C02HBa0104A12.1 ATGTCGCAGTGAACAAAACCATTCTTGTGGATATAATGAATCCCTCTGAGTAACCCCTTT GTGTACTCCCTGACTTCAAGCTCCGGCAACCTCTGATCACCGGAATTCTTTAATTTATCC GACAAAGCACCCCCACAAGCATACTCCAACAAGACATTGTATAGCTTTTCGCCATTTTCA TAACTGTAGCTGTCACCAACGCAATTGATTATTTGTGGGCACCCCTTAAGTTCATCCAAG ATTATCTTCTCGTTCATCAAAGTAGCTGAGCAGGAAGCGGAACAAGACTTAACCACCATT GATGGAGAAAACAGAGTACTCTGGTTTCTCGGAATCACAAAACTAACTTTGCCAAAGCTT CCATGGCCAACTGTTTCACCTCTAACCCAATCCATTTTTGTGTTTAATTAACTGAAGTTT GGTAATTTAAGGTTTCTTTCTGTCTGTTGAGAGAAAAAGAAGAGAAGTGGCAATGAGCTC TGTTTCAAGCAGCTGACTTCTATATATAGAAGTTTGGGGGTTTCTAATTTTATTTTAAGT TTTAATTTTCAAAGTTCATATTTAAGGCTATATTAAATGAATTAATGTTCATTAAAGTAG TGACGAACACATGTGCGTATTAGTTTTTTTTTAATAGTCAAATTGTCAAAAGAAAATAAT TTAATACGTAAATTAATATAAAAAGTGTGCACGTGATTTTGCAAAAGATATTTCAACCTA ACATAAGTATTTAACACATTTTATTATCAAAGAACCGTCCACTCAATCAAGCCTTGATAT TTTCTTTAGTAAACAAATTACATTTAAAACTAAAAATCTGATAATTTCAAAAGAAATTTG GGGTTAGTTCAAAATAGTATGTTGGTAATTACCTATCTAATATGGTTGATCTATCAATTT TGCAAAGTTACTAGTGAGTAGTGGTACTCCCTTTGTTTAATTTCAATTACACATATAAAT CTAGGTAAAAAAATAATATATATATATATATATATATATATATATATATGAAATTGCATA AAATTATATAAATTATAATAATTAATTATTTCTAAAAATATATATAAAAAATACTTTTCA AAAAAAATTATTTAATAATCGACACTCAAAATTTCGAGGATAAAGTATAAATTGAGATGG ACAATTAGTTGATGCAAGAATTTGATAACACGTGATTGTGAGGTGCATTGAAATTTTTGT CTCCTTTATACGTGTTTGTTTGAGAAATGGGGGGGTTACTCTACTTGTAATTATTTAATT CATATCAGTAATCATGACCCATATTAAGAACATTCAGCATCACATTTTTAACATCACAAT CAAACAGTTTCATTAGTTAGACTAATCCATCATTAGAAGTGTTTAAAGTTGTTAGATTTA ACCTTGATATAAGAAGATTAGCTCCTACTAATCCAGTTAAAAAGGTTTCTAACTGTTTGG ATTATTAAAAAGGTAAGTTTAAACTTTCAGAGGCCTCATTTTTAATAATAACAGGTTATA CGCTATTATTTTTAATAAATATTGAATCCTTTTTTTTGAAAAAGTTAACTTTCATGAAAA ATAAAAAAAATATTAGTAGAAATTTGACATATTTAAATTATTATATCTAATGAAAAATAA TTTAAAATAGAAATGGTTATATATCACTTGAAAACTAGAAGAAATCAATTATATAAAAAT TATTAATAATTCAAGTTTAAAGTCTCATTTAATTTTTGCTTTAAAACACTAATATGCTTG ATCCGCTCCTACAAATGTAAAAGAAAGAAATTATTAAGTTTATAAATTATTAAATTTGGA ATTTAGATTGATGAAATGTGTAGTCAATATCCAACATACTTCCCCCAACCTACTAATTCC CAACCGACAATTCATATGATGTTATTATTATTGCAAATATAAGGTAACCGACTGCTTTAT ATTCATTGCATAATCATTTTCTAATCACTTGTTTAGTATTGGATAATGATGCATTTGATC CAAATTATAGAGAAGGGTTTCATGGTTTTACCATCCTAAACGTGTTTAATATTCCTAAAT AATTCTTTTGAAAAAAATAAATGCATGTTATCATTCAAGGTATGTCACGGATGGAGTCAC TAATTAATACTTGTATAATTTGTGAATGCATAGTGATAGAGGTTGAAGATTTTGTTCACA TTTGATAGATCACGTTTGGTCAAAAAAAAAATTTCACATGATTTCCAAAGTGGACTGTAC AGTAGCATAACTTGTGAATGGAAAATAGTTTGCTTGTGTTCAATAATATAGAACTTAGTT CTAAAATGTATTTCATATACTCTTTCACTTGCTATTTATATCTGAAATAGATTTTCATTT TTATTCGTCATTTTTAACTTGAAAAAAGATAATAATCTATTTATGTTTTACCCTCAAATA TTTAATATTCATTTGTTAAAACATCATTTAACAGGAGATAGCTTGATAAAATATCTATAT CATAATTATTTTTTATAATAGATGTATGCATATTGCCTAATTAAACAAACGAAAAATGGG ACATGCTGTCCTCGATGAAAAAGAAAGGGAAAGAACCCATTTTGTTACTGAGTGTGAAAA TGTTTTTTTGTGAAACACACGTTATCTCATCCATGTTTCATGCGGAATTACTACCACATG GGAATCTAAGGTGATTAACAAATTATTTATCTAATAACGTTTAAAAGTTAATCATACTAA TCAAAAAATTGATAGAAATATAATTATAGAAATTCGATTATAATAAGTTATTTCGTACTA CTTGAAACAAAATTTATAAGGGTATTTACCTGGCCCGCTGAAGCCTAAAGCAAGTAAATC ACTTACTTTAGGCCCAGGCCCCAAATTCATTATATATTTGGAGTATTTTATAGTTATATA ATTAAAATGTATTGTGAAAAATATAATTTTTGCTTATGAAAAATGTTGATTTCGTGGTTG TATATAACCTAAATAAAAGAAATAATTAAGAGGTTTGCGTGCATCGACAAAAGCAGCTGA TTTTGCGTAAGGCTTCTCGTCATTGTCGGTTTGCAAATGGTGTTGAAGACACACGGGAGG AAAAAAGGCTCATTTTGATGGCTTACCAAAAATGAGTGAAACCAGTTATACATTCGCTCC GATCCACTCACATGTTTAATTTTTTTTATCGAATTTTTCAGAGATTATTATCATTAATAT AATTATTGTGTTGGGATAAAAAAAAAATAGCCTTTAAACGATCCAGGAAATTCTTTAGAC ATGCCTTTTAAGTCTTTTATAGTCTTTGACGAAAATTTCTCTCGTTCATCAACCATAAGT AATAGGTATTTTATTATATATTCACTCCAATTCTCTCACATGTTCAATTTCTTTTAATCA GTTTTCAAAGATTTTTATCATTAATACATTCACTATGTTGGGATGAAACAAGACTTGTTA GCCTTTAAACGATCCAAGAATTCTTTAGACATGTTTTTAAGTCTTTTACAGTCTTTAAAA AATAAAATTCTCTAGTTATCAATCATAAGTAACAGGTATTTTGTTATAAGACTGTGCAGT GACTAGGACATCTCGGACCATCCAAGTCCAATCCAGGTTCATGTCCCACCCGGTCCATAA TGGCTAGGAGGGGGGATACGACAGGTCGTTGGGCTGGGCCCAATATACCAGACCGGTCCA GATCCGATACAGTCACATGAATCCGGCTCAGACTTAAATTTATTTTAGCTTTAATGACTT TGTAGGAAAATTAAAATTAACTTTAATGACTTCGTGGATACAAAATAAATATAGTGACTT TAGTAAATAATTAGCCATAAATGAGTGACTTATATGTAATTCACTCAAAATTATAGCTAT TATCTCATGCGAATGATCTTTTAAATATTACTCCTTTTGTTCGGAATTGTTTGTCATGTT TCACTTTTCGAAAGTTAATTTGATTAATTCTCCAAGTTAAATTAGATCACATTAATTCAA TATTTTAAACAAAAAAATTAAACATTCTAAAAATATATGAAAAGTACTATAAATTGAAAT TTTTTATATATTAATGTGATGAAAAAATACATCTTAAAATGTAGTCAAAATTTTTATAAT TTTAACTCTAAAAATAAAAACCATGACAAATAATTCCGGACGAAGAGAATGCAAGTATGT GGGAACAGGCGAGTTTTTTATTCCATGGTTAAATAGGTACCATTTTATTTTTTGAAATTT AGTTTATTAGTTTAAAAAAGTTTGATGAAAAAATATTTGAATTAGTTGAGTGATATTTTG AATTATAAAATAAAGTTTGAGTCACTTTCTAAAAAAAGAGAAATGGCCATCTCATATATT ATACCTATATCTTGCTTTCTCTATTTAGAATCTAGACCAAACCAAAAATTGAGTCATTCC TACTTCAAGTATCCATTATACATCCAATATTCATTTTCTGTTTAGGCTATATTAAATAAG AAGAAAAATTAAAACATGGGTGATGGGACATCAGTTTTATCGATCAGCAGAAAGAAATAG TATTAGGATAGAGACAAACTAATTAGCCAAAATTATTCTAATTTTAAATTGTGAGGGTGC TTTAATTTATGCATCCAAATCCGAGTGAAAAGAGTAGAGTTCATGCATGTATCTTGAATT ATATTTTGATTGAACATTAACTAAATTTTATCCTTCCGTAGCTCACATATCACATGTTTA ATTAATTAAACTTACGACACCAATCTTTAGTTCCACAATTTCCCCCAGGGGTGGAGCCAT CTCGAACCCATTTCAACGGAATTTTTTTTTATATACCATGTACAAATTAATAAGGATTCA GGATGTGTTTGATATAGTAAAAAATATTACTCCCTCTGTCCCATTTTATGTGGCACTATT TTCTTTTTAGTCGGTTTAAAAAAGAATGTCATATTTAAGTATTTAAAGGTATAATTAATT TTTTATTCTTGTTGATCCCACTTAATTTTGAAAATAGTACTTTAATACATTTATGAGGAG AGAAAAACATGAGTTACTTTTTTGAAGGGTGATTTAATAAATATATCAAAGACTTCATTA TTTTTTTAAACTTCGTACCCAGACAAATATTGCCACATAAAATGGTATGAAAGGAATATT AGATTTAAGCACGTGGCTGCTGATATCCATAAAAAAAAAAAAGACCAAATTATTAGTGGT TTGATTTGATGTTATGTTATATATCTTGGTGCGAATGCATTGACCAAAAAAGGGTCAAGT TCTCCCTCTTAGCGGTCCCATGTTAGCTATGTTTGATTGTACTCTCTTGATAAAATCAAA TCCTTCATAAAAATACTTATAGATATATTTCTAAGAAAAGTTGATTTTATCTGTAGATTA GATTCTCTACAAATCCACAGGTCAATAAGTATGCAAATAAAAGATCAATTTTGAGTCATT GCACTGACTAGTAGCCCTTTTCTTTTCAATATATAAATGTTGAAGAGTTTAAAAGACAAT CTGGAAGGGTCAATTTCAACGGGCACTGTTTTGCTTAAAAGATCTAGAGAGTCATACCAT AAGTAATTTAACAATTGTGTACCTCTATCTCTTATAATTATTTTATTTTTAATTACTTAA TAAATTTGTATTTTGGTCAAGTACCTTATCAACACCCCCTCATATTTCTTGGTCATCATT TTTATATATATTTTTAATTTTTCTTCTAGAAATTAAACAACTTGATTATCTTTCAATGTG AAACTGAAGAGTTTGACCCATTAATCACAATAATAATTTTGTTTCTCACCACAGAACTTG ACGCGAAGTTACCAAAACGAGGCTTCAAAGTGTCTTTTTCATATTGGGCCTAGATTTCAG CTCTTCTTGGGCCAGCGTCTTTCCTCCCGCTTTGTTACTGAAATTACTACCTCATTTATT AGTGGAAGTTTTCATATTTTTAATTAATTATATTATTATTTTGTAAAATGGACAAGTAAT TTCGCTAATATATTTTTATTATTTAATAATAGAGAAAATTGTATGAAATAGTAAATTATT ATTTTAAATTAAACGATATTGTCATAGTTTATTTTTATTGTAATTCGCAACGAACATTCT CCTTTTTTTTTTCCATCTGATTCGATATACAATTAGCTATTTTATACATTTCGGTTAAAA ATATATTTGTGTTAATATAAAACGAACGAAAAAGTGTATATACAGATACATATATTTCAT CCTATAACTTATGAATATACAAATACTAATCTTATTATACAAATTTTGATGTATGAATGA ATTTATACAAAACTAAACAATTTGTATGAAATTGGATGTTTGTAGCAAATTTTACAAATC AAAAGTTATGTAACAAACATAAAATTTACTATGAAACGCAAACATGCAAAATAATATAAA CAAATAATATGAGACTTATGAAAGTACTTCATTACCATTTACCAACTACTAAGGGGGCGT TTGGTAGGATGTATCAAAAGAAATAATCCATGTATTAGATGTGGTATAATTTAATATGTA TTTGGTAGGAATGTGAGCCTATGTGTAACTAATCCATGGATTAGTTAATACATCCTACAT GGTATTATGTGATGTATTGCTAATTCCTTCCATTTGGAGGTATTAGCTCTAATACCATGG ACTATTATAGGTAAAGACAAAAATACCCCTCAAATCCTTTTAATATTTAATTTATTTTTT TGATTTTATATTTTATATTTTATATTTATACTAATAAAGTTATTTAAATAAATTAGCTTA CAACTTTTATTATTTAGATATAATTTTTTGTTTCTAAAATATGAATTACTTAATCTATTT ATTATTAATATAAAATATTATATTTCGACTAATATGTTAATGTTGATGTATGAATTTAAG AACAATTCATAAGTAAAATATTGTCTCTTAATGAAAGTTCATTAAACATTACACAAGTAG TCTAAAACAAGAGTGTGTGTGTATATATATACACACACACATCTCGAGTATAAAAATATT TTAATTTATTTTTCTATATTTATTTTATATTTTTATTTTATCTTACGATAAAGAGTTTTT TAAAATTTATTGATACAAAACAAAGTTTAATAAATTTTCTCTATAATCATTATAGTTGTG TGACCTTTTGAGTTATTAACTCTAATTTATTAAGATGACAATTATTTACTCTCAAATAAT TTAAGTGAGAAAATAGTGAACATGACAATAAAAATTTTATTCTCCTAACTAGTTAAAAAT GTTATAAAAAAATAATATTCTCCGTTAATTATCTAATTTGACTCAATTACATGAAATACA AAATCTCATAATAACTCTAGGGTATAATTGTAAAGTTTTTTTTTAAAAAAAAAACATTTA AATCACACACAAAATTAGATAAGAAACAATGAACCAAACACTTGATAAAAATAATCCCTG CATTACTAATCCCTGTATTGCTAATTCATTGCATTGTTAATTCCTGTATGAAACGACCCC TAAGTGTATTATAACTTGTAGCTGGTACTTAAGTACGTATGACTTTTTTGCAGAAGTAAA AAATTACTTTATTATTATTACTTACTATAATAGAAGCAAAATCGTTGCTAAATAAAATCA AACATATATGAATAGAAAGAGAAAATTAGAGTGAGTGTATAGGAAAACACATACACAATT GAAACTAATTTTACCTAAACAAAGACATAAGAATTCCACCAAATATCAGTCCATACGTAG TAGATCTACCAGAACAAAGCTAGCTAGCTCCCAATTCGCAAGCCATATCACAGAAATGAC AAATAAGGTACTATAATGCATAGATGATAAAATAATAAATAGAAAATCATATTAATTGTT CATCTACGGCAACGAGTGATAGCAGAGCAACCTCTAGTGTAAGGATGAGCTGGACCTGTA GCATGATAACAATGGTGCGTGTAATACGATCTGCCAGACCGTGGTGGGCAGGGGATTCTG TTAGCTGATAATGCTCCGTACGAAATGTAGTACTTGAATTTGTTCCACAATAGAGATCTT CCATTTCCATCCAACTGGATCTCATCATCACCCGACATTCCCATTGGCAACTCAAAATCT TCACTCACCACTTGTTCTAAACCAAATCTATCAACTTCTGCTTCAACAACAACTGCATTT TTGCCAATCGTGAATAAGAAGATGATAAGGAAGAGAAGTATTGGAGACTCCATGACTGAG GTTTGTATGCAAAAAAAAATTGGAAATATGTGTGTTTGTGTAATTGGAATACAGATTGCT AGTGTTTGTAGGGGTCCATCAATTAAGGCTGCATTGTCTTGGTAATAGTGCAACCCGTTG TCCATTAATTCTTGCTGCTACATTTGCGGTTAGGTTATCTAACTTTCATCGCCCTTGATA AATGTTGTGGGCTCACACATTTTATTGAACGCTTTCTACCTCCTTAATTTTTGTGTTTGT ACTACAAACTACACCATCTAATTAACACTTAAAAGTAATTATATAACCTTGAATCAAACC TGAGTTTGTGGTATAGTAATAAAACTATTTTATTCTTAATTTAAGAAATTGAGTTTGAGC TTTGAATATGAAATTTTATTTTATTGAAAGCGACACTTCTCAAATGGGTTTTGGATATCG AGTAAAAAATCAAAATGTGACCCCAAGAACAAATATCTTTTATTTGTCTCACTGGTTACC CCGGAGATGTTATTCTGACAAGAGGAATTTAGGCATACTAAGGGGGTTGTTTGGTTGAAA TTCAAGTTATGATGAGATTTTTATGATGGAGTTAGTTAAGATGGGATAAATTATGATGAG ACTAATTTTATTGGGTGTTTGATTTGTTGTATTTAAAATAATAAATTTTAAGAACAGTTT ATCTGTTTATAAAAATATCATTCATGAATACAAATTTCGAAATAAATTATTCCAAAATTA TTATACCACCCAAAAAAAGCAATAACTTATTCTGCTACTAATTATTAATCCCGAATACAA ATTAAGTCATATTATAATTTAATGTTGTCATTCACACCAACCGATTCCTAATTACTTAAT CAAACAAACAACTAAAGAAGCTAGAGACTAACAAGAAAAAATTTACTTTTTCCAAGTGCC TTATTCGCGCTACATAAACATTTTTATTGCATCTTTGCAACAAAATTTAAATACCCACGT GAATATAAGATTTTATCGTGACTATAATATTGTGACTGCATAATAGAAGCTACAACCACC AACACTGATCCCTACCACATATTAATTGTTGTCGATCATCGCCACCAATATAATTATTAC CAACACCGCTAGTTTCTTTCGCAAAACCACCATTGCTATCCACTTTCACCGCACAACCAC CACATCAACCTCTACTACTTAATTAAACAAACAACTAAAGGATTTATAAAAGAGAATAAT ACGAAGAATTAGCGACAGACAATTTCATAGTCAAACAATAAAATCTCATTTAGCTAACGG AAAATAGTCAATAAGAAATTTCAATAACCAATAAATTGATAATTAATGTCATATTTTCTA ATAGTAAGACTGTCCATGAAAAATAACAAATTTGATAGAAGAAAAAAGTTTGTTGTATAC GTGCACAAAAAGAAAATGTCGTTGGAGATATGTGAGACAGCACCCCAAGTTGTTGCAAAC AGGTGGGTCTGAAAAGCGAAATGCCTCGTTGGTATAAAGATCTCATTAGTTGTTCTTCTC GATTTACTTCTTTTTGGAAAGGAGCAGACATTTGTATGTGTAATTTCACGTGCAACTTGT TAACCAATTCTTCTAATTTATAATAACTAGCTAATTATAGTGGGTCGAATGTCTGATTGA AAATAAAAAAACACTCAGAATATTAATTAGATACCAAGCCAATTGCATTTCTATCACAAA AAATTTAGCGCATCTTTAGTCTTGTCAATCAAAGATGATTCTTATGTATTATCTTAATAC TGTCAACAATATTCTTTCTAACAATCGTACGTTGATATTTTTCTTATTGCTATAACAAGA TGTTTGATTAGCAAATTATTTTTAAATAGAAGAAAAAGTTACATTTATGACGGTAGGAAA ATGAAAGAAAGTCTTATCACACAAAGTCTAGTAACACGTTGAGAAAATATCAATCAATCT ACTCAACTGTGTAAGAACCCACACCTTTTAAATAAAAAATGTCCAACTCTGCTCACTATT TGCCTTGCTTCTAGCGCAAGACTGGAATTGTAAACACAAGGCAAACCTAGTCCCTTATGA TATTGGAACGATACAGAAAAAATTAGCATAGTTCTCGCACAAAGTTAACATTGCACAAAT TGAGAAACCTAAGACTAGCCTTTGGGATTGAAGAATGAGGCTGGAAAATACACACCATTT AACCAAATCTTTACAAAAAGTAGTCATTACTCATTAGCATGGTAATGATCAGGACGCTGC GTAGAAACTGTGAAATTAGGTCTTAGGCCTAACTCACACCCCAAAAGCTAGCTCAAAGGG AGGAGGATTGTCCAACCCTTATAAGAAGTCTATCCATCTCATTAACCACTGATGTGAGAC TTTTGTCATTCTTTAACAAATGTTATTTTCATTTTATTTTAACTAAGCATTTGTGCACCA GAGTTCATGGATTGATGAGGCTGGCATGCCCTAATAGAGCTTGAATTATAATTCATTGGC CCCCCTGGTGATGACATTGCTGTTGAAAATCCAGAAATCATCGGCCTATTATTAACCGCG GCTTGCTCTAGTGATTGAAGTTGCTTCTTTAAAAACTTAACATAATGGACAGCCTCATCT AACATTGAAGCAGTATCCATTTTAGTTCCTCCAGGGACTAGTCTTTGCAAAATCCTTATC CTTTCGCTTATTCGTTCCCTCCGATGCCTGGCTGCCACACTCTGTGGATCCTTCGATATC TTAACATTTTTCCTCTTGGGAGGTTTAACTGATTCTGGATCAATGTGAATTGGTTGCATC ATCGCGATACGAAAAATCATCTCCCTCATAGCCTCCATAGAATTCCTCCTCTGCAAACAT GAGTAATCATTTCCATTACCATGAGTCGATGCTATAATTTCATCGATCGATGAGAGTATT GGCATCGCGGCTGGCTCTTCAATTGGATTGCCCATGAATGAGAAATTAGATGGAGGAGAA TTCATTAAGTAATTGGAGTTATGGAGTGGTGATTGTAAAGGTATCATTTCAATATTGCTA TTGGAGAATCCAAGTTCTAGTGAGTGAGCAATATTTTGTAAATCCATGATTTGTTTTTGT AAGGTAAAAATAAAAAAACAAGAGGATATATAGAAATATTAGAATGAAAGATGGGCTAAA AGGGATACCACACTATGAGAAGTGTTCCTTTTGAGCACAGCATGGAATTGTCAGTGCTAT ATGTGCATATATATGACAAGTTGTGACCTACTCCTATGTTTTTATATTCTAAATAATACG CAATGATACAGACCACTCTGTTTATTTTTTTAATTTATTTTTCGTTAAGAGTAGTAGTTC ACAAGGTAATTTCACAAATTACAAAAGCCTGACTCATAGTGTGAAGATGAAATAAAAGGA GAATGCTTATGAGTAAAGGTGCATGAACCAAAAAGGAGTAGCCATGACTAAAGAGTTAAA AGAGAGGTATGGTCCTGGGAATGAAAAACTAGATAGAAAAATTAAGTTGAAAAAACTCAA AATGATAACCCCACAACACATGACATCTGTCAGAAGGATAACAAGTCTGGTTTCAGAAGT GGGGTAGTCAAGAAAGATGAACTTACCTGTAAAGTATGCCATCTTCCATTTCTACATTCA GCTACAGGCATCATGGATGTGGAGATCCGGTTTCGTACCTCTTTACAAAAACTTATTTAT ACATATAAAAGATCTCAAAAAGGTTGTTAGTTTTTTTTTCTATAGGACGAATTAGTATTT TCGTACTTTAGATTATTTATTTCTATAAAAGAAGTTAGTATTAAACATTAATTATACATA TAATGATTAAAATGTAATATGAATTTGATGAGGACGAGTTTAGAGTCATAAATTTCAAAT ACTACCTTGGTCTGAAAGAATAATGGGCATCCTGTTACACAAGTGTTTTAGTTGAATATA ATGATAGCTTCTATAGCACGCATCTCGATCTCGATTTAGTAAGTTTTTGAGAAGTTGGAC CGACCCTCTGCTCCACTCAATCACGACAGTATTAAAAAAAGATATTTAGGACTTCAAATT TAAGGGGCCTTATTTTTAATAATAATAGATTATAAATTATTAGTTTTTTAATAAATATTA AATATTATTTGTAGAAAAAGTGAACTTTTTATGAAAATGAACGGATTATTAGAAGAAATT TGACATATTCAAAGCATTATATGTCATGACAAATAATTTAAAATAACAATGATTATATTA TCAATAGAAAACTAAAAAAAATTAATTGTATAAAAGTTATTAATAATTCAAGTTTAAGAC TCCATTTAATTTTTACTTTATGCCACTAATATATGTGAACAGCTTCTGCTCTCAAGTTGA GAAAACGACCTGTTTTGGACCAAACATGGAAATTTAACTGCCAGGTAAAACAGACAGTCT GACTATATTTTAACATCATGAAAATGTTTAAGTCCAAACTCCGCTTACAAGTTACGGCTT TTCTGAAATATTCTGCTTCATCAGAACACAACACGAAGCAATGATTTTATACTACTCGAA AACTTGCGTATATGCTTATACAGAATTGCATTAGTTTACCAATGATTAAATACAAATTAC TAAACCAATTCTTTTAATGAAAATGTCATTCAACTTTGCCAAATATGTTCAAAAGTTAAT ATACAATCATTCGAATAGATAAGTCACTAATTATAATAACTTGGATCTCACCAAATAAAA TGCTCACAGGAATGAATGCAGGGAAGATAATCAGAAATCAGAATGGGGCCTACGCACTTC GTTTTGGATTCAGCAATACCTCATAAGGTAAATTATATAACCTCGATAATTATATCGTAA AAATCTTTAATAAGAATGTATAATATAATTTCACAATATGAAAATAACGTATTTAATGTA ATCTCACACGTAGTAGAGTCTGGAAATTATCAACAAATTAACACAAAGCAACCCGATTAA TTATCCTCGTAAGCTGATCAATTTGGAATTGGAAAAAGTCCCAACTCCATATTTGTTGTT GATTTTAGTATTTTATTGTTTGTTTTGTTAAGTACTCCCATCAAATTAGCCAATGAGCGC TATACCCTACTAATCTTATATTATGTCATAGGAAAAAAAATGTCTATATATTCCAAATAA TTGTACTGGGTAGGACGTATCCTCTATAAGATTTAAATATTTCTCATCAGCAATGTTAGA TAATATATACAATAGTAATAAGTAACATAAATAAAGTATTTTTCTGCAAGTGGTTCCAAA AGATAACTTACTTTTTTTTTCCCATTTATTTATTTATTTTTCCCCTCCCAAAAGAAAACT TCTAAAATATGTACCATCTAGATGAAATGAAGAGTCCACAGCTGGTTTCAATATAGCTAA TGACAATTATGCTTTGATACTAAATAAATTGAGATCGACTATATATACGATAATAGCTCT AGAATAATAAAGGAAGGATGTTATATGCATGTATCTGATTATTAATCCAGAAGATTCGAA GGGTGCTACGACAATATATATATATATATATATATATATATATATATATATATATATATA TATATATAATATGAAATTTGATATTTGTTGGATGGCACTGTGTGATGATTGATGATATTT ATATTATTATAAAGGAGGAGTATGGAGAGCGTCATGATCCCTTTAAACCGACAGTGGAGG AGTCACCTTCACAAAAAATTGAAGGAAAAACAAGTCAGCTTTTACAAATTATTATTCACT TTCACTTTGATTTAAGGTCACTTAGTTTTACTAATAAGAGGTTAATTTGTTCTGGGAACC TCTTATTAGTAAAATAATTTCCATGGGGTATTCATTTTTTATGGGGTTAATGTATAATAG GTAGCCGGTAGGGTATTAGACCTCTAAGAGTTGATAGTAATTGATGACATATGGATAGGA CTAAATATAAGATGTGAAATTTTGGAGTTTGGAATATCTAAATATTTAAATTACCAAAAG TAACACTGATTGATTTGGTATTAGAATAATTAGGGTATACAGTTTTAGAAGTATGCAAAT TATTATAACTTATATTTGAGGAGAAATATTAAATGGCTCTTCTCAAATCAAGGATTTCCC AAAGACTTCTCAAAACCGGTTGTGTAGTTTGGTTATTTAAATTCAAACCCAGCCATAAAA CATCAATCAGCGCCCATTGCCTAATGGATAAGGCGCTTGACTTCTAATCAAGCGATTGTG GGTTCGAGTCCCACTGGGCGTGTCACTTTTTCTTTTGTCCATCCTTGCCTATTCTATGTT TATTGGGCCCAGCACTAAACAATTGGGCTGAAAGCAAGGGTCTGTTGTTTGAGCTCTTTT GGGCCTATTCTATGTTTATTGGGCCCAGCACCAAACAATTGGGCTGAAAGCAAGGCTCTG TTGTTTGAGCTCTTTTGGGCCTATTCTATGTTTATTGGGCCCAGCACCAAACAATTGGGC TGAAAGCAAGGCTCTGTAGTTTGAGCTCTATTGGGCTTATTCTATGTTTATTGGGCCCAG CACCAAACAATTGGGCTGAAAGCAAGGCTCTGTAGTTTGAGCTCTATTGGGCTTATTCTA TGTTTGTTGGGCCCAGTACTAAGCAATTGGGCTGGAAGCAACGCTCTGTTGTTTGGGCTC TATTAATATTGTCTAAAAGGACTAATTAGATTGCTGAAACAGATTCAAACTTAATGCCTA TGTGAATGAGGAAACTACAACTCCATGGAGAATGCTACAGGCCGTGGAGGAACTTAGGGA TATTGTAAATGAAAAAAAACTAGTGTTACTGTGACCTGTTCCAAATCAACTAATAATTAG AAATTTTTCGCTAAATATAACTCTCGTTTTCTTTAATTCACATCTAAAAACAACAGAAAT ATTTTTCAGAAATTATCTTTTATTTTTGGTTTGAGACTAAAAAATGCTCTTTAGAAAAAT AAATTTTAACCCTCGCAATTAATTTAGGACCCAATCCTCACACCTGATCTAGGACAAGAG ACCACAATGACTATTCTAAAATCTGACCTGAGATATGAGCAGACTTTCAACCCTAAAATA TTTTTTCAAAATCATACTTTTAAAATTTTTTTATGGTTGCAGGGGTAGGGTGGGGTAAGG CTAAAGTAAGAATTGAAATTTAAGTTGATTGGAAAACATTTAAGTCAATCAAATATGAAA AAATGACAAATTTATTTATGCGACAGAAGTGGCAATACAAATGTTGTGTAAACAATTTAA ATCATGTATGTGTTGTATAAATTAGGTTGAAAAATTCTTGCAAACAGAAAAGTTGAATAA ATAATCAATAAAAATCATGATAGAAGTTGAAATACACAAGAGAGAATATAAACCGACAGA AGTATACCGTTCATCGAATGTATACTGTTCTTTTTGCATTGTCTATTCTGTGGAAATGAT GTTTCTTTTATTAATTTAAAGAAAAATTGAGGACAGAGAATGAAAAATGAGAAAGAAATT ACAAAGTAAAGAATTAAACTCTAAAATAGTCAACCAATTGAACCATTAAAACTTATGCAC GTGCTTAATCAAGTTTTAGGCATTAGTTCACAGTGCACACTCATGTGTGTAAGTTATTTT TTATGGAGTAATATAAATAGATATTTAGTGTTTTTTTAAGTGTATGATCTATGCAATATT GGACTGGCTATTTAGCTTACCTTCTTCCCAATTTCTTTTTAACCTCATCAAATCGTTTCA AGGTATAAATTAAAAAAAAGCAAAACAAATTAATTGTCATCTCCAAAGCGATTAGTAAAT AGGAACTTTAGATTCAGAATATATTAATTAGTAAAAAATGGTTGCATTAGATATATACCA CCACAAAGTAGATTAACATTTAACATTGTACACACTATTTCTTTTTTTCTATTTGTGAGT ATTATATTGGACATTTTATTATTGTATATATCACCTCATATTTAAATATTCCAAATAGCT ATATATAAAATCTTATTTTTGAATTATCTTTTTCTTCGTTTAATATTAAAGATGATCAAG ATACCCACTTCGTTTTATGATTTTGAATTGATAAAATGGGCCGGGCCCAATTTACCCTTT GTTTATTGGAAAAAAGAAGAAGACAATCCAAACTAATCAAGAGGAGATCACCCCACTGAT TATATTCTAATGAAAATAAAAGTAACATCACACATAATGATGTTTTTGTTTCTACAGTTG AATGAATATTAAAAAAAAAATACTACCTAAAACTTGCAATGATTAACTTTTGATTCTCAT GTCAAAGGTATAGCATTAATAAACGAGCAAGTAATTTTTTTAAAAAAAGAATTCAACTAG TCATATTTTTATTAGTTAATTTTAAGCACCTAATTTTTTCAAATTTAAATAAAACAATCT AACACGTCCATTAATGGCTACCATTTCGGTACCTGCCTTGTCATTTTTCCACGGATTAAA TAGAGAAATCTATTATTCCTTATAAGTTTTATAAATATTTAATTTTTTCATTTTTGCGTA TCACATTAATGTATCATATACATCACAGTAGTGTATATCGCCATCAAATTAGTGTATCAT GTATAAAATGTATTCGCGCATCATATTAGTGTATCATGTATAAAATGTACCTCGCGCATC AAATTAATGTATCTCGCTGATCATATTAGTGTATCATGCATAAAATGTATCTCGCACATC AGATTAGTGTATCTTGTATAAAATGTATCTCTTGCATCAAATTTGTGTATCTCGCACATC AAATTAATATATCTCGCGTATTAAATTAATATATCAACGCTTATATTATTATATCCATTT TTATGAATTTTTTGTAATTATTAACTTTTAGCACTACTATATCTACGGTCAATTCATGGG ACTGACTCCTTTTTCTATTCTGAAAATGTTGTTCTTGCTGATTTTGATTTTTGTTCAACT AACATGTTTGTTCTTATTTTTTAATGATTTAGAAAGAAAAAAAAGAGTTAAAACTTACCA TTCAAAATAAGTTTTACATAGAGTTAAATTTTTTTTTAATTTTTTAAATTAATTAAAAAA TAACGAAAATTAATACATAATTAAATTAGAATGAATGGCGCAAAAATCTTAATAACTCAA CTGGTTGTAAAATATATGGGAAGGATCAAGTAGCTACCTAATATAGACAGAGCATACAGC CTTACCGGACTAATTAATTAGTAGTGGACATGAAAATAATTTTCTGTAGGGGCCAGCAGT ACCCCCATATGTCTCTCTACTTTCTAATCAAAATTCATGAATCTAGAAATTTTGCTTTAT AATTAAAAGGAATAAGTTAGAAATTTTAACTTCTAGTTTTTAGCTCGTACTTATGACTTA ATTAATGAGTTTAAATTTATTTAAACATTTTAAAATTACCTTTAAAACCATTTAAAAATA AGTTAATTCATACCACTTCGTAAAAATCAAAAGTCAAAATGACTAGTCCTCCAAATAGAT GGAAATTTGAATTGTAGTTATATAAATAATACTCCTGAAACACAACCTTCTCTTATCTGC AGAATGGCGAGCAGTAGCTGCAACAAGTCCTTCTGCAGCAATTATATGCTACTAAAGCCA GAAGAATGTAGTGTATCTGATTTGGCAAAAATTTTGTTTTCCAGCAAAAATTTGGGACAA AAAGAATTCGTTGATGTAGACATCCCTAATGAAGAATTGAACATGACCAAGGAGCCTTTG TCACGTAGATGGGTGTTTTTTATTTCCATTCTAGTCCAGAAGGTTTTAATCAAAATTTCT AAACCTTTAGCAGGGTTTGGCAATACAATTGAATACTGGCTTAACCTTCAGAACGTCAAC GGTGGCTTCTTCCGTCTTATTTTCAACTCCTTAAGAGGTACGTACTATATATTATCCTCT GTCTCAATTTATGTGATACTTAGATCTCTCTATTAGAGTCGTACTATATATATATTTACG ATTTATAGGTAGAGCTGTAATACCGGATAAGGAATCAGCAGAGTACTTGTCATTTATTGG AAATTTGGATAAAAGATTTGAGCTGGATTTTAGTAAGATTGTTGAAGAAGTTGGAGGATG TAAAAGATATGATGAGGCAATCAGCATAATGGCTGCAAAAGCTGCTTACGAGAACAAAGC ATGGATTCAAAATACTGTCAACCAACACTGGAAGGTAAAATACCTACCTTACATATAACA TATTGGGTGTATTTGGTACGAAAATGTATTTACCATATAGATGATATACTTATTTAAGCA AAATTTTAGTATTCTTAAAATAGTTGTATATCAATCTATGCAATAACTATAAGAATATAT GAGAAAGAGATAGTCCCAAATGGTCCAACGAATCCAGCTGAGCACAAATCTACTCTTCGA ATCACAAGCAACAATAGAATGAAACCGTTCAAAAGGGGCCTGTAGAGCACATGTAAGACA CAGTCGGGTTGCTCAAGTGAGAGAGAGGTGTGAAAGGAATATAAAATGATATTTATTAAA ATTCGTTTTTCCTATTTCCACTTTAAAAAAATAAATTGTTTTTCTATTTATTAAGAAAAA TATATACAATTTAAATACATCCGTTTTTTCTTCTTTTTTTTCCCTTGTAAATGAAAAGGT TGTGCTCAGATTTTGTGTTCCATTTTTATGCAGATGGATTTCGTGGGCTCCTTTGATTTC TGGAATGGTAAGATATAAATGGGTAAACTTTTGCAAACATCGAGAATAATAAAATAAAAT TATATTTATTTTTATTTTGTAGTAGAATAAACAGTTTAGTATAGCTATTTTATCATTATA TAATATAAAGTCTAAATTAAATATATTTTAATAATTATTTAACGACGTGACACATTATAT TTGAAGTAAAAAAATATAACCCAACATTTTAATCAATAAATTATCCTATTCTTTTTTTTA AAAAAATGATCTAAGATTATCATATTCATATTCATGATCTAAACCAGTTAGATACATGCT GCATCATGATAAAAAGATAAATTTTGAGTGTTAAAGTAACTCACGAGATTGCCCAAAGGG CCAAAACCATATGAAGGAGACTAACTAATCCACTAAGAATAATGGTGGGACCCAGACACC TAATTAAAGCATCAATTAGGTGCAACGATCATCATAAACAATATTTTAATCCTATTATGA TGATCATTAACAATATACAAATAGTGTAATTGTCGTTAGTCAACCTATTAACAATCTCTT TGTTATTTGTATGGGAATCAAATCTCTGTCAGGGAGATCTTCATGCCATATTTTAAAGCT AAAAAGCTATTCACAAAAAAAATTATTTTTATGATTTAAAATTTACTATTTAATAACACA GATCATATTGTATTATTTTAATTATATTTTAACATGCTTAGATATCCAAAAAAAATAAAA TTATCGGATAGGATTTTACCCTCCATTTTTTCTTTCTTCCGATTTTTCCTCATATATATA TATTTTGATTTGAACAGATTATCAAGAGAAAGCTACAACACAAGCATTTGTGCTTCAAGA TAAAAATGTGGACCCTGAGCTGATTGTTGTTGCATTTAGAGGAACTGAATTCTTCAATTC TGATGATTGGATTTCTGACTTTAATCTCTCTTGGTATGACATTCCCGGCATGGGCAAAGT CCATGCCGGATTTATGAAAGCTCTCGGCTTACAAAAGAGCCTCGGATGGCCTAAAGAAAT TGAACAAACTGATACTAATAATATTAATCAACCATCTCCAGCCTACTATTTCCTAAGAAA ATTGCTCAAACAACTTCTAGAGAAAAATGAAAATGCAAAGTTTGTGGTTACTGGTCACAG CTTAGGTGGAGCACTAGCAATTTTGTTTCCAGCAATATTAGCATACCATGAGGAATCTTG GCTGTTGAAAAGATTAGGGGGCGTTTATACATTTGGTCAACCAAGAGTTGGAGATGAAAA TTTCGTTGATTATATGAAGGAACAATTAGCGAAATATGAGGTTCCATACTATAGAGTTGT GTACAGCAATGACATGGTACCAAGATTACCATATGATAATTTCACTTTCATGTTCAAGCA CTTTGGAACTTGCATCTATTACAATAGCCTCTACAAAAAACAAGTAATTATTTCAAATTT ATTTTATTTTTCTCCAGAGAGATATGGATGTATCAAACTATTTTTGAATATTACTGCAGA TTTTAGGTGAAGAACCAGACAAGAATGGTTTGGCTTTGTTACTGTTTTTACCGAAGATGT TAAATGCGGGTTGGGAGCTGATCAGAAGCTGTATTCTACCATGTGTAAACGGATGGAAGT ATCAAGAAGGTGGGCTTCTTCTATTCATGAGAGTGGTAGGGTTGCTACTGCCAGGCATAC CTGCTCACTGTCCTCAGGATTATGTTAATGCCAGCAGGCTTGGATCACTCAAAACGTCTC AAAGTAGCAAAAGATTGGTATAATTATTGGCGAGTTTGTGTTTTTTTAACGTACTCATTA GTTTTTCCCTGCACCAATGTAGATATTTAAATTGTTTTGAAGTTTTGAACCGCGTCCTTG GAGAACAAAGCAAAATTATTCATTTTATATATTTAAGTGGTTTATCTATAAAAGTTAACT TGAGATTGTCGAAACAGATCATCATTTTATGAACTATTCTTTTTAATTTTTAACAAATAA CTACACAGAAAATCACATCTTTGAAGTAAAAAAGATCTTCGCTTAATATCAACGATAATC CAAACAATCAGGAGGAGATAGCCTCTTTTATTTTTTTTTTTCATATGAAAATAAAAAATC ATTACAGATGTCTACACGTTTACACCTGATGGATATCCACACATGATGATGTCTATGTAT TTGATTCTAGAGTAAATGAATAAAAAAAATACTATTATCTAAACAACTTGCTATAATTAA CTTTGGCTCTTAAATATTACTCTTAATTTAAAATGTGATAATACCAAAAGTCTAACAGGT TGGTGGAACAGTAATATATATAATAAAGAATTACGTTACTAGACCAAAATCAGACAAGAT TTGTCAAACAATATACAGGACACGTGAATTTGATTGAGTTGATTATTTAATTTAAATTAT TACACAAATGGATCATTTCTTTTAGTAATTAGTAACTAATTATAGTTTCGAATTGGCCCA GTGATTCATCGAGAATCCTGCGATCTCAAGTTTAAAATTTGTTAGAAACAAAAAATTCTA GATGATATTTTTAATCGAATTACTTGATACTTAGTTAACATATCGAAATTAAAATTGATC TAGACACTATATTTATCATTATAATTTCTGGTCCAGTAGGTTTATATCATTCTCCTAGTC ATATCAAAGGTAAATATACATAATCAAGTACTTATATAAAACTAAATAATATAATCATTA TATTATTAACAAAATAGATGAGAGGTATATTTGACAATCCAACTTTTTCAATATTCAAGA TGTTGTGCCTAATAAACAAAAGGCATATAGCCCTACTATGCAAACACCAACTTAAATTAT ACAGTACTAATATCTTTTTTCTTCGTTTAATATCAAAGATAATATACAATGGTTGTTAGG TAGTCAATTTTTCTTAATTATATAAGTTAGTGTATATGTCTTGATTTTATACCTTCCATT AAAATAATAAGTTCGACTAAATAAAATTGCATCTTTTTCATGTGTAAGATTTCTCTAAAA TTATAATTGCCAATGCTTCCAGGAACCGGCCGCTACTGATGATTTCTACCTTTTTGATTT TGCACTTTACCTGATAATTTTTTATTATTATTTAAAAAAAAACATGTAACACGTGTAGAT TTTATCTACATAGTTAGATTTACCCTATTCTAATCCTCGATAATTTTGTACCCCACCTAT GTCTCCATTTTCACCTAAAACATAATGAAGAGCGTAGAAATAAAAGTTTCCAAAAATTGT CCTCTCACTAGTACTAGTAGTATAAATAGACCCATACAATACAAGCTGGAATGCACTTCT CTTCTATAAATAAATAAATAAATTACTTTACCAAATAATAATCATCGATCTGCAGTATAT GGCGAGCAATAGTTGCAACAAATCTTTCTGTAGCAACTATATGTTGCTAAAGCCAGAAGA ATGTAGCGTATTAGATTTGGCAAAACTTTTACTTTCCGGTAAAAAATTGGGACAAAAAGA CTTCATCGACTGCCCTAATGAAGAAATGACTAAGGAGCCTTTGTCACGTAGATGGGTTAT ATTTTTATCTATACTAGTCCAGAAGATTTTACTCGCAACTGCTAAGCCTTTAGCTGGATT GGGCAATGCTATTGAGTACTGGCTTAACCTTCAAAACGTCAATGGCGGATTCTTCCGTCT TCTTTTCAAATCCTTAATATGTACGCATTTTATTTTTTTGTCCAATACTTTTTCTTCTTT TAGATCTGTAGTACTGATATTTATGAACAATAATTGTAGGTAAAGCTGTATCACCGGATA AGGAATCAGCTGCGTACTTGTCATTTATTGGAAATTTGGATAAAAGAGTTGATCTGGATT TTAGTAAGAATGTTGGAGGACGTAGAAGATATGATGAAGGAATCAGCATGATGGCTGCAA AAGCAGCTTATGAGAACAAAGCATATGTTGAAACTACTGTCAACCATCATTGGAAGGTAA ACTACCTGAGCTAACATATTGGGTATGAACCAAAATGTTTTCTAGTTTTTTACTTACTGT TTTTGTTAATATTTATTACACTCTCTATACCATTTTATGTGACATCACATGACCTGCCAC GGAGTTTAAGAAATAAATGAAGACTTTGAATTGTTTATTAAATTGTCGTTCAAAAGTAGA CTCACTTTTCTCTCTCTTCATAAATATATTAGAGTACTATTTAAAATTAAGTGGGATCAA CAAAAGTAAAAAACACTTTTGAATACTAATCATATAAAAAATGTGATATTCTTTTTGGAA CCGATAAAAAAGAAAATGGAACAAAGGGATTATCTATATGTAATAACTAAGAGAGGTAGG GTGGGAGCAACCTTATTTTTTCTAACTCCATTTTTGGGAAACTTAAGATGAATATATTTT TTAATTTTTTTTTCTTACAAATCAGACTTGAAAAAGTTTTCAGGCATCCATTTTATTTCT CTCTTTTCTTAATAATTAATGAAGAAGGATGTGCTCAGATCTTGCGTTTCAATATTATGC AGATGGATCTGGTGGGATCATTTGACTTCTGGAATGGTAAGATATTTATTACTCCTACTA ATAATATGTATAAGCTTTTGCAAACATAGTGATTATATCACGGAGTAGTGCTCAAATTAT TGAAAATAATATAATTAAGTTACCCTTTTTATTTTGTGACAACAAAAATAATCTCATTTT ACAATTGGAAGTAAAGTTCGATTTCTCTTGTTCTATAAGAGGGAGTTTGAACCAGCAACA TATCTGCTTGCCATAGGGGTATTTTTAAGTTATTTTGCTTCAAAGTTATATTTAGAGCTG TTCATTATGTATAACTATTTTTAAATAGGCAAATGATATGATACATTTCTCGAATTTGCC ATTTAGATTGATATATATATATTCGTCGTAAAAGTTATTTATATATACGCTACAGTTATA TAAATGATTTACATACATAATTTTTCTCAAATCAAAATGAAAAAATAACTTTAAATCATT TTTAATTAATTCAACGGCTAACTTGAATTTATTATTTGATTGTCAATTTTCTTTTATTTT TTCACTCATTTTCCTTTAAAGTTATTAAAGATGCCTCATAGCTTTTTATTGATATTAAAG TTATATTACAACATAACCAATAAATGTAGTTCAAAAAAATTTTCTCCGTTTTCATTCACA TTCTGTTTTGTTTCTCATGACACTTAAGTATGAATAAGAAATCAAATAATATTTATCAAT CAAAAAAATAATTTATACGTGAATTTTTTTTTAATATACAATTTTAAAAAAATTCAAATT AATTTTATAACGATAAAAATATATATGAACAATATTTATAACATTAAAAATATATGTAAA TCAATTTATAATAATAAAACTATATATAAAATACTTTTATTATGAATTGGACAAAATAGC AGGATTTAAACCTTTGTACACTTCAAATAAGACCGTGAGCTGAGCTCTATCTCACAGTCT TGTACTATTGCTTTTTTAAAGAACAATTATGACAGTAGCCTCTTTATTAGTATTGTGTGC TAAGATATATAGGTTTGAGCTTTAAAATAATTTACATTTATCTTTAATAATACTACCACT AATTATATGCATTCTTTTTTGTCTAGAATAATCATTTTTTCTATTTTAGGGTTATTCTCT AAAAATGAAAGAGAGCGAAATTAGATTAACAAACAATTTAATTAACATTAAATAAAAATG ATCAATATTAATATTTAATACTCTACTATATATCTCAAGTTCATTTTATATTTAATATAA TAATAGTTTATTATCATGTAATAATCTATAATTTATTTATAAATATTAAACCCCGATTTC TTCCTTACTTCTTATAAATCGAAAAGGAAAGCACGTTCACTTATAACTAAATGATTGATG CATAATGTTTGACATAAAACAAAACTAGTAATTTTAACCCACATTTTATAATCTATATAG GATTGTTCTAGCCCAACCACTGAGATGTATCTTGCTTTCTATCAAAAAAATAAAATAAAT TTTTTGAAGTCTTATTAACTTATGAAACGAAACTAGTGAAATTTACTCAATTAATTAAAT ACATTTATCATCAATTAATAAATTGAAAGTTTGAGTTATTTTTTTGAAAGATAAATGAAT AATATTAATCTTTTTTAGGGTGGGCCGGAAAATAAAAGGTCGTGAGACAAATTACCCGGG GGTCATAGCGAGGAGACCAAATAATGCGCACACACACGTTGTGGGACCCTACACCTACTT GAAGCATCAATCACATAATGGGGAGCACCACCCCTGTGATCTGAATTTAATCCAAATTTG CTTGTAAATTCGAATTGAACAAGAAATAATTGAACACATCATCAATGATGTGTGGGTGTC GTTTTAGTAGGGAACAAATTATTCCTTATCTTGAATTTTCCTTATTTTGTTTTTTTATTG GATTTGAACAGATTATCAAGAGAAAGCTACAACACAAGCATTCGTGCTTCAAGATAAAAG CGTGGACCCTGAGCTGATTATTGTTGCATTTAGAGGAACTGAATTCTTCAATTCTGATGA TTGGATTTCTGACTTTAATCTCTCTTGGTATGACATTCCCGGCATGGGCAAAGTCCATGC CGGATTTATGAAAGCTCTCGGCTTACAAAAGAGCCTGGGATGGCCCAAAAATATTGTACA AACTGATACTAATAATATTAATCAGCCACCTCCAGCCTACTATTTCCTAAGAAAATTGCT CAAACAACTTCTGGAGAAAAATGAAAAGGCAAGGTTTTTAGTTACCGGTCACAGCTTAGG TGGAGCACTTGCAATTTTGTTTCCAGCAATATTAGCATTCCATGAGGAATCTTGGCTGTT GAAAAGATTAGGGGGCATTTACACATTTGGTCAACCAAGAGTTGGAGATGAAAGTTTTAT TGAATATATGAATGGACAATTAACAAAACATGAGGTTCCATACTACAGAGTTGTGTACAG CAATGACATGGTACCAAGATTGCCATTTGACAATTCTACTTTCTTGTTCAAGCACTTTGG AACTTGCATCTATTACAATAGCCTCTACAGAGAAAAAGTAAGAACCTTTTTCTACCTCTT TTTAAACAAATTTAGTCCATGAAAATGTTACTTTATTTGGATGTAAATTTCGACTTGTAT CTACATATGCAAAAATAAAATAAAATAAGATCTAACTAATTAGTTCTTAACTTATTAACT CCTTATCCTGAACGAATATATGTTGTTTGAATAATGCAGATTTTAGTTGAAGAACCAGAC AAGAATGGGTCGTTTCTGTTAATGTTTATACCAAAGATGTTAAACGCAGCTTGGGAGCTG ATCAGAAGCTGTATTCTACCATGTGTACACGGACGAAAGTATCAGGAAGGCGGGCTTCTT TTATGCATGAGAGTGATTGGCTTGCTATTCCCAGGCATGCCTGCTCATTGTCCTCAGGAT TATGTTAACTCTACCAGGCTTGGATCATCTGATCATTCCACTGAAGACGTTGCAAAGTAT CAAAAGATTGGCATAGTACCAGCATAATTATAAAATAATTAACTACCCAGTGTGTGCTTT TTAGAATTTCTTATCCTACATATTAGTTTTTCCCTGCACCAATGTATTATTAGATATTTA ATTGATTTGAAGCTTGAATCGAGTCCTTGGAGAACAAAGTGAAAAATTCATTTTATCCAA TGGAATATATACTTGAGTTCTAAACTTGCACTTTTGTTAGGATGGTGGATATTCTTAATT GGGGAGGCAGAAAGGATCTTCGTCTCCACTTTGCTACTAATATATGTTAACTCATAATTT TAAACAGATTTCCCAACGTACAAGCTAGTTGCCCTAATCCGATAAGTCTCGAAGATTCAC TACACACTACTTTTGATCTGGAAAAGATCGTCCAGGTATCGTGGACAGGTAGATTTCCAT GGTATCACTCTTAGAATCCTTTTCATGTGCCTTCTCAAATTGGTAGCTTGGAAGACTTAA TAGAATTTCCAAAAGATTGACATTGAGTGAGAATAATATAATATTAATATATTGCCACCT GTTTGAACTTGTTCCATTACTATACTCCTATAATATTGGCCTGGCATATGTCCTGAAAGA TGCTAAAGTGTCACCTGAACGCAAATTCCATAGATTTCTAAAAGCATAAGAGACAGAATC AAGTCTGTTTTTATTTTCTTCTTCGTTAAGCTAAATAAAGTAGATCCAAGGTGCACATTA GTTATAAATAAGCTAGCACTTGATAATGATTGATCTGCAAAGGCATTACTTCATTTCAGT AGAATAAAAATTGATCCAATTACCATAGTTAATTAATCAGACGCATCATGGAACGTGTGA GTAGCAACAAGTACCTTCAATTGAAACCAGATGAAACAAGTCTTTTGGATCTCATACGTA TTCTGTTCTCAGGGGATCTTAAGAGCAAGAAATTCATAGAAAGTTGGACAGAGAAAGAGA TAGCCTTTGAGCGTCGACGATACATCTTTCTCTCGGTCTCCGTGCAAAAAGCATTTCATT TCATCTCAAAGCCTCTGTTTTTCTTTGGTTCAACTTCAGAGAGCTGCCTAAATCTTCTTG CTAGTTACCAAAGCCTTCCTACATTATTGTTGAGAGTCCTACAAGGTTATTCCAGTTTAA TTTTCTTAATTGACATTTCCAATTTGCTTCAATTTATACTATTTTTTTTCTCACTTTTAC GGTTATGTGGGTAAATTGAAATTAATCCGGATTGTCGTTGATAGGGAAGGTAGAGATGCC AGACAAAGAGTCAGCCAGCTATCTCTCTACTATTGGATTTATAGACCAGAGAGTGAATTC TCATAAGAAGTTCAAACCAGGGGATAAAACGTATATTGTTGCGCTTTCTGCAGTGGCATC AAAAGTAGCCTACGAGAATAAAGCCTTCATTCGAGCAACTGTTGAAGATCAATGGAAGGT CCTCTAACTCACATTTTCAGTTAGCTAGTTCAATTAGCCCGAAAAAAGAATAAAGAGTAC TTTTTAAAACTTGTGTGTTGTATTTGTTAGTATTAATCGTGTTACGATAATCACTATTTT GTTCAACTACTGTCTTACTCTGGTACTAATATGTACGTATTTTGCTGTTTTGGCAGATGG ATTTGTTGGGTTATTATGATTTTTGGAATGGTAAGATAAGTATACAAGTTCATTAGAATG GATAGCTTAAACAATATGCCAAATGCTAACATAACATTATCGCATTTTTCATCTCTTTTC GTACAATTGGCTATTGTTGGAAGTGTAACAAATGCAGAACAATTTCCAGCCTTGATTAGA GTTTCTCTAACATAAACTTGTGCTTTGGCAGAATATCACGAAAAGAAATCAACTCAAGGA TTCTTATTTCATGATAAAACTCGCTGTCCAGGCGTAATAATTGTGGCATTTAGAGGTACA GAACCCTTCAATTCATATGATTGGAGTACAGATTTCGACATATCTTGGTACGAATTCCAG GACATGGGCAAGGTCCACAGCGGTTTCATGAAAGCTCTGGGCTTACAGAAAGATAAAAAA TGGCTTCCCAATATCACACAAGACGATCAACGCCCATTGGCATACTACACAATCAGGGAA AAACTAAGAGATATATTTCAGAAAAATAAGCAAACAAAGTTTGTCCTAACAGGACACAGC TTAGGCGGTGCGCTTGCAGTTCTTTTTGCAGCAGTTCTTGCATTTCATGACGAGACTTTT ATACTGGAAAGATTGGAAGCAATTTACACATTTGGGCAGCCAAGAGTAGGTGATGCCGAA TTTGGCGACTTCATGAAGGAAAATTTCAGGAATTATGGCGTTGAATATTATAGATTTGTT TACAGTCATGATATTGTGCCCAGATTGCCTTATGATGACTCTATCATGCTTTTTAAACAC TTCGGAACATGCCTTTACTATAACAGCACATACGAAGGAAAGGTAACCACAAAAAAGATA ATATGTACAAGTTGATTTCTCAGATAGTCACTCAACTAATACTTATTATCTCAAAAAGTC ACTTTCTTTGTTGAAAAATATTGACCATTTGAGATACTATAAGCTGAGTGTTATCATCTA CCCAACGAATGTGTTTATTGTTTTAATGATCAGTTTTATTTTCAAGATTACTAATCGGAA CTTTTGCATTATGTGCAATAGATTGTGTCAGAAGAACCAGACAGGAATTATTTTTCTGTG AGATCACTAATATCAAAGAGGGTGGATGCACTGTGGGAATTGGTAAGAAGCTTTCTTCTT CCATATTTGTATGGAGCAGAATACAGAGAAAACTTGCTTCTACAAGCACTTAGGTTGTAT GGACTAGTATTTCCAGGCATGCCGGCTCATGGTCCTCAAGAGTATATTAATGCAATTTGT TTGGGAGATGCTAATTTGTTCACCAATGTTGCTGTATCATCTTGACAATTCTCGTCTACT TTGGTGTCTTATTGGAAATTGGAATTTATTCCTACATTAATCAAGAATCACATATTGTAT ATTAGGCTTGTTACTCAAATTTGTGTATATTGATGTATATAGAGTAAATATATAACAAAA ACTATACCGCACTCTTTTGGCAAGCTACATGATGGTCCATTGACATAGCTATAATTTGTC TAAATTATAATTCGCGACTTACTTTAGTTATAATGACGCAGCTAAACCTTTTAGTTTCGT ATAATTCAAAAATTTGTACAACTTTTGTATAATTGAGTTTGTAGAATTGTTTACACTTTT AATGTTTGTAATAGTATAAGTTCATTTTTTCGAATTTGTTTAAAACAACTAAATTATACA GATGTACCTTTATACAAATGAGATTGCTTAAACCGTAGCTACAATCCGAAAATATGCAAT TTATAGCTATAAAACATATATAAATTTATTATAGTGATTGTTTACGAATGTTTCTCTAAT AATTTATTAAACTATATTTCTGATCAAAAGATTTATTTTATCTTTCATTGTTTTTTATTT GGCAAACAAAGGTAAAATCACATAGCATATTGAATATTAATAATTGTGTTATTTGTACTC TTTGTGATGTTTGAGAGTTGTGGCTATATTTTTATTAAATGGTAGAATACTTGTTGAATT ACATTATTTATATATATAAAAAATAGCATTCTCTTCAAAAATATGATTGAAAATATTTTT GATCTCATGGAAAGTTTAAAATTCAATCTCATATAAAGTTTGCTAACATATGTATTATTA TTTCACAAAATATGACTAAACTTTCTCAATAACAATAAGTATTATTCAACCAGTAATATT GAAGAACTCTCCAATATTTTTATTAGTTTTTTTAATATATATTTATAAATTATATTATAA CCTCATGTCATTAATAAGATAATGTTTATGTTCAAAATCATGATTCACACAAACATTTAT AAATGACTTTCGAGAAAATGCACTTTAATTATCACTAGTATGACCCATGCTTCCACAAAT ACTGGAGAGAGTGGTTGTAATTTTTTAATGAGAAAATAGTCATTACCCAGCTAATCTATT ATCAACTACACATTTATATTTTATGAGAAATTTATTGCAATAAAAATATTTACATCTTTA ATTTATTTCTTTTATTTTATACTATTACTTTTATTTGATTCTTTTGAATTATTATATTTT TATTTATTTTTTCATTTTTACCTTTTTCCTCTTCTTTATTTTCCTCTTTAACAGGACAAT ATCATCTCACCTTTGAACTTTAGTGTAAAAATGTTGAAGAATTCATTAAGTAACAAACTC ATTAACTTAGTTAATGAAGAATATATTTAAAAATTTATTGGATAATAAACTAATTAATGG CTAAAACCCATTTATTGAAATGGTTGCAAGAGTCTATAAGACTTCTTAGGTTAACTTTGT TAAATCGAAATCGACACTAGTCTCTTCGCTAGCCAACATCGATATCGTCATTTCGGTTAA TTAGTGTTTTTTATTAGTAATTTTTGAAGTATTATTTTAAGTTCTATACTAGTAGAAAAA GCATAAGTGATTCCGATAATGGAGTTTCTCATTATGCTATAGCTTCAATAAAGAACATCG AGATTTTGTTGATCAAATCTCCTCTAAAGTTTTGAGAATATGTAGTAGTCATGGAATGTA TCCTATCTAAAAAGACATTTATTTAGCTGAAAACTATTTTTAAGGTAAAAAAAAAGAAGG AATGAAAAATGAAAAAATAAAAAGTAGAAAACAAAAATCTAAAAGGAAATAATTATTTTT AATATTAAAAAAAGTAATATTAGTGGTAGGATGAGTCCAATCACATTTTGATGCGAATTT GAGTGTTCAATTTTAATGTCATTTTGAAATTGTCTAGGAAAATAATATAACACCCCTGAA ATATAAGGGTATAATTGATAATCTGATTATACATTTAGGAGTGATTTGATTATTTTGTCT TTTTAAATTAAAAGAGAGATTACTGTTGCAAAAATGCAACTTAAAGAAAATATTTAGTAT TATCCCAAAAATAATGGTGAGACAATGTCCATTGAGTGATTATATATCAATGCGGGAAGG GTTATAGTTGTAATTTTAATAAAAGCCTCGGGAGGTCTGAAGGGATTATATATACTAATA TAAAAAAGACGGGACGGATAAGAGCAGTGGCTTGGGGTTTGAAGGAGCTGAGCGGCGCGA GGAAGAGCGAGCGGAGCGGAGTGAGAGAGCGAATTAGGGTTTTGATAATCGGAATCAAGA AGGTCAGTGGAGCGCGTAAATCTAATTTAGTACTCGTTGTGATTTTAATTTCTTTGGTAT CCGAAGATCTTAGAGAAATTGGTGAGTTTGTTCTGAAATATGATGATGATGATGATATTT GTGTGTGAGAAAGAGGTGTGTGTCTGTTACCTGCAGGAAGAATCGTCTTGTGTGAGCGAT TCGTTTATAGAGAGAGGTGTGGTGAGATCGCGAGAGCGAGTTGAGTGTATATCCTACGAT TTCCACTCTCCGCTAATCAATTTGTCAGACAAGTTTTCGTTACCATGTCGGAGAAGAAGC TTGTGGTAAGTTTTGGTTTCTTTCTTGATTTTCAAGGCATGTTTGTCTTTGATTGCAATC TTAATGTGATTGCTTCTTGATTTTTAGGTTTTAGGCATCCCATGGGACGTGGATACAGAA GGTCTAAGGGAATATATGATCAAATATGGAGATTTAGAGGATTGTATTGTGATGAAGGTC AGTCTACGCAGCTACCTTGACTTTTATGATATGCATTGTTTCAGATATACTGTAGTTCCA AAGACTTTCATGACCTAACTGTGTGCAGTCTTGTTTTTTGTGTTGACAATGTTGTTTCTT TTTTTGTTTGTTAATTGTGCTTGTATCAGAAAATGAGATATCAAATCTGGGTTACAGAAG GTCATATATTTATCATTTGGTGCACAGCTTGCAGCTTTTAGTGCATTTAGCTTTCTTGTG AAAAACTTAGGGCTGTTATATCATTTATGGTGTAACAAAAACATAAGGATTTCCATTGCC CCAAACTATGTTATAGTTGTTAGGAGAAGGTTGTTGCTTCGCAGTTCGCTACTTGGAAAA TTTAGCAGAACTATCCGCTTAAGAGATGTCACTTTTGGAATTCAACCAAGAACGTGTCCC AAACTGGTTTATTTCTTGTTAACTACATTGGTGGGCACATGAGAACTGGGTCTCAGGAGA AAATCTTGTCGAATAACTAAATGGCAATATTAGGGTTTTTAAAAACAAACGTGATTCACG ACTCTCTTCTTCAATTTTCTCTTTGACACGTGTCTCTCTTCTTCAATTGTCTAGTAGATT CAAGATTGCGTTGGGTTCTTTCCTGGTAAAGTAAACCAGATTATCAAATGCGATTGCCTT TGGCCAGAGATTTTGCGCCTATTACTCGTAAGGCGCAACCCTGCAAAGGCGATCAATGGC GAGAAATGATGAGTGGTGAGGTGGCACCATTGTTGCCCTTTTATTTTATTCTTTTTGAAA AAAAACAAACGTGCTTAATAATTAAATGGCAATATTAGTGTTTTTAAAAACAAACGTGAC TCACGACTCTCTTCTTCAATTTTCTCTTTGACACGTGACTCTCTTCTCCTCAGCTTCAGC CTTTAGTTACGTCTTCTTCTTCTTTCTCCTCTGCTTTGCAGCTTCTCTTCTGCCATAGTC AGCTGCTCTTTTTTTTGCTTCTTCATCTTCTTCTCTTCTTTTTTTTAGTAGGTCAATGTG CCCAGCTTCCTATTACTCTGTTAGTGATTCCTCTGTTCTTATTTTATGGTCTGTTTTTTT TAATTTTCTGCAGATGCAAATCTGCCTTTCTACAGAAAAATTCCAGGTCCTATTTTAATT TTTGTCCAACTCAACTTAGTCATACAAGTTCTTGGGTTCTAGTCTTGTTCGTCAAATTGT CTCATGAATTATTGAGTCATTCAAGTTCTATGGTTAGTTTTTAAATTGAAATATTTGCCA ATATGGTATTGCTACTGAGATACTGGTTATTTATATATGCATTAAATATCTTCAGTTTTT TATATTAATTGGCGCCTCAATTCAAAGAGGCCAGCACCTCGCCACGAGGCAAGACATGCC CTTGTCGTCTTTCGACTTAACTTGCATTCCATTCCCAATTTTTGTGATGCTCTTTCCTTT CTAGTCATTCTTTAATAATGACATTTTTCAATATTTAGTAACATTTCAACTTTAAGCTAC CAATTTTATCCCTAATGAAATGATTTATATGATTTATAGGCACACAAAAATCTATAGCTT ATATTAGACCACAAGTTCCAAAAGTTTTCCTTTGTTTCTTAAATTCCGTGCAAAATCTAA TACGTTCACATAAATTGGGACGTAGGGAGTACCAAACATTGCCATGTTTGTGTATTTTGA TTCTGGTGTGTTTTGCCAATGATTTTATTGATTGCTTTTGTGACAATTTTAAACATAAAA TCAACAGTGTATCAGAAGATTGATCCGTTTTACTAATTTCCCAAAAGTGTGCTGTCTGGT TTATATAGTTAATATATATTTGCATTTTAGTGCTTTGAAAGTAAATGTGCTTTCTGTTGC TAAATTTCTTATCATCTGACTGAAGAAGACTAATGAGTATTGATCTTCATCTAGGAACGT GCTACTGGTCGTTCTCGTGGATTCGGCTATGTCACATTTGCTACAGTTGAGGATGCTAAG GTGATTTTGGTTTTAATTTGGTTTTCATGTCATTGTTGCAATCATATTTGCATACTACCC TCCAGTTAAACTTTCTTACAATGTATGGTCTTGTTCTTCGTCCTTGGTATAGCTTATTTA TGATTTTGTGGTTTTGATGCAAACTTGATTCCTACACTTGTGGATTTGTATGATGCAGAA TGCATTGTCTAAGGAGCACTTTCTTGGAAACAGAATGCTAGAAGTGAAAGTGGCGACACC GAAGGTGCAATGCTCTTACTCTTAATGAAAAAACTTCTCTTTGTTACTTTAGTATTTCAT CCAATGCTGTACTTTTACTATCTAGGCCAACTATTAATATATTGTGGTGGCTTGAGTTGA TTAAAATGGAATGGTTATCATGGTTCATATTGATTTCTTCATTTGGTTGGACATGAAAAT TGCATTATAACAAGTGAAAGCCCATTTTATAATCGTTGTGCCTCTAAATACTTTGTAAGG TCTAATACTGATGCTACTAATTTTTTTGGCAGGAGGAGATGAGGGCTCCTGCAAAGAAAG TGACCAGGATTTTCGTTGCTAGGATTCCTCCGTCTGTGTCTGAAGCTACTTTCAGAGGGT ATTTGTGAAGGATTGCTTTATTAAGATTATTTCTAGCTGGTTGGTTGCTTCATTATTAGA ATTTAATATCCTTATTTGATTTTCTTTTGCAGTTATTTTGAGAAGTACGGTGAAATAACA GATCTGTACATGCCAAAGGTTCCCCTGTCTCGTTGTGTCATTATTACTTTATATATGTGC TGTCATGTTCTGGCATTAAATCATATGATTCATTATGTACTAATTAATCTTACCCAATCT GCAGGATCCATCTACCAAGGGACATCGTGGAATTGGGTTTATTACTTTTGCAAATGCTGG TATGTCTCCCATCCTAATTTTTTGCAGTTTTTTCTTTATTTTCCAGGTATTTTCTGGCCA CATTCAGTTATTCCTCTGCCTAATATCTAGTTATTGGGAACAGTTTTTTAATAAAACATA GGAACTTATTTTTTGGCAGGAATTGTATCTTGTAGGAACTTCCTGGGTAAATCCTATGTA TCCATCTTATATTTCAGGGAGGGAAAACATTGAGTGTTGTAGTTGCAATGTTTTTCTCTG AAGGTGTCTTTAGTGCATTCACTCGGACAAGCGCTCAATTAGTGCAGTTAATTATTAAAA TCTGGATCAATCAGTTTACCTTGATTCAGCATAAGTTCTTTTAATTTAATTGTTATAGAT ATGAAGATCTTCAACCTTTATGCATTAATCCATTACTCCAAGAAATTCACATTCTTGATA TTGTAACATTTTTTGTCATTTTGGAATAACAGCTCACTGGTCAGGTGTTTAACCCGTGAC CCAACAACGGTTAAAACAATTAGGAGGTTAATAATTTCCCCTTAATTCCACACTCTGTAT ATTGCCTCTCGGGGTGCTTATTTTGAGCCTGATAATGGGGTGATGATAAATGAATTTGAC ATTTGAAGAGTTTCTACTGTAGATCAGCATAATATTTGATTTGATCTCAGCCTTGATTCT TTCGCTAGTTATTTTGGTGTCAACTTGTATACCCCCACCCCATCCGAAACTGTTCCACTG GCAGTCTAGTTATACATTCTAGGTATTTTGATTGACATTCATCTTGTTTCTGGAATATAA TTAACTAATAAAGTGTGTCTCTCTTAAGTGCACGCAGAGGTCCTGAGATCGAATCTCACC GCCACCCTATCAAAAAGAATTTCCATGTGCTTGGCCATGAAAAAGAATCAGGCCCGCACG TGAGGGGACGTGATGAGAGTAGAATTAACTAGTAAAAGTGCGTTCTCTCTAAAAATATTA AGCTTTTAGATTAGATGGTCACCCACTTCAACACATCTTTTATCACCTTTAGAAGTCTTG TAATTGTGCTGTCTCAGAAGAATCAGTTTCGTTTAATTTTTTCTAGGGATGTGGTAGCTA CCACCTTGTTTTTATTTTTTCACCCAGGTAGAGGCAGGGAAGTTCCCTACATGCATGCCT ATCATGTCTTCTGCAGACTCTAGTTTCTAGTCAGTTTTGTAATGATTTTCCTTTGAATTG AGTGGCTTTTGGTTTCTTTGCCCAGAATCAGTTGATGATCTGATGAGTGACACCCATGAA CTGGGAGGTTCCACAATTGTGGTGGACCGAGCAACACCCAAGGCAAGTTATGCATAACCG AACTTTGATGTATCTCCAGTGATATATTCTAGATGTCATTGAAGTTCACACGTTCTGTGA TGATTCATTAAATTTGCATTTTCTGCTGATGATTCTAGGAAGAAGATTTCAGACCTGTTA GTCGGATGTCTCAGAGTGGAGGAGGATATGGTGCATATAATGCATATATGAGTGCAACTA CTAGATATGGTGCGCTTGGTGCTCCTACCTTATATGATCATCCTAGTTCTATGTATGGAA GTAAGTAAGCAACAATTCTTTTTTTTTATGACAAGGGAAACCCGCAGCCGCTACCCTTTG GGTGCGCACAGGGACTCCTATGCAATAGCTCGCAAACCACAAAAATGAACAGTAAATAAT GACAAATATATCTTAAGCATGACACAACATCAATCATGCCTCTTATTTGACACAATTTTT TTACTAAGAGAATTTAATTAAATAAATCAGGAGGTGGAGGTGGAGGTGGAGGTGGAGGTG GAGGATTTCCATCTCGTGGTGGCTTGGGCCAGAAGATCTTTGTTGGTCGACTACCTCAAG AGGCAACAACTGAAGATCTTCGCCAGTATTTTGGTAGATTTGGCCGTGTTTTAGATGTGT ATGTCCCAAAGGTAAAATTCTCTTATTTTCTTTCATTTTGGGGTAACAGATCTCGTCTCA AGTAACTTGGTAAATTGTTTAATTCTGTTATGATTGCGATGCTTATCTCCTGTAGGATCC AAGAAGACCAGGGCATAGAGGGTTTGGTTTTGTTACATTTGCTGATGATGGTGTTGCAGA TCGTGTTTCTCGAAGGCCTCATGAGATATGTGGACATCAGGTATTTTTTGGGATTTTAGT AAAAAAAATATTTCCTTATCTTTTGTATCTCCCACCCCAATGAAATCTGTAGACCTTGAA GTATCAGTTGACCAGATTTTGAAATGAGACCATGGATGAGGAAAATCCATGGCCTGACGA CTAAATGAGGGGAAATGCTTTCCACTCTAGAGCCACTTGATGGATGATATCTTAAAACTC CCTGGCTATTGCCTAGGATGTTCTGCTTACATTATAAGTTTGTTTGAAAGGTTAACTGTT TTTTGCAAAATTTAAATCTATTGAAACTGACCTGGCCATTTACCTGGATGTACTGCAATT CAGCCAATAGAACATTGTTGTGAAGATGATAAAGTTTCAACTGTTTGCTTGGCAAATGAA AATATACATTAATGTGAAGTTGGGTTTTAGGGAGTTTGAACTTTTACATGCTGAATTTTC ACCCTCCTAAATGTAAAGCCAGCTTGGGCTACCCTTTTGGCTTCACTAATATCAGTGACC TTTCATGTTATGCTATGAGTAGTCTTATTCCTAGTTCTACCTTGCTTTTTTAGGTTGCAA TTGATTCTGCTACTCCTCTTGATGATGCTGGTCCAAGTAACAATTACATGATGGATCCTC CTCCTCCTGCTCCTGAAGCATATGGGGGATATGGTGGTCCTATGCGTACTTATGGAAGGA TGTATGGGGGCCTAGATTATGATGATGTAAGTATTTGAACCCTACTTAGCCAGTCAAATA ACTTCAGTTGTCTTGTCTTTAACTTTGACCTCCACGATAGAATTGCTTTTATATTGTTAA ACATCTATTGCCATGAAAGGCTTCCACCTTGACTGTTTCTTTGGGTGATTTTGAGCTTCC AATCCTCCCCTCTCCCACCAGAAAAATGGTCAATAACTGGACCTTCTTCCTGAGTCTTTC AGCTGTGGTTCTGACTTCTGCCTGGACAATAATTCAATTTGCTCTCTTTACTGACTGACC TATGCAATATGCACAACAATGCTATGTGATGCTTTTTATGTCAATGGAAGAAAACACTCA TGTTTACGGCATCTTCCTATCTTTTCAGTGCGGTGATTCAACTAATGGAGTAATTTTTGT ATTTTCATATTTACCATCCTCAAAAAGACAACAATTTATCATCATGCTTTATTCATACCT CTTTCCGGTTTTAGTTTTCTCCAAGTTTGTCTCACATGGATATTATGACCAGTCTGTTTA TTGTTAGTCCTTAATTTAATAGATGAGAATTCTGGTGATAACCTTTAAATATGTGATTTT CTTCTGGTTCTGACAGTGGGGTTACGGCCTGGGTGGTGGGAGACCTTCAAGATCAGATAT GAGATACAGGCCCTACTAGCTGGCCTGGTTGGATAGGAGGCGGTCAAGATCAGATATGAG ATTCAGGCCCTAGTAGCTTTGTGTTGCAGGAGGTCAGAGGCTGTCTGAATTTCCAATGGG TGACAACAATAGATATGTCATATTTATATCAGTTTATTATTAGGTGGACATCATAATACA TGTGCTACTAATACTTAAGTAATTGAAAAAGCAGTGCTGATGGATTGTGCAATTCACTTC ATACTTGATCCTTTGTATTAAATGTATTGAAGAAACAAAGAATGGGTGCTAATTCCATAT CCAGGAGTAGAAACATAGTTGGTAGTGAAGCAATATAGCAAATTATGTTTTATACCTAAA GTGAGTTTTCCTGGAAATCCGTTCTGAGAGATGAGTGGTTTCCTGTATTTATGTTTTTGT GGAAATCGGAAATTTAAATGCTTCTACTCGCTCCCCCCTCCCCCCCCCCCCCCCCCCCAA AAAAATGAGATACCGCATCGGGATCAGAAGTTGCGTCGAATAATAGATTTCCAGCTTGTC TCAATTATATGTAGGTTGGACTAGTGAAATATATATTATGTTGGTGTTCTAGTAAGGGAC ATGACTAGAAAATGCTGCATTTTTATGAGGTGTGTACTACAACCAGTCTGTCTTGGCATG TGTATTCTTTCTGGGTATTGTGGAGATATCAGATGGTATGGAATTCCACGAGACAGTGAT AAGGCCTGAATACATAGCCAAAAGTAGGTGGATTACTGAATAAAGCAGTCAGCAACGAGT TGTCTGTTCCTTTAGATTACCATTAACAACTGAGGCTCTAGATTTGACAAGAACCACCTA CAATGACTTGAATTTTACTTCAGAAAGCCTCATGCCTGTACACAAAATCAAGGGATACGG CAAACAAAGCAACTGCTAAATGATGTAATCTTGAAATACTCCCGAAATGGAATGATTCTG TGGGAATCCCTTCTAGGCTGACTCTCCGAAGTTGCACGTCTCATATTTTGGGCCTTCACC TGAGCGTGTCTAAGCTTGTTCAGAATCTTATCCATGGATGCTGACCTCCTCTTTTCTAGT TTCATCTGAAATGCAAATAATAGTTAAGTCTTCTTTTATGCTCGTCCTATTCTTTCAAAC AAGTATCAGTGTCTGGATATATGTCTAACGAACCTCAAGCTTTTGGATTTCTGCTTCTGC TTTGGCCTTCTGCAAGTTCTCCCAAGCAGCGATCCTGGCTTCCTCTCTTTGCGACCTTCA CAAAATGCACAACCGTTATTCATATATAGTATTTTTGCTCCTTGACAAATGCACCTACTA TAAGTATACATATGTATTGCCAAAAGAATGTCCATCAATCTTTTATTTGTGAATCTAGCA GTGAGGTGAAGGTTGTGTATTTCGCTACTTGGCCCAAATAGTTTCTACAAACTTGTGGAG TTACACATAAGGGCATGTCAGTTCCCTTGAAAATGTGGAATATTTGTATGGAAGGACAAG ATAGCTGCATTAGCAAACATAAGAAGCAAAAACAAGCCGGAAATGCATGCTTACTTTGTC ATACTCTTTGTTCCATCTACAACATCCCACGTTGAGATAGGCGAACTTATGTCTGGTAAT TGTTTCTTGGGTTTCCTCACCCGGCTTTTCCGAGATAGCCCTAAAATTGGGTCTCCTTTG TCAACCTGCACGTCTCTAATCTCGACTTTAGTGGAATGCTGCCTGCTCTGCTCCACTCCA GGAGGGATTGAAGATGACCTTTCCTGGGGAGATGTATGTGTACTGTCATCAGAGCTCATT TGTGTTGCCATGTCTCTCCTCAAAACTGCAAAGGAAATAGAATCTGGCTCCTTTGTGACA TCATCTGTTCATTGGATTCATCAACAACAGAATATCATTAAATTATAGTGGTGTACTTTA CTAAAGACATATCTTTCTCTCTCAAAAATCGTTTCATAACTGAACAATGGCCTTTTGCTG GTAAACTTGATGCTTAACAAACTTCAAACAAATGGCCTGAGTGTAGTTAAGAAGCATCAA AGTCATATTTTTTAAGATGAACCAACACTACTTGCAATCCTAGCATAACAAGATGATTAT TCATCTAAATCAGTTTATACAATTGCATACTGCTTTTTCATCCGTCATGTAGCACATAAG TGTAGATTCATATGATAGGAAGTCCTCAACACTTGGATCTTGTGTTACATGAGATATTGC CATCATCAATTGCTAAAACTTAGGAGGACAGTCACTGAACTTCGATTAAACTTCTGTTTT AGCTGGGTTTCTCATCAAATTCAAGATCCGTGTCTTAGCTATTAGTTATTCCCGATCCCA ATTCTTAATCTGCAGGCTACAACTTCCACATTTCAAGTGTCTTAAGACTCTATAGCTAAG TTGACTTAAATAATACATTTAAACCTGATATAGAGACAGTAGGACCGTTGAGACCTTCTT TTGCAAGAACTGAAGTGACAACAAATTAAGATTCACCAGAATTAGGTTAGTGCTTCTCTC GCGCTATGACAACCAGTACAAAGCAGGCAACGGAAGAAATGCATACCTGGAGAGCTTGGT ACTGAAGATTCACTGAACAAATCTGACAGACCGGGAGCACTGGTTGCTCGAGCCATACTA TTCTGAGCATATTCACCAGCACCATAATGAATGGATACCCCATCAGGCACCAGTACACCA GTTGTAAATGGTGAATTTGCAATGAAGTTACTTATACCTCCACTTTCAAGGACTGGCATA GAGGGCGAATAGTTCGGTAAATACATTAGGCCAGGTGGCCCAAGAGGTCCACTTTTAGAC TTGGGGCCCCTGTAGGTTTGTGCGTTTGGAGTCCTCCAAACACCATAACTTGACACTGGG CTAGTAATCCACCTTTCAGCATCATCCCATTTTGAAGGCACTGTCCTTCCACTATTGAAA GGCATCAATGCAGTAGTACTAATATGCCTCCTGCCGCTGTTAGTCGGCAACGGGACTCGT TCAGAACTCCATCCCTTCTGAAATCCTCTAACATTATTATCTCCATATTCTGGTGTTGCT GGGCTTGTATATAAACCCGAATTCCTCAAGGAAGTAGAATTCTGCTTCATGATTCTCAAT AATGGCAAATTGCATGCCACATAAATCTTGGAACAATAACCCTATCCAATTGGTTAGAAC ATTAAAGACCATAAATCTAAACTAGGCTTTTTACTATCACACCACCACTATACATCCAAA ATTAAAAAAATGCTATCCAGGTATGTCCTCATTTTGTCTTGAGCAACACAGAATTACTCT CAAAAATCTTGAAATTTGTGGCAATTAAGTAATTTAGAGGTTACAGTCATCACAAAGTCA GGACCACTGGAAAAGTTAAAATGGCCAAATATTGCCAGTAGTGGAATAAATTTATTACTA GTAGATTCAAAAGAAAGTTGACACCTGAACAAATTTTTATTCAGTAGCTCGTTCAATTAG TTGACTATCTAAACTTCTATCTTGTTGGCTAGCGTTCGATTCTCAAGTTGTTATCCCCTC CCATTTTTCCCTAAATCTAATAAACACAAGAAGATTTGAAGCCCCCTAAATTTAATCAAC AGTATCTTCCGTCCCCAGAAGGGCAGAGGAAGAAGTAGAAAGAAGCAATCAGCAAGAAAG TTGGTTATTCCTATTACCAGTTATATACCTCAATTATACAAAGTTAAAAAGTAAAAAAGT GCATGTTGCATTCAGGACCCCTGAAAAAGGATGAGAAAAGTGGGGGGAGAAGCAAAAAAG CACAACAAGTTTCAAACTTTTACAGCAAATAAATGTTGATTAAGTGAAGCTTTTACCTTT AACTACTGCTAATGCAGAAGAGTTCAGGCTTTTACCAACTTTGAGTTGTGGTGCTCACAG CTGATTAGTGTGAATGAGTGAAGAAAATGTATTGGTAGTGACATCCGAAACAATAATTTA ATACCCAGAGAGAGAAAAAAAACAGAAAAGGAATAAACAAATGGGAGAAGGGTCACCACC TAGTGTGAAAAAAAAAATCAAAAAACTTAATAATGGGATGTTTGACGATTGGGGCCTACA GGTACCACGACGGCTGAGGGTTCATTTAAATCTTCTTAGATTAAAAAAAAAATTACATCA TTTAAATCCTCTTATTTACTTTTAAAATATTAGTTAAAATTTTAATTGAGATTGTCGTAC CAAAACATTAAAAGGGAATAGAAGAGAAGTTTCCTAAGTATGGACAGGAGAGGACCGACA GAAGCAAGAAATGGGTGAGGGTTGGCACAAACAAATTTGTCCAAAATAAATAGGCATTCC CACGTGAGTAAGCTTAAATTTGGGATTATACTTTTTGGAGCATTGCACTCCATTTCTTTT CATTGACACATATCAATTATGATTACTTTTTATTAGCACATGATTTTGCATATCAAAGCT TAGATTATTGCTTTTATATCAATTTTATTGTGGCTATATAAGTCACATCCTAATTTATTT TTAATTTTTTTTTAAGTCTTATCTTCTTAGTTTATTTTTGAGGTGGGGGCCTGTAAATAT AGGAAGAAGAATGGATGACATTTATACCCTACATTAATATAAATGACTAGAGAAATTCAA ACAAATAGGCAGAAATTCCTAGGTCCTACCATACATTCCTAAAAACAGCTTATAAGTAGC TCATTACTTTTTATATAAACATAAATGTATAAAAATTGTTTCTAATTATATAAAGCAGAG AAAATTATATAAATATATATTTTTGTTTCCCTCTCTCCCCTCTTTCAGATCTCGCTCGCC ACTCTCCCAAATCTTGCTCTCCGTTCTCGCCTTTCTCCCTTATACAAACAAAAGCGAAAT GTATAAATTGTATTTCTGTTTGTATAAAGCGTGAGAAAATTGTATATACACATGCAAATA CTTATATTTTCGTCCTATACACTTAGAATTATACAATAAAAGTACTCCCCTGCCCAGTTT CTTTTGTCTTTCTCTATTTCTCGTTTTATACAATTTTCAAATTGTATCTAATTTCTCTCT TTCCCGTTTTATACAATTCGATTCAATTGTATATTTCTTGTCAAGTCTCTTTTGTCTATC TCTCTTTTTCATTTTATATAAATTCAAATTGCATATAATCGTTCTATACCATTATAATAA TACAATTCGTTTTATACACTTCATTTTTATACAGTTCCCTGCTCAAGTGTACACTTCGTT TTATAAAATTTGCTTCAACTATATGTGTATAGCGAATTATACAGTTTTTATGTTTGCTAT GGAGCGCAATTATGCAAACTTTGCTATAGCATACAAATATGAATTTTTTATTTGCTATAT GTGAAAATTGTCCAAAATAAAATGACAGACATTGAGAGTGTGTTTGGTATGAAGGAAAAT ATTTTTTGGAAAATGTTTTTCAATTTTCTCATGTTTGGTTGGGACAAAAGTTTTGGAAAA TATTTTCCAAATCAACTCATTTTTCTCAAAATTAAAGAAAATGACTTCCCTTCAAAAATT AAGGAAAACATTTTCCAAAATTCTCCTCCAATTTTAAGTTATATTTTTTTTGGGAAAAAC AACATTTTTTAAAAAAAATAATCAATTTATATATATTTTTTTACCCGATCCCTGAGCCCC ACCCACCCACCACCGGCCAGCCCCCCTCCCCACAAAAATAATTTTTGCTTTTTAAAAATA TTTTCAACTTCAAATTTTTATTTTTAAACTCCTACCCCCCCCCCCCCCCAAAAAAAATTA ATTTTGTTTTTTAAAAATACTATGAAGTTCAAATTTTTATTTTTTCACCCCTGCCCCCTG CCCCCCCCCCCCCCTCCCTCCATCCCAAATAAAAATTGTTTTTAAAAAATATTTTCAATT TCATAGATTATTTTCTACTCTAGTAAAAATAAAAGATGTCTCTGAAAAACATTTTTCATT CATAAATCAAACACAAAATCATTTTCGAAAAATATTCTACTCACCTACCAAACATGAGAA AAAGCCCAAAATCTACTTGTTTTCTAGGAAAACATTTTCCATGAAAAACATTTTCCTTCA TACCAAACACACTCTGAGTCCAAAGACTTAAAGTTTTGTTAATTAAATTATACTATTTTA TTTGACGTTCTTAATAGTAACTATATTAGAAAGAGATCTCTAAAAGAAGGTGTTAACTTT GCCACAAAGGTTTAAAATCTGAAGAAATGGAGGGAAGGATCAAAATAGTTCTTTTTCTTT GGGTTAAGGCTCAAAGTGATCCTTGAGTTTTTACAAGGAGCACTAATAGTCTGTCGTGTT TGCAATATTGATGCACTTTTGGTCCTCCTCCAAAATTTTATCTATTTTTTAGCATTAATT TTATCCATAACCTATGTATGGGATGTGCAATCGTCATTTTATATATTTAGTAGAAATAAC AACTCCATATGAAAGTATGTGAGAAGAAAAATACTTTGTTTTGTTTAGTAGAAATCGTAT TGCAAGTAAAGTCGAGAGGTCCATCACGATAATTTCACGTGCAATAGTACGATTTTTTCT TTTCCTGCAAAGTCATATGTTAAGATGTTTTTAGTTTAGCTGTAGTAATATTTCTAATGA ACAAAACAAGTTGTTTTTCTTATCACCTTTTCTCAAGTAGAATTATTATTTCTATTATAT ATATAAAAAGACAATTGGACATTCCTTATATAAAGTTTTGTACAAAATTAATGCTAAAAA ATAGGCAAAATTTTACAAGAGGAATCAAAGTGCACCAATATTACAAACATGCGGGACTAT TAGTAGGCCATGTGAAAACTCAAAGATCATTTTGAATCTTAATCCAAAGTTGAGGGACTA TTTTGAACCTTTACTCGAAGAAATGACACTTTTTTAAGTATTTTTTATTTTATTAAGTTA AGCTTTGATGGACAACTTCTTTTTAACTTGAAATTAACAAAGCCCAACATATAATATTAT AAAAATGATTTCACTAGAAATGAAAGAGACAAGTCATATACGTAACAGAATAAGCTAGCA TGGAGCGTATGGCTATCGTGTTGATATAAGTTTTCTTGGGACAGTAATCTAATCTTATGA AAAGAACATAAAAGGAAGTGTTGTAGCAAGGCTACATATATAATTTTTTTCTCCGATGTA CCTCAATGTTATTTTTCTATTGAATCATTGAATCACCTATAATATATTTCTTTTAAACAC CGTTGGCTGATGTGAAATCAGGTTTTGCGAGGGATATTGACAGAGGATACATATGTTGTT CCAAAACTCATTAGTTCAATTGATAGTGAAAACGTTCGAGAATAATTGTGTTTTACTTCA AATCATTTGAACACATTAGAAAACAAATGAGACTTTGTTGGAATTTTGACCCCCAAATTT GCCTAAGGAACAAGTATATTCTATATGTTTCTTTGCAGATTATAACAGTTACGTTTTGCG AAGCAAATAAAATAATGACACAATATTTTATTGTTAAAAATCTCAACTCATAAGGGGTAA AAATTACAACTTACGACTCTGTAGGATTTAACTCCACTTTATTAAACTCCGAACCTCAAC AAAAGATTACAAGCCTATTTAACCTAAGGAATTATAAACTCTAATTCCAAGCTAAGAAAT TATAACTCTAATTCCTAGCTAACCAAGACAAAACCCCCCAAGTTAAGTCTTCTACCGTCC GTCAAGTTTCTCAAACTTGTTAGACGAATCCTACACACGCACTTAACTGTAATCAAAACT CTTAATTACAATCTTACAACTTTTCCTTACAAATTGGCAACACTCCCAAGTAACTCTCAA AACTCTCTCAAACCTCTTGATAGTGTTTTGATCTGCTCTCTATGTAAGTACGCAAATTTT TCTTATAAAATAGCTCCCTATTTATAGATCGGAATTTCAACAACTCCTTGTTTGATTCAA CTTCTTCTTTGCCTCTACAAAACCTTGTTGAACTCAACTTGGACTTCCTTTTGTCTTTTC CGCAACAAAAACTTATGCTTCTTTCCTTTTAAACGATGCCGCCTCAAACTATTTCCTTAA ACAAGTAGGAAACAATTTTCCTTCTTTGTCTGGACCGCCTCAAACTATTTCCTTGACCAA GTAAGAAATAGTTTTTCCTTCTTTACTTAAACCTAGTCGAACCCAACTTGGATTAAGTAA TAACTTGTACAAACACGCTTTCTGATTTAACTTGGATTCATCAAAGACGTGTTACTGCCT GCGACATGTTACTGCCTGTGTCTTCGCCGCTATACAACTTGTCTTCCTATGTTACTGCAT GTGTCTTTGCCGCTATACAACTTATCTTCGCAACTACAACATGTTACTACCTGTGTATAT ACAACTTTGTCATAGTTCATAAGAACTTCTTTTCACAATTAACTATAGAAACTATTTTCC TTAAATAAGAAAACTCTATTGAAACTTATTCCGTCGTCGACTTGGTTAGCACAACCTATC ACGTTAGCAGCACAACCTATTCTACGTACTTTGTCAATCTTCAAAATAATCAGCAATTCT AGCGTCTGACAGACTAACACACAGTTTGTCTTCATCCCTTAAATCAAGATCATTACAATG CGAACATAATTGAAGACATTTACAGTAAAAAAGCCGATCAAAATCCAAGAATTGTTTAGA CATCTAATTGGTTAATAACTGAAAAGTTGAAAAATAGAGATATAATACATAAATATGACC TATAGCTTGACATTAGTTGATAATTATGACCCTTGACTTTGAATACACACAAGTAGACAT TTAAACTTGTATGAAATTGAACAAGTAAAAACATATGTCCTACGTGACATGATACACGTA GGACACAAAATTCTCATGTAGGGTGTCATGCAAGACAGGTGTGTCTATTCAATTTTATAC AAATTTAAGTGTCTACTTGTGCACATCTAAAGTCAAGGCTCATAATGCAAACTGAGGCCA AGTTAAAGGTCATGTTCATATATTATACCAAAAAACAAAAGTTACCTATAAACAAACAAA TAAAATGGAAGTAAATCGCACATGTGAAGTCCCATGATTTTAATTATTAGTCGATAGAAG ATGTTGCTTAATTATATAGCTGTAAAAGCTAATTTATGAATCTCTCCTCAAATTCCAAAA TCTTATCCCAACTAAACAGTAGAAATTAAGTATTAATTTCAATTAATAGAAAAGCATTCA GCAACCAAGTGGAGAATTTGGTATCTGTTGGTTCTTCTTTTGGAAACGAAAGAAATGGAC TAATGCCAAATAATAATATTTAAAGTAAAAAGCAAATTACTTTATGAGTTTCAGTTATCA CTCACAAACTGTTTAATCTAATCAAGGATGGAAGTATTTATTATAATTGCTAGAAATGGA CACTATTTTCCACTAAAAGAAGGGAAATAAGAAATGATCACCTCTTTTCTGGACATAAGT CATTTTCCCTCACAATTAGTCTTTTAACTAAGTATTTAGAGTATTCTAAGATTTATGAAT ATTGTGACAAATTTAAAATTCGTAAGTTTAGATTCTATCTTTTGACCCATCAAACCAATA AACAGATTTGAAATAATAAAAACATATATTTGATGAATATTCTTCAATTGCACAATTTCA GCCAATGAAAAATCTATATTCTTAAGTAGTTAGTTTTATATTTTGAATAATACTAGAAAA GACATTTCTAAAAAATATCTTGGCAAGAAACGCACAGGTTTTAGATTTGCACCACATAAT TGCTTTATTATTATAACAAACCACATGGATGAAGACTTGTCTAAAATTTTATACCACAAA ACCATCAAAAAATCTAAAATCAGTCTTTATTTCCCTCAACAAGGTCTCTCTCCTCTTTCA TTTTGGTGGAAATATTAAGTGGCCAAACTCGTAGATGAAGTACTTTTCTAATATAAACTA TGAAAAAATATTTAGCATTTTACCACGATTTTTATTGATAAGTTTGGAAATATATTATTT TTTGTCGAATTATTTTCTGGCTGTGTTCTGGACTACGTTGTACAGTGTATGCCATTTAAT TTTATTTTGAATGTTCTATTTTTTGTTTTTGTAGGCTAGTCAATTTCAAAATATCCTAAA CCTCATGTTATGGTATTTTGTTTGTTCCATTTACTACCCCACAAAGAAACCACAAAACCG TACTGTGATTTTTTATTTTTTTTTAAAGATTTTATTATTTAATGTATCGTTATTTATTTG AAATAGTACTTTAATATTATTAAATATAGATATATCCTTCTTTTTGTGAAGATCACTTAT TATTAAAGTTCTAATACTTAATAATCACCACGAGCTATCTTTGTACAATTACTATGCAAA ATACTATAAATAGTACCACTAATAATTACCTCCAACACCTTACAACTCTACTACTATTAC AATTCACAATCATTATCACTATCATTATCAGTTATTATAATTGCGTTACTATATATTATC ACAATGCAGCCAAGATAATCACCAGTTCACACCAGCTATACATGCCCATATCAAATCATA GTTTATTTCAACCGTCATCAGTGTTAAGTATTTCTAAAATTACTAGTTACTATCATCAAC AATTAGCTTCCAATCTTTTCACAATTACAGTTCACTGCGCCCGCTCCTTTAAATTTAAAG GGCGGCGGCGTTCAAGCTTACCTTATTATTAGAGAAAGGTTTGGAACGAAGTAGCCTTTG TTGTTTGACAATCACCACTATTAACTAATATTGTCACTAGCTATTTACGATAAATTACTA CCACATAATTACTCCCATCACTTAATAACCTAATATGCATACAATATTTAAATTGTGGGT TTATTAATTTTGTCATTTGAGGAAATAAAAACTATATAATTAGATGTAAATATAACATCT TGACATTTAAAGACATTTGAATTAAAAAAAAACAATCCTTAAATTTTAAAAACTTCGTCG TTTCCTCTTTTTTATACCACTAGATAGAGTCCACTATCGGATTAATTTGGATTCTCCTAC ATATAAGCCTAAAAAAAATACAACGAACTAGCTATTAAAAAGAATTTTATTTTTTGAGAG GTAAATTTCAAAATAGTGTAAAAAGAAAAATCTAATTTGACTTGATACTAAATTAAAGAA ATACAAATGTATAAGAAAGAAAATGATGCATAAGTCAAGCAGCTAAAAGAAAATATCCAC CATTTATGAGTGAACAAGAGTCAAAGATCTGGCTGAGCTTAGTCATACAAAGAAGCAACA ATGAGAAGCCACCTGGCCATGGAATCTACATCATTGGTGCTGCTTAATGCATCATGGATT GGTTCTCAATCTTCCTCTGCCCCACCACCACCACCCTCACTATCACCCACAAACTTCCAC TTCCTTTTCAAATGCCTAACAAACAAACATTGGCCTAATTAACAACTCCCATATATCATC TAACTTCTTCTTTTCACTGAATCATATATTACTTGTTTGGATATCAATCTTCCTTGCCCC ACCACCATCCTCACTTTAACCCACAAATCCCACTTTCTTTGGCCTAATTAACAATTTTTT CAATAAATCTTCTTTTCACTGAATCATACATACATTGGAAGAAAAACTCAAATCTTCTTT TCTTGAACTGGGGTTCAATTAAAAGATGTATTCAACTGTTTTTTACACTTCAGTGCATCC TTCCACTTCAGTTTTATCAAGAAAGCAGCTACCTTTATTGATTTCCAAGGACTTTTCTGC AGAGTTATATCATTCTTTACCTTGTAGGAGCTTGGAAAATGGGCATATCAACAAGGTTAA AGGAGTAAAAGTAAAAGCAACAATTGCTGAAGCTCCAGTTACTCCTACAGAGAAGACTGA CTCTGGGGCTAACGGTGATTTGAAGGTTCCACAGAAGAAGTTGAAAGTACTTGTTGCGGG TGGTGGGATTGGTGGGTTAGTGTTTGCTTTGGCAGCAAAGAAAAGGGGGTTTGATGTATT GGTGTTTGAGAGGGATTTAAGTGCTATCAGAGGAGAGGGACAATATAGAGGTCCAATACA GATACAGAGCAATGCATTGGCTGCTTTAGAAGCAATTGATTTGGATGTTGCTGAAGACAT TATGAATGCTGGCTGCATCACTGGTCAAAGGATTAATGGCTTGGTTGATGGTATTTCTGG CAACTGGTAAATTCACATCACTATGATTTCTTTGTGCTAATTAGGTGCTTGTTTATGCTT TACTCTGATATGTTTTACTTGAGTCGACATCAAAAGTTAGGGATACCACCCTCCTCAGAA CCCACTCGTGTGCTTGTCCGAAGAGAAACTCTTGGTGTTATTTAACAGTAACAATCATAC ACAAGCTTTTACTAAGGATAACTGAAGAAGATAATGAAATACTTAAGTCTTTCAGAAAAT TATACTGAAATTATTTGAGGGAAAATAATTCATTTAGTGAAAAGTTTATTGAGTCATAGT TGTTGAGCTTATTCCGGAAAAGGATCCATATTTACCTGCAATCAGATTGGTGAATTGGTC TCGTTATTGTATGAACAGCTTTATTATGAGAACAGTTCCTTTTTAGTTCTTGAACTGCAC ACAGTGACAATAGTTGGTTTTCAGGTATTGCAAGTTTGATACGTTCACTCCAGCAGTGGA ACGTGGACTTCCAGTGACAAGAGTTATCAGTCGCATGACTTTGCAGCAGATCCTTGCACG TGCTGTTGGTGAGGAGATAATTATGAATGAAAGTAATGTTGTAGACTTTGAGGATGATGG AGAGAAGGTATCTGGCTATTTCCAAAACTCAAAATATCAAGAAAGATTAGAACTTCTGTT AGTTTCATTTAAGATTGTGTCGATCAGTGTCAATGGTAGCTAATTGTTGTGTCTTATTAA TCAATTTTCATTATAGCTTCTCATGTTTGTGTGAAATCAGGTTACTGTGGTTCTTGAGAA TGGACAACGATTTACAGGTGATCTTCTGGTTGGTGCTGATGGCATAAGATCTAAGGTATT CAAAATCAGTCTCATTCTATTTCCTTCTAATATTGCTACTTGTGTTGATTACAAGGATAG AGTAACTTGTCCATATGTTACTTTGAGATTGTGGTCCATGTTAAAAAAGTAGTTGGTCAA TTCGGCTTGGTTTAGAAGATCTCAAACATTGGTGTTTATTGTAGGTACGGACTAATTTAT TCGGACCCAGTGAAGCTACTTACTCTGGCTACACTTGTTATACTGGAATTGCAGATTTCG TTCCAGCTGATATTGATACAGTTGGGTATGATATTCTTACTTATCGGATTGTCTTTTCCC TCTTCATGTCCTTAGCTGGTCCCCTTATGCTCATGCTATGTTGTCATAGTAAAGGTTAAA TTCAGATTTCTTTTCTGAAGGTACCGCGTCTTTTTGGGCCACAAACAGTACTTTGTTTCT TCAGATGTGGGGGGAGGCAAGATGCAGTGGTATGCATTTTACAATGAACCAGCTGGTGGT GCGGATGCCCCAAACGGTAAGAGTTTTTAGGCCGTTTGTAGTTCAGGATATAAACGTGCT TACTAGAAGACGTTTCTGAATGCTTGACTTGTTAAGTAATGTCTATATAACCCAAGGGGT TTCTCGAGGATTTTTCCTTGTTGAGACCTGATTATAGTGCTGCAATAAGGTAAAGAAGAA GTCAAGATTAGAATGAGATAGATTCAATGAATTGTGAGTTGGAAAGTTTTGAATTGAAGT GCTGATTCATGCATAATCTAACTTTTGGTAAGCAGTTGCACTCTTACTCATCTAATTCAT TTCTGAAGAGTTTCAGAGAATGATGCACCACAATTCTTTGTTTCTACTCATAGATGTGAG GTCCTTACTTCATCACAGAAATTGTTTATTAACTTGTATATGAAACGCATGTCTTATTAT ATTGTTGTAGTAGTACCAGTTTGGATAAAAGAATCACAAACTTTTGGGGGGTTGGCACTA CATGAGATGAGTATGGTATCTTGACACTCTAAATTGCCACTATGATGCTCAAGAGGTTAG GAAATATATGTAGTCATATTGTCATTACATTGGTTGTCAATAGTTTATCTGTTCATGCTG CAGGTAAAAAGGAAAGATTGCTTAAAATATTTGGGGGATGGTGTGACAATGTTATAGACC TATTAGTTGCCACAGATGAAGATGCAATTCTTCGTCGTGACATCTATGATAGACCGCCAA CCTTTAGTTGGGGAAGAGGTCGTGTTACATTGCTTGGGGACTCCGTCCATGCCATGCAGC CTAATTTGGGTCAAGGGGGATGCATGGCCATAGAGGTACATTCTTTATAGTAACCTTTTT TACTTCACTTAATTAACATGGTATTATTGGTCGATTCTATCCCTTAGTCCCTTCTATCTA AGAACTAAGAAGTAGGGTATTATTGTTATGTTGTGTAAGCCACTGAACGTTTCCTTTTAC AACTACAGGATAGCTATCAACTAGCACTGGAACTTGAAAAAGCATGCAGTCGAAGTGCAG AGTCTGGAAGCCCTGTGGATATCATCTCATCTTTAAGGAGGTAATCCATTATTTATTGGC TCAAGTGATGTATAGTGGTTGCTTGAATACACGCTGTTTGACAATTGAAAAGTCATTTAA AATTGGCTGAAGTCTTAACTTCACCTTACCACCAGCCAAGAAAGCCTGCTTTAAATGCCT AAATGAAGATGAATTGACTTGAACAACTTCTGTTTCTGCCAGTTAGCTGATCCTTTTATG ATTTTCTGTATCCACAGCTATGAAAGTGCTAGAAAACTTCGAGTTGGAGTCATCCATGGA CTGGCTAGAATGGCTGCAATCATGGCATCTACTTACAAGGCTTATCTTGGCGTCGGACTT GGTCCACTATCAGTATGGAAATCTGTCTCTCTTTGAAATATGAGTAGCTAAGTTGTCTGA TTTAGCATAGATCTTCTTATGATATGGATTTGGATTTCTATCATTTTTTGCAGTTTTTGA CGCAGTATAGAATACCACATCCTGGAAGAGTTGGTGGAAGAGTTTTTATTGACTTGGGAA TGCCTCTGATGTTAAGTTGGGTTCTAGGAGGCAATGGGTAGGGAATATGCAGGCCTTTTC TTGGTTCAATATTTTAAACATGAACTTGATTTTACTTATGTGATCAGCCTATAGCTAGAG AGTGAAATTGCAAAGCCATATATTTATTTTTACTTCTAATGCTTCTTGCGGTGAACCCTT CCTTTTATCACAGTTCAATGGTTCATGATTATTCTGTTGATTCTGTTTAGTCGGAACTTT TACTCGAAATTCTTTTATTGTACCTAAGCTTCAAATTATTAGTTCTTTTTTGTTCGGAAA AATTAGAAGTTGAGCTTTCCCTCATCCTTGATGAGTTCAATGGATTCTTGGAAGTTGATA AACTAGTAGTTTGACTCGGCTTTTTTTTTCTTGCAGGGACAAGCTTGAAGGCAGAATAAA ACATTGCAGGCTATCTGAGAAAGTATGTAGACTAAGGAATTATGCACATAAAAAATTGTG GTTTCCATTGTTACATAATTAACAAGTATGAATTTTATGGGAGTATTAATACACTGTATT GTGGTAATGAAGGCAAATGACCAATTGAGAAAATGGTTTGAAGATGATGATGCTTTAGAG CGTGCTACTGATGCAGAGTGAGTTTGACAAGCTTAATCTTTACAAATTTCATTTATATGT ATGTCCTGTTTTTCTTGTTTGCTTGCTAATTTTGATGCTTAATTTTTATCTTTCAGGTGG TTACTTTTACCTGCGGGGAATGGCTCTTCTGGTTTAGAAGCTATTGTTTTAAGCAGAGAT GAGGATGTCCCTTGCACTGTCGGGTATGCTTTTAGGTTATGGTTTATTGGATTTAAGATT GTTCATAGCTGACTGTTACGTCTTTGTGGCACATAGTTTAAAAGATTTAAATAGTTCAAG TCATTTTATTACTTAGCTCTCGACATAATCATACACTATGGTGTGCATCAGTTGCAAATA TTTCACCATCAATCTCCTCTAATTTACACATCCAATCCATGCACATACTTTCAAAACTGT GAACCAGACAAAAAATGAATTTCACTTGGCTGTAAAGGGAGAATGTATAACGCAATATTG TTTTATTAGAATAGTCACTGACAGGCTTTTGGTTTCAGGTCCATCTCACATACAAATATT CCTGGAAAATCAATAGTTTTACCTTTGCCACAGGTGATTGCCATATTATTCTATAGCTCA GTATCCTGGACCTTCTTCTGGTGAATGCATGATTGAATTGTCAAATTTCTTTTTTAATCT CAGGTATCTGAAATGCACGCCCGGATATCATGCAAAGACGGAGCATTTTTTGTAACTGAT TTACGAAGTGAACATGGTACCTGGGTTACAGAGTAAGTTCCATGTGTTCCTGTATACAAC TCTACTATTAGATATCCCATTTTATGAAAACAATAGTTACGATTGATCTGCGTTATCATG TAGTAATGAAGGCAGAAGATATCGGACGTCTCCAAACTTCCCTACACGTTTTCATCCATC AGATGTTATCGAATTTGGTTCTGATAAGGTGAGATTCATCAAAGTATTTTCTCTTTAACG CAAAACTTTGGCATTAGCATTATTCTTTTAAACCGTCATGTGCAGGCAGCATTTCGTGTT AAAGCAATGAAATTTCCACTAAAAACTTCTGAAAGGAAGGAAGAGCGCGAAGCAGTGGAG GCAGCGTAAAGCTTGACCTGATATAAACAGGAAATTGTACAGCATTTTATAGCAAACATC AGGCGTTGAGCAATTTAAGCATAGTTAATTTTGTATACTGTAGGTTTTAGAAAAGATCCA TAAACAAGACACCATGAAAGAAAATACAGAGATTCTCCTAAAGAAATCTGGAGAATGTCA TGGACATTGTCTCTTATTCTACCATTGCTAAAAATATATTACTTCTCTATGTATATACAA TTATAGTCTAGATCTACTTCATAAATATTTTCGTATGACAAGTCTTCAATTTCAAAAATT AACTGCTAATTTATAACAAAAAAAATTATATGCTCCAATTACGAAGTTAATGTTAGTAGT TGACTGACATTGAAAAAGCTTAGACCATTGTCCAACGTCCATATTGCACAACATACTAGG TTTACACAGTTCAATTTGTGTTGGATTTTGCCGTAAATTTTGGTGAGATTTAATTTATGT TATATTTTATAAAAATATTTATAAGCATATTTTTTCTTCAGAAGTTTTCTCGGAAAAAAA CTCTTTAAAAAAAATTAAAAAAATAATTCTAATGCTTTTCAGAAATATTTATTATTTTCA CCCGCTTAGACAAATAAAAAAATGAACGTTTTTGTAAGTAAGGAGAAAAAGGACTTTTGA ATTTTGAGTTCTTAAAAATTGGCCGGTCAAATAAGCTACGTCCAAAAAAATCAATTATCC AGGAAATTCAAAATAGTATAACAAGTAAAGAAAATTACAATGCACCATTTTTTACATTTG AATTCTAGATAGCTAGATGATTAGTTTTGAAAAAGGTTATTTAAATTTCTTAAAATATCA TTCGACCTAACTCTCATCCCAAAAGTTAGCTCAAAGGGAGGAGTAAAATTAGGTCTTAGG TCTAACTCACACCCAAAAGCTAGCTCAAAGGGACAAAGATTGTCTAAGCTTTATAAAGAG TTCACCTATCTCATTAATCATTCATGTGAGACTTTTGTCATTCTTTAACAACCCACCTCA CGCCTAGTGCTTAGCATCTGGTGTGTGGTAATTTTTTATTTTGGGGCCCTATCATCGGGT GAGACGGACCCTGCTTTGATACCATGTGAAATTAGGTCTTAGGCTTAACTCACATCTCAA AAGCTGCTCAAAGGGAGAAGGATTGTCCAAGCCTTATAAGGAGTCACCCATCTCATGAAT GATCAACCTATAGCACCTTCATCAATAGCTCCCTCTCTCAGAAGGACTTCCAGAACCATC AAAGAGCCTTCTGGGATGCTGGACTACACCATCTCCACAAAGAAAAACAGTATTAAACAT CTTTTTGGCCAACTATCTGTGTTATGACAATAAAACTCCTTGCTATAGGAGTTACTTGAG CAAGTTCACTATTCCTATTGCAGAACCAAAATGCTACAGACAGGCCATTAAGGATGAGAA ATGGATCCAAGCAATGAAACAAGAAATTCAAGCTCTTGAAGATAACAAAACTTGGTTAGT TATTGACTTACCAAATGGGAAGAATACTGTTAGCTCAAAATGGGTGTATAAAGTCAAATA TAAGGCCAATGGTGAGATGGAGAGATTTAAAGCCAGGCTGGTGGTAGAGGGATATAGCCA GCAAGAAGGGTGGGATTACCATGACACATTCTCACCAGTTGCCAAGATGGTGACTGTAAG GTGTGTGATTGTATTGACTGTATCTAAAGGATGAAACTTGTATCAAATGGATGTCTATAA TGTCTTTCTTTAAGGTGATCTAGATGAAGAGCTGTACATGGAAATGCCTGAAGGTTTTAG ACAACCAGGAGAAACTAAAGTGTGCAAATTACTTAAGTCATAATGGCCTTAAACAAGCTT CTAGGCAATGGAACTTGAAGATCACAAATGCTTTATTGGACACTAGTTTTACCCAATGTG CTCATGATTACTCCTTGTTTACACTAAGAAGAGGTGAAGCTTTGGTCCTTATTCTTGTTT GTGTGGACGATTTGCTGATCAAAGGAAATAATGAACAACTTATCACTGAAGCCAAAAACA GTTTGCATAAGGCGTTTAAGCTAAAAGATTTGGGTGAGCTCAAATATTTTTTGGGAATTG ATGTTCTCAGATCTCCCAAAGGTGTTGTTTTGAATCAAAAGAAGTATATCTAGAGCTTAT TGCAAATTCAGGGCTTACTGGTACAAAACCAACAACCACTCCCATTGAATCCAACGTGAG ACTTACTTCAGTTGAACATGACTTAGTAACTGGCTATACTGAAGATGAGGTTCTACATGA CATTTCTCCTTATCAAAGATTGAT GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_1 match_part 0.955 17669 17977 match_part 0.937 18069 18274 match_part 1.000 18754 18787 match_part 0.939 19578 19756 match_2 match_part 0.957 17863 17977 match_part 0.937 18069 18274 match_part 1.000 18754 18787 match_part 0.958 19578 19983 match_3 match_part 1.000 22056 22460 match_part 1.000 22540 22736 match_part 1.000 23283 23316 match_part 1.000 25212 25316 match_4 match_part 1.000 22096 22460 match_part 1.000 22540 22736 match_part 1.000 23283 23316 match_part 0.992 25212 25461 match_5 match_part 0.937 22098 22460 match_part 0.954 22540 22736 match_part 1.000 23283 23316 match_part 0.944 25212 25391 match_6 match_part 1.000 22102 22460 match_part 0.990 22540 22736 match_part 1.000 23283 23316 match_part 1.000 24919 24961 match_7 match_part 1.000 22102 22460 match_part 0.995 22540 22736 match_8 match_part 1.000 22102 22460 match_part 1.000 22540 22632 match_9 match_part 0.997 22102 22460 match_part 1.000 22540 22625 match_10 match_part 1.000 22102 22460 match_part 1.000 22540 22546 match_11 match_part 0.907 22108 22460 match_part 0.939 22540 22736 match_part 0.971 23283 23316 match_part 0.959 25212 25380 match_12 match_part 0.901 22108 22460 match_part 0.944 22540 22736 match_part 0.971 23283 23316 match_part 0.935 25212 25319 match_13 match_part 0.904 22108 22460 match_part 0.939 22540 22736 match_part 0.971 23283 23316 match_14 match_part 1.000 22157 22460 match_part 0.995 22540 22736 match_part 1.000 23283 23316 match_part 1.000 25212 25277 match_15 match_part 1.000 22175 22460 match_part 1.000 22540 22736 match_part 1.000 23283 23316 match_part 0.992 25212 25449 match_16 match_part 1.000 22604 22736 match_part 1.000 23283 23316 match_part 0.997 25212 25546 match_17 match_part 0.966 23288 23316 match_part 0.940 25212 25694 match_18 match_part 1.000 24950 25380 match_19 match_part 0.995 24950 25357 match_20 match_part 0.998 25062 25693 match_21 match_part 0.995 25062 25684 match_22 match_part 0.996 25062 25525 match_23 match_part 0.998 25062 25520 match_24 match_part 0.977 25100 25274 match_25 match_part 0.921 25234 25837 match_part 0.952 26020 26103 match_26 match_part 0.972 25329 25837 match_part 0.982 26020 26354 match_27 match_part 0.992 25395 25750 match_28 match_part 1.000 25400 25837 match_part 1.000 26020 26229 match_29 match_part 1.000 25400 25837 match_part 1.000 26020 26103 match_30 match_part 0.995 25400 25837 match_part 0.983 26020 26078 match_31 match_part 1.000 25408 25642 match_32 match_part 1.000 25427 25837 match_part 1.000 26020 26032 match_33 match_part 1.000 25431 25837 match_part 1.000 26020 26253 match_34 match_part 0.983 25542 25837 match_part 1.000 26020 26466 match_35 match_part 0.990 25742 25837 match_part 0.991 26020 26466 match_36 match_part 1.000 31393 31502 match_part 1.000 31657 31805 match_part 1.000 31888 31977 match_part 1.000 33895 33960 match_part 1.000 34139 34204 match_part 1.000 34473 34558 match_part 1.000 34653 34698 match_part 1.000 34805 34859 match_part 1.000 36086 36162 match_part 1.000 36279 36420 match_part 1.000 36631 36791 match_part 1.000 36896 37000 match_part 1.000 37554 37706 match_part 1.000 38297 38571 match_37 match_part 0.952 31414 31805 match_part 1.000 31888 31919 match_38 match_part 0.875 31431 31502 match_part 0.960 31657 31805 match_part 0.967 31888 31977 match_part 1.000 33895 33960 match_part 1.000 34139 34204 match_part 1.000 34473 34558 match_part 0.978 34653 34698 match_part 1.000 34805 34859 match_part 0.958 36086 36109 match_39 match_part 0.921 31440 31502 match_part 0.960 31657 31805 match_part 0.967 31888 31977 match_part 1.000 33895 33960 match_part 1.000 34139 34204 match_part 0.988 34473 34558 match_part 0.975 34653 34692 match_40 match_part 0.982 31448 31502 match_part 0.960 31657 31805 match_part 0.967 31888 31977 match_part 1.000 33895 33960 match_part 1.000 34139 34204 match_part 0.988 34473 34558 match_part 0.978 34653 34698 match_part 0.964 34805 34859 match_part 1.000 36086 36114 match_41 match_part 0.982 31448 31502 match_part 0.960 31657 31805 match_part 0.967 31888 31977 match_part 1.000 33895 33960 match_part 1.000 34139 34204 match_part 1.000 34473 34558 match_part 0.957 34653 34698 match_part 0.909 34805 34859 match_42 match_part 0.964 31448 31502 match_part 0.960 31657 31805 match_part 0.967 31888 31977 match_part 0.955 33895 33960 match_part 0.970 34139 34204 match_part 0.929 34473 34514 match_43 match_part 0.909 31762 31805 match_part 0.900 31888 31977 match_part 1.000 33895 33960 match_part 1.000 34139 34204 match_part 0.988 34473 34553 match_44 match_part 0.907 31763 31805 match_part 1.000 31888 31977 match_part 1.000 33895 33960 match_part 1.000 34139 34204 match_part 1.000 34473 34558 match_part 1.000 34653 34698 match_part 1.000 34805 34859 match_part 1.000 36086 36162 match_part 1.000 36279 36420 match_part 1.000 36631 36785 match_45 match_part 0.975 36082 36162 match_part 0.973 36279 36427 match_part 0.994 36631 36791 match_part 1.000 36896 37000 match_part 0.974 37554 37706 match_46 match_part 1.000 36662 36791 match_part 1.000 36896 37000 match_part 1.000 37554 37706 match_part 0.997 38297 38621 match_47 match_part 0.990 36688 36791 match_part 0.952 36896 37000 match_part 0.903 37554 38046 match_48 match_part 0.987 36716 36791 match_part 1.000 36896 37000 match_part 0.987 37554 37706 match_part 0.933 38297 38669 match_49 match_part 0.911 37020 37647 match_50 match_part 0.918 37020 37644 match_51 match_part 0.937 37297 37706 match_part 0.941 38297 38653 match_52 match_part 0.941 37571 37706 match_part 0.985 38297 38638 match_53 match_part 1.000 37637 37706 match_part 0.946 38297 38535 match_54 match_part 1.000 37661 37706 match_part 0.946 38297 38610 match_55 match_part 1.000 49917 50466 match_part 1.000 50905 51067 match_part 1.000 51221 51295 match_part 1.000 51465 51565 match_part 1.000 51681 51796 match_part 1.000 52384 52595 match_part 0.989 52749 52840 match_part 1.000 53058 53172 match_part 0.990 53274 53377 match_part 1.000 53737 53782 match_part 1.000 53893 53957 match_part 1.000 54057 54143 match_part 1.000 54459 54513 match_part 1.000 54604 54692 match_part 1.000 54784 54868 match_part 1.000 54946 55215 match_56 match_part 0.921 49950 50466 match_part 0.913 50905 50984 match_57 match_part 0.973 50918 51067 match_part 1.000 51221 51295 match_part 1.000 51465 51565 match_part 1.000 51681 51796 match_part 1.000 52384 52595 match_part 1.000 52749 52840 match_part 0.991 53058 53172 match_part 1.000 53274 53279 match_58 match_part 0.977 51754 51796 match_part 1.000 52384 52595 match_part 1.000 52749 52840 match_part 1.000 53058 53172 match_part 1.000 53274 53377 match_part 1.000 53737 53782 match_part 1.000 53893 53957 match_part 1.000 54057 54143 match_part 1.000 54459 54513 match_part 1.000 54604 54658 match_59 match_part 0.981 52493 52595 match_part 0.989 52749 52840 match_part 1.000 53058 53172 match_part 1.000 53274 53377 match_part 1.000 53737 53782 match_part 1.000 53893 53957 match_part 1.000 54057 54074 match_60 match_part 1.000 53101 53172 match_part 1.000 53274 53377 match_part 1.000 53737 53782 match_part 1.000 53893 53957 match_part 0.989 54057 54143 match_part 1.000 54459 54513 match_part 1.000 54604 54692 match_part 1.000 54784 54856 match_61 match_part 1.000 53737 53782 match_part 1.000 53893 53957 match_part 1.000 54057 54143 match_part 1.000 54459 54513 match_part 1.000 54604 54692 match_part 1.000 54784 54868 match_part 0.989 54946 55119 match_62 match_part 1.000 54083 54143 match_part 1.000 54459 54513 match_part 1.000 54604 54692 match_part 1.000 54784 54868 match_part 1.000 54946 54990 match_63 match_part 1.000 54609 54692 match_part 1.000 54784 54868 match_part 0.997 54946 55250 match_64 match_part 1.000 54686 54692 match_part 0.982 54784 55233 match_65 match_part 0.995 54848 55252 GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_66 match_part 0.978 456 1 match_67 match_part 1.000 458 95 match_68 match_part 0.998 8160 7563 match_69 match_part 0.991 8142 7594 match_70 match_part 0.998 8151 7601 match_71 match_part 0.993 8186 7624 match_72 match_part 0.994 8144 7635 match_73 match_part 0.985 10705 10095 match_74 match_part 1.000 11293 10538 match_75 match_part 1.000 11292 10711 match_76 match_part 1.000 11307 10781 match_77 match_part 0.998 11307 10834 match_78 match_part 0.917 39906 39895 match_part 1.000 39595 39514 match_part 0.896 39425 39060 match_79 match_part 0.879 40034 39895 match_part 1.000 39595 39514 match_part 0.898 39425 39094 match_80 match_part 1.000 40077 39895 match_part 1.000 39595 39514 match_part 1.000 39425 39185 match_81 match_part 1.000 39955 39895 match_part 1.000 39595 39514 match_part 1.000 39425 39185 match_82 match_part 1.000 39946 39895 match_part 0.976 39595 39514 match_part 0.988 39425 39185 match_83 match_part 0.996 41191 40907 match_part 0.997 40204 39895 match_part 1.000 39595 39514 match_part 1.000 39425 39203 match_84 match_part 0.994 41242 40907 match_part 0.996 40204 39921 match_85 match_part 1.000 42235 42177 match_part 1.000 41501 40985 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C02HBa0104A12.1 type gene exon 458 1 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C02HBa0104A12.1 type gene exon 8186 7563 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C02HBa0104A12.1 type gene exon 11307 10095 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C02HBa0104A12.1 type gene exon 17669 17977 exon 18069 18274 exon 18754 18787 exon 19578 19983 gene_5 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C02HBa0104A12.1 type gene exon 22056 22460 exon 22540 22736 exon 23283 23316 exon 25212 25837 exon 26020 26466 gene_6 gene GT_PGL_5_AGS_2 transcript source GenomeThreader seq_id C02HBa0104A12.1 type gene exon 22102 22460 exon 22540 22736 exon 23283 23316 exon 24919 25837 exon 26020 26466 gene_7 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C02HBa0104A12.1 type gene exon 31393 31502 exon 31657 31805 exon 31888 31977 exon 33895 33960 exon 34139 34204 exon 34473 34558 exon 34653 34698 exon 34805 34859 exon 36086 36162 exon 36279 36420 exon 36631 36791 exon 36896 37000 exon 37554 37706 exon 38297 38669 gene_8 gene GT_PGL_6_AGS_2 transcript source GenomeThreader seq_id C02HBa0104A12.1 type gene exon 31431 31502 exon 31657 31805 exon 31888 31977 exon 33895 33960 exon 34139 34204 exon 34473 34558 exon 34653 34698 exon 34805 34859 exon 36086 36162 exon 36279 36420 exon 36631 36791 exon 36896 37000 exon 37554 38046 gene_9 gene GT_PGL_6_AGS_3 transcript source GenomeThreader seq_id C02HBa0104A12.1 type gene exon 31414 31805 exon 31888 31977 exon 33895 33960 exon 34139 34204 exon 34473 34558 exon 34653 34698 exon 34805 34859 exon 36086 36162 exon 36279 36420 exon 36631 36791 exon 36896 37000 exon 37554 37706 exon 38297 38669 gene_10 gene GT_PGL_6_AGS_4 transcript source GenomeThreader seq_id C02HBa0104A12.1 type gene exon 37020 37706 exon 38297 38653 gene_11 gene GT_PGL_6_AGS_5 transcript source GenomeThreader seq_id C02HBa0104A12.1 type gene exon 36082 36162 exon 36279 36427 exon 36631 36791 exon 36896 37000 exon 37554 37706 exon 38297 38669 gene_12 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C02HBa0104A12.1 type gene exon 42235 42177 exon 41501 40907 exon 40204 39895 exon 39595 39514 exon 39425 39060 gene_13 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C02HBa0104A12.1 type gene exon 49917 50466 exon 50905 51067 exon 51221 51295 exon 51465 51565 exon 51681 51796 exon 52384 52595 exon 52749 52840 exon 53058 53172 exon 53274 53377 exon 53737 53782 exon 53893 53957 exon 54057 54143 exon 54459 54513 exon 54604 54692 exon 54784 54868 exon 54946 55250 gene_14 gene GT_PGL_8_AGS_2 transcript source GenomeThreader seq_id C02HBa0104A12.1 type gene exon 49950 50466 exon 50905 51067 exon 51221 51295 exon 51465 51565 exon 51681 51796 exon 52384 52595 exon 52749 52840 exon 53058 53172 exon 53274 53377 exon 53737 53782 exon 53893 53957 exon 54057 54143 exon 54459 54513 exon 54604 54692 exon 54784 55252 RepeatMasker tomato repeats master SONATA3 1 71 1 SONATA3 1 71 1 nucleotide_motif 346 22817 22887 Copia00105 8213 8374 1 Copia00105 8213 8374 1 nucleotide_motif 844 35678 35837 Unknown00019 151 699 1 Unknown00019 151 699 1 nucleotide_motif 902 43137 43691 Gypsy00163 7741 8014 1 Gypsy00163 7741 8014 1 nucleotide_motif 1546 43715 43988 Gypsy00163 8020 8182 1 Gypsy00163 8020 8182 1 nucleotide_motif 546 44260 44414 TOPIE1_LE_LTR 79 297 1 TOPIE1_LE_LTR 79 297 1 nucleotide_motif 370 45778 45983 Copia00108 9 273 1 Copia00108 9 273 1 nucleotide_motif 1026 46034 46307 Copia00108 361 463 1 Copia00108 361 463 1 nucleotide_motif 734 46461 46562 TLP2 8 306 1 TLP2 8 306 1 nucleotide_motif 1435 47022 47304 Copia00054 2942 4004 1 Copia00054 2942 4004 1 nucleotide_motif 3403 56258 57324 RepeatMasker tomato repeats master Unknown00025 246 456 -1 Unknown00025 246 456 -1 nucleotide_motif 788 4114 3887 SONATA3 1 245 -1 SONATA3 1 245 -1 nucleotide_motif 521 5098 4828 Gypsy00202 2250 2328 -1 Gypsy00202 2250 2328 -1 nucleotide_motif 308 7447 7369 Copia00143 77 206 -1 Copia00143 77 206 -1 nucleotide_motif 1012 10518 10389 ATENSPM10 1119 1167 -1 ATENSPM10 1119 1167 -1 nucleotide_motif 244 13675 13627 Copia00181 1754 1875 -1 Copia00181 1754 1875 -1 nucleotide_motif 328 13753 13632 SONATA1 1 232 -1 SONATA1 1 232 -1 nucleotide_motif 965 33631 33393 Copia00172 430 524 -1 Copia00172 430 524 -1 nucleotide_motif 548 36523 36434 Copia00110 13267 13628 -1 Copia00110 13267 13628 -1 nucleotide_motif 1143 43414 43044 Gypsy00043 518 631 -1 Gypsy00043 518 631 -1 nucleotide_motif 819 43704 43591 Gypsy00080 7293 7946 -1 Gypsy00080 7293 7946 -1 nucleotide_motif 4160 45196 44545 Copia00110 2575 2740 -1 Copia00110 2575 2740 -1 nucleotide_motif 644 47160 47000 Copia00143 1 205 -1 Copia00143 1 205 -1 nucleotide_motif 1339 56124 55903 Copia00143 87 223 -1 Copia00143 87 223 -1 nucleotide_motif 804 56244 56108 BLAST_tomato_bacs Tomato BAC sequences BLAST_tomato_bacs Tomato BAC sequences match_1 match 2062 29034 30073 match_2 match 2194 47346 48488 match_3 match 3233 34914 36628 match_4 match 3368 55584 57324 match_5 match 3659 32987 34877 match_6 match 4068 45236 47308 match_7 match 4169 36666 38792 match_8 match 7910 38826 43031 match_9 match 49419 55473 match_10 match 2167 12251 13391 match_11 match 2113 15619 16861 match_12 match 2448 17529 18838 match_13 match 2868 4250 5873 match_14 match 3233 34914 36628 match_15 match 3362 21883 23650 match_16 match 3608 13693 15557 match_17 match 3659 32987 34877 match_18 match 3626 19466 21432 match_19 match 4169 36666 38792 match_20 match 4391 1630 3970 match_21 match 9604 7032 12176 match_22 match 24590 30073 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) clone_1 clone 750.5 6073 39017 clone_end_1 clone_end 1120 6073 6637 clone_end_2 clone_end 1156 28285 28867 clone_start_1 clone_start 1318 29029 29720 clone_start_2 clone_start 654 31040 31377 clone_end_3 clone_end 1277 35094 35737 clone_start_3 clone_start 1176 41513 42193 clone_start_4 clone_start 680 56978 57324 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) clone_end_4 clone_end 624 315 1 clone_end_5 clone_end 664 343 1 clone_start_5 clone_start 381 39017 38826 clone_end_6 clone_end 1187 11103 10501 clone_start_6 clone_start 1102 14426 13871 clone_end_7 clone_end 1142 22500 21900 clone_end_8 clone_end 916 23323 22811 clone_start_7 clone_start 1172 26414 25807 clone_start_8 clone_start 1342 39521 38826 clone_end_9 clone_end 402 39040 38826 clone_end_10 clone_end 706 41632 41256 clone_start_9 clone_start 948 45209 44728 clone_start_10 clone_start 1437 54644 53920 clone_end_11 clone_end 1364 57316 56621 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_1 match_part 1.000 22056 22460 match_part 1.000 22540 22736 match_part 1.000 23283 23316 match_part 1.000 25212 25316 match_2 match_part 1.000 22096 22460 match_part 1.000 22540 22736 match_part 1.000 23283 23316 match_part 0.992 25212 25461 match_3 match_part 0.937 22098 22460 match_part 0.954 22540 22736 match_part 1.000 23283 23316 match_part 0.944 25212 25391 match_4 match_part 1.000 22102 22460 match_part 0.990 22540 22736 match_part 1.000 23283 23316 match_part 1.000 24919 24961 match_5 match_part 1.000 22102 22460 match_part 0.995 22540 22736 match_6 match_part 1.000 22102 22460 match_part 1.000 22540 22632 match_7 match_part 0.997 22102 22460 match_part 1.000 22540 22625 match_8 match_part 1.000 22102 22460 match_part 1.000 22540 22546 match_9 match_part 1.000 22157 22460 match_part 0.995 22540 22736 match_part 1.000 23283 23316 match_part 1.000 25212 25277 match_10 match_part 1.000 22175 22460 match_part 1.000 22540 22736 match_part 1.000 23283 23316 match_part 0.992 25212 25449 match_11 match_part 1.000 22604 22736 match_part 1.000 23283 23316 match_part 0.997 25212 25546 match_12 match_part 1.000 24950 25380 match_13 match_part 0.995 24950 25357 match_14 match_part 0.998 25062 25693 match_15 match_part 0.995 25062 25684 match_16 match_part 0.996 25062 25525 match_17 match_part 0.998 25062 25520 match_18 match_part 0.977 25100 25274 match_19 match_part 0.972 25329 25837 match_part 0.982 26020 26354 match_20 match_part 0.992 25395 25750 match_21 match_part 1.000 25400 25837 match_part 1.000 26020 26229 match_22 match_part 1.000 25400 25837 match_part 1.000 26020 26103 match_23 match_part 0.995 25400 25837 match_part 0.983 26020 26078 match_24 match_part 1.000 25408 25642 match_25 match_part 1.000 25427 25837 match_part 1.000 26020 26032 match_26 match_part 1.000 25431 25837 match_part 1.000 26020 26253 match_27 match_part 0.983 25542 25837 match_part 1.000 26020 26466 match_28 match_part 0.990 25742 25837 match_part 0.991 26020 26466 match_29 match_part 1.000 31393 31502 match_part 1.000 31657 31805 match_part 1.000 31888 31977 match_part 1.000 33895 33960 match_part 1.000 34139 34204 match_part 1.000 34473 34558 match_part 1.000 34653 34698 match_part 1.000 34805 34859 match_part 1.000 36086 36162 match_part 1.000 36279 36420 match_part 1.000 36631 36791 match_part 1.000 36896 37000 match_part 1.000 37554 37706 match_part 1.000 38297 38571 match_30 match_part 0.952 31414 31805 match_part 1.000 31888 31919 match_31 match_part 0.907 31763 31805 match_part 1.000 31888 31977 match_part 1.000 33895 33960 match_part 1.000 34139 34204 match_part 1.000 34473 34558 match_part 1.000 34653 34698 match_part 1.000 34805 34859 match_part 1.000 36086 36162 match_part 1.000 36279 36420 match_part 1.000 36631 36785 match_32 match_part 0.975 36082 36162 match_part 0.973 36279 36427 match_part 0.994 36631 36791 match_part 1.000 36896 37000 match_part 0.974 37554 37706 match_33 match_part 1.000 36662 36791 match_part 1.000 36896 37000 match_part 1.000 37554 37706 match_part 0.997 38297 38621 match_34 match_part 0.987 36716 36791 match_part 1.000 36896 37000 match_part 0.987 37554 37706 match_part 0.933 38297 38669 match_35 match_part 0.941 37571 37706 match_part 0.985 38297 38638 match_36 match_part 1.000 37637 37706 match_part 0.946 38297 38535 match_37 match_part 1.000 49917 50466 match_part 1.000 50905 51067 match_part 1.000 51221 51295 match_part 1.000 51465 51565 match_part 1.000 51681 51796 match_part 1.000 52384 52595 match_part 0.989 52749 52840 match_part 1.000 53058 53172 match_part 0.990 53274 53377 match_part 1.000 53737 53782 match_part 1.000 53893 53957 match_part 1.000 54057 54143 match_part 1.000 54459 54513 match_part 1.000 54604 54692 match_part 1.000 54784 54868 match_part 1.000 54946 55215 match_38 match_part 0.973 50918 51067 match_part 1.000 51221 51295 match_part 1.000 51465 51565 match_part 1.000 51681 51796 match_part 1.000 52384 52595 match_part 1.000 52749 52840 match_part 0.991 53058 53172 match_part 1.000 53274 53279 match_39 match_part 0.977 51754 51796 match_part 1.000 52384 52595 match_part 1.000 52749 52840 match_part 1.000 53058 53172 match_part 1.000 53274 53377 match_part 1.000 53737 53782 match_part 1.000 53893 53957 match_part 1.000 54057 54143 match_part 1.000 54459 54513 match_part 1.000 54604 54658 match_40 match_part 0.981 52493 52595 match_part 0.989 52749 52840 match_part 1.000 53058 53172 match_part 1.000 53274 53377 match_part 1.000 53737 53782 match_part 1.000 53893 53957 match_part 1.000 54057 54074 match_41 match_part 1.000 53101 53172 match_part 1.000 53274 53377 match_part 1.000 53737 53782 match_part 1.000 53893 53957 match_part 0.989 54057 54143 match_part 1.000 54459 54513 match_part 1.000 54604 54692 match_part 1.000 54784 54856 match_42 match_part 1.000 53737 53782 match_part 1.000 53893 53957 match_part 1.000 54057 54143 match_part 1.000 54459 54513 match_part 1.000 54604 54692 match_part 1.000 54784 54868 match_part 0.989 54946 55119 match_43 match_part 1.000 54083 54143 match_part 1.000 54459 54513 match_part 1.000 54604 54692 match_part 1.000 54784 54868 match_part 1.000 54946 54990 match_44 match_part 1.000 54609 54692 match_part 1.000 54784 54868 match_part 0.997 54946 55250 match_45 match_part 1.000 54686 54692 match_part 0.982 54784 55233 match_46 match_part 0.995 54848 55252 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_47 match_part 0.978 456 1 match_48 match_part 1.000 458 95 match_49 match_part 0.998 8160 7563 match_50 match_part 0.991 8142 7594 match_51 match_part 0.998 8151 7601 match_52 match_part 0.993 8186 7624 match_53 match_part 0.994 8144 7635 match_54 match_part 0.985 10705 10095 match_55 match_part 1.000 11293 10538 match_56 match_part 1.000 11292 10711 match_57 match_part 1.000 11307 10781 match_58 match_part 0.998 11307 10834 match_59 match_part 1.000 40077 39895 match_part 1.000 39595 39514 match_part 1.000 39425 39185 match_60 match_part 1.000 39955 39895 match_part 1.000 39595 39514 match_part 1.000 39425 39185 match_61 match_part 1.000 39946 39895 match_part 0.976 39595 39514 match_part 0.988 39425 39185 match_62 match_part 0.996 41191 40907 match_part 0.997 40204 39895 match_part 1.000 39595 39514 match_part 1.000 39425 39203 match_63 match_part 0.994 41242 40907 match_part 0.996 40204 39921 match_64 match_part 1.000 42235 42177 match_part 1.000 41501 40985 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C02HBa0104A12.1 type gene exon 458 1 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C02HBa0104A12.1 type gene exon 8186 7563 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C02HBa0104A12.1 type gene exon 11307 10095 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C02HBa0104A12.1 type gene exon 22102 22460 exon 22540 22736 exon 23283 23316 exon 24919 25837 exon 26020 26466 gene_5 gene GT_PGL_4_AGS_2 transcript source GenomeThreader seq_id C02HBa0104A12.1 type gene exon 22056 22460 exon 22540 22736 exon 23283 23316 exon 25212 25837 exon 26020 26466 gene_6 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C02HBa0104A12.1 type gene exon 31414 31805 exon 31888 31977 exon 33895 33960 exon 34139 34204 exon 34473 34558 exon 34653 34698 exon 34805 34859 exon 36086 36162 exon 36279 36420 exon 36631 36791 exon 36896 37000 exon 37554 37706 exon 38297 38669 gene_7 gene GT_PGL_5_AGS_2 transcript source GenomeThreader seq_id C02HBa0104A12.1 type gene exon 31393 31502 exon 31657 31805 exon 31888 31977 exon 33895 33960 exon 34139 34204 exon 34473 34558 exon 34653 34698 exon 34805 34859 exon 36086 36162 exon 36279 36420 exon 36631 36791 exon 36896 37000 exon 37554 37706 exon 38297 38669 gene_8 gene GT_PGL_5_AGS_3 transcript source GenomeThreader seq_id C02HBa0104A12.1 type gene exon 36082 36162 exon 36279 36427 exon 36631 36791 exon 36896 37000 exon 37554 37706 exon 38297 38669 gene_9 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C02HBa0104A12.1 type gene exon 42235 42177 exon 41501 40907 exon 40204 39895 exon 39595 39514 exon 39425 39185 gene_10 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C02HBa0104A12.1 type gene exon 49917 50466 exon 50905 51067 exon 51221 51295 exon 51465 51565 exon 51681 51796 exon 52384 52595 exon 52749 52840 exon 53058 53172 exon 53274 53377 exon 53737 53782 exon 53893 53957 exon 54057 54143 exon 54459 54513 exon 54604 54692 exon 54784 54868 exon 54946 55250 gene_11 gene GT_PGL_7_AGS_2 transcript source GenomeThreader seq_id C02HBa0104A12.1 type gene exon 50918 51067 exon 51221 51295 exon 51465 51565 exon 51681 51796 exon 52384 52595 exon 52749 52840 exon 53058 53172 exon 53274 53377 exon 53737 53782 exon 53893 53957 exon 54057 54143 exon 54459 54513 exon 54604 54692 exon 54784 55252 AUGUSTUS_tom_cdna de novo gene_1 gene 0.72 17644 26307 transcript_1 transcript 0.72 17644 26307 start_codon_1 start_codon 17644 17646 intron_1 intron 1 17978 18068 intron_2 intron 1 18275 18753 intron_3 intron 1 18788 19577 intron_4 intron 0.95 20204 20279 intron_5 intron 0.82 20538 22135 intron_6 intron 1 22461 22539 intron_7 intron 1 22737 23282 intron_8 intron 1 23317 25211 intron_9 intron 1 25838 26019 CDS_1 CDS 0.87 17644 17977 CDS_2 CDS 1 18069 18274 CDS_3 CDS 1 18754 18787 CDS_4 CDS 1 19578 20203 CDS_5 CDS 0.82 20280 20537 CDS_6 CDS 0.98 22136 22460 CDS_7 CDS 1 22540 22736 CDS_8 CDS 1 23283 23316 CDS_9 CDS 1 25212 25837 CDS_10 CDS 1 26020 26307 stop_codon_1 stop_codon 26305 26307 gene_2 gene 0.48 27536 29205 transcript_2 transcript 0.48 27536 29205 start_codon_2 start_codon 27536 27538 intron_10 intron 0.71 27719 28260 intron_11 intron 0.95 28723 28941 CDS_11 CDS 0.74 27536 27718 CDS_12 CDS 0.7 28261 28722 CDS_13 CDS 0.95 28942 29205 stop_codon_2 stop_codon 29203 29205 gene_3 gene 1 31785 38359 transcript_3 transcript 1 31785 38359 start_codon_3 start_codon 31785 31787 intron_12 intron 1 31806 31887 intron_13 intron 1 31978 33894 intron_14 intron 1 33961 34138 intron_15 intron 1 34205 34472 intron_16 intron 1 34559 34652 intron_17 intron 1 34699 34804 intron_18 intron 1 34860 36085 intron_19 intron 1 36163 36278 intron_20 intron 1 36421 36630 intron_21 intron 1 36792 36895 intron_22 intron 1 37001 37553 intron_23 intron 1 37707 38296 CDS_14 CDS 1 31785 31805 CDS_15 CDS 1 31888 31977 CDS_16 CDS 1 33895 33960 CDS_17 CDS 1 34139 34204 CDS_18 CDS 1 34473 34558 CDS_19 CDS 1 34653 34698 CDS_20 CDS 1 34805 34859 CDS_21 CDS 1 36086 36162 CDS_22 CDS 1 36279 36420 CDS_23 CDS 1 36631 36791 CDS_24 CDS 1 36896 37000 CDS_25 CDS 1 37554 37706 CDS_26 CDS 1 38297 38359 stop_codon_3 stop_codon 38357 38359 gene_4 gene 1 49946 55029 transcript_4 transcript 1 49946 55029 start_codon_4 start_codon 49946 49948 intron_24 intron 1 50467 50904 intron_25 intron 1 51068 51220 intron_26 intron 1 51296 51464 intron_27 intron 1 51566 51680 intron_28 intron 1 51797 52383 intron_29 intron 1 52596 52748 intron_30 intron 1 52841 53057 intron_31 intron 1 53173 53273 intron_32 intron 1 53378 53736 intron_33 intron 1 53783 53892 intron_34 intron 1 53958 54056 intron_35 intron 1 54144 54458 intron_36 intron 1 54514 54603 intron_37 intron 1 54693 54783 intron_38 intron 1 54869 54945 CDS_27 CDS 1 49946 50466 CDS_28 CDS 1 50905 51067 CDS_29 CDS 1 51221 51295 CDS_30 CDS 1 51465 51565 CDS_31 CDS 1 51681 51796 CDS_32 CDS 1 52384 52595 CDS_33 CDS 1 52749 52840 CDS_34 CDS 1 53058 53172 CDS_35 CDS 1 53274 53377 CDS_36 CDS 1 53737 53782 CDS_37 CDS 1 53893 53957 CDS_38 CDS 1 54057 54143 CDS_39 CDS 1 54459 54513 CDS_40 CDS 1 54604 54692 CDS_41 CDS 1 54784 54868 CDS_42 CDS 1 54946 55029 stop_codon_4 stop_codon 55027 55029 AUGUSTUS_tom_cdna de novo gene_5 gene 0.89 395 1 transcript_5 transcript 0.89 395 1 CDS_43 CDS 0.89 395 1 start_codon_5 start_codon 395 393 gene_6 gene 1 8285 7800 transcript_6 transcript 1 8285 7800 stop_codon_5 stop_codon 7802 7800 CDS_44 CDS 1 8285 7800 start_codon_6 start_codon 8285 8283 gene_7 gene 0.54 11147 10539 transcript_7 transcript 0.54 11147 10539 stop_codon_6 stop_codon 10541 10539 CDS_45 CDS 0.54 11147 10539 start_codon_7 start_codon 11147 11145 gene_8 gene 1 41450 39228 transcript_8 transcript 1 41450 39228 stop_codon_7 stop_codon 39230 39228 intron_39 intron 1 39513 39426 intron_40 intron 1 39894 39596 intron_41 intron 1 40906 40205 CDS_46 CDS 1 39425 39228 CDS_47 CDS 1 39595 39514 CDS_48 CDS 1 40204 39895 CDS_49 CDS 1 41450 40907 start_codon_8 start_codon 41450 41448 tRNAscan-SE unknown database tRNAscan-SE unknown database tRNA_1 tRNA 68.10 14290 14362 AUGUSTUS_ab_initio de novo gene_1 gene 0.57 17644 20543 transcript_1 transcript 0.57 17644 20543 start_codon_1 start_codon 17644 17646 intron_1 intron 1 17978 18068 intron_2 intron 1 18275 18753 intron_3 intron 1 18788 19577 intron_4 intron 0.63 20117 20279 CDS_1 CDS 0.91 17644 17977 CDS_2 CDS 1 18069 18274 CDS_3 CDS 1 18754 18787 CDS_4 CDS 0.63 19578 20116 CDS_5 CDS 0.98 20280 20543 stop_codon_1 stop_codon 20541 20543 gene_2 gene 0.35 22139 26307 transcript_2 transcript 0.35 22139 26307 start_codon_2 start_codon 22139 22141 intron_5 intron 1 22461 22539 intron_6 intron 0.93 22737 23282 intron_7 intron 0.99 23317 25211 intron_8 intron 0.86 25838 26019 CDS_6 CDS 0.45 22139 22460 CDS_7 CDS 1 22540 22736 CDS_8 CDS 0.93 23283 23316 CDS_9 CDS 0.86 25212 25837 CDS_10 CDS 0.97 26020 26307 stop_codon_2 stop_codon 26305 26307 gene_3 gene 0.21 27108 29205 transcript_3 transcript 0.21 27108 29205 start_codon_3 start_codon 27108 27110 intron_9 intron 0.61 27406 27524 intron_10 intron 0.9 27719 27896 intron_11 intron 0.7 27931 28111 intron_12 intron 0.98 28723 28941 CDS_11 CDS 0.62 27108 27405 CDS_12 CDS 0.9 27525 27718 CDS_13 CDS 0.76 27897 27930 CDS_14 CDS 0.46 28112 28722 CDS_15 CDS 0.95 28942 29205 stop_codon_3 stop_codon 29203 29205 gene_4 gene 0.33 31785 36177 transcript_4 transcript 0.33 31785 36177 start_codon_4 start_codon 31785 31787 intron_13 intron 0.95 31806 31887 intron_14 intron 0.78 31978 33894 intron_15 intron 0.89 33961 34138 intron_16 intron 0.87 34205 34472 intron_17 intron 1 34559 34652 intron_18 intron 1 34699 34804 intron_19 intron 0.93 34860 36085 CDS_16 CDS 0.95 31785 31805 CDS_17 CDS 1 31888 31977 CDS_18 CDS 1 33895 33960 CDS_19 CDS 0.89 34139 34204 CDS_20 CDS 0.98 34473 34558 CDS_21 CDS 1 34653 34698 CDS_22 CDS 0.98 34805 34859 CDS_23 CDS 0.47 36086 36177 stop_codon_4 stop_codon 36175 36177 gene_5 gene 0.43 36306 38359 transcript_5 transcript 0.43 36306 38359 start_codon_5 start_codon 36306 36308 intron_20 intron 0.96 36421 36630 intron_21 intron 1 36792 36895 intron_22 intron 1 37001 37553 intron_23 intron 0.94 37707 38296 CDS_24 CDS 0.48 36306 36420 CDS_25 CDS 1 36631 36791 CDS_26 CDS 1 36896 37000 CDS_27 CDS 0.97 37554 37706 CDS_28 CDS 0.94 38297 38359 stop_codon_5 stop_codon 38357 38359 gene_6 gene 0.56 49946 55029 transcript_6 transcript 0.56 49946 55029 start_codon_6 start_codon 49946 49948 intron_24 intron 0.98 50467 50904 intron_25 intron 1 51068 51220 intron_26 intron 0.98 51296 51464 intron_27 intron 0.99 51566 51680 intron_28 intron 0.91 51797 52383 intron_29 intron 1 52596 52748 intron_30 intron 1 52841 53057 intron_31 intron 1 53173 53273 intron_32 intron 0.99 53378 53736 intron_33 intron 1 53783 53892 intron_34 intron 1 53958 54056 intron_35 intron 0.92 54144 54458 intron_36 intron 0.79 54514 54603 intron_37 intron 0.98 54693 54783 intron_38 intron 1 54869 54945 CDS_29 CDS 0.94 49946 50466 CDS_30 CDS 0.98 50905 51067 CDS_31 CDS 0.98 51221 51295 CDS_32 CDS 1 51465 51565 CDS_33 CDS 0.99 51681 51796 CDS_34 CDS 1 52384 52595 CDS_35 CDS 1 52749 52840 CDS_36 CDS 1 53058 53172 CDS_37 CDS 1 53274 53377 CDS_38 CDS 0.99 53737 53782 CDS_39 CDS 1 53893 53957 CDS_40 CDS 0.92 54057 54143 CDS_41 CDS 0.79 54459 54513 CDS_42 CDS 1 54604 54692 CDS_43 CDS 0.98 54784 54868 CDS_44 CDS 1 54946 55029 stop_codon_6 stop_codon 55027 55029 AUGUSTUS_ab_initio de novo gene_7 gene 1 395 1 transcript_7 transcript 1 395 1 CDS_45 CDS 1 395 1 start_codon_7 start_codon 395 393 gene_8 gene 0.98 8153 7800 transcript_8 transcript 0.98 8153 7800 stop_codon_7 stop_codon 7802 7800 CDS_46 CDS 0.98 8153 7800 start_codon_8 start_codon 8153 8151 gene_9 gene 0.41 11147 10539 transcript_9 transcript 0.41 11147 10539 stop_codon_8 stop_codon 10541 10539 CDS_47 CDS 0.41 11147 10539 start_codon_9 start_codon 11147 11145 gene_10 gene 0.33 41450 38977 transcript_10 transcript 0.33 41450 38977 stop_codon_9 stop_codon 38979 38977 intron_39 intron 0.47 39238 39066 intron_40 intron 0.82 39513 39426 intron_41 intron 1 39894 39596 intron_42 intron 0.8 40764 40205 intron_43 intron 0.83 40906 40810 CDS_48 CDS 0.65 39065 38977 CDS_49 CDS 0.48 39425 39239 CDS_50 CDS 1 39595 39514 CDS_51 CDS 0.95 40204 39895 CDS_52 CDS 0.82 40809 40765 CDS_53 CDS 0.99 41450 40907 start_codon_10 start_codon 41450 41448 AUGUSTUS_tom_ugs de novo gene_1 gene 0.6 17644 20543 transcript_1 transcript 0.6 17644 20543 start_codon_1 start_codon 17644 17646 intron_1 intron 1 17978 18068 intron_2 intron 1 18275 18753 intron_3 intron 1 18788 19577 intron_4 intron 0.6 20117 20279 CDS_1 CDS 1 17644 17977 CDS_2 CDS 1 18069 18274 CDS_3 CDS 1 18754 18787 CDS_4 CDS 0.6 19578 20116 CDS_5 CDS 1 20280 20543 stop_codon_1 stop_codon 20541 20543 gene_2 gene 0.45 27536 29205 transcript_2 transcript 0.45 27536 29205 start_codon_2 start_codon 27536 27538 intron_5 intron 0.73 27719 28260 intron_6 intron 0.99 28723 28941 CDS_6 CDS 0.66 27536 27718 CDS_7 CDS 0.78 28261 28722 CDS_8 CDS 0.99 28942 29205 stop_codon_2 stop_codon 29203 29205 gene_3 gene 1 31785 38359 transcript_3 transcript 1 31785 38359 start_codon_3 start_codon 31785 31787 intron_7 intron 1 31806 31887 intron_8 intron 1 31978 33894 intron_9 intron 1 33961 34138 intron_10 intron 1 34205 34472 intron_11 intron 1 34559 34652 intron_12 intron 1 34699 34804 intron_13 intron 1 34860 36085 intron_14 intron 1 36163 36278 intron_15 intron 1 36421 36630 intron_16 intron 1 36792 36895 intron_17 intron 1 37001 37553 intron_18 intron 1 37707 38296 CDS_9 CDS 1 31785 31805 CDS_10 CDS 1 31888 31977 CDS_11 CDS 1 33895 33960 CDS_12 CDS 1 34139 34204 CDS_13 CDS 1 34473 34558 CDS_14 CDS 1 34653 34698 CDS_15 CDS 1 34805 34859 CDS_16 CDS 1 36086 36162 CDS_17 CDS 1 36279 36420 CDS_18 CDS 1 36631 36791 CDS_19 CDS 1 36896 37000 CDS_20 CDS 1 37554 37706 CDS_21 CDS 1 38297 38359 stop_codon_3 stop_codon 38357 38359 gene_4 gene 1 49946 55029 transcript_4 transcript 1 49946 55029 start_codon_4 start_codon 49946 49948 intron_19 intron 1 50467 50904 intron_20 intron 1 51068 51220 intron_21 intron 1 51296 51464 intron_22 intron 1 51566 51680 intron_23 intron 1 51797 52383 intron_24 intron 1 52596 52748 intron_25 intron 1 52841 53057 intron_26 intron 1 53173 53273 intron_27 intron 1 53378 53736 intron_28 intron 1 53783 53892 intron_29 intron 1 53958 54056 intron_30 intron 1 54144 54458 intron_31 intron 1 54514 54603 intron_32 intron 1 54693 54783 intron_33 intron 1 54869 54945 CDS_22 CDS 1 49946 50466 CDS_23 CDS 1 50905 51067 CDS_24 CDS 1 51221 51295 CDS_25 CDS 1 51465 51565 CDS_26 CDS 1 51681 51796 CDS_27 CDS 1 52384 52595 CDS_28 CDS 1 52749 52840 CDS_29 CDS 1 53058 53172 CDS_30 CDS 1 53274 53377 CDS_31 CDS 1 53737 53782 CDS_32 CDS 1 53893 53957 CDS_33 CDS 1 54057 54143 CDS_34 CDS 1 54459 54513 CDS_35 CDS 1 54604 54692 CDS_36 CDS 1 54784 54868 CDS_37 CDS 1 54946 55029 stop_codon_4 stop_codon 55027 55029 AUGUSTUS_tom_ugs de novo gene_5 gene 1 395 1 transcript_5 transcript 1 395 1 CDS_38 CDS 1 395 1 start_codon_5 start_codon 395 393 gene_6 gene 0.95 2850 894 transcript_6 transcript 0.95 2850 894 stop_codon_5 stop_codon 896 894 intron_34 intron 0.95 2789 1052 CDS_39 CDS 1 1051 894 CDS_40 CDS 0.95 2850 2790 start_codon_6 start_codon 2850 2848 gene_7 gene 0.94 8153 7800 transcript_7 transcript 0.94 8153 7800 stop_codon_6 stop_codon 7802 7800 CDS_41 CDS 0.94 8153 7800 start_codon_7 start_codon 8153 8151 gene_8 gene 0.5 11147 10539 transcript_8 transcript 0.5 11147 10539 stop_codon_7 stop_codon 10541 10539 CDS_42 CDS 0.5 11147 10539 start_codon_8 start_codon 11147 11145 gene_9 gene 0.99 41450 39228 transcript_9 transcript 0.99 41450 39228 stop_codon_8 stop_codon 39230 39228 intron_35 intron 1 39513 39426 intron_36 intron 1 39894 39596 intron_37 intron 1 40906 40205 CDS_43 CDS 0.99 39425 39228 CDS_44 CDS 1 39595 39514 CDS_45 CDS 1 40204 39895 CDS_46 CDS 1 41450 40907 start_codon_9 start_codon 41450 41448 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_1 match_part 0.982 10096 10747 match_2 match_part 1.000 17649 17977 match_part 1.000 18069 18274 match_3 match_part 0.998 22054 22460 match_part 1.000 22540 22736 match_part 1.000 23283 23316 match_part 0.997 25212 25565 match_4 match_part 1.000 24949 25837 match_part 0.998 26020 26481 match_5 match_part 0.985 31400 31805 match_part 1.000 31888 31977 match_part 1.000 33895 33960 match_part 1.000 34139 34204 match_part 1.000 34473 34558 match_part 1.000 34653 34698 match_part 1.000 34805 34859 match_part 1.000 36086 36162 match_part 1.000 36279 36420 match_part 1.000 36631 36791 match_part 1.000 36896 37000 match_part 1.000 37554 37706 match_part 0.980 38297 38651 match_6 match_part 1.000 49764 50466 match_part 1.000 50905 51067 match_part 1.000 51221 51295 match_part 1.000 51465 51565 match_part 1.000 51681 51796 match_part 1.000 52384 52595 match_part 1.000 52749 52840 match_part 1.000 53058 53172 match_part 1.000 53274 53377 match_part 1.000 53737 53782 match_part 1.000 53893 53957 match_part 1.000 54057 54143 match_part 1.000 54459 54513 match_part 1.000 54604 54692 match_part 1.000 54784 54868 match_part 1.000 54946 55254 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_7 match_part 0.997 11308 10538 match_8 match_part 0.946 38697 38383 match_9 match_part 0.984 42237 42177 match_part 0.997 41501 40907 match_part 1.000 40204 39895 match_part 1.000 39595 39514 match_part 1.000 39425 39185 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C02HBa0104A12.1 type gene exon 10096 10747 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C02HBa0104A12.1 type gene exon 11308 10538 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C02HBa0104A12.1 type gene exon 17649 17977 exon 18069 18274 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C02HBa0104A12.1 type gene exon 22054 22460 exon 22540 22736 exon 23283 23316 exon 25212 25565 gene_5 gene GT_PGL_4_AGS_2 transcript source GenomeThreader seq_id C02HBa0104A12.1 type gene exon 24949 25837 exon 26020 26481 gene_6 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C02HBa0104A12.1 type gene exon 31400 31805 exon 31888 31977 exon 33895 33960 exon 34139 34204 exon 34473 34558 exon 34653 34698 exon 34805 34859 exon 36086 36162 exon 36279 36420 exon 36631 36791 exon 36896 37000 exon 37554 37706 exon 38297 38651 gene_7 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C02HBa0104A12.1 type gene exon 38697 38383 gene_8 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C02HBa0104A12.1 type gene exon 42237 42177 exon 41501 40907 exon 40204 39895 exon 39595 39514 exon 39425 39185 gene_9 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C02HBa0104A12.1 type gene exon 49764 50466 exon 50905 51067 exon 51221 51295 exon 51465 51565 exon 51681 51796 exon 52384 52595 exon 52749 52840 exon 53058 53172 exon 53274 53377 exon 53737 53782 exon 53893 53957 exon 54057 54143 exon 54459 54513 exon 54604 54692 exon 54784 54868 exon 54946 55254 GenomeThreader_SGN_markers SGN marker sequences match_1 match_part 0.982 31448 31502 match_part 0.960 31657 31805 match_part 0.967 31888 31977 match_part 1.000 33895 33960 match_part 1.000 34139 34204 match_part 1.000 34473 34558 match_part 0.978 34653 34698 match_part 1.000 34805 34859 match_part 0.958 36086 36109 match_2 match_part 1.000 31658 32133 match_3 match_part 1.000 53101 53172 match_part 1.000 53274 53377 match_part 1.000 53737 53782 match_part 1.000 53893 53957 match_part 1.000 54057 54143 match_part 1.000 54459 54513 match_part 1.000 54604 54692 match_part 1.000 54784 54868 match_part 1.000 54946 55252 GenomeThreader_SGN_markers SGN marker sequences match_4 match_part 1.000 33067 32577 match_5 match_part 0.879 40034 39895 match_part 1.000 39595 39514 match_part 0.898 39425 39094 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C02HBa0104A12.1 type gene exon 31448 31502 exon 31657 31805 exon 31888 31977 exon 33895 33960 exon 34139 34204 exon 34473 34558 exon 34653 34698 exon 34805 34859 exon 36086 36109 gene_2 gene GT_PGL_1_AGS_2 transcript source GenomeThreader seq_id C02HBa0104A12.1 type gene exon 31658 32133 gene_3 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C02HBa0104A12.1 type gene exon 33067 32577 gene_4 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C02HBa0104A12.1 type gene exon 40034 39895 exon 39595 39514 exon 39425 39094 gene_5 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C02HBa0104A12.1 type gene exon 53101 53172 exon 53274 53377 exon 53737 53782 exon 53893 53957 exon 54057 54143 exon 54459 54513 exon 54604 54692 exon 54784 54868 exon 54946 55252 AUGUSTUS_tom_pot_cdna de novo gene_1 gene 0.64 11264 26307 transcript_1 transcript 0.64 11264 26307 start_codon_1 start_codon 11264 11266 intron_1 intron 0.71 11302 17642 intron_2 intron 1 17978 18068 intron_3 intron 1 18275 18753 intron_4 intron 1 18788 19577 intron_5 intron 0.95 20204 20279 intron_6 intron 0.87 20538 22135 intron_7 intron 1 22461 22539 intron_8 intron 1 22737 23282 intron_9 intron 1 23317 25211 intron_10 intron 1 25838 26019 CDS_1 CDS 0.91 11264 11301 CDS_2 CDS 0.97 17643 17977 CDS_3 CDS 1 18069 18274 CDS_4 CDS 1 18754 18787 CDS_5 CDS 1 19578 20203 CDS_6 CDS 0.87 20280 20537 CDS_7 CDS 0.98 22136 22460 CDS_8 CDS 1 22540 22736 CDS_9 CDS 1 23283 23316 CDS_10 CDS 1 25212 25837 CDS_11 CDS 1 26020 26307 stop_codon_1 stop_codon 26305 26307 gene_2 gene 0.22 27536 31894 transcript_2 transcript 0.22 27536 31894 start_codon_2 start_codon 27536 27538 intron_11 intron 0.69 27719 28260 intron_12 intron 0.52 28723 31388 intron_13 intron 1 31503 31656 intron_14 intron 1 31806 31887 CDS_12 CDS 0.65 27536 27718 CDS_13 CDS 0.71 28261 28722 CDS_14 CDS 0.54 31389 31502 CDS_15 CDS 1 31657 31805 CDS_16 CDS 1 31888 31894 stop_codon_2 stop_codon 31892 31894 gene_3 gene 0.96 31936 38359 transcript_3 transcript 0.96 31936 38359 start_codon_3 start_codon 31936 31938 intron_15 intron 1 31978 33894 intron_16 intron 1 33961 34138 intron_17 intron 1 34205 34472 intron_18 intron 1 34559 34652 intron_19 intron 1 34699 34804 intron_20 intron 1 34860 36085 intron_21 intron 1 36163 36278 intron_22 intron 1 36421 36630 intron_23 intron 1 36792 36895 intron_24 intron 1 37001 37553 intron_25 intron 1 37707 38296 CDS_17 CDS 0.96 31936 31977 CDS_18 CDS 1 33895 33960 CDS_19 CDS 1 34139 34204 CDS_20 CDS 1 34473 34558 CDS_21 CDS 1 34653 34698 CDS_22 CDS 1 34805 34859 CDS_23 CDS 1 36086 36162 CDS_24 CDS 1 36279 36420 CDS_25 CDS 1 36631 36791 CDS_26 CDS 1 36896 37000 CDS_27 CDS 1 37554 37706 CDS_28 CDS 1 38297 38359 stop_codon_3 stop_codon 38357 38359 gene_4 gene 1 49946 55029 transcript_4 transcript 1 49946 55029 start_codon_4 start_codon 49946 49948 intron_26 intron 1 50467 50904 intron_27 intron 1 51068 51220 intron_28 intron 1 51296 51464 intron_29 intron 1 51566 51680 intron_30 intron 1 51797 52383 intron_31 intron 1 52596 52748 intron_32 intron 1 52841 53057 intron_33 intron 1 53173 53273 intron_34 intron 1 53378 53736 intron_35 intron 1 53783 53892 intron_36 intron 1 53958 54056 intron_37 intron 1 54144 54458 intron_38 intron 1 54514 54603 intron_39 intron 1 54693 54783 intron_40 intron 1 54869 54945 CDS_29 CDS 1 49946 50466 CDS_30 CDS 1 50905 51067 CDS_31 CDS 1 51221 51295 CDS_32 CDS 1 51465 51565 CDS_33 CDS 1 51681 51796 CDS_34 CDS 1 52384 52595 CDS_35 CDS 1 52749 52840 CDS_36 CDS 1 53058 53172 CDS_37 CDS 1 53274 53377 CDS_38 CDS 1 53737 53782 CDS_39 CDS 1 53893 53957 CDS_40 CDS 1 54057 54143 CDS_41 CDS 1 54459 54513 CDS_42 CDS 1 54604 54692 CDS_43 CDS 1 54784 54868 CDS_44 CDS 1 54946 55029 stop_codon_4 stop_codon 55027 55029 AUGUSTUS_tom_pot_cdna de novo gene_5 gene 0.74 395 1 transcript_5 transcript 0.74 395 1 CDS_45 CDS 0.74 395 1 start_codon_5 start_codon 395 393 gene_6 gene 0.99 8285 7800 transcript_6 transcript 0.99 8285 7800 stop_codon_5 stop_codon 7802 7800 CDS_46 CDS 0.99 8285 7800 start_codon_6 start_codon 8285 8283 gene_7 gene 0.52 11147 10539 transcript_7 transcript 0.52 11147 10539 stop_codon_6 stop_codon 10541 10539 CDS_47 CDS 0.52 11147 10539 start_codon_7 start_codon 11147 11145 gene_8 gene 0.44 41285 38598 transcript_8 transcript 0.44 41285 38598 stop_codon_7 stop_codon 38600 38598 intron_41 intron 0.56 39238 38696 intron_42 intron 1 39513 39426 intron_43 intron 1 39894 39596 intron_44 intron 1 40906 40205 CDS_48 CDS 0.56 38695 38598 CDS_49 CDS 0.89 39425 39239 CDS_50 CDS 1 39595 39514 CDS_51 CDS 1 40204 39895 CDS_52 CDS 0.75 41285 40907 start_codon_8 start_codon 41285 41283 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_1 match 65.9 22157 22444 match_2 match 88.6 17653 17979 match_3 match 57.4 18068 18277 match_4 match 65.5 22530 22742 match_5 match 50.1 20289 20510 match_6 match 213 19580 20206 match_7 match 187 25214 25843 match_8 match 214 28114 28725 match_9 match 65.9 22157 22444 match_10 match 88.6 17653 17979 match_11 match 57.4 18068 18277 match_12 match 65.5 22530 22742 match_13 match 213 19580 20206 match_14 match 185 25214 25840 match_15 match 214 28114 28725 match_16 match 188 19508 20206 match_17 match 66.2 20289 20507 match_18 match 106 25601 25840 match_19 match 113 28486 28725 match_20 match 43.9 20289 20504 match_21 match 179 28111 28713 match_22 match 180 25211 25834 match_23 match 207 19577 20200 match_24 match 121 56345 56860 match_25 match 75.1 56865 57182 match_26 match 57.8 36693 36791 match_27 match 71.2 36878 37003 match_28 match 66.6 20289 20519 match_29 match 227 28114 28725 match_30 match 211 25214 25840 match_31 match 244 19580 20206 match_32 match 130 52383 52820 match_33 match 67.4 53038 53172 match_34 match 65.1 53268 53375 match_35 match 126 50258 50467 match_36 match 130 52383 52820 match_37 match 67.4 53038 53172 match_38 match 65.1 53268 53375 match_39 match 126 50258 50467 match_40 match 44.3 20277 20501 match_41 match 206 25196 25840 match_42 match 239 19577 20209 match_43 match 233 28111 28725 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_44 match 110 41480 40923 match_45 match 129 395 3 match_46 match 142 10961 10545 match_47 match 141 395 3 match_48 match 104 11069 10689 match_49 match 143 11132 10620 match_50 match 114 8045 7803 match_51 match 122 395 3