_46_556 intron #REF! #REF! 201 16 CCTGCTTTTCACCAGTCCTGCTTTTCACCAGTCCTGCTTTTCACCAGTCCTGCTTTTCAC SH15513 15513 16 148 YBR048W_2_332790_333771_INTRON_46_556 intron #REF! #REF! 221 18 CGAAATCTCAATCATTCGCGAAATCTCAATCATTCGCGAAATCTCAATCATTCGCGAAAT SH15514 15514 74 95 YBR048W_2_332790_333771_INTRON_46_556 intron #REF! #REF! 241 18 ATTTTACTCGTACTGTGTATTTTACTCGTACTGTGTATTTTACTCGTACTGTGTATTTTA SH15515 15515 77 91 YBR048W_2_332790_333771_INTRON_46_556 intron #REF! #REF! 261 21 CTCTTCTTCTTGAAATAATTTCTCTTCTTCTTGAAATAATTTCTCTTCTTCTTGAAATAA SH15516 15516 44 122 YBR048W_2_332790_333771_INTRON_46_556 intron #REF! #REF! 281 20 CATTTTCAGATCAAAAGTTCCATTTTCAGATCAAAAGTTCCATTTTCAGATCAAAAGTTC SH15517 15517 98 170 YBR048W_2_332790_333771_INTRON_46_556 intron #REF! #REF! 301 17 CTCCGTGGTTACATTTTCTCCGTGGTTACATTTTCTCCGTGGTTACATTTTCTCCGTGGT SH15518 15518 23 181 YBR048W_2_332790_333771_INTRON_46_556 intron #REF! #REF! 321 21 GTTATTTATGTATTCTCAACAGTTATTTATGTATTCTCAACAGTTATTTATGTATTCTCA SH15519 15519 28 47 YBR048W_2_332790_333771_INTRON_46_556 intron #REF! #REF! 341 15 GTTTTGGCCTCATGGGTTTTGGCCTCATGGGTTTTGGCCTCATGGGTTTTGGCCTCATGG SH15520 15520 79 10 YBR048W_2_332790_333771_INTRON_46_556 intron #REF! #REF! 361 22 AGTAAAAGTTATACTTCATATTAGTAAAAGTTATACTTCATATTAGTAAAAGTTATACTT SH15521 15521 36 115 YBR048W_2_332790_333771_INTRON_46_556 intron #REF! #REF! 381 17 ATAGTCATTGAGCACAGATAGTCATTGAGCACAGATAGTCATTGAGCACAGATAGTCATT SH15522 15522 40 102 YBR048W_2_332790_333771_INTRON_46_556 intron #REF! #REF! 401 15 TGGCATTAGTCGGGTTGGCATTAGTCGGGTTGGCATTAGTCGGGTTGGCATTAGTCGGGT SH15523 15523 52 5 YBR048W_2_332790_333771_INTRON_46_556 intron #REF! #REF! 421 15 TGATGGAGATCCTCCTGATGGAGATCCTCCTGATGGAGATCCTCCTGATGGAGATCCTCC SH15524 15524 35 115 YBR048W_2_332790_333771_INTRON_46_556 intron #REF! #REF! 441 17 GCGGTTGGAAAATTGTTGCGGTTGGAAAATTGTTGCGGTTGGAAAATTGTTGCGGTTGGA SH15525 15525 2 99 YBR048W_2_332790_333771_INTRON_46_556 intron #REF! #REF! 461 18 GAAATCGTTAACTGTGTCGAAATCGTTAACTGTGTCGAAATCGTTAACTGTGTCGAAATC SH15526 15526 100 194 YBR048W_2_332790_333771_INTRON_46_556 intron #REF! #REF! 481 19 CTACTATTTTTAGGCGAAACTACTATTTTTAGGCGAAACTACTATTTTTAGGCGAAACTA SH15527 15527 74 121 YBR048W_2_332790_333771_INTRON_46_556 intron #REF! #REF! 501 22 AAATATAATCATGAACTTCATTAAATATAATCATGAACTTCATTAAATATAATCATGAAC SH15528 15528 90 77 YBR048W_2_332790_333771_INTRON_46_556 intron #REF! #REF! 521 18 TAAACCGGTTGATCTAAATAAACCGGTTGATCTAAATAAACCGGTTGATCTAAATAAACC SH15529 15529 42 186 YBR048W_2_332790_333771_INTRON_46_556 intron/exon #REF! #REF! 541 20 TGTATGAAAAATAGCATGTTTGTATGAAAAATAGCATGTTTGTATGAAAAATAGCATGTT SH15530 15530 63 27 YBR048W_2_332790_333771_INTRON_46_556 3' exon #REF! #REF! 561 16 GAAGATGTGAGGTTGCGAAGATGTGAGGTTGCGAAGATGTGAGGTTGCGAAGATGTGAGG SH15531 15531 31 86 YBR048W_2_332790_333771_INTRON_46_556 3' exon #REF! #REF! 581 17 AGTCTTGACCTTTGGATAGTCTTGACCTTTGGATAGTCTTGACCTTTGGATAGTCTTGAC SH15532 15532 97 143 YBR078W_2_393082_394818_INTRON_59_388 5' exon #REF! #REF! 1 17 CAGTCAAAGCGTTCTTGCAGTCAAAGCGTTCTTGCAGTCAAAGCGTTCTTGCAGTCAAAG SH15533 15533 49 208 YBR078W_2_393082_394818_INTRON_59_388 5' exon #REF! #REF! 21 17 GGCACTTAGAATAGCAGGGCACTTAGAATAGCAGGGCACTTAGAATAGCAGGGCACTTAG SH15534 15534 32 134 YBR078W_2_393082_394818_INTRON_59_388 exon/intron #REF! #REF! 41 15 CATACCAGCTAGAGCCATACCAGCTAGAGCCATACCAGCTAGAGCCATACCAGCTAGAGC SH15535 15535 81 35 YBR078W_2_393082_394818_INTRON_59_388 intron #REF! #REF! 61 20 AGATGAAAAAAAAGGAGAATAGATGAAAAAAAAGGAGAATAGATGAAAAAAAAGGAGAAT SH15536 15536 62 127 YBR078W_2_393082_394818_INTRON_59_388 intron #REF! #REF! 81 20 AGAGGCAAATAAAGAAAAAAAGAGGCAAATAAAGAAAAAAAGAGGCAAATAAAGAAAAAA SH15537 15537 82 32 YBR078W_2_393082_394818_INTRON_59_388 intron #REF! #REF! 101 17 TCGAGATTTGTGAGGAATCGAGATTTGTGAGGAATCGAGATTTGTGAGGAATCGAGATTT SH15538 15538 8 108 YBR078W_2_393082_394818_INTRON_59_388 intron #REF! #REF! 121 15 AGAGGACCACGAATCAGAGGACCACGAATCAGAGGACCACGAATCAGAGGACCACGAATC SH15539 15539 100 2 YBR078W_2_393082_394818_INTRON_59_388 intron #REF! #REF! 141 20 CGACAAAGAAAAAAGAAAAGCGACAAAGAAAAAAGAAAAGCGACAAAGAAAAAAGAAAAG SH15540 15540 96 208 YBR078W_2_393082_394818_INTRON_59_388 intron #REF! #REF! 161 18 GAAAAAAAGCCCAGTAATGAAAAAAAGCCCAGTAATGAAAAAAAGCCCAGTAATGAAAAA SH15541 15541 79 107 YBR078W_2_393082_394818_INTRON_59_388 intron #REF! #REF! 181 15 CGTCAATCGAGACCTCGTCAATCGAGACCTCGTCAATCGAGACCTCGTCAATCGAGACCT SH15542 15542 13 2 YBR078W_2_393082_394818_INTRON_59_388 intron #REF! #REF! 201 18 TTTTTTTTCGCATTGTCCTTTTTTTTCGCATTGTCCTTTTTTTTCGCATTGTCCTTTTTT SH15543 15543 92 122 YBR078W_2_393082_394818_INTRON_59_388 intron #REF! #REF! 221 18 GTTTCCTCTTTTGGAAATGTTTCCTCTTTTGGAAATGTTTCCTCTTTTGGAAATGTTTCC SH15544 15544 45 144 YBR078W_2_393082_394818_INTRON_59_388 intron #REF! #REF! 241 16 CACGAGATCTCGAAACCACGAGATCTCGAAACCACGAGATCTCGAAACCACGAGATCTCG SH15545 15545 15 172 YBR078W_2_393082_394818_INTRON_59_388 intron #REF! #REF! 261 19 GAAGAATATTCCAAAACCAGAAGAATATTCCAAAACCAGAAGAATATTCCAAAACCAGAA SH15546 15546 80 210 YBR078W_2_393082_394818_INTRON_59_388 intron #REF! #REF! 281 18 TATGACAGGCAGAAATATTATGACAGGCAGAAATATTATGACAGGCAGAAATATTATGAC SH15547 15547 76 33 YBR078W_2_393082_394818_INTRON_59_388 intron #REF! #REF! 301 17 TCATTACTCGCCCTAATTCATTACTCGCCCTAATTCATTACTCGCCCTAATTCATTACTC SH15548 15548 20 196 YBR078W_2_393082_394818_INTRON_59_388 intron #REF! #REF! 321 22 CGATTTATACATGTATTATTCTCGATTTATACATGTATTATTCTCGATTTATACATGTAT SH15549 15549 72 129 YBR078W_2_393082_394818_INTRON_59_388 intron #REF! #REF! 341 17 GTTAGTATTCCCGATCGGTTAGTATTCCCGATCGGTTAGTATTCCCGATCGGTTAGTATT SH15550 15550 58 6 YBR078W_2_393082_394818_INTRON_59_388 intron #REF! #REF! 361 20 CTGCTTAGATAAAGAAAAGTCTGCTTAGATAAAGAAAAGTCTGCTTAGATAAAGAAAAGT SH15551 15551 98 131 YBR078W_2_393082_394818_INTRON_59_388 intron/exon #REF! #REF! 381 18 TAGAAGTAGTTGAGTTAGTAGAAGTAGTTGAGTTAGTAGAAGTAGTTGAGTTAGTAGAAG SH15552 15552 40 208 YBR078W_2_393082_394818_INTRON_59_388 3' exon #REF! #REF! 401 18 AATACTACATGAAGATGGAATACTACATGAAGATGGAATACTACATGAAGATGGAATACT SH15553 15553 96 71 YBR082C_2_407127_406586_INTRON_48_142 5' exon #REF! #REF! 1 19 GTTTAGAAGAAGACATGTTGTTTAGAAGAAGACATGTTGTTTAGAAGAAGACATGTTGTT SH15554 15554 57 148 YBR082C_2_407127_406586_INTRON_48_142 5' exon #REF! #REF! 21 20 CACTTAGTTCTTTAGCAATACACTTAGTTCTTTAGCAATACACTTAGTTCTTTAGCAATA SH15555 15555 23 131 YBR082C_2_407127_406586_INTRON_48_142 exon/intron #REF! #REF! 41 18 AGACATACCTTTCTAGATAGACATACCTTTCTAGATAGACATACCTTTCTAGATAGACAT SH15556 15556 92 146 YBR082C_2_407127_406586_INTRON_48_142 intron #REF! #REF! 61 17 GAAACGTGGCCATAACTGAAACGTGGCCATAACTGAAACGTGGCCATAACTGAAACGTGG SH15557 15557 97 212 YBR082C_2_407127_406586_INTRON_48_142 intron #REF! #REF! 81 20 TTTTAAAAAAAAAGCACGCATTTTAAAAAAAAAGCACGCATTTTAAAAAAAAAGCACGCA SH15558 15558 78 162 YBR082C_2_407127_406586_INTRON_48_142 intron #REF! #REF! 101 20 TTAGTAAATAAGAGCATAAGTTAGTAAATAAGAGCATAAGTTAGTAAATAAGAGCATAAG SH15559 15559 81 150 YBR082C_2_407127_406586_INTRON_48_142 intron #REF! #REF! 121 19 CAATAGCATGTTGATTTTGCAATAGCATGTTGATTTTGCAATAGCATGTTGATTTTGCAA SH15560 15560 58 71 YBR082C_2_407127_406586_INTRON_48_142 intron/exon #REF! #REF! 141 17 GTAGGTGGATCTCTAGTGTAGGTGGATCTCTAGTGTAGGTGGATCTCTAGTGTAGGTGGA SH15561 15561 22 123 YBR082C_2_407127_406586_INTRON_48_142 3' exon #REF! #REF! 161 15 GGACCGGCTGAACATGGACCGGCTGAACATGGACCGGCTGAACATGGACCGGCTGAACAT SH15562 15562 90 143 YBR084C-A_2_415219_414144_INTRON_3_508 5' exon #REF! #REF! 1 18 ATGTGAAGCGTAAAATCAATGTGAAGCGTAAAATCAATGTGAAGCGTAAAATCAATGTGA SH15563 15563 77 213 YBR084C-A_2_415219_414144_INTRON_3_508 5' exon #REF! #REF! 21 19 GGAGTTCTTAATCAACTTTGGAGTTCTTAATCAACTTTGGAGTTCTTAATCAACTTTGGA SH15564 15564 52 55 YBR084C-A_2_415219_414144_INTRON_3_508 exon/intron #REF! #REF! 41 20 CATCACATACATTTTTGCTTCATCACATACATTTTTGCTTCATCACATACATTTTTGCTT SH15565 15565 48 46 YBR084C-A_2_415219_414144_INTRON_3_508 intron #REF! #REF! 61 20 CATAGATTCATTATTCACTGCATAGATTCATTATTCACTGCATAGATTCATTATTCACTG SH15566 15566 10 32 YBR084C-A_2_415219_414144_INTRON_3_508 intron #REF! #REF! 81 20 TCTTATTCCTGATAAACTTTTCTTATTCCTGATAAACTTTTCTTATTCCTGATAAACTTT SH15567 15567 22 90 YBR084C-A_2_415219_414144_INTRON_3_508 intron #REF! #REF! 101 21 GGAGTTATTATAACAATTCTAGGAGTTATTATAACAATTCTAGGAGTTATTATAACAATT SH15568 15568 97 158 YBR084C-A_2_415219_414144_INTRON_3_508 intron #REF! #REF! 121 15 GCATTCCTCAAGAGGGCATTCCTCAAGAGGGCATTCCTCAAGAGGGCATTCCTCAAGAGG SH15569 15569 91 3 YBR084C-A_2_415219_414144_INTRON_3_508 intron #REF! #REF! 141 17 CAGGTGATAACTCATCACAGGTGATAACTCATCACAGGTGATAACTCATCACAGGTGATA SH15570 15570 62 37 YBR084C-A_2_415219_414144_INTRON_3_508 intron #REF! #REF! 161 17 TTTCAATAACGCTGGTGTTTCAATAACGCTGGTGTTTCAATAACGCTGGTGTTTCAATAA SH15571 15571 8 210 YBR084C-A_2_415219_414144_INTRON_3_508 intron #REF! #REF! 181 18 GCATATATTACCCATATCGCATATATTACCCATATCGCATATATTACCCATATCGCATAT SH15572 15572 61 12 YBR084C-A_2_415219_414144_INTRON_3_508 intron #REF! #REF! 201 17 GAACACAGTATCGTTCTGAACACAGTATCGTTCTGAACACAGTATCGTTCTGAACACAGT SH15573 15573 58 128 YBR084C-A_2_415219_414144_INTRON_3_508 intron #REF! #REF! 221 18 AGCATATTCATGATGCAAAGCATATTCATGATGCAAAGCATATTCATGATGCAAAGCATA SH15574 15574 55 161 YBR084C-A_2_415219_414144_INTRON_3_508 intron #REF! #REF! 241 17 AGAAACATCTGGCTTCAAGAAACATCTGGCTTCAAGAAACATCTGGCTTCAAGAAACATC SH15575 15575 90 43 YBR084C-A_2_415219_414144_INTRON_3_508 intron #REF! #REF! 261 17 AGTGCTAAAACTCCGATAGTGCTAAAACTCCGATAGTGCTAAAACTCCGATAGTGCTAAA SH15576 15576 78 201 YBR084C-A_2_415219_414144_INTRON_3_508 intron #REF! #REF! 281 17 AGTTTCCTCTTTTGCCTAGTTTCCTCTTTTGCCTAGTTTCCTCTTTTGCCTAGTTTCCTC SH15577 15577 97 57 YBR084C-A_2_415219_414144_INTRON_3_508 intron #REF! #REF! 301 20 CACAGAAAAAAAATTCTTCCCACAGAAAAAAAATTCTTCCCACAGAAAAAAAATTCTTCC SH15578 15578 49 212 YBR084C-A_2_415219_414144_INTRON_3_508 intron #REF! #REF! 321 20 AATATCTTAATGGTAAACTGAATATCTTAATGGTAAACTGAATATCTTAATGGTAAACTG SH15579 15579 13 67 YBR084C-A_2_415219_414144_INTRON_3_508 intron #REF! #REF! 341 18 GTCTCACTTATCGCTATAGTCTCACTTATCGCTATAGTCTCACTTATCGCTATAGTCTCA SH15580 15580 87 39 YBR084C-A_2_415219_414144_INTRON_3_508 intron #REF! #REF! 361 21 CGTATTGAATACTCATATTAACGTATTGAATACTCATATTAACGTATTGAATACTCATAT SH15581 15581 39 64 YBR084C-A_2_415219_414144_INTRON_3_508 intron #REF! #REF! 381 16 CACGTAACTGGTTCTCCACGTAACTGGTTCTCCACGTAACTGGTTCTCCACGTAACTGGT SH15582 15582 23 87 YBR084C-A_2_415219_414144_INTRON_3_508 intron #REF! #REF! 401 16 GCAGCTCGAGTAACTTGCAGCTCGAGTAACTTGCAGCTCGAGTAACTTGCAGCTCGAGTA SH15583 15583 11 91 YBR084C-A_2_415219_414144_INTRON_3_508 intron #REF! #REF! 421 18 ATTATGTATGCTGGATACATTATGTATGCTGGATACATTATGTATGCTGGATACATTATG SH15584 15584 103 158 YBR084C-A_2_415219_414144_INTRON_3_508 intron #REF! #REF! 441 19 CTATAGAAAAATGACATGGCTATAGAAAAATGACATGGCTATAGAAAAATGACATGGCTA SH15585 15585 76 155 YBR084C-A_2_415219_414144_INTRON_3_508 intron #REF! #REF! 461 18 GTAGACACTTTAAAACTCGTAGACACTTTAAAACTCGTAGACACTTTAAAACTCGTAGAC SH15586 15586 71 32 YBR084C-A_2_415219_414144_INTRON_3_508 intron #REF! #REF! 481 18 GAAAGATAGAAATTGCGGGAAAGATAGAAATTGCGGGAAAGATAGAAATTGCGGGAAAGA SH15587 15587 99 12 YBR084C-A_2_415219_414144_INTRON_3_508 intron #REF! #REF! 501 17 GAAAAAGTCTATTCGCGGAAAAAGTCTATTCGCGGAAAAAGTCTATTCGCGGAAAAAGTC SH15588 15588 95 192 YBR084C-A_2_415219_414144_INTRON_3_508 intron #REF! #REF! 521 19 GTTATTATCGTTCTGTAAGGTTATTATCGTTCTGTAAGGTTATTATCGTTCTGTAAGGTT SH15589 15589 14 184 YBR084C-A_2_415219_414144_INTRON_3_508 intron/exon #REF! #REF! 541 18 CCCTGTTAAAGTCATGTTCCCTGTTAAAGTCATGTTCCCTGTTAAAGTCATGTTCCCTGT SH15590 15590 40 146 YBR084C-A_2_415219_414144_INTRON_3_508 3' exon #REF! #REF! 561 20 CTCTTTTGAGTACGTAAATTCTCTTTTGAGTACGTAAATTCTCTTTTGAGTACGTAAATT SH15591 15591 16 164 YBR084C-A_2_415219_414144_INTRON_3_508 3' exon #REF! #REF! 581 15 ACAGAAGCGGCAAGTACAGAAGCGGCAAGTACAGAAGCGGCAAGTACAGAAGCGGCAAGT SH15592 15592 57 5 YBR089C-A_2_426588_426148_INTRON_1_114 5' exon #REF! #REF! 1 17 TTTCACCTGAACCGTATTTTCACCTGAACCGTATTTTCACCTGAACCGTATTTTCACCTG SH15593 15593 98 38 YBR089C-A_2_426588_426148_INTRON_1_114 5' exon #REF! #REF! 21 16 GTTATGGGCGGCTATTGTTATGGGCGGCTATTGTTATGGGCGGCTATTGTTATGGGCGGC SH15594 15594 34 120 YBR089C-A_2_426588_426148_INTRON_1_114 exon/intron #REF! #REF! 41 17 GACTTACAACTTGAGCAGACTTACAACTTGAGCAGACTTACAACTTGAGCAGACTTACAA SH15595 15595 49 155 YBR089C-A_2_426588_426148_INTRON_1_114 intron #REF! #REF! 61 17 CAGTAGAAAGCTAGAGTCAGTAGAAAGCTAGAGTCAGTAGAAAGCTAGAGTCAGTAGAAA SH15596 15596 31 128 YBR089C-A_2_426588_426148_INTRON_1_114 intron #REF! #REF! 81 17 CAGTCCTTTAGAGGATACAGTCCTTTAGAGGATACAGTCCTTTAGAGGATACAGTCCTTT SH15597 15597 39 123 YBR089C-A_2_426588_426148_INTRON_1_114 intron #REF! #REF! 101 13 GGGGTGCACAGAAGGGGTGCACAGAAGGGGTGCACAGAAGGGGTGCACAGAAGGGGTGCA SH15598 15598 55 187 YBR089C-A_2_426588_426148_INTRON_1_114 intron #REF! #REF! 121 17 GTGCGCTATGATAAACAGTGCGCTATGATAAACAGTGCGCTATGATAAACAGTGCGCTAT SH15599 15599 68 127 YBR089C-A_2_426588_426148_INTRON_1_114 intron #REF! #REF! 141 20 GTTAATTAGTTAGTACTCTTGTTAATTAGTTAGTACTCTTGTTAATTAGTTAGTACTCTT SH15600 15600 29 106 YBR089C-A_2_426588_426148_INTRON_1_114 intron/exon #REF! #REF! 161 23 TTTTATATATGTTAATGTTCTAATTTTATATATGTTAATGTTCTAATTTTATATATGTTA SH15601 15601 61 71 YBR089C-A_2_426588_426148_INTRON_1_114 3' exon #REF! #REF! 181 16 GCCATAGCGCTAGTTTGCCATAGCGCTAGTTTGCCATAGCGCTAGTTTGCCATAGCGCTA SH15602 15602 22 22 YBR119W_2_479296_480281_INTRON_9_97 5' exon #REF! #REF! 1 18 GTCTTTTGTTGATAGCAGGTCTTTTGTTGATAGCAGGTCTTTTGTTGATAGCAGGTCTTT SH15603 15603 28 107 YBR119W_2_479296_480281_INTRON_9_97 5' exon #REF! #REF! 21 17 CTTTAGGTTTGATGAGGCTTTAGGTTTGATGAGGCTTTAGGTTTGATGAGGCTTTAGGTT SH15604 15604 16 61 YBR119W_2_479296_480281_INTRON_9_97 exon/intron #REF! #REF! 41 15 CATACGCTGACATGGCATACGCTGACATGGCATACGCTGACATGGCATACGCTGACATGG SH15605 15605 11 142 YBR119W_2_479296_480281_INTRON_9_97 intron #REF! #REF! 61 19 GAAACGTAAATTACAAGGTGAAACGTAAATTACAAGGTGAAACGTAAATTACAAGGTGAA SH15606 15606 90 99 YBR119W_2_479296_480281_INTRON_9_97 intron #REF! #REF! 81 21 GTTAGTAGAAAGAAGATTTAAGTTAGTAGAAAGAAGATTTAAGTTAGTAGAAAGAAGATT SH15607 15607 85 152 YBR119W_2_479296_480281_INTRON_9_97 intron #REF! #REF! 101 20 AGTATAGAATAATGAAAACGAGTATAGAATAATGAAAACGAGTATAGAATAATGAAAACG SH15608 15608 62 64 YBR119W_2_479296_480281_INTRON_9_97 intron #REF! #REF! 121 19 CTGTTTTTATTGGTCATAGCTGTTTTTATTGGTCATAGCTGTTTTTATTGGTCATAGCTG SH15609 15609 10 132 YBR119W_2_479296_480281_INTRON_9_97 intron/exon #REF! #REF! 141 20 GGTAAATTTTGAAAGTACAGGGTAAATTTTGAAAGTACAGGGTAAATTTTGAAAGTACAG SH15610 15610 75 130 YBR119W_2_479296_480281_INTRON_9_97 3' exon #REF! #REF! 161 13 TGCTGGCCTACTGTGCTGGCCTACTGTGCTGGCCTACTGTGCTGGCCTACTGTGCTGGCC SH15611 15611 2 159 YBR181C_2_592732_591670_INTRON_7_358 5' exon #REF! #REF! 1 20 TGGATAGTTTCAATTAATGATGGATAGTTTCAATTAATGATGGATAGTTTCAATTAATGA SH15612 15612 29 61 YBR181C_2_592732_591670_INTRON_7_358 5' exon #REF! #REF! 21 17 CAGTCGTCTATTCACACCAGTCGTCTATTCACACCAGTCGTCTATTCACACCAGTCGTCT SH15613 15613 67 198 YBR181C_2_592732_591670_INTRON_7_358 exon/intron #REF! #REF! 41 18 TTACATACCTTCATGATGTTACATACCTTCATGATGTTACATACCTTCATGATGTTACAT SH15614 15614 59 112 YBR181C_2_592732_591670_INTRON_7_358 intron #REF! #REF! 61 17 TCTAAGGATTTGGGTGATCTAAGGATTTGGGTGATCTAAGGATTTGGGTGATCTAAGGAT SH15615 15615 102 208 YBR181C_2_592732_591670_INTRON_7_358 intron #REF! #REF! 81 17 GCGTGCTGATTCATTAGGCGTGCTGATTCATTAGGCGTGCTGATTCATTAGGCGTGCTGA SH15616 15616 69 187 YBR181C_2_592732_591670_INTRON_7_358 intron #REF! #REF! 101 15 CAGAAACAGCCGGTTCAGAAACAGCCGGTTCAGAAACAGCCGGTTCAGAAACAGCCGGTT SH15617 15617 68 204 YBR181C_2_592732_591670_INTRON_7_358 intron #REF! #REF! 121 18 TGGGTATACGTTTATCAATGGGTATACGTTTATCAATGGGTATACGTTTATCAATGGGTA SH15618 15618 23 34 YBR181C_2_592732_591670_INTRON_7_358 intron #REF! #REF! 141 22 TTTTTATTATAGTGCACTAATTTTTTTATTATAGTGCACTAATTTTTTTATTATAGTGCA SH15619 15619 17 122 YBR181C_2_592732_591670_INTRON_7_358 intron #REF! #REF! 161 18 ACGTTGTTCTTGAGAATTACGTTGTTCTTGAGAATTACGTTGTTCTTGAGAATTACGTTG SH15620 15620 5 202 YBR181C_2_592732_591670_INTRON_7_358 intron #REF! #REF! 181 19 GGGAATTATCTCGTTTAAAGGGAATTATCTCGTTTAAAGGGAATTATCTCGTTTAAAGGG SH15621 15621 87 28 YBR181C_2_592732_591670_INTRON_7_358 intron #REF! #REF! 201 17 CGGTACGTGTATATTAGCGGTACGTGTATATTAGCGGTACGTGTATATTAGCGGTACGTG SH15622 15622 103 172 YBR181C_2_592732_591670_INTRON_7_358 intron #REF! #REF! 221 18 GCGAGATATTTTCCTAAGGCGAGATATTTTCCTAAGGCGAGATATTTTCCTAAGGCGAGA SH15623 15623 33 129 YBR181C_2_592732_591670_INTRON_7_358 intron #REF! #REF! 241 20 TTCATTCCTTAATTTGAACTTTCATTCCTTAATTTGAACTTTCATTCCTTAATTTGAACT SH15624 15624 6 200 YBR181C_2_592732_591670_INTRON_7_358 intron #REF! #REF! 261 19 CCTTTTCGTAAATTCCTTTCCTTTTCGTAAATTCCTTTCCTTTTCGTAAATTCCTTTCCT SH15625 15625 65 204 YBR181C_2_592732_591670_INTRON_7_358 intron #REF! #REF! 281 23 TTATTTTCATTGATATTTCTAAATTATTTTCATTGATATTTCTAAATTATTTTCATTGAT SH15626 15626 37 52 YBR181C_2_592732_591670_INTRON_7_358 intron #REF! #REF! 301 18 CGTTACAGGTTTTTCTTACGTTACAGGTTTTTCTTACGTTACAGGTTTTTCTTACGTTAC SH15627 15627 86 166 YBR181C_2_592732_591670_INTRON_7_358 intron #REF! #REF! 321 15 CCTGCTGTCCTTTCTCCTGCTGTCCTTTCTCCTGCTGTCCTTTCTCCTGCTGTCCTTTCT SH15628 15628 70 98 YBR181C_2_592732_591670_INTRON_7_358 intron #REF! #REF! 341 18 ATATCGACAAATTCCAACATATCGACAAATTCCAACATATCGACAAATTCCAACATATCG SH15629 15629 12 81 YBR181C_2_592732_591670_INTRON_7_358 intron #REF! #REF! 361 17 GTAAAGTTGTCCGAAGCGTAAAGTTGTCCGAAGCGTAAAGTTGTCCGAAGCGTAAAGTTG SH15630 15630 95 6 YBR181C_2_592732_591670_INTRON_7_358 intron/exon #REF! #REF! 381 22 CTGTTATAAATAATACCATTTGCTGTTATAAATAATACCATTTGCTGTTATAAATAATAC SH15631 15631 4 170 YBR181C_2_592732_591670_INTRON_7_358 3' exon #REF! #REF! 401 18 GGTAAGAAATGTTCAACTGGTAAGAAATGTTCAACTGGTAAGAAATGTTCAACTGGTAAG SH15632 15632 78 83 YBR181C_2_592732_591670_INTRON_7_358 3' exon #REF! #REF! 421 13 GAGACCCGTTGACGAGACCCGTTGACGAGACCCGTTGACGAGACCCGTTGACGAGACCCG SH15633 15633 50 143 YBR186W_2_600511_602318_INTRON_1552_1664 5' exon #REF! #REF! 1 20 GTCCTGATATTTATTGAAGAGTCCTGATATTTATTGAAGAGTCCTGATATTTATTGAAGA SH15634 15634 96 51 YBR186W_2_600511_602318_INTRON_1552_1664 5' exon #REF! #REF! 21 18 AGCAATTTTCCGCAAAATAGCAATTTTCCGCAAAATAGCAATTTTCCGCAAAATAGCAAT SH15635 15635 100 125 YBR186W_2_600511_602318_INTRON_1552_1664 exon/intron #REF! #REF! 41 17 AACATACCGAGCATTTGAACATACCGAGCATTTGAACATACCGAGCATTTGAACATACCG SH15636 15636 97 179 YBR186W_2_600511_602318_INTRON_1552_1664 intron #REF! #REF! 61 21 CGTAAAAGTAGAATAAAAGAACGTAAAAGTAGAATAAAAGAACGTAAAAGTAGAATAAAA SH15637 15637 20 179 YBR186W_2_600511_602318_INTRON_1552_1664 intron #REF! #REF! 81 20 GGAAAGAAAGAAAAAGAATCGGAAAGAAAGAAAAAGAATCGGAAAGAAAGAAAAAGAATC SH15638 15638 53 49 YBR186W_2_600511_602318_INTRON_1552_1664 intron #REF! #REF! 101 20 AAGTGCTTTTTTATGAAGAAAAGTGCTTTTTTATGAAGAAAAGTGCTTTTTTATGAAGAA SH15639 15639 93 53 YBR186W_2_600511_602318_INTRON_1552_1664 intron #REF! #REF! 121 18 GACAAAGACAGTTAGTGAGACAAAGACAGTTAGTGAGACAAAGACAGTTAGTGAGACAAA SH15640 15640 24 149 YBR186W_2_600511_602318_INTRON_1552_1664 intron #REF! #REF! 141 20 TATTGATCGCATATTTATGTTATTGATCGCATATTTATGTTATTGATCGCATATTTATGT SH15641 15641 85 16 YBR186W_2_600511_602318_INTRON_1552_1664 intron/exon #REF! #REF! 161 17 CTGATATCAACGGTCTACTGATATCAACGGTCTACTGATATCAACGGTCTACTGATATCA SH15642 15642 45 27 YBR186W_2_600511_602318_INTRON_1552_1664 3' exon #REF! #REF! 181 20 GCAATTTCCTTATTGTTCTAGCAATTTCCTTATTGTTCTAGCAATTTCCTTATTGTTCTA SH15643 15643 5 209 YBR189W_2_604466_605466_INTRON_8_420 5' exon #REF! #REF! 1 18 TGCTTTCTTTCTTGTCTATGCTTTCTTTCTTGTCTATGCTTTCTTTCTTGTCTATGCTTT SH15644 15644 73 127 YBR189W_2_604466_605466_INTRON_8_420 5' exon #REF! #REF! 21 18 CTTAGTCTTAGTTGTCTTCTTAGTCTTAGTTGTCTTCTTAGTCTTAGTTGTCTTCTTAGT SH15645 15645 7 159 YBR189W_2_604466_605466_INTRON_8_420 exon/intron #REF! #REF! 41 17 TACGTACTTGGCATTGTTACGTACTTGGCATTGTTACGTACTTGGCATTGTTACGTACTT SH15646 15646 24 31 YBR189W_2_604466_605466_INTRON_8_420 intron #REF! #REF! 61 17 TCCTCTTCGATATAGTCTCCTCTTCGATATAGTCTCCTCTTCGATATAGTCTCCTCTTCG SH15647 15647 86 206 YBR189W_2_604466_605466_INTRON_8_420 intron #REF! #REF! 81 18 AGTCAGAGTGAAGAATTTAGTCAGAGTGAAGAATTTAGTCAGAGTGAAGAATTTAGTCAG SH15648 15648 57 142 YBR189W_2_604466_605466_INTRON_8_420 intron #REF! #REF! 101 19 GAACCTCTTTCAAAATCAAGAACCTCTTTCAAAATCAAGAACCTCTTTCAAAATCAAGAA SH15649 15649 21 139 YBR189W_2_604466_605466_INTRON_8_420 intron #REF! #REF! 121 18 CAAATATTTATGAGGACCCAAATATTTATGAGGACCCAAATATTTATGAGGACCCAAATA SH15650 15650 96 168 YBR189W_2_604466_605466_INTRON_8_420 intron #REF! #REF! 141 22 TACTATTATGGAATTTCATATTTACTATTATGGAATTTCATATTTACTATTATGGAATTT SH15651 15651 86 205 YBR189W_2_604466_605466_INTRON_8_420 intron #REF! #REF! 161 18 CTACTCAATGAAGGTATACTACTCAATGAAGGTATACTACTCAATGAAGGTATACTACTC SH15652 15652 81 50 YBR189W_2_604466_605466_INTRON_8_420 intron #REF! #REF! 181 13 CAGGCTGTTGTCGCAGGCTGTTGTCGCAGGCTGTTGTCGCAGGCTGTTGTCGCAGGCTGT SH15653 15653 59 176 YBR189W_2_604466_605466_INTRON_8_420 intron #REF! #REF! 201 22 TAAAGATATTCATAATATGGATTAAAGATATTCATAATATGGATTAAAGATATTCATAAT SH15654 15654 53 172 YBR189W_2_604466_605466_INTRON_8_420 intron #REF! #REF! 221 18 GGGAGTTCAGTGTAAATAGGGAGTTCAGTGTAAATAGGGAGTTCAGTGTAAATAGGGAGT SH15655 15655 73 19 YBR189W_2_604466_605466_INTRON_8_420 intron #REF! #REF! 241 17 CCTGTTTAACTGAAGTGCCTGTTTAACTGAAGTGCCTGTTTAACTGAAGTGCCTGTTTAA SH15656 15656 3 166 YBR189W_2_604466_605466_INTRON_8_420 intron #REF! #REF! 261 18 CACCTTGATCTCTAATGTCACCTTGATCTCTAATGTCACCTTGATCTCTAATGTCACCTT SH15657 15657 69 172 YBR189W_2_604466_605466_INTRON_8_420 intron #REF! #REF! 281 17 GAGATGTTCCCTATTAGGAGATGTTCCCTATTAGGAGATGTTCCCTATTAGGAGATGTTC SH15658 15658 5 97 YBR189W_2_604466_605466_INTRON_8_420 intron #REF! #REF! 301 16 CTGTCCCATTGTTACGCTGTCCCATTGTTACGCTGTCCCATTGTTACGCTGTCCCATTGT SH15659 15659 71 61 YBR189W_2_604466_605466_INTRON_8_420 intron #REF! #REF! 321 17 TCCGCCTTGGAAAATAATCCGCCTTGGAAAATAATCCGCCTTGGAAAATAATCCGCCTTG SH15660 15660 94 53 YBR189W_2_604466_605466_INTRON_8_420 intron #REF! #REF! 341 20 GATTAAAAACGCATAATTAGGATTAAAAACGCATAATTAGGATTAAAAACGCATAATTAG SH15661 15661 57 71 YBR189W_2_604466_605466_INTRON_8_420 intron #REF! #REF! 361 22 CTCATAAATATTGTAGAGATATCTCATAAATATTGTAGAGATATCTCATAAATATTGTAG SH15662 15662 47 6 YBR189W_2_604466_605466_INTRON_8_420 intron #REF! #REF! 381 15 GCCCAAGTAAGTGCTGCCCAAGTAAGTGCTGCCCAAGTAAGTGCTGCCCAAGTAAGTGCT SH15663 15663 42 140 YBR189W_2_604466_605466_INTRON_8_420 intron #REF! #REF! 401 16 CCGGAACAAAAGTCTGCCGGAACAAAAGTCTGCCGGAACAAAAGTCTGCCGGAACAAAAG SH15664 15664 25 154 YBR189W_2_604466_605466_INTRON_8_420 intron #REF! #REF! 421 20 GATTCTTGTTAGTCAAAAGTGATTCTTGTTAGTCAAAAGTGATTCTTGTTAGTCAAAAGT SH15665 15665 96 110 YBR189W_2_604466_605466_INTRON_8_420 intron #REF! #REF! 441 23 CTAAAAAAAAAAAAGTAAAATTGCTAAAAAAAAAAAAGTAAAATTGCTAAAAAAAAAAAA SH15666 15666 57 126 YBR189W_2_604466_605466_INTRON_8_420 intron/exon #REF! #REF! 461 16 GTTCTTGGAGCTCCTAGTTCTTGGAGCTCCTAGTTCTTGGAGCTCCTAGTTCTTGGAGCT SH15667 15667 70 67 YBR189W_2_604466_605466_INTRON_8_420 3' exon #REF! #REF! 481 18 TGTAGAGTAAGTCTTAGATGTAGAGTAAGTCTTAGATGTAGAGTAAGTCTTAGATGTAGA SH15668 15668 24 35 YBR191W_2_606228_607098_INTRON_12_399 5' exon #REF! #REF! 1 18 TGGTTCTCTTATTCCAAATGGTTCTCTTATTCCAAATGGTTCTCTTATTCCAAATGGTTC SH15669 15669 12 95 YBR191W_2_606228_607098_INTRON_12_399 5' exon #REF! #REF! 21 20 TTGTTGCTAGTTATTTTTGTTTGTTGCTAGTTATTTTTGTTTGTTGCTAGTTATTTTTGT SH15670 15670 10 18 YBR191W_2_606228_607098_INTRON_12_399 exon/intron #REF! #REF! 41 17 GACATACGATTTACCCAGACATACGATTTACCCAGACATACGATTTACCCAGACATACGA SH15671 15671 41 22 YBR191W_2_606228_607098_INTRON_12_399 intron #REF! #REF! 61 19 CTGTAGATTCATAGGATTACTGTAGATTCATAGGATTACTGTAGATTCATAGGATTACTG SH15672 15672 101 186 YBR191W_2_606228_607098_INTRON_12_399 intron #REF! #REF! 81 17 TACCATGATTCGTTCGTTACCATGATTCGTTCGTTACCATGATTCGTTCGTTACCATGAT SH15673 15673 82 128 YBR191W_2_606228_607098_INTRON_12_399 intron #REF! #REF! 101 17 ACGATATGTTCGGTTTGACGATATGTTCGGTTTGACGATATGTTCGGTTTGACGATATGT SH15674 15674 81 132 YBR191W_2_606228_607098_INTRON_12_399 intron #REF! #REF! 121 22 GTCTTTAAATCTTTTTATTTCTGTCTTTAAATCTTTTTATTTCTGTCTTTAAATCTTTTT SH15675 15675 61 157 YBR191W_2_606228_607098_INTRON_12_399 intron #REF! #REF! 141 17 ATTCACACTAGACACGTATTCACACTAGACACGTATTCACACTAGACACGTATTCACACT SH15676 15676 29 49 YBR191W_2_606228_607098_INTRON_12_399 intron #REF! #REF! 161 18 CTCTAATGATATGTTTGCCTCTAATGATATGTTTGCCTCTAATGATATGTTTGCCTCTAA SH15677 15677 101 180 YBR191W_2_606228_607098_INTRON_12_399 intron #REF! #REF! 181 18 CTTATCTGCCCAATATTTCTTATCTGCCCAATATTTCTTATCTGCCCAATATTTCTTATC SH15678 15678 14 199 YBR191W_2_606228_607098_INTRON_12_399 intron #REF! #REF! 201 17 AGAATCAGTGTAGCATCAGAATCAGTGTAGCATCAGAATCAGTGTAGCATCAGAATCAGT SH15679 15679 78 205 YBR191W_2_606228_607098_INTRON_12_399 intron #REF! #REF! 221 20 CTATCATGTCACGTAATTTTCTATCATGTCACGTAATTTTCTATCATGTCACGTAATTTT SH15680 15680 73 35 YBR191W_2_606228_607098_INTRON_12_399 intron #REF! #REF! 241 15 CAGCCCGTTAAAAGCCAGCCCGTTAAAAGCCAGCCCGTTAAAAGCCAGCCCGTTAAAAGC SH15681 15681 87 169 YBR191W_2_606228_607098_INTRON_12_399 intron #REF! #REF! 261 18 AACGACTGTAAACTAATGAACGACTGTAAACTAATGAACGACTGTAAACTAATGAACGAC SH15682 15682 86 73 YBR191W_2_606228_607098_INTRON_12_399 intron #REF! #REF! 281 22 TAATGTTGAACTAATTTTCAAATAATGTTGAACTAATTTTCAAATAATGTTGAACTAATT SH15683 15683 46 102 YBR191W_2_606228_607098_INTRON_12_399 intron #REF! #REF! 301 20 TTGTAATTACTACACTTCTATTGTAATTACTACACTTCTATTGTAATTACTACACTTCTA SH15684 15684 75 128 YBR191W_2_606228_607098_INTRON_12_399 intron #REF! #REF! 321 17 ATGTTTGGAAAAAGGGCATGTTTGGAAAAAGGGCATGTTTGGAAAAAGGGCATGTTTGGA SH15685 15685 7 110 YBR191W_2_606228_607098_INTRON_12_399 intron #REF! #REF! 341 15 GTCCCAGCACATAACGTCCCAGCACATAACGTCCCAGCACATAACGTCCCAGCACATAAC SH15686 15686 71 94 YBR191W_2_606228_607098_INTRON_12_399 intron #REF! #REF! 361 17 GTTTTGCGAGTTTCTGAGTTTTGCGAGTTTCTGAGTTTTGCGAGTTTCTGAGTTTTGCGA SH15687 15687 21 75 YBR191W_2_606228_607098_INTRON_12_399 intron #REF! #REF! 381 20 AGAAATCATGTTAGTATTCTAGAAATCATGTTAGTATTCTAGAAATCATGTTAGTATTCT SH15688 15688 96 22 YBR191W_2_606228_607098_INTRON_12_399 intron #REF! #REF! 401 25 AAATAAATCAAAATTAAGATTTATAAAATAAATCAAAATTAAGATTTATAAAATAAATCA SH15689 15689 32 199 YBR191W_2_606228_607098_INTRON_12_399 intron/exon #REF! #REF! 421 20 GTCTGTATTATAAGGAAATAGTCTGTATTATAAGGAAATAGTCTGTATTATAAGGAAATA SH15690 15690 23 120 YBR191W_2_606228_607098_INTRON_12_399 3' exon #REF! #REF! 441 16 CGAGATCTGTAACCGTCGAGATCTGTAACCGTCGAGATCTGTAACCGTCGAGATCTGTAA SH15691 15691 85 138 YBR191W_2_606228_607098_INTRON_12_399 3' exon #REF! #REF! 461 17 CGTTGGAACATGTAACGCGTTGGAACATGTAACGCGTTGGAACATGTAACGCGTTGGAAC SH15692 15692 50 192 YBR220C_2_663261_662457_INTRON_302_722 5' exon #REF! #REF! 1 17 GGAGGATTTTCCTTTTCGGAGGATTTTCCTTTTCGGAGGATTTTCCTTTTCGGAGGATTT SH15693 15693 29 75 YBR220C_2_663261_662457_INTRON_302_722 5' exon #REF! #REF! 21 17 GATTGGCAGACTTTGTAGATTGGCAGACTTTGTAGATTGGCAGACTTTGTAGATTGGCAG SH15694 15694 19 85 YBR220C_2_663261_662457_INTRON_302_722 exon/intron #REF! #REF! 41 15 CGTACATCTCCAGGACGTACATCTCCAGGACGTACATCTCCAGGACGTACATCTCCAGGA SH15695 15695 57 66 YBR220C_2_663261_662457_INTRON_302_722 intron #REF! #REF! 61 17 ATTCTTGTTTGAGGGGTATTCTTGTTTGAGGGGTATTCTTGTTTGAGGGGTATTCTTGTT SH15696 15696 69 9 YBR220C_2_663261_662457_INTRON_302_722 intron #REF! #REF! 81 17 CTTGAACGTAATGTCGTCTTGAACGTAATGTCGTCTTGAACGTAATGTCGTCTTGAACGT SH15697 15697 54 46 YBR220C_2_663261_662457_INTRON_302_722 intron #REF! #REF! 101 20 ATTACGATACTCGTTAAAATATTACGATACTCGTTAAAATATTACGATACTCGTTAAAAT SH15698 15698 65 92 YBR220C_2_663261_662457_INTRON_302_722 intron #REF! #REF! 121 22 TACATAAAAAGATCTTGTAAATTACATAAAAAGATCTTGTAAATTACATAAAAAGATCTT SH15699 15699 78 26 YBR220C_2_663261_662457_INTRON_302_722 intron #REF! #REF! 141 17 TTCTGCTTCCTGTAGTATTCTGCTTCCTGTAGTATTCTGCTTCCTGTAGTATTCTGCTTC SH15700 15700 68 163 YBR220C_2_663261_662457_INTRON_302_722 intron #REF! #REF! 161 19 CTGGTATTGATACTCATTTCTGGTATTGATACTCATTTCTGGTATTGATACTCATTTCTG SH15701 15701 93 211 YBR220C_2_663261_662457_INTRON_302_722 intron #REF! #REF! 181 20 ATTCTCATTAACAGATTTACATTCTCATTAACAGATTTACATTCTCATTAACAGATTTAC SH15702 15702 47 189 YBR220C_2_663261_662457_INTRON_302_722 intron #REF! #REF! 201 17 ACTGGGATAATGTGATGACTGGGATAATGTGATGACTGGGATAATGTGATGACTGGGATA SH15703 15703 67 175 YBR220C_2_663261_662457_INTRON_302_722 intron #REF! #REF! 221 17 TTTTCCCTTGCATGGAATTTTCCCTTGCATGGAATTTTCCCTTGCATGGAATTTTCCCTT SH15704 15704 57 111 YBR220C_2_663261_662457_INTRON_302_722 intron #REF! #REF! 241 20 TATAGAAATGTCGTATAGTATATAGAAATGTCGTATAGTATATAGAAATGTCGTATAGTA SH15705 15705 15 165 YBR220C_2_663261_662457_INTRON_302_722 intron #REF! #REF! 261 21 GACCTTAATTGATAATTAAAGGACCTTAATTGATAATTAAAGGACCTTAATTGATAATTA SH15706 15706 82 213 YBR220C_2_663261_662457_INTRON_302_722 intron #REF! #REF! 281 18 TTTTCGTACAGAAAGATGTTTTCGTACAGAAAGATGTTTTCGTACAGAAAGATGTTTTCG SH15707 15707 85 12 YBR220C_2_663261_662457_INTRON_302_722 intron #REF! #REF! 301 17 TAGTGACAATCGTGGTTTAGTGACAATCGTGGTTTAGTGACAATCGTGGTTTAGTGACAA SH15708 15708 9 155 YBR220C_2_663261_662457_INTRON_302_722 intron #REF! #REF! 321 15 GGGTAAGGGACACGTGGGTAAGGGACACGTGGGTAAGGGACACGTGGGTAAGGGACACGT SH15709 15709 22 7 YBR220C_2_663261_662457_INTRON_302_722 intron #REF! #REF! 341 15 ACGCTATCAGCAGCTACGCTATCAGCAGCTACGCTATCAGCAGCTACGCTATCAGCAGCT SH15710 15710 51 43 YBR220C_2_663261_662457_INTRON_302_722 intron #REF! #REF! 361 13 TGGCTGTGCCTGTTGGCTGTGCCTGTTGGCTGTGCCTGTTGGCTGTGCCTGTTGGCTGTG SH15711 15711 81 111 YBR220C_2_663261_662457_INTRON_302_722 intron #REF! #REF! 381 16 CTCTCTGCCAATCACACTCTCTGCCAATCACACTCTCTGCCAATCACACTCTCTGCCAAT SH15712 15712 95 184 YBR220C_2_663261_662457_INTRON_302_722 intron #REF! #REF! 401 13 TTCCGCAGGAAGGTTCCGCAGGAAGGTTCCGCAGGAAGGTTCCGCAGGAAGGTTCCGCAG SH15713 15713 98 156 YBR220C_2_663261_662457_INTRON_302_722 intron #REF! #REF! 421 17 AGTCATATGTGCCTTTGAGTCATATGTGCCTTTGAGTCATATGTGCCTTTGAGTCATATG SH15714 15714 52 95 YBR220C_2_663261_662457_INTRON_302_722 intron #REF! #REF! 441 22 AATTAATTGCGAAAAAAAAAAGAATTAATTGCGAAAAAAAAAAGAATTAATTGCGAAAAA SH15715 15715 13 74 YBR220C_2_663261_662457_INTRON_302_722 intron/exon #REF! #REF! 461 23 AAAAATGAAAAACTATTAGAAAAAAAAATGAAAAACTATTAGAAAAAAAAATGAAAAACT SH15716 15716 50 86 YBR220C_2_663261_662457_INTRON_302_722 3' exon #REF! #REF! 481 21 CTGCCAAAATTGTAAAAAAAACTGCCAAAATTGTAAAAAAAACTGCCAAAATTGTAAAAA SH15717 15717 31 49 YBR220C_2_663261_662457_INTRON_302_722 3' exon #REF! #REF! 501 15 AGCTCGAGACGTAACAGCTCGAGACGTAACAGCTCGAGACGTAACAGCTCGAGACGTAAC SH15718 15718 35 30 YBR255C-A_2_727032_726576_INTRON_64_157 5' exon #REF! #REF! 1 18 CATAATGAATGGGGAGAACATAATGAATGGGGAGAACATAATGAATGGGGAGAACATAAT SH15719 15719 99 125 YBR255C-A_2_727032_726576_INTRON_64_157 5' exon #REF! #REF! 21 18 TTGTTTAACAGTTTTGGGTTGTTTAACAGTTTTGGGTTGTTTAACAGTTTTGGGTTGTTT SH15720 15720 48 141 YBR255C-A_2_727032_726576_INTRON_64_157 exon/intron #REF! #REF! 41 22 AATTTTACATACTTCTTTAGTTAATTTTACATACTTCTTTAGTTAATTTTACATACTTCT SH15721 15721 30 19 YBR255C-A_2_727032_726576_INTRON_64_157 intron #REF! #REF! 61 18 GCCAGATATATTCTTGAAGCCAGATATATTCTTGAAGCCAGATATATTCTTGAAGCCAGA SH15722 15722 40 186 YBR255C-A_2_727032_726576_INTRON_64_157 intron #REF! #REF! 81 15 GGGGTGAACAAGACAGGGGTGAACAAGACAGGGGTGAACAAGACAGGGGTGAACAAGACA SH15723 15723 95 77 YBR255C-A_2_727032_726576_INTRON_64_157 intron #REF! #REF! 101 18 GACTTGTGTTAGCGATTTGACTTGTGTTAGCGATTTGACTTGTGTTAGCGATTTGACTTG SH15724 15724 27 18 YBR255C-A_2_727032_726576_INTRON_64_157 intron #REF! #REF! 121 20 GAATGAGAAAGAAGGTTAATGAATGAGAAAGAAGGTTAATGAATGAGAAAGAAGGTTAAT SH15725 15725 63 63 YBR255C-A_2_727032_726576_INTRON_64_157 intron/exon #REF! #REF! 141 18 GATGCAACAGTAATCTACGATGCAACAGTAATCTACGATGCAACAGTAATCTACGATGCA SH15726 15726 92 142 YBR255C-A_2_727032_726576_INTRON_64_157 3' exon #REF! #REF! 161 15 GGGCAGCTCCTATACGGGCAGCTCCTATACGGGCAGCTCCTATACGGGCAGCTCCTATAC SH15727 15727 56 54 YBR230C_2_680008_679507_INTRON_12_108 5' exon #REF! #REF! 1 20 AGATGTTATGTTTCTAATTGAGATGTTATGTTTCTAATTGAGATGTTATGTTTCTAATTG SH15728 15728 60 163 YBR230C_2_680008_679507_INTRON_12_108 5' exon #REF! #REF! 21 15 TGAGATGCTGGAGGTTGAGATGCTGGAGGTTGAGATGCTGGAGGTTGAGATGCTGGAGGT SH15729 15729 60 53 YBR230C_2_680008_679507_INTRON_12_108 exon/intron #REF! #REF! 41 17 TACATACGTTGCAGACATACATACGTTGCAGACATACATACGTTGCAGACATACATACGT SH15730 15730 9 24 YBR230C_2_680008_679507_INTRON_12_108 intron #REF! #REF! 61 19 CGATACGTTTCAGATATTACGATACGTTTCAGATATTACGATACGTTTCAGATATTACGA SH15731 15731 21 23 YBR230C_2_680008_679507_INTRON_12_108 intron #REF! #REF! 81 17 CCGGGAGAAAAGATTAGCCGGGAGAAAAGATTAGCCGGGAGAAAAGATTAGCCGGGAGAA SH15732 15732 37 86 YBR230C_2_680008_679507_INTRON_12_108 intron #REF! #REF! 101 20 GATATACGTTAGTCAAAAGAGATATACGTTAGTCAAAAGAGATATACGTTAGTCAAAAGA SH15733 15733 62 204 YBR230C_2_680008_679507_INTRON_12_108 intron #REF! #REF! 121 18 AGAAAGATGGTCATAGATAGAAAGATGGTCATAGATAGAAAGATGGTCATAGATAGAAAG SH15734 15734 7 192 YBR230C_2_680008_679507_INTRON_12_108 intron/exon #REF! #REF! 141 15 GTTTAGCACTGGGGAGTTTAGCACTGGGGAGTTTAGCACTGGGGAGTTTAGCACTGGGGA SH15735 15735 9 134 YBR230C_2_680008_679507_INTRON_12_108 3' exon #REF! #REF! 161 15 TGGGCTAGCGTTACTTGGGCTAGCGTTACTTGGGCTAGCGTTACTTGGGCTAGCGTTACT SH15736 15736 91 47 YBR230C_2_680008_679507_INTRON_12_108 3' exon #REF! #REF! 181 15 CCGTCTTCAGAGTCACCGTCTTCAGAGTCACCGTCTTCAGAGTCACCGTCTTCAGAGTCA SH15737 15737 95 204 YCR028C-A_3_173432_172942_INTRON_243_325 5' exon #REF! #REF! 1 18 TTGAGGTTCATTGAAAACTTGAGGTTCATTGAAAACTTGAGGTTCATTGAAAACTTGAGG SH15738 15738 4 120 YCR028C-A_3_173432_172942_INTRON_243_325 5' exon #REF! #REF! 21 20 CATATTCTGTCAAAAAATTGCATATTCTGTCAAAAAATTGCATATTCTGTCAAAAAATTG SH15739 15739 34 174 YCR028C-A_3_173432_172942_INTRON_243_325 exon/intron #REF! #REF! 41 20 AATAACATACCCTTTTCTAAAATAACATACCCTTTTCTAAAATAACATACCCTTTTCTAA SH15740 15740 34 42 YCR028C-A_3_173432_172942_INTRON_243_325 intron #REF! #REF! 61 22 AAGTAAGTAAAATTGAAGAATAAAGTAAGTAAAATTGAAGAATAAAGTAAGTAAAATTGA SH15741 15741 91 16 YCR028C-A_3_173432_172942_INTRON_243_325 intron #REF! #REF! 81 20 TTATAACGCGTAATTGTAAATTATAACGCGTAATTGTAAATTATAACGCGTAATTGTAAA SH15742 15742 44 119 YCR028C-A_3_173432_172942_INTRON_243_325 intron #REF! #REF! 101 20 GTAAAGGAAATGTTAGTAAAGTAAAGGAAATGTTAGTAAAGTAAAGGAAATGTTAGTAAA SH15743 15743 28 12 YCR028C-A_3_173432_172942_INTRON_243_325 intron/exon #REF! #REF! 121 20 CAAAGCGCTGAATAAATTATCAAAGCGCTGAATAAATTATCAAAGCGCTGAATAAATTAT SH15744 15744 75 190 YCR028C-A_3_173432_172942_INTRON_243_325 3' exon #REF! #REF! 141 18 ATCTGCTTCAACATATACATCTGCTTCAACATATACATCTGCTTCAACATATACATCTGC SH15745 15745 75 59 YCR028C-A_3_173432_172942_INTRON_243_325 3' exon #REF! #REF! 161 17 CGAAGACATAGTTAGCACGAAGACATAGTTAGCACGAAGACATAGTTAGCACGAAGACAT SH15746 15746 13 127 YCR031C_3_178212_177492_INTRON_8_314 5' exon #REF! #REF! 1 18 TCCTTGGGTTTAAAATAGTCCTTGGGTTTAAAATAGTCCTTGGGTTTAAAATAGTCCTTG SH15747 15747 100 193 YCR031C_3_178212_177492_INTRON_8_314 5' exon #REF! #REF! 21 18 GTTCTTGTGGTTTCTTACGTTCTTGTGGTTTCTTACGTTCTTGTGGTTTCTTACGTTCTT SH15748 15748 3 73 YCR031C_3_178212_177492_INTRON_8_314 exon/intron #REF! #REF! 41 17 AACATACTAGACATGGCAACATACTAGACATGGCAACATACTAGACATGGCAACATACTA SH15749 15749 96 152 YCR031C_3_178212_177492_INTRON_8_314 intron #REF! #REF! 61 20 TAAAAATGTTCACTATGTGATAAAAATGTTCACTATGTGATAAAAATGTTCACTATGTGA SH15750 15750 44 39 YCR031C_3_178212_177492_INTRON_8_314 intron #REF! #REF! 81 18 TGGAAAATAGAGATGCTTTGGAAAATAGAGATGCTTTGGAAAATAGAGATGCTTTGGAAA SH15751 15751 81 30 YCR031C_3_178212_177492_INTRON_8_314 intron #REF! #REF! 101 19 GAAACATTCAACAACAATCGAAACATTCAACAACAATCGAAACATTCAACAACAATCGAA SH15752 15752 31 166 YCR031C_3_178212_177492_INTRON_8_314 intron #REF! #REF! 121 13 CTTGCACGTCGTCCTTGCACGTCGTCCTTGCACGTCGTCCTTGCACGTCGTCCTTGCACG SH15753 15753 10 166 YCR031C_3_178212_177492_INTRON_8_314 intron #REF! #REF! 141 19 CTTTATGTTTCTGACTTTCCTTTATGTTTCTGACTTTCCTTTATGTTTCTGACTTTCCTT SH15754 15754 78 53 YCR031C_3_178212_177492_INTRON_8_314 intron #REF! #REF! 161 19 CAATGAATTCGTTGAATTGCAATGAATTCGTTGAATTGCAATGAATTCGTTGAATTGCAA SH15755 15755 61 139 YCR031C_3_178212_177492_INTRON_8_314 intron #REF! #REF! 181 18 CTATGAATTACTTTGGAGCTATGAATTACTTTGGAGCTATGAATTACTTTGGAGCTATGA SH15756 15756 98 121 YCR031C_3_178212_177492_INTRON_8_314 intron #REF! #REF! 201 18 ACAATAGGCTCTACTAATACAATAGGCTCTACTAATACAATAGGCTCTACTAATACAATA SH15757 15757 15 190 YCR031C_3_178212_177492_INTRON_8_314 intron #REF! #REF! 221 18 CAAAATATACTGCCATTGCAAAATATACTGCCATTGCAAAATATACTGCCATTGCAAAAT SH15758 15758 59 151 YCR031C_3_178212_177492_INTRON_8_314 intron #REF! #REF! 241 20 TTTCCATCGAAAAAAAAGTTTTTCCATCGAAAAAAAAGTTTTTCCATCGAAAAAAAAGTT SH15759 15759 25 75 YCR031C_3_178212_177492_INTRON_8_314 intron #REF! #REF! 261 19 CTTACATAGTATCTTTGCTCTTACATAGTATCTTTGCTCTTACATAGTATCTTTGCTCTT SH15760 15760 21 51 YCR031C_3_178212_177492_INTRON_8_314 intron #REF! #REF! 281 23 ATCCAAAAGTTTTTTTTTTTAATATCCAAAAGTTTTTTTTTTTAATATCCAAAAGTTTTT SH15761 15761 6 27 YCR031C_3_178212_177492_INTRON_8_314 intron #REF! #REF! 301 18 CGTAATGTTGTTAGTATCCGTAATGTTGTTAGTATCCGTAATGTTGTTAGTATCCGTAAT SH15762 15762 5 4 YCR031C_3_178212_177492_INTRON_8_314 intron #REF! #REF! 321 17 GATATCGGACGATATCAGATATCGGACGATATCAGATATCGGACGATATCAGATATCGGA SH15763 15763 96 102 YCR031C_3_178212_177492_INTRON_8_314 intron/exon #REF! #REF! 341 20 CGTCTAAATGGAAATAGTAACGTCTAAATGGAAATAGTAACGTCTAAATGGAAATAGTAA SH15764 15764 45 8 YCR031C_3_178212_177492_INTRON_8_314 3' exon #REF! #REF! 361 17 GTCACGAGCTTGAACAAGTCACGAGCTTGAACAAGTCACGAGCTTGAACAAGTCACGAGC SH15765 15765 20 182 YCR031C_3_178212_177492_INTRON_8_314 3' exon #REF! #REF! 381 17 ACACCAAAAACTTGGGAACACCAAAAACTTGGGAACACCAAAAACTTGGGAACACCAAAA SH15766 15766 48 17 YCR097W_3_293828_294314_INTRON_106_159 5' exon #REF! #REF! 1 18 CATCAATCTCAGTACCTACATCAATCTCAGTACCTACATCAATCTCAGTACCTACATCAA SH15767 15767 10 149 YCR097W_3_293828_294314_INTRON_106_159 5' exon #REF! #REF! 21 22 GATTATTAGTATTGAGATTGATGATTATTAGTATTGAGATTGATGATTATTAGTATTGAG SH15768 15768 54 196 YCR097W_3_293828_294314_INTRON_106_159 exon/intron #REF! #REF! 41 22 ATGAAAACATACATTATAAAGAATGAAAACATACATTATAAAGAATGAAAACATACATTA SH15769 15769 30 62 YCR097W_3_293828_294314_INTRON_106_159 intron #REF! #REF! 61 18 AAAGGCTATCCTTGAAATAAAGGCTATCCTTGAAATAAAGGCTATCCTTGAAATAAAGGC SH15770 15770 18 54 YCR097W_3_293828_294314_INTRON_106_159 intron #REF! #REF! 81 22 GAAGTATTGTTAGTAAATTGATGAAGTATTGTTAGTAAATTGATGAAGTATTGTTAGTAA SH15771 15771 81 122 YCR097W_3_293828_294314_INTRON_106_159 intron/exon #REF! #REF! 101 20 TACTTTCCATTATAAACTGATACTTTCCATTATAAACTGATACTTTCCATTATAAACTGA SH15772 15772 91 187 YCR097W_3_293828_294314_INTRON_106_159 3' exon #REF! #REF! 121 18 GCTCTACTTTAGTCAAATGCTCTACTTTAGTCAAATGCTCTACTTTAGTCAAATGCTCTA SH15773 15773 35 200 YDL012C_4_431513_431104_INTRON_46_131 5' exon #REF! #REF! 1 17 TTGAGCTGACATGAGATTTGAGCTGACATGAGATTTGAGCTGACATGAGATTTGAGCTGA SH15774 15774 59 197 YDL012C_4_431513_431104_INTRON_46_131 5' exon #REF! #REF! 21 17 GCAGAGTTTCCGTAATAGCAGAGTTTCCGTAATAGCAGAGTTTCCGTAATAGCAGAGTTT SH15775 15775 66 113 YDL012C_4_431513_431104_INTRON_46_131 exon/intron #REF! #REF! 41 17 AACGTACGCTTTGTTTGAACGTACGCTTTGTTTGAACGTACGCTTTGTTTGAACGTACGC SH15776 15776 49 75 YDL012C_4_431513_431104_INTRON_46_131 intron #REF! #REF! 61 20 CTAAAGGCAAAACTTGTAAACTAAAGGCAAAACTTGTAAACTAAAGGCAAAACTTGTAAA SH15777 15777 31 54 YDL012C_4_431513_431104_INTRON_46_131 intron #REF! #REF! 81 18 TTAGTACGATGTGATCTTTTAGTACGATGTGATCTTTTAGTACGATGTGATCTTTTAGTA SH15778 15778 83 132 YDL012C_4_431513_431104_INTRON_46_131 intron #REF! #REF! 101 18 AATGAAAATACAAGGGCTAATGAAAATACAAGGGCTAATGAAAATACAAGGGCTAATGAA SH15779 15779 78 17 YDL012C_4_431513_431104_INTRON_46_131 intron/exon #REF! #REF! 121 18 TACTGAATCGAAAGTGATTACTGAATCGAAAGTGATTACTGAATCGAAAGTGATTACTGA SH15780 15780 73 49 YDL012C_4_431513_431104_INTRON_46_131 3' exon #REF! #REF! 141 13 GCGCTAGGACGAGGCGCTAGGACGAGGCGCTAGGACGAGGCGCTAGGACGAGGCGCTAGG SH15781 15781 22 207 YDL012C_4_431513_431104_INTRON_46_131 3' exon #REF! #REF! 161 16 CCGTTTCATATCCTGGCCGTTTCATATCCTGGCCGTTTCATATCCTGGCCGTTTCATATC SH15782 15782 66 82 YDL029W_4_399336_400634_INTRON_23_145 5' exon #REF! #REF! 1 23 TTATATAGTTTTGTTAGTTTATTTTATATAGTTTTGTTAGTTTATTTTATATAGTTTTGT SH15783 15783 70 158 YDL029W_4_399336_400634_INTRON_23_145 5' exon #REF! #REF! 21 18 GTGGGTCCATTATTATTAGTGGGTCCATTATTATTAGTGGGTCCATTATTATTAGTGGGT SH15784 15784 69 91 YDL029W_4_399336_400634_INTRON_23_145 exon/intron #REF! #REF! 41 18 CAACATACCAATTGGATTCAACATACCAATTGGATTCAACATACCAATTGGATTCAACAT SH15785 15785 98 102 YDL029W_4_399336_400634_INTRON_23_145 intron #REF! #REF! 61 20 CCACAAACACTAAAAATATCCCACAAACACTAAAAATATCCCACAAACACTAAAAATATC SH15786 15786 16 144 YDL029W_4_399336_400634_INTRON_23_145 intron #REF! #REF! 81 15 CGAGCTCAATTGCCTCGAGCTCAATTGCCTCGAGCTCAATTGCCTCGAGCTCAATTGCCT SH15787 15787 28 141 YDL029W_4_399336_400634_INTRON_23_145 intron #REF! #REF! 101 15 GGCAAAGCCAAAAGGGGCAAAGCCAAAAGGGGCAAAGCCAAAAGGGGCAAAGCCAAAAGG SH15788 15788 64 61 YDL029W_4_399336_400634_INTRON_23_145 intron #REF! #REF! 121 20 GGTAAAAGAACTAAAATGCAGGTAAAAGAACTAAAATGCAGGTAAAAGAACTAAAATGCA SH15789 15789 53 31 YDL029W_4_399336_400634_INTRON_23_145 intron #REF! #REF! 141 21 GGTTAGTATTAATAATATAGGGGTTAGTATTAATAATATAGGGGTTAGTATTAATAATAT SH15790 15790 67 32 YDL029W_4_399336_400634_INTRON_23_145 intron/exon #REF! #REF! 161 17 AGGACTATATCGAGATGAGGACTATATCGAGATGAGGACTATATCGAGATGAGGACTATA SH15791 15791 60 194 YDL029W_4_399336_400634_INTRON_23_145 3' exon #REF! #REF! 181 16 GAAACCAGTACCCTGAGAAACCAGTACCCTGAGAAACCAGTACCCTGAGAAACCAGTACC SH15792 15792 100 186 YDL029W_4_399336_400634_INTRON_23_145 3' exon #REF! #REF! 201 16 CCAGCACGACCAATTTCCAGCACGACCAATTTCCAGCACGACCAATTTCCAGCACGACCA SH15793 15793 31 190 YDL061C_4_341182_340627_INTRON_1_408 5' exon #REF! #REF! 1 19 CAAACTACTAATCCCAATACAAACTACTAATCCCAATACAAACTACTAATCCCAATACAA SH15794 15794 65 155 YDL061C_4_341182_340627_INTRON_1_408 5' exon #REF! #REF! 21 20 AGTTTCTTTCAAAGAATTTCAGTTTCTTTCAAAGAATTTCAGTTTCTTTCAAAGAATTTC SH15795 15795 3 93 YDL061C_4_341182_340627_INTRON_1_408 exon/intron #REF! #REF! 41 18 CCACATACATTTAGCTATCCACATACATTTAGCTATCCACATACATTTAGCTATCCACAT SH15796 15796 13 4 YDL061C_4_341182_340627_INTRON_1_408 intron #REF! #REF! 61 15 CTCTTCAATCCGCGTCTCTTCAATCCGCGTCTCTTCAATCCGCGTCTCTTCAATCCGCGT SH15797 15797 16 149 YDL061C_4_341182_340627_INTRON_1_408 intron #REF! #REF! 81 15 TCTGCATACACGTCCTCTGCATACACGTCCTCTGCATACACGTCCTCTGCATACACGTCC SH15798 15798 33 72 YDL061C_4_341182_340627_INTRON_1_408 intron #REF! #REF! 101 15 CTTTCCTGCTGTTCCCTTTCCTGCTGTTCCCTTTCCTGCTGTTCCCTTTCCTGCTGTTCC SH15799 15799 91 104 YDL061C_4_341182_340627_INTRON_1_408 intron #REF! #REF! 121 17 CAAATCCAAATCAGCGCCAAATCCAAATCAGCGCCAAATCCAAATCAGCGCCAAATCCAA SH15800 15800 43 10 YDL061C_4_341182_340627_INTRON_1_408 intron #REF! #REF! 141 22 TTCTTTTAGTTGTAAATTTTAGTTCTTTTAGTTGTAAATTTTAGTTCTTTTAGTTGTAAA SH15801 15801 65 145 YDL061C_4_341182_340627_INTRON_1_408 intron #REF! #REF! 161 20 TTTTCCTCGAATTTTCAATTTTTTCCTCGAATTTTCAATTTTTTCCTCGAATTTTCAATT SH15802 15802 2 4 YDL061C_4_341182_340627_INTRON_1_408 intron #REF! #REF! 181 16 CTGCTAGCCACAGATACTGCTAGCCACAGATACTGCTAGCCACAGATACTGCTAGCCACA SH15803 15803 28 137 YDL061C_4_341182_340627_INTRON_1_408 intron #REF! #REF! 201 13 AGAAAGGCTCCCCAGAAAGGCTCCCCAGAAAGGCTCCCCAGAAAGGCTCCCCAGAAAGGC SH15804 15804 36 90 YDL061C_4_341182_340627_INTRON_1_408 intron #REF! #REF! 221 17 GTCTTATTCCACCATGGGTCTTATTCCACCATGGGTCTTATTCCACCATGGGTCTTATTC SH15805 15805 98 194 YDL061C_4_341182_340627_INTRON_1_408 intron #REF! #REF! 241 18 GCTACATTCAATAAACACGCTACATTCAATAAACACGCTACATTCAATAAACACGCTACA SH15806 15806 89 13 YDL061C_4_341182_340627_INTRON_1_408 intron #REF! #REF! 261 18 GTTGATGTTTGATGCTTGGTTGATGTTTGATGCTTGGTTGATGTTTGATGCTTGGTTGAT SH15807 15807 71 34 YDL061C_4_341182_340627_INTRON_1_408 intron #REF! #REF! 281 20 ATTTGACATAATTTGAAGCTATTTGACATAATTTGAAGCTATTTGACATAATTTGAAGCT SH15808 15808 92 144 YDL061C_4_341182_340627_INTRON_1_408 intron #REF! #REF! 301 17 ATGCTATGGCTCATTGTATGCTATGGCTCATTGTATGCTATGGCTCATTGTATGCTATGG SH15809 15809 21 61 YDL061C_4_341182_340627_INTRON_1_408 intron #REF! #REF! 321 22 GTTAAAAGGAAATAAATATAAGGTTAAAAGGAAATAAATATAAGGTTAAAAGGAAATAAA SH15810 15810 43 210 YDL061C_4_341182_340627_INTRON_1_408 intron #REF! #REF! 341 18 TTTTTCGACTATCGAAGTTTTTTCGACTATCGAAGTTTTTTCGACTATCGAAGTTTTTTC SH15811 15811 84 153 YDL061C_4_341182_340627_INTRON_1_408 intron #REF! #REF! 361 17 ATGGACGTGTACAATAGATGGACGTGTACAATAGATGGACGTGTACAATAGATGGACGTG SH15812 15812 37 94 YDL061C_4_341182_340627_INTRON_1_408 intron #REF! #REF! 381 18 TTTATGTTTTCCAGGAGTTTTATGTTTTCCAGGAGTTTTATGTTTTCCAGGAGTTTTATG SH15813 15813 90 103 YDL061C_4_341182_340627_INTRON_1_408 intron #REF! #REF! 401 22 GTTAGTATTATAATTTTTGCAGGTTAGTATTATAATTTTTGCAGGTTAGTATTATAATTT SH15814 15814 61 129 YDL061C_4_341182_340627_INTRON_1_408 intron #REF! #REF! 421 22 TCAAAATTGAATAGAAAAATGTTCAAAATTGAATAGAAAAATGTTCAAAATTGAATAGAA SH15815 15815 43 61 YDL061C_4_341182_340627_INTRON_1_408 intron/exon #REF! #REF! 441 20 TCTATAACCAATAAGTTTTCTCTATAACCAATAAGTTTTCTCTATAACCAATAAGTTTTC SH15816 15816 84 18 YDL061C_4_341182_340627_INTRON_1_408 3' exon #REF! #REF! 461 20 GTGAGCCATTTTGTATATATGTGAGCCATTTTGTATATATGTGAGCCATTTTGTATATAT SH15817 15817 67 194 YDL061C_4_341182_340627_INTRON_1_408 3' exon #REF! #REF! 481 17 GAGAACCAAACGTTTTCGAGAACCAAACGTTTTCGAGAACCAAACGTTTTCGAGAACCAA SH15818 15818 25 161 YDL064W_4_337486_338069_INTRON_39_148 5' exon #REF! #REF! 1 18 ACTCATATTGCTTCCAAAACTCATATTGCTTCCAAAACTCATATTGCTTCCAAAACTCAT SH15819 15819 22 89 YDL064W_4_337486_338069_INTRON_39_148 5' exon #REF! #REF! 21 17 GACGCTGTAGACACAAAGACGCTGTAGACACAAAGACGCTGTAGACACAAAGACGCTGTA SH15820 15820 32 76 YDL064W_4_337486_338069_INTRON_39_148 exon/intron #REF! #REF! 41 18 CTACTTACCTTTCTTCCTCTACTTACCTTTCTTCCTCTACTTACCTTTCTTCCTCTACTT SH15821 15821 47 208 YDL064W_4_337486_338069_INTRON_39_148 intron #REF! #REF! 61 18 GCATAAAAGGAGGAAAACGCATAAAAGGAGGAAAACGCATAAAAGGAGGAAAACGCATAA SH15822 15822 65 213 YDL064W_4_337486_338069_INTRON_39_148 intron #REF! #REF! 81 17 GTATGCCTACAGAATGTGTATGCCTACAGAATGTGTATGCCTACAGAATGTGTATGCCTA SH15823 15823 41 171 YDL064W_4_337486_338069_INTRON_39_148 intron #REF! #REF! 101 17 ATACCGCTGGATGAAATATACCGCTGGATGAAATATACCGCTGGATGAAATATACCGCTG SH15824 15824 42 54 YDL064W_4_337486_338069_INTRON_39_148 intron #REF! #REF! 121 20 GTTAAGTTCATCGATTTGTTGTTAAGTTCATCGATTTGTTGTTAAGTTCATCGATTTGTT SH15825 15825 82 187 YDL064W_4_337486_338069_INTRON_39_148 intron #REF! #REF! 141 20 CTGTTATTCAAGTAAAACAACTGTTATTCAAGTAAAACAACTGTTATTCAAGTAAAACAA SH15826 15826 30 127 YDL064W_4_337486_338069_INTRON_39_148 intron/exon #REF! #REF! 161 20 GATCCTTTCTCCATTTTTTTGATCCTTTCTCCATTTTTTTGATCCTTTCTCCATTTTTTT SH15827 15827 16 175 YDL064W_4_337486_338069_INTRON_39_148 3' exon #REF! #REF! 181 19 GCATAAAATCCAAATGGATGCATAAAATCCAAATGGATGCATAAAATCCAAATGGATGCA SH15828 15828 13 13 YDL075W_4_322225_322987_INTRON_58_478 5' exon #REF! #REF! 1 17 GACAACGTCTTTCAAACGACAACGTCTTTCAAACGACAACGTCTTTCAAACGACAACGTC SH15829 15829 13 192 YDL075W_4_322225_322987_INTRON_58_478 5' exon #REF! #REF! 21 18 GTTAATGGTGTATTCACGGTTAATGGTGTATTCACGGTTAATGGTGTATTCACGGTTAAT SH15830 15830 7 124 YDL075W_4_322225_322987_INTRON_58_478 exon/intron #REF! #REF! 41 17 CACATACTCTTTTGTGCCACATACTCTTTTGTGCCACATACTCTTTTGTGCCACATACTC SH15831 15831 23 43 YDL075W_4_322225_322987_INTRON_58_478 intron #REF! #REF! 61 20 TGGGCATTATATTTTTATTCTGGGCATTATATTTTTATTCTGGGCATTATATTTTTATTC SH15832 15832 98 141 YDL075W_4_322225_322987_INTRON_58_478 intron #REF! #REF! 81 15 CAGATGACAAGCCCTCAGATGACAAGCCCTCAGATGACAAGCCCTCAGATGACAAGCCCT SH15833 15833 47 11 YDL075W_4_322225_322987_INTRON_58_478 intron #REF! #REF! 101 23 TATAGAAATATCTTCTTAATTAATATAGAAATATCTTCTTAATTAATATAGAAATATCTT SH15834 15834 64 34 YDL075W_4_322225_322987_INTRON_58_478 intron #REF! #REF! 121 20 ATATTGTATTCCTTGACTATATATTGTATTCCTTGACTATATATTGTATTCCTTGACTAT SH15835 15835 60 56 YDL075W_4_322225_322987_INTRON_58_478 intron #REF! #REF! 141 18 CTGTGGTACAAATTCTTGCTGTGGTACAAATTCTTGCTGTGGTACAAATTCTTGCTGTGG SH15836 15836 76 158 YDL075W_4_322225_322987_INTRON_58_478 intron #REF! #REF! 161 18 TGATCTTTGTTGATAGGTTGATCTTTGTTGATAGGTTGATCTTTGTTGATAGGTTGATCT SH15837 15837 14 193 YDL075W_4_322225_322987_INTRON_58_478 intron #REF! #REF! 181 23 GTATTATAAAATATATCTTGATCGTATTATAAAATATATCTTGATCGTATTATAAAATAT SH15838 15838 59 82 YDL075W_4_322225_322987_INTRON_58_478 intron #REF! #REF! 201 17 GGTCTTCAAATTCCGTAGGTCTTCAAATTCCGTAGGTCTTCAAATTCCGTAGGTCTTCAA SH15839 15839 69 132 YDL075W_4_322225_322987_INTRON_58_478 intron #REF! #REF! 221 21 CTTGGATGTTATAATATTGATCTTGGATGTTATAATATTGATCTTGGATGTTATAATATT SH15840 15840 19 195 YDL075W_4_322225_322987_INTRON_58_478 intron #REF! #REF! 241 16 GTGTATCTTTCCCCTCGTGTATCTTTCCCCTCGTGTATCTTTCCCCTCGTGTATCTTTCC SH15841 15841 57 175 YDL075W_4_322225_322987_INTRON_58_478 intron #REF! #REF! 261 16 GCTCTTTAAGTCCAGCGCTCTTTAAGTCCAGCGCTCTTTAAGTCCAGCGCTCTTTAAGTC SH15842 15842 18 143 YDL075W_4_322225_322987_INTRON_58_478 intron #REF! #REF! 281 20 AAGATAACTATTTCTGTCTTAAGATAACTATTTCTGTCTTAAGATAACTATTTCTGTCTT SH15843 15843 6 10 YDL075W_4_322225_322987_INTRON_58_478 intron #REF! #REF! 301 18 TCTAGGATTCCACTATTTTCTAGGATTCCACTATTTTCTAGGATTCCACTATTTTCTAGG SH15844 15844 37 195 YDL075W_4_322225_322987_INTRON_58_478 intron #REF! #REF! 321 18 GGATAATTGTCGACTTAAGGATAATTGTCGACTTAAGGATAATTGTCGACTTAAGGATAA SH15845 15845 43 172 YDL075W_4_322225_322987_INTRON_58_478 intron #REF! #REF! 341 18 TTTAGTCAAACTTGGGATTTTAGTCAAACTTGGGATTTTAGTCAAACTTGGGATTTTAGT SH15846 15846 16 43 YDL075W_4_322225_322987_INTRON_58_478 intron #REF! #REF! 361 18 CCAATTTGTTCTGATTCACCAATTTGTTCTGATTCACCAATTTGTTCTGATTCACCAATT SH15847 15847 85 173 YDL075W_4_322225_322987_INTRON_58_478 intron #REF! #REF! 381 18 TGGTTTTGTATATTGGAGTGGTTTTGTATATTGGAGTGGTTTTGTATATTGGAGTGGTTT SH15848 15848 88 197 YDL075W_4_322225_322987_INTRON_58_478 intron #REF! #REF! 401 20 ATATTAGTGTAATCTTGATGATATTAGTGTAATCTTGATGATATTAGTGTAATCTTGATG SH15849 15849 20 68 YDL075W_4_322225_322987_INTRON_58_478 intron #REF! #REF! 421 20 AGTAACGATTGTTCATTTTAAGTAACGATTGTTCATTTTAAGTAACGATTGTTCATTTTA SH15850 15850 53 174 YDL075W_4_322225_322987_INTRON_58_478 intron #REF! #REF! 441 23 AATAAAATGGTAAATTTTTTGTTAATAAAATGGTAAATTTTTTGTTAATAAAATGGTAAA SH15851 15851 50 178 YDL075W_4_322225_322987_INTRON_58_478 intron/exon #REF! #REF! 461 19 CCGTGCAACTATTAAAAATCCGTGCAACTATTAAAAATCCGTGCAACTATTAAAAATCCG SH15852 15852 12 184 YDL075W_4_322225_322987_INTRON_58_478 3' exon #REF! #REF! 481 17 CTCTTCTTGAAGGAGACCTCTTCTTGAAGGAGACCTCTTCTTGAAGGAGACCTCTTCTTG SH15853 15853 65 184 YDL075W_4_322225_322987_INTRON_58_478 3' exon #REF! #REF! 501 16 CTTGACAGCTCTTGGACTTGACAGCTCTTGGACTTGACAGCTCTTGGACTTGACAGCTCT SH15854 15854 97 53 YDL079C_4_314747_312950_INTRON_413_704 5' exon #REF! #REF! 1 23 TATAATCAAAATTAATCATTTTCTATAATCAAAATTAATCATTTTCTATAATCAAAATTA SH15855 15855 81 171 YDL079C_4_314747_312950_INTRON_413_704 5' exon #REF! #REF! 21 20 CTTGGTTTTAATATACCTATCTTGGTTTTAATATACCTATCTTGGTTTTAATATACCTAT SH15856 15856 101 16 YDL079C_4_314747_312950_INTRON_413_704 exon/intron #REF! #REF! 41 18 ATACATACTAGTCCTTTCATACATACTAGTCCTTTCATACATACTAGTCCTTTCATACAT SH15857 15857 10 82 YDL079C_4_314747_312950_INTRON_413_704 intron #REF! #REF! 61 27 AACATAAAAAAAAAAAATAAAAAATAAAACATAAAAAAAAAAAATAAAAAATAAAACATA SH15858 15858 83 6 YDL079C_4_314747_312950_INTRON_413_704 intron #REF! #REF! 81 17 CACTGGCAAGAACATAACACTGGCAAGAACATAACACTGGCAAGAACATAACACTGGCAA SH15859 15859 25 124 YDL079C_4_314747_312950_INTRON_413_704 intron #REF! #REF! 101 18 GTGACGAAAGAAACATTCGTGACGAAAGAAACATTCGTGACGAAAGAAACATTCGTGACG SH15860 15860 70 164 YDL079C_4_314747_312950_INTRON_413_704 intron #REF! #REF! 121 15 CACTATTCACTCCGGCACTATTCACTCCGGCACTATTCACTCCGGCACTATTCACTCCGG SH15861 15861 64 67 YDL079C_4_314747_312950_INTRON_413_704 intron #REF! #REF! 141 18 ATACTATGAACTGACAGTATACTATGAACTGACAGTATACTATGAACTGACAGTATACTA SH15862 15862 36 92 YDL079C_4_314747_312950_INTRON_413_704 intron #REF! #REF! 161 22 TTAATTATTTTTTTTTGTGTCGTTAATTATTTTTTTTTGTGTCGTTAATTATTTTTTTTT SH15863 15863 7 9 YDL079C_4_314747_312950_INTRON_413_704 intron #REF! #REF! 181 21 CACTCTCTTTTTTTTTCTTTTCACTCTCTTTTTTTTTCTTTTCACTCTCTTTTTTTTTCT SH15864 15864 98 161 YDL079C_4_314747_312950_INTRON_413_704 intron #REF! #REF! 201 23 AATTTCATAAATCTTTATTTTACAATTTCATAAATCTTTATTTTACAATTTCATAAATCT SH15865 15865 2 28 YDL079C_4_314747_312950_INTRON_413_704 intron #REF! #REF! 221 18 TAAGATTAGGGATGCAATTAAGATTAGGGATGCAATTAAGATTAGGGATGCAATTAAGAT SH15866 15866 76 53 YDL079C_4_314747_312950_INTRON_413_704 intron #REF! #REF! 241 19 GATATTTCGTAAGCAAGTTGATATTTCGTAAGCAAGTTGATATTTCGTAAGCAAGTTGAT SH15867 15867 46 100 YDL079C_4_314747_312950_INTRON_413_704 intron #REF! #REF! 261 13 CCGCTATGCTTCCCCGCTATGCTTCCCCGCTATGCTTCCCCGCTATGCTTCCCCGCTATG SH15868 15868 6 40 YDL079C_4_314747_312950_INTRON_413_704 intron #REF! #REF! 281 20 GTAGTTGATGTAATATGGAAGTAGTTGATGTAATATGGAAGTAGTTGATGTAATATGGAA SH15869 15869 93 164 YDL079C_4_314747_312950_INTRON_413_704 intron #REF! #REF! 301 19 GTGATTCCCATAAAAAATGGTGATTCCCATAAAAAATGGTGATTCCCATAAAAAATGGTG SH15870 15870 82 48 YDL079C_4_314747_312950_INTRON_413_704 intron #REF! #REF! 321 22 CTAAACCTATGTTAGTATATAACTAAACCTATGTTAGTATATAACTAAACCTATGTTAGT SH15871 15871 10 145 YDL079C_4_314747_312950_INTRON_413_704 intron/exon #REF! #REF! 341 18 TAAACCCGTTTATGAACTTAAACCCGTTTATGAACTTAAACCCGTTTATGAACTTAAACC SH15872 15872 71 30 YDL079C_4_314747_312950_INTRON_413_704 3' exon #REF! #REF! 361 17 AGTTTTGCGGTCATGTTAGTTTTGCGGTCATGTTAGTTTTGCGGTCATGTTAGTTTTGCG SH15873 15873 24 12 YDL082W_4_308423_309387_INTRON_5_369 5' exon #REF! #REF! 1 17 GCTTTTCTCAAACCCCTGCTTTTCTCAAACCCCTGCTTTTCTCAAACCCCTGCTTTTCTC SH15874 15874 86 96 YDL082W_4_308423_309387_INTRON_5_369 5' exon #REF! #REF! 21 15 CCTGCTGTGCTGTACCCTGCTGTGCTGTACCCTGCTGTGCTGTACCCTGCTGTGCTGTAC SH15875 15875 82 93 YDL082W_4_308423_309387_INTRON_5_369 exon/intron #REF! #REF! 41 17 GACATACCCATTGTGTAGACATACCCATTGTGTAGACATACCCATTGTGTAGACATACCC SH15876 15876 100 115 YDL082W_4_308423_309387_INTRON_5_369 intron #REF! #REF! 61 23 AAAGTGATTTGAATTATTTTATAAAAGTGATTTGAATTATTTTATAAAAGTGATTTGAAT SH15877 15877 48 188 YDL082W_4_308423_309387_INTRON_5_369 intron #REF! #REF! 81 19 GGTCTATGAAATGACAAAAGGTCTATGAAATGACAAAAGGTCTATGAAATGACAAAAGGT SH15878 15878 51 131 YDL082W_4_308423_309387_INTRON_5_369 intron #REF! #REF! 101 17 TAACAAGCGAGCTTCTTTAACAAGCGAGCTTCTTTAACAAGCGAGCTTCTTTAACAAGCG SH15879 15879 37 113 YDL082W_4_308423_309387_INTRON_5_369 intron #REF! #REF! 121 18 CACTAGTATAATCCTCTACACTAGTATAATCCTCTACACTAGTATAATCCTCTACACTAG SH15880 15880 30 61 YDL082W_4_308423_309387_INTRON_5_369 intron #REF! #REF! 141 18 GTATTATGCATGCCTTTGGTATTATGCATGCCTTTGGTATTATGCATGCCTTTGGTATTA SH15881 15881 8 6 YDL082W_4_308423_309387_INTRON_5_369 intron #REF! #REF! 161 18 GTTCATCAATAACGTGTGGTTCATCAATAACGTGTGGTTCATCAATAACGTGTGGTTCAT SH15882 15882 4 142 YDL082W_4_308423_309387_INTRON_5_369 intron #REF! #REF! 181 18 AATAACTTTAGCCTCTCTAATAACTTTAGCCTCTCTAATAACTTTAGCCTCTCTAATAAC SH15883 15883 57 69 YDL082W_4_308423_309387_INTRON_5_369 intron #REF! #REF! 201 22 GAAAAATCTCATGATTTATTAGGAAAAATCTCATGATTTATTAGGAAAAATCTCATGATT SH15884 15884 12 146 YDL082W_4_308423_309387_INTRON_5_369 intron #REF! #REF! 221 20 CAGTTATTGTAAAAAGGAGACAGTTATTGTAAAAAGGAGACAGTTATTGTAAAAAGGAGA SH15885 15885 32 117 YDL082W_4_308423_309387_INTRON_5_369 intron #REF! #REF! 241 17 CCATTACTATGACTGCTCCATTACTATGACTGCTCCATTACTATGACTGCTCCATTACTA SH15886 15886 90 211 YDL082W_4_308423_309387_INTRON_5_369 intron #REF! #REF! 261 17 CCTGTCTCGAATTTGCTCCTGTCTCGAATTTGCTCCTGTCTCGAATTTGCTCCTGTCTCG SH15887 15887 55 4 YDL082W_4_308423_309387_INTRON_5_369 intron #REF! #REF! 281 18 AGCAAATAGTGGTACAAAAGCAAATAGTGGTACAAAAGCAAATAGTGGTACAAAAGCAAA SH15888 15888 35 191 YDL082W_4_308423_309387_INTRON_5_369 intron #REF! #REF! 301 18 AAGACTCTAACAATGAGTAAGACTCTAACAATGAGTAAGACTCTAACAATGAGTAAGACT SH15889 15889 37 174 YDL082W_4_308423_309387_INTRON_5_369 intron #REF! #REF! 321 22 ACCAAATTTATCATATTATCTAACCAAATTTATCATATTATCTAACCAAATTTATCATAT SH15890 15890 101 8 YDL082W_4_308423_309387_INTRON_5_369 intron #REF! #REF! 341 18 GACGTTTCAATTAGACACGACGTTTCAATTAGACACGACGTTTCAATTAGACACGACGTT SH15891 15891 85 97 YDL082W_4_308423_309387_INTRON_5_369 intron #REF! #REF! 361 20 ATTGTTAGTATACAGAAAAGATTGTTAGTATACAGAAAAGATTGTTAGTATACAGAAAAG SH15892 15892 78 202 YDL082W_4_308423_309387_INTRON_5_369 intron #REF! #REF! 381 19 GGTAGATCCCATTTTAAAAGGTAGATCCCATTTTAAAAGGTAGATCCCATTTTAAAAGGT SH15893 15893 81 57 YDL082W_4_308423_309387_INTRON_5_369 intron/exon #REF! #REF! 401 20 AATGGCTGATATAATTCAATAATGGCTGATATAATTCAATAATGGCTGATATAATTCAAT SH15894 15894 14 107 YDL082W_4_308423_309387_INTRON_5_369 3' exon #REF! #REF! 421 18 GATTGGTAAATTCTTGGAGATTGGTAAATTCTTGGAGATTGGTAAATTCTTGGAGATTGG SH15895 15895 58 73 YDL082W_4_308423_309387_INTRON_5_369 3' exon #REF! #REF! 441 20 GCTTTCTGAAATGATTCTTTGCTTTCTGAAATGATTCTTTGCTTTCTGAAATGATTCTTT SH15896 15896 39 52 YDL083C_4_307788_306925_INTRON_25_456 5' exon #REF! #REF! 1 19 CTTATTCTCTTGCTGTATTCTTATTCTCTTGCTGTATTCTTATTCTCTTGCTGTATTCTT SH15897 15897 63 195 YDL083C_4_307788_306925_INTRON_25_456 5' exon #REF! #REF! 21 16 CGGCAGACATCTTGTTCGGCAGACATCTTGTTCGGCAGACATCTTGTTCGGCAGACATCT SH15898 15898 2 116 YDL083C_4_307788_306925_INTRON_25_456 exon/intron #REF! #REF! 41 18 TAACATACTTGGACACTTTAACATACTTGGACACTTTAACATACTTGGACACTTTAACAT SH15899 15899 80 163 YDL083C_4_307788_306925_INTRON_25_456 intron #REF! #REF! 61 19 CGTGACATCGTTTAAATTACGTGACATCGTTTAAATTACGTGACATCGTTTAAATTACGT SH15900 15900 75 74 YDL083C_4_307788_306925_INTRON_25_456 intron #REF! #REF! 81 18 TCAATATCCCTCACAAATTCAATATCCCTCACAAATTCAATATCCCTCACAAATTCAATA SH15901 15901 98 98 YDL083C_4_307788_306925_INTRON_25_456 intron #REF! #REF! 101 17 ATTATCTCACTGCATGGATTATCTCACTGCATGGATTATCTCACTGCATGGATTATCTCA SH15902 15902 96 24 YDL083C_4_307788_306925_INTRON_25_456 intron #REF! #REF! 121 20 GGTGATATGGTTCTTAAATTGGTGATATGGTTCTTAAATTGGTGATATGGTTCTTAAATT SH15903 15903 47 94 YDL083C_4_307788_306925_INTRON_25_456 intron #REF! #REF! 141 16 CCACCCGTCTTATTCACCACCCGTCTTATTCACCACCCGTCTTATTCACCACCCGTCTTA SH15904 15904 20 150 YDL083C_4_307788_306925_INTRON_25_456 intron #REF! #REF! 161 17 GATTCGCATCTAGTGCTGATTCGCATCTAGTGCTGATTCGCATCTAGTGCTGATTCGCAT SH15905 15905 90 163 YDL083C_4_307788_306925_INTRON_25_456 intron #REF! #REF! 181 18 GATCCGTTGTTCTAAAACGATCCGTTGTTCTAAAACGATCCGTTGTTCTAAAACGATCCG SH15906 15906 25 53 YDL083C_4_307788_306925_INTRON_25_456 intron #REF! #REF! 201 18 TCTTTAACGTGTGAAATGTCTTTAACGTGTGAAATGTCTTTAACGTGTGAAATGTCTTTA SH15907 15907 76 149 YDL083C_4_307788_306925_INTRON_25_456 intron #REF! #REF! 221 20 TTTATTGGTTATTTCTACTCTTTATTGGTTATTTCTACTCTTTATTGGTTATTTCTACTC SH15908 15908 8 183 YDL083C_4_307788_306925_INTRON_25_456 intron #REF! #REF! 241 20 TATAATATTTTCCCACACAATATAATATTTTCCCACACAATATAATATTTTCCCACACAA SH15909 15909 72 143 YDL083C_4_307788_306925_INTRON_25_456 intron #REF! #REF! 261 18 CTCCACAGAGAAATTAAGCTCCACAGAGAAATTAAGCTCCACAGAGAAATTAAGCTCCAC SH15910 15910 23 70 YDL083C_4_307788_306925_INTRON_25_456 intron #REF! #REF! 281 18 AAAAGACGCTCATTACTTAAAAGACGCTCATTACTTAAAAGACGCTCATTACTTAAAAGA SH15911 15911 4 207 YDL083C_4_307788_306925_INTRON_25_456 intron #REF! #REF! 301 19 CGAATGAATAAATAAGACCCGAATGAATAAATAAGACCCGAATGAATAAATAAGACCCGA SH15912 15912 12 187 YDL083C_4_307788_306925_INTRON_25_456 intron #REF! #REF! 321 17 AATTCATTGCAAGGGGAAATTCATTGCAAGGGGAAATTCATTGCAAGGGGAAATTCATTG SH15913 15913 96 13 YDL083C_4_307788_306925_INTRON_25_456 intron #REF! #REF! 341 17 CTTTGGAGCATTCTGTTCTTTGGAGCATTCTGTTCTTTGGAGCATTCTGTTCTTTGGAGC SH15914 15914 68 186 YDL083C_4_307788_306925_INTRON_25_456 intron #REF! #REF! 361 15 GGTACCCTGGCACTTGGTACCCTGGCACTTGGTACCCTGGCACTTGGTACCCTGGCACTT SH15915 15915 91 22 YDL083C_4_307788_306925_INTRON_25_456 intron #REF! #REF! 381 18 GTGTAAAAGGGTGAAACAGTGTAAAAGGGTGAAACAGTGTAAAAGGGTGAAACAGTGTAA SH15916 15916 98 180 YDL083C_4_307788_306925_INTRON_25_456 intron #REF! #REF! 401 22 AAATCCTCAAAAATATTATGAAAAATCCTCAAAAATATTATGAAAAATCCTCAAAAATAT SH15917 15917 51 129 YDL083C_4_307788_306925_INTRON_25_456 intron #REF! #REF! 421 22 GTTAGTAAAACAGAAATTCAAAGTTAGTAAAACAGAAATTCAAAGTTAGTAAAACAGAAA SH15918 15918 55 168 YDL083C_4_307788_306925_INTRON_25_456 intron #REF! #REF! 441 17 CATTTCGTGTCACATGTCATTTCGTGTCACATGTCATTTCGTGTCACATGTCATTTCGTG SH15919 15919 36 134 YDL083C_4_307788_306925_INTRON_25_456 intron #REF! #REF! 461 22 CTGTTATAAAACCAAAAATGAACTGTTATAAAACCAAAAATGAACTGTTATAAAACCAAA SH15920 15920 38 210 YDL083C_4_307788_306925_INTRON_25_456 intron/exon #REF! #REF! 481 18 TCTTCTTACCAAAAGTCTTCTTCTTACCAAAAGTCTTCTTCTTACCAAAAGTCTTCTTCT SH15921 15921 94 15 YDL083C_4_307788_306925_INTRON_25_456 3' exon #REF! #REF! 501 13 CAGCGGTAGCTGACAGCGGTAGCTGACAGCGGTAGCTGACAGCGGTAGCTGACAGCGGTA SH15922 15922 104 79 YDL083C_4_307788_306925_INTRON_25_456 3' exon #REF! #REF! 521 12 CCGGCCTTGACGCCGGCCTTGACGCCGGCCTTGACGCCGGCCTTGACGCCGGCCTTGACG SH15923 15923 7 186 YDL108W_4_267697_268698_INTRON_29_109 5' exon #REF! #REF! 1 13 CTGAGGCCGGGAACTGAGGCCGGGAACTGAGGCCGGGAACTGAGGCCGGGAACTGAGGCC SH15924 15924 64 194 YDL108W_4_267697_268698_INTRON_29_109 5' exon #REF! #REF! 21 20 CTCCATATTCACTTTCATATCTCCATATTCACTTTCATATCTCCATATTCACTTTCATAT SH15925 15925 47 101 YDL108W_4_267697_268698_INTRON_29_109 exon/intron #REF! #REF! 41 17 CACATACCCTTTGTGTACACATACCCTTTGTGTACACATACCCTTTGTGTACACATACCC SH15926 15926 68 13 YDL108W_4_267697_268698_INTRON_29_109 intron #REF! #REF! 61 20 GAAAGACGACAATATATAACGAAAGACGACAATATATAACGAAAGACGACAATATATAAC SH15927 15927 70 94 YDL108W_4_267697_268698_INTRON_29_109 intron #REF! #REF! 81 22 GTATCATTATTGAATGTTAAAAGTATCATTATTGAATGTTAAAAGTATCATTATTGAATG SH15928 15928 52 114 YDL108W_4_267697_268698_INTRON_29_109 intron #REF! #REF! 101 20 CATCATTAATCAACGTTAGTCATCATTAATCAACGTTAGTCATCATTAATCAACGTTAGT SH15929 15929 41 46 YDL108W_4_267697_268698_INTRON_29_109 intron/exon #REF! #REF! 121 18 TTCTTTTCTGCGATGAATTTCTTTTCTGCGATGAATTTCTTTTCTGCGATGAATTTCTTT SH15930 15930 13 166 YDL108W_4_267697_268698_INTRON_29_109 3' exon #REF! #REF! 141 17 ATAAGTACCCTCACCAAATAAGTACCCTCACCAAATAAGTACCCTCACCAAATAAGTACC SH15931 15931 36 171 YDL108W_4_267697_268698_INTRON_29_109 3' exon #REF! #REF! 161 17 CAACCCAAGTAAACAACCAACCCAAGTAAACAACCAACCCAAGTAAACAACCAACCCAAG SH15932 15932 75 14 YDL115C_4_255042_253994_INTRON_1_88 5' exon #REF! #REF! 1 18 CTCTTTACTCTGATAAACCTCTTTACTCTGATAAACCTCTTTACTCTGATAAACCTCTTT SH15933 15933 91 61 YDL115C_4_255042_253994_INTRON_1_88 5' exon #REF! #REF! 21 16 GAATCCTCATCCCTTCGAATCCTCATCCCTTCGAATCCTCATCCCTTCGAATCCTCATCC SH15934 15934 47 153 YDL115C_4_255042_253994_INTRON_1_88 exon/intron #REF! #REF! 41 17 CACATACATAATGCCTGCACATACATAATGCCTGCACATACATAATGCCTGCACATACAT SH15935 15935 55 119 YDL115C_4_255042_253994_INTRON_1_88 intron #REF! #REF! 61 20 TTGTTATATCGGTAGAATAATTGTTATATCGGTAGAATAATTGTTATATCGGTAGAATAA SH15936 15936 26 129 YDL115C_4_255042_253994_INTRON_1_88 intron #REF! #REF! 81 18 AGTTAGTCAAACGCATTTAGTTAGTCAAACGCATTTAGTTAGTCAAACGCATTTAGTTAG SH15937 15937 65 74 YDL115C_4_255042_253994_INTRON_1_88 intron #REF! #REF! 101 17 AATTGTCCCAGATGAACAATTGTCCCAGATGAACAATTGTCCCAGATGAACAATTGTCCC SH15938 15938 98 104 YDL115C_4_255042_253994_INTRON_1_88 intron #REF! #REF! 121 18 TTTTCCCCTCATCAATTATTTTCCCCTCATCAATTATTTTCCCCTCATCAATTATTTTCC SH15939 15939 12 64 YDL115C_4_255042_253994_INTRON_1_88 intron/exon #REF! #REF! 141 17 AACTTCTGCTTCTTCACAACTTCTGCTTCTTCACAACTTCTGCTTCTTCACAACTTCTGC SH15940 15940 4 181 YDL115C_4_255042_253994_INTRON_1_88 3' exon #REF! #REF! 161 22 CACAGTCTTTGATAATTTAAATCACAGTCTTTGATAATTTAAATCACAGTCTTTGATAAT SH15941 15941 23 198 YDL125C_4_239605_239018_INTRON_98_208 5' exon #REF! #REF! 1 13 CGTAGCAGGAGCACGTAGCAGGAGCACGTAGCAGGAGCACGTAGCAGGAGCACGTAGCAG SH15942 15942 73 117 YDL125C_4_239605_239018_INTRON_98_208 5' exon #REF! #REF! 21 17 GCAAAAAATACAGGCAGGCAAAAAATACAGGCAGGCAAAAAATACAGGCAGGCAAAAAAT SH15943 15943 25 206 YDL125C_4_239605_239018_INTRON_98_208 exon/intron #REF! #REF! 41 22 AATGTGACATACTTTTAATAATAATGTGACATACTTTTAATAATAATGTGACATACTTTT SH15944 15944 37 208 YDL125C_4_239605_239018_INTRON_98_208 intron #REF! #REF! 61 20 TGTAAGCTCTTTATTAGTAATGTAAGCTCTTTATTAGTAATGTAAGCTCTTTATTAGTAA SH15945 15945 81 19 YDL125C_4_239605_239018_INTRON_98_208 intron #REF! #REF! 81 16 CCATCATTGGTGTGAGCCATCATTGGTGTGAGCCATCATTGGTGTGAGCCATCATTGGTG SH15946 15946 9 181 YDL125C_4_239605_239018_INTRON_98_208 intron #REF! #REF! 101 18 ATGTACTACATAGAGACTATGTACTACATAGAGACTATGTACTACATAGAGACTATGTAC SH15947 15947 7 214 YDL125C_4_239605_239018_INTRON_98_208 intron #REF! #REF! 121 20 GTTAGTATTCTGCTTTATGTGTTAGTATTCTGCTTTATGTGTTAGTATTCTGCTTTATGT SH15948 15948 49 209 YDL125C_4_239605_239018_INTRON_98_208 intron #REF! #REF! 141 16 GCATAGCGGATCGATTGCATAGCGGATCGATTGCATAGCGGATCGATTGCATAGCGGATC SH15949 15949 62 91 YDL125C_4_239605_239018_INTRON_98_208 intron/exon #REF! #REF! 161 15 GGATGGAATTTCGCCGGATGGAATTTCGCCGGATGGAATTTCGCCGGATGGAATTTCGCC SH15950 15950 31 177 YDL125C_4_239605_239018_INTRON_98_208 3' exon #REF! #REF! 181 20 AGTACTTTGTTTCAATCAATAGTACTTTGTTTCAATCAATAGTACTTTGTTTCAATCAAT SH15951 15951 91 153 YDL130W_4_229906_230527_INTRON_115_415 5' exon #REF! #REF! 1 18 TAGTCAATAAGTTGTCAGTAGTCAATAAGTTGTCAGTAGTCAATAAGTTGTCAGTAGTCA SH15952 15952 22 17 YDL130W_4_229906_230527_INTRON_115_415 5' exon #REF! #REF! 21 13 CAGCGGCCTTGGTCAGCGGCCTTGGTCAGCGGCCTTGGTCAGCGGCCTTGGTCAGCGGCC SH15953 15953 58 44 YDL130W_4_229906_230527_INTRON_115_415 exon/intron #REF! #REF! 41 17 TACATACGTTGTCGACATACATACGTTGTCGACATACATACGTTGTCGACATACATACGT SH15954 15954 15 36 YDL130W_4_229906_230527_INTRON_115_415 intron #REF! #REF! 61 18 TCGTTTTAGGTTGCATTTTCGTTTTAGGTTGCATTTTCGTTTTAGGTTGCATTTTCGTTT SH15955 15955 42 6 YDL130W_4_229906_230527_INTRON_115_415 intron #REF! #REF! 81 17 TCTTCGTAGTCACACAATCTTCGTAGTCACACAATCTTCGTAGTCACACAATCTTCGTAG SH15956 15956 58 13 YDL130W_4_229906_230527_INTRON_115_415 intron #REF! #REF! 101 18 ACGATTGTTGTCTAATCTACGATTGTTGTCTAATCTACGATTGTTGTCTAATCTACGATT SH15957 15957 98 41 YDL130W_4_229906_230527_INTRON_115_415 intron #REF! #REF! 121 17 AAATTGCGCATTTCTCGAAATTGCGCATTTCTCGAAATTGCGCATTTCTCGAAATTGCGC SH15958 15958 101 85 YDL130W_4_229906_230527_INTRON_115_415 intron #REF! #REF! 141 17 TTTCTGTCCCCCATTATTTTCTGTCCCCCATTATTTTCTGTCCCCCATTATTTTCTGTCC SH15959 15959 89 165 YDL130W_4_229906_230527_INTRON_115_415 intron #REF! #REF! 161 17 GGGAAACGTTACATGGAGGGAAACGTTACATGGAGGGAAACGTTACATGGAGGGAAACGT SH15960 15960 25 109 YDL130W_4_229906_230527_INTRON_115_415 intron #REF! #REF! 181 18 CTAGTATCTCATCATGTTCTAGTATCTCATCATGTTCTAGTATCTCATCATGTTCTAGTA SH15961 15961 37 206 YDL130W_4_229906_230527_INTRON_115_415 intron #REF! #REF! 201 18 ATTTCTACATGTATTGCCATTTCTACATGTATTGCCATTTCTACATGTATTGCCATTTCT SH15962 15962 57 36 YDL130W_4_229906_230527_INTRON_115_415 intron #REF! #REF! 221 20 TTAAATACGTTAATGGAGAATTAAATACGTTAATGGAGAATTAAATACGTTAATGGAGAA SH15963 15963 68 136 YDL130W_4_229906_230527_INTRON_115_415 intron #REF! #REF! 241 15 GACTTGTGCTTTCCGGACTTGTGCTTTCCGGACTTGTGCTTTCCGGACTTGTGCTTTCCG SH15964 15964 98 134 YDL130W_4_229906_230527_INTRON_115_415 intron #REF! #REF! 261 18 CCTTGAAGAAGTAATTCGCCTTGAAGAAGTAATTCGCCTTGAAGAAGTAATTCGCCTTGA SH15965 15965 71 76 YDL130W_4_229906_230527_INTRON_115_415 intron #REF! #REF! 281 20 GAGTTTGTTAGTAAAATGAGGAGTTTGTTAGTAAAATGAGGAGTTTGTTAGTAAAATGAG SH15966 15966 19 131 YDL130W_4_229906_230527_INTRON_115_415 intron #REF! #REF! 301 18 GAAGAGTCGTTATTCGTTGAAGAGTCGTTATTCGTTGAAGAGTCGTTATTCGTTGAAGAG SH15967 15967 53 53 YDL130W_4_229906_230527_INTRON_115_415 intron #REF! #REF! 321 18 ACATATAACAAGCTCCATACATATAACAAGCTCCATACATATAACAAGCTCCATACATAT SH15968 15968 50 31 YDL130W_4_229906_230527_INTRON_115_415 intron/exon #REF! #REF! 341 17 CCAGACCTAATTCAATGCCAGACCTAATTCAATGCCAGACCTAATTCAATGCCAGACCTA SH15969 15969 60 104 YDL130W_4_229906_230527_INTRON_115_415 3' exon #REF! #REF! 361 17 GCCTTAGCGTAAACATCGCCTTAGCGTAAACATCGCCTTAGCGTAAACATCGCCTTAGCG SH15970 15970 37 193 YDL130W_4_229906_230527_INTRON_115_415 3' exon #REF! #REF! 381 16 CAAGTCCTTACCTTCCCAAGTCCTTACCTTCCCAAGTCCTTACCTTCCCAAGTCCTTACC SH15971 15971 45 13 YDL136W_4_217600_218367_INTRON_4_408 5' exon #REF! #REF! 1 17 CTCACTGTACTACCAAACTCACTGTACTACCAAACTCACTGTACTACCAAACTCACTGTA SH15972 15972 30 81 YDL136W_4_217600_218367_INTRON_4_408 5' exon #REF! #REF! 21 19 CTATTTGGTTCTTTATCGTCTATTTGGTTCTTTATCGTCTATTTGGTTCTTTATCGTCTA SH15973 15973 60 76 YDL136W_4_217600_218367_INTRON_4_408 exon/intron #REF! #REF! 41 20 CTCTACATACCATTTTTAGTCTCTACATACCATTTTTAGTCTCTACATACCATTTTTAGT SH15974 15974 16 134 YDL136W_4_217600_218367_INTRON_4_408 intron #REF! #REF! 61 19 CCGTTTCATGTATATTCATCCGTTTCATGTATATTCATCCGTTTCATGTATATTCATCCG SH15975 15975 37 76 YDL136W_4_217600_218367_INTRON_4_408 intron #REF! #REF! 81 18 ATAGCACATTATATCACGATAGCACATTATATCACGATAGCACATTATATCACGATAGCA SH15976 15976 42 15 YDL136W_4_217600_218367_INTRON_4_408 intron #REF! #REF! 101 20 TTAAAGGAGACTTTTTTCTTTTAAAGGAGACTTTTTTCTTTTAAAGGAGACTTTTTTCTT SH15977 15977 72 145 YDL136W_4_217600_218367_INTRON_4_408 intron #REF! #REF! 121 18 TTATTTATCCTGCAGACATTATTTATCCTGCAGACATTATTTATCCTGCAGACATTATTT SH15978 15978 16 20 YDL136W_4_217600_218367_INTRON_4_408 intron #REF! #REF! 141 18 ATTTTCTTCAGACCACTTATTTTCTTCAGACCACTTATTTTCTTCAGACCACTTATTTTC SH15979 15979 85 40 YDL136W_4_217600_218367_INTRON_4_408 intron #REF! #REF! 161 18 CAGTAATACTGTAGCTGTCAGTAATACTGTAGCTGTCAGTAATACTGTAGCTGTCAGTAA SH15980 15980 82 121 YDL136W_4_217600_218367_INTRON_4_408 intron #REF! #REF! 181 17 TATTTGCCTGCAAGGTTTATTTGCCTGCAAGGTTTATTTGCCTGCAAGGTTTATTTGCCT SH15981 15981 85 27 YDL136W_4_217600_218367_INTRON_4_408 intron #REF! #REF! 201 15 CTGGTGAGATCTCTCCTGGTGAGATCTCTCCTGGTGAGATCTCTCCTGGTGAGATCTCTC SH15982 15982 73 133 YDL136W_4_217600_218367_INTRON_4_408 intron #REF! #REF! 221 20 ATAAATTTCTGTTACCAAGTATAAATTTCTGTTACCAAGTATAAATTTCTGTTACCAAGT SH15983 15983 84 95 YDL136W_4_217600_218367_INTRON_4_408 intron #REF! #REF! 241 18 AACAAGTGCCATAAACTTAACAAGTGCCATAAACTTAACAAGTGCCATAAACTTAACAAG SH15984 15984 15 72 YDL136W_4_217600_218367_INTRON_4_408 intron #REF! #REF! 261 19 CGAAAACTTCCAAACAATTCGAAAACTTCCAAACAATTCGAAAACTTCCAAACAATTCGA SH15985 15985 42 110 YDL136W_4_217600_218367_INTRON_4_408 intron #REF! #REF! 281 21 CTGAAGACCAATATTATAATTCTGAAGACCAATATTATAATTCTGAAGACCAATATTATA SH15986 15986 86 157 YDL136W_4_217600_218367_INTRON_4_408 intron #REF! #REF! 301 15 GTGGTTCCAGGTTTCGTGGTTCCAGGTTTCGTGGTTCCAGGTTTCGTGGTTCCAGGTTTC SH15987 15987 88 150 YDL136W_4_217600_218367_INTRON_4_408 intron #REF! #REF! 321 22 GCATTATCCAAAAAAAATAGTTGCATTATCCAAAAAAAATAGTTGCATTATCCAAAAAAA SH15988 15988 15 54 YDL136W_4_217600_218367_INTRON_4_408 intron #REF! #REF! 341 15 CGCTCTGTGCAATGCCGCTCTGTGCAATGCCGCTCTGTGCAATGCCGCTCTGTGCAATGC SH15989 15989 57 149 YDL136W_4_217600_218367_INTRON_4_408 intron #REF! #REF! 361 18 TTAGATTCTCGTATACACTTAGATTCTCGTATACACTTAGATTCTCGTATACACTTAGAT SH15990 15990 38 125 YDL136W_4_217600_218367_INTRON_4_408 intron #REF! #REF! 381 18 TATGAGCCAGTTTCAAATTATGAGCCAGTTTCAAATTATGAGCCAGTTTCAAATTATGAG SH15991 15991 26 153 YDL136W_4_217600_218367_INTRON_4_408 intron #REF! #REF! 401 19 GTTAGTAAAAGTTCCTGTTGTTAGTAAAAGTTCCTGTTGTTAGTAAAAGTTCCTGTTGTT SH15992 15992 46 196 YDL136W_4_217600_218367_INTRON_4_408 intron #REF! #REF! 421 19 GGGAACAAAAAATCATAACGGGAACAAAAAATCATAACGGGAACAAAAAATCATAACGGG SH15993 15993 27 73 YDL136W_4_217600_218367_INTRON_4_408 intron/exon #REF! #REF! 441 18 GGCCTATTGATAAGAAAAGGCCTATTGATAAGAAAAGGCCTATTGATAAGAAAAGGCCTA SH15994 15994 23 20 YDL136W_4_217600_218367_INTRON_4_408 3' exon #REF! #REF! 461 17 GTTCGTAAGCTTTAACGGTTCGTAAGCTTTAACGGTTCGTAAGCTTTAACGGTTCGTAAG SH15995 15995 70 194 YDL136W_4_217600_218367_INTRON_4_408 3' exon #REF! #REF! 481 17 TTCCTTGGATTTGGTTCTTCCTTGGATTTGGTTCTTCCTTGGATTTGGTTCTTCCTTGGA SH15996 15996 20 97 YDL137W_4_216158_217074_INTRON_1_332 5' exon #REF! #REF! 1 17 TTGAGTCTGCGTAGAAATTGAGTCTGCGTAGAAATTGAGTCTGCGTAGAAATTGAGTCTG SH15997 15997 2 172 YDL137W_4_216158_217074_INTRON_1_332 5' exon #REF! #REF! 21 18 TTATCTTTAGCCTATTGCTTATCTTTAGCCTATTGCTTATCTTTAGCCTATTGCTTATCT SH15998 15998 39 148 YDL137W_4_216158_217074_INTRON_1_332 exon/intron #REF! #REF! 41 18 TTACATACAAAGTGTCTGTTACATACAAAGTGTCTGTTACATACAAAGTGTCTGTTACAT SH15999 15999 92 45 YDL137W_4_216158_217074_INTRON_1_332 intron #REF! #REF! 61 17 TCCCTCCTAATGAAACTTCCCTCCTAATGAAACTTCCCTCCTAATGAAACTTCCCTCCTA SH16000 16000 54 162 YDL137W_4_216158_217074_INTRON_1_332 intron #REF! #REF! 81 15 GATAGTGTCGTGCGTGATAGTGTCGTGCGTGATAGTGTCGTGCGTGATAGTGTCGTGCGT SH16001 16001 39 90 YDL137W_4_216158_217074_INTRON_1_332 intron #REF! #REF! 101 18 GTATGATATAACACGTAGGTATGATATAACACGTAGGTATGATATAACACGTAGGTATGA SH16002 16002 14 89 YDL137W_4_216158_217074_INTRON_1_332 intron #REF! #REF! 121 16 GAGAGTCCTTCCTTCTGAGAGTCCTTCCTTCTGAGAGTCCTTCCTTCTGAGAGTCCTTCC SH16003 16003 45 67 YDL137W_4_216158_217074_INTRON_1_332 intron #REF! #REF! 141 13 TCCCACCGTTCAGTCCCACCGTTCAGTCCCACCGTTCAGTCCCACCGTTCAGTCCCACCG SH16004 16004 74 192 YDL137W_4_216158_217074_INTRON_1_332 intron #REF! #REF! 161 13 GGGGCGCCTTTAGGGGGCGCCTTTAGGGGGCGCCTTTAGGGGGCGCCTTTAGGGGGCGCC SH16005 16005 95 201 YDL137W_4_216158_217074_INTRON_1_332 intron #REF! #REF! 181 13 CGGCTTCCTGATCCGGCTTCCTGATCCGGCTTCCTGATCCGGCTTCCTGATCCGGCTTCC SH16006 16006 65 32 YDL137W_4_216158_217074_INTRON_1_332 intron #REF! #REF! 201 17 CTAGGCCCTATTAGATACTAGGCCCTATTAGATACTAGGCCCTATTAGATACTAGGCCCT SH16007 16007 21 71 YDL137W_4_216158_217074_INTRON_1_332 intron #REF! #REF! 221 16 CTCCCCACAATTAGGACTCCCCACAATTAGGACTCCCCACAATTAGGACTCCCCACAATT SH16008 16008 85 179 YDL137W_4_216158_217074_INTRON_1_332 intron #REF! #REF! 241 13 AGAGCCGTACTGCAGAGCCGTACTGCAGAGCCGTACTGCAGAGCCGTACTGCAGAGCCGT SH16009 16009 58 125 YDL137W_4_216158_217074_INTRON_1_332 intron #REF! #REF! 261 17 CCTTATCTTCGTTCGAACCTTATCTTCGTTCGAACCTTATCTTCGTTCGAACCTTATCTT SH16010 16010 82 15 YDL137W_4_216158_217074_INTRON_1_332 intron #REF! #REF! 281 18 TGTTGACTTTGTATGTCATGTTGACTTTGTATGTCATGTTGACTTTGTATGTCATGTTGA SH16011 16011 37 207 YDL137W_4_216158_217074_INTRON_1_332 intron #REF! #REF! 301 17 CGCTAACAAGAAGAACTCGCTAACAAGAAGAACTCGCTAACAAGAAGAACTCGCTAACAA SH16012 16012 94 34 YDL137W_4_216158_217074_INTRON_1_332 intron #REF! #REF! 321 17 AGAGATATTGAGCACAGAGAGATATTGAGCACAGAGAGATATTGAGCACAGAGAGATATT SH16013 16013 58 205 YDL137W_4_216158_217074_INTRON_1_332 intron #REF! #REF! 341 22 GTAATTACTACTTAAAGAAAAAGTAATTACTACTTAAAGAAAAAGTAATTACTACTTAAA SH16014 16014 85 86 YDL137W_4_216158_217074_INTRON_1_332 intron #REF! #REF! 361 17 GGTTGGCTGATGTTAGTGGTTGGCTGATGTTAGTGGTTGGCTGATGTTAGTGGTTGGCTG SH16015 16015 27 112 YDL137W_4_216158_217074_INTRON_1_332 intron/exon #REF! #REF! 381 22 AATTCCTTTTTTTTTTATCTCTAATTCCTTTTTTTTTTATCTCTAATTCCTTTTTTTTTT SH16016 16016 9 47 YDL137W_4_216158_217074_INTRON_1_332 3' exon #REF! #REF! 401 21 CTTTTCTCTATGAAATCTTAACTTTTCTCTATGAAATCTTAACTTTTCTCTATGAAATCT SH16017 16017 2 62 YDL189W_4_122079_123590_INTRON_1_99 5' exon #REF! #REF! 1 15 TGCCTACGCCAAAACTGCCTACGCCAAAACTGCCTACGCCAAAACTGCCTACGCCAAAAC SH16018 16018 88 124 YDL189W_4_122079_123590_INTRON_1_99 5' exon #REF! #REF! 21 16 GCTGGTACAATATGGCGCTGGTACAATATGGCGCTGGTACAATATGGCGCTGGTACAATA SH16019 16019 94 166 YDL189W_4_122079_123590_INTRON_1_99 exon/intron #REF! #REF! 41 15 CATACTGTCACCACGCATACTGTCACCACGCATACTGTCACCACGCATACTGTCACCACG SH16020 16020 58 74 YDL189W_4_122079_123590_INTRON_1_99 intron #REF! #REF! 61 18 CCATTATAAGATGCACGTCCATTATAAGATGCACGTCCATTATAAGATGCACGTCCATTA SH16021 16021 85 54 YDL189W_4_122079_123590_INTRON_1_99 intron #REF! #REF! 81 22 ATTAAAATAAAATAAATCGTGCATTAAAATAAAATAAATCGTGCATTAAAATAAAATAAA SH16022 16022 12 78 YDL189W_4_122079_123590_INTRON_1_99 intron #REF! #REF! 101 23 TACGAAATAACTAAAAAATTAATTACGAAATAACTAAAAAATTAATTACGAAATAACTAA SH16023 16023 47 133 YDL189W_4_122079_123590_INTRON_1_99 intron #REF! #REF! 121 18 TAGTTGTTAGTACGATACTAGTTGTTAGTACGATACTAGTTGTTAGTACGATACTAGTTG SH16024 16024 8 16 YDL189W_4_122079_123590_INTRON_1_99 intron/exon #REF! #REF! 141 19 CTTGAAGAGACTTGAATATCTTGAAGAGACTTGAATATCTTGAAGAGACTTGAATATCTT SH16025 16025 73 135 YDL189W_4_122079_123590_INTRON_1_99 3' exon #REF! #REF! 161 17 GCCCTAACTCCTTATATGCCCTAACTCCTTATATGCCCTAACTCCTTATATGCCCTAACT SH16026 16026 86 89 YDL189W_4_122079_123590_INTRON_1_99 3' exon #REF! #REF! 181 16 GCTGTCATCACCTACTGCTGTCATCACCTACTGCTGTCATCACCTACTGCTGTCATCACC SH16027 16027 91 2 YDL191W_4_117665_118518_INTRON_4_494 5' exon #REF! #REF! 1 18 CTACGGTCAATAATAGTGCTACGGTCAATAATAGTGCTACGGTCAATAATAGTGCTACGG SH16028 16028 99 194 YDL191W_4_117665_118518_INTRON_4_494 5' exon #REF! #REF! 21 17 CTGTCTCACTGTACCTACTGTCTCACTGTACCTACTGTCTCACTGTACCTACTGTCTCAC SH16029 16029 17 171 YDL191W_4_117665_118518_INTRON_4_494 exon/intron #REF! #REF! 41 19 CAAACATACCATTTCGAATCAAACATACCATTTCGAATCAAACATACCATTTCGAATCAA SH16030 16030 5 45 YDL191W_4_117665_118518_INTRON_4_494 intron #REF! #REF! 61 21 GTCTTTATTATTTTGTTCATCGTCTTTATTATTTTGTTCATCGTCTTTATTATTTTGTTC SH16031 16031 2 137 YDL191W_4_117665_118518_INTRON_4_494 intron #REF! #REF! 81 16 GTTCTGCAGTTGTCAGGTTCTGCAGTTGTCAGGTTCTGCAGTTGTCAGGTTCTGCAGTTG SH16032 16032 66 180 YDL191W_4_117665_118518_INTRON_4_494 intron #REF! #REF! 101 17 TAGGTTGCTATGATCCTTAGGTTGCTATGATCCTTAGGTTGCTATGATCCTTAGGTTGCT SH16033 16033 76 160 YDL191W_4_117665_118518_INTRON_4_494 intron #REF! #REF! 121 15 CGAGGCTCTTTCTTGCGAGGCTCTTTCTTGCGAGGCTCTTTCTTGCGAGGCTCTTTCTTG SH16034 16034 40 88 YDL191W_4_117665_118518_INTRON_4_494 intron #REF! #REF! 141 20 ATTACGTTCCAAAAGTTTAAATTACGTTCCAAAAGTTTAAATTACGTTCCAAAAGTTTAA SH16035 16035 24 176 YDL191W_4_117665_118518_INTRON_4_494 intron #REF! #REF! 161 16 CATAGCCAACGGATGACATAGCCAACGGATGACATAGCCAACGGATGACATAGCCAACGG SH16036 16036 45 19 YDL191W_4_117665_118518_INTRON_4_494 intron #REF! #REF! 181 20 CGTATTCTAACTGTATTGAACGTATTCTAACTGTATTGAACGTATTCTAACTGTATTGAA SH16037 16037 29 45 YDL191W_4_117665_118518_INTRON_4_494 intron #REF! #REF! 201 20 ATATACTTGATTACAGCTTTATATACTTGATTACAGCTTTATATACTTGATTACAGCTTT SH16038 16038 87 70 YDL191W_4_117665_118518_INTRON_4_494 intron #REF! #REF! 221 16 GCTTGCGAATAATCCGGCTTGCGAATAATCCGGCTTGCGAATAATCCGGCTTGCGAATAA SH16039 16039 68 167 YDL191W_4_117665_118518_INTRON_4_494 intron #REF! #REF! 241 19 CACTTTCTTTTCCTTGATTCACTTTCTTTTCCTTGATTCACTTTCTTTTCCTTGATTCAC SH16040 16040 83 123 YDL191W_4_117665_118518_INTRON_4_494 intron #REF! #REF! 261 22 AATTTAAAGATGTATGCTATTTAATTTAAAGATGTATGCTATTTAATTTAAAGATGTATG SH16041 16041 40 119 YDL191W_4_117665_118518_INTRON_4_494 intron #REF! #REF! 281 17 TCAGCAAAACCTCTGAATCAGCAAAACCTCTGAATCAGCAAAACCTCTGAATCAGCAAAA SH16042 16042 22 211 YDL191W_4_117665_118518_INTRON_4_494 intron #REF! #REF! 301 18 CGTAAACTTCCCTATTAACGTAAACTTCCCTATTAACGTAAACTTCCCTATTAACGTAAA SH16043 16043 5 131 YDL191W_4_117665_118518_INTRON_4_494 intron #REF! #REF! 321 17 CTACGGCCAACAATCATCTACGGCCAACAATCATCTACGGCCAACAATCATCTACGGCCA SH16044 16044 77 4 YDL191W_4_117665_118518_INTRON_4_494 intron #REF! #REF! 341 15 GGTCAAACGCTAGGCGGTCAAACGCTAGGCGGTCAAACGCTAGGCGGTCAAACGCTAGGC SH16045 16045 10 188 YDL191W_4_117665_118518_INTRON_4_494 intron #REF! #REF! 361 23 CAATAAAAAAATTAGGAGAATTACAATAAAAAAATTAGGAGAATTACAATAAAAAAATTA SH16046 16046 89 117 YDL191W_4_117665_118518_INTRON_4_494 intron #REF! #REF! 381 18 TGGAAGGCTTTTTTACAATGGAAGGCTTTTTTACAATGGAAGGCTTTTTTACAATGGAAG SH16047 16047 102 162 YDL191W_4_117665_118518_INTRON_4_494 intron #REF! #REF! 401 22 AAACCAATAACTAATTTATTTCAAACCAATAACTAATTTATTTCAAACCAATAACTAATT SH16048 16048 25 25 YDL191W_4_117665_118518_INTRON_4_494 intron #REF! #REF! 421 19 CTCGTAACAGAGAAAAAAACTCGTAACAGAGAAAAAAACTCGTAACAGAGAAAAAAACTC SH16049 16049 59 189 YDL191W_4_117665_118518_INTRON_4_494 intron #REF! #REF! 441 17 CACAGGCATCATATATCCACAGGCATCATATATCCACAGGCATCATATATCCACAGGCAT SH16050 16050 92 121 YDL191W_4_117665_118518_INTRON_4_494 intron #REF! #REF! 461 19 GCACTTATAATGAACTAACGCACTTATAATGAACTAACGCACTTATAATGAACTAACGCA SH16051 16051 13 23 YDL191W_4_117665_118518_INTRON_4_494 intron #REF! #REF! 481 23 TTTATTAACGTTAGTATTTTATTTTTATTAACGTTAGTATTTTATTTTTATTAACGTTAG SH16052 16052 81 201 YDL191W_4_117665_118518_INTRON_4_494 intron #REF! #REF! 501 23 ATGAAATAATATTCCAAATTTTTATGAAATAATATTCCAAATTTTTATGAAATAATATTC SH16053 16053 84 161 YDL191W_4_117665_118518_INTRON_4_494 intron/exon #REF! #REF! 521 22 CCTATTAATAGGATAAAAAATGCCTATTAATAGGATAAAAAATGCCTATTAATAGGATAA SH16054 16054 93 168 YDL191W_4_117665_118518_INTRON_4_494 3' exon #REF! #REF! 541 15 GCTTTAACACCGGCCGCTTTAACACCGGCCGCTTTAACACCGGCCGCTTTAACACCGGCC SH16055 16055 22 8 YDL191W_4_117665_118518_INTRON_4_494 3' exon #REF! #REF! 561 18 TGGATTTGGTTCTTAGTTTGGATTTGGTTCTTAGTTTGGATTTGGTTCTTAGTTTGGATT SH16056 16056 52 199 YDL219W_4_65243_65766_INTRON_66_136 5' exon #REF! #REF! 1 17 GCTTGGCTGACTTTTTGGCTTGGCTGACTTTTTGGCTTGGCTGACTTTTTGGCTTGGCTG SH16057 16057 18 125 YDL219W_4_65243_65766_INTRON_66_136 5' exon #REF! #REF! 21 17 TTGAATCGACGACTACATTGAATCGACGACTACATTGAATCGACGACTACATTGAATCGA SH16058 16058 19 103 YDL219W_4_65243_65766_INTRON_66_136 exon/intron #REF! #REF! 41 20 GGTAACATACCTTGAAATAAGGTAACATACCTTGAAATAAGGTAACATACCTTGAAATAA SH16059 16059 47 74 YDL219W_4_65243_65766_INTRON_66_136 intron #REF! #REF! 61 17 ACGAAGCTGAAAAAACCACGAAGCTGAAAAAACCACGAAGCTGAAAAAACCACGAAGCTG SH16060 16060 51 80 YDL219W_4_65243_65766_INTRON_66_136 intron #REF! #REF! 81 20 TAGTAAAAAAAATTGGTGCATAGTAAAAAAAATTGGTGCATAGTAAAAAAAATTGGTGCA SH16061 16061 55 173 YDL219W_4_65243_65766_INTRON_66_136 intron #REF! #REF! 101 17 CACATAGATAGAGGTGTCACATAGATAGAGGTGTCACATAGATAGAGGTGTCACATAGAT SH16062 16062 64 27 YDL219W_4_65243_65766_INTRON_66_136 intron/exon #REF! #REF! 121 20 CATATAACCATGTTTAATACCATATAACCATGTTTAATACCATATAACCATGTTTAATAC SH16063 16063 29 176 YDL219W_4_65243_65766_INTRON_66_136 3' exon #REF! #REF! 141 17 GAAATACCTACTAGGAGGAAATACCTACTAGGAGGAAATACCTACTAGGAGGAAATACCT SH16064 16064 76 130 YDR005C_4_458099_456832_INTRON_7_86 5' exon #REF! #REF! 1 17 CGTTTGGAGTAATGAGCCGTTTGGAGTAATGAGCCGTTTGGAGTAATGAGCCGTTTGGAG SH16065 16065 29 95 YDR005C_4_458099_456832_INTRON_7_86 5' exon #REF! #REF! 21 20 GTGATTCTTTAGGCAAAAAAGTGATTCTTTAGGCAAAAAAGTGATTCTTTAGGCAAAAAA SH16066 16066 75 177 YDR005C_4_458099_456832_INTRON_7_86 exon/intron #REF! #REF! 41 20 GATAACATACTTTCATTGTCGATAACATACTTTCATTGTCGATAACATACTTTCATTGTC SH16067 16067 12 30 YDR005C_4_458099_456832_INTRON_7_86 intron #REF! #REF! 61 17 CATGGCAGTTTTAGAGTCATGGCAGTTTTAGAGTCATGGCAGTTTTAGAGTCATGGCAGT SH16068 16068 3 150 YDR005C_4_458099_456832_INTRON_7_86 intron #REF! #REF! 81 22 AATGTTAGTAATTTCGAATAAAAATGTTAGTAATTTCGAATAAAAATGTTAGTAATTTCG SH16069 16069 24 109 YDR005C_4_458099_456832_INTRON_7_86 intron #REF! #REF! 101 16 GAGGGTTCAGGTACAAGAGGGTTCAGGTACAAGAGGGTTCAGGTACAAGAGGGTTCAGGT SH16070 16070 41 13 YDR005C_4_458099_456832_INTRON_7_86 intron/exon #REF! #REF! 121 20 CATCAATAAACTAAGGAAGACATCAATAAACTAAGGAAGACATCAATAAACTAAGGAAGA SH16071 16071 31 101 YDR005C_4_458099_456832_INTRON_7_86 3' exon #REF! #REF! 141 18 CTCTCTCTATATCTAGCTCTCTCTCTATATCTAGCTCTCTCTCTATATCTAGCTCTCTCT SH16072 16072 92 174 YDR005C_4_458099_456832_INTRON_7_86 3' exon #REF! #REF! 161 19 CGAAATTGAGAGTTTGATTCGAAATTGAGAGTTTGATTCGAAATTGAGAGTTTGATTCGA SH16073 16073 95 193 YDR025W_4_491510_492319_INTRON_46_384 5' exon #REF! #REF! 1 15 CAGTGGACATCTTGCCAGTGGACATCTTGCCAGTGGACATCTTGCCAGTGGACATCTTGC SH16074 16074 29 41 YDR025W_4_491510_492319_INTRON_46_384 5' exon #REF! #REF! 21 15 CTCGGATTGAACGGTCTCGGATTGAACGGTCTCGGATTGAACGGTCTCGGATTGAACGGT SH16075 16075 92 103 YDR025W_4_491510_492319_INTRON_46_384 exon/intron #REF! #REF! 41 20 AAATTCATACCTTTTGGAAAAAATTCATACCTTTTGGAAAAAATTCATACCTTTTGGAAA SH16076 16076 55 98 YDR025W_4_491510_492319_INTRON_46_384 intron #REF! #REF! 61 17 CTTGAGACATTATCGCTCTTGAGACATTATCGCTCTTGAGACATTATCGCTCTTGAGACA SH16077 16077 59 123 YDR025W_4_491510_492319_INTRON_46_384 intron #REF! #REF! 81 22 CTTTAGGTAAAATTTCTTTAAACTTTAGGTAAAATTTCTTTAAACTTTAGGTAAAATTTC SH16078 16078 23 100 YDR025W_4_491510_492319_INTRON_46_384 intron #REF! #REF! 101 20 TATATATCAGCAAAGTTACTTATATATCAGCAAAGTTACTTATATATCAGCAAAGTTACT SH16079 16079 98 17 YDR025W_4_491510_492319_INTRON_46_384 intron #REF! #REF! 121 17 AACAATTCCTCAGACGAAACAATTCCTCAGACGAAACAATTCCTCAGACGAAACAATTCC SH16080 16080 29 63 YDR025W_4_491510_492319_INTRON_46_384 intron #REF! #REF! 141 20 CTGCTAAGTTTTCATCTATTCTGCTAAGTTTTCATCTATTCTGCTAAGTTTTCATCTATT SH16081 16081 27 63 YDR025W_4_491510_492319_INTRON_46_384 intron #REF! #REF! 161 20 CTAAGAATTCAATAGGATACCTAAGAATTCAATAGGATACCTAAGAATTCAATAGGATAC SH16082 16082 36 49 YDR025W_4_491510_492319_INTRON_46_384 intron #REF! #REF! 181 18 GTCGTAACAATAAACATGGTCGTAACAATAAACATGGTCGTAACAATAAACATGGTCGTA SH16083 16083 82 138 YDR025W_4_491510_492319_INTRON_46_384 intron #REF! #REF! 201 18 TTGACTGGCAAATTCTATTTGACTGGCAAATTCTATTTGACTGGCAAATTCTATTTGACT SH16084 16084 11 35 YDR025W_4_491510_492319_INTRON_46_384 intron #REF! #REF! 221 22 TAATTAACGCAAATATTGTAAATAATTAACGCAAATATTGTAAATAATTAACGCAAATAT SH16085 16085 57 115 YDR025W_4_491510_492319_INTRON_46_384 intron #REF! #REF! 241 17 CGCCGGTTTTGTAGTTACGCCGGTTTTGTAGTTACGCCGGTTTTGTAGTTACGCCGGTTT SH16086 16086 37 169 YDR025W_4_491510_492319_INTRON_46_384 intron #REF! #REF! 261 17 CTTTATCAAGCCTTCGGCTTTATCAAGCCTTCGGCTTTATCAAGCCTTCGGCTTTATCAA SH16087 16087 40 19 YDR025W_4_491510_492319_INTRON_46_384 intron #REF! #REF! 281 20 GAATCAGTATAAAAATGTGCGAATCAGTATAAAAATGTGCGAATCAGTATAAAAATGTGC SH16088 16088 11 168 YDR025W_4_491510_492319_INTRON_46_384 intron #REF! #REF! 301 19 CAACTATCGTAAACGTAATCAACTATCGTAAACGTAATCAACTATCGTAAACGTAATCAA SH16089 16089 33 74 YDR025W_4_491510_492319_INTRON_46_384 intron #REF! #REF! 321 22 AATAAAAAGAAATTTTACCCAAAATAAAAAGAAATTTTACCCAAAATAAAAAGAAATTTT SH16090 16090 61 143 YDR025W_4_491510_492319_INTRON_46_384 intron #REF! #REF! 341 19 GTTATTCGCATAAGTGAAAGTTATTCGCATAAGTGAAAGTTATTCGCATAAGTGAAAGTT SH16091 16091 41 160 YDR025W_4_491510_492319_INTRON_46_384 intron #REF! #REF! 361 19 GATGATACAAAGGTTAGTAGATGATACAAAGGTTAGTAGATGATACAAAGGTTAGTAGAT SH16092 16092 83 25 YDR025W_4_491510_492319_INTRON_46_384 intron/exon #REF! #REF! 381 18 GTGTGGTTGCTAAAAAAAGTGTGGTTGCTAAAAAAAGTGTGGTTGCTAAAAAAAGTGTGG SH16093 16093 83 182 YDR025W_4_491510_492319_INTRON_46_384 3' exon #REF! #REF! 401 17 CCTTTGGGTTGTTGAAGCCTTTGGGTTGTTGAAGCCTTTGGGTTGTTGAAGCCTTTGGGT SH16094 16094 33 143 YDR025W_4_491510_492319_INTRON_46_384 3' exon #REF! #REF! 421 17 GGTTCTCTTGGAAGTCTGGTTCTCTTGGAAGTCTGGTTCTCTTGGAAGTCTGGTTCTCTT SH16095 16095 97 193 YDR059C_4_569765_569229_INTRON_48_137 5' exon #REF! #REF! 1 18 CTTGGAGGAAGACATTTTCTTGGAGGAAGACATTTTCTTGGAGGAAGACATTTTCTTGGA SH16096 16096 102 103 YDR059C_4_569765_569229_INTRON_48_137 5' exon #REF! #REF! 21 18 CTTAATTCCTTGGCAATACTTAATTCCTTGGCAATACTTAATTCCTTGGCAATACTTAAT SH16097 16097 73 118 YDR059C_4_569765_569229_INTRON_48_137 exon/intron #REF! #REF! 41 18 TAACATACCTCCCTAAATTAACATACCTCCCTAAATTAACATACCTCCCTAAATTAACAT SH16098 16098 101 210 YDR059C_4_569765_569229_INTRON_48_137 intron #REF! #REF! 61 23 CAAGAAAAATCATTCATTTTATTCAAGAAAAATCATTCATTTTATTCAAGAAAAATCATT SH16099 16099 97 78 YDR059C_4_569765_569229_INTRON_48_137 intron #REF! #REF! 81 20 CCTTTTTCTTTACAGATCAACCTTTTTCTTTACAGATCAACCTTTTTCTTTACAGATCAA SH16100 16100 79 78 YDR059C_4_569765_569229_INTRON_48_137 intron #REF! #REF! 101 20 AAGAAACTCATGTTAGTAATAAGAAACTCATGTTAGTAATAAGAAACTCATGTTAGTAAT SH16101 16101 83 109 YDR059C_4_569765_569229_INTRON_48_137 intron #REF! #REF! 121 20 CTTCGGAAAAAAGTTCAAAACTTCGGAAAAAAGTTCAAAACTTCGGAAAAAAGTTCAAAA SH16102 16102 48 25 YDR059C_4_569765_569229_INTRON_48_137 3' exon #REF! #REF! 141 15 GAAGCAGGAGGATCTGAAGCAGGAGGATCTGAAGCAGGAGGATCTGAAGCAGGAGGATCT SH16103 16103 98 76 YDR059C_4_569765_569229_INTRON_48_137 3' exon #REF! #REF! 161 13 ACAGGTCCTGCTGACAGGTCCTGCTGACAGGTCCTGCTGACAGGTCCTGCTGACAGGTCC SH16104 16104 17 130 YDR064W_4_579453_580447_INTRON_22_560 5' exon #REF! #REF! 1 20 TTGTTGTTGATTGATTTAGTTTGTTGTTGATTGATTTAGTTTGTTGTTGATTGATTTAGT SH16105 16105 89 2 YDR064W_4_579453_580447_INTRON_22_560 5' exon #REF! #REF! 21 17 CGACCCATTTTGACTGACGACCCATTTTGACTGACGACCCATTTTGACTGACGACCCATT SH16106 16106 50 56 YDR064W_4_579453_580447_INTRON_22_560 exon/intron #REF! #REF! 41 13 TACGGCACTGTGCTACGGCACTGTGCTACGGCACTGTGCTACGGCACTGTGCTACGGCAC SH16107 16107 97 171 YDR064W_4_579453_580447_INTRON_22_560 intron #REF! #REF! 61 17 ATCTCGCTATGGTGTTAATCTCGCTATGGTGTTAATCTCGCTATGGTGTTAATCTCGCTA SH16108 16108 65 124 YDR064W_4_579453_580447_INTRON_22_560 intron #REF! #REF! 81 18 CAATGCAACTTTTGCATTCAATGCAACTTTTGCATTCAATGCAACTTTTGCATTCAATGC SH16109 16109 29 191 YDR064W_4_579453_580447_INTRON_22_560 intron #REF! #REF! 101 18 ATCTGATTTAGCGAACTAATCTGATTTAGCGAACTAATCTGATTTAGCGAACTAATCTGA SH16110 16110 57 106 YDR064W_4_579453_580447_INTRON_22_560 intron #REF! #REF! 121 18 GAATTCCACATTAGAGTGGAATTCCACATTAGAGTGGAATTCCACATTAGAGTGGAATTC SH16111 16111 2 173 YDR064W_4_579453_580447_INTRON_22_560 intron #REF! #REF! 141 22 AAATTATATTAGAAATCCACTTAAATTATATTAGAAATCCACTTAAATTATATTAGAAAT SH16112 16112 89 204 YDR064W_4_579453_580447_INTRON_22_560 intron #REF! #REF! 161 16 GATCCGACAGAGACAAGATCCGACAGAGACAAGATCCGACAGAGACAAGATCCGACAGAG SH16113 16113 90 105 YDR064W_4_579453_580447_INTRON_22_560 intron #REF! #REF! 181 18 CCGGAACTTGTAATAGAACCGGAACTTGTAATAGAACCGGAACTTGTAATAGAACCGGAA SH16114 16114 28 52 YDR064W_4_579453_580447_INTRON_22_560 intron #REF! #REF! 201 18 AAACTATACCTGTGTACAAAACTATACCTGTGTACAAAACTATACCTGTGTACAAAACTA SH16115 16115 101 117 YDR064W_4_579453_580447_INTRON_22_560 intron #REF! #REF! 221 17 AGAAACTACTCTCCAGTAGAAACTACTCTCCAGTAGAAACTACTCTCCAGTAGAAACTAC SH16116 16116 18 184 YDR064W_4_579453_580447_INTRON_22_560 intron #REF! #REF! 241 16 CAGCTAATGTACAGCGCAGCTAATGTACAGCGCAGCTAATGTACAGCGCAGCTAATGTAC SH16117 16117 24 210 YDR064W_4_579453_580447_INTRON_22_560 intron #REF! #REF! 261 22 TATTTGTAAAAGAAATTGGAATTATTTGTAAAAGAAATTGGAATTATTTGTAAAAGAAAT SH16118 16118 50 154 YDR064W_4_579453_580447_INTRON_22_560 intron #REF! #REF! 281 20 TGTTAAACTAATGCAACATATGTTAAACTAATGCAACATATGTTAAACTAATGCAACATA SH16119 16119 74 210 YDR064W_4_579453_580447_INTRON_22_560 intron #REF! #REF! 301 17 CGGCAGATAGTATAACCCGGCAGATAGTATAACCCGGCAGATAGTATAACCCGGCAGATA SH16120 16120 70 183 YDR064W_4_579453_580447_INTRON_22_560 intron #REF! #REF! 321 18 GGCGTAAATTATACTGAGGGCGTAAATTATACTGAGGGCGTAAATTATACTGAGGGCGTA SH16121 16121 17 161 YDR064W_4_579453_580447_INTRON_22_560 intron #REF! #REF! 341 18 CTAGCCATCAGTAATTTTCTAGCCATCAGTAATTTTCTAGCCATCAGTAATTTTCTAGCC SH16122 16122 60 211 YDR064W_4_579453_580447_INTRON_22_560 intron #REF! #REF! 361 20 GAAAACTAATTCATAAAGGCGAAAACTAATTCATAAAGGCGAAAACTAATTCATAAAGGC SH16123 16123 63 140 YDR064W_4_579453_580447_INTRON_22_560 intron #REF! #REF! 381 19 GTTATGTTATGAGCTTTGTGTTATGTTATGAGCTTTGTGTTATGTTATGAGCTTTGTGTT SH16124 16124 35 120 YDR064W_4_579453_580447_INTRON_22_560 intron #REF! #REF! 401 16 CTCCGATAGGTTAACGCTCCGATAGGTTAACGCTCCGATAGGTTAACGCTCCGATAGGTT SH16125 16125 91 103 YDR064W_4_579453_580447_INTRON_22_560 intron #REF! #REF! 421 18 TGATTCTTCAATCTTGGTTGATTCTTCAATCTTGGTTGATTCTTCAATCTTGGTTGATTC SH16126 16126 91 211 YDR064W_4_579453_580447_INTRON_22_560 intron #REF! #REF! 441 20 ATTAAAGTATAACTATTCCGATTAAAGTATAACTATTCCGATTAAAGTATAACTATTCCG SH16127 16127 31 176 YDR064W_4_579453_580447_INTRON_22_560 intron #REF! #REF! 461 17 TCAGACCATACAATTCCTCAGACCATACAATTCCTCAGACCATACAATTCCTCAGACCAT SH16128 16128 39 17 YDR064W_4_579453_580447_INTRON_22_560 intron #REF! #REF! 481 19 GTATCATGACATATTTCCTGTATCATGACATATTTCCTGTATCATGACATATTTCCTGTA SH16129 16129 58 165 YDR064W_4_579453_580447_INTRON_22_560 intron #REF! #REF! 501 18 ATATGGCTTGAAGAAAAGATATGGCTTGAAGAAAAGATATGGCTTGAAGAAAAGATATGG SH16130 16130 84 103 YDR064W_4_579453_580447_INTRON_22_560 intron #REF! #REF! 521 20 AATGTTAGTAACATGAAGATAATGTTAGTAACATGAAGATAATGTTAGTAACATGAAGAT SH16131 16131 5 101 YDR064W_4_579453_580447_INTRON_22_560 intron #REF! #REF! 541 21 GATATTCCAAAAAATTTATCGGATATTCCAAAAAATTTATCGGATATTCCAAAAAATTTA SH16132 16132 75 167 YDR064W_4_579453_580447_INTRON_22_560 intron #REF! #REF! 561 20 GTAATATTTAGTGGAATTGGGTAATATTTAGTGGAATTGGGTAATATTTAGTGGAATTGG SH16133 16133 78 14 YDR064W_4_579453_580447_INTRON_22_560 intron/exon #REF! #REF! 581 18 ACCTTTACCCTGTTTAAAACCTTTACCCTGTTTAAAACCTTTACCCTGTTTAAAACCTTT SH16134 16134 54 165 YDR064W_4_579453_580447_INTRON_22_560 3' exon #REF! #REF! 601 18 GGAATAGCAGAAGAAGAAGGAATAGCAGAAGAAGAAGGAATAGCAGAAGAAGAAGGAATA SH16135 16135 6 31 YDR064W_4_579453_580447_INTRON_22_560 3' exon #REF! #REF! 621 17 TGGAGCATTTCTAGAGTTGGAGCATTTCTAGAGTTGGAGCATTTCTAGAGTTGGAGCATT SH16136 16136 7 154 YDR092W_4_629869_630598_INTRON_31_298 5' exon #REF! #REF! 1 20 TTCTAACTATGTTACAATGATTCTAACTATGTTACAATGATTCTAACTATGTTACAATGA SH16137 16137 19 114 YDR092W_4_629869_630598_INTRON_31_298 5' exon #REF! #REF! 21 17 TTGGGTAATGATGCCATTTGGGTAATGATGCCATTTGGGTAATGATGCCATTTGGGTAAT SH16138 16138 74 69 YDR092W_4_629869_630598_INTRON_31_298 exon/intron #REF! #REF! 41 20 TTGAACATACCTTGATTATTTTGAACATACCTTGATTATTTTGAACATACCTTGATTATT SH16139 16139 27 212 YDR092W_4_629869_630598_INTRON_31_298 intron #REF! #REF! 61 17 TAATCCACTGCTCTTGTTAATCCACTGCTCTTGTTAATCCACTGCTCTTGTTAATCCACT SH16140 16140 96 214 YDR092W_4_629869_630598_INTRON_31_298 intron #REF! #REF! 81 17 GTCACTTCAGATTTCGTGTCACTTCAGATTTCGTGTCACTTCAGATTTCGTGTCACTTCA SH16141 16141 95 141 YDR092W_4_629869_630598_INTRON_31_298 intron #REF! #REF! 101 13 CGGCTCAGACGAACGGCTCAGACGAACGGCTCAGACGAACGGCTCAGACGAACGGCTCAG SH16142 16142 27 125 YDR092W_4_629869_630598_INTRON_31_298 intron #REF! #REF! 121 17 AAGAGGAAACAGTGTAGAAGAGGAAACAGTGTAGAAGAGGAAACAGTGTAGAAGAGGAAA SH16143 16143 29 138 YDR092W_4_629869_630598_INTRON_31_298 intron #REF! #REF! 141 18 ATGTAAGTTCTAGCCATTATGTAAGTTCTAGCCATTATGTAAGTTCTAGCCATTATGTAA SH16144 16144 3 6 YDR092W_4_629869_630598_INTRON_31_298 intron #REF! #REF! 161 18 TTTGGAAGTTTTGCGTTATTTGGAAGTTTTGCGTTATTTGGAAGTTTTGCGTTATTTGGA SH16145 16145 95 58 YDR092W_4_629869_630598_INTRON_31_298 intron #REF! #REF! 181 18 GACAAAAAAAGCCTTCTTGACAAAAAAAGCCTTCTTGACAAAAAAAGCCTTCTTGACAAA SH16146 16146 103 72 YDR092W_4_629869_630598_INTRON_31_298 intron #REF! #REF! 201 16 GAACGCTGCTACAAACGAACGCTGCTACAAACGAACGCTGCTACAAACGAACGCTGCTAC SH16147 16147 21 98 YDR092W_4_629869_630598_INTRON_31_298 intron #REF! #REF! 221 17 GATATGGACAAAGGGAAGATATGGACAAAGGGAAGATATGGACAAAGGGAAGATATGGAC SH16148 16148 8 147 YDR092W_4_629869_630598_INTRON_31_298 intron #REF! #REF! 241 17 CCTCCATATGAGCGTTTCCTCCATATGAGCGTTTCCTCCATATGAGCGTTTCCTCCATAT SH16149 16149 89 145 YDR092W_4_629869_630598_INTRON_31_298 intron #REF! #REF! 261 18 GTAGTTTGTTCTGTTGAAGTAGTTTGTTCTGTTGAAGTAGTTTGTTCTGTTGAAGTAGTT SH16150 16150 99 63 YDR092W_4_629869_630598_INTRON_31_298 intron #REF! #REF! 281 13 GCGTTTTCTGCCCGCGTTTTCTGCCCGCGTTTTCTGCCCGCGTTTTCTGCCCGCGTTTTC SH16151 16151 48 213 YDR092W_4_629869_630598_INTRON_31_298 intron/exon #REF! #REF! 301 19 CCTATATGAAAGTTCACAACCTATATGAAAGTTCACAACCTATATGAAAGTTCACAACCT SH16152 16152 70 16 YDR092W_4_629869_630598_INTRON_31_298 3' exon #REF! #REF! 321 20 CACTTACTAATTTCTCAGTTCACTTACTAATTTCTCAGTTCACTTACTAATTTCTCAGTT SH16153 16153 53 130 YDR092W_4_629869_630598_INTRON_31_298 3' exon #REF! #REF! 341 13 CCAGGTACTGGGTCCAGGTACTGGGTCCAGGTACTGGGTCCAGGTACTGGGTCCAGGTAC SH16154 16154 32 21 YDR129C_4_715372_713333_INTRON_22_132 5' exon #REF! #REF! 1 17 TACTCCTTAGGGCTAATTACTCCTTAGGGCTAATTACTCCTTAGGGCTAATTACTCCTTA SH16155 16155 32 31 YDR129C_4_715372_713333_INTRON_22_132 5' exon #REF! #REF! 21 20 ACAATATTCATTGTGTTTTGACAATATTCATTGTGTTTTGACAATATTCATTGTGTTTTG SH16156 16156 44 16 YDR129C_4_715372_713333_INTRON_22_132 exon/intron #REF! #REF! 41 20 GCATACATACTTGTAATTTGGCATACATACTTGTAATTTGGCATACATACTTGTAATTTG SH16157 16157 45 146 YDR129C_4_715372_713333_INTRON_22_132 intron #REF! #REF! 61 17 GTGGGAATTCGAGAAAGGTGGGAATTCGAGAAAGGTGGGAATTCGAGAAAGGTGGGAATT SH16158 16158 66 30 YDR129C_4_715372_713333_INTRON_22_132 intron #REF! #REF! 81 13 CACTGTGCTCAGCCACTGTGCTCAGCCACTGTGCTCAGCCACTGTGCTCAGCCACTGTGC SH16159 16159 92 68 YDR129C_4_715372_713333_INTRON_22_132 intron #REF! #REF! 101 20 CAACCTAAAAGGTAGAAAAACAACCTAAAAGGTAGAAAAACAACCTAAAAGGTAGAAAAA SH16160 16160 15 41 YDR129C_4_715372_713333_INTRON_22_132 intron #REF! #REF! 121 22 TTAGTATATGAAACGTTTATTATTAGTATATGAAACGTTTATTATTAGTATATGAAACGT SH16161 16161 46 127 YDR129C_4_715372_713333_INTRON_22_132 intron #REF! #REF! 141 17 TCGCAGAAGAGTTTGTTTCGCAGAAGAGTTTGTTTCGCAGAAGAGTTTGTTTCGCAGAAG SH16162 16162 24 94 YDR129C_4_715372_713333_INTRON_22_132 intron/exon #REF! #REF! 161 20 TCAAAATTGGAAATTTTCTCTCAAAATTGGAAATTTTCTCTCAAAATTGGAAATTTTCTC SH16163 16163 53 140 YDR129C_4_715372_713333_INTRON_22_132 3' exon #REF! #REF! 181 18 AAAAAAGATCCTCTTGAGAAAAAAGATCCTCTTGAGAAAAAAGATCCTCTTGAGAAAAAA SH16164 16164 80 93 YDR139C_4_733917_733611_INTRON_150_222 5' exon #REF! #REF! 1 15 TGGTGGAATCCCTTCTGGTGGAATCCCTTCTGGTGGAATCCCTTCTGGTGGAATCCCTTC SH16165 16165 63 35 YDR139C_4_733917_733611_INTRON_150_222 5' exon #REF! #REF! 21 19 CTGGAATATAAGTCTTTGTCTGGAATATAAGTCTTTGTCTGGAATATAAGTCTTTGTCTG SH16166 16166 97 20 YDR139C_4_733917_733611_INTRON_150_222 exon/intron #REF! #REF! 41 20 ATGAACATACATTTGTTTTCATGAACATACATTTGTTTTCATGAACATACATTTGTTTTC SH16167 16167 19 17 YDR139C_4_733917_733611_INTRON_150_222 intron #REF! #REF! 61 20 AAAAGATAATTAACCACTGAAAAAGATAATTAACCACTGAAAAAGATAATTAACCACTGA SH16168 16168 81 105 YDR139C_4_733917_733611_INTRON_150_222 intron #REF! #REF! 81 21 CTCAAAAACGTAAATAAACTTCTCAAAAACGTAAATAAACTTCTCAAAAACGTAAATAAA SH16169 16169 59 66 YDR139C_4_733917_733611_INTRON_150_222 intron #REF! #REF! 101 16 GGTCGTTAGTAAGGTCGGTCGTTAGTAAGGTCGGTCGTTAGTAAGGTCGGTCGTTAGTAA SH16170 16170 58 161 YDR139C_4_733917_733611_INTRON_150_222 intron/exon #REF! #REF! 121 20 CTGTTAATTTATCATCACTACTGTTAATTTATCATCACTACTGTTAATTTATCATCACTA SH16171 16171 55 63 YDR139C_4_733917_733611_INTRON_150_222 3' exon #REF! #REF! 141 17 TAGATGTGCATCCGTTATAGATGTGCATCCGTTATAGATGTGCATCCGTTATAGATGTGC SH16172 16172 64 58 YDR305C_4_1073479_1072737_INTRON_88_176 5' exon #REF! #REF! 1 20 GCTGAAATATATTGGCTTATGCTGAAATATATTGGCTTATGCTGAAATATATTGGCTTAT SH16173 16173 11 40 YDR305C_4_1073479_1072737_INTRON_88_176 5' exon #REF! #REF! 21 19 GTTCAGTTACAAGAAACTTGTTCAGTTACAAGAAACTTGTTCAGTTACAAGAAACTTGTT SH16174 16174 79 54 YDR305C_4_1073479_1072737_INTRON_88_176 exon/intron #REF! #REF! 41 18 GTGCATACATAGAAAACTGTGCATACATAGAAAACTGTGCATACATAGAAAACTGTGCAT SH16175 16175 66 79 YDR305C_4_1073479_1072737_INTRON_88_176 intron #REF! #REF! 61 20 GGGTACAAAAAAACATATGAGGGTACAAAAAAACATATGAGGGTACAAAAAAACATATGA SH16176 16176 62 42 YDR305C_4_1073479_1072737_INTRON_88_176 intron #REF! #REF! 81 15 GCAATGGTGCGAATGGCAATGGTGCGAATGGCAATGGTGCGAATGGCAATGGTGCGAATG SH16177 16177 11 113 YDR305C_4_1073479_1072737_INTRON_88_176 intron #REF! #REF! 101 18 AAGGTCTCCATATAGTTAAAGGTCTCCATATAGTTAAAGGTCTCCATATAGTTAAAGGTC SH16178 16178 74 191 YDR305C_4_1073479_1072737_INTRON_88_176 intron #REF! #REF! 121 18 TGTAAAGAAGCAGAGATTTGTAAAGAAGCAGAGATTTGTAAAGAAGCAGAGATTTGTAAA SH16179 16179 90 24 YDR305C_4_1073479_1072737_INTRON_88_176 intron/exon #REF! #REF! 141 19 GCATACGTATATTTTGACTGCATACGTATATTTTGACTGCATACGTATATTTTGACTGCA SH16180 16180 87 4 YDR305C_4_1073479_1072737_INTRON_88_176 3' exon #REF! #REF! 161 18 TGGTTTCAAGTTTACCAATGGTTTCAAGTTTACCAATGGTTTCAAGTTTACCAATGGTTT SH16181 16181 59 143 YDR367W_4_1212837_1213603_INTRON_31_131 5' exon #REF! #REF! 1 18 CTAAGGTTAATGGTTACACTAAGGTTAATGGTTACACTAAGGTTAATGGTTACACTAAGG SH16182 16182 16 114 YDR367W_4_1212837_1213603_INTRON_31_131 5' exon #REF! #REF! 21 18 TAGAAGAGATGATCTCATTAGAAGAGATGATCTCATTAGAAGAGATGATCTCATTAGAAG SH16183 16183 64 131 YDR367W_4_1212837_1213603_INTRON_31_131 exon/intron #REF! #REF! 41 18 AAACATACTTTTGGAAGGAAACATACTTTTGGAAGGAAACATACTTTTGGAAGGAAACAT SH16184 16184 103 92 YDR367W_4_1212837_1213603_INTRON_31_131 intron #REF! #REF! 61 18 AAATTTATAGCGTTTGCCAAATTTATAGCGTTTGCCAAATTTATAGCGTTTGCCAAATTT SH16185 16185 9 161 YDR367W_4_1212837_1213603_INTRON_31_131 intron #REF! #REF! 81 18 GAATCCTTACAAGTTAACGAATCCTTACAAGTTAACGAATCCTTACAAGTTAACGAATCC SH16186 16186 94 192 YDR367W_4_1212837_1213603_INTRON_31_131 intron #REF! #REF! 101 18 GTAAAATTGTGCTTTGCTGTAAAATTGTGCTTTGCTGTAAAATTGTGCTTTGCTGTAAAA SH16187 16187 72 149 YDR367W_4_1212837_1213603_INTRON_31_131 intron #REF! #REF! 121 18 ATATGTTTGAGAACAGGTATATGTTTGAGAACAGGTATATGTTTGAGAACAGGTATATGT SH16188 16188 14 109 YDR367W_4_1212837_1213603_INTRON_31_131 intron/exon #REF! #REF! 141 21 CCAAAAAAGACTATGAAAAAACCAAAAAAGACTATGAAAAAACCAAAAAAGACTATGAAA SH16189 16189 19 38 YDR367W_4_1212837_1213603_INTRON_31_131 3' exon #REF! #REF! 161 13 GCGGCATAAACCCGCGGCATAAACCCGCGGCATAAACCCGCGGCATAAACCCGCGGCATA SH16190 16190 15 121 YDR367W_4_1212837_1213603_INTRON_31_131 3' exon #REF! #REF! 181 17 AGACAATCTCAACTGCAAGACAATCTCAACTGCAAGACAATCTCAACTGCAAGACAATCT SH16191 16191 104 107 YDR381C-A_4_1238839_1238301_INTRON_27_220 5' exon #REF! #REF! 1 17 TTAGTACGGCTCAAAGATTAGTACGGCTCAAAGATTAGTACGGCTCAAAGATTAGTACGG SH16192 16192 37 88 YDR381C-A_4_1238839_1238301_INTRON_27_220 5' exon #REF! #REF! 21 20 GAAATGGATTTGACATTGTAGAAATGGATTTGACATTGTAGAAATGGATTTGACATTGTA SH16193 16193 9 124 YDR381C-A_4_1238839_1238301_INTRON_27_220 exon/intron #REF! #REF! 41 20 TTACACATACCCTATATTTTTTACACATACCCTATATTTTTTACACATACCCTATATTTT SH16194 16194 41 180 YDR381C-A_4_1238839_1238301_INTRON_27_220 intron #REF! #REF! 61 18 GATGTTTCCCTATTTCTTGATGTTTCCCTATTTCTTGATGTTTCCCTATTTCTTGATGTT SH16195 16195 23 36 YDR381C-A_4_1238839_1238301_INTRON_27_220 intron #REF! #REF! 81 18 TAGTTTAGGCTTTACGAATAGTTTAGGCTTTACGAATAGTTTAGGCTTTACGAATAGTTT SH16196 16196 49 183 YDR381C-A_4_1238839_1238301_INTRON_27_220 intron #REF! #REF! 101 22 GAAATAGAAAAAGATATCCAATGAAATAGAAAAAGATATCCAATGAAATAGAAAAAGATA SH16197 16197 56 24 YDR381C-A_4_1238839_1238301_INTRON_27_220 intron #REF! #REF! 121 17 AAAAAAGAAGTCCGGGAAAAAAAGAAGTCCGGGAAAAAAAGAAGTCCGGGAAAAAAAGAA SH16198 16198 80 81 YDR381C-A_4_1238839_1238301_INTRON_27_220 intron #REF! #REF! 141 18 TAGGCCAATAAGGAAATATAGGCCAATAAGGAAATATAGGCCAATAAGGAAATATAGGCC SH16199 16199 77 9 YDR381C-A_4_1238839_1238301_INTRON_27_220 intron #REF! #REF! 161 17 CAAACTCTGCTTCAAGGCAAACTCTGCTTCAAGGCAAACTCTGCTTCAAGGCAAACTCTG SH16200 16200 12 8 YDR381C-A_4_1238839_1238301_INTRON_27_220 intron #REF! #REF! 181 18 TGGTTATATATATGGTGCTGGTTATATATATGGTGCTGGTTATATATATGGTGCTGGTTA SH16201 16201 64 79 YDR381C-A_4_1238839_1238301_INTRON_27_220 intron #REF! #REF! 201 17 CCTACTTTCGTCTTCACCCTACTTTCGTCTTCACCCTACTTTCGTCTTCACCCTACTTTC SH16202 16202 70 72 YDR381C-A_4_1238839_1238301_INTRON_27_220 intron #REF! #REF! 221 17 AATCGCATTGGTAGTGTAATCGCATTGGTAGTGTAATCGCATTGGTAGTGTAATCGCATT SH16203 16203 62 6 YDR381C-A_4_1238839_1238301_INTRON_27_220 intron/exon #REF! #REF! 241 20 GTATAGTAAATTCTTACTGTGTATAGTAAATTCTTACTGTGTATAGTAAATTCTTACTGT SH16204 16204 76 109 YDR381C-A_4_1238839_1238301_INTRON_27_220 3' exon #REF! #REF! 261 15 CCCGGCTGCAGAAATCCCGGCTGCAGAAATCCCGGCTGCAGAAATCCCGGCTGCAGAAAT SH16205 16205 24 56 YDR381W_4_1236547_1237993_INTRON_286_1051 5' exon #REF! #REF! 1 15 CTTCGACGTTGACCTCTTCGACGTTGACCTCTTCGACGTTGACCTCTTCGACGTTGACCT SH16206 16206 22 55 YDR381W_4_1236547_1237993_INTRON_286_1051 5' exon #REF! #REF! 21 16 GCTTAATGTCCCTTGGGCTTAATGTCCCTTGGGCTTAATGTCCCTTGGGCTTAATGTCCC SH16207 16207 79 166 YDR381W_4_1236547_1237993_INTRON_286_1051 exon/intron #REF! #REF! 41 18 TAACATACTCTTACAGCATAACATACTCTTACAGCATAACATACTCTTACAGCATAACAT SH16208 16208 16 31 YDR381W_4_1236547_1237993_INTRON_286_1051 intron #REF! #REF! 61 17 TAGCTCTCATTTCACGTTAGCTCTCATTTCACGTTAGCTCTCATTTCACGTTAGCTCTCA SH16209 16209 99 93 YDR381W_4_1236547_1237993_INTRON_286_1051 intron #REF! #REF! 81 17 GATGCGAGTAACTAAACGATGCGAGTAACTAAACGATGCGAGTAACTAAACGATGCGAGT SH16210 16210 16 159 YDR381W_4_1236547_1237993_INTRON_286_1051 intron #REF! #REF! 101 15 CTCGTATCCACACGACTCGTATCCACACGACTCGTATCCACACGACTCGTATCCACACGA SH16211 16211 104 133 YDR381W_4_1236547_1237993_INTRON_286_1051 intron #REF! #REF! 121 18 ATCCTTCCTTACAAAGAAATCCTTCCTTACAAAGAAATCCTTCCTTACAAAGAAATCCTT SH16212 16212 54 78 YDR381W_4_1236547_1237993_INTRON_286_1051 intron #REF! #REF! 141 15 TCAAAAGCGTGTGCCTCAAAAGCGTGTGCCTCAAAAGCGTGTGCCTCAAAAGCGTGTGCC SH16213 16213 23 133 YDR381W_4_1236547_1237993_INTRON_286_1051 intron #REF! #REF! 161 20 TCATCTCTAAAAAGAGAATTTCATCTCTAAAAAGAGAATTTCATCTCTAAAAAGAGAATT SH16214 16214 74 127 YDR381W_4_1236547_1237993_INTRON_286_1051 intron #REF! #REF! 181 18 GTATTTCGGACTCTTTCTGTATTTCGGACTCTTTCTGTATTTCGGACTCTTTCTGTATTT SH16215 16215 91 146 YDR381W_4_1236547_1237993_INTRON_286_1051 intron #REF! #REF! 201 18 TTTGTATTTTCTCTAGCGTTTGTATTTTCTCTAGCGTTTGTATTTTCTCTAGCGTTTGTA SH16216 16216 17 31 YDR381W_4_1236547_1237993_INTRON_286_1051 intron #REF! #REF! 221 18 CTTATGAAAACGATACTCCTTATGAAAACGATACTCCTTATGAAAACGATACTCCTTATG SH16217 16217 68 3 YDR381W_4_1236547_1237993_INTRON_286_1051 intron #REF! #REF! 241 20 TGAAAAAAATTGGTATGGTTTGAAAAAAATTGGTATGGTTTGAAAAAAATTGGTATGGTT SH16218 16218 69 128 YDR381W_4_1236547_1237993_INTRON_286_1051 intron #REF! #REF! 261 18 GGCCATGATTTGAAGTATGGCCATGATTTGAAGTATGGCCATGATTTGAAGTATGGCCAT SH16219 16219 68 184 YDR381W_4_1236547_1237993_INTRON_286_1051 intron #REF! #REF! 281 18 CTGGTAATTCCAACCTTACTGGTAATTCCAACCTTACTGGTAATTCCAACCTTACTGGTA SH16220 16220 87 114 YDR381W_4_1236547_1237993_INTRON_286_1051 intron #REF! #REF! 301 15 CCCATTCTCAGTGGTCCCATTCTCAGTGGTCCCATTCTCAGTGGTCCCATTCTCAGTGGT SH16221 16221 6 209 YDR381W_4_1236547_1237993_INTRON_286_1051 intron #REF! #REF! 321 17 TAACCCAGCCAATAAGATAACCCAGCCAATAAGATAACCCAGCCAATAAGATAACCCAGC SH16222 16222 43 113 YDR381W_4_1236547_1237993_INTRON_286_1051 intron #REF! #REF! 341 18 GATAGTCAGATTGATTTGGATAGTCAGATTGATTTGGATAGTCAGATTGATTTGGATAGT SH16223 16223 24 32 YDR381W_4_1236547_1237993_INTRON_286_1051 intron #REF! #REF! 361 18 GTAAGATTGACAGATTAGGTAAGATTGACAGATTAGGTAAGATTGACAGATTAGGTAAGA SH16224 16224 11 211 YDR381W_4_1236547_1237993_INTRON_286_1051 intron #REF! #REF! 381 18 CAATACGCCAGCTTAAAACAATACGCCAGCTTAAAACAATACGCCAGCTTAAAACAATAC SH16225 16225 71 125 YDR381W_4_1236547_1237993_INTRON_286_1051 intron #REF! #REF! 401 13 ACGGTCGAGGCGAACGGTCGAGGCGAACGGTCGAGGCGAACGGTCGAGGCGAACGGTCGA SH16226 16226 78 129 YDR381W_4_1236547_1237993_INTRON_286_1051 intron #REF! #REF! 421 20 GCTTATTAAAAATAGGAACTGCTTATTAAAAATAGGAACTGCTTATTAAAAATAGGAACT SH16227 16227 60 81 YDR381W_4_1236547_1237993_INTRON_286_1051 intron #REF! #REF! 441 18 TTCAGTATTGGATGATACTTCAGTATTGGATGATACTTCAGTATTGGATGATACTTCAGT SH16228 16228 65 7 YDR381W_4_1236547_1237993_INTRON_286_1051 intron #REF! #REF! 461 18 TTAATTGATCCTTCCACATTAATTGATCCTTCCACATTAATTGATCCTTCCACATTAATT SH16229 16229 42 20 YDR381W_4_1236547_1237993_INTRON_286_1051 intron #REF! #REF! 481 18 CCTCTTGAAAGGATACAACCTCTTGAAAGGATACAACCTCTTGAAAGGATACAACCTCTT SH16230 16230 35 149 YDR381W_4_1236547_1237993_INTRON_286_1051 intron #REF! #REF! 501 17 TCGAAACTGAAAGCTACTCGAAACTGAAAGCTACTCGAAACTGAAAGCTACTCGAAACTG SH16231 16231 103 129 YDR381W_4_1236547_1237993_INTRON_286_1051 intron #REF! #REF! 521 20 CTATTTTTTGAAAATGGTGCCTATTTTTTGAAAATGGTGCCTATTTTTTGAAAATGGTGC SH16232 16232 47 44 YDR381W_4_1236547_1237993_INTRON_286_1051 intron #REF! #REF! 541 17 AGACATGTTTCCCATAGAGACATGTTTCCCATAGAGACATGTTTCCCATAGAGACATGTT SH16233 16233 65 126 YDR381W_4_1236547_1237993_INTRON_286_1051 intron #REF! #REF! 561 18 ATCTTTTCGAACGTTCATATCTTTTCGAACGTTCATATCTTTTCGAACGTTCATATCTTT SH16234 16234 72 84 YDR381W_4_1236547_1237993_INTRON_286_1051 intron #REF! #REF! 581 15 TGAAGCGATGCACTCTGAAGCGATGCACTCTGAAGCGATGCACTCTGAAGCGATGCACTC SH16235 16235 23 175 YDR381W_4_1236547_1237993_INTRON_286_1051 intron #REF! #REF! 601 23 TATTTTTGTAACTATCATAATAATATTTTTGTAACTATCATAATAATATTTTTGTAACTA SH16236 16236 24 127 YDR381W_4_1236547_1237993_INTRON_286_1051 intron #REF! #REF! 621 19 GGTGTCTCAAATCAAATATGGTGTCTCAAATCAAATATGGTGTCTCAAATCAAATATGGT SH16237 16237 103 119 YDR381W_4_1236547_1237993_INTRON_286_1051 intron #REF! #REF! 641 18 TTCCTCTTTGGTTTCATTTTCCTCTTTGGTTTCATTTTCCTCTTTGGTTTCATTTTCCTC SH16238 16238 40 72 YDR381W_4_1236547_1237993_INTRON_286_1051 intron #REF! #REF! 661 13 ACCACGATGGGTGACCACGATGGGTGACCACGATGGGTGACCACGATGGGTGACCACGAT SH16239 16239 47 166 YDR381W_4_1236547_1237993_INTRON_286_1051 intron #REF! #REF! 681 20 GAAAAATAAACCCTCAAATAGAAAAATAAACCCTCAAATAGAAAAATAAACCCTCAAATA SH16240 16240 87 175 YDR381W_4_1236547_1237993_INTRON_286_1051 intron #REF! #REF! 701 17 AGTATACCATTGCGTAGAGTATACCATTGCGTAGAGTATACCATTGCGTAGAGTATACCA SH16241 16241 40 200 YDR381W_4_1236547_1237993_INTRON_286_1051 intron #REF! #REF! 721 18 CAAGGAGTTGAGAGTATTCAAGGAGTTGAGAGTATTCAAGGAGTTGAGAGTATTCAAGGA SH16242 16242 96 156 YDR381W_4_1236547_1237993_INTRON_286_1051 intron #REF! #REF! 741 17 GGGACAATACACAAACAGGGACAATACACAAACAGGGACAATACACAAACAGGGACAATA SH16243 16243 11 74 YDR381W_4_1236547_1237993_INTRON_286_1051 intron #REF! #REF! 761 22 CTATGATATAAAATCAAAGAAGCTATGATATAAAATCAAAGAAGCTATGATATAAAATCA SH16244 16244 75 134 YDR381W_4_1236547_1237993_INTRON_286_1051 intron #REF! #REF! 781 20 AAAGTTAGTCATATATCTCTAAAGTTAGTCATATATCTCTAAAGTTAGTCATATATCTCT SH16245 16245 89 190 YDR381W_4_1236547_1237993_INTRON_286_1051 intron/exon #REF! #REF! 801 25 AAAAAATTCCTATAATAAAAAAAAAAAAAAATTCCTATAATAAAAAAAAAAAAAAATTCC SH16246 16246 54 66 YDR381W_4_1236547_1237993_INTRON_286_1051 3' exon #REF! #REF! 821 18 CTACTTGAGATGCAAAAACTACTTGAGATGCAAAAACTACTTGAGATGCAAAAACTACTT SH16247 16247 36 198 YDR381W_4_1236547_1237993_INTRON_286_1051 3' exon #REF! #REF! 841 18 CAAAACTCTTTGAACACCCAAAACTCTTTGAACACCCAAAACTCTTTGAACACCCAAAAC SH16248 16248 84 136 YDR397C_4_1266887_1266355_INTRON_38_129 5' exon #REF! #REF! 1 20 CAGCCATCAATTAATTAATACAGCCATCAATTAATTAATACAGCCATCAATTAATTAATA SH16249 16249 6 106 YDR397C_4_1266887_1266355_INTRON_38_129 5' exon #REF! #REF! 21 17 CACATTATCGGAGTCTCCACATTATCGGAGTCTCCACATTATCGGAGTCTCCACATTATC SH16250 16250 104 65 YDR397C_4_1266887_1266355_INTRON_38_129 exon/intron #REF! #REF! 41 15 CATACCCTTGGGAAGCATACCCTTGGGAAGCATACCCTTGGGAAGCATACCCTTGGGAAG SH16251 16251 96 50 YDR397C_4_1266887_1266355_INTRON_38_129 intron #REF! #REF! 61 20 AGTTTTGCAACAACAATATAAGTTTTGCAACAACAATATAAGTTTTGCAACAACAATATA SH16252 16252 35 142 YDR397C_4_1266887_1266355_INTRON_38_129 intron #REF! #REF! 81 15 CCGCATCAAAGCTTGCCGCATCAAAGCTTGCCGCATCAAAGCTTGCCGCATCAAAGCTTG SH16253 16253 55 147 YDR397C_4_1266887_1266355_INTRON_38_129 intron #REF! #REF! 101 17 AGTTAGTATAACCGCTCAGTTAGTATAACCGCTCAGTTAGTATAACCGCTCAGTTAGTAT SH16254 16254 41 187 YDR397C_4_1266887_1266355_INTRON_38_129 intron #REF! #REF! 121 18 GATCATTCAGTGTTTTCTGATCATTCAGTGTTTTCTGATCATTCAGTGTTTTCTGATCAT SH16255 16255 91 64 YDR397C_4_1266887_1266355_INTRON_38_129 intron/exon #REF! #REF! 141 16 CTTTTGTACGGTCGCTCTTTTGTACGGTCGCTCTTTTGTACGGTCGCTCTTTTGTACGGT SH16256 16256 20 142 YDR397C_4_1266887_1266355_INTRON_38_129 3' exon #REF! #REF! 161 18 GGTCCAGTATTTCAGATAGGTCCAGTATTTCAGATAGGTCCAGTATTTCAGATAGGTCCA SH16257 16257 70 115 YDR424C_4_1319830_1319376_INTRON_26_121 5' exon #REF! #REF! 1 21 GTTTTAATTTGCTCTTCTTTAGTTTTAATTTGCTCTTCTTTAGTTTTAATTTGCTCTTCT SH16258 16258 65 103 YDR424C_4_1319830_1319376_INTRON_26_121 5' exon #REF! #REF! 21 17 TTCATCGCTCATTTTGGTTCATCGCTCATTTTGGTTCATCGCTCATTTTGGTTCATCGCT SH16259 16259 33 182 YDR424C_4_1319830_1319376_INTRON_26_121 exon/intron #REF! #REF! 41 17 GACATACGCGTACTCTTGACATACGCGTACTCTTGACATACGCGTACTCTTGACATACGC SH16260 16260 42 97 YDR424C_4_1319830_1319376_INTRON_26_121 intron #REF! #REF! 61 20 CAAAATTGTGACTGAGATTACAAAATTGTGACTGAGATTACAAAATTGTGACTGAGATTA SH16261 16261 13 83 YDR424C_4_1319830_1319376_INTRON_26_121 intron #REF! #REF! 81 21 GAAAAATTGTATTGAAAGTCAGAAAAATTGTATTGAAAGTCAGAAAAATTGTATTGAAAG SH16262 16262 67 142 YDR424C_4_1319830_1319376_INTRON_26_121 intron #REF! #REF! 101 17 TCCTCGAGTTAGTAAAGTCCTCGAGTTAGTAAAGTCCTCGAGTTAGTAAAGTCCTCGAGT SH16263 16263 32 42 YDR424C_4_1319830_1319376_INTRON_26_121 intron #REF! #REF! 121 17 ATGGAAGAAAACCTCACATGGAAGAAAACCTCACATGGAAGAAAACCTCACATGGAAGAA SH16264 16264 38 63 YDR424C_4_1319830_1319376_INTRON_26_121 intron/exon #REF! #REF! 141 18 CCTTAACAATAGCTGCAACCTTAACAATAGCTGCAACCTTAACAATAGCTGCAACCTTAA SH16265 16265 14 138 YDR424C_4_1319830_1319376_INTRON_26_121 3' exon #REF! #REF! 161 20 CAATTACATACTATGTCAGACAATTACATACTATGTCAGACAATTACATACTATGTCAGA SH16266 16266 61 142 YDR447C_4_1355542_1354818_INTRON_4_317 5' exon #REF! #REF! 1 18 TTCTTCTCTAGGTTATACTTCTTCTCTAGGTTATACTTCTTCTCTAGGTTATACTTCTTC SH16267 16267 42 94 YDR447C_4_1355542_1354818_INTRON_4_317 5' exon #REF! #REF! 21 21 CTGCTTTTTTCTTTATCTATTCTGCTTTTTTCTTTATCTATTCTGCTTTTTTCTTTATCT SH16268 16268 52 73 YDR447C_4_1355542_1354818_INTRON_4_317 exon/intron #REF! #REF! 41 18 GTACGTACCATTTTTATCGTACGTACCATTTTTATCGTACGTACCATTTTTATCGTACGT SH16269 16269 47 49 YDR447C_4_1355542_1354818_INTRON_4_317 intron #REF! #REF! 61 17 GCTTCATCAACATCTCGGCTTCATCAACATCTCGGCTTCATCAACATCTCGGCTTCATCA SH16270 16270 4 194 YDR447C_4_1355542_1354818_INTRON_4_317 intron #REF! #REF! 81 16 GCCCAGTCCATCATATGCCCAGTCCATCATATGCCCAGTCCATCATATGCCCAGTCCATC SH16271 16271 72 77 YDR447C_4_1355542_1354818_INTRON_4_317 intron #REF! #REF! 101 17 CCCTCATTTCATGTGTTCCCTCATTTCATGTGTTCCCTCATTTCATGTGTTCCCTCATTT SH16272 16272 50 47 YDR447C_4_1355542_1354818_INTRON_4_317 intron #REF! #REF! 121 17 CAATCTCTCTGCAAACCCAATCTCTCTGCAAACCCAATCTCTCTGCAAACCCAATCTCTC SH16273 16273 9 48 YDR447C_4_1355542_1354818_INTRON_4_317 intron #REF! #REF! 141 15 TCGTTCCCATAACGCTCGTTCCCATAACGCTCGTTCCCATAACGCTCGTTCCCATAACGC SH16274 16274 35 169 YDR447C_4_1355542_1354818_INTRON_4_317 intron #REF! #REF! 161 13 AATGCCCTGCTGGAATGCCCTGCTGGAATGCCCTGCTGGAATGCCCTGCTGGAATGCCCT SH16275 16275 69 79 YDR447C_4_1355542_1354818_INTRON_4_317 intron #REF! #REF! 181 18 GTTTTCTAATCTGCTCATGTTTTCTAATCTGCTCATGTTTTCTAATCTGCTCATGTTTTC SH16276 16276 67 46 YDR447C_4_1355542_1354818_INTRON_4_317 intron #REF! #REF! 201 20 TTCTAAACTAATCAGTAATGTTCTAAACTAATCAGTAATGTTCTAAACTAATCAGTAATG SH16277 16277 46 10 YDR447C_4_1355542_1354818_INTRON_4_317 intron #REF! #REF! 221 15 CTTCATTGAGCGCTCCTTCATTGAGCGCTCCTTCATTGAGCGCTCCTTCATTGAGCGCTC SH16278 16278 13 150 YDR447C_4_1355542_1354818_INTRON_4_317 intron #REF! #REF! 241 20 TTGGTGATCTTTTAAATATCTTGGTGATCTTTTAAATATCTTGGTGATCTTTTAAATATC SH16279 16279 5 138 YDR447C_4_1355542_1354818_INTRON_4_317 intron #REF! #REF! 261 18 TCGAAAGCAATTGGTTATTCGAAAGCAATTGGTTATTCGAAAGCAATTGGTTATTCGAAA SH16280 16280 5 26 YDR447C_4_1355542_1354818_INTRON_4_317 intron #REF! #REF! 281 18 GATAAGATAGAATGTGCCGATAAGATAGAATGTGCCGATAAGATAGAATGTGCCGATAAG SH16281 16281 65 11 YDR447C_4_1355542_1354818_INTRON_4_317 intron #REF! #REF! 301 17 CCTCTCTTCAAGACCATCCTCTCTTCAAGACCATCCTCTCTTCAAGACCATCCTCTCTTC SH16282 16282 5 24 YDR447C_4_1355542_1354818_INTRON_4_317 intron #REF! #REF! 321 20 GAGACAACTTAAGTTAGTAAGAGACAACTTAAGTTAGTAAGAGACAACTTAAGTTAGTAA SH16283 16283 26 89 YDR447C_4_1355542_1354818_INTRON_4_317 intron #REF! #REF! 341 23 TATAAAAATAGCAATAATCAAATTATAAAAATAGCAATAATCAAATTATAAAAATAGCAA SH16284 16284 56 129 YDR447C_4_1355542_1354818_INTRON_4_317 intron/exon #REF! #REF! 361 18 GTTCTAACTCTACCCTATGTTCTAACTCTACCCTATGTTCTAACTCTACCCTATGTTCTA SH16285 16285 49 28 YDR447C_4_1355542_1354818_INTRON_4_317 3' exon #REF! #REF! 381 15 CACGTTTGACGGTCTCACGTTTGACGGTCTCACGTTTGACGGTCTCACGTTTGACGGTCT SH16286 16286 72 93 YDR450W_4_1359912_1360787_INTRON_48_482 5' exon #REF! #REF! 1 18 GACAACTAAAGACATCTTGACAACTAAAGACATCTTGACAACTAAAGACATCTTGACAAC SH16287 16287 52 49 YDR450W_4_1359912_1360787_INTRON_48_482 5' exon #REF! #REF! 21 17 GGAAGGAACCTTGTTCTGGAAGGAACCTTGTTCTGGAAGGAACCTTGTTCTGGAAGGAAC SH16288 16288 6 140 YDR450W_4_1359912_1360787_INTRON_48_482 exon/intron #REF! #REF! 41 20 ATAAACATACCGTAAAATGTATAAACATACCGTAAAATGTATAAACATACCGTAAAATGT SH16289 16289 8 103 YDR450W_4_1359912_1360787_INTRON_48_482 intron #REF! #REF! 61 18 CATAGCTCACTAGTAATACATAGCTCACTAGTAATACATAGCTCACTAGTAATACATAGC SH16290 16290 6 172 YDR450W_4_1359912_1360787_INTRON_48_482 intron #REF! #REF! 81 20 TTAAGTTTTTAGCCGATTTTTTAAGTTTTTAGCCGATTTTTTAAGTTTTTAGCCGATTTT SH16291 16291 45 50 YDR450W_4_1359912_1360787_INTRON_48_482 intron #REF! #REF! 101 20 CTTTCTTGTCTGTCATATTTCTTTCTTGTCTGTCATATTTCTTTCTTGTCTGTCATATTT SH16292 16292 42 126 YDR450W_4_1359912_1360787_INTRON_48_482 intron #REF! #REF! 121 18 AAGAGGTGAATGAATTTCAAGAGGTGAATGAATTTCAAGAGGTGAATGAATTTCAAGAGG SH16293 16293 11 50 YDR450W_4_1359912_1360787_INTRON_48_482 intron #REF! #REF! 141 17 CGAATAATCGCCACGATCGAATAATCGCCACGATCGAATAATCGCCACGATCGAATAATC SH16294 16294 92 118 YDR450W_4_1359912_1360787_INTRON_48_482 intron #REF! #REF! 161 20 ATTATATTTAATCACGTCGTATTATATTTAATCACGTCGTATTATATTTAATCACGTCGT SH16295 16295 21 162 YDR450W_4_1359912_1360787_INTRON_48_482 intron #REF! #REF! 181 15 CCCGGGAACATCATTCCCGGGAACATCATTCCCGGGAACATCATTCCCGGGAACATCATT SH16296 16296 4 206 YDR450W_4_1359912_1360787_INTRON_48_482 intron #REF! #REF! 201 20 CCTTATTATTACGTTCTTAGCCTTATTATTACGTTCTTAGCCTTATTATTACGTTCTTAG SH16297 16297 61 6 YDR450W_4_1359912_1360787_INTRON_48_482 intron #REF! #REF! 221 19 CCATAAATTTGTTCATCAGCCATAAATTTGTTCATCAGCCATAAATTTGTTCATCAGCCA SH16298 16298 62 207 YDR450W_4_1359912_1360787_INTRON_48_482 intron #REF! #REF! 241 19 GTTCCTTTTTGATGCATAAGTTCCTTTTTGATGCATAAGTTCCTTTTTGATGCATAAGTT SH16299 16299 69 78 YDR450W_4_1359912_1360787_INTRON_48_482 intron #REF! #REF! 261 17 CGCTTATGCCAAATTCACGCTTATGCCAAATTCACGCTTATGCCAAATTCACGCTTATGC SH16300 16300 32 192 YDR450W_4_1359912_1360787_INTRON_48_482 intron #REF! #REF! 281 18 GCAATGTTCCGTAATTATGCAATGTTCCGTAATTATGCAATGTTCCGTAATTATGCAATG SH16301 16301 68 117 YDR450W_4_1359912_1360787_INTRON_48_482 intron #REF! #REF! 301 13 CCTCCGACCGCTACCTCCGACCGCTACCTCCGACCGCTACCTCCGACCGCTACCTCCGAC SH16302 16302 91 101 YDR450W_4_1359912_1360787_INTRON_48_482 intron #REF! #REF! 321 15 GTAAAGCATTCCCGGGTAAAGCATTCCCGGGTAAAGCATTCCCGGGTAAAGCATTCCCGG SH16303 16303 29 108 YDR450W_4_1359912_1360787_INTRON_48_482 intron #REF! #REF! 341 15 CCGCCAATAGCTGATCCGCCAATAGCTGATCCGCCAATAGCTGATCCGCCAATAGCTGAT SH16304 16304 104 84 YDR450W_4_1359912_1360787_INTRON_48_482 intron #REF! #REF! 361 17 TTTAGTGTTGGTTGGTCTTTAGTGTTGGTTGGTCTTTAGTGTTGGTTGGTCTTTAGTGTT SH16305 16305 29 169 YDR450W_4_1359912_1360787_INTRON_48_482 intron #REF! #REF! 381 17 ATCGGAGCAGGATATAAATCGGAGCAGGATATAAATCGGAGCAGGATATAAATCGGAGCA SH16306 16306 21 173 YDR450W_4_1359912_1360787_INTRON_48_482 intron #REF! #REF! 401 13 CACGGCCAAGACACACGGCCAAGACACACGGCCAAGACACACGGCCAAGACACACGGCCA SH16307 16307 2 114 YDR450W_4_1359912_1360787_INTRON_48_482 intron #REF! #REF! 421 21 GTTAGTAAAAAATGTGCATAAGTTAGTAAAAAATGTGCATAAGTTAGTAAAAAATGTGCA SH16308 16308 38 41 YDR450W_4_1359912_1360787_INTRON_48_482 intron #REF! #REF! 441 18 CGAACTTATTGATAAACGCGAACTTATTGATAAACGCGAACTTATTGATAAACGCGAACT SH16309 16309 33 15 YDR450W_4_1359912_1360787_INTRON_48_482 intron #REF! #REF! 461 20 TAAAAAAATTTAGACGGGAATAAAAAAATTTAGACGGGAATAAAAAAATTTAGACGGGAA SH16310 16310 91 52 YDR450W_4_1359912_1360787_INTRON_48_482 intron/exon #REF! #REF! 481 17 GTGTTCAACAAACTGCGGTGTTCAACAAACTGCGGTGTTCAACAAACTGCGGTGTTCAAC SH16311 16311 94 119 YDR450W_4_1359912_1360787_INTRON_48_482 3' exon #REF! #REF! 501 17 TAATGTTACCGTCAACGTAATGTTACCGTCAACGTAATGTTACCGTCAACGTAATGTTAC SH16312 16312 60 38 YDR471W_4_1401759_1402553_INTRON_32_415 5' exon #REF! #REF! 1 20 TGGTTATATTGATTTCTTTGTGGTTATATTGATTTCTTTGTGGTTATATTGATTTCTTTG SH16313 16313 17 205 YDR471W_4_1401759_1402553_INTRON_32_415 5' exon #REF! #REF! 21 19 GCTTTCAAAAATTTAGCCAGCTTTCAAAAATTTAGCCAGCTTTCAAAAATTTAGCCAGCT SH16314 16314 7 117 YDR471W_4_1401759_1402553_INTRON_32_415 exon/intron #REF! #REF! 41 17 TACGTACCAACTTTACCTACGTACCAACTTTACCTACGTACCAACTTTACCTACGTACCA SH16315 16315 33 187 YDR471W_4_1401759_1402553_INTRON_32_415 intron #REF! #REF! 61 17 AGCGTTTGCTCTGTTAAAGCGTTTGCTCTGTTAAAGCGTTTGCTCTGTTAAAGCGTTTGC SH16316 16316 67 41 YDR471W_4_1401759_1402553_INTRON_32_415 intron #REF! #REF! 81 21 CCTTTTATTCGATATCTTAATCCTTTTATTCGATATCTTAATCCTTTTATTCGATATCTT SH16317 16317 46 165 YDR471W_4_1401759_1402553_INTRON_32_415 intron #REF! #REF! 101 15 GCACCTGAAAGTCCCGCACCTGAAAGTCCCGCACCTGAAAGTCCCGCACCTGAAAGTCCC SH16318 16318 103 73 YDR471W_4_1401759_1402553_INTRON_32_415 intron #REF! #REF! 121 18 GATTGTACAATTTCCCATGATTGTACAATTTCCCATGATTGTACAATTTCCCATGATTGT SH16319 16319 33 60 YDR471W_4_1401759_1402553_INTRON_32_415 intron #REF! #REF! 141 17 CCATATTGTTTGTCCCTCCATATTGTTTGTCCCTCCATATTGTTTGTCCCTCCATATTGT SH16320 16320 82 29 YDR471W_4_1401759_1402553_INTRON_32_415 intron #REF! #REF! 161 18 AATACAATCATGTACTGCAATACAATCATGTACTGCAATACAATCATGTACTGCAATACA SH16321 16321 88 175 YDR471W_4_1401759_1402553_INTRON_32_415 intron #REF! #REF! 181 16 GGTACCTCCTACAATGGGTACCTCCTACAATGGGTACCTCCTACAATGGGTACCTCCTAC SH16322 16322 18 64 YDR471W_4_1401759_1402553_INTRON_32_415 intron #REF! #REF! 201 17 CTCTTTTTTACTGGCACCTCTTTTTTACTGGCACCTCTTTTTTACTGGCACCTCTTTTTT SH16323 16323 28 21 YDR471W_4_1401759_1402553_INTRON_32_415 intron #REF! #REF! 221 13 GTGCTCCCCGGGCGTGCTCCCCGGGCGTGCTCCCCGGGCGTGCTCCCCGGGCGTGCTCCC SH16324 16324 41 139 YDR471W_4_1401759_1402553_INTRON_32_415 intron #REF! #REF! 241 15 GACACGATTGGTCGTGACACGATTGGTCGTGACACGATTGGTCGTGACACGATTGGTCGT SH16325 16325 42 108 YDR471W_4_1401759_1402553_INTRON_32_415 intron #REF! #REF! 261 17 CCATGTGCCTTTTTTGCCCATGTGCCTTTTTTGCCCATGTGCCTTTTTTGCCCATGTGCC SH16326 16326 86 159 YDR471W_4_1401759_1402553_INTRON_32_415 intron #REF! #REF! 281 20 TGAACACTGATAAATTACATTGAACACTGATAAATTACATTGAACACTGATAAATTACAT SH16327 16327 104 153 YDR471W_4_1401759_1402553_INTRON_32_415 intron #REF! #REF! 301 17 TCTGTTCAACTCAGTGTTCTGTTCAACTCAGTGTTCTGTTCAACTCAGTGTTCTGTTCAA SH16328 16328 34 13 YDR471W_4_1401759_1402553_INTRON_32_415 intron #REF! #REF! 321 20 AGTTAACATTGATTAGATAGAGTTAACATTGATTAGATAGAGTTAACATTGATTAGATAG SH16329 16329 97 6 YDR471W_4_1401759_1402553_INTRON_32_415 intron #REF! #REF! 341 17 CTTTTTGTTCCCTGGAACTTTTTGTTCCCTGGAACTTTTTGTTCCCTGGAACTTTTTGTT SH16330 16330 42 67 YDR471W_4_1401759_1402553_INTRON_32_415 intron #REF! #REF! 361 20 AAATAAAAGAGAAGTGGATTAAATAAAAGAGAAGTGGATTAAATAAAAGAGAAGTGGATT SH16331 16331 59 81 YDR471W_4_1401759_1402553_INTRON_32_415 intron #REF! #REF! 381 22 TTCTATTTCTAATGATATTTTGTTCTATTTCTAATGATATTTTGTTCTATTTCTAATGAT SH16332 16332 10 105 YDR471W_4_1401759_1402553_INTRON_32_415 intron #REF! #REF! 401 23 CGAAAATTTGTTAGTAAATTTTTCGAAAATTTGTTAGTAAATTTTTCGAAAATTTGTTAG SH16333 16333 2 122 YDR471W_4_1401759_1402553_INTRON_32_415 intron/exon #REF! #REF! 421 17 CAGCTACGATAATACGACAGCTACGATAATACGACAGCTACGATAATACGACAGCTACGA SH16334 16334 57 74 YDR471W_4_1401759_1402553_INTRON_32_415 3' exon #REF! #REF! 441 17 GTAACGACCACGAACAAGTAACGACCACGAACAAGTAACGACCACGAACAAGTAACGACC SH16335 16335 58 186 YDR471W_4_1401759_1402553_INTRON_32_415 3' exon #REF! #REF! 461 17 ATCACAACCTTCTTACCATCACAACCTTCTTACCATCACAACCTTCTTACCATCACAACC SH16336 16336 10 31 YDR500C_4_1450856_1450201_INTRON_8_396 5' exon #REF! #REF! 1 20 TTAATAATTCCTGTACATACTTAATAATTCCTGTACATACTTAATAATTCCTGTACATAC SH16337 16337 12 213 YDR500C_4_1450856_1450201_INTRON_8_396 5' exon #REF! #REF! 21 17 GAACGTTGACTCATCAAGAACGTTGACTCATCAAGAACGTTGACTCATCAAGAACGTTGA SH16338 16338 18 138 YDR500C_4_1450856_1450201_INTRON_8_396 exon/intron #REF! #REF! 41 13 CAGACCGGATGTGCAGACCGGATGTGCAGACCGGATGTGCAGACCGGATGTGCAGACCGG SH16339 16339 24 121 YDR500C_4_1450856_1450201_INTRON_8_396 intron #REF! #REF! 61 18 TTCTTTCTCATGTAATCCTTCTTTCTCATGTAATCCTTCTTTCTCATGTAATCCTTCTTT SH16340 16340 37 129 YDR500C_4_1450856_1450201_INTRON_8_396 intron #REF! #REF! 81 19 GGTGGAAAATTTTTTCAGTGGTGGAAAATTTTTTCAGTGGTGGAAAATTTTTTCAGTGGT SH16341 16341 74 206 YDR500C_4_1450856_1450201_INTRON_8_396 intron #REF! #REF! 101 13 ACCTGGCCTCTCCACCTGGCCTCTCCACCTGGCCTCTCCACCTGGCCTCTCCACCTGGCC SH16342 16342 68 44 YDR500C_4_1450856_1450201_INTRON_8_396 intron #REF! #REF! 121 17 AGTGAATAACGTAGGTCAGTGAATAACGTAGGTCAGTGAATAACGTAGGTCAGTGAATAA SH16343 16343 39 111 YDR500C_4_1450856_1450201_INTRON_8_396 intron #REF! #REF! 141 22 TCTATATTTTTAAATCTTTTGGTCTATATTTTTAAATCTTTTGGTCTATATTTTTAAATC SH16344 16344 36 178 YDR500C_4_1450856_1450201_INTRON_8_396 intron #REF! #REF! 161 17 GGCAACATTCATCATTCGGCAACATTCATCATTCGGCAACATTCATCATTCGGCAACATT SH16345 16345 78 56 YDR500C_4_1450856_1450201_INTRON_8_396 intron #REF! #REF! 181 18 TTTCTTATCATCAATGGCTTTCTTATCATCAATGGCTTTCTTATCATCAATGGCTTTCTT SH16346 16346 6 49 YDR500C_4_1450856_1450201_INTRON_8_396 intron #REF! #REF! 201 15 GCATCCGTTATGTGCGCATCCGTTATGTGCGCATCCGTTATGTGCGCATCCGTTATGTGC SH16347 16347 57 30 YDR500C_4_1450856_1450201_INTRON_8_396 intron #REF! #REF! 221 19 CAAATCTTTTTATTCGCTCCAAATCTTTTTATTCGCTCCAAATCTTTTTATTCGCTCCAA SH16348 16348 93 80 YDR500C_4_1450856_1450201_INTRON_8_396 intron #REF! #REF! 241 18 ACCTTTTTGTATTGACACACCTTTTTGTATTGACACACCTTTTTGTATTGACACACCTTT SH16349 16349 54 81 YDR500C_4_1450856_1450201_INTRON_8_396 intron #REF! #REF! 261 18 GTCTTACACTATTTCTTCGTCTTACACTATTTCTTCGTCTTACACTATTTCTTCGTCTTA SH16350 16350 7 50 YDR500C_4_1450856_1450201_INTRON_8_396 intron #REF! #REF! 281 17 GGTCTAGATGTGTGTTGGGTCTAGATGTGTGTTGGGTCTAGATGTGTGTTGGGTCTAGAT SH16351 16351 14 196 YDR500C_4_1450856_1450201_INTRON_8_396 intron #REF! #REF! 301 19 GATTCAGAACAACTTCATTGATTCAGAACAACTTCATTGATTCAGAACAACTTCATTGAT SH16352 16352 32 109 YDR500C_4_1450856_1450201_INTRON_8_396 intron #REF! #REF! 321 19 CTAAATAAACTCTACTGCTCTAAATAAACTCTACTGCTCTAAATAAACTCTACTGCTCTA SH16353 16353 7 100 YDR500C_4_1450856_1450201_INTRON_8_396 intron #REF! #REF! 341 20 TATCGTTAGTAAAACTTTGATATCGTTAGTAAAACTTTGATATCGTTAGTAAAACTTTGA SH16354 16354 79 21 YDR500C_4_1450856_1450201_INTRON_8_396 intron #REF! #REF! 361 23 AAAATGAAAACATAAAAGTTAATAAAATGAAAACATAAAAGTTAATAAAATGAAAACATA SH16355 16355 14 37 YDR500C_4_1450856_1450201_INTRON_8_396 intron #REF! #REF! 381 18 GAGTACCCTCTGTTTAAAGAGTACCCTCTGTTTAAAGAGTACCCTCTGTTTAAAGAGTAC SH16356 16356 79 81 YDR500C_4_1450856_1450201_INTRON_8_396 intron #REF! #REF! 401 16 GACGCTTACCGAATGAGACGCTTACCGAATGAGACGCTTACCGAATGAGACGCTTACCGA SH16357 16357 15 193 YDR500C_4_1450856_1450201_INTRON_8_396 intron #REF! #REF! 421 17 ACAAGGTGTGAGATTTGACAAGGTGTGAGATTTGACAAGGTGTGAGATTTGACAAGGTGT SH16358 16358 76 162 YEL012W_5_131772_132551_INTRON_6_128 5' exon #REF! #REF! 1 21 CAATATTCCTTATGAAATACTCAATATTCCTTATGAAATACTCAATATTCCTTATGAAAT SH16359 16359 10 49 YEL012W_5_131772_132551_INTRON_6_128 5' exon #REF! #REF! 21 15 ACGCTCCTTTCTTCCACGCTCCTTTCTTCCACGCTCCTTTCTTCCACGCTCCTTTCTTCC SH16360 16360 53 86 YEL012W_5_131772_132551_INTRON_6_128 exon/intron #REF! #REF! 41 18 AAACATACCTCATCTTTCAAACATACCTCATCTTTCAAACATACCTCATCTTTCAAACAT SH16361 16361 76 165 YEL012W_5_131772_132551_INTRON_6_128 intron #REF! #REF! 61 23 TATAAATATACGTATATATCTTATATAAATATACGTATATATCTTATATAAATATACGTA SH16362 16362 29 121 YEL012W_5_131772_132551_INTRON_6_128 intron #REF! #REF! 81 18 CTCAGAAGAGTGATATATCTCAGAAGAGTGATATATCTCAGAAGAGTGATATATCTCAGA SH16363 16363 48 16 YEL012W_5_131772_132551_INTRON_6_128 intron #REF! #REF! 101 18 CTCATTCTATGGCATACTCTCATTCTATGGCATACTCTCATTCTATGGCATACTCTCATT SH16364 16364 67 181 YEL012W_5_131772_132551_INTRON_6_128 intron #REF! #REF! 121 20 GACATTTTCTTTGTTAGTGAGACATTTTCTTTGTTAGTGAGACATTTTCTTTGTTAGTGA SH16365 16365 41 138 YEL012W_5_131772_132551_INTRON_6_128 intron #REF! #REF! 141 20 CGATATCTTTGAAGTTCATTCGATATCTTTGAAGTTCATTCGATATCTTTGAAGTTCATT SH16366 16366 64 46 YEL012W_5_131772_132551_INTRON_6_128 intron/exon #REF! #REF! 161 19 GAGCTACTGTTTCATTAAAGAGCTACTGTTTCATTAAAGAGCTACTGTTTCATTAAAGAG SH16367 16367 41 123 YEL012W_5_131772_132551_INTRON_6_128 3' exon #REF! #REF! 181 17 GTCTCGATCCTTCTTTTGTCTCGATCCTTCTTTTGTCTCGATCCTTCTTTTGTCTCGATC SH16368 16368 12 92 YEL012W_5_131772_132551_INTRON_6_128 3' exon #REF! #REF! 201 19 CATCAACAGTTTCATAACACATCAACAGTTTCATAACACATCAACAGTTTCATAACACAT SH16369 16369 29 206 YER003C_5_159117_157735_INTRON_32_124 5' exon #REF! #REF! 1 20 TGTTTTAAAATTTTCTGGTCTGTTTTAAAATTTTCTGGTCTGTTTTAAAATTTTCTGGTC SH16370 16370 74 213 YER003C_5_159117_157735_INTRON_32_124 5' exon #REF! #REF! 21 17 GAACAGCTTGTTGGACAGAACAGCTTGTTGGACAGAACAGCTTGTTGGACAGAACAGCTT SH16371 16371 96 108 YER003C_5_159117_157735_INTRON_32_124 exon/intron #REF! #REF! 41 17 CACATACCTGCATCTAACACATACCTGCATCTAACACATACCTGCATCTAACACATACCT SH16372 16372 2 111 YER003C_5_159117_157735_INTRON_32_124 intron #REF! #REF! 61 22 ATTCAAAATATTTGACGAAAAAATTCAAAATATTTGACGAAAAAATTCAAAATATTTGAC SH16373 16373 66 157 YER003C_5_159117_157735_INTRON_32_124 intron #REF! #REF! 81 23 AAAAAAAAAAATACTCAAAGTATAAAAAAAAAAATACTCAAAGTATAAAAAAAAAAATAC SH16374 16374 56 175 YER003C_5_159117_157735_INTRON_32_124 intron #REF! #REF! 101 21 GTTAGTGTACCAAAAAAAAAAGTTAGTGTACCAAAAAAAAAAGTTAGTGTACCAAAAAAA SH16375 16375 81 162 YER003C_5_159117_157735_INTRON_32_124 intron #REF! #REF! 121 15 AGTCGTACGCGTTAGAGTCGTACGCGTTAGAGTCGTACGCGTTAGAGTCGTACGCGTTAG SH16376 16376 51 82 YER003C_5_159117_157735_INTRON_32_124 intron/exon #REF! #REF! 141 17 GTATTGTTGGTAGCCTAGTATTGTTGGTAGCCTAGTATTGTTGGTAGCCTAGTATTGTTG SH16377 16377 99 59 YER003C_5_159117_157735_INTRON_32_124 3' exon #REF! #REF! 161 15 GCCGATTTTACCCCAGCCGATTTTACCCCAGCCGATTTTACCCCAGCCGATTTTACCCCA SH16378 16378 55 117 YER007C-A_5_166884_166236_INTRON_12_114 5' exon #REF! #REF! 1 18 TACCGTCTTTGTCTTTTATACCGTCTTTGTCTTTTATACCGTCTTTGTCTTTTATACCGT SH16379 16379 59 37 YER007C-A_5_166884_166236_INTRON_12_114 5' exon #REF! #REF! 21 17 CCTCTCTGCTGTTTTAGCCTCTCTGCTGTTTTAGCCTCTCTGCTGTTTTAGCCTCTCTGC SH16380 16380 89 98 YER007C-A_5_166884_166236_INTRON_12_114 exon/intron #REF! #REF! 41 20 TTAGACATACTTCTTAAACATTAGACATACTTCTTAAACATTAGACATACTTCTTAAACA SH16381 16381 95 125 YER007C-A_5_166884_166236_INTRON_12_114 intron #REF! #REF! 61 18 GCAATATTCATTCTCATGGCAATATTCATTCTCATGGCAATATTCATTCTCATGGCAATA SH16382 16382 83 152 YER007C-A_5_166884_166236_INTRON_12_114 intron #REF! #REF! 81 18 TGGTAAAACCAGTGAATTTGGTAAAACCAGTGAATTTGGTAAAACCAGTGAATTTGGTAA SH16383 16383 57 53 YER007C-A_5_166884_166236_INTRON_12_114 intron #REF! #REF! 101 18 CAAAAGTGTACACTAACCCAAAAGTGTACACTAACCCAAAAGTGTACACTAACCCAAAAG SH16384 16384 70 151 YER007C-A_5_166884_166236_INTRON_12_114 intron #REF! #REF! 121 19 GTTAGTAATTGCTTACTGAGTTAGTAATTGCTTACTGAGTTAGTAATTGCTTACTGAGTT SH16385 16385 88 34 YER007C-A_5_166884_166236_INTRON_12_114 intron/exon #REF! #REF! 141 18 TGAATCTATCGATGATGATGAATCTATCGATGATGATGAATCTATCGATGATGATGAATC SH16386 16386 4 67 YER007C-A_5_166884_166236_INTRON_12_114 3' exon #REF! #REF! 161 17 GAATGGACATCTTCTCTGAATGGACATCTTCTCTGAATGGACATCTTCTCTGAATGGACA SH16387 16387 17 112 YER007C-A_5_166884_166236_INTRON_12_114 3' exon #REF! #REF! 181 18 GAAGATTTGACCTTTGAAGAAGATTTGACCTTTGAAGAAGATTTGACCTTTGAAGAAGAT SH16388 16388 15 105 YER044C-A_5_239773_238459_INTRON_64_151 5' exon #REF! #REF! 1 18 GTTCCATATCTTCCAGTTGTTCCATATCTTCCAGTTGTTCCATATCTTCCAGTTGTTCCA SH16389 16389 57 184 YER044C-A_5_239773_238459_INTRON_64_151 5' exon #REF! #REF! 21 17 ACTTCCGATGTTTCCTTACTTCCGATGTTTCCTTACTTCCGATGTTTCCTTACTTCCGAT SH16390 16390 21 57 YER044C-A_5_239773_238459_INTRON_64_151 exon/intron #REF! #REF! 41 17 CACGTACGATTATCCAGCACGTACGATTATCCAGCACGTACGATTATCCAGCACGTACGA SH16391 16391 27 186 YER044C-A_5_239773_238459_INTRON_64_151 intron #REF! #REF! 61 17 GGTTAAGGATGTGACAAGGTTAAGGATGTGACAAGGTTAAGGATGTGACAAGGTTAAGGA SH16392 16392 30 188 YER044C-A_5_239773_238459_INTRON_64_151 intron #REF! #REF! 81 21 CTAAAAGTTAGTAAAGAGAAACTAAAAGTTAGTAAAGAGAAACTAAAAGTTAGTAAAGAG SH16393 16393 2 150 YER044C-A_5_239773_238459_INTRON_64_151 intron #REF! #REF! 101 17 GAGATTACACCTCTTACGAGATTACACCTCTTACGAGATTACACCTCTTACGAGATTACA SH16394 16394 86 115 YER044C-A_5_239773_238459_INTRON_64_151 intron/exon #REF! #REF! 121 20 CACTGTCATAGATAATATTCCACTGTCATAGATAATATTCCACTGTCATAGATAATATTC SH16395 16395 8 64 YER044C-A_5_239773_238459_INTRON_64_151 3' exon #REF! #REF! 141 20 TGGATTGAATTAAAGCAAAATGGATTGAATTAAAGCAAAATGGATTGAATTAAAGCAAAA SH16396 16396 69 77 YER044C-A_5_239773_238459_INTRON_64_151 3' exon #REF! #REF! 161 16 CACAACGTAGGATTCCCACAACGTAGGATTCCCACAACGTAGGATTCCCACAACGTAGGA SH16397 16397 41 174 YER056C-A_5_270183_269421_INTRON_38_434 5' exon #REF! #REF! 1 17 CCATCTTTGGTTGTTCTCCATCTTTGGTTGTTCTCCATCTTTGGTTGTTCTCCATCTTTG SH16398 16398 41 93 YER056C-A_5_270183_269421_INTRON_38_434 5' exon #REF! #REF! 21 18 TTCTGAAAGTAACACGTTTTCTGAAAGTAACACGTTTTCTGAAAGTAACACGTTTTCTGA SH16399 16399 9 176 YER056C-A_5_270183_269421_INTRON_38_434 exon/intron #REF! #REF! 41 20 TTTAACATACATGGATTTCTTTTAACATACATGGATTTCTTTTAACATACATGGATTTCT SH16400 16400 26 3 YER056C-A_5_270183_269421_INTRON_38_434 intron #REF! #REF! 61 18 GTAATTTATAAGTGTGCCGTAATTTATAAGTGTGCCGTAATTTATAAGTGTGCCGTAATT SH16401 16401 76 63 YER056C-A_5_270183_269421_INTRON_38_434 intron #REF! #REF! 81 17 CATCTCGTCAGAATTTCCATCTCGTCAGAATTTCCATCTCGTCAGAATTTCCATCTCGTC SH16402 16402 28 78 YER056C-A_5_270183_269421_INTRON_38_434 intron #REF! #REF! 101 21 GCTCTTTTTTAGTTGAATAATGCTCTTTTTTAGTTGAATAATGCTCTTTTTTAGTTGAAT SH16403 16403 73 162 YER056C-A_5_270183_269421_INTRON_38_434 intron #REF! #REF! 121 15 TCCTCTCCTCTCTTGTCCTCTCCTCTCTTGTCCTCTCCTCTCTTGTCCTCTCCTCTCTTG SH16404 16404 65 116 YER056C-A_5_270183_269421_INTRON_38_434 intron #REF! #REF! 141 13 AGGACCCCTGACAAGGACCCCTGACAAGGACCCCTGACAAGGACCCCTGACAAGGACCCC SH16405 16405 83 85 YER056C-A_5_270183_269421_INTRON_38_434 intron #REF! #REF! 161 20 GGGTAAATTGCTTTTGATAAGGGTAAATTGCTTTTGATAAGGGTAAATTGCTTTTGATAA SH16406 16406 103 113 YER056C-A_5_270183_269421_INTRON_38_434 intron #REF! #REF! 181 18 TAGTGGATTACAAAAACGTAGTGGATTACAAAAACGTAGTGGATTACAAAAACGTAGTGG SH16407 16407 43 70 YER056C-A_5_270183_269421_INTRON_38_434 intron #REF! #REF! 201 18 CGCGCAGAATAAGTTATTCGCGCAGAATAAGTTATTCGCGCAGAATAAGTTATTCGCGCA SH16408 16408 101 140 YER056C-A_5_270183_269421_INTRON_38_434 intron #REF! #REF! 221 20 ATTATTTCTGGACACAATATATTATTTCTGGACACAATATATTATTTCTGGACACAATAT SH16409 16409 78 138 YER056C-A_5_270183_269421_INTRON_38_434 intron #REF! #REF! 241 20 CTCATTGCTACTAATATTGTCTCATTGCTACTAATATTGTCTCATTGCTACTAATATTGT SH16410 16410 87 178 YER056C-A_5_270183_269421_INTRON_38_434 intron #REF! #REF! 261 22 CTTATTAACTATCGTTTTTCTTCTTATTAACTATCGTTTTTCTTCTTATTAACTATCGTT SH16411 16411 18 31 YER056C-A_5_270183_269421_INTRON_38_434 intron #REF! #REF! 281 17 TTAAAAGTGGCTGCTCTTTAAAAGTGGCTGCTCTTTAAAAGTGGCTGCTCTTTAAAAGTG SH16412 16412 102 135 YER056C-A_5_270183_269421_INTRON_38_434 intron #REF! #REF! 301 17 AGCTCTAGTCAGTATCAAGCTCTAGTCAGTATCAAGCTCTAGTCAGTATCAAGCTCTAGT SH16413 16413 86 106 YER056C-A_5_270183_269421_INTRON_38_434 intron #REF! #REF! 321 18 GTAACACAGATTGAGATTGTAACACAGATTGAGATTGTAACACAGATTGAGATTGTAACA SH16414 16414 56 163 YER056C-A_5_270183_269421_INTRON_38_434 intron #REF! #REF! 341 22 GAGAAAACTTTAAAAGAAATTTGAGAAAACTTTAAAAGAAATTTGAGAAAACTTTAAAAG SH16415 16415 47 190 YER056C-A_5_270183_269421_INTRON_38_434 intron #REF! #REF! 361 17 AATAGGAAGGAGTTCGAAATAGGAAGGAGTTCGAAATAGGAAGGAGTTCGAAATAGGAAG SH16416 16416 12 79 YER056C-A_5_270183_269421_INTRON_38_434 intron #REF! #REF! 381 20 AATATGTTAGTACGAAATGTAATATGTTAGTACGAAATGTAATATGTTAGTACGAAATGT SH16417 16417 69 88 YER056C-A_5_270183_269421_INTRON_38_434 intron #REF! #REF! 401 20 GTATACTTTCTCATTTGAAAGTATACTTTCTCATTTGAAAGTATACTTTCTCATTTGAAA SH16418 16418 76 174 YER056C-A_5_270183_269421_INTRON_38_434 intron #REF! #REF! 421 20 AAAATGTTTTCAGAAAGTTGAAAATGTTTTCAGAAAGTTGAAAATGTTTTCAGAAAGTTG SH16419 16419 102 169 YER056C-A_5_270183_269421_INTRON_38_434 intron/exon #REF! #REF! 441 17 CGGGTGTTGTCTATTTGCGGGTGTTGTCTATTTGCGGGTGTTGTCTATTTGCGGGTGTTG SH16420 16420 59 46 YER056C-A_5_270183_269421_INTRON_38_434 3' exon #REF! #REF! 461 20 TAACAACCTTGATTTTGTTATAACAACCTTGATTTTGTTATAACAACCTTGATTTTGTTA SH16421 16421 86 34 YER056C-A_5_270183_269421_INTRON_38_434 3' exon #REF! #REF! 481 13 CCACCTGGGGTCTCCACCTGGGGTCTCCACCTGGGGTCTCCACCTGGGGTCTCCACCTGG SH16422 16422 27 40 YER074W_5_306319_307192_INTRON_4_469 5' exon #REF! #REF! 1 21 GAAATCTTTGTTTTGAACTAAGAAATCTTTGTTTTGAACTAAGAAATCTTTGTTTTGAAC SH16423 16423 103 102 YER074W_5_306319_307192_INTRON_4_469 5' exon #REF! #REF! 21 18 ATCTATGTTGGTTTCTTGATCTATGTTGGTTTCTTGATCTATGTTGGTTTCTTGATCTAT SH16424 16424 85 129 YER074W_5_306319_307192_INTRON_4_469 exon/intron #REF! #REF! 41 18 TAACATACCATTTCTGCTTAACATACCATTTCTGCTTAACATACCATTTCTGCTTAACAT SH16425 16425 71 114 YER074W_5_306319_307192_INTRON_4_469 intron #REF! #REF! 61 17 CTTTCATCTGAGCACTTCTTTCATCTGAGCACTTCTTTCATCTGAGCACTTCTTTCATCT SH16426 16426 87 141 YER074W_5_306319_307192_INTRON_4_469 intron #REF! #REF! 81 17 CATGGAATATGGGACGTCATGGAATATGGGACGTCATGGAATATGGGACGTCATGGAATA SH16427 16427 102 136 YER074W_5_306319_307192_INTRON_4_469 intron #REF! #REF! 101 17 CTAACTCATGGCAACTTCTAACTCATGGCAACTTCTAACTCATGGCAACTTCTAACTCAT SH16428 16428 51 179 YER074W_5_306319_307192_INTRON_4_469 intron #REF! #REF! 121 18 GTACCTTTATTGCCTTTTGTACCTTTATTGCCTTTTGTACCTTTATTGCCTTTTGTACCT SH16429 16429 42 30 YER074W_5_306319_307192_INTRON_4_469 intron #REF! #REF! 141 20 TTTACTTTCTTTTCTCGTTATTTACTTTCTTTTCTCGTTATTTACTTTCTTTTCTCGTTA SH16430 16430 18 57 YER074W_5_306319_307192_INTRON_4_469 intron #REF! #REF! 161 20 ATTTGCAAAACATTTCTTCTATTTGCAAAACATTTCTTCTATTTGCAAAACATTTCTTCT SH16431 16431 36 148 YER074W_5_306319_307192_INTRON_4_469 intron #REF! #REF! 181 17 CTGTTACGCCACCTTAACTGTTACGCCACCTTAACTGTTACGCCACCTTAACTGTTACGC SH16432 16432 44 19 YER074W_5_306319_307192_INTRON_4_469 intron #REF! #REF! 201 21 CATTAATATATTAGCCAATAGCATTAATATATTAGCCAATAGCATTAATATATTAGCCAA SH16433 16433 66 88 YER074W_5_306319_307192_INTRON_4_469 intron #REF! #REF! 221 18 CTTTTCACAATGATTGCCCTTTTCACAATGATTGCCCTTTTCACAATGATTGCCCTTTTC SH16434 16434 43 78 YER074W_5_306319_307192_INTRON_4_469 intron #REF! #REF! 241 17 CGATACGGATTTCACATCGATACGGATTTCACATCGATACGGATTTCACATCGATACGGA SH16435 16435 83 137 YER074W_5_306319_307192_INTRON_4_469 intron #REF! #REF! 261 22 TTTGAGTTATAAATTTAACCAATTTGAGTTATAAATTTAACCAATTTGAGTTATAAATTT SH16436 16436 12 35 YER074W_5_306319_307192_INTRON_4_469 intron #REF! #REF! 281 20 GCTATTCGAGTGTTTAAATTGCTATTCGAGTGTTTAAATTGCTATTCGAGTGTTTAAATT SH16437 16437 17 176 YER074W_5_306319_307192_INTRON_4_469 intron #REF! #REF! 301 19 GATAAAATATTACGGGTCAGATAAAATATTACGGGTCAGATAAAATATTACGGGTCAGAT SH16438 16438 37 104 YER074W_5_306319_307192_INTRON_4_469 intron #REF! #REF! 321 17 GTTGAACTCTTAAAGCGGTTGAACTCTTAAAGCGGTTGAACTCTTAAAGCGGTTGAACTC SH16439 16439 47 40 YER074W_5_306319_307192_INTRON_4_469 intron #REF! #REF! 341 21 GTTAGCTAGATATCATTTTTTGTTAGCTAGATATCATTTTTTGTTAGCTAGATATCATTT SH16440 16440 12 147 YER074W_5_306319_307192_INTRON_4_469 intron #REF! #REF! 361 17 TTCCTGTAGCATAATGGTTCCTGTAGCATAATGGTTCCTGTAGCATAATGGTTCCTGTAG SH16441 16441 85 63 YER074W_5_306319_307192_INTRON_4_469 intron #REF! #REF! 381 18 GGGATAATAGTCCAAAAAGGGATAATAGTCCAAAAAGGGATAATAGTCCAAAAAGGGATA SH16442 16442 86 105 YER074W_5_306319_307192_INTRON_4_469 intron #REF! #REF! 401 17 CCTTCCAGTTTTCATGACCTTCCAGTTTTCATGACCTTCCAGTTTTCATGACCTTCCAGT SH16443 16443 35 172 YER074W_5_306319_307192_INTRON_4_469 intron #REF! #REF! 421 17 AAATGGCGTCCTTGAAAAAATGGCGTCCTTGAAAAAATGGCGTCCTTGAAAAAATGGCGT SH16444 16444 25 87 YER074W_5_306319_307192_INTRON_4_469 intron #REF! #REF! 441 16 GTGTGGGGGAAATCTTGTGTGGGGGAAATCTTGTGTGGGGGAAATCTTGTGTGGGGGAAA SH16445 16445 86 173 YER074W_5_306319_307192_INTRON_4_469 intron #REF! #REF! 461 22 AAAAATTGTTAGTAAAATAGGTAAAAATTGTTAGTAAAATAGGTAAAAATTGTTAGTAAA SH16446 16446 62 26 YER074W_5_306319_307192_INTRON_4_469 intron #REF! #REF! 481 22 TTTAGGTAAAAAACCATTTTAATTTAGGTAAAAAACCATTTTAATTTAGGTAAAAAACCA SH16447 16447 92 147 YER074W_5_306319_307192_INTRON_4_469 intron/exon #REF! #REF! 501 20 CAGACTGAGAAAAAACAATTCAGACTGAGAAAAAACAATTCAGACTGAGAAAAAACAATT SH16448 16448 42 170 YER074W_5_306319_307192_INTRON_4_469 3' exon #REF! #REF! 521 16 CGGATAGTAACAGCGTCGGATAGTAACAGCGTCGGATAGTAACAGCGTCGGATAGTAACA SH16449 16449 10 52 YER074W_5_306319_307192_INTRON_4_469 3' exon #REF! #REF! 541 18 GTTGGAGATAACCTTTCTGTTGGAGATAACCTTTCTGTTGGAGATAACCTTTCTGTTGGA SH16450 16450 26 162 YER074W-A_0_5_307649_INTRON_95_196 5' exon #REF! #REF! 1 18 GCAACGGCATTAATCAATGCAACGGCATTAATCAATGCAACGGCATTAATCAATGCAACG SH16451 16451 45 187 YER074W-A_0_5_307649_INTRON_95_196 5' exon #REF! #REF! 21 17 CCTTTCTTCGCTCAGTACCTTTCTTCGCTCAGTACCTTTCTTCGCTCAGTACCTTTCTTC SH16452 16452 29 124 YER074W-A_0_5_307649_INTRON_95_196 exon/intron #REF! #REF! 41 20 GTTTACATACTTCTTCTTAAGTTTACATACTTCTTCTTAAGTTTACATACTTCTTCTTAA SH16453 16453 69 80 YER074W-A_0_5_307649_INTRON_95_196 intron #REF! #REF! 61 13 GGTTGCCTCTCCTGGTTGCCTCTCCTGGTTGCCTCTCCTGGTTGCCTCTCCTGGTTGCCT SH16454 16454 12 94 YER074W-A_0_5_307649_INTRON_95_196 intron #REF! #REF! 81 22 TAATTGTTGCTTTAAAATAAGTTAATTGTTGCTTTAAAATAAGTTAATTGTTGCTTTAAA SH16455 16455 13 39 YER074W-A_0_5_307649_INTRON_95_196 intron #REF! #REF! 101 23 CATATTCAATAAAGTTAGTATTACATATTCAATAAAGTTAGTATTACATATTCAATAAAG SH16456 16456 23 117 YER074W-A_0_5_307649_INTRON_95_196 intron #REF! #REF! 121 20 GTGAAATAATGTATTAGCATGTGAAATAATGTATTAGCATGTGAAATAATGTATTAGCAT SH16457 16457 54 92 YER074W-A_0_5_307649_INTRON_95_196 intron/exon #REF! #REF! 141 17 GCCAACTGCAAAAATCGGCCAACTGCAAAAATCGGCCAACTGCAAAAATCGGCCAACTGC SH16458 16458 57 44 YER074W-A_0_5_307649_INTRON_95_196 3' exon #REF! #REF! 161 18 CTCATCATTTGATCTTCCCTCATCATTTGATCTTCCCTCATCATTTGATCTTCCCTCATC SH16459 16459 69 160 YER074W-A_0_5_307649_INTRON_95_196 3' exon #REF! #REF! 181 17 CCTGACCAAAAACAGGTCCTGACCAAAAACAGGTCCTGACCAAAAACAGGTCCTGACCAA SH16460 16460 28 196 YER093C-A_5_348396_347908_INTRON_125_199 5' exon #REF! #REF! 1 16 CATGGTAATCAGGGTGCATGGTAATCAGGGTGCATGGTAATCAGGGTGCATGGTAATCAG SH16461 16461 62 120 YER093C-A_5_348396_347908_INTRON_125_199 5' exon #REF! #REF! 21 15 TGGCCCTGGAGATAATGGCCCTGGAGATAATGGCCCTGGAGATAATGGCCCTGGAGATAA SH16462 16462 75 88 YER093C-A_5_348396_347908_INTRON_125_199 exon/intron #REF! #REF! 41 20 AAATACATACATTTTCGTACAAATACATACATTTTCGTACAAATACATACATTTTCGTAC SH16463 16463 65 136 YER093C-A_5_348396_347908_INTRON_125_199 intron #REF! #REF! 61 16 CCACTGAACTAGGACACCACTGAACTAGGACACCACTGAACTAGGACACCACTGAACTAG SH16464 16464 86 102 YER093C-A_5_348396_347908_INTRON_125_199 intron #REF! #REF! 81 22 TAACTATATCCTATTATTAGTTTAACTATATCCTATTATTAGTTTAACTATATCCTATTA SH16465 16465 71 137 YER093C-A_5_348396_347908_INTRON_125_199 intron #REF! #REF! 101 17 AGTAGACGGTGTTAGTAAGTAGACGGTGTTAGTAAGTAGACGGTGTTAGTAAGTAGACGG SH16466 16466 43 141 YER093C-A_5_348396_347908_INTRON_125_199 intron/exon #REF! #REF! 121 13 GGGGACGTCTGCTGGGGACGTCTGCTGGGGACGTCTGCTGGGGACGTCTGCTGGGGACGT SH16467 16467 66 131 YER093C-A_5_348396_347908_INTRON_125_199 3' exon #REF! #REF! 141 20 AAGCTTGTAATTTTGTTGAAAAGCTTGTAATTTTGTTGAAAAGCTTGTAATTTTGTTGAA SH16468 16468 10 189 YER102W_5_362729_363698_INTRON_1_360 5' exon #REF! #REF! 1 21 CAATGTTTGGTAAGTAAAAATCAATGTTTGGTAAGTAAAAATCAATGTTTGGTAAGTAAA SH16469 16469 41 94 YER102W_5_362729_363698_INTRON_1_360 5' exon #REF! #REF! 21 17 GTGTTCAGTCTCCTTTCGTGTTCAGTCTCCTTTCGTGTTCAGTCTCCTTTCGTGTTCAGT SH16470 16470 33 184 YER102W_5_362729_363698_INTRON_1_360 exon/intron #REF! #REF! 41 18 GAACATACGTTTTATCGTGAACATACGTTTTATCGTGAACATACGTTTTATCGTGAACAT SH16471 16471 103 60 YER102W_5_362729_363698_INTRON_1_360 intron #REF! #REF! 61 17 TCTCATTTGCTGGGTATTCTCATTTGCTGGGTATTCTCATTTGCTGGGTATTCTCATTTG SH16472 16472 47 57 YER102W_5_362729_363698_INTRON_1_360 intron #REF! #REF! 81 18 TTTAGGTTTCTCCTTCTATTTAGGTTTCTCCTTCTATTTAGGTTTCTCCTTCTATTTAGG SH16473 16473 44 182 YER102W_5_362729_363698_INTRON_1_360 intron #REF! #REF! 101 13 TGACCGCCACAGGTGACCGCCACAGGTGACCGCCACAGGTGACCGCCACAGGTGACCGCC SH16474 16474 29 118 YER102W_5_362729_363698_INTRON_1_360 intron #REF! #REF! 121 19 CTAAATATCCATCTTGCTACTAAATATCCATCTTGCTACTAAATATCCATCTTGCTACTA SH16475 16475 41 198 YER102W_5_362729_363698_INTRON_1_360 intron #REF! #REF! 141 19 CATGCGTTAGAATTTATGACATGCGTTAGAATTTATGACATGCGTTAGAATTTATGACAT SH16476 16476 52 70 YER102W_5_362729_363698_INTRON_1_360 intron #REF! #REF! 161 18 GATTTCATTGCTCAGGATGATTTCATTGCTCAGGATGATTTCATTGCTCAGGATGATTTC SH16477 16477 61 27 YER102W_5_362729_363698_INTRON_1_360 intron #REF! #REF! 181 17 CTCAAATGTTAGGTTGCCTCAAATGTTAGGTTGCCTCAAATGTTAGGTTGCCTCAAATGT SH16478 16478 19 154 YER102W_5_362729_363698_INTRON_1_360 intron #REF! #REF! 201 21 GCTAGTTAATTCTCATATATTGCTAGTTAATTCTCATATATTGCTAGTTAATTCTCATAT SH16479 16479 47 160 YER102W_5_362729_363698_INTRON_1_360 intron #REF! #REF! 221 15 AGTACCTCCTCAACGAGTACCTCCTCAACGAGTACCTCCTCAACGAGTACCTCCTCAACG SH16480 16480 22 162 YER102W_5_362729_363698_INTRON_1_360 intron #REF! #REF! 241 20 ATAATTCTTCGGTCTTTTAAATAATTCTTCGGTCTTTTAAATAATTCTTCGGTCTTTTAA SH16481 16481 75 202 YER102W_5_362729_363698_INTRON_1_360 intron #REF! #REF! 261 17 CATTTTTCCTTGCATCGCATTTTTCCTTGCATCGCATTTTTCCTTGCATCGCATTTTTCC SH16482 16482 57 140 YER102W_5_362729_363698_INTRON_1_360 intron #REF! #REF! 281 17 GCTCGTATTCATCCTAGGCTCGTATTCATCCTAGGCTCGTATTCATCCTAGGCTCGTATT SH16483 16483 61 78 YER102W_5_362729_363698_INTRON_1_360 intron #REF! #REF! 301 20 GGTATTCCAAATGTATTTCAGGTATTCCAAATGTATTTCAGGTATTCCAAATGTATTTCA SH16484 16484 85 197 YER102W_5_362729_363698_INTRON_1_360 intron #REF! #REF! 321 20 AGTATGTGATATTTTCACAAAGTATGTGATATTTTCACAAAGTATGTGATATTTTCACAA SH16485 16485 83 160 YER102W_5_362729_363698_INTRON_1_360 intron #REF! #REF! 341 16 CGAGATAGAAGGCGAACGAGATAGAAGGCGAACGAGATAGAAGGCGAACGAGATAGAAGG SH16486 16486 19 214 YER102W_5_362729_363698_INTRON_1_360 intron #REF! #REF! 361 22 AAAACTATTTTCTTGTAATAACAAAACTATTTTCTTGTAATAACAAAACTATTTTCTTGT SH16487 16487 59 172 YER102W_5_362729_363698_INTRON_1_360 intron #REF! #REF! 381 23 AATTTTTGTTAATTTGTTAGTAAAATTTTTGTTAATTTGTTAGTAAAATTTTTGTTAATT SH16488 16488 100 183 YER102W_5_362729_363698_INTRON_1_360 intron/exon #REF! #REF! 401 22 CCCATTTTTACACTATTTTAATCCCATTTTTACACTATTTTAATCCCATTTTTACACTAT SH16489 16489 53 30 YER102W_5_362729_363698_INTRON_1_360 3' exon #REF! #REF! 421 17 GAATCACGAGAAATACCGAATCACGAGAAATACCGAATCACGAGAAATACCGAATCACGA SH16490 16490 104 183 YER102W_5_362729_363698_INTRON_1_360 3' exon #REF! #REF! 441 17 TGGCTGATCTTTTGTGATGGCTGATCTTTTGTGATGGCTGATCTTTTGTGATGGCTGATC SH16491 16491 20 106 YER117W_5_396765_397649_INTRON_43_513 5' exon #REF! #REF! 1 17 ACCTGACATTTTTGCTGACCTGACATTTTTGCTGACCTGACATTTTTGCTGACCTGACAT SH16492 16492 74 83 YER117W_5_396765_397649_INTRON_43_513 5' exon #REF! #REF! 21 15 TGTACCTTGAGCACCTGTACCTTGAGCACCTGTACCTTGAGCACCTGTACCTTGAGCACC SH16493 16493 89 207 YER117W_5_396765_397649_INTRON_43_513 exon/intron #REF! #REF! 41 20 TTTAACATACAGAAATTCTGTTTAACATACAGAAATTCTGTTTAACATACAGAAATTCTG SH16494 16494 40 23 YER117W_5_396765_397649_INTRON_43_513 intron #REF! #REF! 61 17 TTTCCACTTGTTTCGGTTTTCCACTTGTTTCGGTTTTCCACTTGTTTCGGTTTTCCACTT SH16495 16495 19 119 YER117W_5_396765_397649_INTRON_43_513 intron #REF! #REF! 81 18 CTTGTGTGATTTAAATGGCTTGTGTGATTTAAATGGCTTGTGTGATTTAAATGGCTTGTG SH16496 16496 97 146 YER117W_5_396765_397649_INTRON_43_513 intron #REF! #REF! 101 18 TATTTGTTGATTGACGACTATTTGTTGATTGACGACTATTTGTTGATTGACGACTATTTG SH16497 16497 62 51 YER117W_5_396765_397649_INTRON_43_513 intron #REF! #REF! 121 18 GTCTCGGGAATATACTTTGTCTCGGGAATATACTTTGTCTCGGGAATATACTTTGTCTCG SH16498 16498 42 122 YER117W_5_396765_397649_INTRON_43_513 intron #REF! #REF! 141 20 CTTGTCTCAATTGTAACATTCTTGTCTCAATTGTAACATTCTTGTCTCAATTGTAACATT SH16499 16499 33 70 YER117W_5_396765_397649_INTRON_43_513 intron #REF! #REF! 161 18 CACATTTCTTGAACATTGCACATTTCTTGAACATTGCACATTTCTTGAACATTGCACATT SH16500 16500 72 7 YER117W_5_396765_397649_INTRON_43_513 intron #REF! #REF! 181 20 ACTATATTCATTGATAGACTACTATATTCATTGATAGACTACTATATTCATTGATAGACT SH16501 16501 101 98 YER117W_5_396765_397649_INTRON_43_513 intron #REF! #REF! 201 17 TTCCATTTTGGCTATCCTTCCATTTTGGCTATCCTTCCATTTTGGCTATCCTTCCATTTT SH16502 16502 85 178 YER117W_5_396765_397649_INTRON_43_513 intron #REF! #REF! 221 19 CATTAAGGATAAATTTGGCCATTAAGGATAAATTTGGCCATTAAGGATAAATTTGGCCAT SH16503 16503 37 164 YER117W_5_396765_397649_INTRON_43_513 intron #REF! #REF! 241 15 GTAGGCATGGAGAAGGTAGGCATGGAGAAGGTAGGCATGGAGAAGGTAGGCATGGAGAAG SH16504 16504 47 214 YER117W_5_396765_397649_INTRON_43_513 intron #REF! #REF! 261 18 GAAGTAGATTTCGCTATCGAAGTAGATTTCGCTATCGAAGTAGATTTCGCTATCGAAGTA SH16505 16505 103 183 YER117W_5_396765_397649_INTRON_43_513 intron #REF! #REF! 281 17 TTTAACGCTTTAAGGCCTTTAACGCTTTAAGGCCTTTAACGCTTTAAGGCCTTTAACGCT SH16506 16506 100 208 YER117W_5_396765_397649_INTRON_43_513 intron #REF! #REF! 301 17 ATCAGTTGGAAAGGCATATCAGTTGGAAAGGCATATCAGTTGGAAAGGCATATCAGTTGG SH16507 16507 98 7 YER117W_5_396765_397649_INTRON_43_513 intron #REF! #REF! 321 18 ACAAAAGTAACCTTCTCAACAAAAGTAACCTTCTCAACAAAAGTAACCTTCTCAACAAAA SH16508 16508 32 115 YER117W_5_396765_397649_INTRON_43_513 intron #REF! #REF! 341 18 TAGAACTTCCAATAGTCTTAGAACTTCCAATAGTCTTAGAACTTCCAATAGTCTTAGAAC SH16509 16509 36 66 YER117W_5_396765_397649_INTRON_43_513 intron #REF! #REF! 361 17 GGAGTTTGTATATTCCGGGAGTTTGTATATTCCGGGAGTTTGTATATTCCGGGAGTTTGT SH16510 16510 38 18 YER117W_5_396765_397649_INTRON_43_513 intron #REF! #REF! 381 19 CTTACAACAATTGGACATTCTTACAACAATTGGACATTCTTACAACAATTGGACATTCTT SH16511 16511 87 56 YER117W_5_396765_397649_INTRON_43_513 intron #REF! #REF! 401 20 TATTTCTTGGACATAAATGATATTTCTTGGACATAAATGATATTTCTTGGACATAAATGA SH16512 16512 14 100 YER117W_5_396765_397649_INTRON_43_513 intron #REF! #REF! 421 18 GAACCATCAACACAAATAGAACCATCAACACAAATAGAACCATCAACACAAATAGAACCA SH16513 16513 43 171 YER117W_5_396765_397649_INTRON_43_513 intron #REF! #REF! 441 17 TCCTATCTTGGCAAGAATCCTATCTTGGCAAGAATCCTATCTTGGCAAGAATCCTATCTT SH16514 16514 28 207 YER117W_5_396765_397649_INTRON_43_513 intron #REF! #REF! 461 22 CACAATTAATCTGTTAGTAAATCACAATTAATCTGTTAGTAAATCACAATTAATCTGTTA SH16515 16515 16 178 YER117W_5_396765_397649_INTRON_43_513 intron #REF! #REF! 481 18 CACATAAAAATGAGCACACACATAAAAATGAGCACACACATAAAAATGAGCACACACATA SH16516 16516 28 100 YER117W_5_396765_397649_INTRON_43_513 intron/exon #REF! #REF! 501 23 AACTATTTAAAAAAAATGTAAGTAACTATTTAAAAAAAATGTAAGTAACTATTTAAAAAA SH16517 16517 47 7 YER117W_5_396765_397649_INTRON_43_513 3' exon #REF! #REF! 521 17 CAACTGGTAAACCTAACCAACTGGTAAACCTAACCAACTGGTAAACCTAACCAACTGGTA SH16518 16518 95 55 YER117W_5_396765_397649_INTRON_43_513 3' exon #REF! #REF! 541 17 AGCACAGTTCATGATAGAGCACAGTTCATGATAGAGCACAGTTCATGATAGAGCACAGTT SH16519 16519 7 43 YER131W_5_423587_424307_INTRON_1_361 5' exon #REF! #REF! 1 22 TTTCTTTTTGAAAGTAAATTGATTTCTTTTTGAAAGTAAATTGATTTCTTTTTGAAAGTA SH16520 16520 61 22 YER131W_5_423587_424307_INTRON_1_361 5' exon #REF! #REF! 21 22 TTTGATTATGTGTATTTATCTTTTTGATTATGTGTATTTATCTTTTTGATTATGTGTATT SH16521 16521 90 190 YER131W_5_423587_424307_INTRON_1_361 exon/intron #REF! #REF! 41 20 TATAACATACTTTTCCTGTTTATAACATACTTTTCCTGTTTATAACATACTTTTCCTGTT SH16522 16522 81 87 YER131W_5_423587_424307_INTRON_1_361 intron #REF! #REF! 61 18 TATCACATTATTCGCTCTTATCACATTATTCGCTCTTATCACATTATTCGCTCTTATCAC SH16523 16523 99 53 YER131W_5_423587_424307_INTRON_1_361 intron #REF! #REF! 81 15 CTTCCACTTTGCTCCCTTCCACTTTGCTCCCTTCCACTTTGCTCCCTTCCACTTTGCTCC SH16524 16524 92 85 YER131W_5_423587_424307_INTRON_1_361 intron #REF! #REF! 101 20 CAACGTCATTCTTTATAATTCAACGTCATTCTTTATAATTCAACGTCATTCTTTATAATT SH16525 16525 104 62 YER131W_5_423587_424307_INTRON_1_361 intron #REF! #REF! 121 18 GAAAAATTGGCTTTACGGGAAAAATTGGCTTTACGGGAAAAATTGGCTTTACGGGAAAAA SH16526 16526 73 205 YER131W_5_423587_424307_INTRON_1_361 intron #REF! #REF! 141 18 CTATTGCAATTTTGTTGGCTATTGCAATTTTGTTGGCTATTGCAATTTTGTTGGCTATTG SH16527 16527 93 51 YER131W_5_423587_424307_INTRON_1_361 intron #REF! #REF! 161 18 ACACCATAATTTGCTTGAACACCATAATTTGCTTGAACACCATAATTTGCTTGAACACCA SH16528 16528 93 70 YER131W_5_423587_424307_INTRON_1_361 intron #REF! #REF! 181 13 CCGCCAATCCCGGCCGCCAATCCCGGCCGCCAATCCCGGCCGCCAATCCCGGCCGCCAAT SH16529 16529 54 124 YER131W_5_423587_424307_INTRON_1_361 intron #REF! #REF! 201 18 CCAGCTATTGTTTTACAACCAGCTATTGTTTTACAACCAGCTATTGTTTTACAACCAGCT SH16530 16530 4 118 YER131W_5_423587_424307_INTRON_1_361 intron #REF! #REF! 221 20 CGGTATGAATATCAACTATTCGGTATGAATATCAACTATTCGGTATGAATATCAACTATT SH16531 16531 95 10 YER131W_5_423587_424307_INTRON_1_361 intron #REF! #REF! 241 19 CTTTTGTGGATTATAGTGTCTTTTGTGGATTATAGTGTCTTTTGTGGATTATAGTGTCTT SH16532 16532 54 159 YER131W_5_423587_424307_INTRON_1_361 intron #REF! #REF! 261 16 CCATCAATGTCACCCACCATCAATGTCACCCACCATCAATGTCACCCACCATCAATGTCA SH16533 16533 38 114 YER131W_5_423587_424307_INTRON_1_361 intron #REF! #REF! 281 17 TTCTTGCCTCTACCATTTTCTTGCCTCTACCATTTTCTTGCCTCTACCATTTTCTTGCCT SH16534 16534 48 127 YER131W_5_423587_424307_INTRON_1_361 intron #REF! #REF! 301 20 ATGCCTTATTGCTTTAAAAAATGCCTTATTGCTTTAAAAAATGCCTTATTGCTTTAAAAA SH16535 16535 101 15 YER131W_5_423587_424307_INTRON_1_361 intron #REF! #REF! 321 18 GGATTAATAGAAACGTCTGGATTAATAGAAACGTCTGGATTAATAGAAACGTCTGGATTA SH16536 16536 64 172 YER131W_5_423587_424307_INTRON_1_361 intron #REF! #REF! 341 20 CGAAAATACTGAATAAAACACGAAAATACTGAATAAAACACGAAAATACTGAATAAAACA SH16537 16537 11 187 YER131W_5_423587_424307_INTRON_1_361 intron #REF! #REF! 361 20 AGTTAGTAAAGAGGAAATATAGTTAGTAAAGAGGAAATATAGTTAGTAAAGAGGAAATAT SH16538 16538 76 47 YER131W_5_423587_424307_INTRON_1_361 intron #REF! #REF! 381 21 CATACAAATTCAGTAAATTGACATACAAATTCAGTAAATTGACATACAAATTCAGTAAAT SH16539 16539 58 208 YER131W_5_423587_424307_INTRON_1_361 intron/exon #REF! #REF! 401 20 TTTTGGCATCTAAAAATTACTTTTGGCATCTAAAAATTACTTTTGGCATCTAAAAATTAC SH16540 16540 30 34 YER131W_5_423587_424307_INTRON_1_361 3' exon #REF! #REF! 421 16 CGTTGGAAGCTCTCTTCGTTGGAAGCTCTCTTCGTTGGAAGCTCTCTTCGTTGGAAGCTC SH16541 16541 9 105 YER131W_5_423587_424307_INTRON_1_361 3' exon #REF! #REF! 441 17 CTCTACCCTTCTTGTTTCTCTACCCTTCTTGTTTCTCTACCCTTCTTGTTTCTCTACCCT SH16542 16542 58 17 YER133W_5_432491_433954_INTRON_178_702 5' exon #REF! #REF! 1 19 GGTTGCTTTATGAATATAGGGTTGCTTTATGAATATAGGGTTGCTTTATGAATATAGGGT SH16543 16543 102 106 YER133W_5_432491_433954_INTRON_178_702 5' exon #REF! #REF! 21 20 GCTTCTAACTCTAGTAAAATGCTTCTAACTCTAGTAAAATGCTTCTAACTCTAGTAAAAT SH16544 16544 84 198 YER133W_5_432491_433954_INTRON_178_702 exon/intron #REF! #REF! 41 20 ATTAACATACTTTAATTGGGATTAACATACTTTAATTGGGATTAACATACTTTAATTGGG SH16545 16545 5 102 YER133W_5_432491_433954_INTRON_178_702 intron #REF! #REF! 61 16 GACTGCGAAGTTCAACGACTGCGAAGTTCAACGACTGCGAAGTTCAACGACTGCGAAGTT SH16546 16546 103 160 YER133W_5_432491_433954_INTRON_178_702 intron #REF! #REF! 81 17 GCTCTAGGCATTCTATCGCTCTAGGCATTCTATCGCTCTAGGCATTCTATCGCTCTAGGC SH16547 16547 98 64 YER133W_5_432491_433954_INTRON_178_702 intron #REF! #REF! 101 18 AGAACACATAAAACACCTAGAACACATAAAACACCTAGAACACATAAAACACCTAGAACA SH16548 16548 14 108 YER133W_5_432491_433954_INTRON_178_702 intron #REF! #REF! 121 13 TGCCGCAACAGGATGCCGCAACAGGATGCCGCAACAGGATGCCGCAACAGGATGCCGCAA SH16549 16549 16 147 YER133W_5_432491_433954_INTRON_178_702 intron #REF! #REF! 141 18 GAAATAACTGCTGTAACTGAAATAACTGCTGTAACTGAAATAACTGCTGTAACTGAAATA SH16550 16550 13 5 YER133W_5_432491_433954_INTRON_178_702 intron #REF! #REF! 161 20 GGTAAATTCTTTCAGTCAAAGGTAAATTCTTTCAGTCAAAGGTAAATTCTTTCAGTCAAA SH16551 16551 51 36 YER133W_5_432491_433954_INTRON_178_702 intron #REF! #REF! 181 17 GCTAACATCAGATGCTTGCTAACATCAGATGCTTGCTAACATCAGATGCTTGCTAACATC SH16552 16552 14 85 YER133W_5_432491_433954_INTRON_178_702 intron #REF! #REF! 201 17 CTATCTCGACATATGAGCTATCTCGACATATGAGCTATCTCGACATATGAGCTATCTCGA SH16553 16553 90 108 YER133W_5_432491_433954_INTRON_178_702 intron #REF! #REF! 221 19 CTAAACACACACATTATCTCTAAACACACACATTATCTCTAAACACACACATTATCTCTA SH16554 16554 45 87 YER133W_5_432491_433954_INTRON_178_702 intron #REF! #REF! 241 22 TAATAAGATAGAAAAATGAAGATAATAAGATAGAAAAATGAAGATAATAAGATAGAAAAA SH16555 16555 37 95 YER133W_5_432491_433954_INTRON_178_702 intron #REF! #REF! 261 19 CTTGGTAAAAAAATGCCTACTTGGTAAAAAAATGCCTACTTGGTAAAAAAATGCCTACTT SH16556 16556 92 175 YER133W_5_432491_433954_INTRON_178_702 intron #REF! #REF! 281 20 TGATACAAAACATAAGGAAATGATACAAAACATAAGGAAATGATACAAAACATAAGGAAA SH16557 16557 39 204 YER133W_5_432491_433954_INTRON_178_702 intron #REF! #REF! 301 13 GCCGGCCGGATGAGCCGGCCGGATGAGCCGGCCGGATGAGCCGGCCGGATGAGCCGGCCG SH16558 16558 37 32 YER133W_5_432491_433954_INTRON_178_702 intron #REF! #REF! 321 18 GGGGATTTTTCTGAATATGGGGATTTTTCTGAATATGGGGATTTTTCTGAATATGGGGAT SH16559 16559 62 151 YER133W_5_432491_433954_INTRON_178_702 intron #REF! #REF! 341 18 CTTTTTTTAGTGTGAGCACTTTTTTTAGTGTGAGCACTTTTTTTAGTGTGAGCACTTTTT SH16560 16560 8 61 YER133W_5_432491_433954_INTRON_178_702 intron #REF! #REF! 361 18 TCATAACGAAAAAATGCCTCATAACGAAAAAATGCCTCATAACGAAAAAATGCCTCATAA SH16561 16561 29 142 YER133W_5_432491_433954_INTRON_178_702 intron #REF! #REF! 381 23 CAAAAAAAAAAAAGATTCGTTTTCAAAAAAAAAAAAGATTCGTTTTCAAAAAAAAAAAAG SH16562 16562 64 14 YER133W_5_432491_433954_INTRON_178_702 intron #REF! #REF! 401 13 CTCTCGGGCTCAACTCTCGGGCTCAACTCTCGGGCTCAACTCTCGGGCTCAACTCTCGGG SH16563 16563 13 9 YER133W_5_432491_433954_INTRON_178_702 intron #REF! #REF! 421 17 TTTCTTGGTTTTCGTCCTTTCTTGGTTTTCGTCCTTTCTTGGTTTTCGTCCTTTCTTGGT SH16564 16564 56 18 YER133W_5_432491_433954_INTRON_178_702 intron #REF! #REF! 441 15 GCCTTCTGCAAATCCGCCTTCTGCAAATCCGCCTTCTGCAAATCCGCCTTCTGCAAATCC SH16565 16565 103 30 YER133W_5_432491_433954_INTRON_178_702 intron #REF! #REF! 461 18 AAAAACGCTTCATTTCTCAAAAACGCTTCATTTCTCAAAAACGCTTCATTTCTCAAAAAC SH16566 16566 79 112 YER133W_5_432491_433954_INTRON_178_702 intron #REF! #REF! 481 17 GAGAACAATTACTGCTGGAGAACAATTACTGCTGGAGAACAATTACTGCTGGAGAACAAT SH16567 16567 26 21 YER133W_5_432491_433954_INTRON_178_702 intron #REF! #REF! 501 17 GCTCATTCCGTTGACTTGCTCATTCCGTTGACTTGCTCATTCCGTTGACTTGCTCATTCC SH16568 16568 44 95 YER133W_5_432491_433954_INTRON_178_702 intron #REF! #REF! 521 22 GTAAATGAATTTGTCACTAAATGTAAATGAATTTGTCACTAAATGTAAATGAATTTGTCA SH16569 16569 40 138 YER133W_5_432491_433954_INTRON_178_702 intron #REF! #REF! 541 23 AAAATAGAAAAAAATAAGTTAGTAAAATAGAAAAAAATAAGTTAGTAAAATAGAAAAAAA SH16570 16570 51 195 YER133W_5_432491_433954_INTRON_178_702 intron/exon #REF! #REF! 561 23 CCACATATCTAAAAAAAAAAAAACCACATATCTAAAAAAAAAAAAACCACATATCTAAAA SH16571 16571 95 59 YER133W_5_432491_433954_INTRON_178_702 3' exon #REF! #REF! 581 16 CCCATGAATGTCACCACCCATGAATGTCACCACCCATGAATGTCACCACCCATGAATGTC SH16572 16572 22 38 YER133W_5_432491_433954_INTRON_178_702 3' exon #REF! #REF! 601 18 GACGTAGTAAATCATAGTGACGTAGTAAATCATAGTGACGTAGTAAATCATAGTGACGTA SH16573 16573 93 178 YER179W_5_548416_549512_INTRON_133_224 5' exon #REF! #REF! 1 17 TTGAAGATCTGAGGCATTTGAAGATCTGAGGCATTTGAAGATCTGAGGCATTTGAAGATC SH16574 16574 65 31 YER179W_5_548416_549512_INTRON_133_224 5' exon #REF! #REF! 21 15 CCCACCAGACTTCAACCCACCAGACTTCAACCCACCAGACTTCAACCCACCAGACTTCAA SH16575 16575 74 198 YER179W_5_548416_549512_INTRON_133_224 exon/intron #REF! #REF! 41 18 TAACATACATTGACTGTGTAACATACATTGACTGTGTAACATACATTGACTGTGTAACAT SH16576 16576 8 188 YER179W_5_548416_549512_INTRON_133_224 intron #REF! #REF! 61 21 CAGAGGTTTTAAAAATGTTATCAGAGGTTTTAAAAATGTTATCAGAGGTTTTAAAAATGT SH16577 16577 95 96 YER179W_5_548416_549512_INTRON_133_224 intron #REF! #REF! 81 17 GAAAGAACCTCTACAGCGAAAGAACCTCTACAGCGAAAGAACCTCTACAGCGAAAGAACC SH16578 16578 58 32 YER179W_5_548416_549512_INTRON_133_224 intron #REF! #REF! 101 22 ATTATTAGTTAGTAAAAGAAAGATTATTAGTTAGTAAAAGAAAGATTATTAGTTAGTAAA SH16579 16579 65 152 YER179W_5_548416_549512_INTRON_133_224 intron #REF! #REF! 121 20 ATAAAAGTTCCTTTCCAAATATAAAAGTTCCTTTCCAAATATAAAAGTTCCTTTCCAAAT SH16580 16580 11 162 YER179W_5_548416_549512_INTRON_133_224 intron/exon #REF! #REF! 141 17 TGTTGACAAAACGGTCTTGTTGACAAAACGGTCTTGTTGACAAAACGGTCTTGTTGACAA SH16581 16581 51 152 YER179W_5_548416_549512_INTRON_133_224 3' exon #REF! #REF! 161 20 ATTTTACATAGATGTCTTCTATTTTACATAGATGTCTTCTATTTTACATAGATGTCTTCT SH16582 16582 22 194 YFL034C-A_6_64931_64242_INTRON_13_333 5' exon #REF! #REF! 1 18 CGATATAGGTTTACTGTGCGATATAGGTTTACTGTGCGATATAGGTTTACTGTGCGATAT SH16583 16583 31 178 YFL034C-A_6_64931_64242_INTRON_13_333 5' exon #REF! #REF! 21 18 TGTGGTTGATATTTGTGATGTGGTTGATATTTGTGATGTGGTTGATATTTGTGATGTGGT SH16584 16584 50 18 YFL034C-A_6_64931_64242_INTRON_13_333 exon/intron #REF! #REF! 41 15 CGTACGTTTGGAGCCCGTACGTTTGGAGCCCGTACGTTTGGAGCCCGTACGTTTGGAGCC SH16585 16585 63 172 YFL034C-A_6_64931_64242_INTRON_13_333 intron #REF! #REF! 61 17 GTGACATAGGAACGAAAGTGACATAGGAACGAAAGTGACATAGGAACGAAAGTGACATAG SH16586 16586 49 148 YFL034C-A_6_64931_64242_INTRON_13_333 intron #REF! #REF! 81 20 ATTTTCTTTCATGTTCTCTAATTTTCTTTCATGTTCTCTAATTTTCTTTCATGTTCTCTA SH16587 16587 67 70 YFL034C-A_6_64931_64242_INTRON_13_333 intron #REF! #REF! 101 22 AGACAAACTTTTTAAAGATTTTAGACAAACTTTTTAAAGATTTTAGACAAACTTTTTAAA SH16588 16588 83 212 YFL034C-A_6_64931_64242_INTRON_13_333 intron #REF! #REF! 121 18 AATGAACTGTAGGAATAGAATGAACTGTAGGAATAGAATGAACTGTAGGAATAGAATGAA SH16589 16589 2 93 YFL034C-A_6_64931_64242_INTRON_13_333 intron #REF! #REF! 141 15 TGAAAGCGGGACTGTTGAAAGCGGGACTGTTGAAAGCGGGACTGTTGAAAGCGGGACTGT SH16590 16590 12 195 YFL034C-A_6_64931_64242_INTRON_13_333 intron #REF! #REF! 161 17 GATGGAATCCACTAGTTGATGGAATCCACTAGTTGATGGAATCCACTAGTTGATGGAATC SH16591 16591 38 56 YFL034C-A_6_64931_64242_INTRON_13_333 intron #REF! #REF! 181 22 TGAATACATAAAAATGTAACTTTGAATACATAAAAATGTAACTTTGAATACATAAAAATG SH16592 16592 12 86 YFL034C-A_6_64931_64242_INTRON_13_333 intron #REF! #REF! 201 20 TTTAAAATACAGAATAGCTGTTTAAAATACAGAATAGCTGTTTAAAATACAGAATAGCTG SH16593 16593 12 148 YFL034C-A_6_64931_64242_INTRON_13_333 intron #REF! #REF! 221 17 GCTATAAGGGGTGAATTGCTATAAGGGGTGAATTGCTATAAGGGGTGAATTGCTATAAGG SH16594 16594 100 159 YFL034C-A_6_64931_64242_INTRON_13_333 intron #REF! #REF! 241 15 CGCATTGCCTCTGTTCGCATTGCCTCTGTTCGCATTGCCTCTGTTCGCATTGCCTCTGTT SH16595 16595 54 85 YFL034C-A_6_64931_64242_INTRON_13_333 intron #REF! #REF! 261 18 TCACTTCATATAGCTAGATCACTTCATATAGCTAGATCACTTCATATAGCTAGATCACTT SH16596 16596 104 94 YFL034C-A_6_64931_64242_INTRON_13_333 intron #REF! #REF! 281 17 GGCCTACTGCTATTAACGGCCTACTGCTATTAACGGCCTACTGCTATTAACGGCCTACTG SH16597 16597 46 198 YFL034C-A_6_64931_64242_INTRON_13_333 intron #REF! #REF! 301 17 TGGACGAGGAAAAAATGTGGACGAGGAAAAAATGTGGACGAGGAAAAAATGTGGACGAGG SH16598 16598 93 95 YFL034C-A_6_64931_64242_INTRON_13_333 intron #REF! #REF! 321 18 GATGAAATCATCCTTGTCGATGAAATCATCCTTGTCGATGAAATCATCCTTGTCGATGAA SH16599 16599 68 41 YFL034C-A_6_64931_64242_INTRON_13_333 intron #REF! #REF! 341 18 ATGTTAGTAATCCCAACTATGTTAGTAATCCCAACTATGTTAGTAATCCCAACTATGTTA SH16600 16600 81 123 YFL034C-A_6_64931_64242_INTRON_13_333 intron/exon #REF! #REF! 361 17 GGAAGTCTGTTACAGTTGGAAGTCTGTTACAGTTGGAAGTCTGTTACAGTTGGAAGTCTG SH16601 16601 31 110 YFL034C-A_6_64931_64242_INTRON_13_333 3' exon #REF! #REF! 381 20 GTTTTGATAACTTTTTGCTTGTTTTGATAACTTTTTGCTTGTTTTGATAACTTTTTGCTT SH16602 16602 56 130 YFL034C-A_6_64931_64242_INTRON_13_333 3' exon #REF! #REF! 401 17 AAACGTCAACGGTTAAGAAACGTCAACGGTTAAGAAACGTCAACGGTTAAGAAACGTCAA SH16603 16603 88 62 YFL034C-B_6_63992_63015_INTRON_21_134 5' exon #REF! #REF! 1 15 GCTTGGTTGGCTTGCGCTTGGTTGGCTTGCGCTTGGTTGGCTTGCGCTTGGTTGGCTTGC SH16604 16604 94 159 YFL034C-B_6_63992_63015_INTRON_21_134 5' exon #REF! #REF! 21 16 GGACATGATGTGCTGAGGACATGATGTGCTGAGGACATGATGTGCTGAGGACATGATGTG SH16605 16605 27 167 YFL034C-B_6_63992_63015_INTRON_21_134 exon/intron #REF! #REF! 41 18 GAACATACTTGAAGTTGAGAACATACTTGAAGTTGAGAACATACTTGAAGTTGAGAACAT SH16606 16606 102 150 YFL034C-B_6_63992_63015_INTRON_21_134 intron #REF! #REF! 61 20 GAAAATAAAACGACAACAGTGAAAATAAAACGACAACAGTGAAAATAAAACGACAACAGT SH16607 16607 92 196 YFL034C-B_6_63992_63015_INTRON_21_134 intron #REF! #REF! 81 13 CGCAGGTCCAGAACGCAGGTCCAGAACGCAGGTCCAGAACGCAGGTCCAGAACGCAGGTC SH16608 16608 104 86 YFL034C-B_6_63992_63015_INTRON_21_134 intron #REF! #REF! 101 18 TGTTGGCTAGTTAGTAAATGTTGGCTAGTTAGTAAATGTTGGCTAGTTAGTAAATGTTGG SH16609 16609 75 117 YFL034C-B_6_63992_63015_INTRON_21_134 intron #REF! #REF! 121 20 GATCAAATGATTTGATTAGGGATCAAATGATTTGATTAGGGATCAAATGATTTGATTAGG SH16610 16610 88 143 YFL034C-B_6_63992_63015_INTRON_21_134 intron #REF! #REF! 141 17 GCAAAGTATACACGTAGGCAAAGTATACACGTAGGCAAAGTATACACGTAGGCAAAGTAT SH16611 16611 5 86 YFL034C-B_6_63992_63015_INTRON_21_134 intron/exon #REF! #REF! 161 16 CTTCCGAATGCTCTGTCTTCCGAATGCTCTGTCTTCCGAATGCTCTGTCTTCCGAATGCT SH16612 16612 13 147 YFL034C-B_6_63992_63015_INTRON_21_134 3' exon #REF! #REF! 181 21 CTGGTTTTTATTTTTCTTTGACTGGTTTTTATTTTTCTTTGACTGGTTTTTATTTTTCTT SH16613 16613 37 96 YFL039C_6_54695_53260_INTRON_11_318 5' exon #REF! #REF! 1 17 CTTGGGAAGAAAAAAGCCTTGGGAAGAAAAAAGCCTTGGGAAGAAAAAAGCCTTGGGAAG SH16614 16614 82 198 YFL039C_6_54695_53260_INTRON_11_318 5' exon #REF! #REF! 21 22 ATTGTTAATTCAGTAAATTTTCATTGTTAATTCAGTAAATTTTCATTGTTAATTCAGTAA SH16615 16615 29 27 YFL039C_6_54695_53260_INTRON_11_318 exon/intron #REF! #REF! 41 18 GAACATACCAGAATCCATGAACATACCAGAATCCATGAACATACCAGAATCCATGAACAT SH16616 16616 62 78 YFL039C_6_54695_53260_INTRON_11_318 intron #REF! #REF! 61 13 ATGGTGCAAGCGCATGGTGCAAGCGCATGGTGCAAGCGCATGGTGCAAGCGCATGGTGCA SH16617 16617 25 6 YFL039C_6_54695_53260_INTRON_11_318 intron #REF! #REF! 81 18 GCAATTCTTCTTACAGTTGCAATTCTTCTTACAGTTGCAATTCTTCTTACAGTTGCAATT SH16618 16618 96 67 YFL039C_6_54695_53260_INTRON_11_318 intron #REF! #REF! 101 15 CGAGCAATTGGGACCCGAGCAATTGGGACCCGAGCAATTGGGACCCGAGCAATTGGGACC SH16619 16619 35 59 YFL039C_6_54695_53260_INTRON_11_318 intron #REF! #REF! 121 22 GTAAAAAAAGGTAAAAGAGAAAGTAAAAAAAGGTAAAAGAGAAAGTAAAAAAAGGTAAAA SH16620 16620 37 59 YFL039C_6_54695_53260_INTRON_11_318 intron #REF! #REF! 141 18 GGGAGAGTGAAAAATAGTGGGAGAGTGAAAAATAGTGGGAGAGTGAAAAATAGTGGGAGA SH16621 16621 61 169 YFL039C_6_54695_53260_INTRON_11_318 intron #REF! #REF! 161 18 CAGTCAATATAGGAGGTTCAGTCAATATAGGAGGTTCAGTCAATATAGGAGGTTCAGTCA SH16622 16622 55 46 YFL039C_6_54695_53260_INTRON_11_318 intron #REF! #REF! 181 18 ATATCGTGGTTATTACAGATATCGTGGTTATTACAGATATCGTGGTTATTACAGATATCG SH16623 16623 100 124 YFL039C_6_54695_53260_INTRON_11_318 intron #REF! #REF! 201 17 GCCCCTATTTATTCCAAGCCCCTATTTATTCCAAGCCCCTATTTATTCCAAGCCCCTATT SH16624 16624 4 176 YFL039C_6_54695_53260_INTRON_11_318 intron #REF! #REF! 221 23 AGTTTTTTTTTTTTTCCAAATTTAGTTTTTTTTTTTTTCCAAATTTAGTTTTTTTTTTTT SH16625 16625 5 38 YFL039C_6_54695_53260_INTRON_11_318 intron #REF! #REF! 241 20 TATCACGAAAATATTTCAGTTATCACGAAAATATTTCAGTTATCACGAAAATATTTCAGT SH16626 16626 51 205 YFL039C_6_54695_53260_INTRON_11_318 intron #REF! #REF! 261 19 GAAGAATATCACTATCACTGAAGAATATCACTATCACTGAAGAATATCACTATCACTGAA SH16627 16627 62 88 YFL039C_6_54695_53260_INTRON_11_318 intron #REF! #REF! 281 20 TAGTAACAGTAGCAAATAAATAGTAACAGTAGCAAATAAATAGTAACAGTAGCAAATAAA SH16628 16628 2 125 YFL039C_6_54695_53260_INTRON_11_318 intron #REF! #REF! 301 18 ATGTTAGTACATGAGACTATGTTAGTACATGAGACTATGTTAGTACATGAGACTATGTTA SH16629 16629 38 187 YFL039C_6_54695_53260_INTRON_11_318 intron #REF! #REF! 321 20 AACAAAAAGAATGAAGCAATAACAAAAAGAATGAAGCAATAACAAAAAGAATGAAGCAAT SH16630 16630 46 109 YFL039C_6_54695_53260_INTRON_11_318 intron/exon #REF! #REF! 341 20 CTCTAAACATATAATATAGCCTCTAAACATATAATATAGCCTCTAAACATATAATATAGC SH16631 16631 81 77 YFL039C_6_54695_53260_INTRON_11_318 3' exon #REF! #REF! 361 17 ATAACCAAAGCAGCAACATAACCAAAGCAGCAACATAACCAAAGCAGCAACATAACCAAA SH16632 16632 20 169 YFL039C_6_54695_53260_INTRON_11_318 3' exon #REF! #REF! 381 17 ACATACCAGAACCGTTAACATACCAGAACCGTTAACATACCAGAACCGTTAACATACCAG SH16633 16633 66 49 YFR024C-A_6_203420_201947_INTRON_48_165 5' exon #REF! #REF! 1 18 ATTGTTAATACCCATTGCATTGTTAATACCCATTGCATTGTTAATACCCATTGCATTGTT SH16634 16634 13 133 YFR024C-A_6_203420_201947_INTRON_48_165 5' exon #REF! #REF! 21 19 CTTTAAACTCCTTGGAATACTTTAAACTCCTTGGAATACTTTAAACTCCTTGGAATACTT SH16635 16635 53 80 YFR024C-A_6_203420_201947_INTRON_48_165 exon/intron #REF! #REF! 41 18 AAACATACTTTGTCTCACAAACATACTTTGTCTCACAAACATACTTTGTCTCACAAACAT SH16636 16636 74 94 YFR024C-A_6_203420_201947_INTRON_48_165 intron #REF! #REF! 61 15 CCAGCCAAACCCGTACCAGCCAAACCCGTACCAGCCAAACCCGTACCAGCCAAACCCGTA SH16637 16637 35 79 YFR024C-A_6_203420_201947_INTRON_48_165 intron #REF! #REF! 81 18 GGGAGAACTTTTTTAAAGGGGAGAACTTTTTTAAAGGGGAGAACTTTTTTAAAGGGGAGA SH16638 16638 52 23 YFR024C-A_6_203420_201947_INTRON_48_165 intron #REF! #REF! 101 22 GTTAGTAAATGATGAACAAATTGTTAGTAAATGATGAACAAATTGTTAGTAAATGATGAA SH16639 16639 82 18 YFR024C-A_6_203420_201947_INTRON_48_165 intron #REF! #REF! 121 23 TTTATTAATTGTTTATTACTAGTTTTATTAATTGTTTATTACTAGTTTTATTAATTGTTT SH16640 16640 76 139 YFR024C-A_6_203420_201947_INTRON_48_165 intron #REF! #REF! 141 17 CTTCGCTGCTTTTCTTTCTTCGCTGCTTTTCTTTCTTCGCTGCTTTTCTTTCTTCGCTGC SH16641 16641 73 17 YFR024C-A_6_203420_201947_INTRON_48_165 intron/exon #REF! #REF! 161 18 TTTGACAAAACTAGCCAATTTGACAAAACTAGCCAATTTGACAAAACTAGCCAATTTGAC SH16642 16642 34 90 YFR024C-A_6_203420_201947_INTRON_48_165 3' exon #REF! #REF! 181 18 GCACCAAAAACTTGGTTTGCACCAAAAACTTGGTTTGCACCAAAAACTTGGTTTGCACCA SH16643 16643 63 183 YFR024C-A_6_203420_201947_INTRON_48_165 3' exon #REF! #REF! 201 16 GGAGGAATGACTTGGTGGAGGAATGACTTGGTGGAGGAATGACTTGGTGGAGGAATGACT SH16644 16644 10 153 YFR031C-A_6_221405_220494_INTRON_5_151 5' exon #REF! #REF! 1 18 TGCTCAGAAATGGTTATTTGCTCAGAAATGGTTATTTGCTCAGAAATGGTTATTTGCTCA SH16645 16645 21 37 YFR031C-A_6_221405_220494_INTRON_5_151 5' exon #REF! #REF! 21 18 GATCTAATGGTTTCTTAGGATCTAATGGTTTCTTAGGATCTAATGGTTTCTTAGGATCTA SH16646 16646 48 166 YFR031C-A_6_221405_220494_INTRON_5_151 exon/intron #REF! #REF! 41 17 GACATACCCATTGCTTAGACATACCCATTGCTTAGACATACCCATTGCTTAGACATACCC SH16647 16647 62 174 YFR031C-A_6_221405_220494_INTRON_5_151 intron #REF! #REF! 61 17 GGTTGTTAAATCACGGTGGTTGTTAAATCACGGTGGTTGTTAAATCACGGTGGTTGTTAA SH16648 16648 101 79 YFR031C-A_6_221405_220494_INTRON_5_151 intron #REF! #REF! 81 17 CGCCATTACGACAATCACGCCATTACGACAATCACGCCATTACGACAATCACGCCATTAC SH16649 16649 2 69 YFR031C-A_6_221405_220494_INTRON_5_151 intron #REF! #REF! 101 17 AAAAGGGTGTGATGACAAAAAGGGTGTGATGACAAAAAGGGTGTGATGACAAAAAGGGTG SH16650 16650 95 186 YFR031C-A_6_221405_220494_INTRON_5_151 intron #REF! #REF! 121 20 AACAAAAGGAATAAAAAGACAACAAAAGGAATAAAAAGACAACAAAAGGAATAAAAAGAC SH16651 16651 85 122 YFR031C-A_6_221405_220494_INTRON_5_151 intron #REF! #REF! 141 19 GTATACACGATACATTTTCGTATACACGATACATTTTCGTATACACGATACATTTTCGTA SH16652 16652 101 170 YFR031C-A_6_221405_220494_INTRON_5_151 intron #REF! #REF! 161 19 GAAAAAACACAGTTCTGTTGAAAAAACACAGTTCTGTTGAAAAAACACAGTTCTGTTGAA SH16653 16653 22 196 YFR031C-A_6_221405_220494_INTRON_5_151 intron/exon #REF! #REF! 181 21 CTACCTGAATAAAAAATAATGCTACCTGAATAAAAAATAATGCTACCTGAATAAAAAATA SH16654 16654 84 155 YFR031C-A_6_221405_220494_INTRON_5_151 3' exon #REF! #REF! 201 18 TTTGGTTACGAATAACTCTTTGGTTACGAATAACTCTTTGGTTACGAATAACTCTTTGGT SH16655 16655 49 19 YFR031C-A_6_221405_220494_INTRON_5_151 3' exon #REF! #REF! 221 15 AGAACCAGCACCCTTAGAACCAGCACCCTTAGAACCAGCACCCTTAGAACCAGCACCCTT SH16656 16656 63 207 YFR032C-A_6_223758_223245_INTRON_1_331 5' exon #REF! #REF! 1 22 CTTGAATATTGAATGAAAAATGCTTGAATATTGAATGAAAAATGCTTGAATATTGAATGA SH16657 16657 99 140 YFR032C-A_6_223758_223245_INTRON_1_331 5' exon #REF! #REF! 21 13 GTTCCGGGGTTCTGTTCCGGGGTTCTGTTCCGGGGTTCTGTTCCGGGGTTCTGTTCCGGG SH16658 16658 16 64 YFR032C-A_6_223758_223245_INTRON_1_331 exon/intron #REF! #REF! 41 18 TAACGTACTTTCTAACTGTAACGTACTTTCTAACTGTAACGTACTTTCTAACTGTAACGT SH16659 16659 27 124 YFR032C-A_6_223758_223245_INTRON_1_331 intron #REF! #REF! 61 17 TGGGGACTTCATGATAATGGGGACTTCATGATAATGGGGACTTCATGATAATGGGGACTT SH16660 16660 76 132 YFR032C-A_6_223758_223245_INTRON_1_331 intron #REF! #REF! 81 15 CATTTCCAATGGGCGCATTTCCAATGGGCGCATTTCCAATGGGCGCATTTCCAATGGGCG SH16661 16661 25 65 YFR032C-A_6_223758_223245_INTRON_1_331 intron #REF! #REF! 101 16 CACCTCAGATTTGGCTCACCTCAGATTTGGCTCACCTCAGATTTGGCTCACCTCAGATTT SH16662 16662 6 182 YFR032C-A_6_223758_223245_INTRON_1_331 intron #REF! #REF! 121 16 CCACTATATGCCACTCCCACTATATGCCACTCCCACTATATGCCACTCCCACTATATGCC SH16663 16663 43 173 YFR032C-A_6_223758_223245_INTRON_1_331 intron #REF! #REF! 141 22 CTTCTCTCTTTTTTTCTTTATACTTCTCTCTTTTTTTCTTTATACTTCTCTCTTTTTTTC SH16664 16664 24 123 YFR032C-A_6_223758_223245_INTRON_1_331 intron #REF! #REF! 161 18 CTTTCCATTATTTTCCCTCTTTCCATTATTTTCCCTCTTTCCATTATTTTCCCTCTTTCC SH16665 16665 101 67 YFR032C-A_6_223758_223245_INTRON_1_331 intron #REF! #REF! 181 18 ATAAGTTCAAACACTGGTATAAGTTCAAACACTGGTATAAGTTCAAACACTGGTATAAGT SH16666 16666 74 100 YFR032C-A_6_223758_223245_INTRON_1_331 intron #REF! #REF! 201 15 GAGAAAGAGCGTTCGGAGAAAGAGCGTTCGGAGAAAGAGCGTTCGGAGAAAGAGCGTTCG SH16667 16667 67 40 YFR032C-A_6_223758_223245_INTRON_1_331 intron #REF! #REF! 221 20 GTATGCTAAAGGTAATTGAAGTATGCTAAAGGTAATTGAAGTATGCTAAAGGTAATTGAA SH16668 16668 38 189 YFR032C-A_6_223758_223245_INTRON_1_331 intron #REF! #REF! 241 16 GCAACTTCGAACAAGGGCAACTTCGAACAAGGGCAACTTCGAACAAGGGCAACTTCGAAC SH16669 16669 89 152 YFR032C-A_6_223758_223245_INTRON_1_331 intron #REF! #REF! 261 15 TGAAGTGGTGCTAGCTGAAGTGGTGCTAGCTGAAGTGGTGCTAGCTGAAGTGGTGCTAGC SH16670 16670 79 140 YFR032C-A_6_223758_223245_INTRON_1_331 intron #REF! #REF! 281 13 GGCAGCTAACTGCGGCAGCTAACTGCGGCAGCTAACTGCGGCAGCTAACTGCGGCAGCTA SH16671 16671 22 130 YFR032C-A_6_223758_223245_INTRON_1_331 intron #REF! #REF! 301 13 ACGGTGGAGGGGAACGGTGGAGGGGAACGGTGGAGGGGAACGGTGGAGGGGAACGGTGGA SH16672 16672 64 141 YFR032C-A_6_223758_223245_INTRON_1_331 intron #REF! #REF! 321 21 CATTAAAGGTTAGTAAAAATGCATTAAAGGTTAGTAAAAATGCATTAAAGGTTAGTAAAA SH16673 16673 34 196 YFR032C-A_6_223758_223245_INTRON_1_331 intron #REF! #REF! 341 17 AGAAATTGCGAATGGTCAGAAATTGCGAATGGTCAGAAATTGCGAATGGTCAGAAATTGC SH16674 16674 10 37 YFR032C-A_6_223758_223245_INTRON_1_331 intron #REF! #REF! 361 18 GAGAAGACGATGAATGTAGAGAAGACGATGAATGTAGAGAAGACGATGAATGTAGAGAAG SH16675 16675 30 95 YFR032C-A_6_223758_223245_INTRON_1_331 intron/exon #REF! #REF! 381 18 TTAGACTTAGCCATTTTCTTAGACTTAGCCATTTTCTTAGACTTAGCCATTTTCTTAGAC SH16676 16676 26 15 YFR032C-A_6_223758_223245_INTRON_1_331 3' exon #REF! #REF! 401 15 TGTGAGCGGTATGGTTGTGAGCGGTATGGTTGTGAGCGGTATGGTTGTGAGCGGTATGGT SH16677 16677 10 184 YGL030W_7_439087_439634_INTRON_4_233 5' exon #REF! #REF! 1 18 TGTAGGTTCTTAAACACTTGTAGGTTCTTAAACACTTGTAGGTTCTTAAACACTTGTAGG SH16678 16678 44 176 YGL030W_7_439087_439634_INTRON_4_233 5' exon #REF! #REF! 21 22 CGTATATTGATTAATTGAATAACGTATATTGATTAATTGAATAACGTATATTGATTAATT SH16679 16679 75 178 YGL030W_7_439087_439634_INTRON_4_233 exon/intron #REF! #REF! 41 13 GACCATCTCTGCGGACCATCTCTGCGGACCATCTCTGCGGACCATCTCTGCGGACCATCT SH16680 16680 64 124 YGL030W_7_439087_439634_INTRON_4_233 intron #REF! #REF! 61 21 CGAAATAGTTATAAAATCATGCGAAATAGTTATAAAATCATGCGAAATAGTTATAAAATC SH16681 16681 3 86 YGL030W_7_439087_439634_INTRON_4_233 intron #REF! #REF! 81 18 CCCATGAAAGAATAAAGCCCCATGAAAGAATAAAGCCCCATGAAAGAATAAAGCCCCATG SH16682 16682 18 37 YGL030W_7_439087_439634_INTRON_4_233 intron #REF! #REF! 101 16 CCAAGCCTTCTTGCTACCAAGCCTTCTTGCTACCAAGCCTTCTTGCTACCAAGCCTTCTT SH16683 16683 24 72 YGL030W_7_439087_439634_INTRON_4_233 intron #REF! #REF! 121 20 ACTTTGAAAATTCATGTTTGACTTTGAAAATTCATGTTTGACTTTGAAAATTCATGTTTG SH16684 16684 31 81 YGL030W_7_439087_439634_INTRON_4_233 intron #REF! #REF! 141 17 CACAAGAGCAGGAATAACACAAGAGCAGGAATAACACAAGAGCAGGAATAACACAAGAGC SH16685 16685 43 55 YGL030W_7_439087_439634_INTRON_4_233 intron #REF! #REF! 161 15 TGAACGGACTCTCTCTGAACGGACTCTCTCTGAACGGACTCTCTCTGAACGGACTCTCTC SH16686 16686 70 143 YGL030W_7_439087_439634_INTRON_4_233 intron #REF! #REF! 181 16 CAGTCATGGAGAAGCACAGTCATGGAGAAGCACAGTCATGGAGAAGCACAGTCATGGAGA SH16687 16687 54 48 YGL030W_7_439087_439634_INTRON_4_233 intron #REF! #REF! 201 20 TTTGCATATCTCACTTTTATTTTGCATATCTCACTTTTATTTTGCATATCTCACTTTTAT SH16688 16688 77 72 YGL030W_7_439087_439634_INTRON_4_233 intron #REF! #REF! 221 21 GTTAGTAGATTATTCAAAGTTGTTAGTAGATTATTCAAAGTTGTTAGTAGATTATTCAAA SH16689 16689 36 151 YGL030W_7_439087_439634_INTRON_4_233 intron #REF! #REF! 241 22 TAAAAAATAACGTATTAACTTGTAAAAAATAACGTATTAACTTGTAAAAAATAACGTATT SH16690 16690 100 108 YGL030W_7_439087_439634_INTRON_4_233 intron #REF! #REF! 261 20 CTGTTGAAATGTAAACGATACTGTTGAAATGTAAACGATACTGTTGAAATGTAAACGATA SH16691 16691 40 25 YGL030W_7_439087_439634_INTRON_4_233 3' exon #REF! #REF! 281 15 GGATTTAACTGGGGCGGATTTAACTGGGGCGGATTTAACTGGGGCGGATTTAACTGGGGC SH16692 16692 99 23 YGL030W_7_439087_439634_INTRON_4_233 3' exon #REF! #REF! 301 19 CAACTTTTGGTTGATAGATCAACTTTTGGTTGATAGATCAACTTTTGGTTGATAGATCAA SH16693 16693 55 146 YGL031C_7_438393_437938_INTRON_1_456 5' exon #REF! #REF! 1 15 GGCAATAGCAACAGCGGCAATAGCAACAGCGGCAATAGCAACAGCGGCAATAGCAACAGC SH16694 16694 65 131 YGL031C_7_438393_437938_INTRON_1_456 5' exon #REF! #REF! 21 17 GTCTTGGTGTCTTGCTTGTCTTGGTGTCTTGCTTGTCTTGGTGTCTTGCTTGTCTTGGTG SH16695 16695 94 156 YGL031C_7_438393_437938_INTRON_1_456 exon/intron #REF! #REF! 41 17 GACATACCTCTCAAGTTGACATACCTCTCAAGTTGACATACCTCTCAAGTTGACATACCT SH16696 16696 94 129 YGL031C_7_438393_437938_INTRON_1_456 intron #REF! #REF! 61 22 TAATTATGAATCATCATCATATTAATTATGAATCATCATCATATTAATTATGAATCATCA SH16697 16697 13 112 YGL031C_7_438393_437938_INTRON_1_456 intron #REF! #REF! 81 15 CCTCGGTCGCCATTACCTCGGTCGCCATTACCTCGGTCGCCATTACCTCGGTCGCCATTA SH16698 16698 63 150 YGL031C_7_438393_437938_INTRON_1_456 intron #REF! #REF! 101 17 TTGCTTTCTAGCACAACTTGCTTTCTAGCACAACTTGCTTTCTAGCACAACTTGCTTTCT SH16699 16699 46 185 YGL031C_7_438393_437938_INTRON_1_456 intron #REF! #REF! 121 20 AAGCTCTCTCATATATTAATAAGCTCTCTCATATATTAATAAGCTCTCTCATATATTAAT SH16700 16700 27 53 YGL031C_7_438393_437938_INTRON_1_456 intron #REF! #REF! 141 17 GGTGTATTGGCTATCTGGGTGTATTGGCTATCTGGGTGTATTGGCTATCTGGGTGTATTG SH16701 16701 6 137 YGL031C_7_438393_437938_INTRON_1_456 intron #REF! #REF! 161 18 TCCTGTCAAAGTCTAAATTCCTGTCAAAGTCTAAATTCCTGTCAAAGTCTAAATTCCTGT SH16702 16702 33 53 YGL031C_7_438393_437938_INTRON_1_456 intron #REF! #REF! 181 15 ACTGGAACAAGCCACACTGGAACAAGCCACACTGGAACAAGCCACACTGGAACAAGCCAC SH16703 16703 81 186 YGL031C_7_438393_437938_INTRON_1_456 intron #REF! #REF! 201 22 CAAAGGTTGACATATATTATAACAAAGGTTGACATATATTATAACAAAGGTTGACATATA SH16704 16704 53 176 YGL031C_7_438393_437938_INTRON_1_456 intron #REF! #REF! 221 15 TGGGTTTCCTGCTCATGGGTTTCCTGCTCATGGGTTTCCTGCTCATGGGTTTCCTGCTCA SH16705 16705 75 123 YGL031C_7_438393_437938_INTRON_1_456 intron #REF! #REF! 241 21 GTATATATGTAATGAAGCATTGTATATATGTAATGAAGCATTGTATATATGTAATGAAGC SH16706 16706 35 187 YGL031C_7_438393_437938_INTRON_1_456 intron #REF! #REF! 261 17 CATGCTTCTCCATATCGCATGCTTCTCCATATCGCATGCTTCTCCATATCGCATGCTTCT SH16707 16707 42 168 YGL031C_7_438393_437938_INTRON_1_456 intron #REF! #REF! 281 17 CATCTCACGCTGTTATTCATCTCACGCTGTTATTCATCTCACGCTGTTATTCATCTCACG SH16708 16708 63 111 YGL031C_7_438393_437938_INTRON_1_456 intron #REF! #REF! 301 17 GGTTCTTGCAACATGGAGGTTCTTGCAACATGGAGGTTCTTGCAACATGGAGGTTCTTGC SH16709 16709 69 57 YGL031C_7_438393_437938_INTRON_1_456 intron #REF! #REF! 321 21 GCAAATTCAGAATTCATTTTAGCAAATTCAGAATTCATTTTAGCAAATTCAGAATTCATT SH16710 16710 77 31 YGL031C_7_438393_437938_INTRON_1_456 intron #REF! #REF! 341 18 GGAAATATGGACTTTTTGGGAAATATGGACTTTTTGGGAAATATGGACTTTTTGGGAAAT SH16711 16711 47 14 YGL031C_7_438393_437938_INTRON_1_456 intron #REF! #REF! 361 16 GTAGGAAGAGGAGAACGTAGGAAGAGGAGAACGTAGGAAGAGGAGAACGTAGGAAGAGGA SH16712 16712 91 67 YGL031C_7_438393_437938_INTRON_1_456 intron #REF! #REF! 381 13 CAGGCGTTCGCAACAGGCGTTCGCAACAGGCGTTCGCAACAGGCGTTCGCAACAGGCGTT SH16713 16713 80 127 YGL031C_7_438393_437938_INTRON_1_456 intron #REF! #REF! 401 18 AATAATGGTAATCCGCATAATAATGGTAATCCGCATAATAATGGTAATCCGCATAATAAT SH16714 16714 23 213 YGL031C_7_438393_437938_INTRON_1_456 intron #REF! #REF! 421 18 GTAGCCATCTTGTCAATAGTAGCCATCTTGTCAATAGTAGCCATCTTGTCAATAGTAGCC SH16715 16715 31 39 YGL031C_7_438393_437938_INTRON_1_456 intron #REF! #REF! 441 19 GTAAGTCTATGCTTTTCATGTAAGTCTATGCTTTTCATGTAAGTCTATGCTTTTCATGTA SH16716 16716 19 105 YGL031C_7_438393_437938_INTRON_1_456 intron #REF! #REF! 461 23 ACATATTTGAAAAAAAAAATGTTACATATTTGAAAAAAAAAATGTTACATATTTGAAAAA SH16717 16717 76 34 YGL031C_7_438393_437938_INTRON_1_456 intron #REF! #REF! 481 18 ATCCACGTTTTTCAAACAATCCACGTTTTTCAAACAATCCACGTTTTTCAAACAATCCAC SH16718 16718 40 122 YGL031C_7_438393_437938_INTRON_1_456 intron/exon #REF! #REF! 501 20 CCTTCATTTTATCACTATATCCTTCATTTTATCACTATATCCTTCATTTTATCACTATAT SH16719 16719 69 210 YGL031C_7_438393_437938_INTRON_1_456 3' exon #REF! #REF! 521 20 TGAAAAAGAATCGATTTCAATGAAAAAGAATCGATTTCAATGAAAAAGAATCGATTTCAA SH16720 16720 57 54 YGL031C_7_438393_437938_INTRON_1_456 3' exon #REF! #REF! 541 16 GGTAGATTTTGGCACCGGTAGATTTTGGCACCGGTAGATTTTGGCACCGGTAGATTTTGG SH16721 16721 73 126 YGL033W_7_435621_436347_INTRON_56_125 5' exon #REF! #REF! 1 19 GTTTGATTTCTTTTTCGGTGTTTGATTTCTTTTTCGGTGTTTGATTTCTTTTTCGGTGTT SH16722 16722 36 149 YGL033W_7_435621_436347_INTRON_56_125 5' exon #REF! #REF! 21 16 GCCTGAATGGCTCTATGCCTGAATGGCTCTATGCCTGAATGGCTCTATGCCTGAATGGCT SH16723 16723 96 128 YGL033W_7_435621_436347_INTRON_56_125 exon/intron #REF! #REF! 41 16 CTTAACCTTCTGAGCCCTTAACCTTCTGAGCCCTTAACCTTCTGAGCCCTTAACCTTCTG SH16724 16724 67 132 YGL033W_7_435621_436347_INTRON_56_125 intron #REF! #REF! 61 20 ATTTGATGAGCATGTAAAAAATTTGATGAGCATGTAAAAAATTTGATGAGCATGTAAAAA SH16725 16725 82 174 YGL033W_7_435621_436347_INTRON_56_125 intron #REF! #REF! 81 17 TTGTTAGTAATGGCGGTTTGTTAGTAATGGCGGTTTGTTAGTAATGGCGGTTTGTTAGTA SH16726 16726 7 24 YGL033W_7_435621_436347_INTRON_56_125 intron #REF! #REF! 101 17 ATAAAATACCCGGGGTAATAAAATACCCGGGGTAATAAAATACCCGGGGTAATAAAATAC SH16727 16727 16 68 YGL033W_7_435621_436347_INTRON_56_125 3' exon #REF! #REF! 121 20 ATCTTCTATTAATTGTTCAGATCTTCTATTAATTGTTCAGATCTTCTATTAATTGTTCAG SH16728 16728 28 110 YGL033W_7_435621_436347_INTRON_56_125 3' exon #REF! #REF! 141 18 ATATTGTGACACCAAGTAATATTGTGACACCAAGTAATATTGTGACACCAAGTAATATTG SH16729 16729 23 89 YGL076C_7_365994_364333_INTRON_565_1032 5' exon #REF! #REF! 1 20 GTTGGTTATTTGGATTTATAGTTGGTTATTTGGATTTATAGTTGGTTATTTGGATTTATA SH16730 16730 99 61 YGL076C_7_365994_364333_INTRON_565_1032 5' exon #REF! #REF! 21 18 GTGATCTTAATTTGCTTGGTGATCTTAATTTGCTTGGTGATCTTAATTTGCTTGGTGATC SH16731 16731 40 67 YGL076C_7_365994_364333_INTRON_565_1032 exon/intron #REF! #REF! 41 13 TACTCAGCGGCCATACTCAGCGGCCATACTCAGCGGCCATACTCAGCGGCCATACTCAGC SH16732 16732 88 188 YGL076C_7_365994_364333_INTRON_565_1032 intron #REF! #REF! 61 20 GTAATAAAATAGACGATTTCGTAATAAAATAGACGATTTCGTAATAAAATAGACGATTTC SH16733 16733 26 197 YGL076C_7_365994_364333_INTRON_565_1032 intron #REF! #REF! 81 19 CTGGATACTTTAGGAAATACTGGATACTTTAGGAAATACTGGATACTTTAGGAAATACTG SH16734 16734 23 108 YGL076C_7_365994_364333_INTRON_565_1032 intron #REF! #REF! 101 18 CGGAAACTAGTATACTTCCGGAAACTAGTATACTTCCGGAAACTAGTATACTTCCGGAAA SH16735 16735 41 75 YGL076C_7_365994_364333_INTRON_565_1032 intron #REF! #REF! 121 18 CTTTTTCTCAACGTAACTCTTTTTCTCAACGTAACTCTTTTTCTCAACGTAACTCTTTTT SH16736 16736 21 107 YGL076C_7_365994_364333_INTRON_565_1032 intron #REF! #REF! 141 18 CTATTAGAGCAGAATTGCCTATTAGAGCAGAATTGCCTATTAGAGCAGAATTGCCTATTA SH16737 16737 50 148 YGL076C_7_365994_364333_INTRON_565_1032 intron #REF! #REF! 161 17 GTAAGTGTGAGTGCAAAGTAAGTGTGAGTGCAAAGTAAGTGTGAGTGCAAAGTAAGTGTG SH16738 16738 34 205 YGL076C_7_365994_364333_INTRON_565_1032 intron #REF! #REF! 181 18 AGTCACAAGTTGAAGATAAGTCACAAGTTGAAGATAAGTCACAAGTTGAAGATAAGTCAC SH16739 16739 83 38 YGL076C_7_365994_364333_INTRON_565_1032 intron #REF! #REF! 201 18 CGGAAAATCATCTTGTGACGGAAAATCATCTTGTGACGGAAAATCATCTTGTGACGGAAA SH16740 16740 48 92 YGL076C_7_365994_364333_INTRON_565_1032 intron #REF! #REF! 221 15 GTGAAGGTAATCCCCGTGAAGGTAATCCCCGTGAAGGTAATCCCCGTGAAGGTAATCCCC SH16741 16741 31 26 YGL076C_7_365994_364333_INTRON_565_1032 intron #REF! #REF! 241 20 ATCAACTAAAATTGTCTTTGATCAACTAAAATTGTCTTTGATCAACTAAAATTGTCTTTG SH16742 16742 54 158 YGL076C_7_365994_364333_INTRON_565_1032 intron #REF! #REF! 261 20 TCAAATTTTTCCTCAAATTCTCAAATTTTTCCTCAAATTCTCAAATTTTTCCTCAAATTC SH16743 16743 73 176 YGL076C_7_365994_364333_INTRON_565_1032 intron #REF! #REF! 281 18 GGCAACAATCAAGATATTGGCAACAATCAAGATATTGGCAACAATCAAGATATTGGCAAC SH16744 16744 49 25 YGL076C_7_365994_364333_INTRON_565_1032 intron #REF! #REF! 301 17 GGTCGGCGATGAAATTTGGTCGGCGATGAAATTTGGTCGGCGATGAAATTTGGTCGGCGA SH16745 16745 79 45 YGL076C_7_365994_364333_INTRON_565_1032 intron #REF! #REF! 321 23 AAAATTTGAGAAAATATTCTAATAAAATTTGAGAAAATATTCTAATAAAATTTGAGAAAA SH16746 16746 54 23 YGL076C_7_365994_364333_INTRON_565_1032 intron #REF! #REF! 341 18 GACACTTAGGAAATGAAAGACACTTAGGAAATGAAAGACACTTAGGAAATGAAAGACACT SH16747 16747 33 160 YGL076C_7_365994_364333_INTRON_565_1032 intron #REF! #REF! 361 17 ATGAAGGGAGTGAAACAATGAAGGGAGTGAAACAATGAAGGGAGTGAAACAATGAAGGGA SH16748 16748 68 84 YGL076C_7_365994_364333_INTRON_565_1032 intron #REF! #REF! 381 19 GAAAACACCACTTTTCATTGAAAACACCACTTTTCATTGAAAACACCACTTTTCATTGAA SH16749 16749 50 188 YGL076C_7_365994_364333_INTRON_565_1032 intron #REF! #REF! 401 18 TACGAAGTTACATCGAATTACGAAGTTACATCGAATTACGAAGTTACATCGAATTACGAA SH16750 16750 90 41 YGL076C_7_365994_364333_INTRON_565_1032 intron #REF! #REF! 421 20 ACCATCAAGTAAAACTTTTTACCATCAAGTAAAACTTTTTACCATCAAGTAAAACTTTTT SH16751 16751 32 33 YGL076C_7_365994_364333_INTRON_565_1032 intron #REF! #REF! 441 20 GAATGAATTAGGTTTGTATGGAATGAATTAGGTTTGTATGGAATGAATTAGGTTTGTATG SH16752 16752 51 5 YGL076C_7_365994_364333_INTRON_565_1032 intron #REF! #REF! 461 19 GTTAGCATAACCGAAAATAGTTAGCATAACCGAAAATAGTTAGCATAACCGAAAATAGTT SH16753 16753 32 36 YGL076C_7_365994_364333_INTRON_565_1032 intron #REF! #REF! 481 27 GTAATAATACAAATAATAAAATATTTTGTAATAATACAAATAATAAAATATTTTGTAATA SH16754 16754 44 144 YGL076C_7_365994_364333_INTRON_565_1032 intron/exon #REF! #REF! 501 21 GTCAAGATTTTTCTGTAATAAGTCAAGATTTTTCTGTAATAAGTCAAGATTTTTCTGTAA SH16755 16755 52 198 YGL076C_7_365994_364333_INTRON_565_1032 3' exon #REF! #REF! 521 15 ACTGAGATTCTGGGGACTGAGATTCTGGGGACTGAGATTCTGGGGACTGAGATTCTGGGG SH16756 16756 9 101 YGL076C_7_365994_364333_INTRON_565_1032 3' exon #REF! #REF! 541 17 TGTTGAGCCTTAGACTTTGTTGAGCCTTAGACTTTGTTGAGCCTTAGACTTTGTTGAGCC SH16757 16757 96 109 YGL087C_7_346902_346404_INTRON_12_96 5' exon #REF! #REF! 1 18 TTCTACGTTGCATATACATTCTACGTTGCATATACATTCTACGTTGCATATACATTCTAC SH16758 16758 79 124 YGL087C_7_346902_346404_INTRON_12_96 5' exon #REF! #REF! 21 17 TTGTGTAAACGCTGCTTTTGTGTAAACGCTGCTTTTGTGTAAACGCTGCTTTTGTGTAAA SH16759 16759 45 179 YGL087C_7_346902_346404_INTRON_12_96 exon/intron #REF! #REF! 41 20 AATAACATACACTTTTGACAAATAACATACACTTTTGACAAATAACATACACTTTTGACA SH16760 16760 100 58 YGL087C_7_346902_346404_INTRON_12_96 intron #REF! #REF! 61 20 AAATCCCTTTCAAAACTTATAAATCCCTTTCAAAACTTATAAATCCCTTTCAAAACTTAT SH16761 16761 58 42 YGL087C_7_346902_346404_INTRON_12_96 intron #REF! #REF! 81 20 GAATTTGTTAGTATATGTTGGAATTTGTTAGTATATGTTGGAATTTGTTAGTATATGTTG SH16762 16762 64 155 YGL087C_7_346902_346404_INTRON_12_96 intron #REF! #REF! 101 17 GTGAGGGTACATTTCAAGTGAGGGTACATTTCAAGTGAGGGTACATTTCAAGTGAGGGTA SH16763 16763 96 204 YGL087C_7_346902_346404_INTRON_12_96 intron/exon #REF! #REF! 121 18 GGTCTGATTTACAATAGGGGTCTGATTTACAATAGGGGTCTGATTTACAATAGGGGTCTG SH16764 16764 48 174 YGL087C_7_346902_346404_INTRON_12_96 3' exon #REF! #REF! 141 20 TTCTAACAACCTAAAATTTCTTCTAACAACCTAAAATTTCTTCTAACAACCTAAAATTTC SH16765 16765 22 32 YGL087C_7_346902_346404_INTRON_12_96 3' exon #REF! #REF! 161 18 TTCACCCTTTTCTAATTCTTCACCCTTTTCTAATTCTTCACCCTTTTCTAATTCTTCACC SH16766 16766 33 181 YGL103W_7_310965_311925_INTRON_50_560 5' exon #REF! #REF! 1 17 TGAATCTGGAAGGCATTTGAATCTGGAAGGCATTTGAATCTGGAAGGCATTTGAATCTGG SH16767 16767 86 156 YGL103W_7_310965_311925_INTRON_50_560 5' exon #REF! #REF! 21 17 TCTGTGCTTTCTAGTCTTCTGTGCTTTCTAGTCTTCTGTGCTTTCTAGTCTTCTGTGCTT SH16768 16768 59 121 YGL103W_7_310965_311925_INTRON_50_560 exon/intron #REF! #REF! 41 15 CATACCTGAGACGTGCATACCTGAGACGTGCATACCTGAGACGTGCATACCTGAGACGTG SH16769 16769 49 175 YGL103W_7_310965_311925_INTRON_50_560 intron #REF! #REF! 61 15 CCCTCTTCCAAATGGCCCTCTTCCAAATGGCCCTCTTCCAAATGGCCCTCTTCCAAATGG SH16770 16770 17 40 YGL103W_7_310965_311925_INTRON_50_560 intron #REF! #REF! 81 16 CACCGTCTTGGTTCTTCACCGTCTTGGTTCTTCACCGTCTTGGTTCTTCACCGTCTTGGT SH16771 16771 51 60 YGL103W_7_310965_311925_INTRON_50_560 intron #REF! #REF! 101 20 GTTGCACAACACTAAAAAAAGTTGCACAACACTAAAAAAAGTTGCACAACACTAAAAAAA SH16772 16772 2 141 YGL103W_7_310965_311925_INTRON_50_560 intron #REF! #REF! 121 18 TATACACACGACATATTGTATACACACGACATATTGTATACACACGACATATTGTATACA SH16773 16773 95 145 YGL103W_7_310965_311925_INTRON_50_560 intron #REF! #REF! 141 17 ACATTCTCCTGTACCATACATTCTCCTGTACCATACATTCTCCTGTACCATACATTCTCC SH16774 16774 48 72 YGL103W_7_310965_311925_INTRON_50_560 intron #REF! #REF! 161 17 TGAGTACACTTAGCTGATGAGTACACTTAGCTGATGAGTACACTTAGCTGATGAGTACAC SH16775 16775 27 151 YGL103W_7_310965_311925_INTRON_50_560 intron #REF! #REF! 181 21 CAATCAAAACACAAAGAAATACAATCAAAACACAAAGAAATACAATCAAAACACAAAGAA SH16776 16776 69 101 YGL103W_7_310965_311925_INTRON_50_560 intron #REF! #REF! 201 17 GGTAATACAAAGTTCGCGGTAATACAAAGTTCGCGGTAATACAAAGTTCGCGGTAATACA SH16777 16777 98 175 YGL103W_7_310965_311925_INTRON_50_560 intron #REF! #REF! 221 15 CCGTCTCAACAGTGACCGTCTCAACAGTGACCGTCTCAACAGTGACCGTCTCAACAGTGA SH16778 16778 71 135 YGL103W_7_310965_311925_INTRON_50_560 intron #REF! #REF! 241 17 TCGAGCTATTACCTCAATCGAGCTATTACCTCAATCGAGCTATTACCTCAATCGAGCTAT SH16779 16779 40 175 YGL103W_7_310965_311925_INTRON_50_560 intron #REF! #REF! 261 17 CGATGGAAGAGTACATTCGATGGAAGAGTACATTCGATGGAAGAGTACATTCGATGGAAG SH16780 16780 23 10 YGL103W_7_310965_311925_INTRON_50_560 intron #REF! #REF! 281 18 ACTTTCTTTTTGCTCAGTACTTTCTTTTTGCTCAGTACTTTCTTTTTGCTCAGTACTTTC SH16781 16781 54 182 YGL103W_7_310965_311925_INTRON_50_560 intron #REF! #REF! 301 17 TATGACAAAGGCTATGCTATGACAAAGGCTATGCTATGACAAAGGCTATGCTATGACAAA SH16782 16782 26 110 YGL103W_7_310965_311925_INTRON_50_560 intron #REF! #REF! 321 18 CATGGTATAATAAAGGAGCATGGTATAATAAAGGAGCATGGTATAATAAAGGAGCATGGT SH16783 16783 15 51 YGL103W_7_310965_311925_INTRON_50_560 intron #REF! #REF! 341 18 AGTATGACTGTTCTGAATAGTATGACTGTTCTGAATAGTATGACTGTTCTGAATAGTATG SH16784 16784 44 128 YGL103W_7_310965_311925_INTRON_50_560 intron #REF! #REF! 361 17 AGCCGTAAAATGAGTAGAGCCGTAAAATGAGTAGAGCCGTAAAATGAGTAGAGCCGTAAA SH16785 16785 91 154 YGL103W_7_310965_311925_INTRON_50_560 intron #REF! #REF! 381 20 TCTAAATGAAAGTTACCTTTTCTAAATGAAAGTTACCTTTTCTAAATGAAAGTTACCTTT SH16786 16786 11 134 YGL103W_7_310965_311925_INTRON_50_560 intron #REF! #REF! 401 20 ATAATTAGTGCTTTCCATAAATAATTAGTGCTTTCCATAAATAATTAGTGCTTTCCATAA SH16787 16787 12 197 YGL103W_7_310965_311925_INTRON_50_560 intron #REF! #REF! 421 17 AACCATTTGATACAGCGAACCATTTGATACAGCGAACCATTTGATACAGCGAACCATTTG SH16788 16788 10 139 YGL103W_7_310965_311925_INTRON_50_560 intron #REF! #REF! 441 17 TTCATAATTGCGCTCTCTTCATAATTGCGCTCTCTTCATAATTGCGCTCTCTTCATAATT SH16789 16789 49 57 YGL103W_7_310965_311925_INTRON_50_560 intron #REF! #REF! 461 17 AAGAAACGTGGTAACTCAAGAAACGTGGTAACTCAAGAAACGTGGTAACTCAAGAAACGT SH16790 16790 49 93 YGL103W_7_310965_311925_INTRON_50_560 intron #REF! #REF! 481 18 CTGGACATTTTATCGAAACTGGACATTTTATCGAAACTGGACATTTTATCGAAACTGGAC SH16791 16791 67 190 YGL103W_7_310965_311925_INTRON_50_560 intron #REF! #REF! 501 19 GTTAGTAAAACAGGTTTTCGTTAGTAAAACAGGTTTTCGTTAGTAAAACAGGTTTTCGTT SH16792 16792 97 10 YGL103W_7_310965_311925_INTRON_50_560 intron #REF! #REF! 521 23 GTAATGAAATACAATTTTTAAATGTAATGAAATACAATTTTTAAATGTAATGAAATACAA SH16793 16793 45 108 YGL103W_7_310965_311925_INTRON_50_560 intron/exon #REF! #REF! 541 22 GCTGTACAAAAAAAATATTGTAGCTGTACAAAAAAAATATTGTAGCTGTACAAAAAAAAT SH16794 16794 98 176 YGL103W_7_310965_311925_INTRON_50_560 3' exon #REF! #REF! 561 13 GACCTTTACCGGCGACCTTTACCGGCGACCTTTACCGGCGACCTTTACCGGCGACCTTTA SH16795 16795 78 109 YGL103W_7_310965_311925_INTRON_50_560 3' exon #REF! #REF! 581 17 GGTGCTTTCTGTGCTTAGGTGCTTTCTGTGCTTAGGTGCTTTCTGTGCTTAGGTGCTTTC SH16796 16796 22 180 YGL137W_7_249872_252741_INTRON_19_218 5' exon #REF! #REF! 1 17 GTTTCGATTGGGTGTCTGTTTCGATTGGGTGTCTGTTTCGATTGGGTGTCTGTTTCGATT SH16797 16797 93 68 YGL137W_7_249872_252741_INTRON_19_218 5' exon #REF! #REF! 21 17 TTCATCGTGTCCGTATATTCATCGTGTCCGTATATTCATCGTGTCCGTATATTCATCGTG SH16798 16798 69 4 YGL137W_7_249872_252741_INTRON_19_218 exon/intron #REF! #REF! 41 19 GTAACATACCTTTATATCCGTAACATACCTTTATATCCGTAACATACCTTTATATCCGTA SH16799 16799 39 195 YGL137W_7_249872_252741_INTRON_19_218 intron #REF! #REF! 61 15 GGCAAAACGCGCTCTGGCAAAACGCGCTCTGGCAAAACGCGCTCTGGCAAAACGCGCTCT SH16800 16800 6 191 YGL137W_7_249872_252741_INTRON_19_218 intron #REF! #REF! 81 17 GGAGCTTGTTCGCAATTGGAGCTTGTTCGCAATTGGAGCTTGTTCGCAATTGGAGCTTGT SH16801 16801 48 158 YGL137W_7_249872_252741_INTRON_19_218 intron #REF! #REF! 101 18 TTCCTAATCATAGGAGTTTTCCTAATCATAGGAGTTTTCCTAATCATAGGAGTTTTCCTA SH16802 16802 5 108 YGL137W_7_249872_252741_INTRON_19_218 intron #REF! #REF! 121 13 CGCGAACGAGATCCGCGAACGAGATCCGCGAACGAGATCCGCGAACGAGATCCGCGAACG SH16803 16803 99 42 YGL137W_7_249872_252741_INTRON_19_218 intron #REF! #REF! 141 17 GCTTTTTGCAGGCTTTGGCTTTTTGCAGGCTTTGGCTTTTTGCAGGCTTTGGCTTTTTGC SH16804 16804 57 12 YGL137W_7_249872_252741_INTRON_19_218 intron #REF! #REF! 161 20 GTTAGTAACTAATCTTAATGGTTAGTAACTAATCTTAATGGTTAGTAACTAATCTTAATG SH16805 16805 19 197 YGL137W_7_249872_252741_INTRON_19_218 intron #REF! #REF! 181 22 CATTTATTTCAAAAATCTTCCTCATTTATTTCAAAAATCTTCCTCATTTATTTCAAAAAT SH16806 16806 50 177 YGL137W_7_249872_252741_INTRON_19_218 intron #REF! #REF! 201 16 GCCAAGAGCAAATGCAGCCAAGAGCAAATGCAGCCAAGAGCAAATGCAGCCAAGAGCAAA SH16807 16807 99 182 YGL137W_7_249872_252741_INTRON_19_218 intron #REF! #REF! 221 18 TACAGTGTCAAATAAAGGTACAGTGTCAAATAAAGGTACAGTGTCAAATAAAGGTACAGT SH16808 16808 8 104 YGL137W_7_249872_252741_INTRON_19_218 intron/exon #REF! #REF! 241 22 ACTAAAAGTTTTCTATCATAAAACTAAAAGTTTTCTATCATAAAACTAAAAGTTTTCTAT SH16809 16809 24 147 YGL137W_7_249872_252741_INTRON_19_218 3' exon #REF! #REF! 261 17 TCGATCGGATCTATTACTCGATCGGATCTATTACTCGATCGGATCTATTACTCGATCGGA SH16810 16810 17 72 YGL137W_7_249872_252741_INTRON_19_218 3' exon #REF! #REF! 281 18 ATGGAAATCGATACCTTTATGGAAATCGATACCTTTATGGAAATCGATACCTTTATGGAA SH16811 16811 23 76 YGL178W_7_167356_170575_INTRON_4_643 5' exon #REF! #REF! 1 22 GATTTATAAATTTGCGTAGAATGATTTATAAATTTGCGTAGAATGATTTATAAATTTGCG SH16812 16812 46 17 YGL178W_7_167356_170575_INTRON_4_643 5' exon #REF! #REF! 21 19 CTGGAAAAATCGTAATTGACTGGAAAAATCGTAATTGACTGGAAAAATCGTAATTGACTG SH16813 16813 49 89 YGL178W_7_167356_170575_INTRON_4_643 exon/intron #REF! #REF! 41 20 TAATACATACCATAAGAGAATAATACATACCATAAGAGAATAATACATACCATAAGAGAA SH16814 16814 92 206 YGL178W_7_167356_170575_INTRON_4_643 intron #REF! #REF! 61 20 AAATATTGGGAATTAAGAGAAAATATTGGGAATTAAGAGAAAATATTGGGAATTAAGAGA SH16815 16815 39 56 YGL178W_7_167356_170575_INTRON_4_643 intron #REF! #REF! 81 16 CTCCATTGGCGAAGAACTCCATTGGCGAAGAACTCCATTGGCGAAGAACTCCATTGGCGA SH16816 16816 20 83 YGL178W_7_167356_170575_INTRON_4_643 intron #REF! #REF! 101 17 AAGATCCCGTTAAAGCTAAGATCCCGTTAAAGCTAAGATCCCGTTAAAGCTAAGATCCCG SH16817 16817 92 124 YGL178W_7_167356_170575_INTRON_4_643 intron #REF! #REF! 121 20 GTTATTATGCTATTTGTTGTGTTATTATGCTATTTGTTGTGTTATTATGCTATTTGTTGT SH16818 16818 88 173 YGL178W_7_167356_170575_INTRON_4_643 intron #REF! #REF! 141 17 ACTGAAGCTGGTTTTTGACTGAAGCTGGTTTTTGACTGAAGCTGGTTTTTGACTGAAGCT SH16819 16819 71 189 YGL178W_7_167356_170575_INTRON_4_643 intron #REF! #REF! 161 16 GTGTCGATAGGCTGATGTGTCGATAGGCTGATGTGTCGATAGGCTGATGTGTCGATAGGC SH16820 16820 88 179 YGL178W_7_167356_170575_INTRON_4_643 intron #REF! #REF! 181 18 TTGTTAGACCGCTAAAAATTGTTAGACCGCTAAAAATTGTTAGACCGCTAAAAATTGTTA SH16821 16821 95 8 YGL178W_7_167356_170575_INTRON_4_643 intron #REF! #REF! 201 17 CATACGACATAAACGGACATACGACATAAACGGACATACGACATAAACGGACATACGACA SH16822 16822 28 191 YGL178W_7_167356_170575_INTRON_4_643 intron #REF! #REF! 221 17 GGGTCAAGTATCAGAAAGGGTCAAGTATCAGAAAGGGTCAAGTATCAGAAAGGGTCAAGT SH16823 16823 69 198 YGL178W_7_167356_170575_INTRON_4_643 intron #REF! #REF! 241 18 GCATATTCGAGAAATAAGGCATATTCGAGAAATAAGGCATATTCGAGAAATAAGGCATAT SH16824 16824 96 55 YGL178W_7_167356_170575_INTRON_4_643 intron #REF! #REF! 261 19 CTTTCGAGAAAATCCTTATCTTTCGAGAAAATCCTTATCTTTCGAGAAAATCCTTATCTT SH16825 16825 86 181 YGL178W_7_167356_170575_INTRON_4_643 intron #REF! #REF! 281 13 TTCCCGAAGCCCTTTCCCGAAGCCCTTTCCCGAAGCCCTTTCCCGAAGCCCTTTCCCGAA SH16826 16826 38 55 YGL178W_7_167356_170575_INTRON_4_643 intron #REF! #REF! 301 17 CTCATTTTTGCCTGAGGCTCATTTTTGCCTGAGGCTCATTTTTGCCTGAGGCTCATTTTT SH16827 16827 58 54 YGL178W_7_167356_170575_INTRON_4_643 intron #REF! #REF! 321 25 GAATCTTTTCTTTTTTTTTTTTTTTGAATCTTTTCTTTTTTTTTTTTTTTGAATCTTTTC SH16828 16828 56 44 YGL178W_7_167356_170575_INTRON_4_643 intron #REF! #REF! 341 18 TTCATAGATCTTCGAATCTTCATAGATCTTCGAATCTTCATAGATCTTCGAATCTTCATA SH16829 16829 102 19 YGL178W_7_167356_170575_INTRON_4_643 intron #REF! #REF! 361 18 CAACGAATCTGCATAAATCAACGAATCTGCATAAATCAACGAATCTGCATAAATCAACGA SH16830 16830 61 195 YGL178W_7_167356_170575_INTRON_4_643 intron #REF! #REF! 381 20 AGAGTAAAATCCTTATAACTAGAGTAAAATCCTTATAACTAGAGTAAAATCCTTATAACT SH16831 16831 38 40 YGL178W_7_167356_170575_INTRON_4_643 intron #REF! #REF! 401 20 AATGAAACCTATAACCATAAAATGAAACCTATAACCATAAAATGAAACCTATAACCATAA SH16832 16832 4 187 YGL178W_7_167356_170575_INTRON_4_643 intron #REF! #REF! 421 22 CAAAATTTATGCTTGATTTTAGCAAAATTTATGCTTGATTTTAGCAAAATTTATGCTTGA SH16833 16833 36 144 YGL178W_7_167356_170575_INTRON_4_643 intron #REF! #REF! 441 17 GAGGAAGACAAAACACAGAGGAAGACAAAACACAGAGGAAGACAAAACACAGAGGAAGAC SH16834 16834 72 176 YGL178W_7_167356_170575_INTRON_4_643 intron #REF! #REF! 461 18 CAAAAAAAGAGGACAGGACAAAAAAAGAGGACAGGACAAAAAAAGAGGACAGGACAAAAA SH16835 16835 37 156 YGL178W_7_167356_170575_INTRON_4_643 intron #REF! #REF! 481 13 GGCGACAGAGGATGGCGACAGAGGATGGCGACAGAGGATGGCGACAGAGGATGGCGACAG SH16836 16836 34 141 YGL178W_7_167356_170575_INTRON_4_643 intron #REF! #REF! 501 20 AATCTATCTATAAAGTTCGAAATCTATCTATAAAGTTCGAAATCTATCTATAAAGTTCGA SH16837 16837 29 23 YGL178W_7_167356_170575_INTRON_4_643 intron #REF! #REF! 521 17 CGTGAGAATCAAGAGTACGTGAGAATCAAGAGTACGTGAGAATCAAGAGTACGTGAGAAT SH16838 16838 26 69 YGL178W_7_167356_170575_INTRON_4_643 intron #REF! #REF! 541 13 CAGGTGGCCTGAGCAGGTGGCCTGAGCAGGTGGCCTGAGCAGGTGGCCTGAGCAGGTGGC SH16839 16839 86 124 YGL178W_7_167356_170575_INTRON_4_643 intron #REF! #REF! 561 18 AACAATCACAACCATGTAAACAATCACAACCATGTAAACAATCACAACCATGTAAACAAT SH16840 16840 74 145 YGL178W_7_167356_170575_INTRON_4_643 intron #REF! #REF! 581 18 TTTCGATAACTGAGAAAGTTTCGATAACTGAGAAAGTTTCGATAACTGAGAAAGTTTCGA SH16841 16841 40 154 YGL178W_7_167356_170575_INTRON_4_643 intron #REF! #REF! 601 17 AGTATAAGCCTAGGATCAGTATAAGCCTAGGATCAGTATAAGCCTAGGATCAGTATAAGC SH16842 16842 33 37 YGL178W_7_167356_170575_INTRON_4_643 intron #REF! #REF! 621 15 GTGCAGAGCCGATTTGTGCAGAGCCGATTTGTGCAGAGCCGATTTGTGCAGAGCCGATTT SH16843 16843 10 24 YGL178W_7_167356_170575_INTRON_4_643 intron #REF! #REF! 641 20 AAGTGAAACCACAAAAATAAAAGTGAAACCACAAAAATAAAAGTGAAACCACAAAAATAA SH16844 16844 35 111 YGL178W_7_167356_170575_INTRON_4_643 intron #REF! #REF! 661 20 AAAAGAATGTTGTGTTAGTAAAAAGAATGTTGTGTTAGTAAAAAGAATGTTGTGTTAGTA SH16845 16845 56 168 YGL178W_7_167356_170575_INTRON_4_643 intron/exon #REF! #REF! 681 20 CGTTATTGATCTGATTGAATCGTTATTGATCTGATTGAATCGTTATTGATCTGATTGAAT SH16846 16846 5 146 YGL178W_7_167356_170575_INTRON_4_643 3' exon #REF! #REF! 701 17 GGCAGATGGAAATGGTTGGCAGATGGAAATGGTTGGCAGATGGAAATGGTTGGCAGATGG SH16847 16847 49 127 YGL178W_7_167356_170575_INTRON_4_643 3' exon #REF! #REF! 721 18 AGTTAAAATCGATGCTGAAGTTAAAATCGATGCTGAAGTTAAAATCGATGCTGAAGTTAA SH16848 16848 38 129 YGL183C_7_157071_156547_INTRON_4_86 5' exon #REF! #REF! 1 15 TCCGCCGTTTAGTCTTCCGCCGTTTAGTCTTCCGCCGTTTAGTCTTCCGCCGTTTAGTCT SH16849 16849 101 121 YGL183C_7_157071_156547_INTRON_4_86 5' exon #REF! #REF! 21 20 TGTTTATGATACTACACATATGTTTATGATACTACACATATGTTTATGATACTACACATA SH16850 16850 30 83 YGL183C_7_157071_156547_INTRON_4_86 exon/intron #REF! #REF! 41 18 AGACATACCATTGTTGAAAGACATACCATTGTTGAAAGACATACCATTGTTGAAAGACAT SH16851 16851 7 184 YGL183C_7_157071_156547_INTRON_4_86 intron #REF! #REF! 61 18 TGTACCATGATGGTTTTATGTACCATGATGGTTTTATGTACCATGATGGTTTTATGTACC SH16852 16852 4 31 YGL183C_7_157071_156547_INTRON_4_86 intron #REF! #REF! 81 17 AAGTTAGTGTTCAGTCCAAGTTAGTGTTCAGTCCAAGTTAGTGTTCAGTCCAAGTTAGTG SH16853 16853 87 37 YGL183C_7_157071_156547_INTRON_4_86 intron #REF! #REF! 101 13 GCACGCACCCGTCGCACGCACCCGTCGCACGCACCCGTCGCACGCACCCGTCGCACGCAC SH16854 16854 77 178 YGL183C_7_157071_156547_INTRON_4_86 intron/exon #REF! #REF! 121 18 GGCCCCTAATAATAAGAAGGCCCCTAATAATAAGAAGGCCCCTAATAATAAGAAGGCCCC SH16855 16855 36 93 YGL183C_7_157071_156547_INTRON_4_86 3' exon #REF! #REF! 141 17 TGATACTGTCTGTCTCTTGATACTGTCTGTCTCTTGATACTGTCTGTCTCTTGATACTGT SH16856 16856 13 118 YGL183C_7_157071_156547_INTRON_4_86 3' exon #REF! #REF! 161 17 CGGTTCTTTTTCTCTTGCGGTTCTTTTTCTCTTGCGGTTCTTTTTCTCTTGCGGTTCTTT SH16857 16857 54 100 YGL187C_7_150529_149708_INTRON_1_342 5' exon #REF! #REF! 1 20 CTAATTTTTACGCAATTAGCCTAATTTTTACGCAATTAGCCTAATTTTTACGCAATTAGC SH16858 16858 11 6 YGL187C_7_150529_149708_INTRON_1_342 5' exon #REF! #REF! 21 20 AATCTTATTTCCTGTTTATGAATCTTATTTCCTGTTTATGAATCTTATTTCCTGTTTATG SH16859 16859 96 86 YGL187C_7_150529_149708_INTRON_1_342 exon/intron #REF! #REF! 41 23 GATTATAACATACATTTCAAAATGATTATAACATACATTTCAAAATGATTATAACATACA SH16860 16860 71 213 YGL187C_7_150529_149708_INTRON_1_342 intron #REF! #REF! 61 20 GTATTTTTCAATAAGAGGATGTATTTTTCAATAAGAGGATGTATTTTTCAATAAGAGGAT SH16861 16861 40 193 YGL187C_7_150529_149708_INTRON_1_342 intron #REF! #REF! 81 17 CTTCTCCTACATCTCATCTTCTCCTACATCTCATCTTCTCCTACATCTCATCTTCTCCTA SH16862 16862 33 133 YGL187C_7_150529_149708_INTRON_1_342 intron #REF! #REF! 101 18 ATATCTTCTTTCCTGGTAATATCTTCTTTCCTGGTAATATCTTCTTTCCTGGTAATATCT SH16863 16863 31 124 YGL187C_7_150529_149708_INTRON_1_342 intron #REF! #REF! 121 17 GTTTCGTTCGATCTGTTGTTTCGTTCGATCTGTTGTTTCGTTCGATCTGTTGTTTCGTTC SH16864 16864 2 200 YGL187C_7_150529_149708_INTRON_1_342 intron #REF! #REF! 141 20 TTGTTTTCTCTTAGTTCTTTTTGTTTTCTCTTAGTTCTTTTTGTTTTCTCTTAGTTCTTT SH16865 16865 103 111 YGL187C_7_150529_149708_INTRON_1_342 intron #REF! #REF! 161 19 CTTAAAGTCAAATCCAGATCTTAAAGTCAAATCCAGATCTTAAAGTCAAATCCAGATCTT SH16866 16866 92 48 YGL187C_7_150529_149708_INTRON_1_342 intron #REF! #REF! 181 23 GTTAAACTTGCAAATAAATTTTTGTTAAACTTGCAAATAAATTTTTGTTAAACTTGCAAA SH16867 16867 80 44 YGL187C_7_150529_149708_INTRON_1_342 intron #REF! #REF! 201 15 AGCAGGGAACGAGTTAGCAGGGAACGAGTTAGCAGGGAACGAGTTAGCAGGGAACGAGTT SH16868 16868 90 158 YGL187C_7_150529_149708_INTRON_1_342 intron #REF! #REF! 221 17 ATCGTCTCAAGCCAAATATCGTCTCAAGCCAAATATCGTCTCAAGCCAAATATCGTCTCA SH16869 16869 33 84 YGL187C_7_150529_149708_INTRON_1_342 intron #REF! #REF! 241 19 CAATTTGGACAATTATGCACAATTTGGACAATTATGCACAATTTGGACAATTATGCACAA SH16870 16870 41 120 YGL187C_7_150529_149708_INTRON_1_342 intron #REF! #REF! 261 20 AATTCTTCATTATATGATGGAATTCTTCATTATATGATGGAATTCTTCATTATATGATGG SH16871 16871 10 41 YGL187C_7_150529_149708_INTRON_1_342 intron #REF! #REF! 281 17 GGGAATATTTCGCATCGGGGAATATTTCGCATCGGGGAATATTTCGCATCGGGGAATATT SH16872 16872 34 114 YGL187C_7_150529_149708_INTRON_1_342 intron #REF! #REF! 301 18 GTTGACTAAAGGAAAGTGGTTGACTAAAGGAAAGTGGTTGACTAAAGGAAAGTGGTTGAC SH16873 16873 66 10 YGL187C_7_150529_149708_INTRON_1_342 intron #REF! #REF! 321 17 TCTTCAGGGAGAAGAATTCTTCAGGGAGAAGAATTCTTCAGGGAGAAGAATTCTTCAGGG SH16874 16874 72 29 YGL187C_7_150529_149708_INTRON_1_342 intron #REF! #REF! 341 20 GTGAGTATTGTTAGTATACTGTGAGTATTGTTAGTATACTGTGAGTATTGTTAGTATACT SH16875 16875 14 162 YGL187C_7_150529_149708_INTRON_1_342 intron #REF! #REF! 361 18 ACATCAAAATCGAAATGGACATCAAAATCGAAATGGACATCAAAATCGAAATGGACATCA SH16876 16876 48 102 YGL187C_7_150529_149708_INTRON_1_342 intron/exon #REF! #REF! 381 20 CTTGTTATCTATTTGTATGGCTTGTTATCTATTTGTATGGCTTGTTATCTATTTGTATGG SH16877 16877 66 57 YGL187C_7_150529_149708_INTRON_1_342 3' exon #REF! #REF! 401 17 GTAGTGAAAGCATTGTGGTAGTGAAAGCATTGTGGTAGTGAAAGCATTGTGGTAGTGAAA SH16878 16878 47 51 YGL187C_7_150529_149708_INTRON_1_342 3' exon #REF! #REF! 421 21 GCTTGAAAAATCTTATAGATTGCTTGAAAAATCTTATAGATTGCTTGAAAAATCTTATAG SH16879 16879 15 92 YGL189C_7_148970_148233_INTRON_1_368 5' exon #REF! #REF! 1 17 GTGAACTCATGATTGGCGTGAACTCATGATTGGCGTGAACTCATGATTGGCGTGAACTCA SH16880 16880 7 57 YGL189C_7_148970_148233_INTRON_1_368 5' exon #REF! #REF! 21 20 TTCCTTCTTTTTCTTTAGTTTTCCTTCTTTTTCTTTAGTTTTCCTTCTTTTTCTTTAGTT SH16881 16881 89 17 YGL189C_7_148970_148233_INTRON_1_368 exon/intron #REF! #REF! 41 13 TACGATGGGCGACTACGATGGGCGACTACGATGGGCGACTACGATGGGCGACTACGATGG SH16882 16882 94 154 YGL189C_7_148970_148233_INTRON_1_368 intron #REF! #REF! 61 22 CAATATTCTTCAATAATAAGTACAATATTCTTCAATAATAAGTACAATATTCTTCAATAA SH16883 16883 71 29 YGL189C_7_148970_148233_INTRON_1_368 intron #REF! #REF! 81 18 TGAAATTTTCTCGGTACATGAAATTTTCTCGGTACATGAAATTTTCTCGGTACATGAAAT SH16884 16884 26 2 YGL189C_7_148970_148233_INTRON_1_368 intron #REF! #REF! 101 18 GGAGATATTTACGTAACAGGAGATATTTACGTAACAGGAGATATTTACGTAACAGGAGAT SH16885 16885 37 98 YGL189C_7_148970_148233_INTRON_1_368 intron #REF! #REF! 121 15 TCGTGGCAAAAAGGGTCGTGGCAAAAAGGGTCGTGGCAAAAAGGGTCGTGGCAAAAAGGG SH16886 16886 67 172 YGL189C_7_148970_148233_INTRON_1_368 intron #REF! #REF! 141 22 AGTAACTTCTCAATTTTTTTAAAGTAACTTCTCAATTTTTTTAAAGTAACTTCTCAATTT SH16887 16887 18 116 YGL189C_7_148970_148233_INTRON_1_368 intron #REF! #REF! 161 22 AAGAGTTAAAATAATTAGTTAGAAGAGTTAAAATAATTAGTTAGAAGAGTTAAAATAATT SH16888 16888 24 170 YGL189C_7_148970_148233_INTRON_1_368 intron #REF! #REF! 181 18 GTATTGCAGGTTTGCAAAGTATTGCAGGTTTGCAAAGTATTGCAGGTTTGCAAAGTATTG SH16889 16889 5 117 YGL189C_7_148970_148233_INTRON_1_368 intron/exon #REF! #REF! 201 22 GATCTAATTAAATATTCATCACGATCTAATTAAATATTCATCACGATCTAATTAAATATT SH16890 16890 99 98 YGL189C_7_148970_148233_INTRON_1_368 3' exon #REF! #REF! 221 18 CTTTGGCATTTTGAATGACTTTGGCATTTTGAATGACTTTGGCATTTTGAATGACTTTGG SH16891 16891 92 86 YGL189C_7_148970_148233_INTRON_1_368 3' exon #REF! #REF! 241 15 CCGTTGGAAGCTCTCCCGTTGGAAGCTCTCCCGTTGGAAGCTCTCCCGTTGGAAGCTCTC SH16892 16892 8 107 YGL226C-A_7_73156_72747_INTRON_22_170 5' exon #REF! #REF! 1 17 ATATGCAGGGATATCTCATATGCAGGGATATCTCATATGCAGGGATATCTCATATGCAGG SH16893 16893 100 99 YGL226C-A_7_73156_72747_INTRON_22_170 5' exon #REF! #REF! 21 19 CATAAGTCATTGTAAACCTCATAAGTCATTGTAAACCTCATAAGTCATTGTAAACCTCAT SH16894 16894 104 152 YGL226C-A_7_73156_72747_INTRON_22_170 exon/intron #REF! #REF! 41 18 CAACGTACGTATAATTGTCAACGTACGTATAATTGTCAACGTACGTATAATTGTCAACGT SH16895 16895 16 196 YGL226C-A_7_73156_72747_INTRON_22_170 intron #REF! #REF! 61 17 CATCAACCAGCGTTACACATCAACCAGCGTTACACATCAACCAGCGTTACACATCAACCA SH16896 16896 55 80 YGL226C-A_7_73156_72747_INTRON_22_170 intron #REF! #REF! 81 22 GTTGTTAAAAACATCAAAAGAAGTTGTTAAAAACATCAAAAGAAGTTGTTAAAAACATCA SH16897 16897 37 28 YGL226C-A_7_73156_72747_INTRON_22_170 intron #REF! #REF! 101 17 TTCATTGTCCTGTGTGTTTCATTGTCCTGTGTGTTTCATTGTCCTGTGTGTTTCATTGTC SH16898 16898 26 166 YGL226C-A_7_73156_72747_INTRON_22_170 intron #REF! #REF! 121 17 AGAAAACAGGAAGGGAAAGAAAACAGGAAGGGAAAGAAAACAGGAAGGGAAAGAAAACAG SH16899 16899 7 206 YGL226C-A_7_73156_72747_INTRON_22_170 intron #REF! #REF! 141 22 CTATACTTGTTAGTAATTATGACTATACTTGTTAGTAATTATGACTATACTTGTTAGTAA SH16900 16900 12 36 YGL226C-A_7_73156_72747_INTRON_22_170 intron #REF! #REF! 161 15 GAAGGCGAATTGGCTGAAGGCGAATTGGCTGAAGGCGAATTGGCTGAAGGCGAATTGGCT SH16901 16901 98 106 YGL226C-A_7_73156_72747_INTRON_22_170 intron/exon #REF! #REF! 181 20 TCTTAAGTGATTACACAAATTCTTAAGTGATTACACAAATTCTTAAGTGATTACACAAAT SH16902 16902 5 143 YGL226C-A_7_73156_72747_INTRON_22_170 3' exon #REF! #REF! 201 17 TGAGGAATGGAACTCTTTGAGGAATGGAACTCTTTGAGGAATGGAACTCTTTGAGGAATG SH16903 16903 81 65 YGL226C-A_7_73156_72747_INTRON_22_170 3' exon #REF! #REF! 221 17 ATAAATGGCTGGAAGCTATAAATGGCTGGAAGCTATAAATGGCTGGAAGCTATAAATGGC SH16904 16904 81 202 YGL232W_7_62074_63001_INTRON_58_115 5' exon #REF! #REF! 1 18 CATTACGGTTACGTTTTTCATTACGGTTACGTTTTTCATTACGGTTACGTTTTTCATTAC SH16905 16905 86 135 YGL232W_7_62074_63001_INTRON_58_115 5' exon #REF! #REF! 21 17 TGGGAATTTGCATCCTTTGGGAATTTGCATCCTTTGGGAATTTGCATCCTTTGGGAATTT SH16906 16906 16 102 YGL232W_7_62074_63001_INTRON_58_115 exon/intron #REF! #REF! 41 17 GACATACTTTCTTCCTGGACATACTTTCTTCCTGGACATACTTTCTTCCTGGACATACTT SH16907 16907 92 188 YGL232W_7_62074_63001_INTRON_58_115 intron #REF! #REF! 61 17 CTCTAATTCGTGTGCAGCTCTAATTCGTGTGCAGCTCTAATTCGTGTGCAGCTCTAATTC SH16908 16908 45 150 YGL232W_7_62074_63001_INTRON_58_115 intron #REF! #REF! 81 20 TTTGATCGTTAGTACTTAAATTTGATCGTTAGTACTTAAATTTGATCGTTAGTACTTAAA SH16909 16909 44 37 YGL232W_7_62074_63001_INTRON_58_115 intron/exon #REF! #REF! 101 22 GAAGATACTTTAAACTATTACTGAAGATACTTTAAACTATTACTGAAGATACTTTAAACT SH16910 16910 79 179 YGL232W_7_62074_63001_INTRON_58_115 3' exon #REF! #REF! 121 16 GGTCTAAGAATCCGGAGGTCTAAGAATCCGGAGGTCTAAGAATCCGGAGGTCTAAGAATC SH16911 16911 25 162 YGL232W_7_62074_63001_INTRON_58_115 3' exon #REF! #REF! 141 18 GCATATATTCCAGACGTAGCATATATTCCAGACGTAGCATATATTCCAGACGTAGCATAT SH16912 16912 45 116 YGL251C_7_31636_27921_INTRON_59_210 5' exon #REF! #REF! 1 17 CGAGGCGATCAAACTTTCGAGGCGATCAAACTTTCGAGGCGATCAAACTTTCGAGGCGAT SH16913 16913 56 208 YGL251C_7_31636_27921_INTRON_59_210 5' exon #REF! #REF! 21 18 GTCTACTTCTTTTTCCTGGTCTACTTCTTTTTCCTGGTCTACTTCTTTTTCCTGGTCTAC SH16914 16914 19 192 YGL251C_7_31636_27921_INTRON_59_210 exon/intron #REF! #REF! 41 18 GTTACTACTATTTGGAGAGTTACTACTATTTGGAGAGTTACTACTATTTGGAGAGTTACT SH16915 16915 70 134 YGL251C_7_31636_27921_INTRON_59_210 intron #REF! #REF! 61 15 GGGTGTTGCTAAGCTGGGTGTTGCTAAGCTGGGTGTTGCTAAGCTGGGTGTTGCTAAGCT SH16916 16916 14 191 YGL251C_7_31636_27921_INTRON_59_210 intron #REF! #REF! 81 17 CCGATATGGTGTAAACTCCGATATGGTGTAAACTCCGATATGGTGTAAACTCCGATATGG SH16917 16917 88 89 YGL251C_7_31636_27921_INTRON_59_210 intron #REF! #REF! 101 20 GTTAGTCAAAATACTGTTGTGTTAGTCAAAATACTGTTGTGTTAGTCAAAATACTGTTGT SH16918 16918 83 13 YGL251C_7_31636_27921_INTRON_59_210 intron #REF! #REF! 121 20 TAAAAGAAAGAGGTAACAATTAAAAGAAAGAGGTAACAATTAAAAGAAAGAGGTAACAAT SH16919 16919 27 161 YGL251C_7_31636_27921_INTRON_59_210 intron #REF! #REF! 141 17 GCATTTCCGCTAGATAAGCATTTCCGCTAGATAAGCATTTCCGCTAGATAAGCATTTCCG SH16920 16920 50 138 YGL251C_7_31636_27921_INTRON_59_210 intron #REF! #REF! 161 18 CCAGAAAAACCACTTTTGCCAGAAAAACCACTTTTGCCAGAAAAACCACTTTTGCCAGAA SH16921 16921 82 154 YGL251C_7_31636_27921_INTRON_59_210 intron #REF! #REF! 181 18 AAGTCCTCTGAAATTCTAAAGTCCTCTGAAATTCTAAAGTCCTCTGAAATTCTAAAGTCC SH16922 16922 7 25 YGL251C_7_31636_27921_INTRON_59_210 intron/exon #REF! #REF! 201 19 GTCGTTAAAGTCAATATCTGTCGTTAAAGTCAATATCTGTCGTTAAAGTCAATATCTGTC SH16923 16923 8 38 YGL251C_7_31636_27921_INTRON_59_210 3' exon #REF! #REF! 221 19 CTTTTAAATGTAGCAGACTCTTTTAAATGTAGCAGACTCTTTTAAATGTAGCAGACTCTT SH16924 16924 38 201 YGR001C_7_498029_497128_INTRON_36_97 5' exon #REF! #REF! 1 20 GACATTTTATCAGTGATTCTGACATTTTATCAGTGATTCTGACATTTTATCAGTGATTCT SH16925 16925 89 180 YGR001C_7_498029_497128_INTRON_36_97 5' exon #REF! #REF! 21 13 GGAGTCGGAGTCGGGAGTCGGAGTCGGGAGTCGGAGTCGGGAGTCGGAGTCGGGAGTCGG SH16926 16926 31 47 YGR001C_7_498029_497128_INTRON_36_97 exon/intron #REF! #REF! 41 20 CTGTACTTACAATTCATAATCTGTACTTACAATTCATAATCTGTACTTACAATTCATAAT SH16927 16927 31 133 YGR001C_7_498029_497128_INTRON_36_97 intron #REF! #REF! 61 20 GTTACTGTGTTGAAAATATCGTTACTGTGTTGAAAATATCGTTACTGTGTTGAAAATATC SH16928 16928 91 31 YGR001C_7_498029_497128_INTRON_36_97 intron #REF! #REF! 81 20 GTGTTAGTTAGTAATTCTACGTGTTAGTTAGTAATTCTACGTGTTAGTTAGTAATTCTAC SH16929 16929 94 95 YGR001C_7_498029_497128_INTRON_36_97 intron/exon #REF! #REF! 101 18 AGTGTCCTATTAAGTTTCAGTGTCCTATTAAGTTTCAGTGTCCTATTAAGTTTCAGTGTC SH16930 16930 80 94 YGR001C_7_498029_497128_INTRON_36_97 3' exon #REF! #REF! 121 15 CGAGGGCATTAGCAGCGAGGGCATTAGCAGCGAGGGCATTAGCAGCGAGGGCATTAGCAG SH16931 16931 19 147 YGR001C_7_498029_497128_INTRON_36_97 3' exon #REF! #REF! 141 19 CTCTTTTGAATTCTTCAAGCTCTTTTGAATTCTTCAAGCTCTTTTGAATTCTTCAAGCTC SH16932 16932 13 214 YGR027C_7_534779_534126_INTRON_1_312 5' exon #REF! #REF! 1 20 ATAACAAAGAATACGATTTCATAACAAAGAATACGATTTCATAACAAAGAATACGATTTC SH16933 16933 3 173 YGR027C_7_534779_534126_INTRON_1_312 5' exon #REF! #REF! 21 15 GCTTGACGGTTTTCGGCTTGACGGTTTTCGGCTTGACGGTTTTCGGCTTGACGGTTTTCG SH16934 16934 26 47 YGR027C_7_534779_534126_INTRON_1_312 exon/intron #REF! #REF! 41 20 AGATACATACACTAAAACTAAGATACATACACTAAAACTAAGATACATACACTAAAACTA SH16935 16935 86 117 YGR027C_7_534779_534126_INTRON_1_312 intron #REF! #REF! 61 22 CTAATATTGGTTTCAAATTTATCTAATATTGGTTTCAAATTTATCTAATATTGGTTTCAA SH16936 16936 57 156 YGR027C_7_534779_534126_INTRON_1_312 intron #REF! #REF! 81 17 TTTCATCTTATCCGCCTTTTCATCTTATCCGCCTTTTCATCTTATCCGCCTTTTCATCTT SH16937 16937 5 175 YGR027C_7_534779_534126_INTRON_1_312 intron #REF! #REF! 101 15 TGGATTGGCCAGTCATGGATTGGCCAGTCATGGATTGGCCAGTCATGGATTGGCCAGTCA SH16938 16938 92 76 YGR027C_7_534779_534126_INTRON_1_312 intron #REF! #REF! 121 20 CAGGCTTTTATGACATATTACAGGCTTTTATGACATATTACAGGCTTTTATGACATATTA SH16939 16939 100 209 YGR027C_7_534779_534126_INTRON_1_312 intron #REF! #REF! 141 18 CATCCCATTAAGGTAGAACATCCCATTAAGGTAGAACATCCCATTAAGGTAGAACATCCC SH16940 16940 76 37 YGR027C_7_534779_534126_INTRON_1_312 intron #REF! #REF! 161 18 ATAACAGAGACATGGATAATAACAGAGACATGGATAATAACAGAGACATGGATAATAACA SH16941 16941 88 138 YGR027C_7_534779_534126_INTRON_1_312 intron #REF! #REF! 181 15 TCTGTGCTATGGAGCTCTGTGCTATGGAGCTCTGTGCTATGGAGCTCTGTGCTATGGAGC SH16942 16942 77 74 YGR027C_7_534779_534126_INTRON_1_312 intron #REF! #REF! 201 17 CAAAGTACCATGGGTAGCAAAGTACCATGGGTAGCAAAGTACCATGGGTAGCAAAGTACC SH16943 16943 24 137 YGR027C_7_534779_534126_INTRON_1_312 intron #REF! #REF! 221 17 AGTACGTAGTTTCCTTCAGTACGTAGTTTCCTTCAGTACGTAGTTTCCTTCAGTACGTAG SH16944 16944 22 69 YGR027C_7_534779_534126_INTRON_1_312 intron #REF! #REF! 241 20 AATTTAACTGTAAATCACCAAATTTAACTGTAAATCACCAAATTTAACTGTAAATCACCA SH16945 16945 58 116 YGR027C_7_534779_534126_INTRON_1_312 intron #REF! #REF! 261 18 GACTTGAATTGTAGATTGGACTTGAATTGTAGATTGGACTTGAATTGTAGATTGGACTTG SH16946 16946 92 156 YGR027C_7_534779_534126_INTRON_1_312 intron #REF! #REF! 281 19 GGATAAAGACTATTTGCTAGGATAAAGACTATTTGCTAGGATAAAGACTATTTGCTAGGA SH16947 16947 39 134 YGR027C_7_534779_534126_INTRON_1_312 intron #REF! #REF! 301 18 CGAACTCTAGTAGAATTTCGAACTCTAGTAGAATTTCGAACTCTAGTAGAATTTCGAACT SH16948 16948 101 109 YGR027C_7_534779_534126_INTRON_1_312 intron #REF! #REF! 321 22 AAAACATACTTGTTAGTAAAAAAAAACATACTTGTTAGTAAAAAAAAACATACTTGTTAG SH16949 16949 86 191 YGR027C_7_534779_534126_INTRON_1_312 intron #REF! #REF! 341 22 CTATGATAAAGTAAAAAGTAAACTATGATAAAGTAAAAAGTAAACTATGATAAAGTAAAA SH16950 16950 66 96 YGR027C_7_534779_534126_INTRON_1_312 intron/exon #REF! #REF! 361 21 GCATGATTTATTAAATGTTCTGCATGATTTATTAAATGTTCTGCATGATTTATTAAATGT SH16951 16951 11 83 YGR027C_7_534779_534126_INTRON_1_312 3' exon #REF! #REF! 381 17 AATTGTTGCTTTGGAGGAATTGTTGCTTTGGAGGAATTGTTGCTTTGGAGGAATTGTTGC SH16952 16952 6 142 YGR029W_7_543547_544199_INTRON_87_169 5' exon #REF! #REF! 1 17 CCACTTAAGCCTTCTTGCCACTTAAGCCTTCTTGCCACTTAAGCCTTCTTGCCACTTAAG SH16953 16953 71 153 YGR029W_7_543547_544199_INTRON_87_169 5' exon #REF! #REF! 21 20 CTTCGTCATATATTATTTTCCTTCGTCATATATTATTTTCCTTCGTCATATATTATTTTC SH16954 16954 28 112 YGR029W_7_543547_544199_INTRON_87_169 exon/intron #REF! #REF! 41 17 AACATACGGTTTGCCATAACATACGGTTTGCCATAACATACGGTTTGCCATAACATACGG SH16955 16955 76 135 YGR029W_7_543547_544199_INTRON_87_169 intron #REF! #REF! 61 18 CTGAATTGCTTTGCGTAACTGAATTGCTTTGCGTAACTGAATTGCTTTGCGTAACTGAAT SH16956 16956 103 95 YGR029W_7_543547_544199_INTRON_87_169 intron #REF! #REF! 81 18 CTTGATTGGATCAGTAGACTTGATTGGATCAGTAGACTTGATTGGATCAGTAGACTTGAT SH16957 16957 102 177 YGR029W_7_543547_544199_INTRON_87_169 intron #REF! #REF! 101 23 GAATTTGTTAATAAAAAATCACAGAATTTGTTAATAAAAAATCACAGAATTTGTTAATAA SH16958 16958 71 20 YGR029W_7_543547_544199_INTRON_87_169 intron/exon #REF! #REF! 121 18 GGCAACTATTATAGAGAAGGCAACTATTATAGAGAAGGCAACTATTATAGAGAAGGCAAC SH16959 16959 84 140 YGR029W_7_543547_544199_INTRON_87_169 3' exon #REF! #REF! 141 17 AGTAGGGTGTTACATGAAGTAGGGTGTTACATGAAGTAGGGTGTTACATGAAGTAGGGTG SH16960 16960 89 193 YGR029W_7_543547_544199_INTRON_87_169 3' exon #REF! #REF! 161 16 GGTCACGTACTGAAAGGGTCACGTACTGAAAGGGTCACGTACTGAAAGGGTCACGTACTG SH16961 16961 72 24 YGR034W_7_555923_556666_INTRON_20_496 5' exon #REF! #REF! 1 20 GATTAATTGTTCTCTTGCATGATTAATTGTTCTCTTGCATGATTAATTGTTCTCTTGCAT SH16962 16962 81 173 YGR034W_7_555923_556666_INTRON_20_496 5' exon #REF! #REF! 21 23 TTTACAATAATTTAACATTATTCTTTACAATAATTTAACATTATTCTTTACAATAATTTA SH16963 16963 91 117 YGR034W_7_555923_556666_INTRON_20_496 exon/intron #REF! #REF! 41 20 CTCATCATACACATTGTTTTCTCATCATACACATTGTTTTCTCATCATACACATTGTTTT SH16964 16964 104 77 YGR034W_7_555923_556666_INTRON_20_496 intron #REF! #REF! 61 17 GCTTAGGTACATTCCTCGCTTAGGTACATTCCTCGCTTAGGTACATTCCTCGCTTAGGTA SH16965 16965 26 194 YGR034W_7_555923_556666_INTRON_20_496 intron #REF! #REF! 81 29 TTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTT SH16966 16966 57 4 YGR034W_7_555923_556666_INTRON_20_496 intron #REF! #REF! 101 22 CAAAAGCTGTTTCTTTTTTTTTCAAAAGCTGTTTCTTTTTTTTTCAAAAGCTGTTTCTTT SH16967 16967 49 84 YGR034W_7_555923_556666_INTRON_20_496 intron #REF! #REF! 121 17 CCTGGATTGAATATGCACCTGGATTGAATATGCACCTGGATTGAATATGCACCTGGATTG SH16968 16968 66 26 YGR034W_7_555923_556666_INTRON_20_496 intron #REF! #REF! 141 16 GCTAAATAGTCGCCCTGCTAAATAGTCGCCCTGCTAAATAGTCGCCCTGCTAAATAGTCG SH16969 16969 99 110 YGR034W_7_555923_556666_INTRON_20_496 intron #REF! #REF! 161 19 CACAAGCTTAAAAATCGTTCACAAGCTTAAAAATCGTTCACAAGCTTAAAAATCGTTCAC SH16970 16970 26 168 YGR034W_7_555923_556666_INTRON_20_496 intron #REF! #REF! 181 18 GGAATTTATGTCAGCAATGGAATTTATGTCAGCAATGGAATTTATGTCAGCAATGGAATT SH16971 16971 94 12 YGR034W_7_555923_556666_INTRON_20_496 intron #REF! #REF! 201 20 TTCAATATTGGATTCTAAAGTTCAATATTGGATTCTAAAGTTCAATATTGGATTCTAAAG SH16972 16972 57 130 YGR034W_7_555923_556666_INTRON_20_496 intron #REF! #REF! 221 16 CTGCGTACTCACGTTTCTGCGTACTCACGTTTCTGCGTACTCACGTTTCTGCGTACTCAC SH16973 16973 82 193 YGR034W_7_555923_556666_INTRON_20_496 intron #REF! #REF! 241 18 TCCTACTTTTCTTCTATCTCCTACTTTTCTTCTATCTCCTACTTTTCTTCTATCTCCTAC SH16974 16974 84 40 YGR034W_7_555923_556666_INTRON_20_496 intron #REF! #REF! 261 20 CAAATCAATATAAACGGTAACAAATCAATATAAACGGTAACAAATCAATATAAACGGTAA SH16975 16975 13 198 YGR034W_7_555923_556666_INTRON_20_496 intron #REF! #REF! 281 17 ACGGAGTATGCATTTCAACGGAGTATGCATTTCAACGGAGTATGCATTTCAACGGAGTAT SH16976 16976 57 170 YGR034W_7_555923_556666_INTRON_20_496 intron #REF! #REF! 301 16 CTATGTTGCCCCACATCTATGTTGCCCCACATCTATGTTGCCCCACATCTATGTTGCCCC SH16977 16977 45 25 YGR034W_7_555923_556666_INTRON_20_496 intron #REF! #REF! 321 20 CATAATTTTCATCCACACTTCATAATTTTCATCCACACTTCATAATTTTCATCCACACTT SH16978 16978 3 2 YGR034W_7_555923_556666_INTRON_20_496 intron #REF! #REF! 341 20 CTTTTTTTTCACAATGAGCACTTTTTTTTCACAATGAGCACTTTTTTTTCACAATGAGCA SH16979 16979 14 202 YGR034W_7_555923_556666_INTRON_20_496 intron #REF! #REF! 361 22 AAATTTGTTAGTAAAAGCAAAAAAATTTGTTAGTAAAAGCAAAAAAATTTGTTAGTAAAA SH16980 16980 25 143 YGR034W_7_555923_556666_INTRON_20_496 intron #REF! #REF! 381 24 CTATTGAAAACAAATAATAAAAAACTATTGAAAACAAATAATAAAAAACTATTGAAAACA SH16981 16981 30 102 YGR034W_7_555923_556666_INTRON_20_496 intron/exon #REF! #REF! 401 17 TCAGAGGAAACGTCTATTCAGAGGAAACGTCTATTCAGAGGAAACGTCTATTCAGAGGAA SH16982 16982 85 10 YGR034W_7_555923_556666_INTRON_20_496 3' exon #REF! #REF! 421 17 CCTTTCTGGCCTTTCTTCCTTTCTGGCCTTTCTTCCTTTCTGGCCTTTCTTCCTTTCTGG SH16983 16983 68 132 YGR118W_7_726968_727725_INTRON_66_385 5' exon #REF! #REF! 1 17 GAGTTCAAACCTCTTGGGAGTTCAAACCTCTTGGGAGTTCAAACCTCTTGGGAGTTCAAA SH16984 16984 13 188 YGR118W_7_726968_727725_INTRON_66_385 5' exon #REF! #REF! 21 17 GGACACGTAGCTTTCTAGGACACGTAGCTTTCTAGGACACGTAGCTTTCTAGGACACGTA SH16985 16985 79 183 YGR118W_7_726968_727725_INTRON_66_385 exon/intron #REF! #REF! 41 18 CAACATACTTGTTTCTTCCAACATACTTGTTTCTTCCAACATACTTGTTTCTTCCAACAT SH16986 16986 66 97 YGR118W_7_726968_727725_INTRON_66_385 intron #REF! #REF! 61 25 GATAGTTTTTTTTAATTTTGAAATAGATAGTTTTTTTTAATTTTGAAATAGATAGTTTTT SH16987 16987 97 130 YGR118W_7_726968_727725_INTRON_66_385 intron #REF! #REF! 81 17 CAATAGGGGGTTGATAGCAATAGGGGGTTGATAGCAATAGGGGGTTGATAGCAATAGGGG SH16988 16988 79 190 YGR118W_7_726968_727725_INTRON_66_385 intron #REF! #REF! 101 18 CCTTCACCTAAAACGATACCTTCACCTAAAACGATACCTTCACCTAAAACGATACCTTCA SH16989 16989 36 78 YGR118W_7_726968_727725_INTRON_66_385 intron #REF! #REF! 121 16 CCAGAGCTCACAACATCCAGAGCTCACAACATCCAGAGCTCACAACATCCAGAGCTCACA SH16990 16990 84 43 YGR118W_7_726968_727725_INTRON_66_385 intron #REF! #REF! 141 23 GATATGTTACTTGATAAATTTATGATATGTTACTTGATAAATTTATGATATGTTACTTGA SH16991 16991 34 191 YGR118W_7_726968_727725_INTRON_66_385 intron #REF! #REF! 161 15 GATTTGCGCCAGGATGATTTGCGCCAGGATGATTTGCGCCAGGATGATTTGCGCCAGGAT SH16992 16992 12 175 YGR118W_7_726968_727725_INTRON_66_385 intron #REF! #REF! 181 17 TCATTTTAAGCCTCTCCTCATTTTAAGCCTCTCCTCATTTTAAGCCTCTCCTCATTTTAA SH16993 16993 41 49 YGR118W_7_726968_727725_INTRON_66_385 intron #REF! #REF! 201 18 ACTTTTTATCACTGTGACACTTTTTATCACTGTGACACTTTTTATCACTGTGACACTTTT SH16994 16994 35 112 YGR118W_7_726968_727725_INTRON_66_385 intron #REF! #REF! 221 17 TGACCGTTCACTATTCATGACCGTTCACTATTCATGACCGTTCACTATTCATGACCGTTC SH16995 16995 7 18 YGR118W_7_726968_727725_INTRON_66_385 intron #REF! #REF! 241 15 GGGAAGAATGGCCGAGGGAAGAATGGCCGAGGGAAGAATGGCCGAGGGAAGAATGGCCGA SH16996 16996 38 99 YGR118W_7_726968_727725_INTRON_66_385 intron #REF! #REF! 261 19 GGTTTATTTTCCACACTATGGTTTATTTTCCACACTATGGTTTATTTTCCACACTATGGT SH16997 16997 46 171 YGR118W_7_726968_727725_INTRON_66_385 intron #REF! #REF! 281 19 GAGTTATTTTGGGAAGAAAGAGTTATTTTGGGAAGAAAGAGTTATTTTGGGAAGAAAGAG SH16998 16998 5 80 YGR118W_7_726968_727725_INTRON_66_385 intron #REF! #REF! 301 15 CCTCCTGTGACTTTCCCTCCTGTGACTTTCCCTCCTGTGACTTTCCCTCCTGTGACTTTC SH16999 16999 2 192 YGR118W_7_726968_727725_INTRON_66_385 intron #REF! #REF! 321 20 AAAATGATTCCGTTGTAAAAAAAATGATTCCGTTGTAAAAAAAATGATTCCGTTGTAAAA SH17000 17000 53 164 YGR118W_7_726968_727725_INTRON_66_385 intron #REF! #REF! 341 23 AATAAAAAAAAACTGTTAGTAAAAATAAAAAAAAACTGTTAGTAAAAATAAAAAAAAACT SH17001 17001 79 174 YGR118W_7_726968_727725_INTRON_66_385 intron/exon #REF! #REF! 361 18 CCCAACGGCTATAATAATCCCAACGGCTATAATAATCCCAACGGCTATAATAATCCCAAC SH17002 17002 4 191 YGR118W_7_726968_727725_INTRON_66_385 3' exon #REF! #REF! 381 18 CTTCTTGTAGTTGTTTTCCTTCTTGTAGTTGTTTTCCTTCTTGTAGTTGTTTTCCTTCTT SH17003 17003 4 32 YGR118W_7_726968_727725_INTRON_66_385 3' exon #REF! #REF! 401 16 GGCAGTACCCAACAATGGCAGTACCCAACAATGGCAGTACCCAACAATGGCAGTACCCAA SH17004 17004 54 7 YGR148C_7_788173_787307_INTRON_1_392 5' exon #REF! #REF! 1 18 TTGACCACCCAAAAATTTTTGACCACCCAAAAATTTTTGACCACCCAAAAATTTTTGACC SH17005 17005 80 138 YGR148C_7_788173_787307_INTRON_1_392 5' exon #REF! #REF! 21 15 GTTGCTCGCCTCTTTGTTGCTCGCCTCTTTGTTGCTCGCCTCTTTGTTGCTCGCCTCTTT SH17006 17006 48 15 YGR148C_7_788173_787307_INTRON_1_392 exon/intron #REF! #REF! 41 18 CGACATACGTTTCAATTCCGACATACGTTTCAATTCCGACATACGTTTCAATTCCGACAT SH17007 17007 44 90 YGR148C_7_788173_787307_INTRON_1_392 intron #REF! #REF! 61 17 TCATTTCCTAATGGGCATCATTTCCTAATGGGCATCATTTCCTAATGGGCATCATTTCCT SH17008 17008 50 15 YGR148C_7_788173_787307_INTRON_1_392 intron #REF! #REF! 81 18 CTCGTTGTCCTCAATATTCTCGTTGTCCTCAATATTCTCGTTGTCCTCAATATTCTCGTT SH17009 17009 37 45 YGR148C_7_788173_787307_INTRON_1_392 intron #REF! #REF! 101 15 CCTACACTGCGAAGCCCTACACTGCGAAGCCCTACACTGCGAAGCCCTACACTGCGAAGC SH17010 17010 99 92 YGR148C_7_788173_787307_INTRON_1_392 intron #REF! #REF! 121 17 AATGGTCGCTTCTTTCTAATGGTCGCTTCTTTCTAATGGTCGCTTCTTTCTAATGGTCGC SH17011 17011 21 185 YGR148C_7_788173_787307_INTRON_1_392 intron #REF! #REF! 141 18 TATTAACCTCAGCATTGTTATTAACCTCAGCATTGTTATTAACCTCAGCATTGTTATTAA SH17012 17012 98 128 YGR148C_7_788173_787307_INTRON_1_392 intron #REF! #REF! 161 15 CTTTATCGTGGGCCTCTTTATCGTGGGCCTCTTTATCGTGGGCCTCTTTATCGTGGGCCT SH17013 17013 14 110 YGR148C_7_788173_787307_INTRON_1_392 intron #REF! #REF! 181 20 TGTTCAACGTTGATTAATATTGTTCAACGTTGATTAATATTGTTCAACGTTGATTAATAT SH17014 17014 8 36 YGR148C_7_788173_787307_INTRON_1_392 intron #REF! #REF! 201 17 GTACTTTTCTGGGAAGAGTACTTTTCTGGGAAGAGTACTTTTCTGGGAAGAGTACTTTTC SH17015 17015 93 25 YGR148C_7_788173_787307_INTRON_1_392 intron #REF! #REF! 221 17 CGGTCCTGATTTATTCGCGGTCCTGATTTATTCGCGGTCCTGATTTATTCGCGGTCCTGA SH17016 17016 14 35 YGR148C_7_788173_787307_INTRON_1_392 intron #REF! #REF! 241 17 ATGTTCCGTACGTCTTTATGTTCCGTACGTCTTTATGTTCCGTACGTCTTTATGTTCCGT SH17017 17017 93 94 YGR148C_7_788173_787307_INTRON_1_392 intron #REF! #REF! 261 17 CCGATGTATATTTGCCACCGATGTATATTTGCCACCGATGTATATTTGCCACCGATGTAT SH17018 17018 41 76 YGR148C_7_788173_787307_INTRON_1_392 intron #REF! #REF! 281 17 ACAAGCATATCCAACAGACAAGCATATCCAACAGACAAGCATATCCAACAGACAAGCATA SH17019 17019 100 40 YGR148C_7_788173_787307_INTRON_1_392 intron #REF! #REF! 301 18 CGAGAACAGTATTTCATCCGAGAACAGTATTTCATCCGAGAACAGTATTTCATCCGAGAA SH17020 17020 75 157 YGR148C_7_788173_787307_INTRON_1_392 intron #REF! #REF! 321 18 AAAATTTATCAAGCCGACAAAATTTATCAAGCCGACAAAATTTATCAAGCCGACAAAATT SH17021 17021 73 101 YGR148C_7_788173_787307_INTRON_1_392 intron #REF! #REF! 341 18 CAAAGAGTTTTAAATGGGCAAAGAGTTTTAAATGGGCAAAGAGTTTTAAATGGGCAAAGA SH17022 17022 92 189 YGR148C_7_788173_787307_INTRON_1_392 intron #REF! #REF! 361 18 GTTAGTACACAATTTTGGGTTAGTACACAATTTTGGGTTAGTACACAATTTTGGGTTAGT SH17023 17023 20 7 YGR148C_7_788173_787307_INTRON_1_392 intron #REF! #REF! 381 20 CATGGTTTATATACAAATTGCATGGTTTATATACAAATTGCATGGTTTATATACAAATTG SH17024 17024 24 171 YGR148C_7_788173_787307_INTRON_1_392 intron #REF! #REF! 401 18 CACAAGGTGAAATACACTCACAAGGTGAAATACACTCACAAGGTGAAATACACTCACAAG SH17025 17025 100 46 YGR148C_7_788173_787307_INTRON_1_392 intron/exon #REF! #REF! 421 22 CTAAATTAAAAAGCTGTGAAAACTAAATTAAAAAGCTGTGAAAACTAAATTAAAAAGCTG SH17026 17026 74 36 YGR148C_7_788173_787307_INTRON_1_392 3' exon #REF! #REF! 441 18 AACCTTCATTGTTCTTCTAACCTTCATTGTTCTTCTAACCTTCATTGTTCTTCTAACCTT SH17027 17027 35 137 YGR148C_7_788173_787307_INTRON_1_392 3' exon #REF! #REF! 461 17 CGGAAAAGGAATCAACTCGGAAAAGGAATCAACTCGGAAAAGGAATCAACTCGGAAAAGG SH17028 17028 86 136 YGR183C_7_859471_859058_INTRON_4_216 5' exon #REF! #REF! 1 18 GAAATTGCGAAGGATATGGAAATTGCGAAGGATATGGAAATTGCGAAGGATATGGAAATT SH17029 17029 12 27 YGR183C_7_859471_859058_INTRON_4_216 5' exon #REF! #REF! 21 19 GTATTGCTATTGTTGCTTTGTATTGCTATTGTTGCTTTGTATTGCTATTGTTGCTTTGTA SH17030 17030 39 54 YGR183C_7_859471_859058_INTRON_4_216 exon/intron #REF! #REF! 41 18 CAACATACCATTTTAGTCCAACATACCATTTTAGTCCAACATACCATTTTAGTCCAACAT SH17031 17031 66 184 YGR183C_7_859471_859058_INTRON_4_216 intron #REF! #REF! 61 15 GCAGCACACACACACGCAGCACACACACACGCAGCACACACACACGCAGCACACACACAC SH17032 17032 48 155 YGR183C_7_859471_859058_INTRON_4_216 intron #REF! #REF! 81 20 TAACATTTTTAGCCTGAAATTAACATTTTTAGCCTGAAATTAACATTTTTAGCCTGAAAT SH17033 17033 77 21 YGR183C_7_859471_859058_INTRON_4_216 intron #REF! #REF! 101 15 GGAAGATTCCACGGAGGAAGATTCCACGGAGGAAGATTCCACGGAGGAAGATTCCACGGA SH17034 17034 98 63 YGR183C_7_859471_859058_INTRON_4_216 intron #REF! #REF! 121 17 AAAGCCCATGATACTTGAAAGCCCATGATACTTGAAAGCCCATGATACTTGAAAGCCCAT SH17035 17035 80 58 YGR183C_7_859471_859058_INTRON_4_216 intron #REF! #REF! 141 17 TCGGTGGGAAACTAATTTCGGTGGGAAACTAATTTCGGTGGGAAACTAATTTCGGTGGGA SH17036 17036 50 97 YGR183C_7_859471_859058_INTRON_4_216 intron #REF! #REF! 161 15 GCTAAGTCGTTGCGCGCTAAGTCGTTGCGCGCTAAGTCGTTGCGCGCTAAGTCGTTGCGC SH17037 17037 84 159 YGR183C_7_859471_859058_INTRON_4_216 intron #REF! #REF! 181 18 CTGTCACCAATTTCATAACTGTCACCAATTTCATAACTGTCACCAATTTCATAACTGTCA SH17038 17038 90 60 YGR183C_7_859471_859058_INTRON_4_216 intron #REF! #REF! 201 18 GGAACATATTCATAGAGCGGAACATATTCATAGAGCGGAACATATTCATAGAGCGGAACA SH17039 17039 89 10 YGR183C_7_859471_859058_INTRON_4_216 intron #REF! #REF! 221 15 CCTGAATGGAAACGCCCTGAATGGAAACGCCCTGAATGGAAACGCCCTGAATGGAAACGC SH17040 17040 34 88 YGR183C_7_859471_859058_INTRON_4_216 intron #REF! #REF! 241 20 CTCATAATTTATGCATTGTTCTCATAATTTATGCATTGTTCTCATAATTTATGCATTGTT SH17041 17041 79 3 YGR183C_7_859471_859058_INTRON_4_216 intron #REF! #REF! 261 20 TATAGTGATGAAAAAGACTATATAGTGATGAAAAAGACTATATAGTGATGAAAAAGACTA SH17042 17042 42 214 YGR183C_7_859471_859058_INTRON_4_216 intron #REF! #REF! 281 20 TTCGTTTGAAAAAGGTTTTATTCGTTTGAAAAAGGTTTTATTCGTTTGAAAAAGGTTTTA SH17043 17043 17 84 YGR214W_7_920570_921783_INTRON_91_545 5' exon #REF! #REF! 1 16 GCCAACAAAAGTTGGGGCCAACAAAAGTTGGGGCCAACAAAAGTTGGGGCCAACAAAAGT SH17044 17044 96 38 YGR214W_7_920570_921783_INTRON_91_545 5' exon #REF! #REF! 21 17 GCACCTAAGTGAGTGTTGCACCTAAGTGAGTGTTGCACCTAAGTGAGTGTTGCACCTAAG SH17045 17045 83 199 YGR214W_7_920570_921783_INTRON_91_545 exon/intron #REF! #REF! 41 20 TATAACATACTTGAACGTTTTATAACATACTTGAACGTTTTATAACATACTTGAACGTTT SH17046 17046 18 134 YGR214W_7_920570_921783_INTRON_91_545 intron #REF! #REF! 61 18 TATATAATCGGGAATGAGTATATAATCGGGAATGAGTATATAATCGGGAATGAGTATATA SH17047 17047 80 98 YGR214W_7_920570_921783_INTRON_91_545 intron #REF! #REF! 81 18 TCAATCACACATTACTCTTCAATCACACATTACTCTTCAATCACACATTACTCTTCAATC SH17048 17048 46 189 YGR214W_7_920570_921783_INTRON_91_545 intron #REF! #REF! 101 17 TCTTTCACTCGAACTGTTCTTTCACTCGAACTGTTCTTTCACTCGAACTGTTCTTTCACT SH17049 17049 2 209 YGR214W_7_920570_921783_INTRON_91_545 intron #REF! #REF! 121 13 ACCTGGTTGTGGCACCTGGTTGTGGCACCTGGTTGTGGCACCTGGTTGTGGCACCTGGTT SH17050 17050 73 181 YGR214W_7_920570_921783_INTRON_91_545 intron #REF! #REF! 141 16 GCATTCCGTTTGGTTGGCATTCCGTTTGGTTGGCATTCCGTTTGGTTGGCATTCCGTTTG SH17051 17051 75 125 YGR214W_7_920570_921783_INTRON_91_545 intron #REF! #REF! 161 18 CAGCCTGAAAAATGCTATCAGCCTGAAAAATGCTATCAGCCTGAAAAATGCTATCAGCCT SH17052 17052 7 82 YGR214W_7_920570_921783_INTRON_91_545 intron #REF! #REF! 181 21 GTTCATATATTTCTCTTCTTAGTTCATATATTTCTCTTCTTAGTTCATATATTTCTCTTC SH17053 17053 55 182 YGR214W_7_920570_921783_INTRON_91_545 intron #REF! #REF! 201 20 TCAAACTGTTTTAATGATTGTCAAACTGTTTTAATGATTGTCAAACTGTTTTAATGATTG SH17054 17054 76 176 YGR214W_7_920570_921783_INTRON_91_545 intron #REF! #REF! 221 18 TGATAATTAGCTGGAGTTTGATAATTAGCTGGAGTTTGATAATTAGCTGGAGTTTGATAA SH17055 17055 98 130 YGR214W_7_920570_921783_INTRON_91_545 intron #REF! #REF! 241 19 GTCTATTGGCAAAATATTCGTCTATTGGCAAAATATTCGTCTATTGGCAAAATATTCGTC SH17056 17056 41 199 YGR214W_7_920570_921783_INTRON_91_545 intron #REF! #REF! 261 23 TTAATAACATAATACAATTAGAATTAATAACATAATACAATTAGAATTAATAACATAATA SH17057 17057 103 197 YGR214W_7_920570_921783_INTRON_91_545 intron #REF! #REF! 281 22 TTCATTAGCGATTTAAAATTTATTCATTAGCGATTTAAAATTTATTCATTAGCGATTTAA SH17058 17058 93 166 YGR214W_7_920570_921783_INTRON_91_545 intron #REF! #REF! 301 22 CCAAAGGTTTGTTTTTTTTTTTCCAAAGGTTTGTTTTTTTTTTTCCAAAGGTTTGTTTTT SH17059 17059 55 159 YGR214W_7_920570_921783_INTRON_91_545 intron #REF! #REF! 321 18 TGAAAGAGGTTTAATACCTGAAAGAGGTTTAATACCTGAAAGAGGTTTAATACCTGAAAG SH17060 17060 22 140 YGR214W_7_920570_921783_INTRON_91_545 intron #REF! #REF! 341 18 CCGGAATTAATTGATTTCCCGGAATTAATTGATTTCCCGGAATTAATTGATTTCCCGGAA SH17061 17061 38 152 YGR214W_7_920570_921783_INTRON_91_545 intron #REF! #REF! 361 15 CGTCGGAAGAATAGGCGTCGGAAGAATAGGCGTCGGAAGAATAGGCGTCGGAAGAATAGG SH17062 17062 77 121 YGR214W_7_920570_921783_INTRON_91_545 intron #REF! #REF! 381 17 GGCATTTATAGTTGGCTGGCATTTATAGTTGGCTGGCATTTATAGTTGGCTGGCATTTAT SH17063 17063 69 130 YGR214W_7_920570_921783_INTRON_91_545 intron #REF! #REF! 401 22 TCAAATTAATGTACTATGAAAATCAAATTAATGTACTATGAAAATCAAATTAATGTACTA SH17064 17064 34 125 YGR214W_7_920570_921783_INTRON_91_545 intron #REF! #REF! 421 18 TGAATGATCAACTGATTCTGAATGATCAACTGATTCTGAATGATCAACTGATTCTGAATG SH17065 17065 2 76 YGR214W_7_920570_921783_INTRON_91_545 intron #REF! #REF! 441 17 GTACACTTGGTATATGCGTACACTTGGTATATGCGTACACTTGGTATATGCGTACACTTG SH17066 17066 74 9 YGR214W_7_920570_921783_INTRON_91_545 intron #REF! #REF! 461 22 AAGTTAGTATAAAAGATTCAAAAAGTTAGTATAAAAGATTCAAAAAGTTAGTATAAAAGA SH17067 17067 3 203 YGR214W_7_920570_921783_INTRON_91_545 intron #REF! #REF! 481 23 GAAACAAAATTAAAGAAGAAAAAGAAACAAAATTAAAGAAGAAAAAGAAACAAAATTAAA SH17068 17068 4 155 YGR214W_7_920570_921783_INTRON_91_545 intron/exon #REF! #REF! 501 17 TTCTTGGTGAACCTGAATTCTTGGTGAACCTGAATTCTTGGTGAACCTGAATTCTTGGTG SH17069 17069 71 194 YGR214W_7_920570_921783_INTRON_91_545 3' exon #REF! #REF! 521 18 TCTTGCGTTGAAAACATATCTTGCGTTGAAAACATATCTTGCGTTGAAAACATATCTTGC SH17070 17070 48 149 YGR214W_7_920570_921783_INTRON_91_545 3' exon #REF! #REF! 541 15 ACGTGGACACCATCTACGTGGACACCATCTACGTGGACACCATCTACGTGGACACCATCT SH17071 17071 56 79 YGR225W_7_945138_946919_INTRON_1184_1276 5' exon #REF! #REF! 1 18 GAATGAAGTTTCAATCCTGAATGAAGTTTCAATCCTGAATGAAGTTTCAATCCTGAATGA SH17072 17072 57 169 YGR225W_7_945138_946919_INTRON_1184_1276 5' exon #REF! #REF! 21 16 GCCTGAGCTTGATAAGGCCTGAGCTTGATAAGGCCTGAGCTTGATAAGGCCTGAGCTTGA SH17073 17073 104 193 YGR225W_7_945138_946919_INTRON_1184_1276 exon/intron #REF! #REF! 41 15 CGTACCACAGACTTGCGTACCACAGACTTGCGTACCACAGACTTGCGTACCACAGACTTG SH17074 17074 40 166 YGR225W_7_945138_946919_INTRON_1184_1276 intron #REF! #REF! 61 18 GTGAAAGCATAAGCTCTTGTGAAAGCATAAGCTCTTGTGAAAGCATAAGCTCTTGTGAAA SH17075 17075 41 21 YGR225W_7_945138_946919_INTRON_1184_1276 intron #REF! #REF! 81 17 CTATACCAGAAAAGGGTCTATACCAGAAAAGGGTCTATACCAGAAAAGGGTCTATACCAG SH17076 17076 40 5 YGR225W_7_945138_946919_INTRON_1184_1276 intron #REF! #REF! 101 24 GTATTTTTCATAATGAAAAAATAAGTATTTTTCATAATGAAAAAATAAGTATTTTTCATA SH17077 17077 19 77 YGR225W_7_945138_946919_INTRON_1184_1276 intron #REF! #REF! 121 22 TGTAGAAAATATTTGTTAGTATTGTAGAAAATATTTGTTAGTATTGTAGAAAATATTTGT SH17078 17078 28 140 YGR225W_7_945138_946919_INTRON_1184_1276 intron/exon #REF! #REF! 141 18 CATTCAGAGAAATACCTGCATTCAGAGAAATACCTGCATTCAGAGAAATACCTGCATTCA SH17079 17079 60 50 YGR225W_7_945138_946919_INTRON_1184_1276 3' exon #REF! #REF! 161 16 CAAGCAGGTTTGCATGCAAGCAGGTTTGCATGCAAGCAGGTTTGCATGCAAGCAGGTTTG SH17080 17080 65 112 YGR225W_7_945138_946919_INTRON_1184_1276 3' exon #REF! #REF! 181 13 ATCATTGCCGCCGATCATTGCCGCCGATCATTGCCGCCGATCATTGCCGCCGATCATTGC SH17081 17081 46 169 YHL001W_8_104270_105084_INTRON_130_527 5' exon #REF! #REF! 1 17 CAATTTACCTGCGGATTCAATTTACCTGCGGATTCAATTTACCTGCGGATTCAATTTACC SH17082 17082 69 123 YHL001W_8_104270_105084_INTRON_130_527 5' exon #REF! #REF! 21 18 GATAATTTCAACGATAGCGATAATTTCAACGATAGCGATAATTTCAACGATAGCGATAAT SH17083 17083 77 24 YHL001W_8_104270_105084_INTRON_130_527 exon/intron #REF! #REF! 41 18 CAACATACCTTCTTTTGGCAACATACCTTCTTTTGGCAACATACCTTCTTTTGGCAACAT SH17084 17084 75 154 YHL001W_8_104270_105084_INTRON_130_527 intron #REF! #REF! 61 15 ACGGTGGGTTTTAGGACGGTGGGTTTTAGGACGGTGGGTTTTAGGACGGTGGGTTTTAGG SH17085 17085 84 162 YHL001W_8_104270_105084_INTRON_130_527 intron #REF! #REF! 81 17 CAATTTCCTCCTCAGTTCAATTTCCTCCTCAGTTCAATTTCCTCCTCAGTTCAATTTCCT SH17086 17086 39 137 YHL001W_8_104270_105084_INTRON_130_527 intron #REF! #REF! 101 15 GGGACTTTCTCTTCCGGGACTTTCTCTTCCGGGACTTTCTCTTCCGGGACTTTCTCTTCC SH17087 17087 66 175 YHL001W_8_104270_105084_INTRON_130_527 intron #REF! #REF! 121 13 GCGGTCCCTGAACGCGGTCCCTGAACGCGGTCCCTGAACGCGGTCCCTGAACGCGGTCCC SH17088 17088 94 170 YHL001W_8_104270_105084_INTRON_130_527 intron #REF! #REF! 141 17 CAGGCATGAATCAGGAACAGGCATGAATCAGGAACAGGCATGAATCAGGAACAGGCATGA SH17089 17089 89 105 YHL001W_8_104270_105084_INTRON_130_527 intron #REF! #REF! 161 20 ATTGTTTAACATGTTTCACTATTGTTTAACATGTTTCACTATTGTTTAACATGTTTCACT SH17090 17090 102 56 YHL001W_8_104270_105084_INTRON_130_527 intron #REF! #REF! 181 18 ATATTTCAGCATCTACTCATATTTCAGCATCTACTCATATTTCAGCATCTACTCATATTT SH17091 17091 5 213 YHL001W_8_104270_105084_INTRON_130_527 intron #REF! #REF! 201 15 GCCCTCTGTCCCATTGCCCTCTGTCCCATTGCCCTCTGTCCCATTGCCCTCTGTCCCATT SH17092 17092 89 86 YHL001W_8_104270_105084_INTRON_130_527 intron #REF! #REF! 221 21 GCAAAAAAAGAATAGAAACATGCAAAAAAAGAATAGAAACATGCAAAAAAAGAATAGAAA SH17093 17093 89 104 YHL001W_8_104270_105084_INTRON_130_527 intron #REF! #REF! 241 20 AAATTTCACTGTTGTTTATGAAATTTCACTGTTGTTTATGAAATTTCACTGTTGTTTATG SH17094 17094 12 125 YHL001W_8_104270_105084_INTRON_130_527 intron #REF! #REF! 261 19 CCAGTAACAAAATATGTAGCCAGTAACAAAATATGTAGCCAGTAACAAAATATGTAGCCA SH17095 17095 51 212 YHL001W_8_104270_105084_INTRON_130_527 intron #REF! #REF! 281 15 CCAGGGAAGGAGTTTCCAGGGAAGGAGTTTCCAGGGAAGGAGTTTCCAGGGAAGGAGTTT SH17096 17096 7 4 YHL001W_8_104270_105084_INTRON_130_527 intron #REF! #REF! 301 19 CTTAAGTATGGGAGTTATTCTTAAGTATGGGAGTTATTCTTAAGTATGGGAGTTATTCTT SH17097 17097 93 75 YHL001W_8_104270_105084_INTRON_130_527 intron #REF! #REF! 321 18 CATGTGCTGAAGTTATCTCATGTGCTGAAGTTATCTCATGTGCTGAAGTTATCTCATGTG SH17098 17098 83 74 YHL001W_8_104270_105084_INTRON_130_527 intron #REF! #REF! 341 13 GAGGAGGTATGGCGAGGAGGTATGGCGAGGAGGTATGGCGAGGAGGTATGGCGAGGAGGT SH17099 17099 8 96 YHL001W_8_104270_105084_INTRON_130_527 intron #REF! #REF! 361 21 GAAAACAGGAAAAGATTATTTGAAAACAGGAAAAGATTATTTGAAAACAGGAAAAGATTA SH17100 17100 22 36 YHL001W_8_104270_105084_INTRON_130_527 intron #REF! #REF! 381 22 GTTAGTAAATTGAAATACTTTGGTTAGTAAATTGAAATACTTTGGTTAGTAAATTGAAAT SH17101 17101 68 5 YHL001W_8_104270_105084_INTRON_130_527 intron #REF! #REF! 401 23 AAAAAATTATTCATAAAAGTTGTAAAAAATTATTCATAAAAGTTGTAAAAAATTATTCAT SH17102 17102 6 42 YHL001W_8_104270_105084_INTRON_130_527 intron #REF! #REF! 421 23 GTAATTATAACGAATAATTTAAAGTAATTATAACGAATAATTTAAAGTAATTATAACGAA SH17103 17103 71 157 YHL001W_8_104270_105084_INTRON_130_527 intron/exon #REF! #REF! 441 20 ATCAATCAAAACCTATAGTAATCAATCAAAACCTATAGTAATCAATCAAAACCTATAGTA SH17104 17104 6 127 YHL001W_8_104270_105084_INTRON_130_527 3' exon #REF! #REF! 461 15 ACCAGCTTTTGGACCACCAGCTTTTGGACCACCAGCTTTTGGACCACCAGCTTTTGGACC SH17105 17105 88 25 YHL001W_8_104270_105084_INTRON_130_527 3' exon #REF! #REF! 481 16 GTTGATGGCTTGACGTGTTGATGGCTTGACGTGTTGATGGCTTGACGTGTTGATGGCTTG SH17106 17106 10 6 YHR001W-A_8_107819_108115_INTRON_7_69 5' exon #REF! #REF! 1 22 GGATTGTATTTATCGATATATTGGATTGTATTTATCGATATATTGGATTGTATTTATCGA SH17107 17107 14 27 YHR001W-A_8_107819_108115_INTRON_7_69 5' exon #REF! #REF! 21 20 GTTAGTTTTAAGTCTTATGGGTTAGTTTTAAGTCTTATGGGTTAGTTTTAAGTCTTATGG SH17108 17108 42 79 YHR001W-A_8_107819_108115_INTRON_7_69 exon/intron #REF! #REF! 41 15 CTTACCGCCATTGAGCTTACCGCCATTGAGCTTACCGCCATTGAGCTTACCGCCATTGAG SH17109 17109 26 200 YHR001W-A_8_107819_108115_INTRON_7_69 intron #REF! #REF! 61 20 CTAGCTCACATAATATGATACTAGCTCACATAATATGATACTAGCTCACATAATATGATA SH17110 17110 90 35 YHR001W-A_8_107819_108115_INTRON_7_69 intron #REF! #REF! 81 20 GTTAGTATACTAATTCGGTTGTTAGTATACTAATTCGGTTGTTAGTATACTAATTCGGTT SH17111 17111 42 75 YHR001W-A_8_107819_108115_INTRON_7_69 intron/exon #REF! #REF! 101 21 GAAGTGTACTGTATTATAAATGAAGTGTACTGTATTATAAATGAAGTGTACTGTATTATA SH17112 17112 10 17 YHR001W-A_8_107819_108115_INTRON_7_69 3' exon #REF! #REF! 121 18 TTTTTGAAGACAGATGAGTTTTTGAAGACAGATGAGTTTTTGAAGACAGATGAGTTTTTG SH17113 17113 55 59 YHR001W-A_8_107819_108115_INTRON_7_69 3' exon #REF! #REF! 141 17 CTACCGAAATGTAGACCCTACCGAAATGTAGACCCTACCGAAATGTAGACCCTACCGAAA SH17114 17114 50 209 YHR010W_8_126513_127484_INTRON_32_592 5' exon #REF! #REF! 1 20 TTTTTTTCTTTGGTTATGCTTTTTTTTCTTTGGTTATGCTTTTTTTTCTTTGGTTATGCT SH17115 17115 51 202 YHR010W_8_126513_127484_INTRON_32_592 5' exon #REF! #REF! 21 18 CTTTCAAGAACTTAGCCACTTTCAAGAACTTAGCCACTTTCAAGAACTTAGCCACTTTCA SH17116 17116 95 194 YHR010W_8_126513_127484_INTRON_32_592 exon/intron #REF! #REF! 41 17 TACGTACCAACTTTACCTACGTACCAACTTTACCTACGTACCAACTTTACCTACGTACCA SH17117 17117 67 84 YHR010W_8_126513_127484_INTRON_32_592 intron #REF! #REF! 61 19 GATGTCCAAAAACTGAAAAGATGTCCAAAAACTGAAAAGATGTCCAAAAACTGAAAAGAT SH17118 17118 82 8 YHR010W_8_126513_127484_INTRON_32_592 intron #REF! #REF! 81 17 GTTGCACGGTTTTTTGTGTTGCACGGTTTTTTGTGTTGCACGGTTTTTTGTGTTGCACGG SH17119 17119 6 92 YHR010W_8_126513_127484_INTRON_32_592 intron #REF! #REF! 101 18 ACTTGGATTTCTAATACCACTTGGATTTCTAATACCACTTGGATTTCTAATACCACTTGG SH17120 17120 67 123 YHR010W_8_126513_127484_INTRON_32_592 intron #REF! #REF! 121 18 TACAACATCAACTGCTAATACAACATCAACTGCTAATACAACATCAACTGCTAATACAAC SH17121 17121 7 68 YHR010W_8_126513_127484_INTRON_32_592 intron #REF! #REF! 141 19 CTCGAATTCAAACTCAAATCTCGAATTCAAACTCAAATCTCGAATTCAAACTCAAATCTC SH17122 17122 5 120 YHR010W_8_126513_127484_INTRON_32_592 intron #REF! #REF! 161 18 CCCATATGAAGATACAATCCCATATGAAGATACAATCCCATATGAAGATACAATCCCATA SH17123 17123 38 17 YHR010W_8_126513_127484_INTRON_32_592 intron #REF! #REF! 181 16 CGCTTTTTCCTCCCTACGCTTTTTCCTCCCTACGCTTTTTCCTCCCTACGCTTTTTCCTC SH17124 17124 77 23 YHR010W_8_126513_127484_INTRON_32_592 intron #REF! #REF! 201 17 TTCCCAGATCTAACATCTTCCCAGATCTAACATCTTCCCAGATCTAACATCTTCCCAGAT SH17125 17125 38 5 YHR010W_8_126513_127484_INTRON_32_592 intron #REF! #REF! 221 21 CTATCATTCAAATTTAAAGGTCTATCATTCAAATTTAAAGGTCTATCATTCAAATTTAAA SH17126 17126 69 144 YHR010W_8_126513_127484_INTRON_32_592 intron #REF! #REF! 241 21 CCAATATTTCTATTAATAAGCCCAATATTTCTATTAATAAGCCCAATATTTCTATTAATA SH17127 17127 50 175 YHR010W_8_126513_127484_INTRON_32_592 intron #REF! #REF! 261 20 AAATCATTCATCTTTTTGTCAAATCATTCATCTTTTTGTCAAATCATTCATCTTTTTGTC SH17128 17128 17 32 YHR010W_8_126513_127484_INTRON_32_592 intron #REF! #REF! 281 16 CGTTAGTTTCGCTCCTCGTTAGTTTCGCTCCTCGTTAGTTTCGCTCCTCGTTAGTTTCGC SH17129 17129 63 6 YHR010W_8_126513_127484_INTRON_32_592 intron #REF! #REF! 301 20 TATAGCTCAATGAATATGAATATAGCTCAATGAATATGAATATAGCTCAATGAATATGAA SH17130 17130 40 59 YHR010W_8_126513_127484_INTRON_32_592 intron #REF! #REF! 321 13 TTCCACTGCCTCGTTCCACTGCCTCGTTCCACTGCCTCGTTCCACTGCCTCGTTCCACTG SH17131 17131 82 125 YHR010W_8_126513_127484_INTRON_32_592 intron #REF! #REF! 341 22 TCTTTTAAATTACAACTTTTTGTCTTTTAAATTACAACTTTTTGTCTTTTAAATTACAAC SH17132 17132 51 174 YHR010W_8_126513_127484_INTRON_32_592 intron #REF! #REF! 361 18 GCTATTGATGCTTTTTTCGCTATTGATGCTTTTTTCGCTATTGATGCTTTTTTCGCTATT SH17133 17133 76 115 YHR010W_8_126513_127484_INTRON_32_592 intron #REF! #REF! 381 18 TTTCACCATCTTATTTGGTTTCACCATCTTATTTGGTTTCACCATCTTATTTGGTTTCAC SH17134 17134 63 28 YHR010W_8_126513_127484_INTRON_32_592 intron #REF! #REF! 401 17 AGCAAATATATCGCGGAAGCAAATATATCGCGGAAGCAAATATATCGCGGAAGCAAATAT SH17135 17135 24 81 YHR010W_8_126513_127484_INTRON_32_592 intron #REF! #REF! 421 17 GTACATGTGCCTATGGTGTACATGTGCCTATGGTGTACATGTGCCTATGGTGTACATGTG SH17136 17136 39 103 YHR010W_8_126513_127484_INTRON_32_592 intron #REF! #REF! 441 13 GGCCCTGGTCGCCGGCCCTGGTCGCCGGCCCTGGTCGCCGGCCCTGGTCGCCGGCCCTGG SH17137 17137 79 148 YHR010W_8_126513_127484_INTRON_32_592 intron #REF! #REF! 461 18 ATGGAAAGAACTACAGTAATGGAAAGAACTACAGTAATGGAAAGAACTACAGTAATGGAA SH17138 17138 17 30 YHR010W_8_126513_127484_INTRON_32_592 intron #REF! #REF! 481 18 CCACGAATTTTTAATAGGCCACGAATTTTTAATAGGCCACGAATTTTTAATAGGCCACGA SH17139 17139 5 44 YHR010W_8_126513_127484_INTRON_32_592 intron #REF! #REF! 501 20 GGAGAGAAAAATTATCATAGGGAGAGAAAAATTATCATAGGGAGAGAAAAATTATCATAG SH17140 17140 54 120 YHR010W_8_126513_127484_INTRON_32_592 intron #REF! #REF! 521 20 ATTTTGTTCTTCAATACTAGATTTTGTTCTTCAATACTAGATTTTGTTCTTCAATACTAG SH17141 17141 7 128 YHR010W_8_126513_127484_INTRON_32_592 intron #REF! #REF! 541 17 AGTTTGGCGAATTCTCAAGTTTGGCGAATTCTCAAGTTTGGCGAATTCTCAAGTTTGGCG SH17142 17142 8 185 YHR010W_8_126513_127484_INTRON_32_592 intron #REF! #REF! 561 18 GTAAATGTGAACCCTTCTGTAAATGTGAACCCTTCTGTAAATGTGAACCCTTCTGTAAAT SH17143 17143 85 7 YHR010W_8_126513_127484_INTRON_32_592 intron #REF! #REF! 581 18 GGAAGGAAAAGAAATAGTGGAAGGAAAAGAAATAGTGGAAGGAAAAGAAATAGTGGAAGG SH17144 17144 72 158 YHR010W_8_126513_127484_INTRON_32_592 intron/exon #REF! #REF! 601 17 CGACAGCTGTGTAAAAACGACAGCTGTGTAAAAACGACAGCTGTGTAAAAACGACAGCTG SH17145 17145 27 183 YHR010W_8_126513_127484_INTRON_32_592 3' exon #REF! #REF! 621 15 CGTAACGACCACGGACGTAACGACCACGGACGTAACGACCACGGACGTAACGACCACGGA SH17146 17146 79 74 YHR010W_8_126513_127484_INTRON_32_592 3' exon #REF! #REF! 641 18 AACGATAACAACCTTCTTAACGATAACAACCTTCTTAACGATAACAACCTTCTTAACGAT SH17147 17147 83 56 YHR012W_8_129473_130440_INTRON_49_167 5' exon #REF! #REF! 1 20 TAATGCTAACAACAACATAATAATGCTAACAACAACATAATAATGCTAACAACAACATAA SH17148 17148 63 116 YHR012W_8_129473_130440_INTRON_49_167 5' exon #REF! #REF! 21 17 GGAATATGTGCATCACTGGAATATGTGCATCACTGGAATATGTGCATCACTGGAATATGT SH17149 17149 52 152 YHR012W_8_129473_130440_INTRON_49_167 exon/intron #REF! #REF! 41 17 CACATACAGTTGCTCTACACATACAGTTGCTCTACACATACAGTTGCTCTACACATACAG SH17150 17150 24 30 YHR012W_8_129473_130440_INTRON_49_167 intron #REF! #REF! 61 17 CAGAGAAGAAAGGAGAACAGAGAAGAAAGGAGAACAGAGAAGAAAGGAGAACAGAGAAGA SH17151 17151 86 68 YHR012W_8_129473_130440_INTRON_49_167 intron #REF! #REF! 81 15 GGTTCCACTACAGCTGGTTCCACTACAGCTGGTTCCACTACAGCTGGTTCCACTACAGCT SH17152 17152 14 164 YHR012W_8_129473_130440_INTRON_49_167 intron #REF! #REF! 101 13 GGCGCAATGGCCGGGCGCAATGGCCGGGCGCAATGGCCGGGCGCAATGGCCGGGCGCAAT SH17153 17153 63 62 YHR012W_8_129473_130440_INTRON_49_167 intron #REF! #REF! 121 20 GTTAGTATTAATGTTAAAGGGTTAGTATTAATGTTAAAGGGTTAGTATTAATGTTAAAGG SH17154 17154 86 199 YHR012W_8_129473_130440_INTRON_49_167 intron #REF! #REF! 141 20 ATTGAAGTCGTTATCAATATATTGAAGTCGTTATCAATATATTGAAGTCGTTATCAATAT SH17155 17155 48 33 YHR012W_8_129473_130440_INTRON_49_167 intron/exon #REF! #REF! 161 17 GGTAAATCCTACTTGCAGGTAAATCCTACTTGCAGGTAAATCCTACTTGCAGGTAAATCC SH17156 17156 4 111 YHR012W_8_129473_130440_INTRON_49_167 3' exon #REF! #REF! 181 22 GCTTAGTAATTTTTTGAATTTTGCTTAGTAATTTTTTGAATTTTGCTTAGTAATTTTTTG SH17157 17157 55 88 YHR012W_8_129473_130440_INTRON_49_167 3' exon #REF! #REF! 201 18 ATATTTTATCAGGAACGCATATTTTATCAGGAACGCATATTTTATCAGGAACGCATATTT SH17158 17158 72 207 YHR016C_8_138446_136872_INTRON_48_215 5' exon #REF! #REF! 1 20 GGATTATTGATACCCATTTTGGATTATTGATACCCATTTTGGATTATTGATACCCATTTT SH17159 17159 74 179 YHR016C_8_138446_136872_INTRON_48_215 5' exon #REF! #REF! 21 17 TCAAGCTTCGAGGAATTTCAAGCTTCGAGGAATTTCAAGCTTCGAGGAATTTCAAGCTTC SH17160 17160 16 93 YHR016C_8_138446_136872_INTRON_48_215 exon/intron #REF! #REF! 41 15 CATACTTGGTCTCGCCATACTTGGTCTCGCCATACTTGGTCTCGCCATACTTGGTCTCGC SH17161 17161 28 62 YHR016C_8_138446_136872_INTRON_48_215 intron #REF! #REF! 61 17 CAGCAGGAAGCATATATCAGCAGGAAGCATATATCAGCAGGAAGCATATATCAGCAGGAA SH17162 17162 31 153 YHR016C_8_138446_136872_INTRON_48_215 intron #REF! #REF! 81 17 CCATAAGTTTAGAGGAGCCATAAGTTTAGAGGAGCCATAAGTTTAGAGGAGCCATAAGTT SH17163 17163 22 74 YHR016C_8_138446_136872_INTRON_48_215 intron #REF! #REF! 101 18 TCTTGAACATTTTAGCTGTCTTGAACATTTTAGCTGTCTTGAACATTTTAGCTGTCTTGA SH17164 17164 88 95 YHR016C_8_138446_136872_INTRON_48_215 intron #REF! #REF! 121 15 CACAGACTAGAGAGCCACAGACTAGAGAGCCACAGACTAGAGAGCCACAGACTAGAGAGC SH17165 17165 60 204 YHR016C_8_138446_136872_INTRON_48_215 intron #REF! #REF! 141 15 CATGCCCCATAAGCACATGCCCCATAAGCACATGCCCCATAAGCACATGCCCCATAAGCA SH17166 17166 77 20 YHR016C_8_138446_136872_INTRON_48_215 intron #REF! #REF! 161 20 TGTTAGTACATTACTTTTGATGTTAGTACATTACTTTTGATGTTAGTACATTACTTTTGA SH17167 17167 7 122 YHR016C_8_138446_136872_INTRON_48_215 intron #REF! #REF! 181 22 CGAAATAAATCAATCATAAAGTCGAAATAAATCAATCATAAAGTCGAAATAAATCAATCA SH17168 17168 28 85 YHR016C_8_138446_136872_INTRON_48_215 intron #REF! #REF! 201 18 CTGTAGTTAAAACATTCGCTGTAGTTAAAACATTCGCTGTAGTTAAAACATTCGCTGTAG SH17169 17169 61 60 YHR016C_8_138446_136872_INTRON_48_215 3' exon #REF! #REF! 221 13 ACTTTCGCGGCCTACTTTCGCGGCCTACTTTCGCGGCCTACTTTCGCGGCCTACTTTCGC SH17170 17170 96 203 YHR016C_8_138446_136872_INTRON_48_215 3' exon #REF! #REF! 241 20 TGATTTGGTTTAACAAAACTTGATTTGGTTTAACAAAACTTGATTTGGTTTAACAAAACT SH17171 17171 65 144 YHR021C_8_148660_147862_INTRON_4_553 5' exon #REF! #REF! 1 17 GGTGTGTTTTCGTATTCGGTGTGTTTTCGTATTCGGTGTGTTTTCGTATTCGGTGTGTTT SH17172 17172 18 181 YHR021C_8_148660_147862_INTRON_4_553 5' exon #REF! #REF! 21 22 TCTAATATATATGCACTAATTATCTAATATATATGCACTAATTATCTAATATATATGCAC SH17173 17173 98 149 YHR021C_8_148660_147862_INTRON_4_553 exon/intron #REF! #REF! 41 18 TCACATACCATATTGATCTCACATACCATATTGATCTCACATACCATATTGATCTCACAT SH17174 17174 55 141 YHR021C_8_148660_147862_INTRON_4_553 intron #REF! #REF! 61 20 CATCTTATGTTTAATATCTCCATCTTATGTTTAATATCTCCATCTTATGTTTAATATCTC SH17175 17175 86 18 YHR021C_8_148660_147862_INTRON_4_553 intron #REF! #REF! 81 17 CTCTTCTGTTTCCTTCACTCTTCTGTTTCCTTCACTCTTCTGTTTCCTTCACTCTTCTGT SH17176 17176 47 78 YHR021C_8_148660_147862_INTRON_4_553 intron #REF! #REF! 101 20 GAATTCATTCCTCAAATATTGAATTCATTCCTCAAATATTGAATTCATTCCTCAAATATT SH17177 17177 10 35 YHR021C_8_148660_147862_INTRON_4_553 intron #REF! #REF! 121 18 TCTACTAGAATTTCATCCTCTACTAGAATTTCATCCTCTACTAGAATTTCATCCTCTACT SH17178 17178 6 129 YHR021C_8_148660_147862_INTRON_4_553 intron #REF! #REF! 141 22 TCTTTTTATTTTAGGCTTTTTTTCTTTTTATTTTAGGCTTTTTTTCTTTTTATTTTAGGC SH17179 17179 71 118 YHR021C_8_148660_147862_INTRON_4_553 intron #REF! #REF! 161 20 GCTTTATTTTCCTTTCTTTCGCTTTATTTTCCTTTCTTTCGCTTTATTTTCCTTTCTTTC SH17180 17180 24 49 YHR021C_8_148660_147862_INTRON_4_553 intron #REF! #REF! 181 17 GTCAGAGGTTGATTACTGTCAGAGGTTGATTACTGTCAGAGGTTGATTACTGTCAGAGGT SH17181 17181 39 104 YHR021C_8_148660_147862_INTRON_4_553 intron #REF! #REF! 201 17 AACGCATACTCCTATCAAACGCATACTCCTATCAAACGCATACTCCTATCAAACGCATAC SH17182 17182 22 204 YHR021C_8_148660_147862_INTRON_4_553 intron #REF! #REF! 221 19 CATGATTTGTTGATTTTGCCATGATTTGTTGATTTTGCCATGATTTGTTGATTTTGCCAT SH17183 17183 45 77 YHR021C_8_148660_147862_INTRON_4_553 intron #REF! #REF! 241 18 CTCCGTTACCAGTTTAATCTCCGTTACCAGTTTAATCTCCGTTACCAGTTTAATCTCCGT SH17184 17184 23 107 YHR021C_8_148660_147862_INTRON_4_553 intron #REF! #REF! 261 18 TCTTTGCACGTCTTTAAATCTTTGCACGTCTTTAAATCTTTGCACGTCTTTAAATCTTTG SH17185 17185 34 162 YHR021C_8_148660_147862_INTRON_4_553 intron #REF! #REF! 281 20 CCTATCTAAAAATTAATTGCCCTATCTAAAAATTAATTGCCCTATCTAAAAATTAATTGC SH17186 17186 63 65 YHR021C_8_148660_147862_INTRON_4_553 intron #REF! #REF! 301 17 ACAGAGCCTTTCAATTCACAGAGCCTTTCAATTCACAGAGCCTTTCAATTCACAGAGCCT SH17187 17187 35 177 YHR021C_8_148660_147862_INTRON_4_553 intron #REF! #REF! 321 18 AGATCTCAAATTTTCTGCAGATCTCAAATTTTCTGCAGATCTCAAATTTTCTGCAGATCT SH17188 17188 12 62 YHR021C_8_148660_147862_INTRON_4_553 intron #REF! #REF! 341 18 CATATGCTTATCTCCACACATATGCTTATCTCCACACATATGCTTATCTCCACACATATG SH17189 17189 57 31 YHR021C_8_148660_147862_INTRON_4_553 intron #REF! #REF! 361 18 GATTACCCATAACTCAACGATTACCCATAACTCAACGATTACCCATAACTCAACGATTAC SH17190 17190 7 93 YHR021C_8_148660_147862_INTRON_4_553 intron #REF! #REF! 381 21 GCTATAAGTTTCTATTATTGTGCTATAAGTTTCTATTATTGTGCTATAAGTTTCTATTAT SH17191 17191 72 117 YHR021C_8_148660_147862_INTRON_4_553 intron #REF! #REF! 401 15 CGCCATCTTCAACTGCGCCATCTTCAACTGCGCCATCTTCAACTGCGCCATCTTCAACTG SH17192 17192 42 64 YHR021C_8_148660_147862_INTRON_4_553 intron #REF! #REF! 421 15 CAGTATCCGGCATCACAGTATCCGGCATCACAGTATCCGGCATCACAGTATCCGGCATCA SH17193 17193 75 193 YHR021C_8_148660_147862_INTRON_4_553 intron #REF! #REF! 441 22 AAAAAAGAAGGATAAATCATTAAAAAAAGAAGGATAAATCATTAAAAAAAGAAGGATAAA SH17194 17194 87 92 YHR021C_8_148660_147862_INTRON_4_553 intron #REF! #REF! 461 17 AGCATTTGTGCTCCAAAAGCATTTGTGCTCCAAAAGCATTTGTGCTCCAAAAGCATTTGT SH17195 17195 58 147 YHR021C_8_148660_147862_INTRON_4_553 intron #REF! #REF! 481 17 AGAGGAGACAGGAAAAAAGAGGAGACAGGAAAAAAGAGGAGACAGGAAAAAAGAGGAGAC SH17196 17196 97 194 YHR021C_8_148660_147862_INTRON_4_553 intron #REF! #REF! 501 18 GTAGGATACATCAGAAAAGTAGGATACATCAGAAAAGTAGGATACATCAGAAAAGTAGGA SH17197 17197 21 46 YHR021C_8_148660_147862_INTRON_4_553 intron #REF! #REF! 521 18 TTTGAAAACTGTAGGGTTTTTGAAAACTGTAGGGTTTTTGAAAACTGTAGGGTTTTTGAA SH17198 17198 66 155 YHR021C_8_148660_147862_INTRON_4_553 intron #REF! #REF! 541 21 CACAAAAAAATTGATGTTAGTCACAAAAAAATTGATGTTAGTCACAAAAAAATTGATGTT SH17199 17199 94 111 YHR021C_8_148660_147862_INTRON_4_553 intron #REF! #REF! 561 18 GAAAACGAAAGTCGTTTCGAAAACGAAAGTCGTTTCGAAAACGAAAGTCGTTTCGAAAAC SH17200 17200 52 72 YHR021C_8_148660_147862_INTRON_4_553 intron/exon #REF! #REF! 581 21 CCTGTAATGAAATAAATAGAACCTGTAATGAAATAAATAGAACCTGTAATGAAATAAATA SH17201 17201 13 151 YHR021C_8_148660_147862_INTRON_4_553 3' exon #REF! #REF! 601 20 AACAAATCTTGAACTAAAACAACAAATCTTGAACTAAAACAACAAATCTTGAACTAAAAC SH17202 17202 20 161 YHR021C_8_148660_147862_INTRON_4_553 3' exon #REF! #REF! 621 13 AGCAGTTGGGTGCAGCAGTTGGGTGCAGCAGTTGGGTGCAGCAGTTGGGTGCAGCAGTTG SH17203 17203 10 108 YHR039C-A_8_187670_187164_INTRON_4_165 5' exon #REF! #REF! 1 20 GAGATTGCAGGAAAAAAAAAGAGATTGCAGGAAAAAAAAAGAGATTGCAGGAAAAAAAAA SH17204 17204 75 34 YHR039C-A_8_187670_187164_INTRON_4_165 5' exon #REF! #REF! 21 17 ATACCTTGCACACTTTGATACCTTGCACACTTTGATACCTTGCACACTTTGATACCTTGC SH17205 17205 27 179 YHR039C-A_8_187670_187164_INTRON_4_165 exon/intron #REF! #REF! 41 17 CACATACCATTCTGCTTCACATACCATTCTGCTTCACATACCATTCTGCTTCACATACCA SH17206 17206 41 147 YHR039C-A_8_187670_187164_INTRON_4_165 intron #REF! #REF! 61 18 TGTTGACACGTAATGTAATGTTGACACGTAATGTAATGTTGACACGTAATGTAATGTTGA SH17207 17207 11 107 YHR039C-A_8_187670_187164_INTRON_4_165 intron #REF! #REF! 81 17 CGCTTGTTAGAGACAGACGCTTGTTAGAGACAGACGCTTGTTAGAGACAGACGCTTGTTA SH17208 17208 33 85 YHR039C-A_8_187670_187164_INTRON_4_165 intron #REF! #REF! 101 22 AAAAAGTTTTTCATGTTAGTAAAAAAAGTTTTTCATGTTAGTAAAAAAAGTTTTTCATGT SH17209 17209 73 2 YHR039C-A_8_187670_187164_INTRON_4_165 intron #REF! #REF! 121 18 AGAGAGCACAGTTTTAAAAGAGAGCACAGTTTTAAAAGAGAGCACAGTTTTAAAAGAGAG SH17210 17210 17 81 YHR039C-A_8_187670_187164_INTRON_4_165 intron #REF! #REF! 141 15 GAGGTACCAGTCCAAGAGGTACCAGTCCAAGAGGTACCAGTCCAAGAGGTACCAGTCCAA SH17211 17211 90 202 YHR039C-A_8_187670_187164_INTRON_4_165 intron #REF! #REF! 161 20 ATGAAAAAACCAATACCTTTATGAAAAAACCAATACCTTTATGAAAAAACCAATACCTTT SH17212 17212 11 160 YHR039C-A_8_187670_187164_INTRON_4_165 intron #REF! #REF! 181 17 CATAGTTCTGAGCAACACATAGTTCTGAGCAACACATAGTTCTGAGCAACACATAGTTCT SH17213 17213 104 190 YHR039C-A_8_187670_187164_INTRON_4_165 intron/exon #REF! #REF! 201 18 TTGGGACTAAAGAGAATATTGGGACTAAAGAGAATATTGGGACTAAAGAGAATATTGGGA SH17214 17214 64 190 YHR039C-A_8_187670_187164_INTRON_4_165 3' exon #REF! #REF! 221 16 GGTGGCAATTCCGTTTGGTGGCAATTCCGTTTGGTGGCAATTCCGTTTGGTGGCAATTCC SH17215 17215 79 188 YHR039C-A_8_187670_187164_INTRON_4_165 3' exon #REF! #REF! 241 18 CTTCCTTTTCAGCTTGTACTTCCTTTTCAGCTTGTACTTCCTTTTCAGCTTGTACTTCCT SH17216 17216 21 63 YHR041C_8_189855_189122_INTRON_15_115 5' exon #REF! #REF! 1 13 AGCGCCGACTTACAGCGCCGACTTACAGCGCCGACTTACAGCGCCGACTTACAGCGCCGA SH17217 17217 35 109 YHR041C_8_189855_189122_INTRON_15_115 5' exon #REF! #REF! 21 17 TGATGGATTGCTACTGTTGATGGATTGCTACTGTTGATGGATTGCTACTGTTGATGGATT SH17218 17218 104 200 YHR041C_8_189855_189122_INTRON_15_115 exon/intron #REF! #REF! 41 18 TTACATACGCTGATTTTCTTACATACGCTGATTTTCTTACATACGCTGATTTTCTTACAT SH17219 17219 27 163 YHR041C_8_189855_189122_INTRON_15_115 intron #REF! #REF! 61 13 AAGGACGCTCCAGAAGGACGCTCCAGAAGGACGCTCCAGAAGGACGCTCCAGAAGGACGC SH17220 17220 89 182 YHR041C_8_189855_189122_INTRON_15_115 intron #REF! #REF! 81 18 ATTGAAGAAATTCCGATGATTGAAGAAATTCCGATGATTGAAGAAATTCCGATGATTGAA SH17221 17221 17 124 YHR041C_8_189855_189122_INTRON_15_115 intron #REF! #REF! 101 17 GTTAGCAACAGGTAGTTGTTAGCAACAGGTAGTTGTTAGCAACAGGTAGTTGTTAGCAAC SH17222 17222 97 211 YHR041C_8_189855_189122_INTRON_15_115 intron #REF! #REF! 121 22 TAAAAGAGAGAAAAAAAAAACTTAAAAGAGAGAAAAAAAAAACTTAAAAGAGAGAAAAAA SH17223 17223 58 103 YHR041C_8_189855_189122_INTRON_15_115 intron/exon #REF! #REF! 141 21 GAATATAACGCTATATACATAGAATATAACGCTATATACATAGAATATAACGCTATATAC SH17224 17224 94 42 YHR041C_8_189855_189122_INTRON_15_115 3' exon #REF! #REF! 161 13 GGCTCTTTCCACGGGCTCTTTCCACGGGCTCTTTCCACGGGCTCTTTCCACGGGCTCTTT SH17225 17225 15 31 YHR041C_8_189855_189122_INTRON_15_115 3' exon #REF! #REF! 181 17 CAGTTCCGTTAGTGTAGCAGTTCCGTTAGTGTAGCAGTTCCGTTAGTGTAGCAGTTCCGT SH17226 17226 40 145 YHR077C_8_255757_252375_INTRON_7_119 5' exon #REF! #REF! 1 20 TGCAGATACAATATTAGATTTGCAGATACAATATTAGATTTGCAGATACAATATTAGATT SH17227 17227 59 186 YHR077C_8_255757_252375_INTRON_7_119 5' exon #REF! #REF! 21 19 CTGTCCAATGTATTATCAACTGTCCAATGTATTATCAACTGTCCAATGTATTATCAACTG SH17228 17228 42 208 YHR077C_8_255757_252375_INTRON_7_119 exon/intron #REF! #REF! 41 19 CAAACATACGTCCATAATTCAAACATACGTCCATAATTCAAACATACGTCCATAATTCAA SH17229 17229 76 70 YHR077C_8_255757_252375_INTRON_7_119 intron #REF! #REF! 61 17 GGCCACAGTAAGATAAAGGCCACAGTAAGATAAAGGCCACAGTAAGATAAAGGCCACAGT SH17230 17230 84 118 YHR077C_8_255757_252375_INTRON_7_119 intron #REF! #REF! 81 15 GTACTGAAAGGCCGAGTACTGAAAGGCCGAGTACTGAAAGGCCGAGTACTGAAAGGCCGA SH17231 17231 51 123 YHR077C_8_255757_252375_INTRON_7_119 intron #REF! #REF! 101 20 AAGAAGTTAGTATAAAACCTAAGAAGTTAGTATAAAACCTAAGAAGTTAGTATAAAACCT SH17232 17232 51 145 YHR077C_8_255757_252375_INTRON_7_119 intron #REF! #REF! 121 20 TAGTTTACAACGATCAATAATAGTTTACAACGATCAATAATAGTTTACAACGATCAATAA SH17233 17233 86 71 YHR077C_8_255757_252375_INTRON_7_119 intron #REF! #REF! 141 18 GATACATAATTGTTACCGGATACATAATTGTTACCGGATACATAATTGTTACCGGATACA SH17234 17234 12 47 YHR077C_8_255757_252375_INTRON_7_119 intron/exon #REF! #REF! 161 13 TCCGTCCATCCTGTCCGTCCATCCTGTCCGTCCATCCTGTCCGTCCATCCTGTCCGTCCA SH17235 17235 27 38 YHR077C_8_255757_252375_INTRON_7_119 3' exon #REF! #REF! 181 18 GTGTTCAAATCATGCAATGTGTTCAAATCATGCAATGTGTTCAAATCATGCAATGTGTTC SH17236 17236 76 50 YHR079C-A_8_262554_262193_INTRON_114_199 5' exon #REF! #REF! 1 18 CTTTATCAGGTTGCCATTCTTTATCAGGTTGCCATTCTTTATCAGGTTGCCATTCTTTAT SH17237 17237 27 108 YHR079C-A_8_262554_262193_INTRON_114_199 5' exon #REF! #REF! 21 18 TTAGACAATTGCTCAAACTTAGACAATTGCTCAAACTTAGACAATTGCTCAAACTTAGAC SH17238 17238 79 94 YHR079C-A_8_262554_262193_INTRON_114_199 exon/intron #REF! #REF! 41 20 AGCTACATACTTTTTCTTTTAGCTACATACTTTTTCTTTTAGCTACATACTTTTTCTTTT SH17239 17239 34 28 YHR079C-A_8_262554_262193_INTRON_114_199 intron #REF! #REF! 61 17 TGCCGACTGGAAAAAATTGCCGACTGGAAAAAATTGCCGACTGGAAAAAATTGCCGACTG SH17240 17240 58 97 YHR079C-A_8_262554_262193_INTRON_114_199 intron #REF! #REF! 81 20 TTTTTGTTTGTTATACCGATTTTTTGTTTGTTATACCGATTTTTTGTTTGTTATACCGAT SH17241 17241 33 162 YHR079C-A_8_262554_262193_INTRON_114_199 intron #REF! #REF! 101 22 GTTAATAACAGAAACTAAATATGTTAATAACAGAAACTAAATATGTTAATAACAGAAACT SH17242 17242 88 55 YHR079C-A_8_262554_262193_INTRON_114_199 intron/exon #REF! #REF! 121 18 CACTTTGACAAGTTCTGTCACTTTGACAAGTTCTGTCACTTTGACAAGTTCTGTCACTTT SH17243 17243 49 7 YHR079C-A_8_262554_262193_INTRON_114_199 3' exon #REF! #REF! 141 20 GAAATTTTTTTTGGTGTCTCGAAATTTTTTTTGGTGTCTCGAAATTTTTTTTGGTGTCTC SH17244 17244 67 134 YHR079C-A_8_262554_262193_INTRON_114_199 3' exon #REF! #REF! 161 17 CTTTAATGTACGTCGAGCTTTAATGTACGTCGAGCTTTAATGTACGTCGAGCTTTAATGT SH17245 17245 47 90 YHR097C_8_298611_297387_INTRON_126_249 5' exon #REF! #REF! 1 15 TCTGTCCTCTGAAGGTCTGTCCTCTGAAGGTCTGTCCTCTGAAGGTCTGTCCTCTGAAGG SH17246 17246 30 66 YHR097C_8_298611_297387_INTRON_126_249 5' exon #REF! #REF! 21 16 CGTTTCATCCCTGCTTCGTTTCATCCCTGCTTCGTTTCATCCCTGCTTCGTTTCATCCCT SH17247 17247 57 163 YHR097C_8_298611_297387_INTRON_126_249 exon/intron #REF! #REF! 41 20 CTACACATACTTATAATTCCCTACACATACTTATAATTCCCTACACATACTTATAATTCC SH17248 17248 77 177 YHR097C_8_298611_297387_INTRON_126_249 intron #REF! #REF! 61 17 CAATTTTGGGAGTGGAGCAATTTTGGGAGTGGAGCAATTTTGGGAGTGGAGCAATTTTGG SH17249 17249 63 75 YHR097C_8_298611_297387_INTRON_126_249 intron #REF! #REF! 81 18 ACTGTTAGTTACACTGTAACTGTTAGTTACACTGTAACTGTTAGTTACACTGTAACTGTT SH17250 17250 81 94 YHR097C_8_298611_297387_INTRON_126_249 intron #REF! #REF! 101 18 AGTATTCTGAAGTAGTCAAGTATTCTGAAGTAGTCAAGTATTCTGAAGTAGTCAAGTATT SH17251 17251 39 162 YHR097C_8_298611_297387_INTRON_126_249 intron #REF! #REF! 121 18 AGGAGAAAAAGAGTTAAGAGGAGAAAAAGAGTTAAGAGGAGAAAAAGAGTTAAGAGGAGA SH17252 17252 31 19 YHR097C_8_298611_297387_INTRON_126_249 intron #REF! #REF! 141 20 GATTATCTCAATCGATTTTGGATTATCTCAATCGATTTTGGATTATCTCAATCGATTTTG SH17253 17253 59 138 YHR097C_8_298611_297387_INTRON_126_249 intron/exon #REF! #REF! 161 19 GGTTACTGCAATAATTATGGGTTACTGCAATAATTATGGGTTACTGCAATAATTATGGGT SH17254 17254 77 150 YHR097C_8_298611_297387_INTRON_126_249 3' exon #REF! #REF! 181 21 GTGTCATCTTCATTTAAAAATGTGTCATCTTCATTTAAAAATGTGTCATCTTCATTTAAA SH17255 17255 19 48 YHR097C_8_298611_297387_INTRON_126_249 3' exon #REF! #REF! 201 13 TGGGCCCTCCTAGTGGGCCCTCCTAGTGGGCCCTCCTAGTGGGCCCTCCTAGTGGGCCCT SH17256 17256 82 132 YHR101C_8_315970_314876_INTRON_111_197 5' exon #REF! #REF! 1 17 GTCTGGTTTTGCAATTCGTCTGGTTTTGCAATTCGTCTGGTTTTGCAATTCGTCTGGTTT SH17257 17257 8 157 YHR101C_8_315970_314876_INTRON_111_197 5' exon #REF! #REF! 21 18 AAGAATATTGCAGGAACAAAGAATATTGCAGGAACAAAGAATATTGCAGGAACAAAGAAT SH17258 17258 18 152 YHR101C_8_315970_314876_INTRON_111_197 exon/intron #REF! #REF! 41 18 CTACATACAGTTTGTAAGCTACATACAGTTTGTAAGCTACATACAGTTTGTAAGCTACAT SH17259 17259 7 118 YHR101C_8_315970_314876_INTRON_111_197 intron #REF! #REF! 61 20 CTAAAGATTAATGTTTCTTGCTAAAGATTAATGTTTCTTGCTAAAGATTAATGTTTCTTG SH17260 17260 92 195 YHR101C_8_315970_314876_INTRON_111_197 intron #REF! #REF! 81 22 TTAGTAAGAAAAATGAAAGTTATTAGTAAGAAAAATGAAAGTTATTAGTAAGAAAAATGA SH17261 17261 56 118 YHR101C_8_315970_314876_INTRON_111_197 intron #REF! #REF! 101 20 TATGTGTATAACATCTAGTTTATGTGTATAACATCTAGTTTATGTGTATAACATCTAGTT SH17262 17262 8 176 YHR101C_8_315970_314876_INTRON_111_197 intron/exon #REF! #REF! 121 20 GTTCTATCCAAAAGTACAAAGTTCTATCCAAAAGTACAAAGTTCTATCCAAAAGTACAAA SH17263 17263 8 124 YHR101C_8_315970_314876_INTRON_111_197 3' exon #REF! #REF! 141 18 TACTTTAAAATACCGGGATACTTTAAAATACCGGGATACTTTAAAATACCGGGATACTTT SH17264 17264 73 138 YHR101C_8_315970_314876_INTRON_111_197 3' exon #REF! #REF! 161 18 CCCTATCATAATCCTCTTCCCTATCATAATCCTCTTCCCTATCATAATCCTCTTCCCTAT SH17265 17265 38 47 YHR123W_8_354817_356083_INTRON_51_141 5' exon #REF! #REF! 1 18 CGGAACAAAATATCCCATCGGAACAAAATATCCCATCGGAACAAAATATCCCATCGGAAC SH17266 17266 72 155 YHR123W_8_354817_356083_INTRON_51_141 5' exon #REF! #REF! 21 20 TTAGATTTTCGATATGTGAATTAGATTTTCGATATGTGAATTAGATTTTCGATATGTGAA SH17267 17267 6 179 YHR123W_8_354817_356083_INTRON_51_141 exon/intron #REF! #REF! 41 20 CTTCACATACTTATATGACTCTTCACATACTTATATGACTCTTCACATACTTATATGACT SH17268 17268 66 151 YHR123W_8_354817_356083_INTRON_51_141 intron #REF! #REF! 61 13 CAGCCAATGGACGCAGCCAATGGACGCAGCCAATGGACGCAGCCAATGGACGCAGCCAAT SH17269 17269 29 24 YHR123W_8_354817_356083_INTRON_51_141 intron #REF! #REF! 81 17 CTTCTGACTTCTGCACTCTTCTGACTTCTGCACTCTTCTGACTTCTGCACTCTTCTGACT SH17270 17270 47 134 YHR123W_8_354817_356083_INTRON_51_141 intron #REF! #REF! 101 20 ATTGTTGAAAGTTAGTAACAATTGTTGAAAGTTAGTAACAATTGTTGAAAGTTAGTAACA SH17271 17271 8 88 YHR123W_8_354817_356083_INTRON_51_141 intron #REF! #REF! 121 21 CTATCATGAAAAGGAATAAAACTATCATGAAAAGGAATAAAACTATCATGAAAAGGAATA SH17272 17272 99 11 YHR123W_8_354817_356083_INTRON_51_141 intron/exon #REF! #REF! 141 18 GGTCTTCACTTTGATATCGGTCTTCACTTTGATATCGGTCTTCACTTTGATATCGGTCTT SH17273 17273 58 178 YHR123W_8_354817_356083_INTRON_51_141 3' exon #REF! #REF! 161 15 CTTCGATACCAGCGACTTCGATACCAGCGACTTCGATACCAGCGACTTCGATACCAGCGA SH17274 17274 32 174 YHR141C_8_382752_381991_INTRON_5_445 5' exon #REF! #REF! 1 20 CTCCTTCAATTTACGTTAAACTCCTTCAATTTACGTTAAACTCCTTCAATTTACGTTAAA SH17275 17275 61 89 YHR141C_8_382752_381991_INTRON_5_445 5' exon #REF! #REF! 21 21 CTGATTGTTTTTTTGCTTAATCTGATTGTTTTTTTGCTTAATCTGATTGTTTTTTTGCTT SH17276 17276 100 141 YHR141C_8_382752_381991_INTRON_5_445 exon/intron #REF! #REF! 41 18 CCACATACCCATTATTACCCACATACCCATTATTACCCACATACCCATTATTACCCACAT SH17277 17277 81 102 YHR141C_8_382752_381991_INTRON_5_445 intron #REF! #REF! 61 18 GTTTGTCTATTCCTAATCGTTTGTCTATTCCTAATCGTTTGTCTATTCCTAATCGTTTGT SH17278 17278 25 5 YHR141C_8_382752_381991_INTRON_5_445 intron #REF! #REF! 81 20 CCTAATGGAGATAAATAACACCTAATGGAGATAAATAACACCTAATGGAGATAAATAACA SH17279 17279 80 29 YHR141C_8_382752_381991_INTRON_5_445 intron #REF! #REF! 101 17 TAATTACACTCTCACGCTAATTACACTCTCACGCTAATTACACTCTCACGCTAATTACAC SH17280 17280 35 146 YHR141C_8_382752_381991_INTRON_5_445 intron #REF! #REF! 121 17 TTCTAGTAGTACCTGTGTTCTAGTAGTACCTGTGTTCTAGTAGTACCTGTGTTCTAGTAG SH17281 17281 67 163 YHR141C_8_382752_381991_INTRON_5_445 intron #REF! #REF! 141 22 GGATATTTTAAAAAGTTCTTTAGGATATTTTAAAAAGTTCTTTAGGATATTTTAAAAAGT SH17282 17282 59 75 YHR141C_8_382752_381991_INTRON_5_445 intron #REF! #REF! 161 15 GCCCTACGATTCAGGGCCCTACGATTCAGGGCCCTACGATTCAGGGCCCTACGATTCAGG SH17283 17283 62 21 YHR141C_8_382752_381991_INTRON_5_445 intron #REF! #REF! 181 17 GTTTCTTGCTTGACATGGTTTCTTGCTTGACATGGTTTCTTGCTTGACATGGTTTCTTGC SH17284 17284 54 99 YHR141C_8_382752_381991_INTRON_5_445 intron #REF! #REF! 201 22 AGTAAATGAAGTTTAATAACTAAGTAAATGAAGTTTAATAACTAAGTAAATGAAGTTTAA SH17285 17285 83 35 YHR141C_8_382752_381991_INTRON_5_445 intron #REF! #REF! 221 20 ATATTTAACTAGCTCAAAAGATATTTAACTAGCTCAAAAGATATTTAACTAGCTCAAAAG SH17286 17286 87 176 YHR141C_8_382752_381991_INTRON_5_445 intron #REF! #REF! 241 20 TACTTTAGGAAATGATGAAATACTTTAGGAAATGATGAAATACTTTAGGAAATGATGAAA SH17287 17287 21 123 YHR141C_8_382752_381991_INTRON_5_445 intron #REF! #REF! 261 17 ATCATTCAGGTGTTCAGATCATTCAGGTGTTCAGATCATTCAGGTGTTCAGATCATTCAG SH17288 17288 7 106 YHR141C_8_382752_381991_INTRON_5_445 intron #REF! #REF! 281 20 TTATTAAAAGGGCCAATAAATTATTAAAAGGGCCAATAAATTATTAAAAGGGCCAATAAA SH17289 17289 85 87 YHR141C_8_382752_381991_INTRON_5_445 intron #REF! #REF! 301 18 ATTTTCTAACCAGAGTTCATTTTCTAACCAGAGTTCATTTTCTAACCAGAGTTCATTTTC SH17290 17290 34 144 YHR141C_8_382752_381991_INTRON_5_445 intron #REF! #REF! 321 20 TTACTAATGATATCCTCAATTTACTAATGATATCCTCAATTTACTAATGATATCCTCAAT SH17291 17291 32 55 YHR141C_8_382752_381991_INTRON_5_445 intron #REF! #REF! 341 20 TCACAAATATCTAATGAGTATCACAAATATCTAATGAGTATCACAAATATCTAATGAGTA SH17292 17292 32 15 YHR141C_8_382752_381991_INTRON_5_445 intron #REF! #REF! 361 16 GGGGAAACGGCTAAATGGGGAAACGGCTAAATGGGGAAACGGCTAAATGGGGAAACGGCT SH17293 17293 82 115 YHR141C_8_382752_381991_INTRON_5_445 intron #REF! #REF! 381 20 TTAGTTGTATCTTTTTTCTGTTAGTTGTATCTTTTTTCTGTTAGTTGTATCTTTTTTCTG SH17294 17294 91 81 YHR141C_8_382752_381991_INTRON_5_445 intron #REF! #REF! 401 18 ATTTGACTGCACATGTAAATTTGACTGCACATGTAAATTTGACTGCACATGTAAATTTGA SH17295 17295 82 87 YHR141C_8_382752_381991_INTRON_5_445 intron #REF! #REF! 421 22 GTAATTGATCTTAAAAAAAAAGGTAATTGATCTTAAAAAAAAAGGTAATTGATCTTAAAA SH17296 17296 42 203 YHR141C_8_382752_381991_INTRON_5_445 intron #REF! #REF! 441 20 CATGATAGTTGATTGTTAGTCATGATAGTTGATTGTTAGTCATGATAGTTGATTGTTAGT SH17297 17297 17 211 YHR141C_8_382752_381991_INTRON_5_445 intron #REF! #REF! 461 19 GATATCACAGCAAATTTAGGATATCACAGCAAATTTAGGATATCACAGCAAATTTAGGAT SH17298 17298 10 33 YHR141C_8_382752_381991_INTRON_5_445 intron/exon #REF! #REF! 481 18 ACGTTAACTGGTTCAAAAACGTTAACTGGTTCAAAAACGTTAACTGGTTCAAAAACGTTA SH17299 17299 77 133 YHR141C_8_382752_381991_INTRON_5_445 3' exon #REF! #REF! 501 17 GGTCTTTCTGGTCTTTGGGTCTTTCTGGTCTTTGGGTCTTTCTGGTCTTTGGGTCTTTCT SH17300 17300 38 14 YHR141C_8_382752_381991_INTRON_5_445 3' exon #REF! #REF! 521 17 CAGGTCTTACCCTTACACAGGTCTTACCCTTACACAGGTCTTACCCTTACACAGGTCTTA SH17301 17301 22 118 YHR203C_8_505526_504472_INTRON_15_283 5' exon #REF! #REF! 1 21 GTGTATCTATTGTTATACTTAGTGTATCTATTGTTATACTTAGTGTATCTATTGTTATAC SH17302 17302 10 5 YHR203C_8_505526_504472_INTRON_15_283 5' exon #REF! #REF! 21 17 TCTTTCCTCAATAGTGGTCTTTCCTCAATAGTGGTCTTTCCTCAATAGTGGTCTTTCCTC SH17303 17303 13 191 YHR203C_8_505526_504472_INTRON_15_283 exon/intron #REF! #REF! 41 15 CATACGGTCCTCTAGCATACGGTCCTCTAGCATACGGTCCTCTAGCATACGGTCCTCTAG SH17304 17304 45 167 YHR203C_8_505526_504472_INTRON_15_283 intron #REF! #REF! 61 20 CTTCATTTTTTTAGGTGGAACTTCATTTTTTTAGGTGGAACTTCATTTTTTTAGGTGGAA SH17305 17305 89 179 YHR203C_8_505526_504472_INTRON_15_283 intron #REF! #REF! 81 18 TATCTTGTTTTGCCAACTTATCTTGTTTTGCCAACTTATCTTGTTTTGCCAACTTATCTT SH17306 17306 30 94 YHR203C_8_505526_504472_INTRON_15_283 intron #REF! #REF! 101 18 CCATCTTCAAAGAAAACTCCATCTTCAAAGAAAACTCCATCTTCAAAGAAAACTCCATCT SH17307 17307 14 16 YHR203C_8_505526_504472_INTRON_15_283 intron #REF! #REF! 121 16 CCAATCATGAGAGGGTCCAATCATGAGAGGGTCCAATCATGAGAGGGTCCAATCATGAGA SH17308 17308 80 148 YHR203C_8_505526_504472_INTRON_15_283 intron #REF! #REF! 141 17 CTTTGGTGCAAATCACTCTTTGGTGCAAATCACTCTTTGGTGCAAATCACTCTTTGGTGC SH17309 17309 78 97 YHR203C_8_505526_504472_INTRON_15_283 intron #REF! #REF! 161 15 CTTTAGTCCGCATCGCTTTAGTCCGCATCGCTTTAGTCCGCATCGCTTTAGTCCGCATCG SH17310 17310 38 160 YHR203C_8_505526_504472_INTRON_15_283 intron #REF! #REF! 181 20 GATAAACACAACTCTTATATGATAAACACAACTCTTATATGATAAACACAACTCTTATAT SH17311 17311 19 56 YHR203C_8_505526_504472_INTRON_15_283 intron #REF! #REF! 201 19 GAATTCTATCTTCCAGATAGAATTCTATCTTCCAGATAGAATTCTATCTTCCAGATAGAA SH17312 17312 21 200 YHR203C_8_505526_504472_INTRON_15_283 intron #REF! #REF! 221 18 AGGATAAAGTTTCTCATCAGGATAAAGTTTCTCATCAGGATAAAGTTTCTCATCAGGATA SH17313 17313 82 28 YHR203C_8_505526_504472_INTRON_15_283 intron #REF! #REF! 241 20 AATGCTTATCTGTTACTTAAAATGCTTATCTGTTACTTAAAATGCTTATCTGTTACTTAA SH17314 17314 84 152 YHR203C_8_505526_504472_INTRON_15_283 intron #REF! #REF! 261 18 TTAGTAAAAATATCCCGCTTAGTAAAAATATCCCGCTTAGTAAAAATATCCCGCTTAGTA SH17315 17315 44 26 YHR203C_8_505526_504472_INTRON_15_283 intron #REF! #REF! 281 20 AACATTATTAAACGTACTCTAACATTATTAAACGTACTCTAACATTATTAAACGTACTCT SH17316 17316 74 34 YHR203C_8_505526_504472_INTRON_15_283 intron/exon #REF! #REF! 301 22 TTTCTATATGAAAAATCGTATTTTTCTATATGAAAAATCGTATTTTTCTATATGAAAAAT SH17317 17317 24 8 YHR203C_8_505526_504472_INTRON_15_283 3' exon #REF! #REF! 321 18 TCTCTTTAGATGCTTCTTTCTCTTTAGATGCTTCTTTCTCTTTAGATGCTTCTTTCTCTT SH17318 17318 73 83 YHR203C_8_505526_504472_INTRON_15_283 3' exon #REF! #REF! 341 13 GTGTGGAGCTGCTGTGTGGAGCTGCTGTGTGGAGCTGCTGTGTGGAGCTGCTGTGTGGAG SH17319 17319 37 68 YIL004C_9_348502_347943_INTRON_12_142 5' exon #REF! #REF! 1 18 GGCTCTTCAATCACATTTGGCTCTTCAATCACATTTGGCTCTTCAATCACATTTGGCTCT SH17320 17320 59 117 YIL004C_9_348502_347943_INTRON_12_142 5' exon #REF! #REF! 21 17 GTGTAGCCTAGTGTTGTGTGTAGCCTAGTGTTGTGTGTAGCCTAGTGTTGTGTGTAGCCT SH17321 17321 66 116 YIL004C_9_348502_347943_INTRON_12_142 exon/intron #REF! #REF! 41 17 CTCATACCTTGAACTCACTCATACCTTGAACTCACTCATACCTTGAACTCACTCATACCT SH17322 17322 6 14 YIL004C_9_348502_347943_INTRON_12_142 intron #REF! #REF! 61 22 TAACTTTAGAATAGTCTAATAATAACTTTAGAATAGTCTAATAATAACTTTAGAATAGTC SH17323 17323 35 37 YIL004C_9_348502_347943_INTRON_12_142 intron #REF! #REF! 81 17 CAAAAAGCGCTACTCTACAAAAAGCGCTACTCTACAAAAAGCGCTACTCTACAAAAAGCG SH17324 17324 54 144 YIL004C_9_348502_347943_INTRON_12_142 intron #REF! #REF! 101 18 GGTGTTATGGTAGATGTTGGTGTTATGGTAGATGTTGGTGTTATGGTAGATGTTGGTGTT SH17325 17325 62 211 YIL004C_9_348502_347943_INTRON_12_142 intron #REF! #REF! 121 18 TCAATAACTCCCAATATCTCAATAACTCCCAATATCTCAATAACTCCCAATATCTCAATA SH17326 17326 57 97 YIL004C_9_348502_347943_INTRON_12_142 intron #REF! #REF! 141 17 AAACGAAGTTCACTCGTAAACGAAGTTCACTCGTAAACGAAGTTCACTCGTAAACGAAGT SH17327 17327 73 164 YIL004C_9_348502_347943_INTRON_12_142 intron #REF! #REF! 161 18 TATACACACGCTATAGTTTATACACACGCTATAGTTTATACACACGCTATAGTTTATACA SH17328 17328 5 21 YIL004C_9_348502_347943_INTRON_12_142 intron/exon #REF! #REF! 181 13 CCCCCTGCAAATCCCCCCTGCAAATCCCCCCTGCAAATCCCCCCTGCAAATCCCCCCTGC SH17329 17329 24 166 YIL004C_9_348502_347943_INTRON_12_142 3' exon #REF! #REF! 201 17 CCAGTATCACGTTGATACCAGTATCACGTTGATACCAGTATCACGTTGATACCAGTATCA SH17330 17330 88 154 YIL018W_9_316766_317930_INTRON_5_404 5' exon #REF! #REF! 1 20 TGAGTTTATGACAAATAGTATGAGTTTATGACAAATAGTATGAGTTTATGACAAATAGTA SH17331 17331 60 181 YIL018W_9_316766_317930_INTRON_5_404 5' exon #REF! #REF! 21 17 ACTTTGTGGTTTCTTGGACTTTGTGGTTTCTTGGACTTTGTGGTTTCTTGGACTTTGTGG SH17332 17332 12 14 YIL018W_9_316766_317930_INTRON_5_404 exon/intron #REF! #REF! 41 18 AAACATACCCATTGTTCAAAACATACCCATTGTTCAAAACATACCCATTGTTCAAAACAT SH17333 17333 26 138 YIL018W_9_316766_317930_INTRON_5_404 intron #REF! #REF! 61 20 CCATAATTATGCGATATAATCCATAATTATGCGATATAATCCATAATTATGCGATATAAT SH17334 17334 81 32 YIL018W_9_316766_317930_INTRON_5_404 intron #REF! #REF! 81 19 GAATCCTTCATAACATTTGGAATCCTTCATAACATTTGGAATCCTTCATAACATTTGGAA SH17335 17335 56 2 YIL018W_9_316766_317930_INTRON_5_404 intron #REF! #REF! 101 20 CAAAACATCTAAGTCATAGACAAAACATCTAAGTCATAGACAAAACATCTAAGTCATAGA SH17336 17336 51 98 YIL018W_9_316766_317930_INTRON_5_404 intron #REF! #REF! 121 20 GAAAATAAAATGTACCGATTGAAAATAAAATGTACCGATTGAAAATAAAATGTACCGATT SH17337 17337 103 155 YIL018W_9_316766_317930_INTRON_5_404 intron #REF! #REF! 141 18 AATATGCAGAAGGATACTAATATGCAGAAGGATACTAATATGCAGAAGGATACTAATATG SH17338 17338 36 43 YIL018W_9_316766_317930_INTRON_5_404 intron #REF! #REF! 161 16 GCTGCTATGTTGCCTTGCTGCTATGTTGCCTTGCTGCTATGTTGCCTTGCTGCTATGTTG SH17339 17339 32 54 YIL018W_9_316766_317930_INTRON_5_404 intron #REF! #REF! 181 20 AACATCAAAAAAGCTTTCTTAACATCAAAAAAGCTTTCTTAACATCAAAAAAGCTTTCTT SH17340 17340 86 16 YIL018W_9_316766_317930_INTRON_5_404 intron #REF! #REF! 201 17 TAATCGTTTCGAAGACGTAATCGTTTCGAAGACGTAATCGTTTCGAAGACGTAATCGTTT SH17341 17341 64 65 YIL018W_9_316766_317930_INTRON_5_404 intron #REF! #REF! 221 18 GCATTTAAAAGACCCTGAGCATTTAAAAGACCCTGAGCATTTAAAAGACCCTGAGCATTT SH17342 17342 69 10 YIL018W_9_316766_317930_INTRON_5_404 intron #REF! #REF! 241 18 TTTCAATAAGTCCCGATATTTCAATAAGTCCCGATATTTCAATAAGTCCCGATATTTCAA SH17343 17343 83 185 YIL018W_9_316766_317930_INTRON_5_404 intron #REF! #REF! 261 20 ATTCATAAGTGTAATATGTCATTCATAAGTGTAATATGTCATTCATAAGTGTAATATGTC SH17344 17344 56 74 YIL018W_9_316766_317930_INTRON_5_404 intron #REF! #REF! 281 17 CTTTGATAGCCAACGTCCTTTGATAGCCAACGTCCTTTGATAGCCAACGTCCTTTGATAG SH17345 17345 52 181 YIL018W_9_316766_317930_INTRON_5_404 intron #REF! #REF! 301 17 AGGAAAGGCTTATTCTCAGGAAAGGCTTATTCTCAGGAAAGGCTTATTCTCAGGAAAGGC SH17346 17346 18 51 YIL018W_9_316766_317930_INTRON_5_404 intron #REF! #REF! 321 20 CTGTTGTCATGATACAAAATCTGTTGTCATGATACAAAATCTGTTGTCATGATACAAAAT SH17347 17347 11 176 YIL018W_9_316766_317930_INTRON_5_404 intron #REF! #REF! 341 15 CAAAGCGACAGAACCCAAAGCGACAGAACCCAAAGCGACAGAACCCAAAGCGACAGAACC SH17348 17348 33 57 YIL018W_9_316766_317930_INTRON_5_404 intron #REF! #REF! 361 16 GGCAAAGTAAAAGGCCGGCAAAGTAAAAGGCCGGCAAAGTAAAAGGCCGGCAAAGTAAAA SH17349 17349 63 41 YIL018W_9_316766_317930_INTRON_5_404 intron #REF! #REF! 381 22 CGAAAGTTTTTTCATTATCAAACGAAAGTTTTTTCATTATCAAACGAAAGTTTTTTCATT SH17350 17350 12 9 YIL018W_9_316766_317930_INTRON_5_404 intron #REF! #REF! 401 20 CTGTTAGTAAATATTTCTCGCTGTTAGTAAATATTTCTCGCTGTTAGTAAATATTTCTCG SH17351 17351 81 110 YIL018W_9_316766_317930_INTRON_5_404 intron #REF! #REF! 421 18 GGAAAAAAATTCTCGATCGGAAAAAAATTCTCGATCGGAAAAAAATTCTCGATCGGAAAA SH17352 17352 2 27 YIL018W_9_316766_317930_INTRON_5_404 intron/exon #REF! #REF! 441 20 ATAACTCTACCTGTTTAAATATAACTCTACCTGTTTAAATATAACTCTACCTGTTTAAAT SH17353 17353 52 141 YIL018W_9_316766_317930_INTRON_5_404 3' exon #REF! #REF! 461 17 CCTTTCTTTGGTTACGACCTTTCTTTGGTTACGACCTTTCTTTGGTTACGACCTTTCTTT SH17354 17354 50 196 YIL018W_9_316766_317930_INTRON_5_404 3' exon #REF! #REF! 481 17 GGTGAAGATAGAACCAGGGTGAAGATAGAACCAGGGTGAAGATAGAACCAGGGTGAAGAT SH17355 17355 43 209 YIL052C_9_257061_256224_INTRON_38_509 5' exon #REF! #REF! 1 18 GCCATTTTTAGGGTTGTTGCCATTTTTAGGGTTGTTGCCATTTTTAGGGTTGTTGCCATT SH17356 17356 79 209 YIL052C_9_257061_256224_INTRON_38_509 5' exon #REF! #REF! 21 18 TTCTGAAAGTAACACGTTTTCTGAAAGTAACACGTTTTCTGAAAGTAACACGTTTTCTGA SH17357 17357 42 26 YIL052C_9_257061_256224_INTRON_38_509 exon/intron #REF! #REF! 41 19 GTAACATACATGGATTTCTGTAACATACATGGATTTCTGTAACATACATGGATTTCTGTA SH17358 17358 35 106 YIL052C_9_257061_256224_INTRON_38_509 intron #REF! #REF! 61 21 GAAAACTCAAAAAAATAGTTCGAAAACTCAAAAAAATAGTTCGAAAACTCAAAAAAATAG SH17359 17359 83 164 YIL052C_9_257061_256224_INTRON_38_509 intron #REF! #REF! 81 20 GTTCATAATAAGTTTTCATGGTTCATAATAAGTTTTCATGGTTCATAATAAGTTTTCATG SH17360 17360 48 144 YIL052C_9_257061_256224_INTRON_38_509 intron #REF! #REF! 101 22 GTTCAAAATAAGTTCATAATAAGTTCAAAATAAGTTCATAATAAGTTCAAAATAAGTTCA SH17361 17361 32 127 YIL052C_9_257061_256224_INTRON_38_509 intron #REF! #REF! 121 18 TTTTCCCACAATGAAAGTTTTTCCCACAATGAAAGTTTTTCCCACAATGAAAGTTTTTCC SH17362 17362 93 84 YIL052C_9_257061_256224_INTRON_38_509 intron #REF! #REF! 141 17 CGTTCGCCTTTTAACCTCGTTCGCCTTTTAACCTCGTTCGCCTTTTAACCTCGTTCGCCT SH17363 17363 72 193 YIL052C_9_257061_256224_INTRON_38_509 intron #REF! #REF! 161 17 ACGCTTCTCTAAATAGCACGCTTCTCTAAATAGCACGCTTCTCTAAATAGCACGCTTCTC SH17364 17364 41 86 YIL052C_9_257061_256224_INTRON_38_509 intron #REF! #REF! 181 19 GTTCTTCCTATTTCTAAGTGTTCTTCCTATTTCTAAGTGTTCTTCCTATTTCTAAGTGTT SH17365 17365 10 161 YIL052C_9_257061_256224_INTRON_38_509 intron #REF! #REF! 201 16 CCCCTATCGATGATCTCCCCTATCGATGATCTCCCCTATCGATGATCTCCCCTATCGATG SH17366 17366 56 102 YIL052C_9_257061_256224_INTRON_38_509 intron #REF! #REF! 221 18 GAAAGTTCTTGCATAGTTGAAAGTTCTTGCATAGTTGAAAGTTCTTGCATAGTTGAAAGT SH17367 17367 3 136 YIL052C_9_257061_256224_INTRON_38_509 intron #REF! #REF! 241 20 TTAATGTCATGCCAATATATTTAATGTCATGCCAATATATTTAATGTCATGCCAATATAT SH17368 17368 55 52 YIL052C_9_257061_256224_INTRON_38_509 intron #REF! #REF! 261 18 TTCATGCTGTCTAATGTTTTCATGCTGTCTAATGTTTTCATGCTGTCTAATGTTTTCATG SH17369 17369 10 83 YIL052C_9_257061_256224_INTRON_38_509 intron #REF! #REF! 281 18 ACATTACTGGATACTGTTACATTACTGGATACTGTTACATTACTGGATACTGTTACATTA SH17370 17370 79 32 YIL052C_9_257061_256224_INTRON_38_509 intron #REF! #REF! 301 18 AAGTCAACTTATTGCTGTAAGTCAACTTATTGCTGTAAGTCAACTTATTGCTGTAAGTCA SH17371 17371 51 28 YIL052C_9_257061_256224_INTRON_38_509 intron #REF! #REF! 321 17 GTCTTCCACTTAGAAACGTCTTCCACTTAGAAACGTCTTCCACTTAGAAACGTCTTCCAC SH17372 17372 20 90 YIL052C_9_257061_256224_INTRON_38_509 intron #REF! #REF! 341 15 CCATTTGGGTCGACCCCATTTGGGTCGACCCCATTTGGGTCGACCCCATTTGGGTCGACC SH17373 17373 101 181 YIL052C_9_257061_256224_INTRON_38_509 intron #REF! #REF! 361 17 ACAGCGGAGAAAAATTCACAGCGGAGAAAAATTCACAGCGGAGAAAAATTCACAGCGGAG SH17374 17374 23 94 YIL052C_9_257061_256224_INTRON_38_509 intron #REF! #REF! 381 22 AATATTATCTCATTTCAATCTTAATATTATCTCATTTCAATCTTAATATTATCTCATTTC SH17375 17375 21 138 YIL052C_9_257061_256224_INTRON_38_509 intron #REF! #REF! 401 16 GGCGTTGCTGAATGAAGGCGTTGCTGAATGAAGGCGTTGCTGAATGAAGGCGTTGCTGAA SH17376 17376 27 160 YIL052C_9_257061_256224_INTRON_38_509 intron #REF! #REF! 421 18 TGCTCCATATGAAAAGTATGCTCCATATGAAAAGTATGCTCCATATGAAAAGTATGCTCC SH17377 17377 87 102 YIL052C_9_257061_256224_INTRON_38_509 intron #REF! #REF! 441 17 TTAAGAACTTGAGTGGGTTAAGAACTTGAGTGGGTTAAGAACTTGAGTGGGTTAAGAACT SH17378 17378 45 189 YIL052C_9_257061_256224_INTRON_38_509 intron #REF! #REF! 461 20 TCACTTCTTTATTATCCTATTCACTTCTTTATTATCCTATTCACTTCTTTATTATCCTAT SH17379 17379 69 51 YIL052C_9_257061_256224_INTRON_38_509 intron #REF! #REF! 481 20 TTTCCCATTAATGTTAGTAATTTCCCATTAATGTTAGTAATTTCCCATTAATGTTAGTAA SH17380 17380 31 209 YIL052C_9_257061_256224_INTRON_38_509 intron #REF! #REF! 501 20 GTACGTAGTAAAGAGAAAATGTACGTAGTAAAGAGAAAATGTACGTAGTAAAGAGAAAAT SH17381 17381 88 28 YIL052C_9_257061_256224_INTRON_38_509 intron/exon #REF! #REF! 521 15 GAACGGGTGTTGTCTGAACGGGTGTTGTCTGAACGGGTGTTGTCTGAACGGGTGTTGTCT SH17382 17382 61 128 YIL052C_9_257061_256224_INTRON_38_509 3' exon #REF! #REF! 541 19 GTCTTAACAACCTTGATTTGTCTTAACAACCTTGATTTGTCTTAACAACCTTGATTTGTC SH17383 17383 12 214 YIL069C_9_232366_231550_INTRON_4_412 5' exon #REF! #REF! 1 15 TGCAGTGAGCTTCGATGCAGTGAGCTTCGATGCAGTGAGCTTCGATGCAGTGAGCTTCGA SH17384 17384 87 199 YIL069C_9_232366_231550_INTRON_4_412 5' exon #REF! #REF! 21 17 CTTCTGTAGGTACCTTACTTCTGTAGGTACCTTACTTCTGTAGGTACCTTACTTCTGTAG SH17385 17385 11 182 YIL069C_9_232366_231550_INTRON_4_412 exon/intron #REF! #REF! 41 20 TTCGACATACCATTTTTATTTTCGACATACCATTTTTATTTTCGACATACCATTTTTATT SH17386 17386 39 8 YIL069C_9_232366_231550_INTRON_4_412 intron #REF! #REF! 61 16 GCTGGTTCAGTACAAGGCTGGTTCAGTACAAGGCTGGTTCAGTACAAGGCTGGTTCAGTA SH17387 17387 48 163 YIL069C_9_232366_231550_INTRON_4_412 intron #REF! #REF! 81 18 CTTGCAGTCTGTTTCAATCTTGCAGTCTGTTTCAATCTTGCAGTCTGTTTCAATCTTGCA SH17388 17388 15 22 YIL069C_9_232366_231550_INTRON_4_412 intron #REF! #REF! 101 17 ATAACCGGAATAGAGCTATAACCGGAATAGAGCTATAACCGGAATAGAGCTATAACCGGA SH17389 17389 24 13 YIL069C_9_232366_231550_INTRON_4_412 intron #REF! #REF! 121 17 ATACAGCCACCCATAATATACAGCCACCCATAATATACAGCCACCCATAATATACAGCCA SH17390 17390 64 118 YIL069C_9_232366_231550_INTRON_4_412 intron #REF! #REF! 141 17 CCCGTGATTGTATTGTACCCGTGATTGTATTGTACCCGTGATTGTATTGTACCCGTGATT SH17391 17391 85 143 YIL069C_9_232366_231550_INTRON_4_412 intron #REF! #REF! 161 20 GATCTTTTTTGTTGGAAATTGATCTTTTTTGTTGGAAATTGATCTTTTTTGTTGGAAATT SH17392 17392 94 167 YIL069C_9_232366_231550_INTRON_4_412 intron #REF! #REF! 181 17 CACCAAACGTATCACTACACCAAACGTATCACTACACCAAACGTATCACTACACCAAACG SH17393 17393 44 97 YIL069C_9_232366_231550_INTRON_4_412 intron #REF! #REF! 201 21 CCAATTTGTATTTTAAACTTGCCAATTTGTATTTTAAACTTGCCAATTTGTATTTTAAAC SH17394 17394 17 198 YIL069C_9_232366_231550_INTRON_4_412 intron #REF! #REF! 221 17 CCGTAAAGTCCTTTAACCCGTAAAGTCCTTTAACCCGTAAAGTCCTTTAACCCGTAAAGT SH17395 17395 8 99 YIL069C_9_232366_231550_INTRON_4_412 intron #REF! #REF! 241 20 TTATTGCAATTCTTGTGTTTTTATTGCAATTCTTGTGTTTTTATTGCAATTCTTGTGTTT SH17396 17396 23 5 YIL069C_9_232366_231550_INTRON_4_412 intron #REF! #REF! 261 20 ACACAGAATAAATATTAGCAACACAGAATAAATATTAGCAACACAGAATAAATATTAGCA SH17397 17397 92 38 YIL069C_9_232366_231550_INTRON_4_412 intron #REF! #REF! 281 18 CTTACGTTACTGAGGAATCTTACGTTACTGAGGAATCTTACGTTACTGAGGAATCTTACG SH17398 17398 90 73 YIL069C_9_232366_231550_INTRON_4_412 intron #REF! #REF! 301 17 GGAATTTGTTCTCGCTGGGAATTTGTTCTCGCTGGGAATTTGTTCTCGCTGGGAATTTGT SH17399 17399 43 2 YIL069C_9_232366_231550_INTRON_4_412 intron #REF! #REF! 321 20 TTTTTTTATTCTTTCCAACCTTTTTTTATTCTTTCCAACCTTTTTTTATTCTTTCCAACC SH17400 17400 29 82 YIL069C_9_232366_231550_INTRON_4_412 intron #REF! #REF! 341 18 ACATTACAGCAGTACTTTACATTACAGCAGTACTTTACATTACAGCAGTACTTTACATTA SH17401 17401 51 3 YIL069C_9_232366_231550_INTRON_4_412 intron #REF! #REF! 361 20 TAATCAGAAAAATAATCCAGTAATCAGAAAAATAATCCAGTAATCAGAAAAATAATCCAG SH17402 17402 30 173 YIL069C_9_232366_231550_INTRON_4_412 intron #REF! #REF! 381 20 AGTAATCTAAACAGAACAATAGTAATCTAAACAGAACAATAGTAATCTAAACAGAACAAT SH17403 17403 95 213 YIL069C_9_232366_231550_INTRON_4_412 intron #REF! #REF! 401 20 CATTTTTAGCAGAATACGTTCATTTTTAGCAGAATACGTTCATTTTTAGCAGAATACGTT SH17404 17404 84 145 YIL069C_9_232366_231550_INTRON_4_412 intron #REF! #REF! 421 15 GCAAAGCTCACCAGTGCAAAGCTCACCAGTGCAAAGCTCACCAGTGCAAAGCTCACCAGT SH17405 17405 100 22 YIL069C_9_232366_231550_INTRON_4_412 intron/exon #REF! #REF! 441 23 CAGACTATAAAAAATAAAATGAACAGACTATAAAAAATAAAATGAACAGACTATAAAAAA SH17406 17406 49 211 YIL069C_9_232366_231550_INTRON_4_412 3' exon #REF! #REF! 461 13 GTGACAGCGTCAGGTGACAGCGTCAGGTGACAGCGTCAGGTGACAGCGTCAGGTGACAGC SH17407 17407 70 141 YIL069C_9_232366_231550_INTRON_4_412 3' exon #REF! #REF! 481 17 GAGATAACCTTTCTGGTGAGATAACCTTTCTGGTGAGATAACCTTTCTGGTGAGATAACC SH17408 17408 46 159 YIL106W_9_166412_167441_INTRON_21_105 5' exon #REF! #REF! 1 20 GTCCTTATTGAATTAGGAAAGTCCTTATTGAATTAGGAAAGTCCTTATTGAATTAGGAAA SH17409 17409 71 161 YIL106W_9_166412_167441_INTRON_21_105 5' exon #REF! #REF! 21 20 GAAAAGACATGGAAATTGAAGAAAAGACATGGAAATTGAAGAAAAGACATGGAAATTGAA SH17410 17410 22 11 YIL106W_9_166412_167441_INTRON_21_105 exon/intron #REF! #REF! 41 20 AGCAACATACAAATTTTGTAAGCAACATACAAATTTTGTAAGCAACATACAAATTTTGTA SH17411 17411 48 138 YIL106W_9_166412_167441_INTRON_21_105 intron #REF! #REF! 61 20 CTTGAAGTAGAAAAGAAAATCTTGAAGTAGAAAAGAAAATCTTGAAGTAGAAAAGAAAAT SH17412 17412 34 43 YIL106W_9_166412_167441_INTRON_21_105 intron #REF! #REF! 81 23 TTAATAAAAGATGAACAATAATATTAATAAAAGATGAACAATAATATTAATAAAAGATGA SH17413 17413 63 208 YIL106W_9_166412_167441_INTRON_21_105 intron #REF! #REF! 101 18 CTCATACCCAGTTTGTTACTCATACCCAGTTTGTTACTCATACCCAGTTTGTTACTCATA SH17414 17414 93 117 YIL106W_9_166412_167441_INTRON_21_105 intron/exon #REF! #REF! 121 17 GACTGCTTTCAAAAGGTGACTGCTTTCAAAAGGTGACTGCTTTCAAAAGGTGACTGCTTT SH17415 17415 65 167 YIL106W_9_166412_167441_INTRON_21_105 3' exon #REF! #REF! 141 13 TGGCCGGGACTTATGGCCGGGACTTATGGCCGGGACTTATGGCCGGGACTTATGGCCGGG SH17416 17416 22 205 YIL106W_9_166412_167441_INTRON_21_105 3' exon #REF! #REF! 161 18 GAAACCTCTAGTAGATCTGAAACCTCTAGTAGATCTGAAACCTCTAGTAGATCTGAAACC SH17417 17417 72 182 YIL111W_9_155219_155762_INTRON_2_89 5' exon #REF! #REF! 1 18 GTGAAAGTTTCCTGCAAAGTGAAAGTTTCCTGCAAAGTGAAAGTTTCCTGCAAAGTGAAA SH17418 17418 14 133 YIL111W_9_155219_155762_INTRON_2_89 5' exon #REF! #REF! 21 17 TATGTGGCGTTATTCCATATGTGGCGTTATTCCATATGTGGCGTTATTCCATATGTGGCG SH17419 17419 9 190 YIL111W_9_155219_155762_INTRON_2_89 exon/intron #REF! #REF! 41 20 TTATACATGCTCTTTACAATTTATACATGCTCTTTACAATTTATACATGCTCTTTACAAT SH17420 17420 73 5 YIL111W_9_155219_155762_INTRON_2_89 intron #REF! #REF! 61 20 AAAACAAAAATCAGTGTTTGAAAACAAAAATCAGTGTTTGAAAACAAAAATCAGTGTTTG SH17421 17421 3 156 YIL111W_9_155219_155762_INTRON_2_89 intron #REF! #REF! 81 20 ATGGATATCTTTTAAAACTCATGGATATCTTTTAAAACTCATGGATATCTTTTAAAACTC SH17422 17422 61 124 YIL111W_9_155219_155762_INTRON_2_89 intron #REF! #REF! 101 18 CACCTCGAATGTTAGTAACACCTCGAATGTTAGTAACACCTCGAATGTTAGTAACACCTC SH17423 17423 24 11 YIL111W_9_155219_155762_INTRON_2_89 intron #REF! #REF! 121 17 TGCAAAACTTGTGCTTGTGCAAAACTTGTGCTTGTGCAAAACTTGTGCTTGTGCAAAACT SH17424 17424 73 51 YIL111W_9_155219_155762_INTRON_2_89 3' exon #REF! #REF! 141 17 GTAAGAGAAGTACGCAAGTAAGAGAAGTACGCAAGTAAGAGAAGTACGCAAGTAAGAGAA SH17425 17425 102 203 YIL111W_9_155219_155762_INTRON_2_89 3' exon #REF! #REF! 161 13 TAGCCGTGCCCCTTAGCCGTGCCCCTTAGCCGTGCCCCTTAGCCGTGCCCCTTAGCCGTG SH17426 17426 79 184 YIL133C_9_99416_98527_INTRON_32_321 5' exon #REF! #REF! 1 18 TTCTCGATTTGTTCTTCATTCTCGATTTGTTCTTCATTCTCGATTTGTTCTTCATTCTCG SH17427 17427 71 167 YIL133C_9_99416_98527_INTRON_32_321 5' exon #REF! #REF! 21 17 AACTGGTTCAACAGACAAACTGGTTCAACAGACAAACTGGTTCAACAGACAAACTGGTTC SH17428 17428 42 192 YIL133C_9_99416_98527_INTRON_32_321 exon/intron #REF! #REF! 41 17 TACGTACCATCAATGACTACGTACCATCAATGACTACGTACCATCAATGACTACGTACCA SH17429 17429 88 68 YIL133C_9_99416_98527_INTRON_32_321 intron #REF! #REF! 61 21 CATTCAATTATTAGTGCAAAACATTCAATTATTAGTGCAAAACATTCAATTATTAGTGCA SH17430 17430 3 122 YIL133C_9_99416_98527_INTRON_32_321 intron #REF! #REF! 81 17 CTGGGAAAGGAAAACACCTGGGAAAGGAAAACACCTGGGAAAGGAAAACACCTGGGAAAG SH17431 17431 52 206 YIL133C_9_99416_98527_INTRON_32_321 intron #REF! #REF! 101 17 ACTATGAGCAAATCCTGACTATGAGCAAATCCTGACTATGAGCAAATCCTGACTATGAGC SH17432 17432 101 103 YIL133C_9_99416_98527_INTRON_32_321 intron #REF! #REF! 121 15 GACTCGTAAACGCTGGACTCGTAAACGCTGGACTCGTAAACGCTGGACTCGTAAACGCTG SH17433 17433 98 155 YIL133C_9_99416_98527_INTRON_32_321 intron #REF! #REF! 141 22 TGTAATATTTTTATCATATTCCTGTAATATTTTTATCATATTCCTGTAATATTTTTATCA SH17434 17434 85 48 YIL133C_9_99416_98527_INTRON_32_321 intron #REF! #REF! 161 13 CCTTCTGCGGCTGCCTTCTGCGGCTGCCTTCTGCGGCTGCCTTCTGCGGCTGCCTTCTGC SH17435 17435 94 13 YIL133C_9_99416_98527_INTRON_32_321 intron #REF! #REF! 181 15 CGAAGACCCTTCTGTCGAAGACCCTTCTGTCGAAGACCCTTCTGTCGAAGACCCTTCTGT SH17436 17436 47 115 YIL133C_9_99416_98527_INTRON_32_321 intron #REF! #REF! 201 18 TGTTTTAGCGTATACACATGTTTTAGCGTATACACATGTTTTAGCGTATACACATGTTTT SH17437 17437 95 203 YIL133C_9_99416_98527_INTRON_32_321 intron #REF! #REF! 221 17 CCATCTCTCTCTATCTCCCATCTCTCTCTATCTCCCATCTCTCTCTATCTCCCATCTCTC SH17438 17438 92 200 YIL133C_9_99416_98527_INTRON_32_321 intron #REF! #REF! 241 18 TGTTTTTCCCGTTCATAATGTTTTTCCCGTTCATAATGTTTTTCCCGTTCATAATGTTTT SH17439 17439 54 155 YIL133C_9_99416_98527_INTRON_32_321 intron #REF! #REF! 261 23 TTAGTATTATCCTTTAAATAAAATTAGTATTATCCTTTAAATAAAATTAGTATTATCCTT SH17440 17440 58 69 YIL133C_9_99416_98527_INTRON_32_321 intron #REF! #REF! 281 22 ATTCAAAAAAATGGATTTGTTAATTCAAAAAAATGGATTTGTTAATTCAAAAAAATGGAT SH17441 17441 93 89 YIL133C_9_99416_98527_INTRON_32_321 intron #REF! #REF! 301 18 GAATGAATGGATGCTCATGAATGAATGGATGCTCATGAATGAATGGATGCTCATGAATGA SH17442 17442 16 15 YIL133C_9_99416_98527_INTRON_32_321 intron #REF! #REF! 321 20 CTGGTTGAAGATTATTATTGCTGGTTGAAGATTATTATTGCTGGTTGAAGATTATTATTG SH17443 17443 53 34 YIL133C_9_99416_98527_INTRON_32_321 3' exon #REF! #REF! 341 18 CTACTAAATGACCCTTACCTACTAAATGACCCTTACCTACTAAATGACCCTTACCTACTA SH17444 17444 48 115 YIL133C_9_99416_98527_INTRON_32_321 3' exon #REF! #REF! 361 16 CAACGGAAGCTAAACGCAACGGAAGCTAAACGCAACGGAAGCTAAACGCAACGGAAGCTA SH17445 17445 23 143 YIL148W_9_68708_69528_INTRON_9_442 5' exon #REF! #REF! 1 17 TGGGATAATAAGCGGTATGGGATAATAAGCGGTATGGGATAATAAGCGGTATGGGATAAT SH17446 17446 52 68 YIL148W_9_68708_69528_INTRON_9_442 5' exon #REF! #REF! 21 17 AATCTTGGTCGTCTCAAAATCTTGGTCGTCTCAAAATCTTGGTCGTCTCAAAATCTTGGT SH17447 17447 84 203 YIL148W_9_68708_69528_INTRON_9_442 exon/intron #REF! #REF! 41 18 GTGCATACATTTGCATGTGTGCATACATTTGCATGTGTGCATACATTTGCATGTGTGCAT SH17448 17448 85 176 YIL148W_9_68708_69528_INTRON_9_442 intron #REF! #REF! 61 20 AACTATGTTTAGAATGGATAAACTATGTTTAGAATGGATAAACTATGTTTAGAATGGATA SH17449 17449 72 125 YIL148W_9_68708_69528_INTRON_9_442 intron #REF! #REF! 81 17 GCTCTGAACGTTCGAAAGCTCTGAACGTTCGAAAGCTCTGAACGTTCGAAAGCTCTGAAC SH17450 17450 82 204 YIL148W_9_68708_69528_INTRON_9_442 intron #REF! #REF! 101 20 TTCTAAAATAATTGTCCCTTTTCTAAAATAATTGTCCCTTTTCTAAAATAATTGTCCCTT SH17451 17451 20 209 YIL148W_9_68708_69528_INTRON_9_442 intron #REF! #REF! 121 18 ACTGGGTAAAAATTCAGTACTGGGTAAAAATTCAGTACTGGGTAAAAATTCAGTACTGGG SH17452 17452 104 129 YIL148W_9_68708_69528_INTRON_9_442 intron #REF! #REF! 141 20 TTTACAGATACGATGTTATTTTTACAGATACGATGTTATTTTTACAGATACGATGTTATT SH17453 17453 88 137 YIL148W_9_68708_69528_INTRON_9_442 intron #REF! #REF! 161 20 GGATAAAAAATTTTGTAGACGGATAAAAAATTTTGTAGACGGATAAAAAATTTTGTAGAC SH17454 17454 39 169 YIL148W_9_68708_69528_INTRON_9_442 intron #REF! #REF! 181 23 TTTTCTTTGTTTTAATTTTTGATTTTTCTTTGTTTTAATTTTTGATTTTTCTTTGTTTTA SH17455 17455 54 145 YIL148W_9_68708_69528_INTRON_9_442 intron #REF! #REF! 201 18 TATTCAGTTTGGCAGTTTTATTCAGTTTGGCAGTTTTATTCAGTTTGGCAGTTTTATTCA SH17456 17456 79 4 YIL148W_9_68708_69528_INTRON_9_442 intron #REF! #REF! 221 17 TAGAGAGGAAAGTTCCTTAGAGAGGAAAGTTCCTTAGAGAGGAAAGTTCCTTAGAGAGGA SH17457 17457 67 78 YIL148W_9_68708_69528_INTRON_9_442 intron #REF! #REF! 241 18 GTACATTCACTAAGTCATGTACATTCACTAAGTCATGTACATTCACTAAGTCATGTACAT SH17458 17458 2 112 YIL148W_9_68708_69528_INTRON_9_442 intron #REF! #REF! 261 18 CATATTTTCCACAAGTCACATATTTTCCACAAGTCACATATTTTCCACAAGTCACATATT SH17459 17459 44 165 YIL148W_9_68708_69528_INTRON_9_442 intron #REF! #REF! 281 17 CACCCGCTCAAAATCTACACCCGCTCAAAATCTACACCCGCTCAAAATCTACACCCGCTC SH17460 17460 18 118 YIL148W_9_68708_69528_INTRON_9_442 intron #REF! #REF! 301 17 ATGAGACTGTTAAGTCGATGAGACTGTTAAGTCGATGAGACTGTTAAGTCGATGAGACTG SH17461 17461 33 110 YIL148W_9_68708_69528_INTRON_9_442 intron #REF! #REF! 321 20 CAAATTTGGATATTTCTTAGCAAATTTGGATATTTCTTAGCAAATTTGGATATTTCTTAG SH17462 17462 23 135 YIL148W_9_68708_69528_INTRON_9_442 intron #REF! #REF! 341 15 GGAGAGCATGAACCAGGAGAGCATGAACCAGGAGAGCATGAACCAGGAGAGCATGAACCA SH17463 17463 40 176 YIL148W_9_68708_69528_INTRON_9_442 intron #REF! #REF! 361 17 GCTCTCATCGTCATATCGCTCTCATCGTCATATCGCTCTCATCGTCATATCGCTCTCATC SH17464 17464 52 133 YIL148W_9_68708_69528_INTRON_9_442 intron #REF! #REF! 381 21 GGAAGAAGACAAAATTTTAAAGGAAGAAGACAAAATTTTAAAGGAAGAAGACAAAATTTT SH17465 17465 59 33 YIL148W_9_68708_69528_INTRON_9_442 intron #REF! #REF! 401 19 GTTTTTTCATAACTGTTCGGTTTTTTCATAACTGTTCGGTTTTTTCATAACTGTTCGGTT SH17466 17466 69 105 YIL148W_9_68708_69528_INTRON_9_442 intron #REF! #REF! 421 21 GATATCATAAAAACACGTAATGATATCATAAAAACACGTAATGATATCATAAAAACACGT SH17467 17467 97 119 YIL148W_9_68708_69528_INTRON_9_442 intron #REF! #REF! 441 18 AATGACAAGTTAGTAAGGAATGACAAGTTAGTAAGGAATGACAAGTTAGTAAGGAATGAC SH17468 17468 77 128 YIL148W_9_68708_69528_INTRON_9_442 intron/exon #REF! #REF! 461 25 ACTGTTAAAAAAATAATTTTATAAAACTGTTAAAAAAATAATTTTATAAAACTGTTAAAA SH17469 17469 83 99 YIL148W_9_68708_69528_INTRON_9_442 3' exon #REF! #REF! 481 18 AAGTCTTGACAAAACTGTAAGTCTTGACAAAACTGTAAGTCTTGACAAAACTGTAAGTCT SH17470 17470 104 52 YIL148W_9_68708_69528_INTRON_9_442 3' exon #REF! #REF! 501 17 GTGATGGTCTTACCAGTGTGATGGTCTTACCAGTGTGATGGTCTTACCAGTGTGATGGTC SH17471 17471 50 104 YJL001W_10_434855_435618_INTRON_66_181 5' exon #REF! #REF! 1 17 AAACGATTGATGTCCACAAACGATTGATGTCCACAAACGATTGATGTCCACAAACGATTG SH17472 17472 84 4 YJL001W_10_434855_435618_INTRON_66_181 5' exon #REF! #REF! 21 15 CTGACTTCGCCCTTTCTGACTTCGCCCTTTCTGACTTCGCCCTTTCTGACTTCGCCCTTT SH17473 17473 92 29 YJL001W_10_434855_435618_INTRON_66_181 exon/intron #REF! #REF! 41 18 ATACATACATTGAGGTACATACATACATTGAGGTACATACATACATTGAGGTACATACAT SH17474 17474 34 75 YJL001W_10_434855_435618_INTRON_66_181 intron #REF! #REF! 61 18 GTGGGAGGAAAAATTCTTGTGGGAGGAAAAATTCTTGTGGGAGGAAAAATTCTTGTGGGA SH17475 17475 24 154 YJL001W_10_434855_435618_INTRON_66_181 intron #REF! #REF! 81 22 CATTGAACTTTTAGAAACAATACATTGAACTTTTAGAAACAATACATTGAACTTTTAGAA SH17476 17476 6 180 YJL001W_10_434855_435618_INTRON_66_181 intron #REF! #REF! 101 19 CAATTGAGACTTTACTTCACAATTGAGACTTTACTTCACAATTGAGACTTTACTTCACAA SH17477 17477 44 126 YJL001W_10_434855_435618_INTRON_66_181 intron #REF! #REF! 121 20 CCTATTAGTTAGTAATAAGGCCTATTAGTTAGTAATAAGGCCTATTAGTTAGTAATAAGG SH17478 17478 36 30 YJL001W_10_434855_435618_INTRON_66_181 intron #REF! #REF! 141 22 TTTATTAGGTGATTATAAGATATTTATTAGGTGATTATAAGATATTTATTAGGTGATTAT SH17479 17479 65 161 YJL001W_10_434855_435618_INTRON_66_181 intron/exon #REF! #REF! 161 17 TCACGGCCATACTATTTTCACGGCCATACTATTTTCACGGCCATACTATTTTCACGGCCA SH17480 17480 54 177 YJL001W_10_434855_435618_INTRON_66_181 3' exon #REF! #REF! 181 18 GTATCACACCATCCTTAAGTATCACACCATCCTTAAGTATCACACCATCCTTAAGTATCA SH17481 17481 43 31 YJL001W_10_434855_435618_INTRON_66_181 3' exon #REF! #REF! 201 15 ACGTGAATCAGCACCACGTGAATCAGCACCACGTGAATCAGCACCACGTGAATCAGCACC SH17482 17482 32 82 YJL024C_10_396288_395627_INTRON_23_99 5' exon #REF! #REF! 1 13 GTGTTCTGGCCTCGTGTTCTGGCCTCGTGTTCTGGCCTCGTGTTCTGGCCTCGTGTTCTG SH17483 17483 96 29 YJL024C_10_396288_395627_INTRON_23_99 5' exon #REF! #REF! 21 18 CATGAATCATTGTGTAACCATGAATCATTGTGTAACCATGAATCATTGTGTAACCATGAA SH17484 17484 72 100 YJL024C_10_396288_395627_INTRON_23_99 exon/intron #REF! #REF! 41 20 TCTTACATACATATTAGAACTCTTACATACATATTAGAACTCTTACATACATATTAGAAC SH17485 17485 82 72 YJL024C_10_396288_395627_INTRON_23_99 intron #REF! #REF! 61 18 GAAAAGACCCTTGAGAAAGAAAAGACCCTTGAGAAAGAAAAGACCCTTGAGAAAGAAAAG SH17486 17486 15 17 YJL024C_10_396288_395627_INTRON_23_99 intron #REF! #REF! 81 20 GTAATGTATAATTTTGGCAGGTAATGTATAATTTTGGCAGGTAATGTATAATTTTGGCAG SH17487 17487 104 175 YJL024C_10_396288_395627_INTRON_23_99 intron #REF! #REF! 101 22 CCAAAAATGATGAATTATGTTACCAAAAATGATGAATTATGTTACCAAAAATGATGAATT SH17488 17488 47 13 YJL024C_10_396288_395627_INTRON_23_99 intron/exon #REF! #REF! 121 20 CATTTCTTATTGACTATACCCATTTCTTATTGACTATACCCATTTCTTATTGACTATACC SH17489 17489 26 114 YJL024C_10_396288_395627_INTRON_23_99 3' exon #REF! #REF! 141 17 TCACTAATCTTGGTTGGTCACTAATCTTGGTTGGTCACTAATCTTGGTTGGTCACTAATC SH17490 17490 86 122 YJL024C_10_396288_395627_INTRON_23_99 3' exon #REF! #REF! 161 13 ACCGGCGTGTAGAACCGGCGTGTAGAACCGGCGTGTAGAACCGGCGTGTAGAACCGGCGT SH17491 17491 5 71 YJL041W_10_365480_368069_INTRON_2_119 5' exon #REF! #REF! 1 15 TGTGCGTTGCAATGGTGTGCGTTGCAATGGTGTGCGTTGCAATGGTGTGCGTTGCAATGG SH17492 17492 91 175 YJL041W_10_365480_368069_INTRON_2_119 5' exon #REF! #REF! 21 18 ATCAGAGCTTATTACTGTATCAGAGCTTATTACTGTATCAGAGCTTATTACTGTATCAGA SH17493 17493 92 60 YJL041W_10_365480_368069_INTRON_2_119 exon/intron #REF! #REF! 41 22 AAAGAAACATACTTTTTCAAAAAAAGAAACATACTTTTTCAAAAAAAGAAACATACTTTT SH17494 17494 16 133 YJL041W_10_365480_368069_INTRON_2_119 intron #REF! #REF! 61 16 CAACCGTCCAATGGAACAACCGTCCAATGGAACAACCGTCCAATGGAACAACCGTCCAAT SH17495 17495 9 19 YJL041W_10_365480_368069_INTRON_2_119 intron #REF! #REF! 81 19 GAGATAAAATTTTGATCGGGAGATAAAATTTTGATCGGGAGATAAAATTTTGATCGGGAG SH17496 17496 60 13 YJL041W_10_365480_368069_INTRON_2_119 intron #REF! #REF! 101 22 GTAAATAGGAAGAAATTGTATAGTAAATAGGAAGAAATTGTATAGTAAATAGGAAGAAAT SH17497 17497 86 63 YJL041W_10_365480_368069_INTRON_2_119 intron #REF! #REF! 121 17 CGCAGGTTTTCGTTAGTCGCAGGTTTTCGTTAGTCGCAGGTTTTCGTTAGTCGCAGGTTT SH17498 17498 81 75 YJL041W_10_365480_368069_INTRON_2_119 intron #REF! #REF! 141 20 AAAAATCATGTAGTTTACAGAAAAATCATGTAGTTTACAGAAAAATCATGTAGTTTACAG SH17499 17499 84 168 YJL041W_10_365480_368069_INTRON_2_119 intron/exon #REF! #REF! 161 21 GTATTGAAGTTCACTAATATTGTATTGAAGTTCACTAATATTGTATTGAAGTTCACTAAT SH17500 17500 13 34 YJL041W_10_365480_368069_INTRON_2_119 3' exon #REF! #REF! 181 18 TTTTGTTTTGTTGAGGTGTTTTGTTTTGTTGAGGTGTTTTGTTTTGTTGAGGTGTTTTGT SH17501 17501 52 54 YJL041W_10_365480_368069_INTRON_2_119 3' exon #REF! #REF! 201 15 CCCGAACGAAAAGGGCCCGAACGAAAAGGGCCCGAACGAAAAGGGCCCGAACGAAAAGGG SH17502 17502 46 123 YJL136C_10_156971_156248_INTRON_25_484 5' exon #REF! #REF! 1 22 GCTTATTGATATTCTTTTATTTGCTTATTGATATTCTTTTATTTGCTTATTGATATTCTT SH17503 17503 2 84 YJL136C_10_156971_156248_INTRON_25_484 5' exon #REF! #REF! 21 17 TCGTTTTCCATTTTGGCTCGTTTTCCATTTTGGCTCGTTTTCCATTTTGGCTCGTTTTCC SH17504 17504 63 29 YJL136C_10_156971_156248_INTRON_25_484 exon/intron #REF! #REF! 41 17 TACGTACTAATTGACCCTACGTACTAATTGACCCTACGTACTAATTGACCCTACGTACTA SH17505 17505 24 4 YJL136C_10_156971_156248_INTRON_25_484 intron #REF! #REF! 61 17 CGCCATCATCTGCTATACGCCATCATCTGCTATACGCCATCATCTGCTATACGCCATCAT SH17506 17506 49 203 YJL136C_10_156971_156248_INTRON_25_484 intron #REF! #REF! 81 18 CCTCTTCTTTCTTCCTTTCCTCTTCTTTCTTCCTTTCCTCTTCTTTCTTCCTTTCCTCTT SH17507 17507 43 92 YJL136C_10_156971_156248_INTRON_25_484 intron #REF! #REF! 101 15 GTCCACGCTTACTCAGTCCACGCTTACTCAGTCCACGCTTACTCAGTCCACGCTTACTCA SH17508 17508 42 121 YJL136C_10_156971_156248_INTRON_25_484 intron #REF! #REF! 121 13 GTCGATGCTCCCTGTCGATGCTCCCTGTCGATGCTCCCTGTCGATGCTCCCTGTCGATGC SH17509 17509 15 53 YJL136C_10_156971_156248_INTRON_25_484 intron #REF! #REF! 141 23 ACACTTAACTTATTATAATTTTAACACTTAACTTATTATAATTTTAACACTTAACTTATT SH17510 17510 56 165 YJL136C_10_156971_156248_INTRON_25_484 intron #REF! #REF! 161 17 ACCACTAATCTTGCACAACCACTAATCTTGCACAACCACTAATCTTGCACAACCACTAAT SH17511 17511 95 90 YJL136C_10_156971_156248_INTRON_25_484 intron #REF! #REF! 181 15 TGGTCCCACCCTATTTGGTCCCACCCTATTTGGTCCCACCCTATTTGGTCCCACCCTATT SH17512 17512 90 153 YJL136C_10_156971_156248_INTRON_25_484 intron #REF! #REF! 201 20 AACCAATATGATTATAAACCAACCAATATGATTATAAACCAACCAATATGATTATAAACC SH17513 17513 78 160 YJL136C_10_156971_156248_INTRON_25_484 intron #REF! #REF! 221 20 CTTGAATTTGATGTATTACTCTTGAATTTGATGTATTACTCTTGAATTTGATGTATTACT SH17514 17514 71 50 YJL136C_10_156971_156248_INTRON_25_484 intron #REF! #REF! 241 20 AAATGGGTTATTTGCATTTTAAATGGGTTATTTGCATTTTAAATGGGTTATTTGCATTTT SH17515 17515 35 65 YJL136C_10_156971_156248_INTRON_25_484 intron #REF! #REF! 261 18 TAACACTTGTGCCAATTTTAACACTTGTGCCAATTTTAACACTTGTGCCAATTTTAACAC SH17516 17516 27 133 YJL136C_10_156971_156248_INTRON_25_484 intron #REF! #REF! 281 19 CACACATGATAAAGTATCACACACATGATAAAGTATCACACACATGATAAAGTATCACAC SH17517 17517 19 112 YJL136C_10_156971_156248_INTRON_25_484 intron #REF! #REF! 301 18 TAGAGATGTGTACTTAGATAGAGATGTGTACTTAGATAGAGATGTGTACTTAGATAGAGA SH17518 17518 83 168 YJL136C_10_156971_156248_INTRON_25_484 intron #REF! #REF! 321 18 CGTTAAAACGCCACATTTCGTTAAAACGCCACATTTCGTTAAAACGCCACATTTCGTTAA SH17519 17519 96 18 YJL136C_10_156971_156248_INTRON_25_484 intron #REF! #REF! 341 18 TCTTGGGATTCCAATTTTTCTTGGGATTCCAATTTTTCTTGGGATTCCAATTTTTCTTGG SH17520 17520 17 204 YJL136C_10_156971_156248_INTRON_25_484 intron #REF! #REF! 361 18 ATGTCTTTTCAGCATATCATGTCTTTTCAGCATATCATGTCTTTTCAGCATATCATGTCT SH17521 17521 101 166 YJL136C_10_156971_156248_INTRON_25_484 intron #REF! #REF! 381 18 CCCACTAATTCGGAATTACCCACTAATTCGGAATTACCCACTAATTCGGAATTACCCACT SH17522 17522 78 185 YJL136C_10_156971_156248_INTRON_25_484 intron #REF! #REF! 401 18 GTAGTTCTGGAATATGGAGTAGTTCTGGAATATGGAGTAGTTCTGGAATATGGAGTAGTT SH17523 17523 18 21 YJL136C_10_156971_156248_INTRON_25_484 intron #REF! #REF! 421 20 GAATGAAAGAAAAGTTCTAAGAATGAAAGAAAAGTTCTAAGAATGAAAGAAAAGTTCTAA SH17524 17524 34 124 YJL136C_10_156971_156248_INTRON_25_484 intron #REF! #REF! 441 20 TGTAAAATTATTCTGCACATTGTAAAATTATTCTGCACATTGTAAAATTATTCTGCACAT SH17525 17525 65 107 YJL136C_10_156971_156248_INTRON_25_484 intron #REF! #REF! 461 18 CATTTGCGCTTATATTCTCATTTGCGCTTATATTCTCATTTGCGCTTATATTCTCATTTG SH17526 17526 9 42 YJL136C_10_156971_156248_INTRON_25_484 intron #REF! #REF! 481 22 AAAAGAAATTATTCAATGTTAGAAAAGAAATTATTCAATGTTAGAAAAGAAATTATTCAA SH17527 17527 68 154 YJL136C_10_156971_156248_INTRON_25_484 intron/exon #REF! #REF! 501 22 ATATAATTCAACCTAGTAAAAAATATAATTCAACCTAGTAAAAAATATAATTCAACCTAG SH17528 17528 70 147 YJL136C_10_156971_156248_INTRON_25_484 3' exon #REF! #REF! 521 18 AACACTTTCTTGGAACATAACACTTTCTTGGAACATAACACTTTCTTGGAACATAACACT SH17529 17529 79 73 YJL136C_10_156971_156248_INTRON_25_484 3' exon #REF! #REF! 541 17 ATGATTCTGTTGGTAGCATGATTCTGTTGGTAGCATGATTCTGTTGGTAGCATGATTCTG SH17530 17530 69 7 YJL177W_10_90783_91654_INTRON_310_626 5' exon #REF! #REF! 1 18 CTTGAACGAACTTAACAGCTTGAACGAACTTAACAGCTTGAACGAACTTAACAGCTTGAA SH17531 17531 23 199 YJL177W_10_90783_91654_INTRON_310_626 5' exon #REF! #REF! 21 16 CGGCGTTTTGCAACAACGGCGTTTTGCAACAACGGCGTTTTGCAACAACGGCGTTTTGCA SH17532 17532 77 110 YJL177W_10_90783_91654_INTRON_310_626 exon/intron #REF! #REF! 41 18 AAACATACTTCAGCATTGAAACATACTTCAGCATTGAAACATACTTCAGCATTGAAACAT SH17533 17533 25 39 YJL177W_10_90783_91654_INTRON_310_626 intron #REF! #REF! 61 23 ATCTTATTTTTCATATTTTCATTATCTTATTTTTCATATTTTCATTATCTTATTTTTCAT SH17534 17534 25 78 YJL177W_10_90783_91654_INTRON_310_626 intron #REF! #REF! 81 22 ACATCATTATTATTTTTCAATCACATCATTATTATTTTTCAATCACATCATTATTATTTT SH17535 17535 23 40 YJL177W_10_90783_91654_INTRON_310_626 intron #REF! #REF! 101 13 CTCCCGTCAACACCTCCCGTCAACACCTCCCGTCAACACCTCCCGTCAACACCTCCCGTC SH17536 17536 4 42 YJL177W_10_90783_91654_INTRON_310_626 intron #REF! #REF! 121 22 CATATGAACATATTCTAATACTCATATGAACATATTCTAATACTCATATGAACATATTCT SH17537 17537 35 20 YJL177W_10_90783_91654_INTRON_310_626 intron #REF! #REF! 141 18 AAAATAGGATGCAACACAAAAATAGGATGCAACACAAAAATAGGATGCAACACAAAAATA SH17538 17538 76 182 YJL177W_10_90783_91654_INTRON_310_626 intron #REF! #REF! 161 17 GAATCGTGCATTCATGCGAATCGTGCATTCATGCGAATCGTGCATTCATGCGAATCGTGC SH17539 17539 19 94 YJL177W_10_90783_91654_INTRON_310_626 intron #REF! #REF! 181 20 AAACTGTTAATTTTAGCTCTAAACTGTTAATTTTAGCTCTAAACTGTTAATTTTAGCTCT SH17540 17540 38 70 YJL177W_10_90783_91654_INTRON_310_626 intron #REF! #REF! 201 19 CTTTTCTCTTTCATTTGGACTTTTCTCTTTCATTTGGACTTTTCTCTTTCATTTGGACTT SH17541 17541 57 58 YJL177W_10_90783_91654_INTRON_310_626 intron #REF! #REF! 221 19 GTCCCATTTCTTCTTTATTGTCCCATTTCTTCTTTATTGTCCCATTTCTTCTTTATTGTC SH17542 17542 40 21 YJL177W_10_90783_91654_INTRON_310_626 intron #REF! #REF! 241 18 CCATAGTTCCTTTTTGCACCATAGTTCCTTTTTGCACCATAGTTCCTTTTTGCACCATAG SH17543 17543 11 152 YJL177W_10_90783_91654_INTRON_310_626 intron #REF! #REF! 261 18 GCTATACGCTTAATAGGTGCTATACGCTTAATAGGTGCTATACGCTTAATAGGTGCTATA SH17544 17544 11 23 YJL177W_10_90783_91654_INTRON_310_626 intron #REF! #REF! 281 22 AAAAATAAGATTAGAAAACACTAAAAATAAGATTAGAAAACACTAAAAATAAGATTAGAA SH17545 17545 96 141 YJL177W_10_90783_91654_INTRON_310_626 intron #REF! #REF! 301 18 AAGTCGTAGTGTAAGAAAAAGTCGTAGTGTAAGAAAAAGTCGTAGTGTAAGAAAAAGTCG SH17546 17546 74 147 YJL177W_10_90783_91654_INTRON_310_626 intron #REF! #REF! 321 23 TAATTCATTGTTAGTAAAAATTTTAATTCATTGTTAGTAAAAATTTTAATTCATTGTTAG SH17547 17547 51 11 YJL177W_10_90783_91654_INTRON_310_626 intron #REF! #REF! 341 25 GTTTTAAAAAGAAAATTAATAGTAAGTTTTAAAAAGAAAATTAATAGTAAGTTTTAAAAA SH17548 17548 95 82 YJL177W_10_90783_91654_INTRON_310_626 intron/exon #REF! #REF! 361 17 GACCCTTAGCCTGTTTTGACCCTTAGCCTGTTTTGACCCTTAGCCTGTTTTGACCCTTAG SH17549 17549 80 165 YJL177W_10_90783_91654_INTRON_310_626 3' exon #REF! #REF! 381 17 GTACAACTTGGTAGCATGTACAACTTGGTAGCATGTACAACTTGGTAGCATGTACAACTT SH17550 17550 22 214 YJL189W_10_75932_76473_INTRON_7_392 5' exon #REF! #REF! 1 20 TTGTCTTTTTCGAATTTTCATTGTCTTTTTCGAATTTTCATTGTCTTTTTCGAATTTTCA SH17551 17551 56 32 YJL189W_10_75932_76473_INTRON_7_392 5' exon #REF! #REF! 21 18 CTATCTGTGTTTATTTGCCTATCTGTGTTTATTTGCCTATCTGTGTTTATTTGCCTATCT SH17552 17552 29 36 YJL189W_10_75932_76473_INTRON_7_392 exon/intron #REF! #REF! 41 17 AACATACAGCCATGTTGAACATACAGCCATGTTGAACATACAGCCATGTTGAACATACAG SH17553 17553 94 116 YJL189W_10_75932_76473_INTRON_7_392 intron #REF! #REF! 61 20 ACTGGGATTTATAATATCTTACTGGGATTTATAATATCTTACTGGGATTTATAATATCTT SH17554 17554 100 118 YJL189W_10_75932_76473_INTRON_7_392 intron #REF! #REF! 81 17 GATCAGTTCAGCATCTAGATCAGTTCAGCATCTAGATCAGTTCAGCATCTAGATCAGTTC SH17555 17555 55 10 YJL189W_10_75932_76473_INTRON_7_392 intron #REF! #REF! 101 20 GATGTGGTTTATAATTTGCTGATGTGGTTTATAATTTGCTGATGTGGTTTATAATTTGCT SH17556 17556 33 214 YJL189W_10_75932_76473_INTRON_7_392 intron #REF! #REF! 121 18 GGTAAGGTCATTTAGATGGGTAAGGTCATTTAGATGGGTAAGGTCATTTAGATGGGTAAG SH17557 17557 52 126 YJL189W_10_75932_76473_INTRON_7_392 intron #REF! #REF! 141 20 ATTTCAAATCCAAATTGTAGATTTCAAATCCAAATTGTAGATTTCAAATCCAAATTGTAG SH17558 17558 26 141 YJL189W_10_75932_76473_INTRON_7_392 intron #REF! #REF! 161 20 ATATTTTACACATTGCTTCTATATTTTACACATTGCTTCTATATTTTACACATTGCTTCT SH17559 17559 26 51 YJL189W_10_75932_76473_INTRON_7_392 intron #REF! #REF! 181 17 CTCCTAATCCTTTCCCTCTCCTAATCCTTTCCCTCTCCTAATCCTTTCCCTCTCCTAATC SH17560 17560 74 199 YJL189W_10_75932_76473_INTRON_7_392 intron #REF! #REF! 201 22 AAGAAAAATTTTAGTATGGTTAAAGAAAAATTTTAGTATGGTTAAAGAAAAATTTTAGTA SH17561 17561 15 79 YJL189W_10_75932_76473_INTRON_7_392 intron #REF! #REF! 221 18 GATTTCTGTTTCGGATAAGATTTCTGTTTCGGATAAGATTTCTGTTTCGGATAAGATTTC SH17562 17562 19 40 YJL189W_10_75932_76473_INTRON_7_392 intron #REF! #REF! 241 15 GCGTAGTGGCGACTTGCGTAGTGGCGACTTGCGTAGTGGCGACTTGCGTAGTGGCGACTT SH17563 17563 71 205 YJL189W_10_75932_76473_INTRON_7_392 intron #REF! #REF! 261 20 GCAGTTTATGACCATATTTTGCAGTTTATGACCATATTTTGCAGTTTATGACCATATTTT SH17564 17564 88 4 YJL189W_10_75932_76473_INTRON_7_392 intron #REF! #REF! 281 19 CCAAAAGTTCTCAGAATAACCAAAAGTTCTCAGAATAACCAAAAGTTCTCAGAATAACCA SH17565 17565 40 60 YJL189W_10_75932_76473_INTRON_7_392 intron #REF! #REF! 301 13 ACCACGCTGGACCACCACGCTGGACCACCACGCTGGACCACCACGCTGGACCACCACGCT SH17566 17566 28 161 YJL189W_10_75932_76473_INTRON_7_392 intron #REF! #REF! 321 16 CAAGGCAATACCACCTCAAGGCAATACCACCTCAAGGCAATACCACCTCAAGGCAATACC SH17567 17567 26 22 YJL189W_10_75932_76473_INTRON_7_392 intron #REF! #REF! 341 18 CAATATGATGCATTCACGCAATATGATGCATTCACGCAATATGATGCATTCACGCAATAT SH17568 17568 56 147 YJL189W_10_75932_76473_INTRON_7_392 intron #REF! #REF! 361 18 GTAACAATGTTCAAACTCGTAACAATGTTCAAACTCGTAACAATGTTCAAACTCGTAACA SH17569 17569 9 22 YJL189W_10_75932_76473_INTRON_7_392 intron #REF! #REF! 381 21 GTGTACAATTGTAAAAAATGTGTGTACAATTGTAAAAAATGTGTGTACAATTGTAAAAAA SH17570 17570 2 170 YJL189W_10_75932_76473_INTRON_7_392 intron #REF! #REF! 401 15 CGTGCACATACGAAGCGTGCACATACGAAGCGTGCACATACGAAGCGTGCACATACGAAG SH17571 17571 59 40 YJL189W_10_75932_76473_INTRON_7_392 intron/exon #REF! #REF! 421 18 GCCTAATTAAAAGGGAAAGCCTAATTAAAAGGGAAAGCCTAATTAAAAGGGAAAGCCTAA SH17572 17572 72 27 YJL189W_10_75932_76473_INTRON_7_392 3' exon #REF! #REF! 441 20 CTTGATTCTGAAAGACTTTTCTTGATTCTGAAAGACTTTTCTTGATTCTGAAAGACTTTT SH17573 17573 93 206 YJL189W_10_75932_76473_INTRON_7_392 3' exon #REF! #REF! 461 17 GCCTTAGCCATTTTTTGGCCTTAGCCATTTTTTGGCCTTAGCCATTTTTTGGCCTTAGCC SH17574 17574 70 29 YJL191W_10_73786_74610_INTRON_11_418 5' exon #REF! #REF! 1 19 GTTGATTTCAGTCTTTTTCGTTGATTTCAGTCTTTTTCGTTGATTTCAGTCTTTTTCGTT SH17575 17575 3 56 YJL191W_10_73786_74610_INTRON_11_418 5' exon #REF! #REF! 21 19 CTTAATTGTTATTGGGAGTCTTAATTGTTATTGGGAGTCTTAATTGTTATTGGGAGTCTT SH17576 17576 13 116 YJL191W_10_73786_74610_INTRON_11_418 exon/intron #REF! #REF! 41 15 CGTACCGTTAGCCATCGTACCGTTAGCCATCGTACCGTTAGCCATCGTACCGTTAGCCAT SH17577 17577 8 211 YJL191W_10_73786_74610_INTRON_11_418 intron #REF! #REF! 61 15 ACAGGATATCACCCCACAGGATATCACCCCACAGGATATCACCCCACAGGATATCACCCC SH17578 17578 103 31 YJL191W_10_73786_74610_INTRON_11_418 intron #REF! #REF! 81 22 AAAAAAAGAATAACTAAATGGTAAAAAAAGAATAACTAAATGGTAAAAAAAGAATAACTA SH17579 17579 33 7 YJL191W_10_73786_74610_INTRON_11_418 intron #REF! #REF! 101 17 CACAGTCTCCATCTGAACACAGTCTCCATCTGAACACAGTCTCCATCTGAACACAGTCTC SH17580 17580 9 132 YJL191W_10_73786_74610_INTRON_11_418 intron #REF! #REF! 121 13 TCATGCGCTACCCTCATGCGCTACCCTCATGCGCTACCCTCATGCGCTACCCTCATGCGC SH17581 17581 80 39 YJL191W_10_73786_74610_INTRON_11_418 intron #REF! #REF! 141 22 GCAAAAAAAATAAAATTCCAATGCAAAAAAAATAAAATTCCAATGCAAAAAAAATAAAAT SH17582 17582 40 18 YJL191W_10_73786_74610_INTRON_11_418 intron #REF! #REF! 161 17 GAGTGCTTCAAAGTTGCGAGTGCTTCAAAGTTGCGAGTGCTTCAAAGTTGCGAGTGCTTC SH17583 17583 16 95 YJL191W_10_73786_74610_INTRON_11_418 intron #REF! #REF! 181 20 TAACACTATTGCAATATAGTTAACACTATTGCAATATAGTTAACACTATTGCAATATAGT SH17584 17584 6 189 YJL191W_10_73786_74610_INTRON_11_418 intron #REF! #REF! 201 18 AACATAAGTAGCATCTCAAACATAAGTAGCATCTCAAACATAAGTAGCATCTCAAACATA SH17585 17585 94 41 YJL191W_10_73786_74610_INTRON_11_418 intron #REF! #REF! 221 18 CAGAATTTCATGGCCTTACAGAATTTCATGGCCTTACAGAATTTCATGGCCTTACAGAAT SH17586 17586 87 41 YJL191W_10_73786_74610_INTRON_11_418 intron #REF! #REF! 241 20 CAGAAATTTTAACTCCGTATCAGAAATTTTAACTCCGTATCAGAAATTTTAACTCCGTAT SH17587 17587 26 35 YJL191W_10_73786_74610_INTRON_11_418 intron #REF! #REF! 261 18 CATTGAAGTGCTTTATTGCATTGAAGTGCTTTATTGCATTGAAGTGCTTTATTGCATTGA SH17588 17588 74 45 YJL191W_10_73786_74610_INTRON_11_418 intron #REF! #REF! 281 18 GAGCCTCTATAACACAATGAGCCTCTATAACACAATGAGCCTCTATAACACAATGAGCCT SH17589 17589 42 116 YJL191W_10_73786_74610_INTRON_11_418 intron #REF! #REF! 301 16 GTATTAAGGGTGAGCGGTATTAAGGGTGAGCGGTATTAAGGGTGAGCGGTATTAAGGGTG SH17590 17590 64 81 YJL191W_10_73786_74610_INTRON_11_418 intron #REF! #REF! 321 20 ACATTCTTTATTACAGATGAACATTCTTTATTACAGATGAACATTCTTTATTACAGATGA SH17591 17591 85 34 YJL191W_10_73786_74610_INTRON_11_418 intron #REF! #REF! 341 21 GTTACAATCCTTTTAAGATAAGTTACAATCCTTTTAAGATAAGTTACAATCCTTTTAAGA SH17592 17592 93 107 YJL191W_10_73786_74610_INTRON_11_418 intron #REF! #REF! 361 19 CTATCTAACAACCATTTAGCTATCTAACAACCATTTAGCTATCTAACAACCATTTAGCTA SH17593 17593 50 102 YJL191W_10_73786_74610_INTRON_11_418 intron #REF! #REF! 381 20 AAAAAATAAACGAATGAGTCAAAAAATAAACGAATGAGTCAAAAAATAAACGAATGAGTC SH17594 17594 92 117 YJL191W_10_73786_74610_INTRON_11_418 intron #REF! #REF! 401 20 CTTCTGCTTTTTCGATTATTCTTCTGCTTTTTCGATTATTCTTCTGCTTTTTCGATTATT SH17595 17595 40 124 YJL191W_10_73786_74610_INTRON_11_418 intron #REF! #REF! 421 20 ATAGTTGTTAGTAAACAGAAATAGTTGTTAGTAAACAGAAATAGTTGTTAGTAAACAGAA SH17596 17596 51 78 YJL191W_10_73786_74610_INTRON_11_418 intron #REF! #REF! 441 18 CTATACATGATAAGAGGTCTATACATGATAAGAGGTCTATACATGATAAGAGGTCTATAC SH17597 17597 73 105 YJL191W_10_73786_74610_INTRON_11_418 3' exon #REF! #REF! 461 15 GCGAGCTTGAACAAGGCGAGCTTGAACAAGGCGAGCTTGAACAAGGCGAGCTTGAACAAG SH17598 17598 40 75 YJL191W_10_73786_74610_INTRON_11_418 3' exon #REF! #REF! 481 17 CACCAAAGACTTGAGAGCACCAAAGACTTGAGAGCACCAAAGACTTGAGAGCACCAAAGA SH17599 17599 45 151 YJL205C-A_10_50443_50139_INTRON_33_175 5' exon #REF! #REF! 1 18 GTTATCGATGATCTTGTGGTTATCGATGATCTTGTGGTTATCGATGATCTTGTGGTTATC SH17600 17600 59 59 YJL205C-A_10_50443_50139_INTRON_33_175 5' exon #REF! #REF! 21 15 GGAGCGTACTGAACCGGAGCGTACTGAACCGGAGCGTACTGAACCGGAGCGTACTGAACC SH17601 17601 75 175 YJL205C-A_10_50443_50139_INTRON_33_175 exon/intron #REF! #REF! 41 20 ATGAACATACTTTCCTAATAATGAACATACTTTCCTAATAATGAACATACTTTCCTAATA SH17602 17602 33 120 YJL205C-A_10_50443_50139_INTRON_33_175 intron #REF! #REF! 61 18 TAGAATAGCGTATGAAGATAGAATAGCGTATGAAGATAGAATAGCGTATGAAGATAGAAT SH17603 17603 12 156 YJL205C-A_10_50443_50139_INTRON_33_175 intron #REF! #REF! 81 22 GAATAAGTGTGAAAAAAAAAAAGAATAAGTGTGAAAAAAAAAAAGAATAAGTGTGAAAAA SH17604 17604 52 86 YJL205C-A_10_50443_50139_INTRON_33_175 intron #REF! #REF! 101 18 CTATGCGTTAGTAAAAGACTATGCGTTAGTAAAAGACTATGCGTTAGTAAAAGACTATGC SH17605 17605 17 117 YJL205C-A_10_50443_50139_INTRON_33_175 intron #REF! #REF! 121 17 CGAAACAGCAAATGGTTCGAAACAGCAAATGGTTCGAAACAGCAAATGGTTCGAAACAGC SH17606 17606 71 62 YJL205C-A_10_50443_50139_INTRON_33_175 intron #REF! #REF! 141 17 CTTGTTTGATGTTGCCTCTTGTTTGATGTTGCCTCTTGTTTGATGTTGCCTCTTGTTTGA SH17607 17607 92 57 YJL205C-A_10_50443_50139_INTRON_33_175 intron #REF! #REF! 161 17 CTTGGGAAAGAGCACATCTTGGGAAAGAGCACATCTTGGGAAAGAGCACATCTTGGGAAA SH17608 17608 55 23 YJL205C-A_10_50443_50139_INTRON_33_175 intron/exon #REF! #REF! 181 18 AAAATCTGCAATAGAGACAAAATCTGCAATAGAGACAAAATCTGCAATAGAGACAAAATC SH17609 17609 17 182 YJL205C-A_10_50443_50139_INTRON_33_175 3' exon #REF! #REF! 201 17 ATTGCCAATAACGGATCATTGCCAATAACGGATCATTGCCAATAACGGATCATTGCCAAT SH17610 17610 8 27 YJL205C-A_10_50443_50139_INTRON_33_175 3' exon #REF! #REF! 221 13 GAGACAGCCTACCGAGACAGCCTACCGAGACAGCCTACCGAGACAGCCTACCGAGACAGC SH17611 17611 38 91 YJR021C_10_469271_468247_INTRON_317_396 5' exon #REF! #REF! 1 19 GTTAAACTTGTTTAGCGATGTTAAACTTGTTTAGCGATGTTAAACTTGTTTAGCGATGTT SH17612 17612 88 125 YJR021C_10_469271_468247_INTRON_317_396 5' exon #REF! #REF! 21 17 ATCTTGTTCCAGTAGCTATCTTGTTCCAGTAGCTATCTTGTTCCAGTAGCTATCTTGTTC SH17613 17613 39 160 YJR021C_10_469271_468247_INTRON_317_396 exon/intron #REF! #REF! 41 15 CGAACCGTTCGTAGCCGAACCGTTCGTAGCCGAACCGTTCGTAGCCGAACCGTTCGTAGC SH17614 17614 12 192 YJR021C_10_469271_468247_INTRON_317_396 intron #REF! #REF! 61 15 GGGTATGCACTGTGTGGGTATGCACTGTGTGGGTATGCACTGTGTGGGTATGCACTGTGT SH17615 17615 70 139 YJR021C_10_469271_468247_INTRON_317_396 intron #REF! #REF! 81 22 TTGGAAGAAAATGAATAAAAAATTGGAAGAAAATGAATAAAAAATTGGAAGAAAATGAAT SH17616 17616 14 57 YJR021C_10_469271_468247_INTRON_317_396 intron #REF! #REF! 101 20 GTTGTTAGTAAATGTGTTTTGTTGTTAGTAAATGTGTTTTGTTGTTAGTAAATGTGTTTT SH17617 17617 90 100 YJR021C_10_469271_468247_INTRON_317_396 intron/exon #REF! #REF! 121 18 CACGTTTCCTATACTACACACGTTTCCTATACTACACACGTTTCCTATACTACACACGTT SH17618 17618 59 135 YJR021C_10_469271_468247_INTRON_317_396 3' exon #REF! #REF! 141 20 CCAAATCCTTTATTAAGGTTCCAAATCCTTTATTAAGGTTCCAAATCCTTTATTAAGGTT SH17619 17619 44 197 YJR021C_10_469271_468247_INTRON_317_396 3' exon #REF! #REF! 161 17 GTTTTCAATCTGGGAAGGTTTTCAATCTGGGAAGGTTTTCAATCTGGGAAGGTTTTCAAT SH17620 17620 21 189 YJR094W-A_10_608000_608553_INTRON_3_277 5' exon #REF! #REF! 1 23 TTATAATATCGTATATAGTTAATTTATAATATCGTATATAGTTAATTTATAATATCGTAT SH17621 17621 68 46 YJR094W-A_10_608000_608553_INTRON_3_277 5' exon #REF! #REF! 21 20 TTGATTATCTATGCTGTTTATTGATTATCTATGCTGTTTATTGATTATCTATGCTGTTTA SH17622 17622 51 172 YJR094W-A_10_608000_608553_INTRON_3_277 exon/intron #REF! #REF! 41 22 TTATATGCATACATTTTTTTGTTTATATGCATACATTTTTTTGTTTATATGCATACATTT SH17623 17623 103 123 YJR094W-A_10_608000_608553_INTRON_3_277 intron #REF! #REF! 61 18 TCATCCAATTCCTCTATTTCATCCAATTCCTCTATTTCATCCAATTCCTCTATTTCATCC SH17624 17624 17 64 YJR094W-A_10_608000_608553_INTRON_3_277 intron #REF! #REF! 81 20 ACTCCAATATAAGAACATTTACTCCAATATAAGAACATTTACTCCAATATAAGAACATTT SH17625 17625 53 141 YJR094W-A_10_608000_608553_INTRON_3_277 intron #REF! #REF! 101 15 CACGCATCTCCACTACACGCATCTCCACTACACGCATCTCCACTACACGCATCTCCACTA SH17626 17626 69 44 YJR094W-A_10_608000_608553_INTRON_3_277 intron #REF! #REF! 121 21 GCACTTTCTATTTAATTCAAAGCACTTTCTATTTAATTCAAAGCACTTTCTATTTAATTC SH17627 17627 26 207 YJR094W-A_10_608000_608553_INTRON_3_277 intron #REF! #REF! 141 16 GGTTTATCAACCCCAGGGTTTATCAACCCCAGGGTTTATCAACCCCAGGGTTTATCAACC SH17628 17628 62 157 YJR094W-A_10_608000_608553_INTRON_3_277 intron #REF! #REF! 161 17 TCCTCAACTGCGATATTTCCTCAACTGCGATATTTCCTCAACTGCGATATTTCCTCAACT SH17629 17629 18 74 YJR094W-A_10_608000_608553_INTRON_3_277 intron #REF! #REF! 181 17 TCTATCCTGGCTTATCATCTATCCTGGCTTATCATCTATCCTGGCTTATCATCTATCCTG SH17630 17630 11 49 YJR094W-A_10_608000_608553_INTRON_3_277 intron #REF! #REF! 201 16 CCCCAAAAATGCGCTACCCCAAAAATGCGCTACCCCAAAAATGCGCTACCCCAAAAATGC SH17631 17631 75 198 YJR094W-A_10_608000_608553_INTRON_3_277 intron #REF! #REF! 221 15 TGGACCTACAGTGAGTGGACCTACAGTGAGTGGACCTACAGTGAGTGGACCTACAGTGAG SH17632 17632 21 178 YJR094W-A_10_608000_608553_INTRON_3_277 intron #REF! #REF! 241 18 GATGTAGTCATATTGAGTGATGTAGTCATATTGAGTGATGTAGTCATATTGAGTGATGTA SH17633 17633 93 43 YJR094W-A_10_608000_608553_INTRON_3_277 intron #REF! #REF! 261 18 ACTTGCCTTATAACTGATACTTGCCTTATAACTGATACTTGCCTTATAACTGATACTTGC SH17634 17634 26 159 YJR094W-A_10_608000_608553_INTRON_3_277 intron #REF! #REF! 281 22 GAAATATTTGTTAGTAAACTAAGAAATATTTGTTAGTAAACTAAGAAATATTTGTTAGTA SH17635 17635 48 6 YJR094W-A_10_608000_608553_INTRON_3_277 intron #REF! #REF! 301 22 CAAAAAAAAAAAATAAGATGGACAAAAAAAAAAAATAAGATGGACAAAAAAAAAAAATAA SH17636 17636 28 73 YJR094W-A_10_608000_608553_INTRON_3_277 intron/exon #REF! #REF! 321 15 TCTCTTAGCCCTGCATCTCTTAGCCCTGCATCTCTTAGCCCTGCATCTCTTAGCCCTGCA SH17637 17637 25 2 YJR094W-A_10_608000_608553_INTRON_3_277 3' exon #REF! #REF! 341 15 GTGATACCGACCTTCGTGATACCGACCTTCGTGATACCGACCTTCGTGATACCGACCTTC SH17638 17638 67 100 YJR145C_10_702761_701720_INTRON_15_270 5' exon #REF! #REF! 1 17 GGTTTGTTTTGGGCAGAGGTTTGTTTTGGGCAGAGGTTTGTTTTGGGCAGAGGTTTGTTT SH17639 17639 95 155 YJR145C_10_702761_701720_INTRON_15_270 5' exon #REF! #REF! 21 18 ATCTTTGCGTATTGATTCATCTTTGCGTATTGATTCATCTTTGCGTATTGATTCATCTTT SH17640 17640 24 104 YJR145C_10_702761_701720_INTRON_15_270 exon/intron #REF! #REF! 41 15 CATACGGTCCTCTAGCATACGGTCCTCTAGCATACGGTCCTCTAGCATACGGTCCTCTAG SH17641 17641 31 36 YJR145C_10_702761_701720_INTRON_15_270 intron #REF! #REF! 61 22 TAATTATAATCAAAGTCTATAGTAATTATAATCAAAGTCTATAGTAATTATAATCAAAGT SH17642 17642 89 183 YJR145C_10_702761_701720_INTRON_15_270 intron #REF! #REF! 81 17 CTTCTCATCCTTGCGTACTTCTCATCCTTGCGTACTTCTCATCCTTGCGTACTTCTCATC SH17643 17643 18 86 YJR145C_10_702761_701720_INTRON_15_270 intron #REF! #REF! 101 18 ACTTGTTTCTTGTCTATCACTTGTTTCTTGTCTATCACTTGTTTCTTGTCTATCACTTGT SH17644 17644 64 21 YJR145C_10_702761_701720_INTRON_15_270 intron #REF! #REF! 121 18 ATTCGTTTGGTTAAGACTATTCGTTTGGTTAAGACTATTCGTTTGGTTAAGACTATTCGT SH17645 17645 34 105 YJR145C_10_702761_701720_INTRON_15_270 intron #REF! #REF! 141 17 CTGGTTCATTGTTGTTCCTGGTTCATTGTTGTTCCTGGTTCATTGTTGTTCCTGGTTCAT SH17646 17646 67 138 YJR145C_10_702761_701720_INTRON_15_270 intron #REF! #REF! 161 21 GATCTAAAATTAAATGGACATGATCTAAAATTAAATGGACATGATCTAAAATTAAATGGA SH17647 17647 39 152 YJR145C_10_702761_701720_INTRON_15_270 intron #REF! #REF! 181 16 GTACAATCCCAGGATGGTACAATCCCAGGATGGTACAATCCCAGGATGGTACAATCCCAG SH17648 17648 56 159 YJR145C_10_702761_701720_INTRON_15_270 intron #REF! #REF! 201 21 GTAAATCATTACTCGTAAAATGTAAATCATTACTCGTAAAATGTAAATCATTACTCGTAA SH17649 17649 27 152 YJR145C_10_702761_701720_INTRON_15_270 intron #REF! #REF! 221 17 TTCATTGTGCTCGTTAGTTCATTGTGCTCGTTAGTTCATTGTGCTCGTTAGTTCATTGTG SH17650 17650 82 11 YJR145C_10_702761_701720_INTRON_15_270 intron #REF! #REF! 241 20 GAAGATACAGACATTTTATTGAAGATACAGACATTTTATTGAAGATACAGACATTTTATT SH17651 17651 84 137 YJR145C_10_702761_701720_INTRON_15_270 intron #REF! #REF! 261 20 GGCAAAAATGAATGTATAATGGCAAAAATGAATGTATAATGGCAAAAATGAATGTATAAT SH17652 17652 80 71 YJR145C_10_702761_701720_INTRON_15_270 intron #REF! #REF! 281 20 GGAAAAAAATGAGAAAAAAGGGAAAAAAATGAGAAAAAAGGGAAAAAAATGAGAAAAAAG SH17653 17653 33 66 YJR145C_10_702761_701720_INTRON_15_270 intron/exon #REF! #REF! 301 17 GATGCTTCTTTCTGTACGATGCTTCTTTCTGTACGATGCTTCTTTCTGTACGATGCTTCT SH17654 17654 97 176 YJR145C_10_702761_701720_INTRON_15_270 3' exon #REF! #REF! 321 17 TGGAGCTGCTAATCTTTTGGAGCTGCTAATCTTTTGGAGCTGCTAATCTTTTGGAGCTGC SH17655 17655 83 73 YKL002W_11_437416_438182_INTRON_61_128 5' exon #REF! #REF! 1 17 TCCAAATACCCACTCAATCCAAATACCCACTCAATCCAAATACCCACTCAATCCAAATAC SH17656 17656 65 18 YKL002W_11_437416_438182_INTRON_61_128 5' exon #REF! #REF! 21 16 CTTGCGGAGTGACATTCTTGCGGAGTGACATTCTTGCGGAGTGACATTCTTGCGGAGTGA SH17657 17657 18 11 YKL002W_11_437416_438182_INTRON_61_128 exon/intron #REF! #REF! 41 21 GAACAACATACTTTTTTTAACGAACAACATACTTTTTTTAACGAACAACATACTTTTTTT SH17658 17658 28 128 YKL002W_11_437416_438182_INTRON_61_128 intron #REF! #REF! 61 18 TAACTGATCCAAATACAGTAACTGATCCAAATACAGTAACTGATCCAAATACAGTAACTG SH17659 17659 97 39 YKL002W_11_437416_438182_INTRON_61_128 intron #REF! #REF! 81 18 CGTTAGTATGTTCACTAACGTTAGTATGTTCACTAACGTTAGTATGTTCACTAACGTTAG SH17660 17660 59 92 YKL002W_11_437416_438182_INTRON_61_128 intron/exon #REF! #REF! 101 22 GATTCTAAAAACTCAAATAATTGATTCTAAAAACTCAAATAATTGATTCTAAAAACTCAA SH17661 17661 91 133 YKL002W_11_437416_438182_INTRON_61_128 3' exon #REF! #REF! 121 18 CTTTCTAAAGCCCTTTGACTTTCTAAAGCCCTTTGACTTTCTAAAGCCCTTTGACTTTCT SH17662 17662 38 188 YKL002W_11_437416_438182_INTRON_61_128 3' exon #REF! #REF! 141 13 AGCTCCCTCTGAGAGCTCCCTCTGAGAGCTCCCTCTGAGAGCTCCCTCTGAGAGCTCCCT SH17663 17663 2 57 YKL006C-A_11_430270_429836_INTRON_37_177 5' exon #REF! #REF! 1 18 ACATCGCTATGATGATTAACATCGCTATGATGATTAACATCGCTATGATGATTAACATCG SH17664 17664 35 148 YKL006C-A_11_430270_429836_INTRON_37_177 5' exon #REF! #REF! 21 18 CTGAGAATACCTAGAATTCTGAGAATACCTAGAATTCTGAGAATACCTAGAATTCTGAGA SH17665 17665 54 191 YKL006C-A_11_430270_429836_INTRON_37_177 exon/intron #REF! #REF! 41 18 TTACATACGTTTGATTCGTTACATACGTTTGATTCGTTACATACGTTTGATTCGTTACAT SH17666 17666 101 56 YKL006C-A_11_430270_429836_INTRON_37_177 intron #REF! #REF! 61 13 CGTGTTGCCGGTGCGTGTTGCCGGTGCGTGTTGCCGGTGCGTGTTGCCGGTGCGTGTTGC SH17667 17667 40 7 YKL006C-A_11_430270_429836_INTRON_37_177 intron #REF! #REF! 81 17 TAGGTCCCATTCTAAACTAGGTCCCATTCTAAACTAGGTCCCATTCTAAACTAGGTCCCA SH17668 17668 55 151 YKL006C-A_11_430270_429836_INTRON_37_177 intron #REF! #REF! 101 20 CTTATAACATCCATATAGCACTTATAACATCCATATAGCACTTATAACATCCATATAGCA SH17669 17669 78 21 YKL006C-A_11_430270_429836_INTRON_37_177 intron #REF! #REF! 121 18 AGAAGCAATAGTTAGTAGAGAAGCAATAGTTAGTAGAGAAGCAATAGTTAGTAGAGAAGC SH17670 17670 32 63 YKL006C-A_11_430270_429836_INTRON_37_177 intron #REF! #REF! 141 13 GCTCATCCGGTGTGCTCATCCGGTGTGCTCATCCGGTGTGCTCATCCGGTGTGCTCATCC SH17671 17671 68 112 YKL006C-A_11_430270_429836_INTRON_37_177 intron #REF! #REF! 161 17 TGTACATGAAGGGATGATGTACATGAAGGGATGATGTACATGAAGGGATGATGTACATGA SH17672 17672 95 29 YKL006C-A_11_430270_429836_INTRON_37_177 intron/exon #REF! #REF! 181 20 CCTATCATTCTGTTTAAAGTCCTATCATTCTGTTTAAAGTCCTATCATTCTGTTTAAAGT SH17673 17673 63 52 YKL006C-A_11_430270_429836_INTRON_37_177 3' exon #REF! #REF! 201 17 GCTAACCCCTCTAGTTTGCTAACCCCTCTAGTTTGCTAACCCCTCTAGTTTGCTAACCCC SH17674 17674 94 175 YKL006C-A_11_430270_429836_INTRON_37_177 3' exon #REF! #REF! 221 20 TTCTGAATGTAGCTAATTTATTCTGAATGTAGCTAATTTATTCTGAATGTAGCTAATTTA SH17675 17675 40 38 YKL006W_11_431544_432358_INTRON_130_527 5' exon #REF! #REF! 1 17 CAATTTACCTGCGGATTCAATTTACCTGCGGATTCAATTTACCTGCGGATTCAATTTACC SH17676 17676 96 47 YKL006W_11_431544_432358_INTRON_130_527 5' exon #REF! #REF! 21 18 AATAATTTCGACGATAGCAATAATTTCGACGATAGCAATAATTTCGACGATAGCAATAAT SH17677 17677 84 112 YKL006W_11_431544_432358_INTRON_130_527 exon/intron #REF! #REF! 41 18 TAACATACCTTCTTTTGGTAACATACCTTCTTTTGGTAACATACCTTCTTTTGGTAACAT SH17678 17678 12 59 YKL006W_11_431544_432358_INTRON_130_527 intron #REF! #REF! 61 17 ATGATAGGTTTTCCGGAATGATAGGTTTTCCGGAATGATAGGTTTTCCGGAATGATAGGT SH17679 17679 5 56 YKL006W_11_431544_432358_INTRON_130_527 intron #REF! #REF! 81 17 TCATTTCCCTCCTCAAATCATTTCCCTCCTCAAATCATTTCCCTCCTCAAATCATTTCCC SH17680 17680 44 187 YKL006W_11_431544_432358_INTRON_130_527 intron #REF! #REF! 101 17 GCCTAAATCTCATTCCTGCCTAAATCTCATTCCTGCCTAAATCTCATTCCTGCCTAAATC SH17681 17681 59 45 YKL006W_11_431544_432358_INTRON_130_527 intron #REF! #REF! 121 17 TTTGCCAGCACTTTTTCTTTGCCAGCACTTTTTCTTTGCCAGCACTTTTTCTTTGCCAGC SH17682 17682 18 38 YKL006W_11_431544_432358_INTRON_130_527 intron #REF! #REF! 141 16 CATGGTAACGGATTGGCATGGTAACGGATTGGCATGGTAACGGATTGGCATGGTAACGGA SH17683 17683 81 125 YKL006W_11_431544_432358_INTRON_130_527 intron #REF! #REF! 161 18 ATCGTTTACAAGTAGCTTATCGTTTACAAGTAGCTTATCGTTTACAAGTAGCTTATCGTT SH17684 17684 18 158 YKL006W_11_431544_432358_INTRON_130_527 intron #REF! #REF! 181 20 ATGTGTATTTTCACATTTACATGTGTATTTTCACATTTACATGTGTATTTTCACATTTAC SH17685 17685 79 120 YKL006W_11_431544_432358_INTRON_130_527 intron #REF! #REF! 201 18 TTTTGTATCTCTATCGCATTTTGTATCTCTATCGCATTTTGTATCTCTATCGCATTTTGT SH17686 17686 71 180 YKL006W_11_431544_432358_INTRON_130_527 intron #REF! #REF! 221 18 CAACAGGGAAATAAAGACCAACAGGGAAATAAAGACCAACAGGGAAATAAAGACCAACAG SH17687 17687 26 195 YKL006W_11_431544_432358_INTRON_130_527 intron #REF! #REF! 241 15 TCCACTATAGGCCACTCCACTATAGGCCACTCCACTATAGGCCACTCCACTATAGGCCAC SH17688 17688 21 127 YKL006W_11_431544_432358_INTRON_130_527 intron #REF! #REF! 261 19 GCTGCTAGCAAAATAAATAGCTGCTAGCAAAATAAATAGCTGCTAGCAAAATAAATAGCT SH17689 17689 20 121 YKL006W_11_431544_432358_INTRON_130_527 intron #REF! #REF! 281 18 CCTTTCTGAAACTAGGTACCTTTCTGAAACTAGGTACCTTTCTGAAACTAGGTACCTTTC SH17690 17690 41 104 YKL006W_11_431544_432358_INTRON_130_527 intron #REF! #REF! 301 17 GCGCAAATATGGGTCATGCGCAAATATGGGTCATGCGCAAATATGGGTCATGCGCAAATA SH17691 17691 43 98 YKL006W_11_431544_432358_INTRON_130_527 intron #REF! #REF! 321 18 CAGGCTCTTTAAGAATTACAGGCTCTTTAAGAATTACAGGCTCTTTAAGAATTACAGGCT SH17692 17692 49 120 YKL006W_11_431544_432358_INTRON_130_527 intron #REF! #REF! 341 20 TTAATATTTGAGGAAACATGTTAATATTTGAGGAAACATGTTAATATTTGAGGAAACATG SH17693 17693 62 33 YKL006W_11_431544_432358_INTRON_130_527 intron #REF! #REF! 361 15 GATGGAAGGCATGGTGATGGAAGGCATGGTGATGGAAGGCATGGTGATGGAAGGCATGGT SH17694 17694 68 181 YKL006W_11_431544_432358_INTRON_130_527 intron #REF! #REF! 381 21 GTTAGTAAACGAAATTTTTTCGTTAGTAAACGAAATTTTTTCGTTAGTAAACGAAATTTT SH17695 17695 90 133 YKL006W_11_431544_432358_INTRON_130_527 intron #REF! #REF! 401 23 AAAAAAATTATTCATAAAAGTTGAAAAAAATTATTCATAAAAGTTGAAAAAAATTATTCA SH17696 17696 24 110 YKL006W_11_431544_432358_INTRON_130_527 intron #REF! #REF! 421 27 TATAATAATTATAACAAATAATTTAAATATAATAATTATAACAAATAATTTAAATATAAT SH17697 17697 18 60 YKL006W_11_431544_432358_INTRON_130_527 intron/exon #REF! #REF! 441 20 GTCAATCAAAACCTATAATAGTCAATCAAAACCTATAATAGTCAATCAAAACCTATAATA SH17698 17698 58 4 YKL006W_11_431544_432358_INTRON_130_527 3' exon #REF! #REF! 461 15 ACCAGCTTTTGGACCACCAGCTTTTGGACCACCAGCTTTTGGACCACCAGCTTTTGGACC SH17699 17699 81 124 YKL006W_11_431544_432358_INTRON_130_527 3' exon #REF! #REF! 481 16 GTTGATGGCTTGACGTGTTGATGGCTTGACGTGTTGATGGCTTGACGTGTTGATGGCTTG SH17700 17700 17 166 YKL081W_11_282533_284097_INTRON_206_531 5' exon #REF! #REF! 1 13 GCCCTTTGGACCCGCCCTTTGGACCCGCCCTTTGGACCCGCCCTTTGGACCCGCCCTTTG SH17701 17701 101 89 YKL081W_11_282533_284097_INTRON_206_531 5' exon #REF! #REF! 21 17 AGCCAAAGCTTCAGTTAAGCCAAAGCTTCAGTTAAGCCAAAGCTTCAGTTAAGCCAAAGC SH17702 17702 90 161 YKL081W_11_282533_284097_INTRON_206_531 exon/intron #REF! #REF! 41 20 TGGAACATACAATAAAATTGTGGAACATACAATAAAATTGTGGAACATACAATAAAATTG SH17703 17703 35 178 YKL081W_11_282533_284097_INTRON_206_531 intron #REF! #REF! 61 22 GTGGAAGTGTTAAAATAAAATAGTGGAAGTGTTAAAATAAAATAGTGGAAGTGTTAAAAT SH17704 17704 86 118 YKL081W_11_282533_284097_INTRON_206_531 intron #REF! #REF! 81 18 GCGCAAAACAATGTATGTGCGCAAAACAATGTATGTGCGCAAAACAATGTATGTGCGCAA SH17705 17705 68 123 YKL081W_11_282533_284097_INTRON_206_531 intron #REF! #REF! 101 18 CAAATAAACGAACGGGAACAAATAAACGAACGGGAACAAATAAACGAACGGGAACAAATA SH17706 17706 2 63 YKL081W_11_282533_284097_INTRON_206_531 intron #REF! #REF! 121 18 TTCGAAGAAAAATGACGTTTCGAAGAAAAATGACGTTTCGAAGAAAAATGACGTTTCGAA SH17707 17707 59 110 YKL081W_11_282533_284097_INTRON_206_531 intron #REF! #REF! 141 24 GATAAAATTTTTTTTCATCATTATGATAAAATTTTTTTTCATCATTATGATAAAATTTTT SH17708 17708 63 23 YKL081W_11_282533_284097_INTRON_206_531 intron #REF! #REF! 161 18 AGGGATAACTGTTTGATAAGGGATAACTGTTTGATAAGGGATAACTGTTTGATAAGGGAT SH17709 17709 62 172 YKL081W_11_282533_284097_INTRON_206_531 intron #REF! #REF! 181 18 CTATTATTACCCATTCAGCTATTATTACCCATTCAGCTATTATTACCCATTCAGCTATTA SH17710 17710 18 59 YKL081W_11_282533_284097_INTRON_206_531 intron #REF! #REF! 201 18 ATCAACATATGAGAGGTTATCAACATATGAGAGGTTATCAACATATGAGAGGTTATCAAC SH17711 17711 18 192 YKL081W_11_282533_284097_INTRON_206_531 intron #REF! #REF! 221 20 GAAACATATCAGAAATACAAGAAACATATCAGAAATACAAGAAACATATCAGAAATACAA SH17712 17712 68 86 YKL081W_11_282533_284097_INTRON_206_531 intron #REF! #REF! 241 22 TTTGACTTTCATTTTTCTTTAATTTGACTTTCATTTTTCTTTAATTTGACTTTCATTTTT SH17713 17713 9 37 YKL081W_11_282533_284097_INTRON_206_531 intron #REF! #REF! 261 20 GTACTTCCTTTTTGTTATTTGTACTTCCTTTTTGTTATTTGTACTTCCTTTTTGTTATTT SH17714 17714 7 101 YKL081W_11_282533_284097_INTRON_206_531 intron #REF! #REF! 281 17 GGATTAGGACACGCTTTGGATTAGGACACGCTTTGGATTAGGACACGCTTTGGATTAGGA SH17715 17715 104 160 YKL081W_11_282533_284097_INTRON_206_531 intron #REF! #REF! 301 23 TAAAACAATCCTTTATATTTTTTTAAAACAATCCTTTATATTTTTTTAAAACAATCCTTT SH17716 17716 25 144 YKL081W_11_282533_284097_INTRON_206_531 intron #REF! #REF! 321 22 TTAATTGAAGAAATGTTAGTAATTAATTGAAGAAATGTTAGTAATTAATTGAAGAAATGT SH17717 17717 76 168 YKL081W_11_282533_284097_INTRON_206_531 intron #REF! #REF! 341 18 GATGGTTATACAACCATTGATGGTTATACAACCATTGATGGTTATACAACCATTGATGGT SH17718 17718 15 80 YKL081W_11_282533_284097_INTRON_206_531 intron/exon #REF! #REF! 361 19 CCACTAAATATACATCATCCCACTAAATATACATCATCCCACTAAATATACATCATCCCA SH17719 17719 23 166 YKL081W_11_282533_284097_INTRON_206_531 3' exon #REF! #REF! 381 17 CATCGGCAACTTGATTACATCGGCAACTTGATTACATCGGCAACTTGATTACATCGGCAA SH17720 17720 87 124 YKL081W_11_282533_284097_INTRON_206_531 3' exon #REF! #REF! 401 17 TAAGCGAGCTCTTTCTTTAAGCGAGCTCTTTCTTTAAGCGAGCTCTTTCTTTAAGCGAGC SH17721 17721 15 184 YKL156W_11_158616_159214_INTRON_4_353 5' exon #REF! #REF! 1 17 GGTGTTACGATGAAGTTGGTGTTACGATGAAGTTGGTGTTACGATGAAGTTGGTGTTACG SH17722 17722 31 102 YKL156W_11_158616_159214_INTRON_4_353 5' exon #REF! #REF! 21 18 TCTATCTTTGCTTTGTTGTCTATCTTTGCTTTGTTGTCTATCTTTGCTTTGTTGTCTATC SH17723 17723 98 159 YKL156W_11_158616_159214_INTRON_4_353 exon/intron #REF! #REF! 41 18 TAACATACCATTTTGGGATAACATACCATTTTGGGATAACATACCATTTTGGGATAACAT SH17724 17724 100 75 YKL156W_11_158616_159214_INTRON_4_353 intron #REF! #REF! 61 17 CGCTGCATTTATTGGATCGCTGCATTTATTGGATCGCTGCATTTATTGGATCGCTGCATT SH17725 17725 91 137 YKL156W_11_158616_159214_INTRON_4_353 intron #REF! #REF! 81 16 CTATTCACTGGTCCAGCTATTCACTGGTCCAGCTATTCACTGGTCCAGCTATTCACTGGT SH17726 17726 58 131 YKL156W_11_158616_159214_INTRON_4_353 intron #REF! #REF! 101 19 GCGACTTATCTATATGTATGCGACTTATCTATATGTATGCGACTTATCTATATGTATGCG SH17727 17727 19 45 YKL156W_11_158616_159214_INTRON_4_353 intron #REF! #REF! 121 20 CCACATGTATTCTTTTCTTTCCACATGTATTCTTTTCTTTCCACATGTATTCTTTTCTTT SH17728 17728 10 100 YKL156W_11_158616_159214_INTRON_4_353 intron #REF! #REF! 141 18 TTGGTGCAAAATTTTCCATTGGTGCAAAATTTTCCATTGGTGCAAAATTTTCCATTGGTG SH17729 17729 73 97 YKL156W_11_158616_159214_INTRON_4_353 intron #REF! #REF! 161 17 TTCATAGTTCTTGCCTCTTCATAGTTCTTGCCTCTTCATAGTTCTTGCCTCTTCATAGTT SH17730 17730 35 180 YKL156W_11_158616_159214_INTRON_4_353 intron #REF! #REF! 181 21 CTTGAAATATTTCAAAAGTCTCTTGAAATATTTCAAAAGTCTCTTGAAATATTTCAAAAG SH17731 17731 79 79 YKL156W_11_158616_159214_INTRON_4_353 intron #REF! #REF! 201 17 CTATATGTAGCAACCGCCTATATGTAGCAACCGCCTATATGTAGCAACCGCCTATATGTA SH17732 17732 13 71 YKL156W_11_158616_159214_INTRON_4_353 intron #REF! #REF! 221 18 GTCCATCCTGAATCTTATGTCCATCCTGAATCTTATGTCCATCCTGAATCTTATGTCCAT SH17733 17733 25 179 YKL156W_11_158616_159214_INTRON_4_353 intron #REF! #REF! 241 18 AATGAACTGTAAGCTCATAATGAACTGTAAGCTCATAATGAACTGTAAGCTCATAATGAA SH17734 17734 70 96 YKL156W_11_158616_159214_INTRON_4_353 intron #REF! #REF! 261 19 CAGAATTTTATATTCCCCTCAGAATTTTATATTCCCCTCAGAATTTTATATTCCCCTCAG SH17735 17735 36 99 YKL156W_11_158616_159214_INTRON_4_353 intron #REF! #REF! 281 17 AATGAAGTTCGCCATCAAATGAAGTTCGCCATCAAATGAAGTTCGCCATCAAATGAAGTT SH17736 17736 67 39 YKL156W_11_158616_159214_INTRON_4_353 intron #REF! #REF! 301 17 CAATAGCTTGAGTTGCTCAATAGCTTGAGTTGCTCAATAGCTTGAGTTGCTCAATAGCTT SH17737 17737 41 80 YKL156W_11_158616_159214_INTRON_4_353 intron #REF! #REF! 321 18 CGGTGCAGAATAGAAAAACGGTGCAGAATAGAAAAACGGTGCAGAATAGAAAAACGGTGC SH17738 17738 52 148 YKL156W_11_158616_159214_INTRON_4_353 intron #REF! #REF! 341 18 TTCCTTTTTTCTCCTCATTTCCTTTTTTCTCCTCATTTCCTTTTTTCTCCTCATTTCCTT SH17739 17739 25 72 YKL156W_11_158616_159214_INTRON_4_353 intron #REF! #REF! 361 22 AAATAAATCTAACTGTTAGTAAAAATAAATCTAACTGTTAGTAAAAATAAATCTAACTGT SH17740 17740 62 131 YKL156W_11_158616_159214_INTRON_4_353 intron #REF! #REF! 381 18 GTTGTAGACGAATAAGAAGTTGTAGACGAATAAGAAGTTGTAGACGAATAAGAAGTTGTA SH17741 17741 104 23 YKL156W_11_158616_159214_INTRON_4_353 3' exon #REF! #REF! 401 21 CAATAAATCTTGAACTAAAACCAATAAATCTTGAACTAAAACCAATAAATCTTGAACTAA SH17742 17742 30 10 YKL156W_11_158616_159214_INTRON_4_353 3' exon #REF! #REF! 421 13 TGCAGTTGGGTGCTGCAGTTGGGTGCTGCAGTTGGGTGCTGCAGTTGGGTGCTGCAGTTG SH17743 17743 89 191 YKL157W_11_154993_158183_INTRON_282_664 5' exon #REF! #REF! 1 15 GGCGTGACTAGTTTCGGCGTGACTAGTTTCGGCGTGACTAGTTTCGGCGTGACTAGTTTC SH17744 17744 89 11 YKL157W_11_154993_158183_INTRON_282_664 5' exon #REF! #REF! 21 17 ACGTTTTTTGGCACTTCACGTTTTTTGGCACTTCACGTTTTTTGGCACTTCACGTTTTTT SH17745 17745 43 87 YKL157W_11_154993_158183_INTRON_282_664 exon/intron #REF! #REF! 41 22 GTGTAAACATACTTTAGTAATTGTGTAAACATACTTTAGTAATTGTGTAAACATACTTTA SH17746 17746 28 35 YKL157W_11_154993_158183_INTRON_282_664 intron #REF! #REF! 61 20 TTTCTTTGTTAAGCTTTTGTTTTCTTTGTTAAGCTTTTGTTTTCTTTGTTAAGCTTTTGT SH17747 17747 14 69 YKL157W_11_154993_158183_INTRON_282_664 intron #REF! #REF! 81 20 TTATGTATATCTTTTCCTTGTTATGTATATCTTTTCCTTGTTATGTATATCTTTTCCTTG SH17748 17748 4 144 YKL157W_11_154993_158183_INTRON_282_664 intron #REF! #REF! 101 22 AAATAATCAGTGGTAATTTATAAAATAATCAGTGGTAATTTATAAAATAATCAGTGGTAA SH17749 17749 102 82 YKL157W_11_154993_158183_INTRON_282_664 intron #REF! #REF! 121 17 TCGGTCTCATGTTCAAATCGGTCTCATGTTCAAATCGGTCTCATGTTCAAATCGGTCTCA SH17750 17750 84 98 YKL157W_11_154993_158183_INTRON_282_664 intron #REF! #REF! 141 18 CTAGTAATACATCCTGGTCTAGTAATACATCCTGGTCTAGTAATACATCCTGGTCTAGTA SH17751 17751 23 61 YKL157W_11_154993_158183_INTRON_282_664 intron #REF! #REF! 161 19 GTTGAAGAATGGTAAACAAGTTGAAGAATGGTAAACAAGTTGAAGAATGGTAAACAAGTT SH17752 17752 38 155 YKL157W_11_154993_158183_INTRON_282_664 intron #REF! #REF! 181 17 CTCACTTTGTAATCACCCTCACTTTGTAATCACCCTCACTTTGTAATCACCCTCACTTTG SH17753 17753 60 170 YKL157W_11_154993_158183_INTRON_282_664 intron #REF! #REF! 201 18 GAGGGTAACAATGAATGAGAGGGTAACAATGAATGAGAGGGTAACAATGAATGAGAGGGT SH17754 17754 76 120 YKL157W_11_154993_158183_INTRON_282_664 intron #REF! #REF! 221 18 GCTGCAGAAGATAAGAATGCTGCAGAAGATAAGAATGCTGCAGAAGATAAGAATGCTGCA SH17755 17755 35 5 YKL157W_11_154993_158183_INTRON_282_664 intron #REF! #REF! 241 17 GGGTAAATCCCTTTTTCGGGTAAATCCCTTTTTCGGGTAAATCCCTTTTTCGGGTAAATC SH17756 17756 2 79 YKL157W_11_154993_158183_INTRON_282_664 intron #REF! #REF! 261 21 CAATTCTATCAAAGTCAATTACAATTCTATCAAAGTCAATTACAATTCTATCAAAGTCAA SH17757 17757 93 5 YKL157W_11_154993_158183_INTRON_282_664 intron #REF! #REF! 281 18 CTAAGCTATTGCAATCACCTAAGCTATTGCAATCACCTAAGCTATTGCAATCACCTAAGC SH17758 17758 47 110 YKL157W_11_154993_158183_INTRON_282_664 intron #REF! #REF! 301 20 CGTAGTCTAACTGAAATATTCGTAGTCTAACTGAAATATTCGTAGTCTAACTGAAATATT SH17759 17759 54 152 YKL157W_11_154993_158183_INTRON_282_664 intron #REF! #REF! 321 20 AGAAAAAAATAACTGGATGTAGAAAAAAATAACTGGATGTAGAAAAAAATAACTGGATGT SH17760 17760 96 153 YKL157W_11_154993_158183_INTRON_282_664 intron #REF! #REF! 341 17 GTAACGAGCAGAGAAATGTAACGAGCAGAGAAATGTAACGAGCAGAGAAATGTAACGAGC SH17761 17761 64 11 YKL157W_11_154993_158183_INTRON_282_664 intron #REF! #REF! 361 18 TTAGTAAGAACTCAAAGGTTAGTAAGAACTCAAAGGTTAGTAAGAACTCAAAGGTTAGTA SH17762 17762 65 23 YKL157W_11_154993_158183_INTRON_282_664 intron #REF! #REF! 381 21 GTACAATTAATAGAGAATGTAGTACAATTAATAGAGAATGTAGTACAATTAATAGAGAAT SH17763 17763 42 9 YKL157W_11_154993_158183_INTRON_282_664 intron #REF! #REF! 401 16 CCTTCGTACTTTTGGGCCTTCGTACTTTTGGGCCTTCGTACTTTTGGGCCTTCGTACTTT SH17764 17764 49 36 YKL157W_11_154993_158183_INTRON_282_664 intron/exon #REF! #REF! 421 19 GTTTTACTGGTCATTTTAGGTTTTACTGGTCATTTTAGGTTTTACTGGTCATTTTAGGTT SH17765 17765 92 78 YKL157W_11_154993_158183_INTRON_282_664 3' exon #REF! #REF! 441 18 AAGAATTTCACGATTTGGAAGAATTTCACGATTTGGAAGAATTTCACGATTTGGAAGAAT SH17766 17766 58 199 YKL157W_11_154993_158183_INTRON_282_664 3' exon #REF! #REF! 461 18 AAAGGAACGACATTATCAAAAGGAACGACATTATCAAAAGGAACGACATTATCAAAAGGA SH17767 17767 34 30 YKL180W_11_109271_110131_INTRON_310_615 5' exon #REF! #REF! 1 18 CTTGAACGAACTTAACAGCTTGAACGAACTTAACAGCTTGAACGAACTTAACAGCTTGAA SH17768 17768 12 23 YKL180W_11_109271_110131_INTRON_310_615 5' exon #REF! #REF! 21 16 CGGCGTTTTGCAACAACGGCGTTTTGCAACAACGGCGTTTTGCAACAACGGCGTTTTGCA SH17769 17769 104 162 YKL180W_11_109271_110131_INTRON_310_615 exon/intron #REF! #REF! 41 17 GACATACTTCAGCGTTGGACATACTTCAGCGTTGGACATACTTCAGCGTTGGACATACTT SH17770 17770 42 113 YKL180W_11_109271_110131_INTRON_310_615 intron #REF! #REF! 61 22 CTGGTACTAAACATATAATATTCTGGTACTAAACATATAATATTCTGGTACTAAACATAT SH17771 17771 82 104 YKL180W_11_109271_110131_INTRON_310_615 intron #REF! #REF! 81 18 CTCATTCTTGTTTCATCTCTCATTCTTGTTTCATCTCTCATTCTTGTTTCATCTCTCATT SH17772 17772 73 168 YKL180W_11_109271_110131_INTRON_310_615 intron #REF! #REF! 101 17 CGCGCATTTTGAATTTCCGCGCATTTTGAATTTCCGCGCATTTTGAATTTCCGCGCATTT SH17773 17773 82 44 YKL180W_11_109271_110131_INTRON_310_615 intron #REF! #REF! 121 18 CCTTGATCATAATGGATTCCTTGATCATAATGGATTCCTTGATCATAATGGATTCCTTGA SH17774 17774 26 163 YKL180W_11_109271_110131_INTRON_310_615 intron #REF! #REF! 141 23 TAATTCATTTATCATATTCAATTTAATTCATTTATCATATTCAATTTAATTCATTTATCA SH17775 17775 68 39 YKL180W_11_109271_110131_INTRON_310_615 intron #REF! #REF! 161 20 AATTGTGACTTTCTGAATAAAATTGTGACTTTCTGAATAAAATTGTGACTTTCTGAATAA SH17776 17776 45 29 YKL180W_11_109271_110131_INTRON_310_615 intron #REF! #REF! 181 17 GTTCATTCCAATCTGGTGTTCATTCCAATCTGGTGTTCATTCCAATCTGGTGTTCATTCC SH17777 17777 77 101 YKL180W_11_109271_110131_INTRON_310_615 intron #REF! #REF! 201 17 AGTTGCTTTTCAGCTTGAGTTGCTTTTCAGCTTGAGTTGCTTTTCAGCTTGAGTTGCTTT SH17778 17778 60 99 YKL180W_11_109271_110131_INTRON_310_615 intron #REF! #REF! 221 18 AAACACGTAATGGTAATCAAACACGTAATGGTAATCAAACACGTAATGGTAATCAAACAC SH17779 17779 73 94 YKL180W_11_109271_110131_INTRON_310_615 intron #REF! #REF! 241 22 TCAATATTTTTCTAACAAAATCTCAATATTTTTCTAACAAAATCTCAATATTTTTCTAAC SH17780 17780 83 40 YKL180W_11_109271_110131_INTRON_310_615 intron #REF! #REF! 261 20 GAAAGAAATATCAAGTTTTCGAAAGAAATATCAAGTTTTCGAAAGAAATATCAAGTTTTC SH17781 17781 104 205 YKL180W_11_109271_110131_INTRON_310_615 intron #REF! #REF! 281 18 AAAAAGATGAAACTAGCGAAAAAGATGAAACTAGCGAAAAAGATGAAACTAGCGAAAAAG SH17782 17782 100 25 YKL180W_11_109271_110131_INTRON_310_615 intron #REF! #REF! 301 18 TTGATCCGGTTAAGTAATTTGATCCGGTTAAGTAATTTGATCCGGTTAAGTAATTTGATC SH17783 17783 49 23 YKL180W_11_109271_110131_INTRON_310_615 intron #REF! #REF! 321 22 GTTATGTTGTTAGTAAAAAAAAGTTATGTTGTTAGTAAAAAAAAGTTATGTTGTTAGTAA SH17784 17784 68 152 YKL180W_11_109271_110131_INTRON_310_615 intron/exon #REF! #REF! 341 20 TAGCCTGTAATAAAAATAGTTAGCCTGTAATAAAAATAGTTAGCCTGTAATAAAAATAGT SH17785 17785 5 191 YKL180W_11_109271_110131_INTRON_310_615 3' exon #REF! #REF! 361 17 AGTAGCATCCAAACCTTAGTAGCATCCAAACCTTAGTAGCATCCAAACCTTAGTAGCATC SH17786 17786 70 45 YKL180W_11_109271_110131_INTRON_310_615 3' exon #REF! #REF! 381 18 GATATGAGAAACGTACAAGATATGAGAAACGTACAAGATATGAGAAACGTACAAGATATG SH17787 17787 36 140 YKL186C_11_93537_92746_INTRON_71_233 5' exon #REF! #REF! 1 16 GAAGCATCGGTTCAGAGAAGCATCGGTTCAGAGAAGCATCGGTTCAGAGAAGCATCGGTT SH17788 17788 35 14 YKL186C_11_93537_92746_INTRON_71_233 5' exon #REF! #REF! 21 18 TCTATCATCTTGTCCAATTCTATCATCTTGTCCAATTCTATCATCTTGTCCAATTCTATC SH17789 17789 57 75 YKL186C_11_93537_92746_INTRON_71_233 exon/intron #REF! #REF! 41 17 TACATACAGGGAGTCATTACATACAGGGAGTCATTACATACAGGGAGTCATTACATACAG SH17790 17790 44 200 YKL186C_11_93537_92746_INTRON_71_233 intron #REF! #REF! 61 16 GTAGTGGCAATCTCTGGTAGTGGCAATCTCTGGTAGTGGCAATCTCTGGTAGTGGCAATC SH17791 17791 79 175 YKL186C_11_93537_92746_INTRON_71_233 intron #REF! #REF! 81 18 CACGTTCAACTTTTCTTGCACGTTCAACTTTTCTTGCACGTTCAACTTTTCTTGCACGTT SH17792 17792 35 26 YKL186C_11_93537_92746_INTRON_71_233 intron #REF! #REF! 101 20 ATAAATCGTTTTATACGTACATAAATCGTTTTATACGTACATAAATCGTTTTATACGTAC SH17793 17793 70 156 YKL186C_11_93537_92746_INTRON_71_233 intron #REF! #REF! 121 17 TTCAGTAAAGCCTAAGCTTCAGTAAAGCCTAAGCTTCAGTAAAGCCTAAGCTTCAGTAAA SH17794 17794 28 135 YKL186C_11_93537_92746_INTRON_71_233 intron #REF! #REF! 141 20 CATCCTCTTTTTACTTTTTTCATCCTCTTTTTACTTTTTTCATCCTCTTTTTACTTTTTT SH17795 17795 92 47 YKL186C_11_93537_92746_INTRON_71_233 intron #REF! #REF! 161 15 CTCTATGCGTTTGCGCTCTATGCGTTTGCGCTCTATGCGTTTGCGCTCTATGCGTTTGCG SH17796 17796 79 22 YKL186C_11_93537_92746_INTRON_71_233 intron/exon #REF! #REF! 181 20 ACTATAAAAACAGGTTAGTTACTATAAAAACAGGTTAGTTACTATAAAAACAGGTTAGTT SH17797 17797 34 189 YKL186C_11_93537_92746_INTRON_71_233 3' exon #REF! #REF! 201 16 GTGGGGCCAAGTATATGTGGGGCCAAGTATATGTGGGGCCAAGTATATGTGGGGCCAAGT SH17798 17798 48 58 YKL186C_11_93537_92746_INTRON_71_233 3' exon #REF! #REF! 221 13 GCCTGACGATCAGGCCTGACGATCAGGCCTGACGATCAGGCCTGACGATCAGGCCTGACG SH17799 17799 98 137 YKL190W_11_82949_83552_INTRON_53_128 5' exon #REF! #REF! 1 13 AGGAGCAGCACCCAGGAGCAGCACCCAGGAGCAGCACCCAGGAGCAGCACCCAGGAGCAG SH17800 17800 49 150 YKL190W_11_82949_83552_INTRON_53_128 5' exon #REF! #REF! 21 18 CTAAAAGACCATCCACAACTAAAAGACCATCCACAACTAAAAGACCATCCACAACTAAAA SH17801 17801 2 140 YKL190W_11_82949_83552_INTRON_53_128 exon/intron #REF! #REF! 41 20 GTGTACATACAATTTGTATCGTGTACATACAATTTGTATCGTGTACATACAATTTGTATC SH17802 17802 50 87 YKL190W_11_82949_83552_INTRON_53_128 intron #REF! #REF! 61 17 CTTTTCCTCACTCCGAACTTTTCCTCACTCCGAACTTTTCCTCACTCCGAACTTTTCCTC SH17803 17803 5 87 YKL190W_11_82949_83552_INTRON_53_128 intron #REF! #REF! 81 17 GGTTAATTTCCCCTTTCGGTTAATTTCCCCTTTCGGTTAATTTCCCCTTTCGGTTAATTT SH17804 17804 27 105 YKL190W_11_82949_83552_INTRON_53_128 intron #REF! #REF! 101 18 AGTGTCAGTGTTAGTAAAAGTGTCAGTGTTAGTAAAAGTGTCAGTGTTAGTAAAAGTGTC SH17805 17805 10 199 YKL190W_11_82949_83552_INTRON_53_128 intron/exon #REF! #REF! 121 18 CATCTCTATCAACTGTTCCATCTCTATCAACTGTTCCATCTCTATCAACTGTTCCATCTC SH17806 17806 64 44 YKL190W_11_82949_83552_INTRON_53_128 3' exon #REF! #REF! 141 18 CTTCCTTAACCTTTCAATCTTCCTTAACCTTTCAATCTTCCTTAACCTTTCAATCTTCCT SH17807 17807 36 13 YKR057W_11_551293_551878_INTRON_25_346 5' exon #REF! #REF! 1 18 GATGTTTCTATGGTTTGTGATGTTTCTATGGTTTGTGATGTTTCTATGGTTTGTGATGTT SH17808 17808 94 137 YKR057W_11_551293_551878_INTRON_25_346 5' exon #REF! #REF! 21 18 ATCGTTTTCCATTTTGGTATCGTTTTCCATTTTGGTATCGTTTTCCATTTTGGTATCGTT SH17809 17809 10 85 YKR057W_11_551293_551878_INTRON_25_346 exon/intron #REF! #REF! 41 17 AACATACTAATTGGCCCAACATACTAATTGGCCCAACATACTAATTGGCCCAACATACTA SH17810 17810 101 149 YKR057W_11_551293_551878_INTRON_25_346 intron #REF! #REF! 61 23 ATATAAAAAATCTTATAGATTTCATATAAAAAATCTTATAGATTTCATATAAAAAATCTT SH17811 17811 60 198 YKR057W_11_551293_551878_INTRON_25_346 intron #REF! #REF! 81 19 CCATTCATCCGTTAAAATACCATTCATCCGTTAAAATACCATTCATCCGTTAAAATACCA SH17812 17812 80 162 YKR057W_11_551293_551878_INTRON_25_346 intron #REF! #REF! 101 17 TAAACAGCCATGCACTTTAAACAGCCATGCACTTTAAACAGCCATGCACTTTAAACAGCC SH17813 17813 10 121 YKR057W_11_551293_551878_INTRON_25_346 intron #REF! #REF! 121 22 TTATGATATCTTTCTTACATTTTTATGATATCTTTCTTACATTTTTATGATATCTTTCTT SH17814 17814 42 25 YKR057W_11_551293_551878_INTRON_25_346 intron #REF! #REF! 141 18 CTACGTTTTGTTTGCATTCTACGTTTTGTTTGCATTCTACGTTTTGTTTGCATTCTACGT SH17815 17815 73 193 YKR057W_11_551293_551878_INTRON_25_346 intron #REF! #REF! 161 17 TTCCATACATTGCGGATTTCCATACATTGCGGATTTCCATACATTGCGGATTTCCATACA SH17816 17816 36 212 YKR057W_11_551293_551878_INTRON_25_346 intron #REF! #REF! 181 18 ATCGGTAACCATAAGTATATCGGTAACCATAAGTATATCGGTAACCATAAGTATATCGGT SH17817 17817 17 11 YKR057W_11_551293_551878_INTRON_25_346 intron #REF! #REF! 201 16 CCTTCGGAGTTGCTTACCTTCGGAGTTGCTTACCTTCGGAGTTGCTTACCTTCGGAGTTG SH17818 17818 104 210 YKR057W_11_551293_551878_INTRON_25_346 intron #REF! #REF! 221 17 ATTCAGAGCTGGTCTATATTCAGAGCTGGTCTATATTCAGAGCTGGTCTATATTCAGAGC SH17819 17819 84 9 YKR057W_11_551293_551878_INTRON_25_346 intron #REF! #REF! 241 17 GCTCAACTTTTGTAGGCGCTCAACTTTTGTAGGCGCTCAACTTTTGTAGGCGCTCAACTT SH17820 17820 87 209 YKR057W_11_551293_551878_INTRON_25_346 intron #REF! #REF! 261 18 CGAAGAATTTTGTCAGAACGAAGAATTTTGTCAGAACGAAGAATTTTGTCAGAACGAAGA SH17821 17821 15 211 YKR057W_11_551293_551878_INTRON_25_346 intron #REF! #REF! 281 20 TAATACATGTGAAGAAAGTATAATACATGTGAAGAAAGTATAATACATGTGAAGAAAGTA SH17822 17822 16 28 YKR057W_11_551293_551878_INTRON_25_346 intron #REF! #REF! 301 17 GGTGGTGAGTGATGATTGGTGGTGAGTGATGATTGGTGGTGAGTGATGATTGGTGGTGAG SH17823 17823 21 188 YKR057W_11_551293_551878_INTRON_25_346 intron #REF! #REF! 321 22 CTAGTTTAAAAAACACATTGTTCTAGTTTAAAAAACACATTGTTCTAGTTTAAAAAACAC SH17824 17824 67 200 YKR057W_11_551293_551878_INTRON_25_346 intron #REF! #REF! 341 20 AAATCTTTGTTAGTTATGCTAAATCTTTGTTAGTTATGCTAAATCTTTGTTAGTTATGCT SH17825 17825 14 77 YKR057W_11_551293_551878_INTRON_25_346 intron/exon #REF! #REF! 361 17 TCGACCTGATGTAAAACTCGACCTGATGTAAAACTCGACCTGATGTAAAACTCGACCTGA SH17826 17826 60 128 YKR057W_11_551293_551878_INTRON_25_346 3' exon #REF! #REF! 381 18 CATTTTCTTGGAACGTAACATTTTCTTGGAACGTAACATTTTCTTGGAACGTAACATTTT SH17827 17827 100 135 YKR057W_11_551293_551878_INTRON_25_346 3' exon #REF! #REF! 401 17 GATTCTGTTGGTAGCAGGATTCTGTTGGTAGCAGGATTCTGTTGGTAGCAGGATTCTGTT SH17828 17828 96 23 YKR094C_11_618384_617630_INTRON_9_376 5' exon #REF! #REF! 1 17 TTGCTGAACGGGAAAAATTGCTGAACGGGAAAAATTGCTGAACGGGAAAAATTGCTGAAC SH17829 17829 16 156 YKR094C_11_618384_617630_INTRON_9_376 5' exon #REF! #REF! 21 16 CCTTTGGTGGCTTTACCCTTTGGTGGCTTTACCCTTTGGTGGCTTTACCCTTTGGTGGCT SH17830 17830 33 9 YKR094C_11_618384_617630_INTRON_9_376 exon/intron #REF! #REF! 41 20 CGTAACATACATTTGCATTTCGTAACATACATTTGCATTTCGTAACATACATTTGCATTT SH17831 17831 92 71 YKR094C_11_618384_617630_INTRON_9_376 intron #REF! #REF! 61 18 ATAGTATTCTGTATTCGCATAGTATTCTGTATTCGCATAGTATTCTGTATTCGCATAGTA SH17832 17832 3 155 YKR094C_11_618384_617630_INTRON_9_376 intron #REF! #REF! 81 20 TAATCCTCATATTATTTCGATAATCCTCATATTATTTCGATAATCCTCATATTATTTCGA SH17833 17833 20 67 YKR094C_11_618384_617630_INTRON_9_376 intron #REF! #REF! 101 18 GGCTTTTTTGCTATCGTAGGCTTTTTTGCTATCGTAGGCTTTTTTGCTATCGTAGGCTTT SH17834 17834 100 34 YKR094C_11_618384_617630_INTRON_9_376 intron #REF! #REF! 121 19 CCATTTATGTCTTTCGTTTCCATTTATGTCTTTCGTTTCCATTTATGTCTTTCGTTTCCA SH17835 17835 97 24 YKR094C_11_618384_617630_INTRON_9_376 intron #REF! #REF! 141 18 TGAGCTTGTCAATCATTTTGAGCTTGTCAATCATTTTGAGCTTGTCAATCATTTTGAGCT SH17836 17836 19 76 YKR094C_11_618384_617630_INTRON_9_376 intron #REF! #REF! 161 22 AATTGCTACTTGTTTAATAAATAATTGCTACTTGTTTAATAAATAATTGCTACTTGTTTA SH17837 17837 19 174 YKR094C_11_618384_617630_INTRON_9_376 intron #REF! #REF! 181 20 CGAGTAATAGTTTTTCTCAACGAGTAATAGTTTTTCTCAACGAGTAATAGTTTTTCTCAA SH17838 17838 77 39 YKR094C_11_618384_617630_INTRON_9_376 intron #REF! #REF! 201 13 CAGAAGCTTGCCGCAGAAGCTTGCCGCAGAAGCTTGCCGCAGAAGCTTGCCGCAGAAGCT SH17839 17839 79 151 YKR094C_11_618384_617630_INTRON_9_376 intron #REF! #REF! 221 20 ATTTGCTCTACAGATTTAATATTTGCTCTACAGATTTAATATTTGCTCTACAGATTTAAT SH17840 17840 50 22 YKR094C_11_618384_617630_INTRON_9_376 intron #REF! #REF! 241 18 ACATATGCGACATTTTCAACATATGCGACATTTTCAACATATGCGACATTTTCAACATAT SH17841 17841 97 174 YKR094C_11_618384_617630_INTRON_9_376 intron #REF! #REF! 261 18 GAACAAACAAACCCTTCAGAACAAACAAACCCTTCAGAACAAACAAACCCTTCAGAACAA SH17842 17842 28 39 YKR094C_11_618384_617630_INTRON_9_376 intron #REF! #REF! 281 20 CTATGTTATGCAAAATAAGACTATGTTATGCAAAATAAGACTATGTTATGCAAAATAAGA SH17843 17843 42 201 YKR094C_11_618384_617630_INTRON_9_376 intron #REF! #REF! 301 18 GCGACCAAGTAAATATAAGCGACCAAGTAAATATAAGCGACCAAGTAAATATAAGCGACC SH17844 17844 54 102 YKR094C_11_618384_617630_INTRON_9_376 intron #REF! #REF! 321 23 CACGTTAGTAAAAAATATTTTTTCACGTTAGTAAAAAATATTTTTTCACGTTAGTAAAAA SH17845 17845 98 39 YKR094C_11_618384_617630_INTRON_9_376 intron #REF! #REF! 341 20 CATAAAGAAAGAAACTTCACCATAAAGAAAGAAACTTCACCATAAAGAAAGAAACTTCAC SH17846 17846 36 51 YKR094C_11_618384_617630_INTRON_9_376 intron #REF! #REF! 361 15 CGTGCGTGCGTACATCGTGCGTGCGTACATCGTGCGTGCGTACATCGTGCGTGCGTACAT SH17847 17847 17 165 YKR094C_11_618384_617630_INTRON_9_376 intron #REF! #REF! 381 18 TTCATTTATGGAGTAAGCTTCATTTATGGAGTAAGCTTCATTTATGGAGTAAGCTTCATT SH17848 17848 16 203 YKR094C_11_618384_617630_INTRON_9_376 intron/exon #REF! #REF! 401 19 GCTGTACAAAATTGGAATAGCTGTACAAAATTGGAATAGCTGTACAAAATTGGAATAGCT SH17849 17849 51 207 YKR094C_11_618384_617630_INTRON_9_376 3' exon #REF! #REF! 421 18 CAGTCAAAGTCTTAACGACAGTCAAAGTCTTAACGACAGTCAAAGTCTTAACGACAGTCA SH17850 17850 71 92 YKR094C_11_618384_617630_INTRON_9_376 3' exon #REF! #REF! 441 17 TCCAAAGTGATGGTCTTTCCAAAGTGATGGTCTTTCCAAAGTGATGGTCTTTCCAAAGTG SH17851 17851 50 73 YKR095W-A_11_625432_625839_INTRON_39_113 5' exon #REF! #REF! 1 20 CTTGTCATCAATTTTCTTAGCTTGTCATCAATTTTCTTAGCTTGTCATCAATTTTCTTAG SH17852 17852 47 155 YKR095W-A_11_625432_625839_INTRON_39_113 5' exon #REF! #REF! 21 17 GTGACTTTTCCCGTTTGGTGACTTTTCCCGTTTGGTGACTTTTCCCGTTTGGTGACTTTT SH17853 17853 23 77 YKR095W-A_11_625432_625839_INTRON_39_113 exon/intron #REF! #REF! 41 18 CTACTTACAATGTGTGATCTACTTACAATGTGTGATCTACTTACAATGTGTGATCTACTT SH17854 17854 16 104 YKR095W-A_11_625432_625839_INTRON_39_113 intron #REF! #REF! 61 17 TCCCATTGAAAAACTGCTCCCATTGAAAAACTGCTCCCATTGAAAAACTGCTCCCATTGA SH17855 17855 66 81 YKR095W-A_11_625432_625839_INTRON_39_113 intron #REF! #REF! 81 13 CTATGCAGTGCGGCTATGCAGTGCGGCTATGCAGTGCGGCTATGCAGTGCGGCTATGCAG SH17856 17856 27 24 YKR095W-A_11_625432_625839_INTRON_39_113 intron #REF! #REF! 101 20 GTTTGGAAAGTTTAAATAGTGTTTGGAAAGTTTAAATAGTGTTTGGAAAGTTTAAATAGT SH17857 17857 83 50 YKR095W-A_11_625432_625839_INTRON_39_113 intron/exon #REF! #REF! 121 20 GGTATCTTTAGTTCTCTAATGGTATCTTTAGTTCTCTAATGGTATCTTTAGTTCTCTAAT SH17858 17858 60 43 YKR095W-A_11_625432_625839_INTRON_39_113 3' exon #REF! #REF! 141 15 CGCTCCGTTTCAAACCGCTCCGTTTCAAACCGCTCCGTTTCAAACCGCTCCGTTTCAAAC SH17859 17859 55 188 YKR095W-A_11_625432_625839_INTRON_39_113 3' exon #REF! #REF! 161 15 TGGTTGCTATGGTCGTGGTTGCTATGGTCGTGGTTGCTATGGTCGTGGTTGCTATGGTCG SH17860 17860 49 145 YLL050C_12_40413_39803_INTRON_15_193 5' exon #REF! #REF! 1 22 TTTTTGTTTATGTATGTTTTGATTTTTGTTTATGTATGTTTTGATTTTTGTTTATGTATG SH17861 17861 69 30 YLL050C_12_40413_39803_INTRON_15_193 5' exon #REF! #REF! 21 20 ACATCTTCTTTTGTTAGTTTACATCTTCTTTTGTTAGTTTACATCTTCTTTTGTTAGTTT SH17862 17862 72 174 YLL050C_12_40413_39803_INTRON_15_193 exon/intron #REF! #REF! 41 16 GCATACCCAGATCTAGGCATACCCAGATCTAGGCATACCCAGATCTAGGCATACCCAGAT SH17863 17863 50 132 YLL050C_12_40413_39803_INTRON_15_193 intron #REF! #REF! 61 18 ACAGGAGTACAAATGAAAACAGGAGTACAAATGAAAACAGGAGTACAAATGAAAACAGGA SH17864 17864 10 182 YLL050C_12_40413_39803_INTRON_15_193 intron #REF! #REF! 81 22 ATTAGTTAGTAATTGATAGTTTATTAGTTAGTAATTGATAGTTTATTAGTTAGTAATTGA SH17865 17865 50 84 YLL050C_12_40413_39803_INTRON_15_193 intron #REF! #REF! 101 18 AAACAGCATCATGTCAATAAACAGCATCATGTCAATAAACAGCATCATGTCAATAAACAG SH17866 17866 12 53 YLL050C_12_40413_39803_INTRON_15_193 intron #REF! #REF! 121 17 GACATAAGAGAGCGAGAGACATAAGAGAGCGAGAGACATAAGAGAGCGAGAGACATAAGA SH17867 17867 46 184 YLL050C_12_40413_39803_INTRON_15_193 intron #REF! #REF! 141 18 TTAAAAAGGGAGGAAAGATTAAAAAGGGAGGAAAGATTAAAAAGGGAGGAAAGATTAAAA SH17868 17868 91 190 YLL050C_12_40413_39803_INTRON_15_193 intron #REF! #REF! 161 19 CATTCCTTTTAAAGTTCCACATTCCTTTTAAAGTTCCACATTCCTTTTAAAGTTCCACAT SH17869 17869 28 5 YLL050C_12_40413_39803_INTRON_15_193 intron #REF! #REF! 181 18 TTATGAATTTTTTCCCCCTTATGAATTTTTTCCCCCTTATGAATTTTTTCCCCCTTATGA SH17870 17870 46 118 YLL050C_12_40413_39803_INTRON_15_193 intron #REF! #REF! 201 17 TTCACATTTTCCTGGCTTTCACATTTTCCTGGCTTTCACATTTTCCTGGCTTTCACATTT SH17871 17871 80 13 YLL050C_12_40413_39803_INTRON_15_193 intron/exon #REF! #REF! 221 17 CAGCAACACTACACAGACAGCAACACTACACAGACAGCAACACTACACAGACAGCAACAC SH17872 17872 15 27 YLL050C_12_40413_39803_INTRON_15_193 3' exon #REF! #REF! 241 17 GGTAAGGGATTCATCAGGGTAAGGGATTCATCAGGGTAAGGGATTCATCAGGGTAAGGGA SH17873 17873 49 94 YLL050C_12_40413_39803_INTRON_15_193 3' exon #REF! #REF! 261 19 CCAATTTCAAGTCATTGAACCAATTTCAAGTCATTGAACCAATTTCAAGTCATTGAACCA SH17874 17874 24 161 YLR048W_12_242233_243350_INTRON_91_449 5' exon #REF! #REF! 1 16 GCCAACAAAAGTTGGGGCCAACAAAAGTTGGGGCCAACAAAAGTTGGGGCCAACAAAAGT SH17875 17875 90 101 YLR048W_12_242233_243350_INTRON_91_449 5' exon #REF! #REF! 21 17 GCACCTAAATGGGTGTTGCACCTAAATGGGTGTTGCACCTAAATGGGTGTTGCACCTAAA SH17876 17876 15 189 YLR048W_12_242233_243350_INTRON_91_449 exon/intron #REF! #REF! 41 18 GTACATACTTGAACGTTTGTACATACTTGAACGTTTGTACATACTTGAACGTTTGTACAT SH17877 17877 66 67 YLR048W_12_242233_243350_INTRON_91_449 intron #REF! #REF! 61 18 CATAATCGTATGGGATATCATAATCGTATGGGATATCATAATCGTATGGGATATCATAAT SH17878 17878 55 104 YLR048W_12_242233_243350_INTRON_91_449 intron #REF! #REF! 81 19 GACCTATTATCATCTATAGGACCTATTATCATCTATAGGACCTATTATCATCTATAGGAC SH17879 17879 46 14 YLR048W_12_242233_243350_INTRON_91_449 intron #REF! #REF! 101 17 GGGACATATTCTTTTCGGGGACATATTCTTTTCGGGGACATATTCTTTTCGGGGACATAT SH17880 17880 52 51 YLR048W_12_242233_243350_INTRON_91_449 intron #REF! #REF! 121 20 GACCTCCAAATATGATTAAAGACCTCCAAATATGATTAAAGACCTCCAAATATGATTAAA SH17881 17881 94 107 YLR048W_12_242233_243350_INTRON_91_449 intron #REF! #REF! 141 17 ATTACCTTTGGTCCTCTATTACCTTTGGTCCTCTATTACCTTTGGTCCTCTATTACCTTT SH17882 17882 96 118 YLR048W_12_242233_243350_INTRON_91_449 intron #REF! #REF! 161 18 CGTGTTCAAAATTCCTCTCGTGTTCAAAATTCCTCTCGTGTTCAAAATTCCTCTCGTGTT SH17883 17883 34 202 YLR048W_12_242233_243350_INTRON_91_449 intron #REF! #REF! 181 17 CTAACTCTTCTAAACCCCTAACTCTTCTAAACCCCTAACTCTTCTAAACCCCTAACTCTT SH17884 17884 42 14 YLR048W_12_242233_243350_INTRON_91_449 intron #REF! #REF! 201 17 CCTCACTAAGAAGTGAACCTCACTAAGAAGTGAACCTCACTAAGAAGTGAACCTCACTAA SH17885 17885 57 72 YLR048W_12_242233_243350_INTRON_91_449 intron #REF! #REF! 221 18 TATTGAGTTTCTTCTCCTTATTGAGTTTCTTCTCCTTATTGAGTTTCTTCTCCTTATTGA SH17886 17886 54 53 YLR048W_12_242233_243350_INTRON_91_449 intron #REF! #REF! 241 18 CAGTCGAGGATGTATATTCAGTCGAGGATGTATATTCAGTCGAGGATGTATATTCAGTCG SH17887 17887 102 164 YLR048W_12_242233_243350_INTRON_91_449 intron #REF! #REF! 261 18 GGAGTTCATAATCTTTGAGGAGTTCATAATCTTTGAGGAGTTCATAATCTTTGAGGAGTT SH17888 17888 16 168 YLR048W_12_242233_243350_INTRON_91_449 intron #REF! #REF! 281 18 TGACGTTTTACTGTTTCATGACGTTTTACTGTTTCATGACGTTTTACTGTTTCATGACGT SH17889 17889 45 79 YLR048W_12_242233_243350_INTRON_91_449 intron #REF! #REF! 301 18 TTATATCCCGTGGAATTTTTATATCCCGTGGAATTTTTATATCCCGTGGAATTTTTATAT SH17890 17890 83 32 YLR048W_12_242233_243350_INTRON_91_449 intron #REF! #REF! 321 18 ATATCCAATAAAGTACCGATATCCAATAAAGTACCGATATCCAATAAAGTACCGATATCC SH17891 17891 10 192 YLR048W_12_242233_243350_INTRON_91_449 intron #REF! #REF! 341 21 GTGCATATATAATGTTTTCTTGTGCATATATAATGTTTTCTTGTGCATATATAATGTTTT SH17892 17892 40 158 YLR048W_12_242233_243350_INTRON_91_449 intron #REF! #REF! 361 17 GTAAGAGCGTTCATTTGGTAAGAGCGTTCATTTGGTAAGAGCGTTCATTTGGTAAGAGCG SH17893 17893 37 159 YLR048W_12_242233_243350_INTRON_91_449 intron #REF! #REF! 381 20 GAGAGGAAAGATAAATTATGGAGAGGAAAGATAAATTATGGAGAGGAAAGATAAATTATG SH17894 17894 50 79 YLR048W_12_242233_243350_INTRON_91_449 intron/exon #REF! #REF! 401 18 TTGGTGGACCTAAAAAAATTGGTGGACCTAAAAAAATTGGTGGACCTAAAAAAATTGGTG SH17895 17895 98 53 YLR048W_12_242233_243350_INTRON_91_449 3' exon #REF! #REF! 421 18 GCATTGAAAACGTATGGTGCATTGAAAACGTATGGTGCATTGAAAACGTATGGTGCATTG SH17896 17896 61 166 YLR048W_12_242233_243350_INTRON_91_449 3' exon #REF! #REF! 441 15 GAACACCATCTGGTCGAACACCATCTGGTCGAACACCATCTGGTCGAACACCATCTGGTC SH17897 17897 54 184 YLR061W_12_263195_263949_INTRON_13_401 5' exon #REF! #REF! 1 20 TTTGGTGGTTTATAATTTGATTTGGTGGTTTATAATTTGATTTGGTGGTTTATAATTTGA SH17898 17898 45 104 YLR061W_12_263195_263949_INTRON_13_401 5' exon #REF! #REF! 21 20 ATTGTTTCTTAATCTGTTGTATTGTTTCTTAATCTGTTGTATTGTTTCTTAATCTGTTGT SH17899 17899 20 174 YLR061W_12_263195_263949_INTRON_13_401 exon/intron #REF! #REF! 41 13 TACGTTTGGGGCCTACGTTTGGGGCCTACGTTTGGGGCCTACGTTTGGGGCCTACGTTTG SH17900 17900 100 83 YLR061W_12_263195_263949_INTRON_13_401 intron #REF! #REF! 61 17 GCGTGGATTCCTTTTAAGCGTGGATTCCTTTTAAGCGTGGATTCCTTTTAAGCGTGGATT SH17901 17901 82 214 YLR061W_12_263195_263949_INTRON_13_401 intron #REF! #REF! 81 20 TAAAACATAGACTTCGTAATTAAAACATAGACTTCGTAATTAAAACATAGACTTCGTAAT SH17902 17902 82 53 YLR061W_12_263195_263949_INTRON_13_401 intron #REF! #REF! 101 20 ATCAATCATTACAATAACAGATCAATCATTACAATAACAGATCAATCATTACAATAACAG SH17903 17903 23 173 YLR061W_12_263195_263949_INTRON_13_401 intron #REF! #REF! 121 17 CTTGTTATTCGCGTACACTTGTTATTCGCGTACACTTGTTATTCGCGTACACTTGTTATT SH17904 17904 20 107 YLR061W_12_263195_263949_INTRON_13_401 intron #REF! #REF! 141 22 TTTTTTTTTTGGTTTTACTATCTTTTTTTTTTGGTTTTACTATCTTTTTTTTTTGGTTTT SH17905 17905 44 23 YLR061W_12_263195_263949_INTRON_13_401 intron #REF! #REF! 161 22 CGTTTCGTACATTTTTATTTTTCGTTTCGTACATTTTTATTTTTCGTTTCGTACATTTTT SH17906 17906 93 160 YLR061W_12_263195_263949_INTRON_13_401 intron #REF! #REF! 181 16 CATAGACGCTTCTTCGCATAGACGCTTCTTCGCATAGACGCTTCTTCGCATAGACGCTTC SH17907 17907 100 175 YLR061W_12_263195_263949_INTRON_13_401 intron #REF! #REF! 201 20 AAAATACAGAAAAGCAACTAAAAATACAGAAAAGCAACTAAAAATACAGAAAAGCAACTA SH17908 17908 49 115 YLR061W_12_263195_263949_INTRON_13_401 intron #REF! #REF! 221 20 TGTTCAAGTAGTGAATTTTTTGTTCAAGTAGTGAATTTTTTGTTCAAGTAGTGAATTTTT SH17909 17909 35 58 YLR061W_12_263195_263949_INTRON_13_401 intron #REF! #REF! 241 18 AGTCGATATAGAGTTCAAAGTCGATATAGAGTTCAAAGTCGATATAGAGTTCAAAGTCGA SH17910 17910 58 142 YLR061W_12_263195_263949_INTRON_13_401 intron #REF! #REF! 261 18 GAAACGGATAAAAAGAAGGAAACGGATAAAAAGAAGGAAACGGATAAAAAGAAGGAAACG SH17911 17911 60 79 YLR061W_12_263195_263949_INTRON_13_401 intron #REF! #REF! 281 22 CAATCTCAAACAAAAAAACATTCAATCTCAAACAAAAAAACATTCAATCTCAAACAAAAA SH17912 17912 73 63 YLR061W_12_263195_263949_INTRON_13_401 intron #REF! #REF! 301 20 ATTAACAATCACATATGACAATTAACAATCACATATGACAATTAACAATCACATATGACA SH17913 17913 94 143 YLR061W_12_263195_263949_INTRON_13_401 intron #REF! #REF! 321 17 CAAAGTTGCCTACTGCTCAAAGTTGCCTACTGCTCAAAGTTGCCTACTGCTCAAAGTTGC SH17914 17914 15 98 YLR061W_12_263195_263949_INTRON_13_401 intron #REF! #REF! 341 18 TTTCTTTCAATCCCGAAATTTCTTTCAATCCCGAAATTTCTTTCAATCCCGAAATTTCTT SH17915 17915 53 114 YLR061W_12_263195_263949_INTRON_13_401 intron #REF! #REF! 361 20 TAAAAAACGAATATTTCACGTAAAAAACGAATATTTCACGTAAAAAACGAATATTTCACG SH17916 17916 68 133 YLR061W_12_263195_263949_INTRON_13_401 intron #REF! #REF! 381 18 TCAGAACAGTAATGTTAGTCAGAACAGTAATGTTAGTCAGAACAGTAATGTTAGTCAGAA SH17917 17917 21 59 YLR061W_12_263195_263949_INTRON_13_401 intron #REF! #REF! 401 23 AAAGATTGAAAATTAGTAAAAATAAAGATTGAAAATTAGTAAAAATAAAGATTGAAAATT SH17918 17918 17 88 YLR061W_12_263195_263949_INTRON_13_401 intron/exon #REF! #REF! 421 23 AAGTCTATATCAAAAAAATTAAAAAGTCTATATCAAAAAAATTAAAAAGTCTATATCAAA SH17919 17919 13 18 YLR061W_12_263195_263949_INTRON_13_401 3' exon #REF! #REF! 441 17 CTTTTGCTTTCTGGAAGCTTTTGCTTTCTGGAAGCTTTTGCTTTCTGGAAGCTTTTGCTT SH17920 17920 66 76 YLR061W_12_263195_263949_INTRON_13_401 3' exon #REF! #REF! 461 15 GGTAAAGGTCTTGGCGGTAAAGGTCTTGGCGGTAAAGGTCTTGGCGGTAAAGGTCTTGGC SH17921 17921 83 187 YLR078C_12_286560_285737_INTRON_4_92 5' exon #REF! #REF! 1 18 CGATAATATCTGCACTATCGATAATATCTGCACTATCGATAATATCTGCACTATCGATAA SH17922 17922 96 113 YLR078C_12_286560_285737_INTRON_4_92 5' exon #REF! #REF! 21 21 CTCAAATCAATATGATTAAGTCTCAAATCAATATGATTAAGTCTCAAATCAATATGATTA SH17923 17923 40 27 YLR078C_12_286560_285737_INTRON_4_92 exon/intron #REF! #REF! 41 13 TACCATTCCCCCCTACCATTCCCCCCTACCATTCCCCCCTACCATTCCCCCCTACCATTC SH17924 17924 75 155 YLR078C_12_286560_285737_INTRON_4_92 intron #REF! #REF! 61 13 ATGCCTCCGGCGAATGCCTCCGGCGAATGCCTCCGGCGAATGCCTCCGGCGAATGCCTCC SH17925 17925 100 155 YLR078C_12_286560_285737_INTRON_4_92 intron #REF! #REF! 81 20 ATCTTGTTTTAGCAATAATGATCTTGTTTTAGCAATAATGATCTTGTTTTAGCAATAATG SH17926 17926 53 93 YLR078C_12_286560_285737_INTRON_4_92 intron #REF! #REF! 101 18 ATACCCTGTTAGTATTACATACCCTGTTAGTATTACATACCCTGTTAGTATTACATACCC SH17927 17927 93 140 YLR078C_12_286560_285737_INTRON_4_92 intron #REF! #REF! 121 18 TATTTGATGGTAGTAGCATATTTGATGGTAGTAGCATATTTGATGGTAGTAGCATATTTG SH17928 17928 81 212 YLR078C_12_286560_285737_INTRON_4_92 3' exon #REF! #REF! 141 17 ATGGTTGTAAAGAGCGTATGGTTGTAAAGAGCGTATGGTTGTAAAGAGCGTATGGTTGTA SH17929 17929 52 192 YLR078C_12_286560_285737_INTRON_4_92 3' exon #REF! #REF! 161 19 GTTGATTTTTTTGCTTCACGTTGATTTTTTTGCTTCACGTTGATTTTTTTGCTTCACGTT SH17930 17930 91 135 YLR093C_12_327416_326514_INTRON_17_157 5' exon #REF! #REF! 1 17 GTCCAATGCTCTAACAGGTCCAATGCTCTAACAGGTCCAATGCTCTAACAGGTCCAATGC SH17931 17931 2 189 YLR093C_12_327416_326514_INTRON_17_157 5' exon #REF! #REF! 21 22 CGTTTCATTTGGTAAAAATATACGTTTCATTTGGTAAAAATATACGTTTCATTTGGTAAA SH17932 17932 4 16 YLR093C_12_327416_326514_INTRON_17_157 exon/intron #REF! #REF! 41 18 ATACATACCATTAAAGCGATACATACCATTAAAGCGATACATACCATTAAAGCGATACAT SH17933 17933 28 114 YLR093C_12_327416_326514_INTRON_17_157 intron #REF! #REF! 61 22 TTTGTTAATTGTGTAGAAATATTTTGTTAATTGTGTAGAAATATTTTGTTAATTGTGTAG SH17934 17934 100 73 YLR093C_12_327416_326514_INTRON_17_157 intron #REF! #REF! 81 22 CATAATCCCTTTTTTAAACATTCATAATCCCTTTTTTAAACATTCATAATCCCTTTTTTA SH17935 17935 14 189 YLR093C_12_327416_326514_INTRON_17_157 intron #REF! #REF! 101 15 GGATGAGCATTCGCAGGATGAGCATTCGCAGGATGAGCATTCGCAGGATGAGCATTCGCA SH17936 17936 104 115 YLR093C_12_327416_326514_INTRON_17_157 intron #REF! #REF! 121 20 AACATAGTAAAATTATGGCAAACATAGTAAAATTATGGCAAACATAGTAAAATTATGGCA SH17937 17937 21 126 YLR093C_12_327416_326514_INTRON_17_157 intron #REF! #REF! 141 18 CGTTAGTCTACTGAATGTCGTTAGTCTACTGAATGTCGTTAGTCTACTGAATGTCGTTAG SH17938 17938 50 65 YLR093C_12_327416_326514_INTRON_17_157 intron #REF! #REF! 161 18 CAAAATCAAGCAAAATGGCAAAATCAAGCAAAATGGCAAAATCAAGCAAAATGGCAAAAT SH17939 17939 35 129 YLR093C_12_327416_326514_INTRON_17_157 intron/exon #REF! #REF! 181 20 CATAACTTACTAAGACCATACATAACTTACTAAGACCATACATAACTTACTAAGACCATA SH17940 17940 30 200 YLR093C_12_327416_326514_INTRON_17_157 3' exon #REF! #REF! 201 20 ACCATTTTTTATAACTTCCAACCATTTTTTATAACTTCCAACCATTTTTTATAACTTCCA SH17941 17941 29 81 YLR093C_12_327416_326514_INTRON_17_157 3' exon #REF! #REF! 221 20 AAACAACTAGATATTGTTTCAAACAACTAGATATTGTTTCAAACAACTAGATATTGTTTC SH17942 17942 68 74 YLR128W_12_398531_399434_INTRON_4_97 5' exon #REF! #REF! 1 22 AAAAATTTCTTTTTTTATTGGGAAAAATTTCTTTTTTTATTGGGAAAAATTTCTTTTTTT SH17943 17943 65 203 YLR128W_12_398531_399434_INTRON_4_97 5' exon #REF! #REF! 21 17 CAAGAACGTCTCTTCAACAAGAACGTCTCTTCAACAAGAACGTCTCTTCAACAAGAACGT SH17944 17944 57 210 YLR128W_12_398531_399434_INTRON_4_97 exon/intron #REF! #REF! 41 17 AACATACCATGTCCTGAAACATACCATGTCCTGAAACATACCATGTCCTGAAACATACCA SH17945 17945 15 210 YLR128W_12_398531_399434_INTRON_4_97 intron #REF! #REF! 61 20 AGAACTAAAGAAACGAAATTAGAACTAAAGAAACGAAATTAGAACTAAAGAAACGAAATT SH17946 17946 23 88 YLR128W_12_398531_399434_INTRON_4_97 intron #REF! #REF! 81 17 GTACTTTGAAGAGCCTGGTACTTTGAAGAGCCTGGTACTTTGAAGAGCCTGGTACTTTGA SH17947 17947 64 76 YLR128W_12_398531_399434_INTRON_4_97 intron #REF! #REF! 101 17 CCCTTGCCAATAAAGTGCCCTTGCCAATAAAGTGCCCTTGCCAATAAAGTGCCCTTGCCA SH17948 17948 56 201 YLR128W_12_398531_399434_INTRON_4_97 intron #REF! #REF! 121 17 GATGCATCACATTTGAGGATGCATCACATTTGAGGATGCATCACATTTGAGGATGCATCA SH17949 17949 51 56 YLR128W_12_398531_399434_INTRON_4_97 intron/exon #REF! #REF! 141 24 CTTTTTATTTTATTATTACTCTATCTTTTTATTTTATTATTACTCTATCTTTTTATTTTA SH17950 17950 32 176 YLR128W_12_398531_399434_INTRON_4_97 3' exon #REF! #REF! 161 17 GCTTGCATCCTTTCTTTGCTTGCATCCTTTCTTTGCTTGCATCCTTTCTTTGCTTGCATC SH17951 17951 70 124 YLR185W_12_522665_523290_INTRON_8_366 5' exon #REF! #REF! 1 18 CTTTAGCAAATACCTCTTCTTTAGCAAATACCTCTTCTTTAGCAAATACCTCTTCTTTAG SH17952 17952 54 64 YLR185W_12_522665_523290_INTRON_8_366 5' exon #REF! #REF! 21 22 TTTGTCTATATTATTTGTATGATTTGTCTATATTATTTGTATGATTTGTCTATATTATTT SH17953 17953 18 105 YLR185W_12_522665_523290_INTRON_8_366 exon/intron #REF! #REF! 41 18 CTACATACTACCCATTTTCTACATACTACCCATTTTCTACATACTACCCATTTTCTACAT SH17954 17954 82 200 YLR185W_12_522665_523290_INTRON_8_366 intron #REF! #REF! 61 18 GTTTTATTCTCAATGTCCGTTTTATTCTCAATGTCCGTTTTATTCTCAATGTCCGTTTTA SH17955 17955 73 169 YLR185W_12_522665_523290_INTRON_8_366 intron #REF! #REF! 81 17 CGTCAATAACAGGTTCACGTCAATAACAGGTTCACGTCAATAACAGGTTCACGTCAATAA SH17956 17956 70 181 YLR185W_12_522665_523290_INTRON_8_366 intron #REF! #REF! 101 18 ATCATAACATTTCTCCACATCATAACATTTCTCCACATCATAACATTTCTCCACATCATA SH17957 17957 30 126 YLR185W_12_522665_523290_INTRON_8_366 intron #REF! #REF! 121 18 CCGATATTTCTCTTCAGACCGATATTTCTCTTCAGACCGATATTTCTCTTCAGACCGATA SH17958 17958 45 210 YLR185W_12_522665_523290_INTRON_8_366 intron #REF! #REF! 141 13 TGGTGTGCATGCGTGGTGTGCATGCGTGGTGTGCATGCGTGGTGTGCATGCGTGGTGTGC SH17959 17959 45 211 YLR185W_12_522665_523290_INTRON_8_366 intron #REF! #REF! 161 17 GTCCAGTCTTGCTAAGTGTCCAGTCTTGCTAAGTGTCCAGTCTTGCTAAGTGTCCAGTCT SH17960 17960 43 148 YLR185W_12_522665_523290_INTRON_8_366 intron #REF! #REF! 181 17 AAGTATACCAGTCTCGTAAGTATACCAGTCTCGTAAGTATACCAGTCTCGTAAGTATACC SH17961 17961 8 3 YLR185W_12_522665_523290_INTRON_8_366 intron #REF! #REF! 201 18 TTCACTATTCTGTCTTCATTCACTATTCTGTCTTCATTCACTATTCTGTCTTCATTCACT SH17962 17962 75 45 YLR185W_12_522665_523290_INTRON_8_366 intron #REF! #REF! 221 17 GTCATGCGCATGTCTTTGTCATGCGCATGTCTTTGTCATGCGCATGTCTTTGTCATGCGC SH17963 17963 102 194 YLR185W_12_522665_523290_INTRON_8_366 intron #REF! #REF! 241 20 TTCTTCTATACGGTAAATTTTTCTTCTATACGGTAAATTTTTCTTCTATACGGTAAATTT SH17964 17964 32 160 YLR185W_12_522665_523290_INTRON_8_366 intron #REF! #REF! 261 18 GGCATACAAGCAGAATATGGCATACAAGCAGAATATGGCATACAAGCAGAATATGGCATA SH17965 17965 87 151 YLR185W_12_522665_523290_INTRON_8_366 intron #REF! #REF! 281 15 CCTTTCGAGTTCCCTCCTTTCGAGTTCCCTCCTTTCGAGTTCCCTCCTTTCGAGTTCCCT SH17966 17966 67 185 YLR185W_12_522665_523290_INTRON_8_366 intron #REF! #REF! 301 18 GTTACAACGCCATTGAAAGTTACAACGCCATTGAAAGTTACAACGCCATTGAAAGTTACA SH17967 17967 21 47 YLR185W_12_522665_523290_INTRON_8_366 intron #REF! #REF! 321 18 GTTACACTTTTTTCGTGAGTTACACTTTTTTCGTGAGTTACACTTTTTTCGTGAGTTACA SH17968 17968 89 132 YLR185W_12_522665_523290_INTRON_8_366 intron #REF! #REF! 341 20 GTACAATTTGCTTTATCTTAGTACAATTTGCTTTATCTTAGTACAATTTGCTTTATCTTA SH17969 17969 2 201 YLR185W_12_522665_523290_INTRON_8_366 intron #REF! #REF! 361 20 CAATTTGGTTAAGTTTGTTACAATTTGGTTAAGTTTGTTACAATTTGGTTAAGTTTGTTA SH17970 17970 31 185 YLR185W_12_522665_523290_INTRON_8_366 intron #REF! #REF! 381 20 AAGAAAATCAAATTGTTGTGAAGAAAATCAAATTGTTGTGAAGAAAATCAAATTGTTGTG SH17971 17971 70 31 YLR185W_12_522665_523290_INTRON_8_366 intron/exon #REF! #REF! 401 18 GAGTACCCTCTATTTAAAGAGTACCCTCTATTTAAAGAGTACCCTCTATTTAAAGAGTAC SH17972 17972 103 212 YLR185W_12_522665_523290_INTRON_8_366 3' exon #REF! #REF! 421 17 TGACGTTTACCGAATGATGACGTTTACCGAATGATGACGTTTACCGAATGATGACGTTTA SH17973 17973 86 49 YLR185W_12_522665_523290_INTRON_8_366 3' exon #REF! #REF! 441 16 CAAAGTGTGGGACTTGCAAAGTGTGGGACTTGCAAAGTGTGGGACTTGCAAAGTGTGGGA SH17974 17974 103 27 YLR211C_12_564531_563792_INTRON_19_77 5' exon #REF! #REF! 1 18 TAGTATAACTGTCGTTGATAGTATAACTGTCGTTGATAGTATAACTGTCGTTGATAGTAT SH17975 17975 15 104 YLR211C_12_564531_563792_INTRON_19_77 5' exon #REF! #REF! 21 17 CTCATTCCATCACCAAGCTCATTCCATCACCAAGCTCATTCCATCACCAAGCTCATTCCA SH17976 17976 56 97 YLR211C_12_564531_563792_INTRON_19_77 exon/intron #REF! #REF! 41 18 AAACTTACTTCCGCTAAAAAACTTACTTCCGCTAAAAAACTTACTTCCGCTAAAAAACTT SH17977 17977 10 103 YLR211C_12_564531_563792_INTRON_19_77 intron #REF! #REF! 61 15 GTGGGGGCATAATTCGTGGGGGCATAATTCGTGGGGGCATAATTCGTGGGGGCATAATTC SH17978 17978 26 157 YLR211C_12_564531_563792_INTRON_19_77 intron #REF! #REF! 81 18 TAGTCACCATGAACAAAATAGTCACCATGAACAAAATAGTCACCATGAACAAAATAGTCA SH17979 17979 73 107 YLR211C_12_564531_563792_INTRON_19_77 intron/exon #REF! #REF! 101 22 TAATAGTATAAACCTAATTCATTAATAGTATAAACCTAATTCATTAATAGTATAAACCTA SH17980 17980 15 175 YLR211C_12_564531_563792_INTRON_19_77 3' exon #REF! #REF! 121 15 TCGGCGTCCTCAATATCGGCGTCCTCAATATCGGCGTCCTCAATATCGGCGTCCTCAATA SH17981 17981 20 136 YLR211C_12_564531_563792_INTRON_19_77 3' exon #REF! #REF! 141 18 AATCTCCTTTTCGACATTAATCTCCTTTTCGACATTAATCTCCTTTTCGACATTAATCTC SH17982 17982 83 96 YLR275W_12_694378_694800_INTRON_6_95 5' exon #REF! #REF! 1 15 CAACTGTCAAAGGCGCAACTGTCAAAGGCGCAACTGTCAAAGGCGCAACTGTCAAAGGCG SH17983 17983 83 138 YLR275W_12_694378_694800_INTRON_6_95 5' exon #REF! #REF! 21 18 CGGTTTTATAATACTCCTCGGTTTTATAATACTCCTCGGTTTTATAATACTCCTCGGTTT SH17984 17984 53 182 YLR275W_12_694378_694800_INTRON_6_95 exon/intron #REF! #REF! 41 19 CAAACATACGACATGATAACAAACATACGACATGATAACAAACATACGACATGATAACAA SH17985 17985 31 148 YLR275W_12_694378_694800_INTRON_6_95 intron #REF! #REF! 61 20 GGATGTAAAAATGGTTAAGAGGATGTAAAAATGGTTAAGAGGATGTAAAAATGGTTAAGA SH17986 17986 8 146 YLR275W_12_694378_694800_INTRON_6_95 intron #REF! #REF! 81 22 TAAAAATTCACTCCAAATTATATAAAAATTCACTCCAAATTATATAAAAATTCACTCCAA SH17987 17987 38 176 YLR275W_12_694378_694800_INTRON_6_95 intron #REF! #REF! 101 23 AATTACTTTTAAGTTAGTATATAAATTACTTTTAAGTTAGTATATAAATTACTTTTAAGT SH17988 17988 6 158 YLR275W_12_694378_694800_INTRON_6_95 intron #REF! #REF! 121 20 CTGGAAAGATACAAATCAATCTGGAAAGATACAAATCAATCTGGAAAGATACAAATCAAT SH17989 17989 104 56 YLR275W_12_694378_694800_INTRON_6_95 3' exon #REF! #REF! 141 20 GACGATCAATTATTTGTGAAGACGATCAATTATTTGTGAAGACGATCAATTATTTGTGAA SH17990 17990 3 54 YLR275W_12_694378_694800_INTRON_6_95 3' exon #REF! #REF! 161 18 TAGAGAGTTCATGTTTTGTAGAGAGTTCATGTTTTGTAGAGAGTTCATGTTTTGTAGAGA SH17991 17991 45 172 YLR287C-A_12_713158_712537_INTRON_4_433 5' exon #REF! #REF! 1 18 AAGATTATTACAGTGGCAAAGATTATTACAGTGGCAAAGATTATTACAGTGGCAAAGATT SH17992 17992 100 60 YLR287C-A_12_713158_712537_INTRON_4_433 5' exon #REF! #REF! 21 18 GTTTTTGTATGGGGATATGTTTTTGTATGGGGATATGTTTTTGTATGGGGATATGTTTTT SH17993 17993 56 14 YLR287C-A_12_713158_712537_INTRON_4_433 exon/intron #REF! #REF! 41 17 TACGTACCATATTTGCGTACGTACCATATTTGCGTACGTACCATATTTGCGTACGTACCA SH17994 17994 46 209 YLR287C-A_12_713158_712537_INTRON_4_433 intron #REF! #REF! 61 20 ATTTTAAAATCCTAATGAGGATTTTAAAATCCTAATGAGGATTTTAAAATCCTAATGAGG SH17995 17995 90 82 YLR287C-A_12_713158_712537_INTRON_4_433 intron #REF! #REF! 81 20 GAAACGTCCATTTTTTTCATGAAACGTCCATTTTTTTCATGAAACGTCCATTTTTTTCAT SH17996 17996 28 182 YLR287C-A_12_713158_712537_INTRON_4_433 intron #REF! #REF! 101 17 GTTATTCATTCCTCGCTGTTATTCATTCCTCGCTGTTATTCATTCCTCGCTGTTATTCAT SH17997 17997 88 93 YLR287C-A_12_713158_712537_INTRON_4_433 intron #REF! #REF! 121 23 TAATATATTCAAATTAGCTATTTTAATATATTCAAATTAGCTATTTTAATATATTCAAAT SH17998 17998 15 13 YLR287C-A_12_713158_712537_INTRON_4_433 intron #REF! #REF! 141 18 GATATGAAACACCAGTAAGATATGAAACACCAGTAAGATATGAAACACCAGTAAGATATG SH17999 17999 91 212 YLR287C-A_12_713158_712537_INTRON_4_433 intron #REF! #REF! 161 18 CTTTTTCTGCGGTATATACTTTTTCTGCGGTATATACTTTTTCTGCGGTATATACTTTTT SH18000 18000 15 4 YLR287C-A_12_713158_712537_INTRON_4_433 intron #REF! #REF! 181 22 TTAAAGATATATTGCGTTTTATTTAAAGATATATTGCGTTTTATTTAAAGATATATTGCG SH18001 18001 88 169 YLR287C-A_12_713158_712537_INTRON_4_433 intron #REF! #REF! 201 15 GGGTGGAGCCAGTTTGGGTGGAGCCAGTTTGGGTGGAGCCAGTTTGGGTGGAGCCAGTTT SH18002 18002 102 185 YLR287C-A_12_713158_712537_INTRON_4_433 intron #REF! #REF! 221 22 TTTAAAAAGTTTCCTATCATATTTTAAAAAGTTTCCTATCATATTTTAAAAAGTTTCCTA SH18003 18003 47 54 YLR287C-A_12_713158_712537_INTRON_4_433 intron #REF! #REF! 241 20 GATGTAACAGAACTCAAATTGATGTAACAGAACTCAAATTGATGTAACAGAACTCAAATT SH18004 18004 104 137 YLR287C-A_12_713158_712537_INTRON_4_433 intron #REF! #REF! 261 19 GTCAAGCAATTACGTTTTTGTCAAGCAATTACGTTTTTGTCAAGCAATTACGTTTTTGTC SH18005 18005 75 71 YLR287C-A_12_713158_712537_INTRON_4_433 intron #REF! #REF! 281 16 GCCCTCGAAAAATCTGGCCCTCGAAAAATCTGGCCCTCGAAAAATCTGGCCCTCGAAAAA SH18006 18006 43 6 YLR287C-A_12_713158_712537_INTRON_4_433 intron #REF! #REF! 301 17 TTATGTTAAGTCCACGCTTATGTTAAGTCCACGCTTATGTTAAGTCCACGCTTATGTTAA SH18007 18007 6 39 YLR287C-A_12_713158_712537_INTRON_4_433 intron #REF! #REF! 321 20 AAATGTTGTTATTAAACTCGAAATGTTGTTATTAAACTCGAAATGTTGTTATTAAACTCG SH18008 18008 80 136 YLR287C-A_12_713158_712537_INTRON_4_433 intron #REF! #REF! 341 18 TTTTAACTCTCCGTCAAATTTTAACTCTCCGTCAAATTTTAACTCTCCGTCAAATTTTAA SH18009 18009 77 122 YLR287C-A_12_713158_712537_INTRON_4_433 intron #REF! #REF! 361 18 CTGCTATTTTCTCAAAGCCTGCTATTTTCTCAAAGCCTGCTATTTTCTCAAAGCCTGCTA SH18010 18010 6 164 YLR287C-A_12_713158_712537_INTRON_4_433 intron #REF! #REF! 381 20 GATGCTAAAAATAAACTTCAGATGCTAAAAATAAACTTCAGATGCTAAAAATAAACTTCA SH18011 18011 25 44 YLR287C-A_12_713158_712537_INTRON_4_433 intron #REF! #REF! 401 15 TGGCGTATCAGCAAGTGGCGTATCAGCAAGTGGCGTATCAGCAAGTGGCGTATCAGCAAG SH18012 18012 40 4 YLR287C-A_12_713158_712537_INTRON_4_433 intron #REF! #REF! 421 22 GTTAGTATAGTGAATTTTTGAAGTTAGTATAGTGAATTTTTGAAGTTAGTATAGTGAATT SH18013 18013 7 45 YLR287C-A_12_713158_712537_INTRON_4_433 intron #REF! #REF! 441 22 TATTAAAAATTAATGACCATGTTATTAAAAATTAATGACCATGTTATTAAAAATTAATGA SH18014 18014 102 152 YLR287C-A_12_713158_712537_INTRON_4_433 intron/exon #REF! #REF! 461 23 AGCCTAAATAAATAATATTAATAAGCCTAAATAAATAATATTAATAAGCCTAAATAAATA SH18015 18015 78 203 YLR287C-A_12_713158_712537_INTRON_4_433 3' exon #REF! #REF! 481 17 GAACCATGAACTTTAGCGAACCATGAACTTTAGCGAACCATGAACTTTAGCGAACCATGA SH18016 18016 55 58 YLR287C-A_12_713158_712537_INTRON_4_433 3' exon #REF! #REF! 501 13 ACCAGCACGAGCTACCAGCACGAGCTACCAGCACGAGCTACCAGCACGAGCTACCAGCAC SH18017 18017 78 128 YLR306W_12_744151_744851_INTRON_4_137 5' exon #REF! #REF! 1 19 CTGATTCTTTAATGTCTCTCTGATTCTTTAATGTCTCTCTGATTCTTTAATGTCTCTCTG SH18018 18018 66 121 YLR306W_12_744151_744851_INTRON_4_137 5' exon #REF! #REF! 21 22 TTATCTTGTTTTATATTCTCTATTATCTTGTTTTATATTCTCTATTATCTTGTTTTATAT SH18019 18019 29 129 YLR306W_12_744151_744851_INTRON_4_137 exon/intron #REF! #REF! 41 20 ATCTACGTACCATTTTTATTATCTACGTACCATTTTTATTATCTACGTACCATTTTTATT SH18020 18020 28 8 YLR306W_12_744151_744851_INTRON_4_137 intron #REF! #REF! 61 17 CGGAAAGATATAGTTGCCGGAAAGATATAGTTGCCGGAAAGATATAGTTGCCGGAAAGAT SH18021 18021 88 170 YLR306W_12_744151_744851_INTRON_4_137 intron #REF! #REF! 81 17 TAAAAACCGCCAATGAGTAAAAACCGCCAATGAGTAAAAACCGCCAATGAGTAAAAACCG SH18022 18022 66 134 YLR306W_12_744151_744851_INTRON_4_137 intron #REF! #REF! 101 21 GATTATGTTAGTATTTTCGATGATTATGTTAGTATTTTCGATGATTATGTTAGTATTTTC SH18023 18023 46 206 YLR306W_12_744151_744851_INTRON_4_137 intron #REF! #REF! 121 15 TCACCCCCCAAAAAGTCACCCCCCAAAAAGTCACCCCCCAAAAAGTCACCCCCCAAAAAG SH18024 18024 98 44 YLR306W_12_744151_744851_INTRON_4_137 intron #REF! #REF! 141 19 CATATCCAGTACACATATACATATCCAGTACACATATACATATCCAGTACACATATACAT SH18025 18025 17 150 YLR306W_12_744151_744851_INTRON_4_137 intron #REF! #REF! 161 20 TTGAATAAAGCCAAGAATATTTGAATAAAGCCAAGAATATTTGAATAAAGCCAAGAATAT SH18026 18026 36 102 YLR306W_12_744151_744851_INTRON_4_137 intron/exon #REF! #REF! 181 18 TGGCGTAATTTCAACTATTGGCGTAATTTCAACTATTGGCGTAATTTCAACTATTGGCGT SH18027 18027 67 126 YLR306W_12_744151_744851_INTRON_4_137 3' exon #REF! #REF! 201 21 CTTTTTGCTTTTTCTTTTGTACTTTTTGCTTTTTCTTTTGTACTTTTTGCTTTTTCTTTT SH18028 18028 50 67 YLR316C_12_766358_765266_INTRON_230_285 5' exon #REF! #REF! 1 17 TAATTTGCAGAAGCCGATAATTTGCAGAAGCCGATAATTTGCAGAAGCCGATAATTTGCA SH18029 18029 37 63 YLR316C_12_766358_765266_INTRON_230_285 5' exon #REF! #REF! 21 20 CGTATTTACATCTTTGAAATCGTATTTACATCTTTGAAATCGTATTTACATCTTTGAAAT SH18030 18030 49 97 YLR316C_12_766358_765266_INTRON_230_285 exon/intron #REF! #REF! 41 18 ATACATACTTAGTTTGGGATACATACTTAGTTTGGGATACATACTTAGTTTGGGATACAT SH18031 18031 82 169 YLR316C_12_766358_765266_INTRON_230_285 intron #REF! #REF! 61 19 GATTTCTGTTAGATCTCATGATTTCTGTTAGATCTCATGATTTCTGTTAGATCTCATGAT SH18032 18032 83 16 YLR316C_12_766358_765266_INTRON_230_285 intron #REF! #REF! 81 20 GAAAGTTAGTTAATTGATCCGAAAGTTAGTTAATTGATCCGAAAGTTAGTTAATTGATCC SH18033 18033 6 53 YLR316C_12_766358_765266_INTRON_230_285 intron/exon #REF! #REF! 101 20 GACTGCACTTATATATGTTTGACTGCACTTATATATGTTTGACTGCACTTATATATGTTT SH18034 18034 102 84 YLR316C_12_766358_765266_INTRON_230_285 3' exon #REF! #REF! 121 20 ATTCTTATACTCCATACATTATTCTTATACTCCATACATTATTCTTATACTCCATACATT SH18035 18035 37 122 YLR316C_12_766358_765266_INTRON_230_285 3' exon #REF! #REF! 141 16 CGAGTCTCTTGGATCTCGAGTCTCTTGGATCTCGAGTCTCTTGGATCTCGAGTCTCTTGG SH18036 18036 71 99 YLR333C_12_796335_795573_INTRON_1_423 5' exon #REF! #REF! 1 20 CTGAGTGACTGTAATAATAACTGAGTGACTGTAATAATAACTGAGTGACTGTAATAATAA SH18037 18037 22 12 YLR333C_12_796335_795573_INTRON_1_423 5' exon #REF! #REF! 21 17 TCAGTTTAGTGCTCTGTTCAGTTTAGTGCTCTGTTCAGTTTAGTGCTCTGTTCAGTTTAG SH18038 18038 26 191 YLR333C_12_796335_795573_INTRON_1_423 exon/intron #REF! #REF! 41 18 GCACATACCTTAATAACTGCACATACCTTAATAACTGCACATACCTTAATAACTGCACAT SH18039 18039 66 123 YLR333C_12_796335_795573_INTRON_1_423 intron #REF! #REF! 61 17 TTCTTCCCGTGAATCAATTCTTCCCGTGAATCAATTCTTCCCGTGAATCAATTCTTCCCG SH18040 18040 88 191 YLR333C_12_796335_795573_INTRON_1_423 intron #REF! #REF! 81 18 GGTTCGGTTCTTTCAAATGGTTCGGTTCTTTCAAATGGTTCGGTTCTTTCAAATGGTTCG SH18041 18041 11 75 YLR333C_12_796335_795573_INTRON_1_423 intron #REF! #REF! 101 17 TGGCTTTGATTTTGGCATGGCTTTGATTTTGGCATGGCTTTGATTTTGGCATGGCTTTGA SH18042 18042 65 157 YLR333C_12_796335_795573_INTRON_1_423 intron #REF! #REF! 121 17 TTTTTGGCAAATCCCAGTTTTTGGCAAATCCCAGTTTTTGGCAAATCCCAGTTTTTGGCA SH18043 18043 13 80 YLR333C_12_796335_795573_INTRON_1_423 intron #REF! #REF! 141 22 TATCTTTATTCTATATCCTAAATATCTTTATTCTATATCCTAAATATCTTTATTCTATAT SH18044 18044 73 84 YLR333C_12_796335_795573_INTRON_1_423 intron #REF! #REF! 161 18 CGCCTTTCATATTTCGTACGCCTTTCATATTTCGTACGCCTTTCATATTTCGTACGCCTT SH18045 18045 65 154 YLR333C_12_796335_795573_INTRON_1_423 intron #REF! #REF! 181 20 CTCCACTAATTCTAATTTTCCTCCACTAATTCTAATTTTCCTCCACTAATTCTAATTTTC SH18046 18046 92 64 YLR333C_12_796335_795573_INTRON_1_423 intron #REF! #REF! 201 17 CCTGTGCTCATTATTTGCCTGTGCTCATTATTTGCCTGTGCTCATTATTTGCCTGTGCTC SH18047 18047 58 170 YLR333C_12_796335_795573_INTRON_1_423 intron #REF! #REF! 221 18 GAGTTACAATGATCTTAGGAGTTACAATGATCTTAGGAGTTACAATGATCTTAGGAGTTA SH18048 18048 87 44 YLR333C_12_796335_795573_INTRON_1_423 intron #REF! #REF! 241 18 GTTATGATTGACGTCATTGTTATGATTGACGTCATTGTTATGATTGACGTCATTGTTATG SH18049 18049 62 170 YLR333C_12_796335_795573_INTRON_1_423 intron #REF! #REF! 261 17 TAGCACATCTCATTACCTAGCACATCTCATTACCTAGCACATCTCATTACCTAGCACATC SH18050 18050 38 93 YLR333C_12_796335_795573_INTRON_1_423 intron #REF! #REF! 281 22 TGTTTAATAGATTTAGTAGATATGTTTAATAGATTTAGTAGATATGTTTAATAGATTTAG SH18051 18051 4 185 YLR333C_12_796335_795573_INTRON_1_423 intron #REF! #REF! 301 18 TGGAATGATAAAGATCTGTGGAATGATAAAGATCTGTGGAATGATAAAGATCTGTGGAAT SH18052 18052 80 41 YLR333C_12_796335_795573_INTRON_1_423 intron #REF! #REF! 321 17 CTAAACTGTATGGTGGTCTAAACTGTATGGTGGTCTAAACTGTATGGTGGTCTAAACTGT SH18053 18053 28 177 YLR333C_12_796335_795573_INTRON_1_423 intron #REF! #REF! 341 15 AGCAAAATGGCCTGCAGCAAAATGGCCTGCAGCAAAATGGCCTGCAGCAAAATGGCCTGC SH18054 18054 99 115 YLR333C_12_796335_795573_INTRON_1_423 intron #REF! #REF! 361 21 CTTTCAGAAAAAAAAGTCAAACTTTCAGAAAAAAAAGTCAAACTTTCAGAAAAAAAAGTC SH18055 18055 99 143 YLR333C_12_796335_795573_INTRON_1_423 intron #REF! #REF! 381 18 TCCTTTGATGAATGAATCTCCTTTGATGAATGAATCTCCTTTGATGAATGAATCTCCTTT SH18056 18056 24 46 YLR333C_12_796335_795573_INTRON_1_423 intron #REF! #REF! 401 18 ATACGCAGAGATATTCTAATACGCAGAGATATTCTAATACGCAGAGATATTCTAATACGC SH18057 18057 5 147 YLR333C_12_796335_795573_INTRON_1_423 intron #REF! #REF! 421 22 TAGTGTCAAAAATTATATTACATAGTGTCAAAAATTATATTACATAGTGTCAAAAATTAT SH18058 18058 89 61 YLR333C_12_796335_795573_INTRON_1_423 intron #REF! #REF! 441 18 GGGTGAAAATTGATGTTAGGGTGAAAATTGATGTTAGGGTGAAAATTGATGTTAGGGTGA SH18059 18059 17 100 YLR333C_12_796335_795573_INTRON_1_423 intron/exon #REF! #REF! 461 17 TGTTCTGAGACGTAAGATGTTCTGAGACGTAAGATGTTCTGAGACGTAAGATGTTCTGAG SH18060 18060 56 153 YLR333C_12_796335_795573_INTRON_1_423 3' exon #REF! #REF! 481 18 CTTTGGAGGCATGTTATACTTTGGAGGCATGTTATACTTTGGAGGCATGTTATACTTTGG SH18061 18061 2 176 YLR333C_12_796335_795573_INTRON_1_423 3' exon #REF! #REF! 501 18 GCAGCTTTAGACAATTGTGCAGCTTTAGACAATTGTGCAGCTTTAGACAATTGTGCAGCT SH18062 18062 81 207 YLR344W_12_819312_820142_INTRON_20_466 5' exon #REF! #REF! 1 18 TGTTGGTTACGTCAATAATGTTGGTTACGTCAATAATGTTGGTTACGTCAATAATGTTGG SH18063 18063 13 15 YLR344W_12_819312_820142_INTRON_20_466 5' exon #REF! #REF! 21 18 TAGCCATTCTGATACTTTTAGCCATTCTGATACTTTTAGCCATTCTGATACTTTTAGCCA SH18064 18064 89 200 YLR344W_12_819312_820142_INTRON_20_466 exon/intron #REF! #REF! 41 18 GCACATACCTAATGATTGGCACATACCTAATGATTGGCACATACCTAATGATTGGCACAT SH18065 18065 57 9 YLR344W_12_819312_820142_INTRON_20_466 intron #REF! #REF! 61 20 GTTTCAGTGATTTAGCATTTGTTTCAGTGATTTAGCATTTGTTTCAGTGATTTAGCATTT SH18066 18066 102 69 YLR344W_12_819312_820142_INTRON_20_466 intron #REF! #REF! 81 13 CCAGCTCTACAGGCCAGCTCTACAGGCCAGCTCTACAGGCCAGCTCTACAGGCCAGCTCT SH18067 18067 98 48 YLR344W_12_819312_820142_INTRON_20_466 intron #REF! #REF! 101 20 CAAAAGGTACAAACTATATTCAAAAGGTACAAACTATATTCAAAAGGTACAAACTATATT SH18068 18068 52 182 YLR344W_12_819312_820142_INTRON_20_466 intron #REF! #REF! 121 13 TTCTGCCCTCAGGTTCTGCCCTCAGGTTCTGCCCTCAGGTTCTGCCCTCAGGTTCTGCCC SH18069 18069 56 125 YLR344W_12_819312_820142_INTRON_20_466 intron #REF! #REF! 141 21 CTAATCGAATTAAGATAACATCTAATCGAATTAAGATAACATCTAATCGAATTAAGATAA SH18070 18070 88 76 YLR344W_12_819312_820142_INTRON_20_466 intron #REF! #REF! 161 17 AACGCACCTTCTTTTTCAACGCACCTTCTTTTTCAACGCACCTTCTTTTTCAACGCACCT SH18071 18071 24 185 YLR344W_12_819312_820142_INTRON_20_466 intron #REF! #REF! 181 18 TTACAAGTTTCAACCTTGTTACAAGTTTCAACCTTGTTACAAGTTTCAACCTTGTTACAA SH18072 18072 80 48 YLR344W_12_819312_820142_INTRON_20_466 intron #REF! #REF! 201 18 TGAGACATCACCTAAATATGAGACATCACCTAAATATGAGACATCACCTAAATATGAGAC SH18073 18073 33 205 YLR344W_12_819312_820142_INTRON_20_466 intron #REF! #REF! 221 15 TCCAGTGGTTGCAGTTCCAGTGGTTGCAGTTCCAGTGGTTGCAGTTCCAGTGGTTGCAGT SH18074 18074 98 212 YLR344W_12_819312_820142_INTRON_20_466 intron #REF! #REF! 241 21 CTATTATTTTGATATTTGCGTCTATTATTTTGATATTTGCGTCTATTATTTTGATATTTG SH18075 18075 31 103 YLR344W_12_819312_820142_INTRON_20_466 intron #REF! #REF! 261 17 GTGAGACTTTATCTCCCGTGAGACTTTATCTCCCGTGAGACTTTATCTCCCGTGAGACTT SH18076 18076 73 3 YLR344W_12_819312_820142_INTRON_20_466 intron #REF! #REF! 281 23 CAATAATTCTATGATTTTTTCATCAATAATTCTATGATTTTTTCATCAATAATTCTATGA SH18077 18077 47 210 YLR344W_12_819312_820142_INTRON_20_466 intron #REF! #REF! 301 19 GGCTAGATAAATTGAACAAGGCTAGATAAATTGAACAAGGCTAGATAAATTGAACAAGGC SH18078 18078 19 163 YLR344W_12_819312_820142_INTRON_20_466 intron #REF! #REF! 321 20 TTTTTCCATAAGGTAAGATATTTTTCCATAAGGTAAGATATTTTTCCATAAGGTAAGATA SH18079 18079 70 6 YLR344W_12_819312_820142_INTRON_20_466 intron #REF! #REF! 341 20 TTAGAAAAACATATTCACACTTAGAAAAACATATTCACACTTAGAAAAACATATTCACAC SH18080 18080 96 65 YLR344W_12_819312_820142_INTRON_20_466 intron #REF! #REF! 361 13 CGGGAAGCTCGATCGGGAAGCTCGATCGGGAAGCTCGATCGGGAAGCTCGATCGGGAAGC SH18081 18081 36 206 YLR344W_12_819312_820142_INTRON_20_466 intron #REF! #REF! 381 18 CGGATGCATAATATAGTGCGGATGCATAATATAGTGCGGATGCATAATATAGTGCGGATG SH18082 18082 98 197 YLR344W_12_819312_820142_INTRON_20_466 intron #REF! #REF! 401 20 GTATTGAATTTCAGATGTATGTATTGAATTTCAGATGTATGTATTGAATTTCAGATGTAT SH18083 18083 75 92 YLR344W_12_819312_820142_INTRON_20_466 intron #REF! #REF! 421 16 CAGGACCTTGGAGAAACAGGACCTTGGAGAAACAGGACCTTGGAGAAACAGGACCTTGGA SH18084 18084 16 9 YLR344W_12_819312_820142_INTRON_20_466 intron #REF! #REF! 441 18 CAAATCTTACCCTCTTAGCAAATCTTACCCTCTTAGCAAATCTTACCCTCTTAGCAAATC SH18085 18085 3 95 YLR344W_12_819312_820142_INTRON_20_466 intron #REF! #REF! 461 18 GTTAGTATTTCGAGTTTCGTTAGTATTTCGAGTTTCGTTAGTATTTCGAGTTTCGTTAGT SH18086 18086 62 159 YLR344W_12_819312_820142_INTRON_20_466 intron/exon #REF! #REF! 481 22 AACGTCTAAAATAATGAAAATAAACGTCTAAAATAATGAAAATAAACGTCTAAAATAATG SH18087 18087 60 85 YLR344W_12_819312_820142_INTRON_20_466 3' exon #REF! #REF! 501 16 CTTCTGTCGGAGGAAACTTCTGTCGGAGGAAACTTCTGTCGGAGGAAACTTCTGTCGGAG SH18088 18088 97 7 YLR344W_12_819312_820142_INTRON_20_466 3' exon #REF! #REF! 521 18 GAAATAAGCCTTTCTAGCGAAATAAGCCTTTCTAGCGAAATAAGCCTTTCTAGCGAAATA SH18089 18089 89 37 YLR367W_12_855877_857316_INTRON_698_1180 5' exon #REF! #REF! 1 17 TAACCTTGGAAGAAGGTTAACCTTGGAAGAAGGTTAACCTTGGAAGAAGGTTAACCTTGG SH18090 18090 104 110 YLR367W_12_855877_857316_INTRON_698_1180 5' exon #REF! #REF! 21 20 CATAACTTGTAAAAACTTGACATAACTTGTAAAAACTTGACATAACTTGTAAAAACTTGA SH18091 18091 46 33 YLR367W_12_855877_857316_INTRON_698_1180 exon/intron #REF! #REF! 41 18 GAACATACCATGCTTTTGGAACATACCATGCTTTTGGAACATACCATGCTTTTGGAACAT SH18092 18092 84 31 YLR367W_12_855877_857316_INTRON_698_1180 intron #REF! #REF! 61 22 TGTGAAAATATTGAAAAATAGTTGTGAAAATATTGAAAAATAGTTGTGAAAATATTGAAA SH18093 18093 82 118 YLR367W_12_855877_857316_INTRON_698_1180 intron #REF! #REF! 81 18 CAGAAATTGAAACACATGCAGAAATTGAAACACATGCAGAAATTGAAACACATGCAGAAA SH18094 18094 16 201 YLR367W_12_855877_857316_INTRON_698_1180 intron #REF! #REF! 101 20 CGTGGTAACATTTAAAAATACGTGGTAACATTTAAAAATACGTGGTAACATTTAAAAATA SH18095 18095 22 5 YLR367W_12_855877_857316_INTRON_698_1180 intron #REF! #REF! 121 17 TGAACTTGGACAAACCTTGAACTTGGACAAACCTTGAACTTGGACAAACCTTGAACTTGG SH18096 18096 45 47 YLR367W_12_855877_857316_INTRON_698_1180 intron #REF! #REF! 141 16 CGTTAGAGTTGCGCAACGTTAGAGTTGCGCAACGTTAGAGTTGCGCAACGTTAGAGTTGC SH18097 18097 93 103 YLR367W_12_855877_857316_INTRON_698_1180 intron #REF! #REF! 161 22 AAAAACAATGGCAATAATTATTAAAAACAATGGCAATAATTATTAAAAACAATGGCAATA SH18098 18098 98 157 YLR367W_12_855877_857316_INTRON_698_1180 intron #REF! #REF! 181 15 TCAGCCCGGAGTAAATCAGCCCGGAGTAAATCAGCCCGGAGTAAATCAGCCCGGAGTAAA SH18099 18099 77 172 YLR367W_12_855877_857316_INTRON_698_1180 intron #REF! #REF! 201 15 CCGATCACACCATCTCCGATCACACCATCTCCGATCACACCATCTCCGATCACACCATCT SH18100 18100 27 64 YLR367W_12_855877_857316_INTRON_698_1180 intron #REF! #REF! 221 20 TGTCCAGTATAAATTAGTATTGTCCAGTATAAATTAGTATTGTCCAGTATAAATTAGTAT SH18101 18101 38 25 YLR367W_12_855877_857316_INTRON_698_1180 intron #REF! #REF! 241 18 ACATCTTTTACGAGTCTTACATCTTTTACGAGTCTTACATCTTTTACGAGTCTTACATCT SH18102 18102 65 151 YLR367W_12_855877_857316_INTRON_698_1180 intron #REF! #REF! 261 17 ATGGGACTAAGCACAAAATGGGACTAAGCACAAAATGGGACTAAGCACAAAATGGGACTA SH18103 18103 18 27 YLR367W_12_855877_857316_INTRON_698_1180 intron #REF! #REF! 281 17 CCGGACACTTAAAAAACCCGGACACTTAAAAAACCCGGACACTTAAAAAACCCGGACACT SH18104 18104 71 59 YLR367W_12_855877_857316_INTRON_698_1180 intron #REF! #REF! 301 18 TTCCACATGGGATTAAATTTCCACATGGGATTAAATTTCCACATGGGATTAAATTTCCAC SH18105 18105 14 33 YLR367W_12_855877_857316_INTRON_698_1180 intron #REF! #REF! 321 17 ATAACCGTGTAAGAAGCATAACCGTGTAAGAAGCATAACCGTGTAAGAAGCATAACCGTG SH18106 18106 94 63 YLR367W_12_855877_857316_INTRON_698_1180 intron #REF! #REF! 341 17 CTACACATGAGGTGTAACTACACATGAGGTGTAACTACACATGAGGTGTAACTACACATG SH18107 18107 24 136 YLR367W_12_855877_857316_INTRON_698_1180 intron #REF! #REF! 361 18 AAACGGTAATGGATATAGAAACGGTAATGGATATAGAAACGGTAATGGATATAGAAACGG SH18108 18108 74 142 YLR367W_12_855877_857316_INTRON_698_1180 intron #REF! #REF! 381 18 GTGAGATTTTGAGGAAAAGTGAGATTTTGAGGAAAAGTGAGATTTTGAGGAAAAGTGAGA SH18109 18109 21 187 YLR367W_12_855877_857316_INTRON_698_1180 intron #REF! #REF! 401 22 ATTTTGCCATTGAAAATTTTAAATTTTGCCATTGAAAATTTTAAATTTTGCCATTGAAAA SH18110 18110 11 95 YLR367W_12_855877_857316_INTRON_698_1180 intron #REF! #REF! 421 17 AAGTTGTGCGGAAGAATAAGTTGTGCGGAAGAATAAGTTGTGCGGAAGAATAAGTTGTGC SH18111 18111 55 75 YLR367W_12_855877_857316_INTRON_698_1180 intron #REF! #REF! 441 22 CATAAAAAACAAGAAAATGTTGCATAAAAAACAAGAAAATGTTGCATAAAAAACAAGAAA SH18112 18112 53 113 YLR367W_12_855877_857316_INTRON_698_1180 intron #REF! #REF! 461 20 CGAAATTTTTGCTTACTTCACGAAATTTTTGCTTACTTCACGAAATTTTTGCTTACTTCA SH18113 18113 4 157 YLR367W_12_855877_857316_INTRON_698_1180 intron #REF! #REF! 481 17 ATGGAGCGTTGTTGATTATGGAGCGTTGTTGATTATGGAGCGTTGTTGATTATGGAGCGT SH18114 18114 9 142 YLR367W_12_855877_857316_INTRON_698_1180 intron #REF! #REF! 501 22 GTAAATGTTAGTATTGAAGAATGTAAATGTTAGTATTGAAGAATGTAAATGTTAGTATTG SH18115 18115 11 149 YLR367W_12_855877_857316_INTRON_698_1180 intron/exon #REF! #REF! 521 18 GTAACCTAAATAAGGAGTGTAACCTAAATAAGGAGTGTAACCTAAATAAGGAGTGTAACC SH18116 18116 89 14 YLR367W_12_855877_857316_INTRON_698_1180 3' exon #REF! #REF! 541 17 TGTATTCGAATTCGCCATGTATTCGAATTCGCCATGTATTCGAATTCGCCATGTATTCGA SH18117 18117 66 50 YLR367W_12_855877_857316_INTRON_698_1180 3' exon #REF! #REF! 561 15 CAGATCTGTGGTCGTCAGATCTGTGGTCGTCAGATCTGTGGTCGTCAGATCTGTGGTCGT SH18118 18118 80 12 YLR388W_12_898158_898821_INTRON_1_488 5' exon #REF! #REF! 1 15 TGCAGGTTATGCCGTTGCAGGTTATGCCGTTGCAGGTTATGCCGTTGCAGGTTATGCCGT SH18119 18119 44 5 YLR388W_12_898158_898821_INTRON_1_488 5' exon #REF! #REF! 21 17 GCGCTATGTTGTTATGTGCGCTATGTTGTTATGTGCGCTATGTTGTTATGTGCGCTATGT SH18120 18120 71 33 YLR388W_12_898158_898821_INTRON_1_488 exon/intron #REF! #REF! 41 18 CAGCATACGCAATGATAACAGCATACGCAATGATAACAGCATACGCAATGATAACAGCAT SH18121 18121 52 154 YLR388W_12_898158_898821_INTRON_1_488 intron #REF! #REF! 61 17 GTGAAAGGTTCGTTTCAGTGAAAGGTTCGTTTCAGTGAAAGGTTCGTTTCAGTGAAAGGT SH18122 18122 45 3 YLR388W_12_898158_898821_INTRON_1_488 intron #REF! #REF! 81 17 ATGCGATATGAGCTGATATGCGATATGAGCTGATATGCGATATGAGCTGATATGCGATAT SH18123 18123 88 74 YLR388W_12_898158_898821_INTRON_1_488 intron #REF! #REF! 101 18 TTTATACCTGTTATTCCGTTTATACCTGTTATTCCGTTTATACCTGTTATTCCGTTTATA SH18124 18124 76 114 YLR388W_12_898158_898821_INTRON_1_488 intron #REF! #REF! 121 17 GTTGATAACTCGTGGATGTTGATAACTCGTGGATGTTGATAACTCGTGGATGTTGATAAC SH18125 18125 58 138 YLR388W_12_898158_898821_INTRON_1_488 intron #REF! #REF! 141 21 GATTCCAATTTTAAAGAGAATGATTCCAATTTTAAAGAGAATGATTCCAATTTTAAAGAG SH18126 18126 8 135 YLR388W_12_898158_898821_INTRON_1_488 intron #REF! #REF! 161 17 TGAATTCGGTTGATTGGTGAATTCGGTTGATTGGTGAATTCGGTTGATTGGTGAATTCGG SH18127 18127 73 131 YLR388W_12_898158_898821_INTRON_1_488 intron #REF! #REF! 181 17 GGAAACGTTGTTAGTACGGAAACGTTGTTAGTACGGAAACGTTGTTAGTACGGAAACGTT SH18128 18128 103 50 YLR388W_12_898158_898821_INTRON_1_488 intron/exon #REF! #REF! 201 18 GCCATTTTATCTGCAATAGCCATTTTATCTGCAATAGCCATTTTATCTGCAATAGCCATT SH18129 18129 46 106 YLR388W_12_898158_898821_INTRON_1_488 3' exon #REF! #REF! 221 17 GAACCAGACGTTTTCGTGAACCAGACGTTTTCGTGAACCAGACGTTTTCGTGAACCAGAC SH18130 18130 98 153 YLR388W_12_898158_898821_INTRON_1_488 3' exon #REF! #REF! 241 16 CGTATCTTCTTGGGTGCGTATCTTCTTGGGTGCGTATCTTCTTGGGTGCGTATCTTCTTG SH18131 18131 42 23 YLR406C_12_931752_931062_INTRON_58_406 5' exon #REF! #REF! 1 18 TGACAACGTCTTTTAAACTGACAACGTCTTTTAAACTGACAACGTCTTTTAAACTGACAA SH18132 18132 85 135 YLR406C_12_931752_931062_INTRON_58_406 5' exon #REF! #REF! 21 17 TTGATGGTGTATTCACGTTGATGGTGTATTCACGTTGATGGTGTATTCACGTTGATGGTG SH18133 18133 70 120 YLR406C_12_931752_931062_INTRON_58_406 exon/intron #REF! #REF! 41 17 GACATACTCTTTTGTGCGACATACTCTTTTGTGCGACATACTCTTTTGTGCGACATACTC SH18134 18134 6 50 YLR406C_12_931752_931062_INTRON_58_406 intron #REF! #REF! 61 18 CGTAAAGACAACGCTAATCGTAAAGACAACGCTAATCGTAAAGACAACGCTAATCGTAAA SH18135 18135 90 20 YLR406C_12_931752_931062_INTRON_58_406 intron #REF! #REF! 81 18 TGGCTTTCAATAATTTCCTGGCTTTCAATAATTTCCTGGCTTTCAATAATTTCCTGGCTT SH18136 18136 15 173 YLR406C_12_931752_931062_INTRON_58_406 intron #REF! #REF! 101 17 TCACCACAATATCGCTTTCACCACAATATCGCTTTCACCACAATATCGCTTTCACCACAA SH18137 18137 2 21 YLR406C_12_931752_931062_INTRON_58_406 intron #REF! #REF! 121 18 GTATAGATTTCGCTTGGTGTATAGATTTCGCTTGGTGTATAGATTTCGCTTGGTGTATAG SH18138 18138 59 71 YLR406C_12_931752_931062_INTRON_58_406 intron #REF! #REF! 141 20 ATTGGAAAATGAAATTTCACATTGGAAAATGAAATTTCACATTGGAAAATGAAATTTCAC SH18139 18139 57 43 YLR406C_12_931752_931062_INTRON_58_406 intron #REF! #REF! 161 13 CCTGGGGTCAATCCCTGGGGTCAATCCCTGGGGTCAATCCCTGGGGTCAATCCCTGGGGT SH18140 18140 73 174 YLR406C_12_931752_931062_INTRON_58_406 intron #REF! #REF! 181 18 TAACCTCTAATATTCCGATAACCTCTAATATTCCGATAACCTCTAATATTCCGATAACCT SH18141 18141 72 204 YLR406C_12_931752_931062_INTRON_58_406 intron #REF! #REF! 201 17 CATCACGCATTCCATATCATCACGCATTCCATATCATCACGCATTCCATATCATCACGCA SH18142 18142 61 85 YLR406C_12_931752_931062_INTRON_58_406 intron #REF! #REF! 221 15 AGAACCTTCCAGTCCAGAACCTTCCAGTCCAGAACCTTCCAGTCCAGAACCTTCCAGTCC SH18143 18143 13 75 YLR406C_12_931752_931062_INTRON_58_406 intron #REF! #REF! 241 17 CAGAGAAATGCAGTACCCAGAGAAATGCAGTACCCAGAGAAATGCAGTACCCAGAGAAAT SH18144 18144 20 166 YLR406C_12_931752_931062_INTRON_58_406 intron #REF! #REF! 261 16 GGATATCGATCGCAGAGGATATCGATCGCAGAGGATATCGATCGCAGAGGATATCGATCG SH18145 18145 22 70 YLR406C_12_931752_931062_INTRON_58_406 intron #REF! #REF! 281 18 TTATAGTGTAAACGTGAGTTATAGTGTAAACGTGAGTTATAGTGTAAACGTGAGTTATAG SH18146 18146 57 103 YLR406C_12_931752_931062_INTRON_58_406 intron #REF! #REF! 301 13 TCGGCCCAAGCGCTCGGCCCAAGCGCTCGGCCCAAGCGCTCGGCCCAAGCGCTCGGCCCA SH18147 18147 93 87 YLR406C_12_931752_931062_INTRON_58_406 intron #REF! #REF! 321 15 CTAAAGCATCACGCCCTAAAGCATCACGCCCTAAAGCATCACGCCCTAAAGCATCACGCC SH18148 18148 101 80 YLR406C_12_931752_931062_INTRON_58_406 intron #REF! #REF! 341 20 AAAAAGTTGTTATAAGAAGGAAAAAGTTGTTATAAGAAGGAAAAAGTTGTTATAAGAAGG SH18149 18149 93 177 YLR406C_12_931752_931062_INTRON_58_406 intron #REF! #REF! 361 19 GATTGGTCTGTTAGTAAAAGATTGGTCTGTTAGTAAAAGATTGGTCTGTTAGTAAAAGAT SH18150 18150 16 182 YLR406C_12_931752_931062_INTRON_58_406 intron/exon #REF! #REF! 381 22 TAGCTATATTAATATCAATTCATAGCTATATTAATATCAATTCATAGCTATATTAATATC SH18151 18151 6 61 YLR406C_12_931752_931062_INTRON_58_406 3' exon #REF! #REF! 401 17 GAAACTGACACCATGTAGAAACTGACACCATGTAGAAACTGACACCATGTAGAAACTGAC SH18152 18152 69 60 YLR406C_12_931752_931062_INTRON_58_406 3' exon #REF! #REF! 421 16 CTCTTGGAGCTCTCTTCTCTTGGAGCTCTCTTCTCTTGGAGCTCTCTTCTCTTGGAGCTC SH18153 18153 19 30 YLR426W_12_987057_988108_INTRON_81_151 5' exon #REF! #REF! 1 13 GCAGTGGCAGAACGCAGTGGCAGAACGCAGTGGCAGAACGCAGTGGCAGAACGCAGTGGC SH18154 18154 46 49 YLR426W_12_987057_988108_INTRON_81_151 5' exon #REF! #REF! 21 15 GCTACCAGAAGTGGAGCTACCAGAAGTGGAGCTACCAGAAGTGGAGCTACCAGAAGTGGA SH18155 18155 42 147 YLR426W_12_987057_988108_INTRON_81_151 exon/intron #REF! #REF! 41 20 CTTTACATACCATCTCAATACTTTACATACCATCTCAATACTTTACATACCATCTCAATA SH18156 18156 3 146 YLR426W_12_987057_988108_INTRON_81_151 intron #REF! #REF! 61 18 CCTCATGCCTATTTTCTACCTCATGCCTATTTTCTACCTCATGCCTATTTTCTACCTCAT SH18157 18157 21 169 YLR426W_12_987057_988108_INTRON_81_151 intron #REF! #REF! 81 20 GTATAAAAAACGCTGTTTCTGTATAAAAAACGCTGTTTCTGTATAAAAAACGCTGTTTCT SH18158 18158 81 191 YLR426W_12_987057_988108_INTRON_81_151 intron #REF! #REF! 101 18 GGTTAGTTCGTCATGTTAGGTTAGTTCGTCATGTTAGGTTAGTTCGTCATGTTAGGTTAG SH18159 18159 94 134 YLR426W_12_987057_988108_INTRON_81_151 intron/exon #REF! #REF! 121 15 AGTCGCTTAGAGACCAGTCGCTTAGAGACCAGTCGCTTAGAGACCAGTCGCTTAGAGACC SH18160 18160 62 31 YLR426W_12_987057_988108_INTRON_81_151 3' exon #REF! #REF! 141 18 GATTGTTAGACAAATGCTGATTGTTAGACAAATGCTGATTGTTAGACAAATGCTGATTGT SH18161 18161 19 172 YLR448W_12_1028848_1029762_INTRON_16_399 5' exon #REF! #REF! 1 18 CTTCTCTTCCAAGTTCAACTTCTCTTCCAAGTTCAACTTCTCTTCCAAGTTCAACTTCTC SH18162 18162 47 103 YLR448W_12_1028848_1029762_INTRON_16_399 5' exon #REF! #REF! 21 20 GTCATTTCGTTGAATATATTGTCATTTCGTTGAATATATTGTCATTTCGTTGAATATATT SH18163 18163 58 195 YLR448W_12_1028848_1029762_INTRON_16_399 exon/intron #REF! #REF! 41 17 CACATACTTGTTGGGCACACATACTTGTTGGGCACACATACTTGTTGGGCACACATACTT SH18164 18164 43 47 YLR448W_12_1028848_1029762_INTRON_16_399 intron #REF! #REF! 61 18 CCTTCAATTTACTCATCTCCTTCAATTTACTCATCTCCTTCAATTTACTCATCTCCTTCA SH18165 18165 61 130 YLR448W_12_1028848_1029762_INTRON_16_399 intron #REF! #REF! 81 17 ATCTCCATAACCATCACATCTCCATAACCATCACATCTCCATAACCATCACATCTCCATA SH18166 18166 44 130 YLR448W_12_1028848_1029762_INTRON_16_399 intron #REF! #REF! 101 15 CCTCTAGGCACGTGTCCTCTAGGCACGTGTCCTCTAGGCACGTGTCCTCTAGGCACGTGT SH18167 18167 78 49 YLR448W_12_1028848_1029762_INTRON_16_399 intron #REF! #REF! 121 18 TTTTGTTCTTGGGTAACTTTTTGTTCTTGGGTAACTTTTTGTTCTTGGGTAACTTTTTGT SH18168 18168 42 99 YLR448W_12_1028848_1029762_INTRON_16_399 intron #REF! #REF! 141 15 GTTAGCTCCCTTCCTGTTAGCTCCCTTCCTGTTAGCTCCCTTCCTGTTAGCTCCCTTCCT SH18169 18169 15 160 YLR448W_12_1028848_1029762_INTRON_16_399 intron #REF! #REF! 161 20 GTTTTGTCCAGTTCATATTTGTTTTGTCCAGTTCATATTTGTTTTGTCCAGTTCATATTT SH18170 18170 94 149 YLR448W_12_1028848_1029762_INTRON_16_399 intron #REF! #REF! 181 20 CGTTATTTTCATTTTGTCCACGTTATTTTCATTTTGTCCACGTTATTTTCATTTTGTCCA SH18171 18171 45 177 YLR448W_12_1028848_1029762_INTRON_16_399 intron #REF! #REF! 201 24 CTATATTTTCATTTTTACTAAAATCTATATTTTCATTTTTACTAAAATCTATATTTTCAT SH18172 18172 66 152 YLR448W_12_1028848_1029762_INTRON_16_399 intron #REF! #REF! 221 18 TCAGTCATTTGATGCTATTCAGTCATTTGATGCTATTCAGTCATTTGATGCTATTCAGTC SH18173 18173 63 209 YLR448W_12_1028848_1029762_INTRON_16_399 intron #REF! #REF! 241 20 TGAGTTATTGTTACTATGTTTGAGTTATTGTTACTATGTTTGAGTTATTGTTACTATGTT SH18174 18174 12 132 YLR448W_12_1028848_1029762_INTRON_16_399 intron #REF! #REF! 261 20 TACTCAGATTAGCTATAATATACTCAGATTAGCTATAATATACTCAGATTAGCTATAATA SH18175 18175 15 111 YLR448W_12_1028848_1029762_INTRON_16_399 intron #REF! #REF! 281 17 TAGCGTAGGAAGAAGTTTAGCGTAGGAAGAAGTTTAGCGTAGGAAGAAGTTTAGCGTAGG SH18176 18176 98 21 YLR448W_12_1028848_1029762_INTRON_16_399 intron #REF! #REF! 301 20 GGTACTATCCTCAAAAAAATGGTACTATCCTCAAAAAAATGGTACTATCCTCAAAAAAAT SH18177 18177 8 111 YLR448W_12_1028848_1029762_INTRON_16_399 intron #REF! #REF! 321 17 GATTCAGCACAAGGTTTGATTCAGCACAAGGTTTGATTCAGCACAAGGTTTGATTCAGCA SH18178 18178 5 106 YLR448W_12_1028848_1029762_INTRON_16_399 intron #REF! #REF! 341 13 GGGCATGGCGTGTGGGCATGGCGTGTGGGCATGGCGTGTGGGCATGGCGTGTGGGCATGG SH18179 18179 81 82 YLR448W_12_1028848_1029762_INTRON_16_399 intron #REF! #REF! 361 20 TTACTTTTTTCTTGCACAATTTACTTTTTTCTTGCACAATTTACTTTTTTCTTGCACAAT SH18180 18180 44 76 YLR448W_12_1028848_1029762_INTRON_16_399 intron #REF! #REF! 381 18 AGTTAGTATACTACTCGTAGTTAGTATACTACTCGTAGTTAGTATACTACTCGTAGTTAG SH18181 18181 56 12 YLR448W_12_1028848_1029762_INTRON_16_399 intron #REF! #REF! 401 19 CGTGATGTAAATCACATATCGTGATGTAAATCACATATCGTGATGTAAATCACATATCGT SH18182 18182 18 87 YLR448W_12_1028848_1029762_INTRON_16_399 intron/exon #REF! #REF! 421 18 GGGCCTATAATTGACATAGGGCCTATAATTGACATAGGGCCTATAATTGACATAGGGCCT SH18183 18183 45 46 YLR448W_12_1028848_1029762_INTRON_16_399 3' exon #REF! #REF! 441 16 CGGAAGGATACCACTTCGGAAGGATACCACTTCGGAAGGATACCACTTCGGAAGGATACC SH18184 18184 79 59 YLR448W_12_1028848_1029762_INTRON_16_399 3' exon #REF! #REF! 461 13 TGGGGCAGCAACGTGGGGCAGCAACGTGGGGCAGCAACGTGGGGCAGCAACGTGGGGCAG SH18185 18185 95 119 YML024W_13_225889_226697_INTRON_4_401 5' exon #REF! #REF! 1 20 ACTTTTCTTAGAATTAAGTCACTTTTCTTAGAATTAAGTCACTTTTCTTAGAATTAAGTC SH18186 18186 86 114 YML024W_13_225889_226697_INTRON_4_401 5' exon #REF! #REF! 21 17 CTAGTCTCGAGATCTTGCTAGTCTCGAGATCTTGCTAGTCTCGAGATCTTGCTAGTCTCG SH18187 18187 75 170 YML024W_13_225889_226697_INTRON_4_401 exon/intron #REF! #REF! 41 22 ATATTAACATACCATTTTGTTAATATTAACATACCATTTTGTTAATATTAACATACCATT SH18188 18188 53 36 YML024W_13_225889_226697_INTRON_4_401 intron #REF! #REF! 61 16 GCCTCCTTTAGTCCATGCCTCCTTTAGTCCATGCCTCCTTTAGTCCATGCCTCCTTTAGT SH18189 18189 99 188 YML024W_13_225889_226697_INTRON_4_401 intron #REF! #REF! 81 18 TCAATATTACGTGTCCTTTCAATATTACGTGTCCTTTCAATATTACGTGTCCTTTCAATA SH18190 18190 12 143 YML024W_13_225889_226697_INTRON_4_401 intron #REF! #REF! 101 17 CTTTATTGCGCATGTCGCTTTATTGCGCATGTCGCTTTATTGCGCATGTCGCTTTATTGC SH18191 18191 100 150 YML024W_13_225889_226697_INTRON_4_401 intron #REF! #REF! 121 23 TTTTCTTTAACTTATTTATTGTATTTTCTTTAACTTATTTATTGTATTTTCTTTAACTTA SH18192 18192 22 65 YML024W_13_225889_226697_INTRON_4_401 intron #REF! #REF! 141 20 GAAAATATCGTCATATGTTTGAAAATATCGTCATATGTTTGAAAATATCGTCATATGTTT SH18193 18193 39 129 YML024W_13_225889_226697_INTRON_4_401 intron #REF! #REF! 161 17 GCAGTTCCATATCGTCTGCAGTTCCATATCGTCTGCAGTTCCATATCGTCTGCAGTTCCA SH18194 18194 104 167 YML024W_13_225889_226697_INTRON_4_401 intron #REF! #REF! 181 17 CACACCACTTTTTCGGTCACACCACTTTTTCGGTCACACCACTTTTTCGGTCACACCACT SH18195 18195 44 100 YML024W_13_225889_226697_INTRON_4_401 intron #REF! #REF! 201 20 CAAAACATGAGTATCATTTCCAAAACATGAGTATCATTTCCAAAACATGAGTATCATTTC SH18196 18196 50 171 YML024W_13_225889_226697_INTRON_4_401 intron #REF! #REF! 221 16 CCACTGCAACTATAGCCCACTGCAACTATAGCCCACTGCAACTATAGCCCACTGCAACTA SH18197 18197 15 139 YML024W_13_225889_226697_INTRON_4_401 intron #REF! #REF! 241 18 TAACTCCCAATTTTTTGGTAACTCCCAATTTTTTGGTAACTCCCAATTTTTTGGTAACTC SH18198 18198 43 184 YML024W_13_225889_226697_INTRON_4_401 intron #REF! #REF! 261 17 GATACTGCTATAGGCATGATACTGCTATAGGCATGATACTGCTATAGGCATGATACTGCT SH18199 18199 72 101 YML024W_13_225889_226697_INTRON_4_401 intron #REF! #REF! 281 17 CAAGAGACTGAATCTCCCAAGAGACTGAATCTCCCAAGAGACTGAATCTCCCAAGAGACT SH18200 18200 67 49 YML024W_13_225889_226697_INTRON_4_401 intron #REF! #REF! 301 20 CAACTATGCAAAAAGAAGATCAACTATGCAAAAAGAAGATCAACTATGCAAAAAGAAGAT SH18201 18201 42 131 YML024W_13_225889_226697_INTRON_4_401 intron #REF! #REF! 321 18 GCCATATTATCCCTTGTTGCCATATTATCCCTTGTTGCCATATTATCCCTTGTTGCCATA SH18202 18202 25 123 YML024W_13_225889_226697_INTRON_4_401 intron #REF! #REF! 341 16 GTAGAGGCAGTTCATGGTAGAGGCAGTTCATGGTAGAGGCAGTTCATGGTAGAGGCAGTT SH18203 18203 5 141 YML024W_13_225889_226697_INTRON_4_401 intron #REF! #REF! 361 22 CTGATATCAAAAACACATTATACTGATATCAAAAACACATTATACTGATATCAAAAACAC SH18204 18204 31 84 YML024W_13_225889_226697_INTRON_4_401 intron #REF! #REF! 381 20 ATTCAACTTGTTAGTATACTATTCAACTTGTTAGTATACTATTCAACTTGTTAGTATACT SH18205 18205 3 89 YML024W_13_225889_226697_INTRON_4_401 intron #REF! #REF! 401 22 AAATAAAAAGTTTGTAAATGCAAAATAAAAAGTTTGTAAATGCAAAATAAAAAGTTTGTA SH18206 18206 8 2 YML024W_13_225889_226697_INTRON_4_401 intron #REF! #REF! 421 18 GACGAAAAGCAATACAAAGACGAAAAGCAATACAAAGACGAAAAGCAATACAAAGACGAA SH18207 18207 50 78 YML024W_13_225889_226697_INTRON_4_401 intron/exon #REF! #REF! 441 19 CTAACTCTACCCTATTAAACTAACTCTACCCTATTAAACTAACTCTACCCTATTAAACTA SH18208 18208 6 45 YML024W_13_225889_226697_INTRON_4_401 3' exon #REF! #REF! 461 15 CTTGACGGTCTTGGTCTTGACGGTCTTGGTCTTGACGGTCTTGGTCTTGACGGTCTTGGT SH18209 18209 102 57 YML024W_13_225889_226697_INTRON_4_401 3' exon #REF! #REF! 481 18 TCAATCAAAGCCTTAGAATCAATCAAAGCCTTAGAATCAATCAAAGCCTTAGAATCAATC SH18210 18210 50 150 YML025C_13_225365_224406_INTRON_28_126 5' exon #REF! #REF! 1 18 TTATTTCACCCTAGTTGATTATTTCACCCTAGTTGATTATTTCACCCTAGTTGATTATTT SH18211 18211 75 137 YML025C_13_225365_224406_INTRON_28_126 5' exon #REF! #REF! 21 22 AATTTCTTTTTATCGTCATTATAATTTCTTTTTATCGTCATTATAATTTCTTTTTATCGT SH18212 18212 50 172 YML025C_13_225365_224406_INTRON_28_126 exon/intron #REF! #REF! 41 18 ATACGTACTTTCACCAAAATACGTACTTTCACCAAAATACGTACTTTCACCAAAATACGT SH18213 18213 46 56 YML025C_13_225365_224406_INTRON_28_126 intron #REF! #REF! 61 13 AGGGACGATCCTCAGGGACGATCCTCAGGGACGATCCTCAGGGACGATCCTCAGGGACGA SH18214 18214 73 110 YML025C_13_225365_224406_INTRON_28_126 intron #REF! #REF! 81 17 CGACAACCAAATGGAAACGACAACCAAATGGAAACGACAACCAAATGGAAACGACAACCA SH18215 18215 12 201 YML025C_13_225365_224406_INTRON_28_126 intron #REF! #REF! 101 17 CGGATTCATCTTCAGAACGGATTCATCTTCAGAACGGATTCATCTTCAGAACGGATTCAT SH18216 18216 62 125 YML025C_13_225365_224406_INTRON_28_126 intron #REF! #REF! 121 20 AAAATGGTTGTAATGTTAGTAAAATGGTTGTAATGTTAGTAAAATGGTTGTAATGTTAGT SH18217 18217 92 130 YML025C_13_225365_224406_INTRON_28_126 intron/exon #REF! #REF! 141 20 GATTGTAAAGTCTATTGCATGATTGTAAAGTCTATTGCATGATTGTAAAGTCTATTGCAT SH18218 18218 14 192 YML025C_13_225365_224406_INTRON_28_126 3' exon #REF! #REF! 161 17 TAGCTTGGTAGCGTATATAGCTTGGTAGCGTATATAGCTTGGTAGCGTATATAGCTTGGT SH18219 18219 57 22 YML025C_13_225365_224406_INTRON_28_126 3' exon #REF! #REF! 181 13 TGTGCGGTGGCAGTGTGCGGTGGCAGTGTGCGGTGGCAGTGTGCGGTGGCAGTGTGCGGT SH18220 18220 4 192 YML026C_13_223828_222987_INTRON_48_448 5' exon #REF! #REF! 1 19 GTACAACTAAAGACATCTTGTACAACTAAAGACATCTTGTACAACTAAAGACATCTTGTA SH18221 18221 72 179 YML026C_13_223828_222987_INTRON_48_448 5' exon #REF! #REF! 21 17 GGAAGGAACCTTGTTCTGGAAGGAACCTTGTTCTGGAAGGAACCTTGTTCTGGAAGGAAC SH18222 18222 23 104 YML026C_13_223828_222987_INTRON_48_448 exon/intron #REF! #REF! 41 20 TAAAACATACCGTAAAATGTTAAAACATACCGTAAAATGTTAAAACATACCGTAAAATGT SH18223 18223 63 149 YML026C_13_223828_222987_INTRON_48_448 intron #REF! #REF! 61 15 TCTGCACTGTACTCGTCTGCACTGTACTCGTCTGCACTGTACTCGTCTGCACTGTACTCG SH18224 18224 71 8 YML026C_13_223828_222987_INTRON_48_448 intron #REF! #REF! 81 18 TAATGTGAAACTCTCTCATAATGTGAAACTCTCTCATAATGTGAAACTCTCTCATAATGT SH18225 18225 20 86 YML026C_13_223828_222987_INTRON_48_448 intron #REF! #REF! 101 20 AATATTAAGCTATTATCCCAAATATTAAGCTATTATCCCAAATATTAAGCTATTATCCCA SH18226 18226 23 194 YML026C_13_223828_222987_INTRON_48_448 intron #REF! #REF! 121 18 TCACATATTTTCAATCGCTCACATATTTTCAATCGCTCACATATTTTCAATCGCTCACAT SH18227 18227 41 96 YML026C_13_223828_222987_INTRON_48_448 intron #REF! #REF! 141 13 TCCATCGGAGTGCTCCATCGGAGTGCTCCATCGGAGTGCTCCATCGGAGTGCTCCATCGG SH18228 18228 86 134 YML026C_13_223828_222987_INTRON_48_448 intron #REF! #REF! 161 15 GGTAACCCGTGACGTGGTAACCCGTGACGTGGTAACCCGTGACGTGGTAACCCGTGACGT SH18229 18229 53 134 YML026C_13_223828_222987_INTRON_48_448 intron #REF! #REF! 181 15 GTTAATTCGGCCTCGGTTAATTCGGCCTCGGTTAATTCGGCCTCGGTTAATTCGGCCTCG SH18230 18230 49 170 YML026C_13_223828_222987_INTRON_48_448 intron #REF! #REF! 201 20 GTGATAATTTTTATAGTAGCGTGATAATTTTTATAGTAGCGTGATAATTTTTATAGTAGC SH18231 18231 68 164 YML026C_13_223828_222987_INTRON_48_448 intron #REF! #REF! 221 22 CTGTGTATTACTTTAAAATCTACTGTGTATTACTTTAAAATCTACTGTGTATTACTTTAA SH18232 18232 60 34 YML026C_13_223828_222987_INTRON_48_448 intron #REF! #REF! 241 22 ATATTGTATTTTCCAATAAACTATATTGTATTTTCCAATAAACTATATTGTATTTTCCAA SH18233 18233 74 22 YML026C_13_223828_222987_INTRON_48_448 intron #REF! #REF! 261 18 ATTCGCATTGAGTCATATATTCGCATTGAGTCATATATTCGCATTGAGTCATATATTCGC SH18234 18234 15 162 YML026C_13_223828_222987_INTRON_48_448 intron #REF! #REF! 281 20 CTGTATTGACTGAAATTTTTCTGTATTGACTGAAATTTTTCTGTATTGACTGAAATTTTT SH18235 18235 26 58 YML026C_13_223828_222987_INTRON_48_448 intron #REF! #REF! 301 21 GATAAATATGAATTTGTCAAGGATAAATATGAATTTGTCAAGGATAAATATGAATTTGTC SH18236 18236 33 117 YML026C_13_223828_222987_INTRON_48_448 intron #REF! #REF! 321 13 ACATGGAGGGACGACATGGAGGGACGACATGGAGGGACGACATGGAGGGACGACATGGAG SH18237 18237 76 150 YML026C_13_223828_222987_INTRON_48_448 intron #REF! #REF! 341 17 GCATCATTTTGGAATGGGCATCATTTTGGAATGGGCATCATTTTGGAATGGGCATCATTT SH18238 18238 52 149 YML026C_13_223828_222987_INTRON_48_448 intron #REF! #REF! 361 20 CTTCGAGAAATTTTCAACATCTTCGAGAAATTTTCAACATCTTCGAGAAATTTTCAACAT SH18239 18239 89 158 YML026C_13_223828_222987_INTRON_48_448 intron #REF! #REF! 381 15 CACCACTGCTAGGTTCACCACTGCTAGGTTCACCACTGCTAGGTTCACCACTGCTAGGTT SH18240 18240 93 156 YML026C_13_223828_222987_INTRON_48_448 intron #REF! #REF! 401 22 ACATCTTATTGTTAGTAATTTAACATCTTATTGTTAGTAATTTAACATCTTATTGTTAGT SH18241 18241 28 108 YML026C_13_223828_222987_INTRON_48_448 intron #REF! #REF! 421 18 GCGCACAAAAAATTGTACGCGCACAAAAAATTGTACGCGCACAAAAAATTGTACGCGCAC SH18242 18242 91 109 YML026C_13_223828_222987_INTRON_48_448 intron/exon #REF! #REF! 441 20 TTCAACAAACTGATTGTAATTTCAACAAACTGATTGTAATTTCAACAAACTGATTGTAAT SH18243 18243 24 16 YML026C_13_223828_222987_INTRON_48_448 3' exon #REF! #REF! 461 15 CCATCGACATTGGTGCCATCGACATTGGTGCCATCGACATTGGTGCCATCGACATTGGTG SH18244 18244 14 92 YML026C_13_223828_222987_INTRON_48_448 3' exon #REF! #REF! 481 20 CAAAGCGTAAACAATTTTAACAAAGCGTAAACAATTTTAACAAAGCGTAAACAATTTTAA SH18245 18245 78 42 YML034W_13_209525_212155_INTRON_1921_2046 5' exon #REF! #REF! 1 20 TAAATCTTTGATAACTTGGATAAATCTTTGATAACTTGGATAAATCTTTGATAACTTGGA SH18246 18246 19 162 YML034W_13_209525_212155_INTRON_1921_2046 5' exon #REF! #REF! 21 18 TATTTCTGGTTCTTCAGTTATTTCTGGTTCTTCAGTTATTTCTGGTTCTTCAGTTATTTC SH18247 18247 85 136 YML034W_13_209525_212155_INTRON_1921_2046 exon/intron #REF! #REF! 41 15 CTCACTTGCCTCCATCTCACTTGCCTCCATCTCACTTGCCTCCATCTCACTTGCCTCCAT SH18248 18248 77 13 YML034W_13_209525_212155_INTRON_1921_2046 intron #REF! #REF! 61 25 TTAATAATTTTTGTAAGATAATAAATTAATAATTTTTGTAAGATAATAAATTAATAATTT SH18249 18249 14 67 YML034W_13_209525_212155_INTRON_1921_2046 intron #REF! #REF! 81 22 ATCATATAATAACAGGTTTAATATCATATAATAACAGGTTTAATATCATATAATAACAGG SH18250 18250 101 6 YML034W_13_209525_212155_INTRON_1921_2046 intron #REF! #REF! 101 23 TCAAAAAAAATTAAAACTGTTATTCAAAAAAAATTAAAACTGTTATTCAAAAAAAATTAA SH18251 18251 95 211 YML034W_13_209525_212155_INTRON_1921_2046 intron #REF! #REF! 121 23 AATCAAAAACAAAAAAAAATTCAAATCAAAAACAAAAAAAAATTCAAATCAAAAACAAAA SH18252 18252 3 70 YML034W_13_209525_212155_INTRON_1921_2046 intron #REF! #REF! 141 22 GAAAAGATGTTAGTAAATAAATGAAAAGATGTTAGTAAATAAATGAAAAGATGTTAGTAA SH18253 18253 31 10 YML034W_13_209525_212155_INTRON_1921_2046 intron/exon #REF! #REF! 161 20 ATAACTAGAGAAAATTAGGAATAACTAGAGAAAATTAGGAATAACTAGAGAAAATTAGGA SH18254 18254 55 103 YML034W_13_209525_212155_INTRON_1921_2046 3' exon #REF! #REF! 181 15 TGTTGTCAGTGGGTGTGTTGTCAGTGGGTGTGTTGTCAGTGGGTGTGTTGTCAGTGGGTG SH18255 18255 9 135 YML034W_13_209525_212155_INTRON_1921_2046 3' exon #REF! #REF! 201 15 GTTGGAATTTCCGCCGTTGGAATTTCCGCCGTTGGAATTTCCGCCGTTGGAATTTCCGCC SH18256 18256 24 103 YML056C_13_164176_162194_INTRON_461_868 5' exon #REF! #REF! 1 18 CTCTTCATAACCTTAACTCTCTTCATAACCTTAACTCTCTTCATAACCTTAACTCTCTTC SH18257 18257 29 198 YML056C_13_164176_162194_INTRON_461_868 5' exon #REF! #REF! 21 17 GCCAGAGAAACCAAACTGCCAGAGAAACCAAACTGCCAGAGAAACCAAACTGCCAGAGAA SH18258 18258 101 112 YML056C_13_164176_162194_INTRON_461_868 exon/intron #REF! #REF! 41 17 AACATACCAGTAACTGGAACATACCAGTAACTGGAACATACCAGTAACTGGAACATACCA SH18259 18259 46 181 YML056C_13_164176_162194_INTRON_461_868 intron #REF! #REF! 61 22 TAATACCAAAAATTTTGTCTATTAATACCAAAAATTTTGTCTATTAATACCAAAAATTTT SH18260 18260 102 9 YML056C_13_164176_162194_INTRON_461_868 intron #REF! #REF! 81 21 CATTCTAATGAAAGAAACATACATTCTAATGAAAGAAACATACATTCTAATGAAAGAAAC SH18261 18261 26 148 YML056C_13_164176_162194_INTRON_461_868 intron #REF! #REF! 101 17 GGATGATTAAAAAGCGCGGATGATTAAAAAGCGCGGATGATTAAAAAGCGCGGATGATTA SH18262 18262 56 22 YML056C_13_164176_162194_INTRON_461_868 intron #REF! #REF! 121 17 CACACCTTGGAAAACTTCACACCTTGGAAAACTTCACACCTTGGAAAACTTCACACCTTG SH18263 18263 35 47 YML056C_13_164176_162194_INTRON_461_868 intron #REF! #REF! 141 19 GATCATCATCTTAGATCTTGATCATCATCTTAGATCTTGATCATCATCTTAGATCTTGAT SH18264 18264 39 16 YML056C_13_164176_162194_INTRON_461_868 intron #REF! #REF! 161 22 GAAAGTTATTGATATAAAAAGTGAAAGTTATTGATATAAAAAGTGAAAGTTATTGATATA SH18265 18265 5 132 YML056C_13_164176_162194_INTRON_461_868 intron #REF! #REF! 181 17 CACAGTCAGTAGAACGACACAGTCAGTAGAACGACACAGTCAGTAGAACGACACAGTCAG SH18266 18266 97 109 YML056C_13_164176_162194_INTRON_461_868 intron #REF! #REF! 201 18 TTCTCTACAAGATCGTTTTTCTCTACAAGATCGTTTTTCTCTACAAGATCGTTTTTCTCT SH18267 18267 24 178 YML056C_13_164176_162194_INTRON_461_868 intron #REF! #REF! 221 22 ATATGATTTAATTCAGAGTAAAATATGATTTAATTCAGAGTAAAATATGATTTAATTCAG SH18268 18268 4 23 YML056C_13_164176_162194_INTRON_461_868 intron #REF! #REF! 241 17 CCGAAAAAGGTGCGAATCCGAAAAAGGTGCGAATCCGAAAAAGGTGCGAATCCGAAAAAG SH18269 18269 101 203 YML056C_13_164176_162194_INTRON_461_868 intron #REF! #REF! 261 17 AATCACACATAATGGGCAATCACACATAATGGGCAATCACACATAATGGGCAATCACACA SH18270 18270 15 115 YML056C_13_164176_162194_INTRON_461_868 intron #REF! #REF! 281 13 GCACTGCACGTCAGCACTGCACGTCAGCACTGCACGTCAGCACTGCACGTCAGCACTGCA SH18271 18271 51 178 YML056C_13_164176_162194_INTRON_461_868 intron #REF! #REF! 301 22 TTTTATCACATATATTAAGTTCTTTTATCACATATATTAAGTTCTTTTATCACATATATT SH18272 18272 11 38 YML056C_13_164176_162194_INTRON_461_868 intron #REF! #REF! 321 22 GTAAAATAAGCCACATATTTTTGTAAAATAAGCCACATATTTTTGTAAAATAAGCCACAT SH18273 18273 41 24 YML056C_13_164176_162194_INTRON_461_868 intron #REF! #REF! 341 20 ATTTACATAGCAATGTTAGTATTTACATAGCAATGTTAGTATTTACATAGCAATGTTAGT SH18274 18274 68 66 YML056C_13_164176_162194_INTRON_461_868 intron #REF! #REF! 361 22 AGAAAAGAAAAAAAATAACAGTAGAAAAGAAAAAAAATAACAGTAGAAAAGAAAAAAAAT SH18275 18275 7 163 YML056C_13_164176_162194_INTRON_461_868 intron #REF! #REF! 381 13 TCAGCCCAGCCAGTCAGCCCAGCCAGTCAGCCCAGCCAGTCAGCCCAGCCAGTCAGCCCA SH18276 18276 55 193 YML056C_13_164176_162194_INTRON_461_868 intron #REF! #REF! 401 19 CAACTTTATGAAGACTGAACAACTTTATGAAGACTGAACAACTTTATGAAGACTGAACAA SH18277 18277 73 61 YML056C_13_164176_162194_INTRON_461_868 intron #REF! #REF! 421 20 ACTTGTTTCCTTTTATTTTCACTTGTTTCCTTTTATTTTCACTTGTTTCCTTTTATTTTC SH18278 18278 12 142 YML056C_13_164176_162194_INTRON_461_868 intron #REF! #REF! 441 18 CTGTGTTCAAAAAGATGTCTGTGTTCAAAAAGATGTCTGTGTTCAAAAAGATGTCTGTGT SH18279 18279 78 200 YML056C_13_164176_162194_INTRON_461_868 3' exon #REF! #REF! 461 15 TGGACACTTACCGTCTGGACACTTACCGTCTGGACACTTACCGTCTGGACACTTACCGTC SH18280 18280 9 121 YML056C_13_164176_162194_INTRON_461_868 3' exon #REF! #REF! 481 17 TGACTAACCCAACTAACTGACTAACCCAACTAACTGACTAACCCAACTAACTGACTAACC SH18281 18281 8 46 YML067C_13_140214_139063_INTRON_32_124 5' exon #REF! #REF! 1 17 TATACTCCTGAAGTCTCTATACTCCTGAAGTCTCTATACTCCTGAAGTCTCTATACTCCT SH18282 18282 37 58 YML067C_13_140214_139063_INTRON_32_124 5' exon #REF! #REF! 21 16 GTCTTCAATCCTGCCAGTCTTCAATCCTGCCAGTCTTCAATCCTGCCAGTCTTCAATCCT SH18283 18283 34 163 YML067C_13_140214_139063_INTRON_32_124 exon/intron #REF! #REF! 41 17 AACATACGAAACGCATCAACATACGAAACGCATCAACATACGAAACGCATCAACATACGA SH18284 18284 15 49 YML067C_13_140214_139063_INTRON_32_124 intron #REF! #REF! 61 18 CTACTTCAGAAAAATCCACTACTTCAGAAAAATCCACTACTTCAGAAAAATCCACTACTT SH18285 18285 48 55 YML067C_13_140214_139063_INTRON_32_124 intron #REF! #REF! 81 18 ATAAAATATGCTGAAGCGATAAAATATGCTGAAGCGATAAAATATGCTGAAGCGATAAAA SH18286 18286 26 18 YML067C_13_140214_139063_INTRON_32_124 intron #REF! #REF! 101 18 GTGAAAAAGCAAAAGCAAGTGAAAAAGCAAAAGCAAGTGAAAAAGCAAAAGCAAGTGAAA SH18287 18287 61 165 YML067C_13_140214_139063_INTRON_32_124 intron #REF! #REF! 121 21 GTAAAGTTAAATTTCCATTGTGTAAAGTTAAATTTCCATTGTGTAAAGTTAAATTTCCAT SH18288 18288 57 202 YML067C_13_140214_139063_INTRON_32_124 intron/exon #REF! #REF! 141 18 GTTCTTCAGTTTTTGCTGGTTCTTCAGTTTTTGCTGGTTCTTCAGTTTTTGCTGGTTCTT SH18289 18289 59 97 YML067C_13_140214_139063_INTRON_32_124 3' exon #REF! #REF! 161 18 GGTGGATTTCTTCTTGTAGGTGGATTTCTTCTTGTAGGTGGATTTCTTCTTGTAGGTGGA SH18290 18290 103 180 YML073C_13_124172_123227_INTRON_16_430 5' exon #REF! #REF! 1 17 CTTTGTTGTTTCGCCTACTTTGTTGTTTCGCCTACTTTGTTGTTTCGCCTACTTTGTTGT SH18291 18291 25 61 YML073C_13_124172_123227_INTRON_16_430 5' exon #REF! #REF! 21 17 ATTTCGTTGGATGGCTAATTTCGTTGGATGGCTAATTTCGTTGGATGGCTAATTTCGTTG SH18292 18292 42 183 YML073C_13_124172_123227_INTRON_16_430 exon/intron #REF! #REF! 41 18 GAACATACTTTTTGGGCAGAACATACTTTTTGGGCAGAACATACTTTTTGGGCAGAACAT SH18293 18293 32 154 YML073C_13_124172_123227_INTRON_16_430 intron #REF! #REF! 61 18 CCCTCGAAATTAACATGTCCCTCGAAATTAACATGTCCCTCGAAATTAACATGTCCCTCG SH18294 18294 103 39 YML073C_13_124172_123227_INTRON_16_430 intron #REF! #REF! 81 20 GTGAATGTAAATTGACATCTGTGAATGTAAATTGACATCTGTGAATGTAAATTGACATCT SH18295 18295 28 144 YML073C_13_124172_123227_INTRON_16_430 intron #REF! #REF! 101 18 TTCAAAACTTATGCCTTCTTCAAAACTTATGCCTTCTTCAAAACTTATGCCTTCTTCAAA SH18296 18296 29 87 YML073C_13_124172_123227_INTRON_16_430 intron #REF! #REF! 121 18 TTGATGGCATCATATCAATTGATGGCATCATATCAATTGATGGCATCATATCAATTGATG SH18297 18297 63 42 YML073C_13_124172_123227_INTRON_16_430 intron #REF! #REF! 141 18 TTGTATGGATATGTCTGATTGTATGGATATGTCTGATTGTATGGATATGTCTGATTGTAT SH18298 18298 50 21 YML073C_13_124172_123227_INTRON_16_430 intron #REF! #REF! 161 18 CGTCCTGATCTTATTGTTCGTCCTGATCTTATTGTTCGTCCTGATCTTATTGTTCGTCCT SH18299 18299 88 207 YML073C_13_124172_123227_INTRON_16_430 intron #REF! #REF! 181 22 TTTTCATTGTATTATTTTGTTCTTTTCATTGTATTATTTTGTTCTTTTCATTGTATTATT SH18300 18300 104 16 YML073C_13_124172_123227_INTRON_16_430 intron #REF! #REF! 201 20 TATAACGTCATTTATCAGTTTATAACGTCATTTATCAGTTTATAACGTCATTTATCAGTT SH18301 18301 9 191 YML073C_13_124172_123227_INTRON_16_430 intron #REF! #REF! 221 15 CCTCACTGTACACTGCCTCACTGTACACTGCCTCACTGTACACTGCCTCACTGTACACTG SH18302 18302 25 169 YML073C_13_124172_123227_INTRON_16_430 intron #REF! #REF! 241 18 GGTATACTGCCTTAATCAGGTATACTGCCTTAATCAGGTATACTGCCTTAATCAGGTATA SH18303 18303 28 119 YML073C_13_124172_123227_INTRON_16_430 intron #REF! #REF! 261 20 TAGTATTAACATTGTGTTGATAGTATTAACATTGTGTTGATAGTATTAACATTGTGTTGA SH18304 18304 19 183 YML073C_13_124172_123227_INTRON_16_430 intron #REF! #REF! 281 16 CTCACCTTCTCACTCACTCACCTTCTCACTCACTCACCTTCTCACTCACTCACCTTCTCA SH18305 18305 32 202 YML073C_13_124172_123227_INTRON_16_430 intron #REF! #REF! 301 18 GTCGATATACCTTATTGCGTCGATATACCTTATTGCGTCGATATACCTTATTGCGTCGAT SH18306 18306 103 11 YML073C_13_124172_123227_INTRON_16_430 intron #REF! #REF! 321 20 AACTAAATAATCATGAGCTAAACTAAATAATCATGAGCTAAACTAAATAATCATGAGCTA SH18307 18307 29 99 YML073C_13_124172_123227_INTRON_16_430 intron #REF! #REF! 341 15 GGGCCTTTGTTTGGAGGGCCTTTGTTTGGAGGGCCTTTGTTTGGAGGGCCTTTGTTTGGA SH18308 18308 85 144 YML073C_13_124172_123227_INTRON_16_430 intron #REF! #REF! 361 18 CTAGCGATTTGAAACTGTCTAGCGATTTGAAACTGTCTAGCGATTTGAAACTGTCTAGCG SH18309 18309 86 19 YML073C_13_124172_123227_INTRON_16_430 intron #REF! #REF! 381 20 TTTTTATAGGGAGAGATTATTTTTTATAGGGAGAGATTATTTTTTATAGGGAGAGATTAT SH18310 18310 48 132 YML073C_13_124172_123227_INTRON_16_430 intron #REF! #REF! 401 18 TTTGCGAATGGTGATAAATTTGCGAATGGTGATAAATTTGCGAATGGTGATAAATTTGCG SH18311 18311 27 197 YML073C_13_124172_123227_INTRON_16_430 intron #REF! #REF! 421 20 CGACTAATGTTAGTATTCTTCGACTAATGTTAGTATTCTTCGACTAATGTTAGTATTCTT SH18312 18312 9 44 YML073C_13_124172_123227_INTRON_16_430 intron #REF! #REF! 441 22 AATGGAAAAAAGAAATATCAAAAATGGAAAAAAGAAATATCAAAAATGGAAAAAAGAAAT SH18313 18313 58 124 YML073C_13_124172_123227_INTRON_16_430 intron/exon #REF! #REF! 461 17 CCACTTTGGAGCCTAAACCACTTTGGAGCCTAAACCACTTTGGAGCCTAAACCACTTTGG SH18314 18314 75 131 YML073C_13_124172_123227_INTRON_16_430 3' exon #REF! #REF! 481 13 CGTCTTCGGATGGCGTCTTCGGATGGCGTCTTCGGATGGCGTCTTCGGATGGCGTCTTCG SH18315 18315 56 21 YML085C_13_99400_97941_INTRON_26_141 5' exon #REF! #REF! 1 18 TTGCAGTTGTAAGTTTACTTGCAGTTGTAAGTTTACTTGCAGTTGTAAGTTTACTTGCAG SH18316 18316 41 203 YML085C_13_99400_97941_INTRON_26_141 5' exon #REF! #REF! 21 20 AATAACTTCTCTCATTGTTTAATAACTTCTCTCATTGTTTAATAACTTCTCTCATTGTTT SH18317 18317 101 116 YML085C_13_99400_97941_INTRON_26_141 exon/intron #REF! #REF! 41 19 CGAACATACCATTAATACTCGAACATACCATTAATACTCGAACATACCATTAATACTCGA SH18318 18318 79 157 YML085C_13_99400_97941_INTRON_26_141 intron #REF! #REF! 61 13 CTGGACGGGCAAACTGGACGGGCAAACTGGACGGGCAAACTGGACGGGCAAACTGGACGG SH18319 18319 36 214 YML085C_13_99400_97941_INTRON_26_141 intron #REF! #REF! 81 22 AAAATGAACTAACAAAAAAAAGAAAATGAACTAACAAAAAAAAGAAAATGAACTAACAAA SH18320 18320 98 69 YML085C_13_99400_97941_INTRON_26_141 intron #REF! #REF! 101 17 GAAAGATGAAACGCCAAGAAAGATGAAACGCCAAGAAAGATGAAACGCCAAGAAAGATGA SH18321 18321 73 155 YML085C_13_99400_97941_INTRON_26_141 intron #REF! #REF! 121 18 TTTTGCGTTGAAGTTAGTTTTTGCGTTGAAGTTAGTTTTTGCGTTGAAGTTAGTTTTTGC SH18322 18322 101 37 YML085C_13_99400_97941_INTRON_26_141 intron #REF! #REF! 141 23 TAAAGAGAAATCAAAAAAAAAAATAAAGAGAAATCAAAAAAAAAAATAAAGAGAAATCAA SH18323 18323 85 191 YML085C_13_99400_97941_INTRON_26_141 intron/exon #REF! #REF! 161 16 GCTTGACCGACTGTAAGCTTGACCGACTGTAAGCTTGACCGACTGTAAGCTTGACCGACT SH18324 18324 96 126 YML085C_13_99400_97941_INTRON_26_141 3' exon #REF! #REF! 181 17 GCATTACCAATCTGACAGCATTACCAATCTGACAGCATTACCAATCTGACAGCATTACCA SH18325 18325 75 44 YML094W_13_82275_82849_INTRON_17_99 5' exon #REF! #REF! 1 17 GCTCTTTCTTGTTTGGGGCTCTTTCTTGTTTGGGGCTCTTTCTTGTTTGGGGCTCTTTCT SH18326 18326 102 112 YML094W_13_82275_82849_INTRON_17_99 5' exon #REF! #REF! 21 18 ACATGGCTTGATTTTTACACATGGCTTGATTTTTACACATGGCTTGATTTTTACACATGG SH18327 18327 33 22 YML094W_13_82275_82849_INTRON_17_99 exon/intron #REF! #REF! 41 21 CATTTACATACTTTTTTGAGACATTTACATACTTTTTTGAGACATTTACATACTTTTTTG SH18328 18328 79 113 YML094W_13_82275_82849_INTRON_17_99 intron #REF! #REF! 61 17 CAACGAAGGAGCTATTCCAACGAAGGAGCTATTCCAACGAAGGAGCTATTCCAACGAAGG SH18329 18329 52 45 YML094W_13_82275_82849_INTRON_17_99 intron #REF! #REF! 81 13 GTCTGTACGGTGGGTCTGTACGGTGGGTCTGTACGGTGGGTCTGTACGGTGGGTCTGTAC SH18330 18330 16 16 YML094W_13_82275_82849_INTRON_17_99 intron #REF! #REF! 101 21 CATGTAGTAACTTAAAAGTTACATGTAGTAACTTAAAAGTTACATGTAGTAACTTAAAAG SH18331 18331 49 95 YML094W_13_82275_82849_INTRON_17_99 intron/exon #REF! #REF! 121 17 TCGACTAAGTTTCGAACTCGACTAAGTTTCGAACTCGACTAAGTTTCGAACTCGACTAAG SH18332 18332 67 168 YML094W_13_82275_82849_INTRON_17_99 3' exon #REF! #REF! 141 18 TCGGGATTTAGTTTAGTTTCGGGATTTAGTTTAGTTTCGGGATTTAGTTTAGTTTCGGGA SH18333 18333 23 2 YML094W_13_82275_82849_INTRON_17_99 3' exon #REF! #REF! 161 18 GTTTTACAGCATTCAGCTGTTTTACAGCATTCAGCTGTTTTACAGCATTCAGCTGTTTTA SH18334 18334 45 6 YML124C_13_23684_22049_INTRON_26_323 5' exon #REF! #REF! 1 15 CGCTTGCTTAGTCGACGCTTGCTTAGTCGACGCTTGCTTAGTCGACGCTTGCTTAGTCGA SH18335 18335 97 32 YML124C_13_23684_22049_INTRON_26_323 5' exon #REF! #REF! 21 17 GACCTCTCTCATTGTCTGACCTCTCTCATTGTCTGACCTCTCTCATTGTCTGACCTCTCT SH18336 18336 71 5 YML124C_13_23684_22049_INTRON_26_323 exon/intron #REF! #REF! 41 20 GCATACATACCATTAATACTGCATACATACCATTAATACTGCATACATACCATTAATACT SH18337 18337 92 94 YML124C_13_23684_22049_INTRON_26_323 intron #REF! #REF! 61 20 TATTGAACAAAAAAAGGAACTATTGAACAAAAAAAGGAACTATTGAACAAAAAAAGGAAC SH18338 18338 86 78 YML124C_13_23684_22049_INTRON_26_323 intron #REF! #REF! 81 15 GCCATTGGTTGCGAAGCCATTGGTTGCGAAGCCATTGGTTGCGAAGCCATTGGTTGCGAA SH18339 18339 5 200 YML124C_13_23684_22049_INTRON_26_323 intron #REF! #REF! 101 15 TCTTTCCCTGTCCCATCTTTCCCTGTCCCATCTTTCCCTGTCCCATCTTTCCCTGTCCCA SH18340 18340 99 152 YML124C_13_23684_22049_INTRON_26_323 intron #REF! #REF! 121 17 TCAAACCAGATCAGATCTCAAACCAGATCAGATCTCAAACCAGATCAGATCTCAAACCAG SH18341 18341 91 110 YML124C_13_23684_22049_INTRON_26_323 intron #REF! #REF! 141 17 GGTGACCAATTGGGAATGGTGACCAATTGGGAATGGTGACCAATTGGGAATGGTGACCAA SH18342 18342 15 84 YML124C_13_23684_22049_INTRON_26_323 intron #REF! #REF! 161 17 TTGCCGTAAATCAACCATTGCCGTAAATCAACCATTGCCGTAAATCAACCATTGCCGTAA SH18343 18343 57 68 YML124C_13_23684_22049_INTRON_26_323 intron #REF! #REF! 181 17 GCTGGTACAAGTCAAATGCTGGTACAAGTCAAATGCTGGTACAAGTCAAATGCTGGTACA SH18344 18344 100 137 YML124C_13_23684_22049_INTRON_26_323 intron #REF! #REF! 201 20 AAAAGAAACTGTTAGTAAACAAAAGAAACTGTTAGTAAACAAAAGAAACTGTTAGTAAAC SH18345 18345 87 96 YML124C_13_23684_22049_INTRON_26_323 intron #REF! #REF! 221 17 CCCAGAAAAAATGGAGACCCAGAAAAAATGGAGACCCAGAAAAAATGGAGACCCAGAAAA SH18346 18346 25 119 YML124C_13_23684_22049_INTRON_26_323 intron #REF! #REF! 241 16 GCTTTTTCGTCCGAGTGCTTTTTCGTCCGAGTGCTTTTTCGTCCGAGTGCTTTTTCGTCC SH18347 18347 6 52 YML124C_13_23684_22049_INTRON_26_323 intron #REF! #REF! 261 18 CATGTAATGAGGTCAATTCATGTAATGAGGTCAATTCATGTAATGAGGTCAATTCATGTA SH18348 18348 58 164 YML124C_13_23684_22049_INTRON_26_323 intron #REF! #REF! 281 18 AAGACACAAAAATCACTCAAGACACAAAAATCACTCAAGACACAAAAATCACTCAAGACA SH18349 18349 4 139 YML124C_13_23684_22049_INTRON_26_323 intron #REF! #REF! 301 15 GCAATCCTCCGAAGAGCAATCCTCCGAAGAGCAATCCTCCGAAGAGCAATCCTCCGAAGA SH18350 18350 73 194 YML124C_13_23684_22049_INTRON_26_323 intron #REF! #REF! 321 23 GTAAAAAAGAAAAATAACAAAAGGTAAAAAAGAAAAATAACAAAAGGTAAAAAAGAAAAA SH18351 18351 27 174 YML124C_13_23684_22049_INTRON_26_323 intron/exon #REF! #REF! 341 17 CTTGACCAACTGTTGTACTTGACCAACTGTTGTACTTGACCAACTGTTGTACTTGACCAA SH18352 18352 10 210 YML124C_13_23684_22049_INTRON_26_323 3' exon #REF! #REF! 361 18 CATTACCTATTTGACAACCATTACCTATTTGACAACCATTACCTATTTGACAACCATTAC SH18353 18353 22 102 YML124C_13_23684_22049_INTRON_26_323 3' exon #REF! #REF! 381 17 GAGTACAATTCCCAGCAGAGTACAATTCCCAGCAGAGTACAATTCCCAGCAGAGTACAAT SH18354 18354 21 199 YMR033W_13_337787_339276_INTRON_31_116 5' exon #REF! #REF! 1 20 ATTCAATGCATATAGTAGTTATTCAATGCATATAGTAGTTATTCAATGCATATAGTAGTT SH18355 18355 98 192 YMR033W_13_337787_339276_INTRON_31_116 5' exon #REF! #REF! 21 16 GCCTAAATGGAGCCATGCCTAAATGGAGCCATGCCTAAATGGAGCCATGCCTAAATGGAG SH18356 18356 75 72 YMR033W_13_337787_339276_INTRON_31_116 exon/intron #REF! #REF! 41 18 ATACGTACCAAAATACTGATACGTACCAAAATACTGATACGTACCAAAATACTGATACGT SH18357 18357 59 21 YMR033W_13_337787_339276_INTRON_31_116 intron #REF! #REF! 61 20 AAAAAATCCATTGATGAACTAAAAAATCCATTGATGAACTAAAAAATCCATTGATGAACT SH18358 18358 39 201 YMR033W_13_337787_339276_INTRON_31_116 intron #REF! #REF! 81 17 ACTGTTCGTGAAGACTTACTGTTCGTGAAGACTTACTGTTCGTGAAGACTTACTGTTCGT SH18359 18359 41 143 YMR033W_13_337787_339276_INTRON_31_116 intron #REF! #REF! 101 21 GTTAGTATAAAAGATTAACCAGTTAGTATAAAAGATTAACCAGTTAGTATAAAAGATTAA SH18360 18360 95 11 YMR033W_13_337787_339276_INTRON_31_116 intron/exon #REF! #REF! 121 20 TTATCTGTTATGAATTGTTGTTATCTGTTATGAATTGTTGTTATCTGTTATGAATTGTTG SH18361 18361 89 130 YMR033W_13_337787_339276_INTRON_31_116 3' exon #REF! #REF! 141 17 TTGAGATCTGGGGTATATTGAGATCTGGGGTATATTGAGATCTGGGGTATATTGAGATCT SH18362 18362 76 178 YMR033W_13_337787_339276_INTRON_31_116 3' exon #REF! #REF! 161 17 CCAAATTGAACGAGAGTCCAAATTGAACGAGAGTCCAAATTGAACGAGAGTCCAAATTGA SH18363 18363 22 191 YMR079W_13_424988_426058_INTRON_10_165 5' exon #REF! #REF! 1 16 GTTTGATGCTACAGGCGTTTGATGCTACAGGCGTTTGATGCTACAGGCGTTTGATGCTAC SH18364 18364 12 21 YMR079W_13_424988_426058_INTRON_10_165 5' exon #REF! #REF! 21 13 AGGGCGATGAAGGAGGGCGATGAAGGAGGGCGATGAAGGAGGGCGATGAAGGAGGGCGAT SH18365 18365 86 98 YMR079W_13_424988_426058_INTRON_10_165 exon/intron #REF! #REF! 41 18 CAACATACTGTAACCATTCAACATACTGTAACCATTCAACATACTGTAACCATTCAACAT SH18366 18366 56 90 YMR079W_13_424988_426058_INTRON_10_165 intron #REF! #REF! 61 22 AAAAGAAAAAGTAAATAAAAGCAAAAGAAAAAGTAAATAAAAGCAAAAGAAAAAGTAAAT SH18367 18367 12 130 YMR079W_13_424988_426058_INTRON_10_165 intron #REF! #REF! 81 20 GTCACAATGAATGTCAAAAAGTCACAATGAATGTCAAAAAGTCACAATGAATGTCAAAAA SH18368 18368 93 57 YMR079W_13_424988_426058_INTRON_10_165 intron #REF! #REF! 101 20 ATCTGAAGAATGTGAATATTATCTGAAGAATGTGAATATTATCTGAAGAATGTGAATATT SH18369 18369 96 14 YMR079W_13_424988_426058_INTRON_10_165 intron #REF! #REF! 121 18 CTTCATATAGACAGAACTCTTCATATAGACAGAACTCTTCATATAGACAGAACTCTTCAT SH18370 18370 17 8 YMR079W_13_424988_426058_INTRON_10_165 intron #REF! #REF! 141 23 TAAACTTATTGATATATCATTTTTAAACTTATTGATATATCATTTTTAAACTTATTGATA SH18371 18371 71 74 YMR079W_13_424988_426058_INTRON_10_165 intron #REF! #REF! 161 19 CACTTGTGTTTGTTAGTAACACTTGTGTTTGTTAGTAACACTTGTGTTTGTTAGTAACAC SH18372 18372 90 170 YMR079W_13_424988_426058_INTRON_10_165 intron #REF! #REF! 181 20 AAAGTGAAGTCATAGTAATAAAAGTGAAGTCATAGTAATAAAAGTGAAGTCATAGTAATA SH18373 18373 54 27 YMR079W_13_424988_426058_INTRON_10_165 intron/exon #REF! #REF! 201 19 CCTTTTCTTGTTGCTATTTCCTTTTCTTGTTGCTATTTCCTTTTCTTGTTGCTATTTCCT SH18374 18374 25 166 YMR079W_13_424988_426058_INTRON_10_165 3' exon #REF! #REF! 221 18 GGGTAGGATTCTAAAAATGGGTAGGATTCTAAAAATGGGTAGGATTCTAAAAATGGGTAG SH18375 18375 84 2 YMR116C_13_500687_499455_INTRON_538_810 5' exon #REF! #REF! 1 17 GGTGACAGAGTCATCATGGTGACAGAGTCATCATGGTGACAGAGTCATCATGGTGACAGA SH18376 18376 104 119 YMR116C_13_500687_499455_INTRON_538_810 5' exon #REF! #REF! 21 16 CGTTACCGGCAGAAATCGTTACCGGCAGAAATCGTTACCGGCAGAAATCGTTACCGGCAG SH18377 18377 54 8 YMR116C_13_500687_499455_INTRON_538_810 exon/intron #REF! #REF! 41 18 TCACATACCTTAACCATTTCACATACCTTAACCATTTCACATACCTTAACCATTTCACAT SH18378 18378 103 18 YMR116C_13_500687_499455_INTRON_538_810 intron #REF! #REF! 61 20 TCTATCATGGAAAGAAAATATCTATCATGGAAAGAAAATATCTATCATGGAAAGAAAATA SH18379 18379 39 51 YMR116C_13_500687_499455_INTRON_538_810 intron #REF! #REF! 81 18 ACTCGATTGTCATCATATACTCGATTGTCATCATATACTCGATTGTCATCATATACTCGA SH18380 18380 47 199 YMR116C_13_500687_499455_INTRON_538_810 intron #REF! #REF! 101 19 CAAATCCACTTTTCTTCTTCAAATCCACTTTTCTTCTTCAAATCCACTTTTCTTCTTCAA SH18381 18381 94 40 YMR116C_13_500687_499455_INTRON_538_810 intron #REF! #REF! 121 18 ATCATTTGAATGGCATACATCATTTGAATGGCATACATCATTTGAATGGCATACATCATT SH18382 18382 100 133 YMR116C_13_500687_499455_INTRON_538_810 intron #REF! #REF! 141 20 GAAGTAGCAAATATGTTATTGAAGTAGCAAATATGTTATTGAAGTAGCAAATATGTTATT SH18383 18383 34 115 YMR116C_13_500687_499455_INTRON_538_810 intron #REF! #REF! 161 18 GAACTCAAAGTTCCATCTGAACTCAAAGTTCCATCTGAACTCAAAGTTCCATCTGAACTC SH18384 18384 67 158 YMR116C_13_500687_499455_INTRON_538_810 intron #REF! #REF! 181 20 GATAATTGGTATGTCTCATTGATAATTGGTATGTCTCATTGATAATTGGTATGTCTCATT SH18385 18385 74 39 YMR116C_13_500687_499455_INTRON_538_810 intron #REF! #REF! 201 17 TCATCAGAGATCTTGGTTCATCAGAGATCTTGGTTCATCAGAGATCTTGGTTCATCAGAG SH18386 18386 29 69 YMR116C_13_500687_499455_INTRON_538_810 intron #REF! #REF! 221 17 GCAGAGTAATGCTAAACGCAGAGTAATGCTAAACGCAGAGTAATGCTAAACGCAGAGTAA SH18387 18387 84 147 YMR116C_13_500687_499455_INTRON_538_810 intron #REF! #REF! 241 18 ACATAACGAGTAAAGAGAACATAACGAGTAAAGAGAACATAACGAGTAAAGAGAACATAA SH18388 18388 13 123 YMR116C_13_500687_499455_INTRON_538_810 intron #REF! #REF! 261 23 ATTTAAAAAAAAAGTTTCCATTTATTTAAAAAAAAAGTTTCCATTTATTTAAAAAAAAAG SH18389 18389 52 71 YMR116C_13_500687_499455_INTRON_538_810 intron #REF! #REF! 281 20 GTAAGGGAACAAAATTAATTGTAAGGGAACAAAATTAATTGTAAGGGAACAAAATTAATT SH18390 18390 25 26 YMR116C_13_500687_499455_INTRON_538_810 intron #REF! #REF! 301 22 TGTCATTATATCATTTTTGTTATGTCATTATATCATTTTTGTTATGTCATTATATCATTT SH18391 18391 38 60 YMR116C_13_500687_499455_INTRON_538_810 intron/exon #REF! #REF! 321 17 TTTAAGTTCCAAGCCTGTTTAAGTTCCAAGCCTGTTTAAGTTCCAAGCCTGTTTAAGTTC SH18392 18392 77 94 YMR116C_13_500687_499455_INTRON_538_810 3' exon #REF! #REF! 341 18 TCAGCTTCAATTTGGAATTCAGCTTCAATTTGGAATTCAGCTTCAATTTGGAATTCAGCT SH18393 18393 22 136 YMR125W_13_517538_520445_INTRON_26_347 5' exon #REF! #REF! 1 23 TAAATATATTTAAAATGCAATTGTAAATATATTTAAAATGCAATTGTAAATATATTTAAA SH18394 18394 12 206 YMR125W_13_517538_520445_INTRON_26_347 5' exon #REF! #REF! 21 22 CTTTTTCTATTAAACATCTTAACTTTTTCTATTAAACATCTTAACTTTTTCTATTAAACA SH18395 18395 25 203 YMR125W_13_517538_520445_INTRON_26_347 exon/intron #REF! #REF! 41 17 AACATACCTCCTCTTCTAACATACCTCCTCTTCTAACATACCTCCTCTTCTAACATACCT SH18396 18396 24 117 YMR125W_13_517538_520445_INTRON_26_347 intron #REF! #REF! 61 18 TCTGGAAAACATTGGTTTTCTGGAAAACATTGGTTTTCTGGAAAACATTGGTTTTCTGGA SH18397 18397 76 13 YMR125W_13_517538_520445_INTRON_26_347 intron #REF! #REF! 81 17 CACACTCTAGAACGAAACACACTCTAGAACGAAACACACTCTAGAACGAAACACACTCTA SH18398 18398 66 46 YMR125W_13_517538_520445_INTRON_26_347 intron #REF! #REF! 101 18 ATCCTAATTGGTCTTGATATCCTAATTGGTCTTGATATCCTAATTGGTCTTGATATCCTA SH18399 18399 92 165 YMR125W_13_517538_520445_INTRON_26_347 intron #REF! #REF! 121 20 ACTGACAAAAAATGGAAATAACTGACAAAAAATGGAAATAACTGACAAAAAATGGAAATA SH18400 18400 44 111 YMR125W_13_517538_520445_INTRON_26_347 intron #REF! #REF! 141 16 CTGTCACACCGTACTACTGTCACACCGTACTACTGTCACACCGTACTACTGTCACACCGT SH18401 18401 38 194 YMR125W_13_517538_520445_INTRON_26_347 intron #REF! #REF! 161 17 GTGCCACAAAAGTACACGTGCCACAAAAGTACACGTGCCACAAAAGTACACGTGCCACAA SH18402 18402 87 113 YMR125W_13_517538_520445_INTRON_26_347 intron #REF! #REF! 181 15 CCGTTTCTCCACTTCCCGTTTCTCCACTTCCCGTTTCTCCACTTCCCGTTTCTCCACTTC SH18403 18403 28 22 YMR125W_13_517538_520445_INTRON_26_347 intron #REF! #REF! 201 17 GCCGTTATGTATTCTACGCCGTTATGTATTCTACGCCGTTATGTATTCTACGCCGTTATG SH18404 18404 83 39 YMR125W_13_517538_520445_INTRON_26_347 intron #REF! #REF! 221 20 GAGTAAAATAAGAGAGGTTAGAGTAAAATAAGAGAGGTTAGAGTAAAATAAGAGAGGTTA SH18405 18405 18 63 YMR125W_13_517538_520445_INTRON_26_347 intron #REF! #REF! 241 20 TAAAACAAAGTAAAGATGGATAAAACAAAGTAAAGATGGATAAAACAAAGTAAAGATGGA SH18406 18406 95 50 YMR125W_13_517538_520445_INTRON_26_347 intron #REF! #REF! 261 18 CTAATAATCCTAGGAATGCTAATAATCCTAGGAATGCTAATAATCCTAGGAATGCTAATA SH18407 18407 46 168 YMR125W_13_517538_520445_INTRON_26_347 intron #REF! #REF! 281 20 GTTTTTGTAAAACCAAGCTAGTTTTTGTAAAACCAAGCTAGTTTTTGTAAAACCAAGCTA SH18408 18408 70 192 YMR125W_13_517538_520445_INTRON_26_347 intron #REF! #REF! 301 20 GAATGAAACTGAATAATTGAGAATGAAACTGAATAATTGAGAATGAAACTGAATAATTGA SH18409 18409 70 84 YMR125W_13_517538_520445_INTRON_26_347 intron #REF! #REF! 321 20 GTTGGGTATGTTAGTAATTTGTTGGGTATGTTAGTAATTTGTTGGGTATGTTAGTAATTT SH18410 18410 4 124 YMR125W_13_517538_520445_INTRON_26_347 intron #REF! #REF! 341 18 ATATGCAAGGTAGTCAAAATATGCAAGGTAGTCAAAATATGCAAGGTAGTCAAAATATGC SH18411 18411 83 149 YMR125W_13_517538_520445_INTRON_26_347 intron/exon #REF! #REF! 361 18 CGAAGTCTAACGGTAAAACGAAGTCTAACGGTAAAACGAAGTCTAACGGTAAAACGAAGT SH18412 18412 17 151 YMR125W_13_517538_520445_INTRON_26_347 3' exon #REF! #REF! 381 18 ACGGTAATTTTCATCTTCACGGTAATTTTCATCTTCACGGTAATTTTCATCTTCACGGTA SH18413 18413 104 116 YMR125W_13_517538_520445_INTRON_26_347 3' exon #REF! #REF! 401 16 CATGCGAGGCCTAAAACATGCGAGGCCTAAAACATGCGAGGCCTAAAACATGCGAGGCCT SH18414 18414 39 49 YMR133W_13_536206_537608_INTRON_1243_1358 5' exon #REF! #REF! 1 17 CTTGATTAGCCGCTTAGCTTGATTAGCCGCTTAGCTTGATTAGCCGCTTAGCTTGATTAG SH18415 18415 85 194 YMR133W_13_536206_537608_INTRON_1243_1358 5' exon #REF! #REF! 21 18 TTCTTCGTCTTTCAACTTTTCTTCGTCTTTCAACTTTTCTTCGTCTTTCAACTTTTCTTC SH18416 18416 47 53 YMR133W_13_536206_537608_INTRON_1243_1358 exon/intron #REF! #REF! 41 18 ATACATACCCATTTCATGATACATACCCATTTCATGATACATACCCATTTCATGATACAT SH18417 18417 50 117 YMR133W_13_536206_537608_INTRON_1243_1358 intron #REF! #REF! 61 18 GCTCAGTTTCTTGCAAATGCTCAGTTTCTTGCAAATGCTCAGTTTCTTGCAAATGCTCAG SH18418 18418 81 115 YMR133W_13_536206_537608_INTRON_1243_1358 intron #REF! #REF! 81 16 GGATAAGAGGGGGAAAGGATAAGAGGGGGAAAGGATAAGAGGGGGAAAGGATAAGAGGGG SH18419 18419 44 86 YMR133W_13_536206_537608_INTRON_1243_1358 intron #REF! #REF! 101 18 TGTCAAGTCAGAGAAAATTGTCAAGTCAGAGAAAATTGTCAAGTCAGAGAAAATTGTCAA SH18420 18420 93 205 YMR133W_13_536206_537608_INTRON_1243_1358 intron #REF! #REF! 121 20 AAGTTGTTAGTTAGTATTTCAAGTTGTTAGTTAGTATTTCAAGTTGTTAGTTAGTATTTC SH18421 18421 37 51 YMR133W_13_536206_537608_INTRON_1243_1358 intron #REF! #REF! 141 18 TCATATTTGTAGTGGCAATCATATTTGTAGTGGCAATCATATTTGTAGTGGCAATCATAT SH18422 18422 83 143 YMR133W_13_536206_537608_INTRON_1243_1358 intron/exon #REF! #REF! 161 19 CAACCTTATTAACCTTTTCCAACCTTATTAACCTTTTCCAACCTTATTAACCTTTTCCAA SH18423 18423 102 201 YMR133W_13_536206_537608_INTRON_1243_1358 3' exon #REF! #REF! 181 19 CATTTTATTGAGAACCGTTCATTTTATTGAGAACCGTTCATTTTATTGAGAACCGTTCAT SH18424 18424 16 48 YMR133W_13_536206_537608_INTRON_1243_1358 3' exon #REF! #REF! 201 17 AAGGGTTCACTTTTCGAAAGGGTTCACTTTTCGAAAGGGTTCACTTTTCGAAAGGGTTCA SH18425 18425 43 129 YMR142C_13_551206_550205_INTRON_5_406 5' exon #REF! #REF! 1 20 CCGAAATTATTTCCTATTAACCGAAATTATTTCCTATTAACCGAAATTATTTCCTATTAA SH18426 18426 72 86 YMR142C_13_551206_550205_INTRON_5_406 5' exon #REF! #REF! 21 18 GATTCCTGCTTTACTTTTGATTCCTGCTTTACTTTTGATTCCTGCTTTACTTTTGATTCC SH18427 18427 19 15 YMR142C_13_551206_550205_INTRON_5_406 exon/intron #REF! #REF! 41 18 CAACATACCCATTGTTACCAACATACCCATTGTTACCAACATACCCATTGTTACCAACAT SH18428 18428 25 148 YMR142C_13_551206_550205_INTRON_5_406 intron #REF! #REF! 61 17 AGCTCTTATTGCTTCAGAGCTCTTATTGCTTCAGAGCTCTTATTGCTTCAGAGCTCTTAT SH18429 18429 46 201 YMR142C_13_551206_550205_INTRON_5_406 intron #REF! #REF! 81 17 TCCGTGTTCGTTTCAATTCCGTGTTCGTTTCAATTCCGTGTTCGTTTCAATTCCGTGTTC SH18430 18430 10 126 YMR142C_13_551206_550205_INTRON_5_406 intron #REF! #REF! 101 18 TTTAGGCATTAGTTCAGTTTTAGGCATTAGTTCAGTTTTAGGCATTAGTTCAGTTTTAGG SH18431 18431 49 194 YMR142C_13_551206_550205_INTRON_5_406 intron #REF! #REF! 121 17 CTTGTTTCTACACAGCTCTTGTTTCTACACAGCTCTTGTTTCTACACAGCTCTTGTTTCT SH18432 18432 36 126 YMR142C_13_551206_550205_INTRON_5_406 intron #REF! #REF! 141 20 TTAATTTACAGTGTTATCCATTAATTTACAGTGTTATCCATTAATTTACAGTGTTATCCA SH18433 18433 15 113 YMR142C_13_551206_550205_INTRON_5_406 intron #REF! #REF! 161 15 CCACGGTTCCTACTGCCACGGTTCCTACTGCCACGGTTCCTACTGCCACGGTTCCTACTG SH18434 18434 63 33 YMR142C_13_551206_550205_INTRON_5_406 intron #REF! #REF! 181 15 GACAGCGGGATCTAAGACAGCGGGATCTAAGACAGCGGGATCTAAGACAGCGGGATCTAA SH18435 18435 48 11 YMR142C_13_551206_550205_INTRON_5_406 intron #REF! #REF! 201 18 CTTGATTTTTGCAACGTTCTTGATTTTTGCAACGTTCTTGATTTTTGCAACGTTCTTGAT SH18436 18436 45 59 YMR142C_13_551206_550205_INTRON_5_406 intron #REF! #REF! 221 20 CTCAAAGAATGATTCTTTTGCTCAAAGAATGATTCTTTTGCTCAAAGAATGATTCTTTTG SH18437 18437 55 116 YMR142C_13_551206_550205_INTRON_5_406 intron #REF! #REF! 241 18 GGTCAAAGTGCCAATTATGGTCAAAGTGCCAATTATGGTCAAAGTGCCAATTATGGTCAA SH18438 18438 43 152 YMR142C_13_551206_550205_INTRON_5_406 intron #REF! #REF! 261 18 AACCCGCCTATTTATAAAAACCCGCCTATTTATAAAAACCCGCCTATTTATAAAAACCCG SH18439 18439 45 139 YMR142C_13_551206_550205_INTRON_5_406 intron #REF! #REF! 281 17 CAAGGCATCCTTTTAGTCAAGGCATCCTTTTAGTCAAGGCATCCTTTTAGTCAAGGCATC SH18440 18440 60 155 YMR142C_13_551206_550205_INTRON_5_406 intron #REF! #REF! 301 18 TGCTGATTCCTCTAAATATGCTGATTCCTCTAAATATGCTGATTCCTCTAAATATGCTGA SH18441 18441 12 116 YMR142C_13_551206_550205_INTRON_5_406 intron #REF! #REF! 321 17 AATTTACATTGCCTCGCAATTTACATTGCCTCGCAATTTACATTGCCTCGCAATTTACAT SH18442 18442 34 58 YMR142C_13_551206_550205_INTRON_5_406 intron #REF! #REF! 341 21 CATTTAACCTCATTATTAATGCATTTAACCTCATTATTAATGCATTTAACCTCATTATTA SH18443 18443 72 92 YMR142C_13_551206_550205_INTRON_5_406 intron #REF! #REF! 361 18 AATCTCAGGGTAATAATCAATCTCAGGGTAATAATCAATCTCAGGGTAATAATCAATCTC SH18444 18444 103 125 YMR142C_13_551206_550205_INTRON_5_406 intron #REF! #REF! 381 22 TTTATTTCTAGTTTCTGATAAATTTATTTCTAGTTTCTGATAAATTTATTTCTAGTTTCT SH18445 18445 10 120 YMR142C_13_551206_550205_INTRON_5_406 intron #REF! #REF! 401 18 TTCCTTTGAGTAAACCTTTTCCTTTGAGTAAACCTTTTCCTTTGAGTAAACCTTTTCCTT SH18446 18446 37 210 YMR142C_13_551206_550205_INTRON_5_406 intron #REF! #REF! 421 23 TAAAAAAATCAGTTAGTAAATTTTAAAAAAATCAGTTAGTAAATTTTAAAAAAATCAGTT SH18447 18447 17 52 YMR142C_13_551206_550205_INTRON_5_406 intron/exon #REF! #REF! 441 20 GGAGATAGCTATAATCATAAGGAGATAGCTATAATCATAAGGAGATAGCTATAATCATAA SH18448 18448 89 112 YMR142C_13_551206_550205_INTRON_5_406 3' exon #REF! #REF! 461 21 CTTCAAAATTGGTAAATTCTTCTTCAAAATTGGTAAATTCTTCTTCAAAATTGGTAAATT SH18449 18449 40 74 YMR142C_13_551206_550205_INTRON_5_406 3' exon #REF! #REF! 481 17 GCTTTCTGAAGTGGTTCGCTTTCTGAAGTGGTTCGCTTTCTGAAGTGGTTCGCTTTCTGA SH18450 18450 11 190 YMR143W_13_551927_552902_INTRON_25_568 5' exon #REF! #REF! 1 20 ATTCTTCTCTTGTATACTTTATTCTTCTCTTGTATACTTTATTCTTCTCTTGTATACTTT SH18451 18451 49 153 YMR143W_13_551927_552902_INTRON_25_568 5' exon #REF! #REF! 21 15 AGCTGACATCTTGGGAGCTGACATCTTGGGAGCTGACATCTTGGGAGCTGACATCTTGGG SH18452 18452 89 205 YMR143W_13_551927_552902_INTRON_25_568 exon/intron #REF! #REF! 41 20 GAAAACATACTTGAACACTTGAAAACATACTTGAACACTTGAAAACATACTTGAACACTT SH18453 18453 6 118 YMR143W_13_551927_552902_INTRON_25_568 intron #REF! #REF! 61 17 CATCATTCTGCAGAACTCATCATTCTGCAGAACTCATCATTCTGCAGAACTCATCATTCT SH18454 18454 43 125 YMR143W_13_551927_552902_INTRON_25_568 intron #REF! #REF! 81 18 TCCATTATCGATACTATCTCCATTATCGATACTATCTCCATTATCGATACTATCTCCATT SH18455 18455 73 154 YMR143W_13_551927_552902_INTRON_25_568 intron #REF! #REF! 101 20 ATTTTTTTTCTCTTGATCTCATTTTTTTTCTCTTGATCTCATTTTTTTTCTCTTGATCTC SH18456 18456 23 206 YMR143W_13_551927_552902_INTRON_25_568 intron #REF! #REF! 121 17 GGTTGGCTGACATATTCGGTTGGCTGACATATTCGGTTGGCTGACATATTCGGTTGGCTG SH18457 18457 40 110 YMR143W_13_551927_552902_INTRON_25_568 intron #REF! #REF! 141 17 TTACTGCCTACTCAGAATTACTGCCTACTCAGAATTACTGCCTACTCAGAATTACTGCCT SH18458 18458 42 209 YMR143W_13_551927_552902_INTRON_25_568 intron #REF! #REF! 161 18 AAATACACTATGCGTACTAAATACACTATGCGTACTAAATACACTATGCGTACTAAATAC SH18459 18459 82 40 YMR143W_13_551927_552902_INTRON_25_568 intron #REF! #REF! 181 18 AACAATTCTTTCCTTTGGAACAATTCTTTCCTTTGGAACAATTCTTTCCTTTGGAACAAT SH18460 18460 62 146 YMR143W_13_551927_552902_INTRON_25_568 intron #REF! #REF! 201 18 TCAATTCGGCTTGTAAAATCAATTCGGCTTGTAAAATCAATTCGGCTTGTAAAATCAATT SH18461 18461 92 176 YMR143W_13_551927_552902_INTRON_25_568 intron #REF! #REF! 221 18 AAACATTGCCTAATTGGAAAACATTGCCTAATTGGAAAACATTGCCTAATTGGAAAACAT SH18462 18462 31 186 YMR143W_13_551927_552902_INTRON_25_568 intron #REF! #REF! 241 17 TGTCAAAATACTCTCCCTGTCAAAATACTCTCCCTGTCAAAATACTCTCCCTGTCAAAAT SH18463 18463 56 211 YMR143W_13_551927_552902_INTRON_25_568 intron #REF! #REF! 261 18 CCGTAGTAGTTTAACCAACCGTAGTAGTTTAACCAACCGTAGTAGTTTAACCAACCGTAG SH18464 18464 29 192 YMR143W_13_551927_552902_INTRON_25_568 intron #REF! #REF! 281 17 GTACTGGTTACGGAACTGTACTGGTTACGGAACTGTACTGGTTACGGAACTGTACTGGTT SH18465 18465 29 140 YMR143W_13_551927_552902_INTRON_25_568 intron #REF! #REF! 301 18 TGTTTCCTTATGTGTACATGTTTCCTTATGTGTACATGTTTCCTTATGTGTACATGTTTC SH18466 18466 89 91 YMR143W_13_551927_552902_INTRON_25_568 intron #REF! #REF! 321 20 CCTTATTGTTTATCTTTACACCTTATTGTTTATCTTTACACCTTATTGTTTATCTTTACA SH18467 18467 91 76 YMR143W_13_551927_552902_INTRON_25_568 intron #REF! #REF! 341 16 CAATGGCATTGGAAGCCAATGGCATTGGAAGCCAATGGCATTGGAAGCCAATGGCATTGG SH18468 18468 62 164 YMR143W_13_551927_552902_INTRON_25_568 intron #REF! #REF! 361 22 TTTTTGTTTAGGAATATGATATTTTTTGTTTAGGAATATGATATTTTTTGTTTAGGAATA SH18469 18469 62 163 YMR143W_13_551927_552902_INTRON_25_568 intron #REF! #REF! 381 20 CTTTATATTCGCTGTACATTCTTTATATTCGCTGTACATTCTTTATATTCGCTGTACATT SH18470 18470 66 80 YMR143W_13_551927_552902_INTRON_25_568 intron #REF! #REF! 401 13 ACACTGACGCTGGACACTGACGCTGGACACTGACGCTGGACACTGACGCTGGACACTGAC SH18471 18471 12 67 YMR143W_13_551927_552902_INTRON_25_568 intron #REF! #REF! 421 15 AGTTGCGCAACCTTCAGTTGCGCAACCTTCAGTTGCGCAACCTTCAGTTGCGCAACCTTC SH18472 18472 39 74 YMR143W_13_551927_552902_INTRON_25_568 intron #REF! #REF! 441 20 TTGCCATTTTAATTTCAACTTTGCCATTTTAATTTCAACTTTGCCATTTTAATTTCAACT SH18473 18473 14 126 YMR143W_13_551927_552902_INTRON_25_568 intron #REF! #REF! 461 17 GGATGAAAATGTAGCGCGGATGAAAATGTAGCGCGGATGAAAATGTAGCGCGGATGAAAA SH18474 18474 76 212 YMR143W_13_551927_552902_INTRON_25_568 intron #REF! #REF! 481 17 GACATCTGATGAGTGAAGACATCTGATGAGTGAAGACATCTGATGAGTGAAGACATCTGA SH18475 18475 79 2 YMR143W_13_551927_552902_INTRON_25_568 intron #REF! #REF! 501 22 GAATATTTATTTTTCGAAAATCGAATATTTATTTTTCGAAAATCGAATATTTATTTTTCG SH18476 18476 12 100 YMR143W_13_551927_552902_INTRON_25_568 intron #REF! #REF! 521 19 CATTGAGAGAAAAATGAGACATTGAGAGAAAAATGAGACATTGAGAGAAAAATGAGACAT SH18477 18477 18 49 YMR143W_13_551927_552902_INTRON_25_568 intron #REF! #REF! 541 22 TTCAATGTTAGTAACAATTATTTTCAATGTTAGTAACAATTATTTTCAATGTTAGTAACA SH18478 18478 12 112 YMR143W_13_551927_552902_INTRON_25_568 intron #REF! #REF! 561 20 CAATTAGTTACGAGGAAATTCAATTAGTTACGAGGAAATTCAATTAGTTACGAGGAAATT SH18479 18479 91 168 YMR143W_13_551927_552902_INTRON_25_568 intron/exon #REF! #REF! 581 20 AAAAGTCTAAAGAAGTAATGAAAAGTCTAAAGAAGTAATGAAAAGTCTAAAGAAGTAATG SH18480 18480 100 157 YMR143W_13_551927_552902_INTRON_25_568 3' exon #REF! #REF! 601 17 GCTGATTTCTTCTTACCGCTGATTTCTTCTTACCGCTGATTTCTTCTTACCGCTGATTTC SH18481 18481 30 100 YMR143W_13_551927_552902_INTRON_25_568 3' exon #REF! #REF! 621 15 ACATGGGCAACAGCAACATGGGCAACAGCAACATGGGCAACAGCAACATGGGCAACAGCA SH18482 18482 6 214 YMR194W_13_651144_651909_INTRON_17_479 5' exon #REF! #REF! 1 19 CTGTCTTTCTTGTTTCTTTCTGTCTTTCTTGTTTCTTTCTGTCTTTCTTGTTTCTTTCTG SH18483 18483 100 117 YMR194W_13_651144_651909_INTRON_17_479 5' exon #REF! #REF! 21 20 GGTCATTTCTTATTGTGTTTGGTCATTTCTTATTGTGTTTGGTCATTTCTTATTGTGTTT SH18484 18484 86 80 YMR194W_13_651144_651909_INTRON_17_479 exon/intron #REF! #REF! 41 17 CACATACCTGTCTTAACCACATACCTGTCTTAACCACATACCTGTCTTAACCACATACCT SH18485 18485 79 171 YMR194W_13_651144_651909_INTRON_17_479 intron #REF! #REF! 61 18 TTCAGTTCCTTGTTTATGTTCAGTTCCTTGTTTATGTTCAGTTCCTTGTTTATGTTCAGT SH18486 18486 95 148 YMR194W_13_651144_651909_INTRON_17_479 intron #REF! #REF! 81 17 CGAAAATCGTCATAACCCGAAAATCGTCATAACCCGAAAATCGTCATAACCCGAAAATCG SH18487 18487 67 98 YMR194W_13_651144_651909_INTRON_17_479 intron #REF! #REF! 101 18 GGGTAAACCCCTTTATAAGGGTAAACCCCTTTATAAGGGTAAACCCCTTTATAAGGGTAA SH18488 18488 18 68 YMR194W_13_651144_651909_INTRON_17_479 intron #REF! #REF! 121 18 TCATGTTCTTCTCGTATTTCATGTTCTTCTCGTATTTCATGTTCTTCTCGTATTTCATGT SH18489 18489 31 155 YMR194W_13_651144_651909_INTRON_17_479 intron #REF! #REF! 141 19 CCTTTTAAGTTTTCAATGCCCTTTTAAGTTTTCAATGCCCTTTTAAGTTTTCAATGCCCT SH18490 18490 17 13 YMR194W_13_651144_651909_INTRON_17_479 intron #REF! #REF! 161 23 TATATAATATTCTTGTTTTTGTTTATATAATATTCTTGTTTTTGTTTATATAATATTCTT SH18491 18491 98 208 YMR194W_13_651144_651909_INTRON_17_479 intron #REF! #REF! 181 22 GTCATTAATCACTCAAAATTATGTCATTAATCACTCAAAATTATGTCATTAATCACTCAA SH18492 18492 84 10 YMR194W_13_651144_651909_INTRON_17_479 intron #REF! #REF! 201 17 TGGCTATTTCCATTGGTTGGCTATTTCCATTGGTTGGCTATTTCCATTGGTTGGCTATTT SH18493 18493 78 79 YMR194W_13_651144_651909_INTRON_17_479 intron #REF! #REF! 221 21 GCATATTAAATGGTATTTTTCGCATATTAAATGGTATTTTTCGCATATTAAATGGTATTT SH18494 18494 59 53 YMR194W_13_651144_651909_INTRON_17_479 intron #REF! #REF! 241 17 AGATAAGCCTGTGTATGAGATAAGCCTGTGTATGAGATAAGCCTGTGTATGAGATAAGCC SH18495 18495 8 145 YMR194W_13_651144_651909_INTRON_17_479 intron #REF! #REF! 261 18 GTTTTTTAGATAGGAGTGGTTTTTTAGATAGGAGTGGTTTTTTAGATAGGAGTGGTTTTT SH18496 18496 76 102 YMR194W_13_651144_651909_INTRON_17_479 intron #REF! #REF! 281 18 CCTCATCTTCAAACACAACCTCATCTTCAAACACAACCTCATCTTCAAACACAACCTCAT SH18497 18497 41 42 YMR194W_13_651144_651909_INTRON_17_479 intron #REF! #REF! 301 22 ATACTATTCTTTTTGTAAAATGATACTATTCTTTTTGTAAAATGATACTATTCTTTTTGT SH18498 18498 86 143 YMR194W_13_651144_651909_INTRON_17_479 intron #REF! #REF! 321 17 GAAGGCGTTTTCGCAATGAAGGCGTTTTCGCAATGAAGGCGTTTTCGCAATGAAGGCGTT SH18499 18499 48 209 YMR194W_13_651144_651909_INTRON_17_479 intron #REF! #REF! 341 19 CAACTACTAAAATGTTCCACAACTACTAAAATGTTCCACAACTACTAAAATGTTCCACAA SH18500 18500 103 159 YMR194W_13_651144_651909_INTRON_17_479 intron #REF! #REF! 361 18 GGCAATTCTTACAATGGTGGCAATTCTTACAATGGTGGCAATTCTTACAATGGTGGCAAT SH18501 18501 48 143 YMR194W_13_651144_651909_INTRON_17_479 intron #REF! #REF! 381 19 CTTTTTGTGATTGTTTTCCCTTTTTGTGATTGTTTTCCCTTTTTGTGATTGTTTTCCCTT SH18502 18502 99 8 YMR194W_13_651144_651909_INTRON_17_479 intron #REF! #REF! 401 17 TACGGCTTTGTATAGCATACGGCTTTGTATAGCATACGGCTTTGTATAGCATACGGCTTT SH18503 18503 85 91 YMR194W_13_651144_651909_INTRON_17_479 intron #REF! #REF! 421 16 CGGGAAGTGACGTATACGGGAAGTGACGTATACGGGAAGTGACGTATACGGGAAGTGACG SH18504 18504 53 20 YMR194W_13_651144_651909_INTRON_17_479 intron #REF! #REF! 441 18 TATACACGTGTATATGTGTATACACGTGTATATGTGTATACACGTGTATATGTGTATACA SH18505 18505 96 54 YMR194W_13_651144_651909_INTRON_17_479 intron #REF! #REF! 461 18 ACATGTGAAATAGGCATAACATGTGAAATAGGCATAACATGTGAAATAGGCATAACATGT SH18506 18506 74 172 YMR194W_13_651144_651909_INTRON_17_479 intron #REF! #REF! 481 17 AGGTTGTCTTCAGTTAGAGGTTGTCTTCAGTTAGAGGTTGTCTTCAGTTAGAGGTTGTCT SH18507 18507 83 78 YMR194W_13_651144_651909_INTRON_17_479 intron/exon #REF! #REF! 501 20 GCAATTCCTAAATATAAGGAGCAATTCCTAAATATAAGGAGCAATTCCTAAATATAAGGA SH18508 18508 82 131 YMR194W_13_651144_651909_INTRON_17_479 3' exon #REF! #REF! 521 20 TACCTTTGTTTAAACCAATATACCTTTGTTTAAACCAATATACCTTTGTTTAAACCAATA SH18509 18509 2 135 YMR194W_13_651144_651909_INTRON_17_479 3' exon #REF! #REF! 541 17 CATGCTAGTGACCTTCTCATGCTAGTGACCTTCTCATGCTAGTGACCTTCTCATGCTAGT SH18510 18510 61 63 YMR201C_13_667043_665844_INTRON_28_111 5' exon #REF! #REF! 1 16 CGTTCGATACCTTCACCGTTCGATACCTTCACCGTTCGATACCTTCACCGTTCGATACCT SH18511 18511 88 71 YMR201C_13_667043_665844_INTRON_28_111 5' exon #REF! #REF! 21 13 CGGGAGTCATAGCCGGGAGTCATAGCCGGGAGTCATAGCCGGGAGTCATAGCCGGGAGTC SH18512 18512 91 40 YMR201C_13_667043_665844_INTRON_28_111 exon/intron #REF! #REF! 41 17 CACATACTAGTTTGGCCCACATACTAGTTTGGCCCACATACTAGTTTGGCCCACATACTA SH18513 18513 4 77 YMR201C_13_667043_665844_INTRON_28_111 intron #REF! #REF! 61 20 ATACAAACACAGAATCATTTATACAAACACAGAATCATTTATACAAACACAGAATCATTT SH18514 18514 92 32 YMR201C_13_667043_665844_INTRON_28_111 intron #REF! #REF! 81 17 AGAAACCCACGGTTAAAAGAAACCCACGGTTAAAAGAAACCCACGGTTAAAAGAAACCCA SH18515 18515 66 204 YMR201C_13_667043_665844_INTRON_28_111 intron #REF! #REF! 101 20 TCATCGTTAAATTGTTAGTATCATCGTTAAATTGTTAGTATCATCGTTAAATTGTTAGTA SH18516 18516 18 161 YMR201C_13_667043_665844_INTRON_28_111 intron/exon #REF! #REF! 121 15 CCTGCACAGCTCATCCCTGCACAGCTCATCCCTGCACAGCTCATCCCTGCACAGCTCATC SH18517 18517 53 76 YMR201C_13_667043_665844_INTRON_28_111 3' exon #REF! #REF! 141 19 CTATTGCTAATTTCCTGTTCTATTGCTAATTTCCTGTTCTATTGCTAATTTCCTGTTCTA SH18518 18518 44 199 YMR201C_13_667043_665844_INTRON_28_111 3' exon #REF! #REF! 161 17 CCCTTTTTCTTAACCGTCCCTTTTTCTTAACCGTCCCTTTTTCTTAACCGTCCCTTTTTC SH18519 18519 103 203 YMR225C_13_721402_720959_INTRON_59_205 5' exon #REF! #REF! 1 20 TTACCTTACTGAAGTATTTATTACCTTACTGAAGTATTTATTACCTTACTGAAGTATTTA SH18520 18520 82 6 YMR225C_13_721402_720959_INTRON_59_205 5' exon #REF! #REF! 21 17 GGGATTAAACCTGACAAGGGATTAAACCTGACAAGGGATTAAACCTGACAAGGGATTAAA SH18521 18521 46 142 YMR225C_13_721402_720959_INTRON_59_205 exon/intron #REF! #REF! 41 15 CATACCTTCCTTGCCCATACCTTCCTTGCCCATACCTTCCTTGCCCATACCTTCCTTGCC SH18522 18522 36 152 YMR225C_13_721402_720959_INTRON_59_205 intron #REF! #REF! 61 18 GAATAACAGAGCGAAAAAGAATAACAGAGCGAAAAAGAATAACAGAGCGAAAAAGAATAA SH18523 18523 60 100 YMR225C_13_721402_720959_INTRON_59_205 intron #REF! #REF! 81 16 GCCAAAGGTAAGGAGAGCCAAAGGTAAGGAGAGCCAAAGGTAAGGAGAGCCAAAGGTAAG SH18524 18524 88 194 YMR225C_13_721402_720959_INTRON_59_205 intron #REF! #REF! 101 20 TAGCCAAATCTTTAAATCATTAGCCAAATCTTTAAATCATTAGCCAAATCTTTAAATCAT SH18525 18525 30 27 YMR225C_13_721402_720959_INTRON_59_205 intron #REF! #REF! 121 16 CTACCTCAGCCTAGTTCTACCTCAGCCTAGTTCTACCTCAGCCTAGTTCTACCTCAGCCT SH18526 18526 26 209 YMR225C_13_721402_720959_INTRON_59_205 intron #REF! #REF! 141 17 TTGTGATAGATCGGTTCTTGTGATAGATCGGTTCTTGTGATAGATCGGTTCTTGTGATAG SH18527 18527 38 120 YMR225C_13_721402_720959_INTRON_59_205 intron #REF! #REF! 161 18 CATATCATTTGCTGTTAGCATATCATTTGCTGTTAGCATATCATTTGCTGTTAGCATATC SH18528 18528 64 113 YMR225C_13_721402_720959_INTRON_59_205 intron/exon #REF! #REF! 181 18 GCTGAAATCAATGATATGGCTGAAATCAATGATATGGCTGAAATCAATGATATGGCTGAA SH18529 18529 96 4 YMR225C_13_721402_720959_INTRON_59_205 3' exon #REF! #REF! 201 18 GTACTAACCTAGCAACTTGTACTAACCTAGCAACTTGTACTAACCTAGCAACTTGTACTA SH18530 18530 81 177 YMR225C_13_721402_720959_INTRON_59_205 3' exon #REF! #REF! 221 13 GTGGAATGGCAGCGTGGAATGGCAGCGTGGAATGGCAGCGTGGAATGGCAGCGTGGAATG SH18531 18531 25 21 YMR230W_13_732413_733140_INTRON_53_462 5' exon #REF! #REF! 1 17 CTTGCTTTGGCATCAACCTTGCTTTGGCATCAACCTTGCTTTGGCATCAACCTTGCTTTG SH18532 18532 72 209 YMR230W_13_732413_733140_INTRON_53_462 5' exon #REF! #REF! 21 20 GTATTGGTGAATTTTGTTTCGTATTGGTGAATTTTGTTTCGTATTGGTGAATTTTGTTTC SH18533 18533 4 114 YMR230W_13_732413_733140_INTRON_53_462 exon/intron #REF! #REF! 41 19 CAAACATACCTTGAAACAACAAACATACCTTGAAACAACAAACATACCTTGAAACAACAA SH18534 18534 17 144 YMR230W_13_732413_733140_INTRON_53_462 intron #REF! #REF! 61 20 GCATATTTCACCTAAAAAATGCATATTTCACCTAAAAAATGCATATTTCACCTAAAAAAT SH18535 18535 12 2 YMR230W_13_732413_733140_INTRON_53_462 intron #REF! #REF! 81 17 TTTCGGAGCATATCACTTTTCGGAGCATATCACTTTTCGGAGCATATCACTTTTCGGAGC SH18536 18536 61 14 YMR230W_13_732413_733140_INTRON_53_462 intron #REF! #REF! 101 20 TCATTTATCATCTTTGCTATTCATTTATCATCTTTGCTATTCATTTATCATCTTTGCTAT SH18537 18537 27 196 YMR230W_13_732413_733140_INTRON_53_462 intron #REF! #REF! 121 22 CAAGTTCAATTTAATTGTATTTCAAGTTCAATTTAATTGTATTTCAAGTTCAATTTAATT SH18538 18538 8 101 YMR230W_13_732413_733140_INTRON_53_462 intron #REF! #REF! 141 20 ACCACTTTTAATGATATTCAACCACTTTTAATGATATTCAACCACTTTTAATGATATTCA SH18539 18539 68 92 YMR230W_13_732413_733140_INTRON_53_462 intron #REF! #REF! 161 18 TGAAACAATCGGTTTTCTTGAAACAATCGGTTTTCTTGAAACAATCGGTTTTCTTGAAAC SH18540 18540 31 52 YMR230W_13_732413_733140_INTRON_53_462 intron #REF! #REF! 181 18 CTTGTCCACAAAGATCTTCTTGTCCACAAAGATCTTCTTGTCCACAAAGATCTTCTTGTC SH18541 18541 68 97 YMR230W_13_732413_733140_INTRON_53_462 intron #REF! #REF! 201 13 TCATGCACTGCCGTCATGCACTGCCGTCATGCACTGCCGTCATGCACTGCCGTCATGCAC SH18542 18542 63 170 YMR230W_13_732413_733140_INTRON_53_462 intron #REF! #REF! 221 18 CTTAGGTTGCACTTTTCTCTTAGGTTGCACTTTTCTCTTAGGTTGCACTTTTCTCTTAGG SH18543 18543 92 141 YMR230W_13_732413_733140_INTRON_53_462 intron #REF! #REF! 241 18 CGTGAAATAATGGAATTCCGTGAAATAATGGAATTCCGTGAAATAATGGAATTCCGTGAA SH18544 18544 104 173 YMR230W_13_732413_733140_INTRON_53_462 intron #REF! #REF! 261 22 GTTCAAACATTATAAAAATGGAGTTCAAACATTATAAAAATGGAGTTCAAACATTATAAA SH18545 18545 51 37 YMR230W_13_732413_733140_INTRON_53_462 intron #REF! #REF! 281 18 CTATAAGGACTCAAAAGTCTATAAGGACTCAAAAGTCTATAAGGACTCAAAAGTCTATAA SH18546 18546 70 173 YMR230W_13_732413_733140_INTRON_53_462 intron #REF! #REF! 301 21 CTTTGATCATAATATTAGCATCTTTGATCATAATATTAGCATCTTTGATCATAATATTAG SH18547 18547 55 175 YMR230W_13_732413_733140_INTRON_53_462 intron #REF! #REF! 321 20 AAAGTAAATGATATAATCGCAAAGTAAATGATATAATCGCAAAGTAAATGATATAATCGC SH18548 18548 40 118 YMR230W_13_732413_733140_INTRON_53_462 intron #REF! #REF! 341 17 GAAACTCCGGAAACTGTGAAACTCCGGAAACTGTGAAACTCCGGAAACTGTGAAACTCCG SH18549 18549 48 193 YMR230W_13_732413_733140_INTRON_53_462 intron #REF! #REF! 361 18 TGGTCCTTTTGCAATAATTGGTCCTTTTGCAATAATTGGTCCTTTTGCAATAATTGGTCC SH18550 18550 51 186 YMR230W_13_732413_733140_INTRON_53_462 intron #REF! #REF! 381 21 GATATCATGATTTCAATTGTTGATATCATGATTTCAATTGTTGATATCATGATTTCAATT SH18551 18551 40 24 YMR230W_13_732413_733140_INTRON_53_462 intron #REF! #REF! 401 22 GTTAGTAATAATATTTCTTACGGTTAGTAATAATATTTCTTACGGTTAGTAATAATATTT SH18552 18552 89 198 YMR230W_13_732413_733140_INTRON_53_462 intron #REF! #REF! 421 18 TTCAATGATCTTCCTTGTTTCAATGATCTTCCTTGTTTCAATGATCTTCCTTGTTTCAAT SH18553 18553 7 41 YMR230W_13_732413_733140_INTRON_53_462 intron #REF! #REF! 441 17 TTTCGATATGCGATCGTTTTCGATATGCGATCGTTTTCGATATGCGATCGTTTTCGATAT SH18554 18554 76 20 YMR230W_13_732413_733140_INTRON_53_462 3' exon #REF! #REF! 461 15 CGACGACAACACCTTCGACGACAACACCTTCGACGACAACACCTTCGACGACAACACCTT SH18555 18555 28 176 YMR230W_13_732413_733140_INTRON_53_462 3' exon #REF! #REF! 481 17 GCTTGGTTGAAATCCTTGCTTGGTTGAAATCCTTGCTTGGTTGAAATCCTTGCTTGGTTG SH18556 18556 50 205 YMR292W_13_854795_855293_INTRON_23_104 5' exon #REF! #REF! 1 18 GATGGGTAAGCTAAATGAGATGGGTAAGCTAAATGAGATGGGTAAGCTAAATGAGATGGG SH18557 18557 66 60 YMR292W_13_854795_855293_INTRON_23_104 5' exon #REF! #REF! 21 15 GCCACATTTTACGCGGCCACATTTTACGCGGCCACATTTTACGCGGCCACATTTTACGCG SH18558 18558 93 72 YMR292W_13_854795_855293_INTRON_23_104 exon/intron #REF! #REF! 41 17 AACATACTTTGAGCCTCAACATACTTTGAGCCTCAACATACTTTGAGCCTCAACATACTT SH18559 18559 32 81 YMR292W_13_854795_855293_INTRON_23_104 intron #REF! #REF! 61 20 CAAAGAGCATCTAAAATATTCAAAGAGCATCTAAAATATTCAAAGAGCATCTAAAATATT SH18560 18560 28 180 YMR292W_13_854795_855293_INTRON_23_104 intron #REF! #REF! 81 15 CGTCTCTCGGAGAAGCGTCTCTCGGAGAAGCGTCTCTCGGAGAAGCGTCTCTCGGAGAAG SH18561 18561 43 76 YMR292W_13_854795_855293_INTRON_23_104 intron #REF! #REF! 101 20 AAGTTGTTAGTAAAAAAGGAAAGTTGTTAGTAAAAAAGGAAAGTTGTTAGTAAAAAAGGA SH18562 18562 6 149 YMR292W_13_854795_855293_INTRON_23_104 intron/exon #REF! #REF! 121 19 CCAAATTCTAGTGAAAAGTCCAAATTCTAGTGAAAAGTCCAAATTCTAGTGAAAAGTCCA SH18563 18563 71 37 YMR292W_13_854795_855293_INTRON_23_104 3' exon #REF! #REF! 141 15 GAAAGTGAAGGCCACGAAAGTGAAGGCCACGAAAGTGAAGGCCACGAAAGTGAAGGCCAC SH18564 18564 72 12 YMR292W_13_854795_855293_INTRON_23_104 3' exon #REF! #REF! 161 20 CAAACAAAAAGAAGAGAAAACAAACAAAAAGAAGAGAAAACAAACAAAAAGAAGAGAAAA SH18565 18565 96 31 YNL012W_14_609682_611661_INTRON_106_189 5' exon #REF! #REF! 1 17 TTGTACCTGAAATGGTGTTGTACCTGAAATGGTGTTGTACCTGAAATGGTGTTGTACCTG SH18566 18566 44 168 YNL012W_14_609682_611661_INTRON_106_189 5' exon #REF! #REF! 21 13 GTGGAGAGCTAGGGTGGAGAGCTAGGGTGGAGAGCTAGGGTGGAGAGCTAGGGTGGAGAG SH18567 18567 71 57 YNL012W_14_609682_611661_INTRON_106_189 exon/intron #REF! #REF! 41 15 CTTACTTTGGCCTCCCTTACTTTGGCCTCCCTTACTTTGGCCTCCCTTACTTTGGCCTCC SH18568 18568 101 17 YNL012W_14_609682_611661_INTRON_106_189 intron #REF! #REF! 61 17 GTTAAAGTGGCAAAGAGGTTAAAGTGGCAAAGAGGTTAAAGTGGCAAAGAGGTTAAAGTG SH18569 18569 60 213 YNL012W_14_609682_611661_INTRON_106_189 intron #REF! #REF! 81 17 GTTAGTTTTGGCCCATAGTTAGTTTTGGCCCATAGTTAGTTTTGGCCCATAGTTAGTTTT SH18570 18570 98 36 YNL012W_14_609682_611661_INTRON_106_189 intron #REF! #REF! 101 20 AATACGAAGTTTTGGTATATAATACGAAGTTTTGGTATATAATACGAAGTTTTGGTATAT SH18571 18571 59 69 YNL012W_14_609682_611661_INTRON_106_189 intron/exon #REF! #REF! 121 18 CATGCTAATAAACAAAGGCATGCTAATAAACAAAGGCATGCTAATAAACAAAGGCATGCT SH18572 18572 26 116 YNL012W_14_609682_611661_INTRON_106_189 3' exon #REF! #REF! 141 17 GTTTCTTCTGGACAGAGGTTTCTTCTGGACAGAGGTTTCTTCTGGACAGAGGTTTCTTCT SH18573 18573 91 55 YNL012W_14_609682_611661_INTRON_106_189 3' exon #REF! #REF! 161 22 AATTTTTTTTTTCTTCAGATACAATTTTTTTTTTCTTCAGATACAATTTTTTTTTTCTTC SH18574 18574 104 100 YNL044W_14_545264_545873_INTRON_25_103 5' exon #REF! #REF! 1 22 GGAGTATTTGATGTTATTTTATGGAGTATTTGATGTTATTTTATGGAGTATTTGATGTTA SH18575 18575 39 65 YNL044W_14_545264_545873_INTRON_25_103 5' exon #REF! #REF! 21 19 CTAACTGATTCATTATTGGCTAACTGATTCATTATTGGCTAACTGATTCATTATTGGCTA SH18576 18576 41 101 YNL044W_14_545264_545873_INTRON_25_103 exon/intron #REF! #REF! 41 17 AACTTACGGCTAAAGCTAACTTACGGCTAAAGCTAACTTACGGCTAAAGCTAACTTACGG SH18577 18577 25 131 YNL044W_14_545264_545873_INTRON_25_103 intron #REF! #REF! 61 20 ATGCAAATGTGTTTACAATTATGCAAATGTGTTTACAATTATGCAAATGTGTTTACAATT SH18578 18578 29 6 YNL044W_14_545264_545873_INTRON_25_103 intron #REF! #REF! 81 20 GTTAGTATAGTTTTTCAATGGTTAGTATAGTTTTTCAATGGTTAGTATAGTTTTTCAATG SH18579 18579 38 8 YNL044W_14_545264_545873_INTRON_25_103 intron #REF! #REF! 101 18 TAGAAAAAAGGTTAACGCTAGAAAAAAGGTTAACGCTAGAAAAAAGGTTAACGCTAGAAA SH18580 18580 19 148 YNL044W_14_545264_545873_INTRON_25_103 intron/exon #REF! #REF! 121 19 GTGAAACTTGCTATAGAAAGTGAAACTTGCTATAGAAAGTGAAACTTGCTATAGAAAGTG SH18581 18581 51 165 YNL044W_14_545264_545873_INTRON_25_103 3' exon #REF! #REF! 141 18 GAGAAGTTTTGAGTGAAAGAGAAGTTTTGAGTGAAAGAGAAGTTTTGAGTGAAAGAGAAG SH18582 18582 2 165 YNL044W_14_545264_545873_INTRON_25_103 3' exon #REF! #REF! 161 18 CGCTCTTAATATTTTCCACGCTCTTAATATTTTCCACGCTCTTAATATTTTCCACGCTCT SH18583 18583 70 126 YNL050C_14_534978_534075_INTRON_18_108 5' exon #REF! #REF! 1 23 AATTTCAATGTTTTTCTTTTTTTAATTTCAATGTTTTTCTTTTTTTAATTTCAATGTTTT SH18584 18584 47 164 YNL050C_14_534978_534075_INTRON_18_108 5' exon #REF! #REF! 21 20 CAGACATTTTTATACTGAATCAGACATTTTTATACTGAATCAGACATTTTTATACTGAAT SH18585 18585 54 91 YNL050C_14_534978_534075_INTRON_18_108 exon/intron #REF! #REF! 41 20 CAAAGCATACATCTTAAATTCAAAGCATACATCTTAAATTCAAAGCATACATCTTAAATT SH18586 18586 58 80 YNL050C_14_534978_534075_INTRON_18_108 intron #REF! #REF! 61 19 GCAAACTTGTATCTTATGTGCAAACTTGTATCTTATGTGCAAACTTGTATCTTATGTGCA SH18587 18587 25 183 YNL050C_14_534978_534075_INTRON_18_108 intron #REF! #REF! 81 23 GTTAGTAAAAAAATGAAATTAGAGTTAGTAAAAAAATGAAATTAGAGTTAGTAAAAAAAT SH18588 18588 37 11 YNL050C_14_534978_534075_INTRON_18_108 intron #REF! #REF! 101 18 ACGATTCGTTGAAAAGTTACGATTCGTTGAAAAGTTACGATTCGTTGAAAAGTTACGATT SH18589 18589 61 4 YNL050C_14_534978_534075_INTRON_18_108 intron/exon #REF! #REF! 121 22 TCTGCAAAATAATTAGAATATTTCTGCAAAATAATTAGAATATTTCTGCAAAATAATTAG SH18590 18590 53 51 YNL050C_14_534978_534075_INTRON_18_108 3' exon #REF! #REF! 141 18 GATCTTTTCTTGATACTCGATCTTTTCTTGATACTCGATCTTTTCTTGATACTCGATCTT SH18591 18591 85 17 YNL050C_14_534978_534075_INTRON_18_108 3' exon #REF! #REF! 161 17 CCCTCTCCTTCATTATACCCTCTCCTTCATTATACCCTCTCCTTCATTATACCCTCTCCT SH18592 18592 30 107 YNL069C_14_494998_493953_INTRON_29_477 5' exon #REF! #REF! 1 17 ATGGTTGGTTGGTTGTTATGGTTGGTTGGTTGTTATGGTTGGTTGGTTGTTATGGTTGGT SH18593 18593 14 65 YNL069C_14_494998_493953_INTRON_29_477 5' exon #REF! #REF! 21 17 GACTGGTTGAGACATCTGACTGGTTGAGACATCTGACTGGTTGAGACATCTGACTGGTTG SH18594 18594 80 133 YNL069C_14_494998_493953_INTRON_29_477 exon/intron #REF! #REF! 41 18 TTACGTACCATCAATAACTTACGTACCATCAATAACTTACGTACCATCAATAACTTACGT SH18595 18595 71 16 YNL069C_14_494998_493953_INTRON_29_477 intron #REF! #REF! 61 20 TCCTGTTAGAATTAGAAATTTCCTGTTAGAATTAGAAATTTCCTGTTAGAATTAGAAATT SH18596 18596 59 187 YNL069C_14_494998_493953_INTRON_29_477 intron #REF! #REF! 81 17 CCTGCATACTCAATCACCCTGCATACTCAATCACCCTGCATACTCAATCACCCTGCATAC SH18597 18597 28 198 YNL069C_14_494998_493953_INTRON_29_477 intron #REF! #REF! 101 16 GTCTTTGCAACGTCCTGTCTTTGCAACGTCCTGTCTTTGCAACGTCCTGTCTTTGCAACG SH18598 18598 47 64 YNL069C_14_494998_493953_INTRON_29_477 intron #REF! #REF! 121 22 TATTTCAATTACTATATTCTGATATTTCAATTACTATATTCTGATATTTCAATTACTATA SH18599 18599 56 164 YNL069C_14_494998_493953_INTRON_29_477 intron #REF! #REF! 141 20 TTTCGCAGGATTATTTTTTATTTCGCAGGATTATTTTTTATTTCGCAGGATTATTTTTTA SH18600 18600 48 165 YNL069C_14_494998_493953_INTRON_29_477 intron #REF! #REF! 161 18 TAAGCATTTTGCAACACATAAGCATTTTGCAACACATAAGCATTTTGCAACACATAAGCA SH18601 18601 60 193 YNL069C_14_494998_493953_INTRON_29_477 intron #REF! #REF! 181 22 ATTAGCTAATACTATTCTTTATATTAGCTAATACTATTCTTTATATTAGCTAATACTATT SH18602 18602 40 68 YNL069C_14_494998_493953_INTRON_29_477 intron #REF! #REF! 201 18 ATCAATGAGCATCCTAATATCAATGAGCATCCTAATATCAATGAGCATCCTAATATCAAT SH18603 18603 24 165 YNL069C_14_494998_493953_INTRON_29_477 intron #REF! #REF! 221 18 GTGTTCCGTTTCTTCTATGTGTTCCGTTTCTTCTATGTGTTCCGTTTCTTCTATGTGTTC SH18604 18604 22 112 YNL069C_14_494998_493953_INTRON_29_477 intron #REF! #REF! 241 20 TATTTGGAGTTTCAAGTATTTATTTGGAGTTTCAAGTATTTATTTGGAGTTTCAAGTATT SH18605 18605 84 205 YNL069C_14_494998_493953_INTRON_29_477 intron #REF! #REF! 261 20 ATATAACGCATTCAATTAAGATATAACGCATTCAATTAAGATATAACGCATTCAATTAAG SH18606 18606 99 21 YNL069C_14_494998_493953_INTRON_29_477 intron #REF! #REF! 281 20 TTGCAAATTCATGTTTTCAATTGCAAATTCATGTTTTCAATTGCAAATTCATGTTTTCAA SH18607 18607 19 27 YNL069C_14_494998_493953_INTRON_29_477 intron #REF! #REF! 301 15 GCGTGATGCACGGTAGCGTGATGCACGGTAGCGTGATGCACGGTAGCGTGATGCACGGTA SH18608 18608 47 65 YNL069C_14_494998_493953_INTRON_29_477 intron #REF! #REF! 321 17 CTTTCAAACCGCCACTTCTTTCAAACCGCCACTTCTTTCAAACCGCCACTTCTTTCAAAC SH18609 18609 39 97 YNL069C_14_494998_493953_INTRON_29_477 intron #REF! #REF! 341 16 GGGTAACATTGGCATGGGGTAACATTGGCATGGGGTAACATTGGCATGGGGTAACATTGG SH18610 18610 100 153 YNL069C_14_494998_493953_INTRON_29_477 intron #REF! #REF! 361 16 GGCATATCGATGCATCGGCATATCGATGCATCGGCATATCGATGCATCGGCATATCGATG SH18611 18611 15 176 YNL069C_14_494998_493953_INTRON_29_477 intron #REF! #REF! 381 18 CCATTACTTTTTGGTGTGCCATTACTTTTTGGTGTGCCATTACTTTTTGGTGTGCCATTA SH18612 18612 52 21 YNL069C_14_494998_493953_INTRON_29_477 intron #REF! #REF! 401 21 GTCAAAATATTGATTAGAAGTGTCAAAATATTGATTAGAAGTGTCAAAATATTGATTAGA SH18613 18613 36 36 YNL069C_14_494998_493953_INTRON_29_477 intron #REF! #REF! 421 18 GATTGAATATAGTTGGAGGATTGAATATAGTTGGAGGATTGAATATAGTTGGAGGATTGA SH18614 18614 82 126 YNL069C_14_494998_493953_INTRON_29_477 intron #REF! #REF! 441 19 CTTGGTATTTTTTACTGAGCTTGGTATTTTTTACTGAGCTTGGTATTTTTTACTGAGCTT SH18615 18615 104 32 YNL069C_14_494998_493953_INTRON_29_477 intron #REF! #REF! 461 22 AAATAAAGTTAGTAAATGCTAAAAATAAAGTTAGTAAATGCTAAAAATAAAGTTAGTAAA SH18616 18616 55 138 YNL069C_14_494998_493953_INTRON_29_477 intron/exon #REF! #REF! 481 20 GCTATAATAAAAGGAGAAAAGCTATAATAAAAGGAGAAAAGCTATAATAAAAGGAGAAAA SH18617 18617 83 113 YNL069C_14_494998_493953_INTRON_29_477 3' exon #REF! #REF! 501 18 CCCAACAAATGATCCTTACCCAACAAATGATCCTTACCCAACAAATGATCCTTACCCAAC SH18618 18618 16 92 YNL069C_14_494998_493953_INTRON_29_477 3' exon #REF! #REF! 521 13 GTGGAGGCCAAACGTGGAGGCCAAACGTGGAGGCCAAACGTGGAGGCCAAACGTGGAGGC SH18619 18619 58 192 YNL096C_14_444312_443395_INTRON_145_489 5' exon #REF! #REF! 1 17 GTCAGCCTTTAGTTCTGGTCAGCCTTTAGTTCTGGTCAGCCTTTAGTTCTGGTCAGCCTT SH18620 18620 69 186 YNL096C_14_444312_443395_INTRON_145_489 5' exon #REF! #REF! 21 18 TTTGATTTGCAATGGTCTTTTGATTTGCAATGGTCTTTTGATTTGCAATGGTCTTTTGAT SH18621 18621 57 141 YNL096C_14_444312_443395_INTRON_145_489 exon/intron #REF! #REF! 41 20 TTTAACATACTTCTCTGATATTTAACATACTTCTCTGATATTTAACATACTTCTCTGATA SH18622 18622 23 192 YNL096C_14_444312_443395_INTRON_145_489 intron #REF! #REF! 61 20 TGCTTCCAAATTATATAACTTGCTTCCAAATTATATAACTTGCTTCCAAATTATATAACT SH18623 18623 56 10 YNL096C_14_444312_443395_INTRON_145_489 intron #REF! #REF! 81 18 AAGAAATCACAATGTTGCAAGAAATCACAATGTTGCAAGAAATCACAATGTTGCAAGAAA SH18624 18624 24 95 YNL096C_14_444312_443395_INTRON_145_489 intron #REF! #REF! 101 17 CTGCAAAGAACCCCTTTCTGCAAAGAACCCCTTTCTGCAAAGAACCCCTTTCTGCAAAGA SH18625 18625 26 132 YNL096C_14_444312_443395_INTRON_145_489 intron #REF! #REF! 121 22 AAATCACTCTTTTTTGAAAAAAAAATCACTCTTTTTTGAAAAAAAAATCACTCTTTTTTG SH18626 18626 79 48 YNL096C_14_444312_443395_INTRON_145_489 intron #REF! #REF! 141 18 ATACAGATACTGCTCAAAATACAGATACTGCTCAAAATACAGATACTGCTCAAAATACAG SH18627 18627 90 144 YNL096C_14_444312_443395_INTRON_145_489 intron #REF! #REF! 161 18 CTCGAACACATGAAAATTCTCGAACACATGAAAATTCTCGAACACATGAAAATTCTCGAA SH18628 18628 29 186 YNL096C_14_444312_443395_INTRON_145_489 intron #REF! #REF! 181 18 CTCTCGGAATTACTATTTCTCTCGGAATTACTATTTCTCTCGGAATTACTATTTCTCTCG SH18629 18629 72 194 YNL096C_14_444312_443395_INTRON_145_489 intron #REF! #REF! 201 17 ACGTTCATGGTATTGACACGTTCATGGTATTGACACGTTCATGGTATTGACACGTTCATG SH18630 18630 75 37 YNL096C_14_444312_443395_INTRON_145_489 intron #REF! #REF! 221 17 TAGTTCAAAGGCTCATCTAGTTCAAAGGCTCATCTAGTTCAAAGGCTCATCTAGTTCAAA SH18631 18631 7 129 YNL096C_14_444312_443395_INTRON_145_489 intron #REF! #REF! 241 13 ACCAAGGAGGCCTACCAAGGAGGCCTACCAAGGAGGCCTACCAAGGAGGCCTACCAAGGA SH18632 18632 59 120 YNL096C_14_444312_443395_INTRON_145_489 intron #REF! #REF! 261 22 TTCTATTTTATTCATCGATATTTTCTATTTTATTCATCGATATTTTCTATTTTATTCATC SH18633 18633 52 134 YNL096C_14_444312_443395_INTRON_145_489 intron #REF! #REF! 281 17 GTCTTTTTCGCGTGCTTGTCTTTTTCGCGTGCTTGTCTTTTTCGCGTGCTTGTCTTTTTC SH18634 18634 73 179 YNL096C_14_444312_443395_INTRON_145_489 intron #REF! #REF! 301 15 TCTTCTCCTTGGGGTTCTTCTCCTTGGGGTTCTTCTCCTTGGGGTTCTTCTCCTTGGGGT SH18635 18635 91 72 YNL096C_14_444312_443395_INTRON_145_489 intron #REF! #REF! 321 20 TTCATAACAAAAAAGGGTTTTTCATAACAAAAAAGGGTTTTTCATAACAAAAAAGGGTTT SH18636 18636 37 181 YNL096C_14_444312_443395_INTRON_145_489 intron #REF! #REF! 341 18 AGTAACTGAATTGGTTCAAGTAACTGAATTGGTTCAAGTAACTGAATTGGTTCAAGTAAC SH18637 18637 49 174 YNL096C_14_444312_443395_INTRON_145_489 intron #REF! #REF! 361 17 GCAGCGTTGAAATAAAGGCAGCGTTGAAATAAAGGCAGCGTTGAAATAAAGGCAGCGTTG SH18638 18638 19 57 YNL096C_14_444312_443395_INTRON_145_489 intron/exon #REF! #REF! 381 22 CATCAATCTAAACAATAAGAATCATCAATCTAAACAATAAGAATCATCAATCTAAACAAT SH18639 18639 14 96 YNL096C_14_444312_443395_INTRON_145_489 3' exon #REF! #REF! 401 13 ACCACCGGTGACAACCACCGGTGACAACCACCGGTGACAACCACCGGTGACAACCACCGG SH18640 18640 29 170 YNL096C_14_444312_443395_INTRON_145_489 3' exon #REF! #REF! 421 17 GACAAAAAGGACTAGTGGACAAAAAGGACTAGTGGACAAAAAGGACTAGTGGACAAAAAG SH18641 18641 33 148 YNL112W_14_413636_416278_INTRON_1274_2275 5' exon #REF! #REF! 1 13 TGGGGATCTACCGTGGGGATCTACCGTGGGGATCTACCGTGGGGATCTACCGTGGGGATC SH18642 18642 54 55 YNL112W_14_413636_416278_INTRON_1274_2275 5' exon #REF! #REF! 21 16 GCCACATCAGTAGCAAGCCACATCAGTAGCAAGCCACATCAGTAGCAAGCCACATCAGTA SH18643 18643 93 20 YNL112W_14_413636_416278_INTRON_1274_2275 exon/intron #REF! #REF! 41 17 AACATACCGATACCTCTAACATACCGATACCTCTAACATACCGATACCTCTAACATACCG SH18644 18644 7 135 YNL112W_14_413636_416278_INTRON_1274_2275 intron #REF! #REF! 61 22 TCAATAAAAAAATGGAGAAAATTCAATAAAAAAATGGAGAAAATTCAATAAAAAAATGGA SH18645 18645 33 196 YNL112W_14_413636_416278_INTRON_1274_2275 intron #REF! #REF! 81 22 GGTAACAAAAAAAAATAAAATCGGTAACAAAAAAAAATAAAATCGGTAACAAAAAAAAAT SH18646 18646 90 53 YNL112W_14_413636_416278_INTRON_1274_2275 intron #REF! #REF! 101 17 TGTAATATCGTTAGGGGTGTAATATCGTTAGGGGTGTAATATCGTTAGGGGTGTAATATC SH18647 18647 10 15 YNL112W_14_413636_416278_INTRON_1274_2275 intron #REF! #REF! 121 20 ATTAAAAGCCATTAGGAAATATTAAAAGCCATTAGGAAATATTAAAAGCCATTAGGAAAT SH18648 18648 65 9 YNL112W_14_413636_416278_INTRON_1274_2275 intron #REF! #REF! 141 20 GTCATAAAGTCATTAATGTCGTCATAAAGTCATTAATGTCGTCATAAAGTCATTAATGTC SH18649 18649 98 113 YNL112W_14_413636_416278_INTRON_1274_2275 intron #REF! #REF! 161 18 TTCTGTACTATCATGGTTTTCTGTACTATCATGGTTTTCTGTACTATCATGGTTTTCTGT SH18650 18650 60 30 YNL112W_14_413636_416278_INTRON_1274_2275 intron #REF! #REF! 181 20 AAAAAAAGAAAAAAGGTCTCAAAAAAAGAAAAAAGGTCTCAAAAAAAGAAAAAAGGTCTC SH18651 18651 50 214 YNL112W_14_413636_416278_INTRON_1274_2275 intron #REF! #REF! 201 27 GAAAAAAAAAAAAAAAAGAAAAAAAAAGAAAAAAAAAAAAAAAAGAAAAAAAAAGAAAAA SH18652 18652 85 147 YNL112W_14_413636_416278_INTRON_1274_2275 intron #REF! #REF! 221 25 AAAAAAAAAAGAAAAAAAGAAAAAAAAAAAAAAAAGAAAAAAAGAAAAAAAAAAAAAAAA SH18653 18653 8 213 YNL112W_14_413636_416278_INTRON_1274_2275 intron #REF! #REF! 241 20 CGAAAAGGCTCAAAAAAAAACGAAAAGGCTCAAAAAAAAACGAAAAGGCTCAAAAAAAAA SH18654 18654 67 14 YNL112W_14_413636_416278_INTRON_1274_2275 intron #REF! #REF! 261 18 TCACATAGAGTCTAGATTTCACATAGAGTCTAGATTTCACATAGAGTCTAGATTTCACAT SH18655 18655 9 164 YNL112W_14_413636_416278_INTRON_1274_2275 intron #REF! #REF! 281 15 CCCCATCGAGAATAGCCCCATCGAGAATAGCCCCATCGAGAATAGCCCCATCGAGAATAG SH18656 18656 3 35 YNL112W_14_413636_416278_INTRON_1274_2275 intron #REF! #REF! 301 20 GAATTAAAATTCAATTTCCGGAATTAAAATTCAATTTCCGGAATTAAAATTCAATTTCCG SH18657 18657 22 75 YNL112W_14_413636_416278_INTRON_1274_2275 intron #REF! #REF! 321 18 ATGCATTAGAAGTCATTCATGCATTAGAAGTCATTCATGCATTAGAAGTCATTCATGCAT SH18658 18658 87 73 YNL112W_14_413636_416278_INTRON_1274_2275 intron #REF! #REF! 341 20 CCAATATTAGTTTTCTGTAGCCAATATTAGTTTTCTGTAGCCAATATTAGTTTTCTGTAG SH18659 18659 45 149 YNL112W_14_413636_416278_INTRON_1274_2275 intron #REF! #REF! 361 18 TCAATTTTTCTCATCCTCTCAATTTTTCTCATCCTCTCAATTTTTCTCATCCTCTCAATT SH18660 18660 50 90 YNL112W_14_413636_416278_INTRON_1274_2275 intron #REF! #REF! 381 20 CTCTCAAAACGACTAATTAACTCTCAAAACGACTAATTAACTCTCAAAACGACTAATTAA SH18661 18661 87 48 YNL112W_14_413636_416278_INTRON_1274_2275 intron #REF! #REF! 401 18 GAGTTTATAATTTCCCGTGAGTTTATAATTTCCCGTGAGTTTATAATTTCCCGTGAGTTT SH18662 18662 50 182 YNL112W_14_413636_416278_INTRON_1274_2275 intron #REF! #REF! 421 18 GAACACAAATACACTTCTGAACACAAATACACTTCTGAACACAAATACACTTCTGAACAC SH18663 18663 58 21 YNL112W_14_413636_416278_INTRON_1274_2275 intron #REF! #REF! 441 17 GACATGAAGTGCAAATCGACATGAAGTGCAAATCGACATGAAGTGCAAATCGACATGAAG SH18664 18664 74 12 YNL112W_14_413636_416278_INTRON_1274_2275 intron #REF! #REF! 461 19 GTCAAAAAGCGAAATTTCTGTCAAAAAGCGAAATTTCTGTCAAAAAGCGAAATTTCTGTC SH18665 18665 23 171 YNL112W_14_413636_416278_INTRON_1274_2275 intron #REF! #REF! 481 17 TTGTTTATTTGCGCCGATTGTTTATTTGCGCCGATTGTTTATTTGCGCCGATTGTTTATT SH18666 18666 45 62 YNL112W_14_413636_416278_INTRON_1274_2275 intron #REF! #REF! 501 18 ATAAGCTGAAAAGCCAATATAAGCTGAAAAGCCAATATAAGCTGAAAAGCCAATATAAGC SH18667 18667 75 80 YNL112W_14_413636_416278_INTRON_1274_2275 intron #REF! #REF! 521 17 GTATGTATGCGTTCTAGGTATGTATGCGTTCTAGGTATGTATGCGTTCTAGGTATGTATG SH18668 18668 78 137 YNL112W_14_413636_416278_INTRON_1274_2275 intron #REF! #REF! 541 18 AAAAACAACGATCAACGAAAAAACAACGATCAACGAAAAAACAACGATCAACGAAAAAAC SH18669 18669 71 101 YNL112W_14_413636_416278_INTRON_1274_2275 intron #REF! #REF! 561 17 ACAAATGCCAAGCATTGACAAATGCCAAGCATTGACAAATGCCAAGCATTGACAAATGCC SH18670 18670 22 181 YNL112W_14_413636_416278_INTRON_1274_2275 intron #REF! #REF! 581 19 CAATAAAACAATCTACCCTCAATAAAACAATCTACCCTCAATAAAACAATCTACCCTCAA SH18671 18671 47 27 YNL112W_14_413636_416278_INTRON_1274_2275 intron #REF! #REF! 601 23 AAGTAGAATATACTATTATTTTTAAGTAGAATATACTATTATTTTTAAGTAGAATATACT SH18672 18672 102 155 YNL112W_14_413636_416278_INTRON_1274_2275 intron #REF! #REF! 621 17 ATGACGGCATTTCAAAGATGACGGCATTTCAAAGATGACGGCATTTCAAAGATGACGGCA SH18673 18673 12 25 YNL112W_14_413636_416278_INTRON_1274_2275 intron #REF! #REF! 641 20 GAGAATAACAATAGTCAAGAGAGAATAACAATAGTCAAGAGAGAATAACAATAGTCAAGA SH18674 18674 53 27 YNL112W_14_413636_416278_INTRON_1274_2275 intron #REF! #REF! 661 20 ATGCATAAACTACACAAAATATGCATAAACTACACAAAATATGCATAAACTACACAAAAT SH18675 18675 23 187 YNL112W_14_413636_416278_INTRON_1274_2275 intron #REF! #REF! 681 21 GTATCTCAATATAACTACAAAGTATCTCAATATAACTACAAAGTATCTCAATATAACTAC SH18676 18676 10 62 YNL112W_14_413636_416278_INTRON_1274_2275 intron #REF! #REF! 701 15 CTTGGGATGCAACAGCTTGGGATGCAACAGCTTGGGATGCAACAGCTTGGGATGCAACAG SH18677 18677 71 183 YNL112W_14_413636_416278_INTRON_1274_2275 intron #REF! #REF! 721 20 TATCAGCACTTCTTAATAATTATCAGCACTTCTTAATAATTATCAGCACTTCTTAATAAT SH18678 18678 22 154 YNL112W_14_413636_416278_INTRON_1274_2275 intron #REF! #REF! 741 23 TTTATTTTGTTATTTTCCATTTTTTTATTTTGTTATTTTCCATTTTTTTATTTTGTTATT SH18679 18679 16 188 YNL112W_14_413636_416278_INTRON_1274_2275 intron #REF! #REF! 761 20 AATATGGTTGAAATCCTTTTAATATGGTTGAAATCCTTTTAATATGGTTGAAATCCTTTT SH18680 18680 40 86 YNL112W_14_413636_416278_INTRON_1274_2275 intron #REF! #REF! 781 20 AACAAAGTAAATGATTTCTGAACAAAGTAAATGATTTCTGAACAAAGTAAATGATTTCTG SH18681 18681 33 71 YNL112W_14_413636_416278_INTRON_1274_2275 intron #REF! #REF! 801 20 CTAGCACTTAAAAAAAGGAACTAGCACTTAAAAAAAGGAACTAGCACTTAAAAAAAGGAA SH18682 18682 65 193 YNL112W_14_413636_416278_INTRON_1274_2275 intron #REF! #REF! 821 20 TTATTCAAACTGAATGAAAGTTATTCAAACTGAATGAAAGTTATTCAAACTGAATGAAAG SH18683 18683 77 166 YNL112W_14_413636_416278_INTRON_1274_2275 intron #REF! #REF! 841 17 TCAATACTCCAGAATCCTCAATACTCCAGAATCCTCAATACTCCAGAATCCTCAATACTC SH18684 18684 104 63 YNL112W_14_413636_416278_INTRON_1274_2275 intron #REF! #REF! 861 23 ATTAAAGAATTCGAAATATTTAAATTAAAGAATTCGAAATATTTAAATTAAAGAATTCGA SH18685 18685 34 19 YNL112W_14_413636_416278_INTRON_1274_2275 intron #REF! #REF! 881 25 GATTATCAGAAATTATATTTTTATTGATTATCAGAAATTATATTTTTATTGATTATCAGA SH18686 18686 81 12 YNL112W_14_413636_416278_INTRON_1274_2275 intron #REF! #REF! 901 17 CCCTGGCTTGAAGATTACCCTGGCTTGAAGATTACCCTGGCTTGAAGATTACCCTGGCTT SH18687 18687 84 36 YNL112W_14_413636_416278_INTRON_1274_2275 intron #REF! #REF! 921 18 CCAACATTGTCTCAAATTCCAACATTGTCTCAAATTCCAACATTGTCTCAAATTCCAACA SH18688 18688 46 103 YNL112W_14_413636_416278_INTRON_1274_2275 intron #REF! #REF! 941 18 ACAAATTCATGTTTGGACACAAATTCATGTTTGGACACAAATTCATGTTTGGACACAAAT SH18689 18689 72 192 YNL112W_14_413636_416278_INTRON_1274_2275 intron #REF! #REF! 961 17 CTTTATTTTCATGCCCCCTTTATTTTCATGCCCCCTTTATTTTCATGCCCCCTTTATTTT SH18690 18690 90 171 YNL112W_14_413636_416278_INTRON_1274_2275 intron #REF! #REF! 981 19 GGTTCGTTATTCTGTATATGGTTCGTTATTCTGTATATGGTTCGTTATTCTGTATATGGT SH18691 18691 80 69 YNL112W_14_413636_416278_INTRON_1274_2275 intron #REF! #REF! 1001 20 AAAGCATACTGTTAGTAATTAAAGCATACTGTTAGTAATTAAAGCATACTGTTAGTAATT SH18692 18692 79 169 YNL112W_14_413636_416278_INTRON_1274_2275 intron #REF! #REF! 1021 19 GAAGTAAACAAACGTTTACGAAGTAAACAAACGTTTACGAAGTAAACAAACGTTTACGAA SH18693 18693 103 105 YNL112W_14_413636_416278_INTRON_1274_2275 intron/exon #REF! #REF! 1041 21 CTTTGACATCTGAAAAAATAACTTTGACATCTGAAAAAATAACTTTGACATCTGAAAAAA SH18694 18694 62 130 YNL112W_14_413636_416278_INTRON_1274_2275 3' exon #REF! #REF! 1061 18 GATAACGTAATTGATACCGATAACGTAATTGATACCGATAACGTAATTGATACCGATAAC SH18695 18695 41 151 YNL112W_14_413636_416278_INTRON_1274_2275 3' exon #REF! #REF! 1081 15 CCTGGCATATCGTAGCCTGGCATATCGTAGCCTGGCATATCGTAGCCTGGCATATCGTAG SH18696 18696 94 4 YNL130C_14_381156_379555_INTRON_30_470 5' exon #REF! #REF! 1 18 CACCTGAGTATATATCTGCACCTGAGTATATATCTGCACCTGAGTATATATCTGCACCTG SH18697 18697 97 139 YNL130C_14_381156_379555_INTRON_30_470 5' exon #REF! #REF! 21 15 CGGGCAATTCGCATTCGGGCAATTCGCATTCGGGCAATTCGCATTCGGGCAATTCGCATT SH18698 18698 48 50 YNL130C_14_381156_379555_INTRON_30_470 exon/intron #REF! #REF! 41 17 GACATGCAAATGCTTCAGACATGCAAATGCTTCAGACATGCAAATGCTTCAGACATGCAA SH18699 18699 19 191 YNL130C_14_381156_379555_INTRON_30_470 intron #REF! #REF! 61 17 AAATCAGCGAGATGTTGAAATCAGCGAGATGTTGAAATCAGCGAGATGTTGAAATCAGCG SH18700 18700 66 101 YNL130C_14_381156_379555_INTRON_30_470 intron #REF! #REF! 81 21 CAATAGGAAATCTTGTTATTTCAATAGGAAATCTTGTTATTTCAATAGGAAATCTTGTTA SH18701 18701 68 17 YNL130C_14_381156_379555_INTRON_30_470 intron #REF! #REF! 101 20 CACAAGATCAATTTTTATGCCACAAGATCAATTTTTATGCCACAAGATCAATTTTTATGC SH18702 18702 56 53 YNL130C_14_381156_379555_INTRON_30_470 intron #REF! #REF! 121 18 ACAATATAGGAAGGATTGACAATATAGGAAGGATTGACAATATAGGAAGGATTGACAATA SH18703 18703 7 80 YNL130C_14_381156_379555_INTRON_30_470 intron #REF! #REF! 141 18 GAACTGGACTATAGGAAAGAACTGGACTATAGGAAAGAACTGGACTATAGGAAAGAACTG SH18704 18704 59 39 YNL130C_14_381156_379555_INTRON_30_470 intron #REF! #REF! 161 20 TAATCGATAAGTTTCAGTAATAATCGATAAGTTTCAGTAATAATCGATAAGTTTCAGTAA SH18705 18705 37 197 YNL130C_14_381156_379555_INTRON_30_470 intron #REF! #REF! 181 18 GAATTTTCACATGCACTTGAATTTTCACATGCACTTGAATTTTCACATGCACTTGAATTT SH18706 18706 89 95 YNL130C_14_381156_379555_INTRON_30_470 intron #REF! #REF! 201 17 AAAAAACGTCACTTCCCAAAAAACGTCACTTCCCAAAAAACGTCACTTCCCAAAAAACGT SH18707 18707 44 43 YNL130C_14_381156_379555_INTRON_30_470 intron #REF! #REF! 221 18 AGAACGCCAAAGAAAAAAAGAACGCCAAAGAAAAAAAGAACGCCAAAGAAAAAAAGAACG SH18708 18708 41 57 YNL130C_14_381156_379555_INTRON_30_470 intron #REF! #REF! 241 20 CTATCTAATCTTTCATATTGCTATCTAATCTTTCATATTGCTATCTAATCTTTCATATTG SH18709 18709 41 141 YNL130C_14_381156_379555_INTRON_30_470 intron #REF! #REF! 261 18 GTATCCATTAACCTTTTGGTATCCATTAACCTTTTGGTATCCATTAACCTTTTGGTATCC SH18710 18710 12 99 YNL130C_14_381156_379555_INTRON_30_470 intron #REF! #REF! 281 22 ATGATTTTCAAATTCATGAATTATGATTTTCAAATTCATGAATTATGATTTTCAAATTCA SH18711 18711 33 144 YNL130C_14_381156_379555_INTRON_30_470 intron #REF! #REF! 301 17 TCGAATCCATGGTAGATTCGAATCCATGGTAGATTCGAATCCATGGTAGATTCGAATCCA SH18712 18712 21 145 YNL130C_14_381156_379555_INTRON_30_470 intron #REF! #REF! 321 19 GAATCAGTTAGTAATACTGGAATCAGTTAGTAATACTGGAATCAGTTAGTAATACTGGAA SH18713 18713 12 102 YNL130C_14_381156_379555_INTRON_30_470 intron #REF! #REF! 341 15 TCCCATTGTTTCCCCTCCCATTGTTTCCCCTCCCATTGTTTCCCCTCCCATTGTTTCCCC SH18714 18714 65 65 YNL130C_14_381156_379555_INTRON_30_470 intron #REF! #REF! 361 18 AAACTACTCTGAGGAATAAAACTACTCTGAGGAATAAAACTACTCTGAGGAATAAAACTA SH18715 18715 103 90 YNL130C_14_381156_379555_INTRON_30_470 intron #REF! #REF! 381 18 TGTAAAGCTTCAAGTTTCTGTAAAGCTTCAAGTTTCTGTAAAGCTTCAAGTTTCTGTAAA SH18716 18716 20 189 YNL130C_14_381156_379555_INTRON_30_470 intron #REF! #REF! 401 20 GCAATAAGATAAGCAACATAGCAATAAGATAAGCAACATAGCAATAAGATAAGCAACATA SH18717 18717 82 127 YNL130C_14_381156_379555_INTRON_30_470 intron #REF! #REF! 421 17 CACAGAAGATTTAGGGTCACAGAAGATTTAGGGTCACAGAAGATTTAGGGTCACAGAAGA SH18718 18718 42 102 YNL130C_14_381156_379555_INTRON_30_470 intron #REF! #REF! 441 23 CAATAGTTAGTATTTATTTTTCTCAATAGTTAGTATTTATTTTTCTCAATAGTTAGTATT SH18719 18719 27 32 YNL130C_14_381156_379555_INTRON_30_470 intron #REF! #REF! 461 22 GATTAGTAATTTAATGTTACAAGATTAGTAATTTAATGTTACAAGATTAGTAATTTAATG SH18720 18720 42 200 YNL130C_14_381156_379555_INTRON_30_470 intron/exon #REF! #REF! 481 18 TTGATACCTAAAGTCAGATTGATACCTAAAGTCAGATTGATACCTAAAGTCAGATTGATA SH18721 18721 77 161 YNL130C_14_381156_379555_INTRON_30_470 3' exon #REF! #REF! 501 16 GAAAGAGCGGTCATCAGAAAGAGCGGTCATCAGAAAGAGCGGTCATCAGAAAGAGCGGTC SH18722 18722 30 109 YNL130C_14_381156_379555_INTRON_30_470 3' exon #REF! #REF! 521 17 CCTCAATACATGGTTTGCCTCAATACATGGTTTGCCTCAATACATGGTTTGCCTCAATAC SH18723 18723 11 169 YNL147W_14_350937_351380_INTRON_19_138 5' exon #REF! #REF! 1 18 TGTTCTGTGTAGTAAACATGTTCTGTGTAGTAAACATGTTCTGTGTAGTAAACATGTTCT SH18724 18724 61 111 YNL147W_14_350937_351380_INTRON_19_138 5' exon #REF! #REF! 21 19 GATGCATGTTTTTTTGGTTGATGCATGTTTTTTTGGTTGATGCATGTTTTTTTGGTTGAT SH18725 18725 83 162 YNL147W_14_350937_351380_INTRON_19_138 exon/intron #REF! #REF! 41 15 CATACGGAGTGTTGCCATACGGAGTGTTGCCATACGGAGTGTTGCCATACGGAGTGTTGC SH18726 18726 2 149 YNL147W_14_350937_351380_INTRON_19_138 intron #REF! #REF! 61 18 ACGGAAGAAAATAAGAAGACGGAAGAAAATAAGAAGACGGAAGAAAATAAGAAGACGGAA SH18727 18727 83 22 YNL147W_14_350937_351380_INTRON_19_138 intron #REF! #REF! 81 18 TCAAAAGGAAGGTTATTGTCAAAAGGAAGGTTATTGTCAAAAGGAAGGTTATTGTCAAAA SH18728 18728 40 30 YNL147W_14_350937_351380_INTRON_19_138 intron #REF! #REF! 101 24 GTTATTATAATGTTAGTATAAATAGTTATTATAATGTTAGTATAAATAGTTATTATAATG SH18729 18729 39 198 YNL147W_14_350937_351380_INTRON_19_138 intron #REF! #REF! 121 20 TCAAAAAGGAAACATAGTTATCAAAAAGGAAACATAGTTATCAAAAAGGAAACATAGTTA SH18730 18730 84 133 YNL147W_14_350937_351380_INTRON_19_138 intron #REF! #REF! 141 18 GTTCTCTGATTTCTTAGTGTTCTCTGATTTCTTAGTGTTCTCTGATTTCTTAGTGTTCTC SH18731 18731 39 114 YNL147W_14_350937_351380_INTRON_19_138 intron/exon #REF! #REF! 161 16 CCTTTGCTGTTGTGGTCCTTTGCTGTTGTGGTCCTTTGCTGTTGTGGTCCTTTGCTGTTG SH18732 18732 67 124 YNL147W_14_350937_351380_INTRON_19_138 3' exon #REF! #REF! 181 17 TTTAGGGCCTTCGAATTTTTAGGGCCTTCGAATTTTTAGGGCCTTCGAATTTTTAGGGCC SH18733 18733 93 28 YNL147W_14_350937_351380_INTRON_19_138 3' exon #REF! #REF! 201 18 TAAATCCAGAATAGCTTCTAAATCCAGAATAGCTTCTAAATCCAGAATAGCTTCTAAATC SH18734 18734 98 139 YNL162W_14_331319_332151_INTRON_5_516 5' exon #REF! #REF! 1 21 CTATTAAGGATTAGATTTCAACTATTAAGGATTAGATTTCAACTATTAAGGATTAGATTT SH18735 18735 65 34 YNL162W_14_331319_332151_INTRON_5_516 5' exon #REF! #REF! 21 19 GATAATTGTTGTTTTCCTCGATAATTGTTGTTTTCCTCGATAATTGTTGTTTTCCTCGAT SH18736 18736 93 34 YNL162W_14_331319_332151_INTRON_5_516 exon/intron #REF! #REF! 41 20 TATAACATACCCATTTTTACTATAACATACCCATTTTTACTATAACATACCCATTTTTAC SH18737 18737 65 143 YNL162W_14_331319_332151_INTRON_5_516 intron #REF! #REF! 61 18 ACCATTAGGAATTATGGTACCATTAGGAATTATGGTACCATTAGGAATTATGGTACCATT SH18738 18738 101 127 YNL162W_14_331319_332151_INTRON_5_516 intron #REF! #REF! 81 20 TTTATTGGTCCTGATTTTATTTTATTGGTCCTGATTTTATTTTATTGGTCCTGATTTTAT SH18739 18739 48 185 YNL162W_14_331319_332151_INTRON_5_516 intron #REF! #REF! 101 22 ATAAAAATCAAATTAGCTTTTCATAAAAATCAAATTAGCTTTTCATAAAAATCAAATTAG SH18740 18740 11 138 YNL162W_14_331319_332151_INTRON_5_516 intron #REF! #REF! 121 22 ATTATGAAATTTCATTGACAATATTATGAAATTTCATTGACAATATTATGAAATTTCATT SH18741 18741 95 113 YNL162W_14_331319_332151_INTRON_5_516 intron #REF! #REF! 141 18 TTATGCATTCATGACGATTTATGCATTCATGACGATTTATGCATTCATGACGATTTATGC SH18742 18742 37 77 YNL162W_14_331319_332151_INTRON_5_516 intron #REF! #REF! 161 16 GTTGCTAGGTGTGTCTGTTGCTAGGTGTGTCTGTTGCTAGGTGTGTCTGTTGCTAGGTGT SH18743 18743 62 123 YNL162W_14_331319_332151_INTRON_5_516 intron #REF! #REF! 181 18 CTTTTTAGGCGCAGATTACTTTTTAGGCGCAGATTACTTTTTAGGCGCAGATTACTTTTT SH18744 18744 39 106 YNL162W_14_331319_332151_INTRON_5_516 intron #REF! #REF! 201 19 GTTTAGTTTTGTGTATACGGTTTAGTTTTGTGTATACGGTTTAGTTTTGTGTATACGGTT SH18745 18745 96 43 YNL162W_14_331319_332151_INTRON_5_516 intron #REF! #REF! 221 18 TGAACTTTTATTGCGCATTGAACTTTTATTGCGCATTGAACTTTTATTGCGCATTGAACT SH18746 18746 33 2 YNL162W_14_331319_332151_INTRON_5_516 intron #REF! #REF! 241 17 CGGTTTCATTGCTGACTCGGTTTCATTGCTGACTCGGTTTCATTGCTGACTCGGTTTCAT SH18747 18747 69 207 YNL162W_14_331319_332151_INTRON_5_516 intron #REF! #REF! 261 17 TACTCTGTTGCTGCATATACTCTGTTGCTGCATATACTCTGTTGCTGCATATACTCTGTT SH18748 18748 67 83 YNL162W_14_331319_332151_INTRON_5_516 intron #REF! #REF! 281 16 GGATCCTCCATGCATAGGATCCTCCATGCATAGGATCCTCCATGCATAGGATCCTCCATG SH18749 18749 31 120 YNL162W_14_331319_332151_INTRON_5_516 intron #REF! #REF! 301 20 AGCATATTATCAGAAAAACAAGCATATTATCAGAAAAACAAGCATATTATCAGAAAAACA SH18750 18750 16 19 YNL162W_14_331319_332151_INTRON_5_516 intron #REF! #REF! 321 17 GTTTGGAGCTTTTTCAGGTTTGGAGCTTTTTCAGGTTTGGAGCTTTTTCAGGTTTGGAGC SH18751 18751 89 176 YNL162W_14_331319_332151_INTRON_5_516 intron #REF! #REF! 341 17 CACAAATAGGCTACTGTCACAAATAGGCTACTGTCACAAATAGGCTACTGTCACAAATAG SH18752 18752 92 87 YNL162W_14_331319_332151_INTRON_5_516 intron #REF! #REF! 361 18 ATAGAAGCCTTTTTTGAGATAGAAGCCTTTTTTGAGATAGAAGCCTTTTTTGAGATAGAA SH18753 18753 41 28 YNL162W_14_331319_332151_INTRON_5_516 intron #REF! #REF! 381 15 TGAAGATAGCGAGGGTGAAGATAGCGAGGGTGAAGATAGCGAGGGTGAAGATAGCGAGGG SH18754 18754 3 134 YNL162W_14_331319_332151_INTRON_5_516 intron #REF! #REF! 401 18 TCAAAGAATATCACTGCATCAAAGAATATCACTGCATCAAAGAATATCACTGCATCAAAG SH18755 18755 2 96 YNL162W_14_331319_332151_INTRON_5_516 intron #REF! #REF! 421 16 CCCTCTACGTTTCCTTCCCTCTACGTTTCCTTCCCTCTACGTTTCCTTCCCTCTACGTTT SH18756 18756 83 165 YNL162W_14_331319_332151_INTRON_5_516 intron #REF! #REF! 441 20 GAAATAACAGTTATCCAACTGAAATAACAGTTATCCAACTGAAATAACAGTTATCCAACT SH18757 18757 18 115 YNL162W_14_331319_332151_INTRON_5_516 intron #REF! #REF! 461 21 CAAAATCTAGCATATTGAAAACAAAATCTAGCATATTGAAAACAAAATCTAGCATATTGA SH18758 18758 6 88 YNL162W_14_331319_332151_INTRON_5_516 intron #REF! #REF! 481 16 CAGTAAGGTGGTAAGCCAGTAAGGTGGTAAGCCAGTAAGGTGGTAAGCCAGTAAGGTGGT SH18759 18759 85 62 YNL162W_14_331319_332151_INTRON_5_516 intron #REF! #REF! 501 23 GTAAAAAAGTTTATTATTAGAAAGTAAAAAAGTTTATTATTAGAAAGTAAAAAAGTTTAT SH18760 18760 38 167 YNL162W_14_331319_332151_INTRON_5_516 intron #REF! #REF! 521 19 CATCGTACTAATGTTAGTACATCGTACTAATGTTAGTACATCGTACTAATGTTAGTACAT SH18761 18761 52 106 YNL162W_14_331319_332151_INTRON_5_516 intron #REF! #REF! 541 20 AAATAGAAGAAATAGATGAGAAATAGAAGAAATAGATGAGAAATAGAAGAAATAGATGAG SH18762 18762 90 191 YNL162W_14_331319_332151_INTRON_5_516 intron/exon #REF! #REF! 561 18 GTCTTTGGAACGTTAACTGTCTTTGGAACGTTAACTGTCTTTGGAACGTTAACTGTCTTT SH18763 18763 18 133 YNL162W_14_331319_332151_INTRON_5_516 3' exon #REF! #REF! 581 17 CTTACAGTAGGTCTTTCCTTACAGTAGGTCTTTCCTTACAGTAGGTCTTTCCTTACAGTA SH18764 18764 15 146 YNL246W_14_185459_186348_INTRON_33_127 5' exon #REF! #REF! 1 16 GCAGTGTTATGCTTCGGCAGTGTTATGCTTCGGCAGTGTTATGCTTCGGCAGTGTTATGC SH18765 18765 97 98 YNL246W_14_185459_186348_INTRON_33_127 5' exon #REF! #REF! 21 17 TTTCTTGGTCACTCATCTTTCTTGGTCACTCATCTTTCTTGGTCACTCATCTTTCTTGGT SH18766 18766 75 103 YNL246W_14_185459_186348_INTRON_33_127 exon/intron #REF! #REF! 41 17 TACATACTGCTCGTTCTTACATACTGCTCGTTCTTACATACTGCTCGTTCTTACATACTG SH18767 18767 43 139 YNL246W_14_185459_186348_INTRON_33_127 intron #REF! #REF! 61 15 CCCTGCAGAGCTCAACCCTGCAGAGCTCAACCCTGCAGAGCTCAACCCTGCAGAGCTCAA SH18768 18768 82 178 YNL246W_14_185459_186348_INTRON_33_127 intron #REF! #REF! 81 20 GGTTGCTTTATTTTTCCATTGGTTGCTTTATTTTTCCATTGGTTGCTTTATTTTTCCATT SH18769 18769 26 144 YNL246W_14_185459_186348_INTRON_33_127 intron #REF! #REF! 101 20 TGCATATTGTTAGTATAATGTGCATATTGTTAGTATAATGTGCATATTGTTAGTATAATG SH18770 18770 18 160 YNL246W_14_185459_186348_INTRON_33_127 intron #REF! #REF! 121 15 ACCGCACTTGCTAAGACCGCACTTGCTAAGACCGCACTTGCTAAGACCGCACTTGCTAAG SH18771 18771 95 108 YNL246W_14_185459_186348_INTRON_33_127 intron/exon #REF! #REF! 141 17 AATGCTTTTGCACTGACAATGCTTTTGCACTGACAATGCTTTTGCACTGACAATGCTTTT SH18772 18772 25 100 YNL246W_14_185459_186348_INTRON_33_127 3' exon #REF! #REF! 161 17 CGCATTTAGCCAATCCTCGCATTTAGCCAATCCTCGCATTTAGCCAATCCTCGCATTTAG SH18773 18773 36 21 YNL265C_14_145280_144279_INTRON_28_132 5' exon #REF! #REF! 1 18 GTTGTCGTATTCTCTTATGTTGTCGTATTCTCTTATGTTGTCGTATTCTCTTATGTTGTC SH18774 18774 17 123 YNL265C_14_145280_144279_INTRON_28_132 5' exon #REF! #REF! 21 17 ATTGACGGAGCCATTTTATTGACGGAGCCATTTTATTGACGGAGCCATTTTATTGACGGA SH18775 18775 61 68 YNL265C_14_145280_144279_INTRON_28_132 exon/intron #REF! #REF! 41 17 AACATACAGTGAACGGAAACATACAGTGAACGGAAACATACAGTGAACGGAAACATACAG SH18776 18776 82 66 YNL265C_14_145280_144279_INTRON_28_132 intron #REF! #REF! 61 24 GCTTTTTAAAAATTACTATAAAATGCTTTTTAAAAATTACTATAAAATGCTTTTTAAAAA SH18777 18777 28 133 YNL265C_14_145280_144279_INTRON_28_132 intron #REF! #REF! 81 19 CTTTTGCATACTAAAGCTTCTTTTGCATACTAAAGCTTCTTTTGCATACTAAAGCTTCTT SH18778 18778 50 34 YNL265C_14_145280_144279_INTRON_28_132 intron #REF! #REF! 101 18 CAGTTAGTACATCCTAGACAGTTAGTACATCCTAGACAGTTAGTACATCCTAGACAGTTA SH18779 18779 23 149 YNL265C_14_145280_144279_INTRON_28_132 intron #REF! #REF! 121 18 ATGATAGTTTTACCCTTCATGATAGTTTTACCCTTCATGATAGTTTTACCCTTCATGATA SH18780 18780 46 23 YNL265C_14_145280_144279_INTRON_28_132 intron/exon #REF! #REF! 141 22 GCTTGATCTATAACAATAATTTGCTTGATCTATAACAATAATTTGCTTGATCTATAACAA SH18781 18781 42 157 YNL265C_14_145280_144279_INTRON_28_132 3' exon #REF! #REF! 161 17 TCAGGCATGTTTTAAGCTCAGGCATGTTTTAAGCTCAGGCATGTTTTAAGCTCAGGCATG SH18782 18782 58 177 YNL265C_14_145280_144279_INTRON_28_132 3' exon #REF! #REF! 181 19 CTTAACCTTTGAATACACACTTAACCTTTGAATACACACTTAACCTTTGAATACACACTT SH18783 18783 64 98 YNL301C_14_64561_63569_INTRON_113_544 5' exon #REF! #REF! 1 18 TTCAAATAGACGTTATCGTTCAAATAGACGTTATCGTTCAAATAGACGTTATCGTTCAAA SH18784 18784 41 54 YNL301C_14_64561_63569_INTRON_113_544 5' exon #REF! #REF! 21 19 GTGTATAGTTTGACCAATAGTGTATAGTTTGACCAATAGTGTATAGTTTGACCAATAGTG SH18785 18785 75 18 YNL301C_14_64561_63569_INTRON_113_544 exon/intron #REF! #REF! 41 17 TACATACGAGCTAGGAATACATACGAGCTAGGAATACATACGAGCTAGGAATACATACGA SH18786 18786 68 23 YNL301C_14_64561_63569_INTRON_113_544 intron #REF! #REF! 61 17 AATTGGGAGGGAGATTTAATTGGGAGGGAGATTTAATTGGGAGGGAGATTTAATTGGGAG SH18787 18787 59 181 YNL301C_14_64561_63569_INTRON_113_544 intron #REF! #REF! 81 18 GAATCCTTTTATCCTGAAGAATCCTTTTATCCTGAAGAATCCTTTTATCCTGAAGAATCC SH18788 18788 35 110 YNL301C_14_64561_63569_INTRON_113_544 intron #REF! #REF! 101 21 GACTAGAAGTTAATAATATCAGACTAGAAGTTAATAATATCAGACTAGAAGTTAATAATA SH18789 18789 96 154 YNL301C_14_64561_63569_INTRON_113_544 intron #REF! #REF! 121 13 GAAGATCGCCGGGGAAGATCGCCGGGGAAGATCGCCGGGGAAGATCGCCGGGGAAGATCG SH18790 18790 5 88 YNL301C_14_64561_63569_INTRON_113_544 intron #REF! #REF! 141 18 AACGATACTAAGACTGAAAACGATACTAAGACTGAAAACGATACTAAGACTGAAAACGAT SH18791 18791 9 166 YNL301C_14_64561_63569_INTRON_113_544 intron #REF! #REF! 161 13 AGATCCGTCGCACAGATCCGTCGCACAGATCCGTCGCACAGATCCGTCGCACAGATCCGT SH18792 18792 93 172 YNL301C_14_64561_63569_INTRON_113_544 intron #REF! #REF! 181 19 GAGAACAAATTCCACTTTTGAGAACAAATTCCACTTTTGAGAACAAATTCCACTTTTGAG SH18793 18793 37 31 YNL301C_14_64561_63569_INTRON_113_544 intron #REF! #REF! 201 20 GTGGAAATCTTTAACACAAAGTGGAAATCTTTAACACAAAGTGGAAATCTTTAACACAAA SH18794 18794 45 88 YNL301C_14_64561_63569_INTRON_113_544 intron #REF! #REF! 221 17 TACCGCTTTCTGTTCTATACCGCTTTCTGTTCTATACCGCTTTCTGTTCTATACCGCTTT SH18795 18795 74 73 YNL301C_14_64561_63569_INTRON_113_544 intron #REF! #REF! 241 17 TCGCAGAATTTCCAGAATCGCAGAATTTCCAGAATCGCAGAATTTCCAGAATCGCAGAAT SH18796 18796 85 53 YNL301C_14_64561_63569_INTRON_113_544 intron #REF! #REF! 261 18 GTATTGTACTTCCTTTAGGTATTGTACTTCCTTTAGGTATTGTACTTCCTTTAGGTATTG SH18797 18797 8 17 YNL301C_14_64561_63569_INTRON_113_544 intron #REF! #REF! 281 13 CCGCACTTGAAGGCCGCACTTGAAGGCCGCACTTGAAGGCCGCACTTGAAGGCCGCACTT SH18798 18798 16 155 YNL301C_14_64561_63569_INTRON_113_544 intron #REF! #REF! 301 18 AGATTCTGCTCAGTTAATAGATTCTGCTCAGTTAATAGATTCTGCTCAGTTAATAGATTC SH18799 18799 60 61 YNL301C_14_64561_63569_INTRON_113_544 intron #REF! #REF! 321 20 TGTTTTTCTCTTTGAAGAAATGTTTTTCTCTTTGAAGAAATGTTTTTCTCTTTGAAGAAA SH18800 18800 102 55 YNL301C_14_64561_63569_INTRON_113_544 intron #REF! #REF! 341 20 AAAACGAAAAAGTACCAATTAAAACGAAAAAGTACCAATTAAAACGAAAAAGTACCAATT SH18801 18801 25 60 YNL301C_14_64561_63569_INTRON_113_544 intron #REF! #REF! 361 17 GAAGCCAAAAAGAGTGCGAAGCCAAAAAGAGTGCGAAGCCAAAAAGAGTGCGAAGCCAAA SH18802 18802 30 203 YNL301C_14_64561_63569_INTRON_113_544 intron #REF! #REF! 381 20 GCTTTTAATTTCTTCCATTAGCTTTTAATTTCTTCCATTAGCTTTTAATTTCTTCCATTA SH18803 18803 65 201 YNL301C_14_64561_63569_INTRON_113_544 intron #REF! #REF! 401 17 GGTATTCTCGATAGGCAGGTATTCTCGATAGGCAGGTATTCTCGATAGGCAGGTATTCTC SH18804 18804 89 35 YNL301C_14_64561_63569_INTRON_113_544 intron #REF! #REF! 421 19 GTAAAGGGATAAAGGATTTGTAAAGGGATAAAGGATTTGTAAAGGGATAAAGGATTTGTA SH18805 18805 38 141 YNL301C_14_64561_63569_INTRON_113_544 intron #REF! #REF! 441 21 CAAAAGTTTTTACGTTATGTTCAAAAGTTTTTACGTTATGTTCAAAAGTTTTTACGTTAT SH18806 18806 64 151 YNL301C_14_64561_63569_INTRON_113_544 intron #REF! #REF! 461 20 GTGATTAAGACAAGAAAAACGTGATTAAGACAAGAAAAACGTGATTAAGACAAGAAAAAC SH18807 18807 5 41 YNL301C_14_64561_63569_INTRON_113_544 intron/exon #REF! #REF! 481 15 GCATCAGTACGACCTGCATCAGTACGACCTGCATCAGTACGACCTGCATCAGTACGACCT SH18808 18808 21 93 YNL301C_14_64561_63569_INTRON_113_544 3' exon #REF! #REF! 501 18 TCAAAACAACCTTGTTGATCAAAACAACCTTGTTGATCAAAACAACCTTGTTGATCAAAA SH18809 18809 83 101 YNL302C_14_62942_61957_INTRON_21_571 5' exon #REF! #REF! 1 18 TGGTTCTATACCTTTGTTTGGTTCTATACCTTTGTTTGGTTCTATACCTTTGTTTGGTTC SH18810 18810 75 94 YNL302C_14_62942_61957_INTRON_21_571 5' exon #REF! #REF! 21 18 CCTGCCATCTTTATTATCCCTGCCATCTTTATTATCCCTGCCATCTTTATTATCCCTGCC SH18811 18811 51 93 YNL302C_14_62942_61957_INTRON_21_571 exon/intron #REF! #REF! 41 17 TACGTACCTAACGGAAATACGTACCTAACGGAAATACGTACCTAACGGAAATACGTACCT SH18812 18812 36 154 YNL302C_14_62942_61957_INTRON_21_571 intron #REF! #REF! 61 18 TCATTCAATGAGTGAAAGTCATTCAATGAGTGAAAGTCATTCAATGAGTGAAAGTCATTC SH18813 18813 66 198 YNL302C_14_62942_61957_INTRON_21_571 intron #REF! #REF! 81 20 TATCCATTCATTCTCTAAATTATCCATTCATTCTCTAAATTATCCATTCATTCTCTAAAT SH18814 18814 60 89 YNL302C_14_62942_61957_INTRON_21_571 intron #REF! #REF! 101 17 CGTTGTTTTCCACCTAACGTTGTTTTCCACCTAACGTTGTTTTCCACCTAACGTTGTTTT SH18815 18815 36 169 YNL302C_14_62942_61957_INTRON_21_571 intron #REF! #REF! 121 18 CAATCCCATATGTTTTCACAATCCCATATGTTTTCACAATCCCATATGTTTTCACAATCC SH18816 18816 25 120 YNL302C_14_62942_61957_INTRON_21_571 intron #REF! #REF! 141 18 CTGCACTAAATCCTTTTTCTGCACTAAATCCTTTTTCTGCACTAAATCCTTTTTCTGCAC SH18817 18817 94 68 YNL302C_14_62942_61957_INTRON_21_571 intron #REF! #REF! 161 18 TTATCAGGTAATGGGAAATTATCAGGTAATGGGAAATTATCAGGTAATGGGAAATTATCA SH18818 18818 31 141 YNL302C_14_62942_61957_INTRON_21_571 intron #REF! #REF! 181 18 CAGTAAAGATGAACTTCACAGTAAAGATGAACTTCACAGTAAAGATGAACTTCACAGTAA SH18819 18819 19 75 YNL302C_14_62942_61957_INTRON_21_571 intron #REF! #REF! 201 17 CATTCGTTCGGTAAATGCATTCGTTCGGTAAATGCATTCGTTCGGTAAATGCATTCGTTC SH18820 18820 57 28 YNL302C_14_62942_61957_INTRON_21_571 intron #REF! #REF! 221 22 GCAATTATATCATAATAGTTTAGCAATTATATCATAATAGTTTAGCAATTATATCATAAT SH18821 18821 40 48 YNL302C_14_62942_61957_INTRON_21_571 intron #REF! #REF! 241 17 CTCTCCACAATTACAGCCTCTCCACAATTACAGCCTCTCCACAATTACAGCCTCTCCACA SH18822 18822 49 167 YNL302C_14_62942_61957_INTRON_21_571 intron #REF! #REF! 261 18 GTATAGTTGGCTCAAAATGTATAGTTGGCTCAAAATGTATAGTTGGCTCAAAATGTATAG SH18823 18823 86 147 YNL302C_14_62942_61957_INTRON_21_571 intron #REF! #REF! 281 17 CGTCTGAGAACTTCATTCGTCTGAGAACTTCATTCGTCTGAGAACTTCATTCGTCTGAGA SH18824 18824 63 64 YNL302C_14_62942_61957_INTRON_21_571 intron #REF! #REF! 301 21 CCAATAAATAAATGATTACCTCCAATAAATAAATGATTACCTCCAATAAATAAATGATTA SH18825 18825 24 141 YNL302C_14_62942_61957_INTRON_21_571 intron #REF! #REF! 321 18 CCTCCTATCAATCAATTCCCTCCTATCAATCAATTCCCTCCTATCAATCAATTCCCTCCT SH18826 18826 11 28 YNL302C_14_62942_61957_INTRON_21_571 intron #REF! #REF! 341 17 ACATCCCACCTAGTTAAACATCCCACCTAGTTAAACATCCCACCTAGTTAAACATCCCAC SH18827 18827 46 81 YNL302C_14_62942_61957_INTRON_21_571 intron #REF! #REF! 361 18 GTTCTCCTATTTCATTAGGTTCTCCTATTTCATTAGGTTCTCCTATTTCATTAGGTTCTC SH18828 18828 93 64 YNL302C_14_62942_61957_INTRON_21_571 intron #REF! #REF! 381 17 CTTAAACGTCTTGGTTCCTTAAACGTCTTGGTTCCTTAAACGTCTTGGTTCCTTAAACGT SH18829 18829 13 12 YNL302C_14_62942_61957_INTRON_21_571 intron #REF! #REF! 401 17 GGTTACAGATTTCCTTCGGTTACAGATTTCCTTCGGTTACAGATTTCCTTCGGTTACAGA SH18830 18830 12 109 YNL302C_14_62942_61957_INTRON_21_571 intron #REF! #REF! 421 18 TCATTGCTTTTGCATTACTCATTGCTTTTGCATTACTCATTGCTTTTGCATTACTCATTG SH18831 18831 78 98 YNL302C_14_62942_61957_INTRON_21_571 intron #REF! #REF! 441 17 ACGGCATAAAAATCGCTACGGCATAAAAATCGCTACGGCATAAAAATCGCTACGGCATAA SH18832 18832 34 113 YNL302C_14_62942_61957_INTRON_21_571 intron #REF! #REF! 461 17 TCGGGTTGTTGCTTAAATCGGGTTGTTGCTTAAATCGGGTTGTTGCTTAAATCGGGTTGT SH18833 18833 52 84 YNL302C_14_62942_61957_INTRON_21_571 intron #REF! #REF! 481 13 CGGCAGTATCGTGCGGCAGTATCGTGCGGCAGTATCGTGCGGCAGTATCGTGCGGCAGTA SH18834 18834 12 34 YNL302C_14_62942_61957_INTRON_21_571 intron #REF! #REF! 501 20 AATGTTTATTGAGACAACTTAATGTTTATTGAGACAACTTAATGTTTATTGAGACAACTT SH18835 18835 29 204 YNL302C_14_62942_61957_INTRON_21_571 intron #REF! #REF! 521 17 TATGGAATGCTCAGTGATATGGAATGCTCAGTGATATGGAATGCTCAGTGATATGGAATG SH18836 18836 97 75 YNL302C_14_62942_61957_INTRON_21_571 intron #REF! #REF! 541 22 AAAAAGTTTTCTCGTAAAAATAAAAAAGTTTTCTCGTAAAAATAAAAAAGTTTTCTCGTA SH18837 18837 46 175 YNL302C_14_62942_61957_INTRON_21_571 intron #REF! #REF! 561 20 TGAAATGCTTTTGTTAGTAATGAAATGCTTTTGTTAGTAATGAAATGCTTTTGTTAGTAA SH18838 18838 97 93 YNL302C_14_62942_61957_INTRON_21_571 intron #REF! #REF! 581 21 CTAATTGAAAAAATGCACAATCTAATTGAAAAAATGCACAATCTAATTGAAAAAATGCAC SH18839 18839 22 107 YNL302C_14_62942_61957_INTRON_21_571 intron/exon #REF! #REF! 601 13 GCTGCAACGTCTCGCTGCAACGTCTCGCTGCAACGTCTCGCTGCAACGTCTCGCTGCAAC SH18840 18840 86 7 YNL302C_14_62942_61957_INTRON_21_571 3' exon #REF! #REF! 621 17 GCGTAAGCATTGATGAAGCGTAAGCATTGATGAAGCGTAAGCATTGATGAAGCGTAAGCA SH18841 18841 85 25 YNL312W_14_48286_49215_INTRON_8_115 5' exon #REF! #REF! 1 17 CTAGATAGTCGCTATCGCTAGATAGTCGCTATCGCTAGATAGTCGCTATCGCTAGATAGT SH18842 18842 84 190 YNL312W_14_48286_49215_INTRON_8_115 5' exon #REF! #REF! 21 18 ATATGCTTAAACTAGCCTATATGCTTAAACTAGCCTATATGCTTAAACTAGCCTATATGC SH18843 18843 28 169 YNL312W_14_48286_49215_INTRON_8_115 exon/intron #REF! #REF! 41 20 TAATACATACTTGCCATTATTAATACATACTTGCCATTATTAATACATACTTGCCATTAT SH18844 18844 89 139 YNL312W_14_48286_49215_INTRON_8_115 intron #REF! #REF! 61 16 CTCCAATTCCTAGCACCTCCAATTCCTAGCACCTCCAATTCCTAGCACCTCCAATTCCTA SH18845 18845 19 35 YNL312W_14_48286_49215_INTRON_8_115 intron #REF! #REF! 81 17 TGATGCAGAAAAGAGCATGATGCAGAAAAGAGCATGATGCAGAAAAGAGCATGATGCAGA SH18846 18846 18 104 YNL312W_14_48286_49215_INTRON_8_115 intron #REF! #REF! 101 22 CATTCGCCAATAAAAATAAAAACATTCGCCAATAAAAATAAAAACATTCGCCAATAAAAA SH18847 18847 82 41 YNL312W_14_48286_49215_INTRON_8_115 intron #REF! #REF! 121 21 CCATTGTTAGTAATTTTAACACCATTGTTAGTAATTTTAACACCATTGTTAGTAATTTTA SH18848 18848 91 100 YNL312W_14_48286_49215_INTRON_8_115 intron #REF! #REF! 141 17 TGTATTGGAATCCCATCTGTATTGGAATCCCATCTGTATTGGAATCCCATCTGTATTGGA SH18849 18849 63 93 YNL312W_14_48286_49215_INTRON_8_115 3' exon #REF! #REF! 161 20 TATTCGTTATATGGTTGATATATTCGTTATATGGTTGATATATTCGTTATATGGTTGATA SH18850 18850 92 182 YNL312W_14_48286_49215_INTRON_8_115 3' exon #REF! #REF! 181 16 GCCCGTTACTGATGAAGCCCGTTACTGATGAAGCCCGTTACTGATGAAGCCCGTTACTGA SH18851 18851 90 37 YNR053C_14_723108_721117_INTRON_811_1341 5' exon #REF! #REF! 1 23 CTTATTAAGAACATAAATTAAATCTTATTAAGAACATAAATTAAATCTTATTAAGAACAT SH18852 18852 30 147 YNR053C_14_723108_721117_INTRON_811_1341 5' exon #REF! #REF! 21 17 GGTACCAAATCACACTTGGTACCAAATCACACTTGGTACCAAATCACACTTGGTACCAAA SH18853 18853 74 58 YNR053C_14_723108_721117_INTRON_811_1341 exon/intron #REF! #REF! 41 15 CATACTGCAACCCAGCATACTGCAACCCAGCATACTGCAACCCAGCATACTGCAACCCAG SH18854 18854 19 168 YNR053C_14_723108_721117_INTRON_811_1341 intron #REF! #REF! 61 25 AAGAATCAAAAAAAAAAAAAAAAAAAAGAATCAAAAAAAAAAAAAAAAAAAAGAATCAAA SH18855 18855 10 164 YNR053C_14_723108_721117_INTRON_811_1341 intron #REF! #REF! 81 17 CTCTTGGTTGGAAAGAACTCTTGGTTGGAAAGAACTCTTGGTTGGAAAGAACTCTTGGTT SH18856 18856 88 171 YNR053C_14_723108_721117_INTRON_811_1341 intron #REF! #REF! 101 18 AAAAAAATCTCTCGTGCTAAAAAAATCTCTCGTGCTAAAAAAATCTCTCGTGCTAAAAAA SH18857 18857 53 71 YNR053C_14_723108_721117_INTRON_811_1341 intron #REF! #REF! 121 20 TAAAAATCATACTCTATCGATAAAAATCATACTCTATCGATAAAAATCATACTCTATCGA SH18858 18858 72 169 YNR053C_14_723108_721117_INTRON_811_1341 intron #REF! #REF! 141 18 GACAAAAAGGTTTGGTAAGACAAAAAGGTTTGGTAAGACAAAAAGGTTTGGTAAGACAAA SH18859 18859 51 66 YNR053C_14_723108_721117_INTRON_811_1341 intron #REF! #REF! 161 15 GGATAGAGAAGCACCGGATAGAGAAGCACCGGATAGAGAAGCACCGGATAGAGAAGCACC SH18860 18860 72 53 YNR053C_14_723108_721117_INTRON_811_1341 intron #REF! #REF! 181 19 CTGTAGATAAGTTTATCCTCTGTAGATAAGTTTATCCTCTGTAGATAAGTTTATCCTCTG SH18861 18861 14 39 YNR053C_14_723108_721117_INTRON_811_1341 intron #REF! #REF! 201 18 AAAACAGTAACAGACACTAAAACAGTAACAGACACTAAAACAGTAACAGACACTAAAACA SH18862 18862 100 94 YNR053C_14_723108_721117_INTRON_811_1341 intron #REF! #REF! 221 18 GCGAACAGTATTACTCTTGCGAACAGTATTACTCTTGCGAACAGTATTACTCTTGCGAAC SH18863 18863 12 28 YNR053C_14_723108_721117_INTRON_811_1341 intron #REF! #REF! 241 17 AACGGGGAAATATGGATAACGGGGAAATATGGATAACGGGGAAATATGGATAACGGGGAA SH18864 18864 17 214 YNR053C_14_723108_721117_INTRON_811_1341 intron #REF! #REF! 261 13 CATGAGGCTTCCCCATGAGGCTTCCCCATGAGGCTTCCCCATGAGGCTTCCCCATGAGGC SH18865 18865 41 27 YNR053C_14_723108_721117_INTRON_811_1341 intron #REF! #REF! 281 17 CAAAGGTTGTCCTTCTACAAAGGTTGTCCTTCTACAAAGGTTGTCCTTCTACAAAGGTTG SH18866 18866 9 148 YNR053C_14_723108_721117_INTRON_811_1341 intron #REF! #REF! 301 17 GCGAAGGTATACCTTTAGCGAAGGTATACCTTTAGCGAAGGTATACCTTTAGCGAAGGTA SH18867 18867 21 135 YNR053C_14_723108_721117_INTRON_811_1341 intron #REF! #REF! 321 17 GATCCTCGCTGTTCTAAGATCCTCGCTGTTCTAAGATCCTCGCTGTTCTAAGATCCTCGC SH18868 18868 90 174 YNR053C_14_723108_721117_INTRON_811_1341 intron #REF! #REF! 341 18 TAACAAAAGCTCAACTCATAACAAAAGCTCAACTCATAACAAAAGCTCAACTCATAACAA SH18869 18869 70 145 YNR053C_14_723108_721117_INTRON_811_1341 intron #REF! #REF! 361 17 CCCGAGATAAAGTCTCACCCGAGATAAAGTCTCACCCGAGATAAAGTCTCACCCGAGATA SH18870 18870 59 155 YNR053C_14_723108_721117_INTRON_811_1341 intron #REF! #REF! 381 18 CTACGAACATATTGTATGCTACGAACATATTGTATGCTACGAACATATTGTATGCTACGA SH18871 18871 16 126 YNR053C_14_723108_721117_INTRON_811_1341 intron #REF! #REF! 401 18 GAAAATTGTGAGGATCTTGAAAATTGTGAGGATCTTGAAAATTGTGAGGATCTTGAAAAT SH18872 18872 54 70 YNR053C_14_723108_721117_INTRON_811_1341 intron #REF! #REF! 421 25 GATTAAACTAAAAAAAAAAAAAAAGGATTAAACTAAAAAAAAAAAAAAAGGATTAAACTA SH18873 18873 2 193 YNR053C_14_723108_721117_INTRON_811_1341 intron #REF! #REF! 441 18 GTTTCGAAGAGTGGATTAGTTTCGAAGAGTGGATTAGTTTCGAAGAGTGGATTAGTTTCG SH18874 18874 79 181 YNR053C_14_723108_721117_INTRON_811_1341 intron #REF! #REF! 461 17 GTTATAGCCGAGATTGAGTTATAGCCGAGATTGAGTTATAGCCGAGATTGAGTTATAGCC SH18875 18875 74 135 YNR053C_14_723108_721117_INTRON_811_1341 intron #REF! #REF! 481 19 CCAAGAGAATGTAATAATCCCAAGAGAATGTAATAATCCCAAGAGAATGTAATAATCCCA SH18876 18876 27 150 YNR053C_14_723108_721117_INTRON_811_1341 intron #REF! #REF! 501 20 CATAATAGGTAATCTTTTGCCATAATAGGTAATCTTTTGCCATAATAGGTAATCTTTTGC SH18877 18877 74 14 YNR053C_14_723108_721117_INTRON_811_1341 intron #REF! #REF! 521 23 TTAGTAAAAAATACATTTTGTTTTTAGTAAAAAATACATTTTGTTTTTAGTAAAAAATAC SH18878 18878 34 9 YNR053C_14_723108_721117_INTRON_811_1341 intron #REF! #REF! 541 21 GAAAAAAAAAACCTTCTGTTAGAAAAAAAAAACCTTCTGTTAGAAAAAAAAAACCTTCTG SH18879 18879 69 159 YNR053C_14_723108_721117_INTRON_811_1341 intron #REF! #REF! 561 20 TACTTGTAAAGTTAGAATTGTACTTGTAAAGTTAGAATTGTACTTGTAAAGTTAGAATTG SH18880 18880 17 87 YNR053C_14_723108_721117_INTRON_811_1341 intron/exon #REF! #REF! 581 13 GACCCAAGCTGCCGACCCAAGCTGCCGACCCAAGCTGCCGACCCAAGCTGCCGACCCAAG SH18881 18881 38 22 YNR053C_14_723108_721117_INTRON_811_1341 3' exon #REF! #REF! 601 16 GGACGTTCCTTTGACAGGACGTTCCTTTGACAGGACGTTCCTTTGACAGGACGTTCCTTT SH18882 18882 38 203 YOL047C_15_242745_241612_INTRON_244_306 5' exon #REF! #REF! 1 17 CTCTAGGTCTTTCCAAACTCTAGGTCTTTCCAAACTCTAGGTCTTTCCAAACTCTAGGTC SH18883 18883 29 160 YOL047C_15_242745_241612_INTRON_244_306 5' exon #REF! #REF! 21 15 GATGATCTGGTGCGAGATGATCTGGTGCGAGATGATCTGGTGCGAGATGATCTGGTGCGA SH18884 18884 104 41 YOL047C_15_242745_241612_INTRON_244_306 exon/intron #REF! #REF! 41 18 CAACATACTTTATACGGACAACATACTTTATACGGACAACATACTTTATACGGACAACAT SH18885 18885 59 139 YOL047C_15_242745_241612_INTRON_244_306 intron #REF! #REF! 61 17 GATCTGCTTATTGGAACGATCTGCTTATTGGAACGATCTGCTTATTGGAACGATCTGCTT SH18886 18886 66 122 YOL047C_15_242745_241612_INTRON_244_306 intron #REF! #REF! 81 18 GTATGACGGCTTAAAAAAGTATGACGGCTTAAAAAAGTATGACGGCTTAAAAAAGTATGA SH18887 18887 82 46 YOL047C_15_242745_241612_INTRON_244_306 intron/exon #REF! #REF! 101 15 CCCTTCAAAGGCGGTCCCTTCAAAGGCGGTCCCTTCAAAGGCGGTCCCTTCAAAGGCGGT SH18888 18888 80 59 YOL047C_15_242745_241612_INTRON_244_306 3' exon #REF! #REF! 121 13 CCCACGGATTCGCCCCACGGATTCGCCCCACGGATTCGCCCCACGGATTCGCCCCACGGA SH18889 18889 16 214 YOL047C_15_242745_241612_INTRON_244_306 3' exon #REF! #REF! 141 21 GAAAAATAGATGCAAATAATCGAAAAATAGATGCAAATAATCGAAAAATAGATGCAAATA SH18890 18890 17 22 YOL120C_15_94401_93394_INTRON_113_559 5' exon #REF! #REF! 1 18 TTCAAGTAGACATTGTCATTCAAGTAGACATTGTCATTCAAGTAGACATTGTCATTCAAG SH18891 18891 63 143 YOL120C_15_94401_93394_INTRON_113_559 5' exon #REF! #REF! 21 20 AGTGTATAATTTGACTAACAAGTGTATAATTTGACTAACAAGTGTATAATTTGACTAACA SH18892 18892 37 41 YOL120C_15_94401_93394_INTRON_113_559 exon/intron #REF! #REF! 41 18 GAACATACGAGCTAAGAAGAACATACGAGCTAAGAAGAACATACGAGCTAAGAAGAACAT SH18893 18893 77 127 YOL120C_15_94401_93394_INTRON_113_559 intron #REF! #REF! 61 20 TAAAACCCTTGATATTATTCTAAAACCCTTGATATTATTCTAAAACCCTTGATATTATTC SH18894 18894 51 23 YOL120C_15_94401_93394_INTRON_113_559 intron #REF! #REF! 81 17 CCATAATTGGCGTTGGTCCATAATTGGCGTTGGTCCATAATTGGCGTTGGTCCATAATTG SH18895 18895 63 98 YOL120C_15_94401_93394_INTRON_113_559 intron #REF! #REF! 101 18 AATGTAACAGAATCCTTCAATGTAACAGAATCCTTCAATGTAACAGAATCCTTCAATGTA SH18896 18896 39 87 YOL120C_15_94401_93394_INTRON_113_559 intron #REF! #REF! 121 21 GTTCAGGATAATCTATTATATGTTCAGGATAATCTATTATATGTTCAGGATAATCTATTA SH18897 18897 17 90 YOL120C_15_94401_93394_INTRON_113_559 intron #REF! #REF! 141 18 CCAATGAACTTACCAAAGCCAATGAACTTACCAAAGCCAATGAACTTACCAAAGCCAATG SH18898 18898 50 8 YOL120C_15_94401_93394_INTRON_113_559 intron #REF! #REF! 161 21 CCATAACGAATATTTATAGAACCATAACGAATATTTATAGAACCATAACGAATATTTATA SH18899 18899 17 213 YOL120C_15_94401_93394_INTRON_113_559 intron #REF! #REF! 181 19 CCAATATTTTTCAGCAAACCCAATATTTTTCAGCAAACCCAATATTTTTCAGCAAACCCA SH18900 18900 40 31 YOL120C_15_94401_93394_INTRON_113_559 intron #REF! #REF! 201 18 TGATCGCGAAAAACATTATGATCGCGAAAAACATTATGATCGCGAAAAACATTATGATCG SH18901 18901 19 196 YOL120C_15_94401_93394_INTRON_113_559 intron #REF! #REF! 221 17 CATCAGAAGCAAAGCTACATCAGAAGCAAAGCTACATCAGAAGCAAAGCTACATCAGAAG SH18902 18902 35 153 YOL120C_15_94401_93394_INTRON_113_559 intron #REF! #REF! 241 22 CAATAAATTGACCAATAATTTGCAATAAATTGACCAATAATTTGCAATAAATTGACCAAT SH18903 18903 25 27 YOL120C_15_94401_93394_INTRON_113_559 intron #REF! #REF! 261 17 TAGCCAGATTCAGTTCATAGCCAGATTCAGTTCATAGCCAGATTCAGTTCATAGCCAGAT SH18904 18904 13 132 YOL120C_15_94401_93394_INTRON_113_559 intron #REF! #REF! 281 18 CTTCTTCTGGTATGACTACTTCTTCTGGTATGACTACTTCTTCTGGTATGACTACTTCTT SH18905 18905 61 10 YOL120C_15_94401_93394_INTRON_113_559 intron #REF! #REF! 301 19 GCAGAATTTTAATACGTCTGCAGAATTTTAATACGTCTGCAGAATTTTAATACGTCTGCA SH18906 18906 45 78 YOL120C_15_94401_93394_INTRON_113_559 intron #REF! #REF! 321 17 ATATACCCGTTTGCACTATATACCCGTTTGCACTATATACCCGTTTGCACTATATACCCG SH18907 18907 76 185 YOL120C_15_94401_93394_INTRON_113_559 intron #REF! #REF! 341 18 AAGAAACATATCGTTCCTAAGAAACATATCGTTCCTAAGAAACATATCGTTCCTAAGAAA SH18908 18908 89 77 YOL120C_15_94401_93394_INTRON_113_559 intron #REF! #REF! 361 17 CGCACAAAACGTGATGTCGCACAAAACGTGATGTCGCACAAAACGTGATGTCGCACAAAA SH18909 18909 87 120 YOL120C_15_94401_93394_INTRON_113_559 intron #REF! #REF! 381 16 GCTCACTGGTTTGCAAGCTCACTGGTTTGCAAGCTCACTGGTTTGCAAGCTCACTGGTTT SH18910 18910 104 211 YOL120C_15_94401_93394_INTRON_113_559 intron #REF! #REF! 401 23 TATTTCATTAAATTAGAAAAAGATATTTCATTAAATTAGAAAAAGATATTTCATTAAATT SH18911 18911 2 136 YOL120C_15_94401_93394_INTRON_113_559 intron #REF! #REF! 421 20 ATAGTTTTCCGTACAAATATATAGTTTTCCGTACAAATATATAGTTTTCCGTACAAATAT SH18912 18912 58 63 YOL120C_15_94401_93394_INTRON_113_559 intron #REF! #REF! 441 16 GAAGGACCGGAAAACAGAAGGACCGGAAAACAGAAGGACCGGAAAACAGAAGGACCGGAA SH18913 18913 73 166 YOL120C_15_94401_93394_INTRON_113_559 intron #REF! #REF! 461 22 GAAAAAATGTTAGTAACTAATGGAAAAAATGTTAGTAACTAATGGAAAAAATGTTAGTAA SH18914 18914 31 202 YOL120C_15_94401_93394_INTRON_113_559 intron/exon #REF! #REF! 481 21 CGACCTAAAAAAAAAAAATGACGACCTAAAAAAAAAAAATGACGACCTAAAAAAAAAAAA SH18915 18915 13 6 YOL120C_15_94401_93394_INTRON_113_559 3' exon #REF! #REF! 501 17 GAATGGAGCATCAGTACGAATGGAGCATCAGTACGAATGGAGCATCAGTACGAATGGAGC SH18916 18916 22 120 YOL120C_15_94401_93394_INTRON_113_559 3' exon #REF! #REF! 521 17 GCCTTCAAGACAACCTTGCCTTCAAGACAACCTTGCCTTCAAGACAACCTTGCCTTCAAG SH18917 18917 15 50 YOL121C_15_92849_92025_INTRON_21_410 5' exon #REF! #REF! 1 17 GTCGATCGTATCACTTCGTCGATCGTATCACTTCGTCGATCGTATCACTTCGTCGATCGT SH18918 18918 17 6 YOL121C_15_92849_92025_INTRON_21_410 5' exon #REF! #REF! 21 18 CCTGGCATTTTTACTCTACCTGGCATTTTTACTCTACCTGGCATTTTTACTCTACCTGGC SH18919 18919 90 207 YOL121C_15_92849_92025_INTRON_21_410 exon/intron #REF! #REF! 41 17 TACGTACCTAACGGAAATACGTACCTAACGGAAATACGTACCTAACGGAAATACGTACCT SH18920 18920 62 61 YOL121C_15_92849_92025_INTRON_21_410 intron #REF! #REF! 61 22 AATAATCATTATGATATGTCATAATAATCATTATGATATGTCATAATAATCATTATGATA SH18921 18921 50 139 YOL121C_15_92849_92025_INTRON_21_410 intron #REF! #REF! 81 19 CACTCGAAACATATAGTAACACTCGAAACATATAGTAACACTCGAAACATATAGTAACAC SH18922 18922 61 125 YOL121C_15_92849_92025_INTRON_21_410 intron #REF! #REF! 101 19 GCGTTTTATTTCCATCTAAGCGTTTTATTTCCATCTAAGCGTTTTATTTCCATCTAAGCG SH18923 18923 51 89 YOL121C_15_92849_92025_INTRON_21_410 intron #REF! #REF! 121 15 TGCTGCTGGAATGACTGCTGCTGGAATGACTGCTGCTGGAATGACTGCTGCTGGAATGAC SH18924 18924 102 73 YOL121C_15_92849_92025_INTRON_21_410 intron #REF! #REF! 141 17 AAGTACTTTGCTTGCGTAAGTACTTTGCTTGCGTAAGTACTTTGCTTGCGTAAGTACTTT SH18925 18925 61 35 YOL121C_15_92849_92025_INTRON_21_410 intron #REF! #REF! 161 18 GTGCTATTTAACTTGACGGTGCTATTTAACTTGACGGTGCTATTTAACTTGACGGTGCTA SH18926 18926 50 179 YOL121C_15_92849_92025_INTRON_21_410 intron #REF! #REF! 181 22 GATATATCATTGATTTAACCATGATATATCATTGATTTAACCATGATATATCATTGATTT SH18927 18927 83 169 YOL121C_15_92849_92025_INTRON_21_410 intron #REF! #REF! 201 18 TTATTATGGGACAGTTGATTATTATGGGACAGTTGATTATTATGGGACAGTTGATTATTA SH18928 18928 71 156 YOL121C_15_92849_92025_INTRON_21_410 intron #REF! #REF! 221 22 AATTTGATCAATATTTTGTTTCAATTTGATCAATATTTTGTTTCAATTTGATCAATATTT SH18929 18929 29 21 YOL121C_15_92849_92025_INTRON_21_410 intron #REF! #REF! 241 16 GCACTCATTCGCGAAAGCACTCATTCGCGAAAGCACTCATTCGCGAAAGCACTCATTCGC SH18930 18930 7 169 YOL121C_15_92849_92025_INTRON_21_410 intron #REF! #REF! 261 20 TCTTCTTCCATATATTTACATCTTCTTCCATATATTTACATCTTCTTCCATATATTTACA SH18931 18931 5 98 YOL121C_15_92849_92025_INTRON_21_410 intron #REF! #REF! 281 16 CTACCCTTAATCTCCCCTACCCTTAATCTCCCCTACCCTTAATCTCCCCTACCCTTAATC SH18932 18932 8 161 YOL121C_15_92849_92025_INTRON_21_410 intron #REF! #REF! 301 18 TAACAAAGAGCAAATAGCTAACAAAGAGCAAATAGCTAACAAAGAGCAAATAGCTAACAA SH18933 18933 3 96 YOL121C_15_92849_92025_INTRON_21_410 intron #REF! #REF! 321 18 AGGAATTGAAATCCTAGTAGGAATTGAAATCCTAGTAGGAATTGAAATCCTAGTAGGAAT SH18934 18934 46 65 YOL121C_15_92849_92025_INTRON_21_410 intron #REF! #REF! 341 18 TTTCATGAGAACTTATCGTTTCATGAGAACTTATCGTTTCATGAGAACTTATCGTTTCAT SH18935 18935 71 162 YOL121C_15_92849_92025_INTRON_21_410 intron #REF! #REF! 361 22 AAAATACTTTCATTAACCATTAAAAATACTTTCATTAACCATTAAAAATACTTTCATTAA SH18936 18936 38 78 YOL121C_15_92849_92025_INTRON_21_410 intron #REF! #REF! 381 22 GTAAATGATACAGTTTAAAAAAGTAAATGATACAGTTTAAAAAAGTAAATGATACAGTTT SH18937 18937 74 11 YOL121C_15_92849_92025_INTRON_21_410 intron #REF! #REF! 401 22 AAACAAAAAAGTTATTGTTAGTAAACAAAAAAGTTATTGTTAGTAAACAAAAAAGTTATT SH18938 18938 99 113 YOL121C_15_92849_92025_INTRON_21_410 intron #REF! #REF! 421 20 CTGTAGAAAACAAAATCAAACTGTAGAAAACAAAATCAAACTGTAGAAAACAAAATCAAA SH18939 18939 48 184 YOL121C_15_92849_92025_INTRON_21_410 3' exon #REF! #REF! 441 15 TGAGCAGCAACGTCTTGAGCAGCAACGTCTTGAGCAGCAACGTCTTGAGCAGCAACGTCT SH18940 18940 2 24 YOL121C_15_92849_92025_INTRON_21_410 3' exon #REF! #REF! 461 18 AAGCGTAAGCATTAATGAAAGCGTAAGCATTAATGAAAGCGTAAGCATTAATGAAAGCGT SH18941 18941 54 5 YOL127W_15_80347_81189_INTRON_14_427 5' exon #REF! #REF! 1 18 TTGTTTAGCCTTTTCAACTTGTTTAGCCTTTTCAACTTGTTTAGCCTTTTCAACTTGTTT SH18942 18942 72 170 YOL127W_15_80347_81189_INTRON_14_427 5' exon #REF! #REF! 21 21 CCATTTTATCTTATTGATCTTCCATTTTATCTTATTGATCTTCCATTTTATCTTATTGAT SH18943 18943 51 121 YOL127W_15_80347_81189_INTRON_14_427 exon/intron #REF! #REF! 41 15 CATACCAGATGGAGCCATACCAGATGGAGCCATACCAGATGGAGCCATACCAGATGGAGC SH18944 18944 93 119 YOL127W_15_80347_81189_INTRON_14_427 intron #REF! #REF! 61 18 CGTGCTATTAATATTGCACGTGCTATTAATATTGCACGTGCTATTAATATTGCACGTGCT SH18945 18945 64 33 YOL127W_15_80347_81189_INTRON_14_427 intron #REF! #REF! 81 19 CTATCTTCCTCTCAATTTTCTATCTTCCTCTCAATTTTCTATCTTCCTCTCAATTTTCTA SH18946 18946 74 4 YOL127W_15_80347_81189_INTRON_14_427 intron #REF! #REF! 101 17 AACTCTACTAGTTCCCAAACTCTACTAGTTCCCAAACTCTACTAGTTCCCAAACTCTACT SH18947 18947 5 203 YOL127W_15_80347_81189_INTRON_14_427 intron #REF! #REF! 121 19 GTTTTCGTATCTCATCAATGTTTTCGTATCTCATCAATGTTTTCGTATCTCATCAATGTT SH18948 18948 8 181 YOL127W_15_80347_81189_INTRON_14_427 intron #REF! #REF! 141 19 GGATAGTTTATTTACGTGTGGATAGTTTATTTACGTGTGGATAGTTTATTTACGTGTGGA SH18949 18949 6 103 YOL127W_15_80347_81189_INTRON_14_427 intron #REF! #REF! 161 17 TGCACTATTCTTGTCGTTGCACTATTCTTGTCGTTGCACTATTCTTGTCGTTGCACTATT SH18950 18950 31 50 YOL127W_15_80347_81189_INTRON_14_427 intron #REF! #REF! 181 19 CATATCTTAATCAAGTCCTCATATCTTAATCAAGTCCTCATATCTTAATCAAGTCCTCAT SH18951 18951 42 40 YOL127W_15_80347_81189_INTRON_14_427 intron #REF! #REF! 201 18 CGATAATTACGTTGCTCACGATAATTACGTTGCTCACGATAATTACGTTGCTCACGATAA SH18952 18952 65 183 YOL127W_15_80347_81189_INTRON_14_427 intron #REF! #REF! 221 18 TGCTAATAAACTGTTGAGTGCTAATAAACTGTTGAGTGCTAATAAACTGTTGAGTGCTAA SH18953 18953 50 99 YOL127W_15_80347_81189_INTRON_14_427 intron #REF! #REF! 241 17 ACGCTTCTATCAAAACGACGCTTCTATCAAAACGACGCTTCTATCAAAACGACGCTTCTA SH18954 18954 96 101 YOL127W_15_80347_81189_INTRON_14_427 intron #REF! #REF! 261 17 GAACAACTTCCACAGCAGAACAACTTCCACAGCAGAACAACTTCCACAGCAGAACAACTT SH18955 18955 92 27 YOL127W_15_80347_81189_INTRON_14_427 intron #REF! #REF! 281 17 ATGGCTGTTGGTAGTAAATGGCTGTTGGTAGTAAATGGCTGTTGGTAGTAAATGGCTGTT SH18956 18956 54 168 YOL127W_15_80347_81189_INTRON_14_427 intron #REF! #REF! 301 18 AACACTCTAATGGATTTGAACACTCTAATGGATTTGAACACTCTAATGGATTTGAACACT SH18957 18957 97 180 YOL127W_15_80347_81189_INTRON_14_427 intron #REF! #REF! 321 17 CTGAGCAGAAAAACGAACTGAGCAGAAAAACGAACTGAGCAGAAAAACGAACTGAGCAGA SH18958 18958 101 43 YOL127W_15_80347_81189_INTRON_14_427 intron #REF! #REF! 341 19 GGATGGAATAATTTTCTTGGGATGGAATAATTTTCTTGGGATGGAATAATTTTCTTGGGA SH18959 18959 98 19 YOL127W_15_80347_81189_INTRON_14_427 intron #REF! #REF! 361 22 AATAGAAGAAAAAAGTATAATGAATAGAAGAAAAAAGTATAATGAATAGAAGAAAAAAGT SH18960 18960 5 8 YOL127W_15_80347_81189_INTRON_14_427 intron #REF! #REF! 381 15 ACGTGGAGCACGAAAACGTGGAGCACGAAAACGTGGAGCACGAAAACGTGGAGCACGAAA SH18961 18961 40 207 YOL127W_15_80347_81189_INTRON_14_427 intron #REF! #REF! 401 20 GTAAACTATGTTCCTTGATAGTAAACTATGTTCCTTGATAGTAAACTATGTTCCTTGATA SH18962 18962 34 160 YOL127W_15_80347_81189_INTRON_14_427 intron #REF! #REF! 421 20 AGATGAATTCGTTAATGTTAAGATGAATTCGTTAATGTTAAGATGAATTCGTTAATGTTA SH18963 18963 36 101 YOL127W_15_80347_81189_INTRON_14_427 intron #REF! #REF! 441 20 ACAAAAAGTAAATTCATAGGACAAAAAGTAAATTCATAGGACAAAAAGTAAATTCATAGG SH18964 18964 29 162 YOL127W_15_80347_81189_INTRON_14_427 intron/exon #REF! #REF! 461 17 GCAGTAGCCTTAGCTATGCAGTAGCCTTAGCTATGCAGTAGCCTTAGCTATGCAGTAGCC SH18965 18965 60 57 YOL127W_15_80347_81189_INTRON_14_427 3' exon #REF! #REF! 481 18 TTAACGACAGCTTTCTTATTAACGACAGCTTTCTTATTAACGACAGCTTTCTTATTAACG SH18966 18966 43 91 YOR096W_15_505793_506766_INTRON_145_545 5' exon #REF! #REF! 1 17 CTCAGCTTTCAATTCTGCTCAGCTTTCAATTCTGCTCAGCTTTCAATTCTGCTCAGCTTT SH18967 18967 93 124 YOR096W_15_505793_506766_INTRON_145_545 5' exon #REF! #REF! 21 18 CTTGAATTGCAAAGGTCTCTTGAATTGCAAAGGTCTCTTGAATTGCAAAGGTCTCTTGAA SH18968 18968 70 166 YOR096W_15_505793_506766_INTRON_145_545 exon/intron #REF! #REF! 41 18 TAACATACTTCTCTGATGTAACATACTTCTCTGATGTAACATACTTCTCTGATGTAACAT SH18969 18969 54 194 YOR096W_15_505793_506766_INTRON_145_545 intron #REF! #REF! 61 22 TTCTTAAGTTTAGATTCAAATTTTCTTAAGTTTAGATTCAAATTTTCTTAAGTTTAGATT SH18970 18970 16 167 YOR096W_15_505793_506766_INTRON_145_545 intron #REF! #REF! 81 20 CTTTGTTACTCTCCATTATTCTTTGTTACTCTCCATTATTCTTTGTTACTCTCCATTATT SH18971 18971 70 205 YOR096W_15_505793_506766_INTRON_145_545 intron #REF! #REF! 101 17 CCGTTCACACTTTTTTCCCGTTCACACTTTTTTCCCGTTCACACTTTTTTCCCGTTCACA SH18972 18972 2 127 YOR096W_15_505793_506766_INTRON_145_545 intron #REF! #REF! 121 18 TTGAAACATTCTGGTATCTTGAAACATTCTGGTATCTTGAAACATTCTGGTATCTTGAAA SH18973 18973 79 7 YOR096W_15_505793_506766_INTRON_145_545 intron #REF! #REF! 141 22 CCTTATCTTTTATACTTTTCTACCTTATCTTTTATACTTTTCTACCTTATCTTTTATACT SH18974 18974 31 147 YOR096W_15_505793_506766_INTRON_145_545 intron #REF! #REF! 161 17 CATTTGAGTCCTAGTCCCATTTGAGTCCTAGTCCCATTTGAGTCCTAGTCCCATTTGAGT SH18975 18975 11 180 YOR096W_15_505793_506766_INTRON_145_545 intron #REF! #REF! 181 15 GCGATAGTCAGCCAAGCGATAGTCAGCCAAGCGATAGTCAGCCAAGCGATAGTCAGCCAA SH18976 18976 4 213 YOR096W_15_505793_506766_INTRON_145_545 intron #REF! #REF! 201 17 TTTGCTTAGCATCAAGGTTTGCTTAGCATCAAGGTTTGCTTAGCATCAAGGTTTGCTTAG SH18977 18977 57 139 YOR096W_15_505793_506766_INTRON_145_545 intron #REF! #REF! 221 19 GCTTTTTCTTGAAGATATGGCTTTTTCTTGAAGATATGGCTTTTTCTTGAAGATATGGCT SH18978 18978 63 3 YOR096W_15_505793_506766_INTRON_145_545 intron #REF! #REF! 241 18 TTCTTAAACACTGGAGTATTCTTAAACACTGGAGTATTCTTAAACACTGGAGTATTCTTA SH18979 18979 33 98 YOR096W_15_505793_506766_INTRON_145_545 intron #REF! #REF! 261 17 CTAGTAAATCGTTCCCTCTAGTAAATCGTTCCCTCTAGTAAATCGTTCCCTCTAGTAAAT SH18980 18980 72 151 YOR096W_15_505793_506766_INTRON_145_545 intron #REF! #REF! 281 17 CTTACTGCGTATAGCATCTTACTGCGTATAGCATCTTACTGCGTATAGCATCTTACTGCG SH18981 18981 30 113 YOR096W_15_505793_506766_INTRON_145_545 intron #REF! #REF! 301 20 CGATTGTAATTAACTATCAGCGATTGTAATTAACTATCAGCGATTGTAATTAACTATCAG SH18982 18982 31 77 YOR096W_15_505793_506766_INTRON_145_545 intron #REF! #REF! 321 16 CGCTTAGAACTTGGACCGCTTAGAACTTGGACCGCTTAGAACTTGGACCGCTTAGAACTT SH18983 18983 35 88 YOR096W_15_505793_506766_INTRON_145_545 intron #REF! #REF! 341 17 TGATATATGCATGGACGTGATATATGCATGGACGTGATATATGCATGGACGTGATATATG SH18984 18984 25 34 YOR096W_15_505793_506766_INTRON_145_545 intron #REF! #REF! 361 16 GACGCCAGTAACTTGTGACGCCAGTAACTTGTGACGCCAGTAACTTGTGACGCCAGTAAC SH18985 18985 69 138 YOR096W_15_505793_506766_INTRON_145_545 intron #REF! #REF! 381 22 GTGATATTTTGAATATTTGAAGGTGATATTTTGAATATTTGAAGGTGATATTTTGAATAT SH18986 18986 10 95 YOR096W_15_505793_506766_INTRON_145_545 intron #REF! #REF! 401 20 GTTAGTAAGTTTGATTAGGTGTTAGTAAGTTTGATTAGGTGTTAGTAAGTTTGATTAGGT SH18987 18987 83 2 YOR096W_15_505793_506766_INTRON_145_545 intron #REF! #REF! 421 20 GGAAAACAAAAAAGGAAAATGGAAAACAAAAAAGGAAAATGGAAAACAAAAAAGGAAAAT SH18988 18988 85 207 YOR096W_15_505793_506766_INTRON_145_545 intron/exon #REF! #REF! 441 18 CGTCGATCTATAAAAGAACGTCGATCTATAAAAGAACGTCGATCTATAAAAGAACGTCGA SH18989 18989 73 41 YOR096W_15_505793_506766_INTRON_145_545 3' exon #REF! #REF! 461 15 CTTCTTACCACCAGCCTTCTTACCACCAGCCTTCTTACCACCAGCCTTCTTACCACCAGC SH18990 18990 88 37 YOR096W_15_505793_506766_INTRON_145_545 3' exon #REF! #REF! 481 17 CTGGAACAAAAATGGCCCTGGAACAAAAATGGCCCTGGAACAAAAATGGCCCTGGAACAA SH18991 18991 77 130 YOR122C_15_552886_552297_INTRON_14_222 5' exon #REF! #REF! 1 19 GGTTTATGTTGTGTATGTAGGTTTATGTTGTGTATGTAGGTTTATGTTGTGTATGTAGGT SH18992 18992 43 127 YOR122C_15_552886_552297_INTRON_14_222 5' exon #REF! #REF! 21 18 TAATTTGCGATCGTAGTTTAATTTGCGATCGTAGTTTAATTTGCGATCGTAGTTTAATTT SH18993 18993 73 65 YOR122C_15_552886_552297_INTRON_14_222 exon/intron #REF! #REF! 41 17 CACATACCTTGCCAAGACACATACCTTGCCAAGACACATACCTTGCCAAGACACATACCT SH18994 18994 14 81 YOR122C_15_552886_552297_INTRON_14_222 intron #REF! #REF! 61 20 AATCAATTGATAATTGTCTCAATCAATTGATAATTGTCTCAATCAATTGATAATTGTCTC SH18995 18995 98 26 YOR122C_15_552886_552297_INTRON_14_222 intron #REF! #REF! 81 18 CCGACTCATTTCTTTCTTCCGACTCATTTCTTTCTTCCGACTCATTTCTTTCTTCCGACT SH18996 18996 38 147 YOR122C_15_552886_552297_INTRON_14_222 intron #REF! #REF! 101 17 TTGTCACACAAGCTAACTTGTCACACAAGCTAACTTGTCACACAAGCTAACTTGTCACAC SH18997 18997 68 194 YOR122C_15_552886_552297_INTRON_14_222 intron #REF! #REF! 121 13 CGGGCATTGCCAACGGGCATTGCCAACGGGCATTGCCAACGGGCATTGCCAACGGGCATT SH18998 18998 90 212 YOR122C_15_552886_552297_INTRON_14_222 intron #REF! #REF! 141 17 GAAATTACGCGCATCAAGAAATTACGCGCATCAAGAAATTACGCGCATCAAGAAATTACG SH18999 18999 99 185 YOR122C_15_552886_552297_INTRON_14_222 intron #REF! #REF! 161 17 ACTCTGAGTGGTTAATCACTCTGAGTGGTTAATCACTCTGAGTGGTTAATCACTCTGAGT SH19000 19000 58 145 YOR122C_15_552886_552297_INTRON_14_222 intron #REF! #REF! 181 20 TTTGATATTCCAGTTAGTAATTTGATATTCCAGTTAGTAATTTGATATTCCAGTTAGTAA SH19001 19001 81 155 YOR122C_15_552886_552297_INTRON_14_222 intron #REF! #REF! 201 22 ATGTTTGAAATTTCATATGTTTATGTTTGAAATTTCATATGTTTATGTTTGAAATTTCAT SH19002 19002 23 182 YOR122C_15_552886_552297_INTRON_14_222 intron #REF! #REF! 221 20 AAAAACGGAAAGAAATTCATAAAAACGGAAAGAAATTCATAAAAACGGAAAGAAATTCAT SH19003 19003 101 32 YOR122C_15_552886_552297_INTRON_14_222 intron #REF! #REF! 241 19 CTGTTTAAAAGTAGGAGAACTGTTTAAAAGTAGGAGAACTGTTTAAAAGTAGGAGAACTG SH19004 19004 14 48 YOR122C_15_552886_552297_INTRON_14_222 3' exon #REF! #REF! 261 20 CTATTAAGTTATCAGTGTATCTATTAAGTTATCAGTGTATCTATTAAGTTATCAGTGTAT SH19005 19005 64 179 YOR122C_15_552886_552297_INTRON_14_222 3' exon #REF! #REF! 281 15 CGACTTTACCGGTTCCGACTTTACCGGTTCCGACTTTACCGGTTCCGACTTTACCGGTTC SH19006 19006 90 177 YOR182C_15_678792_678190_INTRON_4_414 5' exon #REF! #REF! 1 17 GGAAGGAGTGCTAATTCGGAAGGAGTGCTAATTCGGAAGGAGTGCTAATTCGGAAGGAGT SH19007 19007 82 153 YOR182C_15_678792_678190_INTRON_4_414 5' exon #REF! #REF! 21 22 ATAATTTGTTTATCTAGTATCTATAATTTGTTTATCTAGTATCTATAATTTGTTTATCTA SH19008 19008 35 4 YOR182C_15_678792_678190_INTRON_4_414 exon/intron #REF! #REF! 41 20 ATTAACGTACCATTTTGTATATTAACGTACCATTTTGTATATTAACGTACCATTTTGTAT SH19009 19009 16 111 YOR182C_15_678792_678190_INTRON_4_414 intron #REF! #REF! 61 18 GGAGCATTTTAACACAATGGAGCATTTTAACACAATGGAGCATTTTAACACAATGGAGCA SH19010 19010 51 6 YOR182C_15_678792_678190_INTRON_4_414 intron #REF! #REF! 81 18 TCCTAAAAAAAGCGTTTCTCCTAAAAAAAGCGTTTCTCCTAAAAAAAGCGTTTCTCCTAA SH19011 19011 2 118 YOR182C_15_678792_678190_INTRON_4_414 intron #REF! #REF! 101 15 CTGTATGGGGACAAGCTGTATGGGGACAAGCTGTATGGGGACAAGCTGTATGGGGACAAG SH19012 19012 15 100 YOR182C_15_678792_678190_INTRON_4_414 intron #REF! #REF! 121 18 TTCCCTTTTAATACACCTTTCCCTTTTAATACACCTTTCCCTTTTAATACACCTTTCCCT SH19013 19013 48 42 YOR182C_15_678792_678190_INTRON_4_414 intron #REF! #REF! 141 20 AAATATTACTTTGATCGTAGAAATATTACTTTGATCGTAGAAATATTACTTTGATCGTAG SH19014 19014 98 169 YOR182C_15_678792_678190_INTRON_4_414 intron #REF! #REF! 161 18 GGCAATCTTTCCTATTCAGGCAATCTTTCCTATTCAGGCAATCTTTCCTATTCAGGCAAT SH19015 19015 57 26 YOR182C_15_678792_678190_INTRON_4_414 intron #REF! #REF! 181 22 GATGGATTATTAATATTATCATGATGGATTATTAATATTATCATGATGGATTATTAATAT SH19016 19016 39 124 YOR182C_15_678792_678190_INTRON_4_414 intron #REF! #REF! 201 18 TTATCTACAGGCATTTGATTATCTACAGGCATTTGATTATCTACAGGCATTTGATTATCT SH19017 19017 27 66 YOR182C_15_678792_678190_INTRON_4_414 intron #REF! #REF! 221 22 TATTTTCTTTTCATTTTTCAGTTATTTTCTTTTCATTTTTCAGTTATTTTCTTTTCATTT SH19018 19018 37 82 YOR182C_15_678792_678190_INTRON_4_414 intron #REF! #REF! 241 23 CATAATAATGATACAATATTTTACATAATAATGATACAATATTTTACATAATAATGATAC SH19019 19019 31 58 YOR182C_15_678792_678190_INTRON_4_414 intron #REF! #REF! 261 20 GTACATTTACATCTCAACATGTACATTTACATCTCAACATGTACATTTACATCTCAACAT SH19020 19020 18 13 YOR182C_15_678792_678190_INTRON_4_414 intron #REF! #REF! 281 18 CGTCTTTCTTCCTTTTTTCGTCTTTCTTCCTTTTTTCGTCTTTCTTCCTTTTTTCGTCTT SH19021 19021 29 166 YOR182C_15_678792_678190_INTRON_4_414 intron #REF! #REF! 301 20 AATAATCGTCCTTTGAAATTAATAATCGTCCTTTGAAATTAATAATCGTCCTTTGAAATT SH19022 19022 3 183 YOR182C_15_678792_678190_INTRON_4_414 intron #REF! #REF! 321 18 GTTGTGAATATTAACGAGGTTGTGAATATTAACGAGGTTGTGAATATTAACGAGGTTGTG SH19023 19023 54 108 YOR182C_15_678792_678190_INTRON_4_414 intron #REF! #REF! 341 18 GAAAGGTCTATATTCAACGAAAGGTCTATATTCAACGAAAGGTCTATATTCAACGAAAGG SH19024 19024 52 193 YOR182C_15_678792_678190_INTRON_4_414 intron #REF! #REF! 361 18 CGCAGACGCTAATTTTTTCGCAGACGCTAATTTTTTCGCAGACGCTAATTTTTTCGCAGA SH19025 19025 25 158 YOR182C_15_678792_678190_INTRON_4_414 intron #REF! #REF! 381 17 TGTTATGGAGTTACTGCTGTTATGGAGTTACTGCTGTTATGGAGTTACTGCTGTTATGGA SH19026 19026 31 126 YOR182C_15_678792_678190_INTRON_4_414 intron #REF! #REF! 401 18 GTAATGAGATATTCAGACGTAATGAGATATTCAGACGTAATGAGATATTCAGACGTAATG SH19027 19027 11 109 YOR182C_15_678792_678190_INTRON_4_414 intron #REF! #REF! 421 25 AAAAAAAAAATTTTTCATTTAATGTAAAAAAAAAATTTTTCATTTAATGTAAAAAAAAAA SH19028 19028 55 102 YOR182C_15_678792_678190_INTRON_4_414 intron #REF! #REF! 441 21 CTAAGGAGAATTTGAAAAAAACTAAGGAGAATTTGAAAAAAACTAAGGAGAATTTGAAAA SH19029 19029 104 7 YOR182C_15_678792_678190_INTRON_4_414 intron/exon #REF! #REF! 461 15 CCGTGAACTTTAGCCCCGTGAACTTTAGCCCCGTGAACTTTAGCCCCGTGAACTTTAGCC SH19030 19030 90 185 YOR182C_15_678792_678190_INTRON_4_414 3' exon #REF! #REF! 481 13 CCAGCACGAGCTACCAGCACGAGCTACCAGCACGAGCTACCAGCACGAGCTACCAGCACG SH19031 19031 8 83 YOR234C_15_779404_778554_INTRON_20_546 5' exon #REF! #REF! 1 18 TATCTGGTTCTACTTTTGTATCTGGTTCTACTTTTGTATCTGGTTCTACTTTTGTATCTG SH19032 19032 73 123 YOR234C_15_779404_778554_INTRON_20_546 5' exon #REF! #REF! 21 18 CAGCCATTTTATCTATGACAGCCATTTTATCTATGACAGCCATTTTATCTATGACAGCCA SH19033 19033 89 12 YOR234C_15_779404_778554_INTRON_20_546 exon/intron #REF! #REF! 41 17 AACATACGTCTATGGGAAACATACGTCTATGGGAAACATACGTCTATGGGAAACATACGT SH19034 19034 59 175 YOR234C_15_779404_778554_INTRON_20_546 intron #REF! #REF! 61 22 AACATTCATCATATAGTAATTTAACATTCATCATATAGTAATTTAACATTCATCATATAG SH19035 19035 27 52 YOR234C_15_779404_778554_INTRON_20_546 intron #REF! #REF! 81 15 CCTATTCCACGGCAACCTATTCCACGGCAACCTATTCCACGGCAACCTATTCCACGGCAA SH19036 19036 97 177 YOR234C_15_779404_778554_INTRON_20_546 intron #REF! #REF! 101 17 ATGTCTTCTAAGCTCGAATGTCTTCTAAGCTCGAATGTCTTCTAAGCTCGAATGTCTTCT SH19037 19037 21 146 YOR234C_15_779404_778554_INTRON_20_546 intron #REF! #REF! 121 20 ACATGTTTTATCGAATATCAACATGTTTTATCGAATATCAACATGTTTTATCGAATATCA SH19038 19038 36 193 YOR234C_15_779404_778554_INTRON_20_546 intron #REF! #REF! 141 15 GGCCCCAACTATAACGGCCCCAACTATAACGGCCCCAACTATAACGGCCCCAACTATAAC SH19039 19039 38 51 YOR234C_15_779404_778554_INTRON_20_546 intron #REF! #REF! 161 18 ATAACAGTTGTCCAACAAATAACAGTTGTCCAACAAATAACAGTTGTCCAACAAATAACA SH19040 19040 18 124 YOR234C_15_779404_778554_INTRON_20_546 intron #REF! #REF! 181 23 CTATTTAATATATTCATACTCTTCTATTTAATATATTCATACTCTTCTATTTAATATATT SH19041 19041 11 120 YOR234C_15_779404_778554_INTRON_20_546 intron #REF! #REF! 201 17 CGCAAAACCATGCACTACGCAAAACCATGCACTACGCAAAACCATGCACTACGCAAAACC SH19042 19042 100 170 YOR234C_15_779404_778554_INTRON_20_546 intron #REF! #REF! 221 18 TGTTCATTCTGTTCTTCTTGTTCATTCTGTTCTTCTTGTTCATTCTGTTCTTCTTGTTCA SH19043 19043 78 15 YOR234C_15_779404_778554_INTRON_20_546 intron #REF! #REF! 241 22 TTTGAATTTTTTTCCTATGAAATTTGAATTTTTTTCCTATGAAATTTGAATTTTTTTCCT SH19044 19044 84 22 YOR234C_15_779404_778554_INTRON_20_546 intron #REF! #REF! 261 22 CATTTATAATACCTTTCTCTTTCATTTATAATACCTTTCTCTTTCATTTATAATACCTTT SH19045 19045 30 157 YOR234C_15_779404_778554_INTRON_20_546 intron #REF! #REF! 281 18 TAGAAGGTAAACTGATCATAGAAGGTAAACTGATCATAGAAGGTAAACTGATCATAGAAG SH19046 19046 85 121 YOR234C_15_779404_778554_INTRON_20_546 intron #REF! #REF! 301 18 TTATCTCCTTCTTCTTTCTTATCTCCTTCTTCTTTCTTATCTCCTTCTTCTTTCTTATCT SH19047 19047 5 122 YOR234C_15_779404_778554_INTRON_20_546 intron #REF! #REF! 321 18 GGAATTTCATATCAGGTAGGAATTTCATATCAGGTAGGAATTTCATATCAGGTAGGAATT SH19048 19048 6 131 YOR234C_15_779404_778554_INTRON_20_546 intron #REF! #REF! 341 15 GCCTCCTACTACTTGGCCTCCTACTACTTGGCCTCCTACTACTTGGCCTCCTACTACTTG SH19049 19049 18 55 YOR234C_15_779404_778554_INTRON_20_546 intron #REF! #REF! 361 20 TTCATGTAAAAATGCATTTCTTCATGTAAAAATGCATTTCTTCATGTAAAAATGCATTTC SH19050 19050 5 64 YOR234C_15_779404_778554_INTRON_20_546 intron #REF! #REF! 381 13 TGGCACGCGCAGTTGGCACGCGCAGTTGGCACGCGCAGTTGGCACGCGCAGTTGGCACGC SH19051 19051 69 124 YOR234C_15_779404_778554_INTRON_20_546 intron #REF! #REF! 401 20 CATATATATACGCTATCTTACATATATATACGCTATCTTACATATATATACGCTATCTTA SH19052 19052 65 196 YOR234C_15_779404_778554_INTRON_20_546 intron #REF! #REF! 421 17 GAAGCGACCTCAAATGAGAAGCGACCTCAAATGAGAAGCGACCTCAAATGAGAAGCGACC SH19053 19053 29 42 YOR234C_15_779404_778554_INTRON_20_546 intron #REF! #REF! 441 15 AGGGACGCAGTTATGAGGGACGCAGTTATGAGGGACGCAGTTATGAGGGACGCAGTTATG SH19054 19054 9 182 YOR234C_15_779404_778554_INTRON_20_546 intron #REF! #REF! 461 17 TTTCATTGAGCCCATGATTTCATTGAGCCCATGATTTCATTGAGCCCATGATTTCATTGA SH19055 19055 88 192 YOR234C_15_779404_778554_INTRON_20_546 intron #REF! #REF! 481 18 GCAGAGTGAAATAATTCGGCAGAGTGAAATAATTCGGCAGAGTGAAATAATTCGGCAGAG SH19056 19056 38 156 YOR234C_15_779404_778554_INTRON_20_546 intron #REF! #REF! 501 17 GTACTTTCATGAGCACGGTACTTTCATGAGCACGGTACTTTCATGAGCACGGTACTTTCA SH19057 19057 36 179 YOR234C_15_779404_778554_INTRON_20_546 intron #REF! #REF! 521 20 TAAATAAAGCTGTTAGTAAGTAAATAAAGCTGTTAGTAAGTAAATAAAGCTGTTAGTAAG SH19058 19058 71 130 YOR234C_15_779404_778554_INTRON_20_546 intron #REF! #REF! 541 20 GAATAGAATTTGTCAATTCAGAATAGAATTTGTCAATTCAGAATAGAATTTGTCAATTCA SH19059 19059 45 30 YOR234C_15_779404_778554_INTRON_20_546 intron/exon #REF! #REF! 561 22 GTATACTATCAAAATAAAAGTAGTATACTATCAAAATAAAAGTAGTATACTATCAAAATA SH19060 19060 103 142 YOR234C_15_779404_778554_INTRON_20_546 3' exon #REF! #REF! 581 17 GTGCTTACCTTTAACGTGTGCTTACCTTTAACGTGTGCTTACCTTTAACGTGTGCTTACC SH19061 19061 46 61 YOR234C_15_779404_778554_INTRON_20_546 3' exon #REF! #REF! 601 18 CTTAGATCTTTGGTAGGACTTAGATCTTTGGTAGGACTTAGATCTTTGGTAGGACTTAGA SH19062 19062 93 113 YOR293W_15_867094_867848_INTRON_53_489 5' exon #REF! #REF! 1 17 CTTCCTTTGGCATCAACCTTCCTTTGGCATCAACCTTCCTTTGGCATCAACCTTCCTTTG SH19063 19063 55 84 YOR293W_15_867094_867848_INTRON_53_489 5' exon #REF! #REF! 21 17 TTGGTGGATCTTGTTTCTTGGTGGATCTTGTTTCTTGGTGGATCTTGTTTCTTGGTGGAT SH19064 19064 11 167 YOR293W_15_867094_867848_INTRON_53_489 exon/intron #REF! #REF! 41 20 TAAAACATACCTTGGAATAATAAAACATACCTTGGAATAATAAAACATACCTTGGAATAA SH19065 19065 95 25 YOR293W_15_867094_867848_INTRON_53_489 intron #REF! #REF! 61 18 GCTTTCTGAAAGTTATTCGCTTTCTGAAAGTTATTCGCTTTCTGAAAGTTATTCGCTTTC SH19066 19066 101 108 YOR293W_15_867094_867848_INTRON_53_489 intron #REF! #REF! 81 17 ACTTTCCGTGTATCTTCACTTTCCGTGTATCTTCACTTTCCGTGTATCTTCACTTTCCGT SH19067 19067 104 76 YOR293W_15_867094_867848_INTRON_53_489 intron #REF! #REF! 101 15 CATAACTTCCCTCGCCATAACTTCCCTCGCCATAACTTCCCTCGCCATAACTTCCCTCGC SH19068 19068 9 98 YOR293W_15_867094_867848_INTRON_53_489 intron #REF! #REF! 121 15 CTACCGCTACTGTGTCTACCGCTACTGTGTCTACCGCTACTGTGTCTACCGCTACTGTGT SH19069 19069 12 57 YOR293W_15_867094_867848_INTRON_53_489 intron #REF! #REF! 141 18 AACATCGTGTATGTGAATAACATCGTGTATGTGAATAACATCGTGTATGTGAATAACATC SH19070 19070 100 67 YOR293W_15_867094_867848_INTRON_53_489 intron #REF! #REF! 161 18 GTATCCATCTGTGTGTTTGTATCCATCTGTGTGTTTGTATCCATCTGTGTGTTTGTATCC SH19071 19071 74 62 YOR293W_15_867094_867848_INTRON_53_489 intron #REF! #REF! 181 18 CCTTTAACCTCATATGCACCTTTAACCTCATATGCACCTTTAACCTCATATGCACCTTTA SH19072 19072 63 47 YOR293W_15_867094_867848_INTRON_53_489 intron #REF! #REF! 201 21 CCACTAATATATTCATAAGAACCACTAATATATTCATAAGAACCACTAATATATTCATAA SH19073 19073 33 135 YOR293W_15_867094_867848_INTRON_53_489 intron #REF! #REF! 221 20 GTAATTTCTTCTATGTAATCGTAATTTCTTCTATGTAATCGTAATTTCTTCTATGTAATC SH19074 19074 104 138 YOR293W_15_867094_867848_INTRON_53_489 intron #REF! #REF! 241 15 GTCACACGGTTCCTTGTCACACGGTTCCTTGTCACACGGTTCCTTGTCACACGGTTCCTT SH19075 19075 6 185 YOR293W_15_867094_867848_INTRON_53_489 intron #REF! #REF! 261 17 GTGCTGTCCTTTCGAAAGTGCTGTCCTTTCGAAAGTGCTGTCCTTTCGAAAGTGCTGTCC SH19076 19076 4 56 YOR293W_15_867094_867848_INTRON_53_489 intron #REF! #REF! 281 13 CAGGGTCGATGGCCAGGGTCGATGGCCAGGGTCGATGGCCAGGGTCGATGGCCAGGGTCG SH19077 19077 69 6 YOR293W_15_867094_867848_INTRON_53_489 intron #REF! #REF! 301 19 GACGTATACCATATTTCATGACGTATACCATATTTCATGACGTATACCATATTTCATGAC SH19078 19078 33 49 YOR293W_15_867094_867848_INTRON_53_489 intron #REF! #REF! 321 19 GTTTTCTTGCCCAAATATAGTTTTCTTGCCCAAATATAGTTTTCTTGCCCAAATATAGTT SH19079 19079 59 184 YOR293W_15_867094_867848_INTRON_53_489 intron #REF! #REF! 341 18 CGCGTAAAACAGTTTTACCGCGTAAAACAGTTTTACCGCGTAAAACAGTTTTACCGCGTA SH19080 19080 3 130 YOR293W_15_867094_867848_INTRON_53_489 intron #REF! #REF! 361 17 GGATCAAAAGTTGGATCGGATCAAAAGTTGGATCGGATCAAAAGTTGGATCGGATCAAAA SH19081 19081 67 102 YOR293W_15_867094_867848_INTRON_53_489 intron #REF! #REF! 381 13 TCGTGGTACTCGGTCGTGGTACTCGGTCGTGGTACTCGGTCGTGGTACTCGGTCGTGGTA SH19082 19082 81 71 YOR293W_15_867094_867848_INTRON_53_489 intron #REF! #REF! 401 22 TAAGTTAGTAAAAAGATCATATTAAGTTAGTAAAAAGATCATATTAAGTTAGTAAAAAGA SH19083 19083 93 8 YOR293W_15_867094_867848_INTRON_53_489 intron #REF! #REF! 421 18 CCGTTGAAATTGAAGATACCGTTGAAATTGAAGATACCGTTGAAATTGAAGATACCGTTG SH19084 19084 30 55 YOR293W_15_867094_867848_INTRON_53_489 intron #REF! #REF! 441 19 GAGAATGATGTTTACATCTGAGAATGATGTTTACATCTGAGAATGATGTTTACATCTGAG SH19085 19085 85 8 YOR293W_15_867094_867848_INTRON_53_489 intron #REF! #REF! 461 22 TAAAAAAAGAAATTATCATAGGTAAAAAAAGAAATTATCATAGGTAAAAAAAGAAATTAT SH19086 19086 102 184 YOR293W_15_867094_867848_INTRON_53_489 intron/exon #REF! #REF! 481 18 AACAACACCTTCTGTATAAACAACACCTTCTGTATAAACAACACCTTCTGTATAAACAAC SH19087 19087 84 122 YOR293W_15_867094_867848_INTRON_53_489 3' exon #REF! #REF! 501 16 GAAATCCTTCTTGGCGGAAATCCTTCTTGGCGGAAATCCTTCTTGGCGGAAATCCTTCTT SH19088 19088 46 66 YOR293W_15_867094_867848_INTRON_53_489 3' exon #REF! #REF! 521 15 CTTCGTGCTTGGCTTCTTCGTGCTTGGCTTCTTCGTGCTTGGCTTCTTCGTGCTTGGCTT SH19089 19089 33 116 YOR312C_15_901173_900242_INTRON_2_427 5' exon #REF! #REF! 1 18 GATTCCTTTGTTACGGTTGATTCCTTTGTTACGGTTGATTCCTTTGTTACGGTTGATTCC SH19090 19090 80 179 YOR312C_15_901173_900242_INTRON_2_427 5' exon #REF! #REF! 21 20 ATTACATACTTTTTCTTTGCATTACATACTTTTTCTTTGCATTACATACTTTTTCTTTGC SH19091 19091 70 209 YOR312C_15_901173_900242_INTRON_2_427 exon/intron #REF! #REF! 41 19 CAAGCATACAATACATTCTCAAGCATACAATACATTCTCAAGCATACAATACATTCTCAA SH19092 19092 36 143 YOR312C_15_901173_900242_INTRON_2_427 intron #REF! #REF! 61 18 TACATTGACATTCATTCCTACATTGACATTCATTCCTACATTGACATTCATTCCTACATT SH19093 19093 23 15 YOR312C_15_901173_900242_INTRON_2_427 intron #REF! #REF! 81 19 GAGCTCACCATATAAAATAGAGCTCACCATATAAAATAGAGCTCACCATATAAAATAGAG SH19094 19094 38 75 YOR312C_15_901173_900242_INTRON_2_427 intron #REF! #REF! 101 20 CACGATATGTTCATTCAATTCACGATATGTTCATTCAATTCACGATATGTTCATTCAATT SH19095 19095 90 65 YOR312C_15_901173_900242_INTRON_2_427 intron #REF! #REF! 121 22 ATTCTTCAGTATTTTAAATTTCATTCTTCAGTATTTTAAATTTCATTCTTCAGTATTTTA SH19096 19096 97 115 YOR312C_15_901173_900242_INTRON_2_427 intron #REF! #REF! 141 18 CATTGACTTATTGGGTATCATTGACTTATTGGGTATCATTGACTTATTGGGTATCATTGA SH19097 19097 103 58 YOR312C_15_901173_900242_INTRON_2_427 intron #REF! #REF! 161 18 GGAAAAACATTCACAGGTGGAAAAACATTCACAGGTGGAAAAACATTCACAGGTGGAAAA SH19098 19098 22 73 YOR312C_15_901173_900242_INTRON_2_427 intron #REF! #REF! 181 17 CAGTATTCGGCGTATTTCAGTATTCGGCGTATTTCAGTATTCGGCGTATTTCAGTATTCG SH19099 19099 19 141 YOR312C_15_901173_900242_INTRON_2_427 intron #REF! #REF! 201 20 CAATTTATGGTAATAATCGTCAATTTATGGTAATAATCGTCAATTTATGGTAATAATCGT SH19100 19100 33 151 YOR312C_15_901173_900242_INTRON_2_427 intron #REF! #REF! 221 16 GCCTTCCTTCTAGAAGGCCTTCCTTCTAGAAGGCCTTCCTTCTAGAAGGCCTTCCTTCTA SH19101 19101 71 78 YOR312C_15_901173_900242_INTRON_2_427 intron #REF! #REF! 241 20 ATCATCAGTATTAAATGGTAATCATCAGTATTAAATGGTAATCATCAGTATTAAATGGTA SH19102 19102 64 137 YOR312C_15_901173_900242_INTRON_2_427 intron #REF! #REF! 261 20 TCTCAAATGATATTAACCATTCTCAAATGATATTAACCATTCTCAAATGATATTAACCAT SH19103 19103 83 108 YOR312C_15_901173_900242_INTRON_2_427 intron #REF! #REF! 281 17 GTCCTCATGTGAAGACTGTCCTCATGTGAAGACTGTCCTCATGTGAAGACTGTCCTCATG SH19104 19104 67 76 YOR312C_15_901173_900242_INTRON_2_427 intron #REF! #REF! 301 16 CCTGGATGGTAGTTCTCCTGGATGGTAGTTCTCCTGGATGGTAGTTCTCCTGGATGGTAG SH19105 19105 33 105 YOR312C_15_901173_900242_INTRON_2_427 intron #REF! #REF! 321 20 ATTCAGTTAATTTCCTCTATATTCAGTTAATTTCCTCTATATTCAGTTAATTTCCTCTAT SH19106 19106 54 84 YOR312C_15_901173_900242_INTRON_2_427 intron #REF! #REF! 341 19 GTTTCAAAATAGATCTCTGGTTTCAAAATAGATCTCTGGTTTCAAAATAGATCTCTGGTT SH19107 19107 87 157 YOR312C_15_901173_900242_INTRON_2_427 intron #REF! #REF! 361 20 GACAATTACATGTAAATGAAGACAATTACATGTAAATGAAGACAATTACATGTAAATGAA SH19108 19108 76 179 YOR312C_15_901173_900242_INTRON_2_427 intron #REF! #REF! 381 21 CAAAAATATTGCTTTATTGCACAAAAATATTGCTTTATTGCACAAAAATATTGCTTTATT SH19109 19109 58 11 YOR312C_15_901173_900242_INTRON_2_427 intron #REF! #REF! 401 20 TTAGTAAACTTGCATATTTCTTAGTAAACTTGCATATTTCTTAGTAAACTTGCATATTTC SH19110 19110 40 50 YOR312C_15_901173_900242_INTRON_2_427 intron #REF! #REF! 421 22 ATCAAAAAAGAATTTATTCTTGATCAAAAAAGAATTTATTCTTGATCAAAAAAGAATTTA SH19111 19111 61 64 YOR312C_15_901173_900242_INTRON_2_427 intron/exon #REF! #REF! 441 20 CCACTGTTAAAGATAAAAATCCACTGTTAAAGATAAAAATCCACTGTTAAAGATAAAAAT SH19112 19112 22 60 YOR312C_15_901173_900242_INTRON_2_427 3' exon #REF! #REF! 461 18 GGTATTCTTTGAAATGAGGGTATTCTTTGAAATGAGGGTATTCTTTGAAATGAGGGTATT SH19113 19113 56 105 YOR312C_15_901173_900242_INTRON_2_427 3' exon #REF! #REF! 481 15 ACGACGACCAATGACACGACGACCAATGACACGACGACCAATGACACGACGACCAATGAC SH19114 19114 97 124 YPL031C_16_493033_492014_INTRON_18_119 5' exon #REF! #REF! 1 13 CAGTTTGCCGCGCCAGTTTGCCGCGCCAGTTTGCCGCGCCAGTTTGCCGCGCCAGTTTGC SH19115 19115 38 191 YPL031C_16_493033_492014_INTRON_18_119 5' exon #REF! #REF! 21 18 GACATTGGTATTGCTCAAGACATTGGTATTGCTCAAGACATTGGTATTGCTCAAGACATT SH19116 19116 23 17 YPL031C_16_493033_492014_INTRON_18_119 exon/intron #REF! #REF! 41 18 CTACATACTGTGAAGAAGCTACATACTGTGAAGAAGCTACATACTGTGAAGAAGCTACAT SH19117 19117 32 13 YPL031C_16_493033_492014_INTRON_18_119 intron #REF! #REF! 61 19 CAATGATACTTGACTAGAACAATGATACTTGACTAGAACAATGATACTTGACTAGAACAA SH19118 19118 33 112 YPL031C_16_493033_492014_INTRON_18_119 intron #REF! #REF! 81 20 CATTTCTAGTTCTTTACTTTCATTTCTAGTTCTTTACTTTCATTTCTAGTTCTTTACTTT SH19119 19119 40 45 YPL031C_16_493033_492014_INTRON_18_119 intron #REF! #REF! 101 21 CGTATATATGTTAGTATTCATCGTATATATGTTAGTATTCATCGTATATATGTTAGTATT SH19120 19120 56 170 YPL031C_16_493033_492014_INTRON_18_119 intron #REF! #REF! 121 18 CGAGGTTGATTTTTTCTCCGAGGTTGATTTTTTCTCCGAGGTTGATTTTTTCTCCGAGGT SH19121 19121 17 146 YPL031C_16_493033_492014_INTRON_18_119 intron/exon #REF! #REF! 141 19 CTTAAATCTGTTCATAGAGCTTAAATCTGTTCATAGAGCTTAAATCTGTTCATAGAGCTT SH19122 19122 89 124 YPL031C_16_493033_492014_INTRON_18_119 3' exon #REF! #REF! 161 17 GCCAAGCTTTTCTAACTGCCAAGCTTTTCTAACTGCCAAGCTTTTCTAACTGCCAAGCTT SH19123 19123 46 140 YPL031C_16_493033_492014_INTRON_18_119 3' exon #REF! #REF! 181 15 TGTGGCATACGTACCTGTGGCATACGTACCTGTGGCATACGTACCTGTGGCATACGTACC SH19124 19124 20 65 YPL075W_16_412249_415357_INTRON_9_759 5' exon #REF! #REF! 1 20 ATTAAATATAACCGTCGTTTATTAAATATAACCGTCGTTTATTAAATATAACCGTCGTTT SH19125 19125 65 37 YPL075W_16_412249_415357_INTRON_9_759 5' exon #REF! #REF! 21 19 CAATATATATCAAAGGCCACAATATATATCAAAGGCCACAATATATATCAAAGGCCACAA SH19126 19126 51 69 YPL075W_16_412249_415357_INTRON_9_759 exon/intron #REF! #REF! 41 18 GATCATACCATACCATTTGATCATACCATACCATTTGATCATACCATACCATTTGATCAT SH19127 19127 4 69 YPL075W_16_412249_415357_INTRON_9_759 intron #REF! #REF! 61 18 ATTTTCAGAATGCGTGTTATTTTCAGAATGCGTGTTATTTTCAGAATGCGTGTTATTTTC SH19128 19128 102 41 YPL075W_16_412249_415357_INTRON_9_759 intron #REF! #REF! 81 17 CGAAAACCTCCCAGATACGAAAACCTCCCAGATACGAAAACCTCCCAGATACGAAAACCT SH19129 19129 82 23 YPL075W_16_412249_415357_INTRON_9_759 intron #REF! #REF! 101 17 AAGGAAAACTCCATACCAAGGAAAACTCCATACCAAGGAAAACTCCATACCAAGGAAAAC SH19130 19130 52 50 YPL075W_16_412249_415357_INTRON_9_759 intron #REF! #REF! 121 18 AAGGGATAATAAGTGAGAAAGGGATAATAAGTGAGAAAGGGATAATAAGTGAGAAAGGGA SH19131 19131 38 101 YPL075W_16_412249_415357_INTRON_9_759 intron #REF! #REF! 141 19 CTGAAGGATCAATTACAATCTGAAGGATCAATTACAATCTGAAGGATCAATTACAATCTG SH19132 19132 4 39 YPL075W_16_412249_415357_INTRON_9_759 intron #REF! #REF! 161 18 TGAAAGGCTGCAAATATTTGAAAGGCTGCAAATATTTGAAAGGCTGCAAATATTTGAAAG SH19133 19133 96 159 YPL075W_16_412249_415357_INTRON_9_759 intron #REF! #REF! 181 20 GCAATGAAAAAAAGGATAGTGCAATGAAAAAAAGGATAGTGCAATGAAAAAAAGGATAGT SH19134 19134 71 201 YPL075W_16_412249_415357_INTRON_9_759 intron #REF! #REF! 201 22 AAAAAAGGTTCAATAGTAATAAAAAAAAGGTTCAATAGTAATAAAAAAAAGGTTCAATAG SH19135 19135 8 186 YPL075W_16_412249_415357_INTRON_9_759 intron #REF! #REF! 221 15 GCAGGCAACTCCTAAGCAGGCAACTCCTAAGCAGGCAACTCCTAAGCAGGCAACTCCTAA SH19136 19136 9 32 YPL075W_16_412249_415357_INTRON_9_759 intron #REF! #REF! 241 20 CTTGTCAGCAAATTATATTGCTTGTCAGCAAATTATATTGCTTGTCAGCAAATTATATTG SH19137 19137 3 4 YPL075W_16_412249_415357_INTRON_9_759 intron #REF! #REF! 261 18 TGTGCTGGTAATTTACTATGTGCTGGTAATTTACTATGTGCTGGTAATTTACTATGTGCT SH19138 19138 67 33 YPL075W_16_412249_415357_INTRON_9_759 intron #REF! #REF! 281 23 CTAATTTCTTTTTTAATCTTAATCTAATTTCTTTTTTAATCTTAATCTAATTTCTTTTTT SH19139 19139 24 63 YPL075W_16_412249_415357_INTRON_9_759 intron #REF! #REF! 301 17 TATCAAGCTCTTGGCTATATCAAGCTCTTGGCTATATCAAGCTCTTGGCTATATCAAGCT SH19140 19140 78 45 YPL075W_16_412249_415357_INTRON_9_759 intron #REF! #REF! 321 20 AAAGGTTTGTGTATAAGATAAAAGGTTTGTGTATAAGATAAAAGGTTTGTGTATAAGATA SH19141 19141 104 25 YPL075W_16_412249_415357_INTRON_9_759 intron #REF! #REF! 341 17 TTTATCAAGTAGGTCGGTTTATCAAGTAGGTCGGTTTATCAAGTAGGTCGGTTTATCAAG SH19142 19142 63 71 YPL075W_16_412249_415357_INTRON_9_759 intron #REF! #REF! 361 17 AAGAGGTAGAGGTATGTAAGAGGTAGAGGTATGTAAGAGGTAGAGGTATGTAAGAGGTAG SH19143 19143 90 198 YPL075W_16_412249_415357_INTRON_9_759 intron #REF! #REF! 381 22 TTTTGTACTTTTCTATTTCTAATTTTGTACTTTTCTATTTCTAATTTTGTACTTTTCTAT SH19144 19144 27 47 YPL075W_16_412249_415357_INTRON_9_759 intron #REF! #REF! 401 22 AAATTATTTCCTTTTGCTATTTAAATTATTTCCTTTTGCTATTTAAATTATTTCCTTTTG SH19145 19145 90 127 YPL075W_16_412249_415357_INTRON_9_759 intron #REF! #REF! 421 22 CACACAATGTTATTTTAAAGAACACACAATGTTATTTTAAAGAACACACAATGTTATTTT SH19146 19146 5 118 YPL075W_16_412249_415357_INTRON_9_759 intron #REF! #REF! 441 17 CCATAGTTGGAACCTCACCATAGTTGGAACCTCACCATAGTTGGAACCTCACCATAGTTG SH19147 19147 15 11 YPL075W_16_412249_415357_INTRON_9_759 intron #REF! #REF! 461 20 GTTTGCGTTACTCTATTAATGTTTGCGTTACTCTATTAATGTTTGCGTTACTCTATTAAT SH19148 19148 16 82 YPL075W_16_412249_415357_INTRON_9_759 intron #REF! #REF! 481 17 GCACTTCCTTTCCTTAAGCACTTCCTTTCCTTAAGCACTTCCTTTCCTTAAGCACTTCCT SH19149 19149 57 78 YPL075W_16_412249_415357_INTRON_9_759 intron #REF! #REF! 501 22 GTTCTTATAAATACTTAATTGTGTTCTTATAAATACTTAATTGTGTTCTTATAAATACTT SH19150 19150 50 186 YPL075W_16_412249_415357_INTRON_9_759 intron #REF! #REF! 521 17 TTGGGGGATAAATTCGTTTGGGGGATAAATTCGTTTGGGGGATAAATTCGTTTGGGGGAT SH19151 19151 39 127 YPL075W_16_412249_415357_INTRON_9_759 intron #REF! #REF! 541 20 TTATTAAGTATAGGTGCTTTTTATTAAGTATAGGTGCTTTTTATTAAGTATAGGTGCTTT SH19152 19152 95 19 YPL075W_16_412249_415357_INTRON_9_759 intron #REF! #REF! 561 15 GCTATTCCCCTCCTTGCTATTCCCCTCCTTGCTATTCCCCTCCTTGCTATTCCCCTCCTT SH19153 19153 92 5 YPL075W_16_412249_415357_INTRON_9_759 intron #REF! #REF! 581 17 CGCAGACAACACTCAATCGCAGACAACACTCAATCGCAGACAACACTCAATCGCAGACAA SH19154 19154 76 110 YPL075W_16_412249_415357_INTRON_9_759 intron #REF! #REF! 601 15 CTCTTGTACGCAGACCTCTTGTACGCAGACCTCTTGTACGCAGACCTCTTGTACGCAGAC SH19155 19155 16 138 YPL075W_16_412249_415357_INTRON_9_759 intron #REF! #REF! 621 17 AGCCTGAGTCAGAAAATAGCCTGAGTCAGAAAATAGCCTGAGTCAGAAAATAGCCTGAGT SH19156 19156 36 10 YPL075W_16_412249_415357_INTRON_9_759 intron #REF! #REF! 641 18 CCCTTGAAAAGTTTCTGACCCTTGAAAAGTTTCTGACCCTTGAAAAGTTTCTGACCCTTG SH19157 19157 80 154 YPL075W_16_412249_415357_INTRON_9_759 intron #REF! #REF! 661 20 TACGTTTTATCCTGTTATTTTACGTTTTATCCTGTTATTTTACGTTTTATCCTGTTATTT SH19158 19158 23 122 YPL075W_16_412249_415357_INTRON_9_759 intron #REF! #REF! 681 17 ACTTTGTGTCCTGACATACTTTGTGTCCTGACATACTTTGTGTCCTGACATACTTTGTGT SH19159 19159 66 2 YPL075W_16_412249_415357_INTRON_9_759 intron #REF! #REF! 701 18 ATTATAGGAAGTTGATGGATTATAGGAAGTTGATGGATTATAGGAAGTTGATGGATTATA SH19160 19160 20 59 YPL075W_16_412249_415357_INTRON_9_759 intron #REF! #REF! 721 18 CCATATGATTCTTTGCCACCATATGATTCTTTGCCACCATATGATTCTTTGCCACCATAT SH19161 19161 92 201 YPL075W_16_412249_415357_INTRON_9_759 intron #REF! #REF! 741 21 CATTTAATTGGTTAGTATTTGCATTTAATTGGTTAGTATTTGCATTTAATTGGTTAGTAT SH19162 19162 3 178 YPL075W_16_412249_415357_INTRON_9_759 intron #REF! #REF! 761 17 AATTGAGAAAGTAGGGCAATTGAGAAAGTAGGGCAATTGAGAAAGTAGGGCAATTGAGAA SH19163 19163 41 162 YPL075W_16_412249_415357_INTRON_9_759 intron #REF! #REF! 781 17 CAACACTTGTTTGCTGTCAACACTTGTTTGCTGTCAACACTTGTTTGCTGTCAACACTTG SH19164 19164 26 65 YPL075W_16_412249_415357_INTRON_9_759 intron/exon #REF! #REF! 801 13 CTCGTGCTGGTACCTCGTGCTGGTACCTCGTGCTGGTACCTCGTGCTGGTACCTCGTGCT SH19165 19165 80 184 YPL075W_16_412249_415357_INTRON_9_759 3' exon #REF! #REF! 821 20 TATTGTGCAATGGAATAAAATATTGTGCAATGGAATAAAATATTGTGCAATGGAATAAAA SH19166 19166 14 145 YPL079W_16_406631_407534_INTRON_12_432 5' exon #REF! #REF! 1 18 GTCTCAGTTTCTTTGATTGTCTCAGTTTCTTTGATTGTCTCAGTTTCTTTGATTGTCTCA SH19167 19167 87 143 YPL079W_16_406631_407534_INTRON_12_432 5' exon #REF! #REF! 21 18 TTTGTTTAGTGTCCTTGATTTGTTTAGTGTCCTTGATTTGTTTAGTGTCCTTGATTTGTT SH19168 19168 64 150 YPL079W_16_406631_407534_INTRON_12_432 exon/intron #REF! #REF! 41 17 GACATACGATTTACCCAGACATACGATTTACCCAGACATACGATTTACCCAGACATACGA SH19169 19169 66 51 YPL079W_16_406631_407534_INTRON_12_432 intron #REF! #REF! 61 23 CTATATTTTCATTTTGAAGTTATCTATATTTTCATTTTGAAGTTATCTATATTTTCATTT SH19170 19170 30 17 YPL079W_16_406631_407534_INTRON_12_432 intron #REF! #REF! 81 18 GATATGTTTCAACTGCTAGATATGTTTCAACTGCTAGATATGTTTCAACTGCTAGATATG SH19171 19171 32 41 YPL079W_16_406631_407534_INTRON_12_432 intron #REF! #REF! 101 20 GGAGATGTATAATGATTTAAGGAGATGTATAATGATTTAAGGAGATGTATAATGATTTAA SH19172 19172 88 164 YPL079W_16_406631_407534_INTRON_12_432 intron #REF! #REF! 121 20 CTCTTGCATACATGTTTATTCTCTTGCATACATGTTTATTCTCTTGCATACATGTTTATT SH19173 19173 4 4 YPL079W_16_406631_407534_INTRON_12_432 intron #REF! #REF! 141 18 GAAGATATTTACGCTTTCGAAGATATTTACGCTTTCGAAGATATTTACGCTTTCGAAGAT SH19174 19174 101 204 YPL079W_16_406631_407534_INTRON_12_432 intron #REF! #REF! 161 18 AGCAAAGTATTGTCGAAAAGCAAAGTATTGTCGAAAAGCAAAGTATTGTCGAAAAGCAAA SH19175 19175 9 214 YPL079W_16_406631_407534_INTRON_12_432 intron #REF! #REF! 181 22 CTTCATTTTCATTTTTAGTTCACTTCATTTTCATTTTTAGTTCACTTCATTTTCATTTTT SH19176 19176 89 116 YPL079W_16_406631_407534_INTRON_12_432 intron #REF! #REF! 201 18 TCCTTTGAGAATTCAACTTCCTTTGAGAATTCAACTTCCTTTGAGAATTCAACTTCCTTT SH19177 19177 22 91 YPL079W_16_406631_407534_INTRON_12_432 intron #REF! #REF! 221 17 TAACGAACTTGCATCACTAACGAACTTGCATCACTAACGAACTTGCATCACTAACGAACT SH19178 19178 20 211 YPL079W_16_406631_407534_INTRON_12_432 intron #REF! #REF! 241 20 ATTCCACTAAAAACCATATTATTCCACTAAAAACCATATTATTCCACTAAAAACCATATT SH19179 19179 79 144 YPL079W_16_406631_407534_INTRON_12_432 intron #REF! #REF! 261 20 ATCTATCACAAACTATGATAATCTATCACAAACTATGATAATCTATCACAAACTATGATA SH19180 19180 74 51 YPL079W_16_406631_407534_INTRON_12_432 intron #REF! #REF! 281 15 CTACTCCTCGTGTGTCTACTCCTCGTGTGTCTACTCCTCGTGTGTCTACTCCTCGTGTGT SH19181 19181 56 150 YPL079W_16_406631_407534_INTRON_12_432 intron #REF! #REF! 301 17 GCTGTTGCACTTGCTTTGCTGTTGCACTTGCTTTGCTGTTGCACTTGCTTTGCTGTTGCA SH19182 19182 11 48 YPL079W_16_406631_407534_INTRON_12_432 intron #REF! #REF! 321 18 ATTTCCTGCTAACATATCATTTCCTGCTAACATATCATTTCCTGCTAACATATCATTTCC SH19183 19183 67 86 YPL079W_16_406631_407534_INTRON_12_432 intron #REF! #REF! 341 22 ACACAATATCCAATTTATAATAACACAATATCCAATTTATAATAACACAATATCCAATTT SH19184 19184 60 201 YPL079W_16_406631_407534_INTRON_12_432 intron #REF! #REF! 361 22 CAAACATATATCAAAAAAACACCAAACATATATCAAAAAAACACCAAACATATATCAAAA SH19185 19185 102 210 YPL079W_16_406631_407534_INTRON_12_432 intron #REF! #REF! 381 17 CTGTATTAGCTTCGACACTGTATTAGCTTCGACACTGTATTAGCTTCGACACTGTATTAG SH19186 19186 6 63 YPL079W_16_406631_407534_INTRON_12_432 intron #REF! #REF! 401 20 TTAAATTCCAGTTAGTAATCTTAAATTCCAGTTAGTAATCTTAAATTCCAGTTAGTAATC SH19187 19187 72 15 YPL079W_16_406631_407534_INTRON_12_432 intron #REF! #REF! 421 17 AGAGCATGATTGTGCTTAGAGCATGATTGTGCTTAGAGCATGATTGTGCTTAGAGCATGA SH19188 19188 40 126 YPL079W_16_406631_407534_INTRON_12_432 intron #REF! #REF! 441 23 TAATTTTTTAATAGATCAATCATTAATTTTTTAATAGATCAATCATTAATTTTTTAATAG SH19189 19189 5 22 YPL079W_16_406631_407534_INTRON_12_432 intron/exon #REF! #REF! 461 20 TAACCATGTCTGTTTTATAATAACCATGTCTGTTTTATAATAACCATGTCTGTTTTATAA SH19190 19190 74 190 YPL079W_16_406631_407534_INTRON_12_432 3' exon #REF! #REF! 481 15 CGTGTACGAGATCTGCGTGTACGAGATCTGCGTGTACGAGATCTGCGTGTACGAGATCTG SH19191 19191 85 187 YPL079W_16_406631_407534_INTRON_12_432 3' exon #REF! #REF! 501 17 GAAGTCACGTTGGAACAGAAGTCACGTTGGAACAGAAGTCACGTTGGAACAGAAGTCACG SH19192 19192 29 98 YPL081W_16_404945_406039_INTRON_8_508 5' exon #REF! #REF! 1 19 GCTGTATTAGTTTTCTTGTGCTGTATTAGTTTTCTTGTGCTGTATTAGTTTTCTTGTGCT SH19193 19193 41 133 YPL081W_16_404945_406039_INTRON_8_508 5' exon #REF! #REF! 21 20 GTATACTTTTGTATTTCTGTGTATACTTTTGTATTTCTGTGTATACTTTTGTATTTCTGT SH19194 19194 59 156 YPL081W_16_404945_406039_INTRON_8_508 exon/intron #REF! #REF! 41 17 GACGTACTTGGCATGTTGACGTACTTGGCATGTTGACGTACTTGGCATGTTGACGTACTT SH19195 19195 45 166 YPL081W_16_404945_406039_INTRON_8_508 intron #REF! #REF! 61 18 CCTTAAAAGGAGAAGATTCCTTAAAAGGAGAAGATTCCTTAAAAGGAGAAGATTCCTTAA SH19196 19196 6 163 YPL081W_16_404945_406039_INTRON_8_508 intron #REF! #REF! 81 25 GATTTTTTAATAAAAATATTCTCAAGATTTTTTAATAAAAATATTCTCAAGATTTTTTAA SH19197 19197 69 99 YPL081W_16_404945_406039_INTRON_8_508 intron #REF! #REF! 101 20 AATCATAGCAAGTATGATTTAATCATAGCAAGTATGATTTAATCATAGCAAGTATGATTT SH19198 19198 53 146 YPL081W_16_404945_406039_INTRON_8_508 intron #REF! #REF! 121 15 GGACCCGATCCTCAAGGACCCGATCCTCAAGGACCCGATCCTCAAGGACCCGATCCTCAA SH19199 19199 38 119 YPL081W_16_404945_406039_INTRON_8_508 intron #REF! #REF! 141 20 CAAAGGCTCTTCAAAATATTCAAAGGCTCTTCAAAATATTCAAAGGCTCTTCAAAATATT SH19200 19200 93 65 YPL081W_16_404945_406039_INTRON_8_508 intron #REF! #REF! 161 22 AAACGAAAAGAAAAAAATTCAAAAACGAAAAGAAAAAAATTCAAAAACGAAAAGAAAAAA SH19201 19201 61 46 YPL081W_16_404945_406039_INTRON_8_508 intron #REF! #REF! 181 18 CGTCCATTATTGAACAAACGTCCATTATTGAACAAACGTCCATTATTGAACAAACGTCCA SH19202 19202 31 66 YPL081W_16_404945_406039_INTRON_8_508 intron #REF! #REF! 201 22 AAAAAAAAGTATTCTATGAAGAAAAAAAAAGTATTCTATGAAGAAAAAAAAAGTATTCTA SH19203 19203 32 193 YPL081W_16_404945_406039_INTRON_8_508 intron #REF! #REF! 221 18 TAAAGGTTTTCTCCGAAATAAAGGTTTTCTCCGAAATAAAGGTTTTCTCCGAAATAAAGG SH19204 19204 10 30 YPL081W_16_404945_406039_INTRON_8_508 intron #REF! #REF! 241 13 GTCGGGAGTTCAGGTCGGGAGTTCAGGTCGGGAGTTCAGGTCGGGAGTTCAGGTCGGGAG SH19205 19205 54 67 YPL081W_16_404945_406039_INTRON_8_508 intron #REF! #REF! 261 16 CTTCGGAACGCTTTACCTTCGGAACGCTTTACCTTCGGAACGCTTTACCTTCGGAACGCT SH19206 19206 103 28 YPL081W_16_404945_406039_INTRON_8_508 intron #REF! #REF! 281 18 TTCCTCTTCTAATGTTGATTCCTCTTCTAATGTTGATTCCTCTTCTAATGTTGATTCCTC SH19207 19207 69 195 YPL081W_16_404945_406039_INTRON_8_508 intron #REF! #REF! 301 17 AATCAGAACTGGGGAAAAATCAGAACTGGGGAAAAATCAGAACTGGGGAAAAATCAGAAC SH19208 19208 95 53 YPL081W_16_404945_406039_INTRON_8_508 intron #REF! #REF! 321 18 TGAGTTATCTTCAACAGATGAGTTATCTTCAACAGATGAGTTATCTTCAACAGATGAGTT SH19209 19209 49 200 YPL081W_16_404945_406039_INTRON_8_508 intron #REF! #REF! 341 19 CTGTATTAAGCCTAGAATACTGTATTAAGCCTAGAATACTGTATTAAGCCTAGAATACTG SH19210 19210 71 181 YPL081W_16_404945_406039_INTRON_8_508 intron #REF! #REF! 361 18 TCTCAAACCTAACACATTTCTCAAACCTAACACATTTCTCAAACCTAACACATTTCTCAA SH19211 19211 41 149 YPL081W_16_404945_406039_INTRON_8_508 intron #REF! #REF! 381 17 GCATAATCCATGATGGAGCATAATCCATGATGGAGCATAATCCATGATGGAGCATAATCC SH19212 19212 8 214 YPL081W_16_404945_406039_INTRON_8_508 intron #REF! #REF! 401 15 CACGTCACTGACGAACACGTCACTGACGAACACGTCACTGACGAACACGTCACTGACGAA SH19213 19213 53 33 YPL081W_16_404945_406039_INTRON_8_508 intron #REF! #REF! 421 19 CTTCCTATCTTCAAAAGAACTTCCTATCTTCAAAAGAACTTCCTATCTTCAAAAGAACTT SH19214 19214 37 185 YPL081W_16_404945_406039_INTRON_8_508 intron #REF! #REF! 441 20 AGCAATTATTGAAGTTTTGTAGCAATTATTGAAGTTTTGTAGCAATTATTGAAGTTTTGT SH19215 19215 24 62 YPL081W_16_404945_406039_INTRON_8_508 intron #REF! #REF! 461 23 GATCACTACATAAATATTATTAAGATCACTACATAAATATTATTAAGATCACTACATAAA SH19216 19216 16 3 YPL081W_16_404945_406039_INTRON_8_508 intron #REF! #REF! 481 17 AATGCGAGGATCAAGATAATGCGAGGATCAAGATAATGCGAGGATCAAGATAATGCGAGG SH19217 19217 98 40 YPL081W_16_404945_406039_INTRON_8_508 intron #REF! #REF! 501 17 AGCGCTCTCTTTTTCAAAGCGCTCTCTTTTTCAAAGCGCTCTCTTTTTCAAAGCGCTCTC SH19218 19218 25 54 YPL081W_16_404945_406039_INTRON_8_508 intron #REF! #REF! 521 20 GATAATTACAACCATTGTTAGATAATTACAACCATTGTTAGATAATTACAACCATTGTTA SH19219 19219 46 3 YPL081W_16_404945_406039_INTRON_8_508 intron/exon #REF! #REF! 541 17 GGGCTCCTGTTTTACAAGGGCTCCTGTTTTACAAGGGCTCCTGTTTTACAAGGGCTCCTG SH19220 19220 99 214 YPL081W_16_404945_406039_INTRON_8_508 3' exon #REF! #REF! 561 18 AAGTCTTGGAATATGTTCAAGTCTTGGAATATGTTCAAGTCTTGGAATATGTTCAAGTCT SH19221 19221 10 7 YPL081W_16_404945_406039_INTRON_8_508 3' exon #REF! #REF! 581 16 GTCTCTTTGGGGTAGAGTCTCTTTGGGGTAGAGTCTCTTTGGGGTAGAGTCTCTTTGGGG SH19222 19222 30 42 YPL090C_16_378390_377286_INTRON_7_400 5' exon #REF! #REF! 1 18 GTCACTTCTCTTAAGCAAGTCACTTCTCTTAAGCAAGTCACTTCTCTTAAGCAAGTCACT SH19223 19223 64 39 YPL090C_16_378390_377286_INTRON_7_400 5' exon #REF! #REF! 21 17 AGTCTGTCTTCACTCTTAGTCTGTCTTCACTCTTAGTCTGTCTTCACTCTTAGTCTGTCT SH19224 19224 71 143 YPL090C_16_378390_377286_INTRON_7_400 exon/intron #REF! #REF! 41 18 AATCATACCTTCATGATGAATCATACCTTCATGATGAATCATACCTTCATGATGAATCAT SH19225 19225 92 51 YPL090C_16_378390_377286_INTRON_7_400 intron #REF! #REF! 61 18 CCCTCAATAATAGTATCACCCTCAATAATAGTATCACCCTCAATAATAGTATCACCCTCA SH19226 19226 17 142 YPL090C_16_378390_377286_INTRON_7_400 intron #REF! #REF! 81 20 CACATATAAAGTTCTCTGTTCACATATAAAGTTCTCTGTTCACATATAAAGTTCTCTGTT SH19227 19227 52 87 YPL090C_16_378390_377286_INTRON_7_400 intron #REF! #REF! 101 18 ACTTTCATGCCATTTTTCACTTTCATGCCATTTTTCACTTTCATGCCATTTTTCACTTTC SH19228 19228 44 115 YPL090C_16_378390_377286_INTRON_7_400 intron #REF! #REF! 121 18 TAGTTCTTTCTCACTTTCTAGTTCTTTCTCACTTTCTAGTTCTTTCTCACTTTCTAGTTC SH19229 19229 28 106 YPL090C_16_378390_377286_INTRON_7_400 intron #REF! #REF! 141 15 CGACGTCTGGTTCTGCGACGTCTGGTTCTGCGACGTCTGGTTCTGCGACGTCTGGTTCTG SH19230 19230 2 205 YPL090C_16_378390_377286_INTRON_7_400 intron #REF! #REF! 161 23 TTTCCATAAAAAATTTCTAAAATTTTCCATAAAAAATTTCTAAAATTTTCCATAAAAAAT SH19231 19231 85 89 YPL090C_16_378390_377286_INTRON_7_400 intron #REF! #REF! 181 17 AGTCTTCCTGCTTCTTTAGTCTTCCTGCTTCTTTAGTCTTCCTGCTTCTTTAGTCTTCCT SH19232 19232 45 156 YPL090C_16_378390_377286_INTRON_7_400 intron #REF! #REF! 201 20 AAACGCATCAATTAGTATATAAACGCATCAATTAGTATATAAACGCATCAATTAGTATAT SH19233 19233 82 151 YPL090C_16_378390_377286_INTRON_7_400 intron #REF! #REF! 221 18 GTTTAAAAATAACGCCACGTTTAAAAATAACGCCACGTTTAAAAATAACGCCACGTTTAA SH19234 19234 100 39 YPL090C_16_378390_377286_INTRON_7_400 intron #REF! #REF! 241 15 GTAAACCCGCTCTGTGTAAACCCGCTCTGTGTAAACCCGCTCTGTGTAAACCCGCTCTGT SH19235 19235 84 163 YPL090C_16_378390_377286_INTRON_7_400 intron #REF! #REF! 261 17 ACGGTTTGTAGTAACAGACGGTTTGTAGTAACAGACGGTTTGTAGTAACAGACGGTTTGT SH19236 19236 16 96 YPL090C_16_378390_377286_INTRON_7_400 intron #REF! #REF! 281 19 GTATATGAACTGCTTCAATGTATATGAACTGCTTCAATGTATATGAACTGCTTCAATGTA SH19237 19237 98 4 YPL090C_16_378390_377286_INTRON_7_400 intron #REF! #REF! 301 20 CTTTTATTGACTATACTCCACTTTTATTGACTATACTCCACTTTTATTGACTATACTCCA SH19238 19238 31 74 YPL090C_16_378390_377286_INTRON_7_400 intron #REF! #REF! 321 18 GAAGATGAAAAAGCTTGTGAAGATGAAAAAGCTTGTGAAGATGAAAAAGCTTGTGAAGAT SH19239 19239 43 3 YPL090C_16_378390_377286_INTRON_7_400 intron #REF! #REF! 341 20 ACTCTAGAGAAATTATTAAGACTCTAGAGAAATTATTAAGACTCTAGAGAAATTATTAAG SH19240 19240 93 135 YPL090C_16_378390_377286_INTRON_7_400 intron #REF! #REF! 361 19 GAATAGGGTGAAGTTTATTGAATAGGGTGAAGTTTATTGAATAGGGTGAAGTTTATTGAA SH19241 19241 82 89 YPL090C_16_378390_377286_INTRON_7_400 intron #REF! #REF! 381 22 ATACTATTGCAAAATTAATGTTATACTATTGCAAAATTAATGTTATACTATTGCAAAATT SH19242 19242 99 135 YPL090C_16_378390_377286_INTRON_7_400 intron #REF! #REF! 401 23 TTATTAAGAAAATTTGTTAGTATTTATTAAGAAAATTTGTTAGTATTTATTAAGAAAATT SH19243 19243 8 33 YPL090C_16_378390_377286_INTRON_7_400 intron #REF! #REF! 421 22 ATTTTAAATTTTCAACAGGTTAATTTTAAATTTTCAACAGGTTAATTTTAAATTTTCAAC SH19244 19244 12 33 YPL090C_16_378390_377286_INTRON_7_400 intron/exon #REF! #REF! 441 20 GGTAAGAAATGTTCAACTATGGTAAGAAATGTTCAACTATGGTAAGAAATGTTCAACTAT SH19245 19245 64 32 YPL090C_16_378390_377286_INTRON_7_400 3' exon #REF! #REF! 461 15 GAGACCCGTTAACTGGAGACCCGTTAACTGGAGACCCGTTAACTGGAGACCCGTTAACTG SH19246 19246 39 176 YPL129W_16_305297_306136_INTRON_10_114 5' exon #REF! #REF! 1 13 GAGGTCACGAAGGGAGGTCACGAAGGGAGGTCACGAAGGGAGGTCACGAAGGGAGGTCAC SH19247 19247 4 186 YPL129W_16_305297_306136_INTRON_10_114 5' exon #REF! #REF! 21 21 GATTAGTTATCTAATATCAGTGATTAGTTATCTAATATCAGTGATTAGTTATCTAATATC SH19248 19248 3 49 YPL129W_16_305297_306136_INTRON_10_114 exon/intron #REF! #REF! 41 17 AACATACAGCTACCATGAACATACAGCTACCATGAACATACAGCTACCATGAACATACAG SH19249 19249 4 90 YPL129W_16_305297_306136_INTRON_10_114 intron #REF! #REF! 61 18 GGTGGCTAAAAGAGATTAGGTGGCTAAAAGAGATTAGGTGGCTAAAAGAGATTAGGTGGC SH19250 19250 2 177 YPL129W_16_305297_306136_INTRON_10_114 intron #REF! #REF! 81 18 AAACAAAAAGCATATGGGAAACAAAAAGCATATGGGAAACAAAAAGCATATGGGAAACAA SH19251 19251 2 50 YPL129W_16_305297_306136_INTRON_10_114 intron #REF! #REF! 101 22 AAGTTAGTATTATTTTAGCTAAAAGTTAGTATTATTTTAGCTAAAAGTTAGTATTATTTT SH19252 19252 41 78 YPL129W_16_305297_306136_INTRON_10_114 intron #REF! #REF! 121 18 ATGAGAATAGAGTCGTAAATGAGAATAGAGTCGTAAATGAGAATAGAGTCGTAAATGAGA SH19253 19253 70 21 YPL129W_16_305297_306136_INTRON_10_114 intron/exon #REF! #REF! 141 19 CTGTCTGTTGGTTATTTAACTGTCTGTTGGTTATTTAACTGTCTGTTGGTTATTTAACTG SH19254 19254 8 19 YPL129W_16_305297_306136_INTRON_10_114 3' exon #REF! #REF! 161 18 ATACGGATGGTTCTTTTTATACGGATGGTTCTTTTTATACGGATGGTTCTTTTTATACGG SH19255 19255 59 15 YPL129W_16_305297_306136_INTRON_10_114 3' exon #REF! #REF! 181 18 GAATGTGTTGTTGGGTTTGAATGTGTTGTTGGGTTTGAATGTGTTGTTGGGTTTGAATGT SH19256 19256 98 105 YPL143W_16_282121_282969_INTRON_20_544 5' exon #REF! #REF! 1 18 TGATTGTTGGTTTCTTACTGATTGTTGGTTTCTTACTGATTGTTGGTTTCTTACTGATTG SH19257 19257 35 210 YPL143W_16_282121_282969_INTRON_20_544 5' exon #REF! #REF! 21 20 TTCAGCCATTTTTCAATTTATTCAGCCATTTTTCAATTTATTCAGCCATTTTTCAATTTA SH19258 19258 8 117 YPL143W_16_282121_282969_INTRON_20_544 exon/intron #REF! #REF! 41 18 TAACATACATCTATGGGATAACATACATCTATGGGATAACATACATCTATGGGATAACAT SH19259 19259 58 82 YPL143W_16_282121_282969_INTRON_20_544 intron #REF! #REF! 61 17 GTCTTCTCGTCATCAGTGTCTTCTCGTCATCAGTGTCTTCTCGTCATCAGTGTCTTCTCG SH19260 19260 26 40 YPL143W_16_282121_282969_INTRON_20_544 intron #REF! #REF! 81 22 ATTACTAGCACAAAATATTTTTATTACTAGCACAAAATATTTTTATTACTAGCACAAAAT SH19261 19261 43 128 YPL143W_16_282121_282969_INTRON_20_544 intron #REF! #REF! 101 20 TTCACTTGAAAATTCCAAATTTCACTTGAAAATTCCAAATTTCACTTGAAAATTCCAAAT SH19262 19262 81 42 YPL143W_16_282121_282969_INTRON_20_544 intron #REF! #REF! 121 20 TTTTCCTTTATTATCAACGTTTTTCCTTTATTATCAACGTTTTTCCTTTATTATCAACGT SH19263 19263 46 155 YPL143W_16_282121_282969_INTRON_20_544 intron #REF! #REF! 141 17 GCTTTTCTGAAGTCGCTGCTTTTCTGAAGTCGCTGCTTTTCTGAAGTCGCTGCTTTTCTG SH19264 19264 85 165 YPL143W_16_282121_282969_INTRON_20_544 intron #REF! #REF! 161 17 ACCACGTATATGATCTGACCACGTATATGATCTGACCACGTATATGATCTGACCACGTAT SH19265 19265 31 9 YPL143W_16_282121_282969_INTRON_20_544 intron #REF! #REF! 181 20 CTATATTCTTGCACATTTTACTATATTCTTGCACATTTTACTATATTCTTGCACATTTTA SH19266 19266 57 3 YPL143W_16_282121_282969_INTRON_20_544 intron #REF! #REF! 201 18 GCATTCATCTTACACTTTGCATTCATCTTACACTTTGCATTCATCTTACACTTTGCATTC SH19267 19267 101 38 YPL143W_16_282121_282969_INTRON_20_544 intron #REF! #REF! 221 18 TGGTGTTAAATCTGAGTTTGGTGTTAAATCTGAGTTTGGTGTTAAATCTGAGTTTGGTGT SH19268 19268 32 163 YPL143W_16_282121_282969_INTRON_20_544 intron #REF! #REF! 241 15 TGGACCCTTTAGCTGTGGACCCTTTAGCTGTGGACCCTTTAGCTGTGGACCCTTTAGCTG SH19269 19269 81 47 YPL143W_16_282121_282969_INTRON_20_544 intron #REF! #REF! 261 19 CTGGTATACTTGATTTGTTCTGGTATACTTGATTTGTTCTGGTATACTTGATTTGTTCTG SH19270 19270 6 188 YPL143W_16_282121_282969_INTRON_20_544 intron #REF! #REF! 281 22 AAAGATAAAACTTAGATATAGTAAAGATAAAACTTAGATATAGTAAAGATAAAACTTAGA SH19271 19271 17 26 YPL143W_16_282121_282969_INTRON_20_544 intron #REF! #REF! 301 22 ATAGTAGACTCTTTTATTATAAATAGTAGACTCTTTTATTATAAATAGTAGACTCTTTTA SH19272 19272 99 108 YPL143W_16_282121_282969_INTRON_20_544 intron #REF! #REF! 321 17 AGTTACCCAGAAACGATAGTTACCCAGAAACGATAGTTACCCAGAAACGATAGTTACCCA SH19273 19273 93 56 YPL143W_16_282121_282969_INTRON_20_544 intron #REF! #REF! 341 20 TCGATACTGCAAATTATTTTTCGATACTGCAAATTATTTTTCGATACTGCAAATTATTTT SH19274 19274 6 11 YPL143W_16_282121_282969_INTRON_20_544 intron #REF! #REF! 361 20 TAAATGTGATCTCGTAAATTTAAATGTGATCTCGTAAATTTAAATGTGATCTCGTAAATT SH19275 19275 37 13 YPL143W_16_282121_282969_INTRON_20_544 intron #REF! #REF! 381 18 CAAATTGGATATCGATGGCAAATTGGATATCGATGGCAAATTGGATATCGATGGCAAATT SH19276 19276 100 142 YPL143W_16_282121_282969_INTRON_20_544 intron #REF! #REF! 401 21 CATAATTTAGAGCTTTTAACACATAATTTAGAGCTTTTAACACATAATTTAGAGCTTTTA SH19277 19277 84 127 YPL143W_16_282121_282969_INTRON_20_544 intron #REF! #REF! 421 17 CATTGTCGAAGAATGCCCATTGTCGAAGAATGCCCATTGTCGAAGAATGCCCATTGTCGA SH19278 19278 15 58 YPL143W_16_282121_282969_INTRON_20_544 intron #REF! #REF! 441 17 TCATCAAGCTTAGGCTTTCATCAAGCTTAGGCTTTCATCAAGCTTAGGCTTTCATCAAGC SH19279 19279 6 151 YPL143W_16_282121_282969_INTRON_20_544 intron #REF! #REF! 461 17 CGAAGAGTTATGCGACTCGAAGAGTTATGCGACTCGAAGAGTTATGCGACTCGAAGAGTT SH19280 19280 83 191 YPL143W_16_282121_282969_INTRON_20_544 intron #REF! #REF! 481 18 AGCTAGCAAATTCTGTATAGCTAGCAAATTCTGTATAGCTAGCAAATTCTGTATAGCTAG SH19281 19281 35 107 YPL143W_16_282121_282969_INTRON_20_544 intron #REF! #REF! 501 19 CTTAGATGGTGGTTATTATCTTAGATGGTGGTTATTATCTTAGATGGTGGTTATTATCTT SH19282 19282 103 65 YPL143W_16_282121_282969_INTRON_20_544 intron #REF! #REF! 521 22 AAATGTTAGTATTTAATGATCAAAATGTTAGTATTTAATGATCAAAATGTTAGTATTTAA SH19283 19283 77 204 YPL143W_16_282121_282969_INTRON_20_544 intron #REF! #REF! 541 20 GAATAAAATCCCAAAACAAAGAATAAAATCCCAAAACAAAGAATAAAATCCCAAAACAAA SH19284 19284 71 121 YPL143W_16_282121_282969_INTRON_20_544 intron/exon #REF! #REF! 561 21 CGTACACTAAAAAAAAAAAAGCGTACACTAAAAAAAAAAAAGCGTACACTAAAAAAAAAA SH19285 19285 82 140 YPL143W_16_282121_282969_INTRON_20_544 3' exon #REF! #REF! 581 17 AAGTGCTTACCTTTGACAAGTGCTTACCTTTGACAAGTGCTTACCTTTGACAAGTGCTTA SH19286 19286 90 44 YPL143W_16_282121_282969_INTRON_20_544 3' exon #REF! #REF! 601 17 TCTTGGATCTTTGGTAGTCTTGGATCTTTGGTAGTCTTGGATCTTTGGTAGTCTTGGATC SH19287 19287 95 48 YPL175W_16_218629_220087_INTRON_18_117 5' exon #REF! #REF! 1 17 GTTAGAGTTAGCTAAGCGTTAGAGTTAGCTAAGCGTTAGAGTTAGCTAAGCGTTAGAGTT SH19288 19288 42 149 YPL175W_16_218629_220087_INTRON_18_117 5' exon #REF! #REF! 21 20 AGCCCATTGTTTTATATAATAGCCCATTGTTTTATATAATAGCCCATTGTTTTATATAAT SH19289 19289 67 189 YPL175W_16_218629_220087_INTRON_18_117 exon/intron #REF! #REF! 41 18 AGACATACGCTATATTGAAGACATACGCTATATTGAAGACATACGCTATATTGAAGACAT SH19290 19290 49 132 YPL175W_16_218629_220087_INTRON_18_117 intron #REF! #REF! 61 16 GAACACATGCTGTGAGGAACACATGCTGTGAGGAACACATGCTGTGAGGAACACATGCTG SH19291 19291 68 195 YPL175W_16_218629_220087_INTRON_18_117 intron #REF! #REF! 81 20 AAGAGATCTTCTTTAATGTAAAGAGATCTTCTTTAATGTAAAGAGATCTTCTTTAATGTA SH19292 19292 45 63 YPL175W_16_218629_220087_INTRON_18_117 intron #REF! #REF! 101 18 GGTTAGTATCAACAACAAGGTTAGTATCAACAACAAGGTTAGTATCAACAACAAGGTTAG SH19293 19293 79 58 YPL175W_16_218629_220087_INTRON_18_117 intron #REF! #REF! 121 20 TGTTATAACTCTCAACTTTATGTTATAACTCTCAACTTTATGTTATAACTCTCAACTTTA SH19294 19294 40 15 YPL175W_16_218629_220087_INTRON_18_117 intron/exon #REF! #REF! 141 18 ACAGCATCCTATTTTCATACAGCATCCTATTTTCATACAGCATCCTATTTTCATACAGCA SH19295 19295 79 141 YPL175W_16_218629_220087_INTRON_18_117 3' exon #REF! #REF! 161 18 CTGTGGATAAAAAAAGTCCTGTGGATAAAAAAAGTCCTGTGGATAAAAAAAGTCCTGTGG SH19296 19296 93 130 YPL175W_16_218629_220087_INTRON_18_117 3' exon #REF! #REF! 181 16 GAATTCGACTCCACCTGAATTCGACTCCACCTGAATTCGACTCCACCTGAATTCGACTCC SH19297 19297 50 173 YPL198W_16_173151_174701_INTRON_12_420 5' exon #REF! #REF! 1 18 TAATATGGGTCTACTTACTAATATGGGTCTACTTACTAATATGGGTCTACTTACTAATAT SH19298 19298 70 68 YPL198W_16_173151_174701_INTRON_12_420 5' exon #REF! #REF! 21 17 TGACGTTGATGGAGATTTGACGTTGATGGAGATTTGACGTTGATGGAGATTTGACGTTGA SH19299 19299 41 200 YPL198W_16_173151_174701_INTRON_12_420 exon/intron #REF! #REF! 41 17 GACATACTCAGTGGACAGACATACTCAGTGGACAGACATACTCAGTGGACAGACATACTC SH19300 19300 41 6 YPL198W_16_173151_174701_INTRON_12_420 intron #REF! #REF! 61 18 AAGGTCGTATTTGTAGTTAAGGTCGTATTTGTAGTTAAGGTCGTATTTGTAGTTAAGGTC SH19301 19301 89 46 YPL198W_16_173151_174701_INTRON_12_420 intron #REF! #REF! 81 18 CAACAAACTAGTTACCAACAACAAACTAGTTACCAACAACAAACTAGTTACCAACAACAA SH19302 19302 82 30 YPL198W_16_173151_174701_INTRON_12_420 intron #REF! #REF! 101 18 TCAAATTCAGATGTAACCTCAAATTCAGATGTAACCTCAAATTCAGATGTAACCTCAAAT SH19303 19303 88 72 YPL198W_16_173151_174701_INTRON_12_420 intron #REF! #REF! 121 20 AAGTATTATCAATTTGGGTAAAGTATTATCAATTTGGGTAAAGTATTATCAATTTGGGTA SH19304 19304 54 147 YPL198W_16_173151_174701_INTRON_12_420 intron #REF! #REF! 141 17 TGCGTTAACTTTTCCTGTGCGTTAACTTTTCCTGTGCGTTAACTTTTCCTGTGCGTTAAC SH19305 19305 74 131 YPL198W_16_173151_174701_INTRON_12_420 intron #REF! #REF! 161 20 TGTAAAAAAACACGTTTTGATGTAAAAAAACACGTTTTGATGTAAAAAAACACGTTTTGA SH19306 19306 11 16 YPL198W_16_173151_174701_INTRON_12_420 intron #REF! #REF! 181 17 CGATCACCATAGGTTATCGATCACCATAGGTTATCGATCACCATAGGTTATCGATCACCA SH19307 19307 58 134 YPL198W_16_173151_174701_INTRON_12_420 intron #REF! #REF! 201 20 GTGCTTCTTTTTATAATTAGGTGCTTCTTTTTATAATTAGGTGCTTCTTTTTATAATTAG SH19308 19308 63 188 YPL198W_16_173151_174701_INTRON_12_420 intron #REF! #REF! 221 20 AAGAAGATAAACTACTTCAAAAGAAGATAAACTACTTCAAAAGAAGATAAACTACTTCAA SH19309 19309 91 14 YPL198W_16_173151_174701_INTRON_12_420 intron #REF! #REF! 241 17 CCTACGAAAGGTACTTGCCTACGAAAGGTACTTGCCTACGAAAGGTACTTGCCTACGAAA SH19310 19310 9 112 YPL198W_16_173151_174701_INTRON_12_420 intron #REF! #REF! 261 22 CTTTGTTCATTAAAAATGAAAACTTTGTTCATTAAAAATGAAAACTTTGTTCATTAAAAA SH19311 19311 94 76 YPL198W_16_173151_174701_INTRON_12_420 intron #REF! #REF! 281 18 TACTAACAAACAATGCCTTACTAACAAACAATGCCTTACTAACAAACAATGCCTTACTAA SH19312 19312 46 186 YPL198W_16_173151_174701_INTRON_12_420 intron #REF! #REF! 301 19 CGGTGTATTACAAGTAATACGGTGTATTACAAGTAATACGGTGTATTACAAGTAATACGG SH19313 19313 38 110 YPL198W_16_173151_174701_INTRON_12_420 intron #REF! #REF! 321 22 GAAATATCTATCAATGAAATTAGAAATATCTATCAATGAAATTAGAAATATCTATCAATG SH19314 19314 8 163 YPL198W_16_173151_174701_INTRON_12_420 intron #REF! #REF! 341 15 CAGAGACATGCTGGACAGAGACATGCTGGACAGAGACATGCTGGACAGAGACATGCTGGA SH19315 19315 20 163 YPL198W_16_173151_174701_INTRON_12_420 intron #REF! #REF! 361 15 CATTCGATGGAAGGGCATTCGATGGAAGGGCATTCGATGGAAGGGCATTCGATGGAAGGG SH19316 19316 90 67 YPL198W_16_173151_174701_INTRON_12_420 intron #REF! #REF! 381 18 ATCGAATTGAAAACACCAATCGAATTGAAAACACCAATCGAATTGAAAACACCAATCGAA SH19317 19317 88 160 YPL198W_16_173151_174701_INTRON_12_420 intron #REF! #REF! 401 20 TTAAGAACAAAGATTCAGTTTTAAGAACAAAGATTCAGTTTTAAGAACAAAGATTCAGTT SH19318 19318 100 98 YPL198W_16_173151_174701_INTRON_12_420 intron #REF! #REF! 421 18 GTTAGCAAAGAAGTCATAGTTAGCAAAGAAGTCATAGTTAGCAAAGAAGTCATAGTTAGC SH19319 19319 24 21 YPL198W_16_173151_174701_INTRON_12_420 intron/exon #REF! #REF! 441 23 TTTTCTATTCAAAAATGAAAAAATTTTCTATTCAAAAATGAAAAAATTTTCTATTCAAAA SH19320 19320 80 92 YPL198W_16_173151_174701_INTRON_12_420 3' exon #REF! #REF! 461 18 TTCAGGAGTCAAGATTTTTTCAGGAGTCAAGATTTTTTCAGGAGTCAAGATTTTTTCAGG SH19321 19321 60 115 YPL198W_16_173151_174701_INTRON_12_420 3' exon #REF! #REF! 481 20 CTTTAGTCTTCTTCAATTGACTTTAGTCTTCTTCAATTGACTTTAGTCTTCTTCAATTGA SH19322 19322 72 104 YPL218W_16_138697_139408_INTRON_29_167 5' exon #REF! #REF! 1 22 TATTCCAATTATATATTGTTAGTATTCCAATTATATATTGTTAGTATTCCAATTATATAT SH19323 19323 6 175 YPL218W_16_138697_139408_INTRON_29_167 5' exon #REF! #REF! 21 15 CCCAACCAGCCATTACCCAACCAGCCATTACCCAACCAGCCATTACCCAACCAGCCATTA SH19324 19324 102 67 YPL218W_16_138697_139408_INTRON_29_167 exon/intron #REF! #REF! 41 18 TAACATACACCAACCAAATAACATACACCAACCAAATAACATACACCAACCAAATAACAT SH19325 19325 100 149 YPL218W_16_138697_139408_INTRON_29_167 intron #REF! #REF! 61 17 AAAAACGTGAACAGGGTAAAAACGTGAACAGGGTAAAAACGTGAACAGGGTAAAAACGTG SH19326 19326 30 44 YPL218W_16_138697_139408_INTRON_29_167 intron #REF! #REF! 81 22 CACATTGAATAAAACTAAGTATCACATTGAATAAAACTAAGTATCACATTGAATAAAACT SH19327 19327 52 22 YPL218W_16_138697_139408_INTRON_29_167 intron #REF! #REF! 101 20 AAAACATTCAATGTTTACCAAAAACATTCAATGTTTACCAAAAACATTCAATGTTTACCA SH19328 19328 94 158 YPL218W_16_138697_139408_INTRON_29_167 intron #REF! #REF! 121 20 AAAAAATAGATCTTAAGCTGAAAAAATAGATCTTAAGCTGAAAAAATAGATCTTAAGCTG SH19329 19329 51 70 YPL218W_16_138697_139408_INTRON_29_167 intron #REF! #REF! 141 20 CGCAATTTCTTCTAGAAAAACGCAATTTCTTCTAGAAAAACGCAATTTCTTCTAGAAAAA SH19330 19330 103 13 YPL218W_16_138697_139408_INTRON_29_167 intron #REF! #REF! 161 22 GTAAAATAAAGTTAGTAAAGGAGTAAAATAAAGTTAGTAAAGGAGTAAAATAAAGTTAGT SH19331 19331 26 201 YPL218W_16_138697_139408_INTRON_29_167 intron/exon #REF! #REF! 181 17 ATCTCTGACTGTACAGTATCTCTGACTGTACAGTATCTCTGACTGTACAGTATCTCTGAC SH19332 19332 5 65 YPL218W_16_138697_139408_INTRON_29_167 3' exon #REF! #REF! 201 15 ACCAAGGGAAGCCAAACCAAGGGAAGCCAAACCAAGGGAAGCCAAACCAAGGGAAGCCAA SH19333 19333 48 70 YPL218W_16_138697_139408_INTRON_29_167 3' exon #REF! #REF! 221 18 AGTTTACCATGTTTGTTCAGTTTACCATGTTTGTTCAGTTTACCATGTTTGTTCAGTTTA SH19334 19334 100 101 YPL241C_16_96258_95372_INTRON_26_105 5' exon #REF! #REF! 1 20 CTTAAGCTATTTCAGTTATACTTAAGCTATTTCAGTTATACTTAAGCTATTTCAGTTATA SH19335 19335 86 37 YPL241C_16_96258_95372_INTRON_26_105 5' exon #REF! #REF! 21 18 CAGTAAAGTCCATTTATGCAGTAAAGTCCATTTATGCAGTAAAGTCCATTTATGCAGTAA SH19336 19336 81 92 YPL241C_16_96258_95372_INTRON_26_105 exon/intron #REF! #REF! 41 18 CAACATACCCTTTATCTTCAACATACCCTTTATCTTCAACATACCCTTTATCTTCAACAT SH19337 19337 15 187 YPL241C_16_96258_95372_INTRON_26_105 intron #REF! #REF! 61 18 TAATGAAAGCAGATGAGTTAATGAAAGCAGATGAGTTAATGAAAGCAGATGAGTTAATGA SH19338 19338 13 16 YPL241C_16_96258_95372_INTRON_26_105 intron #REF! #REF! 81 18 ATGTTAATTAGTTGGACGATGTTAATTAGTTGGACGATGTTAATTAGTTGGACGATGTTA SH19339 19339 104 207 YPL241C_16_96258_95372_INTRON_26_105 intron #REF! #REF! 101 22 AAAAATAGTATACGAAAATATGAAAAATAGTATACGAAAATATGAAAAATAGTATACGAA SH19340 19340 82 107 YPL241C_16_96258_95372_INTRON_26_105 intron/exon #REF! #REF! 121 17 TCGAGCTCTACACAAAATCGAGCTCTACACAAAATCGAGCTCTACACAAAATCGAGCTCT SH19341 19341 84 46 YPL241C_16_96258_95372_INTRON_26_105 3' exon #REF! #REF! 141 16 CGTCTCTGAGAGTTCTCGTCTCTGAGAGTTCTCGTCTCTGAGAGTTCTCGTCTCTGAGAG SH19342 19342 61 110 YPL241C_16_96258_95372_INTRON_26_105 3' exon #REF! #REF! 161 17 CTGCAAGGTCTTATAGTCTGCAAGGTCTTATAGTCTGCAAGGTCTTATAGTCTGCAAGGT SH19343 19343 79 27 YPL249C-A_16_76239_75699_INTRON_17_254 5' exon #REF! #REF! 1 19 CTTCTCTATTCTGTTTTGACTTCTCTATTCTGTTTTGACTTCTCTATTCTGTTTTGACTT SH19344 19344 10 70 YPL249C-A_16_76239_75699_INTRON_17_254 5' exon #REF! #REF! 21 19 GCCATTTTGTATTATCCTTGCCATTTTGTATTATCCTTGCCATTTTGTATTATCCTTGCC SH19345 19345 48 85 YPL249C-A_16_76239_75699_INTRON_17_254 exon/intron #REF! #REF! 41 17 AACATACCAGTCTTGACAACATACCAGTCTTGACAACATACCAGTCTTGACAACATACCA SH19346 19346 33 4 YPL249C-A_16_76239_75699_INTRON_17_254 intron #REF! #REF! 61 18 TACAGTTCATTAGTTCAGTACAGTTCATTAGTTCAGTACAGTTCATTAGTTCAGTACAGT SH19347 19347 19 67 YPL249C-A_16_76239_75699_INTRON_17_254 intron #REF! #REF! 81 18 AGTTCATTTTGCTTTTGCAGTTCATTTTGCTTTTGCAGTTCATTTTGCTTTTGCAGTTCA SH19348 19348 58 60 YPL249C-A_16_76239_75699_INTRON_17_254 intron #REF! #REF! 101 17 GTTGTTGGCTTAGTGGTGTTGTTGGCTTAGTGGTGTTGTTGGCTTAGTGGTGTTGTTGGC SH19349 19349 63 77 YPL249C-A_16_76239_75699_INTRON_17_254 intron #REF! #REF! 121 18 TCTCATCCTGTTTGTATTTCTCATCCTGTTTGTATTTCTCATCCTGTTTGTATTTCTCAT SH19350 19350 25 20 YPL249C-A_16_76239_75699_INTRON_17_254 intron #REF! #REF! 141 17 GCATATCTCTGGAGCTTGCATATCTCTGGAGCTTGCATATCTCTGGAGCTTGCATATCTC SH19351 19351 6 99 YPL249C-A_16_76239_75699_INTRON_17_254 intron #REF! #REF! 161 17 GCAGGATATAAACGATGGCAGGATATAAACGATGGCAGGATATAAACGATGGCAGGATAT SH19352 19352 9 91 YPL249C-A_16_76239_75699_INTRON_17_254 intron #REF! #REF! 181 15 AGTACTGCAACGCTGAGTACTGCAACGCTGAGTACTGCAACGCTGAGTACTGCAACGCTG SH19353 19353 12 180 YPL249C-A_16_76239_75699_INTRON_17_254 intron #REF! #REF! 201 22 CAAAATAAATAAACAAAGACTCCAAAATAAATAAACAAAGACTCCAAAATAAATAAACAA SH19354 19354 49 63 YPL249C-A_16_76239_75699_INTRON_17_254 intron #REF! #REF! 221 17 CACGTAGTATACGAGCACACGTAGTATACGAGCACACGTAGTATACGAGCACACGTAGTA SH19355 19355 101 165 YPL249C-A_16_76239_75699_INTRON_17_254 intron #REF! #REF! 241 17 GTAACAAGCACACTAGTGTAACAAGCACACTAGTGTAACAAGCACACTAGTGTAACAAGC SH19356 19356 9 53 YPL249C-A_16_76239_75699_INTRON_17_254 intron #REF! #REF! 261 22 GAAAAAAATAGAATATCTTATGGAAAAAAATAGAATATCTTATGGAAAAAAATAGAATAT SH19357 19357 54 153 YPL249C-A_16_76239_75699_INTRON_17_254 intron/exon #REF! #REF! 281 15 GCGATACCTAGAGGAGCGATACCTAGAGGAGCGATACCTAGAGGAGCGATACCTAGAGGA SH19358 19358 10 114 YPL249C-A_16_76239_75699_INTRON_17_254 3' exon #REF! #REF! 301 17 CTTACCCTTGTTCAAACCTTACCCTTGTTCAAACCTTACCCTTGTTCAAACCTTACCCTT SH19359 19359 75 12 YPL249C-A_16_76239_75699_INTRON_17_254 3' exon #REF! #REF! 321 16 GAGTCATTTGGGTGACGAGTCATTTGGGTGACGAGTCATTTGGGTGACGAGTCATTTGGG SH19360 19360 90 69 YPR028W_16_623522_624197_INTRON_52_184 5' exon #REF! #REF! 1 17 AGATGCATATTCGGACAAGATGCATATTCGGACAAGATGCATATTCGGACAAGATGCATA SH19361 19361 26 57 YPR028W_16_623522_624197_INTRON_52_184 5' exon #REF! #REF! 21 19 GTTTCATTTGAGAGTGAATGTTTCATTTGAGAGTGAATGTTTCATTTGAGAGTGAATGTT SH19362 19362 7 148 YPR028W_16_623522_624197_INTRON_52_184 exon/intron #REF! #REF! 41 18 TTACATACGGTATCGAATTTACATACGGTATCGAATTTACATACGGTATCGAATTTACAT SH19363 19363 29 214 YPR028W_16_623522_624197_INTRON_52_184 intron #REF! #REF! 61 18 ATGGAACCAATAAAACCAATGGAACCAATAAAACCAATGGAACCAATAAAACCAATGGAA SH19364 19364 57 93 YPR028W_16_623522_624197_INTRON_52_184 intron #REF! #REF! 81 18 CTGTTTGAACCATGATGACTGTTTGAACCATGATGACTGTTTGAACCATGATGACTGTTT SH19365 19365 47 143 YPR028W_16_623522_624197_INTRON_52_184 intron #REF! #REF! 101 16 GTGTGTCGGGTCATTTGTGTGTCGGGTCATTTGTGTGTCGGGTCATTTGTGTGTCGGGTC SH19366 19366 43 17 YPR028W_16_623522_624197_INTRON_52_184 intron #REF! #REF! 121 17 TAGTATAACTGCTTCGGTAGTATAACTGCTTCGGTAGTATAACTGCTTCGGTAGTATAAC SH19367 19367 66 104 YPR028W_16_623522_624197_INTRON_52_184 intron #REF! #REF! 141 18 GGTGAAAATTAGCTTTCTGGTGAAAATTAGCTTTCTGGTGAAAATTAGCTTTCTGGTGAA SH19368 19368 80 207 YPR028W_16_623522_624197_INTRON_52_184 intron #REF! #REF! 161 18 GAAAAAAATGTAGCAAGGGAAAAAAATGTAGCAAGGGAAAAAAATGTAGCAAGGGAAAAA SH19369 19369 80 172 YPR028W_16_623522_624197_INTRON_52_184 intron/exon #REF! #REF! 181 17 TTACCAGAGTACTTCTGTTACCAGAGTACTTCTGTTACCAGAGTACTTCTGTTACCAGAG SH19370 19370 4 101 YPR028W_16_623522_624197_INTRON_52_184 3' exon #REF! #REF! 201 22 ATTTTCTAATTGCTGTAAAATTATTTTCTAATTGCTGTAAAATTATTTTCTAATTGCTGT SH19371 19371 29 208 YPR043W_16_654161_654842_INTRON_3_405 5' exon #REF! #REF! 1 18 TACTACTGTCTGAACTAATACTACTGTCTGAACTAATACTACTGTCTGAACTAATACTAC SH19372 19372 11 132 YPR043W_16_654161_654842_INTRON_3_405 5' exon #REF! #REF! 21 18 GTTGTCTTCCTGTTGTTTGTTGTCTTCCTGTTGTTTGTTGTCTTCCTGTTGTTTGTTGTC SH19373 19373 96 145 YPR043W_16_654161_654842_INTRON_3_405 exon/intron #REF! #REF! 41 22 AATATATCATACATTTTTGTCTAATATATCATACATTTTTGTCTAATATATCATACATTT SH19374 19374 103 114 YPR043W_16_654161_654842_INTRON_3_405 intron #REF! #REF! 61 17 GTAAATCGTGTGCGTAAGTAAATCGTGTGCGTAAGTAAATCGTGTGCGTAAGTAAATCGT SH19375 19375 81 40 YPR043W_16_654161_654842_INTRON_3_405 intron #REF! #REF! 81 16 CTACTCCTCCAAGCAACTACTCCTCCAAGCAACTACTCCTCCAAGCAACTACTCCTCCAA SH19376 19376 69 151 YPR043W_16_654161_654842_INTRON_3_405 intron #REF! #REF! 101 18 CAGTCTATTTCATCACGACAGTCTATTTCATCACGACAGTCTATTTCATCACGACAGTCT SH19377 19377 50 60 YPR043W_16_654161_654842_INTRON_3_405 intron #REF! #REF! 121 18 CTGTGGAATTCTGTCTATCTGTGGAATTCTGTCTATCTGTGGAATTCTGTCTATCTGTGG SH19378 19378 62 178 YPR043W_16_654161_654842_INTRON_3_405 intron #REF! #REF! 141 20 TTTCCCTTTATATCGTAAAATTTCCCTTTATATCGTAAAATTTCCCTTTATATCGTAAAA SH19379 19379 80 86 YPR043W_16_654161_654842_INTRON_3_405 intron #REF! #REF! 161 18 GGTGTTCAACTTCATGTTGGTGTTCAACTTCATGTTGGTGTTCAACTTCATGTTGGTGTT SH19380 19380 93 189 YPR043W_16_654161_654842_INTRON_3_405 intron #REF! #REF! 181 19 GATCCTATTCATTTGAGATGATCCTATTCATTTGAGATGATCCTATTCATTTGAGATGAT SH19381 19381 96 148 YPR043W_16_654161_654842_INTRON_3_405 intron #REF! #REF! 201 17 ACCCTATCGAATTACAGACCCTATCGAATTACAGACCCTATCGAATTACAGACCCTATCG SH19382 19382 82 211 YPR043W_16_654161_654842_INTRON_3_405 intron #REF! #REF! 221 18 GCAGACATTTCACATAATGCAGACATTTCACATAATGCAGACATTTCACATAATGCAGAC SH19383 19383 33 43 YPR043W_16_654161_654842_INTRON_3_405 intron #REF! #REF! 241 18 TGAATGAAAGTTCCCATATGAATGAAAGTTCCCATATGAATGAAAGTTCCCATATGAATG SH19384 19384 78 184 YPR043W_16_654161_654842_INTRON_3_405 intron #REF! #REF! 261 15 TGCCACCTTCAGGTATGCCACCTTCAGGTATGCCACCTTCAGGTATGCCACCTTCAGGTA SH19385 19385 15 87 YPR043W_16_654161_654842_INTRON_3_405 intron #REF! #REF! 281 17 GAACAGTTTCGTAAGACGAACAGTTTCGTAAGACGAACAGTTTCGTAAGACGAACAGTTT SH19386 19386 62 145 YPR043W_16_654161_654842_INTRON_3_405 intron #REF! #REF! 301 18 ACAAAATTCTATCTCTGCACAAAATTCTATCTCTGCACAAAATTCTATCTCTGCACAAAA SH19387 19387 67 106 YPR043W_16_654161_654842_INTRON_3_405 intron #REF! #REF! 321 18 GTTTCCCTATATGCATCTGTTTCCCTATATGCATCTGTTTCCCTATATGCATCTGTTTCC SH19388 19388 52 34 YPR043W_16_654161_654842_INTRON_3_405 intron #REF! #REF! 341 18 ACAAGCATAAATTCCACTACAAGCATAAATTCCACTACAAGCATAAATTCCACTACAAGC SH19389 19389 24 191 YPR043W_16_654161_654842_INTRON_3_405 intron #REF! #REF! 361 18 TGTTTCGAATTGGTGATTTGTTTCGAATTGGTGATTTGTTTCGAATTGGTGATTTGTTTC SH19390 19390 64 30 YPR043W_16_654161_654842_INTRON_3_405 intron #REF! #REF! 381 18 CTAAATAGGTCGAGGTTTCTAAATAGGTCGAGGTTTCTAAATAGGTCGAGGTTTCTAAAT SH19391 19391 62 28 YPR043W_16_654161_654842_INTRON_3_405 intron #REF! #REF! 401 20 TTAGTAAATCTTGAAGGAAATTAGTAAATCTTGAAGGAAATTAGTAAATCTTGAAGGAAA SH19392 19392 47 96 YPR043W_16_654161_654842_INTRON_3_405 intron #REF! #REF! 421 23 AAAAGAAAAAATATCAAAATATGAAAAGAAAAAATATCAAAATATGAAAAGAAAAAATAT SH19393 19393 67 120 YPR043W_16_654161_654842_INTRON_3_405 intron/exon #REF! #REF! 441 18 TAGCCCTGTATTCAAAAATAGCCCTGTATTCAAAAATAGCCCTGTATTCAAAAATAGCCC SH19394 19394 88 130 YPR043W_16_654161_654842_INTRON_3_405 3' exon #REF! #REF! 461 17 CCAACCTTCTTAGTTCTCCAACCTTCTTAGTTCTCCAACCTTCTTAGTTCTCCAACCTTC SH19395 19395 95 198 YPR043W_16_654161_654842_INTRON_3_405 3' exon #REF! #REF! 481 15 CCGTACTTACCAGTGCCGTACTTACCAGTGCCGTACTTACCAGTGCCGTACTTACCAGTG SH19396 19396 70 103 YPR063C_16_678315_677807_INTRON_42_127 5' exon #REF! #REF! 1 20 TTCAAAGTCATTGTTTAGTTTTCAAAGTCATTGTTTAGTTTTCAAAGTCATTGTTTAGTT SH19397 19397 13 124 YPR063C_16_678315_677807_INTRON_42_127 5' exon #REF! #REF! 21 15 GGCCTTGCAACGTTAGGCCTTGCAACGTTAGGCCTTGCAACGTTAGGCCTTGCAACGTTA SH19398 19398 49 6 YPR063C_16_678315_677807_INTRON_42_127 exon/intron #REF! #REF! 41 20 AAAAACATACGAAACACAAAAAAAACATACGAAACACAAAAAAAACATACGAAACACAAA SH19399 19399 83 136 YPR063C_16_678315_677807_INTRON_42_127 intron #REF! #REF! 61 18 GAAAGAAAATTGTCGGTGGAAAGAAAATTGTCGGTGGAAAGAAAATTGTCGGTGGAAAGA SH19400 19400 62 137 YPR063C_16_678315_677807_INTRON_42_127 intron #REF! #REF! 81 18 TTGGCAATATCAGCAAATTTGGCAATATCAGCAAATTTGGCAATATCAGCAAATTTGGCA SH19401 19401 8 171 YPR063C_16_678315_677807_INTRON_42_127 intron #REF! #REF! 101 18 GGTTGAACTGTTAGTATAGGTTGAACTGTTAGTATAGGTTGAACTGTTAGTATAGGTTGA SH19402 19402 65 102 YPR063C_16_678315_677807_INTRON_42_127 intron #REF! #REF! 121 16 CTGTGGTAGAAAGGGACTGTGGTAGAAAGGGACTGTGGTAGAAAGGGACTGTGGTAGAAA SH19403 19403 99 184 YPR063C_16_678315_677807_INTRON_42_127 3' exon #REF! #REF! 141 17 GGTGGCGCAATTTTCTTGGTGGCGCAATTTTCTTGGTGGCGCAATTTTCTTGGTGGCGCA SH19404 19404 8 130 YPR063C_16_678315_677807_INTRON_42_127 3' exon #REF! #REF! 161 17 TGGCAGAATATAGTCCTTGGCAGAATATAGTCCTTGGCAGAATATAGTCCTTGGCAGAAT SH19405 19405 25 46 YPR098C_16_729525_728944_INTRON_48_143 5' exon #REF! #REF! 1 20 GTTTTGACTAAACACATTTTGTTTTGACTAAACACATTTTGTTTTGACTAAACACATTTT SH19406 19406 13 45 YPR098C_16_729525_728944_INTRON_48_143 5' exon #REF! #REF! 21 17 AAAGCAAATGAGCCGTAAAAGCAAATGAGCCGTAAAAGCAAATGAGCCGTAAAAGCAAAT SH19407 19407 35 182 YPR098C_16_729525_728944_INTRON_48_143 exon/intron #REF! #REF! 41 18 GTACATACACAAAGGAATGTACATACACAAAGGAATGTACATACACAAAGGAATGTACAT SH19408 19408 76 99 YPR098C_16_729525_728944_INTRON_48_143 intron #REF! #REF! 61 22 AAATTTTTTCTTGTGTCTTAATAAATTTTTTCTTGTGTCTTAATAAATTTTTTCTTGTGT SH19409 19409 66 132 YPR098C_16_729525_728944_INTRON_48_143 intron #REF! #REF! 81 22 TCAATTAATCATAATTGTTCAATCAATTAATCATAATTGTTCAATCAATTAATCATAATT SH19410 19410 84 39 YPR098C_16_729525_728944_INTRON_48_143 intron #REF! #REF! 101 18 TGTTAGTCAGTTATTCTCTGTTAGTCAGTTATTCTCTGTTAGTCAGTTATTCTCTGTTAG SH19411 19411 84 77 YPR098C_16_729525_728944_INTRON_48_143 intron #REF! #REF! 121 20 GATTAAGTTGGTACATAAAAGATTAAGTTGGTACATAAAAGATTAAGTTGGTACATAAAA SH19412 19412 35 66 YPR098C_16_729525_728944_INTRON_48_143 intron/exon #REF! #REF! 141 18 GTTCCTCCAAATCTGAAAGTTCCTCCAAATCTGAAAGTTCCTCCAAATCTGAAAGTTCCT SH19413 19413 23 95 YPR098C_16_729525_728944_INTRON_48_143 3' exon #REF! #REF! 161 18 CTACATAGGAATAAAACGCTACATAGGAATAAAACGCTACATAGGAATAAAACGCTACAT SH19414 19414 66 118 YPR132W_16_794960_795762_INTRON_66_430 5' exon #REF! #REF! 1 17 GAGTTCAAACCTCTTGGGAGTTCAAACCTCTTGGGAGTTCAAACCTCTTGGGAGTTCAAA SH19415 19415 19 99 YPR132W_16_794960_795762_INTRON_66_430 5' exon #REF! #REF! 21 17 GGACACGCAACTTTCTAGGACACGCAACTTTCTAGGACACGCAACTTTCTAGGACACGCA SH19416 19416 89 197 YPR132W_16_794960_795762_INTRON_66_430 exon/intron #REF! #REF! 41 18 GTACATACTTGTTTCTTCGTACATACTTGTTTCTTCGTACATACTTGTTTCTTCGTACAT SH19417 19417 72 87 YPR132W_16_794960_795762_INTRON_66_430 intron #REF! #REF! 61 20 CATAGTGCAATCTTCTATAACATAGTGCAATCTTCTATAACATAGTGCAATCTTCTATAA SH19418 19418 10 170 YPR132W_16_794960_795762_INTRON_66_430 intron #REF! #REF! 81 22 CTTATTATGAAAATCTTTCAACCTTATTATGAAAATCTTTCAACCTTATTATGAAAATCT SH19419 19419 62 150 YPR132W_16_794960_795762_INTRON_66_430 intron #REF! #REF! 101 17 CGATCCTTTCTTCTACTCGATCCTTTCTTCTACTCGATCCTTTCTTCTACTCGATCCTTT SH19420 19420 84 93 YPR132W_16_794960_795762_INTRON_66_430 intron #REF! #REF! 121 18 TCATTTCATGGTAGCAATTCATTTCATGGTAGCAATTCATTTCATGGTAGCAATTCATTT SH19421 19421 7 94 YPR132W_16_794960_795762_INTRON_66_430 intron #REF! #REF! 141 18 TACTTTTTCAAGCTTCCATACTTTTTCAAGCTTCCATACTTTTTCAAGCTTCCATACTTT SH19422 19422 5 162 YPR132W_16_794960_795762_INTRON_66_430 intron #REF! #REF! 161 18 CTTGCAAAATTATTCTCCCTTGCAAAATTATTCTCCCTTGCAAAATTATTCTCCCTTGCA SH19423 19423 88 122 YPR132W_16_794960_795762_INTRON_66_430 intron #REF! #REF! 181 13 GCCCTACCCTAGTGCCCTACCCTAGTGCCCTACCCTAGTGCCCTACCCTAGTGCCCTACC SH19424 19424 78 166 YPR132W_16_794960_795762_INTRON_66_430 intron #REF! #REF! 201 22 GAATTCAAATGGCTATAATAAAGAATTCAAATGGCTATAATAAAGAATTCAAATGGCTAT SH19425 19425 63 126 YPR132W_16_794960_795762_INTRON_66_430 intron #REF! #REF! 221 17 CTCCTAAAAGCTGATGACTCCTAAAAGCTGATGACTCCTAAAAGCTGATGACTCCTAAAA SH19426 19426 30 172 YPR132W_16_794960_795762_INTRON_66_430 intron #REF! #REF! 241 17 TTCGCAAAATGGCCTTTTTCGCAAAATGGCCTTTTTCGCAAAATGGCCTTTTTCGCAAAA SH19427 19427 61 9 YPR132W_16_794960_795762_INTRON_66_430 intron #REF! #REF! 261 18 TGTGGACTTTCTTATTCATGTGGACTTTCTTATTCATGTGGACTTTCTTATTCATGTGGA SH19428 19428 49 85 YPR132W_16_794960_795762_INTRON_66_430 intron #REF! #REF! 281 20 GTAGATTTTCAGTTTCATCAGTAGATTTTCAGTTTCATCAGTAGATTTTCAGTTTCATCA SH19429 19429 23 97 YPR132W_16_794960_795762_INTRON_66_430 intron #REF! #REF! 301 18 AGATGGCAGAAATTCATTAGATGGCAGAAATTCATTAGATGGCAGAAATTCATTAGATGG SH19430 19430 95 80 YPR132W_16_794960_795762_INTRON_66_430 intron #REF! #REF! 321 18 CGTAGTGAATTCATTATCCGTAGTGAATTCATTATCCGTAGTGAATTCATTATCCGTAGT SH19431 19431 7 168 YPR132W_16_794960_795762_INTRON_66_430 intron #REF! #REF! 341 20 ATTTGTTAGTAAATGAGGTTATTTGTTAGTAAATGAGGTTATTTGTTAGTAAATGAGGTT SH19432 19432 41 132 YPR132W_16_794960_795762_INTRON_66_430 intron #REF! #REF! 361 22 GTTTCATCAAAAAGATTAATAAGTTTCATCAAAAAGATTAATAAGTTTCATCAAAAAGAT SH19433 19433 82 168 YPR132W_16_794960_795762_INTRON_66_430 intron #REF! #REF! 381 20 AACTTTTGACAAAACATAGTAACTTTTGACAAAACATAGTAACTTTTGACAAAACATAGT SH19434 19434 55 53 YPR132W_16_794960_795762_INTRON_66_430 intron/exon #REF! #REF! 401 18 CGGCTGTTTTAAACGATTCGGCTGTTTTAAACGATTCGGCTGTTTTAAACGATTCGGCTG SH19435 19435 29 174 YPR132W_16_794960_795762_INTRON_66_430 3' exon #REF! #REF! 421 15 AGTTGTTTTCGGCCCAGTTGTTTTCGGCCCAGTTGTTTTCGGCCCAGTTGTTTTCGGCCC SH19436 19436 5 190 YPR132W_16_794960_795762_INTRON_66_430 3' exon #REF! #REF! 441 18 AGTACCCAATAATCTCTTAGTACCCAATAATCTCTTAGTACCCAATAATCTCTTAGTACC SH19437 19437 38 38 YPR187W_16_911252_911795_INTRON_21_96 5' exon #REF! #REF! 1 18 CCTTAATCTTTACACTGTCCTTAATCTTTACACTGTCCTTAATCTTTACACTGTCCTTAA SH19438 19438 77 97 YPR187W_16_911252_911795_INTRON_21_96 5' exon #REF! #REF! 21 17 CTGACATGATCACTTGTCTGACATGATCACTTGTCTGACATGATCACTTGTCTGACATGA SH19439 19439 56 92 YPR187W_16_911252_911795_INTRON_21_96 exon/intron #REF! #REF! 41 13 TACGCCTCCTCGTTACGCCTCCTCGTTACGCCTCCTCGTTACGCCTCCTCGTTACGCCTC SH19440 19440 65 95 YPR187W_16_911252_911795_INTRON_21_96 intron #REF! #REF! 61 18 GCAATTTCTCCAATATGAGCAATTTCTCCAATATGAGCAATTTCTCCAATATGAGCAATT SH19441 19441 58 143 YPR187W_16_911252_911795_INTRON_21_96 intron #REF! #REF! 81 23 GTAAATATAATTAAAACTAAAGCGTAAATATAATTAAAACTAAAGCGTAAATATAATTAA SH19442 19442 37 73 YPR187W_16_911252_911795_INTRON_21_96 intron #REF! #REF! 101 20 CACAATGATAGAAGTTAGTACACAATGATAGAAGTTAGTACACAATGATAGAAGTTAGTA SH19443 19443 32 68 YPR187W_16_911252_911795_INTRON_21_96 intron/exon #REF! #REF! 121 17 CGTCGTTAAACCTGTATCGTCGTTAAACCTGTATCGTCGTTAAACCTGTATCGTCGTTAA SH19444 19444 7 47 YPR187W_16_911252_911795_INTRON_21_96 3' exon #REF! #REF! 141 18 AATCTTCGAAGTTCTCATAATCTTCGAAGTTCTCATAATCTTCGAAGTTCTCATAATCTT SH19445 19445 14 130 CYC1 1 20 GCTTTTTTCAAGTAGGTAATGCTTTTTTCAAGTAGGTAATGCTTTTTTCAAGTAGGTAAT SH19446 19446 7 188 CYC1 21 16 GCCTGTTTACTCACAGGCCTGTTTACTCACAGGCCTGTTTACTCACAGGCCTGTTTACTC SH19447 19447 94 198 CYC1 41 18 TGATATCGACAAAGGAAATGATATCGACAAAGGAAATGATATCGACAAAGGAAATGATAT SH19448 19448 28 67 CYC1 61 18 GCGTGACATAACTAATTAGCGTGACATAACTAATTAGCGTGACATAACTAATTAGCGTGA SH19449 19449 16 58 CYC1 81 15 GGAGGGCGTGAATGTGGAGGGCGTGAATGTGGAGGGCGTGAATGTGGAGGGCGTGAATGT SH19450 19450 29 184 CYC1 101 15 CGGTTAGAGCGGATGCGGTTAGAGCGGATGCGGTTAGAGCGGATGCGGTTAGAGCGGATG SH19451 19451 77 45 CYC1 121 17 GGTTGTCTAACTCCTTCGGTTGTCTAACTCCTTCGGTTGTCTAACTCCTTCGGTTGTCTA SH19452 19452 10 21 CYC1 141 17 AAATAGGGACCTAGACTAAATAGGGACCTAGACTAAATAGGGACCTAGACTAAATAGGGA SH19453 19453 33 146 CYC1 161 23 ATACTAACATAACTATTAAAAAAATACTAACATAACTATTAAAAAAATACTAACATAACT SH19454 19454 97 47 CYC1 181 23 AAATATAAATAACGTTCTTAATAAAATATAAATAACGTTCTTAATAAAATATAAATAACG SH19455 19455 36 213 CYC1 201 23 AGAAAAAAAAGAAAAATTTGAAAAGAAAAAAAAGAAAAATTTGAAAAGAAAAAAAAGAAA SH19456 19456 77 65 CYC1 221 16 CACGCGTTTGTACAGACACGCGTTTGTACAGACACGCGTTTGTACAGACACGCGTTTGTA SH19457 19457 101 185 CYC1 241 20 TTTCAGTATAATGTTACATGTTTCAGTATAATGTTACATGTTTCAGTATAATGTTACATG SH19458 19458 99 43 CYC1 261 16 CCTTCTCAAGCAAGGTCCTTCTCAAGCAAGGTCCTTCTCAAGCAAGGTCCTTCTCAAGCA SH19459 19459 7 52 CYC1 281 13 CTTCGAGCGTCCCCTTCGAGCGTCCCCTTCGAGCGTCCCCTTCGAGCGTCCCCTTCGAGC SH19460 19460 30 111 CYC1 301 16 CTGCGAAGCTTGCAAACTGCGAAGCTTGCAAACTGCGAAGCTTGCAAACTGCGAAGCTTG SH19461 19461 19 44 CYC1 321 15 GCGACGATGAGAGTGGCGACGATGAGAGTGGCGACGATGAGAGTGGCGACGATGAGAGTG SH19462 19462 98 187 CYC1 341 15 CAACGGAAGCGATGACAACGGAAGCGATGACAACGGAAGCGATGACAACGGAAGCGATGA SH19463 19463 88 128 CYC1 361 17 CAGACGCTACTAAGGAACAGACGCTACTAAGGAACAGACGCTACTAAGGAACAGACGCTA SH19464 19464 60 45 CYC1 381 18 GAGATAAATACTCTCTGGGAGATAAATACTCTCTGGGAGATAAATACTCTCTGGGAGATA SH19465 19465 75 188 ADH1 1 17 ATTGGAGACTTGACCAAATTGGAGACTTGACCAAATTGGAGACTTGACCAAATTGGAGAC SH19466 19466 13 180 ADH1 21 13 CAAGCCGACAACCCAAGCCGACAACCCAAGCCGACAACCCAAGCCGACAACCCAAGCCGA SH19467 19467 58 14 ADH1 41 18 TTTCGTAAATTTCTGGCATTTCGTAAATTTCTGGCATTTCGTAAATTTCTGGCATTTCGT SH19468 19468 98 127 ADH1 61 18 GATTTGACCCTTTTCCATGATTTGACCCTTTTCCATGATTTGACCCTTTTCCATGATTTG SH19469 19469 3 74 ADH1 81 17 CAACAACGTATCTACCACAACAACGTATCTACCACAACAACGTATCTACCACAACAACGT SH19470 19470 45 41 ADH1 101 20 GAAATTCGCTTATTTAGAAGGAAATTCGCTTATTTAGAAGGAAATTCGCTTATTTAGAAG SH19471 19471 51 135 ADH1 121 25 TAATAATAAAAATCATAAATCATAATAATAATAAAAATCATAAATCATAATAATAATAAA SH19472 19472 104 168 ADH1 141 27 CTTATTTTTTTTATAACTTATTTAATACTTATTTTTTTTATAACTTATTTAATACTTATT SH19473 19473 45 171 ADH1 161 23 TTAAAATTTGTATACACTTATTTTTAAAATTTGTATACACTTATTTTTAAAATTTGTATA SH19474 19474 27 106 ADH1 181 18 AACCTAAGAGTCACTTTAAACCTAAGAGTCACTTTAAACCTAAGAGTCACTTTAAACCTA SH19475 19475 69 118 ADH1 201 22 CAAGAATAAGAATTTTCGTTTTCAAGAATAAGAATTTTCGTTTTCAAGAATAAGAATTTT SH19476 19476 23 189 ADH1 221 17 CAGGAAAGAGTTACTCACAGGAAAGAGTTACTCACAGGAAAGAGTTACTCACAGGAAAGA SH19477 19477 99 107 ADH1 241 16 GAGAAAGCAACCTGACGAGAAAGCAACCTGACGAGAAAGCAACCTGACGAGAAAGCAACC SH19478 19478 40 37 ADH1 261 15 GCGACCTCATGCTATGCGACCTCATGCTATGCGACCTCATGCTATGCGACCTCATGCTAT SH19479 19479 7 96 ADH1 281 16 GTAGAGGTGTGGTCAAGTAGAGGTGTGGTCAAGTAGAGGTGTGGTCAAGTAGAGGTGTGG SH19480 19480 49 4 ADH1 301 15 GCATTTGCTCGGCATGCATTTGCTCGGCATGCATTTGCTCGGCATGCATTTGCTCGGCAT SH19481 19481 4 190 ADH1 321 16 GAAATGGGGAGCGATTGAAATGGGGAGCGATTGAAATGGGGAGCGATTGAAATGGGGAGC SH19482 19482 27 155 ADH1 341 20 GAGTTAGCATATCTACAATTGAGTTAGCATATCTACAATTGAGTTAGCATATCTACAATT SH19483 19483 20 50 ADH1 361 17 TCATCAACTCATTGCTGTCATCAACTCATTGCTGTCATCAACTCATTGCTGTCATCAACT SH19484 19484 86 20 ADH1 381 18 ACATAAAATACACACCGAACATAAAATACACACCGAACATAAAATACACACCGAACATAA SH19485 19485 39 140 YPT1 1 17 CTTCTGAGTGGTTTCGTCTTCTGAGTGGTTTCGTCTTCTGAGTGGTTTCGTCTTCTGAGT SH19486 19486 9 131 YPT1 21 16 CGTTCCCTTTGTCTTCCGTTCCCTTTGTCTTCCGTTCCCTTTGTCTTCCGTTCCCTTTGT SH19487 19487 17 34 YPT1 41 13 CTGTCCCTTCAGGCTGTCCCTTCAGGCTGTCCCTTCAGGCTGTCCCTTCAGGCTGTCCCT SH19488 19488 84 6 YPT1 61 13 CCACCGGTGTTGGCCACCGGTGTTGGCCACCGGTGTTGGCCACCGGTGTTGGCCACCGGT SH19489 19489 31 137 YPT1 81 15 CGCGCTTGTTCAACACGCGCTTGTTCAACACGCGCTTGTTCAACACGCGCTTGTTCAACA SH19490 19490 81 67 YPT1 101 13 GGGTCTGCAAGGTGGGTCTGCAAGGTGGGTCTGCAAGGTGGGTCTGCAAGGTGGGTCTGC SH19491 19491 95 187 YPT1 121 24 CTTATTTACTTATTTAGTTATTATCTTATTTACTTATTTAGTTATTATCTTATTTACTTA SH19492 19492 10 96 YPT1 141 15 CTCGCGTGTGTCTTACTCGCGTGTGTCTTACTCGCGTGTGTCTTACTCGCGTGTGTCTTA SH19493 19493 49 56 YPT1 161 20 GTTACTGTAATTGTGTATATGTTACTGTAATTGTGTATATGTTACTGTAATTGTGTATAT SH19494 19494 52 161 YPT1 181 18 ATCTGTCCTCTTGTTATTATCTGTCCTCTTGTTATTATCTGTCCTCTTGTTATTATCTGT SH19495 19495 73 124 YPT1 201 17 CCCCACACATTTTGGTACCCCACACATTTTGGTACCCCACACATTTTGGTACCCCACACA SH19496 19496 84 151 YPT1 221 13 GGCAGCTTACCCGGGCAGCTTACCCGGGCAGCTTACCCGGGCAGCTTACCCGGGCAGCTT SH19497 19497 47 127 YPT1 241 20 GGTTAAATGTTGTGCATTAAGGTTAAATGTTGTGCATTAAGGTTAAATGTTGTGCATTAA SH19498 19498 101 23 YPT1 261 18 CCGATAAGGAAGAATGTACCGATAAGGAAGAATGTACCGATAAGGAAGAATGTACCGATA SH19499 19499 53 118 YPT1 281 18 TTTTTAAGGGTTTTGAGGTTTTTAAGGGTTTTGAGGTTTTTAAGGGTTTTGAGGTTTTTA SH19500 19500 18 75 YPT1 301 16 GTTAGGGTGAGGCATAGTTAGGGTGAGGCATAGTTAGGGTGAGGCATAGTTAGGGTGAGG SH19501 19501 34 47 YPT1 321 18 TTGAGGGTTAATTGGAAATTGAGGGTTAATTGGAAATTGAGGGTTAATTGGAAATTGAGG SH19502 19502 46 114 YPT1 341 15 CGGGTGACAGAGAAACGGGTGACAGAGAAACGGGTGACAGAGAAACGGGTGACAGAGAAA SH19503 19503 47 198 YPT1 361 22 GTAAAGAAGAAAATGGAAAATAGTAAAGAAGAAAATGGAAAATAGTAAAGAAGAAAATGG SH19504 19504 3 42 YPT1 381 13 ACGCGTGGCGGGTACGCGTGGCGGGTACGCGTGGCGGGTACGCGTGGCGGGTACGCGTGG SH19505 19505 91 106 ACT1 1 17 AGAAGCCAAGATAGAACAGAAGCCAAGATAGAACAGAAGCCAAGATAGAACAGAAGCCAA SH19506 19506 73 209 ACT1 21 18 CATTTGTTGGAAGGTAGTCATTTGTTGGAAGGTAGTCATTTGTTGGAAGGTAGTCATTTG SH19507 19507 55 192 ACT1 41 19 GTATTCTTGTTTTGAGATCGTATTCTTGTTTTGAGATCGTATTCTTGTTTTGAGATCGTA SH19508 19508 28 134 ACT1 61 16 GATGGACCACTTTCGTGATGGACCACTTTCGTGATGGACCACTTTCGTGATGGACCACTT SH19509 19509 95 163 ACT1 81 17 AAACACTTGTGGTGAACAAACACTTGTGGTGAACAAACACTTGTGGTGAACAAACACTTG SH19510 19510 17 49 ACT1 101 17 CGCACAAAAGCAGAGATCGCACAAAAGCAGAGATCGCACAAAAGCAGAGATCGCACAAAA SH19511 19511 5 5 ACT1 121 19 GAGGTACATACATAAACATGAGGTACATACATAAACATGAGGTACATACATAAACATGAG SH19512 19512 24 182 ACT1 141 22 GTTTAAAAATAGAAATAGAGAGGTTTAAAAATAGAAATAGAGAGGTTTAAAAATAGAAAT SH19513 19513 104 66 ACT1 161 17 TTTATTGAGAGGGTGGTTTTATTGAGAGGGTGGTTTTATTGAGAGGGTGGTTTTATTGAG SH19514 19514 53 65 ACT1 181 23 CCTTAAAAATACTTTATTATTTTCCTTAAAAATACTTTATTATTTTCCTTAAAAATACTT SH19515 19515 6 199 ACT1 201 18 TTAAACACGTCTTTTCCTTTAAACACGTCTTTTCCTTTAAACACGTCTTTTCCTTTAAAC SH19516 19516 51 147 ACT1 221 20 AAAAAGTAGATAAAGTCAGTAAAAAGTAGATAAAGTCAGTAAAAAGTAGATAAAGTCAGT SH19517 19517 97 197 ACT1 241 20 TTATATCAATGAAAACGTACTTATATCAATGAAAACGTACTTATATCAATGAAAACGTAC SH19518 19518 100 111 ACT1 261 17 GGGAGAGACAAAACACAGGGAGAGACAAAACACAGGGAGAGACAAAACACAGGGAGAGAC SH19519 19519 14 187 ACT1 281 22 CAATTTTTGAAATTTTCGTAGACAATTTTTGAAATTTTCGTAGACAATTTTTGAAATTTT SH19520 19520 47 207 ACT1 301 20 TATATTCCTTTTTTTGGTCATATATTCCTTTTTTTGGTCATATATTCCTTTTTTTGGTCA SH19521 19521 76 184 ACT1 321 23 TAAATATAATAGTTTTTCGTATATAAATATAATAGTTTTTCGTATATAAATATAATAGTT SH19522 19522 80 156 ACT1 341 22 TTATCAACACTATGATATATAATTATCAACACTATGATATATAATTATCAACACTATGAT SH19523 19523 31 179 ACT1 361 20 CCAATGGATAAACATTTTTTCCAATGGATAAACATTTTTTCCAATGGATAAACATTTTTT SH19524 19524 68 67 ACT1 381 18 GATCATATGATACACGGTGATCATATGATACACGGTGATCATATGATACACGGTGATCAT SH19525 19525 13 73 CBP1 1.2 1 17 ATCAATGGACTTGTACGATCAATGGACTTGTACGATCAATGGACTTGTACGATCAATGGA SH19526 19526 7 56 CBP1 1.2 21 20 ACATTTCCTCTTCTATAATTACATTTCCTCTTCTATAATTACATTTCCTCTTCTATAATT SH19527 19527 95 161 CBP1 1.2 41 18 ATAGAATACACACTTGCAATAGAATACACACTTGCAATAGAATACACACTTGCAATAGAA SH19528 19528 72 69 CBP1 1.2 61 18 GCTCTTTGATTTTGTTCCGCTCTTTGATTTTGTTCCGCTCTTTGATTTTGTTCCGCTCTT SH19529 19529 11 9 CBP1 1.2 81 18 TGCAGAAATGGAAACATATGCAGAAATGGAAACATATGCAGAAATGGAAACATATGCAGA SH19530 19530 11 161 CBP1 1.2 101 20 TATAAATGATTCTGGAATCATATAAATGATTCTGGAATCATATAAATGATTCTGGAATCA SH19531 19531 65 149 CBP1 1.2 121 19 GTACAAATCTTGAAGACTTGTACAAATCTTGAAGACTTGTACAAATCTTGAAGACTTGTA SH19532 19532 41 89 CBP1 1.2 141 18 TCTATAGGCTCTATTATGTCTATAGGCTCTATTATGTCTATAGGCTCTATTATGTCTATA SH19533 19533 13 85 CBP1 1.2 161 20 AAAACATTTCGCTACATATAAAAACATTTCGCTACATATAAAAACATTTCGCTACATATA SH19534 19534 26 42 CBP1 1.2 181 17 CTCTGGAGTTAATTGCCCTCTGGAGTTAATTGCCCTCTGGAGTTAATTGCCCTCTGGAGT SH19535 19535 84 65 CBP1 1.2 201 20 ATCAAAGGGTTATTACAATAATCAAAGGGTTATTACAATAATCAAAGGGTTATTACAATA SH19536 19536 19 202 CBP1 1.2 221 18 TCAATAATTGCCGGTAATTCAATAATTGCCGGTAATTCAATAATTGCCGGTAATTCAATA SH19537 19537 98 152 CBP1 1.2 241 18 AGTCTTGCTTTGTAATGAAGTCTTGCTTTGTAATGAAGTCTTGCTTTGTAATGAAGTCTT SH19538 19538 14 47 CBP1 1.2 261 17 TCCTTGGCCATTGTTAATCCTTGGCCATTGTTAATCCTTGGCCATTGTTAATCCTTGGCC SH19539 19539 52 35 CBP1 1.2 281 18 CTGTTAATGTTCTGCATGCTGTTAATGTTCTGCATGCTGTTAATGTTCTGCATGCTGTTA SH19540 19540 53 119 CBP1 1.2 301 17 GTTTTCGGGTAAAGTGTGTTTTCGGGTAAAGTGTGTTTTCGGGTAAAGTGTGTTTTCGGG SH19541 19541 31 55 CBP1 1.2 321 18 GTTAAGCCAGACAATATGGTTAAGCCAGACAATATGGTTAAGCCAGACAATATGGTTAAG SH19542 19542 92 63 CBP1 1.2 341 18 AATGAAGAAAGACATCTCAATGAAGAAAGACATCTCAATGAAGAAAGACATCTCAATGAA SH19543 19543 72 20 CBP1 1.2 361 22 TTAAATTTCAAATGCATTCTTATTAAATTTCAAATGCATTCTTATTAAATTTCAAATGCA SH19544 19544 69 25 CBP1 1.2 381 17 ACACCGTTAGAATCGTTACACCGTTAGAATCGTTACACCGTTAGAATCGTTACACCGTTA SH19545 19545 39 165 CBP1 2.2 1 18 TTCCAGTCTAACTTCAATTTCCAGTCTAACTTCAATTTCCAGTCTAACTTCAATTTCCAG SH19546 19546 23 195 CBP1 2.2 21 22 CTAATTTGATGTTTTAAGATGACTAATTTGATGTTTTAAGATGACTAATTTGATGTTTTA SH19547 19547 91 39 CBP1 2.2 41 20 GTTTTGAACTCTGAATTTCTGTTTTGAACTCTGAATTTCTGTTTTGAACTCTGAATTTCT SH19548 19548 20 53 CBP1 2.2 61 18 TGTATGATCTCCTTGTTTTGTATGATCTCCTTGTTTTGTATGATCTCCTTGTTTTGTATG SH19549 19549 104 46 CBP1 2.2 81 20 CACACCATGCTTTTTAATATCACACCATGCTTTTTAATATCACACCATGCTTTTTAATAT SH19550 19550 89 38 CBP1 2.2 101 15 ACGTTTGACAGCCGAACGTTTGACAGCCGAACGTTTGACAGCCGAACGTTTGACAGCCGA SH19551 19551 42 178 CBP1 2.2 121 17 GTTTGGCCGTTCATCTTGTTTGGCCGTTCATCTTGTTTGGCCGTTCATCTTGTTTGGCCG SH19552 19552 2 26 CBP1 2.2 141 22 TTTGTTATTTATATCGTAAATGTTTGTTATTTATATCGTAAATGTTTGTTATTTATATCG SH19553 19553 45 38 CBP1 2.2 161 22 TTTGTTTTGTTATTATTTGCTTTTTGTTTTGTTATTATTTGCTTTTTGTTTTGTTATTAT SH19554 19554 27 113 CBP1 2.2 181 23 TTTAGTATATATTTACAGAAATTTTTAGTATATATTTACAGAAATTTTTAGTATATATTT SH19555 19555 13 61 CBP1 2.2 201 18 GATGCAATGCTTGGATTTGATGCAATGCTTGGATTTGATGCAATGCTTGGATTTGATGCA SH19556 19556 34 118 CBP1 2.2 221 22 TGATCAAAAAAAGAAAAGAATTTGATCAAAAAAAGAAAAGAATTTGATCAAAAAAAGAAA SH19557 19557 99 67 CBP1 2.2 241 23 TAAAATAATACATTTATTTGATGTAAAATAATACATTTATTTGATGTAAAATAATACATT SH19558 19558 27 115 CBP1 2.2 261 20 GTCTAACGCATATAACATAAGTCTAACGCATATAACATAAGTCTAACGCATATAACATAA SH19559 19559 99 15 CBP1 2.2 281 20 AGCATGAAAGAATATAACAAAGCATGAAAGAATATAACAAAGCATGAAAGAATATAACAA SH19560 19560 9 89 CBP1 2.2 301 19 CATAACACAACGATAGAATCATAACACAACGATAGAATCATAACACAACGATAGAATCAT SH19561 19561 2 158 CBP1 2.2 321 24 GAAAAACTGTAAATATAAATTAATGAAAAACTGTAAATATAAATTAATGAAAAACTGTAA SH19562 19562 93 81 CBP1 2.2 341 19 GGAATTGAATGTACTGAAAGGAATTGAATGTACTGAAAGGAATTGAATGTACTGAAAGGA SH19563 19563 82 159 CBP1 2.2 361 18 TTACCTCCTCCAAAAAAATTACCTCCTCCAAAAAAATTACCTCCTCCAAAAAAATTACCT SH19564 19564 20 175 CBP1 2.2 381 19 CAATCGAAAGATGTGAAATCAATCGAAAGATGTGAAATCAATCGAAAGATGTGAAATCAA SH19565 19565 57 102 AEP2/ATP13 0.6 1 13 CAGGGTCCACGGTCAGGGTCCACGGTCAGGGTCCACGGTCAGGGTCCACGGTCAGGGTCC SH19566 19566 38 138 AEP2/ATP13 0.6 21 17 CTAAAGACAGAACATCCCTAAAGACAGAACATCCCTAAAGACAGAACATCCCTAAAGACA SH19567 19567 6 19 AEP2/ATP13 0.6 41 18 TCAAAAGAAAAGACAGGTTCAAAAGAAAAGACAGGTTCAAAAGAAAAGACAGGTTCAAAA SH19568 19568 94 210 AEP2/ATP13 0.6 61 18 CCGTTGTGTGTATAGTTTCCGTTGTGTGTATAGTTTCCGTTGTGTGTATAGTTTCCGTTG SH19569 19569 88 82 AEP2/ATP13 0.6 81 18 CAGATTCTCCTAATTTGACAGATTCTCCTAATTTGACAGATTCTCCTAATTTGACAGATT SH19570 19570 51 4 AEP2/ATP13 0.6 101 18 ATTTAGCGTTTATGTCTCATTTAGCGTTTATGTCTCATTTAGCGTTTATGTCTCATTTAG SH19571 19571 87 201 AEP2/ATP13 0.6 121 19 GTTTGAACCAAAATTCTGAGTTTGAACCAAAATTCTGAGTTTGAACCAAAATTCTGAGTT SH19572 19572 100 53 AEP2/ATP13 0.6 141 20 TTTCTGCATATAAGGAAAAATTTCTGCATATAAGGAAAAATTTCTGCATATAAGGAAAAA SH19573 19573 98 68 AEP2/ATP13 0.6 161 17 TCTCTTGGCATCAACTTTCTCTTGGCATCAACTTTCTCTTGGCATCAACTTTCTCTTGGC SH19574 19574 50 63 AEP2/ATP13 0.6 181 18 ATTCCGTAAGTTAACTTGATTCCGTAAGTTAACTTGATTCCGTAAGTTAACTTGATTCCG SH19575 19575 102 113 AEP2/ATP13 0.6 201 17 CACATGCATCTAGTTTCCACATGCATCTAGTTTCCACATGCATCTAGTTTCCACATGCAT SH19576 19576 19 126 AEP2/ATP13 0.6 221 20 CATAAGATTTGCATCAAATACATAAGATTTGCATCAAATACATAAGATTTGCATCAAATA SH19577 19577 93 115 AEP2/ATP13 0.6 241 19 GCTCTATAAAGTTCTTGATGCTCTATAAAGTTCTTGATGCTCTATAAAGTTCTTGATGCT SH19578 19578 76 214 AEP2/ATP13 0.6 261 17 CCTTACCTAATTGACCGCCTTACCTAATTGACCGCCTTACCTAATTGACCGCCTTACCTA SH19579 19579 31 61 AEP2/ATP13 0.6 281 23 AAGAATAAAGCTTAAAATTTTTTAAGAATAAAGCTTAAAATTTTTTAAGAATAAAGCTTA SH19580 19580 96 119 AEP2/ATP13 0.6 301 18 ATCAGGATTTCTATCAAGATCAGGATTTCTATCAAGATCAGGATTTCTATCAAGATCAGG SH19581 19581 37 62 AEP2/ATP13 0.6 321 18 TTTTTCGGAGACAGTAATTTTTTCGGAGACAGTAATTTTTTCGGAGACAGTAATTTTTTC SH19582 19582 28 99 AEP2/ATP13 0.6 341 18 CTATTGTGCTAATATCTGCTATTGTGCTAATATCTGCTATTGTGCTAATATCTGCTATTG SH19583 19583 35 39 AEP2/ATP13 0.6 361 17 CGCAGTTGTAAAAAGTGCGCAGTTGTAAAAAGTGCGCAGTTGTAAAAAGTGCGCAGTTGT SH19584 19584 87 105 AEP2/ATP13 0.6 381 13 CGCCAAAGCGCCACGCCAAAGCGCCACGCCAAAGCGCCACGCCAAAGCGCCACGCCAAAG SH19585 19585 38 123 AEP2/ATP13 2.1 1 16 CGCACTTTCTCCCTTTCGCACTTTCTCCCTTTCGCACTTTCTCCCTTTCGCACTTTCTCC SH19586 19586 19 166 AEP2/ATP13 2.1 21 17 TCGTCATCGAAACTATCTCGTCATCGAAACTATCTCGTCATCGAAACTATCTCGTCATCG SH19587 19587 3 111 AEP2/ATP13 2.1 41 20 CTATAATCATACCATCATCTCTATAATCATACCATCATCTCTATAATCATACCATCATCT SH19588 19588 57 196 AEP2/ATP13 2.1 61 17 TTCTTACCAAAGGCTACTTCTTACCAAAGGCTACTTCTTACCAAAGGCTACTTCTTACCA SH19589 19589 54 122 AEP2/ATP13 2.1 81 20 AAATGCTAATTCTACTTACAAAATGCTAATTCTACTTACAAAATGCTAATTCTACTTACA SH19590 19590 33 96 AEP2/ATP13 2.1 101 22 GAATAAGAATATGGAGAAAAATGAATAAGAATATGGAGAAAAATGAATAAGAATATGGAG SH19591 19591 16 209 AEP2/ATP13 2.1 121 22 CATATTATTTACATCCTATAGACATATTATTTACATCCTATAGACATATTATTTACATCC SH19592 19592 61 84 AEP2/ATP13 2.1 141 22 ATATATATATAAAAAAGTCCCAATATATATATAAAAAAGTCCCAATATATATATAAAAAA SH19593 19593 26 54 AEP2/ATP13 2.1 161 17 GACTCTACACTGTAGATGACTCTACACTGTAGATGACTCTACACTGTAGATGACTCTACA SH19594 19594 12 96 AEP2/ATP13 2.1 181 22 ATGAATTTGATGTTTATACATAATGAATTTGATGTTTATACATAATGAATTTGATGTTTA SH19595 19595 77 185 AEP2/ATP13 2.1 201 19 CAGATTTGTCTTCGTTAATCAGATTTGTCTTCGTTAATCAGATTTGTCTTCGTTAATCAG SH19596 19596 24 209 AEP2/ATP13 2.1 221 17 CGGATGGTGGATATTTTCGGATGGTGGATATTTTCGGATGGTGGATATTTTCGGATGGTG SH19597 19597 52 102 AEP2/ATP13 2.1 241 17 CAAGTTGTGTGGTTTAGCAAGTTGTGTGGTTTAGCAAGTTGTGTGGTTTAGCAAGTTGTG SH19598 19598 96 172 AEP2/ATP13 2.1 261 17 TGCTAAATGCTCACGAATGCTAAATGCTCACGAATGCTAAATGCTCACGAATGCTAAATG SH19599 19599 14 58 AEP2/ATP13 2.1 281 16 GTACTAGCGTTTGCCAGTACTAGCGTTTGCCAGTACTAGCGTTTGCCAGTACTAGCGTTT SH19600 19600 28 158 AEP2/ATP13 2.1 301 18 TATGAATACACATGCACATATGAATACACATGCACATATGAATACACATGCACATATGAA SH19601 19601 67 54 AEP2/ATP13 2.1 321 18 GAAAAAGACAAGCTTTCAGAAAAAGACAAGCTTTCAGAAAAAGACAAGCTTTCAGAAAAA SH19602 19602 15 168 AEP2/ATP13 2.1 341 13 CCTAACACAGCCGCCTAACACAGCCGCCTAACACAGCCGCCTAACACAGCCGCCTAACAC SH19603 19603 4 17 AEP2/ATP13 2.1 361 17 CGTAGAATAATTCAGGCCGTAGAATAATTCAGGCCGTAGAATAATTCAGGCCGTAGAATA SH19604 19604 85 115 AEP2/ATP13 2.1 381 16 CGACCTGATTTCTCCACGACCTGATTTCTCCACGACCTGATTTCTCCACGACCTGATTTC SH19605 19605 64 36 RNA14 1.1 1 17 TGTAAGAGAAGGTGAGTTGTAAGAGAAGGTGAGTTGTAAGAGAAGGTGAGTTGTAAGAGA SH19606 19606 57 135 RNA14 1.1 21 18 GTAGCATTCGGATAACTTGTAGCATTCGGATAACTTGTAGCATTCGGATAACTTGTAGCA SH19607 19607 22 105 RNA14 1.1 41 18 TCAGAATCATTATCCAGTTCAGAATCATTATCCAGTTCAGAATCATTATCCAGTTCAGAA SH19608 19608 63 86 RNA14 1.1 61 18 CAAAACAGTTAGAAACACCAAAACAGTTAGAAACACCAAAACAGTTAGAAACACCAAAAC SH19609 19609 34 157 RNA14 1.1 81 18 TAAAGTTTGAGTGCACTTTAAAGTTTGAGTGCACTTTAAAGTTTGAGTGCACTTTAAAGT SH19610 19610 62 197 RNA14 1.1 101 19 GATCTTTTTATACTGCGATGATCTTTTTATACTGCGATGATCTTTTTATACTGCGATGAT SH19611 19611 26 83 RNA14 1.1 121 17 CGAATTTACATCGGAGGCGAATTTACATCGGAGGCGAATTTACATCGGAGGCGAATTTAC SH19612 19612 76 103 RNA14 1.1 141 18 CTCTGTGTTATTATCTTCCTCTGTGTTATTATCTTCCTCTGTGTTATTATCTTCCTCTGT SH19613 19613 36 46 RNA14 1.1 161 17 ATAGCAGCTCTTGTTCAATAGCAGCTCTTGTTCAATAGCAGCTCTTGTTCAATAGCAGCT SH19614 19614 10 113 RNA14 1.1 181 19 GTTAATTTTTCCCTCTGTTGTTAATTTTTCCCTCTGTTGTTAATTTTTCCCTCTGTTGTT SH19615 19615 29 207 RNA14 1.1 201 17 TACACGCAAAACACGAATACACGCAAAACACGAATACACGCAAAACACGAATACACGCAA SH19616 19616 89 208 RNA14 1.1 221 20 ATATTCTTTTCATCGTATTCATATTCTTTTCATCGTATTCATATTCTTTTCATCGTATTC SH19617 19617 74 84 RNA14 1.1 241 13 GCGGATAGTCCTGGCGGATAGTCCTGGCGGATAGTCCTGGCGGATAGTCCTGGCGGATAG SH19618 19618 85 193 RNA14 1.1 261 19 GACATTTACCAAATACAGTGACATTTACCAAATACAGTGACATTTACCAAATACAGTGAC SH19619 19619 34 56 RNA14 1.1 281 20 TTAATATACGCTTCAGTTTATTAATATACGCTTCAGTTTATTAATATACGCTTCAGTTTA SH19620 19620 22 15 RNA14 1.1 301 15 CGTAGACGTCATGTGCGTAGACGTCATGTGCGTAGACGTCATGTGCGTAGACGTCATGTG SH19621 19621 24 177 RNA14 1.1 321 22 TTTGAAATTCTAAATATGCATTTTTGAAATTCTAAATATGCATTTTTGAAATTCTAAATA SH19622 19622 85 28 RNA14 1.1 341 21 GTCTTATAATCGTTTTGATTTGTCTTATAATCGTTTTGATTTGTCTTATAATCGTTTTGA SH19623 19623 45 20 RNA14 1.1 361 18 CTAAAACCTTAAAAGCAGCTAAAACCTTAAAAGCAGCTAAAACCTTAAAAGCAGCTAAAA SH19624 19624 34 25 RNA14 1.1 381 19 GGAAGTATTTTAAACCCAAGGAAGTATTTTAAACCCAAGGAAGTATTTTAAACCCAAGGA SH19625 19625 5 124 RNA14 2.2 1 17 GAGGCACCTTAACTATCGAGGCACCTTAACTATCGAGGCACCTTAACTATCGAGGCACCT SH19626 19626 53 160 RNA14 2.2 21 21 CTATTTCCGTTTTTATTTATGCTATTTCCGTTTTTATTTATGCTATTTCCGTTTTTATTT SH19627 19627 79 76 RNA14 2.2 41 22 CCATATTTTTGAAAGAATTAACCCATATTTTTGAAAGAATTAACCCATATTTTTGAAAGA SH19628 19628 57 67 RNA14 2.2 61 16 GAGTTTGGCTATTGCCGAGTTTGGCTATTGCCGAGTTTGGCTATTGCCGAGTTTGGCTAT SH19629 19629 101 78 RNA14 2.2 81 17 TGTTTCCTGTACCTTCTTGTTTCCTGTACCTTCTTGTTTCCTGTACCTTCTTGTTTCCTG SH19630 19630 12 137 RNA14 2.2 101 18 TATAAACGCACAGAAACATATAAACGCACAGAAACATATAAACGCACAGAAACATATAAA SH19631 19631 83 190 RNA14 2.2 121 20 CTTTCTTTTATAAGCATGGTCTTTCTTTTATAAGCATGGTCTTTCTTTTATAAGCATGGT SH19632 19632 72 102 RNA14 2.2 141 22 ATTCATGTATATTTTGTTCAATATTCATGTATATTTTGTTCAATATTCATGTATATTTTG SH19633 19633 52 20 RNA14 2.2 161 19 GTGATTACCGTTCATAAATGTGATTACCGTTCATAAATGTGATTACCGTTCATAAATGTG SH19634 19634 11 2 RNA14 2.2 181 21 CATGAATATGTAACAATTAACCATGAATATGTAACAATTAACCATGAATATGTAACAATT SH19635 19635 38 64 RNA14 2.2 201 18 GGACTTGTGATTTATCACGGACTTGTGATTTATCACGGACTTGTGATTTATCACGGACTT SH19636 19636 37 130 RNA14 2.2 221 17 GATCAGGCAGCACAATTGATCAGGCAGCACAATTGATCAGGCAGCACAATTGATCAGGCA SH19637 19637 66 126 RNA14 2.2 241 13 CGACTTGGGAACCCGACTTGGGAACCCGACTTGGGAACCCGACTTGGGAACCCGACTTGG SH19638 19638 22 3 RNA14 2.2 261 18 CTTTGAATGATTTGGAAGCTTTGAATGATTTGGAAGCTTTGAATGATTTGGAAGCTTTGA SH19639 19639 61 196 RNA14 2.2 281 18 AAGGGCTTCTGAAATATTAAGGGCTTCTGAAATATTAAGGGCTTCTGAAATATTAAGGGC SH19640 19640 6 213 RNA14 2.2 301 18 CAATTGGAGATCGATGAACAATTGGAGATCGATGAACAATTGGAGATCGATGAACAATTG SH19641 19641 47 146 RNA14 2.2 321 15 TCGCTAATGGTGTGCTCGCTAATGGTGTGCTCGCTAATGGTGTGCTCGCTAATGGTGTGC SH19642 19642 96 174 RNA14 2.2 341 15 ACCTCGTGAGCTGAAACCTCGTGAGCTGAAACCTCGTGAGCTGAAACCTCGTGAGCTGAA SH19643 19643 24 125 RNA14 2.2 361 18 TTTATTGCTACCGACAATTTTATTGCTACCGACAATTTTATTGCTACCGACAATTTTATT SH19644 19644 50 147 SIR1 2.2 1 17 CATCACCCGCTTATATGCATCACCCGCTTATATGCATCACCCGCTTATATGCATCACCCG SH19645 19645 67 61 SIR1 2.2 21 17 CTGACCTCATTGAAATGCTGACCTCATTGAAATGCTGACCTCATTGAAATGCTGACCTCA SH19646 19646 77 30 SIR1 2.2 41 16 GCGAAACTGTACCAGTGCGAAACTGTACCAGTGCGAAACTGTACCAGTGCGAAACTGTAC SH19647 19647 20 191 SIR1 2.2 61 18 CTGTCAAACAAGTGTATTCTGTCAAACAAGTGTATTCTGTCAAACAAGTGTATTCTGTCA SH19648 19648 44 59 SIR1 2.2 81 20 TCAAGCAATTAAAAACAAGTTCAAGCAATTAAAAACAAGTTCAAGCAATTAAAAACAAGT SH19649 19649 56 213 SIR1 2.2 101 18 CTCGAGTTACTTAGCTAACTCGAGTTACTTAGCTAACTCGAGTTACTTAGCTAACTCGAG SH19650 19650 9 46 SIR1 2.2 121 17 TAACGGTACTACAGTACTAACGGTACTACAGTACTAACGGTACTACAGTACTAACGGTAC SH19651 19651 12 194 SIR1 2.2 141 20 CTAAGTCCTACATAATATATCTAAGTCCTACATAATATATCTAAGTCCTACATAATATAT SH19652 19652 92 184 SIR1 2.2 161 23 GTATCTATTATTAGTATATTCTAGTATCTATTATTAGTATATTCTAGTATCTATTATTAG SH19653 19653 82 145 SIR1 2.2 181 18 GGATCATCAATTGCAGTAGGATCATCAATTGCAGTAGGATCATCAATTGCAGTAGGATCA SH19654 19654 55 178 SIR1 2.2 201 21 GTTAGTCAATAAAACAGTAATGTTAGTCAATAAAACAGTAATGTTAGTCAATAAAACAGT SH19655 19655 44 77 SIR1 2.2 221 19 GAAAACATTTCAGTGAAAGGAAAACATTTCAGTGAAAGGAAAACATTTCAGTGAAAGGAA SH19656 19656 60 185 SIR1 2.2 241 22 AACTAAATATAAAATCAGAGAAAACTAAATATAAAATCAGAGAAAACTAAATATAAAATC SH19657 19657 46 113 SIR1 2.2 261 15 GAGCTAGTTCGCCAAGAGCTAGTTCGCCAAGAGCTAGTTCGCCAAGAGCTAGTTCGCCAA SH19658 19658 101 82 SIR1 2.2 281 25 GCTATATATAAGTTTAATTATAATTGCTATATATAAGTTTAATTATAATTGCTATATATA SH19659 19659 51 7 SIR1 2.2 301 18 ATTGTCGGTTTATGCTATATTGTCGGTTTATGCTATATTGTCGGTTTATGCTATATTGTC SH19660 19660 88 9 SIR1 2.2 321 13 GACCACCCACGCAGACCACCCACGCAGACCACCCACGCAGACCACCCACGCAGACCACCC SH19661 19661 87 154 SIR1 2.2 341 17 TCAGTTCACAAATTCGGTCAGTTCACAAATTCGGTCAGTTCACAAATTCGGTCAGTTCAC SH19662 19662 50 83 SIR1 2.2 361 18 ATCCAGTGCTTAGATAATATCCAGTGCTTAGATAATATCCAGTGCTTAGATAATATCCAG SH19663 19663 28 142 SIR1 2.2 381 20 ATATATCATCTTAAGGTGATATATATCATCTTAAGGTGATATATATCATCTTAAGGTGAT SH19664 19664 29 93 SIR1 2.4 1 20 AGTCAATAAAACAGTAATTGAGTCAATAAAACAGTAATTGAGTCAATAAAACAGTAATTG SH19665 19665 50 115 SIR1 2.4 21 20 AAAACATTTCAGTGAAAGTTAAAACATTTCAGTGAAAGTTAAAACATTTCAGTGAAAGTT SH19666 19666 17 196 SIR1 2.4 41 22 CTAAATATAAAATCAGAGAATGCTAAATATAAAATCAGAGAATGCTAAATATAAAATCAG SH19667 19667 41 158 SIR1 2.4 61 15 GCTAGTTCGCCAACTGCTAGTTCGCCAACTGCTAGTTCGCCAACTGCTAGTTCGCCAACT SH19668 19668 13 109 SIR1 2.4 81 25 TATATATAAGTTTAATTATAATTAGTATATATAAGTTTAATTATAATTAGTATATATAAG SH19669 19669 87 88 SIR1 2.4 101 18 TGTCGGTTTATGCTATATTGTCGGTTTATGCTATATTGTCGGTTTATGCTATATTGTCGG SH19670 19670 71 119 SIR1 2.4 121 13 CCACCCACGCATTCCACCCACGCATTCCACCCACGCATTCCACCCACGCATTCCACCCAC SH19671 19671 9 202 SIR1 2.4 141 17 AGTTCACAAATTCGGCAAGTTCACAAATTCGGCAAGTTCACAAATTCGGCAAGTTCACAA SH19672 19672 43 81 SIR1 2.4 161 18 CCAGTGCTTAGATAATAACCAGTGCTTAGATAATAACCAGTGCTTAGATAATAACCAGTG SH19673 19673 48 65 SIR1 2.4 181 17 TCATCTTAAGGTGATCGTCATCTTAAGGTGATCGTCATCTTAAGGTGATCGTCATCTTAA SH19674 19674 85 18 SIR1 2.4 201 22 CTGCGTTTTAGTTATAAATAATCTGCGTTTTAGTTATAAATAATCTGCGTTTTAGTTATA SH19675 19675 82 68 SIR1 2.4 221 16 GGAGTGTAATGCTGCTGGAGTGTAATGCTGCTGGAGTGTAATGCTGCTGGAGTGTAATGC SH19676 19676 54 126 SIR1 2.4 241 18 GACGAAATTCAGGAGTTAGACGAAATTCAGGAGTTAGACGAAATTCAGGAGTTAGACGAA SH19677 19677 26 33 SIR1 2.4 261 18 ATAGTATAAGTACATGCCATAGTATAAGTACATGCCATAGTATAAGTACATGCCATAGTA SH19678 19678 25 198 SIR1 2.4 281 17 GTCATCCTTTGTTGGTTGTCATCCTTTGTTGGTTGTCATCCTTTGTTGGTTGTCATCCTT SH19679 19679 90 45 SIR1 2.4 301 20 GAAAAGTATTTGGTTCTTATGAAAAGTATTTGGTTCTTATGAAAAGTATTTGGTTCTTAT SH19680 19680 79 97 SIR1 2.4 321 17 CGCGTATCTTATCTCTTCGCGTATCTTATCTCTTCGCGTATCTTATCTCTTCGCGTATCT SH19681 19681 87 137 SIR1 2.4 341 15 CCTTGCGAACAATGGCCTTGCGAACAATGGCCTTGCGAACAATGGCCTTGCGAACAATGG SH19682 19682 81 108 SIR1 2.4 361 16 CCTAGGAAGCTTCTTGCCTAGGAAGCTTCTTGCCTAGGAAGCTTCTTGCCTAGGAAGCTT SH19683 19683 78 67 SIR1 2.4 381 20 CTTTTTTCCTCCTTTTTTCACTTTTTTCCTCCTTTTTTCACTTTTTTCCTCCTTTTTTCA SH19684 19684 99 99 Negative Control NA NA AAAGCCTGTCGGTTCGGGCTTCTGGTTTAACGTTAGCGACCCTTCAGTTCTAGCGCAGTA SH19685 19685 73 156 Negative Control NA NA CTGGTACGTAGTGTTGCGTTTACGTCAAGACTTACCCGCATAGCCTGATCTTTAACTTAG SH19686 19686 69 74 Negative Control NA NA CTTAAGCGGTTCGCCATTAGCGCTTAGCCTAATCAATTCAATGCGTAGGTCGAATATGAA SH19687 19687 49 113 Negative Control NA NA AGAGCATATGAACCGCCCACCCAACTGCGTAATACCCGAGCGAGTAGACGACCTAGGCTG SH19688 19688 63 36 Negative Control NA NA TGGGCAGTACTTATGTCGAGACTCGTCGCCGTTATTTCATAGACGTACCGCGTGGAGATA SH19689 19689 102 27 Negative Control NA NA GTTACAAGATCGCGTTTGTATTCGTTCATTATGCGAACTGCATCGGTCCATAGGGAGATC SH19690 19690 12 185 Negative Control NA NA ACGTAGCCGCCGTCATACGTACCTAGGGACGTAGCAACCGCTTAACGCTACTCCGTAAAT SH19691 19691 70 106 Negative Control NA NA ACGACAACCCAGCCGCACGTGGCGTTAAAACTTCCCCGCGGCATTTCAGGCTAACGGCCG SH19692 19692 83 161 Negative Control NA NA CTAGGTATCGGGATTAGCACATTTGTGCGGGACTAACAAAGCGGCAGTCCGACGGTAGGC SH19693 19693 51 187 Negative Control NA NA CGTCGGAAGTCCCGGGCCGACGTCCTTAATCGGACTATGTCTTAGCGACGTGCAAACTGA SH19694 19694 45 36 Negative Control NA NA GCGCTACAGACGCGGGGTCAATGGTTTCGGTAGCCGCGTTTAACCGTAGGTATCGAATGG SH19695 19695 55 34 Negative Control NA NA TGCGTACGCGTCTGTCAAGGCCCGTCCCGGAATTCGTAGAACTCGAATCACCGCGCCGCC SH19696 19696 50 213 Negative Control NA NA ATGTATGAGGTTTGACGTTCACGCGACAGCAAGTTATGAGCGATGTAGGCGTGCCGGTCA SH19697 19697 52 195 Negative Control NA NA TATATAATTGCTCCGTTCGGGCGAAACGTCGTCAATACGCGCCCGAATCGTACAATCCCC SH19698 19698 24 116 Negative Control NA NA TCAACCCCCCTTACGCAGAGCATGCGAGATTTGAAAGACGGTAGCACTTCTGGCGCCGAC SH19699 19699 24 192 Negative Control NA NA ACCCAAAACGTGTTGATCGGAGGTATTCTAGTCAGACGGCTTTGATTCACGCTTAGCGGC SH19700 19700 16 158 Negative Control NA NA CCTTATAAAAGGGTCGTGTCCTCTATGCGGGCCCAATAGGCCTAGCGATCTCTATAGGAA SH19701 19701 52 80 Negative Control NA NA TGTATGTGCCGATGGTTAACCCGCCCCGATGTGACGAAGTACTACCGGTTACATGAGCAC SH19702 19702 56 48 Negative Control NA NA CGCGGTCGGGAACATATCGATGTCGATGCGAAGACTAGTCCGTTGCAGGGCGATCCGCCA SH19703 19703 10 171 Negative Control NA NA GACCATCAAATGAACGTACGATCGCCTACCAAAGAGTGGTATTCGATATGCGTATGGAAC SH19704 19704 93 18 Negative Control NA NA CGGGCACACTTGGTATCGCGCTCTCCCCCGGAACAGTGATTTCTGCGTTTCGCAATCAGG SH19705 19705 54 35 Negative Control NA NA TGTAAATGCCGACCTCAACGCGAGCGATCGCCGTCACAACCTTCGCGCGCGGGTCCTATT SH19706 19706 100 70 Negative Control NA NA TTGAACTAGGCTCGCCCGGGAAAGCGAAGCCATACTTCGGTAAGCACGTGACTTAGGCCC SH19707 19707 39 58 Negative Control NA NA AACTAGTATGCGGCTACGCGTAGTTAATGGTTTCCGTCGACTTCGCCAAATCTTGAATAT SH19708 19708 71 35 Negative Control NA NA CCGGTTAGTACGACGAAGACTCGGGTTCCTGCGTACGCGATATGAACTGCTTTAATCGTA SH19709 19709 35 76 Negative Control NA NA TTTTGGCCTCGTATCCACGTGTTCTCCCGCTCCTAGGCGAACAACATGAGGCGCAGCCTT SH19710 19710 18 76 Negative Control NA NA AGCAAACAATCTCGAGTCGTCGACGCCTCACTACCTTGGCCACGCCTGCTTGCACTAGAA SH19711 19711 93 11 Negative Control NA NA CTATCCGAGTGTGCGAGCTCCTACACCGAAATGGCCCTGCATAAGTGCGTTAGGGATAAC SH19712 19712 13 107 Negative Control NA NA GTCTTTAATGCTCCCCCTCGCGTATATTAGACGTGTTATGGGTGTGGTCCGTTGGGCCAC SH19713 19713 19 49 Negative Control NA NA TTATCTTGAACCCCCACTACGGGCAATGAGCCGTGCCGAAGATTATTGTTGTGCGAATAA SH19714 19714 13 44 Negative Control NA NA AAAAAACACACGCGTGCGGCCCCAATCGGCTGGCGTCCGCACGCCCTTCGCCGGTAGTTT SH19715 19715 9 200 Negative Control NA NA CACGCTCCCTGCGCAACAAGCGTAACCGACGTATTCTATATGCGCGCAGTAGAATTGCCA SH19716 19716 24 142 Negative Control NA NA ATTCCATTATAATGCGTAAAAAAACGTGCGTCGGTGCGACGCGTAAGAGCGCACAGGCCC SH19717 19717 26 95 Negative Control NA NA AATCACGGAGCTATTTTTAGCGATTTCAGCAATCGTGGAAGCCCCGCGTAATGCGTAACC SH19718 19718 18 112 Negative Control NA NA TTCGTTATGACAAACGCGTCCTCGTCTAGCGCAACGCCGTACACGTAATAGTCCCAGCCA SH19719 19719 43 153 Negative Control NA NA ACGTATCAAGACCGACGACTGTGATAGCGACTAATCGGTCTGTCGCCGAACTCCGGCACT SH19720 19720 102 72 Negative Control NA NA GCTCGAAGGGTGTAATCGCGAATGATAGGCGCGTACTAGAACATCCCGATACGCGCGCTA SH19721 19721 63 162 Negative Control NA NA GGTTACGACTACGCCATTACTTCGCAATGGGACTGGCGGAGTTCCGCTGGATAAACTTCA SH19722 19722 3 29 Negative Control NA NA ACGGAGCGACATGTCCAATACAGAGTCACGATACTACGAATACATCCGGGTCAAAAGTTG SH19723 19723 18 199 Negative Control NA NA AGCAGATTTATCGATGCTACATAGGCCGTATAATCCCGTTGGCTATCAAAGGGCGAGTGA SH19724 19724 6 198 Negative Control NA NA TAGATGCCGTCTTTCTTCCGCAAATCGTAGCCCACGATACGAGATTGTTTTACCGACAGC SH19725 19725 39 45 Negative Control NA NA TTATAAGGAGTTGTCCAAGTACGTATATATGTAGGTTCCGGATGCGACGTGAACTCCAGT SH19726 19726 2 89 Negative Control NA NA TATGCGTACAGGCGAAGCCTAGCGAGTATGCTGGGTTGGTGAAACGGAACTTGCAAATCG SH19727 19727 94 135 Negative Control NA NA CTGACCATTGCAATCTCGGTTTTGCGACGACTCCCTGACATTATCGTGTCACGCCTGCTG SH19728 19728 23 16 Negative Control NA NA AAGAGCAATCGGACCCCGCTACCATAGCACCGCGGCGGTGACATGTCCCAAGGAACAGCG SH19729 19729 96 88 Negative Control NA NA AAAATGCCGCCGAGTTCTACTCGCAGTACACGCGGATAGCCATGCGCTGGATATATGCTA SH19730 19730 8 58 Negative Control NA NA GTGTTTGCATGGTTCACGGGCGAAGGGTGGCACGACCTTCGTCAACAGAGCGATCTTTTC SH19731 19731 49 74 Negative Control NA NA GTGTGAAACCGCACAGGCGACGTAATTACGATGTCAGCGCCGCGGACGTGTACCAGGTTC SH19732 19732 68 158 Negative Control NA NA GTTTGAGTCACTTCGGTCTGACGCGATGCATCGTGTGCCGTATGGCTTGGCGTTAGTAAG SH19733 19733 69 169 Negative Control NA NA ACCCATGGAGTATTTGGCATCCGTAAGGGACACGACCAAGAGTAGAACGTACATAGTTGC SH19734 19734 74 177 Negative Control NA NA ACGGTAGTTCCCGAATTGCGGGCCGAGACGGGGTCGTTTGAGCAGGAGCGTCGAATCGAT SH19735 19735 95 63 Negative Control NA NA AATGGCCCTCAACAAGCCGAGTCTTGCGTTGGAAGGAGTATTGCAATCGCAGGTCCGCGC SH19736 19736 15 56 Negative Control NA NA GTCAGTAATAACGTAGATGTAGCTCGATCAAGCGCCGGTTGTACCACCTTAAAATGATCA SH19737 19737 87 146 Negative Control NA NA GTAACCTACCTTCGATGAACGACAATCTACTAGGCCCAGTACGTGGTAGTAGTATACGGA SH19738 19738 46 18 Negative Control NA NA CAATGATGGGGGACCCATACTTTTCGAAGTAGCTGGGCGTATACATGCAGCACTCGCGGA SH19739 19739 63 78 Negative Control NA NA GAGGCAAAGGAAATTGCGCTCCGTAAAACGGATCAGGATTGACCATCGGTACGTTGTGTT SH19740 19740 14 201 Negative Control NA NA TTCTTCCTCGGATGTATCGAGCTTGCCCAAATGCTAACGAGCTCCGATCCAAGGGGCTCG SH19741 19741 75 10 Negative Control NA NA AGTGAATCTGCTGTCGATCTACTCCCGCCCTACGACAAATCGTCGTGCGCCATCCCGTTC SH19742 19742 29 182 Negative Control NA NA TACGGGCGGGCACTCTAGTACGTCATCCTCTTCGTGAAAGCCGCTGGGCGTGGTCACTGA SH19743 19743 96 107 Negative Control NA NA GGCTATTCACCCGAATAGGCTCTTGGCGGAGGACAACTAAAGTCCACGAGGACGTCTCTC SH19744 19744 26 160 Negative Control NA NA AGATAACGTTAAACATACACTGCCGAGAACCCCGATGTCTACGCGCAGTCGTCTTGACAG SH19745 19745 86 153 Negative Control NA NA GGCTCGGACTGATACCCGGCTAGTAATCTCGCACATTCGCCCCTCCCTGCCGTATCTTAG SH19746 19746 52 79 Negative Control NA NA TAAAGTGCGGCTACCGGATTCACCGACGGGGCTTACGGAATGATTCTCCGAGTTAAGTTG SH19747 19747 53 15 Negative Control NA NA CTTGGTTGCATTGCGGAGCGCTGTTGGAACCTCGGCCACAGGCGGCTTCGCCCGAAGTCA SH19748 19748 39 101 Negative Control NA NA CGCTATTGGGCAGTTGAGCACGCCCATTACCGCAGAGGAGTTGCGCCGGGACAAAGTTCG SH19749 19749 93 111 Negative Control NA NA GGCGAAAGATTCGCTGATCCGGTATAGGTGTCGGAAGCGATAATTTAGGTGGATCTTCAC SH19750 19750 22 192 Negative Control NA NA ATTGGCAGGCGATAAAACCGCGTAAGCTATTGCGTCACAAGGGCCGCAGTGGTGGCTTTT SH19751 19751 56 106 Negative Control NA NA ATCCTGTCACGTCTATGAACGTCGTTGATACATCATTGTATGGCGTATTACTGTTGAGAG SH19752 19752 90 130 Negative Control NA NA TTGTTACAATCGCCCACCAACGTATTCGACAGTTGGATGGGGGCTAACTGCGCATTACGT SH19753 19753 90 4 Negative Control NA NA CAGAGACGCACGTAATTCACAGGACAAGTCGGGCGGCGGCGCGTGGCAAGTCCATCGCAG SH19754 19754 55 30 Negative Control NA NA CGTAAACATCTTAGGGAGGCTTCACGCCCGATGGCGGACGTTACCAAGCGGTCACAATGT SH19755 19755 32 209 Negative Control NA NA GAATAGCCCCTAAGTAGTAGGGCCGTACCGAATACTATCCGGACGAGTGCGCGTCTCCGA SH19756 19756 78 191 Negative Control NA NA CCCTGAGCGGTCCCCGACCATGTGGGCGGTAACCCTGCGACTGCTGTCAAACCCCGGATT SH19757 19757 53 98 Negative Control NA NA TATGTGCTTCGCGGTCGTCTACTAGCACTAGTATATCTCAGTTAAAGGCGCTATACAGAT SH19758 19758 43 200 Negative Control NA NA TACGAACTCTTATGGCGCGTAATTGTTGTCGGCTAGACAACGGCTTCGAAAGGCTACCGT SH19759 19759 68 198 Negative Control NA NA AGGGCTTTGTATTAATACCGGGCTTTGTAGGCATAGTTAGTCGCGTCAGTGCTCTTATTA SH19760 19760 21 34 Negative Control NA NA TCAGTACGGCGAAATACCTACCACTATTGTATTGCGGTAGTTGATCCCGGGACACGTTCA SH19761 19761 18 30 Negative Control NA NA GCCTTGCACGCTCCCTTGGTTGCAGTTCGGATGTTGACGCGGATCTAGTTTCGCTCAGGC SH19762 19762 47 113 Negative Control NA NA ATGTAGGAGCTATAACCTCCGTGAGTGATACCTTATGCACCGAAAGATGTACGAAACGGA SH19763 19763 92 213 Negative Control NA NA ACTCACGTAGTATTACTTCTTATCGAGGGGTTACGTCGCACATGACGTGGGCCGGCCGCA SH19764 19764 15 145 Negative Control NA NA TATAGCGGACGTCGCGTCAAATCCTGGTACGGTTAATCCTAATGGATGTACACCCGCGAT SH19765 19765 91 19 Negative Control NA NA ACTATGACCCTACCTGATCTACTCGGCGCCTTCCGTTTGACGGGCGAGGCTCAGAGGAAA SH19766 19766 77 61 Negative Control NA NA CTGACCGCCTGCGATTTTTGATCATATTGGAGGGCGGCGATAATGCCGCAGGTCAACGTT SH19767 19767 87 42 Negative Control NA NA GGTAACAAAGGTCGCGCTCTCGGAGAACGGCCGGAAGCGTTTCGGACGCACATCCTTTCG SH19768 19768 70 3 Negative Control NA NA CCTGTATGTCCGATCATGCCAGAACTACACCTCGCCTACTCCCTTACTAAACTCTCCCAG SH19769 19769 28 15 Negative Control NA NA CCTCGCAGAGCAAAGTAGTCGGAGCGTAAAACTGAATTCACGCGGGGCGCAACGTATGTC SH19770 19770 2 81 Negative Control NA NA TCGATAACCGCGACGGGCGATCTGATATAGCCCCACCTTGACGAGTGTTTGGTCGGCTAT SH19771 19771 28 105 Negative Control NA NA TATCAAGTCGTTAACGACGACGTGGACGTATCGCGTTGTCAACCCGGTATATACTCAGAT SH19772 19772 87 135 Negative Control NA NA ACGACTGACGCAAACTCCCAGGAGGATTGGAGCTTTAGATCGCACAGGAGCAAGTCGAAA SH19773 19773 89 127 Negative Control NA NA GCTCTCAATGCCGGAGCAGACGAGGTGTATATGGTAACGCCCTCGTATCACTCAAACAGG SH19774 19774 19 205 Negative Control NA NA CCATGGAACACACGATCGCTCCTGTGTAACGTTTACTGCGGCCTGTCGCAGGGCTATTCA SH19775 19775 3 190 Negative Control NA NA GAGCAGAGCGCGCTGTGCGTCTTGCGAGGACTACGATACAACCGACTGAGCGCAACCTTG SH19776 19776 59 6 Negative Control NA NA TGAAATGTCTCAACGCACAAAACGTTCGTAAGACAGTACGCGAAGCATTTGAGAGCGATG SH19777 19777 24 158 Negative Control NA NA ATTTAATCCACCCGTTTCATTCTCGTGAATATACAAACGACCTGCAGTCTAATACCTAGC SH19778 19778 34 32 Negative Control NA NA TCCATATAATTTACGGGCCTGTTAGTCATCCGAGGTTGCTCGAATGTATCGTCGTTATGT SH19779 19779 94 144 Negative Control NA NA TGTCGAGCATCCCGCGGGATCCCCGTTCCGACCAACATCACCCCCGGTACGAAGATGGCT SH19780 19780 80 119 Negative Control NA NA CACGCGCACCACTAGCAGTACCCTCCTGGCCGACCTAAAAAGCCGGCGTGCCGCACTTGG SH19781 19781 29 94 Negative Control NA NA CGAATATCGCGCGATAACGTATTTACGGCCAGCTTGATATCCTCGCATGTCTTCTCTTGA SH19782 19782 68 141 Negative Control NA NA TTCCTTGCCAAGACGTTTACCCACGTCCCGGCCGAGTAACGACCCTCTGGTTATGTACAG SH19783 19783 23 112 Negative Control NA NA CATGGCGAAGTAGATCGTATCCTTCGTTTGCAGATAGTCGCTAAACGAAGATAGCGTGGA SH19784 19784 41 128 Negative Control NA NA GAAGAGCGTCGGACGCCTGCGTGATTGGACACCGTTTGGCGCCGAGACCGGCCCAGTATT SH19785 19785 24 214 Negative Control NA NA AAGTGGCCTCGCCGTCTTCAGTCGTGCGATTCGAGTGAATACGTACATGTCGTATCAGTC SH19786 19786 64 177 Negative Control NA NA GGGCTTCGTGTTCTTCATATGGATGGTTCGGTACTCCCCCTCCGGCACGAAATAGTAGCC SH19787 19787 14 190 Negative Control NA NA AAAATGTTCGAGTAGGTTGGATTCTGATAACGACTGGGCATAGTGCCCGATCTTGCTAGG SH19788 19788 20 186 Negative Control NA NA GTCGTGGAACAATACGTGCATAAGGTCACTCGTCCGGCACAGATCTACCACTGTTGCGGG SH19789 19789 49 44 Negative Control NA NA ATATTATTATCTTGCGTCTTGTCAAAAAAGTCGCCTACCAAACCGTTAACGGTGTATCTG SH19790 19790 82 69 Negative Control NA NA ACCTTGAATTTACCGTGCGGTGGGTCGAAAAAATCTCGAGCCGTCATCCACGGACCGATC SH19791 19791 64 148 Negative Control NA NA TCTCCATTGGCGACCTTCTTCACAACTCGTACCCCTCGTGCAGATTGCGTTGGACTTTGG SH19792 19792 67 38 Negative Control NA NA CCGCGGGGGTTGTCCTGAGTAAACTACGAGCCATCACCGATCGTCCGAAAGCGAATGTTT SH19793 19793 20 138 Negative Control NA NA TAATCGGGGGTCGCGGTTCGGAGTCCCTCCGTATCTAGATCCCGGACGTTGAGTTGGGAC SH19794 19794 67 122 Negative Control NA NA AGCCCGCGGCGGGTGTCCCACGAGAAGACCGATATAGTCGGGGGGATCATCGGTTCTTTG SH19795 19795 40 123 Negative Control NA NA CACCGATTAATCCCACGCTACGAGAGTCATATCGGGTCGGGATACTCCAATACTATGCCA SH19796 19796 101 163 Negative Control NA NA GCGGAGACGAGCCGATAAGCATCGCCCTGAGACTGGAGCGCGGTATAGAACGCACGACTT SH19797 19797 47 161 Negative Control NA NA AAAGAGCGCTAGTGAGGTACATCGACAGATTCAGCGGCCACTGTAGGAACGGTTGCCCGA SH19798 19798 83 145 Negative Control NA NA CTGCCCCATCCGTCGAACGACATCGAAAGCAAATGTCCGCAGCGCCGAAAATTCACCGCT SH19799 19799 26 113 Negative Control NA NA TCGGAGACGGTGTAAAGTTCGCTCAAAGTCGTTTGGCTGGGACCGTGGACGACCGAAGGG SH19800 19800 100 179 Negative Control NA NA TCATATGTATCGCGCTCGATGATACGTCTCACGTTATTAGACGATAAACCAGCCGTATGC SH19801 19801 52 187 Negative Control NA NA CCATAGCGACAAGACGGTACACCGTGAGGCTTGGGTCCCGTTATAGGCTGTAGTGACCGA SH19802 19802 70 213 Negative Control NA NA GTGATGGCAAAAAGACCACCGCGGAGCGATTTATCCTTGACCTCATGTTCGTTGTTAAGG SH19803 19803 12 26 Negative Control NA NA TTGCAGGTTGCCCCGGTTGCCGCTGCGGTCATACCCGTAAGGGCACGCGACTCGCGCCGC SH19804 19804 11 165 Negative Control NA NA ATGACTAGCACCTCTGAAGACTCGAGTAGCGCGTCCGTAACCCACGAGATCCCGACTTGC SH19805 19805 8 131 Negative Control NA NA AGGGGCGTTGCTACGCGGGAACAAAGCAATGCGCGTTGAAGTTTTTCCACACGGACGGTT SH19806 19806 25 181 Negative Control NA NA ATACAAAACATTTCCGGTGGGAACAATCGGTCGACCAAATGGAAGCGTGCGTGGTAACTC SH19807 19807 21 136 Negative Control NA NA TTGAGGGTCACCGGTGGGACACGCCCCGCCACGATCTAGTAGTCCGTCAGAGTTCCACTG SH19808 19808 69 67 Negative Control NA NA AAAACAGAGGCATTATCGCTAATCGTTCAGATCCTACGGGCATAGGAACGGATGGGCCCG SH19809 19809 7 115 Negative Control NA NA CCGCCTCAAGGCAGGCCGACGAAGATCCACGACTCCGTCCCGTCTTGTTGGTACAACCTA SH19810 19810 35 69 Negative Control NA NA CGCTTACCAGTATGGGCCGCTTCAGCGGACTGCGGGCGGCGGGGTGCTGTGTAGGGGACT SH19811 19811 55 110 Negative Control NA NA CACGATGTATGTTTCGTCTGACATGGGATACGGAATGTCTCGCAAACCACGTTCTCATAC SH19812 19812 19 194 Negative Control NA NA ACCACTGCGGGTGAACGGTCCCGTCGTATCCTGCGAGAAAAGATCAACGGAGCTCGTGGC SH19813 19813 61 199 Negative Control NA NA ATTATTAGTACCGTAGTCATTAGGGCCCGCGTTGCAGATATCGTTGTGTTTCCCGCCTCA SH19814 19814 9 115 Negative Control NA NA TCGAAAAAGTCACGGGTCGTAGTCGACGATTAAGCTTTGAGGCCGTAATTCCGCGGGACC SH19815 19815 85 166 Negative Control NA NA TTTCCGTCTGCTACACCGCGGCCGTCCTTTTCGCACGTTCGTGTCAAGATAGTGCGGAAC SH19816 19816 43 183 Negative Control NA NA AAACTAAAGGTATGCTTGGCATCCGAAATTGAGACTCCGAAACCAGGGTTGTGCGTGGCC SH19817 19817 45 23 Negative Control NA NA ATTCCAGCTCGGCCCAGCGATGAATCGTGAGAGTGGCGCGATCCAACCGTCACAGACTTT SH19818 19818 16 106 Negative Control NA NA CGAGCCACTATAAATTGTCCGGTTCGCGCAGGGGGCCTTAGTCGTCCAGCGGCGCGGGTC SH19819 19819 62 65 Negative Control NA NA TTGCCCGATCGGACTTCGCAACGGCGCGACCCAATTCGTGTGTCTAGCGCACGACTTAAC SH19820 19820 78 20 Negative Control NA NA ACCCTCTCGTGACCGACGATAATGTACCAGGAACGTAAGGTGTCCTCGTAACATAGGACC SH19821 19821 19 175 Negative Control NA NA TTCTATCTTAGTCCGCTTACTGCGTAGGTACCCGGAGGGTCGGACGCTAAGCGAGGTAGC SH19822 19822 79 17 Negative Control NA NA CCGATACGGCGACTCCCGCTTGCCGTCTGCGAGTAATCGACAGCACGAACTCCCGCATGT SH19823 19823 63 152 Negative Control NA NA GCTACCACTCGTCGAGATTAAGCACACGTGCCCGTACTTGTAATGAGGACGTTCGGATGC SH19824 19824 25 7 Negative Control NA NA CCCATCGAGATGTCCGTGTACGGTACTCGGTAACCCGATTGGCGTAATATGATTTAACCG SH19825 19825 94 6 Negative Control NA NA TCGTGTATAGTCTTGTAAGCACCATACGCGGACTACCCCTTTACTATAGCACGGGAGCCG SH19826 19826 51 91 Negative Control NA NA CGCTTTACAATCGAGCTGGCTTCGCTTTTGATATAACGTTCGGCGCACTCTCGTACTACG SH19827 19827 6 20 Negative Control NA NA TCGGTCTCGTGTATAGTACAGTACATCGAAGTTCCGACTGCCGTGGTATAACAATCCAAA SH19828 19828 21 12 Negative Control NA NA CCACTGTTCAGACCTTGAACGTCAATCGGACTTATAAGGCACGGTATATCCTCGATTCCT SH19829 19829 22 156 Negative Control NA NA CAGGGATCGGTTCGTAACCCCAGGTGATTGCGACTACTGTCGACGCATGTAGACTGTTTG SH19830 19830 103 161 Negative Control NA NA CTATCCGTGAAGTCGCATTACTGGTGCCCCAGTAGTATCGTCGATCAAGCGGGAATACCC SH19831 19831 15 24 Negative Control NA NA TAGAACAATTAGGGCTGCGCGTTTGCGTGCAATGCCCTAGTGATTGTGTGACCTGGCAAG SH19832 19832 16 60 Negative Control NA NA GCGCGTGGGATAGTTTTTATCTCACCGACACATAAGTTTGATTAAGTAGCTGAGGGACAC SH19833 19833 39 182 Negative Control NA NA TTGTAGTAGGGTCCCGACTCGTAATCGGTGCCCTTACGGTGCAACTGAATTGGAGCTTCA SH19834 19834 31 191 Negative Control NA NA CAGAGTGCACAAGGTTCGAACGGTGATATGTGCGTATGTCGAGGTTGGCTCGTGGCAGCC SH19835 19835 72 126 Negative Control NA NA AGGCCGCAGATTGATATTATTAGACTCCGTCGGACCGGAATGGGCCTAGCTATGTCCTTG SH19836 19836 98 91 Negative Control NA NA CGCGGACTTAATTACCCGGTTGGCCTGCAATCATTCACGACTCAACTCTCTTCACGATCA SH19837 19837 19 142 Negative Control NA NA CTTGACGCATTGGGTTGCCGAAACCTCGATGCCTAAACGGGACAGGCTACCTTGGTTCGT SH19838 19838 44 78 Negative Control NA NA ATGGGTATACAATCAACAACACCTGATGTACGAGTGCGCAGGGGCCGGAACAGTACTCGT SH19839 19839 19 19 Negative Control NA NA GTGGCCGGGATGCACTCATGGCCGCGTCGAACTAGATGTTATCCGTTGAAGATCAGGTCA SH19840 19840 11 77 Negative Control NA NA AGTCCCCGGTCAAGCCGATAGACCGGTGCCCCAGCGGTTTGCATTACCTTGAGGTTATAT SH19841 19841 88 11 Negative Control NA NA CGAGAATATCGCCGTCTATGGGCTCTAACGCTGTCGCTCATCGTACGTTCCCCCGGCACT SH19842 19842 40 115 Negative Control NA NA TGGGCGCGACCGTTAAGACTACGCATAAGGGTACGCGTCCTGAGGTATTGCTCCTCGGAT SH19843 19843 53 67 Negative Control NA NA GCCGAAGTAGTCTTTGTTCGTCAAATCTCGTGTGGCAGTCTCGCAAGATAATCGCCTTAT SH19844 19844 67 10 Negative Control NA NA AACTGCAACGCGCATACCTAAGTGCACGGAGTTAATGCGTTGCACGGATCGAGAGAGCTC SH19845 19845 36 109 Negative Control NA NA GATGCGATCTATCTGTCAGTTGCTCAATCGGGCCTTCGAAAGGTATTCAGGCGGTATCCA SH19846 19846 69 26 Negative Control NA NA ACGCCTAGTGCGCGAATCCTACCGTCACCGTTCCTTAGCCGCTGATCACTAGTCTATTTG SH19847 19847 2 34 Negative Control NA NA TCCCTCGACTGGTTGGTAGCGGTAAGACTTTCGTATTCGAGTACTAACATTCCCGGGTCA SH19848 19848 100 3 Negative Control NA NA GCGCAACCGTCATAAGGCGCCTGTAGGAGGTAGTGCAAAACCCGGGGTAAATCTCCCGCA SH19849 19849 15 194 Negative Control NA NA TGATCAACGTGCGACTACGTTAATTGGGCGTTAATAGGCTCGAAGGATGAACGCAACAGT SH19850 19850 37 214 Negative Control NA NA GGCGGGACTCTGGGGAACGGCCGTCGCGACGAGAACTCCGCAGTCACTCATGGTACCCTG SH19851 19851 78 84 Negative Control NA NA TTTGCGCGTGTCCTACTCCACGTGACAACGATGATGGGATCGTACAACTGAAGAACGCCG SH19852 19852 2 97 Negative Control NA NA GGAGCTATTGGGGCGCACAAGGTTATACATGTAGGGACCTAAGGTTTCGGGAGAACGTAA SH19853 19853 45 124 Negative Control NA NA GCGTATCACGCTGTCTGTAACTTTGCCGCATACTGAGCTCGGCGTTAATTTTAAGAAGTT SH19854 19854 72 146 Negative Control NA NA TTCACTGTTACTCTCCCGTTCGAAGACTGATAAGCCTAATCGATGAATAGGTGCTGCCTA SH19855 19855 79 106 Negative Control NA NA GGCTTCAATATTTAATAGACGTCGTATGACCATCTAGCCGATCGCACCAGACGGATGGCC SH19856 19856 71 70 Negative Control NA NA CATGCGGCTCGCAACTAAATCTCGGCCGGGCAGAAAATTGGTTCCGTCGACTCCGGTTTG SH19857 19857 36 123 Negative Control NA NA GAATTCCTCATAGCATCCGGTCATGCCGATCTCGTATGCGTACACCGTTGGAGTGCCGTG SH19858 19858 27 68 Negative Control NA NA TAGCAGGCTGCAATGAGTTACGGTACCTTCAGATAACTACCCCGTCGAATTGAATGATGG SH19859 19859 78 140 Negative Control NA NA CGCTTACTTCATGACTTCGGGTCACGGCGTAGAAAAGACGTGTGACCGGCCCGGAGTGTA SH19860 19860 54 3 Negative Control NA NA CGTCACGAGCACGTCCGTGTTATAGCACCCGTTAGCCGCATTTTGCGAGACGACTATAAG SH19861 19861 20 13 Negative Control NA NA GTTGTCCCGTTGGCAACAGTCCGTTGGATCGCCACCCCGCTGGTCACTGGTACCCGATAC SH19862 19862 72 181 Negative Control NA NA CATGATTAAGTCAGTAACTTTAGTCGGCCTATTGTTACCGCCACGTGATCGTTGCTCGGT SH19863 19863 33 111 Negative Control NA NA CTAGTACCCTACCACGACATACGAAAGCTCCGCTCCCGAATATAGTCGACCCCCACTGGA SH19864 19864 76 73 Negative Control NA NA AAACGCAGCCCTTGAGAAAGTGTCCGAGTCATAGATAGCCAACGCGCCCCTCCTACTGCG SH19865 19865 89 187 Negative Control NA NA GCACCGCTACTTAATCCGCCCGACATGCGGTTATTGTCCACCTGCGGGATAGCCTACGTA SH19866 19866 37 178 Negative Control NA NA TCTAGTTCTAATCAGCGGGGGGATGGGGCGCCAAGGGTATTTATGTGCAGGACGGGCTCC SH19867 19867 45 110 Negative Control NA NA CATCGGCATAGCCTATCTCGATCGCCGGCGTGTAGAAATGCATATCCAGCTAGTAGCGTG SH19868 19868 102 63 Negative Control NA NA GTGTTTACCGCCGAAATCACACGACAGGCCGCCGAGTCGATAGTCGAGTATAGTGGTCTG SH19869 19869 46 122 Negative Control NA NA CCCTAGAGTAATGATCCGATGTATTTGCGCGATGTGCAAAGAGCCGTGCCTAGCCTAGCT SH19870 19870 75 118 Negative Control NA NA ACGCCACAGAATCTGTCTACTAGTCTGTCGGACTAGTCCCCTGATTAATTGATTAGCGGG SH19871 19871 78 36 Negative Control NA NA ACGTAGTCTTCCATACCTGCGAGTTGAATCCTTATGGCGATCAAGGACACCCGTTTTTGG SH19872 19872 93 4 Negative Control NA NA AAGCATGACTGCCGTAAAAAACAAGCGGGAAGTGACTCCGATGCGTGGTACCTGCCGGAC SH19873 19873 45 21 Negative Control NA NA CAGGGGCTCTCGGGCGGAACATGCTATTGATTGGAGCCAGCGTGTCTTTCGGCTGTTTTC SH19874 19874 27 188 Negative Control NA NA CGCTGAATCCATTTAGGTATGGTTGGAAAAGCGATTGGTTCGGCCGCTGCGGTACGCATC SH19875 19875 68 19 Negative Control NA NA CAGGGCCAATCTTGGATAATGCGGATCTGGCGAGAGCGCGAGTGAAACCGCTGAAAATTT SH19876 19876 48 88 Negative Control NA NA GCGAGCGCGTTCTCGTCAATTAATCGAAGACGTCATTTACGGGGATGTAGTTGTATAAGT SH19877 19877 103 52 Negative Control NA NA ATCTCTCGGGCTCTGCCACGATGACCGGTAAACTTTTGTGCGCCGACAGAGTCACCAAAC SH19878 19878 95 47 Negative Control NA NA AGAAGACGAAAGTCGGTCTTAATTGACGTTAGGCGGTTACAACATACTCGTCGCGACGGT SH19879 19879 27 58 Negative Control NA NA AGCCGCGGTTGAGAGACTGAGCACGCGTCTAAGCCGCTATTTTAGGATAAAGTCGGTGGG SH19880 19880 43 26 Negative Control NA NA CGTGATAGCCGAGTAATGGAGGTCGCTAGAGTGAGGCGGGTTAGTGCACTCAAGCACACC SH19881 19881 95 44 Negative Control NA NA ACGTCTCCGCCACGATAAAAACGATGATTACTTGCTCGACAAGAGGGGGGCGCGCACCCC SH19882 19882 6 125 Negative Control NA NA CGGCATGTTACTCACACCAAATCGCCGACTCAGTACTCTAAGCACAATACAGCTAACGAC SH19883 19883 76 156 Negative Control NA NA TCAAGAAGCGATAATTACGGGATCGCGGACGTCGTTAAGGTAGAGCCAATCACTGCACGA SH19884 19884 78 155 Negative Control NA NA GGGGTGCCAGCGGCGCGGTACACTTAGCAGTGTCTTCGCATCTAGGATAGGTAATTTCAA SH19885 19885 69 46 Positive Control 1 NA NA GTGGAAAGTGTAAAGCATTCCGTGGAAAGTGTAAAGCATTCCGTGGAAAGTGTAAAGCAT SH19886 19886 29 139 Positive Control 2 NA NA CAGGCTCTCATCAGTTGTTTCCAGGCTCTCATCAGTTGTTTCCAGGCTCTCATCAGTTGT SH19887 19887 3 137 Positive Control 3 NA NA TTGAAACAACTGATGAGAGCCTTGAAACAACTGATGAGAGCCTTGAAACAACTGATGAGA SH19888 19888 82 62 Positive Control 4 NA NA ATGGCTCCTCAGGCTCTCATCATGGCTCCTCAGGCTCTCATCATGGCTCCTCAGGCTCTC SH19889 19889 62 19 Positive Control 5 NA NA CTGATGAGAGCCTGAGGAGCCCTGATGAGAGCCTGAGGAGCCCTGATGAGAGCCTGAGGA SH19890 19890 30 123 Positive Control 6 NA NA CTGCTGGAACCGCCATAGCCACCTGCTGGAACCGCCATAGCCACCTGCTGGAACCGCCAT SH19891 19891 54 31 Positive Control 7 NA NA AGGTGGCTATGGCGGTTCCAGCAGGTGGCTATGGCGGTTCCAGCAGGTGGCTATGGCGGT SH19892 19892 78 180 Positive Control 8 NA NA TTGGAATGCTTTACACTTTCCTTGGAATGCTTTACACTTTCCTTGGAATGCTTTACACTT SH19893 19893 11 189 snR17A spliced 1 16 GTACGTCGACACAGATGTACGTCGACACAGATGTACGTCGACACAGATGTACGTCGACAC SH19894 19894 59 203 snR17A spliced 5 15 GAAGTACGTCGACACGAAGTACGTCGACACGAAGTACGTCGACACGAAGTACGTCGACAC SH19895 19895 32 210 snR17A spliced 9 16 CCTATGAAGTACGTCGCCTATGAAGTACGTCGCCTATGAAGTACGTCGCCTATGAAGTAC SH19896 19896 44 33 snR17A spliced 13 18 AATGATCCTATGAAGTACAATGATCCTATGAAGTACAATGATCCTATGAAGTACAATGAT SH19897 19897 30 202 snR17A spliced 17 20 TATAGAAATGATCCTATGAATATAGAAATGATCCTATGAATATAGAAATGATCCTATGAA SH19898 19898 90 192 snR17A spliced 21 18 CCTATAGAAATGATCCTACCTATAGAAATGATCCTACCTATAGAAATGATCCTACCTATA SH19899 19899 36 8 snR17B spliced 1 18 AAGTACGTCGACAATTTTAAGTACGTCGACAATTTTAAGTACGTCGACAATTTTAAGTAC SH19900 19900 41 202 snR17B spliced 5 17 ATGAAGTACGTCGACAAATGAAGTACGTCGACAAATGAAGTACGTCGACAAATGAAGTAC SH19901 19901 36 65 snR17B spliced 9 16 CCTATGAAGTACGTCGCCTATGAAGTACGTCGCCTATGAAGTACGTCGCCTATGAAGTAC SH19902 19902 3 78 snR17B spliced 13 18 AATGATCCTATGAAGTACAATGATCCTATGAAGTACAATGATCCTATGAAGTACAATGAT SH19903 19903 30 14 snR17B spliced 17 20 TATAGAAATGATCCTATGAATATAGAAATGATCCTATGAATATAGAAATGATCCTATGAA SH19904 19904 65 156 snR17B spliced 21 18 CCTATAGAAATGATCCTACCTATAGAAATGATCCTACCTATAGAAATGATCCTACCTATA SH19905 19905 72 96 YAL001C spliced 1 18 CCCTTATTTGAAGCAATTCCCTTATTTGAAGCAATTCCCTTATTTGAAGCAATTCCCTTA SH19906 19906 56 36 YAL001C spliced 5 18 TTTTCCCTTATTTGAAGCTTTTCCCTTATTTGAAGCTTTTCCCTTATTTGAAGCTTTTCC SH19907 19907 21 85 YAL001C spliced 9 19 GTGATTTTTCCCTTATTTGGTGATTTTTCCCTTATTTGGTGATTTTTCCCTTATTTGGTG SH19908 19908 49 181 YAL001C spliced 13 19 CAAAGTGATTTTTCCCTTACAAAGTGATTTTTCCCTTACAAAGTGATTTTTCCCTTACAA SH19909 19909 18 187 YAL001C spliced 17 19 GATTCAAAGTGATTTTTCCGATTCAAAGTGATTTTTCCGATTCAAAGTGATTTTTCCGAT SH19910 19910 46 59 YAL001C spliced 21 18 GCTGATTCAAAGTGATTTGCTGATTCAAAGTGATTTGCTGATTCAAAGTGATTTGCTGAT SH19911 19911 41 108 YAL003W spliced 1 18 TTCAATGTATGACTTGTCTTCAATGTATGACTTGTCTTCAATGTATGACTTGTCTTCAAT SH19912 19912 32 110 YAL003W spliced 5 18 TACCTTCAATGTATGACTTACCTTCAATGTATGACTTACCTTCAATGTATGACTTACCTT SH19913 19913 89 41 YAL003W spliced 9 18 GCAGTACCTTCAATGTATGCAGTACCTTCAATGTATGCAGTACCTTCAATGTATGCAGTA SH19914 19914 26 204 YAL003W spliced 13 17 ACAGCAGTACCTTCAATACAGCAGTACCTTCAATACAGCAGTACCTTCAATACAGCAGTA SH19915 19915 44 92 YAL003W spliced 17 17 AGAAACAGCAGTACCTTAGAAACAGCAGTACCTTAGAAACAGCAGTACCTTAGAAACAGC SH19916 19916 98 146 YAL003W spliced 21 17 CTTGAGAAACAGCAGTACTTGAGAAACAGCAGTACTTGAGAAACAGCAGTACTTGAGAAA SH19917 19917 8 168 YAL003W spliced 25 16 CAGCTTGAGAAACAGCCAGCTTGAGAAACAGCCAGCTTGAGAAACAGCCAGCTTGAGAAA SH19918 19918 46 135 YAL030W spliced 1 13 AGTTCCGCAGTCCAGTTCCGCAGTCCAGTTCCGCAGTCCAGTTCCGCAGTCCAGTTCCGC SH19919 19919 54 156 YAL030W spliced 5 15 GCTTGTAGTTCCGCAGCTTGTAGTTCCGCAGCTTGTAGTTCCGCAGCTTGTAGTTCCGCA SH19920 19920 74 168 YAL030W spliced 9 18 AATTTCAGCTTGTAGTTCAATTTCAGCTTGTAGTTCAATTTCAGCTTGTAGTTCAATTTC SH19921 19921 68 24 YAL030W spliced 13 18 CATCAATTTCAGCTTGTACATCAATTTCAGCTTGTACATCAATTTCAGCTTGTACATCAA SH19922 19922 77 35 YAL030W spliced 17 18 GTATCATCAATTTCAGCTGTATCATCAATTTCAGCTGTATCATCAATTTCAGCTGTATCA SH19923 19923 32 96 YAL030W spliced 21 18 CACGGTATCATCAATTTCCACGGTATCATCAATTTCCACGGTATCATCAATTTCCACGGT SH19924 19924 67 114 YAL030W spliced 25 16 CCCACGGTATCATCAACCCACGGTATCATCAACCCACGGTATCATCAACCCACGGTATCA SH19925 19925 75 40 YBL018C spliced 1 22 TAATTGATAACTTGAAATATTGTAATTGATAACTTGAAATATTGTAATTGATAACTTGAA SH19926 19926 26 28 YBL018C spliced 5 22 GAAGTAATTGATAACTTGAAATGAAGTAATTGATAACTTGAAATGAAGTAATTGATAACT SH19927 19927 82 80 YBL018C spliced 9 20 ATGAAGTAATTGATAACTTGATGAAGTAATTGATAACTTGATGAAGTAATTGATAACTTG SH19928 19928 44 57 YBL018C spliced 13 20 TCGAATGAAGTAATTGATAATCGAATGAAGTAATTGATAATCGAATGAAGTAATTGATAA SH19929 19929 85 49 YBL018C spliced 17 18 GATCGAATGAAGTAATTGGATCGAATGAAGTAATTGGATCGAATGAAGTAATTGGATCGA SH19930 19930 67 62 YBL018C spliced 21 18 TCTTGATCGAATGAAGTATCTTGATCGAATGAAGTATCTTGATCGAATGAAGTATCTTGA SH19931 19931 56 25 YBL026W spliced 1 15 CGACCACTTCTTGGTCGACCACTTCTTGGTCGACCACTTCTTGGTCGACCACTTCTTGGT SH19932 19932 36 172 YBL026W spliced 5 16 CTCTACGACCACTTCTCTCTACGACCACTTCTCTCTACGACCACTTCTCTCTACGACCAC SH19933 19933 21 15 YBL026W spliced 9 17 TTTAACTCTACGACCACTTTAACTCTACGACCACTTTAACTCTACGACCACTTTAACTCT SH19934 19934 35 150 YBL026W spliced 13 18 CGTTTTTTAACTCTACGACGTTTTTTAACTCTACGACGTTTTTTAACTCTACGACGTTTT SH19935 19935 31 106 YBL026W spliced 17 20 CAATGTCGTTTTTTAACTCTCAATGTCGTTTTTTAACTCTCAATGTCGTTTTTTAACTCT SH19936 19936 15 180 YBL027W spliced 1 20 ATTTTCCTCTAATTTATTGGATTTTCCTCTAATTTATTGGATTTTCCTCTAATTTATTGG SH19937 19937 67 51 YBL027W spliced 5 19 GCCATTTTCCTCTAATTTAGCCATTTTCCTCTAATTTAGCCATTTTCCTCTAATTTAGCC SH19938 19938 21 120 YBL027W spliced 9 18 TTAGCCATTTTCCTCTAATTAGCCATTTTCCTCTAATTAGCCATTTTCCTCTAATTAGCC SH19939 19939 59 30 YBL027W spliced 13 18 CAAGTTAGCCATTTTCCTCAAGTTAGCCATTTTCCTCAAGTTAGCCATTTTCCTCAAGTT SH19940 19940 104 42 YBL027W spliced 17 17 ACGCAAGTTAGCCATTTACGCAAGTTAGCCATTTACGCAAGTTAGCCATTTACGCAAGTT SH19941 19941 72 95 YBL027W spliced 21 15 GTACGCAAGTTAGCCGTACGCAAGTTAGCCGTACGCAAGTTAGCCGTACGCAAGTTAGCC SH19942 19942 39 83 YBL040C spliced 1 18 AAGATTCTAAACGGATTCAAGATTCTAAACGGATTCAAGATTCTAAACGGATTCAAGATT SH19943 19943 104 58 YBL040C spliced 5 17 CCTAAGATTCTAAACGGCCTAAGATTCTAAACGGCCTAAGATTCTAAACGGCCTAAGATT SH19944 19944 17 7 YBL040C spliced 9 20 TAAATCACCTAAGATTCTAATAAATCACCTAAGATTCTAATAAATCACCTAAGATTCTAA SH19945 19945 19 50 YBL040C spliced 13 20 GTGATAAATCACCTAAGATTGTGATAAATCACCTAAGATTGTGATAAATCACCTAAGATT SH19946 19946 27 16 YBL040C spliced 17 19 GATGTGATAAATCACCTAAGATGTGATAAATCACCTAAGATGTGATAAATCACCTAAGAT SH19947 19947 47 70 YBL040C spliced 21 19 GTTAGATGTGATAAATCACGTTAGATGTGATAAATCACGTTAGATGTGATAAATCACGTT SH19948 19948 19 79 YBL050W spliced 1 19 CTTTTCAATAACTCTACAGCTTTTCAATAACTCTACAGCTTTTCAATAACTCTACAGCTT SH19949 19949 43 90 YBL050W spliced 5 18 GCTCTTTTCAATAACTCTGCTCTTTTCAATAACTCTGCTCTTTTCAATAACTCTGCTCTT SH19950 19950 50 64 YBL050W spliced 9 18 CTCAGCTCTTTTCAATAACTCAGCTCTTTTCAATAACTCAGCTCTTTTCAATAACTCAGC SH19951 19951 56 82 YBL050W spliced 13 17 CTTCTCAGCTCTTTTCACTTCTCAGCTCTTTTCACTTCTCAGCTCTTTTCACTTCTCAGC SH19952 19952 104 147 YBL050W spliced 17 17 CCTTCTTCTCAGCTCTTCCTTCTTCTCAGCTCTTCCTTCTTCTCAGCTCTTCCTTCTTCT SH19953 19953 4 40 YBL050W spliced 21 15 ACCCTTCTTCTCAGCACCCTTCTTCTCAGCACCCTTCTTCTCAGCACCCTTCTTCTCAGC SH19954 19954 3 21 YBL050W spliced 25 16 GGAACACCCTTCTTCTGGAACACCCTTCTTCTGGAACACCCTTCTTCTGGAACACCCTTC SH19955 19955 85 149 YBL059C-A spliced 1 17 GAAAACGTTCAGCTTCTGAAAACGTTCAGCTTCTGAAAACGTTCAGCTTCTGAAAACGTT SH19956 19956 43 54 YBL059C-A spliced 5 17 GAATGAAAACGTTCAGCGAATGAAAACGTTCAGCGAATGAAAACGTTCAGCGAATGAAAA SH19957 19957 80 144 YBL059C-A spliced 9 18 AACAGGAATGAAAACGTTAACAGGAATGAAAACGTTAACAGGAATGAAAACGTTAACAGG SH19958 19958 76 143 YBL059C-A spliced 13 18 TCCAAACAGGAATGAAAATCCAAACAGGAATGAAAATCCAAACAGGAATGAAAATCCAAA SH19959 19959 98 103 YBL059C-A spliced 17 17 AAGTCCAAACAGGAATGAAGTCCAAACAGGAATGAAGTCCAAACAGGAATGAAGTCCAAA SH19960 19960 88 134 YBL059C-A spliced 21 17 GATGAAGTCCAAACAGGGATGAAGTCCAAACAGGGATGAAGTCCAAACAGGGATGAAGTC SH19961 19961 22 53 YBL059W spliced 1 20 CTTTTGCAGTTATCATTTTCCTTTTGCAGTTATCATTTTCCTTTTGCAGTTATCATTTTC SH19962 19962 17 101 YBL059W spliced 5 18 CACTTTTGCAGTTATCATCACTTTTGCAGTTATCATCACTTTTGCAGTTATCATCACTTT SH19963 19963 94 213 YBL059W spliced 9 17 TGGCACTTTTGCAGTTATGGCACTTTTGCAGTTATGGCACTTTTGCAGTTATGGCACTTT SH19964 19964 70 159 YBL059W spliced 13 17 TCAATGGCACTTTTGCATCAATGGCACTTTTGCATCAATGGCACTTTTGCATCAATGGCA SH19965 19965 91 36 YBL059W spliced 17 17 GTGTTCAATGGCACTTTGTGTTCAATGGCACTTTGTGTTCAATGGCACTTTGTGTTCAAT SH19966 19966 10 90 YBL059W spliced 21 18 GAAAAGTGTTCAATGGCAGAAAAGTGTTCAATGGCAGAAAAGTGTTCAATGGCAGAAAAG SH19967 19967 82 47 YBL072C spliced 1 17 TTGTCCTGGTGTGTTTATTGTCCTGGTGTGTTTATTGTCCTGGTGTGTTTATTGTCCTGG SH19968 19968 43 42 YBL072C spliced 5 17 ATTTTTGTCCTGGTGTGATTTTTGTCCTGGTGTGATTTTTGTCCTGGTGTGATTTTTGTC SH19969 19969 34 2 YBL072C spliced 9 18 TTGTAATTTTTGTCCTGGTTGTAATTTTTGTCCTGGTTGTAATTTTTGTCCTGGTTGTAA SH19970 19970 76 75 YBL072C spliced 13 20 CCCATTTTGTAATTTTTGTCCCCATTTTGTAATTTTTGTCCCCATTTTGTAATTTTTGTC SH19971 19971 23 46 YBL072C spliced 17 22 GAAATACCCATTTTGTAATTTTGAAATACCCATTTTGTAATTTTGAAATACCCATTTTGT SH19972 19972 85 168 YBL072C spliced 21 20 GAGAAATACCCATTTTGTAAGAGAAATACCCATTTTGTAAGAGAAATACCCATTTTGTAA SH19973 19973 71 2 YBL087C spliced 1 19 GAGATTCTAAACTTAGTACGAGATTCTAAACTTAGTACGAGATTCTAAACTTAGTACGAG SH19974 19974 91 192 YBL087C spliced 5 20 CTAATGAGATTCTAAACTTACTAATGAGATTCTAAACTTACTAATGAGATTCTAAACTTA SH19975 19975 51 189 YBL087C spliced 9 19 GACCTAATGAGATTCTAAAGACCTAATGAGATTCTAAAGACCTAATGAGATTCTAAAGAC SH19976 19976 69 81 YBL087C spliced 13 18 GTAGACCTAATGAGATTCGTAGACCTAATGAGATTCGTAGACCTAATGAGATTCGTAGAC SH19977 19977 10 26 YBL087C spliced 17 17 CTGGTAGACCTAATGAGCTGGTAGACCTAATGAGCTGGTAGACCTAATGAGCTGGTAGAC SH19978 19978 88 182 YBL087C spliced 21 16 CGACTGGTAGACCTAACGACTGGTAGACCTAACGACTGGTAGACCTAACGACTGGTAGAC SH19979 19979 4 72 YBL087C spliced 25 13 CCGACTGGTAGACCCGACTGGTAGACCCGACTGGTAGACCCGACTGGTAGACCCGACTGG SH19980 19980 8 34 YBL091C-A spliced 1 17 TGAACACCAGCTTTTCTTGAACACCAGCTTTTCTTGAACACCAGCTTTTCTTGAACACCA SH19981 19981 19 132 YBL091C-A spliced 5 16 CCTTGAACACCAGCTTCCTTGAACACCAGCTTCCTTGAACACCAGCTTCCTTGAACACCA SH19982 19982 83 110 YBL091C-A spliced 9 15 GAGCCTTGAACACCAGAGCCTTGAACACCAGAGCCTTGAACACCAGAGCCTTGAACACCA SH19983 19983 23 200 YBL091C-A spliced 13 13 GGGAGCCTTGAACGGGAGCCTTGAACGGGAGCCTTGAACGGGAGCCTTGAACGGGAGCCT SH19984 19984 56 96 YBL091C-A spliced 17 17 TTATTAAGGGGAGCCTTTTATTAAGGGGAGCCTTTTATTAAGGGGAGCCTTTTATTAAGG SH19985 19985 101 144 YBL091C-A spliced 21 18 ATTGTTTATTAAGGGGAGATTGTTTATTAAGGGGAGATTGTTTATTAAGGGGAGATTGTT SH19986 19986 48 128 YBL092W spliced 1 18 TTATCGTTCAGTGTATTGTTATCGTTCAGTGTATTGTTATCGTTCAGTGTATTGTTATCG SH19987 19987 65 119 YBL092W spliced 5 19 CATTTTTATCGTTCAGTGTCATTTTTATCGTTCAGTGTCATTTTTATCGTTCAGTGTCAT SH19988 19988 10 8 YBL092W spliced 9 18 GGCCATTTTTATCGTTCAGGCCATTTTTATCGTTCAGGCCATTTTTATCGTTCAGGCCAT SH19989 19989 25 57 YBL092W spliced 13 17 GGAGGCCATTTTTATCGGGAGGCCATTTTTATCGGGAGGCCATTTTTATCGGGAGGCCAT SH19990 19990 17 25 YBL092W spliced 17 17 GTAAGGAGGCCATTTTTGTAAGGAGGCCATTTTTGTAAGGAGGCCATTTTTGTAAGGAGG SH19991 19991 98 89 YBL092W spliced 21 15 AGGTAAGGAGGCCATAGGTAAGGAGGCCATAGGTAAGGAGGCCATAGGTAAGGAGGCCAT SH19992 19992 103 94 YBL092W spliced 25 15 GGTGAGGTAAGGAGGGGTGAGGTAAGGAGGGGTGAGGTAAGGAGGGGTGAGGTAAGGAGG SH19993 19993 79 150 YBR048W spliced 1 17 TTGGAAAGCTCTTTCAGTTGGAAAGCTCTTTCAGTTGGAAAGCTCTTTCAGTTGGAAAGC SH19994 19994 55 164 YBR048W spliced 5 17 GCTTTTGGAAAGCTCTTGCTTTTGGAAAGCTCTTGCTTTTGGAAAGCTCTTGCTTTTGGA SH19995 19995 55 131 YBR048W spliced 9 17 GGTTGCTTTTGGAAAGCGGTTGCTTTTGGAAAGCGGTTGCTTTTGGAAAGCGGTTGCTTT SH19996 19996 14 152 YBR048W spliced 13 17 GTGAGGTTGCTTTTGGAGTGAGGTTGCTTTTGGAGTGAGGTTGCTTTTGGAGTGAGGTTG SH19997 19997 49 26 YBR048W spliced 17 17 AGATGTGAGGTTGCTTTAGATGTGAGGTTGCTTTAGATGTGAGGTTGCTTTAGATGTGAG SH19998 19998 23 105 YBR048W spliced 21 17 TTGAAGATGTGAGGTTGTTGAAGATGTGAGGTTGTTGAAGATGTGAGGTTGTTGAAGATG SH19999 19999 4 19 YBR078W spliced 1 13 AGCGGAGGCACTTAGCGGAGGCACTTAGCGGAGGCACTTAGCGGAGGCACTTAGCGGAGG SH20000 20000 12 22 YBR078W spliced 5 13 CTAGAGCGGAGGCCTAGAGCGGAGGCCTAGAGCGGAGGCCTAGAGCGGAGGCCTAGAGCG SH20001 20001 78 104 YBR078W spliced 9 13 GCAGCTAGAGCGGGCAGCTAGAGCGGGCAGCTAGAGCGGGCAGCTAGAGCGGGCAGCTAG SH20002 20002 89 23 YBR078W spliced 13 17 TTGAGTTAGCAGCTAGATTGAGTTAGCAGCTAGATTGAGTTAGCAGCTAGATTGAGTTAG SH20003 20003 57 145 YBR078W spliced 17 17 GTAGTTGAGTTAGCAGCGTAGTTGAGTTAGCAGCGTAGTTGAGTTAGCAGCGTAGTTGAG SH20004 20004 8 182 YBR078W spliced 21 18 TAGAAGTAGTTGAGTTAGTAGAAGTAGTTGAGTTAGTAGAAGTAGTTGAGTTAGTAGAAG SH20005 20005 76 58 YBR082C spliced 1 18 TTCTAGATCACTTAGTTCTTCTAGATCACTTAGTTCTTCTAGATCACTTAGTTCTTCTAG SH20006 20006 13 51 YBR082C spliced 5 18 CTCTTTCTAGATCACTTACTCTTTCTAGATCACTTACTCTTTCTAGATCACTTACTCTTT SH20007 20007 2 119 YBR082C spliced 9 18 GGATCTCTTTCTAGATCAGGATCTCTTTCTAGATCAGGATCTCTTTCTAGATCAGGATCT SH20008 20008 9 104 YBR082C spliced 13 17 GGTGGATCTCTTTCTAGGGTGGATCTCTTTCTAGGGTGGATCTCTTTCTAGGGTGGATCT SH20009 20009 59 22 YBR082C spliced 17 17 AGTAGGTGGATCTCTTTAGTAGGTGGATCTCTTTAGTAGGTGGATCTCTTTAGTAGGTGG SH20010 20010 88 80 YBR082C spliced 21 17 ATGAAGTAGGTGGATCTATGAAGTAGGTGGATCTATGAAGTAGGTGGATCTATGAAGTAG SH20011 20011 21 36 YBR084C-A spliced 1 18 TTTTGCTTTGGAGTTCTTTTTTGCTTTGGAGTTCTTTTTTGCTTTGGAGTTCTTTTTTGC SH20012 20012 67 169 YBR084C-A spliced 5 18 CCATTTTTGCTTTGGAGTCCATTTTTGCTTTGGAGTCCATTTTTGCTTTGGAGTCCATTT SH20013 20013 5 34 YBR084C-A spliced 9 18 TTAGCCATTTTTGCTTTGTTAGCCATTTTTGCTTTGTTAGCCATTTTTGCTTTGTTAGCC SH20014 20014 5 148 YBR084C-A spliced 13 19 GTAAATTAGCCATTTTTGCGTAAATTAGCCATTTTTGCGTAAATTAGCCATTTTTGCGTA SH20015 20015 74 183 YBR084C-A spliced 17 19 GTACGTAAATTAGCCATTTGTACGTAAATTAGCCATTTGTACGTAAATTAGCCATTTGTA SH20016 20016 37 136 YBR084C-A spliced 21 17 GAGTACGTAAATTAGCCGAGTACGTAAATTAGCCGAGTACGTAAATTAGCCGAGTACGTA SH20017 20017 6 120 YBR089C-A spliced 1 15 GAGCATGCCGTTATGGAGCATGCCGTTATGGAGCATGCCGTTATGGAGCATGCCGTTATG SH20018 20018 95 202 YBR089C-A spliced 5 15 ACTTGAGCATGCCGTACTTGAGCATGCCGTACTTGAGCATGCCGTACTTGAGCATGCCGT SH20019 20019 36 58 YBR089C-A spliced 9 18 AATGTTAACTTGAGCATGAATGTTAACTTGAGCATGAATGTTAACTTGAGCATGAATGTT SH20020 20020 12 66 YBR089C-A spliced 13 20 TATGTTAATGTTAACTTGAGTATGTTAATGTTAACTTGAGTATGTTAATGTTAACTTGAG SH20021 20021 35 163 YBR089C-A spliced 17 23 TTTTATATATGTTAATGTTAACTTTTTATATATGTTAATGTTAACTTTTTATATATGTTA SH20022 20022 44 21 YBR119W spliced 1 17 GACATGGTTTCTTTAGGGACATGGTTTCTTTAGGGACATGGTTTCTTTAGGGACATGGTT SH20023 20023 41 213 YBR119W spliced 5 17 TGCTGACATGGTTTCTTTGCTGACATGGTTTCTTTGCTGACATGGTTTCTTTGCTGACAT SH20024 20024 69 22 YBR119W spliced 9 16 CAGTGCTGACATGGTTCAGTGCTGACATGGTTCAGTGCTGACATGGTTCAGTGCTGACAT SH20025 20025 25 42 YBR119W spliced 13 17 AAGTACAGTGCTGACATAAGTACAGTGCTGACATAAGTACAGTGCTGACATAAGTACAGT SH20026 20026 70 184 YBR119W spliced 17 17 TTGAAAGTACAGTGCTGTTGAAAGTACAGTGCTGTTGAAAGTACAGTGCTGTTGAAAGTA SH20027 20027 51 22 YBR119W spliced 21 20 GTAAATTTTGAAAGTACAGTGTAAATTTTGAAAGTACAGTGTAAATTTTGAAAGTACAGT SH20028 20028 74 214 YBR181C spliced 1 15 TGATGGCTCAGTCGTTGATGGCTCAGTCGTTGATGGCTCAGTCGTTGATGGCTCAGTCGT SH20029 20029 66 38 YBR181C spliced 5 16 CTTCATGATGGCTCAGCTTCATGATGGCTCAGCTTCATGATGGCTCAGCTTCATGATGGC SH20030 20030 94 117 YBR181C spliced 9 17 TTCAACTTCATGATGGCTTCAACTTCATGATGGCTTCAACTTCATGATGGCTTCAACTTC SH20031 20031 48 182 YBR181C spliced 13 19 GAAATGTTCAACTTCATGAGAAATGTTCAACTTCATGAGAAATGTTCAACTTCATGAGAA SH20032 20032 99 105 YBR181C spliced 17 19 GTAAGAAATGTTCAACTTCGTAAGAAATGTTCAACTTCGTAAGAAATGTTCAACTTCGTA SH20033 20033 7 203 YBR181C spliced 21 18 TGGGTAAGAAATGTTCAATGGGTAAGAAATGTTCAATGGGTAAGAAATGTTCAATGGGTA SH20034 20034 4 98 YBR186W spliced 1 19 GAGCATTTGATAGCAATTTGAGCATTTGATAGCAATTTGAGCATTTGATAGCAATTTGAG SH20035 20035 68 199 YBR186W spliced 5 17 TCGAGCATTTGATAGCATCGAGCATTTGATAGCATCGAGCATTTGATAGCATCGAGCATT SH20036 20036 72 188 YBR186W spliced 9 16 CGGTCGAGCATTTGATCGGTCGAGCATTTGATCGGTCGAGCATTTGATCGGTCGAGCATT SH20037 20037 88 213 YBR186W spliced 13 15 CAACGGTCGAGCATTCAACGGTCGAGCATTCAACGGTCGAGCATTCAACGGTCGAGCATT SH20038 20038 84 41 YBR186W spliced 17 16 GATATCAACGGTCGAGGATATCAACGGTCGAGGATATCAACGGTCGAGGATATCAACGGT SH20039 20039 88 158 YBR186W spliced 21 17 CCACTGATATCAACGGTCCACTGATATCAACGGTCCACTGATATCAACGGTCCACTGATA SH20040 20040 80 42 YBR189W spliced 1 17 GCATTGTTGCTTAGTCTGCATTGTTGCTTAGTCTGCATTGTTGCTTAGTCTGCATTGTTG SH20041 20041 78 113 YBR189W spliced 5 17 CTTGGCATTGTTGCTTACTTGGCATTGTTGCTTACTTGGCATTGTTGCTTACTTGGCATT SH20042 20042 87 79 YBR189W spliced 9 16 GCTCTTGGCATTGTTGGCTCTTGGCATTGTTGGCTCTTGGCATTGTTGGCTCTTGGCATT SH20043 20043 103 74 YBR189W spliced 13 15 GGAGCTCTTGGCATTGGAGCTCTTGGCATTGGAGCTCTTGGCATTGGAGCTCTTGGCATT SH20044 20044 43 21 YBR189W spliced 17 15 TCTTGGAGCTCTTGGTCTTGGAGCTCTTGGTCTTGGAGCTCTTGGTCTTGGAGCTCTTGG SH20045 20045 55 140 YBR189W spliced 21 17 GTAAGTTCTTGGAGCTCGTAAGTTCTTGGAGCTCGTAAGTTCTTGGAGCTCGTAAGTTCT SH20046 20046 99 49 YBR191W spliced 1 17 TTACCCATTGTTGCTAGTTACCCATTGTTGCTAGTTACCCATTGTTGCTAGTTACCCATT SH20047 20047 20 146 YBR191W spliced 5 18 GTGATTTACCCATTGTTGGTGATTTACCCATTGTTGGTGATTTACCCATTGTTGGTGATT SH20048 20048 24 47 YBR191W spliced 9 17 CGTGTGATTTACCCATTCGTGTGATTTACCCATTCGTGTGATTTACCCATTCGTGTGATT SH20049 20049 71 193 YBR191W spliced 13 17 TAACCGTGTGATTTACCTAACCGTGTGATTTACCTAACCGTGTGATTTACCTAACCGTGT SH20050 20050 34 92 YBR191W spliced 17 17 TCTGTAACCGTGTGATTTCTGTAACCGTGTGATTTCTGTAACCGTGTGATTTCTGTAACC SH20051 20051 48 178 YBR191W spliced 21 17 GAGATCTGTAACCGTGTGAGATCTGTAACCGTGTGAGATCTGTAACCGTGTGAGATCTGT SH20052 20052 63 102 YBR220C spliced 1 15 CAGGAACTGATTGGCCAGGAACTGATTGGCCAGGAACTGATTGGCCAGGAACTGATTGGC SH20053 20053 53 75 YBR220C spliced 5 17 AATCTCCAGGAACTGATAATCTCCAGGAACTGATAATCTCCAGGAACTGATAATCTCCAG SH20054 20054 31 199 YBR220C spliced 9 18 GAAAAAATCTCCAGGAACGAAAAAATCTCCAGGAACGAAAAAATCTCCAGGAACGAAAAA SH20055 20055 52 190 YBR220C spliced 13 20 AAAAATGAAAAAATCTCCAGAAAAATGAAAAAATCTCCAGAAAAATGAAAAAATCTCCAG SH20056 20056 8 187 YBR220C spliced 17 23 GTAAAAAAAAAATGAAAAAATCTGTAAAAAAAAAATGAAAAAATCTGTAAAAAAAAAATG SH20057 20057 73 200 YBR255C-A spliced 1 23 AATTTCTTTAGTTAATTGTTTAAAATTTCTTTAGTTAATTGTTTAAAATTTCTTTAGTTA SH20058 20058 37 40 YBR255C-A spliced 5 22 AGTAATTTCTTTAGTTAATTGTAGTAATTTCTTTAGTTAATTGTAGTAATTTCTTTAGTT SH20059 20059 43 199 YBR255C-A spliced 9 22 CAACAGTAATTTCTTTAGTTAACAACAGTAATTTCTTTAGTTAACAACAGTAATTTCTTT SH20060 20060 45 174 YBR255C-A spliced 13 19 GCAACAGTAATTTCTTTAGGCAACAGTAATTTCTTTAGGCAACAGTAATTTCTTTAGGCA SH20061 20061 69 106 YBR255C-A spliced 17 18 GATGCAACAGTAATTTCTGATGCAACAGTAATTTCTGATGCAACAGTAATTTCTGATGCA SH20062 20062 6 115 YBR255C-A spliced 21 18 ACATGATGCAACAGTAATACATGATGCAACAGTAATACATGATGCAACAGTAATACATGA SH20063 20063 69 161 YBR230C spliced 1 18 TGCAGACATATTATGAGATGCAGACATATTATGAGATGCAGACATATTATGAGATGCAGA SH20064 20064 36 157 YBR230C spliced 5 18 CAGTTGCAGACATATTATCAGTTGCAGACATATTATCAGTTGCAGACATATTATCAGTTG SH20065 20065 46 45 YBR230C spliced 9 17 TAGCAGTTGCAGACATATAGCAGTTGCAGACATATAGCAGTTGCAGACATATAGCAGTTG SH20066 20066 91 92 YBR230C spliced 13 17 TGTTTAGCAGTTGCAGATGTTTAGCAGTTGCAGATGTTTAGCAGTTGCAGATGTTTAGCA SH20067 20067 69 115 YBR230C spliced 17 17 GTCGTGTTTAGCAGTTGGTCGTGTTTAGCAGTTGGTCGTGTTTAGCAGTTGGTCGTGTTT SH20068 20068 77 105 YBR230C spliced 21 17 TACTGTCGTGTTTAGCATACTGTCGTGTTTAGCATACTGTCGTGTTTAGCATACTGTCGT SH20069 20069 96 104 YCR028C-A spliced 1 20 CCTTTTCTAACATATTCTGTCCTTTTCTAACATATTCTGTCCTTTTCTAACATATTCTGT SH20070 20070 104 87 YCR028C-A spliced 5 18 CGCCTTTTCTAACATATTCGCCTTTTCTAACATATTCGCCTTTTCTAACATATTCGCCTT SH20071 20071 7 73 YCR028C-A spliced 9 17 AAGCGCCTTTTCTAACAAAGCGCCTTTTCTAACAAAGCGCCTTTTCTAACAAAGCGCCTT SH20072 20072 31 53 YCR028C-A spliced 13 16 CCAAAGCGCCTTTTCTCCAAAGCGCCTTTTCTCCAAAGCGCCTTTTCTCCAAAGCGCCTT SH20073 20073 38 53 YCR028C-A spliced 17 17 ATATACCAAAGCGCCTTATATACCAAAGCGCCTTATATACCAAAGCGCCTTATATACCAA SH20074 20074 86 121 YCR028C-A spliced 21 17 CAACATATACCAAAGCGCAACATATACCAAAGCGCAACATATACCAAAGCGCAACATATA SH20075 20075 75 98 YCR031C spliced 1 13 GGCGGGTTCTTGTGGCGGGTTCTTGTGGCGGGTTCTTGTGGCGGGTTCTTGTGGCGGGTT SH20076 20076 21 48 YCR031C spliced 5 13 ACATGGCGGGTTCACATGGCGGGTTCACATGGCGGGTTCACATGGCGGGTTCACATGGCG SH20077 20077 95 130 YCR031C spliced 9 15 CGTTAGACATGGCGGCGTTAGACATGGCGGCGTTAGACATGGCGGCGTTAGACATGGCGG SH20078 20078 72 111 YCR031C spliced 13 17 GAACAACGTTAGACATGGAACAACGTTAGACATGGAACAACGTTAGACATGGAACAACGT SH20079 20079 75 5 YCR031C spliced 17 17 GCTTGAACAACGTTAGAGCTTGAACAACGTTAGAGCTTGAACAACGTTAGAGCTTGAACA SH20080 20080 86 161 YCR031C spliced 21 16 CGAGCTTGAACAACGTCGAGCTTGAACAACGTCGAGCTTGAACAACGTCGAGCTTGAACA SH20081 20081 33 99 YCR031C spliced 25 16 GTCACGAGCTTGAACAGTCACGAGCTTGAACAGTCACGAGCTTGAACAGTCACGAGCTTG SH20082 20082 64 176 YCR097W spliced 1 25 ATAAAATTATAAAGATTATTAGTATATAAAATTATAAAGATTATTAGTATATAAAATTAT SH20083 20083 56 98 YCR097W spliced 5 25 CATTATAAAATTATAAAGATTATTACATTATAAAATTATAAAGATTATTACATTATAAAA SH20084 20084 6 101 YCR097W spliced 9 23 TCCATTATAAAATTATAAAGATTTCCATTATAAAATTATAAAGATTTCCATTATAAAATT SH20085 20085 49 49 YCR097W spliced 13 23 ACTTTCCATTATAAAATTATAAAACTTTCCATTATAAAATTATAAAACTTTCCATTATAA SH20086 20086 62 10 YCR097W spliced 17 23 AATTACTTTCCATTATAAAATTAAATTACTTTCCATTATAAAATTAAATTACTTTCCATT SH20087 20087 60 35 YDL012C spliced 1 15 GTTTGGAGGCAGAGTGTTTGGAGGCAGAGTGTTTGGAGGCAGAGTGTTTGGAGGCAGAGT SH20088 20088 37 53 YDL012C spliced 5 16 GCTTTGTTTGGAGGCAGCTTTGTTTGGAGGCAGCTTTGTTTGGAGGCAGCTTTGTTTGGA SH20089 20089 30 76 YDL012C spliced 9 18 AGAATAGCTTTGTTTGGAAGAATAGCTTTGTTTGGAAGAATAGCTTTGTTTGGAAGAATA SH20090 20090 79 127 YDL012C spliced 13 18 GACGAGAATAGCTTTGTTGACGAGAATAGCTTTGTTGACGAGAATAGCTTTGTTGACGAG SH20091 20091 51 199 YDL012C spliced 17 17 TAGGACGAGAATAGCTTTAGGACGAGAATAGCTTTAGGACGAGAATAGCTTTAGGACGAG SH20092 20092 80 74 YDL012C spliced 21 16 CGCTAGGACGAGAATACGCTAGGACGAGAATACGCTAGGACGAGAATACGCTAGGACGAG SH20093 20093 32 149 YDL012C spliced 25 13 GCGCTAGGACGAGGCGCTAGGACGAGGCGCTAGGACGAGGCGCTAGGACGAGGCGCTAGG SH20094 20094 77 181 YDL029W spliced 1 15 GGATTATGTGGGTCCGGATTATGTGGGTCCGGATTATGTGGGTCCGGATTATGTGGGTCC SH20095 20095 19 36 YDL029W spliced 5 18 GACAATTGGATTATGTGGGACAATTGGATTATGTGGGACAATTGGATTATGTGGGACAAT SH20096 20096 68 20 YDL029W spliced 9 18 CAAGGACAATTGGATTATCAAGGACAATTGGATTATCAAGGACAATTGGATTATCAAGGA SH20097 20097 81 161 YDL029W spliced 13 17 GATCAAGGACAATTGGAGATCAAGGACAATTGGAGATCAAGGACAATTGGAGATCAAGGA SH20098 20098 57 80 YDL029W spliced 17 17 CCCTGATCAAGGACAATCCCTGATCAAGGACAATCCCTGATCAAGGACAATCCCTGATCA SH20099 20099 91 95 YDL029W spliced 21 16 GTACCCTGATCAAGGAGTACCCTGATCAAGGAGTACCCTGATCAAGGAGTACCCTGATCA SH20100 20100 11 163 YDL029W spliced 25 15 CCAGTACCCTGATCACCAGTACCCTGATCACCAGTACCCTGATCACCAGTACCCTGATCA SH20101 20101 2 64 YDL061C spliced 1 20 ATTTAGCTATAGTTTCTTTCATTTAGCTATAGTTTCTTTCATTTAGCTATAGTTTCTTTC SH20102 20102 42 18 YDL061C spliced 5 22 TATATTATTTAGCTATAGTTTCTATATTATTTAGCTATAGTTTCTATATTATTTAGCTAT SH20103 20103 50 193 YDL061C spliced 9 22 TGTATATATTATTTAGCTATAGTGTATATATTATTTAGCTATAGTGTATATATTATTTAG SH20104 20104 46 22 YDL061C spliced 13 23 CATTTTGTATATATTATTTAGCTCATTTTGTATATATTATTTAGCTCATTTTGTATATAT SH20105 20105 95 195 YDL061C spliced 17 22 AGCCATTTTGTATATATTATTTAGCCATTTTGTATATATTATTTAGCCATTTTGTATATA SH20106 20106 56 68 YDL061C spliced 21 20 TGAGCCATTTTGTATATATTTGAGCCATTTTGTATATATTTGAGCCATTTTGTATATATT SH20107 20107 24 89 YDL064W spliced 1 13 CCTGAAGACGCTGCCTGAAGACGCTGCCTGAAGACGCTGCCTGAAGACGCTGCCTGAAGA SH20108 20108 30 171 YDL064W spliced 5 17 TCTTTCTTCCTGAAGACTCTTTCTTCCTGAAGACTCTTTCTTCCTGAAGACTCTTTCTTC SH20109 20109 87 31 YDL064W spliced 9 20 ATTTTTTTCTTTCTTCCTGAATTTTTTTCTTTCTTCCTGAATTTTTTTCTTTCTTCCTGA SH20110 20110 29 148 YDL064W spliced 13 20 CTCCATTTTTTTCTTTCTTCCTCCATTTTTTTCTTTCTTCCTCCATTTTTTTCTTTCTTC SH20111 20111 33 174 YDL064W spliced 17 20 CTTTCTCCATTTTTTTCTTTCTTTCTCCATTTTTTTCTTTCTTTCTCCATTTTTTTCTTT SH20112 20112 44 129 YDL064W spliced 21 20 GATCCTTTCTCCATTTTTTTGATCCTTTCTCCATTTTTTTGATCCTTTCTCCATTTTTTT SH20113 20113 96 207 YDL075W spliced 1 18 TTTTGTGCAAGTTAATGGTTTTGTGCAAGTTAATGGTTTTGTGCAAGTTAATGGTTTTGT SH20114 20114 76 54 YDL075W spliced 5 19 CAATCTTTTGTGCAAGTTACAATCTTTTGTGCAAGTTACAATCTTTTGTGCAAGTTACAA SH20115 20115 87 150 YDL075W spliced 9 18 GTGCAATCTTTTGTGCAAGTGCAATCTTTTGTGCAAGTGCAATCTTTTGTGCAAGTGCAA SH20116 20116 55 121 YDL075W spliced 13 17 ACCGTGCAATCTTTTGTACCGTGCAATCTTTTGTACCGTGCAATCTTTTGTACCGTGCAA SH20117 20117 54 146 YDL075W spliced 17 16 GACACCGTGCAATCTTGACACCGTGCAATCTTGACACCGTGCAATCTTGACACCGTGCAA SH20118 20118 34 107 YDL075W spliced 21 15 GGAGACACCGTGCAAGGAGACACCGTGCAAGGAGACACCGTGCAAGGAGACACCGTGCAA SH20119 20119 24 100 YDL075W spliced 25 15 TGAAGGAGACACCGTTGAAGGAGACACCGTTGAAGGAGACACCGTTGAAGGAGACACCGT SH20120 20120 85 183 YDL079C spliced 1 18 GTCCTTTCCTTGGTTTTAGTCCTTTCCTTGGTTTTAGTCCTTTCCTTGGTTTTAGTCCTT SH20121 20121 10 179 YDL079C spliced 5 17 ATAGTCCTTTCCTTGGTATAGTCCTTTCCTTGGTATAGTCCTTTCCTTGGTATAGTCCTT SH20122 20122 67 21 YDL079C spliced 9 18 TATGAATAGTCCTTTCCTTATGAATAGTCCTTTCCTTATGAATAGTCCTTTCCTTATGAA SH20123 20123 72 89 YDL079C spliced 13 18 CGTTTATGAATAGTCCTTCGTTTATGAATAGTCCTTCGTTTATGAATAGTCCTTCGTTTA SH20124 20124 100 96 YDL079C spliced 17 18 AACCCGTTTATGAATAGTAACCCGTTTATGAATAGTAACCCGTTTATGAATAGTAACCCG SH20125 20125 104 61 YDL079C spliced 21 20 TTTATAAACCCGTTTATGAATTTATAAACCCGTTTATGAATTTATAAACCCGTTTATGAA SH20126 20126 83 100 YDL082W spliced 1 15 GTGTACGATTCCTGCGTGTACGATTCCTGCGTGTACGATTCCTGCGTGTACGATTCCTGC SH20127 20127 60 23 YDL082W spliced 5 17 GCCATTGTGTACGATTCGCCATTGTGTACGATTCGCCATTGTGTACGATTCGCCATTGTG SH20128 20128 43 107 YDL082W spliced 9 15 TGGCCATTGTGTACGTGGCCATTGTGTACGTGGCCATTGTGTACGTGGCCATTGTGTACG SH20129 20129 50 2 YDL082W spliced 13 16 GGAAATGGCCATTGTGGGAAATGGCCATTGTGGGAAATGGCCATTGTGGGAAATGGCCAT SH20130 20130 100 205 YDL082W spliced 17 17 TTCTTGGAAATGGCCATTTCTTGGAAATGGCCATTTCTTGGAAATGGCCATTTCTTGGAA SH20131 20131 4 108 YDL082W spliced 21 18 GTAAATTCTTGGAAATGGGTAAATTCTTGGAAATGGGTAAATTCTTGGAAATGGGTAAAT SH20132 20132 65 206 YDL083C spliced 1 13 CTTGGGACGGCAGCTTGGGACGGCAGCTTGGGACGGCAGCTTGGGACGGCAGCTTGGGAC SH20133 20133 63 40 YDL083C spliced 5 13 GACACTTGGGACGGACACTTGGGACGGACACTTGGGACGGACACTTGGGACGGACACTTG SH20134 20134 21 159 YDL083C spliced 9 17 AAAGTTTGGACACTTGGAAAGTTTGGACACTTGGAAAGTTTGGACACTTGGAAAGTTTGG SH20135 20135 68 174 YDL083C spliced 13 17 ACCAAAAGTTTGGACACACCAAAAGTTTGGACACACCAAAAGTTTGGACACACCAAAAGT SH20136 20136 49 163 YDL083C spliced 17 18 TTCTTACCAAAAGTTTGGTTCTTACCAAAAGTTTGGTTCTTACCAAAAGTTTGGTTCTTA SH20137 20137 28 132 YDL083C spliced 21 20 GATTTCTTCTTACCAAAAGTGATTTCTTCTTACCAAAAGTGATTTCTTCTTACCAAAAGT SH20138 20138 68 197 YDL108W spliced 1 18 TTTGTGTACTCCATATTCTTTGTGTACTCCATATTCTTTGTGTACTCCATATTCTTTGTG SH20139 20139 86 109 YDL108W spliced 5 17 TCCTTTGTGTACTCCATTCCTTTGTGTACTCCATTCCTTTGTGTACTCCATTCCTTTGTG SH20140 20140 54 114 YDL108W spliced 9 18 TCTTTTCCTTTGTGTACTTCTTTTCCTTTGTGTACTTCTTTTCCTTTGTGTACTTCTTTT SH20141 20141 42 191 YDL108W spliced 13 18 ACTTTCTTTTCCTTTGTGACTTTCTTTTCCTTTGTGACTTTCTTTTCCTTTGTGACTTTC SH20142 20142 97 73 YDL108W spliced 17 18 ACCAACTTTCTTTTCCTTACCAACTTTCTTTTCCTTACCAACTTTCTTTTCCTTACCAAC SH20143 20143 15 114 YDL108W spliced 21 18 CCTCACCAACTTTCTTTTCCTCACCAACTTTCTTTTCCTCACCAACTTTCTTTTCCTCAC SH20144 20144 87 155 YDL108W spliced 25 15 CCCTCACCAACTTTCCCCTCACCAACTTTCCCCTCACCAACTTTCCCCTCACCAACTTTC SH20145 20145 30 53 YDL115C spliced 1 15 GCCTGCACAGAATCCGCCTGCACAGAATCCGCCTGCACAGAATCCGCCTGCACAGAATCC SH20146 20146 24 27 YDL115C spliced 5 17 TATAATGCCTGCACAGATATAATGCCTGCACAGATATAATGCCTGCACAGATATAATGCC SH20147 20147 35 171 YDL115C spliced 9 17 TCACTATAATGCCTGCATCACTATAATGCCTGCATCACTATAATGCCTGCATCACTATAA SH20148 20148 99 38 YDL115C spliced 13 18 CTTCTTCACTATAATGCCCTTCTTCACTATAATGCCCTTCTTCACTATAATGCCCTTCTT SH20149 20149 28 26 YDL115C spliced 17 18 TCTGCTTCTTCACTATAATCTGCTTCTTCACTATAATCTGCTTCTTCACTATAATCTGCT SH20150 20150 79 117 YDL115C spliced 21 17 ACTTCTGCTTCTTCACTACTTCTGCTTCTTCACTACTTCTGCTTCTTCACTACTTCTGCT SH20151 20151 13 142 YDL125C spliced 1 22 GCTTTTAATAATCTTGCAAAAAGCTTTTAATAATCTTGCAAAAAGCTTTTAATAATCTTG SH20152 20152 102 170 YDL125C spliced 5 19 CGCTTTTAATAATCTTGCACGCTTTTAATAATCTTGCACGCTTTTAATAATCTTGCACGC SH20153 20153 16 116 YDL125C spliced 9 21 GAATTTCGCTTTTAATAATCTGAATTTCGCTTTTAATAATCTGAATTTCGCTTTTAATAA SH20154 20154 33 161 YDL125C spliced 13 20 ATGGAATTTCGCTTTTAATAATGGAATTTCGCTTTTAATAATGGAATTTCGCTTTTAATA SH20155 20155 52 37 YDL125C spliced 17 18 GGATGGAATTTCGCTTTTGGATGGAATTTCGCTTTTGGATGGAATTTCGCTTTTGGATGG SH20156 20156 92 69 YDL125C spliced 21 17 GAAGGATGGAATTTCGCGAAGGATGGAATTTCGCGAAGGATGGAATTTCGCGAAGGATGG SH20157 20157 8 159 YDL130W spliced 1 15 CGACATTAGCACCAGCGACATTAGCACCAGCGACATTAGCACCAGCGACATTAGCACCAG SH20158 20158 15 137 YDL130W spliced 5 17 CGTTGTCGACATTAGCACGTTGTCGACATTAGCACGTTGTCGACATTAGCACGTTGTCGA SH20159 20159 69 93 YDL130W spliced 9 17 CAGACGTTGTCGACATTCAGACGTTGTCGACATTCAGACGTTGTCGACATTCAGACGTTG SH20160 20160 26 182 YDL130W spliced 13 15 CCCAGACGTTGTCGACCCAGACGTTGTCGACCCAGACGTTGTCGACCCAGACGTTGTCGA SH20161 20161 74 40 YDL130W spliced 17 13 AGCCCAGACGTTGAGCCCAGACGTTGAGCCCAGACGTTGAGCCCAGACGTTGAGCCCAGA SH20162 20162 64 104 YDL130W spliced 21 13 CATCAGCCCAGACCATCAGCCCAGACCATCAGCCCAGACCATCAGCCCAGACCATCAGCC SH20163 20163 29 56 YDL130W spliced 25 15 CGTAAACATCAGCCCCGTAAACATCAGCCCCGTAAACATCAGCCCCGTAAACATCAGCCC SH20164 20164 50 6 YDL136W spliced 1 20 CATTTTTAGTCCTATTTGGTCATTTTTAGTCCTATTTGGTCATTTTTAGTCCTATTTGGT SH20165 20165 27 156 YDL136W spliced 5 18 GCCATTTTTAGTCCTATTGCCATTTTTAGTCCTATTGCCATTTTTAGTCCTATTGCCATT SH20166 20166 43 75 YDL136W spliced 9 16 CGGCCATTTTTAGTCCCGGCCATTTTTAGTCCCGGCCATTTTTAGTCCCGGCCATTTTTA SH20167 20167 104 57 YDL136W spliced 13 15 CGCCGGCCATTTTTACGCCGGCCATTTTTACGCCGGCCATTTTTACGCCGGCCATTTTTA SH20168 20168 53 79 YDL136W spliced 17 13 AACGCCGGCCATTAACGCCGGCCATTAACGCCGGCCATTAACGCCGGCCATTAACGCCGG SH20169 20169 14 88 YDL136W spliced 21 13 CTTTAACGCCGGCCTTTAACGCCGGCCTTTAACGCCGGCCTTTAACGCCGGCCTTTAACG SH20170 20170 62 96 YDL137W spliced 1 17 GTGTCTGCCTTATCTTTGTGTCTGCCTTATCTTTGTGTCTGCCTTATCTTTGTGTCTGCC SH20171 20171 10 98 YDL137W spliced 5 18 CTAAAGTGTCTGCCTTATCTAAAGTGTCTGCCTTATCTAAAGTGTCTGCCTTATCTAAAG SH20172 20172 72 213 YDL137W spliced 9 17 TATCTAAAGTGTCTGCCTATCTAAAGTGTCTGCCTATCTAAAGTGTCTGCCTATCTAAAG SH20173 20173 9 107 YDL137W spliced 13 22 TTTTTTTTTTATCTAAAGTGTCTTTTTTTTTTATCTAAAGTGTCTTTTTTTTTTATCTAA SH20174 20174 59 18 YDL137W spliced 17 22 TTCCTTTTTTTTTTATCTAAAGTTCCTTTTTTTTTTATCTAAAGTTCCTTTTTTTTTTAT SH20175 20175 9 189 YDL189W spliced 1 13 ACGGCTTGCTGGTACGGCTTGCTGGTACGGCTTGCTGGTACGGCTTGCTGGTACGGCTTG SH20176 20176 14 128 YDL189W spliced 5 13 CACCACGGCTTGCCACCACGGCTTGCCACCACGGCTTGCCACCACGGCTTGCCACCACGG SH20177 20177 92 179 YDL189W spliced 9 13 ATGTCACCACGGCATGTCACCACGGCATGTCACCACGGCATGTCACCACGGCATGTCACC SH20178 20178 13 148 YDL189W spliced 13 17 TTGAAGAGATGTCACCATTGAAGAGATGTCACCATTGAAGAGATGTCACCATTGAAGAGA SH20179 20179 70 28 YDL189W spliced 17 18 TATACTTGAAGAGATGTCTATACTTGAAGAGATGTCTATACTTGAAGAGATGTCTATACT SH20180 20180 54 112 YDL189W spliced 21 19 CCTTATATACTTGAAGAGACCTTATATACTTGAAGAGACCTTATATACTTGAAGAGACCT SH20181 20181 55 97 YDL191W spliced 1 18 TTTCGAATATACTGTCTCTTTCGAATATACTGTCTCTTTCGAATATACTGTCTCTTTCGA SH20182 20182 59 136 YDL191W spliced 5 18 GCCATTTCGAATATACTGGCCATTTCGAATATACTGGCCATTTCGAATATACTGGCCATT SH20183 20183 48 104 YDL191W spliced 9 17 CCGGCCATTTCGAATATCCGGCCATTTCGAATATCCGGCCATTTCGAATATCCGGCCATT SH20184 20184 44 94 YDL191W spliced 13 13 CCGGCCATTTCGACCGGCCATTTCGACCGGCCATTTCGACCGGCCATTTCGACCGGCCAT SH20185 20185 14 26 YDL191W spliced 17 17 CTTTAACACCGGCCATTCTTTAACACCGGCCATTCTTTAACACCGGCCATTCTTTAACAC SH20186 20186 44 55 YDL191W spliced 21 15 AGCTTTAACACCGGCAGCTTTAACACCGGCAGCTTTAACACCGGCAGCTTTAACACCGGC SH20187 20187 48 183 YDL219W spliced 1 20 CTTGAAATAACTTTTGAATCCTTGAAATAACTTTTGAATCCTTGAAATAACTTTTGAATC SH20188 20188 4 164 YDL219W spliced 5 22 TTAATACTTGAAATAACTTTTGTTAATACTTGAAATAACTTTTGTTAATACTTGAAATAA SH20189 20189 45 22 YDL219W spliced 9 22 ATGTTTAATACTTGAAATAACTATGTTTAATACTTGAAATAACTATGTTTAATACTTGAA SH20190 20190 33 193 YDL219W spliced 13 20 CCATGTTTAATACTTGAAATCCATGTTTAATACTTGAAATCCATGTTTAATACTTGAAAT SH20191 20191 14 28 YDL219W spliced 17 20 ATAACCATGTTTAATACTTGATAACCATGTTTAATACTTGATAACCATGTTTAATACTTG SH20192 20192 74 19 YDL219W spliced 21 20 GCATATAACCATGTTTAATAGCATATAACCATGTTTAATAGCATATAACCATGTTTAATA SH20193 20193 58 8 YDR005C spliced 1 18 TCATTGTCGTGATTCTTTTCATTGTCGTGATTCTTTTCATTGTCGTGATTCTTTTCATTG SH20194 20194 59 205 YDR005C spliced 5 20 TAAATTTCATTGTCGTGATTTAAATTTCATTGTCGTGATTTAAATTTCATTGTCGTGATT SH20195 20195 56 203 YDR005C spliced 9 20 TCAATAAATTTCATTGTCGTTCAATAAATTTCATTGTCGTTCAATAAATTTCATTGTCGT SH20196 20196 64 42 YDR005C spliced 13 20 CTCATCAATAAATTTCATTGCTCATCAATAAATTTCATTGCTCATCAATAAATTTCATTG SH20197 20197 65 84 YDR005C spliced 17 20 CTAGCTCATCAATAAATTTCCTAGCTCATCAATAAATTTCCTAGCTCATCAATAAATTTC SH20198 20198 102 96 YDR005C spliced 21 20 ATATCTAGCTCATCAATAAAATATCTAGCTCATCAATAAAATATCTAGCTCATCAATAAA SH20199 20199 68 121 YDR025W spliced 1 15 GGAAAGCTCTCTCGGGGAAAGCTCTCTCGGGGAAAGCTCTCTCGGGGAAAGCTCTCTCGG SH20200 20200 48 101 YDR025W spliced 5 17 GCTTTTGGAAAGCTCTCGCTTTTGGAAAGCTCTCGCTTTTGGAAAGCTCTCGCTTTTGGA SH20201 20201 30 72 YDR025W spliced 9 17 GGTTGCTTTTGGAAAGCGGTTGCTTTTGGAAAGCGGTTGCTTTTGGAAAGCGGTTGCTTT SH20202 20202 10 9 YDR025W spliced 13 17 GTGTGGTTGCTTTTGGAGTGTGGTTGCTTTTGGAGTGTGGTTGCTTTTGGAGTGTGGTTG SH20203 20203 86 211 YDR025W spliced 17 17 AGATGTGTGGTTGCTTTAGATGTGTGGTTGCTTTAGATGTGTGGTTGCTTTAGATGTGTG SH20204 20204 37 190 YDR025W spliced 21 17 TTGAAGATGTGTGGTTGTTGAAGATGTGTGGTTGTTGAAGATGTGTGGTTGTTGAAGATG SH20205 20205 21 125 YDR059C spliced 1 18 CCCTAAATCACTTAATTCCCCTAAATCACTTAATTCCCCTAAATCACTTAATTCCCCTAA SH20206 20206 28 89 YDR059C spliced 5 18 CTCTCCCTAAATCACTTACTCTCCCTAAATCACTTACTCTCCCTAAATCACTTACTCTCC SH20207 20207 84 74 YDR059C spliced 9 17 GATCTCTCCCTAAATCAGATCTCTCCCTAAATCAGATCTCTCCCTAAATCAGATCTCTCC SH20208 20208 57 109 YDR059C spliced 13 16 GAGGATCTCTCCCTAAGAGGATCTCTCCCTAAGAGGATCTCTCCCTAAGAGGATCTCTCC SH20209 20209 31 206 YDR059C spliced 17 13 GGAGGATCTCTCCGGAGGATCTCTCCGGAGGATCTCTCCGGAGGATCTCTCCGGAGGATC SH20210 20210 68 169 YDR059C spliced 21 15 GAAGCAGGAGGATCTGAAGCAGGAGGATCTGAAGCAGGAGGATCTGAAGCAGGAGGATCT SH20211 20211 25 40 YDR059C spliced 25 15 ACATGAAGCAGGAGGACATGAAGCAGGAGGACATGAAGCAGGAGGACATGAAGCAGGAGG SH20212 20212 102 4 YDR064W spliced 1 15 TGTGCATACGACCCATGTGCATACGACCCATGTGCATACGACCCATGTGCATACGACCCA SH20213 20213 71 214 YDR064W spliced 5 15 GCACTGTGCATACGAGCACTGTGCATACGAGCACTGTGCATACGAGCACTGTGCATACGA SH20214 20214 54 150 YDR064W spliced 9 13 CGGCACTGTGCATCGGCACTGTGCATCGGCACTGTGCATCGGCACTGTGCATCGGCACTG SH20215 20215 31 22 YDR064W spliced 13 15 CTTTACCGGCACTGTCTTTACCGGCACTGTCTTTACCGGCACTGTCTTTACCGGCACTGT SH20216 20216 9 51 YDR064W spliced 17 17 AAATACCTTTACCGGCAAAATACCTTTACCGGCAAAATACCTTTACCGGCAAAATACCTT SH20217 20217 71 17 YDR064W spliced 21 18 AGAAGAAATACCTTTACCAGAAGAAATACCTTTACCAGAAGAAATACCTTTACCAGAAGA SH20218 20218 64 38 YDR092W spliced 1 18 TGATTATTCTCTTGGGTATGATTATTCTCTTGGGTATGATTATTCTCTTGGGTATGATTA SH20219 20219 23 67 YDR092W spliced 5 18 TCCTTGATTATTCTCTTGTCCTTGATTATTCTCTTGTCCTTGATTATTCTCTTGTCCTTG SH20220 20220 96 81 YDR092W spliced 9 19 CAGTTTCCTTGATTATTCTCAGTTTCCTTGATTATTCTCAGTTTCCTTGATTATTCTCAG SH20221 20221 64 193 YDR092W spliced 13 18 TCTCAGTTTCCTTGATTATCTCAGTTTCCTTGATTATCTCAGTTTCCTTGATTATCTCAG SH20222 20222 18 142 YDR092W spliced 17 18 AATTTCTCAGTTTCCTTGAATTTCTCAGTTTCCTTGAATTTCTCAGTTTCCTTGAATTTC SH20223 20223 20 154 YDR092W spliced 21 20 CTTACTAATTTCTCAGTTTCCTTACTAATTTCTCAGTTTCCTTACTAATTTCTCAGTTTC SH20224 20224 70 46 YDR129C spliced 1 22 CTTTGTAATTTGACAATATTCACTTTGTAATTTGACAATATTCACTTTGTAATTTGACAA SH20225 20225 40 114 YDR129C spliced 5 22 TTTTCTTTGTAATTTGACAATATTTTCTTTGTAATTTGACAATATTTTCTTTGTAATTTG SH20226 20226 90 181 YDR129C spliced 9 22 GAAATTTTCTTTGTAATTTGACGAAATTTTCTTTGTAATTTGACGAAATTTTCTTTGTAA SH20227 20227 46 108 YDR129C spliced 13 22 ATTGGAAATTTTCTTTGTAATTATTGGAAATTTTCTTTGTAATTATTGGAAATTTTCTTT SH20228 20228 38 165 YDR129C spliced 17 22 CAAAATTGGAAATTTTCTTTGTCAAAATTGGAAATTTTCTTTGTCAAAATTGGAAATTTT SH20229 20229 104 8 YDR129C spliced 21 20 GTCAAAATTGGAAATTTTCTGTCAAAATTGGAAATTTTCTGTCAAAATTGGAAATTTTCT SH20230 20230 17 20 YDR139C spliced 1 18 TTGTTTTCCCTGGAATATTTGTTTTCCCTGGAATATTTGTTTTCCCTGGAATATTTGTTT SH20231 20231 54 154 YDR139C spliced 5 18 CAATTTGTTTTCCCTGGACAATTTGTTTTCCCTGGACAATTTGTTTTCCCTGGACAATTT SH20232 20232 84 60 YDR139C spliced 9 18 TCATCAATTTGTTTTCCCTCATCAATTTGTTTTCCCTCATCAATTTGTTTTCCCTCATCA SH20233 20233 38 48 YDR139C spliced 13 23 GTTAATTTATCATCAATTTGTTTGTTAATTTATCATCAATTTGTTTGTTAATTTATCATC SH20234 20234 49 134 YDR139C spliced 17 22 ACTGTTAATTTATCATCAATTTACTGTTAATTTATCATCAATTTACTGTTAATTTATCAT SH20235 20235 70 148 YDR305C spliced 1 20 ATAGAAAACTTGTTCAGTTAATAGAAAACTTGTTCAGTTAATAGAAAACTTGTTCAGTTA SH20236 20236 88 63 YDR305C spliced 5 20 ACTTATAGAAAACTTGTTCAACTTATAGAAAACTTGTTCAACTTATAGAAAACTTGTTCA SH20237 20237 31 183 YDR305C spliced 9 20 TTTGACTTATAGAAAACTTGTTTGACTTATAGAAAACTTGTTTGACTTATAGAAAACTTG SH20238 20238 87 7 YDR305C spliced 13 22 GTATATTTTGACTTATAGAAAAGTATATTTTGACTTATAGAAAAGTATATTTTGACTTAT SH20239 20239 82 37 YDR305C spliced 17 20 ACGTATATTTTGACTTATAGACGTATATTTTGACTTATAGACGTATATTTTGACTTATAG SH20240 20240 16 51 YDR305C spliced 21 20 GCATACGTATATTTTGACTTGCATACGTATATTTTGACTTGCATACGTATATTTTGACTT SH20241 20241 31 15 YDR367W spliced 1 16 GGAAGGGTTAGAAGAGGGAAGGGTTAGAAGAGGGAAGGGTTAGAAGAGGGAAGGGTTAGA SH20242 20242 35 44 YDR367W spliced 5 18 GATTTTGGAAGGGTTAGAGATTTTGGAAGGGTTAGAGATTTTGGAAGGGTTAGAGATTTT SH20243 20243 93 83 YDR367W spliced 9 18 AAAAGATTTTGGAAGGGTAAAAGATTTTGGAAGGGTAAAAGATTTTGGAAGGGTAAAAGA SH20244 20244 102 13 YDR367W spliced 13 19 CCCAAAAAAGATTTTGGAACCCAAAAAAGATTTTGGAACCCAAAAAAGATTTTGGAACCC SH20245 20245 66 74 YDR367W spliced 17 20 TAAACCCCAAAAAAGATTTTTAAACCCCAAAAAAGATTTTTAAACCCCAAAAAAGATTTT SH20246 20246 77 158 YDR367W spliced 21 18 CATAAACCCCAAAAAAGACATAAACCCCAAAAAAGACATAAACCCCAAAAAAGACATAAA SH20247 20247 54 185 YDR381C-A spliced 1 20 CCTATATTTTGAAATGGATTCCTATATTTTGAAATGGATTCCTATATTTTGAAATGGATT SH20248 20248 32 25 YDR381C-A spliced 5 20 CTTACCTATATTTTGAAATGCTTACCTATATTTTGAAATGCTTACCTATATTTTGAAATG SH20249 20249 56 58 YDR381C-A spliced 9 22 TAAATTCTTACCTATATTTTGATAAATTCTTACCTATATTTTGATAAATTCTTACCTATA SH20250 20250 60 206 YDR381C-A spliced 13 22 ATAGTAAATTCTTACCTATATTATAGTAAATTCTTACCTATATTATAGTAAATTCTTACC SH20251 20251 62 118 YDR381C-A spliced 17 20 GTATAGTAAATTCTTACCTAGTATAGTAAATTCTTACCTAGTATAGTAAATTCTTACCTA SH20252 20252 18 16 YDR381W spliced 1 17 TACAGCATCCTGCTTAATACAGCATCCTGCTTAATACAGCATCCTGCTTAATACAGCATC SH20253 20253 7 71 YDR381W spliced 5 15 CTTACAGCATCCTGCCTTACAGCATCCTGCCTTACAGCATCCTGCCTTACAGCATCCTGC SH20254 20254 82 9 YDR381W spliced 9 18 AAATTCTCTTACAGCATCAAATTCTCTTACAGCATCAAATTCTCTTACAGCATCAAATTC SH20255 20255 102 183 YDR381W spliced 13 19 GCAAAAAATTCTCTTACAGGCAAAAAATTCTCTTACAGGCAAAAAATTCTCTTACAGGCA SH20256 20256 25 185 YDR381W spliced 17 20 GAGATGCAAAAAATTCTCTTGAGATGCAAAAAATTCTCTTGAGATGCAAAAAATTCTCTT SH20257 20257 41 197 YDR381W spliced 21 19 CTTGAGATGCAAAAAATTCCTTGAGATGCAAAAAATTCCTTGAGATGCAAAAAATTCCTT SH20258 20258 58 194 YDR397C spliced 1 16 GGGAAGCGACACATTAGGGAAGCGACACATTAGGGAAGCGACACATTAGGGAAGCGACAC SH20259 20259 70 30 YDR397C spliced 5 13 TGGGAAGCGACACTGGGAAGCGACACTGGGAAGCGACACTGGGAAGCGACACTGGGAAGC SH20260 20260 40 96 YDR397C spliced 9 13 GCCTTGGGAAGCGGCCTTGGGAAGCGGCCTTGGGAAGCGGCCTTGGGAAGCGGCCTTGGG SH20261 20261 88 186 YDR397C spliced 13 13 GGTCGCCTTGGGAGGTCGCCTTGGGAGGTCGCCTTGGGAGGTCGCCTTGGGAGGTCGCCT SH20262 20262 77 182 YDR397C spliced 17 13 GTACGGTCGCCTTGTACGGTCGCCTTGTACGGTCGCCTTGTACGGTCGCCTTGTACGGTC SH20263 20263 83 173 YDR397C spliced 21 17 CATCTTTTGTACGGTCGCATCTTTTGTACGGTCGCATCTTTTGTACGGTCGCATCTTTTG SH20264 20264 18 103 YDR424C spliced 1 18 GTACTCTTATTTTCATCGGTACTCTTATTTTCATCGGTACTCTTATTTTCATCGGTACTC SH20265 20265 12 56 YDR424C spliced 5 17 GGCGTACTCTTATTTTCGGCGTACTCTTATTTTCGGCGTACTCTTATTTTCGGCGTACTC SH20266 20266 92 158 YDR424C spliced 9 18 CAATAGGCGTACTCTTATCAATAGGCGTACTCTTATCAATAGGCGTACTCTTATCAATAG SH20267 20267 98 184 YDR424C spliced 13 17 TAACAATAGGCGTACTCTAACAATAGGCGTACTCTAACAATAGGCGTACTCTAACAATAG SH20268 20268 25 8 YDR424C spliced 17 17 GCCTTAACAATAGGCGTGCCTTAACAATAGGCGTGCCTTAACAATAGGCGTGCCTTAACA SH20269 20269 6 34 YDR424C spliced 21 17 AGACGCCTTAACAATAGAGACGCCTTAACAATAGAGACGCCTTAACAATAGAGACGCCTT SH20270 20270 7 59 YDR424C spliced 25 16 GTCAGACGCCTTAACAGTCAGACGCCTTAACAGTCAGACGCCTTAACAGTCAGACGCCTT SH20271 20271 55 108 YDR447C spliced 1 20 CATTTTTATCTGCTTTTTTCCATTTTTATCTGCTTTTTTCCATTTTTATCTGCTTTTTTC SH20272 20272 69 85 YDR447C spliced 5 18 CCCATTTTTATCTGCTTTCCCATTTTTATCTGCTTTCCCATTTTTATCTGCTTTCCCATT SH20273 20273 11 175 YDR447C spliced 9 18 TCTACCCATTTTTATCTGTCTACCCATTTTTATCTGTCTACCCATTTTTATCTGTCTACC SH20274 20274 55 5 YDR447C spliced 13 19 CTAACTCTACCCATTTTTACTAACTCTACCCATTTTTACTAACTCTACCCATTTTTACTA SH20275 20275 70 125 YDR447C spliced 17 18 GTTCTAACTCTACCCATTGTTCTAACTCTACCCATTGTTCTAACTCTACCCATTGTTCTA SH20276 20276 82 45 YDR447C spliced 21 17 TTGGTTCTAACTCTACCTTGGTTCTAACTCTACCTTGGTTCTAACTCTACCTTGGTTCTA SH20277 20277 44 58 YDR450W spliced 1 18 TAAAATGTGTTGGAAGGATAAAATGTGTTGGAAGGATAAAATGTGTTGGAAGGATAAAAT SH20278 20278 25 105 YDR450W spliced 5 18 AACGTAAAATGTGTTGGAAACGTAAAATGTGTTGGAAACGTAAAATGTGTTGGAAACGTA SH20279 20279 22 81 YDR450W spliced 9 19 CAACAAACGTAAAATGTGTCAACAAACGTAAAATGTGTCAACAAACGTAAAATGTGTCAA SH20280 20280 47 203 YDR450W spliced 13 20 GTGTTCAACAAACGTAAAATGTGTTCAACAAACGTAAAATGTGTTCAACAAACGTAAAAT SH20281 20281 73 44 YDR450W spliced 17 18 TAGTGTTCAACAAACGTATAGTGTTCAACAAACGTATAGTGTTCAACAAACGTATAGTGT SH20282 20282 90 3 YDR450W spliced 21 18 ACGTTAGTGTTCAACAAAACGTTAGTGTTCAACAAAACGTTAGTGTTCAACAAAACGTTA SH20283 20283 45 129 YDR471W spliced 1 18 ACTTTACCTGCTTTCAAAACTTTACCTGCTTTCAAAACTTTACCTGCTTTCAAAACTTTA SH20284 20284 58 87 YDR471W spliced 5 17 GCAACTTTACCTGCTTTGCAACTTTACCTGCTTTGCAACTTTACCTGCTTTGCAACTTTA SH20285 20285 23 102 YDR471W spliced 9 17 GACAGCAACTTTACCTGGACAGCAACTTTACCTGGACAGCAACTTTACCTGGACAGCAAC SH20286 20286 30 149 YDR471W spliced 13 17 CAACGACAGCAACTTTACAACGACAGCAACTTTACAACGACAGCAACTTTACAACGACAG SH20287 20287 25 86 YDR471W spliced 17 16 GAACAACGACAGCAACGAACAACGACAGCAACGAACAACGACAGCAACGAACAACGACAG SH20288 20288 66 21 YDR471W spliced 21 15 CACGAACAACGACAGCACGAACAACGACAGCACGAACAACGACAGCACGAACAACGACAG SH20289 20289 66 41 YDR471W spliced 25 15 CGACCACGAACAACGCGACCACGAACAACGCGACCACGAACAACGCGACCACGAACAACG SH20290 20290 76 159 YDR500C spliced 1 20 TACCCATCTTTACTTATATATACCCATCTTTACTTATATATACCCATCTTTACTTATATA SH20291 20291 35 23 YDR500C spliced 5 18 CTTACCCATCTTTACTTACTTACCCATCTTTACTTACTTACCCATCTTTACTTACTTACC SH20292 20292 57 185 YDR500C spliced 9 17 ACCCTTACCCATCTTTAACCCTTACCCATCTTTAACCCTTACCCATCTTTAACCCTTACC SH20293 20293 77 207 YDR500C spliced 13 15 GTACCCTTACCCATCGTACCCTTACCCATCGTACCCTTACCCATCGTACCCTTACCCATC SH20294 20294 56 123 YDR500C spliced 17 15 AGGAGTACCCTTACCAGGAGTACCCTTACCAGGAGTACCCTTACCAGGAGTACCCTTACC SH20295 20295 35 175 YDR500C spliced 21 17 GAATGAAGGAGTACCCTGAATGAAGGAGTACCCTGAATGAAGGAGTACCCTGAATGAAGG SH20296 20296 90 84 YEL012W spliced 1 18 CATCTTTCGTATTACGCTCATCTTTCGTATTACGCTCATCTTTCGTATTACGCTCATCTT SH20297 20297 28 199 YEL012W spliced 5 19 CTACTCATCTTTCGTATTACTACTCATCTTTCGTATTACTACTCATCTTTCGTATTACTA SH20298 20298 16 53 YEL012W spliced 9 17 AGCTACTCATCTTTCGTAGCTACTCATCTTTCGTAGCTACTCATCTTTCGTAGCTACTCA SH20299 20299 70 78 YEL012W spliced 13 18 TTTAGAGCTACTCATCTTTTTAGAGCTACTCATCTTTTTAGAGCTACTCATCTTTTTAGA SH20300 20300 78 61 YEL012W spliced 17 18 TTCTTTTAGAGCTACTCATTCTTTTAGAGCTACTCATTCTTTTAGAGCTACTCATTCTTT SH20301 20301 34 210 YEL012W spliced 21 18 ATCCTTCTTTTAGAGCTAATCCTTCTTTTAGAGCTAATCCTTCTTTTAGAGCTAATCCTT SH20302 20302 95 3 YER003C spliced 1 17 CATCTAACCTGAACAGCCATCTAACCTGAACAGCCATCTAACCTGAACAGCCATCTAACC SH20303 20303 34 34 YER003C spliced 5 17 CCTGCATCTAACCTGAACCTGCATCTAACCTGAACCTGCATCTAACCTGAACCTGCATCT SH20304 20304 81 181 YER003C spliced 9 15 AGCCTGCATCTAACCAGCCTGCATCTAACCAGCCTGCATCTAACCAGCCTGCATCTAACC SH20305 20305 76 59 YER003C spliced 13 15 TGGTAGCCTGCATCTTGGTAGCCTGCATCTTGGTAGCCTGCATCTTGGTAGCCTGCATCT SH20306 20306 70 76 YER003C spliced 17 13 GTTGGTAGCCTGCGTTGGTAGCCTGCGTTGGTAGCCTGCGTTGGTAGCCTGCGTTGGTAG SH20307 20307 34 199 YER003C spliced 21 17 GTCGTATTGTTGGTAGCGTCGTATTGTTGGTAGCGTCGTATTGTTGGTAGCGTCGTATTG SH20308 20308 93 212 YER003C spliced 25 16 CCAGTCGTATTGTTGGCCAGTCGTATTGTTGGCCAGTCGTATTGTTGGCCAGTCGTATTG SH20309 20309 61 50 YER007C-A spliced 1 18 CTTAAACATTTCCTCTCTCTTAAACATTTCCTCTCTCTTAAACATTTCCTCTCTCTTAAA SH20310 20310 40 129 YER007C-A spliced 5 20 GAATTTCTTAAACATTTCCTGAATTTCTTAAACATTTCCTGAATTTCTTAAACATTTCCT SH20311 20311 94 55 YER007C-A spliced 9 21 CTTGTGAATTTCTTAAACATTCTTGTGAATTTCTTAAACATTCTTGTGAATTTCTTAAAC SH20312 20312 31 68 YER007C-A spliced 13 20 TCTCTTGTGAATTTCTTAAATCTCTTGTGAATTTCTTAAATCTCTTGTGAATTTCTTAAA SH20313 20313 49 52 YER007C-A spliced 17 18 CTTCTCTTGTGAATTTCTCTTCTCTTGTGAATTTCTCTTCTCTTGTGAATTTCTCTTCTC SH20314 20314 16 54 YER007C-A spliced 21 18 ACATCTTCTCTTGTGAATACATCTTCTCTTGTGAATACATCTTCTCTTGTGAATACATCT SH20315 20315 57 152 YER044C-A spliced 1 15 TCCAGTCAACTTCCGTCCAGTCAACTTCCGTCCAGTCAACTTCCGTCCAGTCAACTTCCG SH20316 20316 44 134 YER044C-A spliced 5 18 CAGATTATCCAGTCAACTCAGATTATCCAGTCAACTCAGATTATCCAGTCAACTCAGATT SH20317 20317 92 140 YER044C-A spliced 9 18 AAAACAGATTATCCAGTCAAAACAGATTATCCAGTCAAAACAGATTATCCAGTCAAAACA SH20318 20318 52 2 YER044C-A spliced 13 18 AAGCAAAACAGATTATCCAAGCAAAACAGATTATCCAAGCAAAACAGATTATCCAAGCAA SH20319 20319 66 61 YER044C-A spliced 17 20 GAATTAAAGCAAAACAGATTGAATTAAAGCAAAACAGATTGAATTAAAGCAAAACAGATT SH20320 20320 73 89 YER044C-A spliced 21 20 GATTGAATTAAAGCAAAACAGATTGAATTAAAGCAAAACAGATTGAATTAAAGCAAAACA SH20321 20321 82 73 YER056C-A spliced 1 18 GGATTTCTTCTTCTGAAAGGATTTCTTCTTCTGAAAGGATTTCTTCTTCTGAAAGGATTT SH20322 20322 13 77 YER056C-A spliced 5 18 GTATGGATTTCTTCTTCTGTATGGATTTCTTCTTCTGTATGGATTTCTTCTTCTGTATGG SH20323 20323 74 188 YER056C-A spliced 9 18 TGTTGTATGGATTTCTTCTGTTGTATGGATTTCTTCTGTTGTATGGATTTCTTCTGTTGT SH20324 20324 38 7 YER056C-A spliced 13 17 GGGTGTTGTATGGATTTGGGTGTTGTATGGATTTGGGTGTTGTATGGATTTGGGTGTTGT SH20325 20325 39 42 YER056C-A spliced 17 15 ACGGGTGTTGTATGGACGGGTGTTGTATGGACGGGTGTTGTATGGACGGGTGTTGTATGG SH20326 20326 5 61 YER056C-A spliced 21 17 GTTAGAACGGGTGTTGTGTTAGAACGGGTGTTGTGTTAGAACGGGTGTTGTGTTAGAACG SH20327 20327 3 3 YER074W spliced 1 20 CATTTCTGCTTAATCTATGTCATTTCTGCTTAATCTATGTCATTTCTGCTTAATCTATGT SH20328 20328 70 168 YER074W spliced 5 18 GACATTTCTGCTTAATCTGACATTTCTGCTTAATCTGACATTTCTGCTTAATCTGACATT SH20329 20329 55 85 YER074W spliced 9 18 GTCAGACATTTCTGCTTAGTCAGACATTTCTGCTTAGTCAGACATTTCTGCTTAGTCAGA SH20330 20330 98 99 YER074W spliced 13 16 GCGTCAGACATTTCTGGCGTCAGACATTTCTGGCGTCAGACATTTCTGGCGTCAGACATT SH20331 20331 32 185 YER074W spliced 17 17 TAACAGCGTCAGACATTTAACAGCGTCAGACATTTAACAGCGTCAGACATTTAACAGCGT SH20332 20332 37 151 YER074W spliced 21 17 ATAGTAACAGCGTCAGAATAGTAACAGCGTCAGAATAGTAACAGCGTCAGAATAGTAACA SH20333 20333 81 45 YER074W spliced 25 16 CGGATAGTAACAGCGTCGGATAGTAACAGCGTCGGATAGTAACAGCGTCGGATAGTAACA SH20334 20334 95 169 YER074W-A spliced 1 18 CTTCTTAAGAACCTTTCTCTTCTTAAGAACCTTTCTCTTCTTAAGAACCTTTCTCTTCTT SH20335 20335 48 79 YER074W-A spliced 5 19 CAATTCTTCTTAAGAACCTCAATTCTTCTTAAGAACCTCAATTCTTCTTAAGAACCTCAA SH20336 20336 7 86 YER074W-A spliced 9 18 GGCCAATTCTTCTTAAGAGGCCAATTCTTCTTAAGAGGCCAATTCTTCTTAAGAGGCCAA SH20337 20337 2 9 YER074W-A spliced 13 17 CAAGGCCAATTCTTCTTCAAGGCCAATTCTTCTTCAAGGCCAATTCTTCTTCAAGGCCAA SH20338 20338 30 68 YER074W-A spliced 17 17 CTTCCAAGGCCAATTCTCTTCCAAGGCCAATTCTCTTCCAAGGCCAATTCTCTTCCAAGG SH20339 20339 2 65 YER074W-A spliced 21 16 GATCTTCCAAGGCCAAGATCTTCCAAGGCCAAGATCTTCCAAGGCCAAGATCTTCCAAGG SH20340 20340 61 19 YER093C-A spliced 1 17 TTCGTACTTTTATGGCCTTCGTACTTTTATGGCCTTCGTACTTTTATGGCCTTCGTACTT SH20341 20341 54 14 YER093C-A spliced 5 20 ACGTATTTTCGTACTTTTATACGTATTTTCGTACTTTTATACGTATTTTCGTACTTTTAT SH20342 20342 60 162 YER093C-A spliced 9 18 GGACGTATTTTCGTACTTGGACGTATTTTCGTACTTGGACGTATTTTCGTACTTGGACGT SH20343 20343 84 214 YER093C-A spliced 13 16 GGGGACGTATTTTCGTGGGGACGTATTTTCGTGGGGACGTATTTTCGTGGGGACGTATTT SH20344 20344 96 116 YER093C-A spliced 17 15 GCTGGGGACGTATTTGCTGGGGACGTATTTGCTGGGGACGTATTTGCTGGGGACGTATTT SH20345 20345 99 16 YER093C-A spliced 21 13 ATGCTGGGGACGTATGCTGGGGACGTATGCTGGGGACGTATGCTGGGGACGTATGCTGGG SH20346 20346 52 118 YER102W spliced 1 17 TTATCGTGGTGTGTTCATTATCGTGGTGTGTTCATTATCGTGGTGTGTTCATTATCGTGG SH20347 20347 97 23 YER102W spliced 5 17 AGTTTTATCGTGGTGTGAGTTTTATCGTGGTGTGAGTTTTATCGTGGTGTGAGTTTTATC SH20348 20348 8 10 YER102W spliced 9 18 TTTACAGTTTTATCGTGGTTTACAGTTTTATCGTGGTTTACAGTTTTATCGTGGTTTACA SH20349 20349 83 192 YER102W spliced 13 20 CCCATTTTTACAGTTTTATCCCCATTTTTACAGTTTTATCCCCATTTTTACAGTTTTATC SH20350 20350 15 46 YER102W spliced 17 20 AATACCCATTTTTACAGTTTAATACCCATTTTTACAGTTTAATACCCATTTTTACAGTTT SH20351 20351 62 126 YER102W spliced 21 20 GAGAAATACCCATTTTTACAGAGAAATACCCATTTTTACAGAGAAATACCCATTTTTACA SH20352 20352 23 85 YER117W spliced 1 20 AGAAATTCTGAATTTTGTACAGAAATTCTGAATTTTGTACAGAAATTCTGAATTTTGTAC SH20353 20353 28 36 YER117W spliced 5 21 CCTAAAGAAATTCTGAATTTTCCTAAAGAAATTCTGAATTTTCCTAAAGAAATTCTGAAT SH20354 20354 41 176 YER117W spliced 9 20 AAACCTAAAGAAATTCTGAAAAACCTAAAGAAATTCTGAAAAACCTAAAGAAATTCTGAA SH20355 20355 78 213 YER117W spliced 13 19 GGTAAACCTAAAGAAATTCGGTAAACCTAAAGAAATTCGGTAAACCTAAAGAAATTCGGT SH20356 20356 9 136 YER117W spliced 17 18 ACTGGTAAACCTAAAGAAACTGGTAAACCTAAAGAAACTGGTAAACCTAAAGAAACTGGT SH20357 20357 37 56 YER117W spliced 21 17 CCAACTGGTAAACCTAACCAACTGGTAAACCTAACCAACTGGTAAACCTAACCAACTGGT SH20358 20358 51 111 YER117W spliced 25 16 GCACCAACTGGTAAACGCACCAACTGGTAAACGCACCAACTGGTAAACGCACCAACTGGT SH20359 20359 88 109 YER131W spliced 1 18 TTCCTGTTTGATTATGTGTTCCTGTTTGATTATGTGTTCCTGTTTGATTATGTGTTCCTG SH20360 20360 19 74 YER131W spliced 5 20 GCATTTTTCCTGTTTGATTAGCATTTTTCCTGTTTGATTAGCATTTTTCCTGTTTGATTA SH20361 20361 37 198 YER131W spliced 9 17 GGCATTTTTCCTGTTTGGGCATTTTTCCTGTTTGGGCATTTTTCCTGTTTGGGCATTTTT SH20362 20362 16 12 YER131W spliced 13 18 TTTTTGGCATTTTTCCTGTTTTTGGCATTTTTCCTGTTTTTGGCATTTTTCCTGTTTTTG SH20363 20363 45 64 YER131W spliced 17 20 CTCTCTTTTTTGGCATTTTTCTCTCTTTTTTGGCATTTTTCTCTCTTTTTTGGCATTTTT SH20364 20364 64 91 YER131W spliced 21 17 GCTCTCTTTTTTGGCATGCTCTCTTTTTTGGCATGCTCTCTTTTTTGGCATGCTCTCTTT SH20365 20365 8 110 YER133W spliced 1 17 AATTGGGGCTTCTAACTAATTGGGGCTTCTAACTAATTGGGGCTTCTAACTAATTGGGGC SH20366 20366 103 199 YER133W spliced 5 18 ATTTTAATTGGGGCTTCTATTTTAATTGGGGCTTCTATTTTAATTGGGGCTTCTATTTTA SH20367 20367 84 72 YER133W spliced 9 18 ACATATTTTAATTGGGGCACATATTTTAATTGGGGCACATATTTTAATTGGGGCACATAT SH20368 20368 20 78 YER133W spliced 13 20 GTCACCACATATTTTAATTGGTCACCACATATTTTAATTGGTCACCACATATTTTAATTG SH20369 20369 76 137 YER133W spliced 17 20 GAATGTCACCACATATTTTAGAATGTCACCACATATTTTAGAATGTCACCACATATTTTA SH20370 20370 62 60 YER133W spliced 21 18 ATGAATGTCACCACATATATGAATGTCACCACATATATGAATGTCACCACATATATGAAT SH20371 20371 18 58 YER133W spliced 25 16 CCATGAATGTCACCACCCATGAATGTCACCACCCATGAATGTCACCACCCATGAATGTCA SH20372 20372 37 157 YER179W spliced 1 17 GACTGTGTATATCCCACGACTGTGTATATCCCACGACTGTGTATATCCCACGACTGTGTA SH20373 20373 52 39 YER179W spliced 5 18 GTATTGACTGTGTATATCGTATTGACTGTGTATATCGTATTGACTGTGTATATCGTATTG SH20374 20374 60 187 YER179W spliced 9 17 ACGGTATTGACTGTGTAACGGTATTGACTGTGTAACGGTATTGACTGTGTAACGGTATTG SH20375 20375 22 54 YER179W spliced 13 17 CAAAACGGTATTGACTGCAAAACGGTATTGACTGCAAAACGGTATTGACTGCAAAACGGT SH20376 20376 98 211 YER179W spliced 17 18 GTTGACAAAACGGTATTGGTTGACAAAACGGTATTGGTTGACAAAACGGTATTGGTTGAC SH20377 20377 76 207 YER179W spliced 21 17 GTTGTTGACAAAACGGTGTTGTTGACAAAACGGTGTTGTTGACAAAACGGTGTTGTTGAC SH20378 20378 99 170 YFL034C-A spliced 1 15 GAGCCATTGTGGTTGGAGCCATTGTGGTTGGAGCCATTGTGGTTGGAGCCATTGTGGTTG SH20379 20379 34 194 YFL034C-A spliced 5 16 GTTTGGAGCCATTGTGGTTTGGAGCCATTGTGGTTTGGAGCCATTGTGGTTTGGAGCCAT SH20380 20380 55 179 YFL034C-A spliced 9 17 GAAGTGTTTGGAGCCATGAAGTGTTTGGAGCCATGAAGTGTTTGGAGCCATGAAGTGTTT SH20381 20381 26 206 YFL034C-A spliced 13 16 CTGGAAGTGTTTGGAGCTGGAAGTGTTTGGAGCTGGAAGTGTTTGGAGCTGGAAGTGTTT SH20382 20382 29 83 YFL034C-A spliced 17 17 GCTTTCTGGAAGTGTTTGCTTTCTGGAAGTGTTTGCTTTCTGGAAGTGTTTGCTTTCTGG SH20383 20383 48 86 YFL034C-A spliced 21 18 TTTTTGCTTTCTGGAAGTTTTTTGCTTTCTGGAAGTTTTTTGCTTTCTGGAAGTTTTTTG SH20384 20384 56 160 YFL034C-B spliced 1 18 GAAGTTGAAGAAGGACATGAAGTTGAAGAAGGACATGAAGTTGAAGAAGGACATGAAGTT SH20385 20385 103 107 YFL034C-B spliced 5 18 CTTTGAAGTTGAAGAAGGCTTTGAAGTTGAAGAAGGCTTTGAAGTTGAAGAAGGCTTTGA SH20386 20386 24 60 YFL034C-B spliced 9 18 AATGCTTTGAAGTTGAAGAATGCTTTGAAGTTGAAGAATGCTTTGAAGTTGAAGAATGCT SH20387 20387 27 33 YFL034C-B spliced 13 17 CCGAATGCTTTGAAGTTCCGAATGCTTTGAAGTTCCGAATGCTTTGAAGTTCCGAATGCT SH20388 20388 77 77 YFL034C-B spliced 17 17 TCTTCCGAATGCTTTGATCTTCCGAATGCTTTGATCTTCCGAATGCTTTGATCTTCCGAA SH20389 20389 20 46 YFL034C-B spliced 21 17 AGTTTCTTCCGAATGCTAGTTTCTTCCGAATGCTAGTTTCTTCCGAATGCTAGTTTCTTC SH20390 20390 58 49 YFL039C spliced 1 20 CAGAATCCATTGTTAATTCACAGAATCCATTGTTAATTCACAGAATCCATTGTTAATTCA SH20391 20391 76 190 YFL039C spliced 5 18 CTCAGAATCCATTGTTAACTCAGAATCCATTGTTAACTCAGAATCCATTGTTAACTCAGA SH20392 20392 24 18 YFL039C spliced 9 17 AACCTCAGAATCCATTGAACCTCAGAATCCATTGAACCTCAGAATCCATTGAACCTCAGA SH20393 20393 82 92 YFL039C spliced 13 15 GCAACCTCAGAATCCGCAACCTCAGAATCCGCAACCTCAGAATCCGCAACCTCAGAATCC SH20394 20394 16 132 YFL039C spliced 17 15 AGCAGCAACCTCAGAAGCAGCAACCTCAGAAGCAGCAACCTCAGAAGCAGCAACCTCAGA SH20395 20395 21 155 YFL039C spliced 21 15 CCAAAGCAGCAACCTCCAAAGCAGCAACCTCCAAAGCAGCAACCTCCAAAGCAGCAACCT SH20396 20396 52 196 YFR024C-A spliced 1 18 TGTCTCACTCTTTAAACTTGTCTCACTCTTTAAACTTGTCTCACTCTTTAAACTTGTCTC SH20397 20397 15 20 YFR024C-A spliced 5 20 AAAATTTGTCTCACTCTTTAAAAATTTGTCTCACTCTTTAAAAATTTGTCTCACTCTTTA SH20398 20398 51 76 YFR024C-A spliced 9 18 ACAAAATTTGTCTCACTCACAAAATTTGTCTCACTCACAAAATTTGTCTCACTCACAAAA SH20399 20399 76 15 YFR024C-A spliced 13 19 GTTTGACAAAATTTGTCTCGTTTGACAAAATTTGTCTCGTTTGACAAAATTTGTCTCGTT SH20400 20400 40 157 YFR024C-A spliced 17 20 GTTTGGTTTGACAAAATTTGGTTTGGTTTGACAAAATTTGGTTTGGTTTGACAAAATTTG SH20401 20401 34 97 YFR024C-A spliced 21 18 TGGTTTGGTTTGACAAAATGGTTTGGTTTGACAAAATGGTTTGGTTTGACAAAATGGTTT SH20402 20402 36 135 YFR031C-A spliced 1 20 CCATTGCTTATTGATCTAATCCATTGCTTATTGATCTAATCCATTGCTTATTGATCTAAT SH20403 20403 13 87 YFR031C-A spliced 5 17 CCCATTGCTTATTGATCCCCATTGCTTATTGATCCCCATTGCTTATTGATCCCCATTGCT SH20404 20404 14 115 YFR031C-A spliced 9 18 CTCTACCCATTGCTTATTCTCTACCCATTGCTTATTCTCTACCCATTGCTTATTCTCTAC SH20405 20405 78 179 YFR031C-A spliced 13 17 TAACTCTACCCATTGCTTAACTCTACCCATTGCTTAACTCTACCCATTGCTTAACTCTAC SH20406 20406 40 52 YFR031C-A spliced 17 17 CGAATAACTCTACCCATCGAATAACTCTACCCATCGAATAACTCTACCCATCGAATAACT SH20407 20407 96 106 YFR031C-A spliced 21 18 GGTTACGAATAACTCTACGGTTACGAATAACTCTACGGTTACGAATAACTCTACGGTTAC SH20408 20408 62 153 YFR032C-A spliced 1 20 TTTCTAACTGTATTGTTGTTTTTCTAACTGTATTGTTGTTTTTCTAACTGTATTGTTGTT SH20409 20409 48 152 YFR032C-A spliced 5 22 CATTTTTTTCTAACTGTATTGTCATTTTTTTCTAACTGTATTGTCATTTTTTTCTAACTG SH20410 20410 9 133 YFR032C-A spliced 9 20 GCCATTTTTTTCTAACTGTAGCCATTTTTTTCTAACTGTAGCCATTTTTTTCTAACTGTA SH20411 20411 37 4 YFR032C-A spliced 13 20 CTTAGCCATTTTTTTCTAACCTTAGCCATTTTTTTCTAACCTTAGCCATTTTTTTCTAAC SH20412 20412 102 149 YFR032C-A spliced 17 18 GACTTAGCCATTTTTTTCGACTTAGCCATTTTTTTCGACTTAGCCATTTTTTTCGACTTA SH20413 20413 7 12 YFR032C-A spliced 21 18 CTTAGACTTAGCCATTTTCTTAGACTTAGCCATTTTCTTAGACTTAGCCATTTTCTTAGA SH20414 20414 90 12 YGL030W spliced 1 18 TCTCTGCGTATATTGATTTCTCTGCGTATATTGATTTCTCTGCGTATATTGATTTCTCTG SH20415 20415 88 102 YGL030W spliced 5 17 CCATCTCTGCGTATATTCCATCTCTGCGTATATTCCATCTCTGCGTATATTCCATCTCTG SH20416 20416 69 63 YGL030W spliced 9 15 GGCCATCTCTGCGTAGGCCATCTCTGCGTAGGCCATCTCTGCGTAGGCCATCTCTGCGTA SH20417 20417 94 118 YGL030W spliced 13 13 GGGGCCATCTCTGGGGGCCATCTCTGGGGGCCATCTCTGGGGGCCATCTCTGGGGGCCAT SH20418 20418 41 69 YGL030W spliced 17 13 AACTGGGGCCATCAACTGGGGCCATCAACTGGGGCCATCAACTGGGGCCATCAACTGGGG SH20419 20419 42 39 YGL030W spliced 21 15 GGATTTAACTGGGGCGGATTTAACTGGGGCGGATTTAACTGGGGCGGATTTAACTGGGGC SH20420 20420 87 68 YGL031C spliced 1 18 CTCAAGTTATTGTCTTGGCTCAAGTTATTGTCTTGGCTCAAGTTATTGTCTTGGCTCAAG SH20421 20421 63 55 YGL031C spliced 5 18 CACTCTCAAGTTATTGTCCACTCTCAAGTTATTGTCCACTCTCAAGTTATTGTCCACTCT SH20422 20422 89 125 YGL031C spliced 9 20 TTTTATCACTCTCAAGTTATTTTTATCACTCTCAAGTTATTTTTATCACTCTCAAGTTAT SH20423 20423 24 48 YGL031C spliced 13 18 CATTTTATCACTCTCAAGCATTTTATCACTCTCAAGCATTTTATCACTCTCAAGCATTTT SH20424 20424 52 158 YGL031C spliced 17 18 CCTTCATTTTATCACTCTCCTTCATTTTATCACTCTCCTTCATTTTATCACTCTCCTTCA SH20425 20425 84 15 YGL031C spliced 21 20 TTTCAACCTTCATTTTATCATTTCAACCTTCATTTTATCATTTCAACCTTCATTTTATCA SH20426 20426 103 79 YGL033W spliced 1 15 GAGCCTTTTGCCTGAGAGCCTTTTGCCTGAGAGCCTTTTGCCTGAGAGCCTTTTGCCTGA SH20427 20427 99 10 YGL033W spliced 5 16 CTTCTGAGCCTTTTGCCTTCTGAGCCTTTTGCCTTCTGAGCCTTTTGCCTTCTGAGCCTT SH20428 20428 84 99 YGL033W spliced 9 15 CAGCTTCTGAGCCTTCAGCTTCTGAGCCTTCAGCTTCTGAGCCTTCAGCTTCTGAGCCTT SH20429 20429 78 10 YGL033W spliced 13 17 ATTGTTCAGCTTCTGAGATTGTTCAGCTTCTGAGATTGTTCAGCTTCTGAGATTGTTCAG SH20430 20430 49 40 YGL033W spliced 17 19 CTATTAATTGTTCAGCTTCCTATTAATTGTTCAGCTTCCTATTAATTGTTCAGCTTCCTA SH20431 20431 60 62 YGL033W spliced 21 20 ATCTTCTATTAATTGTTCAGATCTTCTATTAATTGTTCAGATCTTCTATTAATTGTTCAG SH20432 20432 56 37 YGL076C spliced 1 17 CTTACGAGCAGCTCTTTCTTACGAGCAGCTCTTTCTTACGAGCAGCTCTTTCTTACGAGC SH20433 20433 84 184 YGL076C spliced 5 15 GCCTTACGAGCAGCTGCCTTACGAGCAGCTGCCTTACGAGCAGCTGCCTTACGAGCAGCT SH20434 20434 27 204 YGL076C spliced 9 13 CAGCCTTACGAGCCAGCCTTACGAGCCAGCCTTACGAGCCAGCCTTACGAGCCAGCCTTA SH20435 20435 59 113 YGL076C spliced 13 17 CTTGTTAGCAGCCTTACCTTGTTAGCAGCCTTACCTTGTTAGCAGCCTTACCTTGTTAGC SH20436 20436 46 166 YGL076C spliced 17 15 TCCTTGTTAGCAGCCTCCTTGTTAGCAGCCTCCTTGTTAGCAGCCTCCTTGTTAGCAGCC SH20437 20437 40 174 YGL076C spliced 21 17 CTCTTTTCCTTGTTAGCCTCTTTTCCTTGTTAGCCTCTTTTCCTTGTTAGCCTCTTTTCC SH20438 20438 46 110 YGL087C spliced 1 20 ACTTTTGACATTTTTGTGTAACTTTTGACATTTTTGTGTAACTTTTGACATTTTTGTGTA SH20439 20439 17 79 YGL087C spliced 5 19 GGTACTTTTGACATTTTTGGGTACTTTTGACATTTTTGGGTACTTTTGACATTTTTGGGT SH20440 20440 18 114 YGL087C spliced 9 18 CTTGGTACTTTTGACATTCTTGGTACTTTTGACATTCTTGGTACTTTTGACATTCTTGGT SH20441 20441 94 101 YGL087C spliced 13 20 AAATTTCTTGGTACTTTTGAAAATTTCTTGGTACTTTTGAAAATTTCTTGGTACTTTTGA SH20442 20442 62 2 YGL087C spliced 17 20 CCTAAAATTTCTTGGTACTTCCTAAAATTTCTTGGTACTTCCTAAAATTTCTTGGTACTT SH20443 20443 6 54 YGL087C spliced 21 19 CAACCTAAAATTTCTTGGTCAACCTAAAATTTCTTGGTCAACCTAAAATTTCTTGGTCAA SH20444 20444 41 82 YGL103W spliced 1 13 GTGACCTCTGTGCGTGACCTCTGTGCGTGACCTCTGTGCGTGACCTCTGTGCGTGACCTC SH20445 20445 58 95 YGL103W spliced 5 15 TGAGACGTGACCTCTTGAGACGTGACCTCTTGAGACGTGACCTCTTGAGACGTGACCTCT SH20446 20446 57 92 YGL103W spliced 9 13 GCTGAGACGTGACGCTGAGACGTGACGCTGAGACGTGACGCTGAGACGTGACGCTGAGAC SH20447 20447 70 100 YGL103W spliced 13 13 ACCGGCTGAGACGACCGGCTGAGACGACCGGCTGAGACGACCGGCTGAGACGACCGGCTG SH20448 20448 74 153 YGL103W spliced 17 15 ACCTTTACCGGCTGAACCTTTACCGGCTGAACCTTTACCGGCTGAACCTTTACCGGCTGA SH20449 20449 55 36 YGL103W spliced 21 13 CGACCTTTACCGGCGACCTTTACCGGCGACCTTTACCGGCGACCTTTACCGGCGACCTTT SH20450 20450 74 87 YGL137W spliced 1 18 TTATATCCAACTTCATCGTTATATCCAACTTCATCGTTATATCCAACTTCATCGTTATAT SH20451 20451 34 95 YGL137W spliced 5 20 TTTTCTTTATATCCAACTTCTTTTCTTTATATCCAACTTCTTTTCTTTATATCCAACTTC SH20452 20452 85 78 YGL137W spliced 9 22 TAAAAGTTTTCTTTATATCCAATAAAAGTTTTCTTTATATCCAATAAAAGTTTTCTTTAT SH20453 20453 70 111 YGL137W spliced 13 23 ATTACTAAAAGTTTTCTTTATATATTACTAAAAGTTTTCTTTATATATTACTAAAAGTTT SH20454 20454 86 190 YGL137W spliced 17 22 TCTATTACTAAAAGTTTTCTTTTCTATTACTAAAAGTTTTCTTTTCTATTACTAAAAGTT SH20455 20455 77 189 YGL178W spliced 1 20 CATAAGAGAAACTGGAAAAACATAAGAGAAACTGGAAAAACATAAGAGAAACTGGAAAAA SH20456 20456 99 48 YGL178W spliced 5 18 ATCATAAGAGAAACTGGAATCATAAGAGAAACTGGAATCATAAGAGAAACTGGAATCATA SH20457 20457 65 130 YGL178W spliced 9 20 TTATTGATCATAAGAGAAACTTATTGATCATAAGAGAAACTTATTGATCATAAGAGAAAC SH20458 20458 48 83 YGL178W spliced 13 18 CGTTATTGATCATAAGAGCGTTATTGATCATAAGAGCGTTATTGATCATAAGAGCGTTAT SH20459 20459 85 24 YGL178W spliced 17 18 GGTTCGTTATTGATCATAGGTTCGTTATTGATCATAGGTTCGTTATTGATCATAGGTTCG SH20460 20460 88 209 YGL178W spliced 21 19 GAAATGGTTCGTTATTGATGAAATGGTTCGTTATTGATGAAATGGTTCGTTATTGATGAA SH20461 20461 70 186 YGL183C spliced 1 20 CATTGTTGAATGTTTATGATCATTGTTGAATGTTTATGATCATTGTTGAATGTTTATGAT SH20462 20462 91 201 YGL183C spliced 5 18 CCCATTGTTGAATGTTTACCCATTGTTGAATGTTTACCCATTGTTGAATGTTTACCCATT SH20463 20463 54 95 YGL183C spliced 9 16 GCCCCATTGTTGAATGGCCCCATTGTTGAATGGCCCCATTGTTGAATGGCCCCATTGTTG SH20464 20464 33 63 YGL183C spliced 13 13 GGCCCCATTGTTGGGCCCCATTGTTGGGCCCCATTGTTGGGCCCCATTGTTGGGCCCCAT SH20465 20465 64 37 YGL183C spliced 17 15 CTCTTTGGCCCCATTCTCTTTGGCCCCATTCTCTTTGGCCCCATTCTCTTTGGCCCCATT SH20466 20466 91 132 YGL183C spliced 21 13 GTCTCTTTGGCCCGTCTCTTTGGCCCGTCTCTTTGGCCCGTCTCTTTGGCCCGTCTCTTT SH20467 20467 29 194 YGL187C spliced 1 25 GTTATATTTCAAAATAATCTTATTTGTTATATTTCAAAATAATCTTATTTGTTATATTTC SH20468 20468 99 178 YGL187C spliced 5 23 TTGTTATATTTCAAAATAATCTTTTGTTATATTTCAAAATAATCTTTTGTTATATTTCAA SH20469 20469 63 21 YGL187C spliced 9 22 TGCTTGTTATATTTCAAAATAATGCTTGTTATATTTCAAAATAATGCTTGTTATATTTCA SH20470 20470 74 203 YGL187C spliced 13 20 TGTGCTTGTTATATTTCAAATGTGCTTGTTATATTTCAAATGTGCTTGTTATATTTCAAA SH20471 20471 43 203 YGL187C spliced 17 20 GCATTGTGCTTGTTATATTTGCATTGTGCTTGTTATATTTGCATTGTGCTTGTTATATTT SH20472 20472 53 197 YGL187C spliced 21 18 AAGCATTGTGCTTGTTATAAGCATTGTGCTTGTTATAAGCATTGTGCTTGTTATAAGCAT SH20473 20473 46 156 YGL189C spliced 1 18 CTTAAGACTATGGTTCTTCTTAAGACTATGGTTCTTCTTAAGACTATGGTTCTTCTTAAG SH20474 20474 49 99 YGL189C spliced 5 19 GATTACTTAAGACTATGGTGATTACTTAAGACTATGGTGATTACTTAAGACTATGGTGAT SH20475 20475 93 109 YGL189C spliced 9 20 TGAATGATTACTTAAGACTATGAATGATTACTTAAGACTATGAATGATTACTTAAGACTA SH20476 20476 10 16 YGL189C spliced 13 21 CATTTTGAATGATTACTTAAGCATTTTGAATGATTACTTAAGCATTTTGAATGATTACTT SH20477 20477 66 112 YGL189C spliced 17 19 GGCATTTTGAATGATTACTGGCATTTTGAATGATTACTGGCATTTTGAATGATTACTGGC SH20478 20478 30 134 YGL189C spliced 21 19 CTTTGGCATTTTGAATGATCTTTGGCATTTTGAATGATCTTTGGCATTTTGAATGATCTT SH20479 20479 84 69 YGL226C-A spliced 1 20 GTATAATTGTTCATAAGTCAGTATAATTGTTCATAAGTCAGTATAATTGTTCATAAGTCA SH20480 20480 33 87 YGL226C-A spliced 5 22 CTCTTTGTATAATTGTTCATAACTCTTTGTATAATTGTTCATAACTCTTTGTATAATTGT SH20481 20481 50 207 YGL226C-A spliced 9 20 AACTCTTTGTATAATTGTTCAACTCTTTGTATAATTGTTCAACTCTTTGTATAATTGTTC SH20482 20482 94 30 YGL226C-A spliced 13 20 ATGGAACTCTTTGTATAATTATGGAACTCTTTGTATAATTATGGAACTCTTTGTATAATT SH20483 20483 99 144 YGL226C-A spliced 17 18 GAATGGAACTCTTTGTATGAATGGAACTCTTTGTATGAATGGAACTCTTTGTATGAATGG SH20484 20484 13 175 YGL226C-A spliced 21 17 GAGGAATGGAACTCTTTGAGGAATGGAACTCTTTGAGGAATGGAACTCTTTGAGGAATGG SH20485 20485 70 77 YGL232W spliced 1 17 CTTCCTGTTTTGGGAATCTTCCTGTTTTGGGAATCTTCCTGTTTTGGGAATCTTCCTGTT SH20486 20486 51 150 YGL232W spliced 5 18 AATTTCTTCCTGTTTTGGAATTTCTTCCTGTTTTGGAATTTCTTCCTGTTTTGGAATTTC SH20487 20487 95 30 YGL232W spliced 9 20 ACTTTAAATTTCTTCCTGTTACTTTAAATTTCTTCCTGTTACTTTAAATTTCTTCCTGTT SH20488 20488 42 195 YGL232W spliced 13 20 AGATACTTTAAATTTCTTCCAGATACTTTAAATTTCTTCCAGATACTTTAAATTTCTTCC SH20489 20489 16 191 YGL232W spliced 17 20 CGGAAGATACTTTAAATTTCCGGAAGATACTTTAAATTTCCGGAAGATACTTTAAATTTC SH20490 20490 63 31 YGL232W spliced 21 18 TCCGGAAGATACTTTAAATCCGGAAGATACTTTAAATCCGGAAGATACTTTAAATCCGGA SH20491 20491 84 76 YGL251C spliced 1 15 GGAGAGGGTCTACTTGGAGAGGGTCTACTTGGAGAGGGTCTACTTGGAGAGGGTCTACTT SH20492 20492 71 80 YGL251C spliced 5 17 TTATTTGGAGAGGGTCTTTATTTGGAGAGGGTCTTTATTTGGAGAGGGTCTTTATTTGGA SH20493 20493 42 47 YGL251C spliced 9 18 CAATATTATTTGGAGAGGCAATATTATTTGGAGAGGCAATATTATTTGGAGAGGCAATAT SH20494 20494 20 18 YGL251C spliced 13 22 GTTAAAGTCAATATTATTTGGAGTTAAAGTCAATATTATTTGGAGTTAAAGTCAATATTA SH20495 20495 71 186 YGL251C spliced 17 21 GTCGTTAAAGTCAATATTATTGTCGTTAAAGTCAATATTATTGTCGTTAAAGTCAATATT SH20496 20496 86 209 YGL251C spliced 21 18 GGTCGTTAAAGTCAATATGGTCGTTAAAGTCAATATGGTCGTTAAAGTCAATATGGTCGT SH20497 20497 56 133 YGR001C spliced 1 16 CATAATCGGAGTCGGACATAATCGGAGTCGGACATAATCGGAGTCGGACATAATCGGAGT SH20498 20498 40 77 YGR001C spliced 5 18 TCAATTCATAATCGGAGTTCAATTCATAATCGGAGTTCAATTCATAATCGGAGTTCAATT SH20499 20499 68 113 YGR001C spliced 9 18 AGTGTCAATTCATAATCGAGTGTCAATTCATAATCGAGTGTCAATTCATAATCGAGTGTC SH20500 20500 39 53 YGR001C spliced 13 19 CAGAAAGTGTCAATTCATACAGAAAGTGTCAATTCATACAGAAAGTGTCAATTCATACAG SH20501 20501 45 155 YGR001C spliced 17 18 TAGCAGAAAGTGTCAATTTAGCAGAAAGTGTCAATTTAGCAGAAAGTGTCAATTTAGCAG SH20502 20502 86 11 YGR001C spliced 21 17 CATTAGCAGAAAGTGTCCATTAGCAGAAAGTGTCCATTAGCAGAAAGTGTCCATTAGCAG SH20503 20503 78 167 YGR001C spliced 25 16 GGGCATTAGCAGAAAGGGGCATTAGCAGAAAGGGGCATTAGCAGAAAGGGGCATTAGCAG SH20504 20504 8 91 YGR027C spliced 1 17 AAAACTAACAGGGCTTGAAAACTAACAGGGCTTGAAAACTAACAGGGCTTGAAAACTAAC SH20505 20505 7 210 YGR027C spliced 5 18 TTACTAAAACTAACAGGGTTACTAAAACTAACAGGGTTACTAAAACTAACAGGGTTACTA SH20506 20506 93 24 YGR027C spliced 9 22 ATTAAATGTTACTAAAACTAACATTAAATGTTACTAAAACTAACATTAAATGTTACTAAA SH20507 20507 62 77 YGR027C spliced 13 23 GATTTATTAAATGTTACTAAAACGATTTATTAAATGTTACTAAAACGATTTATTAAATGT SH20508 20508 43 167 YGR027C spliced 17 22 CATGATTTATTAAATGTTACTACATGATTTATTAAATGTTACTACATGATTTATTAAATG SH20509 20509 30 124 YGR027C spliced 21 20 GGCATGATTTATTAAATGTTGGCATGATTTATTAAATGTTGGCATGATTTATTAAATGTT SH20510 20510 69 40 YGR029W spliced 1 17 TTGCCATCTTCGTCATATTGCCATCTTCGTCATATTGCCATCTTCGTCATATTGCCATCT SH20511 20511 51 184 YGR029W spliced 5 16 GGTTTGCCATCTTCGTGGTTTGCCATCTTCGTGGTTTGCCATCTTCGTGGTTTGCCATCT SH20512 20512 7 166 YGR029W spliced 9 16 GCAAGGTTTGCCATCTGCAAGGTTTGCCATCTGCAAGGTTTGCCATCTGCAAGGTTTGCC SH20513 20513 48 61 YGR029W spliced 13 13 GGCAAGGTTTGCCGGCAAGGTTTGCCGGCAAGGTTTGCCGGCAAGGTTTGCCGGCAAGGT SH20514 20514 3 213 YGR029W spliced 17 16 CATGATCGGCAAGGTTCATGATCGGCAAGGTTCATGATCGGCAAGGTTCATGATCGGCAA SH20515 20515 28 81 YGR029W spliced 21 17 TGTTACATGATCGGCAATGTTACATGATCGGCAATGTTACATGATCGGCAATGTTACATG SH20516 20516 32 119 YGR029W spliced 25 16 GGGTGTTACATGATCGGGGTGTTACATGATCGGGGTGTTACATGATCGGGGTGTTACATG SH20517 20517 82 65 YGR034W spliced 1 17 GAGATTGCTTAGCCATAGAGATTGCTTAGCCATAGAGATTGCTTAGCCATAGAGATTGCT SH20518 20518 95 191 YGR034W spliced 5 17 TCTAGAGATTGCTTAGCTCTAGAGATTGCTTAGCTCTAGAGATTGCTTAGCTCTAGAGAT SH20519 20519 80 2 YGR034W spliced 9 17 AACGTCTAGAGATTGCTAACGTCTAGAGATTGCTAACGTCTAGAGATTGCTAACGTCTAG SH20520 20520 101 154 YGR034W spliced 13 17 AGGAAACGTCTAGAGATAGGAAACGTCTAGAGATAGGAAACGTCTAGAGATAGGAAACGT SH20521 20521 76 171 YGR034W spliced 17 16 CAGAGGAAACGTCTAGCAGAGGAAACGTCTAGCAGAGGAAACGTCTAGCAGAGGAAACGT SH20522 20522 77 51 YGR034W spliced 21 16 CTGTCAGAGGAAACGTCTGTCAGAGGAAACGTCTGTCAGAGGAAACGTCTGTCAGAGGAA SH20523 20523 74 182 YGR118W spliced 1 15 TCTTCTGTGGACACGTCTTCTGTGGACACGTCTTCTGTGGACACGTCTTCTGTGGACACG SH20524 20524 72 184 YGR118W spliced 5 17 GTTGTTTCTTCTGTGGAGTTGTTTCTTCTGTGGAGTTGTTTCTTCTGTGGAGTTGTTTCT SH20525 20525 102 91 YGR118W spliced 9 17 AACGGTTGTTTCTTCTGAACGGTTGTTTCTTCTGAACGGTTGTTTCTTCTGAACGGTTGT SH20526 20526 51 182 YGR118W spliced 13 16 CCCAACGGTTGTTTCTCCCAACGGTTGTTTCTCCCAACGGTTGTTTCTCCCAACGGTTGT SH20527 20527 14 29 YGR118W spliced 17 13 GCCCAACGGTTGTGCCCAACGGTTGTGCCCAACGGTTGTGCCCAACGGTTGTGCCCAACG SH20528 20528 70 200 YGR118W spliced 21 13 TTCGGCCCAACGGTTCGGCCCAACGGTTCGGCCCAACGGTTCGGCCCAACGGTTCGGCCC SH20529 20529 35 209 YGR118W spliced 25 15 GTTGTTTTCGGCCCAGTTGTTTTCGGCCCAGTTGTTTTCGGCCCAGTTGTTTTCGGCCCA SH20530 20530 69 205 YGR148C spliced 1 20 GTTTCAATTCAAATTGTTGCGTTTCAATTCAAATTGTTGCGTTTCAATTCAAATTGTTGC SH20531 20531 5 33 YGR148C spliced 5 20 TCTTGTTTCAATTCAAATTGTCTTGTTTCAATTCAAATTGTCTTGTTTCAATTCAAATTG SH20532 20532 38 16 YGR148C spliced 9 20 TTGTTCTTGTTTCAATTCAATTGTTCTTGTTTCAATTCAATTGTTCTTGTTTCAATTCAA SH20533 20533 38 135 YGR148C spliced 13 20 TTCATTGTTCTTGTTTCAATTTCATTGTTCTTGTTTCAATTTCATTGTTCTTGTTTCAAT SH20534 20534 11 214 YGR148C spliced 17 18 CCTTCATTGTTCTTGTTTCCTTCATTGTTCTTGTTTCCTTCATTGTTCTTGTTTCCTTCA SH20535 20535 44 120 YGR148C spliced 21 18 TCAACCTTCATTGTTCTTTCAACCTTCATTGTTCTTTCAACCTTCATTGTTCTTTCAACC SH20536 20536 19 52 YGR183C spliced 1 18 TTTTAGTCCGTATTGCTATTTTAGTCCGTATTGCTATTTTAGTCCGTATTGCTATTTTAG SH20537 20537 84 13 YGR183C spliced 5 18 GACATTTTAGTCCGTATTGACATTTTAGTCCGTATTGACATTTTAGTCCGTATTGACATT SH20538 20538 7 171 YGR183C spliced 9 18 AAAAGACATTTTAGTCCGAAAAGACATTTTAGTCCGAAAAGACATTTTAGTCCGAAAAGA SH20539 20539 78 112 YGR183C spliced 13 20 TGATGAAAAAGACATTTTAGTGATGAAAAAGACATTTTAGTGATGAAAAAGACATTTTAG SH20540 20540 82 192 YGR183C spliced 17 20 ATAGTGATGAAAAAGACATTATAGTGATGAAAAAGACATTATAGTGATGAAAAAGACATT SH20541 20541 54 204 YGR214W spliced 1 17 AACGTTTCTAGCACCTAAACGTTTCTAGCACCTAAACGTTTCTAGCACCTAAACGTTTCT SH20542 20542 4 49 YGR214W spliced 5 17 CTTGAACGTTTCTAGCACTTGAACGTTTCTAGCACTTGAACGTTTCTAGCACTTGAACGT SH20543 20543 36 113 YGR214W spliced 9 18 GTGAACTTGAACGTTTCTGTGAACTTGAACGTTTCTGTGAACTTGAACGTTTCTGTGAAC SH20544 20544 97 25 YGR214W spliced 13 17 TTGGTGAACTTGAACGTTTGGTGAACTTGAACGTTTGGTGAACTTGAACGTTTGGTGAAC SH20545 20545 13 102 YGR214W spliced 17 17 GTTCTTGGTGAACTTGAGTTCTTGGTGAACTTGAGTTCTTGGTGAACTTGAGTTCTTGGT SH20546 20546 21 68 YGR214W spliced 21 17 TATGGTTCTTGGTGAACTATGGTTCTTGGTGAACTATGGTTCTTGGTGAACTATGGTTCT SH20547 20547 23 196 YGR225W spliced 1 15 ACTTGCTGTGCCTGAACTTGCTGTGCCTGAACTTGCTGTGCCTGAACTTGCTGTGCCTGA SH20548 20548 37 145 YGR225W spliced 5 15 ACAGACTTGCTGTGCACAGACTTGCTGTGCACAGACTTGCTGTGCACAGACTTGCTGTGC SH20549 20549 19 37 YGR225W spliced 9 17 AATACCACAGACTTGCTAATACCACAGACTTGCTAATACCACAGACTTGCTAATACCACA SH20550 20550 92 19 YGR225W spliced 13 17 GAGAAATACCACAGACTGAGAAATACCACAGACTGAGAAATACCACAGACTGAGAAATAC SH20551 20551 63 119 YGR225W spliced 17 18 ATTCAGAGAAATACCACAATTCAGAGAAATACCACAATTCAGAGAAATACCACAATTCAG SH20552 20552 37 205 YGR225W spliced 21 18 GTTCATTCAGAGAAATACGTTCATTCAGAGAAATACGTTCATTCAGAGAAATACGTTCAT SH20553 20553 2 138 YHL001W spliced 1 20 CTTCTTTTGGTCGATAATTTCTTCTTTTGGTCGATAATTTCTTCTTTTGGTCGATAATTT SH20554 20554 98 108 YHL001W spliced 5 17 CCTTCTTTTGGTCGATACCTTCTTTTGGTCGATACCTTCTTTTGGTCGATACCTTCTTTT SH20555 20555 74 136 YHL001W spliced 9 18 CAAAACCTTCTTTTGGTCCAAAACCTTCTTTTGGTCCAAAACCTTCTTTTGGTCCAAAAC SH20556 20556 74 66 YHL001W spliced 13 20 ATCAATCAAAACCTTCTTTTATCAATCAAAACCTTCTTTTATCAATCAAAACCTTCTTTT SH20557 20557 39 206 YHL001W spliced 17 18 CCATCAATCAAAACCTTCCCATCAATCAAAACCTTCCCATCAATCAAAACCTTCCCATCA SH20558 20558 89 114 YHL001W spliced 21 17 GGACCATCAATCAAAACGGACCATCAATCAAAACGGACCATCAATCAAAACGGACCATCA SH20559 20559 44 102 YHR001W-A spliced 1 20 CTTCTTTTGGTCGATAATTTCTTCTTTTGGTCGATAATTTCTTCTTTTGGTCGATAATTT SH20560 20560 62 183 YHR001W-A spliced 5 17 CCTTCTTTTGGTCGATACCTTCTTTTGGTCGATACCTTCTTTTGGTCGATACCTTCTTTT SH20561 20561 15 117 YHR001W-A spliced 9 18 CAAAACCTTCTTTTGGTCCAAAACCTTCTTTTGGTCCAAAACCTTCTTTTGGTCCAAAAC SH20562 20562 100 65 YHR001W-A spliced 13 20 ATCAATCAAAACCTTCTTTTATCAATCAAAACCTTCTTTTATCAATCAAAACCTTCTTTT SH20563 20563 59 166 YHR001W-A spliced 17 18 CCATCAATCAAAACCTTCCCATCAATCAAAACCTTCCCATCAATCAAAACCTTCCCATCA SH20564 20564 2 46 YHR001W-A spliced 21 17 GGACCATCAATCAAAACGGACCATCAATCAAAACGGACCATCAATCAAAACGGACCATCA SH20565 20565 18 188 YHR010W spliced 1 17 CTTTACCAGCTTTCAAGCTTTACCAGCTTTCAAGCTTTACCAGCTTTCAAGCTTTACCAG SH20566 20566 93 90 YHR010W spliced 5 17 GCAACTTTACCAGCTTTGCAACTTTACCAGCTTTGCAACTTTACCAGCTTTGCAACTTTA SH20567 20567 40 202 YHR010W spliced 9 17 GACAGCAACTTTACCAGGACAGCAACTTTACCAGGACAGCAACTTTACCAGGACAGCAAC SH20568 20568 7 119 YHR010W spliced 13 17 CAACGACAGCAACTTTACAACGACAGCAACTTTACAACGACAGCAACTTTACAACGACAG SH20569 20569 101 84 YHR010W spliced 17 15 GACAACGACAGCAACGACAACGACAGCAACGACAACGACAGCAACGACAACGACAGCAAC SH20570 20570 52 207 YHR010W spliced 21 13 CGGACAACGACAGCGGACAACGACAGCGGACAACGACAGCGGACAACGACAGCGGACAAC SH20571 20571 38 184 YHR010W spliced 25 13 ACCACGGACAACGACCACGGACAACGACCACGGACAACGACCACGGACAACGACCACGGA SH20572 20572 61 148 YHR012W spliced 1 18 TTGCTCTATCAGGAATATTTGCTCTATCAGGAATATTTGCTCTATCAGGAATATTTGCTC SH20573 20573 36 68 YHR012W spliced 5 17 CAGTTGCTCTATCAGGACAGTTGCTCTATCAGGACAGTTGCTCTATCAGGACAGTTGCTC SH20574 20574 74 108 YHR012W spliced 9 18 TAAATCAGTTGCTCTATCTAAATCAGTTGCTCTATCTAAATCAGTTGCTCTATCTAAATC SH20575 20575 26 205 YHR012W spliced 13 17 AGGTAAATCAGTTGCTCAGGTAAATCAGTTGCTCAGGTAAATCAGTTGCTCAGGTAAATC SH20576 20576 36 173 YHR012W spliced 17 20 ATTTTACAGGTAAATCAGTTATTTTACAGGTAAATCAGTTATTTTACAGGTAAATCAGTT SH20577 20577 79 135 YHR012W spliced 21 20 TTGAATTTTACAGGTAAATCTTGAATTTTACAGGTAAATCTTGAATTTTACAGGTAAATC SH20578 20578 89 171 YHR016C spliced 1 17 GTCTCGCTTTTCAAGCTGTCTCGCTTTTCAAGCTGTCTCGCTTTTCAAGCTGTCTCGCTT SH20579 20579 80 182 YHR016C spliced 5 17 CTTGGTCTCGCTTTTCACTTGGTCTCGCTTTTCACTTGGTCTCGCTTTTCACTTGGTCTC SH20580 20580 14 131 YHR016C spliced 9 16 CTTCTTGGTCTCGCTTCTTCTTGGTCTCGCTTCTTCTTGGTCTCGCTTCTTCTTGGTCTC SH20581 20581 46 187 YHR016C spliced 13 15 GGCCTTCTTGGTCTCGGCCTTCTTGGTCTCGGCCTTCTTGGTCTCGGCCTTCTTGGTCTC SH20582 20582 49 80 YHR016C spliced 17 13 GCGGCCTTCTTGGGCGGCCTTCTTGGGCGGCCTTCTTGGGCGGCCTTCTTGGGCGGCCTT SH20583 20583 47 28 YHR016C spliced 21 13 TTTCGCGGCCTTCTTTCGCGGCCTTCTTTCGCGGCCTTCTTTCGCGGCCTTCTTTCGCGG SH20584 20584 79 103 YHR016C spliced 25 13 GAACTTTCGCGGCGAACTTTCGCGGCGAACTTTCGCGGCGAACTTTCGCGGCGAACTTTC SH20585 20585 64 97 YHR021C spliced 1 22 ACCATATTGATCTAATATATATACCATATTGATCTAATATATATACCATATTGATCTAAT SH20586 20586 48 29 YHR021C spliced 5 22 TAAAACCATATTGATCTAATATTAAAACCATATTGATCTAATATTAAAACCATATTGATC SH20587 20587 31 132 YHR021C spliced 9 20 ACTAAAACCATATTGATCTAACTAAAACCATATTGATCTAACTAAAACCATATTGATCTA SH20588 20588 68 144 YHR021C spliced 13 20 TTGAACTAAAACCATATTGATTGAACTAAAACCATATTGATTGAACTAAAACCATATTGA SH20589 20589 92 166 YHR021C spliced 17 20 AATCTTGAACTAAAACCATAAATCTTGAACTAAAACCATAAATCTTGAACTAAAACCATA SH20590 20590 45 142 YHR021C spliced 21 20 AACAAATCTTGAACTAAAACAACAAATCTTGAACTAAAACAACAAATCTTGAACTAAAAC SH20591 20591 46 107 YHR039C-A spliced 1 18 TTCTGCTTTGTATACCTTTTCTGCTTTGTATACCTTTTCTGCTTTGTATACCTTTTCTGC SH20592 20592 96 165 YHR039C-A spliced 5 18 GACATTCTGCTTTGTATAGACATTCTGCTTTGTATAGACATTCTGCTTTGTATAGACATT SH20593 20593 87 98 YHR039C-A spliced 9 16 GGGACATTCTGCTTTGGGGACATTCTGCTTTGGGGACATTCTGCTTTGGGGACATTCTGC SH20594 20594 63 68 YHR039C-A spliced 13 17 TTTTTGGGACATTCTGCTTTTTGGGACATTCTGCTTTTTGGGACATTCTGCTTTTTGGGA SH20595 20595 39 130 YHR039C-A spliced 17 18 CCGTTTTTTTGGGACATTCCGTTTTTTTGGGACATTCCGTTTTTTTGGGACATTCCGTTT SH20596 20596 89 92 YHR039C-A spliced 21 18 AATTCCGTTTTTTTGGGAAATTCCGTTTTTTTGGGAAATTCCGTTTTTTTGGGAAATTCC SH20597 20597 78 39 YHR041C spliced 1 17 GATTTTCCCATGATGGAGATTTTCCCATGATGGAGATTTTCCCATGATGGAGATTTTCCC SH20598 20598 86 83 YHR041C spliced 5 17 GGCTGATTTTCCCATGAGGCTGATTTTCCCATGAGGCTGATTTTCCCATGAGGCTGATTT SH20599 20599 61 144 YHR041C spliced 9 15 ACGGCTGATTTTCCCACGGCTGATTTTCCCACGGCTGATTTTCCCACGGCTGATTTTCCC SH20600 20600 58 5 YHR041C spliced 13 18 GAATATAACGGCTGATTTGAATATAACGGCTGATTTGAATATAACGGCTGATTTGAATAT SH20601 20601 88 159 YHR041C spliced 17 17 CACGAATATAACGGCTGCACGAATATAACGGCTGCACGAATATAACGGCTGCACGAATAT SH20602 20602 70 60 YHR041C spliced 21 18 CTTTCCACGAATATAACGCTTTCCACGAATATAACGCTTTCCACGAATATAACGCTTTCC SH20603 20603 61 21 YHR077C spliced 1 18 CCATAATTTCTGTCCAATCCATAATTTCTGTCCAATCCATAATTTCTGTCCAATCCATAA SH20604 20604 68 201 YHR077C spliced 5 17 CGTCCATAATTTCTGTCCGTCCATAATTTCTGTCCGTCCATAATTTCTGTCCGTCCATAA SH20605 20605 10 45 YHR077C spliced 9 17 CCATCGTCCATAATTTCCCATCGTCCATAATTTCCCATCGTCCATAATTTCCCATCGTCC SH20606 20606 21 163 YHR077C spliced 13 16 CGTCCATCGTCCATAACGTCCATCGTCCATAACGTCCATCGTCCATAACGTCCATCGTCC SH20607 20607 32 148 YHR077C spliced 17 13 CCGTCCATCGTCCCCGTCCATCGTCCCCGTCCATCGTCCCCGTCCATCGTCCCCGTCCAT SH20608 20608 85 39 YHR077C spliced 21 17 TCTTTTTTCCGTCCATCTCTTTTTTCCGTCCATCTCTTTTTTCCGTCCATCTCTTTTTTC SH20609 20609 83 174 YHR079C-A spliced 1 22 CATTTTTCTTTTCTTTAGACAACATTTTTCTTTTCTTTAGACAACATTTTTCTTTTCTTT SH20610 20610 36 3 YHR079C-A spliced 5 21 CATCATTTTTCTTTTCTTTAGCATCATTTTTCTTTTCTTTAGCATCATTTTTCTTTTCTT SH20611 20611 78 11 YHR079C-A spliced 9 20 TCTCATCATTTTTCTTTTCTTCTCATCATTTTTCTTTTCTTCTCATCATTTTTCTTTTCT SH20612 20612 11 8 YHR079C-A spliced 13 19 GTGTCTCATCATTTTTCTTGTGTCTCATCATTTTTCTTGTGTCTCATCATTTTTCTTGTG SH20613 20613 67 20 YHR079C-A spliced 17 18 TTGGTGTCTCATCATTTTTTGGTGTCTCATCATTTTTTGGTGTCTCATCATTTTTTGGTG SH20614 20614 9 178 YHR079C-A spliced 21 18 TTTTTTGGTGTCTCATCATTTTTTGGTGTCTCATCATTTTTTGGTGTCTCATCATTTTTT SH20615 20615 101 110 YHR097C spliced 1 13 TCCTGGGCGTTTCTCCTGGGCGTTTCTCCTGGGCGTTTCTCCTGGGCGTTTCTCCTGGGC SH20616 20616 38 37 YHR097C spliced 5 17 ATTATAATTCCTGGGCGATTATAATTCCTGGGCGATTATAATTCCTGGGCGATTATAATT SH20617 20617 7 156 YHR097C spliced 9 18 GGGTTATTATAATTCCTGGGGTTATTATAATTCCTGGGGTTATTATAATTCCTGGGGTTA SH20618 20618 101 34 YHR097C spliced 13 23 TTTAAAAATGGGTTATTATAATTTTTAAAAATGGGTTATTATAATTTTTAAAAATGGGTT SH20619 20619 64 135 YHR097C spliced 17 22 TCATTTAAAAATGGGTTATTATTCATTTAAAAATGGGTTATTATTCATTTAAAAATGGGT SH20620 20620 41 194 YHR097C spliced 21 20 CTTCATTTAAAAATGGGTTACTTCATTTAAAAATGGGTTACTTCATTTAAAAATGGGTTA SH20621 20621 101 161 YHR101C spliced 1 20 AGTTTGTAAGAGAAGAATATAGTTTGTAAGAGAAGAATATAGTTTGTAAGAGAAGAATAT SH20622 20622 73 7 YHR101C spliced 5 19 GTTAGTTTGTAAGAGAAGAGTTAGTTTGTAAGAGAAGAGTTAGTTTGTAAGAGAAGAGTT SH20623 20623 13 96 YHR101C spliced 9 18 GGAGTTAGTTTGTAAGAGGGAGTTAGTTTGTAAGAGGGAGTTAGTTTGTAAGAGGGAGTT SH20624 20624 97 131 YHR101C spliced 13 17 CCGGGAGTTAGTTTGTACCGGGAGTTAGTTTGTACCGGGAGTTAGTTTGTACCGGGAGTT SH20625 20625 74 74 YHR101C spliced 17 17 AATACCGGGAGTTAGTTAATACCGGGAGTTAGTTAATACCGGGAGTTAGTTAATACCGGG SH20626 20626 85 169 YHR101C spliced 21 18 TTTAAAATACCGGGAGTTTTTAAAATACCGGGAGTTTTTAAAATACCGGGAGTTTTTAAA SH20627 20627 8 100 YHR123W spliced 1 22 ATTTATATGACTTTAGATTTTCATTTATATGACTTTAGATTTTCATTTATATGACTTTAG SH20628 20628 38 207 YHR123W spliced 5 22 TGATATTTATATGACTTTAGATTGATATTTATATGACTTTAGATTGATATTTATATGACT SH20629 20629 41 53 YHR123W spliced 9 22 ACTTTGATATTTATATGACTTTACTTTGATATTTATATGACTTTACTTTGATATTTATAT SH20630 20630 86 214 YHR123W spliced 13 22 CTTCACTTTGATATTTATATGACTTCACTTTGATATTTATATGACTTCACTTTGATATTT SH20631 20631 35 160 YHR123W spliced 17 20 GTCTTCACTTTGATATTTATGTCTTCACTTTGATATTTATGTCTTCACTTTGATATTTAT SH20632 20632 79 125 YHR123W spliced 21 18 CGGTCTTCACTTTGATATCGGTCTTCACTTTGATATCGGTCTTCACTTTGATATCGGTCT SH20633 20633 24 105 YHR123W spliced 25 15 GCGGTCTTCACTTTGGCGGTCTTCACTTTGGCGGTCTTCACTTTGGCGGTCTTCACTTTG SH20634 20634 68 75 YHR141C spliced 1 20 CCATTATTACTGATTGTTTTCCATTATTACTGATTGTTTTCCATTATTACTGATTGTTTT SH20635 20635 42 106 YHR141C spliced 5 20 TTAACCATTATTACTGATTGTTAACCATTATTACTGATTGTTAACCATTATTACTGATTG SH20636 20636 8 48 YHR141C spliced 9 18 CGTTAACCATTATTACTGCGTTAACCATTATTACTGCGTTAACCATTATTACTGCGTTAA SH20637 20637 50 130 YHR141C spliced 13 18 GGGACGTTAACCATTATTGGGACGTTAACCATTATTGGGACGTTAACCATTATTGGGACG SH20638 20638 62 57 YHR141C spliced 17 17 TTTGGGACGTTAACCATTTTGGGACGTTAACCATTTTGGGACGTTAACCATTTTGGGACG SH20639 20639 100 211 YHR141C spliced 21 17 GGTCTTTGGGACGTTAAGGTCTTTGGGACGTTAAGGTCTTTGGGACGTTAAGGTCTTTGG SH20640 20640 58 169 YHR141C spliced 25 13 GGTCTTTGGGACGGGTCTTTGGGACGGGTCTTTGGGACGGGTCTTTGGGACGGGTCTTTG SH20641 20641 14 156 YHR203C spliced 1 16 CTCTAGCCATCTTTCCCTCTAGCCATCTTTCCCTCTAGCCATCTTTCCCTCTAGCCATCT SH20642 20642 73 66 YHR203C spliced 5 15 GTCCTCTAGCCATCTGTCCTCTAGCCATCTGTCCTCTAGCCATCTGTCCTCTAGCCATCT SH20643 20643 68 9 YHR203C spliced 9 13 TGGTCCTCTAGCCTGGTCCTCTAGCCTGGTCCTCTAGCCTGGTCCTCTAGCCTGGTCCTC SH20644 20644 30 5 YHR203C spliced 13 16 GCTTCTTTGGTCCTCTGCTTCTTTGGTCCTCTGCTTCTTTGGTCCTCTGCTTCTTTGGTC SH20645 20645 4 73 YHR203C spliced 17 17 TAGATGCTTCTTTGGTCTAGATGCTTCTTTGGTCTAGATGCTTCTTTGGTCTAGATGCTT SH20646 20646 48 191 YHR203C spliced 21 18 CTCTTTAGATGCTTCTTTCTCTTTAGATGCTTCTTTCTCTTTAGATGCTTCTTTCTCTTT SH20647 20647 6 195 YIL004C spliced 1 17 GAACTCATCTGTGTAGCGAACTCATCTGTGTAGCGAACTCATCTGTGTAGCGAACTCATC SH20648 20648 97 120 YIL004C spliced 5 17 TCTTGAACTCATCTGTGTCTTGAACTCATCTGTGTCTTGAACTCATCTGTGTCTTGAACT SH20649 20649 29 48 YIL004C spliced 9 18 GCAAATCTTGAACTCATCGCAAATCTTGAACTCATCGCAAATCTTGAACTCATCGCAAAT SH20650 20650 41 11 YIL004C spliced 13 17 CCTGCAAATCTTGAACTCCTGCAAATCTTGAACTCCTGCAAATCTTGAACTCCTGCAAAT SH20651 20651 6 154 YIL004C spliced 17 15 CCCCTGCAAATCTTGCCCCTGCAAATCTTGCCCCTGCAAATCTTGCCCCTGCAAATCTTG SH20652 20652 80 151 YIL004C spliced 21 16 GTTTCCCCCTGCAAATGTTTCCCCCTGCAAATGTTTCCCCCTGCAAATGTTTCCCCCTGC SH20653 20653 15 148 YIL004C spliced 25 13 CGTTTCCCCCTGCCGTTTCCCCCTGCCGTTTCCCCCTGCCGTTTCCCCCTGCCGTTTCCC SH20654 20654 95 199 YIL018W spliced 1 20 CCATTGTTCAATAACTTTGTCCATTGTTCAATAACTTTGTCCATTGTTCAATAACTTTGT SH20655 20655 42 60 YIL018W spliced 5 18 ACCCATTGTTCAATAACTACCCATTGTTCAATAACTACCCATTGTTCAATAACTACCCAT SH20656 20656 5 160 YIL018W spliced 9 18 CTCTACCCATTGTTCAATCTCTACCCATTGTTCAATCTCTACCCATTGTTCAATCTCTAC SH20657 20657 81 63 YIL018W spliced 13 18 ATAACTCTACCCATTGTTATAACTCTACCCATTGTTATAACTCTACCCATTGTTATAACT SH20658 20658 92 197 YIL018W spliced 17 17 CGAATAACTCTACCCATCGAATAACTCTACCCATCGAATAACTCTACCCATCGAATAACT SH20659 20659 63 129 YIL018W spliced 21 18 GGTTACGAATAACTCTACGGTTACGAATAACTCTACGGTTACGAATAACTCTACGGTTAC SH20660 20660 13 190 YIL052C spliced 1 18 GGATTTCTTCTTCTGAAAGGATTTCTTCTTCTGAAAGGATTTCTTCTTCTGAAAGGATTT SH20661 20661 85 203 YIL052C spliced 5 18 GTATGGATTTCTTCTTCTGTATGGATTTCTTCTTCTGTATGGATTTCTTCTTCTGTATGG SH20662 20662 88 75 YIL052C spliced 9 18 TGTTGTATGGATTTCTTCTGTTGTATGGATTTCTTCTGTTGTATGGATTTCTTCTGTTGT SH20663 20663 6 98 YIL052C spliced 13 17 GGGTGTTGTATGGATTTGGGTGTTGTATGGATTTGGGTGTTGTATGGATTTGGGTGTTGT SH20664 20664 25 16 YIL052C spliced 17 15 ACGGGTGTTGTATGGACGGGTGTTGTATGGACGGGTGTTGTATGGACGGGTGTTGTATGG SH20665 20665 22 128 YIL052C spliced 21 17 GTTAGAACGGGTGTTGTGTTAGAACGGGTGTTGTGTTAGAACGGGTGTTGTGTTAGAACG SH20666 20666 59 83 YIL069C spliced 1 20 CATTTTTATTGATCTTCTGTCATTTTTATTGATCTTCTGTCATTTTTATTGATCTTCTGT SH20667 20667 76 193 YIL069C spliced 5 20 CAGACATTTTTATTGATCTTCAGACATTTTTATTGATCTTCAGACATTTTTATTGATCTT SH20668 20668 50 176 YIL069C spliced 9 19 CGTCAGACATTTTTATTGACGTCAGACATTTTTATTGACGTCAGACATTTTTATTGACGT SH20669 20669 64 35 YIL069C spliced 13 18 CAGCGTCAGACATTTTTACAGCGTCAGACATTTTTACAGCGTCAGACATTTTTACAGCGT SH20670 20670 86 112 YIL069C spliced 17 16 GACAGCGTCAGACATTGACAGCGTCAGACATTGACAGCGTCAGACATTGACAGCGTCAGA SH20671 20671 69 16 YIL069C spliced 21 15 AGTGACAGCGTCAGAAGTGACAGCGTCAGAAGTGACAGCGTCAGAAGTGACAGCGTCAGA SH20672 20672 51 101 YIL069C spliced 25 16 CGAATAGTGACAGCGTCGAATAGTGACAGCGTCGAATAGTGACAGCGTCGAATAGTGACA SH20673 20673 14 197 YIL106W spliced 1 22 GAAAATTTTGTAGAAAAGACATGAAAATTTTGTAGAAAAGACATGAAAATTTTGTAGAAA SH20674 20674 102 51 YIL106W spliced 5 22 ATATGAAAATTTTGTAGAAAAGATATGAAAATTTTGTAGAAAAGATATGAAAATTTTGTA SH20675 20675 45 134 YIL106W spliced 9 22 ACTTATATGAAAATTTTGTAGAACTTATATGAAAATTTTGTAGAACTTATATGAAAATTT SH20676 20676 47 211 YIL106W spliced 13 20 GGACTTATATGAAAATTTTGGGACTTATATGAAAATTTTGGGACTTATATGAAAATTTTG SH20677 20677 25 159 YIL106W spliced 17 18 CGGGACTTATATGAAAATCGGGACTTATATGAAAATCGGGACTTATATGAAAATCGGGAC SH20678 20678 49 149 YIL106W spliced 21 16 GCCGGGACTTATATGAGCCGGGACTTATATGAGCCGGGACTTATATGAGCCGGGACTTAT SH20679 20679 39 171 YIL106W spliced 25 13 GGCCGGGACTTATGGCCGGGACTTATGGCCGGGACTTATGGCCGGGACTTATGGCCGGGA SH20680 20680 11 81 YIL111W spliced 1 19 CTTTACAATGAATATGTGGCTTTACAATGAATATGTGGCTTTACAATGAATATGTGGCTT SH20681 20681 22 76 YIL111W spliced 5 21 CAACATCTTTACAATGAATATCAACATCTTTACAATGAATATCAACATCTTTACAATGAA SH20682 20682 13 211 YIL111W spliced 9 18 GCAACATCTTTACAATGAGCAACATCTTTACAATGAGCAACATCTTTACAATGAGCAACA SH20683 20683 79 77 YIL111W spliced 13 18 GTACGCAACATCTTTACAGTACGCAACATCTTTACAGTACGCAACATCTTTACAGTACGC SH20684 20684 30 90 YIL111W spliced 17 17 GAAGTACGCAACATCTTGAAGTACGCAACATCTTGAAGTACGCAACATCTTGAAGTACGC SH20685 20685 44 180 YIL111W spliced 21 17 AAGAGAAGTACGCAACAAAGAGAAGTACGCAACAAAGAGAAGTACGCAACAAAGAGAAGT SH20686 20686 50 29 YIL133C spliced 1 17 CAATGACAACAACTGGTCAATGACAACAACTGGTCAATGACAACAACTGGTCAATGACAA SH20687 20687 31 97 YIL133C spliced 5 17 CCATCAATGACAACAACCCATCAATGACAACAACCCATCAATGACAACAACCCATCAATG SH20688 20688 101 86 YIL133C spliced 9 18 CCTTACCATCAATGACAACCTTACCATCAATGACAACCTTACCATCAATGACAACCTTAC SH20689 20689 78 145 YIL133C spliced 13 17 GACCCTTACCATCAATGGACCCTTACCATCAATGGACCCTTACCATCAATGGACCCTTAC SH20690 20690 98 188 YIL133C spliced 17 17 AAATGACCCTTACCATCAAATGACCCTTACCATCAAATGACCCTTACCATCAAATGACCC SH20691 20691 79 172 YIL133C spliced 21 18 CTACTAAATGACCCTTACCTACTAAATGACCCTTACCTACTAAATGACCCTTACCTACTA SH20692 20692 12 179 YIL148W spliced 1 18 TTGCATGTTTGAATCTTGTTGCATGTTTGAATCTTGTTGCATGTTTGAATCTTGTTGCAT SH20693 20693 41 210 YIL148W spliced 5 21 CAAAAATTTGCATGTTTGAATCAAAAATTTGCATGTTTGAATCAAAAATTTGCATGTTTG SH20694 20694 41 173 YIL148W spliced 9 20 TGACAAAAATTTGCATGTTTTGACAAAAATTTGCATGTTTTGACAAAAATTTGCATGTTT SH20695 20695 58 167 YIL148W spliced 13 20 GTCTTGACAAAAATTTGCATGTCTTGACAAAAATTTGCATGTCTTGACAAAAATTTGCAT SH20696 20696 57 171 YIL148W spliced 17 20 CAAAGTCTTGACAAAAATTTCAAAGTCTTGACAAAAATTTCAAAGTCTTGACAAAAATTT SH20697 20697 36 150 YIL148W spliced 21 18 GTCAAAGTCTTGACAAAAGTCAAAGTCTTGACAAAAGTCAAAGTCTTGACAAAAGTCAAA SH20698 20698 34 206 YJL001W spliced 1 17 GAGGTACCTAAACTGACGAGGTACCTAAACTGACGAGGTACCTAAACTGACGAGGTACCT SH20699 20699 58 211 YJL001W spliced 5 18 TAATTGAGGTACCTAAACTAATTGAGGTACCTAAACTAATTGAGGTACCTAAACTAATTG SH20700 20700 85 151 YJL001W spliced 9 17 CCATAATTGAGGTACCTCCATAATTGAGGTACCTCCATAATTGAGGTACCTCCATAATTG SH20701 20701 35 190 YJL001W spliced 13 16 CGGCCATAATTGAGGTCGGCCATAATTGAGGTCGGCCATAATTGAGGTCGGCCATAATTG SH20702 20702 34 104 YJL001W spliced 17 16 GTCACGGCCATAATTGGTCACGGCCATAATTGGTCACGGCCATAATTGGTCACGGCCATA SH20703 20703 87 16 YJL001W spliced 21 17 TAAATGTCACGGCCATATAAATGTCACGGCCATATAAATGTCACGGCCATATAAATGTCA SH20704 20704 15 206 YJL001W spliced 25 16 CCTTAAATGTCACGGCCCTTAAATGTCACGGCCCTTAAATGTCACGGCCCTTAAATGTCA SH20705 20705 69 87 YJL024C spliced 1 18 ATTAGAACTGCATGAATCATTAGAACTGCATGAATCATTAGAACTGCATGAATCATTAGA SH20706 20706 7 63 YJL024C spliced 5 18 GAATATTAGAACTGCATGGAATATTAGAACTGCATGGAATATTAGAACTGCATGGAATAT SH20707 20707 57 94 YJL024C spliced 9 20 CTTATTGAATATTAGAACTGCTTATTGAATATTAGAACTGCTTATTGAATATTAGAACTG SH20708 20708 58 33 YJL024C spliced 13 22 GCATTTCTTATTGAATATTAGAGCATTTCTTATTGAATATTAGAGCATTTCTTATTGAAT SH20709 20709 63 168 YJL024C spliced 17 20 TGGCATTTCTTATTGAATATTGGCATTTCTTATTGAATATTGGCATTTCTTATTGAATAT SH20710 20710 32 182 YJL024C spliced 21 18 GTTGGCATTTCTTATTGAGTTGGCATTTCTTATTGAGTTGGCATTTCTTATTGAGTTGGC SH20711 20711 82 43 YJL041W spliced 1 17 TTCAAAACGATCAGAGCTTCAAAACGATCAGAGCTTCAAAACGATCAGAGCTTCAAAACG SH20712 20712 61 33 YJL041W spliced 5 20 TTCATTTTTCAAAACGATCATTCATTTTTCAAAACGATCATTCATTTTTCAAAACGATCA SH20713 20713 30 138 YJL041W spliced 9 20 GAAGTTCATTTTTCAAAACGGAAGTTCATTTTTCAAAACGGAAGTTCATTTTTCAAAACG SH20714 20714 89 181 YJL041W spliced 13 21 GTATTGAAGTTCATTTTTCAAGTATTGAAGTTCATTTTTCAAGTATTGAAGTTCATTTTT SH20715 20715 84 101 YJL041W spliced 17 20 GGTGTATTGAAGTTCATTTTGGTGTATTGAAGTTCATTTTGGTGTATTGAAGTTCATTTT SH20716 20716 48 43 YJL041W spliced 21 18 GAGGTGTATTGAAGTTCAGAGGTGTATTGAAGTTCAGAGGTGTATTGAAGTTCAGAGGTG SH20717 20717 25 151 YJL136C spliced 1 18 ATTGACCCTTATCGTTTTATTGACCCTTATCGTTTTATTGACCCTTATCGTTTTATTGAC SH20718 20718 73 45 YJL136C spliced 5 17 CTAATTGACCCTTATCGCTAATTGACCCTTATCGCTAATTGACCCTTATCGCTAATTGAC SH20719 20719 5 136 YJL136C spliced 9 18 TTCAACTAATTGACCCTTTTCAACTAATTGACCCTTTTCAACTAATTGACCCTTTTCAAC SH20720 20720 92 113 YJL136C spliced 13 21 CATATAATTCAACTAATTGACCATATAATTCAACTAATTGACCATATAATTCAACTAATT SH20721 20721 65 77 YJL136C spliced 17 21 GGAACATATAATTCAACTAATGGAACATATAATTCAACTAATGGAACATATAATTCAACT SH20722 20722 28 48 YJL136C spliced 21 20 CTTGGAACATATAATTCAACCTTGGAACATATAATTCAACCTTGGAACATATAATTCAAC SH20723 20723 37 100 YJL177W spliced 1 13 TTGGCAGCGGCGTTTGGCAGCGGCGTTTGGCAGCGGCGTTTGGCAGCGGCGTTTGGCAGC SH20724 20724 56 95 YJL177W spliced 5 13 AGCATTGGCAGCGAGCATTGGCAGCGAGCATTGGCAGCGAGCATTGGCAGCGAGCATTGG SH20725 20725 76 72 YJL177W spliced 9 15 AGCTTCAGCATTGGCAGCTTCAGCATTGGCAGCTTCAGCATTGGCAGCTTCAGCATTGGC SH20726 20726 74 81 YJL177W spliced 13 16 CCCTTAGCTTCAGCATCCCTTAGCTTCAGCATCCCTTAGCTTCAGCATCCCTTAGCTTCA SH20727 20727 3 10 YJL177W spliced 17 17 CTAGACCCTTAGCTTCACTAGACCCTTAGCTTCACTAGACCCTTAGCTTCACTAGACCCT SH20728 20728 39 189 YJL177W spliced 21 16 CATCTAGACCCTTAGCCATCTAGACCCTTAGCCATCTAGACCCTTAGCCATCTAGACCCT SH20729 20729 53 125 YJL177W spliced 25 16 GTAGCATCTAGACCCTGTAGCATCTAGACCCTGTAGCATCTAGACCCTGTAGCATCTAGA SH20730 20730 29 136 YJL189W spliced 1 18 CCATGTTGATCTATCTGTCCATGTTGATCTATCTGTCCATGTTGATCTATCTGTCCATGT SH20731 20731 75 91 YJL189W spliced 5 17 CAGCCATGTTGATCTATCAGCCATGTTGATCTATCAGCCATGTTGATCTATCAGCCATGT SH20732 20732 55 11 YJL189W spliced 9 16 GAGCAGCCATGTTGATGAGCAGCCATGTTGATGAGCAGCCATGTTGATGAGCAGCCATGT SH20733 20733 46 8 YJL189W spliced 13 17 CTTTTGAGCAGCCATGTCTTTTGAGCAGCCATGTCTTTTGAGCAGCCATGTCTTTTGAGC SH20734 20734 52 146 YJL189W spliced 17 15 GACTTTTGAGCAGCCGACTTTTGAGCAGCCGACTTTTGAGCAGCCGACTTTTGAGCAGCC SH20735 20735 101 139 YJL189W spliced 21 17 CTGAAAGACTTTTGAGCCTGAAAGACTTTTGAGCCTGAAAGACTTTTGAGCCTGAAAGAC SH20736 20736 29 79 YJL191W spliced 1 19 GTTAGCCATTCTTAATTGTGTTAGCCATTCTTAATTGTGTTAGCCATTCTTAATTGTGTT SH20737 20737 65 22 YJL191W spliced 5 18 GTCGTTAGCCATTCTTAAGTCGTTAGCCATTCTTAAGTCGTTAGCCATTCTTAAGTCGTT SH20738 20738 51 200 YJL191W spliced 9 15 GGTCGTTAGCCATTCGGTCGTTAGCCATTCGGTCGTTAGCCATTCGGTCGTTAGCCATTC SH20739 20739 28 28 YJL191W spliced 13 15 ACAAGGTCGTTAGCCACAAGGTCGTTAGCCACAAGGTCGTTAGCCACAAGGTCGTTAGCC SH20740 20740 70 129 YJL191W spliced 17 17 GCTTGAACAAGGTCGTTGCTTGAACAAGGTCGTTGCTTGAACAAGGTCGTTGCTTGAACA SH20741 20741 77 19 YJL191W spliced 21 16 CGAGCTTGAACAAGGTCGAGCTTGAACAAGGTCGAGCTTGAACAAGGTCGAGCTTGAACA SH20742 20742 16 35 YJL191W spliced 25 15 TCGCGAGCTTGAACATCGCGAGCTTGAACATCGCGAGCTTGAACATCGCGAGCTTGAACA SH20743 20743 2 61 YJL205C-A spliced 1 17 CCTAATAGAAAGGGAGCCCTAATAGAAAGGGAGCCCTAATAGAAAGGGAGCCCTAATAGA SH20744 20744 9 156 YJL205C-A spliced 5 20 AAATTTTCCTAATAGAAAGGAAATTTTCCTAATAGAAAGGAAATTTTCCTAATAGAAAGG SH20745 20745 6 171 YJL205C-A spliced 9 20 CAGAAAATTTTCCTAATAGACAGAAAATTTTCCTAATAGACAGAAAATTTTCCTAATAGA SH20746 20746 15 177 YJL205C-A spliced 13 20 GGATCAGAAAATTTTCCTAAGGATCAGAAAATTTTCCTAAGGATCAGAAAATTTTCCTAA SH20747 20747 24 101 YJL205C-A spliced 17 18 ACGGATCAGAAAATTTTCACGGATCAGAAAATTTTCACGGATCAGAAAATTTTCACGGAT SH20748 20748 69 37 YJL205C-A spliced 21 19 CAATAACGGATCAGAAAATCAATAACGGATCAGAAAATCAATAACGGATCAGAAAATCAA SH20749 20749 16 150 YJR021C spliced 1 16 CGTAGCAGCATCTTGTCGTAGCAGCATCTTGTCGTAGCAGCATCTTGTCGTAGCAGCATC SH20750 20750 45 214 YJR021C spliced 5 15 GTTCGTAGCAGCATCGTTCGTAGCAGCATCGTTCGTAGCAGCATCGTTCGTAGCAGCATC SH20751 20751 59 192 YJR021C spliced 9 13 CCGTTCGTAGCAGCCGTTCGTAGCAGCCGTTCGTAGCAGCCGTTCGTAGCAGCCGTTCGT SH20752 20752 99 212 YJR021C spliced 13 16 CACGTTTCCGTTCGTACACGTTTCCGTTCGTACACGTTTCCGTTCGTACACGTTTCCGTT SH20753 20753 7 33 YJR021C spliced 17 17 GTTTTCACGTTTCCGTTGTTTTCACGTTTCCGTTGTTTTCACGTTTCCGTTGTTTTCACG SH20754 20754 76 98 YJR021C spliced 21 18 TTAAGGTTTTCACGTTTCTTAAGGTTTTCACGTTTCTTAAGGTTTTCACGTTTCTTAAGG SH20755 20755 81 118 YJR094W-A spliced 1 22 CCATTTTTTTGTTTGATTATCTCCATTTTTTTGTTTGATTATCTCCATTTTTTTGTTTGA SH20756 20756 64 123 YJR094W-A spliced 5 20 AGCCATTTTTTTGTTTGATTAGCCATTTTTTTGTTTGATTAGCCATTTTTTTGTTTGATT SH20757 20757 44 38 YJR094W-A spliced 9 20 TCTTAGCCATTTTTTTGTTTTCTTAGCCATTTTTTTGTTTTCTTAGCCATTTTTTTGTTT SH20758 20758 94 27 YJR094W-A spliced 13 20 GTTCTCTTAGCCATTTTTTTGTTCTCTTAGCCATTTTTTTGTTCTCTTAGCCATTTTTTT SH20759 20759 31 180 YJR094W-A spliced 17 18 TTGTTCTCTTAGCCATTTTTGTTCTCTTAGCCATTTTTGTTCTCTTAGCCATTTTTGTTC SH20760 20760 4 133 YJR094W-A spliced 21 17 TCTTTGTTCTCTTAGCCTCTTTGTTCTCTTAGCCTCTTTGTTCTCTTAGCCTCTTTGTTC SH20761 20761 56 205 YJR145C spliced 1 16 CTCTAGCCATCTTTGCCTCTAGCCATCTTTGCCTCTAGCCATCTTTGCCTCTAGCCATCT SH20762 20762 53 159 YJR145C spliced 5 15 GTCCTCTAGCCATCTGTCCTCTAGCCATCTGTCCTCTAGCCATCTGTCCTCTAGCCATCT SH20763 20763 2 166 YJR145C spliced 9 13 TGGTCCTCTAGCCTGGTCCTCTAGCCTGGTCCTCTAGCCTGGTCCTCTAGCCTGGTCCTC SH20764 20764 31 17 YJR145C spliced 13 16 GCTTCTTTGGTCCTCTGCTTCTTTGGTCCTCTGCTTCTTTGGTCCTCTGCTTCTTTGGTC SH20765 20765 32 207 YJR145C spliced 17 17 TAGATGCTTCTTTGGTCTAGATGCTTCTTTGGTCTAGATGCTTCTTTGGTCTAGATGCTT SH20766 20766 84 111 YJR145C spliced 21 20 ATCTTTTTAGATGCTTCTTTATCTTTTTAGATGCTTCTTTATCTTTTTAGATGCTTCTTT SH20767 20767 64 116 YKL002W spliced 1 17 TTTTAACCTCTCTTGCGTTTTAACCTCTCTTGCGTTTTAACCTCTCTTGCGTTTTAACCT SH20768 20768 6 13 YKL002W spliced 5 20 GATTTTTTTTTAACCTCTCTGATTTTTTTTTAACCTCTCTGATTTTTTTTTAACCTCTCT SH20769 20769 54 62 YKL002W spliced 9 21 CCTTTGATTTTTTTTTAACCTCCTTTGATTTTTTTTTAACCTCCTTTGATTTTTTTTTAA SH20770 20770 28 184 YKL002W spliced 13 20 AGCCCTTTGATTTTTTTTTAAGCCCTTTGATTTTTTTTTAAGCCCTTTGATTTTTTTTTA SH20771 20771 57 189 YKL002W spliced 17 20 CTAAAGCCCTTTGATTTTTTCTAAAGCCCTTTGATTTTTTCTAAAGCCCTTTGATTTTTT SH20772 20772 40 163 YKL002W spliced 21 18 TTCTAAAGCCCTTTGATTTTCTAAAGCCCTTTGATTTTCTAAAGCCCTTTGATTTTCTAA SH20773 20773 45 202 YKL006C-A spliced 1 17 TGATTCGGTCTGAGAATTGATTCGGTCTGAGAATTGATTCGGTCTGAGAATTGATTCGGT SH20774 20774 20 194 YKL006C-A spliced 5 17 TGTTTGATTCGGTCTGATGTTTGATTCGGTCTGATGTTTGATTCGGTCTGATGTTTGATT SH20775 20775 22 57 YKL006C-A spliced 9 18 ATCATTGTTTGATTCGGTATCATTGTTTGATTCGGTATCATTGTTTGATTCGGTATCATT SH20776 20776 13 114 YKL006C-A spliced 13 20 TTTCCTATCATTGTTTGATTTTTCCTATCATTGTTTGATTTTTCCTATCATTGTTTGATT SH20777 20777 72 5 YKL006C-A spliced 17 20 CTAGTTTCCTATCATTGTTTCTAGTTTCCTATCATTGTTTCTAGTTTCCTATCATTGTTT SH20778 20778 87 191 YKL006C-A spliced 21 18 CTCTAGTTTCCTATCATTCTCTAGTTTCCTATCATTCTCTAGTTTCCTATCATTCTCTAG SH20779 20779 35 114 YKL006W spliced 1 20 CTTCTTTTGGTCAATAATTTCTTCTTTTGGTCAATAATTTCTTCTTTTGGTCAATAATTT SH20780 20780 52 57 YKL006W spliced 5 18 ACCTTCTTTTGGTCAATAACCTTCTTTTGGTCAATAACCTTCTTTTGGTCAATAACCTTC SH20781 20781 103 117 YKL006W spliced 9 18 CAAAACCTTCTTTTGGTCCAAAACCTTCTTTTGGTCCAAAACCTTCTTTTGGTCCAAAAC SH20782 20782 40 172 YKL006W spliced 13 20 GTCAATCAAAACCTTCTTTTGTCAATCAAAACCTTCTTTTGTCAATCAAAACCTTCTTTT SH20783 20783 63 161 YKL006W spliced 17 17 CGTCAATCAAAACCTTCCGTCAATCAAAACCTTCCGTCAATCAAAACCTTCCGTCAATCA SH20784 20784 39 70 YKL006W spliced 21 17 GGACCGTCAATCAAAACGGACCGTCAATCAAAACGGACCGTCAATCAAAACGGACCGTCA SH20785 20785 63 179 YKL081W spliced 1 20 AATAAAATTGGATAGCCAAAAATAAAATTGGATAGCCAAAAATAAAATTGGATAGCCAAA SH20786 20786 56 80 YKL081W spliced 5 19 CCAAATAAAATTGGATAGCCCAAATAAAATTGGATAGCCCAAATAAAATTGGATAGCCCA SH20787 20787 85 171 YKL081W spliced 9 20 ATTAGCCAAATAAAATTGGAATTAGCCAAATAAAATTGGAATTAGCCAAATAAAATTGGA SH20788 20788 51 193 YKL081W spliced 13 20 CTTGATTAGCCAAATAAAATCTTGATTAGCCAAATAAAATCTTGATTAGCCAAATAAAAT SH20789 20789 3 66 YKL081W spliced 17 19 CAACTTGATTAGCCAAATACAACTTGATTAGCCAAATACAACTTGATTAGCCAAATACAA SH20790 20790 56 185 YKL081W spliced 21 17 GGCAACTTGATTAGCCAGGCAACTTGATTAGCCAGGCAACTTGATTAGCCAGGCAACTTG SH20791 20791 98 70 YKL156W spliced 1 20 CATTTTGGGATATCTATCTTCATTTTGGGATATCTATCTTCATTTTGGGATATCTATCTT SH20792 20792 3 104 YKL156W spliced 5 18 ACCATTTTGGGATATCTAACCATTTTGGGATATCTAACCATTTTGGGATATCTAACCATT SH20793 20793 43 132 YKL156W spliced 9 19 CTAAAACCATTTTGGGATACTAAAACCATTTTGGGATACTAAAACCATTTTGGGATACTA SH20794 20794 10 34 YKL156W spliced 13 18 GAACTAAAACCATTTTGGGAACTAAAACCATTTTGGGAACTAAAACCATTTTGGGAACTA SH20795 20795 26 73 YKL156W spliced 17 20 AATCTTGAACTAAAACCATTAATCTTGAACTAAAACCATTAATCTTGAACTAAAACCATT SH20796 20796 80 122 YKL157W spliced 1 20 TTTAGTAATTGTGACGTTTTTTTAGTAATTGTGACGTTTTTTTAGTAATTGTGACGTTTT SH20797 20797 102 25 YKL157W spliced 5 20 TTTATTTAGTAATTGTGACGTTTATTTAGTAATTGTGACGTTTATTTAGTAATTGTGACG SH20798 20798 35 50 YKL157W spliced 9 20 GGGTTTTATTTAGTAATTGTGGGTTTTATTTAGTAATTGTGGGTTTTATTTAGTAATTGT SH20799 20799 45 201 YKL157W spliced 13 20 TTTGGGGTTTTATTTAGTAATTTGGGGTTTTATTTAGTAATTTGGGGTTTTATTTAGTAA SH20800 20800 103 139 YKL157W spliced 17 19 CGATTTGGGGTTTTATTTACGATTTGGGGTTTTATTTACGATTTGGGGTTTTATTTACGA SH20801 20801 76 74 YKL157W spliced 21 17 CACGATTTGGGGTTTTACACGATTTGGGGTTTTACACGATTTGGGGTTTTACACGATTTG SH20802 20802 9 102 YKL180W spliced 1 13 TTGGCAGCGGCGTTTGGCAGCGGCGTTTGGCAGCGGCGTTTGGCAGCGGCGTTTGGCAGC SH20803 20803 44 196 YKL180W spliced 5 13 AGCGTTGGCAGCGAGCGTTGGCAGCGAGCGTTGGCAGCGAGCGTTGGCAGCGAGCGTTGG SH20804 20804 94 197 YKL180W spliced 9 13 CTTCAGCGTTGGCCTTCAGCGTTGGCCTTCAGCGTTGGCCTTCAGCGTTGGCCTTCAGCG SH20805 20805 38 107 YKL180W spliced 13 16 CCTTTAGCTTCAGCGTCCTTTAGCTTCAGCGTCCTTTAGCTTCAGCGTCCTTTAGCTTCA SH20806 20806 98 204 YKL180W spliced 17 17 CCAAACCTTTAGCTTCACCAAACCTTTAGCTTCACCAAACCTTTAGCTTCACCAAACCTT SH20807 20807 43 51 YKL180W spliced 21 17 GCATCCAAACCTTTAGCGCATCCAAACCTTTAGCGCATCCAAACCTTTAGCGCATCCAAA SH20808 20808 42 19 YKL186C spliced 1 18 CACGTTCAACTTTTCTTGCACGTTCAACTTTTCTTGCACGTTCAACTTTTCTTGCACGTT SH20809 20809 102 205 YKL186C spliced 5 18 TTGACACGTTCAACTTTTTTGACACGTTCAACTTTTTTGACACGTTCAACTTTTTTGACA SH20810 20810 5 105 YKL186C spliced 9 18 ATATTTGACACGTTCAACATATTTGACACGTTCAACATATTTGACACGTTCAACATATTT SH20811 20811 31 182 YKL186C spliced 13 18 GTTCATATTTGACACGTTGTTCATATTTGACACGTTGTTCATATTTGACACGTTGTTCAT SH20812 20812 86 101 YKL186C spliced 17 18 TGGTGTTCATATTTGACATGGTGTTCATATTTGACATGGTGTTCATATTTGACATGGTGT SH20813 20813 44 103 YKL186C spliced 21 20 TACTATTGGTGTTCATATTTTACTATTGGTGTTCATATTTTACTATTGGTGTTCATATTT SH20814 20814 96 193 YKL190W spliced 1 22 AAAATTTGTATCTTCTAAAAGAAAAATTTGTATCTTCTAAAAGAAAAATTTGTATCTTCT SH20815 20815 46 70 YKL190W spliced 5 22 TATCAAAATTTGTATCTTCTAATATCAAAATTTGTATCTTCTAATATCAAAATTTGTATC SH20816 20816 65 123 YKL190W spliced 9 21 CTCTATCAAAATTTGTATCTTCTCTATCAAAATTTGTATCTTCTCTATCAAAATTTGTAT SH20817 20817 66 142 YKL190W spliced 13 20 CATCTCTATCAAAATTTGTACATCTCTATCAAAATTTGTACATCTCTATCAAAATTTGTA SH20818 20818 102 110 YKL190W spliced 17 22 CAATTTCATCTCTATCAAAATTCAATTTCATCTCTATCAAAATTCAATTTCATCTCTATC SH20819 20819 61 3 YKL190W spliced 21 20 TTCAATTTCATCTCTATCAATTCAATTTCATCTCTATCAATTCAATTTCATCTCTATCAA SH20820 20820 52 211 YKR057W spliced 1 17 TTGGCCCTTATCGTTTTTTGGCCCTTATCGTTTTTTGGCCCTTATCGTTTTTTGGCCCTT SH20821 20821 25 63 YKR057W spliced 5 17 CTAATTGGCCCTTATCGCTAATTGGCCCTTATCGCTAATTGGCCCTTATCGCTAATTGGC SH20822 20822 100 214 YKR057W spliced 9 16 CGACTAATTGGCCCTTCGACTAATTGGCCCTTCGACTAATTGGCCCTTCGACTAATTGGC SH20823 20823 44 41 YKR057W spliced 13 17 AAGTTCGACTAATTGGCAAGTTCGACTAATTGGCAAGTTCGACTAATTGGCAAGTTCGAC SH20824 20824 95 173 YKR057W spliced 17 18 ACGTAAAGTTCGACTAATACGTAAAGTTCGACTAATACGTAAAGTTCGACTAATACGTAA SH20825 20825 33 40 YKR057W spliced 21 17 GGAACGTAAAGTTCGACGGAACGTAAAGTTCGACGGAACGTAAAGTTCGACGGAACGTAA SH20826 20826 38 205 YKR094C spliced 1 18 TTGCATTTTGAACCTTTGTTGCATTTTGAACCTTTGTTGCATTTTGAACCTTTGTTGCAT SH20827 20827 26 211 YKR094C spliced 5 18 AGATTTGCATTTTGAACCAGATTTGCATTTTGAACCAGATTTGCATTTTGAACCAGATTT SH20828 20828 39 155 YKR094C spliced 9 18 ACGAAGATTTGCATTTTGACGAAGATTTGCATTTTGACGAAGATTTGCATTTTGACGAAG SH20829 20829 11 7 YKR094C spliced 13 18 CTTAACGAAGATTTGCATCTTAACGAAGATTTGCATCTTAACGAAGATTTGCATCTTAAC SH20830 20830 52 212 YKR094C spliced 17 20 CAAAGTCTTAACGAAGATTTCAAAGTCTTAACGAAGATTTCAAAGTCTTAACGAAGATTT SH20831 20831 38 83 YKR094C spliced 21 18 GTCAAAGTCTTAACGAAGGTCAAAGTCTTAACGAAGGTCAAAGTCTTAACGAAGGTCAAA SH20832 20832 101 197 YKR095W-A spliced 1 17 GTGTGATCCAGTGACTTGTGTGATCCAGTGACTTGTGTGATCCAGTGACTTGTGTGATCC SH20833 20833 4 15 YKR095W-A spliced 5 17 TAATGTGTGATCCAGTGTAATGTGTGATCCAGTGTAATGTGTGATCCAGTGTAATGTGTG SH20834 20834 90 10 YKR095W-A spliced 9 17 GTTCTAATGTGTGATCCGTTCTAATGTGTGATCCGTTCTAATGTGTGATCCGTTCTAATG SH20835 20835 60 42 YKR095W-A spliced 13 18 CTTTAGTTCTAATGTGTGCTTTAGTTCTAATGTGTGCTTTAGTTCTAATGTGTGCTTTAG SH20836 20836 86 25 YKR095W-A spliced 17 19 GGTATCTTTAGTTCTAATGGGTATCTTTAGTTCTAATGGGTATCTTTAGTTCTAATGGGT SH20837 20837 66 117 YKR095W-A spliced 21 18 AACGGTATCTTTAGTTCTAACGGTATCTTTAGTTCTAACGGTATCTTTAGTTCTAACGGT SH20838 20838 63 136 YLL050C spliced 1 18 AGATCTAGACATCTTCTTAGATCTAGACATCTTCTTAGATCTAGACATCTTCTTAGATCT SH20839 20839 94 125 YLL050C spliced 5 17 ACCAGATCTAGACATCTACCAGATCTAGACATCTACCAGATCTAGACATCTACCAGATCT SH20840 20840 97 36 YLL050C spliced 9 17 CAACACCAGATCTAGACCAACACCAGATCTAGACCAACACCAGATCTAGACCAACACCAG SH20841 20841 28 14 YLL050C spliced 13 16 CAGCAACACCAGATCTCAGCAACACCAGATCTCAGCAACACCAGATCTCAGCAACACCAG SH20842 20842 4 83 YLL050C spliced 17 15 CAACAGCAACACCAGCAACAGCAACACCAGCAACAGCAACACCAGCAACAGCAACACCAG SH20843 20843 12 12 YLL050C spliced 21 17 CATCAGCAACAGCAACACATCAGCAACAGCAACACATCAGCAACAGCAACACATCAGCAA SH20844 20844 43 49 YLR048W spliced 1 17 AACGTTTCTAGCACCTAAACGTTTCTAGCACCTAAACGTTTCTAGCACCTAAACGTTTCT SH20845 20845 84 55 YLR048W spliced 5 17 CTTGAACGTTTCTAGCACTTGAACGTTTCTAGCACTTGAACGTTTCTAGCACTTGAACGT SH20846 20846 26 74 YLR048W spliced 9 17 TGGACTTGAACGTTTCTTGGACTTGAACGTTTCTTGGACTTGAACGTTTCTTGGACTTGA SH20847 20847 72 118 YLR048W spliced 13 15 GGTGGACTTGAACGTGGTGGACTTGAACGTGGTGGACTTGAACGTGGTGGACTTGAACGT SH20848 20848 66 12 YLR048W spliced 17 17 GTTCTTGGTGGACTTGAGTTCTTGGTGGACTTGAGTTCTTGGTGGACTTGAGTTCTTGGT SH20849 20849 12 77 YLR048W spliced 21 15 TGGTTCTTGGTGGACTGGTTCTTGGTGGACTGGTTCTTGGTGGACTGGTTCTTGGTGGAC SH20850 20850 37 141 YLR061W spliced 1 16 GGGGCCATTGTTTCTTGGGGCCATTGTTTCTTGGGGCCATTGTTTCTTGGGGCCATTGTT SH20851 20851 73 144 YLR061W spliced 5 16 GTTTGGGGCCATTGTTGTTTGGGGCCATTGTTGTTTGGGGCCATTGTTGTTTGGGGCCAT SH20852 20852 3 65 YLR061W spliced 9 15 AGTGTTTGGGGCCATAGTGTTTGGGGCCATAGTGTTTGGGGCCATAGTGTTTGGGGCCAT SH20853 20853 37 153 YLR061W spliced 13 15 TGGAAGTGTTTGGGGTGGAAGTGTTTGGGGTGGAAGTGTTTGGGGTGGAAGTGTTTGGGG SH20854 20854 20 213 YLR061W spliced 17 17 GCTTTCTGGAAGTGTTTGCTTTCTGGAAGTGTTTGCTTTCTGGAAGTGTTTGCTTTCTGG SH20855 20855 38 106 YLR061W spliced 21 18 CTTTTGCTTTCTGGAAGTCTTTTGCTTTCTGGAAGTCTTTTGCTTTCTGGAAGTCTTTTG SH20856 20856 50 82 YLR078C spliced 1 16 CCCCCCTCAAATCAATCCCCCCTCAAATCAATCCCCCCTCAAATCAATCCCCCCTCAAAT SH20857 20857 76 138 YLR078C spliced 5 16 CATTCCCCCCTCAAATCATTCCCCCCTCAAATCATTCCCCCCTCAAATCATTCCCCCCTC SH20858 20858 40 87 YLR078C spliced 9 13 TCATTCCCCCCTCTCATTCCCCCCTCTCATTCCCCCCTCTCATTCCCCCCTCTCATTCCC SH20859 20859 98 126 YLR078C spliced 13 13 GCGTTCATTCCCCGCGTTCATTCCCCGCGTTCATTCCCCGCGTTCATTCCCCGCGTTCAT SH20860 20860 7 116 YLR078C spliced 17 18 TTGTAAAGAGCGTTCATTTTGTAAAGAGCGTTCATTTTGTAAAGAGCGTTCATTTTGTAA SH20861 20861 18 139 YLR078C spliced 21 17 TGGTTGTAAAGAGCGTTTGGTTGTAAAGAGCGTTTGGTTGTAAAGAGCGTTTGGTTGTAA SH20862 20862 44 136 YLR093C spliced 1 18 TTAAAGCGTTTCATTTGGTTAAAGCGTTTCATTTGGTTAAAGCGTTTCATTTGGTTAAAG SH20863 20863 79 130 YLR093C spliced 5 20 CTTACATTAAAGCGTTTCATCTTACATTAAAGCGTTTCATCTTACATTAAAGCGTTTCAT SH20864 20864 38 171 YLR093C spliced 9 20 ATAACTTACATTAAAGCGTTATAACTTACATTAAAGCGTTATAACTTACATTAAAGCGTT SH20865 20865 95 28 YLR093C spliced 13 20 CCACATAACTTACATTAAAGCCACATAACTTACATTAAAGCCACATAACTTACATTAAAG SH20866 20866 40 41 YLR093C spliced 17 19 CTTCCACATAACTTACATTCTTCCACATAACTTACATTCTTCCACATAACTTACATTCTT SH20867 20867 20 201 YLR093C spliced 21 20 TATAACTTCCACATAACTTATATAACTTCCACATAACTTATATAACTTCCACATAACTTA SH20868 20868 78 77 YLR128W spliced 1 17 GTCCTGAATGCAAGAACGTCCTGAATGCAAGAACGTCCTGAATGCAAGAACGTCCTGAAT SH20869 20869 51 16 YLR128W spliced 5 17 TCATGTCCTGAATGCAATCATGTCCTGAATGCAATCATGTCCTGAATGCAATCATGTCCT SH20870 20870 17 212 YLR128W spliced 9 18 ATTACTCATGTCCTGAATATTACTCATGTCCTGAATATTACTCATGTCCTGAATATTACT SH20871 20871 100 169 YLR128W spliced 13 20 TTTATTATTACTCATGTCCTTTTATTATTACTCATGTCCTTTTATTATTACTCATGTCCT SH20872 20872 27 71 YLR128W spliced 17 23 TTTTTATTTTATTATTACTCATGTTTTTATTTTATTATTACTCATGTTTTTATTTTATTA SH20873 20873 51 171 YLR185W spliced 1 20 TACCCATTTTTGTCTATATTTACCCATTTTTGTCTATATTTACCCATTTTTGTCTATATT SH20874 20874 86 194 YLR185W spliced 5 18 CTTACCCATTTTTGTCTACTTACCCATTTTTGTCTACTTACCCATTTTTGTCTACTTACC SH20875 20875 104 114 YLR185W spliced 9 17 ACCCTTACCCATTTTTGACCCTTACCCATTTTTGACCCTTACCCATTTTTGACCCTTACC SH20876 20876 28 209 YLR185W spliced 13 17 GAGTACCCTTACCCATTGAGTACCCTTACCCATTGAGTACCCTTACCCATTGAGTACCCT SH20877 20877 30 65 YLR185W spliced 17 15 AGGAGTACCCTTACCAGGAGTACCCTTACCAGGAGTACCCTTACCAGGAGTACCCTTACC SH20878 20878 91 88 YLR185W spliced 21 17 GAATGAAGGAGTACCCTGAATGAAGGAGTACCCTGAATGAAGGAGTACCCTGAATGAAGG SH20879 20879 31 104 YLR211C spliced 1 17 CGCTAAAGTACTCATTCCGCTAAAGTACTCATTCCGCTAAAGTACTCATTCCGCTAAAGT SH20880 20880 14 78 YLR211C spliced 5 17 CTTCCGCTAAAGTACTCCTTCCGCTAAAGTACTCCTTCCGCTAAAGTACTCCTTCCGCTA SH20881 20881 43 182 YLR211C spliced 9 18 ATAAACTTCCGCTAAAGTATAAACTTCCGCTAAAGTATAAACTTCCGCTAAAGTATAAAC SH20882 20882 50 30 YLR211C spliced 13 18 TAGTATAAACTTCCGCTATAGTATAAACTTCCGCTATAGTATAAACTTCCGCTATAGTAT SH20883 20883 23 214 YLR211C spliced 17 20 CAATAATAGTATAAACTTCCCAATAATAGTATAAACTTCCCAATAATAGTATAAACTTCC SH20884 20884 41 81 YLR211C spliced 21 20 TCCTCAATAATAGTATAAACTCCTCAATAATAGTATAAACTCCTCAATAATAGTATAAAC SH20885 20885 92 126 YLR275W spliced 1 20 GACATGATAAAACGGTTTTAGACATGATAAAACGGTTTTAGACATGATAAAACGGTTTTA SH20886 20886 37 93 YLR275W spliced 5 18 AAGACATGATAAAACGGTAAGACATGATAAAACGGTAAGACATGATAAAACGGTAAGACA SH20887 20887 43 28 YLR275W spliced 9 20 TTTGTGAAGACATGATAAAATTTGTGAAGACATGATAAAATTTGTGAAGACATGATAAAA SH20888 20888 77 22 YLR275W spliced 13 20 ATTATTTGTGAAGACATGATATTATTTGTGAAGACATGATATTATTTGTGAAGACATGAT SH20889 20889 14 14 YLR275W spliced 17 20 ATCAATTATTTGTGAAGACAATCAATTATTTGTGAAGACAATCAATTATTTGTGAAGACA SH20890 20890 9 77 YLR275W spliced 21 20 GACGATCAATTATTTGTGAAGACGATCAATTATTTGTGAAGACGATCAATTATTTGTGAA SH20891 20891 24 126 YLR287C-A spliced 1 20 CATATTTGCGTAGTTTTTGTCATATTTGCGTAGTTTTTGTCATATTTGCGTAGTTTTTGT SH20892 20892 3 187 YLR287C-A spliced 5 18 GCCATATTTGCGTAGTTTGCCATATTTGCGTAGTTTGCCATATTTGCGTAGTTTGCCATA SH20893 20893 82 147 YLR287C-A spliced 9 18 TTTAGCCATATTTGCGTATTTAGCCATATTTGCGTATTTAGCCATATTTGCGTATTTAGC SH20894 20894 19 22 YLR287C-A spliced 13 18 GAACTTTAGCCATATTTGGAACTTTAGCCATATTTGGAACTTTAGCCATATTTGGAACTT SH20895 20895 28 53 YLR287C-A spliced 17 18 CCATGAACTTTAGCCATACCATGAACTTTAGCCATACCATGAACTTTAGCCATACCATGA SH20896 20896 36 55 YLR287C-A spliced 21 17 GAACCATGAACTTTAGCGAACCATGAACTTTAGCGAACCATGAACTTTAGCGAACCATGA SH20897 20897 61 211 YLR306W spliced 1 23 CAACATTTTTATTATCTTGTTTTCAACATTTTTATTATCTTGTTTTCAACATTTTTATTA SH20898 20898 57 177 YLR306W spliced 5 22 TTTCAACATTTTTATTATCTTGTTTCAACATTTTTATTATCTTGTTTCAACATTTTTATT SH20899 20899 85 51 YLR306W spliced 9 23 CGTAATTTCAACATTTTTATTATCGTAATTTCAACATTTTTATTATCGTAATTTCAACAT SH20900 20900 19 51 YLR306W spliced 13 20 GCGTAATTTCAACATTTTTAGCGTAATTTCAACATTTTTAGCGTAATTTCAACATTTTTA SH20901 20901 2 168 YLR306W spliced 17 18 TGGCGTAATTTCAACATTTGGCGTAATTTCAACATTTGGCGTAATTTCAACATTTGGCGT SH20902 20902 92 65 YLR306W spliced 21 19 GTAATTGGCGTAATTTCAAGTAATTGGCGTAATTTCAAGTAATTGGCGTAATTTCAAGTA SH20903 20903 99 56 YLR316C spliced 1 18 TATTACTTTCTTCGAGTCTATTACTTTCTTCGAGTCTATTACTTTCTTCGAGTCTATTAC SH20904 20904 83 77 YLR316C spliced 5 18 GCTCTATTACTTTCTTCGGCTCTATTACTTTCTTCGGCTCTATTACTTTCTTCGGCTCTA SH20905 20905 18 207 YLR316C spliced 9 20 GAATTAGCTCTATTACTTTCGAATTAGCTCTATTACTTTCGAATTAGCTCTATTACTTTC SH20906 20906 65 212 YLR316C spliced 13 18 TCGAATTAGCTCTATTACTCGAATTAGCTCTATTACTCGAATTAGCTCTATTACTCGAAT SH20907 20907 15 81 YLR316C spliced 17 18 CGTTTCGAATTAGCTCTACGTTTCGAATTAGCTCTACGTTTCGAATTAGCTCTACGTTTC SH20908 20908 95 69 YLR316C spliced 21 18 AAATCGTTTCGAATTAGCAAATCGTTTCGAATTAGCAAATCGTTTCGAATTAGCAAATCG SH20909 20909 33 73 YLR333C spliced 1 20 CTTAATAACTAGTTCAGTTTCTTAATAACTAGTTCAGTTTCTTAATAACTAGTTCAGTTT SH20910 20910 17 92 YLR333C spliced 5 20 TGTTCTTAATAACTAGTTCATGTTCTTAATAACTAGTTCATGTTCTTAATAACTAGTTCA SH20911 20911 101 211 YLR333C spliced 9 22 ATATTATGTTCTTAATAACTAGATATTATGTTCTTAATAACTAGATATTATGTTCTTAAT SH20912 20912 20 199 YLR333C spliced 13 23 ATGTTATATTATGTTCTTAATAAATGTTATATTATGTTCTTAATAAATGTTATATTATGT SH20913 20913 87 15 YLR333C spliced 17 21 GCATGTTATATTATGTTCTTAGCATGTTATATTATGTTCTTAGCATGTTATATTATGTTC SH20914 20914 54 50 YLR333C spliced 21 20 GAGGCATGTTATATTATGTTGAGGCATGTTATATTATGTTGAGGCATGTTATATTATGTT SH20915 20915 95 51 YLR344W spliced 1 20 CTAATGATTGTTTAGCCATTCTAATGATTGTTTAGCCATTCTAATGATTGTTTAGCCATT SH20916 20916 99 166 YLR344W spliced 5 18 GTCTAATGATTGTTTAGCGTCTAATGATTGTTTAGCGTCTAATGATTGTTTAGCGTCTAA SH20917 20917 68 79 YLR344W spliced 9 19 GAAACGTCTAATGATTGTTGAAACGTCTAATGATTGTTGAAACGTCTAATGATTGTTGAA SH20918 20918 14 154 YLR344W spliced 13 18 GAGGAAACGTCTAATGATGAGGAAACGTCTAATGATGAGGAAACGTCTAATGATGAGGAA SH20919 20919 6 146 YLR344W spliced 17 16 CGGAGGAAACGTCTAACGGAGGAAACGTCTAACGGAGGAAACGTCTAACGGAGGAAACGT SH20920 20920 82 103 YLR344W spliced 21 15 TGTCGGAGGAAACGTTGTCGGAGGAAACGTTGTCGGAGGAAACGTTGTCGGAGGAAACGT SH20921 20921 104 64 YLR344W spliced 25 15 CTTCTGTCGGAGGAACTTCTGTCGGAGGAACTTCTGTCGGAGGAACTTCTGTCGGAGGAA SH20922 20922 27 83 YLR367W spliced 1 18 TGCTTTTGCATAACTTGTTGCTTTTGCATAACTTGTTGCTTTTGCATAACTTGTTGCTTT SH20923 20923 94 206 YLR367W spliced 5 17 CCATGCTTTTGCATAACCCATGCTTTTGCATAACCCATGCTTTTGCATAACCCATGCTTT SH20924 20924 54 176 YLR367W spliced 9 17 GTAACCATGCTTTTGCAGTAACCATGCTTTTGCAGTAACCATGCTTTTGCAGTAACCATG SH20925 20925 20 63 YLR367W spliced 13 18 CCAATGTAACCATGCTTTCCAATGTAACCATGCTTTCCAATGTAACCATGCTTTCCAATG SH20926 20926 69 214 YLR367W spliced 17 16 CGCCAATGTAACCATGCGCCAATGTAACCATGCGCCAATGTAACCATGCGCCAATGTAAC SH20927 20927 69 173 YLR367W spliced 21 17 GAATTCGCCAATGTAACGAATTCGCCAATGTAACGAATTCGCCAATGTAACGAATTCGCC SH20928 20928 11 85 YLR388W spliced 1 20 CCTAATTTACACTTTTGTTCCCTAATTTACACTTTTGTTCCCTAATTTACACTTTTGTTC SH20929 20929 99 58 YLR388W spliced 5 22 TTTTATCCTAATTTACACTTTTTTTTATCCTAATTTACACTTTTTTTTATCCTAATTTAC SH20930 20930 44 79 YLR388W spliced 9 20 CATTTTATCCTAATTTACACCATTTTATCCTAATTTACACCATTTTATCCTAATTTACAC SH20931 20931 43 155 YLR388W spliced 13 20 GAGCCATTTTATCCTAATTTGAGCCATTTTATCCTAATTTGAGCCATTTTATCCTAATTT SH20932 20932 47 182 YLR388W spliced 17 18 GTGAGCCATTTTATCCTAGTGAGCCATTTTATCCTAGTGAGCCATTTTATCCTAGTGAGC SH20933 20933 100 28 YLR388W spliced 21 18 TTTCGTGAGCCATTTTATTTTCGTGAGCCATTTTATTTTCGTGAGCCATTTTATTTTCGT SH20934 20934 39 93 YLR406C spliced 1 17 TTTGTGCAAGTTGATGGTTTGTGCAAGTTGATGGTTTGTGCAAGTTGATGGTTTGTGCAA SH20935 20935 11 125 YLR406C spliced 5 17 GTCTTTTGTGCAAGTTGGTCTTTTGTGCAAGTTGGTCTTTTGTGCAAGTTGGTCTTTTGT SH20936 20936 73 210 YLR406C spliced 9 18 ATGTAGTCTTTTGTGCAAATGTAGTCTTTTGTGCAAATGTAGTCTTTTGTGCAAATGTAG SH20937 20937 76 140 YLR406C spliced 13 18 CACCATGTAGTCTTTTGTCACCATGTAGTCTTTTGTCACCATGTAGTCTTTTGTCACCAT SH20938 20938 71 28 YLR406C spliced 17 17 TGACACCATGTAGTCTTTGACACCATGTAGTCTTTGACACCATGTAGTCTTTGACACCAT SH20939 20939 71 24 YLR406C spliced 21 17 AAACTGACACCATGTAGAAACTGACACCATGTAGAAACTGACACCATGTAGAAACTGACA SH20940 20940 47 106 YLR426W spliced 1 17 CTCAATACAAGAGCTACCTCAATACAAGAGCTACCTCAATACAAGAGCTACCTCAATACA SH20941 20941 53 19 YLR426W spliced 5 17 CCATCTCAATACAAGAGCCATCTCAATACAAGAGCCATCTCAATACAAGAGCCATCTCAA SH20942 20942 27 81 YLR426W spliced 9 17 GAGACCATCTCAATACAGAGACCATCTCAATACAGAGACCATCTCAATACAGAGACCATC SH20943 20943 9 64 YLR426W spliced 13 17 CTTAGAGACCATCTCAACTTAGAGACCATCTCAACTTAGAGACCATCTCAACTTAGAGAC SH20944 20944 69 147 YLR426W spliced 17 15 CGCTTAGAGACCATCCGCTTAGAGACCATCCGCTTAGAGACCATCCGCTTAGAGACCATC SH20945 20945 64 43 YLR426W spliced 21 15 GAGTCGCTTAGAGACGAGTCGCTTAGAGACGAGTCGCTTAGAGACGAGTCGCTTAGAGAC SH20946 20946 42 87 YLR448W spliced 1 15 GGGCAGTCATTTCGTGGGCAGTCATTTCGTGGGCAGTCATTTCGTGGGCAGTCATTTCGT SH20947 20947 79 65 YLR448W spliced 5 17 CTTGTTGGGCAGTCATTCTTGTTGGGCAGTCATTCTTGTTGGGCAGTCATTCTTGTTGGG SH20948 20948 65 59 YLR448W spliced 9 15 GGCTTGTTGGGCAGTGGCTTGTTGGGCAGTGGCTTGTTGGGCAGTGGCTTGTTGGGCAGT SH20949 20949 98 23 YLR448W spliced 13 13 GGGGCTTGTTGGGGGGGCTTGTTGGGGGGGCTTGTTGGGGGGGCTTGTTGGGGGGGCTTG SH20950 20950 58 163 YLR448W spliced 17 15 CACTTTGGGGCTTGTCACTTTGGGGCTTGTCACTTTGGGGCTTGTCACTTTGGGGCTTGT SH20951 20951 28 127 YLR448W spliced 21 13 ACCACTTTGGGGCACCACTTTGGGGCACCACTTTGGGGCACCACTTTGGGGCACCACTTT SH20952 20952 67 12 YML024W spliced 1 20 CATTTTGTTATTGCTAGTCTCATTTTGTTATTGCTAGTCTCATTTTGTTATTGCTAGTCT SH20953 20953 18 166 YML024W spliced 5 18 CCCATTTTGTTATTGCTACCCATTTTGTTATTGCTACCCATTTTGTTATTGCTACCCATT SH20954 20954 23 142 YML024W spliced 9 19 CTCTACCCATTTTGTTATTCTCTACCCATTTTGTTATTCTCTACCCATTTTGTTATTCTC SH20955 20955 6 43 YML024W spliced 13 18 TAACTCTACCCATTTTGTTAACTCTACCCATTTTGTTAACTCTACCCATTTTGTTAACTC SH20956 20956 80 203 YML024W spliced 17 18 GTTCTAACTCTACCCATTGTTCTAACTCTACCCATTGTTCTAACTCTACCCATTGTTCTA SH20957 20957 37 213 YML024W spliced 21 17 TTGGTTCTAACTCTACCTTGGTTCTAACTCTACCTTGGTTCTAACTCTACCTTGGTTCTA SH20958 20958 88 147 YML025C spliced 1 22 GTTTTCACCAAATTTCTTTTTAGTTTTCACCAAATTTCTTTTTAGTTTTCACCAAATTTC SH20959 20959 64 57 YML025C spliced 5 20 AAGTTTTCACCAAATTTCTTAAGTTTTCACCAAATTTCTTAAGTTTTCACCAAATTTCTT SH20960 20960 22 59 YML025C spliced 9 20 TGTAAAGTTTTCACCAAATTTGTAAAGTTTTCACCAAATTTGTAAAGTTTTCACCAAATT SH20961 20961 38 76 YML025C spliced 13 19 GATTGTAAAGTTTTCACCAGATTGTAAAGTTTTCACCAGATTGTAAAGTTTTCACCAGAT SH20962 20962 88 85 YML025C spliced 17 20 GTATAGATTGTAAAGTTTTCGTATAGATTGTAAAGTTTTCGTATAGATTGTAAAGTTTTC SH20963 20963 4 156 YML025C spliced 21 18 GCGTATAGATTGTAAAGTGCGTATAGATTGTAAAGTGCGTATAGATTGTAAAGTGCGTAT SH20964 20964 45 82 YML026C spliced 1 18 TAAAATGTGTTGGAAGGATAAAATGTGTTGGAAGGATAAAATGTGTTGGAAGGATAAAAT SH20965 20965 50 164 YML026C spliced 5 18 AACGTAAAATGTGTTGGAAACGTAAAATGTGTTGGAAACGTAAAATGTGTTGGAAACGTA SH20966 20966 35 56 YML026C spliced 9 19 CAACAAACGTAAAATGTGTCAACAAACGTAAAATGTGTCAACAAACGTAAAATGTGTCAA SH20967 20967 88 22 YML026C spliced 13 20 GTGTTCAACAAACGTAAAATGTGTTCAACAAACGTAAAATGTGTTCAACAAACGTAAAAT SH20968 20968 82 58 YML026C spliced 17 17 GGTGTTCAACAAACGTAGGTGTTCAACAAACGTAGGTGTTCAACAAACGTAGGTGTTCAA SH20969 20969 28 185 YML026C spliced 21 18 ACATTGGTGTTCAACAAAACATTGGTGTTCAACAAAACATTGGTGTTCAACAAAACATTG SH20970 20970 61 200 YML034W spliced 1 18 GCCTCCATAATATTTCTGGCCTCCATAATATTTCTGGCCTCCATAATATTTCTGGCCTCC SH20971 20971 50 42 YML034W spliced 5 20 ATAATTGCCTCCATAATATTATAATTGCCTCCATAATATTATAATTGCCTCCATAATATT SH20972 20972 85 211 YML034W spliced 9 18 TGATAATTGCCTCCATAATGATAATTGCCTCCATAATGATAATTGCCTCCATAATGATAA SH20973 20973 7 53 YML034W spliced 13 16 GGTGATAATTGCCTCCGGTGATAATTGCCTCCGGTGATAATTGCCTCCGGTGATAATTGC SH20974 20974 102 94 YML034W spliced 17 17 CAGTGGGTGATAATTGCCAGTGGGTGATAATTGCCAGTGGGTGATAATTGCCAGTGGGTG SH20975 20975 94 208 YML034W spliced 21 17 TTGTCAGTGGGTGATAATTGTCAGTGGGTGATAATTGTCAGTGGGTGATAATTGTCAGTG SH20976 20976 25 193 YML034W spliced 25 15 TGTTGTCAGTGGGTGTGTTGTCAGTGGGTGTGTTGTCAGTGGGTGTGTTGTCAGTGGGTG SH20977 20977 5 73 YML056C spliced 1 13 TGGGAAGCCAGAGTGGGAAGCCAGAGTGGGAAGCCAGAGTGGGAAGCCAGAGTGGGAAGC SH20978 20978 87 100 YML056C spliced 5 15 AGTAACTGGGAAGCCAGTAACTGGGAAGCCAGTAACTGGGAAGCCAGTAACTGGGAAGCC SH20979 20979 10 23 YML056C spliced 9 17 GTCTTCAGTAACTGGGAGTCTTCAGTAACTGGGAGTCTTCAGTAACTGGGAGTCTTCAGT SH20980 20980 92 13 YML056C spliced 13 17 TACCGTCTTCAGTAACTTACCGTCTTCAGTAACTTACCGTCTTCAGTAACTTACCGTCTT SH20981 20981 26 103 YML056C spliced 17 17 CACTTACCGTCTTCAGTCACTTACCGTCTTCAGTCACTTACCGTCTTCAGTCACTTACCG SH20982 20982 84 90 YML056C spliced 21 16 GGACACTTACCGTCTTGGACACTTACCGTCTTGGACACTTACCGTCTTGGACACTTACCG SH20983 20983 72 3 YML056C spliced 25 15 CCTGGACACTTACCGCCTGGACACTTACCGCCTGGACACTTACCGCCTGGACACTTACCG SH20984 20984 72 55 YML067C spliced 1 17 ACGCATCAAATGTCTTCACGCATCAAATGTCTTCACGCATCAAATGTCTTCACGCATCAA SH20985 20985 22 13 YML067C spliced 5 17 GGAAACGCATCAAATGTGGAAACGCATCAAATGTGGAAACGCATCAAATGTGGAAACGCA SH20986 20986 42 137 YML067C spliced 9 18 TTTTTGGAAACGCATCAATTTTTGGAAACGCATCAATTTTTGGAAACGCATCAATTTTTG SH20987 20987 62 101 YML067C spliced 13 17 CAGTTTTTGGAAACGCACAGTTTTTGGAAACGCACAGTTTTTGGAAACGCACAGTTTTTG SH20988 20988 90 55 YML067C spliced 17 19 GTTCTTCAGTTTTTGGAAAGTTCTTCAGTTTTTGGAAAGTTCTTCAGTTTTTGGAAAGTT SH20989 20989 73 178 YML067C spliced 21 18 ACTGTTCTTCAGTTTTTGACTGTTCTTCAGTTTTTGACTGTTCTTCAGTTTTTGACTGTT SH20990 20990 101 36 YML073C spliced 1 15 GGGCACTCATTTCGTGGGCACTCATTTCGTGGGCACTCATTTCGTGGGCACTCATTTCGT SH20991 20991 55 162 YML073C spliced 5 17 CTTTTTGGGCACTCATTCTTTTTGGGCACTCATTCTTTTTGGGCACTCATTCTTTTTGGG SH20992 20992 25 210 YML073C spliced 9 16 GAGCTTTTTGGGCACTGAGCTTTTTGGGCACTGAGCTTTTTGGGCACTGAGCTTTTTGGG SH20993 20993 63 80 YML073C spliced 13 17 CTTTGGAGCTTTTTGGGCTTTGGAGCTTTTTGGGCTTTGGAGCTTTTTGGGCTTTGGAGC SH20994 20994 47 9 YML073C spliced 17 17 ACCACTTTGGAGCTTTTACCACTTTGGAGCTTTTACCACTTTGGAGCTTTTACCACTTTG SH20995 20995 87 94 YML073C spliced 21 16 GATACCACTTTGGAGCGATACCACTTTGGAGCGATACCACTTTGGAGCGATACCACTTTG SH20996 20996 56 29 YML085C spliced 1 22 GACATTAATACTAATAACTTCTGACATTAATACTAATAACTTCTGACATTAATACTAATA SH20997 20997 37 147 YML085C spliced 5 20 CCGACATTAATACTAATAACCCGACATTAATACTAATAACCCGACATTAATACTAATAAC SH20998 20998 16 124 YML085C spliced 9 18 GACCGACATTAATACTAAGACCGACATTAATACTAAGACCGACATTAATACTAAGACCGA SH20999 20999 104 71 YML085C spliced 13 18 GCTTGACCGACATTAATAGCTTGACCGACATTAATAGCTTGACCGACATTAATAGCTTGA SH21000 21000 13 94 YML085C spliced 17 16 CAGCTTGACCGACATTCAGCTTGACCGACATTCAGCTTGACCGACATTCAGCTTGACCGA SH21001 21001 77 100 YML085C spliced 21 13 CCAGCTTGACCGACCAGCTTGACCGACCAGCTTGACCGACCAGCTTGACCGACCAGCTTG SH21002 21002 34 137 YML085C spliced 25 16 CTGACAACCAGCTTGACTGACAACCAGCTTGACTGACAACCAGCTTGACTGACAACCAGC SH21003 21003 61 175 YML094W spliced 1 15 TGAGAGGACATGGCTTGAGAGGACATGGCTTGAGAGGACATGGCTTGAGAGGACATGGCT SH21004 21004 66 171 YML094W spliced 5 18 GATTTTTTGAGAGGACATGATTTTTTGAGAGGACATGATTTTTTGAGAGGACATGATTTT SH21005 21005 77 54 YML094W spliced 9 18 AATCGATTTTTTGAGAGGAATCGATTTTTTGAGAGGAATCGATTTTTTGAGAGGAATCGA SH21006 21006 72 202 YML094W spliced 13 22 TTTAGTTAAATCGATTTTTTGATTTAGTTAAATCGATTTTTTGATTTAGTTAAATCGATT SH21007 21007 58 150 YML094W spliced 17 22 TTAGTTTAGTTAAATCGATTTTTTAGTTTAGTTAAATCGATTTTTTAGTTTAGTTAAATC SH21008 21008 63 157 YML124C spliced 1 20 CATTAATACTAATGACCTCTCATTAATACTAATGACCTCTCATTAATACTAATGACCTCT SH21009 21009 31 172 YML124C spliced 5 20 CCAACATTAATACTAATGACCCAACATTAATACTAATGACCCAACATTAATACTAATGAC SH21010 21010 86 13 YML124C spliced 9 20 TTGACCAACATTAATACTAATTGACCAACATTAATACTAATTGACCAACATTAATACTAA SH21011 21011 69 66 YML124C spliced 13 18 GCTTGACCAACATTAATAGCTTGACCAACATTAATAGCTTGACCAACATTAATAGCTTGA SH21012 21012 97 85 YML124C spliced 17 17 CCTGCTTGACCAACATTCCTGCTTGACCAACATTCCTGCTTGACCAACATTCCTGCTTGA SH21013 21013 17 99 YML124C spliced 21 16 CAACCTGCTTGACCAACAACCTGCTTGACCAACAACCTGCTTGACCAACAACCTGCTTGA SH21014 21014 20 167 YMR033W spliced 1 17 AATACTGTCCTGCCTAAAATACTGTCCTGCCTAAAATACTGTCCTGCCTAAAATACTGTC SH21015 21015 55 199 YMR033W spliced 5 17 TCAAAATACTGTCCTGCTCAAAATACTGTCCTGCTCAAAATACTGTCCTGCTCAAAATAC SH21016 21016 41 211 YMR033W spliced 9 21 GTATATTATCAAAATACTGTCGTATATTATCAAAATACTGTCGTATATTATCAAAATACT SH21017 21017 61 83 YMR033W spliced 13 20 GGGGTATATTATCAAAATACGGGGTATATTATCAAAATACGGGGTATATTATCAAAATAC SH21018 21018 33 152 YMR033W spliced 17 18 CTGGGGTATATTATCAAACTGGGGTATATTATCAAACTGGGGTATATTATCAAACTGGGG SH21019 21019 36 40 YMR033W spliced 21 18 AGATCTGGGGTATATTATAGATCTGGGGTATATTATAGATCTGGGGTATATTATAGATCT SH21020 21020 33 97 YMR079W spliced 1 18 TAACCATTGTGTTTTAGGTAACCATTGTGTTTTAGGTAACCATTGTGTTTTAGGTAACCA SH21021 21021 60 196 YMR079W spliced 5 18 TGTGTAACCATTGTGTTTTGTGTAACCATTGTGTTTTGTGTAACCATTGTGTTTTGTGTA SH21022 21022 66 202 YMR079W spliced 9 18 TTGTTGTGTAACCATTGTTTGTTGTGTAACCATTGTTTGTTGTGTAACCATTGTTTGTTG SH21023 21023 15 200 YMR079W spliced 13 18 TTTCTTGTTGTGTAACCATTTCTTGTTGTGTAACCATTTCTTGTTGTGTAACCATTTCTT SH21024 21024 100 138 YMR079W spliced 17 18 TCCTTTTCTTGTTGTGTATCCTTTTCTTGTTGTGTATCCTTTTCTTGTTGTGTATCCTTT SH21025 21025 5 54 YMR079W spliced 21 20 AAAAATTCCTTTTCTTGTTGAAAAATTCCTTTTCTTGTTGAAAAATTCCTTTTCTTGTTG SH21026 21026 6 187 YMR116C spliced 1 18 TAACCATTTTGTCGTTACTAACCATTTTGTCGTTACTAACCATTTTGTCGTTACTAACCA SH21027 21027 32 158 YMR116C spliced 5 17 CCTTAACCATTTTGTCGCCTTAACCATTTTGTCGCCTTAACCATTTTGTCGCCTTAACCA SH21028 21028 72 214 YMR116C spliced 9 18 CCAAGCCTTAACCATTTTCCAAGCCTTAACCATTTTCCAAGCCTTAACCATTTTCCAAGC SH21029 21029 80 192 YMR116C spliced 13 17 GTTCCAAGCCTTAACCAGTTCCAAGCCTTAACCAGTTCCAAGCCTTAACCAGTTCCAAGC SH21030 21030 43 123 YMR116C spliced 17 18 TTTAAGTTCCAAGCCTTATTTAAGTTCCAAGCCTTATTTAAGTTCCAAGCCTTATTTAAG SH21031 21031 29 72 YMR116C spliced 21 17 TGGTTTAAGTTCCAAGCTGGTTTAAGTTCCAAGCTGGTTTAAGTTCCAAGCTGGTTTAAG SH21032 21032 5 109 YMR125W spliced 1 20 CTCCTCTTCTTTTTCTATTACTCCTCTTCTTTTTCTATTACTCCTCTTCTTTTTCTATTA SH21033 21033 4 11 YMR125W spliced 5 18 GTCTCCTCTTCTTTTTCTGTCTCCTCTTCTTTTTCTGTCTCCTCTTCTTTTTCTGTCTCC SH21034 21034 18 191 YMR125W spliced 9 17 GAAGTCTCCTCTTCTTTGAAGTCTCCTCTTCTTTGAAGTCTCCTCTTCTTTGAAGTCTCC SH21035 21035 87 109 YMR125W spliced 13 17 CATCGAAGTCTCCTCTTCATCGAAGTCTCCTCTTCATCGAAGTCTCCTCTTCATCGAAGT SH21036 21036 42 129 YMR125W spliced 17 16 CTTCATCGAAGTCTCCCTTCATCGAAGTCTCCCTTCATCGAAGTCTCCCTTCATCGAAGT SH21037 21037 98 93 YMR125W spliced 21 18 TTTCATCTTCATCGAAGTTTTCATCTTCATCGAAGTTTTCATCTTCATCGAAGTTTTCAT SH21038 21038 84 62 YMR133W spliced 1 19 CATTTCATGAATTCTTCGTCATTTCATGAATTCTTCGTCATTTCATGAATTCTTCGTCAT SH21039 21039 97 129 YMR133W spliced 5 18 ACCCATTTCATGAATTCTACCCATTTCATGAATTCTACCCATTTCATGAATTCTACCCAT SH21040 21040 78 161 YMR133W spliced 9 20 TTATTAACCCATTTCATGAATTATTAACCCATTTCATGAATTATTAACCCATTTCATGAA SH21041 21041 104 40 YMR133W spliced 13 18 CCTTATTAACCCATTTCACCTTATTAACCCATTTCACCTTATTAACCCATTTCACCTTAT SH21042 21042 78 194 YMR133W spliced 17 18 TCAACCTTATTAACCCATTCAACCTTATTAACCCATTCAACCTTATTAACCCATTCAACC SH21043 21043 36 184 YMR133W spliced 21 18 CGTTTCAACCTTATTAACCGTTTCAACCTTATTAACCGTTTCAACCTTATTAACCGTTTC SH21044 21044 4 166 YMR142C spliced 1 18 ATTGTTACTTGATTCCTGATTGTTACTTGATTCCTGATTGTTACTTGATTCCTGATTGTT SH21045 21045 96 40 YMR142C spliced 5 18 AGCCATTGTTACTTGATTAGCCATTGTTACTTGATTAGCCATTGTTACTTGATTAGCCAT SH21046 21046 63 16 YMR142C spliced 9 18 AGATAGCCATTGTTACTTAGATAGCCATTGTTACTTAGATAGCCATTGTTACTTAGATAG SH21047 21047 102 26 YMR142C spliced 13 17 TGGAGATAGCCATTGTTTGGAGATAGCCATTGTTTGGAGATAGCCATTGTTTGGAGATAG SH21048 21048 86 58 YMR142C spliced 17 17 TTCTTGGAGATAGCCATTTCTTGGAGATAGCCATTTCTTGGAGATAGCCATTTCTTGGAG SH21049 21049 59 27 YMR142C spliced 21 18 GTAAATTCTTGGAGATAGGTAAATTCTTGGAGATAGGTAAATTCTTGGAGATAGGTAAAT SH21050 21050 62 72 YMR143W spliced 1 13 CTTGGGACAGCTGCTTGGGACAGCTGCTTGGGACAGCTGCTTGGGACAGCTGCTTGGGAC SH21051 21051 13 29 YMR143W spliced 5 17 TTTGAACACTTGGGACATTTGAACACTTGGGACATTTGAACACTTGGGACATTTGAACAC SH21052 21052 5 199 YMR143W spliced 9 18 AAAAGTTTGAACACTTGGAAAAGTTTGAACACTTGGAAAAGTTTGAACACTTGGAAAAGT SH21053 21053 64 23 YMR143W spliced 13 18 TACCAAAAGTTTGAACACTACCAAAAGTTTGAACACTACCAAAAGTTTGAACACTACCAA SH21054 21054 67 31 YMR143W spliced 17 19 CTTCTTACCAAAAGTTTGACTTCTTACCAAAAGTTTGACTTCTTACCAAAAGTTTGACTT SH21055 21055 75 208 YMR143W spliced 21 20 GATTTCTTCTTACCAAAAGTGATTTCTTCTTACCAAAAGTGATTTCTTCTTACCAAAAGT SH21056 21056 14 160 YMR194W spliced 1 18 GTCTTAACGGTCATTTCTGTCTTAACGGTCATTTCTGTCTTAACGGTCATTTCTGTCTTA SH21057 21057 78 105 YMR194W spliced 5 17 CCTGTCTTAACGGTCATCCTGTCTTAACGGTCATCCTGTCTTAACGGTCATCCTGTCTTA SH21058 21058 104 204 YMR194W spliced 9 17 AATTCCTGTCTTAACGGAATTCCTGTCTTAACGGAATTCCTGTCTTAACGGAATTCCTGT SH21059 21059 8 66 YMR194W spliced 13 18 ATAGCAATTCCTGTCTTAATAGCAATTCCTGTCTTAATAGCAATTCCTGTCTTAATAGCA SH21060 21060 64 171 YMR194W spliced 17 17 CCAATAGCAATTCCTGTCCAATAGCAATTCCTGTCCAATAGCAATTCCTGTCCAATAGCA SH21061 21061 99 78 YMR194W spliced 21 20 GTTTAAACCAATAGCAATTCGTTTAAACCAATAGCAATTCGTTTAAACCAATAGCAATTC SH21062 21062 77 188 YMR201C spliced 1 15 TGGCCTTTTGTTCGGTGGCCTTTTGTTCGGTGGCCTTTTGTTCGGTGGCCTTTTGTTCGG SH21063 21063 86 146 YMR201C spliced 5 17 CTAGTTTGGCCTTTTGTCTAGTTTGGCCTTTTGTCTAGTTTGGCCTTTTGTCTAGTTTGG SH21064 21064 91 122 YMR201C spliced 9 16 CCTCTAGTTTGGCCTTCCTCTAGTTTGGCCTTCCTCTAGTTTGGCCTTCCTCTAGTTTGG SH21065 21065 102 50 YMR201C spliced 13 17 GTTAGCCTCTAGTTTGGGTTAGCCTCTAGTTTGGGTTAGCCTCTAGTTTGGGTTAGCCTC SH21066 21066 74 112 YMR201C spliced 17 16 CCTGTTAGCCTCTAGTCCTGTTAGCCTCTAGTCCTGTTAGCCTCTAGTCCTGTTAGCCTC SH21067 21067 102 58 YMR201C spliced 21 17 AATTTCCTGTTAGCCTCAATTTCCTGTTAGCCTCAATTTCCTGTTAGCCTCAATTTCCTG SH21068 21068 87 110 YMR225C spliced 1 17 CCTTGCCAAAGGGATTACCTTGCCAAAGGGATTACCTTGCCAAAGGGATTACCTTGCCAA SH21069 21069 65 162 YMR225C spliced 5 13 CCTTGCCAAAGGGCCTTGCCAAAGGGCCTTGCCAAAGGGCCTTGCCAAAGGGCCTTGCCA SH21070 21070 77 173 YMR225C spliced 9 15 TCGCTTCCTTGCCAATCGCTTCCTTGCCAATCGCTTCCTTGCCAATCGCTTCCTTGCCAA SH21071 21071 70 191 YMR225C spliced 13 17 CAACTTTCGCTTCCTTGCAACTTTCGCTTCCTTGCAACTTTCGCTTCCTTGCAACTTTCG SH21072 21072 6 57 YMR225C spliced 17 17 CTAGCAACTTTCGCTTCCTAGCAACTTTCGCTTCCTAGCAACTTTCGCTTCCTAGCAACT SH21073 21073 29 187 YMR225C spliced 21 17 TAACCTAGCAACTTTCGTAACCTAGCAACTTTCGTAACCTAGCAACTTTCGTAACCTAGC SH21074 21074 27 175 YMR230W spliced 1 18 TGAAACAAGTATTGGTGATGAAACAAGTATTGGTGATGAAACAAGTATTGGTGATGAAAC SH21075 21075 103 176 YMR230W spliced 5 19 CTTCTTGAAACAAGTATTGCTTCTTGAAACAAGTATTGCTTCTTGAAACAAGTATTGCTT SH21076 21076 19 64 YMR230W spliced 9 18 CACCTTCTTGAAACAAGTCACCTTCTTGAAACAAGTCACCTTCTTGAAACAAGTCACCTT SH21077 21077 29 2 YMR230W spliced 13 17 CAACACCTTCTTGAAACCAACACCTTCTTGAAACCAACACCTTCTTGAAACCAACACCTT SH21078 21078 34 51 YMR230W spliced 17 16 CGACAACACCTTCTTGCGACAACACCTTCTTGCGACAACACCTTCTTGCGACAACACCTT SH21079 21079 66 28 YMR230W spliced 21 15 CGACGACAACACCTTCGACGACAACACCTTCGACGACAACACCTTCGACGACAACACCTT SH21080 21080 82 209 YMR230W spliced 25 16 CTTAGCGACGACAACACTTAGCGACGACAACACTTAGCGACGACAACACTTAGCGACGAC SH21081 21081 81 36 YMR292W spliced 1 13 CTCTGTGAGCCACCTCTGTGAGCCACCTCTGTGAGCCACCTCTGTGAGCCACCTCTGTGA SH21082 21082 48 32 YMR292W spliced 5 13 GAGCCTCTGTGAGGAGCCTCTGTGAGGAGCCTCTGTGAGGAGCCTCTGTGAGGAGCCTCT SH21083 21083 5 36 YMR292W spliced 9 18 CAAATTTTTGAGCCTCTGCAAATTTTTGAGCCTCTGCAAATTTTTGAGCCTCTGCAAATT SH21084 21084 95 4 YMR292W spliced 13 17 CACCAAATTTTTGAGCCCACCAAATTTTTGAGCCCACCAAATTTTTGAGCCCACCAAATT SH21085 21085 64 147 YMR292W spliced 17 17 GCCACACCAAATTTTTGGCCACACCAAATTTTTGGCCACACCAAATTTTTGGCCACACCA SH21086 21086 37 140 YMR292W spliced 21 17 GAAGGCCACACCAAATTGAAGGCCACACCAAATTGAAGGCCACACCAAATTGAAGGCCAC SH21087 21087 42 155 YMR292W spliced 25 13 GAAGGCCACACCAGAAGGCCACACCAGAAGGCCACACCAGAAGGCCACACCAGAAGGCCA SH21088 21088 43 72 YNL012W spliced 1 16 GCCTCCCTAATAAGTGGCCTCCCTAATAAGTGGCCTCCCTAATAAGTGGCCTCCCTAATA SH21089 21089 85 128 YNL012W spliced 5 17 GTTTGGCCTCCCTAATAGTTTGGCCTCCCTAATAGTTTGGCCTCCCTAATAGTTTGGCCT SH21090 21090 61 149 YNL012W spliced 9 13 GTTTGGCCTCCCTGTTTGGCCTCCCTGTTTGGCCTCCCTGTTTGGCCTCCCTGTTTGGCC SH21091 21091 36 28 YNL012W spliced 13 17 GAGTTCATGTTTGGCCTGAGTTCATGTTTGGCCTGAGTTCATGTTTGGCCTGAGTTCATG SH21092 21092 33 28 YNL012W spliced 17 17 GACAGAGTTCATGTTTGGACAGAGTTCATGTTTGGACAGAGTTCATGTTTGGACAGAGTT SH21093 21093 30 115 YNL012W spliced 21 16 CTGGACAGAGTTCATGCTGGACAGAGTTCATGCTGGACAGAGTTCATGCTGGACAGAGTT SH21094 21094 75 106 YNL044W spliced 1 18 CTAAAGCTCCTAACTGATCTAAAGCTCCTAACTGATCTAAAGCTCCTAACTGATCTAAAG SH21095 21095 77 157 YNL044W spliced 5 16 GGCTAAAGCTCCTAACGGCTAAAGCTCCTAACGGCTAAAGCTCCTAACGGCTAAAGCTCC SH21096 21096 31 4 YNL044W spliced 9 13 GGGCTAAAGCTCCGGGCTAAAGCTCCGGGCTAAAGCTCCGGGCTAAAGCTCCGGGCTAAA SH21097 21097 98 165 YNL044W spliced 13 17 TGAAACTTGGGCTAAAGTGAAACTTGGGCTAAAGTGAAACTTGGGCTAAAGTGAAACTTG SH21098 21098 10 129 YNL044W spliced 17 15 CGTGAAACTTGGGCTCGTGAAACTTGGGCTCGTGAAACTTGGGCTCGTGAAACTTGGGCT SH21099 21099 14 4 YNL044W spliced 21 17 GTGAAACGTGAAACTTGGTGAAACGTGAAACTTGGTGAAACGTGAAACTTGGTGAAACGT SH21100 21100 67 139 YNL050C spliced 1 22 CTATCTTAAATTCAGACATTTTCTATCTTAAATTCAGACATTTTCTATCTTAAATTCAGA SH21101 21101 94 26 YNL050C spliced 5 20 TACTATCTTAAATTCAGACATACTATCTTAAATTCAGACATACTATCTTAAATTCAGACA SH21102 21102 10 38 YNL050C spliced 9 21 CTTGATACTATCTTAAATTCACTTGATACTATCTTAAATTCACTTGATACTATCTTAAAT SH21103 21103 28 168 YNL050C spliced 13 22 CTTTTCTTGATACTATCTTAAACTTTTCTTGATACTATCTTAAACTTTTCTTGATACTAT SH21104 21104 40 28 YNL050C spliced 17 20 ATCTTTTCTTGATACTATCTATCTTTTCTTGATACTATCTATCTTTTCTTGATACTATCT SH21105 21105 39 60 YNL050C spliced 21 20 AAAGATCTTTTCTTGATACTAAAGATCTTTTCTTGATACTAAAGATCTTTTCTTGATACT SH21106 21106 55 31 YNL069C spliced 1 17 CAATAACAACGACTGGTCAATAACAACGACTGGTCAATAACAACGACTGGTCAATAACAA SH21107 21107 27 88 YNL069C spliced 5 17 GCATCAATAACAACGACGCATCAATAACAACGACGCATCAATAACAACGACGCATCAATA SH21108 21108 8 203 YNL069C spliced 9 18 CCTTAGCATCAATAACAACCTTAGCATCAATAACAACCTTAGCATCAATAACAACCTTAG SH21109 21109 95 75 YNL069C spliced 13 18 TGATCCTTAGCATCAATATGATCCTTAGCATCAATATGATCCTTAGCATCAATATGATCC SH21110 21110 65 178 YNL069C spliced 17 18 CAAATGATCCTTAGCATCCAAATGATCCTTAGCATCCAAATGATCCTTAGCATCCAAATG SH21111 21111 66 143 YNL069C spliced 21 18 CCAACAAATGATCCTTAGCCAACAAATGATCCTTAGCCAACAAATGATCCTTAGCCAACA SH21112 21112 60 186 YNL096C spliced 1 20 TTCTCTGATAGATTTGATTTTTCTCTGATAGATTTGATTTTTCTCTGATAGATTTGATTT SH21113 21113 80 14 YNL096C spliced 5 20 CAATTTCTCTGATAGATTTGCAATTTCTCTGATAGATTTGCAATTTCTCTGATAGATTTG SH21114 21114 36 2 YNL096C spliced 9 19 CATCAATTTCTCTGATAGACATCAATTTCTCTGATAGACATCAATTTCTCTGATAGACAT SH21115 21115 39 23 YNL096C spliced 13 18 TGACATCAATTTCTCTGATGACATCAATTTCTCTGATGACATCAATTTCTCTGATGACAT SH21116 21116 36 70 YNL096C spliced 17 17 CGGTGACATCAATTTCTCGGTGACATCAATTTCTCGGTGACATCAATTTCTCGGTGACAT SH21117 21117 53 162 YNL096C spliced 21 16 CACCGGTGACATCAATCACCGGTGACATCAATCACCGGTGACATCAATCACCGGTGACAT SH21118 21118 2 8 YNL096C spliced 25 13 CCACCGGTGACATCCACCGGTGACATCCACCGGTGACATCCACCGGTGACATCCACCGGT SH21119 21119 100 212 YNL112W spliced 1 13 TCTGGCGGCCACATCTGGCGGCCACATCTGGCGGCCACATCTGGCGGCCACATCTGGCGG SH21120 21120 86 5 YNL112W spliced 5 13 TACCTCTGGCGGCTACCTCTGGCGGCTACCTCTGGCGGCTACCTCTGGCGGCTACCTCTG SH21121 21121 52 59 YNL112W spliced 9 15 CATCGATACCTCTGGCATCGATACCTCTGGCATCGATACCTCTGGCATCGATACCTCTGG SH21122 21122 99 204 YNL112W spliced 13 17 CTTTGACATCGATACCTCTTTGACATCGATACCTCTTTGACATCGATACCTCTTTGACAT SH21123 21123 15 124 YNL112W spliced 17 18 GATACCTTTGACATCGATGATACCTTTGACATCGATGATACCTTTGACATCGATGATACC SH21124 21124 51 206 YNL112W spliced 21 20 GTAATTGATACCTTTGACATGTAATTGATACCTTTGACATGTAATTGATACCTTTGACAT SH21125 21125 26 176 YNL130C spliced 1 15 CTTCACTATTCGGGCCTTCACTATTCGGGCCTTCACTATTCGGGCCTTCACTATTCGGGC SH21126 21126 10 71 YNL130C spliced 5 18 ACAAATGCTTCACTATTCACAAATGCTTCACTATTCACAAATGCTTCACTATTCACAAAT SH21127 21127 64 214 YNL130C spliced 9 18 TGATACAAATGCTTCACTTGATACAAATGCTTCACTTGATACAAATGCTTCACTTGATAC SH21128 21128 91 97 YNL130C spliced 13 19 CACTTTGATACAAATGCTTCACTTTGATACAAATGCTTCACTTTGATACAAATGCTTCAC SH21129 21129 12 15 YNL130C spliced 17 20 GTCATCACTTTGATACAAATGTCATCACTTTGATACAAATGTCATCACTTTGATACAAAT SH21130 21130 47 88 YNL130C spliced 21 17 GGTCATCACTTTGATACGGTCATCACTTTGATACGGTCATCACTTTGATACGGTCATCAC SH21131 21131 21 99 YNL130C spliced 25 15 GCGGTCATCACTTTGGCGGTCATCACTTTGGCGGTCATCACTTTGGCGGTCATCACTTTG SH21132 21132 66 19 YNL147W spliced 1 17 GTGTTGCTGATGCATGTGTGTTGCTGATGCATGTGTGTTGCTGATGCATGTGTGTTGCTG SH21133 21133 80 155 YNL147W spliced 5 15 GAGTGTTGCTGATGCGAGTGTTGCTGATGCGAGTGTTGCTGATGCGAGTGTTGCTGATGC SH21134 21134 51 74 YNL147W spliced 9 13 GGGAGTGTTGCTGGGGAGTGTTGCTGGGGAGTGTTGCTGGGGAGTGTTGCTGGGGAGTGT SH21135 21135 55 90 YNL147W spliced 13 17 TTTCCTTTGGGAGTGTTTTTCCTTTGGGAGTGTTTTTCCTTTGGGAGTGTTTTTCCTTTG SH21136 21136 101 115 YNL147W spliced 17 18 AATTTTTTCCTTTGGGAGAATTTTTTCCTTTGGGAGAATTTTTTCCTTTGGGAGAATTTT SH21137 21137 53 101 YNL147W spliced 21 19 CTTCGAATTTTTTCCTTTGCTTCGAATTTTTTCCTTTGCTTCGAATTTTTTCCTTTGCTT SH21138 21138 83 88 YNL162W spliced 1 20 CCATTTTTACTGATAATTGTCCATTTTTACTGATAATTGTCCATTTTTACTGATAATTGT SH21139 21139 27 166 YNL162W spliced 5 21 GTTAACCATTTTTACTGATAAGTTAACCATTTTTACTGATAAGTTAACCATTTTTACTGA SH21140 21140 9 21 YNL162W spliced 9 18 CGTTAACCATTTTTACTGCGTTAACCATTTTTACTGCGTTAACCATTTTTACTGCGTTAA SH21141 21141 33 68 YNL162W spliced 13 18 GGAACGTTAACCATTTTTGGAACGTTAACCATTTTTGGAACGTTAACCATTTTTGGAACG SH21142 21142 97 88 YNL162W spliced 17 18 CTTTGGAACGTTAACCATCTTTGGAACGTTAACCATCTTTGGAACGTTAACCATCTTTGG SH21143 21143 56 71 YNL162W spliced 21 17 GGTCTTTGGAACGTTAAGGTCTTTGGAACGTTAAGGTCTTTGGAACGTTAAGGTCTTTGG SH21144 21144 63 124 YNL162W spliced 25 15 CTGGTCTTTGGAACGCTGGTCTTTGGAACGCTGGTCTTTGGAACGCTGGTCTTTGGAACG SH21145 21145 61 65 YNL246W spliced 1 17 TCGTTCTCGTTTTCTTGTCGTTCTCGTTTTCTTGTCGTTCTCGTTTTCTTGTCGTTCTCG SH21146 21146 102 28 YNL246W spliced 5 17 ATGCTCGTTCTCGTTTTATGCTCGTTCTCGTTTTATGCTCGTTCTCGTTTTATGCTCGTT SH21147 21147 46 57 YNL246W spliced 9 15 GCATGCTCGTTCTCGGCATGCTCGTTCTCGGCATGCTCGTTCTCGGCATGCTCGTTCTCG SH21148 21148 6 201 YNL246W spliced 13 17 GCTTTTGCATGCTCGTTGCTTTTGCATGCTCGTTGCTTTTGCATGCTCGTTGCTTTTGCA SH21149 21149 74 46 YNL246W spliced 17 17 GAATGCTTTTGCATGCTGAATGCTTTTGCATGCTGAATGCTTTTGCATGCTGAATGCTTT SH21150 21150 90 40 YNL246W spliced 21 18 CCTAAGAATGCTTTTGCACCTAAGAATGCTTTTGCACCTAAGAATGCTTTTGCACCTAAG SH21151 21151 35 28 YNL265C spliced 1 17 GAACGGAATCATTGACGGAACGGAATCATTGACGGAACGGAATCATTGACGGAACGGAAT SH21152 21152 19 63 YNL265C spliced 5 18 ATAGTGAACGGAATCATTATAGTGAACGGAATCATTATAGTGAACGGAATCATTATAGTG SH21153 21153 5 52 YNL265C spliced 9 18 CTTGATAGTGAACGGAATCTTGATAGTGAACGGAATCTTGATAGTGAACGGAATCTTGAT SH21154 21154 40 203 YNL265C spliced 13 17 AAGCTTGATAGTGAACGAAGCTTGATAGTGAACGAAGCTTGATAGTGAACGAAGCTTGAT SH21155 21155 61 172 YNL265C spliced 17 18 GTTTTAAGCTTGATAGTGGTTTTAAGCTTGATAGTGGTTTTAAGCTTGATAGTGGTTTTA SH21156 21156 70 50 YNL265C spliced 21 18 GCATGTTTTAAGCTTGATGCATGTTTTAAGCTTGATGCATGTTTTAAGCTTGATGCATGT SH21157 21157 7 36 YNL301C spliced 1 18 GCTAGGAAAGTGTATAGTGCTAGGAAAGTGTATAGTGCTAGGAAAGTGTATAGTGCTAGG SH21158 21158 83 76 YNL301C spliced 5 17 CGAGCTAGGAAAGTGTACGAGCTAGGAAAGTGTACGAGCTAGGAAAGTGTACGAGCTAGG SH21159 21159 11 27 YNL301C spliced 9 15 GACGAGCTAGGAAAGGACGAGCTAGGAAAGGACGAGCTAGGAAAGGACGAGCTAGGAAAG SH21160 21160 47 66 YNL301C spliced 13 13 ACGACGAGCTAGGACGACGAGCTAGGACGACGAGCTAGGACGACGAGCTAGGACGACGAG SH21161 21161 78 195 YNL301C spliced 17 13 CAGTACGACGAGCCAGTACGACGAGCCAGTACGACGAGCCAGTACGACGAGCCAGTACGA SH21162 21162 38 97 YNL301C spliced 21 15 GAGCATCAGTACGACGAGCATCAGTACGACGAGCATCAGTACGACGAGCATCAGTACGAC SH21163 21163 75 82 YNL302C spliced 1 15 GGAAACACCTGCCATGGAAACACCTGCCATGGAAACACCTGCCATGGAAACACCTGCCAT SH21164 21164 12 166 YNL302C spliced 5 16 CTAACGGAAACACCTGCTAACGGAAACACCTGCTAACGGAAACACCTGCTAACGGAAACA SH21165 21165 58 188 YNL302C spliced 9 17 CGTCTCTAACGGAAACACGTCTCTAACGGAAACACGTCTCTAACGGAAACACGTCTCTAA SH21166 21166 67 203 YNL302C spliced 13 16 CAACGTCTCTAACGGACAACGTCTCTAACGGACAACGTCTCTAACGGACAACGTCTCTAA SH21167 21167 7 213 YNL302C spliced 17 16 GCTGCAACGTCTCTAAGCTGCAACGTCTCTAAGCTGCAACGTCTCTAAGCTGCAACGTCT SH21168 21168 43 71 YNL302C spliced 21 15 TGAGCTGCAACGTCTTGAGCTGCAACGTCTTGAGCTGCAACGTCTTGAGCTGCAACGTCT SH21169 21169 103 206 YNL312W spliced 1 18 GCCATTATGTATATGCTTGCCATTATGTATATGCTTGCCATTATGTATATGCTTGCCATT SH21170 21170 85 177 YNL312W spliced 5 18 GGTTGCCATTATGTATATGGTTGCCATTATGTATATGGTTGCCATTATGTATATGGTTGC SH21171 21171 38 15 YNL312W spliced 9 18 GATAGGTTGCCATTATGTGATAGGTTGCCATTATGTGATAGGTTGCCATTATGTGATAGG SH21172 21172 48 99 YNL312W spliced 13 17 GTTGATAGGTTGCCATTGTTGATAGGTTGCCATTGTTGATAGGTTGCCATTGTTGATAGG SH21173 21173 22 61 YNL312W spliced 17 17 TATGGTTGATAGGTTGCTATGGTTGATAGGTTGCTATGGTTGATAGGTTGCTATGGTTGA SH21174 21174 73 190 YNL312W spliced 21 18 CGTTATATGGTTGATAGGCGTTATATGGTTGATAGGCGTTATATGGTTGATAGGCGTTAT SH21175 21175 88 104 YNR053C spliced 1 15 CCCAGGTAGGTACCACCCAGGTAGGTACCACCCAGGTAGGTACCACCCAGGTAGGTACCA SH21176 21176 59 144 YNR053C spliced 5 15 GCAACCCAGGTAGGTGCAACCCAGGTAGGTGCAACCCAGGTAGGTGCAACCCAGGTAGGT SH21177 21177 9 13 YNR053C spliced 9 13 CTGCAACCCAGGTCTGCAACCCAGGTCTGCAACCCAGGTCTGCAACCCAGGTCTGCAACC SH21178 21178 25 156 YNR053C spliced 13 13 GCTGCTGCAACCCGCTGCTGCAACCCGCTGCTGCAACCCGCTGCTGCAACCCGCTGCTGC SH21179 21179 52 160 YNR053C spliced 17 13 CCAAGCTGCTGCACCAAGCTGCTGCACCAAGCTGCTGCACCAAGCTGCTGCACCAAGCTG SH21180 21180 39 166 YNR053C spliced 21 13 TGACCCAAGCTGCTGACCCAAGCTGCTGACCCAAGCTGCTGACCCAAGCTGCTGACCCAA SH21181 21181 49 98 YOL047C spliced 1 17 ATACGGATACCAGATGAATACGGATACCAGATGAATACGGATACCAGATGAATACGGATA SH21182 21182 14 161 YOL047C spliced 5 17 CTTTATACGGATACCAGCTTTATACGGATACCAGCTTTATACGGATACCAGCTTTATACG SH21183 21183 74 202 YOL047C spliced 9 20 CTAATTCCTTTATACGGATACTAATTCCTTTATACGGATACTAATTCCTTTATACGGATA SH21184 21184 56 139 YOL047C spliced 13 18 CGCTAATTCCTTTATACGCGCTAATTCCTTTATACGCGCTAATTCCTTTATACGCGCTAA SH21185 21185 103 68 YOL047C spliced 17 18 GATTCGCTAATTCCTTTAGATTCGCTAATTCCTTTAGATTCGCTAATTCCTTTAGATTCG SH21186 21186 17 129 YOL047C spliced 21 16 CGGATTCGCTAATTCCCGGATTCGCTAATTCCCGGATTCGCTAATTCCCGGATTCGCTAA SH21187 21187 49 10 YOL047C spliced 25 15 CCACGGATTCGCTAACCACGGATTCGCTAACCACGGATTCGCTAACCACGGATTCGCTAA SH21188 21188 69 150 YOL120C spliced 1 20 GAGCTAAGAAAGTGTATAATGAGCTAAGAAAGTGTATAATGAGCTAAGAAAGTGTATAAT SH21189 21189 76 65 YOL120C spliced 5 17 CGAGCTAAGAAAGTGTACGAGCTAAGAAAGTGTACGAGCTAAGAAAGTGTACGAGCTAAG SH21190 21190 93 176 YOL120C spliced 9 16 CGACGAGCTAAGAAAGCGACGAGCTAAGAAAGCGACGAGCTAAGAAAGCGACGAGCTAAG SH21191 21191 83 44 YOL120C spliced 13 15 GTACGACGAGCTAAGGTACGACGAGCTAAGGTACGACGAGCTAAGGTACGACGAGCTAAG SH21192 21192 20 110 YOL120C spliced 17 13 CAGTACGACGAGCCAGTACGACGAGCCAGTACGACGAGCCAGTACGACGAGCCAGTACGA SH21193 21193 57 194 YOL120C spliced 21 15 GAGCATCAGTACGACGAGCATCAGTACGACGAGCATCAGTACGACGAGCATCAGTACGAC SH21194 21194 91 54 YOL121C spliced 1 15 GGAAACACCTGGCATGGAAACACCTGGCATGGAAACACCTGGCATGGAAACACCTGGCAT SH21195 21195 88 116 YOL121C spliced 5 16 CTAACGGAAACACCTGCTAACGGAAACACCTGCTAACGGAAACACCTGCTAACGGAAACA SH21196 21196 51 27 YOL121C spliced 9 17 CGTCTCTAACGGAAACACGTCTCTAACGGAAACACGTCTCTAACGGAAACACGTCTCTAA SH21197 21197 21 3 YOL121C spliced 13 16 CAACGTCTCTAACGGACAACGTCTCTAACGGACAACGTCTCTAACGGACAACGTCTCTAA SH21198 21198 32 99 YOL121C spliced 17 16 GCAGCAACGTCTCTAAGCAGCAACGTCTCTAAGCAGCAACGTCTCTAAGCAGCAACGTCT SH21199 21199 79 18 YOL121C spliced 21 15 TGAGCAGCAACGTCTTGAGCAGCAACGTCTTGAGCAGCAACGTCTTGAGCAGCAACGTCT SH21200 21200 6 2 YOL127W spliced 1 18 GATGGAGCCATTTTATCTGATGGAGCCATTTTATCTGATGGAGCCATTTTATCTGATGGA SH21201 21201 101 87 YOL127W spliced 5 17 GCAGATGGAGCCATTTTGCAGATGGAGCCATTTTGCAGATGGAGCCATTTTGCAGATGGA SH21202 21202 67 18 YOL127W spliced 9 13 GCAGATGGAGCCAGCAGATGGAGCCAGCAGATGGAGCCAGCAGATGGAGCCAGCAGATGG SH21203 21203 32 86 YOL127W spliced 13 15 GCCTTAGCAGATGGAGCCTTAGCAGATGGAGCCTTAGCAGATGGAGCCTTAGCAGATGGA SH21204 21204 50 155 YOL127W spliced 17 16 CAGTAGCCTTAGCAGACAGTAGCCTTAGCAGACAGTAGCCTTAGCAGACAGTAGCCTTAG SH21205 21205 100 30 YOL127W spliced 21 15 CGGCAGTAGCCTTAGCGGCAGTAGCCTTAGCGGCAGTAGCCTTAGCGGCAGTAGCCTTAG SH21206 21206 69 166 YOL127W spliced 25 13 AGCGGCAGTAGCCAGCGGCAGTAGCCAGCGGCAGTAGCCAGCGGCAGTAGCCAGCGGCAG SH21207 21207 48 192 YOR096W spliced 1 18 CTCTGATGGACTTGAATTCTCTGATGGACTTGAATTCTCTGATGGACTTGAATTCTCTGA SH21208 21208 78 117 YOR096W spliced 5 17 TTTCTCTGATGGACTTGTTTCTCTGATGGACTTGTTTCTCTGATGGACTTGTTTCTCTGA SH21209 21209 33 145 YOR096W spliced 9 17 TCGATTTCTCTGATGGATCGATTTCTCTGATGGATCGATTTCTCTGATGGATCGATTTCT SH21210 21210 50 153 YOR096W spliced 13 17 AACGTCGATTTCTCTGAAACGTCGATTTCTCTGAAACGTCGATTTCTCTGAAACGTCGAT SH21211 21211 47 82 YOR096W spliced 17 17 CAGCAACGTCGATTTCTCAGCAACGTCGATTTCTCAGCAACGTCGATTTCTCAGCAACGT SH21212 21212 57 95 YOR096W spliced 21 15 ACCAGCAACGTCGATACCAGCAACGTCGATACCAGCAACGTCGATACCAGCAACGTCGAT SH21213 21213 59 178 YOR096W spliced 25 13 CCACCAGCAACGTCCACCAGCAACGTCCACCAGCAACGTCCACCAGCAACGTCCACCAGC SH21214 21214 90 159 YOR122C spliced 1 17 GCCAAGACATAATTTGCGCCAAGACATAATTTGCGCCAAGACATAATTTGCGCCAAGACA SH21215 21215 81 197 YOR122C spliced 5 17 GCTTGCCAAGACATAATGCTTGCCAAGACATAATGCTTGCCAAGACATAATGCTTGCCAA SH21216 21216 91 33 YOR122C spliced 9 17 GTATGCTTGCCAAGACAGTATGCTTGCCAAGACAGTATGCTTGCCAAGACAGTATGCTTG SH21217 21217 32 6 YOR122C spliced 13 17 CAGTGTATGCTTGCCAACAGTGTATGCTTGCCAACAGTGTATGCTTGCCAACAGTGTATG SH21218 21218 40 3 YOR122C spliced 17 18 GTTATCAGTGTATGCTTGGTTATCAGTGTATGCTTGGTTATCAGTGTATGCTTGGTTATC SH21219 21219 74 86 YOR122C spliced 21 20 TATTAAGTTATCAGTGTATGTATTAAGTTATCAGTGTATGTATTAAGTTATCAGTGTATG SH21220 21220 100 31 YOR182C spliced 1 22 GCCATTTTGTATAATTTGTTTAGCCATTTTGTATAATTTGTTTAGCCATTTTGTATAATT SH21221 21221 12 10 YOR182C spliced 5 20 TAGCCATTTTGTATAATTTGTAGCCATTTTGTATAATTTGTAGCCATTTTGTATAATTTG SH21222 21222 11 186 YOR182C spliced 9 20 ACTTTAGCCATTTTGTATAAACTTTAGCCATTTTGTATAAACTTTAGCCATTTTGTATAA SH21223 21223 64 53 YOR182C spliced 13 18 GAACTTTAGCCATTTTGTGAACTTTAGCCATTTTGTGAACTTTAGCCATTTTGTGAACTT SH21224 21224 96 143 YOR182C spliced 17 17 CGTGAACTTTAGCCATTCGTGAACTTTAGCCATTCGTGAACTTTAGCCATTCGTGAACTT SH21225 21225 43 38 YOR182C spliced 21 17 GAACCGTGAACTTTAGCGAACCGTGAACTTTAGCGAACCGTGAACTTTAGCGAACCGTGA SH21226 21226 78 159 YOR234C spliced 1 17 TATGGGATTCAGCCATTTATGGGATTCAGCCATTTATGGGATTCAGCCATTTATGGGATT SH21227 21227 86 126 YOR234C spliced 5 16 GTCTATGGGATTCAGCGTCTATGGGATTCAGCGTCTATGGGATTCAGCGTCTATGGGATT SH21228 21228 71 126 YOR234C spliced 9 18 CGTATAGTCTATGGGATTCGTATAGTCTATGGGATTCGTATAGTCTATGGGATTCGTATA SH21229 21229 71 107 YOR234C spliced 13 18 TTAACGTATAGTCTATGGTTAACGTATAGTCTATGGTTAACGTATAGTCTATGGTTAACG SH21230 21230 74 27 YOR234C spliced 17 18 ACCTTTAACGTATAGTCTACCTTTAACGTATAGTCTACCTTTAACGTATAGTCTACCTTT SH21231 21231 103 132 YOR234C spliced 21 18 GCTTACCTTTAACGTATAGCTTACCTTTAACGTATAGCTTACCTTTAACGTATAGCTTAC SH21232 21232 11 205 YOR293W spliced 1 17 GGAATAAGTATTGGTGGGGAATAAGTATTGGTGGGGAATAAGTATTGGTGGGGAATAAGT SH21233 21233 89 110 YOR293W spliced 5 19 CTTCTTGGAATAAGTATTGCTTCTTGGAATAAGTATTGCTTCTTGGAATAAGTATTGCTT SH21234 21234 81 157 YOR293W spliced 9 18 CACCTTCTTGGAATAAGTCACCTTCTTGGAATAAGTCACCTTCTTGGAATAAGTCACCTT SH21235 21235 35 73 YOR293W spliced 13 17 CAACACCTTCTTGGAATCAACACCTTCTTGGAATCAACACCTTCTTGGAATCAACACCTT SH21236 21236 72 113 YOR293W spliced 17 17 ACAACAACACCTTCTTGACAACAACACCTTCTTGACAACAACACCTTCTTGACAACAACA SH21237 21237 43 105 YOR293W spliced 21 16 GCGACAACAACACCTTGCGACAACAACACCTTGCGACAACAACACCTTGCGACAACAACA SH21238 21238 41 172 YOR293W spliced 25 16 CTTGGCGACAACAACACTTGGCGACAACAACACTTGGCGACAACAACACTTGGCGACAAC SH21239 21239 62 148 YOR312C spliced 1 18 TTTCTTTGCTTGATTCCTTTTCTTTGCTTGATTCCTTTTCTTTGCTTGATTCCTTTTCTT SH21240 21240 84 173 YOR312C spliced 5 19 CCATTTTTCTTTGCTTGATCCATTTTTCTTTGCTTGATCCATTTTTCTTTGCTTGATCCA SH21241 21241 3 45 YOR312C spliced 9 18 GAGCCATTTTTCTTTGCTGAGCCATTTTTCTTTGCTGAGCCATTTTTCTTTGCTGAGCCA SH21242 21242 33 197 YOR312C spliced 13 19 GAAATGAGCCATTTTTCTTGAAATGAGCCATTTTTCTTGAAATGAGCCATTTTTCTTGAA SH21243 21243 84 71 YOR312C spliced 17 19 CTTTGAAATGAGCCATTTTCTTTGAAATGAGCCATTTTCTTTGAAATGAGCCATTTTCTT SH21244 21244 27 94 YOR312C spliced 21 18 ATTCTTTGAAATGAGCCAATTCTTTGAAATGAGCCAATTCTTTGAAATGAGCCAATTCTT SH21245 21245 22 173 YPL031C spliced 1 17 GAAGAAGAAGACATTGGGAAGAAGAAGACATTGGGAAGAAGAAGACATTGGGAAGAAGAA SH21246 21246 103 193 YPL031C spliced 5 18 ATTGTGAAGAAGAAGACAATTGTGAAGAAGAAGACAATTGTGAAGAAGAAGACAATTGTG SH21247 21247 58 146 YPL031C spliced 9 20 GCTTAAATTGTGAAGAAGAAGCTTAAATTGTGAAGAAGAAGCTTAAATTGTGAAGAAGAA SH21248 21248 38 178 YPL031C spliced 13 18 CTGCTTAAATTGTGAAGACTGCTTAAATTGTGAAGACTGCTTAAATTGTGAAGACTGCTT SH21249 21249 81 184 YPL031C spliced 17 18 CTAACTGCTTAAATTGTGCTAACTGCTTAAATTGTGCTAACTGCTTAAATTGTGCTAACT SH21250 21250 24 82 YPL031C spliced 21 20 GCTTTTCTAACTGCTTAAATGCTTTTCTAACTGCTTAAATGCTTTTCTAACTGCTTAAAT SH21251 21251 73 38 YPL075W spliced 1 22 TACATACCATTTTCAATATATATACATACCATTTTCAATATATATACATACCATTTTCAA SH21252 21252 11 60 YPL075W spliced 5 20 GGTACATACCATTTTCAATAGGTACATACCATTTTCAATAGGTACATACCATTTTCAATA SH21253 21253 10 203 YPL075W spliced 9 18 CTGGTACATACCATTTTCCTGGTACATACCATTTTCCTGGTACATACCATTTTCCTGGTA SH21254 21254 29 143 YPL075W spliced 13 17 GTGCTGGTACATACCATGTGCTGGTACATACCATGTGCTGGTACATACCATGTGCTGGTA SH21255 21255 84 14 YPL075W spliced 17 16 CTCGTGCTGGTACATACTCGTGCTGGTACATACTCGTGCTGGTACATACTCGTGCTGGTA SH21256 21256 39 27 YPL075W spliced 21 13 GCTCGTGCTGGTAGCTCGTGCTGGTAGCTCGTGCTGGTAGCTCGTGCTGGTAGCTCGTGC SH21257 21257 16 177 YPL075W spliced 25 15 GTTTGAGCTCGTGCTGTTTGAGCTCGTGCTGTTTGAGCTCGTGCTGTTTGAGCTCGTGCT SH21258 21258 46 44 YPL079W spliced 1 20 GATTTACCCATTTTTGTTTAGATTTACCCATTTTTGTTTAGATTTACCCATTTTTGTTTA SH21259 21259 34 11 YPL079W spliced 5 18 GTGATTTACCCATTTTTGGTGATTTACCCATTTTTGGTGATTTACCCATTTTTGGTGATT SH21260 21260 92 15 YPL079W spliced 9 18 CCATGTGATTTACCCATTCCATGTGATTTACCCATTCCATGTGATTTACCCATTCCATGT SH21261 21261 11 106 YPL079W spliced 13 18 GTAACCATGTGATTTACCGTAACCATGTGATTTACCGTAACCATGTGATTTACCGTAACC SH21262 21262 89 102 YPL079W spliced 17 18 ATCTGTAACCATGTGATTATCTGTAACCATGTGATTATCTGTAACCATGTGATTATCTGT SH21263 21263 53 117 YPL079W spliced 21 17 GAGATCTGTAACCATGTGAGATCTGTAACCATGTGAGATCTGTAACCATGTGAGATCTGT SH21264 21264 18 148 YPL081W spliced 1 18 GGCATGTTGTATACTTTTGGCATGTTGTATACTTTTGGCATGTTGTATACTTTTGGCATG SH21265 21265 9 174 YPL081W spliced 5 17 CTTGGCATGTTGTATACCTTGGCATGTTGTATACCTTGGCATGTTGTATACCTTGGCATG SH21266 21266 37 175 YPL081W spliced 9 16 GCTCTTGGCATGTTGTGCTCTTGGCATGTTGTGCTCTTGGCATGTTGTGCTCTTGGCATG SH21267 21267 83 116 YPL081W spliced 13 13 GGCTCTTGGCATGGGCTCTTGGCATGGGCTCTTGGCATGGGCTCTTGGCATGGGCTCTTG SH21268 21268 73 141 YPL081W spliced 17 13 TTGGGGCTCTTGGTTGGGGCTCTTGGTTGGGGCTCTTGGTTGGGGCTCTTGGTTGGGGCT SH21269 21269 23 27 YPL081W spliced 21 13 GTTCTTGGGGCTCGTTCTTGGGGCTCGTTCTTGGGGCTCGTTCTTGGGGCTCGTTCTTGG SH21270 21270 6 5 YPL090C spliced 1 18 TCATGATGTATAGTCTGTTCATGATGTATAGTCTGTTCATGATGTATAGTCTGTTCATGA SH21271 21271 47 168 YPL090C spliced 5 19 CAACTTCATGATGTATAGTCAACTTCATGATGTATAGTCAACTTCATGATGTATAGTCAA SH21272 21272 22 186 YPL090C spliced 9 18 GTTCAACTTCATGATGTAGTTCAACTTCATGATGTAGTTCAACTTCATGATGTAGTTCAA SH21273 21273 40 85 YPL090C spliced 13 19 GAAATGTTCAACTTCATGAGAAATGTTCAACTTCATGAGAAATGTTCAACTTCATGAGAA SH21274 21274 15 52 YPL090C spliced 17 19 GTAAGAAATGTTCAACTTCGTAAGAAATGTTCAACTTCGTAAGAAATGTTCAACTTCGTA SH21275 21275 73 157 YPL090C spliced 21 18 TGGGTAAGAAATGTTCAATGGGTAAGAAATGTTCAATGGGTAAGAAATGTTCAATGGGTA SH21276 21276 81 145 YPL129W spliced 1 18 CTACCATGATTAGTTATCCTACCATGATTAGTTATCCTACCATGATTAGTTATCCTACCA SH21277 21277 7 145 YPL129W spliced 5 18 GTAGCTACCATGATTAGTGTAGCTACCATGATTAGTGTAGCTACCATGATTAGTGTAGCT SH21278 21278 49 156 YPL129W spliced 9 17 ACTGTAGCTACCATGATACTGTAGCTACCATGATACTGTAGCTACCATGATACTGTAGCT SH21279 21279 79 34 YPL129W spliced 13 18 TTTTTACTGTAGCTACCATTTTTACTGTAGCTACCATTTTTACTGTAGCTACCATTTTTA SH21280 21280 77 190 YPL129W spliced 17 18 GTTCTTTTTACTGTAGCTGTTCTTTTTACTGTAGCTGTTCTTTTTACTGTAGCTGTTCTT SH21281 21281 94 168 YPL129W spliced 21 18 GATGGTTCTTTTTACTGTGATGGTTCTTTTTACTGTGATGGTTCTTTTTACTGTGATGGT SH21282 21282 49 144 YPL143W spliced 1 17 TATGGGATTCAGCCATTTATGGGATTCAGCCATTTATGGGATTCAGCCATTTATGGGATT SH21283 21283 34 166 YPL143W spliced 5 17 AATCTATGGGATTCAGCAATCTATGGGATTCAGCAATCTATGGGATTCAGCAATCTATGG SH21284 21284 68 18 YPL143W spliced 9 18 CGTACAATCTATGGGATTCGTACAATCTATGGGATTCGTACAATCTATGGGATTCGTACA SH21285 21285 74 7 YPL143W spliced 13 17 TGACGTACAATCTATGGTGACGTACAATCTATGGTGACGTACAATCTATGGTGACGTACA SH21286 21286 50 32 YPL143W spliced 17 17 CCTTTGACGTACAATCTCCTTTGACGTACAATCTCCTTTGACGTACAATCTCCTTTGACG SH21287 21287 72 31 YPL143W spliced 21 17 CTTACCTTTGACGTACACTTACCTTTGACGTACACTTACCTTTGACGTACACTTACCTTT SH21288 21288 70 131 YPL143W spliced 25 16 GTGCTTACCTTTGACGGTGCTTACCTTTGACGGTGCTTACCTTTGACGGTGCTTACCTTT SH21289 21289 93 179 YPL175W spliced 1 18 TATATTGAAGCCCATTGTTATATTGAAGCCCATTGTTATATTGAAGCCCATTGTTATATT SH21290 21290 90 34 YPL175W spliced 5 17 CGCTATATTGAAGCCCACGCTATATTGAAGCCCACGCTATATTGAAGCCCACGCTATATT SH21291 21291 65 43 YPL175W spliced 9 17 GCATCGCTATATTGAAGGCATCGCTATATTGAAGGCATCGCTATATTGAAGGCATCGCTA SH21292 21292 61 109 YPL175W spliced 13 17 CACAGCATCGCTATATTCACAGCATCGCTATATTCACAGCATCGCTATATTCACAGCATC SH21293 21293 48 129 YPL175W spliced 17 15 CGCACAGCATCGCTACGCACAGCATCGCTACGCACAGCATCGCTACGCACAGCATCGCTA SH21294 21294 5 128 YPL175W spliced 21 13 GTCGCACAGCATCGTCGCACAGCATCGTCGCACAGCATCGTCGCACAGCATCGTCGCACA SH21295 21295 100 54 YPL198W spliced 1 17 GTGGACATTATGACGTTGTGGACATTATGACGTTGTGGACATTATGACGTTGTGGACATT SH21296 21296 102 70 YPL198W spliced 5 18 TTTCAGTGGACATTATGATTTCAGTGGACATTATGATTTCAGTGGACATTATGATTTCAG SH21297 21297 34 132 YPL198W spliced 9 19 GATTTTTTCAGTGGACATTGATTTTTTCAGTGGACATTGATTTTTTCAGTGGACATTGAT SH21298 21298 62 62 YPL198W spliced 13 18 CAAGATTTTTTCAGTGGACAAGATTTTTTCAGTGGACAAGATTTTTTCAGTGGACAAGAT SH21299 21299 31 192 YPL198W spliced 17 18 GAGTCAAGATTTTTTCAGGAGTCAAGATTTTTTCAGGAGTCAAGATTTTTTCAGGAGTCA SH21300 21300 50 135 YPL198W spliced 21 18 TCAGGAGTCAAGATTTTTTCAGGAGTCAAGATTTTTTCAGGAGTCAAGATTTTTTCAGGA SH21301 21301 91 169 YPL218W spliced 1 18 CAACCAAAAATATCCCAACAACCAAAAATATCCCAACAACCAAAAATATCCCAACAACCA SH21302 21302 53 110 YPL218W spliced 5 18 GAACCAACCAAAAATATCGAACCAACCAAAAATATCGAACCAACCAAAAATATCGAACCA SH21303 21303 94 140 YPL218W spliced 9 18 CTCTGAACCAACCAAAAACTCTGAACCAACCAAAAACTCTGAACCAACCAAAAACTCTGA SH21304 21304 49 202 YPL218W spliced 13 17 CATCTCTGAACCAACCACATCTCTGAACCAACCACATCTCTGAACCAACCACATCTCTGA SH21305 21305 82 152 YPL218W spliced 17 17 AACACATCTCTGAACCAAACACATCTCTGAACCAAACACATCTCTGAACCAAACACATCT SH21306 21306 82 49 YPL218W spliced 21 16 GCCAACACATCTCTGAGCCAACACATCTCTGAGCCAACACATCTCTGAGCCAACACATCT SH21307 21307 14 32 YPL218W spliced 25 16 GGAAGCCAACACATCTGGAAGCCAACACATCTGGAAGCCAACACATCTGGAAGCCAACAC SH21308 21308 81 130 YPL241C spliced 1 18 TTTATCTTCGCAGTAAAGTTTATCTTCGCAGTAAAGTTTATCTTCGCAGTAAAGTTTATC SH21309 21309 86 120 YPL241C spliced 5 17 TCCTTTATCTTCGCAGTTCCTTTATCTTCGCAGTTCCTTTATCTTCGCAGTTCCTTTATC SH21310 21310 99 153 YPL241C spliced 9 17 GAGCTCCTTTATCTTCGGAGCTCCTTTATCTTCGGAGCTCCTTTATCTTCGGAGCTCCTT SH21311 21311 13 152 YPL241C spliced 13 17 GTTCGAGCTCCTTTATCGTTCGAGCTCCTTTATCGTTCGAGCTCCTTTATCGTTCGAGCT SH21312 21312 103 97 YPL241C spliced 17 15 TCGTTCGAGCTCCTTTCGTTCGAGCTCCTTTCGTTCGAGCTCCTTTCGTTCGAGCTCCTT SH21313 21313 27 145 YPL241C spliced 21 15 GTTCTCGTTCGAGCTGTTCTCGTTCGAGCTGTTCTCGTTCGAGCTGTTCTCGTTCGAGCT SH21314 21314 60 86 YPL241C spliced 25 15 GAGAGTTCTCGTTCGGAGAGTTCTCGTTCGGAGAGTTCTCGTTCGGAGAGTTCTCGTTCG SH21315 21315 95 132 YPL249C-A spliced 1 17 TCTTGACAGCCATTTTGTCTTGACAGCCATTTTGTCTTGACAGCCATTTTGTCTTGACAG SH21316 21316 19 108 YPL249C-A spliced 5 16 CAGTCTTGACAGCCATCAGTCTTGACAGCCATCAGTCTTGACAGCCATCAGTCTTGACAG SH21317 21317 98 72 YPL249C-A spliced 9 17 GATACCAGTCTTGACAGGATACCAGTCTTGACAGGATACCAGTCTTGACAGGATACCAGT SH21318 21318 95 56 YPL249C-A spliced 13 15 GCGATACCAGTCTTGGCGATACCAGTCTTGGCGATACCAGTCTTGGCGATACCAGTCTTG SH21319 21319 43 120 YPL249C-A spliced 17 17 CCAATAGCGATACCAGTCCAATAGCGATACCAGTCCAATAGCGATACCAGTCCAATAGCG SH21320 21320 9 34 YPL249C-A spliced 21 17 CAAACCAATAGCGATACCAAACCAATAGCGATACCAAACCAATAGCGATACCAAACCAAT SH21321 21321 45 213 YPR028W spliced 1 20 GGTATCGAATTGTTTCATTTGGTATCGAATTGTTTCATTTGGTATCGAATTGTTTCATTT SH21322 21322 91 171 YPR028W spliced 5 18 TTGGTATCGAATTGTTTCTTGGTATCGAATTGTTTCTTGGTATCGAATTGTTTCTTGGTA SH21323 21323 68 147 YPR028W spliced 9 18 GTACTTGGTATCGAATTGGTACTTGGTATCGAATTGGTACTTGGTATCGAATTGGTACTT SH21324 21324 74 93 YPR028W spliced 13 17 AGAGTACTTGGTATCGAAGAGTACTTGGTATCGAAGAGTACTTGGTATCGAAGAGTACTT SH21325 21325 26 125 YPR028W spliced 17 17 TACCAGAGTACTTGGTATACCAGAGTACTTGGTATACCAGAGTACTTGGTATACCAGAGT SH21326 21326 9 11 YPR028W spliced 21 18 TCTATTACCAGAGTACTTTCTATTACCAGAGTACTTTCTATTACCAGAGTACTTTCTATT SH21327 21327 100 164 YPR043W spliced 1 18 TTTTGTCTCAGTTGTCTTTTTTGTCTCAGTTGTCTTTTTTGTCTCAGTTGTCTTTTTTGT SH21328 21328 63 177 YPR043W spliced 5 18 CCATTTTTGTCTCAGTTGCCATTTTTGTCTCAGTTGCCATTTTTGTCTCAGTTGCCATTT SH21329 21329 59 12 YPR043W spliced 9 18 TTAGCCATTTTTGTCTCATTAGCCATTTTTGTCTCATTAGCCATTTTTGTCTCATTAGCC SH21330 21330 41 70 YPR043W spliced 13 20 GTTCTTTTAGCCATTTTTGTGTTCTTTTAGCCATTTTTGTGTTCTTTTAGCCATTTTTGT SH21331 21331 96 205 YPR043W spliced 17 20 CTTAGTTCTTTTAGCCATTTCTTAGTTCTTTTAGCCATTTCTTAGTTCTTTTAGCCATTT SH21332 21332 65 158 YPR043W spliced 21 18 TTCTTAGTTCTTTTAGCCTTCTTAGTTCTTTTAGCCTTCTTAGTTCTTTTAGCCTTCTTA SH21333 21333 80 143 YPR063C spliced 1 13 AAAGGTCGGGCCTAAAGGTCGGGCCTAAAGGTCGGGCCTAAAGGTCGGGCCTAAAGGTCG SH21334 21334 13 212 YPR063C spliced 5 16 GAAACACAAAGGTCGGGAAACACAAAGGTCGGGAAACACAAAGGTCGGGAAACACAAAGG SH21335 21335 87 99 YPR063C spliced 9 17 TGTACGAAACACAAAGGTGTACGAAACACAAAGGTGTACGAAACACAAAGGTGTACGAAA SH21336 21336 71 112 YPR063C spliced 13 18 TTTCTTGTACGAAACACATTTCTTGTACGAAACACATTTCTTGTACGAAACACATTTCTT SH21337 21337 56 156 YPR063C spliced 17 19 GCAATTTTCTTGTACGAAAGCAATTTTCTTGTACGAAAGCAATTTTCTTGTACGAAAGCA SH21338 21338 13 32 YPR063C spliced 21 17 GCGCAATTTTCTTGTACGCGCAATTTTCTTGTACGCGCAATTTTCTTGTACGCGCAATTT SH21339 21339 2 179 YPR098C spliced 1 20 ACAAAGGAATAAAAAAGCAAACAAAGGAATAAAAAAGCAAACAAAGGAATAAAAAAGCAA SH21340 21340 17 152 YPR098C spliced 5 22 CCAAATACAAAGGAATAAAAAACCAAATACAAAGGAATAAAAAACCAAATACAAAGGAAT SH21341 21341 93 17 YPR098C spliced 9 20 CTCCAAATACAAAGGAATAACTCCAAATACAAAGGAATAACTCCAAATACAAAGGAATAA SH21342 21342 33 141 YPR098C spliced 13 17 CCTCCAAATACAAAGGACCTCCAAATACAAAGGACCTCCAAATACAAAGGACCTCCAAAT SH21343 21343 17 149 YPR098C spliced 17 17 CGTTCCTCCAAATACAACGTTCCTCCAAATACAACGTTCCTCCAAATACAACGTTCCTCC SH21344 21344 8 140 YPR098C spliced 21 16 CGTCGTTCCTCCAAATCGTCGTTCCTCCAAATCGTCGTTCCTCCAAATCGTCGTTCCTCC SH21345 21345 98 59 YPR098C spliced 25 13 ACGTCGTTCCTCCACGTCGTTCCTCCACGTCGTTCCTCCACGTCGTTCCTCCACGTCGTT SH21346 21346 81 38 YPR132W spliced 1 15 TCTTCTGTGGACACGTCTTCTGTGGACACGTCTTCTGTGGACACGTCTTCTGTGGACACG SH21347 21347 4 116 YPR132W spliced 5 17 GTTGTTTCTTCTGTGGAGTTGTTTCTTCTGTGGAGTTGTTTCTTCTGTGGAGTTGTTTCT SH21348 21348 97 69 YPR132W spliced 9 17 AACGGTTGTTTCTTCTGAACGGTTGTTTCTTCTGAACGGTTGTTTCTTCTGAACGGTTGT SH21349 21349 71 77 YPR132W spliced 13 16 CCCAACGGTTGTTTCTCCCAACGGTTGTTTCTCCCAACGGTTGTTTCTCCCAACGGTTGT SH21350 21350 74 195 YPR132W spliced 17 13 GCCCAACGGTTGTGCCCAACGGTTGTGCCCAACGGTTGTGCCCAACGGTTGTGCCCAACG SH21351 21351 12 43 YPR132W spliced 21 13 TTCGGCCCAACGGTTCGGCCCAACGGTTCGGCCCAACGGTTCGGCCCAACGGTTCGGCCC SH21352 21352 80 213 YPR132W spliced 25 15 GTTGTTTTCGGCCCAGTTGTTTTCGGCCCAGTTGTTTTCGGCCCAGTTGTTTTCGGCCCA SH21353 21353 82 180 YPR187W spliced 1 16 CCTCGTAGTCTGACATCCTCGTAGTCTGACATCCTCGTAGTCTGACATCCTCGTAGTCTG SH21354 21354 20 148 YPR187W spliced 5 15 CCTCCTCGTAGTCTGCCTCCTCGTAGTCTGCCTCCTCGTAGTCTGCCTCCTCGTAGTCTG SH21355 21355 49 2 YPR187W spliced 9 13 CGCCTCCTCGTAGCGCCTCCTCGTAGCGCCTCCTCGTAGCGCCTCCTCGTAGCGCCTCCT SH21356 21356 10 154 YPR187W spliced 13 15 GTTAAACGCCTCCTCGTTAAACGCCTCCTCGTTAAACGCCTCCTCGTTAAACGCCTCCTC SH21357 21357 77 88 YPR187W spliced 17 15 CGTCGTTAAACGCCTCGTCGTTAAACGCCTCGTCGTTAAACGCCTCGTCGTTAAACGCCT SH21358 21358 38 49 YPR187W spliced 21 17 CATTACCGTCGTTAAACCATTACCGTCGTTAAACCATTACCGTCGTTAAACCATTACCGT SH21359 21359 93 12 Ile2_3 spliced 1 15 GCACGAAGCTCTAACGCACGAAGCTCTAACGCACGAAGCTCTAACGCACGAAGCTCTAAC SH21360 21360 100 6 Ile2_3 spliced 5 17 TTATAAGCACGAAGCTCTTATAAGCACGAAGCTCTTATAAGCACGAAGCTCTTATAAGCA SH21361 21361 92 154 Ile2_3 spliced 9 17 CGCGTTATAAGCACGAACGCGTTATAAGCACGAACGCGTTATAAGCACGAACGCGTTATA SH21362 21362 74 102 Ile2_3 spliced 13 16 GGTCGCGTTATAAGCAGGTCGCGTTATAAGCAGGTCGCGTTATAAGCAGGTCGCGTTATA SH21363 21363 104 106 Ile2_3 spliced 17 15 GACGGTCGCGTTATAGACGGTCGCGTTATAGACGGTCGCGTTATAGACGGTCGCGTTATA SH21364 21364 68 57 Ile2_3 spliced 21 13 ACGACGGTCGCGTACGACGGTCGCGTACGACGGTCGCGTACGACGGTCGCGTACGACGGT SH21365 21365 67 140 Ile2_3 spliced 25 13 ACCCACGACGGTCACCCACGACGGTCACCCACGACGGTCACCCACGACGGTCACCCACGA SH21366 21366 76 91 Leu1_5 spliced 1 13 CAGGCGCCTTAGACAGGCGCCTTAGACAGGCGCCTTAGACAGGCGCCTTAGACAGGCGCC SH21367 21367 25 81 Leu1_5 spliced 5 13 GAATCAGGCGCCTGAATCAGGCGCCTGAATCAGGCGCCTGAATCAGGCGCCTGAATCAGG SH21368 21368 56 155 Leu1_5 spliced 9 15 GAGCTTGAATCAGGCGAGCTTGAATCAGGCGAGCTTGAATCAGGCGAGCTTGAATCAGGC SH21369 21369 53 88 Leu1_5 spliced 13 17 ATACCTGAGCTTGAATCATACCTGAGCTTGAATCATACCTGAGCTTGAATCATACCTGAG SH21370 21370 69 12 Leu1_5 spliced 17 15 CGATACCTGAGCTTGCGATACCTGAGCTTGCGATACCTGAGCTTGCGATACCTGAGCTTG SH21371 21371 99 32 Leu1_5 spliced 21 17 ATCTTACGATACCTGAGATCTTACGATACCTGAGATCTTACGATACCTGAGATCTTACGA SH21372 21372 53 136 Leu8_9 spliced 1 18 TAAATCTGACGCCTTAAATAAATCTGACGCCTTAAATAAATCTGACGCCTTAAATAAATC SH21373 21373 38 175 Leu8_9 spliced 5 16 CCTAAATCTGACGCCTCCTAAATCTGACGCCTCCTAAATCTGACGCCTCCTAAATCTGAC SH21374 21374 44 56 Leu8_9 spliced 9 17 CAGAGCCTAAATCTGACCAGAGCCTAAATCTGACCAGAGCCTAAATCTGACCAGAGCCTA SH21375 21375 61 145 Leu8_9 spliced 13 18 GATATCAGAGCCTAAATCGATATCAGAGCCTAAATCGATATCAGAGCCTAAATCGATATC SH21376 21376 29 132 Leu8_9 spliced 17 17 GAAGATATCAGAGCCTAGAAGATATCAGAGCCTAGAAGATATCAGAGCCTAGAAGATATC SH21377 21377 76 124 Leu8_9 spliced 21 17 ATCCGAAGATATCAGAGATCCGAAGATATCAGAGATCCGAAGATATCAGAGATCCGAAGA SH21378 21378 55 22 Lys3_4 spliced 1 13 CGAACGCTCTACCCGAACGCTCTACCCGAACGCTCTACCCGAACGCTCTACCCGAACGCT SH21379 21379 81 142 Lys3_4 spliced 5 13 AAGCCGAACGCTCAAGCCGAACGCTCAAGCCGAACGCTCAAGCCGAACGCTCAAGCCGAA SH21380 21380 76 145 Lys3_4 spliced 9 16 CGGTTAAAAGCCGAACCGGTTAAAAGCCGAACCGGTTAAAAGCCGAACCGGTTAAAAGCC SH21381 21381 2 15 Lys3_4 spliced 13 17 CATTTCGGTTAAAAGCCCATTTCGGTTAAAAGCCCATTTCGGTTAAAAGCCCATTTCGGT SH21382 21382 75 201 Lys3_4 spliced 17 18 CCTGACATTTCGGTTAAACCTGACATTTCGGTTAAACCTGACATTTCGGTTAAACCTGAC SH21383 21383 82 77 Lys3_4 spliced 21 15 CCCTGACATTTCGGTCCCTGACATTTCGGTCCCTGACATTTCGGTCCCTGACATTTCGGT SH21384 21384 59 124 Lys3_4 spliced 25 16 CGAACCCCTGACATTTCGAACCCCTGACATTTCGAACCCCTGACATTTCGAACCCCTGAC SH21385 21385 95 212 Phe1_5 spliced 1 13 CTGGCGCTCTCCCCTGGCGCTCTCCCCTGGCGCTCTCCCCTGGCGCTCTCCCCTGGCGCT SH21386 21386 25 74 Phe1_5 spliced 5 13 CAGTCTGGCGCTCCAGTCTGGCGCTCCAGTCTGGCGCTCCAGTCTGGCGCTCCAGTCTGG SH21387 21387 67 121 Phe1_5 spliced 9 15 GATCTTCAGTCTGGCGATCTTCAGTCTGGCGATCTTCAGTCTGGCGATCTTCAGTCTGGC SH21388 21388 54 188 Phe1_5 spliced 13 16 CTCCAGATCTTCAGTCCTCCAGATCTTCAGTCCTCCAGATCTTCAGTCCTCCAGATCTTC SH21389 21389 37 135 Phe1_5 spliced 17 15 GACCTCCAGATCTTCGACCTCCAGATCTTCGACCTCCAGATCTTCGACCTCCAGATCTTC SH21390 21390 6 168 Phe1_5 spliced 21 15 ACAGGACCTCCAGATACAGGACCTCCAGATACAGGACCTCCAGATACAGGACCTCCAGAT SH21391 21391 26 128 Phe1_5 spliced 25 13 ACACAGGACCTCCACACAGGACCTCCACACAGGACCTCCACACAGGACCTCCACACAGGA SH21392 21392 15 156 Pro2_7 spliced 1 17 AAAGCGAGAATCATACCAAAGCGAGAATCATACCAAAGCGAGAATCATACCAAAGCGAGA SH21393 21393 70 176 Pro2_7 spliced 5 16 CCCAAAGCGAGAATCACCCAAAGCGAGAATCACCCAAAGCGAGAATCACCCAAAGCGAGA SH21394 21394 3 182 Pro2_7 spliced 9 15 GCACCCAAAGCGAGAGCACCCAAAGCGAGAGCACCCAAAGCGAGAGCACCCAAAGCGAGA SH21395 21395 76 79 Pro2_7 spliced 13 13 TCGCACCCAAAGCTCGCACCCAAAGCTCGCACCCAAAGCTCGCACCCAAAGCTCGCACCC SH21396 21396 90 74 Pro2_7 spliced 17 13 CCTCTCGCACCCACCTCTCGCACCCACCTCTCGCACCCACCTCTCGCACCCACCTCTCGC SH21397 21397 36 64 Pro2_7 spliced 21 13 AGGGCCTCTCGCAAGGGCCTCTCGCAAGGGCCTCTCGCAAGGGCCTCTCGCAAGGGCCTC SH21398 21398 101 167 Pro2_7 spliced 25 13 ACCCAGGGCCTCTACCCAGGGCCTCTACCCAGGGCCTCTACCCAGGGCCTCTACCCAGGG SH21399 21399 13 33 Pro8 spliced 1 17 AAAGCGAGAATCATTCCAAAGCGAGAATCATTCCAAAGCGAGAATCATTCCAAAGCGAGA SH21400 21400 13 181 Pro8 spliced 5 16 CCCAAAGCGAGAATCACCCAAAGCGAGAATCACCCAAAGCGAGAATCACCCAAAGCGAGA SH21401 21401 55 210 Pro8 spliced 9 15 GCACCCAAAGCGAGAGCACCCAAAGCGAGAGCACCCAAAGCGAGAGCACCCAAAGCGAGA SH21402 21402 2 66 Pro8 spliced 13 13 TCGCACCCAAAGCTCGCACCCAAAGCTCGCACCCAAAGCTCGCACCCAAAGCTCGCACCC SH21403 21403 49 3 Pro8 spliced 17 13 CCTCTCGCACCCACCTCTCGCACCCACCTCTCGCACCCACCTCTCGCACCCACCTCTCGC SH21404 21404 14 180 Pro8 spliced 21 13 AGGGCCTCTCGCAAGGGCCTCTCGCAAGGGCCTCTCGCAAGGGCCTCTCGCAAGGGCCTC SH21405 21405 75 47 Pro8 spliced 25 13 ACCCAGGGCCTCTACCCAGGGCCTCTACCCAGGGCCTCTACCCAGGGCCTCTACCCAGGG SH21406 21406 63 192 Ser3 spliced 1 15 GTCTCTCGCCTTAACGTCTCTCGCCTTAACGTCTCTCGCCTTAACGTCTCTCGCCTTAAC SH21407 21407 101 135 Ser3 spliced 5 13 GAGTCTCTCGCCTGAGTCTCTCGCCTGAGTCTCTCGCCTGAGTCTCTCGCCTGAGTCTCT SH21408 21408 47 71 Ser3 spliced 9 17 GAGATTTCGAGTCTCTCGAGATTTCGAGTCTCTCGAGATTTCGAGTCTCTCGAGATTTCG SH21409 21409 73 128 Ser3 spliced 13 17 CCAAGAGATTTCGAGTCCCAAGAGATTTCGAGTCCCAAGAGATTTCGAGTCCCAAGAGAT SH21410 21410 90 182 Ser3 spliced 17 15 GCCCAAGAGATTTCGGCCCAAGAGATTTCGGCCCAAGAGATTTCGGCCCAAGAGATTTCG SH21411 21411 39 146 Ser3 spliced 21 15 CAGAGCCCAAGAGATCAGAGCCCAAGAGATCAGAGCCCAAGAGATCAGAGCCCAAGAGAT SH21412 21412 39 167 Ser3 spliced 25 13 GGCAGAGCCCAAGGGCAGAGCCCAAGGGCAGAGCCCAAGGGCAGAGCCCAAGGGCAGAGC SH21413 21413 24 20 Ser3 spliced 29 12 GCGGGCAGAGCCGCGGGCAGAGCCGCGGGCAGAGCCGCGGGCAGAGCCGCGGGCAGAGCC SH21414 21414 28 59 Ser4 spliced 1 15 GGGCATCGCCTTAACGGGCATCGCCTTAACGGGCATCGCCTTAACGGGCATCGCCTTAAC SH21415 21415 65 202 Ser4 spliced 5 13 CAGGGCATCGCCTCAGGGCATCGCCTCAGGGCATCGCCTCAGGGCATCGCCTCAGGGCAT SH21416 21416 82 27 Ser4 spliced 9 15 CCTTAGCAGGGCATCCCTTAGCAGGGCATCCCTTAGCAGGGCATCCCTTAGCAGGGCATC SH21417 21417 51 55 Ser4 spliced 13 13 TGCCTTAGCAGGGTGCCTTAGCAGGGTGCCTTAGCAGGGTGCCTTAGCAGGGTGCCTTAG SH21418 21418 82 85 Ser4 spliced 17 15 ACCCAATGCCTTAGCACCCAATGCCTTAGCACCCAATGCCTTAGCACCCAATGCCTTAGC SH21419 21419 99 122 Ser4 spliced 21 17 GGTAAAACCCAATGCCTGGTAAAACCCAATGCCTGGTAAAACCCAATGCCTGGTAAAACC SH21420 21420 57 191 Trp1 spliced 1 15 GTCGAAAGCTCTACCGTCGAAAGCTCTACCGTCGAAAGCTCTACCGTCGAAAGCTCTACC SH21421 21421 28 193 Trp1 spliced 5 15 TGGAGTCGAAAGCTCTGGAGTCGAAAGCTCTGGAGTCGAAAGCTCTGGAGTCGAAAGCTC SH21422 21422 19 161 Trp1 spliced 9 17 CGATTTTGGAGTCGAAACGATTTTGGAGTCGAAACGATTTTGGAGTCGAAACGATTTTGG SH21423 21423 92 114 Trp1 spliced 13 17 CCTTCGATTTTGGAGTCCCTTCGATTTTGGAGTCCCTTCGATTTTGGAGTCCCTTCGATT SH21424 21424 26 75 Trp1 spliced 17 17 CAACCCTTCGATTTTGGCAACCCTTCGATTTTGGCAACCCTTCGATTTTGGCAACCCTTC SH21425 21425 30 13 Trp1 spliced 21 16 CTGCAACCCTTCGATTCTGCAACCCTTCGATTCTGCAACCCTTCGATTCTGCAACCCTTC SH21426 21426 61 122 Trp1 spliced 25 13 CCTGCAACCCTTCCCTGCAACCCTTCCCTGCAACCCTTCCCTGCAACCCTTCCCTGCAAC SH21427 21427 85 82 Tyr1_2 spliced 1 17 CAGTCTTGCGCCTTAAACAGTCTTGCGCCTTAAACAGTCTTGCGCCTTAAACAGTCTTGC SH21428 21428 31 71 Tyr1_2 spliced 5 13 CAGTCTTGCGCCTCAGTCTTGCGCCTCAGTCTTGCGCCTCAGTCTTGCGCCTCAGTCTTG SH21429 21429 67 3 Tyr1_2 spliced 9 18 CAAGATTTACAGTCTTGCCAAGATTTACAGTCTTGCCAAGATTTACAGTCTTGCCAAGAT SH21430 21430 44 61 Tyr1_2 spliced 13 18 ATCTCAAGATTTACAGTCATCTCAAGATTTACAGTCATCTCAAGATTTACAGTCATCTCA SH21431 21431 80 146 Tyr1_2 spliced 17 17 CCGATCTCAAGATTTACCCGATCTCAAGATTTACCCGATCTCAAGATTTACCCGATCTCA SH21432 21432 90 104 Tyr1_2 spliced 21 15 GCCCGATCTCAAGATGCCCGATCTCAAGATGCCCGATCTCAAGATGCCCGATCTCAAGAT SH21433 21433 78 13 Tyr1_2 spliced 25 13 ACGCCCGATCTCAACGCCCGATCTCAACGCCCGATCTCAACGCCCGATCTCAACGCCCGA SH21434 21434 39 139 oligo-dT; WTP_216 NA NA TTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTT SH21435 21435 54 131 telomeric; WTP_217 NA NA CCCACACACCCCCACACACCCCCACACACC SH21436 21436 58 154 TH296 - bright yellow; WTP_218 NA NA ATGCAGTTCGAAAACTGGATAACACTAAGTTTAGATCTCATGAGGGAGAAACTGCCTACATCCGGGTTAA SH21437 21437 104 91 TH204 - control oligo; WTP_219 NA NA CGAGATAAGGTGCGATCACTACGCAGTGAGTAGCATCCTGGACAAGCTGTTCTAACTTCGGTTCCAGGACTCCATTCAGGGAGTGATCCATACACATTCC SH21438 21438 97 82 TH298 - control oligo; WTP_220 NA NA TAACAAAAAGACCACATACGCCAACACCAGGAATTTACATGGGGAGACCTACCTATGGCAGCTCTCGCCG SH21439 21439 38 81 TH297 - control oligo; WTP_221 NA NA GAAAGGGTCATACAAAGTCAAAATCCAGATCAAGGAGCCAGTCCCGTTCCAATTCGCCGCTACCT SH21440 21440 49 146 TH302 - control oligo; WTP_222 NA NA ATAACAATTTCACACAGGAAACAGCTATGACCATGATTACGCCAAGCTTGCATGCCTGCAGGTCG SH21441 21441 104 165 TH213 - control oligo; WTP_223 NA NA CGAATTTCATTGTTTAGACCGAACCTGAGGATCGATGAGCAGACACGCTCGACGTAGCATCAATTTCAGAGATTCCAGGTTTTAACTGCTTATCACGTGG SH21442 21442 40 140 TH294 - control cDNA - flipped; WTP_224 NA NA GACTCTTCGATCGCGACCTGGATTTGGATTCCCTCTTGGACACTGGGGGAGGACT SH21443 21443 5 164 TH299 - control cDNA - flipped; WTP_225 NA NA CTGTATTGGCGTCTCTGCTGCACAGAATCTGCTGCAGCCATTTTGCCACCTTTATCTTCT SH21444 21444 15 55 TH304 - control cDNA - flipped; WTP_226 NA NA GGTGATAATGACAAGACCTGCAACCGTGCCCGGGGTGCTCCACATAATCTAACACAAACT SH21445 21445 72 33 copy of SH42 206 13 ttggccacgtctgttggccacgtctgttggccacgtctgttggccacgtctgttggccac SH21446 21446 69 190 copy of SH84 156 13 GCAACCGGAATCGGCAACCGGAATCGGCAACCGGAATCGGCAACCGGAATCGGCAACCGG SH21447 21447 58 64 copy of SH126 106 13 CCATTGGGCCACGCCATTGGGCCACGCCATTGGGCCACGCCATTGGGCCACGCCATTGGG SH21448 21448 41 17 copy of SH168 56 17 ggatttgctgataccagggatttgctgataccagggatttgctgataccagggatttgct SH21449 21449 77 90 copy of SH210 6 17 gactttgatgtcgtactgactttgatgtcgtactgactttgatgtcgtactgactttgat SH21450 21450 22 134 copy of SH252 216 17 gcactgactcggaaatagcactgactcggaaatagcactgactcggaaatagcactgact SH21451 21451 10 135 copy of SH294 166 18 aaaataatcaaCGTTCCGaaaataatcaaCGTTCCGaaaataatcaaCGTTCCGaaaata SH21452 21452 84 174 copy of SH378 71 20 gtgtcacttttacagaaaaagtgtcacttttacagaaaaagtgtcacttttacagaaaaa SH21453 21453 12 139 copy of SH379 76 18 cttgtgtcacttttacagcttgtgtcacttttacagcttgtgtcacttttacagcttgtg SH21454 21454 99 27 copy of SH463 236 13 tgattgggccgcatgattgggccgcatgattgggccgcatgattgggccgcatgattggg SH21455 21455 81 83 copy of SH464 241 15 cggtgtttgattgggcggtgtttgattgggcggtgtttgattgggcggtgtttgattggg SH21456 21456 6 90 copy of SH552 161 15 agaAGCTCGCACTCAagaAGCTCGCACTCAagaAGCTCGCACTCAagaAGCTCGCACTCA SH21457 21457 62 20 copy of SH553 166 18 aaaaaaaaagaAGCTCGCaaaaaaaaagaAGCTCGCaaaaaaaaagaAGCTCGCaaaaaa SH21458 21458 80 72 copy of SH634 56 22 aattttttaaattgagtggtttaattttttaaattgagtggtttaattttttaaattgag SH21459 21459 80 150 copy of SH635 61 22 ctgacaattttttaaattgagtctgacaattttttaaattgagtctgacaattttttaaa SH21460 21460 34 77 copy of SH730 21 13 tcccggtgtctcttcccggtgtctcttcccggtgtctcttcccggtgtctcttcccggtg SH21461 21461 6 89 copy of SH731 26 18 gtttttttaatcccggtggtttttttaatcccggtggtttttttaatcccggtggttttt SH21462 21462 88 208 copy of SH808 156 13 GAAGCGGGGAGTCGAAGCGGGGAGTCGAAGCGGGGAGTCGAAGCGGGGAGTCGAAGCGGG SH21463 21463 82 119 copy of SH809 161 13 aCTCCGAAGCGGGaCTCCGAAGCGGGaCTCCGAAGCGGGaCTCCGAAGCGGGaCTCCGAA SH21464 21464 98 132 copy of SH1000 91 17 CTTGCGCgtttcaatcaCTTGCGCgtttcaatcaCTTGCGCgtttcaatcaCTTGCGCgt SH21465 21465 67 72 copy of SH1001 96 15 CCACTTGCGCgtttcCCACTTGCGCgtttcCCACTTGCGCgtttcCCACTTGCGCgtttc SH21466 21466 90 138 copy of SH1002 101 13 GAACCACTTGCGCGAACCACTTGCGCGAACCACTTGCGCGAACCACTTGCGCGAACCACT SH21467 21467 10 172 copy of SH1003 106 17 CTAACCACTGAACCACTCTAACCACTGAACCACTCTAACCACTGAACCACTCTAACCACT SH21468 21468 92 81 copy of SH1004 111 20 CATAAATTCTAACCACTGAACATAAATTCTAACCACTGAACATAAATTCTAACCACTGAA SH21469 21469 90 33 copy of SH1239 256 13 gttgggcccccgggttgggcccccgggttgggcccccgggttgggcccccgggttgggcc SH21470 21470 13 126 copy of SH1240 261 13 ccatcgttgggccccatcgttgggccccatcgttgggccccatcgttgggccccatcgtt SH21471 21471 49 184 copy of SH1241 1 18 ttgtttcgttcaacagtattgtttcgttcaacagtattgtttcgttcaacagtattgttt SH21472 21472 35 90 copy of SH1242 6 17 cggcttgtttcgttcaacggcttgtttcgttcaacggcttgtttcgttcaacggcttgtt SH21473 21473 8 41 copy of SH1243 11 13 ccggcttgtttcgccggcttgtttcgccggcttgtttcgccggcttgtttcgccggcttg SH21474 21474 90 58 copyu of SH1441 76 17 gtgatatttgggtcacagtgatatttgggtcacagtgatatttgggtcacagtgatattt SH21475 21475 21 35 copy of SH1442 81 19 cttatttgtgatatttgggcttatttgtgatatttgggcttatttgtgatatttgggctt SH21476 21476 48 197 copy of SH1443 86 20 CAACCacttatttgtgatatCAACCacttatttgtgatatCAACCacttatttgtgatat SH21477 21477 84 178 copy of SH1444 91 19 CAAACAACCacttatttgtCAAACAACCacttatttgtCAAACAACCacttatttgtCAA SH21478 21478 88 81 copy of SH1445 96 17 GGCCAAACAACCacttaGGCCAAACAACCacttaGGCCAAACAACCacttaGGCCAAACA SH21479 21479 9 147 copy of SH1652 226 18 cttcaaaattttcggaagcttcaaaattttcggaagcttcaaaattttcggaagcttcaa SH21480 21480 84 149 copy of SH1653 231 20 tatgtagcttcaaaattttctatgtagcttcaaaattttctatgtagcttcaaaattttc SH21481 21481 79 88 copy of SH1654 236 20 gctaatatgtagcttcaaaagctaatatgtagcttcaaaagctaatatgtagcttcaaaa SH21482 21482 92 6 copy of SH1655 241 18 agtgctaatatgtagcttagtgctaatatgtagcttagtgctaatatgtagcttagtgct SH21483 21483 85 133 copy of SH1656 246 18 agaagagtgctaatatgtagaagagtgctaatatgtagaagagtgctaatatgtagaaga SH21484 21484 3 143 copy of SH1850 91 18 AAACTCCCattgtttgttAAACTCCCattgtttgttAAACTCCCattgtttgttAAACTC SH21485 21485 4 200 copy of SH1851 96 16 GCCAAACTCCCattgtGCCAAACTCCCattgtGCCAAACTCCCattgtGCCAAACTCCCa SH21486 21486 13 209 copy of SH1852 101 13 CGGCCAAACTCCCCGGCCAAACTCCCCGGCCAAACTCCCCGGCCAAACTCCCCGGCCAAA SH21487 21487 31 150 copy of SH1853 106 13 CCACTCGGCCAAACCACTCGGCCAAACCACTCGGCCAAACCACTCGGCCAAACCACTCGG SH21488 21488 57 207 copy of SH1854 111 15 CCTTAAACCACTCGGCCTTAAACCACTCGGCCTTAAACCACTCGGCCTTAAACCACTCGG SH21489 21489 102 43 copy of SH2037 231 18 ttgatacccttttaaaggttgatacccttttaaaggttgatacccttttaaaggttgata SH21490 21490 25 209 copy of SH2038 236 20 attgtttttgatacccttttattgtttttgatacccttttattgtttttgataccctttt SH21491 21491 59 58 copy of SH2039 241 18 gctattgtttttgataccgctattgtttttgataccgctattgtttttgataccgctatt SH21492 21492 72 156 copy of SH2040 246 18 gctatgctattgtttttggctatgctattgtttttggctatgctattgtttttggctatg SH21493 21493 47 154 copy of SH2041 251 20 cttttatgctatgctattgtcttttatgctatgctattgtcttttatgctatgctattgt SH21494 21494 3 99 copy of SH2287 131 18 CGAAGTTTTTTCTTCAGTCGAAGTTTTTTCTTCAGTCGAAGTTTTTTCTTCAGTCGAAGT SH21495 21495 42 114 copy of SH2288 136 18 TTGACCGAAGTTTTTTCTTTGACCGAAGTTTTTTCTTTGACCGAAGTTTTTTCTTTGACC SH21496 21496 80 47 copy of SH2289 141 18 ATAACTTGACCGAAGTTTATAACTTGACCGAAGTTTATAACTTGACCGAAGTTTATAACT SH21497 21497 100 13 copy of SH2290 146 17 CCAGATAACTTGACCGACCAGATAACTTGACCGACCAGATAACTTGACCGACCAGATAAC SH21498 21498 32 103 copy of SH2291 151 17 GACCTCCAGATAACTTGGACCTCCAGATAACTTGGACCTCCAGATAACTTGGACCTCCAG SH21499 21499 12 120 copy of SH2549 81 20 gaattattgttgcgttaatagaattattgttgcgttaatagaattattgttgcgttaata SH21500 21500 78 92 copy of SH2550 86 17 CCgaattattgttgcgtCCgaattattgttgcgtCCgaattattgttgcgtCCgaattat SH21501 21501 65 89 copy of SH2551 91 17 CACGCCCgaattattgtCACGCCCgaattattgtCACGCCCgaattattgtCACGCCCga SH21502 21502 78 34 copy of SH2552 96 15 CCACACGCCCgaattCCACACGCCCgaattCCACACGCCCgaattCCACACGCCCgaatt SH21503 21503 36 116 copy of SH2553 101 13 AGACCACACGCCCAGACCACACGCCCAGACCACACGCCCAGACCACACGCCCAGACCACA SH21504 21504 86 119 copy of SH2796 171 13 ACCCAGGGCCTCTACCCAGGGCCTCTACCCAGGGCCTCTACCCAGGGCCTCTACCCAGGG SH21505 21505 38 108 copy of SH2797 176 15 GAATTGAACCCAGGGGAATTGAACCCAGGGGAATTGAACCCAGGGGAATTGAACCCAGGG SH21506 21506 61 112 copy of SH2798 181 15 GCTGGGAATTGAACCGCTGGGAATTGAACCGCTGGGAATTGAACCGCTGGGAATTGAACC SH21507 21507 62 39 copy of SH2799 186 15 GGCGAGCTGGGAATTGGCGAGCTGGGAATTGGCGAGCTGGGAATTGGCGAGCTGGGAATT SH21508 21508 33 35 copy of SH2800 191 13 aGGGGCGAGCTGGaGGGGCGAGCTGGaGGGGCGAGCTGGaGGGGCGAGCTGGaGGGGCGA SH21509 21509 31 60 copy of SH2854 176 13 TTGAACCCAGGGCTTGAACCCAGGGCTTGAACCCAGGGCTTGAACCCAGGGCTTGAACCC SH21510 21510 41 205 copy of SH2855 181 15 CTGGGAATTGAACCCCTGGGAATTGAACCCCTGGGAATTGAACCCCTGGGAATTGAACCC SH21511 21511 56 47 copy of SH2856 186 15 GCGAGCTGGGAATTGGCGAGCTGGGAATTGGCGAGCTGGGAATTGGCGAGCTGGGAATTG SH21512 21512 30 79 copy of SH2857 191 13 GGGGCGAGCTGGGGGGGCGAGCTGGGGGGGCGAGCTGGGGGGGCGAGCTGGGGGGGCGAG SH21513 21513 85 103 copy of SH2858 196 17 gaaaataaaGGGGCGAGgaaaataaaGGGGCGAGgaaaataaaGGGGCGAGgaaaataaa SH21514 21514 2 130 copy of SH3109 51 22 aactattttgttgtaaacataaaactattttgttgtaaacataaaactattttgttgtaa SH21515 21515 66 156 copy of SH3110 56 22 aagtaaactattttgttgtaaaaagtaaactattttgttgtaaaaagtaaactattttgt SH21516 21516 34 102 copy of SH3111 61 22 caatgaagtaaactattttgttcaatgaagtaaactattttgttcaatgaagtaaactat SH21517 21517 63 9 copy of SH3112 66 20 gttcaatgaagtaaactattgttcaatgaagtaaactattgttcaatgaagtaaactatt SH21518 21518 82 142 copy of SH3113 71 20 ggtttgttcaatgaagtaaaggtttgttcaatgaagtaaaggtttgttcaatgaagtaaa SH21519 21519 93 128 copy of SH3380 86 20 GAGGCtaaaaatacaactatGAGGCtaaaaatacaactatGAGGCtaaaaatacaactat SH21520 21520 83 97 copy of SH3381 91 18 AAGGAGGCtaaaaatacaAAGGAGGCtaaaaatacaAAGGAGGCtaaaaatacaAAGGAG SH21521 21521 9 113 copy of SH3382 96 17 AGCTAAGGAGGCtaaaaAGCTAAGGAGGCtaaaaAGCTAAGGAGGCtaaaaAGCTAAGGA SH21522 21522 72 157 copy of SH3383 101 15 CTAAGCTAAGGAGGCCTAAGCTAAGGAGGCCTAAGCTAAGGAGGCCTAAGCTAAGGAGGC SH21523 21523 7 137 copy of SH3384 106 17 TCTACCACTAAGCTAAGTCTACCACTAAGCTAAGTCTACCACTAAGCTAAGTCTACCACT SH21524 21524 33 83 copy of SH3559 166 13 CGAGTCGAACGCCCGAGTCGAACGCCCGAGTCGAACGCCCGAGTCGAACGCCCGAGTCGA SH21525 21525 45 194 copy of SH3560 171 13 GGGGGCGAGTCGAGGGGGCGAGTCGAGGGGGCGAGTCGAGGGGGCGAGTCGAGGGGGCGA SH21526 21526 78 157 copy of SH3561 176 13 CTCCCGGGGGCGACTCCCGGGGGCGACTCCCGGGGGCGACTCCCGGGGGCGACTCCCGGG SH21527 21527 93 101 copy of SH3562 181 17 taaaaaaaTCTCCCGGGtaaaaaaaTCTCCCGGGtaaaaaaaTCTCCCGGGtaaaaaaaT SH21528 21528 7 174 copy of SH3563 186 20 gcttgacataaaaaaaTCTCgcttgacataaaaaaaTCTCgcttgacataaaaaaaTCTC SH21529 21529 41 137 copy of SH3749 71 20 tactatgtcatttttggatatactatgtcatttttggatatactatgtcatttttggata SH21530 21530 73 111 copy of SH3750 76 20 ctcgatactatgtcatttttctcgatactatgtcatttttctcgatactatgtcattttt SH21531 21531 4 140 copy of SH3751 81 18 gaactcgatactatgtcagaactcgatactatgtcagaactcgatactatgtcagaactc SH21532 21532 34 121 copy of SH3752 86 16 CcggaactcgatactaCcggaactcgatactaCcggaactcgatactaCcggaactcgat SH21533 21533 63 109 copy of SH3753 91 13 ACCcggaactcgaACCcggaactcgaACCcggaactcgaACCcggaactcgaACCcggaa SH21534 21534 17 181 copy of SH3940 216 25 AATTTAAAATTTTTAAATCTCATTAAATTTAAAATTTTTAAATCTCATTAAATTTAAAAT SH21535 21535 9 61 copy of SH3941 221 25 TAAACAATTTAAAATTTTTAAATCTTAAACAATTTAAAATTTTTAAATCTTAAACAATTT SH21536 21536 39 95 copy of SH3942 226 25 TGATTTAAACAATTTAAAATTTTTATGATTTAAACAATTTAAAATTTTTATGATTTAAAC SH21537 21537 48 81 copy of SH3943 231 23 AGTTGATTTAAACAATTTAAAATAGTTGATTTAAACAATTTAAAATAGTTGATTTAAACA SH21538 21538 64 63 copy of SH3944 236 22 AATGAGTTGATTTAAACAATTTAATGAGTTGATTTAAACAATTTAATGAGTTGATTTAAA SH21539 21539 23 113 copy of SH4149 736 17 CTGATATGTGCTATCCCCTGATATGTGCTATCCCCTGATATGTGCTATCCCCTGATATGT SH21540 21540 81 44 copy of SH4150 741 16 CCGACTGATATGTGCTCCGACTGATATGTGCTCCGACTGATATGTGCTCCGACTGATATG SH21541 21541 46 77 copy of SH4151 746 18 CAATTATCCGACTGATATCAATTATCCGACTGATATCAATTATCCGACTGATATCAATTA SH21542 21542 38 198 copy of SH4152 751 17 TGCACAATTATCCGACTTGCACAATTATCCGACTTGCACAATTATCCGACTTGCACAATT SH21543 21543 8 177 copy of SH4153 756 18 TCAACTTGCACAATTATCTCAACTTGCACAATTATCTCAACTTGCACAATTATCTCAACT SH21544 21544 99 205 copy of SH4253 401 19 CAGATTTTAGCCATCTATACAGATTTTAGCCATCTATACAGATTTTAGCCATCTATACAG SH21545 21545 43 212 copy of SH4254 406 18 AACTCAGATTTTAGCCATAACTCAGATTTTAGCCATAACTCAGATTTTAGCCATAACTCA SH21546 21546 42 146 copy of SH4255 411 22 CATTTTCTAAACTCAGATTTTACATTTTCTAAACTCAGATTTTACATTTTCTAAACTCAG SH21547 21547 15 57 copy of SH4256 416 18 GCATTTTCTAAACTCAGAGCATTTTCTAAACTCAGAGCATTTTCTAAACTCAGAGCATTT SH21548 21548 8 179 copy of SH4257 421 18 GGTTTGCATTTTCTAAACGGTTTGCATTTTCTAAACGGTTTGCATTTTCTAAACGGTTTG SH21549 21549 47 24 copy of SH4562 466 17 CGCGCCATTAAATATCGCGCGCCATTAAATATCGCGCGCCATTAAATATCGCGCGCCATT SH21550 21550 15 157 copy of SH4563 471 17 ATCATCGCGCCATTAAAATCATCGCGCCATTAAAATCATCGCGCCATTAAAATCATCGCG SH21551 21551 16 23 copy of SH4564 476 13 GATCATCGCGCCAGATCATCGCGCCAGATCATCGCGCCAGATCATCGCGCCAGATCATCG SH21552 21552 94 59 copy of SH4565 481 15 GGGTCAAGATCATCGGGGTCAAGATCATCGGGGTCAAGATCATCGGGGTCAAGATCATCG SH21553 21553 26 208 copy of SH4566 486 17 ATAGGATGGGTCAAGATATAGGATGGGTCAAGATATAGGATGGGTCAAGATATAGGATGG SH21554 21554 36 146 copy of SH4780 171 15 CTTCCAGCCATTTGCCTTCCAGCCATTTGCCTTCCAGCCATTTGCCTTCCAGCCATTTGC SH21555 21555 78 102 copy of SH4781 176 15 GTCTACTTCCAGCCAGTCTACTTCCAGCCAGTCTACTTCCAGCCAGTCTACTTCCAGCCA SH21556 21556 39 92 copy of SH4782 181 18 AAAAATTGGTCTACTTCCAAAAATTGGTCTACTTCCAAAAATTGGTCTACTTCCAAAAAT SH21557 21557 92 134 copy of SH4783 186 20 GAACAAAAAAAATTGGTCTAGAACAAAAAAAATTGGTCTAGAACAAAAAAAATTGGTCTA SH21558 21558 13 195 copy of SH4784 191 20 GCTAGGAACAAAAAAAATTGGCTAGGAACAAAAAAAATTGGCTAGGAACAAAAAAAATTG SH21559 21559 83 9 copy of SH4989 76 23 tgttataaaataacactaaaatatgttataaaataacactaaaatatgttataaaataac SH21560 21560 104 43 copy of SH4990 81 22 TTactgttataaaataacactaTTactgttataaaataacactaTTactgttataaaata SH21561 21561 87 26 copy of SH4991 86 20 GCGTTactgttataaaataaGCGTTactgttataaaataaGCGTTactgttataaaataa SH21562 21562 59 173 copy of SH4992 91 20 AATTTGCGTTactgttataaAATTTGCGTTactgttataaAATTTGCGTTactgttataa SH21563 21563 104 182 copy of SH4993 96 19 GTTAAATTTGCGTTactgtGTTAAATTTGCGTTactgtGTTAAATTTGCGTTactgtGTT SH21564 21564 76 118 copy of SH5224 71 20 ttacaaataagcaaagagaattacaaataagcaaagagaattacaaataagcaaagagaa SH21565 21565 11 87 copy of SH5225 76 23 ttttttttttacaaataagcaaattttttttttacaaataagcaaattttttttttacaa SH21566 21566 61 81 copy of SH5226 81 23 GTTacttttttttttacaaataaGTTacttttttttttacaaataaGTTacttttttttt SH21567 21567 54 190 copy of SH5227 86 22 TATGGTTacttttttttttacaTATGGTTacttttttttttacaTATGGTTacttttttt SH21568 21568 27 99 copy of SH5228 91 20 GACTATGGTTacttttttttGACTATGGTTacttttttttGACTATGGTTactttttttt SH21569 21569 90 68 copy of SH5384 86 19 CTTCacttttctgaattcaCTTCacttttctgaattcaCTTCacttttctgaattcaCTT SH21570 21570 76 32 copy of SH5385 91 18 TTTGCTTCacttttctgaTTTGCTTCacttttctgaTTTGCTTCacttttctgaTTTGCT SH21571 21571 59 170 copy of SH5386 96 20 GTGTAATTTTGCTTCactttGTGTAATTTTGCTTCactttGTGTAATTTTGCTTCacttt SH21572 21572 88 118 copy of SH5387 101 18 ATGGTGTAATTTTGCTTCATGGTGTAATTTTGCTTCATGGTGTAATTTTGCTTCATGGTG SH21573 21573 20 3 copy of SH5388 106 19 GAACTCATGGTGTAATTTTGAACTCATGGTGTAATTTTGAACTCATGGTGTAATTTTGAA SH21574 21574 50 26 copy of SH5620 121 17 GGTACGGAATATCAGCAGGTACGGAATATCAGCAGGTACGGAATATCAGCAGGTACGGAA SH21575 21575 48 199 copy of SH5621 126 17 TCTAGGGTACGGAATATTCTAGGGTACGGAATATTCTAGGGTACGGAATATTCTAGGGTA SH21576 21576 43 133 copy of SH5622 131 16 GAAATCTAGGGTACGGGAAATCTAGGGTACGGGAAATCTAGGGTACGGGAAATCTAGGGT SH21577 21577 35 62 copy of SH5623 136 18 AAAGTAAGAAATCTAGGGAAAGTAAGAAATCTAGGGAAAGTAAGAAATCTAGGGAAAGTA SH21578 21578 36 208 copy of SH5624 141 20 TATTTCGAAAGTAAGAAATCTATTTCGAAAGTAAGAAATCTATTTCGAAAGTAAGAAATC SH21579 21579 56 20 copy of SH5868 626 18 ttcATTAATGTTGGTGGTttcATTAATGTTGGTGGTttcATTAATGTTGGTGGTttcATT SH21580 21580 55 171 copy of SH5869 631 18 ggtggttcATTAATGTTGggtggttcATTAATGTTGggtggttcATTAATGTTGggtggt SH21581 21581 72 66 copy of SH5870 636 16 cccggtggttcATTAAcccggtggttcATTAAcccggtggttcATTAAcccggtggttcA SH21582 21582 30 161 copy of SH5871 641 13 cacccggtggttccacccggtggttccacccggtggttccacccggtggttccacccggt SH21583 21583 13 98 copy of SH5872 646 13 actagcacccggtactagcacccggtactagcacccggtactagcacccggtactagcac SH21584 21584 89 97 copy of SH6041 221 19 CGTAATATGAGCTTAAAAGCGTAATATGAGCTTAAAAGCGTAATATGAGCTTAAAAGCGT SH21585 21585 3 40 copy of SH6042 226 20 TTATTACGTAATATGAGCTTTTATTACGTAATATGAGCTTTTATTACGTAATATGAGCTT SH21586 21586 103 181 copy of SH6043 231 22 TATTAACTTATTACGTAATATGTATTAACTTATTACGTAATATGTATTAACTTATTACGT SH21587 21587 71 163 copy of SH6044 236 20 CAGTATTAACTTATTACGTACAGTATTAACTTATTACGTACAGTATTAACTTATTACGTA SH21588 21588 34 117 copy of SH6045 241 19 GCTCCAGTATTAACTTATTGCTCCAGTATTAACTTATTGCTCCAGTATTAACTTATTGCT SH21589 21589 35 10 copy of SH6250 131 19 CCTATAAACCATCAAACAACCTATAAACCATCAAACAACCTATAAACCATCAAACAACCT SH21590 21590 28 123 copy of SH6251 136 17 GCTCCTATAAACCATCAGCTCCTATAAACCATCAGCTCCTATAAACCATCAGCTCCTATA SH21591 21591 48 153 copy of SH6252 141 15 CCGGCTCCTATAAACCCGGCTCCTATAAACCCGGCTCCTATAAACCCGGCTCCTATAAAC SH21592 21592 46 164 copy of SH6253 146 15 CAAATCCGGCTCCTACAAATCCGGCTCCTACAAATCCGGCTCCTACAAATCCGGCTCCTA SH21593 21593 91 8 copy of SH6254 151 17 AAAAAGACAAATCCGGCAAAAAGACAAATCCGGCAAAAAGACAAATCCGGCAAAAAGACA SH21594 21594 30 39 copy of SH6470 296 17 gactactcccaagtcaagactactcccaagtcaagactactcccaagtcaagactactcc SH21595 21595 70 53 copy of SH6471 301 17 gagatgactactcccaagagatgactactcccaagagatgactactcccaagagatgact SH21596 21596 97 97 copy of SH6472 306 17 cagatgagatgactactcagatgagatgactactcagatgagatgactactcagatgaga SH21597 21597 95 16 copy of SH6473 311 17 gtgtacagatgagatgagtgtacagatgagatgagtgtacagatgagatgagtgtacaga SH21598 21598 45 76 copy of SH6474 316 18 ctacttgtgtacagatgactacttgtgtacagatgactacttgtgtacagatgactactt SH21599 21599 97 87 copy of SH6670 276 20 aatctacttttacatcatctaatctacttttacatcatctaatctacttttacatcatct SH21600 21600 95 107 copy of SH6671 281 18 gcgaatctacttttacatgcgaatctacttttacatgcgaatctacttttacatgcgaat SH21601 21601 69 31 copy of SH6672 286 18 cagatgcgaatctactttcagatgcgaatctactttcagatgcgaatctactttcagatg SH21602 21602 78 30 copy of SH6673 291 17 ttctcagatgcgaatctttctcagatgcgaatctttctcagatgcgaatctttctcagat SH21603 21603 82 71 copy of SH6674 296 17 aaacattctcagatgcgaaacattctcagatgcgaaacattctcagatgcgaaacattct SH21604 21604 87 180 copy of SH6880 131 18 GAAAAGTTCAGTACAGGTGAAAAGTTCAGTACAGGTGAAAAGTTCAGTACAGGTGAAAAG SH21605 21605 68 26 copy of SH6881 136 18 ACTTCGAAAAGTTCAGTAACTTCGAAAAGTTCAGTAACTTCGAAAAGTTCAGTAACTTCG SH21606 21606 90 66 copy of SH6882 141 18 GCAAAACTTCGAAAAGTTGCAAAACTTCGAAAAGTTGCAAAACTTCGAAAAGTTGCAAAA SH21607 21607 18 89 copy of SH6883 146 18 TATCTGCAAAACTTCGAATATCTGCAAAACTTCGAATATCTGCAAAACTTCGAATATCTG SH21608 21608 37 155 copy of SH6884 151 20 ATATTGTTATCTGCAAAACTATATTGTTATCTGCAAAACTATATTGTTATCTGCAAAACT SH21609 21609 79 19 copy of SH7090 56 17 acatagagcagcaagaaacatagagcagcaagaaacatagagcagcaagaaacatagagc SH21610 21610 50 72 copy of SH7091 61 17 gcaaaacatagagcagcgcaaaacatagagcagcgcaaaacatagagcagcgcaaaacat SH21611 21611 43 104 copy of SH7092 66 18 ctttcagcaaaacatagactttcagcaaaacatagactttcagcaaaacatagactttca SH21612 21612 4 3 copy of SH7093 71 17 ttcgctttcagcaaaacttcgctttcagcaaaacttcgctttcagcaaaacttcgctttc SH21613 21613 99 88 copy of SH7094 76 17 attcattcgctttcagcattcattcgctttcagcattcattcgctttcagcattcattcg SH21614 21614 28 214 copy of SH7315 166 20 GTCAGTAATAAAAAAGCAATGTCAGTAATAAAAAAGCAATGTCAGTAATAAAAAAGCAAT SH21615 21615 47 156 copy of SH7316 171 20 tcatGGTCAGTAATAAAAAAtcatGGTCAGTAATAAAAAAtcatGGTCAGTAATAAAAAA SH21616 21616 97 38 copy of SH7317 176 20 aataatcatGGTCAGTAATAaataatcatGGTCAGTAATAaataatcatGGTCAGTAATA SH21617 21617 68 96 copy of SH7318 181 18 atgaataatcatGGTCAGatgaataatcatGGTCAGatgaataatcatGGTCAGatgaat SH21618 21618 86 84 copy of SH7319 186 20 gtaagtaatgaataatcatGgtaagtaatgaataatcatGgtaagtaatgaataatcatG SH21619 21619 87 140 copy of SH7514 11 17 cctggtgttatttagtccctggtgttatttagtccctggtgttatttagtccctggtgtt SH21620 21620 79 41 copy of SH7515 16 17 cacctcctggtgttattcacctcctggtgttattcacctcctggtgttattcacctcctg SH21621 21621 14 3 copy of SH7516 21 13 acacctcctggtgacacctcctggtgacacctcctggtgacacctcctggtgacacctcc SH21622 21622 48 5 copy of SH7517 26 15 tctagacacacctcctctagacacacctcctctagacacacctcctctagacacacctcc SH21623 21623 7 105 copy of SH7518 31 18 caactaagtctagacacacaactaagtctagacacacaactaagtctagacacacaacta SH21624 21624 62 80 copy of SH7729 441 18 GGAAATGTGTCAACTTTCGGAAATGTGTCAACTTTCGGAAATGTGTCAACTTTCGGAAAT SH21625 21625 13 139 copy of SH7730 446 20 AATTTATGGAAATGTGTCAAAATTTATGGAAATGTGTCAAAATTTATGGAAATGTGTCAA SH21626 21626 59 95 copy of SH7731 451 20 CTTCCAATTTATGGAAATGTCTTCCAATTTATGGAAATGTCTTCCAATTTATGGAAATGT SH21627 21627 42 74 copy of SH7732 456 20 GTATTCTTCCAATTTATGGAGTATTCTTCCAATTTATGGAGTATTCTTCCAATTTATGGA SH21628 21628 6 56 copy of SH7733 461 22 CTTAAATGTATTCTTCCAATTTCTTAAATGTATTCTTCCAATTTCTTAAATGTATTCTTC SH21629 21629 28 121 copy of SH7929 1441 18 ACGTGCAAATCATTTGATACGTGCAAATCATTTGATACGTGCAAATCATTTGATACGTGC SH21630 21630 104 14 copy of SH7930 1446 17 ACTGACGTGCAAATCATACTGACGTGCAAATCATACTGACGTGCAAATCATACTGACGTG SH21631 21631 51 90 copy of SH7931 1451 15 CAGACTGACGTGCAACAGACTGACGTGCAACAGACTGACGTGCAACAGACTGACGTGCAA SH21632 21632 104 90 copy of SH7932 1456 15 GTGATCAGACTGACGGTGATCAGACTGACGGTGATCAGACTGACGGTGATCAGACTGACG SH21633 21633 36 190 copy of SH7933 1461 15 gGCTTGTGATCAGACgGCTTGTGATCAGACgGCTTGTGATCAGACgGCTTGTGATCAGAC SH21634 21634 78 190 copy of SH8139 206 13 GGCACCCCTCATAGGCACCCCTCATAGGCACCCCTCATAGGCACCCCTCATAGGCACCCC SH21635 21635 101 47 copy of SH8140 211 13 TCCGTGGCACCCCTCCGTGGCACCCCTCCGTGGCACCCCTCCGTGGCACCCCTCCGTGGC SH21636 21636 9 71 copy of SH8141 216 13 TCCCTTCCGTGGCTCCCTTCCGTGGCTCCCTTCCGTGGCTCCCTTCCGTGGCTCCCTTCC SH21637 21637 83 128 copy of SH8142 221 17 TTCTTTTCTTCCCTTCCTTCTTTTCTTCCCTTCCTTCTTTTCTTCCCTTCCTTCTTTTCT SH21638 21638 26 210 copy of SH8143 226 18 AATGCTTTCTTTTCTTCCAATGCTTTCTTTTCTTCCAATGCTTTCTTTTCTTCCAATGCT SH21639 21639 39 2 copy of SH8349 531 20 ttctagtttagaTTTCAGAAttctagtttagaTTTCAGAAttctagtttagaTTTCAGAA SH21640 21640 102 79 copy of SH8350 536 22 ttttcttttctagtttagaTTTttttcttttctagtttagaTTTttttcttttctagttt SH21641 21641 50 208 copy of SH8351 541 20 tccttttcttttctagtttatccttttcttttctagtttatccttttcttttctagttta SH21642 21642 62 212 copy of SH8352 546 20 atagttccttttcttttctaatagttccttttcttttctaatagttccttttcttttcta SH21643 21643 80 202 copy of SH8353 551 20 ctttgatagttccttttcttctttgatagttccttttcttctttgatagttccttttctt SH21644 21644 82 143 copy of SH8559 391 18 GGGATTAACCAATGATTGGGGATTAACCAATGATTGGGGATTAACCAATGATTGGGGATT SH21645 21645 2 123 copy of SH8560 396 18 ATCAAGGGATTAACCAATATCAAGGGATTAACCAATATCAAGGGATTAACCAATATCAAG SH21646 21646 82 14 copy of SH8561 401 18 AAGGAATCAAGGGATTAAAAGGAATCAAGGGATTAAAAGGAATCAAGGGATTAAAAGGAA SH21647 21647 75 25 copy of SH8562 406 16 CCAAAGGAATCAAGGGCCAAAGGAATCAAGGGCCAAAGGAATCAAGGGCCAAAGGAATCA SH21648 21648 5 25 copy of SH8563 411 17 AAATCCCCAAAGGAATCAAATCCCCAAAGGAATCAAATCCCCAAAGGAATCAAATCCCCA SH21649 21649 49 87 copy of SH8769 586 13 CCATCCGCACTAGCCATCCGCACTAGCCATCCGCACTAGCCATCCGCACTAGCCATCCGC SH21650 21650 26 96 copy of SH8770 591 13 GCGCCCCATCCGCGCGCCCCATCCGCGCGCCCCATCCGCGCGCCCCATCCGCGCGCCCCA SH21651 21651 9 118 copy of SH8771 596 13 TAAGAGCGCCCCATAAGAGCGCCCCATAAGAGCGCCCCATAAGAGCGCCCCATAAGAGCG SH21652 21652 60 106 copy of SH8772 601 18 AAATCAACAATAAGAGCGAAATCAACAATAAGAGCGAAATCAACAATAAGAGCGAAATCA SH21653 21653 89 27 copy of SH8773 606 19 GCGAAGAAATCAACAATAAGCGAAGAAATCAACAATAAGCGAAGAAATCAACAATAAGCG SH21654 21654 17 103 copy of SH8989 331 17 GGACTCATCAACCAAGTGGACTCATCAACCAAGTGGACTCATCAACCAAGTGGACTCATC SH21655 21655 61 99 copy of SH8990 336 17 TTATGGGACTCATCAACTTATGGGACTCATCAACTTATGGGACTCATCAACTTATGGGAC SH21656 21656 43 52 copy of SH8991 341 17 AAAGGTTATGGGACTCAAAAGGTTATGGGACTCAAAAGGTTATGGGACTCAAAAGGTTAT SH21657 21657 8 167 copy of SH8992 346 17 GGTACAAAGGTTATGGGGGTACAAAGGTTATGGGGGTACAAAGGTTATGGGGGTACAAAG SH21658 21658 15 130 copy of SH8993 351 16 CTGGGGTACAAAGGTTCTGGGGTACAAAGGTTCTGGGGTACAAAGGTTCTGGGGTACAAA SH21659 21659 90 123 copy of SH9189 316 23 gaaaaataaaatagaaaagataagaaaaataaaatagaaaagataagaaaaataaaatag SH21660 21660 30 20 copy of SH9190 321 23 ttgtagaaaaataaaatagaaaattgtagaaaaataaaatagaaaattgtagaaaaataa SH21661 21661 50 118 copy of SH9191 326 23 caaatttgtagaaaaataaaatacaaatttgtagaaaaataaaatacaaatttgtagaaa SH21662 21662 25 12 copy of SH9192 331 22 gaatcaaatttgtagaaaaatagaatcaaatttgtagaaaaatagaatcaaatttgtaga SH21663 21663 24 43 copy of SH9193 336 20 catgaatcaaatttgtagaacatgaatcaaatttgtagaacatgaatcaaatttgtagaa SH21664 21664 99 46 copy of SH9399 671 19 cgcctattcataaaaacaacgcctattcataaaaacaacgcctattcataaaaacaacgc SH21665 21665 96 77 copy of SH9400 676 17 cagcgcctattcataaacagcgcctattcataaacagcgcctattcataaacagcgccta SH21666 21666 50 16 copy of SH9401 681 13 ccagcgcctattcccagcgcctattcccagcgcctattcccagcgcctattcccagcgcc SH21667 21667 29 57 copy of SH9402 686 13 gccgaccagcgccgccgaccagcgccgccgaccagcgccgccgaccagcgccgccgacca SH21668 21668 25 111 copy of SH9403 691 13 ggtgcgccgaccaggtgcgccgaccaggtgcgccgaccaggtgcgccgaccaggtgcgcc SH21669 21669 86 40 copy of SH9619 581 20 ccgactatctaataaataatccgactatctaataaataatccgactatctaataaataat SH21670 21670 14 95 copy of SH9620 586 20 caataccgactatctaataacaataccgactatctaataacaataccgactatctaataa SH21671 21671 85 155 copy of SH9621 591 17 gacaataccgactatctgacaataccgactatctgacaataccgactatctgacaatacc SH21672 21672 44 125 copy of SH9622 596 18 caaaaagacaataccgaccaaaaagacaataccgaccaaaaagacaataccgaccaaaaa SH21673 21673 78 174 copy of SH9623 601 22 tttttttcacaaaaagacaatatttttttcacaaaaagacaatatttttttcacaaaaag SH21674 21674 79 52 copy of SH9837 91 23 TAATAATTAAGAAaaggaaataaTAATAATTAAGAAaaggaaataaTAATAATTAAGAAa SH21675 21675 42 33 copy of SH9838 96 21 CGTTAATAATTAAGAAaaggaCGTTAATAATTAAGAAaaggaCGTTAATAATTAAGAAaa SH21676 21676 33 213 copy of SH9839 101 22 GGTATACGTTAATAATTAAGAAGGTATACGTTAATAATTAAGAAGGTATACGTTAATAAT SH21677 21677 40 46 copy of SH9840 106 22 TTATAGGTATACGTTAATAATTTTATAGGTATACGTTAATAATTTTATAGGTATACGTTA SH21678 21678 3 87 copy of SH9841 111 22 TTAATTTATAGGTATACGTTAATTAATTTATAGGTATACGTTAATTAATTTATAGGTATA SH21679 21679 16 81 copy of SH10029 91 15 AGCACaaacctggacAGCACaaacctggacAGCACaaacctggacAGCACaaacctggac SH21680 21680 57 204 copy of SH10030 96 17 CTTTAGTAGCACaaaccCTTTAGTAGCACaaaccCTTTAGTAGCACaaaccCTTTAGTAG SH21681 21681 27 116 copy of SH10031 101 17 CACAACTTTAGTAGCACCACAACTTTAGTAGCACCACAACTTTAGTAGCACCACAACTTT SH21682 21682 53 183 copy of SH10032 106 18 GAAACGCACAACTTTAGTGAAACGCACAACTTTAGTGAAACGCACAACTTTAGTGAAACG SH21683 21683 26 94 copy of SH10033 111 17 AACTGAAACGCACAACTAACTGAAACGCACAACTAACTGAAACGCACAACTAACTGAAAC SH21684 21684 72 71 copy of SH10239 1141 17 cagtatGACAATACGTCcagtatGACAATACGTCcagtatGACAATACGTCcagtatGAC SH21685 21685 50 128 copy of SH10240 1146 19 gatatgtcagtatGACAATgatatgtcagtatGACAATgatatgtcagtatGACAATgat SH21686 21686 8 160 copy of SH10241 1151 18 atgagatatgtcagtatGatgagatatgtcagtatGatgagatatgtcagtatGatgaga SH21687 21687 87 29 copy of SH10242 1156 19 cacaaaatgagatatgtcacacaaaatgagatatgtcacacaaaatgagatatgtcacac SH21688 21688 27 189 copy of SH10243 1161 18 ccaacacaaaatgagataccaacacaaaatgagataccaacacaaaatgagataccaaca SH21689 21689 78 207 copy of SH10449 271 18 ATCTCTGATTTGGTCAAAATCTCTGATTTGGTCAAAATCTCTGATTTGGTCAAAATCTCT SH21690 21690 42 112 copy of SH10450 276 17 GTTCATCTCTGATTTGGGTTCATCTCTGATTTGGGTTCATCTCTGATTTGGGTTCATCTC SH21691 21691 48 97 copy of SH10451 281 19 CATTTATGTTCATCTCTGACATTTATGTTCATCTCTGACATTTATGTTCATCTCTGACAT SH21692 21692 38 182 copy of SH10452 286 20 TAGATTCATTTATGTTCATCTAGATTCATTTATGTTCATCTAGATTCATTTATGTTCATC SH21693 21693 67 45 copy of SH10453 291 20 GTTCGTAGATTCATTTATGTGTTCGTAGATTCATTTATGTGTTCGTAGATTCATTTATGT SH21694 21694 84 75 copy of SH10659 181 15 CGCATGAAGTACCTCCGCATGAAGTACCTCCGCATGAAGTACCTCCGCATGAAGTACCTC SH21695 21695 65 73 copy of SH10660 186 17 CTGCTTTCGCATGAAGTCTGCTTTCGCATGAAGTCTGCTTTCGCATGAAGTCTGCTTTCG SH21696 21696 94 123 copy of SH10661 191 17 TTCAACTGCTTTCGCATTTCAACTGCTTTCGCATTTCAACTGCTTTCGCATTTCAACTGC SH21697 21697 40 107 copy of SH10662 196 18 CTTGTCTTCAACTGCTTTCTTGTCTTCAACTGCTTTCTTGTCTTCAACTGCTTTCTTGTC SH21698 21698 92 160 copy of SH10663 201 17 CGAACTTGTCTTCAACTCGAACTTGTCTTCAACTCGAACTTGTCTTCAACTCGAACTTGT SH21699 21699 4 54 copy of SH10874 1256 17 GGAATCGAACCCTTATTGGAATCGAACCCTTATTGGAATCGAACCCTTATTGGAATCGAA SH21700 21700 78 168 copy of SH10875 1261 13 CGGAATCGAACCCCGGAATCGAACCCCGGAATCGAACCCCGGAATCGAACCCCGGAATCG SH21701 21701 52 129 copy of SH10876 1266 13 CTCTCCGGAATCGCTCTCCGGAATCGCTCTCCGGAATCGCTCTCCGGAATCGCTCTCCGG SH21702 21702 102 24 copy of SH10877 1271 13 GCTCCCTCTCCGGGCTCCCTCTCCGGGCTCCCTCTCCGGGCTCCCTCTCCGGGCTCCCTC SH21703 21703 93 127 copy of SH10878 1276 13 CTCAGGCTCCCTCCTCAGGCTCCCTCCTCAGGCTCCCTCCTCAGGCTCCCTCCTCAGGCT SH21704 21704 50 184 copy of SH11079 2281 15 CGGCTTGAAACCGATCGGCTTGAAACCGATCGGCTTGAAACCGATCGGCTTGAAACCGAT SH21705 21705 11 111 copy of SH11080 2286 17 CTTCCATCGGCTTGAAACTTCCATCGGCTTGAAACTTCCATCGGCTTGAAACTTCCATCG SH21706 21706 42 202 copy of SH11081 2291 16 CAAACTTCCATCGGCTCAAACTTCCATCGGCTCAAACTTCCATCGGCTCAAACTTCCATC SH21707 21707 4 214 copy of SH11082 2296 17 TTGCCTCAAACTTCCATTTGCCTCAAACTTCCATTTGCCTCAAACTTCCATTTGCCTCAA SH21708 21708 94 120 copy of SH11083 2301 18 CTGTTATTGCCTCAAACTCTGTTATTGCCTCAAACTCTGTTATTGCCTCAAACTCTGTTA SH21709 21709 98 92 copy of SH11289 3331 13 CGACCGTACTTGCCGACCGTACTTGCCGACCGTACTTGCCGACCGTACTTGCCGACCGTA SH21710 21710 10 43 copy of SH11290 3336 17 AACCTAAAACGACCGTAAACCTAAAACGACCGTAAACCTAAAACGACCGTAAACCTAAAA SH21711 21711 81 58 copy of SH11291 3341 18 TGGTAAAACCTAAAACGATGGTAAAACCTAAAACGATGGTAAAACCTAAAACGATGGTAA SH21712 21712 92 9 copy of SH11292 3346 18 GCAGTTGGTAAAACCTAAGCAGTTGGTAAAACCTAAGCAGTTGGTAAAACCTAAGCAGTT SH21713 21713 85 150 copy of SH11293 3351 16 GCCGCAGTTGGTAAAAGCCGCAGTTGGTAAAAGCCGCAGTTGGTAAAAGCCGCAGTTGGT SH21714 21714 73 4 copy of SH11499 4381 13 TTCGGCAGGAACCTTCGGCAGGAACCTTCGGCAGGAACCTTCGGCAGGAACCTTCGGCAG SH21715 21715 15 107 copy of SH11500 4386 15 GGGAAACTTCGGCAGGGGAAACTTCGGCAGGGGAAACTTCGGCAGGGGAAACTTCGGCAG SH21716 21716 9 82 copy of SH11501 4391 15 CCTGAGGGAAACTTCCCTGAGGGAAACTTCCCTGAGGGAAACTTCCCTGAGGGAAACTTC SH21717 21717 13 50 copy of SH11502 4396 15 GCTATCCTGAGGGAAGCTATCCTGAGGGAAGCTATCCTGAGGGAAGCTATCCTGAGGGAA SH21718 21718 59 198 copy of SH11503 4401 16 GCTTCTGCTATCCTGAGCTTCTGCTATCCTGAGCTTCTGCTATCCTGAGCTTCTGCTATC SH21719 21719 15 178 copy of SH11709 5431 15 ACCAAGCAGTCCACAACCAAGCAGTCCACAACCAAGCAGTCCACAACCAAGCAGTCCACA SH21720 21720 89 101 copy of SH11710 5436 13 CCCACCAAGCAGTCCCACCAAGCAGTCCCACCAAGCAGTCCCACCAAGCAGTCCCACCAA SH21721 21721 6 204 copy of SH11711 5441 13 CAAGCCCCACCAACAAGCCCCACCAACAAGCCCCACCAACAAGCCCCACCAACAAGCCCC SH21722 21722 47 67 copy of SH11712 5446 13 CAGAGCAAGCCCCCAGAGCAAGCCCCCAGAGCAAGCCCCCAGAGCAAGCCCCCAGAGCAA SH21723 21723 59 200 copy of SH11713 5451 15 CGCCTAGCAGAGCAACGCCTAGCAGAGCAACGCCTAGCAGAGCAACGCCTAGCAGAGCAA SH21724 21724 41 169 copy of SH11919 6481 20 CAAAAACCAATTATCCGAATCAAAAACCAATTATCCGAATCAAAAACCAATTATCCGAAT SH21725 21725 83 142 copy of SH11920 6486 18 CCGCAAAAACCAATTATCCCGCAAAAACCAATTATCCCGCAAAAACCAATTATCCCGCAA SH21726 21726 37 201 copy of SH11921 6491 16 CAGCCGCAAAAACCAACAGCCGCAAAAACCAACAGCCGCAAAAACCAACAGCCGCAAAAA SH21727 21727 43 69 copy of SH11922 6496 15 CAGACAGCCGCAAAACAGACAGCCGCAAAACAGACAGCCGCAAAACAGACAGCCGCAAAA SH21728 21728 49 71 copy of SH11923 6501 13 GATCAGACAGCCGGATCAGACAGCCGGATCAGACAGCCGGATCAGACAGCCGGATCAGAC SH21729 21729 42 66 copy of SH12129 7531 18 GTCGCCAAAAATTTACTTGTCGCCAAAAATTTACTTGTCGCCAAAAATTTACTTGTCGCC SH21730 21730 58 91 copy of SH12130 7536 16 CGCGTCGCCAAAAATTCGCGTCGCCAAAAATTCGCGTCGCCAAAAATTCGCGTCGCCAAA SH21731 21731 30 137 copy of SH12131 7541 13 GCCGCGTCGCCAAGCCGCGTCGCCAAGCCGCGTCGCCAAGCCGCGTCGCCAAGCCGCGTC SH21732 21732 75 179 copy of SH12132 7546 13 GCGTCGCCGCGTCGCGTCGCCGCGTCGCGTCGCCGCGTCGCGTCGCCGCGTCGCGTCGCC SH21733 21733 67 148 copy of SH12133 7551 13 TCGCCGCGTCGCCTCGCCGCGTCGCCTCGCCGCGTCGCCTCGCCGCGTCGCCTCGCCGCG SH21734 21734 65 182 copy of SH12339 651 21 CTGATTTTGATTGTTTATGTTCTGATTTTGATTGTTTATGTTCTGATTTTGATTGTTTAT SH21735 21735 20 151 copy of SH12340 656 18 GGCTGATTTTGATTGTTTGGCTGATTTTGATTGTTTGGCTGATTTTGATTGTTTGGCTGA SH21736 21736 75 111 copy of SH12341 661 18 GAAATGGCTGATTTTGATGAAATGGCTGATTTTGATGAAATGGCTGATTTTGATGAAATG SH21737 21737 25 153 copy of SH12342 666 16 GCGGAAATGGCTGATTGCGGAAATGGCTGATTGCGGAAATGGCTGATTGCGGAAATGGCT SH21738 21738 103 76 copy of SH12343 671 13 GTGCGGAAATGGCGTGCGGAAATGGCGTGCGGAAATGGCGTGCGGAAATGGCGTGCGGAA SH21739 21739 88 200 copy of SH12549 631 25 AATTAATTAAAGAAAAAAAAGAAATAATTAATTAAAGAAAAAAAAGAAATAATTAATTAA SH21740 21740 32 39 copy of SH12550 1 27 TATTACTTATATAATAATAAATAAATTTATTACTTATATAATAATAAATAAATTTATTAC SH21741 21741 46 160 copy of SH12551 16 25 TAAAACTATTATTTATTACTTATATTAAAACTATTATTTATTACTTATATTAAAACTATT SH21742 21742 57 55 copy of SH12552 31 27 ATATTATTATTATTATATAAAACTATTATATTATTATTATTATATAAAACTATTATATTA SH21743 21743 69 21 copy of SH12553 46 29 ATAATATATATATATATATATTATTATTAATAATATATATATATATATATTATTATTAAT SH21744 21744 55 154 copy of SH12759 586 18 GTGTTATTTAGGTCCTTCGTGTTATTTAGGTCCTTCGTGTTATTTAGGTCCTTCGTGTTA SH21745 21745 67 11 copy of SH12760 601 18 TTCGTATTTCCTTTTGTGTTCGTATTTCCTTTTGTGTTCGTATTTCCTTTTGTGTTCGTA SH21746 21746 104 150 copy of SH12761 616 17 TTGATCCCTCACTTTTCTTGATCCCTCACTTTTCTTGATCCCTCACTTTTCTTGATCCCT SH21747 21747 38 34 copy of SH12762 631 18 GAGTTTCCTCTTTCAGTTGAGTTTCCTCTTTCAGTTGAGTTTCCTCTTTCAGTTGAGTTT SH21748 21748 56 182 copy of SH12763 646 15 CTGTCAACTCCAGAGCTGTCAACTCCAGAGCTGTCAACTCCAGAGCTGTCAACTCCAGAG SH21749 21749 28 146 copy of SH12970 3751 23 GCATATAATTTTTACATTGAATAGCATATAATTTTTACATTGAATAGCATATAATTTTTA SH21750 21750 90 156 copy of SH12971 3766 21 CAATTACAGTATTGCATATAACAATTACAGTATTGCATATAACAATTACAGTATTGCATA SH21751 21751 101 125 copy of SH12972 3781 23 AATCTACTTTAATAAATCAATTAAATCTACTTTAATAAATCAATTAAATCTACTTTAATA SH21752 21752 28 104 copy of SH12973 3796 22 AAAGCATTTATTTAAATCTACTAAAGCATTTATTTAAATCTACTAAAGCATTTATTTAAA SH21753 21753 63 173 copy of SH12974 3811 18 GGAATTGTATCAAAGCATGGAATTGTATCAAAGCATGGAATTGTATCAAAGCATGGAATT SH21754 21754 25 37 copy of SH13179 6886 20 CTACTAAAGTTGATGTAACTCTACTAAAGTTGATGTAACTCTACTAAAGTTGATGTAACT SH21755 21755 65 165 copy of SH13180 6901 17 CAGCACCTGATTCTACTCAGCACCTGATTCTACTCAGCACCTGATTCTACTCAGCACCTG SH21756 21756 95 177 copy of SH13181 6916 15 GTTCACCCTGTACCAGTTCACCCTGTACCAGTTCACCCTGTACCAGTTCACCCTGTACCA SH21757 21757 72 210 copy of SH13182 6931 18 GATAATGGTGGATAGACAGATAATGGTGGATAGACAGATAATGGTGGATAGACAGATAAT SH21758 21758 97 51 copy of SH13183 6946 17 GTGCCTGAATAGATGATGTGCCTGAATAGATGATGTGCCTGAATAGATGATGTGCCTGAA SH21759 21759 48 154 copy of SH13391 10066 29 ATATTTATTATAATTTATTATATATTATTATATTTATTATAATTTATTATATATTATTAT SH21760 21760 58 67 copy of SH13392 10081 29 TTTTATTTTTTTTATATATTTATTATAATTTTTATTTTTTTTATATATTTATTATAATTT SH21761 21761 40 191 copy of SH13393 10096 29 ATTTTTTTTTATTTTTTTTATTTTTTTTAATTTTTTTTTATTTTTTTTATTTTTTTTAAT SH21762 21762 28 33 copy of SH13394 10111 26 CATAAGATATTAATTTTTTTTTATTTCATAAGATATTAATTTTTTTTTATTTCATAAGAT SH21763 21763 7 196 copy of SH13395 10126 25 TATATAAAATTAATCATAAGATATTTATATAAAATTAATCATAAGATATTTATATAAAAT SH21764 21764 16 47 copy of SH13599 121 23 ATGTTAATTGATTCATAAAATAAATGTTAATTGATTCATAAAATAAATGTTAATTGATTC SH21765 21765 70 33 copy of SH13600 136 22 TAATAAGAAACCATATGTTAATTAATAAGAAACCATATGTTAATTAATAAGAAACCATAT SH21766 21766 90 102 copy of SH13601 151 23 TTAATAATAGAATCATTAATAAGTTAATAATAGAATCATTAATAAGTTAATAATAGAATC SH21767 21767 69 165 copy of SH13602 166 23 ATTGTGAGAATAAAATTAATAATATTGTGAGAATAAAATTAATAATATTGTGAGAATAAA SH21768 21768 36 174 copy of SH13603 181 18 GGTAAAAAGAATTGTGAGGGTAAAAAGAATTGTGAGGGTAAAAAGAATTGTGAGGGTAAA SH21769 21769 57 153 copy of SH13809 1321 27 ATATAAATTAGTTTTATTATATTAAATATATAAATTAGTTTTATTATATTAAATATATAA SH21770 21770 7 180 copy of SH13810 1336 25 TATTAACATTATTATATAAATTAGTTATTAACATTATTATATAAATTAGTTATTAACATT SH21771 21771 14 113 copy of SH13811 1351 27 AAAATATAAATTAATAATATTAACATTAAAATATAAATTAATAATATTAACATTAAAATA SH21772 21772 75 145 copy of SH13812 1366 25 TATAATCGTATAAAAAATATAAATTTATAATCGTATAAAAAATATAAATTTATAATCGTA SH21773 21773 84 25 copy of SH13813 1381 22 TATTTGTCTTATTATAATCGTATATTTGTCTTATTATAATCGTATATTTGTCTTATTATA SH21774 21774 73 115 copy of SH14038 4756 25 ATTTTGAATAATAAAATAATATAGAATTTTGAATAATAAAATAATATAGAATTTTGAATA SH21775 21775 60 132 copy of SH14039 4771 25 TTTTGTATTTAAAATATTTTGAATATTTTGTATTTAAAATATTTTGAATATTTTGTATTT SH21776 21776 71 89 copy of SH14040 4786 25 GAAATTATTTAATTGTTTTGTATTTGAAATTATTTAATTGTTTTGTATTTGAAATTATTT SH21777 21777 61 141 copy of SH14041 4801 25 ATTAAATTTTAATACGAAATTATTTATTAAATTTTAATACGAAATTATTTATTAAATTTT SH21778 21778 89 185 copy of SH14042 4816 22 TTGCTTTGTTCAATTAAATTTTTTGCTTTGTTCAATTAAATTTTTTGCTTTGTTCAATTA SH21779 21779 84 134 copy of SH14229 331 29 TTTATTTATTTATAATATATTATATATATTTTATTTATTTATAATATATTATATATATTT SH21780 21780 84 141 copy of SH14230 346 27 AATTTCATTATTTTTTATTTATTTATAAATTTCATTATTTTTTATTTATTTATAAATTTC SH21781 21781 49 38 copy of SH14231 361 27 TTTTATTTTTTTATTAATTTCATTATTTTTTATTTTTTTATTAATTTCATTATTTTTTAT SH21782 21782 21 211 copy of SH14232 376 26 GAGATTTTATTTTATTTTATTTTTTTGAGATTTTATTTTATTTTATTTTTTTGAGATTTT SH21783 21783 63 51 copy of SH14233 391 23 ATTTAATCAAATGAGATTTTATTATTTAATCAAATGAGATTTTATTATTTAATCAAATGA SH21784 21784 48 9 copy of SH14439 796 18 ATTTCATAGAAAACCAGCATTTCATAGAAAACCAGCATTTCATAGAAAACCAGCATTTCA SH21785 21785 62 206 copy of SH14440 811 20 AGGCTATACTTACATATATTAGGCTATACTTACATATATTAGGCTATACTTACATATATT SH21786 21786 100 10 copy of SH14441 826 23 AATAATTATTATTTATAAAGGCTAATAATTATTATTTATAAAGGCTAATAATTATTATTT SH21787 21787 19 34 copy of SH14442 841 29 AATATTAATATAATATTATATAATAATTAAATATTAATATAATATTATATAATAATTAAA SH21788 21788 16 151 copy of SH14443 856 26 CATTCTTTATATAATATTAATATAATCATTCTTTATATAATATTAATATAATCATTCTTT SH21789 21789 68 55 copy of SH14649 3946 20 CCCTGTTCAAATTTTTTGTTCCCTGTTCAAATTTTTTGTTCCCTGTTCAAATTTTTTGTT SH21790 21790 68 93 copy of SH14650 3961 17 TTCGCTATATTACCCTGTTCGCTATATTACCCTGTTCGCTATATTACCCTGTTCGCTATA SH21791 21791 11 89 copy of SH14651 3976 20 GCTTACAATATCTACTCTTTGCTTACAATATCTACTCTTTGCTTACAATATCTACTCTTT SH21792 21792 53 89 copy of SH14652 3991 17 GTGGCAAACATAGCTTAGTGGCAAACATAGCTTAGTGGCAAACATAGCTTAGTGGCAAAC SH21793 21793 16 154 copy of SH14653 4006 15 AGTCGACATCGAGGTAGTCGACATCGAGGTAGTCGACATCGAGGTAGTCGACATCGAGGT SH21794 21794 22 33 copy of SH14859 151 20 ATTCGAACTCATAAGAATTTATTCGAACTCATAAGAATTTATTCGAACTCATAAGAATTT SH21795 21795 98 101 copy of SH14860 166 18 CGGAAAATATGAGATTCGCGGAAAATATGAGATTCGCGGAAAATATGAGATTCGCGGAAA SH21796 21796 61 151 copy of SH14861 181 22 ATTAAATTAAAGATATATACGGATTAAATTAAAGATATATACGGATTAAATTAAAGATAT SH21797 21797 7 178 copy of SH14862 196 23 ATTCTAATATTTTACCATTAAATATTCTAATATTTTACCATTAAATATTCTAATATTTTA SH21798 21798 38 173 copy of SH14863 211 22 ATAATTAGATTCGTATTCTAATATAATTAGATTCGTATTCTAATATAATTAGATTCGTAT SH21799 21799 89 72 copy of SH15069 1636 22 TATCAATTGGTTTTCAATTATTTATCAATTGGTTTTCAATTATTTATCAATTGGTTTTCA SH21800 21800 51 211 copy of SH15070 1651 22 TTAATAATGGTGTATTATCAATTTAATAATGGTGTATTATCAATTTAATAATGGTGTATT SH21801 21801 31 87 copy of SH15071 1666 28 CTTTTAATAATTTATTTTTAATTAATAACTTTTAATAATTTATTTTTAATTAATAACTTT SH21802 21802 87 45 copy of SH15072 1681 23 GAATCTCAATCTTTTAATAATTTGAATCTCAATCTTTTAATAATTTGAATCTCAATCTTT SH21803 21803 31 63 copy of SH15073 1696 22 TTAATTTAATAGATGAATCTCATTAATTTAATAGATGAATCTCATTAATTTAATAGATGA SH21804 21804 51 67 copy of SH15279 361 25 TTTATTAAGTTTTATTTTCATATTATTTATTAAGTTTTATTTTCATATTATTTATTAAGT SH21805 21805 21 206 copy of SH15280 376 25 GACTATATTTATATATTTATTAAGTGACTATATTTATATATTTATTAAGTGACTATATTT SH21806 21806 59 214 copy of SH15281 391 16 GGGCCGGACTATATTTGGGCCGGACTATATTTGGGCCGGACTATATTTGGGCCGGACTAT SH21807 21807 69 157 copy of SH15282 406 13 CCGCGGGGGGGCGCCGCGGGGGGGCGCCGCGGGGGGGCGCCGCGGGGGGGCGCCGCGGGG SH21808 21808 86 201 copy of SH15283 421 13 TTCGGGGTCCGCCTTCGGGGTCCGCCTTCGGGGTCCGCCTTCGGGGTCCGCCTTCGGGGT SH21809 21809 10 94 copy of SH15489 161 18 GTTCAAATTGGACATTTCGTTCAAATTGGACATTTCGTTCAAATTGGACATTTCGTTCAA SH21810 21810 2 180 copy of SH15490 181 17 TGCGCGTGTATGTTAATTGCGCGTGTATGTTAATTGCGCGTGTATGTTAATTGCGCGTGT SH21811 21811 69 14 copy of SH15491 201 18 ACCAGTAAACAAATACGAACCAGTAAACAAATACGAACCAGTAAACAAATACGAACCAGT SH21812 21812 10 61 copy of SH15492 221 15 CGGCTAACTCTAGGTCGGCTAACTCTAGGTCGGCTAACTCTAGGTCGGCTAACTCTAGGT SH21813 21813 71 88 copy of SH15493 241 15 TCTGCCACTGTCTCTTCTGCCACTGTCTCTTCTGCCACTGTCTCTTCTGCCACTGTCTCT SH21814 21814 59 26 copy of SH15699 141 17 TTCTGCTTCCTGTAGTATTCTGCTTCCTGTAGTATTCTGCTTCCTGTAGTATTCTGCTTC SH21815 21815 42 90 copy of SH15700 161 19 CTGGTATTGATACTCATTTCTGGTATTGATACTCATTTCTGGTATTGATACTCATTTCTG SH21816 21816 37 26 copy of SH15701 181 20 ATTCTCATTAACAGATTTACATTCTCATTAACAGATTTACATTCTCATTAACAGATTTAC SH21817 21817 94 108 copy of SH15702 201 17 ACTGGGATAATGTGATGACTGGGATAATGTGATGACTGGGATAATGTGATGACTGGGATA SH21818 21818 86 41 copy of SH15703 221 17 TTTTCCCTTGCATGGAATTTTCCCTTGCATGGAATTTTCCCTTGCATGGAATTTTCCCTT SH21819 21819 55 183 copy of SH15999 61 17 TCCCTCCTAATGAAACTTCCCTCCTAATGAAACTTCCCTCCTAATGAAACTTCCCTCCTA SH21820 21820 85 214 copy of SH16000 81 15 GATAGTGTCGTGCGTGATAGTGTCGTGCGTGATAGTGTCGTGCGTGATAGTGTCGTGCGT SH21821 21821 94 128 copy of SH16001 101 18 GTATGATATAACACGTAGGTATGATATAACACGTAGGTATGATATAACACGTAGGTATGA SH21822 21822 39 55 copy of SH16002 121 16 GAGAGTCCTTCCTTCTGAGAGTCCTTCCTTCTGAGAGTCCTTCCTTCTGAGAGTCCTTCC SH21823 21823 33 113 copy of SH16003 141 13 TCCCACCGTTCAGTCCCACCGTTCAGTCCCACCGTTCAGTCCCACCGTTCAGTCCCACCG SH21824 21824 88 91 copy of SH16119 301 17 CGGCAGATAGTATAACCCGGCAGATAGTATAACCCGGCAGATAGTATAACCCGGCAGATA SH21825 21825 5 76 copy of SH16120 321 18 GGCGTAAATTATACTGAGGGCGTAAATTATACTGAGGGCGTAAATTATACTGAGGGCGTA SH21826 21826 5 166 copy of SH16121 341 18 CTAGCCATCAGTAATTTTCTAGCCATCAGTAATTTTCTAGCCATCAGTAATTTTCTAGCC SH21827 21827 9 170 copy of SH16122 361 20 GAAAACTAATTCATAAAGGCGAAAACTAATTCATAAAGGCGAAAACTAATTCATAAAGGC SH21828 21828 38 145 copy of SH16123 381 19 GTTATGTTATGAGCTTTGTGTTATGTTATGAGCTTTGTGTTATGTTATGAGCTTTGTGTT SH21829 21829 73 86 copy of SH16329 341 17 CTTTTTGTTCCCTGGAACTTTTTGTTCCCTGGAACTTTTTGTTCCCTGGAACTTTTTGTT SH21830 21830 91 202 copy of SH16330 361 20 AAATAAAAGAGAAGTGGATTAAATAAAAGAGAAGTGGATTAAATAAAAGAGAAGTGGATT SH21831 21831 20 66 copy of SH16331 381 22 TTCTATTTCTAATGATATTTTGTTCTATTTCTAATGATATTTTGTTCTATTTCTAATGAT SH21832 21832 62 124 copy of SH16332 401 23 CGAAAATTTGTTAGTAAATTTTTCGAAAATTTGTTAGTAAATTTTTCGAAAATTTGTTAG SH21833 21833 14 170 copy of SH16333 421 17 CAGCTACGATAATACGACAGCTACGATAATACGACAGCTACGATAATACGACAGCTACGA SH21834 21834 80 3 copy of SH16599 341 18 ATGTTAGTAATCCCAACTATGTTAGTAATCCCAACTATGTTAGTAATCCCAACTATGTTA SH21835 21835 60 111 copy of SH16600 361 17 GGAAGTCTGTTACAGTTGGAAGTCTGTTACAGTTGGAAGTCTGTTACAGTTGGAAGTCTG SH21836 21836 2 104 copy of SH16601 381 20 GTTTTGATAACTTTTTGCTTGTTTTGATAACTTTTTGCTTGTTTTGATAACTTTTTGCTT SH21837 21837 19 18 copy of SH16602 401 17 AAACGTCAACGGTTAAGAAACGTCAACGGTTAAGAAACGTCAACGGTTAAGAAACGTCAA SH21838 21838 24 59 copy of SH16603 1 15 GCTTGGTTGGCTTGCGCTTGGTTGGCTTGCGCTTGGTTGGCTTGCGCTTGGTTGGCTTGC SH21839 21839 47 18 copy of SH17169 221 13 ACTTTCGCGGCCTACTTTCGCGGCCTACTTTCGCGGCCTACTTTCGCGGCCTACTTTCGC SH21840 21840 17 107 copy of SH17170 241 20 TGATTTGGTTTAACAAAACTTGATTTGGTTTAACAAAACTTGATTTGGTTTAACAAAACT SH21841 21841 15 23 copy of SH17171 1 17 GGTGTGTTTTCGTATTCGGTGTGTTTTCGTATTCGGTGTGTTTTCGTATTCGGTGTGTTT SH21842 21842 20 93 copy of SH17172 21 22 TCTAATATATATGCACTAATTATCTAATATATATGCACTAATTATCTAATATATATGCAC SH21843 21843 58 156 copy of SH17173 41 18 TCACATACCATATTGATCTCACATACCATATTGATCTCACATACCATATTGATCTCACAT SH21844 21844 85 46 copy of SH17379 481 20 TTTCCCATTAATGTTAGTAATTTCCCATTAATGTTAGTAATTTCCCATTAATGTTAGTAA SH21845 21845 3 129 copy of SH17380 501 20 GTACGTAGTAAAGAGAAAATGTACGTAGTAAAGAGAAAATGTACGTAGTAAAGAGAAAAT SH21846 21846 34 24 copy of SH17381 521 15 GAACGGGTGTTGTCTGAACGGGTGTTGTCTGAACGGGTGTTGTCTGAACGGGTGTTGTCT SH21847 21847 80 183 copy of SH17382 541 19 GTCTTAACAACCTTGATTTGTCTTAACAACCTTGATTTGTCTTAACAACCTTGATTTGTC SH21848 21848 21 17 copy of SH17383 1 15 TGCAGTGAGCTTCGATGCAGTGAGCTTCGATGCAGTGAGCTTCGATGCAGTGAGCTTCGA SH21849 21849 28 164 copy of SH17599 1 18 GTTATCGATGATCTTGTGGTTATCGATGATCTTGTGGTTATCGATGATCTTGTGGTTATC SH21850 21850 23 18 copy of SH17600 21 15 GGAGCGTACTGAACCGGAGCGTACTGAACCGGAGCGTACTGAACCGGAGCGTACTGAACC SH21851 21851 25 199 copy of SH17601 41 20 ATGAACATACTTTCCTAATAATGAACATACTTTCCTAATAATGAACATACTTTCCTAATA SH21852 21852 26 155 copy of SH17602 61 18 TAGAATAGCGTATGAAGATAGAATAGCGTATGAAGATAGAATAGCGTATGAAGATAGAAT SH21853 21853 69 36 copy of SH17603 81 22 GAATAAGTGTGAAAAAAAAAAAGAATAAGTGTGAAAAAAAAAAAGAATAAGTGTGAAAAA SH21854 21854 47 76 copy of SH17799 1 13 AGGAGCAGCACCCAGGAGCAGCACCCAGGAGCAGCACCCAGGAGCAGCACCCAGGAGCAG SH21855 21855 46 20 copy of SH17800 21 18 CTAAAAGACCATCCACAACTAAAAGACCATCCACAACTAAAAGACCATCCACAACTAAAA SH21856 21856 80 111 copy of SH17801 41 20 GTGTACATACAATTTGTATCGTGTACATACAATTTGTATCGTGTACATACAATTTGTATC SH21857 21857 88 19 copy of SH17802 61 17 CTTTTCCTCACTCCGAACTTTTCCTCACTCCGAACTTTTCCTCACTCCGAACTTTTCCTC SH21858 21858 90 131 copy of SH17803 81 17 GGTTAATTTCCCCTTTCGGTTAATTTCCCCTTTCGGTTAATTTCCCCTTTCGGTTAATTT SH21859 21859 44 12 copy of SH18009 361 18 CTGCTATTTTCTCAAAGCCTGCTATTTTCTCAAAGCCTGCTATTTTCTCAAAGCCTGCTA SH21860 21860 42 11 copy of SH18010 381 20 GATGCTAAAAATAAACTTCAGATGCTAAAAATAAACTTCAGATGCTAAAAATAAACTTCA SH21861 21861 88 17 copy of SH18011 401 15 TGGCGTATCAGCAAGTGGCGTATCAGCAAGTGGCGTATCAGCAAGTGGCGTATCAGCAAG SH21862 21862 65 91 copy of SH18012 421 22 GTTAGTATAGTGAATTTTTGAAGTTAGTATAGTGAATTTTTGAAGTTAGTATAGTGAATT SH21863 21863 40 73 copy of SH18013 441 22 TATTAAAAATTAATGACCATGTTATTAAAAATTAATGACCATGTTATTAAAAATTAATGA SH21864 21864 14 171 copy of SH19499 281 18 TTTTTAAGGGTTTTGAGGTTTTTAAGGGTTTTGAGGTTTTTAAGGGTTTTGAGGTTTTTA SH21865 21865 88 151 copy of SH19500 301 16 GTTAGGGTGAGGCATAGTTAGGGTGAGGCATAGTTAGGGTGAGGCATAGTTAGGGTGAGG SH21866 21866 43 131 copy of SH19501 321 18 TTGAGGGTTAATTGGAAATTGAGGGTTAATTGGAAATTGAGGGTTAATTGGAAATTGAGG SH21867 21867 61 188 copy of SH19502 341 15 CGGGTGACAGAGAAACGGGTGACAGAGAAACGGGTGACAGAGAAACGGGTGACAGAGAAA SH21868 21868 21 180 copy of SH19503 361 22 GTAAAGAAGAAAATGGAAAATAGTAAAGAAGAAAATGGAAAATAGTAAAGAAGAAAATGG SH21869 21869 95 100 copy of SH18599 141 20 TTTCGCAGGATTATTTTTTATTTCGCAGGATTATTTTTTATTTCGCAGGATTATTTTTTA SH21870 21870 57 104 copy of SH18600 161 18 TAAGCATTTTGCAACACATAAGCATTTTGCAACACATAAGCATTTTGCAACACATAAGCA SH21871 21871 11 129 copy of SH18601 181 22 ATTAGCTAATACTATTCTTTATATTAGCTAATACTATTCTTTATATTAGCTAATACTATT SH21872 21872 25 138 copy of SH18602 201 18 ATCAATGAGCATCCTAATATCAATGAGCATCCTAATATCAATGAGCATCCTAATATCAAT SH21873 21873 62 94 copy of SH18603 221 18 GTGTTCCGTTTCTTCTATGTGTTCCGTTTCTTCTATGTGTTCCGTTTCTTCTATGTGTTC SH21874 21874 41 125 copy of SH18249 81 22 ATCATATAATAACAGGTTTAATATCATATAATAACAGGTTTAATATCATATAATAACAGG SH21875 21875 65 90 copy of SH18250 101 23 TCAAAAAAAATTAAAACTGTTATTCAAAAAAAATTAAAACTGTTATTCAAAAAAAATTAA SH21876 21876 59 50 copy of SH18251 121 23 AATCAAAAACAAAAAAAAATTCAAATCAAAAACAAAAAAAAATTCAAATCAAAAACAAAA SH21877 21877 102 195 copy of SH18252 141 22 GAAAAGATGTTAGTAAATAAATGAAAAGATGTTAGTAAATAAATGAAAAGATGTTAGTAA SH21878 21878 81 153 copy of SH18253 161 20 ATAACTAGAGAAAATTAGGAATAACTAGAGAAAATTAGGAATAACTAGAGAAAATTAGGA SH21879 21879 67 94 copy of SH18399 121 20 ACTGACAAAAAATGGAAATAACTGACAAAAAATGGAAATAACTGACAAAAAATGGAAATA SH21880 21880 50 55 copy of SH18400 141 16 CTGTCACACCGTACTACTGTCACACCGTACTACTGTCACACCGTACTACTGTCACACCGT SH21881 21881 67 176 copy of SH18401 161 17 GTGCCACAAAAGTACACGTGCCACAAAAGTACACGTGCCACAAAAGTACACGTGCCACAA SH21882 21882 99 114 copy of SH18402 181 15 CCGTTTCTCCACTTCCCGTTTCTCCACTTCCCGTTTCTCCACTTCCCGTTTCTCCACTTC SH21883 21883 11 52 copy of SH18403 201 17 GCCGTTATGTATTCTACGCCGTTATGTATTCTACGCCGTTATGTATTCTACGCCGTTATG SH21884 21884 64 90 copy of SH18599 141 20 TTTCGCAGGATTATTTTTTATTTCGCAGGATTATTTTTTATTTCGCAGGATTATTTTTTA SH21885 21885 56 214 copy of SH18600 161 18 TAAGCATTTTGCAACACATAAGCATTTTGCAACACATAAGCATTTTGCAACACATAAGCA SH21886 21886 7 38 copy of SH18601 181 22 ATTAGCTAATACTATTCTTTATATTAGCTAATACTATTCTTTATATTAGCTAATACTATT SH21887 21887 38 183 copy of SH18602 201 18 ATCAATGAGCATCCTAATATCAATGAGCATCCTAATATCAATGAGCATCCTAATATCAAT SH21888 21888 8 47 copy of SH18603 221 18 GTGTTCCGTTTCTTCTATGTGTTCCGTTTCTTCTATGTGTTCCGTTTCTTCTATGTGTTC SH21889 21889 43 122 copy of SH18799 321 20 TGTTTTTCTCTTTGAAGAAATGTTTTTCTCTTTGAAGAAATGTTTTTCTCTTTGAAGAAA SH21890 21890 99 149 copy of SH18800 341 20 AAAACGAAAAAGTACCAATTAAAACGAAAAAGTACCAATTAAAACGAAAAAGTACCAATT SH21891 21891 31 16 copy of SH18801 361 17 GAAGCCAAAAAGAGTGCGAAGCCAAAAAGAGTGCGAAGCCAAAAAGAGTGCGAAGCCAAA SH21892 21892 96 96 copy of SH18802 381 20 GCTTTTAATTTCTTCCATTAGCTTTTAATTTCTTCCATTAGCTTTTAATTTCTTCCATTA SH21893 21893 77 156 copy of SH18803 401 17 GGTATTCTCGATAGGCAGGTATTCTCGATAGGCAGGTATTCTCGATAGGCAGGTATTCTC SH21894 21894 36 5 copy of SH18999 161 17 ACTCTGAGTGGTTAATCACTCTGAGTGGTTAATCACTCTGAGTGGTTAATCACTCTGAGT SH21895 21895 41 79 copy of SH19000 181 20 TTTGATATTCCAGTTAGTAATTTGATATTCCAGTTAGTAATTTGATATTCCAGTTAGTAA SH21896 21896 75 160 copy of SH19001 201 22 ATGTTTGAAATTTCATATGTTTATGTTTGAAATTTCATATGTTTATGTTTGAAATTTCAT SH21897 21897 45 34 copy of SH19002 221 20 AAAAACGGAAAGAAATTCATAAAAACGGAAAGAAATTCATAAAAACGGAAAGAAATTCAT SH21898 21898 98 200 copy of SH19003 241 19 CTGTTTAAAAGTAGGAGAACTGTTTAAAAGTAGGAGAACTGTTTAAAAGTAGGAGAACTG SH21899 21899 92 138 copy of SH19199 141 20 CAAAGGCTCTTCAAAATATTCAAAGGCTCTTCAAAATATTCAAAGGCTCTTCAAAATATT SH21900 21900 4 6 copy of SH19200 161 22 AAACGAAAAGAAAAAAATTCAAAAACGAAAAGAAAAAAATTCAAAAACGAAAAGAAAAAA SH21901 21901 82 100 copy of SH19201 181 18 CGTCCATTATTGAACAAACGTCCATTATTGAACAAACGTCCATTATTGAACAAACGTCCA SH21902 21902 54 200 copy of SH19202 201 22 AAAAAAAAGTATTCTATGAAGAAAAAAAAAGTATTCTATGAAGAAAAAAAAAGTATTCTA SH21903 21903 41 115 copy of SH19203 221 18 TAAAGGTTTTCTCCGAAATAAAGGTTTTCTCCGAAATAAAGGTTTTCTCCGAAATAAAGG SH21904 21904 37 35 copy of SH19399 61 18 GAAAGAAAATTGTCGGTGGAAAGAAAATTGTCGGTGGAAAGAAAATTGTCGGTGGAAAGA SH21905 21905 43 160 copy of SH19400 81 18 TTGGCAATATCAGCAAATTTGGCAATATCAGCAAATTTGGCAATATCAGCAAATTTGGCA SH21906 21906 39 209 copy of SH19401 101 18 GGTTGAACTGTTAGTATAGGTTGAACTGTTAGTATAGGTTGAACTGTTAGTATAGGTTGA SH21907 21907 17 77 copy of SH19402 121 16 CTGTGGTAGAAAGGGACTGTGGTAGAAAGGGACTGTGGTAGAAAGGGACTGTGGTAGAAA SH21908 21908 78 96 copy of SH19403 141 17 GGTGGCGCAATTTTCTTGGTGGCGCAATTTTCTTGGTGGCGCAATTTTCTTGGTGGCGCA SH21909 21909 26 32 copy of SH19562 341 19 GGAATTGAATGTACTGAAAGGAATTGAATGTACTGAAAGGAATTGAATGTACTGAAAGGA SH21910 21910 11 68 copy of SH19563 361 18 TTACCTCCTCCAAAAAAATTACCTCCTCCAAAAAAATTACCTCCTCCAAAAAAATTACCT SH21911 21911 71 49 copy of SH19564 381 19 CAATCGAAAGATGTGAAATCAATCGAAAGATGTGAAATCAATCGAAAGATGTGAAATCAA SH21912 21912 39 184 copy of SH19565 1 13 CAGGGTCCACGGTCAGGGTCCACGGTCAGGGTCCACGGTCAGGGTCCACGGTCAGGGTCC SH21913 21913 87 81 copy of SH19566 21 17 CTAAAGACAGAACATCCCTAAAGACAGAACATCCCTAAAGACAGAACATCCCTAAAGACA SH21914 21914 23 110 copy of SH19997 17 17 AGATGTGAGGTTGCTTTAGATGTGAGGTTGCTTTAGATGTGAGGTTGCTTTAGATGTGAG SH21915 21915 86 45 copy of SH19998 21 17 TTGAAGATGTGAGGTTGTTGAAGATGTGAGGTTGTTGAAGATGTGAGGTTGTTGAAGATG SH21916 21916 15 192 copy of SH19999 1 13 AGCGGAGGCACTTAGCGGAGGCACTTAGCGGAGGCACTTAGCGGAGGCACTTAGCGGAGG SH21917 21917 58 149 copy of SH20000 5 13 CTAGAGCGGAGGCCTAGAGCGGAGGCCTAGAGCGGAGGCCTAGAGCGGAGGCCTAGAGCG SH21918 21918 45 86 copy of SH20001 9 13 GCAGCTAGAGCGGGCAGCTAGAGCGGGCAGCTAGAGCGGGCAGCTAGAGCGGGCAGCTAG SH21919 21919 9 180 copy of SH20199 1 15 GGAAAGCTCTCTCGGGGAAAGCTCTCTCGGGGAAAGCTCTCTCGGGGAAAGCTCTCTCGG SH21920 21920 10 175 copy of SH20200 5 17 GCTTTTGGAAAGCTCTCGCTTTTGGAAAGCTCTCGCTTTTGGAAAGCTCTCGCTTTTGGA SH21921 21921 70 169 copy of SH20201 9 17 GGTTGCTTTTGGAAAGCGGTTGCTTTTGGAAAGCGGTTGCTTTTGGAAAGCGGTTGCTTT SH21922 21922 51 126 copy of SH20202 13 17 GTGTGGTTGCTTTTGGAGTGTGGTTGCTTTTGGAGTGTGGTTGCTTTTGGAGTGTGGTTG SH21923 21923 93 110 copy of SH20203 17 17 AGATGTGTGGTTGCTTTAGATGTGTGGTTGCTTTAGATGTGTGGTTGCTTTAGATGTGTG SH21924 21924 103 164 copy of SH20399 13 19 GTTTGACAAAATTTGTCTCGTTTGACAAAATTTGTCTCGTTTGACAAAATTTGTCTCGTT SH21925 21925 8 69 copy of SH20400 17 20 GTTTGGTTTGACAAAATTTGGTTTGGTTTGACAAAATTTGGTTTGGTTTGACAAAATTTG SH21926 21926 81 119 copy of SH20401 21 18 TGGTTTGGTTTGACAAAATGGTTTGGTTTGACAAAATGGTTTGGTTTGACAAAATGGTTT SH21927 21927 104 130 copy of SH20402 1 20 CCATTGCTTATTGATCTAATCCATTGCTTATTGATCTAATCCATTGCTTATTGATCTAAT SH21928 21928 72 8 copy of SH20403 5 17 CCCATTGCTTATTGATCCCCATTGCTTATTGATCCCCATTGCTTATTGATCCCCATTGCT SH21929 21929 52 136 copy of SH21369 13 17 ATACCTGAGCTTGAATCATACCTGAGCTTGAATCATACCTGAGCTTGAATCATACCTGAG SH21930 21930 15 106 copy of SH21370 17 15 CGATACCTGAGCTTGCGATACCTGAGCTTGCGATACCTGAGCTTGCGATACCTGAGCTTG SH21931 21931 75 195 copy of SH21371 21 17 ATCTTACGATACCTGAGATCTTACGATACCTGAGATCTTACGATACCTGAGATCTTACGA SH21932 21932 89 3 copy of SH21372 1 18 TAAATCTGACGCCTTAAATAAATCTGACGCCTTAAATAAATCTGACGCCTTAAATAAATC SH21933 21933 13 199 copy of SH21373 5 16 CCTAAATCTGACGCCTCCTAAATCTGACGCCTCCTAAATCTGACGCCTCCTAAATCTGAC SH21934 21934 20 207 copy of SH19617 241 13 GCGGATAGTCCTGGCGGATAGTCCTGGCGGATAGTCCTGGCGGATAGTCCTGGCGGATAG SH21935 21935 10 137 copy of SH19618 261 19 GACATTTACCAAATACAGTGACATTTACCAAATACAGTGACATTTACCAAATACAGTGAC SH21936 21936 46 53 copy of SH19619 281 20 TTAATATACGCTTCAGTTTATTAATATACGCTTCAGTTTATTAATATACGCTTCAGTTTA SH21937 21937 89 40 copy of SH19620 301 15 CGTAGACGTCATGTGCGTAGACGTCATGTGCGTAGACGTCATGTGCGTAGACGTCATGTG SH21938 21938 71 120 copy of SH19621 321 22 TTTGAAATTCTAAATATGCATTTTTGAAATTCTAAATATGCATTTTTGAAATTCTAAATA SH21939 21939 59 162 copy of SH2 6 17 tttttaacagggtctggtttttaacagggtctggtttttaacagggtctggtttttaaca