C09HBa0278J12.3 CGTGTGTTTAAACAATTTAAGTAGCGTTAAATCCATGTTAAGTTTAAGGTATATTTGACC AATAAAAAAATAGAAATATACCATTGCCATATCACACCTCAAAATTAATAATATTTTATA TATATATTTTTAGTATTTAACTTGACTAGTTAAATGAAATATAGAATCTCACAATAACTC AGGAGTATAATAGGAAATAAACTTTTTTTAGAGTTTTAAACCAAATATAAGATGAGGTAG GAAATAATGAACCAAACACTTGATAAAAACTAATTCCTACATTACTAAACTCTGCATTAC TAATACATGCATTACTAATTCATGCATTAATAATTCCTACATTATGAATCTTTGTATCAA ACGATCCCTAAATAATATAATTCTTTCTATTTTACCCTTAGGAGTTATTAACTTTGAAAA TATGAATTTAAACAACAAAAAAAAATGAAGTAAATAACTGATTAAATTAATTAATCAAAA TAAATTACTTCATGATTATTTATTTAAAATTTGACTCAAAAAAATACTAAATAAAGATAT AATAACAAATTTACCTATTTTCTTTAGACACATGAAACCTATAGTGACAACTAAATATAT ACAAAGAGAGTAGATAAAAGAATAAAGTACCAATACCCCTTTCTCCAAATTAATTAAAGT AACTTGATACACCACTTTTCGATTTATAATATTCACTTGGTAAATAAAATCCTTTAACTA TAAAAAAAATCTTGATATACCACTAATCGCCAAAAATGCTTCACCAATATACATGAAAAT AACATTTTTATGCCAACTCGTACTCTTTTTGATTTGAACCCTATTATTTAATCCGTCCAA TAATAGTTATCTATATATTTTTAAAAATACTAATTTACTTTATAAAGTCAGTAAATAATT TTATATTAAATTTCTAGTTTTTTTTATTATTAATTATTATTTATTTTATTATTATATTTT TTAAAATATTATATTTGTTATGAAACTATATGAAATTAGAAGAAGAAGAAAGTGGGGCGA AGAGAAAAGACTTCTTATTTCTCTTGAAATATATTCAGGATTCATAGATCTTTCATCAAT CTACTTTACAATGAAGGAAAACCCTTTATTTATAGGGAAAACCTTACTTGGTCCCCAAGT AGGACTCCTAACCATATCCTACAAGGACTCCACATAATTAGACATTCACTATAACACAAA TTGTTTATAACACTCCCCTTGAATGTCGATAGATTATGTGCCTTGTTAAAATCTTACTAG ATAAAATTCAGTGGGAAAAAAATCTAGTGAAAGAAAAAGAGTACACATATCTAATAATAC GTTATGGATGCCTCATTAAAAACCTTACAAGGAAAACCCAGTGGGACAAAACCTTGTGAT GAAAAAAGAGTGCATCGCGTATTAACTCCCCCTTATGAGAACATCAATTCAGAGACTAGA ATCTTCATTTTCCAAGCTTGTGCATCATCTTTTTGAAAGTTGTAGTTGATAGAGACTTGG TGAATAAATCAACAATAATGTTACTTGAACAATACCTCTTGCATGTTGATATCACCATTT TTGGGAGCTTATGAGTATAGAAAAACCTTGACGAAATATGTTTTCTTCTATCTGCTTTTA TAAATCTTCCCTTCAGGGTCAAAGATTTCTGCAAGTTCCTTACTTCAACTTCTTTAAGCA AATAATCTATTGCCAAGAGTTTCAATTCTAGTCATCAACTTGCATAATATGCTCTATGCA TTGTGAATCTATTTAATCCTTATGAAGATGATAAACAAGTTTCCCAAAAACTTGTAGATG CTTTAGATTTTGAACCCATTGGATATTTTCATATTAGTTTTGTCAAGTGACAACATTCAA TATTAGATGTATGACATCTTTTAGTGCCTAGATTGCAAGTCAAATAAGCTTTTACGCTTA CCAAGATGCATCATTTCATTTTTCACTTGATAATTATTTCTACACAAACATGCTTTAATA GATGTACAATTCATATTCTCATAATCTTTTACAATATTGCGCGCTATTGTATCAAAGATA TCGTCAACGATATACCATTTTGTATCGATTCACAACACGACAAAACTTATTGAGACCTCA TCACTTCATGATTTTTAGGTAGCTACCCCTCTCATGAGGTTTCATAAAGTGTTATGTCGT AGGCTCTCCAAGAGCACATTGTCTCCTTATTATGATCATTTTGATTCTTTGATCCTCCTC CTTTTTCAAGGATTTATTATATTTAGAATTGATTAGTCTATCATGCTTCATGTATGTCGT AGACTCTATCTTTAAGGAACATTCAATATGAGTATTTACAACTTTTGTGTTGCTTCTAAT CTCCCCCTTATGTTAGACAAACTAACATATATCTCAATCTTTGGAGAATTTATCCTTGTG AATCAATGCACATTCATTAATCATATATTGCACATCAAAATTATCAGATGAAAACTATTT GGTCCCAGACCATAAACCAATTAACAGAAAAATTGATCATAACTTATTGGTTTGATTCAT ACAATTATGTTTGTATATAATATCATATTTCAGATCAACATATGAAACTTTATTTTCATA AGCAATGATTCACTAAGTGAGATATTTAATGTCACATCATCTTATATATTTATCAATATT ATCAAGATTAATTATCTTGATTTCATATTCTGAAAGTTGTGCTTGTAGCTCAATTATCTT GCACAAACAATTTTACGAATGTCAAACTGCAAGTTGACAAACAAACGCACATGTGATTGT ATTATTGATGCATCTTTTTATCATATCACATGATAGGTAAACGGGCTCATATTCACCTTT TATACTTTTCAGTATTTAGGAATTTAGTCCCAACTTTAGTTGATCCAATCAACTTTATCA CGATAGCAAACAACGTAAAGAATAGAATCTTCTAGTTTTTCAATGTATGTCCATTACTCA GTATGCACATCTTTGGATGACCAAATTATTCATGCCAACTAATAAAATTATTAGTTTTCG TAAACTCCAAGTTTACTACGTCACGTGCATTTTGCTTTAGTTAATTTCTGATTTACTATT ATATGAGTAAATTTCAATTTTATTAATCCAAGAGTAATTTTCAGATTTCTTTCTTCTCAA TTACTTCATCCTTTAGGTGAGTCATGATCCCATCATTGAATGAACTAATCTGAAAAAAAT TGTGCATGTAACATATTATTTGTGCCAACATTTTTGCAAACATCAAGTTGCGAGATAATA ATAGGCACACATGAGACTATATGGAAGAAACATTTATTAGGACCATTATATGTCTAAACA ATCCACTAGGTGGATGACTAGGTCCACAAATATTTGTATACGTTCATAGAACGCAGAGAA TTCAATCTCAACTTTCGTTTATGATGGTCTCACAATTAGCTTGCCTTGCTAACAATCATT ACAAGAAAATTCACGTCTAGCATGGTGGCTAATCACCTCATTCACTCTAAAGAATGGATC TGTATTTTTACCATTTATCAAAGACTCTCATTCTTCATGAATGGAACACACTCATCTAAG TACATCAAATTTTGATAACTTAGTATCTCATTCCATATTCATGTGCATCATTTAATCAAT TGTCTTCTTTTAGACATTTATGCACTGCTACATTCACTTTGGGGAATGGATCTGCTTCAA CGAAATATATTTCATGACTAATTTTATCAAAACTCATTATTTCCCTTAGTCATCATAATA TCATCAATATGGTACATTGAGACTCAAACTCAACGTCTTATACCATAAATCAATGAGAGA CTTGAATCCAACATCTTTCATCACAAAGTATCAAGACTTCTGATGTCTTATCCTCTTGGT GCGATTGGACGTAAATCCATTGTTTTATCTATATAAAGACATCTTAGGTCACAAATCGAT GAGACTTGAATCTAACATCTTTATCTTGATGCCTTATCCCTTTTGATGTGATTAAACATA AATCCATCATCTTATAAAAATATTATATCATTGCAACAAATCAAAAAGGCTACAATTTAA TTATAACTACTGTTACCCATATAAAAATATTATACCAATAGCATGATAGAGATTTGAAAC ATATAAATTTTGCACTTTGCAACCATATCTATATATTGTTTTCTTTGTATAATTTTCCTT TTAACAAATACTTGGATGGTTGTGTCTTCTAACCACACTACTAAAGACCATATTTAATAT TTGAAAGTAATCAAATTTTTTTTCTTATTTCTAAAGATTTAAAGGTGAGTCAATAAACAG AACATAGCATCAATGCAAAAGACAATACTTGGAACATGTTACCTGGACTAAAGGAACGTA GCATCGTGCGAATTTCATCTCAAATAAAAAAAATTGATAGTAGAGTCTCGTGCTGATAAC GTGTTATGAAACTATATGAAATTAGAAGAAGAAGAAAGTAGGGCGAAGAGAAAAGACTTC TTATTTCTCTTGAAATATATTCAGGATTCATAGATCTTTCATCAATCTATTTTACAATGA AGGAAAACCCTTTATTTATAGGGAAAACCTTACTTGGTCCCCAAGTAAGACTTCTAACCA TATCCTACAAGGACTCCACATAATTAGACATTCACTATAACATAAATTGTTTATAACAAT ATTTTTATAATAAAAAAGAAGGATATTATAAAATTATCATTTTATTTTTATGTATAATTT TTAAAAAATATACAAAGCCAATAATAAACCTATACTGTTATACAGAGAAAAAAATTTCGT GTTACCTTTTAATCCTCAATGGTGTATAGCATCTAAGAGTATTAAATGATGGCTCAAAAC AATCACTAATTAATAAAAATTATACAATAAAGTCATGTAACTATATATTGAGGTGATATT TTTACAAATGGATTGAAATACGATAAAAACCACCATCAAATAAAAGGAAATCAGAGCGAT TTTCATTAGTTGAGTGACCATATAACTAATTAACTCGCAACAACCACAATTATTCGACTG ATATTTTTCCATCGTCGGACTGCGACGATTCACAGTTTTGTACTTCTTCGATTACAGATT CATTCACCATTATTACAACTTCATCTTCTCCACTTTCCTTTACATCAATCGCTTTCACTT GAATTGGGGCTCTGCAAATCGGGCAGTTACAATGAGACTGAAACCACATATCAATACACT CACAGTGAAAACAATGATTACATTTGGGCAAAACCCGACCCGTTTCTCCATTTTCAAATT CCGCCAAACAAACAGGGCATTCAATTGGTGGATTGTAAAATTCCGCATCGTAAACGAAAA CAGGGAGTGATTTTAACAGCAAAGGGTCAAGTCCTTGAGAAGAAGAATCTGCAATTGGTG GAGCCGGAATCTGGTGGCGGTAGCGACGGCGGCGGTTGTGGTGGCGGCGGGCACGGCGGA GGAGGAATCGATTAGCGTAAAGGTGGAAGAAGGCAATGAGAAAACACACGAAGAAGAAGA GGAGAACAGAGGTAAGCATGAGCTTACCGCTGAACGCGTAATGCGGAGTATCATCATCGC AACAAGATCCGATAGCAGTAGAAGATGAGTAGTCATCGTCGTCCATGAAAGTACCAGAAG AAGAAGAAGCAGTGAAAAATGGTTATGCTAAAAAACATAAAAGAGGAAGTTTCCTCACTT GTTGTCGCTGTATAAGTATATATGCTGTAGCCGGAGAGGGACTATGAGATACTTCGATTT CGAAATTGAAATTTGAAATATTAAATTTTTTAACTTAAAAGTTCGATAAGATATTAGAAT TTGTAAAATATTGAAATGTAATTAAATTTTAAGGTCAAACGGATATTAAAAATAAATTTT CATCTATTACATTAGATATATGGAATTTTGAGGGAGAAATGAGATTTTCATCACTAATTA ACTTTATATGTATAATGAATTTATGTATTATTAAGGGATCGTTTGGTTGAGTAAATAGAA AATAACGTATGTGTTAGTAGTTTCTTATTTAATATATTTTTGCATTAATTATATATTTTA TTATATATTAAGGTATGTATTACTAATATTATGAATATCTGAATATTAATAATGTAAATA GATTTGATATATGCATTATCATGGTTAGAGATTCAATTGTCCCTCGAAAGTATTTTTATA TCTTTTCATCTATAACTATGAAGGATATTTTTGTATATAAACATTTTATAGAATATATAC TATTTTTAATACACCAAATCAATAATACATAAAAAAATTCATACATAACTAATATAAATA TTATTAATACATTCTATTAAACATTGATTTTATACGATCTACCACGCTATCCAAAGTTTC TCTCCTTTTTTTTTTCTTATGAAATGAAGTAATGGGAAGGAGGAATATTATTTAAAATGT AACTTTATAGGTTATATATTTATTTAGATAGATAAAGAGTTGTTGGATGAGAATTATCTA TATTTAATATGAAGCAAAATGCAGTATTAATGAACAAGTGCACTTTGGCACTTTGTCTTC AACTTGCTCAACTCATTCCTCCACATGCAACAAATATGCCAAAATTTTGATATTTCCAAG ATCCTTCCTAAAACATTTTTAACAATAAACTAGAAGAAGTTCATAAGAGATTCCATCAAA CAACACAATATTTAAATAGACTAAAGTAGAATAAAAAAATATATCCACTCAAAATAATTA TGATTTTGCTTCTTTTTTTTCCCTTGTGCAAATATGTTATGCAGCATCAGGACAATGAAT ATCAGTAAAGGATTGGTAAGCATTTATCGAATCGAATAGATTCTTTTTATTTTTTTAATA TACAAAAGAAAAATAAGCGTATAGAATAATATAGAGTGAAAAAATTCGCTTCAAAATCAA GGATACAGGAGTACTAACAAACAATTGAGTTCAAATTTAACTTCTTCTTTCTTATGTCAG TTAAATATATTGAATCATAAAAAAATTATTTATTTATATAAAAACAATAATAGAAAAAGA TACGAATAGTGTATATCGAAATGATTGAAAATTACGATGAAATCGAAAGACATTTTCTTT TTTATATTTTCTCAGCTTTAACCTGTAACCTCCTAGTCATATAAATAATTATTGTATCAA TTATATCAAGATTTCCCTTATTTTCCAATATCTTACTTATAGTTTAAAAAAAAAGCGCAT TTCAAAGCTGAAGGACTTATTAACTAAGTGGCAAATACTTATTCATCCATTAATCAAATT TCAAATTTCAGCTGATAAATCTGTTTAGGCATCTTATTTGTCACAAACTTCAACAAAGTA CATTTCAAATTATGCCAAAAACCCCAAATTAATTAAAGATACTACCAATTGGTTGATTAA AACTTTTGAATAAAATCATAAATGTGGGCATTTATTTCATCTGGCTTTTCTTGGTTGATG AAGTGAGCTGCTCCCTCCATTACAACAACTTCCTCTAAACTTGGAACTTCTTTCTTGAAT CCACCATTGTGTATATACTCCTTGATTCCAGGAATATTATATGTCAAGTCCAACTCACCC ACCACAAACTTAGTTGGGACTTGAATTTTGCATCCACTAAATAGGGCTGTGAGCTCCCAG TTTCTGCATCGAAATCAGATTAATTTGAAGTTGAAATTTTTATTTGAATATGTAATTAAA TTTTTTATTATATTTTATTCTCGTAAACATGAAAATTCAACAATATGTGAAAACTATCGA ATTCACTCTTATACAATCTTTAATAAGATAATATTTATGATCATATGTTATTATAAACGT TCAAAATATCAACCATAGTAGTAATAACTAATATTCTCTAGTAAGATTATTCCACATGGT AAAAATAATCTATTTACATTAAGCATGAGTTTTTATTGTAGAATTTAAAACAATAGATCT TTTTTCACAAAATAGAAACTTATTATATTTTTAAAATATATATATTGAAATCACAACTTA GAAATTTTAAATCCTATTATTCTTCAAAGAAAATATGAAACTTTAAATCATGATTTGAAA TTAAAGTTTAAATTCTATTCATAATTTCATAAACAAATTAAACGTTAATTTTAGGAAAAT TGAAAAGTGATATATTTCATAGATTTTTTCGTTTAAAATTATATAACATTCAAAAGCTTT CTCTACTTTTTTCTAAAACTGTATCAAATCAAGAATTAGACAGACAAATTAAAACGTATA AAGTATATTGGGGGTATACATACTTGTCCATGTTTCTATAGTAGTTCAATCCTCCAGTAA AGCCAGTTTTGTTTAATTTTTCAGCATAATAATTGACATCTTCTTGTGTTAGCCATGAAG GTAATGCTGCTGGTAACTGAGCAAAGGCCTGATGAAAGCCAATCTCTTTGGGAATGCAAG GTGGACGTGTATCACGTGAAGAAAGAAATCCTATGATGAGTTTTGCAGTATCAATTGAAG CAAATTCCTCTTCCACTTCCCCAGGTTTCTAAATAATAGCATACTATTAGAAAATCACAA AAATATGTAGTATCTGTTAATTTCGAAAAAAAAATTATGTCTAATATATACATATATTTA TTTGGAGAAACTGACAGAAATAAGGATGTAATTAATAGTGCCCCATGAGAAGTATAAGAG TGTTATTGTGATGCCGATACAAGGTGGAGAATTGTGAAATCTGAGTCTGAATCCAGCTAG AGTGTTTATTTCAGTGCTTTTATTTCAAGAATATGCTTCTGTATTTACTCGCTATTTGTT TAAAAAGACATTAATTTAACATAAATAAATTAATTTAATATTAATTTATAAAAATAATAA GTAAAAACAGAAATTTAATTAATGTTTAATAAGTAGAAATGAACGACATGTCATTAAACC GTTTGCTCTCTTCATTGGAGGAAACTAAGTGAGCACAAACTTGAAAGTGAGAGCTCATAA AAACGAACAAACAAGAATTTAAGAAATTTACTTAATATAAGATATTTCTTTGGGGTGTTT TGTTTGAATGAAGATATTTTCTTAAAAAATGTTTTTTTTAAAAAAATTAGTGAGTTTGTT ATTTATTTTTTTATGTTTGATACGTAAGTAAAAAATATTAGCATAGCTAATTTTGATAAA TACTTATGGGAGTAAGAGTGGGATGAGGGCTATGAGGGTGTGAGGTAAAGATGAGGTGTG TGGGAGCATGGAAAAAAACGTTATCATGTGAAATGTTGCTCGTAAAACTTATTTTCTCTA TTTTATGGAGAAAATCGGAGGTTTTCTCTACTTTTATAAGAAAAGTCAAATGAATATTCA AAATTTGAAGTTTGTAGATTTTTATTCATAGACATATTCATCCTTATCCTCTATTTTACT TTCAAATATAGACTTCACTAATTCTCCAAACAATCAACTCCAATTCAAATCTCTATTTTA CTTTTCTAAAAAAGAATCTTATTATCTCACCTCAATATTATATCGTTACTTAAATCTATT CTTTATTTTTTTTCCAATTAATCACCCTATATAATTTTCATGTAATATAGAGTTTATTCT TTTCAAATTCTTTATCTAATATAGATTTACATTTTATTCTGAATTTTTAAAGAACAATTT CAAATAATTGTAAAAAACAACCAATAAGATAAACTGCAATTACAATCACCACTTCTTTAG ATCATACATTAATCTTTTCCGAATATTGTTAAATTTGTAAAGGACCTACCTGATTATTAA ATTATTATTATTATTGTTGTTGTTGTAATTTTAAAATTATGGTGTTATGTAATGTATTGT TATATTGAATTTAAATTATTAAGTTATGTGTTATATTTTTAAATTTGAATTTTGTGGATC TTTCATAACGAAAATTCATCAAATCATATTCACTTGAAGTGACGAAAATTGAAAAAAAAT ATCTTAAATATTATTAATTTAGGATGTATTATATATTAAATAATATATTCTTAAGGATAT TATATTATATTTTTTAAAAATTATGAATATTAGAAATTTTATTAATATCCTTATATGAAA ATTAATATGTGAATTACAAAATAATAATATAATATTTAGAGTATTTGGAAAGCAAAGAAT AATAGAATAGAAAATATTTGAAAAAGACAATCTCTATCTTACTCTCTAAAAGATAAAGAG TAAAATCGCCCAAGAGGCAATAATGTTAAAAGGCTCATAATTGCTATTGGACTAAATATA CTTTGTTGACGAGTTTTAAAATCATGTATTTTGTATATTTATTTTTAAAAATTTACCAAT TCGTTTAACAATAGTTACGATTATACTAGTTTAGGATGTCTTACGTTTCCATAAACCAAA TTAAAAAAAAAAAAAAAACACCTTCCTCCCTACCATCCACATCCTTATAGCTCAATCCGA AACAATTTTTGATCGGCTCAAAGAATACCAGCTATCAAAATTTCATCCTTATTTTCATTC ATATACCCAAAAAAAAAAATGAATGGAAAGAGAACTATCTCGGAGTTTTTTAAGAAAAAA AAGCGAAACAAATGAATATTAGATCTAATTCAATTTCGAAAAATATCTGGTAAATATACT TGAACAGTAGAGAAAAAAATACCTGAAATCTGCACATGTAATAGTCATCACCAAGCAATT CCCTCAAGCAATCAATCGGTTTTCGCAACGGATTTCTGGGCCGTAACTCACAACTCAGAT TCACCAAAGCTTTAATCCGATCAGGACGAAACAAACAGAAAAACCAAGCAATTAGAGCAC CCCAATCATGCCCAATTAAGAACACTTTTTCTAGATCCAGAATATCTAACAGAGAAATCA AATCACCAACAATGTGAAAAGCAGTATAACTACTGATTTCCGATGGAATTTCAGTGTCTC CGTAACCACGAAGATCAGGCGCAATAGCTCTGTAACCTTTGTTTGAAAAGTAAAGCAATT GGTGGCGCCATGAATACCATAACTCAGGGAAGCCATGTAGAAATAGAACTGCTGGACCTT CACCGATTTCAGCTACGTGCATTTTGATTCCATTAGCGGAGACAGTTTTGTGCTGTATTT TCTCCATTTTCCTCTGTTTTTTTTTTTACTCTTTCCCCTGTTTTTTCATGGATAGAGCTT TTTCAGTTTATTTTTATAATGTTAACTTGTTGTTGTTCCTTCTTTGCCAAAAATAAGTGT GGTGTGTTAGGGTTGTTTGTCACGGGCTCATTGGGTGTGACGGATAAGAATAAATAGTTA TGAGATTAAAAAGTTTGAGATTATTTATCGGACAGTGAGGGAATAAATTGTTTCAGGATA ATTAATTTTGAAATAACTTATTACCAGCCAAACGATCCCATAGAGTTATGTCGTGTCACG ACCCAAATACCGAGCCGCGACTGGCACCCACACTTACCCTCCTATGTGAGCGAACCAACC AATCTAAACCTTAACATTTTAATGTAATATCAACATAAAGTAATGCGGAAGACTTAAACT CATTAATAAAAACCAATTCAATAACTATTATTTCCCAAAATCTGGAAGTCATCATCACAA GAACATCTACTTCAAATTACTAAATCTAAGAGTTTCTAAGAACCTAAAAATACATAAAAG TTAGTCCATGCCGGAACTTCAAGGCATCAAGACATGAAAAGGAAGATCCAGTCCAAACTA GAAGCATTAGCTCACCCTGATATCCGGAGTACTGAAGACTGGCTAGAGTTACTGTTGAGT CGAAGATGACGGCACGTTTGCTGCACTCTACAATTAAACAAGAAGAAAACATAAAAGTAG GAGTCAGTACAAAACACGGGTACTGAGTAGATATCATCGGCCAACTCAAAATAGAAATCA ATATATACCAAGTAATATCATAAAATCAACTATGATACTCAACATGTAGCAACAGCAAGT ACTATATCATTAACAATTACCGTCAAGTTCACACATGAGGACTCAAGCCTCAATATCATA CTCATTTGGAAATTATGTTCATTTAGATTAAGTATATTAACATCTTTCAAGATTCATTAT CTTTATTTCTCTTGTGTCAGTACGTGACACTCCGCTCCCTCATATTCATTAATCCTCTTG TGTCGGTACGTGACACTCCGATCCCCTACTACTATGTGTCGGAACGTGACACTCCGGTCC CCTAAATCTACGTGTCGGTTCGTGACACCCGATCCCCTAAATCTACGTGTCGATTCGTGA CACCCGATCCCCTAAATCTACGTGTCGGTTCGTGACACCCGATCCCCTAAATCTACGTGT CGGTTCGTGACACCCGATCCCCTAAATCTACGTGTCGGTTCGTGACACCCGATCCCCTAA ATCTACGTGTCTGTTCTTGACACCCGATCCCCTAATCTCCTTCTATCAATTCATCAAGCC TTCTTTCTTACCAAGACATCATCAATCTCATTATTTTAGTTCATCACGCCTTCTTTTATA CCAAGGCCTCATCATTAACAAAGAGATTAGGGTTTTGCAAGATATTGGGATTCAATAACT TCATCATGCTTATATAATCACAATTATATAATTTCATTCATGCAAGCATACAATTAAGCA CATAGCAGGGTTTACAATATTATCAATACATATCATTCGCTATTAAGAGTTTATTACGAA TATCGTAAAAGAAACCATAACCTACCTCCACCGAAGATTCGTGATCAAGCAAGCAAATTT CCCAAGCTTTTGTTTTTCCTCTTCATTCGTCTCTCTCTATCAATTCTCCTTCTCTCTCTT TCTGTTCTTTTCTTTTTCTTATTCAAACCCTCTTTCTTTTACCCTAATTAGCATATAATT AAGAATAAAAGATGGCAATAATAACCCACTAATTTACTCAAGGTTACCTCTTTTAACCCC CAAGTAATTAGACTTATTAATATAAACCCACTAACTTTATAATTAAAGCCGGAATAGTCC AAAACGCCCCTTAAATTACTTAACAGAAATCCGACCCAGTGTGAATTACGTAGCCTGTGA CGGGCCGTCGTGCCTGCGACATTTTTTACTTTTGATATTATATTTAAGTACGTCCAAATA TTAATATCAAACTAAACATTAAAAAGAGAACAGTGAAACATTTGTTATTAAACTAAACAT TAACAAATATTTGTCATTTGGCCATAGTATTTAATATGTTTTTTTAACTATATTTGAAAT ATATGGAGCAAAATTTGAAAATAAAATTGTATTTTATTTTAATAAAAGAATATTTTAATA AATATTCATAATTGAATGTACGTAAATATAATATCAAAAGCGAAAAATGAGTTTAAAAAT AGATTATACTAATTTGTTTTTAAAATTTAAAGTATACCTACAAGTTGAAAAATTATATTT CAAATTATTATGATCAAACATCAATATCAAATAAAGTAAAAAATAAGTTTTAGATAAATT TTAAAAAGTAGAATTTAAAATGATACGAAATATGAAGGTGAAATATTTTAAAGTACTATA TTATGAAAAATGAGAAAAAAGAAATAGAAATAATTTTAGTGATCAATATATATGATATAA GTGACCGTTTAAGAAATTAACTTGATAAAGTATGCTCATCCCTTTTTATTTTTAATGATA AAATAATTTTTTTTTAAAAATGGATAAAAAAAAGTAATTAAATCGGTTTCAAAATAAATT TAAAGAAGAAAAAAAATTAAAATGAGAAAAAAGAGGAAAGAGAAAAACAAGAAACAGAAA TAGGAGGCAAAGAAGAAAAATAAAGTGTAGGTTCCACAAATTTAAATATAATAATAATAA AATACTCCCTCATACAACTAGTGTAAGTTGTGCCTTATTCATAATAAAATTTTCCATTTA AATTCATATATAAGATGATTTATTTTATTATTAATAGAAATAATGAAGTAAATAATTTTG AAATCGACTAATATTTCAAATTATACATAGAAAAAATGATTCTACATTTCATTTTAAAAT TAGGGAAAAGTCTCAAATATGTAATCGAACTTACAGAAAAATCTTATTTATATCATCAGT TAAAAGTTTGGCTCATTTATGTCATTACCGTTAAAGAAAAGGTTTATTCATGCCATTATC TTTTAGCAATGGTTTTGCAAAATCATTTTTGACACGTGGCCAATTATAATTCGGCCATGT CATCAATTTTTTTAAATAAAAAAATCATAATTCTGGAGAAAAAAATCATAATTAAATAAA TTGATGATGTGACCGAATTATAATTGACCGCTATCATTAATTATTTTAATATAAAAATCA AAATTCTGAATAAAGATTGAATTATTTTGTTTGAACTTTTAATAAAAAATTGATAACGAT GGCCAATTATAATTCGATCACGTTTCAACAATGAATTTACATAATCACCGTTAAAAAATA ATGACATGTGTTATTTCATAAGCTAGAAATTGATAAATTGTTAGGATGCTATTAATACTT AATAGACATAAGGAGGAATTGAATTGCTATTGAACCAAGAACATAGCAAATGAAGAGGCT CAATATTTTCAAAATAATCATTTAAATTTTATATTATTTTTAAATATGTAACTTATAATT TTGACTTTTGTGATATACATAATTCTTCAAGGTGTTAGAATTACTGACTCTTCATTTTTT TTTTTTTGATTTAGTATTAAATTCTTTTATTAATTTTAACAATTCAGATTACATGTTTTG AATAATTAAAAATTAAATATACATTGTCAGATCAACTAACATGTCCACCACCCTAACTTA AATTGAATCAAAATCGAAACTATCAATAATGGGTTATTGTTTAGTGGTTCGGATAATGGT TTTATTTTTTTTATTGGGTTATTGATTTTAATGAATTGAAATTTTTTTTTAATGAATTAA TTGATAATTCAATAGTCAATTAAATAATTATATTTATATCATTTTGAATATAAAGTGTTC GACTGGTGGTTTGCGTCGATGACAGCGTCGACTCAGCCAAATCGATTATATGTTCACTCT GGCACATCTCACGACACCACCTCTAACATCACGGCGTTGTTAGCTAAAGGTTACTCACAA AGAATGATTTTCGAGAATTGCGACGATGTCAGAGTAAATTTTGATATCTATTATCACAAT ATTCCAGCAACTCTGTTTTGTACATCGGAAAATTCCATCCTTATGATCTAACATTCAAAA GTGATGCTAAATTAGGCTAATTACCAGGTATGAATATTAGAAGTTTCGTATTTTAATTTA TGTGATATTTTTTATTTTTTTTCTTTTCTTTTCGAGATATATTTAAAAATATTGATTAAA ATAGAGAAACTTTCACAGATAGCAACTAAAATAGTCTGAATAGGTTGATAATTACAATTC ATAATTATAGTTACAGGGAGGTGAGAGGAGAGCGATACTGGAAGAGAGAGGAGAGAGGCA AAGAGAGAGGGCAAAGAATGGGAGAGAGACGAATTGTATATGTATATCGGTTAGATAATT ACATATTATACTTATGCATTTGCATATATGTCAAGAGAGTTTAGTTTCCTGTTTCTATTA GTTTATCTCAAAATCTTGGTTATTCTACATTGTAAAATTCTTTGTTTTTTCAACAAGATG CAACTTGTGAACTCATATATATGATTCATTGGATTTGTCACCTTGTTTTTGAGTATTTTT CATTAATTTAATTAATTTTTTAAATCTTAACGGCTAAATTGATAATCGAACCGATAATGA TCAATAATCAATAAATCATCAATAATACGTCAATACCTTAATAATTCCATAATGTTATTA AACAAGCAAACATAAAATTAAAATAGAACATTAATTTCACGAGCAAGTTTTTGTAATCAA TTTTGGAGTTATAGAAATTAGAGAAGTCATATAATTATGAGTTATTGAATTAAAAGGCAA CTACTAAAATAGTATTCTCTCTGTTCAAAATTATTTGTCATATTATGCTTATCGAAAGTC AATTTGACTAATATTTATAGTTAAATTAGATTATATTAATTCGATATTTTAAACAAAAAA ATAAATATTCGAAATTATATGAAAAGTATTATAAATTATATTTTTTTTGCATATTAATAT GATGAAAAAATACATTTTAAAATGTTAGTCAAAAATTTTATAGTTTAACTCCAAAAATAG AAACTATGACAAATAATACCGGACGGATAAATGTTTATGACTTATGAGACACAAGTGGAA TTATGAGAAGGTTTTCTTTTCTTTTTTTTAGATGGGACAATAGAACAATCTTTTTTTCTT ATGAAATGATTCTTTTCTCATGTATTATTCAAATTGAAAATGAATAGGTCGATAATGAGA GATGGGAAAATAGCACAATTCCTAATGCATGAATGAACATAATCTTTAGATGTCCTTTGA TATGAGATATACAAATAATTTGAATGATAAATTGTATGATTATTTTGTTGCTTGCTTGGC TAGTGGTATTAGACAATTTTGAAAATATTTATCTCATTATTAATATCTTAGTAATGAAAT AAGTTATCTCATATATATAGTGAAATATCTTATATCAGAATAATCAGTTGCGGAATCAAA AATTTTACAAATGATATTCAAAAATAGCATAATAAAAGTTCTTTTCAAAAAGTAAGACAA TTAAAATTTAAACACGTGATCAGTATCTTATTTCAATCATCTAAAACCCCTAAGCTACAA TAGCTTATTGAACTAAGGGTATTTAAAATATGATATTATTTTTCATTTAGTATATTATTT TATTTTATACACAATATTTTATTTCGACGAACCTGATTATATAACTACACCAAAGAGGAT AACTTATTCCCAACTAATTGACAAATAATCTTTTTAACTGTACTCCAAAAATACCCTAAA GGCCGGCAAGCACAGATGTTTAGGATAAGGACATTGAATTGTCATTTAATTGGTCAAAAA TCTATTTTTTTTATTTATCACTTAGATTTGATTTTTTTGTTTATTTTAATTTGTTAACAA TTTTTTTCATCCCAATTTATATGACATATTTTTTTTCTTTATAATTAGAATTTATTTAAT TTAATATTTTTTTTATTTTTCATTAAATGATTAATAGTCAAATAAATAATCTCTCTATCT TTTTTTATTTATCTATTATATTAAGATATATATTCACCTTTACTTGTTCAAATTAAAGAT TAAGGCCCTATTTGTTTCATTAAAATTAAGTGATCTAAATTGAATACATATCTGAATATT AAGATTTGTATTAAGATTTGAGTGTTTTGATCCGAATATTAAGATGCGGTCTCTAAATCT GAGCACTAAATAATTAATGTTGTTTGCTTTCAATATCTTGATATGAAAGTGATATTGAAC ATTATATTAATAAAATATTATAAAATTTTCATTTCAACAAAATATATCACTTTTGATAAA AAAAAAATAAAAAGTTAAAAACTTAATGGGATGAATCTGAATGTCGTTGAGAGTCACCTA CATATTTGATTCGTTCAGACCTCATTCAGACCTCTTCAGATCAGATATTTTTTTTAAAAA TAAAACAAATGAACTTAATGGAATGAATCAAATTCAGACCTAAAAATCAAAAGTGCTTAA TGAGCTGAATCTGAATAAATTAAGATTTAAACCTCCATTAAGTGCAAACAAATAAGGCTT AAGTGATACTGATTATTTTATATTTATTTTTTCTTCTATGGAATAATTATTTTAATTCAT TCTTTGAATAGTGAAATGACTCTGCAGTAATAATGAATGACATAGTAAAATTAATTTTTT AAATGATGTATCAAATAAAAACTAAAAAAAAAAAAAATTAAATATCAAGTTTTAAAAAGT CCACATTTGGTAAAACTTAACCGGCCACACCAACGGCAAGCTTTGGATTTTTCTTTTGTG AAATTGCATGGCAACAAACAAGAAATACTCTTTCCGTCCCAAATTATTTGTCGTCCGAAA TTATTTCTCATAATACCTTGAAGAAGAGCTACTACACTTATAAAAGTTGAGGAGATTGAA TAGATTCAAGAACAATAGTCAGAACTTGAAACCTGGAAAAATAACCTCCGAAACAACCAA AAGTGAAAATTGATTTCACAAATTTATTTGCATCCATAAAACCAATTTTATTAGATAACC ACTTAACAATCTTATAAAGAAAAATAAAAGTCCTCCCTCATCTTCTTTAATCAAACATAT TATGTGCAAATAAGAACGAAAGCGTAAAGCAAAATTTAACAGGGGTGGGTTAAGAATTTT GACCTCTACATGAGTAAGTCTGAGGGGCTTGAGAAATATCGGTAGAACTAAGTTTCGAAG GCCAAACAAAATGATGCATGTAATTTGATTTACCTTTTTTAATAAAATAATCTCATATTC AATAACTATTTTGAAGCTCAATTAACTAAAATTCACTTCAATTTGTTTCTTGTTAGTGTT GGAATGGATAAAATATTTTTACTATTAATTAGTAAAAAAGATATGTATTCATTTCTTAAT ATTGTCATTATATAATCTAATTGTTGTTTCGATTATAAAACAGTGAAACAATATTCTTAT CTAATACAATTAGAAAATGAGCTTGCACACTCAAGCTTCTTTGTGAGTAGTTGGGGGATT TGAAGGGTGACAATTCAAAATTCAAATAATTGAAGTTTAAAAGTGAAGCATGGGATAGGT AGAAGAAAATTGTTCTTCTAAATTGATAACTAATCATAATAAAAAAATTTAGTTCAAAAA ATAAAAACACATAGAAGTAATTATATCTTACCTAAAAGAAAAAAGATCAAACGACAAAAA CAATGAAAGTTGTGTTTAACAAATCTTCAAACCTCAAGAACTGAACATTAATCTAATGGG TTTTTAAAGAGTGATTCAAATAATAAAAGTAATAACTTTTATTTGTAGCTGTTTAAATCA TAATAGATAAGGGTAATATAGCTAATTATAAAAATGTATTAAGAGGAATTAGTATAAAAC AAAATAAATTACCAAGCATAACCTTGTTGTAAAGATTCAGTCTCTAAATAGAGATTAATT TTGCAAAACAGATAACACATTCAAAAATCAGCAATATGATGCTGGAGTGTGTAAGAGAAA CAGAGTTGAAATAAGAAAATCCAACAAGATACTATTAATGGTAAAAGTAGGTTGGCAAAT ACTTCTAATAGAAACTCTATCAATGTGCATTCAAACACCAGCACTTCCTCAAGCCTTGTA GCCTCTGCTATTTCTCTTTCCTCTTGCTCGCTCAAACTTCCTTCCCTTTGCGCGAACATA AGGCTTTGTGTGGCTGTGTGGGACACCAGGTGCTTTACCAAAGTGCTTAACGGCCTCCCT TGAGTTCTTTGGACCCCTAAGCAAAACCTGATCAAGAAAGCATTACAAAACAAATGACTA GCCAATGTTACCTCTACCATGAATACATAATCATTTCCTATGCAGGACGAGATTCAAACC ACAATTCTAAAAACACCTCGGTTTGTTATTATATACTAGTGAAGAGCACTACAGCATATT CTCTAATTATTCACTTGATTGATGAAAGAAAAGGCATAAAAATGCAAACTGATGAGAGAG AGAAGTTCCGTACAGTGTTCTGCCCAAGAGGGGCTCTGAGAGCAAGCTGATCAAAGGTCA AACATTCTCCTCCAGCCTTCTCAATCCTAGCTCTAGCTGTTTCCGTGAATCTCAATGCAG TAACCTTGATTTTTGGGACTTCATAAGCTCGAACATCATCGGTAACAGTCCCAACAACAA CAGCAATATTGTCCTCCTATCATCATCATACACAAGCCAATTCAGATAAACTGTATAGTA CTTCAGTAATATCAAGGGTTATTTACTTTGCTGTACAAGAACAAACAATCCTGGAACATA CTCTGATTACAGATCTAACATTTCAATTCTAATATAAATCTCTGCATGGTTGAGGAATAG ATTATGCATTGCATAAATAATCATGGGACATAACTTTGCTGTATATGCAAAATTATGCAT CACTTTATACAATGTAGGATAAGAAATAAAAAAAGGGACATTCGGAAAAGTTGTATACAA AGATAACCCTCCACCTTCTTCAATAGAAAAAGTGTTTTGAGCAACCTTGGGAGTATTTTT TCCATTTTCATAGTAATCCTGATACTTGTATTAATCCATCCACTAGAATGGATAACTTAT CACAGCGAATATAAGTCATCCTAGGATAAGTAACCAAAAAAGGAAATACGCAGTAGTTAA TTTCTATCACAAGACTATCTATATTCCTGTCCGGCATATAAATGGCCCCCAAGTGTTAAG CTATATTGTACACTCTGATATGTGAATTCCTCACTCCTTTAGTCCTAATCGCTGCATATT ACTACTTTTTAGCAATTTCATTCACATAAATGCTACTCAGGACGTCGTTAATACCATTAA CAATTTAACGATGCTAGTATAAAGCAAGAATATTTTGATAACTGCTCGCTGTAGATGTGT CCAATCAAAGATCACTAGCAGGCATGTTTGGATGGTTGTTACATTGTATTTCATTGTGTT GTTGGATAAATTAACTGTTAGTTTGATTGTTATACAAATTTTATTGTATGGTAACACTAA ATAAAGGCACATTAGATAGGTCTAGCTCTACACTGTATGCTATTTACTTGTAAGTTTATA ATTCAAATTATTGATCATAATATTACACAACGACATAAAATGATACAATCAATACAACAT TATGAAACTATCCAAACAGTGTAAGGTGAAACAAAGCTAAAATGAATGAATAAAATACCT TTCCAGTCATGTAAGTAACCAAACGTGATAGAGACAATGGAGCTTTATTGATCTTGCTCA TGAAGAGTCTCTTCAGTATCACAGCATTGAACTTACTACCAGTCCTCCGTGATAGAAATC GGTACAACTATTATTCACACAATTAAACATCCAATTCTCAGTATAGTAACCAAAAATGCA CTAAATCTATAAAGACAATAGTGAAATAAAATACCTTGACGAGAAGCTTGAGATAAACAT CGTCGGATTTTGGTGCAATGCGCTTAGTCTTTTTGGACTTACCTCCGGCAACTAGATCGA TACCCTAAATAGAAAATCAAAATAACAAAATCAAGCTATGGCGTCCGTGAAAACAAATGC AGGAATATTCTAAAAAAAAATATTCACCATGATGCTCCGCCTGCTGCTTCTACTTTCCTC CGCCGCCGCCTGCTGCTGATAGGTTTTTCTGTTCGGAGAATGGAAAAATATGATGAAGAT TCTTTTTAACCCTTTTTGAAAAAAACCCTAATACAGATTTTTAATGGGCTTGGTTGGTGA CAGCCCAATAGGCCCAAGATACTATGTGTGAAGGAGATATCCACAAATAAGAACTTTTTT AGTACGATTATTTAATTTTTGTTCCGTTTAAAAAAAAGTTTAAGGGCCCGTTTGCCCATA AATTTTGCAAGTAAAATTTGGGGAAAAACTTGACAAAATTTTGTTTGTCCATACACTTTT TTATTATTTGGCAAATTTTTTTGGCAAATTTTTCAAATTCCCAAATACTAGAAAAAACTA GTATTTGGGCCGAATTTCGTTATTTGGAAAGTTTTAGAAATTCAATTTTTACCCTTAACT TTTTATTTTATAAAAAAAAAATATTTATTGACACCAACCAATTCAATTAGCTCCCTTCTA CATGCATTCTTTTGATTTCATACATTCATTTGTTACAGTTAGTCTTAATGAACTAGCTAC TAAATAAAACATGAATTGCATTAATTTTATTTTGGTAGATAAATATTACGTTGTTGATGC TGGTCTACGGAACACAAGAGATTTTTAGCTCCATTCATTGGTATGCGCTATCATTTGCAG GACTACCGAGGAAGTGAAAGAGAGCCTAAGAATGAAAAAGAGCTATTTAACTATAGACAT GCTTCTCTACGCAATGTAATTGAATGAACTTTTGGTGCGTGGAAAAGTAGATTCAGAATA CTAAGACAATGCATGAACAACTATGAATGTGACATGCAAGTGAAAATAGTAATTGCTTGC GCTGTATTGCATAATTTTTTACGTGAACACCAAAGTAGTGATGGAATATTCAATGAATAT GAAAATGATGATATGGTTGTTAATGAAAGTGACGAACTACTGGCTTAGGGTAACAACATT GCTTCATCTTCTCGATCGTCTGATTCGAAAATGCAAGCTCATCGAGAAGAGATTGTTCAT AAAATGTGGGAAGATTATATTAAAGAATAGGTTGAACTCTTTCAGATGAGAAAGCATAGG TTCTTCCGTGATTGCAATATTTATTTCCTTTTGTTTTCTTCTCTTTTTTTTTCCCCGAAT TTATATTAGTTGTATTTTCATTATCATGATTTGTACCAAGACCTTTTCACTATACGAATA TTTACTGTAATGATTCTTGTTGATTTGTTGCGGAAGTCATAAATCTTGTTACGTGAGATT TCTATTGTGCTATGTAATACAAATTTATGGTTAGCTTGATAGTTTTAAAAACTTATGTGT ATAAATCATATTTCTTAAAAAAATGAAATATGTTTCTCAAATTCTATGGCCAAACACATG GTAAAATTTCACCCAAATTTTCATCCAAATAATATTTGCCAAAAATATTTGAATATCTAT GGCCAAACGCTAGCTAAATTTAATCATAAACTCTAATGAGCAAAACTTGTCTTGTTACGA TTTTTGATAAATTACCCCTTTTTGATATATATATATATATAGGATATTGTAAAAAATAGC AAATTAATAATTTAAAATAAATTGAGTAGCTACTGTTTGATTTAATTGTGGCTCATAGCA AACGTTTGTCAGTCGCCTCTCTCCCTAAACTCTCAGTCGCCTCTTTCACATTCTCACTCG TTTCTCTCCCTCTGCTCGACTCTCTCGCTTTGTAGAATAGAAGGGCATAAATTGTGTTTC TGTTTTGTATAAAGCGAGAGAAAATTGTATATACACATGCAAAAATATATATCTTCGTGC TATACAATTAATTATACGATATACAAACATTTTATTTCGATTCAATTGTATACAAATGCA AAATTTATACAATAATTTCAGCGAAATAGGCCAGCGATTATACAATTGCAGCAAAATACA ATTTTCTCTCGCTTTATACAACAAAAGTGTATAAATTGTGTTTTTGTTTTGTATAAAGCG AGAGAAAATTGTATATAGAAATGCAAAAACATATATCTTCTTCGTATACACTTATAATTA TACAATATACAAACATTTTACTTCGATTCAATTATATACAAATGCAAAATTTATATAGAT ATTGCAGCGAAATAGGCCAGCGAATTATCGAATGTCGTATTTAAATATACTAATTCATTA ATTAATCAATAAGCTATCGATTAGTTCGATATCCGATTAGGAATTAATGGAAAGCTATCG AACGATGTATTGGCTTCACCTTTTCCTCCTCCCTTTTATTTTCATTCACCAATATATTCA TCTTCCATCAAACAAAGAAAAAAAACTTTAGCCCTACTTAAGCTGGTAATTTAGTAATTG TAAAATCATAGTAAGAGACATATGAAATTCTAAATTTTGAGAATGCATGAATATAAATAT TTACATACGGTAAAAATATAATCACGATAAGTCCTTAAAAAATTAACAATTTACCCAATA AAAAAATTGATAATCCGTAATTACACTAACAAATAATTACAATAAAATTTAAATTTATTC ACCAACAACTAATTTAATAATTTAATAATCCAATATTATAAGCTAGTAAGTCAAATTTGT GATTGAGTTATCGATCATTATATGTTTCAAAATAACTACTCCCAACTAATCGTATTTATT TTATGGAAGCATCATTGCTAAAATTAGAATGTAAAATTTTATGTTACTTGTACTAATTAT CCATAAATCGCCAAATAATTGCCTTTAATTATTACAAAAAGATTGGTCCTACTTACTATT GTACCCCTGTCTCAGCCATATATTTTGGAATTCACAAAGGGGTAAAATAGTCATTTACCA TTACTTTTTCATTTCAATGTCTCCCAGCTATATCTTCCTGTCAATAATTTTCTCCGTATT CATTTCCTCTTCCCTACATTCCCTCCGTGTGTAACGGCCCCGTCGTTCTAGCAGTTACTC TTTTTAACGGTGACAGTAGATACACAGCTGGCGATGAACACGTCGAAGATGCGCCGGAAA GTTGTTCCGGCGGTAGAAAACGGAGACTCCGCCGACAAACTTGACCAGGTCCTCCTATCC GCCGCCATCTGCAACGGTGAAGATGTTGGGCCTTTCGTGCGTAAGGGTTTTGCTTCCGGT AAGCCGGAGACAGTACTTCTTCATCTCCGTCACTTTGCTCGATCGAAGGAATCTGAAATT GAAGATGTATGTAGAGCACACTACGAGGACTTCATCACCGCCGTTGACGATCTCCGATCT CTGCTCTCCGATGTTGATTCTCTTAAATCGTCCCTGTCAAACTCGAACAGTCAACTTCAG TCCGTTGCTGTGCCTTTGCTAACCACTCTTGACTCATTCGTTGAAGCTCGAAACAAATGC AAAAACATTACTCTTGCTATTCAATCGCTTCGGACTTGCGTTCAGCTTGTCGAGCTTTGC TCCCGAGCCAATCGTCATCTTTCAGAGAATAATTTTTACATGGCGTTGAAGTGTGTGGAC TCGATTGAGAGAGAGTTTATGAACAAAACACCATCTACTACTCTCAGGCGAATGCTTGAG AAGCAGATCCCTGCGATTCGTTCACATATTGAACGGAGAATCACCAAAGAGTTTGGTGAT TGGCTTGTCGAGATCCGTGTAGTTAGCCGAAATTTAGGGCAACTAGCTATCGGACAAGCA TCAGCATCAAGACAGAGAGAAGAAGAGCTCAGAATCAAGCAACGACAAGCTGAGGAGCAG AGTAGACTCAGTCTTCGGGATTGTGTTTATGCTCTTGAAGAAGAAGACGATGACGGATTT AATGGGATCAGTGATGACGGAAAGGATGGTTACAGCAATGGAAGTAATGGAATGTTAGGG TTTGATTTGACGCCGTTGTATAGGGCTTATCACATAAACCAAACTCTAGGACTTGAAGAT CGATTCAAAAAGTACTATTTTGAGAATCGCAAGCTTCAATTGACTTCAGATTTTCAGGTA TCTTCAATGACGCCCTTCCTTGAATCTCATCAGACATTTTTTGCCCAAATTGCTGGTTTT TTCATTGTGGAAGATCGAGTCTTGAGGACTGGTGGTAAGTTGGTTTCCAAAATGGAGGTG GAGAATTTATGGGATACTGCTATGAGTAAAATGTGTTCTGTTTTGGAAGATCAGTTCTCT AGAATGCAAACTGCGAATCATTTGTTATTAATCAAGGACTATGTGAGTTTGCTTAGTGTC ACATTGCGTAGATATGGATACCCTGTTGAGGCTTTGCTAGACGTCTTGAGCAAGCACAGG GATAAGTATCATGAGCTCTTGTTGTCTGATTGTCGAAAGCAGATAACTGAGGCTCTTGCT GCCGATAAATTTGAGCAGATGTATATGAAAAAGGAATATGAGTATTCCATGAATGTGTTA TCATTCCAGTTACAGACGTCAAATATTATGCCTGCATTTCCTTATGTTGCACCGTTTTCG TGTACGGTGCCTGATTGCTGTAGAATAGTGCGGTCCTTTATCGAGGATTCAGTTAGTTTT ATGTCACATGGTGGTCAGCTTGATTTCTATGATGTGGTGAAGAAGTACTTGGATCGGCTT TTAACTGAAGTCCTGGATGGAGCCCTGTTGAAGCTCATTCATACGTCTATCGGTGGTGTT ACCCAAGCAATGCAGATGGCAGCTAACATGGCTGTGTTTGAACGCGCTTGTGATTTTTTC TTTCGTCATGCTGCACAGCTTTCAGGGATTCCATTGAGAATGGCAGAGAGGGGGAGGAGA CTGTTCCCTTTGACTAAAGCCCGCGATGCTGCTGAAGAGATGCTTTCAGGTCTGCTTAAG CAAAAGGTTGATGGGTTCCTTTTGTTGATTGAGAATGTGAATTGGATGGCCGATGATCCT CTACAGAGTGGAAATGAATATGTGCATGAGGTGATTATTTTTCTTGAAACACTAACTTCT ACTGCCCAGCAAATATTGCCTGTTCAAGTTCTGAAGAGAGTTTTGCAAGATGTTCTGTGT CATATATCAGAGATGATTGTTGGGGCTTTACTGGGGGAATCAGTTAAAAGGTTCAACGTG AATGCTGTTATGGCTCTTGATGTTGATATCCGTATGTTGGAATCATTTGCTGAAAACCAA GCTCCTCTCCTATCTGAAGCAGATGCTAGTCAGCTGAAAGCAGCATTGGGCGAGTCCAGG CAGTTGGTTAATCTACTCTTAAGCAATCACCCGGAAAATTTCCTGAATCCAGTTATTAGA GAGAGAAGTTATAATGCTTTGGACTACCGCAAAGTTGTTACTATCTCGGAAAAGATGAAG GATCAAAGTGACAGACTTTTTGGGTCTTTTGGCACAAGGGGAGCTAAGCAGAACACTAAA AAGAAATCTCTTGATGCATTAATTAAAAGATTGAAGGACGTCAACTGAGTCTGCGAATCT CTGTATGTTATGTTCCTTAGGGAGATCTCCATATTGTAGTTGTGTTGATTACTTGCTGAT TTCATATCTAGCTTCCTTTTTTTCTGCAAATTGCCTACCATTTTACGTAATTTTTTCCTC CCCTAGTTCCACATTGATTGCTGTATTATTCTTCAGAGCATACATATTCTTTTGCAACTC AGATATAGTCTTTTTATCTCATGAAACTAGTCTCTTCTCGTTTGGCTTCTTTTTCCGTAG AATAATTACATCTTCTCTTCGATTTATTTGCTGTATTGTATCTCTCTATCGTATAATCAT ATATTTGCTGCTGTGTCTTATGAGTTACACAACACTTTCTGCTTAACTTGGCAAAACTTC AGCTTGCATATGAGAAATGGCTTCAAATACCAGGTGAACCTGACATTTACAGGATGATAT TGGATTTATTTATACAGTGATTCTAATAGATTTCCTTTTCTCATTAAACCTGTAGCTTTA GTACTAGTTTGACTGTGATTGTTTGAGAACAGAATATTTATGGAATAATTTCATTAAGAG ACTTGTAATTACTTGTTACTGGACTAGAATAAGACACGGTAGCTAGTCCAGCTAAAAAGT TGAGGGACTTGTACGCATTTTTAATAATCACGGTGTTCGAATCAGTATTTGATTCAACTA CCAATCCAATGGACTATTTGTTGTACAAATTATATTAATGAAACGTGGACAACGAAACAG AGCAACAAACAAGTTAGTCATACCTATAAAACAAACATCTGTCAACCTCATATCTTACCA TACTATGCATTCACCCTTATAAAAAAAAACGGTGAACTTTGGAACAACGAAAAACATCAA TGTTCACAGAAATGTCAATAGCTTCAACAAGAAGTATTTTTTACCTCTTTCTCTTCTTTT TTGCCACTGCAGTTTCAAGAAATGAGAAGCTATCAGCTTATGAAGAGCTACAGCGTTATG ATTTCCCAATGGGGATTCTTCCAAAAGGAGTAAAAGACTACAAATTAAACCCCAAAACAG GTGAATTCTCAGCTTATCTTAATTCTACCTGCAGCTTCAAATTGGAGAACTCATATCAAC TGAATTACAAGCCTGTTATAAAAGGAGTTATATCTAAAGGCAGGCTTAGGAAACTGTGTG GTGTTAGTGTAAAGGTGGTGTTGCTATGGCTTAACATTGTTGAAGTTAACAGAAAAGGTA AGAATCTTGAGTTTTCAGTTGGACTCGCTTCGGCGAATTTTCCGGTTGAGAATTTTGAGG AATGTCCACAGTGTGGACGTGGATTGAATTGTGTTGATGAAGATGACAATGTTGTGTCTT CCTTTTAACTACTTTGATTGAAATCTAGTTGTTTTTTTTTTTTTGTTTTCTGGTGGTGGA AATGATGTGTTTTTTTGAATAGCTATGGTATTTAGGGCTATTTGATCACGAAATATGTAT CTTATGCAACGAAGATTTTGGATTTGAACTTTGTGTATAGATAATATTGTTAACGAGTTT ATGGTTCATTACGTTAATCACTCGAGTTAAACACCTACACTTGTTTAGAGCACTATTGGC ATGGCATTATGCAATGAATCTTTAGGGTTGTACAAGCTGTAATAGTAATGGAAAAACCTC CTGTCCCGAGCGGGCTTAAGCCATTCTTATACTAAAGAATTCTCTGACCTCTATCCACGG GTGGAGCGAAGGTTAAGAGTTTGGGATTCTAAATCAATTTTTTGGGTTAGGTTAAGAGTT TGAGATTCTAAATCAATTTTTTGGGTTCACATTTAAATATACATAAAAAAAATTTAAAAA AATATAATTATAGAGTCTAGTGAATTCGTTCGAACTCATGAATCCTACCTGATTCTGACG ACTCTCCTATAAAGGAAGAGTAATTTTAGGTAATACTGTCCTTATAAATAAAATTGGTGA AAGGGTACACGAGGAAACAAATTTCATCTACTTACATCGTAAATGTGGATACCTAGAAAC CTTATGATGCAACTATTGAGGGACAAGTTCAATATGTTCTTCGTTTCAAATTTGGATAAT AAGCGTTTCGAGTTTGTATTGAAGCTTTGATTTAATCCTGCACTGCAGGATCCATTCTGA GTAGTGTTTTTAGCGAGATTTTCTCAATATCAGATTTCGAATTTAAGACCTCTAATTAAG GAGTTTTGATTAAATTTGAATTGCGCACTGCAAAAGGTTTATTTGATGGTGGTGTTTTTC ATAGGATTTTTCCCATATTCAAGGTTTGCTCGAGATCTTTAGTTAAAATGCTTTGACTAA ATCTGAGTTTTGTACTACAAGGATCATACAATGATATTTCTAACAAGATTTTTTCTATAT TCAAGATTTAAATTCAAAATCTCTGCTCTAACAAGATTTTTTCTATATTCAAGATTTAAA TTCAAAATCTCTCCTCAAGGACGAAAGGGTTAAAATGACACTATTTAGAGGGTCTTTTGT AAAGGTCCCTTCTTGGACCTTGGACAGGGATTTGTATGCCATAACGTAGCTTTCCCCAAA TCATTATCATATTAGTTACTCGTTCACTTTTAATTGTTATAATTTATTTTAGAATCAAAT AATAAAAATTTTGATTAATATTTTATAATGATTTTTTCATTATATTAATAGGTAAAAAAT TGCCATTTATAGAATTTTTATATAACTTTTGAGTGTCTGAATTTTTTTGTTTAAAATATT AAATTAATATGAACTAGTTTAATTTTGAAATTAATTAAATTGATAATGTAACATGACAGT TAAAAGTGGACGAAGAGATTATCAAATTAAGAAAAAAACTTAAATCATTTACGAGCTCTT AAAGTTGTTCGCGTATTTCACTTTGACACTTTAACGACGACCTGTACCTATTGAACACCT ATACTAGCTTGAATTACGAGTATTCGAACATTTTTTTTTGACAACCAGCTAATTAAGAAA CCTGTAACCAATAAATTGTGTAAAGTTACTAAAATTTGAAAAATTTGCATGTTCAAAGAT ATATTATTACCATATCTTTTTTTCTTTCTCCTTTCATAAAATTTTACATGTCAACACTTA TCAAATTAGATAAGCTAGTCATGTAACTTGCTTTGCTCAAAGTTTAGCCTGTTTGCTCTT TTAAATTACATATAACCTAAACAAACGTAAACGAATGAAAGAAGCATTTTTTTATAGAAT TATAAGTGAATCAAAGTCGAAGCCGAATTAAGATAGCTTGACTATCAAGTTGATAGGCAA AAAAATGAAGGATAGAATATGTGAAGTATATTATACACCTATCGTATTATCTATTAGTCA ACTTTAAGCGGCGCTGAATGACTTAAATTTCATTTCTTTAGAAAAAAATGGTGAAAAGTA TTAAATGTAATAAAAATAATGTGCCTAGAGATGCAAGCTTTGGTCAAATTTTGTAATGTA GCTTAGAAAACAAGACAAAAATATATTAATGACAACCCTTCTTTCAGTCCCAACAGTTCT CATCACACTCCTAATTTTTCTCACCTACTTCCCCATAGAAGCTAAAAAAGAAATAGCAGT TCATAGTGGTTAAGAATAATAATTTAAAGAATGTGTCATTTTTTTTTAATTATTTGGTAA TTAAGACTTAATATATTCTATTAATTTAAATTTGTATGCATCTCATCATTACCTATTAAG GAATAATGTTCCCTTTTTTTTTTCAAGAACATCTTTCTAACTATATTCCAAACTTCAATT ATATCCTTAGAGTATTCAGTAGAAAACATTTTTAAGTATTTAAAATGGAAAATTTTCATC CTTCTATTTGAATTTATTGGACAACGATTAAATTTCTCAAAAATTGAGCCATTTCTTCGT AATTATATGTTATTCTGTATACATCAAGAATATTATCGTGAACTTTTTCAGTAATTAAGT TCAGCATTATGAAAAAGAAATTCATTTGACAGTTTTATCATTTATTTTTTCATGTAATTT GATATTAAATATATTTTAGTTGAAATATATTTCTTCTCAGTTGATATGCTAGCTAGAAGC AGCGCTTATTGAAGATTTTTTATTCTAATACTATAGAATGAAACTCAAATACGAGACATA ATCAATATTTTAATCACTTCTATATTAAATTGACTGTAACATTTATTGATCTAAATACAA TCTAGCTTTGTAAAAGGTAAATATATTTAAGTCCAGCTTCTTTCAGTTACTAATGTTAAA AAGAGCAGGTCGTGTATTATCACACCTTTCAAATATTTTTTTATTATAGTAAGCAGTAGT GTCTAAGATTTTAAATATTTTTTTAGGAACTTCTTACACTAGGTAATGAAATTAGACAGA AAAACTTTTGTTGATAATCACGTGAACTATTCATGTTTTGTAAGATCCCTTAATTTTTTT GAAAATATCTAATAAAAGGATGAAAATTATTCACTTTTAAATACTTGAATAATGTTTCCT GATAAAATTAAACTTTGAGGATATAGTTAAATTTGAGGTATAATTTAACAATATTTTTTA AAAAAAACTCTTCGAATCTCATATTTCAATTCACACCACGAAAAATCAAAAACTTCATAT TCAAAACCAAAATTTAATTTTTTTTATTAAAGATTAAACGGTCACATTCATTGTGTCATT TCAAACTTATTTGGGCATCACCATTGAAGGTGTTGTAATAGGGTAAAAATAAGCATTACA TACTCTATATAAATTCATATGTAATACACCTATTTATGTTATTGGTAACTACGATTGGTG TATTTTTTATATTTGCAAGGAATGAGTTTAAACATTTTATTTTATTTTTAAAGAATTTTC TATGAAATTAAAAATATTATGATATTTAAAAATTTATTAGTTTCTATAAGAATCTTATAA TTAAATTATGGGAGTAGATAATTGTTGTAAATCGCTCAAGTTGATCTTTTCACCAAACAA TATGTCAAAGAAGAGGACACGTGCTGACCCGTAGAGTTCTCACGTGCAGCGTGTGGGTTC TTGGGTTTGCCCACGTGAAGTGTGAGGAAGTAGAAAAAATAAATTTTATCTTTTCTTCTA AGGTATTTTGATTTTGCGTAAATTTAAGAAAGAGATTTTTAAAATTTATGATGTAAAAAA ATATTACATAATTGTGGATTTTATTAAGAATAAAATAGCTACTTTATTTTTAAATTGTTA TTCATTCCGTTTATTATAATTTGATAAGTACACTAAAATAATTGTCCTAACTAATTGTCA ATTTAAATAATTAACAAATAATTAGTTATGTTTTTTCAATTTTGTCCTTAATAATTACAT AGCTACTTAAATAGTTATCTAAACGAATTGTTGATTTTAAACAATCAATAAACTGTTAGT GATTTTATAATACTAATTTCAAAAAGTAATCATTTTAATGTTAAACGACTACTTTAATGT GAAAAAAGTTGTTTAGACCATTTTAATTATGATTAGTAGTAAGGTTATATTAATAAAATT GCACCTTATATTAATTTTTTTTTCAAGGACATGATTTTATCATACAATCAATAGTGAATG AAGGGAATACTTAATATAGAAATGTGTCAATCTTTTTGAGATCGACTAAAAAGAAAAATA AAGAGAAAATGTCAAAAATCACATACTGTTACGACAAATGTACTATTTGTCCCTTATAAG TTTATGACTACATAAAATGCTATATACCCAATTTACACTTATAACTTGATATTTATCATC TTAAATGTGTGTGGAGTGTTATTTTTATATAAAGTTATATAAATTGTGTTTCTAATTGTA TAAAGCGAGAGAAAATTATATAAACACATTCAAATACATGTATTTTTATCATATACGCTT ATAATTATTACAATAAAAGTACTCCCCTGTCCAATCTCTCTCTTTCTCGTATTATACAAA TTCAAATTGTATATAATTTATCTATTTCTCGTTTTATACAATTCGATTCAGTTGTATATT CCCTACCAAAGTCTCTTTTGTCTTTCTCTCTTTCTCATTTTATACAAATTCAAATCATAT AATCGTTCTATACACTTATAATTATACACTTCGTTCTATGCAATTCTCTAGCCAAGTCTC TTTATCTTTCTCTTTTTATACACTTTCTTTTATACAATTCACTTAAATTGTATATGTACA GCAAATTATACATATATATGTTTGCTATACAACGCAATTATGCAAACTTTGTTATAGTAT ACAAATATAAATTTTATATTCGCTATATGTGAAAGTTGCACTTACAGAAAAACTTAAACT GATATAATAATATAAGTGTTGTACATTAATCTGATGCACGAATACATTAATCGTTAAGTA AGATACATTATATTTTACACATGATACACTAATATAATATAACTTTTATACATGATAAGC TAATTTAATGCTCGAGATACATTGCAACAAGATGATAAAATAATTCATCGGCAATTACTT ATTTTGATATAGCAATATTATTTTTATCTTTGATTAGAAAATAATTAATTAATTCTAAAA TAACTTATTTCCGTTGTCTTCCCCATTTACCCAACGTTTTTCATAGGGCTACACCATAGC TACTCAATAGTTCAAGTTTCAAATTCAAGCTCTTCAATATTTAAGATTAATATCTCAATT TCAAATTAAAATAAATAAGAGTAATATCTCAACTTCAAGTTAATTTAATTTAACTACTAA CCAGATATGCCTTCTGTAGCTTTTCCCTTATGCATTTTCCTCCTCCTACTCTTTGCAGCT TCTCCGGTCATCGGCGATGAGGATTCTCAGTCCCCGACGGCATACGAGATTCTACAGGAA TACGATATTCCGGCAGGGATACTTCCGAAGGGCGTAACAAGGTACGAACTCGACAAAACA ACGGGCAATTTCGCCGTTTACTTTAACAAATCGTGCAGTTTCAGCATAAGCGGCTATGAT CTCAAGTATATGAGTAAAATTACTGGTAAAATCTCTAAGGATCGGCTTGCGAACTTGAAA GGCGTACAGGTGAAACTGCTTTTTTTTTTTGTCAATATTGTGGGAGTTACTCGTGACGGC GATGATCTCGGTTTCTCCGTCGGTGTTTCTTCTGTTGATTTTGCAATTGAGTACTTCTAT GAACCGCCAGAGTGTGGATGTGGATTTGATTGTGTCAATTCTGGAGAAAACGGTACTGGT GAGTTCAATTTAAAGCAGCTTATCTCTTCCACTTGAATTGTTAACTAAAATTTTCAGAGA TTGGCTGTAAATTCAGTTGATTTGGGATGGAATTTGGAATTAGGGCAACTTTGTATTTCA GAATCCCACGGGACTGGAAGCATATGCTTTTGATGCTCCTTTAGAATGAATATGTATTTT TTTTCATATATCTCCGTGGACTCTTATGGAAATTGAAATAAATAAAATTTTCTTTTATTC GCTACATATTAATTTTTAATTTTAATTTATGTGATATAAATAAACTTGAAAAATTTATTA TTTTTTCTGAAATATTTTAACTTGCTAATTATTAGAATTTATTAACAGTTTATATTAATT TTAAATAATATATATTATTCTTTTTATTTTAATTTTCGTGACACATGTGACATGTCTAAT TAGGAGAGTCCTAAATGTTCTTTTAAAAGTATTTTTTTATCAATAAGAATTCATGTTTTA CTAATAGAATTTTAAAAATTGATTTAATTTTTTTAAAAATATTTTAAATTGTTAATTATT ATTTTTTATAGTTCTTTTGACGTCATTTTATTGTAATTTTAGCATCATTAATACATGATA GAGTATTTTAAGTTGTTAACTATTATGATTTATAAAATTTCAAACATATGACGTGTGTTT AAGATTAGTATGTTTATTGCCTCTTATCAAATAGTAAAAATACTTTAAGTCTTTAATTAT TATAATTTATAGTGTATGTTATGTAATTTTTAAAGTAATATCCGTATAAATAAATACTTG ATAAATTAATATTTTCTCTAGAATAATTATTTTCTCCGATTTTGATTTGGGCCAATGAAA AAATTATGAATTTTGATAAGATAATAGATAATATAATTTCTGAAGACGTCTATATAAATA TATGGTTCCATTAATATGATAAATTAATAATTCTTTAAAACTACAAATATATCTACTTTT TTTTTATTGCATTCAAAAGCTCTAATATTGTATTTTTAAATTGCACAATAAATTTGTGAA GAGTTCTCTAGATGCAATAAGTGTTGTCTAATGCGCAATTGGTTCCAACGATACAGTATC ATCTTCAACATTGCTTTTTCCGACGGTATTCACAATTTCTTCTAATTTCTAAACCTCTAA ATATGTATCCCTTTCACCCGAATAATCAAACATGTTATTGCACATCTATTTTATTGAGGT AATCGAGATCATTAATCATGATCTCAAGTTCATAAATGACGTTTTCACAAGTAGGTTCAT TCAAATTATCTAAGATTGCAAAAAAAATTATTTGCTATTGTCTCTCGTTGAACATTTGTT GTCCAAATAGAAATCTCAAAATTCATAGCATACAAAATATTGATCTTTGCTGCAACAATT TGTGCCACTTCATAACTTTTTAATATCTCATGATAAAATTTGTTTGATAGTACATCTTGA AAGCTCTTATTATCACAACATTACAAGGTTGAAATCAGTAAGATACAATAATCTTGACGT ATTTTATATATATTGTTTTTATATTAAATCAATAAATATGATACATAAATTAGTAAGATA CAATGATTGATATAATCAAAATTAAGTTTCATCAAATTTCAAATCGTTCTTTAAACTAAT AAATATTAATTTATCGATTAAATAATATCGTTATGAAATAATAAAATTTCACAATCCCGC TTATATCAATTTATAAATTTTTTACTATATCATAATTTATAATATCTTAAATGTAATTTT TAAGTATACTGTAAATTTTTTTAAAAAAAGTAAGATAAATGAATTTAAATAATTTTTTAA AAAAAATAGAATGGAAAGGGATTGTGAGGTGGGCTCCATATTTATTAAGAGACTTGGAAT GGCCCACATGCATGGGAAAATCAAAGAATTTTTCGGCTGAGGCAAAGTAAAAAACAAAAT ACAGACGCGCTTTGTCATTTATTTTTTATGGACGACTTTCACGTATAGCAAATAAAAAAT TTATATTTGTATGTTATAGCAAAATTTTGTATAATTGCACTCCATAGCAAACATAAAACT GTATAATTTGCTATACATATACAATTGTATAATTCGCTGGCCTATTTTGCTGCAATTGTA TAATTTGTTTTGCATACAGTTGAATCGAATTAAAATATATGTATATTGCATAATTATAAG TGTATAGCAAGAAGATATATACTTTTCTCGCTTTATACAAAAATAGAAACACAATATATA CACTTCTGTTGTATAAAGCTAGAGAAAATTGTATTTCACTGCAATTGTATAATTCGCAAT TGTATAATTCGTTGGCCTTTTTCTCTGCAATATTTGAAGTAAAATGTTTGTAAATTGTAT AATTAAGTGTATAACACGAAGATATACATTTTTGCATGTGAATATACAATTTTCTCTCGC TTTATACAAAACAGAAATAAAATTATACACTTCTGTGTATAAAGCGAGAGAGGCGAGCGA GAATGGAGAGTGGCGAGCGAGATTTTTGGAGGAGAGACGCTGGCAAATTTTAGCTAATGT TTACTATGGAGCACAATTAAATCAAACCCTAGTTATTCCATTTAATTTAGGTTATTAGTT TGCTATTATATACAATTTTCCCATTTTTTAAAGTATAAATTATAGGAACCACATATTATA AATACAAAATGACCATTTGTCCCTTTAAGAATTGAAATTACTAAAAATCCCTTAAAAATC AAAGAAGCGGGATACATCACTCTGGCGCGGGATACATAAGTACTGATACATCCCATTTTA ACAGCTGCTGCGATTAATTAGGATTAATTATCGTGATTTCTGTTATTATTAACTGAAATC ACGTTATTAAAGGTCATCAGATTGTGTAACTGATTAGTAAATTCAAATTTTAAATCAGAT GAGCTTCATAATTCAAAAATATTCTTGTAAAGGTTGATCTGCATATTAAGAATTTAAAAA AAAAAGTTTTGAAGATGAATATCTCAATTCTGCTGCGGCATTCTGGAATTTGGGTAATCG ATATTAATTATGAAGGTTACAAAGTTGATGGAATTGTTGTTGGCCGAAGATTTGAGGAGA TATTGATTGTAAACGCATCTAAAAGTTCAAAGATGAAGGTATTTATCAATTTCATTGACT TTCTGTTTTATGTATCAGATACAAATTATTTTTCAATGTTAATTGTTTTTTTTAAAAATG ATATATAAATTGTATATTACGTAATGTATCACTAACTTCTTAAATTTTTAGGTTGTTCCA TCATCTGAATATATTTTCACAGTTCATGAATCCGAAAAAAGATACATTGTATGCCTTGAG AGGAAAACTTGCACATGTGGAAGGTTTCAACATGATGAGATACCTTGCGCACACGCAATT GCAGTTTTGAAGCACAAGAATGTTACCAATTTGCACCCATATTGCTCTGATTACTACAAG TCGTATGCATTAGAAAAAACGTACGAGGTTGTAATGGTTCCAATGCCAGATAAGGATGAT TGGAACGTTCCAGAATGTGTTTTAGATAAAATTGTCCGGCCACCTAGGTACAGAAGGTTG GCTGGACGACCAAGAAAGCGAAGAAAGAAAAATGCGGATGAGAAAATAACAGTGAACAAT AATTGTTGTGGGCAGTGTGGACAAGAAGGACATAACAGGAGAACTTGTACTTTCTTCCCG AAAGAGAATTGAAAGAATGTTTTAAAATAGGACATTAGTGTTCATGGTACTTCTATCCAT GTTTTTCTTTATAATTTTGATTAAATAAAGTGTATTGGTTACACAACTTAATTTGATGTT CAAATATATTGTATTTTGAGATATTCAAGTGTACAAAAAAATTGATTTGTTCAATTGTTT ACTATATGGTTCGTGTATACATACTTATGAGTTATAAATTTGATATATTATATTCAACAG TGTTTGGGTTTCAGTGTAACAGTAATTCAACCTGAGTTTATTTGTGTAACTTATGTATCA GATACATTCATTTGAGTGAAAAATATATTATATTTTTCGTGTATACTCCATCATGAGTTA TTCTAGTGTCCCAAAACTTGACTTGTTCAAATGTGTACGACATGTTTAGTGTGTAAAGCC TTATGAACTATAATTTTGATATAGTACATTCTAGTGGTACGTTTCACTGTAATATTAATC AGGGTTAAGTTTGTTTATGTATATGATGTATCATATACATTCATATAATTCAAGTTGCTA AATATATAACTGCAATATTTTTTCATGTATATATTATACTTATGTATCATATACATCATT TTTATAAGTGAAAAATACTTAATAATGTATCATACACATTAGAACTTAAGTGTCATATAC TTCATTTTGTAAATTAAATGTCAAAATTACTTAAACTGAAACAGTAAAAAATTTGTAAAG AAACAACTGTTTCTAAAACAATAACTTGAAAAAACATAACATTCATAGCTAACAAAAAAT TGTAATACCAATAAGCTTTTAGAAAAACACAAAAGATAATTGTCTTCAACAAAAAACAAC ATATAAACTTGTTCATCCTGTCCCAGCTAATTACTAATCTATGTTAACAATGTCATCTTC AGTTGGTGTTGTGAATTGATCCTTAGGCTTTGGTGTATCGTCATTGTCACTTATGTATCC ACCATTGACCTTGTCACTGCCGTATCTCCATAACAATGCAGCATATCTATTGCGTAGGTA ATTTGCAAGATGTCTATCAGTATCAGGTGGTATAACAAGTTGGTCACTCAAAAACTCTGC AAATGTAGCTACGTATAACCCGCAGTCCCTACAATGGATGCACCGGAATTTTTTTAATAA CATAATGCATACCCTGTTTATACAAAAAATAAAATAACATAATTCATGCACTGCATTATA TGAATATATATGATACATTAAATTTTAATTTATAAGACAAAGAAATCATAATATGTATAT GATACATCTTATTAACTAAACTTATAAACATTGTAAATAGACTTAGTGTATCTGATACAT CCCACAACTGTACCACAAAATTTTATTTTACTAATAATAACCCACAAAATTATTACCATA TTATAGACCTTAAAACTGAAAACCACGTAATGCTTTTAAGATGTATATGATACATTCTAT AAGTGGTACCTATTATATTCTATAACAACCATCATATTAAGTTTTAATTGAATGTATATG ATACATTAAAGTTAAATTATAAGACATAAGAATCATAATATGTATATGATACATTTTATT AACTGAACTTATAAACATTGTAAATAGAGTTAATGTATCTGATACATCTCACAACTGTAC CACACAGTTATATTTTACTAATAACAACTCACAAAATTATTACCATATTATAGACCTTAA AACTGAAAACCACATAATGCTTTTACTAATCGAAATTTTACTGAAGAATCTTAAAATTTT ACAGACACTGTGCTTTCAGTGATACACAACTCAAAATTATTGACAAAAATTATGAATCTG ATACACACTATAAAATGTAAAGAAACATGTTGGTTGTACTTTAATTTGAATGTATCAATC TTCATTGTTAATTTCAGTTTACAAACACATACAACAGTTTACAATTAGGGTATTATAAAC AAAAACACAAAATTATGAATTTTAAACACATACCTTAGGAAGTGTGGGTCTTGAAACAGT TGATGTAACTTTTCTTGGCCTTTTTTTCTTGATTTCTTCAGTCTTCTTCTTTGGCTCAAG TACATTGTTGTTCTTCATCAACAATGGGTCATGTAGTCTCTTAGATCTATTCTCAGCCCA CAACTCATCATCAGAATCATAAACACGTTTGAAATTACCACAATCTTCCATGATATTTGT AAACTCACAAGATGAAAGAGAATGAAGGAGAAAATCTGGTTAGATGGAAAGAGAGTCCTA CAAAATATTAAATATGGATGAAAATTTGAACTGGAATTCAAAATTTACCTGCAAACGTGT GGAATGGGGAGTAGACAATTATACACCTACAATGTAGGGAAATAAAAAGGAAAAGGAATA AAATTAATATGGTAAATTTTAATTGGTGATGTTAATGGGGAAGTGGATAGCTTGAAAATA GGATTTAGTTTTTGTTAAAGTAAAACTTGCCAATTGGGTGAAAAAAAGGTGGGAAATCTT GATGTATCTATCTTTTATATTTTTTTAAATTGGGGGAATAAGGGATTTTTGAAAATTTTA AAATAAATTGGGATAAATGGTTATTAAGATAATTAAAGTAGTGTATTTAAGTAATTTTAC ATTTTTTAAATCCGATTTCAAATAGTAAATAAACTTTCTAAATTTAGATAAAAGTAAATA GAATAGAAGTAATATTAGAGCAACTCTCTCCGTTTCAAAAGAATGATCTTATTTTTTTTA ATCTATTTTAAAAAGAATGATTCATTTTTTTTTACAACACTTTTATTTTAATTTTTACGT AACATATTTAAGATTACAAGATTAAAGGGTATTTTGGTATGTTTGATATAACTTTAAATT AGAATCACAAAATTAAAAAATCTTCTTTATTTTCTAAAACTTCATTCTAAGTCAAACTAG GCTAATCTTTTTGAAAAAAAGAAAGTATTTTTAAAAAATTATATCATTTTAATTTTTTGA TCAAATTATAATATAGAATTAAAATTAAATATTTTAAAATCATCCCAGCAGTGCAAAAAT TAGCCTTTTGTTAGTTGTCTTGAGATATTCTTGTCACAGGGTCAAATTTTCACCTCGTGG GACAGTATATGAAGGCTTGCACAACTCTTCAAAACTCAGTCCAACAGCCAACCAAACACA CAAGGAACAATAAGCAAGACAGTCAAACAAACAGGCCACAAAACAGTAAAGAAAGCAAGT AAGGAAGACAAGTTCTTGGGGAGGCAAGAGCCAATTTTTCAATATTTTTTCCTTGTCTCT TTACAAAGTGAGATACAAGATATTTTATGAGATATGCTAAAGTATTAAATTTTGTAATTT ATAATATTTTTTTGAATAACATATGTCACCTTCTGTGTTTGAATCAAATAATTTTTTAAA GCCTTTTAAATATTTCATGTTGATAATTACTGTGATTCTTAGTAATTTTAAGGTCATCTT CAAATAATATATTTTAAATTCCATTTTATGAGGCACAATAGAATTTTGAAAGTTGACTAA ATTTTTATTAGCAAATAAAGATTGACATTCATAAGAATGTAATTTAAAAAAATTTATGAT CGGAAATACTAATTGAAGTGGCCCCCAAATAATTGTACTATTTACTACTTCTTTCATTCA CTTTTAATTGTCATGTTACGCTTTTTAAAAAAGTCAGTTTAATTAATTTTATAAGTTAAA TTAAATTAAATATAGTTATACATTTTTAACAAAAAAATTAGATACTCAAAAATTATACAA AAAATAACTATAAATTGTAGCTTTTTGCATATTAATATAATAAAATAATTATATTGTCTA TAATTTGAGTCTAAAAGAAATAAATTGAAATAACTAAAACATAAATAAGTAATAATATAG ATTATTAGTATTTAATTAATGAAATAAATTATTTAAAAAAACTACTAAAGGCATTAAAAA TGAGATGAAAAAAAATGTTGGCCAGGTTTGAAACTGGGACATTGTACATGGAATATCTAA CTTTGGCCAGTAAGTCAAATAGTAATTATAATAAAATTGAAGCAGACATGTTGACGCCTA GTTTTATACTTATTTACATTTATATAATAGTATAGTAGATAAGTAAAAAAATAGTAAAGG TACTATTGACAATTCCAAACTTTTGAAGGAAAAAACTAACATCAAACGAGAAAATTAAAA TCACTTCAATTTTTTGATATTCTTGTCCATTTTCTATTAGTAGGGGTTTACACGGTATTC TTCTATTTGTTGCGAACTATTGTATCTTAACGTGATTTACTTTTTGTGAGTGAGTTTAAA ATATGTATTTATCTTAGGATTATTTATAATTGACGCAAAGTTGATTATTTAAATAAAGTT GTTAATTTGTTGCTAATGGATTATTAGTTCAAAATCTTGATAAGAGTCTTCGATTTTTTA TTGGATAATTCATTTTTAATGGATTAATCAATAATCAATAGCAAAGAAATTATATTTATA TAAAAAAAAATCTTGACTTAGTAGGCGTTTGGTCATATCATATCACGATATAGAATTGTG AGATGTAATCAGCGTTTGAACATGCGATTTCATGTTGATCTCATGTCATGAGATGAAATT TGGTATTCTCCAAAAATTATGGTATGAAAGTTCCATATCATCATCTGAGATTTTTTAAAT ACACAATTGATGCACATGTTTATCTATTATTAAAATAACCCTAAAGATTTTTGGAGCTTG TGTAACGACCTGTTTAGTCATTTTGAGCAGCAGATTTTATTTCTGGAAAAATAGGCTGAG ACGACGGAACCCACGACGGAACGTCATGGGCACGACGGACCGTCGAGGGTGTCTCGTCCC AAAACACTTAGAAATTCTGAAATTTGGGTGCTAAAATCGACTCTCTGAACTCTGTGACGG ACCTGCAGGACGGACCGTCACAGGCACGACGAACCGTCGTGATCCACCGTTTCAAAACAC TTCAACTCTTGAGAATTTGGTACAGGGAACGATTCTCTGAACGTCGTGACGGAAGTGCAG GACGGACCGTCGTAGGTACGACGGGCCGTCACAGACTCCTTAAGGAAATCGAGTCTCTGA CGAACCTGCATGACGAACCGTCGCAGGCGCGACGGGCCGTCACAGGTTGCGTAATCCCAG TCGGAGTCAGATTTCTGGTTAAGTTTTAAAGGGGCGTTTTGGACTATTCCTGCTATAATT ATATATTTCGTGGGTTTATATTAATGACTAAATTTCTTGGGGGTTAAAAGAGGTAACCTT AAGTTAATTAATGGGTTATTATTGCCACATTTTATTCTTAATTATATGCTAATTAGGGTA AAAGAAAGAGGGTTTGAATAAGAAAAAGAAAAGAACAGAAAGAGAGAGAAGGAGAATCGA TAGAGAGAGACGAACGAAGAGGAAAAACACAAGGCTTTGGAAAATTCTTGCTTGATCATT AGTCTTCGGTGGAGGTAGGTTATGGTTTCTCTTACGATATTCGTAGTAAACTCTTAATAG CGAATGATATGTATTGATAATGTTGTAAACCCTGCTATGTGCTTAATTGTATGCTTGCAT GAATGTAATTATATAATTGTGATTATATAAGCATGATGAAGTTATTGAATCCCAAATCTT GAAAAACCCTAATCTCTTTGTTAATGATGAGGCCTTGGTATAAAAGAAGGCGTAATGAAC TAAAATAATGAGATTGATGATGTCTTTGGTAAGAAAGAAGGCTTGATGAATTGATAGAAG GAGATTAGGGGATCGGGTACCACGTTCCGGTACCAGGATAGTATATGAGGATCGGAGTGT CACGTTCCGACACCAGGATAGAATATGGATCGGGTGCCACGTTCCGGTACCATGATAGTA TATGAGGATCGGAGTGTCACGTTCCGACACCAGAATAGAATATGGATCGGGTGCCACGTT CCGGTACCAGGATAGTATATGAGGATCGGAGTGTCACGTTCCGACACCAGGATAGAATAT GGATTGCGTGCCACGTTCCGGTACCAGGATAGTATATGAGGATCGGAGTGTCACGTTCCG ACACCAGGATAGTATATGAGGAGCGGAGTGTCACGTACCGACACGAGAGAAATAAAGATA ATGAATCCTGAAAGATGTTAATATACTCAATCTAATGAACCTAAATCCCAAATGAGTATG ATGAGGAGGCGTGAGTCCTCATTGACGAGCTTGGTGTTGTAACCAAGGGTTATGGTAATT GTAAATGCTACATGTTGAGTATCATAGTTGATTTTATGATATTACTTGGTATATACTGTT TTCTATTTTGAGTTGGCCGATGATACCTACTCAGTACTTGTGTTTGTACTGACCCCCTAC TTTTATGTTTTCTTCTTTGTTATTTGTGGAGTGCAGCAAACGTGCCGTCATCTTCGACTC AACAGTAACTCTAGCCAGTCTTCACTACTCCGGATATCAGGGTGAGCTAATGCTTCTAGC TTGGACTGGATCTTCCTCTTCATGTCTTGATGCCTTGAAGTTCTGGCATGGACTAGCTTT CATGTATTTTTTGCTTCTTAGAAACTCTTAGATTTAGTAATTTGGACTAGATGTTCTTGT GATGATGACTTCCAGATTTTGAGAAATAATAGTTATTGAATTGGTTTTTATTAATGAGTT TAAGTCTTCCGCATTACTTTATGTTGATAGTACATTGAAATGTTAAGATTTAGATTTGGT TGGTTCGCTCACACAGGAGGGTAAGTGTGGGTGCTAGTCGTGGCCCGATTTGGGTCGTGA CAGCTTGGAAAAATAGATTCATAATACTGAAACAAGGAATGAACCATTATTATATTGACA CACAACTGAAAGTATCTTGACTTGTGCAACGTTACATAATTATTTGCGAGAATATTAAAG GAATGATGGAATATTTATTGTCTATGAGCATGAAAATATAATTGCATACCAACAAATGAC TCAAAGTAACAATTTTGATTGATCGTTTCAGTCATATGATCAAGAAATTCCAGTTCAACA TGAGGAGATTGTATGTATTACGTGGGAGAATTATATTAAAGACTAGTTCACTATAATTTA TGATCAATTCTTTTGTTGAATTAAATTTGATGAAACAATTACTTAAGTGGAGAATAAATA GCTTTTTAGTAATTTAGTATTCGATTTTATAAATGTTTGTTTATTTGTTAAGATTGAATA AACAATTGAGGCTATTTTAATATTTTTACAACTTGTGAGATTCTTATGTTTTACAAGAAA TTATACAACACAAAAATTTCATATCGCATGTCCAAACAAAACTTTCGTTTCATTTGAGAA TTTCATATTATGATATCATATGATGATAATCATGATTCTATATTGCATAGCCAAACAGGC CTTTAGTCGAGATAGTTAATCGCCTGTTGAATTTGAGTAGTGTGACATCCTAATTTTCTT GAATAATCTTAGCTACTTCAAGATTAAAAATATATAATGTGAAAGTCATTAATTCTACGT TTCTAAACTATCACTTCTTTCTGGAAAAAAAAACACTATCACTTCTATTAATTCTATCAT AAAAATCATTATCACTTTATTTCGAGTATCATTATTTTTGATCTTATGCTCTTTTATATG ATCATATATCTACCTCAACATTTTGATCTTTGCAACAGGCAATAAAATGATGAAATAACT TACGATAATTTTTAGTAATCACATAGTTTTAATATGAGATTACAATCTATCACTTTTTAA TTTGTAATTACGTTAATTTCTTAAGATAAAATATAAATTCGATACATTAATATGTAGCTC GGGTACATTATAACATAAATTGAATATATAATATATAGCTTGAATACATTAAAAATTAAT TCGATTTTATATTATAAAATAAATTAAATATATAATAACTCGAATATATTAAATACTGAA TCAAATACAATATTAATAGCTTTACATTAAAAAAAAAAGAAGAAGAAATTTTAAAGGTTT TTAGAAATTTTTTCGATAATTTATTATTTTGAAATAGCAACATTATTTTCATTTTAATTA TGAAATAATTCTAAAGTAACTTATTTCCACGTTCTTCCACATTTAACCAACGCTTTCCAG CACACCAGAGAACAACTGAATAGTACAAATTTCAAATTCAAGCCCCTCAATAATAAATAA GAGTAATATATCAAATTTCAAGTAAATTTGTTTTCGGTAACTACGAACAAGATATGCCTT CTGTAGCCCTTCCCTTATGCATCCTCCTACTCCTACTCCAACTCTCTGCAGCTTCACCGG TCGTCGGCGATGAGGATTCTCAGTCCCCGACGGCGTATGAGATTCTTCAGGAATACGACT TTCCGGTAGGGATACTTCCGAAGGGCGTAACAAGGTACGAACTCGACAAAACAACGGGCA ATTTCGCCGTTTACTTTAACAAATCGTGCAGTTTCAGCATAAGCGGCTATAATCTCAAGT ATATGAGTAAAATTACTGGTAAAATCTCTAAGGATCGACTTGCGAACTTGAAAGGCGTAC AGGTGAAAGTGCTTTTGTTTTGGATTAATATTGTCGAAGTTACTCGTGACGGCGACGATC TCGATTTCTCCGTCGGTATTGCTTCTGCTGATTTTGCAATTGATAACTTCTATGAATCGC CACAGTGTGGATGTGGATTTGATTGTGTCAATTCTGGAGAAAATGGCACAGGTAAGTTCG ATTTGAAGCTGCTTATCACTTCGTCTTGAATCGTAAATTTTCAGAAATCGACTGTAGATT AAGATGTTTTAGGATGAAAATTAAGATGAAATGTATGGTCCATTTTGGAATTAGGGTAAG TTCGTATTTTCAGAATCCCACGGAACTGGAAGCATATGTTTTTTTATGCTCCTTTGGAAT GAATATGTATTTTGTCATGTATCTTCTGTGGAGCTTCATCTATGCAGTAGTAGTGCTACT TTTTCTACTTGTGGAGTTTGAAATAAAAATTTCTGTTAAGCACATTGACGATTTCAATTT GGAATCCTAATTCGATTTAATTTTTCGATAATTATATCCATCCTTAATTAAAAGTGTTTA CTCGAAACTGATAATCTAAAAAAAGTTGTTTAATTTATTGGTTTAGCATTTCAATAAATT TTTTTATTAGATAATTTATTTTGAGCGGATTAATCAATAATCTAATAGTACGTTAAGAAA ATATATTTGTGTCAGTGTTGGTTTTTGAGCAAGATATAATCTATTCATTTATATGATTTA TCACCTTTTAAATTAATAACTGAATCTATAATGATTAATAATTAATAAATTAATAATTAA TAAGTCAATATTTTAACAACTTCATAACAATTTAACATGTATACAAATTGATTATTTTAT AATTAAATTAAATCAAAATACATCGATATGTCATCATAACTTGTATTGTGTGCATTAGAT ATGGAAAAAAGAACAAAAATATATTCGGTACTATCTTAATAGTATGCATATATTATTCGT CAAATTTTGAAATATTAATACTTTGATATTCAAAAATTAAATTATATATGTTAAAAAAAA GTTTATAATTTTAATTTCTGTTTATTATTGATGAAATAATTTTTATATTTATACTTCAAT AAAGATGTAGATTAAAGAAATTAAAAAAATTCAGTTCAAATAAATATTGCATCAAATCAA CCATATAAATCGGAACCGGTGGGAATAAATATTATGCAATGCAAGATACCAACGTCGAAA TAATTTTTTTTCTGTCATCTTCTGCAATAATTGAAACTTCCCCAAAGTCAATTATACATA TCGTCGGCGCATCATCGGAGTAATCGCATCTGAATATCCATTTGATACGAAAATCATCAC AAAAAACGGTAGCCTCAATGTTTTCTCCACGTCAGATCGCCGTTACCCTCGCTTTTCCTC TCTTAATCCTCTTCCTTACAACTCTACCGCCGTTAGTCACCGCCGCTGCAGCTACCGGCG ACGCCGACGCCGTAAACGGTGGCACTTCCCTCACTGCTTACGACTTACTCGTAAGCTACG GCTTCCCCGTCGGAATTCTTCCACAGGGTGCTATTGGGTACGATCTCGATAAGGACACCG GAAAATTCAGTGTACATCTTAGTGGGTCTTGCAGTTTCGCATTAGAAGGGTCTTATCAGC TTAGGTATCAATCGAGATTCGGTGGGTACATAGCTAAAAATAGGCTGTCAAGCCTACATG GGGTTAGTGTAAAAATTCTGTTTCTGTGGCTGAATATTGTGGAGGTTGTTAAGAATGGTG ACAATCTTGAGTTCTCTGTTGGAATTGCTTCGGCTAGCTTTCCCACTTACAATTTCTTGG TTTGTCCACAATGTGGATGTGGATTGAATTGCAATAGCAATGGACATATTCTAAAGATTC GAAACAGTAACCTTGTCTCTTCTGTTTAGCTGCACACAGAAGGATGATGGAGCCTGAGTT TACTGAAAGAGGTTAGTTCCAGTTTTTGAATATTTCTGAATATATGCTACTACTTGGTTG CTCACTGACTTATACTTGATTCAATTTATGAATTTATCAGATGTTTAATTCTTCAATTTG TGGTGAAGCATTACAAATTTCATGAGTATGTGTATGGTTTAGGTTGACATTGTTAACAGT TGGAGAATATTCTTGAAGCTTTGCATCTTAATCAAATAAATAAAACTGTCACTTATCAAG AAAAGTATTAAACATCTGATAAGTTCGCAGTCTATTAGTTATCGCTCTTAAATTTCGCGG CCTGAAACTAAATGAAAGAATTCAACATAATAGAATAAAGATAAGGAAAAAGAACCAGAA GAAGAGCTTGATCTAAGACCTATCTTTGATGACAGAAAATCCACAATACATGCCCATCTT TGTTTAACAAGACACATTTTGAATAATAAGAGAGTTACAATTATGTGATTTTTTAGAGAA AACATGGTCAAATTGTATTCTGATGTATTATTCTCGTTCATGTTTAAGATATTTTAGTAT GGAAGTAGGTTACATTTTAACTGGTGGAGAGAAACAAACAGTTAAAAAGGGGACGGGGTA AGGAGAAGTGAATGACAACTTTGAAAAGGACTAAAAGCGAAGTGAAATCATCTCTACATT GACCTTACATGTGAAACTACAAGAAGAGACCATGTATATGTATTTAACCATGTTTAAAAA ATTTAACGGGTCAAGAGAAAGTAGTCTTCCCTTTGTGGTGATTTTTTTATCAAGAGGATG CTACAAGAATTTTTATGTTAGAACATTGGGCCAGATTTGCTAGAGTTCTTTCTATTGAAT TATTTTGTTTGTGAGTCCATATTATCAGTAAAGCCACCTTTCTACTTCTCTCAACTTAAT TACAAGGCTTAAGGCTTTTGAGAGGGTTCAAACTTGTGCATAATAACTCAGACATATCAT GTGCTATTATTTGGAAAAGAACATATGGTCCTAGACCTTATCTTAGTTGATCAAATAAAG CATGGGCTGCGTCTATATCCCCTTATTCAATGATTCAAGGATTTTAGATAGGATGCTCTC TCACCGTAAGATCAAAGCCCTGAGGTATATTGCTCAAACACCCAAGGGTCGATTGGTTTG GAGCAAGTTATCTTCGGATTATAATCCCACATCCCTTATGGTACGGAATAATATTAGGCT TAATATATAGATAACCCCTTATACTTGTCAGAATATTCCATTTAGACACTCGAACGGAGT CATATTCCAATTGAACAGCCCAACTCCAAATAAGATGTCCCAATTAGACACTTCCTTTTA AATTTCGGAAAAACTTAACGCATGTTTTCATTTGTCTATTTAGGTAGTTAACTTAACCAC ATAATATATATTATTTCCTTTAATTATATGCATCAACCTCAAGTAGGAAACGCCTGAGGT TTATGACTTTTTGAGGCAAGTGTATATAATTAAAGTAAATGACATATTTTATGTGGTTAA TGTATCTACCTAATAAACGATAGAGAATGTCAAATTAAGTTCAAAATTTAAACCGAAAGT GTCTAATGGGAACTCTTTATAAGGAGTTGAGGTGTTCAATTGGAAGAGACTTAGTTTGAG TATCTAAATAAAGTATCTTGGCAAGTGTAAGGGGCTGACTATGTATTAAGTCAATTATGT ACAAAATTTATATTGTATCAGCTAATGCATGCAGCCAAACACTGAATAAATGTAGTCCTA AATCTTATACCGAGAACTTGCCATATGGTACATGCATATAAGAGTTTCTAGGTTAATTTT CGTTCTTCGTTAATATGAAAGTTTGAAGCAATGGAACCCTCCCCTCAATTTATGTTAGCT TTTCTTTTTTTCATTCTTCTTAGAGAGTGAAACAATAAAAAAGCTTCTTTTTCCGTTGTT AGGCGTAGAAAGTTCTATTGAGCTCGTTACGCCCCACCCTCTAGCCTCTCTCTTTGTCAT GGAAGGGGAAGAGTTATACAAGCTTAAGCATCCATACTTTACGCATCTTTCCCGAGGGCC AAATGGATCTTTATTCTGAGACATGCAATAAAGCATTGATCAGCACTAGACTCTCGATAG ACTGCTTTTCAATTTTGTGTTCTCCCCTCTTTGGTGCTTCTAGTTAATAGTTGAAGTTTG CAAGAGCTTTCCCTGTTTTTACATCCTAGTTAGAACACATTTCTGCTGTTGGTTCACCAC GACGGTAACTGATGCTTCAACAATATGACTCGTACATACTACTGTGGTGCCATTTTTCAA AATCACAATTCACAACTGTACGAGATGCTGCCATTACAAATCTGGTAACTACCAACTCAC CAGAGTCTGGACCATGATTTTTTGCTGAAAGCATGAGTACAGGGATCTCTATTTCTTCCT GAAGGTTCTTTGTTTGAAAACAAGAGAATAAGAAGCTTGCTATTAGTTTACTAGTGCCAT CAAGCAGTTGAGGTTAATGTAGTTGGCTAATCTTTTGCATGAAATGTTAATAAGAATATC ATGGCCATCAAGTGAGGGGGGGGGTTGCTGGAATTGTATGTACCCAAGCTTGCTAATGGT TGACACTATTAACTATCCTACATTGGTTGAATAAATGGGTTGTTCTCTCTTTATATAATC TTGAGAGATCCTCATCTCATGAGCTTACACTGGGTGTAAATTAGACCCAAGACCCACTTT CTTCACATAATACCAGAGCTTGATCTATTCTTGTTCTCGGTTTCCCGATGTTGGTTCCTT GTGTTATATTGTACATGCATTGGTGCAGGTGTGGTAATTGTCCCACATTGGTTGAGAAAA TGGATTGTTGCAGACATTCTGGGGTTGAGTTATGGTGTCATACACATATGAATTCCATGT AGGACAACAAAAACCATTGAAGCGATATGTATGAATAGGAAAATAAGAGTTTGTATATGC TGAGAGGCTCTGTTTGATCAAACAGTAAACTGAGGCTGAAATCCTTTCGAGGCAGCGAAT AAATTCGTGTGTAATAATTCACTAAAATTGCAATAAGTAAGAAATATAAACCTATAACTA AATAAATAATATTTGGTCCAATACTAAAAACCTTTGATGCACTTGTATAGTACATTGTGT GAGAGACAGACCTGCAGCCACAAGATCTGCTTATTTCCTCTGCCCTTTCTCTTTCTCTTC TGTAGCAACCTATGGCACTTTATAGTGTATTTGACTTCTGCATTGCCTCGAAAATTAGAA GGAAGATATCTAATACATGACTCTATTTGTTGAGTGCTTGCAGATACTTGCAACTCATGG AAAAGATCAGGTGACATGGTTGCAGTGTACAGAAAGCCTGAAATGGTCATTCTCCTCCTT CCTCCTCATCATAGTTGCAATACAAAAAGTCGAAAACTCATGTGTTCATTTACATTATCG TTATGTTATCTACAATTTCGTCTTTGCTCTGTCATGGATACAAAATATTCTTGAAATTGC TGTTTATAACGAGATTCTTTTCCATCACGCGTATTGCATTAAGCTCTCTATAGCTTGTAC TCGGAAATCTGTTAAATCAGAAGCCAAAATGTGAAACAAAAAGAATTGAGAAGCTAAGGA ACAGATGATGACATGCACTACAGTTCTCATATAAATATGCAATGCATCACCTATATTTAT GACTTTTTGTGAAGAATTTGTGCATCTCATGGTTCACATTTCATTATTTTACTTTCATGC TCTGATCGTTGTATTTGACGTTGTGATTCGACCTTTTAACCCCCTCTTTGGGAGCTCCTA CCTTTGTTGTATTTGACGTAGTGATTTGACTTTTTTAACTCCCTTCCTGTGAGTACCTTT GTTGTATCTGACGTTGTGATTTTACTTTTTTAACTCCCTTCCTGTGAGCTCCTACCTTTG TTGTATCTGACGTTGTGATTTTACTTTTTTAACTCCCTTCCTGTGAGCTCTTACCTTTGT TGTATCTGACGTTGTGATTTTACTTTTTTAACTCCCTTCCTGTGAGCTCCTACCTTTGTT GTATCTGACGTTGTGATTCTACTTTTTTAACTCCCTCCCTAGAAGTTCCTACCTTTGTTG TATCTGACGTTGTGATTCGACTTTTTTAACCTCCTGGGAGCTCCCACCTTTTTTGCACCA CGAAGAACATTTCTTTGTTGCTTATAGGACCTTGTTCTTTATGTTTTACCTAACAAACAT CAATAGGTTATATTTATATTATTTTATGCTAAGAAGTGGAATAATTAATATATGAATTAT TGAACTCTATTATAAAATTCTTACATTATTAATACTAAACATAATTCCAACCAACAACCA AATTATCGGAATTCATTTTTAGAAAAAAGTAATGTGAACGCAAACTCTGCTAAGGTCTAC AAAGAACAAAAAGATGTAATTCTACTTTATTAGTAGCATTGTTTTAATGGCTAATTATTG CTTTAATAAACTTTGCGTAAGCAACGGCAACATTAATTCTCAGACGTTAATAGTGCTTTA TATGATTAATGGCCCTAATTAAGTCAAGTCAATACACCTGCAATTTTCACCGTCTCATAT TAGTTGTTCAGTTTATTTTTATACTTTCTTTAAAAGAAATTATAAATAAAAAAATAATTG TAAGAGTAAAACCAAAAGAAAATAGTTAATTTTATAAATTGATTAATAATTGAAAGTAAT ATTATTTTTATACTATGATAACAACTAACATGGACAGCAGGGAGTATAGCCTTTGATTAA TTTAATTATAAAGTCACTGCAATGTCCCCTTGTCGTTTCAAAATCATATTGTTGGCCATT TTCTAATGCTAAAGATAAAAATAATATCGATAAAGTAAAGGGTATATAATAATAAAAAAT ATAATACTTAAGTATGATTAAGGGTGTGGTGAAAAATAAATTTTGATTTTTTCATATTTG ATTCGATTAATATTTTTGAAAAATACTTTCTTTAATAAAATAAGGTTTTAAAAAATGTAA CATTATTCATTTCGTTACAAGTTATCACCTCATTCTACACCTTTATTTTAACTCTATTTT TTATTACATTTATTTTAATTATATAAAAATATTTTTTATTTATATCCCGAATATTTAAAA AAAAAAAAAGTAGAACACGATAGTATTTGTTTTATAAGTAATCAATGAGTGATTTGCATC CCAAAACAGATGAGACACGGAAGAATTGTGAAGATCGGATGACGCTTTATTCAATATATT TTATTTAATTAGGCTCTTAATTAATTCACCTTTATGATTAATTTATTTATTATTTATCTA CTTAATAAACACTTAAAGAATATAGAGCTTTAAATAATTTTTAATATTTTAAATTAAAAA ATATTTCATAATATGATTGAATACTCAATCAGTATGTTATCTAATGTCTAAATAAAATTA AATAAATCGTTAGATAATATTTTATCTTCAAAATTCAAACATCACACATGACATGAATGC TCCTACCAATACATATGACATGTTTAACTTTAAAGCACATTATGGATCCGTTTTGTAGAC GGTATTAGGTAGAATAATTTATGGATTAAAATTTAATTCAATTAATACATTGTTTGTTTA CTTCATTTAATTAAATCCATGGATTGCTTATCCATCATATGTGATACAAAATATGATCAA AAATATCTTTTAACTATCAGAAGTAGCTTAAATATATCCTTGAACTATATTTCGGCTGAA ATATACTCTTACTGTCAAACTATTGGATCAAAAATACCCTTCTCATTAACAGAATCGGTT AAACGTCACTTAGATGCCATGTGGATGTCACATGGCATGCCACATGAGCCAATAGAGTTC CACTCATGGCACGTAGACTAATAAACTTATCCTTGATTTCCCCCAATTTTCTTCGTTTTC CATAGAATTTATAAACAATTTCATTGAAGAACATAGAACCCCTTTTCCTCATTTCTTTAA TTTCCTTAGAACGTTCACAGAATACATAAGTTCTAAGGGAAGGGTATTTTTTAGGGAAAA TTGTATATAATCGCAAACTAATAATCTAAAACAAATGGAGTAGCTAGGATTTGATTAATT GTGTTCCATAGCAAACGTTTGCAAAAAATTGTCAGACGCCTCTCTCCCAAATATCTCGCT CGCCACTCTCCTCCAATCTCTCACTCACCTCCTCACTTTTTATACAAACACAAGTGTATA AAAAGTGTTTCTAATTGTATAAAGCAGAGAAAATTGTACAAAATACATATATTTTTATTC CCCTTTCTCCCCTCTTCCAGATCTCGCTCGCCACCCTCGCCTTTCTCACTTATACAAACA GGAGCGAAATGTATAAATTGTGTTTCTGTTTGAATAAAGCGTGAGAAAATTGTATATACA CATGCAAGTACATATATTTTCGTCCTATACACTTATATTTATACAATAAAAATACTCCCA TGCCCAGTTTCTTTTACATTTCTCTCTTTCTCGTTTTATACAATTTTCAAATTGTATCTA ATTTTCTCTCTTTCTCGTTTTATACAACTCGATTCAATTGTATATTCCTTGTCAAGTCTC TTTTGTCTTTCTCTCTTTCTCATTTTATACAAATTCAAATTGTATATAATCATTCTATAT ACTTATAATAATACAATTCGTTTTTATACAATTCCCCGCCCAAGTGTCTTTCTCTTTCTT GTTTTATACAATTTGTTTTATACAATTTGCTTCAACTGTATATGTATATCGAATTATATA GTTCATATGTTTGCTATGGAGCGCATTATGCAAACTTTGCTATAGCATACAAATATGAAT TTTTTATTTGCTATATGTGAAAGTTGTCTTATTTTTTAACCCTATAGTTTGAGGAGAAGG GTATTTTTGAGCGAAAATATAGTTCAAAGGTATATTTGAGCTATTTCGAATAGTTCAAGG GTATTTTTGACCATTTTCCGTATGAGTTATCTTATCCCTTGGAAATGGAGGGATAACTAA TCCAAGGTTTGTTAAACCCTGAATAAGATCCTTAAATGACTAAACTAACCCTTTATTCTT TTTTTATATTTCTTTTGTAATTTAATTTCCTTTTTATTTGTATTGGAGTGGTTATAAATG TTCCTTTTTAATTCTCCAAATTCGTTTGGTGTAATTTAATGATTTTACTAAAAAAAAATT CTTTATTTTTTTTTATTTTTATATTCAAGATAATTTGTCAATTACCACTTGAACTATTTG TTTTAAAAATAAAAATAAAAATAAAAATAAGCTTTAGGTATTAACAATTTAAGTAGTCTT AATCTATGTTAAATTTAAGATATATACTTAACCCACAAAAAATTAGAAGTATATTGTGCC ATCATTGATCCTCTTAATGGTACATCTTACCTTAAAATTAATAATAATTTTGTATATATG TATATGATTTAACTAATTAAATGAAACAAAAAATTCTTTCAAAAAATTATCCGGTCCGAT GGTTATTACCTTGACCCAATTACATGAAATAAACACTCATAATAATACGAGGGTATAATA GAAAAGAATTTTTTTGTAAAATTATAAATTAAAGACAAAATTAGGTAGAAAGTAGTGAAC CAAACATTTACAAAAAAATAATCCTTGCACTATTAATCCGTACATTACTAATCCATGCAT TATTAATCCATGCATTATCAATGTTTGTACCAAACAACCCCTATGTGTATTATATCGTCT ATAATTGTAATAAAGAAAGTTACTTTCAATTTTTTTATTTCTATAAAATAAATATTTAAT TTATTTAGAAAAATCATGCTTTTCTATTACGTATATGTTATTTCTGTTGTATTTCCTCTA TCCATTATTGTTTGTTATGATCTCTATTTTTAGAGTTAAAATTATAAAAAATTTGATTAA CATTTTAAAAATATAAATATATAAAAGATTATAATTTATAATACTTTTGATATAACTTTT GAATATCACTTATTTTATTAATATATTGATGATAATCTTAAAAATACTAAGATATGATTA TAACATTAGTTTGATTAAAAAAAGTTGCAAGAATGTTATGAGATTTTCCCAAAAGAAACA AAAAATAAATACGTAAACCTGGAGATTGAAGAATTCAAAAAAAAAAGAAGAAAAAAATAG GATCTAAAGCCCGAAGATTAACACTAATACTATAATTATTTCATTTGCATGAATAAAAGA TACTAATAAAAGAAAGATATAACAATAAGCTTAAAATTTAAAAGCAACAAAGCACGAGTA AATTTCACACTGCTATATTTTTCTGATAAAACAGTTCCTTCACTAAATTCTCTTTTCTCG TTGATCGAAAATCTCCGATGAGTAACCGGAGATCAACGGCGCAGCTTCAAAGATTTTCAG TTGCTTCCAGATCTGTGTTTCAACAGCATCTTCCGGAGCTCAGCAGCGTCAATCTCATTT GCTTGTCCTTCCGGCCTATAGTAACCGGTAACTGGATCTGGCACCCATGAAGTCTTCACC GATTCCTCTCCACTTTTTTGCATCATCACGTTGCTCCTTGGCACTCCTTTTGCTACACCG GAAACTGCACCTTGTGATGCCGCTGCATATCCACGCCTGTACATACACACAAAAAATTCA CATTCACATCACAGCAAATTAGCCGCCGATACAATCCTCTGTTTTTGCTACGAACAAAAA AAATCCAAGTACGTATAAAATATACTATTACATTGATAAAAGAAAAAGTTCAAAATGTGC AGCGACAATCACGCTTGTTGATTTAAAAAAGTTGTATGCTAACGCCTTTTATCCAGGGGA TAAACGGATGTTTCGGTTATTACCAGCTAAGAAAAACAGAGAACTTCGATCCCCTGTTAT CGTTATGCATAGCATAATTCTAAAATAATGCTGTGAAAAAACCACAGAATTTAACTCAGA TGCAATATAGCTGAGAAAATTTTAGATTTACACCGAAAAACTCAACGGAAACAGCGGTAC ACATTCACGTTCACCGATTTCAAAATTTGAATATTTCCTGTTTAGATTCATATTACGAAC GTTATGATCATTACCTGCTGAGAAAAGCAGAAACGGAGTCGGAGACGAAAGCAGAGAGAG TCTTAGAGTTAGAGAAAGAACGAGCCATTGCTTATTATGATATCGAGATCGGAGTCGGAG CAAGAGAATTTCTGAATAAGAACGCTGCGGCGGAAGGAGTTTGGCTATGGAGCTTCCGCA GCGGCGAACTGAAATTCTGTAGCTTCGACTCTCTTTCTCCGGCGAACTTAGGGTTACATA AGCGAGGAGAAATGGAGGAGAGAATGGGGAAGTATATATAGAGATGGAGAATGAGGAGGG AAAAAGGCAAATATGGACTAGGGTTTAATTTGGGGCCACGTGAATATTGGCCACTATTTA GACGCAAAGGTCCTCTCCTTAGTTGACACTTGGTCGATACTTTTTCTTAGTTAAACCGAC TTTTTTTTTTTTTTTTACGTGTTTATATTGAAGTTTGATTATATTTAAATTTATGTATAT ATATATATATTTTTTGGGGGCAACTCTCTAATACTTTTTTCGTCCAACAATTATTAATAT TGTGTTTCATTATACAGTTTTGAAATGTTTGATTAATATTTTTTTACTTTATAGTCATTT ATTATTATATTTTTCAAGATATTGAATTTATTATCTGTCCAATAATAGGCACTATTTTTT AACATATTCAACAATACTTGTTTATTTTATGAAGTTAAATGGATGATTTTATATTTAATT TTTAATTTTAAATTTAACTTTAAAATTGTGCAAAGTCAATGATGGACAAATAATATAAGA GGAGTACCTCTATTTTTTTGGTTTTATTTTATATGAGTTAGTTTGGCTTGATAGAAAGTT TAAGAAAAAAAAATTAAAACAAGTGATAGATATTTGTATAATTCTGGATAAAATAATTAT TTAAAAATTAAATTATTATTTAATATAAAAATATATTATTATTCTTTTTTAGACTAAATA AAAAATAGATCATATAAATTGAGACAAAATGAATAAAGAAAGATCGTTTTTCGAATTTGA AAAATTTTTAATAAGAGAGAAATCTCGTCACAAAATATATATTAAGGTTTGTGTGTGGAT AAATATTAAAGTCAACAATACCTAAATATAAGCGAATTCAAACGCTCTTAGTGCTTTTTT TTGTTTCAATTATTTGTTTTCGTTTTAGTTTTTCATATGAGAATTATAAAATTAAAAAAT ATTTTAATAAAATTCACATATTTTAATTATAATATCAATTTTTTTTTAATTTTTGTTTAT TGAAAAATATACCAAATTAAAATTAATCAAATAAATTGAGACGGTGAAATTATTTATTTT CGCCAATCAATCCACTCTTGAAATATTATATTAACATTGTAATCTAATAGCGACACGCCA CTTAGAAAATTGAATTACACACATAATATATATATGGAAAAATTGAATCATTCATCTAGT GTGAATTAAATCTTGTTTACTCTAATTTAATCAGAAAAGTTGACGGGTCATTTGCGATCG AAAACAATAATTAAGAGAATAAGGTTTATTAGCTGAAAAATGCAATTTTACTAAAACTAG ATAGAGAAATATTTTTTTTAAAGATATCTTGATTAATGAAATTTTACTAATTTGAAAATT GTGAATCTTTCTTATGCTTATCCTGTGAAAAGAGATAACGAGTTCGACGTATGATATGAA TTTAAATCATATAAATAAAAATATAGTAAATTTTTGAAGGAGAAAGAAGAGACTATAAAT GAATGTGAATATTTTTTTTAAAAAAATTAAATATAAGAATGATATAAGAAAAATAATTAA TAAATACTTTTTAATTTAATAAAGTACCAATTTATATGGAATAATTATTTTTAGTAAAAT AATTAACAAATATGAAACGAAACTAATATTTAAGTGAAGGCAAAAAAGAAAGGACGGCAA GCATATGATCCATAAGTATCCAGTTATTTACATGCACTTTCAACAACTTGCAACAACCAA AAAAAAAGAATCACCCGAGAATATGGTGAGGTGGATGAGACTGATTTTTTTAATTAGAAG CTTTGTGTTTAAAATTTAAAAATAGTTTTTCCCTTTAATGGAATCCTAAGCAATAAAAAT TTAAATTAGTTAAATACTAATATAGATATTGAATATTAAATAAAAAGGAACTTTCATATA GAAGCAATTAAAAATAAGCTAATTATGATTTGATAACCATAATTTGTAGCTACACGTCAT ATATATATATAAAATTGTATATTATACATATGTATTTGTACATATGTCAAGCGAGATAGT AAGAGGGAGGAGAGATGCGAGCGAGAAAGACTGGGAGAGGAGGAGATAGGCGAGCGAGAG AGTGGAGAGATATGAATTGTATATGTATATCGGTTAGATAATTGTATATTATACATATGC ATTTGTACATATGTCACGCGAGATCGGAAGAGGGTTGAGAGATGCGAGCGAGAAAGACTG GGAGAGGAGGAGATAGGCGAGCGAGAGAGTGGAGAGAGATGAATTGTATATGTATATCGG TTAGATAATTTTATATTATACATATGCATTTTGGATTTGCCCCTATATTTCCAGACATCT GTTATCACTTAACCCATTACAAGCCCGCTGCCGCAGATATTCCCGTGGCGAGCGATAACC CAGCGCACTATGCGGATGCCATTCGTTATAATGCTCGAACGCCTCTGCAAGGTTCTTTGC TGCCGTTAACCCGTCTGGTTTGGGCATGATACTGATGTAGTCACGCTTTATCGTTTTCAC GAAGCTCTCTGCTATTCCGTTACTCTCCGGACTCCGCACCGCCGTGTTCTTCGGTTCAAG TCCCAACATCCGGGCGAACTGGCGTGTTTCATTAGCCCGGTAGCATGAACCATTATCCGT CAGCCACTCCACTGGAGACGACGGAAGATCGTTGCCGAAGCGGCGTTCCACCGCTCCCAG CATGACGTCCTGTACTGTTTCACTGTTGAAGCCGCCGGTAGTGACCGCCCAGTGCAGTGC CTCACGATCACAGCAGTCCAGCGCGAACGTGACACGCAGTCTCTCTCCGTTATCACAGCA GAACTCGAACCCGTCAGAGCACCATCGCTGATTGCTTTCTTTCACGGCCACTCTGCCTGT ATGTGCCCGTTTCGATGGCGGTACAGCAGGTTTTCGCTCAAGCAACAGCGCATTCTGGCG CATGATCCGGTAAACACGTTTGGCATTGATCGCAGGCATACCATCAAGTTCTGCCTGTCT GCGAAGCAGCGCCCATACCCGACGATAACCATACGTTGGCAGCTCTCCGATAACATGGTG TATACGGAGAAGCACATCCGTATCATCAGTGTGACGACTGCGGCGGCCATCCATCCAGTC ATCGGTTCGTCTGAGAATGACGTGCAACTGCGCACGCGACACCCGGAGACAACGGCTGAC TAAGCTTACTCCCCATCCCCGGGCAATAAGGGCGCGTGCGCTATCCACTTTTTTGCCCGT CCATATTCAACGGCTTCTTTGAGGAGTTCATTTTCCATCGTTTTCTTGCCGAGCAGGCGC TGGAGTTCTTTAATCTGCTTCATGGCGGCAGCAAGTTCAGAGGCAGGAACAACCTGTTCT CCGGCGGCGACAGCAGTAAGACTTCCTTCCTGGTATTGCTTACGCCAGAGAAATAACTGG CTGGCTGCTACACCATGTTGCCGGGCAACGAGGGAGACCGTCATCCCCGGTTCAAAGCTC TGCTGAACAATTGCGATCTTTTCCTGTGTGGTACGCCGTCTGCGTTTCTCCGGCCCTAAG ACATCAATCATCTGTTCTCCAATGACTAGTCTAAAAACTAGTATTAAGACTATCACTTAT TTAAGTGATATTGGTTGTCTGGAGATTCAGGGGGCCAGTCTACATTTGTATATATGACAT GCAAGATTGGGAGAGAGAGAAGAGCGAGATTGAGAGAGAGGAGAGAGGAGAGCGAGATTG GGAGAGGACAGAGAGTGGGAGAGAGGTAAATTATATATGTATGTCAGTTAAATAATTATA TATTTTGGCGAATTATACATATACAAACGTGACTATTATATAAACTCGAAGTCGTCCCAT GTAATTAGTGTATAATATTAGTTGCATATGTTAATTATAACAAACTATATTTATGATAAA TAATTAAATAGTACAAATTTACTTAATCACGTAATTTTTTGAATATAACCCTATGTAATT TCATATTTGTCCAAATCATACTTGACAGAGTTAGCACTTAACAAATATGATTTTTATTTT TGTCCAAATCATATTTATTTGAATATAAGCCCATATATTTTTATATTATGTTTTTTTTAA TGTTCCCTCTCAGTATCTTGTTATAGAATAAGAATAAATAGTGGGAGTTGTTATCAACAC AATTAAAGCCCTATTTTTGAACACACAAATATTTTTGTGGAGCCAAAAAGCTGTGGCAAA GGCAGATTCCTATTATTACATTAATTATTCAGTGATCAATATTAATTCCACACACACAAA ATAAAAATCCTAGCTTTAATTTGCCTCTTTTACACTACCAAAAGACAACATTATTTTTTC TGGAAAAAAAAACAATTTGCTCTCCCTATCATATATTAATTTCAGGCTCACAGAATATAC ATATTTTTTTGTGTATGCTATTCTTATACCTAATTTGTGGAGCAAAACCAAAATACCACA AGGAATCAAAAAAAGAAAAAAAAAATCTTATTATGTAACATAGCGGTGTCAAATACACCA TTCAAATTGTTTGATTAAGCTTATAAATTAATTGAACTGATTAATAAATCGTATTTAACT TATTTACAAATTTGATATAAACTTTAACCGCGAAAAGGGTAAAAAATAATAATTTAAGCC ACTTGTGTCTTATTTGATGATAATCCCACATTAATTTGACACTTGACTTGGTCTAATGAT CTTATCCATAAACTTTTAATTTAGTAATGATCACATCACAAGAATGATTAATTATACGTG TTGATAAAAGATAGGTTTTATTTCTTAAAGTAATTTATTTTTCTTTTGAACTTATCTTTA GTTTACCATTCACTTATTAGTTATTCCCTCCATTTAAAAAATGATAACCTGATTCGATTT GGAATAAAGTCTGAATTTTTTTTTTTAATTTTATGATTCGAAAATAAAATTATGTCAAAT GTATCAAAATGATCTTGATTTTGTGGTTTTAAATATGTCACGTGGAAAATTAAAGTTAAA GTGTTGTCAAAAACGAAAAAGGGTCATTCTTTTTTAAACAAATTAAAAATAAAATAAAAA CATTCTTTTTGAAACGGAGAAAATATCACTATGCAGGAGCCACAAATTTTAATTTATGAT TTTTGAATCGATAGTCTATATTGAGTTTTCTATTAAGTGACTATCAATTTTATTAGATCG TACTATTCATAATGTTTTCCTTTTATTAGTTCAGCAAACAAAATATTTATAAAATTATTT TATGACTCGTCCTAGAAAATCGAGTCGATAATACTTTAATTTCAACTAGACAAAAATTCA AACATCAACAAATTAAATTGATTATAATTCAAAATTTAATCAATTTAGCTATTAAAATTC TTTCGAATAATAATATTTATTTTTCCAGTTGATACCATCTCCCAATTATTGAGAGAGATG TGAATGAGATTGATTAGTTGATAGCTTTAATTTGATCTTACTTGCGATTCACAAAATATT CTAATGTGCCCAATTCTGTTTATGTCCACTCGAAACTTGTGATGTGTTACTTTTCCAGAG AATTCAATTTATTTTTTTAATTTAGTGTATAATATATACGAGGGAAAATTGTATATAATA GTAAATTAATAACCTAAAATAAATGGAATAGCTAGGGTTTGATTTAATTGTGCTCCATAG CAAACCTTAGCTAAAATTTGCCAGCGTCTCTCTCCCAAAAATCTCGCTCGCCTCTCTTGC TTTATACACAGAAGTGTATAATTCTGTTTCTATTTTGTATAAAGCGAGAGAAAATTGTAT ATACACATGCAAAAATATATATCTTCGTGTTATACACTTAATTATACAATTTACAAACAT TTTACTTCAAATATTGCAGAGAAAAAGACCAACAAATTATATAATTGCGAATTATACAAT TGCAGTGAAATATAATTTTCTCTAGCTTTATACAACAGAAGTGAATATATTGTGTTTCTC TTTTTGTATAAAGCGAGAAAAACATATATCTTCTTGCTATACACTTATAATTATGCAATA TACGTACATTTTAATTCGATTCAACTGTATGCAAAACAAATTGTACAATTTCAGCGAAAT AGGCCAGCGAATTATACAATTTAGGTCAGCGAATTATACAATTATATATGTATAGCGAAT TATACAGTTTTATGTTTGCTATGGAGCGCAATTACGTAAATTTTGCTATAACATATAAAT ATAATTTTTTTTATTTTTTATATGTAAAAGTTGCCCATATATACAACGTGGTGGCACTTA ATTGTGTAGCTTACTATTAACGAAATGAGACAATTACGTATTATAGATCAGGGTTCGTTT TCCAATAGAAACAAATATTTTAAGCTATATGTAGATCATGTAAAATAAAGCGTGGTCAGT TAAACATATATTCAATATATAAATAAGAGTAATGAGCAGATACAAAATTGTATGAATTTT TCTTTTTAAATGAGTTGTTTTCTATTTCTTTTCCCTTTATCAATTGAAGTTATGTCCTTT AAGAAACTAAAAATCATGTATATATATATATACACTAAGACATGATATAAAAGTATAAAT TTTACCATGAAAAAAAGAATATTTATTGCCAAAGACATTAATTAAATATTAACAAAAACA AGGTCAAAGTAGAAATGACCTATTCAAATTTTATTTTTATGCTTATTATTATTTCTTTAA AAATTATTTTCTTTTTCTCCAAATTACTATTATATATTTACGATTTAATTGAATTTAAGT TTGTGTTTGAATATGTGATATACGGTATGATTTCAAGTGAACATTTGAACATGTGATTTG AGTTCTTGATCTGAAATTCCAAATTCAAAAACAAAGAATACATCGTTCAAGATTACGAAT TTTTAAAATATAAATATCAAGTCATGATTTCATTTCGCACGTATTTATCGCCATGTCTAA ATGAAGGGATCATTTGTCCAAATAATTAGAGAAGATCTAACTGGGCTGATTTTCCTTTAC AAGCCCATTTTCTTATCCAGCCCAAGCCCAATTAGAACCCCTACTCGTGCCCAAAAATTT CTGGAGAAATTAACGACTACTGAAGTTTCTACCTCACCGGCGAAAGTTGCAGCTAGGCGT AGACGAGCAGCCATGGCGGAGGCGAACCAAAATACGAACCCGAATCCGGCCCCTAGCGGC GGCGAAGTTCCACCAAATGTGACTATTTACATCAATAACCTCAATGAAAAAATTAAGCTT GAAGGTACTCCGTACTTGTCTCGAATGTTTATGCAGAACATTATCTTTGTGTTTCACTGT TTGTAAAATGTGTTGTGTATATTGATGGTGATTAAATTGTAGAGCTGAAGAAATCGATGC ACGCTGTGTTCTCACAGTTTGGTAAGATACTGGAGGTTTTAGCATTCAAAACCCTAAAGC ATAAAGGACAGGCGTGGGTAGTGTTTGATGAAGTTTCTTCTGCTAGCAATGCACTTCGCC AGATGCAGGGTTTTCCTTTCTATGATAAGCCTATGGTACTCATTTCCATTGTTTTTGTAT TCTTCACTACTGGATTCTGGCTTGTTACTGTTGCAATATGCTTACTGCAATTTCTACTTC ATTGACACAAAATATATTCAGCTTTACTATCAATCCATCAACTGTACCTCTCAAACTATC GAGGTTCAGCTATATGTAGGTTTATATTGATTGGTTTATCGTAATTTAGTATTTTTATGC TGGCTGTGAATCCCCTTAATCTCCATGCTTCGTCTTTATATGGGCTTGGTACTGGATATG GTGCCTGAGCATAGGTGGAGCTGAAGAAATTAAGTTTATTTTCCTGAAAAAATTAATGAT CTGTAGGAAAGGTATCATACCATATTTGTTCGATTAGTGATCCTAGAACATATTAATTGC TCAAGCATTTAGGCATCTTACCTATGCTTAATTAGAGAATACTATTATTCATAGTCAAAC TTAGTGCTCCCACTGGTTGAGTTTATGTGTCACAATTTGACTCAAAACTAAGTTTAAGAA AGAAATAAAGACTTATGAAACTTATAGACTTAAATATGCAAAAACATTTGTCACTGTAAG ACTTCTGAAACTTTTAATCTTAAACATGTCATATCAATTTTGTGTCTCTATGAAGTTGTT ATCAAGAGTGAATGGGAGAATTTGTTATCACACTGTCAGTCTTGGGATGTGATGCATATC AGAAGTAAAGCTGTTAGGACTTAGGAGTAAGGATGAGTGTTCTTGAGGTCTTCAAACTAG TAGCCCTATATGGAAAGAAGAACTGAACTGCTTTTGGCATTTTTATTTAAGCAAACTACT AGATGAGCTTAATTGAAGAGATATGTTCAATGATGATTCATATAGTCAATTGCAACTTCC TTGGGATTGGATTCTTTTCATAACCCCAATACATGTTGTATGCATTACTAGAATAGCATG ATAAAAATCAAAGACTATATCCAACTTGAAGCAATCTTGATTGTTCCCTCATTGCTTCTC AAAGGAGTTGGAGCATGTTTGTCGTAATCCAGCAAACAACTATACAAAATTTATCAAGCA TAGAATGTTGTCTCAATCCTCAATATTTGGGATTGGCTACGCGTGTCCTTTACATTTCCG CTTTATTTAAGTTTCTAATAACTTAAATAATTTGTTTTTGAAGGATAGTTTGGCTAAAAC TAGATCTTTTGTATATTACAATTATCCTATACTGACATACAAATCTCGACCACATCAAGG AACTCCTTATAATCACCAAACCTATCATGCTTGTGATTCAAGATATTTGATATGTTAGTG TGATTGACTGATAAGGGCACATTAGTTAGTTCATTGGCTAATGACATGAGGCTAAGATCC GGCATGACCAAGTGGCAAGATTAGCGGTTCTTAGTCTCGTTATTTGGAGGTAGATGGAGG AGATATAGAAACCATGTTGACTCATAAGATTCTATATTTAATAGCACCGGAATATTATTA TAGTTAGCCTTCTCTCCCATGAATTCTCCGTCCAACCAAATTGGATCTGCCTTTGCAAGT CTTTCTGCAGTTTCTGCAAAGTGTATTTAGAACTTATGATGAGATGGCCTACGGTAGAAA ACTCGATGGGTTAGGACAACCCATTTTGTGTTACCAATCCCAGTGGAACTCCCATTACTG GTCTATTAATGGAGGAGTAACATCAGCAACTAAAGCTTATCCCCAATTTGTTGAGTATTA TCTATAAAGTTGCTTTGTTGTGTTATATCCTTGCTAAGTCCCAATTGATTATGTGAGCTT ATACGTCTTTTCTGAGACAAGTTTTCTCTTTGTATTTTTAGTCGACCTCATTCCTTTTAG CACATTCTTTCATTGTAGTGTAATATCCATGGACCGTAGGTAAGATGTCTATACAGGACA TAATCAGTCCTCGATATGCGTTACTTGCATCCTCAGTCAGATGTCTTCGGTTTTGTTCCT CTGTAATATTCATGTATGTATTGGTCCATAGATGGAAGAATGGAGTCAGAATAGATAATT GCAGTCATAAGCTGCTCCATTGTTTCTATAAACAACTGTATCTCCTGGTCTCAGAGATTG GTTAAGATAATCCTTGTCAAAGATATTCTGACCTGGAAATCCAAATGAGGATATTCTGAA ATGTACATGCTGCTTTAGCATTATGTGAGCTGTGACTTTGCAAATTGTACTTCTTTAGAC TTTAGTTTCAATTGTGTAGTAGATGCATATTTCTCATCTTCACTTGAGTTTAAGAGTGTT TTCCATGCTAATTCTGGGTGTCACCTCATTGCTTGGTGTTTCTTTTTTGAAAATTGTTTT GATGAATATGGTTTAGAGTGGTTGCTTTCCATAGGCACCCTAGAAGTGCAAATATAAGAG TTGTTGCTTTCCATAGGCACCCTAGAAGTGCAAATAGTTGCAGGAGAAAAACTCAAATGT CCACAAAGTTGAGTAACTCAGGTGAAGTGTCTATGTGATGTACATTCAGGGGCGGCTCGA CGTAATTGGGAGCCTAAAGAGAAATTTCAATTGGCGGCCTAAAATATAAATATACTTCAT TTACGTATTTATTTAAAAAAATTATACTATTAAGATGAAAATTATTAGTACTTAATATTA TTTTTTCAGATACTAGTTTTAAGTAAGGCTCAACATTGAAAAACATCTTAAGTGAGATAA TTATTATATGTATTGTTAACACAATGATACAAGTAATAAGTTGATAAATATTAAATAAAG ATAAGAGTTAGAATCATAGAATTTGACTCTAAAAGTTGATGACTTGGTATAACCTCATTT TAAAATGCTTAGAGTAACGCTTGAAACTAAAATTTGAAAAAAATGAAATAAAATTGTAAT TCACTTTGTAACACTTTTCACTGTTAATTCTCATTTTTAACAAAGTACAAAAGATGTTAA AGTGGATAAAATAATTTGTTTTTAAATAAATTATACTTTTTATCATAAATAATAAATTTT TTATAAAAATTTTAACACATAATTTATTCTTCACAAAAAATTTTGGCCCCCGAAATTTGG GGCCTAAGGCGAAGGCCTTATTATTTAATGCATAGAGCAGGCTCTGTGTACATTAATGAC GTTACACCAAAAAGACAAAGTACAAACATCTATATTTAGTTGTTTTTTGTTCTCTTGCAA AACATGTTACCACTATACTTTGTTGTTTTGTCCTCATCAAATAGTTGTTTTCTGTTCTTG CATGGGGTGCTGCCGTAACTACTGATGATTCACATGCAGAATGTTAAAATGTTTGTTGAT ATTGTTTTGCATTCTTTGGTTTTCTTACATCATACATGCTACTCAGTCCATTTCCTCATT GAGTTAAACAACTGGTTTGAGTGAATTTTCTCAATGTTTACTTTTAAATGCAATGCTACT CTTTGCATTTACATATGAGCATGTTACGGGGTTTAGCGAAGTGCATATAATGCTATACAA TGTGACCACCTATTTGTTTGTGGTTCTTGCATGCGCATGCTATGTTCATCTGTTTATTAC TCAAGCAAAATTAATGTTGCTTCTAGATGCTTAATGAGGTTGGGGTTTCGTACCTGGAGT TGCTTTTTTAGTTCCTGAATTAACTTCTTTAGTTCAATTATGTCTTAAAATGTCATTTTG ATTACCACTGTTATATGTTTCTGGTGTACTATAGATTGGTTACATAGTTTTTTGACACAC ATATATGTATATCAGAGAATACAATATGCAAAGACGAAATCTGATGTTGTAGCAAAAGCC GATGGTACTTTTGTTCCCCGAGAAAAAAGAAAGAGGCACGAGGATAAAGGTAAGTTCTTT CATTTGAAAATTTTCTAGTTCCACTATTCGTTTGAATCCCTAGAGAAGGCTGGACTATAC ATCTAAGACATGTCATTTCATAAAGTTTGCTACATACTGTTTGCTATAAGCTACATATAA TAATGGGCAGACAAATTTTACCCGTCAACTTCTGTACTTGTGATTAGCTCCCCCCCCCCC CCCCCCCTCCCCCCTTCCTTTCGTACGACCCAACCACATCCCTAAATAAAAAAGTAGTGG AAGTACAATTACTTGACTATTGCAATATTTTTAGCTATTCATTTACTGTGATCCAGCAGG GAGAAAGAAGAAGGACCAGCAAGATGCTAATCAAGCTGGAATGGGCCGGAATCCTGCATA TGCTGGTGCTTATGGTGCAGCACCTCCTGTAAGCATTTTCCCTTCTTTTCAGAAACTTTG TTTAGTTTCCTGTTTTCTGCGTCATATATTGAATTAATGGGATTGTATCATCTCTTTTCC TGTCACCACACTATACGAAGTTTATCAGATGATGTGATTTTGATTTCGTTTTGAAAGATG TAATCTGATTTTCCTATTAAGCACACTAACACATTTCTTGGGGTGAAATGAAAACGGGAG CAATACTTGAAAATGATCCATGTTGCATGGATAGTAGAAGTTATGTAGTTAAGAGTTAGA AGTTTGTTGCTGGGTTCTTGATTAGTTTGTGATTTGTCTCTCATTTTGGTGAAATCTTGA TGTATTGAGTTACACCCTTCTAATGCATAGAGGTTTAAAATGTAGTCAATTAGTGCTTAA TTGTGATTTTCTTAGATGCTTTTACCAGAAACTTCCTCAAATGTAATTGTTTCCCCTTCT CCACTTGTTGCAGTTCTCACAAATACCATACATGGGTGGAGCTAAAGCTGCAGTACCGGA GGCTCCTGCTCCGCCAAATAGCATATTGTTTGTGCAGAATCTTCCTCATCAGTCTACTCC AATGATGCTACAAATGCTCTTCTGCCAATATCCAGGCTTTAAGGAAGTTAGGATGGTTGA GGCAAAGCCTGGAATTGCTTTCATAGAATATGGAGATGAGATGCAATCGACTGTTGCCAT GCAGGCCCTGCAAGGCTTCAAAATTACCGCCGACAATCCCATGCTGATTACATATGCAAA GAAGTAGATAAGACTATATTGTAGCTGCTATCTGTAGAATTAAACATTTACTTTCACTAG GATTTGAGTGTTGCAATTTTAAGCTTTATGATCCTTGGATATCTAAGTTTAGCCGTGTAT TTGCTGTGTACTAGCACCTTGTAATTTTGATGTGCTTCTATGGACCATTTGCCATTTTAA AAAAGTGTCAAGTCTCATTTAAACATTATTTGGTGGAGAACAAACAATCTCTTTGCCTCT ATAGTCTACATTGTTGAAGTATTCAGAATCCACTTGTTTGATACCTTAAAGTTCGCATCA TATAAGGTTCAATCGTTGATATAGTACTCTTTCTTACTTCCAATTTAAATTATGTTTTTT CAAGATACTAATGTGACGTTAAATATAATAGGCATGATACATATATTAGATCTTAAATTT GATTTCAAATTTTAATTTTGATCTCAAACTTTCATAGTGCACAAATAAACACTTTAACTA TCCTATCTTTCAATAAATAAACACGCGATTTTTGGAGCCAAAGTGTGTGAAATGCAAATG CTCTCACGTATATTAGTGAGTCAATCAGTGACTGACAACTAACTAAACATTTTACATGTC TTTTTTTCAAAAACATGTCAATTTGAAACTAAAAAAAATTAAAATTAATTTTAATTAATA TAAAAGAGATTCATCAAGGATAGAATTGTCATTTCAGCATTTTTTTTTACCTTTGTGGAC CTCGTAAATTATCCCTCACTCACGCGTAAAGCGTGCATTTCACTCATTTTGCTAGGTAGG AATCGCGTGTTTATTTATTGAAAGATGAGATAATTAAAGTGCCTATTTGTGCACTATGAA AATTTGAGGTGAAAGTTAAAATTTGAAACTAAATTTAGGGTCTAATATATGCATTATGCC AATATAATATACTAGTAAAAAAAGAATGATTAGGGCGTTACAGAAGAGTGTTGTAGACTT CTGTATAAGAGTTCTATTTTCTTCGAAAAATCTTAATAGCTTAGCTGACGGGAGGTTGAT TTCGTTTTTACGGCCCATTTCTCTAACCCGACCCGTTAAAATTCGGACTTTGTCCAAACC CTTTCCCGCTTTTCCCCAACATTCCCAGCAACGATTCTCTAAAACTTTTTTAAATCAAAA TCTAAAACTCTCTCTCTTCTTCTTCAGTTAACTTAAAAGCAAATTCAATTCACCTTTACC CTATTCTTGTTCAACTCAATTATGCTGCACGAACTCTTACTTGCCCTGTTGGGTTACACC GGAGATCTCATCATCGACGTTAGAGAACAACAAGAACAATCGGGGGCCCAAGTTCCTTTA TCACCAGATGCACCCATTTCTCAAGAACCCACTTTTAAGCTTGCTCCTGATGTCTCTTTC GTTCAACCCAGTGAAAGGTTTGAAATTTATTGTCTTTCCGGCAATGTAATTCATTTTTAG TCTGTTTATGAGATTTGTAATCTCAGCAGATGATGTGAGTATCCATCTTAAAGCTTGCCC TTGATTGCTATTTCATCCAATCCCCGCTGAAAGGTTTGCTATTTGTTGTGATTTCGGTCT TGCGCTTTCAAAAAAAAAAAAATTATTTTAAAAAAAATTGTGGTATACAATATGTAAAGG AACCATAGTGTGAGAGAACCCCAAATGATTGATTTTGCAATAAAACTAGTCTAGATGGAG GGAAATGTATAGTGAGAATTCACATAGCTAGCCGGAACTAGTTTAATTGAGTTCGGAGTA GTTTTTTTTTTTTTTTGTTAGGAAGTATCTGCATATCTAGTTAAATAATACTATGTGGTT TTCTTGTTTAGTTCATAAAATTGTTCTGAAAAAATCTTGGGTTGTGAAGTCTAGGTGCTT CTTGTTATTTTGGTTTTAGGTGCAGCAATGACTTTGAGAGGATTATTGCTTTAGGGAAAA AATTATTTCCTTTTTTATGGAATGTATGGAATCTTGGTGTATTTTTAGACTGCCTTTTCT GCTTATCTAGCTAAAAGTATAATTATTTGGCTGTAATGTGTTGAGATTTTGGGTTTGGGT GCAGGGATGTCATTGAGAGGATTATTACTCTAGGATTTTACTACAGGGAGCTAGATCGCT TTGCAGCCAAGTCGCGTAATTTAAGTTGGATTAGGTCCCCCAATGAGTCACCTCTGTTGA GGACATCCCAACTATTGAAAGGAAAAGCATCAAAGCAGAGTCTGTACAGGAGGGCCATTG CGAATGGTATTGTTGAGGTGTTGTCAGTTTATAGGTCTGCTGTTCTCCACATTGAGCAAA AGTTACTATCTGATGCACTGCCTATCGTGGCAACACTTACTCAAGGCCTCAATAAGGTGA GTCGTCAATTTCCTCTATGTAATAGACTTTGCTTTTGTTCTTTGCTTATGATCACATTAT TGATGACTATATGTCTTCTGTGAAAAGAGGCTAGCAGAAGCAGAAATGTAGACCATCACT TTAATACATTGTCATGGAATTCTTAGTTTGAATCATAGACCCCTATGAGGGTTGTTCTTT TTCATTTGCTTAAATTTCTACATAAAAACTGGACTAAGAAATTGTTAGATTAGCTGGTCA CTTTGGCTGTATCGAGTCTTCTCTTGCATGTTTCTTCTGGTACAATAGCTCCATGTTTCT TTATCCTAGTCAATCATAAGCGAGCTTGGCTGATTTTAGAGTTTCTGTTTTCCTTTTTCT TTTTGTAGCTCATCTCTTCTTCCTGAACCTGCATTTCTCTGCTTTTTCACTATTTTTTTA CTAGTTCTTGATGTGGAACTTATTTTGCTCTGATCAAGGCTTGATGGTGCTTGCTCAAGT TTCATATTATTCTTGTACCCATGTTTTTCCAGTACATTCAATGACCTTGTGTTTGTTCCT TAAATGACTTGCTAACATATCTTATTTTAGTTCTTCGTTCTTTTGCCTCCTCTGTTTGAG TTGATTCTAGAGATTGAACGCGATAACATTTATGGAGGGAAACTTCTCAACCTTTTACAC AAACGTTGCCACTGTGGGGTTCCTGAATTACAGACATGCATTCAGAGGTGAGCATTTAAA AACAGGAAAAGGGTCATATTTGTCCCTCTACTATTGAAAAAGTTTGAATATTGCCCTCCC TCGTATATCAGTTTATATTTGCCCTTAATATTATATCATCTGTCCATAGATGCCCTTAAT GTCATAAAAGAGGCTCAAATTTGCCAGTCCTCTGTTAACCCCATCCATTTTAGCCAAAAT GACAATTCACCACACCAACACCTTTACCATATATACCATCACCATAAACATAAACCATCT ACACACCAACACATTCCTTCTTTTTTGTTTCATGATAATTTGAAGTTTGAAAAGTAAATA AATATTACAGATTATCTTGGTATTTTAAAAGTCACTCTTCAAAACAAATATCAACTCATG AAATGATATTTCCAAAGTATGTATAAGATTTGAACTAAGAGTTAAACAAGCATAAGAAAA ATAAAAACGACTCCTTATGTACTGCCAAATGGGTGATTATAAGAACAGAATTCATACATA GGCATAGCAAAACACATATTAGGAGTTAAGTAATATCACATTATCAACATAGATCCATAA CAATAAACTTCAAGACTAGCTTAACATTTGTAAACACAATTATGAGTAGGTTGTATGTGA TTACTCAAAATCTATTTTCTAACTGTGCTGCCTCCTTTTCTTTTATTGGGTGTAAATCTG CATGCAACAGAAATTCAATTCAAATATTGTACACTAATGTGAAACTTGAAATTTGAAATG ATCGAGTGATGGCAAATTTTACAACCATTTGCTTTAGCATATTCTGAGTTAGTAGTATGT AAAGAAAGGTTAATATAGTAAGTTGGAGGTGATGATACATCTGATAAAGGTGTTGGTGAC TTTTGGAAGTGGTGGAAGAAGAAGGGTCGGTTTGGTGCGTCTTTTGCTAAATGGATGGGG TTAGTGGAGAAAGGATAAATTTGAGCCATGTTTAAAACATTAAGGGCATATATGGACCAA AAGTATAACATTAAGGGCATATATGGACTGATAGTATAAAGAAAGGCAATATTTATCCCT TTTCAATAGTAGAGGGGCAAATATTGCCCCTCTACTATTCCCTTTAAAAACTTTATCACA TTTTTTTGCCGTCTTGGCTGTTTTTTCTGTTTCTTTTTTCGTGGATTATCTATTTGTCAT GGTTGTTGCCATACTTCACAAAAGTTGCTTACAAGTCCAGTTTTTGAATACTATGCTAGT AGTGGTTGTACAATTGCCATTTTCTTTCTGATAAGGCATGCAGACATCTTCACAGAAAAC CACACCTACAGATGGGGCATTTTGTGAGAAATTTAAATTGATATCATTAGTCAAGTGACT CAAGTCTTGGTCCTTTACTAGCACTTATGTTAATGTGTGCATCTGACCTGCCCCTTTCTA GTGCCTGTATTGGTTTATCTTCCTGTCTAACTCCGCTCCCCTTCCAAAACATTCCAAATT AAAAGTATAGGTGGAGTGGCGTAGTGTTATTAACTCCACTTTTGTATATTGTTGATATCA CTATAATGGAGGTAAGTTATCACTCATCACTGTTTTCTGTATCCTCAAGAACTGACGCGG GAAAGGATTTCTGTCTAGATAAGTCATTCTTCTTAACTTCATCTTTTTCCGAGTATTATC CACATTCAACTCTCTTATGCTTTTGATAAATTGGTCATTTGGAAGTGGAAAATTGAGAAA ACTTATTCTCTTTGAAAGTTGATTGAGTTTTACTAGTCTCAGGATTTTTTGTCAAAATAC TACCTTATAATTTTACATATGCTCTTTTTTTCTTCTGTTATTGAGGATGCAAATGTTTAC CCTCCCTGCAAGAATGTAGCCATCCATTGGATTTTTCTTCTTACTATATAATTTGACCAA GTTGGAAAAGAACTATTAGTGGAATCAGAAACTGCAAACTCTATGCTGGTATCTCTGCTA GTACTGTAGCTAATGGATAAAAATAACATTGTTCTCCGCTTTACACGTGTTTCCTTTTCT TTTTCTTTAAGCATAGGCTTCTATGGCATGGGCATCAGGTCATGTACAATCAGCTTGCTT CTTGGGTGGTTTATGGAATTCTTCATGATCCATATAAAGAATTCTACATCAGCAGGTAAG CACTGAGATGGGCGTCCCTAATTCTATTTGATAATTTTAAGATTGTTGCACCATTTGGCA TTTATCAAAAATTATCGATTAATAATATTAGTCCATTGTTTGTTGTGGATCGTTCAGTTA AGGGTGTATGATTGTGAGCTGTGTGTTTCAGTAAATCCCCCAACTTGTGTAGAACTTATC ATACTATCTGGTACCTGAAATTTGCCTGGAGCAAGCACCTCATTCACAAGACTTCACCGT GCATATAGTAGAACACATTTGTTTTTCTGGAGTGACATGATTATATCAAGAAGTCACATG GATTGCTTCTCATCTTAGAAGGACCAAACATGTTAGTCAGTGTAGTCAGTCCACCTAACA ATCATAATGGTGCATGGTGGACATTCATTTTATTTCAGCAAAATGTCCTGTTACTTTTCA AAGAGCCATACGTAACATATCTAAGTAAGTTGTGATTATGTTTTAGTCAGGATGACAAAG ACTCTGAACAGGAATCAGCTTCAAATTTGCTTGAGAAAGTGACGCGCTTGTCAGTTGCTG ATACATCTTTAAATGATTGGCACCTGGGCTTTCATATTTCTTTGGTATGTTTTTCTTTTA TGAAGTATTTCTTTGATATGTTTTGCGTTGTTCATTTTGTTGGTGCTATAATAGCAAGCA CTCCCTCTGCTTTAAACTTGGTTTCCTACTTCTTTTATCAGTTTTACCAAAATTATGTCC ACTTTCCTCAAGAGGAAGCTTTTCTCGCAAATTTACTCAATATTTTCCTTGAACGTGGTA TCGTTTTTACTGAGAAACTGGTCCAGATTCTCAAGAAGTTTATTATATCTCCACTTCTGA TTTCATTTCGTCTAAATAATAGTGGCCAGTCTAAAGATGGATGAATGGAGTGTTTGTCTA AATTGTTTAGACATATCTGGAAAAAAATTAATTTTCCTTTGCAAATCTATTGCATAATTG TTAGAACCAGTTTTCTGAATGAAGTTAGAAAGATGTTCTATTGCTCTGAAGAAAGGCGAT AGGTGGGCTTAGACAAGAACAATAGGAATTTATCCTCTATATCACTCAATAAAGCAAGAG CTGACTATCAGGAAAAAAAATCTTTTCCATCACCGGGATTAAAACTGATTTAACAATAAA ATCGTTGCATCATCGATGAAATATGAGTCATTCTTCTCTCCGATCTTACTTTATCACGTT CCCTGTTACTTTTGGCCCTCTTATCCCGTGACCCTCCACCATTATGCATCCCCTTTCCCC CCTCTATGTCTGTCAGCTTCACATGGAATGGAGCAGCTTTTGCCGTCAACCTACTACCAA ACATCATTTAAGCTATTTGTATGCTCTCTCTCCATGCAGGATATGCTGCCAGAGTATATT ACCATGCATGTCGTGGAATCCATTCTTTTTGCAGGAAAAGCTGTTAGGGTTCTTCGCAAT CCAAGTCCTGGTTTTCAATTTAAGGATGGTTCATCTCATCAGCAAATACAAAGAGCATTT CAAAGGACCCAAGGATATACAATGACGATTTCTTTCCAGAATAACTCCTTGGATAAAATG TTAATTGGAGAAGATTTACTCCCACAAGCAGAGGCTGATAAGATTGAATCTATGCTTCAA GACTTAAAGGTTTCTATCCAATAAGCTTGATCAGTCTTTTAGATTGATGTGAATGATATA ATCTTCTTTGGTACATGTATTCAAAGTTTGAACCTTTCTTAACCTGCTCTGGTGAATATT TCCCTCCTGAAGCTAAGTTCACATTCTATTTATTGTTTTGGCCTAAATTTTAAACTATCT CTTTCATAGGAGTCGTCTGAATTCCACAAGAGATCATTCGAGAATGCCATTGACACAATT AAAGCAGTTGCAGCCAGTCATCTGTGGCAGGTGTAATTGCGTATGACCATTTTTTTCCTT GCTGCAGATGATGCACTTACACATGATTCCTATTTGCAGCTTGTTGTTGTGCGCGCCGAT TTAAATGGGCACTTAAAGGCTCTTAAAGACTATTTTCTTTTGGAAAAGGGTGATTTCTTC CAGGTAAAGAGAACTGACTTCTACAACTCATGTTTCACTGCGGTGATAATGATATCCTGT TCTACTGATGATTGCTTTATTTATTAATTTTTCTTTTTTGGGGGGTGGGGGTGGGGTGGG TAGGCAGCTCAGAGTGAGTTGCATAATTCAAATAAAGATCAATTGAAGGGAACATTTTAG GCTTTTATACTAGTATTATGAATAATCTATGTAGCTACTGTTTTCATTTCTGAAGCCTAG GGTTTTTAAACCAAACTTAACACATGCTGAAGGTTCTTATGAAGGAAATATCAGTATAGA TGATCTTGAAGACTTTCTGGGAGATAATCTTTGTTATTGTATGATATTAAACAAAATTCA TCCCTTGTGTGAAGTACATCATCTGCAAAACATAAACTACCTATGTATATTAATAGGTAG CAACTAAATTAGCAATTTCATCAGAAAATAAACTCACTCATGCTTGTGATTTTTTACCCC TATATTCTGTTGGTGGAAGGACACAGGCACTAATTGATGCATCATAAGTAGAGCTAAGTT TTTATGTCATGGTTGAGTTACATTTATCTTGCAATTGTCAAAAAAATATGTGAGAAACAA GTGTTCGTTGCTATGAATATGGCACAATGAGCTAGTACTATTCTAGTTGAGCGGGGAAGT ATTTTGTTCACATCTACATGAAGAGCATATGCTTTTTGAAAGCTGTTCCTGTAAATGATT TGTGCAAATAGAGTTTTTGCTCCTTCAGTAGTATTAACAAAAGGTATTGCTGACAGAGTT TCCTTGAGGAGAGTCGCCAGCTGATGCGTTTACCACCTCGCCAATCTACTGCAGAAGCTG ATCTTATGGTCCCATTTCAACTAGTAGGTCTTTTACAGCTCAACAATGTTATTGCCTTTA TTATCATATTTTTCTATTGTTTGCATTAAGGCTTCCAAATTATAAAATACTCTTTTACAT TTTACGTACTGGTTCTTTTCTTTTCTTGTCTGCCTCATTAAAAGGCTACTGATGTTGGTT GCGTGAAGATCAATTCATGATCTTGAAAAGTCCTGTTGAATGGTGATTCATGTGCTTAGG TCTTTGATAAGTTGTCTATAAGAAGGCTATTATGTTGTTTTTAAATGCTTTCATTAATTT TTGTTTATTTTCAACCAAATTTTGAGTGGAATGGCAGAGGCATAATTTTTTGTCCATTTG CTTCTTCTTTGATCTTGGCATGGTCTTTGTCGTGGTTTTTAATCATTACAATTATCTTAG CCTTGAACTGCCTTGGTTACACTGCAGGCTGCTTTAAAGACTATTGGTGAAGAGGATAGA TACTTTTCAAGGGTGTCTTTGCGGTAAGATCATGAATTGATTTTTCTTATATTTAAAATG TATTAACAATTCATATCACTTTTGCTTTTTCTAATGTTAGGATGCCATCATTTGGAGTCG CTCTGAAACCCTCACCAGTTGATCAGCCCAAGGTAAAAGTGAACAAAGATGGAGACTCAG TGGGTCACCCAGATGCTTCCTTGGAGGTGTCCCTTGATGGATGGGATGGCATTTCCCTTG AATATTCTATTGATTGGCCATTGCAGCTGTTTGTAACGCCGGAAGTTCTATCCAAGTAAG ATTTACAGCTGCCATCAAATCTATTATCTTTATTATTCCAAATAGTGAACATAGAAGAAG AAATCTTTTTCCTCTTATTTGGAAAATATATTCTTGGTTATATGGTTTTTCTGGTGGCAT AATGTCTTCACTGACTTTCAGAATATCTTCATTAGCAACAACCCACCAGAATAAAATAAG GATATGAACAGGAATGATATACTTGACATTGTTGTCAGCCAACACCTTTAGCAACTACTC TTTGTTATTGATTGGTATTTTGGTTTAGGTATCAAAGGATATTCCAGTATCTGCTCCGTC TTAAAAGGACGCAAATGGAGTTGGAAAAATCATGGGCTTTTGCTATGCATCAAGATCATA TTGATTTTGCTAAACTTCGAAGTGACTCTAGAAAGTCATCAGTGCCCCAGCATCGAAGGC AACGCCTTAGACCAATGTGGCATGTTAGAGAGCACATGGCCTTCTTGATCAGAAATCTTC AATTCTATATTCAGGTAATTTCCTGTAAGATATATGTGAGCATTCTGTCAGTTATTATTG CTTAATAGACGGTCCAACTTTATTTAATCTAATGCTTGTTATGTGTAATAGATTTAATGC TAAAAGGCACTTTGGAATTTCGATGATCACATGAATATATGAGCTTTGATATATTAAACT AATCAGGCAGTTAGCTTCTTTCATGTTCTTCAGCAGAAAATAGACTTTTGAAGTGCACAA CTGGGCTTATTTTCATGGACCTGCATAGAGTTGAATATTGGAACTCTGTACTTTCACATG GGCTGTCTTATAGTGAATAATTATGATACCTTATAGCTTGCAAAAGCATATCTGAGGTTT TTAGTTCCTATATATGATATAAATGTCACAATTTGACATTTTTCAACATCATCTGAAAAA ATTTTACTAATGCGTATAAAAGAACATGTCATAGTCCATCACCACTAGTGTTGTGATCCT ATTTCTTAATCAGTAGTTGACGAAACATTCACAGAAGGGTCTCTGTTAGACAACCTTGAA AGTCTTGTTTCTTCATTGCCTTCCACGATAATGACTATGCAAAAACCTAGTTAACAAGTT TTATTTCCCAGGTGGATGTGATAGAATCTCAGTGGAACGTTTTGCAATCTCACATTCAGA ATTCTCATGATTTCACGGAACTTGTGGGCTTTCATCAAGAGTAAGTAATTGAACATTTCA ATGTGTATTATGCTGCCAGTAACTATTGAATAGTGATCGCAACCGCTGCTATTAGTGCCT TTTGGAATTTGAAATTTGTGTTATCTATCGAATGTTCTTCCCGAGTTCATACACTTTGCC TTATGCTTCTTATATTTTTGTCTTCCATTTAGGTGTATATTGCCAAATATTATCACTGTA ATTAGTTGTTGAAACATGAACCTACTTTGATATCATATTGTAGAATTGGAGCTAATGGAA TGTTGTTAATCATTATGAATCTGCACCCAAGGGTGTGGCCTATTGGACAATGAATTGGGT TGAGAACCATAAGGTCTCACATTAATATCCCAGTATGGACAAAAACGCTAGGTATTTTCT TTCTATCTCCCAGCCTTGGTGAACAGAGTTACGCTACCTATTATTGGTGGGAAGTGGCAG GTATCCAGTAGAATTAGTGGAGATGCATGCAAGCTGACCTGGACACTACTGTTATAAAAA GTTCTATGAATCTAAGTTGTAGACTTCTTGTTTACTGTTTCATCTGCGGGACATTCTATC TCAAATATAGGTTCTATCTGTTTTGAACTATTTTTTGCAATGTGACGACTGTTGCATAAC CACTGTCGTAACCTTTTCACACTAAAGTAACTAACATAAGCAAAAAAAAGTTCTGCCTAA TAAGTTAGAAGCGTATCATGATTTTTTGTCTTCCAGAGTTCATACACTTTGAGTTTTGCA CCTTAAGTTCTCATCTTATTAACTTCTAGTAGTTTTTTCAGTAACCCTTATTTTTAACAG AAACAAGATTACTATATAGTTGCTACTCATTTTTTGTGATTGTTGTGTGTTGTTTGATAT AAAAGTTGATGGACATTGGCTGTTTTTCAGATACTTGGCTGCGCTAATTTCACAATCTTT CTTGGACATCGGTTCTGTCTCAAGAATTCTGGATGGAATCATGAAACTATGCTTGCAGTT CTGTTGGAAGATCGAAAATGACGAAAGCAATAGAACTACTAGTGAACTGGAGCACATAGC TGAGGTACTATTGAGTTGATTTATGCTTCTGGTGGTTTCATTTTCTAATGATAGCCAAGA ATAACATGTTCAGATAAGATTGATGGCTGGTCCATTCAAATTCATCACTAAGAAGCAAGA ACTTTCCATACACAAATTGGTCAAAACAGTTCGCTCTTTGTAGTTTGTTCACTACCTCTG ACATTCTTCATCTAAATACACTCTTAAATAGAAGCCAATCAAGCCCCAGAGCGTCTTTTG GTTGATGTCTTGATCAATGTCTTAGTCGCCTGTGTCAGTATCTAACTTCTAACACTTGAT TAACCCCCAACTCATCTGACTAATGAGTGCTGACAAAGATGTGATGGCAGCTTATTTTAC TCATCAAAATTACTTCACGACGTAAAAATTAGACTCCTGCACTAGATTATCAGTGGCTTT TGTTGTTGAAGAATTTATTACTTGCTAATGATGAAATCTTATATTCGGTACTTGAGTTTG ATCTTTTTTTCTCTATGGTCGTCAATCTGTGTTTTGAATTATTTCTTGTATTTATTGACT GGTTCCTGATGTAATACCTCATATTTTTTATGACTTCTCAGGAGTTCAACAAAAAATCAA ACTCCCTATACACGATACTTCGAAGTAGCAGGCTTGCTGGGAGCCAGAGAGCTCCATTCC TTAGACAATTTCTTTTGAGACTCAACTTCAATTCCTTCTTTGAGGTAAATCTCTTCTGCA GTTACATGGAAAACATCATATTTCATTTGCTTATGTTATTTATATTACTTTATTCATCAA CAGGCAACTGCAAGAGGGGTGCTCAACGTTGTCAACCCTCGCCCATCCGTATCTGTTCTG CAGTGACAATTTCTTCTTCTTAAAGCCACCCAATCTAATTTTTCTGTAAGCCTTCCTTTG TCTGCTAGTTTTTTCCTTCTTTTCCCTGTGTGCGCATGTGTTTTTACATGCCTCTGTAAG TCGTCACATTTAGAATTGACGTATAGTTGATTGATTATATAAACGATTGCTGTAGCCTGT AAGCAGTAAGAACGTCTGCTACCTTTCCTTGCAATTTCAGCTGGTGCCATCTAACATTTC ATGTCTTTTTGGTTTGGCCAACTTGAGTGGTTTTCAATGACTACTGTTTTGGAGTTGGTT ATGTGATGCTTTGTGTGTTCTTATAATCCATCAGGTGATATCAAGGTTTACAACTTCAGA TTCTACTGTCAAACACTTTCAGAATTCAAAAACTGACTTAAAAGTAAGTTTGATCAACTT TAAGCCAAATCAAACACCTTCTAAGAGGATAACGGGTTTCGATTAATATAAAAGTTGGTC AAACCTACTTTTAAGTCAGGTTTTTTACTTTTGAAAAAGTGTTTGACAAATATAAAAAGA AGTTAGGAATTGTTTGGCAAGATTAAAAACTAATGTAAAATAAATTAAAAACTAAAAGTA GGCTCCTCTAATTTTTATTTTTTTGACTCGCATATTATTTAAATTTGACTTTTTATTTTT TATTTAAAATCTACTTCTTTTTTTTATGCCAATCTAAACATGTTCTAAATTCGATCCCAC ATTAATGATAAAATACTCTTAACAAACGTGATTCCGTACCTAGTAGACTTGATTTTGAAG TCAAACTCTTTTGGTTTAGATTTGAAAAGCGTTTCTTATCTAACGACCAGAGAATACAAC TTTCAACCCCTGGCTCTGTGAGGCTCACCAATCCATTATGTACACAAAATTAGGTGGGAG AATTTAACAAAGCCAACCAAACCTGGTTAGGTAGTCGAGATTTTTCTATTCTATTCGTTT TAAATTATTTATAGATATTTTTTAGTAATTTTTTTGTTTTATTTTAAGCACATAATATGT TTATAATTAAAAAATTAAATGATATTTTATATATCTATATATTAATATAGCAAGATTTGA ATTATTTCTTTTTACTTTTTTAAATTTGTATCAAATAAAAACGAAATAAAGGAATTTAAA AGGAGGGAATACTTTGATCAAAGATTTTGAGTTTAAGATTAGAAATGAAAAAAAAAAAAT TAAATAGAATGAGTTTATTCCCTTTTGTAAATTTCTAATATCAAAACAATTAGTCCATCC ATTACAATAGGTTAGTTTTAGTGTTTTTTTCATTTTTACTCCCGTCATTTCATATTAATT TTGAGGTATTTTTTATTTTTCAGATTAATTTAAGTGTTTAATTTTAAGATTACTTTATAG TGTTCATTCAATTTTATACTTCATTAGTTAATATTGAAATTAGTAATTAATTAATATTTA ATTATTTTAATTATAAAGTTGATAATTAATAAGGGTAAAAATAGAAAACTATGTTTAATT TATGTCTTAAACTTTTCTTAAAGGTTGTGAGATGCGTCAAAAATTAAATTATTATGAAAT GGAGGGAGTAATAATGATTTGATTCTTACTTTTTGTATTACACGTTTAACAGTATAAGAT TACATTGATAAAATCTACATATCTTCAATTTAAGATTTACAAAATTTAGTACACATTTCA AATTAACAATCTATTAAAAATAACTCTTTATTTTACATATTTAACATTACAAGATTATAA AATATACTAATACAATTTACCTATCTTTAATTTGAAATTAAGGGTACATCAAAAATAATC TCTCTATTTTAGATAGTTATTTGATTTTCTTAAATTTCATATCGATTCAAAATCAGACAA ATAAATTGACTCGTACAAAAATTTATCCACTCTTAAATTGATACATCCACCTCTACCAAC CTCTATAAACACCTCACCCACCTAACACAACAAATAGGCAAAAAAATAAACATAGTATTA TTATATTGACACCAACTTTAACAAAACCAACAAAATTCTTTGGAGGGTATTAAGCCGTCG CTTATCTTCATCTTCTTCCTCTGATTCTGTACATTTTTCTCACCGGAAAACTCATCAGAA ATGGATCCAAAGAATCAATTTTCCGATAACTCAGAAGCCCAAACACCTCAAGAAGAACAA CAGCAGACACCCATTTTACCGATAGCTTCAATTTCACTTGCTTTATCCACAATCCTTCCA ACCCATTTCCTTAATCCTCCTAAAATCTCAACCCTTTTCAACAAACCAAACAAAGTCAAA ATCCCAACTCAAGTTTCATCTCTTACAAATCTCTCACTTTCAGCTTCTTCTCTTCCACCT ACAAATTCCAAATTCAAGTCCACTATTTCTGCTAACCCTCTTCAGAATACTCTAACTCTT AACCCTCTTCGTCCTTCTGAGCCTTCTAATGCTGCTGGGCTTCGACGAGCGTCGATTGTT TGGTTCCGTAACGATCTTCGTGTTCATGATAATGAGTGTCTTAACGCGGCTCATAATGAG TCCATGTCTGTATTGGCTGTTTACTGTTTTGACCCGAGAGATTATGGAAAATCCTCATCT GGGTTTGATAAAACTGGGCCGTATAGGGCTAGTTTTTTGATTGATTCTGTTGCTGACCTT AGGAAGAATCTACAGGCAAGAGGGTCTGATCTTGTTGTTAGAATTGGGAAGCCGGAGACT GTGTTGGTGGAATTAGCTAAAGCTGTTGGAGCTGAAGCTGTGTATGCTCATAGGGAGGTT TCACATGATGAGGTTAAAGGGGAAGATAAGATTGATGCTGTAATGAAGGATGAGGGTTTG GAGGTGAAGTATTTCTGGGGTAGTACATTGTATCATGTTGATGATTTGCCTTTTAAGTTG GAGCAAATGCCTACGAATTACGGAGGCTTTAGGGAGAAAGTGCAGGGATTGGAGGTAAGG AAGACAATTGAGGCATTGGATCAATTGAGGGGATTGCCTGCTAGAGGTGATGTGGAACCT GGGGAGATTCCTTCGTTGGTTGATTTGGGGCTCAATCCTAGTGCCACCATGGGTCAGGTA TTACTTTGTTCGATCTCAAATATCGTAGAGGATTTAGGTTTATTCAGTATTGGATGAAAG TAGTTTTACCTTTGATGTCAAAGAACTTGTAATTTAACTGAAATGACATATTTGCGAGTG TTGGAATGAAACTGGTGTAAATGTAGTGTAACCGATAATAAGGATGATTCATATAGTTGA ACCCAACAAGTTTGAGATTGAGCTACACTAGTAGTCCTTTAGTTTCACGTAGTTTTCCGT TTCTTAGACACTTCATTGGAAGTGGTAGAGATGATCAAGATTCCATTTTTATACGAATGG AAGTGATTCAAGTCAGAAATAACTGATGGTTTAATTCAACATATCTCTTGTATATGTATT CTGAACATTTGTTAGATAAAACCACATGTTTTAAGTAGGTTTAGTATTTGGCGTTTGAAC ATCAGTAATTTAAATGATCCTTGCTCTATCGTGTAGTGTCCTTCTATAGTTGTGTGCAGT GTTCAGGAAAGCAAGGCGAAGCAATGCGAGCCTTCTACGCTTCACAAACTAGAATGAGTA TGTGAGTGCTTCATCGCCTAAAGCGTGAAGCAGGGCCTTATCACTTTTTTCCACTTCCTA CTTCCCTGAACACTGGTTGTGTACACTGAGTATCCAGCTCATAGCTGTGACATTTTGTTG ATCAATATGTTAATGTACTTCTTATCAGGCCGTCACCAACTAGGACACTACACACCAACT ATAGTGCTCATAGAATAGACCAAAGAACTCTTATTTGTTAGCCTGAGAATATGTAATGTA GAAAGAACATCTTTTAGCCACGTTTGGAGGTTACTTTTTTAGTATTGCCTGTAGCACAGG CCACAGTGCACAATCACTTAAGAACTGTTGCTTGAATTTTGTAATTGCCTTACTGTATTG TAACTTTGGAACTGTAAGTTGTTTCACATCACAAACTAGTCAAACAAAGTTTATTTGTTT CAGTTACTTTGCAAACTATGGCAAACATGAACATTTCTTTATCTTTGCATAATCATTTGC ATTTGCACATCATTTAGAATGACTAATGCTTCCCTTGTGGGAGGAGAGAATGAAGCACTG CAGAGACTTCAATTTTGTAGTTGCCATACTGTATTTTTCACCGACTTGAATTTTGTAATT GCTGTACTGTATTTAAACTTTCGGAGTTGTCAGTTGTTTAACATCACAAACTAGTCAAAA AAAGTTGATTCATTTCAGTTATTTCGCTAACTATTGTAAACATGAACATTTCTTTATCTT GGTATACTTAATCATTTGCATTTGCCAACCATTTAGAATGGAAAATCAGCTGCTAATGCT TCCCTTGTGGGAGGAGAGAATGAAGCACTGCAAAGACTTAGAAAATTTGCAGCAGAATGT CAGGCCCAACCCAGTAAGGAAAACAAGGATGGCACAAATGACAGCATATATGGTGCAAAC TTTTCTTGCAAAATATCGCCTTGGTTAGCTATGGGATGTCTCTCACCCCGTTCCATGTTT GATGAATTGAAGAAGTCCACTTCAAGGTTAATGTCTTGTCAATAGTTTTCTTATCCTGAT ACTAATGCCTGTGAGACCAATATCACTGGCTAACGCTACATTGGTTGTTGTGCTGCAGAA CGATTTCTGCTGCCTCTGCCAAGAAAGATGGTGGTAGTGGCACTGGGCTGAACTGGCTGA TGTACGAGCTGTTATGGAGGGATTTTTTCAGGTAATTTAGCATGCAACTTAGCTCCTATG ATTGAGATGCTTGTTTCAGTTTCGTATAGTGTGATACTCGTTCCATCCTTTATGAAACAA TTCCCGTCCTTTAAAATTATTCCTTGGATAACATTCTGTTTTCTGAATGCCAGATTCATC ACCAAGAAATATAGTGCTGCAAAACAAAATAGTGCTGCTCCAGTAACTACTTGCGTAGGA GCTGCTGCTTAACGATGGTATACTCAAAAGGAGAATGAAGGTTTCCTTTTTGTAGCTTGA TTTATTTTTTCCGGAAGTTTAGCTGTGGAATGTTAGAGTTGGACTGCCATTGAATTGAAG CATTTTTTCTTTTGACAATAAGTGTTGAGACATAAAAGAATTTGTCGCCATTTCTAGCAA GTCGCTCTACAATCCTTCTTATGCTAGTATTTATATATTTTTGATTTCATCTGTAGTTGA AACAGGTGTGATAACAAACATACCTGTAGTTGAAATATGTGTTCCATGTTTGAGATTACC ATCCATCTTGAACCCGCGGAGAGTATCCTTGAGCATCAGATGATTTACTATTGATACTCA TTTCAATGTAAACTAGTTCTACTGGATATTTGCATTGATCTCTATAGAACTACGCCCAGG AACTTTATGTACCTTCTTCGTCTCCATAACGTTTCTGATGTCCCCAGCATCTTTCCACCT ACCCATCTTAGCGTAGACATTGGAGAGAAGAACATAAGCTGCACTATTTGTGGGATCTTG CTCTATTATTTTGTTGAGTGCAATCTCACATGTTTCAATATCTCCACACATCCTAGCTCC ACTAAGAAGAGCTCCCCAAATAAGCACACCTGGTTCCATAGGCATTGTATTCAGAAGATC CCACGCTTCATCGATCAAACCAGCTTTGCCATAAAGGTCAATCATACAACCATAGTGCTG AACTGAAGGCGAAATACCAAACTCTTTACTCATCCTCTCAAACATGTCCTTCCCTTGACT CACCAATCCTCCATGTACACAAGCAGAAAGAACACCTAAGAACGTGATATCATCAGGTGT TACTCCGCTATCAACCATATTTGAAAACAAACAGAGACAATCTTCCCAGTATCCATGTTT CGCAAGACCTGAGATCATGGCATTCCAAGCCATTACATCCTTCTTCGGACCCAAATTTTC AAAAACTAATCTTGCCCGGACTATACTCCCACATTTAGCATACATCTCAATCAACGAAGT GCCAAGTACAACATTTATCTCCATCCCAAGCTTGTAAACACAAGCATGAGCCCATTTCCC ATGCTCAAGTGAACCCAACTGCTCACACGCCGCAAGCAAAATAGCCATGGTATACTCATT AGGCATAACTTCATTTTCCTTCATCATCTGATTAAACAACTCCAATGCTTCTTCACACTT ACCCCACCTCACATAACCATCCAACATACTACTCCAAGACACAACATTTCTACTAGGCAT TTTAACAAACAGTTCACGCGCAACACTAAGCAAACCTGCTTTCACATTCGCATTCACAAT AGAATTCCACGCAGGCAAGTCTCGTTGAGACATTTCATCAAACACCTCCCGTGCAGAACC CACATCGCCGCAAGCAGTGTACATACTGATTAGCGAAGTTTGGACAAATGGGTCGGATGA AAAACCGAAAATAAGAACTTGTGAGTGAATGGATCGTCCCAATTGGAGGTGTAGTGGAGA ATGGACGGACTGGAGGAGAAAAGGGAAGGTGTAGTAATCAATATGGACGCCATGGAAGCG CATTCGGAGGAAGATGGAGAGTGGGGTATGGGTGGGGCTTGAAGGTTGATGAGTTCGTTG AACATAGGCTCTGATCAGAGTATTCCAAGTGAAACAATCGACAGTTCGATGCCATAGATT GAGAGAAGGGTGCCTTAAAGATATGAGCTTTCTGGTTGATATCTTCATTTGGATTTTGAG ACATCCCCAGGCGGGAAGGGTAGTTTAGCAGTGGTTTCAATGCTCAAAGCGCAAAGTTTA GCTTCGGGCGATGGATTTTGAAGTTAGAAGTTTGAAAATTCGACTACTTGAAGTTATATT AAAATCTGCATGGTCAAACGTTAGCTTAATATTGTGTATTGTGAGAATCTTAAATAGGTC GGCTATTTAAAGATCATGAGAATCTTAGTAGCTCAATTAATTAACTACTGAACTTTCACA CGTTAGCTTAATGTTGTGTATCACGAGAATCTATTCAGTTACCTAAAGTATCACGAGAAT CTTAATAGCTCAATTGATTAAATACTGAACTTTCACATGTCAGCTTAACATTGTTTATCG CAAAAAATTTAATAGATCAGCTATCTAAAGTATCATGAGAATCTAAGTAGCAGTGAACTT TCACCCTGTTAATAAAGGTTCGAGTCTCACTCTCAACTCGTTTTCACTTTCCCTGCCCAC ATTTCAAAACAACAGAAAAATGTGAGTCGACAGTACAGATTTTCAGGCATACAATAACAT ATAATTCTTCCTAGCAAGTGTAAAACCTCTCTCCACTTCAAATTATTTGTTTTCATTTAT GTGCAACATAAAAAGAATTAATTATGAGATATTATATCTATTTTAATCTTATATATGTCT TGAGATCATCCAGAGGAGAAAGGCAATACAGATAAATTGACATTTTCATAATTATCCCCA AAGATAGACAAACCAAAGTATCGATGTAATGTTTTCTTTTACTGATAAGCAAACTGCAAA AACAAAATCTAGAAATGAGAAGACAGGATTCATTAGTGATGATACAAGGATCAAAAAGTG AAGGCCGACTAAAGAAAGAAGATAAAGAGAGACATTGAATGGTCATGTTTAATCTTCTTC ATCTGCTTCATTCTCAGCAATGTTGAAGTAGCGCAATTCGTAAACATTCCTGTCCTTGTT GGAAGCAATCACCCTAAGCCAATCCCTGACGTTATTTTTCTTCAAGTACTTTTTGACAAG GTATTTGAGGTACCTGAATAATAGAAGATTGTAAGTCGAGCTGTTGTTTACTAGCCTCGG TTGCCTGATTTCACTACTTTTAACACTCTGTTCTTTTGGTTTTGAAGGGGTAGGAGTAGA ATACATAGCAACAACTCTACATCACAAGAACTTCTTTCATCAATCGGGCATACATAATTT ACCCCAAAGTAAATTGATATAATGTTTTAGACTCTCAGTTTCTTTTACAAATAGCCTTTA GAATATCACTCAAGCCTAAGATGTGTAGGTGAATGGTGAAGCTAGTAAATGGTTGATGTC ACTTCCAAAACAAGCTTAGAAACATAAAACGGATGAAACCAGAACACCAAGATGTTATGC TTTCATTTTCGTTTCAATTGTTTTTTTGTTTCTCGATGTAAATAGGATAATGCATTAGAT AAACAAACAACAGAACGATATAAACTCATCATGTTCAGTATAACAATCCTGAACAGAAGA GAGCTTCTTTTAGACTTGCAGTGCAGGGAACTCTAACTATAATAAACAGTTAAAACGACT TCCTTTTAAAATCATTAGCAAGAGCGCGATTTATGAATATCTGCACTATCCAAGAAGGTA TGCTTACACTTAACGGATAGTGCAGAGTCTCTACCCTCCCCAGACCTCACTTGTGGGTTA CATGGGGTATGGTGTTGTTGCTGTTGCACTATCCAAATAAGAAATCTTTGTAAAGCAGAG ACGAGCCAAAATAAAAGAAGCTATGAATAAGTTAATATCAGACTGTCAGTTGTAAAAACA ATCAAACTCCAATAAAAGCCAACCCTGACTTCTAATTTGGGACCCAGACATAGTTGCTTA ATCATAAAGCATATAGACTATCTGTACCATAAGCTTAGTAAAGGCTTCAACGATCATGCG AACTTAGAACACACTGCTGTTTTAGTCATTCTGTTTCTACTGATTTCCCAATGTAAACAG GATAGTGTTTTTGGATAAATAAACAGTGATAAATCCAGAGTGGAACTGTGCTTCAAGTCT GGGCACTCTTAATTCATCATGTATTACTAAAAGCATCAACAAAAAAAGTTGAAAGTTGAA TTACAGTTTTACCCCTCCTATAAATTAAATTGTTATAAAATATTTAAATATTTGATTGTA TAAATTTAATTAAAAGGTTAATGACTTTTAGACTTCTAAAGATTGATTTCTAATTAAATA TCCAATTAATTAATATTTATCATCTATAATCTATATGTATATAATAATTATAATTTTTTT TTAAAAAAAAAGTCTTTACTAAATTGCTATATTTTTCCTCTTTCTCATAACTTTTTCCTT AACCCCTCTCATGAATAATATAATTTATGTGGATAAAGTATTATCCTTTATGATAAATAA CGAATTTAATAATATAAAGGGTGCAAATCTGCAAAATGGAGACACACGTTGATAATGTCC TCTCGATTATTATTAAAGAATGACTCTATCTTCACAAATCTAAATTTATTAACGCTTAAT TACGTGATAAGACCTTTAGTTGTTCTTTCTACATGGTTTGCTAATTTTAACTTCTTTTTT CATATTCTTCATTTATTTATTATTATTTGTTAATTACTTATTCAACTTTATACTCTTAAT ATTCATAACTCTCATCTTTTCATATTCATAACCTCCAAATATTTAAACTAAAACTTTAAT ATATCTTTTGATATTCCTTCTATTCTATCTATATAAATTCAACTTTTTTAATCTCATGAA ACCCCTACCAAGATTACTAGGCTATCATTTTCATTCAATAGTTAAAGTAGATGAAGAAAC CTCTTGAATTTTGATAGGATATGAAAGGAGTCGATAAGAACTCAGAGAGTTATGTACTTA TTTTTTTCATCTATACATACATCAGTCTTATAAGAACATTGTTTACATTGGATCATTCTT AAATCTGTCTTTTTTTTGTCTTTTATTTTTATCACCATCAGACTTCTTAATTTAGTTTTT TTATGAATATTTTATTGCGTAAGTCTTTATTCTTATTTTGTAATTGTTACATTATATTAT TCATTAATTTACATATATATTTCCATGAAATTTTTATCATTATAACATATCTATAAAAAT TCACATAAAATACACGTGCGAAGCCCGTCCTCTAGTACAAAAATAAACACCAAAAAAGAG AGAATAATGTCCTAAATAAATAGTTCATTTAACTACAGGAGTAGGTCTAAAATGGTTCTG TTTGTCGGATTTAATCATTCAAATATCAAAAACTTATCAAATTAACTATATATTTATCTG ATTACCAACTGAGTCAAAGCTTAATGTGTGAATGACTACACAGAACTCACTGGATAATCG AATAGGTCTGCGATAAGTTACTGTCAATCGGTAAGTGTAATCGTTATCAAACTATAATAG AAGTCGACTGTAGCTAGTAATTTATGATCTACGAGTAGAGTTTAGTTTCTAGAATCATTT TTTTTTCAAATAAACACAACTGAAAATGAGGCAATAGAATCAGTACCTCTTGGAAAAAGT TGAGTTGCAGGTGACGGTGATCTTGTTCTTGTCACGAGTAACAGTAACGGAATCCCCAAG AGCACCAGCTTTTCCACCAACCTTAATCCTCTCTTGAAGGAACTTGTCAAGAGAAGCAAT CTCCATGATACTGTCTTCTACCGGCTTCGAACAGTCAATGACGAAGCTTGCCCCCTTCTT CTTCCCGCCCTTCACTGCTGCTGCTGCTGCTCGGCTCATCTTTACACTCTCTGTATTTCT CTTCTGCTGGCATTCAAAAGCAAAAATTATCAGATCTCAAGAACAAATCTCATCGTCAGA GAAACAGAGAAGAAAAGAGTAGGAGCATACGTACAGGATGAAACTCGACGTCCACGGCCT AGTGTGAGTGTATGGAAGTGGTGACTCTGTTAAATTAGGGTTTTCCTTCGTTCCTACTTG CTAAATGTGGCACCTCTCTCTAATTTGCACTTTTGGCCCTATTTTAGGTTACGTTCCAAA CTTTTCTCCTTTCTAACAAAAAAATAAAATAAATAATAAAATATATATACGAGGTATAAG TTCATATTTTTGCATCATAATAAAATCTAATCAAGTAATCCTACTATATTTCGCAAAGTT AACAAGTATCACACGAAACATTAATAAGGCTCTAAGTCGGTTACATATGTTTCACATGAC TTTTGCTCTTAAAATGCGTAGTCATTGTTGAAAGCAATGTTAAAGTAGAGCAATTCATAT CAACAAGGATCATTTTAACTAGATGTTTAAATTTAAGTTGCGTTCAGAAAAGAGTAGACT TTGTTGGAAAATGCAGAGCCAATTTTGTTAGAAACGTTTTACGTAATTCAGACATCGCTA GCTTTACCCCAATGTGAAACTATTCAGTATTGTTTCAAATTTAATCAGAACTTAAATGAA GGTAGAAAAACAAGAAGAGGGAGGGGCTGGTAATTAGAATATCATTTGCTCCATGCACCC AAATTGAAATCTCATTTGGGCCCTTAACAAGTAGATATCTTAAAAGGGACAATGAAGGTA GTCTCAATCGATCTTTTCAAGGATTGAAGGAAATCATCAATGGCGCAGTGGTTAAAAGAA AGACACAAGAACAACAAAAGATAAACTCTATAAATTACATGTGATCATCAAGAGGGAAAA GGCAATACAGAGAAATTGATGCCTTGCAAAAACTTGACCCCAGAGATGAACAAACCAAAG TGTATCAAAGTAACGTTTTCTTTTACTGATAAGGGGACAAAAAATCAATAATCTGGAAAT GAGAAGATACGGCTCATTAATAACTCAAACAGATGATATAAGGTTCAAAATAAGAAGATA AAAGGGACATTGACTAGACATGTTTAATCTTCTTCATCTGCTTCATTCTCGGCAATGTTG AAGTAGCGCAACTCATAAACATTCCTGTCCTTGTTGGAAGCAATCACCCTAAGCCAATCC CTAACGTTGTTTTTCTTCAAGTACTTTTTGACAAGGTATTTGAGGTACCTGAAAAGTAGA AGAAAAAATTGTAAGTAGAGCATTGTTTACTAGTCTTGAATTGCCTGAATTCACTACTTC TAACAGTCTTTCTTTTGGTTTTAGTGGGGGAAGAGGATTAATAAAATATATAGCAGTAGT AATGCAACATCACAATAGCTTTTTTCATTAATCGCGCATACAGAAATTGCAAAAAAAAAA AAGTAATATGATAAATATGTTGGACATTTGGTTCTCTTTAGAGTATCAGTTTCTTTTACA AGTAGCCTTTGGACTATCACTTGAACCAAAAATGTGCTAGGTAAATGGTGATGCTAATAA GTGGTTGATGTCACTTCCAGAACAAGCTTAGAAACATACATCAGATGAAACAAGAATACC ACTATAGATTCTACTCAGCTGCATCAAACTTACATAAAAAATGAAGACTTTCTTCAGAAC CCAACAAAAAATACATGAAAATATGCTTTACACGCCCTGAAGGATGTTTCAGTTAGCAAG AGCATCTATAATGATCAATATTATCAATTACCTATAACTAAGCCTGCTTACATGTTAGTT ACCTATCTCTTTCAAGTTACAAACTTAATACATATTAGTTCTTCCAAGCCTATTTCACAT GTAATTTGACATAATCCAAGTGTACTATTCTGTGTGATTATGGATGTAAAAGATGAAATC AACAAAATTGCACTTGACGCAAACTAATGGACACAAGTGAAAGGCTAGGTTGCAGTCTAA TTGGTCTCATCAACAACCGCCTACTTAAGAATCTACTTCACTGAGAAGTGGGAGGAGCCA AACAATCTAGCTAATGCTCACTGACAATCTGAACATAAATTCAGGAAGATCTGTGAGGAT TATTATAATTATATAACATTATGCACATACCCTATTCAAGTTATGAATATCTTTTTTAGA TGAAAGAGATTTCATTAGAAGGCATCAAGAAGATGCAAGCAAAAGAAGGGGTCTGCTAAT TTATAAAAATTTACTAAATAACTAAAGAGCAGACAACAGTCCAAAAATGTAACAGTGGTT ACTGGGGCCTGGTTGAACCTGCTATATGAGAAGACCAACAGTTGGATTTACGGATAATTA CAAGATAAACAGTTGGATTTACGAATAACTACAAGATACTACGCCACCATAATTTTTCTG TTATTTCTTTGCTTCTCAATGTAAGTAAGATAATGCATTAGATGAACGAAAAGTAGAATG ACATAAGCTCATCCTCTTCAATGTAATAACTCCAGAATAGAAGGGCTTATTTATTAGACT TGCAGTGCAGGGCACTCAAACTAAAATAAACAGCAAAAAGGACCTCTTTTGAAAACCACT GTTAATCTACTCTGAGCTTAAAATATAAATGAATGCACTATTCCAAATAAGAGCTCTTGG TAAAGCAGAAACAAGCCACAATAAAAGAGGCTATGATAAGTTAATTTCAATCTGTCAGTT GTGAAAATAATCCAAGTACGATAAAAGCCAACCCCGATTTCTAATCTTGGACGTTGAAGT GTAGAGCTCATAGACTATCTGTTCCATAAGTTCAGCAAGAGCTACAAGGATAATTAGGAT ACCTAGTTCAAGATACAAATGGTTACCTACAAGATATTACGCTGCTGTTTTAGTTCTTCT ATTTCTCCTTATTTCTCAATGTAAATAGGATAATATTTTGAATAAACAAGCAGTAGAATG ACATAACACAAACACACAATCATCATCACTATTGATAACTAAAATAAACTGCAAAAAGAA CTCTATTTTAACCCATTATCAACTGACTCAAAGCTCAATGCGTGAATGACTACACTATTC CAAACAAAACAACTCCTTGCAGAGCATAGCACATCCCGAATAAAAGAATAGGTTTACGCT AAAATCCTATCAATCTGTCAGTGTAAACATTATCAAACTACAATGAAAGTCGACCCACAC GAAGTTTCAACGATCAATTTTTTCAAATAAACCCAATTAAAAATCAGGCAAAAACCCAAA TTACACGAAATGAGGAGTGGAAATATAGTACTAGTCAGTACCTCTTGGAAAAAGTGGAGT TGCAAGTGACGGTGATTTTATTCTTATCACGAGTGACAGTAACGGAATCTCCAAGTGCAC CAGCTTTTCCACCAACCTTAATTCTCTCTTGGAGGAACTTGTCAAGAGAAGCAATCTCCA TAATACTGTCCTCCACTGGCTTCGAACAGTCGATGACGAAGCTTGCCCCCTTCTTCTTCC CGCCCTTCACTGCTGCTGCTGCTCGGCTCATCTTTACGCTCTTGATTTCTCTTCTGCTGC TATTCAAATACTGAAAACAAAACAAAAATCGTCAGATCTCAAACACAAAGCTCATGTTCA TCGCCGGAGAAAAAGTTGGAAAATACATACGGGAGAAATTCGACGGCGGCCGACTGCGAG TGTATGGAAGTGGATGATTATATTTAATTAGGGTTTTCCTCGTTCCTCTTCCTATTTGAC CCGTCGCCCCGACCCTAAACAAATTTTACCCGTTTCATTTTTAAGTTACAGGCCAATAGC CCTTGTGATGTGATGAGTTAGAACTAGCCGTGCTATTATTTGGGTGCGTATATGGTAAAT TTTATATTTCAATAACTTGCAAAAATAATAATTATATTAAACAAGTTTGATGTGAAGAGT TTGACCCAGAAGATAAGTTTCTTGCTTTCGCTAGCAAGGCGTTGCTAACTTGAGGCATTC ACCAATAACATTTTTGGATTCTAATTGTTGATAAATTTTAGTTTTGATTCGTGTAAAATT TAATTAAATATTTCATGTTTAAAGGAAGAAATATTCATTTTTGAATTTTGGTTTTGTTAA TGATAATATATATAAAATTTATCAATGACAATATATACATAAAATTATCATATTTATTAA TTATTCTACTATTTAATTCGGAAAATGAATTAATAAAATTGGTGGCCTCGGATTAAAATC TAATGGACTACGTAAGTTTAAAAACGTTTTTTTAGAAACTTTTTATTATATAAAATTGCT AATAATTTCTTTTATTAGCAATTTAGTCTCTTCGAAAATATATTTGATCTTATCAAATAA AATCTCTTATTCAAGAGATTGATAATTTGATATCACAATGATTTTGTATGTTACATGTAA TTTATTTAAGATTTTTTAGAACTCTAAATTTGATTACTATTAATTTAAGCAGTAATTTTT TAAATTTATTAAAACGGGGAGAAAGAAATTCAATACTTAATTTAAATATCAAATAAATAA AAATGAATGAAGTATTTCCTAATTTTTTTTTTCTCTAAAAAATAGAAATGAGATGTGAAC AAAAAAAATTCACTTTCCTTCAAATTAATGGGCCTCACGAATTAAAAGGCCCGTTTGAAT CACTCTACGGCCCATCCCAAAGAACTGTAGAAAAGTCTTGTATATCCTGAGAAAAATCAA ACGATGAACGATAAATGAATCGAGATTTTTATACTTTAGCGGATTCAGATTTTCTAGAAT ATGATTACATCGCTTAAAAAGGGAGAAGCGTGTATGAAGTGAGAATCCGTACGTGATTCT CTTGGTAAATAACTTAATATTCAAGTATACCATTTAATCTTTTTGTAGCATGAGTGTCAA CAGATAATATTATATAATACATATCAGAAAAAGACATAGATAACTAGATAAAACGCATAA TTAATTGAAAAAATCATTGGTTCACATACCCTGTATTTTGCCTATAAATTCGATCCAGCC TACTACAAATTTAAAAAATTGCAATTATTTTATAAATTTTATAGTGTTCTTTCTTTTGAT TTGAGTTGATGAATGAGGTTTTCAATCGTTAATTTGTAGTTGAATTTGACATATGAACTT TAGAGATTATTGACAAGTCAATGCAAAATTAATTGAGTTTATATTTTTTGAATTGTATTT ATTATGTTTTAATTTGTTAAGTTATCCAATAATTAATCCACTTAATAAAATATTAGAAAT AAAATGTATTTCGCTCAGTTGGCCTTACGTGCACATGTGTTCAAAATATACGGTTTTTTT TTTAAGCTTTTTATTTGATCTGTAATTAAACTTACGTATCTATATTTTTTTTATAAAAAA TAAGTGAAATTTATGAAGGAGCTATTAAATTATATATTTTTAAAAATGAACAAAAAGTCC GATAATAATAACATATTTAGTAAAAAATTATTTAGTATAAGCCTAAAAAGGGTAATGCAT TTACTAATCTTATTATGATGATGATATTATCTTATAAAAGTAGAGAGGTTGTTTTCTCGA AAAAGTTGGCTCAATTACATCAAATTAAATCCAATCAAAAATATGGCCCGTAACTAAAAA AAAGAGTGTAAAGCCTACAAGAAAGAAACAATAACAACAATAAAATAGTGCAATAGTCAA AACACAATTAATACACACAAACTAAAAGTGTTAGTAGTACTACAAACACTACCAAGCCTT AAACCTATATACAACAAGGCAACACTCCAACCTAACCAACCTTCTACCCTAATACTTAAC CTCCGCCAATTTTGATCTAAAGTTATACATGTCTTCAATAATATGAAGTTACGTCATGTC ATGTCAAACCACTTTTTTTTCAATCCTTCTTCGATCCTTGCATTACCTTATATGTACCCC CTCTCGTACTTCCTCACGAAAACGTCAACACATCTTCTTTGCATATGTCAAAATCATCTT AGTTTCATTTTTTTAAATCATATTCGTTATAAAAATTATTTTCAATCTCCTTTAAATAAT TTCATTTTAAATTTTAGCAATCCTAATATATTAACATAACTATCTCAATATTAGAGCTGT TTATATGGGTTAGCCCACCTCATCCGAGCTAACCCATACAGGCTTGGACACTTTACGTGT CAGGCCGGGCTAGCCCCTTTTTTGGTGTGGGCCAGAAAACGGCCGGCTCAATCCACAAGT ACGTGGGCTACATTCTTGTTGGGCCAGTCCACTTTTTTAGAAATCATATTAATTTAAAAT TTTTAAATTAAATTGTAAATTATAATTTAAAAATATATCATAAATATCGACAAAAATAAT ATTACATGATGTTAATGTTACTACTTTTTAATCAAATTCACAATTAAAATTATTTTTATA ATACTTATTAAGTTTTCTTTCAAAGTAAAAATATAAATATCTAAATAGAAATATTAATCT AATTGTTTTGAGTTTGGACTTTCTTAATTTTAAAATTTAATATTATATTATATTTTTAAT TTATTTTTATTGATCCACGAGCCGGCCCTATCAATATTTTTCAAGCTCCACAAAAGCAGA CTTATTCAAGTCGGGCTAAAAAAATCCTTTTCTCAAATGAACTCCAAAAATCATAATTCA ACCCTAATAAATTTCAAATTAATTCAGTTAAACCCAACAAATATAAATCCATATTGACGA CTCTACTCAATATCTTTATCTTCGCAATATATATATTCTAAACTTACGAGTATAAACAAT TTCTTTTTTTTAAAAGGGTGGCCGGTGGAATGGAATGCACACATGGGGAAATGGCTAAAT TAGTTGATGTCGCATATTAAATGGATAAGCAAAAGAATGGGCAAAATTAATAGATAAAAT TAAATATACAAAACATTGGGATTCGTGATAAAGATGGGAAAGACAAATTGGAGGAAGATA AGGTCATTAAAATAAATTTATAATTTTAGATTTTTACTTTCTACCAAAGAAATTTATATA CATCAAAGACCTTTAATTACAAAAGGGACAATTTGTTCACTATATCACATATTTTGATAA TAATTTATTTTTAATATAGTCTAAATATAATTTATATATTTTTGATATGTTTTCATTTAG ATGTATACGGATTAAAATTTTTGCTCATGTACAATAAACTCAATATAAAAGATAAATTTC TTACTTAAGAAATTTTCAAACTTAAGACCTTTAATATAACAATCTCAAACCCAAATAACT GAATTATCAAAAAATTATATTTTCAATAATTCTAGTAAAAAATAACTAAAGGAAAGAAAA GAAGATGTCCATTCTATATACGTTGGACATCCAAGACACAAAGAAAACAAATATGTCCAT CTATATATATATATATATATTCTGGGTTACATTATATAACTAATTTTCTTCGTTTATTTT TATTTGTTTATTTATAATTATATTTTTTAACTTGTTTAATTTAAAATATAATATATGTTA TATTTGTTTCATTTTTATTATTAAGTATTATTTAAAATAATAAACTTATTATATTAAAAA ATAATAAAATAAACTTATCATTTTTGTATTAATTATCTTTCAATTTTATATATATATATA TATATATATATATATAAAACTAGACACTCAAATTTAAATACCTAATCAATATTTAAATAT TTAACTAACAATCAAACACATAGTTCTTTATAAATTGAATTGTAGGATTAAATATTTTTT TAATTTTTATATTCAATTTTAGAATTCATATAATTTCGATTAAATTTGAATTGTGTTCTA CAAAACTTATTTTAAGATGGTGCTTTTAGAATTTAGATCCAAAAGTTTTAAATAACGATA AAATAATTCAATCACTGCATCACGTGGATGAGAATTAAAATGTTTACACGTACGTATGTT TAACAATGATAGAAATCTAAACTTCTGGAGAAGAGCAAAAGGATGGGCTTAGCCAGTCAG CCACGTTACCTCACAAATTTGGAAGCTTCCTTTTATCAATCAAAATAAAAAAATACATTT ATTAACATATTTCGAGTTTAAGTTTTTTTAAATATTAGCAGCTTATTTTTATTAAAGATT TTGAATTTAAATCTTTACAAAGAAGTTTCAACTACAAATCTATTTGAGTATTGAGTTATT TTTACTTCATTCTGAATTAGAGATTTCGAATTTGAGTCTTTTGAATATAAAGAGTTTTTG GATCCAAATCTTTTTGAAAATAAAATATTTCGAGTTTAAATCTTTGTGCGTATACAGTAA TTTTTACTTTATTCTAAATTAGAAATTTTAAATTTAAATTTTTTAGTACAAAAAAAAATT AAATTGCAAATTTTAATTTAATCAAACTTCAATATAAATATAAGGTTAAAAATCCCCGAA TACACTTCTCCTCATCATATCTTATATATTTATCTATTTATATCTTTCTGTATATATTCC AACTTCTCAGGTCCACTTTATCCCTCTCCCTGTTTTCCAAGAATTCAATATCTTACTATA CTTTTATCGTATCAATAATCACTTTTTCTCTGTAAAAATAATTGCATCTATAAGGCCATA ATACACAGATCTGTTACTTACCCATGAATGTTGAGTCACATTTCTGAGTTGGGATTTGGT TATTTTTTCTGAAAATATACAATGGGTGTTGAATATCATGAGGTGGGTTTTTGTTCTTTT TGCTTTTTTTCTTCAATGAGCATGCATATTTTTCTTCTTTACTTTGTACAATATGGTGTT TTTCTTAATAAAAATTGTGTCTTTACTTACATCAATGGCATTAGGTATTTATAAGGAATT CAAGAGGTGTACAACTCTTCACTTGTAGATGGTTGCCCTTTTCTTCTCCAAAAGCTCTTG TTTTCCTTTGCCATGGTTTGTATTTTTTATTTTTTTTGGTTTTTGTTGAAATTTGATTTA ACAAATTGATTAATGATGTCGTTGTTGTTGTAGGTTATGGCATGGAATGCAGTAGATTCA TGAGAGGTATAGTAATAAATGTTTCCTCTTTTAATTTGTTTTCACTTTCATGGCCAACTT TTCTGTAGAAATGTTTGTATTCCTTGTGGTTTTAATGTTTGGATGGATAATCGGATTCAT ATGAATTCAATACTTTTGAAGTACGGTAAACAATGAATATGAATTCGTAGTTAAACTTTG AACACATAAAGTTTAAATCTTGAATCGGATTCTGGTGCCATCAATGCATGTCATGACTTT TTCCTCCTACTTCTTGTGACTTGATATATATGTCATTCAACAGATTGTTTTACTTCTACC ATCTTTTTTCTTCCTGTTGAGTTTGTCACAGAGTAACAGTGAAAAAGGAACCCACTTTTT ATGCTTTTGGGGTTCATTTCTTTTTCTTTGTTGATCACTCAGTTGAATCCCGATTAAATT TGGATTCGCGCCAGAAGTCCAACAATAGGGATAAAGCGTTTCCTAACAAAGTGTATTCTG TAGCTAGGACACTTGAACCCGAGCTGTGGTTAAGAATGAAGGAGAACTTAGCACTCCACT ACAACCCTTGTTGGTCTTGGTGGTCCATTTATGTGGTGAGGTGACCTTAATTTTAGTGTT GTACAATATGGGCCATTTTCCTGCTACACTTGCCTATATTTTTATTTTAGGTGACCAACC ATACCAGTAAAATTTATGTCTCTTATCATATCTTTTTAAAAGTCCTTTTTTTTTATATAT ATTTGTGAACAGTTGGCTGAATACAATAATTTAGAGGAGTTTCAGTTGGTGCCCATATCT TGTCATTTACCTATTTTGTTGAGAACTTCTAATACTTTTTCAGTCTCTATTTTGTTTTAT ATTCGATAAAGATGATCTTAAATAGAGCGACATGGACAGTGAAGATTCCTATAGCCAACT GGCTTGCTTGAGATTGAAGTGGAGTTTCATGTTAGCTATCTTGGCAGTATGTGCATTATG TTTATCTGGTTGTGGGATATTATTATACAAGAATATCTTTTTTATAGGGCACAATTATTG GTGATATATAATAATGCAATTGTTAGGAGCTAGTAGTTAAAAATGCAACGAAAAATGGTT CTCAAATTGAATGCCAGACTGAAAACTCACCTAACATACTGATCCTCTCATACTGAAGGT ACTATAGATTTGCTGAAACAAAGTAATTTTTACCCTTGAATAACATCCTTATATGGTTTA CAGCTGCATGATTAGTCTGTTTCTTGTCCTTTTTTGGTTAATTTGCTAATTAACAGCTAT GTTGGAACTTCATTGTTTGCCTACTAAAATAAGGAGGATTAATGGTTTGCTGGTAGGTTG GTTGACTATTGAGAAACATAATAAAATTAAAAGTCCTATCTTGGTAGTTTGATAGATTAA TTAGGTTAGCAAATTAGTTGGGCCCTATAAGTAACCTCAATTAAAGATTGCTTCACACAC CAAAATTTGTGGGACACTTTGAATTCAACTTAACAAGTCAAATCATAAAAGTTTAAAACA TAACATAGATTTTAATGGTAGGTAAGTATGATAGGTACATCTGAAATCATTTAAGAGTCA TCTAACTTTAAGACTTTGACTATTCAAAAGAAAAAAGTAAACAAGAAAAATGAAATATAT TTTAAAATGTTGCTTAAGCCTTGACAAACAAAGTTACCTTGTACCTCTGTTGGTATGAGG TAGTAGGTGCCAGAAGAATAGTCGAGGAGGTGCGTGTGTACTAGCTCGGACACGACTATC ATGAAAACAGATATTCTGAAATGTTACTTGACCTGTTCAACTTGGCTTCCAGTGAGAA GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_1 match_part 0.964 23972 24728 match_2 match_part 1.000 25445 25830 match_3 match_part 0.966 25463 26170 match_4 match_part 1.000 25522 25972 match_5 match_part 0.961 25591 26304 match_6 match_part 0.960 25591 25966 match_7 match_part 0.955 25736 26475 match_8 match_part 0.998 25757 26366 match_9 match_part 1.000 25757 25981 match_10 match_part 0.948 25921 26553 match_11 match_part 0.984 25997 26623 match_12 match_part 0.948 26022 26498 match_13 match_part 0.952 26043 26623 match_14 match_part 0.996 26222 26728 match_15 match_part 0.997 27255 27857 match_16 match_part 0.987 27302 27985 match_17 match_part 0.990 33177 33597 match_18 match_part 0.904 35731 36052 match_19 match_part 0.934 35731 36016 match_20 match_part 0.908 35732 36178 match_21 match_part 1.000 45396 45975 match_22 match_part 0.966 45401 45958 match_23 match_part 0.940 45408 45837 match_24 match_part 0.935 45418 46191 match_25 match_part 0.997 46871 47651 match_part 0.998 50924 51458 match_26 match_part 0.920 46894 47517 match_27 match_part 0.923 46909 47651 match_28 match_part 0.921 46909 47607 match_29 match_part 0.997 46945 47651 match_part 0.991 50924 51039 match_30 match_part 0.994 46945 47651 match_31 match_part 0.925 46998 47651 match_part 0.933 50924 51028 match_32 match_part 0.925 46998 47574 match_33 match_part 0.993 47007 47285 match_34 match_part 0.998 47127 47651 match_part 0.987 50924 51150 match_35 match_part 0.944 47166 47651 match_part 0.851 50924 51104 match_36 match_part 0.944 47166 47651 match_part 0.848 50924 51087 match_37 match_part 1.000 47266 47651 match_part 0.987 50924 51150 match_38 match_part 1.000 47321 47635 match_39 match_part 0.973 63786 64084 match_part 1.000 64183 64355 match_part 1.000 68056 68149 match_part 0.989 68460 68548 match_part 1.000 69014 69140 match_40 match_part 0.975 63885 64084 match_part 0.988 64183 64355 match_part 1.000 68056 68149 match_41 match_part 1.000 63893 64084 match_part 1.000 64183 64355 match_part 1.000 68056 68149 match_part 1.000 68460 68548 match_part 1.000 69014 69042 match_42 match_part 0.981 63923 64084 match_part 0.994 64183 64355 match_part 0.989 68056 68149 match_part 0.989 68460 68548 match_part 1.000 69014 69057 match_43 match_part 1.000 63923 64084 match_part 0.988 64183 64355 match_part 1.000 68056 68149 match_part 1.000 68460 68548 match_part 1.000 69014 69042 match_44 match_part 1.000 63923 64084 match_part 1.000 64183 64355 match_part 1.000 68056 68149 match_part 1.000 68460 68548 match_part 1.000 69014 69037 match_45 match_part 0.943 63926 64084 match_part 0.971 64183 64355 match_part 0.979 68056 68149 match_part 0.944 68460 68548 match_part 0.936 69014 69484 match_46 match_part 0.993 63946 64084 match_part 1.000 64183 64355 match_part 1.000 68056 68149 match_part 0.989 68460 68548 match_part 0.993 69014 69296 match_47 match_part 1.000 63947 64084 match_part 1.000 64183 64355 match_part 1.000 68056 68149 match_part 1.000 68460 68548 match_part 1.000 69014 69033 match_48 match_part 1.000 63948 64084 match_part 1.000 64183 64355 match_part 1.000 68056 68149 match_part 1.000 68460 68548 match_part 0.910 69014 69091 match_49 match_part 1.000 63948 64084 match_part 1.000 64183 64355 match_part 1.000 68056 68149 match_part 1.000 68460 68548 match_part 1.000 69014 69057 match_50 match_part 1.000 63948 64084 match_part 1.000 64183 64355 match_part 1.000 68056 68149 match_part 1.000 68460 68548 match_part 1.000 69014 69054 match_51 match_part 0.925 63952 64084 match_part 0.965 64183 64355 match_part 0.979 68056 68149 match_part 0.933 68460 68548 match_part 0.949 69014 69329 match_52 match_part 0.932 63953 64084 match_part 0.971 64183 64355 match_part 0.979 68056 68149 match_part 0.944 68460 68548 match_part 0.948 69014 69281 match_53 match_part 1.000 63955 64084 match_part 1.000 64183 64355 match_part 1.000 68056 68149 match_part 1.000 68460 68548 match_part 1.000 69014 69057 match_54 match_part 0.960 63961 64084 match_part 0.994 64183 64355 match_part 0.989 68056 68149 match_part 0.955 68460 68548 match_part 0.992 69014 69141 match_55 match_part 0.960 63961 64084 match_part 0.994 64183 64355 match_part 0.989 68056 68149 match_part 0.946 68460 68533 match_56 match_part 0.942 63964 64084 match_part 0.971 64183 64355 match_part 0.979 68056 68149 match_part 0.944 68460 68548 match_part 0.977 69014 69145 match_57 match_part 0.942 63964 64084 match_part 0.971 64183 64355 match_part 0.979 68056 68102 match_58 match_part 0.991 63972 64084 match_part 1.000 64183 64355 match_part 1.000 68056 68149 match_part 0.989 68460 68548 match_part 1.000 69014 69070 match_59 match_part 0.921 64204 64355 match_part 0.979 68056 68149 match_part 0.944 68460 68548 match_part 0.968 69014 69139 match_60 match_part 0.957 64310 64355 match_part 1.000 68056 68149 match_part 0.989 68460 68548 match_part 0.987 69014 69477 match_61 match_part 0.848 68457 68548 match_part 0.600 68698 68702 match_part 0.928 69014 69568 match_62 match_part 0.929 68479 68548 match_part 0.919 69014 69532 match_63 match_part 1.000 78592 78614 match_part 0.978 79212 79300 match_part 0.987 80191 80344 match_part 0.976 80922 81044 match_part 0.908 81124 81363 match_64 match_part 1.000 81012 81044 match_part 0.911 81124 81403 match_65 match_part 0.998 83135 84237 match_part 1.000 85537 85766 match_part 1.000 85859 85951 match_part 0.951 86094 86316 match_66 match_part 0.931 83166 83962 match_67 match_part 0.895 83167 83596 match_part 0.994 83912 84075 match_68 match_part 0.935 83170 83872 match_69 match_part 0.935 83174 83833 match_70 match_part 0.999 83176 83990 match_71 match_part 1.000 83181 83512 match_72 match_part 0.902 83183 83591 match_73 match_part 1.000 83186 83718 match_74 match_part 0.935 83195 83838 match_75 match_part 0.994 83212 84084 match_76 match_part 0.986 83212 83777 match_77 match_part 0.994 83212 83699 match_78 match_part 0.994 83214 83904 match_79 match_part 0.992 83215 83818 match_80 match_part 0.999 83217 84064 match_81 match_part 1.000 83217 83775 match_82 match_part 0.988 83218 83709 match_83 match_part 0.936 83219 83862 match_84 match_part 0.938 83221 83992 match_85 match_part 1.000 83222 83834 match_86 match_part 0.942 83239 83843 match_87 match_part 0.944 83239 83808 match_88 match_part 0.939 83244 83699 match_89 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56655 match_part 1.000 56196 56057 match_562 match_part 1.000 56872 56655 match_part 1.000 56196 56085 match_563 match_part 1.000 56871 56655 match_part 0.929 56196 56085 match_564 match_part 0.986 56871 56655 match_part 0.950 56196 56096 match_565 match_part 0.989 56743 56655 match_part 1.000 56196 56102 match_566 match_part 0.915 56865 56655 match_part 1.000 56196 56104 match_567 match_part 1.000 56857 56655 match_part 1.000 56196 56104 match_568 match_part 0.990 56853 56655 match_part 0.989 56196 56108 match_569 match_part 0.991 56871 56655 match_part 1.000 56196 56144 match_570 match_part 0.986 56863 56655 match_part 0.931 56196 56168 match_571 match_part 1.000 56870 56655 match_part 1.000 56196 56171 match_572 match_part 1.000 56867 56655 match_part 1.000 56196 56171 match_573 match_part 0.990 56847 56655 match_part 1.000 56196 56181 match_574 match_part 0.982 56834 56669 match_575 match_part 0.907 62893 62572 match_576 match_part 0.935 62893 62603 match_577 match_part 0.973 83304 82968 match_part 0.526 81293 81275 match_578 match_part 1.000 83640 83132 match_579 match_part 0.976 83641 83397 match_580 match_part 0.950 87839 87324 match_581 match_part 0.936 87839 87478 match_582 match_part 1.000 91485 91427 match_part 1.000 88933 88578 match_part 0.583 88372 88361 match_583 match_part 0.917 91786 91775 match_part 0.958 91686 91427 match_part 0.893 88933 88626 match_part 0.545 88372 88362 match_584 match_part 0.875 91790 91775 match_part 0.981 91683 91427 match_part 0.945 88933 88519 match_585 match_part 1.000 91810 91775 match_part 1.000 91686 91427 match_part 0.995 88933 88563 match_586 match_part 0.700 91804 91775 match_part 0.962 91686 91427 match_part 0.886 88933 88567 match_587 match_part 1.000 91680 91427 match_part 1.000 88933 88579 match_588 match_part 0.982 91829 91775 match_part 0.981 91686 91427 match_part 0.936 88933 88588 match_589 match_part 0.963 91801 91775 match_part 0.996 91686 91427 match_part 1.000 88933 88590 match_590 match_part 0.804 91820 91775 match_part 0.935 91686 91427 match_part 0.872 88933 88630 match_591 match_part 1.000 91788 91775 match_part 1.000 91686 91427 match_part 1.000 88933 88635 match_592 match_part 0.972 91918 91775 match_part 0.992 91683 91427 match_part 0.995 88933 88751 match_593 match_part 1.000 91834 91775 match_part 1.000 91686 91427 match_part 1.000 88933 88784 match_594 match_part 0.969 91839 91775 match_part 1.000 91683 91427 match_part 0.986 88933 88796 match_595 match_part 0.923 91699 91427 match_part 0.953 88933 88806 match_596 match_part 0.897 91861 91775 match_part 0.935 91686 91427 match_part 0.975 88933 88812 match_597 match_part 1.000 95333 95311 match_part 0.996 95230 94962 match_part 0.997 92928 92641 match_part 0.654 90516 90465 match_598 match_part 0.929 92928 92603 match_part 0.727 91932 91922 match_part 0.682 90508 90465 match_599 match_part 0.771 95345 95311 match_part 0.996 95230 94962 match_part 0.995 92928 92714 match_part 0.727 91932 91922 match_part 0.652 90516 90471 match_600 match_part 1.000 95315 95311 match_part 0.996 95230 94962 match_part 0.997 92928 92589 match_part 0.500 91898 91881 match_601 match_part 1.000 95315 95311 match_part 0.996 95230 94962 match_part 0.997 92928 92589 match_part 0.333 92299 92294 match_part 0.727 91932 91922 match_602 match_part 1.000 95324 95311 match_part 0.996 95230 94962 match_part 0.973 92928 92450 match_603 match_part 1.000 95228 94962 match_part 1.000 92928 92527 match_604 match_part 0.996 95197 94962 match_part 0.995 92928 92531 match_605 match_part 1.000 95093 94962 match_part 1.000 92928 92533 match_606 match_part 1.000 95017 94962 match_part 0.997 92928 92536 match_607 match_part 1.000 95017 94962 match_part 0.997 92928 92536 match_608 match_part 1.000 95414 95311 match_part 0.996 95230 94962 match_part 0.995 92928 92539 match_609 match_part 1.000 95315 95311 match_part 0.914 95230 94962 match_part 0.954 92928 92541 match_610 match_part 1.000 95022 94962 match_part 0.984 92928 92559 match_611 match_part 1.000 95325 95311 match_part 1.000 95230 94962 match_part 0.997 92928 92609 match_612 match_part 0.969 95025 94962 match_part 1.000 92928 92632 match_613 match_part 1.000 95318 95311 match_part 1.000 95230 94962 match_part 1.000 92928 92641 match_614 match_part 0.947 95188 94962 match_part 0.972 92928 92646 match_615 match_part 0.984 95152 94962 match_part 0.996 92928 92646 match_616 match_part 0.917 95322 95311 match_part 0.918 95230 94962 match_part 0.964 92928 92651 match_617 match_part 1.000 95312 95311 match_part 1.000 95230 94962 match_part 1.000 92928 92690 match_618 match_part 1.000 95227 94962 match_part 1.000 92928 92713 match_619 match_part 0.991 93739 93086 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C09HBa0278J12.3 type gene exon 11009 10523 exon 7563 7462 gene_2 gene GT_PGL_1_AGS_2 transcript source GenomeThreader seq_id C09HBa0278J12.3 type gene exon 10982 10523 exon 8428 8184 exon 7563 7157 gene_3 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C09HBa0278J12.3 type gene exon 12049 11570 gene_4 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C09HBa0278J12.3 type gene exon 12580 12176 gene_5 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C09HBa0278J12.3 type gene exon 21095 21028 exon 20944 20855 exon 20767 20639 exon 19636 19454 exon 19227 18798 gene_6 gene GT_PGL_4_AGS_2 transcript source GenomeThreader seq_id C09HBa0278J12.3 type gene exon 21108 21028 exon 20944 20855 exon 20767 20639 exon 19636 19199 gene_7 gene GT_PGL_4_AGS_3 transcript source GenomeThreader seq_id C09HBa0278J12.3 type gene exon 21084 21025 exon 20944 20855 exon 20767 20639 exon 19636 19454 exon 19227 18798 gene_8 gene GT_PGL_4_AGS_4 transcript source GenomeThreader seq_id C09HBa0278J12.3 type gene exon 21089 21028 exon 20944 20855 exon 20767 20660 exon 19564 19454 exon 19227 18798 gene_9 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C09HBa0278J12.3 type gene exon 23972 24728 gene_10 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C09HBa0278J12.3 type gene exon 25445 26728 gene_11 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C09HBa0278J12.3 type gene exon 27255 27985 gene_12 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C09HBa0278J12.3 type gene exon 33177 33597 gene_13 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C09HBa0278J12.3 type gene exon 35731 36178 gene_14 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C09HBa0278J12.3 type gene exon 45396 46191 gene_15 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C09HBa0278J12.3 type gene exon 46871 47651 exon 50924 51458 gene_16 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C09HBa0278J12.3 type gene exon 51122 50922 exon 47947 47942 exon 47642 47163 gene_17 gene GT_PGL_12_AGS_2 transcript source GenomeThreader seq_id C09HBa0278J12.3 type gene exon 51001 50650 gene_18 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C09HBa0278J12.3 type gene exon 56948 56655 exon 56196 55688 gene_19 gene GT_PGL_13_AGS_2 transcript source GenomeThreader seq_id C09HBa0278J12.3 type gene exon 56948 56655 exon 56196 55728 exon 55463 55445 gene_20 gene GT_PGL_13_AGS_3 transcript source GenomeThreader seq_id C09HBa0278J12.3 type gene exon 56948 56655 exon 56196 55739 exon 55463 55449 gene_21 gene GT_PGL_13_AGS_4 transcript source GenomeThreader seq_id C09HBa0278J12.3 type gene exon 56948 56655 exon 56196 55743 exon 54699 54652 gene_22 gene GT_PGL_13_AGS_5 transcript source GenomeThreader seq_id C09HBa0278J12.3 type gene exon 56948 56655 exon 56196 55744 exon 55463 55446 gene_23 gene GT_PGL_13_AGS_6 transcript source GenomeThreader seq_id C09HBa0278J12.3 type gene exon 56948 56655 exon 56196 55759 exon 55463 55458 gene_24 gene GT_PGL_13_AGS_7 transcript source GenomeThreader seq_id C09HBa0278J12.3 type gene exon 56948 56655 exon 56196 55758 exon 54309 54274 gene_25 gene GT_PGL_13_AGS_8 transcript source GenomeThreader seq_id C09HBa0278J12.3 type gene exon 56948 56655 exon 56196 55763 exon 54903 54849 gene_26 gene GT_PGL_13_AGS_9 transcript source GenomeThreader seq_id C09HBa0278J12.3 type gene exon 56436 56424 exon 56196 55688 gene_27 gene GT_PGL_13_AGS_10 transcript source GenomeThreader seq_id C09HBa0278J12.3 type gene exon 56867 56655 exon 56196 56189 exon 56123 55688 gene_28 gene GT_PGL_13_AGS_11 transcript source GenomeThreader seq_id C09HBa0278J12.3 type gene exon 62893 62560 exon 53771 53658 gene_29 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C09HBa0278J12.3 type gene exon 63786 64084 exon 64183 64355 exon 68056 68149 exon 68460 68548 exon 69014 69532 gene_30 gene GT_PGL_14_AGS_2 transcript source GenomeThreader seq_id C09HBa0278J12.3 type gene exon 68457 68548 exon 68698 68702 exon 69014 69568 gene_31 gene GT_PGL_15_AGS_1 transcript source GenomeThreader seq_id C09HBa0278J12.3 type gene exon 78592 78614 exon 79212 79300 exon 80191 80344 exon 80922 81044 exon 81124 81403 gene_32 gene GT_PGL_16_AGS_1 transcript source GenomeThreader seq_id C09HBa0278J12.3 type gene exon 83641 82968 exon 81293 81275 gene_33 gene GT_PGL_17_AGS_1 transcript source GenomeThreader seq_id C09HBa0278J12.3 type gene exon 83135 84237 exon 85537 85766 exon 85859 85951 exon 86094 86540 gene_34 gene GT_PGL_17_AGS_2 transcript source GenomeThreader seq_id C09HBa0278J12.3 type gene exon 83167 83596 exon 83912 84237 exon 85537 85766 exon 85859 85951 exon 86094 86540 gene_35 gene GT_PGL_18_AGS_1 transcript source GenomeThreader seq_id C09HBa0278J12.3 type gene exon 87839 87324 gene_36 gene GT_PGL_19_AGS_1 transcript source GenomeThreader seq_id C09HBa0278J12.3 type gene exon 95414 95311 exon 95230 94962 exon 92928 92450 gene_37 gene GT_PGL_19_AGS_2 transcript source GenomeThreader seq_id C09HBa0278J12.3 type gene exon 91861 91775 exon 91686 91427 exon 88933 88563 gene_38 gene GT_PGL_19_AGS_3 transcript source GenomeThreader seq_id C09HBa0278J12.3 type gene exon 95325 95311 exon 95230 94962 exon 92928 92603 exon 91932 91922 exon 90508 90465 gene_39 gene GT_PGL_19_AGS_4 transcript source GenomeThreader seq_id C09HBa0278J12.3 type gene exon 95325 95311 exon 95230 94962 exon 92928 92589 exon 92299 92294 exon 91932 91922 gene_40 gene GT_PGL_19_AGS_5 transcript source GenomeThreader seq_id C09HBa0278J12.3 type gene exon 95325 95311 exon 95230 94962 exon 92928 92589 exon 91898 91881 gene_41 gene GT_PGL_19_AGS_6 transcript source GenomeThreader seq_id C09HBa0278J12.3 type gene exon 91861 91775 exon 91686 91427 exon 88933 88578 exon 88372 88361 gene_42 gene GT_PGL_19_AGS_7 transcript source GenomeThreader seq_id C09HBa0278J12.3 type gene exon 95333 95311 exon 95230 94962 exon 92928 92641 exon 90516 90465 gene_43 gene GT_PGL_19_AGS_8 transcript source GenomeThreader seq_id C09HBa0278J12.3 type gene exon 91861 91775 exon 91686 91427 exon 88933 88626 exon 88372 88362 gene_44 gene GT_PGL_19_AGS_9 transcript source GenomeThreader seq_id C09HBa0278J12.3 type gene exon 91918 91775 exon 91683 91427 exon 88933 88519 gene_45 gene GT_PGL_19_AGS_10 transcript source GenomeThreader seq_id C09HBa0278J12.3 type gene exon 91699 91427 exon 88933 88578 exon 88372 88361 gene_46 gene GT_PGL_19_AGS_11 transcript source GenomeThreader seq_id C09HBa0278J12.3 type gene exon 93739 93086 gene_47 gene GT_PGL_19_AGS_12 transcript source GenomeThreader seq_id C09HBa0278J12.3 type gene exon 95345 95311 exon 95230 94962 exon 92928 92714 exon 91932 91922 exon 90516 90471 gene_48 gene GT_PGL_20_AGS_1 transcript source GenomeThreader seq_id C09HBa0278J12.3 type gene exon 99746 100171 gene_49 gene GT_PGL_21_AGS_1 transcript source GenomeThreader seq_id C09HBa0278J12.3 type gene exon 101514 102080 RepeatMasker tomato repeats master Copia00198 2939 8294 1 Copia00198 2939 8294 1 nucleotide_motif 2868 1065 1636 Copia00110 1751 12817 1 Copia00110 1751 12817 1 nucleotide_motif 835 1927 2324 Copia00019 2463 2584 1 Copia00019 2463 2584 1 nucleotide_motif 288 2358 2427 Copia00019 2585 2703 1 Copia00019 2585 2703 1 nucleotide_motif 288 2522 2589 Copia00019 2856 3143 1 Copia00019 2856 3143 1 nucleotide_motif 1513 3158 3434 Copia00198 8069 8157 1 Copia00198 8069 8157 1 nucleotide_motif 432 4361 4451 Copia00198 2939 8294 1 Copia00198 2939 8294 1 nucleotide_motif 649 4471 4618 Gypsy00078 3070 4762 1 Gypsy00078 3070 4762 1 nucleotide_motif 8836 11274 12920 Unknown00043 425 541 1 Unknown00043 425 541 1 nucleotide_motif 288 22336 22455 SONATA1 163 216 1 SONATA1 163 216 1 nucleotide_motif 339 31988 32041 Gypsy00073 2956 6176 1 Gypsy00073 2956 6176 1 nucleotide_motif 11146 41941 43988 Gypsy00073 1567 1759 1 Gypsy00073 1567 1759 1 nucleotide_motif 373 44892 45088 POTTEN2 9 92 1 POTTEN2 9 92 1 nucleotide_motif 269 53306 53390 Unknown00019 154 704 1 Unknown00019 154 704 1 nucleotide_motif 693 53890 54316 SONATA1 86 243 1 SONATA1 86 243 1 nucleotide_motif 344 57495 57635 SONATA2 1 253 1 SONATA2 1 253 1 nucleotide_motif 817 61702 61945 Unknown00019 48 698 1 Unknown00019 48 698 1 nucleotide_motif 4823 62442 63093 SONATA1 1 151 1 SONATA1 1 151 1 nucleotide_motif 321 64805 64954 Copia00151 10121 10178 1 Copia00151 10121 10178 1 nucleotide_motif 264 89550 89606 RepeatMasker tomato repeats master Gypsy00202 2254 2343 -1 Gypsy00202 2254 2343 -1 nucleotide_motif 288 371 268 META1_I 2528 2625 -1 META1_I 2528 2625 -1 nucleotide_motif 298 2521 2428 Copia00124 2152 2307 -1 Copia00124 2152 2307 -1 nucleotide_motif 478 2775 2623 Copia00063 15 194 -1 Copia00063 15 194 -1 nucleotide_motif 321 4543 4358 Unknown00050 3392 3698 -1 Unknown00050 3392 3698 -1 nucleotide_motif 823 15656 15351 Unknown00025 238 470 -1 Unknown00025 238 470 -1 nucleotide_motif 674 16047 15797 Gypsy00043 721 1297 -1 Gypsy00043 721 1297 -1 nucleotide_motif 3035 23188 22616 Gypsy00073 934 1104 -1 Gypsy00073 934 1104 -1 nucleotide_motif 478 32357 32187 Copia00110 13156 13292 -1 Copia00110 13156 13292 -1 nucleotide_motif 725 32686 32549 ATHPOGO 1333 2113 -1 ATHPOGO 1333 2113 -1 nucleotide_motif 1327 35073 34354 ATHPOGON1 2 107 -1 ATHPOGON1 2 107 -1 nucleotide_motif 348 35306 35201 Unknown00019 48 699 -1 Unknown00019 48 699 -1 nucleotide_motif 4593 36202 35552 SONATA2 1 252 -1 SONATA2 1 252 -1 nucleotide_motif 1045 40167 39923 Gypsy00017 1 225 -1 Gypsy00017 1 225 -1 nucleotide_motif 718 40509 40290 Unknown00025 262 473 -1 Unknown00025 262 473 -1 nucleotide_motif 314 41064 40846 Unknown00043 5319 5473 -1 Unknown00043 5319 5473 -1 nucleotide_motif 239 44512 44366 Gypsy00043 1075 1314 -1 Gypsy00043 1075 1314 -1 nucleotide_motif 1206 53858 53633 Copia00110 13338 13623 -1 Copia00110 13338 13623 -1 nucleotide_motif 1266 54116 53817 Copia00110 13157 13292 -1 Copia00110 13157 13292 -1 nucleotide_motif 772 54452 54317 POTTEN2 1 107 -1 POTTEN2 1 107 -1 nucleotide_motif 439 54559 54453 HATSOD1 4582 4792 -1 HATSOD1 4582 4792 -1 nucleotide_motif 910 69904 69693 HATSOD1 1 239 -1 HATSOD1 1 239 -1 nucleotide_motif 1073 70198 69961 BLAST_tomato_bacs Tomato BAC sequences BLAST_tomato_bacs Tomato BAC sequences match_1 match 1164 11297 12577 match_2 match 1445 11274 12275 match_3 match 1134 42970 43982 match_4 match 1150 42970 43982 match_5 match 1558 11274 12275 match_6 match 1568 11274 12275 match_7 match 833 42981 43982 match_8 match 2587 1914 3846 match_9 match 1362 11274 12276 match_10 match 1298 11274 12276 match_11 match 1804 11274 12606 match_12 match 1179 42961 43979 match_13 match 1675 11274 12577 match_14 match 2648 59188 60527 match_15 match 1641 21394 22514 match_16 match 2611 1727 3797 match_17 match 1287 2044 3219 match_18 match 1953 11294 12606 match_19 match 2640 59192 60523 match_20 match 2611 1727 3797 match_21 match 1723 21395 22517 match_22 match 2640 59192 60523 match_23 match 1291 11274 12276 match_24 match 1693 21394 22515 match_25 match 1316 11273 12276 match_26 match 2639 59192 60522 match_27 match 2644 59189 60522 match_28 match 2531 59192 60523 match_29 match 1842 2412 3869 match_30 match 1102 42970 43982 match_31 match 1110 42970 43982 match_32 match 1590 11274 12275 match_33 match 2177 11274 12599 match_34 match 1217 42961 43982 match_35 match 1217 42961 43982 match_36 match 1249 42961 43982 match_37 match 1693 21394 22515 match_38 match 1049 42663 43821 match_39 match 1070 42663 43821 match_40 match 1291 11274 12276 match_41 match 2611 1727 3797 match_42 match 1170 11274 12275 match_43 match 1185 11274 12275 match_44 match 1166 42970 43982 match_45 match 1189 42970 43982 match_46 match 1540 42980 43982 match_47 match 1796 42628 43740 match_48 match 1378 11432 12577 match_49 match 1223 11274 12276 match_50 match 1330 11276 12276 match_51 match 1392 11434 12599 match_52 match 2064 11274 12599 match_53 match 1209 11274 12268 match_54 match 1271 11274 12275 match_55 match 1138 42961 43982 match_56 match 1413 11274 12276 match_57 match 1090 42970 43982 match_58 match 1144 42961 43982 match_59 match 1019 42936 43982 match_60 match 1047 42934 43982 match_61 match 2129 11274 12599 match_62 match 2640 59192 60523 match_63 match 1257 42934 43953 match_64 match 1409 11274 12276 match_65 match 1441 42970 43982 match_66 match 1392 11415 12605 match_67 match 1409 11434 12533 match_68 match 1990 11274 12593 match_69 match 1540 11274 12324 match_70 match 1493 11415 12600 match_71 match 1156 42934 43982 match_72 match 1136 42961 43982 match_73 match 1300 11281 12315 match_74 match 848 1953 3123 match_75 match 2793 38136 39739 match_76 match 1629 21503 22519 match_77 match 1441 42970 43982 match_78 match 1205 42961 43980 match_79 match 1217 42961 43982 match_80 match 1645 2044 3218 match_81 match 1441 42970 43982 match_82 match 1441 42970 43982 match_83 match 1540 42961 43982 match_84 match 1558 42961 43982 match_85 match 1540 42961 43982 match_86 match 1154 42970 43982 match_87 match 2617 59192 60523 match_88 match 1285 42934 43982 match_89 match 2064 2305 3860 match_90 match 1388 1970 3434 match_91 match 1170 1727 2975 match_92 match 2593 59191 60522 match_93 match 1082 42965 43982 match_94 match 1122 42961 43951 match_95 match 1314 11274 12276 match_96 match 1431 11274 12276 match_97 match 1310 11276 12324 match_98 match 1338 11274 12324 match_99 match 1185 42970 43982 match_100 match 1193 42970 43982 match_101 match 1273 11415 12533 match_102 match 1140 42970 43982 match_103 match 2644 59191 60524 match_104 match 1108 42961 43982 match_105 match 1124 42961 43982 match_106 match 1019 42981 43982 match_107 match 1285 42934 43982 match_108 match 936 42972 43982 match_109 match 1376 11274 12276 match_110 match 1850 11274 12599 match_111 match 1291 11274 12276 match_112 match 1187 42961 43982 match_113 match 1055 42970 43982 match_114 match 1063 42970 43982 match_115 match 886 2132 3150 match_116 match 1094 42663 43821 match_117 match 1798 11274 12375 match_118 match 1164 42961 43982 match_119 match 1187 42961 43982 match_120 match 1072 42970 43982 match_121 match 1641 11415 12577 match_122 match 1094 42663 43821 match_123 match 1744 21394 22515 match_124 match 930 42970 43982 match_125 match 1017 42970 43982 match_126 match 1798 11274 12375 match_127 match 1181 42981 43980 match_128 match 1322 11274 12276 match_129 match 1338 11274 12276 match_130 match 1047 42970 43982 match_131 match 1084 42970 43980 match_132 match 1061 42970 43980 match_133 match 1080 42981 43982 match_134 match 1423 11434 12606 match_135 match 2212 11274 12599 match_136 match 979 42961 43982 match_137 match 1059 42961 43982 match_138 match 2236 999 2875 match_139 match 1501 11273 12275 match_140 match 1037 11432 12577 match_141 match 1806 11274 12438 match_142 match 2639 59192 60522 match_143 match 1174 42970 43982 match_144 match 1174 42970 43982 match_145 match 1205 42970 43982 match_146 match 1231 42970 43983 match_147 match 2710 1001 3603 match_148 match 1996 11274 12599 match_149 match 2046 11274 12599 match_150 match 1955 11274 12600 match_151 match 997 42961 43966 match_152 match 1106 42961 43982 match_153 match 1181 42981 43980 match_154 match 1403 11434 12600 match_155 match 1679 21394 22518 match_156 match 1411 11274 12276 match_157 match 1193 11432 12577 match_158 match 1380 11274 12577 match_159 match 1403 11434 12600 match_160 match 1679 21394 22518 match_161 match 1094 42961 43982 match_162 match 1176 42961 43967 match_163 match 959 42970 43982 match_164 match 1023 42970 43982 match_165 match 1120 42934 43983 match_166 match 1483 11274 12600 match_167 match 1150 42961 43982 match_168 match 1181 42970 43983 match_169 match 1197 11274 12276 match_170 match 1798 11274 12599 match_171 match 2026 11276 12595 match_172 match 1515 11274 12605 match_173 match 1572 11274 12605 match_174 match 1205 11274 12276 match_175 match 1475 2084 3434 match_176 match 2639 75202 76598 match_177 match 3239 100545 102205 match_178 match 7353 92012 95756 match_179 match 76622 81743 match_180 match 82664 90018 match_181 match 2642 59191 60523 match_182 match 1530 11274 12275 match_183 match 1114 42961 43985 match_184 match 2640 59191 60522 match_185 match 1374 11274 12276 match_186 match 1653 11274 12275 match_187 match 1748 11274 12275 match_188 match 1027 11432 12600 match_189 match 1136 42970 43982 match_190 match 1281 11278 12374 match_191 match 1302 11274 12374 match_192 match 1857 11274 12606 match_193 match 1233 11274 12577 match_194 match 1816 11274 12599 match_195 match 1657 21394 22515 match_196 match 2012 42647 43982 match_197 match 1737 21394 22514 match_198 match 1737 21394 22514 match_199 match 938 42961 43983 match_200 match 1816 11274 12599 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) clone_end_1 clone_end 1380 17840 18543 clone_end_2 clone_end 924 21718 22183 clone_start_1 clone_start 1425 55828 56570 clone_start_2 clone_start 1277 68355 68998 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) clone_end_3 clone_end 353 11811 11622 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_1 match_part 1.000 25445 25830 match_2 match_part 1.000 25522 25972 match_3 match_part 0.998 25757 26366 match_4 match_part 1.000 25757 25981 match_5 match_part 0.984 25997 26623 match_6 match_part 0.996 26222 26728 match_7 match_part 0.997 27255 27857 match_8 match_part 0.987 27302 27985 match_9 match_part 0.990 33177 33597 match_10 match_part 0.904 35731 36052 match_11 match_part 0.934 35731 36016 match_12 match_part 0.908 35732 36178 match_13 match_part 1.000 45396 45975 match_14 match_part 0.966 45401 45958 match_15 match_part 0.935 45418 46191 match_16 match_part 0.997 46871 47651 match_part 0.998 50924 51458 match_17 match_part 0.997 46945 47651 match_part 0.991 50924 51039 match_18 match_part 0.994 46945 47651 match_19 match_part 0.993 47007 47285 match_20 match_part 0.998 47127 47651 match_part 0.987 50924 51150 match_21 match_part 1.000 47266 47651 match_part 0.987 50924 51150 match_22 match_part 1.000 47321 47635 match_23 match_part 0.973 63786 64084 match_part 1.000 64183 64355 match_part 1.000 68056 68149 match_part 0.989 68460 68548 match_part 1.000 69014 69140 match_24 match_part 0.975 63885 64084 match_part 0.988 64183 64355 match_part 1.000 68056 68149 match_25 match_part 1.000 63893 64084 match_part 1.000 64183 64355 match_part 1.000 68056 68149 match_part 1.000 68460 68548 match_part 1.000 69014 69042 match_26 match_part 0.981 63923 64084 match_part 0.994 64183 64355 match_part 0.989 68056 68149 match_part 0.989 68460 68548 match_part 1.000 69014 69057 match_27 match_part 1.000 63923 64084 match_part 0.988 64183 64355 match_part 1.000 68056 68149 match_part 1.000 68460 68548 match_part 1.000 69014 69042 match_28 match_part 1.000 63923 64084 match_part 1.000 64183 64355 match_part 1.000 68056 68149 match_part 1.000 68460 68548 match_part 1.000 69014 69037 match_29 match_part 0.993 63946 64084 match_part 1.000 64183 64355 match_part 1.000 68056 68149 match_part 0.989 68460 68548 match_part 0.993 69014 69296 match_30 match_part 1.000 63947 64084 match_part 1.000 64183 64355 match_part 1.000 68056 68149 match_part 1.000 68460 68548 match_part 1.000 69014 69033 match_31 match_part 1.000 63948 64084 match_part 1.000 64183 64355 match_part 1.000 68056 68149 match_part 1.000 68460 68548 match_part 0.910 69014 69091 match_32 match_part 1.000 63948 64084 match_part 1.000 64183 64355 match_part 1.000 68056 68149 match_part 1.000 68460 68548 match_part 1.000 69014 69057 match_33 match_part 1.000 63948 64084 match_part 1.000 64183 64355 match_part 1.000 68056 68149 match_part 1.000 68460 68548 match_part 1.000 69014 69054 match_34 match_part 1.000 63955 64084 match_part 1.000 64183 64355 match_part 1.000 68056 68149 match_part 1.000 68460 68548 match_part 1.000 69014 69057 match_35 match_part 0.991 63972 64084 match_part 1.000 64183 64355 match_part 1.000 68056 68149 match_part 0.989 68460 68548 match_part 1.000 69014 69070 match_36 match_part 0.957 64310 64355 match_part 1.000 68056 68149 match_part 0.989 68460 68548 match_part 0.987 69014 69477 match_37 match_part 0.848 68457 68548 match_part 0.600 68698 68702 match_part 0.928 69014 69568 match_38 match_part 0.998 83135 84237 match_part 1.000 85537 85766 match_part 1.000 85859 85951 match_part 0.951 86094 86316 match_39 match_part 0.935 83174 83833 match_40 match_part 0.999 83176 83990 match_41 match_part 1.000 83181 83512 match_42 match_part 1.000 83186 83718 match_43 match_part 0.994 83212 84084 match_44 match_part 0.986 83212 83777 match_45 match_part 0.994 83212 83699 match_46 match_part 0.994 83214 83904 match_47 match_part 0.992 83215 83818 match_48 match_part 0.999 83217 84064 match_49 match_part 1.000 83217 83775 match_50 match_part 0.988 83218 83709 match_51 match_part 1.000 83222 83834 match_52 match_part 0.990 83314 84019 match_53 match_part 1.000 83435 83985 match_54 match_part 0.996 83571 84045 match_55 match_part 0.998 83824 84237 match_part 0.965 85537 85622 match_56 match_part 0.970 83905 84237 match_part 0.968 85537 85599 match_57 match_part 0.970 83905 84237 match_part 0.968 85537 85599 match_58 match_part 0.995 83905 84102 match_59 match_part 1.000 83995 84237 match_part 1.000 85537 85766 match_part 1.000 85859 85951 match_part 0.970 86094 86193 match_60 match_part 1.000 84156 84237 match_part 0.970 85537 85766 match_part 0.989 85859 85951 match_part 0.963 86094 86336 match_61 match_part 1.000 84166 84237 match_part 1.000 85537 85766 match_part 1.000 85859 85951 match_part 0.987 86094 86321 match_62 match_part 1.000 85541 85766 match_part 1.000 85859 85951 match_part 1.000 86094 86324 match_63 match_part 1.000 85759 85766 match_part 0.968 85859 85951 match_part 0.997 86094 86434 match_64 match_part 0.992 86176 86434 match_65 match_part 0.931 86209 86540 match_66 match_part 0.976 86209 86539 match_67 match_part 0.982 86209 86539 match_68 match_part 0.982 86209 86539 match_69 match_part 0.973 86209 86538 match_70 match_part 0.982 86210 86539 match_71 match_part 1.000 99746 100171 match_72 match_part 0.998 101514 101995 match_73 match_part 0.996 101515 102080 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_74 match_part 0.996 11009 10523 match_part 0.990 7563 7462 match_75 match_part 0.919 12048 11570 match_76 match_part 0.925 12049 11811 match_77 match_part 0.919 12580 12176 match_78 match_part 0.985 19194 18798 match_79 match_part 1.000 21088 21028 match_part 1.000 20944 20855 match_part 1.000 20767 20639 match_part 1.000 19636 19454 match_part 0.983 19227 18825 match_80 match_part 0.994 19165 18836 match_81 match_part 1.000 19459 19454 match_part 0.995 19227 18853 match_82 match_part 1.000 21087 21028 match_part 1.000 20944 20855 match_part 1.000 20767 20639 match_part 1.000 19636 19454 match_part 0.997 19227 18863 match_83 match_part 0.943 21080 21028 match_part 1.000 20944 20855 match_part 0.992 20767 20639 match_part 0.989 19636 19454 match_part 0.970 19227 18863 match_84 match_part 1.000 21089 21028 match_part 1.000 20944 20855 match_part 1.000 20767 20660 match_part 1.000 19564 19454 match_part 0.973 19227 18891 match_85 match_part 1.000 21089 21028 match_part 1.000 20944 20855 match_part 1.000 20767 20660 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match_part 1.000 56861 56655 match_part 0.988 56196 55773 match_395 match_part 0.973 56873 56655 match_part 0.976 56196 55774 match_396 match_part 1.000 56836 56655 match_part 0.993 56196 55774 match_397 match_part 1.000 56861 56655 match_part 1.000 56196 55777 match_398 match_part 1.000 56852 56655 match_part 0.993 56196 55777 match_399 match_part 1.000 56752 56655 match_part 0.988 56196 55777 match_400 match_part 0.978 56187 55778 match_401 match_part 0.951 56901 56655 match_part 0.983 56196 55780 match_402 match_part 1.000 56863 56655 match_part 0.995 56196 55780 match_403 match_part 1.000 56808 56655 match_part 0.990 56196 55780 match_404 match_part 1.000 56781 56655 match_part 0.983 56196 55781 match_405 match_part 1.000 56869 56655 match_part 0.998 56196 55788 match_406 match_part 1.000 56855 56655 match_part 0.993 56196 55788 match_407 match_part 0.975 56853 56655 match_part 1.000 56196 55788 match_408 match_part 1.000 56857 56655 match_part 0.995 56196 55789 match_409 match_part 0.995 56853 56655 match_part 0.998 56196 55789 match_410 match_part 1.000 56844 56655 match_part 0.998 56196 55789 match_411 match_part 0.959 56872 56655 match_part 0.995 56196 55790 match_412 match_part 0.977 56874 56655 match_part 0.980 56196 55791 match_413 match_part 1.000 56865 56655 match_part 0.990 56196 55792 match_414 match_part 0.995 56864 56655 match_part 0.990 56196 55795 match_415 match_part 1.000 56814 56655 match_part 0.988 56196 55797 match_416 match_part 0.960 56901 56655 match_part 0.995 56196 55804 match_417 match_part 0.996 56877 56655 match_part 0.987 56196 55804 match_418 match_part 1.000 56877 56655 match_part 0.987 56196 55804 match_419 match_part 1.000 56867 56655 match_part 0.987 56196 55804 match_420 match_part 1.000 56867 56655 match_part 0.995 56196 55804 match_421 match_part 1.000 56856 56655 match_part 0.987 56196 55804 match_422 match_part 1.000 56733 56655 match_part 0.995 56196 55804 match_423 match_part 0.986 56871 56655 match_part 0.997 56196 55807 match_424 match_part 0.995 56856 56655 match_part 0.995 56196 55809 match_425 match_part 0.964 56903 56655 match_part 0.995 56196 55821 match_426 match_part 0.971 56899 56655 match_part 0.995 56196 55821 match_427 match_part 0.995 56863 56655 match_part 0.995 56196 55821 match_428 match_part 1.000 56863 56655 match_part 1.000 56196 55821 match_429 match_part 0.995 56860 56655 match_part 0.992 56196 55828 match_430 match_part 0.995 56856 56655 match_part 0.989 56196 55835 match_431 match_part 1.000 56871 56655 match_part 1.000 56196 55842 match_432 match_part 1.000 56836 56655 match_part 0.977 56196 55842 match_433 match_part 1.000 56874 56655 match_part 1.000 56196 55851 match_434 match_part 1.000 56866 56655 match_part 1.000 56196 55851 match_435 match_part 1.000 56865 56655 match_part 1.000 56196 55851 match_436 match_part 1.000 56876 56655 match_part 1.000 56196 55854 match_437 match_part 1.000 56876 56655 match_part 1.000 56196 55854 match_438 match_part 1.000 56870 56655 match_part 1.000 56196 55854 match_439 match_part 1.000 56866 56655 match_part 1.000 56196 55856 match_440 match_part 1.000 56855 56655 match_part 0.979 56196 55859 match_441 match_part 1.000 56871 56655 match_part 0.997 56196 55871 match_442 match_part 0.986 56876 56655 match_part 0.994 56196 55872 match_443 match_part 1.000 56867 56655 match_part 0.988 56196 55872 match_444 match_part 0.976 56865 56655 match_part 1.000 56196 55872 match_445 match_part 1.000 56865 56655 match_part 1.000 56196 55873 match_446 match_part 0.980 56859 56655 match_part 0.994 56196 55873 match_447 match_part 1.000 56857 56655 match_part 1.000 56196 55873 match_448 match_part 1.000 56853 56655 match_part 1.000 56196 55873 match_449 match_part 0.975 56851 56655 match_part 0.997 56196 55874 match_450 match_part 0.972 56870 56655 match_part 0.991 56196 55875 match_451 match_part 1.000 56867 56655 match_part 1.000 56196 55875 match_452 match_part 0.939 56866 56655 match_part 0.984 56196 55875 match_453 match_part 0.991 56865 56655 match_part 0.994 56196 55875 match_454 match_part 0.990 56857 56655 match_part 1.000 56196 55875 match_455 match_part 0.995 56851 56655 match_part 1.000 56196 55875 match_456 match_part 1.000 56858 56655 match_part 0.997 56196 55876 match_457 match_part 1.000 56851 56655 match_part 1.000 56196 55877 match_458 match_part 0.979 56887 56655 match_part 0.944 56196 55878 match_459 match_part 1.000 56862 56655 match_part 0.990 56196 55888 match_460 match_part 0.995 56865 56655 match_part 0.984 56196 55891 match_461 match_part 1.000 56871 56655 match_part 1.000 56196 55902 match_462 match_part 1.000 56870 56655 match_part 1.000 56196 55902 match_463 match_part 1.000 56863 56655 match_part 1.000 56196 55902 match_464 match_part 1.000 56859 56655 match_part 1.000 56196 55902 match_465 match_part 1.000 56857 56655 match_part 0.997 56196 55902 match_466 match_part 1.000 56856 56655 match_part 0.993 56196 55902 match_467 match_part 1.000 56848 56655 match_part 1.000 56196 55902 match_468 match_part 1.000 56871 56655 match_part 1.000 56196 55903 match_469 match_part 0.991 56875 56655 match_part 0.997 56196 55905 match_470 match_part 0.995 56857 56655 match_part 0.997 56196 55908 match_471 match_part 1.000 56851 56655 match_part 0.993 56196 55908 match_472 match_part 0.982 56871 56655 match_part 1.000 56196 55909 match_473 match_part 0.995 56874 56655 match_part 0.986 56196 55910 match_474 match_part 0.995 56867 56655 match_part 0.986 56196 55910 match_475 match_part 1.000 56855 56655 match_part 0.996 56196 55912 match_476 match_part 1.000 56870 56655 match_part 0.993 56196 55916 match_477 match_part 1.000 56851 56655 match_part 1.000 56196 55923 match_478 match_part 0.991 56871 56655 match_part 0.993 56196 55924 match_479 match_part 0.995 56861 56655 match_part 0.967 56196 55926 match_480 match_part 1.000 56866 56655 match_part 0.988 56196 55940 match_481 match_part 1.000 56857 56655 match_part 0.980 56196 55942 match_482 match_part 0.990 56856 56655 match_part 0.992 56196 55942 match_483 match_part 1.000 56876 56655 match_part 1.000 56196 55952 match_484 match_part 0.981 56865 56655 match_part 0.958 56196 55958 match_485 match_part 0.990 56863 56655 match_part 0.983 56196 55961 match_486 match_part 0.963 56868 56655 match_part 1.000 56196 55963 match_487 match_part 1.000 56866 56655 match_part 1.000 56196 55963 match_488 match_part 1.000 56948 56655 match_part 1.000 56196 55968 match_489 match_part 1.000 56865 56655 match_part 1.000 56196 55971 match_490 match_part 1.000 56837 56655 match_part 1.000 56196 55971 match_491 match_part 0.986 56876 56655 match_part 1.000 56196 55972 match_492 match_part 1.000 56868 56655 match_part 1.000 56196 55975 match_493 match_part 0.972 56866 56655 match_part 0.953 56196 55984 match_494 match_part 1.000 56865 56655 match_part 0.990 56196 55988 match_495 match_part 1.000 56865 56655 match_part 0.995 56196 55988 match_496 match_part 0.985 56858 56655 match_part 0.980 56196 55995 match_497 match_part 1.000 56866 56655 match_part 1.000 56196 56004 match_498 match_part 0.986 56866 56655 match_part 0.964 56196 56005 match_499 match_part 1.000 56872 56655 match_part 0.957 56196 56010 match_500 match_part 1.000 56856 56655 match_part 0.979 56196 56010 match_501 match_part 1.000 56856 56655 match_part 0.989 56196 56015 match_502 match_part 1.000 56861 56655 match_part 1.000 56196 56057 match_503 match_part 1.000 56872 56655 match_part 1.000 56196 56085 match_504 match_part 1.000 56871 56655 match_part 0.929 56196 56085 match_505 match_part 0.986 56871 56655 match_part 0.950 56196 56096 match_506 match_part 0.989 56743 56655 match_part 1.000 56196 56102 match_507 match_part 0.915 56865 56655 match_part 1.000 56196 56104 match_508 match_part 1.000 56857 56655 match_part 1.000 56196 56104 match_509 match_part 0.990 56853 56655 match_part 0.989 56196 56108 match_510 match_part 0.991 56871 56655 match_part 1.000 56196 56144 match_511 match_part 0.986 56863 56655 match_part 0.931 56196 56168 match_512 match_part 1.000 56870 56655 match_part 1.000 56196 56171 match_513 match_part 1.000 56867 56655 match_part 1.000 56196 56171 match_514 match_part 0.990 56847 56655 match_part 1.000 56196 56181 match_515 match_part 0.982 56834 56669 match_516 match_part 0.907 62893 62572 match_517 match_part 0.935 62893 62603 match_518 match_part 0.973 83304 82968 match_part 0.526 81293 81275 match_519 match_part 1.000 83640 83132 match_520 match_part 0.976 83641 83397 match_521 match_part 1.000 91485 91427 match_part 1.000 88933 88578 match_part 0.583 88372 88361 match_522 match_part 0.875 91790 91775 match_part 0.981 91683 91427 match_part 0.945 88933 88519 match_523 match_part 1.000 91810 91775 match_part 1.000 91686 91427 match_part 0.995 88933 88563 match_524 match_part 1.000 91680 91427 match_part 1.000 88933 88579 match_525 match_part 0.982 91829 91775 match_part 0.981 91686 91427 match_part 0.936 88933 88588 match_526 match_part 0.963 91801 91775 match_part 0.996 91686 91427 match_part 1.000 88933 88590 match_527 match_part 1.000 91788 91775 match_part 1.000 91686 91427 match_part 1.000 88933 88635 match_528 match_part 0.972 91918 91775 match_part 0.992 91683 91427 match_part 0.995 88933 88751 match_529 match_part 1.000 91834 91775 match_part 1.000 91686 91427 match_part 1.000 88933 88784 match_530 match_part 0.969 91839 91775 match_part 1.000 91683 91427 match_part 0.986 88933 88796 match_531 match_part 1.000 95333 95311 match_part 0.996 95230 94962 match_part 0.997 92928 92641 match_part 0.654 90516 90465 match_532 match_part 0.771 95345 95311 match_part 0.996 95230 94962 match_part 0.995 92928 92714 match_part 0.727 91932 91922 match_part 0.652 90516 90471 match_533 match_part 1.000 95315 95311 match_part 0.996 95230 94962 match_part 0.997 92928 92589 match_part 0.500 91898 91881 match_534 match_part 1.000 95315 95311 match_part 0.996 95230 94962 match_part 0.997 92928 92589 match_part 0.333 92299 92294 match_part 0.727 91932 91922 match_535 match_part 1.000 95324 95311 match_part 0.996 95230 94962 match_part 0.973 92928 92450 match_536 match_part 1.000 95228 94962 match_part 1.000 92928 92527 match_537 match_part 0.996 95197 94962 match_part 0.995 92928 92531 match_538 match_part 1.000 95093 94962 match_part 1.000 92928 92533 match_539 match_part 1.000 95017 94962 match_part 0.997 92928 92536 match_540 match_part 1.000 95017 94962 match_part 0.997 92928 92536 match_541 match_part 1.000 95414 95311 match_part 0.996 95230 94962 match_part 0.995 92928 92539 match_542 match_part 1.000 95022 94962 match_part 0.984 92928 92559 match_543 match_part 1.000 95325 95311 match_part 1.000 95230 94962 match_part 0.997 92928 92609 match_544 match_part 0.969 95025 94962 match_part 1.000 92928 92632 match_545 match_part 1.000 95318 95311 match_part 1.000 95230 94962 match_part 1.000 92928 92641 match_546 match_part 0.947 95188 94962 match_part 0.972 92928 92646 match_547 match_part 0.984 95152 94962 match_part 0.996 92928 92646 match_548 match_part 1.000 95312 95311 match_part 1.000 95230 94962 match_part 1.000 92928 92690 match_549 match_part 1.000 95227 94962 match_part 1.000 92928 92713 match_550 match_part 0.991 93739 93086 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C09HBa0278J12.3 type gene exon 11009 10523 exon 7563 7462 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C09HBa0278J12.3 type gene exon 12049 11570 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C09HBa0278J12.3 type gene exon 12580 12176 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C09HBa0278J12.3 type gene exon 21095 21028 exon 20944 20855 exon 20767 20639 exon 19636 19454 exon 19227 18798 gene_5 gene GT_PGL_4_AGS_2 transcript source GenomeThreader seq_id C09HBa0278J12.3 type gene exon 21108 21028 exon 20944 20855 exon 20767 20639 exon 19636 19199 gene_6 gene GT_PGL_4_AGS_3 transcript source GenomeThreader seq_id C09HBa0278J12.3 type gene exon 21089 21028 exon 20944 20855 exon 20767 20660 exon 19564 19454 exon 19227 18798 gene_7 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C09HBa0278J12.3 type gene exon 25445 26728 gene_8 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C09HBa0278J12.3 type gene exon 27255 27985 gene_9 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C09HBa0278J12.3 type gene exon 33177 33597 gene_10 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C09HBa0278J12.3 type gene exon 35731 36178 gene_11 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C09HBa0278J12.3 type gene exon 45396 46191 gene_12 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C09HBa0278J12.3 type gene exon 46871 47651 exon 50924 51458 gene_13 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C09HBa0278J12.3 type gene exon 51001 50650 gene_14 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C09HBa0278J12.3 type gene exon 56948 56655 exon 56196 55688 gene_15 gene GT_PGL_12_AGS_2 transcript source GenomeThreader seq_id C09HBa0278J12.3 type gene exon 56948 56655 exon 56196 55728 exon 55463 55445 gene_16 gene GT_PGL_12_AGS_3 transcript source GenomeThreader seq_id C09HBa0278J12.3 type gene exon 56948 56655 exon 56196 55739 exon 55463 55449 gene_17 gene GT_PGL_12_AGS_4 transcript source GenomeThreader seq_id C09HBa0278J12.3 type gene exon 56948 56655 exon 56196 55743 exon 54699 54652 gene_18 gene GT_PGL_12_AGS_5 transcript source GenomeThreader seq_id C09HBa0278J12.3 type gene exon 56948 56655 exon 56196 55744 exon 55463 55446 gene_19 gene GT_PGL_12_AGS_6 transcript source GenomeThreader seq_id C09HBa0278J12.3 type gene exon 56948 56655 exon 56196 55759 exon 55463 55458 gene_20 gene GT_PGL_12_AGS_7 transcript source GenomeThreader seq_id C09HBa0278J12.3 type gene exon 56948 56655 exon 56196 55758 exon 54309 54274 gene_21 gene GT_PGL_12_AGS_8 transcript source GenomeThreader seq_id C09HBa0278J12.3 type gene exon 56948 56655 exon 56196 55763 exon 54903 54849 gene_22 gene GT_PGL_12_AGS_9 transcript source GenomeThreader seq_id C09HBa0278J12.3 type gene exon 56436 56424 exon 56196 55688 gene_23 gene GT_PGL_12_AGS_10 transcript source GenomeThreader seq_id C09HBa0278J12.3 type gene exon 56867 56655 exon 56196 56189 exon 56123 55688 gene_24 gene GT_PGL_12_AGS_11 transcript source GenomeThreader seq_id C09HBa0278J12.3 type gene exon 62893 62560 exon 53771 53658 gene_25 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C09HBa0278J12.3 type gene exon 63786 64084 exon 64183 64355 exon 68056 68149 exon 68460 68548 exon 69014 69477 gene_26 gene GT_PGL_13_AGS_2 transcript source GenomeThreader seq_id C09HBa0278J12.3 type gene exon 68457 68548 exon 68698 68702 exon 69014 69568 gene_27 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C09HBa0278J12.3 type gene exon 83641 82968 exon 81293 81275 gene_28 gene GT_PGL_15_AGS_1 transcript source GenomeThreader seq_id C09HBa0278J12.3 type gene exon 83135 84237 exon 85537 85766 exon 85859 85951 exon 86094 86540 gene_29 gene GT_PGL_16_AGS_1 transcript source GenomeThreader seq_id C09HBa0278J12.3 type gene exon 95414 95311 exon 95230 94962 exon 92928 92450 gene_30 gene GT_PGL_16_AGS_2 transcript source GenomeThreader seq_id C09HBa0278J12.3 type gene exon 95325 95311 exon 95230 94962 exon 92928 92589 exon 92299 92294 exon 91932 91922 gene_31 gene GT_PGL_16_AGS_3 transcript source GenomeThreader seq_id C09HBa0278J12.3 type gene exon 95325 95311 exon 95230 94962 exon 92928 92589 exon 91898 91881 gene_32 gene GT_PGL_16_AGS_4 transcript source GenomeThreader seq_id C09HBa0278J12.3 type gene exon 91834 91775 exon 91686 91427 exon 88933 88578 exon 88372 88361 gene_33 gene GT_PGL_16_AGS_5 transcript source GenomeThreader seq_id C09HBa0278J12.3 type gene exon 91834 91775 exon 91686 91427 exon 88933 88563 gene_34 gene GT_PGL_16_AGS_6 transcript source GenomeThreader seq_id C09HBa0278J12.3 type gene exon 95333 95311 exon 95230 94962 exon 92928 92641 exon 90516 90465 gene_35 gene GT_PGL_16_AGS_7 transcript source GenomeThreader seq_id C09HBa0278J12.3 type gene exon 91918 91775 exon 91683 91427 exon 88933 88519 gene_36 gene GT_PGL_16_AGS_8 transcript source GenomeThreader seq_id C09HBa0278J12.3 type gene exon 93739 93086 gene_37 gene GT_PGL_16_AGS_9 transcript source GenomeThreader seq_id C09HBa0278J12.3 type gene exon 95345 95311 exon 95230 94962 exon 92928 92714 exon 91932 91922 exon 90516 90471 gene_38 gene GT_PGL_17_AGS_1 transcript source GenomeThreader seq_id C09HBa0278J12.3 type gene exon 99746 100171 gene_39 gene GT_PGL_18_AGS_1 transcript source GenomeThreader seq_id C09HBa0278J12.3 type gene exon 101514 102080 AUGUSTUS_tom_cdna de novo gene_1 gene 1 24034 26448 transcript_1 transcript 24034 26448 start_codon_1 start_codon 24034 24036 CDS_1 CDS 24034 26448 stop_codon_1 stop_codon 26446 26448 gene_2 gene 1 27300 33636 transcript_2 transcript 27300 33636 start_codon_2 start_codon 27300 27302 CDS_2 CDS 27300 27657 CDS_3 CDS 33179 33636 stop_codon_2 stop_codon 33634 33636 gene_3 gene 1 36555 37272 transcript_3 transcript 36555 37272 start_codon_3 start_codon 36555 36557 CDS_4 CDS 36555 36698 CDS_5 CDS 36832 37272 stop_codon_3 stop_codon 37270 37272 gene_4 gene 1 47624 55792 transcript_4 transcript 47624 55792 start_codon_4 start_codon 47624 47626 CDS_6 CDS 47624 47651 CDS_7 CDS 50924 51059 CDS_8 CDS 55750 55792 stop_codon_4 stop_codon 55790 55792 gene_5 gene 1 63781 69307 transcript_5 transcript 63781 69307 start_codon_5 start_codon 63781 63783 CDS_9 CDS 63781 64084 CDS_10 CDS 64183 64355 CDS_11 CDS 68056 68149 CDS_12 CDS 68460 68548 CDS_13 CDS 69014 69307 stop_codon_5 stop_codon 69305 69307 gene_6 gene 1 70522 83244 transcript_6 transcript 70522 83244 start_codon_6 start_codon 70522 70524 CDS_14 CDS 70522 70697 CDS_15 CDS 71345 71636 CDS_16 CDS 74352 74455 CDS_17 CDS 77921 78115 CDS_18 CDS 78389 78614 CDS_19 CDS 83215 83244 stop_codon_6 stop_codon 83242 83244 gene_7 gene 1 83281 86172 transcript_7 transcript 83281 86172 start_codon_7 start_codon 83281 83283 CDS_20 CDS 83281 84237 CDS_21 CDS 85537 85766 CDS_22 CDS 85859 85951 CDS_23 CDS 86094 86172 stop_codon_7 stop_codon 86170 86172 gene_8 gene 1 100282 100626 transcript_8 transcript 100282 100626 start_codon_8 start_codon 100282 100284 CDS_24 CDS 100282 100302 CDS_25 CDS 100425 100515 CDS_26 CDS 100594 100626 AUGUSTUS_tom_cdna de novo gene_9 gene 1 5566 4970 transcript_9 transcript 5566 4970 stop_codon_8 stop_codon 4972 4970 CDS_27 CDS 5566 4970 start_codon_9 start_codon 5566 5564 gene_10 gene 1 10548 7317 transcript_10 transcript 10548 7317 stop_codon_9 stop_codon 7319 7317 CDS_28 CDS 7563 7317 CDS_29 CDS 10548 10523 start_codon_10 start_codon 10548 10546 gene_11 gene 1 22300 19069 transcript_11 transcript 22300 19069 stop_codon_10 stop_codon 19071 19069 CDS_30 CDS 19227 19069 CDS_31 CDS 19636 19454 CDS_32 CDS 20767 20639 CDS_33 CDS 20944 20855 CDS_34 CDS 21088 21028 CDS_35 CDS 22300 22266 start_codon_11 start_codon 22300 22298 gene_12 gene 1 47297 45474 transcript_12 transcript 47297 45474 stop_codon_11 stop_codon 45476 45474 CDS_36 CDS 45951 45474 CDS_37 CDS 47297 47209 start_codon_12 start_codon 47297 47295 gene_13 gene 1 56126 55803 transcript_13 transcript 56126 55803 stop_codon_12 stop_codon 55805 55803 CDS_38 CDS 55932 55803 CDS_39 CDS 56126 56005 start_codon_13 start_codon 56126 56124 gene_14 gene 1 59994 56153 transcript_14 transcript 59994 56153 stop_codon_13 stop_codon 56155 56153 CDS_40 CDS 56196 56153 CDS_41 CDS 56957 56655 CDS_42 CDS 59994 59241 start_codon_14 start_codon 59994 59992 gene_15 gene 1 60344 60066 transcript_15 transcript 60344 60066 stop_codon_14 stop_codon 60068 60066 CDS_43 CDS 60344 60066 start_codon_15 start_codon 60344 60342 gene_16 gene 1 88713 86539 transcript_16 transcript 88713 86539 stop_codon_15 stop_codon 86541 86539 CDS_44 CDS 87853 86539 CDS_45 CDS 88713 88634 start_codon_16 start_codon 88713 88711 gene_17 gene 2 92125 88789 transcript_17 transcript 92125 88789 stop_codon_16 stop_codon 88791 88789 CDS_46 CDS 88933 88789 CDS_47 CDS 91683 91427 CDS_48 CDS 91798 91775 CDS_49 CDS 92125 92096 start_codon_17 start_codon 92125 92123 transcript_18 transcript 92125 88789 stop_codon_17 stop_codon 88791 88789 CDS_50 CDS 88933 88789 CDS_51 CDS 91686 91427 CDS_52 CDS 91798 91775 CDS_53 CDS 92125 92096 start_codon_18 start_codon 92125 92123 gene_18 gene 1 96936 92784 transcript_19 transcript 96936 92784 stop_codon_18 stop_codon 92786 92784 CDS_54 CDS 92928 92784 CDS_55 CDS 95230 94962 CDS_56 CDS 95333 95311 CDS_57 CDS 96346 96279 CDS_58 CDS 96936 96929 start_codon_19 start_codon 96936 96934 AUGUSTUS_ab_initio de novo gene_1 gene 1 24034 26448 transcript_1 transcript 24034 26448 start_codon_1 start_codon 24034 24036 CDS_1 CDS 24034 26448 stop_codon_1 stop_codon 26446 26448 gene_2 gene 1 27300 33636 transcript_2 transcript 27300 33636 start_codon_2 start_codon 27300 27302 CDS_2 CDS 27300 27657 CDS_3 CDS 33179 33636 stop_codon_2 stop_codon 33634 33636 gene_3 gene 1 36555 37272 transcript_3 transcript 36555 37272 start_codon_3 start_codon 36555 36557 CDS_4 CDS 36555 36698 CDS_5 CDS 36832 37272 stop_codon_3 stop_codon 37270 37272 gene_4 gene 1 55938 56921 transcript_4 transcript 55938 56921 start_codon_4 start_codon 55938 55940 CDS_6 CDS 55938 56067 CDS_7 CDS 56626 56921 stop_codon_4 stop_codon 56919 56921 gene_5 gene 1 63973 69307 transcript_5 transcript 63973 69307 start_codon_5 start_codon 63973 63975 CDS_8 CDS 63973 64084 CDS_9 CDS 68457 68548 CDS_10 CDS 69014 69307 stop_codon_5 stop_codon 69305 69307 gene_6 gene 1 83281 84297 transcript_6 transcript 83281 84297 start_codon_6 start_codon 83281 83283 CDS_11 CDS 83281 84297 stop_codon_6 stop_codon 84295 84297 gene_7 gene 1 84744 86172 transcript_7 transcript 84744 86172 start_codon_7 start_codon 84744 84746 CDS_12 CDS 84744 84781 CDS_13 CDS 85859 85951 CDS_14 CDS 86094 86172 stop_codon_7 stop_codon 86170 86172 AUGUSTUS_ab_initio de novo gene_8 gene 1 5566 4970 transcript_8 transcript 5566 4970 stop_codon_8 stop_codon 4972 4970 CDS_15 CDS 5566 4970 start_codon_8 start_codon 5566 5564 gene_9 gene 1 47297 45474 transcript_9 transcript 47297 45474 stop_codon_9 stop_codon 45476 45474 CDS_16 CDS 45951 45474 CDS_17 CDS 47297 47209 start_codon_9 start_codon 47297 47295 gene_10 gene 1 59994 59203 transcript_10 transcript 59994 59203 stop_codon_10 stop_codon 59205 59203 CDS_18 CDS 59994 59203 start_codon_10 start_codon 59994 59992 gene_11 gene 1 60344 60066 transcript_11 transcript 60344 60066 stop_codon_11 stop_codon 60068 60066 CDS_19 CDS 60344 60066 start_codon_11 start_codon 60344 60342 gene_12 gene 1 87723 86539 transcript_12 transcript 87723 86539 stop_codon_12 stop_codon 86541 86539 CDS_20 CDS 87723 86539 start_codon_12 start_codon 87723 87721 gene_13 gene 1 91659 88789 transcript_13 transcript 91659 88789 stop_codon_13 stop_codon 88791 88789 CDS_21 CDS 88933 88789 CDS_22 CDS 91659 91427 start_codon_13 start_codon 91659 91657 gene_14 gene 1 95191 92784 transcript_14 transcript 95191 92784 stop_codon_14 stop_codon 92786 92784 CDS_23 CDS 92928 92784 CDS_24 CDS 95191 94962 start_codon_14 start_codon 95191 95189 AUGUSTUS_tom_ugs de novo gene_1 gene 1 24034 26448 transcript_1 transcript 24034 26448 start_codon_1 start_codon 24034 24036 CDS_1 CDS 24034 26448 stop_codon_1 stop_codon 26446 26448 gene_2 gene 1 27300 33636 transcript_2 transcript 27300 33636 start_codon_2 start_codon 27300 27302 CDS_2 CDS 27300 27657 CDS_3 CDS 33179 33636 stop_codon_2 stop_codon 33634 33636 gene_3 gene 1 36555 37272 transcript_3 transcript 36555 37272 start_codon_3 start_codon 36555 36557 CDS_4 CDS 36555 36698 CDS_5 CDS 36832 37272 stop_codon_3 stop_codon 37270 37272 gene_4 gene 1 63973 69307 transcript_4 transcript 63973 69307 start_codon_4 start_codon 63973 63975 CDS_6 CDS 63973 64084 CDS_7 CDS 64183 64355 CDS_8 CDS 68056 68149 CDS_9 CDS 68460 68548 CDS_10 CDS 69014 69307 stop_codon_4 stop_codon 69305 69307 gene_5 gene 1 83281 86172 transcript_5 transcript 83281 86172 start_codon_5 start_codon 83281 83283 CDS_11 CDS 83281 84237 CDS_12 CDS 85537 85766 CDS_13 CDS 85859 85951 CDS_14 CDS 86094 86172 stop_codon_5 stop_codon 86170 86172 gene_6 gene 1 100282 100626 transcript_6 transcript 100282 100626 start_codon_6 start_codon 100282 100284 CDS_15 CDS 100282 100302 CDS_16 CDS 100425 100515 CDS_17 CDS 100594 100626 AUGUSTUS_tom_ugs de novo gene_7 gene 1 5566 4970 transcript_7 transcript 5566 4970 stop_codon_6 stop_codon 4972 4970 CDS_18 CDS 5566 4970 start_codon_7 start_codon 5566 5564 gene_8 gene 1 10548 7317 transcript_8 transcript 10548 7317 stop_codon_7 stop_codon 7319 7317 CDS_19 CDS 7563 7317 CDS_20 CDS 10548 10523 start_codon_8 start_codon 10548 10546 gene_9 gene 1 21030 19391 transcript_9 transcript 21030 19391 stop_codon_8 stop_codon 19393 19391 CDS_21 CDS 19636 19391 CDS_22 CDS 20767 20639 CDS_23 CDS 20944 20855 CDS_24 CDS 21030 21028 start_codon_9 start_codon 21030 21028 gene_10 gene 1 47297 45474 transcript_10 transcript 47297 45474 stop_codon_9 stop_codon 45476 45474 CDS_25 CDS 45951 45474 CDS_26 CDS 47297 47209 start_codon_10 start_codon 47297 47295 gene_11 gene 1 59994 56153 transcript_11 transcript 59994 56153 stop_codon_10 stop_codon 56155 56153 CDS_27 CDS 56196 56153 CDS_28 CDS 56957 56655 CDS_29 CDS 59994 59241 start_codon_11 start_codon 59994 59992 gene_12 gene 1 60344 60066 transcript_12 transcript 60344 60066 stop_codon_11 stop_codon 60068 60066 CDS_30 CDS 60344 60066 start_codon_12 start_codon 60344 60342 gene_13 gene 1 87723 86539 transcript_13 transcript 87723 86539 stop_codon_12 stop_codon 86541 86539 CDS_31 CDS 87723 86539 start_codon_13 start_codon 87723 87721 gene_14 gene 1 91659 88789 transcript_14 transcript 91659 88789 stop_codon_13 stop_codon 88791 88789 CDS_32 CDS 88933 88789 CDS_33 CDS 91659 91427 start_codon_14 start_codon 91659 91657 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_1 match_part 1.000 25445 25981 match_2 match_part 0.996 25997 26728 match_3 match_part 0.984 27255 27985 match_4 match_part 0.990 33177 33597 match_5 match_part 0.996 46871 47651 match_part 0.998 50924 51458 match_6 match_part 0.977 63786 64084 match_part 1.000 64183 64355 match_part 1.000 68056 68149 match_part 1.000 68460 68548 match_part 0.977 69014 69568 match_7 match_part 0.762 82160 82180 match_part 0.997 82970 84237 match_part 1.000 85537 85766 match_part 1.000 85859 85951 match_part 0.987 86094 86539 match_8 match_part 1.000 99746 100171 match_9 match_part 0.998 101514 102080 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_10 match_part 0.996 11009 10523 match_part 0.990 7563 7462 match_11 match_part 1.000 21089 21028 match_part 1.000 20944 20855 match_part 1.000 20767 20660 match_part 1.000 19564 19454 match_part 0.986 19227 18798 match_12 match_part 1.000 21088 21028 match_part 1.000 20944 20855 match_part 1.000 20767 20639 match_part 1.000 19636 19454 match_part 1.000 19227 18864 match_13 match_part 1.000 21108 21028 match_part 1.000 20944 20855 match_part 1.000 20767 20639 match_part 1.000 19636 19199 match_14 match_part 0.955 51001 50650 match_15 match_part 0.964 56903 56655 match_part 0.990 56196 55715 match_part 0.580 55463 55414 match_16 match_part 0.875 91790 91775 match_part 0.981 91683 91427 match_part 0.945 88933 88519 match_17 match_part 1.000 91834 91775 match_part 1.000 91686 91427 match_part 1.000 88933 88579 match_18 match_part 1.000 95414 95311 match_part 0.996 95230 94962 match_part 0.979 92928 92450 match_19 match_part 0.991 93739 93086 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C09HBa0278J12.3 type gene exon 11009 10523 exon 7563 7462 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C09HBa0278J12.3 type gene exon 21108 21028 exon 20944 20855 exon 20767 20639 exon 19636 19199 gene_3 gene GT_PGL_2_AGS_2 transcript source GenomeThreader seq_id C09HBa0278J12.3 type gene exon 21088 21028 exon 20944 20855 exon 20767 20639 exon 19636 19454 exon 19227 18864 gene_4 gene GT_PGL_2_AGS_3 transcript source GenomeThreader seq_id C09HBa0278J12.3 type gene exon 21089 21028 exon 20944 20855 exon 20767 20660 exon 19564 19454 exon 19227 18798 gene_5 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C09HBa0278J12.3 type gene exon 25445 25981 gene_6 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C09HBa0278J12.3 type gene exon 25997 26728 gene_7 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C09HBa0278J12.3 type gene exon 27255 27985 gene_8 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C09HBa0278J12.3 type gene exon 33177 33597 gene_9 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C09HBa0278J12.3 type gene exon 46871 47651 exon 50924 51458 gene_10 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C09HBa0278J12.3 type gene exon 51001 50650 gene_11 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C09HBa0278J12.3 type gene exon 56903 56655 exon 56196 55715 exon 55463 55414 gene_12 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C09HBa0278J12.3 type gene exon 63786 64084 exon 64183 64355 exon 68056 68149 exon 68460 68548 exon 69014 69568 gene_13 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C09HBa0278J12.3 type gene exon 82160 82180 exon 82970 84237 exon 85537 85766 exon 85859 85951 exon 86094 86539 gene_14 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C09HBa0278J12.3 type gene exon 91834 91775 exon 91686 91427 exon 88933 88579 gene_15 gene GT_PGL_12_AGS_2 transcript source GenomeThreader seq_id C09HBa0278J12.3 type gene exon 91790 91775 exon 91683 91427 exon 88933 88519 gene_16 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C09HBa0278J12.3 type gene exon 95414 95311 exon 95230 94962 exon 92928 92450 gene_17 gene GT_PGL_13_AGS_2 transcript source GenomeThreader seq_id C09HBa0278J12.3 type gene exon 93739 93086 gene_18 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C09HBa0278J12.3 type gene exon 99746 100171 gene_19 gene GT_PGL_15_AGS_1 transcript source GenomeThreader seq_id C09HBa0278J12.3 type gene exon 101514 102080 GenomeThreader_SGN_markers SGN marker sequences GenomeThreader_SGN_markers SGN marker sequences match_1 match_part 0.998 25445 26728 match_2 match_part 1.000 25445 25830 match_3 match_part 0.957 25591 26623 match_4 match_part 0.947 63952 64084 match_part 0.971 64183 64355 match_part 0.979 68056 68149 match_part 0.933 68460 68548 match_part 0.931 69014 69546 match_5 match_part 0.762 82160 82180 match_part 0.997 82970 84237 match_part 1.000 85537 85766 match_part 1.000 85859 85951 match_part 0.987 86094 86539 match_6 match_part 0.953 83170 84237 match_part 0.961 85537 85766 match_part 0.968 85859 85951 match_part 0.812 86094 86454 match_7 match_part 0.988 83218 83709 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C09HBa0278J12.3 type gene exon 25445 26728 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C09HBa0278J12.3 type gene exon 63952 64084 exon 64183 64355 exon 68056 68149 exon 68460 68548 exon 69014 69546 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C09HBa0278J12.3 type gene exon 82160 82180 exon 82970 84237 exon 85537 85766 exon 85859 85951 exon 86094 86539 AUGUSTUS_tom_pot_cdna de novo gene_1 gene 1 24034 26448 transcript_1 transcript 24034 26448 start_codon_1 start_codon 24034 24036 CDS_1 CDS 24034 26448 stop_codon_1 stop_codon 26446 26448 gene_2 gene 1 33127 37272 transcript_2 transcript 33127 37272 start_codon_2 start_codon 33127 33129 CDS_2 CDS 33127 33598 CDS_3 CDS 36616 36698 CDS_4 CDS 36832 37272 stop_codon_2 stop_codon 37270 37272 gene_3 gene 1 47624 55792 transcript_3 transcript 47624 55792 start_codon_3 start_codon 47624 47626 CDS_5 CDS 47624 47651 CDS_6 CDS 50924 51059 CDS_7 CDS 55750 55792 stop_codon_3 stop_codon 55790 55792 gene_4 gene 1 63781 69307 transcript_4 transcript 63781 69307 start_codon_4 start_codon 63781 63783 CDS_8 CDS 63781 64084 CDS_9 CDS 64183 64355 CDS_10 CDS 68056 68149 CDS_11 CDS 68460 68548 CDS_12 CDS 69014 69307 stop_codon_4 stop_codon 69305 69307 gene_5 gene 1 70522 83244 transcript_5 transcript 70522 83244 start_codon_5 start_codon 70522 70524 CDS_13 CDS 70522 70697 CDS_14 CDS 71345 71636 CDS_15 CDS 74352 74455 CDS_16 CDS 77921 78115 CDS_17 CDS 78389 78614 CDS_18 CDS 80922 81044 CDS_19 CDS 81124 81168 CDS_20 CDS 83215 83244 stop_codon_5 stop_codon 83242 83244 gene_6 gene 1 83281 86172 transcript_6 transcript 83281 86172 start_codon_6 start_codon 83281 83283 CDS_21 CDS 83281 84237 CDS_22 CDS 85537 85766 CDS_23 CDS 85859 85951 CDS_24 CDS 86094 86172 stop_codon_6 stop_codon 86170 86172 gene_7 gene 1 100282 100626 transcript_7 transcript 100282 100626 start_codon_7 start_codon 100282 100284 CDS_25 CDS 100282 100302 CDS_26 CDS 100425 100515 CDS_27 CDS 100594 100626 AUGUSTUS_tom_pot_cdna de novo gene_8 gene 1 5566 4970 transcript_8 transcript 5566 4970 stop_codon_7 stop_codon 4972 4970 CDS_28 CDS 5566 4970 start_codon_8 start_codon 5566 5564 gene_9 gene 1 10987 7317 transcript_9 transcript 10987 7317 stop_codon_8 stop_codon 7319 7317 CDS_29 CDS 7563 7317 CDS_30 CDS 8428 8184 CDS_31 CDS 10987 10523 start_codon_9 start_codon 10987 10985 gene_10 gene 1 22300 19069 transcript_10 transcript 22300 19069 stop_codon_9 stop_codon 19071 19069 CDS_32 CDS 19227 19069 CDS_33 CDS 19636 19454 CDS_34 CDS 20767 20639 CDS_35 CDS 20944 20855 CDS_36 CDS 21088 21028 CDS_37 CDS 22300 22266 start_codon_10 start_codon 22300 22298 gene_11 gene 1 47297 45474 transcript_11 transcript 47297 45474 stop_codon_10 stop_codon 45476 45474 CDS_38 CDS 45951 45474 CDS_39 CDS 47297 47209 start_codon_11 start_codon 47297 47295 gene_12 gene 1 56126 55803 transcript_12 transcript 56126 55803 stop_codon_11 stop_codon 55805 55803 CDS_40 CDS 55932 55803 CDS_41 CDS 56126 56005 start_codon_12 start_codon 56126 56124 gene_13 gene 1 59994 56153 transcript_13 transcript 59994 56153 stop_codon_12 stop_codon 56155 56153 CDS_42 CDS 56196 56153 CDS_43 CDS 56957 56655 CDS_44 CDS 59994 59241 start_codon_13 start_codon 59994 59992 gene_14 gene 1 60344 60066 transcript_14 transcript 60344 60066 stop_codon_13 stop_codon 60068 60066 CDS_45 CDS 60344 60066 start_codon_14 start_codon 60344 60342 gene_15 gene 1 88713 86539 transcript_15 transcript 88713 86539 stop_codon_14 stop_codon 86541 86539 CDS_46 CDS 87853 86539 CDS_47 CDS 88713 88634 start_codon_15 start_codon 88713 88711 gene_16 gene 1 91566 88789 transcript_16 transcript 91566 88789 stop_codon_15 stop_codon 88791 88789 CDS_48 CDS 88933 88789 CDS_49 CDS 91566 91427 start_codon_16 start_codon 91566 91564 gene_17 gene 1 96936 92784 transcript_17 transcript 96936 92784 stop_codon_16 stop_codon 92786 92784 CDS_50 CDS 92928 92784 CDS_51 CDS 95230 94962 CDS_52 CDS 95333 95311 CDS_53 CDS 96346 96279 CDS_54 CDS 96936 96929 start_codon_17 start_codon 96936 96934 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_1 match 138 33148 33573 match_2 match 115 47193 47552 match_3 match 141 27333 27752 match_4 match 137 45510 45866 match_5 match 156 27333 27752 match_6 match 165 33145 33573 match_7 match 166 47193 47558 match_8 match 177 45495 45866 match_9 match 116 69077 69304 match_10 match 116 69077 69304 match_11 match 116 69077 69304 match_12 match 121 69077 69304 match_13 match 94.7 64182 64355 match_14 match 39.7 64018 64083 match_15 match 137 69017 69304 match_16 match 49.7 85857 85976 match_17 match 368 83356 84237 match_18 match 104 85561 85764 match_19 match 133 71343 71654 match_20 match 118 78387 78617 match_21 match 736 24043 26445 match_22 match 1084 24034 26445 match_23 match 135 47193 47558 match_24 match 153 33154 33579 match_25 match 159 27321 27752 match_26 match 167 45501 45872 match_27 match 161 33151 33582 match_28 match 153 27345 27758 match_29 match 165 47193 47561 match_30 match 171 45495 45875 match_31 match 148 83593 84219 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_32 match 238 87741 86569 match_33 match 138 87819 86698 match_34 match 124 87678 86695 match_35 match 218 87819 86560 match_36 match 243 87813 86545 match_37 match 248 87732 86554 match_38 match 256 87807 86557 match_39 match 302 87813 86554 match_40 match 222 87807 86743 match_41 match 272 87819 86551 match_42 match 273 87741 86563 match_43 match 217 87564 86563 match_44 match 106 87651 86803 match_45 match 260 87579 86545 match_46 match 243 87807 86569 match_47 match 160 87741 86758 match_48 match 242 87810 86545 match_49 match 268 87594 86560 match_50 match 170 87810 86863 match_51 match 137 87819 86758 match_52 match 205 87594 86545 match_53 match 128 87513 86758 match_54 match 257 87819 86557 match_55 match 226 87810 86545 match_56 match 206 87825 86557 match_57 match 176 87828 86590 match_58 match 131 87741 86743 match_59 match 268 87810 86545 match_60 match 134 87807 86803 match_61 match 173 87648 86545 match_62 match 134 87807 86803 match_63 match 173 87648 86545 match_64 match 266 87807 86545 match_65 match 203 87828 86557 match_66 match 244 87741 86569 match_67 match 105 87363 86689 match_68 match 138 87741 86743 match_69 match 263 87819 86554 match_70 match 119 87450 86629 match_71 match 243 87813 86557 match_72 match 222 87645 86554 match_73 match 285 87870 86545 match_74 match 243 87807 86545 match_75 match 185 87819 86545 match_76 match 116 87642 86782 match_77 match 144 87891 86758 match_78 match 276 87819 86545 match_79 match 123 87594 86626 match_80 match 106 87576 86758 match_81 match 256 87810 86545 match_82 match 109 87483 86761 match_83 match 218 87639 86545 match_84 match 251 87579 86545 match_85 match 278 87813 86554 match_86 match 228 87576 86560 match_87 match 204 87741 86569 match_88 match 125 87636 86734 match_89 match 169 87819 86722 match_90 match 239 87819 86560 match_91 match 134 87819 86740 match_92 match 226 87807 86545 match_93 match 185 87810 86545 match_94 match 119 87819 86824 match_95 match 127 87813 86764 match_96 match 138 87807 86803 match_97 match 214 87822 86551 match_98 match 207 87639 86545 match_99 match 130 87810 86734 match_100 match 212 87741 86563 match_101 match 325 87819 86557 match_102 match 151 87819 86758 match_103 match 136 87678 86707 match_104 match 238 87807 86569 match_105 match 257 87813 86569 match_106 match 238 87813 86545 match_107 match 119 87639 86590 match_108 match 244 87738 86569 match_109 match 259 87819 86554 match_110 match 161 87819 86641 match_111 match 241 87831 86560 match_112 match 118 87486 86743 match_113 match 241 87810 86545 match_114 match 221 87732 86602 match_115 match 140 87819 86758 match_116 match 201 87699 86695 match_117 match 295 87810 86548 match_118 match 117 87354 86683 match_119 match 202 87810 86563 match_120 match 293 87903 86542 match_121 match 158 87711 86743 match_122 match 293 87819 86542 match_123 match 175 87819 86734 match_124 match 144 87630 86626 match_125 match 297 87819 86545 match_126 match 119 87678 86695 match_127 match 151 87813 86701 match_128 match 320 87819 86554 match_129 match 123 87588 86689 match_130 match 199 10978 10517 match_131 match 111 7601 7320 match_132 match 191 10978 10523 match_133 match 107 7601 7320 match_134 match 117 87735 86590 match_135 match 122 87810 86632 match_136 match 223 87810 86557 match_137 match 119 87450 86581 match_138 match 293 87819 86545 match_139 match 113 87813 86809 match_140 match 107 87819 86803 match_141 match 151 87819 86656 match_142 match 239 87810 86557 match_143 match 251 87819 86557 match_144 match 128 87585 86605 match_145 match 230 87819 86545 match_146 match 106 87579 86605 match_147 match 111 87576 86761 match_148 match 116 87645 86641 match_149 match 216 87576 86557 match_150 match 258 87810 86548 match_151 match 149 87822 86824 match_152 match 242 87813 86545 match_153 match 240 87819 86542 match_154 match 243 87711 86554 match_155 match 135 87837 86644 match_156 match 121 87591 86671 match_157 match 207 87849 86557 match_158 match 218 87648 86554 match_159 match 210 87810 86560 match_160 match 141 87570 86650 match_161 match 302 87813 86545 match_162 match 265 87819 86554 match_163 match 264 87576 86545 match_164 match 216 87819 86614 match_165 match 124 87813 86743 match_166 match 220 87819 86545 match_167 match 130 87636 86800 match_168 match 239 87822 86545 match_169 match 132 87648 86959 match_170 match 249 87828 86557 match_171 match 131 87684 86596 match_172 match 150 87813 86632 match_173 match 235 87819 86545 match_174 match 294 87819 86563 match_175 match 267 87825 86560 match_176 match 107 87516 86806 match_177 match 206 87741 86557 match_178 match 107 91608 91381 match_179 match 106 95191 94958 match_180 match 107 91608 91381 match_181 match 106 95191 94958 match_182 match 107 91608 91381 match_183 match 106 95191 94958 match_184 match 112 20944 20639 match_185 match 108 19636 19451 match_186 match 188 10978 10523 match_187 match 115 7562 7308 match_188 match 260 87630 86545 match_189 match 134 87819 86758 match_190 match 125 87819 86758 match_191 match 143 87807 86734 match_192 match 144 87819 86803 match_193 match 129 87654 86839 match_194 match 262 87804 86557 match_195 match 246 87807 86560 match_196 match 278 87813 86542 match_197 match 139 87729 86758 match_198 match 254 87810 86560 match_199 match 119 87810 86905 match_200 match 211 87870 86557 match_201 match 117 87486 86758 match_202 match 219 87540 86542 match_203 match 112 87639 86740 match_204 match 207 87819 86545 match_205 match 211 87594 86545 match_206 match 135 87486 86740 match_207 match 128 87819 86758 match_208 match 109 87456 86599 match_209 match 310 87819 86554 match_210 match 214 87501 86557 match_211 match 115 5323 4991 match_212 match 213 87855 86608 match_213 match 197 87708 86563 match_214 match 181 87819 86563 match_215 match 114 87480 86815 match_216 match 124 87585 86803 match_217 match 205 87573 86563 match_218 match 115 87828 86671 match_219 match 217 87828 86557 match_220 match 174 87816 86758 match_221 match 106 87450 86824 match_222 match 302 87753 86557 match_223 match 132 87861 86743 match_224 match 221 87819 86557 match_225 match 127 87525 86761 match_226 match 238 87819 86557 match_227 match 231 87819 86461 match_228 match 133 87819 86554 match_229 match 243 87819 86542 match_230 match 125 87810 86734 match_231 match 180 87810 86758 match_232 match 172 87810 86791 match_233 match 243 87813 86791 match_234 match 252 87573 86545 match_235 match 242 87696 86545 match_236 match 246 87813 86554 match_237 match 290 87891 86545 match_238 match 262 87813 86557 match_239 match 236 87639 86545 match_240 match 117 87486 86638 match_241 match 226 87819 86557 match_242 match 114 87636 86590 match_243 match 283 87804 86554 match_244 match 119 87810 86641 match_245 match 233 87567 86545 match_246 match 106 87696 86749 match_247 match 229 87819 86557 match_248 match 127 87699 86761 match_249 match 208 87819 86605 match_250 match 125 87819 86701 match_251 match 122 87651 86650 match_252 match 203 87699 86548 match_253 match 155 10978 10523 match_254 match 252 87804 86557 match_255 match 123 87741 86905 match_256 match 242 87819 86545 match_257 match 231 87861 86545 match_258 match 226 87906 86560 match_259 match 163 87807 86758 match_260 match 185 87810 86560 match_261 match 135 87573 86695 match_262 match 108 5341 4979 match_263 match 507 87867 86557 match_264 match 196 87819 86545 match_265 match 223 87564 86545 match_266 match 126 7610 7320 match_267 match 213 10978 10523 match_268 match 132 87573 86671 match_269 match 283 87918 86557 match_270 match 203 87819 86554 match_271 match 126 87810 86743 match_272 match 117 87639 86695 match_273 match 201 87807 86614 match_274 match 119 87813 86641 match_275 match 138 87867 86581 match_276 match 239 87819 86545 match_277 match 271 87711 86557 match_278 match 223 87900 86563 match_279 match 149 87762 86740 match_280 match 288 87819 86554 match_281 match 216 87906 86545 match_282 match 118 87690 86839 match_283 match 233 87810 86569 match_284 match 191 10972 10523 match_285 match 191 10972 10517 match_286 match 183 10978 10523 match_287 match 119 7610 7320 match_288 match 106 5326 4997 match_289 match 225 87711 86545 match_290 match 124 87615 86701 match_291 match 255 87819 86545 match_292 match 121 87486 86545 match_293 match 157 87819 86758 match_294 match 122 87807 86758 match_295 match 245 87819 86545 match_296 match 298 87870 86584 match_297 match 187 87843 86557 match_298 match 127 87645 86758 match_299 match 225 87807 86569 match_300 match 140 87606 86758 match_301 match 291 87864 86545 match_302 match 259 87648 86545 match_303 match 108 87807 86830 match_304 match 137 87819 86698 match_305 match 235 87654 86554 match_306 match 220 87819 86590 match_307 match 225 87813 86605 match_308 match 258 87828 86557 match_309 match 111 87708 86743 match_310 match 219 87462 86542 match_311 match 214 87792 86557 match_312 match 254 87819 86545 match_313 match 264 87819 86542 match_314 match 140 87819 86761 match_315 match 235 87639 86560 match_316 match 230 87819 86557 match_317 match 191 87690 86743 match_318 match 317 87915 86545 match_319 match 244 87813 86560 match_320 match 108 87606 86713 match_321 match 135 87687 86650 match_322 match 258 87819 86545 match_323 match 233 87819 86563 match_324 match 169 87810 86563 match_325 match 119 87501 86758 match_326 match 246 87810 86545 match_327 match 316 87813 86524 match_328 match 316 87813 86554 match_329 match 204 87825 86554 match_330 match 320 87831 86545 match_331 match 112 87570 86623 match_332 match 105 87486 86758 match_333 match 116 87810 86728 match_334 match 226 87819 86545 match_335 match 125 87819 86758 match_336 match 116 87528 86746 match_337 match 224 87819 86545 match_338 match 124 87678 86740 match_339 match 224 87741 86584 match_340 match 256 87786 86560 match_341 match 248 87819 86545 match_342 match 163 87813 86695 match_343 match 154 87819 86743 match_344 match 116 87480 86698 match_345 match 253 87822 86560 match_346 match 127 87675 86545 match_347 match 144 87816 86743 match_348 match 259 87819 86590 match_349 match 124 87678 86536 match_350 match 204 87807 86545 match_351 match 105 91608 91381 match_352 match 104 95191 94958 match_353 match 112 20944 20639 match_354 match 107 19636 19451 match_355 match 253 87813 86563 match_356 match 113 87456 86587 match_357 match 131 87810 86929 match_358 match 241 87819 86548 match_359 match 111 87567 86584 match_360 match 222 87648 86557 match_361 match 297 87813 86545 match_362 match 107 87579 86761 match_363 match 221 87582 86560 match_364 match 227 87606 86542 match_365 match 250 87813 86563 match_366 match 118 87648 86803 match_367 match 266 87813 86569 match_368 match 120 87579 86743 match_369 match 226 87642 86557 match_370 match 200 87819 86560 match_371 match 310 87858 86554 match_372 match 222 87693 86557 match_373 match 145 87486 86758 match_374 match 267 87678 86545 match_375 match 228 87810 86560 match_376 match 184 87819 86545 match_377 match 135 87831 86587 match_378 match 120 87501 86758 match_379 match 136 87732 86590 match_380 match 129 87780 86734 match_381 match 223 87819 86557 match_382 match 327 87867 86545 match_383 match 290 87741 86545 match_384 match 241 87741 86560 match_385 match 283 87813 86563 match_386 match 109 87810 86803 match_387 match 208 87798 86554 match_388 match 186 87774 86569 match_389 match 105 87441 86758 match_390 match 307 87819 86557 BLAST_E_coli_K12 E. coli K12 Genome BLAST_E_coli_K12 E. coli K12 Genome match_1 match 2639 59192 60522 match_2 match 2639 59192 60522 match_3 match 2639 59192 60522 match_4 match 2640 59191 60522 match_5 match 2640 59191 60522 match_6 match 2642 59192 60524 match_7 match 1400 59192 59897