C12HBa0224N06.1 AAGCTTGTTATACTTGACAAGCTGCTGGACAGATTGCATGAAACAAAGCATCGAGTGTTG ATATTTTCTCAGGTTCGTAACTCCTTTTCCCTACGAGAGATGGTTTAAAATATATATAGA GAGCATTTATGTTACTACTCTTAGTTGTAGGAACTGTTATAGAAGGCATGTTTTGAGGCT CACCCTTAGTCATGATGATGTTCACCTGTGCTTTCAACTAGCTGAGTATGTTCTGTCAAT CATCTTCTGAATGCAGATGGTGAGGATGCTGGACATACTGGCCGAATATTTGTCTATCAA AGGATTCCAATATCAGCGGCTTGATGGTAGTACAAAGTCTGAGTTGCGCCAGCAGGCTAT GGACCACTTCAATGCACCTGGTAGTGAAGATTTCTGTTTTCTTCTGTCGACCCGAGCTGG TGGATTGGGTATAAATCTTGCAACAGCAGACACTGTTATCATATTTGATTCTGATTGGAA TCCCCAAAATGACTTGCAGGTTAGGATACGTGTGTTGTGTAATTCAAAAGATGGATTTTG TGAAAAAATTGCCTTGTTTAACATGCTGCTTTATGCTGTATCATCTTTGTTTGTCCTAAT AAGGCAATGAGTAGAGCTCATAGGATAGGACAACAAGAAGTTGTCAACATCTACAGATTT GTTACAAGTAAAAGTGTGGAGGAAGATATCTTGGAACGTGCTAAGAAGAAGATGGTAAGA CAAGATATGGATGCTTTGAATGTTCGAATTCCATTGTTTTTAATGTGACATGATACGTTG TTGAGAAATCAAGTGTGACAGTTTCTTATATTGGAGGCATGATGGTTTTATCGGTCATGT TTTACTTGCAGGTTCTTGATCATTTGGTGATTCAGAAACTGAATGCAGAGGGTAAATTAG AGAAGAAAGAAACCAAGAAAGGAAGTCTCTTTGATAAGGTATGGTATCGTACTGGTAGAG TCACAAATATCTGATAGATTTCGTTTTAAAAGTTTTTTTTCCTGATATATACTGAAAACA CGATGAAGATAAAGTTATATACTGTTAGAACATATTTGATCTTGTAGATAATCTATATAT TACTGTTTACCTGCTGTGATTGTAGAATGAGCTCTCTGCCATCTTGAGGTTTGGGGCTGA GGAACTATTTAAGGAAGAAAAAAATGACGAAGAAAGCAAGAAAAGGCTTCTCAGTATGGA TATTGATGAAATTCTTGAACGGGCTGAAAAGGTTGAAGAGAAAGGAGCTGAGGCAGAGGA AGGAAAGGAGTTGCTGAGTGCTTTTAAGGCAAGTTGCAATTTCCATTTTTGCAGATATTT TTGCTGTTCTTTTTTTCTTTTGAAACTGTTGAAGTTGTGTTCGTCAACATTGAGGACATG CTGGAGAACCTTCAAAATATTGTGGATCAAATCATACCCCAAAATAGTAATTACAAAGAT CTACCAACTGATCAGCTTCCTCTAGACATTTCTCTTTACACCAAAAATAGAAGGCTATAA TATAATTTCATATGATTTTCTGAATGGAAGGAAAACTATCTTCAAAACATCTATATTTTA TTTCTATCCGTACTGTCTACAATATATAATGTGGAACTAAATTTTGCTACTTCTTTCGAC TCTTGCTTCCCCCTCTCCTGATCCAGCAGCTCAAGAGACCTGCTGTATGCTCTGGCATTC TCCATTTGGTTTCTGTGAGACTGAGAAATAGTGCCCAAATCTGTGTCATTACTTTTTAGT ATAAGAAGAAATGGCTGGTTTGTTTCCACAGCCTCTTTACAAGGGAAACATGTGGATACT ATCTGAAATTCTCTCCTTCTACTGTTCTTTTTTTCTGATTCCCCTCGTTTGATTTCTCTA ACTTAGTGGCACATCTTTTTCATTTGATTTTCCCTTCTGTGTGTCCTCATTAAGTTTTAT TTCTCTCAGATTGGAGGTCAGGCATGCTTGAGACTTCATCCCCCCCCCCCCTCTTGGTTC CCTGTATAACCGTGCTCTGCAATTTATCCTATGCAGGTTGCCAATTTCTGTGGTGCTGAA GATGATGCAACTTTTTGGAGTCGATGGATAAAGCCAGAAGCAACTGCACACGCTGAAGTA TTTAATACTACTTTACTAGGGATATATGTGTTTCTCTAATGTTTCCTATACCGATGAATT TTTTATTTTATGATATTTTCTTTGATAGGACGCTTTGGCTCCTCGAGCTGCTCGAAATAA AAAGAGTTATGCAGAAGCTAGCCCGCTGGTGGTTACTAATAAAAGAAAGAAGGGTGGTGA TGCTCAGGAAAGGTTCCCAAAGCGTCGCAAGGGAGATTTTAGCTGCACACTTCCGGCAAT TGATGGTGCTTCCGCTCAAGTGAGAGGATGGTCTTTTGGGAACTTGTCAAAAAGAGACGC CACACGTTTTTCTCGTGAGGTAGGGCTAGTTAATTATGTACATGAGTTTATTTTGGCTCT TGTTCTACTTATAAAATGCATTTGTTGGAATAAACAGTTCCTTTGTTGCTTCAGTTGTGT GATTCTATTTTCTTTCCATCCATATGTATTTTATTCGTGGTAACATCTTGTCTTTTTCTT TTCGTCAAAAAAACGTCTTGTCTTTGACCAAATTATTTGAATGTGTTGATATCAAAATCA TTAATCTGTTAATTTCTCTCTAATTTTAGGTCAAGAAGTTTGGGAATGATAGCCAAATTG ACTTAATATCATCAGAGGTTGGTGGGGCAGTTGAAGCTGCACCAACTGAAGCTCAAGTTG AGCTTTTTGACTCATTGATTGATGGCTGTAGAGAAGCAGTTAAAGGTGAAGTTGTTGATC CAAAGGTTTGTACATTGGTTCATAATGTATTTTTAAAGATTGGGGGATGACACACTTGGG CTGACATTTTGTGCGTTTTCACCTTCAGGGACCTCTTTTAGATTTTTTTGGTGTTCCTGT GAAGGCTGATGAACTATTGGCCCGTGTTGAGGAACTTCAACTCCTAGCAAAGCGCATTTC TCGATATGCAGATCCTGTCTCACAGTTCCGTGCTTTGGCTTATCTAAAGCCTGCAACTTG GTCTAAAGGTTGTGGCTGGAACCAGAGTAAGTTGAAGCCCTTTTTTATTGTTTGACTCTT GTTCTTCCCATTTTCCTTCCCCTTTCATCTTGGAAAATTCTGTGGTTGCCTTAACTCCTC CATTTGGTAGAGGATGACGCCAGACTGCTTCTTGGAATTCATTATCACGGATTTGGCAAC TGGGAAAAGATACGATTAGATGAAAAACTTGGCCTCATGAAGAAGATTGCTCCAGTGGAA TTACAACATCATGAGACTTTCTTGCCAAGAGCTCCACAATTGAAGGAGAGAGCTTCTCAA CTTCTGCAAATGGTATAGAATACTCACTCCCGAGTCTCTACATTCACTAAAATTGCTTGT TAATTCCATATTTCCATTATTATGTCATCATTTTCACTTCAATTGCTGTCGAGATTGTGT AGTTTGCTAGTGAGACGGATCAGACAAAAAATATATTTTGCTACCGAGAATCAGCACTTT ATTTTTTTTAAAAAATTTAAAAGGTGAGTTATTTATGGTGTGAACCAGCAAAGCTGGAGA AGGCTATAAAAAATTACTTTGCAGAGAACAGTAAGAACCAAGAAAATCTATCTTGGAAGA AGGATCTAAAACATAATCTTTGGCCATGTTACACATAAAAATATGCAAAAGAGCACATAT TTTACTCGAGATTAATAGCCTACTTGGATTGGCTTATTTTAGGTGCTTTTAAGCAGTTTG TAGTGTTTGGGTAAAATTAAAAGAAATGCTTATAAGCGTTTGTTTTCAAGTCAAAATAAT AAAAATTAGCCAAAAGTCATATGTTAGAATTTCTAACTTATGGCTTTTGACTTATAAGCC ATAAGTCAAAAGCCATTTCAAACTGACTCTTAAGTCTTTCTACCTGATAATTCAAAATCC ATTTCAAACAGACTCTTCAGAATTTCTACCTGAAAAGTGGAAAGGCAGGAGGATCTGCAT GGTTCATGTTCATTGTGCAGTGTTTCCAAGTCCTCCACATTAGCTTTATTGGGCCATTCA AAGTTTAAAGTTTGGTTTGCATACTAAAATTCAAATTCAAAAAAAATGTTTGGCTTACAT ACGTTCTTTACCTCCCCATTATTACCCTTTTTTTTTTTTGATAATTGAGAAAATTTCCCA AGAGTTAGTGGTGCACAGTTTGAAAGTCGGTAGATAGCCGGCCTGTTCCTCTGCCTTCCC TTAAATACTAATATTCTGTATGCGGCAGAATATAATTTCGTGACACGCACATAAACCATA CCTGACACTTTGCGCTCTTATCACTCGGACCAAAGCCGTCGGTTCACCTCCTCTAGTTGT ACTAAACAACACAAAGGCGAAGGATGAATTCTTTTCTTGGTCACAAAGAGATTGACCCGC CCCATTTACACTTTCTCTTCTCTTGCCCTCAAGAAAGAAAATAGCGATGCCATATTAGTA TGTTCTGATCTCATTGCATGGGGAGTCATTGACATAAATAGTGAACTCCATCTGCTTCTT CACAATGGTCAACTGTGCTTCCTTCTGACTTTTGATACCTGCTTTACCAGCAACTAGCAA GTGCAGTGATACAGTTGCCTCTTCTTGAAATTCCTTTGTGTTTGTGGTTGTACTTTTTTC CTCTATAGTTGCAGATGTTCTTCCAGCTGTAGGAAGTGGAAGTTCACTAATCTGTTTATG TTGTGTGTGGATTCTAAGAACTTAAACTTTTCAGTTACTTGTATACCTTACCCACATTAG TCTTGCTACCAGGAAGTTGCAGCTGTTGGTGGGAAGAACACTAGTTTAAAAGTGGGTCGT AAAACTTCCAACAAGCAGAAGGAAAGCCTTCCCAGCACAACAGCATCTCTTGGAAAGGGT AAACAAAGTAAATTAAGCTCATCTGGAAATGCTAAAATGGGTAGAGGCAGAGCTGCAAAA GGTCAAAAAAAGGTTGAGCCGTTGATAAAAGAGGAAGGTGAAATGTCAGATAATGAAGAA GTTTATGAGCAGTTTAAAGAGGTGAAATGGATGGAATGGTGTGAAGATGTGATGGTGTAT GAGGAAAAGACGCTTAAGCGTCTTCAAAGATTGCAGACTACTAGTGCTGATCTCCCCAAG GACAAGGTTAATATTCTAAATTCAGTTCTCTCTCTCCCTCTCTATTTCTATCTCTCTTTT CAATGAGTCTGAATTTTTTTACGGCACCAGGTGTTGGCCAAAATACGGAACTACTTGCAG CTTCTTGGTCGCAGGATTGATCAAATAGTTTTTGAATATGAGAACGAATCACATAAGCAA GAAAGTAAGCCTCTTGTCTTATAATCATTTGGCTTAAGCTAATAGTTTATAACTTACTGC TCCTTCTCGAGCCCCTCTCTACCCGAAGTGGAGGGTGTGGGTGCATGAGTCCTTTTCTCT TAGTTATAGCTATGCTTTCTCTCTTAATTTCTCTCCTCCTTAATGCATTAGTTAACAGGG CTCATTTAAAATTTGGCTACAGGGATGACAGTCCGTTTATGGAATTATGTCTCAACATTT TCAAATTTGTCTGGCGAGAAGCTTCGTCAGATTTATTCTAAACTTAAGCAGGAGCAACAT GTAGAAGGACGGGTAGGACCGTCGCAGTTTAATGGTTCTGCACCTGCGCATCCAACGCCA GGTTTTGTACCTCGAGGTTTTGATGCAGCCAAATTTGAAGCATGGAAACGAAGGAAAAGA GCTGAAGCTGATGTTCATTCGCAAGTTCAGCCCCAACATCAAAGAGCTTTGACTAATGGT ACACGCCTTCCTGAACCCAACTTGTCATCAGGGATTCTTGGCGCAGCTCCTTTAGATAGC AAACAGTCAGGTAGTGGTAGGCCTTACAGAACACATCAATCTGGCCTGCCTCAGAGACCA GGTTTCTCGTCCGGTCCCAGATAGCTTCTTCTACTGGACATTAACTGCCATGGTGCCCCT GCAGGAAAGCCATTCAATTTTGTCTCAGTGGCTTTTGCTGCTTCGATCTATATTCTTTAC CTGGAATTGCGCTGGTCTATGGGAATACAAATTTTTGCTCATTCCTTGACCACATACCTG CTATTTTGAAGCCAACTGTAAACCAAAGGACTGCATCATTTAGAAGCCAGAAAGAGTGAA CTTGGAGGCGCCTTTCCTAGATCCAGGAGATGAAGATTTTGTTCTATTGGAATTTCTAGG GCACACAGATTTCTTCCCCTTACAGATAAAATCCCAGTCTTTTTTTTTTGGCTGTTTTGA AGTATATAATGGATAGTGAAAGAGCATATTTCTTTAGGTTATATGTGACAGTTTGTCACA GTCTGTATGTATTATGCTTTTTGCGAAGTGTACATTATCAAATTTTGCTTATTCAATAAC TCAACAACATTATTCTTTACTCCACTTGACTACTTCTCTTCTCCATTGATTAGTTTTCTT GCTTTCTTCATGCTTTTTACCACATTTTTATCTTGCATTACCATAAGGTACCTGTGACGA GAGCTCACATTCAATTTCATCACTTCTGTGTTAGTTTATATTGTTACTGATATTAACATT GCTATTGATTATTTTTTCAAGTATAAATCAACTCAGCAGAATTGATTCTCAGTATTGTGT TGATCAAGTCACGAACAACTATCATTGAATGGAAAATTGATTAGAATAACTTTGGTTTAT TGATTTCAAGCCTTTAGATTATATAGTATCTATGGAGGATTTACAAAATCAATTTAAACC CTTGTAATAAAAAATAAGTATATTAAAATATAAATTAAAATTATAAATAAATAGTTTTCT AATGTAAATTTGAAGATAACAATAAAGATATTTATCTTCTTCTATTAAAATTAATATATT TTCATAGAAGGTCTAAATATAAAGAATTTATAGCATAAATAAAGAATATAAGTGTTTGAT TTTAAAATATGTATAAAAAAAAAAGGGTCAAATTACAATTTACAAGGACCTTTAATTAGC ACTTAATGATAGAAAATTAGAGAAAATAAAAACCCCAAAAAGGAAATTTTTTTTAATAAG AATACTGTTTGGAAGTATTAAATTATAATTTACAAAGTTTTAGTAGAAGTGGGGTCTTTT TTCCCTTTTTCTCCGCTAAAAGAATTTAGTTGAAGAACAGCAATTTATCTGCCATTGTTA TTCATGCTGCAGATTTTTTCTTCTTTATCTGCGATGGTGAGAAGTCAATTTATGCCTTTT GTTTGTTTTCTGCTTTGATTTCAGTTTTCTTTTGTTGTTGTATGCTTCAAGTTTCAATCT TTTTTAGTTTATGTTTCAGATAGATTTTCAGTTTTTTTTTGCTGTATATGTTTCAGTTTT GGTTCATGGAATTGTTCAAGTTTTTTTGAGTGATATATATTATATCTGTAGACTGTATAC ATGTATTTGGGTTTGTGGGTGTTGAAAATCTTGGATTTTGATGGAATCATTGAGGCGAAT AGTCTAGAAGCCAATCAAGTTATGCCCTTCCTTTGTCTTCAGCTTTGATTTCACTCTTTT TCTTTGCTATATGTTCCAAATTTCAATCTTTTTTGCTATATGTTTCAAGATTCGCTCTTT TTTGTTACATGTTTCAGCTAAATTTTCACTCTTTTTGCTATATGTTTCAATTGCCATTCA TGGTGAGTTAATCATATTAAGTGATACACATATATTATATGTATTTTGGTTTTCTGCGTA TTGAAAATCTTGGTTTTTAACGGAATCATTGAGGTGAACAACCCGTCTAAAGCTTAGCAG CCAATCAAGTTATGCCCTTTCTTTGTCTTAGCTTTGATTTTGCTCTTTTTTGCTATATGC TTCAGCTACATTTTCACTCTTTTTGGCTGTATGTTTTAATTTTCATTCACAGCGAGTTAA TTCATGGAGTTGTATTCAAAGCTGTCTCTTTTCCCCTTCACAATGATCTATCAGTTGGAT TTTATGGATCTTTTAACAACTTTTAAATTCTTATAATTTTAGATGCGCGTGGATGTAAAA ATTCAATTATTTTAGTTATGGTTAATATTTTTGGTACAGAACATACATTGGCACAATTAC GAAGTTGCTCCTTTGGTTACATGCAGGTTTTGTGTTCAATGCGTGGAAACAGCCTCTTTG CATAAATCCAAAGGAAAGTTGCTGATAATATATGCCCACCCTTCTAACCTGGGGAGTATT TCAATTCATGTACGGGGTAGGCTTTCCTTTTTTTTTTTTGTTTTTTTTTTGGTACAAATA CATTTTGACAAGTTACATTGAGTATATTCCTTTTCTTTTGCCTCTAATCATTTTTTCAGA AAATGTCTTGATAATGGACTGTAAGAAGCTTCAAGAAAGGTAGTAATTGATTTGTTCGTC TGTGGATTGTGGGGATAAGTGGGGTATAGGAGTGAAGTTGTTTCTCTGATCTGTTTGCTA GTAAATCTGAATCCCATTAAAATGGTGCGACGGGGATTGGAGGGCTGTGATATTTTGTTT GACATATCCCGTTTAGGGAGAAAGAGGGCATACTCTTGGAATAAGGAATCGGAGTTTGAA AACAGTGATATTTTTCGTTTCAAGAGGCAGATTAGAAAAACTAGGAATATTGATGAAGAT TATGTACAGTATTTGATGCTTCTCCTTGACTATGATGAAGAGTCTAAGTGTTGCACAAAT GAAGGCGGAAAGGAAGGTCCTGCTGTTGCTAGAGATAGGTTTAATTTTGACATGGATGAG GATGTGAATGAGTATGAGGATGATGAAGACGAGGATGAGGATATTGATCCGGAGTACAAG AAGTTTTTGGCTAATACTAAACCAAATGGGATCTCATATATGGTTAAAATTGATAGAAGT GTTGGGTTTCCTGTGTTTGTAGAGTTTGAGAAAGAGGATGGATCTGATGGAGAGTTTGAA TATTTAGGACGGAGAAAACAGCAGGGTTCTGGGGATGAAGAGGATTTAGGTAATACCAGT AGCAAAGATAAAGTGGAAAGTCAGCCATTTTCAAGAGTTGTCCTGGAAAATGATGATAAT AGATCCGCAGGAGACAACAATGCCATATTTGAGCCTTCTGATCCTGTTACTCCGATGGAA AAAGGGCTTATGAGCCTGAAGCCTAGCTCGGGGGAGAATGGTGAATGCAAGAGGCATCAG AAAGGTGAGACGAAGAATGGATCAAATAAGGAGGAGAAGAAAGGGAAAGGGAGAAAATCA GCTAAAGTTACTGCCAAAGAAGAGGGAGAAGATATAGATGAAGACTATTCCTATCTTCTG GAGAAATTTATATGTAAGAATTGGAGCACGACACCCTCATTTATGAGGAAATATAATCTA AAAAGTAAGAAATCATTAACGACTGTCCTGGAAAATGTTAGCAATATATCTGTGGGAGAC AAAGATACGACCCATGAGATCTCTGATACTCTATCTCCAAAAAAAAAGAAGAAAAGGGGG CTTACAAGCCAGAAAAATAGCACGAAGGCAAATGGTGCATTCAAGAGGCAGGAGAACAGT GACAAAAGGAAAAGATCAAACAAAAAGCAGGCGGGCCGGAAAAGGAGAAAATTAGCAGAT GTCCCTTTAAACGAAGATTTAGCTGGGAGAAAATCAGTAGATGTCACTGTCAAAGAAGAG ATAGCTGATGTAGATGAAGTCTCATTTAAAAGTGGTAACAAATTTGAATGCGAGGCTGCT GATGAAGATCTTCAAATAGTTGTCAGTGGTGATCGTACATTTGGAAAGGAAGGAGACTCT AATCTCGTGGAAGCTTCTTTATCAAAACACTGTGAAAATGTATGATCCTCCATTCTCTGC TTCTCCTCCCATTTTATTTTATCCTCCCTACGCCTGCTTTCTTTCTTAGTTAATTTGAAG TTTTTGGAATTATTTTATTGTGATGCTTATATATTGATGATACAATGAATAATAAGGTTG AGGATAGCTTCCCAAGGAAAAGTGAGCGTTCTGATTTTTGGTGGAATGTAAAGGCTCTTC TTGAGAGGCCTTACGATCAGAAGGAATATATCGCATTATGGAAAGCTGTCAAAAGTAGAA AGCCTACTCTAAAGGATATGGACTTGCGTAATGGGAAATTTTACTCGACGAGGCGGTTGG GAAAATCATATTTGGATCATTATAAAGGTGAGCTAAACATCTTAAATATTTTATGCAATG ATGATATGGTTTGCCTTACGTTTCAAAGTGGTGCTACTCCTCCTTGCCTGGTCCCAATGG TGCATTTCAACCAGTGTCTTGTCCATAGACATTCCGACTTTTTAGAACATTTGCAAATTT GTTTGTCAAATGATTATAATCAATTGCTGAACTCAGTCCCTCCTGATGTGTACACATTAT TATGTTATTTTTCTTTTCGATAAGGAAGTCTTGTGTTAATTTTCCTTTCTAAATTTTTTA ACAATTTAAATTCTTCAGCCCCTGAAACATCAGTATATTATTTCTCAGTTGCTATTGCAA AATTTTATGTCAACTGAAAAGAACAAATATTAGAATGTATTATGAAGTAATGTAGTTATT AAAAAAAACTCCAACCAACCAAAACTCAGTGTAATTTCTTTTAAACATAGGTGTTTATTT TTGAGATTCAAATTACTGCAAGATTTGTGGAAATCTTTTCTGCCACCCTAGGCATAAGTT TACTCTCTCATTCCAGCGAAGGTGTGGAATTATTCTTGACCATTGTTTCAGAGTCAGACC TCAAACAACCAGTAGGTTGATATTGAGTTAATGACACACTAAAACATCCTTGTAATATGA CTCAGTTTGAAACACTTATAACGCCTATATTATTGAAATTCTATACTTACACCCCCTATG AGGTATATCCATAACTACAATGACAAACCCTGTGTTCACACCTCCCTTGAGAAGATAGAG AGGATGTTCCTGATAGACCCTCGGCCATATCCATAAATAAGTGTACTAAAGTATAATTAT TAACAGACATATTAAAATTATCACTAAAAAAAGTTTATATGCATGAAATTTCAAAAAAGA GGATAACTATTTTGTTAAAAATCATTATTCTCGCCTTTTGAAATGTATATCTTTGAAACT CTTAAATGAGAAATGAAGACAAATTACTGAATAAGATGACTTAAATTTTTATGTATTTGG CAAAATGCTTTTATCTTACAAAACTCAATTAATTTGTCTTGGGAGAGGGCAAATATGCTA GTTAGTAGAAGTATTAATCATCAAATTTTGTTAAAAGTTCTAACTTTAGCATATAGGATG GTCACTAATAATACATTATCTTAAACTGAATGTTTATGCATGAACCTGCTAAAATAATTA TCAATCTAAAGTGAGGTTACTGTTGTCAAATGTGCACTTAAAAAGTGCTCAAGCCCTAAA ACATGAGGTGCAAAACATGTTCAGCGCTTCACTTCATTTAGCGGGTGCTTCACAATGTCA TCATCAAGGCTTTAAGGCATACTTTTCCTTGTCAATAAGCATAATTCTTGACATTTCACT TTATCTTATTTCTTTTCCAATTTCTCTGTCCATATATTGTTTTTTATACTTGTAGTTATT AGTCTTGGACTACATATTTTTTTGTTTTCTGTATTTGCACCTTCCTTCATCAAAGCCCAT GCTTTATTTGCGCTTAAAAGCCTCAATATACTTAGTTTCTTTTTTTTGTGTTTTTCTCCT AATTTTGCCGTTTTGATTCACTTAACATATACAGCATTTGATCTCTGTGATTCTGTCAAT CGTTATTTAAGTTTCGCTGTAAATGCATTATGTATTGATTGTCCACTTTTAAACCTGCAG ACCTTCATGAAAAACTTAAACAAGTTGACAACGACAACATAAAGCAGCTAAACATCTTGC GCAGTTTTTTCTTTTGGTTACAGGTGAGTTGCTCATATTTTGAATAATGAATTGTGTTAT GCATTCCTTTGGCTGGAATTCTTGGCCGCCTACATATGTTCGTCATGTCTACACTATACA TCATAATCTCCCTTTTTGATAGGGAGCATTCATTGTGTCTCCCCTCACTTCATTGCCTCG TGCGTCCTCCGTCATAGCAACATCCTCTAGGGCTAACACCCCCCCCCCCCCTTTGCGTGT GGTAGTGGGAACCTGCATGGGAAGGTCCTAGAAGGTCGCCCATCCAAAAGCATCTGGAGC TTTCTCGCTCAAGTGACTTTGGGAATACAGTTACAATGACTTCCGGAATAACTGATCAAT ATAAAAAGAAATTGTTTTATAGACATCCATTTTAAATACACAGCTTAACGCAGTTCACAA TTGTATAATTGCTAGTCCAGTTAGATTTCTGGAGAAGGCAATTAACAACATAATCCTTTT ATTAATAGTAAGTAACATAGTATATTCATCTGACCTCATTAGTAAGTAATTTTGCTTAGT TAGATTTCCATCGTGAGTTGTCTCTTAATTGCTCACATTTTTTTTGTTTTTCTGGTTAGC TCTCCAGACTCCACTTGTGGGATTAAACTAGATTTGTTATTGTTGTTGTAGTAAGTATGC TGATATAAGACAAATCATCATTGCTTTTGGCATCTTGTCTGACTTTTGATTTACCTACAT TCGAACTTTCACGTGACTCGCAGAAAAATAATGTTCTGATAATTGGTGACTTGATCCAAT TGAGTTAAACCTTTTTTTCTTTTTGGTTTCCATTAGAATCCAATTCATGATTTTAAAATA ACTTTACTTTCATATTCGCATGCTGGTTGGATGCAACTATTATAAGAGTGACTTGAGCAT TGATCTCATTCGTCTAGTCTTAGGAATGTCGTTCTGATGGATTGATGAGACATAAATTCC GTACTTTTTATTTAAACAGCAATTACAAAATCCCATATTTGAGACAATATCTCTGCTTCT TACTATGTTATGTTCATCACATTTTTAGTACTTCACACATTTAGTTTTACAACATAAACT CCATGCTTGTTCTTTTGTGGTTGCTAGAATCTCACACAAAAAGGAGCCTTCAGGCCGTGG ACAGATCCGGAGTGGCTCTCATTGGTTGATAATTCTATTGTTCCAATGATTACTTCCGAT GAATAATCAAGCTGGGACAATTTGGTGAAATATGTTACCAAAGTATGCTATGCTGAAGTC AGAAATTATACAGTGTGTTGTCCGTTTTAGTAGTGGATTGTCGTGCTGTCTTTTTCTTTC TTATAACATTGTAGTACTCCTCTGGAAGATTTCACCCCTCTCAGTCTGGTATAATGCCCG TAAACGTGTTATATTAAACTGGCTGCTGTTGATTTACCTGAAGTTACTTCTTTAGAAAGG ATGTAAAGGGGATTGAAGTCACTTATGCAAAGAGCTTTGAGGGTGATATCTTCATCTACT TGTGTTTTCTATATATTGCTTTCCTTATTAGTTGTCATGTTTTCTTCACTGTTGTTTTCC CTTTTCATAAACTACTTTGATTTGCTACACCTTGAGCCAAGGGTCCTCGGAAACAACCTC TCTACATCTACGAGGTAGTTGTAAGTTCTGTGTACACCCTACCCTCCATAGATTCTACTT GTGAGATTTCATTGGATATGTTATTATCTTCAAGTACTCGTGCCTAATCTTGTAGCCTGT TTACTTTCCCTTATTATGTCACCTTCTGATAACAACAATGCAAAAGGCGAAGGCAAAAGT GACTTTGTATAGATGTTGTAACTGAGTATTTTTGGAATGCAGTTTTTGGAAGCTTTTTCC TTTATTTGGACTGTCATTTTCTCATTTCCCTTGCCAGAAAGAGGTAAAAGTTATAAGGAA ATTAAAGCAAAGATGAAGTCATGATTCATATAAACGATTTTAACTTATTTGGACTTGAGA CATAGTTATTGTATCGTAATTTGCAATATCTCTATTAGGTACCTTTATTGAGTCAGTCTC CCATCTTTCTTTCTGTTGCATTTATAAGTTGCACTGGAAAACTTCTAGTTCATTTCACTA GTTAAACTAAAACATTTTTTTCAACTGTCTCAACTAATCTATCGACTATCTATTACTCAC CACCAACAAATGCATCAAGTTAACACTGGCTATCGCGACTTAACATGATTGATTTTGACC ACTTACCTAAAGGGTGTGAAGGCCAATTTTTTTTTTTTTTTAAAATTTAAATGAAGACAT AATTTGGATGAGACATTGGAACAAATGGCTTGAAATATAGAAATAAAAACAAATGAATGA AAAGGAAAGTAAGAAGATAACAAAAATATATGAAAATTGCAAGGTATAGCTATTGTTTTC CACAAATGAGGGAGTGGTTCATATAGGCCTTTTTATCATCTTATCTTTTCACAAATTCTT TCTCTACCTCATACACTAAATTAAGTCTTTGTGTGGTCCTCTATTATGCTCTTGTGAAGT AAAAAATAACAATATGGTTTTTCTTTTTATTTTTCTATCACTAGTCATCTTGATAAGCTC TTTCATTTTTTTCTTTACATGTTATATTTTTCATGTTAATTTAGGTGATACTTTTTAACT GTAAAATTTAAGAAAAAAAGATTTTTAAACTTTATTATTTAAAACAATTGATAAATATTT ATATTTAAATAAAAATAAAATAAAAAATTTAAAGTTTAATAATTTGATTTAATATAAATA TCGAAATGAGATGAGTGAGGAAAAGAGGAGACGTGTGGTGCTTTGCTATACCCTCAAATT GTGGAGAGGTCCACATTTGTATTATTCTTAAACCATTAATTACTTCCTTTCTATATTTTT TTTTGTTATTTTGAATTATTTTTAGGACCTCTCAAAAAAGATAACATATATGTAAACAAT TGTCTCACGTATAATTCAATTTTCTTCTTCATACTTATTTTTTATACATTCTAATTGAGT CAAAGATTAATCAGAAATGACATTTTTAACGTACAAATCACTCTTTCTTGACGCTAACCA ACTTTATAATAAATTATTACTAATAATATAATTATCTTTTTCTTTAAATTATTTGAGACA AAAATTATGGTTTTCTAGAAGTAAATAAAAAAATAAAATTGGACGAATCAAAATTCACTA TTTTTTAAGCCACAGGATTAGCATCCACGTAAGCCACTTATCTGCCACGTCAACTCCAAA GTGGGACCCACATAGAGAGTTGAGTGGTATAAGAATTTGTATTTGTTGCTTTGGACTTTT CATATTTCCATTTGGCTTTGCTTCTCTGAGCCTCTTTTACTTATTATTACTGCATTTCAG GTACATACTCTCTTCTTACTTCATATATATATATATTATATTTATGCATGTGTATATATG AGTTCATGTTATATGCATTGACCATTATAATTGTTAATTTTTACCTACAACGAGTTGCCA GTGAAAGGTAGTCAGTTGAACATCTTTCGTTGAGAAATTGTATTGAGGGTATGGTCTACG AGTTTATGTTATGTGCACTTAGAGGTTGGTTATGATGAGTATGAGGAGAGGTAAAGGTAG GTTGAGGAAGTATTGAGGAGAGGTATGTTCGCAGGTTATCGAGGAAATGATCTAGATAGG AGATATGGAGGTCGAGTATTAGGATAGAAGGGTAGTAGGTAGTCGAGCGCTGTTTAGTTT TCCTTATCAGTATTGTTATTATTACTCTAATTTTTTATTATTACCTGTTGTTTTTCTTTG CTTTGGTTATTTTAGTATTTATTGTCACTATTGATTTCTTCTCTATGTTCAACACGACTG CTTTCACTACTATGTTTTCTTTTCGTTGATTTTGTTATGCTTTACTTGAATTCAGGCTTT ATCAGAGACATTAATCTCTCTATCTTCATAAGGTAGGGGTAAGACTGCATACACACCACT CTCCCCTGAAAGCACTTGTGGGATTATTGTTGAGTATGTAATTGTTGTTTATGTTATGTG CACTTACAAGGGTAAATATTATGTTCGAATATAACAAGAAGTTGAGTATGATTGTCTGAT ATCGTAAAAATAGAGTAATAACATGCTATAATCGGTTGAGTTTACTGACAGCGTAAACTT TTTTATCATCGGGTATATTTAAACTCGTATTAATACATATATTTAGATGTATAACTCGTG CCATCTCGTTTTATGTTTTTGACTGGATATAATATGTTAATTTTGTCTTACTTTAGCTGT ACTGGACATTTACCTTACTAATTACCTAGCATCTAGGCTGATATTGCAAAGTGCTTAACT GAGTCAATCAGTGGGAAAAAAAAGAGTTTTTTCTTTGTTGGAATTAAATGAGAAATGGAA AATAGAACGTTGATCGTAGGGTGTGGTTAGCTGTTAATGAAGTGAGTGAAACACTACAGA AAACCTCAGTTCAAAGTTTGAACTGATGGAATAGTTGAAGTGACCACAAGCTGACGTAGA CACCACCGTTATAAGAAAAAAATGTATTTGTTTAGTGTTTATTCTAGCTATACAAGTGGT AAAGCATCTGTTTTTCTTGTTCCTATTTGGCCTTTTGTTTTGTTTTGTAGAAATTGTGTT GTAATTGGAAGTTCTGTTTTTTGTGGATATATTGAAGGAATAAGGCGAATTTGTGAAGGG GGAGAAAATGGACTATGTTAATGGACCTGGAAGGAACCATTTGTTTGTTCCGGGACCTGT TAATATCCCGGAACAAGTTCTACGTGCTATGAACCGAAACAACGAAGATTACAGGTCCCC AGCTGTTCCAGCTCTCACAAAGACCTTGCTTGAGGATGTGAAGAAGATTTTCAAGACTAC TAGTGGAACTCCATTTCTGTTCCCAACTACAGGTAACTTCTTGTTATTTGCATCTGAACG AGTTTGGTTTGGTATAGTTTGCTACTCATTTCAATTTTCCAGACAGGGGAAATACTAGTT GCCCAGGTTTAGTCGTCTTGATTATCCATGTTGGAGTTAAAAATGACGAGATAAGATCTT ATTTTAGCATTAGGATGTATCTTTTGCCCGTAAAATAGGACATAATGGAAGAAAAAGATC TATATAGACGATACCAATCAGTTTGAGATTAAGCGTTAGTTATGTCAGTACTTTTGCTTT AGGTTCAATATTATTAAGGACTCTTAGTCCTGTCAGATATTTATATGTCAAACGTGTAAT GTTATATCATATTGAGTAGAGATGAGCTTGAATGGAGCGACCTCAATGTGCTTGTGACTG AGGCATAGTCCTTCTGTTGTTGTATTTCGATGAGTCTTTTCAAATTGATCTTGTCCATCT TCTGTTATAACAATAAATAAAAGGTGATGGCTTTGCAGTAATATCTGCAGAAACATCGAT GAACGTATAATTTTAAGTAGTTCTTGTGGCTCAACTGGCGAACTTGTGATGGCCAAACTT CATATTGTTTCTATGTGGCAGGAACTGGTGCATGGGAAAGTGCACTCACGAACACGTTGT CTCCTGGTGATAGAACTGTATCGTTCCTCATCGGTCAGTTCAGTCTGCTTTGGATTGATC AACAGAAACGTCTCAACTTTGACGTTGATGTTGTTGAGAGTGATTGGGGCCAAGGTGCAA ATCTTGAGGTTTTGGCCTCGAAAATTGCAGAAGATAAGTCTCATACCATCAAGGCGGTTT GCATTGTGCATAACGAGACAGCCACTGGAGTTACCAACAACTTGGCTACTGTAAGGAAAA TACTCGGTAATGTATCTAAACTGATGCATTTTTTCTTCGAAAAATTGATTTCAGATAAGG AAAAGTATGTATGAAATTCACGATCTCTGAAGTTTCGTGCTTGTTTCTATTGATGCCTGA CAGATCACTACCAGCATCCTGCCCTCTTCCTTGTTGATGGAGTGTCCTCAATTTGTGCAC TTGATTTCCGTATGGACGAATGGGGTGTAGATGTGGCACTTACTGGTTCCCAAAAAGCAC TTTCCCTTCCCACGGGGCTCGGGATAGTCTGTGCTAGCCCCAAGGCTCTTGAGGCCAGCA AAACTGCAAAATCAGTGAGAGTTTTCTTTGACTGGAGTGATTACCTTAAGTTCTACAAGC TGGGAACTTATTGGCCGTATACTCCTTCCATCCAACTTTTGTATGGTCTGAGAGCAGCTC TCGACCTTCTTTTCGAGGAAGGCCTTGATAATGTGATTGCAAGACACGCTCGCCTTGGCA AAGCAACAAGGTAAAAGTAAAACCTCTGTTAGTAACAAAATTTTCAACTTCATAGCATAC ATAATTGGAGATTCGTTTTTGAAACGGAGAAATGATATGTAATTTTGTAATGCAGACTTG CTGTGGAGGCATGGGGCTTGAAGAACTGCACTCAGAAGGAGGAATGGTTCAGTGATACAG TCACAGCCGTTGTTGTTCCTCCACACATTGAAAGTTCTGAAATCGTGAAAAGGGCATGGA AGCGATACAACTTAAGCTTAGGTCTCGGCCTAAACAAAGTTGCAGGAAAAGTTTTCAGAA TAGGACATCTTGGAAACTTGAATGAGGTAAATTACTCTTTACTGCAGACAACATGCCTTA TTTTGATTGCGCATTTTGTGAAGATTACACGATCTCATTCCTCAAGCATGTGACTGATAC TATGCATAAGCTTTTGGTTTGTTAGTCTATTGGCACCAGATACTCATCATCATCCAAATT AAGGTCTGTTTCAACCTATGCTGCTCGGACTCTTAAAAATGACACTAGATGGGTGTCGGA TCCTCTAAAAGTAGTACGATTCATAGGGTCTGACGCGGGTGTGGCAACATTTTTAGAGAG TCTAAACAACATAGGTTCCAACTATATACTAACTAAACTAAAAGCATAACATCATTATCA ATAGTCAATTCATGTGCTATGGGTTCATATCTACATAAATTTCTGCTCCCTGACAAAAGT AGTAGGTTCAGATGAACTGAACATCAATACTCTGCATCAACCTATGTTTTCAACTACTAC TTGATACTCTTCCTCCATCACACCTCAGAGGCGGAGCCATGATTTCAATAAATACTAATT ACTTAGTTCTAAATCTAACTTAGTACATATTTAATGAATGTCTTCTATACAAATGCATTG TTTCATGAAAAGCAACTTAGTCCGACCGAATCCTTATCTAAGCTTCTACCTCCACCCCCT TACACAAGTAAAACTAACACATGAAACTCGTATATGTCTAGTCAAACACCGTAACAATAA ATGAACCGGATGACTAATCCTTTTATGTTACTATTTTCGACATAGATGGGAATGCATGCA TGCATGCTATGAAAGATAAGGTCAAGTCTGATACATCAACCGTCTCTTTTTATTATTATT ACATAATAATGTATTCTTTTGTAGTTGCAACTATTGGGATGTCTTGCTGGAGTTGAAATG GTACTTAAGGATATTGGTTATCCAGTGAAGTTTGGTAGTGGAGTTGCAGCTGCTAGTGCT TTTCTGCAAAATTCAACTCCACTTATTCCATCAAGAATTTAATTCAATTATTATTACTGA AAGTATACAAAACCAATGCATGTAAATTATTCTCTTCATGTAACTTATGTTTCAATGTTC AAATACTGGTTGAGAATACTTTTGTAAAATTGCAAAATTTCCTTCTTCCCATGATAACTA TATGTGTTTTCTTTCTTCTAAGTTCTTTTCCGAAAGTCGATGACTAGTCATGATTATGAT AATTTACATTGACATCAAAAAAGAGTTTAATCCAATGCTTTGTTTCTAACTACGTCTTTT AAGTTTTGGTTAATTACTATTATATTGACATTAAAGAAGAGTTCGTTGCAATGCTTTATT TCTGACAACTCTTTTTGTCTTTTTATGTTTTGGTTATCATATGAAATGAAAATGAAATTT AAAAATGAAAGACCAAGCTAATCTTGGACAGATTTAGTTAACCTTTTAACATTAATTAAG ATTAAATTTTATATTTATAAAAAGCAAATTTTGATTTATATGAATATATGTTTACATGAA TACTTTTTCTAAGTTTTATTATCTCCTATTCATTTTCCTGTAAGTTTAATTTTTATATTT TTATTTTCGTCAAATACAATTTATTATTAGCTAGATTAATTCAAATTCATGTCTCGTATA TTTCATCTAAGGAAATGCTCTTTTTCTAAGTTTTATTATCTTAACATTCAAACACGAAAA TTTTAATCAAGGCTAAGAGAATTCATCAATCTTTAACACTCCACATTGATTAATTAAGGA CTAATTTTTTTTTTTTTCAATACATAGCCAAACCCTTGAACTTATCAAAATTATGTAAGT TAGACACACGAAATAAGTCTTATTCTAATTAACCATCTCAAATTCTAATAAAATATTTCA ATTAGACATTTTTATCTCGATTTTTTACTTTGTTTTTTTATATGTTTTCATTCGTCTATT ACTAAATACTCGTTAAATTAATCATATAAATATGTCATATTCTTTAATAATATGCTTTTA TTTTCCAAATAAGCTTAATTATCTGATAGATAAATGCAAACCCATAGAAATACTTTCAAA ATTTAAATCCAAAGAGTGTAATTAGTTGGAGTATCTACACAGATTATCAATTTTATTTTT TTAAGAAAAGAGTGTATTGGTTGGATTAAAATGTCATTTTTGTGGGACCCTACTAAATTA GGGAAGTGGATAAAATTGGATATTGTTGACCATTTCAATTCTTGATTCTCCGCATTTCAG GCTCTTACAGAACAAAAAGATTGAATTTTTCTCATGTGATTCAACAAGAAAAGGGAGAAG AAGGAAAAATGGAGCTGAGAAGTGTATTCTTGCCTCAGTTCAAGATTCAACAACCGCAAT TCACTTTGGTATTTTCTAAACAAGGGAAATATGAACCCCTTGTTGTTGTCGACATTTTTA GCAGGTAAATATGATGTTTTGTTTGGAAGTTGTTCCTAATAGATTAGATATAGAGGATTT GTTTAACCCCACCTTGATTAATTTGTGATTTACTTGAATGAAGTTGGTTCTTTTATTTGT GATTTTGAATGAAATGAGTATGAAAGATTTACATGGCTGATCCCAATTAGTTTGTGATTT ACTTAATACCCAAATCAAAGTGATGGATGTATATGAGCTTGATGGTTTTTTTTTGGTTCC TGTTATTTGTGATCCTGAAATTGGTCCAATTGAGTGGAATAGATGGCCCGGTGCACTAAG CATCCCACATTCACGCAGGTCTAGAGAAAGCCCCATAAGGGATGTGATGTGTCTGATTGC ACTGCTCCAATGCGTGACCTATAGGTAGCAGAGACAACTTTGTACTTTATTGTTGCTCCA AGGCTCCGTTTCATAGCTGATCCAAACTAGTTTGGGACTTACGTAATACCCAAATAGGAG TGGTGTGTATATATATGAAGCTAGTGATGTTCTCAAATCTAATCTTGGTATTTCTTTGAG GGGTTTCGTAAAGGTGGTTCTTTTATTTGTGATTTGTAAAGTTGGTGAAGTGGAGTGGAG ATGTGGAATAGATATAGAAGATTTATGTAGCTTACCCCAACTAAAGGACGACCCGGGTGC ACTAACCATCCTGCATTCACATAGGTCCAGAGAAGGGCTGCATCCTAAGGGTGTGATGTA GGCAACCTACCTTGAACATATGAAGTATAGGTTACATAGAGACAACTTCATACTTTACTG TTGCTCCAAGGCTCCCGTTGATAGCTGACAAAAACTAGGATTTACGTAATACCATAATAG GATTGTTGTGTATATAGATGAAGCTAGTGGTGTTCTCAAATCTAGTCTTGGTATCCCTTT TTGGGGTTGCATAAAGGTGTTTTTTTATCTGTGTTTCAGGAGGAAGTTGGTGAAGTGGAG TGGAGATGTGGAATAGAAAATAGAAGATTTATATAGATGACCAAAACTAGTTTAGGATTT TTTTAAAACAATAATTGAATTGGTGGGATATATATGAAGCTAATGGTGTTCTCAAACTTA GTATTCTTTGAAAGTTTTGCATGCAATTTCGTTTGTGATTCTGAATGAAATAAATCAGGT GGAGTAGGAACATGGAATAGATATAGAAGAATTATATAGCTGACCTTAACTAGTTAGGGA TTTACTCAATAATAAAATTGAGTTGGTGGATATATGTGAAGCTCTTTCTCGTACTTGGTA TTCCTTCAAAGGGTTGCATGTAAATGAAGTTGGTTCTTTTATTTATGATTCTGTATGAAA TGAGTCCAGTGGGGCTGAATATTCATAGAGGATTTATATAGAGTACCCAAGCTAGTTTGG AATAAACTTGACAACCAAATTAAATTTGTGGGGTATATATGAAGCTAATGGTTTTCTTAA CGTTGGTACTTTTTAAAGGACTGCTAGTTAATTAAGTTTTTTTTTTTTGGAAGGGGGGGG GGGGTAACCAGATTACAACCAGAATGGTAGTAAAGTTATTTTCTTTTGTGTTCCATATAA TTAAGGTTCGGCACTGGTCCATTTGTGTAAATGCTTGATACTAGTTCAATGCATTATTGA ACAATTGCATAATGAATGTAAAGAACTCTAAATTTGTTCGTGGGGATAGTGTAATCGACA AGAAGATGCCAGAAAGAAGCTTAAATTCTGAATATATCTTCTTTTTCACCCTATGAAAGA CAAAAGATTATTGAGTTATATTTCTTTTTGGCATCTCAAATACCATCTAACTTCTGCATT TCTTCTCTCTGATGATATCCAATCTGCTCCCAGGGAGGCTTTTCCCATTTCATATGATAG ATGGAAAAATATTGAAGTACATTGCAATAATGACCAAAGTATCAGGCACTCGCCCCTATC AAAGCAGGACAATGCAGAGTTACCTGAGCTAGCTTTTAACCGGCTTCAGCAAACTGATGA TGGGTACGCTGGATTGCAAAGGCGAAACTTTGGACGTTTCATTGCTCGTGAGGCTGTGCT GGATGAAGAATATTGGGTTTGTTGCTGCTTTTGAAGAATAATTTTATGGCTATCCTTTGT TACTCTTTCTAAATATATCTCAGATTTTCTTGTTCCTCTGTCTTGCTGTCAATGACAGAC AGCAGCCTGGCTCCGAGCAGAAGCTCATTGGGAATCTGTCTCCTATATGAGGTTAGAGCT CGCACGTATCACCTATCCCTCTTCTTATTAGGACTAGTTTAAATATTATTTTCTCTATGT AAGTCTGAGTTGTTATATGGTAAATATTAACTGTACTTTTGCTAATTTTAGGCACGTTGA TGCATATAAAAGAAAGTATGCCGAACAGGTGAGTTGCAGTATAAAAAAATTTGTTTGTTA GTAGTTAAAATATTATTTGTTGAAGTTGAGATCTTACCATCTAATATATTTCCCCTTTTC CCTACAACTCAGTAGAATCACATAAAGTTGTTTTAGAATATTTCCCCGTCTCATGGCTTC CCCACAGTGGTCTGTCCTATCATAACTTTAATCTATATCTTTAGGTTGGCCAGTTAGTAA TTAGTTCAGTGAGCCCTCACATGTTTATCAGTGAAAGACATGTAGGGTGAGAGCTCCAAA CTTACTCTTCTCATGCCAGCTTGAGGTTTATACAATGTTATCAAAAGCAACAAGTGCACA AAAACTCTAAGGTCTATTGGGGCTTTAAGCGTGAAACATAAAAAAAATGCGCACTTAATG CAAAGTGCACATTAAGCAAGGCAAAAAGTGCTCAACACATGGAGTAGAAGACAAGGGAAG TTCTATTCTCTGCTGGAAGAAGCTTGTTTCTGTTAAAGCTTTAGGAAAAATTAACATCTA TCATATTCATGTTACCAGCATTGGTTTTGTGAGTTCTGTACTTTTAGTATTAACACTTGG CAAAAGAGCAAGAACAGATCCGTGCCTACTTTTAATAGTGTACATTTAGCATTTGGGATT ATAGGTCTCATTTAACGTCGAAGCCAATGCTCATAAATGATATTGTATTTTTCTAGGATT GTTATTAAAACAGCAGTTGTAGTTTTAATTTTGGGAGAAGGTGTTTCACGTGGTTGATGA GCTTGCATTTAATTAGACATGTTCAAATGACATATATTTGGTACTAGCAACTACACCTTT GTGATAGTGTTCTTCTTCCGTTTATAAATATTGATCATCATATGTTGCTCTAGTTTCTAC CGCTTGTATTGGTTAAACCCTCATTTTTATTTCCTTTTCTTTTCGTTCCACTATTTGTGG GCAGGAGTTTTATGCTTTAAAGAGAAGATGTTCTGGTCAGGATGGAAATTGCTTGAAGTG CTTTTGTTTTGTTGCGGTACGTATAGTGGGTTCTAGACAAGTTTCCTGGTCTTCCTTAGT GTTATGTATGCACAAGTTGCAACTGATTAATCATAGTTGGATTTAGATGGCCCTCTAACT TTCAGAATTGCTTTCATTTTACCATTGATTTCAAATATAGTGCTTTGCATCTAATCTGAT TTCGCCTGTGCCAATTTATTAGTATCTAAGATTCTATTAGCGGTAAAAAGTAATGATAAA GATTTTTAAAAAATGATTGGGACTCATCTCTAATTTCTCGATAGCCAGTGCTAGTAACAG TTCTTATCTATTATGTGCAAATAGCTTCAAAAAAGTTGGTGACTTGGTGTTGGTTCATAA GCTGAAGGAATCTAAGAACCTCATACAGCGGGGGCTGCTTCATAATGCATAAAGACTGAC AAATCATGCTAAAAACTTTCCTGGGTCTTTGCTAGGCCTCTTCATGTCATACTAAGCTGT TGAATACTTAAGTGCCTTATATTACATTATTTGGAGCTAAAGAAACATTTTTCAGGCTAC TTGAGTTAGTGTTCACTAATTTCCTTTTCGTACATGAGTTAACTGCTTGTGAATCAAACA CCTATTTTCTGATTTAAGAACTGTAAAAGCACTTAGGTCTTGATGATTCCAGCAGATAGG AAACACAGGAGGTGATGGATCTGCTCCTTTGAGCAATTCCTTCATCCAATGTGAGAATGA ATACATATAGATTGTGCTGGATGTTATCGATGAATTCCGGCTAGGAAGTAACACGTGAAC TGCAAAATAAAATTTTCTGTTTAAAGCATGAACCAGCTAGACTACCTATCAGATAAAAAG CTCAACTGTATATGTGCATTTTGAATTTTGATGAGAAGATTTGTATTCCCGTGAGGCATG AGCAATTAAACTTCACCACTTCGTGCCAGTGGCTTGATGCTTCTTCAAGTGCTGTAATCC TCTTAACAAGTTCTACTTTCTGCAAAATTTGATGAGAGTTTCAAACATGCTCAAGAGCTT CTGCTATGTACTTAAAATGATTGTTATGTGATATTCATTCTTTTAGAATTTGATGTTTTC TTCATGCAAGTAAGATGATTGTTGTGTGATATTTATTCTTTCAAGTTTGATATTTATATT GGATATTCCTCAGCCTTCAATTGTTTCAGGTCAAAAAGGAAGAGAAGAATGTTAGAAGAA CAGTACTTAACAGTGTAGTGGGTACGTTGGACTTGTCCATCCGGAAATTTGTACAAAGGG AGAGATACCCAGGGGTACCAACTTAAGCAAACTTTTAGATAAATGTTAGATTTCTAAATG CATCTTCTTTTATGCTGTGATTGGGCTTAACTGTTGGCCTGGATTAGTGGAATTTGATTT TATTGCAACTTTGCATATGTTGCTATGTCTAAAATAATGGGGATGCCTACATCTTTGCAT CTAATTCTATTGCCATGATTTATTCACTTATGTTATTTCATTTTCGATCTGCTTTGATAT GCTTTTCCTCGAGTCGAGGGCTTATTGGAAACAACCTCTTTGACTCCCAAGGTAGGGGTA AGGTCTCAATTCTGCAACAGGAGAAAAAGGAAGAAGAAAGCTTATACTGTACTTTTTATT CCTTCTGTTGAGGTGGGGGTAAATGTGTGTACCAGATTTTGCTTAACCTGCTGAATTCCT TTTCCTCTCATTGTCTCCAGGAAATCAAAAGGTTATCAGTTGTCTTGGCACATCAAGAAC CCTTTGATTCACATAAATATGCATACATTGCAAATGTTAGTGTTGCAAAGTTTGCTCGAC GTCAGGGTATTGCTTCAAATATAATACATTTGGCTGCTGATATGGCCGCATTAGAAGGTA TCTTGTTTCAGCTTTAGACTTTTTAATGTGCTCTTCATTATGATCTACCAGTTCAGAATT TCCATCCCTTTTAATCAATTTTCGCTGAACTATGTCTAATCTATTTTTCACATGTCCAAG CAGGTTTCAAGCAACTATTTGTTCATGTAAATGCAGATAACATACCTGGCCAGGAATTAT ACAAAAAAACCGGCTTTAAGGTTAGCTTCAATCTGTTTTTCCATAACCGGATGATCTTAT CGCTATTGCTTAGTGAGATCTGTTTATGTGTATGACCATCCTTCATCAGCTCTTCTTTCT CTTTTTTTTTTGACAAGTGAATGCTTGTTTTCATTATTGTGTTTTTTTGTTTTGGACGTC TTATTGTCTGCATTGCATCTCTCATAATCATCCCAAGAGTTGGAGTCAGTGGCTAAGTTG ACCTTCAAAACAAGGTAGCTCTTTATGAAACGTCTTTCATCAAATCTGATATGATAACCT GGAAATTAGAGTAATAACTTACAATAACCTGTTGAATTGAATTGACGGTGTAACATTTCT TTACCCGTGATGTTAACTTAAATCCTTTTGAAATTTCTTACTTCAACTTATCATAGTTTG GTTGACAATCAACTCTTGATTATAACAAAAGGTGCGTCGCGTCTTTTGACTTACTCTTAT CACTCCATGCAGATCGTGGAAGCCGACTCATCGTCTCTATCGAAAGAACAGAGGATACTG ATGTCCTTAGATTTATAGTTTCCCTTAGCCACTTCCAGATTAAAGAGGATGTGTTAGTTT GTACATTTTTACATGGTTTGAAGCCAATACCTTGTTGGTTGATGTATGTATTATTGGGTA GACAGACAACTAGTTAGTTACAGAGAGTATAATATATGTATAAGGAAGTTGTACGGTTTG TTTGGCCTACGGAACAGGTACGTAAGGATACACGTTTATTTGATTATCCTATACGAGCAT ATCCGGTTACATATTCAGACTGTATACATGAGACATTTTGACATGAATATTAAGCTGAGA GACATCACAATGTTATACCAAAAGAAGAAGAAGAACAAATGGCCTTTGCTTTCTCCTTGC CATCATAATTTTGTGCTCCAGCTCTTCAATGATTCTTACAAGCCATTTCAGGTTTCCAGT TGAAATCATGAAATATGTTATGGATAATCCAATACATAGCCCACTTCCATACCCCATAAG AGCAGCTTTCCAAAAATGACACAGGAATTCAGAATTGCTCTCTTCATCGTCTAGCTGTCC AGATACGGCATGATTTGTCCCTGATACACGATCATCGCCACAACTTCTTGTGAAGGGAAA TCCACGTAATCCATCGTTGCCTTCATATGAATTGTTCTCAAAGGTATGAAATTGATTTCC TTGAGGAATGCACCCTTCGAGATGATTGTAGGAGAGATTTAAGACTTCAAGAGATGTAAG AGAAGAAAATCGTGCTGGTATCTCTCCTACAAGATGGTTACTTGACAGGTCCAATGATTC AACCAAGGATAAACTTCCAAGTGACGGAGGTATATGACCTTGTAATCGATTATGAGATAT ATTCAGCACACGAAGTGCAATGAGATCTCCCATAATACTCGGAATATATCCTTCAAATTT GTTGTTTGAAAGATCAACATTGGTGTACAAAAACAAGATTCTCACAACTTCAAATTTTAA TCCCTTTGTCACGAAAGCTACCGTGTCTTGGTAATATCGACTTCCTTCATCACTTGGTGT GTTCAGCGTTTGATGAACTGTCCTCATGGCTTTCAAATGTTGAAACAAACCCGGTGGTAT GTTTTTTGTGAATGCATTGGAGGAGAGATCTAATATTTGAAGCTGAGGAAACATGTTTTC AGTTGTTAGAGTCCTAATGGCTCCATGCAGTTTATTGGATCTCAAGCTTAGGACTTTAGC TCCCAACCACACGGGGAATGTGTCGTTGAGATGATTGTCTCCTAAATCAACAACTTCGAG TTGTTGGCAGTTGATCAAGGATCGTGGGATTTTTCCCTCCAGCTTATTCCCATGAAAGTT GAAGCTTTTGAGTGCACTTCCAGTTCTAAAAGTCGTTGGAAGAGTCCCTGAAAGACTGTT GTGGTGCATATCCAGAACTTGGAGGGCACTGATATTACCCAAACATAGCGGAATTGCTCC CTTCAAGTTGTTTCCTGCCAAATCTAGCATTACCAGTGACGTCGAGATGCAAATAGACGA AGGAATCTCCCCGCTGAGATTATTATGGGATATTAAGAAGAATCTTGTGGACATTGGTGG AATAGGTAGTGAACCTTGAACCGCAAATCAATGACATTTGCAGATTGAAGAGGAATTGAC TCAACACTTTCCAGCATGTTGTGGGATAAATTAAGATGTTTCAATGAATACATCCAGTTA GACCATGCCCAATCTGGGATTTTCCCTTCAATCTTATTATTTGAAAGATCCAAATGCCAA AGAAGCTTTGCGGATCTTAGAAACTCCAATTCTTTCACTTCACATGCAGCCAACCGTAAG CTCATAAGAGATCCTGGCAAAGTAACATTATGTTTGTTCTCGTTGGTAAATGCAATACGA TTATATGAAAGATCAAGATAACAAAGCTGCTTGAGGTCAGCAAAGAAGCTGACATCCACA TGGCCACTCAAATTATTGAGAGAAAGAATAAGGCCTGTTAGGTTCACAAGGTTTTGAATT GAATTGGGAAGATGGCCTTGCAGCTGATTATTGCTTAAATCAATCCAGGTTAGTGAATTG GACTTGGAATCCTCAAACATACCAGAAACGTGGTTATTACTCAAGACTAAACGATTGAGT GACGGAAGAGAGAACATCCCTGATGGTATGGTTCCATTTAGGGAGTTATCTGAAAGGTCC ATATCCAATATGTGTGTGAGATTCGAAAGAGATTCAGGAATAGGCCCTCGAAGGTTGCAT TTTTTAAGAGACAAAGAATGCAGTGAGGTTAGATAACCGACAGACTCAGGCAAATGACAA GAAAAATTCACGCCACTGAGATCTAACTCTACGAGAGATGCACTGCTGTTCCATTTCGTC TTTGGAAAATAACCACTGAGCTGATCATTATTTTGTAAGACAAGTGTTTCCAGTCTGGGA AGGTGAAAAATACTCTCAGGTATTATCCCATACAGTCCTGTAGATCCAAGGCTCAGAGTT GTTAAATGAGAAGAAAAATTCGGAGGAATAGTGGAAGAGATGTTTATGGAAGTAAGATGA AGCTCTCTTAATTGAGTCAAATTCTGAAGGAGCATTTCAAAATCGTGAGGTCCAAATTGA AGCGTTTCTCCTGAGAAATAAAGAGACTGTAACTTGGAAAGGTGAGAGATTTCAGAAGGG ATATGACCTGAGAAATAGGAGTCAGAAAGATCAAGATATGTCAAGCTCGAGAACCTGCCA AATTCAGGCGAGATGTTAGTATTACAGAAGTTATTAGAAGAAAGGTCGAGCCTTTGCAGA TAAGAGAGTAGGAAGAGGCTGCTATTGGAATCAATCTTTCCTACAAGACCACTGCAACTA AGATTAAGTTCAATGACATGACCAGTCGGCTCATTGCATACGACTCCATCCCATGAGCAA CAATCTATGCTCATATTCCATGAACTCGTATAAGAGTAGGAACTACATGTAACTAATGAG GTATCTACGATAAGTGTTCTCTTGAATTCTAGAAGAGCGGAGCTTTGGTCTTTGCGGCAT ATATGAGGTATGGATGAACAAAAAGAAAGCTGACAGAAACAGAGAAAGAACAGAAATGAG AATTGGCTAGACCCCATGTTTAGCATCAAAGAGTTTTAGAGTAAATTGGCTGTGAAAATC AAGAAAAGGCTACATAGATATATATATATATAGGCAGACTTCATTGTACCAATACAGTAT TTGCCACTTTATATCATCACTAATGCAGTCAACAACTTTGTTGAATATACCTCTTTCGAT TCTCATTTCTCATCTCTAAACTTAACATATGGTCTACGTGAAAAGTTGAAACTAAAGATT TTTGCAAAAAAATGATATGGACAAAGATATTCCTTTTCAAAGGAACTAACAAGGAATGTT AATATGTTGTATTTTTCAATGGAAATTTCAAATGAACTAAAAGGGAAATGTGTTTCTCCA AATGTTAGCAAATTTAGTAGCTCTCTATCATTCACACCATGTCTTTGTACATTTTTTATT AAAGAAATTCTTATCATTCTAGAATCAAAAATGGGTTTTTAAATTTTTGTCTTTTTTTCC CCATGTGTTACACATTTACATGTTCTTTACAAGTAAACAAAACTATATACTAAGAAGAAG AAAAAAATCCCTCAAAAAGATTACAAGCTTACAATGAAGTAGGTAAATCATAAACAATTC ACAAATTATTAAAATTGTAAAAGAAAATGAGTTGTTGCAAATCATTTTATACAAGTTGCA TATCTAAATAAAATATAGCGGTTATTGTTTTTATAAAAAAAAAATTGTTAAGCATGACCA AAAGTTCTATTGCCCTTTTATAGAGTTCATTTTTATAAATCACACACTTTTAGAGAACCA AAACACATATAATGAAACTACAAGGACTTGTATGTTTCAAACTTACATAAGAAGGATGCA AAGTGCAATTTTCCCCAAATATTTCTTATTTCCCTCTCATATAAATAAAACTCCATTCCT TATCCCCTAGCTGCCGGCTTCAGTCACAAAATCTCCGGCCAACTTTCCGGCAAGCGTCTT GGCAGGTATGGAATTCGATATTAAAGCTCTAAAGCAAAAAGGGTTTTGATTCTTTTGACT CCTCGGAGTCAAAATTTGAAGTTTATGGGTTCGGAATTTAGTAGTTTTGAGTTTTGAATT AATAATTTGTATGTACCTGCTTTGTACACTCTAGCTTCGCCCCTTGTACAGATTGAGCTT ATATGTGCATAGTGTTCTCTTTATATTTCTAAAAAGATGGGATTTTTACTTCTTGAACAT GGGATTTTTAGGTCGATAATGTAGCAACTTTGTGGTTGTGGCAAGAATTGTCATCACTTA CATTGTATTTGAAGTTGGAGATGATGAGTGAGGCATAATCATACAATGCTCGAGTAAAAG CAGCAAAATTAGTGTTGTAAACTTAGGTAGGCACTACATTGAGAGTGAAATGGACCTGAT AGAGCAAAATGTAATAGAGGATTTTTATAGTTGACTTCAACTAGGTTGGGATTGAGACAT AGTTGGTTGATTGACTGATACGTCTTTGTGTATTTTCTTGTTTTCTCGTTTGCATTCCTT TTAATACGTAATGAGTAGATATGCAATTCAATGTCTTTCACTTGTTGCAAGCTCATGTCT TTTGAGGTTTATCTATACTAGTTTCAATTCTAGCAATGAAATCTTATCTTTATGTGACCT TTTCAGTTGTGGCGCAGATAATATATGCCAGTCCTACATTAATGTTTTGTGTTGGTTCCT TGTGAGTCGAAACAAATTAACTTCCGTCTCATATTGTGATTTGATGCAGATTAACTTTCT TCAATTACCTGTCCAATAAGCATAAGTTTGCTCACCTCTTTAGTGGCTCAAATTTCATGG ATTCAACCTTAATTTGCTACTATACGAGCAAAGGAAGCTTTTTTTTCCTATAGTTTTGAT ACAACATAGGCTTGTTTTGTTTCAGGGAAACCGCTCTGGTAGTTCTATGTTCCTATTGGA GGAAAATGGTCTAGAGGGAGTATTGAGTAGAATAGTAATATTATCAATGCAGTATGAAAA TGCTTATTATCTTCAATATGGTGTTCTCTGTAGCTATTTTGAAAATTAAGATCAAAACAT TAATTTTGAATATTTCATGTTGCACCTGCAAGATGACCACACTTAGATGAATTTCTTTCA GCGTTTGTAAATGATCAAATTCAATTTCAGCACTGTTCCCACTCCATATGTGCCTTCCTT TTTCATTTGTTAAGTGTGTGGCTTCATTTTCAATTAGTTAAGTGGAAAATAGCTTTGAGA TGTTGCGCCTTATGATCAGTGACATCTTATGATCTCATGACTTTATTGACTGGTTTACTG GAAATAACACTTGCAGGTGGTTTATTTAAGTATTTCTGAACAATTTATTCATGCATGTAC ATTAGAGGGTGAAATAAAGAGGGTCATTCTCTTGAAGTATGAGTTGTTTGAGGGGGATAG AGTTTGCTCTGATTCAAAACTGTATAGTAGCTACTGGTGAAAATGGCTTATTTGAATTCA CTTTATCAATTACCTGTCTCAGACGAGCTGGTGGTGTTATCTCTTATCTGTCATGCATTA TCTTTTCACTTGAAGGATCTTCTCGCGATTCAATATACGAAATTTGCTTTTGATTTCTTC TTGTATTTTGAGAAAGAAAAAAGGGGTCTCTTTCCTTTGTTCACTTGGCTTATGCTCTTA CTTTGTGAATGTTTTTTACATTTTCTCATGCTCTGTCCTGCTATATTAATCCATGACATT ACTGATATCTGCAATTTGTTCTCTGTTTGCCGTTGCGAATTTCTGAACAATATATTCATG TATTCACTTGATTACTGGTTAATTTTAGTATAAATATTAAAAATATGCTAGACTTTACGC TCTTATATATGATTCATTCTTATCTTGCATTGCTTCCTACAGAGTTGTTGTCAAATATTT GTTTTGGCTGATTCATTAAGTTCAATGCATGCTTCAATTAGCTAATTTGATTGTGCCACT TTCTATTTAATTTTCTTTCTTCCTGTTGCTCAGGCTTAATCTGAAACAGTGGAAATCAGA GAGAAACCGAGGGAAAAAGCAAAAAGGTAATGGCAAAACCATCACAACCAATTCGAAATG AGAAGGAGGAGATAAAAGAGACTGATACTACGGCATCCACCAACAATAATGAGAGCAGCA AAAAGAAGGTGACAAGAAAGTTGCCAAGCGCGAGAGAGCTTGTATCACACTATGAATCAC AAGGCGTTGACTCTCAAGAAGCTTCCTATAAGGTCATTGAGGATCTCCAGGGTGCTCTTT TCAGGGTGATCAGCACCTCTCGAAATGACAAGAATCGCAATAATAATAGGAATGTGTCAT CTGAAACCTCTAGAAAACTCGATGTTATCAATGCTCGACTGCTCAGCCTTGACATGAAAG TTGATTCCAAGCCAGGCTACCCTCAAACCCTCGCCATCGGGATGGCCTCTGGTGGCCTTC TTCAAGTGCTCCCTCGTGTTGCAGAATCGGTTGTCCAAATTTGGAACTCTGTTAGAAATG CTACCAACTCAAAACAGTAATAGACCATAAATCTTGTTGGTTAGCAATGCTTTCTTGTAG TCATGGTTTTTTCTACTTCTGAAGTAGAGTTTTGTTGAACTTATGATATGCCAAAAAAAT AGAAAATTGTTCTCTTAAGGCCCCATTGTTCAACCTGGTGTCATGTATCTTTAGCATGTA TATCACAAATTTTGGCTGATATACAGTTGTTGTCACCCAAGATCTATGGTCTTTATTTCT ACTAGATGAGCGTAACGTTTGCATACAGTCTATATTCTTTTTACTCAACTCATGAAATCA CATTGAATAAATTATTAATATATAGTCAAATCGGAATTTCATATTTTATTCTCCACATTA ACTTTTCTTTTTCATTTGATGATATTAAAAGTTCAAAAAAATAATTTTGTCCTATTTTCT TTATTATTAATTGTTGATAATAATAATACTTGGAGGCTATCACTATCATTGTGCTCCCAA AGCAACGTGGGCACACACCTAAAGAAGATAATATATGCACATTTATAAAATTTAGTAAAT CTACACCTTCCATTTTGTACTTATCCTTTATCAACCATTTTGATCTCTCCATGTCATCAA TATTTATCCTCTAAGTTTTCCTTTTATATTTTTTCACTTTCCATTTCTACCCTTTTCCAC TCGCTCTTCGATCAAGAGTATTTAAAATATTTTTTTTATTTCGTAATAAGTAAAAATAAG ATTTACGTATATTTCAATATATTTGTTGCATTATTTTGTAAATTATCTGCCCTCCAATGA AGAGTCTTTTTGAAACAATTCATTTTTATTTCTTAAGAAATAAGAATAAGATTGACATAT ATTTCATTGCATTTTTTGTATTATTTTATAGATTAGTCGAGGTGTTTTTAAGCGAAAGTA GAAGGAAGAAAAAAGTCAACTGAGGGCATTATTGTAAATAAGTTCAATAGTGTGCCTTAT CTTTTACTGTATATATATAAACACGAGAACGTGACTCTTATTACTTTCTCTCTCTACATA TACATACAAAATATACATATGTATATTCACTAGCATTATTGGGAAGACATGGGGAATGCG AACGCCAGAGAAGACGGCGCCGCCGGAGACGGCGACGGCGACGGTCAGGTATCGGGAAGA AGATCTAATGTTGAATCTGGAATAGTAGAAGATCACCACGCTCTGAACTCGCGAGTGCCT TCGGCTGACTTGATGGTCAATTCTCCTCCGCAGAGTCCACATCGTTCAGCTTCACCTCTC TTGTTCGGACCTCAGGTTTCCATTTTTATGCTCATTTTATCCTATTTATTATATATACAT ATGAAATAGTATATGTGTATGTGTTTGTTTGTGGTGTTGGTGATTCAAAGGGGATTTAGG ATTTGGTGTGGAGTAGAGCTCAAATGAGGTCTAATTTGAGCTTTAGATATAGTTCATTTG TTCAATATGTAAACTTTTTTTACCTTTTTGGAGATTCAAACTAAGAATTTTGTCTTAAAA ATGTATTTTTTAAAGGAAGGACAGGGTTTTGATCAATATTAGTGTACTGTTAGAGTCCTA TGTTAGTTGGAGAGGGGAGGGACTGGCAATGCTTAATGAGCTAGCTTTTTGGGATGAATT AGGCATTAGTATCGTATATTTTACTTGGTATCCGAGCTGGGTATTGGCTTTGTTTATATG AATTTGAGCAATCCTCTCTTAGTGAGCTAGTTTTGGGGGTTGAGTTATACTCAAATGTCA TAACTTTACATGGTATAGAGTTGGATCCATGCGCATTCAAGCTCCTTGCCCACACTACAG TTGGACCTGTTCGTGAAGGGGTGGTTAGAGTTCCACTTTGGTTGTATAATGAACGGATGG TCTGCTTATATGGACTTGGGTGAGCTAGGTTTTTTGGGTTGATTTAAACTAAGTATCATA TCTTTACAAGTACCAGAAAACACAAAAGAATGGACTTGTCTCCATTTAAGTATTTAAGTA ATCTAGCAAATGATGAGCGAATGCAGTGTAGGGTCTGTGCCATTTACAGTGTTCTGTCTT TTCCACATATAAAGTTTGCTCGCCATGGGGTATATACTTGAGAAAAGATGAATCATTTGC CCTTCAAAACATCTATGATTTCTTTTTATTTAAGTGCACTTCTTACCATATTGATATGAT GAGAATCACAACTTATAGTACTTTCTGTTTTGTTTCCAAATGTCTAAATTTTAATTACAA AAAATGAGTTGATCTAGCCTGATTTACTGCAAAAGTTGGTCTCGTTGACTCTTCTTTAGA AAATGTGCCAAACATATTAGGATGGAAGAAGTAATCATTTTTAAATGGTTTAATCGTATG ATGGTCAGCTAAGGTGGTGGATACACCCACACCCTATGCAATTACTCTGCATGTTATACT GCCTGTCTGTATGCCTTTGAGTTGCGGTGATGTGTCTGCATCTATAGGGGAGAGTTGCAA ATTGATTGTAGTGCTGTTCATTATATGCTTAACTGTGATTTGTTGTGTTTTCCCAATGTA GTAGCGATGAAGTGTTCTGCTTGACACTAAATTGAAACACCTATAGGAACAACCATTACA ACATCCTGATCCCAGATCGGTAATATGAATCCTCTATTTTCATTCCACTTCTATTAGGTT TTCATGCTATTCCTATGTGAATTTCCTTCAGGAAAATGCTGAATGAACTCTTCTTTCTGT TTAGTTGGAAGCTTGCATTATAGGGCTTGCCTGAGTGTTGGCCTAGCCCTCTGTTAAATG GGAAAAGGGAAAGCATCTCATGGCCTGTCTATTTGTTGGGTAAAACAGACAACTAATTTA TATTAGCAAGGTACATGAAAAAACAAAAGGAACTTATGCCAGTCAAGCAAGCTATAATGT TTCTGTATAAGAACCTAGTGCATCCGGGAGCAGGTGGCGGGTGCAGAAATGTTATGCTGT AATCTTAGTAGGACTGGTGAAACCTTAGTCAATCTGTAGTCAAGTGACAGTTTTTCAGCT CTGAATAATTCACTCTTATTCACTTTGGCTGATTTTTTTTCCACCTTATATATGATGAAT ATTCTTCATGTTTTGTAGTCAGCACTATCACTCAAAATTTAGGCTTTTCAAAGTGGACAG AAGGGAATAATGTCCCTCTGAGGTTGGCAATTACCCAAGCAAGCACCTCTTATTTTTAGT TAACTTGGAGATAGACCAGAGCAGTTAATTGCTTCTTGGGCACCCCAATCGTACCTCATA AATACTTACGACTGACTAGTTTCGAGACTAAACTCCTCTTTATCATCCTTTCAGGTGCCA GTAGTTCCTTTACAAGGAGGGGATGGCAATCCTGTTAGCAATCAAATGTGGGGCAATGAA TGCGAGGATGCCTCTGATCATTCACTAGAGGGCGGCATACCTACTTTGATAACATGGAGT TATGGTGGTAATAACGTTGCTATCCAAGGATCTTGGGACAACTGGACATCAAGGTATACT CTGATTCAACCAAGTACTAGCCTGTGATCATTCCTGTTAATGGAGTTTCTGAATGTATCC ACTAATGATATTTGCTTGCAGGAAAATTCTCCAAAGATCAGGCAAGGACTATACCGTTCT TTTGGTCCTTCCATCGGGTATATATCATTACAAATTCATTGTGGATGGGGAAGTTAGATA TATTCCAGAACTTCCATGTGTAGCAGATGAGACAGGCGTTGTCTTTAATCTTCTTGATGT TAATGTAAGTGAGAGTTCTGTTTCCTGATCATTTTGATACATTATCACAGCGGAGGCATC TTTGATAACTTCAGCACATTAATGCATAAACATGTGTTTTATAGTCTATATACTTGCTGT TCCCTGATAATGTGTTTGGCTCATAACACGTCCTTCATACAGGACAATGTTCCAGAGAAC CTCGAAAGTGTTGCAGAGTTTGAGGCCCCACCATCACCTGACTCTAGCTATGCGCAAGCT TTGATGGGAGAGGAGGATTTTGAAAAGGAGCCAGTGGCAGTTCCACCGCAACTTCATCTA ACTGTTCTTGGTTCTGAAAACTCAGAAGAAGCACCTTCTTCTCCAAAACCCCAGCACGTA GTACTTAATCACCTCTTTATAGAGAAAGGATGGGCTTCTCAATCCGTTGTTGCTCTTGGT TTAACGCATAGATTCCAGTCCAAATATGTCACAGTTGTTCTCTACAAGCCACTGAAGAGG TGACCACTCCGTGTTTACAATCAAATCTTTCTAGAGCTTTCTCAGTGTGGCTGCTTTAAG ATTTCCACTGTTTATAGACCTGCTCAATGTTCAAACTTCCTTTAACCTCTCCTCTGTTGT ACAATAGAGCAATGCATTTTCTCGTTTCTTCACCTCATCTTTTTGGTGATTTTATGTTCA TAATGTTTTTTTAATCACAAAAGGATTAATGTGCAAACTGAAAGGCAATTCACCACCAAT GCATCTTTTGGAAGACAGAGAACAAAATAACAAATATCTCTCGTCCCTTCCTCGATAGGT TCTTGTTTTTTGTGGTTTATTATTTTGGAATTCAGTGAACTAATTGTAGCTGGCATAAGA TTTTCTATTGCATATAACTTGTCATTAAAGATCATCTCAACCTCAATTTTCATGGCCAAA TATTGCTACACACTTTATGCAAACAGGATTAAAATAACGATAATACATCTAACTTAATCC ATCTTTTCCCTGAAGAAACAACAGTAGTATCATTAGTGATTATTTCTTCTTCTGCAATTC CTTTGCCTTCGCTGCAACTTTTTGAAACACAACTTCTTCTTCCCTTTATCCACTTCCATA GACACTAGATCCTCGCTGTAATCAAAATATTTTAGTTACCTGAAATCAAAACTTAGAAAT GATTGTTTCTTCTTCTGTAATTCCTTTGCCTTTGATGCTTCTTCTTCCTTCCTCTCATAA TTTTGTGCTCCATCTCTAGAATGATTCTTGCAAGCCATATCGGTTTTCCAGTTGACAACA TGAAATATATTATGGATAATCCGATACATAGTCCACTTCCATACCCCATAAGAGCACCTT TCCAGAAATCACTCTGAAATTCAGAATTGCTTCCAGATACGGTTTCATTTGTATCTAATA CCCCAGCATCGCTGCAACTTTTTGAAACAGGGAATCCACGTAATCCATCATTTTCTTCAT ATGAGTTGCTCTCAAAAGTGTGAAATTGAGGTCCTTGAGGAATGCATCCTCGGAGATGAT TATGGGAGAGGTTTAAGAATGAAAGAGACGTAAGAGAAGCCAGTTGTTGTGGTATCTCTC CCGAAAGCTGGTTTCCTGATAGGTCCAATGATTCAACTGAAGATAAATCTCCGAATGATG GTGGTATTTGACCTTGGAATCCATTATGTGATAAATTCAATGTATGAACTGCAATGAGAT CCCCCATGATACTTGGAATTTGCCCTCCAAATTTATTACTTGAAAGGTCAATAACAGTGT ACAAATACAAGATACTCACAATTTCACGCTCAAATCCCTTTGTTACGACAGCTACTGTGT CTTGGTAATATCCATCACTTGGTGCCTTCTTTGATGGATCAATTGTCTTCATGGCTTTCA AATGTTGAAACAAACCCGTAGGTATGTTTTCTGTGAAGTCATTGGAAGAGACATCCAATA TTTGAAGCTCAAGAAACATGTTTTCACTTCCTAAAGTTCTAATGGGTCCATGCAACTTAT TCGATCTCAAGCTTAAAACTCTCAACTTAGGAAGAGTTCCCAACCACATGGGGAAGATGT CATTGAGGTCGTTATCTCCTAAATCAAGAACTTGCAACTCTTTGCAATTGGCCAAAGATT GAGGAATTTTCCCCTTTAGTTTATTGCCATGTAAGTTGAAGCTTCTAAGTGTTCCAGTTC TGAAAGTCATTGGAAGAGTCCCAGAAAGATTGTTGTGCTGCATATCAAGAACCTCAAGAT GACCACTGAAGTTGCCAAAACATTGCGGGATCGCTCCATTCAGATCATTTCCACTTAAAT CTAGAACTTGTAGTGATGTTAAATCGCAAATAGATAAAGGGAGCTCTCCACTGAGATTAT TATGTGACAGTGTCACAAACTGGAGAGTAGTGATATTAGCCAAACATTGCAGAATTTTTC CTTTCAAGTTGTTTCTCGACAACTGCAGGAACATGAGGAATGTCAAATTGCATATAGATG AAGGAATTTCCTCAATCAGATTGTTGTCATGGAGATACAGCACCCGCAAGTTTCTCAAAT TACCAAAGGAAGAAGGAATTGCACCAGTGAGTTGATTATTGGATAATGTCAGATGATAGA GGATACTAAGATTCCCCAACTCACTAGGGATTAGGCCAAATAGTTGATTATTGAATAATT CCAGAGCATTGAGGTTTTTCAGATTCCCCATCTCTCCAGGAATCAGGCCAGAGAGTTGAT TATCATAAAGTTGAAGATATTTGAGCTCAGTTAAGTCACCTATAGTTGTTGGAATTATAC CAGAAAGATTGTTTGTATGTAATATTAATTCCTGAAGTGACTTCATCTTCCCTATTTCTA CAGGAATGGAACCAGATAATTCATTGAAGGGAGCAGAGAACAATTTTGCATTGGTCAAGT TGCCTATTTCTGGAGGGATATGACCTGTTAATTGGTTTGTTTCAAGATAAACTTTAACAA CATTGACAAGTCTTCCTATTTCTTTAGGAATAGAGCCAGAAAGGTGATTATTATAAAGAT ACAAATAGGACAAGTTGTTCAAATTCCCCAACGAAGCAGGAATAGAACCATTAAGAAAAT TGGTATACAAAGCTAACTCAGTTAGAGACCTTAGGTAACCTATTTCTCGCGGAATGGGAC CACTTAAATGGTTGTCAAAGATGTGGAGGGTCTCAAGCTTGGCTAGGGAGCCGATTTGTG GCGGAATTGTGCCTGAAATCTGATTCATGGAGAAGTCAAGATAGACAAGATTAGTGAGAT TACCAATCTCAGGGGGAATGGTTCCTGAAAAATTGTTCAGGCTAAGTTCAAAATATTCAA GGAAAAGGAGAGATGAAAACGGAAAAGCATAGAGGGTACCAATGACACTAGAATTTGTAA TATTCAACCTGTTTACCCTACCATTTAAGCATATAACTCCGTACCAGCCACAGCATGAGT TAGAACTTGGTGTCCATGAAGCGAATAAGGAGTTGTTCTGGTTCTTGAAAGTTGCTTTCC ATTTCAGGAGGGAAGTTGCTTCCTCGATCGAAGCAAAAGTAACTGTAAGGAGATATAAAA GAGTGAAAAACTGAAGTAGTTTGCTCATCATATTTGAATTTTACTATTTGGATTTCAATG AACTATAACTTAGGATTTAATATTGTTCAACACAAGTCAAGTTTTTGCACAGAGTGTCCC TCCAATTATCTAGAAGTATTAATGCAGTTCTTTGAATTATCATGTAATTGCATTAAGTCT TGTTGTGGAAATTTCAGTGAAAGCTACTTAACAGACATTATTTCTTCAACTTTGAATTTC CATATTTAAATAAATTACTTGCGAATTTTATAATAAAAAGGAGAGAGAAAAGGGGAAAAG TCAAGTAATCTAATACTCGAGCATCGCTGCAACATTTTGGGTCAAGTTCAATGACATGTC CAGGCATATGACTCCGTCCCATGAACAACAATCTCTGCTCATGTTCCATGAACTCGTTTT TGGATAAGGCTTCGGACAATTAGAAGTGAATGAGGGATGTATAGTGAAGGCCTGCTTGGG GGAAATGGTTTGATGTTTGTGAGGTAAAGGATTGTCAAGTCCTTGCATGATGAAAATTTC AAATGGAAGTTAATTAACAATCATATCCCTTTCACTTCGATGTGATTACAGCTTACTCTT TACTCTAAATTCCATGGATTTAGAAAACTTTAGTTGATTAGTATAAAGACTTTAGTAGAG GCAATTTGATCATTAATGTAAACAAAGATGTGACACATGTTAATTCAGATTTAGTCGTCT ATTTCAAAATAAGTGTATTTTTAATTCGATTACTTCATATTTACACAATATACGAACTAA CTAAATTTCCACGTGATGAACTTGCAGGCTTAAAAAACTTGGAGCATTTTCAGAGAAAAA TGGAAGACGATAACGTATATTAAGTAAAAAATAACAAGAACGAATACACAAGAATCTGAA ATATCAACAAAATTAGTCGCGCAGAATAAAAAACATAAAATCCTCAATTGTAATAAGGTT CAAAATAACCGAATTTAGGTAAGTTGAGTTGATCAGTTCTCACTTGGCCATCATGACCTT GACGAACTCGTCATAGTTGATCTGTCCATCACCATCCACGTCAGCTTCACGAATCATCTC GTCAACCTCTTCATCTGTAAGCTTCTCGCCTAGGTTTGTCATGACATGGCGTAGCTCAGC TGCAGAAATGAATCCATTCTGATCCTTGTCAAACACCCGGAAAGCTTCCTTCAGCTCCTC CTCAGAATCAGTGTCTTTCATCTTCCGAGCCATCAAGTTAAGGAACTCGGGGAAGTCAAT GGTTCCATTTCCATCAGCATCAACTTCATTGATCATGTCTTGAAGCTCAGCCTCAGTTGG ATTTTGTCCCAACGAACGCATCACGGTTCCAAGCTCCTTAGTGGTGATGCAACCTGTAGA AAAATTTGGCAATAATTATGAAAAAATGTATTGATATTGTGTTACAAATCTTACAACAGT ACTCAAAAAGTTTTTATTTCTTAACTTATTCATTCTCCCAGAAAAGTTCTAGACAAGCAC GAAACAACGAGAATAGCTGAACAAAACTAACACACCATTAACCGCATCCATGACTCAAAA TTATAAAATATATAGGAAAAACAGGGAAAATCTTTTCAATGGGAGGACAGACCAAATTTT ATTTTCATCGAGCCAACACGAAGGATTTGGTTAAGATACGCCAGATTCCACCAAGTATAC AAAAACTGGAACCTAACCATACATGTCCTCTAATTATATCTTCTAAATCGTCCCCACTAT CAACCATCCTTCCCCTCCAAAAGGGGATTTCAGTAGAAAATCTAATATGATACTCAAGCT AAGGGTCAAGTTGGTAGTGTTTCTTGCTTCTTCCCCTCCGGGAAATCAGGTTCGTCAATA ATCTATTTCAACCAAAAGATGCAGTCATTCCAACCAAAAGCAGCTGGTCAGGTTTGGGTG TCACAACTAAATTCGCTAATATAATACTACCAAAGTCTGAAACTTTCTAAGGATATATTT ATCAGCTAGTTGGTAACAAAAGCAAACATAAATGTGTGTGTGTGTATGTATACATATATA TACTTTCTTTTGAGAAAAAGTAACTGTAACATAAGTAAATATTATTGATAGAAAAGCTTG AGTCTGCACCAGTATAATGAACTAACTGCTGTAGCACCCAATGATGTTGCTTAGTGGTCA ATGATGTGGCTTGAGCACCATGAGGTCTCAGGTTGAATTCCCAATAGAGACAAAACACTA ACTGATTCTTCCCATTTGTTCTAGCCTAGTTATAGCCTTGGTTGACAGAGGTACATGATA CTTGTTGACAGTGGAAGGTGGCAAGTATCCCGTGGAATCAGTCAAGGTGCGTGAAAGTTG TCCCAGAGGCTCCAGGCACCACAGTTATCAAAAAAAAGAGAACTAACTGCTGTATAGATA TAAATATAGATAGGGAACATCAGTAATGTCTCAGGAAAAGTGACTTTGCCAAAATGTCTG AAGATGGTTCTAGTCGGACCATATTTTCTTTACAATCTGAGTAAAAAGTTTCCCAAAAAG ACTAGCATAAGCTTTCTTACAAGCTAAAGTGTTGTAGGGGAAATGAGAATCATACAATCC CGTTATGAACGAGTTACCACATTGAACAAAATTGATTATATCCATCATTAAGCAAAACAA AGAAAAAATCAAGAATCGACAGTAGGAACCATAGCCAAGAAACACATGAGAGGGATTCAA GCTTTCTAAGAAATGTTAACTGATTTGAGCCAAATACCTTTTCAACCGATCATTCTAATG CAACCCTCAAATAATAACCCATTTGTCAAAATAGTTTCAAGTTTCAAGTTCCCAGGTACA ATCAATCAAACAAGTTAACAATATCAACGAATACTTAACCTGCTGACCAGCTTCATAAAG GTCAATCTGACATCTAATTATACAACAAGTTGAAGTAAAAGCAGGTTCAAAATCAAATTT TTATCGACATATCAAGTTCAAACCTGTCACAGCCAAAAGCCTAGTGTTTAAGTGGATAAG AGTAAATGTGCTATCTCATTATCTACCAAGTTTCAGACTGTGCACCACTTGGTTTCAGGG ATATCTTGGTTATCAAAAAAATCAAATCTTTATCAAATATATTCCACCAACAACATAGAA AGACCATCTCCACGCACCACGAAGTGTAAGTTTTCCACCTAGTAACACAAATTTACCACC ATCCTCACCACAAAAAGATGCTAGGTCTTGGCAGTGAATGTCTTCATATGATCCCTTTTC ATGTGAATTAAGCAAAGATACAGAAAGAGAGGGACTAGAACCCATCCACTACCTCCCTTC GAACTATATAATATTGAATGAAACAATCTATCAAAATATGTCTCTATGTGTACATTAGTA CATTCTACCCGCAGACCTCACCTTTTCTTTTTTGATAATTGTGGTGTCTAGACCAACTTT CACACATTCGACTAATTCTACGGATACCTACCCCCTCCCACCAGCAACATGTACCGGATA TCTCTATCCACCAAGGCTAGGACTGGTGTAGAGAAACCACCTAGTGTCATCACTTGTCTT GGTATGTTGTTGTAATTCTCCATTTGATAAGTTTGCACTCATTTTCAAGAAGGATAACAA TAGCTTCAAAGATATTCCGAAACACTCAACAATATTAGATCCACTTATCCTCACTCAACA TCAAATCAATCATAGATCACAAATTAGTCAATAAATAGCAACACTAAATGTGGATCTAGC CCTTCGAATCGCGTTAAGACAAATCCATTTCTTTCAGCTCAAACAATTACAACTACACAT ATACATAATAGACAGCAATCACCAATCACTCAGACCCATTGACTATAAAAGTTTTTGGAT CAAAATTTTAGGCAAGGTCCAGAAAGAATAAACACATAAATATGATAGAAACAACAAAAA AATTCAAGATTTATCAATTTGGGTGTCTTCAGAGCGATTAAAGATTCATTCTTTTTCTTC AAAAACATGTAAATTTTGGGTGTATGAAAAAAAGAATGGAAAGCATAGTCATGAAGAGCT AGCTTACCATCTCCATCTTTGTCGAAAAGGCTGAAAGCTTCCTTGAACTCAGAGATCTGA TCATCTGTAAGCTGATCCGCCATGGAAGTTGAAAATGAGAGAAAAATGGGACAATAGATG AGAAGAAAAATAAAAAGAAAAAATTATGGAAGTGAGTGTCAACTTGGAAATATCGAGAGG GAGGGGGGTGAGTGCGCATATTATGTTTTAATTTTTTATAAAAATCATAATTTTCTATTA TTTCTACTTTTCTTCTCAATTTACTTAGATATTAGTATTACTTTCTTTCGACAATACCAT ACGTTAAATATAAGTGAAGAAGTTATTTCCAGAAGACCCTCGAATCTAATACGATTACAC TAGAAACAGTAAAATACCATATTCATGATCGGATCATTGACTTGGATTTGGGCCTTACCC GGGGAAAGTTTTGGGCTCATACATTTTGGCCCAAGGTAATCTGTATGACAAAGAAACTCA GCCCAATACCCTGACACATTGCATGAGTGGTAAATTTTTGCAAGTTTAGCCAAATCAAAA ATATACATGAGCTTATGAAATTATTTATGAAGAAGTTCGTCATCTAATTAATATTCGTTC TGTAATAATCGTATATGAAACTTTGATAACTTTAGACATTTGCATATGAAGTTTAATGCT GTGAAGGCTAAGCATCATATGTTTATGCTTTTATGGAAATATTTATAAAAATTAATTAAA CTTTTCGTTATTTAAGTTTGGTCATTTTCATGTATTCTTGTACTATATTTATACACCATT AAAATACATACAATAAAAGAGTCTTTTAAAAATGTTTCATTTGCAAGTGATAGTCAAAGT CAAACTAAGGTTGAAGTGCAATGTCTGTCACCATTTTCAAAATTCCTTCAACCCCATGAT GAGAACCTAAACCCCCCACCCCTACCCTCACCCCGCAACCCCAAACTCTCAACAATTTTC GTGCAATTGCTGTACCTTTTAGCTTTTCCCAACTCTTTGCTCAAATCTGGATCTGATTCA TACAAATTAGTGCAAATATTCAAGCTGTAAAGCAGTGATAACAAAGAATCTCAAGTGGGG TTTGTAAAAGCTTTAATTTTTGGGTATGTGGGGTGAATTTTATTGCTATAGTTGATCAGT ACCTTCTTGGGTTTTGTTTATTTTCTTGTTTTTTTTGTTGTCCACAGCTTAGCATCAAGG TCAGGGTATGGTCAAATAGAGCTTCATTGGGTTGTCAAAAAGGAAGAAAGTAGAAAAAGA TTGTATTTTTAATGTTTTGAGGTGATGTTTACTTTTCGTTTATGAAGAATTATTTGTTTC AATCGAAATTGTTACCAGTATTGGAATGAAATAAGCTCAACTTTTAGTTCCAGTTCTCAT TTTTAGCTTAGGAAGAAAAATGGTTTATTGGGTTTACCTGTAACTGGATTGATGGTTGTT GTGATTGTTAGCATGTTAGTGCTACTTCTGTACGCAGAGTTTTGGATTATCTGTTTTCAT CTCACATTTTGGTCACTGTGAATGCTTTTTCTCTTTGGAGCACTTGGGAGTTTTGCAGGG TATAATCCTCCACGAGGCGGGAAAAGGAAGAGGGCTGTGACAATTATGATCGATATTAAG AAATGAGTTTGAATGGATATATATGATTTAGTTGGAATCGAGACACAGTTGATTGATATA GTACAACATGAATATGAGATTAGGAAGTAGAGGCTATATATGATGTTGGAGCTGATAGTA GCTGAATGTTGATGAAACTCTAGCTGGAAAAAAATGCGTTGGTGTATTTAAGAAAAAGGG GATATATAAATGATGTTGCGGCTAATGGTAGCTGAATGTTGATGAAACTCTAGTTGGAAA AAAATGCAGTAGTGCATTTAAAAAGGGAATATAGAAGAAAAAATTCATACGTGGTGATAA AAGTTCACTATTTATTGACAACGGCTATTAAAGTCGCACTTATCTTTCCGAATATTAAAT CTCATTTACTCTAGCTTGTCTTTATTGTTTTTAGGTTTAAGTGTTCTTCTGATGCATTGA AGCGGCAGCTTAATCGAATGTTTTATCCAGAAAGATCCTGGAAATTCGGTAGGAGTAGAA ATATAATAACTTGATATGAAAGATTCTTGGTGCTGGTAAATAGTAAGTGAATCTAATGTT GATGGATACTCATGGTAAGTTGGTCAGCGGAACGGAGGTTTGCTGAATAAATATATTGTT CTAACTTGAGTAATTGAAGGGGAGTTTTGACGTAACTGGTAAAGTAGTTGCCTTGTGACT AGGAGGTCACGGGTTCGAGCCGTGGAAACAACCTCTTCAAAAAAATGTAGGGTAAGACTG CGTACAATTGACCCTTGTGGTTCGGCCCTTCCCCGGACCCTGTGCATAACGGGAGCTTAG TGCACAGGGCTTTCCTTTTGACTTGAGTAAATTACCATGATTAACTAGTAAGATGCTTCA TATTAATACAAAGTTGCTAAAGAGGAAGTAAAATAAATAGTTAAACTGCTCTTATGGGCA CCCTTGATGATAGAACATTAAAAGATGCAGTACTCTTCTTAATCAAGCTAATAGTTTAGC TGCAGTCATGTGTGTATGCGCGCGCACAGACACTTAACACATGTCACTGACATTATTTCT GTGGATTTTCAGCATTATTATCTATACAATAAATGACCATATACTTATGCGTTAACTTTT GTCATTTATGTGTCTTGTAGAACAGGTTCTGTGCTCGTGTCAAATCAGTTAATTGAGGAT TACTAAGTGAACAGGTGCAATGGAGATATCGTTGTTAAAAGTTCTTCTCAGCAGCATCTC CCAATTTTTCCATTTATCATCTAGTGAAAACATAACTGATATTCTAGTTCAGAGGTATTA TTGCAAGGCTGAGGATCTATTGAAGATTTTAAAGCCGATTCTTGAGGCCATTGTCGATGT TGAAGCAGCTTCCAGTGAGATGCTTCAGAAAGCATTTGCTGGACTAGCTCAATCTGTTGA TGAACTGAGGGAGCTGTGTGAAACCTGGCAACCGTTGGGTAGTAACGTATATTTTGTATG TTCCAAGATCTATATCTTTATTAATGGATAAGCAGATTGTCCATTTATTCGTTCCATAAT TAGCGAACTGAATGATGATGGGAATGTAGTGCACTTATAGAATTTATGGTTTATATTTAA GGAATTTTAATACTTTGAGCAGTTATATTTATTTATATTGTTGATGTGTTAATGATCTAT AGGTCCTGCAAGTTGAACCTCTTATAGTAAAAACTCGAACATGTAGTCTTGAATTTCTGG AGCTACTCAAAACTTCTCATGAATGCCTTCCTGCTGATACAACTTTGACATCTCTTGAGG TAGGAGCCCAAACAGGTCATTCCAGATCTTCTTTTCCCTTATATTTGCCCTATTCCGACC CCAGCTATAATGTTCCTCTCTGCTCTTTCTGTCAGTTGGAGTTGTCATCCTTACTTATGG GGATTTCTTGATGTCTTGTATTTGGATTGCAGCACTGTATACTTAAAATTAAGTATGTGG ATTATGAACTGATATCCATGACTATCACAAAGTCTATTAAGGCTCAAATGGAAGGCTTGG GAGCAAACTCAGACAGCTTTGCAAAACTTGCGGATTGCCTAAGATTGAAGTCAAACCAAG AGCTTTTGATTGAGCTTGTGGCCCTTGAAAAATTGAAGGAGAATGCTGAACAAGCTGAAA AGACTGAGGAAGTTGAATATATTGAGCAAATTATAGCTCTTGTTTCCCATATGCATGACT GCTTCATCACAATGAAACAGTCTCAGACCTGCAGGCCTGTGACGATACCTCCTGATTTTT GTTGCCCCCTCTCACTCGAGTTGATGACCGACCCTGTAATTGTTGCTACTGGACAAACTT ATGAGCGAGCTTTTATAAGGGAATGGATTGATCTCGGTCTTACTGTGTGTCCTAAGACAA GGCAAATGCTGGGGCACACAACTCTCATTCCTAATTACACCGTTAAGGCACTTATTGCAA ATTGGTGTGAGTCAAACAATGTAAAGCTTCCTGATCCAACAAAATCTCTGAGCTTGAATC AGGCATCTTCACTTCTAGCACATGCGTATTCTGGCATGCCCAGGGATACCCAGGGTATTC CCCTTCTGAGGGGCAATCACTCTTCATCACCTGATTCTTCTCGCTCTTTAAGCTCTCCGA GGAAGATTTGTTCATCAAGTATGACCCAAAGAGAAGGATTATCTCCATCTCATCCCCATT CCTCTTTGGATGATTCTTTACCTAGAGTTGCTAGTAATATGCTTGCTCTGGATGTTGTAA GGATATCTATTAAGACTTCTGAAGAACGGATGGCCCACTCTGGAGAGATAAACTCACATG GTCATTGTATGTTAGCAGCCAATAAACACTCCCTTGTAGGTCATAATCGAACCACCTCGG CACCCAGCACACTATCTAATTCAAACTTTTCACCGACAATTCCTGGTGATGGAAATGAAG TGTTCTCAATGTCAGCAGCAGCTGCGACTGATGCGTGTGATGTATCAGAATCCCAACCTG CTGCTCCATTGTCTGTTCTACAAGGGGAGCCGGAATTCCCATCCATGCCAGAGACAAGAG TTCGAAATCAATCCATCTGGCTTAGACCTTCTGAGAGATTTCCTAGAATAGTTTCTTCTG CTACGGTTGAAAGAAGGGCTGATCTTTTGGAACTTGAGGAGCAAGTTAGGAAGCTGGTTC AGGATTTGAGTAGCAATTCCATTGATGTGCAAAGAGATGCCACAGCTGAACTCCGGTTAC TTGCCAAGCACAATATGGATAATCGTATTGTAATGGCAAATTGTGGTTCCATCAACTTGT TGGTCAACTTACTTCATTCAGAAGATATGAATGTACAGGAAAATGCTGTTACCACACTTC TCAACTTATCAATTAATGACAACAACAAGTGTTTGATTGCAAATGCTGATGCAATTGAAC CTCTGATTCATGTCCTACACACAGGGAGTGGTGAGGCTAAAGAAAACTCGGCTGCTACAC TTTTTAGCCTTTCTGTTATTGAGGATAACAAGATGAAGATTGGGAGGTCTGGTGCTATCA AGCCTCTTGTGGATTTATTGGGAAATGGAAGTCCTAGGGGCAAGAAAGACGCAGCGACAG CTTTGTTTAATTTGTCAATACTTCATGAAAACAAGGGTCGCATTGTGCAGGCTGGTGCTG TTAAGTTCCTTGTAGAGTTGATGGACCCTGCTGCTGGGATGGTTGACAAGGCTGTTGCTG TTTTATCAAATCTCGCAACCATTCATGAGGGAAGAGCAGCAATTGGTCAGGAAGGAGGGA TACCTCTTCTGGTTGAGGTTGTTGAGCTCGGTTCTGCAAGAGGTAGGGAGAACGCGGCAG CAGCTCTGCTGCAATTATGCACTAACAGTAGCAGGTTCTGCAACATGGTTCTCCAGGAAG GAGCTGTACCTCCGTTAGTAGCATTGTCACAGTCTGGCACCGCAAGAGCCAGAGAAAAGG TACGACAATTTTGCAGAAACCTCACACTTGCCTTTCTATTCTAATCCAAGTATTCTAACG ACGTATATGCAGGCTCAGGGACTTCTTAGCTACTTCAGAAACCAACGGCATGGTAATGCA GGGAGGGGCTGATTTATACACTGAACCGTCAACACATACTTTTCTCAAGGTAGCTGACTA TATGCTGCTTGTAAATTTAATATTGAGAGTTATTCATGTAGAGGATTTCAGCTTATTGGA GACATTCTAGTAGTTGTGATAGAAAGAAGAATTATTTGTGGAGGCTCTCTCTTATGAGCC CTTCCGCCCATAACATTATAAATGAATGTGGAAAAGCCTATTATACACGAAACGAGTGTC TGATTGCATCAGTTATAAACTTGGTATATGATGATGAGCTACTTATTCAGAATCACAAGA TTATTGTTTTTTTTTAATGAAGCAAGTATTTGTTTGTGTTTTGATTGTTTGATGTGTTTG GATAAGAAAAAACAGTACATTTGAGATTTTGTAAACCTGGAATTGATTGATAATTTGATA TGAAGGCAACACACACTATTAGAAACAGTTTTTTTCCACCGTAAATTTGTGAAAAAATTG TGATTTTCACTCATTTCCCAAGACAAAACACTCTGTCGACTAATTTTTGAAAATGACTAA AGAAATGAGTCTACATAAATAAATGTCTAAATCAAGTATAGGGCTTTGGTGGTTTTTGAA CTAAAAACAGTTTGCTTGTTTTGTTTTTTCCTATTTTTTTATTTGCAGAACTTTTGGATT TTTACATCAAGTTGAATGAAATTGTGTGATGTAGCTTTCTTTGAAATTTCCATTTGACTT GAGAGTAGCAATTTCCCTATTTGACCAATCCTTGTCATAGAGTAAAAAGCTTATAAATTT TATAAATTGCAAATCTTTTCTTCTCACGTAATAAGACAAATAAAATACATAATGTATTCA TTAAAGAGTCTCGTATATGGGATGTTATTCTCCCAAGTAGCATGTGTTCTTCACGTCCTT CAACACACCTCATCTTCGTCCAATCCTCTAGCCACCATTAGTTAAAACTAATGCTATAGC ACCTTTAGTTTGACTAGTCAAAGAAAGGTTGGTGCTTTCGATATGTATATTTGTATAGCT TTTTCATAAATATACCCACTACAAACCTATTGAATGCCTTGAACAATATGGGGCTCTTAG TTGTGTTCTTAATTTTCTTTCTTTATCAGCTTTCTTTTTCTTCATCCATATTTCTGTGTC CCAAACATCAAAGCATTTCCCTTGTAAAATTCAAGGAAACATTTACTATAAATCCCTATG CTTCTTCTAGATGTTATTTCCGCGGTCAGAAGCCTTATCCAAAAACGAATTCATGGAACA TGAGTAGAGATTGTTGTTTATGGGATGGAGTCATATGCGATGACATGACTGGCCATGTCA TTGAACTTGACCTCGGTTGCAGCCGTCTTGTTGGGACAATTGATTCCAATAGCAGCCTAT TCCAACTCTCTCATCTCCAAAGACTCAACCTTTCTTGGAATGAATTCCACGGTTCTCATA TCTCGCCTGAATTTGGTAGGTTCTCGAGCTTGACACATCTTGATCTTTACAACTCCAATT TCTCAGGTCAAATTCCTTCTGAAATCTCTCATCTTTCCAAGTTACACTCTCTTCGTCTCT ATGCTACTGGTAGTCTACGGCTCGTAGCTCACGATTTTAAATTGCTTCTTCAGAACTTGA CTCAATTAAGAGAGCTTGATCTTACTTTCATAAACATCTCTTCCACCATTCCTCTGAATT TTTCTTCTCATTTCACAAATCTAAGGCTGGGATTTACGGGATTGTATGGGATAATACCAG AGAGTATTTTTCACCTTCCTAATCTGGAAACACTTCGCTTAAATTACAACTATAAACTCA ATGGTCATTTTCCAAAGACCAAATGGAATAGCAGTGCATCTCTCATGGAGTTAGACCTCA GTCGCGTGAATTTTTCTGATAAGTTGCCTGAGTCTGTTGGCTACCTAACTTCGATGCATT CTTTGTCTCTTCCAAATTGCAACCTTAGAGGGCCTATTCCTGAATCTCTTTCAAATCTCA CTCGCATAGTGCATTTGTACCTTCAAGATAACTCCCTGAATGGAACAATACCATCAAGGA TGTTCTCCCGGCTTCCATCACTAAGTCGTTTACACTTGAGTAATAACCACTTCTCTGGTG AGCTTGAGGATTTCAAGTCCAATTCACTAGAAGAGATTATTTTAGGAGGCAATCAGCTGC AAGGTCAAATTCCCAAGTCAATTCAAAACCTTGAGAACCTAACAGGGCTTGATCTTTCCT TCAATAACTTTAGCGGCAATGTGGATATCAGCTTATTTTCAAACCTCAAACAACTTTTGG GTGTTAGTCTTTCATATAATAAGATATCATTGATCAATGAGAACAAAGTTAATTTTACAT GGCCTGAATCTCTTAATGTGTTGCAATTTGCTGCATGTGAAGTGAAAGAATTGGAGTTTC TAAGATCCGCAAACCAGCTTTTGGTGTTGGATCTTTCACATAATAAGATTCAAGGAAGAA TTCCTGATTGGGCATGGTCTAACTGGATGTCATTGATGACTCTTGATATATCCCACAACA TGTTGACGACTGTGGAGTCAATTCCTCTTCGGACTGTAGATACTATTGATTTACGGTCCA ATTTGCTTCAAGGTTCACTACCTATTCCACCGAATTCTACCAGATACTTCTTAATATCCC AAAATAATCTCACCGAAGAAATTCCTCCATCTATTTGCAATTTGACATCACTGATAATGC TAGATTTGGCTAGAAATAACTTGAAGGGAGCAATTCCGCAATGTTTGGGTAATATTAGTG GCCTCGAGGTTTTGGATCTTCACAACAACAAACTTTCTGGGAATATTCCAACAATTTTCA GCAATGGAAGTTCACTGAGAAGCCTCAACTTGCACGGAAATAAACTTGAGGGGAAAATTC CCCGATCTTTGGCTCATTGCAAAGACTTGCAGGTTCTTGATTTAGGAGATAATCATCTCA TTGACACATTCCCTATGTGGTTGGGAACTCTTCCAAAGCTACAAGTTTTAAGCTTGAGAT CAAATACATTGCATGGGTCCATTCAACCTCCAAGGATCGAAACTATTTTTTCCGAGCTTC AAATCATAGATCTCTCTTACAATGCCTTCTCAGGAAACTTACCTACGAGTTTGTTTCAAC ATCTGAAAGGCATGAGGACAATTGATTCATCAACAGAAGCACCAAGATATCGTGGAGATA CATATTACCAAGATTCTATTACAGTTTCAACCAAGGGATTTATGCGTGAAATTGTGAGGA TCTTGTATTTGTACACCGTTATCGATCTTTCAAGTAATAAATTTGGAGGGAAAATTCCAA GTATCATGGGGGATCTCATTGCAGTTCACACATTGAATTTATCTCATAATGGATTGCAAG GTCATATTCCACAATCATTCGGAGATTTATCTTCAGTTGAATCATTGGACCTATCAGGAA ACCAGCTTTCTGGAGAGATACCACAACAACTAGTTTCTCTTACATCGCTTTCATTCTTAA ATCTCTCCCACAATCATCTCCGAGGATGCATTCCTCAAGGACCTCAATTTCACACTTTTG AGAACAGTTCATATGAAGGCAATGATGAATTACGTGGATTTCCTGTTTCAAAAAGTTGTG GCGATGCTGGGGTATTAGATACAAACGATACTGTATCTGAACTACATGATGAAGAAAATG ATTCTGAATTTCTGAGTGATTTTTGGAAAGCTGCTCTTATGGGCTATGGAAGTGGACTAT GTATTGGATTATCCATAATGTATTTCATGATTTCAAGTGGAAACCCGAGATGGCTAGCAA GAATTATTGTAGAGATGGAACAAAAAATAATGATGGGAAGGAGAAAGAATCAGCGAAGGA AAAGGAATTGCAGAAAAAGAAATATGTAACATTTCTTGTTTCAGTGAACTGTATAATTTA CAAATTTGTGCAGTTTATTGCATCTTCTAAACAACATCGCGTAATTTTTCCATTTATCAT CAAGTGAAAGAAGGTAGGAACACTTGAATCTTCTCATCAATGTATTCCTACTGACACAAC TTTGACATCTCTGCTCTCCTGGAGCCAAAAAACAGGTCATTATCTGTTCTATGAAGGGAG ACAGATATGTTTTCCGTTAAACATTTAGTGATGATAAATTTTCCTTTCACAAAAACATAT AGCGGTATTGAGTTAATGTCATTGCATTCTAAATATCATAGAAACTGGTCTCTTTTGGTT GTCGCCGACTTTCATATAGGCACAATAGTTACTAGTATGTGAACATGTACACTTTCATTA TAAATTTCCCACTACAAGACTTTGAAAAACAATACCAGTATTTAAGTTTTTTTTTACAAA TGCTTTCATTCCATTGACTTTTGAAGTTGTCCATTCATTAACGGCATTGCCTTCATTAAA TAGAAAAAAAAGTATACACAAAATTCATTTTTTGTGTGTTATATATTACTATCAAAATAC AGACCCTCTTAATCAGAACAAAGCTTTTTCTTGATTTTCACTGTCAACTCTAAACACTTT AATGCGAAAGATGGTCTACCGGCAATTCTCATTTCTGTTCTTTTTCTGTTTCTGTCTTCT TTCTTTTTGATCATCCATACCTCATCGGTGCCATGAAGATGAAAGTATTTCCCTTCTAAA ATTCAAGAAAACACTTACTGTAGATCTCTCATCAGATAGGTGTATTCCCTACTCTTATCC AAATATGAGTTCATGGAACATGAGCAGAGATTGTTGTAGTTCTTATATTCTCACATCTCA CCTGAATTTGGCATGTTCTCGAGCTTGACACATCTTAATCTTATCAACTCATTTTTCTCA GGCCAAATTCCTTCTGAAATCTCTCATCTTTCCAAGTTACAATCTCTTTATCTCTCACGG TAGGCTTCAGCATGAGCAGAACTGCAAATTTGGTTCATACAACTGCCCTTATGCAGGACC TGAATGTTCTGTTACTGATGATATTCAGTCCCTTGTTGCACACCTCAAAGACGATCACAA GTTTGACATGCACGAAGGCTGTACCTTCAACCATCGCTATGCAAAATCCAATCCTCAAGA CGTTGAAAATGCTACATGGATGTTGACCTGTGAGTTCTCTCTCTCTCCCCCCGTTCCTTT TTTCCTTAGCTTAGATAGTAAGTTAACTCATAGTTCATTCCACAACTTGATGGTGCTCTA TACTGATTGTCTGCAACCCTTTATCATGATAGAGCTGCATAATTTCATCAATCACATACC ATTTACCGATTCAAGGGTCAAAGCAGACATCAAACTCAGTTATATGGTCTGATAGATAGC ATCAATCTGGCACAGTGGATTCTCCTGATTGACTGGAGGCTTATCTTTTGCATTTCTTGT AAAAATATATAACTTGTAAATGGTTCTATCTAGGTTCAGGTTTTTGGATCAATCAATTTT ATGTATTTAATCGCCACTGAAATTATGCATTAGCAGCGGCATTGGTTGCTACATTAATCG ATGCAAAAAGTTTGCATTAACTCCAACTTTAGTCCCTGTCAATGCCACAATTAGTCACTA CTAAGAGTATATAGCAAATTAAACACCACGAATGCATACAATAGTCGCCATAAAAGGTAG TATTAGTAGCAACTACAGACACCACAATACAGATACTAGTCTACAATAAGAACTAGTGGC AACTATAACCTCCTTCACATGTATATATAATACGTTGCTAATTACATAACAGGTGCCACT AACATTAGTACTAATGGATACTAAAACCGACACTAAACCATAGAACAGTTGTTGCTAAAT GATGGTGTTAGTGGAAACTTAACCGCCAATAATTGATATAAGAATCACTGCTAAACGCAA CTCAAAAACAACTACTAATTCATATATGAGTCGTTGCTAAAGCAAGTATAGTTGCAAAAG AAATAAGCCACTAATTCTTATTATAGTCGCCGCTAAAAGAAAGAATTAATGGAACAAAAA ATGTGCCACGAATTTACATAACAAACCTTGCTAAAAGTTCATATTCATGCCACCAAAACC GCCTACAGGATTGTATTAATGACAACTAAAATGATCACGAAATAATTAAACTATTGACAC TAAAAATCACTGTTAGCTGCGACAGTATCCACCGCAAAAAGTTTTGAATTTCATCGCTAA AATACAGTATTAGCGGCAACCGAAATTGACGCAAAAATTCTTAAATGTCGCTAAACATTA GCGGAGACAAAAACCGCCACAAAGTATTGAATGACATCGCTAAAAGTTAATATAAGCGGC CAAAAGTGATAAATTTCGTCGCTAAAAGTGGGTATTACCGGCGGCTGAAACCGCCACCCA AAAATCTTGAATTTCGTCGCTAAAAGTAAGTATTAGCTGCAACTAAAACCGCTGCAAAAA GTGATTACTGTCGTCGCTAAAAGTAAGTATTAGCTGCAACTAAAACCGCTGCAAAAAGTG ATTACTGTCGTCGCTAAAAGCGAGTATTAGCGGCGACTAAAATGGTCGCAAAAAGTGATG AATGTCGTCGCTAAAAGTGAGTATTAGCGGCAGTTGAAACCGTCGCAAAAACTGATGAAT CTCGTCGCTAAAAGCAAGTATTAGCGGCGACTAAAACCGTCGGAAAAACTGATGAATTTC GTCGCGAAAAGTATGTATTCGCGGCGACTATAACTGCCGCAAAAAGTAATAAATTTCGTC GCAAAAAGTGATGAATTTCGTTCGCTAAAAGGGACTTTAGTGGCGAAAACCGCCACAAAA GCCTTGAATGTCGTCGCTAAAAGCTCTTTTGTCTCTGCAAAAGTTACTCTTAGTGACAAA ATTTTTTAGTTTTAGCAGCATTCATTGTTGCCGCAAAAACGTATTTTTAGTGACAAAATT AATAGTTTTAGCGGCGGTTAGAATAGTAATAAAAATAAAGAGTTTTAGCGGCGTTTAAAG TCGCCACTAAATCATATAAATTAGCTGCTAAAAGAAAGAATAAGTGGAAACTAAAACCGC CACTAATTCCAATAAACGCGCCACAAAAAATATGTTTTATTGGTAACTAAAGTCGCTACA AAAAATCATTATATTTGCCGCTAAAAGTATTTATTAGTGGCAACTATTTTCACCACTAAA ATCTAAATCATATAATAGTCGCCGCTAAAAGTAAGTATAGTGGCAACTATAAATGCCACC AATTCCTATATGAGTCGCCGCAAAAAATTTGTGTTAGAGGCGGCTAAACGCCACTAAATC ATTAAAATATGCCACTAAGAGATTGTTTTAGTGGCAACTTAACCGTCAGTAAAACATTTA TGAGTCGCCGCTAAAGATAGTATTAGTGATTTAATTATATCACACCCGAAAAATGGAAAA AAAACATTTTTTTTTTCTTTCTAGGCTTCGTTTGAACTTAAAAAAACCGACGTTTGCCCC TTTAAACAAAGGCAAACCATTAAAAAGGTTGTCACATACACTCAAAATATTTCGGTCAAA TAACCATCACGATTACATATCATCCAATATTCATGGTTTATAGTTCACATGAAAAATGGA AAAAATTGATATTATCCATTCCGTACCTCGTTTGAACTTTAAAATACCGACTGTTGACCC TCTGGACCAACATACGTCATTAAATATGTTGTTACGGACACCCATAGAAAACTTTGACAA AAAAACAATCAGGATCACATATCACCAAAAATCCATGGATTATACCACATGAAAAATAGA AAAATCAGTAATTCTCATTTTAGACGTTGTTTGCATTTGAAATTTCAAGTGTTAGCCCCT CTAGACCAATGCACACCATTAATAAGGTCGTCACAAACACCCACAGCAAGAAAATCGTCG GGATCACCCCAAAATCAATGGACTATAGCACGACAAAAAAAGGAAAAATCGATATTTCTC GCTCCAGCACTTGTTTGAACTTGAAAATTCCAACATTTGCCCTTCCAGACCAACCTATGT CATTAATTAAGTTGTCACGAATGCGCACAAAAATGGGCTTTTTCAAATACTTCTCATTCT AGACCTTGTTTGAACTTAAAATGGGCTATTTTGGCCATCAGGGCCAAAGGCTCCATAACT AACATTTTAATGGACGTTCTCAAAAAAGCATTGGGCAAAAAATACATCGGAATTCTAGAT CACAAAAAAAAAATCATGGAATATAGCACACGAAAATCAGTAAAGTGAGGGGTTTATCTG CACGGGGGCTCGTATAACTTTTAAAATGGGTATTTTTGGCCGTTAGTGCCAACTGACTCC ATATCTAACGTCTCAACGGGTGTCCACGCAATTTTTGAAAAAAAGATGTCGGAATTTCAG ATCACCAACAATCTATGAACTATAGCTCATGAAAGTCGGTAAAATTGGAGGTTTACCGAC TTCAGGGCTCATTTGACCATCAAAATGGGTACGAATTCGAAGAGTTTGTTGGTTGAAAAC GAAATACATAGATTTAACTCAAAAGTGCTTCCACTGACTGAAATAATCTGACAAAAGAAA ATAATTGGTTTTTCTTTAGACAATTACAAAAGAATAAGACTAATTTGAAAGTAATGTTTT CCTACATTGGTTTCTTATGCAAGACCTGAGAAACAACAAAAACTTCCAACAAAATAGTCT ACTTAATTGTTTTCATCAACATATAAGCTTTGAATTGATTTCCATTGTTTGGCACTAATT CTAAATATGATGTATATTTAGCTCTCAGCCTGTCACAAAAGATAATTTATTTTCTTTAGA CAAATACAAAACAAGGTCTATTGAAAGTAATGTTGTCCTACTTATTTGTCTTCTTATACT TGACTAGACCAATAATGCGGCCAATTCAATATAAGATTTTCACTAAGGGGATTCAAAATA TGGTATATATATATATACGTTAAAAAGAATATCTATTTAAGCATTTCAATCAAGACAGTT AAAAATTAAGGTGAAATACTTAACTATATATGATGTTTCAAGTTTCAAATTATTCGAAAA GAAAGAGTCCTTGCTAAATATATATCAGCTTATATATATTTCTGTAGCCTGTTCTTGATT TTCATTATCAGCTTTAAACTCATTGATGCTAAACATGAGCTACGGGCAATTCTCGTTTTT TCTCTTGGTCTGTTTCTGTCAGCTTTCTTTTTCTTCATCCATACCTCATCTGTGTCACAA AGATCAAAGCTCCGCTCTTCTAAAATTCAAGAAAACTCTTACTGTTGATCCCTCATTAGT TTTGTGTAATTTCTACTATTATACAAGTTCATGGAATATGAGCATAGATTTCTGCTCATG GGATGGAGTGATATGGGATGAAATGACAGGCTATGTAATTGAACTTGATCTCAGTTGCAA CAGTCTTGTAGGGAAGATTGATTCCAATATCAGCCTATTCCAACTCTCTCATCTTCAAAG TCTTGATCTTTCTATGAATAACTTCTCTTATTCTCATATCTCGCCTAAATTTGGCAGGTT CTCGAGCTTGATTCATCTTAATCTCAGGAACTCATATTTCTCTGGTCAAATTCCTTCTGA AATCTTTCATCTTTACAAGTTACAATCTCTTCTTCTCTCAACATCTTATGACACTGTGCC AAAACTCGCAACCCATGATTTTAGGTTTCTCCTTCAGAATTTGACCCTATTAAGAGTGCT TGATCTTAGAGGTGTAAGCATCTCTTCTGCCATTACTCTTAATTTTTCTTCTCATTTAAC AACTCTGGTGCTTAGGAAATCAGAGTTGTATGGAGTAATACCTGAGAGTATATTTCACCT GCCCAAACTTGAAATACTTGACTTATCCAGCAATTATAAGCTCAGTGGTTATTTCCCAAA GACCAAATGGAATAGCAGCGCATCTCTCATAGATTTAAATCTACAAGGAGTGAATTTTTG TGGTAATTTGCCTGAGTCTCTTGGTTATCTAACGTCACTGAGAACTTTGTTTCTTGTTCT CTGCAATATATGGGGGCCTATTCCTGAATCTCTTTCGAATCTCACTCGCATAGAGTATTT GTTCCTTGCAGATAACTTCCTGAATGGAACAATACCATCATGGATATTCTCCCTTCCTTC ACTTATTGATTTAGAATTGAGTAATAACCATTTTTCTGGTCAGCTTGAGGATATCAAGTC CGATTCACGATTATTTATTGATCTAAGTAATAATCAGCTGCAAGGCAATCTTCCCAAGTC AATTCAAAACCTTGTGAACATCACAAATCTTGATCTTTCTTTCAATAATTTTAGTCGTAA TGTGGATGTCAGCTTCTTTTCAGATTTCAAACATCTTTCATCTCTTGATCTTTCTTATAA TAGTATCTCATTGACGAATGAAAATAATGTTAATTTTTCTTTGCCTGAGTCACTTGTGTA CTTACAGTTGGCTGCCTGTGAAGTGAAAGAATTGGAGTTTCTAAGATCCGCAAAGAAGCT CGAGGACTTGGATCTTTCTAATAATAAGCTTCAAGGAATATTTCCAGATTGGGCATCATG TAACTGGATGTTTTCATTGAGAACTCTTAATCTGTCCCACAACATGCTGACAAGTATGGA ATTGATTTGCAATTCCAATTCTCTTCAAGGGTTCCTATCTATTCCACCAAATTCCACAAC ATACTTCTTCATATCAGAAAATTATCTTAGTGGAGAAATTCCTTCATCTATTTGCAACTT GACATAATTGCAAATGCTAGATTTAGCGAGAAACAACTTGAAGGGAGAGATTCCGCAATG TTTGGGTAATATCAGTGGCCTTGAGGTTCTGGATATGCACCACAACAGTCTTACAGGGAC TCTTCCAAACACTTTTAGATTTAGAAGTTCTCTGAGGAGCCTCAACTTGAACGGCAATAA ACTAGAGGGGAAAATTCCCCAATCTTTGGCCAATTGCAAAGAGTTGCAAGTTGTTGATTT AGGAGATAATCATCTCATTGATATATTCCCCATGTGGTTGGGAACTCTTCCAAAGCTGCA AATTTTAAGCTTGAGATCCAATGAATTGCATGGGTCCATTAGAACTCCAACGATTGAAAA CATATTTCCTAATCTTCGAATGTTAGATCTCTCTTCTAATTCCTTCATAGAAAACTTACC AACGGGTTTGTTTCAACATTTGAAAGCCATGAGGACAATTTGTCAAGCGATGAATGCACC AAGTGATGGAGGAGATGGATACCAAGACTCTGTAAATATCGTAACAAAGGGATTGGAGCG TGAAGTTGTGAGAATCTTGTTTTTGTACGCCACTATCGATTTTTTAAACAATAAATTTGA AGGACATATTCCAAGTATTATGGGAGATCTTATTGCACTTCGCATGCTAAATTTATCTCA TAATGAATTGCAAAGTCATATACCTCCATCACTTGGAAGATTAAACTTTGGTTGAATCAC TGGACCTGTCAAGTAACCACCTTGTAGGAGTGATACCAGCACAATTTTCTTCTCTTGCAG TCTTATATTTCTCCTACAATCATCTCGAAGGGTGCATTCCTCAAGGAAATCAATTTCATA CCTTTGACAACAATTCATATGTAGGTAATGATGGATTAAGTGGATTTCCACTATCAAAAG TCTGTGGTAGTGATGATAATGATACGGAGACAAATGATACCACATCTGGACTAGATGATG AAGAAATCTCTGAATGATTTTTGGAAAGGTGCTTCAATGGGGTATGGAAGTGGACTATGT ATTGGATTGTCCATTATATATATCATGATCTCAACTGGAAAACCGATATGGCTTGCAAGA ATTATTGTGGAGCTGGAGCATAACATTATGATGGGAAGAAGAAATAAGCAGCCAAAGCAA AGGAGCTACACAAGAAGCAAATAATCGCATGTAAAAGGGTTAAAAATTCAGGAATATATG CAGTAAAGTTCTTGTTTGAGCTTTAGATTATTGCAGCTAACTATATCTCAATTATTCATA TTAGTTATATCAGCAACTAATTGAATGCTATACAAAGCTTATTTTTCTGTCCAAAATTAG TTGGAAGCTGTGATTCAATTATCTGGTTAGAGGCTTCGTTTAACAAGTTCTTCAAGTGTG AACCAACAGATAATTAGTTTTAGAGTAAAATTGGCTGGACTTAATAACTCTTTTTTCAAG TTGTAATTTCATTTTAGCATATAATAAAAGACTTGACTTTCTTTGTGTAAATATAAACAT CAAACAGTAAATAAACAAATTCAAATATGCAGGTGGTTGGAGAAGAACTCATTGGAATGC TCATCAGAGATACAATAATATCAGAAACTGCAGCTTTTGGTTTATAAGTAGGCTTTTTAT TCTTCCTCTATCAACTTTAGGAAATGTAATATTATGATATATCAAGTTATGTAATGTTTT AATGTATTCAATGGAATATTATGTGTAGATTGGACTATGTATTGGATTATATTCATGATT TCATGATCAAGAAAGCGATGCTGAATTTCTCAATATTTTTTGGAAAGCTGCTCTTATAAG GTATGAAATTGGACTACGTATTGGATTATATGTACAATGTTTCATGATTTCAACTGGAAT TCCGAAATGGCTCACAAGAATCATTGAAAAACTGGAACACAAAATTAGTAGTGTATTGAA TAAAGTTTATGCATTGCTTGGATTCCTGGCTACTCACTGTACAACTTGCAAATGAATAAT ACTCATCTCACAGAATATAAGAGGGACTCAATTATGAAGAAGACTTTGAACTTGAGAATG TGTTATCAGTTGTCCCTAATATAATCGAGCTCGAGAAAGAAGTGAAGGCAGAGTATGGGA TGTCCCTGAAGGTAATTATATCAAGCCAACATACCAGCACCAGCAACGATATGAATGGAG GTTTACTATCTCAGATTTCTAACACATGGGAAGAAATCGCTAGTATTTTTGTGTCTCTAC TAAGATTTGAACCCTACAGATCTCTTATGGTTTTCATCCACTTCATTGTCCGTTAAACCA CACCCATATTAATTATCAGTGCAGACTCAATCGTTTGTGGATAAGTTGTGTTCCAATATC ATTACTTGAGATCCTCATTTACATTATACTTTTTAGAGTCGGACAAGTGGAATGAGAACG CAACAAAACTATTTGGTTAAGTCCTTGTCTAAATTATATGTGTAACACATTTACATTCAT AATTCATTATCTGTATTGGCTTAACACAACAGAACTAGTTGGTTATGTCCTTGTCTGAAT TATATTATATATGTAACACATTTACATTCATTATTTATTATCTTCCTTGACTTAGCGCAA CAAACTATTTGGTTGTCTTTGTCTGAATTATATGTGTAACACATTTACATTCATAATTCA TTATCTGTCTTGACTTAACACAACAAAACTATTTGGTTAAGTCCTTGTCTACAGACGTAA GTGTACCTTTCAATGAAATAGGACTAGTCAAAGAAATCTTCCTATATAGATATGAATAGC CTTTTCTTAATTTTCACTACCAACTCACAGTACACAGAATCACTCAGTATTTCGAAGCAA CTTGAACTAAATCATGGGATACAGAAAATTCTTATTTCTGCTCTTTGTCTGTTTTTGTCA GTTTTCATTTTCTTCATCTATACCTCATCTGTGCCACAAAGATCAAAGCACCGCTCTTTT AAAATTCAAGAAAACACTCACAGTAGATTCCTCATTAGTTACGTGTAGTTCCTACTCTTA TACGAGTTCATGGAATAGGAGCAGAGATTGTTGCTCATGGGATGGAGTCATATGTGATGA AATGACTGGCCATGTGATTCAACTTAATCTCAGTTGCAGTGGTCTTGTAGGAAAGATTGA CTCCAATAGCAGTCTCTTCCAACTCTCTCATCTTCAAAGGCTCGACCTTTCTTCTAATAA CTTCTCTAATTCTCACATCTCGCCTGAATTTGGAAGGTTCTCGAGCTTGACACTTCTTGA TCTTTCTGACTCCTATTTCTCAGGTCATATCCCTTCTGAAATATCCCATCTTTCTCAATT ACAGTCTCTTCATCTCTCCCCGTCATTTGAAACTATTCTAAGACTCACAGCCCATGATTT GACATTGCTCCTTCAGAATTTGACTCAATTAAGAGAGCTTGATCTTACTTCCATAAACAT CTCTTCCACCATTCCTCCAAATTTTTCTTCTCATTTGACAACTCTGAGGATGGGAAATAC AGGATTGTACGGGATAATACCTGAGAGTATTTTTCACCTTCCCAATCTGGAAACACTTGT CTTACAAAACAACAATCAGCTCACTGGTTATTTTCCGAAGACTAAATGGAACAGTAGTGC ATCTCTCATCGAGTTAGACCTCAGTGGCGTGAATTTTTCTGATAATTTGCCTGAGTCTAT TGGCTATCTAACTTCGGTGCATTCTTTGTCTCTTAAAAATTGCAAACTTAGAGGGCCTAT TCCTGAATCTCTTTTGAATCTCACGCGCATAGAGGATTTGGACCTTCAATATAACTCCCT GAATGGAACAATACCATCAGGGATGTTCTCTCTTCCGTCACTAAGTCGTTTAGTCTTAAG CAATAACCAGTTTTCTGGTCAGTTTGAGGATTTCAATTCAAATTCACTGATCTGGATTGA TTTAAGCAATAATCAGCTGCAAGGACCTCTTCCCAAGTTGATTCAAAACCATGTGAACCT AACAGGCCTTATTCTTTCTTTCAATAATTTTAGTGGCCATGTGGATGTCAGCCTCTTTGC TGACCTCAAACAGCTTTACTATCTTGATCTTTCATATAATCATATCTCGTTGACAAATGA GAACAAACATAATGTTACTTTGCCAGGATCTCTTATGAGCTTACAGTTGGCCGCATGTGA AGTGAAAGAATTGGAGTTTCTAAGATCCGCAAAGCTTCTTTGGCATTTGGATCTTTCAAA TAATAGGATTCAAGGAAGAATTCCTGATTGGGCATGGTCTAACTGGATGTTTTCATTGCA ACGTCTTAATTTATCCCACAACATGCTGCAAGGTGTTGATTCAATTCCTCTTCTGTCTAT AGAAGCTATTGATTTACGGTCCAATTTGCTTCAAGGTTCACTACCTATTCCACCAATTTC CACAAGATTCTTCTTTATATCCCGTAATAATCTGAGTGAAGAAATTCCTTCAGATATTTG CAACTTGACATCACTGGTAATGCTTGATTTGGCAAGAAACAATTTGAAGGGAGAAATTCC GCAATGCTTGGGTTATATCAGTAGCCTCGAGGTTCTGGATATGCACCACAACATCCTTTC AGGGACTCTTCCAACGACTTTCAGAATTGGAAGTGCACTCAAAAGCTTCAACTTTCGTGG GAATAAGCTGGAGGGGAAAATCCCACAATCCTTGACCAATTGCAAGCAACTTGACGTTCT TGATTTAGGAGACAATAACCTCAATGACACATTCCCCGTGTGGTTGGGGACTCTGCCAAA GCTGAAAGTTCTAAGTTTGAGATCCAATAAATTGCATGGGTCCATTAAAACTCTACCGAC TGGAAACATGTTTCCTCAGCTTAGAATATTAGATCTGTCCTCCAATGCCTTCACAAAAAG CTTACCAACGAGTCTGTTGCAACATTTGAAAGCCATGAGGACAGTTGATCAAACGATGAA TGCACCGAGTGATGAAGGGAATCGATATTACCAAGACTCAGTAGCTCTCGTAACCAAGGG ATTGGAGCTTGAAGTTGTAAGAATCTTGTTCCTGTACACCACTGTTGATCTTTCAAACAA CAAATTTGAAGGATATATTCCAAGTATTATGGGAGATCTCATTGCACTTCGTGTGCTGAA TTTATCTCATAATGGATTACAAGGTCATATACCGTCATCACTTGGAAGTCTGTCTTCAGT TGAATCATTGGACCTGTCAGGCAACCATCTTGTAGGAGAGATACCAGCACAGTTTGCTTC TCTTACTTCTCTTGAAGTCTTAAATCTCTCCTACAATCATCTCGAAGGGTGCATTCCTCA AGGAAAACAATTCCATACCTTTGAGAACAATTCATATGAAGGTAATGATAGATTACGTGG ATTCCCACTTTCAGAAGGTTGTGGTAATGATTCAGAGACAAATGATACCACATCTGGACT AGACGATGAAGAAAACGACTCTGAATTTCTGAATGATTTTTGGAAAGCTGCTCTTATGGG GTATGGAAGTGGACTATGTATTGGATTATCCATAATATATATCATGTTCTCAACTGGAAA TCCAAGATGGCTTGCAAGAATCATTGTAGAACTGGAACACAAAATAATGATGGGAAGGAG AAAGAAGCAGCAAAAGCAAAGAAGTGACAAAAGAAGAAATAATAGCTTAGCTTGACAAGT TACATTTGTTCTCTTTGTGTAACATTGTGATGTAAATGATGTTTAATCAGTTTTTTTGTA TGCTTTTAAGCAATAATATTACAGTTATTTCATAAAAGAAAAATTATAGTTAAACAATGA GCTGATTGAAAGGTGTTTCAGTTTCGTGTTAAATCTTATATTTAAAATGCATTATACATA AATAAACACTTAAATTTTGAGATTGCACAACTAGATACCTTCGATGAAAGAGTAACATCT GAAGTTTAGTGTGTATGTCACATGACTTCTTTTTAGTGCACAACTACCCCATGGCCCATT GCAATAGATTAGGGACTACCTAAATATGTGACATCAAATTGAATGAGTTGTTGGATCAAA TTTAATGAGTTTGAAAACTTAAGATTATTGACAAGATAATATCTAAATTATTATATAAAA TTATACATGTATTAGTGATACCAAAAGGTGAATTAATAAAGACTAAATAAAATTATATGC AACTTTTATTTTTTTTGTTATGTTTATAAAAAAAAAAAAAAAAGACAAGTAGGGTACGTA TCCATTTCTCAATTGTGAAGGGAAATAGAAATATTTCTTTAAACAACAAAAACATATATC TAATGTATTGTTACAAGTGGATTTTTGAGAAAGGAAAGATAATTTCTATTTTTGTTGGGA TATTGTGATATTATTCTATATATCAATGGTTTTTTTAGATAATAACTCTTAAATATATAT TTGTAAATTTAAAAGTAAAAAAGATAAAATATTTAAAGGTTTTTAAGAGATATATATTTT ACATTTAAAATATTCCTTTAAAATCTCTGTGTATAGTTAGTAATTGAACAGTAGCTTTGG GACATTTGGCTATTTTTTTCATAATTACAAAATGATGTATTAAGGATTTTGAGGTCCTTT ATTATATCGTATGGTTGTGATGGAAGGGGATCTGAATCCTGAGAATTAAAAAATCTTAGT GAAAGTAATTCATATTTTAAATGACGGTATACAATTTGAAGTTGATTTAGCTAAAATTTT GAGACGAATACTGATACTGAGTGCAAAACAGAAGAAAAAAAAAGATTCTCCGACACAAGT GGGCCTACTAAACCCTTACTTATTACGAATGAGTTCACTAGGCATCTGAACCCTTCTTAG ATCGGTCCCATCATTAGGTATCTGAAACATTCTACTTAGATTGGCGGCATCACTAGGTAT CTGAAACATTATGCTTAGATTGGCGGCGTCACTAGGTATCTGAAATTGATCGACGACAAC AATGATAGAAAATGAATTCTATGTATAAAAAAAAAATAAAAAAATCAGGTGCGATGAACT ATAGACATCTTACTTTGCTACCTTCTTCTTAGATCGACAACAACAATGTTAGAAAAAGAG ATCTATAAATACTGAGATATAGAAGTCAAGTGCGATAAACACTAGACATCTGGTTTAGCT ATCTTCTACTTAGATCGGCGGTGGCAATGATAGAACAGAAGATCTACAACCAAAGGAATA TAGAAGTCAGGTACGATTAACCATACGAATTTAAATTTGATAGATTCAAATTTAAGGTTT TTGTGACTCAATTTAATAACTTCATATTTATTTATTTTTTAAATAGTAATTTATATATTA TATATATCGACATTTGGTACTTATTTTATACTAGTTTCGGGCACGTGCGTTGCACGTGTG TCCCAAGCTAAGTTGCATGAAGTTGTTGTAACGATGTGTTTATATGACCTTTTTGATATT AAAGACGAAGAAACCACAAATAGTGTGAAAGAAAAATAATTATCTGTTAAATGTGTGTTG TACATTTTGATTTAGTAATTTACTGATAGAATAAAAATAGATCAACAAAAAAAATAGTTA CAAATTACAACAATTAATTAAAAAAAATACATAAAGAACTTTCACATATATAAGAAACTA GTTTCCGAAACGTGCGTTGCACGTTTACTTCATAAGGATGAATAAAATGATAAATAATTT TTGTTTTAAAAGATAAAATAAAGTAGCAAAAACAAAAATGGAGGCACACTATCTTATGAT TAACTTTCTTAAAATGTCTTTTTTGTCTCATAAAAATGTTGAAATTAAATTAATATTTAT ACATTTCAAGAAGATAAAATGTTTGACATTAATTAGTAAAAGATGAAATTCTCCTTCTCA TTAAGTAGAAGGCAATTAAGTAATTCAAATTTATAAATAAAAAACTTATTAGAAGGAAAT AACTAAGATTTAAAGTGCAATGATTGATATTTAAATTATGTAATTATATAAATAAAATAT TAATATTTAATTAAATAAATTAGATTTTAATTTAATGGAGAGTCAAAATGACAATATTAG TATTCTTACAATTAAAAGTTTGTTAAAATATATTTTAAATTTTTTTGTTAAAAAATTAAT AGGAGCAATATTTGGTCAAAGGATAGAAGATCTTCTAACTTCTTAAGCATTTTGGTGTAT CATTTTTTTGACTTTGGGATTTGGATCTCATGATAATTTTAATGAAAATTGTCGAAAAAC TATAGATTTTATCCACAAGCACATGTAAGAATGATTCTTTACAAATATTTAAAATTTAAA ATGCATAAACGTAATTATTAATAATTTGAAATTAGAAAATCTTGTAGGCATTAATTGTTT TGCATGTCTTATACACTAGTTTAGCATAACGCAACCAACGAAAAACAGAAAAATTCTAAG ACAATCTTTTTCCTGTTTTTTCTTGAAAATGCAAATTGAAACAAAGTTTTAGTAGTAAAC ATTCAACTTTTGATCATAAAAAATTAAATTATTTGGAAGACAAGTTAATGGAAGTGATAT TTAACTACATAAATGGCGGGGTCTTACCATAGTTCCAATCTCGACAAATAAGTAAAAAAA AAAAATACATCAAGCTTCGATACTTTAGTAGAATCATACTATGCCTTGTAATCTTGACAT AAATTTTCTTGCCTTGAAATTTTCTTCACTTGATCAAAGCTTTTCTAGTCTTCCACACAA AAATTGTATCACATATAAATCTTCCTATAAAAATAATGTTAAAAGATTGTATTTATAGGA AAAAATATAGCTTTGGAATATGAAGATTCACTTACAAAGTTGAAAGGTCAAGTGTTACAA AAATTTAAGACAAATATTAATTAAGAACATAAATTAATTTAGAAGATAAATCATATACAT GTATCTATTTAAAGGGTAAATAATTCAAGAAAATAAATTAAATTAGATATTTTAATTAAG AATTATTCTAAAGAAGTGCAAAAGTCATTAACATTTCCATAAAATAATGTAACTTAATAT TTAAATTAAATAGTTAAATATTTTTATAATATTTTAATTTATAATAAGGGTAAAATCGTA ATTCAACTTTTAACTTTTTTGTTCCCTCTTATAATAATATATGATAATAGGCAAGCTAGA AGGCATACTCATATTGCAGCTATCTCAAATTTTCTTTACAAGAAAATCAACAAAGCATTT CTTTTGTATTGAAAGATATATGTATTTTTTTCTTGTAAAGATGAGTCTTAACTTAACTAA GAGAAAAATAATCAATTAAATTGGACAATTTGAACTTAAACTTCATGTTAGAATTAAAAT GAATTAAATGAAAGAAAGTGAATGAGGGAAATCAAAGTCTCAAACATCTTTACATATTTC ACCAGTAGCTAAAGACTTTTAGTAGATGAATATGGTATATTGAATTAAATGTATTTAATT ATTAAGTAACCCTTCAAACTCTTCATATTTTATATTTTCAAAGAGTGTTATACTCTATAT AAAGTTATAGGATTATTTTAGTAATCCAACCTTTAACTTTGTTGCTTCACACTTTTAATA GAACTAATAACTCTATTTTTTACTATAAAGTTTGTAAAATAAAATAGTAAATCAGGAATA AAGTATTTTAAAAGCTATACAACTTACATTTGTGGTCACCAAAGCAAGAACAATTATCAA CCATGCAAAGAAAGTCTTATTGTGTACAATAATTTTTTATTTGTAGTTATTTATTTATCA AATAGGAATTAACTCGGAAAAGAAAATAGAGATTTTTTAATGGTAAATAAAAGAACACCT CTACAGAAATCAACAAAAATATTAAAATGAAGCTAAAAATAACAATATGAAAGAAAAAAG TACAAAAAATATAGACAGGTAAGAGATGACAACTTTCTTTATTCTCTTCCAATTATTCAA AATATCTTCCGATAAGATATAATTGAGAGACTGAAAGGATTGTCATGAATATGTCATTAA CTCATTCCATGGATGAAAGGTGAAAGTAACAAATATATTATTAATGAACATCAATAAACG TATAACATCTTCATTTCTAATATAATAACACAAAATAAAAATTCCACTTGAACACATAGA AGAGAAATTTAAACAGATCTTAATTAATCTACGATAAAATTATCAAACAAATATTAAGAT ACAAGGAGTGCAGAGAATTAGCTATCATAAAAACTAATACACCATATATCATGGAACAAT TTACGTATGGAAAAATTAGTGAAGCACAAAATGATATTTATAGTCAAGATATAGAAATTC AAAAGTCAAAGTTATAAAAAGATTAATAAAATATCATTGAATTTCTTTATAGAAGAAGTG AAAGGACACTTTATATTTTATTCTTTAAAAAAAACTAAATTTGTAGTTATTGTTTAAAGT TGAAGCGGCTGAGTATAATTATTCAATATATGTACTAATACACATACAAGAATATGAAGA ATCAATCTTGAAATTAAACATTCATTGTATTGTAGTCAATAGCATTTATTTAAATATATA TTTACTTTTTCTTACACAAATTATCAAAGGAGTATTTTCATTATTTAAAGATAAAAATAT TTAATTAATTATATTAGATGAGTTTAATTAAATATTTTATAGTCTTTCAATTTGTGTAGG GGTAAAATGATAATTCAACTTTTCACTTTGGAGCTTCCCACTTATAATAATATATGATTG AAGTTTAGATAATCTTTATCAAATTCATCCTATACAATGCCTTCAAATGCAATTTTAGTG ACAATGAAATGACCTGGTAATTGTAATCGCCCAAGTCGAAGTCAATTGAGAACCCTGAGA TCTCGAATTTCAAATTCTTTGCAGAAACAAAAACACTAGGTAGTGTATGTACAACACGAC TACATGAGCTAGTACCTGTTGCTAGCGGGAGTGGTTATTCCACGTACCAAACAACCCTTA AAGTGTAGTCCAAGAGTGTCTAGTATGCAGGGGAGAGCTTTCATCAGAAAACAGAACACA ACAGATTGTATAACACAGAGGAACTAGCCTGCAGATTTCTAAATTAGTATGTAATTTGGT TTGCGTACTAGATTATCCCGGAATTATGGTCCAAGGATTATAATCATTGGGCTAATTTAT CTCACATAAGAGATGGTATAAAATAATCAAGTTTGATGGGATATTCGAGATCAAGCTTGG GATAAAATTTATATTGTGTTCGTTTAGTAAACCTTTCCTACCAAACAGAAGATCAATTTT CTCTCAAGATCAATCTTGGGAAATCATATCTTAAACAACCCTTAAAAAGTGTAGTCACTG GGATAAATTTGGGGAGAGGTACAGAATGATAAACTGCAAAATATCAGCATGAAAGGATAG TGTCTCTGTCTAGTAATAACAGTTTGGCAATGCATAACAATAGTTTTTCAAAGTTATACA TGCATCTCCCTCACTGTGTGTGTGCGTGAGAGAGAAGGAAAGGGAAAGGGGAATATAACT CTCATAATCCGAGAGAGAGAGAGAGAGAGAGAAATGGATGGGGGAAAGGGAGCACTATGG CGGATGCAGGATTTTCACCAAGGGAATTCAACGTATACTACACATAAACCAAAAAACTTG ACCTTGTATATGAGGTGTGATTTTCTGGCGAACTAGCTCTGCCAAAGTTTTTGATTCTGC AAAGGAAAAGCAGGGGTCGAGGGGAGTTACTAGGCAGCTACTGCCAGTTCAGAAGCTTTG AATAAACAGAACTGTATGGGAAAGACTGGCCTATTTCAACACCAAATATGGATGTACAAC AGAGCATAGAAAGTCTAGACCAAGGAACATCATAGGTGATCTCCAAACTAAACAAATAAC AAGAGGTGACATGATGCTCTAGACATTTAATACATAAACAGACACTCAAACAAACTTTGT AAGCATATCTAGACACCTCAACTTGGTCTCAACTTTCAACTAAACACTAATTCATCCCAC TGTGCCATGTAGACACCCGACAATGATCTGACATCTAAATTTTGAAGGTGTCTAGATGAT CATTTGCTAGTAGGAGAGCTCAACTGACAAAGTGGAGACGAGTTGAGGGTTCTTGATGCA CAATACTAAGTTTTGTGCAAGAATGCCACTGCAAGACAGAATATCACAAAATGCAAGTTG GGTCTGGTTCTTAACTAACTTTTAACGATTAGAAGGCACACAAGATTCATATTCTAAATG ATATCAGATAGAAGTTTAGACAAACAATCAGAGTATCCAACCATGACTTTCATATAGCTG ATGCAGTTAATATTAAAGAAAAATACTAGGACAATTCGAAAGAACAGATTAACAAGTTTG CTGCTGCATGTTAGCTGTAAAACATTTTAAAAAGATTTTACAACAAAAGGGGGTGATGAC AGGCTGTCAAAAACTTGGAGATTTCCGATGCTTACTAGCTAATGATACCTAGCTGCATCA AGCTGATCTCTTCCCATCGGTCTATCTAAGCTCAGAGGTGCAGAATTGAAAGAAATGTTG GGCTTTGTACTGTCTAATTCGTGCTGCTTATGCTTCAGTTGCAATGCCATATGTTCATTC TCCAACATTAATTTCTTGTTCTCCAGCCTTTCAATTTCAAACTCCCTGTCTTTCTTGCGG CAGAACCTTTGCCACTTAACCTGACGTTTCTCCAACTCAAAGGCTTCAGCCTGGATGCCA ATCTTTTCCTCTTCCAGTTGTAACATCCGTTTCTTAATCCACATTTTTTTATCCCACTGG GATTTTGTAGGGTCATGAAAAAACTCATTAATTTCAGCCAAAAAATTATCATTCCCGTTA ATTTGTGGCAAGAAGTAGCCATTTTCTTCAACTCGTCTCATTCTCTCATCAAAATCTCCA ATTTTACGTGCATCACCATCACCATGGTTATCATCCGATTCATCATCATCATCATCACTT TCATCATTTTCTTCAGCTTCGTCTCCCTGGGAGCCATTATGATCTTTTGCACACGGTGCT GCAACAGGTGAAGAGTGAGCTGGAAATTCAAGATCATTGCAATCAGGTATCTTCTGCCCA TTATGGTAAGCACACATCTCTCTATAAAACAAATGTTTTGAGTTAAGTATCTTTTTCACC GTGTCCTTGGCCTTGGCTGAAAGCTGCGGCATGGAGTCCATTAGAACCGGATTTTCCACC ACAGCACAAGAAGTACCCCTCCCAAGAATATCATTCAATTTCTTATACCTCTTATTCAAA TCATTAAACTTATCCTCACACTGCTGAGGTGAGACATGACAACCGTTACTCATCATTATT CGGGATACTGTTTTCCATTTACCCTTTTTCTGAAGGCAAGCAGATTTTCTCTTCAACCCC ACTCCAGGACCTTCCAAACTACCATCATCTCCAACACAAGCAACTACTTGTATAAGAAGC CTAACAACATTATCAGTCCATTTCATTCTCTGCCATGGAGATCCCTTCTTCCCCGGTGCC CCACCGTTGTTCTCACCATTTCCATCCTCATTAAAGCTAGGCTCATCCTCGTCACTCGTA TTGCTATTAGGATTATTACTAGTATTATACACAACATTACTCGGCCCAACTGCTTTATCC TTCCCATAAGCCATACAACCTTGTGCATCCATCAAACCTATAGTTTTTTCATGTTCAAGC CCCATTTTTGCACTCACCGACGATTGAACATTATTGTGGTTCATCTGATGACCAAGAACT GCATTATTACTAGTTGATTCAGGTTGTTGCAGCATATTCATCCCCAAAAATCCACCATTA TACCCAGATAAAAAACCACCACCCATACCAGAACTATTCATTATTCCAAAACCAATTTGT AACTTCTCAGAACAGATAAATCCCAACTTCACAAATCATAACCAAAAATCAGCCCTTAAA ATCCTTTTCCCTTTCCTAAAAACACATCCTTGAAACTCCCAAATAACTAAACTAAAAAAA AAATCCAACTTCACAACCAAAAATCAGCCTAAAAACACATTCTTGTAACTCCCAAAATAC TAAACTTCAAACAAAAACATCTATCTCCCACAATTCATCATAATCCAACATGCCAACAAC TGAATCAGCACAATCCAACAAACCCCAAACATAAAAATTTAATCTTGAAACAACTGATTC AGATAAACCATAAGTTGTTACCCATGAAAAATTCAGCACCAGCTTTGCTCGATAAGAGTA TATACAAAGAACCCATGTTGGGGCTTACATAAATCCTGTCAAAATCAAATCTTTCACAAA CCCAAAAAGCTAAAACAGGTAAAAACAAATTCCAAAGACAAGAGTAGCAATAAACTGAAA CTTAGATAAAGTTACAATTTTTACCTCTTCAGTGATCTGACTATGGATTCTTGAAGGAGA AATGGAGGGGGAGAGGGGGAGAGAGAGGGCAATGGGTCCAATAGTATAAAGGTAAATTGG GGAAGAAGAATATTTATTAAGTACTGTTTTGGGAGCTGCTAAATCAGCAAATCTACCAAT GAAAAGTGGCTTTGTCAAATAATTCCTAGTTTTTAATTTGTTTGTCTTAGTTTGACTTAT TACCGAGTTTTAAAAAAAGTATGCCCTCTCATTTTATATTATGTGACATTTTTTTATTAT TCGAGAATTAAACAGTTTAAATTTAAAAATATTATATAAATTGAAACGAAAGAAATAAAA TAAACTTATTAAATATGTTACGTAAAAATTAAAATTAATAAATTATCAAAATAAAAAAAA TATATTAAAAAGAAAAGTAGGAAAGAGCAAATTAAAATAAATAATACATTTTTGTTTTCT TCATTTATTTTTTTTGGTTAATTATTTTGTACCTTCTTTAGTTTATGCGTAAATGGTAAT TTATGGGACCTTCCTAGCTCTTCATAAAAAAGGATCATTTTGGTTCAACATCAGAATATT AAAGAATTATTAAAAAAAGTATATATTGGATAATCAATTTTGTTTTTTATGGAATAATTA TATAGAGATTTTAATTAAAAAAAGCTATACTGATTTTAGTTAATATCTTCAATGATATAT GGGATGAAAAACTATGAATACCATTTACTCATGAATGGACCAATAAAATTTGAGCTCAAA CAATGTCTATTAGATATATTTCAGAAGATTGGTGGACTACTATACAAGAAAACTCAAGAT AATTTTGAATTCTCTTTTCGTGACTTATAAACCCTAAAAAATTACATGTGTTTCAAAAAA CTATGAGTCTCATTTACTAGGTCGTCAAGAATGCCACAAAATTTGAGTTCAAACAAAGCG AAAATAATGAATTAATACACACGAAAAGTCGAGACAACCATGAATTTCTGTTTTGTAAAT CATAAACTCCAGAAGAAAAAAAAAAGTGATGTTTGCTCTTAAAAACAATGAGTGTCATTT ACTTGATTTTATTTCAAAATTTATATCGAAATAATTTACCTTATACCTTGACAACCCGTT ACCCATAAAAGTTTTGGAGGTTTTAGTGTCAGTATGGTTCAATTTAATAGTCTTAGTTTC AACCCTCTAAGAATTGTTTCTACCACATGATCATCTTGGCATGTGTTTATCTATACTTAA CATTTAACATGCTGTCTTTGATGTTTTGTTTGTTCATGAAAATGGGTGTCTTTAAGAAAC ATTTGCAGGTTGTAGAATTCATGTTGCTGGTCCCATTGATATCATCTTGACCAAGTTTGT CATGTTCCAATTTAGTGGACATGACACTCCTTCAGATATTGCATGTCTAAACACAATAAC TAGTCTTATACAAGTTAGAGTCGACTTATAAGGTAAAGATGAAACATCTTTGTTTACAAG GATCACTTATCACATTTTCTAGTAATATAATATCTGTGAAATCGAACAGATAGTATCTTC AACAAGGCTTAATATTCACATCAGCAAAATTAAGTTCATTTGTGAGTCATTCACATAGAA TGTCTACACATTCAAACTGCAAGGGTAAAGTAATTTTTTAAAGTAAAATTTCCTCACAAA GAAGATATAGGATAACTTAGTTATTGCATCTACTGTAGCTTACAAAAAGTTCAGAAAGAA CGATGACATTCGATCTGCCAACCAAGTGCTCATCATAAACTCACCTCTCACGTTTAAAGG AGGGGGCGGATGGTAGCGTTGAAGGAACCTAATGTATAGTTCAAATGCTAAATCATGCTG AAATGCCTCTGGATTCAGCTTCAAGGTACTTGCACATTCGTTCCATTACTTCTCTTCCCT TTGCGCTGTTGGCCTGAAACTTGTCCACACACTTCTGTTCAATTTTCTCTGCCATTGAAG CCAGTGCTGATAAGGGCTTAATCCTGATACTCGTTTCCTGCTTGCAGACGGTCCATAACT TTGGATTATCTGGATGAGGGTCATATCTGATTTTCTCTTCCACTTCTATGTACTTCTCCA GACTAATGTTTCGAGTGGAGAGCTGCATGGACCGAGATTGGGCATCAACAACAGTTGATT CTACACAGTGGCAGATGTCTTGACGAATGATTTTGCGGAGGAACCATGGTCCTGGTGCAT GAATAGTTATGGCACGAGTCGTATAAAGCCTCCCTGAGATGGAATCAAGCTTGTGGTTCA ATGTGTCAACTTCGAGGATATGCGATAGAATGCGCTTGTTCTCAGGATCAGCAAACTTGC GCCAGGATGCAGAAGTTACTCTTTCCCATGGATGCTTATATGTGTGCTCTTGTGAATAAG CTCTGACCATCTCGTAACTTCTGATTTTCTAAACCTGAACAATAGAAACAGTAAGCAAAT CAGGCAAACAAATGTCTATCGACAATGTGAGTTATAAACAAATGACTCTAAATGTTTTGA GCTCAAAATTTGCTTAAACACCATTCTACCAACACACTTGCATAAAAAGTACCCAATCTT AGAATCAAGTATATTATTGGTACAGGATTTTCCAAAACTTCAGTTTTAAGATTTTAGGAA AATATGACCACTGATATTTTATTTTTGATAACCGTGGTGTCTGGGCTAGCTTGCGCCCAC CTCGGCTAATTCCACATATGACCGTTAATATACTACTCTCTAGAAGAAATTGAAGATCTT GTGACCCATCTGTTTGTAGTATATACAAGAGACATATCAAACCGAATAAACAAGAACTTA CTTTTAGCAAGTTGAAACATGAATGGAACAGCTCTTTTAGCTGCAATTACTTAACCTTTA TTCCATGTTGTTGTTTTAACACAATGTGCAGTAACTTGCAAAGTATCCCAAATAACCAGC TTGAGCATGTATAATCTTAATTCATTTGCATGCACAAAATCCAGTTACCATCCCACCAAA AAACAAAAGATTTGGCAAAACAAATAGAGACATCAAAGAGTTGTCTGTCACCAATCCAGC TTCTTAGGTGTATACTCTTATAGACAGCATTAAATCACCTCAACTGAAGTTCGAAACTAG TAATTCTCCTGAAAGTCCATGGACCCCTCCTCCCTCATTCTTTTCTACTCTCCCACAACA GTGGATATCCACTTACTCTTCTTTAAAGAATATCACAAAAACATCCTCCCATTGAAAAGG GAATGTGCCTTTCGCACCATTAGAGAATTTGATGAGGATCAAAGACTTAGGTACATAAGC CCCTCTATATGTACCATCACTCATAGCCTTGCAGTAACATTTTATCAAAAGCAACATACT GCTTTGAATGAAACTCAATTCCTTTTCAGGCGAGTCACACACTCCAATGATCACACACAA CCAATGATCAGCATTCCAGCAAGAGTACAAAGTACAAACCAATGATCACACACAACCAAG GAACCTGGAGTGTTCTAAAAAAGCACACATTGGTAACAAGACACTCAAAGAGCTGCAAAT AGGCAAAAAAAATTTATAACTGAGAAATCCCCAAGGGAGTGTTACACAATTCGAAACAAG GAGGATAATGGGTCCACCCCTCTATACCAAGGTTCAAACCTGTGAATCCACACATCACAA GAAGCAACTTACCACTAGACAAAGACCTGGGGGGTCCAAGACAATCTTTTTAAGTAGAAT TTCTTTACAGCAGCTGGAATAGCCAATTCATCTACAAATCTAATGATACCAGTCGCCAAG ACGAATTAAAGATCAAATTTTGCCAAGAAATCCGAAGTGCTCCAATAAACCACAAGAGTA CGAAGTAAAAATCAAAAAGTCCTCCACAAAGTGTTCTAAAAAATTGCACACCGCAACAAG ACAGACAAAGAAACACATACACAAGCCTACCTTCTACATTAGCTGACATAGCTACTTCAT CAAAATCATGCTTACAGAAATCGGATAATACCAGCCGCTAAGGCATTGAATAAGCACTTT GACTGATATAAGAATCTGAGCTACAAATCAAATATCAAACGAAATCTTAGTAACTCAATT GATTGACTACCTCGACTCTCACCTTTAGCTCCGTTTCCCCCTCCCCTACCCCTATAACAA AAAAATCATCTTTTTAAGAAAAAATCGAACATTTTGAAACTGAAACTCAAAGGGGTCTTG GAAACTTCTCACACCCTCATCAAAACACTCGATAAAACACACAAAAAACAAGCCAATTTA CATACAATTTCAAATACACCACCTCAAACAGCTTCTTGATCTAAACAAATCAATATCAGT GTTATACCAACAAAATCAGTTAAGACCTCAAAATCTTAAATCATTGGGATCAACACCGTC AATTCTTTATTTTTTTTGGTTTTATTTCATTGAATCACATTTAATTATAGCACTAATCAC CATAAATCAAAAAGGGTATTCATCAAAGATCAAAAAACTAACCTTTTTGTTGGAAATCAA GCGCCCACAGAACTCAGAAGAGAAGAGTAATGGAAAACCGCTGTTGCCCTACCTACTATA ATAGTGATTTTTCCATTATTATATTACAGAAATGAGAAAACTATTGTCACTATGGAGTAT GTACAACCCTTTAAGAACAAGAGTACAACTAGTGAAGCAGAAATATCAAATCTGTGAAAT TTTGCTCATATTGTTTGCCACGTGGATAGAAGAGTGTGTTTTTGGCTAATATTCTTTGAG GAAAAAAATTATTTGAAATTGAAATTAAGTTATTGTTCTGGAATTAAAATTTATTTAGAT ATTTTTGGGGAATAATATTTTAAGTTAAATTAAAATAAGGAAATGTTTTTCCGCACTTTG AATACAAGTTCGACTTGAATAATTGCTGATTAATACATATTTAGTAAAACAAAACATAAA AGTATGTAATTATATCAAAATGGTATAAGAGGATCGTTTTTTACACGTAAATTTAAAATG GAGCAAACACATAAAAATTATATTAACGTTTAATAATTATTTACGCTTATTGAAAGATAG ATTCAATATTGCGATCATCCTACCACAATATTTACATCGCAAATGATTGATAACTAACAC ATGTTCGTCCATTCCAACTCGAAACCTTTTAAATTGCCTAAGAGGAATTCATTATAAAAT ATTATAGAGCGAAACCTCGATCGAAGAAAAATTATAATCCCATCGATAAGAATAATAAAT AATTTTCATGTGAGAAAATGACACAAGTACAACGCAGCACAAAGTTAAAAGCAAAAAAAA AAAGGATGTCCACTAACTTATTTTAATAATTTTAATAACTTAAAAATGACAACAATACCC TCATCCATTCGTCAAATTTACAACACAACACCTCCACCATTCATTTCCCACCCACCCTTG ACTGCTTCAACAACTTTGAAAATACCCAAAAAAAACAAAAAAAAAAAACTTCAGATTTCC AATTTTAAACTTTGAGAATTTTTGCAGCTTTCACCACTGGATTTTCCTTAGCAATCGCTT CACGACCAGCTGCTTTGTAATCGTAACTACAGTCATGTCGATCGGAGTACCTATGCTCCG AGCAGAACACTTCCCCACACCGGCACCGGAACGGCATCAATCCGACTTTCCTCCGGCAAC CCATACCAGAACATCGGTTCGCTTCTCTTTGCCTCTTAACCCCTGTTTTTCTACCAACCA GATCCATACTTTCCGGCGATGCAGCTGATGTAGATCTCGATTGATCATCCATACTAGAAA CCTTCAGATCTATACTCTCCGTCGACGATCTATCAGAACGCTTCAGATCTGAGATAACAG CAACTGAGAGGTGCGTCGTCGTAGAAGGAGGCGATGGTGAAGGTACCGGTAGAGTTGGAG AGCATAGAGGGATGGATTCCGGCACCTTCAGCTCGGTTTCTTCTTTCTCTCTCTTCTGCG CCGCCATGATGGAGAGATTTCTAGAGAGAGAGAATGGAAATGAAATGGGAATTTGGGGTG TTGGGAAGTGTTTGGCTGAGGAGTTTTAGAGAGAGAGAAATGGGAAAAAAAGGAGAAGTA TTATTATAAAGGAGAAATTAGAGATAAAGTCGGTAAAAGGTCGGCCATATAGTTTTTCTT TTTTTTTAAGGAAAAATCAAAATTATGATATATATACATTTTTAAAAATAAAATTAAATA TGTAAGCTTTTGTTATGTGCGGAATTAGATTGATAAAAGTGTATTTGTGTTATATATTTA TATATATATTTATTTTGTGAAATTGAGATAATTATTTAAAGTAGAAATACTTTTATGATA GAATGAGAAAGTGAATTATTCTATTTGATTTGATGCATGCATAATCAAATTAATAGTATT TATTAGGTTTATAAGTTGTAAGTATGGTTAGTTTACCTAATTTTGCACATGTTAAATAAG AATTTTTAGAATTTAAAAGGTACTCCAATTGTGTTTAGACTTTTAGATAACAGTAAAATT GAACAAAATTGAGTGTTTTCGAGGTTCATAACTTTAGATATTAACCATATGGTCAAGCTT CACTTGTTTCAAATGGTTCACAAGAGAACTTAATAGAAGAAGGAAATGAGGTAATGCAAA TAAGGATGATATTGAGTATATACATATGAGTAGTTTGGTTCACGGGATAAAGTGGACGAT AAACTTAGTATTACGTGGGATAAATTAATTCAATAATTATAATCGCATAACTGTAATTCC GAGATAACTCGATCCATGAATCAAACGACCCCGTCTATCTTTGTGAACACTTCTAAAGAA CATGGATATCCCTTCGTAAATTTCTCTTTACTAGGTTGCTCAACTGCAACAGTGCAAAGA AAATTGTCTGAATGCAACTTTTCAACACTTAATTTGCTGCATTTAGCATATAAAAGGAGC TAATGACAGTTCTTTATGAAACATGTAGGATAAATGCCACAAGGTAAAAAGGTTCAAAAT CAGAAATGAACCCTTCAAAAATACCGTGAGATGTGTCCGATCCTCTAAAAGTAATACATT TCTGGAGAGTCCAAGCAACGAAATCCTTGGCAAGCGATTCATATTCATCGGAATTAAAAA AGGAAAATTAATAAGGATCAAATCAATTGAATGTATGTAATTCTTAGCTTCACACCCAAA TTGTGTACTCATCCTTTTACTTTTAAGCACTGTTTTTCCCACTCACTATCTGATGTGGGA CAATGTCTCCATATAATTCATCAAGTTAACTACTCTTAATAAGCATCCAAACCAATAAAT TATTTCACTTCACAACTATTAATAAGGATCAAGTGTTTGGCTAATTCCCTACCAGTTTTG ACCAATAACTTAGATTCTTCAGCTCCAAGTGGCTATCAGAATCTCTCCAAAATTTGATAA TATGAAGGCTCTCTTCTTCAGTTGATCTTTGAAGGATAATTCGAGATGCATAACCCTTCT TTCTCATCTCAAGACATATTTCTGAGGGTTTATTAGCAGTAAGCGTGACCATATATAACC AGCCTTTCTCTGACAAAAGATTGTTGGCAGCAGGCAGTATTTTATCAATAACGCTTCGAC CATTCTCCCCTCCAGCCCATGCCGAAGTGATGCCTTCAAAACCAACTTCGTCTTCAGGTG TAGGAACATAAGGAGGGTTCACAACCAGCACATCAACTGATCTTGCCAAGCGCTTCTCAA GTCCAGAGGTAATATCAGTGTTTACCAACTCTGCATAAACCCCATGAGCATCCATGGTCT CACGAGTCACCCTTATTGCATGAGGGTTGATGTCTGTTGCAATATAGTATGGAACAAATC CTTCGTCTCCAAGCATAACAGCAAGGGATGTAATAACGTAACCACTACCACAACCAATTT CCATACAAATTGAAGGTTTCTGTTGTAACATGTTAGTTCGATCAGCTAATAATGCATCGA CCAATGCAAACGAATCATCACATGGTTCATAAACCTCAGGATGTGAACTCACTAGTGGGA TTTTAGCAATTCTTGAAAGCATCTTAGAGAACTCCTGCCAAATGAAAAACAAGGCCTTAG CAACACACCTTTCTATCATCTACCACAAATGCCCTTCCCCAGGCTGCAAATTTAGCCAAA AAGGGGAGGGGAGGGGGGACACGCCTACCCTCCACGCCTTCTATCTAAGGTCATATCCTG TCCCCAATATTCTTTATAACCAACCTCTACACAATTCGATATACAAAGCAATACTAATTT GATTCTCGAGTTGAATAAAAAGCCAAACTTGGTATCTAATGAATACGCAAAGTTGATACC TCAACTACAAATTCATTCATTCTTGATATTGGGTGTGAATTCAAGTTGCACAAACAAGGC GGCTCAACCCTAAAGCCACTAAACGCCCAGAAAAATAAGTTACAGAAACACCACAAAAAA GGCAGCTCAAATACGAAAACATAGGTTTGAACAAGAGGTAAGATTAAACGAAAAACCAAA AGCAGTGAGCAGACAAAAGAGGATAAGAAAAAGAGACAACCAGATCTGATTATGCACATA TTTGATGCAATTTTAACTTTATGGGTGTTTATTAAAAAGGCAATCTTTACATACTTATTC ATTGAATTTGAATAAAAAAGCAATCTTGCTACTCAATCAACATAAAAAAAAAATACCTGT GATTTGCTGAAACCTCAAAAAGTTTGGACTTTCAGTATTTGATAGAAACAAAAGATTGGT AAGAATTTCAGCAAACAAAAAAGAAAAGTAGGTTCTTTGTGCAATGGCGATTGAAGAAGG AGAAGGGAAAATAGTTAATTGTCATTCAGACACACTGAAGTTTAAAACCTATTCATCCAA ACCCCCTAAAGTTTGGATAATATCTTATGGTACCTTAGAACTTCAAAAAAAGGTTTGGAT TTAATTTTATAAAATAATTAAGCCAAGAAAAGGTGTATGAATTGTTCATGGCTTTCCATT ATCTCAAAAATGTTAGTGGAACAGCAATAAACATACATGTTTGGAATTATTTGAAGTATC AAGTCATTTTCTTAGTTTACTTTAGGCTATATAAACTCCTAGTTTCTCTATTCTCAAATA CACAAGAATAAAAAAAAAAAAAAAAAGCTTATCTAGCCTTGAGAATCCAATTCTTCCTAA TGGGAAGCCAAATGAAGAAGCAATTTGCTTGTGCTTTGGCATTTTTCTTGATTGCCACAT GCACTGTGGCATATTCACCTTATGAATCATCAGATTCAACATACAATAAAGTAACAACCA AAGAAGTCAAAAGTGAAGACTTCAAGGTACCCTCAGTGTCGGAAAAGGAATATAAGGAGT CATCTTTTCCAAAATTTGACTATTTTAAGAAGCCATCAGTTTCAGATGATATCTACAAAA AGGAGTCATATGTTCCCGAATCTAAAGAGTCATTTTTACCAAAGTTTGACTACTTTAAGA AGCCATCAGTTCAAGGAGACAACTACAAGAAAGCGTCCTATGTTCCAGAGGTACCCACGA AGGCTAAACTAGAATATAAGGAGTCATCTTTTCCAAAATTTGACTACTTCAAGAAGCCAT CAGTTTCAGATGATAGCTACAAAAAGGAGTCATATGTTCCAGAGGAACCCTCAAAGGCTA AACCAGAATATAAGGGGTCATTTTTACCAAAATTTGACTACTTTAAGAAGCCATCAGTTT CAGAAGATAGCTACAAAAAGGAGTCATATGTTCCAGAGGAACCCTCAATGCCTAAGGAAG AATACAAGGTACCTGTTTTGCCTAAGAATAACTACTTTAAGAAGCCATTAGTTTCAAAAG ATAGCTACAAAAAGGTGTCATATGTTCCAAAGGTGCCCTCAGTGCCTAAAGAAGAATACA AGGTGCCTTCTTTGTCAAAGAATGACTATTACAAGAAGCCAACAGTTTCAGAAGATAACT ACAAGAAGGTGTCATACGTTTCAAAGGTACCCTCAGTTGCTAAACCCGAATACAAGGTGT CTTCTTTGTCGAAAAATGACTACTACAAGAAGCCATCAGTTCCAGAAGATAACTACAAAA AGGTGTCATTTGTTCCAAAGGTTCCGTCAGGTCCTAAAGAAGAATACAAAGTGCCTTCTT TTCCGGAAAACAACTACTACAAGAAGGCATCACCTTCTCCATCACCGCCACCTCCATATT ATTAAATTTCCATTTTTCATGTTCTAACATGTTTCAAGGAACTCCTCCAGCTCAACATAT ATAACTCATAGAGTTCTCATATTATGAGTTTTATTTCAAAATTTGTAATTCTTTATTTGT ATTATTTTCCTTTCCCATTCCGAGTTGCAATTGTTTTGTTATTTAATTAAACTATTTTGT ATTTTGAATATGTTCGAAAGATTGTTTATTTCAATTAAATACAAGTTCTTTTTATTGAGA GTTTATTTAGTTTCATCAAACATTTTCCAATTTCTTCACTTAAATTTTAATAGAATGGAA CATAACAACCATCAGATACTTCAAAATAGGTAACTAAAGGATTGAGTGATTCCAAGAGAC AGGGTACTCTCCAGATATATTACTCGAAAAATTGTAAAATACGTCTAATCGTAAAATATA TTATATTTATTTTGCCAAAATTTTAAGCTTCAAATAGAAAGACGAAACTTCTAAAATATT TTGAGAATTTTTAAAAGGATTCGATTGACTTAATTATCTATTTGGTGGGGGTTCGATCTT AGTCAATATGTTCCAAATAACAAATAATTAAGCCAAACCAAAAACATCTAATATATTACA TTTAAAACAATAGCTTCCAATTTGTATCAAGAACTAATCAAACCCAAGATATTGTTATTC TTTGTATTGAAAAAGTATGTATGGTACTCGCTAGGATAAGAGATCGATTTATCATGCCAA CACTTTTTCAGTCGAATTCGTCATATCAGACTTGTCTAGAGCAGCTTACATCTCATATAT AATGTAGTAAAATATCGCATATATATGAGCGGATTTATTCAGTATGCACCCAAAGATTAG AACTTATGAATTTCTCTCGAAATTTCCAAAAAATAAAGTACTTAAAAAAAGTGAGTGTGG CGTTTTGATGTGGATTACAAGTACTCATGCTAAACAAGTACATATAACTAATGGACACCA AATAATGAACAATATTTGTTAGGTCTACTCATATCTCAACGTTTAAAAACAAATTCAATC AAATTTTTAACATTCCAGCAAAAAAAACAACGTCGTTGGAAGTAAATAAAAATTGGATTT AAATATTGGAAATAAGTGAGTCCAGCAAATGTGTATGAATTGTTCATGGCTTCCCATTAT CTCAAAAACCTTAATTAGTGGAACAGCAATAACCAAAAAATGGCAAAATCTTTGATATGT TTGGATTATTTAATTTTGAGAGCATCAAATGACCATATTAGTTATGTTATATAAACTCCT AATTCCTCCATTCTAAAACACAAAAGAAAAACAAAAACAAACAAATATCTAGGCTTAAAA TCCAAATCTTCAAAATGAGAAGCCAAATGAAGAAGCAATGGCTTCAATTTGCTTGTACTT TGACATTTTTCTTCATTGCCACATGCACTATGGCATATTCACCTTATGAATCATCAGACT CAACATACAATAAAGTATCAACCACAGAAGTCAAAAGTGAAGACTTCAAGGTACCCTCTG AGTCGGAAAAGGAATATAAGTCATCATTTTTGCCAAAAAATGATTACTACAAGAAGCCAA TAGTTTCAGAAGATAACTACAAGAAAGAGTCATCCATTCCCGAACAGGAAAACAAGGTGA CATTCTTCCCAAAGAACGATAACTACAAGAAGCCATTAGTTTCAAAAGATAACTATAAAA AAGTACCATCCATTTCCGAACAGGAAAACAAGGTGCCATTCTTCCAAAAGAATGACTACT CTAAGAAGCCATCATTTTTCGACGATACCTACAAAAAGTCGTCATATGTTCATGAGGTAC CCTCAATGGCAAAACCAGAATATAAGGAGTCATTTTTTTCAAAATTTGACTATTTCAAAA AGCCATCAGTCCCAGAAGATAACTACAAAAAGGTGTCATATGTTCCAAAGGTGACCTCAG TGCCTAAAGAAGAATACAAGGTGCCTTCTTTGCCAAAGAATGATTACTACAAGAAGCCAT CAATTCCAGAAGATAAATACAATAAGGCGTCATCTGTTCCAGAGGAACCCTCGATGGCTA AACCAGAATATAAAGAGTCATTTTTGCCAAAATTTGACTACTTTAAGAAATCATCAGAAG ATAGCTACAAAAAGGTTCCATATGTTCCAAAGGTGCCTTCAGTGCCTAAAGAGGAATACA AGATGTCTTCTTTGCCAAAAAATGATAACTACAAGAAGCCATCAATTCCAGAAGATAACT ACAAAAAGGTGTCATATGTTCCAAAGGTGACCTCAGTGCCTAAACAAGAATACAAGGTGC CTTCTTTGCCAAAGAATGATTACTACAAGAAGCCATCAATTCCAGAAGATAAATACAGTA AGGTGTCATCTATTCCAGAAGTACCCTCAGTGCCTAAACCAGAATACAAGGTGCCGTCTC TGCCAAAAAACGACTACTTCAAGAAATCATCACCTTCTCCATCACCACCTCCACCATATT ATTAAATTTTCATTTCTCATGTTGAACATGTTTCAAGATAGTCCTTCTCCCGCTCAACAG ATATGAGTTAGAAGGCATGTTATCAAAAATTATAATTCTTTATTTGTATTTTGAATATTT TCCAGAGGATTGTTTATGTCAATTGAATACAAGTTCTTTTTATCAAGTGTTTATGTTGTA TTTTCATCTATTCTTCCAGCAATTGCCAATTTGTTCACTTACTATTAATAACAAAACTCT GGAGCATAACAACCATCAGATACTTAAAGGATTGGGTGATTTCAAGAGACAAGAGTACGA TAGGGTGCATTTCCAGATATATTACTCAAAAGAATCGACACAATTCGTCTAATATATTAG AAAAATGGAAAGAAGAAGAAAAACGGTCTCTATTGTTATAAACATACAATTCTTTGTAGA TAAAGATATAAAGTGAACTAAGTAGTGAATCGTTTTTATCAGATAAAGAGGTATCGGGAA ATAAATGTTACATTATTTATGATTAAATTGTGCATTTGATCTTATACCGCAGAAGTTTTT GAGCTCAAAGTATGAAACTTTTTAAATCCACAACTTCTAAAATAATATTTTGAAATTTTT TTAATTCAATTATCTTTCTGGTAGGATTCAATCCTGTAGAATGAAATAATCTCCCATAGA GCAGTTTTTTCTAGAAATCGATCATACATGACGTAAATTTGAATTAATTTGAATCATAAG TTCTAAATAACAAACAATTAACAAAGCAACCCAAAAACATTAAACATATGACGTTAGAAA CAATAATATCTTCTAATTTTTCCTCTTTGTATCAAGAATTAATCAAACCCAAAATTTTTG TCATTCTTGATAATGTAAAGCATGTATAGTACTCGCAAGGGTAAGAGAGGCCAGAGATCG ATTTCTTTAGCCAAAGCTTTTTCACATCAGAGCGCAATTTACATCTCATGTATGATTTGC AAGATCGAACAGTGGCAACTATTAATTTTTCGGGAAATTTCTAAAAAAGAAAAAGTATGC TGTCATGGTGTGGATTATAAAAAATCGTGCTAAACAATTACATATATAACTAATGGATAC CAAATAATGAACAATATTTGTTAGGCCTAAACATTATATCAACTTTTAAAAACTAATTTA ATCAAATTTTTAATATGCCAATGAAAACACAAGAACAACATTCTTAAAGTTAAATAAATA ATTGGATTTAAATATTGAAAATAGACAAGTCCAGCAACTGTGTATAAATTGTTCATGGCT TCCCATTATCTCATAACCTTAATTAGTGGAACAACAATAACAAAAAAGTGGGAAAATCAC CTTCTCAGTTTTGTTATATAAACTCTTAAATCCTCTATTCTCAAATACACAAGAAAAAGG AAAAAAAATTAATCTAGGCTAAGAATCAAAATCTTCTAAATGGGAAGCCAAATGAAGAAG CAATCTGCTTGTGCTTTGGCATTTTTCTTGATTGCCTCATGCACTATGGCATATTCACCT TATAATTCTTATGATTCATCAGATTCAACCTACAATAAAATACCAACCACAGAAGTCAAA AGTGATGACTTCAAGGCACCCGAAAAGGAATATAAGGAGTCATTTTTGTCAAAAAATAAT TACTACAAGAAGCCATTAGTTTCAGAAGATAACTATAAGAAAGTACCCTCTGTTTCCGAA CAGGAATACAAGGTGTCATTCTTGCCAAAGAATGACTACAACAAGAAGCCATTATTTTCA GAAGATAATTACAAGAAGGCGTCATATGTTCCAGAGGAACCCTCAAAGGCTAAACCAGAA TATAAGGAGTCATTTTTACCAAAATTTGACTACTTTAAGAAGCCATCAGTTCAAGAAGAG GACTCCAAGAAGGCGTCATATGTTCTAGATGTACCTTCAAAGGCTAAACCAGAATATAAG GAGTCATTGTTACCAAAATTTGACTACTTTAAGAAGCCATCAGTTTCAGAAGATAGCTAC AAAAAGGAGTCATATGTTCCAGAGGAACCCTCAATGCCGAAGGAAGAATACAAGGTACCT GTTTTGCCTAAGAATGACTACTTTAAGAAGTCATCAGTTCCAGAAGATAGCTACAAAAAG GTGTCATTTGTTCCAAAGGTGCCCTCAGTGCCTAAAGAAGAATACAAGGTGTCTTCTTTA TCAAAAAATGATTACTACAAGAAGCCATCAGTTTCAGAAGACAACTACAAAAAAGTATCA TATGTTCCAAAGGTGCCCTCAGTGCCTAAAGAAGAATACAAGGTGCCTTCTTTGTCAAAG AATGACTATTACAAGAAGTCAACAGTTCCAGAAGATAACTACAAGAAGCCATCATTTCCA GAAGATAACTACAAGAAGGTGCCATATGTTCCAGAAGTACCCTTAGTTCCTAAACCAGAA TACAAGGTGCCTTCTTTGCCAAAGAACAATAATTACAAGAAGTCAACCGTTTCAGAAGAT AGCTACAAGAAGGTATCATATGTTTCAGAGGTACCCTCAGTTACTAAACCTGAATACAAG GTGCCTTCTTTCCCAAAGAATGACTACTACAAGAAGCCATCAGTTTCTGAAGATAACTAC AAGAAAGTGTCAAATGTTATTCCAGAGGTACCCTCAGTTGCTAAACCTGAATACAAGGTG CCTGCTTTGTCAAAAAATGACTACTACACGAAGCCATTCCCTTCTCCGTCACCACCACCT CCATATTATTAAATTTCCATCTCTCTTGTTGAACATGCATGTTTCATTTAAGTTCTTCTC CAGCTCAACATATATAACCCTTAGGGTTCTCATGTTATGAGTTAGAAGGCATGATATCAA AGTTTGTAATTCTTTATTTATTTTTTTCCTTTTCCTACTTCGGATTGTAATTGTTTTGTC ATTTAAATTATATTATGAATGTTTTCAGAGATTATTTCAGTTGAATATAAATTATTTCTA TTGAAAATTTATAAATTCATCTAGATTAGTCGGGCTTCAATATTACGGATATTGAACACT AGAATATGAGAAATCAACCATAAAAAAATGTACATAGATTAGATTAATCTAATTTTTCAG CAATTATTAATTATATTTCTTTACATAAATTTAATAGCAAAACACTGGAGCATAAAAACC ATAATAAGAACTTCAAATTACATATTCAAGGTTACAAAAACAACAAACAAAATTAGAGAA AATAATGAAGTTGAACGAAAGATACAAAATTACTTTTTATTAGTGCCATTCAGTAATTAC TATATCCAATGAATATGAAGTTACTGATAGTTATTAGCTCAAAAATCACTTTTTTTTTTG TTGAAAAAAGTTGGAATCAAGAAAGATGATTTTCTTAGATAATTACTATTAATTCAACGA TTATTAATTCAACGATCATATGAAAAATCAACTCGTAAAAATGTCTTTTTTAGCCTATTT TTTATTAAACTAAAGTTACATAATTTCCAGTCATAGATCATTTTTATCAAATAAATGTTA AAATATTTCACTATTCACGATAAAATATTATGTATGGACGATGAAATATATATAAGAATC GGTGATTTAATGTATGATAATACTGGAAATAAATAGGTTCCATCAAATACAAATTATTCT GTCAATATACATGAGCCCTGCTCAAAGCATCAAAACTTATGCACCCAACTAATTTTGATC GTGACATCAAATAATGAACAATATTTCAATGTTAAAATTTTATTTAATCAAATTATCAGT GTACGAACAAAAAAGAAATAGAACAACATTATTGGAACAGTCAATAAAATTAATTTTTAA AAACAATTGATTTAATCAATTGTGTATAAATTGTTCATGGCTACCCATTATCTAAAGACC TTAGTGGAAAAGCATTAACCAAAAAATGAGAAAATATCAAATATTATTTTGATAGCATCC AAATCATCTAATCACCTCCTTAGTTAAGCTATATAAACTCCTACTTCCTCCATACTAAAA CACACAACAAAAAAGAAAAAAAATTATTCATCTAGCCTTGAGAATCCAATTCTTCTCAAT GGGAAGCCAAATGAAGAAGCAATTTGCTTGTGCTTTGGCATTTTTCTTGATTGCCTCATG CACTATGGCATATTCACCTTATGAATCATCAGATTCAACATACAATAAAGTAACAACCAA AGAAGTCAAAAGTGAAGACTTCAAGGTACCCTCAGTGTCGGAAAAGGAATATAAGGAGTC ATCTTTTCCAAAATTTGACTATTTTAAGAAGCCATCAGTTTCAGATGATATCTATAAAAA GGAGTCATATATTCCCGAATCTAAAGAGTCATTTTTTCCAAAATTTGACTACTTTAAGAA GCCGTCAGTTCAAGAAAACGACTACAAGAAGGCGTCATATGTTCCAGAGGAACCCTCAAA GGCTAAACCAGAATATAAGGAGTCATTTTTACCAAAATTTGACTACTTTAAGAAGCCATT AGTTCAAGAAGAGGACTCCAAGAAGGCGTCCTATGTTCCAGAGGTACCCTCAAAGGCTAA ACCAGAATATAAGGAGTCATTTTTACCAAAATTTGACTACTTTAAGAAGCCATCAGTTTC AGAAGATAGCTACAAAAAGGAGTCATATGTTCCAGAGAAACCCTCAATGCCTAAGGAAGA ATACAAGGTACCTGTTTTGCTTAAGAATGACTACTTTAAGAAGTCACCAGTTCCAGAAGA TAGCTACAAAAAGGTGTCATATGTTCCAAAGGTGCCCTCAGTGCCTAAAGAAGAATACAA GGTGCCTTCTTTATCAAAAAATGATTACTACAAGAAGCCATCAGTTTCAGAAGACAACTA CAAAAAAGTATCATATGTTCCAAAGGTGCCCTCAGTGCCTAAAGAAGAATACAAGGTGCC TTCTTTGTCAAAGAATGACTATTACAAGAAGCTAACAGTTCCAGAAGATAACTACAAGAA GGTGTCATACGTTTCAAAGGTACCCTCGCTTGCTAAACCCGAATACAAGGTGCCTTCTTT GCCAAAGAATGATTACTACAAGAAGCCATCAATTCCAGAAGATAAATACAATAAGGTGTC ATCTGTTCCAGAAGTACCCTCAGTGCCTAAACCAGAATACAAGGTGCCTTCTTTGCCAAA GAATGCTTACTACAAGAAGCCATCAATTCCAGAAGATAAATACAATAAGGTGTCATCTGT TCCAGAAGTACCCTCAGTGCCTAAACCAGAATACAAGGTGCCGTCTCTGCCCAAAAATGA CTACGTCAAGAAACCATCACCTTCTCCATCACCACCACCTCCATATTATTAAATTTTCAT CTTTCATATTCCATTTGTTTCAAGGAATCAAGTCCTTCTCCAGCTCAACTTATATAACCC ATAGGGTTCTCATATTATGAGTTTGAAGGCATGATATCAAAATTTGTAATCCTTTATTTG TTCTTCTTTCTTTTCTTTCCTACTTTGAGTTGCATTCTTTTGTCATTTAAATTCCATTTT GAATGTATCCACAGATTTATTTCAATTTAATACAAGTTCTTCTTAATGAAAGTTTATTTT ATATGTATATATTCATCTTTTCTTCCATATATTGCCAACAAATATCTTCACATATTTAAT TTAATAGCAAAATAACAAACATCATTAATATTGTCTATTGAGTGTGGGCATTACATGTTA CAAAAACAACAAGAATTAATATATGTAAGTGTCATTGAGTTACATTATACTTTTAAAATG TCCCTCCCTTTTTAATATTTAAGTTACATCATTAATATTGTCAGCATTTAACGGCGGTTT ATATGATGCAACTAACGGCGTTTGGATCAATTTAGTGGCGATTTAGCTGCTTAATTACTG AATTTAGGTGAATTCATCGATGGTTTAGCGGCGATTAACGTGAATTTACTAACCGTTTTA GATAATTTTAGCCGTAGTTTATCTAAATACCATTTAGTTAAACCGAACATAATAAAATTA AATAAATGACACCTTCCTCCATCTCATATCAGTTGATCATTATACTAAAAATAGTTGTCT CATACTAACTCTGTTCAATTTACTAAATATAGAAAGCATCAATTAATTGTGCAATTAATA CTTTTTGAAAGTGTTGATCACATTTGTTTATTTAATTCTTGAGAAATTTTTTAACGGTGA ATTATTAAATTTATCTTCTTATTTATGTTTTCTTAATATGTTCATAAAAAAAAAACCAAC TATTATGAGATAAGAAATTATTATTCTTGATGATGCAAAAGTATGTATAATGTATGGTCC AATGATGAGGGTTTTAAGTCGTGCTCGAAGAATCAAAAGTATATATAACTATTTAATGGA CAACATATGTTGGGCCAACAACATGTATATTTCGACTTTAAAAATTTTATTTAGTCAAAT TTTTCAATGTACCAACAAAAGGGAACAAAAACCAACATTCTTGGAACTTGGAAATCAATA GAAGATTGGACTTAATTTTTAAAATAGGTAAGGTGTATGAATTGTTCATGGCTTCCCATT ATCTCAAAACCTTAGTGGAATAGCATTAACAAAAAAATGGATATGTTTGGATTCTTAGTT AAGTTATATATAAACTCCTAGTTCATTCTAAAATACACAACAAAAAGAAAAAAATAACCA TCTAGACTTGACAATTCAAATATTCTCAATGGGTAGCCAAATGAAGAAGCAATGGCCAAC AATTTGCTTTGATTGTCACCTCCACTATGGCATACTCACCTTATTCTTATGAATCAAAGG ATTCAACATACAAAGTACCAACAAAGGTAACTAAAAATGAAGAATTGAAGGGACCTTCAG TGTCGGAAAAGGAAGATAAGGCGTCATTTTTGCCGATGAATGATTACTACAGGAAGCCAT TAGTTTTAAAAGATAACTATAAGAAAGTATCCTTAATTCCTGAACAAGAATATAAGATGT CCTCGGTGCCTAAACCTAAACCAGAATACAACGTGTCATCTTTACATAAGAACTCCTCTA AATGTAACTATGGTGAAATTATCACTTACATAACTAGTTACAATAAAGTGTTATCAGTTT CAAAAGATAACAACTACAGTATCTGAACAGGACAACGTGCCTTCTTTGCCCAAAAACGAC GACTACAAAAAGTCATCAGTTTCAAAAAGTAACTATAAAAAAGTGTCATTTATTTCAAAA GATAACGACTACAAAATTCTCTATGTGCTATACGAGAGTACTAGGTATCATCTTTACCGT AATATGACTACTTCTTTTCCAATTAAGGGCCCGTTTGGATGGGCTTAATAAAAGCAGCTT TAAAAAAGTACTTTTAAAAGTGCTGAAACTTATTTTTAAAATAAGCAGTTATGCGTTTGG ATAAAAGTGCTGAAGTTGTTATGTCAAACGTGAAAAGGGAAAAATGGAAGAAAGAAATGT TAGGGTTATATGGGTAATTTGGAGATTGTATAAAAATATTAAACACAAAAAGATAAAAAT GTGGTCAACTTAAAACAACTTATAAGCTAAAAAAAAAAAAAGCACCCCTACCCCAGCTTT TAACTTTTGGCTTAAAATAAATTTTTTTTAACTTAAAATAAGCTGTTTTGAGTATTGTCA AACAGCTAAATAAGTCAAAAACCAACTTTTAAGTCAGTTTGATCAGCTTTTAAGCTGAGC CAAACAGCTCTAAATATCTTCCTTTTTCTTTTTGAAAAAAAAGGATCTTAAATCAACTAT ATTGATGGCATCATCAGGAGTCAAAAAGAATAAAATCTTTATTATTGCTTTTCTTTACCA AAGTAACTGAATTTAATGCTATAATATCTACGCACTCACAAGCCAATATATAAAATTATT ACTATAAATTAAAATTATATATATGACGTGGGAATTAAATGCCATATAACTAACATTTGA ATGCATTAACTAACAATTCCTAAAACTTTATCCAATGACCAAAGAGAGAAGCAAAAGCCC ACAAGAAAAATAATCTTAAAATAGTATGATATATATATTTACTTTTTAATATGTCATTTA TTTTTGGTGATAAAAAGTATATATTATATGGTCCCGTGATGTTATGAATTATAAACCATA AAAGCAACAAGTACATGTAATGGACCCAACTTTCCAACTCACCTGATTATGACATCAATA ATAATAGAGACATCATTTTTTAAGTTAGATCTAGTGTTGGTTCAATTGAATTTGATATTT TTTACGATCTATCTATATATATATATAAATGGACCAAAACTTGTGCATGTGAATCAATCG GGCCAGAGTTAGGGTATCGCAAGGGACATAAAAAAATAAATGATCTTTCGTGTGTTTATC TTTTTAATTATTATTTTGAATTTCAACTTCATAAAAATAATGAGTCTATCACTCCGCTAC CAAATCAGACTATTCCATAAAATATATATTATCATCCATTAACATGACTATCGAATAACT TTATTTATCAAAGACGCTCAAGAAGTTTAAAGAAATCATATACTGTTTTTATTAAATCTT TGATAAATAATTATAAAATCCGACCCTATTCGTTGAGTTCAAATCTAATGTGTTGCTAAT TATTCAAAATTAATATGGTTGGAATATATACCATTCATAATCTGTTGATGTGAATTAACT TATCAAGAGTCTGTAACCACAAGTATATGTAATGGACCCAACCTTCCAATCAACTGATTT TGACATCAAATAATAAGTTTCCAACAAATTATATTTAAAAAACGATATCGAAGATATGGA TTTATGACATTCGATCGAACTTAGTAGTTTTTTTTTTTATAAACTCTCTATTTATACTAG AAAATTAAATTAAATGATTATATATGTACATTAACTTGTAAACCGATAACAAAAATTTAT TAACGATTCAGTAAATCCCAAACTTTTAACCTGGCTCTACTTCGACCACAAATATAGGTA ATTAACATTGCACATATAATTAAATAGTTTAATAGTTCACTAGTGATATTCGTGAAGATT GAACAGATAAAAGGAATCAAAGGTTCACATATTTCAATTAATTTAAACTTATATGTGTTT AGACAGATTTAGTAACATAATATTGTATTGTATGTACATAGATGAATTGATTGTTTATAA ATCGTACAATTTCAATCAAAAGTTAATGATTGACAGTTTTTGTGACTATCAACTTGGGTG CTTCATCAAAACTTATAAGTGTGTAAATTTAAAAGAATAAAAAAGTATATTAGAAACAAA AATTCATGAACTCATTATCATTATACCATATTCAAAAAATCATTTTTTTTACGTATGATA AATTTAAATAAATAAAATTTTAATATAAATATCGAACATTCAAATTAGTTGACGTACTTT TCTTTTAGGTAAAATAAGAATATTCATAGTGTTGATGACAACTAGCAAGAAATTAATTTT GGAATCATAAAAGGAGGAAAGGCAAAAAGGACTAAAATGAATTGAAGTACACCTCTATTG TTGATCTATTAATATATAATTAGTCTTTATTAAGTATTGATTTAATTATTCTCTATATAA TTAGGAAGACATTTTATATTATAACATATGTATGTGTGAAGTTGAGTTCCTCCACAATTA ATATATTTTATTTTATAAGTATAAAATATTATTGATCTTAGTATTTCGATTACTAATTTC ACTTTCTAAAGGTGTAACTTGATTTTTATATTTAGTCTTTTTACTTTTATAACCTAATCT TCTAATTTTAGTCTTTTCATTTTCTTGACTCTAATATTTTATATTTAATTTTCAGTTTCT TCATTCTCAACGATTTAATATTTTATATTTAATTTTTTTACTTTTAAAATCTAATATAAA TATGTATATTTGAATTGAACAATTCGTCTTTATTATAATTTCTAAACAAATTAAAAGGTA TTTCTTCAAACTTTATGAATTGATAATCATTTTTTCGATAGAAAAAAATTACTTAAGAGA AATGATCAATAATATTTTATGTTCGCATGCTTTCTAAATTTAGCCCATCCATTTTTTGCA CGAATTGTAATATTCTTAAAAAATCTTTTCAAATCTCATTAAAAACAACTTAAAAGTCTC CTCTCATTTTTGTTATTTTTTTACTTACTTAGTTTATTACATTATTAACTTACTAAGAAA AAACATGTTAATTAAAAAGATCTTTCTTCGTCCGATCAAATTTGTCTGCATTTGTTAGAT TATTTTAAAATTTAAAATTTAATAATTAAAAGATTACTTCTCTTTTTAAGAAATATTGTT TTCTTTGTCAATCTCTTCAAGCAAGATAGCTGGGCCTTTGGTAACACAAAATAATATTGT ACTAATATATTCAATCATATATATATATATATATATATATATATATATATATATATATAT ATATATATATATATATATATATATATATAAGTGTGCGTGTGTGAGAGAGAGTCAATTATA AACAAAGTATTAATATCTTTCAATATTTAGTATATAAGAAATTAATTATCTTTTTATTTT TTTTATAAAATGATACATAAATACACTAACAATTAGGATCTTTACTATCTTAAATAAATT TTATTTTTATTTACTTAAATTTTGTGTTCAATAAAACATGAAATTTAGAAGGAAGAAATC TAATTTACTTCTGGACTTAAAATCAAATTTGTCTCGTTATAATATATATTTTTATTTTAG AGTTTTTTTTTTTAATAAAAATAACTCACATTTAAGAACTTTATCCTATTTTTCTTTTTT TTGTGTGTGTGTGTATGGGGGGGGGGGGGGTTGCCTCGAAATTGGAATATGAAATTCACG GGTGATGACTTTAGTCCAATTCACAAATCACAAGATAACATAAAAGAATGAAAATAATGC CAAAAATTTCCACCCACCCACATCTCTCCAAGTCTAAAAATATATATATATAAAAAAGTA AAATAAATAAATGAAAAACATATTTCTGAGTTTGAGACATTTTTTGCAATATCAAAATAT TCAACATCAATTTATTAGAAAATTTAAAAGAGTATAATATCTTTTCCATAACAAGTTTCT AAAGCCTTCAACCAATTTCTAATTATCATATGTGTTTTACTATCAATCACATAAACATTT TTATGATTAAATATTGATCGAAATGTAAATCAACTGATATTTATATATATATTTCAAGAT GAAATTTTAGATAAAATAAACATAATAATATCATTACAAAATAAGGTATTACACAAAATG TATTTATTTATAGGACTGTGAAAATATGATCACATACTAATTAAAATAAATAATATAAAT GCAAAATATATTTAAGCAATTATAGATTCATCATTGATCAGGTTATTCATTAATTTTTGG GAAATTCAAAAAAAATGCTAATACTTAGATGCATTGGCTCAACATTGTCTTCAAAAAATA AAATTTGTAGTTATACATGAATTATTTTCACAATTATAATAACATGTTATAAATAACGAA TATAATATAAAAAGATAACATAGCAAAGTATATAGAGAAATATTGATATACTAATTGTTG TTATTTTAATGTGTTCGATCATTATATTTTTACTATAGGATAATATTGCAATTATGAGCT AAGCTTTACTATTTATTAAAGTTTTAGCTAATATTTGTATTTAGTAAAAAAATATTTAAT TTAGTTGAATCATGTAGTCTAATGTTACATCAAAGATAATTATACCTTGCTTTTAAGTGA CTTAGTTTCATATTTTGAGTATAAATATTGTGATGAATGATAGATTATATACGAGATTTT CATTTTCAATCTCCTATTTTTTTTTCTCCTTTTATTGATTTTCTTTTTTGAATAAACAAA AATTAGATTATCTCTTTTTTAATGATAAGAAAATATAAAAAATAATATTCGATTGAATGA TCCTTTTTTATCTGTGAGAAAATATACTTTGAAAATTTCGATTGATATATATATATATAT ATATATATATATATATATATAAAGTATGAAGGAAAGACATCATTTTAACTTTCTTTTTAT TTATTGAACATGAATTAAAGAGAAAATATTTATTTAGAAGAAATTAATGTTTTAATTAGT CAAAAATAATAAATAGAGATATGACTAAAACAGTTCAGAGGGACTATCTAGCAAATTTAA GAAGATATAAACACATAAATGTAATATCATAATATTAATAACTAGTATTGTCTTTATTTG CCTGAAATTTCATACTGAGTAAAAAATTAAGTTACAATTACAATATTAATAACTATTTTC TTTATTTGCCTCAAATTTAGTAGTACAGTCAAATTAAGACATTATTTGATGTTCAAATTT GTTAGAAAATCTTGGCACCAGTACCTAAATTAACTCCAACAACTCATCCATGATTCTCTT CAGTCAATATCTATATTTTACTGACCCTTTGATTTTGTATATTATATAATTTTACCCATC AATGTCTAATCTTTAATATGTCTTAGCTTAAACTCCATTCCATTTTCTTTTGTCTTATTG TTTAAGCTCCAAAAACATTTTATTTGTGAAAGTTCAGTTTTAGAGTCTAATAGTTTTGAT TTTAATGTTTCTTATTGTTTTATTTTGCTCATTTCTGTAATGGGGTTTAATTTTCTTGGT TTTTTCTGCTCTCTCTTTATATATATTTCTTTTTGCTTTCACTAGTGACAAAAAAATATC TAAATTTTGTTGATTATTTTTGTTATATGCAATAAAAACCAATTCTTGCCTTTCACGGGA CTCTGGTATTTAGTTGGTTCAATTGTCAACATTCTTTATTCATTGATTGCTATAAATTGG TGGGGTTTGGTTTTGCTCTCTTATTATTCTAAAAAAATAAATAAAGATTGATTTTTTTTT TTTGGTTCTAATGTTCTTTAAAGGTACCATCTTTATGAATTTTGAGGTTTGAATGAGCTT GTGGGGTTCATTGTTTTGATCAAAATGAAGTCTTTTTGTTGATTAAAGGTACAATTTTTA TTGAAATTTGAGCTTTTCTTGAGAGTTTACAACTTTTTTGGTTCATTTTTTTGATAAAGA TGAAATCTTTAGAGTTCTTGAAAGTGTGGGGTGTGGTGTTTTTTGCTATGTTATGTGGGG GTGTTTTGAGTAAGGAGTGTACTAATGTTCCTACTCAATTATCATCACATGGTCTAAGAT ATGAGTTGTTATCTTCAAAGAATGAATCTTGGAGAGAAGAGATGTTTTCTCATTATCATT TGACTCCTACCGATGATTCGGCTTGGAGTAATTTGCATCCTAGGAAGATGTTGAGGGAGG AAGAGGAATTTGATTGGGTGATGATGTATAGAAAGATTAAGAATTCTGGTGGTGTTAAAG GGATAGATGGTTTGTTGAATGAAGTCTCACTTCATGATGTGAGATTAGAACCAAATTCAA TGCATGGAATAGCTCAACAGACTAATTTGGAGTACTTGTTGATGTTGGATGTTGATAGTT TGGTATGGAGTTTTAGGAAAACTGCTGGTTTGGAGACTCCTGGTAATCCATATGGAGGCT GGGAGGCTCCGGGTGTTGAGCTTCGCGGTCATTTTGTAGGTGAGTTCTGTTTTCTTTTAC ACCTTTCTGTGTTTTTTGAGTAATTCTCGTTCAGGGTTAATTTGACGTATGGTCACTTGT GATGTACTCATTACTTGTTGTTCTTGTATAGTTCATTGCCATGTATGACTTCTGTTTTGC CTGAAAAAACTACAGTTTTATTGAGCAACTTGGAATTGAAAAACGCATATTGAAATATGG CTTAAATCAATATTTACCAAATGTTGCAGTCCTCCTTTGTACTCGTTTAAGACATTGCGA CTAGTTTCTGTTGATGTCCTGAAAATATGATTCTATAGAATGGCTTGCTAGAATCTTTTA CTCCCTTGGTTCCAATTTAAGTGTCTTAGTTTGCCTGGCACGGAGTTTAAGAAATTAGAG ACTTTTGAATCTTGTGATTTAAAAATGTGTATAGTCCTTTAAATCTTATGGTCTTAAACT TGCCTCGTAGAATGTTGGAATACTGAACATAGAGAGAGACGCTCTTTTTGGGACGGACCA TCAAGGAAAGGTGTAGGAATGTCTACCACTTATCATGAGCTTAAACGAAGAAGTGGAAAT TCATACCCAACTTGTTTGGGACTGAGGCGTAATTGCTGTATCAATTTCTAATACTGAACT AATGACCAGAATACAGTAGCATGTTAAATTGGCTTCCCTTTAGTTGTTGCTTCTCAGTAT GTTTACTTTCCGACCATTTAAGATAAGTTTTTGGCATTTGTACTTCATTCAATTATACGT GCTCGTATTCGTGTATGATTTATTTATTTATTGACATTAGCTGTAACTTGAAAAGGTCAT TACCTTAGTGCCTCAGCATTTATGTGGGCTAGCACACACAACGACAGCCTCAAACAGAAA ATGTCTGCTGTTGTTTCTGCGCTTTCTGCCTGTCAGCAGACAATGGGCTCGGGATATCTA TCCGCTTTTCCATCTGAGCTTTTTGACCGCTTTGAAGCTATAAAACCAGTATGGGCACCA TACTACACAATTCACAAGGTGAAGTAAGCTAACTTGTTAAAAAATCTTGTATCTCCGTCT GTTATTGTTCTTGAATAAGCGGCTTATTCCGTTGGATTTTACAGATATTGGCTGGTCTCT TGGACCAGTATATGGTAGCTGGTAATGATCAAGCTTTGAAAATGACTACATGGATGGCCG AGTACTTCTACAATCGAGTGCAAAATGTGATAACAAAGTATAGCATTGAACGGCACTGGC TATCCTTGAATGAAGAAACTGGTGGCATGAATGATGTTCTTTATAAGTTATACAGTGTAA CGGTACGTATATTATGTCAAATGAACTTCCTTACAATTTTTTCATCTTTCTAGTTTCTGT TGTATAATTTTTGTTCCAGTTGATGTCGATGTCACAAATGAGCACACTTGAACTGATTTC TTTTTTGGAATTCTCAATTGGACTTGAATTTGATACAATTGTATATTTGTTCTTCTTTAC ATTTGCATTTTTTTGTATTCTGCGCCTTGTGTCCCGTTACTTCTTTTTCCAAACTGCTTT GGACTGTTTTTCCTTGATCTGGTAGTCTATCGGAAACAGTCTCTCTACCTCTGCGATAGG GGTTAAGGTCTGCGTACATCTACCCTCCCCAAATCCCATTTTGTGGGATACACTGGATAC GTTGTTGTTGTTGGATTCTGCACTTGTGTGTCAAATGTAATGCCTATCGGACCAATGATA AAGACTACATATTTCCGTCTATGTCTGATTCTCTTTGATACAGAGAATCTTACAAAGCGA ATATAGATATACAACACAATTATCCTGACTAAACACTTCCTTTTATTGGTTTTGCAGGGA AATTCAAAGCATTTACTGCTGGCTCATCTTTTTGACAAACCATGCTTTCTAGGACTCTTA GCTTTAAAGGTGTAAATCACACTTCTCCACGAATCCTTATTTTACTGGCTCACATAAAAA TGGTGTTTTAGTGGTTATCCTAATTACCATTCTGTAAAACTCAACTGGATGTGTTATAAT AATCAACATATCAAAGAAAGAGTACTTAAATGTCTTGTCTAGAAGAGAGTATCTGTTTCT GTCCCATTTCCTAATATCTTTTATTACAACAGGCTGATGATATATCAGGTTTTCATGCCA ATACGCACATCCCAATTGTTGTTGGATCTCAAATGCGTTATGAAATTACTGGGGATCCCC TATACAAGGTAAAAGACTTGTTTTTCAAGTTGTTCCTCAGTAAGTTTGATCTTCTTAAGT TATTGAACTTTGCTTGACAGGAAATCGGGACGTACTTTATGGATATCGTCAATTCTTCAC ACAGCTATGCAACTGGTGGGACATCAGTCGGTGAGTTCTGGTAAGAGCCAATCCAAGAAA TTCAACTTAATTGATGCATCAGTTTTGTTCCGTGTTTGATTAACTTTACTTCTTATATGC ACAAAATTAGCTCCTCTTTGACATTTGATCCTTATCAGGTCTGATCCAAAGCGGTTGGCA AGCACACTACAAACTGAGAATGAGGAATCTTGTACGACCTATAACATGCTTAAGGTGTGT TATAAGATTTTGTGCCTTTGTTTTTGTATTATGCTCTCTCTATCTAGCGGAAGAGAAAAA ACGTGTTTTAATAAATCATGGAGGGTCATGTCTCTTAAAAAATGAAAACTTTCATAGCTT CCTTTCTCAGTGAAATGAGAAAGAGTGCTATTGCAGTTTATTTGTTCATAGGTGAAGAAC CAAGTGATGTAAGTGTTTTTGTTTAATTTGATTTATCTGTAGGTTTCCCGACACTTGTTC AGATGGACCAAAGAAGTGGCATATGCTGATTACTATGAACGTGCGTTAACAAATGGTGTA CTCGGCATCCAAAGGGGAACAGATCCTGGAGTTATGATATATATGCTTCCACTTGGTCGT GGCAAATCCAAGGCTCGGAGCTACCACAATTGGGGAACACAGTTCAATTCCTTTTGGTGC TGTTATGGGACAGGTGATTATCTAACTCTGAGTTTACCTTTAAAATTCATAACCTATGAA AACCTGTAATGATTTTAATATTTGGTTTCCTTTAAAGGAATTGAATCGTTCTCCAAGTTG GGAGATTCTATATATTTCGAAGAGAAAGGGAATTCTCCAGGGCTTTACATTATCCAGTAT ATACCTAGCTCTCTTGATTGGAAATCTGGACAGGTCTTGGTGAGTCAGAAAATCGAGCCT GCTGTTTCATGGGATAATCGCCTCAGAGTGACAATTACAATATCTTCAAATGGGGTATGT GTTCATTCTGTCATGTTTATCTTCAAATTATTGCCGAATTTCATTTTCATCCGGCTGATC AAATAGCATGTAGGACAACTTACCTCGAGTATTGTCTTTTGAACGATCAGTAGATTATAT TCTGTATGTTTCTTTCAGCATTCAAGTGGTGCAGTGTCTACGTTGAACTTGAGAATACCG AGCTGGACACACTCAAGTGGTGCAAAGGCAACCTTAAATGGAAAGGACTTGTCTCTACCA ACACCAGGTGTGACATTTTCTTTCATCTGATGCCTCTTTATTATCATCAAATCATTTTCT CTGCCTAGTTATGGTCTTTTATATAATTGATAACCTTAAAGAAAGAGTTTTATGGTGTTT CGTTTCTACTCATTGATGCAGGTAATTTCCTGGCTATAACCAAAACTTGGGGTCAAGGAG ACAAAATCACTCTCGAGCTACCCATGATTCTTCGAACTGAGGCCATACAAGGTACTTTTT CTATGTGTTTCTAGTACTCTTATCAGTTTTTTCATGTGGAGAAATGTGTCATCTGTAAAT AAAATTCTTGTGTGATGCTTCAGATGACCGTCCTGAGTATGCATCTGTTCAGGCAGTTCT TTATGGTCCATACCTTCTTGCTGGTCATTCAAGTGGTGATTGGGACATCGAAACAAAATC AACCACTGCTCTTTCGGACTTGATTACTCCCGTGCCAGCTGACTATAATTCTGATTTGAT ATCTCTGATGCAAGAATCCGGTAACTCAACATTCGTTCTGACAAACTCTAATCAGTCCAT TCAAATGGAGAAGTACCCTGAAGCTGGAACAGATGCTGCAGTTAGCGGTACATTCAGACT CATTTCACTCGACAAATCATCTGTCAAGCCTTCACAACATAAAGATATCATAGGAAAACG AGTCATGTTAGAGCTCTTTGATCTCCCTGGAATGTTCATTTCTCATCAAGGACAAGAACA AAGCCTCGGGATTGCAGCCTCCTCAGACGATGGTGGTTCCTTATTCCGTTTGACAGCTGG ATTGGACGGGAAGGACAATACAGTTTCTCTCGAGTCTGAAGCAGAGAAAGGGTGTTTCAT CTATAGCAGTGTGGACTACAAATCAAGTTCCACTGTCAAGCTTAGCTGCAATTCGAAGTC CTCAGATGCTGGATTCAAACAAGCATCAAGTTTTAAACTGGGAGATGGCATTAGTGAGTA TCATCCTATCAGTTTCGTGGCGAAAGGGGCAAAGAGAAACTTCATTTTGTCACCATTGCT TAGCTTTAGAGATGAATCTTATACTGTGTATTTCAACATCCAGTCATAGAGAATGTTGCA GATCACAATAATAAATTCATATATTTGCCTACAATCATGAAAATTGTTGTTTACTTGTCT AATCTCTTGATTTAGAGATATGAGATTTGACGAATCTCGAATATTATAGAATCCTTAATT TATCCTAACAAAAGAGTATCGAGTATCTAAATGAAATTGAGACGTAGTTGATTGATTAAT TGCTCGTAGGCTAATGCATATACTCAATATACATAGTGTTTAGCAAGGTCAAATATGACA ATAAAGATATGTACGAAACTCCAAACACTTTAAATCAAAGGATGCTATTTGTAAAATGTA ACAATGTGTCTCGACTTTCATGTCACTTTCAAATCATAATAAAATTTTGATCTAGTTTGT TTTTGTACTCTATCAAGTAACATGATATCACAAAGCATTAAATGTGTGAAATGAAAAGAC ATTTTAGTTCAATAAAATAACAAAAAATAATTAAACTATTATCATACGATAAAACTATAA TGAATTTGTAAAAAAAAATAAAAAAAAAATAGAGTACTGCACATCGTAAACCTCTCAGTA AAGGATTTTTGTCAACTCTGGGAACCTACGACTTAGCCCCCCCCAAAACCCAACCCAACC CAACCCGAACCTTCCCCTTTCTCTTCTTCATCTGGAAAAGCCCTCTGTTCACAATGCTGT TTGAATTAACAATAATGATTTTGGCCATGGAAGTGACAGTGATTTCTTGATCTTCAGTCA AGTGTTCGTGTTCTTGCAAATACCCAGTGTCAAGTTTCTTCTGATTTGTGGTAAAATTTT AAGCTTGATGGTGCTTTACACATGTTTGAAGTGATCTTTTTGTGTGTTGAGCTTGTGGGT ATTGTGAATTTCTGTTTAATTTGATAAATGGGGTTTCTTTTTCATAGATTTTAAGGTTTT GGGGGGGACTTTTCGTTGACCTATTGAGAGTTTGGTAGTAAAAATGCGATCTTTGTCATT CTTGTTTATTAACTTCTATTTATTGTTTATAAACTGGATTTATATAGCGGAATTGATTGA TATTTTGACAACGAAAAAATAATTTCTTGCTTCTCACATGATGCTGGAAATGGGAATAAG GTGGGGGTCAGATTGCTGTTAGAGCGTCGTACCACATTAGTTGAAGGAATATGGTGTTTC AAATGAGCTGAATTTTGGAGTTGAGTTAGATGTAAGCTCCAGAGTAAGATGCTGGAAATG GGAATGGGGGTAAGATTCCTCTTGTGTATTTGGACTATACGAGGGAAAGAAATTTGAGGT GTTTTTCAAGGACAAAGCTACTTCTATCCAGATTTTGAAGTTTTAATATTTAAGTAATTC CACTATATATGTTAATTTGGTGAGATGTATAATAAAGGAAAACTGGTAGATTTTATTTAC GCGCTGCAAATATGAGCTTCATTGTAATGTTTTAACAGCAGTACAATTTTCGGTGCTGAA ACCATATGAAAAGTCTTACTTGCTTTAGAAAAAAAAAAGAAGGGTTTGAAGTTGTGAGTA GGATAATCAAAAACTTGGAGAAACTTATTGTTGGAGATATGTTAAAGCAGTCCCTGACAA TGCTAAGGATACGGTTAAATGAATTTTAGGACTCTCTGTGGTAGTTATATTCTTGCGACA GCCAATTCTCTGACATCCTTCTATAAAGTGATTAAATCTGGTCCTGTCCATTAGTTATTT GAGGAATTCGTAAACCTCTGAATCTTCAGATAAAGGCTACTTCTTAAAATAATTTGCATC ATTCAGAATCCTCGCAACTGTTAGTAATATCTGAACCTATGTTGCTCACTCATCAAAAAT GTTAATAGGTGCATTTCGTATCCTCCAAAAGTAGTGCATTTTTGGAGGATCTGATATGTG TGCAACAACGTTTTTGAAGAGTTCGAGCAACATACATCTGAACAATGTTGTCTTAGATTC TTGGATTGGAAAGTCTAAAATTTTGCAGTAAAAGTTGTTTCTTTGATGTGATATTATTGA GTTGAAATGCAACATCTGAGTTATACCATTTGTTTTCAGTTGCATTTTCCCTACCTTCCT TGCTTTTCTCCCTTGTTTTCAGTATTCCCCTGTTTGGAATCTCTTTGAGTTGCTTTTGCC CGATTTACTACAAATGTTTGATATCTATATGATTAAATTTTACTAAAATGAAATGTTTTG ATCTGACTCTTTCTTTCTGTCAATTTGTTTCAAGCCTGCTAAACATCACTGTTTAGTGGA TTACTCAACAGAAATTCAAGCCATCTAGTGTATGGCTTGCATTTACAAACTAGCATATAA TGGGCAGCAGTCGATTTCCAAGGCGCTATTTAATTGTATTTTTGATGTTCATCTGCACTT CTGTCTGCTATATAGAGCGGGTGGGCTTCTCTATTGCGTATACTACTGCTGCTGATGCTG CAGGAGTAAATCAGAGTAGCAAAGGTGTGATTTTGTCGACCTTTTACTATGGATATGCAT GCTCACAAGTACCTGGTGGTTGGGCAGCTCAAAAGATTGGTGGACGGCGTGTCCTCCTCC TTTCTTTTCTCTTATGGTCTTTGACATGTGCTTTTGTACCACTTGACCCGAACCGAACAA TTGTCCTGGTAATAGCCCGTTTGCTCGTTGGTGTGGCCCAAGGTTTCATTTTTCCGTCCA TCCACACTGTCCTTGCACAGTGGGTACCGCCGCATGAAAGATCAAGATCTGTTTCCTTTA CAACTTCCGGAATGTACTTGGGTGCAGCAATGGGAATGCTTATGCTTCCTAGTCTGGTAA AGTATAGGGGTCCACAATCTGTATTTCTTGCTGAAGCAGCTTTAGGAGCAATGTGGTCTC TACTCTGGTTCAGTTATGCGGCTGATCCACCTCGTTCTGAGCATCCAAAAGCAACTGCAT CGGGCTTTGGGGAAACCCTGCTGCCGCTCAGAGGGAGTTCAAAGTTGAAAGCAGAGAATG GAGTTCATCCCACCAAAACTCCAACAATCCCATGGAAACGAATTGTCACAAGCTTACCAG TTTGGGCAATTGTTGTGAATAATTTCACTTTTCATTATGCACTTTACGTGCTCATGAACT GGCTTCCGACATACTTTGAATTGGGTCTCCAGATCAGCCTTCAAGAAATGGGCTCTTCCA AGATGATGCCCTACTTAAACATGTTTATATTCTCAAATATTGGCGGAGTAATAGCAGATC ACTTTGTCACAAGGAGAATCTTGTCTATAACTAAAACCAGAAAACTTTTAAACACAGTGG GTTTCATCGTAGCTTCTCTTGCATTGATGGCTCTTCCTTACTTTAGAACACCTGGTGGGG CTCTGTTCTGTTCCTCCGTGGCTCTTGGTTTCTTAGCGTTAGGAAGAGCAGGTTTTGCAG TTAATCACATGGATATTGCTCCAAGATATGCTGGAATTATTATGGGAGTTTCAAATACAG CTGGTACACTAGCTGGCATCGTTGGAGTTGATCTCACTGGTCGACTACTTGAAGCTGCTA AAGAGGCTCAGTTGGATCTTACCAGTCCAGAAAGCTGGACATCAGTATTCTTCATTCCGG GGCTGCTCTGTATTTTCAGTTCTTTTGTATTTCTAGTACTATCAACAGGGGAGAGGATTT TCGACTAAGGTTTTGTGCAGGTATATCGTTGTTTTATCTTTCTTATTCTTGGAAGAAGCA GTTCAATGAGGAAGTATACATAGTCTAGGATTTGCAGTTCAAATTTGAAGGTTGTCATTC TTACATTTTTAACCTGAGTTCTCATATGGTTCTATCTGCATACATTTGTAGCTTAATCGA TGATTCTTCAGTATTTTCGAGATGTTGTTCTTGGCTAAGCTGTTATTAATAAATGTAATG TTCATCCTATTTCAATGCAAATTTCAGAAAGTAGCTCATGTATCATAGGGAAAATAAAAT GCTCACATACTTCCATTTTTGGTGTTGGTGAACTGTAATATCCAAATTTGTATCACTAGT TGATGAATTGAGCTCCTGTTTTGACACTTAACTCTTGTTCTTTACTTTGCAAGTGTAATA TTCCTTCTTGCCTTCCACGAGGCAGAGGTAAGGTCTGTGTACATTCTCCACTCCTTAAAC TCCAACTTGTGGAGTTACACAACATATTCCTTTTCTTCGTCATTTGATATGATTGGCCCT CGGGATTTGTTAATAATACAAGTATAGACACCTTAACTTGGTCTCAAATGACATTAAACA CTACAAATTTGAGAATGCACACACAACTCGTCCCCACTATGTCTCTTGGATACTCTATTC TTATAAGTTGGAGTGTTCAATTGACACAGTGAAAGATGAGTTGATGCGTATAGATGTGCA TCCTCAAACTTGGAGTATTCAGTTGTCAGTTAAGACCAAGCAAGATATCTATCTACATAT TATGCATTTTTGTTTCTCTTGCAACAAATAAACCTTTTAGATTATGGTCTAAAAGATTCA TTTTAAGCATGCATGAGAGTTTTATAAGAAAATATTAGGCTATGGTCTAAAGAATAGCTA TGTCTGCAAGAGTAATTTCTTGAGGGCATACCATAGTTTGATTTACAAAGCCCATTATAA TGTGGCTACAGTGTAAACTCTCTTTAACTGTTGCTATTATTGTAAAGCAAAATAGATTTG GTGGGGATAAATTCCAAAAGTTGAAAGATCTTTGCATTATTGATTTTTGGCACATTTTAT AATGTGATTTTTCTCTTTAATTCCTAGCCATTCTATTAGAATTTTGACTCAACCAATATA AATATATGCAATATACTAGCAACAAACAATGAAAACATTCTAAAAACATACTGTTACATC TTATCGATATAAATATTAGCTAACTTTATCTATTAAAATTTAGACAAATCGAATGAATCA CCTAATATTTCTATCTCCGCGAGAATTTGAACCTATGAAAATGAAAGATGTATTTATTTT TCCATTTGGTTCAGGTGAAACATGTTGTGGTTTGTAATTTATTTTCTAAAAGATATTTTT TATTTTAAAAGCTAACATTTTCGTTAAATACGAAAGTGATATGGTCAGCTTTTTGTGAAA CGTCAAAAATATATATGAACCATATAAAGATCTTCTTTACAAGAAATAGATATTACTCCT AATTCTGTTATTTAATTTTTGGACTGTAACATTGATATGGACTTCACATAACGTACTTTA ATGTCTCCTTGCTATTAGTTTTTCTTTACCCTTTTTTTCTTTTTTTAAGTCGATCGACTA ACGTTTTATCTACCTATTTTAATAAGTCATAGTTTAGTTCGATGTTCTTTAATTTTTCAT AAAAGAATCGCTTCTTGGGTCTGTAGCAGTTGCTGCTAAAATAACAAAATCACCAAATAA TCATGGGTGTTGCGCACAAAAAAAATTAAGAAGATTACGGATTCCTGTAAAATGACCCCT AAATATACAAAGTGGACTTTGAAAATGGTGAGATCGTAAGTGTTGTGTTACATAAGGATT CAAAAATTATCTCCTAACAAAACAAAAAATACAGTTATTAATTTGACTAATGTATTAATT AATTTCAACGTATATACTCTACATGTATATGATTATAATTTCTCTTTGTTTAGCTTTAAT CATCGATAAATTAAATTCATGATATTTGTGTTGGAATTGAAAAATTGATAGTCGTTGCTT CTTGGTGATAATATTGAAGTTTTTTTGTTTTGAAAAAATTAAAATGATTCTCCTACTTCA ATATTCGCTATTAATGACAGATGTATGATAAAATATAGAATTAAAATAAATTTTTTATCA ACTTCTTTTAATTGATTGACTAATTTTGATCGATCTCAATATTTAATTTATAGGTCAAAT ATGTCGTCTAAATATGTTTTTTCTCTTAATCTATTTCGATTTGAAACTCTATAATAAGTT TTGAGGGTAAGTAAAGAATTAGGTCACAATTATTAATGAAGCATTTAGTTCCTAACCTCC AAAATGTTGGGCTAAATAGTCAAACTTTCTTTATAAAAAAATAATTTAAAAGCAAAAGTC CAGCTCCCTACAAGGTATTAATGTCTTAAATATAAGATGGTACGATATCGAAAAAGTTTG GTTTAATAATTTTATAATTTTAATTTTTAAAGAATATTATAGAAATTTTATATATACGAT GTGAAATGATATCAAAAAGTTTAGTTTAATAATTTCGATCATATATATTATATAATTTTT ATATGTAAATATGTATTTATTGTTTCAAAATAAATATCATTTTAAGAATTCAAGATAAAA AAAAATATAATTGTGTGATTCTTTTTGAAATATACACTAAATCAAGTGAATATCTTAAAG AGAATTCCGTTCATCAAATAGAGAAAATTACTAAAATCTTACTAGCCATTATCAGAATTA TCTCATTTTAAAAATCTCAGATTAAATCGATTGATGAGTTGTCTTTATCAAAAGTTTTAT ATATATATATATATATATATATCGCATCGCGTAAACTTAACTAGTTTTAATTAACATGCC AAATAAAAACAAAACCATAAGGAATTAATTAAGAAAAAAAAGTAGCTTACTTCCAACTCT AATCTCCGATATTAAAGGAGTTTAATTCTTATTATAGTTGTCATTATCATACTTTATATA CTTTAATAGATTACCAAATCTACCTTGTAATTAATGGACTCTTTAATTTATTCAAGGCAG ATGATTAAATATTAATTAATTTCTAATATTTTATTTAACCCAATCACAGACTATACACCT GTGTACTTGGTTGCCTCGACAGATCAATTTTTTAATTAAAAAGTTAATCAATTTTTTAAG AAATAAAAAGTTTCTTTATTTTTTTCAAGTACTCTAATTATTCTCACCACTTTAAATTAT AGTGTGAACTTAATTAGTTTCATTGTTTTGTTATTTTAAAAAGGATTTATGATTATTTAT TTTAATTTTTGATAAATTTCGATTCAATATAACAATCTGCACAATATATATAACTGAGTT AAAATATCTTAATTTGTCAATTATTTCAACTTCATTTAATCAAAAATAATTTCCCAAAAA CTTGAAGGATTTGTTTCTTTCATTGTTTTCCCTTTTAAGGGCTTTATGGGTCAACTAAAA ATGTGGTCCAAAATTTGTGCATAGACAAAATTGTTTAAATTATGAATTATTCTCCTTTAA AATAACTACTTTCCCAATTATATATTATCATTATTTGAAGAATGAAATATTTTTTTTCAA TCACAATCTTTCCAGTCATAAATTTTTAGAAATTTATATTTAGCTTGGTCATCAAAAATA AAATAAAATTATATGTAGCTTTTACTTTAGAAGTTGAAAAGAAAAATAAATTCATTAAAA ATTCTCAGTATAGCTTTTGCAAAAAGACAATAAAGCCCCAACATTTTTTTATTATCTCTC ATTTGATATCCCATTGAATCTTTGTCAAATTTAATATAAGATTTATTAAAGAAAAAAAGT ATTATAATCTTAAATTTAAAATCTCTAATTAAAAATCTACGAATCCTACTCATTTCATGA CAAAGAAATATCTCCAAATTAATTACATAAGGTTAGAATTAATATGTTAAAACAATAATA AATACTTCATCATATATAGTGCTAAAAATAGAATATAACAAAAATAACATCCCAGATCTC TCTGTTGCTGCAGTTCTCATTGGCTCTGTACTTTTTCCCCCTTACACCCCACCCCCACCA GTGGTATATTTCTTCTTCCTCCTCCTACTGCCACCACCATATCCATTTTCTCAAAGCAAA AAAATCAGCAAACTCTTTTTACTGTACTCTGTTTTATGCTGTTTGTATTTCTAGTGTCAA GAATCAGTTTCTATATATTTAGTAGTGGCTAATTTCATTTTTAATCTTATCCCTTTTCTC ATAAACTTAACTGGTTCTTGTTTCTGGTGCTTTTTAGCTCACTTTTTTTATTTTTTCAAT TCTTAGCTATAATTTTAATATTATTTTGCATATGCATAGGTGTTAATGATTCTTGAGTTT TAGTGGGTGTCTTTTAGTTTTGCTTGCTTAGTTGAAAGATTTGAGCTTTGGGGGATTTTG TTAATGGGGTTCTTGAAAAGTTTACTATTTGTTTGATAGAAGGTCTGAAAGAGAATTTTG AGCTTTTTTGATGGAATTGAGAATGGTTTTGGTGTTTGTTGTATACAGAAAGGGTTTCAA GATTTAAAGCTGGTAGGTACTATTACTTTATGTATAGACATTATTAAAAAGTTTTTCTTT TTTAGATTTTCTGTAATTTAATATTTGGTATCCTAGGATGTGGATCTGAGCTGCATACAG TGACATTTTGTTCTTTCTTTCCTTTTTTTCTGATAAAAAAGCAGTCTTTTGGGTGTGTGA AGGGAGAATTCTTAAATGGAGCAACATAGATAGTGAGGATTCAGACTTGTTGAGATTGAG GCATAGTAGTTGTTATATTGTTGTTTTTGTAATAAAGGAGATTTCTTTTGAGTATTTGAA GGGAGAAAAGTATGGATCATAGAAGTCATCAGCAGCAACAGATGACTTCTGGTTTAACTC GATATCGATCCGCGCCAAGTTCTTATTTTACCAACCTATTGAGTAGTAATAATCCAGCTG GTGTTTCTGGTGGGAGTGGGAATTGTGGTTACGCAAGAGATGATTTTGATCAGTTGCTCA ATCCTCACGCTTCGAATAGTGGTATAAAGCAAGTTTTTGATAGATTTGTAGCTAATATTG GTCCCCAAGATTCGAATCCGGATGGCCTAATTGATGATACTCAGCAAAATCAAAATCCCA TGAGCAATATGGATGTTAGATCTGAAGTTCTAGCTCCTATGAAACAAGAACACGAAGCTC AAATGAATTACCAATGCCAAGAACAACAGAGTCAGAATTCACAGTTTGTTGCACCTGTGA AACAAGAAATTGCTCAGCAGAATAGTGATTATTCTTTGGCTTCACAGATGAATTATCAAA ATCACAATGCAACAGACTTTACTTCAGGAATGGATAACTTTGGTAGATATAATCGTTTGA ACCACACGAAAATGGATGGTGGATTTGGTACTGGTAGTAGTGACTCAAATCTTACTCGTT ATAACAGTTCACCTGCTGGATTCTTTGCACTAGTCAATATTGAAAATGGTATGCATTGTC TTGGTTAAACATCTTTGATCTTGATTATTCTTATTATCTTGACTAATGGGCTACATTCAG ATGAAGGGAATGTTTTTGTCTTTTACGAGAATATTCATTTTAAGCTTGTTTAAATGTTTA TTTTGAATTTTGCATTGTGTGGATTGAGCCAAGATTCTATTTTAAGCTATGCTCCTAGAA AATAAATTATATATGCATAAATGTCATAGTCATTGGAGATAGCTAAATTAGTTTTAGAAG AGAAACGAGGCATGTCATCAATTTTTGCCACTAATTAACTACTTATCAACTGTTTTGTAC AGACGAAAATCTTATTGATAGTGTTATCATATCTATGCAAGTCTTCCCTTGTGAACTTTG TAGATATTAGCTAGAAGAACAACATAGACCATTGTTTTGCTGAGATATTCTTTTATTATA CTTTGTCAAGGGCTGAAAGAAAAAGTAGGTTCTCTTGGGATGTTTTTCTTCTTTTGAAAA TGGTGGAGGGGATTAAAAGGTGGAGAATCGAATCCTCACCAGTAAGGTGAAAAATTCAGG TCGCCAACCAGAGCTACTAAGTTTGTGATCATTTCCATTGTTTTGATCTGACGTTAGTGT TTTGAGTTTGTTACTAAATCTTTTTCAGCAATTGACAGAATATGGTGCATTGAGAGGCAT AGGGAGTTATGGAGCTGGTAGTGGTACTAATGCTGCTGGAGAAGTATCATTTTCCAATCC AAGCAGGTTTAGTAGTCAAACAGCTCTCCCATCCGGCCAACCTACTTCTTCGGGGCTATT AGCTCCAATCTCTGAATTTGGAGCTAAAAGCATAGAAGAGAGCAGACGAGGCCATGAAAG TTTTGGTAAAGGCCATAAAAGTGATGAGAGTTACATGGCAGGTTTCGCCTTGCCTTCTTG GGATGATTCACAAATTTTGACTGATGATTTCCTACAAGTACCAGAAGATGATGAGTCCGG ATCATTCTCCAATGTAAATGCATCTGATAATCAGGTATTTTTCTTATAATCACATTTGTC ATTCTTTTACCGCCTGTATTGAACTGAAACAGGTCTAAAAAATTGCATATTCATATGACC TACTTAATTAGTTTGGGATTGAGGAGTAGTAGTAGTCGCTGTTGTTATTATTGATGTTGT CTTTATGCCTGATTAATCTCATGCATACATGGTTTTGGTAATCAGAGTAGTGAAGGTCGA GCTCGTCCTCCCACTCTATTATCTCATTTGAGTTTACCTCAAACATCAGCGGAGTTATCC GCCATGGAGAAGCTCTTGCAAGATTCAGTACCATGTAAAGTCAGAGCAAAGAGAGGCTGT GCCACTCATCCTCGTAGCATCGCCGAAAGGGTACACAACTCACACTAGAAAAAAATCTAG TTCTCTTTATATTCAATCTAGATCACAAATCAGTTCAATCAAGTAGTCTTTTATCCCTGA AAGATAGGTTAAGCAAGTACTGATTCAATTGTTACCATTAATCTTAGGTAAGAAGAACAC GAATAAGCGAAAGAATGAGGAAGCTGCAAGAGCTTGTCCCCAATATGGACAAGGTAATCC CAACTTATGGTGTCCAAAATATGAATATTGCTCAGACTCTTCAAAAAGGATGACGTGTGC ATATCGGATCCTCCAAAAATTGTGCACTTTTGGAGGATCCAACATGGGTGCGCTAACAAT TTTTGGAGAGTTCGAGCAACATAGAAAATGATAAAGGTCAAATTTAGCTTCTCTTATTCT TGTTTCCCTGTTTCAATTTCTTTGCAGCAAACAAACACAGCAGATATGTTGGACTTTGCA GCTGACTACATCAAAGAACTAGAGACACAAGTCAAGGTACATCCCAAAAGGAATCAACAA AAAAGTATTCCTTCCATTCAAATTTCTCACTTCAATACATGAATTGTTTCAGGCACTATC GGAAACGCGTTCAAAGTGTACATGCTTGCATGAATAGAAGACCACATTCAACATGATAAG GTAGGGCAATGCTGTGCACATTCTAGTGGGATAAAAAAAAGGACTTGACAATGGAAATAG CAAAGCAGATAGGTGGATTCTTTTTGGTACTTGAAAAAGAAGAGAATGGGTTGCCATATT TTGGTGTGTAAAAAAGATAGATTCAGATTCATCTGATGTAACATTATAAATAACCTAAAC TGTACATAAAATTTCCATTGTCCATTTCTCTTGGCCTGTTATGTTTTGTGGACTACTTAG TGTTTAGGTCCTTTTATTATGTTGTGTAAATGTGTGTGTTGCCATTCAAAAGTTTCTTTT TTTTAGATAAAAGGAAGTATTGGGCTATTAATTGAGTGATGAGACTGTCCATCATTAAAA TGTTTAAAGGAAAATATTAAGTTTTTTGAAAAGTATTCAGAAGGGGTAGTTGCAATGTTA GCTAATGTTCATAATTGCCTAAGGCATGCTAATATGTAGAGTATTAATTGTGGTGTCACA TATCTTATAAAAGAAAGTGACATATTCCAAATATCTATTTTCCAATTAATTCAGCTTATA CATTGAAGAAGGTAAGAAGTTAAATATCATTTTTTTTAAAGTCTCAAGAACTAAGTTGAT GTAGTTCTTGAACACACAAAAGTTTATACAAGAAACAAGACATTAATAGGTGTTTGGACA TGAATTAGTTAAGTGGACAAAGAATATCCCAATAGTTACTTTGAAAAAAGGAAAACAAAA ATATCGTAACCTAACAAGAGTACGAATTACCCTCTAAACAAAAGTCTTCAAGATAGTTGT ACCGCCCCAGCCAAACTTTTCACCTAATAATATCGTAGGTACGAATTGGCCCGCAAAGTA GGTCTTCAGTCCAAAAAGAAGGGTAAGTCTTCTGATTCAAAGAATAAGTAAAATAACGTT AAAAAAATAGTAGTAAATGTGCATATATTAGTTGGAGTTATGGTATGCAATAAAACATTC TTGGATCCAATATAGAACATAGTGGAAAGTGGTCCAAAATTGTTAGAAGTGAGAACCATG TCATGGATGATCTCATCCCCACGACAATCTTTAACCTTAACGGCTTGTTTGGTTCGATAC AAGTTATTTCGAGATAATTAATCTCAAAATAAATTATTTTATTATACATGAAATAACTTA TTTCATTGCTATGACAAAAAAAAGGATTGAATAAATAATCTAAGGACTACCTAATACTTT CTACTAAACGTGACATAAAAAAATCCTAACATATTATCCTGAAATTGTTATACATTGTAC CTCACGTCAAACGACTCGAACAAAACTTTTCTAGTTTCCAACTATTTCTGGTTTTTTTGT TTAGTTACCATACAACTAGAATGTCAATCCTAACATATTTTCTTGAGGAGGGGGGTATGG GGTCCAAATATTTAATGTGGGGACCTACTTTACCTTTTGAGTACTCCTTTAAAGATAGAG AGAACTTGATGCTACTACTTTCTCAACCATACAAAGCTTCTTAGCAAAGGCATCTAATAA TATTTCAATTTTTTAGAAAATCTCTTTACACTGATAAAATAGAGTAGAAAACATGTTCTT TTTTCAAGTATTTAACATTCGAAGCCTGCTGATTTGATTAATTCAAATTCATATTAACAA AGGTAAAATTTATCTTGTTAGTTTATGGATTAAGACGAATTCAAAGTTTATGTGCTTAGT ACATGTACATGTGTTTAGAAAAATTCATAACTTCAATGAGATGCTTAGAAAATCATAAAT TTCAAATTATTGTTTTGTCTCTGCGCATGGGATTTGACCGTTATTAAGCGAATGAAAACA CTCCTTACTAAAAGATCCTCCATTTCCAAAGCTCAAATCTAATATTTCTAATTTGGGAGA AAAGATATTTCGATCATTCCATCCTTATCGATAGTGATTTTTTTTAAAAAAAAAAAGTCA CAAGGAAGTATTTTCTCAATTATTACCACTTTTCAAATATGAGCTCACTACATATTGGGC TTAGGCTCTAAAATTAATTGGGCCACATATTGTTGACATTCTATCCAATAAGAAACATTG ATGGACGTTTTGTACTTATATATGTAAATATAAAACTGTTTACACGTTTGTAGATTGGAT TATATACTGATACATAATTAGTGTTTCGTTTACTTGATGAAAATTTAATCTCTACCCTTT GAAATTAATTTTCAAGCCACATATACGTACCATTTAAATGAATTATTATTATTTGATGTC GATATATCTTTGTAAAACTAATTTGTGTATATCAACATAATTATATTTTCAATTCTCATT TAGTTAGTGAAAGCAACAAGGGGAATTAAACAGTAGATTTATAGACAACCCTTAATTTTG TTAGATAATTTTCTAAGATTATGAGATGATTCATTGAATTGATACTGTTATTTTCTTGAC TAATTCATGTCTTTCTTTTTCTACCCAATGAACATTAATTTTCAATTTTACAAGCTAGCT CCAAATAACAAGATCCGACTAATTAAAGAATAATTTAATGTAATCACATTTAAATTAAAG TAACGCAATGTCAATATCTTAGTTAATGGTATATATTATTTTAACTTTGATCACATGAAT TAAATCTTTAATCCACTGATTGTCGAGGAAGGTGCTAGTTAATGGTTTCGAGCCAAAGTG TTGTATGATTCGAGCATCTCTTGATCACTTTGTCGATGCTAATTGCTATTGTATATTATG TCTTAATTTTTTATAAATTTATAGAGTATTCAAGATGAATAATTCTACCTCATTTCATTT GATTGATTGGTTAGCCTTTAATTAAATTTTAAAAAAAATGAATAAATATTTTAACAGTAA GCAAATCCCAACAATAATACAGTAAAGGGACAAAATATCTACTTGAAATAGATGTTTTTG TTAAGCAGTATCTAAATATAGGCCCTACAAAAGATTTTCTGGTACCCACTTCTTCCCTAT ATAACATTTAGCTCCTAATCTCCCTCACTCCCTTTAACCAATTTTTCCTTCTTTCCCTTT AGTGTATCGATCTGTCGTTAATTGAAACTTTTGTGTATATGAAGTAAATTTCAACAAACT TTTTTTAAATTAAAGTGGTGCTTAATTTGGTTTATATGTGCACATATCAATTATTTTACC AATTATATACGTATTATTTTCTATCCATATAAGTATATCGAGTGATTTTGTCTATAAATT TTATAGTATGAAGGAGAGTGGTGGTAGAAAACAAGGTGCAACTTCTCCATGCGCAGCTTG TAAGTTGTTAAGGAGAAGATGTACACAAGACTGTGTTTTTTCACCTTATTTTCCAAGTGA TGAACCACATAAGTTTGCAAGTGTTCATAAAGTATTTGGAGCTAGCAATGTGAACAAGAT GATTCAGGTAAGAGCAATTTTTATTTATGAGTTTTCCAATTATAAGTTTAAATTTATATG ACATAGTTTAAATCGACATAAAAGTAGAATTTAAAATTTATAATCTTAAACATGTTATAT ATTTTGTGTGTCTTTAAAATTTGTGGCCTTAAACATGCATGCATGCAATAACATTTTGAT ATATCTCAATAGGAATTGCAAGAATATCAACGAGGAGATGCAGTGAGTTCAATGGTGTAT GAGGCAAATGCAAGAATAAAAGATCCAATTTATGGTTGTGTTGGAACTATTTCATCTTTA CATCACCAAATTGAATTTCTACACACACAATTAGCAATTGCACAAGCTGAGTTAGTCCAC ATGAAGATGCAACAATTCTCATCCATGTCCGGTGGCGGCGGCACCGCCGCCAACTCACCA AAAAACGTATGGTCACCGTCATCTCAACACTTGCAATCAGAGGTGTATTCAGAATTTGAA ATTTATGACTCCGTGCAACAACCTCAAATTAATATATAACAATTCATAATTATATATTTT TCTTAATACATGTATAAGGTTCGAATATAATTTACTAATTAGATTTACGTGAATTCGTAA TTTTTAAGCGAGATCCATCTTTGCCATTTCACCTTTTTACAATGAATATGGTATGAAGTT CCATTGTATTATGTTAGAGTCTGGATTCAAAAATTTTAATTTGATCCGTTGGCAAGTATT AGTATACCTATTACATTTTTTTTTGTAACATGGGATGAGCTAGACTTTGTTAAAATATGT ATACTTTTATCATGTGAGATATAGTAGTTAAGCTACTTATATATACAAAAAATAATGTTT GTCTAGTCTTTTTTTAAATATTTATTTTTGTGGTCTTTTTTCTATATACATCTTTATTTT TTTTAACACAAATCAAGGAGTGATAAACATCATTAACTCTCTCTCTCTCTATATATATAT TGTAAATGTCTAAAGTATATATAATAATAAGCTATCATTCTCTACTTAATTAAGTATCTA ATTATTTTAAGCAAGATTTCATTTGTAATACAAATCTAACTCATCTTTTTTATCGTATTA TATTATTTAATTAAGTATGAAACACACCGTATAAAAAAAAAAGAAGAGAAGATGGTTTAG TATAGAAAAATGATTGCATCATTGATCATCACAACTCCATTCTAAATATTTGGCTTAATT GGGCTTCCATACGATTATAACTATCACGAATTTAAATTTCTAAAACTATATTTTATTTTT TAAACTTAGGTAATTTTTTCGCGCTTGGCGCGGTCATAAAAAATAAATGCATTTAACTTG CAAATATTTTTATACTAATATCCATACATTAAAATCATAGAAGAATAAGTTCTTAAAAAA TTATTAGCAATACTGCAACATAAATTTAATTTTATTTGTCATTATTAGATAACTCAAAAA CCTCCAATTAATGAATTATTCACGATATAATAAATCATTGGTTCATTAATCAATATTGAA AGACAATAAAGAAGAAGATATTAGGTAAGCTTATATATAGTACTTCTAAAATTTAATATA GAATATCAAAATATGAATTTTCGGAACTAAATACAATAATTTTTTTTGATAATAAATATA CATACAATATGTGTATATGTTCAATATAACCGGAGAAAATAAGTTAACATAAACATAAAA ATAATGTTTAAAATATGTACTCAAAAACAACAATTAATAACATGAGTATAAATTAATGAG CGTAAAAAAACATACCAGGATATGTATAAATACCATTAAATATAAAGGAAAAAATCGAGT CAATTGAATGCACAATGTCCCATTAAAAAATCTATTCCCCTCCAATATAAGAGGTTTTAA AGAACTACATCCTCTCAGGATGAAATGATTCTATTCACCAACTTATTGATAAAATAATGG GGGTGTTAATAAGTCACTCAAAATGAGCAAAGTACAAAAATATTTAATTTTACGGATGTA GAAGAGTATCAGAATTTTTGTTGTTTTAAAATGAGAGGAAATTTTTGTATTTATAGACAA TAAAGGTTAGCGTGAACAAATTCTTATTGTGCCTTATCGGAAAGGTTACAACTATTTGAA ATAGTTGCAACCCTTCGGAAAGGTCACCACTTTTCATTAAAGTTGCAACTTTTCATAAAA GTCACACTTTTGATAAAAGTAACAACTCTTCATTAAAATCAAAACTTTTGATAAAAGTCA CAACTTTTCATTAAAGTCACAATTTTTCTAAAAAGTTACAACTGTTTTAATAAAATTCGC AATTCTTCGTTAAAGTCGCAACTGTAATTTTCATAAAAGTCACATGTTTTCAAGCAAGAT GAAGGCTAATTTTGGAAATAATTAAATTTAAAAGGCAATTCTTTCTTGTGGTGCTGCCAT GTAGGCGGGCAGAGATTCTCTTTTATATAAATATATGATATTCTTTTCTTGTGAACACGA ATACTAATTTGACTCTTATTTTGAGACTCTATGATTAATTTACGTAATACGAAATAGATA AAAATCTACATCCCGATCTAACATACATCTTATGACTTCATTTAGATTCAGTAACTTTAA CTCGAATCATATGTGTATCAAAGAATTTACCGATATCAAGAGGGGGCAAAAGAGAAACTT TGTAACATAGAGGGGGAAATTGTTATTTAGTTGAAATAGGATAAGGGGTGAAATTGTCAA TACTCTTTAATGTGCAAGGCAAAAAGGGCTCTATCCACTATACAAGATAGTTCAGCTCTT AAGAGACTCAGTCTTGTAGCTTGCAGGCAAAATTCAAAAATGAGTAGCTCTTCACTCACA GCTTCTTTACATGCCAGGTAAATTTAGCTTCTTGAATCTGTTGTTAACACTATGAAGCTT GTTGCTTTTTACATTTTCATGTCGATTCTAGAATTAATGAAATTGGGTATTTGCACATTT GTTGTTTCATTGTCAATTTTATGCAATTTTGTGTCTTTTTAGCTTCTGGGGTTTCCTTAT TATACGATAAAAATTATAGCTTTTGTGTGTTGTGGGTAAGGAACTTAATTGTTCTGCTCC CTTTTTCATACTGGGTGCATTTAGCTTGTTGATTTTTACACTTTCATGTTGATTCTTAAA TTGTTGAAATTGGGTATTGTGCATTTGTAATTTCTTGCTCAATTTATGCAATTTTGTGTC TTTTAGCTTCTGGGGTCTCCTCATTATACAATAAAGTTTGTAGCTTTTGTGTATTGAGGG TAAGGAACTTAATTGTTCTGCTCCCCTTCACATATTAGGTGCATATAGCTTGTTGATTTT TACACTTTCATGTTGATTCTTGAATTGTTGAAATTGGTATTGTGCATTTATAGTTTCTTG CTCAATTATGCAATTTTGTGTCTTTGAGCTTGTGGGTTTCCTTATTATACAATAAAGTTT GTAGCTTTTGTGTGTTCTGGGTAAGAACTTAATTATTCTGCTACCCTTCTCACTCACTGT TTCTATACATATTAGGTGCATTTAGCTTGTTGAGTTTTACTTTTTCATTTTGATTCTTGA ATTGTTGAAATTGGGTATTTTGCACATTTGTAGTTTATTGGTCAGTTTGTGTCAAATTTA TGCAATTTTGTGTCTTTCAGATTCTGGGGTATCCTTATTTGAAGAATAAAGCTTTAGCCA GTATAGAGGGTGTCGGGGCTTAGCATGTTTTCTTGTAAAAATAAAAACTTTGATCTTGTT TTATCTATTTAAGGTCTCCATTTGTTGAGAGGTTTGAATGGGATTCATATCTTGAGTGTG GCTGTTATTGGTGTTGGCTTTCTTGTAAAACATATCTGTTATTCTTGTTTTATTTCATGT CAGCACTTTGCGGTCTCCTTTTGTTGGGAGTTTGAATGGGTTTCATGTATCGAGTGTTGC TGTTCGCCGTGTTGGTTTTGTGAGTAAGACGGTCGAATGTAAAGAATCAAGAATCGGGAA GCAACCAATATCAGTACCTTCAAATGTGACACTCACAATGGAAGGCCAAGATTTGAAAGT TAAGGGACCTCTGGGGGAGATGGCCATAACTTATCCACGAGAAGTAAAGCTTGAGAAGGA AGATGGAGGTATTCTAAGGGTCAGAAAAGCCATGGAGACAAGACGCGCTAATCAGATGCA TGGTTTATTCAGGTAGTCTGCAGTTTAATTGTGCTGTTTTCTCGACTTCTTTTCTCGGTT TTATTCTTAGATATGGTAAACATTCTAAGTTATAATTTACCTATTACTACTACGTATGAT CAAGAAGCTATAATCTACTTACTGGAGTAATTACTTTGAAATTCACGACTGGTTTTGATG TGGACTAGTGATGACTTAGTTCTTCTGACATAAAATTTAAGATTTAAAGGGTCTAATTGA TCTTCTCCAATTATATGATATCATATTTTATAACCAAATTGAGATGTTTCCCAGTCCTAG TCCTAATTGATTTTATCCTAGTTGTTAATGAAGAGGAAAGGATAATTTTTTCCTCTTAAT AAGGTAAAGAAGGGCAGTCATTTCTTACCACCTTGAAGTTTTCTGTTCTTTTTAGTACTT CTAAGTTTCAAAAATAGTGAACCTCTTTGTGGTTCTAAACTTTACTTATTTGATCTTAAC TATTGATATATATTACTTGCTGTAGCCTCTTGCCAATGGTTACCTAATAAATTGATATAA TCGAATGCTTCTTTTGCTATGAGGGGACTCGAAAATATGGAAGAAAACGTGGACATTAGT CACTGTAAGTAGCAAAAGAAGTATGTTGCTCGGGAATCACCAAAAATGTTATTGCATTTG TGTTGGATCCTCAAAAGTTCACTACTTTTGGAGGGTCTGACCTGCACTCGGCAGCATTTT GAAGAGTCCGAGCAACATAAAAGCAGTACATAGTTCTCAGTCTTGACATGTTAAAGAAAC GATCTTTTGTCCGAGCAACATAAAAGCAGTACATAGTTCTCAGTCTTGACATGTTAAAGA AATGATCTTTCTCACTATGAGAAGATTGACTGGCAACAAAGTTCAAATGTAGCAGATCCT TAGTTCCATGACAGAATTAATGATTCTAAGGTCATGAGAAGTGATAAATTAGGCAGAAGA GGGAATATAGACGTAAGAACAGCTAGGACTTCTAGCAAAGGACATATATCAGTGCTAGTC GTAGTGTTTCTAGGCTAAAAGGTATCACAATTAGGGGGTGGTGAGAAAGATCTATAATAT CTGGATGCTAATAAGCCATTTGCAAGTCTCAAAAGCCACAAGTGCATATACTACACTTTG GTCAAGGGGAAAATGGAAAAAAATGGATACGGTTAAAGTTTTCAATGTAAACAACAGATT TGAAGAGGAAAACCCCAACTTTAAAAGAAGGAAGAGAAAGTAGAAATAATTAAAAAATCT ATGTTTTTGAGTTTAGACACGCACTTCAATTGGTTCTTTCATATTAAAACTCCTTATACT CTCCAACGGCTAGTTAACGACTACTTTAACTTAGGGAAGATCATAACTAATCAGATAAAA ACAAGGGAAACTTCCTTTTGAGACATACTCACAGTAGTGAGGTTGAGTAAAACTCTTAAT CTTATTCATGTGTATCTGCTCTTTTGAAATTACGGCAAAATTCTAAAGCACTCTCGAATA ACCAGGCAAGCCAGTTGTCTATTATGCATTAGCGCAAAACTGCAATAAACAATAGAAATT GTGGGAGTATAATGTGATGAATAAGAAACTTAGCTTACAACTAGAATTTTTAGTTCGTAA AAGTTATCAACTTTGCCAATTATTCTGTAAGTCAAATCTTAGCATCTGTATTTGGTTCGT AATCCAAAAGATACCAAATGGATCCATTATACTCAAAACCCAGCAAACTATCAAAATATG TTTTCTTTCTTCATTTTATAGATATTCTTTTTGAGATGTGCGTGGGATTGTTGGAAATTT GGAAGTATCTCATAAGGAAGTGTCCCTTGTTTTTATCCACTTATAGTTTATTGTTTTGCC CTTACTTTAAATGGTCAAACTAGCCGTTAACTAGTCGTTGTAGAGTTTTAGGAGCTTTAA TAAAGAACTAGTTTAGGTATAATAACCATAAATCATAAGGTTTTTGATGCTAGTTTATAC TAGATGAGCTTGTTGAATCCTAGGAGATACGTTTATATGATTGAATATCCTTACAGAAAG TGTCATACACACGCCTTAAGCTAGAAGAATATCCATGATTTCAACAATTAGACGTGATTT TCAACTTGGAATTTTCATTTACACGACTCTCGTCTCTGATGATGATGATCATCAGTTTCA CAGAATTTTGTGATAAAGGTATGATTCTGCACCCCAAATGATTTCCTCTCAACTTCAAAA GCCATAATATGTGTCTTACACCAACTCTATCAAACATTCTGCCAATACCTACGGACTGTA TATAAAATTTTTCATAATCTTATCACTGTTGTTATGTTGGTCAATTCTAGTGACAATGTA TAGATGCACATATTTTGAGTGTTTACTCTGAAGATGTTCTTTTTCTTCATCAAACTCGGC AGGACTCTAACTGATAACATGGTAGTCGGCGTTTCCAAAGGATTCGAGAAGAAACTTCAA TTGGTAGGGGTTGGATATCGTGCAACCATCGAAGGGAAAGACATAGTTCTCAATCTCGGA TTTTCTCATCCCGTTAGGATGGAAGTTCCTGCTGGACTGCAAGTTAAGGTTGAAGAAAAC ACCAGAATCACTGTAAGTGGTTACGATAAGTCAGAGATCGGTCAATTTGCAGCTTCAATT AGAAAATGGAGACCTCCAGAGCCATACAAAGGTAAAGGAGTGAAATATGCTGATGAAATA GTTAGAAGGAAAGAAGGTAAAGCAGGCAAGAAGAAGTAAATCATGGTACATTTTGTCATT GTTTTATTGTATTTTTCTTAGAGCTATTTTGAAGTTAGGTTCATTTTGCAAGTGACTTGA CAAATTTTTTATCTTGTGGATCCCTTTAAATATAAGAGTCACACAATTTGAATATTGTAT GTAATCTGGTTTCCCTTACATTTCTTTTAAAGCTGTTCTGAAAAAATTAAACGATTTTCT TGAGCTGAGGGTCTATCACATTAAAAAACAAAGTATGTCGTTGTGTTCATGGAGGTGGTT GCATTCAATAAAATATTTACAAATTCATGAAAAATGAACATAGTTTTAGCAAGAACGCAA TCGTTTTCTAAATCGATAAATTATAATTGAACATTTATCTTTCAATAAATTAAATTGTAA CCTTTTCCTTTAATATTGAAAATACGTTGTATAAATTCCACACATGAATAAGTAACAATA CAAATTTAATCTCAAATATAATTCTTTTGATAACAATACTCGAAACAACGGAACTTAATA CAAATGAATGTGAATGTATTCAAACATTTAGTCTAAATAATTGACTATTTTGATAAATAA TTGATAATAATTACTCTCCAAAAATATATATTTTAAATGTATTTTTGACCATTTATTTTA ATTTCAAACACTTTCAATGAACCAAACTATATATGAGAAAGCAGTAATTATAGTCAAAGC AGGGAAATATACATTTAATGCACATGATCATTTGATTCAAAGGTATTTAGAATGCATCAT TACACAATTCAACATAGCATTAAAAATAATTAATAAAATAGTTAAGTCAAAGTTGAAAAT AATTCAGTAATATTTAATTTTAATTTCACACAGATCAAGTGATTCTTGTGTGTATATATA GACAAGACGTAAACAAGTGAAGTAATTTATCATAAAATAAGGATGGATTTGAAGGTTCCA ACTATAGATTTTAGGAACTATTCAGAGTGGAAAAAAGGAAGTGAAAAATGGAATTTAGTG AGGGATGGAGTTTTCAAGGCTTTAGAAAAGTATGGTTGTTTTGAGGCTTTACTTGATGGA GAAATTCCCAAAGAACAATTATATGAAAAGTTGAAACAAGTATTTAATTTGAATTTGGAT GAAAAATTTGAAAAATCACAAAATGTGTTGGTAGGTTATACTAGAGATAATCCTAGAACA CCACTTCAAGAGAGAATGATGATTGGCAATGTCCTCACTCATGATGCTGTTCAGAATTTT TCCTACATCCTTTGGCCCCAGGGAGACCCTAAATTCTGGTACGTACATCTTTATCGTTAA TCAAACATTTTAATTTATATACGTATGTGTTTTGTAATTGATTTTTTTTTTTTGAAGTGA TTTGGTGCTTGGTTACTCCAAGAAATTATTAGAATTTGATGATATGGTAAGAATAATGGT ATTTGAGAAATTGGGATTGGAGAGATACTTGGATGATCACAAAAAATCAGGTGATTACTT GCTTAATTGTATGAAGTACAAAGTAGGTGAGGAGACAAATGTTGGAGTACCTCCTCATAC TGATAAAATCATTTCAACCATTTTGAGCCAACATGATCAACATGTCAATGGCCTTCAAAT TTTGGACAAAAATGGGCAATGGATTGATCTTCAATACTCATCACCTCATTCATACATGTA CTTTGTTGGTGATTGTTTCAAAGTAAGTTCCATCCACTAATTTTTATTTATATAATAACT AAATTAGTTGGTATATAACTTAAAGATTATTATTATTATTATGTAAATTGTAGGCATTTA CAAATGGTAGGTTTCACTCTTCTACTCATAGAGTTATTATGGGAAATGAAGAGAGGTTTT CTATGGGATTTACCACAATTCCTAAACAAGGCTATATCATTAAAGTCCCAGAGGAACTTG TTGATGAACATCATCCTTTGCTCTACAAGCCCTTTGATGGTTCCAAATATCTTCCATTTT ATATGTCTGGGGTTAGACGCGGCGTTGTTGAAACTATTGAGAGCTTTTGTGGTGTCTCAC CTAATACTCAAGACTTGTCTTAGATACAAACATTTCATTGTTGCAATAGTTTAAAGTAGT ATTTTCATTATCATGTAACTTGAGAGTTTCTTTGGTGTTTGTTAACATTCAAAACTTGTC TTAGATACTGACATTTGATTGTTGGCCCCTCTTGTAGTTCTACCCCTCTTAATACTATAT TTGAATGTGCACTTGACAACTTATTATCGTACGTTAGTTAGGGTGTGCCCAAAAATTTGT ATATTTACTTGTGCCATTCTATTCAAGTTAACTTTGAAAAATTTACAAGACAATTTTTGG GGTTTTGAACCTGGACAAAATGAAAAAAATGTCAATTTTTGTTAAGAATCAATCCCAAAA TCGAGTCAATGCTAATGTACTTTATTTGTAGTTACCAAATTTAATTTGTATTAACCAAAA GAACCTTCCATCATCATATAGGTATATAGAGCATTGACAATTGAGCATTTTTAGTACCGC TTTTATAAGTCTAACTGTTCAAATATATATATATATATATATATCTTTTATTCGTTCAAT TTTAAATACAACTTATAATTTTAAGAATATTAAATATAATTATCTATCAGAACATTATTA CATAATAAAATAGATATTTTATTTATTACTTTAGTAAAAATATATCAAGTTAAATATATA GTAAACAAGTGAACGATGAATATCTTTTGAAAATGTTAGAATACATATTTTTATCGTGTA GTATATATTTTGATTCTACTAACATATAAGGTAGGGGTCTGGCCTAACCCCGCCAACGAA ATGACTTTAGAATAGAAAAAAAGAAAAAGTTGATGGAGTATAAAGTCAATAGATTAAGTA CATATAGTAATAGATTAGGGGAGGTGGGAGATATATATATATGATATATATTAATTGTAT ATCTATAAATCAAAATGTTTTAGGCCGAGGCCTAATTTTTTACAAGTATAGTGATGTATA AATTTTAAAGTATACACACTTGTACTAAACCGGTATTAATATAATTGATAAATATCCAAA TAATACATCAATGACAAAAATCTTTTCTTTTTCTTTTTTTGGCAAAAAGTTGCCGTTTAA GGATAATAGTTTATGGGCTGAAAATAAGTTAAATGGTTATTAACAACATTATTAAAGAAA ACAAATAGCCAAAACGTAAACCTTCATTTAATAGATTACACAATAAATTAAAAAGATTTT GATTCTTTCTTTTTAAAAGTCAATAATATGCAAATAAGAGATACAAGTGCCTAATTAACT TTCTCAAAATATGAATATGAGTTTGGACATGCCTAACTCGATCTTTTATTAAAATTTAAT CAATTTTATTGAATCGTTTTTGATCGATTAAGGAGTAAGGAGTCTATAAGTGAATAGGAG AAAAGATTAGAACAGTTACCCCCACTAGATTCTTTATACTTTATTCTGACTTTTGTAATC TCTAGATGATGTAGAGTACAACTAAAAATAAAATAAAAATTAAATAGATTGGACCCAACA TATAAATAAATATATAGGATTAGCAAAATATTTATTATTCCAACTTTCTGGAAAAAAATA AATTATGGTTTTGGATGCTGATATACTACAATATATAACCATAATGCCCAATAAAAGTAG AGTTGTTATGCCGAAAAATCGAATCAAACCAAAAAAACGAACAAATTGAGAGTTAGGTTT TTTTTTTTTTGGGGGGTTTAATATGACACATATGGCTTGTTTGTTTGGTTTGATATGACA CACAGGGTCAGTTTGTTTGGTTTGATTTTTCAATTAAAGAATCGATAAATTTTAATTTTA AGTAAAAAGTAATAAAAAAACTCTGAACCAAATTGATTAGATAAATACCAATCTAAAAAT CATAGTTACACTCTTTTGGCTTGTATTATACTTTGCCTTGACATTCTAATTTGATTTGTA ATCTTTAATTTGATATAAGTTTAAAATTTTTATTTCATGTTAAAAATAATTTTGCTTTTA GTTGAGTCGTTAAATTATTCAATCACTATTTTGTTTCAATTATTACCATGAAGATCTATT GGTAAACAAACAATTTTCCTAAAAAGTAAATACTTGGTAGTGTTATGCTTGAATATAGTT GTCAAATTAAATATCATTTGTTAACCTCATTTTCAACATGCTAGAAATTTATGTTTGTTG AAATTTATCTATGTATGCACCTCCTTCCTGTTAATGACAAATAGTCCCTCTAGCCGCTAT CTTTAGGTGCGCATTAGTCGATAGTTTTAGGAAAAGTATTTTTTTTTCTCAAATGGGCAT CCTTTTCTACTTGCTTCTATATAATAATCCCTTAGCTTTTAAACTTTAGAAACACACTTT AACTAACTCTGTTTGGTTCAAAATGGAGCTAACTAATTCAAGAGGTACTAGTTTAAGAGA AAAAATAATCAGGGGAAGTAGTTTGAGAGGGAGCTTAAGTAGAAAGAGGAATAGTACTAA TAACTCCAGGTGGAATGGCAATGATGGGGAGATTTTTAATCGTTCAACGAGAGACGAAGA TGATGAAGAGGCTCTTAAATGGGCAGCTCTTGAAAAGCTTCCAACGTTTGATCGTTTGAG AAAAGGTCTCTTGTTTGGATCACAAGGTGCATCTGCTGAAATTGATATACATGATATTGG TTTTCAAGAAAGAAACAAGTTGCTTGAAAGGCTTGTCAAAGTTGCAGATGAGGATAATGA GAAGCTCCTGTTGAAACTCAAGCAAAGAATTGACAGGTAAGTCGATGTATCTTCTGTCAT CTTTGATGAACGAAAAATAACTATATAGGCCACACCATTTAACAGCAATGTTCGTTACAG ATTCTGCATACATATGTTGTTAGAAGCTT GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_1 match_part 0.956 2007 2097 match_part 1.000 2189 2419 match_part 1.000 2670 2783 match_2 match_part 0.994 2243 2419 match_part 1.000 2670 2825 match_part 0.981 2909 3062 match_3 match_part 1.000 2279 2419 match_part 1.000 2670 2825 match_part 1.000 2909 3086 match_part 1.000 3191 3372 match_part 1.000 4813 4927 match_4 match_part 0.988 2335 2419 match_part 0.974 2670 2825 match_part 0.978 2909 3086 match_part 0.978 3191 3372 match_part 0.955 4813 4834 match_5 match_part 0.992 2969 3086 match_part 0.973 3191 3372 match_part 0.960 4813 5159 match_6 match_part 1.000 3030 3086 match_part 1.000 3191 3372 match_part 1.000 4813 5166 match_part 0.957 5251 5344 match_part 1.000 5543 5570 match_7 match_part 1.000 3030 3086 match_part 0.984 3191 3372 match_part 0.967 4813 5083 match_8 match_part 1.000 4914 5166 match_part 1.000 5251 5344 match_part 1.000 5543 5821 match_9 match_part 1.000 5054 5166 match_part 1.000 5251 5344 match_part 1.000 5543 5707 match_10 match_part 1.000 5055 5166 match_part 1.000 5251 5344 match_part 1.000 5543 5710 match_11 match_part 1.000 5055 5166 match_part 1.000 5251 5344 match_part 1.000 5543 5710 match_12 match_part 1.000 5106 5166 match_part 1.000 5251 5344 match_part 1.000 5543 5871 match_13 match_part 1.000 5106 5166 match_part 1.000 5251 5344 match_part 0.993 5543 5818 match_14 match_part 1.000 5106 5166 match_part 1.000 5251 5344 match_part 1.000 5543 5634 match_15 match_part 1.000 5123 5166 match_part 1.000 5251 5344 match_part 1.000 5543 5922 match_16 match_part 1.000 5159 5166 match_part 1.000 5251 5344 match_part 1.000 5543 5864 match_17 match_part 0.996 5871 6330 match_18 match_part 0.972 5871 6303 match_19 match_part 0.989 8782 9159 match_20 match_part 0.700 15137 15146 match_part 0.939 15208 15240 match_part 0.996 16538 16772 match_part 1.000 17362 17646 match_part 0.996 17764 17995 match_21 match_part 0.906 15188 15240 match_part 1.000 15776 15818 match_part 1.000 16538 16772 match_part 1.000 17362 17394 match_22 match_part 0.870 15195 15240 match_part 1.000 16538 16772 match_part 1.000 17362 17646 match_part 1.000 17764 17802 match_23 match_part 0.870 15195 15240 match_part 0.996 16538 16772 match_part 0.982 17362 17417 match_24 match_part 0.870 15195 15240 match_part 1.000 16538 16772 match_25 match_part 0.930 15195 15565 match_26 match_part 1.000 15196 15240 match_part 1.000 16538 16772 match_part 1.000 17362 17646 match_part 1.000 17764 18101 match_27 match_part 1.000 15196 15240 match_part 1.000 16538 16772 match_part 1.000 17362 17510 match_28 match_part 1.000 15197 15240 match_part 1.000 16538 16772 match_part 1.000 17362 17646 match_part 1.000 17764 17770 match_29 match_part 0.976 15199 15240 match_part 1.000 16538 16772 match_part 1.000 17362 17646 match_part 0.996 17764 18031 match_30 match_part 0.976 15199 15240 match_part 1.000 16538 16772 match_part 1.000 17362 17646 match_part 0.995 17764 17973 match_31 match_part 0.976 15199 15240 match_part 0.996 16538 16772 match_part 0.986 17362 17646 match_part 1.000 17764 17837 match_32 match_part 0.952 15199 15240 match_part 1.000 16538 16772 match_part 0.983 17362 17536 match_33 match_part 1.000 15200 15240 match_part 0.958 16538 16561 match_part 1.000 16720 16772 match_part 0.986 17362 17646 match_part 0.971 17764 18008 match_34 match_part 1.000 15200 15240 match_part 1.000 15776 15812 match_part 1.000 16538 16772 match_part 0.993 17362 17505 match_35 match_part 1.000 15201 15240 match_part 1.000 16538 16772 match_part 1.000 17362 17646 match_part 1.000 17764 18044 match_36 match_part 1.000 15201 15240 match_part 1.000 16538 16772 match_part 0.968 17362 17646 match_part 1.000 17764 17794 match_37 match_part 1.000 15202 15240 match_part 1.000 16538 16772 match_part 1.000 17362 17646 match_part 1.000 17764 17836 match_38 match_part 1.000 15202 15240 match_part 1.000 16538 16772 match_part 1.000 17362 17646 match_part 1.000 17764 17836 match_39 match_part 1.000 15202 15240 match_part 1.000 16538 16772 match_part 1.000 17362 17646 match_part 1.000 17764 17776 match_40 match_part 0.949 15202 15240 match_part 1.000 16538 16772 match_part 1.000 17362 17646 match_part 1.000 17764 17772 match_41 match_part 0.974 15202 15240 match_part 1.000 16538 16772 match_part 1.000 17362 17626 match_42 match_part 1.000 15202 15240 match_part 1.000 16538 16772 match_part 0.991 17362 17572 match_43 match_part 1.000 15202 15240 match_part 0.996 16538 16772 match_part 1.000 17362 17490 match_44 match_part 1.000 15202 15240 match_part 1.000 16538 16772 match_part 1.000 17362 17473 match_45 match_part 1.000 15202 15240 match_part 0.991 16538 16761 match_46 match_part 0.947 15203 15240 match_part 1.000 16538 16772 match_part 0.996 17362 17614 match_47 match_part 1.000 15204 15240 match_part 1.000 16538 16772 match_part 1.000 17362 17646 match_part 1.000 17764 18073 match_48 match_part 1.000 15204 15240 match_part 1.000 16538 16772 match_part 1.000 17362 17646 match_part 1.000 17764 18014 match_49 match_part 1.000 15204 15240 match_part 1.000 16538 16772 match_part 0.975 17362 17518 match_50 match_part 1.000 15205 15240 match_part 1.000 16538 16772 match_part 1.000 17362 17646 match_part 1.000 17764 17841 match_51 match_part 1.000 15205 15240 match_part 1.000 16538 16772 match_part 1.000 17362 17646 match_part 1.000 17764 17780 match_52 match_part 1.000 15206 15240 match_part 1.000 16538 16772 match_part 1.000 17362 17646 match_part 0.993 17764 18050 match_53 match_part 1.000 15206 15240 match_part 1.000 16527 16772 match_part 1.000 17362 17646 match_part 1.000 17764 17770 match_54 match_part 1.000 15206 15240 match_part 1.000 16538 16772 match_part 1.000 17362 17512 match_55 match_part 1.000 15206 15240 match_part 0.983 16538 16772 match_part 0.966 17362 17477 match_56 match_part 1.000 15206 15240 match_part 1.000 16538 16772 match_part 1.000 17362 17461 match_57 match_part 1.000 15207 15240 match_part 1.000 16538 16772 match_part 0.986 17362 17646 match_part 1.000 17764 17772 match_58 match_part 1.000 15207 15240 match_part 1.000 16538 16772 match_part 1.000 17362 17493 match_59 match_part 1.000 15211 15240 match_part 1.000 16538 16772 match_part 1.000 17362 17646 match_part 0.968 17764 17985 match_60 match_part 1.000 15211 15240 match_part 1.000 16538 16772 match_part 1.000 17362 17646 match_part 0.976 17764 17848 match_61 match_part 1.000 15211 15240 match_part 1.000 16538 16772 match_part 1.000 17362 17646 match_part 0.986 17764 17836 match_62 match_part 1.000 15211 15240 match_part 1.000 16538 16772 match_part 1.000 17362 17646 match_part 1.000 17764 17821 match_63 match_part 1.000 15211 15240 match_part 1.000 16538 16772 match_part 1.000 17362 17646 match_part 1.000 17764 17801 match_64 match_part 0.966 15212 15240 match_part 0.987 16538 16772 match_part 0.993 17362 17509 match_65 match_part 1.000 15213 15240 match_part 1.000 16538 16772 match_part 0.989 17362 17646 match_part 0.933 17764 17778 match_66 match_part 1.000 15214 15240 match_part 1.000 16538 16772 match_part 1.000 17362 17646 match_part 1.000 17764 18050 match_67 match_part 1.000 15214 15240 match_part 1.000 16538 16772 match_part 1.000 17362 17646 match_part 0.989 17764 18033 match_68 match_part 0.926 15214 15240 match_part 0.991 16538 16772 match_part 0.994 17362 17539 match_69 match_part 1.000 15215 15240 match_part 1.000 16538 16772 match_part 1.000 17362 17646 match_part 1.000 17764 17983 match_70 match_part 1.000 15215 15240 match_part 1.000 16538 16772 match_part 1.000 17362 17646 match_part 1.000 17764 17836 match_71 match_part 1.000 15215 15240 match_part 1.000 16538 16772 match_part 0.954 17362 17646 match_part 1.000 17764 17783 match_72 match_part 1.000 15220 15240 match_part 1.000 16538 16772 match_part 1.000 17362 17646 match_part 1.000 17764 18101 match_73 match_part 1.000 15220 15240 match_part 1.000 16538 16772 match_part 1.000 17362 17646 match_part 0.983 17764 18063 match_74 match_part 1.000 15221 15240 match_part 0.971 16538 16710 match_75 match_part 1.000 15222 15240 match_part 1.000 16538 16772 match_part 1.000 17362 17646 match_part 0.989 17764 18047 match_76 match_part 0.894 15302 15367 match_part 0.987 16538 16772 match_part 0.970 17362 17496 match_77 match_part 1.000 15334 15367 match_part 1.000 16538 16772 match_part 1.000 17362 17506 match_78 match_part 0.982 15817 15873 match_part 1.000 16538 16772 match_part 1.000 17362 17646 match_part 0.986 17764 18044 match_79 match_part 0.984 16528 16772 match_part 1.000 17362 17646 match_part 1.000 17764 17821 match_80 match_part 0.984 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match_340 match_part 0.981 44694 44588 match_part 0.944 41933 41702 match_341 match_part 0.984 44711 44588 match_part 0.987 41933 41703 match_342 match_part 1.000 44688 44588 match_part 1.000 41933 41861 match_343 match_part 0.996 64927 64160 match_344 match_part 0.944 73672 72994 match_345 match_part 0.993 77153 76547 match_346 match_part 0.993 77153 76547 match_347 match_part 0.997 77153 76556 match_348 match_part 1.000 77153 76607 match_349 match_part 1.000 79607 79543 match_part 0.984 77494 76734 match_350 match_part 1.000 77447 76749 match_351 match_part 0.993 77183 76749 match_352 match_part 0.982 79598 79543 match_part 0.960 77494 76869 match_353 match_part 0.977 79585 79543 match_part 0.964 77494 76892 match_354 match_part 1.000 79605 79543 match_part 0.998 77494 76893 match_355 match_part 1.000 79599 79543 match_part 1.000 77494 76936 match_356 match_part 1.000 79597 79543 match_part 1.000 77494 76942 match_357 match_part 0.952 79605 79543 match_part 1.000 77494 77004 match_358 match_part 0.973 79616 79543 match_part 0.979 77494 77022 match_359 match_part 0.991 77989 77882 match_part 1.000 77494 77048 match_360 match_part 0.953 77324 77132 match_361 match_part 1.000 77989 77882 match_part 1.000 77494 77151 match_362 match_part 0.973 79616 79543 match_part 0.980 77494 77196 match_363 match_part 0.927 79597 79543 match_part 0.930 77494 77224 match_364 match_part 0.978 80648 80236 match_365 match_part 0.991 80576 80236 match_366 match_part 0.983 80538 80242 match_367 match_part 0.997 81094 80333 match_368 match_part 0.992 81068 80333 match_369 match_part 0.985 80936 80341 match_370 match_part 0.985 81093 80348 match_371 match_part 0.996 81057 80348 match_372 match_part 0.990 80729 80348 match_373 match_part 0.979 81077 80351 match_374 match_part 0.995 81093 80354 match_375 match_part 1.000 80823 80354 match_376 match_part 0.921 81074 80452 match_377 match_part 0.988 81071 80474 match_378 match_part 0.938 81073 80513 match_379 match_part 0.950 81031 80534 match_380 match_part 1.000 81063 80592 match_381 match_part 0.980 81070 80613 match_382 match_part 0.997 81070 80673 match_383 match_part 1.000 82853 82149 match_384 match_part 1.000 83787 83697 match_part 0.998 83074 82510 match_385 match_part 0.918 83769 83697 match_part 0.936 83074 82540 match_386 match_part 1.000 83758 83697 match_part 0.983 83074 82654 match_387 match_part 1.000 83787 83697 match_part 1.000 83074 82671 match_388 match_part 0.998 109304 108718 match_part 0.661 106238 106180 match_part 0.581 105748 105675 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C12HBa0224N06.1 type gene exon 2007 2097 exon 2189 2419 exon 2670 2825 exon 2909 3086 exon 3191 3372 exon 4813 5166 exon 5251 5344 exon 5543 6330 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C12HBa0224N06.1 type gene exon 6822 6804 exon 6444 5693 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C12HBa0224N06.1 type gene exon 8782 9159 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C12HBa0224N06.1 type gene exon 15195 15240 exon 16538 16772 exon 17362 17646 exon 17764 18130 exon 18236 18446 exon 19285 19581 exon 19781 19816 gene_5 gene GT_PGL_4_AGS_2 transcript source GenomeThreader seq_id C12HBa0224N06.1 type gene exon 15195 15240 exon 16538 16772 exon 17362 17646 exon 17764 18130 exon 18236 18446 exon 19285 19654 gene_6 gene GT_PGL_4_AGS_3 transcript source GenomeThreader seq_id C12HBa0224N06.1 type gene exon 15195 15240 exon 16538 16772 exon 17362 17646 exon 17764 18130 exon 18236 18446 exon 19285 19648 exon 20641 20662 gene_7 gene GT_PGL_4_AGS_4 transcript source GenomeThreader seq_id C12HBa0224N06.1 type gene exon 15195 15240 exon 16538 16772 exon 17362 17646 exon 17764 18130 exon 18236 18446 exon 19285 19581 exon 19784 19821 gene_8 gene GT_PGL_4_AGS_5 transcript source GenomeThreader seq_id C12HBa0224N06.1 type gene exon 15195 15240 exon 16538 16772 exon 17362 17646 exon 17764 18130 exon 18236 18446 exon 19285 19557 exon 20641 20658 gene_9 gene GT_PGL_4_AGS_6 transcript source GenomeThreader seq_id C12HBa0224N06.1 type gene exon 15195 15240 exon 16538 16772 exon 17362 17646 exon 17764 18130 exon 18236 18446 exon 19285 19536 exon 20188 20193 gene_10 gene GT_PGL_4_AGS_7 transcript source GenomeThreader seq_id C12HBa0224N06.1 type gene exon 15195 15240 exon 16538 16772 exon 17362 17646 exon 17764 18130 exon 18236 18446 exon 19285 19536 exon 20651 20658 gene_11 gene GT_PGL_4_AGS_8 transcript source GenomeThreader seq_id C12HBa0224N06.1 type gene exon 15195 15240 exon 16538 16772 exon 17362 17646 exon 17764 18130 exon 18236 18486 gene_12 gene GT_PGL_4_AGS_9 transcript source GenomeThreader seq_id C12HBa0224N06.1 type gene exon 15137 15146 exon 15208 15240 exon 16538 16772 exon 17362 17646 exon 17764 18130 exon 18236 18446 exon 19285 19581 exon 19781 19816 gene_13 gene GT_PGL_4_AGS_10 transcript source GenomeThreader seq_id C12HBa0224N06.1 type gene exon 15206 15240 exon 16527 16772 exon 17362 17646 exon 17764 18130 exon 18236 18446 exon 19285 19581 exon 19781 19816 gene_14 gene GT_PGL_4_AGS_11 transcript source GenomeThreader seq_id C12HBa0224N06.1 type gene exon 15302 15367 exon 16538 16772 exon 17362 17646 exon 17764 18130 exon 18236 18446 exon 19285 19581 exon 19781 19816 gene_15 gene GT_PGL_4_AGS_12 transcript source GenomeThreader seq_id C12HBa0224N06.1 type gene exon 15817 15873 exon 16538 16772 exon 17362 17646 exon 17764 18130 exon 18236 18446 exon 19285 19581 exon 19781 19816 gene_16 gene GT_PGL_4_AGS_13 transcript source GenomeThreader seq_id C12HBa0224N06.1 type gene exon 15200 15240 exon 15776 15812 exon 16538 16772 exon 17362 17646 exon 17764 18130 exon 18236 18446 exon 19285 19581 exon 19781 19816 gene_17 gene GT_PGL_4_AGS_14 transcript source GenomeThreader seq_id C12HBa0224N06.1 type gene exon 15188 15240 exon 15776 15818 exon 16538 16772 exon 17362 17646 exon 17764 18130 exon 18236 18446 exon 19285 19581 exon 19781 19816 gene_18 gene GT_PGL_4_AGS_15 transcript source GenomeThreader seq_id C12HBa0224N06.1 type gene exon 15200 15240 exon 16538 16561 exon 16720 16772 exon 17362 17646 exon 17764 18130 exon 18236 18446 exon 19285 19581 exon 19781 19816 gene_19 gene GT_PGL_4_AGS_16 transcript source GenomeThreader seq_id C12HBa0224N06.1 type gene exon 17354 17646 exon 17764 18130 exon 18236 18446 exon 19285 19581 exon 19781 19816 gene_20 gene GT_PGL_4_AGS_17 transcript source GenomeThreader seq_id C12HBa0224N06.1 type gene exon 17761 18648 gene_21 gene GT_PGL_4_AGS_18 transcript source GenomeThreader seq_id C12HBa0224N06.1 type gene exon 15195 15565 gene_22 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C12HBa0224N06.1 type gene exon 16739 16531 gene_23 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C12HBa0224N06.1 type gene exon 20687 20824 exon 22654 22876 exon 22979 23031 exon 23152 23188 exon 24125 24196 exon 25350 25454 exon 25881 26037 exon 26164 26240 exon 26713 26984 exon 27079 27102 gene_24 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C12HBa0224N06.1 type gene exon 30731 30785 exon 32794 33454 gene_25 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C12HBa0224N06.1 type gene exon 33706 33694 exon 33523 32816 gene_26 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C12HBa0224N06.1 type gene exon 34324 34575 exon 36595 36773 exon 36862 37024 exon 37183 37656 exon 37947 37971 gene_27 gene GT_PGL_9_AGS_2 transcript source GenomeThreader seq_id C12HBa0224N06.1 type gene exon 34324 34575 exon 36595 36773 exon 36862 37024 exon 37183 37652 exon 37947 37962 gene_28 gene GT_PGL_9_AGS_3 transcript source GenomeThreader seq_id C12HBa0224N06.1 type gene exon 34324 34575 exon 36595 36773 exon 36862 37024 exon 37183 37633 exon 37725 37774 exon 37947 37960 gene_29 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C12HBa0224N06.1 type gene exon 44757 44588 exon 41933 41388 gene_30 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C12HBa0224N06.1 type gene exon 45611 45861 exon 47301 47781 gene_31 gene GT_PGL_11_AGS_2 transcript source GenomeThreader seq_id C12HBa0224N06.1 type gene exon 45480 45683 exon 45768 45861 exon 47301 47635 exon 47823 47939 exon 48093 48391 gene_32 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C12HBa0224N06.1 type gene exon 49255 50099 exon 50173 50522 exon 50646 50667 gene_33 gene GT_PGL_12_AGS_2 transcript source GenomeThreader seq_id C12HBa0224N06.1 type gene exon 49255 50099 exon 50173 50455 exon 50646 50656 gene_34 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C12HBa0224N06.1 type gene exon 52794 53488 gene_35 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C12HBa0224N06.1 type gene exon 53565 54292 gene_36 gene GT_PGL_15_AGS_1 transcript source GenomeThreader seq_id C12HBa0224N06.1 type gene exon 64927 64160 gene_37 gene GT_PGL_16_AGS_1 transcript source GenomeThreader seq_id C12HBa0224N06.1 type gene exon 64186 64945 gene_38 gene GT_PGL_17_AGS_1 transcript source GenomeThreader seq_id C12HBa0224N06.1 type gene exon 73672 72994 gene_39 gene GT_PGL_18_AGS_1 transcript source GenomeThreader seq_id C12HBa0224N06.1 type gene exon 79616 79543 exon 77494 76547 gene_40 gene GT_PGL_18_AGS_2 transcript source GenomeThreader seq_id C12HBa0224N06.1 type gene exon 77989 77882 exon 77494 76547 gene_41 gene GT_PGL_19_AGS_1 transcript source GenomeThreader seq_id C12HBa0224N06.1 type gene exon 81094 80236 gene_42 gene GT_PGL_20_AGS_1 transcript source GenomeThreader seq_id C12HBa0224N06.1 type gene exon 83787 83697 exon 83074 82149 gene_43 gene GT_PGL_21_AGS_1 transcript source GenomeThreader seq_id C12HBa0224N06.1 type gene exon 89044 89874 gene_44 gene GT_PGL_22_AGS_1 transcript source GenomeThreader seq_id C12HBa0224N06.1 type gene exon 90309 90606 gene_45 gene GT_PGL_23_AGS_1 transcript source GenomeThreader seq_id C12HBa0224N06.1 type gene exon 91672 92253 gene_46 gene GT_PGL_24_AGS_1 transcript source GenomeThreader seq_id C12HBa0224N06.1 type gene exon 92531 93186 gene_47 gene GT_PGL_25_AGS_1 transcript source GenomeThreader seq_id C12HBa0224N06.1 type gene exon 101958 102138 exon 102225 102422 exon 102958 103029 exon 103233 103328 exon 103401 103480 exon 103599 103674 exon 103903 104113 exon 104198 104394 exon 104539 104647 exon 104782 104871 exon 104964 105773 gene_48 gene GT_PGL_25_AGS_2 transcript source GenomeThreader seq_id C12HBa0224N06.1 type gene exon 101959 102138 exon 102225 102422 exon 102958 103029 exon 103233 103328 exon 103445 103480 exon 103599 103674 exon 103903 104113 exon 104198 104394 exon 104539 104647 exon 104782 104871 exon 104964 105773 gene_49 gene GT_PGL_25_AGS_3 transcript source GenomeThreader seq_id C12HBa0224N06.1 type gene exon 101959 102138 exon 102225 102422 exon 102958 103029 exon 103233 103328 exon 103445 103480 exon 103599 103674 exon 103903 104113 exon 104198 104394 exon 104539 104831 gene_50 gene GT_PGL_26_AGS_1 transcript source GenomeThreader seq_id C12HBa0224N06.1 type gene exon 109304 108718 exon 106238 106180 exon 105748 105675 gene_51 gene GT_PGL_27_AGS_1 transcript source GenomeThreader seq_id C12HBa0224N06.1 type gene exon 108721 109523 exon 109588 109593 gene_52 gene GT_PGL_28_AGS_1 transcript source GenomeThreader seq_id C12HBa0224N06.1 type gene exon 113334 114087 gene_53 gene GT_PGL_28_AGS_2 transcript source GenomeThreader seq_id C12HBa0224N06.1 type gene exon 113344 113403 exon 114063 114499 gene_54 gene GT_PGL_29_AGS_1 transcript source GenomeThreader seq_id C12HBa0224N06.1 type gene exon 115541 115834 exon 116026 116190 exon 116328 116393 exon 116608 116676 exon 116753 117214 gene_55 gene GT_PGL_30_AGS_1 transcript source GenomeThreader seq_id C12HBa0224N06.1 type gene exon 119810 120187 exon 120373 120567 gene_56 gene GT_PGL_31_AGS_1 transcript source GenomeThreader seq_id C12HBa0224N06.1 type gene exon 122937 123017 exon 124024 124332 exon 126723 127245 gene_57 gene GT_PGL_31_AGS_2 transcript source GenomeThreader seq_id C12HBa0224N06.1 type gene exon 124009 124332 exon 126723 127245 gene_58 gene GT_PGL_31_AGS_3 transcript source GenomeThreader seq_id C12HBa0224N06.1 type gene exon 126134 127245 gene_59 gene GT_PGL_31_AGS_4 transcript source GenomeThreader seq_id C12HBa0224N06.1 type gene exon 122956 123017 exon 124024 124403 RepeatMasker tomato repeats master Copia00172 1108 1476 1 Copia00172 1108 1476 1 nucleotide_motif 916 11361 11700 SOD_SINE 92 193 1 SOD_SINE 92 193 1 nucleotide_motif 273 13487 13587 TS2 235 654 1 TS2 235 654 1 nucleotide_motif 454 15484 15889 SOD_SINE 90 134 1 SOD_SINE 90 134 1 nucleotide_motif 241 25703 25746 Copia00151 9582 9664 1 Copia00151 9582 9664 1 nucleotide_motif 252 34973 35056 Unknown00034 5145 5205 1 Unknown00034 5145 5205 1 nucleotide_motif 251 69826 69885 Unknown00034 5145 5209 1 Unknown00034 5145 5209 1 nucleotide_motif 372 71398 71462 ATCOPIA24I 2731 2802 1 ATCOPIA24I 2731 2802 1 nucleotide_motif 241 73629 73703 Copia00172 380 489 1 Copia00172 380 489 1 nucleotide_motif 255 85926 86040 GYCUME1_LTR 329 439 1 GYCUME1_LTR 329 439 1 nucleotide_motif 382 97904 98008 Gypsy00042 5946 6032 1 Gypsy00042 5946 6032 1 nucleotide_motif 481 97937 98023 SHAMUDRAV_MT 1541 1597 1 SHAMUDRAV_MT 1541 1597 1 nucleotide_motif 268 99509 99565 SONATA2 1 222 1 SONATA2 1 222 1 nucleotide_motif 586 101459 101649 TS2 525 2045 1 TS2 525 2045 1 nucleotide_motif 601 102644 102795 Copia00110 2024 2411 1 Copia00110 2024 2411 1 nucleotide_motif 940 121965 122341 Unknown00020 1 373 1 Unknown00020 1 373 1 nucleotide_motif 1265 122017 122392 RepeatMasker tomato repeats master TS 60 118 -1 TS 60 118 -1 nucleotide_motif 239 10945 10891 Copia00172 5195 5316 -1 Copia00172 5195 5316 -1 nucleotide_motif 466 18734 18613 Copia00172 1370 1488 -1 Copia00172 1370 1488 -1 nucleotide_motif 348 23611 23493 CACTA_LP 3075 3151 -1 CACTA_LP 3075 3151 -1 nucleotide_motif 238 73688 73619 STOWAWAY50_OS 926 1697 -1 STOWAWAY50_OS 926 1697 -1 nucleotide_motif 466 97936 97919 STOWAWAY50_OS 154 925 -1 STOWAWAY50_OS 154 925 -1 nucleotide_motif 466 98041 98024 Copia00172 5199 5318 -1 Copia00172 5199 5318 -1 nucleotide_motif 597 107611 107492 TLP1 216 285 -1 TLP1 216 285 -1 nucleotide_motif 242 109941 109873 Copia00172 5195 5311 -1 Copia00172 5195 5311 -1 nucleotide_motif 572 116544 116425 LSU-rRNA_Ath 2477 2624 -1 LSU-rRNA_Ath 2477 2624 -1 nucleotide_motif 566 117735 117593 Unknown00040 4350 4536 -1 Unknown00040 4350 4536 -1 nucleotide_motif 531 122513 122323 Copia00172 5199 5317 -1 Copia00172 5199 5317 -1 nucleotide_motif 425 125056 124937 BLAST_tomato_bacs Tomato BAC sequences BLAST_tomato_bacs Tomato BAC sequences match_1 match 2202 130751 131909 match_2 match 7039 124247 127818 match_3 match 2486 1 1299 match_4 match 2966 5218 6764 match_5 match 7218 1342 5186 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) match_1 match 337 94888 95069 match_2 match 1788 124248 125153 match_3 match 878 33148 33619 match_4 match 1294 85646 86375 match_5 match 1360 65731 66416 match_6 match 1160 102350 102974 match_7 match 1566 76538 77331 match_8 match 1130 106502 107096 match_9 match 349 94886 95069 match_10 match 850 121901 122350 match_11 match 850 121901 122350 match_12 match 315 94899 95069 match_13 match 1354 8382 9084 match_14 match 1096 117628 118275 match_15 match 1096 7688 8247 match_16 match 809 81633 82044 match_17 match 375 102302 102490 match_18 match 950 124247 124725 match_19 match 1178 65698 66299 match_20 match 396 69138 69353 match_21 match 1471 81594 82343 match_22 match 311 68500 68660 match_23 match 1156 76720 77302 match_24 match 1263 36582 37261 match_25 match 250 94936 95069 match_26 match 291 68500 68650 match_27 match 1360 82 783 match_28 match 1098 131328 131909 match_29 match 1150 83476 84118 match_30 match 890 83569 84072 match_31 match 341 94886 95065 match_32 match 341 94886 95069 match_33 match 335 94893 95069 match_34 match 347 94887 95069 match_35 match 1122 42755 43352 match_36 match 339 72458 72632 match_37 match 1189 65113 65720 match_38 match 1378 75940 76664 match_39 match 1402 72354 73064 match_40 match 1096 52111 52683 match_41 match 1245 75943 76604 match_42 match 353 75150 75348 match_43 match 525 75527 75857 match_44 match 1033 32428 32948 match_45 match 722 49232 49595 match_46 match 1100 118263 118850 match_47 match 785 14846 15262 match_48 match 270 94884 95027 match_49 match 989 11475 12018 match_50 match 1183 37242 37859 match_51 match 329 67004 67169 match_52 match 363 67275 67478 match_53 match 1179 118832 119426 match_54 match 932 92908 93377 match_55 match 1340 51476 52151 match_56 match 914 104000 104460 match_57 match 357 94886 95069 match_58 match 357 94886 95069 match_59 match 268 129968 130102 match_60 match 690 130121 130468 match_61 match 1100 44875 45429 match_62 match 967 83452 83990 match_63 match 914 55384 55844 match_64 match 357 94886 95069 match_65 match 1098 110927 111525 match_66 match 248 94945 95069 match_67 match 248 94886 95010 match_68 match 850 110927 111379 match_69 match 244 94891 95020 match_70 match 1384 103437 104134 match_71 match 1342 62737 63413 match_72 match 347 94882 95068 match_73 match 333 94891 95069 match_74 match 422 68502 68726 match_75 match 426 94855 95069 match_76 match 924 55090 55595 match_77 match 426 68500 68726 match_78 match 1051 17492 18021 match_79 match 351 106338 106514 match_80 match 975 17464 17959 match_81 match 333 106338 106505 match_82 match 329 67004 67169 match_83 match 367 94884 95068 match_84 match 624 23843 24169 match_85 match 1485 114081 114841 match_86 match 823 60692 61110 match_87 match 779 69366 69758 match_88 match 1124 102931 103512 match_89 match 1308 39298 39961 match_90 match 872 117849 118358 match_91 match 325 95670 95833 match_92 match 426 95848 96083 match_93 match 1427 24120 24839 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_1 match_part 0.956 2007 2097 match_part 1.000 2189 2419 match_part 1.000 2670 2783 match_2 match_part 0.994 2243 2419 match_part 1.000 2670 2825 match_part 0.981 2909 3062 match_3 match_part 1.000 2279 2419 match_part 1.000 2670 2825 match_part 1.000 2909 3086 match_part 1.000 3191 3372 match_part 1.000 4813 4927 match_4 match_part 1.000 3030 3086 match_part 1.000 3191 3372 match_part 1.000 4813 5166 match_part 0.957 5251 5344 match_part 1.000 5543 5570 match_5 match_part 1.000 4914 5166 match_part 1.000 5251 5344 match_part 1.000 5543 5821 match_6 match_part 1.000 5054 5166 match_part 1.000 5251 5344 match_part 1.000 5543 5707 match_7 match_part 1.000 5055 5166 match_part 1.000 5251 5344 match_part 1.000 5543 5710 match_8 match_part 1.000 5055 5166 match_part 1.000 5251 5344 match_part 1.000 5543 5710 match_9 match_part 1.000 5106 5166 match_part 1.000 5251 5344 match_part 1.000 5543 5871 match_10 match_part 1.000 5106 5166 match_part 1.000 5251 5344 match_part 0.993 5543 5818 match_11 match_part 1.000 5106 5166 match_part 1.000 5251 5344 match_part 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match_part 0.995 41859 41442 match_259 match_part 0.984 41687 41442 match_260 match_part 1.000 44673 44588 match_part 0.998 41933 41474 match_261 match_part 0.966 41832 41475 match_262 match_part 0.964 44643 44588 match_part 1.000 41933 41491 match_263 match_part 1.000 44649 44588 match_part 1.000 41933 41531 match_264 match_part 0.955 41933 41644 match_265 match_part 0.984 44711 44588 match_part 0.987 41933 41703 match_266 match_part 1.000 44688 44588 match_part 1.000 41933 41861 match_267 match_part 0.996 64927 64160 match_268 match_part 0.993 77153 76547 match_269 match_part 0.993 77153 76547 match_270 match_part 0.997 77153 76556 match_271 match_part 1.000 77153 76607 match_272 match_part 1.000 79607 79543 match_part 0.984 77494 76734 match_273 match_part 1.000 77447 76749 match_274 match_part 0.993 77183 76749 match_275 match_part 1.000 79605 79543 match_part 0.998 77494 76893 match_276 match_part 1.000 79599 79543 match_part 1.000 77494 76936 match_277 match_part 1.000 79597 79543 match_part 1.000 77494 76942 match_278 match_part 0.952 79605 79543 match_part 1.000 77494 77004 match_279 match_part 0.991 77989 77882 match_part 1.000 77494 77048 match_280 match_part 1.000 77989 77882 match_part 1.000 77494 77151 match_281 match_part 0.978 80648 80236 match_282 match_part 0.991 80576 80236 match_283 match_part 0.983 80538 80242 match_284 match_part 0.997 81094 80333 match_285 match_part 0.992 81068 80333 match_286 match_part 0.985 80936 80341 match_287 match_part 0.985 81093 80348 match_288 match_part 0.996 81057 80348 match_289 match_part 0.990 80729 80348 match_290 match_part 0.979 81077 80351 match_291 match_part 0.995 81093 80354 match_292 match_part 1.000 80823 80354 match_293 match_part 0.988 81071 80474 match_294 match_part 1.000 81063 80592 match_295 match_part 0.980 81070 80613 match_296 match_part 0.997 81070 80673 match_297 match_part 1.000 82853 82149 match_298 match_part 1.000 83787 83697 match_part 0.998 83074 82510 match_299 match_part 1.000 83758 83697 match_part 0.983 83074 82654 match_300 match_part 1.000 83787 83697 match_part 1.000 83074 82671 match_301 match_part 0.998 109304 108718 match_part 0.661 106238 106180 match_part 0.581 105748 105675 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C12HBa0224N06.1 type gene exon 2007 2097 exon 2189 2419 exon 2670 2825 exon 2909 3086 exon 3191 3372 exon 4813 5166 exon 5251 5344 exon 5543 6330 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C12HBa0224N06.1 type gene exon 6822 6804 exon 6444 5693 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C12HBa0224N06.1 type gene exon 8782 9159 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C12HBa0224N06.1 type gene exon 15195 15240 exon 16538 16772 exon 17362 17646 exon 17764 18130 exon 18236 18446 exon 19285 19581 exon 19781 19816 gene_5 gene GT_PGL_4_AGS_2 transcript source GenomeThreader seq_id C12HBa0224N06.1 type gene exon 15195 15240 exon 16538 16772 exon 17362 17646 exon 17764 18130 exon 18236 18446 exon 19285 19654 gene_6 gene GT_PGL_4_AGS_3 transcript source GenomeThreader seq_id C12HBa0224N06.1 type gene exon 15195 15240 exon 16538 16772 exon 17362 17646 exon 17764 18130 exon 18236 18446 exon 19285 19648 exon 20641 20662 gene_7 gene GT_PGL_4_AGS_4 transcript source GenomeThreader seq_id C12HBa0224N06.1 type gene exon 15195 15240 exon 16538 16772 exon 17362 17646 exon 17764 18130 exon 18236 18446 exon 19285 19536 exon 20188 20193 gene_8 gene GT_PGL_4_AGS_5 transcript source GenomeThreader seq_id C12HBa0224N06.1 type gene exon 15195 15240 exon 16538 16772 exon 17362 17646 exon 17764 18130 exon 18236 18446 exon 19285 19581 exon 19784 19821 gene_9 gene GT_PGL_4_AGS_6 transcript source GenomeThreader seq_id C12HBa0224N06.1 type gene exon 15195 15240 exon 16538 16772 exon 17362 17646 exon 17764 18130 exon 18236 18446 exon 19285 19557 exon 20641 20658 gene_10 gene GT_PGL_4_AGS_7 transcript source GenomeThreader seq_id C12HBa0224N06.1 type gene exon 15195 15240 exon 16538 16772 exon 17362 17646 exon 17764 18130 exon 18236 18446 exon 19285 19536 exon 20651 20658 gene_11 gene GT_PGL_4_AGS_8 transcript source GenomeThreader seq_id C12HBa0224N06.1 type gene exon 15195 15240 exon 16538 16772 exon 17362 17646 exon 17764 18130 exon 18236 18486 gene_12 gene GT_PGL_4_AGS_9 transcript source GenomeThreader seq_id C12HBa0224N06.1 type gene exon 15137 15146 exon 15208 15240 exon 16538 16772 exon 17362 17646 exon 17764 18130 exon 18236 18446 exon 19285 19581 exon 19781 19816 gene_13 gene GT_PGL_4_AGS_10 transcript source GenomeThreader seq_id C12HBa0224N06.1 type gene exon 15206 15240 exon 16527 16772 exon 17362 17646 exon 17764 18130 exon 18236 18446 exon 19285 19581 exon 19781 19816 gene_14 gene GT_PGL_4_AGS_11 transcript source GenomeThreader seq_id C12HBa0224N06.1 type gene exon 15817 15873 exon 16538 16772 exon 17362 17646 exon 17764 18130 exon 18236 18446 exon 19285 19581 exon 19781 19816 gene_15 gene GT_PGL_4_AGS_12 transcript source GenomeThreader seq_id C12HBa0224N06.1 type gene exon 15334 15367 exon 16538 16772 exon 17362 17646 exon 17764 18130 exon 18236 18446 exon 19285 19581 exon 19781 19816 gene_16 gene GT_PGL_4_AGS_13 transcript source GenomeThreader seq_id C12HBa0224N06.1 type gene exon 15200 15240 exon 15776 15812 exon 16538 16772 exon 17362 17646 exon 17764 18130 exon 18236 18446 exon 19285 19581 exon 19781 19816 gene_17 gene GT_PGL_4_AGS_14 transcript source GenomeThreader seq_id C12HBa0224N06.1 type gene exon 15188 15240 exon 15776 15818 exon 16538 16772 exon 17362 17646 exon 17764 18130 exon 18236 18446 exon 19285 19581 exon 19781 19816 gene_18 gene GT_PGL_4_AGS_15 transcript source GenomeThreader seq_id C12HBa0224N06.1 type gene exon 15200 15240 exon 16538 16561 exon 16720 16772 exon 17362 17646 exon 17764 18130 exon 18236 18446 exon 19285 19581 exon 19781 19816 gene_19 gene GT_PGL_4_AGS_16 transcript source GenomeThreader seq_id C12HBa0224N06.1 type gene exon 17354 17646 exon 17764 18130 exon 18236 18446 exon 19285 19581 exon 19781 19816 gene_20 gene GT_PGL_4_AGS_17 transcript source GenomeThreader seq_id C12HBa0224N06.1 type gene exon 17761 18648 gene_21 gene GT_PGL_4_AGS_18 transcript source GenomeThreader seq_id C12HBa0224N06.1 type gene exon 15195 15565 gene_22 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C12HBa0224N06.1 type gene exon 16739 16531 gene_23 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C12HBa0224N06.1 type gene exon 22723 22876 exon 22979 23031 exon 23152 23188 exon 24125 24196 exon 25350 25454 exon 25881 26037 exon 26164 26240 exon 26713 26984 exon 27079 27102 gene_24 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C12HBa0224N06.1 type gene exon 30731 30785 exon 32794 33454 gene_25 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C12HBa0224N06.1 type gene exon 34324 34575 exon 36595 36773 exon 36862 37024 exon 37183 37656 exon 37947 37971 gene_26 gene GT_PGL_8_AGS_2 transcript source GenomeThreader seq_id C12HBa0224N06.1 type gene exon 34324 34575 exon 36595 36773 exon 36862 37024 exon 37183 37652 exon 37947 37962 gene_27 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C12HBa0224N06.1 type gene exon 44757 44588 exon 41933 41388 gene_28 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C12HBa0224N06.1 type gene exon 45611 45861 exon 47301 47781 gene_29 gene GT_PGL_10_AGS_2 transcript source GenomeThreader seq_id C12HBa0224N06.1 type gene exon 47432 47635 exon 47823 47939 exon 48093 48391 gene_30 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C12HBa0224N06.1 type gene exon 49287 50099 exon 50173 50522 exon 50646 50667 gene_31 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C12HBa0224N06.1 type gene exon 52794 53488 gene_32 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C12HBa0224N06.1 type gene exon 53565 54292 gene_33 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C12HBa0224N06.1 type gene exon 64927 64160 gene_34 gene GT_PGL_15_AGS_1 transcript source GenomeThreader seq_id C12HBa0224N06.1 type gene exon 64186 64945 gene_35 gene GT_PGL_16_AGS_1 transcript source GenomeThreader seq_id C12HBa0224N06.1 type gene exon 79607 79543 exon 77494 76547 gene_36 gene GT_PGL_16_AGS_2 transcript source GenomeThreader seq_id C12HBa0224N06.1 type gene exon 77989 77882 exon 77494 76547 gene_37 gene GT_PGL_17_AGS_1 transcript source GenomeThreader seq_id C12HBa0224N06.1 type gene exon 81094 80236 gene_38 gene GT_PGL_18_AGS_1 transcript source GenomeThreader seq_id C12HBa0224N06.1 type gene exon 83787 83697 exon 83074 82149 gene_39 gene GT_PGL_19_AGS_1 transcript source GenomeThreader seq_id C12HBa0224N06.1 type gene exon 89044 89874 gene_40 gene GT_PGL_20_AGS_1 transcript source GenomeThreader seq_id C12HBa0224N06.1 type gene exon 90309 90606 gene_41 gene GT_PGL_21_AGS_1 transcript source GenomeThreader seq_id C12HBa0224N06.1 type gene exon 91672 92253 gene_42 gene GT_PGL_22_AGS_1 transcript source GenomeThreader seq_id C12HBa0224N06.1 type gene exon 92531 93186 gene_43 gene GT_PGL_23_AGS_1 transcript source GenomeThreader seq_id C12HBa0224N06.1 type gene exon 101958 102138 exon 102225 102422 exon 102958 103029 exon 103233 103328 exon 103401 103480 exon 103599 103674 exon 103903 104113 exon 104198 104394 exon 104539 104647 exon 104782 104871 exon 104964 105763 gene_44 gene GT_PGL_23_AGS_2 transcript source GenomeThreader seq_id C12HBa0224N06.1 type gene exon 101959 102138 exon 102225 102422 exon 102958 103029 exon 103233 103328 exon 103445 103480 exon 103599 103674 exon 103903 104113 exon 104198 104394 exon 104539 104647 exon 104782 104871 exon 104964 105763 gene_45 gene GT_PGL_24_AGS_1 transcript source GenomeThreader seq_id C12HBa0224N06.1 type gene exon 109304 108718 exon 106238 106180 exon 105748 105675 gene_46 gene GT_PGL_25_AGS_1 transcript source GenomeThreader seq_id C12HBa0224N06.1 type gene exon 108721 109523 exon 109588 109593 gene_47 gene GT_PGL_26_AGS_1 transcript source GenomeThreader seq_id C12HBa0224N06.1 type gene exon 113334 114087 gene_48 gene GT_PGL_26_AGS_2 transcript source GenomeThreader seq_id C12HBa0224N06.1 type gene exon 113344 113403 exon 114063 114499 gene_49 gene GT_PGL_27_AGS_1 transcript source GenomeThreader seq_id C12HBa0224N06.1 type gene exon 115541 115834 exon 116026 116190 exon 116328 116393 exon 116608 116676 exon 116753 117214 gene_50 gene GT_PGL_28_AGS_1 transcript source GenomeThreader seq_id C12HBa0224N06.1 type gene exon 119810 120187 exon 120373 120567 gene_51 gene GT_PGL_29_AGS_1 transcript source GenomeThreader seq_id C12HBa0224N06.1 type gene exon 122937 123017 exon 124024 124332 exon 126723 127245 gene_52 gene GT_PGL_29_AGS_2 transcript source GenomeThreader seq_id C12HBa0224N06.1 type gene exon 124009 124332 exon 126723 127245 gene_53 gene GT_PGL_29_AGS_3 transcript source GenomeThreader seq_id C12HBa0224N06.1 type gene exon 126134 127245 gene_54 gene GT_PGL_29_AGS_4 transcript source GenomeThreader seq_id C12HBa0224N06.1 type gene exon 122956 123017 exon 124024 124403 AUGUSTUS_tom_cdna de novo gene_1 gene 1 257 5964 transcript_1 transcript 257 5964 CDS_1 CDS 257 499 CDS_2 CDS 604 714 CDS_3 CDS 852 938 CDS_4 CDS 2017 2097 CDS_5 CDS 2189 2419 CDS_6 CDS 2670 2825 CDS_7 CDS 2909 3086 CDS_8 CDS 3191 3372 CDS_9 CDS 4813 5166 CDS_10 CDS 5251 5344 CDS_11 CDS 5543 5964 stop_codon_1 stop_codon 5962 5964 gene_2 gene 1 8482 9825 transcript_2 transcript 8482 9825 start_codon_1 start_codon 8482 8484 CDS_12 CDS 8482 9825 stop_codon_2 stop_codon 9823 9825 gene_3 gene 1 14085 16556 transcript_3 transcript 14085 16556 start_codon_2 start_codon 14085 14087 CDS_13 CDS 14085 14113 CDS_14 CDS 15076 15240 CDS_15 CDS 16538 16556 stop_codon_3 stop_codon 16554 16556 gene_4 gene 1 16649 19422 transcript_4 transcript 16649 19422 start_codon_3 start_codon 16649 16651 CDS_16 CDS 16649 16772 CDS_17 CDS 17362 17646 CDS_18 CDS 17764 18130 CDS_19 CDS 18236 18446 CDS_20 CDS 19285 19422 stop_codon_4 stop_codon 19420 19422 gene_5 gene 1 20709 32799 transcript_5 transcript 20709 32799 start_codon_4 start_codon 20709 20711 CDS_21 CDS 20709 20824 CDS_22 CDS 22654 22876 CDS_23 CDS 22979 23031 CDS_24 CDS 23152 23188 CDS_25 CDS 24125 24196 CDS_26 CDS 25350 25454 CDS_27 CDS 25881 26037 CDS_28 CDS 26164 26240 CDS_29 CDS 26713 26777 CDS_30 CDS 30731 30785 CDS_31 CDS 32794 32799 stop_codon_5 stop_codon 32797 32799 gene_6 gene 1 32850 33320 transcript_6 transcript 32850 33320 start_codon_5 start_codon 32850 32852 CDS_32 CDS 32850 33320 stop_codon_6 stop_codon 33318 33320 gene_7 gene 1 34369 37503 transcript_7 transcript 34369 37503 start_codon_6 start_codon 34369 34371 CDS_33 CDS 34369 34575 CDS_34 CDS 36595 36773 CDS_35 CDS 36862 37024 CDS_36 CDS 37183 37503 stop_codon_7 stop_codon 37501 37503 gene_8 gene 2 47360 66475 transcript_8 transcript 47360 66475 start_codon_7 start_codon 47360 47362 CDS_37 CDS 47360 47635 CDS_38 CDS 47823 47939 CDS_39 CDS 48093 50099 CDS_40 CDS 50173 50212 CDS_41 CDS 52210 53959 CDS_42 CDS 55084 55289 CDS_43 CDS 64104 66475 stop_codon_8 stop_codon 66473 66475 transcript_9 transcript 47540 66475 start_codon_8 start_codon 47540 47542 CDS_44 CDS 47540 47635 CDS_45 CDS 47823 47939 CDS_46 CDS 48093 50099 CDS_47 CDS 50173 50212 CDS_48 CDS 52210 53959 CDS_49 CDS 55084 55289 CDS_50 CDS 64104 66475 stop_codon_9 stop_codon 66473 66475 gene_9 gene 1 84192 85205 transcript_10 transcript 84192 85205 start_codon_9 start_codon 84192 84194 CDS_51 CDS 84192 85205 stop_codon_10 stop_codon 85203 85205 gene_10 gene 1 86535 87665 transcript_11 transcript 86535 87665 start_codon_10 start_codon 86535 86537 CDS_52 CDS 86535 87665 stop_codon_11 stop_codon 87663 87665 gene_11 gene 1 89092 90372 transcript_12 transcript 89092 90372 start_codon_11 start_codon 89092 89094 CDS_53 CDS 89092 90372 stop_codon_12 stop_codon 90370 90372 gene_12 gene 1 91745 92932 transcript_13 transcript 91745 92932 start_codon_12 start_codon 91745 91747 CDS_54 CDS 91745 92932 stop_codon_13 stop_codon 92930 92932 gene_13 gene 1 94347 94984 transcript_14 transcript 94347 94984 start_codon_13 start_codon 94347 94349 CDS_55 CDS 94347 94594 CDS_56 CDS 94888 94984 stop_codon_14 stop_codon 94982 94984 gene_14 gene 1 102043 105709 transcript_15 transcript 102043 105709 start_codon_14 start_codon 102043 102045 CDS_57 CDS 102043 102138 CDS_58 CDS 102225 102422 CDS_59 CDS 102958 103029 CDS_60 CDS 103233 103328 CDS_61 CDS 103401 103480 CDS_62 CDS 103599 103674 CDS_63 CDS 103903 104113 CDS_64 CDS 104198 104394 CDS_65 CDS 104539 104647 CDS_66 CDS 104782 104871 CDS_67 CDS 104964 105709 stop_codon_15 stop_codon 105707 105709 gene_15 gene 1 108045 109328 transcript_16 transcript 108045 109328 start_codon_15 start_codon 108045 108047 CDS_68 CDS 108045 109328 stop_codon_16 stop_codon 109326 109328 gene_16 gene 1 114222 116797 transcript_17 transcript 114222 116797 start_codon_16 start_codon 114222 114224 CDS_69 CDS 114222 114828 CDS_70 CDS 115479 115834 CDS_71 CDS 116026 116190 CDS_72 CDS 116328 116393 CDS_73 CDS 116608 116676 CDS_74 CDS 116753 116797 stop_codon_17 stop_codon 116795 116797 gene_17 gene 1 120179 127059 transcript_18 transcript 120179 127059 start_codon_17 start_codon 120179 120181 CDS_75 CDS 120179 120187 CDS_76 CDS 120373 120611 CDS_77 CDS 122931 123017 CDS_78 CDS 124024 124332 CDS_79 CDS 126723 127059 stop_codon_18 stop_codon 127057 127059 AUGUSTUS_tom_cdna de novo gene_18 gene 1 44663 41560 transcript_19 transcript 44663 41560 stop_codon_19 stop_codon 41562 41560 CDS_80 CDS 41933 41560 CDS_81 CDS 44663 44588 start_codon_18 start_codon 44663 44661 gene_19 gene 1 74495 73179 transcript_20 transcript 74495 73179 stop_codon_20 stop_codon 73181 73179 CDS_82 CDS 74495 73179 start_codon_19 start_codon 74495 74493 gene_20 gene 1 77188 76913 transcript_21 transcript 77188 76913 stop_codon_21 stop_codon 76915 76913 CDS_83 CDS 77188 76913 start_codon_20 start_codon 77188 77186 gene_21 gene 1 82951 80525 transcript_22 transcript 82951 80525 stop_codon_22 stop_codon 80527 80525 CDS_84 CDS 81075 80525 CDS_85 CDS 82951 82390 start_codon_21 start_codon 82951 82949 AUGUSTUS_ab_initio de novo gene_1 gene 1 257 9825 transcript_1 transcript 257 9825 CDS_1 CDS 257 499 CDS_2 CDS 604 714 CDS_3 CDS 852 938 CDS_4 CDS 2189 2359 CDS_5 CDS 2670 2825 CDS_6 CDS 2909 3086 CDS_7 CDS 5702 5896 CDS_8 CDS 8537 9825 stop_codon_1 stop_codon 9823 9825 gene_2 gene 1 16649 26057 transcript_2 transcript 16649 26057 start_codon_1 start_codon 16649 16651 CDS_9 CDS 16649 16772 CDS_10 CDS 17362 17646 CDS_11 CDS 17764 18130 CDS_12 CDS 22654 22876 CDS_13 CDS 25881 26057 stop_codon_2 stop_codon 26055 26057 gene_3 gene 1 32850 33320 transcript_3 transcript 32850 33320 start_codon_2 start_codon 32850 32852 CDS_14 CDS 32850 33320 stop_codon_3 stop_codon 33318 33320 gene_4 gene 1 34369 37503 transcript_4 transcript 34369 37503 start_codon_3 start_codon 34369 34371 CDS_15 CDS 34369 34428 CDS_16 CDS 36595 36773 CDS_17 CDS 36862 37024 CDS_18 CDS 37183 37503 stop_codon_4 stop_codon 37501 37503 gene_5 gene 1 49089 61817 transcript_5 transcript 49089 61817 start_codon_4 start_codon 49089 49091 CDS_19 CDS 49089 50099 CDS_20 CDS 55022 55289 CDS_21 CDS 61621 61817 stop_codon_5 stop_codon 61815 61817 gene_6 gene 1 65381 66475 transcript_6 transcript 65381 66475 start_codon_5 start_codon 65381 65383 CDS_22 CDS 65381 66475 stop_codon_6 stop_codon 66473 66475 gene_7 gene 1 84192 85205 transcript_7 transcript 84192 85205 start_codon_6 start_codon 84192 84194 CDS_23 CDS 84192 85205 stop_codon_7 stop_codon 85203 85205 gene_8 gene 1 86535 87665 transcript_8 transcript 86535 87665 start_codon_7 start_codon 86535 86537 CDS_24 CDS 86535 87665 stop_codon_8 stop_codon 87663 87665 gene_9 gene 1 89092 90372 transcript_9 transcript 89092 90372 start_codon_8 start_codon 89092 89094 CDS_25 CDS 89092 90372 stop_codon_9 stop_codon 90370 90372 gene_10 gene 1 91745 92932 transcript_10 transcript 91745 92932 start_codon_9 start_codon 91745 91747 CDS_26 CDS 91745 92932 stop_codon_10 stop_codon 92930 92932 gene_11 gene 1 94347 94706 transcript_11 transcript 94347 94706 start_codon_10 start_codon 94347 94349 CDS_27 CDS 94347 94706 stop_codon_11 stop_codon 94704 94706 gene_12 gene 1 102043 105709 transcript_12 transcript 102043 105709 start_codon_11 start_codon 102043 102045 CDS_28 CDS 102043 102138 CDS_29 CDS 102225 102422 CDS_30 CDS 103233 103328 CDS_31 CDS 103445 103470 CDS_32 CDS 103599 103674 CDS_33 CDS 103903 104113 CDS_34 CDS 104782 104871 CDS_35 CDS 104964 105709 stop_codon_12 stop_codon 105707 105709 gene_13 gene 1 108045 109328 transcript_13 transcript 108045 109328 start_codon_12 start_codon 108045 108047 CDS_36 CDS 108045 109328 stop_codon_13 stop_codon 109326 109328 gene_14 gene 1 114222 119867 transcript_14 transcript 114222 119867 start_codon_13 start_codon 114222 114224 CDS_37 CDS 114222 114828 CDS_38 CDS 115623 115834 CDS_39 CDS 116328 116393 CDS_40 CDS 116608 116676 CDS_41 CDS 119823 119867 stop_codon_14 stop_codon 119865 119867 gene_15 gene 1 126739 127059 transcript_15 transcript 126739 127059 start_codon_14 start_codon 126739 126741 CDS_42 CDS 126739 127059 stop_codon_15 stop_codon 127057 127059 AUGUSTUS_ab_initio de novo gene_16 gene 1 28230 27073 transcript_16 transcript 28230 27073 stop_codon_16 stop_codon 27075 27073 CDS_43 CDS 28230 27073 start_codon_15 start_codon 28230 28228 gene_17 gene 1 44663 41560 transcript_17 transcript 44663 41560 stop_codon_17 stop_codon 41562 41560 CDS_44 CDS 41933 41560 CDS_45 CDS 44663 44588 start_codon_16 start_codon 44663 44661 gene_18 gene 1 74495 73179 transcript_18 transcript 74495 73179 stop_codon_18 stop_codon 73181 73179 CDS_46 CDS 74495 73179 start_codon_17 start_codon 74495 74493 gene_19 gene 1 77470 76913 transcript_19 transcript 77470 76913 stop_codon_19 stop_codon 76915 76913 CDS_47 CDS 77470 76913 start_codon_18 start_codon 77470 77468 gene_20 gene 1 81007 80525 transcript_20 transcript 81007 80525 stop_codon_20 stop_codon 80527 80525 CDS_48 CDS 81007 80525 start_codon_19 start_codon 81007 81005 gene_21 gene 1 83062 82361 transcript_21 transcript 83062 82361 stop_codon_21 stop_codon 82363 82361 CDS_49 CDS 83062 82361 start_codon_20 start_codon 83062 83060 AUGUSTUS_tom_ugs de novo gene_1 gene 1 257 9825 transcript_1 transcript 257 9825 CDS_1 CDS 257 499 CDS_2 CDS 604 714 CDS_3 CDS 852 938 CDS_4 CDS 2017 2097 CDS_5 CDS 2189 2419 CDS_6 CDS 2670 2825 CDS_7 CDS 2909 3086 CDS_8 CDS 3191 3372 CDS_9 CDS 4813 5166 CDS_10 CDS 5251 5344 CDS_11 CDS 5543 5896 CDS_12 CDS 8537 9825 stop_codon_1 stop_codon 9823 9825 gene_2 gene 1 16649 19422 transcript_2 transcript 16649 19422 start_codon_1 start_codon 16649 16651 CDS_13 CDS 16649 16772 CDS_14 CDS 17362 17646 CDS_15 CDS 17764 18130 CDS_16 CDS 18236 18446 CDS_17 CDS 19285 19422 stop_codon_2 stop_codon 19420 19422 gene_3 gene 1 20709 32799 transcript_3 transcript 20709 32799 start_codon_2 start_codon 20709 20711 CDS_18 CDS 20709 20824 CDS_19 CDS 22654 22876 CDS_20 CDS 22979 23031 CDS_21 CDS 23152 23188 CDS_22 CDS 24125 24196 CDS_23 CDS 25350 25454 CDS_24 CDS 25881 26037 CDS_25 CDS 26164 26240 CDS_26 CDS 26713 26777 CDS_27 CDS 30731 30785 CDS_28 CDS 32794 32799 stop_codon_3 stop_codon 32797 32799 gene_4 gene 1 32850 33320 transcript_4 transcript 32850 33320 start_codon_3 start_codon 32850 32852 CDS_29 CDS 32850 33320 stop_codon_4 stop_codon 33318 33320 gene_5 gene 1 34369 37503 transcript_5 transcript 34369 37503 start_codon_4 start_codon 34369 34371 CDS_30 CDS 34369 34575 CDS_31 CDS 36595 36773 CDS_32 CDS 36862 37024 CDS_33 CDS 37183 37503 stop_codon_5 stop_codon 37501 37503 gene_6 gene 1 47360 61817 transcript_6 transcript 47360 61817 start_codon_5 start_codon 47360 47362 CDS_34 CDS 47360 47635 CDS_35 CDS 47823 47939 CDS_36 CDS 48093 50099 CDS_37 CDS 50173 50212 CDS_38 CDS 55137 55289 CDS_39 CDS 61621 61817 stop_codon_6 stop_codon 61815 61817 gene_7 gene 1 65381 66475 transcript_7 transcript 65381 66475 start_codon_6 start_codon 65381 65383 CDS_40 CDS 65381 66475 stop_codon_7 stop_codon 66473 66475 gene_8 gene 1 84192 85205 transcript_8 transcript 84192 85205 start_codon_7 start_codon 84192 84194 CDS_41 CDS 84192 85205 stop_codon_8 stop_codon 85203 85205 gene_9 gene 1 86535 87665 transcript_9 transcript 86535 87665 start_codon_8 start_codon 86535 86537 CDS_42 CDS 86535 87665 stop_codon_9 stop_codon 87663 87665 gene_10 gene 1 89092 90372 transcript_10 transcript 89092 90372 start_codon_9 start_codon 89092 89094 CDS_43 CDS 89092 90372 stop_codon_10 stop_codon 90370 90372 gene_11 gene 1 91745 92932 transcript_11 transcript 91745 92932 start_codon_10 start_codon 91745 91747 CDS_44 CDS 91745 92932 stop_codon_11 stop_codon 92930 92932 gene_12 gene 1 94347 94937 transcript_12 transcript 94347 94937 start_codon_11 start_codon 94347 94349 CDS_45 CDS 94347 94698 CDS_46 CDS 94888 94937 stop_codon_12 stop_codon 94935 94937 gene_13 gene 1 102043 105709 transcript_13 transcript 102043 105709 start_codon_12 start_codon 102043 102045 CDS_47 CDS 102043 102138 CDS_48 CDS 102225 102422 CDS_49 CDS 103233 103328 CDS_50 CDS 103445 103470 CDS_51 CDS 103599 103674 CDS_52 CDS 103903 104113 CDS_53 CDS 104782 104871 CDS_54 CDS 104964 105709 stop_codon_13 stop_codon 105707 105709 gene_14 gene 1 108045 109328 transcript_14 transcript 108045 109328 start_codon_13 start_codon 108045 108047 CDS_55 CDS 108045 109328 stop_codon_14 stop_codon 109326 109328 gene_15 gene 1 114222 116797 transcript_15 transcript 114222 116797 start_codon_14 start_codon 114222 114224 CDS_56 CDS 114222 114828 CDS_57 CDS 115479 115834 CDS_58 CDS 116026 116190 CDS_59 CDS 116328 116393 CDS_60 CDS 116608 116676 CDS_61 CDS 116753 116797 stop_codon_15 stop_codon 116795 116797 gene_16 gene 1 120179 120699 transcript_16 transcript 120179 120699 start_codon_15 start_codon 120179 120181 CDS_62 CDS 120179 120187 CDS_63 CDS 120373 120699 stop_codon_16 stop_codon 120697 120699 gene_17 gene 2 122980 127059 transcript_17 transcript 122980 127059 start_codon_16 start_codon 122980 122982 CDS_64 CDS 122980 123017 CDS_65 CDS 124024 124332 CDS_66 CDS 126723 127059 stop_codon_17 stop_codon 127057 127059 transcript_18 transcript 126739 127059 start_codon_17 start_codon 126739 126741 CDS_67 CDS 126739 127059 stop_codon_18 stop_codon 127057 127059 AUGUSTUS_tom_ugs de novo gene_18 gene 1 44663 41560 transcript_19 transcript 44663 41560 stop_codon_19 stop_codon 41562 41560 CDS_68 CDS 41933 41560 CDS_69 CDS 44663 44588 start_codon_18 start_codon 44663 44661 gene_19 gene 1 74495 73179 transcript_20 transcript 74495 73179 stop_codon_20 stop_codon 73181 73179 CDS_70 CDS 74495 73179 start_codon_19 start_codon 74495 74493 gene_20 gene 1 77470 76913 transcript_21 transcript 77470 76913 stop_codon_21 stop_codon 76915 76913 CDS_71 CDS 77470 76913 start_codon_20 start_codon 77470 77468 gene_21 gene 1 81007 80525 transcript_22 transcript 81007 80525 stop_codon_22 stop_codon 80527 80525 CDS_72 CDS 81007 80525 start_codon_21 start_codon 81007 81005 gene_22 gene 1 83119 82361 transcript_23 transcript 83119 82361 stop_codon_23 stop_codon 82363 82361 CDS_73 CDS 83119 82361 start_codon_22 start_codon 83119 83117 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_1 match_part 0.956 2007 2097 match_part 1.000 2189 2419 match_part 1.000 2670 2825 match_part 1.000 2909 3086 match_part 1.000 3191 3372 match_part 1.000 4813 5166 match_part 1.000 5251 5344 match_part 1.000 5543 6444 match_part 0.737 7043 7061 match_2 match_part 0.989 8782 9159 match_3 match_part 0.930 15195 15565 match_4 match_part 1.000 15202 15240 match_part 1.000 16538 16772 match_part 1.000 17362 17646 match_part 1.000 17764 18130 match_part 1.000 18236 18446 match_part 1.000 19285 19648 match_part 0.591 20641 20662 match_5 match_part 1.000 15221 15240 match_part 0.971 16538 16710 match_6 match_part 0.997 17761 18648 match_7 match_part 1.000 22723 22876 match_part 1.000 22979 23031 match_part 1.000 23152 23188 match_part 1.000 24125 24196 match_part 1.000 25350 25454 match_part 1.000 25881 26037 match_part 0.974 26164 26240 match_part 1.000 26713 26767 match_8 match_part 0.875 26030 26037 match_part 0.922 26164 26240 match_part 0.963 26713 26984 match_part 0.708 27079 27102 match_9 match_part 0.964 30731 30785 match_part 0.980 32794 33454 match_10 match_part 1.000 34324 34575 match_part 1.000 36595 36773 match_part 1.000 36862 37024 match_part 0.998 37183 37650 match_part 0.538 37947 37972 match_11 match_part 0.996 45611 45861 match_part 1.000 47301 47635 match_part 1.000 47823 47939 match_part 0.986 48093 48376 match_12 match_part 1.000 49287 50099 match_part 0.989 50173 50522 match_part 0.500 50646 50667 match_13 match_part 1.000 52794 53488 match_14 match_part 0.995 64160 64945 match_15 match_part 0.987 76547 77510 match_part 0.500 77750 77783 match_part 0.922 77926 77989 match_16 match_part 0.995 89044 89874 match_17 match_part 0.993 90309 90606 match_18 match_part 1.000 91672 92248 match_19 match_part 0.989 101958 102138 match_part 1.000 102225 102422 match_part 1.000 102958 103029 match_part 1.000 103233 103328 match_part 1.000 103401 103480 match_part 1.000 103599 103674 match_part 1.000 103903 104113 match_part 1.000 104198 104394 match_part 1.000 104539 104647 match_part 1.000 104782 104871 match_part 0.992 104964 105759 match_20 match_part 0.937 113334 113951 match_21 match_part 1.000 113344 113403 match_part 0.970 114063 114499 match_22 match_part 0.993 113359 114087 match_23 match_part 1.000 115541 115834 match_part 1.000 116026 116190 match_part 1.000 116328 116393 match_part 1.000 116608 116676 match_part 0.976 116753 117214 match_24 match_part 1.000 119810 120187 match_part 1.000 120373 120567 match_25 match_part 1.000 122937 123017 match_part 1.000 124024 124332 match_part 1.000 126723 127196 match_26 match_part 0.985 126134 126850 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_27 match_part 1.000 44688 44588 match_part 1.000 41933 41388 match_28 match_part 0.999 54292 53565 match_29 match_part 0.993 81093 80236 match_30 match_part 1.000 83787 83697 match_part 1.000 83074 82149 match_31 match_part 1.000 93184 92531 match_32 match_part 0.998 109304 108718 match_part 0.661 106238 106180 match_part 0.581 105748 105675 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C12HBa0224N06.1 type gene exon 2007 2097 exon 2189 2419 exon 2670 2825 exon 2909 3086 exon 3191 3372 exon 4813 5166 exon 5251 5344 exon 5543 6444 exon 7043 7061 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C12HBa0224N06.1 type gene exon 8782 9159 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C12HBa0224N06.1 type gene exon 15202 15240 exon 16538 16772 exon 17362 17646 exon 17764 18130 exon 18236 18446 exon 19285 19648 exon 20641 20662 gene_4 gene GT_PGL_3_AGS_2 transcript source GenomeThreader seq_id C12HBa0224N06.1 type gene exon 17761 18648 gene_5 gene GT_PGL_3_AGS_3 transcript source GenomeThreader seq_id C12HBa0224N06.1 type gene exon 15195 15565 gene_6 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C12HBa0224N06.1 type gene exon 22723 22876 exon 22979 23031 exon 23152 23188 exon 24125 24196 exon 25350 25454 exon 25881 26037 exon 26164 26240 exon 26713 26984 exon 27079 27102 gene_7 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C12HBa0224N06.1 type gene exon 30731 30785 exon 32794 33454 gene_8 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C12HBa0224N06.1 type gene exon 34324 34575 exon 36595 36773 exon 36862 37024 exon 37183 37650 exon 37947 37972 gene_9 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C12HBa0224N06.1 type gene exon 44688 44588 exon 41933 41388 gene_10 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C12HBa0224N06.1 type gene exon 45611 45861 exon 47301 47635 exon 47823 47939 exon 48093 48376 gene_11 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C12HBa0224N06.1 type gene exon 49287 50099 exon 50173 50522 exon 50646 50667 gene_12 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C12HBa0224N06.1 type gene exon 52794 53488 gene_13 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C12HBa0224N06.1 type gene exon 54292 53565 gene_14 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C12HBa0224N06.1 type gene exon 64160 64945 gene_15 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C12HBa0224N06.1 type gene exon 76547 77510 exon 77750 77783 exon 77926 77989 gene_16 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C12HBa0224N06.1 type gene exon 81093 80236 gene_17 gene GT_PGL_15_AGS_1 transcript source GenomeThreader seq_id C12HBa0224N06.1 type gene exon 83787 83697 exon 83074 82149 gene_18 gene GT_PGL_16_AGS_1 transcript source GenomeThreader seq_id C12HBa0224N06.1 type gene exon 89044 89874 gene_19 gene GT_PGL_17_AGS_1 transcript source GenomeThreader seq_id C12HBa0224N06.1 type gene exon 90309 90606 gene_20 gene GT_PGL_18_AGS_1 transcript source GenomeThreader seq_id C12HBa0224N06.1 type gene exon 91672 92248 gene_21 gene GT_PGL_19_AGS_1 transcript source GenomeThreader seq_id C12HBa0224N06.1 type gene exon 93184 92531 gene_22 gene GT_PGL_20_AGS_1 transcript source GenomeThreader seq_id C12HBa0224N06.1 type gene exon 101958 102138 exon 102225 102422 exon 102958 103029 exon 103233 103328 exon 103401 103480 exon 103599 103674 exon 103903 104113 exon 104198 104394 exon 104539 104647 exon 104782 104871 exon 104964 105759 gene_23 gene GT_PGL_21_AGS_1 transcript source GenomeThreader seq_id C12HBa0224N06.1 type gene exon 109304 108718 exon 106238 106180 exon 105748 105675 gene_24 gene GT_PGL_22_AGS_1 transcript source GenomeThreader seq_id C12HBa0224N06.1 type gene exon 113334 114087 gene_25 gene GT_PGL_22_AGS_2 transcript source GenomeThreader seq_id C12HBa0224N06.1 type gene exon 113344 113403 exon 114063 114499 gene_26 gene GT_PGL_23_AGS_1 transcript source GenomeThreader seq_id C12HBa0224N06.1 type gene exon 115541 115834 exon 116026 116190 exon 116328 116393 exon 116608 116676 exon 116753 117214 gene_27 gene GT_PGL_24_AGS_1 transcript source GenomeThreader seq_id C12HBa0224N06.1 type gene exon 119810 120187 exon 120373 120567 gene_28 gene GT_PGL_25_AGS_1 transcript source GenomeThreader seq_id C12HBa0224N06.1 type gene exon 122937 123017 exon 124024 124332 exon 126723 127196 gene_29 gene GT_PGL_25_AGS_2 transcript source GenomeThreader seq_id C12HBa0224N06.1 type gene exon 126134 126850 GenomeThreader_SGN_markers SGN marker sequences match_1 match_part 0.994 2243 2419 match_part 1.000 2670 2825 match_part 0.981 2909 3062 match_2 match_part 0.996 5998 6537 match_3 match_part 1.000 5998 6536 match_4 match_part 0.938 15194 15497 match_5 match_part 0.930 15195 15565 match_6 match_part 1.000 17518 17646 match_part 1.000 17764 18130 match_part 1.000 18236 18260 match_7 match_part 0.984 18007 18130 match_part 1.000 18236 18446 match_part 0.990 19285 19494 match_8 match_part 1.000 18090 18130 match_part 1.000 18236 18446 match_part 0.972 19285 19500 match_9 match_part 1.000 34324 34575 match_part 1.000 36595 36773 match_part 1.000 36862 37024 match_part 0.998 37183 37650 match_part 0.538 37947 37972 match_10 match_part 0.949 34362 34575 match_part 0.978 36595 36773 match_part 0.982 36862 37024 match_part 0.929 37183 37633 match_part 0.600 37725 37774 match_part 0.571 37947 37960 match_11 match_part 1.000 122972 123017 match_part 1.000 124024 124332 match_part 1.000 126723 126790 GenomeThreader_SGN_markers SGN marker sequences match_12 match_part 0.898 77989 77882 match_part 0.996 77494 76547 match_13 match_part 0.973 79616 79543 match_part 0.960 77494 76869 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C12HBa0224N06.1 type gene exon 2243 2419 exon 2670 2825 exon 2909 3062 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C12HBa0224N06.1 type gene exon 5998 6537 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C12HBa0224N06.1 type gene exon 15194 15565 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C12HBa0224N06.1 type gene exon 17518 17646 exon 17764 18130 exon 18236 18446 exon 19285 19500 gene_5 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C12HBa0224N06.1 type gene exon 34324 34575 exon 36595 36773 exon 36862 37024 exon 37183 37650 exon 37947 37972 gene_6 gene GT_PGL_5_AGS_2 transcript source GenomeThreader seq_id C12HBa0224N06.1 type gene exon 34362 34575 exon 36595 36773 exon 36862 37024 exon 37183 37633 exon 37725 37774 exon 37947 37960 gene_7 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C12HBa0224N06.1 type gene exon 79616 79543 exon 77494 76869 gene_8 gene GT_PGL_6_AGS_2 transcript source GenomeThreader seq_id C12HBa0224N06.1 type gene exon 77989 77882 exon 77494 76547 gene_9 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C12HBa0224N06.1 type gene exon 122972 123017 exon 124024 124332 exon 126723 126790 AUGUSTUS_tom_pot_cdna de novo gene_1 gene 1 257 5964 transcript_1 transcript 257 5964 CDS_1 CDS 257 499 CDS_2 CDS 604 714 CDS_3 CDS 852 938 CDS_4 CDS 2017 2097 CDS_5 CDS 2189 2419 CDS_6 CDS 2670 2825 CDS_7 CDS 2909 3086 CDS_8 CDS 3191 3372 CDS_9 CDS 4813 5166 CDS_10 CDS 5251 5344 CDS_11 CDS 5543 5964 stop_codon_1 stop_codon 5962 5964 gene_2 gene 1 8482 9825 transcript_2 transcript 8482 9825 start_codon_1 start_codon 8482 8484 CDS_12 CDS 8482 9825 stop_codon_2 stop_codon 9823 9825 gene_3 gene 1 14085 16556 transcript_3 transcript 14085 16556 start_codon_2 start_codon 14085 14087 CDS_13 CDS 14085 14113 CDS_14 CDS 15076 15240 CDS_15 CDS 16538 16556 stop_codon_3 stop_codon 16554 16556 gene_4 gene 1 16649 19422 transcript_4 transcript 16649 19422 start_codon_3 start_codon 16649 16651 CDS_16 CDS 16649 16772 CDS_17 CDS 17362 17646 CDS_18 CDS 17764 18130 CDS_19 CDS 18236 18446 CDS_20 CDS 19285 19422 stop_codon_4 stop_codon 19420 19422 gene_5 gene 1 19456 26778 transcript_5 transcript 19456 26778 start_codon_4 start_codon 19456 19458 CDS_21 CDS 19456 19523 CDS_22 CDS 20651 20824 CDS_23 CDS 22654 22876 CDS_24 CDS 22979 23031 CDS_25 CDS 23152 23188 CDS_26 CDS 24125 24196 CDS_27 CDS 25350 25454 CDS_28 CDS 25881 26037 CDS_29 CDS 26164 26240 CDS_30 CDS 26713 26778 stop_codon_5 stop_codon 26776 26778 gene_6 gene 1 28247 32881 transcript_6 transcript 28247 32881 start_codon_5 start_codon 28247 28249 CDS_31 CDS 28247 28325 CDS_32 CDS 30731 30785 CDS_33 CDS 32794 32881 stop_codon_6 stop_codon 32879 32881 gene_7 gene 1 34369 37503 transcript_7 transcript 34369 37503 start_codon_6 start_codon 34369 34371 CDS_34 CDS 34369 34575 CDS_35 CDS 36595 36773 CDS_36 CDS 36862 37024 CDS_37 CDS 37183 37503 stop_codon_7 stop_codon 37501 37503 gene_8 gene 2 47360 50232 transcript_8 transcript 47360 50232 start_codon_7 start_codon 47360 47362 CDS_38 CDS 47360 47635 CDS_39 CDS 47823 47939 CDS_40 CDS 48093 50099 CDS_41 CDS 50173 50232 stop_codon_8 stop_codon 50230 50232 transcript_9 transcript 47540 50232 start_codon_8 start_codon 47540 47542 CDS_42 CDS 47540 47635 CDS_43 CDS 47823 47939 CDS_44 CDS 48093 50099 CDS_45 CDS 50173 50232 stop_codon_9 stop_codon 50230 50232 gene_9 gene 1 52707 66475 transcript_10 transcript 52707 66475 start_codon_9 start_codon 52707 52709 CDS_46 CDS 52707 53959 CDS_47 CDS 55084 55289 CDS_48 CDS 64104 66475 stop_codon_10 stop_codon 66473 66475 gene_10 gene 1 84192 85205 transcript_11 transcript 84192 85205 start_codon_10 start_codon 84192 84194 CDS_49 CDS 84192 85205 stop_codon_11 stop_codon 85203 85205 gene_11 gene 1 86535 87665 transcript_12 transcript 86535 87665 start_codon_11 start_codon 86535 86537 CDS_50 CDS 86535 87665 stop_codon_12 stop_codon 87663 87665 gene_12 gene 1 89092 90372 transcript_13 transcript 89092 90372 start_codon_12 start_codon 89092 89094 CDS_51 CDS 89092 90372 stop_codon_13 stop_codon 90370 90372 gene_13 gene 1 91745 92932 transcript_14 transcript 91745 92932 start_codon_13 start_codon 91745 91747 CDS_52 CDS 91745 92932 stop_codon_14 stop_codon 92930 92932 gene_14 gene 1 94347 94984 transcript_15 transcript 94347 94984 start_codon_14 start_codon 94347 94349 CDS_53 CDS 94347 94594 CDS_54 CDS 94888 94984 stop_codon_15 stop_codon 94982 94984 gene_15 gene 1 102043 105709 transcript_16 transcript 102043 105709 start_codon_15 start_codon 102043 102045 CDS_55 CDS 102043 102138 CDS_56 CDS 102225 102422 CDS_57 CDS 102958 103029 CDS_58 CDS 103233 103328 CDS_59 CDS 103401 103480 CDS_60 CDS 103599 103674 CDS_61 CDS 103903 104113 CDS_62 CDS 104198 104394 CDS_63 CDS 104539 104647 CDS_64 CDS 104782 104871 CDS_65 CDS 104964 105709 stop_codon_16 stop_codon 105707 105709 gene_16 gene 1 108045 109328 transcript_17 transcript 108045 109328 start_codon_16 start_codon 108045 108047 CDS_66 CDS 108045 109328 stop_codon_17 stop_codon 109326 109328 gene_17 gene 1 114222 116797 transcript_18 transcript 114222 116797 start_codon_17 start_codon 114222 114224 CDS_67 CDS 114222 114828 CDS_68 CDS 115479 115834 CDS_69 CDS 116026 116190 CDS_70 CDS 116328 116393 CDS_71 CDS 116608 116676 CDS_72 CDS 116753 116797 stop_codon_18 stop_codon 116795 116797 gene_18 gene 1 120179 127059 transcript_19 transcript 120179 127059 start_codon_18 start_codon 120179 120181 CDS_73 CDS 120179 120187 CDS_74 CDS 120373 120611 CDS_75 CDS 122931 123017 CDS_76 CDS 124024 124332 CDS_77 CDS 126723 127059 stop_codon_19 stop_codon 127057 127059 AUGUSTUS_tom_pot_cdna de novo gene_19 gene 1 27807 27073 transcript_20 transcript 27807 27073 stop_codon_20 stop_codon 27075 27073 CDS_78 CDS 27807 27073 start_codon_19 start_codon 27807 27805 gene_20 gene 1 44663 41560 transcript_21 transcript 44663 41560 stop_codon_21 stop_codon 41562 41560 CDS_79 CDS 41933 41560 CDS_80 CDS 44663 44588 start_codon_20 start_codon 44663 44661 gene_21 gene 1 74495 73179 transcript_22 transcript 74495 73179 stop_codon_22 stop_codon 73181 73179 CDS_81 CDS 74495 73179 start_codon_21 start_codon 74495 74493 gene_22 gene 1 77188 76913 transcript_23 transcript 77188 76913 stop_codon_23 stop_codon 76915 76913 CDS_82 CDS 77188 76913 start_codon_22 start_codon 77188 77186 gene_23 gene 1 82951 80525 transcript_24 transcript 82951 80525 stop_codon_24 stop_codon 80527 80525 CDS_83 CDS 81075 80525 CDS_84 CDS 82951 82390 start_codon_23 start_codon 82951 82949 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_1 match 152 124031 124333 match_2 match 189 126715 127029 match_3 match 109 52866 53669 match_4 match 201 51489 54005 match_5 match 146 59564 61543 match_6 match 156 64571 66400 match_7 match 118 64292 65413 match_8 match 60.1 61551 61883 match_9 match 159 64286 65974 match_10 match 164 51495 53243 match_11 match 169 60035 61534 match_12 match 179 59270 61048 match_13 match 180 64430 66181 match_14 match 188 52026 53816 match_15 match 114 51603 52835 match_16 match 115 64292 65206 match_17 match 135 51468 53114 match_18 match 154 51921 53597 match_19 match 159 52344 53663 match_20 match 154 59540 61126 match_21 match 147 60146 61546 match_22 match 159 64256 65716 match_23 match 173 64514 66121 match_24 match 135 51468 53114 match_25 match 154 51921 53597 match_26 match 159 52344 53663 match_27 match 154 59540 61126 match_28 match 147 60146 61546 match_29 match 159 64256 65716 match_30 match 173 64514 66121 match_31 match 112 59276 60967 match_32 match 124 52347 53333 match_33 match 124 64589 65716 match_34 match 138 64256 65485 match_35 match 130 60041 61180 match_36 match 135 59846 61039 match_37 match 136 52602 53831 match_38 match 113 65015 66163 match_39 match 156 52155 53324 match_40 match 133 65000 66208 match_41 match 106 60008 60646 match_42 match 105 60578 61246 match_43 match 197 59264 61525 match_44 match 107 51543 52802 match_45 match 190 51915 53792 match_46 match 179 59876 61543 match_47 match 186 64295 66118 match_48 match 105 59501 60349 match_49 match 124 60113 61510 match_50 match 187 59276 61039 match_51 match 158 64319 66202 match_52 match 151 52326 53669 match_53 match 176 51906 53819 match_54 match 199 51471 53102 match_55 match 149 64295 65485 match_56 match 168 51471 53174 match_57 match 164 59330 61096 match_58 match 117 60317 61537 match_59 match 170 64289 66352 match_60 match 117 64706 66073 match_61 match 177 52140 53894 match_62 match 149 60110 61534 match_63 match 194 59876 61570 match_64 match 206 59456 61270 match_65 match 191 63875 65902 match_66 match 197 64442 66121 match_67 match 118 60710 61543 match_68 match 213 51921 53663 match_69 match 175 52071 53738 match_70 match 139 64682 66118 match_71 match 167 60035 61534 match_72 match 227 51501 53333 match_73 match 139 52773 53663 match_74 match 244 49305 50099 match_75 match 110 48378 48632 match_76 match 64.3 128405 128710 match_77 match 79.3 127960 128307 match_78 match 62.0 128823 129056 match_79 match 163 59420 61255 match_80 match 171 51468 53333 match_81 match 152 60083 61546 match_82 match 158 59870 61285 match_83 match 136 64256 65728 match_84 match 175 52077 53663 match_85 match 172 64502 66217 match_86 match 113 52899 53669 match_87 match 41.6 61545 61751 match_88 match 160 49314 50117 match_89 match 105 52842 53660 match_90 match 122 59333 60709 match_91 match 130 64259 65419 match_92 match 114 59912 60973 match_93 match 118 64325 65419 match_94 match 122 59333 60709 match_95 match 110 51909 53102 match_96 match 108 52863 53810 match_97 match 135 59846 61039 match_98 match 161 59279 61261 match_99 match 146 63752 65974 match_100 match 138 51942 53840 match_101 match 119 59912 61039 match_102 match 113 64331 65419 match_103 match 109 64259 65419 match_104 match 105 60062 61045 match_105 match 174 63923 65905 match_106 match 220 51447 53522 match_107 match 164 60011 61549 match_108 match 155 64559 66121 match_109 match 216 59324 61321 match_110 match 118 52887 53669 match_111 match 186 64430 66175 match_112 match 219 52047 53792 match_113 match 27.7 61551 61664 match_114 match 144 51318 53105 match_115 match 127 60392 61546 match_116 match 151 59264 61018 match_117 match 141 52413 53786 match_118 match 169 59765 61525 match_119 match 135 64259 65413 match_120 match 147 60158 61543 match_121 match 156 52404 53666 match_122 match 124 64796 66118 match_123 match 172 52077 53642 match_124 match 138 64313 65626 match_125 match 148 64412 66079 match_126 match 149 59993 61534 match_127 match 195 63764 66166 match_128 match 177 59501 61201 match_129 match 239 59276 61525 match_130 match 231 51306 53669 match_131 match 164 51546 53102 match_132 match 175 63884 65803 match_133 match 196 64259 66181 match_134 match 135 52773 53738 match_135 match 133 60656 61543 match_136 match 32.0 61560 61664 match_137 match 147 59402 61111 match_138 match 449 59261 61543 match_139 match 502 51357 53975 match_140 match 464 63752 66352 match_141 match 61.2 61545 61748 match_142 match 151 59411 61219 match_143 match 425 59276 61546 match_144 match 500 51240 53975 match_145 match 458 63746 66352 match_146 match 70.5 127963 128316 match_147 match 68.9 128396 128713 match_148 match 55.5 128814 129053 match_149 match 67.4 127972 128316 match_150 match 63.9 128817 129056 match_151 match 72.0 128414 128713 match_152 match 68.2 127963 128316 match_153 match 83.2 128396 128713 match_154 match 84.0 128814 129056 match_155 match 170 59282 61549 match_156 match 156 64289 66208 match_157 match 182 51474 53828 match_158 match 140 51357 53327 match_159 match 134 59504 61180 match_160 match 115 52533 53663 match_161 match 171 59267 61702 match_162 match 119 52110 53666 match_163 match 189 51450 53663 match_164 match 189 64253 66346 match_165 match 174 59924 61552 match_166 match 127 52566 53669 match_167 match 196 64259 66292 match_168 match 133 64541 66118 match_169 match 186 59924 61552 match_170 match 176 51960 53663 match_171 match 118 52347 53819 match_172 match 144 59852 61417 match_173 match 122 52059 53204 match_174 match 127 64388 65509 match_175 match 128 64316 65488 match_176 match 139 52134 53324 match_177 match 118 64952 66202 match_178 match 149 51477 53321 match_179 match 138 52356 53663 match_180 match 149 59276 61246 match_181 match 159 59861 61525 match_182 match 166 51597 53603 match_183 match 120 59504 60820 match_184 match 138 64256 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match_216 match 161 59432 61039 match_217 match 147 52341 53669 match_218 match 168 51309 53174 match_219 match 171 51915 53819 match_220 match 123 60317 61294 match_221 match 128 59504 61018 match_222 match 196 51453 53543 match_223 match 141 52371 53669 match_224 match 211 59282 61510 match_225 match 187 52059 53738 match_226 match 145 60239 61537 match_227 match 202 64253 66349 match_228 match 207 51870 53663 match_229 match 114 59540 61027 match_230 match 193 59264 61552 match_231 match 240 51471 53906 match_232 match 207 63866 66283 match_233 match 145 59504 61270 match_234 match 125 59504 61042 match_235 match 163 59333 61543 match_236 match 107 64709 66181 match_237 match 200 64295 66265 match_238 match 248 51489 53900 match_239 match 165 64343 66118 match_240 match 185 59333 61543 match_241 match 132 59504 61042 match_242 match 142 59501 61180 match_243 match 154 64286 65974 match_244 match 124 64436 66163 match_245 match 184 59792 61552 match_246 match 129 64292 65497 match_247 match 219 51489 53825 match_248 match 149 64454 65917 match_249 match 114 60317 61180 match_250 match 159 51423 53804 match_251 match 143 59819 61543 match_252 match 139 59453 61039 match_253 match 143 64427 66187 match_254 match 150 59969 61537 match_255 match 207 51453 53669 match_256 match 181 59792 61543 match_257 match 215 59270 61534 match_258 match 160 51546 53114 match_259 match 183 64436 66118 match_260 match 180 63923 65626 match_261 match 41.6 61545 61745 match_262 match 142 64250 65692 match_263 match 169 59543 61180 match_264 match 157 59993 61543 match_265 match 167 51495 53300 match_266 match 160 64445 66175 match_267 match 144 59453 61039 match_268 match 174 52029 53792 match_269 match 163 51303 53324 match_270 match 182 59267 61141 match_271 match 134 63923 65488 match_272 match 206 51867 53807 match_273 match 194 64295 66247 match_274 match 194 59819 61543 match_275 match 45.4 61563 61733 match_276 match 121 64295 66040 match_277 match 145 63866 65485 match_278 match 127 52338 53663 match_279 match 165 52143 53783 match_280 match 183 59285 61198 match_281 match 124 60242 61543 match_282 match 185 51459 53279 match_283 match 183 64430 66199 match_284 match 480 17316 18449 match_285 match 136 16568 16774 match_286 match 480 17316 18449 match_287 match 136 16568 16774 match_288 match 167 4813 5937 match_289 match 68.6 2670 2825 match_290 match 107 2897 3085 match_291 match 161 206 511 match_292 match 111 3193 3372 match_293 match 73.2 601 717 match_294 match 142 59264 61204 match_295 match 425 51300 54026 match_296 match 382 59261 61543 match_297 match 415 63746 66370 match_298 match 53.9 61551 61745 match_299 match 142 59264 61204 match_300 match 425 51300 54026 match_301 match 382 59261 61543 match_302 match 415 63746 66370 match_303 match 53.9 61551 61745 match_304 match 122 52620 53546 match_305 match 665 48087 50105 match_306 match 147 51465 53099 match_307 match 157 60092 61702 match_308 match 169 64445 66181 match_309 match 133 64364 66118 match_310 match 156 59423 61063 match_311 match 182 59867 61549 match_312 match 149 52335 53669 match_313 match 184 52062 53660 match_314 match 124 64247 65626 match_315 match 139 59504 61018 match_316 match 134 59834 61180 match_317 match 232 60359 61543 match_318 match 317 52398 54008 match_319 match 306 64766 66385 match_320 match 53.9 61551 61745 match_321 match 42.0 61822 61926 match_322 match 202 59333 61543 match_323 match 153 59504 61111 match_324 match 244 51489 53882 match_325 match 120 64985 66121 match_326 match 219 64292 66256 match_327 match 65.9 61551 61745 match_328 match 171 51882 53642 match_329 match 160 52047 53663 match_330 match 167 51447 53324 match_331 match 166 63866 65500 match_332 match 205 59336 61111 match_333 match 190 64430 66166 match_334 match 181 60011 61543 match_335 match 165 52407 53663 match_336 match 165 51483 53174 match_337 match 176 59912 61525 match_338 match 175 52047 53597 match_339 match 176 59309 61111 match_340 match 189 64430 66220 match_341 match 155 59828 61261 match_342 match 127 64931 66118 match_343 match 153 60239 61543 match_344 match 138 52854 53669 match_345 match 196 52344 53669 match_346 match 46.6 61560 61745 match_347 match 116 59261 60487 match_348 match 105 52791 53822 match_349 match 88.2 60791 61513 match_350 match 115 59906 61114 match_351 match 47.0 61545 61748 match_352 match 133 52050 53666 match_353 match 134 60014 61540 match_354 match 127 64445 65800 match_355 match 110 64328 65494 match_356 match 140 64619 65974 match_357 match 37.4 601 714 match_358 match 105 239 511 match_359 match 37.4 601 714 match_360 match 105 239 511 match_361 match 37.4 601 714 match_362 match 105 239 511 match_363 match 223 49302 50108 match_364 match 255 108015 109325 match_365 match 174 108015 108950 match_366 match 237 108075 109325 match_367 match 111 64280 65494 match_368 match 135 59801 61111 match_369 match 264 60233 61543 match_370 match 30.4 61822 61920 match_371 match 342 64652 66379 match_372 match 360 52338 54002 match_373 match 54.7 61545 61745 match_374 match 176 59495 61267 match_375 match 340 59273 61543 match_376 match 383 64262 66385 match_377 match 417 51321 54008 match_378 match 57.0 61551 61841 match_379 match 35.0 61825 61926 match_380 match 329 59270 61543 match_381 match 398 51306 54008 match_382 match 376 64346 66385 match_383 match 55.1 61551 61745 match_384 match 36.2 61822 61926 match_385 match 53.5 61551 61745 match_386 match 131 65789 66385 match_387 match 128 53406 54008 match_388 match 60.8 61340 61543 match_389 match 35.8 61822 61926 match_390 match 162 59273 61096 match_391 match 153 51504 53333 match_392 match 287 59927 61543 match_393 match 364 51963 54008 match_394 match 368 64346 66385 match_395 match 30.4 61822 61926 match_396 match 57.0 61545 61745 match_397 match 173 59333 61180 match_398 match 367 51915 54026 match_399 match 308 59861 61543 match_400 match 377 64280 66385 match_401 match 32.7 61822 61926 match_402 match 52.8 61545 61745 match_403 match 160 59300 61180 match_404 match 288 59927 61534 match_405 match 307 51963 53663 match_406 match 312 64346 66109 match_407 match 32.3 61545 61727 match_408 match 230 51462 53663 match_409 match 181 59453 61546 match_410 match 210 59441 61525 match_411 match 198 64253 66181 match_412 match 114 65105 66124 match_413 match 102 60683 61546 match_414 match 206 51921 53771 match_415 match 30.4 61560 61724 match_416 match 47.0 61548 61724 match_417 match 127 64376 66121 match_418 match 258 51303 53819 match_419 match 171 59504 61048 match_420 match 271 59273 61546 match_421 match 229 64271 66211 match_422 match 51.6 61551 61745 match_423 match 201 108018 109322 match_424 match 122 51489 53138 match_425 match 117 60152 61525 match_426 match 129 59798 61180 match_427 match 133 52344 53654 match_428 match 108 64442 65494 match_429 match 134 60389 61543 match_430 match 106 60773 61546 match_431 match 137 64793 66349 match_432 match 29.3 61527 61661 match_433 match 131 64256 65485 match_434 match 115 65159 66118 match_435 match 158 52647 53840 match_436 match 139 52776 53735 match_437 match 46.6 61557 61748 match_438 match 127 55061 55288 match_439 match 114 52752 53645 match_440 match 244 49245 50099 match_441 match 113 64259 65503 match_442 match 112 52347 53786 match_443 match 140 59564 61264 match_444 match 131 64580 66148 match_445 match 116 52767 53660 match_446 match 166 63746 65413 match_447 match 211 51300 53102 match_448 match 279 59276 61543 match_449 match 291 52047 53993 match_450 match 262 64430 66370 match_451 match 50.1 61545 61814 match_452 match 167 59504 61045 match_453 match 331 51315 54032 match_454 match 273 64253 66370 match_455 match 259 59819 61543 match_456 match 46.6 61551 61745 match_457 match 327 59261 61543 match_458 match 417 51309 53972 match_459 match 389 63746 66346 match_460 match 31.2 61822 61938 match_461 match 53.1 61551 61745 match_462 match 477 51300 54008 match_463 match 389 59276 61543 match_464 match 400 64289 66385 match_465 match 44.3 601 759 match_466 match 106 239 511 match_467 match 47.8 601 747 match_468 match 112 215 511 match_469 match 155 49230 50099 match_470 match 155 49230 50099 match_471 match 155 49230 50099 match_472 match 150 59504 61111 match_473 match 130 64388 66121 match_474 match 32.3 61822 61992 match_475 match 381 59423 61543 match_476 match 451 51444 53993 match_477 match 393 63866 66370 match_478 match 57.0 61545 61745 match_479 match 136 59504 61039 match_480 match 463 51306 53993 match_481 match 416 63746 66370 match_482 match 409 59327 61543 match_483 match 53.1 61545 61745 match_484 match 108 59270 60481 match_485 match 120 52869 53819 match_486 match 105 60134 60982 match_487 match 106 64307 65065 match_488 match 111 60803 61549 match_489 match 123 52425 53666 match_490 match 152 52143 53663 match_491 match 134 51519 53123 match_492 match 157 63866 66190 match_493 match 171 59342 61549 match_494 match 174 51930 53807 match_495 match 139 51471 53291 match_496 match 133 52047 53597 match_497 match 129 60146 61543 match_498 match 141 59501 61081 match_499 match 149 59798 61267 match_500 match 147 51921 53333 match_501 match 154 52347 53666 match_502 match 137 64436 65719 match_503 match 143 64652 66124 match_504 match 155 59876 61270 match_505 match 111 52869 53663 match_506 match 131 51597 53108 match_507 match 141 59495 60982 match_508 match 288 51921 53975 match_509 match 242 59981 61543 match_510 match 278 64484 66352 match_511 match 64.7 61545 61748 match_512 match 133 64286 65491 match_513 match 296 59273 61543 match_514 match 332 51300 54038 match_515 match 291 64292 66415 match_516 match 57.8 61545 61748 match_517 match 135 51468 53108 match_518 match 124 52572 53666 match_519 match 259 59270 61543 match_520 match 116 52836 53663 match_521 match 260 64445 66379 match_522 match 286 52077 54002 match_523 match 58.2 61545 61745 match_524 match 221 51411 53663 match_525 match 170 60011 61546 match_526 match 179 59819 61537 match_527 match 169 64256 65974 match_528 match 179 64361 66175 match_529 match 205 59270 61264 match_530 match 199 52059 53669 match_531 match 179 63923 65719 match_532 match 31.6 61557 61652 match_533 match 157 59504 61267 match_534 match 332 59456 61543 match_535 match 375 63875 66400 match_536 match 404 51504 53996 match_537 match 35.8 61822 61941 match_538 match 58.2 61551 61745 match_539 match 157 59504 61267 match_540 match 342 59459 61543 match_541 match 375 63878 66391 match_542 match 408 51501 54014 match_543 match 37.7 61822 61932 match_544 match 57.8 61551 61745 match_545 match 162 59504 61180 match_546 match 345 59459 61543 match_547 match 367 63878 66385 match_548 match 393 51501 54008 match_549 match 36.2 61822 61926 match_550 match 57.4 61551 61745 match_551 match 161 59504 61180 match_552 match 347 59459 61543 match_553 match 384 63878 66385 match_554 match 410 51501 54008 match_555 match 33.5 61822 61926 match_556 match 60.5 61551 61745 match_557 match 187 51453 53321 match_558 match 201 59270 61114 match_559 match 109 65153 66187 match_560 match 158 64286 65707 match_561 match 174 60164 61543 match_562 match 197 52143 53783 match_563 match 182 59792 61282 match_564 match 194 64583 66166 match_565 match 133 52854 53816 match_566 match 219 59279 61111 match_567 match 181 63746 65500 match_568 match 117 60605 61525 match_569 match 231 51306 53102 match_570 match 27.3 61548 61661 match_571 match 327 52062 54002 match_572 match 301 64388 66379 match_573 match 255 60149 61543 match_574 match 245 49227 50126 match_575 match 106 48405 48638 match_576 match 191 108024 109319 match_577 match 154 108024 109085 match_578 match 191 108024 109319 match_579 match 179 51468 53669 match_580 match 137 64412 66181 match_581 match 169 59426 61279 match_582 match 138 59891 61540 match_583 match 150 51948 53438 match_584 match 145 64253 65704 match_585 match 191 51471 53663 match_586 match 139 64517 66181 match_587 match 134 60134 61573 match_588 match 164 51906 53798 match_589 match 176 59330 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match_621 match 128 64427 65464 match_622 match 122 59618 60490 match_623 match 125 52881 53819 match_624 match 172 51486 53663 match_625 match 178 59555 61543 match_626 match 160 59504 61552 match_627 match 163 64382 66118 match_628 match 176 59939 61552 match_629 match 206 64280 66277 match_630 match 228 51546 53888 match_631 match 116 52863 53669 match_632 match 142 48030 48629 match_633 match 25.0 50170 50229 match_634 match 318 49311 50108 match_635 match 142 48030 48629 match_636 match 25.0 50170 50229 match_637 match 318 49311 50108 match_638 match 106 48249 48632 match_639 match 241 49305 50099 match_640 match 178 51453 53243 match_641 match 176 64586 66202 match_642 match 158 60317 61543 match_643 match 176 59342 61039 match_644 match 165 64286 65626 match_645 match 164 59867 61267 match_646 match 167 64256 65686 match_647 match 167 59783 61201 match_648 match 194 52335 53819 match_649 match 160 60317 61537 match_650 match 51.2 61545 61745 match_651 match 127 55058 55288 match_652 match 120 55046 55288 match_653 match 257 108012 109325 match_654 match 52.8 127963 128298 match_655 match 74.7 128396 128713 match_656 match 72.4 128814 129047 match_657 match 210 59273 61045 match_658 match 277 51303 53966 match_659 match 170 63914 65638 match_660 match 122 64721 66124 match_661 match 224 64394 66370 match_662 match 167 64247 66181 match_663 match 182 51993 53669 match_664 match 164 59939 61546 match_665 match 167 59864 61531 match_666 match 183 51927 53663 match_667 match 217 59285 61378 match_668 match 218 51300 53372 match_669 match 195 63761 65827 match_670 match 158 52407 53741 match_671 match 40.0 61551 61724 match_672 match 167 64247 66181 match_673 match 182 51993 53669 match_674 match 164 59939 61546 match_675 match 167 59864 61531 match_676 match 183 51927 53663 match_677 match 217 59285 61378 match_678 match 218 51300 53372 match_679 match 195 63761 65827 match_680 match 158 52407 53741 match_681 match 40.0 61551 61724 match_682 match 129 49314 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match_1473 match 103 29660 28455 match_1474 match 117 28407 27367 match_1475 match 115 29585 28389 match_1476 match 92.4 28410 27832 match_1477 match 227 39961 38570 match_1478 match 244 39991 38564 match_1479 match 291 40288 38573 match_1480 match 120 28284 27424 match_1481 match 232 40288 39116 match_1482 match 294 40288 38921 match_1483 match 122 39973 39200 match_1484 match 120 39625 38570 match_1485 match 289 40285 38225 match_1486 match 165 29636 28440 match_1487 match 233 28341 27133 match_1488 match 151 39991 38573 match_1489 match 122 39727 38564 match_1490 match 164 29633 28380 match_1491 match 281 40279 38234 match_1492 match 217 28344 27148 match_1493 match 111 39592 38570 match_1494 match 157 29633 28380 match_1495 match 291 40285 38240 match_1496 match 224 28344 27145 match_1497 match 154 39991 38564 match_1498 match 300 40279 38240 match_1499 match 162 29633 28380 match_1500 match 231 28344 27145 match_1501 match 113 28311 27418 match_1502 match 119 28293 27415 match_1503 match 213 40489 38879 match_1504 match 127 29639 28341 match_1505 match 140 28293 27367 match_1506 match 228 39961 38366 match_1507 match 199 40525 38894 match_1508 match 144 29765 28341 match_1509 match 376 39961 38246 match_1510 match 236 28320 27184 match_1511 match 249 41985 41563 match_1512 match 83.6 29123 28302 match_1513 match 233 40513 38567 match_1514 match 80.9 28296 27817 match_1515 match 202 39829 38564 match_1516 match 76.3 29075 28323 match_1517 match 94.4 28305 27493 match_1518 match 209 40147 38567 match_1519 match 112 28302 27316 match_1520 match 192 39787 38564 match_1521 match 226 40513 38870 match_1522 match 166 40387 39266 match_1523 match 212 40288 39122 match_1524 match 112 29657 28389 match_1525 match 118 28293 27397 match_1526 match 202 39991 38570 match_1527 match 256 40513 38591 match_1528 match 191 39739 38570 match_1529 match 179 40288 39269 match_1530 match 220 40249 38588 match_1531 match 212 39991 38567 match_1532 match 191 39829 38564 match_1533 match 179 40285 39191 match_1534 match 213 40279 38966 match_1535 match 115 40288 39644 match_1536 match 125 40285 39557 match_1537 match 145 40285 39503 match_1538 match 73.9 29075 28392 match_1539 match 64.3 29183 28455 match_1540 match 225 40189 38570 match_1541 match 69.7 28407 27835 match_1542 match 117 28284 27337 match_1543 match 110 29660 28605 match_1544 match 117 39469 38564 match_1545 match 239 40528 38882 match_1546 match 120 41937 41572 match_1547 match 65.1 28973 28347 match_1548 match 115 29660 28611 match_1549 match 181 40510 39209 match_1550 match 157 39736 38570 match_1551 match 67.4 28341 27955 match_1552 match 144 40285 38894 match_1553 match 158 40195 38570 match_1554 match 158 40267 38621 match_1555 match 152 39880 38567 match_1556 match 152 28323 27214 match_1557 match 123 40288 39551 match_1558 match 124 40153 39413 match_1559 match 134 39721 39050 match_1560 match 150 39937 39161 match_1561 match 146 39868 39191 match_1562 match 115 39991 39338 match_1563 match 120 39643 38963 match_1564 match 130 39736 39110 match_1565 match 142 39871 39266 match_1566 match 116 29639 28338 match_1567 match 202 40147 38591 match_1568 match 214 40525 38894 match_1569 match 151 28293 27340 match_1570 match 211 39859 38360 match_1571 match 184 39736 38564 match_1572 match 184 40288 39242 match_1573 match 23.5 28299 28258 match_1574 match 248 41985 41563 match_1575 match 50.4 28293 27916 match_1576 match 130 29759 28344 match_1577 match 298 40459 38297 match_1578 match 117 28377 27361 match_1579 match 113 28335 27418 match_1580 match 130 29657 28374 match_1581 match 132 40288 39476 match_1582 match 258 39976 38564 match_1583 match 384 40534 38570 match_1584 match 117 28377 27361 match_1585 match 113 28335 27418 match_1586 match 130 29657 28374 match_1587 match 132 40288 39476 match_1588 match 258 39976 38564 match_1589 match 384 40534 38570 match_1590 match 123 39973 39200 match_1591 match 128 29660 28449 match_1592 match 309 39973 38240 match_1593 match 130 29186 28380 match_1594 match 229 28323 27148 match_1595 match 58.2 28341 27427 match_1596 match 160 39973 38564 match_1597 match 177 29771 28380 match_1598 match 268 40447 38660 match_1599 match 99.0 29075 28344 match_1600 match 159 28338 27589 match_1601 match 114 40249 38948 match_1602 match 152 29762 28449 match_1603 match 285 39973 38273 match_1604 match 117 29075 28398 match_1605 match 244 28335 27181 match_1606 match 317 40462 38243 match_1607 match 204 29762 28398 match_1608 match 216 28344 27151 match_1609 match 196 41985 41569 match_1610 match 129 39973 39254 match_1611 match 128 29768 28356 match_1612 match 117 29501 28392 match_1613 match 114 28305 27421 match_1614 match 123 28299 27298 match_1615 match 127 28344 27295 match_1616 match 111 28299 27421 match_1617 match 297 40288 38420 match_1618 match 317 40480 38495 match_1619 match 65.9 28338 27835 match_1620 match 101 29639 28452 match_1621 match 111 28305 27424 match_1622 match 125 29588 28371 match_1623 match 108 28293 27421 match_1624 match 245 40528 38954 match_1625 match 181 39991 38567 match_1626 match 105 28314 27379 match_1627 match 64.3 28335 27916 match_1628 match 188 40525 38873 match_1629 match 120 28293 27304 match_1630 match 195 39964 38570 match_1631 match 107 28311 27424 match_1632 match 106 29186 28398 match_1633 match 113 28329 27424 match_1634 match 84.7 28946 28332 match_1635 match 38.9 28982 28374 match_1636 match 106 28311 27433 match_1637 match 101 28284 27424 match_1638 match 118 29771 28455 match_1639 match 215 40285 38921 match_1640 match 159 39673 38564 match_1641 match 320 40525 38573 match_1642 match 169 40288 39293 match_1643 match 128 29657 28302 match_1644 match 217 40255 38570 match_1645 match 203 39964 38564 match_1646 match 238 40417 38900 match_1647 match 149 40288 39467 match_1648 match 105 28323 27418 match_1649 match 118 39568 38570 match_1650 match 113 28326 27424 match_1651 match 117 29588 28341 match_1652 match 127 28293 27361 match_1653 match 228 39877 38288 match_1654 match 256 40531 38891 match_1655 match 222 40285 39143 match_1656 match 122 39961 39203 match_1657 match 107 28302 27319 match_1658 match 98.2 29639 28344 match_1659 match 134 28341 27424 match_1660 match 276 40459 38405 match_1661 match 120 29183 28383 match_1662 match 119 29543 28524 match_1663 match 122 28293 27421 match_1664 match 137 28293 27424 match_1665 match 27.7 28341 28252 match_1666 match 121 40534 39197 match_1667 match 114 39790 38900 match_1668 match 128 39901 38984 match_1669 match 121 40534 39197 match_1670 match 114 39790 38900 match_1671 match 128 39901 38984 match_1672 match 84.0 28293 27310 match_1673 match 86.3 29660 28302 match_1674 match 193 40522 38420 match_1675 match 147 40288 39086 match_1676 match 27.3 28341 28018 match_1677 match 214 40525 38888 match_1678 match 131 28293 27340 match_1679 match 108 29660 28356 match_1680 match 209 39859 38414 match_1681 match 152 40522 39269 match_1682 match 106 29291 28380 match_1683 match 137 39982 39203 match_1684 match 151 39757 38981 match_1685 match 161 39967 39191 match_1686 match 115 39592 38894 match_1687 match 121 39862 39122 match_1688 match 176 39961 38591 match_1689 match 192 40525 39143 match_1690 match 185 39910 38486 match_1691 match 127 39532 38564 match_1692 match 123 28407 27337 match_1693 match 109 28293 27394 match_1694 match 113 29183 28383 match_1695 match 262 40522 38900 match_1696 match 202 39736 38564 match_1697 match 209 39859 38564 match_1698 match 105 29747 28341 match_1699 match 112 29519 28392 match_1700 match 112 28311 27316 match_1701 match 107 29408 28362 match_1702 match 123 28341 27433 match_1703 match 197 40288 39122 match_1704 match 312 40522 38564 match_1705 match 160 40288 39479 match_1706 match 133 40273 39548 match_1707 match 221 40288 39266 match_1708 match 182 39820 38564 match_1709 match 174 39970 38567 match_1710 match 111 28356 27310 match_1711 match 155 39970 38891 match_1712 match 188 39820 38564 match_1713 match 137 40522 39554 match_1714 match 115 39991 39335 match_1715 match 125 40219 39413 match_1716 match 140 39859 39122 match_1717 match 138 39931 39098 match_1718 match 319 77470 76922 match_1719 match 106 40285 39497 match_1720 match 115 39850 39056 match_1721 match 130 39769 38993 match_1722 match 249 40513 38591 match_1723 match 184 39862 38309 match_1724 match 204 39991 38567 match_1725 match 113 28293 27421 match_1726 match 205 40285 38660 match_1727 match 119 29660 28455 match_1728 match 150 39592 38495 match_1729 match 247 41985 41563 match_1730 match 115 29762 28344 match_1731 match 167 40531 38981 match_1732 match 212 39940 38426 match_1733 match 150 40288 39263 match_1734 match 402 40456 38252 match_1735 match 240 28407 27181 match_1736 match 112 28302 27235 match_1737 match 132 39490 38564 match_1738 match 212 39991 38564 match_1739 match 208 39964 38564 match_1740 match 116 28308 27421 match_1741 match 227 40447 38891 match_1742 match 192 40285 39107 match_1743 match 207 39961 38567 match_1744 match 202 39991 38564 match_1745 match 198 29765 28392 match_1746 match 382 40288 38255 match_1747 match 239 28320 27181 match_1748 match 113 40279 39380 match_1749 match 121 39793 39056 match_1750 match 127 39817 39161 match_1751 match 246 41985 41563 match_1752 match 250 40177 38291 match_1753 match 119 29066 28371 match_1754 match 223 28344 27199 match_1755 match 104 29756 28344 match_1756 match 83.2 29075 28341 match_1757 match 119 28296 27376 match_1758 match 105 28341 27424 match_1759 match 129 28344 27349 match_1760 match 117 28284 27424 match_1761 match 322 40525 38570 match_1762 match 292 40288 38402 match_1763 match 105 28251 27421 match_1764 match 291 40288 38570 match_1765 match 118 29651 28455 match_1766 match 116 28314 27361 match_1767 match 110 28293 27424 match_1768 match 114 29543 28452 match_1769 match 121 29540 28347 match_1770 match 126 28335 27418 match_1771 match 320 40522 38435 match_1772 match 324 40252 38570 match_1773 match 110 28344 27418 match_1774 match 110 29528 28452 match_1775 match 117 29597 28341 match_1776 match 112 28299 27340 match_1777 match 118 28296 27421 match_1778 match 311 40534 38378 match_1779 match 128 39598 38567 match_1780 match 251 40285 38414 match_1781 match 159 28341 27241 match_1782 match 51.6 29006 28317 match_1783 match 95.5 28281 27391 match_1784 match 152 39811 38564 match_1785 match 185 39973 38591 match_1786 match 214 40285 38981 match_1787 match 129 40486 39347 match_1788 match 127 39961 39065 match_1789 match 125 39931 39200 match_1790 match 125 39991 39191 match_1791 match 137 40486 39275 match_1792 match 132 39859 38987 match_1793 match 125 39802 38927 match_1794 match 116 40432 39485 match_1795 match 122 39910 38993 match_1796 match 127 29648 28392 match_1797 match 118 40288 39365 match_1798 match 162 39751 38372 match_1799 match 167 39901 38411 match_1800 match 169 40288 39266 match_1801 match 221 40534 38981 match_1802 match 233 40480 38441 match_1803 match 125 28293 27367 match_1804 match 114 29654 28398 match_1805 match 106 28344 27424 match_1806 match 105 28293 27376 match_1807 match 124 29771 28452 match_1808 match 110 28323 27433 match_1809 match 317 40525 38573 match_1810 match 235 40288 38996 match_1811 match 114 29654 28398 match_1812 match 106 28344 27424 match_1813 match 105 28293 27376 match_1814 match 124 29771 28452 match_1815 match 110 28323 27433 match_1816 match 317 40525 38573 match_1817 match 235 40288 38996 match_1818 match 109 40075 39137 match_1819 match 126 40441 39245 match_1820 match 118 39964 39113 match_1821 match 118 39892 38867 match_1822 match 110 40213 39413 match_1823 match 112 39712 38915 match_1824 match 116 40285 39557 match_1825 match 127 39832 39083 match_1826 match 130 39973 39287 match_1827 match 142 39988 39413 match_1828 match 119 29639 28302 match_1829 match 112 28293 27379 match_1830 match 131 28284 27226 match_1831 match 112 29588 28326 match_1832 match 243 40183 38276 match_1833 match 241 40501 38813 match_1834 match 113 28302 27337 match_1835 match 122 28293 27274 match_1836 match 221 40252 38567 match_1837 match 106 28293 27424 match_1838 match 127 28284 27424 match_1839 match 261 40522 38900 match_1840 match 221 39859 38564 match_1841 match 112 29660 28449 match_1842 match 138 28293 27346 match_1843 match 323 40522 38420 match_1844 match 69.3 29087 28392 match_1845 match 126 29597 28338 match_1846 match 130 28284 27301 match_1847 match 241 40528 38570 match_1848 match 35.8 28802 28383 match_1849 match 70.5 29156 28452 match_1850 match 111 28293 27424 match_1851 match 106 28335 27367 match_1852 match 225 40192 38564 match_1853 match 212 40288 38954 match_1854 match 109 39904 39122 match_1855 match 108 40471 39554 match_1856 match 125 39775 38975 match_1857 match 117 39946 39266 PolyBayes unknown database PolyBayes unknown database SNP_1 SNP 0.999999999874447 5053 5053 SNP_2 SNP 0.918444508279931 17396 17396 SNP_3 SNP 0.679782230476962 17884 17884 SNP_4 SNP 0.524035150371948 17889 17889 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