C11HBa0096D22.2 CAAGCTTCGTCTATCAACTCAATAACTATGTAAGTTATCGCGTTTATACTTTCTTGATAT CATCATGTGCATTTTTTTCCCTCTTATTAATACGTATTCGATGATAGGGATTCAAGAAGA TTGGACTCCAGAAATGGGAGTATGGACATTATTGGTTTCAAGCAGGGAAAAAACACTTGA TATCTAACATAAAAAGACGAACAAAAAATCTAAATGCTCGTAGAGATTTTAATCAAGAAA ATTACTTTTACGGAGTAGGGGAAGAGATGAGAAGCCAGAGAGATCTCAACATTACGTTGA AGTCAGAACTCGAGAAGTTGAAAGAGAGACAAGATGATATGATTAAGGGAATCGCGTCTT TAAAGGAATATCTGGAGAGATCAGAGGCAGAGTCAAGGAAATTCCTCTGTTTTTTGGCAA AAGCAGTTAAACAAGTTGTTGCAACTAAACGTGGTACGAAACGTGATGTAGAAGTTAGAG ATGTAATTACGAGTAAACGTAGAGCTGAGGATGTAACGGGGAGTAGTAAGAGCTCGGAGA AGAATTGAAGATAGAAGAATGAAGCTATAACATCTAGTATTTCCATTCTTGAGATTCACT TGCTTCTTTGTTTTATTTTTACTTTTGTTGCTTGATTTTCCCCGAATCATTACATGGGAT ATGTTATAGTTGTTGTCTGGTTTCGGATTTTGTAAATCGTGATTTATGTTTATTTTGTGT ACGTAATACTGAACTTTTATTATCAACTATAAGTCTAGTTGATGTTAAATTTCTTTAGCT TCTTCATATGTGTTACTCTTTTATATTATGAATCTTTTTAATGAAAATCATAATTCTGTT ATAGTCAGACGATATATACAATATAATCCTCAATGTCATAGGCTAAAATTGCATCATAAA AATAAATAACTCAATTATTCAAAAGTGCAAAATACACTAAAACACCATGAATAACAAGTA AAGTAAAAGAACTAACATTATATCTAAAACTTTCATAGACCCTTTAGCCACTACTTATTA ATATTTCTACGATAACTATAGTATCAGGATCAGCTTGGACACACCTCGACTATCTAACTT ATTAATAAACGATACGATTACTATAACCTAGTTAACGGTATCATCAATCTCAGGACCTTC AAATGCCCACGGAGCATCGTTGATAATTTCTTGCTCTTCTTCCTCGGTGAGATCATTCGT GATCTTTAACATCTCGCGAACAGCTCTAACACTCTTGTTCTTCAGCCTATCAGCTGCAGA TTGGCAACACAACTCCATCAACTCGTGAATGTTCAAATAATTCGCGGCCATTATGATATC GAAGAGCTCTTCCCAATCCACACTCACGAATTGCTCATCGAACTCCTTGAGATCGTCTTC CTCACCTACGATAGGAAGTCGAGTTGAGTTATGACTTGATCTAACGGAGAGTTAAGTTCA TAGTACTTAATGTTTCAAGATCATCCATTTTTCGCTTATATGATATATTAGTTAATGAAG GTACACTGATCTATCATCCCTTCCTGAACCAAACGTGAATCTTTCGATACGTTTATCTCT CATGCTTATTACTTTAGGTTAAATCTCGCATCTAATGAGCCTATCGAGTGCTCAAATACT ACTCTCAGTCTGTCGTACCAACAAAAGTACCTATCAAAATATCAGGTCAAAACATATCAA ACGACAAGTCAAAATCCAACCAAAGCTCAAGAGAGATTTGGCCATGTGCGCGACTTGACT TAACCATCATATCAAAAGACAAGTCAAAATCCAACCAAAGCTCAAGAGAGATTTGGTCAT GTGGCGCGACTTGACTTAACCGTCATATCAAACGACAAGTCAAAATCCAACCAAAACTCA AGAGAGATTTGGCCATGTGGCGCGACTTGACTTAACCATCATATCAAACGACAAGTCAAA ATCCAACCAAAGCTCAAGAGAGATTTGACCATGTGGCGCGACTTGACTTAACCATCATAT CATACAACAAGTCAAAATCCAACCAAAGCTCAAGAGAGATTTGGCCATGTGGCGCGACTT GACTTAACCATCATTTTTCCACCTTGTGGAATCTAAAACTCCATCGGTCGATATAATCGT ATAACTAAACAATTCATCAGAAAAGGACATAATAGTTAGTTTTTCTATATAACATGATTA TTAGTTAATGATTTATTTATTTTTCAATTATACGATCAAAAAATAACTATTTTATGAACT TTACCCATTTTGCCCTTCCCTAATATGACCCCACTCACCTATTTACCACATTCTTATTAC TCACCTGTTTCCACAGCCTTTCCTTTATCATCAGTCTCGTTCTCATCCTCGTCCTCGTCC TTAGTAATGTGCTTATTCAGATACTCGATTACTTTAGTTAACGTTTTACTATCGATATTT GGTAATGGAATTACACTCGTAGCACATCCATCTTCGATCATATTTTTAATCATTTCCGAT TGAATAACTGCTGCTTCTTCAACTTCAAATTCTTTATCATCGTTTGATTTTAATGTCACC ATTTTCTTTGTGTTTTCGGATTCTGCCATCGATGAAAAATTCGAGATTTTTTTTATTCCA AAAATAAAAATAAAATAAATGAAATAGTGTTTTAGTTTATTTGTGTTAATTTTTTTTTTT AAAATTAGGGGTATTTATTGAGGTTAAAATGGTCCGATTAAAATGGATCAATGTTAAAAT TTGGGATTGAAAATGTAACGAATTTCCGTAAAGACTAATTCTTTTTTGGTCTTAATAATA TAAATAAATAAAATGATTTGTCATTAATTTTTTTTTTTTTTTTACTATCATTGTCCGTGA TCTATCTAGAATGGTATGACTAATTCTTGAATTGAGATTTACGTGGAAAAGTTTCACATT AGGGGTAAACGTTTTTTTAACAACGAAGACTTTATATTCTGTATTTAAAGATCGATCCGG TTCGATGCTGAAGTTATTCGGTTCAACTAGTTGATCATTGATTTGTAAATTTACCAACCG TTACTGAATTATTAATTAATAAAATACTATGTATGCCAAAATATTTATCATAATGCTTAT GAATTTATTTTTGTTTAATAAAATATGACATGTAATTTTAAAAATATAAAATTAACATCT ATATTTCTACTCATGTTTATGTAAGGATCAAATAATGTCAAGCAGACAAATTAAAACGCG TCAGCCATGACAATCTTCTACCTTTGACCACAAATAATAATAATAATAATAATAATAATA ATGATAATAATAATAATTTGGAATTTAAGTCAAATAAAAAAAATTATTAAATCATTGCAA CTTCATTAATAAAGTTACGAGTAGAACGTATGTAGACTTTGTTTCTATTTTTTGTAATGT CACATACAATAATAATGTTGGTCTATTCTCTACTTTATACGACTTACCTTTAACCCTTTG GAGACACACATTCTTATCACACAATAATTCATAGGAGATACAACAACATCGTCAATTTTT CCATCTCCTAAAAAAATTAGCCCATAAAATAATAATCCGCCAGCTCGCATGTTTTTCATT CTACTTTAAACTTCTTTTGTAGGTGAAACGTATGCATTAATCTTCACTTTCACCACAACT TCATATATTACGTCATTAAATTTACATTTCGAATACAAATCTGATTCAACCCTACTTAAC CTGAAACTTTTAGATTCGAATTTGTAAAATCCATCTCCAAACACAATCTTTTTAATGTCT TCTTTTTCTATATATTCAAAGTATATAGTTGGTAGAGATTATTTTCTCTAATCCACACCT TTTTTTTAAAAAAAAAAATTATAATAATTATTAATGACAATAACATAACAACAATATTAT AATTAATAAGAGTAATTAATTAAAAGTAATATGCATGCCGGCAGACATGTCAATATATAT ATATATATATATATATATATATATATATATATATATATATATATATGTGTGTGTGTATAT GCCAACTGTCTTAAACACATCATTTTTCATGCTCCCTATTTTGACCAATTCTGTCATGCC AAGTCAGCCTTTTTGAGGCGGACCCACGTGGTGCAACGAGTTCATCTGAAATTTTTTTAA CAAAAATTTATATTGTATATCTAAAATAACAATTATTTTTTAGGTACATATTATAGATCA GATATTAAAAACCTTCTCGACTTTTTATGTGTTTAGTTTTCATAATACATTAAACTGATA ACAAAATTTCTAATTCTGCTACTGGTAATTGAATTGGCTTCATTTCTAAGGAGACATGTG TGTTTTGAGGCATAAAACTTTTATTACACTTCATATTTTTATTATTTAATTTATAAAACT AGGTCAAAAATTTAACTTAAATATTTTTTTGTGATTTTTTAAATCTTTTTTATCTTAAAA TAAGATTAATGACCAAGAGACTAACATTTTATCATTTATCTTGAAGAAAAAAATTAAGCA TATGACTATTGAACAAACTTAAATAACGAACGTAATTTATTAATCTACGATCAAGAAATA AAAATATACATATATTATATATATCATGGATTCATTAGCTTGATATTAAAAGTATAAATC ATCAAAATTATATTTGTATTGTTTCACCTTTTGCTTAAGGTAATTAAATGTTGGTAATTG CTTTCCATGAATACTAACTATGAGAGGATATTGTGTACAAATATATATAATATACATATT AACTTCAAAAATCATTTTCTATCTTTAATAGTCTTTAATAAATTTGATTAAATAAAATAA TATATTAAATCGATACTCAACTAACAATATAGACTAACTTTTCAATCAAATTTGATGAAC ATCTAACAATATTGACTAACTTTTCAATCAAATTAAATGAAGTTGACTTTCTCAAATATA AAAACAATCTCTTAATCTTACATTAGTAAAGTATAAAATAATTGGAAAACTTACTTAAAT ATACTATAATAAAAAATTATTTATCATTTATAACAATAACATTTTTTTTTCACTTGATCA TTTTTAATTCATTTATGATATAAGTTTAATACATATTACAAAAATAAATTTGTTATTTAA ATATAATACAAGTTTTAATGATGGATAATACATTTATCACACATTTTAATACACTTGTAA TACAACGTGACAATTTTTTACCAAACAAACATAATATATTTTAAAAACAATTATAATTCA AATATATTGAATACATAATTCACTTTTAATACATATTAAAAATTTATCACAATATTGCTA TAAATAGTAATAAACTAAAAGTATCGCTAAAATCAATAGTTATTTTTAAAAATATATTAA TTGATGTAAATTTTTTCATAATGAAAACTAGATAAAATTATGTATAGGTAATTAACTCTA ATATGTATGTTATTATTGGTTTTGTAGGTTACAAAAGATTATTGTTATAACATATTGAAG TTTGAGAATTTTTTGCATTTTCTTATTAAACAATAAATTAATATATAAAAACTCAATCAA AGATTTCATCAAGTGGATAAAAGTCAAAATAGTTCATTTAATTGTACAATTCATTATGTT TCTTTAATTTCTTGGTTTGGTAAAATGCAATAAACCCTATTTTCTTTAGAAGTAATACAA AGTTTAAGCTAATGGAAGATACAATGATTATATTATGAGTTATGGAGAAATTAAAATTTT AATTTTATATGTTTTTTGTTTGACAATAACTAGGTTTTAAATCAATCTATATATATATAT ATATATATATATATATATATATATATATATATATATATATATTTTATAATATATTTTTTA ACACAACTATATTATCTAAGCAAAAATTATTGGATTCGATCGAATTGATATTTGAGGTTT TAGCTCCTTCCTGTTATTGAGGGTTGACGTGGATGACTATGATTTTTCTAATATAGTAGA CTTGAGAGTTTCTCCGCAGTGAAAATGAATTGTGTCATCGATCATCAAATATTCTTACGA AATGGATCGATAAATTTCTTTCGTCTACAACCTAAATATCCTCACAAAATTCAAAGCATT TATCTCCCTATTCGATAGTTAGCCCTAGCAACCTATTAAAGTGGATTAAACACTTTTTCT ACTGCCTTAACGGGGTTAACGAGCTAATTAATACCTCTTATGGGTGGATCCAATTCAATA TCTATCTTTAATCAAAGGTCTTGATCATCCAAGTTTAACGACGAAAAAAAAATCATGTTA GCCACTTTTTGACTTCCCTTTTAACGTGTCTTATGTGACACACAATTGAATTAACAATGC AGATTACAATACAAATATTAATTCGAAATAGCAAAAAATATATATAAAAAAAATAATAAA TCCTTTTGTATACGTCAGAGCTCAGAAATATTACCAATTAATGGTGAGTTAGAGAGTAGC TATATAAATATTAGACTTCTTATATGGTCTAATAATAATTATTTGATCATTTTTTTAATT ATAATTTTTTTTTGAGAGAGTCAACAAATGATGCATAGTGTTATAAATGTGTAAGTTTTT TTCTTAATTTTAAGCATAAATCCACTGAAATTAATGTTTTGGTACTTATTAACATCGTAA TTGTTATCAAGTTTATGTACAAATATTTTGCTTACAAATAAATATAGTACATAGTATATT GTTCAATTTTTTTTAAAAAAAAAATTATGGTCTATTTTGATTATCTCTTATAAAAATCAT CTAAAAATGTGTTTCTGTTATTTGCTTGTCTTATCATAATTTATTGTAACGACCTGTTTA GTCGTTTTGAACAGCAGATTTTATTTCTGGAAAAACAGGCTGAGACGACGGAACCCACGA CGGAACGTCATGGGCACGACGGACCGTCGAGGGTGTCTCGTCCCAAAACACTTAGAAATT CTGAAATTTGGGTGTTGAAATCGACTCTCTGAACTCTGTGACGGACCTGCAGGACGGTTA GAAAATTTGCTTGCTTGATCACGAATCTTCGGTGGAGGTAGGTTATGGTTTTCATGCTAT TCGTAGTAAACTCTTAATAGCGAATGATATGTATTGATAGTATTGTAAAACCTGCTATGT GCTTAATTGTATGCTTGCATGAACGTGATTATATAATTGAGATTATATTAAGCATGATGA AGCTATTGAATCCCAAATCTTGATAAAAAACCTAATCTCTTGTTAATGATGATGCCTTGG TAAGGGAGAAGCTTGATGAACTAAAGTAATGAGATTGATGATGCCTTGGTATAAGAGAAG GCTTGATGACTTGATAGAATGAGATTAGGGGATCGGGTGTCACGAACCGACACGTAGATT TAGGGGATCGGGTTTCACGAACCGACACGTAGATTTAGGGGATCGGGTGTCACGAACCGA CATGTAGATTTAGGGGATCGGGTGTCACGAACCGACACGTAGATTTAGGGGATCGGGTGT CACGAACCGACACGTAGATTTAGAGGATCGGAGTGTCACGTACCGACACAAGAGGATTAA TGAATATGAGGGAGCGGAGTGTCACGTACTGACACAAGAGAAATAAAGATAATGAATCTT GAAAGATGTTAATATACTCAATCTAATGAACATGATTCCCAAATGAGTATGGTATTGAGG CTTGAGTCCTCATGTGTGAACTTGACGGTAATTGTAAATGATATAGTGCTTGTTGTTGCT ACATGTTGAGTATCATAGTTGATTTTATGATATTACTTGGTATATATTGTTTTCTATTTT GAGTTGGCCGATGATATCTACTCAGTACCCGTGTTTTGTACTGACCCCTACTTTTATGTT TTTCTTCTTGTTATTTGTGGAGTGCAGCAAATGTGCCGTCGTCTTCGATTCAACCGTAAC TCTAGCCAGTCTTCATTACTCCGGATATCAGGGTGAGTTAACGTTTCTAGCTTGGACTGG ATCTTCTTCCTCATGTCTTGATGCCTTGAAGTTCCGGCATGGACTAACTTTTATGTATTT TTAGCTTATTAGAATACTCTTAGTTTAGTAATTTGATCATAGATGTTCTTGTGGTGATGA CTTCCAGATTTTGGGGAATAATAGATGTTGAATTTTAGAAGTTAATGAATTGACCTTTAT TTAATGAGTTTAAGTCTTCCGCATTATGATATTACATTGAAATGTTAAGGTTTAGATTTG GTTGGTTCGCTCACATAGGAGGGTAAGTGTGGGTGCCAGTCGCGGCTCGGATTTGGATCG TGACATTTATTTCGAATCACCATAAAAGGAATAACTTTTTTTTTCGGAAAAACAAAAATA CAAAAAAATAATCCTATAAAACACAATAGTTAGTCCTTAAATTATTCTTGCCTCTAAATC AAATCTCTCCTACTTATGGTCAAATAATTTATGAAACTTTGAAGAAGAAAATATTAATAA TAGTCTATCAAATTTAAATTATTTACATCAAATAACACCCTAAATTTACTAAAAAATCCT TTATTTCTATAGTAAATTGTCTACATATGATCAAATCAATTTTCCTAAATTTTGGGATAA AAAAAAACAGATCAAAGAATTTATAAATTACGTAAAAAGTAACAGAGTTAAGACTCATTA AATTATTAATATAATATATACTATTTATTCAATTTTGGTTTTGTCTGATATGGACCTATT CTAACATATTCCCCCAAAAAAAAACAAAAAAGATAGAAAAAAAAGTCTATATATATAATC CAAATTAGAAGGAAATTATTTTCCAAAAAAGGCAGCTAGAAATTTATTTCATGTTGAAAT TGACCTATACAATATGCAATTATTTTCCCTCTAATTTCTACCCCAACTCTTGAATTATTA CAAGTTCACACATAATAGTAAAATCCACTATATTTTATAATTTTTCATGAAAATATAATA CTATTCAATAAATATATTTTACCAACTCCAATTATTTATTTCTATAATATATAACTATAA ATTTATTATGATTAAGTAATACGAGTAGATAATAATAAAGTGAATTTCACAAGTATTTTC AAAAAGAGTAGAGTGTACGTAAATTTTTTCACTATCTCACGAAAGTAGAGAAGTTGTTTT CAAAAGATATCGATTCAGGCGCAACAAATTCAGTGCTTTCAGGGAGTGTACAGTGAACGT AGACCTTATCGATACCTCGTAAAAGTAGAAAAATCATTTTCAAAAGATATCAACTCAGGT GGCGCAAATACAAAATATAAATTTTTGAAAAACGTCAAAAAACATAGCAACTAAGAAGGG GTCGAGCAAATCCTATTAGAAAGACCAAAGAGCAAAAAAATACTATTCCTTCTGTTCCAT TTTATGTGACATTTTTTGAATTTCAAGATTCAAACAAGTGTATTTTTATCGTAATTTTTT CACGAATCTTTTTAATATTTTAAAATATCAATTATTGTGACTTATAGTACTCTTTCGTAA TTTACAATTATATAAATTTCATTTCAAAAATTTGAAAATTTCATACGTAAATATTCGATC AAAATTAAACTGTTTAATTTTCGAAAAATAAAAAATATCACGTAAAATGAAATAGCAGAG TAATAGTGAAATAATTGAAACACAAAATATGGTGTGAAAGTAAGATCTTATTATTGTATT ATTTTCATTATTAATCATCATTAATCAGTCAAAATCTACCAAAAATAAAATAAAATAAAG ATAAAACTTATTAAAATTGACTAATAGAAGCTCAACAAATCAATGTTTTCCATTTCATCT ATGCTTCACCTGCTTTGTTTTTTCCTTGTGTGAACAAAGAGCTTTGAATTTTCTCTTTGA TTCTCAAAATTCATCAAATCTTTGAGCTTGAAATCACCTCAAGAACCCAAAAAACTCATG TCTTTTCTCAGTCAACTCATCAACCAACTGCCAACCCAGCAAGGATTTGTATAATCATTG CTGTTTGTCCATCTGTGTGTGTCTCTAAATTTGATTAAAGATTCCATTTTTCCATCTGGG TGTCTCTCAATTTGATAAAAAAATCCATTTTTCCATCTGGGTTTTGCTCAATTTGGTTAA AGAATCGGTTTTTCCAGCTGGGTTTTGCTCAATTTGGTTAAAGAATCGATTTTATCCAGC TGGGGTTTGCTCAATTTGGTTAAAGAATCGATTTTTGTGCATATGGGTCATCAGAAAGAG GAATTAATCAACGAGCTGACGGAGTTAATCGATGGGGTTTCTGGTTTACCGGAGTGCCGG TCAGTGTCTAAGAGGATGTACAGTAATTTGGTGAGAAGAGTGAAGCTTTTGAGTCCTTTA GTTGAGGATTTGAAAGATAGTGATGGTGTTGAGGTTGGAGATGATGTTGTTCATGGGCTT GAGTTGTTGAAAATTGCTCTTATTTCAGGTTTGGAGCTTCTCAAATCTGTAAATGAAGGC AGTAAGATTCTTCAGGTATTGACTTTTGATTTAATTTTTGTCACTGTTGAATGATTTATG ATGACAATTGCTTAGGACTTATCAATCTTGGTTGTAGAAAATCAGTTCAGTATCTGTTAA GAGTGAGTTAAGAGTATCAGGTTGGTTTCGGAATGGACTCGTGGTTTGCTTATATGGACT TGGATAGTTCTCTCTTCTTGAGCTAGATTTTAGGGTTAAGTTAGGTTTAGGTGTCATATC GTTGCATGTTATTATAGCTAGGTCCAACCCTGTTTGGGTTCTCGATCCACGCTCCTGTTG GTCTTGGGCGTGAATGGGGTTGTTAGAGTGGGTTTGAGTCCTATATTGATTGTGGAATGG ATTGGTGTTTTGTTTATTTGGAATTAAGACATTCCTTTCGTGTTGAGCTAGCTTTTGAGG TTGAGTTAGGCGCAACTTGATGGTTCAAATAAATCATAAGTAGTTGTTTTCTGCACTAGC TTTACACATTGCATGATGGATGCCGTTTGTATGGTATCATCAAGTTCGTTGCGTCTCTGT GCTGAAAATTATCATCATGAATGACATTGTCTCTTACTTCATCTTTCCTAAGGATCACTT GCGTTTTTCGTCTTGCAGGCTTTACAGATCGAGAACATATCATCAAGGTTTCTAGATGTG ACAGAGCAAATTGAAGATGCACTAAGCCACATTCCTTACAATAAGCTTGATTTATCTGAG GAAGTTCGAGAACAAGTACGTCATCTAGCAATCCTTTTAATGGTTATACCTGATGTCCAT TATCTTTTACTGAAAATCTTCACATTGTTTGGTTTTTTCTAGATTGAACTTGTGCATGCT CAATTTAAAAGAGCCAAAGGAAAGATGGAGTCACCTGATGAGCAACTTGAAAAGGATTTA GCTATGGCACAAAGGGAACAATATCCTGACCCCCTGATTTTCAAACGGCTGTCTGAGAAA CTGCATCTCAGGACCATAAATGATCTAAAGAAGGAGTCGCTTGCCATCCATGACATGGTC ATTTCTAGTGGTGGAGATCCCGAAGAGTGTTTTGAAACAATAGCATACCTCCTAAGAAAG CTGAAGGACTGTGCAATGACAGAGAATCCTGAACTGGATGCTCTTGAGGGTGACAAGAGT TTGATTAAGCACAGATCTCCCGTTATTCCAGATGACTTCCGCTGTCCAATATCACTTGAG TTGATGAAAGATCCTGTTATTGTATCTACCGGACAGGTTAAGTGTCTTTGCTTTCTTGAT AGAACATTTACTTTGATGGATTAAATTAGTTGCTCCTCGTTTTACTGGCTTAAGATTGAT GGATGTCTGCTAATTTTTTCATGTGAAGACCTATGAAAGGTCATGCATCCAAAAATGGCT GGATGCAGGACACAAGACCTGCCCTAAGACTCAGCAGACACTGTTGCACACTGCGCTGAC TCCAAACTACGTTCTGAAGAGCCTGATTGCGTTGTGGTGTGAGAGTAATGGTGTTGAGCT GCCTAAAAACCAAGGAACTTGTAGGAATAAAAGGACTGGAGCTGGTGGTTCGGACTGTGA TCGTGTTGCTATTGATGCGTTATTACAAAAACTTGCTAATGGTAATTCGGAGCAGCAAAG AGCAGCTGCCGGTGAGCTCCGTTTGCTAGCAAAAAGAAATGCTGATAACAGAGTCTGCAT TGCTGGAGCCGGGGCAATTCCTCTACTTGTTGAACTACTATCATCATCAGATTCTCGTAC TCAGGAGCATGCTGTCACCGCACTTCTTAACCTATCCATAAATGAAAGTAACAAGGGAAC TATCGTAAATGCTGGTGCTATACCTGATATAGTAGATGTACTAAGAAATGGAAGCATGGA AGCAAGGGAAAATGCAGCCGCTACCCTTTTCAGTTTATCAGTAGTTGATGAAAACAAAGT GGCAATAGGAGCAGCTGGTGCTATCCCAGCGCTGATCGATTTGCTCTGTCATGGAACCCC AAGGGGAAAAAAGGACGCTGCCACTGCTATATTCAACCTCTCAATCTATCAAGGAAACAA AGTCAGGGCAGTACGGGCAGGAATTGTTCCACCACTAGTAAGATTACTCAAGGATCCCGG GGGTGGAATGATGGATGAAGCACTTGCGATATTGGCAATACTAGCAAGTCATCAGGAGGG TAAGGCAGCTATTGCTCAGTCTGAGCCACTTCCCGTCTTAGTTCAGGTAATTAGGACAGG TTCTCCTCGTAACCGAGAGAATGCTGCAGCTATTTTGTGGTCTCTATGTACAGGTGATGT TCAGAGCTTAAAGATCGTTAGGGAGCTTGGAGCAGAAGAGGTACTGAAGGAACTATCGGA GAATGGTACAGATAGAGCTAAAAGAAAAGCCGGAAGTGTTTTGGAACTTCTTCAACGAGT CGATCCAGTTGAATCATAACACTAGATTAATCTGTGCGAAGACTCTCTTTTGCAGCTATC AACAGGAATGTATGAATCTTGAAGGATTAATTCTACCTGAGAACTTCATGGAGGTCAGAC AATCCAGTAACTTAACTGTAAACGCGATTCTGACACGCCAACGGAGAAAGATCCCTTATA AAGTCAGCAATGTTTTTCTCTATATGTATATTTTTCACTTCTTTTTGAAACCTTGGTCCA GGAGCAAAGGCTTGTTTTTTCATGTTAGTGTTTATAGCTGTAATCTATATAATGTTTGTT GTTTATACTTTTCATCTTAGTGTCTGATTATGGAAGTAATGTCACTTCCACTTTTGATGA TGAAATGAAGAAAAAAATTTGTCACCGTAATGACTTTAGCACTCTTTGATACTATATATA TTTATTACTGCGAAAAATTATTTTTATCGACCATAAGTCACAAGAGTAGGACCCTAAAAT TCAAAAGCTCCAGCTGACTGCCATCTGCTGAACATCTATTTGGACTTTGAATTTTGAAAC AAACAAGTAAATTTATTGTTTGGTTTCTATGAAATCATCACTTTCTTATACTAAGAATTA AAACGGAGAAAAAGGATAAATATACCTTTAAACTATCATAAATGGTATGCATATATCTTT TATCATATTTTTGAGACATTGATATTTCTGCTGTCCAAAAATCAAAGCATATATACTCTT TATATTAACGGACATACACGTGCCGTGATCTTATCCACCGACCCTATATTTATTAAAACC GGCATGGCAGATGAAATTCCGTCACGTGTCTCTATTTAGTCTTCCATTAGAGTGAAGAAC TTATATGCTCTAGTTTTTGGACGGCAAGACACCAATGTCCCAAAAATATGACGAAAAGTA TCTGCATATCATTTATGATAATTCGGGGTTATATTTATCCGTTTTCCCAATTAAATATCA TATCCCAAAAATATTAAAGAAAATCCAAATAAATATGACGCCGAAAATTTATTTGTTGGA TGAAATACACTCTAAAAGCTAGTAATAGTTGTATTGGTGAGCGTCTTCTCTCGAATTTGA ATCCTGAAAATGAAAAATCTTACTTAGAGCACCTCCTTTTTAATGGAGCTCGTAATGATT TTAACTTAGTCCAAGCTTCAAAACAGACATCAAACATAGATTGAAATTTTTTTTTAAAAA TAAAATAAATAGTCTCAGTGTCTACTGTCTACTAATATACTTGTCCAAAATTATACTATA ATAATTACGTGATAACAACTTATAATAATAATTATGTAATGATTATTAGCAATAAATATA ATACTAAATCGATAGAGGGATCATACAAGACCACCTTTATTGAAATTATATTCCAATAAT TTTTTAATAATAGATCTAAATAAATCACACACACATATCATGAGCAACTAAATTAATTAA AAGAAATACAAATTTGTTTGAAACAAAAAATATCGAAGGATCACAAGATACTTGAGTTAA GGGGGTGAAAAGGTTGAAAAATTCAATAGTATTAAAGTATCACATAAATCACCGAAAATC GAACTAAATCAAAATAATTATGAAAATTTAAATTTGTATCGTTAAAAATACTCATTTATC TAAGAGTAAATTACGCTTTTTAAATTCTCACATACAATGACATTTTTAACACTTCTTTTG ACTTTTAATTAATAGCTCGATGCTGATACAATAGCTTGAGACCACTTACATTATCATATG ACAGATCAAGAATGTATACATAAGTTTAGTTAATTCTTTCAATAATTCAAATACAAAACT AATAATTTCACATTAAATTCAAAAATATTTTCAGTATATATTTTTCAATAAATACTGAAC CGAATATCGAACGTCGATCTCAGAAAGTGGGTGTACGTGTCACGAGCCCATGCTTCGTCT GCGCGGCAGCCTGGGAGAGGGTTGACCCAATAATGCTCCATCTTCTTCCCATAATGTATA TTTTAAATGACTTTTATGCCTTTTATTATATCCTTCCGTCCAGAATTATTTGTCATGTTG CGTTTATCGAAAGTCAATTTAACTAATTTTTAAAGGTAAATTAGATCACATTAATTCAAT ATTTTAAATAAAAATATTAGATATTTTAAAATTATATGAAAAGTACTATAAATTATAATT TTTTGCATATTAATATAATAAAAAAAATACATACATCTTAAAATGCTAGTTAAAGTTTTT ATAGTTTAACTCTAAAAATAGAAATCATGACAAACAATATCAGATGGAGAGAGTACCACG TAATGACAAAATTGGTCCATCATGGACAATATTTGTTTTTTTTCTTTCTATTTTAACATT ATCCTATAGAATAATAAATAAAATAAAGGAATAGAAAGGATTTCAAAATAAGAAGGTTTG ATCAAAGTTAGATTCGATTTGATTTTAAAAATTATCAATTTGATTATTCGGTTATTTAGC TAGTAGACAAGATAAATTGTTAAGAAATCATAAAGACATTAATTAGAATATTGACTGTCA TTATGATTATGCATGAATTTTTTTATTGTTAAAAATAACTCATAAATATAAAAGAAATCA CCTCAGTTTCGTATTACTTCCATAATTTGAATAGTAAAACATATTGAACTTACGAGATTT TTCTCAACTATTATCGGTTAATACACTAAAAAAGTTTCAAGTTATTACGAAGCTGATAAC TCGATAAAAAATAAAATTACAGTAACTATCAAACTGTCAAATTAATAATTTATAATAATA TTTTTATCGATTCGAATTTAGTGAGTTCGGTTAAATTTTGAACTGCCCTAAGATTATTAA TCTAATATTGACAAAAATCTTTTACAATTTCTCTATGTTTATATTTTATTTATATTTATA TTTTTTATATAAATAAAATAGAAAGAATCTTAACATTACCAAAAATTGTAAAATTTAACA AATTTAGACATGAGGGTATTTTAGTCATTTGAGAGGGTACATATATATATTTTTCGATTC CCAATGCAACTTTTTTAAAATAATAAAAACAATTCAATCTTCAAAAAAATTAATTACCTC CATCTTCGGTTCTTCTACCTACACCACCGTAATGGCCACCTCAATTCGCCTCCGTCGTCT CGGCGCTATCGCCGCCGTTGCCGGAGGAGCATACACAATTGTACGGCAGCCTTCATTCTC CTCAAACGATCGCGGGGACAAGTTAAGCGCACTCGAGACTTTTCGCCGGAAAATTTCTGA TCCTTTCGCCGTCGTACCACCACGGAATACTCAGGAAGCGGCTTTGATCGGTTCTAGTTT GGCTAATCCTCTTGATATACTTGTTGTTGGAGGCGGTGCTACCGGTTGCGGTGTTGCACT TGATGCTGCGACGCGAGGACTCCGGGTTGGATTGGTTGAGCGAGAGGATTTTGCATCTGG TACTTCTTCAAGGTCTACTAAGCTAATTCATGGAGGTTAGTTAGAATTTAAATTTTTCAT CAGTTTTTGTTTATGTACGATAGGTGGTTTTGGTATAACTGGCTTCATGTTAATTTAATG CATTGAAGTAAAAGAATGATCACATCCAGCTGTGAGAAATAGTCGAATTACAGGAATTTT TGTATGGATATAGTTTATTGGAACTGAACTGTGATTGAGGTGCAGTGGTAGTAAGGTAAG CAAATTGTCTTTTTAGTCAAGGGATTGTGGTGGGAGGTGGCAAGTATCCCGTGGAGTTAG TCGAGGACACCATGTTCATGAAAAAAGATATCTTAGGGATTGAGGAGTGTGTTGAGCATT ATTTTCCCTTTTATGCAAGTGGACATAGTTGCAGAACTATATACTAGATGGAACTTTAAA ATTGGGAATCTTGTAGCAGCATTAGTTTTGGGACACTATATTTATCGTACCCTATATATG CTTGTTAGTGGCACTAATAACAAGTTCAAAATGAAATCTTTAAATTGAGTTAGTCTGGTT TACGAAAACTTTCCTTTAGAATCTTTTTGTCATTGTTGTTTAGTCATAAGGAAAAGGAAT CTTTTTGTCTATGTTTCTAAAACTCTGGGAGCGAGCCTTGATGTGGAGGGATCTTGATGT TAGAAACATTGTTACTCGAGGCACTATTTTTGTGTGTGACTGAGTTGGCAATGTCACAGC AAATTCGGATTGAAGAGAAAGGCCTTGTGAGAGAATAATTGAAGTATTAGAAAGCTTCTC TTATCATTTTAGAATCTCAAGAGTTTTAGCAGAAGGAAAACTAAAATCCTCAATTTATTA TGCTCAATAATTACTTGGCTGCGATGATTTCTTAATATTTAATCCAAGTGATTATTGCCT CCCATTTCATTCCTAAGGGAATCGATCTTGTTGATTTTGGGCTCCTTGCATAGATATCAT CAAAATCAAAGTCATCACGAATTTTTATAGTCAATATTTTAACAATATCATACCATGGTG GTGGCAAAATTTTGTTCTTAGTATGCAACTGGATCAACACAATCATCTACAGAACTATCC CAACCATCTATACACAAGGGCATTTCCTCTTTTAAGAAGTCAAATATGTTGCAATCCCAA ACTAATTGGGGACAACTATAGCAATCATCTGGATCCACACAGAAAAGCAGACGATTGAAA CAAAAAGACCTTTTGCTGTTCTGGATCAATCTTTTTACCCAATAAATGCACAATAGTGTG ATTTCTGCTACTCTGCAGGTAGCGAACCATATTAGAGCTTTAGAGAAATACCAAATCTAT GGCCCAAACTTAGAATGCAAACAGCAAAAAATAATTGGGATATAGCTTTTCTTTCATTTC CTTCTCAGCTACCCTTAAATCCTTAGATAAAATCCCCTTTAACTATCCTCTCTATGTGTC TACTGAATGCCTCTCGTATGAAAAGAAACAGTGACAAGATAAAGGGTCTCCAGCTACCCC CCCTTGAAGGAGCTTAACTACTAAAGAAACCTCATGGAGTAGCATTGGATAAGATGGAAA ATTTCATAGTACCGGATGAAATATTTCACCATGATGGTTCATTTTCCATGTGCACCCTCT TTGTTGATGCTCCATTCTCACAAATATCTAGATTAGAAACTCAGATAAATGATCCGTTAG CTTCCGAGGTATCCAAGTTGCATGATAATCCTTACTCTATGCTTCTTAATATTAAACCCA CTGGCTCAACTGCACTGCACAACTCATGCCTCATGCAGGATAATCTCTCCAAAAAGATTC CAGCTTTCTAACCGATGCTATTTCAGCCACGAGCACAGAAAGTGTCAACCACTTCCTACT GCACTGCCCAGCTGCCTCGGACCTCTGAAATATATTTTGTTGCTTTTTTGGTCTTTCCTG GGTCATGCGGTTCTCTGTTAGGGATGCTCTTAAAAGTTGGAGTTCACGGGAAGTTGATAA AAGTCATCAAGAGTATGTCGATGATGATCCATGGTGCTATCTTTTGGTGTTTATGGACAG AGAGGAACAAAAGATGTTTTGATGGAATTTCAACTTCTAGAAATCTTGTATCGAGGCAGA TGTCTAGTTTGCTTTCTTAGTTGGTCCAAATTGACCCCTGTAAATAATTTAGAACTCTTC TTGGATTTTGTTAGCTCTATAGTTCAGAAAGAGGCTACAAATCCTTTTTTTGTGAGCTTA ACTGATCTATCCTTGTAAAGCTTGCATCTTCTTGATGCCTTTAAATGAATCTACTTCATC AAAAAAATTGCTATCAGTATAGCATCAAGGATTCATCTTCTTTCTTCAAAGGCATCCTGA AATATAATATGGGATTACCCATCATCTTTAAGTCTCCCTGCCAATACATTTGCTTTTACT TTGTATGTACTCCAGAACAAACTTATAGGCCAAAAATCTCGATGTATCCTTTGCTCTGGA TTGTCTTTGGGATAGGTTCAATGAAAGAACAGTCAAGACTCTTTTCAAATGACACTGCTT GGTATAAGATGCTTCAAACATTTATCGATGCCGCAGGACAATGTCTGTAAAAGCTTTGCC ATAGGTGCTGTGTCTCCACGCAATTTTCATTAGTCATTACCCATTAGCCCTTTAGAAATC CTAACACTAGCAGATTAATAGGTCTGCATCTTGACCAGGGAATTTGGAGAAGGCCAAAAA AAAAGAGAAGAAAATTAAGATACTCACATAAAATTATATTATTTGTCTTCTATAAGATCA CTCCTAAGATTTGAATGCTATATCCAGTGCTCGACAGGCTAAATTGTTATATTTTGTACT AACTACTACCTTAAAAGCTTAGTGGTTGAGAATGGAGCACTTGACCCTTAAAATGATGTG AAGAACTGCACTGAGAAATTTTAGAGCCCTTTTGATTTCTTCATTGAGGCACCTCCATTT CAATTTATTTGTCTTAGTTCCTTTTTAATTCCTTTAAAAAAGAACGCCTCTTTCCATTTT TAGTAACTCTTTAATTCTAATTTTATATATGACATGTTTAAGACCACGGTCTTAAAGAGG AATTTTCGATACATTCTACATATCTTTCATTTAAGACCACAAGATTCAAAAGTCTTCTTT ACTTTCTTAAATTGTGTATCAAGTCAAAACAGGCAATCAAATTGAAATGGAGGGAGTAGT TAGATATTTGCTTGAAGCTTTCCTTCATTTGTCACAGTTATCTTCTTTTATCTAAGACGT GCAAACTGCTTATACTAAGATTCTTGTTTCAGGAGTTCGCTATTTGGAGAAAGCAGTTTT CAACTTGGATTACGGGCAGTTAAAGCTAGTTTTCCATGCCCTTGAGGAGCGTAAACAGCT CATTGAAAATGCTCCACACCTTTGTCATGCTTTACCGTGCATGACTCCGTGCTTTGATTG GTTTGACGCTATCTACTACTGGGCTGGCCTGAAAATGTATGATTTGGTTGCAGGTCGACA CCTACTGCATTTGTCTAGGTATTATTCTGCACAAGAGTCTGTTGAATTGTTTCCTACCCT CGCACGAAATGGTAAAGATAAAACTCTGAAGGGAACTGTGGTATATTACGATGGACAAAT GAATGACTCACGCGTCAATGTTGCATTAGCATGCTCTGCTGCTTTGGCTGGTGCAGCTGT GCTTAACCATGCAGAAGTGGTATCCCTTCTCAAAGATGAGGGTGATGGTAGAATAATTGG TGCACGTATTCGGAATAATTTATCAGGTACTTCATGAATTTTATTGTAGAATTTGTGTTC CTACTCAGTTCCGTGGTTAAAGTTAGCTTGTAATCCTGGTGGAATGATTAAGGTTGATAA ATAGAGTTCCAATATCATGTGCTGTACCACTTGCTCCTAGAAGTCCCATTATATATCTCC ATGTATGTACAATTATCTCCATGGATGTGTCCCACCCATTGTGGATTGTAAGTGCCCCAC CTCATCATTCTTCTGATGATGATTTTTTGTGAATACAAAGTTACTCCTCAAAAAAAAAAT ATATGTACAATTATCTGTTTTGCTCGTCTTTGAACCTTTGTCATTTCTTCGAAATGTTTG TCAGTGACATGCAGGATCTTTTTAAGTGTAGTGATTTCCGAGGTTTTGAAAATTTTGAAC TTTCTCTTAAAATATTTTTGTTATGGTCCACGGCTGGACTTATGAGTGAAGAGTCTGTTC TAGTATCAAAGATTGGTAATTGATTACCAACCACATAACCAGATGCTCCTGACATAATTT TTACAAGTTGCTTGGCTTAGAGTTATCATGTTTCAAAATATGTATCTGGTCTTATTTGAA TTTTCTTGCCATATTTTTGTGGAGTCAAAATATTTGCGTAGAGGTGTTATTGACAAACAT TCCAAAATTGGCATAAATCTTTTCGAGTTGGGTGGCAATATCAACTTTAAACAAGCATTT AATCCAACAAAGGCAAGTCACTCTGGCATGAATCTCTGTTCAACTTTTAGACGATTGGAA AATGCTTTGAGTATTATTTATTAATTTCTCCTTTAATCGTTTGCTCCTTTAGTTCATGTC AGTTATCTGCCTCTAAGTTCTCACTCCTTTTCTGACAGGGAAGGAGTTTGATGCATATGC AAAAGTTGTTGTTAACGCTGCCGGGCCTTTTTGTGATTCTGTACGGACGTTAGCTGATAA AGATGCAAAACCCATGATTTGTCCCAGTAGTGGTGTACATATTATACTTCCTGATTATTA TTCTCCAGACGGGATGGGCTTGATTGTCCCTAAAACTAAGGATGGTCGAGTGGTCTTTAT GCTTCCATGGTTGGGCAGAACAGTAGCTGGTACCACTGATTCAAACACCAGCATAACGAT GCTGCCAGAACCTCATGAGAATGAGATCGAATTCATTTTGGATGCCATCTCTGATTATCT TAATGTTAAGGTGTGTTGATTTCTAGCAATCCTGACATTTATTGTTTTTCTTTTAATATC ATAGTGCCTCTAATATAAATCCCTGTAAGTCAAATATTTATATAATCATTATTCCTCATT AGGCATCTGAAAAAAAGGTCTATATTGTGACCAACTTTTGCCTCTTGATCTCTGTTTTGG TTTGATATTGAATTCAAATGTTACTATCCTGATCAATAGCATATTTCTCTATCACTTTTA GCTGAGCTAACTATAATCCCATAATTGGTTTTTATGCTTTTTCATTGAACGAAGTCGATG TAAAGAAGCTGAGTTTTTGGATTAAGGTGAAATTTATTACGCTATTCCAGTAAATGTGTA GGAGATATTCAGTATACTATCTTTTAGCCATTTAGTGGCTTCCAGGTTATATATTGGATT ATTGACTAAACTATTAGTTAAGTCAGAATTGGATGTAAATTGTTCCTTATAGAAAAAGTC AAGAGTTTGATGTATAGTATCAAGTGCATAAATCGATCGTGGACCATTTCCCACAAGGGG TCTAGTATTGCATCACTGCTATCCAACGTGTTCCATATGTAGACTTTTTTACTGTACATG TTTGATGTAGATTATGTAATAGCATTGAAAAATCTTCTTGTTATCTAAACTATATTGCAT AAAGAATGACTTGCCAATTTCATATTTGATAAAACAAATATATGTGCTCTTTCTTATGTG AGGCAAATTGTAAATCTCACAAGTAGATTGCAGTACTACTATGAGATGGTATTAGTACTA CTGCTGTGGTCAAACTTTACTTATGTGCATCTGGTGAAGCATTTCAACTTACAACAATGG ATGATGGCGTCTCTTGATTTTATTGTTTGATTCCAAAACTTCTTCCTGGAAGCTGAGCTT TAAGTCCCTTGGAGTAATGTGTAGGCTTGTCATTCATATTTTTTTTTTGTTAAAAGATTG CATTGACAAAATGAGGAAAGCTTAGTGACTAATATCAAAAACTCCAGCGATATAGTAGCC AACAAATTGTGTGAGGACCCAGAAATCTTAAGAGGAGAATGTTTGACCCTATGAAAATAT TGAGAGAGATGGGGCAGAGAAAGCTCAAAGCAAAATAAGAGAGAAGAAAAAGGCCTTTGT GATGACATGAACTTAAAAGGTATAACTTGAACTTCTTGATAGTTAGAAAGCTCCATCCTT TTGTTCATGAGTCATAGGAGCTTTGCTTGTTAGTAGATATGTCTGTGTTGACACTCTCGA TGATGAGGGGGATACATTTCCTATGTACACAGGCACGCTCGATACTTGAATCATAATATC TCAGTAGCTTATGGATTTATTTCTTGTTCAGTGAGCAGCCTCGAAGTTGTCAATACAGTG AGCGTGTTTGTCATACACAGTTATTGCTATAACAGTTTACTTATTTTTTCATTTAGTATT TGTAAGATGGCTACAACCTGTATTTGACTGTTTAGTTTCCCTATTTTCCTGGAGGCAACA GTTTCTCTATTTTCCTGGAGGCAACCAAAACTCCAGTTTAAATAGTTTTTCTTGTTTTTA TGTCACCTATAGTGTCCTTGTCTATCGAGAATGATGTTAGAATTCAAATTTAGGTACGAC GTACTGATGTTCTATCTGCTTGGAGTGGTATCCGCCCTCTAGCAATTGACCCCAAGGCAA GTAGTACGGCGAGCATCTCCAGAGATCATGTTGTCACTGAAGAACATCCTGGTTTGGTTA CAATTACTGGTGGAAAATGGACTACGTATAGAAGGTAACTTATAATATCTGAACTAATGG GTAATGCTAGTTGTCTTGTGAGATGAGGAGTCGTTTCTATATGGAAAAGAGGCCTGTTTG CTTAGAAAGCAGCCCCAAGTTGTTCTTTAGAGGTGCAATTCGTTGAATATGGAAAGAAGC TTGGGCTACTTTATATAGAAGAACCATAGAGGGTGCTTTTTGTTTCAGAAACAGTGGGTC AACCTTTTTTCCTTTGGGTGCCCTCATTTCAGCTTTTGTGAATTGCAATTTGAACCATAG TCTTTTCTCCTCTAAATTCGGAAACTTGTTTCTTTTCTTCAATAAAAGACACTACTAGGA GATATATTTTGTAACATTGGAAGACGTTTAGTAGGTTTGATAAACTTTTTATTGAATATA ATAGCTTTTTACACATTGGTGTAAATTGTAAAATATCAATTTGATTTGTATATAAAAAAT ATCCACCCATATGAATGCCTCAAAAAAAGTTTAGTAAGTATAATTATACTCTCTAAAAGA CAACTAAAATCATTTCCACAAAATCTGAATCAGAAAAACAACTGTTTTCTGAAAAAATGC CAATAAATACATTTATTGCAAAGACAAAAAAAAAAATTCTAAATCCAAACACAATTTAAA ATGGAACATCTCCTAATCCTTCTATTCAAGGCAGACTGACTGGGCTAGCCGTTCTTGGTC TTTCATACTCCTTTTATCTTAG GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_1 match_part 0.900 6923 7324 match_2 match_part 0.954 7380 7617 match_3 match_part 0.923 7381 7858 match_4 match_part 0.951 9661 10255 match_5 match_part 1.000 9671 10282 match_6 match_part 1.000 9691 10335 match_part 1.000 10939 11055 match_part 1.000 11143 11169 match_7 match_part 0.932 9716 9995 match_part 0.897 10046 10335 match_part 0.957 10939 11055 match_part 1.000 11143 11164 match_8 match_part 0.970 10104 10335 match_part 0.966 10939 11055 match_part 0.977 11143 11497 match_9 match_part 0.976 10129 10335 match_part 0.958 10939 11034 match_10 match_part 0.966 11295 11556 match_part 0.895 11669 11897 match_11 match_part 0.977 11471 11556 match_part 0.952 11669 12228 match_12 match_part 0.997 11823 12549 match_13 match_part 0.992 11824 12348 match_14 match_part 1.000 15755 16175 match_part 0.992 19413 19788 match_15 match_part 1.000 15755 16175 match_part 1.000 19413 19488 match_16 match_part 1.000 15756 16175 match_part 1.000 19413 19584 match_17 match_part 1.000 15756 16175 match_part 1.000 19413 19530 match_18 match_part 0.941 15795 16082 match_19 match_part 1.000 16027 16175 match_part 1.000 19413 19790 match_20 match_part 1.000 19545 19886 match_part 1.000 20739 21070 match_part 1.000 22674 22834 match_21 match_part 1.000 19604 19886 match_part 1.000 20739 20884 match_22 match_part 1.000 19730 19886 match_part 0.998 20739 21275 match_23 match_part 1.000 20752 21275 GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_24 match_part 0.914 7706 7370 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C11HBa0096D22.2 type gene exon 6923 7324 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C11HBa0096D22.2 type gene exon 7706 7370 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C11HBa0096D22.2 type gene exon 7380 7858 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C11HBa0096D22.2 type gene exon 9661 10335 exon 10939 11055 exon 11143 11556 exon 11669 12549 gene_5 gene GT_PGL_4_AGS_2 transcript source GenomeThreader seq_id C11HBa0096D22.2 type gene exon 9716 9995 exon 10046 10335 exon 10939 11055 exon 11143 11556 exon 11669 12549 gene_6 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C11HBa0096D22.2 type gene exon 15755 16175 exon 19413 19886 exon 20739 21275 gene_7 gene GT_PGL_5_AGS_2 transcript source GenomeThreader seq_id C11HBa0096D22.2 type gene exon 15755 16175 exon 19413 19886 exon 20739 21070 exon 22674 22834 RepeatMasker tomato repeats master VANDAL13 7597 7664 1 VANDAL13 7597 7664 1 nucleotide_motif 243 5661 5724 Gypsy00015 5147 5345 1 Gypsy00015 5147 5345 1 nucleotide_motif 1683 6699 6897 Gypsy00122 43 1307 1 Gypsy00122 43 1307 1 nucleotide_motif 7995 6901 8165 RepeatMasker tomato repeats master MuDR1_HV 1252 1334 -1 MuDR1_HV 1252 1334 -1 nucleotide_motif 348 3946 3862 Gypsy00046 4101 4174 -1 Gypsy00046 4101 4174 -1 nucleotide_motif 394 3960 3886 Copia00181 1816 1877 -1 Copia00181 1816 1877 -1 nucleotide_motif 311 5742 5681 STOWAWAY50_OS 53 122 -1 STOWAWAY50_OS 53 122 -1 nucleotide_motif 275 5754 5685 Gypsy00042 5903 6005 -1 Gypsy00042 5903 6005 -1 nucleotide_motif 238 5794 5689 Unknown00025 245 484 -1 Unknown00025 245 484 -1 nucleotide_motif 814 14979 14720 SONATA2 1 226 -1 SONATA2 1 226 -1 nucleotide_motif 1098 19318 19093 BLAST_tomato_bacs Tomato BAC sequences BLAST_tomato_bacs Tomato BAC sequences match_1 match 1447 6910 8014 match_2 match 1469 6926 8004 match_3 match 1485 6926 8004 match_4 match 1635 6904 7997 match_5 match 1445 6904 8014 match_6 match 1059 6926 7997 match_7 match 1614 6901 8143 match_8 match 1453 6901 7993 match_9 match 1388 6910 7997 match_10 match 1516 6926 8165 match_11 match 1124 6902 7995 match_12 match 1479 6902 7997 match_13 match 1261 6926 8165 match_14 match 1308 6926 8165 match_15 match 1461 6910 8014 match_16 match 1493 7061 8165 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) match_1 match 1273 22827 23522 match_2 match 971 1 526 match_3 match 1051 9618 10168 match_4 match 975 22977 23542 match_5 match 1146 21274 21851 match_6 match 1088 9618 10187 match_7 match 1164 10838 11424 match_8 match 1168 11314 11934 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_1 match_part 0.900 6923 7324 match_2 match_part 0.954 7380 7617 match_3 match_part 0.923 7381 7858 match_4 match_part 0.951 9661 10255 match_5 match_part 1.000 9671 10282 match_6 match_part 1.000 9691 10335 match_part 1.000 10939 11055 match_part 1.000 11143 11169 match_7 match_part 0.997 11823 12549 match_8 match_part 0.992 11824 12348 match_9 match_part 1.000 15755 16175 match_part 0.992 19413 19788 match_10 match_part 1.000 15755 16175 match_part 1.000 19413 19488 match_11 match_part 1.000 15756 16175 match_part 1.000 19413 19584 match_12 match_part 1.000 15756 16175 match_part 1.000 19413 19530 match_13 match_part 1.000 16027 16175 match_part 1.000 19413 19790 match_14 match_part 1.000 19545 19886 match_part 1.000 20739 21070 match_part 1.000 22674 22834 match_15 match_part 1.000 19604 19886 match_part 1.000 20739 20884 match_16 match_part 1.000 19730 19886 match_part 0.998 20739 21275 match_17 match_part 1.000 20752 21275 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_18 match_part 0.914 7706 7370 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C11HBa0096D22.2 type gene exon 6923 7324 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C11HBa0096D22.2 type gene exon 7706 7370 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C11HBa0096D22.2 type gene exon 7380 7858 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C11HBa0096D22.2 type gene exon 9661 10335 exon 10939 11055 exon 11143 11169 gene_5 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C11HBa0096D22.2 type gene exon 11823 12549 gene_6 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C11HBa0096D22.2 type gene exon 15755 16175 exon 19413 19886 exon 20739 21275 gene_7 gene GT_PGL_6_AGS_2 transcript source GenomeThreader seq_id C11HBa0096D22.2 type gene exon 15755 16175 exon 19413 19886 exon 20739 21070 exon 22674 22834 AUGUSTUS_tom_cdna de novo gene_1 gene 1 10063 12739 transcript_1 transcript 10063 12739 start_codon_1 start_codon 10063 10065 CDS_1 CDS 10063 10335 CDS_2 CDS 10939 11055 CDS_3 CDS 11143 11556 CDS_4 CDS 11669 12739 stop_codon_1 stop_codon 12737 12739 gene_2 gene 1 15812 22838 transcript_2 transcript 15812 22838 start_codon_2 start_codon 15812 15814 CDS_5 CDS 15812 16175 CDS_6 CDS 19413 19886 CDS_7 CDS 20739 21070 CDS_8 CDS 22674 22838 stop_codon_2 stop_codon 22836 22838 AUGUSTUS_tom_cdna de novo gene_3 gene 1 2549 1108 transcript_3 transcript 2549 1108 stop_codon_3 stop_codon 1110 1108 CDS_9 CDS 1385 1108 CDS_10 CDS 2549 2285 start_codon_3 start_codon 2549 2547 AUGUSTUS_ab_initio de novo gene_1 gene 1 10063 12739 transcript_1 transcript 10063 12739 start_codon_1 start_codon 10063 10065 CDS_1 CDS 10063 10335 CDS_2 CDS 10939 11055 CDS_3 CDS 11143 11556 CDS_4 CDS 11669 12739 stop_codon_1 stop_codon 12737 12739 gene_2 gene 1 15812 21079 transcript_2 transcript 15812 21079 start_codon_2 start_codon 15812 15814 CDS_5 CDS 15812 16175 CDS_6 CDS 19377 19886 CDS_7 CDS 20739 21079 stop_codon_2 stop_codon 21077 21079 AUGUSTUS_ab_initio de novo gene_3 gene 1 2549 1108 transcript_3 transcript 2549 1108 stop_codon_3 stop_codon 1110 1108 CDS_8 CDS 1385 1108 CDS_9 CDS 2549 2285 start_codon_3 start_codon 2549 2547 AUGUSTUS_tom_ugs de novo gene_1 gene 1 10063 12739 transcript_1 transcript 10063 12739 start_codon_1 start_codon 10063 10065 CDS_1 CDS 10063 10335 CDS_2 CDS 10939 11055 CDS_3 CDS 11143 11556 CDS_4 CDS 11669 12739 stop_codon_1 stop_codon 12737 12739 gene_2 gene 1 15812 21079 transcript_2 transcript 15812 21079 start_codon_2 start_codon 15812 15814 CDS_5 CDS 15812 16175 CDS_6 CDS 19413 19886 CDS_7 CDS 20739 21079 stop_codon_2 stop_codon 21077 21079 AUGUSTUS_tom_ugs de novo gene_3 gene 1 2549 1108 transcript_3 transcript 2549 1108 stop_codon_3 stop_codon 1110 1108 CDS_8 CDS 1385 1108 CDS_9 CDS 2549 2285 start_codon_3 start_codon 2549 2547 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_1 match_part 1.000 9661 10335 match_part 1.000 10939 11055 match_part 1.000 11143 11169 match_2 match_part 0.997 11823 12549 match_3 match_part 1.000 15755 16175 match_part 1.000 19413 19886 match_part 1.000 20739 21275 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_4 match_part 0.914 7706 7370 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C11HBa0096D22.2 type gene exon 7706 7370 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C11HBa0096D22.2 type gene exon 9661 10335 exon 10939 11055 exon 11143 11169 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C11HBa0096D22.2 type gene exon 11823 12549 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C11HBa0096D22.2 type gene exon 15755 16175 exon 19413 19886 exon 20739 21275 GenomeThreader_SGN_markers SGN marker sequences GenomeThreader_SGN_markers SGN marker sequences match_1 match_part 1.000 20752 21275 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C11HBa0096D22.2 type gene exon 20752 21275 AUGUSTUS_tom_pot_cdna de novo gene_1 gene 1 10063 12739 transcript_1 transcript 10063 12739 start_codon_1 start_codon 10063 10065 CDS_1 CDS 10063 10335 CDS_2 CDS 10939 11055 CDS_3 CDS 11143 11556 CDS_4 CDS 11669 12739 stop_codon_1 stop_codon 12737 12739 gene_2 gene 1 15812 22838 transcript_2 transcript 15812 22838 start_codon_2 start_codon 15812 15814 CDS_5 CDS 15812 16175 CDS_6 CDS 19413 19886 CDS_7 CDS 20739 21070 CDS_8 CDS 22674 22838 stop_codon_2 stop_codon 22836 22838 AUGUSTUS_tom_pot_cdna de novo gene_3 gene 1 2549 1108 transcript_3 transcript 2549 1108 stop_codon_3 stop_codon 1110 1108 CDS_9 CDS 1385 1108 CDS_10 CDS 2549 2285 start_codon_3 start_codon 2549 2547 BLAST_ath_pep AGI Proteins (arabidopsis.org) BLAST_ath_pep AGI Proteins (arabidopsis.org) match_1 match 106 11882 12712 match_2 match 41.6 10951 11553 match_3 match 130 11669 12712 match_4 match 345 11666 12718 match_5 match 135 11666 12715 match_6 match 42.0 11479 11556 match_7 match 60.8 10942 11556 match_8 match 226 11666 12718 match_9 match 97.8 11666 12736 match_10 match 41.6 11485 11556 match_11 match 42.4 10957 11553 match_12 match 139 11669 12712 match_13 match 338 11666 12718 match_14 match 246 11891 12688 match_15 match 124 10942 11556 match_16 match 380 11666 12742 match_17 match 196 11930 12718 match_18 match 209 11666 12718 match_19 match 156 11783 12718 match_20 match 156 11783 12718 match_21 match 111 15830 16177 match_22 match 263 19289 19888 match_23 match 214 20732 21073 match_24 match 98.6 11666 12715 match_25 match 41.6 11485 11556 match_26 match 141 10912 11556 match_27 match 423 11666 12721 match_28 match 130 11894 12715 match_29 match 94.0 11666 12709 match_30 match 35.0 11485 11556 match_31 match 107 11666 12703 match_32 match 44.3 11275 11556 match_33 match 196 11900 12703 match_34 match 107 11666 12703 match_35 match 44.3 11275 11556 match_36 match 196 11900 12703 match_37 match 181 10930 11556 match_38 match 513 11666 12730 match_39 match 126 11669 12712 match_40 match 41.6 11485 11553 match_41 match 107 11921 12724 match_42 match 168 11666 12718 match_43 match 46.2 11485 11556 match_44 match 142 11666 12718 match_45 match 29.3 11476 11556 match_46 match 112 11666 12721 match_47 match 30.4 11350 11556 match_48 match 123 11894 12715 match_49 match 88.2 10930 11556 match_50 match 324 11666 12730 match_51 match 181 11798 12718 match_52 match 145 11957 12703 match_53 match 139 11894 12727 match_54 match 101 11666 12709 match_55 match 37.0 11479 11556 match_56 match 205 11864 12706 PolyBayes unknown database PolyBayes unknown database SNP_1 SNP 0.614803302730149 12344 12344