C03HBa0166B15.1 AAGCTTAATAGGAAGCCTTACATTTGTATAAAGTGAGTAAAAACTCCCTCCATCCCTGCT TTCTTGAGATGCTTCTTTCACTATCACACAAGTACATCGTCCAATGTCTATAGGCAAAGG CCTATACAACAATGACCTGAAAATAGAATAAAAAATACTACTGTCATCAATAATCATGAT CAAAGAACTGATTTTTATCTCTAAATCAAAGACATTTACAGACCTATTAGGAAGTGTAGA CCAAGAAGAAGCTGGAGCAGCTTCAGAATCCGAATAATCCCAAATATTAGCAGAATTCGG GGTCTCAGTATCATCCGCATGCTCCCAAATTTTCAACCCAATTTTAGAATCAGGTTCATT TTTTTGTATACATAGCTGAAGTGAAGATGGCCTCAGAACAGAGTCTTTCACATCAGCCCC AACCCTCGTAAACTCATTATTCACAACCTTACTAGTCCAATCATATTCTTTATCACAAAG ATTGGATTTTTCAGGTTTATGTGGTGCAGAATTTTCTTTATTATCAGATATAACAAGTTG GTTCTGAAGCAAATGAACACCCAATGCTTCACCAACCGTACTGCTGCTCCGGTTTTGTCC GAGCTCATTTAAAGGATTATCATAAAGGGAATTATAAGAAGTCGAAGAACGAAGAGGGTT TGTAGTTTTCTTGAAACTAGACATTTTTGAACACCCAATTTGGGTGAAAAGAACAGAACA ACAGGTTATATAAATAGGATTTTTTTTTTTTTTTGATTTCTTGTTTGTTGGGGTGGGGCA CTTTATTTTTTGCTTTAAAGAAAGAGCAGGGGTAGTGGTTAGATATATGCTTTATCTTGT GTTTGCAGCCAATAAGACCATTGATGGTAACAAACAGAAATTTGAATTTGAAAATTTTTT ACTCATTGGGGCTTTCAAAATGTTGGATTTTGGTAATATTTAAGATTGAAATTCTCCAAC GGTAAAATAAGGAACTTGATTGGGTCAATACTATATACCATGTGTTTTTTCTCCTTAATC GACGGCGGGTTTGTGGGGCCCGTCGCCGGAGTTTTGTCGGCTGATGATTTGGACAGTGGC GCGAAGTAGGTTTGAATATATATACACTGCCGTACGGTTTGTCTGAAACAAAATTTATGA AGCAAATAAACTCTGCAGATCCTTGTAAATATAGCAATTATATTCCTTTCCTACCTTTTA AGAATTTTTTGGTAAGGTAATTTAATGAATTTATTGATAAAAATCAAGGAATTTGTATTA AAATTTAAAAAAATGCAATAATTTTGAATATTTTACTCCGCATTTAAAAAAGAATGATAT AATTTCTTATTAATCTATTTTTTGGGGAAAAAAAAATCAATTTTAAATTCAGAAAGAATT TTGATTTTGGCAAACTTTTTAGACATAATACATAATCATGATACTTAATTTGACGTCAGT AGATATCTACGACCTTTAATTTTGGATGTGCACAAGTAGACACTTAAAACTTGTATAAAA TTAAGCAAATAGACATATTTATCCTACATGACACTCTACATGGAAATTTTGCATCATACG TGGCATCCTACATGTATTATGCCATGTAGGATACATGTGTTTACTTATTCAATTTTATAC AAGTTTAACTGTGTACTTATGTATACTCAAAATTGAAGAGTATGATTATCCGTTAAACCC AAATTAAAGATCATATTTATGTATAATGTCAACTTTTTATAACTAACACAAATAATCAAA TATTGTGTCATTTTATGATCATAAATTTCAAAACTATAACCACAACAAATGAGATGTTAT ATTTAAGATCATAAAGAATTTAACTTTTCTTTCTTTCTTAAACTACTATTCTAATCAAAT TAGGGTTATATAAACTGAAATAATGGAAGTAATTTTATGGAGTGGCTTATTTATACAATT CTATTTAATATGTAACCAACTTTTTTTCGTTTTTCATATCTATCTACTTCGTAATAACTT TAGACATAAGGTTTTTGAAATTCAAATAAAAATCTAAAGTTTTATATGAGAAAGTTAAAG TATTTTTTCGTGTAATTTAAATAAAAAAGGGAAATTTCTTATATGGCAAACGGATGTTAT GAAATTACATTTCATGGGTATAGTTTACATAATTACATTCCATGGGTATAGTTTAGTTTG TTAGGTGACTCTAAATTTGTATAAAACGTTTTTTTTAATTAAATTTATACAAAAAAAAAT TCAATAAATGGTAACAGTAGCACAAAAGATGCTAACAATAAATTTACATAATCCCATGAT TTAAGCAAAACATTTAAAATCAAATATTTTCCCCAAAAAGAATTCTAAAGCTATAAAAAG ACAATACCAGTTCAAAATTAAATATTTTTCTAATTTTTTTTAGATAAATCTGTGTGTTAT TCCATGGATATAGTTTAGTTTGTTAGGTGACTCTAAATTTGTATAAAACGTTTTTTTAAT TAAATTTATACAAAAAAAAATTCAATAAATGGTAACAGTAGCACAAAAGATGCTAACAAT AAATTTACATAATCCCATGATTTAAGCAAAACATTTAAAATCAAATATTTCCCCCAAAAA AGAATTCTAAAGCTATAGAAAGACAATACCAGTTCAAAATTAAATATTTTTCTAATTTTT TTTAGATAAATCTATGAAACACACACAAAAAAATATATTTATATATAAATTGATTATATT GTATATGTTTGCGAAATTGTATATAATTTTTATATAATATTTGTGTGAAATTGATTTTGT GTTTTAAACAGTATATGACCATCATATATTCTTTTAATTTTTTTGGGTAATTTTTTTGTA TACAATATTTTATTATGTTCCTATTTTTTCTTTTTTGTATAATTCTGAAAATTTGTATAA TGTACAATAATCTTGGTATATATATTATAGTTATATATGCATCTGTGATTTCATGTTTTT TTTTTTTTTTTTAAAGTATTACTGATTAACTGATTGTATATTATATTCATTTGTTCATTG TATATATAGTAAGCTTGAAATATGTTTCTATATTTGAGAGTGTAACGTTTATATATACAA TATTTTATTATGTTCATAATTTTTTGTATATATCGACGAATTTGTATAATGTATTATAAT ATTAAAGAGTGATTTACAAATTTCTTTATACAAAATTAAATAATTGTGTACAAATAGATA TTAGCTCATAAGACTTTGTATATGTTATCTTAATATACACCCACTATATCTAACTTTAGT AATTGGTATACAACTAATAGAATATACAATTAAGAACTGTTTCATAATACTTTGTATATA TTAACTTAATATATAAATCACTATATACATAACTTTGTAATTTGTATATAAATTATACTA CCTGATATTCCCGATATTCTTCAGATTTGTCCAGTTCTGATGAGGCAGATTCAATTGAAT GACTTTATGAATTGCCATTGGGTCATTTTTTTTTCATGGATCTCAATTCTTCAATAGATT GTTCAACTTAAACTTGTTTATGTTTTGCCATAGACCCTACATTAACCCAGAATCATGAGT TAACCCAATTGAAACGAAGGTGGATTATCAACAACATTGACATGCAATGACATACCTCTC GTAATCCTCATACATGGACAGAAATCATCTATTCTGATTTTGAAAGATTTGTAAATTAAT AAGTAATAAAGATTTTTTAAAAAAATATGAAAAAACTAACAATCATACTACATATACAAT TGTTGTAGAAGGAACCAAGAAAAAAATATTGAAAGCCATGAATTTGGTAGTTACCTACGA AAAGTGGAAGAACATCGGAGGGAGAAGGTCAAAATTTTCCCAATGAAAATTCAAATCAGA AGGGAAGAGTAATTTTAGGAAAATATATGGAATGAGAATATGAGAGATAAATTTGATTTT GAATAAAATTATATAAAGATCTTTGGATGACTATTTTTATTTTGTATACAAATAGATAGT GGATCCCATTAATTATGTCAAAAAAATGAAACTATATTTACTGACCGTAAATAAATTAAA CTATACCCTTATTAAGTAATTACATAGGGATGCCATGTAATTATCCATGGTTGAATTTTT GACAAATAAGTCCAGTGATAAAGTTTTATAGAAATAGTTTACCTTTATATGTTCCATCTT ACTTTATGTATCTGAAATTGTTTCGAACTAGATAAATTAGTAATTTTTTTACGCGATATA AATATGACTTAAATGGTTGATCTCAAAATCGAATACAACTTCACAAGTGGCGTATACAAG TAATAACAAGTCCACACTTTACAGTTGATTTGGGCCTTCAAGGCTCTCTAAGCCTGATCA CTACCAAGCCCAACAACCAGCGACCCGATTAGAATTTTCATCAAATCGGATCCCAATTTC TACGACCTAGGCCACTGTCATTGATAAAGCGATAAAATTTTGTGGATCACAAGTGAAAAC GAGTGGCTCTCTTCTTGACCCATTAATAGTAAGTATCAGAAGAAACCATGGCCCCAGATT TTGCCTACCATGAAGGCAGCAGCAGCAATGGTGAACACTGTCACTCTCTCTAACTCAACA TTTTGGCACAAACCAATTTCAAGAATCAACCAGAATTTTAAAATTAGAGCATCAATTTCC ACCTCAGGCAACATGGTTGCTCCTGCTATCATAGTTGGAGGTGGACGTGTGGGAAGAGCT TTACAAGATTTGGGTAATGGAGATGATGTTTTGGTTAAAAGGGGTGAACCAGTTCCTATT GATTTTGTAGGTCCAATATTGGTTTGCACTAGGAATGATGATCTTGAAGCTGTTCTTGAA GCTACCCCTAAATCTCGTTGGAGCGGTATGCTGGAATTCCCATCAATTACACTCTGTTAT TTACTCTTTAGAGTTAAAAAAAATGATTTTTTTTTTCTAAATTATTGCATATTTAAGACC ACAACATTCAAAAATATGAACTTGGTGGGTATCCTTTCCGGCCTTAGTAAAATAGTGGGT GGCTGGGTTTGGCTCGAACTCATCACTGTTTGAAATTTTGGCAGTCATGTGTCACCACTC TTCTGTTTTCTCATGTATAGACATTATTATTTCCTTTTTGGCATGAATAGACAATGCATT AGTTTCTGTTAGTTTTTTTCCTAGAGTGTAGTTTGAGCATACTTATGTCTTAATGGATGA TGTGACCCTGTAATAAATCTTGATGTAGCAGATTTGGTATTTTTCCAGAATGGGATGCTA GAGCCTTGGTTCCAAAGTAAAGGCCTTGGTGATGCAGACCAAGTTTTGGCATATTTTGCT GTATCAAAGCTTGGTGAACCCCCAACTGATGGGAAAACTGATACAAATCCAGAAGGATTG ACTGCGGCTTATGGGAAATGGGCATCTGCAGTGGCTGCAAGATTGCAGAATGGAGGACTC TCTTGCAAGGTAAAGAATGAACTTTACATGGTATTATTTGCTCGTTATAATATTATAAAC CATGCAGTGAAAAGTTTCAGTTTGAGCTATTGAAGGTTGGCTAGAAGATTATGTTTGATT TCATGTTTATCGTAAATAGGGATGTCTTGTCTAAGTTTAGTGTGTTATACTTTGAAGACT TCAACATACATGTCTAATATTAGCCCTCAATTGTTTTTTTCCCTCCTTGATGAACTAGAC TCAGTTTCCTCCGTTGGAGGCTTCGTATTCAACAGTTCTATACGAAATACTACTGATAGT ATACCTCTTTCCTTATATTTTAATTTTCATAAAGATGAATAAATCGTGTGACCCAAAAAG AGACACTGTTTTGCCAATTCAAATTGAAAGGTGAGGTAAAATCATTTCAATATGCTGTTA CCTTACCAACTGTAATCTTCAAAGATGGTATATCTTTTTCAATTTTTCTCGTACAAGTTT AGAAGGTCCAGGAAGTCCATTATTCATCTTTCAGAACTGCGCCTTATAGTAGCTTGCAAT GGACTGGTACTAAGATCTATAATGCATTTTGCTTTTTGTGAATACCAGGTACTTGATAAG GAGCCTTTTCAGAAGCAAATGCTGGAGAAGCTTATATGGATATGTGCTTTCATGCTTGTT GGAGCTCGCCATCCTGGAGCTACAGTAGGAGCAGTTGAAAAAGAGTACCGCTCTGAGGTG AGTGATTCATCTATGAAACCCTTTGAGAAGTATCCACTTTTAATTGCCTTTTGAAAGGTT AATCAACAACCCTCACACCATAACTCCAATGAGACTACTATAAGTTTTAAATTTTTTTTT TATAAAAAAGATCACTTTTCAGCTTAGTTTCCTTCATAGGATTTTATAAACAGTAATTCT TGGACCTTCTACTAATCCATGCTGTGTCACTGTTTAGACCAACTATATGTGGTAGTTGAT GGGGGCTAAATGCACTCGTGAAAGTTCTTGTTACAGTTTTACTAAATTGACTCACCCTTG TCCACGCGAAAAGGCAAAATGCTATCTAATCTGGGCGGGGTGTCAGAATCACTCATTCCT TTGCTTTCCTCTTCTTTTCCCCCCTCTTTTTTCCAAATTAACGTGGCTCTTGGTCGCACT CAAGGATACTATCACATATTAATAGGAGGAACTGAAAGTTGGATGCTTCACTTGCTATCT AAATGTTTGCAGCTAGGTCAGATGACAATGTAGATGCCAGGACGTTATTAACTAGGTTTG CTGCTTTCAGGTGTCAAAACTAATTGCTGAGCTTGCGGCTGCAGCAGCTGCAGAGAAAGG TCTTGTTTTTGAGGATGCCATGGAAGACAGGCTCTGCGCTTACTCACGAGCAGTTGCACA CTTTCCAACGGCTGTCAAGGAGGTAAGAAATGTAAATTTCATAATTGACATTACATTTTC AATCCTGTGCTCTAACCATCCCATTCGTCCGATCCCTTGTATAGTTCAAATGGAGAAACG GATGGTTCTATTCACTCTCTGAGAAGGCAATTGCAGAAGGGAAACCAGATCCATGCCCAT TGCATACTGCATGGCTTAAAGAACTAAAAATAGTCTAGGATAATAACCGTTATTTGATAT ATATTATGATTGTTGAGGTCCAAAATTTTTTTTGGAGGATGTATATGATAAGAGCTGATG TATCAATTCAATTTAATGTTAAAATCGTACTCCTATTTCATATCATAACTGCTGCTAAAT TGTTTCATAAAATTATGTGTGCTATGAATAAATCAGCATATGAGCTAGACTTACACTACA CCAATACTATGTTCTCTCATATTTTTATGGAACTGAAGTTCATATACAAAGATACAGAGA CTACCTATACTATGTTGTCACAATCCACCACTAACAAATTTACCAGAGGATTAAACAGAC AACAGAAAAAATATGAATAGAGATAAGGAGCATTCATACCCCCCTCTCCAAGAATTGACA TCCACCTTCATCGTATGCAATAAACCATGATGAAATTTGGCATAGGCCCAACCAGCCTGG GTATTACTGTGGGCACTGGAGCTTTGTACACTGGTTACAGCCTCGAAAACCAAACTATAA CCTCCACAGTGAGATTGAGGCAAAGTTTGCCTCTTAAAAGCTCCATGGGTGGGTACTCCG TCCATGTATTCTATCATTCTCCCAAATTTAGTGTAACAACTGCAAATGTGTATTAACATA TGCTCTAGTCTCCCAGCATTTGCTGTGGATTGAAGGACCAAGAAGATCAAACGTCGCTGG CAACGAGTGATGAGCTGTTGTACCAACAATTTCGTTGAAGCACCCTTGTCTCAACCATCA TAATCCAAGTCCTTTGTATTCTTTTTTATTGATTGCCTAATTAGTTTTCCTCCATCATCA TACCAATCAAGATTCTCACAAGGAGCAGGGAAGATTTTGCCAATAACACGTCCTTGAACA AAAGAACATTGGAAGATACGCTTCTTCTTGTACGTAATTCCTACAGACATGTCCTGAAAA GTAATATTCTGAACAGGAATCTCAGCGCTCCCATAAATACGTGCTGGAATACGAACTCCT TGTCCACGAATACCAGTAAAGCTTATATCCTTAATAACTGGAAGAGCATTTGGATCATAG CCTTCATCAGGATGCTCATTGTAGTCGGTCTTAATTACAATGCCCACACGAACATTCTGT AGGGTCAGGTTGCGGTAGATAACATGTCGGATATGACCACCCCTGCCAGGGCTAGTTTTG ATTCTTATTCCTCTTTTTGAGTTCCATATAAGGAGATTCTCCACTATTATATTTGACACT CCACCAGACATTTCACTCCCAATTGATACTCCAGCACTGTTGATAATGAGCAAGTCAGTC GACTTTATAAACTAAAAAAGACAGCACACACTCAAACGAACACTTGTCTCCAGCAATTAA ATTGAGAAAACTAAGAAAGAATTGCAACCTTAAGTTAATGAAGACAAAGTTGTACATAAT TTATTGAAGTGTGGATTATGCATCTTTTTATGCGGGCAGATCTAGGGAGGTAATACAAAC ATGTAATTGGAAAAGAAAATGTATGTACTTGACATAATTTAATATGATATGGAAACAATT ATTACCTAATCATTGAGCGCACTATGAGGTTACGGATAGTGATATTGGAAGACGGACGGG AATATGCAATTCCATACTGATCCCAGCCACTCTTGATTGCGACTCCATCATCCCCGACAC TTATATAACTATCTTCTATCACCATATCCACGCATGAATCTGCCAACATAAGATCCATCC GCTCAATATTTTTGTATTAAAAATATCAAGTGATCCAGTTCACAACCCCAAATCTCTCGT TCTTATGGACTTAGGATTCTGTATCTAGAGTGAGACGATATATTACTTAACCCATTTGAT TGTTATTGTGGTGGTGGTAGTCAATGAAACATTTTTGTGGAAAGTCAACAGGTGAGGGTA AAATCTGCTGGTACATTCACATAAATCATGACCTAGGTATGTTGAGACACTTTCCCCAAA TGCATTACATATAGAAGGAACTTAAGCTGTGGATAAGATTTATAGAGCAGATTTATGCTA TTTACCGCTATTCTTGATATTGCACGAGTGAATTTGTTGAGGACAAATCGATTTCTATAG AGCATCTATAAACATTTAAAGTACTCCTATACAGCACTTCCTGTAGAACTCTTAACAACT ATTCTTGATATTACACGACTGAACTTTTTGAAGAAAAAGCAATTTATAGAGCATATGTAA CCATTTAAAATATTCATGTACATCACTTCCTATAGAATGCCTACAGACCAGGTCATATGT GAGCATTTAGATGAGAATTGATGATATGGGGAAAAAAGGGCCAACATACAAATTACAGTT GCAACAAAAGTGATCAAGAAATGTAAGGAGAACTCACCAGGGTCTATTCCATCAGTGTTT GGGGCCTCGGTCAGTGGAGCCAGAATTGTTACATTTCTTATAACAACATTTTGGCAGTCG TAAGGGTGAAGGGTCCAGAATGGAGAATCCCGAAATGTAACATCAGAAATGTAAATGTCT CTTGACCACATGAGTTGAAGAAGTGGCCCCCTTGTGTGATTCAAAAGTTTTTTGCGGTAT TTCTCCCACCATGATCGGCCTTGTCCATTAATGGTACCATTATGCCCTGTTTCACAATTG TTTATAAACAATCAAATAAAGGTTTGTACAATTCTCAATCACCTTTTAAGAATCACATTT GAATATGTACTTCACTACTTCATTTGGGGAATTTGTCGCTAACTAGCTAGAAGAGAAAAC ATGTGCAGAGGCAACTTGCATGTATCGGAAAACAAGACATATAACTAATTAACTCAATAA CAGATGCTAAAAGCAGAGATAGACCTAAAGAACATATGGTGGAACAGCATGCCTGAAAGA GGAATGTACATACTTTTTTGGAGAAGAAGCTTTTGAGTTTTGAATCTTGTTTAACACAAG AAACACTGGAAACCTTTGACAAACTTAATAACTTAGCATGTGGTAGAAATCTTGAAGAGG AGTGGCTCCTCCTTACCAGCATTAACAGTCACACTTGGGAAATAATCAATCATATAGTGA TTTATTGTAATTCATAAGAAGTGACAGAAGGTAGCACCAGTTCAAAACTGAAGGAATAAT AAAATACTACTCGTACATTACTGCTTTTTTATAAGATATTACTACTTTACCTGTTATGAC AACATCCTTAAGGTTTTGCCCATGGATTAAACTTCCATAACGCGGCCCGCGACGTTCTCT TCCATACCCATATGATGGCAAAGGAGGCAGTAGGGGCCAATAGTTCTCATCCTGTTGCAT GCATTTAAACCTCTATAAGTTAGCAGCAGCATATGTAGCACCCTCAACCAAGCACACTTT CCTATATTTTTGTATTATAATAGATGTGATAATTGTTAGGATGTGATGAAGCAACATACT TGGAAGTTAGTTACAAAGGAAAGAAAATTATGAGCCCATTCTTAAAAGCTTCTAAAAGTA ATAAATTCAAAACTATCACAAAGCAAATTAACTTTGAGACATAAATAGAAACAAGATCTC ACGTTCTTAAAAGCTTCTAAAAGTAATCAATTCAAAACTATCACAAGCAAATTAACTTTG AGACATGAATAGAAACAAGATCTCACGTCTAAGTGTAAAAGTGCAATGTCAGTTGAGTTT CTGTTGCCAGACAACCATTATAGACATTTAGTATAGGAATTGCAGTAAGCAACAATAACA GATGCCAAAAAAATGCTAGTTTTATATGCATGTGCACGAAAAAGTCATGTATCTAGGAGA AAAACAAATGCAGTTACACCTGCCACAAATAGCCAGAGCTATGCCCCTATGCTAAAATAA GAAGACGGTACAAGAATGGCAATAAACTTGTTCTTGTCATTATCATAGGAATGGAAAGGG TAGGTTATTCCCGAATAACACACACATACTGAAGGGGAAATAACTATTAGGACTTGTTTT AACCACTATACTATATCTTCACATTTACTAGATTCCTCCTATTACAATTCCCCCTATCCT TGAGTTACACAATTTTTTTTTTATTTTTATTTTTGTGATTGTGGTGTCCAGGCAAGCTTT TGCACCCTTCATAACTGCTAAAACCACGGAAAGATCTCTTTGTTTACTACAATTAGTAAC TAAATTTTCAATACACATACAATTAAAGGATGAATTTGAAGTTGAACACGCAATGCATCT GACTAACATAAACACGGAACGTTTTCAAACAGTTCAGCTCAAATTCTTTTTCTACACCTT CTGTGGAACTAAACGAATTCTACTTCGAATCGACTACTTACATCAATTCCAAGAATAACT GCATTTTCAGCGAGGAAGAGCGTCATGTGGCTCGTGAGGTTAAACGGCGCCGTAAGCCAA TGACCAGGCTCAACATTGAGCTGACCACCACCTCGCTTCCGAATTTCCGAAATTGCCGTC TCAAATGCCTTTGTGTTTACCGTTACGCCATCGCCAACCGCTCCGAAATCGGAGAGATTG AAGACTAGAGGCCGTAGCATAGGGATAGGTCTCGTAGGTGATGCCAAACCTCGATATATC AGAAGCCGTTCAACTGCAGTCCTTTGCCAAATGACGATCAGAATAAATCCAACGATCCAG AGAATAGTAAGAAGAGTGTAATGAGACAACAGAAATGCCGGAATCAAACGCCTGTATTCA AGTTTTCGATGCTGGAGTTTGAAGGAATCCGCCATGGATTATAACAAAACTATACAAATT TGATGAAGAATTTTAGTAATAGTTCAGTGATATATGAAAATGGAAAAATGATATCAGTAG ATCACAGCTTCCATTAGTAGATAGAGTGGAGAAGAAAGATCCCTTCTTTTGATTTACAGA AATAGAAAGGACAGGGAACGGTTGCCCGAAAACTGACAATTTATGGGCTTCAGCTTCCAA ATTGGACGTTGATGGGCTTATCTGATTAAGTTTAGTTGGGCTCAATTAGGCTTTTGTCAT CGGCAACTTTCACATATATCAAATAAAAAATAAAAATTTGTATTTGTATGCTGTAGCAAA GTTTACATAATTGCTCCTCATAACAAACATAGAAACTGTATAATTCACTATATATATACA GTTGAAGCAAATTGCATAAAACGAAGTGTATAAAATAAGAAATTTGGGCAGAGAACTATA TAAAAATGTTTTGTATAAAATAAATTATATTATTATAAGTTTATAGAACGATTATATACA ATTTGAATTTGTATTAAATGAGAAAGAGAGAAAGACAAAAGAAACTTGACAAAGAATATA CAATTGAATCGCATTGTATAAAACGAGAAAGAGAGAAATTAGATACAATTTGAAAATTGT ATAAAACGAGAAAGAGAGAAATTAGATACAATTTGAAAATTGTATAAAACGAGAAAGAGT AAAAGGCAAAAGAAACTGGGCAGGGGAGTATTTTTATTGTATAATTATAAGTGTATAGGA CGAAAATATATATATTTGCATGTGTATATACAATTTTCTCACGCTTTATACAAACAAAAA CGCAATTTATACATTTTGTATAAGTGAGAAAGGAGAGGGTGGCGAGCGAGATTTGGGAGA GTGGCGAGCGAGATCTGGAAGAGAGTAGAGAGGGGAACAAAAATATATGTATTTATACAA TTAGAAATAATTTTTATACACTTGCGTTTGTATAAAAAGTGAGGAAACGAGCGAGAGATT GGAGGAGAGTGGCGAGCGAGATATTTGGGAGAGAGGCGCCTGACAATTTTTTGCAAACGT TTGCTATGGAGCACAATTAAATCAAACCCTAGCTACTCCATTTATTTTAGATAATTAGTT TGCTATTATATACAATTTTTCTTTTTTCATTTCGTACAGTATTTGAAGTAGACTTACTAC ACTTACTGCACTTAAAAGTTGAGCAAATTAATTTTTAAGTTATTGGGAAAAGGGTTTGAT ATACCCTTCAAATTTGTTATTTGGAGCTGATATACCTCTCGTTATGAAAGTGACTCATAT ATGCCCTTACCATTATATAAACGATTCACATATACCCCCGATGTTATAAAACGGCTCAAA TATTATCCTTCATTTAATGGAAGTTAAAAAATTAGTTTTAAATTTATATTTATTACTTTT AATTTTTTAAAGAAATTATTTAGGTGCATATATGATTCTTCTATCAAAGTTCAAGGTGTA TTTTAATTTTTTTAATATATAAATTATTTTTTGACTTCTTTTATTATAATTATTTGAGTT TCTTATTTTTATTTTATTTTTTTCATACATTCCTTATTTGATTTTTGTATTCGAAGAAAA AAATTTGGTCATCTACAATAAGTTTTACAAGAATATTAGTAAAACATAAATAAATTTGAT TATCTAAATAATAATTTTAAATTAGTCATTGAAACAAAAAAAGGTCAACAAAAATATGTT TGGCGAGGATTAAATTTACTTATATGGGATTATATCTTTTATAAAAAAATGATAAAAAGT TAGATTAAAATTATTATTTTTTTAATTTCCGTTAGAGGAAAAGGGTATATGTGAGTCATT TGTTTATAATTAGGGTATATATGAGCTAATTTCATAACAAGAGATATATCAGTTCTAAAT GACAAAGTTGAGGGTATATCACACTCTTTTTCGTAAGTTATTTTTAGCTTTTGAGAGTGT TTGATAAAGTTAAATATAATTTAAAATAATTTTAAAAGGTTAAAAAATCAAAAGCTCCCA ACTTTTTATTTTTTGATTTAAAAGTCATTTAAGTTTGATTTTTATTTAAACTACAATATT TGACTATTGGTTTCTACTCACTCTCAAAAAGTTTAACTCAATCCTTATTCGTTTTTAGTG AATTAAATACTTATATTTGTTCTTTTAAGTTGATGATTGTAACTTTAGGATAAGATGGTT GCTTCTTTTAAAAAAATTAGAAACCACTATGGCCACACGGCCACACCTTTGACTACATGA AATTTCATGTACAATGTCAAAAAAATTTAACAGCAGACACTAACAGAAATGGCGACGTAT TTACAGAGTATCGTGCACTTTGCATGTTAAGTAGGAGACCCGCCAAGTAAAATTAGAAAT AGTTAGTTACTTAATAAGGGTAGGTAGTTGTTGGCCCAATTTAACTTAGCCTTGATAGCC ATCAAGATACATTACCAGTTTTATGCTAAGGAATTTTCCAAGGTAATGCACGTCCCAAAG GTGTCCAGGAGGAGTCTTTTATTGCTTGTTGAATCAAAACAAGAGAAACTTACTAAGAAA TATATGCATTATTATGGACTTCTCAGTATATCCTATGCAGAAAGTCCTAAAAGACTTTTA TAGCAAACAGCATAAGAGTCAACTTCATAGTCCCAACCTCCCCTAGAAAATCCAACACAC TAGTCACATGTAAGAGTGGGTGAACCGCGGATTATGACGTTCTGACAAAGACAAAAAGGC ATAACACGTTATATTACAAACGACTTTTGACCTAACGAAAAAGTCGTTGCAAGTACTTAT ATAAGCCCAACTCACATGCAAAGGATGGAGTGATATCTCGAGAAGTGATATTTTATCTAC TATTTCTTTTTTCATTTGCACCTAATAATGTCATCTTTTAACATACATTCATAATCACAT TGTAACAGCCACCCGAGCCTCACCAACATCCCTCAGTTGAGTTCATCCCAATAGATAGAC CTATTTACGGATGTCAAAACACTTCCCCAAAACCAAATTATACATCTTTTAAGAATACAA TCAAACTAATGACCACCCAATAGACCCAAAGAACCTAAGTAAACACTTTGGATAGGACAT CCTGCCTCTCAGAAGAAAAAGAAATATCATATACTAAAATATTAGCCAGCAGCCATCAAT TTGCTAAAAGAACTTGAGTTTTCCTTTGTCCATGTGTGCTTTCCCGTGCTCCACATAGCA TGCTGCTTTTTGAGTCCCTGTCAAGTCAGAACAGGAGTCACCAGCCCCGAGAGTGACTGC AAAGTAAAGATAGATAGTGCAGAGAAAAGCTAGGAGGCCAAGTGCAATTAGAAGGAACCG GTGGCGCTGAAGTACTGTTGAACAGCTCCCAAGCTCATTGCTTCGAGAGTATTGATTCTT CTTTGGATCAGTAGATGAAAATGCTGTTTGTGTCTGTGACCTCCTATGAGGAGAAGTTAT TATGCTGTCAAGAGCCATAACCTTAAACAGTTAATCTTTGGCAGCTGGTCACGATTCCTG CACCTATCAGTTCGACATGATAAATATCATGAGTGTCAAAAGCATAATTCGTGCAGAAGT TTTCACCGACTTGCAAACACAAGTGAAAAATATATATACAATGACCCTCATCCAAAGTAA CAACATGAGGGAAAGAAAAGAAAGAACGGGGGACGAACGTAGGGGAAAACAACATACATA GGAGGTGCAATTATACAACTGGCCTGGTCGGGTTCATCTCAAGCAACCCCAACATATGCA GATAATACAGATGAGCTGTAATATAATAACTTAAACAGAATGAATAATTGATGACAAACA AACTACAGAAATGGCGATGGTGGAAATAAAGTAAATGATAGAAGGGCTGAAATGAGGCAT GCTGATGTCTTTCATCATTCTTACACCAAAGCTGCTTACATGTGCTAATTTCATGTACAT GGAGTGAAAAATAGGAAGGAAGACAGAAATCAGGATAAAAGATCATTATTTGCTCTACTA GCTTTTGATCATTCTTAACATTAACATGTTCTATGTGAGATTCATTTGTATATTACATTT TCACTTGGTTCAATATCTATTCTAACAAGTGTGGTTCCATGTACCACCTACCATCTGAAG CAAGAAAGAGATAATGAAATGTCAAAATAAACATCAAATGAAGAAACATCATCAGACTGA TCAACATAAAATATAAGAATGTGTTAGGCCAAAAATAAAATAACACTGCAGTAGCTGAAA ATTTGTAAATTTATTCAATATCACCCATAAAAATAAAAACAAAGATATAGCAGATGTCAA TGCACGACTGACTTTCAATTGTTCATATAGGCTAGCCACGATCAATCACTCCCTTTTAAG AAACTTTAACCAACTTCTCTCTCTGAGTTTGAGACTGATAACACAATCGCAGAAATTCAA ACTTGCTTACGGAATGTGCTTCAGCAATAACTTCACAGGTAGGTTTTATGAGACATAAGA GTTGACAGGACCTGCAGCTAAAGCTAAAATGCAATGTATGTAATGTATCCTGACTTCAAA TATCTATGCAATTTACCACTTTGCTTGTTCAATCTGTGAAGCGATTACTCTTAGGCAGAT CATCTTCATATCTTCCTTACTCATCAACAGCGAACAGTCTCATTAGGAGTTCACTTATAA ATCTACAAACACAGGACAAAGGTTTCCGTGTATCCTATAATCTTAATTCCACAGAATCAC TATAATCACACGGATCTTAATTAATAAGACTATACTTATAATCGCGCTAGTCAATCGAAC AACTCAAAACCTAAAATCAGATGTTCTCGAAATTGCTAATAAACTACTAAGCAAATAATC AAATTAACAAAGAGCTCAAAAAGAAAATTAAAACAACCAAGGCACATCAGATCTGAAAAA ACATCCAGCTGCTCATACAAACAGGCAGACACATACATCAATGCAGATTCACAGAAACAC ATACAGATGCGAGAGATCTAAATACGATAAGGACGATACTTACAATAGAAGAAAAATGAA GGACAGCAGCCGTCGAATCGATCGGAGCAAATTCGCGTCAATCGCCGGCAATGTAAGAGT TGAGCTCCCTCAATGAGAGGAGAGGTGCCGGCGACAAGAGGGAGAGGACACGCACTTTCT GGATGTAAAGAGCATGAGATGAGAGAGAGAGAAGAAAATGCGATTTTCGCGTAGGAGAGA AGGGCACTTTATAATTGTAATCAGTTTGGGGATTTTTTTGGTGGAACGTAATTTGTTGTT GGACTATTTTGTATTCTATTTTGACGCTTGGGATGATCCAAGGGTCGGATCTTCGTTTGA CCATACTAGTCCCGTGGTGCGCTCCATGTATAATTAGTACACATTATATTTTTTCGATCT CAAAATATTTATTATGTTGTTTTATATAAGTTTATTAATATTTTAAAATAATATTAAATA TTCATTTTATTAATGTGTTATATTTAAGATATTTATCGTTTTAAAAATAATGTAAATTAA TTTTCTTTCTTATTAATTTCAATTTTAAGAAAATAATTTGACTTTTTCGATATTTATAAT TTGATTGACCATCTAAGACCTTCTAGATCTATAACAAATATAGAGTTCAATGAGCATTGA TAATATTCACATTTTATTTTATCTGTTCCATTTTAAATGTATTTTAAGTTTAATAAAAAT ATACATCAGAAAAATCATCAAACTATGTTAAAAGGGATTATTACTTTAGTGCCATTTATC ATCAATTTTGATCTTGAATTCTTGTCAAAGCTAAAGCAACAATTTAAAATACATTATTTA TAAGCAAATAATATTACAAGTAGAGAACTACTCTATCTATTTGGCATCGTGTGTAAACAT ATATTCATGCATGATTAATTCGGTTTAAATTTATCAATAAATTTAAATCTTCAAATTTCT GAAAAACTAATTTATTTTGTGTAGGTATAATTATTTTGTCTAATATAGTAAAGAGTGACT TGTTGCAAAACCATGTAAGATAGTCTATTATAGTACACACATTTAACAGCATAAACTTAT TGTTGTTCCCCATATTTGCAGAAAAATAATGGTATACCAGAAACTTGTCTCAGTTTATGT TTACTACGTAAATGAAGTTGACAGCGATGTATGCATATTTGCAGGCATAATTTTAGCCTA GCTAATATCTAATTGACCAAACGTTGAGAAAATAGCCATGACATGTCAAAAATGTCAAAG GTTGATACCCAATTAACATTCTTATCAAATATGATTATTGAACGACCCAATGAATAATGA AAATATAGGCTGCGTTATAGGTTCAAATACAATAATTTTTTTTTAAAACAAAAAAACAAT TGTATCGTAGACTATAAGTTATCTTTAGTTCGTAAATGCAGCAATGAGCATAGCTATAAA AGTGAATTCATAATTAAATTTAATGAGTTTAATATTGCTTATAATTCGAGATGATTCGGT TGGTTTGTGCTAACATAGGCAGGCAGTATGGACAACACTAACATGAGTGACCTGTATCCC TCAAGAATGAAACAAGGCTCCTATCTTATTAAAGATAACGTCAAAAATGTCTTTTTTATT TCCTTGGTATAAATATTAGGTTTTTCTTTTTAATTTTGAAAGACTTAGACTATGTTGAAT ATTGACTCGCAAATTATATTATCTTCTTACTGAGTAATTAAGATGAACTCTTGCGATTGC TAGTTAACTTCTTGGGTTTAATTAATTAAAATGTTATCCCTTTGTGATTTTTGATTTCAT TTGACTATTCTTCGTAATGTTGAATTTAGATCGTTTAAGTCAATTGGGAGATGAGAATTT TAATCCTTTATTGCCTATAATTTCAATATTTTGGTTATTAATTCATAGATTTTTTATTTT TTTTTTCCTTTTCTTTTTTTATCTTTAAGATGGTTATCCACACGAATGACCATATCGATC ATTTTTAACTCCTTTTGAATTGAATCTGTCACACAAAACTTGAGCCGTGACAAAAAGTAA CAAAACGCACTCGATAGCTACACCCGTTCCGAATCGCCAATCCTCCGTCTAATGAAATTT ACTTCTCTAATATTATTCGTACATAATGCTCACCCTAAAATATTACATATTACCCCTGCA TAAAACACTATGTATTCCAAATTCACTGAGATAAATTAATTATCCGTCTTAAAAATTGAT ATCTGAATAATTACATTTGGTTATTTGTGAATTGTGCACTTAACACGTGTGGACCCCACC CCCACCGCAGGAACATTCGTCATCCAACACAACAAGGCGCATCGTCGTTGTTCTTTTCTT TTTTCTCTTTTCGTATTGGTGTACAGAAGAGCGTAGAAAGTTCCCGTATTACTCGTTTTT CGAATCGCGACCATCGTCGTCTCCGTTCTCCGGCGTAACTAGGTAAACCGTCCGATGAAC TTTCTCTTCCATATGGCTAATCACAAATTGCTTATTGATTAGTAGTTCCTTTGCCGCTTT TCTTCTTGCTTTTACTTAGGGTTTACTAGAAAGATGATCTCCCTGGTTAATTTTACATGT TGCTATATTAATTATCACTACATGAATTGTGGTTCAATTAGTTTATTGATCGATTGAAAT TTTAGGATAAAGGATGATTTAAGGTATAATTTTGGAATTTTCAGGGTTTGATATAGTACA ATTGTTGGAGAGAAGCTAGAATTTGGTGAAGATGTGGGCGGCTTCTTGTCTTGCGTCATG CTGTGCGGCGTGCGCTTGTGATGCTTGCCGTACGGTAGTGTCTGGGATCAGCCGACGTTC TGCCAGGATTGCCTATTGTGGTCTTTTTGCTTTGTCACTTATCGTCTCATGGATTCTTAG GGAGGTTGCTGCCCCTCTAATGGAGAAAATACCATGTAAGATTTTTAATATTTTTTAATT ATGATAAAATGAGATAAAAGGCATGTCCTTTAGCTCAGAAAAGAGTACTCAACATCCAAA ACTTGCTAACCCTAATGTGAAAGACTTAAAAGCTATTTATACTCGTATCAAATTATTTGA ATGACAACAGCATAAAAAATAGTCGCTCGAGCATTTTACTGGTCTTGAAGTCTTCCTTCC ATGATTTCCTTTAAGTACTCCAAGTTCATAATAGTTGGAAGAATGGTCCAAAGCCCTTGA TGACCTCCTTGATCGTCACCATTTCCCTCATAAATCTGTTTGAGCATGTTGTGGACTTGA AAAGCCTTTTTTGATGACTCTTTCGTGACATTTTAAGCTCTTTGTTATTGATTTAAAGTT TCCATATCCAAGATAGCCCACATCTTCACTCTTGATACTGACTTTGGTACTTCGCTTTGC ATCAGTTAGCCTATCGTGAAGCTCTTTTCTTTTGAAAATAAATGAAGGGAAAAGGAAATT ACATATCTAGTCTATGAAAATGGCCAGAAACTCTTTTGGCTTGATGGCTTTCTTTCTGGA GTTGAGGTTGTGAGTCTTCAATTAGTTGCTTAGCTATAGTGAATATTTTTCTATCAACAA CTTCTCTACTTGCACAGGGTAGGGGTAAGACTGCGAGTGTCCACTCTCCCCACACCGCAC TGGTCGTCACTGGGTATGCCATTGTAGCTTTAGTGAAGCTTTGGCAAGCTGTTCTTTGTG TGGTAATGTCTGATCATTGGAAGACCTTCCAGTGGTAATTTTAGAGAAGACTTAGAATTG AGCACTTAGCCTGAGCCTTGAAATTATTTCCGAAATAGATAAGGAAGGTATGGCACTATA GCTCATGTGCAACACGATTAAAAAACAAATCAAATCTAGAATTGCTTCTCTGAAGTTGAT GAAAGCAGCATGGAAGAGCAAGGAATGTTGGCTTTACCCAAGTATTTAGGTTGAAATAAT TTTTTTTGTGTGTCTGTGTGTCTCTCATTCTCTATTGTCCCTTCCAACCCCAGTTAACTT GTTGAGATGGGATTATGAGCTTATTTGGCGCCTTAAGTCCACAACCTTGATTTTGTTATA GGCTGGATGATACTGTAGTTTTACTCTTAGTGGCTTGTCTAATCTTCCAAGAATCTTTAC TCATTGGTTATATTGCAGGGATTAATAGCTTTCACACAACACCAAACAGAGAGTGGTTTG AAACAGATGCTGTGCTTCGGGTTAGCTTGGGGAACTTTCTATTTTTCACTATTCTAGCAA TCTTAATGATTGGTGTAAAGAACCAGAAAGACCCACGTGACAGTATGCACCATGGTGGTT GGATGATGAAAATCATTTGCTGGTGCCTTATGGTAATATTCATGTTTTTCCTTCCAAATG GAATCATCAGCTTCTATGGTAAGATGAGCTATTTTTCTCAGGGTCCTTTTGTAATTGATG TGTTAAAATATTGGGAGAAGTTTCAAAATTTATTTCCCATACATGTGGATCTGCACCTGA GGCTGAGTATTAATTTGTGAATACAGAGACAATTTCCAAGTTTGGTTCTGGACTATTTCT CCTTGTGCAAGTTGTGCTCTTGTTGGACTTTGTGCACAGTTGGAATGACAAATGGGTTGG ATACGATGAGCAGTTCTGGTTAGTTTTGTCATATGTATTGCATAGTTATTGTTTCTGTTC TCGCTATCCTCCTCACGCTAATCTCTCTTCCTACTCTTGGTTGGCTTTGTTGTTTTAGGT ATGTGGCATTGCTTGTCGTTTCACTTGTATGTTATGTGGCTACCTTTGCATTCAACGGAC TGCTCTTCCACTTTTTCACTCCATCTGGACAGGACTGTGGGCTTAACACTTTCTTTATAG TGATGACACTTATATTGATCTTTGGCTTTGCTGTTGTTACATTGCATCCATCGGTGGGTT TCGTATTTTTATTTCCTTTATTGTTGCACAATAATTCCTTATTCTTAAAACTTTTGTTGG CCCTAAATTTTGCTGGCAAACATGCCACCTTCATATACATTCATTTGCTTTTCTCATTTG ATACCTCTATTTGTGGTGATTACAAATGTGGCTTTATTAGACAAAGCAGATCAGTAAGTG TTGGTAGTTGAGCTACCATGGAAGCTAGAAAGCTTTGCTTTTAACATATGCTGCATATCT CTGTACATGTTAGCATTTTCTTTATCCATTCTTCAAGTACTCATGATTTTTTTAGTGCTT TCTTTCAATCTTGAGGAAATGTTTCTTGCTAGTTTCAATGATAAGGGATGCTAAATTTCA AATAAAGTGGTGCCTCATGTGTTTCTTTTAAGATCTCATTTGGGATGGGATGGGATTATG ATTTGGCTGGTGGAGAGGAGACAATGAACTTGGAATATCACTTATAGAACTTGTCAATAG GAAAGTCTTTTTTAAGGAAATTGTTTTCTAGAGACAATATTTTTCAAAGCATCTTTGACT AATCAAACATGAGAAAATTCAACAGTATATTTTCCTCCATGACCTCATGTTCATGTGACA TTGTTTTGCAAGGAAACCACTTTATTATTGAAGAATTATCGTCTAAGTGGAATTGCTTAA ACCTAGACATTTAGCTGCTAACTAGCATATTGGGTTTTTCCTCAACTTGGTCCTTCATAA TCCTTAAGCAGTAATCATTAATGGAACCATAACGTCTTTAACAAGTCAAGATGATCTAGG TAACAGCAGGACCAAGTAGATAGATGCAACACAATTCCTTTGGAGAGTGGGGAGTACGAT GATCAGAGTTGGAGCTACTTCTCGTCAATACGTCTTGAATGACTCACAGCTGGGGATATT TCTGAATCTGTGTGTTGAGACGATTCAACCTTTCAAGGCAGCTCCTATAGAACCATCTCT GTTATTAAGTCTCCTTCCACCCAACTCGCCACCCCAATAAATTAAATAAACTCCTCCTTA AGGTTGTAATTAGTTTGGTTTGATATTAAAAGGTTCCTTCTAGAGGTGCAGTGCAACCTT TTGCAATTATTTAATGCATGAGAAAAGAAAATCTTTTCGACTGTAATCATTCACACACAC ACTGTCAGCAATTCTACTGAAAGAGAAGGATAGGTTATGACAATCTGTGCTCATGATCTA TTTATTTTGAGGTATTTAAGCTTACCAGTTGCCTCTGAATGTCCAGCTGTTGGAAATGAA ATATCTGTCTCACTTTGAAAATTACTGCCATTTTTTATGTCAGAATAATGACTTCCATAT TCTGGATCTTTTTCCTTTTCTCAGAGATCAAATTTTCCAAATGTAGGTAGGTGGAAGTAT TTTACCTGCATCAGTTTTATCCCTGTACTGCACATACCTCTGCTACAGTGCACTTGCAAG TGAACCTAGGGATTATGAGTGCAACGGTCTACATAAGCACTCCAAGGCTGTTTCCAGTGG CACACTTGCATTAGGGTTGCTAACAACAGTTCTATCTGTTGTCTACTCTGCTGTTCGCGC TGGCTCTTCTACGACTCTGCTTTCTCCTCCAAGCTCACCACGTGCAGGTTAGTCACCACT ATCTCAGAGGGCTATAATGTATTAAGATGTTACTGCTCTTCCATTCTCACTGGTCGTAAC TGTGTATGTTATGTTCCTCAAATTTTGTCCTTAAGATACCTGATTGAGTCCCGAGTCTTT ATATGATCAATAAATTTGCTGTCATTTGATAGAGCTGGACTGTGTTTGATAGTTTAATAG AACTGATAGAGCTAGAGTGCGTTGATAGTTTAATAGAATTGAGTAGAGCTGGACTGAGTT GATAGTTTAATAGAACTTCTATTGTACTCTAATTTTACCTTTCAGTATCCGTTTTAATGT GCTTGTGTTATCTGGTGGCTTATACTTGTTCTAGTCTTAGTTGTGTTAGTAAAGTAAGTT CATATTAGTCTTTGAAAGTTACTCTAACCTATTTGACTAGTTTAGCAGTTGGTGTCAATA GATCTGGGAGATAATTATTTCTGAAGAACTGTTTCTTCTGTTTAAGGCTCAGGGAAGCCC TTGCTACCGTTGGACAAGGTTGATGAGGAGGAAGAAAAAGAGAGATCTAAGCCAGTCTCA TACTCCTATTCTTTCTTCCACCTTATCTTTTCTCTCGCTAGTATGTACTCGGCAATGCTT CTTACGGGTTGGTCAACCTCTGTGGGGGAGAGTGGAAAATTAGTGGACGTTGGGTGGCCA TCTGTCTGGGTCAGGATCGTGACTGGGTGGGCAACTGCAGCTTTGTTCATCTGGTCTCAG GTTGCTCCAATTCTGTTCCCGGACAGAGAGTTCTGAGTAATCTAAGGAAATGAATGTTAC AGTTACTACTAATATGATAAGTAAGTTTGGACAATGTTTGAAAGGATTTCGATGTTCCTT TTCTCTGTCATGTGGATAATGTGCAAGGCAATGCAACAGTGATTTTATTCAACTGTATAT TTCAGATGCTTGTTGTGTGGTAATAAATATGGGCTTGCTTTTATAAATGTAGTAGGTTTT CTTTAATCATTTATTAGAGAAATTTATATATGTTACCTATCCAAGAAATATAGAATAATT CTCTTCATACCAGAGGTCATATGGAGGTGCATGGCAGAACATCCTATACATCATGAAATG CCGTTTCAGATCAACCATCCACGACGAGTAAATTCCATGATTTTTCAAAAATAAATAAAT GAAACAAAATATTAGCTGAAAATAAACAGCATAATACTTTTATAAACATGCATTACTCTT ATTTAAGAAATATGATAATTCATTTTCTTTGTAAATTCTTAATTGTGTAATAAATTTCAC ACTCACATTGAAGCTTTTGATAATAACGTACATAATTAAACAACGTGAGAAGCAAACGTT CTTGCAACATACTGAATATCAGACGGCCATTTTAATGATGACCAAAGATTGCATGGGTTG TTTAATCAAAGACGAACTTCAAAGCAAGTCCCAAGTCCTAATATATATTTATAAGGAGGG GCTGACGAAGTTCATCAAAGTTGCATAGAAATGCAGGAGTTGCGTCTAAAAACATGATAT TTTGATCCTACGAGCAGATTGTATAATAGAAGAAGAAAAGCTAACAAATTAAGCTTCCCA ATTGGGAAGATCAATTGGATCCAATAATTTTAAGTAAAACCTCCTTTACAAACAATCTCA AGTACTAAAAACGGTTCAAGAACTGTTTGTGTACCAAAGAATATTGCTACCATGTTTTCC CACTTAATCTTCATAATCTCCTGCATGCTCCAACAGATAATTGGCAGCCAGTTCCTCATT GCGATCACAAGCCAAAAAAGCTTCAATGACAAGAGCTCTATCAAAACCCATTGCTTCCAG CTGCAAATGAGCAAACAAATTAGTCAATGAACATTACAAAATGTCTATGAGATACTAGGG GTTACTAAAGTTGATGTCTCATACCCGCTCAATCACCTCCTGTTCTTCTGGAGTCACACT AACTGTGTGAGGAATCTCTTGCTCAGCCTGATCAAACATGTCCCTAAAACATATGAAATT GAAACGACTTAAAATAATTCATATGTAGCAGATTTGTATCTTAAATCTCAAAGCTATTCC CTAACATTTTAAATACAAACATGATTTAGGACTGCAAGATGATAAAATCCTTTTATACTT GACCACAATATAATTGAAAATAAAATATGTTTCAGTCTGGAGAGAAGAAACACTAGGAGG ATCATGAAAATATATAAAAATGATGCTTCTAACTCTAGCTCGGCGAATAGCACACAGTAA GCAACTAACCCATCAGAACCATCCACAGGTTCATTGATTAATTGAAGAAACTCTTGATCA TGCTCTTGTATAGATCTTAAAAGTTGAGGATTTTGCTTTCCTAGTTCCTGAAGCATAGGC TACAATAGAACACACAATTTGTATATTCAGACAGCGAAAAACACAAGAAACAAAGCAAAG AAAATAGTGAAGAACAGTAATTACCTGTAAAATTTGTGGGTTAGCTTGAACCATGGAACG TAAAGCTTGGAACTGAAACAAATAACAAAAGAACCATGAGTTGCAGAGGATTACGGGTGT AGAGCAACTTAGACAGAGAAATATCCAGAATAAACTTAAGAATTGGAATAATGAAAGAGT CGAGAGGTAATCTCATTAATTCAAATCAGGAGTCGAAAAGCTAGAACCAAAGACAAAAGC GAAAACGAAAATATAATGATCATAACCCACCTGTTGGTTGTTCCTGAGAAAATCAAGGGA TCCAAGACCAGCACCGCCACCACCAGCAACATTCTCCTGTAATGGCTCTAACTTAGATAA CCATATAAAGAGAAAAAGCACAAAATACTATTACTAAGGGAAGCTGTAGAAGACCTGAGG AAACAAATTTAAAGGAGCAGAATTAGGTGCGCCAGAAGAAGGTGCAATAGGCGCAGCAGT AGGCACAGCAGCAGAATTAACTCCACCCCGGGCTACCGGTACAGAAACTTCTGCCGTTTC AGGAATTCCCTGTAAAAAAAAAGCCCCTGTCAAAGCACAAAAGACAAACAAATTTGTGCA TCCCTTCCACCTTTTAAAGTGAAGTAGACCCAGAACATACTGAATATAAGTAATCAACAG CTCTTTCAGGATTGTTATAAGCAGCTCGAAGTGCACGAGTAACTGTCTCTTTGTCCCAGC TGCCACCACCCATATCCATAAGTTGTTGTATAGTTTGCTCGAGATTATTGCCAGCAACTA AATTTGATGCAGCTTGACTATAATCATCAGCTGGAAGACTGCAGCAATGTAAAAGATGCA TTAATTTCTTTATTTTCTTAAACTTTGTGCTGAGTCAAACTAAGACAAACAAAATGCAAC AGATTTATAATATACAGGCATAGTTTTTTACCTAGCAGCCGCAGCATCCGAAGCTGACAC AACATCTTTTGGGGCCCTACACATCATTTACATCATCAGGGGCAGATCCAGCATAAGCAA TAGTAGATAGTGAAAGTTGCAACTCACTGTGATGGCGGAATCACTTCAGGTGTTGTAGTA GGATTTGCGGCAGTTGCTGGCTGCTGAAAGAAAGAATCCAGCAGGTAATTATCAGAAACC AGACGAACAAAAGAATTAATATGGTAATTATCAGAAACCAGAAAAAAAAAATTAAGATGG TAATTCTCAGAAACAAGACAACCAGACCGTTAATTTGACCACAGTACCTGAGCAGAAGTT GTCCCACTTGAGCTAGCAGTTTTGCTCTGCAAAGAACACATAGATAGATATAAGATCAAG AAACACATCCTGTTGGAGTTACAGATTTGAGGATTTAAAAATCAATCAATTAGAAGCAAC AAAAGTGCAAAGTTATACGCCGAAAACTTACAAGTAAAGGGAATCTTCAGATCTATAGAC ATACCTTGCTAAGCATGACAACAAGAAAACCATCCTCAGAGACATTGTTTTCCAACAATG TACTTTCATCTTTCAGCACTTTACCATTGTGAATCAGCAACTGCTGCCCACATGGGTAAT TATCTTTTCCTTGTACATCTTCAATGTTCTTCTTGACTGCCATAATCTACAATCACAAGA TATCCCATTACATAACATAGAAATGGCTGACCTATTAGGAGTAGGCCCCAACATTTATAG CTCAAAGCAATTAAATGATCTGAGATCTGGAAACTAGACTTGTCAGATTTCCATAAATAT GATGCATTCTGAAGTTATACAAACGATATAAAAATTGGCCCCAAGTTTAGGCTTTGAATC AAAATAGTCACTTATATATTTGTGGAGCATTGATAGTCCTCCAAGTATACAACACATTCA AGTCATTTGTAACCTTTTCTGTCTAAGACTAGTGGAGAGGACATATTTGGCTCATATGTC TCGCTCCCAATCTTTTAAAACAAGAAAGAAACCGGTCAGGAGTACTAGCCACGAGAAAGG GAATATTTACAGATTTCAATAAGCAAAAAAGTTAGTCACAGTTTCTCCAATTCATCAGGT TAACTTCTTTTTATTGCTGCAAAGAAACAACATGAACCATTCGAGGAGTTGGAGTCGTCT TACTATTCCTGACATTTTTTCTTCTTTTTTTGGATTCCTGACATCACTAAATGAATGAAA TCATGGGTATTGAGTTCTCGTAGCTCTGTTAGTTCTCAGTATTGGAAGATGGTTGCTTAT TTGTCACAAATGAACCAAGAACACCAAGTAATCACGTGTGGTCATGCTACGTCTTCTATA CTCTTCTACAGCTGAAATTAATTTGCTCCTCCTCCAGTATCCTAATAAGCAGTGAAGTAT AATAAAACTTTGAATCTAGAAAACAGAACCCAAATCCAAATGATTCAGATCTGGTAAAAC GTATTGATAGAGACAGATAACGAGAGGAAGGTGAAAAATTTATGAGGTATCACCAAAACA AAAATTCCTAAGATACGGCCACTTCCGTCACCCATTTTGCCCTTAATGAATCCCAAGTTA TCATTCCATCCATCCACCATCCCTTCTGCCCGAAAAAACAATCCCACTGGCCACTACTAG AAGCAATGGCATGGTTAAATCTACCATTCCTTCCGCCGGAAAACCATACCACTCCACTGC TAGAAGCAATGGTTTATATAGGATTTTCACTACAAGGGTTCGGAAAAAATGTAGCGTTTG AGATTTGAACTAGAAACCTCAAGGTGATTTTGAACCCCTAAACCACTGAACCAAACCCTA GTCTCGTATTCAGGGGATTCAAAATCTATATATATGTATGCATAGAAATAAAATATTACC TTATATAAAAAGGTGTAATATTTTGCCAAGGGGGTTCGAGTGAAAACCCTCACCCCTTTA GATACGCCCTTGGCTAGAAGATAGATTGTTTGGGGCTGGGGCACGTGAATAGTTTCTTTT TAAGTTTAGGGGCTGGGGCACACGAATGGTTTTGCGTTAGTCTAAGACGGAAAAAGTTAA TATAAACTAAAACTGAACCACTTATATATACGACAAATACGACAATTACTGTGCAAATTA TTATTTAACGGGCAAATTTGATTCAAAATCCAAACATAAAGACAAACTTAGTACCTTCTA CAAGACAATGAGCTTTAATTAACCTAGTGATATAAAAATTTAAAATAAAAGGGTGACATA TGACATCTAAACAACCAGGATTCTATAAAATTCTCACGAACTTGTCATAATTACAGGCAT CAGATAAGGCACAACCACAACATCCACAACACCATCAACAGCTCCAATCAAACAACCAAT GTAGCAAGTGTTAAACCAAGACAAAATTGTGAAAGACGCACGCAATAACAAAAGTTGTTC TTTTTTGTTCATCAATGTTGTAATTATGTACATAAACACACACAAAAAGGAAAAACGACT GCAAAATCATATATAATAGAAAGAACGCAAAAAAAAAAAAAAACTAACTAACCGTATCAG ATGGCTGAACCCTAATTTCAAAGTGACTTCCCTTGAGAGTCTTTACAGTGAGCTTCATCC CTGCGAATTAGGAGTAAAAAAGATAGCTTTACAACAAAAAGAAGAAAAACAAACCCTAGA AACTCCCAATGCTGGATCGGCTCTTACTCCTTTGCTTTTCAAGTTTTTGGAATTTAAGAA ATCGAGAAATTTTGCACTTGCCAAACAAATATATACAGCGCGTGGCTTTCACGTGAACAA TTCATAAACTTACCTGAACAGAAAGTTAACTCACTGATCGGGCCACCAATGAGCCCATTT ACGAGGTGAATATGGGCCAAATTGTTTCGTGAACCAATTCTATTAGTATACTATGGTTGG GCTCCTTACGTAATTGTCCACGTGATAAAAACAAGGAAAACTTTCACATAGACACTCAAA AATAGCCTAATTATTGTCAATAGCTATAATTTGATAATTATAATTCGTAATATAATATTA TAAGGAAGTGAGGCAAGCAAGACTGAGAGAGTTAGGGGGCGAAGAGTGGGAGAGTGGTAA ATTATATATGTATATAAGTTAGATAATTATATATATGTATTTGTCTAGAGATTGGGAGAG GGAGGAGAGAGACGAGCGAGATTGGAAGAGGGAAGAGAGAAGCGAGCGAGAGAGGGGAGC GAGTGGGAGAGAGGTGAATTGTATATGTATATTAGTTAGATAATTGTATATTATACATAT GTATTTGTATAGAGATTGGGAGAGGGAGGAGAGAGGCGAGCGAGATTGGAAGAGGGAGGA GAGGAGCGAGCGAGAGAGGGGAGCAAGTGGGAGAGAGGTGAATTGTATATGTATATTAGT TAGATAATTGTATATTATACATATGTATTTATATATTCTAGCGAATTCTACATATACAAA CGTGACTAATTATACAAATTCGAAGTTACGTAATAAATGTATAATTGTAGTTGTAAGTGA TAATTATAGCAAACTATAGCTATGACCTATAATTACGTAGTATAAATTTGTTTAACCGCG TAATTTTTCCTAAAAAAAAATTTCAACAAAAAATAATCATATGTATATGTAATTAATCGA TACTTATTATATGAATAATTATGTCATATATTGATATTATAGGTATATATCAGATATTGT AAGTAAATTGTATATTTGAAATAATATTGCAAATGTAAATGGCATAGTAGCAAAATCACG TATAATGTAATATCTTTATTTATATTATTGCCAATCTTAGTCAACATTTTTTTTTTTTTG TATGAATGGAAATTTCATTTTTTTTCTTAATAACCATTAATATTTAAATATACACCGTCT GACCGTTGTGTAATAACATACAAAAGAAAATAAGCAACCATTTCTTCAGAAAAAGGAATA ATTATGAAATCCCTGATTTTAGTAGACTTTAAATTTTATCTGTAAAATTTTATATTATGT TAAAATTGATATAACTCGGTTATTTATGAAGAAAAATGCAAAAGTTATGTCAATTATGTA GCCAACTCTTAATTATTAAGCCGTTTGACAAAACAACATTTTTTCTCATTTTAAGAATCA AACTGTAGGAAATATAACATCTTCACAAAATCGAACCAAATAACAAGAGTTAGAGTTTGC TTCGATTGACTTATTTTAGGTGTTTTAAGTCATTTTCTAGTGTTTGAGTAAAATAAAAAA ATATTTATGTGTTTGCTTCTAAAAATAAGATAAGTTTAGAATCTCAACTTATAAGTCATA AGTTATAAGTCCGTTCAAACTGGCGGTTTAAGATCCCAATACAATCAAGAATATACCAAA CATGAGAGTGGATAACTTCAGCTGACAGAAAAGACTCGATTCCGCATCCATATTGGATTC TCCACAAATATACTAAACCCGAAACACACCCATTGACTTTTTGGAAGAATCTGAGCAACA TAGCTACCTCTGATCCCTCCGATTGCAGATTTTCTCAGGCTGTAAGTAAAAAAAATGGAC TAACATCTTCAGGAATTCATTCAAATACAACAGTTGGTATTATTATCAAGGACTGGGTTC TCTAAAGTTTTGACTAAAACATATACAAGAAAGGGTCGAGTAAATGCAGTAATAATAAAT AGAGATAATAAAACCAGCATCTCACAGCCTACTATAAACATTAATGTACAAATCAAAATT ATAACCTGCTGCTACTAATCATTTCTCCTTTACAGTTTTTCAATAACATCAATGTATCTT GAGTAATCCGAACTATAAAGATTGTGATATCCCCTATGCAGTCTCCTATTTCAAGAGTTA TTTTGAGCGTTTTCCGCTTTGTATTTTTGAAGTTCTTCTTGAGCGCGTATCAACCTGTAT ATCAAGGGAAATACTAGTTTCAATGGCAGAAGATATAATCTTCAATATAGGCGTATGGCA TTACTGAGTAACGATGATACCTCCACTGCAATTCAGTGTTTTCACTAATTAATTCCTTTT CTTTGTCATGAGCAACCTCCAACTACAAGAAATAGAGGAAGGAGATATACTTTATATTGA TACGAAAAAGGTGCAAAAGTCACTTAAATGGTTTTTATTGCAAATGAATGTCGAAAGACT ATAATGCAAGCTCATACCAGCGATTTCTCCACACCAAGCGAATTTAATGGCATGCATCCA GCATCCACTGCAATGTTGGTAGGAAAGGATAAAAACATGACCAACACAAAGGGATAAAAT AGATGAATTTCAATAGGCATTCATTGTTCATACCCGTATTGTCCCCAACGGCCACTTGCC TCATCAATCTAAGAATACTTTCCTGTTTGGGGAGGGAGAAAAGACAGTGGATAAAAAAAC TGAAAAACTAATGTGTCATAATTATAATCCGCTCTTACCCTTTGAAGAATATTTGCCTCT AAAATACTCTGCAACGCTGGAAAATGGGATGGCGTAAGAAGATTTGGTGGTGTAACATCA AGTGGTAATGGTTGAGAAGCAGCAAGAGTTTGTGGCATCACCTACATGATCCATGACATT TGCTTTAGAAATTGTAATATAAATTTAAAAAAAAAAAAGAGAGAACAGCCGAACAAATAC AACAGTGACATAGCAATGTCTACTTGGTCAATATTATGGTATATGTATGAGCTAAGCGTT ACTGAAAGAAACTAAGGAATTGGCTTACAAACTAAGCACTCAGTGAACAAATGATATATG TCTATCCATTAAAAAAGGTATATAGAAAAAATAGGGAAACCAACCAGCATGCTCTGACTC TTGTGTAGCATTGGAGATGCACCTACCTGTAGGAAGAAATTATTTCATGTGAGACAAGAT ATCAATGTGTGTGCATATAATATATAATATATTAATAAACTACATCGCAATTCAAAAAAT CTAGTTGTGGTTGGTCATATAAAACCTCTGTATCTATTCATTCAGTATCTAAAATATTAC TGAAGGCTGTTTTTTATGTTGGCAACAGACTTGCTCATAATTGTCCTCCTTTATCTGTGT TTTAAAATTGTTGGTTGCGCTTTGCAGAGCTCACATAGGTGGAGTTCCTGAATTCATTGC AAAATGAAAAATAAAATATATGCATTCACCTTTTCCAAGTCGACATTCTCTGACGTAACT TTGAAACGTCCTCTTTGCTGAACAACATGACCCTTAGTCTTCTCATCAAAATCTTCACTG CTAGCTGCTAAATACAGTCTTGATTTAGTAAGACAATATTAAAACAAAAAAAAGAATATA TTTGAAAATTATTTTTTAATGAAACCAATATACTGAAAAATTATTTGTTAAGATCAAAAG CCATTAACAATCCCGATACTTACCTGAGGTTCTACAGTGTTTACTGATTACTTCAGTTGG TACATCATCTATTGTTTGAAGAACTGAAGTCCCATTGCAACTGGATACATTTTGGAACTG ACTTTTATCACTAATCACAAAGAAAAAAAAAGCAAATTTAGGAACTTGGAGAAAACATGG CACTGCTTAAATCGTGGATGTTAAACAAGATAGCTAAGAATGTTGGCTATTAGAAGGTAA AGGAAAGTCAGAAGTCAATTGTGCGATTTAATTACTGATAAAATGCCCTGAAATTCTGTG TTAGTAAATAACAAGCTTTACTCAAATCAATCAAACCACAAGGCAGATAGAGCTCCAGTT GAACAAGAGCACATTTCAATGTAAAAGTTCTTTGATTAGGTTCCTCTTTCCTCATTCAGT TTACCTAGCTGGGATAGCCTTTTGCTTTCTAACAACTTCCTGGCGGTAACCTTCTTCATT GACAATGTTATTCATGGTTGTTTCTAAGTCTCACTTGTCAAATGAATAATGACACATACT AACAACTTCTTAATACAAGATTTATAATGTCAAAGGACTATCTCCTTATCCAAACAAATC AATTAGCTACTAGATAAATCCAAGTTAAAAATCTGCTTGGAGCAAAAAGATTAAATTTAA CAAGTTAAAAAATGCTAAAACATTGAATATGGACATTGTGCAGTAATGTTTCACGAGGCT AAAAATCTATACAAATACCTCAGAAAATGTCTCAAGTCATTGAGCAAATTGTGTCATACC TTTGGCGAGAATTTGTAGGCATGCCCTCGAATAACTTTGCATCAGCCACTTGGTCACCTT TTCCCGCCGAATTCAATTCCATGCGATTGTCATAGCATGGTGATGAATTTTGTGAAATTT GATGATCATGAAATGAACTGGCAATGCTTAAATCATCATCAGATTTCTCACATTTAGTTC TGAAATGTTCAAAAAAGAAAAGGAATGTTTAGCTACAGATACTAGCAAACTTAATGATGT GCTCTTATTCTTGATATTTAGCATTAAAAATACATGATAAAAGAGTAATGTAATAACTCT CAACATAGGATGGAGGACATACATGTTATAAGCCACATTCTGGGTGGCAGGTGAAGGAGG GGCAGATGGATTGTTACTGTCCTGTTGAGAGATGTATCATATTAGAGGAAAGACCCCAAA TTGCAACATATCATATAGAATAAAGGAGATAACGATATACAAATTCAGTAGCATCTGAAT ATTGACTTGAGAAGGAGAACTGATGCTGAAACTTATTTAGCTGTTTCCCTGGAATGTCAA GCCCAGACAGCGAATTCGAACTCCCACCTAGGTCCTTGTAACCAAGGATCTCCTCATCTG GAATCTAAAAGCAAAAACAATTGAAAAAAAGATATAGTAAACACAATGCTCCTGAACTTG CTTTTGTTATGCTGATTAAGAAAAGATTTCTAATGTGGACAATCTAGACGGAAATTCTTC ATTTCATAGCAAGTTTCACAATTTTCATTTGAAGAAGCCAATAAAATTGAGCTTGAGAAA CTACCCATCAACCAAGAATCTCAACTTGTATACATTAAGAAACTAGCATATGATTGAAAA CACTGTGGTACATGTACATCAGAGAGTAGATTTATGTACCAAGGTAGCCTGTGCCTTCAA ATCTTCAAGGTTAAAATTCCAGCTGCTAATCCCCCGTTTATATTCATTCTGCATATAGCA TTAAGGCACGGTAAGATCTAATGTTCAAAGATAAAAATGAATTTTGAAATGATGTACCAA AATTTAAGGCCTGCAGAAAGAATTTGAAGCGAAAATAGTAACGAAAAAAGTTAAGGGAAA CCATGGCATGAAGCAACTTCTAAAATATGTGTATTGTTATCATTTCTAGATGAAGAATAA TTTCTTTTCTTTCTCTTATAAACTTGGGAGTAGGTATTACCACAAAAATTAAAACTACTT GTATCCGGGTATAATAATCAATTTTATTAAACAATCACCTCAGAGTTCAGAAATTTCCTA TAAGCTGGCGATCCGAAAAAAATATAGGGAGTTTATGTTCGCAGCATTAACACAAAGGTT AAATTTCTTAGGATCTAAAAAGTCCGTCTCTCAAGAGTCGAGACTGTTAAAATGCATTAC CTTGATCAAAAAACATTTTAAGATATTATCTGGTTAACTAAATAAAATTCCTCTAAAAAC ACTTCTTCCCTTGCAATCTGCTAATACCGTGTTTGTGGCTAAGCTCTTGAAAAGATTTTC CTACATCCATTTTGTATATCAAATTTTAAAAGCAGTTGACATATGAAAAATCGACTGGGA TGAACCAGTTGTATGAATTACTTATCTCCAGGATATACTGCCTATCCTTTCTTGTGAACC GGTGAATCAGTGGTATGAATTACTTACATCCGGTAAATACTGCCTATCCTTTCTTGTTTG TTCCATTTATTTTCCATATATAAGCAACTTTAAGAAGAAAAACATCTCATTTCCTAATGC AAGCTTAGCGTAAACATGTAAGGTATTCATGATGTACAAGGCAATAAATAAAAGACATTA TGTTATACAGATATCAAAATCTCAGTTTTCTCGTGAAATTGGTTATGACAGCAAACCTGT GATATTTCTTCTTTCTGCCCATCTGGTATCTTCTTTTGTGCTAGCATGTCTTCTTCTTTC CTCTACAATTAGGTTAGGAAAAACTATTTTTAGCATAGAAATGCTGATACAATATTATCA TCTGGATGAAGTATCATGTGGCTCTAAAGTGGGGAAACTCAGATTGAGACACAGCTAATC ACCTTCAATGCCTTCATGCGATCTCCAAGTGCTGGCAAACCCTCCAACAGTGTCCTACCT ATATAATCATTGGACCTTGCTTGCTTAAAGAACGGATGCTTCAGCAATTTTTTGGCTGAA GGTCGTTTTGAAGGATCTTTCACCAAGCAACTAGCAATCATTTGCTTAAAAGACTACAGA AGGAAAAAAGGAGTATAAGCAACGTGAAAATAACATTATCATTGAACAATCAATGCTATT CAGTTACCTTTGAGAACTTCTTATCTCTCTCGTAATCAAGGCCAGGGGGTGCATTTTGCA ATGTCATTAGCAAGACCTGATAAGTATAGAATATTGAATGCATTTTTATTTTATATTTAG GACTTCAAGAAAAGAATCACTAACAATATTCACCTTCATTGGAGGATATTTTGAGAAAGG AGCATGACCGTGAGCAAGCTCCAATGCAGTTATGCCAAAGGACCAAATATCAGCTCTGTG AATGAAAATGGATAAAACGAAAAAAAAGGATTTCCTTCAGATAGAAGTACACATTTAGGA TGAAAACAGTAAATAATTAACCAGAAGCATTACTTGAAATCATAACCATGCAATTGCTCC ATGACCTCCGGTGCCATCCTGTAAAAGAAATCTAAATTATGGAAAACATTAAGGTGCAAT ATGAGTGAAATCTTCATCAATATTTTTAACATCTTAATTTTTAGATGTACACTTTATGCA TGCACTTATTTTCGGCTTCTCGCCTGTCCACAGTAATTAGTACCAGAATAGATCAAAAGT TCGAAGGTTATCAACCATTGAATAAATCATGAAAACTTTGATAAAAATTTCAGAAGCATC CTCTTGGGTTAGAGCATACCAACAAGGAGTTCCAACAAATGTGTTCCGCATACGTTGCCT ATCACCTGAATCAAATAAATAAGCAGAGACACCAAAATCTCCCAGCTTTATTCCACCTCG TGAATCAATGAGAATATTTCCAGCCTGCAATAATCGCACAAGTGCGTGATATCAACCTCG GCATGGTAATGGAAAGAATGTTTTTTAAGAGACATAGGTGATTCCAAGCATGAATTAGAT TTATCCTTTATCATATTTCCGTGGGATCTTAAGTGGAACAGGTATGCTAAAGTTTCTTCA AAGGAATCAGTTTCCATGTTCAAATTCAAGTGACATTTTTACTGAAACTGTCAAACACCT GTATGTACAGATCATGTCTAGTGAAGCAAGTTTCAAATGGAAGTGCCAACACAAAATTCC TATTAATTGTCAAAATAAGACTTGTAAAGTGAAACCACATAAATTTATATGTTCTATCAT CTAATACATAAAAAAATCAGCCTGTGCATTAGTAATTGATTTATGCAAAGAAAATGGACT TACTTTAACATCGCGATGGATGAAGCCATGATGGTGAAGATATTCTAATCCCTTTAGAAC TTCCCGTAATACTGTTGCAATAACAGTCTCTTCAAAGCCATCTGGATGAGCAGCCTTCAG AATGTGGAGACAGGAACCTCCAGCCATGTAAGGCATGATTACCCATAGGTTGTGATCACT AACAAATGAGCAATGTGATTTAAGAACATTGGGATGATCAACTAGGACCATCGTTTGGGC TTCACGCGAGATGTTATTCTAGATATAAGTGCAAAAAAGGAATCAGAACAATTTACTTCA TCCTATAATCAGCTTAGCATCAACCAAAATGCCAGTTTAACTCGATTCTTGTATTTATCT AGTTTAATTCTTCATTTTCAGAAGCTACTGAGATAACCTAAGCCTCTAAGTAGGCAAAAA TGTGGAATTTCAATTATTTTTTTACATACAATATACCAGAAACGTCTAATTTTCGTTTCA TTTTTGTGCTTCACACAAGATGTCATTCTGGATATATGAGTTGCAAAAAAGGAATTAGAA ATTTAATTGATCCTATTATCAGTTTATCGTCAATCAAAATGCCAGAGCAGTTAATTACTC GATTCTGGTATATATCTAGTTTTAATCTCTTCATTTTCAAAAGCTACTGAGATAACATAA GCCTCCAAGCAGGCAAAAATGTGGAATTTCATTATTTTTTTCATATATAAAAATGAAAAA CAAACAAGCATGAGAACTTTGTGGCCGTTCAGCTACATATATATACAGAAAATAGCTGGG AATATAATAGAGGAACGGTACCAAATCGGAATTATCGCGTTCGAAATCGAGGATTTTGAC GGCAACAACTTCATTGAGAGAAACACACAAGGCACGATGAACCGAAGCACTGACTCCTTG GCCTACCTCCTCGAAAAGCGTGTAATGCTCCGGTCCAATCGGATACTTCTTCTTCTCCAT GATCTCAATATCCCCTGCTCTATCACGAAGAAATATCCACACAACAAAATCTACTTCCAA CTACTGAACGTCAAACAACACACAAATGCAGCTAACTGGCGATCTACAAATCCGAATTCT ACACAAATTCCTCTATCACAATCACAAAACAAAAAAAACACAATATTCAAAATTCATCAA AAAAAACATAACAAACAGAAAACAGAGCCTTTAGAAAGAAGAAGAAGAGAAAAAAAAAAC TCACGGGTATCAATTTCAGATCCATGGACAGAATTAATCAAATAAATAATATACCAAAAA AGCAAAATATGGTAAACAAAGCAATCAAAATTAATTAATTTTTTTAAAAAAAGGAAAGTT TATAAATATCATATATTATAAAGTATTAAGTATTATAATGATTCAAAAAGAGTGAGAAGA AAGAAAAGTTGATGAGGAAGACGATGATTGTCTTCTCCGTTTTCTCGTGAGTGAGAGAAA GCGCGCTTAACGGATCGCCGAGAAAAAACTTTATGTTTTTATATTTTTTTTGTATTGCAT AAATCCCGCCACTTGTCTTTTCTCAGCATAATTCAATTTTTTTTTTTCATGTGCCGTAAA CGGTACCAATGCATCTTCTAATGGTACAACTACCTTTAGCAACTAATTGACCAATCTTTG TCCTCCCGATCGTTTGATACGAAGGATAAAAAATAATTAATTTCACATAATTTATTTTAT AATTTGATTGAAATAATATTGCCTAATTATTAATTATTAAATTAATTATTTTATGGTATT ATTTTTAGGACAACTTTTACATATAGCAAAAACAAAGTTCATATTTGCATGTTATAACAA AGTTTGCATAATTGCGCTCCATAGCAAACATATATATGTATAAATCGCTACACATATACA GTTCAAGTGAATTGTATAAAACGAGAAAGTTAGAAATTATATACAATTTGAATTTGTATA AAACGAGAAGAGAGAAAGGCAAAAGAGACTTGGGCGGGAAATATTTGTGTTGTATAATTA TAAGTATATTGGACGATTATATACGAATTTTATTTTGTATAAAATGAGAAAGAGAGAATG TGAAAGAGACTTGGGAAAGGAATATACAATTGAATCAAATTGTGTAAAACAAAAAAAGAG AGAATTTATATACAATTTGAATTTGTGTAAAACGAGAAAGAGAGAAAGGCAAAAGAAATT GGGCGGACAGGGGAGTATTTTTATTGTATAATTATAAGTGTATAGAACGAAAATATATGT ATTTGCATGTGTATATACAATTTTCTCTCGCTTTATACAAACAGAAACACAATTTATTCA TTTCGTTTCGGTTTGTATAAGCGAGAGACGTGAGAGTGGCGAGCGAGATCTGGGAGAGAA GAGAGAGGGGAATGAAAATATATGTATTTATACAATTTTCTCTCGCTTTATACAAACACA AACACATTTTATACATTTGTGTTTATATAAAAAGCGAGAGAGGCGAGCGAAACTGCCACC AAACGAGAGTGGAGAGCGAGATTCCACCAAAGAGAGTGACAACAATAGTTATAGTCTGCT ATAAGATACGATTAATTCAAAATATATTTATAACATTTAATTTGAATTAATAATTTGCTA TTTTTATCTATAGGTGAGATAATTAATTTAGGAATAATTTGTATATATATTTATATCTAA TAAATGTCACGTGTGTGTGTTTGTTATACAGCTCAGTGATGAACGTGTCCAAAACGATAA ACGGTCCAATAATTGGACTCTGGTGAGTGGTGACTGTTGCATAAGCCCATGGGCCAGGTG GATTGTGTTATGGAAAGAAAAATAATCATTATAAAAACTTAATTATATCGTTATTGTTTA TAGGACAACTTTCACATATAGCAAATAAAAAATTTATATTTGTATGCTATAGCAAAGTTT GCATAATCGCGTTTCATAGCAAACATAAAACTGTATAATTCACTATACATATACAATTGT ATAATTCGCTAGCCTAAATTGTATAATTCGCTGGCCTATTTCGCTGCAATTGTATAATTC GCTATCCTATTTCACTGCAATTGTATAATGCACAATTATATAATTCGTTGCCTATTTCGC TGCAATATTTTTATAAAATTTGCTTTGCATACAATTGAATCGAATTAAAATGTATGTATA TTGTATAATTATAAGTGTATAGCAAGAAGATACATGTTTTTCTTTCGCTTTATACAAAAA CAGAAACACAATATATACACTTCTGTTGTATAAAGTTAAAGAAAATTGTATTTCACTGCA ATTGTATAATTCGTTGGCCTTTTACTCTGCAATATTTGTATAAAATTTGCATTTGTCTAC AATTGAATTGAAGTAAAATGTTTGTAAATTGTATAATTAAGCATATAACACGAAGATATA TGTTTTTTTATGTGTATATACAATTTTCTCTCGCTTTATACAGACAGAAACTGAATTTAT ACACTTTTGTGTATAAAGCGAGAGAGGCGAGCAGAGGGAGAGTGGCGAGGGAGATTTTTG GGAGAGAGACACCTGACAAACTTTAGTTAACGTTTGCTATGGAGCACAATTAAATCAAAC CATAGCTACTCTATTTATTTTAGGTTATTAGTTTGCTATTATATACAATTTTTCCTTGTT TATATATTTACGAACTGTAATTACATTTTAAGATGTCTTATTTGTATAATTTGTGAATTT ATATGGTTTGAGACTTTATATAATTTGTGAGCGAGTCTGTATAATTCATGGGTATATTTG AATAATTGAGTTATTTTTGTATAAACTCAAAATAACGAATTTATACAAAAACAAATATCT AACTTTAAACAGTTATACAAGTTATAATAAACAAAATTATATTATATAAAAGTTATACAA ATTTAAATTATACAAACATTCAAATTACACAAACTAAAGCACCAACTCGCACATATAGCT AAAAATAGACTTTGTTGGGCTCGCCCTAGGATAAGACTCTAGTAGAACGCCTCGAGACTC AAGTGTGGGGCTTAGCTTTGTAAGACTTACGTCCTAAGCATTCGACTGTATGCCCTAAGC ACGCCAGACGCTCGGGGCTCGCCTAACAAATCTTACACAAATTGTTTGTTAAAATCTTTA GTTAACTTTGTTGATCCTCATAATTTTTGAATAAATGAATGATACTTAACATCTTTTAAT CAATAGAGATATAACAAGTTGTAGTATCACATCTTTGCTATTTGGTAACACTGTGAATGT GAATATATTACGTAACATTTATTTAAATATGCGTCGCAAAATTTTACTTTTTCACTTATC ATTGGTCTTTGTCATTTTGTCATGTCTCAAAATTATCATACTTTATTTAGTTATTTAAAA GTAATTTTATTTTTATTTACGATGAAGTGATGTTTCTATTATAATACTAATAAGTTTTAT CAAATTTTTTTTTGGCGAGTAAATTGTCTAGTATGATAAAAAAAAATTAGAATTAATTAT TCTTTTATTATAAGAAAGTTTAGATATTAGATTATTTATATTTGTATAATCATGATAGAA GTTATATTTTCTATGAGTTACATTACTCATGTTTGTAATTATTTTAAACTATTGATGTAT TTTTATATTTTTTTATTATATTATATTATACTATGTTGTAAATTAAAAATTCAAAGATCC ATAGGGCGGGCTTACGGCCCATTTTCAAGGCTTACACCTCGCTCTATATTGAGTAAAACA TTCCAGCTCGTATGTAGCTTGGATGCATTAAATACTGACTCAAATATACTAATATGTAAC TTGGATACATTAAAGAATAAGAAATTTCGAATTTTTAAAAAAGTAATAGGAGCTAATAAA AGATAAGTGAAATAAAAAAAGGGAAAATTGTGTATAATAGCAAACTAATAACCTACAATA AATGGAGTAGTTAGGGTTTGATTTAATTGTGCTCCATAGCAAACGTTTGTAAAAAATTGT CAGGTGCCTCTCTCCCAAATATCTCGCTCGCCACTCTCCTCTAATCTCTCGCTCACTTCC TGACTTTTTATACAAACACAAGTATATAAAAATTATTTCTAATTGTATAAAGCAGAGAAA ATTGTATGAATACATATATTTTTGTTCCCCTCTCTCCCCTCTTACAGATCTCGCTCGTCA CTCTCCCAAATCTCGCTCGCCACCCTCGCCTTTCTCACTTATACAAACAGAAGCGAAATG TATAAATTGTGTTTTTGTTTGTATAAAGCGTGAGAAAATTATATATACACATGCAAGTAC ATATATTTTCGTCCTATACACTTATAATTATACAGTAAAAATACTCCACTGCCCAGTTTC TTTGGCATTTCTCTCTTTTTCGTTTTATACAATTTTCAAATTGTATCTAATTTCTCTCTT TCTCGTTTTATACAATTTGATTCAATTGTATATTCCTTGTCAAGTCTCTTTTGTCTTTCT CTCTTTCTCATTTTATACAAATTCAAATCGTATATTATCATTCTATACACTTATAATAAT ACAATTTGTTTTATACAGTTTTCTGCCCAAGTGTCTTTCTCTTTCTTGTTTTATACACTT CTTTTTATACAATTTGCTTCAACTGTATATGTATAACGAATTATACAGTTTCTATGTTTG CTATGAGGCGCAATTATACAAACTTTGCTATAGCATACAAATATAAATTTTTTATTTGTT ATATGTGAAAGTTACCCAGTAAAAAATATATATTCCTATAATTTGTCCGAAAATAAATAA GGAATTTCTAAAGGTCCTAATCCAAAGTAAGAATCACGTTTTAGAGTTGGCACCCATTAA GTTTTGCGAGTTTCTTTTATTAAGTTAGGTGACTCTTTTGATATTTTTATTAATGAGATT AATTTTATATTTAAAAAAACGTTTTTAGTTATATATAAATTTCTTTTTTAGAAATTAAAT ATCTTCTTTTTTATTATTATTACTCGCAAAAGTTAATAATTTTAATTAATTAGGTCCCAT TTTCAATTAATCACAATGGACCTAAGGTCACATTTTCTTCATTCAAGACTTGAGAGGTAC TTTTGTTTAAATCTCCTCAAGTGTATAACTACCTTTTGAAACCTACAATCAATCATAAAT CACATTCGAAACTTCAAACATATTTTCACTTTATTATACTATTTACCTAATAAAAATAAT TTTCACCAAGTCAATCGACATAACGGTTGAGAAAATGATTCATTCAAATTTCTTGTTATT AAACTTTTTATTGGGGGTGTGAATAACTAGATTGATCGTATTAAAATTATTCTAATTAAG AAAATTAGACTTTAATTTACACCTAACTTAATTTAAAAAATTAACTTACGAGATAAAAAT TATTACACCTAACTTAATTTCAAAAAATAACTTACGAGATAAAAATTATTCAAAATATTT AAGAAAGACTAGATAATAATTCACAATAAATGAAGTTCAAAACTACTACTACAAGTTAAC TTCAAATGAGAAAAATTATGAATACATGACTAAAAATGAGAATAAAAAATAGTGAAATAT ATGTCATAGAAAATTAAAGTGAAATTGGGCCAGCAGCCCATTTTTTATTAGTGCTCGGAA TCAATTAAAAAAAATTATAAACTTTGGCTGCATCTCTTTCAACTTTGTCGAAATTTTGTG TCATTTGTTGGCCAAAAAATGTAATAATGTTATCTCAACGTTCATACAATATATTTTTTT CTTAAAAATTGCATATCCAATTTGATATTATCTGGAGTTCTTTGCGTCGATTTTCTTTTT TTAAAAAAAAAAATAAATTGGTGAATTTCTACTCAACATGTTACGATGAACATTAGAATA CGTAGTCAAATCATAACAGATTGATAGAATTTATTTTGAAAAAATTACGAGCAATTCGCC CGGTGTTGTTCACAAAAATTCCAACAAAACACTAAAACGTGTTGCTAAGACAAGTCTTGA TCAGTATCACATGAGAAATCCTGGGAATCACCAAGATTTTGCTTAAGAATAACCATGACT TACCCTAAGTTTTATAGGAATGTGTTTTCAATTTCTGATGTAAAAACTATTTTTCCAATA TATTTTTAACAAGGTCAATATTTTAAAAGTTACGAATATATTGTTCAGCTAAATAATTTA TCAACACGATCAAAACTATCGGAACAAGCAAATTTCCCTTTAGCCACTCGCGCATGGGCA TCAAAAAGGAACTATATTCTATATACATTCATATTTAATATAGGATATAATACATATATT GAACCCTAAACTTGACTTCAAATTTTAACTTTGACCTCCAACTTTTATCATGCACAAACA AACACTTTAACTATCCAACTTTTAAACATGAGTTCTGCTTGAAAAAATACACGCAGGACA CCACGTTGAACAAAAAATGACATATAAAATATGTGTGTCTATATATTAACTTGAAAGACA TAAATATATTTCAAAACTAAATTAAATAGTATATTTATATATTATACCTTAATATGAAGC ATATACAATCTATATATACGAGACGTAAGTTTAAAATTTAAATGGAGACATAGTTAAGGA GTTCAAATCTAAATGGGCAATATGGCTACTGCTTAGGTATTAGCCAACCCCATTGCCTAG TAATTCAATTCACCTCTCCCTAATTCCATGTCCTTCCCTACTATATATCTAGTTTTGGGA ATTCCGTACAATAATATGCTGCAAAACGCAATTCAACGAAAATAATTTTTAGCGATAATA AATATACATATCAATAAAAAGTGTTAAAGTTTTTATCAGAATTATGTTAAGTGTCATCAG ATTCAATGTCAGTAAAGTCTTTAGAAACACATATAAAGAATGCTAATTATCGTTAAAAAT ATATATTTAACGACGATTGTTAATTAATTATCGCTAAAAATTATTTTTAATATAGCGACG TTTATAAATTATAATAATTTATTGCAAAGGTTTAGAATTTTAACTTAAGGGAATAGGTAA ATAGACATCGTGTTGCAATAATTAGGAGAATGAATTTCAAGAGATTTGATTTTATACTTT TTTTTCTTTTCGAAGCAGATTAAGAGGAAGTAACATAACAGATCGATAAACAAAATACAT GAGAAGATATGACGTTATACTATTAAATTGATTTAAGAGATGACAAAAACCATCTAATGA AATTATTAAGCTAGCGTTTGTTCATGGATTTTCAAATATTTTTGATAAATATTATTCGAG TGAAAATTTCGGTGAAATTTGACCATGTGTTTGGCCATAGTATTTGGGAAAGATATTTCA CCTTTTTAGAAATATATGATTTATACCCATAAGTTTTAAAAACTATCAAAACTAACTATA ACTTGTATTACAAATCAATTGGATGTTCGTTGAAATAATAACAAATAGTGTCCACGATAC TAGAGCAATGTGATAGTTTGGAGTGAGTGCAACGAGTATCATTCCATAAATCGTGAGCCA ATTTTTAATCAACAACCATATCATCATTTGATATTCACTGAATATTTCATCACTATTTTG GTGTTTACGTAAAAAATACAAAACAAACAACTAATATAAAGAATGTTTTGTAAAAGATAA AAGTTTTGAGATAAAATTATAATTTTCAAAATATCCCAAATAATGAGATTTGATCCAAAT ACTATACTTATCAAAAATATTTGCCGAATAATGATAAATTATATAAACATATATTATTTG CCAATTTTTTTTCTAAATATTATTTAAAAATCTATGACCAACACCCTAAATGCTACAATA TTTATATGAATTTAATTAATGACAATAAAGAGAAAGAAAGAAACAAAGACAATAAAAAGG TTCTTTTTTTATACTACTAATAACTAATATCATGTCATCTCATTAACCACCCGTTCAATA CTATAATCACTTGAACTCACAAGTCAAATTTCTTTTGAAGAGTATTAAAGGGCTATTAAA TACAAGTATTATTATGCTGTACCTTTTAAGACAACAAAAAAAGAATATTTTGCAACAAGA AGCTAGAATAGAAGAAACAAAATATATAAAGGAGGGCACAAGTGCTGGACCAGTGGGGAA CTGCCAGTGTTACTCAATTATTTAAGAGTATAATATTAAAGTGTGATGCATACACTGCTG AGAAATTAGTTATATACCGTGAAATGACCGAGATCCCTCGAAATTTAAGTCTGAATATAT ATATATATATGTTTTAGTTATGAACCTTTTATAATTTTCTTACATTAGACTTATTCGTTA TGAATTTAGATTAATATAATCGATAAATTTTGTATATCGAATACTTCAATGACAAAATTT GACATGCTATATCCATGAATAATATATTCACCATGCCCTTATTGCTTTCTACTACATGTT TCAATTATGAAACATTATCCTACAAAAGCATCCAACTTTTGTGAGGCTGTTAGGTAAGAA AATGCAGTTAGGCTTATGGTCCCCTCTCCAATTTTTTGGTTATGTCCGAGTCAGATAGGT TCGAGGGGTTCAAAATTAACTGTTAATATATGGTTAGTTTTTTTTTTTATGTATATAAAT AGATGTTGAACCACGCATTTTCATATTTTGGATGACTTTACTGAAAATAGTGACTCTGCT ACGACTTATATATATCTACGTATCAAAAAAGAAAATGTCTTTCACTTCATTACTATAGGT GTTAAATTAACATAGTATGCCTTAATTAGTCCACATAAATGTTATTAAGATAATTTTAAA AAATCCACATCCCAACTGTAATCTCCCACCTGTTTCCTAACCATTTTTGTGCTCTTATTT AATTTTTCATATGTTGTGGCATATGCCCTATGGCTATTTCTTCTGTTTGTTCCAACTAAG TGTTCACAAATTTCAATTATCCTTGTGTGCCAATTAATTGCATAAAACAAATTAAGGAGC TTCTTTTTGTATATTGCGATAATTAAGGGTAATATGATAAATTTATCATTCTATTTATTG ATTTTTAAGAGGTATGTCAAGTTCAATGGCGTAGTAATCTATCACTCAGATCGGTCAGCT GAACACACTTTGTAATTTTTTTATATGTATGTATATATATATATATATATATATATATAT ATATATATATATATATATATATAAATTATTATACAAAGTATATAGGTTATAAATTATTTT TCATCCATATATATGTTAAATCTTGAACACTATAACTAAATTTTAAACTAACTTTCTGAT TTTTCCACTGACCAAGTTAAAAATGAACAAAGATGGATATATTGATTGGATACATCACTA TACGCGATGTATCGGAACGTAATACATCACTTTACTCGATGTATCCGTTGGATACATCAC TATACCTGATGTGTCGAGACGTATGCGATATATCGTGATGTATTCGAAATAAAAACGTGA TGTATCGAAATATTGAGTGATGTATCCGAAACAGAGAAGCTATGTATAGAAATGTTGAGT AACGCATCCGACCAGAAATTGGCATGCTATGTATCGAGACATTTTGGAATGCATCCAAAT TCCATCAAATTTAAGGAATTTTTGTAATTAAAAAATAGAGATATGATGTAATTAGCTCTT ATCACTATGAGATTTGTGTAAAATTTTTTTATTTAGAAGAATGTTCATAAGAAAAACATG AACAACGAATACTAAATGAAGGGAAAGTAGATGAGAGGGAATTGTTCGGATGATAACGCT CTTTACTTTCCACCAAAATATATTTATAAGCCGGTTGGACCTTAGGGGTATTTGGCAATA GAGTTTAGGGGTTCTATATCTAAAATATATATAAATATCAAAGTAGATGGAATAATATTA TACATGTATTCTCTGAAGTTGGAATCTTAAAAATAAGAACAAAAGGAAATACAAGTAGAT AACAAAAGGCTGCAGGATCCAATAAGAGGAGCTTTTTTTTTTTGTCTTCATTCCCAAATT AGTCTTATATTCTTTTAAAGCAATAAATTATAACATGGAGAAACAGAATGAGGAAGTTGA AAATGGAAATGATACTTTGTTGAGAAAAACAGATGCAGCTTTATTTGCCTGGCCATGGAA CAACTTGGGAAATTACAAGGCATGGACTTCATATTAACTACTTGTATATAAATTTGTTTA TCAATCTTGATTTGTATTGGATTTATGATTTTCATATGTGTTGTGCAGTATTTGTTATAT GGACCATTTCTTGCAAAATTTATACATTCCATGTATTGGAAAGAGAGCATGGAGGATATT TGGTGTTTGCATATTCTTGTATTGTGTTCTCTTAGAGGCCTTGTTCATCAGCTATGGAGC ACTTTTAGTAATATGTTGTATCTGAATAGCACGCGAAGGGTGTCTTATGAAGGGATAGAT TATGATCAGATTGACAATGAATGGGATTGGTATGTATGAGTTCTTGTTATTTCACACTTT ATGTGTATTTCACTAATGTTGTGTGTGTTTTGTTTGTGATTGGATTTCAACAGGGATAAC TTCCTTATCCTTCAAGCGGTTGTGGGATCGTTCGTCTACTTGAACTTCCCTTCACTGGCT AATCTTCCTGTTTGGGATGTAAGAGGGCTTATTTCTTGTCTCATACTTCATATTGGTATC TCAGAGCCACTGTTCTATTGGATGCACAGATTATTGCACTCCTCTTATCTCTTTCCGTTA TATCACTGGCATCACCACGAGTCCAAAATCACACACCCCTTTACTGGTAAAGTAACTACT TCCTCTGTTCCAATTTATGTGTCATACTAAAAGGTCCGTACTGTCACATAAAATGGGACG GAGGGACATCTTTTAGCAGTCTTATCTGATACTGGTTGCTTGCTGGAGAGTTTGGCTAAC CTTTTTCTTTTTTGTTGTTGTTGTGCAGCTGGGCATGGAACATTTCTGGAACATCTTTTG CTGTGTGTAGTTATAGGAATTCCAACCTTAGGCACTGCATTTATTGGTTACGGATCAATA AGCGTTATGTACAGCTATATTCTGGCATTTGATTTCTTAAGATGTATGGGACACAGCAAT GTTGAAATCATTCCTCATAGTCTCTACCAGCGCGTTCCACTACTTAGATATGTTATTTAC TGCCCGACGTGAGTTCTATTTAACTCTCTTTGTTTGATGCAGCATCTGATATCTGTTATC TTCAACATCTAGATTAACAAATCACATCTTCTTCTGTTTCTTTTCAAATGAACTTTTCTT CACAATCCTGTTCTTGCAGATACCACAGTCTACACCATCAGGAAATGAAGACAAATTTCT GTCTCTTCATGCCTCTATATGATATGTTGGGAAATACTTTAAATACTGCGTCGTGGAGCC TTCACAAAGAAATAAGTTCAAGGACAAGTGAGTTTGAGTTGTTTATTCTTCCTACCTCCT TGGGGGAGAGGGTCTATTATTATCTTCCTTCAAAATAATAATCCTTTTATCAAGTCATTT TTTTTTTTTTGCATTCTCTGGCTTTAGTTTGCCATTATATCTATATTTTCTGAAAGTGGA ACCCATTCATGAAGGTACAGATGAAAGAGCACCAGATTTTGTGTTTCTTGCACATATTGT TGATATTATGTCATCAATGCATGCCCCGCTTTTGTTCCGGTCATTCAGCTCAGTGCCTTT CTCCACAAGGCTGTTCTTGTTACCGATGTGGCCTTTTGCCTTTGTGGTGGTGCTTACTAT GTGGCTGAAGTCTAAGACTTTTTTGTTCAGTTTTTACAACATAAGAGGAAGACTCAACCA AACTTGGATTGTGCCCAGGGCTGGTTTTCAGGTAATATGAGGGGTTTCTCCTAACTACTG TTTAATTTCTGGTGTTTTTTCTGATTTTTGAAATTCTATAGAAGAGCATCAAGGTCCTGC AGTCTTGAAATAATTTGTTCATGATTTAAGGATTGAAAATAATTTACTTGCTCTCTCAAT TTTCCCAACACATCTCGCTGTTTGGTTCATTTCCATTCTGTTTCTGGCGTCTAATACATA TATTGTGTTGCAGTATTTCTTGCCCTTTGCTGCAGAAGGCATAAATAAGCTCATTGAAGA AGCTATTCTTAGGGCTGATAGAATTGGTGTCAAGGTTATCAGCCTTGCTGCATTAAATAA GGCCAGTCTCATTTTCTTATTCTGTTTCTATTTTCTTGTTTCTGTAATGTTTAATGATTT CAGAGTCCTCAAAGTCTTTGCTGACTACTTTAGTACAACGAACATCTACATGAAAACATT GTATTATGTGTTTCTTGCTAGTATATAAGCCTTCCCGATAGTGGTTTTAGACAGGAAAAA CCTTCAAAGTTAAGGATTGGGATATAGTCAACACAGAACTGGAACAGCTTAACTACACTT GTTAGTAGATCATGTATTGCTTGGATCTTCCCATGTCTTTTTCAGACTCGAGGGGAGTAA TGGTTTAGATATAAAGTAATTGTTCATGTTGTTTATAAAAGAAACTTACTGCAGAATGAA AGTTTAAATGGTGGTGGAACACTCTTTGTCAACAAGCATCCGAATCTCAGAGTCCGAGTA GTCCATGGAAACACCTTGACAGCAGCAGTGATCTTGAATGAGATTCCTCGAGATGTAAAT GAGGTCTTCTTAACAGGTGCTACTTCTAAGCTTGGAAGGGCCATTGCACTCTACCTTGCT CGTCGAAGAGTCAGAGTTCTGGTAAGATTACTCTTTCTGAAGTAAATCTGTAAATGCATG GCATATAAGAGTGTGTGTTTGTATCTTCTACTAGTTGTTCTGAAGAGGAATAAGACCCTT CTTCCTTTTAGTTGTATCTTCTATAATTAGCTTTATAATCCTCCATTATAACAAGGGTAC TTTTCTAATGCAGATGCTCACTAAGTCCACTGAGAGATTCATGAAAATTCAAAGAGAAGC TACTGTTGAGTGCCAGAAGTATCTGGTTCAAGTGACAAATTGCAAAGAAGCTAAACAGTG TAAGGTAATGTTTCAAGTATATATTCCATAAAGTGGATAACTGAGGTCTTTCAGTTCAGC AAAGTTAGTTTTGTGGTGTTTTCAAATGACAGACTTGGATTATTGGCAAATGGTCGACCC CTAGAGAGCAGAGCTGGGCTCCATCAGGAACTCACTTTTATCAGTTTGTCGTTCCTCCTA TCATTCCCTTTCGCAGAGACTGTACCTATGGCAAGTTAGCAGCAATGAGACTTCCAAAAG ATGTCACTGGTTTAGGAACTTGTGAGGTATGACTCAAATCATATTTGTTGCATATTCTTG ATCAGGGTTCAAGCTGTCCAAACAGCCTCTCACAGAAATGTAAGATAAACTGCATGCAGT CCGGCCTTTAACTTTCTGCACTATGCTGCCCTTTTATGCTAAGGAAACAATAGAAACAGT AAGACAACAAGATAAACTTAACATTTCAGGGTGTGAAATCCAAACTTCGGCTGATGGTGT TGTGTTGGTGAAACCAAATTCCAGAGTCTCTTTCCTTTTGTTAGTGGCATCAGTTTTATG ACAGTACTGTTTCATGTTTTGTATAAATTCTCACTGTGCTTCTGTGTTGCACCAGTATAC AATGGGAAGAGGCATAGTTCATGCTTGTCACGCGGGTGGGCTAGTTCATCTTCTTGAAGG TTGGACACACCATGAGGTTGGAGCTATCGATGTTGATCAGATTGATGTTGTGTGGGAGGC TGCATTAAAACATGGTTTGAAACCTTTGTATAATTCATCATAGTGATACCATTTGTCTCA TATTCATCAAGAAAACACCTTCATGACCTAAAAGGTTTGGAGTTGTAGCGAAGTCCGTAG AAGCCTTCCAAAGATTGTTTAACAAGTCAACACTGCATTACATGTAGAATCTATTTGTAA TCAAACAATAGTGTAAGCCTAATAAAGGAAATAAGCCATATATCATTGTACTTCCCCCAA AAATGTACTGTTAATGTAAGTGTTTTATATTTAGTTTTCTGGGGAATTCTTGTATTTCTC TGTGAATATAGATATGTTTTTCTGTAATGTATCGAGCTTTTACTAAACGAAGATATCAGA CAAATAATCTTGCTGTTGGGAATTGATGCACAGCCAAGACAGGCACTACTTGCTTGAACT ATATAGCTGTATATGTTGCATATTTACTTTAAACATGGTGCTTCTTCTGGTTTTGGATGA TAATACAACCATGTATTCATCTCAGTAAATCTAAAGATATGATATGGACATGTTACATAA TCAATCTATAGCAAGATTTGAGTTAAAGAAAAGGATAACGAAAATATATTCACCAAGATG ATATTGAGAATTGGAGAAGTGTTCCTCTGCAGGGTTTTCGAGAAGCCCCTTTAGTATATC GAACTTTGCCAAGAAGATATCACGAAGTCTTATTGTTCGGGATAGATCAGCAACCAAGAC ATGTAGCATACATTGTACAAATATCTTAATACACTTCTTTAAAAAGGGAAGTCTCAACTG CCTGGCCAATTGCTACTCAATCTGCACAACCATCACAGTGGTGATACAAAGTTATATATA TGATAAGTCAAATACTATTACACATTTGGAATTGGTTTCCTGGACTTCACCATCCATCCA AGCATAAAAAACACAACACATACAGGAAAGAGGGGTCGGCGAGAAGTTTTTAGGAGCTGA GTTCAAGAAATCTTTGTGCCATGGGATGTTTAGATTCAAAGAGTTGATCAGGCTTTAAAA TTTCTACAATCTCTCCATTGACAAGCAGGCATACTATGTCAGCTATTCTCTTTATTTGTT TGATGCTATGTGAAACCATCACAATGGTCATATTCTGCTCCCTCTTCAGTTTTACAAGAA CATCCTCAATATTCTGAGTTGATATTGGATCCAGTGCACTTGTTGGCTCATCCAGCAGCA GAACCTTACAGAGGATTGGAACATAAGGTCAGAATTTAGCATCAATCAAGTGAAGTTTCT TTTGCCAAAACTAGTTAAATCGTTGGTAAATTTAAAATTACCTCTGGTTCATTTGCCAAG GTCCTAGCAAGTGCAACTCTCTGTGCTTGACCAACAGAGAGTTCCCCACCAGACTTGTTG AAGAAAGATGAGTCCAGGTCAGCTAGAGTCAGCAACTTGTATACCTCATTATCACTTAGT TTTTTTCCTTTTAACTGTGGCCCATATCGTACATTATCTGCAACAGTACCTGAACAATTT TTCACAAAAATAACTCATTCAAGCATCAGTCACTACAACTTGAAAAAATGAAATGTATGT TGAAAAAAGACTTCTTTTTAATGACAGAGAAATCCACGACACTCGGTGGCTAATGGCCTG CTCCCTACCCTTCTTCACTGAAATACTGAGTTTGTTCATTGCAGAAGTTTGAACCTATGA CTTGTGCCTAACCCCCAAAAGACGGATCCCAGATCCCGAAATTTGAATTTTATGCGTTCT AGATTCTAAAAAAGACAGCATACTAAGTCAAATAAACTATTGAAACATATTAAGTAGATT TCTTAACACAAATACAAGATTCTGCCAAACAGTAGCTAGAACTCTAATTCCACCCCAACT AACCCCTACATTGAGAGTTTGTGCTTTTACCACAAAACAAAAGCCTTGTGGCACAAAGAA CTTACTAATTAAAGTGGAAGCCAAAAACATGCCAGTCCATTAGATTAAGCATCACAAGGC AACAAACAACAACAATATACCAAGTGTAATCACACAAAGTGTATGCATACCTCCCCTTGC TGATGGGATATAGAGATTGTTTGCAATAAACCCTCTACTCGAGTATAGAAAGATCTAACA TCAAACATCTGATAAAACAAAATACAAAAACAAAAGCATGAATCTGTCTACAATAGTTGC ATACCTTCAAAGAGAACAGGAAGCTGAAACAGCATCCCAATCTTACGGCGGAGAGCAAGC ACATCCAGATCACATATATCATGACCATCCAAAAACACAGAGTTGGAAGATGGTTCCCAC AATCGATTTAGTGATCTCAAGAAAGTTGATTTCCCACTACCGCTTGGGCCTATAACACCC ATGATTATACCTTTAGGTATGTCAACGCTCACATTGTTCAATATAGAAACACCCTTTTCA GACACCTTTGTAAGACCCCTAACCTGAATCTTGATTTCTGGATTCTCTTCAAATCCATTT TCATTCCAGTTCGATCCCAAAAGATGCTCTCTTGCTCCTATAAATTAAACCAATCACAAA CAATTTCAAGAAAAAAACTTTCTTTGTCCTATAATCAAACTAACCCCAAACAAATTTCAA GAATCCCTTTTGTGATTTCAAGAAAAAAACTTTCTTTTCTCCTATATAATCAAACCAACC CCAAACAAATTTCAAGAATTGCTTGTGGAATTTCAAGAAAAATGCTTTCTTTCTCCAATA AATCACAACGACATCAAACAAATTTAAAGAATTGCTTTTGTAATTTCAAGAAACATGTTT TTGTAATAACCTGGTAAAATTTCCATAGTACGAAATGTCTAGCCAACTCCTTCACCAGCA GCAGACAGAGTAGAGGGACAAAAACAAAAGGGGCTATGTTGTAATGAAGAATTATATTGG AGAAAAGAATCAACCTTCCCCACTTCCCAACAAGAACTAGAACAAATTCTTGTCACCAGT AACTTTCATAAGTAATTGTGATGTTTTTGTCAGAGAGTGCACAAACTCCTTCAAAATCTC AAAATAAAGAATGTTTTTTTAAGGTAGTAATACAATGTCTTCTGTAAAGCCCTGGGGATA TGACTTATCTGAGGGAGGAAAAGACTTCTTCTGCAATTTGTTGTCACTTTTAAAAAGTAT TAACAACTTGGCCATTAGTTATATTATATATATAGTTTATATGTCAGAATCACATAAAAT TGATTCCGCGATTTTTGTCTATAGACCTAATGTAGTTAAGATTCCAAAATCATGATGATG CAGAAGTAAATGTTGGGCTAATAGAAGAGTAAGTAGTTAAATGAGATGAGTATGTAATGC CTTCTTCTAACTTCTTTTATTGTAATTCCAAATATATATTTTTTATAATTATAAATAATT TAACTTTTAAACTTTTTTTTTTTTTACCTTTAATCAGGTTTAATATAATAGTTAATATCA GTAAAGTGAAAGTTCAGATAGTTAACTACTAACTGAACTATTAAAATTGCTCATTATAGT CTAGGTATCAACTTCCTATAACTTTTTAAATTTTTTTTTTTTTGAAATATTCAATATACA CCTTAACGTTCATTTGTATTTTGATTTTTTGAACTCTTTTAAATAAAAGTTATAAATTAT TATAGAGCGAGCGAGATCATACAAACGAAATTGATTGTACACCTAATAGACAAAAGAGAC AAAGAAAAAGGGAGAGATATATAATTTAGAAGAATCCATAAATACATTTTGGTACTAGGT GCTCAAGGAGGGGAAGTTGACATATACAACAAACAACCTAGAATCATGTTTCTCTTCCAA CTCAGAATGTCAAATTGACTTTTCCTTATTTGTCAAACTATCTGCTCTTTGTTATTTCAT CAAATTCTGTTCCATTTTCCCCTTTTATACAAACATTTTGTCATTCTTATCAACTTTACA TCGTCATCTTCAAAAAAACCTAGGAAAAATAATGTGTATCATGATCATCACTAACATTAC ATACAATGATGAAAACAACTTTGTATTATTCATTTCCCCCCCCCCCACCCCCCCCCCACC CAAAAAAAAAACCATTCTTTACAACTTAACTCTTGCAAAAAATAAAAAAAAAAGTTCTCT TTTTTATTTTTCCCATAGCATAATTTAAGCAAAATTCATCAAACATATCATTAAAAAACA AGAATACCCACGCGCACGCCTGTGTGTGAAGCTCAAACGCTTCTTGAACCCTTAATTACC GGTCGCGTGCGAGTTTACGAGGAAGAGAGAGCGTGAGGACGTGAGACACTAAGGGCGTGT TTGGTATGGAGGAAGAAGGGAAAAATAGGAACAGAAAATTTACAGAAAAAGAATTTGCTA TTTCTGATCAGACACAAAAACGAAAAAAGAGTCTCGATTTACACAGAGAGAGAGAGAGAG AGAGAGAGGGTGAAGGGAGAGAGATCAGAGAGTGTGTGTAGAGTAGAAGGTGGGTCTTCG TCTTTTTTCTGATTAAGAACAGTGATTTTTGGGGGAGAGAAAGATAGCTGCGGAGAAGAA TTGAAATGCGAAGCAATTTGAATGGAAGAAGAAGCTTTATGGGTTCGTATATGAACAAGT AAGAGTTGAAAAAGCATTTGGGTTTTCTCTCTACTTTCTGAATCTGAATTTTGAATTAAG TTTGGTGTTGTTGGGTTTTGTATATTTTCTAATTTTACTCTTCTTTCGAGCTTAAAAATC TCTTCTTTAATCCCAATTTCGTGTGGGGATATATTTGAACTTGAAGTGGGTAGCTTAAAG CTT GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_1 match_part 0.936 4453 4825 match_part 0.991 5192 5409 match_part 1.000 5989 6055 match_2 match_part 0.974 4675 4825 match_part 0.991 5192 5409 match_part 0.977 5989 6117 match_part 0.952 6671 6774 match_3 match_part 0.974 4675 4825 match_part 0.991 5192 5409 match_part 0.977 5989 6117 match_part 0.936 6671 6764 match_4 match_part 0.962 4748 4825 match_part 0.986 5192 5409 match_part 0.977 5989 6117 match_part 0.955 6671 6802 match_part 0.929 6885 7124 match_5 match_part 0.981 6751 6802 match_part 0.924 6885 7121 match_6 match_part 1.000 14502 15037 match_7 match_part 0.994 18909 19062 match_part 1.000 19305 19535 match_part 0.992 20719 20958 match_8 match_part 1.000 18912 19062 match_part 1.000 19305 19535 match_part 0.992 20719 20958 match_part 0.882 21087 21120 match_9 match_part 0.908 18944 19062 match_part 0.926 19305 19535 match_part 0.976 20719 20924 match_10 match_part 0.924 18958 19062 match_part 0.952 19305 19535 match_part 0.979 20719 20958 match_part 0.982 21087 21198 match_part 0.977 21299 21384 match_11 match_part 0.988 18977 19062 match_part 1.000 19305 19535 match_part 1.000 20719 20958 match_part 1.000 21087 21198 match_part 1.000 21299 21473 match_part 1.000 22847 23087 match_part 0.998 23567 24046 match_12 match_part 0.963 18981 19062 match_part 1.000 19305 19535 match_part 0.992 20719 20958 match_part 0.991 21087 21198 match_part 0.989 21299 21473 match_part 1.000 22847 22871 match_13 match_part 0.915 18981 19062 match_part 0.957 19305 19535 match_part 0.983 20719 20958 match_14 match_part 1.000 18983 19062 match_part 1.000 19305 19535 match_part 1.000 20719 20958 match_part 1.000 21087 21097 match_15 match_part 1.000 18983 19062 match_part 1.000 19305 19535 match_part 1.000 20719 20832 match_16 match_part 0.962 18984 19062 match_part 1.000 19305 19535 match_part 0.992 20719 20958 match_part 0.991 21087 21198 match_part 0.989 21299 21473 match_part 1.000 22847 22905 match_17 match_part 0.937 18984 19062 match_part 0.952 19305 19535 match_part 0.979 20719 20958 match_part 0.946 21087 21198 match_part 0.974 21299 21452 match_18 match_part 0.962 18984 19062 match_part 0.991 19305 19535 match_part 0.992 20719 20958 match_part 0.991 21087 21198 match_part 0.967 21299 21389 match_19 match_part 0.937 18984 19062 match_part 0.952 19305 19535 match_part 0.971 20719 20958 match_part 0.982 21087 21198 match_part 1.000 21299 21388 match_20 match_part 0.923 18985 19062 match_part 0.952 19305 19535 match_part 0.979 20719 20958 match_part 0.989 21087 21181 match_21 match_part 0.936 18985 19062 match_part 0.957 19305 19535 match_part 0.978 20719 20942 match_22 match_part 0.935 18986 19062 match_part 0.952 19305 19535 match_part 0.979 20719 20958 match_part 0.982 21087 21198 match_part 1.000 21299 21314 match_23 match_part 0.921 18987 19062 match_part 0.987 19305 19535 match_part 0.982 20719 20832 match_24 match_part 0.987 18988 19062 match_part 0.996 19305 19535 match_part 0.992 20719 20958 match_part 0.991 21087 21198 match_part 0.989 21299 21473 match_part 1.000 22847 22905 match_25 match_part 0.947 18988 19062 match_part 0.996 19305 19535 match_part 0.992 20719 20958 match_part 0.991 21087 21198 match_part 0.989 21299 21473 match_26 match_part 0.960 18988 19062 match_part 0.996 19305 19535 match_part 0.996 20719 20958 match_part 1.000 21087 21114 match_27 match_part 0.933 18988 19062 match_part 0.944 19305 19535 match_part 0.954 20719 20958 match_28 match_part 1.000 18989 19062 match_part 1.000 19305 19535 match_part 1.000 20719 20958 match_part 1.000 21087 21198 match_part 1.000 21299 21363 match_29 match_part 1.000 18989 19062 match_part 1.000 19305 19535 match_part 1.000 20719 20958 match_part 0.989 21087 21181 match_30 match_part 0.932 18989 19062 match_part 0.948 19305 19535 match_part 0.967 20719 20958 match_part 0.971 21087 21121 match_31 match_part 1.000 18990 19062 match_part 1.000 19305 19535 match_part 1.000 20719 20958 match_part 1.000 21087 21169 match_32 match_part 1.000 18990 19062 match_part 1.000 19305 19535 match_part 0.996 20719 20958 match_part 0.964 21087 21141 match_33 match_part 1.000 18990 19062 match_part 1.000 19305 19535 match_part 1.000 20719 20952 match_34 match_part 1.000 18990 19062 match_part 1.000 19305 19535 match_part 1.000 20719 20923 match_35 match_part 1.000 18990 19062 match_part 1.000 19305 19535 match_part 1.000 20719 20844 match_36 match_part 1.000 18992 19062 match_part 0.987 19305 19535 match_part 1.000 20719 20958 match_37 match_part 0.900 18993 19062 match_part 0.948 19305 19535 match_part 0.975 20719 20958 match_part 0.931 21085 21171 match_38 match_part 0.971 18995 19062 match_part 1.000 19305 19535 match_part 1.000 20719 20950 match_39 match_part 0.970 18996 19062 match_part 1.000 19305 19535 match_part 0.992 20719 20958 match_part 0.991 21087 21198 match_part 0.989 21299 21472 match_40 match_part 0.925 18996 19062 match_part 0.952 19305 19535 match_part 0.979 20719 20958 match_part 0.982 21087 21198 match_part 0.986 21299 21368 match_41 match_part 0.925 18996 19062 match_part 0.952 19305 19535 match_part 0.979 20719 20958 match_part 0.920 21087 21198 match_part 0.980 21299 21348 match_42 match_part 0.910 18996 19062 match_part 0.957 19305 19535 match_part 0.983 20719 20958 match_part 0.982 21087 21198 match_part 1.000 21299 21307 match_43 match_part 0.925 18996 19062 match_part 1.000 19305 19535 match_part 1.000 20719 20958 match_part 1.000 21087 21138 match_44 match_part 1.000 18996 19062 match_part 1.000 19305 19535 match_part 1.000 20719 20958 match_part 0.964 21087 21114 match_45 match_part 1.000 18996 19062 match_part 0.996 19305 19535 match_part 1.000 20719 20958 match_46 match_part 0.985 18996 19062 match_part 1.000 19305 19535 match_part 1.000 20719 20928 match_47 match_part 1.000 18996 19062 match_part 0.996 19305 19535 match_part 1.000 20719 20788 match_48 match_part 1.000 18997 19062 match_part 1.000 19305 19535 match_part 1.000 20719 20958 match_part 1.000 21087 21155 match_49 match_part 0.985 18998 19062 match_part 1.000 19305 19535 match_part 0.982 20719 20830 match_50 match_part 1.000 19000 19062 match_part 1.000 19305 19535 match_part 1.000 20719 20826 match_51 match_part 0.933 19003 19062 match_part 0.931 19305 19535 match_part 0.971 20719 20958 match_part 0.946 21087 21142 match_52 match_part 0.932 19004 19062 match_part 0.965 19305 19535 match_part 1.000 20719 20958 match_53 match_part 0.914 19005 19062 match_part 0.952 19305 19535 match_part 0.979 20719 20958 match_part 0.982 21087 21198 match_part 0.971 21299 21402 match_54 match_part 1.000 19007 19062 match_part 1.000 19305 19535 match_part 1.000 20719 20788 match_55 match_part 0.962 19010 19062 match_part 1.000 19305 19535 match_part 0.992 20719 20958 match_part 0.991 21087 21198 match_part 0.977 21299 21473 match_part 0.879 22847 22904 match_56 match_part 0.980 19012 19062 match_part 1.000 19305 19535 match_part 0.962 20719 20958 match_part 0.922 21087 21150 match_57 match_part 1.000 19014 19062 match_part 1.000 19305 19535 match_part 0.992 20719 20958 match_part 0.991 21087 21198 match_part 0.977 21299 21473 match_part 1.000 22847 22900 match_58 match_part 1.000 19016 19062 match_part 1.000 19305 19535 match_part 1.000 20719 20958 match_part 1.000 21087 21198 match_part 0.981 21299 21351 match_59 match_part 0.911 19018 19062 match_part 0.957 19305 19535 match_part 0.983 20719 20958 match_part 0.991 21087 21198 match_part 1.000 21299 21307 match_60 match_part 0.897 19024 19062 match_part 1.000 19305 19535 match_part 0.992 20719 20958 match_part 0.991 21087 21198 match_part 0.966 21299 21444 match_61 match_part 0.955 19041 19062 match_part 0.952 19305 19535 match_part 0.904 20719 20958 match_part 0.875 21087 21118 match_62 match_part 0.952 19306 19535 match_part 0.979 20719 20958 match_part 0.982 21087 21198 match_part 1.000 21299 21366 match_63 match_part 0.955 19312 19535 match_part 0.979 20719 20958 match_part 0.982 21087 21198 match_part 0.991 21299 21407 match_64 match_part 1.000 19356 19535 match_part 0.992 20719 20958 match_part 0.991 21087 21198 match_part 0.977 21299 21473 match_part 0.981 22847 22951 match_65 match_part 0.986 19390 19535 match_part 0.992 20719 20958 match_part 0.991 21087 21198 match_part 0.989 21299 21473 match_part 0.971 22847 23087 match_66 match_part 0.952 19431 19535 match_part 0.975 20719 20958 match_part 1.000 21087 21101 match_67 match_part 1.000 19444 19535 match_part 1.000 20719 20958 match_part 1.000 21087 21198 match_part 1.000 21299 21445 match_68 match_part 1.000 19444 19535 match_part 1.000 20719 20958 match_part 1.000 21087 21198 match_part 1.000 21299 21438 match_69 match_part 1.000 19494 19535 match_part 1.000 20719 20958 match_part 1.000 21087 21198 match_part 1.000 21299 21473 match_part 0.979 22847 22990 match_70 match_part 1.000 19511 19535 match_part 0.996 20719 20958 match_part 0.982 21087 21198 match_part 1.000 21299 21314 match_71 match_part 0.995 20747 20958 match_part 0.991 21087 21198 match_part 0.989 21299 21473 match_part 0.992 22847 23087 match_part 0.929 23567 23608 match_72 match_part 1.000 20919 20958 match_part 1.000 21087 21198 match_part 1.000 21299 21473 match_part 1.000 22847 23017 match_73 match_part 0.990 21100 21198 match_part 0.989 21299 21473 match_part 0.992 22847 23087 match_part 0.969 23567 24053 match_74 match_part 0.965 21113 21198 match_part 0.989 21299 21473 match_part 0.992 22847 23087 match_part 0.992 23567 23828 match_75 match_part 1.000 21145 21198 match_part 1.000 21299 21473 match_part 1.000 22847 23087 match_part 1.000 23567 23689 match_76 match_part 0.988 21303 21473 match_part 0.992 22847 23087 match_part 0.993 23567 23976 match_77 match_part 0.946 21344 21473 match_part 0.954 22847 23087 match_part 0.898 23567 23812 match_78 match_part 0.944 21403 21473 match_part 0.975 22847 23087 match_part 0.948 23573 23900 match_79 match_part 0.980 21424 21473 match_part 0.992 22847 23087 match_part 0.984 23567 24054 match_80 match_part 1.000 22910 23087 match_part 0.996 23567 24026 match_81 match_part 0.972 22947 23087 match_part 0.935 23573 23726 match_82 match_part 0.971 22985 23087 match_part 0.980 23573 23672 match_83 match_part 0.989 22994 23087 match_part 0.992 23567 24051 match_84 match_part 0.948 23011 23087 match_part 0.994 23567 24046 match_85 match_part 1.000 23631 24046 match_86 match_part 0.993 23642 24042 match_87 match_part 0.977 23668 24051 match_88 match_part 0.978 23687 24046 match_89 match_part 0.975 23733 24055 match_90 match_part 1.000 47733 47959 match_part 0.996 48049 48319 match_91 match_part 1.000 48287 48586 match_part 1.000 48749 48968 match_part 0.989 49100 49187 match_92 match_part 1.000 48288 48586 match_part 0.988 48749 48921 match_93 match_part 1.000 48447 48586 match_part 1.000 48749 48968 match_part 1.000 49100 49227 match_part 0.992 49395 49651 match_part 1.000 49874 49893 match_94 match_part 0.939 48472 48586 match_part 0.959 48749 48968 match_part 0.984 49100 49227 match_part 0.974 49401 49589 match_95 match_part 0.939 48472 48586 match_part 0.959 48749 48968 match_part 0.984 49100 49227 match_part 0.976 49401 49567 match_96 match_part 0.984 49100 49227 match_part 0.992 49401 49651 match_part 1.000 49874 49981 match_part 0.990 50335 50541 match_part 1.000 50714 50723 match_97 match_part 1.000 49199 49227 match_part 0.980 49401 49651 match_part 0.934 49874 50340 match_98 match_part 1.000 50503 50541 match_part 0.973 50714 50824 match_part 1.000 50913 51086 match_part 0.981 51416 51840 match_99 match_part 1.000 50503 50541 match_part 0.991 50714 50824 match_part 1.000 50913 51086 match_part 0.985 51416 51822 match_100 match_part 1.000 50504 50541 match_part 1.000 50714 50824 match_part 1.000 50913 51086 match_part 1.000 51416 51608 match_101 match_part 0.983 50765 50824 match_part 0.983 50913 51086 match_part 0.954 51416 51868 match_102 match_part 1.000 50936 51086 match_part 0.990 51416 51894 match_103 match_part 1.000 51034 51086 match_part 0.968 51416 52063 match_104 match_part 1.000 51070 51086 match_part 1.000 51416 51847 match_105 match_part 0.633 51802 51831 match_part 0.936 52359 52609 GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_106 match_part 0.930 11760 11262 match_part 0.933 10251 10207 match_107 match_part 1.000 11793 11262 match_part 1.000 10251 10230 match_108 match_part 0.930 11760 11262 match_109 match_part 0.987 15051 14503 match_110 match_part 1.000 15070 14517 match_111 match_part 0.947 15144 14583 match_112 match_part 0.946 16812 16664 match_part 0.954 15183 14592 match_113 match_part 0.934 16800 16664 match_part 0.950 15177 14602 match_114 match_part 0.975 16822 16664 match_part 0.998 15183 14623 match_115 match_part 1.000 16799 16664 match_part 1.000 15183 14691 match_116 match_part 0.934 16800 16664 match_part 0.956 15177 14770 match_117 match_part 1.000 25569 25525 match_part 1.000 25439 25330 match_part 1.000 25063 24985 match_part 0.988 24900 24646 match_part 0.750 24330 24319 match_118 match_part 0.974 25367 25330 match_part 1.000 25063 24985 match_part 0.980 24900 24646 match_part 0.750 24330 24319 match_119 match_part 0.976 25412 25330 match_part 0.975 25063 24985 match_part 0.965 24900 24646 match_part 0.650 24343 24324 match_120 match_part 0.915 24886 24547 match_121 match_part 0.952 25935 25915 match_part 1.000 25836 25771 match_part 0.979 25572 25525 match_part 0.973 25439 25330 match_part 0.987 25063 24985 match_part 0.968 24900 24591 match_122 match_part 0.975 25063 24985 match_part 0.887 24900 24600 match_123 match_part 1.000 26159 26141 match_part 0.911 26049 25915 match_part 0.939 25836 25771 match_part 1.000 25572 25525 match_part 0.991 25439 25330 match_part 0.924 25063 24985 match_part 0.960 24900 24649 match_124 match_part 0.929 25826 25771 match_part 1.000 25572 25525 match_part 0.973 25439 25330 match_part 0.975 25063 24985 match_part 0.951 24900 24658 match_125 match_part 0.966 25828 25771 match_part 1.000 25572 25525 match_part 0.991 25439 25330 match_part 0.975 25063 24985 match_part 0.922 24900 24721 match_126 match_part 1.000 26216 26141 match_part 0.933 26049 25915 match_part 1.000 25783 25771 match_part 1.000 25572 25525 match_part 1.000 25439 25330 match_part 0.975 25063 24985 match_part 1.000 24900 24843 match_127 match_part 1.000 26567 26548 match_part 0.956 26476 26432 match_part 0.983 26318 26141 match_part 0.919 26049 25915 match_part 0.955 25836 25771 match_part 1.000 25572 25525 match_part 0.991 25439 25330 match_part 0.923 25063 25012 match_128 match_part 1.000 26223 26141 match_part 1.000 26049 25915 match_part 1.000 25836 25771 match_part 1.000 25572 25525 match_part 1.000 25439 25330 match_part 1.000 25063 25026 match_129 match_part 0.974 28395 28320 match_part 0.994 27106 26945 match_part 1.000 26786 26748 match_part 1.000 26603 26548 match_part 1.000 26476 26432 match_part 0.994 26318 26141 match_part 1.000 26049 25915 match_part 1.000 25836 25771 match_part 1.000 25572 25525 match_part 1.000 25439 25389 match_130 match_part 0.980 26307 25915 match_part 0.970 25836 25771 match_part 1.000 25572 25525 match_part 0.980 25439 25389 match_131 match_part 1.000 29135 28973 match_part 0.994 27106 26945 match_part 1.000 26786 26748 match_part 1.000 26603 26548 match_part 1.000 26476 26432 match_part 0.994 26318 26141 match_part 1.000 26049 25915 match_part 0.985 25836 25771 match_part 0.979 25572 25525 match_132 match_part 0.933 29121 28973 match_part 0.975 27106 26945 match_part 0.974 26786 26748 match_part 0.982 26603 26548 match_part 0.978 26476 26432 match_part 0.983 26318 26141 match_part 0.911 26049 25915 match_part 0.879 25836 25771 match_133 match_part 1.000 29190 29128 match_part 1.000 29040 28973 match_part 1.000 27106 26945 match_part 1.000 26786 26748 match_part 1.000 26603 26548 match_part 1.000 26476 26432 match_part 1.000 26318 26141 match_part 0.993 26049 25915 match_part 0.938 25836 25789 match_134 match_part 0.931 29103 28973 match_part 0.975 27106 26945 match_part 0.974 26786 26748 match_part 0.982 26603 26548 match_part 0.956 26476 26432 match_part 0.983 26318 26141 match_part 0.881 26049 25915 match_part 0.952 25836 25795 match_135 match_part 1.000 29140 28973 match_part 0.994 27106 26945 match_part 1.000 26786 26748 match_part 1.000 26603 26548 match_part 1.000 26476 26432 match_part 0.994 26318 26141 match_part 1.000 26049 25915 match_part 1.000 25836 25809 match_136 match_part 0.918 27102 26945 match_part 0.923 26786 26748 match_part 0.982 26603 26548 match_part 0.956 26476 26432 match_part 0.972 26318 26141 match_part 0.901 26049 25919 match_137 match_part 1.000 29139 28973 match_part 1.000 27106 26945 match_part 1.000 26786 26748 match_part 1.000 26603 26548 match_part 1.000 26476 26432 match_part 1.000 26318 26141 match_part 0.972 26049 25943 match_138 match_part 0.987 29121 28973 match_part 0.981 27106 26945 match_part 1.000 26786 26748 match_part 1.000 26603 26548 match_part 1.000 26476 26432 match_part 0.994 26318 26141 match_part 0.933 26049 26035 match_139 match_part 0.942 29126 28973 match_part 0.981 27106 26945 match_part 0.974 26786 26748 match_part 0.964 26603 26548 match_part 1.000 26476 26432 match_part 0.936 26318 26132 match_140 match_part 0.930 29072 28973 match_part 0.975 27106 26945 match_part 0.974 26786 26748 match_part 0.982 26603 26548 match_part 0.956 26476 26432 match_part 0.978 26318 26138 match_141 match_part 1.000 29139 28973 match_part 1.000 27106 26945 match_part 1.000 26786 26748 match_part 1.000 26603 26548 match_part 1.000 26476 26432 match_part 1.000 26318 26191 match_142 match_part 1.000 29116 28973 match_part 1.000 27106 26912 match_part 1.000 26786 26748 match_part 0.982 26603 26548 match_part 1.000 26476 26432 match_part 1.000 26318 26213 match_143 match_part 0.923 29024 28973 match_part 0.963 27106 26945 match_part 0.974 26786 26748 match_part 0.982 26603 26548 match_part 0.956 26476 26432 match_part 0.972 26318 26213 match_144 match_part 0.810 29030 28973 match_part 0.901 27106 26945 match_part 0.974 26786 26748 match_part 0.982 26603 26548 match_part 0.956 26476 26432 match_part 0.936 26318 26241 match_145 match_part 1.000 29119 28973 match_part 1.000 27106 26945 match_part 1.000 26786 26748 match_part 1.000 26603 26548 match_part 0.952 26476 26435 match_146 match_part 1.000 29189 29128 match_part 1.000 29040 28973 match_part 1.000 27106 26945 match_part 1.000 26786 26748 match_part 0.981 26603 26551 match_147 match_part 0.967 29125 28973 match_part 1.000 27106 26945 match_part 1.000 26786 26755 match_148 match_part 0.945 34474 34420 match_part 0.993 34144 34001 match_part 0.983 33921 33863 match_part 1.000 33719 33540 match_part 0.944 32890 32802 match_149 match_part 1.000 53839 53705 match_part 1.000 53029 52842 match_part 0.992 52744 52248 match_150 match_part 0.938 53752 53705 match_part 0.989 53029 52842 match_part 0.954 52744 52268 match_151 match_part 0.989 52932 52842 match_part 0.950 52744 52268 match_152 match_part 1.000 52983 52842 match_part 0.998 52744 52274 match_153 match_part 1.000 52983 52842 match_part 1.000 52744 52274 match_154 match_part 0.938 52714 52298 match_155 match_part 0.948 52899 52842 match_part 0.962 52744 52379 match_156 match_part 0.944 53884 53705 match_part 0.984 53029 52842 match_part 0.989 52744 52396 match_157 match_part 0.942 53807 53705 match_part 0.979 53029 52842 match_part 0.981 52776 52406 match_158 match_part 0.980 54359 54311 match_part 1.000 54037 53705 match_part 1.000 53029 52842 match_part 0.990 52744 52536 match_159 match_part 1.000 54365 54311 match_part 1.000 54037 53705 match_part 1.000 53029 52842 match_part 0.969 52744 52618 match_160 match_part 1.000 54346 54311 match_part 0.997 54037 53705 match_part 1.000 53029 52842 match_part 0.976 52744 52703 match_161 match_part 0.897 54339 54311 match_part 0.952 54037 53705 match_part 0.972 53029 52850 match_162 match_part 0.973 54347 54311 match_part 0.952 54037 53705 match_part 0.983 53029 52855 match_163 match_part 1.000 54346 54311 match_part 1.000 54037 53705 match_part 1.000 53029 52882 match_164 match_part 1.000 54363 54311 match_part 0.994 54037 53705 match_part 0.981 53029 52925 match_165 match_part 1.000 54346 54311 match_part 1.000 54037 53705 match_part 1.000 53029 52971 match_166 match_part 0.996 54589 54311 match_part 0.996 54037 53763 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C03HBa0166B15.1 type gene exon 4453 4825 exon 5192 5409 exon 5989 6117 exon 6671 6802 exon 6885 7124 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C03HBa0166B15.1 type gene exon 11793 11262 exon 10251 10207 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C03HBa0166B15.1 type gene exon 14502 15037 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C03HBa0166B15.1 type gene exon 16822 16664 exon 15183 14503 gene_5 gene GT_PGL_4_AGS_2 transcript source GenomeThreader seq_id C03HBa0166B15.1 type gene exon 16800 16664 exon 15177 14503 gene_6 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C03HBa0166B15.1 type gene exon 18909 19062 exon 19305 19535 exon 20719 20958 exon 21087 21198 exon 21299 21473 exon 22847 23087 exon 23567 24055 gene_7 gene GT_PGL_5_AGS_2 transcript source GenomeThreader seq_id C03HBa0166B15.1 type gene exon 18909 19062 exon 19305 19535 exon 20719 20958 exon 21087 21198 exon 21299 21473 exon 22847 23087 exon 23573 24055 gene_8 gene GT_PGL_5_AGS_3 transcript source GenomeThreader seq_id C03HBa0166B15.1 type gene exon 18909 19062 exon 19305 19535 exon 20719 20958 exon 21085 21198 exon 21299 21473 exon 22847 23087 exon 23567 24055 gene_9 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C03HBa0166B15.1 type gene exon 29140 28973 exon 27106 26945 exon 26786 26748 exon 26603 26548 exon 26476 26432 exon 26318 26141 exon 26049 25915 exon 25836 25771 exon 25572 25525 exon 25439 25330 exon 25063 24985 exon 24900 24547 gene_10 gene GT_PGL_6_AGS_2 transcript source GenomeThreader seq_id C03HBa0166B15.1 type gene exon 29140 28973 exon 27106 26945 exon 26786 26748 exon 26603 26548 exon 26476 26432 exon 26318 26141 exon 26049 25915 exon 25836 25771 exon 25572 25525 exon 25439 25330 exon 25063 24985 exon 24900 24646 exon 24330 24319 gene_11 gene GT_PGL_6_AGS_3 transcript source GenomeThreader seq_id C03HBa0166B15.1 type gene exon 29140 28973 exon 27106 26945 exon 26786 26748 exon 26603 26548 exon 26476 26432 exon 26318 26141 exon 26049 25915 exon 25836 25771 exon 25572 25525 exon 25439 25330 exon 25063 24985 exon 24900 24646 exon 24343 24324 gene_12 gene GT_PGL_6_AGS_4 transcript source GenomeThreader seq_id C03HBa0166B15.1 type gene exon 29139 28973 exon 27106 26945 exon 26786 26748 exon 26603 26548 exon 26476 26432 exon 26318 25915 exon 25836 25771 exon 25572 25525 exon 25439 25330 exon 25063 24985 exon 24900 24547 gene_13 gene GT_PGL_6_AGS_5 transcript source GenomeThreader seq_id C03HBa0166B15.1 type gene exon 29190 29128 exon 29040 28973 exon 27106 26945 exon 26786 26748 exon 26603 26548 exon 26476 26432 exon 26318 26141 exon 26049 25915 exon 25836 25771 exon 25572 25525 exon 25439 25330 exon 25063 24985 exon 24900 24547 gene_14 gene GT_PGL_6_AGS_6 transcript source GenomeThreader seq_id C03HBa0166B15.1 type gene exon 29139 28973 exon 27106 26945 exon 26786 26748 exon 26603 26548 exon 26476 26432 exon 26318 26141 exon 26049 25915 exon 25783 25771 exon 25572 25525 exon 25439 25330 exon 25063 24985 exon 24900 24646 exon 24330 24319 gene_15 gene GT_PGL_6_AGS_7 transcript source GenomeThreader seq_id C03HBa0166B15.1 type gene exon 28395 28320 exon 27106 26945 exon 26786 26748 exon 26603 26548 exon 26476 26432 exon 26318 26141 exon 26049 25915 exon 25836 25771 exon 25572 25525 exon 25439 25330 exon 25063 24985 exon 24900 24547 gene_16 gene GT_PGL_6_AGS_8 transcript source GenomeThreader seq_id C03HBa0166B15.1 type gene exon 29116 28973 exon 27106 26912 exon 26786 26748 exon 26603 26548 exon 26476 26432 exon 26318 26141 exon 26049 25915 exon 25836 25771 exon 25572 25525 exon 25439 25330 exon 25063 24985 exon 24900 24547 gene_17 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C03HBa0166B15.1 type gene exon 34474 34420 exon 34144 34001 exon 33921 33863 exon 33719 33540 exon 32890 32802 gene_18 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C03HBa0166B15.1 type gene exon 47733 47959 exon 48049 48586 exon 48749 48968 exon 49100 49227 exon 49401 49651 exon 49874 49981 exon 50335 50541 exon 50714 50824 exon 50913 51086 exon 51416 52063 gene_19 gene GT_PGL_8_AGS_2 transcript source GenomeThreader seq_id C03HBa0166B15.1 type gene exon 47733 47959 exon 48049 48586 exon 48749 48968 exon 49100 49227 exon 49401 49651 exon 49874 49981 exon 50335 50541 exon 50714 50824 exon 50913 51086 exon 51416 51831 exon 52359 52609 gene_20 gene GT_PGL_8_AGS_3 transcript source GenomeThreader seq_id C03HBa0166B15.1 type gene exon 47733 47959 exon 48049 48586 exon 48749 48968 exon 49100 49227 exon 49401 49651 exon 49874 50340 gene_21 gene GT_PGL_8_AGS_4 transcript source GenomeThreader seq_id C03HBa0166B15.1 type gene exon 47733 47959 exon 48049 48586 exon 48749 48968 exon 49100 49227 exon 49395 49651 exon 49874 49893 gene_22 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C03HBa0166B15.1 type gene exon 54589 54311 exon 54037 53705 exon 53029 52842 exon 52744 52248 gene_23 gene GT_PGL_9_AGS_2 transcript source GenomeThreader seq_id C03HBa0166B15.1 type gene exon 54589 54311 exon 54037 53705 exon 53029 52842 exon 52776 52298 RepeatMasker tomato repeats master Gypsy00043 519 631 1 Gypsy00043 519 631 1 nucleotide_motif 607 11930 12049 Copia00110 13163 13295 1 Copia00110 13163 13295 1 nucleotide_motif 628 11943 12083 Copia00110 13309 13557 1 Copia00110 13309 13557 1 nucleotide_motif 997 12311 12541 Gypsy00043 1024 1206 1 Gypsy00043 1024 1206 1 nucleotide_motif 854 12396 12565 Gypsy00043 1091 1326 1 Gypsy00043 1091 1326 1 nucleotide_motif 1220 12592 12815 Gypsy00073 11885 12084 1 Gypsy00073 11885 12084 1 nucleotide_motif 1137 12884 13084 Gypsy00073 29 385 1 Gypsy00073 29 385 1 nucleotide_motif 2229 13236 13594 SINE1_SO 69 197 1 SINE1_SO 69 197 1 nucleotide_motif 378 28272 28392 Copia00110 13160 13444 1 Copia00110 13160 13444 1 nucleotide_motif 1004 38707 38970 Copia00110 13267 13623 1 Copia00110 13267 13623 1 nucleotide_motif 1492 39022 39375 Gypsy00043 1066 1297 1 Gypsy00043 1066 1297 1 nucleotide_motif 565 39322 39541 Gypsy00043 525 1319 1 Gypsy00043 525 1319 1 nucleotide_motif 5319 39749 40561 Unknown00019 153 697 1 Unknown00019 153 697 1 nucleotide_motif 822 42329 42613 Copia00110 2401 2621 1 Copia00110 2401 2621 1 nucleotide_motif 943 44134 44332 RepeatMasker tomato repeats master Unknown00046 2537 2835 -1 Unknown00046 2537 2835 -1 nucleotide_motif 1393 1715 1402 SONATA1 8 65 -1 SONATA1 8 65 -1 nucleotide_motif 265 26403 26346 GYPOT1_I 3252 3289 -1 GYPOT1_I 3252 3289 -1 nucleotide_motif 247 34468 34431 Gypsy00043 1066 1323 -1 Gypsy00043 1066 1323 -1 nucleotide_motif 1351 42015 41771 Copia00110 13491 13623 -1 Copia00110 13491 13623 -1 nucleotide_motif 1167 42028 41965 Gypsy00043 1008 1207 -1 Gypsy00043 1008 1207 -1 nucleotide_motif 804 42230 42029 Copia00110 13286 13490 -1 Copia00110 13286 13490 -1 nucleotide_motif 1167 42328 42231 Gypsy00043 522 631 -1 Gypsy00043 522 631 -1 nucleotide_motif 747 42626 42515 Unknown00043 349 529 -1 Unknown00043 349 529 -1 nucleotide_motif 637 45324 45136 SINE_SO 71 133 -1 SINE_SO 71 133 -1 nucleotide_motif 264 46452 46392 GYCUME1_LTR 307 428 -1 GYCUME1_LTR 307 428 -1 nucleotide_motif 337 47066 46942 BLAST_tomato_bacs Tomato BAC sequences BLAST_tomato_bacs Tomato BAC sequences match_1 match 1905 17223 18231 match_2 match 4684 1 2666 match_3 match 5222 30150 33071 match_4 match 6334 13729 17022 match_5 match 8915 24287 28891 match_6 match 18561 24226 match_7 match 3358 12116 match_8 match 2123 39308 40399 match_9 match 3820 44844 46941 match_10 match 8193 24651 28891 match_11 match 47055 54854 match_12 match 30150 38063 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) clone_1 clone 953.5 2 55904 clone_start_1 clone_start 1366 2 715 clone_start_2 clone_start 1181 17508 18167 clone_2 clone 1448 19339 52639 clone_start_3 clone_start 1374 19339 20031 clone_start_4 clone_start 1463 24652 25396 clone_end_1 clone_end 1045 51824 52366 clone_start_5 clone_start 252 55388 55535 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) clone_end_2 clone_end 541 55904 55632 clone_end_3 clone_end 1231 5266 4555 clone_start_6 clone_start 726 5247 4799 clone_end_4 clone_end 1405 5993 5252 clone_end_5 clone_end 1522 52639 51865 clone_end_6 clone_end 1302 24226 23570 clone_start_7 clone_start 1090 24206 23657 clone_start_8 clone_start 1320 25498 24825 clone_start_9 clone_start 1015 32413 31766 clone_start_10 clone_start 1289 33077 32334 clone_start_11 clone_start 825 47737 47301 clone_end_7 clone_end 1197 48785 48146 clone_end_8 clone_end 268 55766 55632 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_1 match_part 1.000 14502 15037 match_2 match_part 0.994 18909 19062 match_part 1.000 19305 19535 match_part 0.992 20719 20958 match_3 match_part 1.000 18912 19062 match_part 1.000 19305 19535 match_part 0.992 20719 20958 match_part 0.882 21087 21120 match_4 match_part 0.988 18977 19062 match_part 1.000 19305 19535 match_part 1.000 20719 20958 match_part 1.000 21087 21198 match_part 1.000 21299 21473 match_part 1.000 22847 23087 match_part 0.998 23567 24046 match_5 match_part 0.963 18981 19062 match_part 1.000 19305 19535 match_part 0.992 20719 20958 match_part 0.991 21087 21198 match_part 0.989 21299 21473 match_part 1.000 22847 22871 match_6 match_part 1.000 18983 19062 match_part 1.000 19305 19535 match_part 1.000 20719 20958 match_part 1.000 21087 21097 match_7 match_part 1.000 18983 19062 match_part 1.000 19305 19535 match_part 1.000 20719 20832 match_8 match_part 0.962 18984 19062 match_part 1.000 19305 19535 match_part 0.992 20719 20958 match_part 0.991 21087 21198 match_part 0.989 21299 21473 match_part 1.000 22847 22905 match_9 match_part 0.962 18984 19062 match_part 0.991 19305 19535 match_part 0.992 20719 20958 match_part 0.991 21087 21198 match_part 0.967 21299 21389 match_10 match_part 0.921 18987 19062 match_part 0.987 19305 19535 match_part 0.982 20719 20832 match_11 match_part 0.987 18988 19062 match_part 0.996 19305 19535 match_part 0.992 20719 20958 match_part 0.991 21087 21198 match_part 0.989 21299 21473 match_part 1.000 22847 22905 match_12 match_part 0.947 18988 19062 match_part 0.996 19305 19535 match_part 0.992 20719 20958 match_part 0.991 21087 21198 match_part 0.989 21299 21473 match_13 match_part 0.960 18988 19062 match_part 0.996 19305 19535 match_part 0.996 20719 20958 match_part 1.000 21087 21114 match_14 match_part 1.000 18989 19062 match_part 1.000 19305 19535 match_part 1.000 20719 20958 match_part 1.000 21087 21198 match_part 1.000 21299 21363 match_15 match_part 1.000 18989 19062 match_part 1.000 19305 19535 match_part 1.000 20719 20958 match_part 0.989 21087 21181 match_16 match_part 1.000 18990 19062 match_part 1.000 19305 19535 match_part 1.000 20719 20958 match_part 1.000 21087 21169 match_17 match_part 1.000 18990 19062 match_part 1.000 19305 19535 match_part 0.996 20719 20958 match_part 0.964 21087 21141 match_18 match_part 1.000 18990 19062 match_part 1.000 19305 19535 match_part 1.000 20719 20952 match_19 match_part 1.000 18990 19062 match_part 1.000 19305 19535 match_part 1.000 20719 20923 match_20 match_part 1.000 18990 19062 match_part 1.000 19305 19535 match_part 1.000 20719 20844 match_21 match_part 1.000 18992 19062 match_part 0.987 19305 19535 match_part 1.000 20719 20958 match_22 match_part 0.971 18995 19062 match_part 1.000 19305 19535 match_part 1.000 20719 20950 match_23 match_part 0.970 18996 19062 match_part 1.000 19305 19535 match_part 0.992 20719 20958 match_part 0.991 21087 21198 match_part 0.989 21299 21472 match_24 match_part 0.925 18996 19062 match_part 1.000 19305 19535 match_part 1.000 20719 20958 match_part 1.000 21087 21138 match_25 match_part 1.000 18996 19062 match_part 1.000 19305 19535 match_part 1.000 20719 20958 match_part 0.964 21087 21114 match_26 match_part 1.000 18996 19062 match_part 0.996 19305 19535 match_part 1.000 20719 20958 match_27 match_part 0.985 18996 19062 match_part 1.000 19305 19535 match_part 1.000 20719 20928 match_28 match_part 1.000 18996 19062 match_part 0.996 19305 19535 match_part 1.000 20719 20788 match_29 match_part 1.000 18997 19062 match_part 1.000 19305 19535 match_part 1.000 20719 20958 match_part 1.000 21087 21155 match_30 match_part 0.985 18998 19062 match_part 1.000 19305 19535 match_part 0.982 20719 20830 match_31 match_part 1.000 19000 19062 match_part 1.000 19305 19535 match_part 1.000 20719 20826 match_32 match_part 0.932 19004 19062 match_part 0.965 19305 19535 match_part 1.000 20719 20958 match_33 match_part 1.000 19007 19062 match_part 1.000 19305 19535 match_part 1.000 20719 20788 match_34 match_part 0.962 19010 19062 match_part 1.000 19305 19535 match_part 0.992 20719 20958 match_part 0.991 21087 21198 match_part 0.977 21299 21473 match_part 0.879 22847 22904 match_35 match_part 0.980 19012 19062 match_part 1.000 19305 19535 match_part 0.962 20719 20958 match_part 0.922 21087 21150 match_36 match_part 1.000 19014 19062 match_part 1.000 19305 19535 match_part 0.992 20719 20958 match_part 0.991 21087 21198 match_part 0.977 21299 21473 match_part 1.000 22847 22900 match_37 match_part 1.000 19016 19062 match_part 1.000 19305 19535 match_part 1.000 20719 20958 match_part 1.000 21087 21198 match_part 0.981 21299 21351 match_38 match_part 0.897 19024 19062 match_part 1.000 19305 19535 match_part 0.992 20719 20958 match_part 0.991 21087 21198 match_part 0.966 21299 21444 match_39 match_part 1.000 19356 19535 match_part 0.992 20719 20958 match_part 0.991 21087 21198 match_part 0.977 21299 21473 match_part 0.981 22847 22951 match_40 match_part 0.986 19390 19535 match_part 0.992 20719 20958 match_part 0.991 21087 21198 match_part 0.989 21299 21473 match_part 0.971 22847 23087 match_41 match_part 1.000 19444 19535 match_part 1.000 20719 20958 match_part 1.000 21087 21198 match_part 1.000 21299 21445 match_42 match_part 1.000 19444 19535 match_part 1.000 20719 20958 match_part 1.000 21087 21198 match_part 1.000 21299 21438 match_43 match_part 1.000 19494 19535 match_part 1.000 20719 20958 match_part 1.000 21087 21198 match_part 1.000 21299 21473 match_part 0.979 22847 22990 match_44 match_part 1.000 19511 19535 match_part 0.996 20719 20958 match_part 0.982 21087 21198 match_part 1.000 21299 21314 match_45 match_part 0.995 20747 20958 match_part 0.991 21087 21198 match_part 0.989 21299 21473 match_part 0.992 22847 23087 match_part 0.929 23567 23608 match_46 match_part 1.000 20919 20958 match_part 1.000 21087 21198 match_part 1.000 21299 21473 match_part 1.000 22847 23017 match_47 match_part 0.990 21100 21198 match_part 0.989 21299 21473 match_part 0.992 22847 23087 match_part 0.969 23567 24053 match_48 match_part 0.965 21113 21198 match_part 0.989 21299 21473 match_part 0.992 22847 23087 match_part 0.992 23567 23828 match_49 match_part 1.000 21145 21198 match_part 1.000 21299 21473 match_part 1.000 22847 23087 match_part 1.000 23567 23689 match_50 match_part 0.988 21303 21473 match_part 0.992 22847 23087 match_part 0.993 23567 23976 match_51 match_part 0.980 21424 21473 match_part 0.992 22847 23087 match_part 0.984 23567 24054 match_52 match_part 1.000 22910 23087 match_part 0.996 23567 24026 match_53 match_part 0.989 22994 23087 match_part 0.992 23567 24051 match_54 match_part 0.948 23011 23087 match_part 0.994 23567 24046 match_55 match_part 1.000 23631 24046 match_56 match_part 0.993 23642 24042 match_57 match_part 0.977 23668 24051 match_58 match_part 0.978 23687 24046 match_59 match_part 0.975 23733 24055 match_60 match_part 1.000 47733 47959 match_part 0.996 48049 48319 match_61 match_part 1.000 48287 48586 match_part 1.000 48749 48968 match_part 0.989 49100 49187 match_62 match_part 1.000 48288 48586 match_part 0.988 48749 48921 match_63 match_part 1.000 48447 48586 match_part 1.000 48749 48968 match_part 1.000 49100 49227 match_part 0.992 49395 49651 match_part 1.000 49874 49893 match_64 match_part 0.984 49100 49227 match_part 0.992 49401 49651 match_part 1.000 49874 49981 match_part 0.990 50335 50541 match_part 1.000 50714 50723 match_65 match_part 1.000 50503 50541 match_part 0.973 50714 50824 match_part 1.000 50913 51086 match_part 0.981 51416 51840 match_66 match_part 1.000 50503 50541 match_part 0.991 50714 50824 match_part 1.000 50913 51086 match_part 0.985 51416 51822 match_67 match_part 1.000 50504 50541 match_part 1.000 50714 50824 match_part 1.000 50913 51086 match_part 1.000 51416 51608 match_68 match_part 0.983 50765 50824 match_part 0.983 50913 51086 match_part 0.954 51416 51868 match_69 match_part 1.000 50936 51086 match_part 0.990 51416 51894 match_70 match_part 1.000 51034 51086 match_part 0.968 51416 52063 match_71 match_part 1.000 51070 51086 match_part 1.000 51416 51847 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_72 match_part 1.000 11793 11262 match_part 1.000 10251 10230 match_73 match_part 0.987 15051 14503 match_74 match_part 1.000 15070 14517 match_75 match_part 0.975 16822 16664 match_part 0.998 15183 14623 match_76 match_part 1.000 16799 16664 match_part 1.000 15183 14691 match_77 match_part 1.000 25569 25525 match_part 1.000 25439 25330 match_part 1.000 25063 24985 match_part 0.988 24900 24646 match_part 0.750 24330 24319 match_78 match_part 0.974 25367 25330 match_part 1.000 25063 24985 match_part 0.980 24900 24646 match_part 0.750 24330 24319 match_79 match_part 0.952 25935 25915 match_part 1.000 25836 25771 match_part 0.979 25572 25525 match_part 0.973 25439 25330 match_part 0.987 25063 24985 match_part 0.968 24900 24591 match_80 match_part 1.000 26223 26141 match_part 1.000 26049 25915 match_part 1.000 25836 25771 match_part 1.000 25572 25525 match_part 1.000 25439 25330 match_part 1.000 25063 25026 match_81 match_part 0.974 28395 28320 match_part 0.994 27106 26945 match_part 1.000 26786 26748 match_part 1.000 26603 26548 match_part 1.000 26476 26432 match_part 0.994 26318 26141 match_part 1.000 26049 25915 match_part 1.000 25836 25771 match_part 1.000 25572 25525 match_part 1.000 25439 25389 match_82 match_part 0.980 26307 25915 match_part 0.970 25836 25771 match_part 1.000 25572 25525 match_part 0.980 25439 25389 match_83 match_part 1.000 29135 28973 match_part 0.994 27106 26945 match_part 1.000 26786 26748 match_part 1.000 26603 26548 match_part 1.000 26476 26432 match_part 0.994 26318 26141 match_part 1.000 26049 25915 match_part 0.985 25836 25771 match_part 0.979 25572 25525 match_84 match_part 1.000 29190 29128 match_part 1.000 29040 28973 match_part 1.000 27106 26945 match_part 1.000 26786 26748 match_part 1.000 26603 26548 match_part 1.000 26476 26432 match_part 1.000 26318 26141 match_part 0.993 26049 25915 match_part 0.938 25836 25789 match_85 match_part 1.000 29140 28973 match_part 0.994 27106 26945 match_part 1.000 26786 26748 match_part 1.000 26603 26548 match_part 1.000 26476 26432 match_part 0.994 26318 26141 match_part 1.000 26049 25915 match_part 1.000 25836 25809 match_86 match_part 1.000 29139 28973 match_part 1.000 27106 26945 match_part 1.000 26786 26748 match_part 1.000 26603 26548 match_part 1.000 26476 26432 match_part 1.000 26318 26141 match_part 0.972 26049 25943 match_87 match_part 0.987 29121 28973 match_part 0.981 27106 26945 match_part 1.000 26786 26748 match_part 1.000 26603 26548 match_part 1.000 26476 26432 match_part 0.994 26318 26141 match_part 0.933 26049 26035 match_88 match_part 1.000 29139 28973 match_part 1.000 27106 26945 match_part 1.000 26786 26748 match_part 1.000 26603 26548 match_part 1.000 26476 26432 match_part 1.000 26318 26191 match_89 match_part 1.000 29116 28973 match_part 1.000 27106 26912 match_part 1.000 26786 26748 match_part 0.982 26603 26548 match_part 1.000 26476 26432 match_part 1.000 26318 26213 match_90 match_part 1.000 29119 28973 match_part 1.000 27106 26945 match_part 1.000 26786 26748 match_part 1.000 26603 26548 match_part 0.952 26476 26435 match_91 match_part 1.000 29189 29128 match_part 1.000 29040 28973 match_part 1.000 27106 26945 match_part 1.000 26786 26748 match_part 0.981 26603 26551 match_92 match_part 0.967 29125 28973 match_part 1.000 27106 26945 match_part 1.000 26786 26755 match_93 match_part 0.945 34474 34420 match_part 0.993 34144 34001 match_part 0.983 33921 33863 match_part 1.000 33719 33540 match_part 0.944 32890 32802 match_94 match_part 1.000 53839 53705 match_part 1.000 53029 52842 match_part 0.992 52744 52248 match_95 match_part 1.000 52983 52842 match_part 0.998 52744 52274 match_96 match_part 1.000 52983 52842 match_part 1.000 52744 52274 match_97 match_part 0.980 54359 54311 match_part 1.000 54037 53705 match_part 1.000 53029 52842 match_part 0.990 52744 52536 match_98 match_part 1.000 54365 54311 match_part 1.000 54037 53705 match_part 1.000 53029 52842 match_part 0.969 52744 52618 match_99 match_part 1.000 54346 54311 match_part 0.997 54037 53705 match_part 1.000 53029 52842 match_part 0.976 52744 52703 match_100 match_part 1.000 54346 54311 match_part 1.000 54037 53705 match_part 1.000 53029 52882 match_101 match_part 1.000 54363 54311 match_part 0.994 54037 53705 match_part 0.981 53029 52925 match_102 match_part 1.000 54346 54311 match_part 1.000 54037 53705 match_part 1.000 53029 52971 match_103 match_part 0.996 54589 54311 match_part 0.996 54037 53763 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C03HBa0166B15.1 type gene exon 11793 11262 exon 10251 10230 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C03HBa0166B15.1 type gene exon 14502 15037 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C03HBa0166B15.1 type gene exon 16822 16664 exon 15183 14503 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C03HBa0166B15.1 type gene exon 18909 19062 exon 19305 19535 exon 20719 20958 exon 21087 21198 exon 21299 21473 exon 22847 23087 exon 23567 24055 gene_5 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C03HBa0166B15.1 type gene exon 29140 28973 exon 27106 26945 exon 26786 26748 exon 26603 26548 exon 26476 26432 exon 26318 26141 exon 26049 25915 exon 25836 25771 exon 25572 25525 exon 25439 25330 exon 25063 24985 exon 24900 24646 exon 24330 24319 gene_6 gene GT_PGL_5_AGS_2 transcript source GenomeThreader seq_id C03HBa0166B15.1 type gene exon 29140 28973 exon 27106 26945 exon 26786 26748 exon 26603 26548 exon 26476 26432 exon 26318 26141 exon 26049 25915 exon 25836 25771 exon 25572 25525 exon 25439 25330 exon 25063 24985 exon 24900 24591 gene_7 gene GT_PGL_5_AGS_3 transcript source GenomeThreader seq_id C03HBa0166B15.1 type gene exon 29139 28973 exon 27106 26945 exon 26786 26748 exon 26603 26548 exon 26476 26432 exon 26318 25915 exon 25836 25771 exon 25572 25525 exon 25439 25330 exon 25063 24985 exon 24900 24646 exon 24330 24319 gene_8 gene GT_PGL_5_AGS_4 transcript source GenomeThreader seq_id C03HBa0166B15.1 type gene exon 29190 29128 exon 29040 28973 exon 27106 26945 exon 26786 26748 exon 26603 26548 exon 26476 26432 exon 26318 26141 exon 26049 25915 exon 25836 25771 exon 25572 25525 exon 25439 25330 exon 25063 24985 exon 24900 24646 exon 24330 24319 gene_9 gene GT_PGL_5_AGS_5 transcript source GenomeThreader seq_id C03HBa0166B15.1 type gene exon 28395 28320 exon 27106 26945 exon 26786 26748 exon 26603 26548 exon 26476 26432 exon 26318 26141 exon 26049 25915 exon 25836 25771 exon 25572 25525 exon 25439 25330 exon 25063 24985 exon 24900 24646 exon 24330 24319 gene_10 gene GT_PGL_5_AGS_6 transcript source GenomeThreader seq_id C03HBa0166B15.1 type gene exon 29116 28973 exon 27106 26912 exon 26786 26748 exon 26603 26548 exon 26476 26432 exon 26318 25915 exon 25836 25771 exon 25572 25525 exon 25439 25330 exon 25063 24985 exon 24900 24646 exon 24330 24319 gene_11 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C03HBa0166B15.1 type gene exon 34474 34420 exon 34144 34001 exon 33921 33863 exon 33719 33540 exon 32890 32802 gene_12 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C03HBa0166B15.1 type gene exon 47733 47959 exon 48049 48586 exon 48749 48968 exon 49100 49227 exon 49401 49651 exon 49874 49981 exon 50335 50541 exon 50714 50824 exon 50913 51086 exon 51416 52063 gene_13 gene GT_PGL_7_AGS_2 transcript source GenomeThreader seq_id C03HBa0166B15.1 type gene exon 47733 47959 exon 48049 48586 exon 48749 48968 exon 49100 49227 exon 49395 49651 exon 49874 49893 gene_14 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C03HBa0166B15.1 type gene exon 54589 54311 exon 54037 53705 exon 53029 52842 exon 52744 52248 AUGUSTUS_tom_cdna de novo gene_1 gene 0.07 4633 6922 transcript_1 transcript 0.07 4633 6922 start_codon_1 start_codon 4633 4635 intron_1 intron 0.75 4826 5188 intron_2 intron 0.82 5410 5988 intron_3 intron 1 6118 6670 CDS_1 CDS 0.48 4633 4825 CDS_2 CDS 0.6 5189 5409 CDS_3 CDS 1 5989 6117 CDS_4 CDS 0.21 6671 6922 stop_codon_1 stop_codon 6920 6922 gene_2 gene 1 19352 23856 transcript_2 transcript 1 19352 23856 start_codon_2 start_codon 19352 19354 intron_4 intron 1 19536 20718 intron_5 intron 1 20959 21086 intron_6 intron 1 21199 21298 intron_7 intron 1 21474 22846 intron_8 intron 1 23088 23566 CDS_5 CDS 1 19352 19535 CDS_6 CDS 1 20719 20958 CDS_7 CDS 1 21087 21198 CDS_8 CDS 1 21299 21473 CDS_9 CDS 1 22847 23087 CDS_10 CDS 1 23567 23856 stop_codon_2 stop_codon 23854 23856 gene_3 gene 1 47855 51583 transcript_3 transcript 1 47855 51583 start_codon_3 start_codon 47855 47857 intron_9 intron 1 47960 48048 intron_10 intron 1 48270 48353 intron_11 intron 1 48587 48748 intron_12 intron 1 48969 49099 intron_13 intron 1 49228 49394 intron_14 intron 1 49652 49873 intron_15 intron 1 49955 50334 intron_16 intron 1 50542 50713 intron_17 intron 1 50825 50912 intron_18 intron 1 51087 51415 CDS_11 CDS 1 47855 47959 CDS_12 CDS 1 48049 48269 CDS_13 CDS 1 48354 48586 CDS_14 CDS 1 48749 48968 CDS_15 CDS 1 49100 49227 CDS_16 CDS 1 49395 49651 CDS_17 CDS 1 49874 49954 CDS_18 CDS 1 50335 50541 CDS_19 CDS 1 50714 50824 CDS_20 CDS 1 50913 51086 CDS_21 CDS 1 51416 51583 stop_codon_3 stop_codon 51581 51583 AUGUSTUS_tom_cdna de novo gene_4 gene 0.53 684 1 transcript_4 transcript 0.53 684 1 intron_19 intron 1 223 137 CDS_22 CDS 0.53 136 1 CDS_23 CDS 1 684 224 start_codon_4 start_codon 684 682 gene_5 gene 0.65 11675 7731 transcript_5 transcript 0.65 11675 7731 stop_codon_4 stop_codon 7733 7731 intron_20 intron 0.96 8525 8257 intron_21 intron 0.67 9337 8680 intron_22 intron 0.96 10130 9587 intron_23 intron 0.97 11261 10252 CDS_24 CDS 0.94 8256 7731 CDS_25 CDS 0.89 8679 8526 CDS_26 CDS 0.73 9586 9338 CDS_27 CDS 0.97 10251 10131 CDS_28 CDS 0.99 11675 11262 start_codon_5 start_codon 11675 11673 gene_6 gene 0.99 15138 14824 transcript_6 transcript 0.99 15138 14824 stop_codon_5 stop_codon 14826 14824 CDS_29 CDS 0.99 15138 14824 start_codon_6 start_codon 15138 15136 gene_7 gene 0.08 37191 24784 transcript_7 transcript 0.08 37191 24784 stop_codon_6 stop_codon 24786 24784 intron_24 intron 1 24984 24901 intron_25 intron 1 25329 25064 intron_26 intron 1 25524 25440 intron_27 intron 1 25770 25573 intron_28 intron 1 25914 25837 intron_29 intron 1 26140 26050 intron_30 intron 1 26431 26319 intron_31 intron 1 26547 26477 intron_32 intron 1 26747 26604 intron_33 intron 1 26944 26787 intron_34 intron 1 28972 27107 intron_35 intron 1 29127 29041 intron_36 intron 0.89 31713 29206 intron_37 intron 0.97 31838 31763 intron_38 intron 0.79 32549 31962 intron_39 intron 0.78 32783 32645 intron_40 intron 1 33539 32891 intron_41 intron 1 33862 33720 intron_42 intron 1 34000 33922 intron_43 intron 1 34419 34145 intron_44 intron 0.75 35396 34489 intron_45 intron 0.73 35582 35463 intron_46 intron 0.67 35827 35754 intron_47 intron 0.69 35973 35897 intron_48 intron 0.94 36153 36056 intron_49 intron 0.8 36343 36199 intron_50 intron 1 36963 36565 CDS_30 CDS 1 24900 24784 CDS_31 CDS 1 25063 24985 CDS_32 CDS 1 25439 25330 CDS_33 CDS 1 25572 25525 CDS_34 CDS 1 25836 25771 CDS_35 CDS 1 26049 25915 CDS_36 CDS 1 26318 26141 CDS_37 CDS 1 26476 26432 CDS_38 CDS 1 26603 26548 CDS_39 CDS 1 26786 26748 CDS_40 CDS 1 27106 26945 CDS_41 CDS 1 29040 28973 CDS_42 CDS 1 29205 29128 CDS_43 CDS 0.98 31762 31714 CDS_44 CDS 0.97 31961 31839 CDS_45 CDS 0.78 32644 32550 CDS_46 CDS 1 32890 32784 CDS_47 CDS 1 33719 33540 CDS_48 CDS 1 33921 33863 CDS_49 CDS 1 34144 34001 CDS_50 CDS 1 34488 34420 CDS_51 CDS 0.76 35462 35397 CDS_52 CDS 0.93 35753 35583 CDS_53 CDS 0.69 35896 35828 CDS_54 CDS 0.97 36055 35974 CDS_55 CDS 0.95 36198 36154 CDS_56 CDS 0.82 36564 36344 CDS_57 CDS 0.33 37191 36964 start_codon_7 start_codon 37191 37189 gene_8 gene 0.95 53882 52490 transcript_8 transcript 0.95 53882 52490 stop_codon_7 stop_codon 52492 52490 intron_51 intron 1 52841 52745 intron_52 intron 1 53704 53030 CDS_58 CDS 1 52744 52490 CDS_59 CDS 1 53029 52842 CDS_60 CDS 0.95 53882 53705 start_codon_8 start_codon 53882 53880 gene_9 gene 0.7 55307 53918 transcript_9 transcript 0.7 55307 53918 stop_codon_8 stop_codon 53920 53918 intron_53 intron 1 54310 54038 intron_54 intron 0.7 55297 54457 CDS_61 CDS 0.95 54037 53918 CDS_62 CDS 0.74 54456 54311 CDS_63 CDS 0.71 55307 55298 start_codon_9 start_codon 55307 55305 AUGUSTUS_ab_initio de novo gene_1 gene 0.13 4528 6998 transcript_1 transcript 0.13 4528 6998 start_codon_1 start_codon 4528 4530 intron_1 intron 0.71 4826 5188 intron_2 intron 0.77 5410 5988 intron_3 intron 1 6118 6670 intron_4 intron 0.54 6803 6884 CDS_1 CDS 0.35 4528 4825 CDS_2 CDS 0.55 5189 5409 CDS_3 CDS 1 5989 6117 CDS_4 CDS 0.89 6671 6802 CDS_5 CDS 0.55 6885 6998 stop_codon_1 stop_codon 6996 6998 gene_2 gene 0.13 19352 23856 transcript_2 transcript 0.13 19352 23856 start_codon_2 start_codon 19352 19354 intron_5 intron 0.52 19505 20177 intron_6 intron 0.91 20315 20641 intron_7 intron 0.76 20959 21086 intron_8 intron 1 21199 21298 intron_9 intron 0.87 21474 22846 intron_10 intron 0.47 23088 23572 CDS_6 CDS 0.53 19352 19504 CDS_7 CDS 0.94 20178 20314 CDS_8 CDS 0.66 20642 20958 CDS_9 CDS 0.99 21087 21198 CDS_10 CDS 0.87 21299 21473 CDS_11 CDS 1 22847 23087 CDS_12 CDS 0.47 23573 23856 stop_codon_2 stop_codon 23854 23856 gene_3 gene 0.13 47913 51583 transcript_3 transcript 0.13 47913 51583 start_codon_3 start_codon 47913 47915 intron_11 intron 0.29 47984 48155 intron_12 intron 0.98 48270 48353 intron_13 intron 0.82 48476 48748 intron_14 intron 0.9 48969 49099 intron_15 intron 0.6 49228 49394 intron_16 intron 0.96 49652 49873 intron_17 intron 0.9 49955 50334 intron_18 intron 1 50542 50713 intron_19 intron 1 50825 50912 intron_20 intron 1 51087 51415 CDS_13 CDS 0.32 47913 47983 CDS_14 CDS 0.34 48156 48269 CDS_15 CDS 0.83 48354 48475 CDS_16 CDS 0.98 48749 48968 CDS_17 CDS 0.81 49100 49227 CDS_18 CDS 0.6 49395 49651 CDS_19 CDS 0.9 49874 49954 CDS_20 CDS 1 50335 50541 CDS_21 CDS 1 50714 50824 CDS_22 CDS 1 50913 51086 CDS_23 CDS 0.96 51416 51583 stop_codon_3 stop_codon 51581 51583 AUGUSTUS_ab_initio de novo gene_4 gene 0.58 684 1 transcript_4 transcript 0.58 684 1 intron_21 intron 0.97 223 137 CDS_24 CDS 0.59 136 1 CDS_25 CDS 0.99 684 224 start_codon_4 start_codon 684 682 gene_5 gene 0.55 11675 7731 transcript_5 transcript 0.55 11675 7731 stop_codon_4 stop_codon 7733 7731 intron_22 intron 1 8525 8257 intron_23 intron 0.64 9337 8680 intron_24 intron 1 10130 9587 intron_25 intron 0.97 11261 10252 CDS_26 CDS 0.86 8256 7731 CDS_27 CDS 0.9 8679 8526 CDS_28 CDS 0.69 9586 9338 CDS_29 CDS 0.97 10251 10131 CDS_30 CDS 1 11675 11262 start_codon_5 start_codon 11675 11673 gene_6 gene 1 15138 14824 transcript_6 transcript 1 15138 14824 stop_codon_5 stop_codon 14826 14824 CDS_31 CDS 1 15138 14824 start_codon_6 start_codon 15138 15136 gene_7 gene 0.09 37920 24784 transcript_7 transcript 0.09 37920 24784 stop_codon_6 stop_codon 24786 24784 intron_26 intron 0.94 24984 24901 intron_27 intron 1 25329 25064 intron_28 intron 0.99 25524 25440 intron_29 intron 0.99 25770 25573 intron_30 intron 0.99 25914 25837 intron_31 intron 1 26140 26050 intron_32 intron 1 26431 26319 intron_33 intron 1 26547 26477 intron_34 intron 0.91 26747 26604 intron_35 intron 1 26944 26787 intron_36 intron 0.52 28972 27107 intron_37 intron 0.83 30907 29041 intron_38 intron 0.95 31400 30940 intron_39 intron 0.98 31577 31463 intron_40 intron 1 31713 31628 intron_41 intron 1 31838 31763 intron_42 intron 0.83 32204 31962 intron_43 intron 0.83 32549 32247 intron_44 intron 0.8 32783 32645 intron_45 intron 0.91 33539 32861 intron_46 intron 1 33862 33720 intron_47 intron 1 34000 33922 intron_48 intron 0.93 35396 34145 intron_49 intron 0.97 35582 35463 intron_50 intron 0.99 35827 35754 intron_51 intron 0.98 35973 35897 intron_52 intron 0.99 36153 36056 intron_53 intron 0.93 36343 36199 intron_54 intron 1 36963 36565 intron_55 intron 0.52 37716 37219 CDS_32 CDS 1 24900 24784 CDS_33 CDS 0.94 25063 24985 CDS_34 CDS 1 25439 25330 CDS_35 CDS 0.99 25572 25525 CDS_36 CDS 0.99 25836 25771 CDS_37 CDS 1 26049 25915 CDS_38 CDS 1 26318 26141 CDS_39 CDS 1 26476 26432 CDS_40 CDS 0.91 26603 26548 CDS_41 CDS 1 26786 26748 CDS_42 CDS 0.99 27106 26945 CDS_43 CDS 0.53 29040 28973 CDS_44 CDS 0.84 30939 30908 CDS_45 CDS 0.96 31462 31401 CDS_46 CDS 1 31627 31578 CDS_47 CDS 1 31762 31714 CDS_48 CDS 1 31961 31839 CDS_49 CDS 0.83 32246 32205 CDS_50 CDS 0.8 32644 32550 CDS_51 CDS 0.95 32860 32784 CDS_52 CDS 0.97 33719 33540 CDS_53 CDS 1 33921 33863 CDS_54 CDS 1 34144 34001 CDS_55 CDS 0.97 35462 35397 CDS_56 CDS 1 35753 35583 CDS_57 CDS 0.99 35896 35828 CDS_58 CDS 0.98 36055 35974 CDS_59 CDS 1 36198 36154 CDS_60 CDS 0.93 36564 36344 CDS_61 CDS 0.97 37218 36964 CDS_62 CDS 0.52 37920 37717 start_codon_7 start_codon 37920 37918 gene_8 gene 0.83 55307 52490 transcript_8 transcript 0.83 55307 52490 stop_codon_7 stop_codon 52492 52490 intron_56 intron 1 52841 52745 intron_57 intron 0.98 53704 53030 intron_58 intron 0.85 55297 54038 CDS_63 CDS 1 52744 52490 CDS_64 CDS 1 53029 52842 CDS_65 CDS 0.98 54037 53705 CDS_66 CDS 0.9 55307 55298 start_codon_8 start_codon 55307 55305 AUGUSTUS_tom_ugs de novo gene_1 gene 0.12 4633 6922 transcript_1 transcript 0.12 4633 6922 start_codon_1 start_codon 4633 4635 intron_1 intron 0.74 4826 5188 intron_2 intron 0.81 5410 5988 intron_3 intron 1 6118 6670 CDS_1 CDS 0.46 4633 4825 CDS_2 CDS 0.62 5189 5409 CDS_3 CDS 1 5989 6117 CDS_4 CDS 0.33 6671 6922 stop_codon_1 stop_codon 6920 6922 gene_2 gene 0.92 16676 19311 transcript_2 transcript 0.92 16676 19311 start_codon_2 start_codon 16676 16678 intron_4 intron 0.93 16733 18910 intron_5 intron 1 19063 19304 CDS_5 CDS 0.92 16676 16732 CDS_6 CDS 0.97 18911 19062 CDS_7 CDS 1 19305 19311 stop_codon_2 stop_codon 19309 19311 gene_3 gene 1 19352 23856 transcript_3 transcript 1 19352 23856 start_codon_3 start_codon 19352 19354 intron_6 intron 1 19536 20718 intron_7 intron 1 20959 21086 intron_8 intron 1 21199 21298 intron_9 intron 1 21474 22846 intron_10 intron 1 23088 23566 CDS_8 CDS 1 19352 19535 CDS_9 CDS 1 20719 20958 CDS_10 CDS 1 21087 21198 CDS_11 CDS 1 21299 21473 CDS_12 CDS 1 22847 23087 CDS_13 CDS 1 23567 23856 stop_codon_3 stop_codon 23854 23856 gene_4 gene 1 47855 51583 transcript_4 transcript 1 47855 51583 start_codon_4 start_codon 47855 47857 intron_11 intron 1 47960 48048 intron_12 intron 1 48270 48353 intron_13 intron 1 48587 48748 intron_14 intron 1 48969 49099 intron_15 intron 1 49228 49394 intron_16 intron 1 49652 49873 intron_17 intron 1 49982 50334 intron_18 intron 1 50542 50713 intron_19 intron 1 50825 50912 intron_20 intron 1 51087 51415 CDS_14 CDS 1 47855 47959 CDS_15 CDS 1 48049 48269 CDS_16 CDS 1 48354 48586 CDS_17 CDS 1 48749 48968 CDS_18 CDS 1 49100 49227 CDS_19 CDS 1 49395 49651 CDS_20 CDS 1 49874 49981 CDS_21 CDS 1 50335 50541 CDS_22 CDS 1 50714 50824 CDS_23 CDS 1 50913 51086 CDS_24 CDS 1 51416 51583 stop_codon_4 stop_codon 51581 51583 AUGUSTUS_tom_ugs de novo gene_5 gene 0.56 684 1 transcript_5 transcript 0.56 684 1 intron_21 intron 1 223 137 CDS_25 CDS 0.56 136 1 CDS_26 CDS 1 684 224 start_codon_5 start_codon 684 682 gene_6 gene 0.31 11675 7731 transcript_6 transcript 0.31 11675 7731 stop_codon_5 stop_codon 7733 7731 intron_22 intron 0.96 8525 8257 intron_23 intron 0.71 9337 8680 intron_24 intron 0.93 10130 9587 intron_25 intron 1 11261 10252 CDS_27 CDS 0.95 8256 7731 CDS_28 CDS 0.89 8679 8526 CDS_29 CDS 0.75 9586 9338 CDS_30 CDS 1 10251 10131 CDS_31 CDS 0.48 11675 11262 start_codon_6 start_codon 11675 11673 gene_7 gene 0.43 14535 11713 transcript_7 transcript 0.43 14535 11713 stop_codon_6 stop_codon 11715 11713 intron_26 intron 0.43 14475 11902 CDS_32 CDS 0.48 11901 11713 CDS_33 CDS 0.69 14535 14476 start_codon_7 start_codon 14535 14533 gene_8 gene 0.79 15138 14824 transcript_8 transcript 0.79 15138 14824 stop_codon_7 stop_codon 14826 14824 CDS_34 CDS 0.79 15138 14824 start_codon_8 start_codon 15138 15136 gene_9 gene 1 29038 24784 transcript_9 transcript 1 29038 24784 stop_codon_8 stop_codon 24786 24784 intron_27 intron 1 24984 24901 intron_28 intron 1 25329 25064 intron_29 intron 1 25524 25440 intron_30 intron 1 25770 25573 intron_31 intron 1 25914 25837 intron_32 intron 1 26140 26050 intron_33 intron 1 26431 26319 intron_34 intron 1 26547 26477 intron_35 intron 1 26747 26604 intron_36 intron 1 26944 26787 intron_37 intron 1 28972 27107 CDS_35 CDS 1 24900 24784 CDS_36 CDS 1 25063 24985 CDS_37 CDS 1 25439 25330 CDS_38 CDS 1 25572 25525 CDS_39 CDS 1 25836 25771 CDS_40 CDS 1 26049 25915 CDS_41 CDS 1 26318 26141 CDS_42 CDS 1 26476 26432 CDS_43 CDS 1 26603 26548 CDS_44 CDS 1 26786 26748 CDS_45 CDS 1 27106 26945 CDS_46 CDS 1 29038 28973 start_codon_9 start_codon 29038 29036 gene_10 gene 0.04 37191 31572 transcript_10 transcript 0.04 37191 31572 stop_codon_9 stop_codon 31574 31572 intron_38 intron 0.96 31713 31628 intron_39 intron 0.99 31838 31763 intron_40 intron 0.68 32549 31962 intron_41 intron 0.88 32783 32645 intron_42 intron 1 33539 32891 intron_43 intron 1 33862 33720 intron_44 intron 1 34000 33922 intron_45 intron 1 34419 34145 intron_46 intron 0.76 35396 34489 intron_47 intron 0.74 35582 35463 intron_48 intron 0.7 35827 35754 intron_49 intron 0.74 35973 35897 intron_50 intron 0.98 36153 36056 intron_51 intron 0.83 36343 36199 intron_52 intron 1 36963 36565 CDS_47 CDS 0.45 31627 31572 CDS_48 CDS 0.99 31762 31714 CDS_49 CDS 1 31961 31839 CDS_50 CDS 0.88 32644 32550 CDS_51 CDS 1 32890 32784 CDS_52 CDS 1 33719 33540 CDS_53 CDS 1 33921 33863 CDS_54 CDS 1 34144 34001 CDS_55 CDS 1 34488 34420 CDS_56 CDS 0.76 35462 35397 CDS_57 CDS 0.94 35753 35583 CDS_58 CDS 0.75 35896 35828 CDS_59 CDS 0.97 36055 35974 CDS_60 CDS 0.98 36198 36154 CDS_61 CDS 0.84 36564 36344 CDS_62 CDS 0.32 37191 36964 start_codon_10 start_codon 37191 37189 gene_11 gene 1 54326 52490 transcript_11 transcript 1 54326 52490 stop_codon_10 stop_codon 52492 52490 intron_53 intron 1 52841 52745 intron_54 intron 1 53704 53030 intron_55 intron 1 54310 54038 CDS_63 CDS 1 52744 52490 CDS_64 CDS 1 53029 52842 CDS_65 CDS 1 54037 53705 CDS_66 CDS 1 54326 54311 start_codon_11 start_codon 54326 54324 gene_12 gene 1 56117 55899 transcript_12 transcript 1 56117 55899 stop_codon_11 stop_codon 55901 55899 CDS_67 CDS 1 56117 55899 start_codon_12 start_codon 56117 56115 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_1 match_part 0.994 18908 19062 match_part 1.000 19305 19535 match_part 1.000 20719 20958 match_part 1.000 21087 21198 match_part 0.989 21299 21473 match_part 0.996 22847 23087 match_part 0.996 23567 24055 match_2 match_part 0.988 47702 47959 match_part 0.955 48049 48269 match_part 0.991 48354 48586 match_part 1.000 48749 48968 match_part 0.992 49100 49227 match_part 0.988 49395 49651 match_part 1.000 49874 49981 match_part 0.995 50335 50541 match_part 1.000 50714 50824 match_part 1.000 50913 51086 match_part 0.996 51416 51868 match_3 match_part 0.965 51002 51086 match_part 0.986 51416 52043 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_4 match_part 1.000 11832 11262 match_part 1.000 10251 10131 match_5 match_part 0.985 16866 16664 match_part 1.000 15183 14513 match_6 match_part 0.994 29141 28973 match_part 1.000 27106 26945 match_part 1.000 26786 26748 match_part 1.000 26603 26548 match_part 1.000 26476 26432 match_part 1.000 26318 26141 match_part 1.000 26049 25915 match_part 1.000 25836 25771 match_part 1.000 25572 25525 match_part 1.000 25439 25330 match_part 1.000 25063 24985 match_part 0.993 24900 24620 match_7 match_part 1.000 29118 28973 match_part 1.000 27106 26912 match_part 1.000 26786 26748 match_part 0.982 26603 26548 match_part 1.000 26476 26432 match_part 0.983 26318 25915 match_part 0.970 25836 25771 match_part 1.000 25572 25525 match_part 0.980 25439 25389 match_8 match_part 0.946 34475 34420 match_part 0.993 34144 34001 match_part 0.983 33921 33863 match_part 1.000 33719 33540 match_part 0.944 32890 32802 match_9 match_part 0.996 54573 54311 match_part 1.000 54037 53705 match_part 1.000 53029 52842 match_part 0.996 52744 52248 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C03HBa0166B15.1 type gene exon 11832 11262 exon 10251 10131 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C03HBa0166B15.1 type gene exon 16866 16664 exon 15183 14513 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C03HBa0166B15.1 type gene exon 18908 19062 exon 19305 19535 exon 20719 20958 exon 21087 21198 exon 21299 21473 exon 22847 23087 exon 23567 24055 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C03HBa0166B15.1 type gene exon 29141 28973 exon 27106 26945 exon 26786 26748 exon 26603 26548 exon 26476 26432 exon 26318 26141 exon 26049 25915 exon 25836 25771 exon 25572 25525 exon 25439 25330 exon 25063 24985 exon 24900 24620 gene_5 gene GT_PGL_4_AGS_2 transcript source GenomeThreader seq_id C03HBa0166B15.1 type gene exon 29118 28973 exon 27106 26912 exon 26786 26748 exon 26603 26548 exon 26476 26432 exon 26318 25915 exon 25836 25771 exon 25572 25525 exon 25439 25389 gene_6 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C03HBa0166B15.1 type gene exon 34475 34420 exon 34144 34001 exon 33921 33863 exon 33719 33540 exon 32890 32802 gene_7 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C03HBa0166B15.1 type gene exon 47702 47959 exon 48049 48269 exon 48354 48586 exon 48749 48968 exon 49100 49227 exon 49395 49651 exon 49874 49981 exon 50335 50541 exon 50714 50824 exon 50913 51086 exon 51416 52043 gene_8 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C03HBa0166B15.1 type gene exon 54573 54311 exon 54037 53705 exon 53029 52842 exon 52744 52248 GenomeThreader_SGN_markers SGN marker sequences GenomeThreader_SGN_markers SGN marker sequences match_1 match_part 0.933 4453 4825 match_part 0.991 5192 5409 match_part 0.977 5989 6117 match_part 0.955 6671 6802 match_part 0.919 6885 7130 match_2 match_part 0.908 18944 19062 match_part 0.952 19305 19535 match_part 0.979 20719 20958 match_part 0.982 21087 21198 match_part 0.971 21299 21473 match_part 0.975 22847 23087 match_part 0.822 23567 24095 match_3 match_part 1.000 21144 21198 match_part 1.000 21299 21473 match_part 1.000 22847 23087 match_part 1.000 23567 23728 match_4 match_part 1.000 47732 47959 match_part 0.993 48049 48327 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C03HBa0166B15.1 type gene exon 4453 4825 exon 5192 5409 exon 5989 6117 exon 6671 6802 exon 6885 7130 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C03HBa0166B15.1 type gene exon 18944 19062 exon 19305 19535 exon 20719 20958 exon 21087 21198 exon 21299 21473 exon 22847 23087 exon 23567 24095 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C03HBa0166B15.1 type gene exon 47732 47959 exon 48049 48327 AUGUSTUS_tom_pot_cdna de novo gene_1 gene 0.42 4633 6998 transcript_1 transcript 0.42 4633 6998 start_codon_1 start_codon 4633 4635 intron_1 intron 1 4826 5191 intron_2 intron 1 5410 5988 intron_3 intron 1 6118 6670 intron_4 intron 1 6803 6884 CDS_1 CDS 0.42 4633 4825 CDS_2 CDS 1 5192 5409 CDS_3 CDS 1 5989 6117 CDS_4 CDS 1 6671 6802 CDS_5 CDS 1 6885 6998 stop_codon_1 stop_codon 6996 6998 gene_2 gene 0.89 17729 19311 transcript_2 transcript 0.89 17729 19311 start_codon_2 start_codon 17729 17731 intron_5 intron 0.89 17789 18910 intron_6 intron 1 19063 19304 CDS_6 CDS 0.89 17729 17788 CDS_7 CDS 1 18911 19062 CDS_8 CDS 1 19305 19311 stop_codon_2 stop_codon 19309 19311 gene_3 gene 2 19352 23856 transcript_3 transcript 1 19352 23856 start_codon_3 start_codon 19352 19354 intron_7 intron 1 19536 20718 intron_8 intron 1 20959 21086 intron_9 intron 1 21199 21298 intron_10 intron 1 21474 22846 intron_11 intron 1 23088 23572 CDS_9 CDS 1 19352 19535 CDS_10 CDS 1 20719 20958 CDS_11 CDS 1 21087 21198 CDS_12 CDS 1 21299 21473 CDS_13 CDS 1 22847 23087 CDS_14 CDS 1 23573 23856 stop_codon_3 stop_codon 23854 23856 transcript_4 transcript 1 19352 23856 start_codon_4 start_codon 19352 19354 intron_12 intron 1 19536 20718 intron_13 intron 1 20959 21086 intron_14 intron 1 21199 21298 intron_15 intron 1 21474 22846 intron_16 intron 1 23088 23566 CDS_15 CDS 1 19352 19535 CDS_16 CDS 1 20719 20958 CDS_17 CDS 1 21087 21198 CDS_18 CDS 1 21299 21473 CDS_19 CDS 1 22847 23087 CDS_20 CDS 1 23567 23856 stop_codon_4 stop_codon 23854 23856 gene_4 gene 0.95 47855 51583 transcript_5 transcript 0.95 47855 51583 start_codon_5 start_codon 47855 47857 intron_17 intron 1 47960 48048 intron_18 intron 1 48270 48353 intron_19 intron 1 48587 48748 intron_20 intron 1 48969 49099 intron_21 intron 0.99 49228 49400 intron_22 intron 1 49652 49873 intron_23 intron 0.96 49955 50334 intron_24 intron 1 50542 50713 intron_25 intron 1 50825 50912 intron_26 intron 1 51087 51415 CDS_21 CDS 1 47855 47959 CDS_22 CDS 1 48049 48269 CDS_23 CDS 1 48354 48586 CDS_24 CDS 1 48749 48968 CDS_25 CDS 1 49100 49227 CDS_26 CDS 0.99 49401 49651 CDS_27 CDS 0.96 49874 49954 CDS_28 CDS 1 50335 50541 CDS_29 CDS 1 50714 50824 CDS_30 CDS 1 50913 51086 CDS_31 CDS 1 51416 51583 stop_codon_5 stop_codon 51581 51583 gene_5 gene 1 51854 52447 transcript_6 transcript 1 51854 52447 start_codon_6 start_codon 51854 51856 intron_27 intron 1 51864 52172 CDS_32 CDS 1 51854 51863 CDS_33 CDS 1 52173 52447 stop_codon_6 stop_codon 52445 52447 AUGUSTUS_tom_pot_cdna de novo gene_6 gene 0.51 684 1 transcript_7 transcript 0.51 684 1 intron_28 intron 1 223 137 CDS_34 CDS 0.51 136 1 CDS_35 CDS 1 684 224 start_codon_7 start_codon 684 682 gene_7 gene 0.63 11675 7731 transcript_8 transcript 0.63 11675 7731 stop_codon_7 stop_codon 7733 7731 intron_29 intron 0.98 8525 8257 intron_30 intron 0.67 9337 8680 intron_31 intron 0.93 10130 9587 intron_32 intron 0.98 11261 10252 CDS_36 CDS 0.97 8256 7731 CDS_37 CDS 0.87 8679 8526 CDS_38 CDS 0.72 9586 9338 CDS_39 CDS 0.97 10251 10131 CDS_40 CDS 1 11675 11262 start_codon_8 start_codon 11675 11673 gene_8 gene 0.99 15138 14824 transcript_9 transcript 0.99 15138 14824 stop_codon_8 stop_codon 14826 14824 CDS_41 CDS 0.99 15138 14824 start_codon_9 start_codon 15138 15136 gene_9 gene 0.2 17007 15169 transcript_10 transcript 0.2 17007 15169 stop_codon_9 stop_codon 15171 15169 intron_33 intron 0.74 16090 15184 intron_34 intron 0.6 16663 16111 intron_35 intron 0.32 16981 16867 CDS_42 CDS 0.99 15183 15169 CDS_43 CDS 0.59 16110 16091 CDS_44 CDS 0.95 16866 16664 CDS_45 CDS 0.32 17007 16982 start_codon_10 start_codon 17007 17005 gene_10 gene 0.12 37191 24784 transcript_11 transcript 0.12 37191 24784 stop_codon_10 stop_codon 24786 24784 intron_36 intron 1 24984 24901 intron_37 intron 1 25329 25064 intron_38 intron 1 25524 25440 intron_39 intron 1 25770 25573 intron_40 intron 1 25914 25837 intron_41 intron 1 26140 26050 intron_42 intron 1 26431 26319 intron_43 intron 1 26547 26477 intron_44 intron 1 26747 26604 intron_45 intron 1 26944 26787 intron_46 intron 1 28972 27107 intron_47 intron 0.99 29127 29041 intron_48 intron 0.94 31713 29206 intron_49 intron 1 31838 31763 intron_50 intron 0.63 32549 31962 intron_51 intron 0.89 32783 32645 intron_52 intron 1 33539 32891 intron_53 intron 1 33862 33720 intron_54 intron 1 34000 33922 intron_55 intron 1 34419 34145 intron_56 intron 0.81 35396 34489 intron_57 intron 0.78 35582 35463 intron_58 intron 0.72 35827 35754 intron_59 intron 0.73 35973 35897 intron_60 intron 0.96 36153 36056 intron_61 intron 0.78 36343 36199 intron_62 intron 1 36963 36565 CDS_46 CDS 1 24900 24784 CDS_47 CDS 1 25063 24985 CDS_48 CDS 1 25439 25330 CDS_49 CDS 1 25572 25525 CDS_50 CDS 1 25836 25771 CDS_51 CDS 1 26049 25915 CDS_52 CDS 1 26318 26141 CDS_53 CDS 1 26476 26432 CDS_54 CDS 1 26603 26548 CDS_55 CDS 1 26786 26748 CDS_56 CDS 1 27106 26945 CDS_57 CDS 1 29040 28973 CDS_58 CDS 0.99 29205 29128 CDS_59 CDS 1 31762 31714 CDS_60 CDS 1 31961 31839 CDS_61 CDS 0.89 32644 32550 CDS_62 CDS 1 32890 32784 CDS_63 CDS 1 33719 33540 CDS_64 CDS 1 33921 33863 CDS_65 CDS 1 34144 34001 CDS_66 CDS 1 34488 34420 CDS_67 CDS 0.81 35462 35397 CDS_68 CDS 0.95 35753 35583 CDS_69 CDS 0.74 35896 35828 CDS_70 CDS 0.97 36055 35974 CDS_71 CDS 0.97 36198 36154 CDS_72 CDS 0.81 36564 36344 CDS_73 CDS 0.32 37191 36964 start_codon_11 start_codon 37191 37189 gene_11 gene 0.99 53882 52490 transcript_12 transcript 0.99 53882 52490 stop_codon_11 stop_codon 52492 52490 intron_63 intron 1 52841 52745 intron_64 intron 1 53704 53030 CDS_74 CDS 1 52744 52490 CDS_75 CDS 1 53029 52842 CDS_76 CDS 0.99 53882 53705 start_codon_12 start_codon 53882 53880 gene_12 gene 0.84 55307 53918 transcript_13 transcript 0.84 55307 53918 stop_codon_12 stop_codon 53920 53918 intron_65 intron 0.99 54310 54038 intron_66 intron 0.85 55297 54457 CDS_77 CDS 0.99 54037 53918 CDS_78 CDS 0.84 54456 54311 CDS_79 CDS 0.89 55307 55298 start_codon_13 start_codon 55307 55305 gene_13 gene 0.98 56117 55899 transcript_14 transcript 0.98 56117 55899 stop_codon_13 stop_codon 55901 55899 CDS_80 CDS 0.98 56117 55899 start_codon_14 start_codon 56117 56115 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_1 match 117 4609 4839 match_2 match 55.8 6668 6808 match_3 match 82.0 6885 6995 match_4 match 146 5191 5412 match_5 match 162 20676 20996 match_6 match 104 21294 21479 match_7 match 171 23575 23853 match_8 match 114 20676 20996 match_9 match 117 23602 23853 match_10 match 209 48043 48969 match_11 match 44.3 50714 50824 match_12 match 128 49394 49651 match_13 match 116 50910 51128 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_14 match 38.9 26061 25915 match_15 match 99.4 26311 26141 match_16 match 143 11663 11262 match_17 match 268 8282 7737 match_18 match 154 9590 9339 match_19 match 105 37233 36913 match_20 match 135 53978 53703 match_21 match 130 52747 52493 match_22 match 110 53030 52833 match_23 match 123 37212 36913 match_24 match 49.3 35938 35828 match_25 match 84.3 35753 35583 match_26 match 109 35753 35397 match_27 match 50.4 35920 35828 match_28 match 165 37218 36964 match_29 match 56.2 26061 25771 match_30 match 99.8 26308 26141 match_31 match 56.2 26061 25771 match_32 match 99.8 26308 26141 match_33 match 56.2 26061 25771 match_34 match 99.8 26308 26141 match_35 match 108 8261 7809 match_36 match 36.2 26061 25915 match_37 match 92.8 26308 26141 match_38 match 36.2 26061 25915 match_39 match 92.8 26308 26141 match_40 match 110 8288 7809 match_41 match 110 8288 7809 match_42 match 110 8288 7809 match_43 match 134 11627 11265 match_44 match 264 8258 7737 match_45 match 150 9590 9339 match_46 match 107 8258 7809 match_47 match 105 9590 9339 match_48 match 118 8261 7851 match_49 match 106 9590 9339 match_50 match 132 37218 36964 match_51 match 108 8261 7809 match_52 match 108 8255 7809 match_53 match 105 9590 9255 match_54 match 125 37218 36964 match_55 match 111 9590 9339 match_56 match 82.8 35753 35583 match_57 match 138 37218 36913 match_58 match 50.4 35920 35828 match_59 match 35.8 26061 25915 match_60 match 96.7 26320 26141 match_61 match 35.8 26061 25915 match_62 match 96.7 26320 26141 match_63 match 109 8255 7770