C09HBa0109D11.1 TGCAATGACAATATACAATCAACAAAGAATAGAAAGGAGAGAAAAAGCACTATCCAATCC CAAATATATATAATCCACATAGTGTTACACTATACCCATGCACATAAAGTTTATTCAACT TACAAATGCAATATGCACTATAGAGTATAATAGTAAAATGAAAAGTGCAAAACTGAGGAT TTGCTTCTAGAAACTTTACCCACATGAAGGCATGAATGAATATAATGGATATAATGCACT TTTAACTTTTGAAACACTTGAACATTGACAATCAAAAATAATAAACGAGAGTATTTTTTA GTGCAAGTGTATTTATTATTTATATATCGGTGAAATATTGAGAACGTTATATTAATTAAA TATTAATAGTTATAATAATATAATGATCGAAATTTACAAATATGTATTCACACACATATT TAAGTAAGTCATTTCGGATTTTTTTTGATAAGATCAAAAGACATATATACATACTTCTTT TGGGGGGGAAGTGCACATATACTCGATTTTAAGTCGCTACTAAAATCACATTTTAAATTT ATAGACTTTTTACATATACATCATTTCCTAATATACATATATAGTATTTGAAGTTTCGTG TTATAAAGTTCAAACATTTCTACTTTGAGTTTTTTTAACAAAACTTTTCTTTTTTGAATA TTTAGTTGAAAATTAGTTTTTTTTTCCAGGTAAATAAAAGCCTAATCCATGTGGTAATAT TAATAATTTAGAAAAAAAAAAGAAATAAGACCTATATTATTTAGAAGAAATGTAAAATAG TGTATAGTAATACTTTTTGTTTAAAAAGATTTCTGACTAAATTTTGCTTTTAAAGACATT TTTTTTCCTAAATTAGTAATTCTCCCAAATACATTTGACTTTCAAAAGGGCTTTTCACAC AAAGGAAAAAAGCTTCCATCATGATGACACAAGACTGAAATCATCATATATTAATTAATA TCCATATACTAAAATACAAATAATAAATTAAAATAACAATAAAAAAAATTAGCTGTCTTT TTCAATATTCAACTTACAGAGTTCCCTCAATTTGAACCCCATTTTTAATATTCTAAGAAT TTTCATATAAATAGGGATTCATAGTTTACAAGATACACACAAATATTTCATAATCAAGAA TTGGTTATATGAGAGCTATTTCTGAACTATTTTTAGTGAAAATCTTCCCATTTGTTAGAA ATAAAAAAGTTTCAAGAAAGCCTATTTTTTTTCCTATTAGAAATATTAATATGTCTGAAT CAAATCAATATGATTCTTGTTTTGATAGACCAAGATTGGTTATTAAGAAAGTTTTGGCTA AACCTCAAAGTGAAGGGAATGGAGCTGTTGTTAGAAGAAGCATTGGAAGGTAATAAAATT TGGGATTTTTATATTTTTCACATTTTCTTTTTGTTGATTTTAAATTTTGTTTCTAAATTT TATGACTTTTTTGTCATTTGGGTATTTTTCATTTTGGACAGTAAAAGAAGTAACTTTAAT AGGAAATTGTGTTTTGAAACTTTGACCTTGATGTGTTTTCTTGGTTTCCATATTGTAAAG TCTCTGTCTTTACGTGGTCTCGAATAAAGTTAGCTAGTACCTGTGTTATTAGTGCGAGTT GATAAATATCTCGTGTAATTAGTTAAGGTGCGGAAAAGCCGCCAATACACTACAAATATC AAAAAGAAAAAAAAAGTATGTGTTTGTGATTTTTTCTTTAATCTTGTTGCTTATTGAATG TGGGGATTTTGTTTTAAAAATTTGATCCTGCAGGCATGAATTGAGGAATCTTGATCCTTT CCTAATGTTGGATGAATTTTCAGGTACTGCTTTGAGTAATGTTGCTTGGATCCTCCAAAA ATATTGTTCCACATGTGTCGGATTCTCCAAAAAGCCAAAAATACATAGCTTTTGGAGAAT CTGAGACACACATGACGTATTTTTGAAGAGTCCGAGCAACTTAAGTTTTGAACATCTTAC TGGAATATGTTGTTCATTTTTGCTTAGTTATTTTTTGAGCCAAGAAGAGTTGATAAAGTA CTGTTTTATTGTTTCAGTTTCTGCTCCTGCTGGTTTTCCTGATCATCCACACAGAGGTTT TGAGACAGTAACTTACATGCTACAGGTAAAAACAGTTAGTTGCACACTTCAATCCTATAT AATAATAGTGAGGGAAAGGGCGGACGAAGGGTGGAAAATGAAAGGCCTTTTCTTGTTCCC TAAGGCTGTGTGTGTGCCACGACCAAACACCTGTTCGATGCTCTTTAACCTCCCAATAAT GATGGCTCTTTTGTCTTGGTATCCTAACCATCCAACAAAGAATAAGCAGCAAAGTGCCAA ATGACATGTCTTGTTGAATCCATTGAATCGTACTGAGGCAGATGTAGTGTTTACTTGAAC CCAATATTTTTGACACAAAACACAAAAATAAACGCACATCAAATTCTGAACTCATAATTT CAAAAGTGAAACGGGCACAGAAGATGTTGATAATGCTAATGTTGTGTTTTCGTTTCCTTA GGGAGCTTTTACTCATCAAGATTTTGCTGGTCACAAGGGCACAATTAATACTGGTGATGT GCAGGTATAGAATATTCAGCTCTTAACATTTTTACTTACAAGATATGTAGTTCGGATTCT CCAAAAATGCATAACTCTTGGAATATCCGACACACGTTCGACAATGTTATTAAAGAATCC AAGCAGCATAGCTTATAAGAACAGAAGAGATATTTTGGTTGCTGATTTATGTTTCTTATA TTGGATGATATTGCAGTGGATGACAGCAGGAAGAGGTATAATTCATTCAGAAATGCCTGC AGGAGAAGGCAGTCAAAAGGGGTTGCAACTTTGGATAAATCTCTCTTCTAAGGACAAAAT GTAAGTTAGTCATTTAATCATTAGAAGCTTTCGGTCTTATCACTCCTTTTGACCTATGTT GCTCGTACTCTTTGAAAATGCTGGCACACCCGTTTCAGATCCTCCATAAATGCACTATTA TTTGGAGATTCTGACACGTGTCTATTGGCATTTTTAAAGAGTACCAGCAACACAACTTTT GACTGACCCCATATAGATACTTTACACACCACTACTTTATTGTACTTGGCTCTAGCATAT AGTAGTAAAAAAATAATGTTAGCTCTTATCCTACTTTTATTGTGGGGCGGGGGGTTAGGA GTATTACTAGTATGCAGTATAAAGATTAATCATTCACTTTTCTGTTTCTGCTGTGTTTTG CTAAGCTTAATCATTCACTTTTGACTAACTTCTCAAAATCAAGATTTAGTTTGAACCAAT ATTTTCCCATGTTCAAGTTTATAGCCCAAAACGAAGACTTTGTGGCGAACACACGTTTGA TATGTGATTGCTTTTTCTTTTTCAATTATTATTAAGTTCAAAGTTCAACTACAGGATTGA GCCAAGGTATCAAGAACTGCTGAAAGAAGACATACCAAGAGCAGAGAATGATGGTGTTAA AGTAAAAGTTATAGCAGGTGAAGCAATGGGAGTCCAATCCCCGGTTTACACACAAACGCC TACAATGTACCTCGATTTCACCCTACAACCAACAGCTTACTATCATCAAGCCATCCCTGA ATCTTGGAACGCCTTCGTATATATAGTTGAAGGAGAAGGTGTCTTCGGAATTCCGAGTTC AGGTCCTGTATCAGCTCACCATTGCTTGGTTTTAGGCCCTGGAGAGGGACTTAGTGTATG GAACAAGTCTTCAAAGCCATTAAGATTTGTTCTTTTAGGTGGACAACCTCTTAATGAACC TGTGGTTCAACATGGTCCTTTTGTGATGAACTCACAAGATGAAATTGATCAAACATTTGA AGATTATCAATATTGCAAGAATGGTTTTGAGAATGCTAGATACTGGAGATCAGGGCACTG AAGAAATGGAACTGAAACAATAATACAAGTTATGTTGGTCGGAGTCTTTAAAAACTGCCG ACAGGTGTGTGTTGAATTCTTCAAAAGTAGTGTATTTCTTTTGGAGGATTCGACGTTGGT GTGGCAACATTTTACGAGAGTACGAGCAACATAGACTATTAGCCTCAAAATGCACCTTTT TTATGTTTCTTTTTTCGTTTCGTAAATATATCCCTGGTAAAGAAATAATGGCTAAGTTTA TCTTGATTTATCATTTGAAAATTGTTTAGGTTATTGTTATTTATTCTTATTTTCAATGTG GGATTTAATAGCATATTTCGTCCCTTGGTTGTCGAAAAATTCCAGTTTTCTTCCTTGTGA TATCTAACATTTACCATTCAGTTACTTGAAACGATCAAGTTTGATCTCTTTGCTTATGAA TACTCATAAAACTTAAAACTTACTAATTACACATATGTTATGTTAAACTTGGATAAAGTT ACACGCATTCTAATTAATTGAAGATTAAATATGTTGAGTCATTACTACATCACAAGAATA AAAATGATTATTCATCAATTATTGAGGTATCAAAAATGCTATTTTTTCTTCAATGTTGAT AGGTCATGATCAAAAAGTTGATTATTATTTCTTTTTTCTTATAGTGAATATTGATTCTGA ATCTGTGATTCTATCTTCTTGGATATTTGATATAGTGGTGGGGTGAGATCCTTTGTTGTA AGTTGGTTTACTCTCTATAGTCCTGTTTTGGAGCTCGATATTGAATACGACTTCATAGTC TGAGCTTGAACTTAACTTCATATTCTGAGCTTGAACTTAAGACTCTAATTAAAATTATCG AAATAGTTACTGCTTGATCACAAGTTCTCATATTATGTTTGAAGTAATGCTTTTCTTGTC AACTTTGAAATACAAGAAAATCTCACATAATGTTCTAGAGCAAGAGTGTTGGTGGGGATT TTCTTGATTGGAATAACTTTTTTGTTTGACAAAGTTTGAAATATGGGAATCTCTCATAAT GCTGCTAGAACTGACAGTGTTGGTGAGGATGAATGGAATCATTTTACATAATTTGTTGAG AAAATGACGTTTACTCAGTTTCTAGAAGATGTTGATAAAAGCTGACCTTGACAGACTATA CTGTCTTGTTCTTCTAGAATTTGCATCAGTAATGCATGTTATAATCAGCTCTCCGGAAAA ACAAACAAATTGTTTTTATTACTCAACTTCTGATTCACAACTAAATCATTCACATCGAAA TAAATCGCTTCCTAACAACAGTGATTCCATGTACTCAAATTCGAAAACACTGAGTGAATA TGAAATAGTATTTACAATTGAACAATCAAGAATGACAAATACATAAAGCAAAACACAGAA TACAGATTTGCATTGGGGAAAATAAACATTTATCATTTCAGCTGCCATATAGAATATAAA TATTAAGTTCCTGACCATTACAAAAGTACTTTATCCATTAACAAATCAATAAACAGTATG ACCAGCAAAAATAATTTAATGAACCATTCTTGTAAAACTTAAGGGGAATCAAGAAACATA ACATTAATCACCTAGAACAACAAGAGTAGCCCTGCTTTTGTTTCGATCCATCGGTACCAT CGTTGACCAGGTTGACTCTGTTGACAGATAATTCGGCTTTATAAGAATCGGAATTCAAAA CCTTTCTGCTAACACTATTATAGATCTCTCGAATCACAATCTCGAAAGCCTTGTTCACGT TTGTTGAATCGAGGGCAGATGTCTCCATGAAGAACATCCCTTCTGATTCTGCCAGGCTTT TGCCTTCTTCTACGCTCACAGCTCTTATATTCTCCAAGTCACATTTGTTTCCCACCAGTA TCCTTGCAACCGTTGTATCCGAATGAGCTGCATGAAAATGGTTATTTCAGTTATGATTGG GAGTATGAAGAACATATAGAACACCACCATAACATGTAATTTGCACACCTAATACTATAA CGGTATAAATAAAAGTTGGGATTCCCGACAGCAGAGAGTATCATTCCAAGGCAAAGTGTG ATAAATAAGCTCGTGAATGCAAAGTTCAAGTACAGCACCTGCACCTATAAAGAGTCTGTA AAACTTAATATTACTACATATATTTCCTTCAAAAGTATGTATCTGAATTTCCTTAAGTCG CTATTAACTACTTCATTGTCTCCATCACACCAGGAAGCAAAATGATGCACCTTATTAACA CTGACTTTGATTTTGATGACATAATCCTCTGCTCATTTCATCTCGTGATTAAATGAAGCT TGTGGAGTACAAACCTCATTTGTGGTTATATATGCTGCAAATGTTAACATTCTGTTTATC ACATTTCCCTGGCCCTGGGTTCTTTAATGGCCTTAAAGATAGGGATCTCGGACCATGTCA GGGCTCAAGCTAACATCTTGAACTTGGGCAAACGGCCTTGTATCTGATCCACTCATTCTG ATAGATCAAGAGTTAATACTCCTCGATCTATATTATGGACATTAAGTTCTAAAAGTTCTC AATTTTGGAAACAGTGAGCACAAAGTCATTCATTTTCAAGATTCAAATGATATTTGCAAG ACAAGAACAGATTTGAATAACAAAATAAGGTCATGCAAGTATCACATAGCAGCTCACGGC TCAAAGCAACAAATATACACTCCCGTCCAGCCAAAACTTAGTTAGCTAAGGGCTTAACAG AGAGACTACCTAAGTTATAAATATGGCACCATTTAACATCAAAAGAATCTCTGAGATTTT TTATCAATCCGTGAGACTCCTTAGTCTACCATAATACCATACGTAGGTAAGCCAGGTTGT TGGTCCTAATTATTTTCACAATCAAGCAAATAAAACAGATTCCATATAAGTATGATCCGT TGAGAAGTTCATTTGGATTGGCTTTTCGGAGAAAGAAAAGCATGACTTGAATTCCAATTC CTAATATACATCCAATTGACAGTCTGTCTAATTCGTTCTTATCATAGGTTCCCAACTGCA TCTAGACAAAATTGAGCATAACAGCTACATTGGCATATATACCGCTTTCTTTGCCATTGC TTCAAGTAACAATGATACATAATCAAGACTCAAGATTTTTCTAGCTAACATTGCCATTTG TTTCTATGTCTGGTAAGTAATTTTTTACTAAAATGATTGAATTAGACTTAATAGCAACTG TAAAATCTTACATTATTCAGTTAAAGAGAAAAGTTATCGGAACCAAAACAAGATTCAAAA AATATAGATTGAACACATCCATTATTCAATTCTAGAAAAACTCGATTAAAATTACCCTTA TGGCATATTCCATCGTCCTAAATAGTTAAAGTAGCCAAGACTTTTCGGATCTACAAGATA TCTTACATACTTATAAGTTATAATCAAGAACCAAGAATGTGGAAGTCAAATTCCAGAATT GCCATCATGTCATAACACCATCAAATCTCAAAAACTGAACTTTATACTACCAACCTCAAT AAATCTCAAAAAGGTGAGGAACTTTTATGAAAAAAAGAAAATATGTGTATCATACTTTGA TGGGAACTCAACATATGCCAAAACCAAGTTGAAAAGTGGGAATTCAACATGAACCAAAAT TAAGTTCAATTTTTTTTGTAGAAACAGAGACATACGAATACAACAATCAGATCTCGACTC ACTTGTCAATTTATCCAATAACTAATTATAAACAAAACGAATAACGTAGAAGTCAAATCT AAAGAACTAGCATTCTATCATAACACCGTCAATTCTCAAAAAAATAGACTTTACAGCCAA TCCACCAAAAAGTTGAGAACTTTCTGTGCACAAAGAAAAGACAATGCATAAAGCTTAGAT GAACATAAAACAAAACCAAGTCTAGAAAAAGAGAAGAATTTTAGCAACAAATGCCAAATC TAAGAATTACCATTATATCATAGCATAATCAAAACCTCAAGAACTGAACTTTATAGCCAA TCCACCAAAACCTCACCATATTTGAAAAAGGTGAAAACTTTTCTTGCACAAAGCAAAAGA TATGCATACAACTTTGATGGGAATTCAACATAAACCAAAACCAAGCTAAACAAAGAAAAG ACTACTAGCAACATAAACAAGAATATAGAAGTCAAATCTAAGAATTACCATTCTATCCTA ACACCATCAAATCTAAAAAAAACTAAGCTTTACAGCCAATCCACCAAAAAGGTGAGAATT TTCTATATACAAACCAAAGACAATGCATAAAACTTGGATGGGAATTCAACATAAACCAAA ACCAAGCTAAACAAAAGAGTATTTTTTTTAGCAACATAAACTAGAATGTAGAATTCAAAT CTAAGAATTACCATTCCATCATAACATCATCAAATCTCAAAAGACTAAACTCAAGCCAAT CCACCAAAAAAGGTGAAAACTTTGAATGACAAATAAGAATTCAACATAAACCAAAACCAA CTTATAAAAATTAAAAAATGGAACTTTTAGCAAAAAAGATACATACTTTTGAGTTCATCA AGCCAACGAGGGATACTATCAAAAGTTGTCCTTCTTGAAATATCATAAACAACAAGAGCA CCAAAAGCACCACGATAATAAGCAGAAGTCACAGCTCTAAACCTTTCTTGTCCAGCAGTA TCCCAAATCTGAGCTTTAACTTCTTTTCCATCAATTTCAAGAGTTTGGGTCTGAAACTCA ACTCCAATAGTTGCTTTTGAATGCAAATTAAACTCATTTCTTGCATAACGTGTAAGCAAA TTAGATTTACCTACTGCAGAATCACCAATGATTACAATCTTGAAAAGATACTCCTCACCC TCATCATCTGAAGAGTCCATTTGCTGAAAAATTGAAACTTTTTGAGGTTTAGAGAGAGAA AGAATGCAAACTGGTGATCTAGAGAGAGAGAGAGGGGGGAAGGGGTGTTGGGGTTTTGTG CAAAGAAGTAATGGTGGCAGAGCTGGCAAAGATTATACAGAGAATTTGAAAGAAGTGGTC TTGCTGGATCTTTTTTTGTTATTTTGTTTTTTTATTGTTTTTTCATAAAAATAAAATAAA ATCACAAGTGGGTCTTCTTTTTGGGTAAATAAAAAAGGAATATATAATAATTATATTATA ACCTTTTGTTTGAAGAGAAAACAGGCGGTTGGACTCAATAGTTTTTCTAAAAAGTAAAAA TAAACTTTTTATAATTTTTTCCTTCTTCTTATTGGTTTAATCCTTGTAATATGTATTTAA ATTACTCAATATATTAAATTATGTGTTTATAGCTTTTTTATGGTAAGAAATATGTTAACT TTGAGCTATTTTTGGAGGTACTCTCAAATATGAAAATTCTTCGTTTGAATATAGATTTTG AGACTATTTACTTTTATTTACAAAATACAAATATAAACATATTCAAATTTCAAACACTTT CTTTCAATATAATTTCAATTTTTATTTTTCAATTTATGGTGGAGGTGGGGGTGTTGTATA AAAAGTGATGGCAAAGCTAGGTACAGATAATCTTGTTAAGAAGTGTTGTTGCTGGATTTA TTAATTTTCCTTTTCTAGGATGAATTTATAAATGGAAGAATAATAGTAAATTTGTTCTAT TATCTTAAAACATAAATATTTTTGTAAAGACTAATGTTAAAAGTACACATCATCCTGCTT TTCTTTGATATTTAAGCGATAAATTATTTAATTCTTATGTGTTTTTAACATCAATTTCTC TTTATAAATTTTTTTTAGACATGAAATTAGTTCTTGAGTTGATTATGGTAAAACTTCATG AATAACCACGTTGACTCAATAATTGAGAAATGATCGTAAAAAATCACATTGGACCATGTT TTTCATGGACATCCACTCCCTATAATATGATAATATAGTCATTATATTTTTAATGAATGA TTTAAACAAATAAAAAATATATTATTCAAGAAGTGAATATATTTTTCCAACAAACTACTA AAAAGGTCGACGAAGGCAAGTTAAATTTTTTGAGATTCGTACATTTTAAAGAATCTGATA CGAAATGCGACAATCGTTTTGGATAATCTTGATGACATGAAAAATTGAGTCTATGATCCA AACTAAAGAAGCTAAGATATAATTCAAGAACTCTAACATAAATTACTATAAATACAATCT TGAACAAATGAAGGAAATGAACACTAATAAACATCACTCAACACACATAACATTTCAAAT GAAAGCAAAGACTAACACAACTTGAAATCATTAAGAAAACTAATGACTATTGCACTTAAT GTTCATGAAGTATAAGATGTAACTCTGTTTACTCATTTAGAATACCATTGTCTTGATCTT TCAAATCCATTCTTTCCAAGTTGATAATCTTGATAAGCCTGCATAATCTCACTCTTAGTG TTCATAACAAATGGACCATACTGCACGACAGGCTCGTTAATCGGTTGCCCTCCTATCAGA ACAAACCTCAATGGCTTTGAAGATTTGTTCCACACACTTAGACCTTCACCAGGGCCTAAA ACCAAGCAATGGTGAGCTGGTGTAGTGGTTGAATCCGAAGAACCAAACGCTCCCTCTCCT TCAACTATGTAGAGGAAGGCATTCCAGGTCTCGGGGATCGGTTGATGATGCTCAGAACCT GGTTTTAGGGTGAAATCAAGGTACATTGTAGGCGTTCGCGTGAAAACTTGTGATTTTTTC CCCATGGATTCCCCTGCTAAAATAGTAACCGAAACACCATCTTTTTCAGCCTTTGGTATG TCTTGGTGTAGCAATTCTTGATACCTTGGCTCAATCCTGCATCAATATGGATGGACAAAA TGAGTGAAGTTACAAAAAACGGGGCAATGAAGGCTCGTGAAGTAACAGGGTCATGAGTTG TTGTGACTAAAGCATGTTTTAGCCACACAGATTGAAGACTGGTTACTCGAACACCCTTTG TCTGACTCATATAGGTCAAGTCATACTTTAATACATATATATTAAATCTTAAACGCTTAA GTTTTATGAATTTTGATCAGAGTACATGTTTTATAGGAATATGTTAAAAAATGAAATACT AGATTTTTCAAACACTAAAGTCAAAATTGAATCAATGTAACTTACATTTTGTCCTTAGAA GATAAATTTATCCAAAGCTGCAACCCCTTTTGAGTACCTGGTCCAGCAGGCATTTCTGAA TGAACTATACCTCTTCCTGCTGTCATCCACTGCATTAAACCAAACGGGAAAAAAAATAAA ATCATAAAACACACTTTAAATTTCATAAATTCGATATTCTATCGCGTCATGAAGTCCCAC TTTAGGAGGTAACTATCACATGTTATGTTATATTACACTGATATTATTAAAAATCTTCAC ACTGTCAGTGTACGTAACTTAAGTTGATAGTGGTGTTGTGAGCAAACTTATTACCTGCAC ATCACCAGTCCTGATTGTACCCTTGTGACCAGCAAAATCTTGATGAGTAAAAGCTCCCTA AAATTAAACACCACAAAATTAAATCACATTAGAATTTTCAATCTCCATAATCCATACACC AAATACAGAGTTTAACTTATATACATCGCGATACCTAATAGTATATATCAATATTTTTTT GGTCGGTGTACAAAAGTTAAACTTTCACCCAAAAAAAAAAGAAATTAAAATGAATTTTTA CCTGCAACATATAAGTGACAGTCTCAAAACCTCTGTGTGGATGGTCAGGAAATCCAGCAG GTTGTGAAACTGCAAGAAGCCAAAAATAACATAGCTTTTTAATAAGTCAAAATCAAAATA AAATCCACAAAATAATATACTAAGAGAAAAAAAAATTACCACTAAACTCATCTAACATGA GGAATGGATCAAGATTCTGCAATTCAGGCCTGATCAAATATTATATAAAAAAAAAACAAT CAGTATTCGAGTCGTGTTTCTGATATATGGTATCTAATTTGGAGAAAAATAAAAAGATGT GATTATTATTCACCAACATATTTATGATCGTCAGAGATTTCTCGATTATCACAACGATGA TAAAAAATCAAGAAAAAGGAAAGAAGTATAGAAACATAGTTACCTTCCAATGCTTCTTCT AACAATAGCACCATCACCTTCATTTTGAGCTCTAGCCAAAACTTTCTTAACAACCAATCT TGGTCTACTAAAAATAGAGGACATAGACATTTTGATGTTTTTAATGTTTGTTTCAACTAA ATTTATTTTTTGTTTGTTGTGTTTTCATTTGATTGTGCTAATGTGGCTATTTATAGGCAA TTTGTTCTTAAGGATTCATATTCATTGAATATATATTTCGTGTGTTGAATAGAAGTTTCA AGTGGGGCCTACTTAATTTTTTTATTTGATGATGTCATGCTGATGTTACTATGACGTGGT TTCTTGATTAAAAAAATTATTTGGATAAAAAACTGAGAATATGAATTTGTAGATTTAATT GACCAAAGAGGAAAATAAGTTAAAAAGAAAAAAGAAAGATATATACTAGAATTATTAGAT ATTAAAGAATTCCAAATAATATAAATAATGCATGAATTATAGATTAAATAACTATAATGG AAAATAAGTTCAATGTAGAAACTAGGAATTATTAGATAGCAAAGAATCCAAAAAATACTT AAAATACCATATTTATGATTTAAACTCTTGATGTAAAATAATCTTTTGAACCATTTGTTG TAAAATTAAAAGTATATTTTAATATAAAAAATAAATTTTACTATTTATATGTGATCAAAG CATATATCATAAAGTAATTTACGAGTTAACTTTAAATATTTTAAAATTTTAATTAATACT AAAAATGTCATATTTATAATTTGAAATTTTGACATAGAAATCTCATCGCGAAGGTAAAAG GTAAATTTTATCATTTGTACGTAATAAAAAAAAATTATTTGGCAAGAAATTCAATTATAT GCCTTGCCAATTACCTCACCTTCATGATTTATAAAAAAAATTATGATTGAATAACTAGAA TTTTCTTATTTTTAAAAGTTTCAATTTAAATTTTATATATATATATATATATATATATAT ATATATATATATATATATATATATATAAAATCTGTAAATAAAATTTACGTAATATAAATT TGAATTAATTAAATAATCTTTATATAAATATTAAATATTAGGCGGAGAAGGATGTTATTT TTGAATTGAATGTTTATTATATAATTATTATTGATTTATTTTTTAAGAAAGAAACATCTA GCAACTTCAAAATCAAAGAGAAACAATGTTTGGTAGTTGTCGGCATGTAAACCTTTTTTA TTTTGCTGCCTTTGATTCGTTGACCGTTGACGTGATCAATATAAATTCAAAATTATGTAC AAATATTATAAATTATAATTTTATATATATTAAATACATCATAAAATAATAATTTTAAAA TAATACGCTTCTTTAAAAAATAACAATAAAAAGAAACGAAAAAGTTATTATTGAATAATA TGCCATTTATTTATTAATTTTATTGATATACAATTTTTTTGGATTATTTTTAGAAAGAGG ATTAAAAATATTGTATTTGATTAAGTAGTAAGAGGCCAAATCATTTGTTCAAATCTTGCT AAACATATAATTACAATAAAAGCTTAGAAGCCACACTTTATATTTGGTGTATAACTTATG AAATACTTTACAACTTATGTTAGAAGAAAAACTTTAATTCATAAACTTGTCCTAATTTTA TATGCAAAATTTAGTTTAATGACTTTTAAAAATACAGTTACTGTTTTACAGAAAATATAA AAAGGTTACTAACAATAAAAAGTTAAAAACTTATTATTTTTATATTGACTTAAATGTAAG TAACATAAATTTATGACCAAACTCTAAAAACGTTACAATTATAAAAGAAAGTAAAAAATA TATAGGGGGTCCTAACTTAAAAACTTTTAATTACTTATGTCCCACTAGCCTTTTGACTTA AAAAGATCTCAAATTATTCAATCAACAATCCCAAAAAATTCTCTAAACTAAAAAGATCAA TTTTTTTTCTTGAAAAATTTCAATGGCGAAAAAAGCAGTATTAATTGGAATCAATTATCC AGGAACAAAAGCAGAACTTAGAGGTTGTATTAACGATGTTAAGCGAATGTACAATTGTTT ACTTAATCGTTACGGATTTGCTGAGGAAGACATTACTGTTCTTATAGATACTGATGATTC TTACACACAACCAACTGGTCGGAATATACGTAAAGCTTTATCGGATCTTGTTGGATCTGC TGAATCAGGGGATTGTTTGTTTGTGCATTACAGTGGACATGGAACTAGGTTACCTGCTGA AACGGGTGAAGAAGATGATACTGGTTTTGATGAGTGTATTGTTCCTTGTGATATGAATCT TATTACAGGTAATTCAACATTTTTTTTTACTTAAACCGCTGTTTTTTAAGGATTTGGAGT AGGGGAAATGGGGCGGGGATTATGAGGTGGGGAATCGAGTTGTCAGGTAGTCAATCGACT GAGCTATTTAGATTGTACTTGATCTAAATGATGGGTTTGTTCCAAGATTGTTTTTTTCTT TGTGTTTGTTGAATTATGTTGGGGGTTATTAGTTGTATTGGTTTGATTTAAATGATGGGT TTGTTCCAAAATTTGTTTTTTTTGTGTGTGGTATGCGTTTTAATGCAGCTACTTGAGCAT TTCTTTGATCAAAATTAGGAATTGAATACTTAGGTAGTTAATCAACTGAGTTAGTAAGTC TGTACTTGATCTATATCATGAGTTTGTTAAAAAAATGTTTTTTTTTTGTGTGTTGTGTTG AATTTATTGGGGGTTTAGTTGTATTGCTTTGATTTGAAGTATGTATTTGCTCCAAAATTT GTTGTTTTTTGATTTTCTGTGTTGAGTACTTATATGGTTTGATCTAGATCATGGGTGTCT TCGAAAATTTGTTTTTTTTTAATGTGTTGTGTGTGTGATATGAATTTTATTGCAGGTATT TGTATTGCTTTGATCTAAATTTTGGGTTTGTTTCAAATTTCGCTTTTTGTTTGTTTGGGG TTGGGTGTTAGAGTTGATGTGGTAGGGTCTAGGAGATTGAGATCTTCAAATGGTTTTCTC AAAAAATGATCTTGAAAGGTTGAGTTGATCTGTTTTGATGATAATTCAGGTGGATCAAAG ATATAAGGAGATTTGTAAAACGAGGAAATGGGATTTTAGAAATGAGAATTTGGGTTTCTA GAGTGATTGAAATAGTTGAATGGGGGACGCGTAACAGTTGGGAAAAAAGGAGGAGTGTAG TTTACTACATTGTGATACGAATCTCATATACAGGAACTTAATCATGGGTTGTTCCAAAAT TTGTTTTTTTTTCCGTGTGTGTAAGTAATTTGTAGATTGGTATTAGACTAAGATCATCAT AGAATATTGAGTAAAAAAGGATCTTGAAAGTGCTTAGTTGATCTGTTTTGATGATTATTG AGATGGATCCCGAGTTTTAGGAAGATTTGTGAAATGGGGAACTAGGATTTAGAAATGAGA ATTTGGATCCAGAGCGATTAAAATTATTGAATGGTGGGAGATCAGAAAAAATTGGCAAAA AAAAGAGAATGGTCGTGATCCCACAAGTGGGATCTTGAAAGGCTAGGATGTACGCAAACC TTACCCTTGATTTCCGACACTTGGCTATACAGTTTATTACCTCTTGCTTATTTAATATTG GAAAAGTAACAGGCAATTAATATTGAACTGTTGGATGTGTTGTTTCATCCTTGATCAGAT GATGATTTTAGAGAGCTCGTTGACAAAGTTCCTGAAGGTTGCCAGATCACAATTGTATCT GACTCATGCCACAGTGGTGGCCTCATTGACAAAGCTAAAGAGCAGATAGGGGAGAGCCAC AAGCAAGGTGATGACGATGAAGGCCATGGATCTGGTTTTGGATTCAAGAATTTCTTACGT CGAAATGTTGAAGATGCATTTGAATCCCGGGGTATCCACCTTCCAGGTCGCCACCATCGC CGTGAGGAAGAAGAGGAGAATTTTGCTGAGAGTAGTGTGATTGAGACGGAAGACGGTGAT CAAGTTCATGTGAAGAGCAAGTCCTTGCCTCTTTCCACTCTCATCGAGATACTTAAGCAG AAAACTGGTAAGGATGATATTGATGTTGGGAAACTTAGGCCAACACTCTTTGACGTCTTT GGCGAAGATGCAAGTCCTAAGGTGAAGAAATTCATGAAAATCATTTTTAACAAGCTACAA AAGAATAACGAGCAGGGTGGAGGCGGCGGGTTCATGGGTATGGTTGGTAACTTGGCTCAA GAGTTTCTGAAACAGAAACTTGATGAAAATGATGAGAGCTATGCAAAACCGGCCATGGAA ACACACGTTGAAGGTAAACAGGAGGTTTATGCCGGTTCAGGTAATAGAGGTCTTCCAGAC AGTGGCATTCTCGTCAGTGGGTGCCAAACAGACCAAACATCTGCGGATGCAACCCCTGCA GGCGGAGAGTCTTATGGTGCTCTAAGCAACGCAATTCAGGAAATCCTGGCCGAATCAGAT GGTCCAGTCACCAATGAGGAGCTTGTTAGCAAGGCTAGGAAAAAGATGCAGAAACAAGGC TTCACACAACGCCCAGGCCTCTACTGCGATGATCATCACGTTGATGCTCCTTTTGTTTGT TGATTCTACTGTGCTATGCCTTCTCGAGTAGCTGTTGAAATACGACTGTGAAGTCAACGA GGTGTTATATAGCTACATCCTTTTGTGTATTTGTGTGATTGTTTGTGCTAATGTTGGAGT AGCTCTTTTACTCTGGTGTTTCAGTAGAACCATGCTCCATCATGTGAATGTGTACTATTT GGCTCTTTTTTTTTTCTTTTAAATTTGGTCAGAGAATAAGGTATTAAAGAACCACAGTTT TCGGTATTGTTTAGGATATTTGAAAGTTAAATCTGGAGAACTTGTTTGTATACTGAATGA GTTATATTTTAATGCAACTGAATGTATCATGTGCCAACATAAATATTGACCTTTGTCTGG CGAAACTAGGGAACAGAACGAAAGGAGGAGCTGAATTTCAAAATTTTGGTTTACATAAGA AAATATTCACTTAAATCGTGCACTTTCATACTATATAGTAATCAAGTACAACAAATCCTT GCACGCATAACACAATATCGCAATGCAAGTAAACAAGATTACTCGCGCTAGAACTAAGAT GTGGTTATTTTAACTTCAATGAGATTTCACTCATTCGACAACAGTCGTTCTTCAAATTTT ACTTGTACAAGTTTCAAAGATATATAGCAATAACTCCAGTTGTGTCCATGATTCCATTCC AAAGCTTTATCCATTGGAAAAAGTAGAAGTACCAAACTAAATCAACAAAACCGGTTAAGC CACGATCTACTTCTGTTCCTTCTTTGCTTCAATATCACTTGGATTTGGGACTGGTTGAAT TCTTTGGTAAGGTTTCCTTGTCAACGTTTCGCCCTTTAGAGCTGCAACATATCTGTCATT TGTGTTCTCCTTTCTCTGCAGTTCGCCAAGGTACTCAGCCAACCTCTCTTTATTAACTTT ACCCATCATCTGTTACAAAAATCAAAACAATATATGTTTAGGAATTCAACAATTGTAAGT CAAAGTACTAAGACAGAAGAAACCACTGTGTCTGTGAGTCCATTTTTTTTTATCTACTGC AAAGCTTTACCTACTTTGCTCTTCATAAAAAAGGCAAAGTCGATGTTCTTTCTAACAGCA AAAGACTGAACAATATAGAGAAGTGAACATTATAGCTATTTGTAGAAAAGGGTTTAAAAT TAATCTTTATTACAATAACACTTTACGTCACTCAATGGAGGTTCTTTGGGGACTTAAAGA ACTTAGTTGTCCTTCCTTTCCAATTTACAAGTTCCAAAAATACAAGCTGGTCCAAGGCAC CCAAAGGCAAACCAGGGTAAACGGTGAGAGATTTTTCCACCTTAAAGCCCGAATTGCTGG TAGAATCTGTACGTTAAAAGATACTAACATTCTGGTCGTTTACAGCTTAATATGCACAAG TCAATCTATTTAACCCCTGCTCTCAAGTAGCTTTAGTAAGAAAGGCCAGCTAACACGGTC ATATTCCTTGAAGTCTAATTTGCACATTGCCCTAACATCAATATACTTCATCTTGGACTC CAAGCTCATATTAGCTACTAGCACTCTCACAAAGAAAAAGATTATGTGATTTAGATACCA ATTTGTCTATTATTTTCCTCAACCTTCCATTGAGGATTTTGGCAATAATCTTGTAACTAT TGCCAAATAGAATAGAGGTCAAAAGAGTCTAACCAACATCTTACCTCTTCAGGAATCAGG ATTATAGCAATAAAAATCACATTTAGGCTTCTATCTAGTTTCTCCCCCTAAAGGAAATAC TTGAAGCTGGTCTTTGATTCTTCCTTAATGATTGGTCAACATCTTCTTGATGCCTTTAAT GGAGCTAGCATATCACCCTCTTTACTACTATGTTCTATTTGCATCTTCGTGATGCCTGTT AATGATATTACTTCGTTAAAAATAAATAATAGGTCAACATTATCAACAAAAAGCCCTTGG TGAATCTATCAAATTCCAGAGACTTCGTTTCCTACACTGCTTAGATAGCAAGCCATACGT TTTCTCAATGAAAGTTTTTTCAACTCGGTCCACTTCCGCTCCACTTATAATGTATTCCCC AGTTCCTCAACATACCATCTAGGCTTTCACTTCTTTGTCTCTCTGAACAAATTATTGTAG AATCCCAGGATTTCTACATTTAAATAATTTTTTTGACTAATACTTAAAAAATACCACTGT TAATCTAATTTCTTAAACTCCCGGATCTGTCATATGATGTCTCATAAAACATACATAGGA ACCCATCAATAAATATAGAGGAGGTGTCCAACCAAATGCTTAGAAGTAATTCAATTACTT TACACTCTTGTTTTGTATCTACCAAGATTGGTTATCGATTGCTATTTTCTATAAGTTAAC TATCAATCACTTTATCTACACTAAAAAATAAAGCTCCAAACATCATTTTATTTTCAAAGG TAACCAGTACATCAAACAACAAGAAACATTATCAAATGATACTGCTAGTTTACTTTTCAT TTTGACAGATCAAAAAGCTCAATCGTCACAGCAGAATACACAATAGACATGAGGCGCATA CTGACCTCGCCAGATGAAAGTTTGCTCCTCATATACCATTACTAGTAACAGAGCATCTTT CAAAGGCCTTTGCCTTGCTAATTGTTATGAAAGATCCTCTGGTAGTAACAGTTAAGTAGG CAAAGGCCAAAGGGAGTACAATAAACAAAAAGAATCAATTTGCATACAATCATAACGGCA GAAACTACAACACATGAATCAATACTCATCTGGTAAAAACAATACTCCTAGGTGAGGGGA CTCTAAAGCACATTAGGAAATAATAATGACAAGGCGGTTCTTGGTATAACCATTAGATCA GGATGTACAAGACATGTGAAACAGATCACTCATCCTACCAGATTGAAGATGTTCCTGTAA TAACGCTTAGCTAAGCAGCGGCCAAGGGGAGTCAAGAAAAGAAAGATTTTTATTTTCTTC AAGACTCCGGGATAAAGACACAATTTTTATGAAAAATTGTTTACAGAAAAATTCAATTCA TGTTAACCAAAAACAATGTTCCCTTCTTTTTCTGATATTTTTATAACGGATTAATTCAAT GAATTAGAATGAACCAACTGACTGATGGTCTATATCTTTTAGACTACATTTAATGGATAC TCTTAACTCATAATTGTAATTATATAGACTATGATTCCATATCAGAATTTTTTTAAAGAA TACAAAATAAGAACCGACAACACCACGTAAAATTGCGTATAACCATAACTACAGAAGCTA CAAGACAAATGAATCAGATAATCATCTAAGAATAAAAATACTACTAGGTGAAGGGGCTCT ATGTTAATATCAAAGCAATTTCACGCTGCAGAAGCTACAATACATACGAATCAAATACTT ATTTGGCAATTTACATTACTATTAGGCGATTGATAATCCTAAGCAATTCCCCGTACAGCT AAAACAGCAGAAGATACAACATACATAAATCACAAACTGATCTAGTTTTAGCAATATGAG TATTCGAAGGGGAAGTGAACATACTAGGGATTCTGGACGAGCGTTCTTCCGTAGTTGGGC TTCAAGTTCAGGACTGCGAGTATTGGTGGCTGACATAACGCAGAAACCAATAATCCCCGG AATGACGCCGCAAACGGTGGCGAATCCGATGAAGAACGGCTTCGATTCCTTCGTTCTCCT CACTAACCACCGCCATGTTCCACTCTTCTCCCACAGAATCGACATCGGCTTTTTTGATGA TTCTCTCAACACTTTTCTTCTGCTATATTTTCTAGAGTAGAACATTGCAAAATGGTCCCT TATATTAGAGGAGCATTCAAAATAGTCCTCAAAAGTTATTTTATATTTATAAATTTGATG GAAGAACAGAAAGATTTTTGTAATTTTAAACATTAAGAGATCTTTAAAAAGACAATAAAA AGAATAAACTATATATTGAGTAAAAAATTGCACTTTAAAAAATATATATAGTTTTGATTT CGATCTGAATTAGAATTGATGCCTTAATATTGATTTTTTTAACCTATTAATTGAATCACG AACCAACTATCCATACAAGAATTTATTTTTTTTAAATAAAAAGAGAATTCTTTGGACTAG TTTGCCTACAATTTTACACTCATTTTGTTTTTACATCTCCCCTGTATGGCTTTAGATCAA AGGGAAAAGAGAAGAATCTGTCCAACCTTTGAAAAATATTGCATCTCCAGCAGTAAATTT AAGCTTGAGCTTTTTCGGATCGTTGATCGAATTATAAAATCAACAACATGGTTGATGTGT ATTGAGATATGAAGATGTTCAATGGAGAGAAATTGGTCAAAAGCATAAAGCTAGCTGCAT AACAAGAAGAAATCAGTGAATGAGCAACTGATTTATATTTATCTCCAATCATATGATACA TAAAAAGAGTGTATCAATGAAAACAAACGTAGCAAATAGTAGTTGTGTTACAACAAAAGA GAAATGGGCTAGCAAGACTTGAGTGGCTGCAACAATTAGCTATCATCAATCTGAGTGTTG TTTGACGAGGTGTAAACGATCACATCCTTCAATCTGTATGATTTCTTCCTTCATTCTCAC AGCTGAATCCTCCAGAGATACTTTCCAGGACCCAATCAATTTAATCTGTTCCAATGTGGG AATATCAGCAAAGCTAACTGGGATCTCCTCTAGGTCACCGCACTTCTTTATAACGAGTGT TTCAAGCAACGGAAATGATTCCTCTGAGACATCCCACCTTGATATATTTAACTTCACCAG TTTCAACAACTTAAGTTTATGGAACGTCATATCTCCAAGGCACCACTCTTCTGATTGAGG AAAACACACATCCTGTAATCGGAGATATTCCAGGCTTGGTAGTCCCGCAATGAAGGGAAT AACACTTTCTATATGAATTCCTTCAAGTACCAACTTATTTAAATTTGAAGGCAACTGTAA CCCGGATAGAGTGCGGGGACGCACAAAGGAAAGTTGAAGTTGTTGAAGCTGGGTAAGATT CTCCAATTTGGGACAAAAAGGCTCTTCATTATTCCCAAAATATGTGATTTGAAGTTGTTG AAGATTAGGACACCTCGTTGATAACACATCCACCCTATCAAATTGTATAATATTCTTTAA TATCCTCAAATTTTCCAATTTAGAGGATCCTTCAGAGAGCCCCTGCTTATCAAATTCAGC CTTACCAAAATGAGCATGCCTTAATTTTTTCATTTCCCAAAAAGACACTGGTAACCCTAT ACCATAAGGAAAATTCTTTACAATGAAAGTTTCTATATGGGGAAGATGTGATCCTGGATC AAAATAGAATTTATCAGCCTGAACTGCGAGGTACTTCAGCTGATTTAGTGGTTTGAATGT AGCTAACGACAAAAATTCCACAGTATAAGAACTCAAATCCAAGACTTTAAGAAGTCGCAA TTCACTAATCTGACAGAAGAGAATCACATCAATAGATTCTGCTCGATTGGTCGTTATCAA TGACCTCAAGTGTTGATGGAAAGGCTTCTGTGTTTTGGAGACCAGAGATGCAAACTTGGA AAGCTCTTCACTAAAACTGAAGCTCACTCGAGTTCCCTTCCAATCCAAAGGTTGAAACTG GATATATTGACCCTTCACTGCAAGCATAAACTTTGCTTCTCTACTCTTTTCCAAGCAAAA GTGATGCACAACATCATGAACCTGACAGTATTTGACTTTACCCTTATAACTTCTCTTTGA AAGCATTACCATGTTACTGCTAATGAGATCCATCAAGTAACCTTCAGCTTCCTCTTCCAT TAATGTACCAGATTCAGTGTTCTCCACGAATCCTTCAGCAATCCATAAACTTATCAATGT AGATGCTGGAATTCTTGCGTCCTCCGAAAACATTCCCATATAAAGAAGACAAGGCTTTAA ACAGTGGGGTAAGTTATCAAAACTCAACTGCATAGTTGCCAGACTATATTCTTCGAACTC ACTGTCAAGATAGTCAAATAAAGCATCTTTCACCTCATTCCACCAAGATTCTTCCATTTT CCTTTTTTTGATTATTCCAGCTACCAAGACAACCACTAGGGGCAGTCCTTTGCATTTTTC TGCTACTGCTTGACTCACATCTTGTAGTTCAGGCGGGCAATCTTCCTTTTGAAACACTTT TTTCTGCAACAATTGGCAACTCTCTTCTGTTGTGAGGAATGGAAGAGAATAAGGATCAGT ATGGTACTTGACTTGCTTACCCACTTCTTCAAGTCGAGTTGTTACGACTATTCTGCTTCT AATTCCAACATCTGGAAAAGAAAGCCTTAAGTCATCCCATACCATACAATCCCACATATC ATCCAATACAATGAGATATCTCTTTCCCATTAATTTTCTCCTCAACATGTCGGCAAGAAC GTCAACCGTAGCTCCATTGTCGTTGAAACCTGTAACTTGACTAAAAATATCTTGTAATAA CTCTCTCTGATTATACGTTTGAGAAATGATGCACCATGCTCGAACATCAAAGCGAGAAAC AATAATGTCATTATTGTACAACTTTCTAGCAATTGTCGTTTTCCCTTGTCCTCCCATGCC TACAATTGGGACAACGTCTAGCTCATTTGTACCTCTAATCAGATAATCAATTAGTTCTTC TGCTTTATTCTCAAAACCCACTACCTCCTCATCAGTTACAAGATTGCTATGTCGATCCGG CAGATGTTTTAATGGAGCAGCCACATAATGAGGATTAAGAGGAATGTCCGCTGACCACAT CTCAGTCACCTCTGCATTAATTTGCTTGATCTCTTTTACAATTGTAGGAAGTGAGCAAAA AATATGCAAAAAAACATTATACTGAGCAAGAATAGAATCAATAGCAACCTCAGCCTCACA TGCCAAATTGATGGTACGTCTCTGAAGATCTTTAGGAATGTTATGTTCATGGTGCACGAC ATCACTGAAAATGGATGAGAGCTCCTTCTCTAAAATGGATGCAAGAGATGATAGCTCTTT CTCCAAATTCCCTAAAAGAGGTTTCGTCAGGAAACCTAATCCGGACTTAGATGTCGACAT CTCATTCAGTTTCCTTAAAAGAGAATCCAGAAAGCTCAATCCACCAAAGGTGGGGAACTG AGATGGAGTAAATTTTAAGGATTTGTAGTACGTCTCAACTTGTGCCTTCAGATCTTTAGT CTTCTCCAATATCTGTATTGAGCAAAGACTTATGTTGCTAGTTTCATCTTTGTTTATTGA TCTAGGAAGAAGCTTTTGAATTACATATAGAATATCACCCGCTATAGCTCCAACCTTTAA CAAGACCTCTTTCAACCAGTTACCATTAATAACATGATTTGACACATCAGCATCAAGGAA AACCAACAAGAACTCTATTGCCACATCGATATTTTGAGCAGCGATATTATTAGGAAAATT CTCGAGCTTTTTGTTTCTGAGATACATCAACAGATTGTGGAGATGATGTGAAAATCCTTT TGGTAATTTCTTGTCCTTGAAAGTTTTTGATCGAGTAAACTTTGAAGCCTTTACTTCACC ATGAAAAAGCTTCTTCATTTCCAGCTCCACAAACACAATCAATGATAATAGGTAAGGAGG TTTACTAAAGTTGTCATTTTCATCATTAAGTTCACCCTCAGCGACATAATCTAATACGGC CACACAATATTGTCCCACAGTGTTAGTCATGAACTGAATTCGAATCTCCAAACATTCCTG CTTCTCATAGTCGACATAACCATTTATCTCTGTGGCATATATGTATTTCAAAAATCTCAT TTTCTTTTGAACAATTTTCAGTTCCTTTATAGATCGATGTATTGCAAGTTTTCTTTTGGA ATGGCAGGACCTACCCTTTTGCAAGAACATCATCAGTACATCATTTAGAAATTTTTCCAG ACAATCCATATATTTTGACAGATCAAAATCATTCAACTCATAATTGCGACTTAAACTGGC CGTATTACCTTGAAAGAATTCCAACAAATGTGATTCTAGCCTTTCTAGATTAAGGTTAGT TTTACATTTATGTGGAATCCTACCCAACACCCGGTGAAGTATTTCCCCAGTCAATTTGGC CATCTTTGTGAGTTTGACTAAGGAATCAGGCAAAAGAACATCATGATACTTTGTAAAGGT TCTAAAAACTCTTAGCACCATTTCAAGTTCCTCAATTCGCAATATGTCGAACCAATCCAG ATCACCTCCACTCTTGATCCTTCTCAGGTGCTCTAACATTTCCTCAATTTCATTTTCAGC CATTTTCTCCCTGCAAGTTCACCAACTTTTCCAATTAGGTTCTTGAAGCCCATCTTAATG CTTTTGAAAAGTTGTACATATTATTAACCTTTGCTCAAATATATAAAAACATCCCTAAAC TTGTTAACCCTTCATAATGTATAGTATGATAGATACAACATATGGCTAACATTGTTTGAT GTTGTTTAATAATATTTTTATTGTTTAGTTTGACTGTATTGTAATTTATAAATTTATAAA ATATCCTTAATTATTTAGGATATGAGGTTTTGATTAGAATTAAAGGGTAAAATAGTAATA TGAAATATTATCTAAGGATATGATTGGGAAAAAAAATTAAGAAACAATAAACACACCAAA TGGTTGTTCCATAAAATGGGGGGCTTCATTTTTAGTAATAATTAAAACAAACATTGTAGG TATGGTAAAGATACAATACAATGGAAAACAATGATTCAAACAAAGTGTTAAACAAACATC ATTGGCTGATGCGGAACCAAATTTTGTGAGGGGTATTGATAGATAATTGTTGTTTCAGAA CTCATTAGTCCAATTTATAGAGAAAATGTTCGAGATTAATTATGTTTTACTTCAAGTCAT ATGAAAGACATTAGAAAACAAATGAGACTAACACAGTTTTTCTTCATTCTTCAATCAAAA TCATTACAATACTAACACAATCAAAGACATTACAATAGTTGATCAAAATCAACCAACAAT GTTTAAAAGGAACAAATTATGGGTGATTCAATAATTGAATAGGATAAAAGGAGTAGTTGA GCTACTTGAGGAAAAAAAAAACAAAGTTTAGAAATCTATTTATGAGTTCGTCTTTTACTA TTTTACATCTTATTTACCCTTTTGTAATGTCATGTAACTAACAATTATTATCTCATAAAA TTCTCTTTTTCACGAGATAGTAACTAGATCATTTGCAAAATCAACTCTCTAATTATGTAT CTATGGGAAAAAGATGACTTACAGTTAGTTAACGAATATCTTCAATTCTGAATCAATCGT TAAAAGGAGAAGAAGAGATGAAATATTAAAACTTCAAAGCAAGTTTTATCATCCTAGAGA AAAAACAAACATTATGAGGTAAAAAAGAGAGTAATAATTCTCAGATTTGGATTCCAACAA AGATATATTTCTGAGTTTGTGAAATTAGAAAAAAATTCATTGAAATAAAATGAGTGAAAG TTTGAAGGTTTGAAGGAAGAAGGAGGAGTATTATTTTCTTTCTCACTAGTAATTCTTATA CCTAACAAGAGATGAATATTATGTGGTAGCTGTAAAGTGGCTTAATAATAAACCTATATT ATTTGTCTTTTTCCTGAGGGTTTGTTTGGTTGGTACAAGTTCTCTCGAGAGTTATTATAA GTTACTCCGCTACGTATATGAGATCATAATTAATTATCTATTTTATTACTATAATATAAA TAATGAGACACATAATTTAAGAATTACTTAATATATCTTCTATCAAATACAAGATAAAAT AATTCTATATTTTATACTTCACACCAGATGACTCTTTAGGAAAATCCCCCAAAATTTTAT CTATTTGTTAGTTTCATACTTAAGCTTTGCACTTCTATGATATTTTCTTAGCATATAATA AGGGGTTTTATGGTTGGGCATTGGGTCGGACATGAAATCATATCATCATCATCATATATT ATCATAATAATATTATTATAAGTGAAAAACTCTGAATTGAAAAGTTGAATTACTATTTTA ACTTTGTATTAAATTAATATTTAATTAATTAGTTAATATTTAATTAGTTAATTGAAATAT TAAATTATCTCATTTTAATAAAATAATTAATAACTTTTGTACTTCCTTAGATTAATTCCT AATTAATTATCTAATTTAATAATATTTATCATCAATATTTATATTTAATTTAATCACCAT CATATCATATAATCAACATATATAATAATAATAATAATAATAATAATAAAAATATTAATA AAAGTGGAAGAAATTTTAGGCAAAAATTAGATTATATTTTTGTCCCTACTCGGATATAAA TACTATTAATCGTCTAATATATTTCTTAAGATTATTTTTTTACGGCAGCTTATGATTTTA AGTTTTTCTTTTTCATTTTGAAATTAAGATTGTCGAAGTATGTGATCTTCTCATTTATAA AACCTTAAGCTATTAAAAAGAGCATATTTTTATTATTTAACTATATTTTTAACATGCATT TCTTGACCAAATGGTGTTAGAACTATTAGACTAAGAATAATCGTCTAGTCAAATGTCATA AACCAAACAAGGATATATTAGTAGTATATATGTATATATCTATACACACTCGCTCTATGG TAGAGAAAAGAAGTAGAGAGCAGAGTACATGAGAAAATAATAATCCTAATATCCACAAAC TTTTTGACCCCCCAAGTCTTATTACCTATGTTTGAAAAATTATCATATAAGACCATTTTT ATAACTTAATAATCATGGAATTAAGTAAGCGTTACGAAAATTTAGTAACTCCGCCGAAAT TTCAAATCATGTTTTAAAAAATAAAAAAAAAATTGAAATTAATCTCATCTATTCGGAACT GTATCGTCATATTACATATTCAAATGAAGAAGTTTTAGTAACTCAATTTTCTTCGTTTTT TTTTGGTGAGGATCTGATTTCATTTTGAAAGAAATTTCAGCTAAATTATCCCACCTTGTT AAGTCAATGAAGTTTCACAATTTGCAAAGGATTTATCTTGTTAATTATCAGGAAATTCAA AAGCACAAGTACAAAAGTTTGAAAAATTCACGATTTGCTTATGTCATGCAATATTTTGAA CTTCTAACATTATACTAGCAAAGTAACTTTTAACGTTATCGAGAAATTTAATTTAAATAC AAAAAGGAAAATTACTTTTTGCCTTTAAGTAGAGTTTATTTTATTTACTTGTCATATTAT TATTATGTCGACTTCATATAGAGTACATTTTATTTAATTCTCATACAAATTAGTGTGTCA CCAAGACAAATCAAGGAAAACCTCAATTAGAGGTACCTTACAGGAAAAAAGCAAAGCGCG TGCTATAATGATACATATATGCAACACCACCATACACAAGTTATACAGTATTTGATTACA TAAACATAGAAGAGGGGAATTATTCATTCACCAACACTCGAAACATATACATATACAAGT CCTGTCACAAAAGTAAAATTTTATTTTGAACAAAATAAACGCAAAACGAAATGAACCTAA GCTTAAACAAAAACTCTAGGGACAGATTCGATAGGTTTACAATCAACTTCTCTAAGGACA GTGCGAATGCCTTTGCCTCCAGCATTAGCAAGTGGGTGAACCCCATGGGACGGACCTTCC ATATATGCCCTTTTCTCCCTTTCTTCATCAAAGGACACACCAAAACGCTTCTCCACATCT ACATCCAATTTTATTTTTTAAAAGACGTAAAAATATAACAAATAAAATTGAACATGTGGA TGTCGCTACATAACACACACAATTTTTATGTAGGCATGTAGGACAATTTGTTTTGTTCAA TATATACTTGTACACATCTAAAGCCAAGTCACATCAAGTTAAAGGGTTTTTTTATTAATG ATTTGTGTACCTTGAACAAGGTTCTGATCGAGTTGACCATCTCTAGTAAGCGCCATCATA ACTTGAGGAATTCCCAAAGGAAGTGTATCACCTCTATCAACCTGCCAGAAATGTATCACT TTGCCATAAGTTTTCACCGTTTTTTCATGATCTTGTCGTTGAATCGGGCCTGGAACACCG GGCATGAACAAGACACCACTTTTCACCTCGTACAAGTGGGAATGCCAGAATTTCTTCTCG TCGTCTGGCAATGTCAAGAACAGCTCCTCCGATACGATGTACTCGAGCCCGATTAGACGA GCATCGGCATCAGGCCTGTCGTAAATGAGACACTGCCTGAACTCTTCATTTTGGTGTCCA CAGAAGTGGTGCGCCTCCACTTGCCGTGTCATGTCGTGTCCGTAGAAATGGAACCTGAAA TCGAAAGTGCATAGTTTCACGCTAGAGTCGTGGATTTGAGCCAGCTATCCAACTTAGAAA ACTGTAAATAACATGAAGATTTTCCTAAAAATAGTATGAAAATTCTTACAAAATTTATTT TCACGCAAATTTTCATACTAATTTCTAAAAAAATCCTTATATAATTCTCACTTTTCTTCT GATGGTGCAGAAGTTAAATGTTCTTATTTTTTACCCCAAACTCCTATTGTCCAGCTTTGT TCACGAGTAACTTATAACACATATCAATCTACTCTCGTCTCAAAATAAATATATCCACCT ATAACCCTAATATATTAAAAATTTTAAATTCGCCACTAGCGTTATCAGTGCTATAAATTT AGTTATAATAAAAAAACGAAGGATAGAATAATAGAAACTTAACGCGCAAAGATGTTGATG AATTTTGTTGATAGGACCAAATCCTTGAATAGTAGCTGTTGCAGTCTCAAGAATTGATGT TCCTGTCTGCGTAGGTTCACCTGGAACATCTGGATGAGTCGATATATTTATGCCTTCCAT CTTTTTTTTTCTCTAAAATTTCAAAGAAAAAATCAGAATTTTGTTGTGTTGATCTGTTTA CTTATTTTGGCCTTGAAAGAAGAGGCAGCTAGCTTATAGATAGGAATATGACTAGCATGC AGACTAACACGTGGCATGACACGTGGCAATACAACTGGTTACGTGGCAGTACAGATGTCT TATGTTTGGGTAATTTGAAAACTGACTCTTTCTGCTTATCCTTATGACTTGTTCTCTTAA CTTTGTCTAGAATTACAAGTGTGACAAATATTGTTTCTTATAGGCTGTGACGTGTGATAA TTTAGTTACTCACTTTGAGTATAACTAATATTTTATTTATGATCTTATAATAATTATACT AAATGTTATATTTACGTTCTTCATCGATTAAAAAGTGTGAAGAAGCTCTGTCGAAGAGCT TCAAGAAGAATGAAGAGGAAGAAGATTAAAGGGACGAGAGAATGATGAAGAATTGTATTT CTGTGTGTGTACATACAAGGATATCTATATATACAATTACATTTTTGAGTATACTATTTA GTCTAACTATTTTATTTAACTAATTAGTATATAGTTAACTAACTAACTAATTTCCTAACA AACTTAACAAACTAGAATATTGAAAGAATATTACAAGATTAGTATATAAGTTCTCTTAAC ACTCCCCCTCAAGCTAAGAATTGGAAAATACATTTTTCATTCCTAGCTTGACAATTAGTT CTTCGTGTTGAGGTTTGCACAGCCCTTTAGTAAGTATGTCAGCTTGTTGTTCTCTTGTTC CCAAGTGTTGTGTCTGAATAAGTCCTTCAAGTATCTTTTCTCTTACAAAATGACAATCTA TGTCAAAATGTTTGGTTCTTTCATGGAATATTGGATGTGCTGCTATTTGGATAGCAGCTT TGTTATCACAAAATACTTTCACTGGCAACTTTATGTTCATTCCTAACTCTTTGAACAAGC CTTTTAACCAGACTATCTCAGCAACTGTAGTGGCCATACTCCTGAATTCAGCTTCTGCAG AGCTCCTTGATACTGTGCTTTGTTTCTTTGACTTCCAAGACACCAGTGCTCCTCCTAGTT TAATCATATAACCAGTAACTGACCTTCTTGTTTCTACACAAGCTCCCCGGTCAGAGTCAC AATAAGCTACCATTTCATTGTTTTTGTTACTTGGCATAAACAATCCAAGGCCTGCAGTAC CTTTTATATACCTCACTACTCTGAGTGCAGCTTCCATATGAGATGATTTAGGAGAGTGCA TATATTGGCTAAGAACCTGTACAACAAAAGCTATATCAGGTCTAGTCATGGTTAAGTATA GTAACTTTCCTATTAGCCTCTGATATTTTCCAAACTCATCAAGAATTAAGTCTTCTGCAT TAGTATTTTTCTCAATAACTTCATCAAACACAGTAGAAGTTAGCTTGTGATTAAACTCCA AGGGTGTAGAAGAAGGCTTACAACCTGCTAATCCCAACTCAGACACAAGTCCTAAAGCAT ACTTCCTTTGATTCATCAGTATACCTTCTTTAGATCTGGAGAATTCAATTCCAAGAAAAT ATTTAAGCTCACCAAGATCTTTCATTCTGAACCTTTGTTGTAGTTCCTTCCTTATTTGTT GTATATGATGCAAACTGCTCCCAGTAACCAGGAGATCATCAACATAAACCAAGATGACTA GAAGATCTTTACCTATGTTCTTAGTAAAAAGTGAGTAATCATAATGAGATTGTAAAAATC CTATATCAACTAAAGCCTCTGTTAGTTTTAAGTTCCATTGCCTTGGTGCTTGCTTCAGTC CATACAAGGACTTATGAAGCTTGCAAACCATATTTTTCTCCCCCTGGTTTGCAAAACCTT AAGGGATATGCATATAAACTTCTTCAGGAAGATCACCTTGAAGAAATGCATTGTGAACAT CCATTTGAAATATAAACCAGCCACATGAAGCAGCTAAAGCCACTACTGACCTTACTGTAA CCATTTTAGCTACTGGTGAGAATGTCTCAGTATAGTCTAAGCCTTCCTTTTGATTGTATC CTTTTGCTACTAACCTGGCTTTATATCTCTTAACTTCTCCAGATGCTTTATACTTAACTT TAAACACCCACTTACAGCCAATAGGAACCTTTGTTGAAGGTAAAAGAACAATAGACCAAG TATTATTGTCTTCTAGAGCATTAATCTCATCTCTCATGGCATTCACCCAATGAGTATCTT GACAAGCCTCTTTATATGTATGAGGTTCAGGAATAAGAGAATATGCAGCAAGAGATGCTC TATATGTAGGGGCTAGTTTAGAATATGTAATATACTGTGACATATGATATAAACATGCAC TTTGTGCACTTTGAGTCACATATGAGTCCATCCAAATAGGTGGTTTAGATTGTCTAGAGG ATCTTCTTAGAGGAACTAATGGTGCTGTAATGTTAGAGGAAGTCTGAGGTTGTGTAGAAG TTGTAGGATTTAAACCTGGAATGAAGGTTTTATCAGATTCTGATTCAAATGACTCAGTAC ATGAGCTATCTTGAAGATCTAGAACAGGAAACAGATGATCTGGAAATGATTGAAGACTCT TGAAAGGGAATATATCTTCTTTAAACACGGTGTCTCTGCTTATAAAAAAAGATTTGCAAG CCAAGTTATATAAAATATAACCTTTCTTGTTCATAGAATACCCCATATGCACAGCTGGAA CAGCTCTAGGTGCAAACTTGTCTAAAACTTTAGGATCTGTAGCATAGCATAAACTTCCAA ACACTCTAAGATGCTGAAGACTAGGAGCTTGTCCAAACAACTTTTCAAAAGCACTCTGTC CTTGTAACAACACAGTAGGTAATCTGTTCAGTATATATATTGCAGTAGTAACACAAAATC CCCAAAACTGTAGAGGTACACCAGCCTGAAACCTTAGTGCTCTTGCCATGTTAAGAATAG ACCTATGCTTTCTCTCAACTACTCCATTCTGTTGAGGAGTATACACACATGAACTTTGAT GTATAATGCCATTAGCTTTGAATAGATCATCCATTTGACCATTAACAAACTCTGTTCCAT TGTCTGTTCTTATACACTTAATGCCTACTCCAAACTGATTTCTTACCAAGTTTACAAACT CTGTTAACACTACCACAGTATCTGACTTAGTGTGTAATAAGAAAATCCAAGTATATCTGG ACATATCATCTACAAGAGTTAAAAAATACCTTTTGCCATCATGATTAGGTACTCAATAGG GTCCCCATACATCACCATGTATAATATCAAAAACTGAACTTGAATGAGAAAGACTAGTAG GAAAAGGCAGTCTTGATTGCTTGGCAATTGGACATATAGAACAATGATGATCATGCATAG ACACAATGTTTAATTCCTTTATTCTACTTAACACTTTGAGAGGAGCATGTCCAAGTCTTT TATGCCATAAGCTACTTACAGAATCAACAGAAGAATTAAAGCTAACAGGTCTAATCCTTT TACATACAACTTCCTTTGCATATTCTTCAGAAGAACCTTGATCATTTGAAGGCTTTGTTG TGGCAGCAGTATTGAGGATATACAATCCTTGATTCTCTTTACCAATCCCCAGGACCCTCC CATTGAAGAGATCCTGAAAAATACAAAAATCAGGAAAAAACACTATTGCACACTTCAACT GTTTTGTTAGTTGTGACACTGCTAGAAGATTATACTTGAATTCTGGAACAAACAACACAT CCTTTACTACTTTGTCTTTAAGAATCAAAGATTCACCAATATGACTAATAGACACCTGAT CACCAATAGGTAAATTAACTCTCATACCTCCCTGAACATCAAGATTTGCAGACTGACTCA TTAAACCAAAGTTGTGAACCATATGATTGGAAGCACCAGTATCTATAATCCAATTAATAT GTGACATGTCAGACATTAGAGCTGTAACATTACCTGATGTTCCAGATACAGCTGCAGTAG CTACATTGGCCATTGTATCCACTTCCTTATTCTTCCCTTTTCTCAGCATCTGTAATATCT CATAGTATTGTTCTTGAGTAAACATTGACACACCCTGGCCTAAAGTAGTGTCATTAGATG ACTCATTTGTTCTAGTATTTGATCTTGAAGTTGAGTCTACCATTCCAGATTCATTTTTAG CAGAAGCAGCATTATTTGCATAAGAAGATACTCCTCCTTTCTTCTTTGGATAACCATGAA GATTATAACAAGTTTCTTTTGTATGTCCTTTATAATGACAGAATTCACAATAGAGTTGAG ACTTTCCTGTAGTGTAACCAGTTCTTCCATCTCCATACCCCTTATTTCTATATCCATTAT TCTGAAAATTAGAAATTCCCCTTCCAGTTCCCGAGGAAGTTGTATTATTGTTGTGGTATC CACCATGTCCAGACTGAGAAGAACTAAAAGACATTCTATTACTCATCAATGCTGTTTCAG ATACAGCTTCTGCAGATGAAAATGTATTTCCTGCACCATGTATTCTTTGACTCTCAACAT TAACAATCATAGCATATGCTTGATTTACACTTGGGACTGGAATCTGCATCAAAATTTGGC TTCTTGCATGAGCATAAGACTCATTAAGCCCCATCAGAAATTGCCATAATTTTTGAAATT GTAAGTGTTCAATGTATTGTTTAGACTCAGGACAGGCACATGAAGGACAAGGAATCAAAG TTTCAGCCTCATCCCATAACTCTCTCAATCTTGAAAAATAGATTGACACAAAAGAAGTTT CTTGTGACATAGTAATTAGTTCTTTGTGAAGGTAAAAGGCCCTAGATGCATTTACTTTAT CAAATCTTTCACGTAGATCTTCCCACACTGAATGAGCATCAGATCCATAGATCACTGTAC TAATCAAACTTTTAGACACAGTATTCATAATCCATCCAAGAACAATTGCATTGCATCTAT CCCATACATCATGTAAACATTCAGAATACGTCTCCTTTCTACAAGTTCCAAGTAGAAATC CTAACTTGTTCTTTCCTAGTAACACAAGTTTTAAAGATTTGCTCCACAAAGAATAGTTTT CAGAACCCAACAATTGAATTGAAATCAGAACAGAACCTTGAGTATCTGAAGGGTGTATAA AGAGGGGATGATTGTGATCTATTTTGGCAGTATTTGCGACTGGAAATTGTTGTGGAACTT CACTTGAAGCTCCGTCTCCAGTTGAAGGCATGATTTGATCAATTTCAACAGCTAACAGTC TTTGAATTAGACAGACTCTCGACTTTCAACTCAAGATTCTTAGAACTCTTGTCTTCAGAT TATGAAGAAACTAACTCAGAGATTCAACTCTTCCGTAGCTCTGATACCATGTGAAGAAGC TCTGTCGAAGAGCTTCAAGAAGAAGAAGAGGAAGAAGATTAAAGGGACGAGAGAATGATG AAGAATTGTATTTCTGTGTGTGTACATACAAGGATACATACCTATATATACAATTACATT TTTGAGTAATACTACTTAGTCTAACTACTTTATTTAACTAATTAGTATATAGTTAACTAA CTAATTAACTAACTTCCTAACAAACTAGAATATTGAAAGAATATTACAAGATTAGTATAT AAGTTCTCTTAACAAAAAGTTATATCCAATCACTTTAGTAGCAAAATTGCATACCTTATA AAATTCAGATTTGATCAAAGTTTAGTAATTTTCTCAAAGTTCTAGTTATGAATTTATATT TTGATATATATCGTGTTGTTTTGCTATGCTACAACTTGTCATGTCAATTTTTCATCTTCA TGAAATGGTAAGGCTTGCTGTTGCCAAAATCTTTTTGGGCCAAGCCCATCAACTTTCCAA TATCCAATTCTGACTGAACAAGCCCAATATGAGATGACATGATTGTAACAAACCCTAATA TTCACATCCTAACTATCGATGTGGGAACTCAACATCAGGGTATCAATTGACACTTCCAAC CGCCACTGTCACAATAATCCTAATAAATCTGAGTACATCATAGATGTTTATCAAGTCAAA CATCAACAGTTATGAAACACCATTATAGTGACAAATTCCAAATTTCTATCGATCTGGGAA CTCAACATAATCAAGGGAGACGTCGTTTAATTTTGTAAACGATAGTATTAGATATGAAAA AGTGAATTTTTAGTTATGTATTAGGATGCCAAAAACCTATCTATGACATCACATTTAACT GTTCCTTTTAATTTTGGCACCAACTTTTCTTACACTAATTAAGTAATATAAGTATGAAAC AACTTTGGCAGCTTTACGATCCTTGACGCATTTCCAACTGAAAAGAAGAAACCAAATCAA GGGTGTGTTTGGCTTGGAGAAAACAAAAACAATTCCATGTTTGGTTTAATTTTTTTTCTA AAAAATACTTTCTCTAAAAAAAAATATTAGTCCAATGCACAGAGAAAAAAACAAACAAGA TTAAATGAATGACATACAATATTTTTTTTTAACCAAATACACCCTAAGAAGTAGCTAAAA CTAACAACGTGACTCCAAAGCAAAGCTTGCATGAAAAATCTGAAGCCTTGCATTTCACGT GCCTCTTACAAACGACTCTTATTATTAAATTGAAAATTTTCGATTATCAAATACACAACA ACTAAACAAAAAAAAAAATCATCAATGAACACTCAAGAAATTCAACAATCAAATTCTACA CAAATCCAAAGTGTTGAAATATCAATTCAAAATCTCATAAAAAATTGGGAGAAAAAGCAA AGATGGAATTTCTTTATCATGAATAATCCTTCACAACAACCAACAAAACAACAATGGAGA ACAAATTTAACAAAGTTTTTAGAATCCACACCTCTTAGAATTTTCACCATTGTGTTACTC ATAATTGATCTTGTATTCACAAGTCTTGAGCTCTCTTCATCTTTGATATCCTGCCCCCAA AACCGGAACGCGATAAATCAAGAAACGAAAGAGGTTTGGTATCATTGGGCAGGTAATATT AGATAGTCTGTAATATTATATATGAAGTAGCATTTTCTTGTATCAAAATGAAAAAATGAG TTTAAAAGCCTTTATATTATAATATTATTAGTTACATCGAACAAATTTTATAGCTAATTC ACGTTTTTTACCATAGAGGTATATGTAGCTTTATTGTTTCCTATAACTTTAAATTAATTG TTCTATTTAAAACATAGTCACAACTTACAATTGTATTTAAATTTTAGTTACTTTTTTTCT TCTTGATTTTCCTTGTTGTTAGCCCTTATACAACATTTCTACGAAAGATATTATATTTCA CGTTTCAAAGCTTTAATTCAATTCTATTTTTCTATTTTCCTAACAGGTATAGGGATCTTG GGATTGTTATTTTTGAAGAATGTAGGCCTTATTGTAGGTCTAGGGTGCGCGTTTTTTCGA AGACCAGGGTACTTGTTAGATGGCATAGTGGTTATGGTGGCATTATTTTTGGAAGCATAT TTGGAAAAAAATGGAGGAGGATTACTTGTTGTTGTTAGCTTATGGAGAGTTGTTAGAGTT GTTGAAAGTGCTTTTGAGTTAAGTGATGAAGCAATGGAAGCACAAATTGAAGAAATTGTT TGCCAATTTGAAGAATTGAAAGAAGAAAATAAAAGATTGATGGATAGTGTTGTTGAGAAA GATAAACAAATTCAAATACTTCAACAAGAATTGGATCAATACAAAAAATCAACTTACTAG AATTTTATCTTGTTTTTAGGTACTACTTTTATACATATATATATTTATATAATCGATAGA AACTTTAAATTATCTGAATAAGTAAAAAATCATATCAAAGATTTCCCAAAAAGCAGATTG AACATGAAAAATTAGCTCATATTAAATATTAGTTCAACGTCAATTGATACTTCTTGATCT TATGCATATTATTCCTTTAATTAAGGATTCTTGTAATAAAATATATGAATATCGAACATG AATAAATTATGTCAGCTTGGTACCCAAGTGACATAAATTGTCAAAACTCTCCAGTTTATT GCCCACTGAATGAATAAAGAGCTGGTCCATATATATTAAGAACCTGTTTGGCCTTTGATT CCATTCCCTTTGTTTGATTTTTTCCCTGCAAAAGCTTTTAGCTTTTCGTAGACTTTTAGT GACCAATGAAACTTTACTTATTGACCAATTAAAACTATATGATAAATTAATAACAAGCTT TTGAAATGTAATTCTTATTTTTTGAGTTTATATGAAAAAGATATGATTTAAAGTATGTCA ATCTTTTGAATTTTATATCTGAACTAATTATGTATGTTAGTTTTCTATTTGAACTATTAT CACTTGAATCTCTTTTCTATTGAAGTATCATCATCTTTCTGAAGCAAATGATAGTTATGG CTTGTTTTAATGAATAATTGATGATAGTTTAATTCGAACACATGATAGTTCAATTATAAA ATTTGAAAAAAATCAAAATACTAATAGATGTGTTTTGTCCCTTTGCTCTTCTTTTTTATG TGAAACTCAATTGATCTTTACTTACTTTTAGGGATCGAGCTAGAAGTTTAATTACGGATT CAAAAGAACCCAATCTATTTTGTATAATAGATATATTTGTGTGAAGAAATTCATTAAATA TATATTCATATTATTATTATAACTTGACGAAGTCGTATTTCTTTAATTCAAAACCCATAA ATTAAAAGTTCTGCTCGCTTCTAACATCACATATTAATCAAAAGCAATCGCATTAATTAA TTATGTGGGTATAGTATCCATCGTTTTAACCTAATATATAATCTTAAATATGAACTTTTT ATATATAAAAGATTGATTTCTTTTGTAATTATGTAGGAAAAAGGGAGGAAGTTATAAGCA ACTTGTAAATTAATATAATTGAACCCTAGTTTGCCTATCCTCCATCTATTCATTCGAGGT GGGAATAAAAAAATAAAAAAATTAACACCTTCTTTTATTAAAAATATTATAACCTTCCAA TTATAGTCGTCATATTCTCAAAGGGAAAAGGGTGCAACTTGTGCAATTTTAAGTACACTT AATTAGGTCATATACATGCATCTAGTTGTTGAATCGATGTGAGAGTTGAAATAAATTATT ATTAAGAGAAAATAGTGGGGAAAGGGTTGAAATTTGTGTAATTTAGAACCAATATTTGTA CAATAAAGTTATTCAATTGATGTAAGAGTTAGAAAATTGTGATAACAGACAGACACTCCA AAAAAAAAAATATATATGTAAGGGTACAACTTGGTTGATTTGATTTTTAAAATTTTAAAT CGTTTAGTCATTGAACTGAGGTTCATATAAAAGAATGGTTTATACTTACATATAGCGGTC TAGGTCATTAATTGTCAATTTTAATATAGAATATGCTATTTTTTTTAAAAAATGAACAAG AAGATTTAAATGAAAGATATTCTTTTTTACCAATAATATAGGTAGAATTAGTAAGTTTCT AAGATAAGCAATTAATTTTTTTTTTCTTCTTTTCTAATCTCTGTGGGTATATTTATGAGA ATAAGGGTATGTTTGGCCTGTTTAGGTTTGGTAATTGAGTATTTAAGGTTCAAAACTTCA AATAAAGTTAGCATATGATCACTTTCTCGAGTATACTTTTTTCTAAACTATAAACTATAG TGTTCAAGTTTATGTATAAAAAAAAATGTTAGTGTTCAAATAAGGTAGGCATAAGACTTT TTGAGATAGACCAATAAATAATTTATCAGAAAAAAATAATTTTCACACTAGGAAATGTCA ATACGTATAATAATAATAAAAATACTTGACATGATCCATACAAATATAATATAATACACA GGACATAATATGTTAAATTAAATTTAAAAAAAAAAGACATACTATGTTCTAGGAAAAGTG CATATGAACATGAAAAAGAAAGAATTATTCAATATGAAAAAGAAAAAAGATAATTAATCT TCTAATTATTTATCAAGGAAATAACAAATTGTCATATATAATTATTATTGGCAGAATCCT AAAATTTACAAATATTGATGATTCTTTTAATTATGAAAAATAGTTTAGGGACTTTATATT ACTTATATTAAATGGAATATTTCTTAAATTACAAAGGTTATACTTTCTCTACTCCATTTT ATTTGTATATAAATATTAATGAAAGGATTATTTGACTAAATTAGCTTTATTTACTCCTTT TAATTTAATATATAGACTTGCCTCTTTGTAAAGTAGCAATATGCATGCAGACTTATTAAC CTACTTGCAGTACAGTACTCTCTTTGTATTAATTTATGAGATATTTTTCAAACTTTAAAT GCTAAACAATTTTCTTAATCACTATCTTTTTATATGTTTTATAAGTATTTAAATCACTAA TGAAAAATAATTACTATAATACTATTTTCTATAATGATCCTTGAGGAATACAAACAAACT TCTCGTGACTTGAGTATATATACGTGCAATTGCTAGTACAGTGTACTACATATAGTGTTG CTTCACATGCATTGCTTTGGCACACCACATTGAGCAGCAAGTTGAACAATATGGATTGAG GCCGGGTCAGGCCTGCACCTTTTCGGATCGACCCGGTGAGGACCCGCCAAACGAAACCAA TGTAGAAGAGGAAGGGGCCGGTTAATTAGGCAAAGTATGTGTCTGTGGAGAATAGATTGT ATGAACAGACCTTCGTTATTATAGAATGATTATTATGATTAAAGCAGAATGACAAGAAAA TATGACAACTGAATAATAAAAAATCGATAGTATAAACACATAAAAGAATAAGAAACTACA TGATTATTAATACTATTACTGAAAACGAGAATTGGGAACGAGAAGACTGACCCCACCTCT CCCGTACATATAGTTAGGGGTGTACATGGGCCGGTTTGGTTTTTCATTAATAATAATCTA AACCAATTCTATTAAATCTAAAAATCAAATCAAACCACATAAAGTCAAGTTTTTTCAGTT TTGACTTTAGTCGGTTCTTTTGATTTTTTGATTTTTTACAATTATACGGTGTTTGAAAAA GTGATCCAATATATTCTCAGTTATCTGTGTGATAAGCTAAACTTAAAAGATGTCATCGAA AAGATGTAAAATTTACACGAGTACAAAATATTTTTGTTTTTGAAATATCAAGGTTTGATA TGTAAAATTAATAAAGATCAAAGGCGACAATCAAAGTGAATACAAAACGAAATATTTACA AAGTAAATTGTTAACTTCGAATTTGAAAATCTATAACAATATTATTTTAACTTCTGATCT TACTACAAAATAAAATATTTACAAAGTTTTACAAGCTCAAATTTAAATAAGTATATATAA ACATTGAAAACTATAAACTAACTAAAAATATATTAGCAAAGTAGATTATAAATAATATTT TTTATTTATAAATAAAACAAAATTGTATATTTATATTATGTCGGTTTGGTTTGGGTTCGA TTTGACTTTTTTTCTTCGAATAGCAAACCAAATCAAGAGTGGTCGATTTTTTTTTCACGC CAAACCAAACCACAAATCGTTTTTTTCGAATTGATTTGGTTCGTCGTTTGATTTGACTTG TATACCCCTATATATAGTACAGTAATACCTGGATATCTACCCACTTTCTACTTTAATCCT CGATCTCCAAATTTTCGTATCTTGATACTAGCTATGATCACTCCCTTTATTTCATTTTCA ACCTACTTTTACATCCACTAACTCCTTCTATACATAATCAACTTCTCATACCACCTACCC GACATATTTGCACACTCCATCTTCACATGTTCGAATCATATCAACCTCATCATTTTTCTC ATTTTGTTTATTGTTGCAAAAGCCACCCACATATTTTCCCCGTATAACTTTATTTTCATA TGCCTCATAGTATGCCCACACATCTGCTTAACTTTATAACTGATCATATTCCTCATAGTA TGCCCACACGACTGCTCTTCTAAACGTGGGTATATTCTTGACTAGCTAGCCCCTCTTTTC AATAAAACAATATCGATCTAATCACTATTATTTCACTTGCCTTTAAAACTCTACTACATA TTCTTATCACACAAACATACCACATCGTAATTTATATCCTTGTTCTCTTGAATTATGAAT TCAAAATATTTAAAATTTTCTCTCTTTAAAATAATTCATGCGTCATTTTTCATGAATTAC GTTATTAAACTTACACTTTAGATAAAATTAATAACTCACAATATAAATAATGACATAACT CACAATATAAATAATAACGATAATGTGTCACGTAAATTGAAAGAAATTAATTTATACTTT AGTAGGATAGGATGTAGTACACATTGTATATTAATTTTCTATTAAAGAAAAAATGTAAAG ACAAAATCACAAAAACAGCAGAACCCCATTGGCTGATCCACTCTCTTTCTCACAAGACTT TTCATAAAACAAGTGTAGCACTTTTTCATTTTTTTAATTCCCAACTTGCTCTCTTCCCTC ACCCCACCCACCCACCTCTCTCTCTATTAACTTCTCAACCTCCAAATCTTAACAATCCAA TTCGAACAAATTATCAAATGTATCCATCATCAACATCTTCTTCATCACAAGGTTCAATGA GCCACACCAGCACCACCGCTGGCGGCGCCGGCGGTGGTCTCACTCGCTACGGTTCAGCTC CGGGATCATTTTTAACTACAGCAGTTGAAGCCGTCGTTAACGGTAATCACGAGTTCGCTT CTCACGGATCTCATCACTCACACCTTGGTCCTTCACGGTTTTTTCAGTCCAATCTAGCAT CTACTTCGTTAAATTCCGAATCTACAAGTAAAGCGAAGGAACAATCGAATTTACAGAGGT CAATTGGTTTCAATGACTTAACAATCGGCGGCGGAAGCGGCGCTGGAGGAGGAGTTTTGC CGACGACTTCAACGACGCCGTTGGTTCGACATAGTAGCTCACCGGCGAGGTTCCTTAATC AACTTGCTACTGCTGCAGGTGATACTGGTAAGTTTTCAACTTCCCTTTTTTTCCTAATTG ATATGTCAAATGACGAATTTAACCTTCCTGTATATGATTCCTTTCTGTTTGCTTTTTTTT TTTTCCTGCTAAAGTCATCAGCATTTGGTAACTTTTTTAACCAATCAGAGTAGACTTTGC TAATTGACTAATCACAACTAACTTTGCATAAATTAACAAACTTTGAAATGCATTTTACAT TTTAAAGTATTCCCTGGTTACATTTTGTCCACATGACAAAGTTAATTTCGACACAAAATT TAAGAAAGAAATAATATTTTTATAGTTAAACATGTTAGAATAATTTTATAGCTATTTAAA TCGTAAAAATAATTTCTTACAAAAATGTTAAATTGAATTACGAACAATAAGCTCTTGTGA TCTGTTTTTTTTCCAAACCCCAGACACAGCAGAAGCTTAATTAATGCGTTGAGTTACCTT TTAAAGAAAGTGTAATTAGCTACCGATGAAATGAGAAAGTAGGTTTCTTGCAGATAGAAC CAATTAATGGAGGATTAACTTATATTAATCATCTCATTGGACTTCATTAACTTCTAAATG AATTGTCATGAGATTACAGTACAAAAGTAAGATTTACTTATGTCACAATTAGACGTTATA AACTGACTAGTTGAGCACTTAAACATAAATAATTACTCAAAAAAGGACACATATAGAGTA AGTGGGGAAATATGCTAAGAGTAATTGAGTTTGTCTTATCTAATTACATATAACAAGTTG CTAAAAAAAATTTACCAAAAGATTAAAAGAGTTATGTACATGTTTAAGGATATACTTAGT ACTCGAAGAATCTTTAATACCTCCTTACAACTTGCAAACTCATTTTTTCTTTCCCTCCAT ATGATTAGTACTTTTAACTTCTAATCTTAAAAAAGAAGTACTACTTCATTTGTCCCACTT CATGCAGTTACTAAAATGGTGAGCTAAAAGGAATTCTATAAAAATTTTGAACTATGAATT ATTAAATTTATATTACATTTTAAGCAATTTTAAATATGTAATTTCTTTTTAAAAAGATAT ATGTCCATCAATTATTGAATCATCTCACATAAAATGGAACACAGAAAATATATCATATCA ACAAAAGTTTAGCTAATTCTACTTTTCCTATGGTGAGTGTATTTTTGTGTCTGCTCTTTT TATCTGTCTAAGATAATAACAATAACATACTTAATATAATCTTATAACAGAAGTCTCGAA AGTACAGAATGTACATATATTTTATGTCTATTTTGTAGAAATCAAATCACTAAAAACAGT TTCATCTTTTATCTATCTACCTTCTACCATTTCCAAATTTATACTTTCCAATCTTGACAA GTATGTTAGATAGACTTCTGTAGTTCATGTTTGTAATTGAATACATCGTGTAATTCAAGG TTTATACTCCCTCTAGTCCCAATTATCAATCGTTTGACAAGTTGAAATTATTTATAAATA TTAGTATCCATTTTAGAAATACAAGAAATGATTTGTTAATCCTTTCGTTTCAATTTATGT GTCATAATTTGATTTTGTACAAACTTTAGAAAAAAAAGTACATACGTCTACAAGTTTTGG TCTGTAACATCCCAAAACATATATGTAACTTTTATAAGATGTGTATACATTAAAAACTTC AGATTAAAAATGTGTCATTATTTTGAAGCATATAAAAAAAATTTGATACATTTAGCTAAA ATTATATATTTATTTCGAGAAATTCATTTAACATAAATAAATTCTTGTTTTACAACCAAC TTAATGATTTAGAATTCAAAAGTTATATACTCTAAATCTTAATTCCGCTTATTGTTAATT AATATAAAAAGTAGAGGGGAACAATCTTGGGTTAGCTTAAAATAAATGGAATTAGTTTCC TAAATTAGAAGGTATATAACGTAAGCAGCCGCAAATTATTATTTGCTCTCTTTTAAAAAT AACTTATCCATCAATAGGGCAAATTAGGTGATTAGTGGAGCTAATTGGTAGGTCTAAATC CTGTCTCAACTCTTAGTGACATGTAAAGGTGGGTTCCACATTTGGTGAAGGTGAATGCAT GTGTGTCTGCTAAGTTTCCAATCGCCCACAACATTTGGCCAATGAAACCACTGGTATTAA TTAATTACTCATTAGATGGTGGATCCTTCTTTAAGATAGAATCTCATTAGCACTAATTAA TATTTTTTTTAAAAAAAAAATGTTTCTGGAGATAGGATTTGGGGTGGGGGTTGAACGGAG TTAGATGCAACTTGTGCAATTTGACACTGCTGAGCTTATAAACAATAATATACCGTAATG GTGAGAAAATTTAAAGAAGTTATAAGTTAATATATTAAACAAATTTGTTACTTTTAGTTT TTTATAACTATTATATTTAAACCAACTTGCATGTATCTAATTAATTACGTATATGTAGTT AATTATATAAAAGTCAAATTTTATTTCTTTTTAGTCTAAGAGGTAAGGGATTTGATCTTA ATGGTAAAAGTATAACGTGTGATATTCAAAATGGAGAAGATCAGAAAGATGAATTCATTA TCCATTGAACTGTGAATCATGCATCACTGATCCTTGTTGTTTTTCGATTTTAATAAAAAA ATATTTGACCTTTGTATTAATATAATTAATGGTGCCTAGATCCTTAGAAGCAGGGAAGGG AGAAAGAATGATACTACTTTTGTAAATTAATTTGATATGAGGTGGGGAGACTGAAAGGCT ATGCTTTTATTGTCAACTATCAGAAACTCTACAACTCATTTTGATCATCTAAGTTGGTTA GACTTTTTTAATTTGTTATTACGATTCATTTAAAATGCACTATTTTAAAAGACCTGACAT GCAATTTTCTATATTTTTGAAATGTCCGATCGGTATAGAAATAAATTCTCCTTTCAACTA AAAGGGTGGTTTAATCTATGATTTTTTGCCAATAAGATATATTGATTTGGAATAGGACAT ACAATGTGGATGCTTTGACCTCGAAAAAAGGCAATTTATTCTCTATTAATTTTTTAAAAT AATTATAATCTACTCTACGTTAGGTTTAGGTCTACTATTAGACCTTTAATCGTTGTATTA GTTTCTTAAGTTAATGTGTGTATGAACTAAGTCATGATCATTATGTCACACAAACTTGAA TGGGTCAATAAAGTTGTGTTGCGGTTCCTTTATTCATTTTTTCTACTTATGGTAATTGAT ATATGAGAGGTTGGAGTGTGCTTCTTTGAGCACTGAGTCTATTCCATTAGTTATGTTGTA GTTTTCTTTTCTTCAACCCAAATAAAACAATAAATAAATTAATTAATTAAACGAGCACAA CTTGGGACTTATTATTCATTTTATTTCATTTTATATGGTATCATTTTTATTAAAAAATTT ATTCCATGAATAATTACGATAACATATATGTATAATATCACAAATAGAATATAGGGAGGA CAATATGTACTTCTTTACTAGGTGATGAAACTTTAGGCTAAGAAAAAATTATTTGAAGTA AGATTGTCAAAAAATATTTGAAACAGAATATTGTATAATTATGTAGTAATGTAATAGAAA GAATTGAAAAACTTTCAGGGGCCAAAAAGTATTTTGTGGTCTCTGTAAATTATACGAGTA GAGATATAAGTTTTGGAATTATTAATTGATTTTATAGAACAAGTTGTCACTTGGGCCCAA TGAGCAATATAGATATTAGAGTATTATTTTGTTGTTTCCTTAATCATAATCTTAGTAAGA AGCTCCTTATTGGAGGAAGTGAGCATTTCTTTTGTGGGGTCCAAACTTTCAAATATAGCA AGTTGACATTATATAAAATATAAAATTCTAGTAAAAGTAGCAACTAGCCAATAAAATAAT GAATAAAGGAAAGGGAAGGAGTTTTGTCCCTTTATTTAATTGATGGTGATTGTGCCTACG ATTCTTTGAATCCATTTTTTACTTATTTTGAGGTCAAGATGCATTCACCAAACAGCTCCT AAAATTCCATGACTGGTCAGTTATCACGTGCATGGGTATTTACTTGACCCGTTTATTCCC ACTTGCTCTATCCATTATTATTATTATTATTATCTTAGCCGCCACCTAAAACCAGCCCAA TGTTTTTGAGTGCTTTACTAGTTCTAAGATATTTTCTGAAAGTTTTACAGTCGACTGTTA GCAGATGATCCTGTTTTTATTTGTTGGTGTAATTTATGATTCTTCATATAAGAAATGCTT TGATTATGATCTTAAATTTTGTAGACAATAAACAAACTTCAATGTTTTGTTAGTTTCAAA GGCTTATATTTTCACAACTTGTGAAAATAGTGATTAAATTTAAATGATGACTTATTTTAA AAAATTTTTAAATCAAGGACTTTCTCATTTACTATTCATATTTTGTTTTGTCTAGTGGTT AACGAAGGAGGTTTAAGCATTATAAGGTCCTAGGTTCAGTTCCTAACAAAGAGAAAACAC TAGGTGATATTTTCCCTCATATATCCCATGAAATGGAGCTTTAGTAGATCAGTTAGTTTT GAGTTGAGGGTCTATCGAAAACAATCTCTCTACCCCACAAGGTAGGATAAGGTGTGTGTA TCTTATTTTCGTTGGTTTTATCTTTAGTTTGAGTAGTAATATTCATACCTTGTCAAACAA AGACTTCAAATTAGATATCAAATGGAAGTCTAACAATTTGATGTGGAAAAGAGGATCTCT TTTATGTTATGTCTGTAATATACTTTAATTTTGTCAAAGAAGACCTTAATATATAGAGCC AAAAGAGACCAAATACTTTTCCATGGAGACTACAAGGGTCACACCAGAACTATCAGCTTT TGAGATGACATTTTTGAATCAAACTCACGAAAAGATTCATATCTAATATGTTGTAAAGGT TTTAATTTGGTAAAAAGAACTCGTTACCATAACTTGTAGTATAATTCAAGTTTGACTTGA CGTTAGGATTTTCAGTTTCAATGGGGAGAGGAAGCTATAACCCAAAAGGCGGTGGAGATA GTGGCCGGGGAATAACAAGGCTGAACTCTCAGCTCAGCTTCACAACGCAAGAAGCTCTTT CTCAAATAGCAGAGGAAAATGAGGATATTGAAGGGACCAGTATAGCCAATGGCCACAGAA AGTCAACACATTCTTATGCCAGTGCAAGTAGTTTCGCGATGGGTTCTTGGGAAGATAACA ACTCTATAATGTTCTCTGTCACACCTAGCAAACGATCCAAGCAGATTAGCAATGACATTG TCAATGGGCTCGATGACGGGGAAACTCAGGTAATATAACTGTAACTTTGTGAAAGTATGT TTCTCTGATAAAATTGTATTTTTAGTTGAGTGTTTAAGGGTCATGTTTTCTTTATCCTGA ATTCTAGAGTTGTGCATGTGATATGCCTAACGTTAACAATATTTATGTGAAAAGTGAGAT GTAATTTTAATGATGTTAGCCTTCTAGATGAAAAAATGTCATGTGCTTTGATTTGGTGAT CTTACAACTGATTCAAAATCTGTTTTTTCTCCTTCAACACGCTATTTGAAATCTTTCAAA AAGTTGATGATTTGGTTTTTGCTTGCATTCTTTTGTCTCTAATTCCCTACCTTTCTTCTT TCTTCCAGCTAATATGAACTTGAAGGTCACTATCAGAAAACACATAAACCTTCACCGTTT GACATCTGTGTTTTCAACATGTAAACGGCGATAGATATACTTCCTTTACATTTTTCCCCT TAACAACCTTACAACTACATTCTGTGTATGTGTTTCTTTTCTTTCTGCAGAAGTATGTAA AATAAAATAGACAAAATAATCCATGTTGGCATACTCAATCATGTTTCTCGTGTGTAACTC ACACAAAAATTGATGAAAACTGCATTTTTATTACTTGTGGGAGGATGAACTGATGTTTTT CGATTTTTGAACCATTTTCAGTTTCAGTTTGGCTTGTCTCAGACAGCTCTAGAAATAGCA TCTATGGATAGATTGCTGCACATCCCCGAGGATTCTGTTCCTTGCAAAATTCGTGCCAAG CGTGGTTGTGCTACTCATCCTCGCAGCATTGCAGAAAGGGTGATCTTCATATTTCTTAAG CCATTCCTTTACTTGGCCCTTATAATGAACAAAAAAATAAAAATCCAATTGAACTTTATC AATTTATTTTTCCCCTGCTTCATTTCATTTGATATGGCTTCGATTGAGAATGAATTTCAA GATACTATCTGAAGCTGATGAAACTCTTCCAGCCACTGATTTTAAATGCCAACTTTGCTA TTATGTAACAATAGATTTAATTGTCAACATGTAGTAGTTGTGGCATTTGAAATACTTTTC CTCAAAATTTGGATCATCATAGCTATGTTTTGCTTTTACTAATACACAATAATGAACGTT GTATTCTTTTCTCATCTTATGCAGGAGAGAAGAACCAGAATTAGTGGGAAACTAAAGAAG TTACAAGATCTTGTTCCAAACATGGACAAGGTATAGTTTGCTTCCACTCCACAATATTTT CTCAATTGGAGCTTATTGGAACATGTTTTAGCTGTAAATTTTGTCGCAGCAAACGAGCTA CACTCCAATATTAACAACATTTTCTTGTTTGTTTTCGCAGCAAACGAGCTATGCTGACAT GCTGGATCTAGCAGTGCAGCATATTCGAACCCTTCAAGATCAGGTTCAGGTGAGTGATCA AAATGATCAACCTTACTGCTTTGCAGCTTTACCTAAATTACTTATACTCTATGTTCCTTA CACTCTTCAAAGAAACAGCCAGTGTGTTGGATTAGATCCTCCAAAAGCTATTAGTACAAC AATTTTGGCCCGAGCAACATATCTTGTATTCTCACATGAGTTTACACCAAACCGAACAAT TTAACCTTAATGTATTTGGGATAGATGATGTCTAATATGTTTTGCAAATAAAAAATGATA AATTTTCTAGCCCCACCTTTATAGCTGTGTGATTGAAATAGTCGAAATATAATTTTCACG TTTTCTTATTCTTATGCAGAATCTGAATACAGAACTTGAAAACTGCAAATGTGGATGTAG GAAATCAAGTCAATAACAAAATGGGAGGAAGCACTTTAGCTGAAGATTGACTTAAAAGGA TTTTTGTCACCATTATTTTGCTTCTTAGAAACTCAAATTTGTACATATGGAAGTAAATTT CATACTAGTTTTTTAAAGCTAAAAAGTGAACTCTCTTTGTTTTTTTTTCTTTTCCCTTTT CCAGTTAGAAGACTACGTATATGATTGTTTTGGATTATTTCTAGTTTTCTTTTTTCATCT AACATTTACATTTTTAATTTATTTTTGAGTTTATTTTGCTTGAAGATCATAAAAGCTAAT TGATGATGTTGTACAACTACTTTCTCTATTTCATTTTTATGTTCTTCTTGGGAAACAACC ATTTACAATTTGAAATCCAACTCTACTCTACAAGGATTTCATGTGTTTTATTTATCGAAC TGTTCATTTTCTGTGAAACAAGTCATTTAATTAATATAACGTTTGTATTGAGCCATAAAA TCTATTTTTCCCTTCTTACTTGTGTATATCATGAATAAATGTGATTTATCAATGCGGCAC TTTAGGATATTTTAATATTTTGCTCATGAATGATGATTTGCTCATTCAGTAATATTGCAT AAGAATTGAGTAACTTTTGATATCAATGTGATCTATATTTTGCATATACAATCAAAATTT CAACTTCATATCAATAAGAATTTATATCGCATTATCCAAATGGGGCCCTACATTTGTAAT TTTTATATCGCACTTGTCCTGTTAATCAAGTGTGAAAGATGAGCAAAATGAATCAGGCTG AATAAAAGTTCATTGTTCGAGGGATTTTGTGAGTGTATTTTCCTTGAGAAAAAGACAAAT AATATGGTTGTATTATTGAGCCACTTTACAGATACCACCAAAGGCAACTTGCTACTGCAA TTCATCTCTTGTAAGAATTATTAGAGAGAGAGAGAGAGAGGGAGCTCTTCCTTCTTCCTT CAAACATTCAAACCTTCATCCATTTCATTTCATTAAACCTTTTCTCTAACTTCTCCTAAT ACGTGAACTCGGAAAATATATCTTTGTTGAAATCCGAATCTGAGAACTATGACTCTCATT TTTACCCCATAATGTTTGTTTCTTCTCTTGATGAAGTCAGCTTTCAATTTTATTTATGAT TGATGAATCAGAAAATTGAAGATAATAAACAGGCATAAGAGAAGACAAAAGTTAACTAAC TGTAAGTCATCTTCTTCATGAATTACTTTTTCCTATTGATACAAAATTAATAGTGTTATT ATATTAGGAAGCCAGTTTCTTTGTTGACGAAAACTGAAATCAAGAAAAAAAGTCTGAGAT CATATAAAAAAGGTTTAACTATGCAAAATTTGTTAGATGAAATGGTGCATAAGATGTATA ATCTTTCAAAAGACTAGATGAATAAAAATGTCGCTCTTAAAGAAACTAATTCCAAGAGTT GGTACACTTGCAGGAAGTCTTGTACGGAAGATGGCTCAAAATGAAATTGAAGATATGTTA GATCACCTGAGAAGGATCAAGAGTGGAGGTAATCTGGATAGGGTCAAGATCAATCGAATT GAGAAACTTGAAATGGTGTTCAAGTATCATCATGTTCTTTTGCCTGATTCCATCGTCAAA CTCAAAAAGAAGGACAAATGGATTGCGAAAATGGTTCAGTGGGTATTGGATGGAATTCCG GATGAATGTAAAACTAACCTTAATTTAAGAAGGTTAGAATTACATTTGTTGGAATTCTTT GAAGGTAAAATCAGTTTAAGTTACAACCATGAGTTGAATGATTCTGATCTGTCGAAATAT ATGGATTGTGTTGGAAAGAATCTAAATGATGTACTGATGATTTTACTGCAAAGGGCTAGG TATGACCCTCCAGGAGAAAACCTCGAAATCCACAGATTTATAAAGCAATTAAAAATTGTT CAAAAGAAAATGAGATTTTTGAGATACTTATATGTTATAGAGATAAATGGTTACGTCAAC CAAGAGAAGTTGGAATGTTTGGACACTCGAATGCATTTTATGGCTTACAATGTGGGACAA CTTTGTCTTGCTATTTTAGGTTACGATATTTCTAATTTTGTAGATGATGATGATGATGAT GATGATGATGATGATGATGATGATGATGATGATGATGATGAGGATGAGGATGGGGATGGG GATGGGGATGGGGATGATATCTTGAATAAACCTCCTTATTTATTATTCTTGATTATCTTA GTAGAGCTGGAAATGAAGAAAATTTTTCTCGGTGAACTAAAGGCTTCCAAGTTTACTCAA TCAAGAACTTTCAAGGACAAGAAATTACCAAAAGGATTTTCTCATCATCTCCATAGTCTG TTGATGTATCTTAGAAACAAAAAGCTTGAGAAATTTCCTAATAATAACTCTCCTCAAAAT ATTGATATAGCAATAGAGTTCTTGTTGGTTTTCCTTGATGCTGATGTCGGAAATCATGTA ATTAATGGTAACTGGTTGAATGAAGTTATGGAAAAGGTTGGAGCTATAGCGGGTGATGTT CTATATGTAATTCAAAAGCTTCTTCCTAGCTCTATAAAAAAAGATGACAATAGCAAAATA AGTCTTTGCTCAATACAGATATGGGAGAAAACTAAAGATCTGAAGGCACAAGTGGAGACG CACTATAAATCCTTAAAATTCACTCCATCGCAATTCCCCACTGTTGGTGGATGGAGCTTT CTGGATTCTCTTATGCGGAAACTGAAAGAGATGTCGAAATCTAAATCTTGTTTAGATTTC CTGATGAAACCTCTTTTGGGGAATTTGGAGAAAGAGCTATCAGCTCTTACATCCATTTTA GAGAAGGATCTGTCATCTTTATCATCCATTTTAAGCGATGTCGCCAAGGTGCACCATGAA CATGAAATTCTTCAAGATCTTCACAGGCGTACTATCAATTGGGCATATGAAGCGGAAGTT GCGATTGACTCTATTCTTGCTCAGTATAATGTCTTTTGGCATATTTTTTGCTCACTTCCT ACAATCTTAAAAGAAATCAAGCAAATTAATGTGCAGGTGACTCAGATGTGGTCAGCGGAC ATTGCTCTTAAGCCTTGCTATATGGTAGCACCATTTGAATACTTCCCAACTCGACATATC AATCCAGTGACTGATGAGGATATAGTGGGTTTTGGGAATGACATAGAAAAAATGTTTCAG TATCTGATTAGAGGTACAAATGATCTAGACGTTGTCCCAATTGTAGGCATGGGTGGACAA GGGAAAACGACAGTTGCTAGAAAGGTGTACAATAGTGACAACATTGTTTCTCATTTTGAT GTTCGAGCATGGTGCATCGTTTCCCAAACATATAACCGGAGAAAGCTATTACAAGACATT TTGAGTCAAGTTACCGGTTCCAAGGACAAGGGGTATGAGGATGATATCCTTGCTGATGAG TTGAGGAAAAGCTTAATGGGCAAGAGATATCTCATTGTCTTGGATGATATGTGGGATTGT ATGGCATGGGATGACTTAAGGCTTTCCTTTCCAGATTCCGGAAATAGAAGCAGAATAGTA GTAACAACTCGACTTGAGAAAGTGGGCGAACAAGTCAAGTGCCATACTGATCCTTATTCT CTTCCGTTCCTCACAAAAGAAGAGAGTTGTGAATTGTTGCAGAAAAAAGTGTTTCAAAAG GAAGATTTCCCGCCTGAACTACAAGATGTGAGTCGAGCAGTTGCAGAAAAATGCAAAGGA CTGCCCCTAGTGGTTGTCTTGGTAGCTGGAATAATCAAAAAAAGGAAAATGGAAGAATCT TGGTGGAATGAGGTGAAAGATTCTTTATTTGACCACCTTAATCGTGAGTCGGAAGAATAT AGTCTTTCAACTATGCAGTTGAGTTACTATAACTTAACCGACTGTTTAAAGCCTTGTCTT CTTTATATGGGGATGTTTCAGGAGGATGCAATAATTCGAGTATCTGAATTGATAAGTCTA TGGATTGCGGAAGGATTTGTGCAGAGCATTGAATCTGGGAGATTGTTGATGGAAGAGGCA GCTGAAGGTTACTTGATGGATCTCATTCAGAGTAACGTGGTAATGGTTTCAAATAGAAGG TATAATGGTAAGGTCAAATACTGTCAGGTTCATGACGTAGTGCTTCACTTTTGCTTGGAG AAGAGTCTAGAAGAAAAGTTTATGTTGGCAGTGAAGGGGCATGATAGCCAGTTTCAACCT TTTGAATGGAAGGAAAACCGAGTGAGCTTCAGTTTCAGTAAAGAGCTTTCCAAGTTTGCA TCTCTAGGATCCAAAACACGGAAGTCTTTCCACCAACACTTGAGGTCACTGATAACGATA AATAACCTAGAGTTAATTGATGGGATTCCCTTCTGTCAGATTCTTAAATTGCGACTTCTT AAGGTCTTGATTTTGACTTCCCATGAAGTGGATTATTTGTCGTCAGCTACATTCAAACCT CTAAATCACCTGAAATACCTCGCAGTTTGTGCAAATAAGTTTTACTTTCATCCAGAATCA CATCTGCCCAATCTTGAAACTTTAATCGTAAATAATTGGGAAAATGAAGTAGAGTTACCA GCGTCTTTTTGGGAGATGGAAAAATTAAGGCATGTTAAGATTTGGGATGCTAAATTTGAT TTGGAAGAGGATAATCAGGGATCCTCCGAATTGGAAAATTTGAGGATATTACAGTATGTA AAATTTCCAATTGATGGAAGGGATAGGGTGGATATGTTATCAAGGAGGTGTCCAAATCTT CAAAAACTGCACATCAACTTGGAATATCGGGGCAGTAATAATTCGGCAGATTTATTTTGT CTCACATTAGAGAATCTTACTCAGCTTCAAAATCTTCGCCTAACTGTTGAGAGGTCCAAC ATTGTATCTGGGTTACAATTGCCTTCAAATTTAAACAAGTTGGTACTAAGTGGGGCTCAT ATCGAAAACCTGAGTTCCTTCATTGCAGGACTACCAAGCCTGGAGTATCTCCAATTTTGT GACCCCTATGAATCTGTTCAAATCAGAGATTGGTGCCTTGGAGGTATCACGTTCCCTAAA CTTAAGTTGTTGAAACTGGTGAACTTACCGATCTCAAGGTGGGATGCCTCAGAGGAATCG TTTCCCCAGCTCGAAACACTTGTTATAAAAAGGTGTAACCACCTCAAGGAGATCCCCCTT AGCTTTGCTGATATTCCAACACTGAAGCAGATTAAGTTGATTAGGTGCGAGAACGAATCT CTCAAGGATTCAGCTGTGGAGATTAAGAAAGACGTTGAAGAGAATGAAGGAAACGACCGT ATTGACCTCATTATCAAAGTAAGTAGAAACAAACTCCTAAATATGTTCTGTTTTTTTGAG TATCTAACTAACTTGACACCACTATGTATAATACAGGGATGGTAGGGAATATAATTCGAG ATGAAACATGTACGTGCCTGTAATCACAACAATGCTATATATTCCTTCTTCTAATTTGAC GCTTGCTTTTGCTTAATTGCTCCATGTTGATTTCAAAATTGCAGCAAAATCACAGACAGA GTGGCCGGGGAATAACAAGGCAAGAAGCTCTCTCTCAAGTTCACAAATTTTCGCAGCATT AAAAACTCAAAGGTTTTGATAGTGTCTTAGATATAAGCTCATTGACATGATACTTTTGCT GTGCACTCAAAATTTTGAAGTTTGTTATTGTTGAATTATTGTAATTTGTGGCACCTATTG AAAAATTTTAATCACAAACATTTCTTTTTTAATAAAAGTAACATGAATGATGGTTTGCTC ATTCATCAAAGTGTATGTACGGCATGATTTCATATCGCCTATCCAAATGAATTTGTAAAC TTTTATTTGTAAAATCAATTTTCCCTTCTTCCCCATGTATGGCATGAACTCTCTACTGGT ATAAGTAACAAAATATAAAACCATATGTATTTACATGAATATATTTAGAATTCGATACTC TAGGGTGTGAAAGCAGAATTTGATTTATTTGACAAAGGTCTAAATATTTTTTTATGCAAA ATTTGAGTTTTCTTTTCACGTTCCTCTCCTGTTTGGGCTATATCCAGTGGCGGAGCTACG ATTTTTAACAAGGAGTTCAAAATCTGAAGAAGTAAAGACACGAACTAATCGAACATAAAA TAAAATTTTAGCCATGTATACTATTTTCTGTTGAAGGAGATTTGAATGAACCCTTGAATG TATGCTGGTTCTGCCCTAGCTATACCGATGTGTCAATTCCACTAAAATGTTTATCAATTT AAATGCTTGTCAATCCCTTTTTCTGATCTGCCCTCTATGATTATTGTCACACATTTGATA TTATGACTTTCTTTTTGTTTTTTTTTAAAAAAGACTACATCCGCATGGGTCTTTTTTAAA TAACTAGTCTTTGCGCACGTGCAATGCACGTGTATCCTATTAATTAATATTTTTTTTTTA AAATGACACAAGTATAAAATATATAAATAAGGCATAAAGAAGATTTTTTATAAAAATAAT CATAAACTTGAAACAATGAAGGGTGACATGTATACTTCAAATTTTCTGAATTAATTGAAA CGTCAAGTAATATTACCCTATTATCAAATATAGATATGAGAACCATATATTTATTCACCG GTCATTTGTATTACATACACTTGTATTATATATATGCATGACTTTTCAATTTAATTGGTA CCATAAAAGTGAGGTTCAATCATATTATTTTAATTGTTACCATAAAAGTGGCATTACTAC GATGACTTTTTGAAAGTTAATGTCTCTATGATCCTATACTATGTGTTGACAGTAATAACT ACATTTCTTAAAGGATGAAAAAGTTCGTCAAAGAACCAACAAAAATTGAAATCCCAAGAT AAAAAATAGAAAACTATCACATAACGTATAAAATTGAGCAATACCTCGAGAATACATTTC AAAATTACTAAAAATAGTCAAAAAATAAATATAAAGAAACATTCAATGATACAACATATT AACAAGACCACACACAAAAAAAATAATAACTGTGTAAACCTCTTCTAGACTAGATTGAAA CCATAATGAGGCTAAGCATATCAAATACCATAAAACCAAAAAAAAAAAAAGTTGATATTC AAAGAATACATCAAAATCTAATATTAAGAAAGAAGAATCAAAAGCAAATAACACTAAAAA GATCACACAAAATTAACAAATTGTATTACAGATTCTTAGCACAATTTGATGGAAACAAGA TCAAAAACTTAAACAAAACATATTAAAATACAATAAACAAAATCAAGATTAAATAAATAA AATAATAAAAAAGAAAAAACATAAAAATTCAATACGAATGAAATTACCTTTAGTATCTAT ACTACTTCTTGTATATCTTTTCTCTATTAACAACAAAAGATGATAAAGAAATAATCACTA ACACAGTCTCAAGCCAAAATTAAATTGATTTTGATAAAGAAGAATTGATATACACATTTA TTAAGAAAAATATAACTTTTGGTCTTTCATCTTCTTGTAACTATTTCCCAAAAGAATTTA AATCATTGTATCTAGAGGCATGAATTTAAATAAAAAATATTATCTAATATTAAATTAATT ATATATTAATATTTATTTAGATTAGAAATAAAATAAAAATAAAATAATAATTCAACTTTT AAGTTGAGAGCTTCATGCTTATAATAATATATGATATATCATGGAATAATTAGACATTAT TCTTAAAGACGAGGGATAAAGTTGACGTTTTTACTAAAGCAATCAATAGGAATGAAGCAC TATCATTATTTTATTATTAATTAATAAAGAACCAATTATTGTTTACCTACCATTAATTAA TAGATTAATAACGCACTAATTCAGAACTCATACAGTACACATTCCAGTATGTTTGAGCCA TTGCCATCTTTATGTACCAGATAACACCTCGTACCACATAGGATTTGGATCTACGATCAA TCAGTTAACAATAGACCATTATATCACTGAGTTATTGAGGAATAACAAAAGATTTGATAA GTTAAAGATTGTGGTAAGTTTCATTCATTCATTATTTATTTTCATACTTGATGGATCTAT ATATATACTTTCTCTTCCCAATTTAAGTGTCTTAGTTTGATTAGATATGAAGTATAAGAA ATAAAGACTTGATTCTTGTAATATTAAATTAAAGCCTTTAATATGATCATAAGTCACCTA GTTTTTTTTTTCATTTCATTCATAAGGTCATTCAAGTTTAAAATTAATACATCCGGCTAC TTTTTATGACATAATATCTGTAAGTCATCTTCTTCTTGAATAATCTTTTCCCCTTTGATT TTTCAAATGGTTCACTCAACTAACAGCTCAAAAAATCATTTTTCTTTATTGAAGAAAATT GGAATCGATAGTTTTCTTAGATAATAACTATTAGTTGAGTGATCATATGAAAAGCGTAAA ATATGCTTTGTTTGCAAGATGAAATGGTACAAAAGATGTATAATCTTTCACAAGTATTAA CATAGCTTCAAACACTAGATATATTGAAAGACAATGAATAAAAATGTCGCTCTCAATGAA CCTAGCTAATTCCAAGAGTTGGTGAACTTGCAGGATTTTTTCTAAAGAAGATGGCTCAAA ATGAAATTGAGGAAATGTTAGATCGCTTGCGAAGGATCGAGAGTAGAGGTAATCTGAGTA GCGTCGAGATTGGGAAAGTTGAGAAATTTGAAAGAATGCTAAGATTTCTTAGAACCATTA CAAGTTATCATCGTTTTATTTTCCCTGATACATTAGTCAAACTCACAAAGAAGGCCAAAT CGATTGTGAAAACACTTCAAGGAATATTTGATGGGATTCCAGATGAATGTAAAACTAACC TTAATCTGGAAAGGCTCGTATCACATTTGTTCGAATTCTTTCAAGGTAATACGACCAGTT TAAGTTGCAATTCTGAGTCGAATGATTTTGATCTCTCAGAATGTATGGATTGGCTCGTAA AGAATATAAATGATGTACTGATTCTCGTGGGACAGCCTATGGATGACTCATCTTGTCGGT CTAGGTTAGAGTTTCTATTTATAAAGCAACTAAAAATTATTCACAAGAAAATGAGATTTT TGAGATACTTATATGCCACAGAAATAAATGGTTACATTGACTATGAGAAGTTGGAAGGTC TGGAGACCCGAATTCAGGTCTTGGCTGATAATGTAGGACAATTATGTACTGTATTTATTG TACTCGAGGATGAGGATGAGGATGAGGATGACAATGAAATAGTTGATATAGTTGAGAATA AACCTCCTTATCTATTAGGGTTGATTGTGTTAGTGGAGCAGGAAATGAAGAAGATTTTTC TTAGTGAATTAAAGGCTTCAAAGTTCACCCAATCAAAAACATTCAAGGACAAGAAATTAC CAAAAGGATTTTCACATCATCTCAACAGTCTGTTGGTGTATCTCAGAAACACAAAGCTCA AGAACTTTCCTGATAATGTGTCTGCTCAAAATATTGGTCTGTCAATAGAGCTTCTGTTGT TTTTTCTTGATGCTGATCTTTCAAATCATGTTATTAGTCGAAACTGGTTGAATGAGATCT TGGAAAACGTGGCAACCATAGCGGGTGATGTTCTATACGTAATTCAAAAGCTTCTTCCTA GATCAATAAGCAAAGACGATGACACTAGCAAGATAAACATTTACTCGATGCAGGTATTGG AGAAAACTAAAGATCTGAAGGCACAAGTAGAGACGTACTACAAATCCTTAATATTTACTC CATCTCAGTTCCCTACCTCTGGTGGTTTGACCTTTATGGATTCTCTTTTAAGGAAATTAA ATGAGATGTCAAGATCTAAATATGGTTTAGATTTGCTGATGAAACCTATTTACTGTAATT TGGAGAAAGAGCAATCAACTCTTATATCCAATTTAGAGAAGGAGTTGTCATCTTTATCAT CCATTTTCAGAGATGTCACAAAGGTGCACCATGAACATAAAGATCTTCAAAGACGTACCA TCAATTTGGCATATGAAGCTGGGGTTTCCATTGACTCTATTTGTGCTAAATATAATGTTT TTTGGCATTGTTTTTGCTCACTTCCAACAATCGTAGAAGAGATCAAGCAAATTAATGCAG AGGTAACCGAGATGTGGTCAGCGGACATTCCTCTTAATCCTCACTATGTGGCTGCACCAT TTAAACACCTGCCAACTCGTCATAGCAATCCCATTACTGATGAGGAGATAGTGGGTTTTG GGATTGACAAAGAAAAAATAATTCAGTGTCTGATTAGAGGTACAAATGATCTAGACGTTG TCCCAATTGTAGGCATGGGGGGACAAGGGAAAACCACAATTGCTAGAAAGGTGTACAATA GTGACAACATTGTTTCTCATTTTGATGTTCGAGCATGGTGCATCGTTTCCCAAACATATA ACCGGAGAAAGCTATTACAAGAGATTTTGAGTCAAGTTACCGGTTCCAAGGACAAGGGAT ATGAGGATGATATCCTTGCTGATGAGTTGAGGAAAAGCTTAATGGGAAAGAGATATCTCA TTGTCTTGGATGATATGTGGGATTGTATGGCATGGGATGACTTAAGGCTTTCCTTTCCAG ATTTTGGAAATAGAAGCAGAATAGTAGTAACAACTCGACTTGAGAAAGTGGGCGAACAAG TCAAGTTCCATACTGATCCTTATTCTCTTCCATTCCTCACAAAAGAAGAGAGTTGCAAAT TGTTGCAGAAAAAAGTTTTTCAAAAGGAAGATTGTCCGCCTGAACTACAAGATGTAAGTC AAGTAGTTGCAGAAAAATGCAAGGGACTGCCTCTAGTGATTGTCTTGGTAGCTGGAATAA TCAAAACAAGGAAACTGGAAGAATCTTGGTGGAATGAGGTGAAAGATTCTTTATTTGACT ATCTTGATTGTCATTCAGAGCAATATAGTCGGGCTACTATGCAGTTGAGTTTTGATAACT TAGCTGATTGTTTAAAACCTTGTCTTCTTTATATGGGGATGTTTCCGGAGGATGCAAGCA TTAACGTGTCTGCATTGTTAAGTTTATGGTTAGCGGAAGACTTCGTTCAGAACATTAAAT CTGCTGAAGATTACTTGATGAATCTCATTAGCAGTAACGTGGTAATGGTTTCAAAGAAAG AATATAATGGCAAGATCAAATACTGTGAGGTTCATGATGTAGTGCTTCACTTTTGCTTGG AGAAGAGTAGAGAAGAAAATTTTATGTTGGTTGCGAAGGGAAATCATAGTCAATTTCAAT CTTTTGTTTGGAAGCAAAGTCGAGTGAGCTTCAATTTGATTGAAGAGAATTCCAAGTTTG CATCCAAAACAAGGAAGTGTTCCCATCAACCGTTGAGGTCACTGATAACGAACGGAGCAT CTTTTTATATAATGTCCTTAAGTTCTTGGATTCATAATTTGCGACTTCTTAAGGTCTTGG TTTTGAGTTCCTATGAAGTTGACTATGTGAATTCAGCTACACTGAAACCACTTAATTACC TGAAGTACCTCGGAGTAAGGGCAACTACGTTCTATTTTGATCGAGAATCACATCTGCCCC ATCTTGAAACTTTAATTGTGAAGAATGATAGATCAGTTATGTTACGAGGGTGTTTTTGGG AAATGGAACAATTAAGGCATGTTGAGATCAATGATGCTGAATTTGATAAGCAGGGGCTCT TTGAAGGATCCTCTAAATTGGAAAATTTGAGGATATTAAAGAACATTGTTGGATTTCCAA TTGATAGGGCGGATGTGTTATCAAGGAGGTGTCCTAATCTTCAACAACTTCAAATCGAAT TTGGATCTTTTGCAGAACCTCTTTGGCTCACATTGGAGAATCTTACCCAGCTTCAAATAC TTGACCTTTCCTTTAGGTTGTTCCACATGCTATCTGGGTTACAATTGCCTTCAAATTTAA AGATGTTGGTACTAAGAGACGCTGATCTAGAAAACCTAACTTCCTTCTTTGCTGGACTAC CAAGCCTGGAGTATCTTCAATTAACAAATATGTATTTTCCTCAATCAGAATGGTGCCTTG GAGATATCACGTTTCATAAACTCAAGTTGTTGAAACTGGTGCAGTTAGATATCTCAAGGT GGGATGTCTCGGAGGAATCCTTTCCCCTGCTTGAAACAATCGTTATAAGATGGTGCCATA ACCTCGAGGAAATCCCCATTAGCTTTGCAGATGTTCCAACACTGAAACAGATTAAGTTGG TTCACTGCAAGAACAAATCTCTGGAGGATTCAGCTGTGAGGATTAAGAAAGATGTTGAAG AGAATGAAGGAAACGACCGTATTGACCTCATTATCAAAGTAAGTAGAAATAAACTCCGAT GTTTTGTTTTTGAGTATTTACCTGCATCTAACTTGACACCAATAATACAGAAATAGTAGG GTCGTCCGGAAGCTGTGAGTCAATTATGTGCCTGTAATTACAACAATGGTAAATATGGTT TCTGTTTTATTTTTTTCGTGTTCCTTTCTCTAATCTAATGTTTGGTTTCACTTAATTTCT CCACGTTTATCTCAAATTAAATTTGATAATTGCAGCAAAAGTACAGCCAATTGTTGCAGC CACGCTCATGCTCAAGTATATTGTGCGCCTAGAGCCGACATCCCTGTCCTTTTTCTGTAT GTTGTAGATGATCTTTCACTGTGATTTCTTGTTGCCTTTTATAAACATCATGCCTTTGTT ATGCAGCTTTATTAATTTACAACCTGTCAAAACATTGCTTCTTTGTTTTTTGTAATATAA TAGTTGTTTCCCTTCCATCTTACACCTGCAAAATTCAATAAAGTATACAATTGAAAGCTG GCTGAATACAACTCCCTAATATCAATCAATAGAATACTGAATGAAAGTTGTTTTGATACA AAAGCTATCTATATTGTTCCGACTCTTAAAAAATGTCACCAAGTAGTACTTTTGGATAAC AACTTAGATAGTTATTTGTACTTCCTCTCTTATTCCTTTGGTAGCCTACATCAAATCAGG TTGGTTAACATGAACATTTACATATCTATAAAACTCAGGCAGAAAAAAGTAAAGCATAGA TTTACGAGGATACAGATTCGAGTCTCTGGAAGATTTATCACTTTGAGATGATCCAAGTTT TACGTAAATCAAGTATAGAGAGAGAACCGGATAAATGCTCTACTTTATAGAGTGTTTAGC GGCCATGGTGTTGGATGAAAAAGTACAACTTGAATATGCAATTCTAAACCATACGAAAAC ATTGAAAAATCGAGACTTGAAGTGATTTAGGAGTCTTGTGTGGAAGGGCTCTATCGCACA AAGGATCAAAGGTACACAGGAGATAACAAAAAATTTCATCGCAAAAACAAGTAAAACTTA GATATAAAGGTATGCACTAGCAAAATGAGTTCAGAATACGAGAAAACTACATTGCCTGGT TCAGCCTTTACTTCGAATTAGACTTGGGCCTTAACGGAGGCTTCTTCCAAAGCAAGACGA GAAAGTATCCATTATTCATCTATCCAGGAGGACAATGGTGGAGTCTCCGAATTTATCCAA GTTGCCCACATGAATGCGTGCCTTTCGCCTTTAACCATATCTTCAGCAGCACAGGACTCT AACTGCATCATTTCATCAATTGTCAGCTTTACAGATATGGCTTCGATATTTTCGTTGAGA TTGTCAATCTTGGTGGTACCGGGTATGGGGCATATGTCATCTCCTTTGTGAAGAATCCAA GCCAATGCAAGTTGTGATGTGGTGCATCCCTTTCTTGATGCTATTTCCTTGACTTGCTCG TATATTTGCTTGTTGTGCTCAAAATTTTCAGGCTTGAACCTTGGTATATTCTGGAAAAAA AAGCAAATGACATCAGCCATCCCGATTATATGTATTGTTTTATACGTTAATTATAACGTG CTGTATCAGAAGAGATTTCGAGCGATAAGGATGAGTTGGCAAACTGGATTGAGAACCATG AGGTTCAAGTTCAAATAAAAAAGACCAGGTGATTTCTTTCTATCTGTCTATGCCTTGATG GATAGAGTTACCCAATATCAATGAACCGAAACAGTTTTTTCTTTGATGACAACTTTGTTT AAACAACTCTATTTTTGTATCGTTCTAATTATAAATATTGTGATTTCTAGTTAAGTTTCT ATAATTCAGATATACCAAAAATTTGGATGCATTGACCATGACACTGTGACCCGCCATTCT TTGTGGGATAGAAGTACATATTTTGTACACTCTAAGCATGTTAATATATAAAGAGTGTTT TTTTATGTCCGAATTTGCACTAGAAGTTAAGACTCGTTGATCTTGTATTCAGATCGCCTT ATTCATAAGTAGCATGTGTTTCGTAGCCTTAATTCATCAATACTAACGAAATCTCATCAA GATCAGTACTGGTAGATTGGTCGAGCTCAGTTAATCAGCAAGCCGTTGGTTCTGAGTAGG AAAGTCACAACGTTGATGCTAATATTGAGCTCTCCAAAGGAGAGGCTTTGAGAGTTTCAC AAAAAGCCAATGACACATGTTGCAGAATTTTGGTTTAAAAGGAAAATGATGGGTATGATA TGCAGCTAATGGAGGTAAGTGGCTAAGTGCAAATGAAAATCATGCAAGATCGAAGACAGT GCAATTAACTAGACCAACCTTGCGGAAGTCTCCCTCGGCCAAGCTCTCAATCAACTCTGG ACCTGCTGAGAAGAATCCTCGTCCGAGAGGACTATACGGAACAATTCCAATTCCTAATTC TCTGGAAAAGGCATTTACTCAGAAGAACCTTCAAACTATCTGAAAGAGTGAACTCTAAGA GACACATTACCTGCAAGTTGGAACTATTTCTTCCTCAAGATCTCTGGTCCACAATGACCA CTCCATCTGAACAGCTGTTATTGGATGCACCGCGTGTGCCCTTCTGATTGTTGCTGCGCA AGCCTCAGATAAACCTATATATTTGATTTTACCCTCTTCAACAAATTTCTTCAGTTCTCC CATCTACACACTATGCCACACAATGTCACAAAAACAAAATAATAACAATAAGCACAATAA ACAAATTGCCAATTTGAGATACTCCATTGTCGAAATGTTTATTCTTCTATTTGACTGGAG TATCATCTTTATTGATACTCTTCCATGCACCTATCATTTTCTCTCCCCATGCTTTGCATT ACTTGTTTATAATAGAAGATTAATTTTGTCTCGGTGATGCTTTCAAAAACAATAGTAGTA GCTAACAATGATGTAACCTTTGTTTGTGATTTCATCATAAAGCAATTCGTTGGTGACAGA GCATAGAGTGGGTAAGTGTGACATAGACAGAAATTCTTTCATAGTTAGAGAAACTACGAA ATTACAGTAAGCATAGATGAGTGTTCCTTTTACTGAGTAAACTTTATCAACACAAGAATT TCAAAGCATTGGCCTATCCTCCGAGAATTCGAGAGGAACACATTACATTTCTCACATAGC ATAAGATTCAATTCAACCTTTTCGTACACCACTTTTTCTCTACCATCAGTAGAACATTGT TCCGTCTCTGAATTTATCTCATGGATTGACAAACAACACATCAGCTATGTTAATCAGATT CTCCCAAAGAACAGTCTTTGGAGGAAGGATCCTACACGCACCCATCTCCATCAACACTTT TGAAGAGTCCGAAAAATATAGTGCATCAGAAGATCTTCATGAATATGTCGGTTTGGCAAT ATAAAAGCGGATTCAAGTAAATAGCTCGGGACCATTTTCCACACAGTTGATTCAATCAAT TCTTTTTTTTTAAAGACTAGAAGATTTTTGCGATTTCTAGCCAAGCTATATCCATGTGAA ATCTGCTTTTATCCAAGTGATTAACTGGTTACTGTTACCTCTTTACACAAACCACACAAT CCAACAATTCGCTAGAAATCAACAACATACCTAGTATAGTCCCACAAAGTGGTGTTTGAA TGAGGATAGAGTATACACAAACCTTACCCCTACCTCGTAGATAGGAAGGTTGTTATCGAT AGACCCTCAGCTCGAGGAAAAATAGCTCATAGTAGTCTAGAAAAAGAAGTAATGTGAATA CAAGAAAAAACAGATACTAGTGTAAACAACAGATAGCGACCGAACAGTACTACAAGAAGT TTGCTAGAAATCCTCAAATATAATAAAGGGAAAAAAAAGAGTAAGATGTCAAACCGTGAT TTCAATAGGCACTCGAATATCAATCCGATGAACATAATAAAGATCGATGCAGTCGATATC TAGTCGCTTCAAGCTAGCTTCACAACAAGCTCTTACATACTCTGGTTCACCACAAATGTC CATTTTCCCTTCTTTCAAACTTATGCCAAATTTGGAAGCTATTTGTACTTTTTCTCTCAT TCCTTTAATTGCCTAAACAAAATAAAATTTAGAATGCACATGTTTAACTACCTCAATTAG TGTATAAATTGGGAAAACAGCAAGGTACAACACATTAAAGCAGGAGGTACAACACATTAA AGCAGTAATTGTTACATTTTATTTTACCTTGCCGATGAGAAGTTCATTGATGTGAGGTCC ATACTGATCGGACGTATCGAGGAAGGTGACGCCGCGATCAATGGAGTGTTGAATGAGCTT GATCATTTCGGGCTCGGGCTTGGGCGGGCCATGATTGGGAGACATGCCTCTACAGCCCAG CCCGATTCTAGAAACTTCTAGGCCTTGCGAGCCTAATTTGATCCTCGGAATTTTACTCGC CGGCGTTTCCATTTCCTCCGTCGAATCTCTTGAACAGTGAGCTCACAGAATATGTTGACC AAAGTTTGGACTACGAATTTGGTTAGAGTTAGTTGGAAAAAAAAAAAAGAATATTTTGGA ATTAAAATTGTAAAAAGGAGCCTTCCATTGTGAGAGTAAGTTTCTCTTTTTTTTTGGTTG ACATAAACTTTATAAAATCACTATACATATTATACATGTATATTTTTAAATACTTAATTT GTACAAGCATTATAAGCGTATATTTAAATTTGAAGTTAAATATAAATATTCAGTATTGTT TAATCCATTTGAAACAATAGTAATAATAATATATCAAGTATAATGACAAACTCAAGTAAG GTTTGAGAGGAGGATGAATTATACTTGAATTTTATCGATGGACTCAAATCAAGAAAATTG TTTGAAAGAAGTATGAAAATTATTTTTGAAGTGAACGCATTGAATAAATATTGAAAGTGT ACAAATATTAAAAATGACCATAAATCATAATACTACATATCTCCTCAAATACCATATATC TTCTCTTGTTTTGCTTCTTCATATACTATAAGAAAATTAAATATTTGTGATTACATCCTT AATTAGAAGTCCAAGTGAGTTATAAGATGATCCACCTTCCTCCATAGCTACTCTACTCTT CTCCTTCATTTTTTTCCTCACTTCATTTTCTTCACTTTTTACCATCAACTTTAATAAACC ACTTTCAATTTCTTGAGCACTTACTGTATCAACTTGATTATTTTTCCCTTCAAAATCAAC AGCATAGTCCAATCTTATCTCTTCACCAAGTCCTAATTCTTTCACTAATAAAAATGCATT CATTTGTTGTTCAGCATAGAGTGGCCAAGTTGCAATTGGTACACCAAAATGTACACTTTC TAGTATTGAATTCCATCCACAATGGGACACAAATCCTCCTATTGATGGATGAGATAAAAT TGTTACTTGTGGTGCCCATCCTATTATTTTTCCTCTTTCTTTTGTTCTCTCCAAGAATCC TTTTGGCAAAACTTCTTCATAGTCGCTGTAACTTGTTGGTATATCTACTTTTCCCTTTGG TGGAGATTTTCTTAAAGACCACAAGAACCTATTTAAAAATAACAATAAAACAAAATTAGG AATAGGTTTTCGAGGTATAAAAATCTATGTTGCTCAGATTTTTTTAAAATGACGATATGT ACGTATTGGATTTTCCAAAAATAAAGTAGTTTTAGAGAATCCAACACATACGCGCACGAC ATAATATTAATTTGGAGAGTGTAGGTGAAAAAAACTTTCCTTTGAGATATATAAACAAGC CACTATACATATGAAAAAAAAGAAAAACTTATACCCTTAATCCCAATCAACAAAGTTAGT TGGTGTGAGATATGAATCCTTATTATCGTAAAGGCATAATACATAAATATGCCCTTTAAC TTGATTTCAAATTACATTTATGTTCTTCAACTTTAGATGTGCACAAATAAACACTTAAAC TTGTATAAAGTTGAACAAATAGACACGTATGTCCTACATGTCGTCCTACATGTCATTTTT TGTCCTACGTGGTATCCTACTTGTATTGTGCCATTTAGGACTCATGTGTTTATTTATTTA AAAGTTGGATAGTTAAAGTGTTTGTTTGTGCATTATGAAAGTTGAAAGTCAAAGTTAAAA TTTGGAGCCAAGTTTAGGATCCAATATATGTATTATATGTTGTAAATTATGAGAGTTCGT TCTCTAAGGCTAGAACATAACATCTCTAGTTAATTATAAATAAACCTTTATCATATGTAG TACATCCATATATTATATGTATGCACACTATGTTACTTTCTCCGTTTAAATTTGTTTGCC TTATTTATTCTTTTATTCTGTAAGGGATAATGCACAAGTACTCCCTCAAACTATGTTCGA AATCTCAGAGGCACACTTATACTATACTAAGGTACTATTTCCCCCTGAACTTATTTTATT AATAATTTTCTATCCCTTTTCGACTTTCATGGCACTATCTTCTGGGCCAAAGGCTGATTG ACTTTTTTTTTTCAAGTTGAAACCACGTAGGCTGAAAATGGATAGAAAATTACTTATAAA ATAAGTTCAGGGGTAATAAGACTTTAATATAGTATAAGTGTGTCTCTGAGATTTCGGGAA AGAAGTCTTTCCTTTCCACTGGTTCTTGAAAGCTATCAATCCCCGCTTCTCCCTCTCGCA TCGGTTCTGCATCAGATGATGAGCCCATGCGAAAACGGGTTGAGGGGTGCTTGTGCATTT TCCCTTCTTTTTTTTAACAACTCTTTAACTTCAAATTTTCACGTGACATGTTTAAAACTG TAAAATTAAAAGATATTTTGTTATATTCTACCTATTTATCGTTTAAGAAATACCACAAAA TTGAAAAGTCTTTTCTATTTTTAATAAAAAAAACTCTGTGCTACATGTAAACCAGACAAG CAACTTGATGAAACTGGAGAGTAAAAAAAAAAATTACAACTAATAATACCTGTGACCGGA ATGCTCCAGTGCAGTTGCTATTTCTTTGACCTGTTCTGCTTCAAAACTTCCCATACTACC AAAACACAAAAACACTACAGAGGAATCCTGTTGATCATCTAACCACTTAATAGTACTTTC AATCTCCAATGAATTATTTATAAAATGACCACTTTTTTCAAAACTAACCACTGGACCAAC TGGATAAATTTTTGGAACCATCTTAGAATCCAAAAGAGCCTGAAGAGAAAACGATTCAAG CTCGAAAAAAGTATTAACAATAATCCCCTTAGTCTCTTTAAATCGACGAATTCCATCAAA AAACAATGTTGAAGCAAGTCTTGAATCTAACAAATGCTTAGGCAAAACTTTAGTAGGACA AAGATTTTTAAAACATGGGATTGATAATGCCTCGTTAGAGTTCATGTATCTGGACGTATC TGAATGTTGTTCATTTCTTAAAGTCTCAAAATGAAGACATAAGCCAAGAAAAGAAGCGTT TGACGCGAAGTAAATGTAACTAGGGACATTGAATTCGTTAGCTATATCAATCATCGATGT ACAAAACATGTCAAGAACAAAACCATAACATGGACTTGTTTTACAAATGTTGTGAACATA TTCACGTACGCGTGGTTTGTGACCATCGATGAAATCATAGAGGAATGTTTCATGGTTATT GAGGAATTGAGATGATGTTTTTTCGTCTAGGGTGATATCGATGAATTTTAAACGAGGTTG AGAAGTGAGTGATTGAATGAAATTTTTCACACCATAGTCTAAAGGAAGTTCCATGATGAG AAAAGAGATGGAAAAATTTTCATCTTTATTTAGAATTTGTTTTGCAAATTCAATAGCTGA TACAATGTGCCCTAATCCTGCTAAAGGAATGAAAATTAATTCTTTCATGTTGACAGAGTT TTTTTTTTTGGTTAATTTATTTGTGGGTAAAGTATTTAGAGTTTATATAGATATATCATG ATAGAAGAAGTGATCTTTTTTTTTACTAATTTGAAGTTTCAAACTTCATATTTAGGTAAG AAAAGTCTTTGGATAGTAACATTAGTATGATATGAATGTGAGAGGAAACTCATTATGAAC CATAAAATGGTTATAAAGTAAAGGAATTCAATTTACAAATGATAATAAGAAATGGAGATA AAAGGATTTTTACGTTACTTACTTCGATGTCACGTTGTGTTTGATCAGATATGAAATTTT AAGGGGAGAGGTTTAGAGTTCAAGCTTTGAAAATAAAAATATTTAGTTGATAAAGAACGT TTTACTTTTGAGTAAAGTAAATTTACTTTGGCACAAATTTATTGATTAGGATGTGTACTA AATGACAATGTGTTCTTTAAACCTGGAAAGACAAGTATTAAGGTTATCTTTGACAAAGAA AACATGTAGACCTTTGTAATAATTAAATGTTATTATAGAGATTAGAGAATAATTATTATA GAGAGATCTGACTATAATAGGTGAAAATAGTTTCTGGCTTGATTTTATGTTGAAAACGTT AAGTAATCAATAATGTGTTAAAAAAATAGTCTGTTGTCTTTGTAGCTATAATTAATTGAC AAGTTCAAATATTTTTCTTTTTACTTTTCTTACAAAGGACTTGTCCAAATTCTAGATGAA TGTACTTTTTGAAGTTTCCTTTTGTCAAAATTTCCTACAAATTAAATTTCTATTGATAAG AAATATATATGAACTTAGCGTAAATTAGCGTAACTTTTACCCTAAAATTACGTTTTTCAA ATGTTAATTAGATGAATTCTCCTTCACATAATTAAATGACAAGAGTTTTTGTGTCATAAA ACTACACTTTTAAGAGTGACAATTGCTACCTTATAGTCAATAACTTAGCGTATCAAAAAA ATTCCGAATCAATTACAATTAGTCATGAGTCAATCGAGAAAATAACAATTCCATGAAATT TTATAAAATACTATTTAGCCATAGAAAAATTGACTAGATTTACACCTATTAATATTGGAT GCCCCAATTATATAAATTATAATTAGAATAGGAAAAATTACGCTAACAAAATAAATTTAT ATTAGTTAATTACTCATCATAGCTATACTTTGCTGTAATTATCACTCACGACTAACATTA TACAGTAATTATGTGGGTTTGACTTCAAACTTGTATAACTAGTCCTGTTTGTATATGTAT AATTCGCCAGAATATACAAATATACACATATGTATAATATACAATTATTTACCCTATATA CATATACAGTTCACATCTCTCACTCTTTGCCCTCTCTCGCTCTCCTCTCTCTCCCAATCT CGCTTGCCCTATATACAAATATATATGTATAATATACAATTATATACAATTCACCTCTCT GCCCTCTCTCGCTTGCCTCTCTCCTCCCTCTCCCAATCTCTCTTGTCATATATACAAGTA CATATTGTAATATACAATTATCTAACCAATATATATACAATCCACTTTTCTCCCACTCTT TTCCCCCTTTCTCTCCCGGTCTTGCTCACTCCTCTCCTTCATATAACATGTAGCTTCAAA TTGTTATTATCAAACTATAGTTATAGAGAGTAATTAATTATTTTTAAGTGATTATATGTG AAAGTTTCCTGTTAGAATACCATGTACAATTTAATTTTGTTTATATGATGTTTAACAATT TATAAAATGTTTTTATTCTTAAATGAAATAAAAAAATTTGTCTTTTATTATTAAGCCGAG TTTTGTCATTTTAGTGTTTTAGTTTATGTAGTGCTAATAATCAACTTATTACTTATGTGG AAATAATAATAATAATAATAATAATAATAATAATAATAATAATAATAATAATAATAATAT CGAGATTATAATATCATATCTCTTTGATATACCCCTACCAAATGACTCCTAAATTTTTCA ATAAATGCTTATGAACTTTTGCATTTACATTAACTTACCACTTTTTATTTATTTCCATCA AAATAAAAAATTTACAGATAAGAAAGGGATGATAAATAATGGTCAGAGATTATAATTATT TATTAAATAGTAAACATAATTGTTAATGACAAATTTATCTCAACATCATAACCAATTGTA TGAATGGAGAATCCAATTTAATTAAACTTTAGTCCATAATTAATTAATTCATTAATAAAG TCATTAGTCAATGTTCTTCTCTCATTGACTGTATCTGTTAAGTAATAAATGCTCAATGAA TTTTTCTTATTTAAATACTCTTATTGTATGTGTGATATCTTCAATTAGGGAGGCTTTTGG CAGATTGAGGAGGTGATCTTCAAGTTTTTCTCATTGTAAGTATGTTAATTTTAGATGAGT TTTTTTTCCGTTTAATCATTTCATATGTATTTGTAATTTACTGACACATTTTTAGAGCGC TCGAATTAAATTTTCTTGTTTAGGATATAATTTGAAAGCTAAATTTCATCTTTCTTAATT CTTACCACACTCTATGAAATGTCGAGATCTTATGATTAACCTCTAGATCTATCTCGTGAT AATAGGTATATTCTTTAAAATTTTAATTTGTTTAATAAAGGTGGAAGAGTTTGTTATTCG TAGAGACTATTCACTTTTCTCTTTTATAGAGATTGCCTTTCTTTTCTTGCCTAAATCTTA GATCTAGCTCATGTTTCTCGTCTCATTTAGTAGCGATACCAAATAATCTGACTATTTTAC ATAATGCTCATCAGTAAATACTAGTCACATTTTAATTTGCATGCTCCTTTTTTTCTCTCT TTGTTGTTTTATCATATCGCACAACTAGTTATATGTATATATATATAAATAAAATCAAAT GTAGTATATAAATATTCTCAAGTTAGAAATGTCATCACGAAACTTGCAAGCACCTACCTT CATAAATCACAAGGGGTAGATATAGAGAAAATCACAACAAATTTCATGTTGCTGAGCTGG CTCTTACTTAAAGCATTTTTTTTAATAAAAAAAAGTACTATTATACCCCTTTTTTTTTAT TTAATAAAAGTCAGATATCTCCAAAACTTAGAATAGTAACCAACATGTTATCATAGAAAA TATTCTTAGAATATAATCTTCATTAATTCATAGTTGAACTAGACAAAGATGATATGCTTA TTTTTTTTTAAAAAATAAATAGATGGAGTGATCCATATCTCAATTAAAGATAATATTTAA ATTAAGTAATTAATTAATTGGAGTGAAACCAGAAAGCAGGTGAGATTTGGAAAGAATAAT AAATAAAATAAAATAAAACAAATGAAATGAATAATCAAATCAAAGTTGGAGATTGCTGAC TCACCAACAAACAGTCAACACTTCACCAGCCACTTTCTGGGTCCCACGTCACTACTATTT GCAACGTAAATTCTTGAAAATTCTATAAATTATCTGTCGAGATATCGAAATGAATTTAAA ATTTTAATTACGTTAAAATATTAGCTTAGGGTTCAACGATCTTTAAAATTATGGATTTAA TAATGAGTATATGTTTTGGAGTTTATATATTGTTAAAGCTATATCAATTTAAATTTGATT AAATTGTATTGTTAAAACTATATTAACCATTGATCATCTAATATTCGAAATTTATTGATT ATTTTAATTTAAATTTTAAATCTGAAAATCCGTTTAGCTTGTGTAAAATTATCTTTTTAT TAATATTAATTATTATCCTACTACATGTATGCATGCTTATGCTTGAAGCTGTAAATTAGT TTACCAACTCCAAGTTCATGAATATTTTTATTTTAATTATTGTATCTTATAGTAGGTGTG GAATGTTTTTTTGTTTAATTTGATGTTAACTAGTAGTTAATTAATATGACATCTTAATGG ATTACTTCATTTAACATATTCAAACTACATTACACCTTTTATTTTTTTTAATTATACATA TGTGATTTTTTGTAATATGTTTACTTGATTCTAAAAATTTAATTTTTGAATAAAAAACAA AGAAGTTGATCCCAAAAGTGATTTTTCTTTCTGCATTTGGCAAGAGTCAACTATTTCATG CTCTTAATCATGTTGCATTATTCTTAATATTTTGAAATTTCTAAAAAGAAACAACTTTTC AATTTAGAGCAACCTTCATGTTGGGTAATAATTGTTGATAACTCATAAATATCACTATTT CAATCATGAAATATCTTGATATATCAAGAATATCTTTTTCAAATTAAATTTTTCGGCAAA AATTTAAATTAATATTTTAAAAATTTTAAATAAATATTCAGTTTTAAGATGATGTTTCTC CTTTCAAGCGCAATATAATATTATCACATTTGTTTCATCTCTCAATACTCACCGTTCTGT GGACGAAACGCTGACATAATATAATAATATAAGTTATTATATTATATTACATAAGAACTC ACATATAGATTTTCTATTAAGGGAATTAAAACAAGAACCAAAAAGTGCAAATATCAACTC TTATACCAACATGTATTTTACATTAACTAACTAGATTTAAAACAAATATCGGACACATAT TAAAAAATTAATTTGAAAAAATGATTTTTCAATTTCAGTTTTCATTTTAAAAGTGAAATT CCATTTTTACCCTTTTTCACCTACTATTTAATTTTCATTTTCTTTTAGAATTTTCTAGTT ATGGTGTTTTCCTTCTTCCTTCCTTCTTTTTAGTATAACAAGATTAATGGAGTCAACAAT TTACAGACGAAACATCTGGTCAAAAGTCAAACCTTTTCTCTTTCACTTTCCTTCTCCCGT CATCTACTTCTGACCAAAACCCCTCTACCTATCCCCAAACCTTATACCCCTCATTTTCTC AAATGGGTATTTCTTAAAATTTCCATTTTTTGTACTTTTTTTCAGCTCAAAAAACCAACC AGAAAGGCTCAAGCTACGACGTTTTTGAGCTGATGGATGAAGAATTCGAGAGGAAGAGGA TTGAAGTTAAGGCTATGGAAGCTTTGGGCTGTGGGTTTGATTTTGCTAGCGATTTCAGGT TGAAGTTCGTAAAAAGATGTCCAAACGGGGGTAGATTGGTAATTTTGGATGAGAGTAATA GACGGAACGTCGTCATCCCCGGCGGCGTTACAATTCCCGATGTATCTGAAAATATCCGAT GTGATAAAGGGGACCACATTCGTTTCAAGTCTGATGTTCTCGAATTTAATCAGGTTTCCA TTTTTAATCTCCCTTTTAATGATTCTTTGCTTGGTTTAATTTTTTTTATTGTTTGATTAT ATGCATAATTTTAGATTCATGAAGTTGGTATGTGAATGAATTTTGTAGTTTTAACTGAAT TTTTAGTTAAAGATCAAATTTTTAGATGATGTTCTAAAGTTTAGTGTTTGTATTTGATAA AGTTCAAATTTTTAGACAAGTTCTATGAATTTTGTTCTAGTTAATTAAGATGAAATTAAC CACTCATAAAGTTGACTTAGAGAGCGTGTAAAAGACGAGAAGTGGCATTAGGTGTTCTTT TAAATCTGTTTTCAAGTCTTGGTGGTAAGAGTTACGTGGCATAGGAGGAAGGTACTATAA GGATTTAGTTGAGGTATGCTGAAGCTGGCTTAGGACAACTCGATTGTCAAAAACAAATAG TAGTAGAAGTTGTTCTAATGACCATTGTGAATTGATTGTTATAAAAAGCATAGTATAATC AATTCCAACTTGTTTGGGATTGAGGTGCCGGTATTGTTGTAACTACATAACTCTTTTTGG GTGTAATTTCTATTTGATGGCCAATACAAATTAGGGAAGTTGTTACATCTTACTGATTAG TTTTGTCAAGGTTTTAGAATGATTACTCCTCTCATTCTATTTTATATGATGAACTTTCTC GGTTGGTCTATTTTTTTTTTGAAAAAGATATCTTTTTATATATTATTGACAAAGTGATCT TTAGAGTTGTATTTTTGTCGAGCGTGTTATTGGCTGTCTCATTAGCTCCAAATTTTCCCT AAATTCATTGCAGATGTCAGAATTGCTAAATCAAAAATCATCAATACATGGAAAGGTTCC ATCAGGCTATCTAAATGCCATTTTTGATTTAAGTGGAGCCTGGTTGAATGATTCAGCAGA TGCTAAGTACCTCGCGTTTGATGGTTATTTTGTCTCGTTATACTATTTGCACCTGACAGC ATCCCCATTAGTACTCCATGACCAAGTGAAGAAAGCTGTTCCACCGCATTGGGATCCAGC ATCCTTATCCAGGTAGCTTCTCCATTCCACTCTGTACTCTCTTTGCTTAATCGGATGACT AGCTGTTTGTTAGTTCTAACTGGCTAAGCACAATTTCTTAAAATATCATCGCAATGCCTT TGAGGAGACTGTTAACTGATGCATTTGTGGATCCCTTTTAGTTTTTGGATTAAGTACTGG TGCGTTCAAGGATAGCCAACCCCAACTTTCTTGAAGCATAAGTGTAATTGTTGTTGTACT GATTAATTTAAGGATCTTCAGTTCGTCATTCAAAATCTGCAAAACTCCATGATTAACTTG TCTCAGAGTAGGTAACTACAACATACCTAGTGTAATCCCACAACATCAGGGTCCATTGGA AACAACCTCTCTACCTCTACGAGGTAGGGGTAAAGTCCGCGCACACTCTCTACCCTCCCC AGGCCCCACCCTACTTGTGGGATTACACGGGGTATGTTGTTGTTGGTGAATGAGTTTATG CGACTGTATGGTAGTGTTTGGAGATGCATTTGTGTTTTCGTATGGTTGTCTTATTTCTTA TGACTTCTAATCTGACAATCCTAAGCAGATTTATTCAGGCTTATGGGACACACATAATTG TGGGTATGGGTGTTGGAGGCCAGGACCTACTTTGTGTTAAGCAGAAACCATCTTCAACAG TTCCTCCTGCTGAGCTAAAAGCACACTTGGATGACCTCGGAGATTGTCTCTTTTCTGATG AAGCAAGCCCTCTGCCTGAGTGGAAGGCAAAAGAGGGTAAAAAGAAGGTATTTTACACTC TCTAAGCAATGAAGATGCCTCAGTCCCAAACAAGCTGGGGGTGTCTATAATATATGAACC CTTGCTATTCCATTTTACATTCAGTTAAATAGGCACTTGATTTATGTTTGGGTATGTTCT GATATTTATGCACATAACTGGGGTCAATCATATCTGAATGGATTCTTATTTTAAATCTAT AGGTCCCCGAGGTATTCAATCGCATGTTGCAGTCGCATACCATGCAATTTACTAGCATAA CAGAGACATCAAGCAAGGATGTAAGTCACTCTCTGATTTTTTGTGTTCTGAAATGGAAGA AGTGGTAGACATGGTTAGTTATTAACGAATAATGTGGAGCAGGGTCTCACTATAATTTGG TCAAAAAGAGGTGGTGATGTGTTTGCACAAAGCCACTCGAAGTGGCTTCAGACTGTGGCT GCTTACCCTGATGGCATACTCTTCAAACTTGTACCGATTACTTCGCTCTTAACAGGAATA CCAGGAAGCGGTTATCTCAGCCATGCAATAAATTTATATCTACGCTGTAAGTATTTCATA GTCTTTTATAGATGAGAAACATATTTTCCATCCATTAATTGTGTATAATCAGATAAAAAG GTGCATTGCTGCCTCTCTTTTATATAAAAAAATAAGTATTGTGTTTGTGTGAATTCCTCC TCATCAATTCCTTGATGAGATCTTTTGTGTGAATACAAAGTTACCTATTTAAAAAAATAA TAATAATAAGTTGCGTGTTTCCGATACTGTTGCAGATATTATTTTAATTAGGTTTTAGGG ATTTCTATAGTGTTCCAAAATGTAAAACCGACGAAATTAGATTAACCTACAACAATATCA AATTTGGTCATGCAAGTCCAAATTAGAGATTTTAAAGATTTCAAGAATTTGTTTTGGCTA ATTTTTGTTAATGAATGTTAATGTAGCCGAATACATTTTTTGCTATCATATCTCTATGAG GGTCTAGTGTTTATCACCTTTTTTTACATCTTGACCATTTATTTGTAAACTAGTAGTTCT ACTCACTGTGGCTTTATCTACCCTGCAGTATTTTACTGTGACTAAAACAAGGCTATCTTC TGATATGGTTCAATTGAAATTTACAAAGTGCATATATTCTGAGGCTGTTTCTTTTTCTTG TCTTGTGATCATTTTTCTTTGACATTCTCTTGAACTCCTCCGCATATTTACTTACCTTGA CAAGAAATAATTATCCGTACAGAAGAATGTGAGGAACTTGTTTTCTTAATAAGTTCTAGT ATTTAGCATATTTCATAAAATCGGCGTATTTTTCTTATCTATCAGCTTTTTCTTCTTCAT TTTTCTGTTCAAGAAAGACGATGGTAGTTTTATCCGCGATTTGTTTCATTCTCAGATAAG CCTGCTCTAGAGGATTTACAGTGTTTCCTCGAGTTTCAAGTTCCTAGCCAGTGGGCGCCA TTGTTCTGCGAGCTGCCTCTTAGCCATCAAAGAAAAGTGGCATCTTGCCCTGCATTGCAG TTCTGTTTATTCGGCCCAAAGCTTTGTGTGAGACCTACCCAGGTACTTCTTTGGTGTTTC TTTCTTAGCAAAAGGACCGCTGCTTTATTACAAAAATAATAAAAGTTGAAACTATATGTG CTTCATTCCAATGAGGTATTGGTCTTGCCATGGCTTCTAATGCACTAGTATTGATGTTCA TGATGACACCTAATCGATATGTTCTTCTTATATGTAGGTTACAAGTGGTCAAAAACCCGT CATTGGTTTGCGCTTGTATTTAGAAGGGAAGAAATGCAACCACTTAGCCATACATGTACA ACATCTTTCTAGTTTACCAAACATTATGGCATCTAAGTCTGTTAATAACCTAACCTTATG CAAGCCATGTCAATGGCGAGGCTCCGATGATTATGAATCTAGCGACCAATTCTTAGATCC TGTCAGATGGCCGAGATATTCCAACGTGTGCTCATCTGTAGTTAAGCATGATCCAAGCTG GATGCAGGGCGAAACGAGTGGCGTCTTTGTGGTAACTGGTGCACACCTTGTCAGCAAAGG GAAGTGGCCTAAGACAGTGCTTCACCTGCGTCTACTTTTCACCTATCTTCCTAACTGCAC AATACGAAAGACAGAGTGGGCAGCTACACCAGAGGGTACTCATAGGTCAAGTTTCTTAAC AAATCTCAGCACAACTTTTACTTTCACTCAGCGGACAAAGACAGATGCTGCACCAAAGCA GCTTCCTGCTGCTCTTAACTCGGGCGTATATCCAGACGGACCTCCAGTACCAGTTCGATC AACAAAGCTGCTCAAGTATGTAGATACGGCTGAGATTGCACGAGGGCCATACGACACTCC TGGACATTGGTTGGTAACTGCTGCTAAGCTTGTTACAGAAGGTGGGAAGATAGGTTTGCA TGTGAAGTTTGCTCTATTAGATTTCTTACACGAATCATAATTTCTTGTGTGTACATATTC TGAGGTAGCCTTGTCCTTTTCTTTATATCATTTTTATTCAGTTACATTTAGTCTTATCAG CTTCCAATATCTTGATGATATATCATATTGTTTAATTTATCCAAGAAATGGCCAACAGGG GAGGAAAATGTTATAGTATTGTACAGAAGAATTTAGTGGAAGAATCGATTTATTTTTTGT TCTTTCCACCTTTTCAATTGTTTATTTCAGTTTAGTTCTATGATTTCTGAGTATCCTTTC CTATTTGATCCCTTTGTATTACATATTAGAAGTTTGCGATTGGTTCTATTCATCGAAAAG AATCCATCAATGCATTCCTTTCATATCACCTGGTAAGAAAGATCTCGTTTATTTACAAAT TTCTAGATTATGTATGACTTTATTGTTACAATGGAAAAGTTCAGTGATCACACGTGAAAT TAACTCATATTTTGTATATAATGTAGTAATAAACTCGATCAACTTACATACGTCCTCTCT TATAGGATACAAAGAATGAATAATAAACCAAATAATACATATAATCAAAGACAGGAAATG TCAAATCTACATAAATAAGAGTCATAATAAAGCCAACAGCTACAACAGCTATAATAAGCC ACCAAACATCTTTGTTCAAGAATATATTCTCAAGGTTGAGTGCTTGAAGGCAGGCTACTA TTGTAAATGCTGTGGCATAAAAGATTGAAATAATAGCAATTATAATCTTTATAGGCAATG AAATGTAGAAATCACTGCTATAAAATTTGCAAAGAAGAAATGATAAGAGTGTACCCATAG TGAATACTGAACTAAAAAGTGCTGCACCTAAGTAAAACATCAACATCCATAGTTCTTGTT GAACTTTGTCTAGGAGAATAGGTAGGCCAGTTTTCTCTTCAAAACCTCCGGGGACTGTGA AAATCGCGGCAAAGTTGATGGTACAAAGGAGTGTAGAAAGTACTAGTGTAGAATTTGATA GGTTTCTAACTGCTGTCTCTGCTTCTTTTCGTACGTGTAAGTGGTTTTTCTCGAACATCT CTTCTGCTTTAAAGCCTTTTAAGTTTTTAACATCCCAAAGGCGCGGATGCATGTTGTATT TTATATACTGTAAGAACAAATGTAAGTAAGGAATTAGCAAGACATGATTGATTGTGTATT TTTGTTGGGAGTTGCATCAAGTGAAAATGTAAGTATTTAAAGTCAATTTAGGACTTTTGG CCAAGTTAGACCTAGCCCATTTTGATGGTTTGTTGATGAAACTATTTAGTTTGTTGATGG TTGTATGATGCTAGCTGGTGGTGGATACTAGAGGTAAAGGTAGTTGATGGTGGTAACTCA TGAAGACAGAGAAATGGTCGATAGTAGAGATGATTGTTCGTAGTATAGGTGATAGTTGTC AACAATAGTCGTTCTGTTGTTTAGCTTGTTGGTAGTTTAGGTGATCAACACTGGTGGTTG TGTGGTGGTGGCTGGTGGTGAATATGGTTGGTACTTGGTTGCAGTAGCCTGGTGATGTAG GTAGTCATCGATGGTGCTAGTTAATGTGGTGGCTATATAGTGGAGGTGAATCGCGATGAT AGTGGATATACTAAACTACTAATTGTAAACTGTCACTTCACAACGAAACCTCTCTTAATA AGATTTCGCTCAAGATCTTAATGAATCAGACCTATTCAAAACATATACTAACCGATACTC AAAAAAAAAAAAAAAAGTTGAAGAAACTTACCTTGAACCAAAGTACTCCCCACATCATCA TTAACACAGACATCACACACCATACACTTTCAATATGTTCTGTAGTTGATGTAAAAAATG GTGTCCCAACATGTGCTGCATAATGCAAAATTGTATTCCCATTTTCATCAATATCAGCCA ACATCCTGTTTTGACTAGCCACTTTTTTGAGCAAATAATCAAACAAAAATCTGTTTTTAT GTTCTGCTGCTATATGCAATATATTCTTCTTTTTTTCATCCAATGTCTCCACAAGTTCAG GGTATTTTTGCAAAATTTCCACCACTAACTCATCAATTTTATGTTTTGATGCTTGTATTA GTGGATTTGGCACAATGTGATCAGTAATACTATAGCTCCAATCATACTTTTCTAGCAACA CTTTTGCTAATATTAGTGCAAGAATATGCTTTTGCTTTGCTTCATCAATAGCTTGTAACC AGGAATTACCTAGAGAAACAAACATACAATCTAGAAATTCATTTCAACCAATTGAACGTG CAACTTGTAAAGTAATGGTGAGTGGTACCTAATAGAGACTTGGTAAACGGCAACCTCTCA ACGCAGACAACCTTAGTCCCAGCTTGTGTCTGGTTATCACTAAGTTTTGATTCTTTATAT CGCGGTGAAATACCTGCTAACACATAAGAGAGTAAAATTCTGTTACGTAAGTGTGACAGA CATGTTTCCGCGACTTTAATTAGTAGAGCTTACAAGAATAGATGATGGTTTCAATCATTT GAACAGGAACAGAAGGTGTTTTGCCTATTTCTGCAAATAAGTAGTTGGATCCACTCCTGA ATGACAATCTTTTTGTAGACAACATATCCAAAGCAGTCATACGATCATTATCGCGATCAT TAACAAGTTCAGGATACATATTCACTATATAAATTGCTAGTTCTGCATGACATTAAACAA AAAAAAAATTACTGTATTGCCAAAAACCAAATAAAGAGATAACGCTTGCCCGTTTAATTG ACCATACATGGTGTGAATCTGAATTAGTCAGGGCCCTAATGCGAGTACCGTAAGTCCAAT GTAAACCTTACCATAACAGTCATGGAATACTGTTGCATGAAGGACAGTTTTCCCATCATT CCTCTTCATTGTGAGCTTATTGAAATCACAATTGGCCAAAATAGTAAATACATCTTTCTC CCCACTTGCAGCTGCAACATAAAGTGGGGTCTCTCCCAAATTGTTTTGCACATAAACTAA GTCCTTCTCAATTCTCAAAATCCTCTCCACCATATCTTTTTTACCTGTCGTTGAAAACAT AATTAAGTAAATACACGTGTCTTCTCAAGCGTGCTTGGCTGATAAAAAAAGAATCAAGTT AGCATGTGTAACTAAGTAAATAAAAGTGTTCTCTCTGACAGTTTAAACTTTTAAATGAGA CAGTCACACATTTCAACATTACCAAATCTACGTCACACATTTCAACATTACCAAATCTAG CAGCTTCGTGCAACGGTGTATCTCCACTATTGTTCCTAGTTTCGAGATCTTGAACACTCA AATTAGGTTCAAGAATTTCGAAACCAGCCACATTGCCATTAACAGCAAGGAAGTGAAGGA TGGTGTCACCCCGATTATCAATCGGGGAGACACCTTCTTCTTTCCAAAAATCGCGTAAAA CCTGGAGAGATTGCAGTACTCCTGATGATGATGATGATGCAGCTTTGTAAGCTGCTGATC TACATCTTGCTTTAGTACTGAAGTTGTTCTGCATTTTGCTTTCCCTTATTTTTGTGTTCT TTTGAGTATATTTTGTGATGAATGAGATTTTATTCAGCAAATTAAAAGTTGTTAAGGCTT GGTTACTAATTGGAATAACAAAAAGAAAAAAGCTAATGTACAAATCACTTGTCTTTGATT GCTTTTTCTGATTTAAATTATATTCCTTTGTGGAAATTTTACAAAAAACAGTACTACTAC TTAATAACAACTTTATTCATTATGTTCCAGTATATTTGTCCATGATGATTCTTATTATTG CTTCATATCCAAGGAATGAAAAATTCTACTCCGTATAATTTCACTTTTCTTGCAAAACAT ATTTTGATAAAAAATGATAGACTTATTGTTGTTCGAATAACTTCATCTTCATAAGGACAT GACCCTAGATAGGAAGGTATGGAGGTCGATAATTAATGTAGAACGTTTGGAAATAGCTAC TCGAGTGTGGTCTCCATATCCTCTTTTCCTTATTAATTACTCCCTTTGTTTCGTAAAGGA TGACCTAGTTTGACTTCGAACGGAGTTTAAAAAAGGAAAAAGACTTTTTAATCTCGTGGT TCTAAATTAAATTTAATGTTATGTCGAATGTATAAATATGCCCTTTAATCTTGTGCTCGT AAACATGCCATGTAAAAAGTTAAAGTGTTGCCAAAAAAGGAAAGGGATCATCCTTTTTGA AACACACACAAAAAAAATAGGAACATTCTTTTTTAAACGAAGGAAGTAGAACATAGTTGA TAGTAGTATTATGTTTTTTACTCTTCAATATGTTTTACGTGCTTTATTTTGCCTAGTATC TTTATATTTCTGTGTCATTTTTTTCTTCTTATAATCACTCATCGATAAACTTCTCTTTTC AGCCAAAGATCTATCGGAAATTGCTTCTCAACTCCACAAGGATTTATATACATTTTATAC TCCACAGACCTCACTTATTGAATTACATTGAATATGTTATATCTATTGTTGACACCCGAT TTCGAACCTCCATAATATAGATTAATCATCGAACTTCTTCAATTTTAAACGATTTAAAAT AAATATTTTTATAAAGTTTCAAAAATAGTTTACAAGTTATTTTAAATAGTTTTGTTACTT TTTATAATTTTTAAATTAATATATATGTATTAGATAATTATGTCTATTTTTACAAATATT CAAAAATCGTCTCAAAAGATTTTAATTTTACTTAAATAGTTGGTTATTACTTATATTTTT AAGTAATTAATTTATAATTAAGTTAATTTTGTTAAAATTAAAAAGTTCATTAATTAATTA TATTATATTACTATGTAGGCTAATTGTCTAAAATTAACTCAATCATGAGGCCATCCATTC ATTTATATTTGGGCCAATTTCCTTCATTCCAACGGCAGCCCATTAACAATAGAAACGAGA AGCCCAGTCCATAAACCCATTACAATGTTTCTTCTTCACCTAGCGATCCATTACTAAAAA TTTTGTGAATCAATTATAGCATCAACTAATTTTACTCTATTATCAAATATAGATACCGTA AACCACCATATAGTTATTCATTTGTTACTCGTATTGCATAATAGCATGATTCTGATTTTC TTATTTTTAAAAGACTATCATTTCAAATATATCATAATAATTACTATAATATTTGAAATC CAAACTTTGCTTGGCGTTATTGATAATGGTGCCAATTAAATCAGTGGTTTTCAGCTTAAA TATTTGCACACTTGAAATTTCTGACACTGAGACCATCTACTGTTTAATATCTACCGAAAA ATTTGTAAAAACAGCATATATAAAATCAAAAGTCCTCGAGAGGTATGATAATTAATGCTC AATTTGAGGAAGCAAATAATGAGATTGGAAGATTTAACATTAAATAAATAAATTGCAGAA CAATAACTTCGAGAATATATTATTAAATAACCACAAAACTCAAGATGAACTAATAACGTA TGAACAATTTGACCACACTAATTTAACAAATACGCGAAAACTTTTGCTCACAATTTACGA CTAAGCAAATCAAATATCATACGACCGACAAAAAAAATGAAACTCAACACTAAATAACCG CACAAAATTGAAAAGCACTGGCAAATTCTGTCACAGTTTGTTAAAAGCAAGATAACATAT TAAAATACAACAAAAAAATTACAGAACAATAGAAAAATTTCAAGATTTAAACAAACGAAG TAATTAAAAAGAAAAGGCAAAAAGCTTCTATATGAAAGAAAGGAGTCTTAGCAACTTCCT TTCTTTTCTCTATTAAAAGCAAATGGGGATAAGAAATGCTAGTTGACGGTAAAATTGATA TACATTTATTACGGTAAAATGCAACTTTTGGTCCTTCCCATTTTTGAAAAAATATCTTAA TTATACTCTTAATATTAAGTGGCAACACATAGAATCGTCATTTCTTATTTAAAACAACTA GATGAAATATAATGTTCACTTGCAAAAAAAAAATTCCAGGCACCTGCCACTAAATAAAAC GATCTCTATACTAAAAAAAAAGAAAAAAGAAAAAAGACCATGTCAGCAACAATTCAACTT CCTTATTCTCATTTATTCAAATAATAAAAAACTTGCAACATATGGCTACATCAAAACCTT TTATTGTGTTAATAAATCTAACACATATGAAGGTGTTCAAATATAAAATGAAATGACTAA TAACAACCCACCATATAGGTTCACTACTTGCAAAAAAAAAATAAATAATTCAGGCACATG CCACTAAATAATACCAGATTCAATAATGCACAAACAGACACTTTAAATATTCAATTTTTT AAATAATGACAAAATACATGTAGAAGAAAAAAAAATGTGTGACGACAACAATTCATTGAC AATTTAAATAGTAAAAAAAAACTTACACCTTTTCACAAGGGTTAAATACATATAATCAAA AATTGAATATTTAATGCTAAGTTTATATAACAAATATTAATAAATCCAACAACCATATAA AGATGAAACTAGAGCAATTATGTTCATTTTAACTTAAACAGCATTCACAATATAAACTTA AAGGGCTTTGAGAGTTTTTGTTAGAGGAAAAATTTATGGGTCACAAGCTTGAACCTCCCA TTATTCCGAGTAAATTGGTTGAGGTTGTACTCTCATCTCCTTTGTGGACAGGTCGATTGC TCGAACCATGTTAAATCTTTGAGTCTTTTGATATATTTCCCGTTGTCTTTTTACTCGTGG TCTTTTGAGGTTTTGCTTTGTTAGCTTTCGCATTTACACCTGCTTGTTTTCGGTCCTAAC AAGTGGTAACAGAGCTAGATTCAATGACGGAGTTGGGTTTAGTGGTTCGATAATCGATTA TTGAATCAGGTTAGAAAGAGGTGTTCATCTTGGCGGGTGCAATTCTAGCCACAACCTTTT TTGATAGTAATGAAGATTTTGTTGAAGAATTGTTTCAGAGAGGTTCTCTGTGTTGAGACA TAAATTTTGCAAAGGAGATTATGGAGAGAAGAAGCAAGTTGTTAAAGATTAAGTGAAGAA GGTAGACAATTAGAAATTCAGGTCAAGGAAAAGATTTGTTGGAAATCCAGGTCCTGATTT CTTACCATTAATAGGTTTTGGATTGACTAATCCTTCTTCTGGTAGGAAAAGGTTTAGAAC TTTATAAATAAAGGTATGTTCCTTCTAACTTAATCAGCATTCACAATGTAATCTTAAAGG CTTTGAAAGTTTTGGTTAGAGGGAGAATTTATGAGTCACATGCTTGATAAGTTATTACTT GTGGGAACCTCCATGTATTCCGAGTCAATTGATTGAGGTTGTTTCTCTCTATATTTTGTA CTCTCATATTTATAGTGGATTGCTCATCTCCTTTGTGGACTTAGATCGATTGACCGAACT ACGTTAAATCTTTGTGTCTTTTGATATACTTCTCATTGTCTTCTTACTCGTGGTCTTTTG AGGTTTTGCTTTGCTAGCTTTCGCATTTACACCTGCTTGATTCCGGTCCTAACAAGTGGT ATCAAAAGTCAGATTCAATGACGGAGTCAGATTCAGTGGTTCGATAATCAATTATTGAAC CAGATTAAAAAGAAGTATTCATCTTGGCTGGTGCAGTTCTAGCCGCAACCTTATTACTTC CTTGAAAGTGAAGCTTGGGTCGATTATTTCCCCGGCTTGGTGAGTCCTCAACTTTGAGGA CAAGTGCATTTGTTTCTAGTTTATAGTTTCTTCTATACTCTAAACTATGTTGTATTTCCT ATTTTTGGAGACTTTTTGATGTAAAGGGCTTGATCCCTACTTGTACTTCTTGTTGAAATG GTGATAAGACAAAGTCTAGTTCTTATTTTTTCTTATATGAAGAAGTTGACTTCTATTGTG AAAGTTATCAAACTTTTTTCGTCATTTTCTTTGTCCTTATGAGATGAAGCTTCAAGGGCT TGTAGATGCCATATTACTTTCTAGGGAATAACCACGGGTCGTGACAATCATTTTTTCCAA AAATTTACATAGACGTTTGTTAAGACTTTAACATAGAGTCAGTTGGTCACCATTGCTAAA ACGATCATTTCGCAAGGTCAAACGAGTCTAGAGCAGGTCCCCCTAGTTAATTCTAACGTC ATTTTTACCAAATTTTTTATGGGCTAGTTGATCTTGATGGCCAAAACGATTCATTTTCAA GGTCAAACAAGTCTTAAAGTATTTTATCGATTTTCGTGTGCTATATAGTCCACCATCTTT TTTGGTGATCCCAAATTCGATGTCATATTTGCCAAAAAAATTCATCGACGTCCGTTAAGA CCTTAGTTGTGGAGCCAATTGGCCTTGATGGCTAAAACGACCCATTTCAAGGTCTAACAA GCTCAAAGCAAGTAAAACCTCTATTCTGGTAATTTTTGTGTTTTATATAGTCCACCATCT TTTTTAGTGATTTAGAATATTGACGTCATTTTTGCCAATATTTTTCATGGACGTCCGTTA AAACTTTAGTTGTGGATCCAGTTGACCCTGATGGCCAAAACAATCCATTTTCAAAGTCAA ACGAGCTCAGAGTAGGTAAACTCCCATTTTACCTATTTTCGTGTGTTATAGTTCACCATT TTTTTGTGATCCAAATTCCACGTCATATTTTATGAAATTTTTCATGGACGTCCATTAAAA CTTTAGTTATGGAGCCCGTTGACCCCGACGGTCAAAACGATCCATTTTCATGGTAAAACG AGTCATACATCAAGTATACCCCCATTTTGTCGATTTTCATGTGCTATAGTCCATGAATTT GGTGATCCAGAATTTCGACGTCATTTTTTTCAAAATTTTACATGGACGTCCGTTAAGACC TTAATCATGGAGTCAGTTGGTCCCCAAGACCAAAAGGACTTATTCACAAGGTTAAACAAG TCACGGAGCAGGTAAACCCCCAAATTTCGAAGTCTTTTTTTTTCAAAAATTTACATGGAC CTCCATTAAGACCTCAGACATGGAGCCAGTTGGTCACCACGACCAAAACGACTCATTTTC AAGGTCAAACGAGCCCAGAGCAGATAAACCCCTTATTTTATCGATTTTCATGTGCATAGT CCATGAATTTTGGTGATTTGAAATTTCGACGTCATTTTTGTCAAAAATTACATAGATATC CTTCGAAACAACCAATTTTCAAGATCAAATAAACCCTAGAGCAAGTAAACCTCGAATTTT ACTAATTTTCATGTGTTATAACACATAAAATCTATCGTCTTTTATTTTAAAATAAAACAA CTATAATGATGACAAATTATCCATTAGTTCACTTATTTTAATGTAATATAGTTGCACCAC TTACAAATTTCAGGGACATGCCACTGAATAAAACAATCACTCAATACTAAAAAAAAAAAG AAAGTGTTACAGCAACAATTCAAACTTCTCATTTCTCATTAATTCAAATAAGAAAAAACT TACAACATAGTTACATGGCTAAATCAAAACCTTTAACTTACATAACTCCCTCTCTTATTG GATATAAATGAATAAGAAAAAAAATAATAAACATAATCAAAAATTGGAAATGCTAAATCT ATATAAATAAGGGTCATAATAAATCCAACAACTACCAGAACTATAATTAGCCACCATACA TCTTTGTTCAAAAAAATATTTTCAAGATTTAGAGTTTGCACACATGCCAAAACTGAAAAT GTTGTGGCATAAAATACTGAAACCATAGCAATTATGACCCTTATAGGCAAAGAAATATAA AAATCATCACTATGAAATTTGCAAAGAATAAATGATAACAACGTACCAATTGTGACTAGT GAACTTATAAGTGCTGCACCTAAGTAAAATATCAACATCCATATTTCATCTTTCAATTTT TGGAGGAAGATTGGCAGGCCAGTTGTCTGATCAAATCCTCCAGGGACTGTAAAAATAGCA GCGAAATTGACTGTGCAGAGGAGAGTAGCAAGTACTAGAGCTGAATTCGCTAGGTTTCTA ATCGCGTCCTCTGCTTCTTTTCGTATTTGTTGATGGTTTTTTTCGAATAGCTCTTCTGCT GTTACACCCTTGGAGTTTTTTATGTCCCACAGGCGCGGATGTACGTGGTGTTTTACGTGC TGCAAAGATAAAAACTGTCATCTTCTCAATACATATTGTATCGAATCATCTGATTTAGCT CATCATTAAATTAGAAATCACATTATTTCAGAGCTTGTGTAGTTGATTTTGAAGGTAATT GGAGTAGTACTAGACATTGTATGTGGTAGGCGCTGTCACTCCCTTAGCAATCAAACTTAT GCCTAGTAGGGCATAAGTTCTTTAAGGATGCAGGACATACTCAAATTAGTTATAGTTTTA CGTTGACTGTCAGCCTAAAAATGAAACCAACAATATGAGCAAACTCACACGGCGTTAGCA CAACATAAATACACACAAAAAGAGAAAAGAAAAGAGAAAAAGTACCTTAAACCAAAGGAT CCCCCACATCATCATGAACACAGACAAAACACACCACACTTCATCAAAATGCTCTGAACT TGATGTTCTAAATGGTGATCCAACATTTGCTGCATAATGCAATATTGTATTCCCTTCTTC ATCAACATCAGCCAACATCCTTTCTATATGACCCACTTTTTTCACCAAATAATCAAACAA AAATCTGTTCTTATGTTCCACTGCTATATGCAATATATTCCTCTTTTGTTCATCCAATGT CTCAACAACTTCAGGGTAAATTTCCAAAATTTCAACAACTAACTCATTGATTTTGAGATT TGATGCTTGTATTAGTGGATTTGGCACAATGTAGTCAGTATTATAGCTCCAATCATAATT TTCCAGCAACATTTTTGCTAATATTAGAGCAAGAATATGGTTTTGCTTTGCTTCATCAAT GACTTGTAACCAGACATTACCTAAAATACAAAAAAGATATATACAAGTGAGAAAGTAGGG CATTAAGAGTTTGACTAATATCTACCGACAGTCTAAAGAATTTACACTATCAAGTCACCT TTACATGTTGTAGCAGGTGGCGTGTCTTATATTTTTCAAAACTACAAATTCGTTTTATAT AATGGAGAATTAGACATATAATTTTTACACTATCAGGTTATCTATACATGTCATAATAGG CATATAATTTTTACACTATCAGGTTATCTATACATGTCATAATAGGCACATAATATATAC TATTTTAGCAAATATAAAAGTGGTATATTCAATTCTTAATATGAATCATATAATGGATGA TTAAATGAAGGGGCATATATATACCTAACAGAAAATTGGTGAATAAAGACCTTTCTCTGC TGAAAATTTTGGTGCTAGCTTGTGTATACAAAGGAGGAATACCTGCTCCATCAAATAGCA AATTAAATGTAGGTAATAACCGTAGTCAAAATTAGAGAAAGTAAATTTGGACTATTTTTT CCTCAAGTATTTTGACAGGTGGAAATACGATGCGATTAACTAATAATAAGAATATGAAGG ACCTCAAGACAAGTAGAGCAATATTAAATGTGAGCTTACATGAATAGATTATGGTTTCAA TCATCTGAAAAGGAACAGAAGGTGTTTTCCCTATTTCTTCAAATAAATATTCAGATCCAC TCTTGAATGATAATTGCTTTGTAGCCAACACATTCAAAGCACTCATTTTCTCATTATCAC TTTGGCTAACAAGTTCAGGATATTGATTCACTATATATATTGCTAGATCTGCTTCACATG AAACAAAATAATTATAATTAGGAGTCGATCAATGAATAAAGTTACTAGGTACCTGTACAG GTGTAACATAGCAACAGAAGATCACAAATTTCAAATTTAATTCAATCCGCTCATTCGCAA TAATAATATAAAACTTACCATAACAATCATGGGCTACTGTTGCATGAAGTACAGTTTTAC CATCATTCCTCTTCATAGTTACCTCACTAAAATCATAATTTGCTAGAAGAGTAAATACAT CTTTCTCTCCACTTGCCGCGGCTACGTAAAGTGGTGTCTCACCTGCAAAAGCCGAGCCAG AATTTCAACTTTATGTGTTGAATTTTTAGAATGAGTATACATTTACTATTTGAACAAAAG TTACTGAGTTTGTCTGGAAGAACCTGGCCCGTATCTGGGCTTCTAACTCCGCCCCTAACT TACCTAAGTTGTTACGCACAAAAATTAAGTCCTTCTCCTTCTTCAAAATCATCTCCACCA CATCTTTTTTACCAAATTTTGCAGCTTCATGCAATGGTGTATCTCCATTACTATTCGTAG TTTCCAAATCTTCAATGCTCAAATCAGGATCAAGAATTTCGAAACCCGCCAAGTTACCAT GGATTGCTAGAAAGTGAAGAATGGTATCACCCCGATTATCCATCGGGGCAACACCTTCTT CTCTCCAAAATTCACGTATAATTTCAAGAGAACTCCTTCGAGATGCCGCTACGTAAGCTT CTGATCTTCGACTTGCTTTGTCACTCAAATCCTTCTGCATTTTAATTCAATCTTTTCTTG GGATTCCAAGTTTTTTTTTTATCATATATATATGTAGCGACCAACACGGCAAGTATATGC ACTAAACTCTCATCATGTGTGGGGTCTTAGAAAGGACTAAACGACACGAATTATACACAT TCCTATAAGAGGTTGTTTTCAGACTTTGAACCGAGACCTCATTTTATAGATGTAATTTGG AATATTTACTAGTGGGTAAGTTGCTCAAGTTTAGTTCTTTGGAATAACAAAAAAAAAAAA AAAAAAGCTACTTACCCTACCCTACTTACTTCTTGAAATGCTTTGCTTTCTTGATTAAAG CAAATTAATTTGAGGAAAAATCTAAAAAGAAACATTGGCTTTTCAGCTTTTTCAAGTTAA ATCAACTATTTATATAGCAAAGAGGTAAGGGGTATCTTCTTACTTTTGCAGATAACAATA ATTTCATTTTAATTGCTAAAAATAGTTAGGTACTATTCTCTGATATAGAAAGATGACCAA TTGAAGTCATAAAGTGAATACAGTTTCAGAGGAAAAATTCAAAGCAGTGAATTAATATGT GATTGAACTTTATTAATGTCTATAATAATATGAAAGTATGATCTCAGCCAGTACAGCAGA TTGTGCAATCTAGGTGAGACAGAAATGCAATAGACTCTTTAAGGTAAGGCTCGTACAGTA GACTCTCGTGGTCCGACTCTTCTCCAGAGCTTGCACATAACGGTAACTTAATGCATCAAG CTGCTCCTTTACTCGTATAGGACTAGTATAAGCTTATTTAATCAACTGTGTACACCTCAG AGAGATGCTGAATTTTACAAACGCTATTGTGAACAAGTACAGTGCAAACTCGATATCTCA CTGGGGTTGAGGTCGCGATTGCACGATGAAAATCTCATTACCAACCAAACATCCTTCGAC ATCTTGAGGAGAACCAAACTTGCGTTCTAGGTAGAAACCAACAGCGCCAAGCCTCTGACC GAGCTGACGTCTGAAAATGGGGTCGATTGTTAAAGGTTTCTTGCTATAATCGACAGTCAA GTGAATAACTTCTCCGTCAGCAGGGGAATTGCCACCTACAACCATCTCCTCGCTAAAGTT GGCGAATGCTAGTGTGCGAACTGTGTCATCAAATTTACCACTAGATAGACGCCACGGTGT ACCCCTTGTTCCTGAAGCGAGTGTTTCACCGAGTCCAGGTGCAATTTCAGCCTCAATGAA GTTATGATTGTTGTCCGTGGGGCTCAGTGTGTGGAGGACAAAAGACAAATCTGGTGAAAG CATTTCTTGCACTAGCACGGCCATCGTAGCATCTTTCTGGGACACACCAGCAGCTCTGCG GCTCAGTACTGCTCTTCTAGTATACAACGAGGCCCAAACACGGGCTACAGCATGTCCAAA CCTTACCGGATCTGAAGGGCTAACATTAGGAATTGAATCATAAAGTCCGGCTGCTGACAT CCCCGCCAAGTCCTCGACATTAGCACTTGAACGCACTATTAAACGTGCATTACCGGGAAA TATTTCTCCCAAGCTTTCGATGACATCTTGTCCAGGCAATAACGAAGATATTAACTTCTG GAGATCCTCACAGTGTTTATCAAGTTCACCGCCATCAATTTCAGCTGTTTCTATCTGCTC AACAAGCAATGTGAAGGTCTCCATTAACTTGTTCGTTTCCAATGCCGTTTCCATGGAACC AAATGGAATAACTGCTCCAGCAGGAACTTTAAATGATGCTGGTGCACCTTGGTCACTATA AACTGCAATCAGATAAATCATCAGACCCAAAAAAAAAGGGCAAAGACATATATTGCACCA ATGGCATCCATCGTTTGTGCTATGATAAGCTAAACGCAAAAATAAAGTACCAATCGATGT TGACCAACACCGAAATTTAACTATGACAAACATAGGAAATGCAAAGGACCAAATTTTCAA CTGGAAAAAGGAAAAAAAAAAAATAGAATGGGAGCAAAAACATTTACATGGAACTTTCAT TTTTAAATAAAGGGTTCGTTAAGCAGAATTGACATTTTAGCTACAGCAACTAAGAATAAA ATAGTAACAAGTACGGATGATATGAAGAGAGGGTTGTCCTGCAAAGAACCAAGACTACCT TTAGTAGAAGAAGTGGCCAGTGAAGCTAATTGAGCACAAGAAGCAGCTTTTGCACCAGAG GTTTGTATATCTGCATCAACAAGAGGAATAACACCTCTAGCAGGTCCAACCTGCAAGTAG AAATTTGGCAGCTCGATAAGCAAATGATAGAAAAAAATAGAAAATAAAGAATAAAGAGAA AGCAAAGTGAGAAAAGAGGGGTGGAACTGAATTAAAGCAGAACATATTTGGAGAAAAAGG TTATTTGCAAGGAAACAGTTATTTACCTCTTTAACTTGAGATGATTTGACGGCAATTGAG GAAGCACCGCTGTCTGATGAGGTTGCACCTGTAGAAGACGCATTACTTGAAAGAAGTTTA TCTGTAGAAACACCACCCGTCTTCTCTGATGAAGAAGCAGTTAACTTTACACCAGTTGAT GATGCTTCTAACCTGAAAGAAAAGGGAAAACCCAAAGAAAATTAAGGACAAAATAAAGAA ACTACTAATGCATTATAATCATCAGTGAGTTAAAAGGTTTGAAGAATATAACCTCACATA TTTTCCTAGTAGCTGTCTTACATCAGAAACTTTGTCATCGTCATCGCAGGTCACAAAAAC AACCTTTTCCTGCAATCAAAAGTATGTCACACTTCTGTAACTAACACTCATATAAAAGAA AGCCTATAATTAACTTTGGACAACAACAACATACCCAGTAAGATCCCACAAGTGGGGTCT AGGGAGGGTAGAGTGTGCACAGACCTTACCCTACCTCGTGGAGGTAGAAAGGTTGTTTCC TAAGGACCCTCAGCTAGAGAATAGCAAATCTAAGTACGAAAAGTAAGAACGACAGTGAAG AAGACATAGCAACTAATATAAAAAAAAAAATAGTGCAATAACTGAAACATGATAAACAAT GGATGATGATACATCATATCAAAAGCAAGACACTACAAGAATACGGCTAATACTAGCCAA GCAGAAATCCGACAAAAAGTAAGAAAAACACTCCACTGCCTATCAACCTTCTCTCCAAAT CCGTGATAGATAACAAAATCAAGACACTATAATTAACTTTAGGACATGGAGACAAGATTT GGAACTCGCCTGCCGGGCCCTAACACCTAGATGAGATAAATGTGGTAGCTCCTGTAGAAG TACAACTCCAGATATGTTACTCCCTGCGGCAGTCACCTGCAAGATGGTCAACAGGCCATT CAGTATCCTTTTCCGTGCAATACATAAGTTTCTAATGCCTTAGGATCCTGCAGAAGCAAC ACAGAGATGAGAAGCGCTAGAAACCTCTTCATCTCCATCAGCTTTGTTCACTACAAGAAT AACAGGTCCTGTTGCAGATGATGGTAGAGTGCCGGGGATAATTCTATCCACCTGAAATGT GAGTAATCAGACAACATATCAGCACTATATAAAACTAGTTCTACCTTGGATAAAATTTCA AACAGAGAAGATGCAATTCACAGCATGAAGTTAAGGTCAAAACATAGACCAAGTACTGAA CTGGATAGAAGAAGTTACACTGCAAGCATTCAGATAAACCCAAGTGCTTTGTAGCTTGAT CAAAATGAATTCTTCTAGACTCTTTTGCGACAAAAAATCTTACTTCTAACAAATAAACCA AATCTTTCTATACCCCGATGTTCGGGCCAGCTTGCGCATGCATTTCGAGCAAATTAACCA ATTTTGTAGAGCAAATACCAGCTAGAGCTCTAAATATATAAATAAATTGCTGGAATAAGA GATTGACAATATAATATTCACCTGTATTAGCTCTCCAAAAGCATCTCCTGGAACGAGAAC GTCCCATCCCGATGACCCAATTGTCCTTCTAACAGCCTTCAAAAGTAGAGTAGCAAACTT CGAAACCTGAAAAACCACACTACAAATTGCATGTATTTTACAAAGTTAGGCACTTTGTTA ACTTACAGTAACATCCTCTGTCAGACAGAGAAATCAGAAGGATAAGATTGGAGCAACAAT ATTCAGAACAATAAAATATTTGTGCAATCATACCCTGCTCGAATTTCAGCTTCAGTAAAT GTTCTGACAGTATTTTCAGGAATTCCCAAAGATTTTCCTAAAATCTGCAAGACCATATAC TCAGTTAAAATCCCAAGTTATATATTTCTTACCTAACAAGCATGTCAATGACACTGAATG AAATAAGGGCTGATATAGGAAAATCAATTTCCCTCCAACTGACTTAGCTAATCATATCAC AATGTGGTCCAAATGTAGTTCCAATTTGGATAGCTTACAGGCATGCCACATATAATGGAG TTTTTAAAAATAATAATTCCAAACTAGTGAACAATAACTCAAGAACTGAAAATAATAGCC AAACCGGTACCATGAGAAAAATTGAAAGCTTAGAAGCCACTACTGTCTTCTGAAGTACTC CTACGTTTCAATTTGTTTGGTTTTGTCTTGACACAAAGTTAAAGAAAGTAAACAAGACTT TTGAATCTTGTCATCTTAAGCTAAAGCTATCAAAATGCCCAGTTTTGTGGTCTTAAACAT GTCATGTGAAAAGTTAGAATTAAAGAATTGTCAAAAAGGAAAGAAACATTCTTATTTAAA CAGACTAAAAAGGAAAGTAAGACAAGAAAATTAAAACAGAAGGAATAATTCATTTCCAAA AAGTTGTTATACCTGTACTTTTTCAGGGAATATTTGGATAAGTGTCTCGGAATACTCCTC AGTTAACCTTCGACTTCTATCAAGAGTCGCTTTTAGTCTTAATGCCCATATAGTCTTACC ATCTTCGCTGCCTTCAGTAAGGATAAGCCCAAAAATTTTCAGGATTGCTGATGCATTCTT GATTGCACGCATGATAAATCATTGATGACAATAAGATACCTTCAATTTCTGAAATACCCC TTTCTTTCCATGACAGAAGTTCATTTCCAACAGCTTTGCACTCCTCGGGCTTCCAACCAG ATAGGCCTAGCTGTTGGATTCCTACTGTAAGTGCTCCAATTGGATCATTCCAAGAGCTAA CGTTTTTCACAGTTACATTCTCTGCAAGCCAATCAGCTCCTCCTAGAGCTTCAACTGCAT TCACAAACCTATATTTCGATTGAAAATTTCTTAGCTCGGGAGAAAAGAAGATTGTAATAA TAATAAATGGGAAGTGTTCCTCGAAAAAATAAAAAAATAAATGGAAAGTATATTAACATA TGCAACTGATGCTCAAATGTAGAATAGATCCATCAAAACAATAAAATACTCTTATGTTTG ATTGATCAACCTATCCTCAATTTTACTTTTTAAAAATCTTTTACTGTCAGGAAAAGGGAA AATATAATTTGAAGTGGACCAATGTATTTCCCCTGCAATGCACCCATATGTTTTTTCCAT ACATATAGGGTATTCAGAGTATACCTGCTCAAAAGAACAAATGCATAGTCTTCAAGCCCA ATTTCGCAGAGACGCCACTGCACAATGAAAAGTTGGAAGTATTGGATGATTCAAGTAACA GGAATCAATGACAACTTTAGTGTTGGTACATTTAAACAATTCATACCTTCTGACGCATAG CTATTGAAGCATCTGGAGCATCATTTCGGAGGCCACTTTCAAGACCCTTGGAAATTACTT CACGAAGAGCATTCAGAGAGTTGATAGTCCTGACTAGAAATCCAGTTCTTTCAGTCTCTG AAACATTATGTTTTTCATCCAATCTAACCAATTCCTGGGAGAGACGCCAAAGCCAGAATC AACGTCAGTTTTAATAATAGGAGTTATCCAACTAAGAGATCCTTGATTACAGGAAAATAC CAAGAGGCCAAAATACGTATATGCTATCTCTTGAGGAGACATAGGGTCTATAGAAAGCAA AAGATGCATTTCATCGCAAGTGAACCAGATAACATTTTTACCCCTCCGTAAGAAAAATAT TTTTTTGTTTCCTTTTTTCAGTCACTTAGTAAGAAAATGGTATCAATCATAGCCTGAGAC TGCCGAGTAATCCTGAAGGTAAGACACCAAACTGCCGAGAATCACTATTCATACATTTCT TGCTTTAATATTTTGATATAATCTAAGCATCGAACCCAAAACCTTAAGGTTATCGATGGC GTCACCCATGACACTGAAAACTCTTTTAGAAATTCTTGCACAATCGTGAGGGACACTCTA TTCTCCCACACCTTCTTGTATGCCGCATGAGTAAACAGATTCTAGGTTTACATGTGGGTG AAAGATTTTCCTTTTTTACTTGTTTTTCTTTTATACCTTTTTCCTTTTGTTTAGAAGATA GTGGGTTTGAAGTAGAGAGACAGAGAATAGGCTGAAGAGGATAATTGGAGCAGAGAGATA GTTGAAGAGTGGGTACGGATCAGAGTCAGTGACCCATATGAATTGAGAAAGATGAAAGAA GCCCCGAGTAGCTCGTAAACCTTCACTATATTACATCTAAGTCAAATTTATGTACATAAA TACCTAACTAACAGTTTAACCTACATTCATAATATCAAAGAACACACAGCTATTGCTAAA AATCTCATCGCATTAGTAAAAACTTTGGAGCTTCTCTTAGGTAGAGCTATCACCAAAACA AATACACTGACCTTTTTGGACTCCAAGAATGATGAAAGCATTGTCAAGCTACTTCCGTCG AGTGATTCTCTTATAGATTCCAGCTGTTCATCAAGACTGAATAGACAGAACAGAAAGAAG TTATTTCAAGCAAATTTCATTTTCCAGTGTGTAAGCATTTTTGTAGGAACATATTGCACC TAATTAATTCCGTGTAAATCATACGGACGTTCATGATTGGGAATTACGTACTGGAGAAAC ATATCCCTTGAAGGGTGACCCATTACTAAGGACGAGAAAATTCTATAACATGCACCCAAA TCATTTTTCTTCACTGTCAAAGAGCACATTTAATCAGACTAAAAGTTACTTAACAATATC CTTAAACGACTCTATAACAATGCAATCAATCTACTTTTTTCTCCTTGGGAGAGAACCACA TTTGCACGTATGATAGCAAACAGTGAAGTTCATACATCACGAGCCAACTGATCTCTCAGA CATGTCATGTCTAGATACCTCTCAATTAATAAAGTGAGGGTACTGCAAAGTAGCAAAATT TAATATAGGAAAGAAAAAACATTGTTGTAGAGAAAAACAATTCAGGAAGAAATTGAGGAA CAACATACTGGTGAGACACTATTATCTAGCAAGTGAAGAAGCGTATTTTATAAAGTAATG GATCTGGACCAATGCATGCTACGGAGAAGCTTGATTAGTCGATCTACTAAACTTATCTCC TTTTTATCCCATAATAGGACTGACTTTTTGTGAAATCAAATATTTTGAAACAAGTAAGAG ATGAAGGTCATACCTCCCAGCATTGAAGAAATCTTTTAGTTCATTGTGGAAAATCTTGAA TTGCTCTACAAATGCCTCACTGTATTGTCCAGGTTGTTTGGTAATTCTTTCGAGCATTGC TTCTGTGGATACTAGATCTTCAGGGCCAGCATTTCTATGGAGCTTGTTTTGTATAGTATG TTTGATTTCTTGCTGAAGTAAGGTTATTTTAATAGTAAGAAGGACAAATATATTACGTAA AAAACATGAAAATATTGAGAATGCAAGGAAAAATTAAAAATAAGTATTTTGGTAGTATAC AACCTTAAGATCATGCGGAATATCATTCCTATGAGCGATGTCCCTGATTCTCGTTAAAGG AACGGATGCAGTGAATTCTGCTTTAAAAGAAGGCAAGCACGGTTGCATCTTGCGGATCAC AAGTATTTCCTGCATATAATGAAAAGAAAACTTTTCTAAGCCACTCAAAACTGGGTAAGG AAAAGCTCGAGAACAAGATAACGGTTGACTCATATCCACAAAGTTCAGAGTGATGATTTT TCTAACTCCCTTTCCTTCCTGTATCATGTTCCCAAGTTACCTTTTTGTTTGCATTTCAAC TCAAAAGCTTTAAATCTCATAATCATATTACAGACAGCAGATGTATGGTCTAATAATATT TGAAGCAAGAGCTTATATTGACCAATTGTTACTTTGCCGACGGAACTTTCTAACTATATT AATGAGATTTAAGAAAGAAAAGCAGTCAGAAGTTCAGACCCTTCTTCATTAGAAAAGCAT ATTTGATTTTACCATCAAGAAGAAAAAAAACTGAACCACAGAATTAGCTCAATTGTAGAA GCAATAACATTTTCTCTTCAGAGCAGTGCTCTAAATAAAAATTCAAGGAATAAAACATAG ATCAACTGAATTCTTCCTAACAAAATACTAAAGAGATCAATATCTACTGTTGCGTCTAAA CTGAAGTTACATTTGTGTGATTTCCAGTCACATTTTTTATAACCGAGAAATTCCTGAGGG ACAAAAGGCACAGTTCGAAACTCGGCAGATAATGGGCTTCCCCTCTACCTTGTTGAGATT TCCAGTTACCTATGACTTATTGTTACCATATAGTACCACCACTTAACAAATCGAATAAGA ATTTGCAGAACGAATTGAACCAGTTCAACGGATCAACATTAATTTCTCAAGAGCAACCAA CATGTTCCAGAATCGAAAGACATAACAAAAATTAAAATAAGCGTAATGAGGTGCACTTAA CGGTTGAACACCTGAAGTGTAGTGTCTTTCCTGCTCAAGACTTTTTCTACTTCACGAAAT ATAAGCCTGGAAATCTCTGCATGTCTATTTGGTCGATGGTGACCCCCATCTTCAAGGCAA GGAATTTGCCCTGTATTTATCCACTGCACCCAAGAGTAATATTCAGTAGAGATAGAAATG AATCAAGCAAGTCATCTAAAAATATACGAGACCTTTAGATAGACAGCTGCATACGTGAGA GCCTCCAAGCGATGTGAACTATCCATGTTTTCAACAACTAGTTCTCGAACAACCTCAAGC TAAAACCAGTAAAAAAAAAAGGAGACAGTTAATTATAAAGAGATGTAGACAATTCTGAAG TTAGAGCCTTTTCACGAAATGGAAAAGTAACAAACCACAAGAATTGCAATTAATAGAGAA TAACATCACTTCTCATGCTTTAGTGCTGGTGTTACCTCTCTTCAACCAGCTATTTTTTAA TCACACAATCTACCGTTGTTCCAAAGTATATTTAGTTATCTCCAACTGAGAAGAACTAAA ACTATCTTTAAATATAATCAAATTAGTAAAGTTAAAAGAATGAGAAAAGGGGAATATTTC AAATAGACGCCAATAGTTTTGCTATGACTTATGAGTTCACATACAGCCAACTCATTAGCA TTATGCTAGGAAGTTTTAGCTTTTAAAAGCTCATGCTTCCTCTGTCTCTCTGTTTGAGCC GCTGCTATTCCATACTGTATCTCTAATGAGAACCAGTAACAATAACCTAAATCTAACAGT AAATGATAGTTTTATCATCCTTATTGGTATCAATGAGAAACAACTTCGCCAAACCACACT AACAGGCACCACTATGTAACTATCTCAAGATATATCATTGTACTGGCATTAAAAAAACAT CTTAAATAAGGCAAAGGATAACAATAATCTAAATCTAATATGAAGTAACGGCTCTCCCAT CCTTATTGATATAGCTGAACAACAAATTCAAGCTTCATCTAAGCACAAGAAAATGCACTT TCACATAGCTATCTCAAGATATGTTTTGGCCTGTTAATCTGATGGATGAAAAGCAACTTG TAGTATAGTAGACCACCAAATGGAGAGCAATCAATTTCTCCATGGACTACTTAGCAACAA ATAAAACTGAAAGAAGAGAATATTGTAGTTCATCAGTCAATTTGCATAAGAACCAAGTGC TCGCTCTACAAAAAATATCTCTCAATCTCCTGGAAACATCTCTCTCCAACTTTCCTCTGT GGCCACACTTGATCTTACACAGAACGCAAGGAAAGTTATTCTCTTCCCTCTTTGCTCATT CCATCTCTTCCTTCATACCGTTTCTCCACTCATTAATCATCATGAGTGTTAGCAAATCTC TCTCTCTCTCTCTCTCTCTCTCTCTCTCTCTCTCTATATATATATATATATATATATATA TATATCCCCATAGCTAAAAGGAGACACACTTGGAGGACTTCACACACAAGTGATGAGTGA GCTTAAAAGAAGACACTCTTGCAATAGTGAGGATACCAACAATGCAGATTGATGAATTAT AGAAAATAAATTGCAGAGATGCCCTGTGATGCTATCTTGCACAGAAGTAATTCTTTTATG GCACAGTCAATTTCCAGAATGCAAACATGCCATCAAGACGAGATCTAATCTATCTTCTCA CCTTCCGCCACCAGTTTCGAGCATTCTTATCACCTTCAACAAGCTTTAGGGAAATTCCGG TGAGACCTGATGTGTCCCACTTCCTATTTTTATCAGAATCCAGCTGGTCGTTTGAACGTA CAAAAGATGCAGCCCTCCCTTGCCATTGCTCCACAAATGGACTTGTTACTACGTCAGGAA CAACTGCCTGGCTAGTAATTGTAGCTCCATTATCACTTGTCTCTTCTACTAACTTCTCTA CCTCAAATGGATCCAATGACAACAAATTCACAGGCTCATCTGTCACATTCCATTGACAGA CCAGTTCAAAACTTCCTCCTTCTGGTAGCTTCAAGATCCGATTACTGCCGTTTTCCCATA ACATATTCTTGTCCTTACCAACAATTACAAACTTATACTCAAGAATCTCGCCAGATCGTA CTTCCAGTTCACCAATCCATCCATTTTCTGTCCAATCCATCATTATATTTTTCTTCCAGG ACCCTAATTCTTTGGCCGATCCCAGAACTGCAATGTGCTCCCCATATTCAACTTGGTGAT CAAGCCGAAAACGTAGCTGAACCTTCTCACTAGATGATTTGTTCTTTCCTTTATTTTGGT TTTCCCTGCATCGAAGAAAATTTTAGTCAAGGAAAACCCACATATCTTAAATCTGTGAAA TAAAAGCAATGATTTTGCTGAACCACATAATACAATTGGTCTACAATAACATAATTTATT AATTTTTGTCATGTATAATTGGGGTAAAATAGAATAAGTAATGGCTTGAAAGTTGAAACA AGAACTGAAAACTACCAAGGTTGAGGCAGTAAAGCCAACACAGAAAACTTAACTCAGGAG ACAGTGGAACTTCACGGTTGCACCATCTGCTTGAGAAATAGTACCAAGGTCGGGCAGTAC CATAGCCCTAATATCACTGCATTTCCTATCTAATTCACAAAGGCAGTAAAACTCGTACTC TCTCCCAGATTAACTGCACTAGGCCTTCTTTAAGATCAAAATTACAAAATTTTGAACATC AAATACACTGAGTCTTCTGCAACTAAAGCTTAACTATTCAACATCATATCAATTTTAATT TAATAGGTGCCTCCATTTTTCTCTGAACAATTAAGTATTCCAGGTGAAAACTTTTAGCTT TAAAACCAATCTTAAAGACACCTTAAATGGACAGAGGAAGTAGAAGAAAACAGCATTCTC ATAGAATAAAACACACACAAAATATATATATATATATATATATATATATATATATATATA CCAAATTATAAACTTAGGTGAAAGTTTTGATCTTTAATACAAGTTAAGCTTAACTATTCA ATATCATATTAATTTCAATTTAATAGGTGACCACCATTCTTCTCCAAATTATAAGTATTC AAGGTGAAAACTTTGTACTTCATGACACCTGGACACAGAGAGCAGAAGAAAACACCATTC TCATAAAATAAGCTTAAGCACACTTATTATTTCCAAATTATAAAGAACTGAAAGTTTTGA TCTTTAATTCAAACTTAACACATTATAAGCTATCTCAGTAAAAACAAATTCAAAGAAACA AGAAAAAGGATACCTGGTTTCAACAGAAGACACCCCACAGACAATTCCTTTAACCCTACG ATCCATGAAAAAACCCAAATTCGTTGCAGGCAAAAGGGTCAAATTTCTCACACTTGTATG ACTTATCTGATGTACAACATTGAATTGCTTCAAAATCTTGATCTGGGGTTGTCTCTTTTT CACATTTAGAACTGAATAATAGTGTGACAGATGCATAGAATCCATATTAAAGCACATTAA CAGTGAAAACTATATACTGATTCTTGAAATTGACAGCAAACTTTGATTTTTAAGACAGAA AAGATTGGCTTTTAGAGGTAGAGTGGAATCAAGGAGAAGTATATTTACAAATACAAATTC CTAGGAGCGATCTAACAAAATTATTTATGAAAAAAAATATAAACTTGGGATGGAACAATC ATGGAATTGTAAAGAGTGTAGTAAAGAAGGACCCTCCATTTGTGGATAGGTGTCACATGT CAATTTTTAGATCTTTTAATTCGAATGAGTACAAGTTAAAAAAAAACATATCTAAATTAT TATTTTTTTGCGAATTTCATATTTTAAGTAGATATGATAATGATAAGTATAGATTTAAAT AGAACTCAAAGCAACAAAAAATAATAGTTTGTGTATCTCAAATATATTAATATATATAGC TTACTTCTCTTTTTAGTCAAATAATTTAAAATTTGAGTAACATACTATGGGTTGATAAAT TCATGATTAATAGGCTATAAGTTATATATTTACTTGAGTTAATATGCACTATTGTAGCTC AAGAGAAAAGAAGATAATTTTAGCATTGAGAATTATTGCATGTAATGTTTGGTCCATTTT AAATTCTTTCAATTGGAAGCTCTTGGATGGCATTTTGCAAAATCCCATCCTTTGCAAGCA ATTGTGTCTCCTTTTTTTAATGTATTCGCGATTCAAAAATCAAATTCAAAATTTAAATTT TAAAAATTTAATTCTATTTTGTTAAAATGACTTAAACTTTAAATTCAGAGGTTTGAATGG TAACAATTGAACTGAAGTTGCAACTTAAATATGAAATCTCCAGTTTTAGGCTAAATTTTA AATAATATAATTGTGACTATTATCTTAAATAGGGATCCGTATACACTTCTCCTGAATCCT AGGCTCTTAAGCCCAATCCAATATCCTTAACAGAGACTATTTAGTTGTGGACTTGGCCCA TTTATCTGGTTATTACATGTTCTATTTAAATTAATATTTGATATACATATTGAAATTTGA CTAAATTCAAAACCGTCAATTACATGATGAGTTTATCCCCTTCTCCTTTTACGGCCACCA CTATTTTTTTATTATACATGATATTCAATGTTTACGTCAAATCAACAAATATTCTAATAT CAAATCAATAATAATACCAATATATATTACATAGATATACTCAACTAAGGGTGGTTTATT AGATAAATAAACAAAAAGATGAATCCAATACAAGTATTATAAAATATTAAACGAATCATT TTCCATGACTCATATATATCGTGAATATCATTTTCATGGTTAATATAAATTATATTAAAT TTTTGCACTTCAACCATGTTGTTGACGTGAGAATAGAATCTCAATAATTTAATTTTCTAT GTACAAACTAAAACTTTATACATCGAGTTATCAATTATAAAAGTAAACAGACACATAAAT AAATATATGATCTATCTAAATACTTTTTAAATTGATCAAACAGTTATTTCATATAAATAA TATATTCTACATATCTAAACACTTTGATTGATAATATTTCATACACACACATATCACGTT ATTCTTTAAATAATATTGCTTAAGGTCTATAAATATTTAATTTTAATATAAATATCGAAT ACATATAAATACTTATTGACTCGATAACATCAAAGAGAAAATGGGAATAACTATCAAAGG ATGAGCTTTACCTAAAGGTGATACCAAATTTCTCCTCCATGTCTAAATCTTTTGGTACAA TGTTTGCCTCAAGCTTCCAATTGAAGGATTTTAAGAGTGACCCTAATATTACTGGAACAA TTCTCAATGCTAGTGGAAATTCAGGGCATATTCTTAGACCAGCACCAAATGGGACTATAT TTAACTAAATAAAAGTTATATAATATTTTAGGGATATTTTTTTATTGAGTAAATCGAAAA TCAAATTGATAACTATCAAAAACTGATAAATCAAAAATCGATAAATAATATCTTATTGAT TTGTTATTGGGTTAGCTTATTTAAAAATTGAAAATTGATAAATCAAAACGATAATACATA AATCGAACCGAACCGATGCACCCCTAAAACTTCATAAATCATATGTTCTATTTTATTTAT TTTTCGTTTTGATGAACAATGGGATTGAAGTAACAATTAATATTGTTCTTGAAAAAGAAA TCCTCAAATGGATTTTATTATATCAAAGAATAAGTCCAATCAAAGATCTTAAATTTTAAT TATCTTTTAAATAAATTCATTTGTAATTAATTTGTTTAATCCTTTTTGATATACAATATT TTAGATTTATCAATATTTCTAATAAAATTTTTCTCTTTTTTGAAAATTTTATATTTTCTA AAAGTAATTATTACTTAAAAAAAAAAAAAAGAAGAGGTCCCCCAAGTTAGGTGGCCTAAG GCTAGTGCCATTTTTCTAGGCTAGTAGAGCCACCCCTGGACCTCGTTATATCAAAGAATA GAAGAAGACATATGGAGTAATATTTTATTTTCAATAATTAATATGTAATTATAGATGTAT CCTATTATTATTATTATTATTGTTATTGTTGTTGTTGTTATTATTAAAATACAGACATAT ATAAGGGAAAACTTAGCAAATATTAGAAAATGGTGAATGACGAAATTTAAAGATTATACC CTAAATAAGACCTTTTTGCTAATATTCAATTGGACATAATTAATGAAATATTTTTCTGCT TTTAAATTAGACTATTTTATGTTTTTCTCTCCAAAGATAGGGCTAATTGATATCCATATA TAGTTCTAAACATTTATTAACATATATTTAGCCAAGATTAGTTAAAATCTAAAAAGTTTG GCATTATATAGAAAAAAATCTAATAAGTTTGGCATTATATATAGCAAAAATTCATTGTGT CCACAAACACATCTTATATAGGCACATGCCCATTTATTTATTTAAAAACTAAAATGTACA TGACATATGACTTGTATTATAACTGACAATGACAAAATGTGTGTATCAATTTTTGCTTGG ATTTTTCTTTATATCATTATAGCAAAGATATGCAGAAGGGGAAGCAAAAAACTTCCATCA TGGCCAATATTATGGGAAATCTTCACTTTGTAGGTCAAATTGCTTTCAAAACAATAACTT GATTGTAAAATCATGACCAATTCATATATGAAATAATATGTTAATTGAGAAATAATAATG GAAATATTAAAAAAGTGAAATAGAGAGGGTGAGTAGTAGTTCTCCAATTTTGAAGAACTA CCATTCACCTCTCGATAAATTGAATATAGAGAAGGGTTGGAGAGGGCATACTCTATTTAC TCTCCAAATATAGAAAATGAAGAGTAAAATAGAGGTGGTCGGAGATGGTTTAACAGATAT TGAATTGTGGATATGGCCCACTTATATCTAATACGGAATATATTTTCAGCATACCATTGA CATTACAATTCATATTTTATATTTTCTCTTAAAATATCAAGTTAAATGACGAAGTTATAA TCGACCATATCTTCATAGATCTTACCGCTAATAATAGAAAAAATAATTAAGAAAAACATA TCGTATTATTATGTGATATTTTAAATTTATTATGGATATTTTATCATATTATTATTTTTA GGTAGAGATTTTTTTTTAATATGCTACAAATATTTATGATGAGGAAACTATTAGTATTGC ACAACATGAATCTCCTCTTTTGATCTTCATAATCTTTTATATTTATTCTCTTTTTGCCTA AAGCAAATAACATTCATGAGAAACATATATAGGCAATATACATATATATGATTATTTAGA TTAAAATACTTGCTTCAGCGTAAATATCAAATACATATAAATATTTATCGACTAGGCAAT GCAACATCGATCAAAGAGGAGAGGGGATAGCTCGCAAAGGATGAGCTTTGGCTAAGGTAA TACCAAACTTCTCCTCCATGTCTAATTCTTGTGGCTCAATACCTGCATCAAGTTTCCAAT TGAATGAATTCAACAGTGAGCCCAACATTACTGGAATCATCCTCAATGCTAGTGGCAACC CAGGGCATATTCTTCGTCCAGCACCAAATGGAATCAACTCAAAATCTTGTCCTCGCATGT CCAGATCCAAATTCAAAAATCTCTCAGGTTTAAACTCTAAAGGATCCTTCCAAAAAGTAA AATCTCGACCAATCGCCCACACATTAACTAGTACCTGGACTCAAATTACATGAGTTAGTT TATGTTTGGATTGGTTAAAAGAGCTCAATAAGATTCAGTACTAAACAACAGGTCAAACCT AATCCATCCAACTCTAACCAAATTTTAATTTATTTTATTTTTTTAAAAAATAATTATAAA TTTTCTTTTGGGTCCTCTTTAGTACACTATTCATATTATTTTCGTCAAATAACTTTATTT ACCACACATACATACCTGTGAGCCCTTTGGGATGATGTAGTCACACAATTCAACATCTTG GTCTACTTTGCGCGGAACTAAGAGCGGAACCGGTGGATGCAATCTTAATGTTTCTTTGAT AATGCATTGCAAGTAAGGGAGTCGAAAAACATCAGCTTCTTCTATTAATTTTCCTTTCCC AATGATTTCAGCAAGTTCAACTTGAGCTTTTTTTATTATCTCAGGTTGTTTAAGCAATTC TGCCATTGCCCATTCCAATGTGCTTGTGGTTGTATCAGTACCCGCACCAAATAGGTCCTA TAACATTAATTTGTACATCAAAATAAATAACCATATATTGCAATAATAATAAAAAAAATT CATAAATTATAATAATATAACATAAGCTCATGATAAATAATACGAACCATGAACATGGAC TTGATGTGATTATGATCAATCTCTTGAGGATTTTTTTCAGTAATATTGAGAAATATTTCA AGAACATCGCTCTTTTCCATGAATCCTGGTCTTTTCTTTTCCTCCAATCGTTCGTTGATC AAATCATCAAAAAGTTTAAACAACTTACCAAAATGAATGATAGCGCGACGTCTTATTCCT TGAAGATCAATTTTTTCAAGTATGGGGAAAAAATCTACTAAATTAGGCTTCCCTACCTCA GCCATGATACCCCATATAACTTCCTTCAACTCTACCTTTGAATCTGAAAAAGGATCAGCC AAATCCTTGGAGAAAAGTGTGTTTGACAACAAATTAAGACTAGTCTTGAAAACAACTTGA CCTATATCCAAAGCTTCACCTTGTTGACTACATTTGTCACAATAATCAATCAATTGTTTC ACCTTTTGAGACCTTAGATGTTGATTTGCATCAAGCTTATTGGAAGATAAGAGGTTAGTG TTCAATATTCTTCGAAGCGTTCGCCATTGAGGACAAACAGGAAGCCATGCCACAGAAAAT TTGTAATGGTTGTGCGCTTGAAGAGCATTAGGAGCAAATCTAGATGAAAAGGCTTGATCT TGAGTTTTAAGGACTTGTTTTGCAATGGTTGATGAGGAAATGACTATTGTTGTTATTTGA CCTAACTTTAAACTCATAATTGGACCATAATTTTTTGCAAGATTGGCTAGTGATATATGA GGTTTTGCACCTAACAACTGAAGGTTTCCAATAATTGGCCATGGTGATGGACCTGGTGGA AGTTTTTTGCTTCCTTTGCTACATATTTTTGCTATGATATTAGCCAACACTAAAATTGAC ACAAACACAAGTGTATAGTAATCCATAGGCCTCTCTCTCTTGCTTCAACTTTGAAAGCTG ACAAGATAAATGATAATAATAATAAAGGATACAAGATACATATGTGTCACTAAATATCAT AACATCAATCATGTACTAGTTAATATAATAACCACCACTAGTGTTACTAATTAAATAACA TTATTTTATATATACATATATATTATATTCTATTCGTTAAAATAGACGTATCAAATAAAT ATTTTTTTAAAATTATTTTAATTTTTCGCTACTAAAATTACTAACTATAGTGATTTTTTA ATAGGAAAACTTGATAAATCATATGTTACTATTTTTATTTTATTTTTTCGTTTTAATGAA CAGTGGGATTTGAAGGAATAATTACTATTGTTTTTGAAAAAGAAATTCTCAAATGGATTT TATTATATCAAAAATAGGTCCAATAAAAATTAAAAAAAAAAAAGTGGAATAGAAATGAAA TAGAAGGGTAGGCCAGCCCTATACACAAAAGTCCATCACTCATCACTCTTTATCACAGAC GGTACGACTAATTGACCCAGTGGCGGCTAAAATATAAATTTAAAGGAAGGTTAATTATTT TTAAAATAGTTTTATTTATAATTATTAGTTTAATCCTTTTTGATATAGAATATATATTTC AGATTTATCAAAATTTCTAATAAACTTTTTCTCTTTTATGAAATTTTATATTTTCTAAAT AATATTCAATTTTTTTAAAAGAAATATTTATAATCTATTATTTATTTATATTTTTTAGAA AAATAAAAAACAAGAGGTCCCCCAAATTAGGTGGAGGCTACTGACATTTTTCTAGATAGT TTAATGGGATTGAGCTGTCATAATATATCAAGGAATAGAAGAAGACATATTATTATTATT ATTATTATTATTATTGTTATTATTATTATTATATGAGAAAATTAGCAAATATTAAAAAAT GGTGAATGGCGAAATTTAAAGATTACCCAAAATAGACCTCTTTGCTAGCTAATATTCAGT TGGACATAAATAATGAATTATTTTCTAGGTCTCTATTTAGTTCTTCATTTTAAAAGTGAC ACACATATTAAGCACTAATTAATATCATAGATTAGTTACAATTTTATTCTTAATTTAAAA AATTATGCAATTCCCCTAATATAATAAATATATTTTCTGGTTTCAAAAAACATGCATTAC AACTAAGTAGTACTAGAAATTTTCTAGAATTAAATAGGAACATATTAGAAAAGAAAATTA TTTTCCTTTCTTGATTTATTGAAATGAACAAATAAATAGGAATCGATATAAAAAAATATG AACAAATAAATAGGGACAGAAGAAATATTTTTCTACTTTTAAAATAGACTGTTTTATGTT TTTCTCTTCAAAGAAAGGGCTATTGATATCCATATATATTTCTAAGAATTATTGGCATAT ATTTAGCCAAGATTAGTTAAAATCTAAAAAGTTTGGAAATATATAGAAAAAAATCTAAAA AGTTTGGCATTATATATATAGCAAAAATTTATTATATATAGCAAAAATTCATTGTGTCCA CAAACACTATCTTATATAGGCACATGCCTATTTGTTTTATGTAAAAACTAAAATGTACAT GACATATGACTTGTATTATAACTGAAAAAATGTGTGTATCAATTTTTTCTTTGATTTTTC TTTGTATTATTATAGCAAAAATAAGCAGAAGAGCAAGCAAAAAACCTTTCACCATGGCCA ATATTATGGGAAATCTTCACTTTTGTAGGTCAAATTGCTTTCAAAACAATAACTTGATTG TAAAATCATGACCACTTCATATATGTATATTTAGTATAAGGTGTATATATTATCTATATA CTAGATAGGTTAAAGGGATTGAGGTGTAATTATTTATTTTAGTACCATATTAAACTAGTT TTTTTTTTTTTAATTATTATGATTTTGACAAGAAGGCGTTCATGAATGATTTATATTTGG GAATTAGAACAAATATACTCCCGCACTATTGTAAATGATATGCAAATATCCTTCGTCATA CTTTTGGGATATTAGTGCCCCTGTCGTCTAAAAACTAGAGCATATATACCCTTTATACTA ACGGACATACACGTGTCATAATTTTATCCATTGATCTGACATTTATCGACGGATAAGATT GTGCCGCGTGTCCCTATTTAGTCTTCCGTTAGAGTGAAGTGCATATATGTTCTAATTTTT GGATGGCAGAGACATCAATGTCCCAAACGTATGGCGCAAGGTATCTGTGAACCATTTACT ATAGTTCAGGGGTATATTTATCCTTTTTTCCTTTATATTTTCATAGATTAATTTGTCAAT GATATTGGTATAACAGTTTATAATTTTTTTAAAAAAAATTTAAGGTAGATATGAATTATA TGATTTTTTTTGTGTGTGTTATTATCAACGTGAATTGCTATACTGTTGATATTATGACCC CCTTTTTTGAATTCAAAGGTAGAGTTGATTGCGATTTTGACATCCCAACCCATCATTTTG ACTTTATAAAAGGGAGTTGATTTTTACTAATCACATAAATTTGATAGAAGAAAATTATGA AAAATGTTCAAAATTATGAAAAATGTTCAAAATTAAATATGAAATGTATTAAAGAAATCA ATGTATCTGAACTCGTAAAGTTAAATATTAAAAATAAATGTTGTGGGAAAGAAAGTCGAT AATGTAAGATTAGTGATTTTTTAATTTGAGATGTGATCGTTTTTTCCCTTGTTTTTTTTG TTATGATACCTTTCTAAATTATAATTTTTTGAATGATTTCTCTACATTTAATTGAACTTG AGATATGAACACTATTTTTTCTTTTTACTTTGTTCACTTCTTAAAATATAGTTTTAGAAT GATATCTTAATATTTATGCTTCATAAGATTCACATTTTTCATCTTTTTGAATAAATTTCT TAAAAATATTTTTAGTATGATATCTCAACATTCATGCTTCATAAAATTCACGTTTTTTAT CTTTTAAAATAAAATAAGATTTAAAAGACAAAGAAGGAAATAAGAAAAAATAGAATAAAA CGAAGAAGAAAAGGGTAAAATATATCAATATTTTGTGACAATTGTTACTTTATGTTGTCA ATAAGGTATATACTCTTTAATTCAAGTTACTTATTTTTCAAAATCAATATTTTTTAGTTC CAACTTCTTCTTTGTTAACTTCATTGCTATCTATTTTTTAATTTTTCCTCTATTAACCAA CCTAAAGAATTGTCAATCAAGATCACTAAGAAATAGATAAAATTTTGAAATTAGAAGACA AAAGAAGGTAAGAAAGAAATATATTTGAAATTAAAGAGAACAAAGGATAGAATTAACTAC CCAAAAAAGATTGAATAGATACAAATTTCCAATTTTTCTAGTTTTACTTGGCTTATATAC AAATATATTAAAGAGTATATTTCAGTATACAATAAATTCCTAAGAATGACAAGTTATACT GATTAAGAGAATTAAGAATATGAGTTTGAATTTATTTGTAACGTAATTGAAATAATGAAA AGACAATCAAAATTAAAGTTATTAAGATAATTATTTTTACAATAAGTTTCAATAAAAAGC AAAAACAAAAACGAAATATGTCAAAATAAAGAGAGACAAACAGGATAAATTTTGTTGAAA AAAACTTGACAAGTGAAGATGGCCATGGTGGAAGTTTTTTGTCTTCTTTGCTACATATTT TTGCTAGAATATAAAGAAAAAAATCAATGAAAAAATGGATCCAAACACCACAAGTGTATA GTAATCCATTAGATGCTATATATTTGCAAATACAAAGTGTAGGGGAGGAAATATTGATAA TTATTGTACTTTATATAGTAATCTTTTCCCTTTGAAATTACTTAAACTTCAAAAAAATGA ATAAATTTGAAGTTTGAAATATTTTTATATTTATTGCCTACATTTTTGTTTCTTAAGAAA ATAATAAAACTTTAATTGGAAATTGGTGATCTCAAATTTTTGACCATCAAAGAGGAGATG GGATAGCCCGCAAAGGATGAGCTTTGACTAAAGCCAAACCAAATTTCTCCTCCATGTCTA GGTCTTCTGGTCTAATGCCTGCCTCGAGTTTCCAATTGAAGGAATTCAAGAGTGAGCCCA ACATGACTGGAATCATTCGCAATGCAAGTGGCAAGGCAGGGCACATTCTTCTACCCGCAC CAAATGGGATCAGTTCAAAATCTTGTCCTCGCACGTCTAAATTTGAATGCCAAAACCTCT CAGGTTTAAACACTAAGGGATCCTCCCAAAAAGTAGAATCTCTATTAATTTCCCACACAT TGACTAGTACCTATTAAAAAAGTGTCAAATAGGCATTCTTGTCTATGTTTTGGACAAGTC ATATATTTAATGAAGTTATAACTACTATATGGAAATTACATAAATTGAGATAACTTATGT TCTACCATATATATACCTGTGAGCCCTTTGGAACGATGTAACCACACAATTCAACGTCTT GCTCCACTTTGTGTGGTAGTAAGAATGGAGCAGATGGATGTAATCTTAATGTTTCTTTAA CTGTGCACTGCAAGTATGGAAGTCGAGAAATATCATCTTCTTCTATTGATTTTCCTTTTC CAATAATTTCTTCAAGTTCAATCTGAACTTTCTTCATAATCTCAGGATGTTTAAGTATTT CTGCCATTATCCATTCCATTGTGCTTGTGGTTGTATCAGTACCCGCCAAAAATAGGTCCT ATAAAATCAATTTGTACATCAAACTCTAGACTACCAATAATATAAAGAAATAAATTGTTC CCTCCGTTTTCTTTTTTTAGAGTCAAACGCTAAGAACTTTGCCTATTATTTTTACAATGT TCTTTTTTTCATCATAGGTATACTACTTTTCGTATAGTTTTTGAATATCTAAATTTTTTA TTTAAAATATCGAATTAATGTAATCTAATTTGACTTTTTAAAAATTGCAACATGACCACA GACGAGAAGCTTTTACGTATTACGGAAAAGCAACTCAACCAAATCGTTGAGGAATGAAAT GCCCTAGCCGAAATTTGGAAAAAAGCTACTTTCTTCTGTATGGTGTTGCCGGTGTCGCCC AAGACCAAAAAGACAACATATATCTCATCCTTGAAATGAGATGAGCTTGATCTTAGCGAA TACCTCAAAACGGTCCACTTCATCACAATAAGATTTGTAAATGCTAATTAAGGATGGAGT CCATAAATGAAGAGGGTTAATTGATGATATATATATATATATATATAGCTTATAACTCAT TAATTAATGAGAAAAGAGCACAAACCAAAAATACGGATTTGATGTGATTATGATTGATTT CTTGAGGATTTTCTTCACAAATACTGAGAAACACTTCCAAAACATCACTTCTTTCACTAT GAAACCTTCTCTTTTCCTCCAATCGTTCGTTGATCAAACCATCAAA GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_1 match_part 1.000 1146 1369 match_part 1.000 1774 1823 match_part 1.000 2058 2125 match_part 1.000 2522 2584 match_part 1.000 2777 2880 match_part 0.956 3415 3688 match_2 match_part 0.963 1797 1823 match_part 1.000 2058 2125 match_part 0.984 2522 2584 match_part 0.981 2777 2880 match_part 0.956 3415 3843 match_3 match_part 0.963 1797 1823 match_part 1.000 2058 2125 match_part 0.984 2522 2584 match_part 0.981 2777 2880 match_part 0.945 3415 3742 match_4 match_part 0.998 13817 14228 match_part 1.000 15599 15618 match_5 match_part 0.998 13826 14228 match_part 1.000 15599 15948 match_6 match_part 0.998 13827 14228 match_part 0.992 15599 16743 match_7 match_part 1.000 13844 14228 match_part 0.995 15599 15807 match_8 match_part 1.000 13844 14228 match_part 0.995 15599 15804 match_9 match_part 0.990 13844 14141 match_10 match_part 0.992 13846 14228 match_part 0.996 15599 16072 match_11 match_part 1.000 13852 14228 match_part 0.979 15599 15693 match_12 match_part 0.914 13856 14228 match_part 0.939 15599 15763 match_13 match_part 0.949 13857 14228 match_part 0.945 15599 15945 match_14 match_part 0.949 13857 14228 match_part 0.963 15599 15924 match_15 match_part 0.975 13873 14228 match_part 0.940 15599 16029 match_16 match_part 0.975 13873 14228 match_part 0.973 15599 15970 match_17 match_part 0.983 13873 14160 match_18 match_part 0.991 13903 14228 match_part 0.975 15599 15913 match_19 match_part 0.991 13904 14228 match_part 0.993 15599 16800 match_part 0.571 16870 16883 match_20 match_part 0.995 14041 14228 match_part 0.970 15599 16037 match_21 match_part 1.000 14154 14228 match_part 0.967 15599 15867 match_22 match_part 0.997 15818 16519 match_23 match_part 1.000 15837 16356 match_24 match_part 0.966 15848 16527 match_25 match_part 0.992 15894 16799 match_26 match_part 0.960 15974 16522 match_27 match_part 1.000 16032 16797 match_28 match_part 0.960 16045 16787 match_29 match_part 0.992 16123 16838 match_30 match_part 1.000 16136 16577 match_31 match_part 0.978 16157 16801 match_32 match_part 0.930 16190 16804 match_33 match_part 0.958 16190 16714 match_34 match_part 0.916 16249 16748 match_part 0.488 17442 17484 match_35 match_part 0.995 16329 16736 match_part 0.500 16870 16889 match_36 match_part 0.993 16329 16736 match_part 0.474 16870 16888 match_37 match_part 0.960 16386 16809 match_38 match_part 0.988 16386 16789 match_39 match_part 0.953 16398 16777 match_40 match_part 0.943 16398 16555 match_41 match_part 0.907 41647 42055 match_42 match_part 0.928 41688 41922 match_part 0.948 42034 42207 match_part 0.974 47167 47393 match_43 match_part 0.934 41689 42207 match_part 0.975 47176 47374 match_44 match_part 0.925 41689 42207 match_45 match_part 0.934 41691 42207 match_part 0.989 47176 47263 match_46 match_part 0.929 41696 42191 match_47 match_part 1.000 41697 42104 match_48 match_part 0.923 41728 41922 match_part 0.937 42034 42207 match_part 0.967 47167 47286 match_49 match_part 0.943 41773 42207 match_part 0.879 47167 47463 match_50 match_part 1.000 41792 42207 match_part 1.000 47176 47311 match_51 match_part 0.944 41800 42207 match_part 0.971 47176 47489 match_52 match_part 0.878 41963 42207 match_part 0.965 47176 47489 match_part 0.976 48142 48225 match_53 match_part 1.000 42142 42207 match_part 1.000 47176 47489 match_part 0.977 47829 48131 match_54 match_part 1.000 47186 47489 match_part 1.000 48142 48279 match_part 1.000 48625 48690 match_part 1.000 48821 48889 match_part 1.000 49220 49311 match_55 match_part 1.000 47186 47489 match_part 0.980 48142 48190 match_56 match_part 1.000 47220 47489 match_part 0.986 48142 48279 match_part 1.000 48625 48690 match_part 1.000 48821 48853 match_57 match_part 1.000 47460 47489 match_part 0.986 48142 48279 match_part 1.000 48625 48690 match_part 1.000 48821 48889 match_part 1.000 49220 49575 match_part 0.650 50412 50431 match_58 match_part 0.978 48142 48279 match_part 0.985 48625 48690 match_part 0.971 48821 48889 match_part 0.953 49220 49600 match_59 match_part 1.000 48221 48279 match_part 0.985 48625 48690 match_part 0.971 48821 48889 match_part 0.942 49220 49496 match_60 match_part 0.833 48625 48690 match_part 0.971 48821 48889 match_part 0.961 49220 49576 match_61 match_part 1.000 48664 48690 match_part 1.000 48821 48889 match_part 1.000 49220 49548 match_62 match_part 0.974 48851 48889 match_part 0.951 49220 49504 match_part 0.619 50412 50432 match_part 0.500 50528 50535 match_63 match_part 0.996 50183 50461 match_part 1.000 50714 50966 match_64 match_part 0.948 50202 50450 match_part 0.515 50528 50560 match_part 0.977 50714 51067 match_65 match_part 1.000 51467 52260 match_66 match_part 0.989 51468 51844 match_67 match_part 0.998 52373 52877 match_68 match_part 1.000 52875 53485 match_69 match_part 1.000 52875 53306 match_70 match_part 0.997 52875 53175 match_71 match_part 0.967 52916 53365 match_72 match_part 0.998 53819 54379 match_73 match_part 1.000 53989 54558 match_part 1.000 54637 54669 match_part 1.000 54765 54803 match_74 match_part 1.000 53989 54501 match_75 match_part 1.000 54066 54558 match_part 1.000 54637 54669 match_part 0.996 54765 55036 match_76 match_part 1.000 54095 54558 match_part 1.000 54637 54669 match_part 1.000 54765 54781 match_77 match_part 1.000 54224 54558 match_part 1.000 54637 54669 match_part 0.979 54765 55002 match_part 0.733 55146 55160 match_78 match_part 0.997 54241 54558 match_part 0.985 54637 55032 match_79 match_part 0.981 54405 54558 match_part 1.000 54637 54669 match_part 0.978 54765 55032 match_80 match_part 0.972 54675 55032 match_81 match_part 0.962 58805 58961 match_82 match_part 1.000 60240 60763 match_83 match_part 0.998 60643 61199 match_84 match_part 1.000 61061 61437 match_85 match_part 1.000 73866 74118 match_part 0.967 74266 74388 match_86 match_part 1.000 73867 74118 match_part 0.997 74266 74556 match_87 match_part 0.984 73867 74118 match_part 0.975 74266 74463 match_88 match_part 1.000 74055 74573 match_part 1.000 75374 75612 match_part 1.000 76169 76272 match_89 match_part 0.954 74115 74573 match_part 0.979 75374 75612 match_part 0.982 76169 76281 match_90 match_part 1.000 74466 74573 match_part 1.000 75374 75577 match_91 match_part 0.993 75469 75612 match_part 1.000 76169 76367 match_part 1.000 76563 76640 match_part 1.000 76723 76906 match_part 1.000 77756 77922 match_part 1.000 78098 78106 match_92 match_part 0.965 76169 76367 match_part 0.987 76563 76640 match_part 0.972 76723 76758 match_93 match_part 1.000 76877 76906 match_part 1.000 77756 77922 match_part 1.000 78098 78284 match_94 match_part 1.000 77756 77922 match_part 1.000 78098 78504 match_95 match_part 1.000 77775 78364 match_96 match_part 1.000 77829 77922 match_part 0.993 78098 78796 match_97 match_part 0.912 78811 79037 match_98 match_part 0.941 91950 92558 match_99 match_part 1.000 108599 109047 GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_100 match_part 0.938 4139 3483 match_101 match_part 0.947 4214 3572 match_102 match_part 0.981 8548 8387 match_part 0.958 5787 5287 match_103 match_part 0.979 8573 8387 match_part 0.960 5787 5294 match_104 match_part 1.000 8757 8387 match_part 1.000 5787 5317 match_105 match_part 1.000 8770 8387 match_part 1.000 5787 5500 match_106 match_part 1.000 8761 8387 match_part 0.983 5787 5502 match_107 match_part 0.967 8805 8387 match_part 0.973 5787 5569 match_108 match_part 0.967 8805 8387 match_part 0.939 5787 5623 match_109 match_part 1.000 8801 8387 match_part 1.000 5787 5665 match_110 match_part 1.000 8802 8387 match_part 1.000 5787 5709 match_111 match_part 1.000 8761 8387 match_part 1.000 5787 5728 match_112 match_part 0.994 8802 8465 match_113 match_part 0.980 8806 8513 match_114 match_part 0.989 8774 8587 match_115 match_part 0.968 10284 9971 match_116 match_part 1.000 12043 11924 match_part 1.000 11729 11680 match_part 1.000 11589 11522 match_part 1.000 11337 11275 match_part 1.000 11069 10966 match_part 0.987 10656 9972 match_117 match_part 0.978 12057 11924 match_part 0.980 11729 11680 match_part 1.000 11589 11522 match_part 1.000 11337 11275 match_part 1.000 11069 11053 match_118 match_part 0.930 16823 16195 match_119 match_part 0.538 17149 17124 match_part 0.993 16823 16274 match_120 match_part 0.962 20161 20005 match_part 0.943 17409 16952 match_121 match_part 0.931 20106 20005 match_part 0.945 17409 16952 match_122 match_part 0.954 20244 20005 match_part 0.925 17409 17036 match_123 match_part 0.950 20243 20005 match_part 0.934 17409 17046 match_124 match_part 0.943 17409 17062 match_125 match_part 0.960 20079 20005 match_part 0.974 17409 17065 match_126 match_part 0.940 20237 20005 match_part 0.932 17409 17072 match_127 match_part 0.993 20155 20005 match_part 1.000 17409 17121 match_128 match_part 0.994 21472 20834 match_129 match_part 1.000 22441 21778 match_130 match_part 1.000 22440 21942 match_131 match_part 0.924 22651 22351 match_132 match_part 0.880 25727 25703 match_part 0.951 23471 23329 match_part 0.950 23231 22677 match_133 match_part 0.880 25727 25703 match_part 0.951 23471 23329 match_part 0.947 23231 22724 match_134 match_part 0.902 24164 23901 match_135 match_part 0.988 28570 28331 match_part 0.981 28138 27826 match_136 match_part 1.000 29334 29144 match_part 1.000 28734 28331 match_part 0.952 28138 27828 match_137 match_part 1.000 29347 29144 match_part 0.998 28734 28331 match_part 0.990 28138 27832 match_138 match_part 1.000 28712 28331 match_part 1.000 28138 27839 match_139 match_part 1.000 28523 28331 match_part 0.997 28138 27848 match_140 match_part 0.990 29334 29144 match_part 1.000 28734 28331 match_part 1.000 28138 27899 match_141 match_part 0.990 29348 29144 match_part 0.990 28734 28331 match_part 0.991 28138 27910 match_142 match_part 0.984 29333 29144 match_part 0.995 28734 28331 match_part 0.973 28138 28026 match_143 match_part 0.956 64167 64031 match_part 0.981 63961 63859 match_part 0.976 63050 62758 match_144 match_part 1.000 68464 68450 match_part 0.990 67048 66371 match_145 match_part 0.960 68623 68450 match_part 0.909 67048 66403 match_146 match_part 1.000 68617 68450 match_part 0.991 67048 66486 match_147 match_part 0.800 70841 70817 match_part 0.741 70748 70695 match_part 0.953 69341 68614 match_148 match_part 1.000 69355 68672 match_149 match_part 0.995 69355 68752 match_150 match_part 1.000 69355 68826 match_151 match_part 0.808 70842 70817 match_part 0.741 70748 70695 match_part 0.958 69345 69155 match_152 match_part 0.912 92277 91914 match_153 match_part 0.948 93140 92409 match_154 match_part 1.000 93459 93359 match_part 1.000 93002 92547 match_155 match_part 1.000 93454 93359 match_part 1.000 93002 92612 match_156 match_part 1.000 93454 93359 match_part 1.000 93002 92612 match_157 match_part 1.000 96368 96220 match_part 1.000 96131 96013 match_part 1.000 95444 95374 match_part 1.000 95239 95122 match_part 1.000 94731 94645 match_part 1.000 94536 94450 match_part 1.000 93969 93893 match_part 0.976 93792 93751 match_158 match_part 0.966 96915 96887 match_part 0.981 96797 96745 match_part 0.957 96428 96220 match_part 0.989 96131 96041 match_159 match_part 0.839 101672 101642 match_part 0.989 100259 100173 match_part 1.000 100103 99972 match_part 1.000 99129 99004 match_part 0.994 98892 98714 match_part 1.000 98016 97932 match_part 0.992 97054 96927 match_160 match_part 1.000 100218 100173 match_part 1.000 100103 99972 match_part 1.000 99129 99004 match_part 1.000 98892 98714 match_part 1.000 98016 97932 match_part 1.000 97054 96960 match_161 match_part 0.990 101842 101642 match_part 1.000 100259 100173 match_part 1.000 100103 99972 match_part 1.000 99129 99004 match_part 1.000 98892 98714 match_part 1.000 98016 97932 match_part 1.000 97054 97020 match_162 match_part 0.971 101778 101642 match_part 0.989 100259 100173 match_part 0.981 100103 99996 match_163 match_part 1.000 108252 108228 match_part 0.996 108117 107836 match_part 0.981 107614 107194 match_164 match_part 0.976 108040 107836 match_part 0.981 107614 107194 match_165 match_part 0.980 107555 107202 match_166 match_part 0.989 107555 107202 match_167 match_part 0.922 108039 107836 match_part 0.921 107614 107234 match_168 match_part 1.000 108893 108239 match_169 match_part 1.000 108849 108273 match_170 match_part 0.938 108871 108338 match_171 match_part 1.000 108994 108389 match_172 match_part 0.940 108997 108394 match_173 match_part 0.998 109046 108426 match_174 match_part 0.959 108997 108456 match_175 match_part 1.000 108891 108456 match_176 match_part 1.000 109048 108475 match_177 match_part 0.954 109046 108480 match_178 match_part 1.000 109048 108519 match_179 match_part 0.983 109048 108526 match_180 match_part 0.996 109073 108527 match_181 match_part 0.903 108866 108538 match_182 match_part 0.995 109103 108551 match_183 match_part 1.000 109047 108599 match_184 match_part 0.940 109069 108604 match_185 match_part 0.944 109069 108641 match_186 match_part 0.997 109108 108711 match_187 match_part 0.982 113400 113118 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C09HBa0109D11.1 type gene exon 1146 1369 exon 1774 1823 exon 2058 2125 exon 2522 2584 exon 2777 2880 exon 3415 3843 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C09HBa0109D11.1 type gene exon 4214 3483 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C09HBa0109D11.1 type gene exon 8806 8387 exon 5787 5287 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C09HBa0109D11.1 type gene exon 12057 11924 exon 11729 11680 exon 11589 11522 exon 11337 11275 exon 11069 10966 exon 10656 9971 gene_5 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C09HBa0109D11.1 type gene exon 13817 14228 exon 15599 16838 gene_6 gene GT_PGL_5_AGS_2 transcript source GenomeThreader seq_id C09HBa0109D11.1 type gene exon 13817 14228 exon 15599 16800 exon 16870 16883 gene_7 gene GT_PGL_5_AGS_3 transcript source GenomeThreader seq_id C09HBa0109D11.1 type gene exon 13817 14228 exon 15599 16736 exon 16870 16889 gene_8 gene GT_PGL_5_AGS_4 transcript source GenomeThreader seq_id C09HBa0109D11.1 type gene exon 13817 14228 exon 15599 16748 exon 17442 17484 gene_9 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C09HBa0109D11.1 type gene exon 20244 20005 exon 17409 16952 gene_10 gene GT_PGL_6_AGS_2 transcript source GenomeThreader seq_id C09HBa0109D11.1 type gene exon 17149 17124 exon 16823 16195 gene_11 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C09HBa0109D11.1 type gene exon 21472 20834 gene_12 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C09HBa0109D11.1 type gene exon 22651 21778 gene_13 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C09HBa0109D11.1 type gene exon 25727 25703 exon 23471 23329 exon 23231 22677 gene_14 gene GT_PGL_9_AGS_2 transcript source GenomeThreader seq_id C09HBa0109D11.1 type gene exon 24164 23901 gene_15 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C09HBa0109D11.1 type gene exon 29348 29144 exon 28734 28331 exon 28138 27826 gene_16 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C09HBa0109D11.1 type gene exon 41647 42207 exon 47176 47489 exon 48142 48279 exon 48625 48690 exon 48821 48889 exon 49220 49600 gene_17 gene GT_PGL_11_AGS_2 transcript source GenomeThreader seq_id C09HBa0109D11.1 type gene exon 41647 42207 exon 47176 47489 exon 48142 48279 exon 48625 48690 exon 48821 48889 exon 49220 49575 exon 50412 50431 gene_18 gene GT_PGL_11_AGS_3 transcript source GenomeThreader seq_id C09HBa0109D11.1 type gene exon 41647 42207 exon 47176 47489 exon 48142 48279 exon 48625 48690 exon 48821 48889 exon 49220 49504 exon 50412 50432 exon 50528 50535 gene_19 gene GT_PGL_11_AGS_4 transcript source GenomeThreader seq_id C09HBa0109D11.1 type gene exon 41647 42207 exon 47167 47489 exon 48142 48279 exon 48625 48690 exon 48821 48889 exon 49220 49600 gene_20 gene GT_PGL_11_AGS_5 transcript source GenomeThreader seq_id C09HBa0109D11.1 type gene exon 41647 42207 exon 47176 47489 exon 47829 48131 gene_21 gene GT_PGL_11_AGS_6 transcript source GenomeThreader seq_id C09HBa0109D11.1 type gene exon 41688 41922 exon 42034 42207 exon 47167 47489 exon 48142 48279 exon 48625 48690 exon 48821 48889 exon 49220 49600 gene_22 gene GT_PGL_11_AGS_7 transcript source GenomeThreader seq_id C09HBa0109D11.1 type gene exon 50202 50450 exon 50528 50560 exon 50714 51067 gene_23 gene GT_PGL_11_AGS_8 transcript source GenomeThreader seq_id C09HBa0109D11.1 type gene exon 50183 50461 exon 50714 50966 gene_24 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C09HBa0109D11.1 type gene exon 51467 52260 gene_25 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C09HBa0109D11.1 type gene exon 52373 53485 gene_26 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C09HBa0109D11.1 type gene exon 53819 54558 exon 54637 54669 exon 54765 55036 gene_27 gene GT_PGL_14_AGS_2 transcript source GenomeThreader seq_id C09HBa0109D11.1 type gene exon 53819 54558 exon 54637 54669 exon 54765 55002 exon 55146 55160 gene_28 gene GT_PGL_14_AGS_3 transcript source GenomeThreader seq_id C09HBa0109D11.1 type gene exon 53819 54558 exon 54637 55032 gene_29 gene GT_PGL_15_AGS_1 transcript source GenomeThreader seq_id C09HBa0109D11.1 type gene exon 58805 58961 gene_30 gene GT_PGL_16_AGS_1 transcript source GenomeThreader seq_id C09HBa0109D11.1 type gene exon 60240 61437 gene_31 gene GT_PGL_17_AGS_1 transcript source GenomeThreader seq_id C09HBa0109D11.1 type gene exon 64167 64031 exon 63961 63859 exon 63050 62758 gene_32 gene GT_PGL_18_AGS_1 transcript source GenomeThreader seq_id C09HBa0109D11.1 type gene exon 70841 70817 exon 70748 70695 exon 69341 68450 exon 67048 66371 gene_33 gene GT_PGL_18_AGS_2 transcript source GenomeThreader seq_id C09HBa0109D11.1 type gene exon 69355 68672 gene_34 gene GT_PGL_18_AGS_3 transcript source GenomeThreader seq_id C09HBa0109D11.1 type gene exon 70842 70817 exon 70748 70695 exon 69345 69155 gene_35 gene GT_PGL_19_AGS_1 transcript source GenomeThreader seq_id C09HBa0109D11.1 type gene exon 73866 74118 exon 74266 74573 exon 75374 75612 exon 76169 76367 exon 76563 76640 exon 76723 76906 exon 77756 77922 exon 78098 78796 gene_36 gene GT_PGL_19_AGS_2 transcript source GenomeThreader seq_id C09HBa0109D11.1 type gene exon 74055 74573 exon 75374 75612 exon 76169 76367 exon 76563 76640 exon 76723 76906 exon 77756 77922 exon 78098 78796 gene_37 gene GT_PGL_19_AGS_3 transcript source GenomeThreader seq_id C09HBa0109D11.1 type gene exon 77775 78364 gene_38 gene GT_PGL_20_AGS_1 transcript source GenomeThreader seq_id C09HBa0109D11.1 type gene exon 78811 79037 gene_39 gene GT_PGL_21_AGS_1 transcript source GenomeThreader seq_id C09HBa0109D11.1 type gene exon 92277 91914 gene_40 gene GT_PGL_22_AGS_1 transcript source GenomeThreader seq_id C09HBa0109D11.1 type gene exon 91950 92558 gene_41 gene GT_PGL_23_AGS_1 transcript source GenomeThreader seq_id C09HBa0109D11.1 type gene exon 93459 93359 exon 93002 92547 gene_42 gene GT_PGL_23_AGS_2 transcript source GenomeThreader seq_id C09HBa0109D11.1 type gene exon 93140 92409 gene_43 gene GT_PGL_24_AGS_1 transcript source GenomeThreader seq_id C09HBa0109D11.1 type gene exon 96915 96887 exon 96797 96745 exon 96428 96220 exon 96131 96013 exon 95444 95374 exon 95239 95122 exon 94731 94645 exon 94536 94450 exon 93969 93893 exon 93792 93751 gene_44 gene GT_PGL_25_AGS_1 transcript source GenomeThreader seq_id C09HBa0109D11.1 type gene exon 101842 101642 exon 100259 100173 exon 100103 99972 exon 99129 99004 exon 98892 98714 exon 98016 97932 exon 97054 96927 gene_45 gene GT_PGL_26_AGS_1 transcript source GenomeThreader seq_id C09HBa0109D11.1 type gene exon 109108 108228 exon 108117 107836 exon 107614 107194 gene_46 gene GT_PGL_27_AGS_1 transcript source GenomeThreader seq_id C09HBa0109D11.1 type gene exon 108599 109047 gene_47 gene GT_PGL_28_AGS_1 transcript source GenomeThreader seq_id C09HBa0109D11.1 type gene exon 113400 113118 RepeatMasker tomato repeats master Copia00172 5199 5317 1 Copia00172 5199 5317 1 nucleotide_motif 398 1841 1969 Copia00172 5195 5317 1 Copia00172 5195 5317 1 nucleotide_motif 471 2934 3059 Unknown00043 10135 10214 1 Unknown00043 10135 10214 1 nucleotide_motif 256 17892 17967 Copia00058 1 4805 1 Copia00058 1 4805 1 nucleotide_motif 43517 29805 34609 Copia00058 1 137 1 Copia00058 1 137 1 nucleotide_motif 872 34742 34874 Unknown00049 1718 1789 1 Unknown00049 1718 1789 1 nucleotide_motif 235 43395 43466 Unknown00043 1919 1992 1 Unknown00043 1919 1992 1 nucleotide_motif 331 46737 46806 Unknown00034 5145 5205 1 Unknown00034 5145 5205 1 nucleotide_motif 301 56855 56915 SOD_SINE 87 196 1 SOD_SINE 87 196 1 nucleotide_motif 314 75951 76066 TS2 265 331 1 TS2 265 331 1 nucleotide_motif 301 82661 82727 SONATA2 1 253 1 SONATA2 1 253 1 nucleotide_motif 1256 82778 83028 Unknown00043 1830 2043 1 Unknown00043 1830 2043 1 nucleotide_motif 377 83067 83268 Copia00149 8168 8275 1 Copia00149 8168 8275 1 nucleotide_motif 474 83265 83369 Unknown00019 14416 14633 1 Unknown00019 14416 14633 1 nucleotide_motif 452 83370 83477 Copia00110 2464 2515 1 Copia00110 2464 2515 1 nucleotide_motif 238 85034 85086 Copia00107 393 734 1 Copia00107 393 734 1 nucleotide_motif 1562 85280 85564 TOTO1_LP_I 3228 3529 1 TOTO1_LP_I 3228 3529 1 nucleotide_motif 1859 85543 85836 Copia00107 1 734 1 Copia00107 1 734 1 nucleotide_motif 4603 85573 86277 SONATA2 1 243 1 SONATA2 1 243 1 nucleotide_motif 887 95756 95987 Unknown00025 260 450 1 Unknown00025 260 450 1 nucleotide_motif 364 113888 114056 RepeatMasker tomato repeats master Copia00172 5195 5316 -1 Copia00172 5195 5316 -1 nucleotide_motif 573 4054 3927 Gypsy00019 593 4186 -1 Gypsy00019 593 4186 -1 nucleotide_motif 281 12939 12862 STOWAWAY50_OS 45 129 -1 STOWAWAY50_OS 45 129 -1 nucleotide_motif 233 12965 12872 Unknown00043 5408 5516 -1 Unknown00043 5408 5516 -1 nucleotide_motif 412 49878 49779 ATCOPIA24I 2735 2821 -1 ATCOPIA24I 2735 2821 -1 nucleotide_motif 391 51425 51339 Copia00172 5278 5313 -1 Copia00172 5278 5313 -1 nucleotide_motif 229 62144 62109 TS2 527 649 -1 TS2 527 649 -1 nucleotide_motif 545 65241 65120 Copia00110 2413 2720 -1 Copia00110 2413 2720 -1 nucleotide_motif 2052 67656 67349 Unknown00034 3738 4033 -1 Unknown00034 3738 4033 -1 nucleotide_motif 1818 68098 67803 SONATA2 1 191 -1 SONATA2 1 191 -1 nucleotide_motif 525 68423 68221 Copia00151 8218 8370 -1 Copia00151 8218 8370 -1 nucleotide_motif 488 71053 70903 Gypsy00071 4042 4113 -1 Gypsy00071 4042 4113 -1 nucleotide_motif 250 71293 71223 DEL_LH 5772 5822 -1 DEL_LH 5772 5822 -1 nucleotide_motif 236 82246 82196 Copia00190 114 411 -1 Copia00190 114 411 -1 nucleotide_motif 1853 85710 85412 Copia00190 145 463 -1 Copia00190 145 463 -1 nucleotide_motif 2134 86392 86071 TS2 473 653 -1 TS2 473 653 -1 nucleotide_motif 883 94225 94040 ATHILA7_I 6331 6416 -1 ATHILA7_I 6331 6416 -1 nucleotide_motif 291 102900 102813 Copia00105 8059 8112 -1 Copia00105 8059 8112 -1 nucleotide_motif 226 110018 109968 BLAST_tomato_bacs Tomato BAC sequences BLAST_tomato_bacs Tomato BAC sequences match_1 match 2403 29919 31750 match_2 match 3503 29818 32196 match_3 match 2567 32930 34612 match_4 match 2028 108223 109266 match_5 match 2329 101687 102861 match_6 match 2258 102901 104111 match_7 match 2278 112745 113977 match_8 match 4294 9336 11600 match_9 match 4678 1696 4076 match_10 match 5043 14878 17502 match_11 match 8163 4096 8327 match_12 match 2028 108223 109266 match_13 match 2097 39096 40189 match_14 match 2175 48344 49467 match_15 match 2194 44421 45548 match_16 match 2222 50201 51342 match_17 match 2179 43256 44402 match_18 match 2258 102901 104111 match_19 match 2278 112745 113977 match_20 match 2886 101406 102861 match_21 match 2807 41676 43196 match_22 match 3200 80537 82222 match_23 match 3354 32921 34612 match_24 match 3830 91507 93501 match_25 match 4038 46294 48330 match_26 match 4040 93842 95912 match_27 match 3953 34822 36989 match_28 match 4472 89203 91488 match_29 match 4538 24013 26376 match_30 match 4565 27273 29692 match_31 match 5059 67288 70031 match_32 match 5610 64267 67273 match_33 match 6191 29753 32896 match_34 match 6451 84816 88276 match_35 match 7234 97613 101336 match_36 match 8027 51439 55571 match_37 match 74263 80271 match_38 match 57072 64205 match_39 match 1031 21675 22846 match_40 match 1746 58496 60237 match_41 match 1021 22334 23374 match_42 match 1475 51823 53191 match_43 match 2278 112745 113977 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) clone_1 clone 997.5 1 99285 clone_start_1 clone_start 597 1 309 clone_2 clone 589 1 114326 clone_start_2 clone_start 613 1 309 clone_3 clone 461 1 114510 clone_start_3 clone_start 613 1 309 clone_4 clone 896 1 102861 clone_start_4 clone_start 605 1 309 clone_5 clone 891.5 385 99285 clone_start_5 clone_start 385 385 623 clone_6 clone 782 385 102861 clone_start_6 clone_start 377 385 623 clone_end_1 clone_end 1279 1764 2420 clone_7 clone 796 3276 92014 clone_end_2 clone_end 1045 3276 3825 clone_start_7 clone_start 458 8066 8327 clone_start_8 clone_start 739 8378 8763 clone_8 clone 1181.5 10210 90563 clone_start_9 clone_start 1229 10210 10837 clone_9 clone 685.5 13749 50456 clone_start_10 clone_start 864 13749 14208 clone_10 clone 810.5 13749 50182 clone_start_11 clone_start 864 13749 14208 clone_start_12 clone_start 902 15883 16337 clone_end_3 clone_end 1352 24044 24725 clone_start_13 clone_start 726 24520 24897 clone_11 clone 1025 24528 113207 clone_start_14 clone_start 1269 24528 25195 clone_end_4 clone_end 448 24577 24802 clone_12 clone 1283.5 27686 59807 clone_start_15 clone_start 1344 27686 28384 clone_13 clone 886 31098 114526 clone_start_16 clone_start 1417 31098 31831 clone_14 clone 1247 33136 67268 clone_start_17 clone_start 1283 33136 33782 clone_start_18 clone_start 664 34162 34511 clone_start_19 clone_start 837 41676 42097 clone_start_20 clone_start 999 48757 49260 clone_start_21 clone_start 605 51026 51342 clone_end_5 clone_end 1189 51647 52271 clone_end_6 clone_end 985 52722 53243 clone_15 clone 876.5 56873 101129 clone_start_22 clone_start 262 56873 57004 clone_16 clone 1177.5 57072 101129 clone_start_23 clone_start 864 57072 57537 clone_17 clone 828 57076 89882 clone_start_24 clone_start 823 57076 57520 clone_end_7 clone_end 1128 58796 59372 clone_end_8 clone_end 1209 83594 84203 clone_end_9 clone_end 860 85933 86366 clone_start_25 clone_start 773 92011 92416 clone_end_10 clone_end 1433 92035 92757 clone_start_26 clone_start 1671 101682 102527 clone_start_27 clone_start 569 108278 108564 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) clone_end_11 clone_end 1398 99285 98557 clone_end_12 clone_end 565 114326 114042 clone_end_13 clone_end 309 114510 114348 clone_end_14 clone_end 1187 102861 102259 clone_end_15 clone_end 1398 99285 98557 clone_end_16 clone_end 1187 102861 102259 clone_start_28 clone_start 547 92014 91712 clone_end_17 clone_end 1134 90563 89992 clone_start_29 clone_start 642 12029 11676 clone_end_18 clone_end 507 50456 50201 clone_end_19 clone_end 757 50182 49801 clone_end_20 clone_end 1104 20302 19742 clone_start_30 clone_start 1322 22288 21610 clone_end_21 clone_end 781 113207 112745 clone_end_22 clone_end 1223 59807 59191 clone_start_31 clone_start 1063 28238 27703 clone_start_32 clone_start 1346 28722 28023 clone_start_33 clone_start 494 30404 30156 clone_end_23 clone_end 1342 31070 30390 clone_end_24 clone_end 355 114526 114348 clone_end_25 clone_end 1211 67268 66616 clone_end_26 clone_end 444 36989 36766 clone_end_27 clone_end 597 37320 37012 clone_end_28 clone_end 658 44402 44071 clone_end_29 clone_end 333 44402 44235 clone_end_30 clone_end 781 44814 44421 clone_end_31 clone_end 837 44863 44421 clone_end_32 clone_end 1491 101129 100357 clone_end_33 clone_end 1491 101129 100357 clone_end_34 clone_end 833 89882 89463 clone_end_35 clone_end 1237 58826 58191 clone_end_36 clone_end 1469 59884 59136 clone_start_34 clone_start 1271 60482 59834 clone_start_35 clone_start 1384 78750 78041 clone_start_36 clone_start 1294 78750 78087 clone_end_37 clone_end 1215 78750 78123 clone_end_38 clone_end 1388 86663 85952 clone_end_39 clone_end 1245 100929 100281 clone_end_40 clone_end 1245 100929 100281 clone_start_37 clone_start 595 100955 100635 clone_start_38 clone_start 557 101336 101045 clone_start_39 clone_start 555 101685 101406 clone_start_40 clone_start 646 101913 101568 clone_start_41 clone_start 1552 102690 101900 clone_end_41 clone_end 347 108139 107944 clone_end_42 clone_end 823 108658 108223 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_1 match_part 1.000 1146 1369 match_part 1.000 1774 1823 match_part 1.000 2058 2125 match_part 1.000 2522 2584 match_part 1.000 2777 2880 match_part 0.956 3415 3688 match_2 match_part 0.998 13817 14228 match_part 1.000 15599 15618 match_3 match_part 0.998 13826 14228 match_part 1.000 15599 15948 match_4 match_part 0.998 13827 14228 match_part 0.992 15599 16743 match_5 match_part 1.000 13844 14228 match_part 0.995 15599 15807 match_6 match_part 1.000 13844 14228 match_part 0.995 15599 15804 match_7 match_part 0.990 13844 14141 match_8 match_part 0.992 13846 14228 match_part 0.996 15599 16072 match_9 match_part 1.000 13852 14228 match_part 0.979 15599 15693 match_10 match_part 0.983 13873 14160 match_11 match_part 0.991 13904 14228 match_part 0.993 15599 16800 match_part 0.571 16870 16883 match_12 match_part 0.997 15818 16519 match_13 match_part 1.000 15837 16356 match_14 match_part 0.992 15894 16799 match_15 match_part 1.000 16032 16797 match_16 match_part 0.960 16045 16787 match_17 match_part 0.992 16123 16838 match_18 match_part 1.000 16136 16577 match_19 match_part 0.978 16157 16801 match_20 match_part 0.916 16249 16748 match_part 0.488 17442 17484 match_21 match_part 0.995 16329 16736 match_part 0.500 16870 16889 match_22 match_part 0.993 16329 16736 match_part 0.474 16870 16888 match_23 match_part 0.960 16386 16809 match_24 match_part 0.988 16386 16789 match_25 match_part 1.000 41697 42104 match_26 match_part 1.000 41792 42207 match_part 1.000 47176 47311 match_27 match_part 1.000 42142 42207 match_part 1.000 47176 47489 match_part 0.977 47829 48131 match_28 match_part 1.000 47186 47489 match_part 1.000 48142 48279 match_part 1.000 48625 48690 match_part 1.000 48821 48889 match_part 1.000 49220 49311 match_29 match_part 1.000 47186 47489 match_part 0.980 48142 48190 match_30 match_part 1.000 47220 47489 match_part 0.986 48142 48279 match_part 1.000 48625 48690 match_part 1.000 48821 48853 match_31 match_part 1.000 47460 47489 match_part 0.986 48142 48279 match_part 1.000 48625 48690 match_part 1.000 48821 48889 match_part 1.000 49220 49575 match_part 0.650 50412 50431 match_32 match_part 1.000 48664 48690 match_part 1.000 48821 48889 match_part 1.000 49220 49548 match_33 match_part 0.996 50183 50461 match_part 1.000 50714 50966 match_34 match_part 0.948 50202 50450 match_part 0.515 50528 50560 match_part 0.977 50714 51067 match_35 match_part 1.000 51467 52260 match_36 match_part 0.989 51468 51844 match_37 match_part 0.998 52373 52877 match_38 match_part 1.000 52875 53485 match_39 match_part 1.000 52875 53306 match_40 match_part 0.997 52875 53175 match_41 match_part 0.967 52916 53365 match_42 match_part 0.998 53819 54379 match_43 match_part 1.000 53989 54558 match_part 1.000 54637 54669 match_part 1.000 54765 54803 match_44 match_part 1.000 53989 54501 match_45 match_part 1.000 54066 54558 match_part 1.000 54637 54669 match_part 0.996 54765 55036 match_46 match_part 1.000 54095 54558 match_part 1.000 54637 54669 match_part 1.000 54765 54781 match_47 match_part 1.000 54224 54558 match_part 1.000 54637 54669 match_part 0.979 54765 55002 match_part 0.733 55146 55160 match_48 match_part 0.997 54241 54558 match_part 0.985 54637 55032 match_49 match_part 0.981 54405 54558 match_part 1.000 54637 54669 match_part 0.978 54765 55032 match_50 match_part 0.972 54675 55032 match_51 match_part 0.962 58805 58961 match_52 match_part 1.000 60240 60763 match_53 match_part 0.998 60643 61199 match_54 match_part 1.000 61061 61437 match_55 match_part 1.000 73866 74118 match_part 0.967 74266 74388 match_56 match_part 1.000 73867 74118 match_part 0.997 74266 74556 match_57 match_part 0.984 73867 74118 match_part 0.975 74266 74463 match_58 match_part 1.000 74055 74573 match_part 1.000 75374 75612 match_part 1.000 76169 76272 match_59 match_part 1.000 74466 74573 match_part 1.000 75374 75577 match_60 match_part 0.993 75469 75612 match_part 1.000 76169 76367 match_part 1.000 76563 76640 match_part 1.000 76723 76906 match_part 1.000 77756 77922 match_part 1.000 78098 78106 match_61 match_part 1.000 76877 76906 match_part 1.000 77756 77922 match_part 1.000 78098 78284 match_62 match_part 1.000 77756 77922 match_part 1.000 78098 78504 match_63 match_part 1.000 77775 78364 match_64 match_part 1.000 77829 77922 match_part 0.993 78098 78796 match_65 match_part 0.912 78811 79037 match_66 match_part 1.000 108599 109047 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_67 match_part 1.000 8757 8387 match_part 1.000 5787 5317 match_68 match_part 1.000 8770 8387 match_part 1.000 5787 5500 match_69 match_part 1.000 8761 8387 match_part 0.983 5787 5502 match_70 match_part 1.000 8801 8387 match_part 1.000 5787 5665 match_71 match_part 1.000 8802 8387 match_part 1.000 5787 5709 match_72 match_part 1.000 8761 8387 match_part 1.000 5787 5728 match_73 match_part 0.994 8802 8465 match_74 match_part 0.980 8806 8513 match_75 match_part 0.989 8774 8587 match_76 match_part 0.968 10284 9971 match_77 match_part 1.000 12043 11924 match_part 1.000 11729 11680 match_part 1.000 11589 11522 match_part 1.000 11337 11275 match_part 1.000 11069 10966 match_part 0.987 10656 9972 match_78 match_part 0.978 12057 11924 match_part 0.980 11729 11680 match_part 1.000 11589 11522 match_part 1.000 11337 11275 match_part 1.000 11069 11053 match_79 match_part 0.538 17149 17124 match_part 0.993 16823 16274 match_80 match_part 0.960 20079 20005 match_part 0.974 17409 17065 match_81 match_part 0.993 20155 20005 match_part 1.000 17409 17121 match_82 match_part 0.994 21472 20834 match_83 match_part 1.000 22441 21778 match_84 match_part 1.000 22440 21942 match_85 match_part 0.924 22651 22351 match_86 match_part 0.988 28570 28331 match_part 0.981 28138 27826 match_87 match_part 1.000 29334 29144 match_part 1.000 28734 28331 match_part 0.952 28138 27828 match_88 match_part 1.000 29347 29144 match_part 0.998 28734 28331 match_part 0.990 28138 27832 match_89 match_part 1.000 28712 28331 match_part 1.000 28138 27839 match_90 match_part 1.000 28523 28331 match_part 0.997 28138 27848 match_91 match_part 0.990 29334 29144 match_part 1.000 28734 28331 match_part 1.000 28138 27899 match_92 match_part 0.990 29348 29144 match_part 0.990 28734 28331 match_part 0.991 28138 27910 match_93 match_part 0.984 29333 29144 match_part 0.995 28734 28331 match_part 0.973 28138 28026 match_94 match_part 1.000 68464 68450 match_part 0.990 67048 66371 match_95 match_part 1.000 68617 68450 match_part 0.991 67048 66486 match_96 match_part 1.000 69355 68672 match_97 match_part 0.995 69355 68752 match_98 match_part 1.000 69355 68826 match_99 match_part 1.000 93459 93359 match_part 1.000 93002 92547 match_100 match_part 1.000 93454 93359 match_part 1.000 93002 92612 match_101 match_part 1.000 93454 93359 match_part 1.000 93002 92612 match_102 match_part 1.000 96368 96220 match_part 1.000 96131 96013 match_part 1.000 95444 95374 match_part 1.000 95239 95122 match_part 1.000 94731 94645 match_part 1.000 94536 94450 match_part 1.000 93969 93893 match_part 0.976 93792 93751 match_103 match_part 0.839 101672 101642 match_part 0.989 100259 100173 match_part 1.000 100103 99972 match_part 1.000 99129 99004 match_part 0.994 98892 98714 match_part 1.000 98016 97932 match_part 0.992 97054 96927 match_104 match_part 1.000 100218 100173 match_part 1.000 100103 99972 match_part 1.000 99129 99004 match_part 1.000 98892 98714 match_part 1.000 98016 97932 match_part 1.000 97054 96960 match_105 match_part 0.990 101842 101642 match_part 1.000 100259 100173 match_part 1.000 100103 99972 match_part 1.000 99129 99004 match_part 1.000 98892 98714 match_part 1.000 98016 97932 match_part 1.000 97054 97020 match_106 match_part 0.971 101778 101642 match_part 0.989 100259 100173 match_part 0.981 100103 99996 match_107 match_part 1.000 108252 108228 match_part 0.996 108117 107836 match_part 0.981 107614 107194 match_108 match_part 0.976 108040 107836 match_part 0.981 107614 107194 match_109 match_part 0.980 107555 107202 match_110 match_part 0.989 107555 107202 match_111 match_part 1.000 108893 108239 match_112 match_part 1.000 108849 108273 match_113 match_part 1.000 108994 108389 match_114 match_part 0.998 109046 108426 match_115 match_part 1.000 108891 108456 match_116 match_part 1.000 109048 108475 match_117 match_part 0.954 109046 108480 match_118 match_part 1.000 109048 108519 match_119 match_part 0.983 109048 108526 match_120 match_part 0.996 109073 108527 match_121 match_part 0.995 109103 108551 match_122 match_part 1.000 109047 108599 match_123 match_part 0.997 109108 108711 match_124 match_part 0.982 113400 113118 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C09HBa0109D11.1 type gene exon 1146 1369 exon 1774 1823 exon 2058 2125 exon 2522 2584 exon 2777 2880 exon 3415 3688 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C09HBa0109D11.1 type gene exon 8806 8387 exon 5787 5317 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C09HBa0109D11.1 type gene exon 12057 11924 exon 11729 11680 exon 11589 11522 exon 11337 11275 exon 11069 10966 exon 10656 9971 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C09HBa0109D11.1 type gene exon 13817 14228 exon 15599 16838 gene_5 gene GT_PGL_4_AGS_2 transcript source GenomeThreader seq_id C09HBa0109D11.1 type gene exon 13817 14228 exon 15599 16800 exon 16870 16883 gene_6 gene GT_PGL_4_AGS_3 transcript source GenomeThreader seq_id C09HBa0109D11.1 type gene exon 13817 14228 exon 15599 16736 exon 16870 16889 gene_7 gene GT_PGL_4_AGS_4 transcript source GenomeThreader seq_id C09HBa0109D11.1 type gene exon 13817 14228 exon 15599 16748 exon 17442 17484 gene_8 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C09HBa0109D11.1 type gene exon 20155 20005 exon 17409 17065 gene_9 gene GT_PGL_5_AGS_2 transcript source GenomeThreader seq_id C09HBa0109D11.1 type gene exon 17149 17124 exon 16823 16274 gene_10 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C09HBa0109D11.1 type gene exon 21472 20834 gene_11 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C09HBa0109D11.1 type gene exon 22651 21778 gene_12 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C09HBa0109D11.1 type gene exon 29348 29144 exon 28734 28331 exon 28138 27826 gene_13 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C09HBa0109D11.1 type gene exon 41697 42207 exon 47176 47489 exon 48142 48279 exon 48625 48690 exon 48821 48889 exon 49220 49575 exon 50412 50431 gene_14 gene GT_PGL_9_AGS_2 transcript source GenomeThreader seq_id C09HBa0109D11.1 type gene exon 41697 42207 exon 47176 47489 exon 47829 48131 gene_15 gene GT_PGL_9_AGS_3 transcript source GenomeThreader seq_id C09HBa0109D11.1 type gene exon 50202 50450 exon 50528 50560 exon 50714 51067 gene_16 gene GT_PGL_9_AGS_4 transcript source GenomeThreader seq_id C09HBa0109D11.1 type gene exon 50183 50461 exon 50714 50966 gene_17 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C09HBa0109D11.1 type gene exon 51467 52260 gene_18 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C09HBa0109D11.1 type gene exon 52373 53485 gene_19 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C09HBa0109D11.1 type gene exon 53819 54558 exon 54637 54669 exon 54765 55036 gene_20 gene GT_PGL_12_AGS_2 transcript source GenomeThreader seq_id C09HBa0109D11.1 type gene exon 53819 54558 exon 54637 54669 exon 54765 55002 exon 55146 55160 gene_21 gene GT_PGL_12_AGS_3 transcript source GenomeThreader seq_id C09HBa0109D11.1 type gene exon 53819 54558 exon 54637 55032 gene_22 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C09HBa0109D11.1 type gene exon 58805 58961 gene_23 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C09HBa0109D11.1 type gene exon 60240 61437 gene_24 gene GT_PGL_15_AGS_1 transcript source GenomeThreader seq_id C09HBa0109D11.1 type gene exon 68617 68450 exon 67048 66371 gene_25 gene GT_PGL_16_AGS_1 transcript source GenomeThreader seq_id C09HBa0109D11.1 type gene exon 69355 68672 gene_26 gene GT_PGL_17_AGS_1 transcript source GenomeThreader seq_id C09HBa0109D11.1 type gene exon 73866 74118 exon 74266 74573 exon 75374 75612 exon 76169 76367 exon 76563 76640 exon 76723 76906 exon 77756 77922 exon 78098 78796 gene_27 gene GT_PGL_17_AGS_2 transcript source GenomeThreader seq_id C09HBa0109D11.1 type gene exon 74055 74573 exon 75374 75612 exon 76169 76367 exon 76563 76640 exon 76723 76906 exon 77756 77922 exon 78098 78796 gene_28 gene GT_PGL_17_AGS_3 transcript source GenomeThreader seq_id C09HBa0109D11.1 type gene exon 77775 78364 gene_29 gene GT_PGL_18_AGS_1 transcript source GenomeThreader seq_id C09HBa0109D11.1 type gene exon 78811 79037 gene_30 gene GT_PGL_19_AGS_1 transcript source GenomeThreader seq_id C09HBa0109D11.1 type gene exon 93459 93359 exon 93002 92547 gene_31 gene GT_PGL_20_AGS_1 transcript source GenomeThreader seq_id C09HBa0109D11.1 type gene exon 96368 96220 exon 96131 96013 exon 95444 95374 exon 95239 95122 exon 94731 94645 exon 94536 94450 exon 93969 93893 exon 93792 93751 gene_32 gene GT_PGL_21_AGS_1 transcript source GenomeThreader seq_id C09HBa0109D11.1 type gene exon 101842 101642 exon 100259 100173 exon 100103 99972 exon 99129 99004 exon 98892 98714 exon 98016 97932 exon 97054 96927 gene_33 gene GT_PGL_22_AGS_1 transcript source GenomeThreader seq_id C09HBa0109D11.1 type gene exon 109108 108228 exon 108117 107836 exon 107614 107194 gene_34 gene GT_PGL_23_AGS_1 transcript source GenomeThreader seq_id C09HBa0109D11.1 type gene exon 108599 109047 gene_35 gene GT_PGL_24_AGS_1 transcript source GenomeThreader seq_id C09HBa0109D11.1 type gene exon 113400 113118 AUGUSTUS_tom_cdna de novo gene_1 gene 1 1241 3901 transcript_1 transcript 1241 3901 CDS_1 CDS 1241 1369 CDS_2 CDS 1774 1823 CDS_3 CDS 2058 2125 CDS_4 CDS 2522 2584 CDS_5 CDS 2777 2880 CDS_6 CDS 3415 3901 stop_codon_1 stop_codon 3899 3901 gene_2 gene 1 13883 16503 transcript_2 transcript 13883 16503 start_codon_1 start_codon 13883 13885 CDS_7 CDS 13883 14228 CDS_8 CDS 15599 16503 stop_codon_2 stop_codon 16501 16503 gene_3 gene 1 41817 49276 transcript_3 transcript 41817 49276 start_codon_2 start_codon 41817 41819 CDS_9 CDS 41817 42207 CDS_10 CDS 47176 47489 CDS_11 CDS 48142 48279 CDS_12 CDS 48625 48690 CDS_13 CDS 48821 48889 CDS_14 CDS 49220 49276 stop_codon_3 stop_codon 49274 49276 gene_4 gene 2 50668 54859 transcript_4 transcript 50668 54645 start_codon_3 start_codon 50668 50670 CDS_15 CDS 50668 50972 CDS_16 CDS 51615 54558 CDS_17 CDS 54637 54645 stop_codon_4 stop_codon 54643 54645 transcript_5 transcript 50668 54859 start_codon_4 start_codon 50668 50670 CDS_18 CDS 50668 50972 CDS_19 CDS 51615 54562 CDS_20 CDS 54637 54669 CDS_21 CDS 54765 54859 stop_codon_5 stop_codon 54857 54859 gene_5 gene 1 57831 61616 transcript_6 transcript 57831 61616 start_codon_5 start_codon 57831 57833 CDS_22 CDS 57831 61616 stop_codon_6 stop_codon 61614 61616 gene_6 gene 2 74313 78820 transcript_7 transcript 74313 78820 start_codon_6 start_codon 74313 74315 CDS_23 CDS 74313 74573 CDS_24 CDS 75374 75612 CDS_25 CDS 76169 76367 CDS_26 CDS 76563 76640 CDS_27 CDS 76723 76906 CDS_28 CDS 77756 77922 CDS_29 CDS 78098 78820 stop_codon_7 stop_codon 78818 78820 transcript_8 transcript 74355 78820 start_codon_7 start_codon 74355 74357 CDS_30 CDS 74355 74573 CDS_31 CDS 75374 75612 CDS_32 CDS 76169 76367 CDS_33 CDS 76563 76640 CDS_34 CDS 76723 76906 CDS_35 CDS 77756 77922 CDS_36 CDS 78098 78820 stop_codon_8 stop_codon 78818 78820 AUGUSTUS_tom_cdna de novo gene_7 gene 1 11963 5468 transcript_9 transcript 11963 5468 stop_codon_9 stop_codon 5470 5468 CDS_37 CDS 5787 5468 CDS_38 CDS 8842 8387 CDS_39 CDS 11069 11018 CDS_40 CDS 11337 11275 CDS_41 CDS 11589 11522 CDS_42 CDS 11963 11924 start_codon_8 start_codon 11963 11961 gene_8 gene 1 20205 16699 transcript_10 transcript 20205 16699 stop_codon_10 stop_codon 16701 16699 CDS_43 CDS 16865 16699 CDS_44 CDS 17409 17403 CDS_45 CDS 20205 20005 start_codon_9 start_codon 20205 20203 gene_9 gene 1 24723 20986 transcript_11 transcript 24723 20986 stop_codon_11 stop_codon 20988 20986 CDS_46 CDS 24723 20986 start_codon_10 start_codon 24723 24721 gene_10 gene 1 29280 27963 transcript_12 transcript 29280 27963 stop_codon_12 stop_codon 27965 27963 CDS_47 CDS 28138 27963 CDS_48 CDS 28734 28331 CDS_49 CDS 29280 29144 start_codon_11 start_codon 29280 29278 gene_11 gene 1 64086 62712 transcript_13 transcript 64086 62712 stop_codon_13 stop_codon 62714 62712 CDS_50 CDS 63050 62712 CDS_51 CDS 63961 63859 CDS_52 CDS 64086 64031 start_codon_12 start_codon 64086 64084 gene_12 gene 1 65865 65389 transcript_14 transcript 65865 65389 stop_codon_14 stop_codon 65391 65389 CDS_53 CDS 65592 65389 CDS_54 CDS 65865 65728 start_codon_13 start_codon 65865 65863 gene_13 gene 1 69348 66517 transcript_15 transcript 69348 66517 stop_codon_15 stop_codon 66519 66517 CDS_55 CDS 67048 66517 CDS_56 CDS 69348 68450 start_codon_14 start_codon 69348 69346 gene_14 gene 1 103266 81260 transcript_16 transcript 103266 81260 stop_codon_16 stop_codon 81262 81260 CDS_57 CDS 81462 81260 CDS_58 CDS 81824 81612 CDS_59 CDS 90762 90619 CDS_60 CDS 91086 90904 CDS_61 CDS 93002 92142 CDS_62 CDS 93470 93359 CDS_63 CDS 93792 93627 CDS_64 CDS 96797 96745 CDS_65 CDS 97054 96887 CDS_66 CDS 98016 97932 CDS_67 CDS 98892 98714 CDS_68 CDS 99129 99004 CDS_69 CDS 100103 99972 CDS_70 CDS 100259 100173 CDS_71 CDS 102245 101642 CDS_72 CDS 103266 103214 start_codon_15 start_codon 103266 103264 gene_15 gene 1 109106 107291 transcript_17 transcript 109106 107291 stop_codon_17 stop_codon 107293 107291 CDS_73 CDS 107614 107291 CDS_74 CDS 108117 107836 CDS_75 CDS 109106 108228 start_codon_16 start_codon 109106 109104 AUGUSTUS_ab_initio de novo gene_1 gene 1 13883 16503 transcript_1 transcript 13883 16503 start_codon_1 start_codon 13883 13885 CDS_1 CDS 13883 14228 CDS_2 CDS 15599 16503 stop_codon_1 stop_codon 16501 16503 gene_2 gene 1 47181 62957 transcript_2 transcript 47181 62957 start_codon_2 start_codon 47181 47183 CDS_3 CDS 47181 47489 CDS_4 CDS 48625 48690 CDS_5 CDS 48821 48889 CDS_6 CDS 50683 50972 CDS_7 CDS 51615 54558 CDS_8 CDS 57828 61538 CDS_9 CDS 62847 62957 stop_codon_2 stop_codon 62955 62957 AUGUSTUS_ab_initio de novo gene_3 gene 1 8720 5468 transcript_3 transcript 8720 5468 stop_codon_3 stop_codon 5470 5468 CDS_10 CDS 5787 5468 CDS_11 CDS 8720 8387 start_codon_3 start_codon 8720 8718 gene_4 gene 1 20205 17227 transcript_4 transcript 20205 17227 stop_codon_4 stop_codon 17229 17227 CDS_12 CDS 17409 17227 CDS_13 CDS 20205 20005 start_codon_4 start_codon 20205 20203 gene_5 gene 1 24723 20986 transcript_5 transcript 24723 20986 stop_codon_5 stop_codon 20988 20986 CDS_14 CDS 24723 20986 start_codon_5 start_codon 24723 24721 gene_6 gene 1 28712 28299 transcript_6 transcript 28712 28299 stop_codon_6 stop_codon 28301 28299 CDS_15 CDS 28712 28299 start_codon_6 start_codon 28712 28710 gene_7 gene 1 65865 65389 transcript_7 transcript 65865 65389 stop_codon_7 stop_codon 65391 65389 CDS_16 CDS 65592 65389 CDS_17 CDS 65865 65728 start_codon_7 start_codon 65865 65863 gene_8 gene 1 102245 76237 transcript_8 transcript 102245 76237 stop_codon_8 stop_codon 76239 76237 CDS_18 CDS 76335 76237 CDS_19 CDS 76847 76807 CDS_20 CDS 81824 81612 CDS_21 CDS 90762 90619 CDS_22 CDS 91086 90904 CDS_23 CDS 93002 92142 CDS_24 CDS 93470 93359 CDS_25 CDS 93792 93627 CDS_26 CDS 96797 96745 CDS_27 CDS 97054 96887 CDS_28 CDS 100259 100173 CDS_29 CDS 102245 101642 AUGUSTUS_tom_ugs de novo gene_1 gene 1 1241 3901 transcript_1 transcript 1241 3901 CDS_1 CDS 1241 1369 CDS_2 CDS 1774 1823 CDS_3 CDS 2058 2125 CDS_4 CDS 2522 2584 CDS_5 CDS 2777 2880 CDS_6 CDS 3415 3901 stop_codon_1 stop_codon 3899 3901 gene_2 gene 1 13883 16503 transcript_2 transcript 13883 16503 start_codon_1 start_codon 13883 13885 CDS_7 CDS 13883 14228 CDS_8 CDS 15599 16503 stop_codon_2 stop_codon 16501 16503 gene_3 gene 1 41817 47837 transcript_3 transcript 41817 47837 start_codon_2 start_codon 41817 41819 CDS_9 CDS 41817 42207 CDS_10 CDS 47176 47489 CDS_11 CDS 47829 47837 stop_codon_3 stop_codon 47835 47837 gene_4 gene 1 57831 61616 transcript_4 transcript 57831 61616 start_codon_3 start_codon 57831 57833 CDS_12 CDS 57831 61616 stop_codon_4 stop_codon 61614 61616 gene_5 gene 1 74313 78820 transcript_5 transcript 74313 78820 start_codon_4 start_codon 74313 74315 CDS_13 CDS 74313 74520 CDS_14 CDS 77756 77922 CDS_15 CDS 78098 78820 stop_codon_5 stop_codon 78818 78820 AUGUSTUS_tom_ugs de novo gene_6 gene 1 8720 5468 transcript_6 transcript 8720 5468 stop_codon_6 stop_codon 5470 5468 CDS_16 CDS 5787 5468 CDS_17 CDS 8720 8387 start_codon_5 start_codon 8720 8718 gene_7 gene 1 20205 17227 transcript_7 transcript 20205 17227 stop_codon_7 stop_codon 17229 17227 CDS_18 CDS 17409 17227 CDS_19 CDS 20205 20005 start_codon_6 start_codon 20205 20203 gene_8 gene 1 24723 20986 transcript_8 transcript 24723 20986 stop_codon_8 stop_codon 20988 20986 CDS_20 CDS 24723 20986 start_codon_7 start_codon 24723 24721 gene_9 gene 1 29280 27963 transcript_9 transcript 29280 27963 stop_codon_9 stop_codon 27965 27963 CDS_21 CDS 28138 27963 CDS_22 CDS 28734 28331 CDS_23 CDS 29280 29144 start_codon_8 start_codon 29280 29278 gene_10 gene 1 64086 62712 transcript_10 transcript 64086 62712 stop_codon_10 stop_codon 62714 62712 CDS_24 CDS 63050 62712 CDS_25 CDS 63961 63859 CDS_26 CDS 64086 64031 start_codon_9 start_codon 64086 64084 gene_11 gene 1 65865 65389 transcript_11 transcript 65865 65389 stop_codon_11 stop_codon 65391 65389 CDS_27 CDS 65592 65389 CDS_28 CDS 65865 65728 start_codon_10 start_codon 65865 65863 gene_12 gene 1 108485 81260 transcript_12 transcript 108485 81260 stop_codon_12 stop_codon 81262 81260 CDS_29 CDS 81462 81260 CDS_30 CDS 81824 81612 CDS_31 CDS 90762 90619 CDS_32 CDS 91086 90904 CDS_33 CDS 93002 92142 CDS_34 CDS 93470 93359 CDS_35 CDS 93792 93627 CDS_36 CDS 96797 96745 CDS_37 CDS 97054 96887 CDS_38 CDS 98016 97932 CDS_39 CDS 98892 98714 CDS_40 CDS 99129 99004 CDS_41 CDS 100103 99972 CDS_42 CDS 100259 100173 CDS_43 CDS 102245 101642 CDS_44 CDS 105249 105132 CDS_45 CDS 107614 107344 CDS_46 CDS 108117 107836 CDS_47 CDS 108485 108228 start_codon_11 start_codon 108485 108483 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_1 match_part 1.000 1146 1369 match_part 1.000 1774 1823 match_part 1.000 2058 2125 match_part 1.000 2522 2584 match_part 1.000 2777 2880 match_part 0.956 3415 3688 match_2 match_part 1.000 13817 14228 match_part 0.999 15599 16838 match_3 match_part 1.000 41697 42207 match_part 1.000 47176 47489 match_part 1.000 48142 48279 match_part 1.000 48625 48690 match_part 1.000 48821 48889 match_part 1.000 49220 49575 match_part 0.650 50412 50431 match_4 match_part 1.000 42142 42207 match_part 1.000 47176 47489 match_part 0.977 47829 48131 match_5 match_part 0.996 50183 50461 match_part 1.000 50714 50966 match_6 match_part 0.948 50202 50450 match_part 0.515 50528 50560 match_part 0.977 50714 51067 match_7 match_part 1.000 51467 52260 match_8 match_part 0.998 52373 52877 match_9 match_part 1.000 52875 53485 match_10 match_part 1.000 53819 54558 match_part 1.000 54637 54669 match_part 0.996 54765 55036 match_11 match_part 0.997 54241 54558 match_part 0.985 54637 55032 match_12 match_part 0.962 58805 58961 match_13 match_part 1.000 60240 61437 match_14 match_part 1.000 73866 74118 match_part 1.000 74266 74573 match_part 1.000 75374 75612 match_part 1.000 76169 76367 match_part 1.000 76563 76640 match_part 1.000 76723 76906 match_part 1.000 77756 78364 match_15 match_part 1.000 77829 77922 match_part 0.993 78098 78796 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_16 match_part 1.000 8802 8387 match_part 1.000 5787 5317 match_17 match_part 0.977 12056 11924 match_part 0.980 11729 11680 match_part 1.000 11589 11522 match_part 1.000 11337 11275 match_part 1.000 11069 10966 match_part 0.987 10656 9972 match_18 match_part 0.993 20155 20005 match_part 1.000 17409 17065 match_19 match_part 0.994 21472 20834 match_20 match_part 1.000 22441 21778 match_21 match_part 1.000 29348 29144 match_part 1.000 28734 28331 match_part 1.000 28138 27837 match_22 match_part 1.000 68617 68450 match_part 0.990 67048 66371 match_23 match_part 1.000 69355 68672 match_24 match_part 0.912 79037 78811 match_25 match_part 1.000 93458 93359 match_part 1.000 93002 92547 match_26 match_part 1.000 96368 96220 match_part 1.000 96131 96013 match_part 1.000 95444 95374 match_part 1.000 95239 95122 match_part 1.000 94731 94645 match_part 1.000 94536 94450 match_part 1.000 93969 93893 match_part 0.976 93792 93751 match_27 match_part 1.000 101837 101642 match_part 1.000 100259 100173 match_part 1.000 100103 99972 match_part 1.000 99129 99004 match_part 1.000 98892 98714 match_part 1.000 98016 97932 match_part 0.992 97054 96927 match_28 match_part 1.000 108252 108228 match_part 0.996 108117 107836 match_part 0.993 107614 107202 match_29 match_part 1.000 109107 108239 match_30 match_part 0.982 113400 113118 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C09HBa0109D11.1 type gene exon 1146 1369 exon 1774 1823 exon 2058 2125 exon 2522 2584 exon 2777 2880 exon 3415 3688 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C09HBa0109D11.1 type gene exon 8802 8387 exon 5787 5317 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C09HBa0109D11.1 type gene exon 12056 11924 exon 11729 11680 exon 11589 11522 exon 11337 11275 exon 11069 10966 exon 10656 9972 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C09HBa0109D11.1 type gene exon 13817 14228 exon 15599 16838 gene_5 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C09HBa0109D11.1 type gene exon 20155 20005 exon 17409 17065 gene_6 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C09HBa0109D11.1 type gene exon 21472 20834 gene_7 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C09HBa0109D11.1 type gene exon 22441 21778 gene_8 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C09HBa0109D11.1 type gene exon 29348 29144 exon 28734 28331 exon 28138 27837 gene_9 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C09HBa0109D11.1 type gene exon 41697 42207 exon 47176 47489 exon 48142 48279 exon 48625 48690 exon 48821 48889 exon 49220 49575 exon 50412 50431 gene_10 gene GT_PGL_9_AGS_2 transcript source GenomeThreader seq_id C09HBa0109D11.1 type gene exon 50202 50450 exon 50528 50560 exon 50714 51067 gene_11 gene GT_PGL_9_AGS_3 transcript source GenomeThreader seq_id C09HBa0109D11.1 type gene exon 50183 50461 exon 50714 50966 gene_12 gene GT_PGL_9_AGS_4 transcript source GenomeThreader seq_id C09HBa0109D11.1 type gene exon 42142 42207 exon 47176 47489 exon 47829 48131 gene_13 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C09HBa0109D11.1 type gene exon 51467 52260 gene_14 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C09HBa0109D11.1 type gene exon 52373 53485 gene_15 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C09HBa0109D11.1 type gene exon 53819 54558 exon 54637 54669 exon 54765 55036 gene_16 gene GT_PGL_12_AGS_2 transcript source GenomeThreader seq_id C09HBa0109D11.1 type gene exon 54241 54558 exon 54637 55032 gene_17 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C09HBa0109D11.1 type gene exon 58805 58961 gene_18 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C09HBa0109D11.1 type gene exon 60240 61437 gene_19 gene GT_PGL_15_AGS_1 transcript source GenomeThreader seq_id C09HBa0109D11.1 type gene exon 68617 68450 exon 67048 66371 gene_20 gene GT_PGL_16_AGS_1 transcript source GenomeThreader seq_id C09HBa0109D11.1 type gene exon 69355 68672 gene_21 gene GT_PGL_17_AGS_1 transcript source GenomeThreader seq_id C09HBa0109D11.1 type gene exon 73866 74118 exon 74266 74573 exon 75374 75612 exon 76169 76367 exon 76563 76640 exon 76723 76906 exon 77756 78364 gene_22 gene GT_PGL_17_AGS_2 transcript source GenomeThreader seq_id C09HBa0109D11.1 type gene exon 77829 77922 exon 78098 78796 gene_23 gene GT_PGL_18_AGS_1 transcript source GenomeThreader seq_id C09HBa0109D11.1 type gene exon 79037 78811 gene_24 gene GT_PGL_19_AGS_1 transcript source GenomeThreader seq_id C09HBa0109D11.1 type gene exon 93458 93359 exon 93002 92547 gene_25 gene GT_PGL_20_AGS_1 transcript source GenomeThreader seq_id C09HBa0109D11.1 type gene exon 96368 96220 exon 96131 96013 exon 95444 95374 exon 95239 95122 exon 94731 94645 exon 94536 94450 exon 93969 93893 exon 93792 93751 gene_26 gene GT_PGL_21_AGS_1 transcript source GenomeThreader seq_id C09HBa0109D11.1 type gene exon 101837 101642 exon 100259 100173 exon 100103 99972 exon 99129 99004 exon 98892 98714 exon 98016 97932 exon 97054 96927 gene_27 gene GT_PGL_22_AGS_1 transcript source GenomeThreader seq_id C09HBa0109D11.1 type gene exon 109107 108228 exon 108117 107836 exon 107614 107202 gene_28 gene GT_PGL_23_AGS_1 transcript source GenomeThreader seq_id C09HBa0109D11.1 type gene exon 113400 113118 GenomeThreader_SGN_markers SGN marker sequences match_1 match_part 0.945 5296 5569 GenomeThreader_SGN_markers SGN marker sequences match_2 match_part 1.000 5569 5294 match_3 match_part 0.993 20155 20005 match_part 1.000 17409 17065 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C09HBa0109D11.1 type gene exon 5569 5294 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C09HBa0109D11.1 type gene exon 5296 5569 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C09HBa0109D11.1 type gene exon 20155 20005 exon 17409 17065 AUGUSTUS_tom_pot_cdna de novo gene_1 gene 1 1241 3901 transcript_1 transcript 1241 3901 CDS_1 CDS 1241 1369 CDS_2 CDS 1774 1823 CDS_3 CDS 2058 2125 CDS_4 CDS 2522 2584 CDS_5 CDS 2777 2880 CDS_6 CDS 3415 3901 stop_codon_1 stop_codon 3899 3901 gene_2 gene 1 13883 16503 transcript_2 transcript 13883 16503 start_codon_1 start_codon 13883 13885 CDS_7 CDS 13883 14228 CDS_8 CDS 15599 16503 stop_codon_2 stop_codon 16501 16503 gene_3 gene 1 41817 49276 transcript_3 transcript 41817 49276 start_codon_2 start_codon 41817 41819 CDS_9 CDS 41817 41922 CDS_10 CDS 42034 42207 CDS_11 CDS 47167 47489 CDS_12 CDS 48142 48279 CDS_13 CDS 48625 48690 CDS_14 CDS 48821 48889 CDS_15 CDS 49220 49276 stop_codon_3 stop_codon 49274 49276 gene_4 gene 2 50668 54859 transcript_4 transcript 50668 54645 start_codon_3 start_codon 50668 50670 CDS_16 CDS 50668 50972 CDS_17 CDS 51615 54558 CDS_18 CDS 54637 54645 stop_codon_4 stop_codon 54643 54645 transcript_5 transcript 50668 54859 start_codon_4 start_codon 50668 50670 CDS_19 CDS 50668 50972 CDS_20 CDS 51615 54562 CDS_21 CDS 54637 54669 CDS_22 CDS 54765 54859 stop_codon_5 stop_codon 54857 54859 gene_5 gene 1 57831 61616 transcript_6 transcript 57831 61616 start_codon_5 start_codon 57831 57833 CDS_23 CDS 57831 61616 stop_codon_6 stop_codon 61614 61616 gene_6 gene 2 74313 78820 transcript_7 transcript 74313 78820 start_codon_6 start_codon 74313 74315 CDS_24 CDS 74313 74573 CDS_25 CDS 75374 75612 CDS_26 CDS 76169 76367 CDS_27 CDS 76563 76640 CDS_28 CDS 76723 76906 CDS_29 CDS 77756 77922 CDS_30 CDS 78098 78820 stop_codon_7 stop_codon 78818 78820 transcript_8 transcript 74355 78820 start_codon_7 start_codon 74355 74357 CDS_31 CDS 74355 74573 CDS_32 CDS 75374 75612 CDS_33 CDS 76169 76367 CDS_34 CDS 76563 76640 CDS_35 CDS 76723 76906 CDS_36 CDS 77756 77922 CDS_37 CDS 78098 78820 stop_codon_8 stop_codon 78818 78820 AUGUSTUS_tom_pot_cdna de novo gene_7 gene 1 11963 5468 transcript_9 transcript 11963 5468 stop_codon_9 stop_codon 5470 5468 CDS_38 CDS 5787 5468 CDS_39 CDS 8842 8387 CDS_40 CDS 11069 11018 CDS_41 CDS 11337 11275 CDS_42 CDS 11589 11522 CDS_43 CDS 11963 11924 start_codon_8 start_codon 11963 11961 gene_8 gene 1 20205 17227 transcript_10 transcript 20205 17227 stop_codon_10 stop_codon 17229 17227 CDS_44 CDS 17409 17227 CDS_45 CDS 20205 20005 start_codon_9 start_codon 20205 20203 gene_9 gene 1 24723 20986 transcript_11 transcript 24723 20986 stop_codon_11 stop_codon 20988 20986 CDS_46 CDS 24723 20986 start_codon_10 start_codon 24723 24721 gene_10 gene 1 29280 27963 transcript_12 transcript 29280 27963 stop_codon_12 stop_codon 27965 27963 CDS_47 CDS 28138 27963 CDS_48 CDS 28734 28331 CDS_49 CDS 29280 29144 start_codon_11 start_codon 29280 29278 gene_11 gene 1 64086 62712 transcript_13 transcript 64086 62712 stop_codon_13 stop_codon 62714 62712 CDS_50 CDS 63050 62712 CDS_51 CDS 63961 63859 CDS_52 CDS 64086 64031 start_codon_12 start_codon 64086 64084 gene_12 gene 1 65865 65389 transcript_14 transcript 65865 65389 stop_codon_14 stop_codon 65391 65389 CDS_53 CDS 65592 65389 CDS_54 CDS 65865 65728 start_codon_13 start_codon 65865 65863 gene_13 gene 1 69348 66517 transcript_15 transcript 69348 66517 stop_codon_15 stop_codon 66519 66517 CDS_55 CDS 67048 66517 CDS_56 CDS 69348 68450 start_codon_14 start_codon 69348 69346 gene_14 gene 1 91123 81260 transcript_16 transcript 91123 81260 stop_codon_16 stop_codon 81262 81260 CDS_57 CDS 81462 81260 CDS_58 CDS 81824 81612 CDS_59 CDS 90762 90619 CDS_60 CDS 91123 90904 start_codon_15 start_codon 91123 91121 gene_15 gene 2 103266 92098 transcript_17 transcript 103266 92098 stop_codon_17 stop_codon 92100 92098 CDS_61 CDS 93002 92098 CDS_62 CDS 93470 93359 CDS_63 CDS 93792 93627 CDS_64 CDS 95444 95374 CDS_65 CDS 96131 96013 CDS_66 CDS 96428 96220 CDS_67 CDS 96797 96745 CDS_68 CDS 97054 96887 CDS_69 CDS 98016 97932 CDS_70 CDS 98892 98714 CDS_71 CDS 99129 99004 CDS_72 CDS 100103 99972 CDS_73 CDS 100259 100173 CDS_74 CDS 102245 101642 CDS_75 CDS 103266 103214 start_codon_16 start_codon 103266 103264 transcript_18 transcript 103266 92098 stop_codon_18 stop_codon 92100 92098 CDS_76 CDS 93002 92098 CDS_77 CDS 93470 93359 CDS_78 CDS 93792 93627 CDS_79 CDS 95444 95374 CDS_80 CDS 96131 96013 CDS_81 CDS 96428 96220 CDS_82 CDS 96797 96745 CDS_83 CDS 97054 96887 CDS_84 CDS 98016 97932 CDS_85 CDS 98892 98714 CDS_86 CDS 99129 99004 CDS_87 CDS 100103 99972 CDS_88 CDS 100259 100173 CDS_89 CDS 100860 100844 CDS_90 CDS 101413 101299 CDS_91 CDS 102245 101642 CDS_92 CDS 103266 103214 start_codon_17 start_codon 103266 103264 gene_16 gene 1 109106 107291 transcript_19 transcript 109106 107291 stop_codon_19 stop_codon 107293 107291 CDS_93 CDS 107614 107291 CDS_94 CDS 108117 107836 CDS_95 CDS 109106 108228 start_codon_18 start_codon 109106 109104 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_1 match 189 59436 61454 match_2 match 186 52390 53862 match_3 match 134 52402 54471 match_4 match 121 59517 60419 match_5 match 113 59514 61400 match_6 match 127 52402 54597 match_7 match 115 59517 61400 match_8 match 122 52402 53397 match_9 match 170 78098 78799 match_10 match 140 13883 14224 match_11 match 132 78098 78814 match_12 match 155 78098 78805 match_13 match 184 59418 61478 match_14 match 177 52387 53445 match_15 match 179 3416 3892 match_16 match 188 59436 61466 match_17 match 181 52390 53436 match_18 match 187 59439 61439 match_19 match 160 52393 53436 match_20 match 163 59439 61439 match_21 match 147 52393 53424 match_22 match 163 59436 61433 match_23 match 161 52390 53934 match_24 match 179 59505 61484 match_25 match 149 52393 53424 match_26 match 179 59505 61484 match_27 match 149 52393 53424 match_28 match 163 52393 54459 match_29 match 178 59439 61397 match_30 match 184 59439 61397 match_31 match 160 52393 53604 match_32 match 184 59439 61397 match_33 match 160 52393 53604 match_34 match 163 52393 54459 match_35 match 169 59439 61370 match_36 match 184 59439 61397 match_37 match 160 52393 53604 match_38 match 182 59388 61442 match_39 match 155 52420 54462 match_40 match 182 52390 54459 match_41 match 204 59436 61439 match_42 match 133 59241 61244 match_43 match 132 52366 53397 match_44 match 133 59241 61244 match_45 match 132 52366 53397 match_46 match 140 59517 61745 match_47 match 135 52366 53397 match_48 match 130 59517 61439 match_49 match 133 52405 53397 match_50 match 125 59517 61244 match_51 match 132 52366 53397 match_52 match 131 59517 61400 match_53 match 113 52402 53397 match_54 match 280 15586 16500 match_55 match 162 13883 14224 match_56 match 265 15595 16500 match_57 match 155 13883 14227 match_58 match 335 15595 16500 match_59 match 161 13883 14227 match_60 match 353 15595 16500 match_61 match 179 13883 14227 match_62 match 226 3416 3892 match_63 match 166 52390 54477 match_64 match 199 59436 61466 match_65 match 136 59517 60950 match_66 match 144 52471 53850 match_67 match 154 52321 53874 match_68 match 137 59397 60365 match_69 match 217 59418 61352 match_70 match 208 52393 53613 match_71 match 196 59439 61352 match_72 match 186 52393 53424 match_73 match 207 59418 61424 match_74 match 205 52372 53424 match_75 match 196 59316 61400 match_76 match 185 52270 53421 match_77 match 196 59316 61400 match_78 match 185 52270 53421 match_79 match 211 3419 3880 match_80 match 202 3416 3892 match_81 match 107 59526 61400 match_82 match 112 52480 53610 match_83 match 145 78098 78796 match_84 match 124 59442 61427 match_85 match 120 52396 53475 match_86 match 114 13883 14227 match_87 match 114 59442 61250 match_88 match 109 52480 53397 match_89 match 175 52390 54459 match_90 match 198 59436 61457 match_91 match 199 59436 61457 match_92 match 171 52390 54459 match_93 match 199 59436 61457 match_94 match 171 52390 54459 match_95 match 197 59436 61457 match_96 match 174 52390 54030 match_97 match 126 59505 61418 match_98 match 124 52459 53397 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_99 match 151 8693 8385 match_100 match 137 113833 113093 match_101 match 115 69351 68446 match_102 match 109 66999 66538 match_103 match 107 69351 68446 match_104 match 122 66999 66565 match_105 match 120 8693 8391 match_106 match 219 28733 28323 match_107 match 200 8804 8388 match_108 match 159 5782 5474 match_109 match 158 8705 8388 match_110 match 185 69342 68446 match_111 match 160 66984 66529 match_112 match 176 69354 68446 match_113 match 145 67005 66565 match_114 match 151 69342 68446 match_115 match 152 66999 66529 match_116 match 159 8705 8388 match_117 match 160 8705 8388 match_118 match 141 63053 62724 match_119 match 149 64203 63859 match_120 match 196 23136 21499 match_121 match 146 113833 113096 match_122 match 106 107617 107300 match_123 match 133 23055 21598 match_124 match 123 23124 22132 match_125 match 108 23124 21796 match_126 match 162 113833 113099 match_127 match 117 107617 107303 match_128 match 162 113833 113099 match_129 match 117 107617 107303 match_130 match 125 113818 113123 match_131 match 122 113818 113186 match_132 match 140 113833 113099 match_133 match 166 8705 8385 match_134 match 149 8717 8388 match_135 match 116 113833 113093 match_136 match 149 8705 8388 match_137 match 128 28733 28353 match_138 match 122 108986 108228 match_139 match 207 113827 113099 match_140 match 81.6 108126 107833 match_141 match 141 107617 107303 match_142 match 68.9 108698 108228 match_143 match 204 113827 113105 match_144 match 79.7 108126 107833 match_145 match 134 107614 107309 match_146 match 197 23139 21028 match_147 match 116 113833 113099 match_148 match 118 113833 113099 match_149 match 181 10655 10176 match_150 match 188 23136 21097 match_151 match 181 23133 21082 match_152 match 143 23133 21067 match_153 match 166 23136 21067 match_154 match 155 23121 21139 match_155 match 155 23121 21139 match_156 match 171 23133 21139 match_157 match 169 23133 21139 match_158 match 169 23133 21139 match_159 match 163 23133 21166 match_160 match 169 23133 21139 match_161 match 155 23184 22117 match_162 match 185 23136 21079 match_163 match 145 63059 62724 match_164 match 139 64203 63859 match_165 match 146 63059 62724 match_166 match 150 64203 63859 match_167 match 142 63059 62724 match_168 match 151 64203 63859 match_169 match 145 63053 62724 match_170 match 143 64203 63859 match_171 match 143 64203 63859 match_172 match 137 23559 21808 match_173 match 137 23559 21808 match_174 match 127 23055 21808 match_175 match 127 23130 21808 match_176 match 130 23130 21808 match_177 match 117 23124 21595 match_178 match 144 113815 113102 match_179 match 147 8705 8388 match_180 match 160 113818 113093 match_181 match 163 113818 113096 match_182 match 111 113818 113093 match_183 match 123 113833 113099 match_184 match 120 66984 66532 match_185 match 120 66978 66532 match_186 match 116 66969 66553 match_187 match 120 66999 66553 match_188 match 128 113815 113102 match_189 match 132 113815 113189 match_190 match 119 113833 113111 match_191 match 110 113833 113093 match_192 match 112 113833 113093 match_193 match 182 69342 68446 match_194 match 155 66978 66529 match_195 match 181 69342 68446 match_196 match 152 66969 66529 match_197 match 158 69342 68446 match_198 match 151 66999 66562 match_199 match 155 69342 68464 match_200 match 150 66999 66520 match_201 match 114 113827 113138 match_202 match 149 113833 113096 match_203 match 63.9 108986 108228 match_204 match 144 113833 113096 match_205 match 63.2 108132 107833 match_206 match 150 5782 5474 match_207 match 198 8720 8385 match_208 match 218 28733 28332 match_209 match 144 8705 8388 match_210 match 112 66978 66529 match_211 match 120 66978 66520 match_212 match 121 66981 66520 match_213 match 121 66981 66529 match_214 match 113 66960 66529 match_215 match 112 66960 66529 match_216 match 181 113827 113093 match_217 match 117 107614 107297 match_218 match 124 113833 113099 match_219 match 214 10655 10176 match_220 match 154 5782 5471 match_221 match 187 8720 8385 match_222 match 121 108986 108228 match_223 match 209 113827 113099 match_224 match 95.9 108126 107833 match_225 match 141 107617 107303 match_226 match 114 108986 108252 match_227 match 207 113827 113099 match_228 match 147 107617 107303 match_229 match 118 108986 108216 match_230 match 138 108986 108228 match_231 match 217 113827 113099 match_232 match 99.0 108126 107833 match_233 match 147 107617 107303 match_234 match 140 108986 108228 match_235 match 197 113833 113099 match_236 match 84.3 108132 107833 match_237 match 135 107617 107303 match_238 match 162 23136 21676 match_239 match 154 5779 5471 match_240 match 181 8720 8385 match_241 match 120 8693 8388 match_242 match 120 8693 8391 match_243 match 156 8693 8388 match_244 match 143 23055 21586 match_245 match 158 23535 21676 match_246 match 154 8705 8388 match_247 match 139 69339 68446 match_248 match 109 67029 66577 match_249 match 139 69339 68446 match_250 match 109 67029 66577 match_251 match 139 69339 68446 match_252 match 118 67029 66538 match_253 match 112 113818 113093 match_254 match 112 113818 113093 match_255 match 112 113818 113093 match_256 match 116 113818 113093 match_257 match 113 113833 113099 match_258 match 120 113818 113084 match_259 match 120 113818 113084 match_260 match 123 113833 113099 match_261 match 124 113818 113093 match_262 match 186 69342 68446 match_263 match 166 67032 66520 match_264 match 207 69342 68446 match_265 match 185 67032 66520 match_266 match 168 69198 68446 match_267 match 160 67032 66511 match_268 match 198 69342 68446 match_269 match 168 67032 66520 match_270 match 174 69354 68446 match_271 match 168 67005 66532 match_272 match 122 113815 113093 match_273 match 146 113833 113099 match_274 match 112 107617 107303 match_275 match 151 113833 113099 match_276 match 112 107617 107303 match_277 match 151 113833 113099 match_278 match 109 107617 107303 match_279 match 154 113833 113099 match_280 match 110 107617 107303 match_281 match 154 113833 113099 match_282 match 110 107617 107303 match_283 match 149 113833 113096 match_284 match 105 107617 107300 match_285 match 164 113833 113099 match_286 match 109 107608 107303 match_287 match 67.0 108986 108228 match_288 match 174 113833 113096 match_289 match 59.3 108132 107848 match_290 match 108 107608 107300 match_291 match 167 113833 113099 match_292 match 112 107608 107303 match_293 match 164 113833 113099 match_294 match 110 107617 107303 match_295 match 167 113833 113099 match_296 match 112 107617 107303 match_297 match 115 113818 113186 match_298 match 145 113842 113102 match_299 match 115 113833 113147 match_300 match 120 8693 8388 match_301 match 120 8693 8388 match_302 match 207 23133 21169 match_303 match 189 23460 22105 match_304 match 196 23133 22105 match_305 match 159 8705 8388 match_306 match 152 113833 113096 match_307 match 140 113842 113102 match_308 match 153 113842 113096 match_309 match 149 113842 113096 match_310 match 149 113842 113096 match_311 match 121 66975 66553 match_312 match 196 23256 21871 match_313 match 196 23256 21871 match_314 match 186 113830 113093 match_315 match 135 107617 107297 match_316 match 123 66960 66529 match_317 match 136 113833 113084 match_318 match 120 8693 8388 match_319 match 120 8693 8388 match_320 match 120 8693 8388 match_321 match 202 10652 10191 match_322 match 185 10655 10176 match_323 match 138 108965 108228 match_324 match 193 113833 113099 match_325 match 84.0 108132 107833 match_326 match 137 107617 107303 match_327 match 138 108965 108228 match_328 match 84.0 108132 107833 match_329 match 116 69330 68446 match_330 match 114 66993 66544 match_331 match 120 23046 21799 match_332 match 82.0 108986 108216 match_333 match 159 113833 113093 match_334 match 83.2 108132 107833 match_335 match 80.1 108986 108216 match_336 match 152 113833 113093 match_337 match 73.6 108132 107833 match_338 match 67.4 108863 108216 match_339 match 158 113833 113093 match_340 match 83.2 108132 107833 match_341 match 105 107617 107297 match_342 match 99.4 108986 108216 match_343 match 145 113833 113099 match_344 match 71.2 108132 107833 match_345 match 152 113833 113096 match_346 match 160 113833 113096 match_347 match 107 107617 107300 match_348 match 65.9 108983 108228 match_349 match 150 113833 113099 match_350 match 64.3 108132 107833 match_351 match 156 69009 68446 match_352 match 169 67032 66520 match_353 match 191 69342 68446 match_354 match 176 67032 66520 match_355 match 110 113833 113090 match_356 match 120 113818 113039 match_357 match 129 113833 113099 match_358 match 115 8690 8388 match_359 match 116 8690 8388 match_360 match 119 8693 8391 match_361 match 154 8705 8388 match_362 match 155 8705 8388 match_363 match 122 28775 28371 match_364 match 75.1 108959 108216 match_365 match 163 113833 113093 match_366 match 70.9 108132 107833 match_367 match 109 107617 107297 match_368 match 77.4 108959 108216 match_369 match 163 113833 113093 match_370 match 70.9 108132 107833 match_371 match 109 107617 107297 match_372 match 471 31702 30095 match_373 match 116 23130 21598 match_374 match 148 113833 113096 match_375 match 134 113815 113093 match_376 match 130 113815 113093 match_377 match 123 113815 113093 match_378 match 111 66978 66535 match_379 match 114 66984 66535 match_380 match 116 66993 66532 match_381 match 117 8693 8388 match_382 match 157 113833 113096 match_383 match 108 107617 107300 match_384 match 123 113815 113111 match_385 match 141 113815 113102 match_386 match 134 113842 113102 match_387 match 139 113842 113093 match_388 match 160 8693 8385 match_389 match 120 8693 8388 match_390 match 144 113833 113096 match_391 match 119 23130 21808 match_392 match 50.8 108986 108228 match_393 match 131 113833 113099 match_394 match 76.6 108132 107929 match_395 match 187 113833 113093 match_396 match 122 107614 107297 match_397 match 124 113827 113102 match_398 match 142 113815 113093 match_399 match 145 113815 113075 match_400 match 160 113833 113093 match_401 match 105 107617 107297 match_402 match 160 113833 113081 match_403 match 108 107608 107303 match_404 match 159 113833 113081 match_405 match 108 107608 107303 match_406 match 165 113833 113081 match_407 match 111 107608 107303 match_408 match 173 113833 113081 match_409 match 111 107614 107303 match_410 match 117 66975 66535 match_411 match 201 102244 101639 match_412 match 101 96430 96218 match_413 match 169 99132 98716 match_414 match 419 93003 92104 match_415 match 70.5 96147 96010 match_416 match 207 23136 21019 match_417 match 132 113815 113102 match_418 match 135 113833 113096 match_419 match 199 23136 21073 match_420 match 199 23136 21073 match_421 match 88.6 109118 108216 match_422 match 149 113833 113099 match_423 match 74.3 108132 107833 match_424 match 129 28784 28371 match_425 match 155 8705 8385 match_426 match 119 8693 8391 match_427 match 174 8714 8391 match_428 match 162 8723 8388 match_429 match 126 113833 113093 match_430 match 192 23136 21097 match_431 match 137 113842 113102 match_432 match 155 113833 113099 match_433 match 116 107608 107303 match_434 match 159 8705 8388 match_435 match 120 8693 8388 match_436 match 157 8705 8388 match_437 match 121 23067 22132 match_438 match 166 8693 8385 match_439 match 115 66975 66535 match_440 match 133 113815 113105 match_441 match 172 30925 30248 match_442 match 100 31582 31232 match_443 match 38.9 31218 31129