C04SLf0138K20.1 GGGTGAAAATCTTGGAAACCACCACTACCTAGATGCATGCATAATGGGACCCAAAAAATA CACAACCGTATTGGAAGATATTTTTCAAAAATGAAAAAATAAATAAACAATATAACATCA CAAGCACACACACACACACATATATATACAAATATATAGTATGTATCTGTTTTTCCCTTC TCACACTGCACATATTTCTTAAAATTTTCCGACGAAGCAGTGTCACGTGACATCCCATAG CACTTGCTAAATCCGCCCCTGTTTTGTATATGTACAGTTTTTAATTAACTACATCTTTAT CAGAGTTTTGTTTACCTCAGAGGTATTTACGTCATCAAAAATTTCCCCACTTAGATTCAT CGAAATAGGACATCAGGTATAAATATATTTCTCTGATTCTTAAATAGATGGGATCGATCG CTTTCAAGTCAGAAAAGAAAGAAAAACTGAGACTTCCAAAAATCAAACAAAGAAAAATTA AGGCAGGGAACAAGTGCAACCAAACAACAGACCTTCGGACAGCAAGTCCTCCAAGTAATT TGTATCGCAGTGACTCTGCCTGAGCAATGGCACAGAGACCCCTATTGTTGACTTTCTCTG CATAGAGCTCAACAGTGTTTTCCTTGAAATTAAAACGCTTCTGAACAACTGAAGTCAGCT CCCTAATTCTCCTACCTTTTTCACCTGGAAAATACACACACAACATTATTCAACTACTAC TACAATCAATCCGTTAAAGCACACCTACTTCCAGCTCATCCAATAATCAGCAAGGATGAT TCATTTGCCTCCGATTCAAACAAATATCCTATTTTAGTAAGTTATCCCAAAGTACCTCCC GTTTCTACATAAAAGGCTTCCTTTTTTTAGAATAAATTTTTTACATAAATACCTTTTTCA TGTACCATCTTTGATATTTTGTATTTTATGATTAAAAAAAGTACCCCAGGACATAACATC ACACTGGGAGAAGTTTAATCTCTGCAAGTATCATCTTCCGTCCATTTTGGAACCCAATTC TATCTAAATAAAAACTACTGACATTTATTTTGAGCAACGTGTCCAACTAAGGCAGATAAA TGGGATAAACAGAGTAATCTGCATTGCACGACACAGCATTCAGAATCTTTTTCTAAAAAA AAATAGTAATGTAATGTTACAGCATTCAGAATCTTTACTTAAGTTCTACAACATTCTACA AAATTTAGACCCTTAATTAACAAATGCATAATATAAGCTTCATCAAGGGTATATAATTTT GTTATGATAATTGTGGTGTCAGAGCTATAGCAGCATACACCTCAACTAACTCCATTAAAG AGTCAGAACTACACCAAACTAATAATTGATTACTAGAGTTCATATACACAGATTAAACAC GCCTTCTTTCATGGAAAGATAGACTTGTCTGCTGTACATTTGCAAATATATACAGTTGCT ATTCTGTAGAATGTTTAATTACATTTAGTCTGCTAGCTGATGGCTGCAACTCTTACAGAT GGAGTCACTTATAAGTGTGTCGATGAATTTCATTAAGAAAAAATTAGCTTATATATATAT TTATGTACCAAGAACGTTCTGAGTACGAGTGGCCCTAATGATGATTTCAGTTCGCACGGG AGTAACCCTAACTTCAACTCCCGAGTAACCATCCTCCGCCAACTCTCTTGTAAGCACTTC GTTCAACTCCGCAAAAAAAACTCCATCCGCTACAAACTAGACACATACAAAAATCAAATC ATGGCATACTATAAATATTCAGTTGGATCTAAAATCACAGCGAGAAGTTGAACTGACGTA CCTTTCGTTTTTTACTAATCTGAGGCGTCGCCATGTTGAGATTAGGGTTTGATATTGATT CACTGCGGCCGATGGAAGATACAAATGAGAGGCAGTGAAGAGTTGGATTAGGACAAGGGA GAAAGGGTTTGTCAAAGATTTAAGGCAGGTTACTAGTTGGGCTCTCTTTTCTTATTAATT CAGCCTGCTTCTAAAAGCTTGGGTTTGGTCTACGTTGTATACATTTATGTGGGCTCAAAA TATACCCTCTTTAATTTTAGCCATAACACATATATTAGACCCTAAACTTGACTTCAAATT TTAACTTTGACCTACAACTTTCATAATACACAAACAGACACTTTAATTATCCAACTTTTA AATAAATAAACACATGAGTCCTACATGACACAATACACGTAGGACAAAAAATGACATGTT GGATGACATGTGTATCTATTTGTTCAACTTTATACAAGTTTAAGTGTCTATTTGTGCACA TCCAAAGTTGAAGGACATAAATGTGATTTGAAGTCAAGTTAAAGGGTACATTTATGTATT ATGCCTTAATTTAATTTTATTTTTTTGGATAATTGTATAAAATGACAAACTAATAATATA AAATTAATATAGTAGCTATCGATTGATTTATTTGTGTCGCATAGCAAACTGTTTTTCAGC CCCTCTCTCCCTCATATTCTCGCTCGTCACTCTCCCTCTCTCACTCGCTTCCCGTCGCTC ATCTCTCTCACTTTATACGATAGAATTGTATAAATTGTGTTTCTAATTTTATAAAGCGAA AAAAAAGTGTATATACATATGCAAATTCATATATCTGCGTCTTATACACTTATAATTATA CAAGAAAAATATTTCCCTACCCAAGTCTCTTTTGTCTTTCTCTCTTTTTCGTTTTATACA AATTCAAATTGTATATAATTTCTTTCTTTCTCGTTTTATACAATTCGATTCAATTGTATA TTCCCTGCCGAAGTCTCTTTTGCCTTTCTCTCTTTCTTGTTTTATAAAAATTCAAATTGC ATACAATTTCTATCTTTCTCGTTTTATACAATTCGATTCAATTGTATACAAATTCAAATT TTATATAGATATACAAACATATACAATTGAATTGAGAGGCTAACAATGATTTATACAAAT AAGAGGCTAACAACAATTTATACAAATGGTCTGCTAGCGAAATTATATAAATCTGAAGAG GAAACCAACGAATTATACAATTTCTTTTTTGTATGTATATATAGAGAAATAGGCATATAC TTTTAGGGCTTAGTTTGTTTCACAAAAAAAGGGTTATTCATTGTGACATAAATCCCCAAA TCATTCTTCTTACTACTGATGGTGATGATGAGGTGGCAAAGATAGTTGATTTTGGACATT CCATAACTTTGGAGCAGAACTGGAAAGCGAACGTGGGGCAAAGAGGAACTAAAAGGTATA TGGCACTTGAAGCTCTACTTAAGGTAGAGTACTGCCTAGGATTTGATATTTGGCCTCTTG GATGCATTGTTTATACATATATATGTTTGCTATGGAGTGCAATTATACAAACTTTGTTAT ATACCTTTTATTGCCTCTCCATTATATATGTATGTCTCTCTCCTCTCTTTCTCTCTATTG CCTCTCTCCTTATTTATACATATACAAATACAAATTATCCATATACAAATACAATTATAT GACACAATTTGACTCTTTCCACTCTCTACCCTCTCTTCCCGTCTTTCTCACCCTATCCCA TTTTCTCTTGAGTCTCTCCTCCCTCTTTGAATCTCACTTGTTGGGTATACAAATACATAT GTATACCAATTACATATATACAATCATTTGATAAATATACATATACAATTTGATAGATAT ACACATACAATACACTTCTCTGCCCTCTCTCAGTCGCTTCTCTCCTCCCTCTCCCACTCT CGCGTGCCCCCTCTCTCTCTCTCTCTTACGAATGTAATCAACGAACTATAGTCAAAAAGC CTAATTAAGTTTATTTTGGTGGCTATTTGCAAAATTTCCTCTCTTTTTTCAGGAAAAATC GACTCATATACAATTCTTAGATTAAATTGACATGTTTCGGCCAAGTAAATATTTAGCAAT TAAAAACATAAAAAAAAATTGACATTTTATAGTTATAGCATGTATTTGAAAACTCCATTA ATGGAGGTTGAGAATGTACACAAGTACAAAAAGAAGAACTGAAAAGAAGAGAAGAGAAGA GAGCATTTTACATAGATGAATGAGTTTACTGTTATATTAAAAAAGTGTGTTTACATTACA GTTCAATATCTATTTATAGACTATAGTATTGTAACAACTTTCTTAACTAACTATTGAAGC TTCTAGAACTTTCCTAACAACTTTAACTAACTCACACCATATAGCTTGTTCAATCTCCTA AGCTGGTCAAAACTACCCCTCAAGCTTTATAGTTGAAACACGTTTGTCATTCCAAATTTT CTCAAGGTGTTGTATCTTGCCCAAACTGTTAGTTAATAGATCATCCAGTTGGTCCTTAGT GTTTATGTGTTGAGTTTTCAGCATGCCCTGGCAAATCCTTTCTCGAACAAAGTGATAATC AATATCAAAGTATTTTGTTCTTTCATGAAAGATGGGGTTAGCTACAATCTGGATGACTGT CTTGCTATCAGAGATCATATTCACTGGTGTGGTTATCTTGACCCCCAACTCTTTGTATAG CCCTAACAACCAAGTTATCTCAGTTGTACATGTTGCCATGCTTCTGAACTCAGCTTCAGC TGAGCTCCTTGAAATTGTCTCCTGTTTCTTAGATTTTCAAGAAATAAGTCTTTCTCTAAA TTTAACCAAGTATCTTGTAACTAGTTTCCATACACACTCCCCAGTCAGAGTCACAGTAAG ATATGAGTTTAGAAGTGTCTCCTGCCAGCATTAACAAACCTAATCCAAGTGTTTATTTGA TATATCCAACTACTCTAAGAGTTGCATTCATGTGTGACTGTTTAGAACAATACATGAATT GGATCAAGACTTGTACTGAGAAAGAAATATATGGTCTTGTCATAGTGAAATATAAGAGCC TTCCGACCAGTCTTTGATATTTTGTAGTGTCTATTATTATGATGTCTCATTCGCCTATCC CTTCATTAATATGCTCATCATATTGAACTGATGTGAGCTTTTGATTTATCTATAAAGGTG TACATGCTGGTTTTGCTCCCCCTAGGCCAGACTCAGATATCAATTTTAATGCATACTTTC TTTGTGACATGAGAATCCCTTGGTTGGACATGGAGAGCTCAATGCCTAAAAAGAACTTTA ACTCACCCAAATCTTTCATTTTGAATTTTTTTTGAATATCCAATCTAGTGTTGCATAAGA GTTTCTCAAAAAGAGACTGAAACCCCAGTAACCTTGAAGGAAGCTTGTTCAAAATATAGA CAACGGTAGACACACATTCACCCCCAATACTTAAGGCGTATAGCAGCCTGAAATCTGATG GCCCTAATTATATTTAGAATGGTCCTGTGTTTCCTCTCAACTACCCCGGGGTATACACAC AAGAGGATTGGTTGACAATGCCAAGTTCACTCAGAACAGATTGAAAGTTATGGCTTAAGA ATCAGAGTCATTGTCTGTTCTCAACGTTTCAACACTTGTGGAGAACATATTTTTAACTTG AGTAAGGAACTGTTTAAGAATAACTATTGTGTCAACTTTGTAGTTTATAAAAAAAAATCC AAGTATATCTACTAAAGTCATCCATAGTTGTAACAAAAAACATTTTTCCATTATAAGTAA GAACTCTAGGGTCCCCAGATATCACAATGCAACAATTCAAAAACAGAACTAGACATTGTA GAGCTTTAAGGAAATGGAAGTTTTGTGTGCTTAGCAACAGGACACACAGTGCAATGAGAG TGATATTTTCTTTCTAAAGACCTAAGAAACTCACGTTTCTTTATTATATCAATCAGTGTG TGTCCTTACCTCTTGTGCCATACATCAATTTTGAGTTAGAAATAACAGGTACATCGGTTG ACTTAACAAGTTTTTTGTCACTAAGACTCTTACTACTATTTACCATCTTCTTTGGAGCTT GAGTTGATCCTCCTTTTAGTATGTAGAGTCCATGTTGTTCCTCACAAATCCCCTTCACCT GACCATTTGAGAGATTCTGAAACACACATAATTCAGGATAAAATACAACCATGCAATTAA GATCTTTAGTGATCTTGGACACTGATAACAAGTTAACTCTGAAGTCAGGTAGGTATAATA CATTTGATACTGATTGATCTGTAAACATGCATGTGTTACCAATATGAGAGACAACAATAG TGTTACCATTAGACAGATAAACCTTATTATGTGCATCAGGAACAAATACAGTATAGTGTC TAATGTGTTTGAGGTGATGTGATGAGTAGCTCCAATGTCTACTACTCATGCATCTGCATC ATATGAACACAAAAGAGCAAAAGTGTGTATACCTGCATCTACAGAGGCCACCTTGGCAGA AGATTCTATTGTGCTATCAGCTCCATTCTTGGATAATAGCTGGAGAATTTGTTGATACTG GTCCTGAGAGATAAATCCTCTAGAAGTTTGAGCTGCAATTGAGGAAACTCTTGACTCAAT GCTAAGCTCAAGAAGTCTGGCCTTTCCTCTTTGACTTAAAATCAATTAAATATCCAACAA TTTTGTAGCATTGTTCCTTAGAGTGACCCATGCATCCACAATGATCACATTGCAACAAGT GCCTTCTATTCTTGTAACTACCAGATGAGCTTGCACCACTACTGTTGTAACTACCAGATG AGACTGAGATATTACCAGATTCTCCACCAGATTGCCTCCTTTGAATGTATTTGAAATTGT GTGAGAGTTTGAATTCCTACTGATATACATGACTGTGCCTTCAATTGTACCAGATCCCGA GTTCATTGAACTAGAATTCACTAGATTTCTCTAACACTCTTGGTCCATAAGAAGAGCATA AGCTTTGTTTTGGGTGGGTATAGGAATCATCATGAGGATTTGACTTCTAGGTGGTGAATA GGACTTATTCAGTCCCATAAGAAACTGAAGAAGTCACTGATACTCAGAATGTTCACCAAA CTTCTTTTGTTTTTGGGCAAGGACATAGAGGATAAGGCATGAGAGTATCATACTCATTAC AAAGATCCCTTAGTTTGGAGAAGTAGTCAGCAATTGTCATTGTGCCTTGAGTGAGAGTGT GAATGTGAAATTAGGTTTTAGGCCTAACTAACACCCCAAAAGGTAGCTCAAAGGGAAGGA TTTCCCAAACCTTATAAGGAGTTCATCCATCTCATTAACCACTGATGTGTGACTTTTGTC AATCTTCAACACCGCACTTCACGCCCTGTGCTTAACATCTGGTGCGTGGGCAATTTTGAT TGTTGGGGATCTCAACATCGGGATAGTCGGGCCCTACTCTGATACAATGAAAACACCATT AATGGAGGTTGAGAATGTACACAAGTACAGAGAGAAGAACAGAAATAAAGAGAAGAGATC ATTTTACATAGATGAATGAGTTTACTGTTACATTGAAAAATTGTGTTTACATTGCAGTTC AATATCTATTTATTGACTATAGTATTGTAACTACTTTCTTAACTAACTATTCAAGCTTCT AGAACTTTCCTAACAACTTTAACTAACTCACACCATATAGCTTGTTCAATCTCCTAAGTT GGTCAACAATATCCAACACAAAAATAGGGAATGAAGTTTCTATTCACACTTATCTCTCTT CAAGTTTTATTTTTTAAAATATAAAAAAAATATATTTAGTACTATCGTACGTTCTCGGAT AACTTTCAATCATTATATTTCTCTTTAAAATCAGTAAAATCTTTAATTAGAATTATCTAT CGCTTTGAAACTATCAAAAATATTTAATTCTAACTTTTATTTTTCTTTCAGATGATATTC TTACGAGTTTACTATCTATAAATTATTTTTCTCAATTGTTTGCTAGAAGTTATGGTGAGA AACTCAATTCATATCTATATCAAATGTATTCTAAAATATACAATTGTTTAGTGTATATAT AACTATATTTGTTCGTGTATTCAGTTAAATATATTTGATCAAATATATACTTACACTATA ATGTATACACAATTTATTTTCATAATCTGTTTGTGTATCCATTTGCTCATCCAAATCTAA TATTAGGCATCTCATATATGTTTATATATACATTTAGCATGTGGTGATCGTTAGAATATA CCGTAAATAAATATATATTTAATTGAATACATTTGATCTAGCATATTTTTAATCAAGTAT ATATTCACATTATAACATATGCATTATTTAGATTTTATTTGTATACATTGTTAGTAGACA TAAGTATATATTTTACATCGATTGATGCGTATATACCTCCTAATAAAATATTTTGGTACA CATAATCGCTTTGTATGCAAATTGTCAACTGCGAATACATAATACATATGTATTGTGTAA ACATTCAATTTAAAGATGTATACATTAGATTGTTATACTATTTTGTCTCAATAGATATGA ATATATTATTTGGTGCAAAAAAATTTAACATCAAGAGAAAGAATTAGACACATGGATTTG ATGATTTCATCTGAGGAGTTGAGACCCGATGAGAACAATATATTAAGATTTATGTTTATT GTTGTTAAAGAATCGACCAAGTGCTGCAAGAACTTAGGATAATGTATTATAGATGGAACA GAAGGAATCTTGTATTTAATGATCTCTAAGTTTACCTGACGAGAATTTCGTAAAGGCAAC TAGATCAACGTTACAATCTTAAATGGAAATCCACAATCTTAGTTCCACATTCTTAGTGAT AACAACTGGATTCTTAGTTACTAAGCAATAGCCAAAGTCAAATCCTTTAATTTTTATTTT ATAAAAGGGTTTGAAGAATAAAGACCATTTATTCTAGTTACACCTTCGAGTAATATTCTT GCTATATTTTTGGTGAAAATTCAATTTCTATTTTATTAGATTTTTTTTAATAATGTATGC TTTATACTTCATTGAAAGATGTAATTTGAATGCATTAACTATATCAGACTTGACGGTTAA TTTTATATAACAAAATTCATTTCAACAATCATGCTCTAACAAACTCAACAAAGCAATCTA AAGAAAAATAACTTAACAATTTGTTTTATAAAATTTGTCGATGAACTGATAACTTTAACA ATTGAATATTGTAAATCAATAATCTTCTCCTTAAACATATTGTTGAAACACTCTCAGTTT GTAATCTTCTTTTCACTTTAAAGTCATCTTTGTTTTTCAAATTGTAAATCAATTTTATCA CTTTAAAAATATCTTATTTCATTTTTATTCCAAAATTACACTTTTGTGCATGAAAAGAAT ATGTAAATAACATCAGCTCAAGCTTTATATCAACATAATCAGAGTCTGAAATCAAAAGAG CAACAAATTTTTGAAATTATCAAAAAGACAACTCGATATATTTTAATATTAAAATGACAA TATTTTATTACTTTTCCTAATGAATTCATGAGCCTTGTAAGACTCATATCTTTTTGAGCC TTGTAAGGCGCAAATTCAAGTAATTAAAAAAAAAAAATTGAGTCTCTTTTCCTTATATGA TAATTTTTTTTTAATTGTACTTTTGTTGTTTCTTACCTATGTATTTTTCCTTTAGCCTTA CAATTTTCTTACACACACCCTCACATCTTCACATGTGAAACTTCAGTGTTGAGTTCGCGT GATATATTTTACAATGTTGAATTAATAGCAGTAAAAACCTATTAGATAAAGTAACACAAA AATAGTTAAAAAATTATATTAAAATAACAAACAAACAAAATCTAAAAAACGAGTTGAAAA AAAAAACAAAAAAACTAACAAGGTTATCCTGTAGCCTTGCAATTTTCTTACACAAACATA TTTACACATTTTCACAAAATAACAATTTTTTTAAAATAATTATAAAAAACTACATATTAT AAAAATAAAAAACTCCCCAAATTTTTTAAAAATATATAAATGCTTTGACAACCATGCAAA AAATACATATGTAGGAACAATAAAAATACAACACAAAAGAATATTATGTAAGAAAAAAAT GTAATTTTTAAAAAAAAAAATTACTTAAATTTGCGTCTTACAAGGCTCGTAGATTTTTGA GCCTTACTTTTAAAGCCCTTTATGTAACACTGTCAATGAAAGTAACAAAATATTACCCTT TTGATATCAAAATATATTAAATTGCCCTTTTGAAAAAATTATTATCCTTTCAATTCCGGC CTCAACATAATCAACTCAAGAAAATGTACTTATTATGAACACTTAAAAAAATGATGATCA ACATTTTGTGGAGTTCAAGTCATTAAATGAATTTTTTGTCACTTTCTACATATTTTTTGT TTTGAGAATGAACTACTCTTATCCATCGAAATACAACAAAAAATTGAATTACAAGATAAG AATGTAGAAATTTCAAAAAGAAAATTAAGGTTAAATATATCGTAGACGATCAATATTAAA ATGTAGTGTAAAAGAGGAGGAGTTGAAAAAACAGTGAAACTCAGTTGAAAATTTGTACTT CTCAAAAATTATAAAACGAGACTATCAGGTGACAAAATAAATAGACAAAAAATATTGCTA ATACAAGGGCAATAGATTATAGATTGTCATGTTATGCTAATTTTTCTTTCTTTAGCATAT TTGTAGTCAATGATTAGATTTGTAAAATAGTAACCTAAAAATTTAGATAATAAAGCATAG TAACCATTTTGATGTGTTGTCTCATTTATGCTTAGCTAGGAGCAACGTCAATATAGTATT TGAGAAATAATTGGACGGAGTGATTGATATGATGATAACAAAATGATTCAAATAATGAGA TCAATGCATAGATAGAAATTGTAAAAGCAACTAAATCAACGTTATAACCTTAAATGGAAA TCCACAATCTTAGTTTCACTTTCTTAATAATAACAACTGGATTCTTAGTTACTAAGCAAT AACCAAAGTCAAATCCTTTAATTTTTACTTAATGCAAGTGTTTTAAGAATTAAGACCATT TATTCTAGTTACACATTCGAGTAATATTTTTATCATATTCTCTGTGAAAATTCAATCTCA ATTTTATTAGATTTTTTTTTTTGAGTAACGTACGCTTTATACTTCATTGAGAGATGTAAT TTGAGTGCATCAACTATATCATACTTGACGGTTAATTTCATACAACAAAATTCATTTCGA CAATCATACTCTAACGAATCCAACAAAACAATCTAATGAAAAATAACTTAAACATGTTTT ATAAAATTTGTTGATGTTTTGATAACTTTAACAATAGAATATCGTAAATTAATAATCTTC TCCTTAAACATATCGTTGAAACACACTCAATTTGTAATCTTCTTTTCACTTTAAAGTTAT TTTCTTTGTTTTTCAAATCGTAAATCAATTTTATCACTTTAAATGTATCTTAATTCTTTT TTATTTCAAAAATCACGCTTTTGTGCTTGAAAAGAATATGTAAATAACATTAACTCAAAC TTTATATCAACATAATCAACTCATGAAAATGTACTTATTGTGAACACTTGTAAAAATGTT GATCAACATTTTGTGGAGTTCAAGTCATTAAATGTAGGACATAAATTTCGCATAAACGCC TTCTTTGGATCATGTTATTGAGTTCAAGTCGTTAAATGACTATAACTCATGCTTTGCATT ATCAATAAATGTGTGAATCTTCGGGAGAGAAAAAATATTCTTAAGGCTAGCCTAGTTGAG ATTTCGATAATCTACGCATATACTGATTTTATGAGTACGGAGTTAAAAGAGTAAAAAAAA TTGTCAAAAATTTCAAAAGGGCATATCAATTTTTAAAAAAAATCAAAACGGTAAAATCGC TCACGATATAGCGACTTTGGCCATCTGAAAAACCAAAATCGATGCAATAGCACCAATTTC TAAAATTTGTTTTTTTTTTAAAAAAATAAAAGTTAAACAAATCGCTCCACATGGAGCGAT TTTCAAAATTTAAAAAAAATTATTTTTTTATAAGTCGCTGCTTCTGCAGCGACTTCCATC GATATTTTTAATTTTTTTTGCTTTATTTTTTTTAAAAAAAAATCATTGCAGTGATTTTTA ATTATTTTTTTTAAAAAAATCAAATCGTTGTAAAGGCAGCGATTTACACTTAATTTATAT TTTTTTTTTGAAAATTTAATTAAATCGCTGAAAAAAAAATTAGCCGATTAAATTAAGTTT TCAAAAAAAAAAATAAATTTAAGTGTAAAGCAAAAAAAAAAGAAGAAGTTTAATGAAAGG CGACTTATTAAAAAGTTTATATTTTTTAATTTTGAAAATCGCTCCACTTGGAGCGACTTG TTTAATTATTTTTTAAAAAAAGGAAATTTAAGAAATCGTTGCTACAACAGCGATTTCGCT TTTTCCAAATTAAAAAGCGACTTTCAAAATTTAAAAAAAAAAATTTTTTAACAAGTCGCT GCTTTCATTAAACTTAATTTAATCGGCTAATTTTTTTTAAAACTTAATTTAATCGGCTAA TTTTTTTTGCAGCAATTTAATTAAATTTTCAAAAAAAATATAAATTAAATGTAAATCGCT GCCTTTACAACGATTTGATTTTTTTAAAAAAATTAAAATTAAAAATCACTGCCAATGTTT TTTTTTAAAAAAATAAAGCAAAAAATAAAAAAAATTTAAAAATATTGATGAAAGCCGCTG CATCTGCAACAACTTATAAAAAAATATTTTTTTTTATTTTGAAAATCGCTCCATGTGGAG CGATTTGTTTAATTAAAAAAATAAAATTAATAAATAAGGATTTTTTTAAAAACATAGAGT AGAAAAACATAATTTAGATTTGACATTTAAGCTTTCAGAAGGTGAAGACAAAACATATCA ATTTTATAAACATGATTTCAAGCCTTAATTTTGTTGGGAATAAATCCGTAACAGAAATAA CATTTGCGGTAATAAAGGCAATAAATGCGGAAACAACAATACGGTTAATCAACGAGAATA AAAGAGAAATAATGACACCAAAATTTTACGTGGAAACCCTCCTAAATAAGAGAAAAACCA CGACCCGAGAGGAGCAACGAATATCACTATAGCAAGGATTTTACACTTGTATGTCTGAGT AAAACTCCAAAGACCACTACACATTCAAAAGAAATAACAGTCTTTGATTTTTCCACCTCA CTACAATATCGCTCACACTCTCTATTTTTCCTCACAGAATATTTTCCTCTGTGATGCCTC AGTCTTCTTTTCTCTCCTTTGTAATTCTTTTTTGGTGCACCTAGAATGAAGAATTGTCCT CCATTTTATTGAAAACAAATGACTACCCTCCAAATGTGCTATAGAAATAAAACAATTGTT TTTCTTCATAGCTTACCTACTATTGAAAATTAAGTAAAGCTGAAAAATAATTCAGCACCA AATCTGCCAAAACTTTGAAATTGGCAGAGAGTTATTCAAAGTTGGTACATGGGGATGGAC CCCACAATCTCCCCCTCCAGACCCATTCACCCTGAAGGAGGTAGCTCTAGGTTTCTAGCT TGAGTACATGCCGACAAGTTCTGACATATCTCAAACTTGTCCCTTGTTACCACCTTTGGT CAGCATATCTAAAAGGTTTTCACTAGTAGGGATCTTCATGACCTGCATAGATCTGTCCTC TATCTTTTCACGAATTCAGTGATATCTCACGTCGATATGCTTCGTCCTTGCATGATACAT GGTGTTCTTGCTCAAGTCTATTGCACTCTCACTGTCAAATAGACGACATACTCCTTCTGA TGCAATCCAAGTTCTTGAAGAAATAGTTTCAGCCATACCATCTCTTTTCCAGCTTCAGTA GCTGCAATATATTCTGCCTCAGTTGTAGAGAGTGTGACACACTTCTGCAATTTTGACTGC CATGATATATCTCCCCTTGAAAATGTAAACAAATATCCAGTAGTGGATTTTCTATTATCG AGGTCACCTGCCATATCAGCATCAATATAGCCTTTCAAGATTGAGTCAGATCCTTTAAGA CACAAGCAATCTCTTGTGGTACCTCTTAGGTACCTGAGTATCCAGTAAACTGCCTCCCAG TGTTCTTTTCCAGGATTTTCAAGGAATCTGCTAACAACACCAACTGCATGAGCAATATCA GGTCTTGTACGCACCATCGCATACATCAAACTCCCCACTGCTGAAGAATAAGGAACTTTA GTCATTCCCTCTTTCTCCTCTTTTGTTGTAGGGCACATCTGTTTGCTCAAATTCAGATGA CTCGCAAGAGGCGTGCTAACAGGTTTAACACTCTTCATGTTGAAGCGTTCTAGTACACGT TCAATGTACTTCTCTTGAGATAGCCACAACTTTCTTTTTGTTCGTTCTCAAATAATCTTC ATCCCAAGAATTTGTTGTGCTGGGCCCAAGTCTTTCATGTCAAATGACTTAGACAAATCT TTCTTCAACTTTGCAATCAGCTCTTTGTCTTGTCCTACAATTAACATGTCATCCACATAT AACAATAAAATAATAAAATTATTGTCAGAAAATCTTTTGAAGTATACACATGGATCAGAA TAGGTCTTTGTATACGTTTGACTTTTCATGAAAGAGTCAAACTTTTTGTACGATTGCCTT AGGGCCTGTTTCAACCCATACAGACTCTTATTCAATTTGCACACCATGTGTTTCTTCCAG ATACTTCAAATCCCTCTGGTTACTCCATATAAATCTCTTCTTCCAAATCTCCATGAAGAA ATGCAGTTTTCACGTCCAATTGCTCCACTTCAAGATCTAGACTAGCTGCTATGCTCAAAA TAGTTCAAATAGAAGTCATTTTGACAACGGGTGAAAAAATTTCATCAAAATCAATACCTT TCTTTTGTTCAAAGCCTTTTACAACCAATCGAGCTTTGTACCTGACCAACTTGCCATTTC CATTTTTCTTGAGTTTAAAGACCCACTTGCACTTAAGTGGTCTTTTTCCTTTTGGAAGTT CAACTAGCTGGTATGTGTTCTGTAGAGATCCCATCTTTTCGTGCATGACTTTCATCCATT GGCTCTTTTCTGGAAGAGACAACACCTCCTTAAGACTTTCTGGCTCACCTTCATCATTGA TAAGGACATACTCTGAGGAAGGGTATTTGGTTGATTCTACCTTTTGTCTTTCTGATCTCC TCAGAGGTTGAGATTGTTCTTCTTCTTCTGGGTACTCCATTTGCTCGGTATTATCACCAA GTTGCTCCCCCTGCTCAACAATCTCATCAGGTTGCTCTTCATGCTCAGCAACTTCATTAA TCGTACTTTCTGCACTTATGGGATGGTTAGAAGAAGAATCAATGGTTTAAGATTAGGGAC TATACCATTCTTTTTCTTGGCCCTTCTCGGATAGATCATCAGCAGTTCCAACTTCACTTT CTCGAAAGATTACATCTCTACTTTTAATGACCTTCTTCTTTACAAGATCCCATAGTCTGT ACCTGAACTCTTCATCTCCATATCTGATGAATTTGCAGGGAATTGATTTATCATCTAGCT TGGTTCTTTGCTCCTTCGGTACATGTGCAAAAGCTTTGCAAACGAACACCTTTAGGTGCG AGTAAGACATCTCTTTGTTGGTCCAAACTCTCTCCGGAATGTCAAACTCCAACGGAACTG ATGGACTACGATTGATAAGATAACAAGCTGTCCGAACTGCTTCACCCCAGAATGTCTTGG GTAATTTAGCCATTTTGAGCATGCTTCTCACCTTCTCAACAATGGTGCGGTTCATTCTCT CAGCTACACCATTGTGTTGTGGGGTTCCAGGAACTGTCTTTTCATGTCTGATTCCATGGT TTGAACAATACTATTCAAATTCTCTTGAAGTGTACTCACCTCCATTGTCGGTTCGGAGAC GTTTTAGCTTTCGACCTGTCTCTCTTTCTATCAGAGCAATGAGACTTTTGAAATACTTGA AACACCTGATCTTTGGTTCTCAAGATATAAATAAACCCACAATTTTTGAGAAGCATCATC AATAAAGGTAACAAAGTATTTATTACCTCCTATCGATTCTATCTCCATTGGACCACAAAC ATCTAAATATACCAATCAAGTATATTCGACTTTCATTCAGATGATGTCTTAAATGAGACT TTATGTTGTTTACCAAATAAGCAGTAGTTACACGATTTTATTGTTGTACCTTTGGCAAAA GAGATGAGTGAATTTTTGGAAAGAATTTGCAATCCTTTCTCGCTCATATGACTCATTCTT TTATGCCATAAATCTGCAGAATTCTCTTCGTGAGCCGCATTTAATTCACCTTGGCATATT TCTGCATTTGTCCTGTATAATGTGCCACGAGCAACTCCTTTTGTAATCACCAATGCCCCT TTGGTGAGTCTCCATTTTTTATTTGCAAAGTAGTTCTCATATCCATCTTGGTCCAAAGCA ACTCCTGAGATCAAATTCATCCGCAAATCAGGTACGTGGCGCACATCTTTCAACACTAAT GTGCATCCAACATTTGTTTTAAGCAAATGTCTCCGATCCCCGCAATCTTTGAATAACTTG TGTTACCCATTTTCACATTGCCATAATCACAGGGCGGATCCAGTAAGTCAGACGCGGGTG CTCGAGCACCCATTGATTTTCGAAATTTTTTGTATATATATATATAGAAAATATGATACA TATGTTATTATAATTTAAATGAGCACCCATAGAACAAAATCAGCTGTGGGTGAGCTGGTT TAAACCTCTGCAAAAAGAGGCGCGTGAAGCCACTGGCGAGGATTCGAATCCCGCCAGTAG CATTTCTTTTTTAAAAAAATTTTCAGCGAATTTTACACTGAAAGTGAGCACCCACAACCT TTAAATCCTGGATCCGCCACTGCATAATCACCGGCTACATATCTGCAAAAAAGATCTCTT ACTGGTGTGGCATGATAAGATGCTGCTGTGTCGACCACTCATTCTGACTCTATACCTGCC AATTGCATGCATTCTTCTTCCTCATTTATGAGAAGAATAACATTGTCATTATTTTGCACC ATGACAGCTGTGTTGTCATCATTCTTCTGACCATTGCTTTGCCCCTTTTTAGATTTGGAC AATCTCTTTTGAAGTATCCTGGTTGATCGCAATTGTAGCAATTTCTGGCCTTCGATTTTG ATCGGACCTTGGACTTTCCACGAACTCCGAATCTATCATAGTTACTTGAGCTCCTTTGGT AACTTCTTTCTCTACTTTCCGTAATGAGAGCATGTTCTTGATTTTCAGGCCTTTTTCTCA TCTTCTCATTAAGCAAAAGGGCTGATATGACATCCTTCAACTCAACAGAGTCCTTACCAT GTAAAATGGTTGTTGCTAAAGTATCGTAGGAAGATGACAACGAGTTTATGAGCACTATGG CTTTATCTTCATCCTCGATCTTTACTCCGAGGTTTGCTAGCTGCGTGATTAGTCCATTAA GTACATTTAAATGAGACAAAAAATTTGTACTTCACCCATATGTAGCGCATATAACTGCTT CTTTAGGTACAATTTATTTGTCAGCGTTTTGGACATATGTATAGCTTTTCTAACTTTGTC CAAATGCCATGTGCACTCTCTTCATCAATGATGTTATTAACTACATCATCTCTTAAGTGC AATATGATTGCACTAGCAGCCTTTTCATCCATTTCTTCCCAATCCTCAAGTTTCATGGAT TCAGGCTTTTTGGATTTACCGCCTAGTGCCTTATGCAAACCCTGTTGGATGAGCGAGTCT TTCATCCTTCTCTGCCACGTTGAGAAACCGCTATCACTGTTGAATATTGCTACCTCGTAC TTTACTCCAAACATTTTTTTATTGAGTATAGTACAATAAGCTGCAAAAAATATTTCTGTA AATGAGCAGGACATGTGCTCTGATACCAATTGTTGGGAATAAATCCGTAACAAAAATAAT ATTTGCGATAATAAAGGCAGTAAATGTGGAACACAACGATACAGTTTATCAACGAGAATA AAAGAGAAATAATGACACCAAGATTTTACGTGAAAAACCTCCTAAATAAGAGAAAAATCA CGACCCGAGAGGAGCAACGAATATCACTATAGTAAGGATTTTACATTTGTATGTCTGAGT AAAACTCCAAAGACCACTACACATTCAAAAGAAATAACACTCTTTTGATTTTTTCACCTT ACTACAATATCGCTCACACTCTCTATTTTTCCTCACAGAATATTTTCCTCTGTGATGCCT CAGTCTTCTTTTCTCTCCTTTGTAATTCTTTTTTGGTGCACCTAGAATGAAGAATTGTCC TCCATTTTATTGAAAACAAATGCACTACCCTCCAAATGTGCTATAGAAGAAAAACAATTG TTTTTCTTCATAGCTTACCTACTATTGAAAATTAAGTAAAGTTGAAAAATAATTCAGCAC CAAATTTGCCAAACTTTGAAATTTGCAGAGAGTTATTCAAAGTTTGGTACATGGGAATGG ACCCCACAAATTTAGACCATGCTATTTTGTTAATTCTAATACAATCATCTACCAATATTT TGTGGGAACCGTGGACGGGTTACAAGTCCAATTGTTCAAAGTATCTCCAAGCATAGTATC CCATGTGGTCCAGGCCTCAATGCAATCCTCCAAACTCATATTGCATTCAACTTCTTCAAT GAACAAGTTTTTGAGGTTATCTCAACACTTTCCTCTGAATATTCTTGTGCAATGTCTTGA AATGACTGATTCAAGAGTGGGATAGGTTGTGGTAAGGGAATGCCACTTTTCTTTTTGAGA TTAGACGATGAGACTTCTTTAGGAGTAGGCTTGTATCCAATACCAAATGTGTATCTTTTG AGTTGGTTCCACTATTCCATCCAATTTCACTCAAAGACCTTGATCAAGAATAAAATCATT CTTCCCAAGCCACCATCTTAAGCGCACCTGGCAAATTTATCCTTTCAACTTTGAGTAGCA CACATAATTTTGCTAATATGGAATACATGAGACCCATCCAACTCTTCCGTGCTTCAATAA CAGTGACTGAACTTTCAGGATATATCGAGTTGTTACCTTTTATCACGATCCCAATCTACA CCCTCAACGTGATCAACATTTGAGGGTCCCCAAGCGAACCCTCATATTGACTGACTACGA GCAGAAAACTACCTCAAGACTTTAAAATAGAACAAAATCTATTAAACTTAAATACTCAAC TTATTAAGTCTCAACAATACTCAGTTGAATTACTTATAGTTTGTAAAACAACTCAAAAAA AGTAAATACTCAATAGAATTACTTATATTAATATAAGAATCTATTATTACCAAGGTTGGA GTTTCATTACGGAGGAAGACTCATATTGGGCCAACTTAGGTAAACATTAAAAATCTTAAA TAAATTATGTAATGTAACTTTATGAGTTGTCAAGTGTAATTATCTCTTTCTAGTTCACGT TTTCCATTTAAACTGATTTAAACATTATCAATATACTTGGCATTAAAAAAAATAAATTAA ATTATACATAAATTAGTAATAACTAATAAACAGACAAATTTCCTCTCTAAATTAAAGTTC TCCTTTTTGTGGACATATTTTTTATGAGGAATTTTTTTTGAATTCTCTATATAATCATTT TCTAAATAAAGATAAAAATCCATTCTTTAGATGGTGAAGAAATAAATAATTAGATGGTGA AGAAATAATAATATTCATCATCTCGTGTTAAGATATAAAACATAGTATCTTAATATTTAG ATGGGTATATTCAAATAAAGATATATATTAATTTTAATAAACACAATCGGCCTCGACACT ATTAAAGATGTCAATAAATATAATGTAAAAGCTTACCATGTAAGTGTATCTTCTTTCTTG TTGTTTTTCCTTATTTATGTTTAGTTGTTCATAAATCATAATGGAAGTAAATAATTTCTG TCTAGAACAAATCTTAAACCCTAATTAAGTAAGCAA GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_1 match_part 0.906 1907 1802 match_part 0.980 1716 1569 match_part 0.965 684 513 match_2 match_part 0.878 1899 1802 match_part 0.980 1716 1569 match_part 0.959 684 513 match_3 match_part 0.971 1870 1802 match_part 0.966 1716 1569 match_part 0.965 684 513 match_4 match_part 0.970 1868 1802 match_part 0.966 1716 1569 match_part 0.971 684 513 match_5 match_part 0.908 1866 1802 match_part 0.966 1716 1569 match_part 0.971 684 513 match_6 match_part 0.984 1865 1802 match_part 0.986 1716 1569 match_part 0.988 684 513 match_7 match_part 0.960 1826 1802 match_part 0.966 1716 1569 match_part 0.959 684 513 match_8 match_part 0.885 1897 1802 match_part 0.966 1716 1569 match_part 0.945 684 520 match_9 match_part 0.971 1708 1569 match_part 0.939 684 520 match_10 match_part 1.000 1647 1569 match_part 1.000 684 526 match_11 match_part 0.878 1891 1802 match_part 1.000 1716 1569 match_part 1.000 684 528 match_12 match_part 0.893 1904 1802 match_part 0.966 1716 1569 match_part 0.961 684 531 match_13 match_part 0.892 1967 1802 match_part 0.966 1716 1569 match_part 0.967 684 532 match_14 match_part 0.928 1926 1802 match_part 0.973 1716 1569 match_part 0.958 684 543 match_15 match_part 0.900 1861 1802 match_part 0.966 1716 1569 match_part 0.970 684 550 match_16 match_part 0.885 1620 1569 match_part 0.992 684 562 match_17 match_part 0.976 1885 1802 match_part 0.973 1716 1569 match_part 0.949 684 568 match_18 match_part 1.000 1884 1802 match_part 1.000 1716 1569 match_part 1.000 684 575 match_19 match_part 0.878 1899 1802 match_part 0.980 1716 1569 match_part 0.943 684 580 match_20 match_part 0.977 1887 1802 match_part 0.973 1716 1569 match_part 0.971 684 582 match_21 match_part 0.947 1858 1802 match_part 0.973 1716 1569 match_part 0.956 684 594 match_22 match_part 0.941 1852 1802 match_part 0.959 1716 1569 match_part 0.923 684 594 match_23 match_part 0.896 1868 1802 match_part 0.973 1716 1569 match_part 0.929 684 601 match_24 match_part 0.964 1885 1802 match_part 0.966 1716 1569 match_part 0.971 684 617 match_25 match_part 0.971 1870 1802 match_part 0.953 1716 1569 match_part 0.924 684 619 match_26 match_part 0.935 1894 1802 match_part 0.973 1716 1569 match_part 0.975 684 645 match_27 match_part 0.933 13108 12870 match_28 match_part 0.933 13107 12870 match_29 match_part 0.933 13107 12870 match_30 match_part 0.933 13107 12870 match_31 match_part 0.993 18961 18120 match_32 match_part 1.000 18929 18247 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C04SLf0138K20.1 type gene exon 1967 1802 exon 1716 1569 exon 684 513 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C04SLf0138K20.1 type gene exon 13108 12870 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C04SLf0138K20.1 type gene exon 18961 18120 RepeatMasker tomato repeats master Copia00110 2409 2718 1 Copia00110 2409 2718 1 nucleotide_motif 1802 2059 2347 Copia00215 1 928 1 Copia00215 1 928 1 nucleotide_motif 2313 4213 5125 Copia00215 2199 3146 1 Copia00215 2199 3146 1 nucleotide_motif 1247 5187 6156 Copia00149 13147 13300 1 Copia00149 13147 13300 1 nucleotide_motif 270 6431 6583 Copia00045 3771 3980 1 Copia00045 3771 3980 1 nucleotide_motif 564 6775 6985 Copia00185 4107 4367 1 Copia00185 4107 4367 1 nucleotide_motif 1851 12751 13009 Copia00010 1 3089 1 Copia00010 1 3089 1 nucleotide_motif 24065 13327 16413 Copia00185 3027 4367 1 Copia00185 3027 4367 1 nucleotide_motif 9463 16671 17990 RepeatMasker tomato repeats master Gypsy00042 5992 6038 -1 Gypsy00042 5992 6038 -1 nucleotide_motif 238 166 119 Gypsy00043 1025 1312 -1 Gypsy00043 1025 1312 -1 nucleotide_motif 1124 2643 2367 Copia00110 13309 13570 -1 Copia00110 13309 13570 -1 nucleotide_motif 779 2729 2475 Gypsy00073 691 867 -1 Gypsy00073 691 867 -1 nucleotide_motif 1084 3021 2840 Copia00110 13206 13294 -1 Copia00110 13206 13294 -1 nucleotide_motif 331 3310 3280 Gypsy00043 575 625 -1 Gypsy00043 575 625 -1 nucleotide_motif 332 3361 3311 TOPSCOTCH_LP_I 1402 1726 -1 TOPSCOTCH_LP_I 1402 1726 -1 nucleotide_motif 625 6242 5919 Copia00050 582 873 -1 Copia00050 582 873 -1 nucleotide_motif 556 7021 6741 Copia00143 45 207 -1 Copia00143 45 207 -1 nucleotide_motif 1070 7183 7023 Copia00113 5221 5326 -1 Copia00113 5221 5326 -1 nucleotide_motif 237 12029 11929 Copia00003 1053 4709 -1 Copia00003 1053 4709 -1 nucleotide_motif 8304 16414 12803 TLC1_LTR 1 579 -1 TLC1_LTR 1 579 -1 nucleotide_motif 2968 18308 17731 BLAST_tomato_bacs Tomato BAC sequences BLAST_tomato_bacs Tomato BAC sequences match_1 match 1719 12796 14255 match_2 match 2866 14272 16410 match_3 match 1822 16703 18100 match_4 match 4212 13309 16410 match_5 match 1735 16703 18093 match_6 match 4248 13326 16409 match_7 match 2000 941 2000 match_8 match 1481 16703 17820 match_9 match 4431 13309 16410 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) clone_end_1 clone_end 837 1273 1718 clone_end_2 clone_end 1255 1286 1950 clone_start_1 clone_start 1110 5201 5795 clone_end_3 clone_end 1201 7457 8105 clone_start_2 clone_start 1372 8060 8772 clone_end_4 clone_end 361 9327 9571 clone_start_3 clone_start 291 9398 9571 clone_start_4 clone_start 291 9398 9571 clone_start_5 clone_start 392 9921 10118 clone_start_6 clone_start 1132 14759 15329 clone_start_7 clone_start 537 19506 19776 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) clone_end_5 clone_end 954 1869 1357 clone_end_6 clone_end 424 3987 3747 clone_start_8 clone_start 400 3987 3747 clone_start_9 clone_start 995 7331 6830 clone_end_7 clone_end 868 8496 8038 clone_end_8 clone_end 1336 9327 8606 clone_end_9 clone_end 1033 13853 13321 clone_end_10 clone_end 1104 19776 19172 GenomeThreader_SGN_E_tomato SGN Tomato ESTs GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_1 match_part 0.906 1907 1802 match_part 0.980 1716 1569 match_part 0.965 684 513 match_2 match_part 0.878 1899 1802 match_part 0.980 1716 1569 match_part 0.959 684 513 match_3 match_part 0.908 1866 1802 match_part 0.966 1716 1569 match_part 0.971 684 513 match_4 match_part 0.984 1865 1802 match_part 0.986 1716 1569 match_part 0.988 684 513 match_5 match_part 0.885 1897 1802 match_part 0.966 1716 1569 match_part 0.945 684 520 match_6 match_part 0.971 1708 1569 match_part 0.939 684 520 match_7 match_part 1.000 1647 1569 match_part 1.000 684 526 match_8 match_part 0.878 1891 1802 match_part 1.000 1716 1569 match_part 1.000 684 528 match_9 match_part 0.893 1904 1802 match_part 0.966 1716 1569 match_part 0.961 684 531 match_10 match_part 0.900 1861 1802 match_part 0.966 1716 1569 match_part 0.970 684 550 match_11 match_part 0.885 1620 1569 match_part 0.992 684 562 match_12 match_part 1.000 1884 1802 match_part 1.000 1716 1569 match_part 1.000 684 575 match_13 match_part 0.878 1899 1802 match_part 0.980 1716 1569 match_part 0.943 684 580 match_14 match_part 0.947 1858 1802 match_part 0.973 1716 1569 match_part 0.956 684 594 match_15 match_part 0.941 1852 1802 match_part 0.959 1716 1569 match_part 0.923 684 594 match_16 match_part 0.933 13108 12870 match_17 match_part 0.933 13107 12870 match_18 match_part 0.933 13107 12870 match_19 match_part 0.933 13107 12870 match_20 match_part 0.993 18961 18120 match_21 match_part 1.000 18929 18247 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C04SLf0138K20.1 type gene exon 1907 1802 exon 1716 1569 exon 684 513 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C04SLf0138K20.1 type gene exon 13108 12870 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C04SLf0138K20.1 type gene exon 18961 18120 AUGUSTUS_tom_cdna de novo AUGUSTUS_tom_cdna de novo gene_1 gene 1 603 513 transcript_1 transcript 603 513 CDS_1 CDS 603 513 start_codon_1 start_codon 603 601 gene_2 gene 1 1952 1710 transcript_2 transcript 1952 1710 stop_codon_1 stop_codon 1712 1710 CDS_2 CDS 1716 1710 CDS_3 CDS 1952 1802 AUGUSTUS_tom_ugs de novo AUGUSTUS_tom_ugs de novo gene_1 gene 1 1834 513 transcript_1 transcript 1834 513 CDS_1 CDS 684 513 CDS_2 CDS 1716 1569 CDS_3 CDS 1834 1802 start_codon_1 start_codon 1834 1832 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_1 match_part 0.933 13108 12870 match_2 match_part 0.995 18961 18120 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C04SLf0138K20.1 type gene exon 13108 12870 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C04SLf0138K20.1 type gene exon 18961 18120 AUGUSTUS_tom_pot_cdna de novo AUGUSTUS_tom_pot_cdna de novo gene_1 gene 1 603 513 transcript_1 transcript 603 513 CDS_1 CDS 603 513 start_codon_1 start_codon 603 601 gene_2 gene 1 1952 1710 transcript_2 transcript 1952 1710 stop_codon_1 stop_codon 1712 1710 CDS_2 CDS 1716 1710 CDS_3 CDS 1952 1802 BLAST_ath_pep AGI Proteins (arabidopsis.org) BLAST_ath_pep AGI Proteins (arabidopsis.org) match_1 match 103 685 509 match_2 match 103 685 509 match_3 match 143 14504 13623 match_4 match 94.7 5125 4643 match_5 match 33.5 13596 13504 match_6 match 127 14947 14528 match_7 match 84.0 4608 4357 match_8 match 102 685 509 match_9 match 88.2 5137 4625 match_10 match 121 14348 13653 match_11 match 38.9 4608 4510