C02HBa0106H06.1 CTGAAATGTTGAACTTTGATTGTACGCAAGTAATGGACTAGCTATCCACTGATTCCATTC TTTGGAGACTGCCCGAAGCTTCATCAGTGATTTAGCGGGGAGGAAAGGCAGTATATGTCT CTTCGCTACATCTTTGATCGTCATGTTCACTCTCATTATGATTTCGACAGGATATTTAGA ACCATTGTTCCCTTCCTCCACCTTATAAGCAGCAGTTCTCAAGTCAAACTCTGCTAACTG CAATCCAAACCGAAAGACTTGTTAAAAGTAGTACAGTAATCATTAGCAAGAGCGATATAC TAACTATGCTGCAATATCATACTAGTTAGGATGATCTATATTTGTATCCACTCCTCTTTT TAGGCTAGGCATGTTGTTCACTCAGAAAGACTCATTTAAAAAGTAAATATATTCATTAAT GTAAGAAAAATGGGAAAAGGAACAATAGAAAAATCAGGACTAGAAAGCAAGATCTTATGA AGTAGCTTCCTAGCAAAACAGGGAAGCAGAGATTGTCCATGACACCATGGCATTGTGAAA ATAAAAGGATAGTGGATTAGTACATTTGGCCCAAACTAGCTTGGAATTGAGGTCATTGTT ACAATTGTAACTTTAGGCAAACCGGAATAGGGCAGAACTGAGATCCAAGGACATTTATGA GGACTAACTTACACTACTTTAATACATCTGCCATCTGCCAATTTCGAAATGGACATCTTA GAAACCACCACTTAGAAATAAAAAACATGAAAACGCAAAGTATAGAGTCATGTTCAGTAT AAGTCATTTAAGACACAAAAAAAGGACATTAACGTTCAACAAGAAACTTCAAGTTCTGCT ATTGAGATTTCAAGACCTTAACATCCCAAAGCAAGTAAAAAGTAACATTAGAAAGTTGGA TAGAAGAGACGATGATAAAAAAAAAAGAACTGTTGAACAATTGAAACAAGAAACAAGAAA GCGAAATAAAAGGGAAGAAAACTATACCGAGTCAATCCCACCACCCTGAGGTTTAACAGC AACGTAAAACTCAGAGGAGTCAGAATACATGTCCTCCTCCAAAGATTCATCATTCAGCAT GTCAATCCCAGAACATGCCATTTTTCTGCATAGACATTTAAAAATTACAGCGTCTATTAC TTAACAAAAATAATAATATGAAAATGAGAAAATCAAGAAATTCATCTCCGTATCACCTAT CAGCAGAGCCCTTGATGATAACTTGGGTTTCAAGAAATTTCACTGTACTGTAAATGAGAA AATCACGAAAAATATTAGTAACGAAAAAAAGAAGAAACAAGAAAACCCCAGATTGAATAG AGCACTAAATATAGCTACATTTATTTCCTCAAGAAAGCAAGAACATAAAACGATACATTC GAAGATGTAAAGGAAACAACAACACTACCAAAAATTGGATCAAAAGAAAAACGAAAATGA TCCTATCTTTTCATGACAAAATTGATCAGCAATTGTAAAACGGAGAAATTCAGTATTTTT TCTTATTTTTTTTTTAAATAAATAAACAACAGCATGTGATGATCAGTACCGGTAAGCAAC AGAAGAATTAAGAAGAAGAAGAACTCACAAAGTGCAATGCGCTAAAATTCTGGTGAGTAA AGTCGCCGGAAAACCAAGAAAGAATGGCAAAGAATCGCCGGAAAACCCTAACGACGACGC GACGAGGAAAAACGCGTAAAGAACGGAGAGTTCAAGACTGAAGTGAATGAGAGTTGTAGT TTGAGGAGGTGTGCATTCTCTGGCTTTAAGGAAATAAATTCACAGGCTTACCCGGTCATT TTTATTTTAATTAAATAAATAAATAAACTTTAAAATATTTATTTAGGGAAAATATATTTG ACATCTTTTTCGCATGAATTACATGACCGGGTAAGTTCCTAATTAATGGGGATCAGTAAA TTCATTTTTCACTTGAGTCAAAATGCACTAAAAAAACACTGAGAAAAAGTAGTTGGTTTT AAGAAATTACACTATCCAATAAAATATTCACTTCCAATAAAAGAACACTGTCCAAAAAAA ATTATTACTCTTATTTAAATTTACTTCAATACTTTACTCAGTCTCTTTCGTTCAATTTTT TAATGTTTTATTATTATTTGTTCTTCCATTCTTCCTCCTTTTCAGGAGAAAAAAAATATA GATTAATTTAAAAAAAATATAATTAGTATTTTCTATTTTATTGATTCGTTAATATTTCTA TAAAATAATAATATTTACGATTGTAATAATTATACTTCATATTGAGGAATGAGGATAGAA TTACTAGTTATCGTGAAAGTTTTAAAACGTTTAATTAAATTATATTTTTAAATTAAAAAA TTTAGATCACAATAAGAAGAGTATTTTTAATAGGAAATGGTGTCTGAAGAATACTTCAAT TTTGATCGAAATTGTTGTTACCATACCAAATTTTACGGAGGATCTTTTTCCCTTTGCACT ATTTAATACTCCCTCCATTCGGTATTGTTTGTCATGGTTTTTATTTTTAGAGTCAAATTA TAAAAAAAAATTGACTAATATTTTAATTTTCATCATATTAATATACAAAAAAATTGCAAT TTATAGTATTTTTTCATATAGTTTTAGAATATCTAATTTTTTTATTTAAAATATTGAATT AATATGATTCAATTTACCTTTGAAAATTAGTCAAATTGACTTTCGATAAGCGCAATAATT TCGAATGGTCCCTATCTCTCTGTAATTTACCCGCAAACGAAGAATTCAAAAAGAACTTGC AGCAGTTATTTGACGATCAACTGATCAAACAGTCTCTTAATCTGTATCAATGATTGACCT TCTGTACCTGTACCTTTTGATGCTAGAAGAGGATTGAGACAGTGTGACTCTATGTCCCCC TTTCTCTTTGTTTTAGTAATGGAGTATAATTCATGATTATTGAAGAGCCTAATCACCAGT TCTAATTTTGAATTATAGCCTAGGTACTTAAAGATAAAACTTATTCAATTAGATTTTGTG GACGACTTATTAGTATTAGTATTATCATCTTAAAAGGGTGTCATAAGATATGTTCAATAA TTTTCTCATGCTTTTGGTTTGACATTGTATAGTTATCTTGAATATTTTGGGCTTTACTAG AGGTGAGATGCCTTTTAGATACTTAGGTGTGCTTCTGAGTTCTAAACGATTATCAATCAC TCAATTTGGGATTATAGAATATTATTATTTTATAGAGATATTATTTAATAGATAATTTAA TATTTATTAATTTAATTAGTGTTTTGGCATTGAAAAAATTGTTTAGGAATGAAATTTCAA AGAATTTGAAAAAACCCTATTGTGGAAACGTCATTCATGGAACTTAGGGTCATATACTAA TAATCTAGATTATCGCAATTTAAATGAATGATAGTAACATATTGGATGGGTGAAAAGATA CATGTTGTAGATATCATTGGAGAAATAATATTGATGATAAAATTGAATATGATACAATAC CTTTGGAACCAGTAAGGAAACACTTGCATCTAGAACACTTCAAAATTTTATGGTGCAATT AGAAAAATAACATCGAATTTTTCGGAAGCAAGAAGAAAAGTAAAAGATGAGTTTGAACTA AACTTAAATTTTAACAAAAAAAAACATGATACAATCATATTTCACTAAATTTTCTTAGAT AAATTTGTATTTTTAAAAAATTATTAATTTATAATTTTAATGAGATCATATATTTATATA GTAGTATTCTAAAAATGTATTATGTGATTTTTCCGTGGACTTAAATTGGAATATAAAAAA ATTATTAATTAAACGAGTATTAATTTAGTAAAATTATTGATTAAAACAGAAAACAGAAAA ACAAGAGAGCTTGGTATTTAAGATAAATATAATTAGTCCCCAATTCCCGAACCCTACAAC ATTACCTCTGTCTTTTTCCAGTTAAAACCCCTGCACTCCACTGCCGGCTGCCGCTTCTCG CCGTCAGTTGTCAGCGATCAGGTTTGTTCTTGCCTTGTGTACTTTGTATATTATCTCGAT CTACCAAAATTCATGGCCCAATTTTGTCACCCAAACTTTAGCTTCATTACTGACCCAAAT TCTTGTCGATATCCGATGCCTCAACTGAAAAATATGGTAATTGATGGTATATATTTCACA CTGAGTTTGAAAAATTGGACTATCCTTAAGTTTGTTATTAGAATTTGATTACCAACATAG GTCGTCGAAATTGAGTGTTTCTTTAGGTTAATACTATGAAATTCTATTACGTTTATCTTC ATTCTTAATCTACAAATTATCTCTGTTTGTTTGGATTGGTTTTTTCTTACCATATGATAT GTTACACTTTTTAAAATTATAATTTAGTTAAAAACTATTTTGATTTTAAAACTCTTCAAA GTAAATCAATCCAAATAGGCTAACTTGCTTTTTGACGATTAATCATGTTTGGGTTGCATT AACTTTTGACTTGCAAAAGTTCTAACTTATGATTTTAGACTTTAGAAACACATCATATAA GTCAATTTAAACACGCTCGATGTTTGAAGTTTCCTTTTTGATTATACAATTCAAAACTTG AGTTTAATTCAGTTTCTACTAGTTTAATATATTTTTTGATTAAATTTTAATATTGTAATA CTTCTATAATTTTAAAAATTAAAAGAGATATTAACATACATTAGTGTTTTAACATATTTA TAAAAATAACTTAAATACACAAGTATAAGTCTAATTTTTCCTTTTTTTATATATTACATA ATTTCCTTTTTTTTTAAATTTTAATAGAAGTTTAGAGATATATAATCTTCTCTCTCCTAT AACACACACTTCCCCAATATCATTCCTATTTTTTATCTACTAAAACACTCAATTTTCTGA ATCACTTTTTAAATTTTGAATTATTACTTTTAATTAAACACGTTTCACAATATTTAATAT GCAATTTTGAATTTCAAAATTCAAAAATTGCAACAATTTCAAATACTCGTGATACATAGA AAGAAGTATAAAAAAGACATGCCCCGAAGCAATGTCGGCCAGACAATAATGGTTGCTGAT GCTTTTCTCTTTTTTGGTGTATTTTAGCAACCTTTGATTTAGATGATTCCCCAATATCTT TGTTTGAATCCTTCCGAACATTCATATGATCATGTAAAGATTTTTTTCTATTTTCATCGT CCGAATCATAAATTCTCCTATTCGTAAAAGGATACATTAATATAATGTAATAGAACGATG AACAAGAAGAAAAGAAGAAGAACGGATGATGGAGTAAGAAGAAGAACCAGAGACGGATGA TGAGTAAGAAGAACCAGAGAACAATGGTAGTTTCAATTTTTAGAAATTTCAGATTTTTGA AATTCAAAATTGCATATTAAATATTGTGAAACGTGTTTAATTAAAAGTAATAATTCAAAA TTTAAAAAGTGATTTAAAAGATTAAGTGCTTTAGTGGAGAAAAAATAGGCATGATATTGA AAAAACGTGTGTTATAGGAGAGAGAAGACTATGTATCTCTAAACTTCTATTAAAATTAAA AAAAAAAGAATTATGTAATATTTAAAAAAAGAAGAAAAAATTAGAGAATACTAAACTTAT AGTTGTGTATTTAAGTTATTTTTCTTTACGATGATTTTTCTTAAATTAAAATCACAAAAA TAAAATACCTGTCGTTGCTTAAATTGACTCGTCTCTTTTTTTCATTAATTATATCATGAG ATCTGTTCCCAACTTCCAAGAAGAACAAATGAAATCTCAATGCTACATTAACAAGAGAAA AAAAAATGAAAATAGAAGTAAGGCGGATATAAATATATGTTGAAAAAAAACATAAATATG ATCACTATGAATTGATGGTTTATCCAGTAATAAAATTTAAGTTTTTTTCCTCGTGCATTA ATAACACAAGTTTGGTGCAAGGTGGGAGTGTGCTGGGAGGGGAAAAATTTTCAACACTTC AATTTCAAAAGTGTAGGTTAAAATTTTAAAATAACATGTTAATGTCCCCAATGCACGTCC TGGTGAGTTTTAAATTTTTCATTGGGAGTAGGTTCAACATGAGATATTCTGACAATAAAA ATTTGTGTTACATGTTCAACATGAGATCCATATAAGATAAAACGAAAAGCCTGATGTTCA TAGCACAAAGAATACTATACAAATTTCTTCAGTACAAGTAACCATCTGAAAAGGAGATGT TTGTTTTCCTCATTAAGCTGATTGAATTTAGAGGGAGACTAGGCTGTTTACATATGGAAA GCATCGATCAAGAATTCCAACTTTACTGCTCAGAAATTTTGTTAGACGAGACTTGAAATC GTATGAGCACGTTCTTCTTCCACAAAGAACCACCATTATATCACTGTCAACATGTAAAAC TGTGTGGTTCCTTGCTGCACCATCCCCAACAATTTCACTGTCAAGAACAACAATCTCTTT CTCTGACCACATTTTGATTTGGCTACCTATTTGCATTGTATTTGAGTGGGTATTAGCCAA AACGTTTAAGCTGATTATATCACCACTGACATCAACCTTACAGAGCTTTCCACTAAAAGT CCCCAAGAACCCACGAGTGCCATAGCTTTCAAGGAGCTGTGTCCTACCCTTTGTTAGATC AAAAGCAAGAATATTCTTACTTGTCATCCAGTAAACAACGCCATTCACATGGATCCCTGA TTTTGGAAATATTGTTCTACTTCCAAAGCACATCTCCTCAGCAATTTTCCAACAACCCTC TCTTGAGTAATATATATCAAATTCAGTTGCCTTGTCAAAATCTGTCGATGGAAAAGCACA TATAATTTTGTACTCTGCTACAAAGTTGAGCAATGATGGTTCAAATAAGAGCACAATTGC TGGATCTGATCCATGATAAGCATTTGATTTTGGTAGTTCCTTCCACTGCTTAGTAAAAGG ATTACATATGTAGTAGACCTTGTCCCCTTCACGACCTCGGCAACAAAGCAGTCCATTGGA GGAGGATTTGATGTCAACGGGCTCAGGCAAGAAGTTAAGAAATGGATCTGGCACCCCACA AGAGTTTGCGTCAATGGGTATAAGGAAAGGAGAACCCCTGTTAAGCTGGGAAAAGATGCC TGATGTACTGTTACAAGAAAGTGACTGCTTGTGGGCAAAAAGTGGAGCCGAAATCTGGAG TCTCCAGTCCCTACAAACAGCTTGGAATTTGACAGCTGATTTGGCAGGAAGGAAGGGAAG CGCATTCTCCTTGATGATGTCCTCTAAATCCAGATAAATCCTATTACTTCGTGCAGCAAG GTCTGGTATTTTTCCACGATCCATCACTGCAATCTAAATAATTGTCAAACAACAACACTA ATCTAAATATAGAATTATTTATTTGAAATACTCAATTTAGGACAACTGGAATCAAAAGTT CCATTTTTCTCCTCCCAACATTATAATTGTTAAGTAGGCAGATGCAGAAACTTCCAAAAC AAGATTTCATACCATGGAAGCAGAAATTTTCGGGTAACAACAAATGCTAAGATTGTAAAT GGAGCTTGTTGATGACTAGGAGAATATTGCATTTTCAAGTTGGCCAGAAATATCTTTGAA ACCATATTTTCCTAAGACATCACAATGAGGGTGAATATCACAGTAAAATATAATAGAGAC TTTAATGTATTCAATTGGACCACTAGGCGGTCATTACGTGAACATTAGTTATCAGTCACA ACTTGGCATTTCCATATCTCATATTTCTTACTCAGCAATCACTAGACAGAGACCAAGACT ATCTAAGGTAAATACCAATAACAAAAAGTAGAAAGGAAAATCTAATTTCAGTAAGGATCC ATCGTGTATTTGAAAAAATACATAAGATTTTGATTCTAACCCATAAGAAGATGGAAAATT TTTGAATCATCAGCAGTAATCATTCTGTCTGCCACATATAAGCATGGCTTAGATATCAAA CTTTCATGTTACTTACAAGACAACAACCTACTGATTACTACAGGAGGAGCAGAACATTAA AGACTAATCAGGATCAAATTTCACTGTATGTTCTAAAGAAAAAATATGGAATATGCCCAA AAACCACAAAATCTTGTTTAGAAGCCATAAGAAGGAAGGAAGAATGGATTATAGTCACTG ATGATTAAGACAGTGCAACAACAGTCTCCTTCTTGTTTTTTCAGTCTTCAGTTACTAAAG ATAACCAAATGCCTCTAACATCTTGAGGGTTCAGTTTTGACTTGCTTTAACTTGATGCAT AACCAGTCCAAATTTGACCAAATCTGCCCACCATTTTACACCTCTAAATTCAGTCAAGAT TGTTGCTTTTTATTTTCTATACAACAACAACACACCCAATGTAATGGGATCAGAGGAGGG TAGAAATTAAGACACACGAACCACTTACCCCCTACCTGGGGTAGGGAGAATATTTCCGAT GGACCACTGGCTCAAAAAAGAAGTTATGATGCAAGAAAATAATTTTCTTGACATTCTTGA AGATCAAATGACGATAATCTCTTCCAGCAATACTGGAAAGACGGTACTCTATATGAAATA TATCTAAAAGTATACTTGATGAACAACATAACATATCAACAAAACGGTCTCTCAAGAAAA AAACTTATAAACTAAATTGGCATAGAAATCTCAAAAAAAAAAGAAAAGAAAAAAGAAGAA GAGAACAGATTGCGAAAACTAGAATATACAAAAAGCCTAATCTGAATATCACAGAAAAAG ATAAGAACAATCCAAAAAACTCTCAAATTATGGTGCGATCAAAGCGAAACATCCCAAATT ATTATGAACTGTAAGCACACGCAAAACCCTAAATTGAATGATTTGGAAAATAAGAATCAA TACCTGACTGAATCTTCTATCAAGAGAGTAATTCAATAATTGTTGTTGAGCAAGAATAAT GGATCCCGCTCATACTCAACGCTCAACTCTTTTATACTGCGAGACTCGAATTAAAGACTC CTTCGAGTTCGTTTTTTTAAAAAAAAAACTTTTCTTTCTAAAATAAATAAAATAAAATAT TAGAGTACAACAGAACACATGCTCTCTATTTTTAAGATATTGCATCCCTCAAAGTTTTAA AATTAAACACAATAAGTACATGATTTAATGATAAAAGATACTTTCAATTTTTAAAATCAA ATAGTTACACGCTTATTATAATATAGAAATTATACAAAAGTAAAATAATTTAAACAGGCA TGCATTCCCTGTTTATATGACTGCTATTTTGAAATATCTAATGATATTCTTACTATAAAT TAGGATTTATTTTTCAATATTTAGCTGACTAATATTTAATAAAAATGTTTTGATAAAATT ACATTTATCAACGTAATTCCTGTATTAAATAAATAGTGAAAAATTATGTTGAACAAATAA AATATTCATTGATGTTTAATTAAAGTCAGATGACTTTTAAGTTATAAAACACGAATTCTA TCCTATAGTCAGGATTATTTCTTAGAGATATGTAGAGTGGAAATGATGCTAGTGGCGAGA TGACAATATCGAAGTGAAGTTGCGTAATTTTCCGTAAAAGAAAAATTCAGTCACTCTGGT AAAATGACGACTACTCCACTTGGCATATATTTCATGGGAGCTTCCAAAGCAAAAGAATTA AGCTACTTAGGAGCTTTCAAAACAAATGAATTTAGTTTCTCACCTGCTACTCAATATGCC AAATAAAATTAGAAACCTAAGATCTTCTTTCTCCATTTTTATATCAACAAGGCATGAATA AAGCATATATATAAAGGCGAAAAGTTATCACCAGCGGCGCTCAGTACTCCACACCAGAGA GTGTTCCAAGCTATATGTGTTGGGAGAAGAAATAGGATATTAGTATCACTATCATTGTAA CTGTGGCTTATTAAGAAACTATTATGAGGAGGAGAAGGGAAATAAGACTTCATAGATGAT TGAGGAAATGTCCATTTAAGCATCTGGTTGCTCAAAGCTCCACGAGAGTACTAACTGAAA TTTATGCGAGGCCTTTTTGAATAAACTATTTCTCCCTCTTATAGGCCCCCCATCTTCTAA CCAAAGTAATTGCTTATTATCCAGCCACATATGGCTCCTCATTCTAACTTTACTTAATGA ATCCTCTATCTACATGATTATTATATGCAACCTTTTGTGGTAGTAGCGCTTGAACATTGC AAAAGAGCCAGGTGATACAGCAGGCTGGAGATTCAGAACACTGAAGCTGAAGTTGCAGTT GACACAGGTGATAACAGAACTGGCTGACATCAAAGAACTAGAAGCAGTTTTTGCTATTCG TGAAAAGGTGAGATTTATATTATAAATCAATCTCCATTTCTTCAGTAGCATTCTGACTCT TATCTGTAGCTGATTTAACACCACCTTCAGCAGGAGCTTGAGGCTTCCAAAATGGTGGTG GCCAAGATAATTGAGTTGTATTAATATTATCTTTGCTGTCGGAGTCCTCCTTGCCTCTGA TCTGAGGAGATATATCTAATGAGTCGACTGGTTTAACTGGCTTGTCCCTCTCAGATGAAG TTCCCTCAACTATATCAACTCTCGGTGTTGATGAACGGCCTGTAGCAATGGTAGCTGAAG GAAAAGCCTTCTCTGGTGGAACAACTGGTTTATAACTTGATGGTAGGAGATCATCCCAGT TCTCCAAAAGCTCCTTGTACACCTTACGAAGAGTAACCTCAGTTAGTCCAGTCACCTTAC ATATTTCAGCCTGGGTCTTCCGCTTGTCCTCTAGTTGACATGCCAAATATATAGCAGCAG CAGAGATGCTAATTGGATTCCTTCTAGTGCAAAAGCATTTATTGATGATTACTTCACCAA TGTGAGTCGCCAGCTCCTGATGCAATGGTTGTGCAACATACAGTCAAAAGATTTAGTAAA TACAGAGGAACGTAAGTAAACTAAACAATAACTTCTTGATGAAATTGAGTAAAAACATAG GACCAACATGACATGACTTATTCGCAGTCTCAAACAAATTGATTGGGAAATAGAGTTTTT ATCGGCTATTGATTTTTTGTTAATGGCAATAGTATATACAATTATCTAAGTTAACTGATT ACTAACTTCTGAATGAACCAGTTAGGTACCTGAGCAGATTTATTCAGCTGAAGGAGTGTA CAAAACCTTGGCATATGGACTGATATAGAATTACTATTGATAGGTTGACTGAGTTGTAAC GCTTCTCCAAGAATCTTTATGTACTTCCCGATTTCCTTCTGAGGTAAATTGGCCGCAACT GATATTTCCTAGTTATCAATTAATCCAAATTAGAAAAGCACAGAAAAATCAGAAAGTTCA TGGAAGTTTTTTTATGAAATGCATCTCAGACTACCACTCAGTTGCAAAAAATAAGCATCC AGTGGAAGAGGCGAAAAAAGCCAAATGTTCAGTTGACCTACAATTGGAAGAATGTCTGAT TATTTCAAATTAAACATGGTATACAAATTACAATCAACAACCATTGACAAAGACACACTA GCATAATATAAAAAATGACAAGTTAGCAATATTGAGACCCCTCTCTCTCTCTCTCTCTAG CTCACTTACTACAAGAATGACAATTGACAATAGTAACACAATGGCAGTACTTCACATTCA ATACATGAATGTTGCTTTCCACATTGTCATTGCTATTTTGAAGCACTGTTCTATTTCACG GAGTATATGTTTAAAATAGACCAAGAAACAAAATTCAAATTGTGAGCTTAAGGTTATTGA CCATTTACTTGGGTTTAAGTGCAATCAAATGGGTAGTATCTCTAAACCACTTTAAAGTTA GCAGCAAATTTATTGTTGATGGTCAATCCCAGGGCATATCATCGATGCAACTATACTGCA ACTCCAGGTTCGGCACACTAATAAAGGAAACAAGGAAAGGGAAGAGGAAAGAAGTACAAG AGTTCCCTCATAGAAAAACACAGGAAAAGAACATTGGGTGGGGGACTGGGTGAGGGGGGG GGGGTGAGGAGGAAGAAGTTCCCTTACAGCCCACCAAAAGTTTCCTGTCTTTTCTCTTCT ATTTCCCTCTTTGTTCTTTGTTTTTTCCCTTCCATGATTTTCTACATATAGGGTATCTTC CACTTAAGATAAGAAAGAGGAAAAGTAGTAAGTGAAAAAGAGAGGTTTGGAGAAGGCAAA AGGTTATCAACATTAGAATAAACCCTAGGATGGAAATAAGCTTGAACAAGAGAACAAGAA AGGAAATAGCAATACGAAACAAACTACAATCACAAAGGTTCAGCTGAATCAGTTGGTGCA CTGAGAAAAACGAAGTTACATAGCTGCAATTACCAGTGTTGTGAAAGGCGATTGCCTCGT CGCCAATGGCGAGAGGCGAGGCGACCCTTCATTGCTTTTTAGCTTTGTGGCGAGGCCATC TTCGACAGGCGACGCCATTACGACAAAGGCGAGAGGCGAGAAAGGCGTCGCATTTTGTAT TTTCGTTAAAAAAGGCGACAAATTTAGGATTTTAAAAGCTAAAAGGTACATTTAGGGTTT TCGACTACACTCCTCCGACGGCCAGCCAGACTTCTCTGGCAACTCCAAAGTCCAATCAAT ACATATTTCTTCTTTTCTTCTTCTTCCTCAGTTCTTTTCCTTGTTCTTCCTCAGATTTCA GAGTCACTTCTACCTCTGTTTTGACTTATATTCTTTTTTTTTCTCATTCAAGTTCTAGAC TTTTAACATGTACTATCTATTTTGAGTTTTTGAATTGAAATATTAGCTAATATGTTATTG CTATTGAGATTTTTGGCATAGTATTTATGGCATCCATTTACCAATTTAACATACCTGGAG AGTTCTCGGCTCTTGGGCTTCCCTGATAGCGTGCACAAGAGCAGCAGTAGCAAGCGCTTC AACACTCCGATTCCTTAAGCAAGTTGCTGAAGAACAATCCCTGAAGAGCTGAAACGCGTG GTCCGAAATATCAGAATCCAGTCGCAGAATAGAAGCCACATCAATAATCTGCAAATAAGC CCGGAGATTTTCCACCACGACAGAAGAAGAGGACGAACTGGAGGAAGTTGACGTCATTTC GAGGACCCGCTCGAGCTCTGCAAGGTGACCGGCGAATGAAATGGAGGATTGGGCAAATAC TGGGTAGGGTTCGAGAGACCAAGTAGAGAAAGTGGTGATGAAACCAGTGGGTTCAAATGG GTCTTCATCGTCGTTAGTGGCGGAGATGGGAAGAGTGGGGAGATCAGAAGTAGCCAGGCA CAGAGGAGAATCTTGGGCACGGGTATGAAAAAGATGGTGGGATTGGGTTAATCGCTCCTC CACTACCCGGCCGCAGGATGTGCACTCGGTTATCGGTCTGCCACTGGTGCTGCTGGTACA CCGCCCTTGCTCCGCCGAGCAGTACGGACACCGCATTTTTCTGATTTCAACTAGCTAGGC GTGGGGAATTGCAGTACTGCTCCTGCTGGACCCAATTATTTGTAGAACAGTTTTGGTAAC CGGTGCTGTAATATTTAAAGTTTTGTAATCGAAAATGTGACTAATCATTACCATTAAATA TGACTTATAAATTGTTATTATCCGCTCAATTATAAATCACAAATACTAAGCATAATTTTT AAAAATCACAACTCAACACAATATATAAATAATACTCAAAATTTGATTCATAATAACTTT TACATCAATAATAATATAAATAAACGTTTACATTTTCATTATAAATTTAATATCAAAGTC TCAATAATATAAGTTTTTGTGTTTTTTTATGTGAACAAATACAAGGCTATTTCCACTATT AATAGTAAAAATTATTTATATTTTCATTTATTTAAATAACTAGATATCATTATTTTGTGA TTCGATCTTAAAAGTACTTTTAAATTTGGAGAGGATTAAAGCAATCAAGTACTTCTATAA CTTCTTAATGATTTGGCTAAATATATATTGCAATGATACTAATATATAAATAATAAAAGT TACTATATTGGTCAAAAGAATATTTATCAAAATAGTTAATTTTGAAATAATAATCTAATT TTAAATAAAGATGGAATGATCATTAAATTGATAATTCTGCTTCACAACAATAACGGAGAA TATAATAAAAATACAATTCAAATTAAGCAAAGTACAAATAAATACGTATAAAAAGGGAAA GGCAAAAGGAATTGCAAATGGATTCCAAACAAAATATGTGAAAAACACAGAAAGCAAACA TTATAAAATCATACTTTATTTTAATTTATCAACCAACAATAATAAATATAATTCTAAATT CGTACTCATAAATATAATTTATCGTTGTCATTATATATGACTTACACGTAATTATTATCA ACACAATTAATAAGCATAAATCACAACTAGTAAATATGACTTTAAAATCCTAACTAAACA CAACATAAAAAAAATACTTGAAAATTTTAGTTTATAAATATATTTTAAACCGTAAAATTA AGACCAACCCTAAAAAAATGCATGGCATACTCTCTCACATATGTTAATCGAAAATTTAGT GTCTTCATTCATTATTAATGATCTGATCTTTAAAATATTTTTAATTTTAAAAAATCGAAA AACAATCTACCATTTGAAAACATTCTAATAATAGACTAAATATAAATTTCTATATAATAT TAATATATAAATACTTACTATATTGGTCAATTGTTTTTATATTTATATCAAAATAAGTAA ATTTTGAATATTACAAGTAAAAATTAGTGTGGCCATGAAAATAGATTATCCAGGAGAATC CCAGAATAGAGATGCAATCAAATTCAAATAAACCAAACGTACATATAAAAGGGAAAAGGG AAAAGGCAAAAAGGAATTTTATTTGTTCAAAAAAGAGAAAGAAGGAATGAGGGATGACGA TCTTCCCATATCAACGCCAACAGCACCTTCATCGTCGTTCACGACTTCGAAGAAGGAAAC TTCCTATTTTGCCATTTTCGGTAGAGGTCGTTATAAGTTTTGGGCCTTTGCCGCTATCTC ATTGTTAGCTTTGTGGTCTATGTTCACCGGAACTGTTACCCTCCGTTGGTCCGCCGGTAA CCTCAACGCCATATCCGATGACATCGACATTCCCCTCCCCGAAGATCTTGACGTTCTCGT CCGTACATTTCCCATTTTCAAACCTTTTGTTTTTTTAATTTATGTCGTCCTATTGGAAAT GCTGGGGCTAGTTTGGAATTGAGTGATTGGATTACGTACTTATTAATAAATTGATATTTT TCATTGGTTGATTTTCGGAAATTGTTATGAATTTTTGGCAGGAAATGGAAGAAAGGGAGA AGTTAGTGAAGCATATGTGGGATGTATACACAAACAGCCGTGGGATCAAATTGTTAAAGT TTTGGCAGGAAGCATTTGAGGCTGCCTATGAGGAGTTAGCCAGTGACGTCCCTGGAGTCC CAGAGGATGCCCTTTCTGAGATTGCTAAGATGTCTGTACGCTACATTCCTATTGAATCAC CACCTCTTCATTCGTCGGTTAGCTCTCTCTTTCATTTTTGAATCCAATTCTCATGGCGAT TTGGGTGTTTTTTAGACAAGCAATAAGCCTCGTAGCGCTCTTGTGATCTTTACCACTGTT AATTGATTGTTACAATGTGAATTGTCATTTTAACGGTGTGCTGATAGAAGCTTTAACAAC AATAGCAACCATACTTCAAAGTCTCTGTTTGATTGGGGTTTACTATATAGATTTTTCATT TTTCGTTTTGACTCGATTTGTTCATGTTTCATTTCAATACTCTTATGATTTCTTTGTAAG ACAAATTTGCAGCTCTCTAACCCTATTGTATTTATCTTACTTTTATACAAATCTCTAAAT GTATATAGAAGATGTCCAGCATACTCCAGACTGTAAGTGTATCAACATTACCAAGTCTTA ATCTCGACTAGTTGGCATTGCTCAAATGATCTTTTGCTTTCATTGTGTTTTGCTCTTCAC CAAGTCTAGCTAACTTTCTTCCATGTGATTTTAGGATTACCTCATTTCCTTTAAAATAAC TTCAATCATTATTTGGTAATGCTGACAGATCAGTGCACTTAAAGATCTACCTAAACTCTT TTATGAATCTTTTCTTTCAAGTGTCCTATTTTAATTCTTAGACTTACTTTTTCATGTATT GCACCATTCTCTTAGATTACTAGGCTAGATCTCTGAATTGTGTGCATTTAGACATCACAC CTGTTGAATCTCAACTTCATTTGTGCTGGCAGAGTTTATGTAAAAAAAAATAACTAGAAT TTGCTTGTATGTTCCCCTTGTCATCTTTAGTTTCGTTATTTTGGCGATACTATATACTTA GAATGTTGCAAATGCTTCACTTGTCTATCATCACTCATAACAATGAATTTTAAGTAGTTT TTCCTTGAACTTTAAGGTATATGGTAAGTCCAAGTCAAAGGAAACTGAAAAATGCAACAT AATTTGGTCTATATTCTTTGCAATGCAACTTTTAGGTAGTTGCCATTTCTTAAACTTTTC ACAATCCACTAACTTAATCTGATGGTTGTGTGAGTTTATTATATTTAAGAAGATATCATA ATGAACTGAAGCACATTGGGAAGTATACTTTTCTGCTCTTTGGCTCACAACTATCATAAT GTCGACTTGGTCAGAAATAATACACTGAGTAGACTGTTCTATTTGGTACTTCTTAGAAAA AACATAATTTGTTTCAGATTAGGTAAGGTAGTATTTGACCTCTACACATTAAATATGAAT TTAATACTGAAGTTAGCCATTTTGACTAAAGCATCTCCCTGATTTATTTAATTCTAATCT CCTTGGATGCTAAATCAAATTTACCCAATAAACTGGTATCTGCTGCAATTTCGTAAGTTG ACTTTCCTGAGACAGTCGCTATTTCATATATATATATATATATACATGTACACGTAGAGA TAGGGGTGGGCATTCGGTATTTCGGTTCGGTTCGGGTTTTTTTTCGGTTTTTAGTTTTTG TAAATTGCGTACCGAATACCGAACCGAAATATTTCGGTTCGGTTCGGTTTTTTAATGGGC CTGTTTAGTGGGCTTTTTAAAATTTTAAACTTAACAATTTTTTCAATTTTTTGTTTGATT TTTCAACTTAATGGACTTTGATATTTCAACTTAGGGTTTCTTATTTTTTTTAAAAAGATT ATTTAATATTAATAATTATTAAATATAATATAATTTATAAATTATAATATAATATTTCGG TTTAAACCGAAATACCGAATTCCAAAGTAACATGTACCGAAAACCGAATCGAAATATCAA AAATACAAAAAATTAAACCGAATACCGAACCGAAAACCGAAATACCGAAACCGAAATTCT GAAAAATTTCGATTCGGTTCGGTGTTTTGATTTTCCGGTTTTTATGCCCACCCCTACGTA GAGAGAGAAGTTCCAACTATCCCTAACTGACGCTGGTAGGGAAATTTGGAAATTCTCTCC CACGTCACGCTAGATTATGATTATGGGCTAAAATTCAACAGCTGATGTCACCAGCCCATA ATGGAAGATTTTTCACTATTAGTATTGTTATATTATTATTTCTAGTTTTTAAACTTGCAC TACTCTTTTTCTTGTTCATTGTTTGCTTCTGGGAAATGCTTTTCTTTTTGTAATGGTGGT GTCCGAGCAAGCTTATGTGTGTCTTGACTTTTCCACAGGGTACCTGCTACCTCCCACCAA CATAGGTACCAGGTTGGCTTAGGCAAATGGGAAGCTGGGATTCATACATGATACCTCATT TTCTAATCCCACTTCGCTGACCATTAGGCAATACCCTTGAGTTCCACTTTGGTGCAATGT TAATGCTTACATTCTATTTGCTTCTTAATTTGAGATTTCATTGATTACATTTTATCATTA ATGTGGCGATATTCTACAGCCGCAAGTTTACTAGTTTTATGTTCTGTGTTCCTTATGGTT GCTTCCTTCGACTATTTGAAACCATCTAATTGTGGTTTGTTGTGTGGACCCATTCATAGG GAGAAGTGTTCTCAGTAACTAGATTCATGAGTTGTATTTTTAGATAACTTTGATATGAAA ACTTATTTTTCTTTCTTCCTTGGCTAGAATTTACCTGCATGTTGACTGTACTTGGCTATT TTGCTATGTTGAACTTTAGCGATTTGCATATGGAAAAGTTTAAAAAAACAGTCCTCCCGT TCCATCTTGCTTATTGAATCACATGATAGTGTAAATCATCTGTTGTTAACTTGTTATTTT CGATAATATTGGTGATAGGTCTACCATTTCTGTCTTTCACTTTTACCATCAACATGAGAT GATCTTCTATAATTCGTTTGCTCCAGTCGAAAATTTCTCCTTGTTTACATTGACAAAATA CAACTTCCTCGTTGGAGCTGATTGGACCTGATAATAACACAGTTCTCTTTTCGACTTTGA TGTGCGTATTCTTGTGTTATTTCTTTGTTTTCTCTGATGAAGCTTATGAAATTTCTTGTT GCTCCATATAAGAGTTGAAGAAAGTTCTCAGTATTTATATATGTATGTAATAAAGAGTTG AAGGGAAGTTCTCTTTGCCTCTTAGAGGGCAGTTTACATGAAATATGCAGTAACTTCCTA TTAAGTACACTGTGATAAAATAGTAGCTTTTCTTTCTGCAACTTAATTGGTCAAGTTGGT TGGCGTGAAACACGATAGCCTAACAATATTGTGCCCAAGGTTGGCAGGTGATGGATAATA AGATGTTCCGTTTTTCCTTTCTATAGGCCAATAACTTTGGCTGGAAAAACAACATTCTTT ATGGCTGGATCTCTCTCTTTAGCCTCTAACGTGCGCTGATTGTTGCTGCTATTTTGTGTT GTCTTTTGTTAAAAGTTACAGTCAAAGATAACTTTCTTAATTCCACCCAGTTTGCTCTCC TAGATTCTTGTTATGTTGTGATTGTTCCTAATGTTAATGATGCGTTTTGATCCCATTTTA AACTATTTCAGGGAATTCGTGAATTAAGTCTAAGGCAAATGAAGAGGGAGCAAACAACTG CAACAGGGAGAAAGTTATGACTTGGAGAATATCAATCCCCATTTGTGTGGTCACCGCTTT TCACACACATGAATGATAGATTTATCCCATCTGCTGTCTGGTTATTGTGAAATAGCATTT GTGAAAAGATTACACTGTCAGTTCATTGCATTTTTTGCTGTTAGGGAAAAACTAGTATCT ATTTAGGATTTCATACTTGTAAATTTTTTCTCCTCTTATTTTTGAAAATCACAAGTTCGT GAAAACTCGAAAAACGTCATGATTGGATTAATTCGTGCAAAAAAGACGATCTATATTTGT TGCTATTAGTTTTGCGCTGAAATACAGTTTTGATAATAGACATGTTTTGGGCTTGTATTT AAATTTACTGATGATACTCTTATCATATGTACATTGTGAACTTTGTGTTTTTTGTTGTAC GGTTTTGAGAGAGAATTTGAGTATTCAGAAAGTAAAATCATCATATTTCCAAACTTTAAC TTTTTGATTTGATTCTACGTATATAACCGCTATGTCCTCGGTAAGTTCTTAAGTTCTCTT CATGAAGCAGCAACCCGCATGTCCGTTCTTGATTTTTTAATTACATGTTTTAGGGGAAAA AAAGAAATAAGAAAAGTGATTGATTGTTATGAAATACTAAGCGCTTCAATGTGGAAGAAA GAATTGTATTCGGACGTGTAAGAACAGCACAAAGCCACAAATGTTTTGTTGATAGTAACT GTGATCTTCAGAAGCTTAAAATATGTATATAGACGATGAGTTCAAATGTATGTGCTCTTA AAATACGTATTTTTTTGTATATGTATACATAGACCGAGTGGAAAATTAGGGTTCAATTCA ACGCACTGAGCTCGTCCTAGGTCCTAACTGGTATGAACTACTTCTTCCATTATTTAATTT TCCGAATGTAAGAAAGTTAAAGGTTAATATATGTAGAGGCAAAGAGTTGTTATCAGATAG AAACTTGACAAATTTCTCTAATATATACTGCTCAAATTAGTACAGTAGTTTTTTCTTTAA AGACTAGGAGAAAAAGCTTTCTGTTTGTGTATATACTGCAAAATTGTGTTGAGTATGCTT CAAGTATATAATTTCCAAACATCCATTCTAGACTCGAGAACGTTCTTTATCGAAATCTGA AGGAGGCATGAAGAAATCAGTCGTCAATCTTCCAACATTAAAATCTACCTCTTCAATTTT CCATCTTTCCTCCAGCTGCCTCTTGTGGTTTGCAGAGTGCTCACCATATCTGAAAACTGT AACAAAAGTTTTGCCACTATGTGCAACATTAACTCCTTCAACATGCTTATAGTCCTCCAT AACAGATTCTGTGCTAGTCTCCCAGAAGACGCCCTCATCGTCCCTGCTGGTCTTTACTGT TAGCAGCCTGGAATCCTCAAACTTGATCATTAGACCTGATCTTTGGCTGAAGTATCCCCA GATTGTGTGATGAAGTATTTCATAATTTGGACCACTTTGTGCCTCCAATGCTGCTTGGTT TGTGTCTAGTTTGAGAATGAAACAGTCCTCTTCGTTTATTATCTTCTCTCCTATGCAGAC TGCATTCGCAAACAAGTTTGATATAGATCGAGGATCTAGTCCCTACAACAATAGCATATC ATCATTTAGCTACCAAATACAACGTTGATACTACACGTAATTGAGAAGTGATTTGAAAAC TCAAATGACTGGAAGGCCAATTTTCCGTCCCTAGAGCAATGACCAGTCATTTGTATTTAG TGACCAGTCCGTGCAGAGTTGAGTTACTTGCTATGACAGTTTAAGCTTGTTTTACCTGCA GGAAGCGGCGGAGAGGTCTTGGAGGACCCTTGGAGATAGGCCTAATTTGATTAGAAGATT GTCTCCATGAGATTTTGCCATTACTACCAGAAATGACTTTACATCCGGAGATAAGTAACT CTAAGCACCAAAGGTCAGGATTCTTTTGCCAAAGCACAAAGCCTCCGTTTTCGTCACTTT TTCTCACCTTCACACTTTGATCACCTTGATGAAAATCAGATCCAGAAATTTTAACATGCC CAATTACACACATACTATTCACTGCATTTAACGCTGGTTGTCCCCCTGTTGCTGCTATGT ATTGTTGCAATATGTATTTCGCTGTAGACGCTTCCTGCACATCAATTTCAAAAATAATTA GTCGAGATATGTATCAGTAATTATAAATGCCAAAAACTTACAATGGAAGAATGTTTGACA GGACGATTAACGGATTGGCCCAATTGGATCTGGAAAGGGATAAGAGGAGATCCCACCATA TAAAGTAGAAAACTAAGTTCATTATAACGAGCAGCAACAATAGGTGAAGACCATTTATCA GATGTTTGAGCTTTCATCCATGTTGCCATATTTTGCCATCTAAGTGCTGCATTACTTCCC ATGCTTTTGAACATTTCATCTGGAATTGGAACCTCCAGCACCGTCTCCAACCCATCTTCT TTATCAACATTTGGACAAAGTATCCTCATGTAAAAATTATTATTTAACTCAAGACGTATT TTACCTTATGCAAAATTTAAACTTACTACTTAATTTTAGCGTGAATTTAATTTCGAATAT CAAACGAAAGAGAAAAGCACAAGGCTGAGAGATAATGAAGGATTGTTATGCAAAAACAAC ATTCTATTCTATGCTTTTGTTTGCCTAAAACAAAGTAGTATTTGAGGTGGGCAAGTTTTT GCGGAGAGATTTTTATAAAAATATATTTCTAAATTAATTAAGGATTTAAGGTTCCCCATT CTTTTAGCAATCGTGCGGCCAACATTTTATCTAATTTTATTTTGTTTCGTATCGACTAAG GACCATTTAGAGCTTTAAAATTACAAGTGCAATAAAAAATTTTAACTTCACAAATAGGAG TGAAAATACATGATATTTTAGATTCTTTTGGCTCATATTTTGGAAAAGCTTATGCACAAA CATTCATTTGTATTGTATCAAAAATGGCTTTTACTAGATAAGTATATTTTTATTTATTTA AAATTTGTTTTTAAATTAAAAATCATATAAGCAAATATTAATTTAAAAATTAATGAAATA GATTTAGTGATTTATAACTAAATTTGAATTTTGAATTTAAATTTAAAGTTAAGTGATTCT ATGAAAGAAAAATTCATATTTTATTAATTTTGTGTTAAAAATCAAAATTAAATGAATTTA TGAGAAAAAAATTTATAATCGAGTGACTTTAAAAATAAAAATTAAAATTGAAGGAGTCAC ATATAAAATATTATCTCAATTTGTACTGTATCAAGAACAAAGTATTAAAGACTATTGGGA GAAGAAATATTATGTGTGAGATTATAAATTGAAAACACTTGAAACAATTGAATGTAAAGT AATGATAAAATATTTCTTCATTTTTTAAATTAGACAAGTACAATGTAACCTCACTAACAG GTGAGACTATGAAATATTATAATTTTACAGAGAAACTATGTAATCGATAAACTTATACTT ATTAATTTAAAAAAATGTTTTGAGATTTAATCTTGTGATGCTGTAAAAATAAAAACGTTC AAGATGTATTATCGCAACATATTTTATTGTATGATATTTTAGAGTGCTACAAAGTGCGAC AAACGGATCCAAAAAATATTGCTATCAATTTTGCAATCCTCGCTTGGACAACAAATGTTT AAAGAAAGAAATAATAGCAAATTATTTTCAACATTGCAAAAATTGTTGGGAAAAATAAAT CTTAAAGAATTTGAATGAACCCAGTTGAAATGTCATTCATGAACTTGACATAATGATTAA TTATCTCAGTTACCATAATAAAATCAACGTCAACAACTTGTCGGATTATCCGGATGAAAA TGATACACGTTCAGAGGTTTAAAGCTTAATAGAAATTGAAGATATAAATGTTGATGATGA AACTGAAGATGATACAATACATTTGGAAGAAATGACGCATAAGAAAACACTTATAGCATC TAGAACTATTCACAATTTTATGATTCATTTAATAAAGACAACACATGAACTTTGAGATAT AATAACAAAAATTAGAAATGAACTTCGACTAGAACTAAATTTTTTTCACTTGATCACTTT TAATACATTTATAATACAATTTTAATACATATCACAAAAAAATTATTTATTATTCACATA AAATACAAATTTTATTAATGAATAATACATTTTTCACATATTTTATTACGTTGATTTATT ACCAAACAAGCATAATATATTTTTAAAAATAATTACAAACACATATATATTACATACATA ATTTCACTTTTAATATATATTGTAGGTTAACATAATGTTGCTATAAATGGTAATAAAGAA AAAGTATCGCTAAAATCAGTAATTTATTTTTTAAAATATATTAATTAATGTAATTTTTCC TTTATTTTTTACATAAAATTTAAAGTTTGTATGAATATATCATTTTCTCAATAAATAAGT GTGCAAATAGAAAATTATATTTACATTTGCTATTATTAACGGGACAAACATAAAATTATT CAAACAACATTTTTAGCTTTGCTTTTAGTAGCGGAACAAAATGAAAGCACGTTTCATATT TTTCGTCTTCGTTCGAATGCATATAGGAAGAATACACTGAATCCTATTAAACTTATCACT AAATTATATTTTGATATTTATCAATTGTAATTTGTTTTAATTGAACATTTAAACATATAA TAAAATGTTTCATTAGATATTTTTGACTCATATTTTAAAAAAGTTTTTGCACGTTTTCAC AAACGATTATAAATGAGCTATTGTGCATCATTATATTAGAAATTAAAATATTGAGCGCAT GAAAATTAATTAAATGACAAACTTATTTGCATAATGTATGCACTTCAAGAACAATTAGAT GAGCTTTTTTCAGCATTTTAAATTGGATTTGTCTAATATTAACATTTTATCATATGTTCA GGCAGTGTCGGAGCCACATGTAGTGAAACGGTGTCGATCGACAATCTTTCGTTGGAAAAT TACATTATGTAGCTAGAATAAAGATATTTTTTGTGTATATATATAGTACAACATATTGAC ACTCCTTGACTTCTACACGATTTTATTTCTTTAGATTTTGACATCCTTTAAATAAAATTC TAGCTCCGTCACTGTGTTCCACAAAAATATGTCTTAGTTCGAATATCTAATTAAAATTTA CTGACAAATTTAAGAAATTATCAATGGTGAGAAAATGTTAATTGACTAATGGTGTTATAT ACAATTTGTGTTGCAAAAGGCTCTATTGTGTTCAACAATTTGTTGGTTAATAATTCACGC CTAGTATAAACTATAAAGCTAGAAGTACGAGGATAGTTTTTTGGATGTCCATGAAATGTA AGAAAGTTTGGCAAAAAGTCATACTCAGCAAGTGTCCTTTTATTTCAATTCCCATACTCT TACATAAATATGGACCAACACGTAATAACCTACACATCACGTGACTTGATTTTAACTACT CATTTCTACTCTTCATAGTAACACATGCAATCCAACTGACTTGATTTATATTATTCATTT CACCGTAACAAAAATATCATTAGTGATATTTAATTTTTAAGCAGTAATTGTCATTCTTTG TATATGTTCCTAAAGTTTTTAGCAATATTGGTTCTAATGACACTTAACTAATGTCGATCA AGACTTTAGCACTATTTATTAGTGTCAACATTTAATGCCGTTAAAAATTATTTTTCTTTA TAGCGTTTGTACTCTTTCTTTTTGGTTTGCAGAAGTAGTCCACTTCACCTAATTGACAAA AAATAATGTATTTAAATATTACTAGTAGAAAGAAAAAGTTATTGGATTCTACTATACATC TTCATCCCTTTGTTTTAATCTGTTTTCTATAAGGTAAAGTAAAGTAGATAAATTTGATAT AACAGAGTAAATTTTTCTGAAAGTATGAAAAATATTACTAGAATGAGTGCATATATGAAT TAAAATTCATGTAGTAAACTCGTGCGCACCTTACTAGCGCAAGTACTTCACAACTGCTCA TACTTGTGGTTTGTCGCCAGTAGTAATAGTGACTGAGCTACTCTTTGTCCAAAGAATGTT AATTGACACTCCTCCGTATATAAAAAGTTTTTTTTTTAATTTTTTTTATTTACATATATT ATTCTTATGTCTAATATTATGTGATACTTTTTTTTTTTTAGTTTGTTCCAAAAAGAATAT TACTTTATTATAATAGGAAATAACTTATCTTTTTAAATTTTCACTTTTATTAGGCCACAA GTTTCAAACAAATTCATTTTTTTCTTCTTAAGTTAAGTTAAACATTGCCACACATAAAAT GGGTCGGGGAGTATATGTTTTATTTTTGTGATGTCTCCATATGCGTTTAGATAGGAAGGC ATGATTATCATAAAAGTGTAGAAGATTGATAGGTCGCTGAGAATTGTAATATAGAGCATT GCATCAGTTGTAGACTCCTAAATATTATATTCATGTAGTGTTTGACTTTTGATATTTGAT ATCATTTTTGATTTGTTATATTTAGGTGATTGCCCTTCTTCTTATTGTAACATGTTCCTG GCATACGTGCTCCGTGTTACTTTGCTATTATTTGTCATATTTTTTTCTCTCCTATTATCA AGAATCTTTTGAAATAGACTTAAATTTTCTTATAGATTCTATTCTTTACGAATCTACTTT ATGATATTTTACTCATTATGTAAGTGATAGTTATTCAAAGAGAAAACAGAGAAAAGAAAG GACAAGCCCATGGATGGATGATTTTGTTTTCTTGGATTCCCTTATAATCTTTTGAGAGGC TTCTTATTTGAATTGGCTTTTCTTTAAGACATATCATTGAAAACACTTTTGTCCAAAGAC AAAGATTAGTTCCTTTTCTTTCATTTCTCTCAAGTTCCCTATTATGCAAATGGTTTCATT ATATCGAAGACAAAAATATTCTTTTCTTTGCAAACTACTTTTTGTCATTAATGCATGTTT GTCTCACTATTTTTTTTTTTTTTTTGGGCAGAGTAACATCTATATTATTTCTTTATTGTG TTTGTTAGATCCTCATATTATCACTTTGCCAAGTACAAAGGTTTTCCCTCATTTTTTAAG AAGTTTAAAAAAATATCAAACCAAACATATTCAGCATCGCAGCACCAATTTGAAAAAAAC ACACGGGGCTTAGTTGATCCATGATTTATGTTTCATCTTTCGTTTCCTTTTCGTTTGTTT CGAGAAATCTATCGATCAATATTGATTTTTTTCTTTTTCTCTTGATTCTTTTCCGATCGA GATATGTAGATCCTGTTCATGGATTAACGAAAATGTGCAAAAGCTCTATTTGCCTCTGCC ATTCTATGAGTCTCTTCCTTTTTGCGTATGGCATCGCCACTCCCTTTGACAGCATCCACT AATTCGGGTTTCAATTTGAAAGCCATATTTCGATCTGGACGTTTTTGGAATGCCGCTAAT AACCAATGGCAAGTGCTTTTCGCAAGTCATTATTGAAATTTTCTCAAATTTTTTTTAAAT TTTTTTAACTTTGTGGGTGTTTATTACCATTGAATAACTTCAAAATTGTATGATGTATAC CTTATTTTTCACCCAATATCACTTATACTAAAATATTTATAAATTACCCACTAATAGTCA CTAATCACATATTAAAATTAATATTTAATTATTTTTATTTGATTCCTTTGCTTCTTCTTT TTTTTGCTTTTTCTCTTTCTTCGGCTCAACCTCAATTATTTGTCGCCAAACTTGCTGTGG CTGGACAGAATTTCCCAGAATCGCTATTAATTATTTGTCAAAACTATTATTAATTAAATT ATTTATGAAAATAATATTTTCAAATAATCAAAATCTAAATATTCAAAATATCATCAAGTC AAAATCTAACATGTAAATCACCACAATCTCCAACTTCTTACTCTCAAATCAAATTTCCCA TAATTTCTCTATTCTCAAATTCTAAAAATGAATAAGGAAGACATAGATGCCAAAAAGATA AGCTAATGATGATAGTAAAGATGAGTAAAAAGATTTGAAAATTAAAAATTATTCCTAATA AAGTTATAAAAGATAATAAATATATGAATTTTTATATTTTTTCAAAGTAAGTCAAATTGA GAGTGTTATATTGGTCTGAAAAGCTGTATGAACAACCCTCATGCGCTATGTTTCGTGATA ATACGAATAGTGTTAAAATTAGTCATATATATATATATATATATATATATTATGAATTTA AATGGTTTTATGGGGATAATACAATATTCATAAAATTTAAAATGTCTTTTTAAAAATTCT ATACAACTTTAACAATGGATTTATGTTTTTTCTTGTTCTTTTTAATGTTATAAAATATTT CGATTAATGTTTTCTAATTATATATGAGCATGTCGTGGATCCATATATAAGAGGAGGGAA AGTGAGGATAAGAAAAAAAAGAATATTTTGGTGAGATTTTTGTATGTTATCACTATTCCA CTTGTTGACTCGCAGGTATATGAATGTGAGTGAATGATACAAATTTAAAATTTGTTAATA TAAATTTAAATGATAGAAATTTGTGTGGTTATAAATTATTTTATTATTAGTAAAGATATT TTAATTTTAATTCTTATTTAATATAGAAATATATTATATTTTTATTAGTTATGTATAAAA ATAAATCATATAAATTGAGATAAAAAGAATGACTTATGAGTTGTATTGGCCTGACGCGTA ATAATAGTGTTGCAACTGTTGGACTTCATCAAATTTTATCTATTACTAGCGCTAAAGTTA AATGTATAATTAGCGTTTGATCATAAATTTTAAAATGAATCATTTTAAAATAATTATATA TTTATAAAATTTTATCTTATTTAAAAATAGAATAAACAAATTATTTTTTAGAATTTACCC ACAAAACTTTAAAATTTATGGGTAAACCGAAAGGTAATGTCCTGGTGAAATGAATGAGAA GTATGTAGAAAGTCGGAAGTTGGAGATAAATATGGGAAAACATGGGAATCCAACAGAGTA CGATTTTTTTCCCTGAATAGTGCATACATTCACTTTATTAAATTCTATCGCCTGCTAGAC GCCAACTAATTTCAGACCTTTGATTGAATTTTTTTCTATAGAGTTAATAAATGACACTGC AGCTTCCTGTTGCTCACTGACTAGCTACAACTTTAGCCCCAATCAACATTCTAATTCAAT CTAACATCTTTAACACTAGTGCTAATTTGAAGTTTGTCGCATTGTCTTCTCCTCCCTGCG ACACATTATCTTCTTCTTTCTTAATTTATATGAACGATGAAATTTAACTTGTTTTTATAT TGTTTAACATAAAAATGTTAAAATTTGAATAATTTGTCTTAATTAGCGTGAAAGGAGAAA TTAAACCGTTATGATTAAAACTAATTACATTAACTTTGAGTAATAAATCCACATTAAGAG ACGCTGGGTCACGCTCTCTTCACCCCCTGACCCCAATATAAATAATTCTCACTTCACACT TTTTGTAAGAGGAAAAAAAAAAGCAGAGACAAAAAGAATGGGAAAAAGTTTGAAGCTTCG GTTCTCCAGAGTTATTGCTTCTTTCAATTCGTGCCGTTCGAAAAACCCTTCTTCTCTTCC CCAAAATCCTAATTTCTTCCCACATAAGCTCACTAGTACAAAACACATTTCCCCCGATTT CCCTCTTATTGATCAAAATCAAAATCAAAATCACCGTAATTACGTGCCAGAATCCACGAT GATCTCCGTTGGGTGTTGTAGATCAGAATTCAAGTGGGAGAAAGAAGAGAAGTTTCACGT GGTTTCTAGTTCCTTCGTGTCTGAAGAAGAAGAATGTGAAGAGGAGATCAATTTGGCCTT ACGACCTCCTCTTACACCTCCGCGATTCAGTAGAATTGTTGTTGAGAAGAAGAAGAAGAA ACAACAGCGAGTTAAAAAAACGAAAACAAAAAGTAGAATCATCCGAATGAGTACTTCCTC AGCTGATGAGTACAGCGGGATATTAAGCGGTACTAATACTGATTGGGATAATAATGAAGA GGAAACTGAATCTTTAGTTTCATCTTCCAGAAGCTGTTACGATTTCTCAAGCGATGACTC ATCTACTGATTTCAACCCTCACTTAGAAACCATATGTGAGACCACTACAATGAGGCGTCG TCACAAGAGAAATGCCAACACCAAGAGGAGATCAATCAAGCAATCCAGACCAAGTTTTTC CTCTTCAAAAGGTAAAAGTACTATTTGTGCGATCAAATCTTTTATATTTACAGATAATTT TACAGTCACATTAATAAGTATTGCTTTTCGCGTGTGGAATTTGGAGAGGACAGAGTAAAC ATAGATCTTATAGCTATTTTGTGGAGAGATTAATTTCAAAAGACACCCAATAACAATAAC ATATTCAATAAAATTCCACTAACTAGAGTAGAAAAAGGATAGAGTTTACACGGAGCTTAC CGTTCAAAAATTCTGGCTCAAAGCAAATGCATATCTTATTTAGAGATCAATAATTTTATT TTAAATATTTTTATCGTCTTTTTCTTTGGGAAATAGTGTATATGTAATTGTCGTACAAAA ATATATGAAGCTTAATCAAAATTCATTACATTAATTAAAACGGAAAACTATTTAATTTAT AATTATGTCTCAACATGCATGCTTCCTTTGTTACTTGTTTATTATTGGGTCGAATATATG AAAATATATTTTGGAAAGACTTTTGTTGCGCTAGTATTTAAAAAACTAGTACTGATTAAT TATATTATGTTTGAACAGGTAGAAGATCGTCGGTTTCTACGTCATCAGATAGCGAGCTAC CGGCAAGGTTATCGGTGTTTAAGAAGCTGATACCGTGTAGTGTGGATGGGAAAGTGAAGG AGAGTTTCGCGATAGTGAAGAAATCTCAGGACCCGTACTAAGATTTCAAGAGATCGATGA TGGAAATGATTTTAGAGAAGGAAATGTTTGAGAAGAATGAGCTGGAACAGCTTTTACAAT GTTTTCTGTCGTTGAACGGAAAGCATTATCATGGAGTGATAGTTGAGGCGTTCTCAGACA TTTGGGAGACTTTGTTTTTAGGTAATAATGATAGAGTAAGGAGGATGTCAATTCATGATC CCACACCCACCTACTGTAGGTAGTAGTAGAAGAACCTCCTTTGATTAATCATGATTTAGT TGTTAATTAATAAATTTAACTTTTCTTTTATGTGTTAATTGTGATTTAATTGGAGTACGA TATTTCACTGTTTTTTGATAGTGCTACTTATCATCATTTGGCTTTCTAAATTCTGAAAAT ACCGTAACGATTAGCACCTGAACTTGTTTTTTCAACTTAAAATTGATAGTGCAGACAACT AGCAAGAAAATTCAAAATATTAAGAAATAACAGACAAAATAAAGTTTGATTCAACGTCTA GAATATATACATAAAAAATATCTTTCACTTTAACATAAAAGAGAGTTTAATGTTTTACTT GCTCATGGGACTTCTAACTCCACCCTGGATAAATAAAAGGACAATGTAAAAATCAGTATA ATAATAGCAAGTTAATAATAACAAATTTTTTACATTAATAATTGTCAATCATGAATGCTT TTGTTTGCTTTTTTGACCAAGGGGTATGTATACCTCTTAGCAATGAGAAAAGAACAAGCC TACAACACGCCTATATCTATGGAATGATATTATACCATTTGGTTTAAACTTTTTAATTTC TTCAAAATTTTGATACATTTTAATCTACTTAAACTTTAACATCACATATTTTAAATAAGT ATTTTTATTTTTAAAACTTCATATCAAATCAAAACAAACGAGATCATGTTAATGAACAGT ATCGAACTTTAATATGTAGTGAGAATTGGAGACTGATTCGCTGGTTCTGACTGGTCAGGA TTGATGGATGGAACATAGATGTAACCCAACAAAGAAACTGCAAATTATAAATTCACAACG TCTTCCCCAAAATATGTATAAATTTCCATCAACTTTAATAGATTCTTTCATGTTTAACAA TTTTCCAGGATTCCCTCAATCCTTGCATCTACCATATAGAAACAACAAGTCTATGCTAAT ATATATCTATATCTATATATATAAATAACCTAACTATGCAGTGTAATTTTATGATAAAAA AATATCAAATTAAAAAAATACTTTATACGTGACTCCGCCACTATCTGCGACTCGTTATCA TAATTTTTTACTATGAATTTGCGTTCATTGCAATATGGTTTGACTAAAGTGGATTTGACG TGAAAGGAGTCATTGCGCGATATATATGACCACTGACTGATCCCTAATGTTACAGCAAAG CGACACCCATGAAACACGCATCCGAAATTTTACTTACTTTTATGATGCCACGTCTAGTCA TTCAACTTGTTTTCTACAAATAATTGGTGTAAAATTACACTAATGTAGAATTAGCCAACA AAAAATTATTACTTAGTGGTAATCAGTTTAAGTTATACATAATCTTGATTTGTTATGTTA TCAATAACAATATACCCATATAGTTACCAGTGGAGTTTCGGGGAGGATAGAGTATATGTT AAATTTATTTTTGCCTTGTGAAATCAGAGAGATTATTTTCTAAAAGACTCTTAGATCAAA AGAGTCAAGTTAAAACACTTAAAATAAAAGACAAACACGACAATAAAGATGACATGTCAA CTAATAAGCGAACGTTATCAACAAAATTCATATTGCAATTATAGACAAGACGGACCCACT TTGGGTTCAGAGGATTCACCCGAACTCCCTCGGTAAACATGATATATATAAGGTAATTTT TTGTATTTCTATAGATGTATATATTTTTAACCCCCTCAATAAATAGATAGCTCAGTGACA AGACCTCTGAATATTAAGCTAGATTTCCCTAGTTCGAATCCCTGTAATTAACATTTATTT ATTTTCCTATTTTAGTTTCTGTTTATTTTTTTTTTAGAAAAAAAAATCAGTTATGTTTAT CAAGTATTTTTAAGTTTTATTTTTTATTTTAAAAACGTGTTAAAAGTGTGATTTTAAACT AAAAAACTTCAAGAGTCATATTTCAAAAGACTTATTTATATGTTTATACTTTTATTTTTT GAACCCCTAAATAAAAATTTTGAATCCGCAACTTATTATAGATATCGTTTACGAGGAAAT ACTTTTATTTGGGTACATATGTATATGTTCCTTCTCACTAGAATTGTGGAAAGGCATCTC GAGAAATGGTAGATGCCAAAACAACCCACATTCAATCAAGTCAACATGGGTTGAAAAAGA GAAATATGATAATAGTTAGAATTTTAAGAATTATTTGATTTATTTTTATCGTGATATATA ATTTTTGAAGTTTGAAATATAATCTTTAAAGTTTTGAAAATAACTTTCATATTGAGGAGG GATTATTATTTTCAGGTGCTCTAACGAAAAAGTTGATTTTTTTACACAATAATTAAACCC CTTTATTATATACCAGACAAAAAAGAGAGGCCTCTAGATTAACAACAGAATGATCAGCCG TTTGCCATTGCTGTCTATCTAAAATATTACTCTTTTTAATTGTTGTTTTATGTTTTTTTA AATTTAAGTTGATTAATCTTTAAAATTAAATAAAATTATATTAAAGCGAAATTGCTACTA GAAGGGAAAATCTCTTTAGAGAAGGAAAGTCCTAATGAAAGCTGAAAGGTAAGTCAATTC TTTTAGAAATCCATAAAGTCTTCGGTAGGATTGGCATCATCCCCCCTCAAGGCACGATTC CGAGAAAGAATCTCTTGAAAGAGAAAAAAACATTCATGTTTTCTCTCCCTGATTTGCAGG TCTCTGTTCTCGAAACAGAGTAACCTGCAATACTCTTTCTGAGAGCCAGAATTGTGAAGG GTGCTTTTTACTTCTTCCCAGTAGGCTCCTTTTGCTTTTTCAAGCAGAAATACGCTATTT TCGATGAAAGTCAGGATGAAACCTGCTTTCATTCAAAACCAACTCACTCTAAGGAAAGGA GAGCTTTGCGAAAGTTTAAAAAGGAATTGAGTGAGCTCTCGCCTAAGAGAAGAGTTTAAT AAAGCGGAGAGGGATTTTCCGACAACAAAAAAGCTTTTCTCCTACGATATTTCTTTAAGA AAAGATATTTAAAAATTGTATAAAAAATACTTTAAATTGTTAATTTTTGCATAATTGAAT AAAAAATACATTATAAAATATTAGACTTTTCAATTATAATTTTTTAAAAAAATAAAAAAT ATCCTTCATCCAATTATTATATTAAAAATATTGTTTCATAAACCTGTTTAATCTGTTGAG TCTTTAAAAAGTAGTTTTAAGTTAATTGGTAATTGTAAATTAATTTGGATGTAGTTAGAT GTGGACCAATAAAAATAATACTATATATTTAATTTTAAGAAATTATGTATGTCATTTCAT CTTCTATTAAAAGGAAGGTTAAGTTTACACTCAAGTTTATCCTTGAAGGTATTTTTGATC TAAATAAGTGGACAGAAAAGCACTTCTAGTCCAATAGTTGGATAATGGTTTTTTTTTTTT TACCTTTTCCAATAGGTCAAGGACAATTTTAACCCCTTTTTTTAAAAAAATATAACTCGT TAGGCTTTAAAAGCCTTACAAGAAAAAAAATTTAATATCAAATTTTTCACGTGTAAAAAG AAAATAAATAAGAATGACATTCTACTATTATAAAAATGTGGATAATGTAGCCGTATCAAT ATATTAGTTTTTGGTCTTTAAAATTCAAATTGAGGGCATTTTTTACTTTCATATACTATA GCAAACGTATTTCGACAGTAAAACATCATACATTCATCTTATCTCATATGCATCTCCTCA TACCAACTTCAAAGCTATTGTTCTCTCTTCAAAAAAATAACATCAAACAAAGATAATAGA CCGTTTAAAGCTTCAATTCTTAATTCTTAATTGTTATAAATTTTTTATAAGGTATTGTTT AATTTTATTTTACTTTCTTATTTCTTTGAATTTGTTGTTTCTGATCCTAATATTAATGGA TCATTGCATTTAATTTTTTCACAATTGCATTTGTGTAATTTTTCTTCAATTCACTCCATA ACTTTAAATTTTAGATGAAACAAAAAATAATTTTATCTCCATTTAATTTGATTTGCATGA GTTGATTGTTCTTATATGTGGAGCTCAATTTTGATATCTTTCACAAAGAAGAAGTCTAAT ATAAGCTCTTATAGGACGCATGTTATTGTTGTTTTCTTAGATTATTGTATTGAGATTGTT GTTTCACCTTTATGGTTAGTTGTTCCTTCAAATTATTGGAGCCTAAGTTGTTTCGATAAT AAAATATAATTAAATTAAGAAACTACAAATTGCAAAGAAAAGATTTACATATGAAGCTTT TAGAATAACATTATCGATTGGATATGGCGGAAAAAGGAATCATGGATCTTACAAACAAAT AACAGAAGGTCATAAAACCTCATTAGATTGTTATTTGAGGATATTCGTGCTAGAGAGTTA GTGAAATCAACATTGTTGAAAATGATTTTAGTGGTTGTTCAGCAATATTCCATTGTTATA TTTGAAAGATGTAGTTTTGTTTTTTTAAACTTTTTTAAGTATTTGAAAGTTCTTTCATTT AAAAGTGAAATATGTTGTTTAAAAACTAATACAGTTATATTTAGCTATGAATATAAATTG ATGTTATTTTTTACTCTTTGTGAAACTTCTTTCTCATTTTGTGGAAAATGAAACAATGGT GTTGCTATGACATTATTTAGATGCACATCATTCAATTTTATTTTTTTAAAAGTCAATTTC AAATAACAAAAATGATAAAAATATAATAGCAATAAGCTAGATTAATATAATATATAAGAC TAATTTATGAATGAAATACATAACAACTAATAAGATAAATATTAAGTCCATGCACACATG ACCAAAATTATCTAATTTCCTTAATAAGTGCTACCAATGTGGTAACTAACTCAGTCTATA GACCAGCTTTTCATGTCATCTCCAATTAAATTAATTATTTGTCAAATAAAAAAATTATTT ATTAGAAAGCAGTTAATTAAATAGTTATGACAATTAATAGCTAAGGAGGATGTGTAGATG GTCGCGAATCATGATATTTGGAAACATACACCTCTACAAACTAAAAATTATAATATATAT ATATATATATATTAAATTATTTTTTTAATTTTTTATCTTAAATATATTAAGGAAAAGTTG AATTTAAAAATGACAAAAAGGAAAAACATTATTTAATGTTATCGAAACGAACTAAAACAA ACTTTTTTTGACATAAAAGAAGAGCTAGCTAGCATAAGACAAAAAGATTTCTAGGGAGTA CTACAGCAAGCAAATTTAAAATTTTTTTATTACATAAACTGGAAGTGACAGGATAAACTG TAAATATACTTTTTTCGTATGCAATGAAATGTAATATCTGAGATCTCTCTGTTAACTTGT ATAAATATTTTAACGCGTGCCTGAGTCCCTGACCTAGGCCGGATAGAGTTTTCATCATGG ATTGGTCGAACTCGATATGAAGTTTTAATCAAATTATTATTTGTTGCTGGGTAGTTAGAT ATCTACGTATTATTTTATGTCATAATTTGTTAAAATGAGTTTAGTTATTCTAGTATTGTT TATATCAACTTCTATTTTGCATAAACTTATATACTATAGATTAATGGGTTTCTATATTCC AAATTAAACATAATAGTAATTTTATACATGAATAATTTATCTCCCAATCAATTACTAGAC ATGATACACTTTCATTCCATTTTTAATTGTCATATTCGTTTTTACGAAGTCAATTTGACT AATATTTAAAGTAAAATAAGGTTAAATTAATTCGATATTTTAAATTAAAAATTTAAATAT TTTAAAACTATATGAAAAGTCTTATAAATAACAATTTTCTTTTCATAAACGTTAATCAAA GTTTTATAGTAACTTTAAGAAAAAACATTAAAATAAACGGAGGGAGCATTATATATATTA TATTTAGTACATGCATAACTCACCTTTCCAGAACTCAAAAATTTTATTAAGATAAAAGGA AAAAAGATTTTATCTAGAAAATTTATCGAGAATTTGTCTAGACTGAGATTTTTTCTATAT AATTTTACTTTTTTAAAATATTACCCTTTTTAGATTTAATACCTTTTTACTTTAAGGGAA AAAGACTCAAATTGAACTAATTTTTTTATTAAAAAATTGATGATGTGGCGAATTATAATT GGTCATGTATCAAAAATTGTTTTGCAAAACCTCTATTATAAAACAATGGTATGAATGAGT TTTTTCTTGAATGGTAATGGCATAGATGAGCCAAACTTTTAACAATGAACCTTTTCTGAA AGTTTGTTGACATATTTAAGTCTTTTCCCTATACTAAAAAATGGAAGAAAAAAAAAATCA GTTTATGCCATTACCATTCAATTCCGAATCGATCTACTTGCCCATGCGAGCAGCAAAAGT GGTGTAGAATTTAGATTAAAAATACGTTAGCTGCATGAATATGGGATAAAGGCACCACCT TTTTCATGATTACTATAAATTCTTCGACCTTTGGGCTCTGAACAATTCAAGTTTCCTCAA TTGTTGATAAATACACTGATACAAGGCATCAGAGATTTTTTTTCAAACCTTTAATCAAGA AAGTAGGCCTAAAACGGAGGGGCAACTTGTTAAATGAAGCATAACTTTTTTTATTTTACA GTTAGTGGTTTTCATATTCCATCAATTCATATTACTGCTGCTACCTACTTATACTTTACT ATTGATTGTGCAAATCCAAAATCTTTGCTTTATGCATCGTGATCAGAGTTGGAGATCAAT AAAGTGCAACTTCACAGTTCTCTTCTTTATACTATTCAAAACCCAAGAGGGATGTCAAGG GGGAAAAACCTTTTAAACGATTAAACAAATGTTTTCTAAGAGATTGTTTGATCTGACACA AAATTTTAAAAAATATGAAAAGACTTTGCATTATGTGAGATTGTTTAACTGAATATAAAA TTTTAAGAATATGAAAAAACTTTGCAGCAAATCAAAAATGAATTTTCAAATAGACGAGTA TACATTTTGTAAATTTTAGCCAAATAAATGAGATTCAACATCATTAAAATGTCGATAGCG TTACTAAATATTTGTCAAATTAAAAAATGTGTTTTTAAAGATCCGATTAAAAAGAAAAGT GCGCGAGGGAAGTATATTTTACCTTGAAAGTTGGTAAGTATTTGCCGTCTGCCGATTTCG GTTAGTACAAGAAGATTTGGGGTAATATAGCTATAATAGTTCAAAAAGAAGTTTTTTTCG TAGTTTGTATGGAGATCTCCGTATTGATTTACTATAATATATATTTTTTTTCCAAAATTG GTAAGTATTTTGGAATATATTATTTTGGGATTTTTGAAAATAATCAAGAAAGATTGGTAA AAGGCTGTAATATATTTTCTTTTAGAAAAAACATATTCAGATGTGTTCTGAATTTACCCA AAGCAACAAACTGAAAAAGGATCGAATTAAACGAGAAAAGCCATTAAGGCCCTTGGTTTT GTCAAACCATTCTTGGATACATTTGGTAACTTTGTACCTAGTAATGCTCGAATCCAAAAC CTACTATCTACCGTACCAAACAAACTCTCAAGTTTTTTACATGGACGTTGGTTTGCGGAC ATGAAAAGCTAAAAAAGAAATCCACTAAAACCATGGAAGAAGGGCCCTTCGAGAGGAAAA GGTGACCCTCAGAACGCGTTTAACGCAAGGCCAAAATCAAAGAGCCAAAGACGTGAAGTT GGCTGTGGTTAGGATCTTTTGCTACAGCAGAAGAAGTTGCTGTCTTACCTTAATTTACCC CATATGAGAGCTAATTTCAATCCATTGAACAGATCACACAAGTTCTAATGGTTCACTTCC AGCAACAACTTTGTTTCATCAGTATTCCCTAATAGCACTGGCTGGCTAAACTTAAAAGTG CTCAAGCCTAATGTTCACCAAAGACTTCAACAACTCAAGGGAAAAGAGGAATACAAAACA AAACCAAACAAACGCCACTTAACAATTCCACATGTGGAGGAGAAAAAGGAAGTCAAATTC TCGTCATGATCAAGAGAAGCCTCAGATTGATCTTAATGGATTTCTTCAACAGATTTGAAT ACTGAAAAGAGATGATCAACAGCCTCATAGAGGTCATGATTGTAAATCAGTTGTTTCAGA GTGTGGAGTTTTACTGAAAGATGACAATGTTTCTTTGCTGATACAACAAGTTACAGATAA GACGCACTAGGTGCAATAACGGGTACAGAAGATCACATCACGAGGCAGCAGCAGAGGCTA GTAGATTTGTAGATGCTTACAATGTAAATGATGTGCTTATATTTCCCTCTTCACTATGGA ACTTCTGAAAATACTGAACTATTTTAATAGGTCTAATACGACTAGATTTATGGTAGCTGC TTGTATGCACCATCTTACTAGAATCAAAATCATCACCAACTAGAGGGGAAACCTTTTAAA CCACTCCTGGGTAATCAATCCCCTGTTCTTTAGGGGTGGGAGGATATTTGCTGATGTTAG CAGACTTGGACAAGCTAAACGGAAACCTTGATCATTGGCATTCTTAACTGACTTTTCCTT GGGAGGTCTAACAAAATTTCTAGCTTTAAAGACAACAGAGACATAATTTTTACATTAAGC AATAACATCAAAATGATAATTCATGATGTTACTACAAGCTTAGTCTAAGGTTTACCAACA ATTTGAAGAATATGACTCTGGCAATATGATGATAAAAATCTAAAATCACTTGTAGATAAG GGCATCACGACCAGGTCCTATACCAATGTAATGGATAGGTACCCCAACAAGCTCCTCTAT CCTTTCTACATACTCGCGTGCAGCCTTAGGCAAGTCAGAATACTTCCTGATGGAAGAAAT ATCACTCTTCCACCCAGGCAAAACTTCATACTCCACCTGATGTAGATGATAAATAATAGA AGTCAAAATACAGGAAAGTACAAAATGGTATTAAGACACACAACAGGAGGGAAAAAGATT CAATATGCATAATGAAGGTCTCCAGATATGAACAAAAAATAGGAAAAAATCAAGATACAT GGGAGAAAACGACAGACTGAAAGAACAAAGAAGTACCAAAAAAATCAGAAAACTTAGTTT TTTTCATCTCTCAATAACAGGGTAAAGGAAATCAAACAAAAGTTAACTCCTCACAAATGA AACTTCAATGATCTATGCTTTTCAGTGACACAATGTGTTAATACAGCTCAATTTCCCCAT GAAGTTGAAACTAATAATCTGGATTTCCAAACACCACAATATCATGCAAAAGGATGTTGA AAGAAGAAAGAAAGATAAAAGAAACTTACCTTTATTTGCTCAAGAAGACGAAGATCAGAG GGAAAAGAATGTAATGCTGAGCCATCAGGATGCCTGTAAGTAACACCCAATTGAATTTCT GGTAGATCTGACAGCACGTCTAGTTTTGTAAGGTTAAGAGAAGCAAATCCATTTATTTGA CAGCAGAATTTCAGCGCAACTATGTCTAGCCAACCACAACGACGCGGACGTCCAGTGGTT GTGCCAAACTCCTGCCCAGCAAAACGAAGAAGGTCACCACCTTTGCCCATGATTTCTGTT GGAAAAGGACCAGAACCAACTCTTGTGGTATATGCCTTAACCTGCAGGGAAACATCAGTT AAAAATGTTTACTGCTCTACACTAAATGCAAAATGAAAGACCATGCTGTGAATCGGTTCC AAAGAGCTAGTTGATATGAAGATCATATTCTTTCGCAAAGAGCTGGGTACATTTCATGTT AAACCGATTGACGATGATATATGTACTGCAATATGTTTTTGGAAAGATAATACTAGCTTT ATTCCCATAATATTAGCTAGACTATCAGATAAAATTGAACGTCATGAGAATTCTTCATTC TTCAGTGCAAGGGAAAAGCTCCCTTAAGAAAATAAATCAAGTTTGCTTACCACACCAACA AGATCACCAACAACTTTGGGAGCAATGCCAAGACCTGTGCAGATTCCACCAGCCGATGGA CTGGATGAAGTCACAAAAGGGTATGTTCCAAAATCTATATCCAACATTGTTGCCTGACCA CCTTCCACCAAAATCTTCTTTTTCTGAGATATAGCATCATTCATGAAGTGCACGGTATCT GTAACGAAGGGTTCCAACCTCTCAGCAAATTTCTTGTAGCGTTCCACTTCTTCCCTGAGC ATGTCAGGACCATACTTAAAGCCTGGGAATCTTGCAGCGGCATCTGATAATAAAAGATCA AGCTTTTGGGGGAATGTGTCCATATGCCTTAAATCACTTACTCTTAAGCCATTTCTAATA ACCTTGCTTGAATAGCATGGCCCAATGCCTCTCTTGGTGGTTCCAATAAAGGATTTAGCT AGCTCAGCTTCTCTAAGCCCATCTATTTCTTGGTGAAAATCAAATAACAAGTGTGCACGA TCAGATACCAAGATCCTTCCTTGGCAAGAAACTCCATTAGCTTCAAGACCATCAATTTCT TTAAAAAGTCCCGGTAGATGCACCACAACTCCATTACCAATAACACACAGAGTTTCCTCG TTGAGAATCCCAGAAGGGACAAGGTGCAGAGCAAACTTCTTCCCCTCAGAATTGTATATA GTATGCCCAGCATTGGCTCCACCCTGACAGCAAGAAACGTTATTGAAAAGCTTAGCTATC ATAGCTAACAAGTTTATCTCTCAGGCAATATAAGTAAAATGGAATGACAGGATAGCAAAA AAATATTAAGTTTAAAACAAATTGGTAATAAGTAATACGTATGAAACATTAAAAAAAAAA TATTTGATATAAACATTGATAATTTCATAATATAGAATTTGAAACAGTTCTCTACAGAAC TATGAAACCAAGGTTCCACTAGGCATCTTTAGGAGGCCTCCTTTACCCTAATTCACCCAC TTACTGCAACCAAGCATATCTCACAGAATTTCCACATAACAAAGCAAATACTGTTCTTGA TATGGCCTAAAATTTACTCCAAGATGTTAGCTTTGCAGTATGAGTGTTATTTAAGCGGTT AAAGCAAGTTATTACTCACCTTTACAAGGTTAAGATATCATGCATATCAAATTGTTTATG AACATAAACTCATATAAATATACCTGACAACGAGCAACAATGTCGAAATGTTTAGCCAGT ATATCAACGAGCTTTCCCTTTCCTTCATCGCCCCATTGGCAACCCAACACGCCGGATACC TGACTGAGTGACTCAATTCGTCTCAGTCCTGACTCATTAACCCCCTGATGGTCCACTACC GAGGCAAGAGGCTTTGTCGAACAAACGACAATTGAAGCAGTCTTCTTCCTCTGCTGGAAC TGATTGAACCTATAACTATAGGTCCCATTGCAACCGAGGATCCCATTCCGGTGAGTCGCC GTTGCCGTAGTGATTGGATTGGAATCGAGTCTTAGAGTTGAGATGTTCATGGTAATGGTA GTGCCGCGGCGGCGTGCGGTTGCGCTGTGCACGCTATAAACGGAGATATGCAAGAGAGAG GAATAAGAAATGTTATTTTTTCAGGGTTTAGGTCCAATTCATTACGTGCGGCAAATATTA TACGTATTCATATCTTCTCGTTTCTCTCTTTGTTTCCTTTTTCTAGTTTTATTGAACAAC TTTATTATCCTTGTTAGAAAATAAATTAAGATATTTATTATTTAAAAAATAAAAATATAA TTGAATATAATAAGTATTGACTAATTATTAGTGTAGAAAATCTAACTGAATAACAGTAAA AACACACTCATATTTTAACATTGGTGATTTGAAATAACTCTTTATTTTTTAAAAAAGGAT ATTGATGACAAATAAATTAATCCCGTTAAAGTACTCTTTAAATGACATTTACTTTAGGTA CATCCACAAAATTTAGAATTGTTTTTAACTTTTTAAACCCTTATCAAGTGAAAACAAATA AACAACAAAGGAGAGTATATAATTTGATTATTAATAGTAATAATAATAAAAAAGGCAGAA TCAGTGTTTGGGCCATTTGTGGCTTGATGTGCATGACGTTGAATGAGTACTTGGATCAAG TTTTTGCGCGAATTTTCCTTAAAATTGATCTGTGTTAAATTTGTCTTTGTTGTTCGTTTA ATGAGAACGCATGGAATCAAAGTCAATCGGACTAAATTCACTCGGCGTATAACTTGATGC AGTGACACTACATCAAGTTCTCCTTATTTGTTGGCGCTACATATTACTCGCCAGGAATTT AGTTTCTGTCCGAACATGGCCAGATCAATCTTAAATACGTTGATATGCTGTGTGCATTGA CCAAACCAAATCAAAGAGTAGAACTTATTTCAAAATATTCTAGTAACCAAGACAAACAAG TTGAAATGAATGGAGTGATAATGGTGGTAAGTGAAGGTGGCTTTGTGTATTACATATTTC ATGCCTGGTTAACCTATTCATGAGGGAGAAGAACAAAGCAATGGATCAACAGGACATTTA GCTCATGGAGTTCAAACATCATGTAAAGCTCTATATTAACTTCATAAAGGTCATAACAAT GGGAGGTCCCAAGTTAGAACTCACATCTTTATGATAAACAAGAGAAATTCAATGATCTAA AAGCCATCTAAGTAATGAAAATGAGTATAAACACTTCAAGCTAACAAAATCGTCCAAAAA CATCCACCTACACAGTCAAACTAGTCTTATTGGACTCTAATATCAGGGGCTTCAGCCAAA CCAAGCTCCTCCTCTAGCTTGGTCCAAGCTTTTACCAAATTAGGAGGGAACTTCTTCTTC ACGGTCCTACTCATCCCTTTTGCATCTTTCAACTTTGATTTCTTCACCAACCCTTCCACC AAATACGTGAGTGTATCGAAATCCGGGATCTTTTGAACTTTCACACTCTCCTTGAACACC TTGTAACCAGTCTCAAACCTTCCCTTCTTACACAAATAAAGATTAAAGTCCTAAAAGTTG CAGAATTTGCATTACACTCATTTTTCTCCAGATCCTCATAAACCATCTCTGCCTCGTCCA TCAATTCATTCTTACAATAACAAGTCATCGAGTAACTGTAGCTAATCGTATCAGGATTTA ATCCAGCATCGCTCATTTCCTCAATTAAAGTTTTCATGCCCTCCAGATCACCACCCTGAA TGTTCATAATCTTCACATTGTACGCACCAACATCTGGACCACACCCTCTGTTCACCATCT CGTCTCATAACTTCTCCGCCTCATCACTCTTCCCTTTCTTGTAGAATGGATGTAGTATAG TAGTGAAAATAACCGTTGTAATCTCCACAACCTTTCTCCTCCATCTCCTTGAGTCTTTCC ATTGCCATTTCCAGCAACCCCATATCACAATGACCTAATCAGTAATACTGTATGACCCTT GAATTCTTTTGCTTTGCTTTTGGTGTAAAGTGGAGCTTGTAATTGCTGCTGACCCTCTAT TAGATTTCATATATATCCCCTACGGTAGTAAAAGGAATGCTGCTAGCCTTGTACAAATAT GTCATTACCAACTCATAGTTGCTCTTATGAATAAAATACTTACCTCATCAAAAAGAAAAA TTCTCACCAACTTTATGTGCAAGTCGTCTAACTCCTCAATAATCTATGTGCCAAGACCTT CTCCTTGAATGGAAACTTATGATGTGCAAGTTGCAAGACTCGCAGTGAAACCAACCACTT GCACGTGCACCTCCACTCACACATCCAACAGATCAAGAAACCTTAAGTTCATACAAGTAT TCTAGCGTAGGACACAAGAACCTCAAAGTTTAAGCATGCTGACCCGAAACATAGAAAGGC AAAATTACTTCTCAGAAACTTGATATCTCAATTCTCAAGTAACATGTGAGTAGCACACTT GCAAATAAGAGAGGGATGTTACTACAAATGGCAAGATCAACCTATAAAGGCAAGATAACT TCTTAGGAAATATTATTCCAAGCCTACAACTAGCAATCAGAACACTTGAAAATAAGTGGC ATTACTCCAACAGGTAAGATAACTTCTTAGGTGTTTTCCCTTCCCTCCCCACCCCACACC CAACTCTGTCACTAACAGTGAACCTTAAACAAGCATGCCTCTCCCCCGCCCCTTCACCCT CTATATCGAGAGAATGGAACCTTAAACAAGCATAATTCATCCTTCTCAAAGTAGTTTTCT TGCCTAGTTCAGTTTGCAGGTTTTCTTTTTGGTATAAATGCAGCAGGCGAGCAGACACGC GACCAGCTTGGGATTGAGGCATAGTCGACTAATTGAACTCAGTCGCCCATATTTAACTAG TCTAACACAACCATCATACTTGAATTTTCTCAAATCACAGACAAACTAACCTGTCAATCA CATAACCTGATCCAAGCATAACATACTATTAAACACAATTACAAGCGAACAATATGCATT CCCGAGTGAAACTGAAAAAGAATAATATTGTCAACCATTGTCATTTCACAATTATCATAT TGCTGCGTTTACAGCATCCAACGTTTCATTAGAACTGAACAAAACAGTAAGCTCAAACTT CAAGTCTACGCTTAAAAGTTTTAACATTTATTTCCCAACTTTCTAAAAACACAAACTATA AACAAGGAAAACTATCCCCATTTATCGAAGCCCTAATTTGACAATCCAAAAAAGGGCGGA ATTCAAAACCATACCCGAGCAGATCCACATATTATTCCGCATCGGCGGATTCAAGTTCGA GGCGTTTTAGGGCTTCTTGGTGGGCCCAAGTTTCAAGGGTGAGATCGGGCTTGGCATTGA GTCCCACACCCAGGATGACGATGGTGAAGAAGCTGGTGATGTAGCAAGGGAGTTCCCAAT CCTCCCATTTACGGGACTGTCCAGGCGGTGGTGGAACACGGTTGAATAGGTATCCGTTAG GTCGATCCTGGTGGCCCGCAGTGGTGAATGGATTCGGCCCGTGTCCTCCTCTGGTGCGGA GGCCCGAACTAACACGGGCTCGTAGCGCGCCGGCGGCGGTCGCTAAGGGTTTCACGGACG GCATCGTTGGACAGATGAACGAAAGTGTGTGAGAGACTGGGCCACGGTTGAGTATTTGTG TATTTGTGTTATTGGATCGCCCGTGCTGTGAAAGCGGAGCCAAACGTTGTCGTTCTATGA AGGGCAACGTAAAGGAACTAGGCTTAAAAAGTGTGTTTCGGATTGATGTTTCTAGGTCAT AATTGCTTTAAAAGAATTTTAGGGCCTTTTTAGATAAAATAATAAAATGGTATGGTCTGT TCGAAATTATTTGTCATGTCACATTTTTTGAAAGTCAATTTAATGAATTTTTAAAATTTA ATTAGATCAAATTAATTTAATATTTTAAATGAAAAATTAGATATTCTAAAACGATATGAA AAGTACTATAAGTTATAATTTTTTGTATATTAATATAATGAAAAAATATATCTCAAATGT TAGTTAAAGTTTTTATAATTTGAACATTAAAAATAGAAACCATAAAAAATAATTTCGGAC GGAAGGAATATTACTATTGATTCAAAGTTAAAATAACAAAAATAAGTTAAAATTCAAAAG TTAAAATTTCTAATACTTGTAATTCATAAGTTAAAAATTAATTTATACCGTTTTTTTAAC GTGAAAGTACGGAACATAATCTCATAAATATTTAGTTTGTAATTGAAAATATACAACAAT ATAATAACATGTATACACTAATAATTTTAAAAAAATTTAAAACATGATTTAAGAAATTCA TAAAAAAACAAATCTTCTAATACTATCTTTTTATAAATAGAAATAATGCAAAGATATAAG ATATTGCAAGAAACAACAGAGCTTCTTCTTCACAGTCCAAACTAAGCTTTGAACACCTTG TAACCAGTTTTATATCTTTCCTTGTTGCACAAATAAAAGATTAAAATTCTAAAAGTTGCA GCATTTGGATTACACCCATTTTTCTCCAGATCATCATAAACTATTTGTGCCTCGTCCATC AATTCATTGTTACAATAACAAGTCATCAAGTAATTGTAGCTAGTCGTATCAGGTTTCAAT CCAACATCGTCATTTCCTCAATTAAAGCTTTCACGCCCTCCAAATCACCCCCCTGAATGT TTATGATCTTCACATTGTATGCACCAACATCTGGACCACACCCTTTGTTCACCATCTCGT TCCATACCTTCTCCGCCTCATCATTCTTCCCTTTCTTGTAGAATGAATGAAGTATGGTAG TGAAAGTAATCGTTGTAATCTCCACACTTTTCTCCTCTATCACCTTGAGTATTTTTATTG CCATTTTCGACGATCTCATTTCACAATATGACCTAATTAGTATATCGTACGACACTTTAT CTGGTAAAAATCCATACTTCACTGAAATTTCATCAAGCAGCTGGGGGACACAATCATATA GTTTTGAGCGCACGCAAGCTGATAAAAGCACATTGAAGGAAATAACTGGTCTGGGGGTGC CTAAATCATCCATCTGATGATAAATTTTGAGTGTGTGATCAAACATGCCGACGACACCAT AAGAACGAATTATGGATGAAAATTTTGGGTCTATTCTTGTGAGATTCGAGGAAATTTTCG ATGTCAGAGAAACGATGTGACTTAGCGAGTCGCTTGACTGTGAATTCTTGTGCATAGCGG GAGGACATAGAGGAAACGTAACGATCATAAACGGAGGAGTAAATCTCGAAGGCTTTATCA GGGTCGTGCTCGACTTTGAGCTTTGATTTTGCTTTAGAGATAGAGATGGTGATGGTGGAA GGTGACGAGGCGACGGCAGCGGCGGTTGTTGTGAGGTGGCGTGCCTGGCGCAAAGCGATG GAAGAAGACATTTTTTCTAGGGTTTAGAGATTGCTTGAAATGGAGTAGGGTTTAAGGATG CCTTCGAAGATTTTCACTTTGATAGTGAAAGGTCGTTTCCCAATGGTTTCATATCACGAA AATTACCAAAATCATTTATTTCTTTGTTAGCCGATCTTTGTTTTAATCGTTTTTTTAAAA ATGTATTTAAGTCGAAGTATTTTTAAAATGTTTAAATAAGTTGAAAAAATATTTAATTTA AAATTAAAATAATTCAATTTGATATGTTGAAATTTTTAATTTATGATTATTAATTTATAA GTCAAAAAGATAAAAATTAATCTAAACTTTTATATTATATTATTATACGTTGCTTTCTCC AAAATTTAATTTCTAACAATGTTTTGCTTTTTGTTTATAGCTGAGAGTACTTTATATGTT GAATATATATTGATTATTGTTACATAATCCTGATCTATTGATGACAATGAAAATTTTAAA ACGTTTAAAATAAATATTGAACAACTAAAAAGTATTAAAAAATCAATAAAAATTTATCAA TATTTTAAATAAAAAAAGGGTTAATGTTTAATTGAAAGAAGAAAAATGACTACACTTCTA AAAATTTTTAAGAGTTTTTTCCTTATATGACAAATCACCTCTTCTTCCCTTCCTCCTCCA CCACTTCCTTGGCGTCCAAGCACCCAATGGAAATTAAATGTTTAGAGTAATTGACCATAA TAATCACAATTTTATTTTGTCATTTAAAATAATTATTTTTCATAGTCATATAATTTTACG TAATCAGTTTTCACAATTTCTTCAATCAAAAATTTAATTTATATTATTTATTTAATAATG ATGAAACAATTACAATCCTTTTGAAAAGAAATATTTAAAAATTATAGGTATTTAGGACTC AATCTATCCTAAATCCGACCAAATTTTTAATTCAATCCTTATAATTCTGATTTTACTTCA TTATTTTAATTTTCCTTGTGGTTTATGATGCTATAATATAATCATGTCCCTTATTAAATA GTTCATTTAACCTCTGCTCTTGTTTAATCAGACGGTAAAACAGACCCACAGAACTGTTAA AGCGTCAGCTCCAACTAATAAACCCTAAACCCTTCCTCCACCATTGTTACTTGGAGTTGA AGTTTCACTTTTCCATCCAGAAAATTGCAGTGATGGATTTGGACTTCGACGGTCCAAGTA AAGTCCCGAGCAGGCAAGCTCGTTTCGCTCCCAAGAACTCCAAATTAAAGCCCCAACCCA AAAGTGAAACACTGCCATTGAAGGTAGATTCAGAGATTCCGACTAAAAAGGAAGAATTTG TATCACAACCCCCTCTAAGAGATCATATAGTGAAAAACGGAGAGGCAAAAGTTGAGGACG ACGTTCTTTTGAATGGAGAGACTACGGGAAACGATCTTGCAGAAGAACAAGTCGGAATGG AAACTGATAGCGATCAGGATGAAGTTGTTCGTGAAGTTGACGTGTGGCTTACCCCTTCCG CCAATGAGGTAGATTTTCTTGATTCAATATACGTCTGTTTTATTGTTGAATTTGCAAATT TTTCTATTTGTGAAGTATATTTTCTTTTCTTTTTCAGTTCTATGTACTCCAATATCCGTT GAGGTCCGAATGGCGTCCCTATGGTTTGGATGAAAGATGCCAAGATGTGAGTTACAACTG CTTTTAGTGTTTTCCTTTGAACAAATTGGTCACTGTTATGTGATATTGCTAAAGACAGGA ATTGATTGGCTGGTTTTAAATGACCAGTTTGGATGTCTAAAATCGATTTTTTAATCATTT TGCAGGTGAGGTTGAGACCTTCATCGGCAGAAATGGAAGTTGATTTGGCAATAGATTTTG ATTCTAAAAATTTCGACAGAGACTCTGTACATGCAGCAACAATAAAAAAACAGGTTCTTT TAGAGCTATGGAAGCTAGACTTTTATTGTTTTTTCTCTTCTTAAACCAGCAATAAAGACA AAAAAAAGAATCTAGGTGATTTATTTTTATATGTGTAAGACTTGTGCAGGAGCTACCAGC TACATTTGTTGGTTAGGGGCATATTACTTAGTCGGAAAAACATTGCAGCTCTTTTCGTCA TGTCGCTTTCCTTTTGTTTGGTAACTCTTTAATTTTAGCATGTTTAAAACCACAAAATGA AAGGACATTTAGTCCCTTCTACCTTTTCTTAGTTTACGACCACAAGATTCAAAACTCTTC ATATCTTAAACTATGTGCCAAGTCGAAACGAGTCAAACAAATTAAAATGGAGGGAGTATT ACATTCCTCCCATTTCTCTGCCTTAAATTCCATTTGTAATACCATCTGTTTTGGGCCTAC TCCTTGCTCTTAATGGACACGTGTATATACAGACAAAGGCAGACCCGCGTGTGGGAGGAG GTGGGGTGGGGGGTCATGGGATCCTGTTGACTTTAGGAGGAGTCGAGTGTTCAATTTTGT TTTCTTTAAGCCTCAATTTTCTTAACAAAAGAGGCTCAAAAATTTTCAAATGTAATGTTT AGAGCAAGAGTCGATCCTACACCCTTTACAGAGCAAATGAGGTGTTGGAACAAGAATCAC TTTGTTAAGCTTTGTCATTTTTGCTTAATATATCCACTTCTTTGTAATCAGGTGGTGTCA CATTCAACATGCATTCGACTTCACGGTTGTAACTTTGTTGTTAGTAGTAGGATAAGGAGG TTGTATTTTGAGAACTTTGACAATTAGAGTCTGGAAACTCCGCACTTGATATTTGTTCCC TTAGCAGGAATTACAGTTCTAATTGTTTGACCCAGAATCTGATTGGTTCTGAATTTCTAG ATTGTTTCTACAAAATGGGTGCCATCATCTACTTGTGCTGACTTTGCTGTTGGGATCTTC ATTGGTGATAAGGTAAATGATTTGTTGTTGATGGCTTGAATGCATATTTAGCATCTGGTC TCGTGGAGTTCTGATTGACTAAAAGTTAGTCCTTCACAGGTTTTATATGTGCTTATCCTG TTCTGCTTTTGTCCTTTTTTTGTAATTATTAAAAAATAACTAATTTGGACCAGAACAATA TCGGGCGGCTACACTCTCAACCTCAAATGTAATCAAGTCAATCTTTTATCAGCTTCAAGT TGAAGCAAACTATTTGCTGTCTGCTGTCAAATCTAACTCAACTGTTACCTATGGAGTTGG AAATTGTTATAATACCTCTGGCTCTCTTATTTAGCCCAAGTTCTGCCACTTAATATTAAA AAATTGTCAAGTCCTAGTTATATTCTTCTGTTTCTTATATAAATTGGTGTGAGGAACTTC AAGTAAAATCTCTAAGTTTGATGATAACTATCTGAAGCTCATTGCTGCAGTCAAAAGAAA AAATATACTGTAAAAATGCTTTTTACTTTTCAGTACAACCTATATACTGTACTTGTCAGT ATACACAAATGTTACCTTCTCAAAAAAATTGATAAAATAAGTATCAAAGCTTATTAATGT TCTCAATAGTCACACTCTTGCTTCCTGTTTGTTATGCAGTTCCACCTCAATCCTGTTCAT GCAATTGTACAGCTCCGACCATCACTGCAGCATCGTAAGGAAAGTGAGTTGAAGAACCTT ACCACCAGCAATGATGAAAAAAGTTGTGAAAACGAAGACGTCAAGGAGAAAAAGCCTGTG GGTCTGTCAAAGAAGCAGGTTCATTCATGATTTGCTATTTGATGCCAGCTTCTAAGCTCA ACTTATATGAACCTTGTATACAGTTACCTTTCATGTGATATTATGGTACATATCAGTGGC TAGCACTTAAAATATCATATGTCAAGGCTTTTCCCCTTCTCCGGTTAACTTCATTTTTTG AACCGAGGGTTTATCGGAAACGATCTCTCTACCCCACAAAGGTAGGGGTAAGATCTGTAT ACATCTTAGTTCTTACCGTCCCAAACCACACTTGGGGGATTACACTGGGGGATGTAGTTG TAGTATGTTAAGGACTTCTTTGTTCCTGATTTACTAGCTTTGCCACAATTTTGGATAAAT AATGATAAAAGGAATACCTAAAGATAAGTCTTCTATGGTTAAGCACTTTCTGCTATTTTC AAGACTTCTTGTCTAGAATGGTGAACTTCACAATCTTACCCAGGACTCAGGAGCCCAGTA TCTGCCTTCCCAGTTTGCCTCACTTGGTGACCTGATTCAACCCTATCCCTCCCCTGATGC TGTTCAAACTTTTCGTATAAGTGCTTTACCTTTTCTTTGATCTATTCTTGAAACACGTAT CCTTTGTGCAGAACAAACTACCTGGGAACTACAAGGATATTGGAGAGGTATGAACACCTG TTAACATGACAAAATTTCCGCTTTTCAGTATTAGCTAATAACTCTTCATAATGTTCATTT GCTTGAGTGGCTGCCGTTTTTTCGTCTACAATTTTGGATTTGACGTTTCTGTTGCAAGTG TTTTCTATTTATTTGTACTCAAGAGCAGTTAACTTTCTCCATGCAGTTGCCAATATCATT TCAAACAGTTTCATTAATGCGGATCCTTGACTTATTGATATCTGTTTCATTTCCTGTTTT AGCATTGGTTACATCTAAAATACCATGGGACTAGGAGTGACATTTCAGCCAGACATCTTC AAAAAATGGCTATGGAGGGAGGCTCCCCAGTACCATTTTCAATGATCCCGTATGTATCTG CTAATATGGTTGATTTTTCTTCGCTTGAGCCATATATATTTTTTGCAAACTGCTTCTGTT CTGGACAATTAAAAGATACATTTCCTGCCTCAGAGCATACATTTATCTACTCTCATTCTT CTATGATGAACTAAGGGTAATTCACTAAAAAGCATCCAGAAGATGCAAGCAGAAAATTAC AAGAGAGGGAGATAGTGTCTGCTCGTATCCTCATACCACTACATACCCAGTGTTATCCCA CAGAGATAGTGTCTGCTCATAGCCTCATACCACTGCATACCCAGTGTTTTCTCGCAGAGA TAGTGCCTGCTCATAGACACACTAAAACACTATTCTATCACTAAGGAGTAGTGAACAACA ACACACCCAGTGTAGACCAAAAATTGAACACAACTAGTTACAGGGGCCTGATTGAGCCAA CTATTACAAAAACAAATTCAGTAAGTATTTTGCTTTGAGTACACGAGTAGGAGTTGAAAT CCCACAAAACATCTATGATTCCATTCATTCCCCATGTACCAAAAAATAGCAGCAGAGACT GTTTCCTAAACACCAGCTTTCATACGCTTCTTGATGCTGTAAGGCTTGACCCAAGCTAGT CAACAACAACAACAACAAATCCAGTGTAATCCCAGAAGTGTTGTCTGGGAGGGTAGTGGG TACTCAAACCTTACACCCCTACCTTGAGAATATTGACTGTTTTCGATAGGACCTTTTGCT CCAAAAGATATGTAAAAGAAGTCAAAACAACAGCAAGATAACACAATAATCTAAGAATAT TAAAATACATGAATGATACTACTGCGGGAATAATATCTACTAACCTTCTACTCTAATTGA CCCAGGCTAGTGCAAGAATAGAAAAGAACATGCTCCAAATATCATATGCTACTGAACGAT GCAAAAAAAAGATTTCTTAACACTTTCAGAATCCAAATTGCACATCTACTCTCATTTTTA TTCTAATACCAGTTTTCTTCCTGCAAATTTGATACACAGGAGTGATTATCTGAATGCCAT TTGTCCTGCAAGACCAACTGACATTGACAGATTAAGAAATCTTAGAACAAGGTACTGCAG ACACTTTAGTTGGTCCTTCACATCTATTGTTTTGACATTGAAAGGTCTGGAGGTGCTGCT AAAGACAAAAAGAAAATTTTATTTACATCTATGATCGTAGAGCTGTCTTCTTCTTTGATA TGTGGCGTAATCATCCTCTAGTATTGTTGGACCATTCAACTAACTGCAAATTATCATCTT CTTTTTCAAAGAAATCACATATTACTGTAATCTGTTTCCTTATCTCCCCCTTCCACTTTA TTTATTTAATTAGTTAATCTCTTTTTGCTTTCTGTACAATGTTAAGATGAGATTTTGATG ATCTTTGATTACTTGTTGATAATCTAGTTTTTAGTTAGCAATTGACTCGTCTTTGGTTGA TGGACTGGTAATTTCCTACAGTGTCAGAGATTAGATTCACATAGTAGCTTAAGCCTAGGC ACAACGTCAATGGATGTAATTCTGATTGACTAAATTTGTAGATCAAATTGGGAAGGAGAA CGTTTTTCTGAGATGGGGAAAAATCTCTCTAGTGGCGGATCCAGATTTTTTCACTACAAG GGTTCAAAAAATGAAAATGTAGTACTTGAGATTTGAACTTGGAACCTCATGGTGAATTTT GAACCCCCTCAGCCAACGTCATCTTATATTTAGGAGGTTCAAAATCTCTATATGTACACA AAAATTTAAAAATATCCAAATGGTGTCATTTTTAGTCGAGGGTTTGGGTGAACCCTCTAG ATCCACCTTGACATGAATGCTTCTGCTGGCTTGGACTCAGGGGAGAAAGGAGAATTTCAC TAACAGATCAAGTTCAACAAAATATTGTGGAGGGGATTTCTAAAAATGCAGCATTGGGAG GTTTAGCTAATCTTTGACGATGTGTGATGTTGGATCAAATAATATTTTGGGGGGAAAATT AGTAGAGAATGTGAACACAAGAAAATACTGGAAGCTATTAGGTGCTCAAACTCTAAGGTC CAGTCTGTCCCCCCACCCCTCACCCCACCCCCACCCATTTTGATGGTTGAACTTGGTCTA TATTTCGGTCAAGTACATATTGGTGTTCCCTCTAAGGTGTGCTTTAGAAACAATCTAGAT TCTGAATTCTCTCAGTATTGCATATGTCAGTCAAAAGTTGGAAAAAAGTCTCCAGTCTGC TGGGGCTATGAAGATTTTGATACTAACACCATGAAGTGGTAGGCTAAGCAGGAAAAGGAG AGAACTCAGACTTGAATTGCGAGGCAAAATTAAAGCGTGCATTTTACTGAAGAAAACTGA ATCAAGACCATAAAAATTTAAAAAAGTTATACTTGTAAAGATAAATTAACTATAAACACA AACAACTATATGGACAAATCAAAGCAGACAGGTGTCCTGACTTTGAGCTTCACAACCACC ATTACGAAAAAAATTCCTCGTGCTTGACCCATGGAAAAGAATAAGACTTGCATGTTTGGG GTGTGTTGTAAGCACGACTAAATAAATAAGAGTATGCTCTGTTAATCCGCCTCAACTTTT AGATGAGGTGTTCACTCACTCCAACATCTATTTTTATAGTATATGCAGGAAGCATTGTTG TCCCCGGTTTATAAAAAAATGTGTTACGGAATTAATTTTGGCATTGTGGTGGTAGGTGGG GGTGGGGGAGGGGGAGAGGGAGAGTAGGTTAAAGGCTTAAAGCTTTGTTGCTTTCTTGGT TTGTCATTGTAATAAATATGAGCTGTATGAAATGCAAGTTTACATTATGCTTTGTTTGCT AGAGAACCTAATCTTCCAGAAAGTAGTTTTTGTTCTCGATGTTCTAGCAATGAAATAAAT AAGAAAACATGGTCTTGCTTCTTTCTAGTTTTGGAGTGATTGGCAGATCTACAAAAATCT TCGGGGCATTTTTATGTGATAAATCTTATTTCCATTTCTTTTGTTCATCACTTCTTGAGG CCGAGGACGGGAGTGGACTGTTGTTCCAGAATATGCTGTTGGATACATTTTCACCATGTT ACTTGGCCAAACTTGCACCTCACTGGTCATCTTATCCTTGGTGTTCTACCTTTGTCATCT ATCAAATTGATTTCTTTTCATTTAAAAAGAACTTTGTTCTAAATAGCCATCAGTTGTTAA AGTTGATTCCTTGGAATTAATTATTATTGACTGGTGTGACTTGTATTCATTCTAGGTGTG CTGGTGTAGTAAAATATAAATATGCAGTTTCTCTAGCCAGAAGTTTGCTGTTTCTTCCAT TCAGTATCCAAGCCATGTAGAATAGATATCAGTACTGGATATGCCATATTTCTCAATTAT GTTAAATTAGCATTCTTTCCCAGTCATTTTATGCTCCTAACTTGTAAATTGCCAAATGGA TGGTTTTCAGGTTGTCTCAGAAACCTTTTGAAGAACGTGTTAGAACTTGGCTTCTTGAGG TTTGTACCTACTATTTGGATTTTGCACTGCTTATATTTTTATGCCTGCAAGGCTGCAACA AAGTTTGTTTAGATGGCCCCATGGTGCTTATAACTCAGCACATTTCTAAATATGAATTCT TTTCGCAACAGGGACCTCCAATTCATCGTTTTGATACTCTAAAGCACCTAGCTCCAGATA ATCCTGTTGATGAGATTTTGGAAGTTCTCAAAAGTTGCGCACAATTAGTTCAAGGATTGT GGGTTGCAAAAAGTTCATTAGTCTATGACACAAACAATGGAGTCGAAGTTTTAGCGAGGA ATTTTGTTCTTTATGAGTTTACCAAGAGTACTTTAATTAAGAAGTCAGTGTTTGGCAGGA GGCCTGAATTCCTTAAAGCTGCGACACCAGTTCTAAAATCATTAGCTGTTGAGAGGCCTG ACCTGGATGATTGGAAGCTCAAAGAGCTTCCTGACAAGAAATTCGAAAACCTCTATGGTG ATGTTGTAAGAGAGCAGGAAGCTATCTGGGAGTCCATGGGGAAACAGATCAATGATATTA TGCATGGAGGAAGAAACAGGCCTACTTTGAAGAATCCTCTAAACCCAAAGGCCAACATTC CTGCGTTGTCAAGTAGTGATAAGCCCACTCCTACGACATTTTTGAGAACATCTCTGTCAG AAGAAATTCGTGGAGCTTTACCTAAGGCGCTTCAAAATGTTTTTAGAATCCATAAGGTTT GCAGGTGAGGTCTCTGAAAATGACTTATGAACTTTCTGCCTTTGCTGTTTATTATATAGT TAAACGTAATTTTAGGTATTCATAATTGTTAGAGCATGCAGAAACCTGGGTCAAGCAGGT GGTTTATTGACCTTGGTTTGATTGCTCAACATTTTTACAATTATTTTGGGGCTTTTTAAA ATAGCTATTCTCCCTTTAACTTCTGCCACCTGTTGTCCTCCCTTTCTGTTTGGGTCAAGA ACCCTCACCTTTTTGTGGGTAAACTGTAAGTTACCTCTTTATTCAATTCTTCCTGATTTC ACCCTCCATTTATTTGATTGTTTCATCCTTTCTTTTCTTTTTCTTTTGATGAAGTAAGAG AATTTCATAGATGGCATCAAGAAGATGCAGAGATTACGAAAGTAAGTAGATACTCAAAAG GTTATCAGCCATAGCCGCTACAAAACTAAGCTAATGCACTCTTAGACTACAACTCTAACC AATCGACATGATTAGACTTCTCCGGCGACTCCAAAGTCCAACCAATACGTATTTCTTCTT CCTCTGTTTCTTTTTTCTTTCATCTTCTTTAGACTTCAAAGTTCTTCTACCTCTGTTTTT TTCTCTGTTGGGACTTCTGTTCTGTTTTTTTCTTATTCAAGTTCTAGACTTTTTTAGTAT GTACTATCTATTTTTAGTTTTTGAATTAAAATATTTGCTAATATGCTATTGCTATTGAGA TTTTGATTATTTATATATGCAATTAAATATCTTAATTTTTTTATATTTATTGGCGCCATA CTTCAAAAGGCGAGTGCCCTTGCCTTGTTGCGGGCCAGACCCGTTTCGCCCTTCACTGAC CAAAACACTGGTATGATCAGTCTTCTGAAAAGATGAGATGGTCTAGTTATAGGACATTTC TTTTTGCTTTGGAATGTTTTGATACCTTTGAGCAGTGGTATCACTCAGAGTCCTGTTTAT ATTGACTTATTGTTAGAGGTGAGCTGTGCGAGGATTTAGGTCGAAATTGTCCATCGCAAG ATTTATGTTGCCTTTTCAGTATGTTGTATATCTACTTTACCTTTCTCGAATGGTAATGTA TCATAACATAGAATATACAACATTGTCTTTTTCCTGTGCTCCTCATCTGTCTGAGATTTA GAAGGAACAGAGTAATTTCGTTGTTCAAGAAAAAAAACAAACTGTGCACTACTTGTTTTA TTTACCTGATCCATCTAAACTTGTGACCCCTAACCAATTTAGAATCTACTGTTTACTTTT TGCCAGTTTGCTTCAAATTTGCGAACTGATGGAAAAGGAAGATCCAATGAAAGCTATAAT TTCACCCGCGGGTATTTCTGATGCACTTCGAAAGGAGATAGAGGCAGTGGTTAATCAGAT TGCTGTAAACATCCACGGTGTCTATGTTTTGAAGTCATCGCCAGATAATCCACAGTATGA TGCATTGAGGTTAGTAACTATTGCTATATAACTAACACTTAAACACCTTGCTCCGTGGCT AATACATAGTTTTTGTTCTCAGGAAAGTTGTAATTGATCTTTTTATGGCCGAAGGGTCGA ATGCAAAGCTAAAGAAAGCATCTATAGTTGAAGCTGCCAAGTTGCAACTGGGAAGGGATG TCACCACTGTGGAGTTTCAAAAGGTGAGTACTTTTCTTACTTGTCATGAGAATTAAGTTA TATCTTCTTTGACTTTATTGTATGGGGTTTCAGGTAGTGGCAGAAGTCAATAATTGAACA GTTTTTTTAATCATAGTTGATGCAGCGATTTCGATTAGTCAATCAATCAAATATGCCTAC TTCGGGTTATTTAAATACTTGTAAGAAATTTGTCTTGAGGGCATATTTTAGGGGTCTCAA AAAATAGAGGTTCTCTATATCTCAAACTTGTATGTACTCGAACCTAATGTATGTGTAGCT ACAACCATGAAAGCTTAGTACAAGTAGTTCTGTAGTTGTATTCTATCTAACCAAGTCCAC ATTAACTCCAATTGATTTTAGGTCTTTGATCCACCTCCAAATAATTTTAGGTCTATTTCA TCTTTTTAACACTTTCAATCACTAGAATGCACATATGAACTGGTAACTTTCATGGTAAAG AAGCGTTTCAATGTTTCATGGACTTGCAAGTAATGGGATGTCGATGGAGGTTTTGTTGGA TTTGGTCCTATAGATTGGTGAGACTTGACCCTCAGATAACCCCCAAGAAAGATTGTTTCA AGTACATTGGGTCTCTAATCCAGGGAAGCTGAGACATTGATGATGATATCATACATCGTA TTAGTGGGCGTGAATGAAGTGTAGGCTTGCATTCAGAGTCTTTATGATAAAATGGTATCA TCAAAACTTAGAGATAAGTTTTATAAAATGATGGTTAGACCGACTTTGTTGTATGAAGCA GAGTCCTAACCAATCAAGAACTCCCATGTTCAAAAGATGCATATCGCGGAAATGAGGATG TTGATCAAGAACTCCCATGTTCAAAAGATGCATATCGCGGAAATGAGGATGTTGAGGTGG ATATGTGGGCACATATGGAGCGATAAGATCTTGAATGAGGATTTTTAAGATAAGGGGGGA GTGGACTTCGTGGTGGAAAAGATATGAGGGAGGCGAGATGAAATGGTTTAGACATGTGTA GAGGAGATGCGAAGATGCTCCAATAAGGAGGTGCAAGAGGTTGATTATAGTAGGGTACGA AGAGAGGTAGAAGTAGACTGAAAAAGTATTACGGAGAGCTAATTAGACAGGATATGACTC AACTTCGGGTTATTGAGGAAATGGCCTTAAGAGTTAAGATAAAAGGGTGTGGAGGACGCG TACTAGGGTAGATGGTTAGTAACCAGGAGTGTTGTCTTGCTTTTCGAGGGTTTTAGGTGT GTTGGTGTTTGTCCTCATACTGATTGTATTATTGTAGTTCTTGCTTTTGATATCTATCAT AATTTGTTGTTTAATGTGTTTCGGTTAGAGCATTATTTTGTTCTTGTTCCTTTCTTGTAG GATTTGCACTGCTTCCTTGTTAGTTCTATGTTTTCCCCTCCACTGCTTTCTTACTCTTTG TTTGGATTTACTAAATTTGAGCCGAAAGTCTTTCAAAAAGCAGCCTTTCTACCTCCATGA GGTAGCGATTAGGTCAGTGTACACTCTATCCTCCATAGAACCCTTTTGTGGGATTCAGTG GGTATATTGTTGTTGTTGTCTGCTAGTTAAAAAGAATTTCCTTTTTAATTTTCCATTGAG TTTCAAGAACTGTTATTTTCTTTTTTCCCCTTCTTTTTATTATTATTGGATCTATGGTTT GGAAAGTTTTAATTTAGGGTGTGTGTTCGTTACAAAGGGAAATGCTTTTTTGAAAAAAGT CAGTTTCTTATTTTTCCGTGTTTTTAGTATTTAAGCAAAACATATTATTTTAAAAACATT TTTACATACTCTAGATAGTGAAATACTATGGAGATGGGGTTGTAGGTGTGGTGGGGATGG GGATGGGGCTAAGAGGGATGGGGTGAAGATGAGGTGTGTTGTGGAGGGTAGGGGAGATTA AATCAATGTGAAATCCCACTTTTAGAACTTGTTTTCCCTACTTTCCACTAGGCAAGTCAT TTTCCTCATTTTTTTTCCACGAAGTTCCTCATTTTCAAGGAACTTGTTTTCCTAGAGAAA ATGATCTCCAATTTTTTTAACCAACTGTACAGGGGAAAATGAGGAAACATATTCTGGGTC TTGTTTTCGTCCATTCCGGACACACCCTTATGTTCAAATTAATGACTGTCTTTTTCAAAT TACTACAGGTAACAGAAAAAAATTGATTACGACAAATGTGAAAGTTCACCACAGACCAAG CTAATCATGTAGAGAAAACTGTGCATGATATTTTTTTTCATGGAACTGCTCTGTGTTTTA GCTATCAACGTAATCCTAGAATAGGAAATGATCTTCGGCACTGTTTTATGCAAACTGCTC ATTTGTTATAAAATTAAGCCGATCAGACCTTTTTTAAAAAATAATAATTTTGAAGACCAA GTTAAGGTGGAATGCAGTATGTTTTAATCTCTTCTCCACCCCTCCTAGTACCATTTACCC CTCATATTTTTATGACTTGCAGCAGTGGTGATTTTGCACATTCAGATAACTAGAGACCAG AGAGAACAATATAAAAAAGGAAATGGAAGTGTAATCACCTATCTGTTTAGTATGTGCAAA GAAGAGAAAGAGACAGTCTCCAATCAGCTTTTTATTGAGGAGTGAGTGGAGAAAATTGTT TCCCAGTAGGTCTCGTAAAACAATGGCTAGACAAGTAACAAACCTCTTATCTATCCCAAG CTAGCTCTCATAGCTCCCCTGATTTTAAACAGTACATGTTTCTACTTTTGGGTAAACCAC TAAAAACTTGTTATAAAATTACTTTAAGAAATTTAAATTTTGTAAGTTTTATATTGGAAC TTCACCCTTCATCGCAGATGTTTCTGACCTTTAAATTGGGGTGTTATTATTTCATGCCTT AGTCCTGTTTGAATGTTTAGAGATGATCAAAGACATTTTCTGGAGTACGATAAAAGTTGG CAATTCTGCCTGACTATGCCAAATGAGTTGGAGATATCACTGCAAAAGAAACAAAAATGG CAAAGTTAACACTAGCATTTGACAGGATGCATTTCTTATCCTCTTTTGTATGGTGTGGTG ATGTTTCTACCTCAGGCTTTGTTTTTTCTCCTGGCCTCCTGTCAGGTTTCTCTGTATTGC TCTTCTTTTATGTAAATTGGATCCAAGCAACTCTGTCATGATCCTGCTTATGTGCTGACA CAGGCGGCTTGGCCTTGGAAAGTTATTGGGATTTAAATAACTTGGACATACGTGCACTAT ATTATGAAGTTGATCTATTTACCAGCACATGCAGATGTATCCGATAGATGTTTGCAGTAT CCTGTTTCCGATCCTCTTATCCCAGTTCCCCATTATTTTTTTCCTTTTCTGATAGAATAT AAAATGTGACAGTTCCAAACTTCCATGTCATCTGACTCTATACTACACCTATTGTGGTCT AGAATCTTTCAAGTTGCCTGGAACTTTGTATTGTGAAATATTGGCGTTTTGTCATATTGC AGTGAATTTTAAAAAATTCGTGCAGAAGCTTCATTTCTTTTGTCTAATTCCTGATGGAAA AATATAGAAAATCTTTTCTTGACGACATGAATCCTATATATTTTTCTATGCTTGTGCAGG TTATGAAGGAACTATGTCGTTCAGAAAACTCAGCATGGGTTTTGGGAATCAGTGACAGCA ATCCACAACAGTAGTCTGCTATTTTTGATTAAGTCGTACAGGTCATGGGAAGTTCACTGC TAGCTGCAGAAATTCTCAATGCTGAGGAGAAGTTGGCTTTTCTTGAAGTTCCACTTTACT CTTGAGAGTCATAATTGTTCAGTTTTGAGGTTAACACGGAGTCTCGCGTATATGGTTGAG CTGTTGATACGCTTCGCGGTGCATTTGCAAATCTGGGAGAAAATTTAGTTAGGATTAGCA GATGTCAAGCCTTTTTTGCTCATTCTTTTATCATTCAATTTATTCTTTTCATGAACGAAA ATATAGTCAGATGTTTCTTTTCAATGTCTTGAATATCTCTGTTAAAATGTATGAATTGTT GCATCTCTTTACTTGCAGAAGAAAATCATTCAGCATATTTGTACCATCAGAAGAAAAATA CAAGTTAAAAAGTTTGCCGTTCTTGTAATTATATACGTATTTGATTCACCAAGTTGTCAA ATTTCTAACATTTTTCATTTGAGGTTGATGTGTTTTGTTAGTTAAAAGAGATGATATTTT TCATGTGGTAACGTAAATATCAACAACTGAAAGTACATAATTTTACTTTAGAAAATTGAA TTGAAAATGTCAAGTATTTTAATGAAAAATATGAACAAGCTTAAGGGATTGACAATACAA ATTAGTTTGATTTTTACTATTATTAATTGGTTGATTTGCTTTATTTGTAAAATATATAAT ATATCAAATAATAAATATTACTTCAAAATAGATTTTTAAATAAGTCAATATTTTAGCTAT ATGTCAATCTGCAGGTTTAATTAGGTGGTATTTAATTTTGCTATCCTCCGTGTAGGATAA AACGAAGGAATTGAAAACGCAGCTTGGAGTTTACGGTTGTACCCTTTTTTTAATTAGACA AAACCTAAAAAGGAAATCGCAATTGGATTTTGCAATTCCCAAATACAGAACGGCAAAACT CATTTCTAGCCCTAGTTTTGTACTGAAGAGAAAAATTAGGGTAAAAACGTAGTGGAACGA TGCAGGAATATGAAGGTAATGGAGAAGATATAGAGAATAATGGTTCTTCTCCTTACAGTG ACTCCAAGTCTCAGGTATTTTTTTTTTCGATAAAAAAATGGATTTGAACTTATAAAGGTG ATGAAGTAATACACGTAGATATTTGCTTTAATTAGGGTTACGTATATGCTTTTGATTGTT TTATGTTCGATGACTGGGAAAGTTTTATATGAATTGCTTGATGGGATGCGATAGCTGGGT ATATCTCTGTCTCTGTGTGTAGTTATGGTTTATGGAGTGTTGTGTTGATGAATTTCTTTT CTTAAGGGCGTTTATTCGACTACTTGTTCCGCTAGAAAGAGTGATGGGATTTGGAATAGA AGCATCAAAACATGTATAATCGGACAATTATTTTTTGAATTCAAATTACACTGTTGGAGT TATGGAATAGAGCCGATTACATAAAAGATGTAGGCTGTTTTTGTTGGTGGTCGGGTTGAG GAGTATTGCCTATGGTTGGCCTCTGGTAGGATCCAGAGAGGAGCTGGTTTGCTCCTGTTG GACAGCAGTTCTGATCTTTAACCTGTAAACGTAGCCAAAACAAAAATTTTATGATATAAA ATTATTTTCCCTGATTTGTGTTGCTCTTTGTTTTAATTTCCTTAGCTTTAGATTAGTATG GCTTCTGCTGTATGGTATTCCGTTTTTGTTTATATTTTTAAGTTTTGTTGTTCTCTTCAT AGACTAAACATTTTTATTATCATTTTCCAGCATACTTCTCGTGACCCCGAGAAAGAAAGG GGCTCATCAAGAAGCAGGGAGAAGGAGAGGGAGAAAGGGCGTGATAAAGACCGGGACAGG GACAGGAATAGAGATAGAGATAGAGACAGGGACAGAGGTAAGGAAAGGGACAAAGATAGG GATAGGGACAGAGAGAGGGAGAAGGACCGTGATCGTCATCACAGAGATCGTCATAGGGAT CGGAGTGATAGGAGGGAGAGGATCAGAGATCGAGATGAAGATGATCTTCAGCGAACTCGA GATTACGATAGGTGAGTTCAAATGCAGTTCTAAAAGTTAGTTGGATTCATGTTCTGTACC TCTTTTCAGGTACTCATGTATGATGATAATACATAATTGTGGTATTCATTTTAAGAATCA TGTTTGATTTAATTTTGAAGTGCTGTTTTTTCTTTGTCACTGTTCTCTATGCTCGACATG CTTTAGTGTGAGCTTCATATGAGATTCACCATTCATGTGTTTGGTGCTTGCTGATTTAGT GTCTCAACCAATTTCTTATCTTTCTTATGTTCTTGTATATGATTGTTTATTTATCCCTCA GGCGAAGAGACAATGACAAAGATAGAGAGGACCGACAGAGACACAAGCCTAGCTCTAGGG GTAGATCCGAGCATAGATCAAGGTCTAGATCACGGTCACCATCTAAGAGGTTTGTCTTAC TCCTATATCTTCTTGTAGGAGCATTATCAAGATACGTTTTATTGGTTATTTTTGATGTCC TAATGCTCCGTTAGACTGGTTTCTTTCTTTTGAACTTTGAGTGAAGCAAATTGTAATTTG CTGTGATGTTGGCAAGACTGGTCATTGGACTATTTGATCTGTCAATTTGGAAAGAAATCA CAAGTGTTGATGTTTTAGAAATTAGAACTATAGATAGAATTGGGCTAAAACATTAGGTGA AGACTTTGTTATTTGGCCATATGAGCTGATGTTGCCATGTTGGCTTACAAAAGTATTTGT TCTTGCAAAATCTTAAAGCTACTATGATGACTTTCACTCTCTAATTACTGGAACCTATTG GATTTTAACTGTTTGTTCTTTTCCTTTATTTTTTTTTCCTTTTGAATTCTCTGGGGTAAA GTCTGTTTATATTCTACTTTACATTCTATTGGCCTCCCTAGACCTCACTTGTGGGATTGC ACTGGGTATGTTGTTATTGTGATTTTTCTGTCAGTGGCTAACTTCTATACAGATCGTAGA AAGTTAAATTTTCAACCATTTTATTATTTCATTCTCAAAAAGAATAATTCATTCTCAAAA AAATTTATCACTTCGCTGTTGGTACTAATGATGGTTCTTTTCAGCAAAAGGATCAGTGGT TTTGATATGGCACCTCCCACCAGTGCATTGCTATCTGGCGCTACTGATGTTGCAGGTACA CGGTCCATCAATTTCATTACAATTTAAGTATCTTGAAAACTGTCATGTTTTTCCTGGACA TAGTGTGGAAGTTCGTATCGAAATGCATGGTTACATTTTGGTAAGCTTTTTGTTTCTTTG ACTTCCACCTATACTAGTAGCGAGTCCTAGTTAGATTAGCTCTTTTGCTTTTCTTTACTT TTTACTTGGTGAAATAATTCTGAGACTGAGGGTTTTGGTTTCTTGTTGTGTTTGGTGTTT GTTTGTTTGTTTTGTATTGTCTTATGTTCTAAGAAGGCAATGTTGGGCTACTTGCCCCAC TGTGCTGACAATGGGCGTGAGCCGACTTCTGTAGCTTATATGTACAAGGAAGAATCGATA CAGGTCTTGTTCATCTTCAAGGAATTGCTAGTTTGGTAGTTTACAAATATTTTCTCTAGT AATGAATTCACATTAAAATTCTCCATTCCTAAAATTGTTTTACTTCAATTTGATTACAAA CTCTTCTATTTTTTCAAATACATCGAAAGACAAAAAAGATTTTAGTGTAAATATCCATTT ATTTTAGCCACTTGAAGTATGTATGTATTTTCACTCACTGATTTGTAATTTACATGCCGC GCAGGTCAAGTTCCTGGGACCACTAACCCATCAATACCTGGAATGTTTTCTAACATGTTT CCTCTAGCAGCAGGCCAGGTACTGTGACAGATCCTTCTTAGCATACCTTCACTGGTTATC TATATTCTCATATATTTGTTTTGTGGCTTCTCTAGTTTGGAGCTCTCCCTATTATGCCAG TCCAGGCAATGACACAGCAGGTTTATAATTTGTGACATTTCCTATTCTCTCTCGCTTATG GGCTTCTTTTACCTGAAAAGCATTTTATTAAATGTTGCTTTTTCAGGCTACCAGACATGC TCGGCGAGTTTATGTTGGTGGACTTCCGCCTACTGCAAATGAACAGGTAGCAAACTTCCT CCCATGACTTTGCACATTGGCTGTTCTAAGATTTTGTCTGCTCAAGTTTGGAAGCCGCTG TTGTCTTTCTAGTTATTCTTTGTGGAATCATTTTAGTTTTTCCTTCACAAGCTACTGCTT GTAATATGGTGCAATATAGTGTCTTCACGTACATTTTCACAGCTGTGTATTCCATCTAAT TAACTTTTTGACATAAACACTAACACATAGCTTTTCTGATTTACTGATGTCGTGCAGTCT GAAACCATTTGTAGTTGTAGGTATTTTTGTGTTTTTTTGCTAGACATCTTTATATTTTCT TCTAAATATATGGAATTGCTGCATCTGATCCTATAGTCTTTCGGAAACAGCCTCTCTACC TCCACGAGGTAGTGGTAAGGTTTGCGTATATTCTACCCTCCCACACCCCACTTGTAGGAT TTCAGCAGGTATGTTGTAGTTTTGGTTAGACCATTAATTCTTATGTTAGCATTTTTGAAA TTTTATTCTCACGTGTGATGTTTCGTTCTCCATTGTAGTATTTTTTGTACTATGTCGGCC AAATTAGGCTTTTTTATGTGTCGTGTATGGAATCATCAAGTTTTGTCGTCCTCCAAAATT ATCATTTGTTTGAGCTTCCTAATTTCATGATTTGGGTTAATTCTGCACTGCCATATTTTT GAGTACTTCCTATGTTTGCTGAAAGTTAATCTATATGCAGTCGGTTGCTACCTTCTTTAG TCATGTCATGTATGCAATCGGAGGAAATACTGCTGGTCCAGGTTAGTTCATAGATTTATG TGGTTTTCCTTCTAGTATCACTATAAGTTTTCCTTTTTTAGGTGCTTAAAATATTGTTGA AATTTTCAGGGGATGCTGTTGTCAACGTTTATATAAACCATGAGAAGAAGTTTGCCTTTG TTGAAATGAGATCTGTTGAGGAAGCTAGTAATGCAATGGCTTTGGATGGTGTCATTTTTG AGGTACTAAAAATCATCTGATAGGTGTTTATATGTTAGCTTTCTACTTATGGTTGTAGGG TGTTCCTTGAAAACGAAGTAAAGAAAGAGAAGATTTTAGTTTCACCTCATTCACAGACTC TGATTCTCCCTATCTTGTTCGCCACCAGATAAAGTTTGGAACTAATGTCCCTTTGCCCCT TTCCCATTATATAATCTGGAGTCTGCAAACCCTGTCTTTCTGTGGTTTTTTATTTGTTTG TCTTCTTATGGTGATTTGTGGTGGTGGATAATGTATGACCAAAGCATCATGCTGCATTAT GTCAAGTATTCTTATACATACATTTGTTTTCTGTGCACTTGATGTTTTGTTCAGGGCGGA CCGGTTAAGGTTAGAAGACCCAGTGATTACAATCCTTCCTTGGCAGCTACACTTGGTCCT AGTCAACCGAGCCCCAACCTCAACCTGGCAGCTGTTGGATTGACACCAGGTTCTTCCGGA GGGCTTGAAGGACCTGACCGTATATTTGTTGGTGGTTTACCCTATTATTTTACAGAATCA CAAATCAGGGAACTTTTAGAGTCTTTTGGTCAACTTCGAGGATTTGATCTGGTCAAAGAT AGAGAAACTGGGAATTCAAAAGGTTATGCTTTTTGTGTGTACCAGGATGTCTCTGTTACT GATATTGCTTGTGCAGCTCTTAATGGGATTAAGATGGGGGATAAAACTCTTACTGTTAGG CGGGCTAACCAGGGCACAACCCAACCCAACCCTGAGCAAGAGAGTGTATTGTTGCATGCA CAACAGCAGATAGCTTTGCAGGTAGAGATACTTCTATGCTCTTCCATTCAGTTTTCAAGT TCTTAGGCTTTAACACTTTTATAAAAAGGACTTTCAAGCTCACCCTTAGTGTTTTTTTCT TCTACAGAGGTTCATGTTACAACCTGGTGCATTAGCCACAAAGGTTTTGTGCTTGACAGA AGTGGTTAGCGTAGATGAGCTCAAAGATGATGATGACTATCAAGATATTTTGGAAGATAT GAGGATTGAATGTGGTAAATTTGGTGAGTAGCCATATCTAGTGTTCTGTTTCCTCTAGCA TACCTTATGCCTTGAACTTAGGTTGAGAATTTTAACTTGTATTTGCTTTTGTATGTCTAC TTTGCAGGAGCTCTCCTGAATGTTGTCATTCCACGTCCAAATCCTAATGGCGAGCCTACA CCTGGACTCGGGAAGGTACATGTCTGCTGATCTGTTGAGTCATCATCTAGATTAGTTACG TCTACAATCTGATCTTGACGTTCCTATATATGTTTGTTAAAATGAGATTCAACTTGTTTC TAATTTTCTTCACAATGACCAGCTGAAAAATGACTATTCTGTTAAGTGTCTTTCACTACG ATTATTTATTGCTTCCTTAAACTGTTTGTGCATGGTTTGGAACAATTACAAAAGGGCTCC AATACCTTGCTCTTTTTTTTTTCTGGTGGTTTCTACTTCTGAATGTACAATGGTTAAGAC TTGTATCCTGGTTCTTCAGGTATTCCTGGAGTATGCAGATGTTGACAGTTCCAGCAAAGC TCGCCAAGGGCTGAATGGAAGAAAATTTGGTGGTAACCAAGTTATTGCTGTCTTCTATCC AGAGAACAAGTTCTCTGAGGGAGATTACGAGGCTTAACTGTAACCACTATAGCTGTGACA TAATATTCAGATTATTACAGGGAGTTGTTTGCATGTCCTATAGGAATTATATCCCCCTTT TGACAAAGATTATTAGTGTCCTGTCTTTTTTTCTTTTGCTTTTTTGTTTTGGTGAGCATG GGATATTTTATTCTGGATTAAATTTAGTTTGTGGTTAAAGCTGGTGTAAAGTATCAAACA GGAATAGTGTTATCGGGTTGTTTGAATGTCTTTTTTCTTTTTATAATTATGGCTATCCAT TTTATTCATGTGCTTTATTGTTCCCCAGCCAAGAAGTTGCACAGTATTTTTTGTTTTGAG TGCACTCTATTGTTTATAATTTCTTGAACGTCACTTAAATTATAGTAGCAGTTTATACTG TAATGAGGTAGAGTTGATAGTTGGAAATTACTTGTTCTAGTGGATAGCTACTTAGGTCCT CTACTCTGTTAGTGGAACAGAAATAGGGGTTGGACTTGTCAAAAGTAAAATGAGTTTAGG CAGATGGTAATATCTTATCAAGATATCATCGCAGCATAACTAATGTATTTCGACATATAT CTCTTTCATCACTCCGGCAATTTAGTCCAAATTTTAAATAATAAATGTGTAGTTTAGCTA GATAGAAATACGAATTATAAACTCTTGTACTGTATCACAATGTCTGGTCCCTTTGCTTCA ATGTGAAAATGAAACGATAAAGTCGTTTTCTTGAACTATTCTCTGTATAGTTGGACATAC CTCCGTGTTTTTTCTAATTCCAGTTGACCCCTTTGTTAGTGTAATTTGTAACAAATATGC TATTAATCTTACATAAAACCAGAAATATAAGATAATTAATTAAAGCTTTATATGGGTCAT CCTATTTTTATGCACTAATGGAAAAACGTTCATCTTAAGAAATAATAAAATTTAAAAAAA GAAAAACAAGAAAGGGAAAAAAAATAGTAGTTAAAACTTTGTGGGGGCGGTCCATACCAC TCCTCGGCATATATAATTGATGAAGAGTTTGAAAAACAAAACAAAAAAAAAAAAAGTAGA TGCATTCAAGTCAACGGAAACATTAATAAAGTGTTAGAGAAAAGACAATTCAACTTTTTA GCATTTGTTTACTGGAATTACACTTTTAACTTAGGGTTATCCCATTTTAACTGTGTGACT AATTATATAATCATAAGGTAAAGTTTTGTTAATGTAAAAAACAAAAGAAGCTCACGTGCA ACTTCGTATGCCACTATTCAACTTTGATAAAAATAAATAAATAGATAAGTATCTGTCCTC TTTAACTAGAGATCTCGAGTAGTCAAACTTCAATGTGAAAATCGGATATCAGATCAAAAA CAAAAATCAATGAATTAGGATTATTTGTGAAATATTATAATGGTTATTCATGAATTAGGA ACTGGACTAATGTTTTTGAATGTTCAAATTTAACAAAGACTAATATAAGGAAAAGAATGT CCAAACAATAATTTTCACTTAAAAAGGGAAAAATTAAGTGACTTTAATATGAAAAAAATG AATAATTTTTCGATCAGATTAAATTTTATTAAATATATATTATGTTATTTGTCCTCCTCA ATAAAGTGCTAAATCGACATTTTGTGTAGATTTTTAATCTTTTGAGTCAGCTAAGCCTCT TTATTTGAAGTGTGACAAATCAATTGTTTGACTAGTAGTACTAAATGAGTAAATATAATG TAACATGTCCACTGGCAAATAGCTGTTTCTCAAACACTTGCAGGAATATAAAAGGAACAA AGAAAATAAGATTATGCCCTACTCTTAAAGAATGCACAGCAAAGTGTAAGGGAGAAAATT CAAAGATTTAACTTGTTTGAAGGGAAAAAAAAAATTAAATACCAAATCATTTAAAGGGAA CATTGTGTTATTAATGAAATCATAACAATATGTTAGTGACTAATATCTTTTTATTTCGCA GTGGAAGGAAAACAAAATTACACAGAGTATTAAATTCATATAATTATATATATTCTATCA TGGAAGTTGTTCCAATTTTTTTAAAAATAGATTTTTTATTGTTCTCGGATACATTCCTGA TTTGTTTGATACATTGTAAATAATATATTATTTGATGGGAGGAATTTTTCTAAGACGAGA AAGGAGTGTATCCAAGAATGAATTTTTGTAATTTTTTTAAATGGATAGAAAAATTCAGAG ATTATGATATTTTAATTTTTGTGTTTTTTATAAATGTTTTTGTTATTTTCTCTAATAAAA AAAAACTTTTCGACCACTATTTTCAAATATTGATCATCGGTTACTAATTTTTTATCCAAT CTAATATCGTCATAACATAAAAAAAATTAAATGAATTTATAGATAAAAATATACCTGTTT AATTTCTTAATCGAGAGGAAATGGACACTTTACCTCAACCCTTGACGTGATAACGAAGAA AAACTGTTTATTAAAGCCTAACATTGATAAGTCAGATATCATCAAAGAATGTGGTGCACT GAATGAAGTTATTTTTCTTTTAATTATTTAATTTCGAGCCTTGAATATAGAAAAGTCTTT AATGAAAAGAATTTTCCTATGAATCCTATACGATACTAATTTAATATGAGTATCAAATAT GAAAAGGAAAAAAAAACTATCTAGTCAAAGTGGTTTTCTTAATCATATATATGTAACCTC TAGTTATCAATTATTACAAGGAACAAGGATTTTTCATCATGATTATAAATCATTCTTCAT TAAAAAAGAATGATGTAATAGTTGAGGCAAAATAAATATTTATTGATCAGTGAGAATTTA CTATTTTGTTTGTATTTTTTAACTTGTATGATGATTTTTATTTTGAGAGTCAAATAATAT GTGTTTTATTTTTAAAAAAAACTATATGGTTACCCAATTTTTACGTGAACATGTATATAC GTAAAGTAAATCCTGTCAAATTATACAAAAGTTGAGCTGACAATAATTTAGATGATTAAT TGTAATCCTAATAAAAGATCAATTGCTAATAAAGGATTGGGACCAAAGAAAGATTACAAC ACCAAATTTTCAACTCCAGTAAATTGACACGTGGAATTTTTCAAATTTAGATGAAATTAT AACTTAATTAGTTTAAAGAAAGTTAGCTCGACTTTTTTCTCTCAACCAAATTAATGCAAT ACACCTTTTTTTTTCTTTTTCTAATCTACCTTAATTCAACCAAAAAATCATATTTTTTTT CTCACTTATTATGTGTTTGAAACTTAATTGATTCTATCATTATAATTTAGAACAAAGAAT CAAACTTCACCTTCATCTTTTAATTAAAAGATAATGTTTCTCTCTTAATTCTCTAAAATT ATATTTATTTAATTTTCAAATTCTTTTTTTTATGGCTTTTGTTTGCTTCTTTTTTGGCAA TTTTCAGTAAAGCTTTTGTAAAAAATGAAAAATAATTTTCAAAAACAGCTCCAAAACCTA AATGCTCTCTCTTTTTTGTATTAGAAACTTTTTGCCTGAGTTTTTATTAAATTGACCATT GCTATTTGGGACTTCCCAAGTAGTGGGGACTAGGAAAATCTTGGACTTTATATATGATTT GATTAAATTTTTTTTTAATTTTTAAGATTGAGTTAATCATAAATTCTTTTACAGATTGAA TTGATTCTTATTTATGAAAATTTTTAAGATTGAATTTGACACATATTTTTTCACAAATTG AATCGATTATTGTTTACTAGAAAATAGTAACAGTTAAAGTCTAATATTTATAGTCAATTT CAAATATTTGCATTTTTACATTCTATCTTTTGGATAATGAAAAAGTTGGATGGTGAAAGG CTACTGATCATTGAAAATTAATAGAGAAGACACAAGATGTGATAGTAAAAATTACCCGAT TAAATGCTGAAAATTTAATCAAAGTATTTTGTGTAAATTGGTGACTTTTGATAATTCTAA CGAGATAATAAATTCAGATTAAAAATTGATATATAATTGTTTTGATGTATTTATGTTAGT TTAATTGAACACAAAAAATAATTTTTTTTAAAAAAAAATTATGATGTATTAAAATAATTC TCAATTTATAGTGTTAAACATGCTTGGTGGATTATGTCGGCTTAACAATAATGTCCAAAA AAATTACTTTAAAAAAAATAAATTAAAAGGGATAAACAAAATTGAAGAGAGAATTTCCAA TGTTCTCATTTTTTGAGTTATGAATTTATTTATATTATTAGTACAAGTAAGGAAATACTC ATATAAATGAAAAAAATTCATGTTTTGGAAACTACAACCACTCCTCTGAATCATTTTACA TGATTCAAATATAAAAATATATATATTTAAATTTAATTTATTTAGTTATTTTAACAAATT TAATTAAACTTAAACTTTCTAATACTATTCTTAATTTAAAATAGCTATATAATAGAAAAT GATAATAAATTCAATATAAAATTTGAAGATATTAATAACAAAAGTAATTTAGTTAATTAT ATTTTTTATTTAACTTTTTAAAAATTATAAATCAACTTACAATAAGTATATATATATATA TATATATATATAAAATATTAGTAGACGTCTTTATCCTCCAGAAATGAGACACATTTATGA TTTATTTACTTTTTATTTTCTTAGACACATTTATTTACTCACTGTAAAGAACAAGTACTA GCTACTACACACTAGTACTATGATTTTTATTTTTCATTTGATTAATTTTCTGTTCTGTTT TATTATTTTATTTTTCTTCATCTTCTTGAAAAGTAAGAATGAAGACCAAAACTGAGTAGA CTTTTTTTGCGGTCTCTGTTTTCACATTAAATTTCCTCTCTTTCTCTCTATTGATTTCCG AGCCGCCGACTTGCGTTGTCACAACTGCTTCTCATTTTCATCGAGTTTTTCTTCATTACT TTTACTTATAAGCAAACCCATTTACTCGAACTTAGCGACTTTCCCGGCAGAAAGTTCACG CCGGTGATTGACTTTCTGGTGATTTTGGAATCTGGGTTTTTCAGCTAATTTCTATGTTAT GGGGATTTGCTATTTTAGCTTGGTTTGATCAAAACTGGTAGTTGGGTGTATGAAAGAAAG AAAAACGAAAAAGCAAGATTGACTGGTAGATACGGCGAAAAGAGAGAAAGTATTGACTCC CCCAAGAAAAGATTGATATCAAAAAGGTTTTTTTAACATAAATGTTCTAAAGATTTGCTT TTTTGAGCAACCCCCCCCCCCCAAAAAAAAAAAAAAAAACATGCCGGCCGACCCAGATAA CTCATCCGCCATGAACGATTCTACAGGCTCAGGTGAAGCAAGCGTTTCGTCTTCAGGTAA TCAAGTAGTTCCTCTGAAAGAATCAGCCAAGAAGAAACGGAATCTTCCTGGGATGCCAGG TAAATCATGTTCCGTTACGATTCTTGATGAACCCAATTTTACTAATATTCAGCGAAGATT TGATTTTCTGTTTTTGGTTGCTTTGATTAGATCCCGATGCAGAGGTTATTGCTTTGTCAC CAACAACTTTGCTGGCGACGAACAGATTTGTTTGTGAAATTTGTAGTAAAGGGTTTCAAA GAGACCAGAATTTGCAGCTTCATAGAAGAGGTCATAATTTGCCATGGAAGTTGAGGCAGA GATCAAGCAATGAGGTGAAGAAGAGAGTATATGTTTGCCCTGAATCCAGTTGTGTTCACC ATGATCCTTCTAGGGCATTGGGTGATTTGACCGGAATCAAGAAACATTTCTGCCGTAAAC ATGGTGAGAAGAAGTGGAAATGTGACAAATGCTCCAAGAAATATGCTGTTCAGTCTGATT TAAAGGCTCATTCAAAAATTTGTGGAACTAGAGAGTATAAATGTGATTGTGGCACTTTAT TTTCAAGGTAAATCAACAGTATGCTTTTTGAGCTCAATTTAAGTTCTTTCTGGGTAATAA AGTTGTTAACTTTATTTGCTAATAATGTACAGGAGGGATAGCTTTATCACCCATAGGGCA TTTTGTGATGCATTAGCTCAAGAAAGTGCTAAAACACTGCCAGAGAAGCCTCCTAGTACT AATGAGGAGCCTAAGACACAAGCTGTTGCTTCATCATCACCACCGCCATCGCCACCAGCC CCTCCACCTGCCACCGAGTCTCAACCACCACCACCACCACCAGCAGCTCCAAAGTCTTTA ATGACCCCTACCGTTCCACCGTCAACTGCCGTAATGTCATTTGCTTCCTCCGTTCAAAAT CGAGGTACCTTCTCTGCGTTTGATGTTTGTCGCATTTGTGTTTGTTACATATCAAACAAA ATAACTTTGTTGTTTCTATATCTTGGAAGCTAGTTAATTTTGTCATTTATTGATCTTTGT TCTTATCTGTATTTATTCTTTGTACAAAATCATTTATCTTTTTCTATTAATCAATCAGAA TCTTGTAGACAGAAGTAGGGTCTAAAATAGGAAGGAAAAAAATGAAGAAAATGATCGGAT AATTAATTATAAACTAAGATTCAATGTCATGAAACCGTTGGCTAAAGAAAGAATAAGTAG TATAATGCTTAAATAAGGTAAAGATTGTAAAGAAAAGATACTATATTTGGATCTCCTTTT GCAATAGATAATGTTCTTTTTCTATGAAAAGTTTTAACTTTCTCTGTTTCCTTAAAGAAG TATGCTTCTTTTCATCTTTTTAATATAACTGCTACAATTTGTGCAGAATTGCGGGAGAAT CCAGTCACAAATTCTGCTGGAGCTGCTACGAAGCAAGTTGTGGAGGAAGCAGCAGTGGTA GCAAGCTTGACTGGAAACTGTAGCAGCTCTTGTAGTAATGGAAGTAGTAGCAGCAATGTC TTTGGAAGTTTGTTTGCTTCATCAACAGCTTCGGGAAGTCTGCCATCTCAAGCTCCTGTT TTTTCTGATATATTTCGAGCCATGGCGCCTGAGCACACTCTTGAGATGGCACCACCTTCA TCTACAGAACCAATATCTCTCGGCCTAGCGATGAGTCACAGTTCGTCAATTTTTAGACCA GCTGGTCAAGAACGGAGGCAATATGCTCCCGCACCACAACCAGCTATGTCGGCAACAGCA TTACTGCAGAAGGCAGCTCAGATGGGTGCAGCAGCAACCAGCTCATCGTTCTTGAGGGGC ATTGGGGTTATGTCCTCCACGTCATCTTCAAACGGTCATCAAGAATGGAGTGGGAGACCC AGTGATGCCAATGGTGCATCATTAGCTGCAGGTCTTGGTCTTGGACTACCGTGTGACGCT GGTTCTGGTCTAAAGGAATTAATGTTGGGAACTCCCTCGGTGTTTGGTCCCAAACATCCC ACTCTTGACCTCCTTGGATTAGGAATGGCAGCTAGTGTCGGTCCATCGCCTGGATTATCT GCCCTTTTAACATCCATGGGTAGCAATCTTGACATGGTGACTTCAGCTGGATCATTTGGT AGTGCAGATTTCAGTGGGAAAGACTTGGGAAGAAATTCATGATATCTTAGAGTCAGGTTT AATTTATTCTGTATAGGACAATGAATTTCACTTGATGCAGCAAAAAACATATTGGCAAGC TCTCAGCCCCAAAGATTTGAGCATAGGATGGCAGGAGGAAAGAAGGCAGTTGGACACTTT TAAGATTGTTCTACTGTCTCCTTTGTGTAGGAAAAGTAGAAAGGTTTTTTTTCTGCTGTA CAGTAGAAGTTGAATGTATAGCTGTATTAAAACTCCTCTGCTTTTTGTTACAGATGAAGC TGTTAATGTGTTTAGTATATAATTTGCTATAAGCATATTTAACCAAGAGAGGCTCATCTA GTGGGAATTTTTATCAAATGGTATCTCTATTTCAGACAGTGCAAATTTTTATAAAATTTG TATAATTCAGATGCATAACTAATGCAGCAGTGTTAAACTCTTTGAGCAAAAAAGTTTAAA ATTTAGCCAACGAATCGTTGAATCGGCCATTCTAGGGTTGGATGTTTGAACATTCTGTTT ATGTTTTTATTTATTTTTATATGGTAAGTATATATGAAGCCGGCAAGTTGGTTCCTAATA GTCAACTTTATATTAAAAAAAATAATTTGGCCTACTGCTAGTACCATTTTCTCACAAGCT GCCCAACATATTCGGTGTGAACCTATACATAATACCTATTTTGATTGATTGATTAATAAG ATAATAGGAGTTCAAATTTTTACAGTTTCAAAATGTTATTCAATTTGTTTTATATATCAC GGTTAAACAAAATTAACTGTTTTAATATAAGTGAAAGGTAGCAAATATTTTATAAAATTT GCATAAATTAGTGTAGACACTACCGTTATTATTTATTTCTTTTATTTTTAGATATAGAAG TGGTAATGATTAAAAGTTGAATTAAGAAGTTAAGTCGTAATTAGAGAAAAGACATAAAAC GGATTAGATCAAATGAATGTTCTTTGTTGGGCCAATTGTAGTTGTGCTTTTGACATCAAT TAAAGGAATCTGATGCAGATTTATTTTTTCTTAACATTTCTCAGTACCAATTTGACTTTG AAATTACATCTAATCTTGAACAACAGTGCATGAAAATGAAGGGTTATCATCAGTTTAAGT AGCAACCAACTGTCTTCTAATTATTATATAATATTTCTGTAATAGTAGTGACATACTTTG GGCTAATAAATAAATAATTAATGAACTATTGTGGAAGGTTTATGCCTTAATCTTGTCGCT TTATTCTTGTTTGGTAGCATAATCAGGAATAATGAAATATGATTAATTTCTGGATGACGT CATAAACTATGGTCTCTCTCCACCTAATCTTCCTTTTTATTTAAATATATGCAATATAAT TAGGTGCTTGCTCTTTGTCTAAGACCTGTCAGAACTGATTATTTACAATTTATTCTCTTC TCAAAATTAAAATAAAAAATCATGATTGCAAAAATTTACTATAACAATAAAAGAGAAAGA AATGAGCATCTTTGAGAAACCTATTTCTAAAAATTACGATAGATAGTTTGAGATGGGAAA CTATAAAACTAAAATAACAGAATAAATTACAAAATCAAATGTCACAAATATAACTGATCC AATTTTTAGTTTAGTCACTTTTGGTGGCTGTTGAATTGCAAACAATTTTACTACTGATTA AAAATATAGAGATGTTGACTTGTGGCATATGGAGAGTAAAGTCAGGCCAGGAGGCTGTAA CTAAAGAGGGCACTCAAGCTGTATGCAAGTTTTTCATCACTGCCAAGCCATAAATGCAAA GTTTGTTGTACCAAAAATTACTGTATCACTGAAAGATTTGAATTCAGGATTTGTTCATAA GTCTATGATAAATGGTCAAAAAATACTACAAGAAATAAATAATTATCTTTGGGGATGATT TAATTAGTATGAAGGGTAATCATCTGTTTAATATCTTTTGAGTGGAGGTTTTATCCGTAA AGCGTACTCATCCCATAAGAAATTGAATAGTATAACGTGCTCATCCGAAAGACAGAGACT GAATTAATGGGGCTGTCACGAAAGATATGGGATATCCAAAACATTAATCTTGTAGGTCCC ATAATTGGTTCATGATGCCTACATAATATCCAAGCCCATCTCCATTTCACTCTCAACACC ACCTATCTTGTTTCATAAAAAGAGTACACCATTTACTTTTGTACTTTTATATACTTCCAT CCTCCAAATTTTATATAATCACATTTGCTTGACACGTAAGATATTTCATCAAATTTTTTG GTATCTTTGTATTTATTGGTAGTATCGGACTTTGTATGTATTATTTCATTTTCCATCTTT AATTGCAGCAACAAATCGCATCAGTATATCAGAAAGGACATACGTACGTACTACTCCTGT AGTTCATCAATGCTCACTGCTATGTGGTCCTCAAAACCCTATTTTAAAGTGTTTCTAAAA GTTCTAAAGGAGGAAAAGTAGTTATTTAATTCGATTCACATTTAATTACGGTAACAAATC CAAATTCTCAACACAAATACTTTAGCTATAATATTCCTGATGGCCTAATCACAACAACAC TTAATTAACTAAAGAAATACAATTAAAGTTACTGAAATGAGAAACTTAGGGTCCGTTTGG CCATTGCGATATGATATCATAATATGAAATTAAAATTTTGTTTGGACATGCGATATAAAT TTTGGTGTTATATATTTTCTCATAAACATAAATATTTAATAAGTTCTAAAACTATTAAAT AGCCCAAATTGTTTATTCAATCTTATCAAATAGACAAAAAATTATAAAATGGCATAATAA ATTATTAGAAATCTATTTGTTCTCCACTTAAGTAATTGTTTCAATCTAACTTTTACTTCT CATCAATATATTTGAATAAAAAGGAAACACCGTTCACAGATCTTCAAGATTTTACTACTC AACAATCGTGAAGTGTGAGTTAAAGTGACCATATGTTGGTGAGAATAATAAATTTTATTC CAATGAGAATAATAAAATTTAAAAAGTAATGATGTGAATTTTATTTACATGTGAAATAAA TGGTTAGTAGATATAAATGTGGGGTTGTTTTAACAAAATATAAACTTGTGGGTTAATTTT TGGTATTAAAATATCTCAAATCATCATATGGTATTCTGTATAATTCCATATCATGGTTTT TGGAGAATATGAAATCACATCTCATGATATGGAATCAGCGTAAAATCACATGTCTAAAGT TTGATTCCATCTCACGATACCATATAGCGTATGATATCGCATGTCCAAATGCCTACTTAG ACTCTAGAAGAAGAGAAGAGGACTTAGACAATTCTTTCACAATATGCATGAATTCTCCAT ACCGTTGTGACAACTCTTTTATCTCTACTCAACCTGAATCCCGAACAAATCTATTGTTGG GCTGTTTTACTCTTGGGCCTCTTTGTGGTTCAGCCCAGGGCCCAATAGTTTGTATAGCCT CTGGGCTCTTTGTGTTCAACAATTACCATACCCCTTTTGCCCTTCCTCTTTTCATTGGAA AATTGGCAATAGATGTATGACTTAAAAGTATCTGTTACTGACTGTTATCTTTTCGTATTT CTATAATGTATTATTTGTTTTTACCGGTGTTCTTTTTCTCTAATGCTTTGTATTTCTATA ATGCATTATATTGTTTTAGTATTTGCTACAATCTTCTTTATTTTGTGAATATTTTATCAA ACTGCTCTAAAATTCGATACTTTAATTTATGGTATGTTTCAGAGAAGAGTGTGTCAGACT TTATCGTCGAGCATGTTATTGTTGTTAAAGAAAATGTGGACCGTGTTTCCTAAATAAAAA AGACGGAATCCCACAACACATTTGAATCAGAATTTGAATACGATTTAAGTAATTAAAGGG ATTAGAAGATAAGGTCAACATATTCAACAATCTTATACACTCTGTTTCTAGCTGCACTTA CCTTTATTTTCCCTTTTTTTTTATTATCTCTCTATTATTATCTGTATTCTGGAACGACGA ATTGCTCTACTGTTTTTCTCTAAACAGAGTTATTCATATTAAAGACAGAAGACAGATTCG AATGAGAGAAGTTCACCTCCATGTTTGAGTCCCTGTGCAGCAACAGACAATGATTTAAAT GTATGAACTGCTTTCATCCAGATAACATCCTAACACCTTCTGCTACATTGCTGGAGACTT GCCAGGGAAAAGTGATCTATGAAAACTTGTTTCGGTGTTATTACATAAACTCATAAATAT GACAGCAAAAGTAAATGAAAAGACGTACACACACATGAGATTATACAAAAACGTAGAGAC TATTCAGCTCCTGAGAACTTGCTGAGTACACTAGTTACACAACACACTCATAGGCTAGTT TGAGGAATATCCGTTCATTTCAGGTTGGCCTGGCTCCTCTTCCTCGGTTTCTTCTTGTTG ATGCCTCTCTTCTGTTTCTTCCTCCCGTCTCCTAGCTTCTTCTTGTCTTTCAGCTTCCTC TTGCCTTTCCCTCTCTGCCTCTCTTGCTGCCTCTTCTTCACTCCTCCTTGATTCCTCCTC TTGTCTCCTTGATTCTTCCTCCTCCTCCTCCTTCCTTCTTGTTTCTGCTTCTTCTTCTCT TCTCCTTGCTCTCTCTGCTTCTTCCTCCTGTTGTATTCTCCTTGCTTCTTCTGCCTCTCT TTGTGCTTCTTCCTCCTCTATCCTTCTTGCTTCCTCTGCCTCTCTCTCTGCTTCTTCCTC ATGTTGCCTTTTTGCTGCTTCTTCCTCCTCTCTCCTCCTTGCTTCCTCCTGTTGCCTTCT TCTTGCTTTCTCCTCTCTCCTTGATTCTTCCTCCTCCTGCCTTCTTTTTTCTGCTTCTTC CTCTTCTCTCCTTGCTTGCTCTGCCTCTCTTTGTGCTGCTTCTTCCTCTTCTTGTTTCTT TCTAGCTTCCTGTCTCTCTCTTTCCTCTTCCTCTTCCTCTTGTCTTCTCCTAGCTTCCTC TTCTTCCTGTCTCCTCCTTATTTCCTCTTCCTCCCTTTTCCTTGCTTCTTCCTCTTGTCT CTTCCTTTCTTCCTCTGCTTCTTTCTCTCTTCTCTCTTCTTCAGCCTTTCTTGCCTCCTC TTTCTTCTTCGCTTCCTCCTCCTCCTTCCTCATTTCTTCCTCCATCAACCTCTTCTCTTC CTCAGCACAAGATGTACACTCCAGTATAACTGAATCACCCTGTGCTTCAAGAATCTGATG CATTGTTGTGTTGCCCACATTGAAAGATGCTTCCAATATCTGCCTATCCAATGTTCGGAG GACCGATGCCTTCCCCGTTAAGTACTGAGGATGATGTTTCTTTGTAGTTGTGCTAAACCC CACAAACACAAATGAATTGTTATTGAATGCCATTTGAGCCATAGGATCAAACCTTGGCAC AACAAATACATCCCCTTCTTCCACTTTAAACCTCATGTTTTTACACCCTGTTCCACTCTT TGAGCAAACTACCCTCACCATTCCTTCTCCTTGAATTGCTATTCCAATTTCAGTAGCCAT TGGATTCCAATGTGGCCCCATCATTGATCCTTTCGTTAAGTTCACTACGTAAATACCAAT TTGCGAGCCCTTTAACGCCGGCAATTTCTTCCTGTTTATTACCGTGCTCCACCCGTTGCA ATTCTCAAAATCTGGTTTCTCTTGGAATACATTGAACAATTGAGAACTCTTCTTTTTATT CCTTCGGTTGTCAAAGAAACTATAACTACCCCTTCCTAAAACAGTCTTCATGAACTGAGC CTCCATCTCCCATAAGTTCTTCTTCTTCTTAGTTGACTTTGGCACACCGTGCACTATGGC TGGTACTTCTGTTCCAGCCAACACTTCTTCTATCACATCCTCTGGTACCTTCATAAACAA AATTTTACATTAATTAAAATGACTCCCCAACAAGATGGGACTCTTTTTATTACTGTGTGT CAATTCAAACTACTCGTCACATTAATTAATTGGGCTAAAAGAAAGCCCAAGTAATATTAA AAACTATTGAGTAAAAAATTCTTACAATACATCTTGATAACAGCTATGATTAAGTGATAT TCTTAACTAGCATTTTTAAACACACCAATTTATGACCAAAACAGCATTGTTGGCTAATCA CTAAGGTCTTATTATACAATTATAGCTGTTGTGAAGTGTGTAATTAGGCGGTTAAAGAGA ATTAGTTAATGATATTTTTCGACCGTAGCCAATATATAAATATATAGTAAAAACACACTG AATTAAAAAGATGGAGTAGGGAGTTGTTATACATGAAATGCCGCTTGGAGGACTTTCTTG TCGAATCCAAGAACCATTTTACGGATGCTGGAGTAGGGCTCACTCAGTGATTCCTGTATA TATTAGGAAGAAATATCCATCCTTAATTAAAATAAAAATGAATCGAATAATTAAGCTTTT CGAAGAAGGCAAAGAAATATTACTCGGCCTGAATTGGGAAAAATGGAATAAAGTCTAAGT TTGTGTCTGATAGGGTCTAAGTCACTCTCTAAGAAGAAAATAGATCCAAAAGGCAGCCTG AATACATCTCCTATTCTTAAATCCACTGATTTCTCTTCATTTTCATTCATCCAAGTTAGC TTCCCCGACCCTATGAACATATTTCCACAAACAAAAATAAAATCAACATAAATAGGTTAT TATCTCAGGAAGTTTGTTCATGATATATTTGAGAAATCAAGTGTATATATGAATACCAGT GTGAACATAAAAAACCATATCTGTATGTAGAACAACGGGAAGGAAGAGGGAGTTGGGTTC CAATGTGATGAATTGAAGATGATAGGTTGTTCCATCAGCTACTGTGACTGATGAGACTTC ACCATTTTCAGTTGAAATAACTGTTTTTCTTTCTGCTCTTTTAATCAGAGGACCTAAACC CCATTCCCAACCTTCATTTTCTCTTTTAGCTCTTACATCGATAAACACGCTACTGATGAT AATAATCATAAACAGTAGAAACTTGAACAAGATTTTGCAACATTGAATCGACATACAATT TTTCACCGACATTGCTAGTACTTTTATCTTTTTCTTAAAAAAAAAAAACAAAAATATGGA GATTTGTAGCAATGGAGAGGTTTTGAAGGTGTGAGTTACGTGGCATTTCATGGACAGGTG CTTCTTTCAACTTGACACGTGCTCGTCTCATTCCATGCACTTATTGTAGTATTTTTGCTT AGAATTTTTACGTGGCATTTCATGGACAGGTGCTTCGTTTGGCCAAATATACTTGCAATT TTCGTTTTCCCTCGATGAATTTGATATTTTTTCAACTTAAGGCTATGTCGGTTTAGTATA TTAATAGTAAAATTTAAATCTAAATCTTTTAAAAATATATGATATCTATTTAAAATTCAT GATATAATGAAAAAAAAATATTTAAAGTATTTTGATCAACACACATAATTTAAATTTCCA AAAATAACTCACAGTTGAAACCTAATATGAAATTTTAACAAGAACATTTGTCTCGTAAAA TTCACAAATTCAGTGTCAGTTAATTGGTTGTTATTCGGACATTTGGATAACACAAAATTT TTGGGAAATGTTAAATTAAAAAATTAAGAAATTTAACGTAAATATACAACATATTATAAT TTCTAAAAAAGTTTATCACTTAATTATTTTTTTTAAAAAATCCTTCTATACTTTCCTTCC ATTAAATAATATATTATTACAATGTACCGGACATTTAAAAAAATGTCTTCGAGAGCAATG AAAACTTTGAAATTTTAATAATTAATTTTTTTTAAAAAATAAGATGTAATTAAAGCATCT TTAGATGGACTTAAAAGCTGATCAATCTGACTTAAAAATCATCTTTTTAATTTATTAGAG TGTTTAATAATTATCAAAATAATTTATTTAAATAAAAAATAACTTATTTCAAGTGAAAAG CTAAAAGCTATATTTTAGTCTTCTGATTTATATAGTTTTCCAAAAATGAATGATCTTTAA TTAGCTTTTTCGAGCAACTCGTTCAGGGGCCATTATTGGTTATGCCTAAGGAGAATTTTT GCAAATATCCGTTATAGTAAATAAATTTAATTATACTTTATAGTCGTAGCTCGCATTATT AGGGGTTGCAGCTATGGTTCAAATTGTATTGTTTGTATAATTTGTGAGTGAATTCGTACG TATTATGGTTAGTTTGAATAATTGAGTTATATTTTGATAAATCTAAAATATAAATTTATA CAAACACAAACATCTAAATTTTATCAATTATACAAATAATATTTTATAAAATTGTACTAT ATAAAAGTTATAGAAATTATATCTTAAAATTTCAAATTATACAAACTCAAAATCTCAGCC TACATAATTATCACTAATGTTAATCGCGAATAATAATTAACTAAAATAATTATTATAATA ACTAATTAACTAATATATATATTACTTAACCACGTAATTTTTCCTTTTATCTCCCCAATA TAACTGGAACTGGACCTAAAATTTCCTTGTCCATCCATCCACACGGTCGGGATCTAAATT GTGAAGAGGCCCAATTTTCATAATTTACCCAAAATTGTCCGCTAACGAAGTGCAAATCTG TGTATTGATAATGGAAAAAATAAATAAAATAAATGGGCCATTTACTTTTTAGCCCATTTG TTTGTATCAACTTTTGCTATATAAGCCCTTGTAAAATCACCAATAAGCCTACCTCGTATC AACATATTTAGTCTTCCATACTTCTTTGTTTAGTATTGAGTTCGATATAATTTTTTCTGT GGTTTTATATTTGTTGGTGAGTCCGTTCTAGCTAAGAAAGTTTATTGTAAAATTTATGTC AATCACAAGAGTACCATGACTAACTTAGTTGAGTTAGATATGATGGCTTTGATGTTAATT TAGATATGAACTACATTCATGTTTGTTATGTCTCAGTTAATTGTTAAGTTTCAGTTTCGT AATAAAAAAGGAAAATCATAGAATTAATCAAGAAGGTTATCTCTTCTAAAATTTAATAAA AACAAAAAAAAAATGTTACATTTATCATCTCTAATAAGAATCATGAGATAAATAAAATTA ATATAAAGTACACATTTTATACGTGAAGATGTAAATGGAACTCCTAGGTATATGCCTTCA TGACTGTTTAATTCTAATTTTATAAACTTTGGGTGGTCCACATTGTCAAATTTTTCTAAA CCCTTTAGACGCCCAAGAGTGGAAAAAAAACAAATAAACATTGAGACATGTGAAACGTGA GAAGCCAGAGTAAGGCTAGTTATATGATAGAAAAAAAAGTTGATGAGAAAAGAAAATATA TGAATCTATAGAGGGTATTTTGCAAAGTGAAATCGACGTATCCTAATAATCCATTTAAAT ATGGAATAGGACCACCATTCATATATGTTTTTGCCTTTCACCTTTTTGTTTAGCTATATT AATCACATACAAGATACCCTATCGATCACACTTTATATCTCCACCACCACCCCTTTCTTT CATCCGCGCAATCGACAAATTATTTATACTAAATTATTGAATTGTAAGAAACGAGTCACT AAAAATTTTATATTATATAGAAGATATGATACGTTTAGATGTATTAATTTATTTTAAATT TTCAATATACCAGTCTTTACACGAGGAGATATTTTTTTTAGGATTTAGACATGAAGAATA ACTTGTTGACGAGTACCAACAAAAGATTCAATTTTTGGAAATTTGTCTATTCTTTTTTGT TGCACTTTTATTATTTCATTAGGTACATCTTTCTGTCAAGATTAGACAATTGAGAGAAAA AAAAATCATCTAGTGACATTTTTTTTTAGTTAAAAATTATCAACTTTGATATCCCATCGT ATTCCATGGTTTTATTAATTTGACTACACTACACCTATGGGTGTCTATTCGGACGTAACA ACAATAATAACATATCTAACATATTTAACCGATAATTCTGTAAACTAAATTTAACAAAAG GTAGGATATACACATAGCAAATTTAATTCCTACCCCGAGAGATAGAAATATTTTTCTAAT AAATCCTTAATAAAAACATCAGTTTGAGAAAGAAAACAAAAGAAAATAAATCAAGACCCC ACTTAATGATTTGAATTTTTAACTTATTGTTAAAATCTAATATTTATTGAGATTTCAATT AATTTTTTTATACACATCATATCGAAAGTGAGGGAACCCATAGCCAATAGGCTACATTCG TCTCTCGCTCTTTTCATGTGTGAGCTTAATATTTGGAGATAGGGCGGAGATACAAATATG AAAGGATTCACTTTTTGATAGAAAATTATATTTTTTATATATGATTAAAATAATTTTATA TATATACATAATAAAATGTCAAATCTCCTTCGACTACTTCATGTATCTATTCTATTGATT TTTAACTTTTAAAAACTCCTCTATTTAGAGATAGGACAATTTTGTTGATTTATTTTGTTT AAGTTTACAACAAACTTCATAGAATATCTTCAAAAATAAGAAGGAAAAAAGTGTTTTTTT TGTGTGATGAGTCATAAAAGGATGGGTGGATGATGTCCACAAGTACTGTGTTTATTGGCA TTTTATTTTAGGGAGAGTTGTATGTCCAAAATGACACATCTTTTTCTTTGATTGAATTGT ATTAATCACAACACAGAATCTCAACCCCTCTTTTTCTTTTGTATCTTTGAAGCTTCTTCT ACCTTTTCCACCGTGATATGTCCCATCTACTCACGAACCTTAACTCCTAAGTACTTGACT TTTTTTTATAAATTGGAACTACTATTCATTTCTCCTTTCTTTATTTTTCTTAAATCACGT TTATCAATCTGTTCTTATTCATCATATTTACTTATCTTAATTAAATGTATGCCTACGAAA ATTAGAATTTTCACTAAAAAAATATAATATAAGAAGCATAGTTATATATACCGATGATAA TAATTTTCGGACAAAAAAAAAAAAAGCCAAACCCCCCCCCAATTTGTGATTTACTTATTT TGATAATAAAATTTTATGTCGTTTTAAATATTTTTTATTTTTTACCGTGTAGTATTTAAC AGATTAGATTAATTTAATCTAATGTATCTCCACGAACTACTGAAATTGACTTTAGAGAAA GCAAAAAGTAACGAATAAATCACAACGTAAATTAAAAACATCGACTAATTTACTCTCATT TCTCTAAATTTCATACATATTATTCGCACTTGATATTTACGACGAGAGTAAATAACATAT AACTATATACACTCATAATGCACGCAAGAGTTAGCCGGTCATTGTAGTTATCACTTTATC ATAATTTAAGAGTCGTTTTCAAACTTGAGTGAGAATATTTCTCTCAGGAGTAGTTCCTGT GATGTCATTAGAGAAAATTATATGTAAAAAAAGTAGGTCTGATTTTCGTAATATTCGAAA AGATGGACAAATTAATGGGAGATGCTTTGCATGATTGAATAAGATGTTACAGTAGTATCA CTATCACAACTTTGTCAATCTGGATTGTCATCCTTATATTAACATCTCCTGTTCTATAAA TTTTATATAAAAAAAATAAATAACAAAGTGATGCTAAATAATGCAAAGTTGAACCCTCAC CCCCACTTGTAACAAATATGAGGTTGCCTAATTGTCTAAGTGCTATCCCCTTTGCCATAT CTAACATTTTTATTTTTTCTTGAGTCGAAGATTTATAATTCGAAATAATATTTTATAGAA ATAAATCTATATACACATTATTTGAACTTCTTGAAACATATGTTACATCAATTTGAGAAA ATATCCGATAAACGGAGACGTCATGAATTTATGTGTCCCATATTATTGTTATCCTTTTAT CAACTCTATCACTTAGCTTGAGTCTTGTGTAAATTATACATCAAAATTGATTTTTCGTGT TTTGTCCCCTCATTTTCCCCTTCCCCACCACCTACCAAGAAAAAGAAAGAGAAAAAAAGA AAAACACTTCAACTTTAAAGACCCTTTCTCCACCAATTGAGGCATATTATTTGCTGTAAA ATGGTGACACCCACTATCTATGGTGCTAGCTTAGTTTTGTACGTAACATACAAAAAAAAT AAAGCCTCACAAATTAAAGTTCATATAGAGTATGAAATGTCTTCCAAAAAAATTTATAAA CAGGTATTTAATGTGTTCAAAATTTAATTTTCAAACGATTGACATATAATGAAATCTTAC GTATATATTTTTGTAATCTACATGGAAAATAATACGTATGTTCAAGGGTGGATTTATGCT TAGCTAAAGTATATCACATGATACGATTTTACGGAAAAAAATATTAAATAGATATATATA ATAGAAATGAATATTTACCGACTTGAATAATAGTAACATATGTGAGTTGTATTTTATTTA TGTGGTATTTATTTTTAATATGACGTATAGTATTATTATTTTTAATTAAAATATATGTAA CATCCCTTATAAAAGTACTTGTGTTTGCTACTACTTACTATGTTTTATTAACTCTGCAAT TAATTACACTCTAGATATGCCTATAGAAAGAAGTTAAACACGTATAATAACACAAAAGCT AGGATTTGACTCATGTATAGAACTCATGTCAGGACAAGTTGAACTTTTTTAATTTGCTAT AATCACTTTGGAAGAAACAGATTGCATAAGTCTACACCATATGCCTCCAAATTAATTTTT TTTAGTGAAAAAACAAAATAGGAATTTTTTCAAAAAAAAAATGTAAAGGTTTAATGTTAT GGACCCTTTGATCTTTAACAATCATAAAGCTGAAGAAAGTCATAAACAATAACTTTAATT TGCTATAAAATGAACTTTGCTATGTTATCATTTATGTAAAAGCGATAATGATTTGTACAA AAAGATTAGCATAAAAATCTTGAATGATTACACCTTCATTGTATTAGATACTTTACTTTT AATAAGAGCGTTCAGACTATACCATATATTTTTAAATTACTAAAACTCGTGACTAGGGAG GAAAGAAATATTTATTAATGACTAAAATTAAAGCTTGATTAAGACTTGACAACTTTTTAT AATACTATTAAAATGCAACCTATCAACTTGACTAAGAAAAGAGTGCGCTGTAATCTCCTT AATTAATCTTAATATCATATGTTGACGTTTTCTTTAATTTTAGAAAAAAGGTCATTTCAA AAGTTTAATAAAGAAGCTTATTTCTTCTTCTTTTTTAATTTCTTTTTTGTGTATGCTAGA ATACTTTTTTTTTTCTTTCAATAAGTTATTTTTAGGCATGAAGAAGAGTATATGAAATTT ACTAAGTCACAAATTCAAATTGTAAAATCATGATTCATTATAAATTAGATCATTTGCTTA ATCAGACGTGCATGAACAAAATTCTTTTGATAATTTTATCTAGTCTAATACGAAATAAAA GAATGGATTGATTAGTCAATTATGAGTGCACTATCACCCATTAACCAACAGAAGAATATA TTCTCGTTTTTCTCTTCCTCTTCCTCTTCCTCCTCCTCCTCCGCTCAACGCGTACCCTAC GCGCATCCTTTATTCACTAGTAGCATGCTATCATGCATATACATTTCAGACAAAAAGGAG TCTAGTGGGCCCAATAATGGGCTCACTTGTTGTGGGGCCCAATAATGTGAGAGTGGTGGG GGGGGCTGCATTTGTTTAGTTAAGCCTGATTTGAGGTTGATCTGATCCGATCAGATCCAA CGGTGACTTTTTGATGAAAATTCTAAGATGCTTGTTGTCCACAAGGATCATCGGACGATC CATATGCGATCTCCAGAATCGGCTCATTGATTCGAATTAATTTATGAATTATTTGGGTAA ATTTTGTATGTTATTACTCTCTCTGTTTAAAAAGAGGGATCTTGTTTGACTTGACACAAA ATTTTAAAAAATGAAAAAGACTTTTGTGATCTTAAATTAAAGTTATATCAAATGTACTAA ATTGTTCTTCAATCTTATTACCAGAAAAGAAAAGAAATTATTATTTTTTAAAACGAAGGC AGTAGTATTTAGTATGGGTAAATAACTAAATAAATATGCCCACCCATCACTTTGCTTCTT TTTGTGGACTTTCTTTAGAGCTGTGGGCTATTATGCAACTTTAACAGCCCAAAAGTTGAC CACTTTCTGTCATTTTCATTCACCCCTAATTTCAACTTTTAAACAAGAGAGTTTTGAGTT TAACTTATGTCCGTTAATAGTCATTTTAGTATTCAATATTTTATAATAATTATGAGTTGT AGTAACTAACTCATCACCCAAGACAAGACAAATAGTTATAACTGTCTAACTTTAGCTTGG TTAATACTCGCTTTCTCCTGCTAGTGCATCAAATTACAATTGTTTAATTACATATTGCAA GTCTTCGGATTCGAAATTTTGGAAAAAAGCATGAGTGATTATTCACACCATGCATCTTTA TTTGTCTACGATATTATTTTGAGATATTCATATTTTACTTTTCTGTTTATAAAACCAATT GAATACCATTCTGCTCGGACTATTAAATACCAGTATAATATTCATTTTTTAACATTCAGA TCATGACTTATATTTAAAAGGATGATTTTGTATAATTAATCTTATTAAGTCAATAATGGA CAGCTATTTTTGACGATATGATACTCCTGATTAATCTGACTTTCATTCGAATCACACGAG TTTGGAAATGGTCATAATTAATTACGCGCACTTCCATTTTAATTTATATTTTAGCTTCAT TTTTAAAACATGAGAGTCGAGAATATTATGTTCAACTTTTGAAAATTTTACTCCACTGCT TAATATACAAGTATATACGCACTGTTAACAAAGCATCAGGGCATAATTAATTTGACATGC ATTGCACTTACTCTATTTTGGAATAACGTCGAAGCTTCAAATAATTCACACGAGGATCTT CAACTAATAAGCAATTAGATTTAGAAGATCGTGCAAGTTATAAATATTTTTTTTTTTTGT GTAGTTTGGATATTGATTCTTCAAGTTCATTAAAATCTATATGATTCAAAAGTACACAAA ACTTACTACTTATAGGTCAACATAGTTAAATTTTTTGAATATCATAAAATAAAAAGGATA GTTTTACTTCTTTTTTTACAACTTATTTATATTTTCAAAAGGAACTAATTGTAAAGGTAC AATTAAAAAAAAATTAGAACTACTTTTATCTTAATTTTGTCAACTGACTATTTTGAGATC ATTATCATTTCTACAAAGATGGACCATACAAACAATAACAATCTAGTCAAATCGCACTAA TTTCAAGAAGGGTAGTACGTATATATATATATATACCTTAATTTTTACTTCAAGATAGAT TGTTTTTGATAGACTATCAGCTAACTAACGTGTACATAAGAAGAAGAGCATAATTATATT TGGCATGCTAATCATCAATTTGGCATTGGAAGTTTGGACATCATAAAGTGTTAGGAAAAG TATAGAAAAGCCTTCTTTTTCTTTCCTTTACTTTCTTTGTTTGTGGTACACAATTATAAT ACTTCACCTTCACGACTCTTATCCTACAAAAAGCATGCTCGTGTCTTGCATGTTCCAACT ATATATCCATGCATCTCCCATATAATATAATGCACCCTCCCATCCCTGCCCAAAAAAATT AAAACCTCTCCCATGCATGCAATTAGCCCCCCCACGCACGCAAAGATAAAAAGCCAACAA TCATTCATCTCCACAAAAAGCTACCTTCCATTTCCCCACCCAAAGTTTTCAGAGCCATTC AACAGCTCTTCTATTAAAGCACACTAAAAACCCTCACGCCAATACTTAAAAAAAAAAAAA AAAAACTTTCTTGTTAGTATCATACAACTCTTTTTGAGACTTTGGATACGGCTAACAACA ATTCTCTCCTTTTTTCAGAGAAATGAAAGTGCCCTTTTCCACTAATGATAACGTAAGTTC TAAGCCATTGGTTAACAGCAACAACAGCTTTACTTTTCCAGCCGCTACCAACGGTTCTAA TTTGTGCTACGAACCTAAGTCAGTGCTCGAGCTCCGTCGTAGCCCAAGTCCTATAGTTGA TAAGCAGATTATAACAACGAATCCTGATTTGTCTGCTCTTTGTGGTGGTGAAGATCCTCT TCAATTAGGAGATCATGTTCTGAGTAACTTTGAAGATTGGGATTCTTTGATGAGAGAACT TGGCTTGCACGACGATTCTGCTTCGCTTTCAAAAACGAATCCTCTCACCCACAGCGAATC GCTGACTCAGTTCCATAATCTCTCCGAGTTTTCAGCTGAATCGAATCAGTTTCCTAGTCC TGATTTTTCTTTCTCAGACACTAATTTCCCTCAGCAGTTTCCGACGGTGAATCAGGCAAG TTTCATCAACGCCCTTGATCTCTCCGGGGATATCCACCAGAATTGGAGCGTAGGATTTGA TTATGTGGATGAACTCATTCGTTTTGCTGAGTGTTTCGAAACAAACGCTTTCCAACTCGC ACATGTGATACTGGCACGCCTCAATCAACGGCTCAGATCCGCAGCAGGAAAACCTCTCCA ACGAGCTGCCTTTTACTTCAAGGAAGCACTTCAAGCGCAGCTCGCCGGATCAGCTCGGCA AACTCGTTCTTCAAGTTCCTCCGACGTAATTCAAACGATTAAATCTTATAAAATATTGTC AAATATTTCTCCGATCCCTATGTTCTCTAGCTTCACGGCGAATCAGGCCGTGCTTGAGGC AGTTGACGGCTCCATGCTAGTCCACGTCATCGATTTCGACATCGGACTTGGTGGTCACTG GGCTTCCTTCATGAAAGAGTTAGCCGACAAAGCCGAGTGCCGTAAAGCCAACGCGCCGAT CCTTAGAATTACGGCTCTAGTTCCTGAAGAGTACGCTGTGGAATCAAGGTTAATTAGAGA AAATTTAACCCAATTTGCTCGTGAACTCAATATCGGTTTCGAAATTGATTTTGTCCTAAT TCGTACATTCGAATTGTTATCCTTCAAAGCGATAAAGTTCATGGAGGGAGAGAAGACAGC GGTGCTTTTATCTCCCGCTATCTTCCGACGGGTCGGGTCAGGGTTTGTAAATGAACTCCG TCGAATATCCCCTAACGTGGTGGTACACGTGGACAGCGAAGGACTTATGGGTTACGGTGC AATGTCTTTCCGGCAGACAGTAATCGACGGGCTGGAATTTTACTCTACACTACTGGAATC ACTGGAGGCAGCAAATATCGGTGGTGGAAATTGCGGGGATTGGATGAGAAAAATAGAGAA TTTCGTGCTGTTTCCTAAGATAGTTGATATGATCGGAGCAGTAGGGCGGCGTGGAGGTGG AGGATCGTGGAGGGATGCCATGGTGGATGCCGGATTCCGGCCGGTTGGACTAAGCCAGTT TGCCGATTTTCAAGCAGATTGTTTATTGGGTAGGGTACAGGTAAGAGGATTCCACGTGGC AAAGAGACAAGCAGAGATGTTGCTTTGCTGGCATGACAGGGCCCTAGTAGCCACGTCAGC TTGGAGGTGTTAATAATAATAAATCTAACCCTAAACTAGTTTTAATTTAATAATAGCAGT GATTTGGATCTTTAGCTGTATGGTTCAGTTTTAGGGGTTGGCTTAGCATATATAACAATA GATTAAGAAGAAGAAAAAAAGAAAAAACTCAAAAGAAAGTTGCATGGTCCTTTTCTTTTC TTTCTCCAATTGTGTTGGTAACTATCTATCTTTTGTAATTTTGTAGCTTAATTTGGAGTC TCAAGGTTGGTGTCTCTAATTAGTGGATAATTGCAATTTGTAACTCATTCACTATTTAAT TTGAAAGGATACATCACCATTTTCAGTTCAACTATGAACAAATGAGTACTCCAATTCTTC TTATTTGACATGTACATGTTTTTAGATTCGAAAATAATTAATTTTGCACTTTCTATATAA TTCATAAAACTATAGTAACTATGTTTTAGATCACAAATTTATAAAATCTTATATTATACA GATATATTAACTCAATTTTAAAAACTACGATCAGACTTTTCAAAGAAATTCATGTCGTTT GAAATTATAGAACATATCTAAGGCTCAAACTTGAGACATCTAGTTAAAGCTAAAGCAATT CCACCAGGGTACCACAACCCATGTGGTTGGGTGCCTCGTTAACATTCACTTGAAGACTTT CTGAGCTACTGAAGTTAATTTAAAGACTAAGTTAAACAGACTCAAGACTCTTTTAACACT GGGGTTAGAATCATAAGAAATATATGTTACAGTCATACTCAGAAAGGGAGTTAAAGGAGG GTATAGGTTAGTAGGACAACAAACACTGCACCAAAAAGGCAATGATCTGTGAGCACTTTG TAACAAAAATCACCTACTCAGTCCTGGCTTTTCCACTTCTCCTTAACTAGCTTCTTCAAC ATTAGATTGAATACGTGTGACATTATCGTTTCTCTCCAGCTTAGACACAACGTCTGGTCC ACAAAGTAGCGTTAACTCTTCCTGTTTCACCATCATATTCCAACAAATATCAGTAATTTC ATTTTTCTCACCTTCACAAAACGATGAATGTATGTATGCAGCGAGAGATTCAATGATAAT AAACGGTCTCACATTTTTGTTATAACAAAAAGCTATTCACGAATCAGAACTGTGTGCCCC TATTCAGTGTCACAGAGGGGAAAGAAAACAGGGGATGACAAGAACAGTGTACTTGAGAAA GAGAAGAACGAAAAATCAAGGAGGACAAAAGTTCAGAGGAATACTTATGAAGGTGTAAAG TACCTTAATTAAATTATTCTCCGAGGTAAGCTTCTCACATTCCTCAGAGAGCCGTTGGAG CTCATCTTTGAGTGAATGATTCTCATGGCTCAAAGCTTCTACTCTACGTTGTAGCTCTTC ACACTCTGCCTGCGAAAATACACAACGTAATACATTACTGTCAGAAGATCTAAAAGAAAT TTAGAGCACATTCTGGGTTCTCCAGCAATTGGTGCAAGCAAACGACCAAACACACATGAA CAATGGTCAAGAGTTAAAAGCAGCTTGTTTGCTGTCTCATCGAAATGCTAGTTGCTGTTG TAACATGAACAGAAAGGAATATCATGTTTTTGTATGGGCTAATGGTAGAAATGTTACAAA CACACGTTGTTACTTCTTTCTAAAGAGATGTCAAATACAATGACAGAAAACATCCACATG CACAACGATGAACTCCATGGACAAATTTCTGTCCTATCTTATAGTGAAAGTGACACTCTC ACAATGGTTCCAATCATCCACTAATCTACCAGTCTCAGTGTATACACCGAATGTAGGTGA ATATTCTCCCTCGGTCCCAAATAATGGATAATAACTTATCCGTTCACAGCATAATCTGTT TGTTTAACTACGGCAAATAAGAACCAAACCAAGATTTCTGTTCTTTCTTTTTCCGCGTCT CCACTAAAATGAAAAGCAGCTATTTCCTTGGTTTCTTGGCATTAATTTGATGACACTTAC CATCACTTCCTGTTCCAATTTAATTTTAACAAATAACTATCATTAGGAGAAAACAGTAGA GCTGACTACATCTGGGTGAACTGATAGTGGTAAAGATGTGAGGAGCATTCTTATTGCACT TATATTTTTCTCCTTAATCCTTTTGGTTGGATACATCTAAGTTACGCATTAATCCCCCCA TTCCATGAGAAGTTATAATGGTATTTACGCGTCTATCCATTTCCTATTCAGTTAAACCCA TCAAACTCAGGATGGATAAAGGTGTTTTCAAGATCTTAACTGACAGTTAGAGGAGGGTAT ATTCGACATCAGTGGCTGCACTTGCCCAACCATGTCTCTCAAAATGATACTTTTTACTCC CTACGTTTACACAGTATGGTTTGGCTAGGAACATAAGGAAACAGTTTCACATCAGAAGGG ATCAGTAGTTTTAATTAACAATTAAATCTATAAGGTGAGAGGAAAACCGCAAACATAAAG CTGCATATTGTTTTTCAGTACTCAGAACTTGTAAGAATGTAATGTTGGTACTTTCAAGTA AAGTAACAGCATCTTGATTCTTGGGATGTTATTGATTAATGGTCCATAAAAGAGGCTATA CTAGGACTTGATATAAGATTCTCTTTGGAAAGGATTGGGAGATAGCTAGGATAGACTTAC TTTTGAGAACAGGTTATCAGCCTTCAGGAAGATAGTGGTTTAAGGGAGACTATCTATAAG TGGTCTGTTTTAGTTGATATTTGATATGAATGCATCTGCTGTCGCTTTTTCACATTATAT TCCAATTTTTATACATACCATCCGTTCATTTGTGTTCCCCAACTCGAATTTTTCTCTCAT GTGATTGTCCATTGTCTTCACAAATCGAAATATGAAGAGAGACACATGATCTTGTTGGGG TGGGGGGGGGGGTGCGCAAGAAAAGGAAAAAACTAAGAAAGTAAGTTATAGTTGCTAGGG CCGTAAAACAGTCTGCAGATTAGAGCATGTGATATGTAGATATAACATCGAATTGTATTC CCATATTCTTAGGTGCTTATAATTTATGCTGGAGACCATTTCATAAACGTGATACAAATG TGTTCCCATCAACTAGAAAAAACATCATCACAAGACATTGAGGATTCGGATGAAACAAGA ACTTGCAGCATCAATGTAAGTTTATCTGGCTAGACGACAATGCAAAAAGATCAATGTGCC ATATGATGGCGTAAAAAGGATGATTTTAAGGCTCTCTCTGCCTCAAGCAAATGTCTGAGT CTGAACTAGGGTTGGCAAAATTGACCCAAAAAACCTAACTAGAAAATAATTAGAAAATCA CAAAGACAGAGATAAAAATATAAAAAAGTTGGAGCCCTTCTGGAATAAAATTCATCTATT CAATAGTTAACAATCTTTAGCATATCTAATACATGTCGTCATTATCAAACTTCTCGGTCG AAGTAACAGAAAGTCATCTTTAATTTTTTGTATGAAGTACTAAAGTCATTGTCAAATTTT CTGATGAATTCATTGAAAGTAATCTGCAGATTTCTCAATTAAGTAAAACCATGTAGTTTT TGAGTGGTTCTAATTTTCGTGCAATTTTTTCTGCAAGTAATTACTGGACTAATTAAATGT GAAAGCTACAAAGGAAAAAAATAATGAAATCAGTGAAGTTCTAATGTTAATCAATCAAAA TGGAGAAATTAAAACAACTATTTTGCTTATAAAGAAAAATAGAATTATTACTATTAAATT TATAAGCTAATAAATGTAGGTAAAAGACAAGTTGGGCATTGCCCAACCCCGCCCAAATTT AGCTCGAATCTCCCATTTGCCACCCCTAGTCTAAATCCACAAAGAGAACTAACAATAAAA GACATACAGTCAACTCTAACTGGTTAAAGATGGAAAGAGTAACATTATCTATTAAAAGTT AAGTCATACCTGCTTGCGGAGCCTCGACCTCCTAGCTGACTCCCTATTAGATTGCTTTCT CTTTTGCCTTTTAAGTTCACGTTCCTCCTGTTACGGGAGGGTTATAACGAAATTTATCAA CAAAATGAAACGGAAAAACGATGATGACAAGGATATAACGCCATCATTGAGTGTGTACTC CCTCTTGCACACAAAAATGAAAGGGATGTGGGATGTAAAAAGTTGTCTCTCCTCTCTCGA GTGTTACATAATTTATTGATCTACTTGAAATAATCATGAATGTAACTTTTATGTAGTGAT AGGGTATGTCGTGAAGTAGAACAATGAACTTCAAAACAGCACAAGGTGCTGATGTACCCA GAGATGGAAATATCAAGATGAAGCATGTTTAATAACTAATGAACCATATGTTCAGAAATT GTTATGGCAATAAATTAGATTAGAAAATTGTATCCTACAAACAGGTTATTTTATCCCATA AAGAACGAAACTGACATGTCTTCACTCTTCAGGAGTTTTCTGGCGTATTACTAGTCTAGG CTATTTTTGGACTAACCAAAACATCTGAAGCCTTATAAAATCAGGGTGTTGGATGCTTTC ATGACTTTCTCCAGGTTGTGATCTTCGTTCACAAATTAGTCATTTCAGCCATTTCATTTG CACACTAATATGGAAGTCTCTGTGCTAAGAATCAAGATACACAGACAACTTTGTGTAATC AGAAAATATTCCACCTTCACTAATACCATCTGCTACTAGATGTGTGGAATATGCATGCTT TTTAAAAGATCGATAAGCAGGTAGACTGGCGAATTTGAAGGATATACAAATCTGGTTAAG AACGACAACGACAGTACTGATTTCAGTGAGTGAAGAGCTAAAGAAAAGAAAAAGTACCTG AATCCACTGATCATTCATCCTTCCTTCATGTCCTATAACTGGACCAGTTGCATTTTGCTG TATTTTGATCGCTCCAGGACCGGCAGCTGATGCATTCCACACGTCCATTCCAATATTTAG GTTAGTTGCAGGCATGGTGACAGGATTTCCATGTATAGAAGTCGGGTGATTCTCTTTCGC AGGATTATTCTGTGCACTGGCTCCTGATAATCACCATAGTTAGAAACTCAATTATTTGTT GATAATAATAATGGCAGAATCAAGAAGAGAGCTCACAGAAGTTACCATCTGCAAGCATTT GATCAAAGCTTCCCTTCTTGTTTGCAGCAAATTCCTGTGAGATGGCATATGATCAAAAAA AGTTCCAACTAGCCATTGCGGGACAAGGTAAGGATAAAATTGAAACTCATGATCTCCATG GCATGTAAACAAAGAAAGAAGTGGTCAGGGGCGGACTGAATACTTACATTGTTATCATTT TCATCATTTGTATCTGATGTACCTTCACTTCTGCTTTCATCACTGTTCACGAAAAAAATA AAACAATCAGATGCATGAATGATCCATAATGAAGAATTTTTGCAGAAATATGATTCATAA TCAGACCTTTGTGTGGCACCATCATTTCCGGAACCTGAAGTAACTTTCCCATTGTCGCCT GCCTTACCACCAGAACAGACCTTTAACTTTTTACTTGAATTCCGATCCTTTCCTTCAGGC CCCTTCCCATCTGCTTCAGGATTTGCCGGCACAGAATTTGGAGCCGGCTGAAAATACGTG AACAAAATATTAGCATGATCTGTCTTTTTGTATTTTTTCTTTTGGGAAGAAGAGGTAACT TGCTTTCATCAGCTTTCAAATTCATAAGAATAAATTACAGATAAGCTTGATTACCGTGGC AATGTTAGGATGAGCATAAACTCCGGCAGGAGGATATAAAGCTGGATATGGAACTGGAGT CCCATAAGGAGGCATAAGAGGATGCTGAAATATGAGATGGGTGATCAGAGTAAGTAGTAC TGTGAGTTCAGAGGTTGTGAGATAGCTAGTGATCGGAAAAAAAAAAGAACAAATAAATTA GGAACAGAAAATCAACTACCTGACCTCCCCACATGTATGGGTGGGGAGCAGGAGAAGCAA CAGGTGAGGCAAAAAAAGGAGGAGTAGCTCCAGCACTATAATAAGCCTAAACAGGAAAAG AAATAGAAAACTAAAATATTATTCATCAGCGTTCATGTCATTGGCTTAATCATTTATGAA ATTAATAGCAACCTGCATAGAGCTTGACCAATCAGGATATGAAGGTGCGGTTGGTGTCTC CTGATCAAACATTAGAAAACTTGTGAACAGTGAGCCGACATGCATTAACACACACAGAGA GAGACAGAATAGCACATGTTTAATGATTGATTAGCTGTAAATCATAAAAAAGACAATAAA GAGAAAGAAAGGGACCTGAGTTAAAGGAGGCTTTGAAGTCTTTGTAGGAGTGCTCTCTTC CCCAGCTCCCATTGGGTCAATCAATTGTATATGCAGGTATCCACGGGAATAATCCAAAAA TGGCTTGCTCAGCGAAAGGCTAGGTAGATTATAACAGGGAAAAGAAATTAAAACTCTTCC ATTTTCTTTTTTTGGATAAGTAGAAGTTAGAACTCCTACCATTTTGCATCTATAAGGATT ATTTCTTTCGTTGTCATAGGAACAACAACAAATATTATGCTCAATCTCAATTTGACTATC TGAATCCTCACTTATTTCTTTAAGCTCAACTCATGTTATCATCATACCAAGTAAAAATAA AAGTGAAAATTAAGTTTTATATATATAAATAATAGTAATTGTAATAAATGAAAATAATAT TAGAAGTTCTCCAACAAGACTAAATCATATTCCCTACTAGTATATATTACCTATATGAAT CCTTTTCTACCATTTGCCATATCTTTAGCTAAGTCTACATTGTGAGGCATTGATCCCACG AGAAGATAGGTCTTTCAAGAGAATTTCCTTCCAAGTGATTGCTCACATTGCCAGTCCCAA ATCGAAATGGACGAAGGTTGTGAAGGCTTGAAGCCAGCATGAAATTTGTCAATTCATGAG CCATAGTCATATGAACAAGTATACAGTTTTTGGCTTTCTAGTAAGCAAATGATACACAAA TTCCGCCTAGGAAGTTAACCTTATGACATAAAAGGAAGACTAAAGATCACTATGCCTCAA ATCCACATTAGTTACAGTTGGCTTGATGTAAATACAATGATTGAAAAATTACACTTGTGA AATATATTGGTATAATCTATGTTGATCAAACTCAAGTGCGGAAATCCAATTTGGGTGCAG ATCTAGAGGTCGGATTCTTCATGACACAAATTTTAAGATGGGCACTGATCCAAGTTGCCA TGTTTTCTTCACTATCATGTTTCTTTTTCATTACTACTTTGATTTGATTTGCTTGAGATG ATGGTCTTCCGAAAATAGACTCTCTACCTCCACCAGATGGAAGTAAGGTCCATATAAACC TTAGCCTCCCTAGACCCCACTCTGTGAGGTGAGATTTTACTAGGTATATTGTTGTTGTTG GGATATGGATTCAAATGTGGATGCGGGTGTTGGGATGCGGCTAATAAATGTTTATTACAA CATATAAAGTATATATTTCGATTAGTTTGAGTTATTGAACTAAAACTAATAACTCCATTC CTTACAAACACCAATATTTTATCTTTTCACGCATAATGGAAAAGCATTCTCATACTTTAT ATGGTCAATCTATACTCTCAATAATAGAATATGGTCAAATTACCCAAGGTAAGTTGACCA AATCCAATAAGAATCTCTCACCCATGCCGTGCCGACACAAGTGTGGCAAAGATTTTAAAA AATTCGTGCAACATAGGTGTAGACAAGTTCTTTAAACCTCTCTGCCTAGGAGTAGACCAT ACACACCATGCATACCATAACAATGAGAAAGAATGTTAGTAACAAGGATGAAAGAAGTTG CAAATCCATCAAAGATAAATAATTTACAAAGCCATGCAAAGCAATCTTTTAACTTACAGA ACGATCTGTATGCGACTCAAACGTAAAGAAAATGAAGCACAAATCTAGTGAGAGATATTT CGTAAATAAGATGTGTACTCATTTCAAACTAAATCTTATTAAAAATATTAAAGTACTTCC TTAAAGAAATTGCTATCTGGTAAGATTTCTTCAAAAGAGAACATTGTAGACTAGCAGATA ATGAAGAAAAGGAAAGTCATTTACATGGCTACATGATGAATCTGGAGAAAAGTACTGGAT GTATCTATTTACATAATCAAAGTTAAGACTGGTCAATGGACCGGAACCGATTCACCGGAC CGGAACGAACCGGTACCGGACCGAAACGGGACGCGTTGACCGGTACCGGATGAACCAGAC CGAAATTACCGGGACGAATAATCGGTTCCTCCCGTTCCACTATATACCGAGATAGAACCG GAACGAACCGAAATGGACTGGATTTGAACGGACGGGATAAACGGGACGACATTTTTTGGG ATTACAAAAATATGTATTTTTTTTATTTTTCTAAGTTTAAATTAATAGTTTTTAAATTTA TACTATAATTTTTTACTTAAGTTTATTTTAAAGATATTTTTCAAATTTTTTTTGTTATTA AGTTTGCAAGTAAAGTCTAATTTGATAAAGCTGCAGGGCAGCAGGGGCAGGTGGTCTGGT CAGGGGCTTAGGGCGCAGGGCAGCTTTTAATAAAGTTGCCGCTTGCCAAGTGTCAGGGAA GGGGAGGGTGTGGTGGGTAATTAATTTTCATATTTAGAAATTATATAAAATATAAAGTAT AAAATATAAGACATAATTTATATAAAATATAAAATATAAGATATAATTTATATAAAATAT AAAATATAAATTATATAAAATATAAAATATAAATTACATAAAATATAAAATATACAATAT AAATTATATACAATATAAAATATAAAAAAATTAATATATATTAAGTAAACCGGATCTGAA CCGGACCGGAACTGGGATGAACCGGTACTGGTACACCGGTACGAAACCACAGTTCCGTCC CGTTCTGTATACCGGTTCAGACTATCCCGTCCCGTATGCAACCGAAACGGGACGAACCGG AACGGTACCGGTACGTCCCATTCCGTCGCCCAGTCTTAATCAAAGTCCAAAACACAGATA ATGACATTCATTAATAAAGGTCAAGTTTTTCCTTAATGGTTGCTAGTCCATACTTTTCAT GGCTTCAACATCATTCCCATAAAGACGAATTGCAACAAAAACAGAATGCCAATCCTGCAC AAATGACTGATTGCAAAAACAGTTGACAAAATTAAACATGTCTTCTTGATGTTAAATCTT TCTAAGCCTAATATTGGTGTTTTTGCTTAAAGAATATAGCCAACATCTATGTACACCATC TTCAGGCACAGTTTTTGTTCACTTTTCTTACAAATAAATGGCAATAATGTCCACTACGAA ATAGAATGCTTAACCTAATATCCAAATAATGTATTTTCCAAATGCTCACCAACGCCAAGC CGCCCCACTATTGACATGACATAATTATAGTTGAAACAATTAAAAGTGCATTGTATAGCA AAGAAAACTAGGCAAAACTACATCATTTTACGAGCATGTATTCAAATTCATTATAGAAGA AGCAAAATCTTATGCAATCATTCCTCGCAGAGTCTAACTAATACAACAATTTCAAGTTGA GAAAAAGAAACAAAAAAATAGTAGAAAAATAGGTTGTGGATGGCCAGTTCAATATTTTAT ATTCTTAAAGGCAGTAATGTATGTAAAATTTTCCCTGGTTTTTTGCCGAATCAATTTTAT TACTAAACAATAAATTTGTGATGCGTGTTTGATGCTCAATTAGAAGCTGATTCCTCAAAA GAAAACACAGCTTGTTCATGTTGAGTTACACTTATCAAGTTTTACAAAGGATTAAAATCA CAAAGATCATTCTAACTTATTTTTTAAACTCAGGATCATTCTAACTTGAATAGCAAACAA AACACAATCTTGAACATCACAACCAATTTCAGTCAGGCTATACTTGACAACTCCCCCAGG GGAAGATCTTTTGTGGAAACAAACCAACTTCGCAATAGTCAAGAGCGCCTATTATTTCCA CATTCCTCCTCCAAAACCAAGAAACACCATCTAATTTGTATTAATTTCCTTTTTATTGAT AAATAAAGGTTAATCAATCTAGCTTAAAAGAATACTTCCAATGTTAGTCAGATTAACCAA ATTTCGGTGTAATGTCGCTTAAGAAACATGTCATTCACAGCTTACAGCAAAAGATATTAT ACCCAAGGAACAAATGGAGAATTTTGGAAAGTCTACTTAAACCCAAAAAAGATTTGAATC ATAGGCATCTAATTCACAACACAAAGCTGGTCAGAGAATTGGGTTTTCTTTTGTCAAAAT TCACCAACTTAATTGCAAGAACTAACTTTCAAGAAACCTTTTGAACATGCTAAATTGATC ATCAAACTCCAAAATTAAAAAAAAAAAATCAAAACTATTCAACAGTAACAAGAATCAAGA AAACCCCTGACAACTAAAAAGATCCCAATTTTAAAATCTAATTCCTTAAGGATAATTCTG TCGGTCATTGTGAATGAAAACCGCTGATAACTAAAAAGCATGTTAAGGTGCTAGCAAACA CAAAATCAAACAATTGATAAACAAATACTAGAAAGCAAGAAGAAAAAAACAGTGAAAGTA AAGGTGGTGGGGAGAGCTGACCTGTGTAGTGAATCTGAGGTGGAACAAGAAGGTTCCAAG TCGGATTTTCCAAAAAGTTAAGTTTGTTATCCCACCCCCAAAGAGATTTAAGAAGAAAAA AATTATCCTAAACAAAGAGCAGCCATAAAGAAAACAGAATCTTGGTTCTTGGGTTTGAAA CTTTGAAGAAAGAAAGAAGACGGTTTAGTCAAAATATTTTAGTATAATTTGTGTGTGCAT AAAATGCCATGTAAGAAGGGATTGGGGTTTTAAGTACAATTGTAGGGTTTTGAGGGGAAG ATGACACGTCACAATAAAACAACGTCAACACTTGGCCAAACTATAGTGGATAGAATTTAT AGGATAACTTAACTTATTAAGTTCTCCTGCTCCCGCTTCTTTGTTCATTTTTATTTGTTC ATTAAATTATAGTATAATTAAATATTTTTATTTAATTATTATGATGAGAATGCAAAAATT ATTATGAATAATAAATGTGATTTAAAACGAAGGAATATCTAATTTTAATACGTATCAAAA ATAGAATTAGTTTTCATTAAGATCTGGCTTATCATATCACTTGACAATTGACATTTTATT AAAATGATCCCTAATTAATGTCAGATTTTTCTATGAATTTAAATTTAATTAAGCTTTAAT ATAAATATTAAACACGCTATTAAAAAAAATAATTAACATATCATATAATTTTATTTACCT TAACTTTGACTGAGCGCAAAAATCACGTGGCATAAGATAAAATAATATCTAAATGGATCT TGAACTAATAAATTTGTAAAGTTCAACAAGTACCAATTTGGATAGAGATTTGGTTCAGGC CTTAATTAATTATATTGACACATGATTCTGATTAGGAGATATAGTTTTAAATTAACAAGT TAACTCCATTTGGCACTATCGTTATCCAAATAATCTTGAATGAATATAACTTATATTAGT ATTAAATTAAATGTGGTGTTGTCTAAATTTCAAATAAGACTTCAAGTTGTATTTGAAATA ATAAAGTGAAAAAAAGTTTCTCCAAGTCAAAAAGAGGTCCTTTCCTTGAACTCAATACAC ATTGAGACCTGAGGATCCACTCTATCTTTGTATCATACAACTACATGCATTTTAACAAAC AAAGAGAAAAAGAGTACTCAGAGAATTGCAAGATTGGTGACTTGATACTATTGTTTTCTG TTCTATTGCTTTCTGTACAACGATGAAGGTTGTTCTACTTTATATCATAAAACTGGCGAA GAAGACGGGAAGTCCTTCAATTATTTACAACTATATTAATATCCAGTCTCACAGAGAATT GTCATATGCACTCATGAAGCAACAACATGAACTCCTGTGTTTTTTCTTGCTATTTTCTGC ATCTTTCTCCATCAAACAATTCGTGACTGGAGAATTCACCAACTCATTGCCTGTGGGGTG CTCTGTATCAAACAGATTGGGAGAACAACTCGGGGAGCCACACACATTGCCAAGAATGTT TGCAAGGAAATCTGATATTTGCTCAAATTCTGGCCGCTCTGCTGGATCCTCTGCCCAGCA AGAGCTAACAAGGGGTTCTATCTCACTCGGAATGTTTTCCAAGCTGGGACGCATTTTCTG GAATTTATAGAGCAAAGGAATTTTACCAAACGCTGTTCGATGTGAAAAGTTTGATCAACT CTGACATTTTTTTAAGTCAAGACAGACACAAAAAGGTATACAAGGTAGAAAAACATACCG TAGCTGTTGCATATGCCACCATAATGTTGCTTCTTCCCTTAAATGGAGTGCTGTTGGTGA GCAGCTCCCAAAGGATCATTGAGAAACTGTAGACATCCACTTTATGATTGTAGTATTTCT TCACTCCAACTCTAATTGGGTCCATACTGAACATCTGACATTGACAAAGGGTAAGACATA TACTATTATTAAGCAGGTTGTATACATTTCTGCTCAATTTAATACCTCTGGAGCCATCCA GCGGTATGTACCAGCTTCTGTTGTCATTTCAGCTTCTGCATCCTCCCTAGCTAATCCAAA GTCAGCTAGCTTAATTGTTGTCTTGTCTTCTGTCAGGAGTAAGTTACCTACAAATGTTGG TAATGAAATAGAATCAAACAAGGAACCATCTCAATGGTCTGACCTTCCTTTTTAGAAATT AAGCTTGA GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_1 match_part 1.000 14677 15058 match_part 1.000 15222 15437 match_2 match_part 1.000 14677 15053 match_3 match_part 0.894 14796 15058 match_part 0.968 15222 15437 match_part 0.862 18912 19078 match_4 match_part 1.000 28478 29171 match_part 0.997 29719 30083 match_5 match_part 0.997 28478 29053 match_6 match_part 1.000 28483 29171 match_part 1.000 29719 29763 match_7 match_part 1.000 28483 29075 match_8 match_part 0.994 28483 28966 match_9 match_part 1.000 28485 29053 match_10 match_part 0.588 43829 43845 match_part 0.750 44180 44191 match_part 0.917 44438 44848 match_11 match_part 0.940 44429 44646 match_12 match_part 0.931 47932 48308 match_part 0.899 48398 48466 match_part 0.944 48606 48713 match_part 0.944 49621 49692 match_part 0.952 50320 50340 match_13 match_part 0.978 47944 48308 match_part 0.971 48398 48466 match_part 1.000 48606 48713 match_part 0.972 49621 49692 match_part 0.987 50320 50478 match_part 1.000 51072 51107 match_part 0.981 51363 51469 match_part 0.986 52480 52551 match_part 1.000 54911 54959 match_part 0.983 55092 55684 match_part 0.978 56947 57129 match_part 0.983 57203 57323 match_part 0.908 60900 61445 match_14 match_part 0.929 47944 48308 match_part 0.942 48398 48466 match_part 0.954 48606 48713 match_part 0.972 49621 49692 match_part 0.965 50320 50376 match_15 match_part 0.929 47944 48308 match_part 0.942 48398 48466 match_part 0.955 48606 48671 match_16 match_part 0.956 47945 48308 match_part 0.913 48398 48466 match_part 0.974 48606 48644 match_17 match_part 0.915 48096 48308 match_part 0.942 48398 48466 match_part 0.954 48606 48713 match_part 0.972 49621 49692 match_part 0.957 50320 50434 match_18 match_part 0.983 52492 52551 match_part 0.980 54911 54959 match_part 0.956 55092 55340 match_19 match_part 1.000 52494 52551 match_part 0.959 54911 54959 match_part 0.960 55092 55363 match_20 match_part 1.000 61915 62054 match_part 1.000 62731 63011 match_part 1.000 63302 63316 match_21 match_part 1.000 61920 62054 match_part 0.996 62731 63009 match_22 match_part 0.988 61973 62054 match_part 0.943 62731 63011 match_part 0.981 63302 63409 match_part 0.972 64065 64135 match_part 0.949 64745 64803 match_23 match_part 1.000 61979 62054 match_part 1.000 62731 63011 match_part 1.000 63302 63409 match_part 1.000 64065 64135 match_part 0.989 64417 64503 match_part 1.000 64745 64806 match_24 match_part 1.000 62899 63011 match_part 1.000 63302 63409 match_part 1.000 64065 64135 match_part 1.000 64745 64788 match_25 match_part 0.991 62901 63011 match_part 0.981 63302 63409 match_part 0.958 64065 64135 match_part 0.946 64745 64818 match_part 0.975 64896 64935 match_26 match_part 1.000 62965 63011 match_part 1.000 63302 63409 match_part 1.000 64065 64135 match_part 1.000 64745 64818 match_part 1.000 64896 64940 match_part 1.000 65027 65053 match_27 match_part 1.000 64080 64135 match_part 1.000 64745 64940 match_part 1.000 65027 65086 match_part 1.000 65801 65861 match_part 1.000 65950 66062 match_part 0.969 66415 66541 match_28 match_part 1.000 64080 64135 match_part 1.000 64745 64940 match_part 1.000 65027 65086 match_part 1.000 65801 65861 match_part 1.000 65950 66062 match_part 1.000 66415 66541 match_29 match_part 1.000 64081 64135 match_part 1.000 64745 64940 match_part 1.000 65027 65086 match_part 1.000 65801 65861 match_part 1.000 65950 66062 match_part 0.983 66415 66656 match_30 match_part 1.000 64094 64135 match_part 1.000 64745 64818 match_part 1.000 64896 64940 match_part 1.000 65027 65086 match_part 1.000 65801 65861 match_part 1.000 65950 66062 match_part 0.993 66415 66689 match_31 match_part 1.000 64406 64503 match_part 0.959 64745 64818 match_part 1.000 64896 64940 match_part 0.983 65027 65086 match_part 0.984 65801 65861 match_part 0.991 65950 66062 match_part 0.977 66415 66724 match_32 match_part 1.000 65811 65861 match_part 1.000 65950 66062 match_part 1.000 66415 66861 match_part 1.000 66968 67103 match_part 1.000 67208 67272 match_33 match_part 0.984 66558 66861 match_part 0.967 66968 67090 match_34 match_part 0.970 66561 66861 match_part 0.978 66968 67103 match_part 0.985 67208 67275 match_part 0.872 67580 67954 match_35 match_part 0.967 66648 66861 match_part 0.963 66968 67103 match_part 0.897 67208 67275 match_part 0.905 67580 67821 match_36 match_part 0.940 66695 66861 match_part 0.978 66968 67103 match_part 0.985 67208 67275 match_part 0.889 67580 67974 match_37 match_part 0.970 66697 66861 match_part 0.978 66968 67103 match_part 0.985 67208 67275 match_part 0.894 67580 67899 match_38 match_part 1.000 67048 67103 match_part 1.000 67208 67275 match_part 0.995 67580 67945 match_39 match_part 1.000 67048 67103 match_part 1.000 67208 67275 match_part 1.000 67580 67945 match_40 match_part 1.000 67048 67103 match_part 1.000 67208 67275 match_part 0.994 67580 67939 match_41 match_part 1.000 67048 67103 match_part 1.000 67208 67275 match_part 1.000 67580 67939 match_42 match_part 1.000 67049 67103 match_part 1.000 67208 67275 match_part 1.000 67580 67945 match_43 match_part 0.998 72499 73079 match_part 1.000 73138 73214 match_44 match_part 0.979 73878 73924 match_part 0.989 74387 74832 match_45 match_part 0.909 73881 73924 match_part 0.944 74387 74744 match_46 match_part 0.988 74998 75600 match_47 match_part 0.993 74999 75600 match_48 match_part 0.981 75010 75600 match_49 match_part 0.997 90959 91832 match_50 match_part 0.998 90959 91788 match_51 match_part 0.986 91384 91808 match_52 match_part 0.998 91385 91887 match_53 match_part 0.951 91738 92467 match_54 match_part 0.908 92314 92879 match_55 match_part 0.908 92316 92878 GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_56 match_part 0.998 6872 6336 match_57 match_part 0.968 10806 10269 match_58 match_part 0.958 11338 11315 match_part 1.000 11228 11070 match_part 0.996 10816 10587 match_59 match_part 0.970 13399 12775 match_part 0.974 11228 11074 match_60 match_part 0.965 13399 12775 match_part 0.984 11228 11167 match_61 match_part 0.980 38879 38634 match_part 0.697 33946 33914 match_part 0.846 33483 33471 match_62 match_part 0.969 40046 39951 match_part 1.000 39641 39330 match_part 0.994 38916 38574 match_63 match_part 1.000 39566 39330 match_part 0.994 38916 38575 match_64 match_part 0.988 40030 39951 match_part 0.974 39641 39330 match_part 0.946 38916 38601 match_65 match_part 0.978 38887 38615 match_66 match_part 0.939 40064 39951 match_part 0.974 39641 39330 match_part 0.960 38916 38642 match_67 match_part 0.929 39992 39951 match_part 0.907 39641 39330 match_part 0.916 38916 38702 match_68 match_part 0.936 40326 39951 match_part 0.910 39641 39330 match_part 0.934 38916 38826 match_69 match_part 0.941 40288 39951 match_part 0.897 39641 39330 match_70 match_part 0.940 40463 39951 match_part 0.920 39641 39392 match_71 match_part 0.937 40316 39951 match_part 0.923 39641 39396 match_72 match_part 0.932 40452 39951 match_part 0.906 39641 39429 match_73 match_part 0.938 40463 39951 match_part 0.869 39641 39543 match_74 match_part 0.961 40694 39979 match_75 match_part 0.889 41222 41124 match_part 0.929 40643 39982 match_76 match_part 0.907 40698 40055 match_77 match_part 0.894 41274 41124 match_part 0.930 40643 40257 match_78 match_part 0.860 41394 41124 match_part 0.932 40643 40263 match_79 match_part 0.961 41510 41124 match_part 0.970 40643 40378 match_80 match_part 0.909 40698 40401 match_81 match_part 0.949 41537 41124 match_part 0.965 40643 40443 match_82 match_part 0.961 41531 41124 match_part 0.963 40643 40453 match_83 match_part 1.000 41527 41124 match_part 1.000 40643 40499 match_84 match_part 0.976 41537 41124 match_part 1.000 40643 40589 match_85 match_part 0.933 44891 44357 match_86 match_part 0.981 45012 44391 match_87 match_part 0.985 44917 44393 match_88 match_part 0.956 44645 44395 match_89 match_part 0.950 44818 44398 match_90 match_part 0.962 45002 44404 match_91 match_part 0.968 44872 44410 match_92 match_part 0.998 45012 44413 match_93 match_part 0.991 44840 44413 match_94 match_part 1.000 44778 44413 match_95 match_part 0.985 45024 44417 match_96 match_part 0.983 45016 44417 match_97 match_part 0.995 45029 44424 match_98 match_part 0.998 44861 44424 match_99 match_part 0.959 44913 44427 match_100 match_part 0.919 44925 44432 match_101 match_part 0.958 45009 44436 match_102 match_part 0.956 45009 44438 match_103 match_part 0.988 45008 44441 match_104 match_part 0.989 45012 44443 match_105 match_part 0.954 45012 44444 match_106 match_part 0.966 45009 44445 match_107 match_part 1.000 44986 44453 match_108 match_part 0.959 45012 44458 match_109 match_part 1.000 45015 44478 match_110 match_part 1.000 45015 44478 match_111 match_part 1.000 45015 44486 match_112 match_part 1.000 45015 44486 match_113 match_part 1.000 45015 44490 match_114 match_part 0.981 45015 44493 match_115 match_part 0.981 45015 44493 match_116 match_part 0.998 45015 44493 match_117 match_part 0.998 45015 44493 match_118 match_part 1.000 45015 44497 match_119 match_part 1.000 45015 44505 match_120 match_part 1.000 45015 44505 match_121 match_part 0.994 44976 44511 match_122 match_part 0.972 44948 44516 match_123 match_part 0.988 45011 44531 match_124 match_part 1.000 44936 44534 match_125 match_part 0.993 44976 44543 match_126 match_part 0.995 44976 44544 match_127 match_part 0.995 44976 44545 match_128 match_part 0.964 44832 44611 match_129 match_part 0.936 46470 45926 match_130 match_part 0.996 80014 79253 match_131 match_part 0.995 79886 79337 match_132 match_part 1.000 98355 98275 match_part 1.000 98147 97987 match_part 1.000 97902 97848 match_part 0.959 97714 97666 match_part 0.985 97583 97378 match_part 1.000 96567 96490 match_part 1.000 93969 93844 match_part 0.813 93561 93155 match_133 match_part 0.971 98056 97987 match_part 1.000 97902 97848 match_part 1.000 97714 97666 match_part 0.971 97583 97378 match_part 0.987 96567 96490 match_part 0.968 93969 93844 match_part 0.892 93561 93479 match_134 match_part 0.971 98056 97987 match_part 1.000 97902 97848 match_part 1.000 97714 97666 match_part 0.971 97583 97378 match_135 match_part 0.985 103297 103162 match_part 0.992 98959 98836 match_part 1.000 98700 98653 match_part 0.966 98566 98480 match_part 1.000 98364 98351 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C02HBa0106H06.1 type gene exon 6872 6336 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C02HBa0106H06.1 type gene exon 13399 12775 exon 11228 11074 gene_3 gene GT_PGL_2_AGS_2 transcript source GenomeThreader seq_id C02HBa0106H06.1 type gene exon 11338 11315 exon 11228 11070 exon 10816 10269 gene_4 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C02HBa0106H06.1 type gene exon 14677 15058 exon 15222 15437 exon 18912 19078 gene_5 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C02HBa0106H06.1 type gene exon 28478 29171 exon 29719 30083 gene_6 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C02HBa0106H06.1 type gene exon 41537 41124 exon 40643 39951 exon 39641 39330 exon 38916 38574 gene_7 gene GT_PGL_5_AGS_2 transcript source GenomeThreader seq_id C02HBa0106H06.1 type gene exon 41537 41124 exon 40643 39951 exon 39641 39330 exon 38916 38634 exon 33946 33914 exon 33483 33471 gene_8 gene GT_PGL_5_AGS_3 transcript source GenomeThreader seq_id C02HBa0106H06.1 type gene exon 40698 39951 exon 39641 39330 exon 38916 38574 gene_9 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C02HBa0106H06.1 type gene exon 43829 43845 exon 44180 44191 exon 44438 44848 gene_10 gene GT_PGL_6_AGS_2 transcript source GenomeThreader seq_id C02HBa0106H06.1 type gene exon 44429 44646 gene_11 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C02HBa0106H06.1 type gene exon 45029 44357 gene_12 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C02HBa0106H06.1 type gene exon 46470 45926 gene_13 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C02HBa0106H06.1 type gene exon 47932 48308 exon 48398 48466 exon 48606 48713 exon 49621 49692 exon 50320 50478 exon 51072 51107 exon 51363 51469 exon 52480 52551 exon 54911 54959 exon 55092 55684 exon 56947 57129 exon 57203 57323 exon 60900 61445 gene_14 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C02HBa0106H06.1 type gene exon 61915 62054 exon 62731 63011 exon 63302 63409 exon 64065 64135 exon 64745 64818 exon 64896 64940 exon 65027 65086 exon 65801 65861 exon 65950 66062 exon 66415 66861 exon 66968 67103 exon 67208 67275 exon 67580 67974 gene_15 gene GT_PGL_10_AGS_2 transcript source GenomeThreader seq_id C02HBa0106H06.1 type gene exon 61915 62054 exon 62731 63011 exon 63302 63409 exon 64065 64135 exon 64745 64940 exon 65027 65086 exon 65801 65861 exon 65950 66062 exon 66415 66861 exon 66968 67103 exon 67208 67275 exon 67580 67974 gene_16 gene GT_PGL_10_AGS_3 transcript source GenomeThreader seq_id C02HBa0106H06.1 type gene exon 64406 64503 exon 64745 64818 exon 64896 64940 exon 65027 65086 exon 65801 65861 exon 65950 66062 exon 66415 66861 exon 66968 67103 exon 67208 67275 exon 67580 67974 gene_17 gene GT_PGL_10_AGS_4 transcript source GenomeThreader seq_id C02HBa0106H06.1 type gene exon 61915 62054 exon 62731 63011 exon 63302 63409 exon 64065 64135 exon 64417 64503 exon 64745 64806 gene_18 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C02HBa0106H06.1 type gene exon 72499 73079 exon 73138 73214 gene_19 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C02HBa0106H06.1 type gene exon 73878 73924 exon 74387 74832 gene_20 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C02HBa0106H06.1 type gene exon 74998 75600 gene_21 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C02HBa0106H06.1 type gene exon 80014 79253 gene_22 gene GT_PGL_15_AGS_1 transcript source GenomeThreader seq_id C02HBa0106H06.1 type gene exon 90959 92879 gene_23 gene GT_PGL_16_AGS_1 transcript source GenomeThreader seq_id C02HBa0106H06.1 type gene exon 103297 103162 exon 98959 98836 exon 98700 98653 exon 98566 98480 exon 98364 98275 exon 98147 97987 exon 97902 97848 exon 97714 97666 exon 97583 97378 exon 96567 96490 exon 93969 93844 exon 93561 93155 RepeatMasker tomato repeats master Copia00151 5505 5607 1 Copia00151 5505 5607 1 nucleotide_motif 544 2363 2468 Unknown00025 245 446 1 Unknown00025 245 446 1 nucleotide_motif 692 2483 2697 ATHPOGO 1674 2002 1 ATHPOGO 1674 2002 1 nucleotide_motif 664 3446 3749 ATHPOGO 1330 1536 1 ATHPOGO 1330 1536 1 nucleotide_motif 693 22463 22661 SONATA1 70 242 1 SONATA1 70 242 1 nucleotide_motif 348 27464 27630 SINE_SO 24 111 1 SINE_SO 24 111 1 nucleotide_motif 244 30304 30388 SOD_SINE 74 195 1 SOD_SINE 74 195 1 nucleotide_motif 336 50640 50763 Copia00151 9368 9428 1 Copia00151 9368 9428 1 nucleotide_motif 249 54026 54086 Copia00151 10053 10176 1 Copia00151 10053 10176 1 nucleotide_motif 499 58757 58879 Copia00151 10116 10180 1 Copia00151 10116 10180 1 nucleotide_motif 307 63860 63927 TS2 544 651 1 TS2 544 651 1 nucleotide_motif 629 65436 65541 Unknown00043 5272 5442 1 Unknown00043 5272 5442 1 nucleotide_motif 288 77740 77911 Gypsy00191 1483 1670 1 Gypsy00191 1483 1670 1 nucleotide_motif 561 83875 84056 Copia00089 3856 3978 1 Copia00089 3856 3978 1 nucleotide_motif 324 85378 85493 SONATA2 1 132 1 SONATA2 1 132 1 nucleotide_motif 576 88935 89058 Gypsy00063 8531 8820 1 Gypsy00063 8531 8820 1 nucleotide_motif 1436 101298 101562 RepeatMasker tomato repeats master HATORY 24 138 -1 HATORY 24 138 -1 nucleotide_motif 247 17321 17200 SINE1_SO 1 154 -1 SINE1_SO 1 154 -1 nucleotide_motif 478 24074 23926 SONATA1 1 126 -1 SONATA1 1 126 -1 nucleotide_motif 283 25273 25157 Unknown00025 329 470 -1 Unknown00025 329 470 -1 nucleotide_motif 352 35858 35709 Unknown00025 236 456 -1 Unknown00025 236 456 -1 nucleotide_motif 555 45485 45247 SONATA2 1 188 -1 SONATA2 1 188 -1 nucleotide_motif 630 49078 48906 Gypsy00178 3141 3514 -1 Gypsy00178 3141 3514 -1 nucleotide_motif 2021 101061 100681 BLAST_tomato_chloroplast Tomato chloroplast genome, cultivar IPA-6 BLAST_tomato_chloroplast Tomato chloroplast genome, cultivar IPA-6 match_1 match 402 26106 26421 match_2 match 402 26106 26421 BLAST_tomato_bacs Tomato BAC sequences BLAST_tomato_bacs Tomato BAC sequences match_1 match 3937 14808 16967 match_2 match 5695 9000 11980 match_3 match 5792 23369 26611 match_4 match 9103 17288 21942 match_5 match 5810 5561 8612 match_6 match 2185 86145 87468 match_7 match 2615 102150 103546 match_8 match 3178 103638 105306 match_9 match 3360 99241 100935 match_10 match 88603 95836 match_11 match 1499 45829 46945 match_12 match 6078 95908 99169 match_13 match 2091 83551 84785 match_14 match 4601 80284 82685 match_15 match 5118 73843 76562 match_16 match 5745 76624 79548 match_17 match 2450 45734 46969 match_18 match 2141 68665 69909 match_19 match 2694 80284 81642 match_20 match 2948 27838 29453 match_21 match 3126 62727 64351 match_22 match 3860 54205 56211 match_23 match 3937 14808 16967 match_24 match 4403 29488 31852 match_25 match 4700 59186 61667 match_26 match 4890 56363 58895 match_27 match 5118 73843 76562 match_28 match 5745 76624 79548 match_29 match 5695 9000 11980 match_30 match 5824 5561 8612 match_31 match 5792 23369 26611 match_32 match 7963 64401 68600 match_33 match 9103 17288 21942 match_34 match 9848 48396 53528 match_35 match 36115 41657 match_36 match 7012 41714 45262 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) clone_end_1 clone_end 1061 1 535 clone_end_2 clone_end 1479 7802 8575 clone_1 clone 1297.5 9895 49333 clone_start_1 clone_start 1287 9895 10543 clone_2 clone 810 10108 46969 clone_end_3 clone_end 1148 10108 10686 clone_3 clone 832.5 10802 48337 clone_start_2 clone_start 537 10802 11072 clone_4 clone 1033.5 18030 55470 clone_end_4 clone_end 971 18030 18540 clone_5 clone 978 22761 55329 clone_start_3 clone_start 731 22761 23171 clone_6 clone 962.5 23369 61667 clone_start_4 clone_start 944 23369 23844 clone_start_5 clone_start 416 28893 29102 clone_7 clone 629.5 34550 74983 clone_start_6 clone_start 339 34550 34720 clone_8 clone 680 34846 74983 clone_start_7 clone_start 440 34846 35088 clone_9 clone 1067.5 42997 80881 clone_start_8 clone_start 963 42997 43482 clone_start_9 clone_start 1120 43423 43995 clone_10 clone 844.5 49980 88529 clone_start_10 clone_start 1302 49980 50657 clone_11 clone 1077 49980 88280 clone_start_11 clone_start 1302 49980 50657 clone_12 clone 811.5 50321 89664 clone_end_5 clone_end 638 50321 50642 clone_start_12 clone_start 367 62470 62662 clone_13 clone 312.5 62480 101177 clone_end_6 clone_end 363 62480 62662 clone_14 clone 334 62727 101177 clone_end_7 clone_end 406 62727 62931 clone_start_13 clone_start 472 62727 62964 clone_15 clone 542 67111 99385 clone_end_8 clone_end 797 67111 67512 clone_16 clone 668 67111 99169 clone_end_9 clone_end 797 67111 67512 clone_end_10 clone_end 434 85458 85700 clone_start_14 clone_start 416 85790 86052 clone_start_15 clone_start 545 86145 86419 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) clone_end_11 clone_end 1229 1771 1101 clone_end_12 clone_end 1308 49333 48629 clone_start_16 clone_start 472 46969 46732 clone_end_13 clone_end 1128 48337 47769 clone_end_14 clone_end 864 11980 11458 clone_start_17 clone_start 1096 55470 54918 clone_end_15 clone_end 1562 20724 19909 clone_end_16 clone_end 1225 55329 54712 clone_end_17 clone_end 981 61667 61173 clone_start_18 clone_start 1118 28497 27843 clone_end_18 clone_end 983 28407 27862 clone_end_19 clone_end 920 74983 74520 clone_end_20 clone_end 920 74983 74520 clone_start_19 clone_start 1166 38675 38088 clone_end_21 clone_end 1152 39923 39343 clone_end_22 clone_end 1172 80881 80284 clone_end_23 clone_end 387 88529 88335 clone_end_24 clone_end 852 88280 87851 clone_start_20 clone_start 985 89664 89168 clone_start_21 clone_start 1130 54177 53558 clone_start_22 clone_start 1023 54177 53605 clone_end_25 clone_end 1076 55265 54723 clone_start_23 clone_start 1515 61601 60838 clone_start_24 clone_start 262 101177 101046 clone_start_25 clone_start 262 101177 101046 clone_start_26 clone_start 287 99385 99241 clone_start_27 clone_start 539 99169 98877 clone_end_26 clone_end 739 81562 81190 clone_end_27 clone_end 1473 105271 104485 clone_start_28 clone_start 959 105306 104802 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_1 match_part 1.000 14677 15058 match_part 1.000 15222 15437 match_2 match_part 1.000 14677 15053 match_3 match_part 1.000 28478 29171 match_part 0.997 29719 30083 match_4 match_part 0.997 28478 29053 match_5 match_part 1.000 28483 29171 match_part 1.000 29719 29763 match_6 match_part 1.000 28483 29075 match_7 match_part 0.994 28483 28966 match_8 match_part 1.000 28485 29053 match_9 match_part 0.940 44429 44646 match_10 match_part 0.978 47944 48308 match_part 0.971 48398 48466 match_part 1.000 48606 48713 match_part 0.972 49621 49692 match_part 0.987 50320 50478 match_part 1.000 51072 51107 match_part 0.981 51363 51469 match_part 0.986 52480 52551 match_part 1.000 54911 54959 match_part 0.983 55092 55684 match_part 0.978 56947 57129 match_part 0.983 57203 57323 match_part 0.908 60900 61445 match_11 match_part 0.956 47945 48308 match_part 0.913 48398 48466 match_part 0.974 48606 48644 match_12 match_part 0.983 52492 52551 match_part 0.980 54911 54959 match_part 0.956 55092 55340 match_13 match_part 1.000 52494 52551 match_part 0.959 54911 54959 match_part 0.960 55092 55363 match_14 match_part 1.000 61915 62054 match_part 1.000 62731 63011 match_part 1.000 63302 63316 match_15 match_part 1.000 61920 62054 match_part 0.996 62731 63009 match_16 match_part 1.000 61979 62054 match_part 1.000 62731 63011 match_part 1.000 63302 63409 match_part 1.000 64065 64135 match_part 0.989 64417 64503 match_part 1.000 64745 64806 match_17 match_part 1.000 62899 63011 match_part 1.000 63302 63409 match_part 1.000 64065 64135 match_part 1.000 64745 64788 match_18 match_part 1.000 62965 63011 match_part 1.000 63302 63409 match_part 1.000 64065 64135 match_part 1.000 64745 64818 match_part 1.000 64896 64940 match_part 1.000 65027 65053 match_19 match_part 1.000 64080 64135 match_part 1.000 64745 64940 match_part 1.000 65027 65086 match_part 1.000 65801 65861 match_part 1.000 65950 66062 match_part 0.969 66415 66541 match_20 match_part 1.000 64080 64135 match_part 1.000 64745 64940 match_part 1.000 65027 65086 match_part 1.000 65801 65861 match_part 1.000 65950 66062 match_part 1.000 66415 66541 match_21 match_part 1.000 64081 64135 match_part 1.000 64745 64940 match_part 1.000 65027 65086 match_part 1.000 65801 65861 match_part 1.000 65950 66062 match_part 0.983 66415 66656 match_22 match_part 1.000 64094 64135 match_part 1.000 64745 64818 match_part 1.000 64896 64940 match_part 1.000 65027 65086 match_part 1.000 65801 65861 match_part 1.000 65950 66062 match_part 0.993 66415 66689 match_23 match_part 1.000 65811 65861 match_part 1.000 65950 66062 match_part 1.000 66415 66861 match_part 1.000 66968 67103 match_part 1.000 67208 67272 match_24 match_part 1.000 67048 67103 match_part 1.000 67208 67275 match_part 0.995 67580 67945 match_25 match_part 1.000 67048 67103 match_part 1.000 67208 67275 match_part 1.000 67580 67945 match_26 match_part 1.000 67048 67103 match_part 1.000 67208 67275 match_part 0.994 67580 67939 match_27 match_part 1.000 67048 67103 match_part 1.000 67208 67275 match_part 1.000 67580 67939 match_28 match_part 1.000 67049 67103 match_part 1.000 67208 67275 match_part 1.000 67580 67945 match_29 match_part 0.998 72499 73079 match_part 1.000 73138 73214 match_30 match_part 0.979 73878 73924 match_part 0.989 74387 74832 match_31 match_part 0.988 74998 75600 match_32 match_part 0.993 74999 75600 match_33 match_part 0.981 75010 75600 match_34 match_part 0.997 90959 91832 match_35 match_part 0.998 90959 91788 match_36 match_part 0.986 91384 91808 match_37 match_part 0.998 91385 91887 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_38 match_part 0.998 6872 6336 match_39 match_part 0.958 11338 11315 match_part 1.000 11228 11070 match_part 0.996 10816 10587 match_40 match_part 0.980 38879 38634 match_part 0.697 33946 33914 match_part 0.846 33483 33471 match_41 match_part 0.969 40046 39951 match_part 1.000 39641 39330 match_part 0.994 38916 38574 match_42 match_part 1.000 39566 39330 match_part 0.994 38916 38575 match_43 match_part 0.978 38887 38615 match_44 match_part 0.932 40452 39951 match_part 0.906 39641 39429 match_45 match_part 1.000 41527 41124 match_part 1.000 40643 40499 match_46 match_part 0.976 41537 41124 match_part 1.000 40643 40589 match_47 match_part 0.981 45012 44391 match_48 match_part 0.985 44917 44393 match_49 match_part 0.956 44645 44395 match_50 match_part 0.962 45002 44404 match_51 match_part 0.968 44872 44410 match_52 match_part 0.998 45012 44413 match_53 match_part 0.991 44840 44413 match_54 match_part 1.000 44778 44413 match_55 match_part 0.985 45024 44417 match_56 match_part 0.983 45016 44417 match_57 match_part 0.995 45029 44424 match_58 match_part 0.998 44861 44424 match_59 match_part 0.988 45008 44441 match_60 match_part 0.989 45012 44443 match_61 match_part 1.000 44986 44453 match_62 match_part 1.000 45015 44478 match_63 match_part 1.000 45015 44478 match_64 match_part 1.000 45015 44486 match_65 match_part 1.000 45015 44486 match_66 match_part 1.000 45015 44490 match_67 match_part 0.981 45015 44493 match_68 match_part 0.981 45015 44493 match_69 match_part 0.998 45015 44493 match_70 match_part 0.998 45015 44493 match_71 match_part 1.000 45015 44497 match_72 match_part 1.000 45015 44505 match_73 match_part 1.000 45015 44505 match_74 match_part 0.994 44976 44511 match_75 match_part 0.972 44948 44516 match_76 match_part 0.988 45011 44531 match_77 match_part 1.000 44936 44534 match_78 match_part 0.993 44976 44543 match_79 match_part 0.995 44976 44544 match_80 match_part 0.995 44976 44545 match_81 match_part 0.964 44832 44611 match_82 match_part 0.936 46470 45926 match_83 match_part 0.996 80014 79253 match_84 match_part 0.995 79886 79337 match_85 match_part 1.000 98355 98275 match_part 1.000 98147 97987 match_part 1.000 97902 97848 match_part 0.959 97714 97666 match_part 0.985 97583 97378 match_part 1.000 96567 96490 match_part 1.000 93969 93844 match_part 0.813 93561 93155 match_86 match_part 0.985 103297 103162 match_part 0.992 98959 98836 match_part 1.000 98700 98653 match_part 0.966 98566 98480 match_part 1.000 98364 98351 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C02HBa0106H06.1 type gene exon 6872 6336 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C02HBa0106H06.1 type gene exon 11338 11315 exon 11228 11070 exon 10816 10587 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C02HBa0106H06.1 type gene exon 14677 15058 exon 15222 15437 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C02HBa0106H06.1 type gene exon 28478 29171 exon 29719 30083 gene_5 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C02HBa0106H06.1 type gene exon 40452 39951 exon 39641 39330 exon 38916 38574 gene_6 gene GT_PGL_5_AGS_2 transcript source GenomeThreader seq_id C02HBa0106H06.1 type gene exon 38879 38634 exon 33946 33914 exon 33483 33471 gene_7 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C02HBa0106H06.1 type gene exon 41537 41124 exon 40643 40499 gene_8 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C02HBa0106H06.1 type gene exon 45029 44391 gene_9 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C02HBa0106H06.1 type gene exon 44429 44646 gene_10 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C02HBa0106H06.1 type gene exon 46470 45926 gene_11 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C02HBa0106H06.1 type gene exon 47944 48308 exon 48398 48466 exon 48606 48713 exon 49621 49692 exon 50320 50478 exon 51072 51107 exon 51363 51469 exon 52480 52551 exon 54911 54959 exon 55092 55684 exon 56947 57129 exon 57203 57323 exon 60900 61445 gene_12 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C02HBa0106H06.1 type gene exon 61915 62054 exon 62731 63011 exon 63302 63409 exon 64065 64135 exon 64745 64818 exon 64896 64940 exon 65027 65086 exon 65801 65861 exon 65950 66062 exon 66415 66861 exon 66968 67103 exon 67208 67275 exon 67580 67945 gene_13 gene GT_PGL_11_AGS_2 transcript source GenomeThreader seq_id C02HBa0106H06.1 type gene exon 61915 62054 exon 62731 63011 exon 63302 63409 exon 64065 64135 exon 64745 64940 exon 65027 65086 exon 65801 65861 exon 65950 66062 exon 66415 66861 exon 66968 67103 exon 67208 67275 exon 67580 67945 gene_14 gene GT_PGL_11_AGS_3 transcript source GenomeThreader seq_id C02HBa0106H06.1 type gene exon 61915 62054 exon 62731 63011 exon 63302 63409 exon 64065 64135 exon 64417 64503 exon 64745 64806 gene_15 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C02HBa0106H06.1 type gene exon 72499 73079 exon 73138 73214 gene_16 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C02HBa0106H06.1 type gene exon 73878 73924 exon 74387 74832 gene_17 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C02HBa0106H06.1 type gene exon 74998 75600 gene_18 gene GT_PGL_15_AGS_1 transcript source GenomeThreader seq_id C02HBa0106H06.1 type gene exon 80014 79253 gene_19 gene GT_PGL_16_AGS_1 transcript source GenomeThreader seq_id C02HBa0106H06.1 type gene exon 90959 91887 gene_20 gene GT_PGL_17_AGS_1 transcript source GenomeThreader seq_id C02HBa0106H06.1 type gene exon 103297 103162 exon 98959 98836 exon 98700 98653 exon 98566 98480 exon 98364 98275 exon 98147 97987 exon 97902 97848 exon 97714 97666 exon 97583 97378 exon 96567 96490 exon 93969 93844 exon 93561 93155 AUGUSTUS_tom_cdna de novo gene_1 gene 0.54 14807 16988 transcript_1 transcript 0.54 14807 16988 start_codon_1 start_codon 14807 14809 intron_1 intron 1 15059 15221 intron_2 intron 0.54 15438 16859 CDS_1 CDS 1 14807 15058 CDS_2 CDS 0.62 15222 15437 CDS_3 CDS 0.54 16860 16988 stop_codon_1 stop_codon 16986 16988 gene_2 gene 1 28478 29861 transcript_2 transcript 1 28478 29861 start_codon_2 start_codon 28478 28480 intron_3 intron 1 29172 29718 CDS_4 CDS 1 28478 29171 CDS_5 CDS 1 29719 29861 stop_codon_2 stop_codon 29859 29861 gene_3 gene 0.45 47973 55688 transcript_3 transcript 0.45 47973 55688 start_codon_3 start_codon 47973 47975 intron_4 intron 0.96 48309 48397 intron_5 intron 0.74 48467 48605 intron_6 intron 0.69 48714 49620 intron_7 intron 0.97 49693 50319 intron_8 intron 0.8 50479 51071 intron_9 intron 0.81 51108 51362 intron_10 intron 0.84 51470 52479 intron_11 intron 1 52552 54910 intron_12 intron 1 54960 55091 CDS_6 CDS 0.98 47973 48308 CDS_7 CDS 0.98 48398 48466 CDS_8 CDS 0.73 48606 48713 CDS_9 CDS 0.98 49621 49692 CDS_10 CDS 0.98 50320 50478 CDS_11 CDS 0.87 51072 51107 CDS_12 CDS 0.85 51363 51469 CDS_13 CDS 0.99 52480 52551 CDS_14 CDS 1 54911 54959 CDS_15 CDS 0.74 55092 55688 stop_codon_3 stop_codon 55686 55688 gene_4 gene 0.22 56969 57417 transcript_4 transcript 0.22 56969 57417 start_codon_4 start_codon 56969 56971 intron_13 intron 0.97 57130 57202 intron_14 intron 0.38 57324 57393 CDS_16 CDS 0.56 56969 57129 CDS_17 CDS 0.82 57203 57323 CDS_18 CDS 0.38 57394 57417 stop_codon_4 stop_codon 57415 57417 gene_5 gene 1 61980 67717 transcript_5 transcript 1 61980 67717 start_codon_5 start_codon 61980 61982 intron_15 intron 1 62055 62730 intron_16 intron 1 63012 63301 intron_17 intron 1 63410 64064 intron_18 intron 1 64136 64744 intron_19 intron 1 64819 64895 intron_20 intron 1 64941 65026 intron_21 intron 1 65087 65800 intron_22 intron 1 65862 65949 intron_23 intron 1 66063 66414 intron_24 intron 1 66862 66967 intron_25 intron 1 67104 67207 intron_26 intron 1 67276 67579 CDS_19 CDS 1 61980 62054 CDS_20 CDS 1 62731 63011 CDS_21 CDS 1 63302 63409 CDS_22 CDS 1 64065 64135 CDS_23 CDS 1 64745 64818 CDS_24 CDS 1 64896 64940 CDS_25 CDS 1 65027 65086 CDS_26 CDS 1 65801 65861 CDS_27 CDS 1 65950 66062 CDS_28 CDS 1 66415 66861 CDS_29 CDS 1 66968 67103 CDS_30 CDS 1 67208 67275 CDS_31 CDS 1 67580 67717 stop_codon_5 stop_codon 67715 67717 gene_6 gene 0.9 72941 75162 transcript_6 transcript 0.9 72941 75162 start_codon_6 start_codon 72941 72943 intron_27 intron 0.94 73080 73170 intron_28 intron 1 73568 73652 intron_29 intron 1 73925 74386 CDS_32 CDS 0.96 72941 73079 CDS_33 CDS 0.94 73171 73567 CDS_34 CDS 1 73653 73924 CDS_35 CDS 1 74387 75162 stop_codon_6 stop_codon 75160 75162 gene_7 gene 1 90983 92593 transcript_7 transcript 1 90983 92593 start_codon_7 start_codon 90983 90985 CDS_36 CDS 1 90983 92593 stop_codon_7 stop_codon 92591 92593 AUGUSTUS_tom_cdna de novo gene_8 gene 0.95 1799 1 transcript_8 transcript 0.95 1799 1 intron_30 intron 1 987 238 intron_31 intron 1 1196 1106 intron_32 intron 1 1588 1248 intron_33 intron 0.95 1791 1718 CDS_37 CDS 1 237 1 CDS_38 CDS 1 1105 988 CDS_39 CDS 1 1247 1197 CDS_40 CDS 0.95 1717 1589 CDS_41 CDS 0.95 1799 1792 start_codon_8 start_codon 1799 1797 gene_9 gene 0.95 7284 6208 transcript_9 transcript 0.95 7284 6208 stop_codon_8 stop_codon 6210 6208 CDS_42 CDS 0.95 7284 6208 start_codon_9 start_codon 7284 7282 gene_10 gene 0.95 13356 10280 transcript_10 transcript 0.95 13356 10280 stop_codon_9 stop_codon 10282 10280 intron_34 intron 1 11069 10817 intron_35 intron 0.95 12774 11229 CDS_43 CDS 1 10816 10280 CDS_44 CDS 1 11228 11070 CDS_45 CDS 0.95 13356 12775 start_codon_10 start_codon 13356 13354 gene_11 gene 1 21449 20068 transcript_11 transcript 1 21449 20068 stop_codon_10 stop_codon 20070 20068 intron_36 intron 1 20755 20563 intron_37 intron 1 21161 21095 CDS_46 CDS 1 20562 20068 CDS_47 CDS 1 21094 20756 CDS_48 CDS 1 21449 21162 start_codon_11 start_codon 21449 21447 gene_12 gene 1 41450 38746 transcript_12 transcript 1 41450 38746 stop_codon_11 stop_codon 38748 38746 intron_38 intron 1 39329 38917 intron_39 intron 1 39950 39642 intron_40 intron 1 41123 40644 CDS_49 CDS 1 38916 38746 CDS_50 CDS 1 39641 39330 CDS_51 CDS 1 40643 39951 CDS_52 CDS 1 41450 41124 start_codon_12 start_codon 41450 41448 gene_13 gene 0.55 44444 42687 transcript_13 transcript 0.55 44444 42687 stop_codon_12 stop_codon 42689 42687 intron_41 intron 0.55 44382 42919 CDS_53 CDS 0.55 42918 42687 CDS_54 CDS 0.96 44444 44383 start_codon_13 start_codon 44444 44442 gene_14 gene 0.43 46279 44672 transcript_14 transcript 0.43 46279 44672 stop_codon_13 stop_codon 44674 44672 intron_42 intron 0.79 46068 45115 CDS_55 CDS 0.8 45114 44672 CDS_56 CDS 0.43 46279 46069 start_codon_14 start_codon 46279 46277 gene_15 gene 0.97 46811 46479 transcript_15 transcript 0.97 46811 46479 stop_codon_14 stop_codon 46481 46479 CDS_57 CDS 0.97 46811 46479 start_codon_15 start_codon 46811 46809 gene_16 gene 1 80994 79495 transcript_16 transcript 1 80994 79495 stop_codon_15 stop_codon 79497 79495 CDS_58 CDS 1 80994 79495 start_codon_16 start_codon 80994 80992 gene_17 gene 0.66 104754 93463 transcript_17 transcript 0.66 104754 93463 stop_codon_16 stop_codon 93465 93463 intron_43 intron 1 93843 93562 intron_44 intron 1 96489 93970 intron_45 intron 1 97377 96568 intron_46 intron 1 97665 97584 intron_47 intron 1 97847 97715 intron_48 intron 1 97986 97903 intron_49 intron 1 98274 98148 intron_50 intron 1 98479 98365 intron_51 intron 1 98652 98567 intron_52 intron 1 98835 98701 intron_53 intron 0.87 103161 98960 intron_54 intron 0.87 104486 103175 CDS_59 CDS 1 93561 93463 CDS_60 CDS 1 93969 93844 CDS_61 CDS 1 96567 96490 CDS_62 CDS 1 97583 97378 CDS_63 CDS 1 97714 97666 CDS_64 CDS 1 97902 97848 CDS_65 CDS 1 98147 97987 CDS_66 CDS 1 98364 98275 CDS_67 CDS 1 98566 98480 CDS_68 CDS 1 98700 98653 CDS_69 CDS 0.93 98959 98836 CDS_70 CDS 0.87 103174 103162 CDS_71 CDS 0.66 104754 104487 start_codon_17 start_codon 104754 104752 AUGUSTUS_ab_initio de novo gene_1 gene 0.87 14807 15461 transcript_1 transcript 0.87 14807 15461 start_codon_1 start_codon 14807 14809 intron_1 intron 0.93 15053 15221 CDS_1 CDS 0.93 14807 15052 CDS_2 CDS 0.92 15222 15461 stop_codon_1 stop_codon 15459 15461 gene_2 gene 0.79 28478 29861 transcript_2 transcript 0.79 28478 29861 start_codon_2 start_codon 28478 28480 intron_2 intron 0.79 29172 29718 CDS_3 CDS 0.79 28478 29171 CDS_4 CDS 1 29719 29861 stop_codon_2 stop_codon 29859 29861 gene_3 gene 0.03 47973 58226 transcript_3 transcript 0.03 47973 58226 start_codon_3 start_codon 47973 47975 intron_3 intron 1 48309 48397 intron_4 intron 0.98 48467 48605 intron_5 intron 0.95 48714 49620 intron_6 intron 0.98 49693 50319 intron_7 intron 0.88 50479 51071 intron_8 intron 0.88 51108 51362 intron_9 intron 0.88 51470 52479 intron_10 intron 0.92 52552 54910 intron_11 intron 1 54960 55091 intron_12 intron 0.24 55685 56946 intron_13 intron 0.99 57130 57202 intron_14 intron 0.63 57324 57681 intron_15 intron 0.3 57711 58081 CDS_5 CDS 1 47973 48308 CDS_6 CDS 1 48398 48466 CDS_7 CDS 0.98 48606 48713 CDS_8 CDS 1 49621 49692 CDS_9 CDS 0.98 50320 50478 CDS_10 CDS 0.99 51072 51107 CDS_11 CDS 0.89 51363 51469 CDS_12 CDS 0.96 52480 52551 CDS_13 CDS 1 54911 54959 CDS_14 CDS 0.38 55092 55684 CDS_15 CDS 0.34 56947 57129 CDS_16 CDS 1 57203 57323 CDS_17 CDS 0.63 57682 57710 CDS_18 CDS 0.12 58082 58226 stop_codon_3 stop_codon 58224 58226 gene_4 gene 0.61 61980 67717 transcript_4 transcript 0.61 61980 67717 start_codon_4 start_codon 61980 61982 intron_16 intron 0.97 62055 62730 intron_17 intron 0.95 63012 63301 intron_18 intron 0.98 63410 64064 intron_19 intron 1 64136 64744 intron_20 intron 0.99 64819 64895 intron_21 intron 0.99 64941 65026 intron_22 intron 1 65087 65800 intron_23 intron 1 65862 65949 intron_24 intron 0.98 66063 66414 intron_25 intron 1 66862 66967 intron_26 intron 0.72 67104 67207 intron_27 intron 1 67276 67579 CDS_19 CDS 1 61980 62054 CDS_20 CDS 1 62731 63011 CDS_21 CDS 1 63302 63409 CDS_22 CDS 0.98 64065 64135 CDS_23 CDS 1 64745 64818 CDS_24 CDS 0.99 64896 64940 CDS_25 CDS 1 65027 65086 CDS_26 CDS 1 65801 65861 CDS_27 CDS 1 65950 66062 CDS_28 CDS 0.99 66415 66861 CDS_29 CDS 0.72 66968 67103 CDS_30 CDS 1 67208 67275 CDS_31 CDS 1 67580 67717 stop_codon_4 stop_codon 67715 67717 gene_5 gene 0.83 72941 75162 transcript_5 transcript 0.83 72941 75162 start_codon_5 start_codon 72941 72943 intron_28 intron 0.9 73080 73170 intron_29 intron 1 73568 73652 intron_30 intron 0.98 73925 74386 CDS_32 CDS 0.93 72941 73079 CDS_33 CDS 0.92 73171 73567 CDS_34 CDS 0.98 73653 73924 CDS_35 CDS 1 74387 75162 stop_codon_5 stop_codon 75160 75162 gene_6 gene 0.99 90983 92593 transcript_6 transcript 0.99 90983 92593 start_codon_6 start_codon 90983 90985 CDS_36 CDS 0.99 90983 92593 stop_codon_6 stop_codon 92591 92593 AUGUSTUS_ab_initio de novo gene_7 gene 0.52 1799 1 transcript_7 transcript 0.52 1799 1 intron_31 intron 1 987 238 intron_32 intron 0.99 1196 1106 intron_33 intron 0.98 1588 1248 intron_34 intron 0.82 1791 1718 CDS_37 CDS 0.68 237 1 CDS_38 CDS 1 1105 988 CDS_39 CDS 0.99 1247 1197 CDS_40 CDS 0.82 1717 1589 CDS_41 CDS 0.83 1799 1792 start_codon_7 start_codon 1799 1797 gene_8 gene 0.84 7284 6208 transcript_8 transcript 0.84 7284 6208 stop_codon_7 stop_codon 6210 6208 CDS_42 CDS 0.84 7284 6208 start_codon_8 start_codon 7284 7282 gene_9 gene 0.86 13356 10280 transcript_9 transcript 0.86 13356 10280 stop_codon_8 stop_codon 10282 10280 intron_35 intron 0.96 11069 10817 intron_36 intron 0.89 12774 11229 CDS_43 CDS 0.96 10816 10280 CDS_44 CDS 1 11228 11070 CDS_45 CDS 0.9 13356 12775 start_codon_9 start_codon 13356 13354 gene_10 gene 1 21449 20068 transcript_10 transcript 1 21449 20068 stop_codon_9 stop_codon 20070 20068 intron_37 intron 1 20755 20563 intron_38 intron 1 21161 21095 CDS_46 CDS 1 20562 20068 CDS_47 CDS 1 21094 20756 CDS_48 CDS 1 21449 21162 start_codon_10 start_codon 21449 21447 gene_11 gene 0.84 41450 38746 transcript_11 transcript 0.84 41450 38746 stop_codon_10 stop_codon 38748 38746 intron_39 intron 0.97 39329 38917 intron_40 intron 1 39950 39642 intron_41 intron 1 41123 40644 CDS_49 CDS 0.87 38916 38746 CDS_50 CDS 0.99 39641 39330 CDS_51 CDS 1 40643 39951 CDS_52 CDS 1 41450 41124 start_codon_11 start_codon 41450 41448 gene_12 gene 0.84 43198 42687 transcript_12 transcript 0.84 43198 42687 stop_codon_11 stop_codon 42689 42687 intron_42 intron 0.87 43003 42924 CDS_53 CDS 0.88 42923 42687 CDS_54 CDS 0.87 43198 43004 start_codon_12 start_codon 43198 43196 gene_13 gene 0.9 45004 44672 transcript_13 transcript 0.9 45004 44672 stop_codon_12 stop_codon 44674 44672 CDS_55 CDS 0.9 45004 44672 start_codon_13 start_codon 45004 45002 gene_14 gene 0.67 46453 46016 transcript_14 transcript 0.67 46453 46016 stop_codon_13 stop_codon 46018 46016 CDS_56 CDS 0.67 46453 46016 start_codon_14 start_codon 46453 46451 gene_15 gene 0.8 46811 46479 transcript_15 transcript 0.8 46811 46479 stop_codon_14 stop_codon 46481 46479 CDS_57 CDS 0.8 46811 46479 start_codon_15 start_codon 46811 46809 gene_16 gene 0.88 80994 79495 transcript_16 transcript 0.88 80994 79495 stop_codon_15 stop_codon 79497 79495 CDS_58 CDS 0.88 80994 79495 start_codon_16 start_codon 80994 80992 gene_17 gene 0.3 98892 93463 transcript_17 transcript 0.3 98892 93463 stop_codon_16 stop_codon 93465 93463 intron_43 intron 0.96 93843 93562 intron_44 intron 0.75 96489 93970 intron_45 intron 0.99 97377 96568 intron_46 intron 1 97665 97584 intron_47 intron 1 97847 97715 intron_48 intron 0.98 97986 97903 intron_49 intron 1 98274 98148 intron_50 intron 0.93 98479 98365 intron_51 intron 0.84 98652 98567 intron_52 intron 0.74 98835 98701 CDS_59 CDS 0.96 93561 93463 CDS_60 CDS 0.99 93969 93844 CDS_61 CDS 0.98 96567 96490 CDS_62 CDS 1 97583 97378 CDS_63 CDS 1 97714 97666 CDS_64 CDS 0.98 97902 97848 CDS_65 CDS 1 98147 97987 CDS_66 CDS 0.93 98364 98275 CDS_67 CDS 0.93 98566 98480 CDS_68 CDS 0.79 98700 98653 CDS_69 CDS 0.53 98892 98836 start_codon_17 start_codon 98892 98890 gene_18 gene 0.64 105147 104449 transcript_18 transcript 0.64 105147 104449 stop_codon_17 stop_codon 104451 104449 intron_53 intron 0.99 104878 104758 intron_54 intron 0.98 105105 105035 CDS_70 CDS 0.89 104757 104449 CDS_71 CDS 0.99 105034 104879 CDS_72 CDS 0.75 105147 105106 start_codon_18 start_codon 105147 105145 AUGUSTUS_tom_ugs de novo gene_1 gene 1 28478 29861 transcript_1 transcript 1 28478 29861 start_codon_1 start_codon 28478 28480 intron_1 intron 1 29172 29718 CDS_1 CDS 1 28478 29171 CDS_2 CDS 1 29719 29861 stop_codon_1 stop_codon 29859 29861 gene_2 gene 0.25 47973 55688 transcript_2 transcript 0.25 47973 55688 start_codon_2 start_codon 47973 47975 intron_2 intron 1 48309 48397 intron_3 intron 1 48467 48605 intron_4 intron 1 48714 49620 intron_5 intron 1 49693 50319 intron_6 intron 0.81 50479 51071 intron_7 intron 0.48 51108 51362 intron_8 intron 0.39 51470 52479 intron_9 intron 0.44 52552 54910 intron_10 intron 0.73 54960 55091 CDS_3 CDS 1 47973 48308 CDS_4 CDS 1 48398 48466 CDS_5 CDS 1 48606 48713 CDS_6 CDS 1 49621 49692 CDS_7 CDS 0.97 50320 50478 CDS_8 CDS 0.86 51072 51107 CDS_9 CDS 0.51 51363 51469 CDS_10 CDS 0.44 52480 52551 CDS_11 CDS 0.64 54911 54959 CDS_12 CDS 0.76 55092 55688 stop_codon_2 stop_codon 55686 55688 gene_3 gene 0.24 56969 57417 transcript_3 transcript 0.24 56969 57417 start_codon_3 start_codon 56969 56971 intron_11 intron 0.97 57130 57202 intron_12 intron 0.36 57324 57393 CDS_13 CDS 0.57 56969 57129 CDS_14 CDS 0.87 57203 57323 CDS_15 CDS 0.36 57394 57417 stop_codon_3 stop_codon 57415 57417 gene_4 gene 1 61980 67717 transcript_4 transcript 1 61980 67717 start_codon_4 start_codon 61980 61982 intron_13 intron 1 62055 62730 intron_14 intron 1 63012 63301 intron_15 intron 1 63410 64064 intron_16 intron 1 64136 64744 intron_17 intron 1 64819 64895 intron_18 intron 1 64941 65026 intron_19 intron 1 65087 65800 intron_20 intron 1 65862 65949 intron_21 intron 1 66063 66414 intron_22 intron 1 66862 66967 intron_23 intron 1 67104 67207 intron_24 intron 1 67276 67579 CDS_16 CDS 1 61980 62054 CDS_17 CDS 1 62731 63011 CDS_18 CDS 1 63302 63409 CDS_19 CDS 1 64065 64135 CDS_20 CDS 1 64745 64818 CDS_21 CDS 1 64896 64940 CDS_22 CDS 1 65027 65086 CDS_23 CDS 1 65801 65861 CDS_24 CDS 1 65950 66062 CDS_25 CDS 1 66415 66861 CDS_26 CDS 1 66968 67103 CDS_27 CDS 1 67208 67275 CDS_28 CDS 1 67580 67717 stop_codon_4 stop_codon 67715 67717 gene_5 gene 0.91 72941 75162 transcript_5 transcript 0.91 72941 75162 start_codon_5 start_codon 72941 72943 intron_25 intron 0.93 73080 73170 intron_26 intron 0.99 73568 73652 intron_27 intron 1 73925 74386 CDS_29 CDS 0.99 72941 73079 CDS_30 CDS 0.93 73171 73567 CDS_31 CDS 0.99 73653 73924 CDS_32 CDS 1 74387 75162 stop_codon_5 stop_codon 75160 75162 gene_6 gene 1 90983 92593 transcript_6 transcript 1 90983 92593 start_codon_6 start_codon 90983 90985 CDS_33 CDS 1 90983 92593 stop_codon_6 stop_codon 92591 92593 AUGUSTUS_tom_ugs de novo gene_7 gene 0.91 1799 1 transcript_7 transcript 0.91 1799 1 intron_28 intron 1 987 238 intron_29 intron 1 1196 1106 intron_30 intron 1 1588 1248 intron_31 intron 0.91 1791 1718 CDS_34 CDS 1 237 1 CDS_35 CDS 1 1105 988 CDS_36 CDS 1 1247 1197 CDS_37 CDS 0.93 1717 1589 CDS_38 CDS 0.91 1799 1792 start_codon_7 start_codon 1799 1797 gene_8 gene 0.95 7284 6208 transcript_8 transcript 0.95 7284 6208 stop_codon_7 stop_codon 6210 6208 CDS_39 CDS 0.95 7284 6208 start_codon_8 start_codon 7284 7282 gene_9 gene 0.71 11114 10280 transcript_9 transcript 0.71 11114 10280 stop_codon_8 stop_codon 10282 10280 intron_32 intron 1 11069 10817 CDS_40 CDS 1 10816 10280 CDS_41 CDS 0.71 11114 11070 start_codon_9 start_codon 11114 11112 gene_10 gene 0.29 13356 12766 transcript_10 transcript 0.29 13356 12766 stop_codon_9 stop_codon 12768 12766 CDS_42 CDS 0.29 13356 12766 start_codon_10 start_codon 13356 13354 gene_11 gene 0.97 21449 20068 transcript_11 transcript 0.97 21449 20068 stop_codon_10 stop_codon 20070 20068 intron_33 intron 0.98 20755 20563 intron_34 intron 1 21161 21095 CDS_43 CDS 1 20562 20068 CDS_44 CDS 0.98 21094 20756 CDS_45 CDS 0.99 21449 21162 start_codon_11 start_codon 21449 21447 gene_12 gene 0.75 32912 32643 transcript_12 transcript 0.75 32912 32643 stop_codon_11 stop_codon 32645 32643 CDS_46 CDS 0.75 32912 32643 start_codon_12 start_codon 32912 32910 gene_13 gene 1 41450 38746 transcript_13 transcript 1 41450 38746 stop_codon_12 stop_codon 38748 38746 intron_35 intron 1 39329 38917 intron_36 intron 1 39950 39642 intron_37 intron 1 41123 40644 CDS_47 CDS 1 38916 38746 CDS_48 CDS 1 39641 39330 CDS_49 CDS 1 40643 39951 CDS_50 CDS 1 41450 41124 start_codon_13 start_codon 41450 41448 gene_14 gene 0.62 43198 42687 transcript_14 transcript 0.62 43198 42687 stop_codon_13 stop_codon 42689 42687 intron_38 intron 0.62 42918 42833 CDS_51 CDS 0.74 42832 42687 CDS_52 CDS 0.62 43198 42919 start_codon_14 start_codon 43198 43196 gene_15 gene 0.34 46279 43224 transcript_15 transcript 0.34 46279 43224 stop_codon_14 stop_codon 43226 43224 intron_39 intron 0.68 44769 43355 intron_40 intron 0.75 46068 45115 CDS_53 CDS 0.68 43354 43224 CDS_54 CDS 0.76 45114 44770 CDS_55 CDS 0.45 46279 46069 start_codon_15 start_codon 46279 46277 gene_16 gene 0.95 46811 46479 transcript_16 transcript 0.95 46811 46479 stop_codon_15 stop_codon 46481 46479 CDS_56 CDS 0.95 46811 46479 start_codon_16 start_codon 46811 46809 gene_17 gene 0.99 80994 79495 transcript_17 transcript 0.99 80994 79495 stop_codon_16 stop_codon 79497 79495 CDS_57 CDS 0.99 80994 79495 start_codon_17 start_codon 80994 80992 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_1 match_part 1.000 14676 15058 match_part 1.000 15222 15437 match_part 1.000 18912 18970 match_2 match_part 1.000 28478 29171 match_part 0.998 29719 30149 match_3 match_part 0.909 38733 38853 match_4 match_part 0.997 47929 48308 match_part 1.000 48398 48466 match_part 1.000 48606 48713 match_part 0.972 49621 49692 match_part 0.917 50320 50452 match_5 match_part 0.978 47944 48308 match_part 0.971 48398 48466 match_part 1.000 48606 48713 match_part 0.972 49621 49692 match_part 0.987 50320 50478 match_part 1.000 51072 51107 match_part 0.981 51363 51469 match_part 0.986 52480 52551 match_part 1.000 54911 54959 match_part 0.985 55092 55684 match_part 0.978 56947 57129 match_part 0.983 57203 57323 match_part 0.925 60900 61430 match_6 match_part 0.986 61910 62054 match_part 1.000 62731 63011 match_7 match_part 0.993 61918 62054 match_part 1.000 62731 63011 match_part 1.000 63302 63409 match_part 1.000 64065 64135 match_part 1.000 64745 64818 match_part 1.000 64896 64940 match_part 1.000 65027 65086 match_part 1.000 65801 65861 match_part 1.000 65950 66062 match_part 1.000 66415 66861 match_part 1.000 66968 67103 match_part 1.000 67208 67275 match_part 1.000 67580 67945 match_8 match_part 0.983 64077 64135 match_part 1.000 64745 64940 match_part 1.000 65027 65086 match_part 1.000 65801 65861 match_part 1.000 65950 66062 match_part 0.983 66415 66656 match_9 match_part 0.997 72478 73079 match_part 0.993 73138 73281 match_10 match_part 0.979 73878 73924 match_part 0.994 74387 75589 match_11 match_part 1.000 90707 90887 match_12 match_part 0.999 90936 92326 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_13 match_part 0.996 6874 6346 match_14 match_part 0.929 11342 11315 match_part 1.000 11228 11070 match_part 0.997 10816 9950 match_15 match_part 1.000 13393 12775 match_part 1.000 11377 11319 match_16 match_part 0.954 13327 13177 match_17 match_part 0.974 39988 39951 match_part 1.000 39641 39330 match_part 0.994 38916 38574 match_18 match_part 1.000 41528 41124 match_part 0.984 40643 40330 match_19 match_part 0.936 46470 45926 match_20 match_part 0.996 80014 79253 match_21 match_part 0.995 103356 103162 match_part 1.000 98959 98836 match_part 1.000 98700 98653 match_part 1.000 98566 98480 match_part 1.000 98364 98275 match_part 1.000 98147 97987 match_part 1.000 97902 97848 match_part 0.959 97714 97666 match_part 0.985 97583 97378 match_part 1.000 96567 96490 match_part 1.000 93969 93844 match_part 0.826 93561 93166 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C02HBa0106H06.1 type gene exon 6874 6346 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C02HBa0106H06.1 type gene exon 13393 12775 exon 11377 11315 exon 11228 11070 exon 10816 9950 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C02HBa0106H06.1 type gene exon 14676 15058 exon 15222 15437 exon 18912 18970 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C02HBa0106H06.1 type gene exon 28478 29171 exon 29719 30149 gene_5 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C02HBa0106H06.1 type gene exon 39988 39951 exon 39641 39330 exon 38916 38574 gene_6 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C02HBa0106H06.1 type gene exon 38733 38853 gene_7 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C02HBa0106H06.1 type gene exon 41528 41124 exon 40643 40330 gene_8 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C02HBa0106H06.1 type gene exon 46470 45926 gene_9 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C02HBa0106H06.1 type gene exon 47929 48308 exon 48398 48466 exon 48606 48713 exon 49621 49692 exon 50320 50478 exon 51072 51107 exon 51363 51469 exon 52480 52551 exon 54911 54959 exon 55092 55684 exon 56947 57129 exon 57203 57323 exon 60900 61430 gene_10 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C02HBa0106H06.1 type gene exon 61910 62054 exon 62731 63011 exon 63302 63409 exon 64065 64135 exon 64745 64818 exon 64896 64940 exon 65027 65086 exon 65801 65861 exon 65950 66062 exon 66415 66861 exon 66968 67103 exon 67208 67275 exon 67580 67945 gene_11 gene GT_PGL_10_AGS_2 transcript source GenomeThreader seq_id C02HBa0106H06.1 type gene exon 64077 64135 exon 64745 64940 exon 65027 65086 exon 65801 65861 exon 65950 66062 exon 66415 66656 gene_12 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C02HBa0106H06.1 type gene exon 72478 73079 exon 73138 73281 gene_13 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C02HBa0106H06.1 type gene exon 73878 73924 exon 74387 75589 gene_14 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C02HBa0106H06.1 type gene exon 80014 79253 gene_15 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C02HBa0106H06.1 type gene exon 90707 90887 gene_16 gene GT_PGL_15_AGS_1 transcript source GenomeThreader seq_id C02HBa0106H06.1 type gene exon 90936 92326 gene_17 gene GT_PGL_16_AGS_1 transcript source GenomeThreader seq_id C02HBa0106H06.1 type gene exon 103356 103162 exon 98959 98836 exon 98700 98653 exon 98566 98480 exon 98364 98275 exon 98147 97987 exon 97902 97848 exon 97714 97666 exon 97583 97378 exon 96567 96490 exon 93969 93844 exon 93561 93166 AUGUSTUS_tom_pot_cdna de novo gene_1 gene 0.48 14807 16988 transcript_1 transcript 0.48 14807 16988 start_codon_1 start_codon 14807 14809 intron_1 intron 1 15059 15221 intron_2 intron 0.48 15438 16859 CDS_1 CDS 1 14807 15058 CDS_2 CDS 0.65 15222 15437 CDS_3 CDS 0.48 16860 16988 stop_codon_1 stop_codon 16986 16988 gene_2 gene 1 28478 29861 transcript_2 transcript 1 28478 29861 start_codon_2 start_codon 28478 28480 intron_3 intron 1 29172 29718 CDS_4 CDS 1 28478 29171 CDS_5 CDS 1 29719 29861 stop_codon_2 stop_codon 29859 29861 gene_3 gene 1.38 46858 67717 transcript_3 transcript 1 61980 67717 start_codon_3 start_codon 61980 61982 intron_4 intron 1 62055 62730 intron_5 intron 1 63012 63301 intron_6 intron 1 63410 64064 intron_7 intron 1 64136 64744 intron_8 intron 1 64819 64895 intron_9 intron 1 64941 65026 intron_10 intron 1 65087 65800 intron_11 intron 1 65862 65949 intron_12 intron 1 66063 66414 intron_13 intron 1 66862 66967 intron_14 intron 1 67104 67207 intron_15 intron 1 67276 67579 CDS_6 CDS 1 61980 62054 CDS_7 CDS 1 62731 63011 CDS_8 CDS 1 63302 63409 CDS_9 CDS 1 64065 64135 CDS_10 CDS 1 64745 64818 CDS_11 CDS 1 64896 64940 CDS_12 CDS 1 65027 65086 CDS_13 CDS 1 65801 65861 CDS_14 CDS 1 65950 66062 CDS_15 CDS 1 66415 66861 CDS_16 CDS 1 66968 67103 CDS_17 CDS 1 67208 67275 CDS_18 CDS 1 67580 67717 stop_codon_3 stop_codon 67715 67717 transcript_4 transcript 0.38 46858 67717 start_codon_4 start_codon 46858 46860 intron_16 intron 0.96 46892 47871 intron_17 intron 1 48309 48397 intron_18 intron 1 48467 48605 intron_19 intron 1 48714 49620 intron_20 intron 1 49693 50319 intron_21 intron 0.66 50479 51071 intron_22 intron 0.66 51108 51362 intron_23 intron 0.77 51470 52479 intron_24 intron 1 52552 54910 intron_25 intron 1 54960 55091 intron_26 intron 0.6 55685 56946 intron_27 intron 0.97 57130 57202 intron_28 intron 0.99 57324 61985 intron_29 intron 1 62055 62730 intron_30 intron 1 63012 63301 intron_31 intron 1 63410 64064 intron_32 intron 1 64136 64744 intron_33 intron 1 64819 64895 intron_34 intron 1 64941 65026 intron_35 intron 1 65087 65800 intron_36 intron 1 65862 65949 intron_37 intron 1 66063 66414 intron_38 intron 1 66862 66967 intron_39 intron 1 67104 67207 intron_40 intron 1 67276 67579 CDS_19 CDS 0.96 46858 46891 CDS_20 CDS 1 47872 48308 CDS_21 CDS 1 48398 48466 CDS_22 CDS 1 48606 48713 CDS_23 CDS 1 49621 49692 CDS_24 CDS 1 50320 50478 CDS_25 CDS 0.79 51072 51107 CDS_26 CDS 0.77 51363 51469 CDS_27 CDS 1 52480 52551 CDS_28 CDS 1 54911 54959 CDS_29 CDS 0.71 55092 55684 CDS_30 CDS 0.6 56947 57129 CDS_31 CDS 1 57203 57323 CDS_32 CDS 1 61986 62054 CDS_33 CDS 1 62731 63011 CDS_34 CDS 1 63302 63409 CDS_35 CDS 1 64065 64135 CDS_36 CDS 1 64745 64818 CDS_37 CDS 1 64896 64940 CDS_38 CDS 1 65027 65086 CDS_39 CDS 1 65801 65861 CDS_40 CDS 1 65950 66062 CDS_41 CDS 1 66415 66861 CDS_42 CDS 1 66968 67103 CDS_43 CDS 1 67208 67275 CDS_44 CDS 1 67580 67717 stop_codon_4 stop_codon 67715 67717 gene_4 gene 0.85 72941 75162 transcript_5 transcript 0.85 72941 75162 start_codon_5 start_codon 72941 72943 intron_41 intron 0.86 73080 73170 intron_42 intron 1 73568 73652 intron_43 intron 1 73925 74386 CDS_45 CDS 0.99 72941 73079 CDS_46 CDS 0.86 73171 73567 CDS_47 CDS 1 73653 73924 CDS_48 CDS 1 74387 75162 stop_codon_5 stop_codon 75160 75162 gene_5 gene 1 90983 92593 transcript_6 transcript 1 90983 92593 start_codon_6 start_codon 90983 90985 CDS_49 CDS 1 90983 92593 stop_codon_6 stop_codon 92591 92593 AUGUSTUS_tom_pot_cdna de novo gene_6 gene 0.94 1799 1 transcript_7 transcript 0.94 1799 1 intron_44 intron 1 987 238 intron_45 intron 1 1196 1106 intron_46 intron 1 1588 1248 intron_47 intron 0.94 1791 1718 CDS_50 CDS 1 237 1 CDS_51 CDS 1 1105 988 CDS_52 CDS 1 1247 1197 CDS_53 CDS 0.94 1717 1589 CDS_54 CDS 0.94 1799 1792 start_codon_7 start_codon 1799 1797 gene_7 gene 0.97 7284 6208 transcript_8 transcript 0.97 7284 6208 stop_codon_7 stop_codon 6210 6208 CDS_55 CDS 0.97 7284 6208 start_codon_8 start_codon 7284 7282 gene_8 gene 0.96 13356 10280 transcript_9 transcript 0.96 13356 10280 stop_codon_8 stop_codon 10282 10280 intron_48 intron 0.96 11069 10817 intron_49 intron 1 12774 11229 CDS_56 CDS 0.96 10816 10280 CDS_57 CDS 1 11228 11070 CDS_58 CDS 1 13356 12775 start_codon_9 start_codon 13356 13354 gene_9 gene 0.98 21449 20068 transcript_10 transcript 0.98 21449 20068 stop_codon_9 stop_codon 20070 20068 intron_50 intron 0.99 20755 20563 intron_51 intron 1 21161 21095 CDS_59 CDS 1 20562 20068 CDS_60 CDS 0.99 21094 20756 CDS_61 CDS 0.99 21449 21162 start_codon_10 start_codon 21449 21447 gene_10 gene 1 41450 38746 transcript_11 transcript 1 41450 38746 stop_codon_10 stop_codon 38748 38746 intron_52 intron 1 39329 38917 intron_53 intron 1 39950 39642 intron_54 intron 1 41123 40644 CDS_62 CDS 1 38916 38746 CDS_63 CDS 1 39641 39330 CDS_64 CDS 1 40643 39951 CDS_65 CDS 1 41450 41124 start_codon_11 start_codon 41450 41448 gene_11 gene 0.48 46811 44707 transcript_12 transcript 0.48 46811 44707 stop_codon_11 stop_codon 44709 44707 intron_55 intron 0.58 46093 44983 intron_56 intron 0.78 46484 46361 CDS_66 CDS 1 44982 44707 CDS_67 CDS 0.57 46360 46094 CDS_68 CDS 0.85 46811 46485 start_codon_12 start_codon 46811 46809 gene_12 gene 1 80994 79495 transcript_13 transcript 1 80994 79495 stop_codon_12 stop_codon 79497 79495 CDS_69 CDS 1 80994 79495 start_codon_13 start_codon 80994 80992 gene_13 gene 0.64 104754 93463 transcript_14 transcript 0.64 104754 93463 stop_codon_13 stop_codon 93465 93463 intron_57 intron 0.98 93843 93562 intron_58 intron 1 96489 93970 intron_59 intron 1 97377 96568 intron_60 intron 1 97665 97584 intron_61 intron 1 97847 97715 intron_62 intron 1 97986 97903 intron_63 intron 1 98274 98148 intron_64 intron 1 98479 98365 intron_65 intron 1 98652 98567 intron_66 intron 1 98835 98701 intron_67 intron 0.91 103161 98960 intron_68 intron 0.89 104486 103175 CDS_70 CDS 0.98 93561 93463 CDS_71 CDS 1 93969 93844 CDS_72 CDS 1 96567 96490 CDS_73 CDS 1 97583 97378 CDS_74 CDS 1 97714 97666 CDS_75 CDS 1 97902 97848 CDS_76 CDS 1 98147 97987 CDS_77 CDS 1 98364 98275 CDS_78 CDS 1 98566 98480 CDS_79 CDS 1 98700 98653 CDS_80 CDS 0.94 98959 98836 CDS_81 CDS 0.91 103174 103162 CDS_82 CDS 0.65 104754 104487 start_codon_14 start_codon 104754 104752 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_1 match 24.6 73049 73105 match_2 match 43.5 73642 73713 match_3 match 233 73170 73568 match_4 match 43.5 73642 73713 match_5 match 231 73170 73568 match_6 match 23.1 73049 73078 match_7 match 42.7 73642 73713 match_8 match 221 73170 73568 match_9 match 181 73170 73568 match_10 match 219 73170 73568 match_11 match 47.4 73651 73722 match_12 match 68.2 66962 67105 match_13 match 43.5 67207 67278 match_14 match 266 66409 66861 match_15 match 181 73170 73568 match_16 match 124 73278 73568 match_17 match 184 73170 73568 match_18 match 125 73278 73568 match_19 match 179 73170 73586 match_20 match 223 73176 73568 match_21 match 45.1 73651 73713 match_22 match 41.6 73642 73713 match_23 match 223 73170 73568 match_24 match 110 29760 30050 match_25 match 186 91385 92590 match_26 match 25.8 73025 73105 match_27 match 43.5 73651 73752 match_28 match 232 73170 73568 match_29 match 43.9 73651 73743 match_30 match 222 73170 73568 match_31 match 32.0 72941 73105 match_32 match 114 74629 75102 match_33 match 44.7 73651 73761 match_34 match 240 73170 73568 match_35 match 113 91493 92584 match_36 match 187 91385 92590 match_37 match 204 91091 92590 match_38 match 22.3 73049 73105 match_39 match 42.0 73651 73761 match_40 match 227 73170 73568 match_41 match 71.6 66965 67105 match_42 match 45.4 67207 67278 match_43 match 278 66412 66861 match_44 match 73.2 66965 67114 match_45 match 278 66412 66861 match_46 match 69.7 66965 67132 match_47 match 278 66412 66861 match_48 match 409 91154 92587 match_49 match 27.3 73031 73105 match_50 match 39.7 73651 73713 match_51 match 224 73170 73568 match_52 match 116 91514 92587 match_53 match 24.6 73049 73105 match_54 match 44.7 73642 73713 match_55 match 232 73170 73568 match_56 match 38.5 73651 73713 match_57 match 195 73212 73568 match_58 match 35.0 72941 73105 match_59 match 117 74629 75159 match_60 match 240 73170 73568 match_61 match 45.1 73651 73713 match_62 match 106 91598 92587 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_63 match 105 21094 20756 match_64 match 154 20553 20095 match_65 match 162 20553 20095 match_66 match 50.1 46022 45819 match_67 match 108 46513 46076 match_68 match 82.8 46501 46031 match_69 match 50.8 46022 45828 match_70 match 92.0 21449 21162 match_71 match 191 20553 20083 match_72 match 133 21094 20756 match_73 match 141 20553 20047 match_74 match 37.4 46019 45828 match_75 match 80.5 46513 46085 match_76 match 37.7 46700 46524 match_77 match 173 46519 46028 match_78 match 26.6 43352 43290 match_79 match 106 43255 42929 match_80 match 90.9 42938 42717 match_81 match 77.4 46025 45828 match_82 match 75.9 46700 46521 match_83 match 213 80988 80287 match_84 match 124 80841 80302 match_85 match 147 45004 44690 match_86 match 42.7 46022 45861 match_87 match 94.7 46513 46085 match_88 match 41.6 46019 45819 match_89 match 112 46513 46076 match_90 match 35.8 21428 21162 match_91 match 103 21094 20756 match_92 match 158 20553 20095 match_93 match 53.5 104763 104482 match_94 match 68.2 105037 104882 match_95 match 58.9 105225 105103 match_96 match 68.6 21449 21156 match_97 match 96.3 21094 20756 match_98 match 166 20553 20095 match_99 match 181 39641 39321 match_100 match 112 38937 38749 match_101 match 442 40691 39948 match_102 match 149 45004 44690 match_103 match 207 10819 10412 match_104 match 290 13356 12775 match_105 match 114 10819 10517 match_106 match 290 13356 12775 match_107 match 182 46531 46022 match_108 match 119 43255 42923 match_109 match 96.3 42938 42702 match_110 match 92.4 46025 45828 match_111 match 83.6 46700 46521 match_112 match 205 80988 80287 match_113 match 36.6 104763 104632 match_114 match 69.3 105037 104882 match_115 match 60.5 105225 105103 match_116 match 61.6 21449 21204 match_117 match 125 21094 20756 match_118 match 194 20553 20083 match_119 match 128 20553 20095 match_120 match 49.7 104763 104578 match_121 match 67.4 105037 104882 match_122 match 58.2 105225 105103 match_123 match 56.2 104763 104464 match_124 match 69.7 105037 104882 match_125 match 61.2 105225 105103 match_126 match 53.5 104760 104479 match_127 match 79.0 105037 104882 match_128 match 62.0 105225 105097 match_129 match 235 20553 20080 match_130 match 134 21013 20756