C02HBa0006L05.1 TGTGGCAGTTTATTCAAGTCACTCTATGCTTGTGAAATGTGATACAAAAACGTGCTGTCT GATATGTGGTTCAGCTTCCTCAAACTTTAAGCTTTGAAGTATTTTGACAGCAGAATCCGA AATGTCAGTTATCAGCATTAGTATGTGGATAAAACTTTCCTGGTTTATCCTGTATTCTCT TCATCTGCTACTTAGGAGTATTTGCACAACTAGTGTGTGGAATGATGTTAAACTTTTGTC TCGATTTTCAAAGCTTTTGCTAATATATAGTCCCATTGGCAGGACTTCTCCTCCTTCATT ATGATGTGATTTACCTCAAAACTTTAATCCATTTCAAGTGTATCTGCATACCAGAAAAGA AGGGATTTTTGCTTCGCGTAATAGTTCAATTTCTGTGTTTGATGAATTGTAACTTGAATA TAAAAGAATTTAACTAGAGATTTGAATAATTTGTTTGGGATGGATGCTTTCTCCCTATCT TAGCATTAGTAAATGGATGGGCCGTCCTATCCATCTTATGGTCGTCCATACAGGCTTTGT GTTGGGTATTTGCCCTAATTTCTTAAGTAAATTCGCCATATTTGGCTAGTCTTTTTTTTT TTAGGAAAAAGTTTAGGACTGTATAAATAGGAATTCGTTTCTTCTAACATAGTAGTATTC ACAATATAGTTCTTGAGACTTTGAGATTTTTGTTATTGCTTGTGTGAATCTCTTTGTATT CCGAATATTTCTTTGTATATTTTTTATTATTATATTATACAGTGGATTGTTCATTTCCCA AACCACATTAAGTTTGTATCTTATGGTATATTTCTCGTTTGTCTTGTTACTCGTAGTTTC TCCAGGTCTGTTGGTTAGATTTTGCATGACAGCTAATTATTTCGGTTCCAATACTCGGAG CCGTAGGAAACTCATGAAAGTCTGAAACACTTGTTTGAACCTCCAATGATAGGCTTCTGT AGTCCTTTAAAGGCTGGCCAATTATTTTAAATGATCCATACCATTAAACCAGTAAATTAA AGAGCACTTGCAAAGTTTGATTTTACATCAGTTGGTTCTTATCTTTTGATTTAATCTTTT ACAAGGTTTTTTTTTTCTATAGTATGACTCAGCCCAAGTATTAATTTCACGACCATTAAC TGTGAATTGCAGATCCATATATCGTAAGGGGTCCAGATACGTAGCTACAATATTAGGCCA AACAGCTAGGAATATGTAATGAAGCTGCTGTCTCAGTCCCTAGCTATTTACTTTCATTCA AAGTTAATAACTACAAGACACTGGTCTGGACCACTTACCATCAACATGTTAACTATTTGT GTTCCTTTTGTGAGCAGCTAGAGGAGAAGTAGATGATCATCAACAGTGAAACTAATTGTA CTATAAAAAGTGGGGAGACTATCGATTAATGCATTTGTACTACTTTGTGTTTTATGTCAT TCTGGTCGTCTATTTGATTTGTTTGTCTATTCATTAGCTAAAAAACAACTTTACATGAAT TACTCTTTCCTTTCACTTTTATTCGTTCTATTGCACGCTTCTTAACAATAATAATTGATT ATGAGAATTTTAATTACCATAATATTCATATTTTTGGAGAACAAATAATTAATGCTGAAG GTAAAATAAGAAACATTTAATCTTTTCTTGGTATGTTCAAAGTTGACTAGTAAAGTTAAA TTATTTTATAATAGTAATCTAAGTTAAAATGAACGGAAAGAGTATCTTAAATTTTGTCAG ACGACTTTTTAGATGTTCTGGTAATATCATTTTTTCTTCATATTTAGTACTAACAACACA TCCATTTTCAAAATATTCTATTCCTCTTCATTTTCTACATATAACTTGAGCAAGAAAAAC AAAAGACATGAAGACGGTATAGAACTTTTGTGATCTTTAATGTGTTATGATATTCCATGA CTACAGACTGCAGGCGGATCAATATCATGTTAAACGAGTTTTGAGTATAAAATGATTTCA TTTTTTTTTATATCAATAAAAAAATGGAAAAAGACCTAAAGTACCTTTGGAGTATTGAAA ATGGTATAAAATTACCCTTCATCCACATATTGGCTTCAAAATGCCTTTTTCATCAACCTA TTGGTTCCAAAATACCCTTGTCATCCACCTTTGTGTTCAAAATTGACCACTTTTTTAATT GTTTTAAAATTAAACTCTTTAAATATTTTTTAAAATATTTGGCGTTCAACTATTGGTTAT AATTTTAATTTATTAATATAATTTATGAACCAACCCAATACCCACTCATTACTAGTTAAA CCTTACCCAATTAATAATCCAATTATAATATCAAAATCGTCATAAAAACTACTAAAACAC GATGAATTTATAGATACCTAAAAATGACATTCAAAATTATTCGAGTCCGAATCGAAGCCC CAATTAAATTTAGGTTGAGCCGCTTATTTAGGAGGACACTTTCTTTCAAAATTGAATTAG AAATTTATGATTAAAGGTCAAGAAGTATATACATCCCAAATTAATTCATGCACTTTTTTT TAAATATAATTTGATAAATATTTATGATTTGTTTTAAAACCTTTAATATATTATTTTGAA AAAAAAGTTAACTACGAAGTAACATCACATAATTGAGACGTAAGAATAATTAAGATGAAC ATAGTCAAACTTTTAAGTTTATCGTTGATATTTAATTAGCCACTTGAATGTATGATAATT TACTTCTATAATTTTTAAAAACACCAATTGGTAGTAGCTAGCATTAATAATGTGACAGGT TTATTAATTTAGAGGGATTTAGTTAGTAATGGGTGGGTAGTTGATTGATTTATAAATTAT ACTAACAAGTTAAATTATAACAAATTGTTGAGCGTCACGTATTTTAAAAAATATTTAAAT AGTTTAAATATAAAACCGTTAAATAAGTGGTCAAGTTTAAACCAAAAGGTGGATGACAAG GATATTTTGGACCAATAGGTGAGTGAGAAGGATATTTGGAACCAATAGATGGATGGAGGA CAATTGTACCATTTCCAATACTTTAAGGATATTTTAGGTCATTTTCCGATAAAAAAATTG TATCAGATAGTTGGTACTCCAAGTTAATTTGTGGTCCATGTTTTAGCATCAAATGCTCTT GGTAGCTTCTTATATCTCGTGCAAATTTTATCTAATACCATTATAATTGTCTATTCATGA TTGAGAATGTTTTTTGTTTTTTTCGAGTCACTATTTTATTGCCACTGAACTGAAAGGGAC ATCTTGTACAAGGAGGGGGTTAAGTTAGCCTGATTATATAATTGTAACAAAAAAACAAGC TAATCAAATTGGTCATGGTTTAAATAGTCCAGCGCGCTTTGGTCTTTTTCTCAACCCAAA GTTTTTTTTCTATCATGATATAATGAGAAATTTGTGTTATAAAAACGTGTTTTTTCATTA AACTAGCTCATTGAAAAAATGCATGTTATAAATAGATTCTCATTAAAATAGTAGAAAGTC TCCAAAATTTTCCTCGTAGAAACACTTATATTTTAAATTTTCTCACTATTTCGATAAAAA TTTTATAGTAAATTTAGTGACGTTCTTCGCTTTCAACTAAACTTTTGAGTTTTGATCTCC TTCATTCACATCATCCACTATGGCACTAATTTTAAGTCATTTACACGATAATGTAACTTA GAAAAATAGATTAGTACATGCTATGACTTCTTAAGTTTTACCTAGGGTAAGAAAAATCTT TACAATATTGTTTATGTATATCACTTAAATTTGTTTTAAATAGGTTTATAAATGGGTTTA AATAATTAGGTAGATCTTGACTATCTATCGTTCTGAGTGATATGTCTGTTTATTTGATAA TTATTAATTAAAAAAAGATAGATTATGAGATTGAGATTAACTACTATCCACCGACAAGAA AATTATACCGTCATTTTATTTTTTTAGAAATATGAATTTATTTTAATCTAATTTTTATAT TTTCATAAATAAAGATTAATGATTTTTTAGTTGCTCTTTTTTTTAAAAAAAAAAACACGT TTACAGATTTAAGATTTTTTTTTTTTTGAAATAATGTTCAAATATTTTTTTATATTATCG ACTTTGAGTATTACTGAAATAAATTGATTTGAATACAACTTAAATAAATTGGAATACATA TGAAGGTATATAGATCAAAATATGTTTTTCTAGTGTCAATCGAATGAACTAAGAAGAGAA AAGATAGTTTGAAGCAATGGAAGCACCTATCCAAAAACTTTTTCATGTTAAAAGAAAGAC TTAATAAGTTATGAATAATTTTTTATGAGATTAATTAATCTAGATTTAAAAAGAAAAAAA GAGAGTAAAAAGTTACCATTGATAATTTGTCTCAAATTGCTTTAATGGTGTTGATGGAGA ACGAGGTGAAAATAATGAGGACAAGAAAGCGATGAAATGCTTTCTTTTTATTATATAAAT ATTAATAATAAGTGAATATATTAAGAGAAATAAGTATTTCTAAAAATGAATTAATGGTGT AATTTTTTTCTTCTACCACTATTAGTGTATATAAGTTAATATATAGTGATTGAAAAACAA ATATTTTTAGTTATTTAAAATTGAGAAATTTCTATATAATGACAAATATTATTAATCAAA TTAAATGTTATAACCACACTCTAATTTCATTGTGCCCTGTAGCAAACTGTTTACCAGTCA CTTCTATCCCTCAAACTCTCACTCGCCACTCTCCCTCTCTTGCTCCATCTCTTGCTCGCT CCCTCTCACTTTTATACAAACACAAGTGTATAAAATATGTTTCTGTTTGTATAAAGCGAG AAAAAATTGTATATATACATGTATTTTCGTTCTCCTCTCTCCCCTCTCCCAGATCTCTCT CGCCACCCTCACCTCTATCCCTTATACAAACATAAACTAAATGTATAAATTGTGTTTCTG TTTATATAAAACGAGAGAAAATTGTATATACACTTGCAAATACATATATCTTCGTCCTAT ACACTTATAATTATACAATACAAATATTGTCTTGCCAATTTTTTTTTGTTTTTCTCTCTT TCTCGTTTTATACATACACAATTTATACAATTGATTTGTATACAATTGCTATCTTTTATA TATGTATAGCGAAGTCTAACTAGAAAAAGACTCTCTCTATTACTTTGAGAAGAGAATCGT TGGTGTTTCTTTGTATATGTATAGCGAATTATACATCTTTATGTTTGCTGTGAAGCACAA TTATGCAAATTTTACTATAACATACAAATATGAATTTTGTGTTTACTATGTGTGAAAGTT GATCTTTAAAATTTAAATTTTAATACAACATCTTTTTTTTTTGTCCAAGTCATCAATCCC CCAGGTAGAAATCTTGATCTTATTAATGCATATAATTAATAGTTAAATAATAAATATTTA TCCAAATTCAAAAAGGTGTTAATCTTAATAAAAATAAACGACACTTAACTTTAATATAAT TTAAGTTCTATTTATTGATCTGAAAAAGATACAATTTACTAAAACTAAAATCGTAATCAA TGTGAACAACTAATATGCTATGCATATTGTGTAAAGGCTACATGATTTGGCATAGTAGTA TCATCCAGCCCCATGAGCGCATATAAATAAATAATATTTATTTTTGGTCTTATCGTCGAT ACTGAGATATACCAATAAGGGAAGTGTATAAGTATTATATTATAAGGTGTTTAATATTCT GAGTTATGATGCTGTGTGTACAGGAAACATAATGGGAACCACCAGTGAAACTGGCTTTAC TGAATAGTGAATTGTGGCCTCTTATACCAAAGTCATGCACAGTTCATTTATGTGATGCAA CAACTTCAATAGTCTTTGCCATTAAAATTCATTAATACATCCTGCTAATCATGTACAACT ACTATTTCACTTAATTTCTCAAGTCCCACTCAACGAGACGAAATATTTTTATTTTCTCAT TATAGGTCTATTTTTCAGTTAGAAATGTTATAAATAAACGTAGAATATACAAAAGTAGTA GTGATAATGACATAATATTTTGAACAAGTTATTGATGATTCGTATCAATGCAAAAAATAT ATTACCGGAAATATCCACTAACGTCGTCCTCTTTTTAGATATGGTACAATTATAGCAAAG TTTGACTTTTCCATTTTCTTTCTTAATTGTCAAACCTAATTTGAGAAGAACATGTTATTC TTCTACTCTCTTCAACTTTCTTCGTAACATGTTCTTGTTTTTATTCTTTAATAAACTTAT CGTATGTTCGATACCGAGGAAAATAATTTTTAGTAGTATTTTTTTTCTTTCATTTACTCG GACAATGTCTGTGTGGTGTTGTATTAACGAAAATAGGTCTCACTACAACACAAGTCCACA AGGTCTATTATTATAACCCTCTGGTATATAAACTAGATACACAAAAAAATTACCTTTGTA AAACTTTGTTGAAACTTGTCAAGTTGTAGTTGACCCTTAATTACTATCCTTGGAAATTGA TAGAAGGAATGGATTAACATGTTCAGATCAAAAAAATATTGGTATTAATTTGTATGAGTT ATTACATATATTATATGAAAAAAAATATTATTATAAAAATATTTGTATATAAATTAGACA AATACTCGGGAGAAGGAGGCGAAGGATGGGTGGTGGGGATAGGAGTTATGGAAGTTGGAG GTGAAGGTGAGGCCCGTGGAAGTAAGAAACTATTAGGTTTCTTAAAAAAAAAAGATTTTC AAAATATTTGACTAATCGGATATGAAAAAAAAGATAATATTTTTTAAAAAATATTTGTTT TATACCGAATAAGCCCTTAATATTGGATTCCTGTATGAGTTCTTAAAAATGATTTTGATC ATTTGTCGACCAAGTATGATAAGTTGCAAACACCATGAATCTAACTCATGGATTAATTCT TCACGAATCATTTTGCAACTTCCATGCAACATATCGGAAACTAAAATATTTCAAATTAAT GCAAAAAAAAAAAAATAGCAAATAGCGGTAGCAAATTATAACACAAGCTTTTCAGAAGTC AAACTAAACTTCTTTTTAAAACATAGAGAACTAACTTGTTCCAACAATTAACCCTTAAAG CAAAAGGGTTCAAAACAAAATAAAGCTTTGTTTGCTAGCTTAGTTTTATAATATTCTTGA CATATACCAATATAACATTGGCAAAGTCTACCCTAAACCCTATATATTAAAACCAAAAAA AAACTACATCCTTACAGGATAGTGAAATGTTTTTTTGCCAAAAAAACAATCACCACCTGC AAGGATTTCCTTTAAGTTGCCTTCTCCACTAGCTCCCTTCCCCTTCATCTAACTTGTAAC TTCTTTCAACTCTCCCCCATCCAAGACCACCTGCCGCCTATCACAAAAAAAAATAAAAAG ATGCAACAAAAATAGGAGTAACTTATAATAGTATAAGGCTATTGAAACTTGTAGGTTCAA AACAAGTGTTTGGATAAAAATCATTTCACTAGGAGAAGTTTAAAGTTAAACTGGGATAAA GGAAGTAAAACACATTGCAAGTAGTATATAAAAATCCAATTCATAAACATGTGTAAAAGA TGTTTTACCTTCATGCATTTGCGGAAGTTACAGCACCTTTGATCTTTTCAACGGTGCATT TGATGAGACTATTAACAGTCGCAACAGAGCCAAGGGAAAGCTTTGCAGTTGGGACTGAAT CAACCAATATCTGAAATGCTACAGTTAGTAGCGATCCACCAGGAGAATCAATTTCTGAAT TACCTCCACCATGATAATTCATCGGTCCGTCTGGAAGAATAGCAAAACCAGATGGCAACA GAGCAACATAGTCAGGGTCACCCCCACCTAACACCACGTTCATTGCAGCAATATCAACTG GAGCGTAAATGACGTAAGATCCTGTTACATCAGTTGTGCTCTCTTGGAGTATCAGCATGT TACTCTGGTTAGAGTTTGTTCCAGTCTGCAAAAATAGAAATACTTATTTGAGTATTTTTT TGCCAAAATTAATAAAAAATTAACAAACCCGGATATCATACATTGACACGGAGTAGAGAA ACACAGTTTCCTGGATCACGACCATTTGCAATGTGTGCCATTTCCTGAACAATCCCACCA TTTGAAAGAATATCCCACTGCACATATATTTAGCAGTGAATTAGATTAGGACACAATAAA ACAGAGCGAATTTGATAAAAGTGGACAACTTAATTGAAGGTGAATATGCTTTACCTCATT TCTAGAGTTCTCATCGCGGAGAAAATCAAACACTCTCTTAGGAGAAACTGGAAGCCAAAA AGATGTTGCAGCACTCAGCACAATACCAGGAGGTCTCCCTGGATCATCGATACTCTTCCT AGTCATGACTCTAACATCATCCGCACCACTTCCAGACAAAGTTGTCCATATGTGAGTTGT CGATGCACCAACTCCAGCACAAAAGCTCATCACCATTCTCTCAGCAAGTTTTAGCATACT CTTTCGACCAGCTGGACTAGTAATGACTGAAAATTAGGACGAAAAAACATTAGTAATTTG CAATTGTACAGCATTGACAGACTAATTAATGAAAGAGTAGAGATTTTTTTTTTTTTGCTA TTACTTCCAACATCTCCTGTTGGGATGTTAAGCGCCAACACACTTGCAAGGCGTTCACAT TGTCTATCTAAAGTTGCTACCCAGCGTTTTGCTCCAAATGCAATCCCAGAATTGACAAGA GGTTTGTAGATGTCATGGACAGCATTTTCATCCACCTCAACGTGTTCAACCCATATAACC TACACAAATAACAATGTGTTACGGACTTAGAGTTTAATCATGTTCTAAAGAGTTTAAAAT TTGAGGAATTTCGATACCCTTGAGTAACCATTTGGCATTTCTTGGATTAAACAACCAGAT GGCCTTCTTCTGCAACGCGGAACTGAAACAGTGCGCAAGTTGTCCAGGGAAACATCAACC ACTACCCAAGTCCCTTCACCATGTTGTTTACAGTATCTTAAGAAATAGTTCTCCCGAGTT GGAACAAGTGGAGATGGAACTTGAAATTCTGCTGTCATCTAAAATTAGAACATCAAAAAA AGGAAATCAATTAGAGTATATTTCATCTGTTTAAAAAAGAAGGAAAGAATTCAAACAAAA TATTGTTAAGTGAAATCTGAACAATACCACTTGCAATGCTCCATTGTGATTTCCTGCGAC ACCAGTTGATAAGACTTCAAGAGTCATTGCTTTTGACACCAGACCAGCAAAAACAGTAGT CCATTGGTTCTGAAATGTACAATTAGTTAAAAATGTGCACAAAGTATTCGTCCGAGGAAG GTAAGGTTGCACATTAAAATTAGAAATCTTACCACATCCATCAAAATCTCAACTAAATTG ATATGATTCATAATCACAACAGCAGATTCTCGTGAGGCTTCAGAATTGAGTGTAGCTGGC TTAGGTCCAAGGCCTCGAGGGAAAATACGAGCATATTCTTGCTCACATAAAGTCTCAGAG CCTGAGCTTGGCAACCATAATGGCTCTTCAGTTTGAGCCATCCTTATAAGTTCCTCCATT GCAGTAACAGCAAGCTCAATGACCACGGGCTTCTCAGCATCTGTAAGGCCCGTAACAGCA GTTCTTAGAAGGTCACCAGCAGCGTACATTTCTCCAAGCAGGCCCGATTGAGGCCCAAAA GCAAGATCCAGAACCCGAGGAGCTTCGGGCTGAGGAAGAGGAAGTTGATGAGAATATCCA AGGGCTGATTTACCAACATACTTTCCAGCTATTCCAGTTATCCTGTCAATCTGTATCATA AAACATAAAATAACTTAAAATTTCCGTCAAGTCACTTTGAATGCCATTTCATGTGAACTA TTTTCTTATTACTCCGTTTTAAAATCTTCTTGCTCAGTCCTAATACAAGTGACAATGTTT AATTGTGTGGAAAGTTAAAAAGGTAAAATTATAATTTCAAAATTAAATTGTTTCTTATAG GCTAAAAAGAAAAATGTATTACGTAAATTAAAAGGATGAGGGGATTGTGGACGAATGAAC GGAAAGGTGTAAAATGGGTCGGGGGCATCACCTTTATCAAAACATTTAGGGTTATGTAGG ATTGAGTGTTCATCCAAACCGTTAAAGGCAAAATTTATAATCGGTGTGTTCACAAGTACT AAAATTAATAACTTGAAAAATGAGGCAGGTTTTCAATTAGTAATGCTCCTACCTCATCTC TAAGACGAGCATTTTCAATCCTCAACTGATGCTCATCAAATGACATCTCTCCTATAGCTG CTGGCCCTCCACAATTTGGGCATGCTGCATTACTCAAAGCTTCTTTGTACCTTATGTTCT CAGCGCGAAGCTTCTCATTTTCATTCCTCAACTGTGTGTTCTCACATCGCTCATGTTGAG CCTGTAACAACAATAAAATCACAATCTAATTATAAAGTTTTCAAGCACACGTACCTCAAT CATCCTGTCTATATAAATTGAATGAATGTATTCATCTCAATTTTTTACATCAAATATATT AACTTTACATTACAGACAAGAAAAGAAAAAAGAGTTTTTCACCTTCATCTGAGTACGCTT GTTCTGGAACCAAAATTTCACTTGTAATGGCTCCAAACCAAGTCTTCTTCCCAATTCCTT CCTTTGCTTGTCATCTGGATGATTGCATTCCTTGTAAAAGCTGTACAATGACAAAAAAGA AACGGAACAATTGTTATATATAGTTAATAAATGTACTGTCAGTATATATAAATTAAATTA CTTACGACTCCATTTCCTGAATCTGATTCTGAGTGTGGCGATGATAACGCTTCTTCTTGT TTGGAGGTTGGTTTGGATCAGCTTGATCGTCATCACCTGAATTGGGAGCTTCCATGTTAT CAGCACCAGAGTTGCTATCAAACTCTTCATCACGAATGAAATCCAACTCGTTATCAGGTG TTCGTTGAGCTGAGGACGATATATCGAGCAAGTGCTGGTGGTTATTAAACATCTTGAATA CCTTCTCGATCTTCTTCAAAATAATTTCTCTGATAAATTATTTCATCTGCAAAAAAAAAA AAAAACGCCCATGTTTATGATTTACAAAAACCATACACATGCTAAAGATTATATATACGG AAGCGTGGACAAAAGCAAAAGCTCAACAACATATGTTCAGGATTTTTTTTTTATAAAAAA AAATAAAAATTCACAAACATGTACTAAATGGTTAAAAGTGATTCATTTTTAGGATGTGAC GACTTATAAATTTACATTTTTTGCTCTAGGGTTCCTTAATTCGTCATGCCACCATGGTTT AAAAATCAAAATCAGTGTATTTGTTGTTGAGAATTAGCTGAAGATAGTATACAAATAACA CAAAAAAAGAAAAAAAAACGTTTAAAGAACAAATGGACTTACTCAAGAAACTGAGCTTCT CAAGAAGGCATTGTTGATGTGATGGTAGAATTTCACTTCTCACTGTATGATATATATATA CACAAAAAAATCTCCTCAAACCCTAAACCCACCCCCCCAACCTCCAACCCCCACCACATT TTCTACTGACTTTCTTGTCTCTATGTAAAATAAACTTTAATTCTTTTTACCTCATTTTAT TTTGGGACGTGTTTGTTTTTATTCTATTTTTTTCTATGTCTTGATGTGACAAAGGAAAAT AAAATTTATTTCTTTTTGACTGTGTTAAAAGTGCAATGAGAAAATTTTGGAATAATAACA AAACATAAAGTTGACTCAATGTGTGAACACGGACACAGGGTCTTCTCTTTTTTCTTTTCC TTTTTCAAAAATGGGTAAAACATATATATAGCTCTCAACAACTAATATCTGGTAAAGTCC AAACTTCACTTCTATACAAGTCTCTCGACACATGAAAAAACAATAATTTATTTTGCTGTG GTATAATTTTTTGACGAAGGATGTTCATCTGAGCAAACAATTCAAGAGAGGGAAAAAAAG AAGAAAGCAAGTAAGAGAATGATGGAACAGTAAACTTACTATCTGTGAAGCCTTTGGATT AAAAAAACAACAAGTGTAGAAAATTAATCCAGATCTAGTCAAACTTTTTGGAGTCTGATT TTTTTTTTTGTGTGTGTGTGTTCAAAAAAGTTTATTGTGAAGAGAATTAAAGGAGCTATG GAGAAGAGGGGAAAAAAGAGGGATTATAGGGAACAGGTGGAGAAGATGAAGGGAGTTATT ATTATAGCAGAGGTTATTGAGAGGAAGAAATAGCATTAATGGGAGGTGTTAATGCTGTTG TTGAGAGAGAAAATGAGAAGTTGGCAGCAACTCATCTTTGATGTTTAAATTTTCTAATAT AGGGAATATGGTAGAAACAACTTAATTATGACTTCAATCTAATACTCCTATTTAATTTGA GTAGGATCATTGTAGATTAAAAGAAGGCAAGTAATTTGAGTAGGATCATTACAAATTCTT TCTCAAGAAGTATTTGATGGCAACAAATTTAAACAAGATATAAGTAAAGTATTGATTAAC TTAATAATAGTGTATTGATTATGAAATCGAGCTTGACTAGGATCATTATAAATTAGGAGG AGGAAAGTAGATTGAGTATTAGGATCATGAGTAGATTATAAATTCATAATTGAAATTATT TGATGGCAACTAATTTATAGAAGGAAACTACTATTAAGGAGAGTAATTGATAAACTTAAT AATAGTGTGTTGATTATGAAATTTAGTTCGAGTATGATCATTATAAATTAAAAGGAGGAG AGTAGGTTGAGTATTAGGATCATGAGTAGATTACAAATTCATACTTAGAACTGTTTGATG GCAACTAATTTAAAGTAGGAAACTGGATATATGGAGAGTAAGGGACGTTTGGTTATTGAT TTTATATATATATATATATATATACACACATATATATATACACACGTTGAAAACTATAAA TTAACTAAAAATATATTAGCAAATACATTATAAATAATATTTTTTAGCTATAAATAAAAT AAATTATATATATGTGTATATATACAAAATTTTACAAAATCTAAAATTTGACATAAATAT ATAAAATTGAAAATCATGAATTAACAAAAAAAAATACATATTACCAAAGTAGATTATATG TAGATAATATTTTTTATCTATAAATAAAATAAATTGTGTTTGTGGGGGGGGGGGGGGGGG TTGAGTTCGGTTTGATTTTTTTTTTCTAATACCAAACCAAATCAAGAGTGGTCGAGTTTT TTTTCAATCGCCAAACCACAAGTCGATTATTTTCGATTTGATTTGGTTCGTCGGTTCGAT TTGACTTAATAATTCAGTTTGTACACCCCTAGTTTTAATATACCAAATTTATAAATATTA TATAAATTCACTTTCTAAATAAAAATTAATACATGATAATTAAATATGTGAATATATAAT ATATAAAGCAAATATATAATTAACATATGTGCTATCAAAATTATACATTCCTATTCATAA TATTAATAAATATTTTCTGATTTTAAATGAAAACAAATAAAAAGTTGTTTGCATAAAAAA AGAAATGAAAATAGGTTAGAAAATAGAATAGTTATGTAAAGTTTTCAATAAAAAAATTAA AAATAAATTAATAGAGATAAATGTGTAATTTATCTTTCTAATACATGTATAATTACTAAT ATTCACATAACTTATTCCATCTTTTATTCTGTATAACTTATACATAAATTCCCTCATAAG TTCTGTATGTATTAATTACGTAGGATTACAAAAAAACAATCAAACACAATATAAAATTAA TACATGAATAACTATTATACAATATTTAGAACTTATCAACCAAACATAGTATAAGTCATG TTGACTTTTCAACCTAATAAATTTTTTTTCCAAACATAATAAAACTAATACAATGTTTTA TATATGAATAACATGTTCTCTTACACTATAATCAAACAGCCCCTAATAGATTAACTTAAT AATATTATATATATTATGATATTTAGTTTAAGTATTAGGATCATTATGAGTTCTATCTCA GAATTATTTGATGGTAATAAACTTAAAAGAAGAAAACTAGATATAACGAGAGTAATTGAT TAAATTAAGAATATCGTATTGATAATGAAATTTAGTTTGAGTAGGATCATTATAAATTCT GATTAATCATATTATTTGATGGTAACAAATTTAACAAGTAATCTAGATTAAGTAAAGTAA GTGATTAGCTTAACAGTATTGTATATAGTTTGAGTAGGATCATTGTAAATTCATATCATA ATTATTTAATGGCAACAAATTAGAAGGAGAGTAGATAAAATTAAGGAAGTAAGTGATTAA CTTATAACAATATTATTGATTAAGAAATCTAGTTTGAGTAGGATCATCAACAATTCATAA TTAGATTTATTTTGGTGGTAACAAATCAAAAGAAGGGAAGTTTAGATTTAAAGAGTAAGT GATTTAACTTATGACAATATTATTGATTATGAAATCTAGTTCGAGGATCATCATAATTGA TGGTAACAAGTTAAAAGAAGGAAAATAGATATTCATGTTAAAGAGTCACACTTATGGCTA ATAGGATGGGTGATGTCCTTATAAAATTTTTGGACAAATTAATTCCCTCCTATATTATTT TTTTTAATCGAGCTAAACTCAAATTTCATTTCTTCGTAATAATATTTTCAAATGCAGTTT GGGTGCTTGCCTGGGACAAAATAATGTTAAAAACACCCTAAAACTTACATGTGACTCTTA TGCTTTAACCATTGATACATTTTAGGGATAATGGCAAAATTCTTTTGAGACTTACATGAC TTAATTATAATTATGTGACGCTTATGCCTTTATCATTCGTATATTTTTAAAATATTTAAC GCTCAATGTCTTAGGCTTATCTGACCGTTCTGTTCATCTAACCGTTCTTACAAAAATCAT ATATCAAATTATTTAGTTAATATTGTTAAAACATCGATATTGTGACTATTAAGCTTTAAA GAACTTTTCTTGTTAATACAACAATTTTCATATTCTCGTCAATAAATAATATTATTTGTT ACTTTCAAATAGAAAATCAAAAATATTTTTATACGCTTGAATTATTTGATATAACATATC TTGAGTTCATCAAGGCATGATTCTAATTAAAAGAGAATATGAAAGTTTATAATTAGGTAA AACATAAGTAGGTGATCTAATTACGCATCGTTTCTTTTGCTTTATTATTTTATTATATAT TTCTGTTGAGTATTTTTCTTTTTTTAAGCTTTAGATTATAGCTTTTGTAGTACTCATGTA TTTTTTAAAATTTGTTTTTGAAATACTTTTGTAAATTGTCAAAGGTCTATTAAATAACAA TTTATTTACCTTACTCAAAGTAGGGATAAAGCTTGTACATGACTCTAGCCTTTCTACACT TCAGTTATACAACTACAATAAATATGTTGTTATTGTGGTTACTTTATGAATAGTTCATAT CTATTTTGATGTTTTCTTTTCTTAGTTTATATTAAAAAAAAATTAATTGTTCTTTTTAAT TTGTTAAATAATATTTATTACCCATTTTAATAGAGCATCTATGTTAAATTTTGAAAAAAT AATAGAGTATATTTCGATAAATGCAATACTCAGATGTGAAATTGTGAATCCCCTATAATT GTAGTATATCAAATTTGAAAAGTAGCGACCAGTATTTATCTTAATGGTCCCAATTGCAAA TAGTTGCTGCTTCTTTTCAAGGATAAAGACGAAAATTTCAGTTGGCATCTCGCTATCTCT CCGCCGAGAAAATGATACTTTTATACTGGTCTATTGTATTAAAAATAGTTATTCATTTTT ATTCAAAAATTATTATTTAATTACTAATTTACACTTTTTAATTATACACTCACTTTTCAA TACATTTTACAAAATATTAAATTACAATCTTTAAAGCGTAATATAGTAAAATTAACATTC TATATAGCTCATTAAAAAAAAATCTGCCAAATTAACATTAGATTAATAAAAATTAATAGG GAGAATCATAATTTGATATTGAGACATGGAGTGGGTCTCTACATCTATTTATGGGGGATT TAGGGAGATCGACATAGTGACATTTGAACATCCCTACCCAACTTGGATGAAGGTACGTAT AGCTCTTCAATTGGACTACACCCCACATGGTTTGTAATTTTTAATTTTTATTTCATAGTA CATAGAATATATGATTTATAAGAATAATTTTTAAGGTGGATATAGGATTATGAACTTTTG ATTTCGCTTACATCATGGGCATATATGATTATAAGATTAACAAGTTTGACTTTTAATTGT TTAACGTTATCTACGAAATTAGAGTGGGTCAAAAATTTAAAATTGCCTGTTTATAAGATC ATTGAGTGTAATTTCCCCGAGGGTGAGTAACAAGAATGTCTTGGAAGTGGATGAACTTGA ATTACAAATCTTGCTTTATTTATGTTAATCATTATTGAGAATATAATCAAATAATAAAGT GTGATATTAATTCTAACAATTTAAGTTTTTAGATAAGTGGTCACACATTTCAGTATGATA TCAGAACAAATAAATCAAATAATAAAAATTAGCTTTCTCTAACAGCTTAATCTTTTAGAT AAGATGATCCCGTCAAACTTCAACCATCATTATTAATATTATTATGGTTTTAATGATCTA CGTTTATGCCTCTAACACATTTAGGTTCTAATTCAAATATTCTGCGCTGCAAATCATGAT TATGATTGTCATGTGGGGGGATGAAATGCAGTAACACAAGAGACAATTAATTCACGAACT TGTTCTCTCCACATCTCTTCCATCAATTCAACTCCGGAATTGATTGTTCGATCAGTATAG GTAAGATCATAAAATTTTATTATTTTACTGTGCAACTTGAATTATAGTAAAATATCTATA AATTAATATAGATAGGATCATAAAATTTCATTATTTTACTTCAATTCGACATTTCGAATT TTATATAGAAGATTTTTTTATACCAGCTCTTCTACCTAGCTATACCACAGTTGAAGCACC TAAAGAAGAATTTGGTGTCTTTCTGATCAATAAAGGATATAGATATATTATTTAATCGAT AAATTAATACTTATTAATTTAAAAAAGGGTTTGAGATTTGGTGAAGATTAATTTTGATTG TATCAAAATCACTGAATCTTACTAATTTATTTGTCATATTTATTGATTTCACATAAAAAT ATTATACATAAAGTACAACGAATACATTAAAATTATTGTATCTTACTAATATAAACGTTG TGATGTTGTGATAATAAGAGCTTTCAAGATGTATTATTGAACAAATTTTATCGTAGGATA TAGAGGTTTATGAAGTGGGACAAACTGATTCAACTAAGATCAATATTTTGGATGCTATCA ATTTTGAGATCCCTGTTTGGACAACAAATGTTCAGCACAATAGCAAATTATTTTTGACAT TGTAAAATTCGTTCGAAGGATGCAATTTCAGAGAAATTGAATGAACTTACTTGTGAAAAC GTCATTCATGAAATTGAAGTTATGATTAATAATATTGGTTACCACAGTAAAATGGATGTC AATAACCTGTTAGATTATCCGGGTGAAAGTGATATATGTTCAGAGGTCTAAAGCATAGAA GAAATTGTGGATACCACCGGAAAAAGCAATGTCGATGTTGAAGTTGAAGATGACCTTTGG AACCAGTTACGCGAATGGAAACTTATCACATCTAAAACTCTTCACAATTTTATGGTGCAA TTCGAAATGATAACACCGGAGCTTGGATGCAATAAGAAAAGTTAGAGATGAACTTTAACT AGATTTAAATTTTAGGAAAAGCCAGAGCACAATAGAATCATATTTCACTAAATCGTCTTA GATATATTTATATTTTTAAAGAATTATTAAATTATGATATTAATGGGACCATATATTTAT ATAGGGGTCTTTCGAATCTTATCGAAATTGATGATTTTCTCTATTGATCCAAATCAGAAT CAAAGAAAAATATTATTTCAGAGAGATTATTAATTACCAAATATTAATTCAGACAGATTT TACCGAAAGTGTAATTTCTTGATGGACACACCGAAGATTGTTTTTAGTACTCCTACCCAG TTTGTCTCTTATGCAGACGGATAGAAAAATACGTACATACCATCTAAGAGTAATCTCAAT CTTTCTTTTATTAGCTATGTCATGATCAAGCTGGTTATATATATAAAATATCAATGATTT GTTTACCAGAAATGTGGCAGAGTCACGTTATTTTCTTATGCAGATATAGACACAGAAGAA ATAATGAGTATATTGGGAACCTTTCAAGTAGTTAGCTAGTGTACTACTTGAACTGATCCA AATAATAATCATCTAGAATTTTACATGCATGACTATTTTAAGATGGAACTTACTAACTCT TATAAAATCTTCCTAACAAATATATATATATACATATACATATGTGAATATTATATTTCG AAAAAATTAAACCATCTATCTCTAAATTTACTATATACGTTTAAAATTGAATATCAAAAT TTTGACTAGGCCATGTAAATTGAGACTTTGAGAAAATATATCTCATTCTTGGTTGACTAA TTGCTAGAATAGCTATGAGTTTTTACCAAATAAGGACTTGTTTGAATAGGTCAGTGTGAA ATAATATCACGTGTTTCCAAATATATGAATTTAGTTCGTATTAACAATAATAAAGCTTAC GATTACTGAGCAAACAATTTTTTGCAGGAGTTTCTCAATGCATTAATGCAACGAATATAT CATCATAACTGAAATTGGACCATACTCTACTTATGCTGCAATATATATATATATATAGCT TAGATTTTAATGCTCTCCAAATATTAAATTTCCATATCTAGAACGGTACGTGCTATAAAA GCTTATTAACCTAAGCGTCAGTACTATCATTATTATACTGTTTGGTATCATTATCACAAA TGAATTTTACATAGAAAAAAAAAAGCCAAAATTAACTATACATGCAACTACAAAAATGAA AGTATTAACCGTTTGTGCGCGTGTATAAATTTGGATACTAATTTGCGATTTGTGATATAT ATTTTTTTTATAGTTTTACAATATCTCAATTTAATTTAAACAATTAGCTAAATTGGTTAC TAGTAAACGAATCGAACATGACAAATAAAAGTAAACAGAGAAGGTAAGTGACTAAAAGGT TACGAAGTCGCAACAAAGACCATCACGTATGAGTTCAAATACTGATTAGGTAGCCTCAGG ATTAATTGGTGTCCAATTTTCTTTATTACTTGTATTAATTGTGTGTGAAAGAAACATTGT TAGATAAGAATAGCTATATATATGGTGGCTAATAAATGTTATAATGAAGTTTAATAACAG AATACATTAAAATAATTAGTTGTAGTAGATGTCCATCAACACATGTTCAACGGAGAAATG TATGCAAGTCACCTTCAAATTAAAGTTCCCCCCATTTTGAGTTTGAAAATGTGGCATTAA AATCAGTTTTGTTTTAAAATCACCATCACGAAAGAAAGAAAAAATGTCGAGGTGAGATGG TCAAGGGGTGGAGTTACGAGTCATTTAGAGTGGAAAAAAAGCAATACTTTCGAGCTTGGA AGTCCATTTATAAAACTTATTTTTTTTAGTTTTGCTAAACAAATTATTTTCCTTATTTGC TAAAAGCTTATCTTTTTAGGAAAATATTTGAATCATTCAGTAAACACGTTAAAAAAATTG GAAAATATTTTTCCTCCATGCTAATCATACCCTAAAATATGACAAATATTTTTTTTAATA ATGGTAATTTTTTATCCAACTTGCTGATTACAAAATATATTCTCGGAAAGATTTCCTGAC ATGAAGGTATGTGCAATAGGGCACAAACATCTTGTGCTTCTAGTTCATAAGTTTTATTTT TTATATTATTATAGACAGAAAAATCAGTTTGTGGTGTTGTACAATATATATATTTTTATG TATACATCATGCACTACAACTATTATATAAAGCCAATGCCTACCATGCATGTTAGAGTTG TTGCATATTGACTTACAACTTGTTTGGGTGACTATTCCATATAGTTTCATGATATATTAT GTAAGTATATTATTTTGATAAATATAATATTTAAATAAATTGTATTATTTTTTATTATTT GATAATGCTATGCACCAACAAATGAAAAATAAGCTTACACTATTACAAAGAAAAAATAGA ATACAAAAAGATATAGTAAAGGATATTAAATAAAATAAATAAATACTAGAAAAGTCCAAT TAACAAATTATTTTTTTTTAAAAAAAGTTTGACTTGAATGATCTCGATTTCTGCATTGAA ATATGATATGACTAATTCTTCAAATTCTATTAACTGCATTCAAACAATTGTTCTTTTGCT TTTTTTTTTTTTGTACGTACTTATTTTGATTGATGATGAAGCAAGTAATTATACTATTCT TTTGAATGTTTTTGTCGTTTTTAATACTAATTTGATTGATAATTTAACACATAGATTGTG TCAAAATGTGTTCTGATCTTTGGCTCTCTGTTTCTGCTTTGTCATTGTAATACTAATGGG GTGAGATGATAACATTAAAATAGAAACTTTTAATCTACATCTTCTTTGTGCTCTTGTTTC CATGTATAACAAATTTACTAGTGCAACAATACAACTTGTTCAAAATAAATAGACTTATCC ACCTTCACTGTTTGCACCAAATCAGACAATTAATCATAGAAATCACAAATTTAAAGTGCA AATACGTATCACATATGATAGAATTAAGGTTATATGTAAGATACATGTGTCTGGTGCAAA CACTAGGCGCGGGTAAGGTTTTCCCTGGCCATTGTGTCTATCTAAAAGCATAAAACACCG CCACGAGATCAACAACACAACAATTGTAATCCTAAAGAGTTTTCCCTTTGCCATGAAATA GAAAGTATTGTTCACACAATCTGGAAAATGCACATGATAAATAGAGCTTATCTTACAAAC TGCATACTTTCTCTTTTAAGGGTACCAAGAAAGCCATATCCCTGCTTATGATCCTTCAAA TTTGGTACAAATAAGACCATGTTCTTGGATGAAACCACTCTTTTTTTTTTGTTTTGTTTT GCAGTCTGTTGGTGCTTTAATGAGCTTCAATGTGCATTAATTTGCAGCACGGCCAGAAGA ATCATTCTGCAAAACGCGATTCATGTGTGCTTAACGCTGAGAATATCAATCCATTAATCA TATTTGGACATGGTGCTATACTAATGTGAGGTTAGTAATGGAAACTTCCCTTGGCAGAGT GTCAACTATATGTTTCACTTGAGAATCTCCTTCCATTTACTTGAAATGTACAAGACAAAA ACATCATCACCTTTCAATCATTGCAGGTCTTTTAGCATCAGCAAGAAGGTTAACAATGTG ATCATCGCGATTACCCAAGATTTTGCATGCCATTTTCTTCCATCTGCTGCTAAAAGATGT GTGGGAAGTGCACATTCTTCCCCATTGAATAGCAACTTTGTTGGAAATCCATCCCCCTTT AATATATCAATACCTTTTAAGTGTTTCTTATTAAATCTAAGGACAGATTGTTGCTTTCCG GGTACTCTAGGGTCTCCAGGTTTTCGTCCATCAACTTCTGCCATCAAGTAATTTAAACCA GGTAGTCCTTTCAAGAAAATTGTGTCATTGATGTTTCGAAGCAAAGTTCCATTGAAAGAA AAAGCTTGTGCAAAGCCTGAACCTGTTTTCTTGAACTGGATGCCAACGAACCAGTCTACG AAATTAACTGCTCCCCAATTGAATAGAGTAATCCGAGCAGTCCATCCTGATTTGTAGTTT GAATCAATATGCCAGTTTATGGTAACCCCACAGTTGTCGCCACAAGGTAACTGCTTAGGG ACACGATAGTGCTTTAGTTTAGCCCAATACAAGGATTTCTCTCTTCTGTTTGCGAATGGC ACCAGAAGTGCTTCTGGAGGAAGAAGCAGTCCTGGTGCATGTTGACTGCATTTGGCAGAA TTGTCACAACCACATGCACAAGTGTTGCAGGGGATTGCAGAATCATTGTAATAGGCACTG TATGAAACACAGCACCGATTCGCTTTATCTTTTGGCTTTGTGATATTGCAGACTATTTGC CAACTTGCAATAGCTGTTACAGTAGCATGAAGTCTGTTGTGCGGAATTTGAGATAATACG AGAAAATATAAACGCGAAAAATAAGACAACAGATTTACGTGGTTCACCAACAAATTGGCT ACGTCCACGGGAAGAGAGGGAGCAGTTTTATTATGGAGAGGCAAAAACAGAATTACAGAA TAGGGTTTCCCATAGCGTCTATATATAGTGCTAAGCTACGCCCTAACAGGCTTGGGCCCA ACATACAGAATCAACAGAAAATTAAGGGCCCAATACAACAACATTGTATACCGTCGGCCC GGGGGCGTCTCCGCCCCCCCGGACCCCCAGGCCAGGGGGCGCGTCGCCCCCCTGGACCCC CCGACTCGCTGACCGGGCAGCGAGACCCCCGTCCTTTCTGTTTGTAGCGGGTCCGATTCA AGGCATTCAACAAATCTCCACCTTGACTTGAATTCTCCGAACAGATTCTTCAGACGCACT ATGATAGTGCCAAGCCTCCCCCTCTTCCTCAGAGTTGCCCCGCAGGGCAATTAACAGCTT CTGATGTTGAGCAAGTCCAAACAGTGTTGAAACTTGCTCTGTGGAACCGGCTTTGTGAAC ATATCAGCAGGATTATCAGCAGTTCCTACTTTCTTCACCTTGATTCTCTTCTCACTTCTT AGAAAATGATACCTTACGTCAATATGCTTGGTTCTCTCATGATGGACTTGATCCTTGGCT AGACAAATTGCGCTCAAACTGTCACAATACACCGTAGCCTGATCATGATGCAGACCAAGA TCACTAACCAGCCCTTTCAACCAAATCCCTTCTTTTGCAGCCTCTGTCAAGGCCATGTAC TCCGCTTCCGTAGTAGACAAAGTCACTGTAGGTTGCAAAGTTGCCTTCCAACTGACGACA GATCCTCCAAGGGTAAACACATAGCCAGTCATCGATCTTCTTGTGTCAACATCTCCAGCA TAGTCTGAATCAGAATAGCCAGTAACCAAGCACTGAGTATCACCTCCATAAATGAGACCA ACGTCAGATGTACCTCTAAGGTACCGGAAAATTCTCTTCACAGCCTGCCAATGTTCTCTC CCTGGTTGTCCCATGAATCTGCTCACTACACTGACTGCATGTGCTAAATCTGGCCTTGTA CAGACCATAGCATACATCAAACTTCCTACGGCACTGGCATAAGGGACTCGTGACATATAC TCCTTCTCTTCTTCTGACTGTGGAGCGAACATGGCAGTGAGATGGATATTGGCAGCACTG GGGGTATCAATGGGCTTAGATGAAGACATGCCAAACCTCGCCAAGACCTTCTGAATGTAG CTTCTCTGTGACAAGAAAAGTTTCCTTCTCTCTCTGTCTCTAATGATCTCCATCCCTAAA ATCTTCCGAGCGGCTCCCAGATCCTTCATCTCAAACTCAGCACTAAGTAAACCCTTCAGC TTCTGAATGTCATACTTCTTCTTTGCAGCTATCAACATATCATCTACATAAAGCACCAGA TAGATGAATGAATCATCATTGAGCCTATTGTAGTAGACACAACAATCATATGAGCTCCGA GTATAGCCCAACTTCACCATATAGCTGTCAAACCTTTTATACCACTGCCTTGGAGACTGC TTAAGTCCATATAAGGACTTCTTCAACTTGCAGACGTGATTTTCCTTCCCTGGAACTTGG AAACCATCCGGCTGAGTCATGTATATCTCTTCCTCCAACTCTCCATGTAGAAACGCTGTC TTCACATCAAGTTGTTCAAGCTCCAGATTCTGATGTGCAACTATCGCTAGTAACACTCGG ATGGAAGTATGTCTGACCACTGGTGAGAAGATCTCATTATAGTCCACTCCCTCTCTTTGG TTGAAACCTCTGGCAACAACCCTGGCTTTATACTTGACTCCTTCTGCTGGTGATATCCCT TCCTTCTTCTTGAAAACCCATTTGCAAGTAATAATCTTTCTCCCCGAAGGCTGTATGACC AGATCCCATGTCTGATTCTTGTGTAGGGACTCCATCTCATCTCCCATAGCGGCAAACCAT TTTTCAGAATCAGAACTTAAAATGGCTTCTTTGTAAGTAGACGGCTCAGATGTATCTACC TCTTCAGCAACCTGCAGTGCATAACCCACCATGTCCTCAAAACCATACCTCGTAGGTGGC CGAACTCCAACCCTCCTTGGCCGATCTTGAGCTATACTCTGATGGATATCTGATGGCATA GATTCTGGAATATCAGTTTCAGTCTGTGGCTCTTGATCCTCCTCTTCAGGTTCCTTTAAA TCGCTCTCGTTCTGAATGACTTGAAACTCCACCTGTTTGTCAAGACTCCCAGTTTCTGAC GTAGTTGTAGGCTTCACAATGGTTCTAAGCAGAGGACTTTCATCAAAGACAACGTTCCTG CTCATAATAACCCTCTTTTCTGCTGGAGACCAGATTCTGAAACCTTTCACTCCATCTCCG TAGCCCACAAATACTCCCTTTTTAGCTCTTGGTTCTAACTTACCTTCACTGACGTGATAG TAAGCCGTACAACCAAAAGCTTTCAGATTTGAATAATCAGCAGCTTTTCCAGACCACATC TCCATAGGTGTCTTGCACTGTATACCTGTATGTGGTCCGCGGTTAATCAAGTAGCAAGCT GTACTAACCGCTTCTGCCCAGAATCTTCTATCTAGCCCAGCATTAGAGAGCATGCACCTT GCTCTCTCCAGAAGTGTTTGATTCATCCGCTCAGCTACACCGTTCTGCTGTGGTGTATTT CTGACTGTGCGATGTCGAGCAATCCCTTCATCCTTACAGAATTGATCAAATTCAGACCAA CAGAATTCCAGCCCATTATCAGTTCGCAACCTCTTGATCTTCTTCCCTGTTTGATTTTCC ATCAAAATTTTCCACTCCTTGAACTTCTGGAAGGCTTCACTTTTATGCTTCATCATGTAC ACCCAAGTCATCCTTGAGTAGTCATCAATAATGGACACAAAAAATCTGCAGCCTCCCAAA GACTCAACACGGCATGGACCCCAGCAATCAGAATGGATATAATCAAGTGTGCCTTTTGTT CTATGAATGGCCTTTGGAAACTTGTTGCGATGTAGTTTTCCAAAAACACAATGTTCACAA AACTCTAGGCTCTTAACCTTATGACCAGCAAGTAAATCCTCCTTTGACAGAATTTGCATC CCTCTTTCACCCATATGACCAAGTCTTATGTGCCATAACTTAGTCATATCCTTCTGGTGA AATTCTGACGATGCAACATGGGCTGAACCTGTAACCGTGGAACCTTGTAGAAAATACAAA GTACCACGCATGACACCTTTCAGAATCAAATTTGAACCCTTCCAGACCCGCAAGACTCCA TCTTTTCCCGACCAGCTGAATCCCTTGCTGTCCAAAAGACTGAGAGATATCAGATTTTTC GTCATCAATGGAACGTGCCTGACCTCGTTCAATGTGCAGAAGCTACCGTCATGTGTCCTT ATCTTGATCGAGCCTGTCCCAACCACCTTGCAGACAGAACTGTTGGCCATCGAGATGCTG CCTCCGTCTACCTGCTCATAAGTCGTGAACCACTCTCTCCTAGGACAGATGTGATAGGAT GCCCCAGAATCAAGAACCCACACATCTGAATGATGAGTGTGCTCATCCGCAACTAGGGCA ATATCTTCTTCAGAATTGGTGTCTTCTTCAGCAACAGCAGCAGACACTGATTGTTTTTCC GATTGCTTCTTCTTCTTCGGACAATCAAATTTCCAATGTCCCTTCTCCTTGCAGTAATTA CAAACATCATCCGGCTTTGCACCCTTCGACATCGGCTTATTTTTCTTTCCGCCGTTTTTC CTTCCCTTTCTGCTACTGGTGAACAGACCGGAAGGCTGTATGTCCGTACTTGTGCCGTTA GCCTTATGCCGTAATTCCCTGCTATGAAGGGCTGATCTGACTTCTTCCAGTGACACAGTA TCTTTCCCAACAATGAACGATTGAACAAAATTCTCAAACGACATTGGGAGAGATACTAAC AGAATCAGGGCAGCATCTTCATCCTCGATCTTCACATCGATATTACGCAATTCTAATAAC AAAGTATTCAATTGCTCTAAGTGTTCCCTGAGTTGTGTACCTTCAGCCATTCGTAAACCG AATAGACGTTGTTTCAGAAGCAGCTTGTTGGTTAGAGATTTTGTCATGTACAAACTCTCC AGCTTCAACCACAGACCAGCAGCAGTCTCTTCATCCGAGACCTCCGTGATGACGTCATCC GCGAGACACAGCATGATCGTCGAGTGCGCCTTTTCCTCCAGAATCGCCATCTCAGGAGTA ACGACGGCGTTCTTGTCTTTCGACAACGGCGCCCAGAAGCCTTGCTGTTTCAACAAGGCC CGCATCTTGATCTGCCATAAACTGAAACTGTTCCTCCCTGTGAATTTGTCGATTTTCACG TTCAAAGCAGACATCTCGAATTCTCCAAGAACACCGATTAACCGAGAGGCTCTGATACCA ATTTGTTGTGCGGAATTTGAGATAATACGAGAAAATATAAACGCGAAAAATAAGACAACA GATTTACGTGGTTCACCAACAAATTGGCTACGTCCACGGGAAGAGAGGGAGCAGTTTTAT TATGGAGAGGCAAAAACAGAATTACAGAATAGGGTTTCCCATAGCGTCTATATATAGTGC TAAGCTACGCCCTAACAGGCTTGGGCCCAACATACAGAATCAACAGAAAATTAAGGGCCC AATACAACAACATTGTATACCGTCGGCCCGGGGGCGTCTCCGCCCCCCCGGACCCCCAGG CCAGGGGGCGCGTCGCCCCCCTGGACCCCCCGACTCGCTGACCGGGCAGCGAGACCCCCG TCCTTTCTGTTTGTAGCGGGTCCGATTCAAGGCATTCAACAAAGTCCAGTTGGATCCAAG AATTGTGCGTCATCTACTCTTAAGGCTTGTCCACATTTATAATCCGGATTAAGAAGACCT ACTATTTTCCATCTTTCGGGAGGGTAAAGAGCTGTTAGATTCAAATCTGGTGGAAGCTTA TAGACTTGTAATTGAAACACAGACTTTGAGTTGGTTGCATCCATTACAGTGGGCATGATG CTGCCATTCCTGCAGCAGAATGGCAACATACCTACATCTTTATCTTGAGCTCTTTCTCGA GGCAAATCAGCTATGGTAGGCTTCTTTTCACAGTTCAAAACTTTAGAAAAATCAAAGTCT TTATAGTACTGTCCTGCAGCACCATAGACACAATTCGAATAATCTTTCTTGCGAGTGTAT GCACCCCTCATCGAGTATATGAACTCCCCTCTCATCCATTCCCAAGTTAAATTCCACTGA TCAAGGCGTCCCAAAGGATTACTATTTTGTATGGTCACTTGTGCTTGATAGTTAGTCGTA TAGGCTTGCATAACATCATAAGAGATCAAAAGATCACCATTTTGCCGTGGGAAAAACTTG GTTGTGAAATTTTTAACCTTAAATTTTGGATCTTTCAAGCAGCAGACATGCATTTTTGTT GCTGTCACACAATAAACGAAAACAAAGATTCAGAATTCAATCAAGATACGCGACAAAAAT GTGGCTGATTTACACACTTACCTTTACGTTTTACTGCTGGACATTTGTATCCATCATTGA AAAGTTTAATAGTTTTAGGCATGGGGTAACCTGGTGGCTTGATTCCAAATTGTGTACCTG TTAACTCAATCTCTGCTTGAATCTTCTTAACATCACCAGCAGTATCAATCGACGTTTTCA AATCTGTCTGAGGATAACCAGCTAGGTAAGTTCCATTCCAACAGGAGCTGGTAAATCATC ACCACTTAATAAAACAGCATTACTAGCTGAGACTAAAAGCTCGCGATTTTGAAACCCGAT GAAGATTTTCCAGTTCTTGAGCTCATATATACCTGCATTAAGTACTGTTGCTGTAGCCTT AAAGGCCCAAGCTTGTGCAGTTGCATTTTTTACATGTGGAAGCTCTTTCGTCCTAGAGAT GAATACATAGGATAAAAAAATACCATTGCAATTATTTTCTGCAGGTGGTAATTTACCATC ATAATCCTGTGCCTTAATATTGACAGAAAACAAGAGTATGTAAAAGATCATGGATTTTGA GAACATCTTCATTATTTTCTACAAATTTTAAAAAAGTGTCAATTGGATTTCAAGATTTGG TGAAAAAAAGAAGATATTTGGTATGATAATCTTGAATTAAGTGAAGACTTGGTCAGAATT CAGATGAAAATTATTTCCTCCATGTAAGCTACGACTGAAATGGCGGGACCAAACTACCAA CGGTTATTCAATCTTTTTTACTTTTTATTTTTCATTTATTATGTTCTGTTGTAGGGAATT TTGGTTATAAATTACTTGACCATTTTGCCCTTAGATCCTTTAGCAGTATTCATTCTGTTG TTATTGAATTCATCATGAAATAATAAATTTTGAATCAATGTCCAAAAATCATGGTTTTAT TACCCTTTTTCCAGCTCGATTTTTCGATAAAAGAAGCATAAATAACAGGCCATATTGTTA GGGACATGAAGTGCAAGGAGACATTGAATTCCAAACAGTAACAATACCTTATACACAAAA AAGAATACCAATATCTACATATAATGAAACTGAGGAAAACAAGGAGTATGAGAGAATCCC TGGAGATTGTTCAAATCAAATAATTAGCATTAGTACAATCTTCAACCAATAGACTAAACG ATTCAACTCTTTACACGATCCTTCCTCGTTGTAGTTCCAAGAAGAGGAACGATAAAACTA AGAGAAAAATAAATAGAAGAAATAAAGGAAAAGAATTTATAATTCTCCCAAAACATTGTC CTGGTTTTGAATTTTTTTTTTAGTTTTTCACCTTGTGTTTTCACATCTCTAAGTCCTCCT CCTACTTCTTTAGGTTTCTTCCATATTAGTTTTATCACATTTGCAGTGTAACACTCTCTA CATCTACTCAATTTTCTATACCGTCCTCATCTTTCTCGTGGATACTTCCATGAGGACTAT GAACAACTTCAATAGCTAAGCAATGACAGAATTCTCAGCAATTTAAGCTGCAAGTTTGTA CCATTAAGCCACCTCTATGTTAAGTGGTTTAGCATTGCCTTCGACAAATTTAGTCTTGGA TTTTTCTGCTCGTGATGATCTTGACGAGGATGATGAAGCAGACCTGGGAGAGGATGTCGA CTTGGCCTTCCTCCGCTTTTGTTTCTTAGGACCCACTGTAGGTGTTACGTCCCTGTAAAG ATCAGATGATTGTTGCTGTCTCATTGACTCTGTGTAATCTGTCCAAAAGATAGATAAGAA CGATAAAGCAAGTATCTACAGAAAATCAGGATCGATACATCTTGTATGACAAACTTGCAG CTTGTTTGTGAATCAACTCATATCAAGAAGTTCCAAAGTTGGCATTAGAAATATCAGTCC ATTACATGAAACTTAAATATTCATTCATGAACCACTTCAAGTAGAATATCAAAAGATTTT GAAAATAGGTCCCACTCAAATATATAAACCGAGAGCAATGCAACCAAATATCATTCAAGA AAAAAAAAAGAAACTTGCACTCCCCTGAACATTTTTTACGCTGAACGTCACTAGTCAAAA TAAGTGATAATGCATAATGGTATCTAAAGGCTTGAGCCATAAATCTTTGTCACACTAGTT GCTTGCTTTCTTATCCAAGAGACAAACACAGAATATTTTATGAAACTTCGATTAGCTTAG CTTCAAAGAGAACTAAGATGAAAACTTAATTGAGTGAGATGCTAGGTCAATTGAATGATT CCGACTCAAAGAATAATTTACAAGATATATATTCCTTTCTAACCTTTACACAGAAGATTC TTTGGTAATGTAGATGTTATGAAATTACTATATTAGTGTCATTGGTACTAGACAATATTT GCCTAACAGCCAAGATTAATTTTAGAAAAGCACATCAAAAACTGTCCCTTTCTGGTGCCA AGTTAAAGACCTTTCTGTGACAGATAAGTCCAAAGCTTTCCCTGGTTTGAGGCAAAGAAT CTTTGGGTCCCTTTGGATTGAGGACTTTAGCCCTATGTGTAAATTCATTTTCACAAGCTT TAACTTTTTGCACCAACTCAGATTTACCTAATATAATTTGGATTAAAAACACAAACTGCG GTCACATTTCATTCAACCTTATTTTTGGTTCATTTCAAATAACACTTGAGAATATGTCAT ACGGAAATCTCATGCATTTAAAAATGTAAATTTGAATTCTCCTAGGAGATACACACCCTT CAAAGAAAAACAAAACAAGACGAAAACTATAAAACAAATAAAAGAATTGTCCTGTCCATT TTAACAGATTTTTCTATACATTTGTACAAAACATAAGACAAGTTTATCATTTTTCAATCA ACATCTCAACCCGTGACAAAACCCTACAGCCATTGACACATTGTCTGATTACAGACACTG CACATGTTTTAAAGCAACATATCAGACACTTGCTTTGTTTTCTTGATTCATTCCAAATGA TTCCAACTATTCAATAATATGCAACACATCTTTAGTCATCATTCTTGGCTTGTCACATGA CAATTGGTAGTGAAAGGAGCACACAAGAGGGAAAAGGAGAGCTTTTTAGAGGCAAAATAC TAACCTTGTGATGCCCATGGAGAATGTGCAGAACCAGAATTACCAATAGAAGTTGCTGCA AAATCTGGCCCAGTCTTGAATTCATTCATCTATAAAGTTCCAAAAAGAACCAACCAACCA AACAAAAGTATTAGGTATATGAAAATAAAATGATGAATTGAGAAAAGGGCAAATACAAAT ATGTGGACCAAAGAATGGTGAAAAAACTAAAAACATACCCAACTAGGTGCATTGCCTGAT TGTCCATCCCACCCAATATGTGCCACATGCTTAACATCAGTTGGAAATCCAATTTCTATC TCCCTCTCCTTCACAACTGTAAGTAATCACAATCAAAAAATCAACTCAAAAACTGAAACA GGGATATGGGGCTAAAGGGAAAAAAGGGAATCACCAAAAATATTAGAAATGTATTTGTAG ATCCCCTTCATTTTGGTTCCCATAGAAGAGTATGTAAAACCCCAATACAACAAACACCCT CTGCTCAGAGATGAAACAGAATACAGATAGAAGTAGCAGCAGCACTTAAATGTGAAGAAC CAATTCCTTCGCCTAAACCAAAAAAAAAATAAAAAAAATTGACCTTTAATTACCCTTCTC AACATACAGATAGAAATTGCATGATATAAAGATTGAATCTTTTTTTTGTGTGTGTGTTGG GGGTTGAGTAGAATACCTTTCTTGATAAAATCTGATAGAAATGAAAGGGTTACTACTTTT CCTCAACTTACTGCTGCATTGCCCATCATCTTTCTTCAAGTAATCTAGACATAATAAAAA TGTAATAACCATGCAAAAAAAAAAAAAGTTTGAAATCAAGAAAAGAGGCCAAAGTGGGAA AATGTGAGAAATGAAAAATGGAAAGAAAGAGAAAAATGGGAAATGGTACAAAAATAGAGA GTTGAAGAAGAATTAGGAGAAGAGAGAAAGTTAGAGGTGGACGACCACGAAAACCTCACA AAAAAAGAAAGGGGTTGAGGTTAGTATTTTTACAAAGAACATTGAGACTACAAAGGGGGG TGGGGTGGGGTGTAATTCATATTCAGAAATAATAGGGAAAATGACACTTTTATTCCCTCA AATATCAACAAATTATGATATTGGTCTTCCTGGTAGATTTAGCACATTTAACCTTCAAAT TAATTGACATCAATTAATCCATATGTTCACTTTTCACTCTTCTAATTGTGAATCTTTACA AAATTTAACAACTTATTAAGTGTTAAAAAAACACTCAATTATGGATGTATAACCTTATAT TCCATATTGCATTCTTTTCATTGGTACAAATAGTCTTAAATGACTAAATTATATGTGTAT TATTTTAAATTTGTATTGTTACTCCATATTAAGAGTAATATAGTTCAAAAAATGACACAA ATTTTTTTATATATACATAGACCAAAAAGGGCACATTTCAGGTAATTAAAGGTTGAACTA TGCTCAGTAAAATATAATGAGGATTAAAATTTTGATTTATCAATAATCAAGGGACCAAAT AATATAAATAATTCCAATAGTAATCACAATATAAAAATAGCAACGAATTTAAGAAATAGG ATATCCCACTGAATTAGTTTTCATAATTAAAAATGGAAAATAATAAGATATATACTCCAC TACTACATCATAAATTAAATAAATGACATTTAATGGATTATTTATTGTTTATAAGTAGTG TTGTAAATGTTTTGTTGGCGTATAGGTGGCATTGTAGTTGAAAGAGTAAATCGCGGAGTC CTGTCATTTTCTTTTCTAGTACATAACTACAAATATATTGAAAATTGTTGAAATTAATTT ATTTATTTTTGAATTATTTGTAAATTGTTGAAATTAAATTTTATAAAAAAATAATTCAAA ATCTCAAATTTCGAAGAAAAAAGAGAGAGGAGAGATTGAGACCCTAAGATTTGGCTTAAA AAAAAGAGCAACTTACCCATATAACAAATACAAAATTTATATTTGTATGCTATAACAAAG TTTGCATAAATGCACTCCATAGCAAACATAAATATGTATAATTTGCTATACATATACAAA GAAATCAATTGTATAATTCGCTATACATATACAAAAGAAAGTAGTTGTATACAAATCAAT TGTATAATTTATGAATGTATAAAATGAGAAAGAGAGAAAGACAAAAGAAAATTGGGCAGA TAAATATTTGTATTGTACAATTATAAGTGTAAAGGACGAAGATATATGTATTTGAAAGTG TATATACAATTTTCTCTCACTTTATACAAACAGAAACACAATTTATACATTTCGTTTTTG TTTGTATAAACGATAAAGGCGAGGGTGACGAGCGAAATCTGGGAGAGTAGCGACTAGCGA GCGAGATATGGGAGAGGGGAACAAAAATATATGTACATATACAAATTTTTCTCGCTTTAT ACAAACAGAAACACATTTTATATACTTGTGTTTGTATAATAGTGAGAGAGAGCGAGCAAG AGATGTAGCGAGAGAGGGAGAGTGGCGAGCGAGAGTTTGAGGAGGAGAGGTGACTGACAA ACAGTTTGCTACAGGGTATAATTAAATTAACGCATGGTTATAACAAGTAATTTAATTTAT TAAATTGTCATTATATACAATTTTCCCTAAAAAAAACTTGCTTTAAGTTATTGTTAATTT TGGTTTGTTTGAAAAAGTTAAAAACAATTTAAAATAAATTTACAATGACTTTTAAAAAAG TTAGAAGTACGTAGATACTCTTCGACTTTTATTTTAATTTAAAAGTTATTAAAATTTAAC TTTCTTAAAATTATTCCCTCATTCCCATTTTATGTGGTAACATTTGACTGGATACAAATT TAAGAAATAATAAAAATTTTAAAATGTTTATTAAATTGTCCTTAAAAAAATAAACTCATT TTTCTCTCTCTTCATAAATGTATTAGAGTGTTATCTTTAAAATCGAGTGGGACCAACAAG GGTAAAAGAAGTGAAATTGTACCTTTAAGTACTTACCGTATAAGGAAATGTAACATTTTT TTTTGGAGTGACCAAAAAGAAAATGGTGTCATATAAAATAGGATAGAGGAAGTACTCCCT CCGTTTCAAAAAAAAAAAATCTAGTTTGATTTGGAACGAAGTTTAAGAAAAAAAAAGAAT ATTTTTTAATTTTGTGGTTCTAAATTAAAGTTATGTCAAACGTACCAAAACGCCCTTTAA TTATGTGATTTCAAGCATGTCACGTGAAAAATTAAAGTTTAAATATTGCTAAAAAAAGAA AGAAAACATTCTTTTTGAAACAAATTAAAACAAAAATAGGGATATTTTTATTTAAACGAA GGGAGTATTTCTTTTTAAGTTAAAACAAACGTGAGTATGAGCTTTTATTTATTTATTTTT GTTTTGATAGTATTGGGAGTGGTTAGGTAGATCATCATAAAATGTATAATTTGGTTAATT GTGGGAATTGGAATGGTATAAACATATCATGTTAATTCATATCTTTCTTCATGGAACTCA ATCCCATATGCTACCTAACCACCCTCCACTCCTCCCACCAACTCTTTTCTAGCCACATCC ACTACTATTTCTTCACCCATCCCCACATCAATCCTTTTCCTATCAATTCTTTTCTCAAAA TTGAATAACACAGTAATTCTTGTTTACTATCTTTTTATTTGTTAAAACTAAATATATCGG TAATATCTAAATTATAAAATTTCACCATGTCATTTAGACATCCAAATTATGATAAAAAGT GTATACATATATTATTAGTGTTATGCGTGATTATAAAATTACCTAATTTTAAATATACTT GAGTAAAATTTAAAAGACAAATAATATTTCTCTAAGCTTTTACAATAGCAATACATATTT CCTTTACTCCTCTTTTTTTTTTTTGTGATAGATAATTATTTTTAAAACTTTGAAATCCAT ATTAATTATAAAAGATATTTTTTTCTTTTTTAATTTTTTGAACATTTTATAATAGTTGTA GTATTTACCTTCCTTCTCACTTAGGATCTACTTTCATTTGAGAGTATTTATTAGGATTTA TGAAAAAGAAGATGTCCTCTTGTTAAGAAATCAAGTGCAAAGTAACAATATTAAATATTA AAGATGAAAATAAGAGTGATAATAAATAACATTTTATTACATTTTTAGGAGTTATGAATA TATAAATTATATTTCTACCATAGTATAGGAGGGTGTTTGGATTGGCTTAAAGTTGGTTCA ACCTACTTTTAAGTCAGTTTCTGACTTTTGAAAGTATTTGATAAATATAAAAATAACTTA AAATAAATCGATAATGACATAAAATAAGTTGAGAAGTGTTTGACAAGATCAAATTGACTT AAAAGAAATTTCAAATGACTTAAAATAAGTTAAAAATCAAAATAAATCTTCCTCTACTTT TTATTTTTTAACTTAAAAATTTATTTTAGTTTAACTTTTGATGTTTACTTAAAAACTACT TCTTCTTTTTTTCAAGTCAATTAAATCGGGCCCTAAGGCACATGCATGCCTACTTAATTC TCTTCAGTGTGAAAAGAAATTTTACATTATTATTTTTAATTAATAGTATATATATATGTA ATGGAAGGGTTAGAAATTTAAGAACAATTAAGTGTTCAAGAAAGGGAATATTAACAATAT ATTTAAAAATATTTTGCAATACTTACTTTTCTTCTACTTTAAGATTTATGTTGATTAATT GTTTATTTTCCTTATACATTAGATATATGCTAATGGTATTCTTCTGATAATTATACTCCG TATTTACGTTCTTTCTAGTTTAGGATCAGATTTCTTTAATTTCGATGGAATCCTAATAGA GACTATTCATGATCAAAACCAAATCTTTTACAAAGTAATATAATAATAACTAATAAATTG TTGATCTTGATGGCATGCCTTCTGTATTCATGGGCGCTATATATTAATCATTTTACTGTT TACTCATATTCTAGTATTTTATATCGTAATTTTGTTGACTTTTAAATTTTAATATGATTT TTAAAAAAAGGAAATATACTACAATATTGGATTGCAGTCTAATTCAATTACAAAAGTTCT TTCTTAATATTTTGAGATTTTTATATATACGTGCTTGTAGCATTTAAATCCATCCACTTG CAGCTAATCATAAAAGTCTTATCCTTAATTTACTTTTTATTTTTTTATAATTATTAATTA AGATACATAGTTCAAGTCTTCTATTTTCTCATTGGCGCATTTTTTTTTTTCCTTTTAACG AGTCCCTTTAGTTTAGAACAAAATTAATTAGTTAGAATTTGAGATACCTTAATTAAGTAT TATCAAATAACGGTATTCTTACCAACTGTCAGGTTTTTTCTTTTTTTCTTTTTTTAAAAA AAGGTAAGAAATCAGAATAAATAATCGAATCTAAATCTTTAGTTTAAATTTTTTAATCCA AATTGCATATATGTCTCTTAGAATCATTCTCCTTTTAGATAATTAATATATTTGTAGCAT TACACAAGTCATGTGGCGTTCTCTAATTTATTTGTTTTTACTAGAAAAAATCCCACCTAA TTGCAATGTGTAATTTGGAGGATGAAATATTAAAAACATTAATTGGAAGTTGGAACCACG TTTGTATGTAATAATTCCAATGCAGCATCGTGGAAGTTTCATATTGCTCCAATTACAAAT GTGTTGATCACCTTCAGACAGCTGCTGCTTTTAATTTGTAGTCCAAATCTTGAAAGATTA TTATTCAAGAATTTTATTCTGCGTGTTAGTAGTTTTGGATTATAAAATTTTATAAAATTA ATCAGTTTTGCGTGATGTTACATCGGAAATTTTGATGCAGCTGTAGATTATAGATATGAA AGGAATGTTATAACTAATTAATTGGAACTAAATTATGTACATGCGGTATGCCTCATTTAC TTATTTATTTTTAGATTTTTCTTATCATACGATAATAATTTTTATCGTTGTGCGGAGAAT TTCCTTTAATTATACAACATTTAAATCTAAGGATCAAAGTGCGTCTGCCAATGAATATTG ATGTGCACTTGTCGAGTGAAATATATATCTAATGATGAAATAAAGTTATCGATAGCTTAT CTGCCGTAAAAGGTAAAATTTTACATTTTTTGGGTAATTCTACCTGCTAATTAAACTGAT TTCACAATTAGATCAGCCTATGCAGATCCAAAAATTCAAATTTGGGTATGTAAATATTAG TGTTAATCTTCTATATTATATCTTAGTAATCAGTAAAAGGTTTTGAGTTTAAGATCTAAC ATCGATCGGCCCAACTCGTACGGGAGAAGTAGAATTACCTAATAGCTCAAAATCTTTCCA TTTCAAATGTAATTTTTTACGGGTGTAATCGCACAATCAAAATAACCACCAAGAAATGTA GATCTTTTTTATATCATTACCATATGATATACATAAAATATATATTCTTTGATACAAACT ATATATATATATATTTGTATATTCATATTTGGATAAATTACCTATATATACATCTTTTCT TTTCATAATCTCCATTATTCCCTACAATACACTACTTTAATTTATTTAATTTCATTAATT CCCTACTGATGTATTAAATTACAAAAATCCTATCAAAGCTGGGAATGATTGACTTTCGGA TTCAAATAATAGCGCATAATGGCAGTACTCCTTCCCATTTCTTCTTTTATGATCTTCTCT ACTTGAAATGCTAACCTGTAAGTGCGGAGAAGATACCCAAATGGAACGAATTTCCTTCAA CAACATATCTAATATCTATATTTTTTTCGAATCATTAATACCCAACTTAGCCGCAATTGT TGAAATAAGATTCATGAACGAAATATTTTCACCAACCACTATCCCATCACTTTTGTATTG CTCGTACATAACATTACTATCCCATATTCCAGAATGTCGCAACAAGATCGAAATATTCAT ATTTGAAAAATCAGAATTGGACTTTCAGAGTTTGTTTTAAGCAGAATAGTGTTTTTTTTC TGATTTTGAATGACTATTTTAAAAATTTTAAATTGAATGAAGATTTAATGTAGTAATTTG GAAGCAGTTTTCACGGTGATTTGGTTTCAAAATTAACATAAATAAAGGGAAGGAAAATCA TTAAATTAAATGATGATTTAATGTAGTAATTTTTGAAATAATTTTTAGGGTCAATTAGTT ACAAGATTAAAATAAATCAATTGAAGGGAAATCAGTTACCCTTGATTTTAGCTATAACAG TTATATAGAAAAAAAATCGGTCATTTATATTCAAGTAACATTTCAGTTTTATAAAATATC CGAAATTCTTAAAAATAAGGATTTTTTTGGTAAATATTAATATTAGAGGGATAGAATGTA AGTATGTCATTTGCCTAATTTTTACTATTTATATTTAGCTAGAAAATGCGTTTTCTCTTT TGCTAGTATTAGCGTCTGGCCCATTGTTTTTGTACTCACCATATATAGTACAATGTGTCC AAGCCCAAATCACCATCCCATGGGGCCAACCTTGTGGATCTATATAATTTTCAATGTAAG AATCCAATATGTATATTGTTGTTTAGTATGTTATAAAATGCATTAGTTAAAATTAAGGAA GGGTAGAGATTCTCATACACTTCAAAGATGAAATCGACGGTTCCAATTATGTAACAAGCC TTGTAGAATTGACGTTATGTGTCCTGGTACGAATATATTTTGCAGCTGTTGATGTCAAAA TGCAGATTTTGTGCTATAAAACTTTAACGCACGACTTCTTTTGTGATATTCGTTAAAAAG AAATGCATATAATTAAGGTTAAAAAGAAATGCATATAATTAAGGTTATGCATATTTCAGC AATTATTATACATTAACTTTCTTTCAATACCCACAATCTATCCGTAATATATACTCTCTT CGTCCACTTTTAAATTTAATGATTTACTTTTTTTAGAGTTAAACAATAAAAATTTTGACT TACATTTATTTTCCATCATATTAATAAATAAAAAATTGCATTTTATAGTACATTTTCTTA TAAATTATTTAGTATCTAAAATGTTTTGTAATGTATTCTAATTTAACTTTAAAAATTAAT CAAATTGACTTTAAAAGAACGCAATTTGTCAATTAAAAGCATATGAAGGGATTTTATAAA TGTGTGTTGTCTTGTGGGTATTTTGTTTCCAATGCAACAACATGCAACACTCTCAATTAG AGAATCTAACCAAGATAAAATCTTACTCTAATTAATTGAGCTATTAAATTTTTATGTGCG GATGTATGATTATTGGGATAGTATGGCCTCTTCAATTAATGTTAGTATGTCATAAGTACC AAATTTTGTTTCCTTTCTTTGTCAGAACATCGTAATTTGTACATGGTAGACATATACTTG TACGACTCATTCTCAGATGGAGTATATTTGTAGGACACATTCTCAGATCACGTGACGTTG TAAAAAAATTGTACATGTTCCCAAAAAAATAAATTAAGGGGGGGATATTTACTGAATTAT AAAGACAGTAATATGCCTTTTTTAAGATCTAGTTGGACAATAACAATAATATGCCATTTT TTTAAAAAAAAAATTAATATGATGCAATATCCACGGTGACTCAAAATCAATAACTGTAAT GAAACCACCAACACACATAAAAAAGTCTCTTATATATAGGTTTAATTAAAATAATACCTG TCAAGTTTATTACTAATTTGATCAATTAGTGATGATTGATAGAATTCACACCGGAGAGCC ACAGCTCATTTGTACATTATTAGAAACAACCTTAATTAAAATCAATAAATTAAACAAGTT TGTCAGAGTCCTTCAGTGTAAGCGACACCAGTAGATTTTAACCATGCTGCTCCCTGAATC AGCTGACCCACAGTGAACTTTGTGGCCTCGGATGTTGTTA GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_1 match_part 1.000 10272 10193 match_part 1.000 9770 9333 match_part 0.990 9249 9148 match_part 1.000 9038 8926 match_2 match_part 0.996 10987 10746 match_part 1.000 10660 10543 match_part 1.000 10381 10283 match_3 match_part 0.998 23764 22957 match_4 match_part 0.991 24423 23775 match_5 match_part 0.984 24422 24038 match_6 match_part 0.937 29306 28721 match_7 match_part 0.974 31668 31397 match_part 1.000 31272 31256 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C02HBa0006L05.1 type gene exon 10272 10193 exon 9770 9333 exon 9249 9148 exon 9038 8926 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C02HBa0006L05.1 type gene exon 10987 10746 exon 10660 10543 exon 10381 10283 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C02HBa0006L05.1 type gene exon 23764 22957 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C02HBa0006L05.1 type gene exon 24423 23775 gene_5 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C02HBa0006L05.1 type gene exon 29306 28721 gene_6 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C02HBa0006L05.1 type gene exon 31668 31397 exon 31272 31256 RepeatMasker tomato repeats master TOTO1_LP_LTR 338 456 1 TOTO1_LP_LTR 338 456 1 nucleotide_motif 418 779 893 HELMET3 3728 3774 1 HELMET3 3728 3774 1 nucleotide_motif 253 12843 12889 Gypsy00202 7787 7871 1 Gypsy00202 7787 7871 1 nucleotide_motif 301 13620 13701 Gypsy00202 7884 8028 1 Gypsy00202 7884 8028 1 nucleotide_motif 258 13773 13916 Copia00105 3987 8838 1 Copia00105 3987 8838 1 nucleotide_motif 294 16403 16492 Copia00151 9778 9850 1 Copia00151 9778 9850 1 nucleotide_motif 262 16508 16582 ATHPOGO 1336 1543 1 ATHPOGO 1336 1543 1 nucleotide_motif 888 17214 17414 ATHPOGO 1538 1985 1 ATHPOGO 1538 1985 1 nucleotide_motif 1465 17462 17896 ATHPOGO 2037 2114 1 ATHPOGO 2037 2114 1 nucleotide_motif 247 17929 18005 Copia00037 2493 2877 1 Copia00037 2493 2877 1 nucleotide_motif 3248 22115 22513 Copia00037 2493 2877 1 Copia00037 2493 2877 1 nucleotide_motif 3248 26584 26982 Copia00110 13159 13557 1 Copia00110 13159 13557 1 nucleotide_motif 2578 32644 33047 SONATA3 1 75 1 SONATA3 1 75 1 nucleotide_motif 300 33492 33564 SONATA2 1 253 1 SONATA2 1 253 1 nucleotide_motif 1235 33773 34027 RepeatMasker tomato repeats master Unknown00038 3384 4497 -1 Unknown00038 3384 4497 -1 nucleotide_motif 6325 3081 1988 Gypsy00043 1063 1313 -1 Gypsy00043 1063 1313 -1 nucleotide_motif 794 4823 4583 Copia00110 13293 13623 -1 Copia00110 13293 13623 -1 nucleotide_motif 1910 5112 4767 Copia00110 13159 13280 -1 Copia00110 13159 13280 -1 nucleotide_motif 778 5286 5165 SHAMUDRAV_MT 1554 1607 -1 SHAMUDRAV_MT 1554 1607 -1 nucleotide_motif 247 12882 12828 Copia00001 1 6515 -1 Copia00001 1 6515 -1 nucleotide_motif 38366 26797 22304 Unknown00019 45 697 -1 Unknown00019 45 697 -1 nucleotide_motif 866 33336 33048 BLAST_tomato_bacs Tomato BAC sequences BLAST_tomato_bacs Tomato BAC sequences match_1 match 7436 22488 26401 match_2 match 7495 22496 26823 match_3 match 8300 22466 26820 match_4 match 7565 22496 26823 match_5 match 8441 22443 26856 match_6 match 8209 22496 26823 match_7 match 8403 22469 26844 match_8 match 8048 22465 26727 match_9 match 8048 22465 26727 match_10 match 8762 22443 26862 match_11 match 8403 22469 26844 match_12 match 8762 22443 26862 match_13 match 2109 11614 12842 match_14 match 2603 760 2150 match_15 match 2710 9976 11555 match_16 match 3001 13568 15150 match_17 match 8157 5439 9910 match_18 match 8762 22443 26862 match_19 match 2026 36063 37084 match_20 match 2109 11614 12842 match_21 match 2603 760 2150 match_22 match 2742 28897 30360 match_23 match 2710 9976 11555 match_24 match 3001 13568 15150 match_25 match 2789 18417 20018 match_26 match 3215 16175 17817 match_27 match 8762 22443 26862 match_28 match 8157 5439 9910 match_29 match 4318 37191 39580 match_30 match 3610 26912 28838 match_31 match 4044 20247 22393 match_32 match 6863 22458 26035 match_33 match 8310 22496 26823 match_34 match 8066 22522 26738 match_35 match 6346 23264 26825 match_36 match 8128 22493 26820 match_37 match 8239 22496 26823 match_38 match 7575 22496 26823 match_39 match 6351 23134 26823 match_40 match 8429 22469 26844 match_41 match 5541 22493 25862 match_42 match 3400 24914 26763 match_43 match 4478 22465 24815 match_44 match 8247 22496 26823 match_45 match 3067 25037 26822 match_46 match 4508 22464 25057 match_47 match 7479 22443 26763 match_48 match 8373 22469 26844 match_49 match 8762 22443 26862 match_50 match 8092 22443 26862 match_51 match 8498 22443 26861 match_52 match 2694 22443 23913 match_53 match 3146 24994 26823 match_54 match 7864 22495 26734 match_55 match 6127 23672 26862 match_56 match 2359 22469 23678 match_57 match 3239 24785 26800 match_58 match 6934 22692 26800 match_59 match 2710 22495 24043 match_60 match 7559 22496 26823 match_61 match 7864 22495 26734 match_62 match 8195 22450 26759 match_63 match 7559 22496 26823 match_64 match 7864 22495 26734 match_65 match 8094 22459 26690 match_66 match 6127 23672 26862 match_67 match 2359 22469 23678 match_68 match 4149 22484 24648 match_69 match 6127 23672 26862 match_70 match 2359 22469 23678 match_71 match 8714 22463 26862 match_72 match 8387 22496 26790 match_73 match 7525 22496 26823 match_74 match 5382 23732 26816 match_75 match 8738 22443 26862 match_76 match 6367 23095 26836 match_77 match 8366 22503 26862 match_78 match 7420 22496 26823 match_79 match 7575 22496 26823 match_80 match 7600 22496 26823 match_81 match 8762 22443 26862 match_82 match 6359 23095 26836 match_83 match 8300 22466 26820 match_84 match 7620 22496 26823 match_85 match 6240 23216 26862 match_86 match 8239 22496 26823 match_87 match 6938 22704 26760 match_88 match 7448 22496 26823 match_89 match 8100 22554 26799 match_90 match 3069 24851 26580 match_91 match 7517 22489 26823 match_92 match 7079 22459 26525 match_93 match 7448 22496 26823 match_94 match 5172 22496 25468 match_95 match 2230 25547 26823 match_96 match 7729 22458 26862 match_97 match 2032 25563 26823 match_98 match 4938 22497 25367 match_99 match 8239 22496 26823 match_100 match 3608 24289 26580 match_101 match 8762 22443 26862 match_102 match 8282 22466 26820 match_103 match 2032 25563 26823 match_104 match 4938 22497 25367 match_105 match 8274 22468 26789 match_106 match 7053 22461 26841 match_107 match 7079 22459 26525 match_108 match 8221 22493 26819 match_109 match 8421 22472 26844 match_110 match 8421 22472 26844 match_111 match 4254 24322 26823 match_112 match 3223 22496 24253 match_113 match 8371 22443 26764 match_114 match 5537 22496 25524 match_115 match 6788 22844 26823 match_116 match 2547 25302 26823 match_117 match 2686 25127 26778 match_118 match 3602 22515 24555 match_119 match 3108 22476 24063 match_120 match 8379 22474 26844 match_121 match 8481 22443 26856 match_122 match 8324 22443 26846 match_123 match 8484 22469 26844 match_124 match 7471 22496 26823 match_125 match 2420 25136 26584 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) clone_1 clone 1363 1 39560 clone_start_1 clone_start 1370 1 724 clone_end_1 clone_end 454 22115 22343 clone_start_2 clone_start 458 22115 22345 clone_end_2 clone_end 1388 22535 23258 clone_end_3 clone_end 1314 22535 23197 clone_end_4 clone_end 1273 22535 23208 clone_start_3 clone_start 1207 22561 23185 clone_start_4 clone_start 1201 22624 23261 clone_end_5 clone_end 1110 22806 23377 clone_end_6 clone_end 1308 22806 23477 clone_end_7 clone_end 1217 22841 23466 clone_end_8 clone_end 1164 22841 23435 clone_start_5 clone_start 1126 22911 23514 clone_end_9 clone_end 1146 23014 23611 clone_start_6 clone_start 1160 23104 23692 clone_start_7 clone_start 1394 23258 23988 clone_end_10 clone_end 1221 23300 23939 clone_end_11 clone_end 1384 23387 24111 clone_end_12 clone_end 1247 23466 24126 clone_end_13 clone_end 1265 23470 24127 clone_end_14 clone_end 1324 23476 24167 clone_end_15 clone_end 1168 23519 24127 clone_end_16 clone_end 1318 23730 24426 clone_end_17 clone_end 1172 23873 24463 clone_start_8 clone_start 1344 24039 24736 clone_end_18 clone_end 1243 24335 24973 clone_end_19 clone_end 1211 24393 25023 clone_end_20 clone_end 1152 24420 25024 clone_end_21 clone_end 1314 24536 25198 clone_end_22 clone_end 1213 24644 25282 clone_start_9 clone_start 1265 24646 25319 clone_end_23 clone_end 1166 24893 25492 clone_end_24 clone_end 1146 24940 25525 clone_start_10 clone_start 1271 24946 25610 clone_start_11 clone_start 1051 25307 25848 clone_start_12 clone_start 1491 25319 26090 clone_end_25 clone_end 1320 25455 26144 clone_start_13 clone_start 1181 26219 26814 clone_end_26 clone_end 1102 26257 26812 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) clone_end_27 clone_end 1356 39560 38769 clone_start_14 clone_start 1066 1328 761 clone_start_15 clone_start 416 22336 22115 clone_start_16 clone_start 1528 23434 22664 clone_start_17 clone_start 1094 23255 22668 clone_start_18 clone_start 1449 23457 22727 clone_start_19 clone_start 1279 23459 22799 clone_end_28 clone_end 1055 23386 22811 clone_start_20 clone_start 1122 23422 22821 clone_start_21 clone_start 1183 23464 22860 clone_start_22 clone_start 1172 23455 22861 clone_end_29 clone_end 1066 23443 22890 clone_end_30 clone_end 1368 23593 22892 clone_start_23 clone_start 1358 23657 22953 clone_start_24 clone_start 1166 23761 23158 clone_start_25 clone_start 1277 23893 23250 clone_start_26 clone_start 1100 24015 23445 clone_start_27 clone_start 1162 24320 23706 clone_start_28 clone_start 1114 24331 23758 clone_end_31 clone_end 1160 24516 23896 clone_end_32 clone_end 1183 24540 23908 clone_end_33 clone_end 1415 24657 23920 clone_end_34 clone_end 1263 24734 24082 clone_start_29 clone_start 1338 24874 24200 clone_end_35 clone_end 1189 25043 24444 clone_end_36 clone_end 1298 25547 24885 clone_start_30 clone_start 1098 25536 24979 clone_start_31 clone_start 1358 26068 25360 clone_start_32 clone_start 1324 26208 25501 clone_end_37 clone_end 1203 26108 25502 clone_end_38 clone_end 1358 26317 25625 clone_end_39 clone_end 1168 26538 25922 clone_start_33 clone_start 1066 26534 25969 clone_start_34 clone_start 1096 26805 26237 GenomeThreader_SGN_E_tomato SGN Tomato ESTs GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_1 match_part 1.000 10272 10193 match_part 1.000 9770 9333 match_part 0.990 9249 9148 match_part 1.000 9038 8926 match_2 match_part 0.996 10987 10746 match_part 1.000 10660 10543 match_part 1.000 10381 10283 match_3 match_part 0.998 23764 22957 match_4 match_part 0.991 24423 23775 match_5 match_part 0.984 24422 24038 match_6 match_part 0.974 31668 31397 match_part 1.000 31272 31256 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C02HBa0006L05.1 type gene exon 10272 10193 exon 9770 9333 exon 9249 9148 exon 9038 8926 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C02HBa0006L05.1 type gene exon 10987 10746 exon 10660 10543 exon 10381 10283 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C02HBa0006L05.1 type gene exon 23764 22957 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C02HBa0006L05.1 type gene exon 24423 23775 gene_5 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C02HBa0006L05.1 type gene exon 31668 31397 exon 31272 31256 AUGUSTUS_tom_cdna de novo AUGUSTUS_tom_cdna de novo gene_1 gene 0.91 10972 7571 transcript_1 transcript 0.91 10972 7571 stop_codon_1 stop_codon 7573 7571 intron_1 intron 0.92 8021 7946 intron_2 intron 1 8214 8118 intron_3 intron 0.99 8584 8487 intron_4 intron 1 8837 8760 intron_5 intron 1 9147 9039 intron_6 intron 1 9332 9250 intron_7 intron 1 10192 9771 intron_8 intron 1 10542 10382 intron_9 intron 1 10745 10661 CDS_1 CDS 0.92 7945 7571 CDS_2 CDS 0.95 8117 8022 CDS_3 CDS 1 8486 8215 CDS_4 CDS 0.99 8759 8585 CDS_5 CDS 1 9038 8838 CDS_6 CDS 1 9249 9148 CDS_7 CDS 1 9770 9333 CDS_8 CDS 1 10381 10193 CDS_9 CDS 1 10660 10543 CDS_10 CDS 1 10972 10746 start_codon_1 start_codon 10972 10970 gene_2 gene 0.18 31512 21318 transcript_2 transcript 0.18 31512 21318 stop_codon_2 stop_codon 21320 21318 intron_10 intron 0.85 27211 22094 intron_11 intron 0.9 27681 27602 intron_12 intron 0.53 27992 27844 intron_13 intron 0.39 29263 28073 intron_14 intron 0.92 30724 29379 intron_15 intron 1 30938 30810 intron_16 intron 0.87 31114 31037 intron_17 intron 1 31396 31273 CDS_11 CDS 0.99 22093 21318 CDS_12 CDS 0.84 27601 27212 CDS_13 CDS 0.53 27843 27682 CDS_14 CDS 0.39 28072 27993 CDS_15 CDS 0.59 29378 29264 CDS_16 CDS 1 30809 30725 CDS_17 CDS 1 31036 30939 CDS_18 CDS 0.87 31272 31115 CDS_19 CDS 1 31512 31397 start_codon_2 start_codon 31512 31510 AUGUSTUS_ab_initio de novo AUGUSTUS_ab_initio de novo gene_1 gene 0.95 10972 7571 transcript_1 transcript 0.95 10972 7571 stop_codon_1 stop_codon 7573 7571 intron_1 intron 0.98 8021 7946 intron_2 intron 1 8214 8118 intron_3 intron 1 8584 8487 intron_4 intron 1 8837 8760 intron_5 intron 1 9147 9039 intron_6 intron 0.98 9332 9250 intron_7 intron 1 10192 9771 intron_8 intron 1 10542 10382 intron_9 intron 1 10745 10661 CDS_1 CDS 0.97 7945 7571 CDS_2 CDS 1 8117 8022 CDS_3 CDS 1 8486 8215 CDS_4 CDS 1 8759 8585 CDS_5 CDS 1 9038 8838 CDS_6 CDS 1 9249 9148 CDS_7 CDS 0.98 9770 9333 CDS_8 CDS 1 10381 10193 CDS_9 CDS 1 10660 10543 CDS_10 CDS 1 10972 10746 start_codon_1 start_codon 10972 10970 gene_2 gene 0.02 31512 21318 transcript_2 transcript 0.02 31512 21318 stop_codon_2 stop_codon 21320 21318 intron_10 intron 0.68 27211 22094 intron_11 intron 0.92 27681 27602 intron_12 intron 0.76 27992 27844 intron_13 intron 0.55 29263 28073 intron_14 intron 0.6 30042 29379 intron_15 intron 0.62 30724 30208 intron_16 intron 0.99 30938 30810 intron_17 intron 0.37 31451 31037 CDS_11 CDS 0.88 22093 21318 CDS_12 CDS 0.68 27601 27212 CDS_13 CDS 0.81 27843 27682 CDS_14 CDS 0.58 28072 27993 CDS_15 CDS 0.67 29378 29264 CDS_16 CDS 0.61 30207 30043 CDS_17 CDS 0.98 30809 30725 CDS_18 CDS 0.93 31036 30939 CDS_19 CDS 0.18 31512 31452 start_codon_2 start_codon 31512 31510 AUGUSTUS_tom_ugs de novo AUGUSTUS_tom_ugs de novo gene_1 gene 0.94 10972 7571 transcript_1 transcript 0.94 10972 7571 stop_codon_1 stop_codon 7573 7571 intron_1 intron 0.94 8021 7946 intron_2 intron 1 8214 8118 intron_3 intron 1 8584 8487 intron_4 intron 1 8837 8760 intron_5 intron 1 9147 9039 intron_6 intron 1 9332 9250 intron_7 intron 1 10192 9771 intron_8 intron 1 10542 10382 intron_9 intron 1 10745 10661 CDS_1 CDS 0.94 7945 7571 CDS_2 CDS 0.96 8117 8022 CDS_3 CDS 1 8486 8215 CDS_4 CDS 1 8759 8585 CDS_5 CDS 1 9038 8838 CDS_6 CDS 1 9249 9148 CDS_7 CDS 1 9770 9333 CDS_8 CDS 1 10381 10193 CDS_9 CDS 1 10660 10543 CDS_10 CDS 1 10972 10746 start_codon_1 start_codon 10972 10970 gene_2 gene 0.24 28046 21318 transcript_2 transcript 0.24 28046 21318 stop_codon_2 stop_codon 21320 21318 intron_10 intron 0.86 27211 22094 intron_11 intron 0.86 27681 27602 intron_12 intron 0.34 27992 27848 CDS_11 CDS 0.99 22093 21318 CDS_12 CDS 0.83 27601 27212 CDS_13 CDS 0.29 27847 27682 CDS_14 CDS 0.34 28046 27993 start_codon_2 start_codon 28046 28044 gene_3 gene 0.93 31512 29164 transcript_3 transcript 0.93 31512 29164 stop_codon_3 stop_codon 29166 29164 intron_13 intron 1 30724 29379 intron_14 intron 1 30938 30810 intron_15 intron 1 31114 31037 intron_16 intron 1 31396 31273 CDS_15 CDS 0.93 29378 29164 CDS_16 CDS 1 30809 30725 CDS_17 CDS 1 31036 30939 CDS_18 CDS 1 31272 31115 CDS_19 CDS 1 31512 31397 start_codon_3 start_codon 31512 31510 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_1 match_part 0.941 39356 39540 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_2 match_part 0.988 10273 10193 match_part 1.000 9770 9333 match_part 0.990 9249 9148 match_part 0.986 9038 8896 match_3 match_part 0.996 10988 10746 match_part 1.000 10660 10543 match_part 1.000 10381 10247 match_4 match_part 0.996 23766 22957 match_5 match_part 0.983 24868 23763 match_6 match_part 0.997 25209 24911 match_7 match_part 0.996 31679 31397 match_part 0.994 31272 31115 match_part 1.000 31036 30939 match_part 1.000 30809 30725 match_part 1.000 29378 28752 match_8 match_part 0.992 31661 31397 match_part 1.000 31272 31256 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C02HBa0006L05.1 type gene exon 10988 10746 exon 10660 10543 exon 10381 10193 exon 9770 9333 exon 9249 9148 exon 9038 8896 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C02HBa0006L05.1 type gene exon 24868 22957 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C02HBa0006L05.1 type gene exon 25209 24911 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C02HBa0006L05.1 type gene exon 31679 31397 exon 31272 31115 exon 31036 30939 exon 30809 30725 exon 29378 28752 gene_5 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C02HBa0006L05.1 type gene exon 39356 39540 AUGUSTUS_tom_pot_cdna de novo AUGUSTUS_tom_pot_cdna de novo gene_1 gene 0.92 10972 7571 transcript_1 transcript 0.92 10972 7571 stop_codon_1 stop_codon 7573 7571 intron_1 intron 0.93 8021 7946 intron_2 intron 1 8214 8118 intron_3 intron 0.99 8584 8487 intron_4 intron 1 8837 8760 intron_5 intron 1 9147 9039 intron_6 intron 1 9332 9250 intron_7 intron 1 10192 9771 intron_8 intron 1 10542 10382 intron_9 intron 1 10745 10661 CDS_1 CDS 0.93 7945 7571 CDS_2 CDS 0.96 8117 8022 CDS_3 CDS 1 8486 8215 CDS_4 CDS 0.99 8759 8585 CDS_5 CDS 1 9038 8838 CDS_6 CDS 1 9249 9148 CDS_7 CDS 1 9770 9333 CDS_8 CDS 1 10381 10193 CDS_9 CDS 1 10660 10543 CDS_10 CDS 1 10972 10746 start_codon_1 start_codon 10972 10970 gene_2 gene 0.28 28046 21318 transcript_2 transcript 0.28 28046 21318 stop_codon_2 stop_codon 21320 21318 intron_10 intron 0.82 27211 22094 intron_11 intron 0.88 27681 27602 intron_12 intron 0.38 27992 27848 CDS_11 CDS 1 22093 21318 CDS_12 CDS 0.79 27601 27212 CDS_13 CDS 0.35 27847 27682 CDS_14 CDS 0.38 28046 27993 start_codon_2 start_codon 28046 28044 gene_3 gene 0.83 31512 29164 transcript_3 transcript 0.83 31512 29164 stop_codon_3 stop_codon 29166 29164 intron_13 intron 0.88 30724 29379 intron_14 intron 1 30938 30810 intron_15 intron 1 31114 31037 intron_16 intron 1 31396 31273 CDS_15 CDS 0.91 29378 29164 CDS_16 CDS 0.99 30809 30725 CDS_17 CDS 1 31036 30939 CDS_18 CDS 1 31272 31115 CDS_19 CDS 1 31512 31397 start_codon_3 start_codon 31512 31510 BLAST_ath_pep AGI Proteins (arabidopsis.org) BLAST_ath_pep AGI Proteins (arabidopsis.org) match_1 match 145 9773 9333 match_2 match 181 9035 8586 match_3 match 63.9 9249 9127 match_4 match 169 7963 7574 match_5 match 108 10387 10190 match_6 match 168 8514 8215 match_7 match 68.2 8120 8022 match_8 match 145 9773 9333 match_9 match 181 9035 8586 match_10 match 63.9 9249 9127 match_11 match 169 7963 7574 match_12 match 108 10387 10190 match_13 match 168 8514 8215 match_14 match 68.2 8120 8022 match_15 match 114 9029 8586 match_16 match 100 7936 7598 match_17 match 86.3 8487 8221 match_18 match 55.1 8120 8028 match_19 match 54.3 8487 8215 match_20 match 91.3 9029 8592 match_21 match 36.6 9246 9145 match_22 match 120 9029 8586 match_23 match 76.3 8487 8221 match_24 match 121 7942 7574 match_25 match 55.1 8120 8028 match_26 match 29.3 9246 9127 match_27 match 50.8 9593 9333 match_28 match 115 9029 8592 match_29 match 89.7 7933 7598 match_30 match 36.6 8120 8025 match_31 match 99.8 8514 8215 match_32 match 95.1 8520 8218 match_33 match 70.5 9593 9339 match_34 match 40.8 9252 9145 match_35 match 141 9035 8592 match_36 match 117 7936 7598 match_37 match 38.9 8117 8028 match_38 match 98.6 9029 8592 match_39 match 57.0 8487 8215 match_40 match 77.8 7936 7595 match_41 match 41.2 8120 8022 match_42 match 50.1 28200 27880 match_43 match 260 22133 21363 match_44 match 236 27593 26982 match_45 match 87.8 27889 27665 match_46 match 65.5 28194 27940 match_47 match 285 22133 21417 match_48 match 87.4 27877 27680 match_49 match 281 27593 26982 match_50 match 141 9032 8598 match_51 match 112 8517 8215 match_52 match 137 7963 7589 match_53 match 48.9 8120 8022 match_54 match 137 9032 8592 match_55 match 38.1 9249 9145 match_56 match 145 7963 7589 match_57 match 120 8478 8215 match_58 match 46.2 8120 8022 match_59 match 50.8 10972 10745 match_60 match 158 9773 9333 match_61 match 186 9035 8589 match_62 match 62.4 9249 9127 match_63 match 105 10387 10190 match_64 match 175 7936 7586 match_65 match 79.7 10668 10534 match_66 match 168 8490 8215 match_67 match 67.0 8120 8022 match_68 match 44.7 28191 27880 match_69 match 249 27593 26982 match_70 match 280 22145 21363 match_71 match 91.3 27877 27665 match_72 match 44.3 8523 8209 match_73 match 83.2 7957 7583 match_74 match 125 9032 8604 match_75 match 40.8 8120 8019 match_76 match 285 9773 8589 match_77 match 51.2 10972 10745 match_78 match 170 7936 7574 match_79 match 109 10387 10190 match_80 match 80.5 10668 10534 match_81 match 169 8514 8215 match_82 match 67.0 8120 8022 match_83 match 285 9773 8589 match_84 match 51.2 10972 10745 match_85 match 170 7936 7574 match_86 match 109 10387 10190 match_87 match 80.5 10668 10534 match_88 match 169 8514 8215 match_89 match 67.0 8120 8022 match_90 match 313 24167 22737 match_91 match 39.3 9593 9321 match_92 match 110 9032 8604 match_93 match 35.4 9246 9127 match_94 match 53.1 28152 27940 match_95 match 78.2 27895 27656 match_96 match 267 22112 21417 match_97 match 263 27611 26982 match_98 match 48.1 8487 8215 match_99 match 96.3 9029 8601 match_100 match 31.2 8120 8019 match_101 match 72.0 7954 7598 match_102 match 80.9 7957 7583 match_103 match 79.3 8487 8203 match_104 match 123 9020 8604 match_105 match 47.8 8114 8019 match_106 match 213 27596 26982 match_107 match 51.6 28110 27877 match_108 match 263 22097 21357 match_109 match 80.9 27877 27677 match_110 match 42.4 9773 9336 match_111 match 35.0 9249 9127 match_112 match 117 9032 8595 match_113 match 84.0 8478 8215 match_114 match 38.1 8120 8028 match_115 match 131 7963 7589 match_116 match 123 25451 25098 match_117 match 147 23585 22881