C02HBa0213A01.2 GAGAACAAAAAAATTACACGACTGCACAAACAGTTCTTTGAGTATTTATTCAGGTAATGG AAGTCTTAAAAAGTTGAACAGAAACTTAAGGGGAAGACATTACCAGAATTTTCTATTGGA AATTCTGATTTTTTCTAGTAGTGCCTGATTTGGAAAGTGATGCAAGTGAAATAGGGATTA ATTTTATGCATATATAACTCTAATTCTATGAAGAATTTGACCATGGTTTTTAGGGGAAAA TTGTACTAGCACCTTGAAGTTTAAAACATCTGGTGAAATAACAAATAAAATTGAAAACAT TAGTAACGTAGAACAATGTTTAAATGTAAGTGTACCGTATCTTTGTCGGTTCAACATTTT TCATTCCCAAAATGATCTTAAAAAGGTGTACTATATTAATTTTTACTGAACTTCACGTAT TTATTAGCGGTTCATTTTACTTGTAAAATACTCCCTATATCTCTAATTATTTGTCATGGT AAGGTTCATGCACTCCTCCCAAGAAAAATTTAATACAAAGTGTAATTTGATTAATATAAC CTAATTATACCAAGGATATCAAAAATCTACATAACTTTTTAATTGAACAAAATGGAGTGA TTATTAAGGGCAAAATTGAAAAAAATACTAATTATTTCTTGATTGTTTAAATTGACAATT AATCTTAAACATCTATTTTTAGTATACTTATCAAACAATTGTGGACAGAGGGAATACCAT TAAGAATTGATTGTGATTTACCTCCAAAAAGTTATAGTGCGGGGTTAAGTTAGACGGCTC TATATGTAGAGCCGTCAAAGTGGGTTTGGCCCGCAAGGTCGGCCCAACCCAACCCTTGAA ATAAGTGGAGTTGAGCTTAATATTTTTGGCCCATTTATGAACGACGCTTTTTAGCCCGCC CTATTTGGCCCGTTGGCCTCTTAGGCCCACCCCCAAATCTCAGAGGCCAGTCCGTGGGCT ATTAATATTTTAAAATATTTTTATATATATTTTTAATAGTGTTTTACTTGTAAAATTTTT ATGAATAAATATTTTGAAAAATAAAAAATCAAATATTTTGAAATATCATCTTGCATGGTG AACTGTAGATGAAGATGAACTTCTTAAGAAAATAATATCACATGTTGATTCAAATGTGAT CGACAGTGGAAGTAGAAGCGGAGTTATAAAACATTAATTAATGCGTCATGTAATATTTAG ATATTTAGATTTGTTTAGTATTTAGGCTGCCTTGTGTTGCTGGAAATCTTTTAAACCAGC TAGTTTTTGTGGGAGAAATGGTGAAATGATCAACATTTATCCGCTAAATCTTACGTTGAC TATTATGTATTTTTATAAGTATTCACCAAAGTGTGTGATTCACAAATGTATTTTTGTAAG TATTCATTGAAGTGTGTGATTTATAAGTGAATTCTTTATGAATTGATGTCGTGTTCATAG GCGTCAACATTCGGTACTCTTTTTAAGAGAGTAATATTGTTCATTTTTTGATTGAAGGGT CACCCCGTCCCAACCCATGGCCTGTTTAGAATTGGGTTGAGCCGCTATTTTATTGGCCCT TTAATTAAAGGGATCAGCCCGTTTCAATCCATTTAACTCTCTAGCCCGTTAGGATAACCT ATTTTGACACCTCTATGATTACTATATGTATTTGAAAAATAAGACACTTACTTTAGGCCT CCAAATTTAAAGATTCTATTTAACAATAGTAAGATTATTACAACTACTCTTAAAAAATAG AACAAAATTATAAAGTTAGTTTTAATCTTTATTTTAAGATTATACGATTTAAAAAATATT GCTATTTCTTATTAAACTTAAAACACTATATCAAGCCAAAATTAGACAAATGAAAAAGTA CTATTTACAAAATAAAATATTTTTGCATATAAAAAGAAAGAAACAACTTTGCATCTCAAA ATAGTTTTTTAAGATATGCATTTCCAAACACTTCGCATCTTAAAAGAAAACTAGAATAAT AGATTTAAAATTAAAAAAAAAGTATTATTATTATTCAAAAAAATTTAAGAGCTCTAATTT ATTTTTGATTTTAAGCCATTAAAGTGCTTGAGTCGGCATCAATTACCATTCTGAGTTATT AAAATTATATTTTTTTTAGTTAACATACCATGCAAGAAAAAAAGAGAGTAAAGCAGCTTG TTGAGAGAAGAGTAAATCTATAGAAAATTCTAATGAATGAAGTTGCTATTTCAGTGTCAG AGATAATAAAATTAGCCATAAAAAAAATATGAAAATGGTGATATTCATAGTAGGTTTACA TGACTACAATAGCACAACGAACATTTATTTATTTTTGTTAAGAGCTTGAATGTGGTGGAT TTTGAATTTAGCCTCTACGTCAGTCAATGGCTTTAAAAATGTCTACATCTTTGTATTGCT TAAAGGCTTTGCAGTAACAGCAAATTCAAATACTTTATGTACCTAATATATCTCTCTTAC AACTTCCTTTTCCCTTAACAACTTATATGACATTTCCCTTGTATATAAATATGCTTAGTC TCATCCCATTCCACATACTTGTCATAGAGTTTCTAAGCCAATTAAGGAAATGACAAAGCA GACAAGTTTTTTAGGCTTACTTGCCTTTGGATTTCTCTGTTTCATTTGTCTACCTGTTGA GGCTGCCCTTAAGAAATATCAATTTGATGTTAGTACTTTCAATTTTTGAATTTTGTTTAC TTTTCGTTGAAATCTTTTCATCATGGTAAACTATTTGTGGTTTACAGGTGAAATTGTCAA ATGTGAGCAGATTGTGCAATGCAAAACAAATGGTTACAGTAAATGGCGGATTTCCAGGGC CAACTATATATGCTAGAGAAGGAGATAGAGTTCAAATCAATGTTACTAACTATGTACAAT ATAACTTGTCCATCCATTGGTAAGATAAAATTAGAAGTAGATGAAAATTGAAGTCTCTCA ACTTTCAGATGCTGAAACAGAATGTTTTTGTTCTAATTCTTGTAGGCATGGTTTGAAACA ATATCGTAATGGTTGGGCAGACGGTCCAGCTTACATAACTCAATGCCCTATCCAGACAGG AAATAGCTATGTTTATGATTTCAATGTAACAGGACAAAGAGGAACCTTATGGTGGCATGC ACATATTCTTTGGCTAAGGGCAACTGTCTATGGTGCAATAGTGATAATGCCACAAAAAGG CACTCCCTTCCCTTTTCCTCAACCAGATAGGGAAGAAGTACTCGTACTAGGTGAGCGTTG GCACTCGTTAATATACATAGAATTTCACCACCATAATTTCTTGAACTTCTCTTGTAGCAA AGAATGAAAGAAATTAAATGACAGCAATGCTTCTATCTGATTGTGATGCAGGGGAATGGT GGAATGCTGATGTTGAAGCAGTTGAGAAACAAGGAAATGCATTGGGTATTCCTCCTAATA TGTCTGATGCTCACACGATCAATGGAAAGCCAGGGCCTCTTTTTCCATGTTCTGAGAAAC GTAAGAATGGAAGATTTTGATATTGAGTGGAATATTTCAATCATATATGGTTGTTAAGAG TATTTGCTTCCAACATAATCCAATGTTTGAATTTCTTTTCAGATACTTTTGCCATGGAAG TTGAAAAAGGAAAGACATACCTGTTGAGAATTGTCAATGCTGCTCTCAATGATGAGCTCT TTTTTGCCCTGGCTAACCATACCTTCACAGTGGTAGAAATTGATGCAGTCTACACGAAAC CATTCACCACAGACGCAATTCTAATTGCACCAGGCCAGACTACAAATGTTCTGGTTCGCG CCAACCGAGTTCCAGGAAGATACTTCATGGCTGCAAGGGCCTTCATGGATGCTCCAATCA GTGTGGATAACAAGACTGCCACTGCTATTTTCCAGTACAAGGGAATCCCAGAAACCGTGA TTCCAAAACTTCCTACCTTGCCTGCACAAAATGACTCAGACTTTGCTTTGAGCTATAACT TTAAACTCAAAAGCCTAAATACTCCCAAATATCCAGCAAACGTTCCCCTAAATGTTGATC GACACCTCTTGTTTACAGTTGGCCTAGGAATTAATCCTTGTCCCACCTGTCTAAATGGAA CTAGGCTTACAGCATCTCTGAACAACATTTCCTTTATCATGCCACAAACTGCACTTCTTC AGTCTCATTACTTCAACATTAAGGGTGTGTACACTCCAGATTTCCCAGACAAACCACCTA CTCCATTCAATTTTACAGGGGCACCCCTTACAGCCAACCTAAGGACAAATGTAGGCACTA GGATCAGTAAAATTGCTTTCAATTCCACAGTTGAAATAGTAATCCAAGACACCAACTTGT TATCGGTGGAATCACATCCTTTCCATCTCCATGGCTATAACTTCTTTGTGGTTGGAACTG GCGTAGGAAATTTTGACCCCAAAAAAGATCCAGCAAAGTATAACTTGATCGATCCTATAG AAAGAAATACTGTTGGTGTTCCAACTGGTGGTTGGACTGCTATTCGATTCAGGGCTGATA ATCCAGGTACCTAGCTAGTTTTCAACCAAGTTTAGTAAATGAACTTATTGCTATTGTTTC AAAACTTTTTCTTTACATATCCAATTTTGTATGAAGGGGTCTGGTTTTTCCACTGTCATC TGGAGTTGCATACAGGCTGGGGACTGAAAACAGCATTTTTAGTGGAAGATGGACCAGGAT CAGATCATAATGTTCTGCCTCCACCAAAGGATCTTCCAACTTGCTAACTTCACAAGGCTT TCTGTTTTCTGTACAAATGGATTTTTTGTGCAGGTTTTCAATTCTCTTCATGCACCATAA GCTAAGGAAGCAAAGGCTTCGAGGATCATATAAATTTAGAAAGGAGTTTCCATCCAGAAA ATTAAAGGAATTCGTTTGTAATTTGAGCTGTCATAAACTTCCACACAAAAAAATGTGGTT TTGGATTGTTTTTTTTTCTTTTGTTGTCAATTTGGATTGTGTTTTCATGAACTTTGCTAA TTTGTTTGATATTTATCATTGAATTGAAATAAGTTTGTTGATACTTGCTTTTGATTTGTC CCTATCTATATGACAAAGATTCAAGTCCTGCAATCAGTCATTAATGTTTTTATCACCATA CCAAATATTACCATTTAGATTTATCAACTATAGCAAACCTGAATTAATCCAGTTAAGCAC CTGGAAACCTATGGCTAATGAGAAGTCCTAAAATATTCGATTACTCCATGGTAGAAAATG CAAGCGCCAAAACCAAGAAAACACTTTGAAGTATATGTCGAAACTCAGATAACCACACAT CCTAGCTACTTACAACAGAAAAGGACATCCTAGCTACTTTGTTTTTAATTTTCTAGGTGG CATTTGATGGGTTTGGGAGATAAAGTTTAGGACTTTGGCTTTTGAAAAATAATTTGCAAC CAGAGTCTTAAGAACGCAAGCATTAAAATGGGTGAAAAATTATGACAGACAACTAAACAA AAATTCAACTATAAATAGAAAAAATTGGCTTACAATTATGGAATATTGGGATTACTTTTC TTTAAAGCCAATTTCTTCAATAAATATTCAAAACAATAAAAGCAAAAGAAAAAAAAAAGA ATATTCGAACTTATTGTAGAGGCACAATATCCAGTTTAAGTAGTTCAGTGGACAACAAGG ACTGCACAGAGCAATAAAAAGAGAACTTCAGTTGAAAGCAAAAAAGACTTACTTTTTGCA AATCCTTAGTAATTTTGCCATCAAATAGAAGATGGCAGCATTGTCTATGACCTGGTCTTG CTCTCCCTTAACCTCCTCAAAATTTCGGCGAGTCAATCGGTGAGTTTCACTTTCATTTTT CATCTCTCTATCATAATTTTTTGGTATGTCTTCTTCTTTCATTTCACCCATTTATCAATC AATTTTCTGCTCCCAGACTAGTGATTAATTCTTCAAAGATTTAAGCTTTTTTTGGACCCA AGTCTTGAAAAATGCGATCTTTTTATGTGGGGTTTTGTGTTTGATGAGAAATTGGCTGAA TTGACGGGTTGCGGTTGGTCACAGATATTCAGGAATGGCATTTGCAAGTGTGAAATCTAC TGAAGGGTTGGGGAATTTACCCAAGGTCGTTTTGACTTCTCCTCATGGAAGGTACATTCT TAGTTTTTAAAATTGATGATTCTGGTGCTATGATGGTAAATTTGTTGGATACCAAGTAGG ATTGTAAGAAATAGTTGTAGCAAAAGTAGGCTGTTTGATATTGAACCTTAATCTGATATC TTAATGGTACTGCATTTTGCAGAAAAGATCTAATCTTAAAGGATTAAATATTACTACCTT GGTTCCAATTTGTTAGTAAAAGTGATTTTTGAATCTTGTGGTCTTAAACTAATGAAAGGC AGAACTTACTAAAATGCTCTTTAATTTTTGGTCTTAAACATGACATACGGAAAGTTAGAA TTAAAGAGTTGCCAAAAAAGGAAAGGGACATACTTACTCACTAATGCATTATGTAATGAG GTGGGTGGGGAAGATCTTCCAAGTACTTCATGTTGAACTGATCCCGATCTGGACCAATAG CTAAATTTTCTAGAAACAAAAGTGATGTCTGATGATGCTATGAGCTGTTTATCAGTGATA TTAGTAGTACTGCATTAGTCATTCCGATGGCAATATCATTTCTTGAGTAATGCAGCAATT CATACTTCCTATAGCTTTACAAGTTCAAAACACTGGGTTTGTACTATGTAGAGATACTGG GTTTGTACTATGTAGAGATATTGAATAGGCTCGTCAAAATTGTTCCTGGGTACTTACCTG AAAGTTGGCTTATGTGGTCGATTGGCTAAAAGCCTTCTTTCCTTCATTTTGCAGTGAGGC TGAGCTATATCTATTTGGAGCTTGTGTCACATCTTGGAAAGTAGACAGTAAAGATCTACT TTTTGTTCGACCAGATGCTGTATTCAATGGTCAGAAACCAATCAGGTCATCAGCCAGTTT TCAAGTTCTAGAATTTGGTCACAGTTATATTTGCTCTTTTGAACAGCTAAAACTTAAGCT TTCCTCTTCCTCAACACAGTAGAGCACGTTTGATTATTTACAATTCACCTGACTAGAAGC GTTTTTCCTTACTTTTGTTAAAGATGCAGTATTATCAATCTTCTACTATCCTTCAAAATT TAAAATTGGAAAGAACTAAAGAGGTTATATCACCTTCCTTACTAACTATTTTACATTGTA CAGTGGAGGAATACCACATTGTTTCCCACAATTTGGACCTGGCCCAATCCAGCAGGTAAA TTACTTCTCATGTTTCAATGTATATAGTTTAGACTTCTTAAAGTTAGAGAGGTTGCATTT GTTTATTGAGAAGCAACTCCTTTACAAAAGCATCAAGTGACAGTTTCTTCTGCCAATGCA CTCTATCCCTTAGCTACATACTAGAAAAATAGTTATATCTCTACTTACAGTTCTATTGGT AATTGTGTGATGCAATACCTTAACTTATTCTTGAATATTTCATGCTATCCGATCAGTTTC TGAATGCTGGTTTTGAGTCTTAAATATATGCTCATCTGGTTGACAGCACGGATTTGGAAG GAACATGAATTGGTCCCTTGTTAGCTCTGAAAGTGTGAAGGAGAAACCTGTTGTTACTGT GGAGCTAAGGGATGGGCCTTATAGCCGTGCAATGTGGGACTATAGTTTCCATGCTCTTTA CAAGGTTTGAGTAGTACATATTTATCTTTCGCCTTTCCAGTCAAAATTTTGAACTAGTTT CTAATATCACCTCTGTAGCTAATTACAGTCACAGACAGCTAAACTGGACGAATACCTGTT TGAGTAAACGAAGGGTGAAAGCTAATGGCAGATCTATAGGGGGAATGCCCAGCTACCTTT GCATCTGCTAATTATATTTGCCTATGTTAATTTGTAACTTTTCTAAAGTAACTACATAGA ATGTGCTAATCGCCCCTTTCCCGACATATATTAGCCCACAACTTTCAAATCCAAGACCTA TAATTGGTATGTGACTTTTTGTTATAGAGAAATTGGATAAAGGACTCTCATTTACATACC TTGGTAAAGTACCTATTTGATTTGATAGATGTCTATGATATACCTTCCGCTCTCTCATAG TTACAAGGGAGGATTCTTTTGATCATGATTCACGTGTGGTACATGATAAAACTTCTAATT TCTCATTTTGCAATTGATTGCAGATCACTCTTGATAAGAAGACCCTGTCAACAGAACTCA CAGTTAAAAATACTGACAACAAGCCATTTTCATTCACTACTGCACTGCATACTTACTTCA GCGTAAGTATTTCTCTGGCAACTTGTGCTTGGAAATTTCCATAGTTTGGGTGCATCTCCT AAAACTCCTAAAATTTATCAGCGATTCAAGACCTGACCACCTGTATGCTAGTAAATATTC CTGTTCTGCTGTCTCACTCTTCAAGTCAAATAGGCCTCACTTGTTCCTTTTCTTTTTTCT TTTACCTCAAGCATTTTGGCTCCATGGTTGATGTAGGCTAACTCATTTCCTTAGAATTTC ATAATCTTTGGGGTAAAATTGATTCTTGATCATTGTTGAAATTGTTATCCACTAAAAAGA GAAGATTTTATCATCTAATATTCTCTTCTTCAGGCTTCTGTAACAGGTGCATCAGTTAAT GGTTTAAAAGGTTGCAAAACTCTAAACAAGGTTCCTGATCCCACAAACCCTGTCGAGGGA AAAGAGGAAAGGTCAGTATGAGATCTCAAATATATCATGAAATCATCATTCACTTCTCCC AGAACATACTTATTATCTTAAAGAATTCGTGACTGCAATTGAGAATTTATATTCTCTGCA AACGTATGTCTCTGGGAGATGTCTGGTTGGGCTTTATATTTTTGTCATCACGAGTCAGGT TAATACTCTTAATGATAAACTATGAAAATCACTAATGAACATACAAATACTCACATATTG CCTAAAACCAACCCATATTTCTAGAATTCTGAAGTACTTATACTTTGGCACTATTTTGTT GTCAAGGAAATCTAAGAAATGTTGCGATTCTAGTACATGCATATAGGTCATTCTCTCAAG AACCTAATCCTCATTCTGATTATTTCACCTGTTTCAGAGATGTGGTGACATTTCCTGGAT TTGTGGACTGTGTTTATCTTGATGCACCTAATGAGTTACACCTAGATAATGGCTTGGGTG ATAAGATATCTATCAAAAACACCAAGTGAGTTACTAGTACCCAGACACATTGCCGTGATG GAGTTTATTAAAAGAACTGTCTAGCCCCCCTAGTTGTCTAATTTAGCAAGTTGCTTGTGT TTTGTATGTGCAGTTGGTCTGATGCTGTTCTATGGAACCCTCATTTGACCATGGAACAAA GCTATAAAGATTTTGTTTGTGTTGAAAATGCCAAGGTATTTACAATGAATCTCTCTGTAT TTCTAAATTGAAGCGTGTGATTAGATTTTTGTGTCCCATTTACTTTGAGGTGCCGCGTGT GATCTCTTCATACATTTGATCAAATTGCTGACAAATATCCTATTGTCTGTCGAATTGTGT GGTCTTTCCTCTTGTGGTTGAGAAGATTCAAATGCTTGACCTAATAAGCAATTTATATCA TTTTTTGGTGTGTTTTTCTTTGGTTCATATCAGATTGGAACAGTGCAGCTTGAACCAGAG CAATCTTGGACGGCTGTACAACATCTAACTGTTGCTTAAAGATACCTCCCGGAAGAGAAA TCAACTTTTTGGAGAAACCCTCCCCTGCTTTTCAATTTAAAAGACTCACTTGAGAAAATG ATTGAAAATGGCTATACAAAATAAAGAATAATGTTGTATCTAACATGACCTGCATTTCAT AGCAGTTAAGAGTGTTAAGTGATATTTACATCTTCTCTCCCATCAATCTTCTCTGTATTT GCAAAATCCTAATTGTACAAGGTAAACGATATGAAGGTGCAAAGTGCATAAGCTGAATTA TCCAAGATTTACGATGGAACAGGAAAAAGTACTAGGTAAAGAAATGCTAGTTCCTGTTTT ATGATTCAATATGAAATGAATCGGTACATTATGATTGTAGCATTCAAAACATTTCTAACT ATCTCTAAGACTGGTAAATACTCAAGAGTCCAGAAAGGAATAACAGAGCCGAAACTAAAA TGAAATGACGTTGTATTTTCAAGTGCTATCAAGAGCTCAATGTAGCAATTAAGCAGACAA CCAAAATGATCAATAACACAGCCCATACCCAACATATCCATGCCCTTCCCTTCTTCTGCT GCTGCTTAGCATAGAAAAGACTGTTGGTTCCACCACTGATGAAGCTTCCAGCAATGGCCA TATTATGCTCAATGTCATCAATCTGTTCACCTTGAGTCTCAACTAGAACAGCCATATCAA GAAACACTTGATGAAGTTTGTCCAGGCTCTTCTTTATGTCCATTACAGCCTCGTGCCTAT CTTTGTCATCAAGATTCATCTCTGTTTTTGCTGCAAATATTTGAACTTTTCCGCTTTCTC CTGAAACCATCTTCTCAATCACTTCCTCGTTTGGCTCCTTCCCCGTCTCGTTGTAATATC TTCTTCTGAGGCAGTCTTTGTAATCTGACAAGATCTTTTCTCTCAAAGCCTGAAAATCAT TCATGATGTCCCTAAGCTTGACCCTCAATCCATTAGACATGCTAACTCTGGTTCGATCAA CCACAGAGCCTTGTGCATATGCCACTGATAATTTGCGATTCCCCACATTTGATTTGTCAA GTGCTTCAAGTTTTGCCTTGACAATCTTGGCTTTGCGAAGGACAGAGACCATGTCAGAAT CCATTCTGTCTCTAATGCCACGAAGAACTTTTGGACCGTGAGTAGTTTTTGTCTCCTCAT TCAGATTTTGAAGATCCATCAAGAGATTAGTTATCTCTTGAATATCACCCTTCACTGCCT CGATTTCACGGAAGAAGTTGGAAAGATTGTCTTCATCTGTGCGGCTGAGTTGGCCCATCT CCAAATCCCTCTCTGTTTCAAGATCCAGATGGGCTTGTTTCTTCAATTCCATATAACTTA AGAACGATTTCGTCATGAGATCATTCATCTTCACTCCAGTTTACTGAATATTCTGCAATT AGTCAAGAACAGCTTAACAAATACACCAAGAAAACAGATAAGTTTTCAAGAAAAGATTTC TCTACCCCTTCCCACAAGATGACAATTTGTTATGAAATTCAACACCAATAAAAACAAGAA AACAGAGGAAGTAACTGAATGCAAGAAAAGATCTCTACCCTTCTGTTGAAGATGGCAATT TAACCCGATGGAATATGAAATTGAACACCAAGAAACATGAATAAAGCAGGAAGATATAGA TAAGAATGAAACGAGTGAATTGAAGAAGAGATTTTTTCACTAAAAATCTCGATTGAACTG AAGAGAGGGTATTACCCAATTTTGAAGAGCTTTGCGTTCTTCTTCTTCTTCGTCGTCTTC TTGATGATGATGGTGCCTGTCTTCTTCTTGGTACTGTTTGGGAGGGGGAAGAGGGATATG GAGATTCTGAGAAGTTTGAAATATTTCAAAGTTTCATAAGGCAGAGATAGTGAGAAGTAG CCGTTTATATTGATGTTCCACTTAAGGCGGTTACGGTTAGTAACCCAACCATGAAGTGCG AAAAATGTTTTTTAAAAAAAAATTTATTTATTGCTTTAACACCTAAGTAAATTCATGTTA AATATTAAAAAAATTGTTTCAATTAAATATTAATTTATTATAGTATAAAATGTTGTTGGT AGATTTATGAAAGAATAGATGAGTGGAGTTTGAATGTCTACTTTTGAGATGATGAAATGC ATTAATAGAGACGTTAAAATTTTGTTTAATTATAAATTTTTTTAAAAAAAACTCTTTAAA AAAGATTTATTTTGACTATAGAATTTATATAGTTTTTTTGGGAGATTTTGTAAATCAAAT CTTTAAATGTCAAATTCTATTTTAGACCTCTTTTTGACCCAAGATATAGCTGTTGACCTG TTATAAAATTTTAAAACAACTTTTTTGTAAGGTTAGTCTGTTAATTACTCCCCTATCCCA ATATGATATTTTTTCTTTTCTAAGAATTAAATAATTTAAGTTTGATCAATAATACATGTA TGAAATTTTTAATTTTTTTGAAATACATAATACTATATAAAAAGTATTATAAGTCACAAT AATTGACAATTTAAAATATTTAAAAGATGTATGAAATATTTATGATAAAAAGTAGATTTA TTTGAATTTTAAAATTCAAAAAGCCACAGGAATGGATGGAGTATTAGTTTTTGTTTTGCA CTAATGAGTCTTTGTAATTAATTGTAAAATTTGACAAATTATAGTAGCTAGTAATTGTAT TAGTAGTAGTTGTTATTAAAACATCATGTTGTGATTTAAGGATTATGGATAACCTAGTTC ATTATAAAAATATTAATATTTCTACTGAATAAAAAATCTATCTATATATAGGATTTGGGT TATGATGTGCGTGCTAATTATAATGATCATAAATCAATGAAGGTACTGCATAATTTGAGA TTAACAAACTGTTTGTTTGGTAATGTTGGATATAGTTGATAGTTTTTAAGACTTACTAGT TACTAGTATAAGTCATGTTTCGTGTTTACCAAACACAATTCCAAGTTCAATCCAAACTTC ACTGTAACTCCAAATGCTAGCTAAATCCGTGGATGGAAGTAGAAACATCTGTAGAAATTA TGCAAAGGACGAAACAACATGCTCAATTAAATAAAACACAAATAAAGACTTCCTCATGTT ATTAGAAAACATTGGCCGGAGATGTAAGTCTACTTTGGACCAATTTGCAACTACTACCAG TCCACTTGCAGCAAAGCCTCCTCATTGCAGAATGTTACTGCCTGAGTAGCAATTGACAGC ACTTAACACAAGACTAGTTTGCAACTCTTAAGATACATTGCCCCAATTAAAGCAATTCAA TAAAGACTACGAGGAATGGTTAATCACCCTCAACTCCTTTGATCTATTAACGTCTTTTCC CTTTGGGTATGAGTGTACATTCTTGGAGAAATTTCTGTAATACAGATACATATTTGTCTG GAAAAGTTCGGTAATGATCTACATGAGGAGAAGAGCCAAAGTTGAAAGAGTGAACCTCTC TCCCAATTTTCCTCTGCTCTTGAATAAAAGATTCAACTGACTGAATTGGAATGACCTTGT CAGCTGTACTGTAAAGATATAGCTGAAGACAGGAAGGCTGGTTCTTGACAAGGACAGTAA TTATCTTCGTCAACCGCCTGTAAATTGGAAATAACCAATAATTAGAAGTAGCTATAAACT TTTTCAATAGACCAAACCTTCTAATCAATAGCTGAATACTTACTGCAAACCATATTTCTC TGAACTATTTCCTAATTCATAAGTAAACAAAAAGAACATAACATGTTGTAGTGCTTACTC ATTAACATCAGGCAAATTAAGAAGCAACGAGAAAAGCTTCTCAAGTGTTGCAAAAAGAAC GGTTTCCATCATCATGGCTCCCTTAGTTTGAATGTTTCCCAAGGTTAATGGACGTTCCAC TTCATTTCCTTCTCCAGCTTCTACTGAAGAATATGCAAAGGAGCTACACTTCTTCAGCAT GGCTGCAGTAAATCCAGCTGCCCAGACCTGCAAGCAGTTAAGACTGAATTACCATACAAC TTTCCTCATTACTCAATTCTGTAGGATCAGAATCAACACTATACAACAAAAGCGAAAATA ATGCACTGCGTTTTTTAAAAGGAATGAATGAAAAAGTGCACCAGAAGAACAAATAATCTT CCAAAATGAAAAGAACAGAATTCCCCCACAAAAGGAAGAGAAAAAATTGCCAAGCATTCT TGGAATGGAATTTCCCCAAGTTGTGAGAAAAACTCCATCAAATAGTTCAACCTATCAAAG AAAGACAATGGCAAAGAGCAATGCTGAAATCTCAAAGAATATTTAAAGAGGCTTGTGTCC TGGCTATACCCAACCAAGAGGTTACAATAGAAACTATCATCTTGAAACTGAAATTTCTAT GATAACTTAAACAGTATGAAACACATTCCATACCAACCCATATCCTTTGCAATGAGAAAA GTCAAAAACTTTTCAGGTATCCGTATGTGGATTAGTGAACAAAGAACCCTTGGTATACGT CAATCATCCTGGTCCTCCGACCATATGATGAATCCATAGTTACATTTTACTAAACCAAAA TCAATTTTAGAGAAAAGAGTAATTAAGGCTCAAACAAAAGGATAGCATCAAAAGCAGCTG AATGCTATCCTATAAAGCATCAGATAAAGGGAAGTGATGGTAGGATGAGGTAAAAAAACA ACCTTAGGGCTTATATCTGGATCACCACCGGAATCTACGACACAACCCTTGATCTTTTCC AACAAATCCTGTCTATTTTTCAGATTCTCAAGAATAGCACCATAACTGCACAGTAACAAA TACTAATAAAGGTTAGAACAGCTAAAAATTACTAATAACTTTAGCATGATCAATATTTGA AGTCCCATTAATCAACCTACGCAAGCCAACCGGTATTACTGAATGTGTGAAAAATCAAAC ACCGTTCACGACCATCGTTATCGGATTCCGACAACCACAAAGCAAGCTCATTTGCCAATA CAGCAATCCTCTCTTCCAATTTCTTGCCAAGATCGAAAGAAAGAACATCTTTCACAGAAG CAACAAATGTTAGAGCGTGAATACCCTTAGAGTTATACAACTCGATATACCTCCTCAAAT GTTTCGGCTTTGACCCGAGCCAACCCAACATCACAACCGTCACAATTGGGCCTTCTTTGG GTATTGCCCCAATTTCATTACCCTTTTCACTGCCAGCAGCAAAATGCCAATCGAATAATT TATCTTGGGTACCAGATACTATTCGAGCAAAACGATCGCTGGATAAGATGGGATTCAAGA ATTTCGACGGGAAAGGGTTTTTCGAAAACCCAAATGGAGAAGAAAGTGGGGAGGAGGGAT TGCGATGTGATAAGAAAATGCGGGGGCGATTCTTTGGGGGAGAAGAAAGTGAAGGGGTTC GAAAGGAAGATGGTGATAAAGGAAAGGGCTTGTGATTGAGTTTGAGGAAGAGAGAAGGGG AGACATGGTGGCGATTAGAACAAGTGAGTAGTCTGACAGAGGCTTCCATTGAATGAGGAG GATTTGCGACTTTGTTTTTTTGGCTTACAGGTGATGCTATTTGTACCGAGAGAAATGAGA GTAGTATTTTTGTTTGTCCGAGTACTATCAATTCAAATTTATACATTGTGCATTATTGTA GGACCCGTATACCACAACAATCCATGAACTGTTGTGAAATGAATTAGACACTTGCTTTAT CCAACTTCTTTAGCTTTAGTGCTTAGCGTTTGGAACAAGTAAAGTTAACAATTCCTCACC TCATGTTTACCAACACAAGCAAAGAATTTTTTTTTTGACATGATATACACAACGGATCCA GTTTTATTTTTTATTATTTTCTTGAGATTTAATGCTGGACTGATTTGATTGAAGGGAAAG AATACATTTCTTCTGTTTTCACGACTTGAATTCAACATATGTAATCAAGTGTGGAAAGAT TTATTTCATCCAATTGCTCTTACTCAACGAAAAATGAGTTAAGGATTTATATGTTCATGA TCTTTCTCTATCCCCTTTGAAAATTAGTTCTTTTATCAATTAGATTCACTGCTGAAATCA TGCTTATAAGTATAAAATAAAAATGTTCAGATCAAATGATTTCAGAAAAAAAGTTTATAT CAGTCTCTTTGGAATAGACCTCAGTGGCTCAGTCTAATTATCTCTTCAGTCTTCGGTGTC TTGAAATGATCGGCTTCTATGCAATCTATTCAGGAAAAGATGATGAAATTTCTTATCGCA GGGCAGTACACTTTGATAACACATACTCTACTACATATGTTAGCAATGAAGCTAAATTTC TGATGTCAAGGTTGATAACCAATCTAATAAAGCTTTATTCACTTGTTCTGGAACTTCATC CTGGGGGTAATGCCCTGCCTGCAAGTTTACAAGGGATGTGTTCGGGTAGAAATCCTTAAT TCGATTTGGCTTTGCACGATCATGAACCCAAGGGTCTAGGTCCCCCCACAACAACAACAA TGGGCAAGAGAGTTGGCTCAAAACACTGTCAAGTGTGTGCTTTGTGGGGTTTGACATGAG TTGTTTTAATAATCTGCAGAAATGCAAAGTAGACAATATTAGCTAACTTTCTTAGCCTAA ACTTTTGGTACATAAACAGGTTGGAACTTAAAAGTATATGTATCTGACAAAGCAGATGTA GTAAATCTCTAGTCTTTTGTACACTTCTAAATGTTAGTAGTATCTCAACATTATCTTTGC ACTTCTATCAATTTGCAAAACACTCTTGGCATATGCTGGAAAAGGTCGAACCATCTCAGT TTGAAGTTCCAAAGACAAAACTCGTCAAACAGGCTCGAGTCATGAGAGTCAAGGACTTCA ATATGAATGGTGGGGAGATTTCTATTAAGATTCTAGACTAATAAGGCAGATAATGGTGTT CCAAGTGAGAAAATGATAATGGTTTTTAGCTGCCAAAAGGAGGCGAAAAACAATAGGCTA TATAGCTGCATTCATACCGGTAATAAACTTCATAGGCATTTGGGTCAGCTGCAGGCCTTA AAATTGAATTGATGAGGTAATCATCCACATTTGAATGGTTTCTGTAGACCTTAAAACAAG AAAAACATCAAGGAATTAGTTATTCTATCTAATGTTCGTCAAGATTATCAGCGGTAGTGG CTAAATAACAAATGAAATGCAAATGCAGAAACCAGCCATCCGTTTCTGATGCATCGTGCA AATAGCAAGAAGATATAAGGTTCAAATTTAGCTAGGAAGGAACCTACACCACTCTTTAGT ACAGCTTCAATTTGAACTGGTTGCATTGTTATCCAGAAAGCTGATCTGACAACAACACGT TGAAAAATTTCCTCCATTGGCTTTACAATGAACTTATGTAAGGCAGACTCTTCAGTTTTG TCAGTTGTACTAACGTCATCCCCAAATCGTCCTGCACTATTTAATAAGGAAACTCCCCTG ATTTTATCTGGTAGTGCTGCTGCTGCTAACAAAGTAGTAAACCCTCCAAGACTGTTTAAA TAATTCAAGAGTCATCATATTACATACTACTTATATATTACTGAAGCTCTACCAATTAAA GCTACTAATTGCATCTTGTAGATTTATTACAATGACAAGTTGGTAAATAAATGAACTCAC CTGTTTCCAACTAAAACAGCGGGTTGTTTAACTATCTCCTTTAAGAAGTCGACAACCTGA TCTCTCCAAAGCAAAGCATCATAATCTATTAGTGTCTTTTCACTCCAGCCAAATCCTAGC AAATCCAAAGCATAAACCTTGTATCTTTTAGCCAGTTCTGATATGTTATACCTAAAATTT GATGCAAATAAGCCCACTAAATCTTTTAATTAAACTCAAAGCCATACAAACACAAATATT ATAGAATTACCTCCAATGAAAAGAAGAAGAAGCAAATCCATGAATCAAAACTATTGGAAA CCCTTCCCCTTTCTCCACATAATGAATTCTGTAGCTTCGCCATTTCCAATAGTTGTATCC CTCCGGTTTGAATGGCAATTGCTGCAAGCCTATATATATGAATCTTTGTTAAGTAGACAC ACACACAATAAACAGACACCAATAAATTCAAAGGTACAAATGGGGTGATGAACTGACCTT GAGAGGATACCGCAACAACAGATGGGGTCATAATCGAAGTACCAGTAGCAACAGTTTTAT TAACAGCAAAACTTATTAGTTTCCATCTGCCACCTTCAAACAAAAAGAAATTGAGGAAGG AGATCAAAACTCCCAAATCAATGAGTTTCACATAATAGTTAAGAACTGGTCTGGTGTAAG GTTAGACGAAAAGCTTACTAGAATGATTACTTCTTCCAGGTATAGCCAACTTATTGCCTA TTGGATTTAGTGATTCTGTGTTAACCGTGGCAGTACAACTTGACATTGATAATACTTACC AACTAGAAGTATTGAAGAATCTTTATGAACTTTGGGAACAGTTGAACGTGGTACTTAGAA GTTGATGGCAGTTAACAAGATTCTCATGAGCTTTTCTGGAAAAAAAACAAAAATTATTTT ATCTTTTTCAGAGACAATGTGAGACCTTGATAGGGATTTAGGGAATCGTTTTTTTCCATG TAGAGACAACAAAATTAGCAAGTTGTCATCCTCGGCAATACGCTTAGAAGTTTCAGAACA TCCTTGTAAATTACAGATGCTGCACACAATGTTAAAAACTAACTCTTATTTCTTTATTAT ACCATATTAGCTGGTCTTAAATATGCCCCAGCTCATTGTTTTCACCAATGTTTCTGCTTT GCCTTCATCGCTCTTTTCATATTTTACTATATATTTCGTGCCATTTCTCCACCTCTTTGG TACCCACTTCAGAATATTCCTGTTCCACTCAATGTGATATCATATGTTGAATTATGATGA TCTTATCGAAAAAGTTTTAACAGGTTATGGAGAACACATTTTCATTTACTTACAGCGAGA CTTGAACTCACAACATCTGTCTACTTCAATACCATGTTAAAAATTATGTGACCACGTAGT ATAAAATTTTAAAGCTGTAATAAAGAGCATATTCCTATTTTATTTAATTACATCTTGAAC ACCATAGCTGTTCTTTTCTTGTGCTTTTCACACACACAAAAAAAAAAAATTCTTATTGGT ACAATTTTGTTGCCATTCTCTGTATGTTGTTGTCTTCACAGAATACGTTGGATTCTAATT GCCACCTATGAGTATTTTTTTCCTCTTGGACCAGAAAATTATTACTATAATTTTTCTACT GTTCAAATTATAGCTAACTACAGAGAAAATACCTTCTAAAATGGAGGGAGCTTCAAAATA TAACAAAGCTTTACAACTGAAACTCTCGTCGACCATGAGGCAAAGAAGAAGTGGTTATGA GCCATCAGATACGGAGACAGACTGGACATTGGAGAAGAGTCCACACAGGGAAGTAAACGG AAAGAATGAAAAAGAAATAGATCTTGAAGAACATGAACCAGAAGAGCCCAACGTAGGATT TGAGAGAGCAAAGGACAATAGTTCTTTTAATTTAAGCTGGAGAACTAATAATGTTCCAAG TTCTGCTCGAAGGAGAAGTACTAAGTCTCCTTATAAGCTTCGCAGAGATATTGATGATGG TGAATTTCCTTCTTCTCCAAAGGCTTTACCAAGAAGTGTTAGCACATTTCCACGCAGACC TGATCATTCATATTCTCATAGAAATGTTAGTCCTTTTCAAAAATCTGAGAACCGTAGACA TATGTCTCCATATAAATATGCTGGTGATGATCATGACAGGATTTTTGCTGATTCAAATAG GAAGCAAAATCAAACACAAGGTAATAATAATGTTCTTAGTAGACTAGGGGAGAAATCAAA TTATAATCGCAGGTACGCTTCTGCTCCTAGACCTGACAGACAACACAAGTTTGATGCTTC CAAGGAGAGAAGAAAAGCAAATAATAAGACGCAGACGCCTTCCCAATTGCCAGTTAGGAG CTTGTCGCGGAAAGAAAGGGAAACTCCCTATAAGCACGGACCTACAGGAGGTGAACTTAA TGAAATGATTGCCGAAGCAAAGATTTCTGGAAGTACTACTGGTGCTAATCATATGTTTGA AAGCACAGAAACTGTTTCACCTGGTGATATTTTCTTTTCTCGGGACTATGAAGCTTTGAA CATGCAGAAGATTACTGAAAGGAAATTTGATAAAAAGCCTCAGGTACTGACTGATAGAAA TGTTGAATCAGTGAAAACGCCTGGTAATTTCAATCAGAGTGGAAGAGGAAATTCATCTAG TAATACTCAAAGAACTATAAGCACAAGCACTTTTGTAAGTAGACAGAGTAGTAATTTGAG TGATACTAGTGGAAGGACGACCAAAAGTATGAAAAAGTTCACCGCGAACAGGCAAAAGAG TCAGTCAGAACCATGGTTTTCTTGTCTCAAGAAGGGAACATGCAGCACGTCAAGAAGAGA ATCTCCAGAAAAAGGGCGTCCGATTGATGAAGCTGTAGTAATTGCTAAGGCATCTGTAGT TCAAAGCTTGAGACCCTTCTGGGCTGACAAGCATCAACCTGATTTACTAGAGGGATTTAC TTGCCACAAGCAAGAAGCTTTACTACTTAAAGACCTGGTAAACATGATCTAAACTCCCTT TTTCTGATGAATCAAGTGGTGAAGCACACAAAGATACACTCACTAGGACATTTTGTTTTA ACATTATCTGCTTAATTAGATCACAACTTCCTTTGGTTTTCTAATGCCTTTTCTTTTAGG TTTCTTCAAGTGAAATCATTCCACAGATCTTATTCAAGGGTCCTCCTGGTTCTGGAAGGA GAACACTCACGATGGCTTTTTTGCGTGAAATCTATGGTGATGCTATCTGCAATGTAAGCA AAGCCAGACTTAGAATTAAGATGCAGATATGCTACATTTTCATGGTTCATCATCAGTACA AAATATTCCAGTTTTTTCGTTTGTTTTTCTGTTTCGCAGATATCCCATGATTTGAGATAC TTCCAAATTAAGGTACCTCAGACTTGATTTATTTTCTGCTATTTATTTTCATTTATACAA GTCTCTGTTGATCATGGAAGTTAGGGCTCTAAGTCTGCTTAAATTTTCTCAACTTCCATT TTCCAATCAAACAACAACAAAAACACCACTCCCTTTATCAAATTGTAATCTATTTGGCAC AATTTTTTAATACAGTTTTTATTTTTAAAAAGATACTACAAAGGATAAAATCTGTTATGA CCGAAAATAAGCAGGTGCAAATCTTTTCCTAAAAAAGAAAAAAAGATTGGTCAATTCAAA ATTTTTTCCTAAAAAAAAAACTATTTATGGTTAAAAATTCAAGGCAAATAAAACCCAACA AAATCGACTATAAGATCATGATTTTCAACAGAATCTGGATTCATATGTTTAGTGCTTGAT TTATGTAGACAATACATTGTTAATTATCACACATTATTTGGTGAATGGACAGTGTTAAAT GCAGTTTAATTTGTTTCCATGCTGCGGAATTTCATTCAATATGCCTCTTCTTTTCCCCTA TCTGCCTAATAGGAAACAAGGCCACTGCAAGTTGTCGTACCAGTAAGCTCAAGTCCTCAC CATATCGAGCTCAACGTTCAGTTGGAGCCTAATGCTAGATATGTGATAATGGCTTTAGTT AAGCAAATAACTTCAGAGTATGCACTGACCCCTGAAATCAGCAGAGTAAATAAGAAGGCT GATTACAAAGGTGATCATGTCTATCAAAGCAAACGACTATTTTAACCATCAATCAATTCC GTCTTGACCTAATTAAGTAATACTCTGAGTCTTACAGTTATAGTTCTTTATAATGTGGAC AAAGCCGCGGAGAACATACAGCACCTAGTTAAATGGATAATGGACTGCTATTCAGATGCT TGCAAGCTCATTCTCTGCTGTGAAGATGATGTAGCCATACTTGACTCAGTGAAAAGCCGC AGCAAAGTTTTTGAAGTTGCAGCTCCTGTAACTCATGAAGTAAGTGTAAAAATAGGAAGT ACATTCTAATAGAATTAACATTAGCTATAAATGTAACATGTCATTTTGGCCATTATATCT TCAACCGGACACAAGAATTTCCTTCTAACTTCATATTTTGGATTGCTTAGATCATGGAAG TTCTTATTCAGATAGCAAGAAAGGAAGATTTTGAACTACCAATGGGTTTTGCTGCTAAGA TAGCCGCCAAGTCAAAGCAAAACCTGCGAAGAGCAATTATGGCTCTAGAAGCCTGCAAAG CACACAAGTAATATTACTATACTTTACAGATTATGCCTTTGCTAGTTTATGGATTACTGA TCCACACACTTTATACAGCTATCCTTTTGCTGAAGACCAACCGATTTCAATAGGATGGGA AGAAGTAGTAACAGAACTTGCAGCAGAAATTCTCGCTGATCCCAACCAAACAAGGTATCA AAATTGTAAATAGCAATGAACAAAGTTGTTCTTCTAACTAAAGAATATCAAAGTTGACAG TAAAGGTGTCTATTTTAAATCAGGTTATTTTCTGTTCGAGGGAAGTTCCAAAAACTTTTG GTGGAGTTTGTGCATCCAAAACTTATTCTCCTGGTAAAGTATATAAATTTGAATGAGGAT TTTTTTAAAGAGTTACTAATATCTAAGGAAGATCATTTCATGTTTATGTTGAATGCAATG CAGAAACTAGTTGAAGAATTCGTTAAGAAAGTTGATGCTGGTATAAGAAGGGAAATTCAT TACTGGCATTCTTATTATGTAAGTACTATACTTGTATGTTAAAATACATGTTCGAGAAGT TAAAAGTTCATCAAGTAACAACAAGACGATCTGCAGGAGAAAAGGCTCCCTCTTGGAACG ACTGCTTTGTTAAAATTAGAAGGTAACTCGTTAAACTGTAGTATTGAACTATGTTTATAC TATGACTTTTTAGTGATATTAGTTCTCCTAACATGTATTTGATTCATATGTATAATTGCA GAATTTGTGGCCAAATTTATGAGCATATACAGGAAGAGTTTGAGCAATCGTCAGCAGTTT TTGTAATTCATGACTACACATGGACGCGCGCTAGTCTGATTGAGAGAAGGCTCAAATTTT TGGTCCTACACATTAAATCTTCTTCTTTTATTAAACACTCTGCCTTTCATACCAGTATTA CACAGCCATTCTTAGCAGATAAATTTTGTGTTTATATGTTGATGCAAGAGTGTATGCATC TGCTCCTTACGTGATATAAGCACTAGGGCAACTGTTATTATGAAAATAAAATTATGTTGT CATTTTATTATTTTGTTAGGAGCCTTATTAGACTCTAAATAAAATTATATTTCAGAAAAA CTATATAGTTATAGAGCATTGAGATTCAGCCTTTTCAATTCGTTTGGATTAGGCTTTTCA GTTGGATTTATTATTTTTTGGGAACACCCTCTACACCAAATAAAGAGCCTAAACATAGTG CAGGTAAAGAAAGAGATTAATGGTAATGGTAATATATCGTTCCTTATTTAAAGTAAGTAT CTATGTTGATGAGGAGATTTTGTTTGATTCCATTTAATGGTTCACAAAAAGGGAAGGCTT TAATTAATGACCATATTTATTTAAGCTAATAATAAGATTCAGATTGAGTTAGATTATACT GGATCTTCCAAATCTGAATAAAGAAAAATAAGGAAAGTGTAACCATGGAAAAAGAACTTT TCCATTACTGGGAGTTAAAACTTGGAAAATTTTGTTTGATCATAAATCAATTTTTAAAAA AATTATAAAATATTTTTAAAAAATAATTAATCTTTTTACTTCAAAATTATTTATAAAAAG TTTAAATAAAATACAATTTTAATTTATATTAATGACCAAACATAATTTAATTTTGAAAAT CTCATAATAATTTAAGGGTATAATTAGGAAAAAACTTTTTATAGAATTTTAATCTAAGCA CTATTTAGAGCCTGTTTGGATGAGCTTAAAAGTTGGTCAAACTGACTTAAAAGTTTCTGC ATTAGGCGCATCTCCAACTCAAACACCAAATTTGGATTTAGCACTACTATTTAAGTATAA AACAACTTCAACTCACTTCACTATATTTTATACCAAAAAGTATAGTTTTCTCTCTTTTCA TTAATATATTATTATTTTTTATTTCATTTATATTTTCTTAATTTTCAAAATAAATTCTTT CTAAAACATTCGCAATATACAATTCATATTATTTTCTTTTATAGTAATTCAATATAAAAT TATTTATACCATAACTTTTTAAATAATATGAATTTCTTGCAAATATTATGCATTATACAT AATAATAAATAATACAAATAAAAATGAAATCATTAATAAAATACAATTAAGTAAACATTT GAAAAAAATATATTTTAAATTCTACATAAATATTAAACTTTCAAGATCACTACACTGCTC TCATTAATGCTCTATTAATGCATTACATAGTTCAAAATGAGTTTCTTTGTCCTTTATTTT TTTATGTCAAGCTAAAAATTGTTGAACTCGTTATCTTTCATCTATTGTCATTTCTACAAT TGGAGTTAGACCTTTTGACGTATCTTGAATTTGTGCATTAAGATCACACTTATCATCAAT AATCTTGTTGTGCATTATAATACGTGAAGTTAATATATCATGTAGCATTTTTTTTCCTCA AAAAATGTGACGACCCTGTGATAATTGCAAAACAAAATTACAAAAACTCCAAGTGCCGTT CAACATCTTTTTTACATGACTCTTGTTTCATGGCAATTTTTTTTTTTTTTTGAGAACGTG AATGTATGAATGTAATTGTGATGATGATAGTTTGGTGTTATATATTTATAGGAGTAGAGT GACTACTGATCTAATAAAAAAAAAGGTGCACAAATAGTTTCTTTTAAGTACATTGTATTA TTTGTTTAATAATTTATATGTTTGCATTTTTAATTTTTTGTGATGGATAATTATAGTTAT ATCTAAATACAATTTGTATAGAAATAACACAACTTTTTAAAAAAAAAATCATATGTAGAA AAATTAATCTATAAAAAGGCTATTTTTTATATCTAAAATTAATATTATAAAAATATTATA TAAAAGATAATTAAATATACAAGAGATCTAATTAAAACATATAATTTATAATTTATAAAA TGTATAATTAAAAATTTTGTATAATGAAATAATATTAAAATATTTAATAAAGTGAATTAG TGAGATGAATAGTGTTATATCGATGTAACATTATTCACACACCAAAATGATGTAAAATTT AGTTTTGAGTTGGAGCTCTAAAACACCATATTATTTGATACTCTCTCAATTTACTTTTAT GGGATAATTGTATAGAATGACAAACTAATAATATAAAATAGATATAGTAGCTATCATTTG ACTTATTTGTGTTTCATAACAAACCGTTTGTCAGTCTCTCTCTCCCTCATATTCTCGCTC GCCACTATCCTCTCTCGCTCACTTATTCCTGTCACTCGCCTCTCTCGTTTTATACAATAG AATTGTATAAATTGTATTTCTAAATGTACAAAGCGAGAGAAAATTATATAAATGCATGCA AATACATATATCGTCGTCCTATACACTTATAATTATATAATATAAATTTTTTCTTGCCCA AGTCTCTTTTGCCTTTCTCGTTTTATACAAATTCAAATTGTATATAATTTCTCTTTTTCT TGTTTATACAATGCGATTCAATTGTATATTTTATGCACAAGTCTCTTTTTGTCTTTCTTT CTCATTTTATACAAATTCAAATTGTATATAATTTTCTTTTCCTCGTTTTATACAATTCAA ATTGTATATAATTTTTCTCTTTTTCGTTTTATACAATTAGTTTTATACATATATGTATAG CGAATTATACATATATAAGTTTGTTATAGAGAGCAATTTATAAACTTTACTATAACATAC AAATATAAATTTTATGTTTGCTATATGTGAAAGTTGCCTTACTTTTATTTGTCATATTAC ATTTTTCGAAAATCAACTTGACAAATTTTCAAAGTTAAATTAGATTGCATTAATTTAATA ATTTAAACAAAAAATTTAGACATTTAAAAATATAAGAAAAATATTATAGATTTTTTTTGT ACATCAATATAATAAAAAAATAAATCTTAAAATATTAATAAATATTTTTATAATTCAGTT CTAAAAATAAAAAATATAATAATTAATGATAAACAATGAGTCAAGGAGATATCTTATTGA GTCATGAATTACTAGTCGTACATTATTAATTTTTCTATCAAATGACGCGATTCATCAATA CAGAAATTGCGTGGCGATCCGTGATTGGTCCTCTGGTTTCGCATTTTCTATTACAGTTCC TTTGCTTTTACTACTACTATAAAAATTCATTTCCCAAGAAAGGCAAAAATATATAATTAT TTTATTATATACAATAAATAAATGAAAACATATCAACCGTTGGATTTAAGCAATTTGACG ATCGGACGACGCAACTTTGACTCTAACTGACTAGTGGAAACTTTTGGTAGAAAGTGAAAA CGCATATGACGCGTACACACCGCAAAAGTTGTATATATTGCCCCTAACAAAATACTGTGA GCACAGTGTCCTTCTCCTTCGCCCATCATCTCTCTCTGTAAGTTATTCATCTTTTCATTC TTTCTTCTTTATTGAAGTTTTTCTGTTTCTGTTTGTCATTTGATTGCTATAAATGTATAT GTCGCTTTTTGGATGGGTTCTTGCAACATTATTTCTGGTGACGATTAGATTGTAGTTATA GTTTTGTTTATTTGATATTTTTCTTTCTGGGTTGATTTTTCCAGTGGGTTTTACTTCGGC TTGTTGTTTGTGCTGGCATTGGTTAGCGTTCTTTTCACTCCAACCGTACCATCTTTTCTA ATTTTCAGCTCTTCTTTAAGGGTTTTACAAGCAATCTTATTTTCTTCATCCTTTTTGAAT CCACATTCCATCTATCAATTTCTTCTTCTTTTCTTGTTACCTTTTTGGGGTTCTAAAGTG GCTTTCAATACACTTAGTAATGAAGTTAAGGGTAATCTGACAGGGAAAAAGAATACGCAT CTCTGCTTGTGAAAATTTAATTTGTATTGCTAACAACCTGGGATGGATTTGTATGTCCTG ATAGTCTGATCATATTTGTTACTTAATTGCATTATTACGTTGAATTATGATCGTCTAGAT ATATGCTAATTGTTGGGTTTCCTTTTTGTTGTTCAGTTAAATATGGCTGAAAATAGTGGA AAAGCGATTGGAAGAAACTCAGGAACCTCCCGTGTTGCGCTTAATGAAAGAATTCTTTCC TCCATGTCACGAAAATCTATTGCTGCTCATCCATGGCATGACCTAGAGATTGGTAACAAT AGTTATTTAATTCTTGCAACAAGAAAAACGAAAGAAAAGAAGTAGACAATCTATTTTGGT GAATTTGCTTTTAATCAGCATTAGTATAATACGATTATCCATTTCAGTGTCTGGTGTTAT TTCATGGTCTTGTTATACATTGCACTGTATGGGGCTTGGTGTCTTTTTGTACTTATGTTT GATGTTCTGCTTGTGCAGGGCCAGGTGCACCTTCAGTTTTCAACTGTGTAAGTGTTTAAG TGCCAGTAATTCTTTTCTGAAATTATTTGATAAGGTACTTAAGTTACTCCGACAACCATA ACCTTCTTATCTGGCTGTATTTGTCCACTTCTTTTTTGTTAGTAGTGATTTTCATTCTTT CCAGAAGATCATTTATTAAGTTCAAAGCAAAGGTGTTTCAATATATTTATACTGGTTTAC TCTTTTTGTTTATCTAGTCAATAGTGGTCTTTGAATATTTCTACAGTTCTCAACTGGAAA TATATAACAATGATTGGCAGTTTCACATACAGGAAAAAAATTCTAATGATATATTCCTAC CTGCTATCTCACACGGGCTTGCACACCCATTATTATCTCTGTGATAGTTGTGATTATTTG TCGGGGGATATAGTCCCAACTCCCAAGTACTACACAGATGGCATTGAGTTTCACGCAAAC TTATATCTTAAAGAGTTATTTGGCAGGTGGTTGAAATAGGCAAAGGCAGCAAAGTCAAGT ATGAGCTTGACAAGGCAAGTGGCCTTATAAAGGTGCTATTTTAACCCAGTGATCTTTAAT TCTTTCCAGCCTTTTGAAATTCATTTAAGAGTTTTCATGGTTATGATAATCATTTGACCG AATACTGAATTGCTGAACTTGTGTCTAAAAGGTTGACCGAATACTGTACTCATCAGTTGT TTATCCACACAACTATGGTTTCATTCCAAGAACCCTTTGCGAAGACAGTGATCCAATGGA CGTCTTGGTACTGATGCAGGTATATCTTTGTTTACACATGCACATACACACATCTTCCTT GGGCCCAATCTAGCATTACTTGCCTCAGTGTAACCTTATTCCTAGGTACTCTTACATCCA TGCTATATGTTGTATAGGAACCTGTGTTACCAAGTACCTTTCTTCGTGCTCGTGCAATTG GATTGATGCCTATGATTGATCAGGTAAGGTTTTTCAATCGAGTAAACTTTCTGCCACATG TACTTTAGGATATTGAAAATTGCTGAACAAAAAAAAACATTTGCTTATAAAAAATCTGAT AGTTTAGTTTTAATTTCCTTAAGTTTTGTTGTGTACATATTTTAACCTTGAGAGGTCAAT ACACTTGATAACTTCTCCCTTTGTCAACTTGATGAAGGGTGGTGATAACTTCTCATCCGT TGCAGTTGATAGAAAACTATGAGAGGGAATATTGAAACCAGAATTAGAATTTTAGTAGAC ACAAACCAAATAACTTGGTTGTGTGTGACATTGTGGCACCACAGTTATATTTCCCTTTTT TGTGAGTGAATTGCAACAACTATAGCAAAATATGGAATAACTGATAGATATTAATGCTCT GTTACAGGGTGAGAAAGATGACAAGATAATAGCAGTGTGTGCAGATGATCCCGAGTTTCG CCACTACACAGACATCAAGGAGCTTCCTCCTCATCGTCTTGCTGAAATTCGGCGCTTTTT TGAAGACTGTATCCTCGATATGGCATTTCGTCATGCATTAATTTAAGAAGGAAATACTCC ATATTCATCCTGATAGGTCTGAGGCTGCTGGATGTGTATGGAGGATTCTGGGTTTATATG TCACCCCAATGGGTGTCTATTTCCATTTCTTATAAATTTCAAGAATATATTTAAGACCAT GTTTGCATATCGTAAGGCTTTTGACACCTTTGCTAGGGTATGTATCTACTGTTTCTGCTA TAGATCCTTGACTCTCTATCAACAGATAAAAAGAATGAGAACAAGTCAGTTGCCGTTGAG GACTTTCTTCCTGCTGAAGCAGCTGTAGATGCCATCAAGTATTCCATGTCAGTTATTTTG AATTCTCTCATGTTGTAAGATTGTTTATTCTTTTGTGTTATCAATTTTCCTAACCAAAAA ATATTCATCTCCACGGTTGTGATCGCAGGGACCTGTATGCTTCTTACATTGTGGAAAGTT TGAGGAAGTGACCTTGTTGAGGACTTGTTGTCACTACTGAAAATCGAAGCAGAAAAGCCA GTTGACTTGTTGACGATGGCTCCCTGAATTTCATATGCATACTTTAGTTTAATGTGGTAG TATCAAATACTATTTGAAATGCATGTAGAACTTTCAATTTTCATGAATTCAGTAAAGACG TGGAACAGAAAGCATCAAGAAAACCACTGGTAATGTGCAGTGGTAGTGCTGTAGAAAAAA TGTTTGCTTAGTCTCAGCATCTACAAAAGTTTACAACATATTGAACTTGCTAGCTATCTT GTTTTGATTGGGTTTTGTTTCTCTTCTTCTCTATCTTAATATCCATCCCAAAAACCTTAA AGCTGTGTGTGAGCGTTGATATTACAAAATTCATTGGGTAACTTGAAAATAATTTAGAGA GAAAATTGTCCTACTTCATGAGATATATATTCACTTGAATTTTTGCTAAACTGATATTCT ACACAGCAAATAAATTATGCTGCATGACTTCAAAACAGAATGGCAGACACTTGAGGGTGG TGGGTTCTCGGTCATATTTCTAATTTGGAATGGTAGAGAGGTTGTTATTAATAGAGGCCT TCAGCACAAAATCAGTTACGAAAAGAAAATATAGTGATGAGCAGCAACAAATAGTATGAT AGATAAAATAGAGGGAATAACAAATAAAAATAATAGAATTTGTTAGTCGGAGAGTATCAG TAGTACTGTTAATAATAGAATTTGATAATGCTTCCTCAATTTCCATATCCTTCAATTTGG CATCATGTTGTCTATCATGTCTATTTGGTGACCACTCAAATAGTTCTTATGTCTACCTCT AGCCCCTCCTCACAAAACTATTCTTGCATCTCTTTTTCATATGTCCAAATCATTTCAGTC TAGTCTTGTATTACGTTCACCACGGAGATTCTCTCATCTTATTTTGGATATTTTCGTTCT TAGTCCAACCTTTCTTAATATGCTAATACATTCATTTCAATATCCTCATTTCTGTTATTT TCATTTTTTGATTATGTGGGTTCTTGATTGATCAACTCTTCACCCTACATAACATAGTTG GTTTAACAATATTTTGTATTAATATTTACTTTTTAAATTTTAGTAACATATTTTTATTAC TACACAAACACAATATCCCATGCTAAAACACTATAAAATTATCGATCTAGAACGATTGAT GTATCTTTTTTTTACACTTTGTTATCCTCTTTCATTTTAATTTTGTTTATTCTATTTTAA TTTATTTATAAATTTTGAAGAAAAAAAAAACTGAATCACGTGATTTTAAACATATTTAGT TACTAAAAGAGTGATTCCTTTTTAAATGAATTAACTAAAAGAAAAAATTAAACAAATTAA TTAAAACTATGACATGGAGAATAATATTTCCAAACAATAGTAACATTGAATAAATATGTG GAAGTATCATTATGATGTGAAATATAATTACTCAAGAGTATTACGTTTTTTTTGGTAATG AGGAGTACTATGTTAGAGTTTGAAATAATAAATCACAAAGTCAATAACTCCTTTAAAGCA CTGGAAATAATAAAAATAAATTATTTCATAATAACTCCAATATAGGACTGGAAATAATAA AAATAATGTATTTCATAAGAACTTGTTAAAACGAGAGCACTCAATAGGAGTCGGGGTTTG GGTTCAGCTCACTTCACCTTTTGCCCTTTGTGGTATCAACGCTCCTCATTTCTCAACTCC TCAGCTAAATAATCAAACAAATATACGTTTGAATTTGGAGAAATCCGGTTGTGGAATCGG AAGCAATAGAGGATGGGTTCGGCGATGAAAGCAATCTACACCGTTGGATTCTGGATCCGT GAGACAGGCCAAGCCCTTGATCGGTTGGGCTGCCGCCTCCAGGGAAACTATTACTTCCAA GAACACCGTACGTCTCTTCTTTCTCCTCACTTCTTCACATCTATCACCTTTAAACATGTT ATGTTTTCATATAACCCACAATTAGGGCTTTAGCTATTTGAACGATACACATTAGTTCAA GTCACAGAACGCTTTCAATTGTATAAATTCATTAGGCTTCGTTCTGCCATTTCTATTTAG CTGCATTTTCTGCACTCTGTTGTCTGAACATTAATTTTATTAGCTCAGATAGCACCGTGA AGGTGACATTTCAATGTTTGATGACAAGTAGTGAAGTTTTAGTTTTTTTTTGAGCTGCAT AGAGCTATTAGCATCTGACTATCTCTTATTAGGGGATAATCCTTTCTTGATAAATGTCGA CTTATGTAGAGTAATTTTTCTCTTGTCTATTTCCCTTTAAAATCTACGAATGGATACTTT CCCTTTTAGTTTCAGGAAAAAGAATGTTGTTATATTGATAAATAAAGTAAAACGACCGCT TCGTAAAGCTAGAAAGAATTAAGTGACATCAAATTTCATTGGCATTTTATATTTTCTCCA TTCCAAACAGTCATTCAATGCTCTAACTTTGAAAGTGTAGTTTCAAAGTAATTTTCCTGA TTATCGGTCTCAAGGAGATGGATTGGTGGTTGCGGCATAAAATAACAACCTAGAGATCTT AGGTATGAATTCCCCTTTGACGCTTAGTATGAACTTACTTCACAACCTTGGTGCACAAGG ATTTCCTGTCACTTGTGGTTGTGGGCTGTAGTAGGGCGCTGTAGTTGAAGTTACAATTTT TTGCTTAAGAAAAATAAGGTCGATTACAAGTATTGTTGATTCAAGGTTATCAAGAGTGAT GAGTGATCATGTAGGGTTGTTAATTTGAAGGCTGCTCATGATACTTAGTACTTATAGCAT GGTATTACTATGACATATATGATCTATCTTACAATATGTCTAACAACAATCCGAGAGCTA GATTATTAATTCTGATCTCACCCAGTTCTCATTAACCATGCCCGCAACATTGTGACTAGC ATAAGTAGCTCGGGTCAATTTTGATGAATTATTAGTCTATAAATATTTTCATCTGGGTGA GTCACTGAGGCTTGGGATCTTTGACAAGCATTCCACCGGTGTCGATTGTGATGATCTTAG TTACATTCATATTTATTCACAATCAGCCAATCTCACCATCTTAGGTTCTGTTCTCTATGT TTGGCTGTACTTCTAGAATTATTTCCTAGTCTTCTACTCATTCCTGTGTTCTGTTGTTAT ATGGTTTTCCTCTTTATGTCAAACCACATATTTTTTATTTCATGTCTAAACTTATTGGTT GTTGATGTGCTTTCTCCAATATGCAGCATGCCTTCTTGCTTTAACGTTTTTTATTCTCTA CCTCTTTTTTATTCCAGTCTCGAGGCATAGAACTTTGATGAACCTGTTTGACAAAGTACC AGTTGTTGAGAAAGATGCATTTGTGGCCCCAAGTGCCTCTATAATTGGTGATGTTCACAT TGGTCGTAGTGCTTCTATTTGGTATGGGTGTGTTCTGCGAGGTATGTTTTGCTTCTGCAT ATGATGGTAGTGTCAGTGCTGCTTTATTAAAAAAAGGTAGTGTCAGTGCTTAAAACCCTT CTTATAGAAGTATGCGGCTGTTATACTGATTGATTTTGAAATATACATTTTTTGTCGTGG TAAAATTTTCCTGGAGACATATGACGAGTGTGAGAAAAGTATTCCTTCTTGTATCACAAA ATATTTGTCTTTTCTTGAATTATGGTAATGGGTAGATATTTCAGAGACAACTGCATTATG GACTCGTCAAGCTTTATAGTTGAATCAACAGTATGTCCTATGCCAAATCTTTATTTATAA AATGTTGTTTGTTGATAGTTAGCTCAGCATGTAAAGATTGCTTATTTTATCGAAATGCAG CATTATGATTTTACTTGTTTTTCAGAACTGATAAGTTTGATATATATCATGCAGTGGTAG TTCCCTATAAGACAAAGACAGTAGATATTGCTAATTTCTTGAAATACAACATTATAAGGT CACATGCCTTGCCGAACCTGGTAGTCCTGTTGTTTATGTCGTCCAGTAGTTCTTATTTGT AAGACAAGTAGTAAGACTGAGTGTACAATCTTTTCTGCACATCATAGGTAATTAAGCCTT TCTTCTAATTTAGTTACGATGTATTAATTCTTTTTAAGGTGTACCCGAACACCAGTTGTG AACAATAATATCGGGCTTTATAAAAGATACAAGACTCAATTAATTTGGACGAATCTGAAC TGAATAAGTCTCTTGAATTGGAATATGAAAAAATTGGTTGAAAGAACCCAATAGAAATTG GCATTGAGGAATGAGGATTGGCACTGAGGATATCTGGACAAGTCTGCACTTGAGCAGAAG GTCTTTCAAAAACAACCTCTCTACCTCCACTAGGTAGGGGTAAGGTTTGCGTACCCTCCC CAGATCTCACTTGTGGTTTTACATTGGGTATGTTGTTGTTGTTATGTACTTAGTTTTAAC AATTCAAAAAAATAATTTAAAGAAATGATGTAGGCCATTTATGCTTTTACGATCTAAATA TGACTTAAGATTTTGGGGTTTGTGATAAACTTAATGTGTAGATCTCAACGAAACTCAAAG TTGTGGACTCATGGTACGATCATTCTTAATTTTGAGAACTTCTAGCTATCAAGAGTACTA TGCTACTCTTTGACGAGTTAAGAATTGTATTGAAAACTTCATGTATAGCACAAGCGAAGA CTGGCAGCACTTGATAAATATAGTTTTTTCCCTAATCCCTATATAACAATCATAATCTAT ATATGTTTTTTAAAAGTGACGGTGGTTTCATTACAACTTACATGTACATTCATGAGTGAT GACAAAGGTGAGTTTCATTTTAGAAGAGAAATTAGTAAACTTTTCTGTTGCAGCGAAAAC ATGTTTTTCTCTAAAAATAAAATTTGTCAAATAATTCTCTTTTTTGAATATTGATCTTTG AGAGGATGTTCACGTATGAAAAGGTCAAATTTGTGAAATAAAAGATTGCTATAGGACTAT TTATCAGACAATTATCTGCTTCCACCCAATGGTATTATTAGAAATATCAAATTAGATTGG ACCTGATAACTTGGGCTCATTCAAAGTTGAAACTTATATTATTTGTTCAGGGACAAGACA CAAAGCCCAAACATGCCTTCACTCAGGCAACTCTACTTTTGACTTACTCCACAAGCACTA CTCCTTGAATCTCTTTATTGTAATGTTATCTATTGAAAGCTCAATCTACAACTTAGCCGA CTGAAATTTCGAGCAAATTTTGGTTTATGCACACTCATGGCAGCCTTTAAATGAAATACT TTGGAAGTATGTGTCTTTCTTAATGCATATTGCCAACGATATTTGACTGAGTGAATATGC TCCCACACGTACAGTATTGAATAAAGTTTTGTTCCTTCTTCCTTGGTTATAAAACTTACA TTGCGCCTCTTATAATATCACCTTGTCCTATCTTAGCTTCCTTAAGGGCAAGAATATGAG TTCTGCATTGGGCTCTAATTCTGTTAAGAAGTTTGGGCTTCAACCAAACTATGATTGCAT AGTGTTTTTCCTTTTTGTGTGTGTGGAGTTCCCTGGATGTTTGTGCTCTTTAGTTTTCTT GTTCTTTCTCAACATGAAACTCCGTGCAGGTGATGTGAACAGTGTCAGCATTGGAGCCGG AACTAATGTCCAGGACAATTCTCTAATCCATGTAGCTAAATCGAATATCAGTGGAAAGGT TTTGCCTACGATAATTGGCAAAAATGTTACCATAGGTGAGAAATTTCTGGCAATTTAGAG CATAATATACATCTGCCATTAATTTTTGAGTTGGCTTGATGGTTGACTTTTGACATCAAA AAATAAGGTCATAGCGCTGTGTTACATGGATGTACTGTTGAAGACGAGGCATTTATTGGT ATGGGTGCAACCGTGCTTGATGGAGCTGTTGTGGAGAAAAATGCTATGGTCGCTGCTGGT GCCCATGTAAGACAGAATACAAGGATTCCATTCGGAGAGGTTTGTGGCAGACTTAAGTCA CTCATTTTGCCATTATTGGGGTTTTTGCGCATGTGTACAAGTTCCTACATGGGTATTTAC CAATTGGTGAAAAAAATATTATTTGTTCATACTGATGCTAGTTTCCATGTTAATCTTTAG TAAGTTGTTTAACCTCCCTATTATACACTTGTGAAACTGTGCATGTAACTGTTGACAAAT GGACGAAGATTTGTTAGGATGTGGACTGATACAAGGAATTCCCAAAGAAAAGCCCGTCCC TTCCCTAGTTGTCTTGTATTCTAGCTTGTTATGAAATATGTAGTGAATTTTTTCGTTGCA AATTTCAACTTGCTCACATGTGTAATTATGACAACTAAAAAACACAGGTCTGGGGAGGAA ATCCAGCGAGGTTCTTGAGGAAGCTCACAGAAGAAGAAATAGCGTTCATCTCAGAGTCAG CCGCAAACTATTCTAATTTAGCGCAGGTTCATGCAGCTGAAAATGCAAAAGAGTTGGATA AGATTGAATTTGAGAAGGTGCTGCGAAAGAAACTAGCGCGCAAGGATGAGGAGTATGACT CTATGTTGGGTGTTAGTGAAACACCTCCAGAGCTTGTCCTGCCTGATAGTAGCCTACCAG ACAAGGCACCAAAGGCCTCCTAAGTGTGGTTTCCATCTGGGGTATCCTGGGATTTTGTGA TGTTATTGGGTAACTCTTTTTTGTTTTGGGCGGATTAACGTCAAAATGCCTGTGATTAGT TTCCAATAATTAAGGCCAAGCTGAAATATCAAAGTTTAATACGGGTATGCAGCTGTAGCA TTTTTCTACTTATCATGTCTGGCTGATCAGTCTTTTGATGTTCTTGAAAAAACAAGGTTA CACTAGAGCTTATATTTGTCTGTTTAAGCAATATGAGAAACTTCACATATTTTACTCCTC AACCTCAACCTCAATCTCTTGATGCGCATTTCCTTCTATATCGAAACTTTAGAGGACACT TATCTGGTATAACACACAATGCACTGGGTAGCCAATTTGAAAAAAATCATTATCTGATTT CTATTGTGTTGTATCCGCAGTAGGTGAAATACAGTCAAACCAGAGTCTTTGAATGTGCAG GGAATCCCAGAAAGCAATTCAAAACCTATGGCCTATATGGGTGTACACTTTTTTAAAAAT GGTGTCCAATTAAGACATTCAAAACAAAATGAAATTTATGTTTTTGAAGATCTTACATAC CTTTTGAATAAGTTGCGTAAAGGCCATGGACACCAGACAGTTTCCCTTCAAAACTTTTTA CATTTGTGAATTGTGGACACAAGCGTTAGTATTTCTCTTTAAAGTTTAAATACAGAAAAC AAGATTAAAAAATCATTCTTGGGAGTATAATTACTCTATCTATTTGGGTTTCTCCTATAA AATAACAACGTTCTCTTGTCAATTAGATTACCTAGTAAAAAGATGTACGAGAGATTGGAA GAGTTATTCTTGCATTAATTAAATTTTGTAGGTAGATATAGTTGAACATATAATTTTGTA AAGTGATGTATAGATACCCTTCTCTCTGTAGCTTTTTGGTTAGCAAGATATGAGTAGGAT TTAATAACTTTTTTGACGGCTAACCTCGTAATAGGATACTCTCGAGGAGACATAGTAGCT TGTTATTTCAAAAAGCTTACTTATAAGGTGCATAATTTATCTTCTTAATTTGATTATAAA TGTATTTTGTCCCAAAAGCAACTAGGGATCAATACTATATTCACTAGTAATTCATATGCT CTCTCCATTTCTTTTTTGCTTTTTTTAGCATTGTGATATTGATTGGACATATTTAGTCTA GACTTTTTCAATTGCCATATCTGTTACTGTATTTTTAGTCGATCTGCAGCCATGATGCCA TAAGTGAAAATTTTGAAAAAGCATTATGATTTCACAGTCACAAAAATGTTGGAGTAATAA CAAATAAACCTAAGTGATAAATATCGATCATGAAGAGCGGATACAGGCTATTTGTATATT ATGTTGGCTGCACGCTTGTGTTTTATTTAAAGTTCTTGTCCATGCAATCATACTAAACAT CTTTCATGAGCTTAATTAAATCTATATATTATATATGGAACCTTAATCTACAAGATTAGA TTAATAAGTACTACACACCGTATATCCATACATGATTAAGTTTATAGACATTAATGATTG AAATTGAGTATTTAGCTTTAGCAAGCTGTGACTTTGAATAAAGTTAACCAACATATTGGA CCCAGAGGCATACACTCTTTAGCCTTTTTTTTTTTTTTCCTTCATAGACTCAATTGCTCA ATGCCATTATTCACATATGCCCTTTCCTTTTCCAATATAATTTTCAATAAGGAATTTGCA AAAGCATTCATCATTTGGCATTTCATAATTGGTTGGTTTATGCAAAGAGTAACCAAGAAG AAGAGCCTACCTCTTCTTTCTTTAGACATATTAAAGTAGTTTAGAATAATGACATATGTT GGATCTAAATCTTGTCTTTCCTATATAATACAAACAATTTCTTTGAATAAAATATAAAGG TATTGATGAGAGAAAAAAAGAGAAATAGTGGATTTTACTTATATCAATAGTACCACACAA CTTTTATTTCGTGTGTTATATATCTTTGAAAAATCAATTCAAAATCTTATCTGATTAGTG AGCATTTGAAATTAAGATATGCCAGCCCATATATATTTAGGATAACATTAATGCCCTGGC AAAATACTCATTTGCAATTATTATGACAATTGTGTTTGTTGATACCAACGTTATTACATT TGATGAGTACTAAGGTAAACTGTGATTTAGTTGAATTAATAACAGAGTTGTCATCAATAA CCAACATGGGTTTGTTTGTATTGTGGTGGCGGGACTCTTAACTAAAGGTTTCTGGTTAGA GTCTTGAATATGAAGAAAATTTTGTTAGGAATATTACCTCGAATAAGCATGCAATGTGCA GTTCAAATTTTGTCAGTACTCTGAATATCGAATATAAAATCATAAAAAAATAGTCAACAA TAAGAGTTTGTGGTCCCATTCACCAATTCATCAATTGAATTATATACATCATATTATTGA AGCAAGTAATACAATATAGGGTTAGTACTGTTGGGATCATATTTAGTAAGGGACAAAGCA TAACCTAATTAGAAACATCATTTTCCATCTATTTATTTGTTGTAATGTTCATGTTTCTAC ATGAACAATAGTTGTAAGGAGGCTATCAAAATGCTATCACCAAAAATATTTAATGCACTT ATGACCAAGAAACCGTTTAGGTTCCCTAAATATATCATGTGGTATATATTTCTCTATCTA AAACTAATGCTATCCACCTACCATAATATACTCTTCTTAATTGCGTTTATTTAAGTAGTA GTTACATTATTAGGAAAAATAGCTTTCATTTTCAGTTGAAATAAGAAATTATTTAAACAA GAAAAATAAGTGTGTATTCTTTGTCTGTATATATTGTTAGGCTGGCCTACAAATTAGAGA GGGGATCGCAAATCGCGCAGATATTTTGTATGTTTCTTATCAGACTAATAATGAAAACAA CCTTGGATACAGTGACAGAGACAATATAGCGAATTTGATCAAACTTAATAAAGTTAAATA TATATTAAAAATTCAAATTATTGAATTTTAATTTCTGAAACAAGATGAGCACTATTGGTT TTAGTTTCAAACTACGTTTCTTCAGCTTTTTTTTTCTTTTATGACATATAATTTTTATAT CTATTAATTAAAGATGATAGTACGTACGTATATTATAAAAAGAAATTTGGGGGCAGTTAT ATGATTCGTTGTTTGAAAATAGAAATACTTGGGATGGGGCCAATTAAAAGTCTTACGTGC AATCCACAAAGTTTTTTTGATTTTTTTTCCAGTATCTAGAATCTCACCCAATAAGGCTAA CCATAGACAGTTGCTAAATTTAAAGTTTTTTAAAATGAAAAAAATAAATAGCAGCTCATT GGTCTTTGTAGTTATAGGTGCTATATGGGTAAATTATTCTTTTAAAAATTAGTTAAATTT GAACAACTCTTTAATAATCTATTTTCTCACTTGTAATTATACGCTCAATAAGAGTCGAGA TAAATTTACATATATATATATATCTAAAATATTTATTTATTATTTAACAGTAAATTTAAA TATCTATTTATATGTTATACGGAGATATATATAACGTTCCGGAAAGCTGCCGGAGTTTTA TACAATGGGCGACTCTTTTGTCACCACGCTTACTGTCGTCTTTGTCTTTTTCTTTTTCCC CTTTTTGCCACTAACGATAATCGCCCATCACAATATATTTTACTAACCAAAAAGTTTCCT CGATATTCAAAATCCTAAACAAAATATGTCTTCTTCCTAACATTAGTTTCAAAAAAGCAA CTTCTTTTCTTCTTATAATTCCCATACTACCCCCTTTCACGCTTCATTCTTTCTAGTTTC CACTTTCACAGTGTGAACTGTTTTTTTTTTCTTTTCTTTGAGAATTCAGAGTGACATTTC CATGGAAAATCTGTCACATTCATTTGCTAAAAAGAGTTACCATGGAAGTGGGTTCATTAC AACACCAAGTAAGTCTGTATACGACGACGTTTTTGGTGGTACGCCCAAGTTCGGAGTGCC AACATTAGCTCCTCGTTATGAGGATTATACTGAGATTTTTGGAGGTTTTCACTCTTCCCG AGCTTCCTCTATTCCCGTTTTGGATCTTCCGGTGCTTGATGAAGACGATGATCGGTTGTC CGTCGATATTCAGACTTCTCATTTGGACTACTCTGAGATTTTTGGAGGTTTTCCTGTTTT TGATTTTGCCCTTTCGTACGAAGATTTGGTTCGGCAGTCTACTTCTGGCTATGATTCTTC GGACGAGGGCTGGTATGATCTTCTTCATTTTCTCTGTTTATTTTTCGATTCCTTTTTCTT TGAAAATGTGATTAGTGCTTTGCATTCACTCCATTTTTTCGTATGGGACTTTGGAAATGT TGAGTTGCTTTTTACAAATTTAGGGAGAATTTTTTGCTGCAAACGCTGCGGGAAGTAAAA ACGCAAATTCTACTTTTTTTTTTTTAAAAAAAAAAAATAAATTTTAACGCTGGTGTTCAT GTTTTGGTAGCTCTATCCACCACCTGGAAAGCATCATCTAATTTTTCTGCCCAGTTTCGT TGACCGTTAGGCCATAGTTGTGCTTGTGCTGGCCTTAATTTCTCTAATTTGAGCATGTCT ATAAAGCTTTGTTTCTATTGGAAACTAATAAGTTGAGATTGTGGTTTCTCATCTTGGACC CTGCAGCTAAGAGTGAGAATCTGTAATTTGTGATGTATGAATTAAGAGCTAATCTCTTTA ATCAAATGTCTTAAACACTTCTTTTTGCGGAGAAGTTTAGAAAATCATAGATATCTTTTA CATGTCTATGTCCGAACTGAAACAAATCAAAAGAATGTATTAATAAAATCTCATTTTTCA CTTAGTGTAATCAGTTTTATCTTTCTCAGTGCTTTCAATATGAACATGTGGCTTCTTTTT TCTTTTTTCTTTTTTCTTCTGTTCAAAGGGGTTATAATTTTATGTTTCATTTATTTCTTT TATTGATAAAAGGAGTCCAGTTCAAAGTGAGACCCTGTCAAATGAGTCGGATCCTTCAGC TTTTTCAGAAAGGAGTCAGAGCTCTTCTAGTGCTGATGTTCATCATTTAGACGACACCAA ACAGTTCAACATTTCATATCACAAGACTTTCCAGAGGAGCGAAGGAGTTATGTCAAATGG CATGACACATGTTCCTCATCTGCATGCTATTCCTGGATATACTTACATGGTCAGTGGAAG TCAGGCTTCTCAAAATACAGAAGATGAGGAGCCACCTGGACAAGCAAACCTTGATATCAA CTACAATGTGGACTTCAGTGGACCGCTTGTAGAAGACCAGCAATACAAAAGAAGCACGCC ACGTAAAATGAGCAGCAGCTATATCATGCATGGAAGTGATTCAAAACATCCAGAGAAATG TAGTGAGGCTAGTTGTACTCCAGATAAGCCATTCTTAACTGTCTCAGATATCAGCTTAAG AACTAGGCCATCAGGGTTGCCTCCACCATCAAGACCGCCACCTGCCATGGCTGCAAAGAA AGGGAACTCTGATAGACTTAATTCAAGACTCAAAGCGTCTAACAGTTGTGCATTTGAGCA AAAACAAGGGGATAGTTCACAGCCTTACTTTGACATGGAAGTATATGCAAGTTCATCTGC AGCGGCGTCCTCTGCAGCTATAAAAGATGCAATGGAGAAGGCCCAAGCAAAGCTCAGAAG TGCAAAAGAGCTAATGGAGAGGAAGAAGCAAGATCTAAAATGTTATGCAGAACTCCATTT GGAGAAGGGTATTTTGGAGGAAACACCAAGTAAGACATTTGACAAAGATGGCGTGGAACA AAGCATGTGTGTTGGAAGAATTGAAGAAGTCCTTAAGAACAATGATGTTATTTCTGGTAA TATTAAAGATGGAGAACATTTCAAATCTACTGGAAAACATGAAGAAAGTGAGCAGGATAA GCCGAATATGTCATCTCAACAACCAATAAAAGCTGAAGGAAGAGTTGCATGGAGGGAAGG TGCGGAATTTTTTGAAGTTGTTGAAACTTACCCATCTTGTGGGTCTCCTGAGGAAGTCAA GATTGAATCTGGTTTGCTGCATAATATGGAGTCACATGAAGACAGACAATCCACAGCAGC CACTGACAGATTTGACCATCTAGAAACTTGCAAAAATGTTGCAGCAAAGGAGGCTCGTGA CTGCATAGAGGAAAGTGAAGAAAAAATGGGTAAAGGGTCCTACCAATTGGCCAATACGCA TCAAAGGTCAAAAGAAGAAGATTTGTGTGGTCAATTGGAGCACAAGGAGACACTTAAAGC AGAAGAAAACTCACCGGATGTTAGTATGAGTGAGAAACATGTTAAAGTCCAGCAAGAGGG AACAAGTGAGAAGCTAAGTAGCAGTTCTCACAAAAGTGTAGAGTACATCAGAGGAAGTGG CCAGAATGTGAGTGAATGTAAGGCTACTGTGAAATTAAGTGGTGGAAGGAGAAAATTAAA TGATCAAAAGAGATGTATAAATACTGATTCTAGACATATTGATTTAGAGTTGATGGTAGA ATCTGAGATTGAAGAATGTGAGGGAGGACTTTGGGATGTTGTTGATGAAACAGGAAATGG ACAGAGAGTGAATGAGATACTCAAGCAGGAAACGAAGAAGCAACTCGATGCAGTTTCTGA AAGAGAGGAAGGCGCTATTTATTGGGAGGAGGATGCAAAGAAACCAAACGAGGATTTTAA ATCAGAAAAGAACGATGAGAAGTCAGAGGTAGCTTGCAAACAAGACAAAAATGAGAGGGA CAACACGGTGAGTTTCAAGATGGGCCCAATAGATCAGGATGCAAAAGGTGCTTTTGAGTG GGAGCAGGAGGACAGCCAATTTAGAGTGACTCTCGAGAGAAAAGAGCATGAAGGAGAACA AAATGATGCTGAAGAAGGAGAAGAAACTGAGGGAAGACTGAGTGTTAGTTGTGAAGGAGA AGATGATAATATGGAAATGAGTGAGGTTTTGGAGCAGCAAGAAAATAAGAGAGAATCCCC TTTGACTTCCAGATTAGAATTTGAGAACATATCTGAAAAGGCCGGTAAGATTGAAGAAAC CTGAGCAAACAATTGTTTGTGATGTTAAGTGGGATGAATTGCGCGAACAGACCGAGGATA GCGCCCCCATTTGAAATGGTTGGTCTGTTTTGAAGCGAACTCTAATGTTGAAGTTCGCAA GGATGTTACGACGATTGATTGGGCTGGCCAACCAAACTATGAGACCCCACTTGTGAACAA AATGTCCAAGAAGACGGAGGAAGATGGAGGAAAGCTGGAAGCAACTCAATCAGCCCTTTC CTGCGAAGAAAATGAGAGATTAGAAACTGAGTTGCAAAATTGTGAAAAAGAATCAGAAGT TGGAATGACCAATCTGCTGCCTAAAGATGGATGCAACTCTGTTTGCAAGGGACAAGATAT CTTGGAGCATGGGAAAGACCCAACTAGAAGAGCAGATGCAATAGGGTCTACTTCTTCAAA TGAGCATTTGACCAATCCAAGTGGAGCTGGTATCTACATAGATAAAGCATCGGATAGACT GAAGAAGACAGCCTTTGAAATGGGAAACCATCCTGATCAAAGAAATGGAAAACTTCCTGA ATGTCTGGCAGTGAATACCAATGGATTTCAGTCAGGCAGTAACCAGGAAGTTTCAGAGGA AAAGTTTACAGCTGATAATCACTCTAACCATAGAAATGGAACAAATGCTGAAGGGCCAAG AGTGAACACCAAGGTTGTTCAGTCTGGAACTAAGCAGGAAGTTATGGAAGAAAAGTTTAC ATCTCAAAACATTGTCAGGGAATGGGCCACAAATGCAAAGAAAATAGGAGATGCTTTGGC TGCTGTGCTAGAGGATGTTGAAATCCTGTCAAGTGTAGACCAGAGAGCCGCAACTGGAAG TTCCCAGAAGAAAGAGAGAAATTCAAATAAAATCATTACTCCTGAGGCCCAAAAAACGGA TGAGCGACTGAAAAAAGAAAGAGAAATAGAGGAAGAATATATGAGAAAGTTAGAAGAAGA GAGGGAAAGAGAAAGGGAAAGAGAAAAGGATCGGATGTCTGTAACTCGTGAAGCTCTGGA AAGGTCATATCTTGAAGCCCGTGGGAGAGTAGAAAGAGCTGCGATGGAGAAATCTGCAAC TGAAATACGTCAAAGAGCTATGGCGGAGGCCCGAGAAAGATTAGAGAAAGTATCTGCAGA GGCTAGAGAGAGATCTTCAGCAGAGCAGGCAGCTAAGGGAGCTAGGCTCAAGGCTGAGCG GGCTGCAGTAGAAAGAGCAACTGCAGAGGCTCGACAACGAGCTTTTGAGAAAACAATGGC TGAGAAGGCTACCCAGGAATCATGTGACCGAGTGGAAAGATCATCTTCTGAAAAGTTTTC TGCTTATTCTAGGAGCACAGAAATGAGACAAAGCTCTTCTTCTGTGAGTATCTCTTCCTT CTTAAATGTAGAAATGCATGCTGGCTGCCTACTTATTGGGGTTTGTTGACAGGAACAACA TGCACATTGGAGCACAGAAACCTCGAAATTGAGATATTCATATTCTTCAGCTCGTGCTGG TATGTAGATGAAGCACAACGATTCTGCTTCTTTCTTTGGTTTATAGTCTAGTTTTCCCTC ATGTTTCCTGATCCATTAGTTAGGCATTCTGAATTTCCTGTTTGTTTAGTTGCATAAGTA ACTTTTTGCGATTAAATTTTTCTTGTGAAGCTTCTAGTAAGATTAAATGCTTTGTAGGCA TTGAAGGTGAATCACCTCAAAGATGTAAAGCACGGTTGGAGAGGTATCGCAGAACATCAG AGCGTGCAGTATGTGCTTCCTAACCATCTTGTTCCTTTAAGAGTTAATTTTCTTTTATAT ATATTAAACTTTTTTTGGCTTGATTTTAGGCCAAGGCCCTAGCAGAAAAAAATATGCGTG ATTTTCAAGCTCAGAGAGAGCAAGCAGAGAGAAATGTATGTATCCATATCTTTGAATAAC ACCATATATCATGAATGATCTACATTTCATATTGTCTTATTTGAGGCATTTCTGTGCAGA GATTGGCTGAAACTCTGGATGCTGAAGTGAAAAGATGGTCAAGCGGGAAAGAAGGCAATC TACGTGCATTGCTTTCAACGTTGCAATATGTATGCCTGCTCTTCTAATGCTTTTTCTTAA GTTAATCAACTATTGAATGCTTGTTAAAATAGTTTTCTTAATACTATACCAAATATATAT TTATCAGTATAGCCGAAACAACATTTGATTTATGTTTTACAGATTTACCTTTGCTTAGTC ATTTGACTGCTTAAGTCGAAGGTGTTTCATTCTCATTTAAGAGTTCTTTTCAACTAAAAA AAGTTGATGTATTGACTCATAAATCTTAAGAAATTTGGCTGCTCAATCTAGCCTTTACTT GGTCTCTTCCTTTAATTACCTCTGTCAAATTATTGGAGTGGGTAAATGTGACTAACAAAA CAAATAGTCCTAACATTTGCCTACTTATGTGCTTCTTGGTCATTTTTATTGAGGATTTTA CTAGTCAAATTGTTACATGTGGCCTGTACTATTAATCATAGCACTGAGAAAGCTCAGGCT GACATCAGAACATGACTGCATAACATGTCAGTAGTATTGATTAATTTTGAGTTCTTAGTA GTAACTTATAGCAGCCTTTTCGCACTTGTCATCTTCTGATTTTTGGTCAACCTCCACAAT TTTGAATCTCAAGAGTATCTATTCATTATTGCAGATTCTTGGGCCTAATAGCGGTTGGCA GCCTATTCCACTAACAGAAGTTATAACTTCTGCAGCGGTGAAGA GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_1 match_part 0.953 4206 4506 match_part 0.987 4597 4749 match_part 0.730 4811 4962 match_2 match_part 1.000 5584 5799 match_part 1.000 6025 6111 match_part 1.000 6835 6945 match_part 1.000 7204 7255 match_part 1.000 7547 7660 match_3 match_part 1.000 5650 5799 match_part 1.000 6025 6111 match_part 1.000 6835 6945 match_part 1.000 7204 7255 match_part 1.000 7547 7684 match_part 1.000 8184 8282 match_part 0.962 8614 8693 match_4 match_part 1.000 5650 5799 match_part 1.000 6025 6111 match_part 1.000 6835 6945 match_part 1.000 7204 7255 match_part 0.993 7547 7684 match_part 1.000 8184 8282 match_5 match_part 1.000 5650 5799 match_part 1.000 6025 6111 match_part 1.000 6835 6945 match_part 1.000 7204 7255 match_part 1.000 7547 7684 match_part 1.000 8184 8282 match_6 match_part 0.966 5654 5799 match_part 1.000 6025 6111 match_part 1.000 6835 6945 match_part 1.000 7204 7255 match_part 1.000 7547 7684 match_part 1.000 8184 8261 match_7 match_part 0.952 5654 5799 match_part 1.000 6025 6111 match_part 1.000 6835 6942 match_8 match_part 1.000 5656 5799 match_part 1.000 6025 6111 match_part 1.000 6835 6945 match_part 1.000 7204 7255 match_part 1.000 7547 7684 match_part 1.000 8184 8282 match_part 1.000 8614 8711 match_part 1.000 9098 9205 match_part 1.000 9314 9395 match_part 1.000 9634 9988 match_9 match_part 1.000 5657 5799 match_part 1.000 6025 6111 match_part 1.000 6835 6945 match_part 1.000 7204 7255 match_part 1.000 7547 7684 match_part 1.000 8184 8282 match_part 0.988 8614 8694 match_10 match_part 1.000 5657 5799 match_part 1.000 6025 6111 match_part 1.000 6835 6945 match_part 1.000 7204 7255 match_part 1.000 7547 7684 match_11 match_part 1.000 5658 5799 match_part 1.000 6025 6111 match_part 1.000 6835 6945 match_part 1.000 7204 7255 match_part 1.000 7547 7684 match_part 1.000 8184 8282 match_part 0.982 8614 8669 match_12 match_part 1.000 5659 5799 match_part 1.000 6025 6111 match_part 1.000 6835 6945 match_part 1.000 7204 7255 match_part 0.964 7547 7684 match_part 0.929 8184 8282 match_13 match_part 1.000 5659 5799 match_part 1.000 6025 6111 match_part 1.000 6835 6945 match_part 1.000 7204 7255 match_part 1.000 7547 7684 match_14 match_part 1.000 5660 5799 match_part 1.000 6025 6111 match_part 1.000 6835 6945 match_part 1.000 7204 7255 match_part 1.000 7547 7684 match_part 1.000 8184 8282 match_part 1.000 8614 8711 match_part 1.000 9098 9205 match_part 0.987 9314 9389 match_15 match_part 1.000 5661 5799 match_part 1.000 6025 6111 match_part 1.000 6835 6945 match_part 1.000 7204 7255 match_part 0.990 7547 7646 match_16 match_part 0.986 5661 5799 match_part 0.989 6025 6111 match_part 0.991 6835 6945 match_part 1.000 7204 7240 match_17 match_part 1.000 5662 5799 match_part 1.000 6025 6111 match_part 1.000 6835 6945 match_part 1.000 7204 7255 match_part 1.000 7547 7592 match_18 match_part 1.000 5663 5799 match_part 0.989 6025 6111 match_part 1.000 6835 6945 match_part 1.000 7204 7255 match_part 1.000 7547 7684 match_19 match_part 0.932 5667 5799 match_part 0.943 6025 6111 match_part 1.000 6835 6945 match_part 0.981 7204 7255 match_part 0.942 7547 7684 match_part 0.970 8184 8282 match_part 0.959 8614 8711 match_part 0.978 9098 9142 match_20 match_part 0.949 5701 5799 match_part 0.908 6025 6111 match_part 0.982 6835 6945 match_part 0.981 7204 7255 match_part 0.964 7547 7684 match_part 0.960 8184 8282 match_part 0.980 8614 8711 match_part 0.917 9098 9181 match_21 match_part 1.000 5710 5799 match_part 1.000 6025 6111 match_part 1.000 6835 6945 match_part 1.000 7204 7255 match_part 1.000 7547 7684 match_part 1.000 8184 8282 match_part 1.000 8614 8641 match_22 match_part 1.000 5710 5799 match_part 0.989 6025 6111 match_part 1.000 6835 6945 match_part 1.000 7204 7255 match_part 1.000 7547 7684 match_part 0.990 8184 8282 match_part 1.000 8614 8634 match_23 match_part 1.000 5720 5799 match_part 1.000 6025 6111 match_part 1.000 6835 6945 match_part 1.000 7204 7255 match_part 1.000 7547 7684 match_part 1.000 8184 8282 match_part 1.000 8614 8711 match_part 0.991 9098 9205 match_part 0.988 9314 9393 match_24 match_part 1.000 5722 5799 match_part 1.000 6025 6111 match_part 1.000 6835 6945 match_part 1.000 7204 7255 match_part 1.000 7547 7684 match_part 1.000 8184 8275 match_25 match_part 1.000 5729 5799 match_part 1.000 6025 6111 match_part 1.000 6835 6945 match_part 1.000 7204 7255 match_part 1.000 7547 7684 match_part 1.000 8184 8282 match_26 match_part 0.982 5745 5799 match_part 0.954 6025 6111 match_part 1.000 6835 6945 match_part 0.981 7204 7255 match_part 0.957 7547 7684 match_part 0.949 8184 8282 match_part 0.951 8614 8695 match_27 match_part 1.000 5767 5799 match_part 1.000 6025 6111 match_part 1.000 6835 6945 match_part 1.000 7204 7255 match_part 1.000 7547 7684 match_part 1.000 8184 8282 match_28 match_part 1.000 5767 5799 match_part 1.000 6025 6111 match_part 1.000 6835 6945 match_part 1.000 7204 7255 match_part 1.000 7547 7684 match_part 1.000 8184 8276 match_29 match_part 0.989 6022 6111 match_part 1.000 6835 6945 match_part 1.000 7204 7255 match_part 1.000 7547 7684 match_part 1.000 8184 8282 match_part 1.000 8614 8711 match_part 0.981 9098 9205 match_part 0.929 9314 9383 match_30 match_part 0.980 6061 6111 match_part 1.000 6835 6945 match_part 0.942 7204 7255 match_part 0.905 7547 7609 match_31 match_part 1.000 6085 6111 match_part 1.000 6835 6945 match_part 1.000 7204 7255 match_part 1.000 7547 7684 match_part 1.000 8184 8282 match_part 1.000 8614 8711 match_part 1.000 9098 9205 match_part 1.000 9314 9395 match_part 0.951 9634 9876 match_32 match_part 0.952 7581 7684 match_part 0.970 8184 8282 match_part 0.980 8614 8711 match_part 0.954 9098 9205 match_part 1.000 9314 9395 match_part 0.947 9634 9858 match_33 match_part 1.000 7655 7684 match_part 1.000 8184 8282 match_part 1.000 8614 8711 match_part 1.000 9098 9205 match_part 1.000 9314 9395 match_part 0.955 9634 9992 match_34 match_part 1.000 7655 7684 match_part 1.000 8184 8282 match_part 1.000 8614 8711 match_part 1.000 9098 9205 match_part 1.000 9314 9395 match_part 1.000 9634 9964 match_35 match_part 1.000 7655 7684 match_part 1.000 8184 8282 match_part 1.000 8614 8711 match_part 1.000 9098 9205 match_part 1.000 9314 9395 match_part 0.996 9634 9903 match_36 match_part 1.000 8683 8711 match_part 1.000 9098 9205 match_part 1.000 9314 9395 match_part 0.987 9634 9861 match_37 match_part 0.750 9380 9395 match_part 0.948 9634 9885 match_38 match_part 1.000 9383 9395 match_part 0.948 9634 9885 match_39 match_part 1.000 26227 26257 match_part 0.993 26857 26992 match_part 1.000 27199 27227 match_part 1.000 27687 27752 match_part 1.000 27872 27979 match_part 1.000 28098 28163 match_part 1.000 28568 28688 match_part 1.000 28946 29027 match_part 1.000 29129 29325 match_40 match_part 1.000 26227 26257 match_part 1.000 26857 26992 match_part 1.000 27199 27227 match_part 1.000 27687 27752 match_part 1.000 27872 27979 match_part 1.000 28098 28163 match_part 1.000 28568 28688 match_part 1.000 28946 29027 match_part 1.000 29129 29200 match_41 match_part 1.000 26235 26257 match_part 0.941 26857 26992 match_part 0.966 27199 27227 match_part 0.939 27687 27752 match_part 0.926 27872 27979 match_part 0.955 28098 28163 match_42 match_part 0.919 26857 26992 match_part 0.931 27199 27227 match_part 0.970 27687 27752 match_part 0.944 27872 27979 match_part 0.985 28098 28163 match_part 0.975 28568 28688 match_part 0.988 28946 29027 match_part 0.778 29129 29137 match_43 match_part 1.000 26857 26992 match_part 1.000 27199 27227 match_part 1.000 27687 27752 match_part 1.000 27872 27979 match_part 1.000 28098 28163 match_part 1.000 28568 28688 match_part 0.938 28946 28961 match_44 match_part 1.000 26857 26992 match_part 0.998 27199 27601 match_45 match_part 1.000 26857 26992 match_part 0.990 27199 27393 match_46 match_part 1.000 26857 26992 match_part 1.000 27199 27304 match_47 match_part 0.940 26926 26992 match_part 0.966 27199 27227 match_part 0.985 27687 27752 match_part 0.981 27872 27979 match_part 1.000 28098 28163 match_part 0.975 28568 28688 match_part 0.976 28946 29027 match_part 0.885 29129 29320 match_48 match_part 0.940 26926 26992 match_part 0.966 27199 27227 match_part 0.985 27687 27752 match_part 0.981 27872 27979 match_part 1.000 28098 28163 match_part 0.975 28568 28688 match_part 0.976 28946 29027 match_part 0.899 29129 29306 match_49 match_part 0.960 26968 26992 match_part 0.966 27199 27227 match_part 0.985 27687 27752 match_part 0.981 27872 27979 match_part 1.000 28098 28163 match_part 0.975 28568 28688 match_part 0.976 28946 29027 match_part 0.915 29129 29410 match_50 match_part 0.980 27549 27752 match_part 1.000 27872 27979 match_part 1.000 28098 28163 match_part 1.000 28568 28680 match_51 match_part 0.962 29002 29027 match_part 0.975 29129 29445 match_52 match_part 1.000 29010 29027 match_part 0.997 29129 29445 match_53 match_part 1.000 30805 31087 match_part 1.000 32478 32621 match_part 1.000 34770 34895 match_part 1.000 34988 35139 match_part 1.000 35508 35628 match_54 match_part 0.996 30807 31087 match_part 1.000 32478 32621 match_part 1.000 34770 34895 match_part 0.966 34988 35016 match_55 match_part 0.996 30838 31087 match_part 1.000 32478 32621 match_part 1.000 34770 34895 match_part 0.963 34988 35014 match_56 match_part 1.000 30866 31087 match_part 0.965 32478 32621 match_part 0.992 34770 34895 match_part 0.964 34988 35071 match_57 match_part 1.000 30921 31087 match_part 1.000 32478 32621 match_part 1.000 34770 34895 match_part 0.993 34988 35139 match_part 1.000 35508 35541 match_58 match_part 1.000 32691 33275 match_59 match_part 0.966 35051 35139 match_part 0.934 35508 36069 match_60 match_part 0.933 35051 35139 match_part 0.980 35508 35907 match_61 match_part 0.940 35508 36061 match_62 match_part 0.957 35508 36043 match_63 match_part 0.926 35576 36064 match_64 match_part 1.000 35630 36043 match_65 match_part 0.984 43772 44203 match_part 0.940 44273 44339 match_part 0.986 44518 44588 match_part 0.985 44670 44735 match_part 0.963 44820 44900 match_66 match_part 0.982 43772 44098 GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_67 match_part 1.000 4242 3844 match_68 match_part 0.973 13243 12724 match_69 match_part 0.998 15199 14751 match_part 1.000 14445 14343 match_part 1.000 13647 13439 match_part 1.000 13277 13208 match_70 match_part 1.000 14799 14541 match_part 1.000 14445 14343 match_part 0.986 13647 13439 match_part 0.900 13277 13248 match_71 match_part 0.992 14798 14541 match_part 1.000 14445 14343 match_part 1.000 13647 13440 match_72 match_part 1.000 15181 14537 match_part 1.000 14445 14343 match_part 0.987 13647 13490 match_73 match_part 0.997 15167 14537 match_part 1.000 14445 14343 match_part 1.000 13647 13586 match_74 match_part 1.000 14887 14541 match_part 0.990 14445 14343 match_part 0.949 13647 13589 match_75 match_part 0.969 15178 14574 match_76 match_part 1.000 15180 14629 match_77 match_part 0.975 15177 14658 match_78 match_part 1.000 15176 14707 match_79 match_part 1.000 15177 14767 match_80 match_part 0.949 36027 35538 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C02HBa0213A01.2 type gene exon 4242 3844 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C02HBa0213A01.2 type gene exon 4206 4506 exon 4597 4749 exon 4811 4962 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C02HBa0213A01.2 type gene exon 5584 5799 exon 6025 6111 exon 6835 6945 exon 7204 7255 exon 7547 7684 exon 8184 8282 exon 8614 8711 exon 9098 9205 exon 9314 9395 exon 9634 9992 gene_4 gene GT_PGL_3_AGS_2 transcript source GenomeThreader seq_id C02HBa0213A01.2 type gene exon 6022 6111 exon 6835 6945 exon 7204 7255 exon 7547 7684 exon 8184 8282 exon 8614 8711 exon 9098 9205 exon 9314 9395 exon 9634 9992 gene_5 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C02HBa0213A01.2 type gene exon 15180 14541 exon 14445 14343 exon 13647 13439 exon 13277 13248 gene_6 gene GT_PGL_4_AGS_2 transcript source GenomeThreader seq_id C02HBa0213A01.2 type gene exon 15181 14537 exon 14445 14343 exon 13647 13490 gene_7 gene GT_PGL_4_AGS_3 transcript source GenomeThreader seq_id C02HBa0213A01.2 type gene exon 15199 14751 exon 14445 14343 exon 13647 13439 exon 13277 12724 gene_8 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C02HBa0213A01.2 type gene exon 26227 26257 exon 26857 26992 exon 27199 27227 exon 27687 27752 exon 27872 27979 exon 28098 28163 exon 28568 28688 exon 28946 29027 exon 29129 29445 gene_9 gene GT_PGL_5_AGS_2 transcript source GenomeThreader seq_id C02HBa0213A01.2 type gene exon 26857 26992 exon 27199 27752 exon 27872 27979 exon 28098 28163 exon 28568 28680 gene_10 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C02HBa0213A01.2 type gene exon 30805 31087 exon 32478 32621 exon 34770 34895 exon 34988 35139 exon 35508 36069 gene_11 gene GT_PGL_6_AGS_2 transcript source GenomeThreader seq_id C02HBa0213A01.2 type gene exon 32691 33275 gene_12 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C02HBa0213A01.2 type gene exon 36027 35538 gene_13 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C02HBa0213A01.2 type gene exon 43772 44203 exon 44273 44339 exon 44518 44588 exon 44670 44735 exon 44820 44900 RepeatMasker tomato repeats master HAT1_MT 1 147 1 HAT1_MT 1 147 1 nucleotide_motif 252 787 933 SONATA2 57 199 1 SONATA2 57 199 1 nucleotide_motif 623 6315 6455 Unknown00019 48 703 1 Unknown00019 48 703 1 nucleotide_motif 645 25309 25427 TS2 532 654 1 TS2 532 654 1 nucleotide_motif 638 33469 33583 RepeatMasker tomato repeats master TOTO1_LP_LTR 1 98 -1 TOTO1_LP_LTR 1 98 -1 nucleotide_motif 503 21000 20899 Gypsy00043 934 1313 -1 Gypsy00043 934 1313 -1 nucleotide_motif 1045 25308 24961 Copia00110 13281 13570 -1 Copia00110 13281 13570 -1 nucleotide_motif 708 25344 25070 Copia00110 13158 13342 -1 Copia00110 13158 13342 -1 nucleotide_motif 732 25601 25428 BLAST_tomato_bacs Tomato BAC sequences BLAST_tomato_bacs Tomato BAC sequences match_1 match 5773 1900 4928 match_2 match 5867 11436 match_3 match 11894 19240 match_4 match 1725 3579 4727 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) clone_start_1 clone_start 1189 14 613 clone_start_2 clone_start 1025 19843 20359 clone_start_3 clone_start 666 24070 24495 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) clone_start_4 clone_start 266 959 826 clone_start_5 clone_start 886 10565 10103 clone_end_1 clone_end 888 17358 16911 clone_end_2 clone_end 710 19156 18730 clone_end_3 clone_end 1326 27387 26719 clone_end_4 clone_end 1473 37019 36232 clone_end_5 clone_end 757 37723 37279 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_1 match_part 1.000 5584 5799 match_part 1.000 6025 6111 match_part 1.000 6835 6945 match_part 1.000 7204 7255 match_part 1.000 7547 7660 match_2 match_part 1.000 5650 5799 match_part 1.000 6025 6111 match_part 1.000 6835 6945 match_part 1.000 7204 7255 match_part 1.000 7547 7684 match_part 1.000 8184 8282 match_part 0.962 8614 8693 match_3 match_part 1.000 5650 5799 match_part 1.000 6025 6111 match_part 1.000 6835 6945 match_part 1.000 7204 7255 match_part 0.993 7547 7684 match_part 1.000 8184 8282 match_4 match_part 1.000 5650 5799 match_part 1.000 6025 6111 match_part 1.000 6835 6945 match_part 1.000 7204 7255 match_part 1.000 7547 7684 match_part 1.000 8184 8282 match_5 match_part 0.966 5654 5799 match_part 1.000 6025 6111 match_part 1.000 6835 6945 match_part 1.000 7204 7255 match_part 1.000 7547 7684 match_part 1.000 8184 8261 match_6 match_part 0.952 5654 5799 match_part 1.000 6025 6111 match_part 1.000 6835 6942 match_7 match_part 1.000 5656 5799 match_part 1.000 6025 6111 match_part 1.000 6835 6945 match_part 1.000 7204 7255 match_part 1.000 7547 7684 match_part 1.000 8184 8282 match_part 1.000 8614 8711 match_part 1.000 9098 9205 match_part 1.000 9314 9395 match_part 1.000 9634 9988 match_8 match_part 1.000 5657 5799 match_part 1.000 6025 6111 match_part 1.000 6835 6945 match_part 1.000 7204 7255 match_part 1.000 7547 7684 match_part 1.000 8184 8282 match_part 0.988 8614 8694 match_9 match_part 1.000 5657 5799 match_part 1.000 6025 6111 match_part 1.000 6835 6945 match_part 1.000 7204 7255 match_part 1.000 7547 7684 match_10 match_part 1.000 5658 5799 match_part 1.000 6025 6111 match_part 1.000 6835 6945 match_part 1.000 7204 7255 match_part 1.000 7547 7684 match_part 1.000 8184 8282 match_part 0.982 8614 8669 match_11 match_part 1.000 5659 5799 match_part 1.000 6025 6111 match_part 1.000 6835 6945 match_part 1.000 7204 7255 match_part 0.964 7547 7684 match_part 0.929 8184 8282 match_12 match_part 1.000 5659 5799 match_part 1.000 6025 6111 match_part 1.000 6835 6945 match_part 1.000 7204 7255 match_part 1.000 7547 7684 match_13 match_part 1.000 5660 5799 match_part 1.000 6025 6111 match_part 1.000 6835 6945 match_part 1.000 7204 7255 match_part 1.000 7547 7684 match_part 1.000 8184 8282 match_part 1.000 8614 8711 match_part 1.000 9098 9205 match_part 0.987 9314 9389 match_14 match_part 1.000 5661 5799 match_part 1.000 6025 6111 match_part 1.000 6835 6945 match_part 1.000 7204 7255 match_part 0.990 7547 7646 match_15 match_part 0.986 5661 5799 match_part 0.989 6025 6111 match_part 0.991 6835 6945 match_part 1.000 7204 7240 match_16 match_part 1.000 5662 5799 match_part 1.000 6025 6111 match_part 1.000 6835 6945 match_part 1.000 7204 7255 match_part 1.000 7547 7592 match_17 match_part 1.000 5663 5799 match_part 0.989 6025 6111 match_part 1.000 6835 6945 match_part 1.000 7204 7255 match_part 1.000 7547 7684 match_18 match_part 1.000 5710 5799 match_part 1.000 6025 6111 match_part 1.000 6835 6945 match_part 1.000 7204 7255 match_part 1.000 7547 7684 match_part 1.000 8184 8282 match_part 1.000 8614 8641 match_19 match_part 1.000 5710 5799 match_part 0.989 6025 6111 match_part 1.000 6835 6945 match_part 1.000 7204 7255 match_part 1.000 7547 7684 match_part 0.990 8184 8282 match_part 1.000 8614 8634 match_20 match_part 1.000 5720 5799 match_part 1.000 6025 6111 match_part 1.000 6835 6945 match_part 1.000 7204 7255 match_part 1.000 7547 7684 match_part 1.000 8184 8282 match_part 1.000 8614 8711 match_part 0.991 9098 9205 match_part 0.988 9314 9393 match_21 match_part 1.000 5722 5799 match_part 1.000 6025 6111 match_part 1.000 6835 6945 match_part 1.000 7204 7255 match_part 1.000 7547 7684 match_part 1.000 8184 8275 match_22 match_part 1.000 5729 5799 match_part 1.000 6025 6111 match_part 1.000 6835 6945 match_part 1.000 7204 7255 match_part 1.000 7547 7684 match_part 1.000 8184 8282 match_23 match_part 1.000 5767 5799 match_part 1.000 6025 6111 match_part 1.000 6835 6945 match_part 1.000 7204 7255 match_part 1.000 7547 7684 match_part 1.000 8184 8282 match_24 match_part 1.000 5767 5799 match_part 1.000 6025 6111 match_part 1.000 6835 6945 match_part 1.000 7204 7255 match_part 1.000 7547 7684 match_part 1.000 8184 8276 match_25 match_part 0.989 6022 6111 match_part 1.000 6835 6945 match_part 1.000 7204 7255 match_part 1.000 7547 7684 match_part 1.000 8184 8282 match_part 1.000 8614 8711 match_part 0.981 9098 9205 match_part 0.929 9314 9383 match_26 match_part 1.000 6085 6111 match_part 1.000 6835 6945 match_part 1.000 7204 7255 match_part 1.000 7547 7684 match_part 1.000 8184 8282 match_part 1.000 8614 8711 match_part 1.000 9098 9205 match_part 1.000 9314 9395 match_part 0.951 9634 9876 match_27 match_part 1.000 7655 7684 match_part 1.000 8184 8282 match_part 1.000 8614 8711 match_part 1.000 9098 9205 match_part 1.000 9314 9395 match_part 0.955 9634 9992 match_28 match_part 1.000 7655 7684 match_part 1.000 8184 8282 match_part 1.000 8614 8711 match_part 1.000 9098 9205 match_part 1.000 9314 9395 match_part 1.000 9634 9964 match_29 match_part 1.000 7655 7684 match_part 1.000 8184 8282 match_part 1.000 8614 8711 match_part 1.000 9098 9205 match_part 1.000 9314 9395 match_part 0.996 9634 9903 match_30 match_part 1.000 8683 8711 match_part 1.000 9098 9205 match_part 1.000 9314 9395 match_part 0.987 9634 9861 match_31 match_part 1.000 26227 26257 match_part 0.993 26857 26992 match_part 1.000 27199 27227 match_part 1.000 27687 27752 match_part 1.000 27872 27979 match_part 1.000 28098 28163 match_part 1.000 28568 28688 match_part 1.000 28946 29027 match_part 1.000 29129 29325 match_32 match_part 1.000 26227 26257 match_part 1.000 26857 26992 match_part 1.000 27199 27227 match_part 1.000 27687 27752 match_part 1.000 27872 27979 match_part 1.000 28098 28163 match_part 1.000 28568 28688 match_part 1.000 28946 29027 match_part 1.000 29129 29200 match_33 match_part 1.000 26235 26257 match_part 0.941 26857 26992 match_part 0.966 27199 27227 match_part 0.939 27687 27752 match_part 0.926 27872 27979 match_part 0.955 28098 28163 match_34 match_part 1.000 26857 26992 match_part 1.000 27199 27227 match_part 1.000 27687 27752 match_part 1.000 27872 27979 match_part 1.000 28098 28163 match_part 1.000 28568 28688 match_part 0.938 28946 28961 match_35 match_part 1.000 26857 26992 match_part 0.998 27199 27601 match_36 match_part 1.000 26857 26992 match_part 0.990 27199 27393 match_37 match_part 1.000 26857 26992 match_part 1.000 27199 27304 match_38 match_part 0.980 27549 27752 match_part 1.000 27872 27979 match_part 1.000 28098 28163 match_part 1.000 28568 28680 match_39 match_part 0.962 29002 29027 match_part 0.975 29129 29445 match_40 match_part 1.000 29010 29027 match_part 0.997 29129 29445 match_41 match_part 1.000 30805 31087 match_part 1.000 32478 32621 match_part 1.000 34770 34895 match_part 1.000 34988 35139 match_part 1.000 35508 35628 match_42 match_part 0.996 30807 31087 match_part 1.000 32478 32621 match_part 1.000 34770 34895 match_part 0.966 34988 35016 match_43 match_part 0.996 30838 31087 match_part 1.000 32478 32621 match_part 1.000 34770 34895 match_part 0.963 34988 35014 match_44 match_part 1.000 30866 31087 match_part 0.965 32478 32621 match_part 0.992 34770 34895 match_part 0.964 34988 35071 match_45 match_part 1.000 30921 31087 match_part 1.000 32478 32621 match_part 1.000 34770 34895 match_part 0.993 34988 35139 match_part 1.000 35508 35541 match_46 match_part 1.000 32691 33275 match_47 match_part 1.000 35630 36043 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_48 match_part 1.000 4242 3844 match_49 match_part 0.973 13243 12724 match_50 match_part 0.998 15199 14751 match_part 1.000 14445 14343 match_part 1.000 13647 13439 match_part 1.000 13277 13208 match_51 match_part 1.000 14799 14541 match_part 1.000 14445 14343 match_part 0.986 13647 13439 match_part 0.900 13277 13248 match_52 match_part 0.992 14798 14541 match_part 1.000 14445 14343 match_part 1.000 13647 13440 match_53 match_part 1.000 15181 14537 match_part 1.000 14445 14343 match_part 0.987 13647 13490 match_54 match_part 0.997 15167 14537 match_part 1.000 14445 14343 match_part 1.000 13647 13586 match_55 match_part 1.000 14887 14541 match_part 0.990 14445 14343 match_part 0.949 13647 13589 match_56 match_part 1.000 15180 14629 match_57 match_part 1.000 15176 14707 match_58 match_part 1.000 15177 14767 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C02HBa0213A01.2 type gene exon 4242 3844 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C02HBa0213A01.2 type gene exon 5584 5799 exon 6025 6111 exon 6835 6945 exon 7204 7255 exon 7547 7684 exon 8184 8282 exon 8614 8711 exon 9098 9205 exon 9314 9395 exon 9634 9992 gene_3 gene GT_PGL_2_AGS_2 transcript source GenomeThreader seq_id C02HBa0213A01.2 type gene exon 6022 6111 exon 6835 6945 exon 7204 7255 exon 7547 7684 exon 8184 8282 exon 8614 8711 exon 9098 9205 exon 9314 9395 exon 9634 9992 gene_4 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C02HBa0213A01.2 type gene exon 15180 14541 exon 14445 14343 exon 13647 13439 exon 13277 13248 gene_5 gene GT_PGL_3_AGS_2 transcript source GenomeThreader seq_id C02HBa0213A01.2 type gene exon 15181 14537 exon 14445 14343 exon 13647 13490 gene_6 gene GT_PGL_3_AGS_3 transcript source GenomeThreader seq_id C02HBa0213A01.2 type gene exon 15199 14751 exon 14445 14343 exon 13647 13439 exon 13277 12724 gene_7 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C02HBa0213A01.2 type gene exon 26227 26257 exon 26857 26992 exon 27199 27227 exon 27687 27752 exon 27872 27979 exon 28098 28163 exon 28568 28688 exon 28946 29027 exon 29129 29445 gene_8 gene GT_PGL_4_AGS_2 transcript source GenomeThreader seq_id C02HBa0213A01.2 type gene exon 26857 26992 exon 27199 27752 exon 27872 27979 exon 28098 28163 exon 28568 28680 gene_9 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C02HBa0213A01.2 type gene exon 30805 31087 exon 32478 32621 exon 34770 34895 exon 34988 35139 exon 35508 35628 gene_10 gene GT_PGL_5_AGS_2 transcript source GenomeThreader seq_id C02HBa0213A01.2 type gene exon 32691 33275 gene_11 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C02HBa0213A01.2 type gene exon 35630 36043 AUGUSTUS_tom_cdna de novo gene_1 gene 0.65 2570 5709 transcript_1 transcript 0.65 2570 5709 start_codon_1 start_codon 2570 2572 intron_1 intron 0.86 2669 2747 intron_2 intron 1 2900 2985 intron_3 intron 0.98 3231 3351 intron_4 intron 1 3481 3582 intron_5 intron 0.79 4507 5623 CDS_1 CDS 0.86 2570 2668 CDS_2 CDS 0.99 2748 2899 CDS_3 CDS 1 2986 3230 CDS_4 CDS 0.98 3352 3480 CDS_5 CDS 0.96 3583 4506 CDS_6 CDS 0.79 5624 5709 stop_codon_1 stop_codon 5707 5709 gene_2 gene 1 5732 9699 transcript_2 transcript 1 5732 9699 start_codon_2 start_codon 5732 5734 intron_6 intron 1 5800 6024 intron_7 intron 1 6112 6834 intron_8 intron 1 6946 7203 intron_9 intron 1 7256 7546 intron_10 intron 1 7685 8183 intron_11 intron 1 8283 8613 intron_12 intron 1 8712 9097 intron_13 intron 1 9206 9313 intron_14 intron 1 9396 9633 CDS_7 CDS 1 5732 5799 CDS_8 CDS 1 6025 6111 CDS_9 CDS 1 6835 6945 CDS_10 CDS 1 7204 7255 CDS_11 CDS 1 7547 7684 CDS_12 CDS 1 8184 8282 CDS_13 CDS 1 8614 8711 CDS_14 CDS 1 9098 9205 CDS_15 CDS 1 9314 9395 CDS_16 CDS 1 9634 9699 stop_codon_2 stop_codon 9697 9699 gene_3 gene 0.12 18941 29171 transcript_3 transcript 0.12 18941 29171 start_codon_3 start_codon 18941 18943 intron_15 intron 0.99 20258 20399 intron_16 intron 0.48 20514 21192 intron_17 intron 0.93 21371 21457 intron_18 intron 0.64 21640 21770 intron_19 intron 0.98 21908 21978 intron_20 intron 0.95 22075 22163 intron_21 intron 0.91 22234 22323 intron_22 intron 0.54 22403 23588 intron_23 intron 0.77 23695 26154 intron_24 intron 1 26258 26856 intron_25 intron 1 26993 27198 intron_26 intron 1 27228 27686 intron_27 intron 1 27753 27871 intron_28 intron 1 27980 28097 intron_29 intron 1 28164 28567 intron_30 intron 1 28689 28945 intron_31 intron 1 29028 29128 CDS_17 CDS 0.86 18941 20257 CDS_18 CDS 0.99 20400 20513 CDS_19 CDS 1 21193 21370 CDS_20 CDS 0.93 21458 21639 CDS_21 CDS 0.63 21771 21907 CDS_22 CDS 0.96 21979 22074 CDS_23 CDS 0.93 22164 22233 CDS_24 CDS 0.53 22324 22402 CDS_25 CDS 0.8 23589 23694 CDS_26 CDS 0.78 26155 26257 CDS_27 CDS 1 26857 26992 CDS_28 CDS 1 27199 27227 CDS_29 CDS 1 27687 27752 CDS_30 CDS 1 27872 27979 CDS_31 CDS 1 28098 28163 CDS_32 CDS 1 28568 28688 CDS_33 CDS 1 28946 29027 CDS_34 CDS 1 29129 29171 stop_codon_3 stop_codon 29169 29171 gene_4 gene 1 30973 35783 transcript_4 transcript 1 30973 35783 start_codon_4 start_codon 30973 30975 intron_32 intron 1 31088 32477 intron_33 intron 1 32622 34769 intron_34 intron 1 34896 34987 intron_35 intron 1 35140 35507 CDS_35 CDS 1 30973 31087 CDS_36 CDS 1 32478 32621 CDS_37 CDS 1 34770 34895 CDS_38 CDS 1 34988 35139 CDS_39 CDS 1 35508 35783 stop_codon_4 stop_codon 35781 35783 gene_5 gene 0.17 39662 45028 transcript_5 transcript 0.17 39662 45028 start_codon_5 start_codon 39662 39664 intron_36 intron 0.98 40033 40752 intron_37 intron 0.85 42825 42953 intron_38 intron 1 44204 44272 intron_39 intron 1 44340 44517 intron_40 intron 1 44589 44669 intron_41 intron 1 44736 44819 intron_42 intron 0.2 44910 45007 CDS_40 CDS 1 39662 40032 CDS_41 CDS 0.88 40753 42824 CDS_42 CDS 0.85 42954 44203 CDS_43 CDS 1 44273 44339 CDS_44 CDS 1 44518 44588 CDS_45 CDS 1 44670 44735 CDS_46 CDS 0.99 44820 44909 CDS_47 CDS 0.2 45008 45028 stop_codon_5 stop_codon 45026 45028 AUGUSTUS_tom_cdna de novo gene_6 gene 0.64 11068 9855 transcript_6 transcript 0.64 11068 9855 stop_codon_6 stop_codon 9857 9855 intron_43 intron 0.72 10228 9909 CDS_48 CDS 0.72 9908 9855 CDS_49 CDS 0.66 11068 10229 start_codon_6 start_codon 11068 11066 gene_7 gene 1 15169 13007 transcript_7 transcript 1 15169 13007 stop_codon_7 stop_codon 13009 13007 intron_44 intron 1 13438 13278 intron_45 intron 1 14342 13648 intron_46 intron 1 14540 14446 CDS_50 CDS 1 13277 13007 CDS_51 CDS 1 13647 13439 CDS_52 CDS 1 14445 14343 CDS_53 CDS 1 15169 14541 start_codon_7 start_codon 15169 15167 gene_8 gene 0.71 18046 15952 transcript_8 transcript 0.71 18046 15952 stop_codon_8 stop_codon 15954 15952 intron_47 intron 0.98 16637 16214 intron_48 intron 0.97 16907 16730 intron_49 intron 0.99 17280 17152 intron_50 intron 0.99 17530 17452 intron_51 intron 1 17757 17670 intron_52 intron 0.73 17970 17854 CDS_54 CDS 0.98 16213 15952 CDS_55 CDS 0.98 16729 16638 CDS_56 CDS 0.97 17151 16908 CDS_57 CDS 0.99 17451 17281 CDS_58 CDS 1 17669 17531 CDS_59 CDS 0.99 17853 17758 CDS_60 CDS 0.73 18046 17971 start_codon_8 start_codon 18046 18044 AUGUSTUS_ab_initio de novo gene_1 gene 0.55 2570 4727 transcript_1 transcript 0.55 2570 4727 start_codon_1 start_codon 2570 2572 intron_1 intron 0.99 2669 2747 intron_2 intron 1 2900 2985 intron_3 intron 0.96 3231 3351 intron_4 intron 1 3481 3582 intron_5 intron 0.59 4507 4596 CDS_1 CDS 0.99 2570 2668 CDS_2 CDS 0.99 2748 2899 CDS_3 CDS 1 2986 3230 CDS_4 CDS 0.96 3352 3480 CDS_5 CDS 0.98 3583 4506 CDS_6 CDS 0.58 4597 4727 stop_codon_1 stop_codon 4725 4727 gene_2 gene 0.34 5732 9699 transcript_2 transcript 0.34 5732 9699 start_codon_2 start_codon 5732 5734 intron_6 intron 0.82 5800 6024 intron_7 intron 0.96 6112 6834 intron_8 intron 1 6946 7203 intron_9 intron 1 7256 7546 intron_10 intron 1 7685 8183 intron_11 intron 0.97 8283 8613 intron_12 intron 0.53 8712 9046 intron_13 intron 1 9206 9313 intron_14 intron 0.93 9396 9633 CDS_7 CDS 0.76 5732 5799 CDS_8 CDS 0.84 6025 6111 CDS_9 CDS 1 6835 6945 CDS_10 CDS 1 7204 7255 CDS_11 CDS 1 7547 7684 CDS_12 CDS 0.98 8184 8282 CDS_13 CDS 0.98 8614 8711 CDS_14 CDS 0.53 9047 9205 CDS_15 CDS 1 9314 9395 CDS_16 CDS 0.93 9634 9699 stop_codon_2 stop_codon 9697 9699 gene_3 gene 0.09 18941 29058 transcript_3 transcript 0.09 18941 29058 start_codon_3 start_codon 18941 18943 intron_15 intron 1 20258 20399 intron_16 intron 0.93 20514 20619 intron_17 intron 0.92 20653 21192 intron_18 intron 0.97 21371 21457 intron_19 intron 0.73 21640 21770 intron_20 intron 1 21908 21978 intron_21 intron 0.98 22075 22163 intron_22 intron 0.97 22234 22323 intron_23 intron 0.63 22399 26856 intron_24 intron 0.99 26993 27198 intron_25 intron 0.72 27228 27686 intron_26 intron 0.72 27753 27871 intron_27 intron 1 27980 28097 intron_28 intron 1 28164 28567 intron_29 intron 0.85 28689 28945 CDS_17 CDS 0.89 18941 20257 CDS_18 CDS 1 20400 20513 CDS_19 CDS 0.93 20620 20652 CDS_20 CDS 0.99 21193 21370 CDS_21 CDS 0.96 21458 21639 CDS_22 CDS 0.73 21771 21907 CDS_23 CDS 1 21979 22074 CDS_24 CDS 0.97 22164 22233 CDS_25 CDS 0.88 22324 22398 CDS_26 CDS 0.99 26857 26992 CDS_27 CDS 0.99 27199 27227 CDS_28 CDS 0.72 27687 27752 CDS_29 CDS 1 27872 27979 CDS_30 CDS 1 28098 28163 CDS_31 CDS 0.87 28568 28688 CDS_32 CDS 0.25 28946 29058 stop_codon_3 stop_codon 29056 29058 gene_4 gene 0.25 30973 35783 transcript_4 transcript 0.25 30973 35783 start_codon_4 start_codon 30973 30975 intron_30 intron 0.69 31088 32477 intron_31 intron 0.63 32622 33054 intron_32 intron 0.51 33119 34596 intron_33 intron 1 34896 34987 intron_34 intron 0.77 35140 35507 CDS_33 CDS 1 30973 31087 CDS_34 CDS 0.67 32478 32621 CDS_35 CDS 0.53 33055 33118 CDS_36 CDS 0.58 34597 34895 CDS_37 CDS 0.77 34988 35139 CDS_38 CDS 1 35508 35783 stop_codon_4 stop_codon 35781 35783 gene_5 gene 0.46 39662 44927 transcript_5 transcript 0.46 39662 44927 start_codon_5 start_codon 39662 39664 intron_35 intron 0.98 40033 40752 intron_36 intron 0.97 42825 42953 intron_37 intron 0.97 44204 44272 intron_38 intron 0.72 44340 44517 intron_39 intron 0.99 44589 44669 intron_40 intron 1 44736 44819 CDS_39 CDS 0.97 39662 40032 CDS_40 CDS 0.99 40753 42824 CDS_41 CDS 0.94 42954 44203 CDS_42 CDS 0.97 44273 44339 CDS_43 CDS 0.72 44518 44588 CDS_44 CDS 1 44670 44735 CDS_45 CDS 0.69 44820 44927 stop_codon_5 stop_codon 44925 44927 AUGUSTUS_ab_initio de novo gene_6 gene 0.15 15169 10169 transcript_6 transcript 0.15 15169 10169 stop_codon_6 stop_codon 10171 10169 intron_41 intron 0.69 11415 11069 intron_42 intron 0.32 13135 11527 intron_43 intron 1 13438 13278 intron_44 intron 1 14342 13648 intron_45 intron 0.55 14540 14446 CDS_46 CDS 0.99 11068 10169 CDS_47 CDS 0.69 11526 11416 CDS_48 CDS 0.35 13277 13136 CDS_49 CDS 1 13647 13439 CDS_50 CDS 1 14445 14343 CDS_51 CDS 0.55 15169 14541 start_codon_6 start_codon 15169 15167 gene_7 gene 0.75 18046 15952 transcript_7 transcript 0.75 18046 15952 stop_codon_7 stop_codon 15954 15952 intron_46 intron 1 16637 16214 intron_47 intron 0.98 16907 16730 intron_48 intron 1 17280 17152 intron_49 intron 1 17530 17452 intron_50 intron 1 17757 17670 intron_51 intron 0.77 17970 17854 CDS_52 CDS 1 16213 15952 CDS_53 CDS 1 16729 16638 CDS_54 CDS 0.98 17151 16908 CDS_55 CDS 1 17451 17281 CDS_56 CDS 1 17669 17531 CDS_57 CDS 1 17853 17758 CDS_58 CDS 0.77 18046 17971 start_codon_7 start_codon 18046 18044 AUGUSTUS_tom_ugs de novo gene_1 gene 0.38 2570 4727 transcript_1 transcript 0.38 2570 4727 start_codon_1 start_codon 2570 2572 intron_1 intron 0.92 2669 2747 intron_2 intron 1 2900 2985 intron_3 intron 1 3231 3351 intron_4 intron 1 3481 3582 intron_5 intron 0.43 4507 4596 CDS_1 CDS 0.92 2570 2668 CDS_2 CDS 1 2748 2899 CDS_3 CDS 1 2986 3230 CDS_4 CDS 1 3352 3480 CDS_5 CDS 0.59 3583 4506 CDS_6 CDS 0.43 4597 4727 stop_codon_1 stop_codon 4725 4727 gene_2 gene 0.91 5732 9699 transcript_2 transcript 0.91 5732 9699 start_codon_2 start_codon 5732 5734 intron_6 intron 1 5800 6024 intron_7 intron 1 6112 6834 intron_8 intron 1 6946 7203 intron_9 intron 1 7256 7546 intron_10 intron 1 7685 8183 intron_11 intron 1 8283 8613 intron_12 intron 1 8712 9097 intron_13 intron 1 9206 9313 intron_14 intron 1 9396 9633 CDS_7 CDS 0.91 5732 5799 CDS_8 CDS 1 6025 6111 CDS_9 CDS 1 6835 6945 CDS_10 CDS 1 7204 7255 CDS_11 CDS 1 7547 7684 CDS_12 CDS 1 8184 8282 CDS_13 CDS 1 8614 8711 CDS_14 CDS 1 9098 9205 CDS_15 CDS 1 9314 9395 CDS_16 CDS 1 9634 9699 stop_codon_2 stop_codon 9697 9699 gene_3 gene 0.17 18941 29171 transcript_3 transcript 0.17 18941 29171 start_codon_3 start_codon 18941 18943 intron_15 intron 0.98 20258 20399 intron_16 intron 0.43 20514 21192 intron_17 intron 0.97 21371 21457 intron_18 intron 0.58 21640 21770 intron_19 intron 0.95 21908 21978 intron_20 intron 0.76 22075 26154 intron_21 intron 1 26258 26856 intron_22 intron 1 26993 27198 intron_23 intron 1 27228 27686 intron_24 intron 1 27753 27871 intron_25 intron 1 27980 28097 intron_26 intron 1 28164 28567 intron_27 intron 1 28689 28945 intron_28 intron 1 29028 29128 CDS_17 CDS 0.85 18941 20257 CDS_18 CDS 0.98 20400 20513 CDS_19 CDS 0.99 21193 21370 CDS_20 CDS 0.97 21458 21639 CDS_21 CDS 0.58 21771 21907 CDS_22 CDS 0.91 21979 22074 CDS_23 CDS 0.92 26155 26257 CDS_24 CDS 1 26857 26992 CDS_25 CDS 1 27199 27227 CDS_26 CDS 1 27687 27752 CDS_27 CDS 1 27872 27979 CDS_28 CDS 1 28098 28163 CDS_29 CDS 1 28568 28688 CDS_30 CDS 1 28946 29027 CDS_31 CDS 1 29129 29171 stop_codon_3 stop_codon 29169 29171 gene_4 gene 0.16 39662 45028 transcript_4 transcript 0.16 39662 45028 start_codon_4 start_codon 39662 39664 intron_29 intron 0.97 40033 40752 intron_30 intron 0.87 42825 42953 intron_31 intron 1 44204 44272 intron_32 intron 1 44340 44517 intron_33 intron 1 44589 44669 intron_34 intron 1 44736 44819 intron_35 intron 0.2 44910 45007 CDS_32 CDS 0.99 39662 40032 CDS_33 CDS 0.89 40753 42824 CDS_34 CDS 0.87 42954 44203 CDS_35 CDS 1 44273 44339 CDS_36 CDS 1 44518 44588 CDS_37 CDS 1 44670 44735 CDS_38 CDS 0.99 44820 44909 CDS_39 CDS 0.2 45008 45028 stop_codon_4 stop_codon 45026 45028 AUGUSTUS_tom_ugs de novo gene_5 gene 0.79 11068 10169 transcript_5 transcript 0.79 11068 10169 stop_codon_5 stop_codon 10171 10169 CDS_40 CDS 0.91 11068 10169 start_codon_5 start_codon 11068 11066 gene_6 gene 0.72 15169 13007 transcript_6 transcript 0.72 15169 13007 stop_codon_6 stop_codon 13009 13007 intron_36 intron 1 13438 13278 intron_37 intron 1 14342 13648 intron_38 intron 1 14540 14446 CDS_41 CDS 0.74 13277 13007 CDS_42 CDS 1 13647 13439 CDS_43 CDS 1 14445 14343 CDS_44 CDS 0.98 15169 14541 start_codon_6 start_codon 15169 15167 gene_7 gene 0.71 18046 15952 transcript_7 transcript 0.71 18046 15952 stop_codon_7 stop_codon 15954 15952 intron_39 intron 0.94 16637 16214 intron_40 intron 0.97 16907 16730 intron_41 intron 0.99 17280 17152 intron_42 intron 0.99 17530 17452 intron_43 intron 1 17757 17670 intron_44 intron 0.76 17970 17854 CDS_45 CDS 0.94 16213 15952 CDS_46 CDS 0.93 16729 16638 CDS_47 CDS 0.97 17151 16908 CDS_48 CDS 0.99 17451 17281 CDS_49 CDS 1 17669 17531 CDS_50 CDS 0.98 17853 17758 CDS_51 CDS 0.77 18046 17971 start_codon_7 start_codon 18046 18044 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_1 match_part 1.000 2765 2899 match_part 1.000 2986 3230 match_part 1.000 3352 3443 match_2 match_part 0.995 5582 5799 match_part 1.000 6025 6111 match_part 1.000 6835 6945 match_part 1.000 7204 7255 match_part 1.000 7547 7684 match_part 1.000 8184 8282 match_part 1.000 8614 8711 match_part 1.000 9098 9205 match_part 1.000 9314 9395 match_part 1.000 9634 9970 match_3 match_part 1.000 26857 26992 match_part 0.998 27199 27601 match_4 match_part 1.000 26857 26992 match_part 1.000 27199 27304 match_5 match_part 0.996 30804 31087 match_part 1.000 32478 32621 match_part 1.000 34770 34895 match_part 1.000 34988 35139 match_part 1.000 35508 36047 match_6 match_part 0.998 32689 33275 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_7 match_part 1.000 4243 3808 match_8 match_part 0.996 15200 14751 match_part 1.000 14445 14343 match_part 1.000 13647 13439 match_part 0.982 13277 13166 match_9 match_part 0.998 15182 14541 match_part 1.000 14445 14343 match_part 1.000 13647 13439 match_part 0.900 13277 13248 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C02HBa0213A01.2 type gene exon 2765 2899 exon 2986 3230 exon 3352 3443 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C02HBa0213A01.2 type gene exon 4243 3808 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C02HBa0213A01.2 type gene exon 5582 5799 exon 6025 6111 exon 6835 6945 exon 7204 7255 exon 7547 7684 exon 8184 8282 exon 8614 8711 exon 9098 9205 exon 9314 9395 exon 9634 9970 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C02HBa0213A01.2 type gene exon 15200 14751 exon 14445 14343 exon 13647 13439 exon 13277 13166 gene_5 gene GT_PGL_4_AGS_2 transcript source GenomeThreader seq_id C02HBa0213A01.2 type gene exon 15182 14541 exon 14445 14343 exon 13647 13439 exon 13277 13248 gene_6 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C02HBa0213A01.2 type gene exon 26857 26992 exon 27199 27601 gene_7 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C02HBa0213A01.2 type gene exon 30804 31087 exon 32478 32621 exon 34770 34895 exon 34988 35139 exon 35508 36047 gene_8 gene GT_PGL_6_AGS_2 transcript source GenomeThreader seq_id C02HBa0213A01.2 type gene exon 32689 33275 GenomeThreader_SGN_markers SGN marker sequences match_1 match_part 1.000 5661 5799 match_part 1.000 6025 6111 match_part 1.000 6835 6945 match_part 1.000 7204 7255 match_part 0.990 7547 7646 match_2 match_part 0.932 5667 5799 match_part 0.943 6025 6111 match_part 1.000 6835 6945 match_part 0.981 7204 7255 match_part 0.942 7547 7684 match_part 0.970 8184 8282 match_part 0.959 8614 8711 GenomeThreader_SGN_markers SGN marker sequences match_3 match_part 0.972 15177 14574 match_4 match_part 0.998 15182 14592 match_5 match_part 0.980 40440 39990 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C02HBa0213A01.2 type gene exon 5661 5799 exon 6025 6111 exon 6835 6945 exon 7204 7255 exon 7547 7684 exon 8184 8282 exon 8614 8711 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C02HBa0213A01.2 type gene exon 15182 14574 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C02HBa0213A01.2 type gene exon 40440 39990 AUGUSTUS_tom_pot_cdna de novo gene_1 gene 0.71 2570 5709 transcript_1 transcript 0.71 2570 5709 start_codon_1 start_codon 2570 2572 intron_1 intron 0.83 2669 2747 intron_2 intron 0.99 2900 2985 intron_3 intron 0.96 3231 3351 intron_4 intron 1 3481 3582 intron_5 intron 0.87 4507 5623 CDS_1 CDS 0.83 2570 2668 CDS_2 CDS 0.97 2748 2899 CDS_3 CDS 1 2986 3230 CDS_4 CDS 0.96 3352 3480 CDS_5 CDS 0.96 3583 4506 CDS_6 CDS 0.87 5624 5709 stop_codon_1 stop_codon 5707 5709 gene_2 gene 1 5732 9699 transcript_2 transcript 1 5732 9699 start_codon_2 start_codon 5732 5734 intron_6 intron 1 5800 6024 intron_7 intron 1 6112 6834 intron_8 intron 1 6946 7203 intron_9 intron 1 7256 7546 intron_10 intron 1 7685 8183 intron_11 intron 1 8283 8613 intron_12 intron 1 8712 9097 intron_13 intron 1 9206 9313 intron_14 intron 1 9396 9633 CDS_7 CDS 1 5732 5799 CDS_8 CDS 1 6025 6111 CDS_9 CDS 1 6835 6945 CDS_10 CDS 1 7204 7255 CDS_11 CDS 1 7547 7684 CDS_12 CDS 1 8184 8282 CDS_13 CDS 1 8614 8711 CDS_14 CDS 1 9098 9205 CDS_15 CDS 1 9314 9395 CDS_16 CDS 1 9634 9699 stop_codon_2 stop_codon 9697 9699 gene_3 gene 0.09 18941 29171 transcript_3 transcript 0.09 18941 29171 start_codon_3 start_codon 18941 18943 intron_15 intron 1 20258 20399 intron_16 intron 0.53 20514 21192 intron_17 intron 0.91 21371 21457 intron_18 intron 0.62 21640 21770 intron_19 intron 0.93 21908 21978 intron_20 intron 0.82 22075 22163 intron_21 intron 0.8 22234 22323 intron_22 intron 0.44 22403 23588 intron_23 intron 0.85 23695 26154 intron_24 intron 1 26258 26856 intron_25 intron 1 26993 27198 intron_26 intron 1 27228 27686 intron_27 intron 1 27753 27871 intron_28 intron 1 27980 28097 intron_29 intron 1 28164 28567 intron_30 intron 1 28689 28945 intron_31 intron 1 29028 29128 CDS_17 CDS 0.76 18941 20257 CDS_18 CDS 1 20400 20513 CDS_19 CDS 0.99 21193 21370 CDS_20 CDS 0.91 21458 21639 CDS_21 CDS 0.61 21771 21907 CDS_22 CDS 0.86 21979 22074 CDS_23 CDS 0.81 22164 22233 CDS_24 CDS 0.41 22324 22402 CDS_25 CDS 0.8 23589 23694 CDS_26 CDS 0.85 26155 26257 CDS_27 CDS 1 26857 26992 CDS_28 CDS 1 27199 27227 CDS_29 CDS 1 27687 27752 CDS_30 CDS 1 27872 27979 CDS_31 CDS 1 28098 28163 CDS_32 CDS 1 28568 28688 CDS_33 CDS 1 28946 29027 CDS_34 CDS 1 29129 29171 stop_codon_3 stop_codon 29169 29171 gene_4 gene 1 30973 35783 transcript_4 transcript 1 30973 35783 start_codon_4 start_codon 30973 30975 intron_32 intron 1 31088 32477 intron_33 intron 1 32622 34769 intron_34 intron 1 34896 34987 intron_35 intron 1 35140 35507 CDS_35 CDS 1 30973 31087 CDS_36 CDS 1 32478 32621 CDS_37 CDS 1 34770 34895 CDS_38 CDS 1 34988 35139 CDS_39 CDS 1 35508 35783 stop_codon_4 stop_codon 35781 35783 gene_5 gene 0.22 36033 45028 transcript_5 transcript 0.22 36033 45028 start_codon_5 start_codon 36033 36035 intron_36 intron 0.76 36200 39642 intron_37 intron 0.94 40033 40752 intron_38 intron 0.92 42825 42953 intron_39 intron 1 44204 44272 intron_40 intron 1 44340 44517 intron_41 intron 1 44589 44669 intron_42 intron 1 44736 44819 intron_43 intron 0.29 44910 45007 CDS_40 CDS 0.78 36033 36199 CDS_41 CDS 0.8 39643 40032 CDS_42 CDS 0.87 40753 42824 CDS_43 CDS 0.92 42954 44203 CDS_44 CDS 1 44273 44339 CDS_45 CDS 1 44518 44588 CDS_46 CDS 1 44670 44735 CDS_47 CDS 1 44820 44909 CDS_48 CDS 0.29 45008 45028 stop_codon_5 stop_codon 45026 45028 AUGUSTUS_tom_pot_cdna de novo gene_6 gene 0.9 11068 9855 transcript_6 transcript 0.9 11068 9855 stop_codon_6 stop_codon 9857 9855 intron_44 intron 1 10228 9909 CDS_49 CDS 1 9908 9855 CDS_50 CDS 0.92 11068 10229 start_codon_6 start_codon 11068 11066 gene_7 gene 0.96 15169 13007 transcript_7 transcript 0.96 15169 13007 stop_codon_7 stop_codon 13009 13007 intron_45 intron 1 13438 13278 intron_46 intron 1 14342 13648 intron_47 intron 1 14540 14446 CDS_51 CDS 0.96 13277 13007 CDS_52 CDS 1 13647 13439 CDS_53 CDS 1 14445 14343 CDS_54 CDS 1 15169 14541 start_codon_7 start_codon 15169 15167 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_1 match 43.9 27612 27755 match_2 match 44.7 28080 28163 match_3 match 76.6 27869 27979 match_4 match 373 3351 4724 match_5 match 65.9 2676 2900 match_6 match 112 2987 3244 match_7 match 95.5 34987 35223 match_8 match 119 35505 35774 match_9 match 77.0 34769 34897 match_10 match 112 35505 35777 match_11 match 76.6 34769 34897 match_12 match 92.4 34987 35148 match_13 match 105 3603 4508 match_14 match 43.9 27609 27755 match_15 match 41.6 28080 28163 match_16 match 79.0 27869 27979 match_17 match 364 3351 4724 match_18 match 72.0 2748 2900 match_19 match 133 2987 3235 match_20 match 351 3351 4724 match_21 match 60.8 2763 2900 match_22 match 126 2987 3241 match_23 match 444 3351 4724 match_24 match 73.6 2748 2900 match_25 match 154 2987 3247 match_26 match 55.1 2748 2900 match_27 match 338 3351 4724 match_28 match 124 2987 3241 match_29 match 282 3351 4724 match_30 match 57.4 2745 2900 match_31 match 119 2987 3268 match_32 match 43.5 27612 27755 match_33 match 43.9 28080 28163 match_34 match 78.2 27869 27979 match_35 match 311 3351 4724 match_36 match 55.5 2763 2900 match_37 match 119 2987 3247 match_38 match 45.8 27612 27755 match_39 match 42.7 28080 28163 match_40 match 78.2 27869 27979 match_41 match 43.1 27612 27755 match_42 match 44.7 28080 28163 match_43 match 76.6 27869 27979 match_44 match 166 3549 4658 match_45 match 295 3354 4724 match_46 match 52.4 2685 2900 match_47 match 105 2987 3241 match_48 match 290 3354 4724 match_49 match 55.1 2685 2900 match_50 match 107 2987 3241 match_51 match 422 3351 4724 match_52 match 72.4 2748 2900 match_53 match 156 2987 3247 match_54 match 575 3351 4724 match_55 match 28.9 2633 2683 match_56 match 90.5 2748 2900 match_57 match 166 2987 3244 match_58 match 63.2 2667 2900 match_59 match 355 3321 4724 match_60 match 135 2987 3247 match_61 match 326 3351 4724 match_62 match 112 3005 3241 match_63 match 66.2 2631 2900 match_64 match 317 3351 4724 match_65 match 120 2987 3241 match_66 match 137 3594 4661 match_67 match 143 3594 4658 match_68 match 298 3351 4724 match_69 match 50.8 2766 2900 match_70 match 99.0 2987 3241 match_71 match 412 3354 4724 match_72 match 137 2975 3247 match_73 match 73.9 2664 2900 match_74 match 414 3351 4724 match_75 match 135 2987 3235 match_76 match 77.4 34769 34897 match_77 match 90.1 34987 35148 match_78 match 79.3 34724 34897 match_79 match 90.1 34987 35148 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_80 match 219 11068 10244 match_81 match 196 11068 10244 match_82 match 212 11068 10244 match_83 match 134 14959 14543 match_84 match 44.7 14441 14340 match_85 match 119 13294 13037 match_86 match 332 11068 10241 match_87 match 152 11068 10244 match_88 match 202 11068 10244 match_89 match 197 10948 10244 match_90 match 177 11068 10244 match_91 match 212 11068 10244 match_92 match 156 17474 16911 match_93 match 156 17474 16911 match_94 match 159 11068 10244 match_95 match 108 11068 10484