C02HBa0160F05.2 ATCTATTTCACCTTCTACCTTTGGTCAGCAATAGAGTATCACATCTAATCAGCAGACAGA AATACATATCTGAGAAAGAAAAAGTTTTGGAACTTACAATGATGATCTCATCTGCTTCTC TTACATCATCCAGTCCATATAGTACCTTATCAGCACCCTTCTCCTGGCAATCGAAAGTAG AAGTTGATTAATAAAGGCACGAGGAAAATAAGGAAAAATACTAACTTCTCTGTTCAGACT ATATCAAATTTTCCTTCAGAAAAATCAATGTCAGTGAAAACAGCAGACACTGACTGGAAG CTTGAAAAAACTCTTAAATTGACATCACAAAGAAACTGTTCAGAAACATTTGTCCAGAGG ATAGGCTAAAGTTATTCAAAAGAGTCCCAAACCCAAAACCCATAAAGTAGGAACCAATTT TTAAAAATTTTGATAAATATTACCACAATATAATTGTGAAGTGTCATATGTATTAGCATG ACAAACAATCCCCTTCTTGTTGTAAGATACTTGATCTTAGGCATATTTATATGCCGAATT TGCCAATAAATGCCTACTTTGGGGTGAATTTAAGAATAATCTTGAGACTATTAGTTTTGT TTTGTTTAACTTGCGATGATTGTGCACTAAAACACATGATTAGGTGATGCAGGAACTTTC AAGGTAAATGGAGTCTATTCGAGGGAAGGAGAAGCAAGGAAGCATTAAAATAAACTAAGG AGGAAACAGCAGTGAGTGGCGCACTGCCTGGTGCGAGGCGCCAAGGCCAGAACCACAGGC GACCTTTTCAGGCGCACTACCTGGTCGCAAAGCGCCAAGGCCAACACTCGACACCTTCCT CAGACGCACTGCCTGGCGCGAGGCGCCAAGGCTAGAACTGCAGAAGCAACTCCAGGCGCA CTACTTGGCGCGGCGCGCCACAGCTGGAACGACTGAAGGCACTGTCTGCCGCGGTGCCCC AGCCCGTTTTCGACATGCCCAGCGAAAGTTGACTTGAATAGGACTCCTTGTCGGATTAGA TTTAGAAAATACTTTTCCTAACTTCTATAAATAGGACCCTAGGGCTATTTGTTAGGGTTC GACTACTTTTTGGTGTGCAAGAGCAACATCCAAGTTTTCTAACAGGTTTCGATTTTCTAT CTCTTCTTTATTTTGGAAATCGCATAAACAATTCTATTTTGCGGTTTTTGAACATTATGA GTGGCTAAACGCCCTTGTTCAGGGGATGTAGCTACGGAATGATTGTGGAGTATTAAAGGT TTTTGAATCAATTCTTCGTTATCGTTTTAAGTTACTTTTTATTCTTGTTTTAGTATTTCT TGATTGGCCATCATAGAGATAAATCTCTTGTCTGCTCTTAAAATCGAGAGAGGCTAAGGT AGATAGACCAAAGAATATAGAAAGTTTGATCTTCCATTAAGTTGAATTGATTTGTATTTA GGAGTGACGCTCGGACGAACACCTAGCTTAGTTATAAAACAAGATGAAAAATAAATGCTC GCCAATTAGGACTGTCTATCTCCGTTCAACGATGTAGTTAGACAGCTAAAGTAGGCGATT AGAGGTCGGAAGACCATAATCATAAAATCAACCATGTAAATCAGTAGCTTGATAACCTAA TTAGTTCACTACCTGAGGTACGATACATGAAATCCAATGCATGCTGCAGCCCTGGAATTG TCTCTTACTTGCTTAAAACATCAAATTAAAGTCGTTCACATTAGTTATTTTATTTATTGC ATTAGTTGTAGTAGTGATTAACAACATTCACCCTTTTAAAAAGTTACTTTTGTCGAATTG TGGAATTAAGTTAATAAATATAAGTTGATCATAAGTCCCATGGGAACGAAAACTCGTTTC TTAATAAACTATATTACTTGCGCGACTGCATGTGTGTGCTTATTAGGAGCAACAATACTA AACTATTAATTTCAGCCAAGGACACAATATCTTTTTTATTAAAAGGAATTTGAAGCTAAA GAATTTGCTCATCGAGAAACTTTTGCAAGACTAACTTTAGCTTAAGAATTGGAAGCATGC ATTGCATATAGTTAAGCAGTAATGGCATATTGTGTTTTCACGTACTTCCCCATTACTCCA TGCATGCAGTTAGGGTTGTAACTTAAAGAACAAATTTACCTGCCAAAACCTTTTCTCAAG AGTCCTATACTTGCAGCCGATGAGCATACCATTCCGTCTATAAGTGAAGGCAATGATGAT CTGCAAGCACCCAAATATTGGCATGTAATTTATATCTCTACGACTCTACCCATGATGCAG CCATAAAATATTACTTTCCAGTTTCAAAATGAGGTTAATGATAAGATTATCTACCATGAT CTCCATGTTTCTTGAGTTTTACTTGCTTTCCAAGTTAGTGAGACTTATGAACCTTGTCAT ATTTCTTTTGTTCATTTGTTCTTTGACACAATTTTAGCCATTAAACAGCCCTGAGATTTA GAAATTTCTTTTTTCTCTTATATATTTTAAGTCAAAGCTTGATCAATCCGTTGCCTTGCT GGTTCTCATGTCAATGAGTCAATCTCCTCCTACAAATAAATGTGTTTACCTTGAACTCTT AGTTGGAAAGAGAGTGTGCTAAAAGAGAAATAGAAGATTCTCAAAGTTGTAAAGCTAATG ACTTCAGAGCACTTTTTCAGAAGTTCATTCTTAACACATAACTGAGATTTGTCCTATTCC TACACATGTTAAGCAACTTAAAGAAAATCTAAAATATGCATTGACATATGAATGCCAAGA ACACTTGCATGCGCAGAATCAATTTTACTCCTTATTAATAATCAAAACCATTTGGACGAA CAGAATTAAGTTTACTTCTTATTGATAATCAAGTTATCTTACCTGATCAAAAAAAAAATA ATAATAATCAACAGCTCTATCAATAATAATGAAATAACATTGTCCATTGATATCAGGAGT GCCCAGAGCATTTGGATGCACTGACTTAATTTTACTTCTTATTAACCATCAAAAACTCTA CCAAACCATAATATTGTCTGACCTGATCACCAGCCATTTGCATGACATGATTTCTCTTCA AAGTATTCATTGATATCATCCTCTTAGAAAAATATGCAGCCAGCTGTAATACACCCAAAA GTCATAGGCAATAAACAAAAAAGGGCGACTTGTATAATTTTATTGCTACAGAATCAGTTT TTCTTTGTTAAAATCCCTACAAATTTGATTGCTCTAATTAGGCCTAAATGTAATTACACT CATAATAATGAATTTATCAAATCTAACATAAGAACCATGAATTCCCAATCAACTGCTTGA GAGAATCAAGAATTCACCTTGGAAGCACTACCCGAATATGCATAACCTGGACAGTATAGA AGGAACGAACCTAAATTTTGAGGGGAAGACCAATGCTCTCCATTATGTCAACTTAAATGT TTGCAAAACTTATCTTTGTAGAGTAATATGCAAAATCAAAAACAACAATATAATTGATTC CTCATAGTGTATGTAAGGAGCTTCTTACCTTTTAAAAGACGGTACTTTTGTTAATGAAAT TTACTTCATGAAAATAGAAGAAAGGGGCATCTTGCTCTAAGATGGTGTTTGGATTAGCCT TTAAAAGTAGCTTATAAGCTAAAAGCCATAAGTTAAGAATGACCAACTTTTAGCTTTTAG CTTATTATTTGTACTTTTTTGGCCTAAAAGTAAGTGCTTAAAAGCACTTTTTATCTTTCC CAAGCACCACAAAAAAAAAAAAAAAAACAATCTTAAAAGCCAAAATCACTTAAAATAAGT CAATCCAAACACCCTCTAAAACTAGCTTAGAGATTAGGGAATGCATTGTTGAAAATCTGT TGCCCAGTGCTAAATATTAGACTATACAATGCTGGCCATCAGATTTAGTATATGCATGAC AAAAGAAAGTTTCCTTACCATATCACCTAATGGTTCTAAGTTCAAGCTTTCCTCTGTAAG TATCCGAGGAAAATTTATTCTGCCACGTTGATGGACCCCATCAGATGCCGCACTATTGTG TGGGATCTGTATTCATAATTAATATCCAATGAGGTGATTTAACTTCTATCTCTCAGAAAT TAAAGTAAACAAATTTTAAAACCATAAATTAAACTACCTGGCCTGCCCATCCACAGTCAA TATTGAAACACCTCCATAATGCAGAATTCCTTGATGACCACAAAATCAAGTTTGAAGAAC TCTAGTTGCTTGTAAAAGAAGATCATCATTGAACATGAGAACTATCATACCTTTTCGAGG ACATATGAAATGATAAACTCTTTTCCATTGACCGACCACCTTTACACTGTTTCAAAAGAG ACAAATAAATACAAAGATATAGAGAGAAGGAAAAGAAAATGAATGGGGCTCATATCTAGC TTAACAAAACAAAATAAACATATCCAAGTGTCCATGACAAACCCCAACTTATTTTTTTGT CACAAGAGTTAATTAGCAGAAAATTAAGGTTATGTTGTATAATTGGAAAACAAAGAAGCA CATCTTAAATGTGTTTACTCGTCTACTCATATATGAACAAACAAACAGTTTAAAGAATTA TGTTATAATTGAAGGCTATATATTACTTTACCCTAGTCTCTGTTATAAAGAGCGGAAAAT TTACACTTTACACAGCTATATCAACCTTGAAATATGCAACTCATTATTTTTCATCTTGCA TTTCCTCATCAAATTAGTACAAATGCATGACCATGAAAAGAGAACAATGACCAAACTCTC ATTATTTCCTTTCCTAGTGTGCGCTTGCAGGTACAAATTCCAACTAGTTGATATCAGTAT ATGTAATTCAAAGATACCAACCACTTGAAACTCATTAAAAGAAAAACTTAAGTAAACCAA AAGAAACACCAAATAAAATGTCACATACCTTGGGACACATTAATCTTGTGTATTCTTCAG GAGTAACAGAATTGCAGCATATACCAAAATTCTCCACTTTCTCCTTCAGTTCAGCATAAT CATCCACCTCCTTATTTTCATCTCTCCTCAAACTAGCTAGTAAAAGTTTAAACAAAAAAA GTAACAAAATAGATACTCAAGAATCTATAGATTATCACAAGGTCTAATTCTTTTAAAATT ACAAAGCTATTTACATTTGCAAGTGTAAAGAACTCAAAACATGGAATCACTCTCTAGTTT TTTTAAGAAAATTGTAAAATATCTGCATGAAAAATGTCCTCCACCCAAATACCCAAATTT TGTATCAAAATTAATTTTGTTCATGACCGTGGTATCCAGCCAGCTTTCGCGCAACTCGAC TAATTTCACTGCGACCTCCCACCAGAAGAAACAGGTTACTTTTTTATTAAAATTTGATTC GCCGTCTTGCCTTTTCCTCTTCATAATTACAATATATATTAGGTAAAGAAAAATTCAGAC AAAAAAAAAGGAATTGAAGCGAACCTGCAGGTGTGAAGAGCCTAGTAGGAGTAATAGTAA GAAAACCATGACTGTTAGGCGAAAATCTTGAGATGAAAGTGTAGAGTATAACAGGACGAG CTCTAAAGAGAGTTGACGCCAAGCCATTAAGCATTTCAAGAGTTTTAAGAGAGCTCTCAA AAGCCTCAAACGCCATTGTCGCCTCTTTTAAGTTATCCCAACACACTCTCTCACTCTATT TTTTTTTTCTTTTTTTTCTGAGGTGACCAACCTACCCTTGGCTTTGGTTCTGAACTCGTT TCATAATAGATCATATTGTATTAACTCGTGTTTTATTTATTTTATATTATGTTTGGATAA ATTGTTTTGTAACATGAAAGACAAAACAATTTATAACATTATATAAAACAAGACTTTGTG TGAACAATTCATGATGTGCGAGAGATTATTATTATGCAATAATTAACATGAAAATGTTAA TACACAAATTATTTATTTTTAAAGGATATTTTTATCAAAATACATCTACTAGCGGAAAGA AACTTGTAACTTGCTATTCAAAAGCCTAAATGTCAATGTCTCGTTATATATTAGTACACA AATTATTTATTTTTAAAAGGTATTTTCATCTAAATACATGACTAGCAGAAAGAAACTTGT GGCTTGTGATTTAGAAGCCTTCGATTTCAATATTAGAGAAACAAATAGAGTCAGAAATTT CTATAAGAGTAATATTATGACAATATTTCATCAAGTTTTTCTTCTTTTTGAATTGTTTTC CATGTTACGTGCGCTATAACAAACATTGTTACATAGAGGTTTGACCATACAAGATCCAAA GGTGCTGCTGGAATATTAGAAAACAAGGTTTTTTCAGCAACCATAATAGGTAGTTAAAAA GTGATCAATAAATCCATCAACATTTCATGTTTCAGCTTGACAAACAGAAGCAGGACCTTG CCAAAATATAAAGCCCAGCTCAGTTGTAACCTAATCTAACTAGCCTGTAACTGTAAATTA GTTTTTACAAATAGATGGAAGCAAATTTGTATGCAAAATAAAAACCATATTTGTTGTACA CTAGTGACATAAACTCAAGTTTGATACTTTTATCAGTTGGTAAAAATGTAAGCAAGCAAA GAAGTAGTGAAGGCCGGAATGAGATGTCATATGTAGTATACAATCTGATGACACTACTTG CTAGGTCTCCACTACAAGAACTAGCCATAATGTGTTCTCCCTGTATGGAGATATATCAGT CATTTGCATTTGCAGAGGCAAGATTGCATCTTCAGAGTTTCTCATAAGATTTTACTTTTC TGTGCCAGTAGTAGCATCTCCATCCATGCTATTCTTCTTTTTCTTTCCATCACCATGTCT GGACCTTCTAGGGGCTTCATCCTCGCTCTCGCTTTCATCATTTCTAAAGCTGTTTTCAGT TTGTGGATAATGTACTCCTTCATCTGGTCCAACAACTGAGCCTGCAGTCTCTTGACCCCT ACCTTGGTCTGGACCTGAACTGAATCTATCGTTCCTTTCATTAAAAGGAGCTCGCTGATC CTTTTTGACCCGAGGATTTTGAGAGGGCGGTGGTGGGGGTGGTGTAAATGATGGATGCAT TCCCATTGGTCGACCACCTCTGGGTGGGCCAGGTGCTCCAGGACCCATTCCACCCATGAA AGGGGGCCTTGCTGGACCCATCATCATCCCAAATCCACCAGCAGCCGGAGGACGGCTGTG AAACATCATATCACCAGGGAATCGAGGGCCAAATGGTCCAAAAGGTCGGCCACCCATTCC ATAAGGATCAGGCATAGGAAAACCATCAGGTGTCATTGATCCATAAGAAAATCCATCACT CATAATGCCTGGGGGGAAGCCCCGCATCCCAGGGAAAGGCCTGGCTCCACGAAAAGGAAC TAGAGGAGGCCATACGATTCCCCTACCCCTTCCTCTGTCCAAAGCAGCTGGTCCTAAAGC TTGGCCAAAGCCCTCATCCTCCTCATCCTCCTCTTCACTTTCTTCTTCTTCCTCTTCTTC ATTGTCTTCAAAAGGTACGATATCTGGGTTCTCATTCCCATTATCAGGGTTTACTCCCTT TGCTCTTTCCTCCTCTCGCTTGGATTCTGCAGCTAGTGAGATTGCCTGAAATGCAATAAT ATATTGTCCCATTAGAATTCTGTACAGAAAGTTCAACTACATTAGGAAGCAATTCTCTAA GTTCCCATAGCTACTATGTCTAGTGAATGTACACATATACATACACATCGAAAACATTTA CATATATATGTACATATAACATACATATATAATGTATACAGTATGTGTGTGTACAACATG TGCTTTCCTCCGTCAGCAGTCCAACTAGATGCTCCATAGATTACCAAAGAGCATAATTAA GGCGAATGGACCAATTGCAGACAAATCTTGGAATTTCAACACAATAAGCAGCAAAGCAGT AGAACGAACTCACTATCAAATCAAACTAGATAAGTACTAGACTATGAGCGGGGGTTTTTT CTCTCTCAAGAAACAAGTACAGAATCTATCATGAAAAAAAAAAGAATAAGCAATTACCTC TCCACGTAAGGATCTATTTCAACTATTGCCTACATTACAAGCCAGAAAAGATTCTTAACT ATAGAAATATGTGTCATACAACAATTTACCAATGCAAGTACCAGTTTTATAGTACTAGTT GAGACATCATTTTTGTGAACCCACATTTGGAGGAACAACATTTACAGTGAGAGTAACAGG AAAACCCAGGTTAGACAATTGCATTGAAAATAAGGGGAAGACCAGGTTCATTTTTTTTTC CGAGACCAGGTCCGGTAGTTGTCCAACAGATCCATAAAACAGGTTAGTTAGCTGTACTAC ATCTCCAGAACTGTGTCCAAGGGATGACTGAATAGCAAGAAATGACTCCTTTTAGCCAAA CTCAATATAAAATTTCTTTTATTTTTCTTTTAATTAACAATTAAGTAAGACTTGAAGAAA GCTTTGGACATAAAAATCAACCCTATAACATCAGAACAATCACCAAAAAGATCTACTAAT ATATCACGTCCACAATCCCAAATGAATTACCATCTATTGAATGAAAACTGGTTTAATAGG AGAAAAACTGAAAAAGAAATACCATAAGTTCACTGTCTGGTTCCACATAGAGCAAAGAAG CCAACTGCTCACCAACAGAGATCTCTAATTCTTGACAATCTCTGCTAATCTGAAACAACA ACGGTAGAAGGTGACTGAAGGTAATGATAGCACACAGCAAAGTTTAATATTACCAAACAA AACATGGAAGGAAATTTTGAATTGACAAGTAAAAGTCCATCTCAGGAATCATAAGCAACT TTGATTGCAACAGTGAAAGAGAATGTCCACTTCAAGCTGAAATTATGTGAAACAAACTTA GCACAATTGCTCAACCAGAAACGCAACTAATATTCGAAGAAAGGCTATTTGGTTGGTTCA AGTTCTTCAGAAGGGCAATTATTCGATATTTAGTTTAAATAATGAGAAAGTTTGTGGCCA TCAAAAATAGTATTAAAGCTCGTGTGCTATACCCATGGCATTAGAAGAGGTCGTGGGTAA AAGGTAAAGTATCTTACTTGAGATACATTTTCCTTTTTTCTCTTCTCAACAAGAAAAGTA CCATTGAGAAGGATAGTATAATAAGGCTCTACATGTCCTCAACCCTAAAAAGAGCTGCAT AGATTTGGGGAAAAAAAGCCCACCACATATCTTGTTAAAGACTGGTCAGGTCAATGTAAA AGAGTCTACTTCACTTGAAATGCACTTAGGCAATCCCTAGAGCGTTCTAGCTTTACACCA CATAGAGAAGAGATGGATCAATTGAAATATTACAAAAAAAAGATGGCCTTCAAACCTTCT GGCATCCTCTTCACTCAAAGACAGATTGAACAGCATGTAAAACCTCTCTTCCGGAAATAT AACATCTTTGTGTAACAAAGCCCCATGTTCAATCGTCAAACACTAGCTGAGGTATAATAA AAGCACAAAAGATCATCACAATCCTAATAATTTCATCCAGACTCACCTTGCAAAAGAGCA AAGCCAACATAAGTGAGAATGCGTCTAATTTCTCTTTTGGCACATAATGCACCAACTGGG AGATATGAATTTGTGAGATGGTTTGGTTGCAATGGACCATTTGGTGCTACGAATTCATGG AGAAAAACAAAACAAGTGGCTTTTTTTTTAAACTAGTAAGTTTGTAGTCTTCAGTATTAA GGATATGTTGGCCACCACCAAAAAGTTAAACTACAGACTCCCTGTCAGGTCTATAATCTA TTCAGTACCTTCTATACATAGTTGTTTACACCAAAAAAGTAGAGATACAATACAATTCAT TACACTTTATGAATGGAATTGGACCTATCTTCGAAACATCTGGCATTTCTCTCCCTCCAT ACTGACAATCATACACACAAGGGAATTAATATCCACCATCTCTTTTGGCTATTTTTAACA GAATTTGTGCTTAAAAGAAACGCAAGGGAAAAGGAGACTCCTCGGATAGGCACTAGAATA TAATTTGAGCCGCATCACACCTCCATCATTAGGCAGAATGTAATTCTATGTCAATTTAAA AAATCTATCCAAAGATAATAGTTTTCGGTTTATCTCTATAATCATGGTGTTTTATGTTTT CTTTCAACTTCATGCTGACCCACATAATTCAACTGGCAATACACAGATTGATCTTCCAAT TATTCTACTAAAAGCACTATGCTAAGACTGGCCACTATTCCCCCTTTTTCCCCCTCAAAA CAGTACGAGACTTCAAATTGTGGAGCATCACTTTTGATGAAAAAAATAAAAATTATTTCA CCCTGGAAACCCAACCTCTAGGTACTAAGGTCTTCCTCATTGTCAGAAAGACTGTTTGTA AGTCGAAGAAACTCTGGTGGGGTTGGATAGTCTTGCTGAAATGCAAGAAATAAGGATGTC ACTTGACAAAAGCAACTTGTGGGGATTCTGACTTGACTAATTAATGGTTCTGTCAGGCCC ATCAAGGCTTTAAGCTGAAGTCCACGATGTATCTACTAATGAAGAATTTAGCAAATTATA ACAGTATTCTAGCATAACAGAGAACGACAAGCAAATACCTGCCCTGATCAATAAATATGT CCATTATAAATCAATCTATGTCATTGGGATGCTCAGAACAGCCATAGATGGAACTGATCT TTCGAATTTTTTTTATTTTTTTTTATAAAGTGAGTAGATTTATTTAAAGGCATCAAGAAG ATGCAAGCTTTACAAGTAGGATAGATCAGTTAAACTCCAAAAATAAGGATTTGTAGCTTC CTAAACCGTAGAGCTAAAAAAATCCAAGAAACTAATTTTTTGAATATGTCAAATAATCTA TGAGTGAAGGCTTAAACATACCTTCACAGGTAAGTTCTCATTGTATGGATTCCTCAAATG ACGAGTTTTCTGGAAGGATAGTTCACACAACTGCACTTTAAGCCTCTGAGTTAGTTCACG TATGCAAGCAATTGATATTTAAAAAAGAAAAACAGAAACAAGAAAATCAAGTATCAGTGA ACCTTAAGCCATAGATTCATGCATAGGTGGATCAAACATTTAGATGCTACGGGTTCAACG ATGAAAGTAATGGGTTTAGATGAACCCGATACTGTAATATAATAGTGGATCCGTCCCTTA GTTCATGTATGCAAGCAATTTTGTGATGATATCTTTAAAAGGGGGAAGAAAAAGTAGAGA AGTGAAGAGCCTCTGCCACTAGTTGATATTAGGTAAGTGTTAAGAGTTGGGAAAATGATT AGAAGTCCTCAAGTGAAACAGAAAGGGCAAAAAGAAAAAGGATTTCTCTCCTATGAACTT AAATGCATAGAGTTCATCAGTTTATATTGCAACAAGGTAAGACGCATGACCAACTAAAGC AGTGAGCAAAACAAATCATTGATCAAGGTACCAATGCACTTATCAAATTAATCCTACAGT ATTGACAGAAATTAAAACAGCAATTCACCTAGCTGATGGCCTTCATAGCTGGAACCTGTA AATTGCATAAGTTGTGATGCTAATTAAAGATGCATGGAACGGTTCAAACTTAATAATTTA CATAAGGCAGAGGTTCTGAAATACATTTTGTTCTCTTCAATCATCCAAAACCAGCTTCTA ACAGTTTTGGAGCTGAATAATTGGTTGCACAGACTTTTGACTCATGCAATCAGTTCAACT GTCACCTTTCTAGTCTAATAACTATAACCACAATAATCAACTCTCAACAACTCCTACAAT TTAAAAGAGAGGAGGACTAAGAGAGAGATTGAGCTAAATATTAGTCTGCTGAAAACATTT CGGAAATCTGAGACAGAGGAAGTTCTATTAACTAAGCGGGAAAAACTAAATATCGTGAAA TAGGACAATCTCCTACTATTGCCAATTTGCCACCAAAAGAGAAACTAACAGACACAAATA TCCTTGATCGAAATCAAAACATAGAAGTATGCCCACTACACCTAAAAAACGAGCTACAGG TATAGATGGTTAACACTAAGAATACATCTATTGAGACAAAAGATGTAGGCTTCTCACTAG AAGGAAACATACTCAAGTTCAAAGTGTAAATCTCGAAAAAGAGATAATTTAGTTCTACCC TTTTAGGTTCTTGATAATAACATTCACCCCCTTTATCTTATGAAAAAATTCGCGAGCCAT GCCTGCTCTCATAACAGACCTACAATAGTGCAAACTGACCAAAATGCACCACTTGTTATT TTCACTATGTTGACTGATTACTTTCTTTTTTTTATGATGAGGTTGACTGGTTATTTTTGT TAGAATAGGAAAAGGTATATACAATCCAACTTAGAATAGGAATAGGTATAGTATATAGTT TCCTATTTGGTCTCTATGTAATATTGTAGACACAACAATTCAATAATATTCTTCTTCAAT ATTTCTCACAATTATATAGAAGGAAAGTTTGCTCATTATTTACTTTGCTCACTTGCAAGA TAAATAGAAAACCTAGTGTGATTGAAAAGCATGCAACAGAAAAAAACGCAAATAACATAG TTAGTAGATTACATGGTCAAAAAACCTTCTTTTTTATTAGATAAAGGTTACTTCGTATTC ACAAAAAATTCATCATCCAAGGAATGGTGAATTGGAAACTTCCATCCCACAGGATGATCA AAAAAGCTTTGTTGAGCTCAAATGTCATGCGAACAGCTTATGTCATAACCAGAAACATTG AGGGATATAACTGGACTCAGTAATCCTCTCGAAATATATATCATCCATTCATGAAATAGC TTCCAATTTACATTTACATTAATCAAAAAAGAATGATCTTTTCTTGCCAATAGAAAGAAA GAAAGAAATACTAAAAGAGCAGGTGGGGAAGGTAAAGAAATCAAAAGGACCTTTTTAATA TGAAGAGAGAAATCAAAAGTACCTTTAACCATTTCACTGAAAAATTCCGTCCATAATGTG CAGTTCCATGTTCATGCTTCCAATTTCCTCCTTTAGCAGCACCACCAATTCTAGATGTCA TTTTTGCGAGACCCTGACATAACAGTATACATGTTGAATTCCATGAACTAGTCTCAAATT AATGACATATTCCTTTCATTTCTGATGAAGATTTTCATCACAACACAAGTTACAATCAAA CTATACATAGTTAAATCAGTAACATTTTTAACCTCAACTCTTCATGAGATAGGTGAAAAA CAGATTACCTGAAAATGCCTGGTCCGATTGATTGAAAAAATTAGAATGACATTTTCCACA GAGTCGAAAGCTTCATTTAGTTTAGCCTCATTGCTTCGTTGAGTTGCCCAAACTCCTTGT TGTACTGACAATTCAAGATTCTCACGGTTGCAGCTTTTAACTATAAAGTACCTAATACCA TGCAAGAATATCAGATAAGCATAAAGAGAAAATTAGAGATATGGATTATAACTGTTCCTT TTTCACATATAAATGTCAAGAGGGAAGGTGATACTATATGAACCCAATTCTTGAGTAAGG TAAGGTAAATACCATGTTTAGTTCACATGGCGCCAGGGCTCAGACTTATGACCTTAAATC ATTAGTCATAAGTCCTTAAACCTTTACTACTTGAACTAAACCCTGCTGCTGCTGCTGCTG GTGGGGGGGGGAGGGGGGGGTTAAAAATTTCACAGCAATTTTTGCGTTTTCATTTGCTCA AAAAACTAAATATGACACAGAAAAGACATTGGAAAGACAAAAGTTATAAAAAGACGAGAA GAATTTATCCGGTGTATTAAACAAAGATACTGGAGTATCCAGGAATAATAATACTAACAA TCATTTGATAATTTATGACACGAAAAAAGTAGGAGACATCAAGTTAGTAATGACCCTTTT CAAAGCTTTCAAATATTTTTTATCACTTTGTTTAATTTTTCCTTCTCTTCATCTTGTTGG GGGTGGAAAATCCAGAAACCTATAAAAGATAAAAGGGCATTCAGCACATGTGACAAGATC AACTGCTCCTTTTACTTCCTGATCAAGACTGAACTTTTATGTTTCTAAAAATTGAATAAC AGAGCATTTGTTTAATTTGTCAAATGACAAGTGAATCACTGGAACATTGTGCAACACATA CTTGATAATGGTCAAGGGGTTTAACCATGGAGAACAAAAGAAATTTGGTCAAAAGCATAA TATAACAGGAGAGGTAGGTAATATAGTTTTGATGGAAACAAACCTAAATGGGGCAGTGGG GGATTATACACAACAACTAATGGGGAATATGGCTGGAAGCGATTGGCAGCAAAGTGGAAT TTTAGTTATGTGGAACAAAAGATCATGGAAAGGGGAGAAGGTGGAATATGGGAACCAATC AATTACTTGTAAACTACTGCAGTTAATCAAGAACTACTTGGTTTCTCACACCAGTCTATG CAGCTTATGATAGAAATGAAAGGATGGAGTTATGGGAAGAATCAAGAGTTAAGAGGAGTC TGTGTGGGTAGTATTGAGGAGTTCAACACAATTAGGTTTCCCTCCGAGAAAACAAATTGT GTCAGGCGTAGAGCCATGAACGATCTTCCAGCTGTATCAACGAATTGGAGCTGATTGACC CCCCTCCCCCCCCCCCCTCTTATTGGGAGGATCATACACTTGGAGAGGAGGGGCAAACCA AAGGAATGCCACTAGGATTGACAGATTTTTGTACTCATTCCCATGGGATGAAATGTTCCT TCAAATTAGGCAATGTACCCTGCGTAGCTTGGGGTCTGACAATAACCCCATTGCCTTGAC ATGTAGGAATAAGGTCTTCAAGAGATCTTGTTTCAAGTTCCAAAAGTGGTAGCTTAAGGA AGAGGGTTTCAAAAGTAAAGTTCATATTGGTGGAGCTCCTTTGAAGTGTCAACAAGACCA GATTACAAACTAGTTACTAAGTTGAGGTTGCTTAAACAGAACTCAAGGAATGGAGCAGAG AGAATAGGGGGAATTGGAAGGCAAGGAAGGAGCAAATTTTGAGTCAGAAAGGGGACATGG AAGTTACTCAAGAGTCTAGATCTCTTGCTGATGATGACCAGATACTAAAGGTACACTGGC CATGGAATATGAGGAGGTGGACAAAAATGAAGGAATTTTTTGGGGTCCAGAATTCAGTGG ATCAAGAATGGCGATAAAAATTTGAAGTACTTCCACAGAATTGCTACACCTCACAAAAGA ATCAACACCATTGAGTCATTAATGATTAATGGAGAGTTCTCTTCTGAGCCAATGGAAATC AACAGCTCTATTGCGGATTTTTACCACCATCTGTATAAGAAGGTAGAAAAATGGAGACCC TCACTAAATATTCTTAATATACAGAGAATAACAGTGGAGGAGCAGAGCTAGTTATCTAGA GAATTCAGTGAGGATGAGGTGACAAAAAGGATAACATTGTATGCTTGTGATAAAAAGCAC CTGGACTTGTGGTTAAACCATGGCCTTTTTTCAGGGATTCTGGGAAACTATAAAGGAGGA TCTGATGCAAACCTCCCAAAACTTTCACTGCACCAAAGTTTTGAGAAGAGTTTCAATGCC ACCTTTATGGCTCTAATTCCCAAAAAAGTGGGGCAAATGATTCAAGAGACTTCAGACCAA TCAGTCTCATTACTGGGTTTATAAAATAATTGCCAATGGTAGAAATGCCGAAGAAGGTGA TAGACAAGCTAGTCAATAAAAATCAAATAGATTTCATTAAAGGAGACAAATAAAGGATGC TGCTCTAATTGCTAGTGAATGCATTGATACTAGGATTAGAGGAGATGTGTCAAGGGTAAT GGGCAAACTGGATATCGAAAAAGCCTATGACCATCTTAATTGGGACTTCCTGATCAACAC TCTTAGACAAATGGGTTTTGGCCCTACATGGCACAAGTGGATTGAGTTCTGAATTAAAAC CACCAGGTTCTCCATTTTGGTAAATGGAACCCGCTGGGTTTTTTTCCTGCTGAAAGAGGA CTGACTTAGACAATGGGACCCTTTGTCCCCTTTCTTGTTTATCATTGCTAAGGGTTGGAC AGTCTGATGAGGAGAGCTTCTCTAAACAACTGGATTAGGGGTTTCAGAATCAAAAACAAG GCTAATAAGGTAGTGGAAATGACTCATTTATTGTATGTTGATGACACAATAATTTTTCGT GAAGCAGAGCAAGCACAACTTTGTCACAAAAATTATTCTAGTAATATTGAGGCATGCTCT AGACTAAAGATGAATTAGAGAAAAAGTAGCATCTTTCCTATTAAAGAGGTCCAACATATT CAAGCTTTGGCTAATAGATTGAAGTGCAAGATAGAGAGGTTGCCTACAGTTTATCTAGAT TTGCCACTGGGTGCTAAACATAAAGCAATTTTCAGCTAGATGGTAGACTAGGAAAATCAG AAAAAAGACTAGAGACTAGAGGCACATTGGAAATCCCAATATCTATCCTTAGGGAAAGAG TCACTTCAATCAACTCTATTTTAGACTCTTTGCCAACATATGTGCTGTCATTTTTCCCAT TCCCAACAAGGTAGTCAAAGCCATACACTCCTTGAGGAGAAATTTCCATTGGCAAGGTAA CATGATTAAGAAGAGCTTCAACTTGGTGATATGGATGGCAAGTTAACTAGAGCAAGATAT ATGGGGGTTTGGGAGTAAGAAGCCTAAAACTACACAACAATAGCTTAGTTACCAAATGGT TCTGGAGATACAACTTGGAAGATCAAGCTCTATAGAAAGAAGTCATTCAACACAAGTAAG GTTAGGAAGGTCAATGACATCCAGAAGTGCCGAAAACATATGGTGTGGAGTATGGGGGAC CATAAGAAACCTGCGGTTGGCTTTCATAGACAATGTAAGGATAAAGGTTACTTTGTTTAG AAAGGAAGACTGGATTGATCAAAGGTCCTTCGAAAATTTATTCCTGGGTTGTTTTCTATT TGCCAGAATCCTAATAGCAAAATACAAGAGGTTTGGTCTCCACAAGGATGAATTCGCTTT TTAGAAGATTTAATAATGAATGGGAAATAGAGTGGGTATCGGATATGCTAGCTTTGATTG GAGACTTTCTTGGCACAAATCCTAAAACAGATAAATTGTTATGGAGGCATCATATTTGAT GAATTCTACGTGAATAGTGTTAAAGAATGACAAAAGTCTCACATCGGTGGTTATGAAATG GGTGGACTCCTTATAAGGTTTGGGCAATCCTCCGCTCTTTGAGCTAGCTTTTTGGGGTGT GAGTTAGGGCCTAAGACCTAATTTAACATGGTATCATAGCGAGGTCCGTCTCACCGATGT AGCGGCCCCCAAAATCAAAAATTGTCCATGCACTAGATGCCAAGCACTAGAGTGATGTGG GGTATTAAAGAATCTCACATCGGTGGTTAATGAGATGGGTCAACTCCTCCCTTTGAGCTA GCTTTTGGGGTATGAGTTAGGCCTAAAACCTATTTTAACATGGTATCAGCGCAGGGTCTA TCTCACCCAATGTCGCGGCCCCCAAAATCAAAAATTGCCCAAGCACTAGATGTTGAGCAG TGGGCATGAGGTGAGTGTTAAAGAATGACAAAAGTCTCACATCAGTGGTTAATGAGATGG GTAAACTCCTTATAAGGCTTGGGCAATCCTCCTGCCTTTGAGCTAGCTTTTGGGGCGTGA GTTAAGCCTAAGACCTAATTTAACAAATAGAATGTATAAAAGGGATCTAGCCACAATTGC AAGGAAGAAATTAGGGCAATGGAGTGCTATTTGGAAGAGTGTAGCCTCTACTAAGGTGAA GTGCTTCACTTGGTTGGTAACCAGGAGAGCTTGCCTCACACATGATAAATTTCAAAAGAG GGGAAGAACTATTGCCTCAAGATGTTATCTTTGTAAAGCGGCTCTAGAAACCAACAATCA CATGTTCCTCCATTGCAAAGTAACAACACAAGTATGGGCTATATTCACCAATTTAGCTAG CCTAAATTGGATTATGCTAAAACATACAATAGACCTATTAAGTTGTTGGGCCAGAAGGGG AGGTAATAAGAGCCAAGGAAGTGAGGGAGAACAGTACCAACTTGAATTTGGTGGATCATA TGGAAGGACAGAAATTGAAGAATTTTTGTAGGGTTAAAGAATGCGCTATAGAGAAGATTA AGTGGGAAGTAATTACCAATTTAGGTTTTCGTGTGAAGCAATAAACATAGAAGAAGAAAT TCACCTAGCGGATTTCATGGGAGTTATATAAGCATTCCTGTTTTCTTTTTTTAGTTGTTT CTATGTAACTAACACTTTTGGAGGTGGTTGGTATAGCCCTTATGCTAAGGAATACAAAGT TACCAGTTTCAAAAAAAAAAAAAAACATTCTGGATGAGTACATCATTGTAGTGACAGTTC TAGGAGTTCACTGGGTCTAAGATGGTCCCAACTCTCTGGAGTATCTAAAGGGCTCTACAG CCAGTTTTCACTAATTGTATAATTAGTAGTTATAACTAAAAGAGAGAAATATTTCTGTGC ACATGCTCTTAAAAGTTAAAAACAAAGTATACGATTCTTCACTAAGTCTCATCACAAGTT TGGAGGAAAGTATAGTTGGTGAATCACCTGAACCACCCAGAAGAATGATCCAATGTCACT TAGTTTGTACCTAATTTTGGGATTTTGATAGCTTTGACAAGATTTTTATGTTAAGAGTTA TCTTTTGGATCACTCTGACAAAGTTAGAACAGCTAAATAATGATTTTGAATTAGCTTCCG ACTATGAGACTAGACAGTGGGGATGAAAGGTTGTGAAGAAGAATCAACGCCCAATTGTAC TATGACCATCAATTGGCTTTCAAGCAATAGAAAGAAGAAAAGAAACTCTCCTTATCACAA TTAGGTCCGAGAATTCCTGTAGCTACACAAATTAATGGACCAACTTAAGCAGAAAAGGAA ATAAGTACACAAACACATAACCTATAGTCCATTTTTCCTGTCATTTTTTTGAGGGAGGAT GGTTTATAAAATTTCACTGACATAGTAGGGTGCATCAGGGCTGTAAATTACCAGCCAACA AAATATATATCATTTATAGCAGAACTCTCATAGAATGAGTTCACAATAGTTCGTATCAAT CCTCAGGCATGCAGCAGAATGAAGAATAGAACAAAGGGAGTTGATAAACAACAATACAGA ATAGGTGGAACGATTTATGATTCTAACAAGGCTCTGGATAAACAATTTACAGCTGACATG GAAGACTCCAAATTATTCACCTATTTAAGTAGACAGGCTGACTACATGACCTAAGTAAAG ACCTTGAAACTCTGAACACACCTAGATGGTCCTTGAGGCAGGGGTATTGCAGCCTGATTT TGCTGGGTGCCGGGAAGGGTTTGTGTTTGAGTTGGGGGCCCCTGATGTTGAGGCTGTTGA ACTTGTTGTTGATGCGGCTGGTGCGGTTGGCCAATGGGTGGTTCCGTTGCTGTAGATTTC ACTGCTTGATTCATTACATTAGGTACTTGCGGAATTTGAGATTTGTCTGCCTGAGTTGAA TAATTTGTATTCCGATTTTGAAAAAACCTGTTCGAGTAACCATGGGATGTCAAATTCTGA ATTTTCTGAAGAACTTCTACCACTGGAGGTGGAGGTCCAGGCATCTTTGCATGTCTATAT CGGCAATCAGGACCATTCGGACAAAATCCTAATTTAAACCTGCCATTTCAGAAATTACAT CAAAAAAACAGGTGATAATGTGCTACAAAAAAAAAAAAACATGTATGGTCATCTTATTCT CTTTTCAATTACTTTTCTTTAGAGAAAGCAAATCAACACTCTTGATCTTTTTTATGACAG GGCTGTACGGGCCAAATACTGAAAACCTCAATTTTTCCATAGGGTACATACTACCTCCCA CCAGGTATCATGCAACTCTAAACAGTCATTATCATTAAGATCAAAAGCACCTACACCGTA ATTAATGATGATACTGTCGTAGAATGACCAACGCCCAACAAAAGCAAATCAGCATAACTA AACATCAGGTGAGGATCATGAAAAAAACATCAAACATCCATTTTTTTACTATGTTCTTGC GCTTTTCTTCTGCTTGATTCTCAGTAAGTAAAAGCTCATGCAGTGTACAACTAAAAAGTT CAAACGGAACTGGTATAAGTAAAAATACAAGTCAAGAAATCTCAAACAGATAGAGTAGAT CCAATTCATTGCAACTAATCAACTCAAAATGCATCAAATCTACGAACCTAACACTTACAA ACCTAAAAGCTAGTAATTTTGGTTTAGATGTAACCAAATTCAAGCAGAGGTGCTGACTGC TGACACCGAACACATAAGTCCAAAATTATCTCATCAGAGTATCTAAGTAAGAGTTCGAAT CCATCTGTGGTTTCCCATTTACATTACACTCCCCTTCAACACAGACACAAACACGGACAC ACAAGTAAAACAGCAATGAATTAAAACCATTGCAAAGAAGAAATCAGATCACTGAGAGAA TCTCACATGTTACATTCTTTAATATCCTCATTGGTGTGCTTATAAACACAATCTTGTTCA CGGCACTCTCCATAGAGTCTAAAGAACCTGCAAACGGGCATCCGGGACTTATCATACTGG TGAAGGAAACCACAAGCATCACCCTTCATACACAAGGACCGCAGCCAATGCCTACAAACA GTCTGCCTGAAACTTCTACGGTTACCAACAAATGAACCATCACCTCCTAGCCCCACACCG CCGCCTGGAGGAACTACGGCAACAGAAGCATTTGGGGCGGGACCTGCTTGTATTACTGGT ACAGATGCAGTTGGGTGTGTTGGCCCTGTATCTAAGCCACCTTCAAAATCAAAGTTTAGT CCTCCTTCTCCGTCATCCATTTTGAGAAGATTCTTCTCTGTTAGTGTAGTCAATCAATCT TGATTTCTGGTTGAATTTGGGGTTTATGGAGCCACCAAGGTTTTTCAAGTCCTAACCCAG GGGCAGGGCTTTTGGTTGTTTAATTGCTATTGTTTTTGTTTTTTTTTCTTATACAAGTTA CAATTATGCATTTGTATAGCCACTTAATAATTAAAATTAGTGTATTTACTTGGATAATAA TTACATTGTTTGATAATTACACGTGTCTATTTGAATGTGACAATGTAATTATTGCAATCG CAAATTTATATTTAAATTTTAAAAATAAAAAATAATTATTTAAATTTTATATTATAACAA AATAAGAAGTTTTATAAATGACATTAAATTAAATATTCAAGATATATATTATTTTCTGTA AATATATTAATTACTAAACATATATTCTTTAATCTAGATTATGAAAAAATAATTGATTTA TATTTTTTCAAATTAATATATTTCAAATGGATTGATCTTAAAAACTAAAAGTGCAAAGTT TATGTATGTTTGATAAAAAATTTAATATATAAACAAAAGGTCATAAATTATTACATATTT GATAAAAAGATTTTATGCAGTTTAATTAAAAGATAACGTGTAATGTGAATTTAATATTAC TAGAATAAATGGAATTGAAAATATAACATAAGCTATAAAAAAAAATAACATGATGCTCTT ATAGCAAATTTCAACATAGCATGCATAAGTATGATTTGTTTTTATTTTTTTCTTAAGAAA AATGTAAGTCTAAAACCTTACTTAACAAAAAATTATATTTTAATTTAAAAATTAGAAAAC TAATAAAATTATACTAATGAGAAAATAAGCGCGGCCGGAAGAAATATGTAATTCAAAAAA ATTGCATAGAATCACGAAAAGTAAGGTTGAAAACAAAAAGAAAATGAAATATAATAATAT AAAATAAAAAGTAAACTTTTTTAAAAAAAAAATTGAATAATAAAATAGAAATAAAAAAAA ATAGTTGTTAATTACACCAGCAATTCACATCCTCTGTGTGTGAATTGTAGAGTATAACAC CAATTACCTGCTGATTAAGTAATTACTTGCCCAATCAAATAGGATAGACAATGTAATTAC ACTACCAGGACGTCTTTCCAAACAGGCCCTAACTAAAATCATATAATCTCTGGATCTATC ACATGACATAGCAAATAGTCTAAAAATTCATATAGAAATATGAGTTATTCATAAAAAGTC GAGAGTAATATTGAAAACAATTCTAAACTTGACAAAAATTTTGGGGTATCGAAATGTACT TAAGTTTGATTAGTCAAGTTAGGAGTATTTTTAAAATTATTATTTGTTTCGTGATAAAAT TAATATTTCGCACAAAGTTTTAAAAATATTTTTAATGCTTCTCTTAAGAAGAAATTGAGA AGAAGAAAAGACTATACTTTAGTGTGTTACTTCATTGTCTTCAAATTACTTGATACTTCC AATATTTTTAATTTAGACTTTCCACAATTTGATTGAATTTTCTTTATAACTCTAGTATAT AGTTAATTTTTGCGAGTATTTTTGTCTTGATAGAAATTTGAGTCTAAAATCTTATGGACC ATATTCACAGTTCTCAACTTCCTTCATTTATCTTTTAATGAAAAATGTCATTAAAATGAT TGATTGCATTTAAAAAAAAAAAAAAAGTGGTAGAGTTACAATAACTAGCGTCTAGTAACA AGTTTAATTTACTTTGAGTAGCTTTATTGAAAGAAATAATTATTTAGCAATTCAAGTATT TAAAGTATTTTTCAAATAAGGAAGATGAGTTTGTTTCCTTGTGTATCAAAGTCATTTTCT TATAACCACCTTGACTTTAGTTTTATAATAATATTTTCTCCAGCTAATAATCAAATGTTA TACTACATTATTCTTTTAGGATTCAAAACTTCCTTCAAAACACCAACATATAAGTTTAAA CATAACTTCAAGCTCAGATGGATATGAACTTGAGAACCTGGCCTTATTACATGGCAAAGA GTATTGGTAAGTAATTTTGTCACTTTCCATACTCAGTACATTAAAACACTCGAGTCAAGC TGAAGTGGTATATTTTCTTTTTTTTTAAAAAATAATGAGCTCAACGTCGCCCCAAGTGCA GATAGATAGTTTTCTGTTCTAGGGCATTTTTTCATTTCCCTGCTAGTTAAGATAAGTTAG TTACAATCAAATATTTGGACCACTGCGTCAAATGATTATACATATAAGTGATTAGGGGCG AATCACATGAATGAATGAGCATTATGACATCCAGTTCTTCATGGTCACCAATCAGTACCC AAATCTCTTGACGTGAAGAGTTTGTCAATGTACAAAATGACAGTATCACACGAGGCGACA TAATTTTGCATCTGCGTTCTTGCGGAGTCTTCTGAAATTAACAGAGAGAAACAACATACT CATCAGAATTTTTTTTTTAAAAAAAAAACTAGTGGAACAGGTGGGCGGACCTAGTATCTC AAATCTTAGCACATGGACTACAAGGTATTAGATATGATCTAAGCCTTGGACAAGGATGGG TCATGAACTATGAAAATGCCTCTGGCGTTGGATATTCTGGCCAATAAAAAGGCAACTATC ATCTAGGCTGAGATAGAATGAGATGAACAACTATTAAGAAGAGCTTGTCAGCATACAGAT AAATTAGTCACTATAAAACGCACAATTTATTCCCTGGACAAAACAAAGTGCAAATTCAGT TCTGACCTTCCTTACCCAACAACTTGGAAGCTAAAATCAAATAAGTAAAGAAACAAGCAG GATATAAAATTTCAGTGTTGTGTCATGAAGTCCTTCCCAAGTGTGTGATAAGAGAGGCAA ACTAAAAAAACTGATACTGTGTTTCGTGTCATAGTATATAGGAGGAAGCTACTACAATAA GGATTACAATGTCCTAGAATTTGAGTTCATAATTCATTTTTAGCCCAAAACAAATTGTGT CATTAAGAATTTTACCAAATTACTCAACAGATTGGATAAAGCCAAACCAAGTTCACTTCA GAATAAAAAAATAATGTATCAGAACGATGCATTAGACTAAAAATGTTACTAGGTGAGTTT TTAGTTGAGTCAGAGGTATAGTAAAGAAGCTGAACTGCATACTCACCATCTTCATTAAGC TTGATCATCAGCTGTTGCCGGGTGGGGAGGGCATACATTCCTGCAGACACAGCTTTCCTG ATGGCCCATCCATGGTATGGAGCAAACACTTGTGTATATGCTTTTGATGCTGGATCTTTC AAGGAATTCCCCCTGCCAAAGACAGCAACCAAATTTGAACATCAAATATAAATATTAAAA CTAAAACAAACGTACCCGCTAAAGTGTTTGCTATCAGTTACTAACTGATAGCAAACATAA TATACAAATACTACAAATCTCATAGTACTACAACAACATTTCAAGATATTTTCCTACTTC CACACACCTAAAAAGAATGAACAAGCAAGCAAAGTGTTTGAGTCATAACTCATATCCATC TATTGCCAATCCAGCCACCAGAAGGACAGGTTCATGTGAATATCACCACCGTGCCAAACA ACAATTGACTTGCAGATAATGATAGAACTCCACAAGATTATGCGACTTCCACGCACCTTA AAATTAAGGAAAAAGGATCAAAACTACCCCCTTCAACTTTGGTTTATTAGTTGACTATGC TCTTACCGTTAAAATGAAGTTATTCTTACCCTCACCGTCTACAAACTTATCATTTGTACC CCTTAATTGGATAGAAAGCCCCAAGTCAACTAAAATTGCTCATTTCAATTAAAATGACCC GATTTTTCTGAATCTGAACCCAACCCACTAAATCAAATAAATTCATACCAAACTAAATCC CCAAACCCATCTCTCTAGTCTTATTCATCTCCTTCCTCCATTGAAACAACAAATTATTGC TTCCTTGGCAGGAAAACTAGGTATTAATAAGTTCCTTCGGTCTACTATTTCCACTGTGAT CTTCAAAGGCCCTCATGCTTCTAGAACCATTACACCAACAAGCTAGAAAACTGGTCAAAA AACCAGATTTTCCATGTACACCATAGCACCAAAGTCTATGACCCCTTGCCTTCTGGCACA CTGATGTATACAAGCTGTCAAATTTAATACACCTTACAGCTTCCAAGATCCAATCAAATG TTCCTTTGTTTTCTATTAATAACTACAAAGACTTTACCCATTATGTCCGTTGAGCATAAC GTTACATGACCAAACAATTTCAAGTAGAGAGAGATATCATACTTTAAGCACAAGCATTAC TTGGAGAATTAAGATATTTTGTACAGAAATGGAATACAGAATCTGTCACACTTTGGTCTT GAACACCCAAAAAGATCAAATAAGGAAATGCCCATGAACATGAATTGGAGCATGCCTAAA CTCTTGTGGAACACATAACCAGATCTGTCACTCTCCAATTTCTGTCCTCAATATGTACTA GAGATACCAATCATCTGGACATAAAGAAGGCACTTTATTTTGTATTTTGTAAATTGTAAT AACCAAACTTTTCTTTTTAATTCAATACTTTAAGGGCCAAACATATAAAGTTTTCTAATG TAGACACATATAGGACAAAATATCTTCTGATTTCACTCCTTCCAACTCATCATCAATGAG CAAAGCTTACTTTTAATTCGTTATAGAAAAGAAAGCCAACGTCCAGGAACCCATACAGTA ACAGCCCAGTAACACAATATACTCATCGCTAAGCCCAAAAAGGCATTGCACAAGCTGGTT TCAAGTCTTACTCTTACAGTTCAGGACCTTCAGCTTTCCTTTCTAGCGTGGGATTCTAAC ACTACCTTTGGGTTAACTCAGACAGCTCGCCAGTGAGAAGCTTGTCGAACCCTCTGTTCC TCCCTCTTCACCCAACAACTCTGTCAAGGAATATGTTAGTGATGCTGGAAAACGCCATTG TTATGGCATATCTTTCTCTTTGTTATTAATGATATTATTTTCCTTTATCTTATAGTTTAG GCTATGGACAAAAAGAAATAATCTTATATATGCCACCACAATCTCTTGTTCTTTTGCTTT TTTGTACTCCAAGTTTCAAAGCTTATGTCTATAGGTCTATACTACTTTGCAAATAAATGA AAGCCAAAAATGTTAGTTCTTTTTTTAATTAGCTAACATTGGAAGTTCTGGAGTCCCTCA CAATGAAATACTATTTCCAATCTACTCATTTTTGGGTCCTTCTTTCGTTCCATAAAATAA ACATCAAAAGTTATAGCTCCTTATCAACAAGAGAAAAAAGAACTGTCAAAAGTAGTAGCT TTTTCTTCACTCTGTTACAACAGATCTGAGACTAGAGCTTTCATGCTATTGGTATTCTTT GATGAAATGCTGGTTAACTTAGAATTCCATGAGTCTGTAAGCCTGAACTAGAGGATAAAG CTTACAACATCAAGCAGTGATGTTGACAAAAAAGATAGAAACACTGAAGTTGAGGAACTT GCTCATTACATGAGTGTTAGGGTCAGTGTTAGTAAAACCAATCGCTTAAAGCAATGAAGC AAATGAAGAGGGACTATCGAGCTTCACACAAATGTAAACTTCAGACAATGGTGAGCAACA CGATCCTAAGGAGGAGCAGTTGATTATGTGAATGGCTCTTTTGAGAAGTTTGATCTATAT TAGCATCATTGTAAATTGGATGCAAAAACTGGCTATTTTAATCATAATTTGATTATTTAA GACTAAATTATACATGTTTATCTCAATTTATCATTTAAACTTACTATAATATGTACGCTT CACTTCAAAGAAACATATGGTTCACTTCTCGCTTTTCGCCAAAAACCCCATGTAGTTTTT TACTTTTACGCTTTTAAATACTGGTAAAGATGAAGTTGTGCATCTAAATGATTTCAGAGT TCTACATTTCAAAATAGTAAAACAGAAATGTTAAATAATAGAGGGAACAGATAAAAAGCA TACTCTGAGGCTATAATCTCCTCGAACAACACCTTAACCATATCCAGCCCACGCTTAACT CTTAACAAGTTCCTTGTATGACTACCTGCCTTTCTCACACAGTTTGCTTGAATATCTTGA TCCATCATTGTGTGCAACGTTGTAATAGACTTTGATGCCTCTGCTAGATCATTCACCTGT GGTCACCATTAACAATTGTTTAGTTACTCAAATCAACCATATTTTTTATGAATAATTGCA TATACCTACCTAAACACATATATTCGTATGCAATATATGCTACCAAAAGCATGCATGATG AAAGGAAAACCTACTATCAGTGGAAGCCAAAGGGCAAAGCTTTTTGCTGTAAGCTAAATC CACAGCTGGAAAAGCATAGCAGGTAAGAGGATTAATATACTACTGTATGGATACCAAAAA ATATGAGACAAGTGATCAAACTAATAAACTTCATGTGATCCCTACAATTCATTAGTCCTT CCAAAAATATCTGCCCCTCTCCACTTCAAATAATAAATTTGATCAATTCCTCGTTGAAAA CTCGCACATAACTTGATGCGAAAAAATCAAATATGAACACTGAAAAACAACACAAAATGT ACTATCAAAAGAGTTCCACTTAAAATCTTCGAAAAGGTGTAAAATGAAAAACATTATGCT ACAAATAGAGTAATAGTAGTAGTAATATTTACCAGCTTCCATACAATTCATGCATAATCA ATGTGATCACAACTCCAAAATTGATTAATTAGAACAAAAAGTAATCCTCAATCAAAAATC GAATTGGATTGTGAATCGAGGATGATAACCTTAGCAACGTAATCGAGCTCAGCAAACTTG AAGGCGATACCGAGGCAGCGGAATAGAGGAGAGACCAAAGTACAAGCGTGAGAGAAAGGA GCTACTTCCATCTTAGCAGCTTCATCTAGGGTTTGAGAATTTAAAGTGTTGGCTAGGTCT TTGAAAGCTTCCGCCATTTTCCTAAGAGGCTTTTCCTCAGCTACGTGATTCGCCATTGAA TCAGCACCGTGATGTCGCCGGAATTCCTTTTTCGTGGTAATGCCGGTCCGGTCCGGTCCG GTCCTGATATATTGCGTGAACAAATCTAATTTTGGAATCCCCCTCTCTTCGAGTGCACTC AGTGATTTTGATTGGATAACTGAAAATATTTTTTAAATGTAGTTTATTAAGGTTATATAT CTTTTAAAATGAAAATGTATTTAAAAAAAAATAAAAATTCTTCACTTCTGGAGAAATTTG GTAATTTGATGCTTAAAATTTGAGATGAACATTTGTTTATGAATTTCAAAGTTAAATTGT TTGCTGGATTTAAATTTTAAGTTGTGATTGTAATATTTAAAAAATATAAATTTTGATTCA TGAGTTTATATTTTATGAAGAAAAATATTATTTCTATTTAATTTTTGTGAAAATAGATCC ATGCTCTGGCGCGTGAATATTGTGCATGTTATATAGAATAATTATATTATAAGATATCTA AACACTATTAAACTATGACATATGGATGAATTGAAATCAAAGAAATACTAATTATTTTTT TTCTCCGACTTAGGGAAATCCTTGGAGTAACAATTTCGGTGTGACTTCAACTAGGATTGC CTCAACGTAATCAAGATTGCTCTGTATCCGAATAGCTTGAAGTACTTCACTTTATTGATG GACTCGTCATAATGACCCTCGAATAGATTAGCAGTCAACCTTTTAAGTCCAATAGTAATT GCCCTCTCAAGCCTAACGTTCGATTTTACACACACGCTATTAACTAGGTCTTTTCAAAAA GGGAACTAGCGCGTGATCATTTTACACTTGGGAGTGGAATTAGTTTTTAGGAAACTTTCA CATATAGTCACATAAAAATAGCTTAAATCTTTCAATAGCTATAGTTTGATAATTACAATT CGTAGCTACATGTTATATGGATGAGAGAAGCGAGCGAGATGGGGTAAAATAATGGGAGAA AGGTAAATTATATATGTATATCGGTTAGATAGTTGTATATTATACATATGTATTTGTATA TATGGCAAGCGAGATTGGGAGAGGGAGGAGAGAGGCGAGCGAGACAAGGCAGAGAGTGGG AAAGAGGTGAATTGTATATGTATATAATTGTTTATTATACATATGCATTGGTATATAGGA CAAGCGAGATCAGGAGAGGGAGGAGAGAGACAAGCGAGATTGAGAGAGGGAGGAGAGAGG TGAGGGAGAGAGGGCGAAGAGTGGGAGAGAGATGAATTGTATATATATATGTTAAATAAT AGTATATATTATACATATCTATATGTATATTCTGGTGAACTGTACATATACAAATATGAC TAGTTGTATAAACTCAAAATTAACCTACATAATTAATATATAATATTAATCGCAAGTGAT AATTATAGTAAAATATAACTATAATAAATAATTAAATAATATAAATTTTTTTAACCGTCT AATCTTCTCTTAGTTCTTTTGGCCCATAAAAAAACCCTATCAACAAACGAAAAGGCTTTC CAATGGAGAAAGGCTTTCAACTTCTTCTCGTATTCCCTTTTTACTTTGAGAAATTTATAT TTTTATATTTCATCCCAATTTTGTTGGTTTAGCACAAAGAATATGAACATGATCAATCGT AATCCACTTACTTTTAACCCATTTTTACAAATTGTACTATCAATCAAAATGTTGATTTTT TTCAATAAATAACATTATTGTTGATTTATTGGATAGTAGAATTTTGTAATATGGTGTATT TTGGAAGTTTGTAATAATATGTAATTACAAAAAACTAATAAATTAAAAAAAAAATTAAAA ATATATGATTTATTAATACAACGTATAAGAATATGTTGATACCATGCTTGTTAATCACGA TTTTTTCATTTTGTAAGAGTAAGAACATATGAACGTTTTGATAGTTTTTACTGAAACACT TAAAATATTTCAAGCTACATTCCAACACTTAAAATATTTTAGCTAGCTTCCAATACTTGG AATATTTTAGTTGCCTCCAACACTTAGTTTTATTTCAGCAATTCACGTGAAATGCCTTTT TTTTTTGCCATCGTCAAGTCTTCACAGCTTTGTCTTGTCAAGCTAACACGCTGTCTTGCC GATGACTCTAGCCCGCACATAAGCCTTGCATGTTCAAATTGCTTTGCCAACACCTAAGCA CCTTGAACATATGTTGCACTGTTTTGTCCTCATTCATGTCAAGATCAATGCCCAAGTCCT TGATATGTCTGCACGTAGTTAGATCAAGTAGTTTACGGGTCTAACATTTTCCTATTCAGA ATACAAATTGCTCATAAAAGTTAAAATAGAAATTGAAAGATGATTTTAGCTAAAAAAGAA TAAATTCAAGTAAGAATATTTAATTTTATAAAAGTAAGGTGTGGATGATTTTAAATCGAG ATACTAAAATTTTAAATTTTTCTTAAAAATTTAATTTTGCATCAGTTAAACAAAAAAAAT TCTAACTCAAGGAATTTTTTTTTGAATATTCATACTCCGTTATTCTTTTTTTAAAAAAAT CATATTTTATTAGATATAAGTATTTTTATTTAATCGAAATTACTATAATTATTTGAATAT TAAATATCAATCCAGTCTTTAAAATATAAAATGTAAAAAAATGAAAAAGTCAAAACGTGT TCAATATATATATATATAAACATTTTTCGTGCTTTATTCATTAAAAGTATTTTTCCCTAA ATTTTATTTCATCGTTAACAAATCTCTTTTATTCCATAATAAATGAATTGTTTGAGATTT TTTTCATAATTCGAAATATTAAAAAATTATTGACATTTTTCCTATATTAACTACTTTAAA TTTCTCAAATAAATAATATAATGAAGGAATATAACCAAAGCAATAAGGATCATCACAAAA AAATATATTAATTTATGTCTTAAATATTTTTCTTAAATAATATGTCGACCAAATAATTAA CCAACCAATAAACAAGTCTTTGAATTATGATGTCCAAAATGATTTGACCTTGTCATTTTC TTACCTTCCCATTCATTATCAATAATTAGGCAAGACCAATAATCATGTGGAGATATATGC TAACCCCAATAATAATTTAAATATCCCCAATAATTAAACACAATTTACACAAAGTAAGTA CAAAATTCTAACAATAAATTATCATGTGGACTCTACCAAGAATTATTAATGGATAAAATT TAGGTGAGAATGTCAAGGAAATTATGAATATGGGACATGAAGCTCACCTGTCAAATAGAC CAAACAAAAATATGCATTACTACTTTGTCTTATTGTAAGAAAAAGAAATTTATAATAAGT TGTGTATTTCTTTAAAAAAAAAAATTAATAAATTATTTATCGTGATTTATTATTTTAAAT TATTTATTATTTTTTAAGTTTAAGATGTGATTTTATTTTGTTTTATTTCTTAACTTTAAT AGTAGTAATTATTCTCAATGACTGGGTGAAGATTTTAGTAGAATAAATGTTTAGTAAAGA AAATTATATCTTAAAACATAAATAAAGGTAAAATTATCAAAAAAAAAATATAATTTTTTC TTGAATTGTATTATAAAAATATCTTATTTTCTTGTAGTCGAATGTTATCTGATCTCTTAA CTATTTTATGTCCTATATCTTTAGTTGGGTGAATCTTAGACTTTTGAATTGTTTTATATA ATTTATATATATTTGCATAATTCAATAAATTGAAGGGATAATGTTGTTATTAGAAGGGAT AATGCACGTATATTTTCTCAATCTATGCTCGAAATTTTAGAGATATATTTATACTATATT AAGGTTCTATTACCCTCTGAATTTATTTTATTAATAATTTTCTACCCCTTTTCGACTTAT GTGACACTATCTTGTGGGTCCAACACTGATTGACTTAATGCCACGTAGGCCAAAAAAGTT AGAAAATTACTTATAAAATAAGTTTAGGGGGATTAGGACCTTAATATAGTATAAGTGTGT CTTTGAAATTTCGAGAGATTGCGAAGATACTCGTGCATTTTTTTCTATATTCTTGTTGTA GTTAAGACACCTTAAAAGTTATTTATTTGAACGAAATTTGGTTCCGTATGATAAGTTGGT CAAATAAATAGCATAAAAATATAGATTAAAAAATCAACACCTGTTGATCCATATTGATGT TTCATACTACAAAATTTATATCTCATAAATGAAAAAAAAATCATTAAAGTAGCTTTAAAT TTTAGAAATTCCTTTTTCTCATGAAAAAAAATATTCATTTATTTTCTCAAATTTATGACA AATAGGACCTTAAGGGACCATTTATCCATAAATTTTGCGTCGGAAAATAAAAATTGTATT TGAAAAATATTACAATAAATGTTTGTTCATCATTTTGGTTCTTTAATTAATTCATGTTCA AATATCTTGTTTTTTTTTTTAAAAAAAAAGTAATTGTAAATATTTATCTTTTTTTTTCAA TCTTATGCCTCTGGTTATTTCCTATTCACTGTCTCCTTTTTATTCAAAATATTTTCTTAT TTTTGATATTTATACGTGGACATAAACCGTGCCACCATTTATAGAGTGAATTGGAATAAT GTAAAATTCAATGAATTTATAAATATTGTTTTGTCTATTTTTATTCGTTTATGTTATATA AAAAAATATTTATTAAAATTTAAATACACTTTATCATTGTTAGTATTATTCATTTTTTAA TATTTAGTCGATTGATAAATTATGAGTGATATAATGAACCTATCATTTTATTTATTTCTT CTTAAGAGGTGTGCAAAACAAAAGAGAACTTTGATATAACTGTTAAAATTATTGTCATGT GATTATAATTTCACTCAGTCAAGTTGTGAAGCAATCTTTGTGGTTTAGCATTTCTTTGCA TTTTGCACGTAACAATATTTCAGTACTTCGAATTGTCTTTTTTAAAAATATTTAAAATTA AATATGAACAAATAAACGTGAATGAATGAATCAACGAACCATACACGAGTCAGGTGTTAT ATAGTAGATCCTCTATGACCAATTTTAAACTCATTGGGGACAAATTTGAAAAATAATATT TTGTCCACCTTATTGTTTGAGATACAAAATGTTCACGACTTAAAAGTCAATAACGATGAT AATTGTTATTCAAATCTTTCAATGATGTTCATGACTTATGTCAAAAGTCAATAAAGTTCG TGATTTAAAAGTGATTTTAAGACAATTTTTTCAAAATAAATCAACTATTGCAAAGCAAAA TTTGAAATGATTAAAAAAAAAAAAGTTGTACTAAATGGTTTGTTATCTATGAAAATTCAT CTAGTTCTTGGCACAAGATATTGAAACATGTCTCTTTTGATAAAATTAATTAAGAAGTTA ATTAATGATTAAGTTTCAAGAACTCTTCATTTCTGACTTCGAAACTTTTGTGGTCTACAT AAAAGGTATGCACATCGAAAAGGTGCCAAACGAATTTCTCAGCTTGAAACAAGTATTATT AGATATTCCGAAACAGTACGTCGGACAAATAAAAATAAACGGAAAAAATATATTGAATTA GAAATAGTTAACAAAATAACAAGGTAGAATGAAGATTGATGTCAAGAAGCAATATGTCGA TTTTCAATCGTGTTAGCACTATTTGTGATGATTGATGATTCAAAAGATTAATCAACTAAT ATTTTCAAGGATCACGTAATTCATATGAAATTTAATAACCATTTGTAGTCTTGCTTTTTT CTCTAACAATTCTTATTATACGTGAGTGTTGTAAAATTTTCAGGTCTATGATTAGAGAAA TCTAGATTGGATTGATAAAAAAAGGTTGAGTTACAAGAATCTTGTTGGAATTCTGATCCT AAATTTGCCTAAGGAATAAGTATATTCTATATGTTCCTTTGCAGATTACAACAGTTACGT TTTGTAAAACAATTAAAATAATGACACAATATTTTATTCCGAAAAATCCCAACTCATAAA GGGTTAAAAACAAGACCTACACTTTGTAAGATTTAACTCCACTTCATTAAATTCTGAGCC CCAATAAAAGATTACAAACTTATGCAACCTAAGAAATTATAAACTCTAATTTCTAGCTAA GAAATTATAAACTTTAATTCCTAACTATCCAAAACAAAAAAAAAAAAACAAGTTTAAGTC TTTTACCGTTTGTCAAGTTTCTCAAACTTGTTAGACGAATCCTACACACACACTTGATTG TAATCAAAACTCTTAATTTTTCCTCACAAACTAACAACACTCCCTAGTGAATCTCAAAAT CGTCTCAAACTCTTGATCGTGCTTTGATCTTCTTTCTATGTAAGTGCACAATTTTCTCCA GCGAAACTATCATCTAATTAATAGATTTGAACTTGAATCCAAAATCTATTTCAACTAGAA ATCTCACTTGTGTGCCTGCTTCCTTTTTCTCTTGAAACTTCCACTTCGTATAGAACTCTT AGTTCAACTCGAACTTGTCTTCAGTTTTTCTTCCTTGACTTTACATTGATTTATTTTCTT CTTGAACTCTTTTTCTACGCCCCTTTATTTCCTTCTTTAATCATGTTTCCTACTACTCTT TGGATTAATACATATGTATACACTTTGACTTAATATGCACATCCTTTTCTTTGTAGGATT CCTTTATAAAAGAAAACTTTTTGTACTGGTTGTTTCTCGAAAAAGCAATCCTTCCACTGC TTAATAACTTCTAATTCGAGTGGTTGACGTTCTCTTTATTCCAGTTTTATTCGGACTGAA AGGAACATTTTGACGCAATCGGTTCCTTCCGTCTGTTCATCTATTTGTCAATTATCAAAA CCATTCTCATTCTAACTAAACTTATATTGGGAGACAATTATAGAGTCCTAAGTGAACTAA ATTTAGAGTCCTACTACAATATCTATCATTACTATAATAATAATAATAATAATACAGTTA TAAATAATTTAATCCTACCCGTAATAAAATATTAGTCGTAATATAATCTTAATCATAATG TAATTCTATTATATATAATTAGTCTAATCCTAGTGTGACTCTAATTCTACAACAGTGTTG TAAACATGTCAGTCAACTTCGTCGGATCTGTTCCTTCAACATGTTCCAATCACCAACTTC CTTCATCTTCAACACTTCCCCTCAAGCTATAGAGCAAAAACTTATTTTGTCAATGCTTCA GTACGAATGTGATGTCTAGTTATTGCTTGTGATAGTTCATCTGCAGATTGATACAAGTAG TCCCACCAATAAAAACAATTAATAATAGTATGATTATTCCTACCACATATTTGACATAGC TCAATATTATTCCTATCCTTATTTTCTCTTTGAAAACTTTTTTATTGTTCAGAGAACTTG GTCCATATTGACTTTTCGAGGAACCTGTTCCCTGTCCAGCAGACTTGAAACTTGTTTCTC TAGAGTTGAGTTGTTATTTCATCATTCCATGTCTTTTTTTGAGCAGATAATAGCATGTTA TGGTTTTGTCATGACACCTCTTCTTCATCTTCCCTATATCAAAGCATGCGAGAGTATTAA CAAATTAATTAAGGGTGAAATATGGTGTCTTACCAAACGTGACATTCCTAGAGATCTTGT ATTTGAGACCTAAACTTGTAGCAAAATTGATTACTTTGATATTTTCATCCACGCGTTTGT GAATAATTGCAAGACCATCAAATATGACTTTGAATTCCTTGATGTATTTATCAATATTTT GGGTTCTACCCTAACACTTTGTAGTTGTTTAAGTTGAAACTTTTTATCTTTTGTTGCTTG AAGATAACTTCTTCCAAGCATTCACATATTTCCTTGACAGTTGATCAGCCCACAATTAGG TAGATGTTTCCTTCAATTAAGGAGTCTGCGATTCAACTCCTTAGCAACACATATTTCTCC GTGAAATCATCAATAGTGTCACTATCTTTTACATCCTTCTTAACCGCTACTACTTCCCTA ATAGTCTGTCTAGTGAAACAACTGTTTTTACTTGGTTCAATCTCTGTGATGAGATACGTC AGTTTCATCACCTAAATCATTTGGGATATTTGTTTACTCCATATGAGGTTGTTTAAGTTT AATGGAGCAAGGGGCAAGGGGCAATGAGTTAGTGAAACGAAGAACTCGACATAAGGTTGA TAAAATGGTCTATTGCAGTGAACGTTCCCTTTTTTTTGTTTTGTTTATCAATACCCAGAG AGTGAAAAAACTTGTATGCTCTGATACCATGTAGAATTCTCACGTTAAGAATTAGAGAAA TTAAGAATCGTATTGATGAAAAACAATATTGAGTTACAAGTTCCATATATATGCAGACAA TTGTAGAGTCCTAAGTTAACTATACTTACAATCATACTACAATACATATTACTACTACTA TAATAAAAATAATGCAATTATAAATAATCTAACCGTAGTCGTTATATAATCTTACTCGTA ATCTATTCTACTTGATAAAAATAGTCTAATCCTAGTGCGACTCTAACTCTACAGCAATGT TATAAACGCGTTAGTTAACTTCGTTGGACCTGTTCCTTTGACATTTTCCAATCATCAACT TCCTTTATCTTCAACAAGTGCAAATTTTAATTTTCATGTATTATGATGTGATTTATTTAA TTAATGAAGTTTATCCTAAATTACTTATATTAATTAAGTTCATTCATAATATTGTTGAAC ATTTTGTTAAAATACATTATACAACATAATATATAGAAAGAAGAATTTTATATAACAACA CTGTCATGATTCATGTAATAATATGAGTTACGAGTGTATAAAGTATGTGGCTGTATTTAT ATGTTTATCGCTAAAGAATTAGCCATTTATAATACGTGGATCAAGTGATAATGTAAGACA AACGTCTTGAGATATTTAATGCGGATCCACACTAGTGACAAAATTAAGATTTTTACTAAA GGAATTGGGGGGGGGGGGGGGGATATATGCGTGTGTGGTGGGGGTGGGGATATTTTTTGA CAAAAATAAACTTTTATTTATGAGTCCTTAGGACAATTATATTTTGTGATAAAGTCCTTA GGGTTAAAGTTCTAGCCTATCTATAAATATGTCTGCGATTGCATCAGTCCGTCACATACA GTCGTCGACATAAACTAGAAAATTTTTAAGATTTTGCTCATCATTTCTTGGTTCAAATTT GTTTAAGATAGAGACGATTCTCTACAACACTTGAACAATTGTGATTGAAGGTACATTTCT ATTTTTTCTTCGTTTCTTTAATTTATGCATGTGTGTTAGAAAATCAACATATGAATGATA CAATTGTATTCTTAAATGATTTAATCTTTGAACTTGCTATAAAACATTGCTACATATAGA AAGATCTTTAATCTGTTAAAGGCAGAAATGTGTATAAAATTTAAATGATATTTATTTCGT ACACAAAATTACGTAGAAAACTAGAAATTGCCTAAGGTATATAATTATGCACGATCTAGT CATATATTTTGATGTATGTTTGTTTACTTGCCCTTAATTGCCATTTTACCTTCTATTGCA AATTAAAACTAGACATGAAAAAATCTTAATTTGATCTTTAGGACACAATTGAGGTTGCAA GTATTAGGGAGATTTATTTTTTACACCTTTTTTTAATTATCATTTCAAATTTAGTATTAT TTGCACAAGGAGTATTTAATACAAGAATTATTGTACTCTATTATTTTATTTCACATCCAA TGTAGCATAAGAATATGATTAGATACATAGACAAACTATTCAAATGATAAAATTGTCCTT TATTCAAAATCAATTTTGTTATGCACTTAGGCATTTAGAAAGTTATAATTGAACCATGGA TCATTCAATTTAAAATCATATACACATTTGTATGTATCATATATTCCAATTTTAGGCCAA TATACCAAACTTTCAACATGAATTGCAGGTAGAATGAATAACACTACAATTATTAATTTA TGTATTATGAAATTTATAGTTCATAAAGTTTAATAGTTTAATGTATATATCGAAAATTAA GAGACTGATATGATTTAGACATATAAAGAGATAAACACATAGTATATTCCAATGAGAAAA TGCGAGAAATTGACTATGATAAGTTAGAGAACAAACGAATATAATATGACTTTATTCAGG AGAGCAGGAAGGTCGAAGATCAATGGATAGTCGATCTTTGCCTACTTGAGAATAAACATG TTCTACAAAATGGACAATGTAAAAACTTGAATGTTCCCTTGGCATTATGTAATTCATAGT TCATAAAGTTTAACTTATGTATCGAAAATTAAGAGACTAATATGATTTAAACATATAAAG AGATCAAACACGTAATATATTCTAATGAAAAAGTGTAAAAAATTGACTATGATAAATTTA GAGAACAAATGAATATAATATGACTCTAGTCAAGAAAGTACGATGATCGAAGATCAATGA ATAGTCGATCTTTGTCTACTTCGAGAATAAACTAAGTTCTAGAAAATGGATAATGTAAAA ATTTGAATGTTCCCCCGGCATTACATGCTCGGTCACCTGCGTGCAGACAATGGTTGCGGA TTTAAGGAAGAAAACAATTCTCATTGATATATATAATAATGTATGTAATTGTTATGTCTT TTTCCCGTTCCATATATTTCTCACCTGTCACCATTCTCATTGGTTCTCTCTCTCCTTATC AGCTTCAGTTACATTTACTCTCCCACTCTCTCTCCCACTTTACCTCGCTTTTTCTCACGC TTCGAAAACTCCCATATGGATTCTATACTACTACTATAGCGCCTTTTTCGTCTTCTTGCA CCAAAAACCCTAAAGAAAAAGGAACAAAAATGGTTTAGGTAGTTGTTGAACTTCTTTTTT GCTATCTTCTTCACCAGATCTAGGCTTTAACTAGGTGCGTGTGGAAACCCAACTGTTTTC TTGGTCTTGTGGTGTTGGAATGGTGGAAAAAGTTTCTGATTTTTTTTTGCTCTAATGAAG CTGCATTCTTGACTTTCTTGTATTTTTGAGTGGGGTTGTTTTGGAGTATGGGAAAAGGTG CTATTTGGTTAAATGAAGCTGCATTATTGGTTTTTTTTTATTTTATTTTTTTTTTGGTTT GTTGTGAATTTTAGCTGCAAAGAAGCTGCTGTTTGGTTCATTTCAGTGGTGGGGTTTTGC TGAATTGTTCTGGAAATTGGAAAAGAAGTTCTTGAATTTTAGGCTGAAAAGCTGCATTCT TGCCTTTTTTGTTTCTCTGTTCTGAGTAGTGATTTACGGCTGGGTTTTAAGGGAATGTGA CAGAAAGTGCTTGAATTTCAGCTAAAGAACAGCACTTTTGTGTTAGATTAGAGAATTGAG ACTTTTTGATTCTATAATTTTTACTGTGCTTTCTTTGAATGTCGGTGCTGCTCTGCATAG TGCTTTGCCAGTACTTCTCTTTTCCACAAAGATGACGTCTTCTGTGCTAATTTAGCTTGC TTTATTTGTTTTGATCTTGACAATTTTAATTGGACAGATAATTGTTCTTGAAGAATTGGT TGCAAATGGATGACTCAGTTTTAAAATCCAATGAAGACTCAGTGGAGGAGAACCAAAGTC CAGAGATAATAGAGAAGCCATCTCCGCTGCAGGATTTGGTTGAACATCCACAAAGTTCAG AGTCACTAAAGCAATCATCAGCAGAGAGTGTGAAAAAATCAAGGACAGTGAGACCAAGTT TAACAACTCAAAATGGGGCAACAAATGCTGGGACTGTGAAGAAGCGAACTGGAATACCAG ATGGCACTGATTTTACTCTCAGAGGTGTCAAGTCATCTCTGACAAAATCGACTGTTAGTA GCACTTCACGAATTTCAGGAACAACTCCAGTCACTAGAAGGAGTAGCACTGGCGGATTGC CTGACAAGCAGCCAATAGCAGTAACTAAACGAGCTAGTGGCAGTGTTGCTTCAGGTACAG CTAAAAAGACCAACTCTTTGGCAACAGATCCTATGCGGCGATCGCTTCCCGAAATGCGGA AAAGCACATTGCCATCAACCAGTACCAGAACTACTACTCGATCAAGTATTTCAGAGATCA GAAGATCAGTTCCCCTTTCACCCCTTGCAAAGACTCCAAGAGCATCAGTTAGTTCTGATG CAAGCAAAGAAGAATCTGTTAAGAAGACCTCAGCTAAATTATCATCGCCATCACTATCCT CTGCAAGGAGGAGTGCGTCTACATCGTTAGAGAGTACTGCTAGTAGTGGCTCAACTAGAA AGTTCTCCACGAAGTTGTCTTCTCCAGCTGCTCAGTCACCTTCTGTTTCCACGAAGGCTG GTTCATTGACAAAATCGTTCAACAGAAGCAGTAGTTCATTAAGCAGGAAGAAAGGGGGGA CTCCTGAAGGTCGGGATTCACGCCTTATCATGCTTCCTCAAGTGGAAATCAAAGCTGGCG ATGATGTGGTAATAACTTATGTCTCATTTCTTCATGTTGCAAAATTTAATTTAGTTGGTG TTAAATTGAAGATGAGTGAAAACAATAGTTCATTTTACCTCTCCTGAAGGTGGATAAATT ACCTTTTCATATAAGCTGCTCCGCTAGTAACTTTTTCTTCTAAGGTGTTCTTTAAGAACA AACCTCATAGGTTTAAAGCAAAGCATTTAAGGTAAGGGTTATGACAAGCATGAAACAATA TTATTGAAAGTGCTTAAATTGAGAGCTACTCAGTTCTCAAGCATCAAATCGATGGTTTTA ATGCCAATGGTGAGGCATACATCTGTATTCCATTTTTAGAACCTTGGGCTGTGGGTGGAC CTTATTAAAAAAAGATCCTTGTGCAGTGGCTTCCCATGCATTTACTAATCTTCATATCAC ATGCTTTATCTAAAGAATCCCAAACCTCCATCTCTATTTAGCTATTACAAAACTTTGGCT CACAAATTCCACTTATCTATATTGACTGGCTCTTCTACCTATCAATATAAATAGAATATG ATTTTTGATGCTAAATATGCTTTTGAGTTATATGTTTTAAAGGAAAAGCTTTAAAGCACA TACACAAGTGCACTCTATTTTCAATTGCTTTTGATGGAGTATATATTGAATTTCTTTTGC TTTGAATTATACCACTCACCTAAAAGCTTCTAAACATACAATAAGTTCATCTGATACCTT TTTTTTTTCCAAGGAGAGAAGGTTTTCCTTGATTGTCTTCTATTAACTTTTATGATTGTG GGTCTCTTCCCTTGTGGCAAGTAGTACATGATCTATTTGTTTGATCAGCTGTAAACTTGG ACTGTTTATTTAGTTAAATGCTCTCAAATGTGATGTTTATTTTCTTGTTGATAGAAAAAT GCTGCTCAGTCTATCTATTGATGACATTTCTCTGCCTATCAAAATACCTAGCAATACAAA GTCAACATCACTGTCACCGTATAGGTTAAGTAAACAATATATTCATGCAAGTATATATTG TGATTTCGGAAAATAAAATATATGCAAGAACACTTTGTATGTTCAAAAGAGAAGTTATTT GGATCTTTGTTAATAGTTTATGTTTTAGTTGAACTAGCTATCATTGCGAGAATTTTATGC TGGTAAGTATTCTTCATAATACACGAGCATATTTTGCAGATTTACTAACTAAAATAGTTC AATGCTAATCTTTTAACGCTGTTTGTGCTTTGTTCAGCATGATTACCTGGAAGGTCCATT TTGTTTATGAAATTTTTGTTTTCCATTTTGCTTCAGTTGAAAGTCTTCTGGTTACGACAT AGGATATGTTCCCTATGTTCATTAGATAAAAGGTTTTTTAGTAATCTTACTAACTATTGA ACCTTCGTTCCTTTAATTTCATCAAGCGCTTGGATCTGAGGGGCCACAAAATACATAGTC TCAACGACGGTGGGCTGAACCTGTCGCCAACTTTAGAGGTAACTAACATTAGTTCCATTT TATTTTACCTTTATAAGGTAACTAGAATCTAAGTTGCGAACTCTTCACCTTCGATGCCGC ACCTCTGTTGCATTCTCCAAAATACTACACTACTTCTGGAGAATCCAACACACACCCATT GACTTTTTTGAAGAGTCCAAGTACCATAGACTTGAATGAACAATGAAACCCATACGGGTC TCCATGAGTGTTTTCTGAGACAAGATTTGACAACAAAATTGAGATCTCGTACAGTATTAT GTGGGTATAACAATGGATTATACAAAAGGTTATAAACGAAATTTCGTCTTGCAGTTTGTT TACCTCAGGGATAATCTCTTATCAGTGTTGGATGGTATTGAGATACTGACTAGGGTGAAG GTCAGTTTTCTTTGTATATTTCTGTACAGTTAAGAAAGTATATTGCTTCAATTTGAGTTT TGACTCTAATTGCGAAGATAATGTAATTGTCTAGTTATTTTCACTCATAGTATATTGTCT GTTTTAGGTTCTTGATTTGAGCTTCAATGATTTCAAAGGTCCTGGATTTGAACCACTTGA GAATTGCAAAGCCCTTCAGGTCAGCACTTCTCTTGATGTCTTATTTTGTTTCAAAGACTT AAACGGGAAGTAATTTGTCATTCTTTTTCAACTTTTTGACCTTTTAGCAACTTTATCTTG CTGGAAATCAAATTACATCACTCAAAAGCCTTCCAGAACTTCCCAACTTAGAAGTAAGTC TTTAAACATCTGCCTCACTCCTTGTTCATACTCACAGCAGTTATCAGTTTTTCAATGCCT ACTCTAGGTTGTTTTTGTTTTCTTGATTATCAAAGAGAAAAAAAAGACCAGCTTATTGTT TTTTTCTATGACTCTTAAATTTCAGTTCCTATCTGTTGCTCAGAATAAGTTAAAATCTCT TTCTATGTCCAGTCAGCCTCGGTTACAGGTTAATCTCTGATTTTTATCTTTTCTTACTTC TTGCTGCTTGTATGGTTAGAACCTACATCACATATATTTTTCCTTTGCAGGTCTTAGCTG CTAGCAAGAACAAAATCTCTACATTGAAAGGATTCCCTTATTTACCTTCTCTTGAGGTTA GTAATGAACATCTAGTCAATTTCTGCTTATTGTTAAATTTGTTTGTAAATGATGACATTA TGTTTCTACTTTGGTAAAGGAGTGATACTTATTGTTGTTTGTAGTGGTGGCAAGTAGGTA TGTGAACAATGCATGTTCCTGATTAGGCAGACTATTTAAAGGAGTTACAGCATTAGAAAG TTTTAAGGGGTCATAACTGGGTAATCCAATTGCCACTGAGTTTAACAGGTAGTTTGAGTA GCAAATTTATGAAAATAAACAGATGGAAACCTGATACACCTCTGTCTCTACTCTTCTTAA ATAATCATAAAGGAACTTAGTGAGTTTCATTTGTTTTTGCTCCTTTCTCATAGAATCATG AAAGCGTTAAAAGCATAATTTGGTATAAGTGCTACTGGTAATAACGATCCACATAAAAGT TAAAACGGCTGCATAACCCAATATCATCACAGTATCCAATTCCATTTATCTGCTACTTCT ATCTTTTCTGATTAATCAAAATTACTATTATGTCTTGTAGTTTGAATTACTAGATTTTTT ATTTCTTATTTGGATCTCGGCATCTACTGGAGAATCAAATCAAATGATGGTATGGCAAAA GATATAGGTATATTTAAAGAACACGTAATCACCTGTTTTTCTGTATTTTCCTCGCTTGCT CTTTTTCCTTTTTGCTATGGAAGAGGGGAGATAGAGCCAACAGGGATGAACTATAACAGA AGTGTTTCCCTCTCTGTTCCCAATAAATTATACTTAAGTCCGAGTCTCTCAGATGCCTCA AAATATTATCTAAAAAACGCTATCTGGTGTTGATGGGCTCTGGATGCAATAACGCCATAA GTATGCTTAATGTTTGCCTAATTCATTCGTGTTAGATTGGTGACTGGTCATACGACAAAA TAAAGCGACATCCTGATAGCTATAATATGCACCACTTGTAATTAAAAGTGTTAAACTGAG CTTACAGTAACATTCTCATAAAATGGAAAGGTTACTGCAGCATCACTTATATATTACATA GTATAGCTGAACAGGAAGCTATATTACTTGTCATCTTTTTTATAAGATAACTTTTTTGGG ATCTTGACTTGATCCAGTACATTCCTGGTACTCATAAAATGATAGAGGACACAGAAAGCT CTCTTCATTTGACTGCACTTGTGAATTAAAAATGTTCTGTACTAATGTGCACATACTATT CCATATCTTGATTTTTTTTTTTATGTCAAATGCTGTATTATATAGTATGCCAAGGATGTT TGTTGAGTTTGCCTGAGTTTTGTTTTTCTTCCACAACAATCTACAGCATTTACGCGTGGA GGAGAATCCTATACTTAGGCTGCCTCACCTAGAGGCAGCTTCCATTTTGCTTGTCGGTCC TACTTTAAAGAAGTTCAATGATAGAGGTACAATACTTTGGTCAATCCTTGTTTTTCTTGT GGTAGCTGCATCTTATGATTTCTGTTGAGATATGAATTCTCATTTCGTAGTATTGCTTGT TGTTTCCTTCTAAATGAAATTATATGCTTTCAGATCTCTCCCGTGAGGAGATAGCTCTAG CTAAACGTTATCCTTCTCACACTCCCGTGTGCATCAGAGGTGGTTGGGAATTTTGTCGTC CAGAACAAGCAGTTGGTAAGTTTTGAGGAACTGCTGTTCTTTTATTGTCCGATTCAGTGA TAATCTCTGTATGCATATTTTTCACATACAAAAGGTTTCCTTAGTTGAATGGATACCAGA TGTGTAAGATTTGCTGTGTTGTATACCCAAGATTGGTTAGGTTATCATCTTATAGTTAGC ATAAATCATAATGAATGCTTGGTTTCAAACATACTTACTTAGTTGCATTTCATCTGTGTA CAGTTGAGAGTGCGCTAAACCGTATTAGGTTATCATCTTATAATTAGCATGAATCATATC ATATATTATTATAAGTGGGAAGCTTCAAAGTGAAAAGTTGAATTACCATTATGCCCTTCT ACTAAATTAAAATTTGTTTAATTATGTGTATGCCAGCTGATTTTCAGTTACTATATGCTT TTATCTCTGTATCACTATTTTGTTTTTGGATGACCGTGGTGTCCTGGCCAGCTTGCACAC ACCTCGACTAATTCATTCTCTAATACTCCTCTCTTCCACAGATTCAACTTTTCGCTTTCT GCTTGAGCAATGGAAGGAACAACTTCCTCAAGGATTCCTGCTCAAAGAAGCCTTTATTGA CCATCCATTTGAGGAAGATGCTTGCTATTGCCACTTCAATTTTGTTAAGGATGAATCTGA GAGTACTGATTCAGACATAGACTTGAAATACCAATGGTTTATAGGAGAGAGAACTCCATC AAACTTCATAGAAATACATGGTGCAACGAGGGAGGTAATAGTTTTTAGCTACTCTATTTG AGGTTCTGTGTTTCTATATCCATGAGACATCATTATATGATATTAGTTTTTTATGATCAG TTCTATTGGCCAAAGCATGAAGACATTGGTAGAATCTTGAAAGTTGAGTGTACGCCGAAG CTGGGAGAGACAGAATATCCCACTATTTTTGCAATATCTTCTCCAGTTTCACCTGGTATG CTATTTTTTTGTACATAGGAAATGACAAAGTAGTGATGACGTGACTTGTGAAAAAAGAAG AGTTAATGATGAAATGACTACTCCATCTTTATCGGAGATATTTGAAATATATGATAGATT GAAAAATGAGTTTGTGTTTGATATAGAACTTTTCTGTCCCAAAAAGAATAAGACGACGAT TATTTGGGAAAAGAAACAGTTTTATCTTTGAGTACAGCATTTTCTGTTTTGGTTTCTAAA CTATAGAAGATTGTGATTTGTATTACTTTTAAGTAGTTTCACTAGATAAATATGTAGAAG TGTTATTTAATTAAAAAAAAGAAATTGATATAGATTGTTGGATTCAAATTGAGTTTGGAT CCTTTGACCCTTCATAAAATCTGTACTCTGTTAGTATTTTGGAGACAGTGGGAATAGTTG AATTGCAAATGTATGTTTGAGGAATTTTATTTCAATTTCTGAATTTACAAATGTATTTGC TTGCTAATTTATGCTATGTCCAATGTCACATAGGAAGATTGTTAAGTGCTTGGGCAATGT TAATGAGAATCAAACAGGGATTACTGAGAATCCTACTAGACCTTATGCTTTTTTATCTAC TCTGTCCAACTAACACAACTAGGGGCTGCTAAGGTACTACATTTTGCATGTGTCCTATCA GAAAGGGAAAAATGAGAAGAAAACAAGAAAAACATCTCATTTGTCAGATTTTAAAGCACC TGTTAACTGCAATTGCTTGTCAGAAGAAAATGTGTATATTTCATATTATTACGAACCAAG TCAAATCTCTTAATGCAAAGATAATTTTCTGAATTCTTTTTTATAAGTATAACTAACAGT TAAAAAAATTAAAACATTAGCTAAAGAAGGTATATCCAATCCTGTCGATGTATCGAGAAA GATGCATTATCTGTTGCCTCTGTCATCTTCAATGGCTGGTGTTTCTGCTGAAGTCTTTTT ATTTGCATGTCTTACTGTTAGTTAATAGTCTCTTGATTTTCTATTGGCTGTCAGTTGTAT CATCTTTTCTTCTGAATCTTGTTCCTTTTCTCATTTTCTATTTTTTTGGTAAAGGAACTG GACATCCCAAAGTGTTGAAGATTGAAGTATGTGGAGATTTATTAGAAGGAAATATAATTC GAGGCCGTGCAGAAATCGCATGGTGCGGTGGAACCCCAGGGAGAAGCATTTCAAGGTAAG ATGATCATCTTAAATTGCAGTCACAACACACCTCAGATTTTGATAATCTTAATTTTTCCC AAAATTTGTCCACCATTGATATAGAGGAGTAACCTTCTGGTTTAACCTTTCAGTTGGTTA AGGAAAACGTGGAGCAGCAACCCAGTGGTCATTGTTGGTGCTGAAGAAGAGGAATATCAG TTGATGCTTGATGATGTTGGTTCGTGTTTGATGTTTATGTATACTCCTATGACAGAGGAA GGTGCCAAAGGAGAACCTCAATATGCTATAACAGATTATGTGAAAGCTGGTATGGAATTG GGAGTCATTTGTTTTTGGGTCATTAGATTTCAAGAAGGTTGCAATATGACAGGGAATTAT TTAATATGGAAGAACTCTTCATTCCTCAATCAGGAAAAGTAGAAGTTTAACCAATAAATA TAGGATATGGTTTACTTCCATGTCAATTATATCAGAGCTTCTCAATGACATTCTACATAG GGTTTTTTTGCATGTTAAGATGGTAGCTTGATGGGAGAAATAACTTCCTCTTAAAAATGG AGATATATCATTAATGTGCAGCTTCTAAGTTATGCAAAACAGAAGCAGTGGCTTCAGGGA TCGATATCACCTATTTTCTTGAGCTCATTTTGGTCCATCTTACACAGCAGTCTTTTTTGA ACTAGTTTTATTGGTACCTGCCTGATGGCAGAATGCGATCACTAAGTTAGAATTTTCTGT TGCAGCTCCCCCATCAGTGGGTGATGTACAAATTTCTGGAGATGTTGTTGAAGGAAATAC CATAAGAGGAATTGGGAGATATTTTGGAGGAAAAGAAGGACCCAGCAAGTTCGAATGGTT GCGCGAAGATAAGGATACAGGGTAAGTTGTCTTGTCCTTCAATTTATGTTACTATCTACA GTCTCTTGTACTTCGATAATCGCACTATTTTGTTGTAGTCAATTATCTTTGTCAGAGTAC TTTCTATAGTAATTTGCTATGATTTCTTCACTTCCGTTATTTCTTTTCAATCTTCTTTGA TATGCTTTTCCTTGAGCTGAGGGTCTATTGGAAACAATCTCTCTACCTATAAGGTAGGGG TAAGGTTTGCATACACTTTACACTCCATTCCCCACTTCTGTGTTTGTTGCTGTTTAGTTA TTCATGAAGATTACTGTTATTTTGGTTTTTTTTTTTTTGGATTGGTCATGCTTGACTATT CAAACAGGTGCAAATAACTATCTGGCCTAAATTCTTTTGGGGTATGAACATCCTAAGTTT ATTGATCATTTATATAGGTCACACATCGTTGTGTAAGGCTTTCCAATGTTGAGTTATATA TGTTCCAGTTTCACATTGGTTTTAGAAGGGTTCCGAAAGAGTTCATGAAGATTTTGGGCA CCCATTATCTTAAGGTTTAGGGTAGGATGTTCATGTTCTTCTCACATGGTATCAGACCAA ACTTGATTAATCTTATTCCCACACAAGTAAGTTTGCATTAACCAAACTACAAATCAGGTT AGCACAGGCTGGCTCTGTGGTTGAGTTATATATGTCCCACATAAGTGTTAATGGGGGCTT CTAAAGCGGTTTATAAAGGTCTTGTGTTACCCTAACATTTCCTTATTGTTTTGAGTCGGA TACTCAAAATATATCATAAAGACTAAAGTAGTATTTACTAGTACACCTACCACATAATCT TCAAATCCTGCAATCTATAATAAAACCACATCCATTCAACTATGATGCACTTTCGTGAAC CAAGCCTTTAAATTCCTCTAGTCTACACAGTTGTGACTACTAAATGGAAGTGATCAAAAC TTCTTGGCGTCTCACCTTGAAAAAGCAGCCGCAAAGCCTTTCTTTTTTAAAGTTAAGTAG GTATTACTCTAGCTTGTTTGTATAGTTTCAGATGTGGCTACAACTACAATGTACACTTCG CCAATTCTGGCTCATCCTTCAAAAACTCTCTCTTGCATTCTGATGTAATACACTTTTGTG TGATGAACTATTTGTTAGAATCTCACATGATTTATGTGTGATTTGTAGTCACCATATCTC TTGGAAATCTTACCATTTGTGGTACCTTTTGGGGTGCTTATGTCCATTTTCTTAACATGG TCTCGAAACAAATAGACGCCCAGGGTTCAATTCTCATTGCCAATCTTGATTCTTTTTCTT AAAAAAAAAGCTTTTCTTTGTGTTTGACCCATCACCAAGAAACATGCCTGCTCGTGATGG AGTCTGGTGAAGACACTAATTCGGATACAACTATGTGTTCTATCTAGTAGGTTAAGCTTT TAGATGAGGTAATCATACACTTTTCAAAATACTGCTATTTCATGTGGTTTGATGTCCGCC ATTTCACCTGGTTGATCTTGTTTGATAAGTCTTTTAACTTGCCTTGTATCCTTTTCTTTG GCTTGGGTTGTGGAGACAGGGATTTTGTGCTGGTGTCATCTGGTATGAATGAATATACTT TGACAAAAGAGGATGTTGGCTGCTGCTTGGCTTTTGTTTATGTACCCGTGAATTTTCAAG GTGTAATATTTTGTAACATAATTTTATCTTTTTTATTAGTCCATGAGCGTTGTTACATCT GACTGTGCTTTGCAGGACAGGAAGGGAAATCTGTATCGCTTGTCTCGCAGAAAGTTAAGC AAGGTTTGCTATTCTAATGTCTCGTAACTTAACATCCTTAGATTGTTTCATGTAATAAAT CTTTTGTCAGGGAATGAGTTCACATTGAGATACGATACTTTGTCGAATTGGTCAATCTAA GATGGGATGTTTAGGTGCGTTGGTCATAGTTTTTCGTTTAAGGTCAACAATTATACTAGT AATAGAAAAATCTCCTATATAAGAGAAATATACAAAAATTAAGAGTATACAACATAATAT GGAGAAATTTTAGATTATACCTCATGCAACTGGCATAAGTTGTGCCAGACGCTCATATTT TTTTTTGTTGACAAGTGACCCTTTGTTGGTCCACTTCACAAGAAAATTCATTCTTTTCTA CTCTCTCCTTCCATTATCTTGTTCTGGTCTTTTCAGCTCCTACCACCTCCCAGTGCCACA TGCTGGTTAGGTTTGCTGAAGCCAATTATACAAGCCATATTTGATAGACCAAAATGCATA TGTAACTTCTTTAAAATCTGATATAATTTTGGCTATAAGTTATCAGTATTCTGCATAGTG AAACAATGTCGGTTTGTGGATCTTATTGTTTTCTTAAAATAAATCTAAATAACTGTTCCA GCTCCTCCTAAAGTGACAAATCTAAAGATAATTGGTGAACTAAAGGAAGGCAGTAAAATA ACGGTAACTGGTATCGTTACCGGAGGAATTGAAGGAGCCAGCAGAGTTCAGTGGTTTAAA ACAAGTTCATCAACATTTGAGGGTGAGAGCTATCTTGATGCATTGAGTACGTCCAAAATT GCAAAGGTAATAGATATTAAGTTAAGGTTTTAAATATCAGTCCTGCGTGTGATGCATCAA TGATGCATCAAATCAATAACCATTGCTTAGTCATAAAATGATGTTTGGAATCAGTATATG TCTGTTTACTACAGGCGTTCCGCATACCTTTAGGAGCTGTTGGTTACTATATTGTTGCAA AATTTACTCCGATGACTCCAGATGGCGAAGCTGGTGAACCAGTCTTTGTCATTTCTGAAA GAGCTGCAGAGAGTAAGTATAATACATTTAAATTTCATCTGTTACTTTGTGCATTTGTTC TTAACTTTGAGTAATCAATCAACATGGATGCTTTTTTGCAGCTCTTCCACCTAACCTTAA CTTTTTATCTCTGACTGGGGATTACGCTGAAGGTGGAATAATGACCGCATCTTATGGTTA TATTGGGGGTCATGAGGGAAAAAGTATTTACAATTGGTATCTTCACGAGGTAGAATGCTG TGTTTTTGTCTCAACATGATTGTAGGCTCTGTATTATCTAGACTCTTTTCAGAATCCTAT CCGGACTGCAGAGAGAAAAATAACTGATCATGTTTATACCTACTCTCTTGGATTGATATG TTATTAGACACCAAATGATGGATGGTGCTGATCTGAGAATAAGTGAAAATATTCTCTGAA GCAGAGTATCCCTTAGTTCAAATGAATTTTAAATTAGATGCTTCAGGATTTCATCAAATT CAAGTAACAAATGAGGAAGTAAATCTTGGATAATCGTTTATCTATGGCAGTAGTGATTAA CTTTGTCTAAACATGGGATGATTCTCAACTTCCATAAAGAAACAGAATGAAAAAAAAACA AGAAATAAAAGGGAAGAAACATTAAAACTGATTAATCATACGAGGGATGCATAACACTGA GAATGTAAAGTAAAAGCACAGGGATTCTATTGTTGTTTTGGATACAAGTACAACTGATGC AAAGTCTATTTGAGTCGTGTCTTATGAAAGCATATGCTCCACAATTTATGCTGCTGTAAT GAAAATATACCTGTTATGAAGAAAGTACCATTTTTGTTTTCTATATTTGAAGAACTCTTG ATACATAGTTACATTACATGGGTTATCATTACGTCTTAATTACTGAAACTGTACATGTGT CATGGACTACTTCGTTGGTTTTTGTACAAATCAAAAGCTAGAGCAAAGAGATTGTCTTTG TGAATACCGTGTGCTCATCCATGCTTATCGTAGTTTCTGAATGTTTAAGGTAGTTATGGC CTTATGGGGATAACAGCGTAACTGGCTAGCTAACTGTTCTTAGATTGCATGATATTTTAT GTCAACATTTTCATTAACTTAATATAACATTCTTTTGTTGCTGTTTTTAGCTATCATTGA TCGGCTCTTCTTACTGCAGGTTGAAAATGGCTTAGGTGCTATGATACCCGAGTTTTCTGG TCTTCTTCAATATCGTATTGCCAAAGATGCAATTGGTAAATTCATATCTTTCAAATGTAC CCCAGTTCGTGATGATGGGACAGTGGGCGAGCCAAAAACTTGTATAGGACAGGAGCGTAT TCGCCCAGGTAATGATACATTTCCACATGTTGGGACGGATTTTCAGAATTGTTATGATTT TTAGTCTTCTGTAGTTTTCCTAGAGCATACATATTCTTAATGCTTACTGATGGTCTCAGA GCTTGCTACAGTCCAGGTTCTGATATATTTTCTTGTCATAGAACTCCATGAGTTAAGCAT AGGCCTAGCTATGATCCCTGTATACATCACTTCATGGGTGCCATTAAATTTAATTTTCTG GTGTTCCTCACAAAAACACATAATAGAATTATAGGGTTTATGTAATACAATCTCAGATTG TGATGAAGTGTACTTTTAACCTTTCTTGGAAAAGTGGGACCAGATTCTTCTTGAAAGAAG CTATGAACATGATCATCTATTGTACTATTTGAGTTTAGTAATCATTTGTTACTTAATTGC TATCTGATGAAATTCAGGTTCTGCTGTTATCACCTGGTTTTAAGAAGAGAGCTAGACAGC TTCTTTTGCAATACTTAGCAAAGTCTGTGTCCTCTTTTCAAACCCGTATTGCATTTTTTT CTTTTCCGACAAGCACGACACAGATTTAAATACTCTGACACTGTTCAAGGTTCACTAGAG TAATACGGTTGCAGAAATCTCATGCTGCTTTTTGATGGACTTGGATTTCATCAATTAGTT GTCACCTAATATTTTCTGTGTTACTCATAAAAAAGTTTCTTATTTTGATATTGCATGGTC TAGGAACTCCAAGATTGCTTTCTCTACGAATAGCCGGAACTGCAGTTGAAGGCACCACAT TAAGAATTGAGAAGAAATATTGGGGTGGTGAAGAGGGAAATTCAATTTACCGCTGGTTCC GGGTATTTAAATGCGCTTTTAAATGCTTAATCCTCTTTACAAGCAAATAAGCTGACTAGT ATGAATGTTACTGTGCAGACTAGTTCAAGTGGAACAAACATAGAAGTCAATGATGAGATG ACATCCTCATACAAGCTGTCTATTCATGATATAGGATATTTTATATCTGTATCCTGTGAA CCTGTTCGAAATGATTGGGCTCGTGGTCCTATAGTTATCTCGGAACAAGTTGGACCTATC GTTCCAGGTATTACCAAATGAATCTCTGCATATGAATAGGTCAACATGAATTATTATCAG TTTTCAACTTCTGAATTGGTTGCTTGGAAGTTAATAAGATTACTTTCTTTTTTTCATATA ACAAGATTACTCAGTTTGCTAGTTATTTAGGACAGACATGCAACCACTGATTGCCTTATT TTTTAAGTTCAAAATGATACTTAGATATGAGTTATATCTAAAACCCTTTACTACAGGGCC ACCGACTTGCCATTCACTTGAATTTCAAGGATCTTTGGTTGAAGGAGAACGTGTGAGCTT TGTTGCTTCTTATAGTGGAGGGTACAGATACATCTTAAAATTATCCATCTTGAACTTGAG TCTCTGAATTCGTTTTGGTTTGTTCTGAAGTTAAAAGTGTTCATGCGCAGGGAGAAGGGA GAATGCATACACGAATGGTTTAGAGTGAATCATGATGGTGGCAAAGACAAAATAAGCTGT GATGGTAGGGACATATATTGTCATAGTTTATTATAACGGTGCAAAAACTTGTCGAGTAAA TCAGTTTTGTTGGCAGAGTTTCTGGATTTGACTCTTGAGGATGTCAGTAATTGTATAGAG CTTATTTATACTCCCATCCGCAAAGATACATTAAAAGGAAGCTGTAGGAGCATATTGTCT TGCCCAGTCGCTCCTGGTATGTCATTTGCTCTTGCATAATCTTTTGTTAGAAAAGGCACT TTCAGTGCCTGTCATATTTGTAGCATAATTAGAAATTGATTATTTCATGTAGTAGCGAGT GAGATTTTTCTTTGCAACACTTGGGTATGCAAATGCGTGAAAAATAACGCGAAAGCGTCA GCCTTGGCGCTGTTTTAGGTTTCCCAACAAAATTTATAAGTGTACTTTGAAAGTTCTGGT TTTGATGTATGCCTCTGTTCTACTATTCTGATCACAAGTCTCTACTTCCATGATCGTTCT GCCACTAATGAATTTTTATCAAGTTCTTCAGACATTTGAATTCCGCTTCTTTTTGTTCTC TCAATCAATCACATGAATTGATTCTGTTTTGGTGAAGCTTGAGCAGGATATTTTTGGCCA AATAACATATCTTTGATTATTCATGATCCCGGAATGTGATTAGCAGATTAGCTAGAATAC GAACTTCCTCAGATGTTCCAATTTTCAACAGCTTTTTATTTTCACGAACTTTTAACAGTT TATATGCACTATTTTCTTGTGTTGCTACATGCAGTAAACCACCATAATTGCACTGACTTT CTGCTTTATATTCTGCTGTTAAATCATTCATATGAAGTACTTCTACCTTATATTGACCTT GCGTTGAGATAGGGGACCCAATTGGTGTTGAATTGTCAATTCCTAAATGCTGCGAGGGCG AGACAATAGTTCCCAATCAGAGATACTTTGGAGGGAAAGAAGGTGATAGTGAATATGTTT GGTATCGGAGTAAGAATAAGCTTCATGAATCTGCTCTACTGAACTTGCCTAGCATTACAG AGGATGTACATATTTGTGCAAGAACTTTGTAAGTCTTCTTAAGAGTAATAATTACTAACT TTGACTACTTGTTGAAAAAAACTCAAAAGAACACATCTCATGTTTGTTTATTTTGTGAGT AATCCTTTTTGAATATGTATTTACCAGATCATATACGCCATCGCTTGAAGATGTGGGAGC ATATTTGTCATTATATTGGTTGCCAATTCGCATTGACGGCAAATCTGGGAACCCATTAGC ATCAGTTTGCGAGTCTCCAGTCTCCCCAGGTAGACCTTGATTCCTACTCCTGATCAGATT TATGTCTCCCTTCCCCATCATTGATTACAACCTAATATCTTGAAGGTGTTTTTTTTAATT TGTGATTAGGTAAATAATTTTATTAACATTTGGGGGGGAAAACCCCATATACAATCCATA TACCAGAAGAAGAGAACCTACACCAAAATATGGTTCTCCACAAAAGAGATCCAATCCTCT ATACAGATTGGTACCTCATTCATTTTTACAAAATCAAGTTCCACCCGTTCAAAAACTTTC CATTTTTAATTCTTTTAGTATGAGATAGTATATTCTATTTCAGAGCTTTCAATTAAAGGG TGCTGGACTCCTACCTGATATTCAATCTAAAAAGGAAAGAATGCCATACAAAATGGAACA TAGGGAGTACTTGCTTATTTTGAAGTGTTGTACTGAAGGTGTCTTGTGAAATATGTGGCA GCTTTTCCAGTAGTTTCTAATGTTCATGCAAAGGAGCTCTCATCCAGTAGTTACCTTGGG GAAGGAGAATATTTTGGTGGTCATGAAGGAACAAGCTTATTTAGCTGGTACAGAGAAACT GATGAGGGAACAATCACTCTCATCAATGGAGCATGTTCTAAAACTTATGAAGTTGTAGAT GAAGATTACAGTTGTCGTTTACTTTTCGGGTAACAGCTTCTCTAACTTTTGGACTGGATT TTGAAGTGTTTGGTTGTAAGATACAGGGGCATAGTAGTTGATGCTTATATATGCAGATGA ATTTCTAGTCTTCTGCAGGAGTGTTTCTTCTGTTTTTTCTTTTTTGAATAATCTTGTTAA AGAAAAAATGAAAATAAACAAATGACACGAAAAAACTATAAAGAAGAGGTGCATGTATAT TATCTTTTTCTTTCTAAAACATGTTACCAAAATTTGCAGATATACGCCAGTTCGTTCAGA TTCAATTATTGGTGAACATCAGTTATCCGAGCCAACTCATGTGATTCTCCCAGGTATTTG TCTTATTATGGCATAAGGTAGTCGTCTATTTTGTCCATCATGTAGAGGTCCTTATGAATG GGTTGGTTTTGTACTAGTTTGAGATAGACACTGCTACTCTTCAACTTCACACAATTAAAT GTTTTGGTGCCATTGTGACATTACAACAAATTTTAGAAGTAACTGAGAAATGAATATAAG AGAATGATGTACTGGTGACTGCTGAGTTGATAAATGCACCACAGACCTTTTTATAGGTGT TGTTGGAGTATAAAGTGAATACATGTCTATCTTCACACATATCTAGATTCACTGAATTTG AGCAAGTGAAATATCATTGTAGTCTATACTCTATATAGGATATGTCTGGATATTCTCTAT TCAAGTATAGAGTACTTTCTAAAACTCCTCTGAGAATCCCTCTTGTACATTGTTGGTTAA TCAAGTCTCTTCTCAGTGGTGGTGAAGCCACGTGGTTACCATTAGGTGAACTCACATTTT CCAATTTAAACTTTAGATTTTATTATAGGTAACTAGGTAATTAGTGAAAAGAGGATTCAT AAATTAGTGAGCACCCATGATCATCAATCGACAAATGGTGCAGTGGTTAACAGACAGAAG TAGGAGGTGCAACTACCTCTGCATTCAGGGTACCACTCTTGTTTGATGAACTCTTTTTAT GATTAGATCTTCTTTTAGTCCTTTTCTTCATTCATGGCTGATTCTTCTCTTCCTTTACTT GTATATTTCTTTTTGCCTCTCCTTTTTTCCCCCTTCTTTCACCACAGAGTGATGAAATCT GGGTTTTCCTTTCCTTATTCTTTTTCCTTTTACAAACACAAAGACACACTAGTCACCAAG TGAGGATGTCTAAAGGCTAGACCAGTAAAGCGAAAAATCTATTTACTTGCAAAGTCTAGC TCTATAAAAGTAAGTCATATTTATTGTTTCGAAAAAAATATAAAAACTCACCGCAGACAA TTGCGAATACAATGACATGAGTATCGCGAGTACCATATAAGGAGACAACAGTTCCCTGAA TCAACGTAGGACAATCTAACAGAAAAGAAGAGTTTTTCAATCTTCTACTACAATTCCAAC AGTCCAACCTTTTGATTATCTGTCATATGTTTAGCTCAGCAAATATTCCTTTGTGGTTTT GCTTCTCTGTAGAGCATTCTTCATTTAAAATTTTTCCATTCACTATCTAGAATACTGACC TTTTCAATAATTGTGAAAAGTTTACTAAGGTCATTTTCTGACAGTGACGCTATGTCCACA GATATTCCAAGAATTGAGACGGTGGCTCTTACTGGGAAAGCTGTTGAAGGAGATATACTA ACTGCTGTTGAAATTATTCCAAAGAGTGAAATTCAAGAGCGTGTATGGGCAAAATATAGG AAGGATATCAAATATACTTGGTACTTCTTTGTTTTCATCATTTGCTATCCTGGAATCAAC TGTTTTTCCTTAATGGCTGATTATTGTTTACTGGATATTATTTCATGTCAAGTTAGACAG TGATAATATAGAGATGATTTCTCTTGCCACACTTGCTAATTTTTCTATATTCGGAGAAAA AGGAACCAAAAATTGCTCTAATATCTGGATATATGGAAGCACATATAGTTGGTGTTATCT TGATATGATTTACTTCTTGACTCTTATGTATAATTTACTGCATCCAAGATTGCAAACTGC AATTGAGTGATCTAGCATAATCCAGAGACTGCATTGCTTCTTGAGGTTCTATTGTAGAGT ATATCGAGAAGCTTCTGATATTTTATTGGCTGCTGCAGGTTCATTTCGACTGAAACAGGA AATAATAAGTCCTTTGAGCCATTACCATCACAACGTTCTTGCTCATACAGGTTACGATTT GAGGACATAGGTCGCTCTCTTAGATGTGAATGCATCGTGTCTGATGTTTTTGGAAGGTCA AGTGATCCAGTGTATGCTGAAACTCCTTCAGTTTCACCAGGTCTTGTAGCTCTTAATTCT AATCTTGTTTCCACTTGTATATACTTAAAGATAAACCATAATTGTGAGATGGGTATTGTT GCCGTGTGTGGAGTGTCCCGTACTGACATTCCTCTCTTGACATGAATTTGTAGCAGATTG TATTTTGGGTTTCCTTTGTTTCTTTCTTTTATTTTAAAATTTGGTTGTGGTCGGTGTTTG TATTAGGTGTATGGTCAAAAAGTGCAGTCACTCACTGTCACCATGTATTGTCTTTGGTTA GTTTGAGAAGAGGACAAGTGGGCAAGTAAAAGTGGAAGGTCATGATTTTCATCCCTCTAT GATTTAGACAAAAAGGAGGAAGTACATCCTTTTCTTCAACTTCCTTCCCACTCCAAACAA CCAAAATGTAAATGATCCATGCTTTATCCAACGAATGTAAGGAAATCAATGAGTTGGTCT ACTTTTTACCCTTCTCTTTCCTTTTTAGTAAGCCAGGCATACTGTTCGATTTTGGATTGG TTACATTTCTTGCCAGCATTCCATTTCCTACAAGGCTTGAGTGCTTCTCACAGTTAGTTC AATATGCTTGGGAAAGTCCTCCGAAAGTATCAGCAACTTATGATTGATTTCTTATTTGTT TCACTCTGTTAAGAGGAAATTTGTTAATGCCTAAGGCAGAGCCTAAAATTGACATGCCAT TTTAGTAATCTTCTGCAGCTTTCTTGTACGCCATTATTAATATTGGATACTATCTTTCGT GCTGATGGCTGCTGGAGTTTTTTTGATTATTGCCAGGCAGATACTTCAACTTAGTTTTAG CTCATTGAGTTTCTTTCATTCATTTTACTCATATATTTGTAAAATTTAGCCTAATTGGGC CAACATTAAATTTGCTGTTGTCCTTTACTTGATACTTCCCCCCTTGTGACTGGCTCATCC TTGTATGTGTTTCCCTCCCCTCTTCAGGCCAAGCATATTCTTCCTTGTTGATGTCTTAGC TTTAATATATCTTGAAATATTTCTTTTGACAAATTGAATAACCTAACTTGTTCCCTGGCA TATCAATCATGTGGCCTGTTAGGTAATTCTAATAGTTTTATATAATTCTTATTATGGAGT TTATTTATGAATCTGCTTTTCTCAGGTATCCCTCGGATGGATAAGCTGGACATTGAAGGA AGAGGTTTTCACACCAATCTGTATGCTGTTCGTGGCGTTTATAGTGGCGGAAAGGAGGGC AAAAGCAAAATTCAGTGGCTTAGATCCATGGTTGGAAGTCCTGACCTCATCTCCATTCCT GGTATGCTAAAAAAATGTTCCATCTGATTTTGGTTTCTTAGCTCATTTCCATTTCTGTGT AGGACTAACATATCTTTTATAACTTTGCTTTTGGTTGATGCCAGCTATGCAAAACCTTCA TTTAAAAAATGATTAGAGTTGCTGAAATTGTCTGATTCTCATGATAGATAGTGTGTGAAC AAGGAGATTTTCCTTGGTGCAGGATGTTTTACAACATGTCTTCTTTCCACTCAGTTGTGT CCATGCAGAACTAATAAAAAGAAAAAGTTTTACTGTCTTAAGAGTAAAGGGAGAAACAAG TTGTGCAGATGCAAATATTTAATGCTTCGACAGTAAGGTTCCTCTGATCCTTACTATGAT CTGAAGTGTTAAGGGAACTAAAATTTTGCACCTTCCCAATGCTATACATCTTGCTGGAGC TCTGTAAATTTGAGCATTTTATAACTCTTAAGGTATTCGATGGAGGTTCATCTTTTATAT CTGTTAGTTTTCAAGTATAATTCCCCATTGATCACCCAATTATGGAGATAGTGTCATTTG AATATATTTGATTACACCAAAAACATAATAGTAAAAGGCAGTTTAGCGTAATCTTTTGCA TACTATTCTCTATGCTATCAAAACATCTAGCATTTTTTTCCTTCCAAATTGTCCACCAGA TACAAGCAGGGACAATTCTCCATCTATCTCTGTTTTTTGCTTGCACACCAGCTTCCTCCC AGCTCTGGATTGCTTCGGTAATCTTTCCAGGCATAGCCCATGAGATGCCTCTGAGATCTA AGAAAATCCTCCATAGCTGTCCAGTGACTTTGCAATGAAGAAATAGATGATTAACTGTCT CAGCCTTTTCTCCACAAAAAAAAAAACAAACACCTAGGACAACGTGGTATCCCTCTCCTC ATCAGATTGTCTTGGGTGAGAGTTGTTTACTTGGCTAGCAACCAGATAAGGCAGGCCACT TTGTGTGGAATTTTGTTTTTCCAGATGCCTTTCCATGGCCAGTTGCTTATGCATTGAGGT GTTTGATTCATCCACCTATAAGCGTTACTTACTTTGATGGTGTATTTAAGAAATCTGCAA CTCTTTGGATCTCCCATCATTTAGAAGCCTTCTAGGGTTGAATCTCCATCCATGGGGTGT CCAAACTTCTACAATAGACTTTTGTTGGTGAGAGACTAATGCATGAATATCTGGGAACAA ATTTCCAGTCTTCCTGACTCACGCCATTCATCTTTCCAAAAATCGGTTTTATTGCTGGAT GAAACTACACTGAAGAAGAGGAAAAGAGTGAGCTATCAGTAAGGTGATAACTCAGGTTAG ATGAGAAATTAAGGCGGAGAACTGCGGCAGAAACCTACCCCAGAGAGAGTGATCACTCCT CTCCTAGGAAGTAGGAGAGTGTTTTTGGAGAATGTGCTTGAGAGCATTTTTTACCTAACA GATTATATTTGATTTAGTACTTTGCTGTATTATTTACGTGGTCCACTGCATCTGTTTCAC TTGCGGCAGAGTTCACTGAGAAAGTAAGCATCAGAAGAGGGTAACACGAAAATAACTCAC ATCTATTTGACAGGATTCAAAGATTCAAACTATCTATTCCCTCCATTTAAAAAAGAGTGA CCTGGTTTGACTTGACACGAAGTTTTAGAAAACAAAGAAGACTTTTGAATCTTGTGGTCC TAAAATTAAAGTTATGTCAAATGTACTAAATTGCTCTTCAACCTTGTGGCTTTAAACATG CCATGTGGCAAGCTGAAAGCAAAATGTTACTAAAAAAGGAAAGAGGTCATCCTTTTTTAA ACGGAGGGAGTATCTATTAGAGGGTAACAAGAAAATAAATATCTAGTAGACAAGATTCAA ACTACCAATTTATTTAGACTATTACTTTGTCACCTTTCAAGCAATTAAACCTTTGGTGTA GGAAACTATTGTTTCAAAACCGAATAATGGGTGAACTAGTTCTTGAACATTTATATATTT TGTCCTTTATATTTGGAAATCTCATCTATGCATAGCACCATGTAAAATTGATAGGAACTT TCTAAAAGAAGATGGTTTTGTTGCAGGGGAGACAGGAAGAATGTATGAAGCTAATGTTGA TGACGTGGGTTATAGGCTGGTCGTGATATATACACCAGTAAGAGAAGACGGAGTTGAGGG GCATCCTGTTTCTGCTTCTACAGATCCAATTGCAATTGGTAAATAATCGTGTAGAACATT CGTACAGTAATTTTATGATGAGTTATTTTTTATTGATCGTTAATTTTATAAGGATTCTTT TAGTAGCTGATTACAGTTTCTTTGGCTTTTTTGTTGATAAAGGTAACATCAGTTTTTTTG GATTTTTTGAATGCAATTATCTTTCCTGTATCTTTCCATCTATTTCTGTGTCTTGAATAT AATTCTAATTAGCATAAGTTTATGATGATGGATGATAGCTGTAAATACTTGACTTTCCCA ATCACATAAGTAGCATTTTTCTTGCTGAACCTGTGCAAGCTTGTTAATCAAATACTCTTC TCCCATTGAAGTTCATGAGATCTGGCAGATTCTCTTTGTTCTGTTGGCACATATTGAACA TATACTTCAGGTGTAAGAAGTATTATTGGTAAAAACAGGTAGGATTATATGGAAGTACTG AAACTTCGACTTTATAAGGATCCACTAAGTTCTCCAAGAAGTGAAAAAACCTCATCAAAT GTCAATTTGGTATTGTTGCACCAGTCCTGGATAAGTGAGTCTTCAGACACTTTGGTGTAT TAGCATGTAAATCACTATACTGACTCTTCCGCTCACTTTTTGTTCCATAGAAGCCATCTT AATATTAAGTAGTCCACCATTCATTCTTGTAGTTTAAGTTTCTAAATTGGCAGTATTACC AATATAACCTTGATCATTCTCATCAAGTTTAACTCCAGTGTCTGAGTGGACATTGGTAAA ATCAAAACCTATAAAACAACGGAGGGAAGAAAAATATTTCAACGGAAAATGAAATCATTT GTTTGCTCTTTTGGTTATTATCTTAATGATTTTGGGCTACCTCGACATATGTATCTTACT GAGATATTTTTTCTTTCACATTGATGTCTTTGTATCTTCTTTATCAACTGTTCATGTTTG GCTTTATTCTCCTTTTCCTCATTGCAGAGCCTGATGTTCTTAAAGAAGTAAAGCAGAAGC TTGAGACTGGTTCTGTAAAGTTTGAGGTGATACATCTCTTGAAATAATTTCCCAGATCTT GTTGTGTGTGATGACTTCTTTTTCACCTTTTGAACTTCCCTACAACGCCTTGTTTTTACA TAAATCCATATGAATCGTTTGAAAGTTTGGGATTTAATTTAATGAAAGTTGTTTGTGGTT CACCAGCTATCAACACTATAGTTAAAAGTATTAAAATAGGTATTAATCATTCTATAAAAG TAAATGAATGTCTCCTTGGGAGAAGCTTCAGCCTTTAGATATGGTAAAATTAATTATTTA ACAGTGCATGTCAAGCTTGTATTCTAAAATATATCTCTGCTCTCTAACATAAAACAAAAA CCACAAGGGAAATTGATAAAAGAAGGACGGGGGTTGTGATAAAGCCTGTATAATGTCATT AAAGGATGTTTAAGTTGCTAAAGATGAATGTAATCATCAAAATTCAAACATCTGCTTGCG AGCAAAGGGCTTCAAGTTCCCGAATCAAATATGCTGTAGATTGTCCAAAGCAATGATATT ATATTGATGAAAAATTTGTAATTGCTTGAGCGTATCTAGTTTTTCTCCAAGGCATTGAAG TGGTGAGGCTCTGTCTGTTTGTTTTAGCACCTTTTCAATTCAAATAAGATTGGCTCACAT CTTGCATTAGACTGCATCTCTGGAATTTAAATTAGTTTGGTATCACATCTCATCATCAGT TGTTTATGTTTGCAGCATTATATATATATATATTTATATGAATATATAGGTGTTTACATA AATTACTTTGATGTCATTAATGCAGGCCTTGTGTGACAAGGATCAATCTACAAAGAAAGT TAGTGTCTTTTAATTCATTATTCAATTTCAGTTTCCAAATCATATGTAAGAAAGATGAGG GATAAACTAATTATAGTTGCAAATTTGCAGGTTCCAGCTATGGGGAATCTTGAAAGAAGA ATTCTGGAAGTCAACAAAAAGAGGGTAAAGGTGGTGAAGCCTGGTTCTAAGACTTCTTTT CCCACAACTGAGGTTCGAGGAACATATGCCCCTCCATTCCACGTAAGTAAATCTATATCT GACTTCCGATTTTTGTTTTAAATATAGGTTTGGACATATGCCTCCGAAGGGATTACTGAA ATTTGTAAATTGATGAAACAATAAAGAAAATGTAGAGGGAGAAGATGACTTAATTAAAAT TTGAGTAACAACTTGTATTTACAAAGAGATATGAGCCTAGTATATATACTAGTTACATTT TCACTAACCGACTTCTCTTGATCTCAACAAGCTAACTAACTATAAGCTTTTGACTTGTAA CAAAGTGTTGAGTAGTAGAAGCTTCTATTGAACTAGTTACAATTAGCCTCTTAATATTTA TATCTCAACAACTTCCTCAATCATTTCTCTACCACTTTTTCATGATAGTAGAATTGTTTG AGAATCACATATGTTACCTAGGCCTACTATCCTCTTGGAAAATAATTTTTTGTTGATATA TGTTCTCATACAACGTTGGAGTGGCAAGACACTACAAACTAACTAAACCGCACTAGGATA TTCTCTTGGATGCTATGCCTTCACTATTGCTCATTCAGACTTGTGGTTGATTCATGAGCA TGGCGTAGTACCCTATTATGGTGTCCTAAATATCCATACTAGAGTGGCAAAATCAGTCTG CCTGTAAGTCCACGGGCTGTGTAATTTTACAGGCTTGGGCAGATCTTGAATGTTCGAGGT GCCTTTGGGTTTTCCTGAACGTTTCCTCTGGCAACAAGCTTTTGAACCCTAGTGGATTGA GAACACATGCACTTGTTGAAGTTTTTTTTGTTTTTTTTTCAACTTTTCGCCATAAAACAA TTACTCTATCAGATGTTATCCATAGTATTTTATGAGTCTTATGTATTTAACTGATGTTGC ATGGTTCTCCTATGAAAAAACAGAGAACTGATGAGCATAGCCTGGATTTATCTAATTGGG CATTAACATCACTGTTGAAGAGGCTCACATCCTGCATTCAGAAGACCTTAGATATATGCT GTTCTCATTAGAAAGATTATGTGCTATAAGCCATTCAGTGGTAAAGGTTCAGATAGCACT CAAGAGTATGACCTAGTTAGGTCACTGTAGTGGGTGCAAACCTTAAAAGTAAAGTTCCAA ATTCCAGTAGAGATGAAAATCACTAGGTTGTTTCTTCACATCTGCTCGAGTCTTGAATAG TGTACGAAGTTATCTGACACCTGTGTTGGTGACTAGTAGAATAATTCATGATGCGCAAAA GATGGTCGTAAGAACACCAGTACCAAAAAGGAAGTAAAAGGTCCATATGCTAGTTCAATA AATGACAGTTCAGTTTGTTTCCAATCTAGAAGCATGTACTCAAATAGGTTGTTTTAGGAA ATTCAAGGCATAACAGTCGGAGTTTAAGATTAACTCTTCATCCATGCCATTGTACAGGTG GAGCTGTTCCGAAATGATCAACACCGGTTGAGGATTGTGGTGGACAGTGAGAGTGAAGTG GATTTGCTGGTACAGACTCGGCACCTCCGTGATATCGTCGTCCTTGTCATCCGAGGTCTT GCACAGAGGTTTAACAGCACCTCACTCAATTCCCTTCTCAAGATAGAGAATTAGCATCAT ATCATGTTCCTTGTTATGTACATTAGTTGGTCTTTTTCTGTCTCTAACTCCAGTAGTTTG GTGTTGATTTTTGTTTCTGTTTTCTGGTGAGGTATTGAGTTTCATCTGGCTATGCATTTT GCTTCTTTCATTTGTTTCTTATTATGCCTATGTAAGTCAGCTTGGTATTGTCTATGTAAA TGTGACATACCCTTTTGCATGAAAATACAAAGAAATTGTGTGATATTTCACCAAAATATT GTGTCATTACTTTATATTGAACATTCAACTTCAGCATTACTAGCAAGATATGTCATGTGT GCAATGTACAATACATGATTATGGAAAACTTTACTAGCTTTTTGCACTCCGTGAATCGTC GTAACGTTTAATTTTAAGTCACATATTAAAGTGACAGTATATACTCCCTCCGTCCCATTT TAGTTGCTAATCTTACTAAAAATTGTTGTCGATCTTACTAAATCAAGGAAACAATAATTA ATTTTTCCCTATATTACTCTTGCAATGAATTTTTAATTCTTAAGAAGTTTGTGTAGGGAT GAATTAGTAAAATTATCTTTATGATTTCTTAATGTGCGTATTAAGAAAAGGAGATAAAAT TCAATTTGAGACTTCAACGTATTACATATTTAATTAAGGTTTCAACTTTCAAAATTTGTA GATTTATTCTTCGTATTACTATAAAGGAAATAGAAATAAAATTCTAGTAAGATCTTAGGA TGTAGAAGCAAGAGCATAAACTATTGTTTTAATAGCAACAGTTTGAAACGTTTACACTTC AAGCAAGTTATATTCAAGAACAATAATTAATTCTAATAATTAAGAAAAAACATACGTATC CTTGGAAGATTCTTTTTTCTAAAACAGTTTGTCTGTCCATATTTGTTTGACAGTTATATT AAAAACAGATGTTTAAGATTAATTGTTAATTTAAATAATTAAGAAATAATTAGTTACTGT TTCCAATTTTATCCCTAATAATTACTTAATTTTATTTAATAAAAAAGTTATGTAGACTTT TGATATTTTTGGTATAGAAAGATTATATTAATCAAATGACACCTTATGTTAAATTTTTCT TAAGAAAAATGCATGATCTTACCTAATAAATAATTATGGACGGAGGGAGTATTAGATAAG AAGTTTAATAAAGGCCAAAGTTTTAGTTTGGGTTAGTAAAGAAACAAATTTGATAATTTC TCACTAAAGAATGATATGATACCTGACAAAGTCAAACTCTACCTATATATATATATATAT ATATATATATAAAATCTCAAGTCCGTCTAGATGGTATCACCACAAATAATAATTCCCTTT TAAATTAATTTATTTTTAAAACTAGTCTTCTCCTTTTATGAAAAGTTGTGACTTTTTTGA AGAGTTGTTATTTTAATGAAGATTTGAATTTTATGAAAAATTGTGACTTCTATGAATAGT TGCGACTTTTATGAAAAGTTGTGACTTTGATTAAGAGTCACGATTTTGTGAAAAGTTGTG ATTTTTACGAATGGTTGTGACCTTTCCGAAGGGTTGCAACTTTTCCAAATAGTTTTAACA TTTCTAATAGAACACAATAAATATTTGTATATGCTACCGTTTGTTGTCTATAAATAGAGA CATTCTTCTCATTTTAAAGCAACGAAAATTATAAAGCTCATCCTCCTCCTCTTCTTCTTC ACAAATAAATATTAGTGTACTTTGTTCATGTTGACTCACTTACATCATTGTTTATGTTTC AAATCTTGATATATATTTTTACGGTCATTAATTTATACGTCTGTATTTAAGGATAAATAA TAAGATGCAATAAATTTAATTTTCCTTTACATTATTAATATTTGTTATCATATAATTTTA TATGTAAGATAATACAATATTTTAGTTTTAATGACTGATAATTTTTAAATATTATTTTAT AAATTCTGTTATACTAAATTTCAGCGCTAATTTTACTAGTTCATTAATAGTTTTTCTTTT TTGAAGAACAAACTTTTATTTTTACAAAATCATAGTGCTATAAATATATATAATCAAATA TGCTTAATACATAGGGTTTTAACAACCTGCGGAAGATTAGACGATCACCATATTGAGTCC AGGTTTTGTCATTATCTCTTCTTTTCTTCATAAATTTATCTTGTTTGAATGTATTTTATT ATTAATCAGCTTGATTTATCAGTGAATTCTGAAATATATTGATAAATAGGTCTCAAGTAT CCTCAACATTGCATGATTAATTGTACTACATTGTAAGTGGAGAGTTGATTATTTATAAAT TAAACATCTATGTGATCGACGAAGAAACACTATTTTTATCTCTTTAGCCTGGGTGAATAG AGTTACCTCGTACCTCGTTATTCATTTTTGCTAAAATTAAAGCTTAAAGCTTAAAGACTC ATTTAAAACGCTCTTCGAACCAAGACCTCTGTTTAAAGAATTAAGTTTGATATGATATTC AAAGGAAATATTGGTGTACTTAAGTGGTTAGATAACAAATCCTATAAAGCAAACTGATTT TAATTAAGGCATTACTTTTATTCATAATTTTCAGGACAAAATGATTAATAGCAATAACGA AAATGTTGATCAAAGGCATAGTACTCTGACGAAGAGGGGATGTGGATGCAGCAAAAAAGA TTTTTTGCCAGAGGAATCGTTTACGAGCTGGGGAAGTTATGGTCAGGCATTACTTGAGAC AAAAGCAAGGCTTAAAAACCGCGTATTGTCTCGTTCTTCGGACCAATCAGAGCTCCATAA AGTACGCGATAGCAGCCAGCATCAGATGAAGAAGTCGTTGAACTGGTTTGATTTGATTTG GCTTGGTATTGGTGCAGTTATGGGTGCTGGTGTTTTTGTACTAACTGGTGAAGCTACTAA AAGCTTAGCTGGCCCTGCTGTTTTACTCTCTTATGCTATATCAGGCCTCTCTGCTTTGCT TTCAGTGTTGTGTTATACAGAATTCTCAGTTGAACTCCCTGTTGCTGGTGGATCATTTGC ATATCTGAGAGTGGAACTTGGCGATTTTGTCGCTTTCATTGCTGCAGGGAACATTCTGTT TGAGTACGTTGTGGTTGGTGCTAGCGTAGCGCGATCCTGGACTTCCTATTTCGCGACTCT ATGTAATCACCAGCCTGATGATTTCCGTATCAATGTCTCGAGTCTTTCTGAGGGTTACAA CCACTTAGATCCTGTAGCAGTTGTTGTCACACTGCTCATTTGTGCATGTGCTTGCGTGAG CATGAAAGGGTCCTCGCGATTCAACTCCATTTTGACCATACTACATGTTGCTGTCATGGT TTTTGTACTTGTTGTTGGCCTTAGTCAGGCTAATGTGGCTAACTTTTCACCCTTTGCACC TTTTGGTGCCCGTGGCGTCCTGAAAGCATCAGCTATGCTCTTCTTTGCTTATGTTGGATT TGATGGTATCACAACTCTAGGGGAAGAGATCAAGAATCCAGGTTAGCAGATCGAGCCGGA AATACTGAAAGTTTTATACTTGTATATATTATCGTAAGCACCCTTAAACAAAACTCCTTG CTTCGCTACTGCAGGTAGGGATATTCCTGTGGGACTAATAGGTTCTATGGTGGTGGTCAT CATAACATATTGCCTTCTAGCCGCGACGTTGTGCCTTATGCAACCTTTTAATCAAGTGGA TGTTAATGCCCCTTTTACCATTGCCTTTGAAGCTGTAGGGATGAATTGGGCAAAGTTCAT AGTTGCATTTGGGGCATTGAAAGGGATGACAACAGTTTTGCTGGCCAATATTATTGCTCA AGCTAGGTATTTTACGCACATTGCAAGAACTCATATGGCCCCTCCATTTTTTTCGGTAAT CAATGAAAAGACAGGGACCCCTGTCACTGCTACAGTTGTAATGACTGTCGCGAATTGCAT AATAGCCTTCTTCACAAGTCTTGACATATTGGCAAACCTTGTTTCAATTGCCACGTTGTT CGTGTACTCACTGGTTCCCGTAGCACTTCTAGTGAGACGTTACTACGTGTCAGGGGAAAC ACCGGACAAGGATAGGAACAAACTCATCATGTTCTTGGTTTTGATCATATTGTTCTCAAT TGGATCGGGTGTTTTCTGGGCAATCAGCGAGCACACTTGGTTAGGGTGCATAATTTGTGC TGGAGTCTGGTTTTTCACCACGTTGGGGTTACATTTAACACTCAAGGAAGCGCGACAGCC TAAGGTGTGGGGAACACCATTGATGCCATGGCTTCCATCTGCTAGTATAGCTATTAACGT GTTCATCATGGGCTCGATTGATGGTGCATCATTCGTGAGATTTTCAGTTTGCTCCGCGAT TTTGCTCATTTACTACTTGCTTGTAGGATTGCATGCTACCTATGATGGAGCCAAGGAAAT TGAGAGCAAAGGTACAAATACTACTGACATTGAAGCCAGTGCAAGGACAAATGCCAATAA GTAGCTTATATAATTAGGAATAAAAGATAGTGGTAGGTTGATTTTGCAAGTATGTATGCC TGTGTGAAATACTAACTTAGTTTTCTAACATTTTAGTTTAATTGTTAGCTTTATCCAAGC TAGGACAAGGTTACTTACCATTTATTTCAAGTTACCAATAAATGTCCCATTTATTTTTAG TGATTCAATAGGAAAGGATTCTGAGGTTCGAACACAAAAGCTCACTAGCCGAGCTGAACT GGTTAGTGATGGAAGTAATTCCCACGAACTAAGAACAAAGGATGTACTTGCCCCCTTTCC CATTGAACACCCGCTTGGCTCCTTGTAGATTATAGCTTACATCCAAATATCTGATTGGGG AACGGGATAATGCCCATGAAACTCCGGCTTAAAGGAAAGCTTGCCAAGCCGTAGGGTTGA CTCAGAGATCTAGGTGTCTTAGTAATGGATGAAGGAAAGCTCTTCGAGATTTATATTTAC GTCAACAGCTTATGTAGTGGTTGACCTTATAAAGCTCACTAAGTGTAGCTTCCCTCTCTC CTTCACTTATCAAGAAAATAGTCATCAGACTTGATCGAGTCTACAAAACTTTAATTTGTT TCTCTTATTGCATCTCCACGTTAAAAAAATTATTGTAGTGTGTAAGGTGAAATTTTATTT TATAATATATATATATATATATATATATATATATATATATATATGGCTAAATCTCCTATA CATGATAGAGATAACTTTTTTAAAATTGAAAATCACTATCCCAAATATTTTACAGCACAT ATTGTTTGTTTCACGGACACATCAGTGTCCATCTTAACAAAATATTGTTGTGTGATACTT ACGGGCCATCATATCAAACTTGAAACAATATAAGGTGTTAATTACAGTTTAATTATAAAA AATGTAAGTCGGGTATACGAACAAAGTTTCATACATAATAATAATAATTTAAAAATAAAA ATAAAAATTATATATAAGGTGTAGAAATACTCTAGATATGTGTCTAAAATTTGATAGGCA AATATTGCAAGATATCGCTTGTGTGGGGTGTATATATATAGTATTGTATGCAACTATGCA TAGTTGAGTGATGGAAAAAGAAGTGTCAATAATATAACATTGGACGGATTCATTAACTGA TAATATGACATAGAAAAAGAAGTGTCAATAATATAACATTGGACGAATTCATTAACTTAT AATATGACATAATTGATTATAAACGAGCAATCTTAATAACTCAGTTGGATGATTATATAT CTATATTTCATTGTTCGAGGTGTGCCAAGAATTTGGTGCTATGATTTTGCTTCCGATAAC CATTAAACTTCTTTTAATTAATTTAGCTAATATAACCTCTATATTTTAATCACACTACGA CGGATGCATATGGCATGAAATTGTTTCTAAACGTGTTAACTGAATTTATCAAAGGTGAAT ATATCAAAGGAGTTTCAACGCCTACTATATTACCTGTATGGCAAACGGATCTCTTAAGTG CAAGATCCTCACTACTCATTACATGTACACACCATGAGTTTGAAAAAGAGCAAGTGGAGT ACTACACATGACAAACTCATCCTGTTCTTGATTTTGATGTGTTTTCTGAGCAATCAGTGA GAACACTTTGATCGTTGGAGTCTGGTATTTCGTCATTTTGGGGTTAAATTTAGAGTTAAT AATTTTGATGGTCACTCAACTATCGATTATTTTCACAAAAAGTCACTTAACTTTCATTTT CAACTCAAAAGTCATATAACTATGATTTATTTGCATAGAAAGTCACTCAACTTTTATTTT CAACTTAAAAGTCAAACAACTATGATTTTTTTGCACGGAAGGTCAATCATCCTATTTACT TGTTTTTTCATTAAAATTTAGTGACATGAAATTTTAATATTAACAAAAATTTAAGAATCA AATATATATATTCATTTAAAATATTTAATGACCCGCGCATTTAATCCAACCCGCTAAAAA TATGATATTAAACATTTTATTTTACCATTAATTCCCTAGATCATTCCTCGTTGAACATTG AACATATTATTTTACCATTAATTTGCTAAAAGAATATTGGAGACAAGGGAGAATGATTTA GGGAATTAATGGTAAACTAAAATGTTCAATATTTTATTTTTAGCGGGTCGGGTTAAATGG AGAGGCCATTATATGGATATATATTCGATTCTTAAAATTTTGGTTAATAATTAAAAATTC TATGCCACTAATTTTAATGAAAAACATAATTAAATAGGTTGCGTGACTTTCTGTGCAAAG AAGTCATAGTTGAGTGACTTTTAAGTTGAAAATGAAAGTTGAGTGACTTTCTATGCAACT AAGTTATAATTGAGTGATTTTTTAGTTGAAAATGAAAGTTGAATGACTTTCTGTAAAAAC AATTGATATTTGAGTGACCATCAAAGTTATTAACTCCTAAATTAGCGCGAACGCCTAAGG TATGGGGATTACCATTGATGCCTTGGCTTCCATATGCTAGTATAGCTATTAATATGTTCA TCATGAGCTCGATTAAGTAACTTTGCTTTCTACCCTTTCAATTTTAGTGTTTCAAATGCT TGACCTCATTTAGCAATCCCTCCCCTGGCCGTTACCTGTTTTTGTTCTTTTCATTGGTAT ATCTCAATACAAGACAAGCGCATAAGAGAATATAAAATCAGAATCAAGCTATCGCGCAAT CTAAGTAACCTTCCCAATCTCCGGCATACGCCAGAAGGGTACAAAGCCATCGTAAGATAG TCTGCACAATGTTCAATACTAGAACAATGCAGCAACTTTTACTTGTCTACTTTAGAAACG GACTCTGTACAAACGGACTAACATCATAGGCATATATCAAGACAAATAAAATAAGAGTAC TAGCTAGGAACGTAACATTGTGCTATCATTTAGACACAACTAATTCAGTTACCAGGAGCA ATAGGAACATCTTTGCTAACAACCACATTAGAAGTACCCTTTCCTTCTTCAATGTTGTTC TTCCACCCTTTGCTCTTTTCAAATTCCTTTGCTGTGTCATAAGAAGCATGCAGCCCGAAA AAGAAGTAATACGCCAAAAGAAAACCTGTCCAGCCAGCAAATCTGATGAACGAATCTTTA TCTATCGAGCCTAGTAGGAAAATGTTGATAGCTATCGATAATGATGGCAACCAAGGCACA AGAGGCACACCCCAAAGCTTAGGATTACGAGCCTGAGGAATGAAAATACAAATCCCTGCA GTTGCTGAAACCCAAATAGGCACAGTGAAGCAGTATCCAATCCATCCTTTCTCACTAAGT CCCCAGTAAGCAGCTGTGGCGATTGAGGACCCGAGGATGAGCAATATGCATATAATTAGC TTGTTGCGGTTTGCGTTTGTGGTCACACCACTCACATAGTAACGGCGAACGAGGAGAGCG AGGGCCACGAGCATGAAGATGAAAAGGGTGGAGATCGACAAGAGATTGGAGAGAATTTCG AGCTTTGTGAAGAAGGCGATGATTGCAGTAGCAGACATCATGACCGCTGTGGCATTGACG GGCGTCCCTGTTTTTTCATCAACATAGGAAAACCACGGAGGCATCATGTGAGTCCGCGCA ATGTGTGTGAGATAACGAGCCTGACCAACCGCGCCTACAAGCAACACTGAGGTCATTCCT TTCAACGCACCTGGAATTAGTGACAAAGTTAGAAATTTCGCTAAATGTGTTCAAAATTTT CACAAGTATGTAGCTCCGCCCCTACCTGCAGCTACAATATATTGCGCCCAACTCCATCCA ACTGCTTTGAACGCCACAGAAAACGGAGCATTAGGATCAATGCTCTGATAAGGCTGCATA AGACAGAGTGTTATAGCCAATAAACAGTACACAGTAGTGGTGATCACCATAGATCCAACT AGGCCAATGGGGATATCTCGAGCTGGATCCTTAGTTTCCTCAGCCATAGTCGAAACAGCA TCAAAACCAACATAAGCAAAGAACAACACCGCAGAAGCTTTGAAAATGCCACGAACTCCA AATGGCGTAAAGGGGGTGTAGTTCTTGGTATCTGCCTTGATTAGGCCACAGATGATGATG AAAACAATCACCACAATGTGAATGATCGAGGCAACATAGTTGAGACGAGAAGAGCCTTTC GTACTACGAATGGCAATGATGCAGATGATGAAGCAGACCGCAACAGCGATTGGGTCAAGT TGGTTGTAGCCCTTAGCTAAACCATGAGCCGTGATGAGGAATTTTTCAGGCTTGAAGTTC AACAAAGTTGCAAAGTATGAGGTCCATGAACGAGCCACTGCAGCACCACCAATCACATAT TCAAGAAGGATGTTTCCAGCAGCAATGAAGGCCACAAAGTCACCAAGCTCCACCCTCAAG TAGGCAAATGAACCACCTAAAATAATCATTTTAAAACTTAGTACATACTCCTTAATAAAA ACTACATCAACATTGATGAAATTATAATTAAGTAAATAAAAGTGTGATGTATACGTATTT TAAAAGTTTAAGCTTTTCCAAATACATAGACACATACACTTAAACAAACATTAATTTGCA GTTGCTGATTATAATTTCAACTTATCGAGCATATTCAACGAGTTGATCTGATCAATGCTT CATTTTAAAACCCTAACTGTTCATGTAGTTATAATAAGCATGCATGTTAGCCAATGTTTT AATGAACAGAGTAGATGAGATTATACAATATTAATAAGACGTATTGAATGATTGCCAGTG ATAAAACAATGAAATATAGTACAAAATGATTTATTTTGTCGATCATAATGTAGTATCTAC ATTTTACAATTAGTTCGAAATAATTCAGACAATAGTAAATTTACAAATTACAGATTAAAT TATACCAAAAAAACAAAATTGATATTGAATGGGCGTGTGCACTGGGAATATAAATGTGCC AAAAGGGTAAAAAAATTCAAGCGGTCTAACAGTATAGGATTTTATACTAGAAGATATTAA CTGATTCACATTTCTATCTTTTCTACTTAAATTAGAAAGATAATAACTGATCCAAATCTC TATCTTTTACTACTTAAATTAGAAGATAATAACTGATCCACATCTCTATCTTTTTCTACT TAAATATGAAGTTTTCGTATACGTTTTAATTTGTGACATGCACCTAATTTACTCAACATG ATGTGTTTTACCACTAAAGCAAATTACATGATGTGTTTTTACCAATAAAGCAAATGCTTC AAAATTTCAATCTCATGCTTACCAAAGTAAACAATATTCCACAGTTTTATCCTATGGTCG TCCCACAAAAAGGAGAAAAATTAACGAAAATCTATATGAACTCTGACCTAATTGTAAAAT GACGTTATTGCATTGCAAAAATGTATCTTTTTCCTGAATTAATATATGAGAATAATTATA ACTTTATGGATATTTAGATTTTAAATTTGAAAATATCAAACTAATTTAATTCTAAAGAAC AATTCTAAAATGTAACTAGAGATCCTAAAAGTCCAAAAATGCAGCCGAAAATATTACGTT AGCCTTGTTTTTCCAACCTGGAACGTTGAATCTTCAACCCTGGCCCCAGTACCCACTGCC ATAACTGCTTAGTGGGGACTGCAGAGTGACTCAAATTTCTATTTTGCTGGCGCTGACTTT AGAAAAGGAAAATCACAATTTCACGACAATCCCACAACTTTTGGTTCATTACATTTTCAT ATTGGGCTGTACACAACTCACACCGCTATAGTGATTGATTTGAACATAAGTTATAATAGG GTATTAAATATCAGCATCAATATTTCAAATGTTATAAAAAAAAGAACATATTATGATTTT TGGGTACTAAAATTTTATCTTAGGATTATCTCCTTTAACCCATTACACCAAATGTGTCCA CTTCATTTGGAAAAGGAAGAAATATCCAAACTTAATAGCTTCGTAACAACATACCCCTAT TAAGTTAATGCCTTAGCTACAATTCACTAATTGTTTGGTTGGAAATTAATTATTTTTAGA TTAATTAATTTAAAATTAGCTACTTTGGGATAATTTATCTATCATGTGTATTAAATAGTT TATCACACTCCAATAATATAAATGATGGAATACGTTATCCCAATATAATAATCAAACAAG ACACTATAATTTTATCCTAGATAAAAAAAAATTCCATAACTATATACTCTTATCCCTCAA ACCAATCCAACCGATCCCTAAGTATCAGCAACATGGTGGCCTGCAGAGAGCGACTGGGCG TGGGATAATTTAATTAAGAGATGTAGACATTTTATTAATTATTTACTCCTACTTATTAGG ATCCACTGTTTCAACTCCGTCAACTAAATAATAAACTTCAAACATTTTTAAATATGAAAG GCAAATTATTGACAAATGCATGTGTACACTACCTAGCTGTTAATTTACTACAGTATTATT TTCATTTATACAACGACGAATCACTCTTAATCCAAACTTTCTTTTATATTAATACCATCC TGGCTAAGTAGAAGAAGAAACACACAAATACAGGCAAAAATAATAATAAAAAATTATGTT ATAAACGTATAATGCCCTTATTAATCAAACAGTTGTCACTATCTTTCAAGTCCCGTAAGT CCAACGGAGAACTTTGCATAATATTCACAAAATTTAACTTTTCGTCATAATAATAACTTT TCGTCGTAATAAATATCAACTTAAAATCAAAACTCCTTGTACAGTTTCTTATAGAAAAAT TAACTTTTATCTTGATAACAATTTACCTGCTTATGAAAAGTGATTTTAAGAAAATAATAT GTGTAAAATTTATTACATAATCGTGCCTTATTCTCTAAGTTACTATCCCATAAGTGGAAA ATTCTTATCCGAAGGTAATTTGATCACGAAATCAACTTTCTCGAAGTTTCATGTTTTGAG GATAAAGCGAGAAAATATTTTTTAATCTTACATGACATGAATTTAAATTAATCAAAGGTT CAAAGCAACTGAATTTGAAAGAAAAGGGTTTAGACAAAGTCAAATTAATCGAGATTTCAA AACATACCTGCAACAGGGATCTCAACGGCAAACTCAGTGTAACAGAAGACAGAGAGCAAG GCGGAGACGCCGGAAACTGCATATGACAGTACAACAGCAGGGCCAGCGTCCTGGCTCGCT TCAAGCCCCGTCAGTACGAAGATTCCTGCTCCAATCACCGCTCCCATCCCAAACCATATT AGGTCCCACCATGTCAATGTCTTCTTCATTTCATGGTGACTCCGTGACTTCGCCTCCAGC TCTGCTTCATCATTCGATCGCGTCAACGCCCGTTCGATTAACCTCGTCGGAGTTTGCCTC AGCGCATTCGTGTAATTTCCCCAGCTCTTGAACGATTCCTCCGGCAGAAAATCGTCTTTT GTGCACACACAATTTCTTCGCCTGATTCCTCCTCCTGATTCCGGTACTTCACCTTCTATC CCCATGTTCTTTCACTTTCTGCATGATTTTGAATATTACAAAAACTAATTAGCAGTACTA CATAAAAAAAAACGGATTACATTACAAACCGTAACAATCCACAATTTTGAATTTATGAGT TCTAGATTCTAACAAAAAGAAAACAGTTCAATTAATTTTTTCGATAAATTATTTATACGT ATTAGGTAGATTTTTAACAGAATTCTGCCAAATACACGGATAGTGTTTGGTATTCCTAGA TCCCTAACAAAGACTTCTCTGTATTCAGAGACGAAAAATCCGAGATATGTGATTAAAGAA ACAGAATAAGATGTTTTCCCGAGAAAATCTGAGTAAATTGAGGAAGACTTCGCTATGAGA AATAATTTTAACTTACTTCATAACTCATAAAACAAGGGGGGGAAAATCATATCTCAGATC CCAAAATATGCAAAACAAAACAAAAGTACCTAATTGGTTTCACTGAATAATTGAAAAACA GAGAATAAAAGGAAGATGAAATGTATACCTGGTGATTGATTACCAATGGATTTAGTTTGA AGAGACACACTGGTAAAATGCAATGTATGTAGACAGTAGACTATATATAAAGAGGTATTT ATGTGTGTGTGAAGAAGATCTTCTTTATTCTGCCGTAAATGGTAAGAAACTAAGAATGCA TATTTATGGAAATATATTACTAGGTGTTAGCTGTTTAAATTTTAAATTTTAAATCAGTGT TTGTTTTCAAGTTTATAATGGCATGTAAAAAAACATGGATATTGAGTATTTATTTATTAG AGCTGTCAATAAGGGCTAGCTCATTTCTTTCGGGCTAAGGATCAGATCGGACTAGTCCAA TTTTAGTGTGGGTCGAAAAATGATAGGCTCAACCAACAATTATGTGGGATACAGGCTTGC CGGGCCAGCCCAATTTTTAAAAAGGAAAATAACATAAATTGATACATTTTAATAAATAAT TACTGATTTCAGCAATACTTTTTATTTATTACCTTTTATAGCAATCCTAGGTTAAATCTG TCATATGTATTAAAAGTGAATTATGTATTATAAATAATTGTTTTTTAAATATATTATGTT TGTTTGGTAAAAATTTGACACATTGTATTATAAGTGAATTAAAAATGTGTGATAAATGAA TTATTTATCATTAGAATTTGTATTATATATGAATAAAAAATTGTTCTTTGTAATATGAAT TAAACTTGTATTATAAATTAATTAAAAGTGATCAAGTGAAAAAGAAATATTATTGCTATA AATGATAAATATTTTGTTATTATAGTATATTTATGTAAGTTTTTCTTTTAAAAAATTATA TATATTTTAATAATTTTAAAAAATATTATCATAAATATCGACAAAACAATATTATATGAT GTTAATGTTACTACTTGTTAATTAAATTCACAAATAAAATTTTCTTTATATAAAATATTT ATTAAGTTAAGTTACTATTTTAAAAAAAAATTAAATTGTTTTAAGTATAAATATCTAAAT AGAAATATTAATCTTATTGTTTTGAGTTGGAACTCTCTTTAATTTTAAATTTTAATATTT TATTATATTTTTTAATTAAATTTTATTGGCCCACAGGTCAGTCCTACCGATATTTCTCAA GCCCCTCAAAATAAATAGGTTTATTCAGGCCGGGCTAAAAAGTTATTTTCTTGAATGGAC TCAAAAAATCATAGTCCAGCCCTACTACATCCCGGATTAGGCCAGGCCGGCCCAACGAGC CTAACCCATATTGACGACTCTACTTAGAATACTCTGATACTTTTGTTTATGGAGTATGAT TAGTTCATGTGGTAAAGATTGTATGAGTTTTGATAGTTTTCACAAATTATAAGGCATTTA TATTTACGAGAGAAAATACAATGTTCAAATAAAATTTCACTTTAACTCAATATAATTTTG AAAAATTGATTTAAAATCATGTCCAAACAAGATCTTGTAGAGCCACACTATGGGTTTATT TGATATGGAAGAAAATATTTTTTGAAAGTAGGAAAAACAAGTTGTATAAGTGACATTCTG TATATAGCCACACTATAGGTGTATTTGTTGTGGAAGGAAATATTTCCAGAAAGTAGGAAA AATAAATTGCATAATTGACATTTCAGGTTCGTTGTGTCCTCCGTGCTCACCCAACCCTCA CTCCCTTGACCATCCCATTCCCCCAAACCACCACTCCTCATTCCTATCCGACATCCGTCT CCATAACATTTTACTAGATAAGATATAAATAATTTTAGATGATATTTTTTTACTTACTTA TCCAACAATAAAAAAAATAAGGAACTATTAGAAAAAAATCATCGCGAAAAATATTTTCCT TCCTAAACGAACATACTCATATATTAATAAAAATTTAGATCAAATAAGAGCGTATAAAAT AAATAAAAACACAAATATTTGATATGCAAAAAGGAAGAGTATAAAATAAATAAAAACACA AATATTTGATATGCAAAAAGGAAGAGTATAAAATAAATAAAAACACAAATATTTGATATG CAAAAAGGAAGAGAAAAATGTGAAGACCATTATCCTAGAGTCAACTCCAGAATCCCTTGA AATGAAATAATATTGAAAAATTAGAAAAATCCAAAGAGAAGCTACGATTGAAATACTTAT GATTGTCTAGTCAGTTGGAATAACATGTATCATTGACTTCCATGTTTACACCCTGTTGTT ACGTTCAGACGCAAATTAAGATCTTTTCCTATTACGTATTAAATATTTTTTAAAATTAAA AGACATAAATTACCTTATCAATTCAACTGTGTTGACCATTTAGTTAGTTTTTTAATGAGA AAAAATATACAACTCACTGTTAATAAATATTTATGTAATCCTACTTGGTTCAAAAAAGCA ACAAAAGCATCCTTGTAGCATTTGACCTTTCCACACAAATCTGGACTGCAGCTTGTTGAT AAGATCGTCAAAACTTAACTTCTTAGTTCGAACTTTCCACAAATCATGAGATTGAAGACA TCTCACATATTTTTAATTTAAACGATAAGATTTAAATCTTTTTTATTTTCTTAAATCTCG TGTCAAGTCAAAACTAGACAAATAAGTAAAAACAGAGGGAGTATTGTATATAGGACGCGG AATATGTTGTCTAAGCAAATAGTCCACTTGAGATCTCATCGCTAGCAAAATTTTGGTCCA GTGTGCCCCTTAATATAAAGAATTATACAATTGTAAACCCCTCTTGGTTGTGAAGGGCAG TAAAAGAAAAAAGGAAAATGTTAAAAGGCAAATAAATTGGGAGTTCTTAGCTAAAGCAAC AAAAAATTATACAAGTACATGAACAAGAACTACGTGAATAAAGTGACAACATCTTTATGA TATCCACGAACAATCAAGAGTCTTGGTATATTTTCAACCAGCAGATCCATGTATTCCATG TAGAAGGTTGCAGGATGATTGAGAGGTGGAGGAGGTAAGCTTACAAGCACGACGGAAGCC ATTCTCGAGTATTTCTGTACCATTAAGTTCAGCTTTAGAGTGGTGTAAAGGAATTTCTCT ACTTGTTGTTCTTCAACAAACACAGGCTTTCCATCAGCCATCAACGGAGTCCGGTCTCTC TGTGCTTGCTCTTTCATTTCTTCCAAGTAACTGGCAACTCTCCGTCGTGCAGCACTGAAT GCTTCGACAGATTCTTGCTGCTCCCCTTCGGCTTCCCATGACTTCATGGAAATGACAATA ACTTCAGCTTGCATCCGGAGGTCATAAAGAAACTTCTTTACATCAGCCTTCAATCCCTCT GCATCAGAATCTTCCTCTGCAATGCAGAACACCTGTATCTTACAGCCTTCAAAGCTATCT TTTGTAAGGAGGAGCTGAGAGAGTAGAAGCATGAGACCACCATCTCTCACTATCCAGTAT AAATCGATGGTACCATACTGTCTTTGGTACTCATTAGGCCATTCGTCGAGACCCTTGACA ATGACAACAGCCTTGTTCGCAACAATGCAGTCATTAATTATTCCAACAAAGGTAGCAGGA ATATCAGTCAAATTTTCACGTCGCCAAATCTCAGGGTACCGCATAACGATTATATTTGGC TTGAGATTTCCGAGACCCATAGTCTGAACAATGCCTCGAAAGCCTTCAGACATGCTTGGG GCAACAACAATCTCAGCTACACCTTCACATTGCTTGTAGTCAATATAGGTACTTAGTTCC TTGCAAGCGTCCTTAGCATCCTCAGCACGTTCATGGTAGTCTCCATCGATAATAGAGACA AAGATGGACATTCCCCTGCCTTTTTTCTTCATGCAGTTGGCAAAGTCGGCAAGCTTTGGA TGGCAAGGCACATTTTCTGGCAGCTTGCCCCACGGACGACAAAATATAAGTGGGATAGGA TACCAGTTTTTCGGATGTACCTGGTTTGCTGCATATGCAATAGAATGTTTCAATAGGATC ATACAAATATAAAATCTTACATTTTTAAACATAGTGAACCAAGAAAAGAAATTCCTGAAT GATAAAGTTGTAGTCTTCAATCTCTGTTTTGTACAATTAATAACTTAATACATTAAAGTA CTCGAGGGAAGTATGTGAATTTCTAGTGATTCAGTCTATTCCAATAACCATACAAAAAGT GAAGAATAAAAGAAGGTTTGCCATTTAAAGTCTGTACCTATTATTACTTTTTAATCAAGT AATAGCCAATATATTCATACACATTATTTTCCATTTTTAATCAAATAATAGCCAATATAT TCACACATTCCTTATGCAATTCTCATCGATGTTGATATGGATAATTAAAAAAGGATGCAC ACTTTATGTGATTAACTTATCTACATAATGGATGTTTGTGAACACATGTAGAAACTTTTT AAAATGAGCCGGAGATATCTTATAGGAACACTTTACCATGTGTTTAGGTGCTCAATTGGA ACATGTCATTGTTCCGAGTGTCTAAATGATATTTATTAGCAGATTCAAGGGATTGACGAT GTACTTACCCTAAAACTTATATTATATCACATTCAGCTAATCAATCTTAGAAGTTCATTT GCACACTACATAGCAGTAGGACCGACCAAGCAGTGTCTACGTGAAGAACAGAAATGGCTC AAGAATAACTCAAACAGACACTTAAATCTTTTTAAAAGGTGCTAATTCATTAATTTCATA GACAGAAATTGTATGATGCCAAAATCCATGATTCAGAATTCTACAGGGAGTAACCAATAA ATAAGCCATGCCTGTACATATAACATAAAAGTCATCTAATCTTCACGCTGCTAATTAGCT AACTAGACTTCATACAATCGCACAACGAACAAGAATTTTAGAGCACAAACAGATAAGTAA CAAAATGATCACCATCTCCAAAATAGATATATCATTGGTATATTATAGTATAAGTGGTCC CACCATAGCCAGAATTTTTTTCACAAATTTAGGCCTCCAACTCTTTTGTACCTCAGCTAA AGAGGGATATAATGTTGGCTAAACTACAGGTACTAATTATTTACTTTAGCAACATTACAT ACAATAATACCCCTTCTTGCTCTAATATGCGCACATAAGGCTCCTTTCCTTACTTTACAG CACAAACTATACCCATAAAAAAGACATCTATGCTCCTGTTTAATCACTAATATTTCTTTT TTCCTGTTATTGTGGCATTGCTCGTTTTCTTGTTAAAATTACGAGCTATATTATTTCTGA AACCTCTCAAAGTTCTTCGATCAGAAAGTACAGTTTTCCTAGAATGTTTTTTGGGTGAAA GATTAACCACATAAAGAGATGTTAAATGGAGACTCCACTTAATTGAAAAATATAATTTCC ACAAAATAAATTCTATTCTTTTGGTTTAGCGGTGGTGACAAAAGGGATATTTTATTTTTG TTTCTTTTTTTAAGCTTATATGTACCTCCATATAGTAGGTAATACAAGTTAATTATAATA TGAACCAGGGCAATGGGATTTTACTGTAATTGAATTTTTGTTAGAGAGGAATAACCACTA CAAAGTAAGTGACCCAAGGTCACACAGTTTCAGATTTTTAACTCATAAGCAACGTACTCC CTCTGTCCAACAATACTTGTTTACTATTGACTTTGCACACTTCTTAAGAAACTATTAATA GAAGAGTAATTTTACTATAATACCCTTTGAATATAATAAAAACAGTGTCTTGAAAAATCT AATAGGGAAATGACTATAATTAGTGATAAGGGTAAAGCAGGAAGTAAGTGAAAAATTATC CATTGATTTCATAAAGTGGGCAAGTATTGTTGGACATCCTAAAATAGTATAGTGGATAAC TTCTGTTGGACAAAGGGAGTATATGAAAACTGCAAATTACCACAATTGCCCTAACTCTAT CAACAATTAAATGAGAGGTGGTGAGAGTTTCACATGTCCTTTCATATTTCTTATTTTGAT AATGATGTCCTTTCATATTTCTCTCGTAAAATTTTGAATTTTTATATCAAATGGAACAAA AATGCAACATAACGATCTGGACACGTAACAAAATTTCTCATAAACTAATAGGAAAAAAAA CTATCACAATGAGTACATTATGGCCCCTTCAGTGAAAATCTTAGCTTTTGTATTTCCCTC ACTCAATCTTGCCCAAATATAGATGACACATGGGAGGAAACAGGGAGTTCTGAGAAAACA AGAAAAGAGCAGTACAAAAGAATGTGAGCTGTGTAAACTATAAAAAGATACTCATACATA CCTCCCAAAGATCGCAAACTGCGAAGAGCAAGCTGAAAATACGCACTCTTAAAACCGTCA CCCCAGTCTCCTGCTTTCCCCTTTATACTAACGTAATAATATATGAGGCTTGCTAGGGCA AGTGATACAATGGTGAATGCCCAGGAAATCAAAAACATGGTCACTGTAAATGAACAGTAG AAAAGAAAACAAATCAGATGAGTGAAAACATTGATTTCAAGGTATGGTGACTACCTCTGT AGCTTGTCTATAGCGCCTACTCTAGCCAACTTCACAATAAAAAGTGCAAATATAGGATAA ATCATAGGAAAGCAAACTAGAGTGTCTTCACTATTAAATCAATTTTAGGATAGGGTAGCA GGGGTGCAAAGTCAAGTTTAGCAAATGAAGGCCACAACATGATGAAGATTTGATAATCTG GGAAGTGCCACTCAACAGAATGAATTATCTTCTCCTGGCAAGGATTTACCCAAGCAAGAA TGACATTTAAATGTTTTAATACATAATAAAATCTGTTGAAGCCAGCCCAAATGCTACAGT ATATGAGGCAGAAAGGGAGAGCAACAAGGTCATTTCACAAGGTTCTCAAATAAAAAGGAT GAGCAGGACTCCGGCAGTATCACACATGACAAATAGAAGAGAAAAGGATAGAATAAACAC CACAAAATAAAAGTAGTAAAGGAAGGAAGAGCTATGAGGATATAAATAAGATCCCTGTCT AATTTATTTGGATCATCAAAATGACCTACTTGTAGTTAAAAAAAGTATGGAAGTGACAAT GACCATAGGGACATTTGATTAGCATATGTATCCAGAAAAAAGAAGGGGGGGTTTGAAAAA AACATGAACATTTCAGATGATCATGAAATGCTAAGACGGGAAAAAAAATTCAAAGAGAAA CTTTTTAGGTGGTCCGTGGTCGAAAGAATAAAGTTGTTTGAAACTTATAAATTGAGATAA TCCATAATCTTCGACCAGTAAATAGCTTAGAATTGAACTTTCTTCATAATATTTAAGTCA AAGGGGTCAAAGCAAACCAAAACTCTTATAGAAATCCTTTGGAGGCCCTTAACACAGTCA ATGAAATCCCCATTAGGATTAATGATTTAGTTGTTTCCATCTATATTATCCATAATTAAG AAAATATAACTATTGTACAACAGCTGCAGCTAAGAAGATACCTATACAAAGTAATGCTCC AACAAGAGAGAGGCTCCAGTGGTGAAATTTCCACCGAGGTCGCCAGCTGGGAGCATCTAA CAGATCCAGAAGGAAGCAGGATAAGTTCACGCCAGCATAGCATACGAGGTAAAACATTGT TGTAGTAGGTGAGACAAGATCTAGATTCCCGATTACAACACAACCAATGCAGATGATGGC AGTGAAGAGAGTAGCCACATGAGGCTCATGTCCATCTGCCACTTTAAAATAGTTAAGAAC AGGTAGAATTTCATCATTTGCAATCGCTGCAAGGAGACGTGGAGCACCAGTAAGGCTTTG AAGGGCTGCCCCCAAGGTTGAGAGGATTATACCAACATAAACAATAGCCGGAAATGGCCA GGCAACTGTAGCAGATAATAACCTGCACAAATAGTTTTAGTAATGCAGTGAATACCAATT TAAATTTTATTGATAGTGAACTAAATACCATTAAGCATCCTCAAATAATCAGTTAGATGC AGTTTCAGGTAGAATGTCATCATTTGCAACTGCTGCGTAAAGGGAAATAACCTTTACCTT TCCTTTTTTTTTTAACTTCCTCACCTCATACCTTCCTCTTTTTCCTTTCCCAAAAATGGA GAGACTATAGAGAGGTGTTCCTCTTAAAAGTATCTCACATCAAGCGCTAAACCGAGTTTT AGAACTTCTAAAAGAAATAAAGTATCTTAGTATTTTGATGATTCCACTATAGAAGAAGAG GTATCTTAAGACTTTTAACCCACTCCCCACCCAGCCAGCCCAACTTAATTTAAAATAAAG TTAGAAAATTGCACTACATGGAGTGACATGGCTAAAGAGGGCCCAGGATCCATATGGAGA TCTCAACTTGCTTGGAGTTGACTTAGAGTTGTTGTTACTATATCTTTCTCGACCAATTAT ACCCAACACTCAATTTAAATAACCTCATCACTCAAAACTGCAATGTGTAGATAGGAACAA GGACAGTACCAGAAGTATGATAATGTATCATAAAGTACTTCATAAGTTCATATTACCTAT CAGTCAAAAGCTTATCTCTAGTTGCAACAGCTCCGAATAGTAGCACAGAAACCAGATATA AACTGGTGGTAGTCAAAGTTGCAGCTAAGGTCCCAACAGGAATTGCACGTTGAGTGTCCT TTAGAGATGCCGAACGGTTCGAACCTGCCATGATCCCAGTTACAGCAGGGAAGAAGAGAC CTACCAATGCACTAACATGGAGAAGGAAATAAATGTTAAGACTTGGTTCTAAATGCTTTC AGTATGCACATTGAAGTAAACGGCAGAAAGAAGAACAAATAACTAATCCTAGCAAAAAGA TGGTGCAAAATAAAGGAACCAACAAAAATAATTGTATGACTTACTTAAAATTCCAGTATA TGTCGCCATTGGGATCTGGAATTCCAGCATTATTAGTCATCTGATAAGCAGACCCCCAGT TGTTTTTGAAAGATTCCAAACTCAACCCTGTGATCCCCACTGTACCATGCATAGCAACAG AGTAAAAAGGTGGTGTCACATGAGAAATGACAACCATGAGTATTAAAACTTCAGGGAGAA CAGACATACGTAACACTTTTGCAAATACCTCTGGGATTGACCATATGAATCTTCTATATC CATCAATAAAGAGATAATTCACAAAAATTAAATCATCTTTACTTTACACCAGTCCTCGAG ATATCATGACACAGGAACCCATCTTTACTTTACTTTATACTACTTTTGGGTAACTTTCTC TAGTTCTTTTGTAGTGGTTTTACGATTTTGATGTTACTTGATTGCCTTTCCAAGTTAGCT ATATTTTGCCTGGATTCATAGTTCTTCAGAATCATTATTCTTATTAGCAAAACCAGTAAT TAATTGGTATTCTACAGCTTATCATCAATAATATGTAGCCCTTGACTTCCATATATGGCT TCAAAGATGCAATTTGTTCAAAGGAAAGAAACAACAATGTTTGACTTTACTATACTCCAT GATGACCTCAAGCTAATAAAATTAACTAGATTGGTGTATGAACTACTGAAGGCTCATCAC TAAAGCAACATAAAATAGTGAAAATAAACGAGGTTGAGATACCAAATTAAGATCAAGAAC TAAAAACCATTTCAATAATACCAGTACACTATAGACTCCACTAACAGAGCGAAAGCTGAT GAATGTAGTGTTTGACTAGGCAAGAAATTTAAGAAAGAAAGTAAAACTTTTGTCACATAC CAAAAGTACTTGAGAATTCGTGGTCTTGAACATGTTAGGACAATTTTCAACAATAAGAGA ATGTAATTAATAGTAAAATAGGAAGTTTAAAGTTACAGAATTTCCAAACCAAGAAAGTAG TTATTCTTTCCGAAACAAATTAAAAAATGTAAGTCACCTAAAATGAAACAGAGGGAGTAT GCAAGGGAAGTGTATAGCACATAAGAATAACACACAGTTTTAAAAAAAACTCTCAAGTAA GACAGGAAAGAATAAGAATAAGGCATAGACAACATAAACCTGCTGGATGATCATGCCTCG CAGAAAAGATGCCGACAAATATGCAAAGCAATGAGAACAAAACAGGGACAAGAAATGCAG GTGCAACGCGATTGATCATTTTTACTCCACCAAACACGACAAAGCAGAGAAGAATAGATA CAACAATCCCATAAATTTGCAGGTCATGCAAACTTGGACTTGTAATGGGCTCTGCAATAT CTGTGCCATTAACTCGTGTGATAGTTTCTGCATTGATGACAAATGAAGTTCAGATATACA AATGAATTTGAAAATAATACAGTACTATCCATCAAAAATCAACAATAAGTTACTTGTATC AATGTTATGATAAAGCCAGAAGGATATCAGATGGTTTTACCGTAGAAGTACAGACAACAC CAAGCCATTTTCTAAATCATAAAAGTTCAATCTCATTTAAGGAATACCTCTAAAGATGCC CGCACTTGGTACAGCATTTAGAAAAGTCTCTACGGCTCCCAGTACATACCTAACCGGCAG GAACATATAAGAGCAGGCATCAACACAAAATCTTTTTGTAGATAGTTTGAAATAATGAAG CAACTTAACCTACATTGGCATACACACCCACCCACCCACCCCCACCCACACCCCCACACC CCAGCTAAGTAAGTAGTTCCTTCACACAAAAATATAACATCAGATGTATACTCACATTGC ACCAGCAATTGCATTCCCAAGGAAAAAACAGAGCCCAATGCTGACACCAACTTCTGGACC CAATGCACGACCAATGAGATAGTAAGGGCCACCACCCTAGATTAGAGAAAACAAATCTAG GATATCACTTAACAAATAAGCTACAAGGAGATCGTTGAAACACATAGTTAAGTAATTAAA AGTATGCTCTCTCTAACGGGTTGAGCTTTTACATAAGGTGGAATGACAGACACAGAATTC ATCCATATTATTGTCTAGCCAATGCTGGGCAACAGAGATACACATATCAAAGCAAGCTTG TTATACTGGAAACGAAATTAAAAATCTATCCTTTTAATCTGCACAGAAGTTGTATCTGAT GATTTTTTTCCCACCTTCATGGCACCATTGCTTGCAATAGCACTTAATGATATCGTGGTC AGGAATGTACATGATCCACAGAACACAACCAGCAACAATGACTCGCCAATGCCTGCCATA CCAACAATCCTGCAGTATACACAAAAACAAACCAACACAAATAGAGTGGTTATTTGAGTT GGAGCGAAAAAGGATATCATCAAACTAACAGTAGTAGATCATAGGTAGTGGGTGCATTTG TTCATTGTTCCCTTCTCCTGTTCCTTTTCACTTCCTTATCTTACCTGAAGATAACTTTTC TCCCCTTCTATCTCTACTCACAGTAATTAATTTCTATATTAGAAAATGTCAAAGGTGGGG GCAGGAGCAGATCAGTTTGAGTATTTCATGATACCAGTATAACCACGCCTTTCTGGAGTA ACGAGAAGAGCTGATTGGTACTATAGTAATGTAGACTAAATTGCTTGAACATCACCCACC AAACTTCCATATAGTAAGAGAAACCAGCAAGATGCAAGTATAACATGCAAAATGTGTAGT ATTGAAACTGAAAAGCAGGTTCACCATAGTCCTTGAGGTGCCCGTTTAGGAATACAGAAC CAGTCCACTTTTATTAAGACATGAAACTTTAACCAAAAAAGAGTTTGATATAAATCACAT GATACATTAGATAGTAAGCAAACTTACCACGAAAATCTAATGTAGTAGATGATCCCCAAA ATATTTTGCAAGCATGGCATAAACACTCCCATCAGCGTGCCAGATTTATCAGCAGTTGGC TTCAAAAAATTCACATATAGAGATGATTAAAATGCACTCAAGAGCTTCTTTAAGCAACCC ATCAATACAAAAATTAACTATCCAGGTACGTCCAAGCATTGTCAAAGTCTTATTTTCAAA TGTTGACACACAAGATAAAAGAACATGTGAAGGTTATAAGACAAATTGACAGCATAGGAG ATAACAAGTTGAAATTAAGTGAAGATTGAACTAGAAACTGCAGATATATACAACTCTATA TTGCATTGTGTTCAGTATTTAGCAGGAAAAAGTAACTCCATAAATAAACATCAGCAAAAG AAGCTAGAATCGGAGGGAAACACGCAAGAGAGAGGGTAGATAACCTATAAGTTATAACAA TGTTCAAAATTTTGTGTTTCACTATAGTAGGATGCAGAGATTTCCATTTCTGAAACAAAA AAAAAATCATCTGATATCAAAGCAAGCTAGTAAAAGCAGCAAAAGAACTTCTTCCTCACA TGATATCAAAGTCTTTCTAAGAAACTACTCCTTGTGCATTCACCAACAACGTCCGGGGAA AGAAGCATTGGGACCTGTTGTGACCGTTACATCTGTTCGAGTCTTTCTTGAATTCTGCAA GGGTTTATATACCAATACCACAAGGCCAAAAATCCTCGTTTGAGCACAACATAAGAAGAA TCTCGTCATCCAATCAGTAAATACCTCTTCCCGTGAGTTTCTTAGTTCAAGCTATTTTTT CTATTTCTTGATAGTGTGATTAAGAGGCTTGCGACCCTCCCCAATCAGTTTTTTTATTTT TTAGGACAAGAAACCTATGATGTTTCGATCACTTAGAATTTTAGAAACAATATTAAAATT ACTTTTAGAAACAAATCTGAGTGATGATAAGAGATGGTTAGCTAAATCAAAGATGCCTTT AGGGGCCTTGTTGTCATTAAAGTGATGTATGATAACACTCATATCGTTACTCATTTATGC GTGTTCTATTATTCTCTTTTGATTACAACATCTTCCTCTTTGCAATAAAATCTAAAAGCT CAGCTTGTTTATTTAGGAAAAATGGTGTCCGCAGAGGAAGCATGCCAACCACAATGATCA AGCATCAATGAAACCATGAATACATCAACAAAATTCACAGCTATGTTTTCTCTGTGGAAA CAAACATCTGACAGTCACTCTCATTTTCTTTGCAAGAGAATGAACAGTGCAACTAAGCAA TTAGCTGCATATCTAAAGCTCATCAACAAGTTCCACATCTATCCTCTCTTATTGGAAACA AACATGTGAGTCACACTTTCTTCTTTACAAGATAAAGAATAATGCAACAACATAGTTATC AACATATCTAAAGCTGGAATAATCTTTAGGAAGTCAGTGTGAGACAAATGGCTGATTGAT AGAGGGATGACAAAAAAGAACTAAGCAGTAGCTATGTATTTAAATCTAGAATGGTTTTAA GGAAGTTCAGTGTGAGCCAACAATAGCTGGTGGAGGATAGAGGGGATTCACCAACCATTA GCATTCAAGCACCTATGAAATAAAGCAGTAAACCAAAGAAGCTAGAATTACCTAGGAATA ACCTCCTCAGTTAAGGTTGCATAAAGCACCAAATAAGCAATAAAAGGTTCTGCGAAAACC ATTGGGAGATCAAAATAAAATTCCCCATACAGAATTAAACACCATATGAATATTTTTTCA TGAGCTGACTAAAATCCTTTTCTAATAAGGATAAAACTAATTGTTTGAATTATAACTGAA CTCCTAAGACAAATAGGATTACAGATATCCAGGGAAACAAAAGATAACTTACCTAAGATA AATTCTCCACAGAATTGTAGAAAAAATGAAAAAACTAGCAAACTACTGCTCCTAAACAAC TTAAACATTAATCTAAACCTAAGATAAATTCTCCACAGAATTGTAGAAAAAATGAAAAAA CTAGCAAACTACTGCTCAGCTAAACAACTTAAACATTAATCTAAACCTAGGAACAGCTAA ACTAAAGATATCCTGTTTCTTTTCTCCACTTGTTTCCCACATTACTGGAAAAGATCCTAG CTATCATAACGAAACAGCTTCTTCTTTAAAAAAAAATGGTAACTTTGTATTATATCAGGG ATCAAAAGAACCAGCTTTTAAAGTTTAAATTACCTCCAATATGTTTTTTTCTTATATAAG GACATCTAAATTACCTCCAACGTTTTCTTCCTTTTTTTTGAAAAGGAAGTTTAAATCACC TCGAATATGTTCATAAATCAATAAGAAGGAAATTCTCTCACAAGAAAATGGGAGTAATTG CATGTTAACACTTTTATAAAAGAATGAATTTGGAATGGTGTGATTAAAAGTTGACAATTA TATAGTGACACTCTAAGTCGAAAACCTTAAGTATTACATACTGTTGTCTTCTTATAACCT CCATTTTACAGCCCTATATAGCCTACTGTCCTTTACTATTTATTCAGAAAAGGGAAGTCC CCAATTTTTCCCACTAGGTATAGGCATAGGAGATGAAAATGAATCCACGGGAATCAAGAA AGTGAATTCTACTTCAGGACTTCTATGAACATGATACAGTCTTAATTGTGCATGGCACGG AAAGCTTCAGGGAAATAAAACGATGCTCAACAAATTAGTTCAAGTACCTTAGGTTGCTCA AGCGTGAGAGTTATATCCTCACCATCTCTTGGACTAGACGGTGCGGGAATTTGATCCCCT GTCATACTGGAACAACAAGATTGATAAGAACATTATAAAACCACAAAATTGAGAGAAAAC TGAAGTTAGAAAGTAGTTGTTAAGGACATTTTTTTGGACAAGTAAACAATTTATTTTATA CAAAAAGCAAACAAGAGGTGGAAGAACACTGCAGTACAAAATCCAGTCTCCCACAAAACA AAAGCGGAGCTTTGCAACCAAAATAAAACTCTAAACCATATACATCCAGAATGTTAAACC AAAACGACCATAAAAAGAACATTTGTATCAAAATCTACCAGATGACTCTGCTTTTCCATT AGGATTGACTCCTGTCTGTCCAAATTACCTAAAGCAAGCAAGCTTGGATAGTAAACCATA ATCTACTTTCTTTTTAGTTCATTTTCCTTACAGTAGACTCCATGGCTTTTTCTTAACTAG GGTGCGATCAGACACATTCTTGGCCAGGATAACTATCTATTATATTTGATCTCATCATCT TAATCAACAGAAATAAGAGCCTGCTAGGTCTTGAAACCACCCTCGTTTCCCTTTGAAACA TCTGGTATTCATTCCCTTCCACAATACCCAACAAACACAAGCATGCACTGTGTTCCAAAC CTTCCTAGATGATATTCTAATTCCCCCAAAACCCAGCTGGTAAATAGCTCCCTTACTGTG CATGCCATAACAAAAGGTATCCTGAATATATTACGATATAGTGATGGTATTTCATCTGCC ACTAGGCATTGAAGAAGAGGGGGGTCACAGTTTGCTTCCTCACTGCTGCACGGGAGATAC CTACTATAACAACAACATAATACCTAGTGTAATCCCACAAGTGGGCTCTGAGGATGGTCA TGTGTACGCAGCCTTTTCCCTACCTTGTGAAGGTAGAGAAACACCTACTGCATATAAATA ACCCTCTTTCCGAAAAGTTGTGTTGAGTGACGCATGAACTGTTTGTAACCAGCCACATAA AGCAAACCAGCCAAGTTCAGTAGTAAGTTGTTTGGGTGTATTTGACACCATGAACTATTA TTTGAATAGATTAGCATGCATTGGCTGAGTTTTGACACTTGTTGAGCATAAACCTCATTC GCAAGTACAGTTTAAAACCTGTTGAGCTCCGAGTTAGTTATACACTGCATATGCTTTGAT AAATTGTTGTATTCATATTTTGTTTTGTTTTGTGAAACTGGTAAATTGTATCCCTAGCAT TAAGGGTACTAAAAAAAGTAACAAAGTTCCTAACAAATCAACAAGTTGGTCTATGTCCTC TATACACTGCTCTTTGCACCAAAAAAAATAGAGATACAATGCATTTCCATTTATTTTTTG AATGGAATTAGATGTTGACTGATCTCAGTGCGTTCAGAAACCCAACAAATTTCTGCATCC TAAATTTATTTTATTAACAAAATTTATTCTTCTTTCAGACCAATTGAATCTACATGCATT GCCTTCTAAAATCTCGCACGATTTCAACTAGGAAAAGAACATTCTCCTCTCCATTTTGAG TCTTGACAATAAAAATGAATAACAGGAAATATGAGTAAAAACACAAAAATTTACCCTACC AAAATATGTACAAGAATGTGATCAAAAACTATTGATGTACATTTTTAGTTGCTTTCTAGC TAGAAAGAATACTTTGTATATCAAAAATTTAACCTTCAAATGAGGAAACTCAAATAATCA CTTAAAGAAAATCCGCAGATAAAGTTTTGAGAGCCCAATATGACTAAGAAAGTAAAAGAT ATACGAAATTTGGAGGAAACGTTGCTGAGAGGAAAGCATGCTGGACTAACAGAGATGGTA GCCGGAAGCACTATAAGTACGTTCTAGATAGACGGAAGAGCTTTGGTGTCTTGACTTTGA TTTGCATTGCCCACCAGAAAACTTAAAATTTACTCCAATGATGTCAAAATGCAACTATCT CAAGAAAGTTATTAAGTAAAAAATGACGAGAGCAAAAACGAGTTTCCTGAAATATATCAT ACCAGCGAATAGAAGTTTGTGGAAAATAAAACAAAAGAGACATAGAATTTGTACCTCTTA CCTCTTGAGACCTAGAATATTTACTAGAGAATCAAAGCCAAATAATTCCAGTTTGGATTC TCTTTGAGGACCATTGCTACTATGATTGGATAATGACTCGTCTCTTTCTTCAGATGCCAT ATTTGGATGGACACCTACTTTGACGTTCCTGAAAAATGGTGTAATCAGAATAAAGGTTGA AATGATTTCCCAGAGAAAAGAAAGGGACAAAACAAAATTCTTGTCTAGATATCTGCAAAC CCTTTAATATTAAAAAATATGGTGGGCATGCGGATGTAGCCAATGTATTGGAGCATGTGA GTAAGCAGTTGAGCACCATGGACGGATCTATAGTAATAGCTAGTGGTACAGCCGAACCAG TAGTATTGGCTCAAACCATGCATGAATAAAGAATTCACTAAATGTGTACAAATATTAAAT TTTTAAACATAGTCGGGGGGGGTCAAGGAGCAGAGAATATCTAAAACATTAAACTTGTAA ACTTGTAGAGAAAGCTATCAAACATCCAAAAGTATATCCATAGGCAAGCTTTGAGATATT CTTAACCCTAAGTGATAATGTTCGAGCGATCGAAGAAAGTAAGCACTTCCATTAAGAGAG TATCAAAGAGTTAAAATGTGAGTTATCAAATGGAAGCTACTGGGTCTAGTTTATCATGAA GCTTTTTTGTTTCGCATTCCCAGAGAGAACCAGCATCTACTTCACAACGCACAAATGAAG CAAATCCGAACTAGTATATTTAGTTGATAAATAACTGATAGATGAATGTCACTATTTCCA ATTGAGCCAATACTCTTTGCATATGGTGTACAATTTGGAAATAAAGGAATGCAAAATGTT TCGAGAGCAAGAGCAGTTCAATACAGAAGACCAGGAGTTCCTGCATTTCTCTTTTTTATT TTTGGTGTTAAGAACAGCTAGTAGATGATGCAGAATCATTACTAGACTTCTTGGCCTCTT TGTATGTTTTTGTCCAGGCCTGTATTTGTAGATATGATATACCAGGCCTTTTGGGATGTT GATGAATATTTTGTACATATTAATGCAACTTTTTTATAAGTAATACTAATGAAATATTTG TTTTTGTCCAGGCCTGTATTTGTAGATATGATATACCAGGCCTTTTGGGGTGTTGATGAA TATAACATGTTGCCAATTTCAAAATAAAAAAAATCTTTGTACATATTAATGCAACTTTTT TATAAGTAATACTAATGAAATATTTAACATACTCAACATTTAAATAGAGATACTTAATAT TTCAAATTCATCAAAGTTTATTAGGAGAATTGACTTTGAGTCAAATTGTTAATCTTTTAT GCCCTTGAAGTTTCAAAACATAAGTGAGAGGATGGATGAGAAAATAGTTCCACAACATTC AAGTAATTATACTAATATGAAAGCCTAACCATAGATTTCAGTAGTATTTCCACTGACCCA TTTACCTACAAAACAATGTCCAAACCATGGCAAAGACAAACTATGTACATTGAGGATGTG CTCGGTACAGACGAAAATATTTTCCAATTTTCCTATGTTTGGTTCGTTAGTATTTTTGAA AACATTTTCTTTATAAAAGAAAAAACAAAGAAGGAAAATGACTTCCCCAATAAAAGTAGG AAAAACAAGTTTCACAAGATTGTTTCCTTCTCAGCTTCCAACTCACCTCATCTTCACCCC TTCCCCATAGCTCCCATCCCCATCCATCACTCTCCACCCCCAACTCCATATAGTATTTGT CTAGATTAAAACACTTTCAAGATAATACTTTTTGCTGTATATAATACCAAAAAAAAAAAC TCATTTTCTTAGAAAATATTTTCATGAAAAACAATTTCTTTCATACCTAACTAACAACCA AAGTGGAAAACAATAGACATGATAAATGGAAGAAATGTTGACCCAAATCCACACTTAGAA GTAAGCTCAGACATAAATTTAACATCAATACTTACGGTCTCTATTAATTGTTCTCAAATT CTTAAATGCTTAAAAAAAACAAAGTAAAAAATTTCATAATTCAGTGCCATCAAATCCCAG AGCTATTAGTACACTACTAGTCAATACTAGTCAAAACGAGAAAACATAGAGAAAGAGAAA ATACTTGAGATCGTGGTTGGGGAGAGAAGAGGAAGATCCGGGACGAACAGAAGACATCTC AATAACTGCACTATCATTGTCATGCGCCACCACTGGACTGTATTTTCGTCCAATAACTGA AGGGAACTCATTTTCCTCCGCAATCTCAATCTCTTCTCCACCTTCCATTGCCTCCCGAAT TCAAAGCAGTCAAGTCTGAACTACCCAAACCGGAAAGTGTTAACCGCGAGAAAAGGGGTT TTTAAGCTGCGATTCAGTGCAGAAAATGGAAATGAGGAGAAAGAGATCTGACAATTCATG ATTTATTTATATGTAGAGAGATAGAAAGGGAGACAGAGAAGAGACAAGTTGGGAGAGGAG ACTGAAATTGAAACGGAGGGAAAATATGAGGGCTTTTTTTTGACGAAGTCATAACTGTTT GGATCAAAATGAAAGGTGCAAAGACTTCGAGGGGGAAATGGGATAGAAAAAAACTTGACA CTCGTTGACTATTTCGTTTGACCATGGTTTTTATTGAAATGAAATGACATCTTTGACTTT ATTTTTTTGGTAAATTGGTTTAACATAATCTTATAATGTACATTTGATTTGCGAGTATGT GTTTCATGTTTGGCCATTGAATTTAATTTTTTTTTTATTTGATATAAAATTGAGTTGTGT TTGTTTAAATATTTTATGTTATTATGTATTTGGATATGATTTAAAAAGTAAAAAAGTGAT AATTAATTCTAAATTGCTTTTCAAAACTAAAATGCATTTCCAGCATGAGTTGAAATTTCT ACATTTAAACACTGATTTTTTAAAAAATATTATTTTATTAATTGTCTACATTGTATTTGA TAGCTATATTAAAATATGACTAAATTTCCTTCTTTTTTTTCATTTCCTTCCTTATTAAGC TTTCCTCATTTGTTTAGTAGTATTGTCAAAATTGCATCAAAAGGCCAAATAGTTTCAAGT TTTTATCTCTTGAACATTGATTGGACCTCAATTAAGTTTTGACTATCTAGAAATTCACAA TATAATTTTTTACTTACTTTCTAAGTTTTGCACAGAACATTTAAAAAATTGTAACAATAG AAAATAAGTTCGAAACTCGTCTTTGTTTTAAATGCGTGTTATTATGTTAATTAATAACAT GAAAAAAAAAGACTAAAGATTTTGATATTCACAGAAGCAACCTTCAAGTAATATTGTTTT ATACTATTTCATAAGAGTTTTCATCCTTTTTATTTTATTAATAATTCGGATTTATAACTT TCGAATTAAAAGTAAGGAGTGTTTACCATCCGAGCAACTTTCTCTTATCAGTTTCAAATA ATTTTAATCATCATTTGAGAGAGTGCAAATATATTAAGACAGCCATGTCAAATAATTAAA TCCAATTTTTAACTCTTCAAACTTAATCATAACTAAATAAAAATAGTGGAAAAAAATATT TTATTTGTATTTTTGTAGTAAAAGGAAGAACAAAAATAGAATTTTTTTTTTAAAAAAAAA AAGATAAAACATGAAAAAACAAGTGTGATTATAAGCTTTAAGGTAACATAATAGTCATAT TACTGTCAGATTATATCCAATAAATTTAAATTTGAATGACAAGAAACATGTATGTTTGAT TATCTCCTACTCACTAATCCTTTTATTATTCATATATATAAAAAAATATAAATGCAAGTA TAAAAATAAAGTAATGTGATATAGTAAACAATTAGAAGTCCTTTAAAATATTATACATCA TTCGTGAATTTATATTGCACTTCAATTTTGGAATGACAAAAGCGATGTTACACATGGCAT TCAAGTTTTTGTCCTTTCTAAAAACAAAAAATTAGAGTAATAACTAATAATACTTAAAAA GGTATAATATATAAATATATATTTTAATTTAATCTCGTATATATAATATTCTCTAATTTA AACTATACGCCAATATTTAAATTTAAGAAAAATTAAATATAATAGCAAATTAATAAAGTG AATTAAATGCTATCAACATATTTTAATTTAATTTTGCACTATAGCAAACTATTTTTCAGT CGCCTCTCTCCCTCAAGCTCTAGCTCGCTCCTTTTTGCTTTTATATAAACACACAAGTGT ATAAAATGCGTTTGTGAGTGTGTAAAGCGAGAAAAAATTGTAAATACGAAAAAGGGCCAA AAAACCCTTAAAGTATTGAAAATGATACAAAACTATCCTTCATCCACCTATTGGCTCCAA AATACCCTTTTCGCCCACCTATTGGATTCAAAATACCTTTGTCATCCACCTTTGGGTTCA AAATTGATCACTTATTTAACGGTTTTAAATTTAAACTATTTAAATATTCTTAAAATACTT GGCGCTTAACTATTGAATATAATTTAATTTATTAATATTATTTATAAATCAACACATTAC CCACCCATTACTAATTAAGCCCCACACAATTAATAAACCATTTCTAATATCAAAATCACC ACAATCACTACTAAAGCACGACAAAATTACCGATTAATGAAAATGATATTTAAAATTATT GAGTCCGAATTGAAGTTCCAATTAAATTTAGGTTGAGCCGCTTATTTATGAGAAAACTTT CAATATAATTCTTTTTCAAACTTGAATTCGAAATTTATGATTAAAGATAAAGAAGTAGCA CCTCTCAGATTAATTCATGCACTTTTAAATATAATTTTATAAATATTTATTATTTATTTT AAATATTAAAACTTTAATATATTCTTTTTTTTTTGTAAGTTATCATTCAGGTAACATCAC ATAATTGAGACGAATGAATAATTAAGATGAACATAGTCAGACTTTTAAGTTTATCGGTAA TTTTTATTTAAACACTTAAATTATAATTTTTATTGAGGACTTGAATGTATGATAATGTAC TTCTATAGACATTTTCGCCTTAAATTTTTAGAAACACTCATTTATAGTAGTTTCCTTGTT GCGCATTAGTAGAGGGGGTTTATTAATTGGGTGTGGTTTAATTAGAAATGGTAGATTGGT TAATAAATTATATTGATAAGTTAAATTATAGCAAATAGTTGAGCGTGTTGTATCAAAAAA AATATTTAAATAGTTTAAATTTAAAATCGTTACATAAGTGGTTAATTTTGAATCCAAAGG TAGACGAGAAGGGTATTTTGGAGCCAATAGATGGATGGAGGGTAATTTTGTACCATTTTT GGTATTTTAAGGGTATTTTAGGCCTTTTCCATTGTGTGTGTATATCGTTCCTATCTCCTA GATCTCGCTCGCCACTCTCCCAAATGCTGCTCGCCACCCTCACTTCTATCGCTTATATAA ATAAAAAGAAAATGTATAAATTATGTTTCTATTTTATGAAGCGAGAGAAAATTGTATATA CACATGCGAATACATATATTTTCGTCTTATACACTACAATTATTCTCATGCCCTCAGTTT TCTTTTGTCTTGCTCTCTTTATCGTTTTATATATACACAAATTATATAATTGATTTGTAT ATAACTATTATCTTTTGTATATGTATAGTGAATCATACAACTTTGTATATGCATAATGAA TCATACAATTTTTCTTTTTGTATATGTATCACGAAATATACATATTTATGTTTGTTATGG AGCGCAATTATGTAAATTTTGCTATAGCATATAAATATGAATTTTGTGTTTGTTAAATGT GAAAGTTACTGTTAAATTTATATGAAAAATGAAAAACAAATACATATATCTATAAATTAT CATATAAAATGCATAACTTGTTCAACTCTATATAAATATAAGTATTTATTTATAAACAAT AAAAATTAAAAAGATATGCTCCCTTTTCTTTTTAATTGTCACAATTTTCTTTTTAAGATT CAAACAATAAAATTTTTATTTAATATTTTATAATATATTGTTATCGTATTATTATGCAAA AAATTACAACTTATAACATTTTTCATTTAAATTTTTAATTTAAAATCTCAAATTAATATA ATATACTTTATCTTTTAAAATTAATTAAATTAAGAGAACGAGACTAAATAGCAAATAAGA TAAGTTTTAAGGCAAAAAACAAATTAAATTAAATTAAATTTAAACAAGAGCGCATTCACC GCACGTATCAAAATAAAGAACCACTTTCCTTTTGGCGCCCTAAATTTCGTCGTCGAGCAC TCTATTCCTCCGACTTAACTCCGGTGACCGTGCTTTTTTCACAAAATCAAACTTAAAGGA GAGAGATTACAGAAATTCTTGCAGAAAATGAATCTCAATAGTAGCCGGGATGACTACAAG TTCCTTCAAATAGTAGATGCCAGGGCTGCACTTGGCCAGAAAGTTAATCTCATCGGCGTC GTTGTCGAAACCGGTCTTCCCAAGAAATCCAGGGGCACGGGTAATTTCTTCTTCTCAAAT ACTTTTTTCCTTACATTTTATGCAACTTCTCCCTTATTTCTACCTGTTTTATATAGTTGA ATAATCTTCAATATTTGACCATTGAGTATTTAGGAGTGTAATTGTTTACATGCACTTTCT GATTCCACATTTAGTGTAAAAATAAAAATAAATTCAACGACAAATTCGACTTGAAAGTTG AGGCATTTATTAAGTTTCACTAATTTGTATCTAGAAGCTAGTCACTCATTTGACATCAAC ACTTGTTCAAGGTGCATTGAGCTGTTGAACATAATGTAAAAAGAATCCCCAACTCGGGAA CAATGTCAACTTGTTTGGAACCAGAAAAGGCCTTCACAGGAACACATCTGCTAATTGGTC TTTAGTTTGGACAATAGAAAGAGAAATAAGACCATCAAATAACTTTCTCGGGAAAAATGA CAATCCAGCTCAATATACTAGTCACATTTGTGAGAGATAGAGTTTTTAGCAACGTGGATA CAACTTGATTGTCACAATAGGCAGCAGTCAAAGTAAGAGAGGTAATAGAAAATTCCACAA ACAATTGAACAACAAAGAGTCCAAGACAACTCTGCAACTACTTTTGGAAGGATCTGCACT CACTAAGGCTAAGGAGTAGTAGCTTTTTTCCTTGATTTCCATTTTGTCAAGCATTTCAGA ACAACCAGTGACATTCTCCTTTGAGTCTGGGTAAGTTTCCCAATCGTCATTACAGAAGGT TTTAAGAGAAAGAGAAAGATCATTTGAAATGAACAAGCCTAGGCAGACAAATGATTTCAG ATACCAAAGGGTGGGAAATGCTTCTTTGAAGGTGAGAAAACATGGGAGTGTGCATGAATG ACTTAGCAGCTAACCTGCTAAGATAAGTCAGGAAGTTCAGTTTGCCCGGCTAATTTTTTG TTGATTGTAGGATCTGATCTTAAACTTCCATCAGGTGCAGTACACTCAATTGCTGGTCCA AAGGGTATTGGCTGAAGGAAAATCTGAACAATGAAATTTATCCAATATTCCAAGAGTGAA TTTTCTATGGCTGATCAGAATACATTAGCCAGTGTCTAAGACTTCCAAATACAGGAAGTA GTCAAAGACCCTTATTCATTGATTTTAAAAGTGGGATCCAGAAAATGCTTCAGCTTAGTG ATCCGAAGCATGAGGCCCAGTCACCAGAACAATATCTGCATATAGGCATGAAAATGCAAA GGTCATTATCCTTATTAAAGAATAAAGAATGTTCATCCGAGAGTGCTGAAATCCTCTAGA ATGTAAGATTACTCAAAGCTTGGTATACAATTGGTTGAATGCCTATTTTAGACCATTAAG TGATTCCCTCACATGCAGACACTGAGGCTAAGAGAAGACACTATAGACCCTGAGGGACCT TTGTATAGATCTCTCCTTTCAGCATCATAGAGAAAGCGTTGTTCACATCTGGTTGGTATA TATTCCACCACTTCTTTGCTGTTATATATAAATCACATAAGGGTTGTTATCTAACTATTG GAGAACAAGTTTTAGTATAGTCTATACCCTCTTCACCAATGTTTTCAAAAAGATCAAATA AATAGACTATACCCTCTTCATAAAAAAAGAAGGAGAAGGTATAGTCTATACCTTCTCTTT GACTATTCCCTATAATCTCCAGCCTCCTTTTATATTATAGACCCGCTTTGAACCAATGTC AAATTCCACTAGGTTCCTAGTATATTGGAGAGGATATAGTCATTATAATTAACTTGTTAG AATGTCCACATTAGTTGAGAAAATGGGTTGTTATCCTACAAGTAAATCAAAGTCTACCCT TTGTAACAATTTAAGTGTTCAGATGAGATGGTTGCACAATACAATAGTACAAATGGGAAA GACTCGGATCGGTCAGATGACTCCAATGCAGACAGCTCTCTCGCAAATCCTAGATCAGGT TGATCAATTGAATGCTTAAGTGAATAAAGACTGAGCAAGAATCAAGGAAATGTAAGGGCT ATAGCAGCCAAAAAGAAAGCAATTGTGAAGAGTCCCAAGTAGGAGCTTTAAGGGATGGGT GGTCTCTTTAATATGAACATTCCTCACCTCTTGAGCTAGCTGTTGGAGTTGAGTTAGACC CAAAATCCATTCCTTTACATGGTATCGGGGCAAGACTCATCCCAATTCTTGTTTTCCAGT GTTGTTGCCCTATATTAAATTGCTCACGCTCTAGATATCCAACCATAGGTGTGAGGGGAA GGGTGTGTAAAGAGTCTCACATCGGTGCTTTAAGAGATGAGTGATCTACTTAATATTGTT TGGACATTTCTTACCTCTAAAACTAGCTTTCGAGTTAAGTTAAGCCGAAGATCCATTTTC TTACGAAGATCAACAAAACCAATGTGAGTGGCTAATTGAGCAGGAATGATGACTTCATCA AGGCAAATCATTAGCTACAAATATTTGTTGCTTAACTTTTTATCTATACCACTAGCACTT GTGTTAGTGCATTATAACAACATACCGAGTGTGATCCCACAAGTCGGGTTTGGGGAGGGT AGTGTATATGCAAACCTTACCCCTACCTTGTGTGAGGTAGAGAGGTTCTTTCTTATAGAT CATCAGCTCAAGGAAAGTGTTTTAAAAACACGTTTGATAAATACAAGTGCATTGAGTTGT TGAATGCCATATGTTGTACTCATCACATTTTGGGATATGGAGTAGTTAATATCTCAAACC GTTTTTTTCCACCAACATTGTGTGGAATGAACATTTTGGGCCTGATTTTGGCGTCTTTTG TTTTTATTTTTGTAGATGTCTTTTGCTCCATTAGGATCATTGATGAGTCCTACCCAAGCC CAGGGATTGCAGTTAATTTTTTTGCCGAAACTATGGATAAGCTTCCTGAAGTGCTGACTG TTGGTGATATACTTCAGATCTCTCAAGTTGTGGTAACTATTTTTGCTCAAATATTTGCTT GTTGCCTTTTGGGTGTAAAAGATTCTTGAACATTTTTTCATGTGATGGAAATGTTGAAAT TATAGATAAGAGTATAACTAAATCCTGAAAATAAATGTTGAAATGGGCTGAATTTTCTTT AGAAAACAATGCACCATATTCAACAAGGTGTAAATATGGAGTTACAATTGGTATTACCTA GAATTCTTGGCTTTTTAAAGGGTGCGCTCCTTTCCCAAAATTTTTTTTTGAAGGACTTCC AATAGCGTGAGTACTTCCAATGGACCAGTTCATGATATTTTTACTAAATAGAAGACTTCA TTTCCCCAGCGGTTGATATATTTTAGCATCCTTCACAGTTCAACTATCCTCCTGTAGACA GAAGCAGCTCACCAGAGATTTTGTTGTTTCTTTTAAATGGGATCTGATTTACCAACATTA TGATTAGGATGGGCCGCCTTTGCAGTTAATCAGCCACTTGGAAGAGTGTTCTTATCCTCT GTTTTTTGATAAGGGGAAATGTGTTCTTTTCCCTCTTAAGGGGAAAAGTGCTTGTTGCTT CTAAAAAATTATTAGAATAGATTGACTACTTCTTGTTCTGCAGCCGTTCTTCCTCTAGAC TCTGTTATATTTGAACCGCTTATGAATCTACTATTATGATCATGGGCAAAGGCCAAGTGG AAACAAATAAAATTCAATTTCTCAAGGAAATAGATAAGCATTAATTGGATTGGCCAACAA ACTGAATGCATGATCTTGTCCTGATTGAGTGACCTTTTTTTGTTCTTAAGTATTAATTTC TGGAAGTAAAAAATATTGTGTCAATCCTTACAAGTGGTATTCTTCGGTTTGCAGATGAAA ACTCATGGACCCGATATTTATGCTTTGTTCAACAAGAAGTTCTCTTCATTTGCAATATTT GACGGAAAGAATGATTCAAATATCCTCCCTTATCAATGTTCTTCTAAGTACCATGCTAGA GAGCAAGACAAGAAATTTATACTGGGTTTGATGAAGTGGTTGGTTGATCACAAGATCGAT ACAGGTACTCGCAAGTCACATCACTAGTGCCAACTGCTGAGTGATGCTTATAATAGAATT CTGTGCTAAAAGTACATAACAATTAATTATTTAGCTTCTGAAGGTTGCATAAAGAATGTA TCCTATATTGGTGATTCTATTTAGGTGTACATTTCCATTATGGATGTACGGGTAAATATA ATATAGTGCATATTTGGTGTAGTTTGAAAGAATTTTCATGAAGAACCCTTGTCACACTTG TTTGACTCGGACGTGTCAAGACAAAGAATGGATCCATATAGCATAGGATGGGCCAGCTAA CTTTTCTTCCTGTGAAAGGTGTTTGAGATATGTGTATGCACATGTACCTGTAGCTATATC TAGTTGTTTTAGCTTCTCACATAATCTTAGTTATTGTTACTCTATCCTTCTTTGAACATC AGTTTTTCTTTCAATTGATCCACCAACAAAATCCCTTCCCAGATGCCATTTGTATTCTGG TAGTGCTTTTCCTTTTTCTTTGGTAACTTAATTTATTTTGTTGTTTGAATTTTCGGCAAC CTCCCTCAGAATACGATTACAATTTTCTTGGTACTCAGTAGATGCTTCATTTTCTTGATA GATTTGACTGATTTACATTCATTGAAAGAGATCAGAGAAGGAGAACGTTTCAACTTGATC TGCAAGGTACTTTCTTTTAATAAGTGATCTGCAAGATAGTTGTTTCTTGAAATAACTGTT CTTAAATGTATCTTGAATATATTGGCAAGCACAGTATGCGCTACATTTTCTTAGGTACTA ACAGAACATTCAAAATCACTAACACTTCCATACACTGGCATATGCCAGATTGTTCACGTA TGTGAAGTTGAAAAAAACAAGTGGATGCTTCTCGTATGGGATGGCATGGATACTCCACCG GTCACTATCAAAACAAAGTGAGTGTTCCCTACTTTCTTATCAGGCTTCGAACTAGGGGTA CAATAGTGATTTAATAGACAAATTTTGACACCCCCCCCCCCCTTTGAAATGAGATACTTG TGCAGGAAGGAGTAATTGATGATCTTCCCTGGATTTCTGACTTAGTTAAACGGCCACTTT GTGCTTGCGATGTGTGATACTGGGCACTTCTGTTAGAGTGATATTTCTTTTATCTGCTGT CACCAATGAACTAAAATTAAGTATGTGCTAGTGGAAACTATATATATTTAATGCAATACT ACATATTTTTTTGGTAATTAAATACTCCCCTGTTTCAAAAAGAATGACCTCCTTTCCTTT TTAGTCAATTTCAAAAAGGACCCCTTTTGGTAACATTTTAATTTCAGTTTTCCACGTGAC ATATTTAAGGCCACTACATTAAAGGACAATTTTGTACATTTGACATAACTTTAATTTAGG ACCACAAGATTCAAAAGTCTTCTTTATTTTCTTAAACTCCGTGCCAAGTCAAACTAGACC ATTCTTTGTGAAACGGAGGGAGTACTAGATTTATATCATAGTTCAATGATGTTCTCTCTC AAAATAATGGTAAATTCGTTGAACAACAAGCTCAGAATTGGGGTTAAGAACAAGATATGC TTTGAGAGGAGGGGAGGACTGCAGATGGCTAGAGTCAAAAACAAATGTATCAAAGCTTGT TCTCTTGGTGTTATAGCAGTACTCTAGATAGGATGGACCAATATTTGAACTTTTTGGATT TTCTTTTTGTGGGGGTAGGGGGATGTAGTATGACTGTGGAGATGTTGTAGCTTTATCAAA AGAATTGGCCTTAAGAGCATAATTCAATAGGCCGAATCTCTTTGATAATATTTCAAACAT TAACGGCCAAACTTGTTTGCTTCCTGGTCTTAATGAGTATCACCAAATTTCCTAGATAAC TAAGATTTGAATCACTCAAATTAGAAGGTCCAAGAAAGGATAAAGCCTCAAATGGTCCCT ACAATATCTGCCTTCTTCCAATACATATAAAGATATAATCAAACCTCTGTTGAACTAATA TTTACTTCAGAGAGGTAAACTGCATACCTGCTTGTCTGCTTCTTTGCAAATATCTTTCTC ATATGTTATAAATGATTTGGTACCCAATCCTGTTATGTTGTGGCCAATTGTTTTGTTATT ACAGGCTAGAAGAAGAAATGGAAAACCCACTTCCATTGCAGCCGGTGGCCTTCACTTTGC AAAGAGATATTCTCTGTACCTTGCCACCTCTTGGAACTGTCTTGTGGGTAGCCGTTGATC GTTGCGACGAGAAACTTGGCTTTAACTTTCTCAAGAGCAATCGGTGGGTGAAACTTATTA ACATTAGATGTGAACTTCATGCAGCATTGTGGCGTGCTGTCCTAATGCCCTTTACTAAGG TTTGCTACTTATCTGATGAAGATGACATCGTTTTACAGCGCATGAGGTATTTCTTCTTCC AGTTTTAATACATATATGGTACAATCTTGAGTGGAATTTTCTTAAAGAAAAATACTGTAG ATGTGAAACCCCCTATCAGAAAAGAAAAAAGAAAAAAATAAACAACTGCGTGAAACTCAA TTGCATGATAACGATGGTCATCATTTTTATTTGACAAGCATGTCATACATAGCCCATGAC TTCATAACATGGATGCTCATGCCCACCACAATTATCAGTTCCATATCTACTCTTGGAAGC AAGGTGTTTTGTAACAATCTATTATAATACCATGCCCTCTGAATTTACCTCAATTGTTTG CATTTCCCTGATAGGCAGTACGATGAGCGTCGTAAATCCAAATTGGGATGGATGCCTTCG TCAAGCTTTCCTTGGCCATCTGACATAACAGGTTTTGCCTTGTATGCTCAAGCAATGTTT TTGATTCTTTAATAACACATTCTAACATTTCTTTTATTTCCTAAATTCTCAGAGACTGAC TACCCTAATGTACCTTTTGTCTCCTTGATGAGAGCTCTGGCTAATCCAAAGGTATCTCAA CCACTTTACTGGGCCGCTATTTCCTTCTTTTGCGCTCTTAGTATTCCAAGTATTGAAGAT ATATTAACACTATCTTTAACAATTTAATTGTTGGACATTGCAAAAAAAACTTGCATCTTT GATTTTTAATTACACATTGGCATCCTAATGCGTTATGTGCTTTCAGTTGATCCTGGCTAG GCTGGAAGAGTGTAGTGATAGCGGGAGTAGTTTTTCTTTGAACCATTTTTTTTCCTCGAT GTTGCAAACTACCTTACATCTTCACACTCAAACATTTAACATTTCCTTTGCTTTATAATT GATGCTGAAATGGCTAAAAATCCTATTAAAATGGCAATGCATGATATGCTTTGATCTCTT TAAAGTACCAGTTGACAGTTTATATCAACTGGGTGAATCTTCTGGATACTTGGCAGCGTT AAAGACTAGAGAAAATGTTCGCAGTCAGTTTTAAGTTATTCCTTCCTGATTATTCCATTG ATCTGAATGACTTCTCTTTGTAAAGTTGCTTCTTATGGAAATTTCTTTTCTTAGGTCTTA AATAAGAATAATAAGTTTCATTTCTCCTGCTGATTATACTGTATCTGTATTCCACTAGTG ATAGTGGAAAAGGAGCGCACGGGAATAATATGTGGGGAAAATTGATGCTTGATGTAGTGC AAGTTTCTTTTTCAGTTTCATCACAGAAGCTATTGAGTTAGGATGATTCTAATAACATTC TTTTTCTTTTGTGCTACATATATGTGATATATGACTTCACACTTTTTATCACTTAACATC ATTGAGCTTATTATATGGCTTTTTAACTGTTGTATTTCCTTTTCTTACTGATTTTGATAT GTTTTACTTGAGCTGAGAGTCTATTAGAAACAACCTCTACCTTCACAAGGTAGGGGGCTG CATTACACATCACCCTCCTAAACCCAACTTGTGGGATTACACTGGATATGTTGTTGTTTG TTGTTGTACGTCATTGGGCTTATTGCTTGCAGGTCATAGGTAAATTCCACTGTGTAGTTC GAGTGGTAGCGGCATTTCCTTGGCTAGCTGAACATTTCCGTTCCCCTTCTGGGGTTTATA GGATCAGGTTGACCCTAGAGGATCCAACTACAAGAATCCATGCATATCTGTATAAAGAGG ATGCGGTAATAATTGTTTGTGTACTTGCAGTCTTTTATCAATCTTTATCGAGTATACTGC AGCACATTAATAGCCATTTAGGGACTGTGTTTAATGACATAGCTCAGTATAAATATGTTC CCTGGACTTGGATATCAGTATTTTATGTATTTGTGAGGATGTATATGACATACCTATGCT CATACTCAACTGTTCGGCTTTGTTATCTTGAAGCAAAATGAAGATTCCTGTGTCATAGTT GTTGATATTGTACAAACAACTATTTACTTGCCAAATCATCCACCAATTGATTTGGGAAAT GATGAGATTGTGGCCCTTGAAGATTATGAATGGCAGGCCTCTATGTGCTTACATAAAGAC GATATTAAAATATCTGTTGGTTTATATTTATTGCATAAAATTTGCTATACATGCTTGAAT TGTTTGAGCTACTAACTTATGAATCTTGGTTTTGACGTGATACTACTATACTCGCAGGAA AAGTTTTTTGACGGCTACCCCTCTGTTTATACATTAACAAAAAAGAGGAATTTGTTGCTT GGAACTTCTGAAGGCGATGATGATAGTGAAATGAATGATCATTTTAGAAATCCACCCTGG ATAAGGTGTTGCTTAATGTCTTACCATATCGATGACAATGATGTCTGGGGAAGTAGGAAC TTTCGAATTTTTGCTACCACCCTGAAAGCATAGGAGATCGTCCATTCTGTAAGCCTACAG TGCTTCCAATTAATGTTATGCAGTTTGGCCTCTTCTTCAAATGTACCTAGACAGTTGCTA GCAAGTACAGTAAAAAACTCTTAGTTCGAAAAGATAACATCGAAATTTTTGGATGCAGTA AGAAAAGTTAGAGACTTGCTTCAATTAGATTTAATTTTTTTTTAAAAAGACTGAGCACAA TAGAATCATATATATATATATATATATATATATATATTTATGATATCGAACACAATAGAA TCATATATATTTGTATTTTTAGAGAATTATTAATTTATGATATTAAAGTAACCATATATT CTAAAAATATATTATCTTGTTGAAATTGATGATTAAGTCGGGATCAGAGAAAAATATTAT CTTAGAAAGATTATTAATTTATAGAGGTTTTACTGTAGCTTAGAATGACCATAACCTATT TTCTTTTGCTTGTGTAGATGTTATCATCCTTGCACACAAATAGGTTTGCTTTCATGTAGT GAAAGAAGTACGATACTCCCTGTCAATACTAAACTTTCTTCATTGCCGTTTCTTTTATTT CCTTTTGGTATCATATAAAACGTCTGCTAGAACCATCCATGTGGGAGTTGAGACTACTTC ATTCCCATGAATCACTTGGCTGAGAGGTCAATATGCATGGTAGTTGTTTCAAGAAAACAG TTACTGAAGCTTTTTAGAAATAGAACGTCCTGAACAATGAAAGAAAGTATCAAGTAGTTC ACTGAGGAAATTACAAGATGCACAGAAAATATACTCGACTGCAGACTACCATCAGATAGT TCGAATTTGCTGTGTTGAAGTGTTAGAAACCAATGATTTATTCGTCTATTCAACTACACA GAATAGCACAAGTGCTGCCATCTATCAATACAATATCAACATTGCTACAAAACAGGTAGA TTGGAAGCTAATAGTTTCTTACTTTGACAGTTGAATAGAAGATGCAAATTTGCACCAAAC AAATATGATAAAGAAACAAAATCCAGTATACAAATACGAAACAATATATGATCTCTTGAT ACCAAAAAAAACCCACACAACAGTAAGTTCAGAGAAAATATTCCAAGTTTTATAGTTTGT CAAGGTTTGTTGCATTGACATCTATTGCAAGTCATTGTGGTACTTATAATATCGTAAGCA ATTCCCAAGCAACTTAAGCAATTTAGAAATATACTTTCTTCTTTTGATTGTGCAACAAAG AGCTGCGTCAACATTCAACCTCATCATCCAGAGTAAATTACGCAGATTTGACAGAATTAA CATGACCACAGCTACTTTATCACCACAAAGGTGTACTAAAATCTGAAAATTTAAGCATTT GATAGCAATAGGATGTGTCAAAATCCACTTCGGGAAAACAGAGTATTAATTAAACAAAAC ACAAGGAACAGGTTCAAACACTAAAACAATATAGAGATCTCATCTAAAGCCAAAATGCTC ATTCATCCTCCTGGCTGTGCAACCTAGCAAGCTTGTTTGTTATGACAACATCAAGTTGGG CAGCTCGCTCGACAATCTCTTTCCTCTTCCTAGTGGAAACATTGTGTGCGATTTCTGCAC AGTAAGTTCTGGCAAGGAAAGAAAAACATGTTGGATGACAAGACATTCATAAATTAAGAA CTCATAGTTATAGTACAAATCAGGTGACGATTAAGTGAGCTTATCAAATTACCTGTTGTG CATCATTAGGATCTCAAGCTCGCTAGCATTATGCACGACGAACTTCTTGAAGCCATTGGG AAGATAGTGGCGAGTCTTCTTGTCTGACCCGTATCCAATATTGGGCATCAAGACACATCC CTTGAACTTTCTCCTCACTCTAGAATCAATACCCTTGGGTCTGCGCCAGCTTTCCTATTA TAAAAAGTTGAATGTTCAGGTCCAATTAGTAAGCTTGCCCAGTCCAAATACAACTGGAAG AACTAAAAGACTACAAGAAACTCCACATGAATTCACATGATTCCGTAAGCCAACTATAGG AAAACAATACAGTTATTCATTTCTTTTTTTCTAGAGAATAGAAAGCCAAAAATAATATTG AACCAATTAGTAGATGAATCACAGTTCTTCCTCAAATGAGAGTGTGGAGTAGGTATAATT CTCCATTGACAGTGGCATTCAAGAACAAGTACAACTTCGACAAGCCCCACAACAACCCAC TATACAGCCATCACTTCACAGTACAAACACCCTAAGACATACATATATTAACAAACAGTT GCTGAATACTAAAAGGTCTTACTTGGCTGAATGATGCTACAAGATAATAACAACAGAATG ATAAAAACCATATAAAAGGTGTTTGCAGAACACTTACAAAACACAAAACCATATGCAATT TAGCCATCAAATGTAGTCATATGGAATGCAAGAGAGAATAAGTAAACGCATTTACGGAAT CAACACACTCGGACACACACAAATTCTTACAAGGGTTAATTTTCTCCTTCTAGACAGTTC CGCATAAATTATATCACTTTATCGAAGATAATCAAACGCAAAAACAGAATATAGTTAAAT CGGGAAGCAAAAAGGAAAAATCACACCAAACACATCACAATTATTCTATATAGATTCAAC AAAGAGGGATTTGGGTAGCCGCAAGAGCCGAATAATAAACTCATGTAGATTCAACGTTTC AACCAATAAATTTCAAGCAAAAGAGTATACCTTGACAGTGATTCTTCGGTCACTCTGAGG TCTAATGAACCTCTTCACTCTCTTCTTCACGACCTTCTTGTTAAGCAGAGGCACGGCCAT TGTTGTTGTTCTACCTTGTCTTACCTTCTGCGAAATAGACGTAATACATTAGATGCAAAA TTTACATAGATGAATGAAGAAGACAAACTGGAAGAGAGAATACTCACTCGAACTAGGGTT TCTGCTGAGCCGCTAACTCCTTGCTAGAGAGGCTTGTTAATGGAGAGTGGTAGAGCTATA TACGAAAAAAGTTAGGGCTAATAACTAGGGTTTTCAGATGTGAAAGCCCAAAAGGCTTTT ATTCGATGGGCCGTATATTTTCAAATGAAACTGAGGCCCCACTGTAAGGCCCATGAATAA AATGGAATGTGGTTTAATGTGTTTTCTTTTACTTTATATGAATTAATTAACTAGGTAAAA CGCGGACATAAATAGTAATTACATTGAATTTGCAAATAATTTTTCACTAATATTCATACA CTTAGTAATAGAAAAGTAGGTTCTTAAAAAAATATTAGCAATATGTTGACATGAATTTAA TTATTTGTCATTATCACATAACTCAAAAATCTATAATGAATGAATTATTCATGACATAAC AAGTCATTTGTTCTATTAAATGAATTATTCAAGATATATATAAAAATGCTTTTCGTGATA AAAAGAAACATTTAAGTTGCATAGATTATACAGTTGTGATATATGTCCAAGGAGAAAATT CAAAAATTTGTTAACATATTCAAAAAAAAAAAATTATGCTTGCACATGAAAACAATTATA ACTTTTGAACTTGTATAATGAATTTATTCATTTGATAAGTGAGAAATTTCATATCTATGT AAAAAAAAAAAAAAAGATGGTATGTAAGTTTATATAAGTTATAGAATTTAATATTGAATA TCAAAATATGAATTTTTGAAATTGAGTACAATAATTATTTTCTACACAATAAATATACGT ACTATATGTGTATATGTTCAATAAAATCGGAGAAAATAACTTTGCATAAACATAAAAAAT AAAGTTTAAAAAATGTACACAAAAAAAAAAAATTAATATCATAAGCATAAATTAATGAGT GTAAAAAAACATATCAGGATAAGTATAAATAAAATGAAATATAAAAAAAAATAGAGTTTG TCGATAATCAATAACGACCGGCTATACAAAATTTGAACGAAGACAACTATGTTTCGATGT CCAGCAAGAGTTTTTATTATTAGGAAAAATGGCCAATTTAGTTTCTTGAACTTGGCACAA TCTAAATCTCTCCATGTAAAATCCTCGGTCTGGTGATGCAACACAATTTTTTTCTTTTTT AAGAAAAGAGACGGTAGTTGGGTTCAAATAGATCGGAGAATGAGTAGGCAAGAATGCAGG TTGTACCAATCGGCTTTGAATTGTCGAGTAAGGATTAATCGATCTTTTATGGTAGACAAG GCTGGTTAAGATTGAGATGCCCATTTTTGGTCTGGGGCTGCAGTTTTCTCTTGAAAATGA GATTCGATTTTTGCAAAACAGTAGGAAGGAGTGCTACTACTTTCTTAATTCATTAATTTC CATATAGGAAAGGAATCCAATTTAGTATCTTCGTACAGATTTTTGTTGTCAACGAGGATC TTAGCCCCTTTCCTGGTTGTTTTCTTGTAGAATGAACAAAAAAAAAAGAATGTGGTTAAG TGAGAGCATAATGTATAAATAAAGTTATCATGTAGTAATTGTAGCTGGATACAAATAAGT TTGTTAAAGACACAAATAAGTACATTAAAGACGCGTAAGCCACCAACTTCACCTATAATG AGTGCCAACTATAATGTCCATTAATACTTTTATGAACCTTAATGCAGTGAAATGTATTTT AAAGTTATCTCTTAGACATATTTATTTTTATGTTGGCGATATATATTCTCCTTTCATGGA GTATACAGATCGAGAACTAAAATTAAGATTTCATAAGAAATTACGTGAATGACAATAAGT CGAAATAATAAAAGATCAGTTTATGATTGTTCTGAAGTGATATAAAACTGGAAAATTTTG TTTATAAATTTGTCAACTTAGATTTATATTGGGGTGGGAAATAAGAATGATAAAAATGAA TATGTCGATAATTTATCATGTCATGATGTTAAAGGAAACATTGTTTTCAACCATTTACGA GAAAATTTCATCTTTTCATATAAGAGATCTAAAAAGGTATGCAAATTTCATCTGTGTACT CAAAACTATTTTGCATACGTTTTTGGTTAGGAAAAAACAAAGAATGAGTTGAGATCTATC ATTTGCCTTTTATGTGATAGTATATTATTGCAATATAGTTTAACAACTTATTCACTTATT TCAAAATGAGTTTTTGGTTGTAATATCTTCAAATTCAACCTGGTGTTGTATTTCGAATTT GGTATAGTTCACTAAACATGATTTCTAATTTCATTTTTATAATCTTTAAATGTAATGAGT TCTTTTGTCCTGTAAATAGTATAATCCATCCTAATTTTCATATTTGATATATTTTTGGAA TCTCTTTTCAGATAATTTCAAATTTTGATGAAATTTCGTATGAATTATGACATTAGAGTC AAAATGAGGAGTTTATTCATAAATTGTATAGCAGGAAATAAGAATTATATCCTCACCAGG ATGATAAAATAAAAGTTATCGTGCAGACAAATCATTGTTCAAATGTAATTAGATCTCTAA TGACAACTCTTTTTAAGGCAAAAGATCTACTAAAACCACTTGGTTCATAAAAGTGATTTA ATTTTTGCTTATTTGAGTGCCCAAATCCATTTTATGTACAAGTGTTAGACAGCTTAAAAG TTGGTCAAACTGACTTAAAAACTGATTTTTGACTTATTTAACTGTTTGACAATATTCAAA ATAGGTTATTTTAAGTTTAAAAAAATTTATTTTAAGCCAAAAGTTAAAAGCTGGGGTAGG GGGTGCTTTTTTTTTTTTTAGCTTATAAGCTTTTTAAATTGACCACATTTTTATTTTTTT TCCCTTAATATTTTTATACAATCTTCAAATTACCCATATAACTCTAACATCTCTTTCTTC TATTTTTCCCTTTTCACGTTTGGCATAACAACTTCAGCACTTTTATCCAAACGCATAACT GCTTATTTTAAAAATAAGTTTCAGCACTTTCAAAAGTACTTTTTTAAAGCTGCTTTTACT AAGTCCACCCAGGCCCTAAGTTTAAACAAATTATCTCATATGAAATTGACATGTCAATTC ATTTTCCTTTTTATAAAAATAACTTCAATATGAAGTAAGTGTTATGCAAGTAGTTTATAC CACAGAAATGCTGAACATCCTAGTAAGTTACATTAGGCACAAAACGAAAACTTAGTAGAC ATAAAAATGAATAACTAGATATGCCTTTAATGAAAATAAACATCCTATTAGGTGTATTTG CTGTCAAATTCAAACTTCCATTTCATAGCTTAAACATAGTTAATTTAGGTAAATATATCA AATCAAATTATTTGTGTAAAATTTTTAAATTTATAAATCATACCATACCAATAAAGTTCA AATTTTTTCGGATTTTTCAACCTCGGGTTGGTTCAATTTTTTCAAATACCAAACCAAATC ATTATGTCAAATTTTTAAACTTCAAATTTTTTAGATTTTTAGATTTTTTCGATACATACA AATATATTATTAACTTGTGCTTCAAATATTTCTTTAGTCCAACTAAAATACAATTATCTA ATGTGCTTCTTACAAAAAAAAAAAACACAAAATATGACATGAGTATTGATGACACAAAAA TATTTAATAAAAAATAATAATGAAATCATCATATAAAATAAATATTGTAAGTGAAAATAA TCATAATTTAAAGTACTTAGTCATGCTAAAATAAGTTTAATAAGTATTAGTTACATTAAT ATTTAAGAAAAATTAAATTAGATCATGTATTTTAATTATCATTCTTAGTGTTGAAAATTT TTTCTTTTTGGGGAAAAAACTCAGATATGTCATCAAACTTTCAGAAAATGCTCATTTATG CAATCGGTTAAAAGTTTGGCTCATTTATGTCATTACTGTTAAAGAAAAGACTCATTCATG CCACTATTTTTTAACAATGGTTTTGCAAAACCATTTTATACACGTGACCAATTATAGTGT GGCCACGTCATCAATTTTTCAAATAAAAGAATCATAATTCTAAATAGAAATTGAATTTAT TTTTTTTAAAAATTAATTAAAAAAATTGATGACGTGGACGAACTATAATTGTTCACATGT CAAAAATAGTTTTGCAAAATCACTGTTAAAAAATAATGACATGAATGAACTTTTTATTTA ACGATTATGGCATAAATGAGTCAAACGTTTAACTGATGACATAAATGAGCATTTTCATAA AGTTCAGTGGCGTATTTGAGCTTTTTTCCTTCTTTTTGCATCAATATTAATTTGATTTTG ATTTAAGTTTTATCATAATTATCGACATTTATGAACTATAGTATTTATTGAACCATTCCG AATTCTAAATTTTAAACTTGAAATAATATATTAAAAGATAAAAAATGTGAAATAGTATAA GAAATATTTTAAAATGATATCAAAGTAAATATTTTTATATAAAAAATAAAATTAAAAATT ACATATATAATATCGGGTTGATTTGGTCTCGGGTTGATTTTTTTAAGTTAAAATCAAAGC AACCCAAATATAGTCGGATTTTTAAAAAAATATCAAACCAAGTCAAATCAAACCACTAGT CGAGATTTTTATTTTTTGATTTGACTCATTTTACAGTTTGATTTGATTTTTAATTCGATT TTGTAAATTTAGAGGCTATGTTTGTTGGGTGGCATAAACAAAGTTACTCAGCCCGTGTAA TTTGTTCGATAAATAAGGCCCATATTCTAGCTGGTTACACAGCCCAACATGCTTTAGGCC CAAAACAAATTGGGCGCACGAGGTATGTAATATAGTTTTTTTAAGATATTGTATCTTCAT CTCGTTAGGGTTTAGGAGACACACCTCTCGCCGGTAGACGTCACTCGCCGCATTTAATCA GTCGGAAAACCGCCAAAATGGTTAGTTTTCTCTCTCTGTTATTTCATCTCGTCAATTTTG TTTAGCTTGTTATTTGTTGCCTGATAGATCAGTTGTATTTTAGTCTTCATCGCTTTGTTC CTTTCGATTTACGCGCTCAAATTTATGTGTTGATATCATGTGGTGCTGGTTAATTTTAGG GATCGTATGGAGAAATAATCAATTGCATTAGTTACTGTTGCCACTAGATTTTAGTGTATA CAGTTTTTTTTAATTGTATTTTGCTGTCATTGTGATTGCTGTTGCACTCTATGTTGTACT GTATCCTACTTGATAGTTTTAATGAATACAACATTTGAATAGATTTTACGATTCTACAGA TAAACCTTCTTAAAAAGTTAATTTTGTTACAAAATAAGATTACTAAATAATTAGTAAAGA CATAGTGAGAAAATAAATAGATCAGACCAAATTGGTCGTTACACAAAGTGAGACAAATCC CTAACTGCTGATTTAATGATAGTTTGAGGTTTGGACAGTTGATTTGTGTAGTATAAGTCC AAGTTATTTACTCGACGCATTGAATAATTGCTCTTTACCTTTGTGAAAAAACAAGCTTCT AGTGTTGTTTGACATGGACAGATTTTGATAAAAAACTGTGGAATAGCTCCCCTTTTTATT GTTGGTAAATTAACTTTTGTTCCTTTAGCTTTCATTTATATAAGTGGTATGATTTTTGCA TTGAGGCTTTGGAAACATCATACTAACATGAATTTGGTAACTTCTTGTCCATATATAGGC AAGAGGGTTGAAGAAACATTTGAAGAGGCTCAATGCGCCTAAGCATTGGATGCTTGATAA ACTTGGAGGTGCTTTTGTAAGTGACATGTCTTTCCCCAAGTCTTTTTTTTTATAGTACTA CTTAGTTTCCTGCTTCTTGACTTGACTGTTCTCTTTGGTCTCTACTTCAGGCTCCTAAGC CTTCTTCTGGTCCTCATAAATCAAGGGAATGTTTGCCACTGGTTATTATCCTCAGGAACC GGTTGAAATATGCATTGACATACCGTGAGGTCATTTCTATCTTGATGCAACGCCAAGTTA TGGTTGATGGGAAAATTAGGACAGATAAAACATACCCTGCTGGTTTCATGGGTAAGAACA CCTCCATTGGATTGTTTTTTCATTTCAAAACCTTTAGATTATAGTTTCCTTATATCTGTA CTGTCTAGGTATTGTTCATTCCAGACGAAAGTAATAATACTGATTCATCTATATACACGT ACTTCCCCAGTTCCAAAGACAATTGTTGATCTGTGTACAAAAAATTTCATGAAAATTCAT GTTGAGAGTCTCTTTTATTTTTTTTTCTTGTTTCTATGTTTGTTGAATCCCTTTACGAAT TGGTAATGCTCATATTTTCTTCATATAGACGTTGTTACGATTCCAAAGACAAATGAGAGT TTCAGACTTCTTTATGACACTAAGGGTCGATTCCGTCTCCACTCACTCAGAGATGAGGAA GCCAAGGTTTGATTTTCATATTTTTGAATTTTTGTGTTGACTATAGTGAGTAGATAAATG TAAATTTTTAGCTCATCTGATCCTATTTCCTTTTGATGCTGTGCTGTTGGAGTAGTCACA TTGTTTTCTGCTCTTTGCAGTTCAAACTTTGCAAGGTTCGATCAGTGCAGTTTGGACAGA AGGGAATCCCATATCTCAATACTTATGATGGAAGAACAATCCGCTACCCTGATCCCCTCA TCAAGGCCAATGACACCATCAAGCTGGACTTAGATTCCAATAAGATTGTTGACTTCATCA AATTTGATGTTGGTAATGTGGTCATGGTGACTGGTGGTAGAAACAGGGGACGTGTTGGAA TCCTTAAGAATAGAGAGAAGCACAAGGGTAGCTTTGAGACAGTTCACATTCAGGACTCCC TGGGGCACGAGTTTGCTACTCGTCTGGGCAATGTGTTCACTCTTGGTAAGGGTAGTAAGC CATGGGTGTCTCTACCTAAGGGTAAAGGTATCAAGTTATCTATCATTGAAGAGGCTCGCA AGAGGATGGCTGCTCAATCAGCTACAACTGCTTAAAAATCATAGGTTGAACTTGAGATGA ATTTAATAGGTTCGGTAATATTTCTCTTTGTTTAGAGGGATGCCATTCTTATTTTTGTGT TGCATTTTGACATCTGTGTACTCGGTACTGCTTTACATACCTTTTTTATTTTGTCAGGAA CAAGAAAGACAGTTTTGATCAATCAGTTGCCTTCTATGTGATAGTATTTTATTTTTATTG CCACAGAGTTTAATGACCTTGTCTATGAGTTTATTCAGTTGTTTCAAAATGAACTTTTTT GTTGTAATATTTTCTAATCCAACGTGGAGTTGGATTTCAAATTTGGTATAGTGCGTAAAA CCTGATTCCTGATTTCATTTTCATGGACTTCGAATCAAGTTGGCTCTTTTGTCCTGCAAA TAGTATAATCAAGCACAACTGTCTAATTTGATGATTTCGTTGATCTCTTTTCTTATGATT TTTTATTTTGATTTAATTGTGTTAATTTGTAAGAGTTATTTCACTAGAGTTAATATGAGA TTTAGTCATAGATTATTCAGCATATCACTTAACTGAGCGAGTGCAATCAAGTATTAATTA CACTTGATACTGGTTCATATAAACCATCCTTTTTATTATATAAGGGAAGGAAAAGTGGGA ATTACACATCCTCACCAACAACACGATGCAGTTAGTGTTCTAGAGACAACTATTTAAGTC AAGAGATCTACTAAAACCATATAGTTCATAATAGTGATTTATTTCTGCTAATTTAAGTGC CCAAATCAATTTTATGTACAGGTATTAGATTGAATACAAAGTTTAAAGAAATTATTTCTG AGAATTGATGATATGAAATGTTTGACATGTCTCTTCATTTTCCATTATACAAAAGAACTT CAATATTAAGTGGGTGCTTTGCAAATAGTTAGTACAAAAAAAATACTGAACAATGTAGTA AGTTATATTAGGCACAAATCAACACTTAGTAGACTTTAAAATGCATATCTAGGTACGGCT AAGTTGTAATAAACATAGTGTTTAATAAAAGAGCAAGTAGAATCTAAAACAAAATATGAA ACATGCTACTGTGAACTCTCACGTCAATTTCAATACAATAGTAAATTGTTGTCTGTATAA CAACATAAAATGTTTTACTTGGTTTTCAAGCTAGAAATAAAGAGATACATCCTATTAAGG GTCCGTTTGGATGAGCTTAATAAAAGCAGCTTTAAAAAAGTACTTTTGAAAGTGCTGAAA TTTATTTTTAAAATAAGCAGTTATGCGTTTGGATAAAAGTGCTGAAGTTGTTATGTCAAA CGTGAAAAGGGAAAAATAGAAGAAAGAGATGTTAGTGTTATATAGGTAATTTGGAGATTG TATAAAAATATTAAGGGAAAAAACATAAAAATGTGGTCAACTTAAAACAGCTTATAAGCT AAAAAAAAAAAAAGCATTCCTACCCCACTTTTAACTTTTGACTTAAAATAAGTTTTTTTT AACTTAAAATAAGCTATTTTGAGTATTGCCAAATAGTTAAATAAGTCAAAAATCAACTTT TAAGTCAGTTTGACCAGCTTTTATGCTGAGTCAAACAGGCTCTAAAGTGTATTTGCTACC AAATTCAAACTCTCATTATATAGCTTAAACATCGTTGTTTCAGATAAATATAGAGGCTAT GTTTGTTGGATCGCATTAAACGAATTACTCAGCCCGTTTAATTCGTTCGATAAATATAAG GCCCGACATGCTTTAGGCCCAAACTAATTTCCCCTAGATTTAAGAGAAATGTATCTTCGA CTCGTTAGGGTTTAAGACAAACACATCTCGCCGGTAGCCATCACTCGCGGCAGCTAATCT GTCGGAAAACCGCCAAAATGGTTAGTTTTCTCCCTCTGTTAATTCATCTCGTCAATTTTG TTTAGGTTATTGTTTGTTTGCCGAATAGATCAGTTGTATTTTTAGTTTTCATGGCTTTTG TTCCAGGTCTAGACTGTACTGTATCAGCTATAGCTTTGCTAATTGTTTGCGATTTGAGTA ATGCATCTACGATTATATTCTTGGTTGTTCCTTTTCGATTTATGCGATCAAATGTATGTG TTGATCCTGATTAATTTTAGGGCTCGTATGTGGAAATAATCGATTGCATTAGTTACTATC GCCACTGGATGTTAGTGTATACAGTTTTTTAATAAATTGTATTTTGCTTTTATTGTGATT GCTGTTGCACTCTGTGTTTTGGTGTATGCTACTTGATTATTTTAATGAATACAACATTTG ATAGATTTTATGATTCTACAGATAAACATACTTTAAGAAGTTGTTTTAATACAAAATAAT GTTTCTAAATAATTAGTAAAAACATAGTGAGAAAATAAATTAATCAGACCAAAGTGGTCA CACACACAAACACAAAGTGAGACCGAAACCTAACGGTTGATCTAATGATAGCATAATATT TGGACAAGGAAATTGTGTAGTATAATTCAAGTGGCCTATGCACTAAATTTTTTTTTCTTT ACCTTTGTTAAAGAACATGCTTTTAGCTTTGTTTGACATAGATAGACCTTAAAAAGCTGT GGAATAGCACCCCTTTTTATTTTTGATAAATTGATTTTTGTTGTTTCAGCTTACATTTAT ACAAGTGGTAAGATTTTTGGATTTCGTCTTTGGAAACATCATACTAATGTGAATTTCGTT ACTTCTTCCTATATATAGGCAAGAGGGTTGAAGAAACATTTGAAGAGGCTCAATGCGCCT AAGCATTGGATGCTTGATAAACTTGGAGGTGCTTTTGTAAGTGACATGTCTTTCCCTTAA GTCTTTTTCTTAATAGTACTCGTAGTTCCCTGCTTCTTGACTTCACTGCTCTCTTTGGTC TCTACTGCAGGCTCCCAAGCCTTCTTCTGGTCCACATAAATCAAGGGAATGTTTGCCATT GGTTATTATCCTGAGGAACAGGTTGAAATATGCTTTGACTTACCGTGAGGTCATTTCTAT CTTGATGCAACGCCAAGTTATGGTTGATGGGAAAGTTAGGACGGACAAGACTTACCCTGC TGGTTTCATGGGTAAGACACCTCCACTAGATTGTTTTTTCATTTCATAACCTTTAGATTT TTATTCTCCTTATTTCTGTACTGCATGGGTTTGTTATCTTACTGATTCATCTATATACAC ATGCTTTCACAATTCCGAAGACAATTGTGTATCAGAGTGTCTACAAGTTTTTTCATCAAA AATCATTTTGTCTTGTGTCCTGTTTTCTTCTTTTTTTCTTGTTGCTATGTTTGTTAAATT CCTTGACAAATTGGTAATGCAGTTATTTTCTTTTTGTAGATGTTGTTACTATTCCAAAGA CAAATGAGAGTTTCCGACTTCTTTATGACACTAAGGGCCGGTTCCGTCTCCACTCACTCA GAGATGAGGAAGCCAAGGTTTGAATCTGTTTCCTGCTTCTTCTTTATTCCGGTTTGCTTT GAATGCTGTGCTATTAAGTAGTGACCTTGTTTTCTGCTCTTTGCAGTTCAAACTTTGTAA GGTTCGATCAGTGCAGTTTGGACAGAAGGGGATCCCATATCTCAACACTTATGATGGAAG AACAATCCGCTACCCCGATCCCCTCATCAAGGCCAATGACACCATTAAGCTGGACTTAGA TTCCAATAAGATTGTTGACTTCATCAAATTTGATGTTGGAAATGTGGTTATGGTTACTGG TGGTAGAAACAGGGGACGTGTTGGAATTCTTAAGAATAGAGAGAAGCACAAGGGTAGCTT TGAGACAGTTCACATTCAAGACTCCCTGGGGCATGAGTTTGCTACCCGTTTGGGAAATGT GTTCACTCTTGGCAAGGGTAGTAAGCCATGGGTGTCTCTACCTAAGGGGAAAGGTATCAA GTTATCTATCATTGAAGAGGCTCGCAAGAGGATGGCTGCCCAATCAGCTACAACTGCTTA AAAATCTTAGTTTGAACTTGAGATGAGATTAATAGGTTGGGCCATATTTCTCTTTGTTTA GAGGGATGCCGTTCTTATTTTTGTGTGTTCCATTTCAATATTTGTGTACTCGGTACTGTT TTACATACATTTTTTTGTCAGGAAAAAAGAAAGACTGAGTTGAGATCAATCAGTTGCCTT CTATGTTATAGTATTTTATTGCGACTGAGTTTAAGGACACCTTGTCCATGAGTTTATTAA CTTAATTCAAAATGAGTTTTTGGTTGTAATATTTTTTAAACTGACCCGGAGTTGGATTCC AAATTTGGTATTCTTCACTTAACCTGATTCCTAATTTTTTTTTGGTCATTTAACTTCCGA TTAAGTTAGCTCTTTTGTCCTGCTAATAGTATAATCAAACGCCACTGTCTAATTTGTAAG AGTTATTTGACTTGTTTCATTAGAGTTAAAATGAT GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_1 match_part 0.996 6455 7126 match_2 match_part 0.979 6464 6795 match_3 match_part 0.994 6611 7331 match_4 match_part 0.964 19094 19561 match_5 match_part 0.991 52210 52322 match_part 0.988 52399 52567 match_part 0.988 52797 52881 match_part 1.000 52971 53044 match_part 1.000 53117 53216 match_6 match_part 1.000 53016 53044 match_part 0.992 53117 53236 match_part 0.969 53893 54088 match_part 0.975 54208 54329 match_part 0.961 54782 54936 match_7 match_part 0.918 54004 54088 match_part 0.959 54208 54329 match_part 0.986 54782 54989 match_part 1.000 55240 55313 match_part 0.946 56582 56711 match_8 match_part 0.972 54224 54329 match_part 0.986 54782 54989 match_part 1.000 55240 55313 match_part 0.971 56582 56720 match_part 1.000 57099 57225 match_9 match_part 0.977 54947 54989 match_part 1.000 55240 55313 match_part 0.964 56582 56720 match_part 1.000 57099 57280 match_part 0.960 58406 58506 match_10 match_part 0.977 54947 54989 match_part 1.000 55240 55313 match_part 0.964 56582 56720 match_part 0.994 57099 57264 match_11 match_part 1.000 57195 57280 match_part 0.981 58406 58561 match_part 0.985 60627 60758 match_part 0.983 61708 61766 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match_part 0.988 26936 26764 match_part 0.971 24072 23934 match_318 match_part 0.924 27872 27570 match_part 0.954 26936 26764 match_part 0.985 24072 24008 match_319 match_part 0.996 27805 27570 match_part 1.000 26936 26764 match_part 1.000 24072 24008 match_320 match_part 0.985 27835 27570 match_part 0.986 26936 26799 match_321 match_part 0.953 27824 27570 match_part 0.964 26936 26800 match_322 match_part 0.954 27831 27570 match_part 0.963 26936 26801 match_323 match_part 0.954 27831 27570 match_part 0.953 26936 26831 match_324 match_part 0.965 27853 27570 match_part 0.990 26936 26839 match_325 match_part 0.954 27831 27570 match_part 0.951 26936 26856 match_326 match_part 0.905 27831 27612 match_327 match_part 0.931 72236 71542 match_328 match_part 0.996 72222 71702 match_329 match_part 0.974 72798 72566 match_part 0.964 72490 71964 match_330 match_part 0.983 72992 72573 match_331 match_part 0.992 72997 72616 match_332 match_part 0.970 76278 75848 match_part 0.960 73216 72966 match_333 match_part 0.949 76278 75848 match_part 0.957 73216 73076 match_334 match_part 0.968 76278 75848 match_part 0.977 73216 73130 match_335 match_part 0.934 76210 75848 match_part 0.940 73216 73134 match_336 match_part 0.950 79882 79423 match_337 match_part 0.989 79859 79423 match_338 match_part 0.989 79857 79423 match_339 match_part 1.000 95596 95345 match_part 1.000 93388 93242 match_part 1.000 91206 91128 match_part 0.973 79772 79514 match_340 match_part 0.964 80271 79716 match_341 match_part 1.000 80380 79917 match_342 match_part 0.998 80525 80083 match_343 match_part 1.000 85255 85197 match_part 1.000 84562 84162 match_part 1.000 83143 82982 match_344 match_part 1.000 85255 85197 match_part 1.000 84562 84162 match_part 0.993 83143 82994 match_345 match_part 1.000 84476 84162 match_part 1.000 83143 83008 match_346 match_part 0.977 111390 111348 match_part 1.000 111267 111151 match_part 1.000 110334 110153 match_part 1.000 110048 109774 match_part 0.733 109669 109655 match_part 0.636 109027 108995 match_part 0.667 108913 108896 match_part 0.462 108643 108579 match_part 0.583 108262 108239 match_347 match_part 0.985 111218 111151 match_part 0.995 110334 110153 match_part 0.996 110048 109777 match_part 0.395 109364 109322 match_348 match_part 0.979 111246 111151 match_part 1.000 110334 110153 match_part 1.000 110048 109646 match_349 match_part 0.980 111250 111151 match_part 1.000 110334 110153 match_part 0.995 110048 109656 match_350 match_part 0.938 111363 111348 match_part 0.957 111267 111151 match_part 0.978 110334 110153 match_part 0.931 110048 109700 match_351 match_part 0.952 111368 111348 match_part 0.991 111267 111151 match_part 0.995 110334 110153 match_part 0.980 110048 109704 match_352 match_part 0.987 110302 110153 match_part 0.964 110048 109718 match_353 match_part 0.947 111366 111348 match_part 0.957 111267 111151 match_part 0.978 110334 110153 match_part 0.930 110048 109720 match_354 match_part 0.933 111362 111348 match_part 0.991 111267 111151 match_part 0.995 110334 110153 match_part 0.987 110048 109738 match_355 match_part 0.941 111364 111348 match_part 0.932 111267 111151 match_part 0.967 110334 110153 match_part 0.946 110048 109750 match_356 match_part 0.964 111375 111348 match_part 1.000 111267 111151 match_part 1.000 110334 110153 match_part 1.000 110048 109753 match_357 match_part 0.952 111368 111348 match_part 0.991 111267 111151 match_part 0.995 110334 110153 match_part 0.997 110048 109761 match_358 match_part 0.994 110312 110153 match_part 0.993 110048 109761 match_359 match_part 0.973 110334 110153 match_part 0.979 110048 109762 match_360 match_part 1.000 111377 111348 match_part 1.000 111267 111151 match_part 1.000 110334 110153 match_part 0.975 110048 109766 match_361 match_part 0.944 111365 111348 match_part 0.991 111267 111151 match_part 0.995 110334 110153 match_part 0.996 110048 109766 match_362 match_part 0.952 111368 111348 match_part 0.991 111267 111151 match_part 0.995 110334 110153 match_part 0.975 110048 109769 match_363 match_part 0.987 111228 111151 match_part 0.978 110334 110153 match_part 0.946 110048 109770 match_364 match_part 0.815 111204 111151 match_part 0.978 110334 110153 match_part 0.953 110048 109771 match_365 match_part 1.000 111377 111348 match_part 1.000 111267 111151 match_part 1.000 110334 110153 match_part 1.000 110048 109772 match_366 match_part 0.929 111361 111348 match_part 0.991 111267 111151 match_part 0.995 110334 110153 match_part 0.993 110048 109772 match_367 match_part 1.000 110160 110153 match_part 0.946 110048 109772 match_368 match_part 1.000 111373 111348 match_part 1.000 111267 111151 match_part 1.000 110334 110153 match_part 0.975 110048 109774 match_369 match_part 0.952 111368 111348 match_part 0.983 111267 111151 match_part 0.995 110334 110153 match_part 0.993 110048 109774 match_370 match_part 0.947 111366 111348 match_part 0.991 111267 111151 match_part 0.995 110334 110153 match_part 0.989 110048 109774 match_371 match_part 0.875 111355 111348 match_part 0.991 111267 111151 match_part 0.995 110334 110153 match_part 0.993 110048 109774 match_372 match_part 0.955 111369 111348 match_part 0.991 111267 111151 match_part 0.995 110334 110153 match_part 0.993 110048 109776 match_373 match_part 0.978 111392 111348 match_part 1.000 111267 111151 match_part 1.000 110334 110153 match_part 1.000 110048 109777 match_374 match_part 1.000 111377 111348 match_part 1.000 111267 111151 match_part 1.000 110334 110153 match_part 0.996 110048 109777 match_375 match_part 0.966 111376 111348 match_part 0.991 111267 111151 match_part 0.995 110334 110153 match_part 0.996 110048 109777 match_376 match_part 0.963 111374 111348 match_part 0.940 111267 111151 match_part 0.995 110334 110153 match_part 0.989 110048 109777 match_377 match_part 0.962 111373 111348 match_part 0.991 111267 111151 match_part 0.995 110334 110153 match_part 0.974 110048 109777 match_378 match_part 0.960 111372 111348 match_part 0.991 111267 111151 match_part 0.995 110334 110153 match_part 0.993 110048 109777 match_379 match_part 0.960 111372 111348 match_part 0.991 111267 111151 match_part 0.995 110334 110153 match_part 0.996 110048 109777 match_380 match_part 0.875 111371 111348 match_part 1.000 111267 111151 match_part 1.000 110334 110153 match_part 1.000 110048 109777 match_381 match_part 0.955 111369 111348 match_part 0.991 111267 111151 match_part 0.995 110334 110153 match_part 0.996 110048 109777 match_382 match_part 1.000 111369 111348 match_part 0.991 111267 111151 match_part 1.000 110334 110153 match_part 1.000 110048 109777 match_383 match_part 0.909 111369 111348 match_part 1.000 111267 111151 match_part 1.000 110334 110153 match_part 1.000 110048 109777 match_384 match_part 0.952 111368 111348 match_part 0.991 111267 111151 match_part 0.995 110334 110153 match_part 0.993 110048 109777 match_385 match_part 0.952 111368 111348 match_part 0.991 111267 111151 match_part 0.995 110334 110153 match_part 0.996 110048 109777 match_386 match_part 0.952 111368 111348 match_part 0.991 111267 111151 match_part 0.995 110334 110153 match_part 0.996 110048 109777 match_387 match_part 1.000 111287 111151 match_part 1.000 110334 110153 match_part 1.000 110048 109777 match_388 match_part 0.990 111255 111151 match_part 0.995 110334 110153 match_part 0.996 110048 109777 match_389 match_part 0.990 111254 111151 match_part 0.995 110334 110153 match_part 0.996 110048 109777 match_390 match_part 0.984 111211 111151 match_part 0.978 110334 110153 match_part 0.996 110048 109777 match_391 match_part 0.975 111190 111151 match_part 0.995 110334 110153 match_part 0.967 110048 109777 match_392 match_part 0.979 110342 110153 match_part 0.996 110048 109777 match_393 match_part 0.995 110334 110153 match_part 0.996 110048 109777 match_394 match_part 0.983 110327 110153 match_part 0.989 110048 109777 match_395 match_part 0.988 110322 110153 match_part 0.996 110048 109777 match_396 match_part 0.994 110322 110153 match_part 0.996 110048 109777 match_397 match_part 0.994 110321 110153 match_part 0.996 110048 109777 match_398 match_part 0.976 110278 110153 match_part 0.993 110048 109777 match_399 match_part 0.968 110276 110153 match_part 0.996 110048 109777 match_400 match_part 0.991 110267 110153 match_part 0.996 110048 109777 match_401 match_part 0.988 110234 110153 match_part 0.993 110048 109777 match_402 match_part 0.986 110226 110153 match_part 0.989 110048 109777 match_403 match_part 0.942 110204 110153 match_part 0.982 110048 109777 match_404 match_part 0.996 110043 109777 match_405 match_part 0.966 109979 109777 match_406 match_part 0.944 110242 110153 match_part 0.955 110048 109781 match_407 match_part 1.000 111371 111348 match_part 1.000 111267 111151 match_part 1.000 110334 110153 match_part 0.996 110048 109783 match_408 match_part 0.783 111370 111348 match_part 0.957 111267 111151 match_part 0.995 110334 110153 match_part 0.992 110048 109783 match_409 match_part 0.952 111368 111348 match_part 0.991 111267 111151 match_part 0.995 110334 110153 match_part 0.992 110048 109783 match_410 match_part 0.993 110291 110153 match_part 0.992 110048 109783 match_411 match_part 0.950 110212 110153 match_part 0.977 110048 109783 match_412 match_part 0.959 110048 109783 match_413 match_part 0.913 111370 111348 match_part 0.957 111267 111151 match_part 0.978 110334 110153 match_part 0.955 110048 109784 match_414 match_part 0.960 111372 111348 match_part 0.991 111267 111151 match_part 0.995 110334 110153 match_part 0.996 110048 109785 match_415 match_part 0.970 111250 111151 match_part 1.000 110334 110153 match_part 0.973 110048 109786 match_416 match_part 0.962 111373 111348 match_part 0.991 111267 111151 match_part 0.995 110334 110153 match_part 0.996 110048 109787 match_417 match_part 1.000 111373 111348 match_part 1.000 111267 111151 match_part 1.000 110334 110153 match_part 0.991 110048 109815 match_418 match_part 0.991 111261 111151 match_part 0.995 110334 110153 match_part 0.991 110048 109815 match_419 match_part 0.947 111366 111348 match_part 0.991 111267 111151 match_part 0.995 110334 110153 match_part 0.983 110048 109817 match_420 match_part 0.900 111377 111348 match_part 0.957 111267 111151 match_part 0.967 110334 110153 match_part 0.929 110048 109823 match_421 match_part 0.991 111267 111151 match_part 0.995 110334 110153 match_part 0.995 110048 109833 match_422 match_part 0.786 111267 111151 match_part 0.962 110334 110153 match_part 0.976 110048 109840 match_423 match_part 0.952 111192 111151 match_part 0.995 110334 110153 match_part 0.970 110048 109851 match_424 match_part 0.960 111372 111348 match_part 0.983 111267 111151 match_part 0.978 110334 110153 match_part 0.978 110048 109863 match_425 match_part 0.826 111370 111348 match_part 0.991 111267 111151 match_part 0.995 110334 110153 match_part 1.000 110048 109863 match_426 match_part 0.960 111372 111348 match_part 0.991 111267 111151 match_part 0.989 110334 110153 match_part 0.988 110048 109881 match_427 match_part 0.933 111362 111348 match_part 0.991 111267 111151 match_part 0.995 110334 110153 match_part 1.000 110048 109888 match_428 match_part 0.952 111368 111348 match_part 0.991 111267 111151 match_part 0.995 110334 110153 match_part 0.994 110048 109889 match_429 match_part 0.958 111371 111348 match_part 0.991 111267 111151 match_part 0.995 110334 110153 match_part 1.000 110048 109890 match_430 match_part 0.938 111363 111348 match_part 0.974 111267 111151 match_part 0.989 110334 110153 match_part 0.994 110048 109890 match_431 match_part 0.700 111338 111329 match_part 0.932 111267 111151 match_part 0.934 110334 110153 match_part 0.880 110048 109891 match_432 match_part 0.826 111370 111348 match_part 0.957 111267 111151 match_part 0.995 110334 110153 match_part 0.969 110048 109952 match_433 match_part 0.941 111364 111348 match_part 0.983 111267 111151 match_part 0.989 110334 110153 match_part 0.989 110048 109956 match_434 match_part 0.952 111368 111348 match_part 0.991 111267 111151 match_part 0.989 110334 110153 match_part 0.988 110048 109966 match_435 match_part 0.929 111361 111348 match_part 0.991 111267 111151 match_part 0.995 110334 110153 match_part 1.000 110048 110025 match_436 match_part 0.991 111263 111151 match_part 0.995 110334 110153 match_part 1.000 110048 110036 match_437 match_part 0.983 111267 111151 match_part 1.000 110334 110240 match_438 match_part 0.957 118482 117908 match_439 match_part 0.981 118482 117916 match_440 match_part 0.926 122442 121986 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C02HBa0160F05.2 type gene exon 6455 7331 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C02HBa0160F05.2 type gene exon 19094 19561 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C02HBa0160F05.2 type gene exon 20901 20407 exon 19599 19215 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C02HBa0160F05.2 type gene exon 27912 27570 exon 26936 26764 exon 24072 23927 exon 23191 22847 gene_5 gene GT_PGL_4_AGS_2 transcript source GenomeThreader seq_id C02HBa0160F05.2 type gene exon 26944 26764 exon 24072 23724 gene_6 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C02HBa0160F05.2 type gene exon 52210 52322 exon 52399 52567 exon 52797 52881 exon 52971 53044 exon 53117 53236 exon 53893 54088 exon 54208 54329 exon 54782 54989 exon 55240 55313 exon 56582 56720 exon 57099 57280 exon 58406 58561 exon 60627 60758 exon 61708 61766 exon 62546 62578 exon 62671 62802 exon 64198 64544 gene_7 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C02HBa0160F05.2 type gene exon 76278 75848 exon 73216 72566 exon 72490 71542 gene_8 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C02HBa0160F05.2 type gene exon 80525 79423 gene_9 gene GT_PGL_7_AGS_2 transcript source GenomeThreader seq_id C02HBa0160F05.2 type gene exon 85255 85197 exon 84562 84162 exon 83143 82982 gene_10 gene GT_PGL_7_AGS_3 transcript source GenomeThreader seq_id C02HBa0160F05.2 type gene exon 95596 95345 exon 93388 93242 exon 91206 91128 exon 79772 79514 gene_11 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C02HBa0160F05.2 type gene exon 99464 99700 exon 102496 102632 exon 103495 103684 exon 104282 104312 gene_12 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C02HBa0160F05.2 type gene exon 106563 106611 exon 107613 107765 exon 108238 108544 exon 108875 108967 gene_13 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C02HBa0160F05.2 type gene exon 111392 111348 exon 111267 111151 exon 110334 110153 exon 110048 109646 gene_14 gene GT_PGL_10_AGS_2 transcript source GenomeThreader seq_id C02HBa0160F05.2 type gene exon 111392 111348 exon 111267 111151 exon 110334 110153 exon 110048 109774 exon 109669 109655 exon 109027 108995 exon 108913 108896 exon 108643 108579 exon 108262 108239 gene_15 gene GT_PGL_10_AGS_3 transcript source GenomeThreader seq_id C02HBa0160F05.2 type gene exon 111392 111348 exon 111267 111151 exon 110334 110153 exon 110048 109777 exon 109364 109322 gene_16 gene GT_PGL_10_AGS_4 transcript source GenomeThreader seq_id C02HBa0160F05.2 type gene exon 111287 111151 exon 110334 110153 exon 110048 109646 gene_17 gene GT_PGL_10_AGS_5 transcript source GenomeThreader seq_id C02HBa0160F05.2 type gene exon 111338 111329 exon 111267 111151 exon 110334 110153 exon 110048 109646 gene_18 gene GT_PGL_10_AGS_6 transcript source GenomeThreader seq_id C02HBa0160F05.2 type gene exon 110342 110153 exon 110048 109718 gene_19 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C02HBa0160F05.2 type gene exon 116160 116240 exon 116999 117076 exon 117171 117351 exon 117629 117726 exon 117861 118515 gene_20 gene GT_PGL_11_AGS_2 transcript source GenomeThreader seq_id C02HBa0160F05.2 type gene exon 116172 116240 exon 116999 117076 exon 117171 117351 exon 117861 118487 gene_21 gene GT_PGL_11_AGS_3 transcript source GenomeThreader seq_id C02HBa0160F05.2 type gene exon 116176 116240 exon 116999 117567 gene_22 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C02HBa0160F05.2 type gene exon 118482 117908 gene_23 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C02HBa0160F05.2 type gene exon 120052 120140 exon 120979 121056 exon 121151 121331 exon 121600 121697 exon 121787 122620 gene_24 gene GT_PGL_13_AGS_2 transcript source GenomeThreader seq_id C02HBa0160F05.2 type gene exon 120094 120140 exon 120977 121056 exon 121151 121331 exon 121600 121697 exon 121787 122527 gene_25 gene GT_PGL_13_AGS_3 transcript source GenomeThreader seq_id C02HBa0160F05.2 type gene exon 120906 120907 exon 120979 121056 exon 121151 121331 exon 121600 121697 exon 121787 122527 gene_26 gene GT_PGL_13_AGS_4 transcript source GenomeThreader seq_id C02HBa0160F05.2 type gene exon 120076 120140 exon 120381 120407 exon 120979 121056 exon 121151 121331 exon 121600 121697 exon 121787 122527 gene_27 gene GT_PGL_13_AGS_5 transcript source GenomeThreader seq_id C02HBa0160F05.2 type gene exon 120052 120140 exon 120979 121056 exon 121151 121331 exon 121600 122527 gene_28 gene GT_PGL_13_AGS_6 transcript source GenomeThreader seq_id C02HBa0160F05.2 type gene exon 120095 120140 exon 120979 121056 exon 121151 121697 exon 121787 122527 gene_29 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C02HBa0160F05.2 type gene exon 122442 121986 RepeatMasker tomato repeats master LINE1F_MT 3406 3453 1 LINE1F_MT 3406 3453 1 nucleotide_motif 226 15724 15771 Copia00143 76 223 1 Copia00143 76 223 1 nucleotide_motif 1046 17057 17205 Copia00143 1 223 1 Copia00143 1 223 1 nucleotide_motif 798 17189 17397 Copia00143 45 206 1 Copia00143 45 206 1 nucleotide_motif 1122 17445 17605 Copia00151 8220 8351 1 Copia00151 8220 8351 1 nucleotide_motif 448 28608 28740 Gypsy00004 2 303 1 Gypsy00004 2 303 1 nucleotide_motif 2210 29745 30046 TOPIE1_LE_LTR 79 242 1 TOPIE1_LE_LTR 79 242 1 nucleotide_motif 414 33664 33811 Copia00108 9 202 1 Copia00108 9 202 1 nucleotide_motif 615 33925 34114 TS2 517 2010 1 TS2 517 2010 1 nucleotide_motif 497 47487 47617 SONATA2 1 253 1 SONATA2 1 253 1 nucleotide_motif 1295 60155 60372 Unknown00040 4372 4531 1 Unknown00040 4372 4531 1 nucleotide_motif 687 65758 65912 Unknown00049 1643 1709 1 Unknown00049 1643 1709 1 nucleotide_motif 287 71082 71148 Copia00105 3997 4061 1 Copia00105 3997 4061 1 nucleotide_motif 283 87514 87580 Gypsy00163 7775 7926 1 Gypsy00163 7775 7926 1 nucleotide_motif 280 94753 94903 POTTEN1 3 1109 1 POTTEN1 3 1109 1 nucleotide_motif 6073 97490 98550 Unknown00019 577 697 1 Unknown00019 577 697 1 nucleotide_motif 592 98878 99007 Unknown00046 3034 3094 1 Unknown00046 3034 3094 1 nucleotide_motif 281 99076 99136 Copia00156 158 483 1 Copia00156 158 483 1 nucleotide_motif 432 100134 100445 Copia00150 828 1315 1 Copia00150 828 1315 1 nucleotide_motif 403 100772 101248 Copia00105 8587 8649 1 Copia00105 8587 8649 1 nucleotide_motif 235 101504 101566 Copia00143 91 221 1 Copia00143 91 221 1 nucleotide_motif 393 101728 101854 GYPMET_I 4324 4527 1 GYPMET_I 4324 4527 1 nucleotide_motif 395 101775 101965 Unknown00049 1725 1787 1 Unknown00049 1725 1787 1 nucleotide_motif 243 102197 102259 TS2 452 655 1 TS2 452 655 1 nucleotide_motif 538 107399 107583 ATHPOGON2 369 442 1 ATHPOGON2 369 442 1 nucleotide_motif 280 108566 108639 RepeatMasker tomato repeats master Unknown00043 5536 5694 -1 Unknown00043 5536 5694 -1 nucleotide_motif 347 9886 9729 Unknown00057 2095 2444 -1 Unknown00057 2095 2444 -1 nucleotide_motif 847 15693 15354 GYLES1_LTR 1 352 -1 GYLES1_LTR 1 352 -1 nucleotide_motif 2175 29744 29695 Copia00112 1 149 -1 Copia00112 1 149 -1 nucleotide_motif 716 31627 31480 Unknown00034 3710 4017 -1 Unknown00034 3710 4017 -1 nucleotide_motif 1654 31779 31495 Unknown00049 381 652 -1 Unknown00049 381 652 -1 nucleotide_motif 929 34877 34624 Unknown00049 1252 1417 -1 Unknown00049 1252 1417 -1 nucleotide_motif 680 35318 35153 Unknown00049 384 1236 -1 Unknown00049 384 1236 -1 nucleotide_motif 2293 36316 35504 Unknown00034 5136 5205 -1 Unknown00034 5136 5205 -1 nucleotide_motif 380 44707 44638 Unknown00043 2859 3066 -1 Unknown00043 2859 3066 -1 nucleotide_motif 346 59401 59193 Copia00110 2718 2840 -1 Copia00110 2718 2840 -1 nucleotide_motif 513 65854 65734 Unknown00020 77 373 -1 Unknown00020 77 373 -1 nucleotide_motif 872 66113 65793 MUDSOLT1 460 519 -1 MUDSOLT1 460 519 -1 nucleotide_motif 260 69537 69479 Unknown00049 1649 1709 -1 Unknown00049 1649 1709 -1 nucleotide_motif 248 70601 70541 Unknown00043 5277 5442 -1 Unknown00043 5277 5442 -1 nucleotide_motif 227 78220 78067 SONATA2 1 109 -1 SONATA2 1 109 -1 nucleotide_motif 447 79363 79258 Copia00175 2319 2585 -1 Copia00175 2319 2585 -1 nucleotide_motif 953 82589 82314 Gypsy00043 1029 1207 -1 Gypsy00043 1029 1207 -1 nucleotide_motif 728 98743 98570 Copia00110 13250 13557 -1 Copia00110 13250 13557 -1 nucleotide_motif 1235 98887 98595 Gypsy00043 532 629 -1 Gypsy00043 532 629 -1 nucleotide_motif 602 99009 98912 Copia00123 4301 4609 -1 Copia00123 4301 4609 -1 nucleotide_motif 296 100361 100041 Gypsy00088 1040 1100 -1 Gypsy00088 1040 1100 -1 nucleotide_motif 227 100593 100531 Copia00096 3618 3792 -1 Copia00096 3618 3792 -1 nucleotide_motif 475 101253 101085 SONATA2 1 253 -1 SONATA2 1 253 -1 nucleotide_motif 1584 105144 104903 BLAST_tomato_bacs Tomato BAC sequences BLAST_tomato_bacs Tomato BAC sequences match_1 match 1848 31309 32399 match_2 match 2526 33320 34653 match_3 match 4732 4879 7391 match_4 match 4910 34762 37331 match_5 match 5063 10967 13619 match_6 match 5021 74839 77524 match_7 match 6068 62509 65623 match_8 match 5858 7743 10940 match_9 match 7866 70770 74803 match_10 match 9367 1 4827 match_11 match 56081 62478 match_12 match 13684 21061 match_13 match 79568 87262 match_14 match 6179 66300 69480 match_15 match 37383 55112 match_16 match 21784 28748 match_17 match 87304 94814 match_18 match 4732 4879 7391 match_19 match 9367 1 4827 match_20 match 2571 73441 74803 match_21 match 3414 112312 114126 match_22 match 5021 74839 77524 match_23 match 5184 115992 118705 match_24 match 5634 119714 122675 match_25 match 5961 99405 102453 match_26 match 6464 108752 112159 match_27 match 102506 108667 match_28 match 79568 87262 match_29 match 975 116336 117400 match_30 match 2038 120606 122492 match_31 match 2036 120777 122553 match_32 match 1923 120785 122223 match_33 match 87304 94814 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) clone_1 clone 1332 1 122651 clone_start_1 clone_start 1366 1 709 clone_2 clone 1191.5 3345 89088 clone_start_2 clone_start 1166 3345 3983 clone_3 clone 1015.5 4136 39364 clone_start_3 clone_start 1070 4136 4696 clone_4 clone 996 7451 48660 clone_end_1 clone_end 394 7451 7649 clone_5 clone 1138 7743 48660 clone_end_2 clone_end 678 7743 8114 clone_6 clone 1305.5 15639 50645 clone_start_4 clone_start 1344 15639 16337 clone_end_3 clone_end 1392 17046 17763 clone_end_4 clone_end 1193 17046 17667 clone_start_5 clone_start 1433 24795 25525 clone_7 clone 636 38090 71681 clone_end_5 clone_end 854 38090 38520 clone_start_6 clone_start 955 52849 53330 clone_start_7 clone_start 1475 73435 74231 clone_8 clone 1375 80517 121197 clone_start_8 clone_start 1398 80517 81221 clone_9 clone 1274 82382 120557 clone_end_6 clone_end 1392 82382 83107 clone_end_7 clone_end 305 114197 114358 clone_start_9 clone_start 246 114197 114328 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) clone_end_8 clone_end 1298 122651 121942 clone_end_9 clone_end 1217 89088 88433 clone_end_10 clone_end 961 39364 38880 clone_start_10 clone_start 1598 48660 47827 clone_start_11 clone_start 829 8210 7743 clone_start_12 clone_start 1598 48660 47827 clone_end_11 clone_end 1267 50645 50007 clone_end_12 clone_end 1314 27685 27011 clone_end_13 clone_end 1285 35430 34762 clone_start_13 clone_start 418 71681 71471 clone_end_14 clone_end 1080 67831 67279 clone_end_15 clone_end 1352 121197 120489 clone_start_14 clone_start 1156 120557 119968 clone_end_16 clone_end 1296 86688 86011 clone_end_17 clone_end 1364 89095 88378 clone_start_15 clone_start 989 93736 93198 clone_end_18 clone_end 363 95966 95742 clone_end_19 clone_end 555 116292 115992 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_1 match_part 0.996 6455 7126 match_2 match_part 0.979 6464 6795 match_3 match_part 0.994 6611 7331 match_4 match_part 0.991 52210 52322 match_part 0.988 52399 52567 match_part 0.988 52797 52881 match_part 1.000 52971 53044 match_part 1.000 53117 53216 match_5 match_part 0.963 116160 116240 match_part 1.000 116999 117076 match_part 1.000 117171 117351 match_part 1.000 117629 117726 match_part 0.996 117861 118312 match_6 match_part 1.000 116169 116240 match_part 1.000 116999 117076 match_part 1.000 117171 117351 match_part 1.000 117629 117726 match_part 1.000 117861 118248 match_7 match_part 1.000 116169 116240 match_part 1.000 116999 117076 match_part 1.000 117171 117351 match_part 1.000 117629 117726 match_part 1.000 117861 118247 match_8 match_part 0.957 116171 116240 match_part 0.962 116999 117076 match_part 0.945 117171 117351 match_part 0.949 117629 117726 match_part 0.991 117861 118282 match_9 match_part 0.986 116171 116240 match_part 1.000 116999 117076 match_part 0.983 117171 117351 match_part 1.000 117629 117726 match_part 0.982 117861 118249 match_10 match_part 0.986 116172 116240 match_part 1.000 116999 117076 match_part 0.983 117171 117351 match_part 1.000 117629 117726 match_part 0.969 117861 117987 match_11 match_part 0.986 116172 116240 match_part 1.000 116999 117076 match_part 0.982 117171 117340 match_12 match_part 0.925 116174 116240 match_part 1.000 116999 117076 match_part 0.939 117171 117351 match_part 0.929 117629 117726 match_part 0.935 117861 118353 match_13 match_part 0.848 116175 116240 match_part 1.000 116999 117076 match_part 1.000 117171 117351 match_part 1.000 117629 117726 match_part 0.960 117861 118109 match_14 match_part 0.985 116175 116240 match_part 1.000 116999 117076 match_part 0.983 117171 117351 match_part 1.000 117629 117726 match_part 1.000 117861 117873 match_15 match_part 1.000 116176 116240 match_part 1.000 116999 117076 match_part 1.000 117171 117351 match_part 1.000 117629 117726 match_part 0.986 117861 118348 match_16 match_part 0.846 116176 116240 match_part 1.000 116999 117076 match_part 0.950 117171 117351 match_part 0.939 117629 117726 match_part 0.964 117861 118247 match_17 match_part 0.877 116176 116240 match_part 0.987 116999 117076 match_part 0.939 117171 117351 match_part 0.939 117629 117726 match_part 0.959 117861 118246 match_18 match_part 0.985 116176 116240 match_part 1.000 116999 117076 match_part 0.983 117171 117351 match_part 1.000 117629 117726 match_part 0.990 117861 118160 match_19 match_part 0.985 116176 116240 match_part 1.000 116999 117076 match_part 0.983 117171 117351 match_part 1.000 117629 117726 match_part 0.977 117861 117991 match_20 match_part 0.969 116176 116240 match_part 1.000 116999 117076 match_part 0.983 117171 117351 match_part 0.990 117629 117726 match_part 0.971 117861 117962 match_21 match_part 0.985 116176 116240 match_part 0.944 116999 117567 match_22 match_part 0.984 116177 116240 match_part 1.000 116999 117076 match_part 0.983 117171 117351 match_part 1.000 117629 117726 match_part 0.983 117861 118040 match_23 match_part 0.891 116177 116240 match_part 0.974 116999 117076 match_part 0.939 117171 117351 match_part 0.939 117629 117726 match_part 0.978 117861 118038 match_24 match_part 0.984 116177 116240 match_part 1.000 116999 117076 match_part 0.983 117171 117351 match_part 0.969 117629 117726 match_part 0.957 117861 117930 match_25 match_part 0.984 116177 116240 match_part 1.000 116999 117076 match_part 0.983 117171 117351 match_part 1.000 117629 117726 match_part 1.000 117861 117873 match_26 match_part 0.984 116178 116240 match_part 1.000 116999 117076 match_part 0.983 117171 117351 match_part 1.000 117629 117726 match_part 0.980 117861 118060 match_27 match_part 0.903 116179 116240 match_part 0.974 116999 117076 match_part 0.939 117171 117351 match_part 0.939 117629 117726 match_part 0.977 117861 118037 match_28 match_part 0.984 116179 116240 match_part 1.000 116999 117076 match_part 0.983 117171 117351 match_part 1.000 117629 117726 match_part 0.970 117861 117961 match_29 match_part 0.952 116179 116240 match_part 1.000 116999 117076 match_part 0.983 117171 117351 match_part 1.000 117629 117708 match_30 match_part 0.984 116180 116240 match_part 1.000 116999 117076 match_part 0.983 117171 117351 match_part 1.000 117629 117726 match_part 1.000 117861 117873 match_31 match_part 0.900 116181 116240 match_part 0.974 116999 117076 match_part 0.939 117171 117351 match_part 0.939 117629 117726 match_part 0.962 117861 118017 match_32 match_part 0.983 116181 116240 match_part 1.000 116999 117076 match_part 0.983 117171 117351 match_part 1.000 117629 117726 match_part 0.977 117861 117989 match_33 match_part 0.883 116181 116240 match_part 0.974 116999 117076 match_part 0.917 117171 117351 match_part 0.908 117629 117726 match_part 0.924 117861 117939 match_34 match_part 0.983 116183 116240 match_part 1.000 116999 117076 match_part 0.983 117171 117351 match_part 1.000 117629 117726 match_part 0.983 117861 118160 match_35 match_part 0.897 116183 116240 match_part 0.974 116999 117076 match_part 0.939 117171 117351 match_part 0.939 117629 117726 match_part 0.966 117861 118037 match_36 match_part 0.931 116183 116240 match_part 1.000 116999 117076 match_part 0.978 117171 117351 match_part 0.980 117629 117726 match_part 0.970 117861 118027 match_37 match_part 0.983 116183 116240 match_part 1.000 116999 117076 match_part 0.983 117171 117351 match_part 1.000 117629 117726 match_part 1.000 117861 117873 match_38 match_part 0.912 116184 116240 match_part 0.974 116999 117076 match_part 0.939 117171 117351 match_part 0.939 117629 117726 match_part 0.977 117861 118037 match_39 match_part 0.982 116186 116240 match_part 1.000 116999 117076 match_part 0.983 117171 117351 match_part 1.000 117629 117726 match_part 1.000 117861 117901 match_40 match_part 0.904 116189 116240 match_part 0.974 116999 117076 match_part 0.939 117171 117351 match_part 0.939 117629 117726 match_part 0.933 117861 118427 match_41 match_part 0.904 116189 116240 match_part 0.974 116999 117076 match_part 0.939 117171 117351 match_part 0.939 117629 117726 match_part 0.952 117861 118343 match_42 match_part 0.941 116190 116240 match_part 1.000 116999 117076 match_part 0.934 117171 117351 match_part 0.878 117629 117726 match_part 0.905 117861 117934 match_43 match_part 1.000 116213 116240 match_part 1.000 116999 117076 match_part 0.983 117171 117351 match_part 1.000 117629 117726 match_part 0.986 117861 118076 match_44 match_part 1.000 116213 116240 match_part 1.000 116999 117076 match_part 0.983 117171 117351 match_part 0.984 117629 117691 match_45 match_part 1.000 116999 117076 match_part 0.939 117171 117351 match_part 0.918 117629 117726 match_part 0.960 117861 118312 match_46 match_part 1.000 117012 117076 match_part 0.983 117171 117351 match_part 1.000 117629 117726 match_part 0.957 117861 117954 match_47 match_part 0.966 117018 117076 match_part 1.000 117171 117351 match_part 1.000 117629 117726 match_part 0.996 117861 118389 match_48 match_part 1.000 117036 117076 match_part 0.939 117171 117351 match_part 0.939 117629 117726 match_part 0.935 117861 118426 match_49 match_part 0.976 117036 117076 match_part 0.939 117171 117351 match_part 0.939 117629 117726 match_part 0.949 117861 118353 match_50 match_part 1.000 117036 117076 match_part 0.939 117171 117351 match_part 0.939 117629 117726 match_part 0.957 117861 118329 match_51 match_part 0.967 117047 117076 match_part 0.983 117171 117351 match_part 1.000 117629 117726 match_part 0.980 117861 118116 match_52 match_part 1.000 117074 117076 match_part 0.978 117171 117351 match_part 1.000 117629 117726 match_part 0.977 117861 118160 match_53 match_part 0.926 117204 117351 match_part 0.939 117629 117726 match_part 0.935 117861 118429 match_54 match_part 0.977 117224 117351 match_part 1.000 117629 117726 match_part 0.977 117861 117991 match_55 match_part 0.946 117315 117351 match_part 0.989 117861 118431 match_56 match_part 0.923 117326 117351 match_part 0.980 117629 117726 match_part 0.984 117861 118421 match_57 match_part 0.937 117632 117726 match_part 0.953 117861 118349 match_58 match_part 0.937 117632 117726 match_part 0.962 117861 118302 match_59 match_part 0.937 117632 117726 match_part 0.959 117861 118248 match_60 match_part 0.939 117645 117726 match_part 0.951 117861 118347 match_61 match_part 0.975 117648 117726 match_part 0.989 117861 118515 match_62 match_part 0.899 117648 117726 match_part 0.976 117861 118030 match_63 match_part 1.000 117716 117726 match_part 0.955 117861 118172 match_64 match_part 0.939 117861 118487 match_65 match_part 0.959 117866 118347 match_66 match_part 0.946 117981 118370 match_67 match_part 0.993 118004 118461 match_68 match_part 0.943 118020 118370 match_69 match_part 0.993 118022 118461 match_70 match_part 0.962 118157 118366 match_71 match_part 0.989 120052 120140 match_part 1.000 120979 121056 match_part 1.000 121151 121331 match_part 0.972 121600 121670 match_72 match_part 0.701 120054 120140 match_part 1.000 120979 121056 match_part 0.978 121151 121331 match_part 0.959 121600 121697 match_part 0.954 121787 122110 match_73 match_part 0.878 120059 120140 match_part 0.974 120979 121056 match_part 0.967 121151 121331 match_part 0.949 121600 121697 match_part 0.890 121787 122620 match_74 match_part 0.778 120060 120140 match_part 1.000 120979 121056 match_part 0.972 121151 121331 match_part 0.959 121600 121697 match_part 0.956 121787 122171 match_75 match_part 0.900 120071 120140 match_part 0.949 120979 121056 match_part 0.972 121151 121331 match_part 0.949 121600 121697 match_part 0.965 121787 122012 match_76 match_part 0.855 120072 120140 match_part 1.000 120979 121056 match_part 0.961 121151 121331 match_part 0.939 121600 121697 match_part 0.964 121787 122036 match_77 match_part 0.897 120073 120140 match_part 0.974 120979 121056 match_part 0.972 121151 121331 match_part 0.949 121600 121697 match_part 0.958 121787 122142 match_78 match_part 0.897 120073 120140 match_part 0.974 120979 121056 match_part 0.972 121151 121331 match_part 0.949 121600 121697 match_part 0.962 121787 121972 match_79 match_part 0.866 120074 120140 match_part 1.000 120979 121056 match_part 0.972 121151 121331 match_part 0.959 121600 121697 match_part 0.956 121787 122216 match_80 match_part 0.908 120076 120140 match_part 0.987 120979 121056 match_part 0.972 121151 121331 match_part 0.949 121600 121697 match_part 0.956 121787 122222 match_81 match_part 0.846 120076 120140 match_part 0.987 120979 121056 match_part 0.972 121151 121331 match_part 0.949 121600 121697 match_part 0.948 121787 122206 match_82 match_part 0.877 120076 120140 match_part 0.556 120381 120407 match_part 0.987 120979 121056 match_part 0.972 121151 121331 match_part 0.949 121600 121697 match_part 0.961 121787 122169 match_83 match_part 0.969 120076 120140 match_part 1.000 120979 121056 match_part 1.000 121151 121331 match_part 1.000 121600 121697 match_part 0.993 121787 122075 match_84 match_part 0.908 120076 120140 match_part 0.936 120979 121056 match_part 0.972 121151 121331 match_part 0.949 121600 121697 match_part 0.944 121787 122038 match_85 match_part 0.859 120077 120140 match_part 1.000 120979 121056 match_part 0.972 121151 121331 match_part 0.959 121600 121697 match_part 0.958 121787 122141 match_86 match_part 0.906 120077 120140 match_part 0.974 120979 121056 match_part 0.972 121151 121331 match_part 0.939 121600 121697 match_part 0.944 121787 121858 match_87 match_part 0.905 120078 120140 match_part 0.987 120979 121056 match_part 0.972 121151 121331 match_part 0.949 121600 121697 match_part 0.953 121787 122234 match_88 match_part 0.905 120078 120140 match_part 0.987 120979 121056 match_part 0.972 121151 121331 match_part 0.949 121600 121697 match_part 0.961 121787 122175 match_89 match_part 0.952 120079 120140 match_part 1.000 120979 121056 match_part 1.000 121151 121331 match_part 1.000 121600 121697 match_part 0.996 121787 122268 match_90 match_part 0.903 120079 120140 match_part 0.962 120979 121056 match_part 0.972 121151 121331 match_part 0.936 121600 121926 match_91 match_part 0.871 120079 120140 match_part 1.000 120979 121056 match_part 0.967 121151 121331 match_part 0.959 121600 121697 match_part 0.936 121787 121880 match_92 match_part 0.903 120079 120140 match_part 1.000 120979 121056 match_part 0.972 121151 121331 match_part 0.966 121600 121686 match_93 match_part 0.903 120079 120140 match_part 0.974 120979 121056 match_part 0.972 121151 121331 match_part 0.937 121600 121678 match_94 match_part 0.852 120080 120140 match_part 0.974 120979 121056 match_part 0.972 121151 121331 match_part 1.000 121600 121624 match_95 match_part 0.983 120081 120140 match_part 1.000 120979 121056 match_part 1.000 121151 121331 match_part 1.000 121600 121697 match_part 1.000 121787 121981 match_96 match_part 0.917 120081 120140 match_part 0.974 120979 121056 match_part 0.972 121151 121331 match_part 0.949 121600 121697 match_part 0.949 121787 121943 match_97 match_part 0.900 120081 120140 match_part 0.974 120979 121056 match_part 0.972 121151 121331 match_part 0.929 121600 121697 match_part 0.943 121787 121908 match_98 match_part 0.900 120081 120140 match_part 0.974 120979 121056 match_part 0.945 121151 121331 match_part 0.918 121600 121697 match_part 0.924 121787 121865 match_99 match_part 0.917 120081 120140 match_part 0.974 120979 121056 match_part 0.972 121151 121331 match_part 0.949 121600 121697 match_part 0.958 121787 121858 match_100 match_part 0.917 120081 120140 match_part 1.000 120979 121056 match_part 0.972 121151 121331 match_part 0.969 121600 121697 match_part 1.000 121787 121798 match_101 match_part 0.898 120082 120140 match_part 1.000 120979 121056 match_part 0.978 121151 121331 match_part 0.969 121600 121697 match_part 0.936 121787 122253 match_102 match_part 0.881 120082 120140 match_part 1.000 120979 121056 match_part 0.972 121151 121331 match_part 0.959 121600 121697 match_part 0.956 121787 122175 match_103 match_part 0.881 120082 120140 match_part 1.000 120979 121056 match_part 0.972 121151 121331 match_part 0.959 121600 121697 match_part 0.956 121787 122171 match_104 match_part 0.914 120083 120140 match_part 1.000 120979 121056 match_part 0.978 121151 121331 match_part 0.969 121600 121697 match_part 0.937 121787 122244 match_105 match_part 0.897 120083 120140 match_part 1.000 120979 121056 match_part 0.972 121151 121331 match_part 0.959 121600 121697 match_part 0.960 121787 122038 match_106 match_part 0.914 120083 120140 match_part 0.974 120979 121056 match_part 0.972 121151 121331 match_part 0.949 121600 121697 match_part 0.965 121787 121956 match_107 match_part 0.914 120083 120140 match_part 0.974 120979 121056 match_part 0.967 121151 121331 match_part 0.944 121600 121653 match_108 match_part 0.875 120085 120140 match_part 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match_part 0.989 110048 109777 match_290 match_part 0.988 110322 110153 match_part 0.996 110048 109777 match_291 match_part 0.994 110322 110153 match_part 0.996 110048 109777 match_292 match_part 0.994 110321 110153 match_part 0.996 110048 109777 match_293 match_part 0.976 110278 110153 match_part 0.993 110048 109777 match_294 match_part 0.968 110276 110153 match_part 0.996 110048 109777 match_295 match_part 0.991 110267 110153 match_part 0.996 110048 109777 match_296 match_part 0.988 110234 110153 match_part 0.993 110048 109777 match_297 match_part 0.986 110226 110153 match_part 0.989 110048 109777 match_298 match_part 0.942 110204 110153 match_part 0.982 110048 109777 match_299 match_part 0.996 110043 109777 match_300 match_part 0.966 109979 109777 match_301 match_part 1.000 111371 111348 match_part 1.000 111267 111151 match_part 1.000 110334 110153 match_part 0.996 110048 109783 match_302 match_part 0.783 111370 111348 match_part 0.957 111267 111151 match_part 0.995 110334 110153 match_part 0.992 110048 109783 match_303 match_part 0.952 111368 111348 match_part 0.991 111267 111151 match_part 0.995 110334 110153 match_part 0.992 110048 109783 match_304 match_part 0.993 110291 110153 match_part 0.992 110048 109783 match_305 match_part 0.950 110212 110153 match_part 0.977 110048 109783 match_306 match_part 0.960 111372 111348 match_part 0.991 111267 111151 match_part 0.995 110334 110153 match_part 0.996 110048 109785 match_307 match_part 0.970 111250 111151 match_part 1.000 110334 110153 match_part 0.973 110048 109786 match_308 match_part 0.962 111373 111348 match_part 0.991 111267 111151 match_part 0.995 110334 110153 match_part 0.996 110048 109787 match_309 match_part 1.000 111373 111348 match_part 1.000 111267 111151 match_part 1.000 110334 110153 match_part 0.991 110048 109815 match_310 match_part 0.991 111261 111151 match_part 0.995 110334 110153 match_part 0.991 110048 109815 match_311 match_part 0.947 111366 111348 match_part 0.991 111267 111151 match_part 0.995 110334 110153 match_part 0.983 110048 109817 match_312 match_part 0.991 111267 111151 match_part 0.995 110334 110153 match_part 0.995 110048 109833 match_313 match_part 0.786 111267 111151 match_part 0.962 110334 110153 match_part 0.976 110048 109840 match_314 match_part 0.952 111192 111151 match_part 0.995 110334 110153 match_part 0.970 110048 109851 match_315 match_part 0.960 111372 111348 match_part 0.983 111267 111151 match_part 0.978 110334 110153 match_part 0.978 110048 109863 match_316 match_part 0.826 111370 111348 match_part 0.991 111267 111151 match_part 0.995 110334 110153 match_part 1.000 110048 109863 match_317 match_part 0.960 111372 111348 match_part 0.991 111267 111151 match_part 0.989 110334 110153 match_part 0.988 110048 109881 match_318 match_part 0.933 111362 111348 match_part 0.991 111267 111151 match_part 0.995 110334 110153 match_part 1.000 110048 109888 match_319 match_part 0.952 111368 111348 match_part 0.991 111267 111151 match_part 0.995 110334 110153 match_part 0.994 110048 109889 match_320 match_part 0.958 111371 111348 match_part 0.991 111267 111151 match_part 0.995 110334 110153 match_part 1.000 110048 109890 match_321 match_part 0.938 111363 111348 match_part 0.974 111267 111151 match_part 0.989 110334 110153 match_part 0.994 110048 109890 match_322 match_part 0.826 111370 111348 match_part 0.957 111267 111151 match_part 0.995 110334 110153 match_part 0.969 110048 109952 match_323 match_part 0.941 111364 111348 match_part 0.983 111267 111151 match_part 0.989 110334 110153 match_part 0.989 110048 109956 match_324 match_part 0.952 111368 111348 match_part 0.991 111267 111151 match_part 0.989 110334 110153 match_part 0.988 110048 109966 match_325 match_part 0.929 111361 111348 match_part 0.991 111267 111151 match_part 0.995 110334 110153 match_part 1.000 110048 110025 match_326 match_part 0.991 111263 111151 match_part 0.995 110334 110153 match_part 1.000 110048 110036 match_327 match_part 0.983 111267 111151 match_part 1.000 110334 110240 match_328 match_part 0.957 118482 117908 match_329 match_part 0.981 118482 117916 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C02HBa0160F05.2 type gene exon 6455 7331 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C02HBa0160F05.2 type gene exon 20901 20407 exon 19599 19215 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C02HBa0160F05.2 type gene exon 27912 27570 exon 26936 26764 exon 24072 23927 exon 23191 22847 gene_4 gene GT_PGL_3_AGS_2 transcript source GenomeThreader seq_id C02HBa0160F05.2 type gene exon 26944 26764 exon 24072 23724 gene_5 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C02HBa0160F05.2 type gene exon 52210 52322 exon 52399 52567 exon 52797 52881 exon 52971 53044 exon 53117 53216 gene_6 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C02HBa0160F05.2 type gene exon 72222 71702 gene_7 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C02HBa0160F05.2 type gene exon 72997 72573 gene_8 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C02HBa0160F05.2 type gene exon 85255 85197 exon 84562 84162 exon 83143 82982 gene_9 gene GT_PGL_7_AGS_2 transcript source GenomeThreader seq_id C02HBa0160F05.2 type gene exon 79882 79423 gene_10 gene GT_PGL_7_AGS_3 transcript source GenomeThreader seq_id C02HBa0160F05.2 type gene exon 80525 79917 gene_11 gene GT_PGL_7_AGS_4 transcript source GenomeThreader seq_id C02HBa0160F05.2 type gene exon 95596 95345 exon 93388 93242 exon 91206 91128 exon 79772 79514 gene_12 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C02HBa0160F05.2 type gene exon 111392 111348 exon 111267 111151 exon 110334 110153 exon 110048 109646 gene_13 gene GT_PGL_8_AGS_2 transcript source GenomeThreader seq_id C02HBa0160F05.2 type gene exon 111392 111348 exon 111267 111151 exon 110334 110153 exon 110048 109774 exon 109669 109655 exon 109027 108995 exon 108913 108896 exon 108643 108579 exon 108262 108239 gene_14 gene GT_PGL_8_AGS_3 transcript source GenomeThreader seq_id C02HBa0160F05.2 type gene exon 111392 111348 exon 111267 111151 exon 110334 110153 exon 110048 109777 exon 109364 109322 gene_15 gene GT_PGL_8_AGS_4 transcript source GenomeThreader seq_id C02HBa0160F05.2 type gene exon 111287 111151 exon 110334 110153 exon 110048 109646 gene_16 gene GT_PGL_8_AGS_5 transcript source GenomeThreader seq_id C02HBa0160F05.2 type gene exon 110342 110153 exon 110048 109718 gene_17 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C02HBa0160F05.2 type gene exon 116160 116240 exon 116999 117076 exon 117171 117351 exon 117629 117726 exon 117861 118515 gene_18 gene GT_PGL_9_AGS_2 transcript source GenomeThreader seq_id C02HBa0160F05.2 type gene exon 116172 116240 exon 116999 117076 exon 117171 117351 exon 117861 118487 gene_19 gene GT_PGL_9_AGS_3 transcript source GenomeThreader seq_id C02HBa0160F05.2 type gene exon 116176 116240 exon 116999 117567 gene_20 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C02HBa0160F05.2 type gene exon 118482 117908 gene_21 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C02HBa0160F05.2 type gene exon 120052 120140 exon 120979 121056 exon 121151 121331 exon 121600 121697 exon 121787 122620 gene_22 gene GT_PGL_11_AGS_2 transcript source GenomeThreader seq_id C02HBa0160F05.2 type gene exon 120094 120140 exon 120977 121056 exon 121151 121331 exon 121600 121697 exon 121787 122527 gene_23 gene GT_PGL_11_AGS_3 transcript source GenomeThreader seq_id C02HBa0160F05.2 type gene exon 120906 120907 exon 120979 121056 exon 121151 121331 exon 121600 121697 exon 121787 122527 gene_24 gene GT_PGL_11_AGS_4 transcript source GenomeThreader seq_id C02HBa0160F05.2 type gene exon 120076 120140 exon 120381 120407 exon 120979 121056 exon 121151 121331 exon 121600 121697 exon 121787 122527 gene_25 gene GT_PGL_11_AGS_5 transcript source GenomeThreader seq_id C02HBa0160F05.2 type gene exon 120052 120140 exon 120979 121056 exon 121151 121331 exon 121600 122527 gene_26 gene GT_PGL_11_AGS_6 transcript source GenomeThreader seq_id C02HBa0160F05.2 type gene exon 120095 120140 exon 120979 121056 exon 121151 121697 exon 121787 122527 AUGUSTUS_tom_cdna de novo gene_1 gene 0.1 39246 64374 transcript_1 transcript 0.1 39246 64374 start_codon_1 start_codon 39246 39248 intron_1 intron 0.58 40149 41874 intron_2 intron 0.66 42001 42127 intron_3 intron 0.58 42200 42650 intron_4 intron 0.98 42717 44026 intron_5 intron 1 44127 44253 intron_6 intron 0.98 44356 44861 intron_7 intron 0.97 45095 45180 intron_8 intron 0.88 45296 46374 intron_9 intron 0.98 46496 46613 intron_10 intron 0.94 46790 47225 intron_11 intron 0.98 47362 48919 intron_12 intron 0.94 49021 49095 intron_13 intron 0.98 49144 49741 intron_14 intron 0.98 49927 50054 intron_15 intron 1 50173 50261 intron_16 intron 1 50390 51319 intron_17 intron 1 51489 52203 intron_18 intron 1 52323 52398 intron_19 intron 1 52568 52796 intron_20 intron 1 52882 52970 intron_21 intron 1 53045 53116 intron_22 intron 1 53237 53892 intron_23 intron 0.99 54089 54207 intron_24 intron 0.97 54330 54781 intron_25 intron 0.95 54990 55239 intron_26 intron 0.97 55314 56581 intron_27 intron 0.98 56721 57098 intron_28 intron 0.93 57317 58405 intron_29 intron 1 58562 60626 intron_30 intron 0.99 60759 61707 intron_31 intron 0.84 61767 62670 intron_32 intron 0.84 62803 64197 CDS_1 CDS 0.95 39246 40148 CDS_2 CDS 0.59 41875 42000 CDS_3 CDS 1 42128 42199 CDS_4 CDS 0.99 42651 42716 CDS_5 CDS 1 44027 44126 CDS_6 CDS 1 44254 44355 CDS_7 CDS 0.98 44862 45094 CDS_8 CDS 0.97 45181 45295 CDS_9 CDS 0.89 46375 46495 CDS_10 CDS 0.92 46614 46789 CDS_11 CDS 0.99 47226 47361 CDS_12 CDS 0.94 48920 49020 CDS_13 CDS 0.98 49096 49143 CDS_14 CDS 0.98 49742 49926 CDS_15 CDS 1 50055 50172 CDS_16 CDS 1 50262 50389 CDS_17 CDS 1 51320 51488 CDS_18 CDS 1 52204 52322 CDS_19 CDS 1 52399 52567 CDS_20 CDS 1 52797 52881 CDS_21 CDS 1 52971 53044 CDS_22 CDS 1 53117 53236 CDS_23 CDS 1 53893 54088 CDS_24 CDS 0.99 54208 54329 CDS_25 CDS 0.95 54782 54989 CDS_26 CDS 0.97 55240 55313 CDS_27 CDS 0.97 56582 56720 CDS_28 CDS 0.91 57099 57316 CDS_29 CDS 1 58406 58561 CDS_30 CDS 0.99 60627 60758 CDS_31 CDS 0.89 61708 61766 CDS_32 CDS 0.87 62671 62802 CDS_33 CDS 0.88 64198 64374 stop_codon_1 stop_codon 64372 64374 gene_2 gene 0.86 66941 68824 transcript_2 transcript 0.86 66941 68824 start_codon_2 start_codon 66941 66943 intron_33 intron 0.93 67842 67934 CDS_34 CDS 0.89 66941 67841 CDS_35 CDS 0.93 67935 68824 stop_codon_2 stop_codon 68822 68824 gene_3 gene 0.13 99568 108703 transcript_3 transcript 0.13 99568 108703 start_codon_3 start_codon 99568 99570 intron_34 intron 0.87 99701 100630 intron_35 intron 0.74 100685 102495 intron_36 intron 0.83 102633 103494 intron_37 intron 0.47 103659 105784 intron_38 intron 0.92 106020 106398 intron_39 intron 0.98 106472 106552 intron_40 intron 0.7 106612 107612 intron_41 intron 0.66 107766 108649 CDS_36 CDS 1 99568 99700 CDS_37 CDS 0.74 100631 100684 CDS_38 CDS 0.85 102496 102632 CDS_39 CDS 0.48 103495 103658 CDS_40 CDS 0.81 105785 106019 CDS_41 CDS 0.92 106399 106471 CDS_42 CDS 0.81 106553 106611 CDS_43 CDS 0.7 107613 107765 CDS_44 CDS 0.75 108650 108703 stop_codon_3 stop_codon 108701 108703 gene_4 gene 0.7 112540 118295 transcript_4 transcript 0.7 112540 118295 start_codon_4 start_codon 112540 112542 intron_42 intron 0.7 112588 116168 intron_43 intron 1 116241 116998 intron_44 intron 1 117077 117170 intron_45 intron 1 117352 117628 intron_46 intron 1 117727 117860 CDS_45 CDS 0.7 112540 112587 CDS_46 CDS 1 116169 116240 CDS_47 CDS 1 116999 117076 CDS_48 CDS 1 117171 117351 CDS_49 CDS 1 117629 117726 CDS_50 CDS 1 117861 118295 stop_codon_4 stop_codon 118293 118295 gene_5 gene 0.86 118317 122221 transcript_5 transcript 0.86 118317 122221 start_codon_5 start_codon 118317 118319 intron_47 intron 0.86 118335 120068 intron_48 intron 1 120141 120978 intron_49 intron 1 121057 121150 intron_50 intron 1 121332 121599 intron_51 intron 1 121698 121786 CDS_51 CDS 0.86 118317 118334 CDS_52 CDS 1 120069 120140 CDS_53 CDS 1 120979 121056 CDS_54 CDS 1 121151 121331 CDS_55 CDS 1 121600 121697 CDS_56 CDS 1 121787 122221 stop_codon_5 stop_codon 122219 122221 AUGUSTUS_tom_cdna de novo gene_6 gene 0.9 2346 1 transcript_6 transcript 0.9 2346 1 intron_52 intron 1 97 19 intron_53 intron 1 2139 164 intron_54 intron 1 2334 2221 CDS_57 CDS 1 18 1 CDS_58 CDS 1 163 98 CDS_59 CDS 1 2220 2140 CDS_60 CDS 0.9 2346 2335 start_codon_6 start_codon 2346 2344 gene_7 gene 0.2 5596 4226 transcript_7 transcript 0.2 5596 4226 stop_codon_6 stop_codon 4228 4226 intron_55 intron 0.35 4888 4307 intron_56 intron 0.82 5424 5017 CDS_61 CDS 0.3 4306 4226 CDS_62 CDS 0.72 5016 4889 CDS_63 CDS 0.55 5596 5425 start_codon_7 start_codon 5596 5594 gene_8 gene 0.37 9336 6712 transcript_8 transcript 0.37 9336 6712 stop_codon_7 stop_codon 6714 6712 intron_57 intron 0.83 8542 7546 intron_58 intron 0.41 9295 8655 CDS_64 CDS 0.88 7545 6712 CDS_65 CDS 0.42 8654 8543 CDS_66 CDS 0.42 9336 9296 start_codon_8 start_codon 9336 9334 gene_9 gene 0.78 20780 19191 transcript_9 transcript 0.78 20780 19191 stop_codon_8 stop_codon 19193 19191 intron_59 intron 1 20406 19600 CDS_67 CDS 0.78 19599 19191 CDS_68 CDS 1 20780 20407 start_codon_9 start_codon 20780 20778 gene_10 gene 0.58 32506 23085 transcript_10 transcript 0.58 32506 23085 stop_codon_9 stop_codon 23087 23085 intron_60 intron 1 23926 23192 intron_61 intron 1 26763 24073 intron_62 intron 1 27569 26937 intron_63 intron 0.58 32499 27920 CDS_69 CDS 1 23191 23085 CDS_70 CDS 1 24072 23927 CDS_71 CDS 1 26936 26764 CDS_72 CDS 1 27919 27570 CDS_73 CDS 0.58 32506 32500 start_codon_10 start_codon 32506 32504 gene_11 gene 0.74 76265 71745 transcript_11 transcript 0.74 76265 71745 stop_codon_10 stop_codon 71747 71745 intron_64 intron 0.75 72565 72491 intron_65 intron 0.99 75847 73217 CDS_74 CDS 0.75 72490 71745 CDS_75 CDS 0.82 73216 72566 CDS_76 CDS 1 76265 75848 start_codon_11 start_codon 76265 76263 gene_12 gene 0.11 95508 79590 transcript_12 transcript 0.11 95508 79590 stop_codon_11 stop_codon 79592 79590 intron_66 intron 0.94 82981 80669 intron_67 intron 1 84161 83144 intron_68 intron 1 85196 84563 intron_69 intron 0.28 86679 85345 intron_70 intron 0.52 87107 86908 intron_71 intron 0.81 87355 87170 intron_72 intron 0.64 91127 87457 intron_73 intron 0.54 93241 91207 intron_74 intron 0.65 95344 93389 CDS_77 CDS 0.94 80668 79590 CDS_78 CDS 0.97 83143 82982 CDS_79 CDS 1 84562 84162 CDS_80 CDS 0.42 85344 85197 CDS_81 CDS 0.47 86907 86680 CDS_82 CDS 0.8 87169 87108 CDS_83 CDS 0.86 87456 87356 CDS_84 CDS 0.88 91206 91128 CDS_85 CDS 0.59 93388 93242 CDS_86 CDS 1 95508 95345 start_codon_12 start_codon 95508 95506 gene_13 gene 0.78 112455 109919 transcript_13 transcript 0.78 112455 109919 stop_codon_12 stop_codon 109921 109919 intron_75 intron 1 110152 110049 intron_76 intron 1 111150 110335 intron_77 intron 1 111347 111268 intron_78 intron 0.79 112431 111384 CDS_87 CDS 1 110048 109919 CDS_88 CDS 1 110334 110153 CDS_89 CDS 1 111267 111151 CDS_90 CDS 1 111383 111348 CDS_91 CDS 0.78 112455 112432 start_codon_13 start_codon 112455 112453 AUGUSTUS_ab_initio de novo gene_1 gene 0.02 39246 64374 transcript_1 transcript 0.02 39246 64374 start_codon_1 start_codon 39246 39248 intron_1 intron 0.86 40149 41874 intron_2 intron 0.99 42001 42127 intron_3 intron 0.51 42200 42287 intron_4 intron 0.18 42354 42505 intron_5 intron 0.87 42569 42650 intron_6 intron 1 42717 44026 intron_7 intron 1 44127 44253 intron_8 intron 0.95 44356 44861 intron_9 intron 0.99 45095 45180 intron_10 intron 0.87 45296 46374 intron_11 intron 0.99 46496 46613 intron_12 intron 0.95 46790 47225 intron_13 intron 0.92 47362 48919 intron_14 intron 0.91 49021 49095 intron_15 intron 0.96 49144 49741 intron_16 intron 0.99 49927 50054 intron_17 intron 1 50173 50261 intron_18 intron 1 50390 51319 intron_19 intron 0.79 51489 52203 intron_20 intron 1 52323 52398 intron_21 intron 0.81 52568 52796 intron_22 intron 0.73 52853 52950 intron_23 intron 0.41 53045 53892 intron_24 intron 1 54089 54207 intron_25 intron 0.99 54330 54781 intron_26 intron 0.99 54990 55239 intron_27 intron 1 55314 56581 intron_28 intron 0.99 56721 57098 intron_29 intron 0.88 57317 58405 intron_30 intron 0.94 58562 60626 intron_31 intron 0.96 60759 61707 intron_32 intron 0.47 61767 62670 intron_33 intron 0.74 62803 64197 CDS_1 CDS 0.95 39246 40148 CDS_2 CDS 0.93 41875 42000 CDS_3 CDS 1 42128 42199 CDS_4 CDS 0.51 42288 42353 CDS_5 CDS 0.34 42506 42568 CDS_6 CDS 1 42651 42716 CDS_7 CDS 1 44027 44126 CDS_8 CDS 0.99 44254 44355 CDS_9 CDS 0.96 44862 45094 CDS_10 CDS 0.99 45181 45295 CDS_11 CDS 0.87 46375 46495 CDS_12 CDS 0.94 46614 46789 CDS_13 CDS 0.99 47226 47361 CDS_14 CDS 0.91 48920 49020 CDS_15 CDS 0.97 49096 49143 CDS_16 CDS 0.98 49742 49926 CDS_17 CDS 0.99 50055 50172 CDS_18 CDS 1 50262 50389 CDS_19 CDS 1 51320 51488 CDS_20 CDS 1 52204 52322 CDS_21 CDS 1 52399 52567 CDS_22 CDS 0.73 52797 52852 CDS_23 CDS 0.68 52951 53044 CDS_24 CDS 1 53893 54088 CDS_25 CDS 1 54208 54329 CDS_26 CDS 0.98 54782 54989 CDS_27 CDS 1 55240 55313 CDS_28 CDS 1 56582 56720 CDS_29 CDS 0.89 57099 57316 CDS_30 CDS 1 58406 58561 CDS_31 CDS 0.95 60627 60758 CDS_32 CDS 0.93 61708 61766 CDS_33 CDS 0.88 62671 62802 CDS_34 CDS 0.51 64198 64374 stop_codon_1 stop_codon 64372 64374 gene_2 gene 0.6 66941 68824 transcript_2 transcript 0.6 66941 68824 start_codon_2 start_codon 66941 66943 intron_34 intron 1 67842 67934 CDS_35 CDS 0.62 66941 67841 CDS_36 CDS 0.96 67935 68824 stop_codon_2 stop_codon 68822 68824 gene_3 gene 0.16 99568 108453 transcript_3 transcript 0.16 99568 108453 start_codon_3 start_codon 99568 99570 intron_35 intron 0.98 99701 100630 intron_36 intron 0.93 100685 102495 intron_37 intron 1 102633 103494 intron_38 intron 0.59 103685 104281 intron_39 intron 0.66 104347 104454 intron_40 intron 1 104598 105784 intron_41 intron 0.94 106020 106398 intron_42 intron 1 106472 106552 intron_43 intron 0.56 106612 107612 intron_44 intron 0.95 107766 108237 CDS_37 CDS 1 99568 99700 CDS_38 CDS 0.94 100631 100684 CDS_39 CDS 0.99 102496 102632 CDS_40 CDS 1 103495 103684 CDS_41 CDS 0.71 104282 104346 CDS_42 CDS 0.68 104455 104597 CDS_43 CDS 0.94 105785 106019 CDS_44 CDS 0.96 106399 106471 CDS_45 CDS 0.62 106553 106611 CDS_46 CDS 0.56 107613 107765 CDS_47 CDS 0.93 108238 108453 stop_codon_3 stop_codon 108451 108453 gene_4 gene 0.54 116238 118295 transcript_4 transcript 0.54 116238 118295 start_codon_4 start_codon 116238 116240 intron_45 intron 0.97 116241 116998 intron_46 intron 1 117077 117170 intron_47 intron 1 117352 117628 intron_48 intron 0.98 117727 117860 CDS_48 CDS 0.62 116238 116240 CDS_49 CDS 0.99 116999 117076 CDS_50 CDS 1 117171 117351 CDS_51 CDS 1 117629 117726 CDS_52 CDS 0.88 117861 118295 stop_codon_4 stop_codon 118293 118295 gene_5 gene 0.57 120231 122221 transcript_5 transcript 0.57 120231 122221 start_codon_5 start_codon 120231 120233 intron_49 intron 0.67 120354 120978 intron_50 intron 1 121057 121150 intron_51 intron 1 121332 121599 intron_52 intron 1 121698 121786 CDS_53 CDS 0.67 120231 120353 CDS_54 CDS 1 120979 121056 CDS_55 CDS 1 121151 121331 CDS_56 CDS 1 121600 121697 CDS_57 CDS 1 121787 122221 stop_codon_5 stop_codon 122219 122221 AUGUSTUS_ab_initio de novo gene_6 gene 0.09 5596 715 transcript_6 transcript 0.09 5596 715 stop_codon_6 stop_codon 717 715 intron_53 intron 0.51 2149 878 intron_54 intron 0.22 3022 2221 intron_55 intron 0.28 3918 3104 intron_56 intron 0.85 4117 4027 intron_57 intron 0.84 4250 4170 intron_58 intron 0.87 4888 4307 intron_59 intron 1 5424 5017 CDS_58 CDS 0.66 877 715 CDS_59 CDS 0.5 2220 2150 CDS_60 CDS 0.29 3103 3023 CDS_61 CDS 0.83 4026 3919 CDS_62 CDS 0.84 4169 4118 CDS_63 CDS 0.87 4306 4251 CDS_64 CDS 1 5016 4889 CDS_65 CDS 0.79 5596 5425 start_codon_6 start_codon 5596 5594 gene_7 gene 0.09 20780 6712 transcript_7 transcript 0.09 20780 6712 stop_codon_7 stop_codon 6714 6712 intron_60 intron 0.77 8542 7546 intron_61 intron 0.54 10821 8630 intron_62 intron 0.41 12862 10906 intron_63 intron 0.97 13148 12974 intron_64 intron 0.52 19221 13312 intron_65 intron 0.59 20406 19600 CDS_66 CDS 0.8 7545 6712 CDS_67 CDS 0.83 8629 8543 CDS_68 CDS 0.41 10905 10822 CDS_69 CDS 0.97 12973 12863 CDS_70 CDS 0.97 13311 13149 CDS_71 CDS 0.94 19599 19222 CDS_72 CDS 0.77 20780 20407 start_codon_7 start_codon 20780 20778 gene_8 gene 0.25 27776 23085 transcript_8 transcript 0.25 27776 23085 stop_codon_8 stop_codon 23087 23085 intron_66 intron 0.45 23926 23192 intron_67 intron 0.76 26763 24073 intron_68 intron 0.99 27569 26937 CDS_73 CDS 0.47 23191 23085 CDS_74 CDS 0.72 24072 23927 CDS_75 CDS 0.87 26936 26764 CDS_76 CDS 0.69 27776 27570 start_codon_8 start_codon 27776 27774 gene_9 gene 0.8 76265 71745 transcript_9 transcript 0.8 76265 71745 stop_codon_9 stop_codon 71747 71745 intron_69 intron 0.87 72565 72491 intron_70 intron 1 75847 73217 CDS_77 CDS 0.8 72490 71745 CDS_78 CDS 0.97 73216 72566 CDS_79 CDS 1 76265 75848 start_codon_9 start_codon 76265 76263 gene_10 gene 0.11 95508 79590 transcript_10 transcript 0.11 95508 79590 stop_codon_10 stop_codon 79592 79590 intron_71 intron 0.98 82981 80669 intron_72 intron 1 84161 83144 intron_73 intron 1 85196 84563 intron_74 intron 0.93 85544 85392 intron_75 intron 0.61 86679 85660 intron_76 intron 0.99 87107 86908 intron_77 intron 0.99 87355 87170 intron_78 intron 0.86 87734 87457 intron_79 intron 0.8 90051 87850 intron_80 intron 0.69 90292 90110 intron_81 intron 0.62 90466 90379 intron_82 intron 0.64 91127 90541 intron_83 intron 0.31 93241 91207 intron_84 intron 0.92 95344 93389 CDS_80 CDS 0.98 80668 79590 CDS_81 CDS 0.99 83143 82982 CDS_82 CDS 1 84562 84162 CDS_83 CDS 0.93 85391 85197 CDS_84 CDS 0.61 85659 85545 CDS_85 CDS 0.97 86907 86680 CDS_86 CDS 0.99 87169 87108 CDS_87 CDS 1 87456 87356 CDS_88 CDS 1 87849 87735 CDS_89 CDS 0.78 90109 90052 CDS_90 CDS 0.62 90378 90293 CDS_91 CDS 0.63 90540 90467 CDS_92 CDS 0.92 91206 91128 CDS_93 CDS 0.83 93388 93242 CDS_94 CDS 0.99 95508 95345 start_codon_10 start_codon 95508 95506 gene_11 gene 0.97 111240 109919 transcript_11 transcript 0.97 111240 109919 stop_codon_11 stop_codon 109921 109919 intron_85 intron 0.99 110152 110049 intron_86 intron 1 111150 110335 CDS_95 CDS 0.97 110048 109919 CDS_96 CDS 1 110334 110153 CDS_97 CDS 1 111240 111151 start_codon_11 start_codon 111240 111238 AUGUSTUS_tom_ugs de novo gene_1 gene 0.08 39246 64374 transcript_1 transcript 0.08 39246 64374 start_codon_1 start_codon 39246 39248 intron_1 intron 0.55 40149 41874 intron_2 intron 0.61 42001 42127 intron_3 intron 0.54 42200 42650 intron_4 intron 0.99 42717 44026 intron_5 intron 1 44127 44253 intron_6 intron 0.92 44356 44861 intron_7 intron 0.93 45095 45180 intron_8 intron 0.82 45296 46374 intron_9 intron 0.96 46496 46613 intron_10 intron 0.96 46790 47225 intron_11 intron 0.99 47362 48919 intron_12 intron 0.93 49021 49095 intron_13 intron 0.99 49144 49741 intron_14 intron 1 49927 50054 intron_15 intron 1 50173 50261 intron_16 intron 1 50390 51319 intron_17 intron 1 51489 52203 intron_18 intron 1 52323 52398 intron_19 intron 1 52568 52796 intron_20 intron 1 52882 52970 intron_21 intron 1 53045 53116 intron_22 intron 1 53237 53892 intron_23 intron 1 54089 54207 intron_24 intron 0.98 54330 54781 intron_25 intron 0.93 54990 55239 intron_26 intron 0.95 55314 56581 intron_27 intron 1 56721 57098 intron_28 intron 0.92 57317 58405 intron_29 intron 0.97 58562 60626 intron_30 intron 1 60759 61707 intron_31 intron 0.86 61767 62670 intron_32 intron 0.8 62803 64197 CDS_1 CDS 0.94 39246 40148 CDS_2 CDS 0.55 41875 42000 CDS_3 CDS 1 42128 42199 CDS_4 CDS 0.99 42651 42716 CDS_5 CDS 1 44027 44126 CDS_6 CDS 0.96 44254 44355 CDS_7 CDS 0.95 44862 45094 CDS_8 CDS 0.93 45181 45295 CDS_9 CDS 0.85 46375 46495 CDS_10 CDS 0.93 46614 46789 CDS_11 CDS 0.99 47226 47361 CDS_12 CDS 0.93 48920 49020 CDS_13 CDS 0.99 49096 49143 CDS_14 CDS 1 49742 49926 CDS_15 CDS 1 50055 50172 CDS_16 CDS 1 50262 50389 CDS_17 CDS 1 51320 51488 CDS_18 CDS 1 52204 52322 CDS_19 CDS 1 52399 52567 CDS_20 CDS 1 52797 52881 CDS_21 CDS 1 52971 53044 CDS_22 CDS 1 53117 53236 CDS_23 CDS 1 53893 54088 CDS_24 CDS 1 54208 54329 CDS_25 CDS 0.96 54782 54989 CDS_26 CDS 0.95 55240 55313 CDS_27 CDS 0.95 56582 56720 CDS_28 CDS 0.92 57099 57316 CDS_29 CDS 1 58406 58561 CDS_30 CDS 0.97 60627 60758 CDS_31 CDS 0.93 61708 61766 CDS_32 CDS 0.8 62671 62802 CDS_33 CDS 0.88 64198 64374 stop_codon_1 stop_codon 64372 64374 gene_2 gene 0.83 66941 68824 transcript_2 transcript 0.83 66941 68824 start_codon_2 start_codon 66941 66943 intron_33 intron 0.93 67842 67934 CDS_34 CDS 0.86 66941 67841 CDS_35 CDS 0.93 67935 68824 stop_codon_2 stop_codon 68822 68824 gene_3 gene 0.19 99568 108703 transcript_3 transcript 0.19 99568 108703 start_codon_3 start_codon 99568 99570 intron_34 intron 0.92 99701 100630 intron_35 intron 0.78 100685 102495 intron_36 intron 0.83 102633 103494 intron_37 intron 0.37 103659 105784 intron_38 intron 0.96 106020 106398 intron_39 intron 0.96 106472 106552 intron_40 intron 0.69 106612 107612 intron_41 intron 0.83 107766 108649 CDS_36 CDS 1 99568 99700 CDS_37 CDS 0.79 100631 100684 CDS_38 CDS 0.83 102496 102632 CDS_39 CDS 0.38 103495 103658 CDS_40 CDS 0.8 105785 106019 CDS_41 CDS 0.94 106399 106471 CDS_42 CDS 0.81 106553 106611 CDS_43 CDS 0.68 107613 107765 CDS_44 CDS 0.95 108650 108703 stop_codon_3 stop_codon 108701 108703 gene_4 gene 0.53 112540 118295 transcript_4 transcript 0.53 112540 118295 start_codon_4 start_codon 112540 112542 intron_42 intron 0.53 112588 116168 intron_43 intron 1 116241 116998 intron_44 intron 1 117077 117170 intron_45 intron 1 117352 117628 intron_46 intron 1 117727 117860 CDS_45 CDS 0.53 112540 112587 CDS_46 CDS 0.93 116169 116240 CDS_47 CDS 1 116999 117076 CDS_48 CDS 1 117171 117351 CDS_49 CDS 1 117629 117726 CDS_50 CDS 1 117861 118295 stop_codon_4 stop_codon 118293 118295 gene_5 gene 0.99 118317 122221 transcript_5 transcript 0.99 118317 122221 start_codon_5 start_codon 118317 118319 intron_47 intron 0.99 118335 120068 intron_48 intron 1 120141 120978 intron_49 intron 1 121057 121150 intron_50 intron 1 121332 121599 intron_51 intron 1 121698 121786 CDS_51 CDS 0.99 118317 118334 CDS_52 CDS 1 120069 120140 CDS_53 CDS 1 120979 121056 CDS_54 CDS 1 121151 121331 CDS_55 CDS 1 121600 121697 CDS_56 CDS 1 121787 122221 stop_codon_5 stop_codon 122219 122221 AUGUSTUS_tom_ugs de novo gene_6 gene 0.89 2346 1 transcript_6 transcript 0.89 2346 1 intron_52 intron 1 97 19 intron_53 intron 1 2139 164 intron_54 intron 1 2334 2221 CDS_57 CDS 1 18 1 CDS_58 CDS 1 163 98 CDS_59 CDS 1 2220 2140 CDS_60 CDS 0.89 2346 2335 start_codon_6 start_codon 2346 2344 gene_7 gene 0.99 5596 3084 transcript_7 transcript 0.99 5596 3084 stop_codon_6 stop_codon 3086 3084 intron_55 intron 1 3926 3104 intron_56 intron 1 4117 4027 intron_57 intron 1 4250 4170 intron_58 intron 1 4888 4307 intron_59 intron 1 5424 5017 CDS_61 CDS 1 3103 3084 CDS_62 CDS 1 4026 3927 CDS_63 CDS 1 4169 4118 CDS_64 CDS 1 4306 4251 CDS_65 CDS 1 5016 4889 CDS_66 CDS 0.99 5596 5425 start_codon_7 start_codon 5596 5594 gene_8 gene 0.43 9336 6712 transcript_8 transcript 0.43 9336 6712 stop_codon_7 stop_codon 6714 6712 intron_60 intron 0.88 8542 7546 intron_61 intron 0.44 9295 8655 CDS_67 CDS 0.92 7545 6712 CDS_68 CDS 0.45 8654 8543 CDS_69 CDS 0.44 9336 9296 start_codon_8 start_codon 9336 9334 gene_9 gene 0.81 20780 19191 transcript_9 transcript 0.81 20780 19191 stop_codon_8 stop_codon 19193 19191 intron_62 intron 1 20406 19600 CDS_70 CDS 0.81 19599 19191 CDS_71 CDS 1 20780 20407 start_codon_9 start_codon 20780 20778 gene_10 gene 0.69 76265 71745 transcript_10 transcript 0.69 76265 71745 stop_codon_9 stop_codon 71747 71745 intron_63 intron 0.69 72565 72491 intron_64 intron 1 75847 73217 CDS_72 CDS 0.69 72490 71745 CDS_73 CDS 0.8 73216 72566 CDS_74 CDS 1 76265 75848 start_codon_10 start_codon 76265 76263 gene_11 gene 0.56 112455 109919 transcript_11 transcript 0.56 112455 109919 stop_codon_10 stop_codon 109921 109919 intron_65 intron 1 110152 110049 intron_66 intron 1 111150 110335 intron_67 intron 0.79 111347 111268 intron_68 intron 0.58 112431 111384 CDS_75 CDS 1 110048 109919 CDS_76 CDS 1 110334 110153 CDS_77 CDS 0.79 111267 111151 CDS_78 CDS 0.79 111383 111348 CDS_79 CDS 0.56 112455 112432 start_codon_11 start_codon 112455 112453 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_1 match_part 0.989 6450 7342 match_2 match_part 0.987 38537 38614 match_part 0.993 39218 39521 match_3 match_part 1.000 49911 49926 match_part 1.000 50055 50172 match_part 0.922 50262 50389 match_part 0.930 51320 51419 match_4 match_part 0.983 52208 52322 match_part 0.988 52399 52567 match_part 0.988 52797 52881 match_part 1.000 52971 53044 match_part 1.000 53117 53203 match_5 match_part 0.910 109778 109933 match_6 match_part 0.973 109826 110051 match_7 match_part 0.958 116169 116240 match_part 1.000 120979 121056 match_part 0.972 121151 121331 match_part 0.959 121600 121697 match_part 0.925 121787 122468 match_8 match_part 0.985 116175 116240 match_part 0.975 116999 117393 match_9 match_part 0.826 116195 116240 match_part 0.987 116999 117076 match_part 0.784 117171 117207 match_10 match_part 0.989 120051 120140 match_part 1.000 120979 121056 match_part 1.000 121151 121331 match_part 0.972 121600 122029 match_11 match_part 0.902 120059 120140 match_part 1.000 120979 121056 match_part 0.978 121151 121331 match_part 0.969 121600 121697 match_part 0.894 121787 122629 match_12 match_part 0.806 120069 120140 match_part 0.962 120979 121056 match_part 0.923 121151 121331 match_part 0.781 121600 121631 match_13 match_part 1.000 120101 120140 match_part 1.000 120979 121056 match_part 0.967 121151 121331 match_part 0.878 121600 121697 match_part 0.897 121787 121815 match_14 match_part 0.960 120116 120140 match_part 1.000 120979 121056 match_part 0.918 121151 121626 match_15 match_part 0.961 121281 121331 match_part 1.000 121600 121697 match_part 0.997 121787 122412 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_16 match_part 0.993 5577 5425 match_part 1.000 5016 4889 match_part 1.000 4306 4251 match_part 1.000 4169 4118 match_part 0.990 4026 3927 match_part 1.000 3103 3003 match_17 match_part 0.996 20902 20407 match_part 0.991 19599 19268 match_18 match_part 0.993 20807 20407 match_part 1.000 19599 19323 match_19 match_part 0.997 27913 27570 match_part 1.000 26936 26764 match_part 1.000 24072 23927 match_part 0.988 23191 22855 match_20 match_part 0.994 72224 71702 match_21 match_part 0.984 72997 72573 match_22 match_part 1.000 76784 76769 match_part 1.000 76278 75848 match_part 0.976 73216 72920 match_23 match_part 0.996 95598 95345 match_part 1.000 93388 93242 match_part 1.000 91206 91128 match_part 0.989 79772 79421 match_24 match_part 1.000 80526 80022 match_25 match_part 1.000 85256 85197 match_part 1.000 84562 84162 match_part 0.994 83143 82982 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C02HBa0160F05.2 type gene exon 5577 5425 exon 5016 4889 exon 4306 4251 exon 4169 4118 exon 4026 3927 exon 3103 3003 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C02HBa0160F05.2 type gene exon 6450 7342 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C02HBa0160F05.2 type gene exon 20902 20407 exon 19599 19268 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C02HBa0160F05.2 type gene exon 27913 27570 exon 26936 26764 exon 24072 23927 exon 23191 22855 gene_5 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C02HBa0160F05.2 type gene exon 38537 38614 exon 39218 39521 gene_6 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C02HBa0160F05.2 type gene exon 49911 49926 exon 50055 50172 exon 50262 50389 exon 51320 51419 gene_7 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C02HBa0160F05.2 type gene exon 52208 52322 exon 52399 52567 exon 52797 52881 exon 52971 53044 exon 53117 53203 gene_8 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C02HBa0160F05.2 type gene exon 72224 71702 gene_9 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C02HBa0160F05.2 type gene exon 76784 76769 exon 76278 75848 exon 73216 72573 gene_10 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C02HBa0160F05.2 type gene exon 95598 95345 exon 93388 93242 exon 91206 91128 exon 79772 79421 gene_11 gene GT_PGL_10_AGS_2 transcript source GenomeThreader seq_id C02HBa0160F05.2 type gene exon 80526 80022 gene_12 gene GT_PGL_10_AGS_3 transcript source GenomeThreader seq_id C02HBa0160F05.2 type gene exon 85256 85197 exon 84562 84162 exon 83143 82982 gene_13 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C02HBa0160F05.2 type gene exon 109778 110051 gene_14 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C02HBa0160F05.2 type gene exon 120059 120140 exon 120979 121056 exon 121151 121331 exon 121600 121697 exon 121787 122629 gene_15 gene GT_PGL_12_AGS_2 transcript source GenomeThreader seq_id C02HBa0160F05.2 type gene exon 120051 120140 exon 120979 121056 exon 121151 121331 exon 121600 122029 gene_16 gene GT_PGL_12_AGS_3 transcript source GenomeThreader seq_id C02HBa0160F05.2 type gene exon 116169 116240 exon 120979 121056 exon 121151 121331 exon 121600 121697 exon 121787 122468 gene_17 gene GT_PGL_12_AGS_4 transcript source GenomeThreader seq_id C02HBa0160F05.2 type gene exon 120116 120140 exon 120979 121056 exon 121151 121626 gene_18 gene GT_PGL_12_AGS_5 transcript source GenomeThreader seq_id C02HBa0160F05.2 type gene exon 116195 116240 exon 116999 117076 exon 117171 117207 gene_19 gene GT_PGL_12_AGS_6 transcript source GenomeThreader seq_id C02HBa0160F05.2 type gene exon 116175 116240 exon 116999 117393 GenomeThreader_SGN_markers SGN marker sequences match_1 match_part 0.981 43721 44260 match_2 match_part 0.979 43721 44255 match_3 match_part 1.000 53016 53044 match_part 0.992 53117 53236 match_part 0.969 53893 54088 match_part 0.975 54208 54329 match_part 0.986 54782 54989 match_part 1.000 55240 55313 match_part 0.964 56582 56720 match_part 1.000 57099 57280 match_part 0.981 58406 58561 match_part 0.992 60627 60758 match_part 0.983 61708 61766 match_part 1.000 62546 62578 match_part 0.992 62671 62802 match_part 0.963 64198 64544 match_4 match_part 0.992 55102 55337 match_part 0.966 55492 55757 GenomeThreader_SGN_markers SGN marker sequences match_5 match_part 0.924 27872 27570 match_part 0.960 26936 26764 match_part 0.979 24072 23927 match_part 0.910 23191 23058 match_6 match_part 0.995 27783 27570 match_part 0.988 26936 26764 match_part 0.971 24072 23934 match_7 match_part 0.990 57092 56591 match_8 match_part 0.988 57092 56842 match_9 match_part 0.950 111367 111348 match_part 0.991 111267 111151 match_part 0.995 110334 110153 match_part 0.983 110048 109817 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C02HBa0160F05.2 type gene exon 27872 27570 exon 26936 26764 exon 24072 23927 exon 23191 23058 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C02HBa0160F05.2 type gene exon 43721 44260 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C02HBa0160F05.2 type gene exon 53016 53044 exon 53117 53236 exon 53893 54088 exon 54208 54329 exon 54782 54989 exon 55240 55313 exon 56582 56720 exon 57099 57280 exon 58406 58561 exon 60627 60758 exon 61708 61766 exon 62546 62578 exon 62671 62802 exon 64198 64544 gene_4 gene GT_PGL_3_AGS_2 transcript source GenomeThreader seq_id C02HBa0160F05.2 type gene exon 55102 55337 exon 55492 55757 gene_5 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C02HBa0160F05.2 type gene exon 57092 56591 gene_6 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C02HBa0160F05.2 type gene exon 111367 111348 exon 111267 111151 exon 110334 110153 exon 110048 109817 AUGUSTUS_tom_pot_cdna de novo gene_1 gene 0.11 39246 71743 transcript_1 transcript 0.11 39246 71743 start_codon_1 start_codon 39246 39248 intron_1 intron 0.57 40149 41874 intron_2 intron 0.67 42001 42127 intron_3 intron 0.62 42200 42650 intron_4 intron 0.99 42717 44026 intron_5 intron 1 44127 44253 intron_6 intron 0.96 44356 44861 intron_7 intron 0.97 45095 45180 intron_8 intron 0.85 45296 46374 intron_9 intron 0.95 46496 46613 intron_10 intron 0.92 46790 47225 intron_11 intron 0.94 47362 48919 intron_12 intron 0.91 49021 49095 intron_13 intron 0.97 49144 49741 intron_14 intron 0.99 49927 50054 intron_15 intron 1 50173 50261 intron_16 intron 1 50390 51319 intron_17 intron 1 51489 52203 intron_18 intron 1 52323 52398 intron_19 intron 1 52568 52796 intron_20 intron 1 52882 52970 intron_21 intron 1 53045 53116 intron_22 intron 1 53237 53892 intron_23 intron 1 54089 54207 intron_24 intron 1 54330 54781 intron_25 intron 1 54990 55239 intron_26 intron 1 55314 56581 intron_27 intron 1 56721 57098 intron_28 intron 1 57281 58405 intron_29 intron 1 58562 60626 intron_30 intron 1 60759 61707 intron_31 intron 1 61767 62545 intron_32 intron 1 62579 62670 intron_33 intron 1 62803 64197 intron_34 intron 0.99 64329 65611 intron_35 intron 0.95 65661 66934 intron_36 intron 0.98 67842 67934 intron_37 intron 0.3 68821 68916 intron_38 intron 0.6 69062 71707 CDS_1 CDS 0.92 39246 40148 CDS_2 CDS 0.59 41875 42000 CDS_3 CDS 1 42128 42199 CDS_4 CDS 0.99 42651 42716 CDS_5 CDS 1 44027 44126 CDS_6 CDS 0.98 44254 44355 CDS_7 CDS 0.98 44862 45094 CDS_8 CDS 0.97 45181 45295 CDS_9 CDS 0.87 46375 46495 CDS_10 CDS 0.9 46614 46789 CDS_11 CDS 0.93 47226 47361 CDS_12 CDS 0.88 48920 49020 CDS_13 CDS 0.97 49096 49143 CDS_14 CDS 0.99 49742 49926 CDS_15 CDS 1 50055 50172 CDS_16 CDS 1 50262 50389 CDS_17 CDS 1 51320 51488 CDS_18 CDS 1 52204 52322 CDS_19 CDS 1 52399 52567 CDS_20 CDS 1 52797 52881 CDS_21 CDS 1 52971 53044 CDS_22 CDS 1 53117 53236 CDS_23 CDS 1 53893 54088 CDS_24 CDS 1 54208 54329 CDS_25 CDS 1 54782 54989 CDS_26 CDS 1 55240 55313 CDS_27 CDS 1 56582 56720 CDS_28 CDS 1 57099 57280 CDS_29 CDS 1 58406 58561 CDS_30 CDS 1 60627 60758 CDS_31 CDS 1 61708 61766 CDS_32 CDS 1 62546 62578 CDS_33 CDS 1 62671 62802 CDS_34 CDS 0.99 64198 64328 CDS_35 CDS 0.95 65612 65660 CDS_36 CDS 0.95 66935 67841 CDS_37 CDS 0.85 67935 68820 CDS_38 CDS 0.3 68917 69061 CDS_39 CDS 0.62 71708 71743 stop_codon_1 stop_codon 71741 71743 gene_2 gene 0.25 102573 108453 transcript_2 transcript 0.25 102573 108453 start_codon_2 start_codon 102573 102575 intron_39 intron 1 102633 103494 intron_40 intron 0.46 103685 104281 intron_41 intron 0.32 104347 104454 intron_42 intron 0.84 104598 105784 intron_43 intron 0.97 106020 106398 intron_44 intron 1 106472 106552 intron_45 intron 1 106612 107612 intron_46 intron 1 107766 108237 CDS_40 CDS 1 102573 102632 CDS_41 CDS 0.98 103495 103684 CDS_42 CDS 0.46 104282 104346 CDS_43 CDS 0.34 104455 104597 CDS_44 CDS 0.9 105785 106019 CDS_45 CDS 0.98 106399 106471 CDS_46 CDS 1 106553 106611 CDS_47 CDS 1 107613 107765 CDS_48 CDS 1 108238 108453 stop_codon_2 stop_codon 108451 108453 gene_3 gene 0.96 108493 109802 transcript_3 transcript 0.96 108493 109802 start_codon_3 start_codon 108493 108495 intron_47 intron 1 108545 108663 intron_48 intron 0.96 108768 109751 CDS_49 CDS 1 108493 108544 CDS_50 CDS 0.99 108664 108767 CDS_51 CDS 1 109752 109802 stop_codon_3 stop_codon 109800 109802 gene_4 gene 0.53 112540 118295 transcript_4 transcript 0.53 112540 118295 start_codon_4 start_codon 112540 112542 intron_49 intron 0.53 112588 116168 intron_50 intron 1 116241 116998 intron_51 intron 1 117077 117170 intron_52 intron 1 117352 117628 intron_53 intron 1 117727 117860 CDS_52 CDS 0.53 112540 112587 CDS_53 CDS 1 116169 116240 CDS_54 CDS 1 116999 117076 CDS_55 CDS 1 117171 117351 CDS_56 CDS 1 117629 117726 CDS_57 CDS 1 117861 118295 stop_codon_4 stop_codon 118293 118295 gene_5 gene 0.68 118317 122221 transcript_5 transcript 0.68 118317 122221 start_codon_5 start_codon 118317 118319 intron_54 intron 0.68 118335 120068 intron_55 intron 1 120141 120978 intron_56 intron 1 121057 121150 intron_57 intron 1 121332 121599 intron_58 intron 1 121698 121786 CDS_58 CDS 0.68 118317 118334 CDS_59 CDS 1 120069 120140 CDS_60 CDS 1 120979 121056 CDS_61 CDS 1 121151 121331 CDS_62 CDS 1 121600 121697 CDS_63 CDS 1 121787 122221 stop_codon_5 stop_codon 122219 122221 AUGUSTUS_tom_pot_cdna de novo gene_6 gene 0.94 2346 1 transcript_6 transcript 0.94 2346 1 intron_59 intron 1 97 19 intron_60 intron 1 2139 164 intron_61 intron 1 2334 2221 CDS_64 CDS 1 18 1 CDS_65 CDS 1 163 98 CDS_66 CDS 1 2220 2140 CDS_67 CDS 0.94 2346 2335 start_codon_6 start_codon 2346 2344 gene_7 gene 0.14 5596 4226 transcript_7 transcript 0.14 5596 4226 stop_codon_6 stop_codon 4228 4226 intron_62 intron 0.28 4888 4307 intron_63 intron 0.87 5424 5017 CDS_68 CDS 0.23 4306 4226 CDS_69 CDS 0.76 5016 4889 CDS_70 CDS 0.64 5596 5425 start_codon_7 start_codon 5596 5594 gene_8 gene 0.82 12961 6712 transcript_8 transcript 0.82 12961 6712 stop_codon_7 stop_codon 6714 6712 intron_64 intron 0.9 8542 7546 intron_65 intron 0.88 10821 8630 intron_66 intron 0.95 12862 10906 CDS_71 CDS 0.95 7545 6712 CDS_72 CDS 0.92 8629 8543 CDS_73 CDS 0.96 10905 10822 CDS_74 CDS 0.94 12961 12863 start_codon_8 start_codon 12961 12959 gene_9 gene 0.96 20780 19191 transcript_9 transcript 0.96 20780 19191 stop_codon_8 stop_codon 19193 19191 intron_67 intron 1 20406 19600 CDS_75 CDS 0.96 19599 19191 CDS_76 CDS 1 20780 20407 start_codon_9 start_codon 20780 20778 gene_10 gene 1.47 32506 23085 transcript_10 transcript 1 27737 23085 stop_codon_9 stop_codon 23087 23085 intron_68 intron 1 23926 23192 intron_69 intron 1 26763 24073 intron_70 intron 1 27569 26937 CDS_77 CDS 1 23191 23085 CDS_78 CDS 1 24072 23927 CDS_79 CDS 1 26936 26764 CDS_80 CDS 1 27737 27570 start_codon_10 start_codon 27737 27735 transcript_11 transcript 0.47 32506 23085 stop_codon_10 stop_codon 23087 23085 intron_71 intron 1 23926 23192 intron_72 intron 1 26763 24073 intron_73 intron 1 27569 26937 intron_74 intron 0.47 32499 27920 CDS_81 CDS 1 23191 23085 CDS_82 CDS 1 24072 23927 CDS_83 CDS 1 26936 26764 CDS_84 CDS 1 27919 27570 CDS_85 CDS 0.47 32506 32500 start_codon_11 start_codon 32506 32504 gene_11 gene 0.12 102520 71745 transcript_12 transcript 0.04 102520 71745 stop_codon_11 stop_codon 71747 71745 intron_75 intron 1 72565 72491 intron_76 intron 1 75847 73217 intron_77 intron 0.47 79724 76269 intron_78 intron 1 82981 80669 intron_79 intron 1 84161 83144 intron_80 intron 1 85196 84563 intron_81 intron 0.3 86679 85345 intron_82 intron 0.6 87107 86908 intron_83 intron 0.92 87355 87170 intron_84 intron 0.67 91127 87457 intron_85 intron 0.43 93241 91207 intron_86 intron 0.32 102419 93389 CDS_86 CDS 1 72490 71745 CDS_87 CDS 1 73216 72566 CDS_88 CDS 0.5 76268 75848 CDS_89 CDS 0.63 80668 79725 CDS_90 CDS 1 83143 82982 CDS_91 CDS 1 84562 84162 CDS_92 CDS 0.46 85344 85197 CDS_93 CDS 0.59 86907 86680 CDS_94 CDS 0.92 87169 87108 CDS_95 CDS 1 87456 87356 CDS_96 CDS 0.85 91206 91128 CDS_97 CDS 0.47 93388 93242 CDS_98 CDS 0.54 102520 102420 start_codon_12 start_codon 102520 102518 transcript_13 transcript 0.08 102520 71745 stop_codon_12 stop_codon 71747 71745 intron_87 intron 1 72565 72491 intron_88 intron 1 75847 73217 intron_89 intron 0.39 79724 76269 intron_90 intron 1 82981 80669 intron_91 intron 1 84161 83144 intron_92 intron 1 85196 84563 intron_93 intron 0.39 86679 85345 intron_94 intron 0.67 87107 86908 intron_95 intron 0.93 87355 87170 intron_96 intron 0.57 91127 87457 intron_97 intron 1 93241 91207 intron_98 intron 1 95344 93389 intron_99 intron 0.72 102436 95512 CDS_99 CDS 1 72490 71745 CDS_100 CDS 1 73216 72566 CDS_101 CDS 0.4 76268 75848 CDS_102 CDS 0.58 80668 79725 CDS_103 CDS 1 83143 82982 CDS_104 CDS 1 84562 84162 CDS_105 CDS 0.57 85344 85197 CDS_106 CDS 0.68 86907 86680 CDS_107 CDS 0.93 87169 87108 CDS_108 CDS 1 87456 87356 CDS_109 CDS 1 91206 91128 CDS_110 CDS 1 93388 93242 CDS_111 CDS 0.73 95511 95345 CDS_112 CDS 0.85 102520 102437 start_codon_13 start_codon 102520 102518 gene_12 gene 0.71 112455 109919 transcript_14 transcript 0.71 112455 109919 stop_codon_13 stop_codon 109921 109919 intron_100 intron 1 110152 110049 intron_101 intron 1 111150 110335 intron_102 intron 1 111347 111268 intron_103 intron 0.75 112431 111384 CDS_113 CDS 1 110048 109919 CDS_114 CDS 1 110334 110153 CDS_115 CDS 1 111267 111151 CDS_116 CDS 1 111383 111348 CDS_117 CDS 0.71 112455 112432 start_codon_14 start_codon 112455 112453 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_1 match 228 67037 68767 match_2 match 530 66944 68758 match_3 match 183 67151 68404 match_4 match 59.3 116999 117076 match_5 match 59.3 120979 121056 match_6 match 70.1 121593 121709 match_7 match 262 117858 118268 match_8 match 262 121784 122194 match_9 match 117 117171 117350 match_10 match 117 121151 121330 match_11 match 81.3 53895 54089 match_12 match 59.3 46374 46493 match_13 match 67.0 54203 54337 match_14 match 71.6 49741 49944 match_15 match 91.3 46612 46788 match_16 match 77.4 50264 50395 match_17 match 75.1 50052 50174 match_18 match 579 67010 68758 match_19 match 204 67106 68383 match_20 match 395 67031 68812 match_21 match 686 66986 68755 match_22 match 392 67037 68746 match_23 match 59.3 116999 117076 match_24 match 59.3 120979 121056 match_25 match 70.1 121593 121709 match_26 match 262 117858 118268 match_27 match 262 121784 122194 match_28 match 117 117171 117350 match_29 match 117 121151 121330 match_30 match 22.3 117050 117076 match_31 match 22.3 121030 121056 match_32 match 70.1 121593 121709 match_33 match 262 117858 118268 match_34 match 262 121784 122194 match_35 match 117 117171 117350 match_36 match 117 121151 121330 match_37 match 197 67091 68389 match_38 match 59.3 116999 117076 match_39 match 59.3 120979 121056 match_40 match 70.1 121593 121709 match_41 match 262 117858 118268 match_42 match 262 121784 122194 match_43 match 117 117171 117350 match_44 match 117 121151 121330 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_45 match 152 73223 71919 match_46 match 403 73223 71844 match_47 match 145 76199 75846 match_48 match 120 86908 86684 match_49 match 572 80741 79605 match_50 match 252 84564 84157 match_51 match 120 86908 86684 match_52 match 572 80741 79605 match_53 match 252 84564 84157 match_54 match 120 86908 86684 match_55 match 572 80741 79605 match_56 match 252 84564 84157 match_57 match 168 20780 20406 match_58 match 105 13313 13149 match_59 match 168 20780 20406 match_60 match 147 73241 72219 match_61 match 457 73223 71844 match_62 match 167 76202 75846 match_63 match 147 73217 72219 match_64 match 308 73223 71856 match_65 match 110 76181 75846 match_66 match 77.8 110050 109922 match_67 match 124 110334 110152 match_68 match 588 73223 71802 match_69 match 202 76238 75846 match_70 match 302 73223 71856 match_71 match 115 76175 75846 match_72 match 156 73241 72213 match_73 match 75.5 110050 109922 match_74 match 124 110334 110152 match_75 match 75.5 110050 109922 match_76 match 124 110334 110152