C03SLe0090P17.1 GAATTCTTTTGATACGTATATTTTTTCTCTCTCAAAATATTTATTTGTCATTATTTCTTA TGTGTCTGTATATTATACATTGACACTCCTTGGCTTCTACACGATTTTATTTCTTTAGAT TTTGACACCCCGTGGACAAATTCTAGCTCCGCCACTATATTAAATGATACAATATTAGAA ATATTTTAAAGAAAACTCATTGAACTACTATCTTCATATCATGACTCACCTAATTCATTA CGTACTAAAAGATATGACAGTATACATTGTTTACCTTCAAGAGAGGTACACGATTTCAAA TAGTTTTTTGACAATTTTTTTTTTTTGGTGTTTGTAATGATTTAATAAGTAATGTGTATT GGTCCGAATGGATAATTACAAGTATTTATAAGTTCAAATGTGGTATGGAACATTAAATAG AGTTTTTCTATACCCGAAAGTAAAGTCTATAGCCAAAATTATGAATTTTCGAAGTTTATC TTTTTTACAACTACACTAGTCTATTATAAAATGGGTATGATGCTTTACTTTAAACATTAA ATGATATTAAACTGGTGGCATTTGAAAGAAAGCTCCTTGACCTACAATTTTCATATGTAA TGTCTCATCTAATTCATTACGTACTAAAAGATATGGTAGTATACATTGTTTGCTTTTTAG AGAGGCACGTATTGATTGCATGTAGTTTTTTTTTTATCAAATTTGTATTTGTGATGATTT AATAAATTATGTGTTAGTTCGATTGGGTAATTATGAATATTTATAAGTTCAAAGGAGGTA TGGACCATAAAATAGAGTTTTTCCATATCTGAAACTAACTTAAAAAATCAAAATTATGAA CATTCGAAGTTTCTCTCATTTACGGTAGTCTCGAGTAAAATGGTCATAATGCTTTATTTT AAACATTAAATGACACAAAACATGTGGCATTTGAAAGAAAACTTATTGACCTACAATTTT CACAAGTTATTTTTCACCTTATTCATTACATACTAAAAGATATGATAATATACATATTTA CCTTCAATTGCATGTAGTTTTTTTACCAAAATTGTTTGTGAATATTTGTGATAATTTAAC AAATTACATGTATTAATTCGAATGAGTAATAGAAAAAGGGATGATAATTTGTTCTTATAT CTCTTAGAGAAGAATGGGCCAGGCCCATTTTAAACTCTGCTGGCCCTGGTGGGTTGCTGC GGACCCCATCTAATTTAGCCCAAAAAATTCCCATTGGTTGATTTGGGCTACTAATGAATA TTTAAAGAATATTCCCTTATCTCCTCAAATTTGACACCATTGGCCCAATAATACATTATG ATGCTCCAATTTAATCGATAAGTTTGCATTATTATAATAGGAATCTTAATATTTTTAGCC AATTAAATTAAAAAATCATCATTGCCTCATCGTAATCATTTTGTAGCTATCATATTATTG TATAACAAAGGATATAATCAATGTATACTTCGCAAGGAATTAAGGCTAAAATTAATTTTT TTAATATGAACTTTGTTAGGCTGTTGCATGGTGTAAAAACTTAAAAGTAATATGACACGT TTTATATTTGTTCAAACAATATAAAATAGGTGAGTCTTAAAAGTGATGATCCAGTTGAAA TTTTACGATGTTATGATAATAATGTAAGGAGTTGTATGATTGGAAATAAAAGTTACTATA GGATTGATAGTAATATAAACGACAGAATAAGTTGTTTAAAACTTAACAATCAAATAAGTC ACCAAAATTTTATCACGTGAACATTCTCGAAAAGGTTGAAAACAACGTTAATGGAAGTCA TAGGAAAGGTGTGTAAAGTCGAACTCACATTACGTTAGCAAACTCAAAAAAAAAATAAAA AAAAAATGAAGAATTAAAGAGTAGATAGGAAACAATAATAAATTGCCGTTGAGGTTGGCC GGCTGCCAGCATTAATGACCAATTCCCCAATTTTACTCTATTTGTTGCAAATTGCAATTA GAAATTCAATATAGTACTAATTTTATTCCATAAATATATTAAGTACAATATTTATTAAAT TCATATAAATATAACTTGCTATATGATTGATCCTCTTGAAAATAATTGGATAAGTATGTC CACTGAGTGGATATACTTAATGTAAATTTGATTAGAAAAGTTTGAAATAATTTATTTAAA ATTGATAATTAATTATAAGAATAAGTTATTCCTAATCTCTAAATGAAATAATCATTATGG AGTAATTTTTTACAGGATAAAGTAATTAAAATAATAAAAATATCATCACAAATTCTTTTC ACGCATCACTTTTAACTTTATATATTATGCAATTTATATTATTCTTAATACAACATATTA AAAGCAATATTGAGATATACAATTAAATAATTTATAAAAATAAAATAAAAATTTAAGATA TACACCAATCATATTTCTACTTTAGAGAAATCATTTTTTTGTAGATGGGCTAAAAAAGGT AAGCTAGACAAAGTGGGTAATAAATTAGAAATAAATTTTCTTGGAAAAAAATAACCACCC ATGACCCATCATATCGTTATCAAAGTCAACACTCTCCCTTGTTCTTAACGTAATCTTTAA TATTTAAACATAATATAAATTATTCGATCGTCTTTTATTTTATTGGTTTAATTTTGATTT TATAAATATTTTTTTTTAAAATTTATGTTTTTGACAAATTAAGATGAGTAGATCTTCTTA GGAAAAAATTATGTAAGTAATGTAAAAATAGCGCCGAATCGGCTTTAAACGCGGTAAATC GTCTTAAAAATACAATAAAAAATAATTGATAAAAGAATTTTAAATTTTTATAAATTAATT AAAATAAAATAATAAATTTATTATGTTAATTATTATTTTATTCGGACCAAATAATTAAGA ATCCGAAACGAATAAGAATTATTGGTACGAAAATTTCTTATAAGGATAAATGTGTGACAT TTCAATATTTTCAAGAAAATATTTGCTTACTACTATTATTCCACAAAAACCGGCTCTCCT CACTTCTATCCTCTTCTGACTTTTCCAAAATTTCATTTTTTTACACACACAAAGCTCTGT TCTTCTCAATTTCATCTTATTCATTTGATAGAAAGAAGAAGAATGTCTGATTCAGAGGTG TTTATTGGTTCCATTGATCAAGGAACCACGAGTACTCGATTCATATTCTACGATCGTTTT GCTCGTGCTGTTGGATCTCACCAGGTTGAGTTCACTCAGTTTTATCCACAAGCAGGGTAA TCACTAATCACTCATCTTTTGATTTTCTTCTCATTAAAGATTCAATCTTTTTTCGATTTT GAAAATTGGGTTTTTCTTTGATTTTCATGCATATATGTAGATGGGTGGAACATGACCCAA TGGAAATTGTTGAGAGTGTGAGGATCTGTATGGCAAGGGCTCTTGATAAAGCTACTGCTA ATGGGCATAACGTGGATAGTGGATTGAAAGCTATTGGTATTACAAATCAGAGAGAGACTA CTGTTGTATGGAGCAAATCAACTGGCCTTCCTCTTTATAACGCCATTGTTTGGATGGATG CACGTACCAGTTCTATTTGCAGGTCTTTTAATTTTTTTTAAATCAATTCTCCACTTTTTT CTGTTTCTTGATTTTGAACTAAATTTAATTAATATCAGTTTGTTTTTCCTCTAAATGTAT ATATTTATGGATGACCGTTGAATGGTATTGATGAAAAATTACTAAAAGGAGCAGATTTAG GTAGAAATTCCATAAAGCTAACCTAACTAGTTTGGGAGTAATTGTAGTACAGTAGGGCCA GTTTTTTTGTTTTTTTTTGGAATTGATGATCCATAATAATATTTCGCTATAGCAACCAAA AAATATCTTGTGTACATATTCACGTAAGGAGTGTATTTCTTCTGAATTAGGGGGTGTACT GGCAAAATTCTAAATGGACTCTTGTTTACTGTTGTTTTGAGGTTGAACATGGTGTGATAA TTTAAGGCTGAGTTGCAATTTTTTGTATGTTAGTTGGGAAATGGGGTCTCCATGGTTGTT TGCTTTCTCATTGATCGAGTTTTCCTTCCAAGGTTTGAACTAATTGTGTTTGTTACTATT AAATCCAAAGCATGTTGACATTTTGTATCAATAATTTGTTCGGTATCAGAAAAATGAATC TCTGCAGTTGTATGTGTTCTCACTGATCACTCTTTTGAAGTTTCATTTCCAATTCTTAAG TCTTGAACTGATTCTGTTTCTTAATCCAATGCGTATTGACTTTTTTTTGGTGAATAATTT GTTTGGTATCAGAAAATTGGAGAAAGAATTGCCAGGGGGACGCACTCATTTTGTTGAGAG TTGTGGTTTGCCTATAAGCACTTATTTCAGTGCATTGAAGCTTCTGTGGCTGTTGGATAA TGTGGAGGGGTTAAATGAAGCTGTTAAAAAAGGAGATGCCATATTTGGAACTATCGACAC CTGGTTAATTTGGAACCTAACAGGAGGTGTGGAGAAGGGTTTACATGTCACTGATATTTC CAATGCTTCGAGAACTATGCTGATGAATCTTAAGACCCTTGACTGGGATAAGTCCACACT AGACACCTTAGGAATTTCTGCAAAGATGCTGCCAAAGATTATTAGCAATTCTGAGATTAT TGGAAACATTGCTAAAGGATGGCCAATCACAGGAATCCCTATCTCGGGATGTCTTGGTGA TCAGCATGCAGCAATGGTGGGTCAATCCTGTCGAAAAGGTGAGGCTAAAAGCACGTATGG AACAGGAGCTTTCATACTTTTGAACACAGGTGAAGAGGTAGTTAAGTCAAACCATGGGCT ACTAAGCACAGTAGCATATAAGCTGGGGCCAAAAGCACCTGTCAATTATGCTTTAGAAGG CTCCATTGCCATTGCTGGTGCTGCAGTTCAGTGGCTAAGAGACAGTCTTGGCATTATCAG CTCCGCCAGCGAAATTGAGGAGTTGGCATCAAAAGTTTCCTCAACAGGAGGAGTGTATTT CGTTCCAGCATTTAATGGATTGTTTGCTCCGTGGTGGCGTGATGATGCTCGCGGGGTTTG TATTGGTATAACTAGATTCACCAACAAGTCTCACATTGCTAGGGCAGTACTTGAAAGCAT GTGTTTCCAGGTAAAAGACGTGCTTGATTCCATGCACAAGGATGCTGGAACGAAAGATGA AGCTAAGAGTGACAAAACAGAATTCTTACTCCGTGTGGATGGTGGTGCTACAATCAACAA CCTTTTGATGCAAATTCAGGTTTGATTTTCTCTTTCAATTTTCACGCGTTATTCCTCTTC TGCAGCCCCTCACGTGATTTTGAACTTCTTTCAATGATTTATTGGCCTTTTTCAATATCC AACTCCTAATAAACATTTAGCTATGGACTGTTTAAAGTGTTTAGATTCAGTGAACGTGCT GTATCGAGCTCCTAATTTTACATTTTACATAATGTAGGCTGACTTGTTGGGTAGTTCAGT TGTAAGACCAGCTGATATAGAAACAACAGCTCTTGGGGCAGCTTATGCTGCTGGATTAGC TGTTGGAGTCTACACAGAGAATGACATATTTGCTTCTGGGGAAAAGCTGAAGCAAGCAAC TATATTCAAACCTGTGTTAGAAGAAGAATTGAGGAAAAAGAAGGCGGATTCTTGGTGTAG AGCTGTTTCAAGATCATTTGACTTGGCTGATCTATCTCTATAATTCACTCCGATCGAACG CTTGAACTACCTTCATGTCATTCATGTTTTAGGTTCTTTTTCTTTCTGTTTAATACCAGT TATGCTTCTTTCTAATGTACTAACTGGTAGCCACAAATGGTATTTTAAGTTTATAGAAAA ATAAAGAGAACTTATGTTTCACTTAAGCATCTATTAGCTTCTTTTTCCTTGTGGAGAAAA ATGTATGTTGATATCTGCCTATGTGTTGGGTTATTTTGATTGATTTTGCTTAGTTACAAT GACCAAAAGTGAGGGTGTCAAAATCGCAAATTGGACTGAATTTGGACCGATCAAATAGGC TAAATCAATAAATTAGTGTCATTAGCCGTGTATAATGTTTCGATTCGAGCATCAATATCT GGAATTTTGTTTTAAATAGTTATTTCCTATTCTATATTATTGCAGACATAGTCAATGTCT CGGAGTTTCGATTTTTACAAATTAAAACTGACTATTTTTCAATTTTACGATTGAAAAGTG GCTATCCGCGTTAATGTTTTACAACCCGAAATATTGGACATAATTCTTGGCCCATTCACT AACCTTTACGGCTTTTTGATGGGCTTTTGCTAGAGATAAGGCTGGGCTGTGGCCCAGTAA GTACCAAAACAGTGGGTAAGGTAATTTCTTGGTGATATTATTTAGATTTACTATTATTAA TCCTTGTAAATTAAATTACCATAAGTTGAAAATCAACTTTAAAGAAATATTTTTACAATT GTTTTTCCCTTGCATAAAATAATAATTACAGATAAAATCGAATCGTTAGTTAATTTTAAC AAATCAAAATAAATTGATTCATATGAAACGTCTCAAAAACACAAGTATTTCAAGACATCA CTAGCCTAAGGTTTAAAGATCTTAGTTTTTTTTAAAAAAAATTTATTTATTTTATAATAC GCAACGTTGCTCAACGAAAAAAGAATTATTACCTTTTTGTATAATTTTGAACTATCTTTA CTTCATTGGTTGTGATATTGATGTAAGATAAACTTATGTTATGTTGTCTGAAGTTTAAAC TAGCTCTCATATGTCTATCGTCGAAAACTCAAGATCATTGAATGTTCCTCCGATATTTAT AAAGTTAATCTACACTCTTTATATCCTTACAATAAATTTTTGTTCTCATAATCAAAAGAC CAACATATATTTACTATAGATAATTGGATAAAAATAATATCTAAGACTAGAATTTTAAAA TGAGATAAATCGTAAATCGTAATGATGGCAATTTCCTTTTACATGGAAAACGAATATAAT ATAGCATGAAATGAAAAATCTTAGCAAATATTTTTCTACTTTATTATGGAGTAATAAATA GACGGTGCTGGTACTTACTATATAGAAAGAATATATAGAACACGGTGGCCAACAATAGGA TAATAGGTTATTTTTTCGTAAATTTTTACTTCTTCAATACTTGTTTCATACATTTTTAAA ATAAATAATAAATTAAATATTAATTTTATTATATTGAATATAATAAAATATAATATTTTT AAAAATATTAATAATAAATTATAATGTTGCAAAACAATAATTAATTGTGCCGCTTTATCC TTAAAAGTCAATGTATCTTCCTTCTTAAGTCCACCAAACCATAATTGTTGAATAGTTTAT TCTTTTAGATGACACTTATTCATTATTGATTTAACATATTTTTTAAAAAATAATAAATAA TAAAATAACAAATAATAGAAATAATATTATTGTTTCATTCTCTAACAAAAAATAAATTAT TTTAATTTTCTAAATCAAAAAATATTATAAGATATCGATTTTTAATATAGTAAACAATTA TTATATAACGAAGAAAGTATAAAAAAGGGGGATAGGTTTGTTCTCAAACCAATAAGTTAC ATTGTGGAAACACGGCTGGTGCAATAGTTTATTTAATAATAAAACTAATTATTAATTAAC CAATGTGTTTAATTTAACCATTAATCGCGTTACTAAAAATGGGGTTAACTACTATGCTAT GATTTTGTCGTCCACATATAATTATCATCATTATAATTTAAATATTTCTCATGATCAATT CTCTGATTTTCAACATTTGATAAAGTTGCCGGCCCATAAACTTTTTTGGGATAAAGTTTA GATTATATTTTATTTGGATGAACTCTAAAGTTCATTTATTTTAATTTTTAAATTTGGATG TTTTATTTTTTTATTTCGAACTAAATAAAATTGATTATAATGAATTAGGTCATTTAAAAG AGAAAAATGTTAATAAATGTTGAAGTGAATTTATCGTGCTATTTATAAACTTACGAAATT TAATATCTCAACTGCTGTTACTTATATTTGATATATTAAAATGTTTATTTTTGAATATAA ATTTAATTATTATCGTATCTTAATTCGATATATTAACCCTATCAATTATAAAATCTAAAT TCTAATTTAACGTTTTTTTCTTCATGGCCTTGTAGTGACATGATTGATATTTGAAAACTC CTTTTGACATAGTGCATTCATGATTTGTCATTTCATTTCGATTATTCTAAAAATGGATGA GCCTATTTATATATTTTCTTTGGCAATTAGCCAAACAAACTATTCTTTTTTTTCTTCTGT CAATCAAACATGTGTTAACATTTTTTAAAAAACGTGAGGCCCTGTGATCCATATCTATAA AATATATGTGCACACATCGAAGTGATATTATTCCATTCTTTTCCTTCTCAATTGTTTACT TACCACCGATTTCAAATCCTCCATATAATCCTAGTAATTTAATGTCGTAATAAAGATTCA TAAACTTCAAATTTTCGATTCTGCATATATTTAGCAATTTTTAAAATTATTACTACACAT ATAATATCTAAGATAGATACAAATTTTTGTGATAATGGTGTGAAAAAGTGATCTTTATCT ATATATATACCATTGAAAAATGTTGGACGATAAATTAATTATCGTAAGTACTCATATTGT AATAGCCATATCCTAGAAAAAGGCTCAAGTATATAGGTTTTTTTTTTATCTAATTCACGT ATAGAAGAGAATCGATCTATTTATACGTCTAAATAATCTAGTGTGTGTTACCTCAATTTT CTTTTAAAATATCAGTTGAAGTTACAATAATTTCATATGGTATAATCAATCATTTGGAAA GCTATGGTTTGTGAATGGACCATTTAGCCACTATACATACGATTGAATTATGTCATATGA TGTTATGTCTAGACTAATGATACGTCTTTTTTTTTCAATAGAAAAAAAGAAGAGTAATTT GATTACAATAAAACAAAATATAAAGAAAGGCAATCCCGCAAAGCAACCAAATTAGAAGAA ACAAGTGTAGTAAAGCAAAGAAACTACGCCATAATTAGTTATAGTAATTAACAAACTTCC TATCTAACTTGTATTCATACTCTTTACTTTCTACCGTCGTTATAACATCCGCCTTAATAA ATTCGGATATATATAAAATTTTACGACTTAAATAATATTTTATTACGTATTCAGATGTTC AGCTAAAATAAATCATACCGAAAAACTAATAGCAAAGCAAGGATTTCATAACAGAAAATA AATTGCGGAGACACGGTGTGGTGTTTGATTTCGTTTCTGCCACTGAACAGACGCTTTTAT GTCCCAAGTTCACGTAATCTAAGGGCAAAGGTGAATTCCAGACTTTTATTTCGGTTTGAT GGTTAAAATTGTGGTTAGTGTTTATATTTATCTTTAATTAGACGTCTAAAATAAAAGTCT TGAAGATATAGTAAAAGTAAGTATTGTTTGGGTTTATTTGTTTTGATTTTTCTTATCAGA AATAAATTTTCCTTTTAGAAGAAAGGTTTAGATTGAATAGACTTAATTAACATTCACAAT ATAGTCTTAAGAGTTTTGATTAGAGAAAAAATTTGTGGGACATAAGTTTGATAGATTATC ACTTGTGTGAATCTCCCATGTATATTGAGTGATTTGATTGGAGTTGTTTCTTTCTATATT TTTTGTGCTCTTATATTTATACAGTGAATTGTTCATTTTCTTTGTAGACGTACGTCAATT GATTGAATCGTGTTTAATTTTTATATCTTTTGATATATTTCTTATTTATCTTCTTACTCG TGATTCTTTGAAATTTGTTTGGCTAGCTTTCTCATGATACCAACTTTTTTCTTGTCCCAA CAAGTACAAGATGAATTAATTTTTTTTTTAAAGAAAAACAAGCATTATGATATTTTATTT TTTTTGAAAAAAAAAAAGAAACGGAGGGGAAGTTCCTCGTTTGCCGTTACAAAATGCTTG CAATAATAATATATCTGCCAGCTCTTTCCCATTTATTGCCTTCTCTCTGTTTTCTAACTT TTTCCCCCACTGCCACCCACTATTCCCCCTTCAAATTTCAAACTTTTTAACTACGTAACC AGTAACCACTATTACCATATTCACAATATTTAATTAATTATCTATCGACAACAATCATTC CCTCATTGACTTAATTCAACCCTATTTCTTTTTGGTTCAAGTTAAAAGTTGTGGACCCAT TTATGAAATATAAAAAACGTAACACAGTAACAAATATATTATTTTTACTTTGTTTTTTAA AAATTAAAAGATCTTTGGTAATTAAAATAAAAAGAAAAAGAGTATTTGTATATATATATT TGTGCTGTTTGCTGTCCCTATATGCCCTCAAAGTCTACTCGTTGGAGTATCTGACAATTT TACAATCCTCGATAAGATGCTCTAAACCAGCAAACACACAAAATAAAAGCACAGCAATAT TTCATACGCAAAAAAGAAAAGAAAAAAGAAGTACCTTATTTTTATATGCCCTTTAATTTC TTCCGTTTCTTCTTAGATCATGGCTTCTGATCCGAATTCATCAACACCCAATACCACTTT CGTTCAAGCCGACCCGTCCAATTTCCGAGCCGTTGTTCAACGACTGACTGGCGCAGCTCA AGATTCGTCTTCGTTGAAGCTCCCGGTTACTGGGCCTGGACCAGCTGGGCCTCGACGACC GGCTTTCAAGCTGCACGAGCGGAGGCAGAGTGCGAGGAAGCTCGAGATCATGCTTAACAA TGGAGGTAGCTTCGGTGTCGGCTCACTTTCTCCTTCTTCTTCTTCTCCTTCTTCATCAGC GAGGAAGAGAAGTTTTTTGACTTCGCCAATTTCACCATTGGAAATGTTGACACGTGGCAG TCCGAGATCGCCGATGGAGGAAGAAGAAAAAGCCATTGCTGAAAAAGGATTTTATTTGCA TCCAAGTCCACGAACTACTCCTAGAGGCTCTGAACCTCCCGAACTATTACCTTTATTTCC ACTTCAGTCCCCTACTGCCACAAATAATTCATCATCATCTACTTAATTAATTAATGCTTT GTTATAAATGATCTTATCATAATGTAGAACGATTTGCTACTTCATATTCTGTCTCAACGT TTCGAAATCGTGATTTTGAAAAGGTTATTTATTGTTTGTGTTTCTTCAAGTATTTCATAA AATTAATTGATATATGCGTAAACTTCAGTTATTTTAATGAAGTTTCTTTAAACGAATTGT TAAAAAAGTTCTACATCGATAGTTAGAGGCTTGTGCAATTTTTTTTTAACTAGCTTTTGA GGTGTAAGTTAGCTATAAGACCTAATTTCACATGGTATCAGAGCAATCAAAAATTTGTTA GAAGTAATTGAACACTGGATTATTAATTTGGGTTGTTATGTATTCAAGCTAACGTATTAT TTTTCTGCATTATTGGTTGCACGTTTGGAAAAGGGGCAATGAAGCAATGATAATTTATTT ATTTATATTTTGCTTGTTTGGGATAAGCTTATCTAATGTGTCCAAACACCAGTGATAGTT TAGTTAATTATATTAGATGATCGACTATTGATACTTCCATTACTGCTCCTTTTTAAGTTT TGTAGCTAGGCACAAACCTACGTATTTATTTAATTGTCGTGTGTACGTAATATATATGAA TTTTTATCATCAAAATACGTATAAGTTGATATTAAATTTACGTGAATCAGTAAGTAATAA TTCTAGATCCCGCGTTGAGTGAGAATTAGCTCAACGTCTGATATGGTCAGGGCAACGGCT AGGATCCGTGTTTTGCATTGAATGAGCTGTTTTTGCTATTTTGAAAGGTTCTGAAAATTT ATTGCAAAATGTGTTTGCTTACACTCGACTCTAGGTTTTTTAATTTATTACTACTGCTCT TTAGTACATTACAAATTCAAAAATGAAATACCAAGTACAGATCATAGAGTCCCCCAAATT TAATTCCCTGCAACACCAATTCAAATTTATAAGAAGTCAACTCGTACAGTAATTACCTAC TTACAAGTTACATGTATAGCTGAACCAAACATAAATTGGCAAAATGAATGATCATCCCAT TGTCATCAGAGTGGCAGCAGTGGTTTTAACTACGCTGTTCAAACTCTTCAAAATATATTA TCGTATTCGTATTAAATTTTCTAAAAGTATAATACTTTTGACGAATTCGATATGCACCCA ATGATATTTTAAAAAAATATGAGCAACTTAGGTGACTATAACTGTGATAACGAATATAAG TGAAAATGACAAAATTAACTCATAAAAATATTATTTGTTCAAATTTACATATGTCAAACT CAACTCATCTAAAAATCAAGACAGTACTAATATTTATGTAGCTAACAAATAACCAATGAG TAAACCTTTGCCTAATATTTTCATAAAGGCATTTTTTTTGTTTGATATACAATATATTAT CCATAATAAAAAAGAAAATAATTGCCTTAAGGTACTTAAACAAAATACATCAAAACTGCT AAATCAAGCACGACAAAAATAAATAAATAATGAAAGGTATGTACATGCATTCCTACATGA TAATCTGCAACTCGATCTATACGATATTTCGTGTACGTGAATATATGTATGCGATGAAGC TAAAAATTAAAATATAGGTTAGAGGGTCGGTTGATCAGACTTAGTAACTTTGATGCAAAT TATTTTATATTTATCTTAATAAATTTATTTAATATGTGATAATTATTAACTTAGAACACT CAGCTCAAGTCCGCTAATATAGACGTACATAAGCTTTATATTTAAAATACGTATTTACTT ACAAATATTTAGACTAAGAATTTTTTCCTATACACATAAAAACGTCATCCCATATAATAA TCTATATGGTTATAGACTTATAGTAAATTTTGCAGATTTTTCGTGATGGTTAGTGTGCAC TTAAAGGATGATGGAGTTTAAATTAAAACAAGAAAAGACAGCAGGAAAAAGGGAGGGAAT TAAGTTGCAATACTATCCAGAACATTTTTGTTTTTTATGAAAATGGAGAGCAAAATGCTG ATAACCAGTGCTTAAAAGAATAATAATTCCAAGATTAAGTTTTCATTTGGTCATTTTGAC TTTAGCTTTTTAAAAATTGTGATATTTGGAAATCTGAAATTGTGTTTGCATATGTATTTT ATTTGAAAAGAAAATTAAAAATTATGAATAGAAGTTTTGAAACTTAACAATTTTTCACAA TTTGATCAAAATCAATGATAAAAGTGTAATATTAAGTGAAGGGTCAATTGACATGACACT TGAAAAAAGGAAGGCTAATTTTTATTTGGAGAACTTATCTAAATTATACTAGATTAGGGG CAAATTATTTATTAAATATCCTCTACTTTGTAATATTCATATCTTATAGGATTTAGTGCC TCCAAATATGTTCAGAAACACGAGGTCAAATTTAGGTATATATTGGTCTAGATACATTAT ATCTAAGTAGATAAGATACATAATGAATTTTTCAGTTTTTCTCGCTTCTATCCCATGCCG CTCACAACTCTCCAACGTATCTAAAATTTCAGATACATGCGAATCACTCTAGATCATACA AATACATGCACTTAGCGTGTATGTAGTGTATTTTGTATGTATTCAAAATACATACGAATA TCGCTTGCTCTCTCCTCAATCACGCTCACATCTCTCCTTATTTTGTGTATCTAGTAGTAA GAATACATGTATTTAACTGTTTGATTTATTTGTGTTCCATAGTAAACGTTTGTCAATCCC CCGCTCCCTCATATTCTCGCTCGTCACTCTCCCTCTCTCGCTCGCTTCTTGTCGCTCGCC TCTCTTGCTTTATACAGTAGAATTGTATAAATTGTGTTTCTAATCGTATAGCAAATACAT ATATTTTTGTCCTATACACTTATAATTATACAATAAAAGTACTATCCTGCGGTCCTGCCC AAGTCTCTTTTTTGCCTTTCTCTCTTTCTCGTTTTATACAAATTCAAATTGTATATAATT TCTCTCTTTCTCGTTTTATCCAACTCGATTCAATTGTATATTTTCTGCCCAATCTTTCTC ATTTTATACAAATTCAAATTGTATATAATCGTCATATACACTTATAATTATACATTTCGT TTTATACACTTCTCTGCCAGATCTCTTTCTCTTTCTCGTTTTATACAATTCGCTTCAATT GTATATGTATAGCGAATTATACATTTATACGTTTGCTATGGAGCGCAGTTATGCAAACTT TCCTATAACATACAAATATGAATTTTTTTGTTTGCTTTATGTGAAAGTTACCCTTTTTAA ATTATTTAATTAGTAATAAGATATATATTATTTCAAAAGTATAAATAATATATAATAATA ATAATATATATATGATAGTGAAAGTTTTTCCTTTTTATTTCCTCAATTTCTTCCTCTATT TTAATTTTTAATAAAACACAATTTTATATAAATAAAATGAAAATATCTAAACTTAATGGC CAAATACTTATTTAAATTTTGAAATAGGCGAGGTTTATATTGAAAAAATAATAATTAAAA TTTCAATTAAAACTTTTGTTAAACCATTTCCAAGTTCCACCTTTCTCCCCTGCGTGACAA AACCCTTGGGAGATAAAGCGCGCGAAACTCTTTATCAGTTTTCTTCAGAAACTCAGCTAA GCTCGAAAATGCCAGAGCTTCCAGAGGTAGAGGCAGCTCGAAGAGCCATTGAGGACAACT GCATTGGCAAGAAAATTGTGAAAGCTATCATCGCCGACGATTCCAAGGTCATCGACGGCG TATCTCCTGTGGATTTGAAAGCATCTCTTGAGGGCAAAACTATCGTAGCTGCTAATCGCA AAGGGAAAAATATGTGGCTTGAGCTCGATTCCCCTCCTTTTCCTACTTTCCAGTTCGGTG AGGCTACTTTTCTTTTGTTAAAATCTTTACTGCATCTGAAAATTAACTAATTTAGTTCCC AATGTTAGAAAAGTTCCATTAATAACGAACTTTGCTGGATAAAAGTGTTCCACAAAAAGA ATGTATTTGCACAATTGCTTGTATGGAATAACTGCCCACAATAAACATGTAAGTTTGGCG CTGAGAAACCCTAGTTCTGGATATGTCATACTTAGTTATCCTTGATATTGATGAAATTCT CCTAGTTGTGTGCTATGTGTTCTCGTCCAAATCAAATTGCTCTCAGGCACAAATATCTTT TAGCATTAAGTTATTGATGAAGTTTTCATAGTTTTGTCTTGCATATTTTAACTCTGCCTT TCCTTAGCATTTTGAAGGTTTCAACAACAGAATAGACTGTCAAGCTACAAGATTGGAAAT AATAACATTTCTGTTGCCTAGTGTATTTATTTGATCTCTAATATTTTATACTACTATGGT CAGGAATGGCGGGTGCTATATATATCAAGGGAGTTGCAGTTACAAAATATAAACGGTGAG CTATAATGTTTTGTTGTACTGGTCAAGTATGTAAAGCTATTCAGTTTGCAAACTGATGAA CAATAAATGTTTAAGGGCCACAAGTGTCTACCCAAATTATGGAAAATTTCTCATTTACTT ATCCCCGAAAAGAAAATGTTCTCGAAGAAGTTTGATTAACGGACTGCTTTGTGAATTGCC AAAGTCAAATTAGCTTTCTCGTCTTATGTGTGATATTGTTCAAAAAAACGAATAAATCAA TCTGGAGCACTTATCACAAATGTAATATTGTTCTAGGTCTGCAGTAAAAGACGATGATGA GTGGCCTTCCAAGTATTCAAAGGTTTTCCTTGAGGTAAGTTTACTCTTTCTAACGAGTTA ATGTTTCGGTTGTGTCTTCTTTCTGTAATTGCTCGCATAAATTGTAACATCCATTTATTA CTATAAAGTTAACAGTAGATTCATGAAAAGGATAATGGTCTGAGGTGATTTTGTGGCCCA AATGGAATTAGTGAATGCATCATATGGATGTAGAAGCATTTTTGCACCCTTTGTAATCAG CGATGCATGAAATTCCTCAATGCACAAAATTTAGACTCATTTTTTTGTCTGTATGAAGCT TCTTTAACCCTCTTTACCCATCTTGAAATATAAAAAATCATTCATACACACCAGAGTCTG TGTGAACGCAATTAAAATCTTCATTGTACTATGACAGACTATCATATGTGAAAATTGACG TTGTTTTCTTGATAGTCAATTCCCTCATCACTTAGGACTAGTGGCATTTAAATCAACCAC CTTGTTGTATTTGTTATCCACCTCATTTAACTGGAAAAGAGGACTAGATGGACCATGAAA AATGTTTTTGCATTTTTGGGGTCCTACTTCTGTAGCTTACAGAAAAAGTGGGTTGAAGCC TTCATTTATTTTGCTACTTTGGCTCCTTTGCCTTTCTTTTAAAGGTCAAACTGGCATATG AATGTAGTTACTGATGTATGTGGACGCGTTTCAAACTTTTGTAGTTGGATGATGGTCTGG AGCTTTCATTTACGGATAAGAGGCGGTTTGCCAGGGTTCGCTCATTGGAGAATGTAAGAT GATGTTACCACCAATTCGTGGATACTTCCCCTTGAACAAAAATCTTGAATGTCATCTCCC AATGAATTTTCCATTGCAGCCGGTGTCTGTTCCTCCAATATCTGAGCTTGGTCCTGATGC ATTGTTGGAGCCGATGACTGTAGACGAGTTCTATAAAGCTTTGAGTAAGAAGAAGATTGG CATTAAAGCTTTATTACTTGACCAGGTGAGAAACGGATTTTTACTTCTCTGTGACTAAGG ATATGAACTTCTGGGAAATGGTGAAAGAAATTCTTTAAAATACATATTTTAATGACATAG TAATCAAGATAGGCAAAATTTTAGGACAAATGCATATCCATCTACAGATGTATTAGAAGT GGAATACTAGTCTACTACAAAGACCACCACTCGATCTCTACTTATATCTAAACTTCAAAT CAGCACAGTGAAGCAAGTTTGATTGTCTTTTGTTGTTTCATTGTTGGTGTAAGTTGGAGT ATGCTAATAAGGCAGAAACTTTCTTGGAGTTCTTGTAAATAACCCTTTTAAGAGTTTAAG AGGGCGTTACTTTTGTTTTTCTCTTTCTTATGCTTTTGCTGACTTCTACAGTATACTCAG CACACTCTTTGTGCTGTTTTATTTCTACAATCATTAGTCATTACCATTTCAAAATGAATC TCCTTCTGATTAGTTCTCTACGTTGTTCTTGTTTTCCTTTCTTTTCGTGTTTATTTTCAA GTATATGTTAATTTTGCGAATCAACTGCTTAAAAGATTCTGCATATCTGAGTGGTAACAT CTATCTGTGAATGCTTTATGCGTGAAAAGATATCTATATTTCTGTTGCTTTCCTACTCTG AACAAACATTGTTATCCAGCTAAACATTAGGAGCCAGCATGTGCTAAAAGTTAGATTTAG TAGCATATAATTGAAACTCCCGTGCTGTATAAGAAAATTCAATAAACAGTATTTTTACAA GGAAAGAAAAGCTATCACCCTTAAATTCATTAGGAGCTTAAGCCATTTTCTAGTAGGCAT TATAAATCTTTTTCCTCCTGTTGCTTCTGCAGAGTTTTATTTCAGGAATTGGCAACTGGA TTGCAGATGAAGTGTTATATCAGGTGCATGTGCTCAACTCTTGGCCATAATACAAGAATT TTGAGTTTCTTAGCTTTACGTTTTACTGCAAGTTACAAATTTTGTTCCGTTATTTGCTCA TTCAAAGTCTAGTTACTATTTTTCTTTAACAAATGGACAAATTTGTCTCTTCATTTCTGC TGTAAGCAGTTTGGATACAGACTGATGTTGCTAGCAAATTTTTGCTTTCTCTTGTGAAGT TGACCAATAAGAGAAAGCTCCCATTGGAAATATTTGTGATTAACTTTGTGAAGTTTCTTT TGACAGGCGAGAATCCATCCTATGCAGTCCGCTTCAAGCATATCCAAAGAGGACTGTGCA ACATTGCTGAAGTGCATTAACGAGGTAGTCATCTTTCTTGAATTGGCTGTTGCGATCACT TATCATTTGTATAAGAATGCTTTCCTCATAGCTAGCTATTGGAGATGATACTTCTAGGTT ACAGAATTTGCAGTTGAAGTGGATGCTGATTGCAGCCGCTTCCCTTCTGAATGGTTGTTT CATTATCGATGGGGCAAAAAGCCTGGAAAAGTTAATGGTGAGATAGTTTTCCATATGCAT CCTCATTTTGACACAGAATTGTATGTCACAGGTCATCAAAAAAGCTGTTGAAGTTGAGGC AGATAGTAGTCAGTATCCTTCTAATTGGATTTCCCATTCCCGGGAAAAGAAACCTGGCAA GGCCTTTGTTGATGGTTTGGCTCCTCACTTTTAAGCTACTCCTGGTTGGGTTCTGGTTAT TCTCATCATCCTTGCTCATCATATCCACATTGTTGTGAAGTAGATATTTTCTGCTTTGTT TTGTAACTGCCAGACTATATATTAAGTAGTTTTGCATGCTTTTAACATGAAATAAAAAAA ATGATAGATCTGCTTTCCTTGTGCTCAGTGTTCTGTCGTCATTTTAGATAAAAAGTTTGC AGTTTTTCATATGCTTGCAATTTTTTATTTTTTTTTACATGATGACCATTGACAGAAAAT GTGTATTTTGCAGGGAAGAAAATAGAATTCATCACGGCAGGTGGCAGGGTATGGCTCTGT AACGCTATTTTCTGGTTAACCGTCTCAAGTGTAAATAGATAACAACTTTTTTTTTAATGC TAGACATCAGCCTTTGTTCCAGAGCTACAACAGAATACGGGGGCTGAATCTGCAAAAGCG GCAGGTAAACGGCAACAGGTGAAAGTTCAGAAAATCAAGCATAACGATAGTGATAGTCAA GATGAAGAGCCAGAAATTGAAGAGACAGCAGCTGGGAAGTCAAAGGTGAAGCAGCGTGGG GCAAATACTAAGAGAGCTTCTACTAACAAGAAGTCAAAGGAAAGCAACAGTGATGATGAA AATGATAGCGATGAAGCTCCAAAGAAATCTGGAAAAGCAAAACAAAACAAAAGCTCCAAG GGAAAAGGTGGTGATAAAAAGAAGAAAACTAGAGGAACAAATACGGCTGCAAAAAGAAAA CTAGAGGAAAGTGATGATGAGGAAGACACCGACGATAATGATGCTAGTGGGGATGACGAT GATAGTGAACAGGACAAGGATCAAAATCTTTCTAGTAAAACACAATCAAAGGGGAAGAAG ACCACCAAGCAAATGGCTGAACCAAGGCAGACTAGGAATAAGCCATCGAAGAAGCAGAAA TAACTTATCATCCAAGTATCAAGTTTGCGATTTTGTCAACTTAAAGGAAGTGGTAACAGT TTATGCTTTGTGTTCAGGACTACCAGTTTGTAATCGCCCGTGAATAGTTACTAAAACAGT ACGATGACAAGACTGTAATATTTCACCAACGGTTTAGGCTGTGGGATGTATGATGCAAAC TTGTGATCTATCCTTGGGAAAACATTAATTAAGTGACTGGTATTACTTTCTCCTGTACAG CCGTGGTTCCATCATTGCTGTACATGAATTTCTTACTGGAGAATCCTCCCTAAAGCCGCC ATAGCTTGATGCTTTCTTTAGTCAATCATTTGATCCGCAACTTAATTTCATCGCTTATCT TTGACATCCCACTGTAAATGACATCATTTTATCTAGATTTTGAGCAGGTTGATGGAAGTC ATATACATCATAAATCAGGTTCTTTATATTCATATCTAGACGTATATCTTCAAGGCTAAT AACTCATAAGTATTGCAATTTATGTATTGATTTTAAGAAATGATAAGTATTATGTATCAA TTATTGTTTATAGTAAGGATTGACATATACAAAAAAAAAAAAAAACCAAGTACAATTTGT TAATAATTTATAGAAAAACTAAGTGAATTCATGTTCATTGGTCAAATCAGTGAATCAAAA TAAATTAATTCACATTTATTAATTAAAAGTTGATTGCGAGAAAATTGATTTAAAGATATT ATAGCAATTTTAATTTCTCAAATGAACGTAGAATAAAAAATAGTGACATTTGAATACTAA CAAAGTGAAATAGTGACTTTTGAATACTAGCATCACAATTAATTTAATTCAAATTTATTT TCTTAAAAAAATTCAATCGAATTTGTCATTCATTAATTTAGAATTTAATTCAAGTTGACC AAAAATTTGAACTTCAACTCCATCCGCGACTTCAAACTCTGTATAATGAGAAGATAAAAA AAAGATAAAACAATCTAAAATCTTCGTTCTTTCTCCATTCTTAAAATTGCCTTTGCGTCT TACTAATTGATCGATTTGATATTACTGATTCAATTTATTAGTTATCGATTCATAAATATG ATAAATTAATTTTATTCTCGTAAATACCCAAAAATATTATAGTTTCTTATAATTTAATAA TTAATTTTTCTTTTTCAATTATCATTTCTTGTATTTTTTTTGTAAGAAAAGAATAAAAAT ACATAATCTCTTGTAATAATTTATAAGAAAAAAAAATAAAAATATATATATATATAAATT AATGTACGTTACAAAATAACACAAACGTTTAAATATCTTTCATTGATTATACTTTTTATT TTTTTTAATATATCAATTGTTACATAAAATATCAAAATTATTTTTAAAACAGTTTAAAAA TAAAATTAAGATTTCATTTCATTCAACATGCTAATTAGAGTATTATCTTTTTTACTTATA CACTATTTGTAATACTTATAACTACAAATTTAATATTATGATAATTGTTACCTTTAAAAG ATATTCTAATTTAAGACAATATTTATTTTTTAATTTAATCATTGGGAAAATGCATAAGAA TCATCCTAACCTATGTCCGAAATCTCAAAGACATATTTATACTAAGGTTCTATTACTCCC TGAACTTATTTTATAAATAATTTTCTACCCCTTTCGGCCTACGTGACACTATATTCTGGG CTCAACACATGTTAACTTTTTTTTAAAACTAATTTCACGTAAATAAAAAAAAAAGTAGAA AATTATTTATAAAAGAAGTTGTACATTTTTTCCTACTTTTTAAAGATAGGATATATTATG CGTTTGTTTAAAATTATTCAAAAGAAAATTTCAGAACAAAACAAGTTTGAGTTTCTTTTG CAAATGATGTTTTGTTTGAGTTTCAAACTTACCTTTTCAATTTTGTTTCAAAACTTCAAA AATTATTAGGGGTTATTTGGTGTGAAGGATTAAACTGAAAAATTGCGATAAATTATAGTG ATACTTAATTTGTTTTTTGATTGGTAAATTCAAAATAACTTATTCTAAAATTAATAATTA GTATTGAATTATTTTGATAAATATATTGAATTGAGTTTGATTTGAATAAAATGATTTTAC AATTGGGTCTATTTTAGATAATTTTCACAATTTTATATACTATTTGGGTAATTATTTTGT TTCTTTTAAGTAGGAATGGGGTATGGTATGATAATATATCGAATTATTATACTATACTAA ATTTTTTAACATTGTAGTTTGATATTATGGTATTTGGTAAATATTTTTTTGGCATTTGAT ACGTTATTTAACATACTGAAAAATCGAATATCATATCAAAGTATATAGTAACATAAATAA CACGCGCACACACGCACACAATATTAATAAATATGCAACCTAATATTAGTATAAACTAAA TGTTCATAAATTAAAAATTTGACTACTCTATTTTGATTGAAATGTATTTTAATTGTCATT GATTAACAAAATGTGTTGTTTGTACTTTATTTTGCATATATAATTCTACATGTGTAATAT GTTAGAATGATACAATTAACCTGTTTAAATAGTCAAAATCATAATTCTATATTATACATG TATATATTTATTAAAGTTGAACAAATTATGATTATCAATTTATCATTATGTTAAATATCA AAATTAGAGTTGTTAAAAGGACCGGCCCAACCCCACCGGGCTCAAGCCTCGTGGGCCAAA GAATTTGAAGGGCTAGGGCAAGCCAACCCTTCATTTGGATATGAAAATGATCAATTCAAC CCTAAAAAGGCTGAGGATTGGGGCGGTAAGCCCATCTTTTTTTTTTCTTTCGTAACTTAT AATTTTATAAATTAAAAAAAAAAAGAGATTTTCAAATCAAATATGATTGAATAATGATGT TGCTTCGATAATAGTAGCAAAAAGTATAGTGTAATTAACAAATATCTCGCATAGTAGATA CGAGCAAGACAAAAGAGTGACAAACAAGATGGAAGAGGCGAAGGCACAAAATTTGTCTAT GCACCTAAATATATATGAATCTACTTGGATAAAAATGTATCTTAAATAAATTAACCTAAT TTTGAGTCAACATATTTCAAAAATATATTTAATTTGTGCCAAAATCTAATAATATTCATA AGATTAGTACATACACGTGTGTATTTAAGTAATTAAACTATATACAATTTGTAAGTGTTA ATTGATACATAGTATAGTGCTTTTCACCATTAATTTTCTTCATCAGATCTGGTGGTCTCT TTTATGTATGTATCTCCTTCATCTTTGTCTGCTCAGTGCTTTTGGTTCCTCGTTTTATCT TGCTTCTAGCTCGAATTTTCTTCCGTGAATCTTCTTTGTGTTTTATTACTGATTTTGGGT TCTTTGGAGGCCCTTATTTTTTGGGGGTCTAAAGCTGCTTTAGGTTGAGCCGCATGAGCA ATTTGTGTTTAAGTTAATAAATTGAGGAACTTGATGATTGATCACTAATAATATTAGGTA AGGTCTCCATTTATTTCATTGGGTATGTTGCTGTTGTACATAATCAAAGTCCATGTACTG CTGCTTGATAAGATATTTGAGATTGCTTGTGAATTGTGATATAACCAAGTTATTTATTAT TACAAGTTGATAATCCGTCCGAACTTATGTGATTTTGCTCTCTAAGTAGAAGATTAGTTT GTAATTATACTTCTGAATTTTAGATGGAAGAAACTTCTCTCGATAGTGAGCAAAATGTTG CTGGGCAAGGCAGTGGGAGATTTCAAGAAATAGAGTCAGATGATCAGAACAGTGAGAAAA TTGAGTCAGATGAATTATTTGTACAAAATGGTGTGCAAATAGAGGCAAATGGTTTAGATG ATCACAATTGTGTTACTGAGGATGGGCAGAAGGAATTTGTTGCCCCAGCAGTTGGAATGG AGTTTGAATCGTATGATGATGCTTATAACTATTATAATTGTTATTCCAGGGAGGTTGGTT TTCGTGTTAGGGTAAAAAATTCTTGGTTCAAAAGAAATAGCAGGGAGAAGTATGGTGCAG TACTATGCTGTAGTAGTCAGGGTTTCAAGAGGATTAAAGATGTAAACCGGCTGCGCAAGG AAACTAGAACTGGTTGTCCTGCAATGATGAGGATGAGAATGGTGGACTCTAAAAGATGGA GAGTACTCGAAGTTACTCTTGAACACAATCATTCCTTAGGTACAAAAGCATACAAGACTA TCATGAAAACAGGTACTGGAAACAAGAAGAAGTTGGATTCAAACTGTAACGCTGAAGTGC AAACGATTAAGTTATACCGGGCACTAGTGATTGATGCAGGTGCAACTAGGAATGCCAATT TTAGTGCAAGGAGGTGCCAAACTTCATCTGATTGCCATGATAAGCTGAACTTAAGAAAAG GAGACACACAAGCCATGTATAATTATTTCTGCCGCATGCAATTGACAAATCCAAACTTCT TTTACTTGATGGATCTGAACGATGAAGGGCAGTTGAGGAACGTGTTCTGGATTGATGCCA GGTCAAGGGCGGCATATGCTTACTTTGTTGATGTGATCTATATCGATAATTCATATTTGT CCAACAAATATGAGATCCCTCTTGTGGCATTTGTGGGAACAAATCACCATGGTCAATCAA TGTTGCTGGGCTGTGGCCTGCTTGCTGGTGAGACTAAGGCCTCTTATGTTTGGATGTTTA AAGCTTGGCTCACCTGCTCTCTTGGACGTTTCCCTCAAACAATTATTACAGAAAGGTGCA AGGTTTTGGAGACTGCAATTCATGAGGTATTCCCGAGGTCTCTTCATCGTTTTGCTTTAT CACACATCCTGAGGAAAGTTCCAGAAAAGTTGGGAGGATTGCGTAACTATGATGTTATTC GGAAGGCATTGTTTAAAACAATATATGAGGGTCTAAAGCCATTTGATTTTGAAGCAGCAT GGAGAGTTATGATCCAAAGATCTGGAGTGGGTGATCACGAGTGGCTTTGTTCATTGTACA ATGACCGAGCTAAATGGGCTCCAGTTTATCTGAAAGATACTTTCTTTGCTGGAATGGCCA CTGCCAGATCCAATGAAACATTGACTGCTTTTTTTGACAAATATGTGCACAAGCAAACGC CTCTAAAAGAGTTTCTTGACAAATATGAATTAGCTTTACAGAAAAAGTTCAAGGAAGAAG CTCTTGCAGATATGGAGTCGAGAAGCTCAAACCCTGAACTCAAAACAAGGTGTTCGTTTG AGCTGCAGCTTTCAAAAGTGTACACTAGAGAGATCTTTAAAAGATTTCAGTTAGAGGTAG AAGAGATGTATTCTTGTTTTAGTACAACAAAGTTACATGTTGATGGGCAGGTGGTAATAT TTTTGGTGAAGGAGCGTGTTTTGGAAGAGGGGAATAGGAGAGAGATACGGGACTATGAAG TTCTGTACAACAGAGAAGCAGCAGAAGTTCGTTGCATTTGTAGCTGCTTCAACTTCTATG GATATTTGTGCAGGCACGCATTGTGTGTGCTGAACTTCAATGGTGTGGAAGAGATCCCGT CAAAGTACATTTTATCACGGTGGAAAAAGGATTACAAAAGGTTATGTGCATTAGATGTTG AATCTAGTTTTACCGAGTCCACTGAACAGGTTCAATGGTATAGCCAGTTGTATATAAGTG CATTACAAGTTGTGGAAGAAGGGGTGATTTCCCTAGATCATTATAAAGTAGCCCTAAATG CATTTGAAGAGTCTCTGTCCAGAGTTCACCACATTGAAGAAAAAACCAAATAAAAATTTG TTGTATTTAGCATATCTACTATCTGTTCTTGTTATCGAAGGGTGCCTAAAAATCTCTTCT TGTGTATAATGATAATAGAACAAGTACATCTGTAAAACCCTTGTCTTCCTATGCATAAAT GTGTGAATGTAATGCTCCCAGAAGCTTTGGACCTGAGAAGTTGAAAGAACAGATTATTTT TGTGCCTTACTATGCATAATGGAATTCTACGCATGCTATCTGTTCTTAGGCATCAACTCA TGTATAGTATTTTCTTGTGTGACCTTGTTGTACTTTACCAGTCCTTGCTTTTCATCCAAA ATTCAGAAGAAAAAGTAAAAGAACATATAAGGTTGAGGGAGAATTGGAGAAAGATGATTA AATAAGACGGAGATATTTTTAGTTTATCGAGAACACAATCCTAAATAGAAAAGAGAGGTG AAGTATAAGGATATATGGTTAGTAAATAGTTTCTTTCTTCCAAATGGTAGATAGGGTTCG AGTCTTGTTTATCAATATTATTATTATTGTATTAACGTTATTTTATCTTTCAATTTTATT ATTACCATTAGTATTTCTCTTACTTTAGTAGTTTTTTCTGTATTTTAACTATTGTATTTC TTTCGAACTATTATGAGAAATGATTTTCTTGAGTTGGGTCGATTAGAAACAACTTTCTTA CCCATCAAAATACATATATGGCATACCTATGCCTCATTATTTTTTTAAAATTTATTGATA AAATTATACTGAATATGTTATTGTCAGTGGCATGTGTTTTAAGAGGCAGATAAGCATGTA TTTACGGGTCATCTTATTTTAGACAGGAAAAAAATGTCATAAAATAGTTCTCATTTTGCC TTGCTTCACTTCTCCCGCCATTTATGAAAAGGAAAGAGGGAAAGAGCTCTGAACCCTACC TGACCTAATTCGTCGTCGATCTGGTAAGTTTCTCCGTGGTCTCTCTCGAAATGAAACCTA CTCGTTGTTCAATTCTCCGTCAGGTTTCATCTATTTTCTCGTATTCGCGACTACTTGTTC TTACTGTGGACGTTTCTGAGGTGGTAGTTGAATTTTAAGGCTCCTCGATTGTTGATTTTT CCGGTACAGTGAATGTGATCTGCACACTATAATTCTTATTCTGGTTGAATTTTATTCCCA AATGCTGTTCAATGATTTTATTGCTTGTATACTATGTAAATTGAGTTCGTAATTCTTCAG ACGTAGTAAGCATAAAACCTAAAAACCTCTCTAGTTGCGTCTGCAGTTTTTTTTTCTTTC TGAATCCTCTAATAGTTTGGTAAAGATAACGGGAGCTTGATGAGCACTTGAGCTTTACTT TTAATAAATCTGGAGGAGATTGCTTGGTCTTGTAGTAATCTGGGTGGTACTGAATTTCCT TGTAGTGTTTATTGAACTAAATGAAGTTCAAGGCGTTTCTATCGGACAATGGTGTCAGCC TCTTGGACAAGAGGTTCTTGCCAGCCCTTGAAAAAATGGGAAAGATTTGTCACCTCTATC TAACGAGAGACCATGTATACTTCCTTCATAACCTCCTTAATGGTGATGGCATCCAATGCA TTGCTCAATTTCGTAAAGAAGCACTCTTTGATGAGTATCGCCTCTCTAGCCAAAATGATG ATCGGATTTCTTTTGCTATTGACCTCTCTCTTCTGCATCGTGCCCTTCATAGCATCATTA GTATTTACACTGAGTTCAGTGCGGGTGACAGTGGAGTTCCTGGTGGAAACAGCGCCCCTA ACCACATCCAAATCAAGCTGGTAAAAAAGCTCCCTCCTCATTCTCAACAACCAATGCCTT TTCTCACTTTTGAGACAAAAGGTTACAAGTCTGCTGTTATTCAAGATGTGCCCATATCTA AGCCCTTGTCAAGGTCTGATGTACTTGAATTACAAGCAGCCCTTGATATGGCCCAAGATT TGCCTCAGACCCTTATACAAGTCCCACACATGCACCAGTTACAGAACTTTGTGGAAAAAA TGAAAAATGTCGGTGATGTCCTTAATGTTTCTATTAGCAAGTATGGTGATCTCCATCTGC AAGTTTCTACTAGCCTCATCACACTTGGTGCTGAGTTCCGAAAGCTGTCAGTTATAGGAG ACCAAGCACAGAGTCCAACAGATGATCAAAATTTGAGTGCTCAGTCAAGGACAAGAATAG CACTTCAGAGAGGAGATGCAATGACAGTGCAAGTGAGTGTAAAGCATTTCTTCAAGAGTC TTCAGTGTCATGCAGCCAAGCCTGATTGCGCTTTCTATGGGATAACTCAGCAGGGTGCCT GCTTAACAGTCGTATTTCAGTTCTTCATCCCAGGCACACATCAAACTGATAAGGCAATCA GTCTACATTGCCGGCTACCCGTCCTTGATCCTGGAGCTAGTTGATAAGTTTGTAAAATTA ATATTTGTATTTCTTTGGCTTAGAAGTACTTTTGCCAGTTTAACCTTCCTAAATGGTCAT GTGAAGACTTTATTAGTCACCAGAACATGGATTACAGTGTCCTTCTGTTTATAGTTAAAT GAAGACTTGATTTTGTGGATTCAACTCTCGATGCTTCCGTAAGACACTTGATATATATAC ATAGAAGCTTAAAGGGCTGGGATAACAGAGTAGAGTATGGGTAAGGAAACTAAAGTATGA TGGAAAAATGTAGAATATCTTGCTCCATCATACTTGTACTTGCAATCCTTAGCAATGAAG TAATGTTTCTCCACTGTGAAATTTGTTTCTTTTTTTTTTTTGAAAAAGAAAGTGAAACTT TTTTCTTCTTGCTTTTTAGGTGACTACATAAAAGTTAATGCTATCTTAAAGTTCATTCTA ACATTATCTGGGACATGCACATTGCCCTTAAAATATTATCAATCTTGTTATGTTTCTTTC CCTTAACACGTGATGTCCACCTCAGGCTCTTGGCTGGTGGAATAGTCACGTTACCAAAAG CGATTTGCACCCTGCCATAGTGGATTTGTTTTTTGACTCCCTCTTCTTCACTTTCTTCGT CTTAATCCTCTTTTGGATTTTATATTCTCTTTTTTTCTCTTTTTATTTTATAAGGTTTCA ACTTATTGAGTACATAACTTGATGTGGAAGACATGAATAAGGATAAAAGATTAATAGGTA GAAGTAACATCGTATTGTTTCTTCCTCTCTTTTTTTTTTAAAATCTTTTTTCTGGATTGC TAATGCTTTGGATTGTTTTTTCTTGACCGTAGAGTCTATTTGAATCTCTCTAAGGTTGGA AGAAAGTTTATATACAATCTACCCCTTTTGGGATCAAATTGATAAAAAAAAAGTATTTCT CAATTCCTTCTCTTTTTTCCCCAATGCCATAAAATGTCAAAGTCTTTAATTTAAGTTAGA GACGGTGATGAGGAAATATAGTCTTAATTTTAAGACACCAACTTTTCTCATAAAAGTTTT AGACAAGTCAATTATTAAAGACAAATAGTTGATTGAAATAGTACGTGTTATTCTTTATTT TCAAAAAAGGAGATGGAATATAATCAGAATTTTTTAATAATTAATTTTGAAAGGTTATAT ATATATTTTTTATAAACATGTTGGCTAAATCAAATGTTAAAAATAATAATCAAGTGAGAG AGAATAATGTTTTTCTTCTACCTCCTTAGCCTTAGTACTTCATGTTATTACTAAACGAAA TGACTTAATGGATTCTTAAAACTTATTACGTTCGAATTTAAACTTGTCATTATCTAGTTA ATTTATTGTAATAATTATTTCACAACTTTATTATCATATGAAAAATAAAAACACGTCAAA ATTTAATAACTTCCCTATTATATAGTGCATATAGTTCATTAATTTAAATATAACAGAACT AATTATATATTAACTTAACTTTACAGAAAAAGGGAAACTGCAAATATAAAGTTAACTGTT CAAATCAAGCTTTGGATCTATTTACGTTATAAAAGGATTTATATTTTTGGCTCCGCCCAT AACTATAAAGCTTAAAGCAACAGCCAATTAAAGAAAAAAATAAAAATAAAAGTAAAAGTA GAAAAGGAAGGATTCAGAGGGCACGTGGAAAAGCAACATGCAAAGTTTCGGATCCATAAA ACCCGACCCATTTGTTTGATCCGAACCGCATGTTTGCCAACTTTTTCTAATTTTTTTTAT ATATATAAATCAGTCCTCCATGCACTACTCTCTCATTTTTTCGCTTTCCAAATTCCACCG TTTCGATGGAGTTGATGAACCGCATTTGCTCTGACTCTCCATACGTATGTTTTCAGTACT TACTTTCTCCTAATTTCACTAAATTTTTTACTCTAACAAGTTTATACACACTTAATTTTG TTTTCAAGAATTCGATTCTTCCTACTTTTCTGGAATTTAAATATGAACTGATTTTTGTTA GTTGTTTTCTTTAATATCGGTAATTCTTTTGGCAAGTATATCAAGATTATGATCACTGTG TACAAAGTGGGATGTCACTTTTTTTTTTACTTGGTACTAAAAGAAGAATCTTGTTTACAT TCTTGATTTCTTTGACATCTTCTTTGAACGATTTGCCTTAATTACTTGGTCTTAAAACAA GAATCTTGTTACATTCTTGAATTCTTGAACAGTTTGCCTTGCCTGCAGTAGGTTATTCTT TTTCTTTAAGCCATGGGTTGTCCACTGATTCTTTTTTTTTACACAGAGTAATTAATTATG TGAAACGTTTTCTTGGTTTTATTTCGGTTTTCTTTGTAAATTTTCAAGATTCTGTGTGGT ACTGAGATGATTTCTTCTTGGTGTAACTTTAGTTCTCTAAGTTTGGATATTCTTGGTTTT TTTAATTTTATTGTTAAGTGTTTAAAGCAAGAAACTACGTGTACATTCTGTCTGAGACTG AGAGAGTGGGTGAGCATGTATGTGGATCATGAATATCACTTAATTAAATCTTTTTCACTT TCTCTATATGGTAGAACTTTGTATATTGTCGTTTGTGCTAGTGTTCTCATAATTCTTATG ACTTCTGTTTTGATTTCTGGATGGTTAGGTTTGGAATAGCGACGGTGTTTCAGAGTGTTT CAGCAACTTATATCCTTCGAGTTGTGTATTTTTATATGCTAATAAAGTTACACCAATTGT TGTTACTGTTTATTACCTTAACCATATTCACAGTATTAGGTTTTGGAGCCAATATCTTGA CTATTGTTCTTGTTGCTGCTATAGGAGCGGGTAAAAGGAGTTCCAAAGATGGAAGTAGGG TATGTTCATTGCAAGAGAAGCGCATAGCATTACTATAGTTTGTCATTTAGAATTTAAATG ATTGAATGCTTTATGGAGGGTTTAAAAGTGAGGCAATGGATTTTCGGTCTGTAAAAGTAG GACTCTATCAATAAGTATACTCCTTCCATTTAGGGAAGTAGATTTCATTTGCGATGATTC ATATTGGGAAGTAAAACACTTAATTAGATTTGCATCTTAATGCGTTTTTCGTATCTGATT GGAAAATTATGTTAGCCTTTATCTCTATTTCTTGGAGAAGGGAGGGTGATCATATATTTT CTGCACAGTTTTTTTAGGTTGGATAATCATCAATCTGAGTTTGTGATCAAATTCCTAACT GTTGAAGAAACTAGTTTTACTATAGGTTACGTATAATGTGAAACTGTGTTTGTGATAGTA AACATAATCCAATTTTGCTGTCTGAGGTTCAGTTGAGTTTTCTCATTAAAGGTGAATGGT TGTGAAGACTTGCATTAAAAGGAGTATATTTTGGGGAGAAAAGTGATTAGACTATAGTAT GGAAGAGATTGGACAGGAGGCGTATTCAGATGTTGATGAGTTATCAAAATTCATTAGGTT CAAATTAGTAATGTCCATCATTGCTCTCCTTTTCCTAGATGAGTATCAGTTTCTGGAGAT TCAGTGAAGAACTTTTATGTAGGTTAGCCTAGACACCAAAATTATAAAACTAAAGGAATT TTGTGTAGTTTAATGAATATTTTATTATAAGAAGGTTTTTGGTGCTATCTTTTGGCTGTG TAGCAAGCATGGCATAGTCAGGAACATGCAAGCATAGATTGTTGCAGTAAGATACTGACC AAAAACTCCAAACATTTTTTGTCTCTCATTTCAAGACAGAGGCGGCACTATATTGTTATT GAGCTATAGCTTCAGATTTAAATATTTACCTCACATAATTGTTTTACCTATTAGATAACA TCAACTATTTCTTCCCCTGATGTAATTAACAGGAAATGAGGAAGTTTATCAGGTTTTGGT GTTTTGTGCAAGGAAAGTATAACATTGTTATTTCTCTGTTCACTGCTGTCATTGTGGCTT GACAATTGTAGTTATTACAATTTTCTTAAATCGCATAGGATTTTGGCACATAAGAAGGTT AGAGATGAAAATGCATCTTGGGAAGTGTTCATGTCATTTATCTTTTGATTGTATGCAAGG AAACAAACGAGGGTCTTTGATAGGGTTCAAGACCCTGTGTAGAAGTCTGAGGTTTCACTT TATATTTATGTTTGAGTGAAGAATATTGGGTATCTAGCTATTCGGTTAGATTACTTAGAG CCAATTTGTTTTACATAATATTGTACTTTGCATGCTGTCTTGGTGCTTTATGGAGTTTAA TTAACTAATAGATGACAAAATATTATTTTTCTTATTTATTTATGATTAATCTTTTCAATT CTAGGTTTGAATTGCCTTATTTCATGGTTCTCATTCTCCTAACTTTCTTAACTGCTCTTT TTGACTTGTAATTGAGCCAATTATTTTTATCGAACTCTTTCACCCAATGTAGTTGGATTA GTAAATTCTTCATGAGGTGTTTCCATGGGCTAATGGTCTACAGGGATGAAACAGATATCC GTTCTGGCAAACGTTTTCTTGCATCTGATTCCTGCTTTAGGTGCAAGCATGGCACTCTGT GACTTGGTTGTGCTAATCAAAAAGATGTTAGATAGTTCTCATGTTCAGTATCATGAATGG CTCTTCAGGTTTTCACAATTGTCAGTTTGGGTGAGCTTTGCACTTCTCTACCACATTATG AATTTGTTTGCAACAACTTCCATTTCTCATCAGGCATACTTTTACAGGCTACCATTCTGC TGGTCTTGAAGTGTGGGTACTGCTATGTTGTTTGCTGCAACCCCATCATGTGTGTTTGGT GGATGTTGAAATTTCTTCTTTTAGTACCTCATTTACAAAGAGATTTTACTTCTCTTCAGG TACAACTTATAATTCTGAGGAAATTTTGTCTGGTTTTCTCTGCACCGAGTTTCTTAAAAT AGTGGACATGTTGGATCTGTGAAATTTACTTTCTCGAAAGCTCAGTTTTTATGTGTTAGT AAATGCATTGATCAGTTTAAAAAATGTACCTACAAGTAAAAATGCTGAATGTTGTTGCAC TTCAGAATCAGAGTTTAATTTTTTTGTTACTTTCAACTCAAATTCTCGTATTTGTTGGGT ATTGGTACTTTATTGTGCATTGATATTGGATTCTTCTAAAAATGTTTTTTCTAGGCTTGA CTAGTGGTATATTTAACAAGTATGCAGCAGATTACGGGTTACCACCAACTCTGGTGTCAA AGCATATTATTAGATTCTTTACATTAAGCTGAAGATAAAGGTGGTATTATTATCTTATGA ATCTTTTTGGTCCTCATGGATATACACATTAAGGTCTCTGAACCAACATCTTATGTGAGA GAAAATGTCTGTTCGGGAGGAGGCTTTATTGGTCTTGAACAATTGTTCATGTTTGATTCT TGATACTTATCTTGCAACATTTATCACCTAAATTCTGCAGATAACTGAGTGTTGGAAGAG TCTAATATGATTTTGCTGTTGCAGGCTCTTTTGTGTCTTAAAGAAGGCTTCACTGCTTTA GTGGATATAAGTTTTGGAGTTTTGATTATTATAACCAGAAGTACAACAAGGCCTCAGAGT AGTAGGTATTTCCTCTCTTGTTTTTGGCATAATGTAATTGTAATGATTCAAAGATCCAGC TATGGTTATGTCATCTCTGCTCCTAGCCTCCTTGTGTAGTGAATAATCACATTGAACATC TACATAAAGATTAGAGGTTACCTGAGAGATGAGAGGCCGGAAAGAAAAAAGTTAGTCATC CTAGTAAGGAGTAGTGGCTGATAATTTTAAAAAATTAGAACTTTGTGCCATTGATGATTA TGGATAACATATACACTATTAGCATTAAGCAGTGAATGCAAAATAAAAATAAAAATGAAA GGTATCTTTTCTTGAGATGAAAACAAACAAATGCAATGGATTTAGCATAACACCTCTCTC AAAGCAAGTTTATTTCAAGTGTATTAAACATACTGGAGAATGAATGACAAAATGTAATGA AACTTAGCTATGGTCCACAGATATTTTTACCTGTTATTTGTAATCCAAAATGGGATCATA AAATATTCTAATCCTCTATCACCTTGCTAAGTTAATATGAAATTACATCCAGATTTTGCA TATTCAACCAGCTATTGGATATGTATAACAGTTTAAATGTTGATAATCATCTAATCCCTT GAATGCATGTTACTTTGACTGTATGAGCTTTTCAAATTTTAATATGTACACAATAATTGT CTTGCATAAAAGTTCTCCTTTATATATACCTGCATTGTGTTGGGTGATATAATCCATGCA GGTGTATAGAAGTTTTTTCCATTTCATCAACCTGGAGTCATCATATATTTATTTTTTATC ATGTATTTTCGACATGACAATATGATCTGGCAACAATTTGTCAGATTTTGTAATTTCATA TATATTGATCAAACACTGATTTGTCACTTAAAGTTCATTTATCCAGTAGGTAATACATTT GTGTGTCTTTTTTTTCTTATTCAATAATCACTTCATGGTTAATTGCAAAATAAACAGTTG CATGGAAGAGGAATTACTTCTGCCCAGAAAAATGGACACTGGTCAAGGTAGCTCCAGAGG AGTGGTATGTATATCTTTTCCATTGATTAAGATTTTTCATCCTATTTAATATTTATTGAA TTTCATCATGGTATTGTTGTATATGAAAACACTGACACCAGTTTTATCACTTTGGAGATG TCAGAAAACACTAGTTCTCTGTTTTTTTTTTTTTTTTAAAATGTCATTAACTCTGTACGT TCTCTCTGTTAAATGGTGAGGAATGCATCTTCCTTTCTACTTTGTACACAAGCGAGTATT GGTTGCCTATAACATTTAGTTTCTATCTTCTATCTTCTGTTCATTCTTATCTTGGGACAA TGGTTTCATTGGATATTAGTCAAAGGGTGTTGTATGCAACTGCTGGAATCTGATAACATT CAAATCTGTCAAACCCGTAATGGAACGCGGAGTAAAAAGGCAGCTTGACTATGAAGATTT ACTTGAGCTACCCACTGATATGGATCCTTCATCCTGCCACACTTTGCTGTCAACATGCTG GAAAGCTCAACAAAGAAATGAATATTCTCATCCTTCATTAATCAAAACAATATGTCGTGC ATTTGGATGGCAATATTTCCGTTTAGGTCTTCTGAAGGTAATATATTACCACTCTATGTT AGTTTCGGAAAGTTAGAAGAACCAATGTGTCAATGTCACCTAGCTGATGCTTCTCTGATA AATTCATTGATAAGAAGTTGTAACTATACGACTCGATGCATATACATTGGTTTGATGCTG TATAATCTCAACGTAATGCTTCCTGTGTATGTTGTTGTTCTCTGTGTGAACTTGCCAAAT TTTCTCTTTTGGTTTTAGGGCTGACCAGCTAACTCCCAAATTATGCATTTATTACACCAG AAACTTGATTTATAGAGATATATATTAGAGAGACTATCATTCTTAATTATAGTTCTGTAG GGATAGTGAAAATTGCAGGATACTACATTGTGACCAAAATTTTGTGCTAAGTGTGTGACC CCACAAGTAAATTAGAAGATCCAATGATTCATTTTCAGTTCCCAATTTCGAAACCCCTAT TCCGCTTGTCCAAAAATAAATACAGCCCAACAGTTCCCATCCCCAAATTCCTGTTAGAAA CACTCAAAATCTCACTGTGCTAGTTTTGTTCTCTTAATATAATTCAAACAACTCTAGATA ACCAAATCAAAACCTTTACCATGACCTATGACTAGACAATGAGAGTCAGTAGAATAGGAC AAGCGAACTGCCTACTGATTCCATAAAGGTTTATTACAGAGAGCTTTTGCATAATGCAAG CTGGTAACTGATGAAAGTTTTTTCTGCTTTTTGGTGACTAACTTTTTATATTGCATACCA CAAGTTTTTGGTGTTTGCTTACGTGGCATCATAGGCAATGTTTTTTTTAAATATAGGGAC TAGTTAGATCTCAAGACCAATATATGAATTTGATAATGCATTCTTTATTAAAATGAAGTA CTGAATTTGTTAATACCTTTTTTGATCTTGTCAATATATTCAAAAAGTTGTAACATTTCT CGATTTCGTAGGTTCTTAATGACTGTCTCAGTTTTGCGGGTCCAGTGCTTCTCAATAAGT TGATTAGCTTTCTACAGCAAGGTTTGCATATACCGATATTTCATTGTTTTCCAGTATCCT TCAGATTTTGATTTTAATGAACTTAATTCATATTTTTCACTGGAAAAATGATTATTTCTC TCTTGTTTTTGGAGTCTTTGATATTCCAAGACAGTTGCTTTTCCTTGCGTTTCAGCTGGC ATAACAATTAATGCTCTGCTAGAGTTGATTATAACCTTGTTTTACACAAATGCGATCAGA AGTTTCTGAATGATTTCTCGACAAACAACATAATGCCTTCATAGAATTAATTCTAACCTG ATCTTGGTACATGTTCTGTTGAAATTTTCAGAATCATCAATCTTGTCTCCATTCAGTTGC TGCAAGTCCTCTTTTGGCTTTTTACTGCAGATGTTTAGTCTCCATCAATCATTAGAGTGT AGCTTTTTAGTTGAAGCTACATGCTTTCTTTTCCTTTACAAGGATTGTAGTATCTTCTGA TCTAACAGTGTTATTAACAATGTTTGGCTTTAATTTTGTCTGACATCGAACTCAATTTAA CATTGATCAATTGACTATTCATTTGATAAGTGTGCCAGATGTCTTCATGACTATTCGTTG GTTCTTCTCAAACATTCTCAAGGTCGAATGACACTTTGTGACTGGTGTTCGTACTCTTTT TTAACAGGTTCAAGAGACTATGACGGCTATATTCTTGCACTGTCCTTGGGCCTTTCTTCT GTCTTGAAGTAACTTTTACTCTTCGTTCCTGGAATTCACTTTAATTTCAAGTTATGATAT GTTTTGTCTTATTTCAAGTTCTTCTTAAGCTACATGTTGTTCTTGGTGACTTTGTAGCAG AACTCTAGTTGCTGACAGAATTCTGATGCCCACTGTTGTCTTGCGCACACATAAATAAAG AAGAGAAAATAGGTGTAGACTAGCCTGTCACAATCTACATATCTAACTGTATTATGAGCA TTTGGGATTTCAAGTTGTATCTCATGGTAACTAGGTTGTCACAATCTAACTGTCTAACTG CTTAAGGTGTTAGGAAGGACGTGTTCATATATTTTTCTGTGAAATCTTAGAAGAGATGTC ACTTCCATGTATAATAAGCTATAAGCATGTGATCACGTTGGGTCTTGGATAGGTGTAGAC TTTTACTTTAAAATTTGCTCTTATCAACATTTTCTTAGAGTGGTTTATTTCATCCTATCT CTGTATCACCAACCCTTGTTAGAATTTGCTTTAGTTTTTCCCTTTTGAATTTGAGTTTTG GAATATTCTGTATTGGAAATGGAAAGTGGATTTTAATTGGAGTTCTATACATCTCATGTT TTCTCTGTATTCTTATTGTGACAAGCTTACTACCTGATCTTGTTATCTATATTCCAAATA CTTCTCATACTAGCTAGCATGCAAAATGTCGTTCTCGAATTTGTCTGACCTTTTTAGTTA TATAACTTATATTGTATGTTACTATTAAGCTCTGATTATGACACTAAGTATCAGAAGTTC TTTGTGTAATGCTGCAGATCGTTCCTTGATACACAATATACTTTTCATCTTTCAAAGCTC AAGCTCAAGCTAAGATCCAGTATCATGAGTCTTATTTATGGAAAGGTGAATCTTCTTTAT CAGCAATAAGCTATTACGAGTTTCATCTTTATCATCTTGAAGAGTCTGTTCTATAGCCAC ATTACAGCTGTCCATATTGCATCTTTGTATCATACTATTTATCTTCTTATTTGGATATGT TCATTTTGTGATTTATATAATGAGTAATTTTATATATAGACCATTTACATGGTAAAGTGG TTTTTTAATAGCTTCTTTGAATTTGGACAGTGTCTGGTGTTTCTTTCTTGTCAAATGAGG AAGACATCTTTTGTCATTGTTTTCTAGTGAAATTATCTTAATTTTTTTAGCTTTCAGATA CTAGGTCTTAGCTTTTTAAGGTCTGAAGAATTAGAGATTCCTATTCCAACTGAAAAAATG TTGTTGTTTTCTTATGTTCTCAACTGTATGATTTTTGTCTTTCAAAAGCCTAAACTGGAA ATTTTTACAATAACAACTATGCTTCAGTCCCAAACAAGTTCGTGTCAGTGATATGAATCC TCATTTACTATGTTACTCTTATAAACTCATCTCCGATATTATACAAATAAAAAAGAAAAG TACTCGAAGTTCTTCATTCAGATTATTTCCATTTGTGTATTTCTCAAACTCGGAATGTGT CCTAAATGAAATATTGACATTCATTTTGTGTTTGGTTAAAGCAAGTACATTAGGAGTTTT GAGTTTTTTAGATAGTAGATATGATCGACAATGATTTGAGTGACGTTCTTATACTAATTG TTGTTGTCTAGAGTACTAGTGAGAAAAACAATACATTGGATATTTGTTCCATGTTAAGGG TGTCCTACTGGTCTTCATAACTGAAGACTAGGTAGGAGGGCCAAGCTCCATTTGCAAAAC CCAGGTAATCCACGTGGAGAGTACCTTTTTATTTATTTTGAGTATAATGGCCATAGGATT AGTGATATATCTACCTTTGTTTTTCTATAGGTGTGGCCATGTGTTGTATACCACTTTTCA AAGCCTAAAGTGGCTACTGCTTACTTTTCAAACTTCAGATCTAAGTGAAAGATTTCTATC TACAAGATATTTTGTGACTAACAATGCCATTTTTTCCTTTCAAGTGTCTTTCTGTTAGTT TGGCCGAGAGATCAAAATTTTCTGAAGGAGAAATTCAGACATTCATGTCTGTGGATGCGG ATCGAATTGTGAACCTGTGTAATAGTTTTCATGATATGTGGAGGTTAGTATTTTCTATCC CGAGAAGATCAGTAACAATGTAATTGGTTGGTCCATCACCCCCACCCCACCGGCCCACCC CCAACCCCAAAATAAGATATTCAAATGTAGATGAATAGAACTTCCTTTTGTTTTCTAATT TTTTTTATGGCCGGTTTTCGAAAGATCTAAGTAAAGGCTTAATCCATGCAGTAGTGGATG CTTTTCTTTTTTGTAAGTTATGATATTTTATACATGGTATAACAGCGCTAAATAGTGCAT TCAAAATTACAAAGTGTGCATAGCCCTGATCATATATAACGTGGAATCTAAATGCAACTA AAATTTGGTATGATGGGTTGTGCTGATAAATCTTTGACTTCGAGACTTTGTGTTACCTTT GTTTCTTATACTCGAGTCTCGATGCATATTCATGACTGAATATTCATGTATTTTGTTTGA TGATGCCACTGTTTATTTCACTATCTGACCCTCAATCTTAGCTTTTCTGGGGATAAATAG TGATGAATTGTTGCTAAAAAGATTGGTACTGCTCTGCAATATGTTGAACAAACTGTAATG TGTTAAATCAGGGTATAGAGAAAGCATCTGTTCGTATGCATTTTTTCTTTTGTTCTTGCT CTTCTTGTTGCTTTTGTTGTTAAGTGCATCTAATAAAAAAAAAGAGGACTTTTTCAAGAT CTACCTTAAACTCACTACTCCTCGTGACAAAGTGTGCTTATTTGAAATGTGATGAAACAT ATTTGAAGCCTTTCTTTCCAGATAACATCTAGCATTCTGCCTTTCTGAAATGATCAGAGC TCTAATAAATAAAGAATGAAGTTTCCCAAGCTTGGATTTTGTCCATTTTTCCTTTTCTTG GTTTCTGGATGTATTAATCATAAAATGCATCAGTTTGCCATTGCAGATTGGAATAGCTCT TTATCTCCTGTATACACAAGTCAAATTCGCATTTCTTTCTGGAATAGCTATAACAATATT GCTAATACCAGGTACTAGATGACTCTGATATAGATTTGAACATGCTGCAAAATTAATTGA CAATTTAATGCGATGTGTTTGCCTAAATACGAAGCGCTCATATTACAAGAGACAACTATA TGTTTAAGTTGGTCTGATGGAAATATGGTGTTGCTATGATACTAAGGATATGGACAGCTT GCTTATTTGGAGATTTTGTTAGTGATAAATATTGATTAGTTGTCACTAGAAACGTTGTTG ATATGATTGTGTTGTGCTTAAAAATTTTGTCCAGTAAAACTGTCAGTATTTTCCATAACC ATGGTAATTTGCAGATCAGTTTTCCTTGATGAGAGGGATTGATGAAGGTTTAGTCCCTGG TTTCAGGAGCAGTTTATTTTTTTCGACTAATATAACATATCAGCATCTGTAATAAAATCA GTAGTCTTTGTTGTTTAAAACCTTGTCCTAGGTCGTTCTTGATATGCCAAGGTCTTACCG GCTTAGTCAATTCTAGAGAAGGCTTGACAATTGTTGTTTTTTGCAGTTAATAAGTGGATT GCAAATGTAATTGCAAAAGCTACAAAGAGCATGATGGAGCAAAAGGATGAAAGGTATATG CCAGCAACTCTTTAGAGCCTCGCTGAAGTTCATATGGGACTAATATTTTGGTTGCAGTTC TCTTTTTCTTATTGTTTTATCTTCTTTTATCTAATATCCAATCCTGAAATGTATATTCAT TCATTATTTAAACATTTCTTATCATAAGAGAAGTATATTCATTCATTATTTAAACATTTC TTATCGGAAAAAAGTATGTTCATTCATTATTTAAACATTTCTTATCAAGGAAAAAAGATG CATGTTCATTCTATTTCTTTACGTAAGATATTGGAAAAAGAAAGTGTCTATTGGTCCGCA TGTTTGATAATTACAATTTTACAAATTTCTTTTCTAGACCTGGCAGAGAGTTTGTAGTTT GTGACTCCCTGAATATGATCATATCTCTTAACATTCCTTTGCAGTTTTTGTCTGGTGACA AAAGTTGCTATAGATTGTTTACTAGAATTAAGTAGAGTCAAATCAGTGTTGCATTTTGCT GATACTAAGAAATAGTTCACATCTTATCGGTGATGTTATTTTACGTTGTCGTGAAATTAT TATGTTGCCTTTTTTCTGAAGTGTTTGTTAGCTTACAGAAAGCAAATTTTATGTGTGTGG TAAAGGGAGACATATAAATGAGAGCAGATAGGTTTAATATGCAACCAGACATTTAAGGCG TCTACTTTGGTTGGATTTGATCAGATAGCAACTAAAGATACCAGATGGTTGCTGGTAAGG AAGTGTTGTATGACATAAGTGAACAAGTTGAAACAGTTCTTTTCCTTCACAGAGGAGAGA TGATTTGTATTGTGATCTTGTCACATCATTATATATGGCTGGCTTAAGAAGAATTGAAAT AGAGCCCAGGGATAATTTTGAAGATCGAATATTGTTCCACCTGCTTAGATTCATGCTGAA GTTATGATCAGGCCTGAATGCTGGACCAGTTAAAAGATCTGTACACACTTAATCAACAAC AGTTTCTGGAAGTATTATCTTGTAAGGAAGAATTAGCTTACTCAAAATCAAATAGTTTAA AGAGACGTTCTTTTAAGCTGCTGACTTTCCATACTTAGGTCGATTCTGTCATCATGTTAC TAAGACGTTGGACGTTCTTACATTATCCATCTAGTTCCTTCACAAATAGGAAAGTGCTGG TTGGATTCTTTTCAGAGTCAAGCTGATGGTTCTACTTGTTGAAGAGAAGTATTTAAAAGA TGGTTGTTTGTGTATACTTCTTAGGGTGGGAAGGAGTAGAAAATCTTGGATGCATATCAT GTGCGGGTTTTTTCATTAAAAATTACAAAAGAAGGGATGAGTTATGTCTTTTGAGTTTTT GTAATTAACATTCTCTATATTTGTTATGATATATTGTCCATTCCTCTTTGCAGGATAAGA ATGACAGCTGAGATTTTAACACATATACGTACTTTGAAAATGTATGGTTGGGAGCTACTT TTTGGAAGTTGGCTGATGAACACGAGATCGGAAGAAGTAAAATACCTTTCGGTGAGACAA TTTTCTTCTTCTTTCTAGTACATTTTGTTTGATAATAGCATGAGCCATATGACTTAAATC TTGAATGTAAGACTTTTTCATGTTAGACTAGGAAATACTTGGATTCATGGTGTGTTTTCT TCTGGGCAACAACACCTACACTTTTCTCGTTGTTCACATTTGGACTATATACTTTGAGGG GCCATCAACTTGATGCAGCAACGGTACAATGACGGATTCTAAACTACTTGCTTACTTCAG TTCTTCTTTTTAATCATATACATTCCTAATTGTTTGGTTAATATTGCAGGTTTTTACTTG TGTCGCACTGTTTAACAACTTGATTTCTCCATTAAATTCATTTCCGTGGGTCATCAATGG GTTAATTGATGTAAGTTTTGGAAATTCTTTTCTTTGAGAAATTATCCTCCTTTATTCTAT AATATCTTTCACTTTTTTTGTTTTGTTTTGCAGGCTGCAATATCTTCCAGGAGGTTATGC AAGTATTTATCTTGTTTTGAGCAGGAGACAAACATGGAACAACCAACCAATTGTTCGGTT TTCTCATGCTCTAATAAGAAGAACGAATTGCAAGATGCGGCTGTTGTCATCCATGATGCA TCTTGGACATGGTCGAGCAGTGACGAGAAGGAAATAGATTTGATTGTGGATCCTGTTAAT CTTCTTATTCCGAAAGGTTTACTGGTTGCAGTAGTTGGAGAGGTGGAACTCGACTTGATA CTGTTATAAATTATTTATTTTATAGCCGTCAGCTTATAAATGTAAGAAAATATGGAGCAG CATGCCTTATTTGACATGAATCTTGAGCATCTTAAGCCTTTGTTCTATGTTTTTCACTTT AAGGTTCCCTTTTTACCATTCACAAACTTTTTGGTTATCCGGTGGCATTTCATAAGTTGA TGCAGGAAAAAGCAAACTAAACAAATTTTGAATCAAGTTATATTTGATATTTGTACACTT TTGTCTTAAAAATGGATAATATGTTTAGAATTGTAATTGCAAAGCATCTGCTTTCTTATT GGTGCAAAAATGTGTTATACCTGAGCTAGTCAGGAGTACTGCATATGTATGACTTTCTAT TTGTGCCTCTCTTTTCACCGTGTCCTGTTAGAGAAGTTGGAGATATGATTATAGTTGCAG GAAAAAAATCTGGATCTATATCTATGAGATCTTTCTATACTGTTGCTACATGCAGTCTAG CGCAGACACTTTCTTTATTTTAATTCGCCTTAGTTCAGAGTTTGGTGTTTATAACTGTAG GGAAGAAACTATGGTTGGTGCAATACTGTTTTACAATAAGAAACTATACCTCCCTTTTCA AGCATATGTAATGGGTGTAACATATGATGCACTAATTTGCTTGATTGATGTTATCCAGAG CTTCTACTCAGCAAGGTTACTTCCCCGAAAAACTATTGTTTCTCTTATTATTATGAATAA CTTCCTTGCAGGTTGGTTCAGGGAAATCATCCTTGTTGAATTTGATTTTGGGGGAAACGA GGCTAATCAACGGATCTGTGTACCGCGATGGTTCTATAGCATATGTTCCGCAGGTGCAAA CAAACTGCTGTTAAGATTTGATGTGTTATGTAGCACTCATGATCACACAGTTTGCCTGTT TTCCAGGTTGCTTGGATTCTCTCAGGAACTGTACGTGATAACATTTTGTTCGGGAGAGAA TATGATCCAAGGAGGTCTCTTTCCTTACATTTTGACAAGACGATAAGAATTTGTTTGGAT AAATTTCAGTTGCATCGAGTTGTTAGTTCTCAGTTTTGCATTTTCAAAGTCCCCATTCTT CTGGTTAAACTCAATGTTCTTGGAGATGATATTTTGTATGCTTGTACCATTGAAATGCAT ATCTGAAGGTTTATTGAGGAGTCACTATTTAACTCAATCTTCTTGGATTTTGATGGGAAC AGATACTCAGAAGTTTTGCGAGCTTGTTCCTTGGACTTTGATATTTCCAGAATGATGGGA GGTGATATGGCCTTTGTTGGAGAAAAAGGATTTAACTTATCTGGTGGACAGAGAGCTCGT CTTGCACTTGCCAGGTGACGTGATTCTCTCTCTACAAATTGCCAAGGTACTTGTCTAGTG ACTGAGTACTGAATTCTTTGATCTTCTGACAAGTTTTTCTGTATCTGATAGAGCTGTTTA TCATGATGCGGAAATATACCTTCTTGATGATATTGTCAGTGCAGTTGATGCACATGTTGG TAGTTCAATTCTACAGAATGCAATTCTTGGTCCTCCAATGAATCAGCAGACACGAATCCT TTGCACACATAACATTCAGGTTTCCATTGATCGACTTCCCTTTTCTGCTCGATCTAATAG GAGCTTTTTGAGATTTCTAAACATCTTGTTGAACTCATTTATAATTTGTTTATTCTCTAA CAAGAAATGCTGAAATGCCAGTTCACGTCAAAGATTACAAGGGAAATAATTAGAAAAATA TCCATAGGAACTTCTTTTAAGTAATGCGTGAAGGCAGTTTTGACATGATCAGTACGGAGA TAGCCATTGTTTTTTCACAGCTCATTGTATTTGCAAGTACGAACCACCTTTCCTTAAGAA AAGTATAGTTGGCATTAATCATTGAGATGGATAATGCACGTGAATGTATCATTGTCATGC AAGGAGTTTTGTGTATCTATCTCTAGTGCACATAGTTTTTTCCTATATTCAGATGATACT GATCAGAGTTACAGAACAATTTTTTCTTACTTCGCATTTTAGTCAAGTATGTATAGTAAT AATTAGATCCTGTATTAAATGAAAATGGCTCATTTTAACAAGGATCTTAACTCAAGTGTA AGATCTGATTAAAATTTACTTCAATTGATCCCTGTGCATTTCTGGAAAATCTGTATGCAA GTTAATTTGTCTTTTCTTTCTAATGACATGAAGTTCAACTATCAGTGTGTACGTCACAAG GTGTGTGATGTTGATTCACGCACCAAATTATGTTGATGAAGCAATTTACTATTTGTTATA TTGGATTTTTTTTTCAGAAAGAACGGGAAAATGCACTTATATTCACGAAGATGCAGTAAT ATTAGGCACAGCTAACATCTTTGTTAATAATTGACTAGATGTTGGCAATACCGAGGAACA TTCATTTAAGATATTTTAAGTAGTGTTTGTCTTAAATGTACTAATATAGTCTTTTACTTT ACAGGCAATATCTGCTGCAGACTTGGTGATTGTGATGGATAAAGGACATGTGCAGTGGGT GGGAAATCCAATTGATTTTACTTTTCCCTCTGATGTAGCATTCTCAACAATCGATGAAGT TAGTAGTTGTTCTGAAGTTCAACAGCAGGATAAAAGATCAAATATTTCAAGTGAGATCCA GCAGAGAACTTCAGAGGCTGATGTTATATGTACTCCTGATGAAAATCAAGGGACTGATGA ATCAGAGGCTCGGAAAGAAGGAAAAGTTGAAGCCATTGTATACAAGTGAGTTGTCGTTTT CTTTTAACATTAGATAATTCTACAACACCAAATACACTTCATTGTCTAGCTAGTTGTAGT TGTGCCCGTGTCGAATCCTCCAAAAATGCACTACTTTTGGAGTAATCCTAAAAAAACGCG GAGGTACTTTGAAGAGTCTGGGCAGCATATGTTTTATTAGACTTTTTGTGGTAAGATCCT GCCTGTGATGAATTCAGTTTGATGATTTTGTCATTTTATGTCTTGCAGGAGCTATGCTGT TTTTGCTGGTTGGTTCATCACAATTTTAACATGCCTCTCTGCGGTTTTGATGCAAGCTTC TCGTAATGGAAATGACATGTGGCTCTCATATTGGGTTGATACAAGTGGAAGAAACCAGAA ACCATATTCAACAACTTTTTACCTGGTAACTAGCCAACTACTAAAATTGTGTAGACCCTC ACCAAGTCAGTTTGTTTCCCCAGCTTTATTATCCTTTATTGGAAAGTTCAATTATAGTTG TAAGACTTCCCTGAAAATGGAAGAATATTGAAGAGCGCTGTCTTTGCGTGATATATCGTC TTCTTCTATGCATCTCCTATTATCAACCGAAGAGAAGATCTCATTTCAGATTCCAAGGCA TGGTGATTTCTTAGAAAATTCTATTGATGTCGCAGGCTATACTCTCTCTCTTCTGTCTGG CAAATTCCTTGCTAACTTTAGTTAGGGCATTTGCATTTGCATTTGGTGGGCTGCGTGCCG CTGTTAAGGTGCATGATCGATTATTAGAGAAGCTTATGAGTGCGCCCATTAGCTTCTTTG ATTTGAACCCAACTGGAAGAATTATAAACAGGTATATCTGATCAACCAAGAAATTAATTG CTCTTTCTTTTGACATTATGTAATATATACTGACTGGAGTATGCAGACTGTCCTCAGATC TGTACACTATTGACGATTCTCTTCCCTTTATCCTCAACATTCTGCTGGCTAATTTTGTTG GCCTCTTGGGGATTGCAGTAGTACTGTCATACGTGCAGGTTAGCTAGTTCCTTGTTTTAG AACCTTCCAGGGTTCCTTTTTCTAGGTTATCTAGTACAGCAGCCCACTTTTTGCTTGATA GAATTTCTGCTTATAATAGGTTATGCATGTATGCAGGTCATGTTTTTGTTTCTGTTAATG CCTTTCTGGTACATCTACAGAAAACTACAGGTAAGTTGCAAAATTTCTATACATCTCACT GATTATCAGCGACACTCCCACATAGTGCACATGCAGCGTAGCACATAATATCTGGGAAAT TTTGATATATTTATTCATTTTAGCTTAGTGAAACTTGGGTATCTAGGGATTTGTTTTTGT AAGATATAAAGCTTGTCGAATATGGGGTATTTATAGATAGAAATTTTTCAGTAACCTATT CATGCTGCTTAAAACATGAACATTATAAAACAACCAAAATTTCTATTTGCAACTCCTCCT GTTTCTCTTTTCATGTTACAGCACAATCTGAGAAGTCATGCTCTTGATCCACATTGCTAG AATATCAATTAAGGTTTTAATTAAATGAGCTTTTTCTTGAAGTCTGTATAAAATATTTTG ATGCGGAATGCAAAACTTGGCCACTGTAATAGGTAGTTTCGCTTTCGATACTTTGATTTG ACAGAATAACTGAATATAAGATCTTCAGCTGTATTACAGGTCAACATCACGTGAGTTACG TAGATTAGACAGTGTATCTCGATCACCTATATATGCATCTTTTACAGAGACTCTGGATGG ATCATCAACAATAAGAGGCTTTAAGAGCGAGGTAATTATATCCTGTTGTTTAAATTAGAC TTCCCTCTCCTAGGAGCATCTCTGTCTTTTCTTTCCGGAGGATATAATTTTTTATTCCTG CTTAACAAGAGCTTGTTCTTGTGCTTATCCATATGTGCCTATTGAAAGAACTTTTGACTG CTTCACCTTGTGCGATCAATCACATCTTTGATCGAAAGGAGGAACTACTTTAAGAAGTTT CTGCTGACTAAAATCTCCCTACCAAATTTTAGTCCAAAAATTATGCTTTTCTGCTCTTAC CAAGGATTTCTGAAAGTTTTAACATGATACAATGACAAACTTTTTGATATCTTGGTAGGA GAGTGAGAACACACGTTATCTTTCTTTTGAAAAAATGCATCTGTTTGACAGGACATGGTC ACAAGTCAATTTTCTTTCTTTTGTTAGTTTTTCATTTATCCTGTCCTTCGATAATGCATA TTTATAAAGATATCAGGGGTTGAACATCCCCATATTGAGGAACGTAAGGTTGCAGTGAAC TGAAAATGCAGTAGTTTAGTAATTTCCCTTGTACATCACACGATGAGGGAATGAAGTTTT TCCCTACATTCTGCCCTCTATAAACAGCATCATAAAGAGCTCCTTCTGGCCTCTTCTTAT TGTGATCCTATTTGTGGAAATTATCATTCTGAATGCTCTGTATTCCAACTTCTCCAAGGG GAATTCGTTGTCCAACCACCTGTTTCTCCATTCTGAAATTCAAACAAACTCTACTATTGG GCAGGATCTTTTTCTACTCAAATTTAATAAGCATCTGATGACATATCAGAGGACTTCGTA TTCAGAAGTAATAGCAAGTTTGTGGCTCTCCCTGCGCCTTCAGGTATGTCTTACACTCTC AGTATCACTTTAGGGGAACTACTACTGATTTCTGTGTCACCATTTTCTTAAGTTTGACAA TTGTGATATGTGACCTTTTGTGGGTACGCATTTCTCATTTGTGTATGTAATAACATAATA CTCAAAAATTGATGTTATCGTGATACTAAACGCTATCGTTGATACTGAAAATTTATTTTT TCAGTTGCTTGCAGCATTTATCGTCTCATTCATTGCGGTGATGGCAGTTATCGGTTCTCA TGAATACCTCCCCATCAATTTAGGTACTCCAGGGTTGGTAAGTTCTTAAGTGATTCTTTT GCTCTTGACCCTTTACTGCAAAGCAATCATAATCTTCTTTGAATTTGATTTACCGGTTCT TAATGAACAGGTTGGTTTGGCTCTCTCATATGCGGCTCCAATTGTATCTTTACTTGGAAG CTTCTTAACAAGTTTCACAGAAACAGAGAAAGAGATGGTTTCTGTTGAGAGGATACTACA GGTGACTAAATTTATATACATTCATAAAAGCTTTATCACACAAATTGAGATCTCCTTCTT ACTCCACATTCTATAGTATATGGATGTCCCTCATGAAGAAGATGTTGGAGGTTATCCATT ACATCCACAATGGCCACATCAAGGAGAGATCAATTTTGTCAATGTGACTCTTAAGTACAA GCCACAACTCCCTCCTGCCTTGTGTGGTGTTTCCTTCACCATTGCTGGGGGAACACAGGT CTGTTTGTCTTACATGATATTCTACCTTACTTGAGAATTTGAATTATGACATATGCAAAA TCATTTGAATTATGACACATGCAAAATCACGCGTCTATAAGATGGCATAAAACTATCCCA AGAGATGATGGTTGGAATTAATTAAGTGTTACTTCTCTGTGTTACAAAAAGACGGTTGTT ACTTGTATATCAAGTCATCAAGCTAATTGTATGATTCCTTGTATTCATTGGAATTAAAAT GAAAGTAGTTTCACTGGAACTGTAGACAGCAACCTTTTATGATGATAAAGCAAATTCACT AACACTGTTTGGTGTTCCATTATCCGGATTCTCATGTTATTAATGGTAAGTGATACTTAT ATTAGCTTTAAAAAAACGTAATAGTTAACAGAAGTGTTGTTTTAATTTGCTTTATCCAAC CCTTAAATGTTGTGATGAATATTCAAAGAAACTTTAACTTTTGCAATTTGTTAAGTTTAT TATACTGCTTTTTGGATCTCTTGGAGAGTTTTCTGGCACTAGGGCAATGCCATGAATCTC ATCTTTGAAGATATCAAGATGATCAAATGTGTCAAAAGCTATATGTCAAGCATGGGTAGG AGGGATGGGATTCAAGTGATGTGATATTTTGTATTGCTTTTCTTTAAGTGTTACCCAGAC CCCAATTGTGGGATTGCACTGGGTATATTGTTGTTTCTTGAAATGTTAGCTCCTCCAGAC TCCAGTGACGTTGACATTAAAGGTTGCCCTGTTACCTTATCAGGTTGGTATAATTGGAAG AACAGGTGCAGGAAAATCAAGTATTTTGAATGCCCTGTTTCGGCTCTACCCAACATGCGG AGGATCTATCATGGTTGATGGAGTAAACATTGCTGGTGTTTCTGTCAGATATCTTCGTTC GAGCTTTGCTGTTGTTCCCCAGGCTCCTTTCTTGTTTGAAGGATCAATAAGGTAATTGAC ATAGAGAGACATTTGTTGTGACTTCTTCAGTCATAATGTCTTAGAACATTCCCTTCCTTT TAACCTTGTGTAACATCAGTACTGGCCAAAGCATATGATTATATTAATGATGATTGGTTG GCAATATGGCTTCCCTTACATGTCTGCATAATAAACATCTCAGGAAAAATTTAGATCCAT TGCAAGAGAACATGGATTTTGAGATCTGGAATGTCCTAGAAAAATGCCACATCAAGGTGG AGGTAGAAGCAGCAGGTGGACTGGATGTTCAACTGAAAGGGTCTGGAACAGCATTTTCTG TTGGTCAAAAGCAGCTACTCTGCCTAGCACGTGCTCTCCTCAAGTCCTGCAAGGTTGTAT AATGAGTAAATCGAGTTACTACGGAGGTGTGTACATGGAATGGAGGAGAGCATACTGACA GGTTTACACTTTTCTGCAGGTGCTTTGCTTGGATGAATGCACGGCAAATGTGGACACTGA AACAACTTCAAAACTACAGAAAACTCTAGCCACCGAATGCCATGGAACAACGGTTATCAC AATTGCCCATCGCATTTCAACAGTTATGAGTATGGACAATATCCTGATTTTGGATCGAGG GTTCCTGGTAAACGTACTTTCTTGACAAGCTTCCCTTCGTTTAAACTGTCTAGACATAAG AATTGAATCATAAGAATATAACAAAAGTAGCTGGTTGCTTTGACATTTTTTAAGTCTCTT CGGGCTAATTATTTACTATTATACTTATCTGGAAAGTAGGGGTCAAACATTATTCCTTAA AACAAAGATTGTTGTTTTAATGTTCGGAACTTGGTTTAAGGCCCTACTGATATGAACAAC CAAACAAGTCTTGGCACTCAATCTAGTGATCATCCTACTGGTGAACATTCTACAATATTC TTCGATTATTAGATTGATGCATGTTATATAAGAGGAACGAAGCAGAAAAAGAAAGATCAT CCCAATTGTGATTGTTCTAGTTCCTCATTTTACTTTTTTTTTTTTTTTTTTTGCTTTACA GGTTGAACAGGGTAATCCGCGGATTCTTCTAGAAGATCAGTCATCCATATTTTTCAGCTT TGCCAAAGCTTCAAGAATGTGATGTAAATCTTCTTGAGTTGTTTAAAAAGTAGTATTGGC AACTGGAAGGATCTGTATAGTAGATAGAGCTAGCTTTTCAGAAGCACTCAAATCTTGTTT TACTTGTAATTCTAGTAGTTGCTACTTGCTAACTTATTAAGGTCCTGAACTGATTTTCAA GTGTGAAGTTGGTGGTGTACGTTAAATCCAGCATCTTAACTCGAAATGCAGCCTGAGTTA ATTTAATAGAAATTATAACTTTTTCCTACGAAGTAACTGAACTATTTTTTTGTTACTATT AAAGTCATTGCATATAATCTCTTTAAAAATAACTTTGGCAGGAAATCAAATCAATCTCAC CAGTGCCACTATGAAGTTTTTTTTTTTCACATTTGGTAAAAGTTCATTTAAACTACGCAG TTGCTTCATGTGTTCCCATTGTAGATTCACAAATGAATTCACCATAATAATTTGAAAGGA AAAAGGAAAAATAACTTTTACTGTTAAAATAAAGTTACTTTTACTCGTACCGTTATTAAT CTCGTTGTTTTGTGTCCTTTCAATTGGATGAAAATTCCCAAATCTACTAAAATTGTTTAA TTTTCCTTAAATTATCTAATTTTAACTCGATCTGATTCACTTAATTATAGAATTCATTTC CAAATTGTCAACGCATTTCTCTTAATACTAATATTTGATACTCTTTATTTTTTCACATTT GGTAAAAGTTCATTTAAACTACACAGTTGCTTCGTATGTTCCCATATCTATATAGCCTCA TTACAGTGAGTTTTCCTTGTATTGTAACTTACCAAAACTGTGGCCAATACTTAATAGATA GTTATATTAAATAAGAATTATCTTTATATGATTTTAAACGAAATCATAAAGAATGTAGAT TCAGAAATGAATTCACCATGATAATTTAAAGGAAAAAGGATATTTTGACCCCTTCATTTT ATTTGATTGACTATGCTTTTACTGTTAAAATAAAGCTCGTATTGTTATTAATTTCGTTGT TTATGTCCTTCAATTGGATGTATATTCCAAAATCTACTAGAATTATTCAATTTTTCTTAA ATTATCCAATTTTTACTCGATCTGATTCACTTAATTATATAATTCATTTCTAAGTTGTCA ATGCATTTCTCTTAATTAGATACTCTTTATGTCTCCTTTTTTTTTTAAATCAACAATATA ACGAACCACTACTAATTAACAAACACGAAAAATTATTAAACTTTATATTTTGGTGGTGTT TCATGATTGGTTTGTCACTCACTGTTTAGAGAAGGGTAAAGCATAAAGCAAAAGGCAAAA TGGTTGCTCGTGCAATTTTCGGTGAATATGACTAGACGATTGATTTTACACCAGCCCATA AAGTTAGCTAAATATTAAAAAATTTAAAACTAAAAAAAAAATAGCAACAAGAAATAAAAC AATATATAGAAGTCTATTGCTGGTGAAAATGGCCCCATCCCATTTTTATCAATAATTTCT ATCGCTAAATAGCTTCCAGCTAATTGAATTTTCATATACGTAGACGCATAAATTTATTTT TGAAAAAGGAAGCAAAATGACACATCTTACTCAAGGGTGGTGTGTTGGATTTTGCCATTT TGCCTACATCTACAATCTTACATGTTTGTCTTCATCAATTGAAGTAATAGAGCCAAATAA CACATGGCCACTACCTATCATAACCTAATTTTTTTTCATTTGCACAAACAAAACATAATG TAAATGGCTTAATTTTATTAACCAAGTAGTAATATTGTACTAAGAGTGTGATTAATCAAG TCAATCAATAAATTAATAGTATAGTAAAGTTGCTTTGCTTAAAAAGCAATATAAAGTTAG ATAGAGACTTCCACAATTGCATAGACAAAATAAGGAGACAAAGCATTTGTTTGGCTTTTT GGATATCCAATTATGACCCATCATCTTTTTCTTTTTTATTCTTTTTTCAACCTCAAAAAT TATAGTTTTGTTTCTTTTTTACTTTTACTTTTTATGTTTTCACTACAATATTCTTGAATC ATGGATCCAATGTTCATTTTTTTAGCTCATGTGTATATATTATTTAGGAATCAGTTTGAC AGTTTTCTTTTGAAAATACTCATTTTTATCGATCTTAACGAGGTAAAGCTAAGGTCTTTG TATATTCTATCATGGCTAGATTTTACTTGTGAGAATTCACGAGATATGTTACTCTTTACG TTCTTTTTTAGATTTAATGTTGCGTTTTTTCAAGAGACAATATGACTAATTCTTAAAACT GTGTTATATTAGACTTATTTGATATTTTAGAAATAAAAACTTAGATCGTCAAATTTTTCT TGTCAATATACGAAAAATATATCTTAAAATGTTAAACAAAATTTATACCCCTTCTCTCCT ATAATCTTTTTTGCGCGCGCTTTTTTCTTTTAAAAAAAATCGTGTCAACTAAAAAAAAAT ATTAAAAAAATATTGCGTTTTTCTTAGTTTCTTTAAGACAAAATATATCCCCAAATCTTA GACTTTTCTCTCTAATATATTTTATGCGTTTAAACATGAAATCGTGATATATATATATAT ATATATATATATATATATATATATATATATATTAAAGTTGTGCTTGTACTAAATGATAGA AAGTGTTTGTCCTCACAAGATAAATCATAAAGATATGCGAAGAAATTCTTTGGTTTAAAA GTTAATAGTTGTATAAACAAGAAAGACCTTTTATATCTTCTTTTTTTTTGTATTAAATAA TTCTATCCAAAGGAAATGAAAGTTGAAATAATATCACTTATTAATTGTTCTTTTGAAAAT GTTGAAAAGGTGTTTTTGCTACATTATATTATTACAATCTTATAATAAGGCATGCACAGG CTGTTTTTTCCGTTCTTGTCTCAATCTACTTAAGTCGTCGTTTTACTTTATTAGTGGGAA AGCACCTTATAATAAACAATATAACATCTATAGAGACATATTTCTTGTCAAAATTTTATC TTTTCTAAAAGTTAGATTTATGTGTTACTTCAAAAAACTCTACCTTTAAAGCCCTAACTT TTGTAATTACTACTACTCCGTTCCATATTACGAGTCACCTTTTATGCTTTTAGAGTCAAA TAGTTTAAATTTGATAAAAAATTTACGCATGGAATTTTCAATTTTTTTAAAAATGAAATT TATATATTTGCAAACTACGTAAAAGGTACTATGAGTCACAATAATTGATAATTCAAAATG TTTAAAAAATCTATGAAAATTTTACGGTAAAAAATAGACTTGTTTTTGACTCTTGAAATT CAAAAAATGATATATAAAATGGAACGGAGGGAGTATTTCTTTAGTACTCCTAATTCTCTT TGAATTGATATAATCAAGTTTTGAGTTAAAATGTGAATTTCCAATAGACATTATATGTAC ATTAAAAATATGATATTCTTTTTGAAAATTTATCAAAAACAATTCTGATCACATGTCAAT TTTTTTTAAAGTGTTTACTTAGAGGAAGTAATGTCTTGACGCAAGCGAGAAAAACATTAT TAAATCATCTAAATCATAATTGGTTATAGTGAATGAGATTATTATTAAAGTCAAACAATG AGGTGATTGTGTTAATACATTAAATGTTATTTTAGTTGTGACCTAAGTATTCAAAAATTC ATATTTTGTGAATATGCATGTAAATTAACACAAGCAGTTTTGCGTGAAAAACTCATTGCT TAATATATAGGTCTTTACCACATGACACAAGACCTTATTTGAAACTACAAAAACCTAAAT ATTAGTACAACTCAAGGATAGGATAAGATATATCTTGATAGAAACAAGTTCTTTTGATGC TATAGTAGTTGCTCAAACTAAAATATGTTAGATATTCAAAAGTTCTTTCACTTTTTATTT TTATCATAGTGTTGTGACTAGCTTTCGCATATTTCGATTAATTTTATGAGGTATTTGTCT CCTCCTACTAGTAAAAGATATCACGTTATTTTATCTATCAAGACTAAGAGCCTGTTTGGA TTTGCTTAAAAAAGATAATTTTTAAAATCAAAAATAAAAGTAGATTCTTGACTTCTTTGT CAAAACTAACTTAAAAATAAATTTGATCAACTTTTAAACGAAACTAAACACCTTCTAAGC AAGATGATCTCCGCTGAGAACCAAAAAATGAAATCCCATTAAATAATCAAACTAGGTCTC TCCAAAATCCAGATGGCAAGTAGGACACATTTTCCAGTAAACCAAAATAAACAAAACCTG CACTCAGAGCACTAAACTCCAACACACCACAATCACTTTTTTTTTCCCCATTGATACTGC AAATTCTTCTTTGTTTTAGTCAAAAGCAAATTCTGGCTTTCTGACCCCACCCCCACAACC CCAACTCCCCACTGTTTCAGTATTTAACCAGGGAAAAAGACTTTCACTAATTCCCTTCTG CAATTTTAATCATTATCATCCCCCTCAAACTTCAAACTCTAACTTACATCATTAAAATAG TACTAGTACAACATAACAAAAACTCAAAACTCTTTATTTCTACTACGACTATACTATACT ATTCCATCAAGTTACCATTTAAGACATTATACTACAAATCCTCAAATGGTTATCCAATTG TAAAGCAAAATCCTTCACTTCCTCCCCCTTTCAAGAACTTGACAAAAAACTCTTTAAATC CTCAAAAGTTCTCAACTTTCTTGAAATTTCTCTGCCCCAAGTGAGTTAAGAATCTTAAAT TTGTGATAGCAATGACTTCAAGACAGCCAATTCCTTCAAATCCAAAACCCATGTCAGGCA TAATTTTTCTCATCATTACAGTCTCAGCTTCACTTATAATCTTGTTTGCCATTCTTTATT TTCTTTACTATCTTTGGTATTCATTGGTGCATCGTTCTCGTACTAATCCTTATGATTCCA TTACACCCCTTGTTAAGCTTCACAGGTTTAGTTACAAAGAGTTGAAGTCAGCAACTGAAG GTTTTAGTGATTCCACTTCAATAGGAAAAGGGGGATCTGGAACTGTATACAAAGGGATTC TTAGAGATGGGAAATTGGTTGCTGTTAAGTTATTGGACTCTGGTTCATTTCAGAGTGAAA GGGAGTTTCAGAATGAGCTTCAGATTCTTGGTGGGATAAAATCTCCTCTTGTAGTTTCTC TTCTTGGTTATTGTGTTGAGAGAAATAAAAGACTTGTTGTGTATGAGTATATGCCTAATA GAAGTTTACAAGAATCCCTTTTTTCTGAGTCAAGTTTGTGTATGAATTGGGGTAGAAGGT TTGATGCCATTCTTGATGTTGCTAGAGCATTGGCATTTTTGCATCTTGATTGTGACCCAC CAGTGATTCATGGGGATGTTAAGCCTAGCAATGTGCTTCTTGATTCAGAGTACAAAGCTA AGCTTTCTGATTTTGGGTTGTCCAGATTGAAACTTGATGAGGAATTTGGGGTTGATATGT TTAGTCAAGAACTGGGGAAGAGTCAAGACCTTTCTGGGACTTTAGGGGGGATGACTACAG GCACTGAGACTCCAACACCAATTGGGACACCTATGGAGAGTCAAGATGAGGTAGATTTTG CTATGGCTTTACAAGCTTCTTCTTCTTCCAAAGGCAGTAAAATTTTCCAAAATATTAGAC CTTTTGGCTTTACTTCTGTTACTCAAAATTTGAGTTTTTTTACTGAGAATGATGCCACAA CTAGGAATGCCAAGGGAAAGGAAGTGTCAATTGTTGAAAATGGTGTAGCAAGTTATAATG AGGAGCTTATTAGTGTTGATCATAGGAAAGAGTTGGATTTGGGTGGTGGAGATGATAAAG CAAGAAATATCAAACAATGGGGTAAAGATTGGTGGTGGAAACAGGATGGTAGTGGTGAAC TATGTAGCAAAGATTATGTAAAGGAGTGGATTGGTAGCCAGATATGTCCATCAACTAATC CTGAGTGGGACTTAGAAAAGAAATGTTCACCCCAGAAAACCAGTTTAGATATTTCAGCAC CACTGAGTAAACCTGAGGAAGTGCAAGAAACCACATTACAAGGACAAGAGCCAGAAACTC TCAAGAAAGAGTCCGATAAGGAGATAACGGAGAAAACGTGTAATAAGAAGCCTAGAAAGA TGAAAGAGTGGTGGAAAGAGGAGCATCTTGATGAACTAAGCAAGAAGAGTAAGAAGGCTA AGAGACTAGAAAGTTTCTGTAAGAAGCGGTTCAAGATTCCACCTTTTGATATTGGTAAAC GCTTTCAATTCAAGAGAAAGAGGAAATTCGGAATGCAGGATGAGAATGGAGATGATCCAT ATGCAGAATTCAGTTTTAGGAAAGGTTGGAAGAGAAAGCATACGCGTTCAATGGGGAGTG ATATGTGGAGCGGTGATCTATTCAGTCGAGAATTGAGCAGCACGACAAGCATGATAGGTA CATTGTGCTATGTTGCACCAGAATATGGAGGGTGTGGTTACTTAATGGAAAAAGCTGATA TATACAGCTTTGGAGTTCTTGTCCTTGTGATAGTCTCTGGTAGGAGGCCATTACATGTCC TTAATTCGCCAATGAAACTCGAGAAAGCAAATCTGGTAAGCTGGTGTAAACAGCTAGCTC ATGCTGGAAATGTGTTAGAACTTGTTGATGAAAGACTTAAAGATGACTACAACAAAGAAC AAGCAAGTCTCTGCATTAACTTAGCACTTGCTTGCTTACAAAAAATGCCCGAATTACGAC CTGACATTAGTGACATTGTTAAGATTTTGAAAGGTGAGATGGAGTTACCATCCCTCCCTT TCGAATTCTCTCCCTCTCCACCTTCGAGAACGTTCAGCAGATCAAAAAGACGACATAAGA GTTACGCAGAATAGGAATTACTTGTCCATGTTGAGAAATTTTCTCCGAATGTATTTGTAG AATCACTTGTTTTTTCAATGTAAATATGATGAATGTATTAAATTTTATCTTATTTGATGA TTATAACTGCAGTCAACATTTTTCCAACATAACATAACTGCTAAAATTTCAAATTCCTTT TAGTAGAAAACATCTCATTTTGTAAATGGAGGGAAAACAAAAGACATTATTATTAGCTTC TACTTTGATATATAATTTAAATAAATATCACTTTTTCATGATAACAGTTTGGTCCACACT TCATAAAAATCTCACCTATTTAAGGCATTTCTTCAATTACTTCCTGTTTGGTGGACAATT TTGTTTTGCCTGTACCAGACAGGACCACTAATACATGTCTTCGAAAATGATCGGATGTAC GTAGATTTTATTTCTATTTTTATGTGAAGTTACAGAGAAATTGTTTTTGATAGACTCGAA ATTAGCAAGATGCACAAAACAAATAAAAACGTGTGAGGATTGTGAATGGAGGAAAGATTA TAGATTCTTAAAATCGAAAGAAATCAAATTTATATATATTATCAATTGTACAAATTATTA TTTAATTTATTAGACTTTATATAGGGTGATGTGAGTAATATTCGCTAGATATATTTTTTA TTATTGATAGTGAAATTTTAATGTTGACTATTACATGTTGGAAAAAGAATGTCAAATGAC ATCTTAAGTATATCATTGTGTATTAGCTTAAATAAAACAATGATTAGGACGTTTTAAACA AATCTAATTAATTAGTTAGTTAAAATCCTTTTTAGCAGATCTGTTTTAGTGATATTGGTA TGCACATTGCATTTTCATTATTTACTCCTAAATTTAATTTTGGAATAGTTTGGTAGAAGC AATAGTTGGTAGATGGACTTCTAAATTTTGTCTTGGTCAAAAGATTTTTCTTGAGATTCT ATTACTGTAGCATATTTAATTGTTTTATCTCCAACATGTTTTTTTGATAAATTGATTAAT TATATTACTTAATCCTTTCTTGATATTTCTTTAATCTACTTAATCTCATAGTATAGGATT TTCAAGTTAGCCGCCCGAGAATTAAGTTCTTCGAGGTTGAAATTAGTGACAAAGTCGAAA TTTTTATTAAAGGATTCAAAATATGAAGAAGTAAATAGATAAAGAGTCTAATAGATTCAA AATCTACTATTTTTTCATAAAAAATAATTTTAATCAGATTTAAATGATATAATTTTTTAT TAAAATAATTCAAAACTAATTCCGCCCCTCGATTGAAAAAGTACTGGTCATTTTCTCTTA AGTTTCTAGAATTTCAATAGAAAAAAATAAGTATGGGGCTTGAAACTCGTTCAATGTAGG GTAGCTATCACATTAATGGTGTATATTCGAAAGATGTGTAAATGAAAAATTAATGTTGTT AACTAATTTTATATTGCATAAAATTTGAAACGTATAAAAATATGTAATTTCAAATAGTCA AAAATAATCTCATAATCTTTAATACAAATTTTTATTCAAATTTTTACGATCAAGAACACT TATGCTTAATTTTAAACGGAGGGCAAAATTTTCCATTTCAAATAGTTCAATACAATATTG GTTATTTTTTCATTTTTTTGAAAAATAATTAGTAAAAAAAAAAAGAGAGGATATTTTAGA GTCAAAACATGGCAAAAAATAAAATTATCATATTTCGAATAGTTTGAAATATATTTTGAT CATTTTGTGCAAAAAGAATGCAAATTGCTCTTCGCATATCTGAATTTTGAAATTGAAAAA ATCGGTTGTATCTGGTCTCAAAGGAATAAGATTTTAGGCCCACTTATATGGGCCTCGACT AGAATCATCGGTATCATCTATTATAATTATGAAAAAATTGTATATAATATCAAATTATTA ATTCAAATTAAATATTATAATCATAGTTTGATTTAATTATACCTCATATTAAACTGTTGT TATTTCGCCTCTCTCTTGGTGAATCTCACTTGCCACTCTAGTTCTCTTCCTCGCCTCTCT CGCTTTTATACAAATGCAAATGTATAAAATGTGTGTGTGTTTGTATAAAGCAAGAGAAAA TTGTATATATACATATATTTTCTTTTTCCTCTCCCAGATATCGCCCGTCACTCTCCCAAA TCTCGCTCCCTCACTGGCCTCTCTCACTTTATACAAAAACACAAATGTATAAAATGTGTT TGTGTTTGTATAAAGCAAGAGAAAATTGTATATATACGTATAATTTCGTTCCCCCCTCCC AGATCTCGCTCATTCACTCGCCTCTCTCGCTTTATACAAACACAAATGTATATAATGTGT TTGTGTTTGTATAAAGCGAAAGAAAATTGCATATACAAATACAAATATTTTCGTATATAC ACTTGTGATTATACAAATATGATCTTTCCTTGACCAGTTTTCTTTTATCTTTTTCGCTTT ATACAAACATAGATTATACAACTGATCTTTTGTATATGTATATTAAAGCAGATTATACAA CTGTTTTTTTTTATATGTATCGCAAAATATACATATTTATGTTTATTGTAGAGCTCAATT ATGAAAACTATAGCCATAGAATACAAATATAATTTTATGTTAGCTATATGTAAAAATTGC TCGATTACTGTTGAAACCTCAAAGTTCATTGACTATGGGTCTGATTTTTTTTATCTTTTA TCACATATAATCTTCTTCTTCATTTATTCTATCCCCAATTTGGATTCATACTTCTATTTT ATTTTTTGAAAAAGGATCTGTTGTTCTATTTGTAGGGTTAAGAAAAAAGAATTGACATAA TTAAAAATAATCAAAATGGCAGCAGATACACACTTGATACTTTATGGTTGTGGTAGTTTC AGAATCCAATGGAGCTAACAATCTCAAACAGAAAGGCTCAAAACTTGCTACATCCAAACT GAACTGCATAATGTCAATCCAAAAAAGGCGAAGCTCGTTGCCAATAGTGACACAAAACCA CGCGCCGCCGGAGCAGAAGATTTTTTAGAGGAATGCTCAGCGGGTACGGCTAACATCGGA GGAGACGCAAGAGGATGAACGAGCACCGAAACTTTCATGCCGTTAACGCAACCGCCGGTT CCACAAATGAAGTAATACCTCTGGGTATCGTTCAGCATAATGAAGTCCTTTCCGCTGGTC CAATTCCCTAATGCACCATCTATTGTGCAGTTATCATATCCAGTCTGATTCACTAAAAAC ACATTGAACTGCGACTTCTGGTACCTAAACGCTGCGATTAAAATAGAGAGAAAAGTTAGA GAAAGACGCAAAATATGTAACACTACTTGTAAATTGCTAGCAATGTGATACGTACAGATG TAGTCACCAGTATAAAAGGTTTGGTTGTTGGCCCAAAGGGTATAGTTGATGCCAGGGTTC CAGCCTTTGTTAGCTCCGACGATGTGGTCGGTAGCGTTGACGGTAGTGGCGACGGCGGCG AGGAGAAGGAAGAAGAGAACAGAGAGATCCATGTCGAGAGAGATGTTGATAGGCTCAAGT GATAGAGGCTCTGAGCTGGACGTGATTGGTTGAAGAAGCAGAGACAGCTGAGAAAGTCCC TACTTTATGACTGTACTTGGCCCAACCCCCACTATTATTTATGGATCCAAAGCAAATAGA TGACCGTTATCTATACATCCCCGCAACTGGGGTTTGGTGAGCATAGTGCGTAGAGAGGAT ATTTTCAATAGATCTTTAGCTCGAGTAAATAACGGGAATGAAGAAATCATGACAAAATAC TAAAGCACGCTGAGAAAGGAACTCAGGTACATTCTCTGCTATTTTTATGGGAATAAAATA ATAATTGTTCAACTTGTTCTATAAAATTTTGATTGTTTATTCTAGTATATATTTGATTGT CTTACCAAACCAAAAGTAGTACTATTAAAAATATTTTGTTAAAGGCTCTGGAGACCACCA AAACATTTAGAATCATGTAAAATATAGTAAAAATGTAATGGCATTTGAATAATGCAAGCT GGAGAGAAGGACATTATCACGTTTAATGAGTATGATGGGACAAAATCACTTTTAATCACG TTGCAAGTTGCAGGGATAGATAATAATATATACCTACTTTCAGCAAGCTCAGTTATTCAT CTCATCTTTTATCTACACCAATATGACCTCCTATCTCAGATTATACAAAGCCCCACGAAC CAACGACGTGGTCCCAGTGCTGGCATTGGTTACTGAAACGAGATCAAGGTTTATGCGGGG CATGGATGTAGTCTCAGATGTTGATGAACCATGAAGGCAACCAAATGCCAATATTGACAA TGTAATAGATTTTGGTAATGCAAAAGATGGTCTTTGAACACTTCCGTGTTGGCATCCCTA CTAGGACAACTCAGGGCAGATATATGAACCGTCTAGAGATTAGTTTGGCGAATTGGGCTT GTAATCAGTTCTCTTTAGAAGCAACCAGGATCATTGCCAAACTGGCCAAGCATGACAAAT CTTTGTATCCAGCATCTGTTACAGGTTTATGTGCAACACCTGAAGGTATCCTTCAGGCTC GGATGAGCTACAATCCTTTAACCATCATTTTATTACCTTCTATGTTTTTCATTTCTGATC ACCTTGTGTGTCCCATGTTTCACCAGTTTTCCGTTTTTAGTATGTTTGGGATTTGACACA CCTCCTTGTCCTCTTGGGCCAGCAGGCTCTAAGAACTTTCGGAGACCTGGATCATCAAAT CCGTTGGATTTCATCTCTGCATACAACTCTCTCGCCTTGGAATATAATCTGCACTCAAGA AGTCCTCCCACCAAAAGAGAATAATGTGCAGACTCGGGTACTACCTCATACTGCTTCATC TCCAGCCATATCCTCAATGCAGTTTCAGGCTGCTTCAACTTCATAAACCTATCAAGAATT AACAGAAAGGTTTCCCCGTTTGGACCAACTCCAGCTTTTCTCATAGTGTTAAGAACTTCA ACAGTTCCTTCTAGACTAACACTTGCAAGAAATGCATGGTACGTTTCAATAGTTGGACTA ATATTGTCTTCCTCCATCAGAGCTAATATACTTCTCGCCTCATCCAACTTAGATGATTCA CATAGAGGACATATCATCAAGTTGTATGTACTAGAATCAGGACGCAGGCCCATATGTTTC ACTTTGTCAATAATCTTAAAAGCTTCCTTCACGCAATTCTCACAAGTCAGTACATATACC AAAGCATTATACACCTCCAGCCCTGGAACCCAACCCCGTTTCTGCATTTCATCATAAAGT CTTAGTGAATCAAACAAATTTCTAACCTTGGAGAAGCAGGAAATCATGTGGGAATATGAA GTACCATTTGGTTCAATACAACACTTGGACATTTCTCGCCATACTCTTTTGGCTTCAAAT ATATCAACCACTATATTACACCATCCATTGAGGATAATATTAAAGCCATCAATTTCTAAG GGGAATAGCTTCTTATTGATAAGCATGAATTCTTCAGCTTCTTCAATAAAACCATGCTTA CAGAGAATATTCAAGAATGTCAATAATGTTCTCTGATCAGGAGACATACTGAATTTCTCC AAAATCTGGAATGTATGTATCGCTTTACCAGCATTATCGGCAGCAGCATATCTGTTGGAA TATCGTAAATTACAATGGCAAACAACATTGCAAGCAATTTATCATCTTAGTCAAACTATA CCAGAGCATTAAGTATGCGAACTGAAACTATGAAACAACTTATAGAGTAATATTTTTCGG TGAGACTACTGAGATGATTATTCAATGGCATGGCTAATAATGATCTTCTCAGCAATTATG TAGATCAACACTCAAAAAATTATAGAAAAATCATGTTACACAGGTTACTCTGCAATAAAA TTAATTAGTTCAAATTTCAATAACTAGTATGCGTCAAAAACAAAACAAAAAGATTAGTTT TTTTTTTTACCTATCAATCATGATGAGGACAGCTTGTTGAATATCTGTTGACATCTGAAG AAGATCTCGGATCAAAGACCAAGCGGTACTGAATTTACTATGGTTGCCCAGAATCCATAT CATCAAACACCACGTATTTTCTTCAAGACATTTGCATTTCTCACCCCATTTGAATAGCAA ATAAGCTAACTTCCATTGATCTCTCAACTCCCAAATCACCAAAAAGACCAACTCTTGGTT CGGTTTAACCCCACATTCATCAAGAAACAATATGGCTTCATCTCCTGAACCAAAATTACT GGCCTTTTGTACAATCCCAACAAATTCGTTAACACCAACATGATACTTTTCACGCAATGT ATTCACACGCTTATCGAAGTTGATGATTTCGTAGCTAGTGGAACTGCCAGAGCTAAAGAA AGGGAGCTTGGACGGTATAGTTGAACAGTGCCTGACAGATGGTTGACGAAATGCCACAAA GAAATGACGCCTTATTTCCGGCCGCGCGGCAAATAATGAAGGATGCTGATAGCCGATTAT ATGCTTAAAAGCGATGGGACGAGCACTGTATAGCCTTCGTGCAATAGAGAGCAACCGCAT TATTTTTCTCAGTTTACAGTGGAGAAAGAAATCTCCATGCTCCAATGGCTCAAACAAGCC TTCGTTAGCTCAAGTCTACATAAACCACTGGACTTTAACAAATTGGATGCCAGCCCAAAA CCAATTTGATTAGGCCCATGAAAAATAGGAGAAAAAAATGTAAAGAAAAGCCTTGGCATG TGATTACACGCTTCAATGCAGTCTAGTATTTGTTGTTTTCAACTTGTATCCATCTCAATT ATTTTATGAGTTATATTTTATTAGTGTATAACTTTACATATTCATATCATTTATTTAACC ATTAGGTCGTATTTTTAAAAAAAATATTTTGAGTAACCAAGATTTCCAAAAAAAAGAATC ATTTTAAGATTGGAAAGTAAAATTTTAAATAGAAATTGAAGGTACCCAATTATTGTTGCA CAAAATTATACTAGTCCACTAGACAATAATAAAATGAAGCGTTGTTTGCACCACGAGCAA GTGAACACGTGCCGTGAGTGAAGGGGGTGCACGATAAGCCCACTCAGCTGCTCTGCTCAA GACTCAAAATGAATAGCCTCTTTCTTTATTTTTGTTGGTAAGTACTGGCAATACAAAATC GATAGGGTTTAAGGGTTTTAGGGAGAAAGGGAAACAAATGGAGAAGAATATGGCAAGTGA AGCGAAGAAGATGAATGGAGCAGGAGGAGGAGGGTTTAGGGCCAAATTGGAGCATGTATT ATATAGCGGTGAGAAGAAGCACGTATTCGGTGGCATCGCCGTCATTGGCGTCCTCTTCGG TGTTCCCTGGTACTTCATGACCCGAGGTTCGTCATTCTAATTACCCTTTTATTGCAATTA ACTGTTATTGAATTCAATTACTATCTCGATCTCAAATTGATTGGACTAAATGTATGAATC CTTCATATCTAATTGTCCCCATATTCAATAACAAGTTGTGCAATTTTTCTCCTACCCAGA TTGCTTCCATTTGTATCTGACTTCCTTTTATTTGATGTAAGAGGTTGAACTTACCATGAA TGCCTCGGATCCATATTCTTTTGTAACTTTGCTGTTCGGGCCAGCTTCCGCGTGCCTAGA CTAATTCCACAATTACCTGCTACTCCTACCAACTAATAGCACAAGTATTTCTGTGTGTCA AGGCTTGGATTGATGGAAATAAATAAGCTAGAAGGGATTTGAACCTGAGACATAATTGGG TCTCTACCTACTTCATTGACCACTAGACCACATCCTTAGTTTCCCAGAATCCTCTTCTAT CGTGTTGCATTTTCTCTGGCGGACCCCCCCCCCGGTCCATCCATACGTATTTTCATGGAG GCATGGTGATTAGAAAATAAGCCTACTTACACTGGTCTCTCACCCCTCAAATTAGTCATC AAAAAGATCAAGTTTTGTCTTGGCGTAATGCCATATTCATCAAGAAATAATATGGATTCA TATCAAACTAGTTGGGTTGATGTATATGAAATCTCAATATCCAATTATTTTGTTCGGGGC TACTTCTCTGTAGGATTTAAATTTTGTGCCATCAAAATTACTTACCTTTAATCTGATTCC CTTCTATTTGTAACCCTGTTTCTGATCTGAGACTTCTAAAACATGAAAAGCAAAAAAGAG AATTTTCTCCCATACCAAGCATCAAAAGAAGTTCAAATTTTACCCTAGTATAGCTTAAAA TGAAAAAATGCCTCTAAAGATAGAGAGATCATCAGTATTTAGGTAATCTCTGATTTAGTG ACGATGTGAACCATTTTCTCCTCTGCTGTAGACTTTGCCTCATTATTACTTATTGTTTCT CATAGTGCTGGTCCCTTTGCTTTACCGGTAAACAAAATAGAATTGGTGATGATTAACACA TATCTTGCTTGTTTGTTGCAATAAGACGAACAATGATGGTATTGTTTGATGTTTCCATGA GCCAAAGTTGTGTTAGAACGAGCTATGAGCTGTCGGCTGCTGCGTATTTTGCTGCTTCAC TTCAAACAGATGTTACTTCAAGTGTGCTCCATAAGAAGATAAAACATAAGATATTTTCTG TTTATGGTGGTGGGTTAGGGAGGAGTCTTTTGGGTTGTTTGTTGATTTCCTCATGGATTG AATCTGTCAATATGTCTACGTCAAGAGAAACAAGTATGTGTAAATGCAAATTGTTAGAGT GGATTAGAGTTCCACATCAGTTGCAGAATGGACGGGTGGTTTACTTATATGGATCTATGC AATCCTCCATTCATGAACTAGCTTTGGGGATTGAGTTAGGCTCTCAAGTACTATATCTTT ACACTAATAATATTAAGGCAACACGTGACTTTTTTTTTATAACTGAGAAATCCTTAGGAC TAGTGGCGCACAGTTTGAAAATCGGCAGTTAATGAACCCACCCCTCTATCCTTCACTTGA TGAGGTTGGACTGTTATTCACTCTAAATAAGGTTGAAATGTAAGGAATTCACTCCATTTT ACATAATTGAGTGAAACTGGATTAGTTGATATGTATATAGTAAGAGAATTCATGAGAAAC AGATGTTTACACGCCCATGCACATAAAATTTCACTCTTTTGTAGTTCTAAAAAAGCTTCA TCTCATGAAAAAGATTGTTGGTATAGCTGCACCTCATTCCAGCTAAAATAATTTTGTAAC TTTTGTAGTTGTAATGTTGTGCCTCACTTAGTCATTTTAAGATTCTCTAGGCGATAGAGT GTGCTGATATCTGATTTTGTTTGTCGATGGCTTCTATTGTTATGGGATTTTTTTAGGTCA AATCTATTGAAACTTGAAAGCACCTAGCCAATAGTTGTACATAAATTGATAACTAAAAGA AAAGAATTTTAAAAATTGATATCTAAAAAGATATTGAATCCTAACAGTTGCCATAAGCAT AAAGCCGTCCAAAATAGTTACCCAATCATGTATGCTTATGACTTTGCAAGGTCACTATTT TCTTCATCTATTTGTATGGAGTAATGTTAATTCAATTCCAAAATGGTCAATTCAGCTTGT GGACCAACTTTATACAATATTGTACATCTTATGGAGCTGTTCTTATCACTACTTGGAGTG GTATTGTGATTGTTTTTGCTCTATTCGAGTATTCAAATATAAAGAAATAATAAATTGGTG AACAATGCTTAACGTGTTCACCCTTGATACTAATAAGGGTTCTATTGTTACTCATTTGCT GTCTGACCCTCTTCGAAGCTTTCTTACCCTTTCCCCTTTCATCCTTTTGCTTTCTTTGTA ATACTTGTTCTGTTGAGAAAGGAAGATCAACCACTTTACGGGCTATACACAATGTATTGT GTCCCTCTTAACCTTTCTATCAGCATTATTGTCATAAAATATATTTGTGTTCCAGAAACT CCACTTCATGTGTGGATATGGGGAAGGGTGGAAAGCTAATGAATCTTTTTTTGGTTCTTT CTTGTTTCTTTGCAAGGCTCGAAGCAACAATCTCACCAAGATTACCTGGAGAAAGCTGAT AAGGCGCGGAATGCGAGGCTCTCGGCTGGTTCATCCTCAACTAAATAATGAGAAGAGTTA CTTCAAACAAGTTTCCAGTTCCAGTTCCTTCAGCGTTTTGTGTTAGGTGCATGCTGTTCC TGAAGCACTTGCATAAATGCCTCTTTTTGGACAAAACTTCTGTAATATGAACATTATATA TTGCATACAAAACCAAACACGAAAAAGGAAACATAGTTTTGTGTTTTATAATAAGAAATA TGAATGTTTTATTTATCAATGAGAGATGTGAATACAATTGGTAAAAGAGCAAACAAAGAG GGAATCCAAATATGTACACAATGAGCCTCCTCTACTTCCTATTGAATATGTACATGGACC TCTAACCATCTTTGATTTAAAGAAGATGGACGGATCTTACATTCTTGGGTTTTCATCCCC AAGTCATTAATTTAACATTCATATGTAAGGATTAACATGTGATGTATAGTCACGAATGCC AGCACCTTCCCATCCCATCCACTCTTCCCATAAATCCCAATCTGGTTCATGCATTCCTCT CATTGATTCATCATTACTATCATCATATTCCTCAATCATCTCCAGCTCTGCTCTTGTTTC ACCTCTCAAATTACTCATCACCACCTGAAAAACACACATAATCTCACATCGGCCCAAAGA TTCTAAATTACAATAACTACGTCTCAATCTCAAACAAAGTCTAGATCATATTATTCTATT TTAAAATGACGCATTTTAACAAGTTGATTTTATTGGTCAGAAAGACCCATCAAGTAAAGC CGTTTGTCTGTGGGCAGTGGATATAGAAACCGTTGGTTTATGCAAAAAGTCATATTCCAT AAACATAAAGGGTCCACCACTATATTCAAATTATAAAGAAAAAAAAACGTATTTAATTAT GTTGTTATTTACAAAAACAAAAATAAATTAACCGAGATAAGATCTGAGCACAAAAACTTA CATCGTAAGCTTCGTTGATTTGGTGAAATTGAACACCACAATTGTTTCCTCTGCATACGT CTGGGTGATACTGTAATTCAATAAAACACATCCTATTAATTAAACTTAAAAATTCAATGA AAGGCATATAAATTCAAAATTTCCAGGTTTCATTTAAAGCAGATAACAATGGCGTACCTT AAGAGCAAGCTGTCTAAACGCCTTCCTAACTTCAGATTCAGATGCACCGGGTTGAATCTT CAAGGTCTTATACGGATCGGCAACAGCAGAAGATGAACAAACACATGAAACCCTAAATCC ATTTTTACCGTTTCTAGTCTTCTTCTTCGCTGAGTTCCTCAATCGAAACAGAGACGCTGA AGCTGCTCCATAACCCCCAATACTTCCCGTCATTCCCATCGTAGCCATTGCACACAAATT TCAATGAAAATCGAAAATGATTAAATTATTCACAAATTCAAAAAGAGAATGAGATTGTTT TAATGGTTAAAAAAAAAAGGAATATAATGAAAAGGGAAATGGGTGTTTGCAGTATATATA AGCAGAAAAAGGTATGGTAATTAATTTTTTTTTGAGGTGATAATAATGGTGTGGATAATG AGGGTACGTGTCAATCTTCTTTTTTCGAGGTGACGTGTCAATCGTAGAGTGGTTTTAGTT AAATTTGCGTGGTGTAAAAAGAAGGAGAAAAAAGTGAGGCCCATTAAGGCCCAATGTTTT TTAAATCTTATCCATAAATGTAAAATTTGGTCTCTATTTGGAATCTTAGCTTCTTCCGTT TTTGACCCTTTTAATTTTCATGCGTTTAACTCGTGTCTTGACTCAAAATTATTTTTTAGA TTTGATTACTGAATTTTCTTAACCAGTCATCCTAATTAATCAAATTCCGATTTTATTGGT AGACTATACTCTAATTTTTCGTGTATTAAGACATTTATTTATGTCATTTCAATTATATTT ATTATTATTTTGTAGTAATTACAGTTTTACTTCAGCATTTACTGAGTTGCTTCTCGAGAT CCGCATTTATGTAGAGTTGACTGATATTTAAAAAAGGATTATCTATTAAAAAAATCATTT TATTCAGTAAAAAAAGTTCTTTAATAAAAAAAATATGTTAATTGAATCAAATAATTCAGT ATTAGTTTATCACATTCTTTAAACCAAAAAAAAATTCATCTTTTCTCTTTCGTATGACAT TATCTGATTTGATATAATATCTATGAAAAAAATATGTTTAAAAAATTTATGATCATCTTG ATATTTGTTTATCGTAAATCATTTTACGAACGGAATTTTATAATTTAAATTATTTATAAA TATAATAAGATCTTGTTTTTTAACCGATGTTTAGATAATTATTAAATAAATAAAAATGAA TGAACGAAGAAGAGATAATAAAAAAGTACATGAAAAATCGAACTTTCACCTACCCAATAT ATTTAATTAACCAAATATAGTAAAATATTTTTGGAGTAATAAAAAATGGTACAAGTAAAA AATATTGGGAGAGAGAGTGTATGAGTTGTTGGTGAGTCATTACATGTGGCTGCCTATGTA AATCCAGTTTGTACACTTTGGGAACTGTGAAATGTTGTAAGCGTCGGTGAATAGCCACAA TTTTTTTTTATATAAAAAAAATAAATTTATTAGATAATGTATATCCTCATAACGAATACA CGGTTTGGTTTTGGATTTTTAACACTTGTTTCCGCGGTTTAGAGTTTGAAGTTTACGAGG AAACTATTATGAAATTACTTGGTTAGTAATAAGAAATCGAGCTTTTGGGTACAAAACATT TTCCTAATAATAATTAAGAGGATTTCGAAAGTTGTGTTTTTAGAATTAGTCAAAAGATTA TTAATATTAAAAAATAAAAAATGCCTCAAAAATTAACTTAATATGATTTAGAGAATTGTG TGACTTGAATTTAGTAGGGTGATTAGGAAATTGGGTATTCTTTAGGTGTATTTGTTTTTG AACTTTTACTTGTTCAAATAACAATTAAGGTGAAGCAGGGTCAGGAACGACGTACGTTGA TGATAATTTGTATTAGTTTAAGAAAAATAATTAGGAAGATTTAAAGGGAAGATGAATAGT TAGAAATAATTAAGCAATTTGGTCTTTTTCTCTACCCTAAATAAAAGGGAAGAAAGAAGA TAGATGTAATTTTTTATTTTATTATTTTTGAGAAAATACAAAAGTAAGAAAATGTTCAGA AAGCAAGGAGGGGAGTATTTCATCAAAATATATACTCCGTCAGTTCGGTATTATTTATCA TAATTTTTATTTTTTAAAGTCAAATCAAAAAAAATCTGACTAACACTTTAAGATGTATCC TTTCATCATATTAATATGCAAAATATTGTAATTTATAGTATTTTTCATATAATTTTAGAA TATTTATTTTTTTATTTAAAATATCGAATTAATTTGATTTAATTTACATTTAAAAAATAG TCCAATCAACTTTAGATAAACATAACATGACAAACAATTTCAAACGGAAAAAATATTTTT TTTAATGATAACAATATATTAAAAAATAATTATAATTTGATCGAATTGTTGATAATTTAT TATATTGGATAAGTCGTTCAAAGCCTAGCAATTTGTCCATTTTGGTTATTTAGGAAACAC AATGACCTTTTATATATTATCTATACAAAAAGTAATCTTTTTTATTTCGAATTAGAATTT GATTATCATTTTTATTATAATTTAAGGTAACAACTAAAGTCTCCAAGAAAAATAAACAAT GCAGATATTGATGGTTTTAAAATAAAAATTGATGATTTTTTTAAATAAAAACAATCAATA AAAGTTTAATTTAACTTGAAATAACATACCTTATTTTACTTCACAAAAAAATGGAAATGG ATGATAAAAATATAGGAATACTATAGTTCAAATTTAAAACTGAAAATGAACTCACACTAT TTAGAGAAATAACTACTTATATCATAGGTAAATTAATAGATGAAAATGTTATGAATTCCA CTAATTTTATTGATTTTGAACCAATATTAATCAGACTTCACATTTTTTTTCTTTTTTTTG GCAACGAGTATAATCCACCAAAAACATGAAAGTGAACTTTTATTGATACCTTTGGCACCA CATGCTAAATTAGTAGATAAAATTCCAAAAAAGATTCCAATAAAATAAAATTTAATAAAT GAGTTGGTGGCGAATAAATTTTTATTTAATTAATACATACCCTCGCTGTCAATAATGGAC ATTGATATTTTTATATTTTATTTTATTTTTGAACTGATATTTTATTTTATTTTATTTTTA AAAAAGCAAGTTATCCGATTGAAAATATTAGAGATTTTTTTTTTTGATAGCCAATTTTCA AAAGTACATACATAGTAAACTATGACTTTATTATTATTATTTTGCAATAAATTCAACAAT CGATATAAAATAATTTGAGGATTACTCCATATTAATTTATAGGGAAAAAAGAAGGTCCAC ATTATTCAAAGAAATGACAAGTTTTTGTGTTTTTTTTTTTAGGAGATAGTGATGTTAATA GATATCTACTAAATTTGCATATTTATGTTTTTGTTACCTTAAATTATCAATAATATCTTT CTCCAAACAAGTGGATTCTACACGTAAGTCATTAATCTTTAAAAAATAATATCCCAAATG ATATATATATCCATGCACGTCACTTGTTGCAACTTGCTATTCATAGACGATAGTTTCATA CGAACCTTTACATGTCTCTGTATAATCTTAGAGATAATATCTTCGTACCTTATATTTCCT TCTTTTAAATTTACGTGTTATTTATTATTTTTTGAGTATAAAATAATTTAATTTTTATCA GAAATTTATATATGAAATTTTTAAAAATAAAATCTCTCTCTCTATTGAAAATTCATGAAT TTTTCTTCTTCCACGATACTGATATGATATATTTTATTAAACATAAATTCAAAACGATGT ATTTCAAGAGCTTTTATTCTTTCTTAAATTATGTTATCTCAATCAAATTTCGCTATATAA CTTAACACAGAATGAATATTATGTTTTTAAACACGCGTATAGATTATATATGATCCTAAT ATTTCGAAGAGAACGATCATACACTAGCCATAATACATGCATTTTTTCTTGCTATAGTTT GAGACAAATTTGGTCAAAGTTGAATTTCAAATTCAGAAAAAGCATGCTATATCTAACAAT TAAAACAATGGATTTCATTTTCACAAAACAAAACAAAACATTGACGAAGAAAGTTTTTAG AAAACCATATATATATATCATCTAATTTAAAGATATTTGTCTTCAGACACTTGGAAGAAA ATTTAATCCATGAAAGTTACGTTATTTATTGAAATAGTCCAAACTAAATTACGTACACAA CTGGCTCCACACCACTACAACCAATCAAGTCACTATATTAAGGGGTCGTTACGTTGAATA TGTTAAAAAATCTAATGCATATATTAGTTATATATACATCTTATTTAATATTATTGGGTG TATAATTTATGATACACAACAAGTCATAATATTAACAATACACGAGTTATTAATATATGG ATAAGTATTAGTAAAGATAAAATTACTATTAAAACAATCCAAATCAAAACATAGATATGA AATAGTATAAATATAACTAATTTCATCATAATTAATTTTATCGCTCTTATACATTTTATG TAGTACTATTTTACAACTCTTGATAAGAATATTGAAAATGGTTTACACAAAAGATGCTAA TATTTATTGTCTAATATTTGATTAATCAAGCAAAAAATATTGTTCAAAGATATTTACTGA TGGAGATGATACAATAATAATAATAATAATAATAATAGAGCCATTTTTGAAAAAAATTAT TAGTATTTTTTTTAGAGAGTCATTTTCTTCGTTTCTGCGGTTAAATTTAAATGTTTTCTT TGGAATAACTATTTCATAAATGCCCCCCTCTTTTTTCCTTTTTTTCTTTTTACAATTTTT GAACTTTTTTTATAACGGGGTACAATTACTTTTGAGAAATTTAAAATTAATGAGAAAATA ACGGATCATATGATAATTCAATTTTTATTTTTGTAGAAGTTAGCTTTATAAGTTAAGTAA ATACTAAATCCAATATAATATAAGGCGTATATCTATGTGAATCCTCAAAAAATAACGATG GATAAAATAGGATAGATGGAAGGGTAACTTTCATATATAACAAATAAAAAATTCATATTT GTATGCTATAGCAAAGTTTGCATAATTGCTTTCCATATCAAACATAAAGACGGTATAATT CGCTATACATATACAGTTGAAGCAAATTGTATAAAACGAAGTGTATAAAACAAGAAAGAG AAAAGACACTCGAAGTGTATAAAACGAATTGTATTATTATAAGTGTATAGAACGATTATA TACAATTTGAATTTGTATAAAATGAGAAAGAGAGAAAGACAAAAGAGACTTGACAAGGAA TATACAATTGAATCGAATTGTATAAAACGAGAAAGAGAGAAATTAGATACAATTTGAAAA TTGTATAAAACGAGAAAGAGAGAAAGGCAAAAGAAACTGGGGGAGTATTTTTTTGTATAA TTATAAGTGTATAGAACGAAAATATATGTACTTGCAACGCTTTATACAAACAGAAACGCA ATTTATACATTTCGCTTCTGTTTGTATAAGTGAGAAAGGCGAGGGTGGCGAGCGGATATG AGAGAGTGGCGAGCGAGATCTGGAAGAGGAGAGAGGAGGAGAACAAAACTATATGTATCT ATACAATTTTCCCTGCTTTATACAATTAGAAACAATTTTTATACACTTGTGTTTGTATAA AAAGTGAGGAAGCGAGCGAGAAATTGAAGGAGAGTGGCGAGCGAGATATTTGGGAGAGAG GCGCCTGACAATTTTTTGCAAACATTTGCTATGGAGCACAATTAAATTAAACCCTAACTA CTCCATTTATTTTAAGTTATTAGTTTACTATTATATACAATTTTTCCTACATGAAATCAG TCGTTTCGAAGCCCACAAACTAAAAAGACTTCAAAGTTTGGGCTGTTCATTAATCTAAAA AAGTGTATTTTTGGCCCATATAAGCCAATAATTGGTGGAGAGGATTTTCGTTTTCTTAGA TCTTCTTTTTTGGGCAAAATCCGCACAATAACAAATATTTAGCTTATATTAGGTATTAAA GTTACAGTTCAAGAAAATTATAATTTGTGATTATAGTTTTTCTAATTTTTGCTATTTTTC TGATTTATATAATTTGCGGTTTGAATAAATTTAAAATTTGTATAATTCATTTTTTGATTG TATAAATTCAAAATTTAATATATGTTTACTCTTGCTATTTATTTACGATTTACAAAAAAA TCATAATAAATTTTCCTTTTCGCATATTGGCAAGCAAAATATATGAATAGAGTTCTGAAA AATTCTTAAATATACAAATACATATTTTGTATACATTTATCTTATTTGTATATTCGCAAA CGAAATATACAAACCTCAGTCCATAACAAATGAAATTATCGTTATGAAGTACATTTATTG AAACTATAGCTATAGAGTCTATTTTCGCCTATTATGTTTGTTATTTCTAAATTTTTTCTC CTTTGGGGAAGAGAGAGGGGGGGGGGGGGGGTTAAAAGAATTTTTCAGATCTATTAACAA ATAAATACTCCTTTTTTTTTCATTTTACTTAGATATTTAATTAATTTTTCTATTTTAATA AATTAATTGATGTTTATTTACTTTTTCTCATTATTTTCTAATTATCAAATACTAAATAAA ATATTATACATAAATATAAAGTTTCAAGCATCATCAATAAAATCATACAAAATACCTCCA ATTAAATTTTTCTTAGTAGATGTATTTAGATCAATACGTAGAGATGACAATGACGTGGGG CAAGTACAAGGCAAAACCACATAAATTCGCTAAGACTTTAATCTACTTCGCCTTGCCCTG CATAAATTCGACCCGTATATCTTACTAAAAGAATTGCTAAATACTATTTATGTATATCTA AAGCCTTCCCAACATAATTGTTTTTCTACTTCACACAATTGTTTTACAATTTATTTTAAT TTTCCAGATAATGATAATCTAAATTCTAAAGTAAATTTAATCCTCAGAGTTTTGTTTATC ATATGAGAAATACTTTTGAGGAAGTTAGCATCTAAAATAACCATTCATGAGATAAACATA AATTTAAGGCAGAGAGAGAGTTGCCCTGCCCTACCCCACCTACACAAATTTTAATTTTAC TTTTATCTCGTTATTATTTCTATCGATATGAATTAAATTTTATATGAAACCGAAGTCAAC AGAGGAGGGAGACTTTAATTATCTTCAATTGTGGATCATTTTAAGGGTGAGTTTCAATTT TTCAAACAAACAGCCAACCACTTTTTAACATAATGAATTATGATCCAATATAAGTCAATA ATTGAGCCAATTCCCCACATTTTTGAGTCACCACTAGTGCTAAAAGAATACTTTAGGTCA AATTATTAAAACATATGTGGGCATGTTGTCTGTTGATTGGCAAATTCAAGGTACAAAGAA AAATTATAAAAACAAGGTTTGGCAATAGATGGATATATTTATTTATTTATTATTTATAAG TTTGTTGAAAACTTAATGCTTTCTGCAAAATCTACTATTTGTTATAAAATTTAATAACAA AAGAATAATATAATAATAAGGATAAAAAGAATATAATACGAGGAATAATATGAGATTAAT TTTTTTTAAGCGTTCAGTAAATTTTTTAGTGTATACAACATGAATTCTTATGCTTCTATT TATAATGTAACATAGAGGCATACAAAAGGTTAATCATAAACATGACATTAACATGAATAT AATGAAAAAGATTATCAAAGTGAAATGTAACAAAAATAATAATTATAAAAATCGAGATTA TGATTATCTTTATAATGAAAGAAAGTAATGGAGTGAATTCTTAATATATTAAACATCCAC GATATATTATTTTATGTAACATTATTATACATTTATAAAAGGTCACAACTTAATTTTCAG TGGCTTCTCCAAAATTTCAAGCATATGCGGTAAACTGATGCTGTGAGGCGGAGATAGCTG CAATTCTTGTTCTTTTTTCCCTTCGATTATTTGCTTTGTTTATATTCTTATTTCAAAAAT TATATGTGTACATTCTATTTTTTTTGGACCTCATTTTTTAAAATTATATTGAGTATGACT AGGAAAAAAAACAAGGTATTTATGAAACTTAACTTGAGACCCCGATTCTTATTGAGTCAT TTGTATTAACAAACATTTTTTATAATAATATTTTATGGGGTTCAAGTTAATTTTTTTTGG GATAATGCCCAAGTACCCCCTCAACCTATGCCCGAAATCTCAGAGACACACTTCTACTAT ACTAAGGTCCTATTACCCCCCTGAATTTATTTTATTAATAATTTTTTACCCCTTTTTAGC TTACGTGGCACTATTTTGTGGGCCCAACGATGGTTGACTTTTTTTCCGAACTAGTGCCAC GTAGGCTAAAAAGGGGTAGAAAATTACATATAAAATAAGTTCAGGGAGGTAATAAAACCT TAGTATAGTATAAGTGTGTCTCTGGAATTTCGGGCATAGGTTGAGGGGGTACTTGGGTAT TTTTCCTTTTTTTTAAACTAATTTTACTTGTTAAAGTATAAAATATCTATGTTCTCTATG ATAATATTTTGTTATAATAAGAACAAAATCATAACAAATAATATTGTACTACAAAGAGCT TTCACTTTACTTTGATTTCACATTGTGAAAATTGAGAAAATTTGGAAAGAGAAGGGCTTA CAATAAATAACATGTGAAAAACAAGCTCAACCGCGGTAGGTGTTACCTACTAGCTATTAT TGAAGTGTAACCAATAAAATATAATGACGAAATTAAAATTTTTATCAAAAAAAACATAAA TACATACTCTTTTTTTTAAAAAAAAAGAAAAAGATTAAATAAAAAAATTGAGATATGAAT GTATTTGAAATTTAACTATAATCATTAAATTTGATTAATCAAGCTAAAACAATTGAATTA GGATGCATCAATAGCTCTAACATTACATCAGAACCAATTTGGTAACTAAACAAGGTCCAC ATGAGACAACAAAAATTTTATACATTATTTATATGGAAGAATATAAATATAAATATATGA TATTTTTATTTTTTTAAAACACCCTAATAGTTTTAGGGTTAGGATAATTTTTTTGAAAAA AAAAAAACTTATTAGTGAAAAATAACATTTATATAACTACCATCTCCACCTTTACATTAT AATAATTCATATACAATTCTTTTCCTTTGAGTATAATATGGCGATTCCTAGCTTGTATAA CGTGTCAACAATTCAAACAATTTTTAATACTAAATAAATCTAGAATTTGAATTTCGTAGA TTTAGCGAGGGGGAGTTAAAAAACATATACTAGTTAATTAGCTATTATAGTTTCAGTTTA AATTAATTATGTTTCGCAATTTAATTTTAGATGTAGTTACGTCGCTTATACATACACAAA TACAAATTCTACATATATATATACACAATTATATGACAAATATATAAATACAATTAGCCT TTCTCTACTCTCTGCTCTCTTCCGCTCGCCTCTCTCATCTCTTTCCCAATTTCGCTTGCA TGTCTCCTTCCTCTCCCAAACTCGCTCACCAAGTATACAAATAAATTTGTATACCTCTTT CTACTTGATCTGTGAACCGATTTGTATACTAGTTACATATTTTGCAAATGTACATATACG ATTTACCTATCTCTGATCTCTGTCTTCTCTCACTCGCCTCTTTCCTCCCTCTCCCAATCC CTCTAGCCCCTCTCCCCCCTCTCCTAGTCTCGCTCGCCAGATATACATGTGTATACCAGT TACACATATACAATTATTTGACAAATATACATACTTAATTTGACATATATACATAAACAA CTCGCCTCTTTCTACTCTCTGTCATCTCTTGCTTGCTTTTCTCCTCCCTCTAACATGTTG ATACAAATTGTAATTAGCAAAACACAGTTATGAAACATAATTAAGTTATTTTTGAGTGAC TTTATGTGAAAATTTCCCAATAAAAAATTATATAATTGCTTACTATTGGAGGCGGTAGGG TGTACGCGTGTGTGCACGATAAAACAACAAATTCAAAACAGATTTAAGTCATTAACGATC CTTTAAAGTAATAGATATTTAATCTCTCTATCACTGCGAATTGATACACATTTAATTTGA CATAATCCTTTAAAAATGTATTGTTATTAGCCTGTGTTCAAAAGTCAAAACAATCAATCA AAAAATACTATTATTTATTTTTCTTTCCATCTTATTATCCTTTCATTTTTCAATTTTATC TTTCGAACCAAATCCTAAAAGAAACTCAACCATACGTCCATATATACGTGACAATTTTGA AATCTTTTATCACCCACACAATGTTCCATTCTTTAATTTGATATACTTATAGCATGTAAA GTGGAGCACTTGGCTAAAAGTAAAAAATCAACCAACCACTATATATCTATGATCTATCAT GCTATCATGACTACAACCTAAATCATGTGGAAAAAAGAGGTCAAAATTAAGCTAACAATA ATAACTATCGTTTTTCAAAAATTTGAATATTATATTCGTTATTCAATTTTATTTTATTTT TACAAAAGCTTTTATCTAAATTATGTATGTGCTATGCAAAGCATGGACGCATAAAAAAAA TCATGATAGGAGAAAAGGGGGCAGGCAATAGAGCCCTTAATTCCCTCCAAATAAATTAAT GTGAATTTGAATTAATTTGTTCAGTACTAAATTTCACTTTTCAGAAGACTATGTGATTAA ACTAATTAAAAAAAGAAATATAAAAATCATCCAAAAAAGCTATCTATTCACATGATTTCA TGACTACGATGCAAAATAAAATATTCAACGCGTGGATTTATGAGGATAGAATTCAGTAAA TTAATCATTTCTCTCTAAAGATTAGTGATTTTGTATTAAAAGTAAAAAATAGAAGGCGTT CAATTAGCATATTAAACTTTCATTTCCTTCTGTTCTTATTCTTAAAGTAGTGAGAAAAGT TGAAATATTTCATGGAGATTAGAGGGATTGACTTATCCTTGAATAATATAAAGGATTAAG ATAAGCATGTGGAAAATAAAGCAAAAAAAAACAAACGTAACACTGGTGCATATTAGTTTT AGTAATTATGATTAAAATTATTTTTTAATAATAAACATACCAATATAATTCAGTAAAAAC GAAAAATGGTAGGTAAATCATTTTGGTATATAATTCGGTAAAAACGAAAAATGCTAGGTA AATCATTTTATTTTTAACGTTTCAATTAAAATATTCAAAAATACAATATTTTTATAAAAA TTAATCGAGATACGCTAAGTTCACCAACCCCCGTTTGAAGGCCCCCACATCGACTTGTTC CATACTCGAACTTTTGCAATAAAAAGAAAAAACAATATTCTCTGACAATAAAATCAACTA TTATGTTTGCATATATTAAATAATAATATCACTTACTATAGTTTATATTTTTCTTACAAA GTATTTCTTCACCACTACCTAACTTAGTCATTTTTTTCAGTTTGTTAAATTTCGTGTCAA TATAATAATCTAAAAAGTACGAATTAAGTCAGATATGATAAGTTCGAAAAAAAATACGTA TAGAAAGTTTTAAATATGCATATGAAATTATTTACTCAATTAATTTGGTGACACGCGAAT AAAATTTACTAGTAATAACTTTGTTGATTATTTTTTTTTTACAGAAAATAAAAAGAGAGA GTTGAGTAAAATGTTAATATAAAGACAATTCTGGAATTTTCATCAACAAAGTTTTAGGTC ACCATCTCACCAACTCTAATCCACCACTTTTGCTTCCATTATTTAATTAATAATTATATT TGGTTGGTAATTAGAGATTTCAATAAGTTTGGTTTACTTAGTTTTTCGTTTAATTAGATT CCGTATTCATTCATTTACTATATTATAATATTAATTATTTAATAAGTCATAGCTTATATT ATCTGGTATAAGGTCACACCTACTACTTATTTACGTAATGAAAACTTAATTTGTTTTTAA AACCTACGTTTTGTCTTGTTCCTACAAGATCTTGTATGTTTTTGAAATAATAAAAGTCAT CTTTAATCTTAAGAAAATAATCTTACGATGGTATTTTCATCGATTGCGCATGAATTTTTA TTTACTGAATGCATTTCACTGATAAAAATTATGATAAAATGATAACTAATATCCTTTTAT ACTTATAATTCAAAAGTATCCACGTACAAACTGAAATTATAGTCCTAAATATTAAATTTT CTTAAATTTAATTTCAATATTTTTCTCACATTAGTTTACTCATGTCATAATGTTGTCGCA AATGTTTTTGGTTAGGACGTGAGTAGGACCTTCTTAGTGGGAATAAGTCATGTTGAACAG CTGCGGTAGGTAAGTCTTTTTTGCAACCATAAATATAAAAAATATACTCTCTCCGTCTTA TTTTTTTTTTAGTCTGTTTCAAAAGAATAATTTTATTTTTATTTTAACAATACTTCAATT ACAACATAATTAAGACGATAAAATTAAAAAACATTTTGATATAATTTTAATTTAAATTTA TAAATTTTTTTTATTTTCTTAAATTACGTATCAGGTTTTTTTTTTGGGTTTGAAAATACC TAAGTAACACCTTCCCAATACTATATAAGAAACTCATAATTTTCATCATTTTGTGTTGAT TTAGAGTATTTTCTCAACCCACTCTCAACCATATTATCACCCATAAAAAAGCTCAACAAC ATTATTCTGCTCCTTCTCTTTTTTTCAAAAGGTAAGTAATTTTCTATTCGTTATATGATA TACTTATTTAACAATTAAAGTAGGCAGCATATCACATTCATGGTGGGTAACTGAAAATGA ATTAATTTGTAATTGCAAATTGGCTATTTTAGAGAAATTATTGTGGTTTTCCATTTCAGG AAACATAGTTTGATTGATCGACGATGAAGATCGAGGTGAAAAACTCAACGATGGTGCAGC CGGCGACGGAGACGCCGCAACTGAGGCTGTGGAACTCTAATGTGGATTTAGTAGTGCCTA ATTTCCACACGCCTAGTGTTTATTTCTATAGGCCAACGGGATCCCCAAATTTTTTCGACG GGAAAGTGGTTAAGGAGGCACTAAGCAAAGCCCTAGTGCCGTTTTATCCGATGGCTGGGA GACTGTGCAGGGATGAAGATGGCCGTATTGAGATTGATTGTAAAGGTCAAGGTGTGCTGT TTGTGGAAGCTGAGTCCGACGGTGTGGTGGATGATTTTGGCGATTTTGCACCGACGTTGG AGCTCCGGCGACTTATTCCGGCCGTTGATTACTCACAAGGAATCGAATCGTATGCTCTCT TAGTATTGCAGGTACGTTTTTGGTTACTATTTTGTGTCCTTTCAATTGATGCTGCTATCG TTTTTATAAAATTTCAAATATCTGAATTTTAGTTAATATTTTTTAGAATATATATTTTTA TGGTACAATCCTAAGAAAAATCATAGTACATACTCCATTTTATTGAATATAGCAAAAATT ATATAAACGAAGAATGGAGAAATCAAACCTTTATGTTAGAAAGAAAAATAAATTGTTTTT GTATAAATTCATAACTCAAATTAAGCATTTTAAGAAAAATATGGAAGGGAAATAAATCTA CGTTAGAAATAAATGATTACTTATGATATTAATTATAGAGTTTTTAAATATTTGAATTAA TTTTATTCAAATAATTACTGAAAAAATAAGTAATATTACCTAAATTTGAAGATATGTTTA AAAATAATAAAATTTAAATAACATTATATTATACTTTATATTTATTTATAATAATTTAAA ATACGTAAATTATAAAATGAATAGAGTATTATAAATCGACTGTATAAAGGTCAAAACTCA AAAATAAATAGGCAAACGAATGTTTCATACGTTTGTCAACTTCGTTAATTTTTATATTTA GTAAATTATGAATATTATCAATTTAGTCTAACGACAGTTCTTTACATTATAAATAACATC AATATATTTGAAATTACAAAATTTAAAGAATTTCAATAATTAATTAATATATTTTTAAAT TTCATAAAAATAAAAAACAAAGAAGAATATATAGTGTCAGATCTGGAAGCATAGGTATCG ACGATCAAATTAAATTAATAAAGGGCTCCAATTTTCTAATATTTTCCGATCGGAATGTGT AGAGATTATTGATCATTTTAATTAAATTAGAATACAGTTTGGAAATAAGAAGAGTGGTTG AAAGTTAAATGTCAGGATTGACCTTAGCCTCAATTGCTTGTAGGGTCAAGGGTGCACGTT TTAAATTACACAATATTAGTGGTGCATATTTCTCTTCTAGTTTCTTTTTTTTCGTGGTTT AGTCACGTGATATAGAATCATAATACGAAATTATAAGATGAAATTAAAATTTTATCTGAA TATGTGATATGAAATTTGTGTTGTATATTTTTTTTATAAATATGAGAATTTCATAAGTTG TACACAATTAAAATAACACAAATTATTTATTCAATCTTACCAAATAAATAAAAAATATTA CAAAGTTATTTGTTGTCTATTTAAGTAATTGTTTTATTTAACTTTGATTGATCAAACTTT AATTCAATAAAAAAAAATTGAACATAAATTGTAGTGTATTAGTCTTTAATATCATTCTCT CACATAGTACGATCAAGCTCCTCACGTTAAACCTGCATTGCTCGATAATTTGGTCGAGAA GACGAACCAATTTTGTTACTTTGAACCATTTGTTGGTCAATATCATCTACAACTATATTT TCATGCATATAGACTATAAATATTTCATTATTCCTTTGGTATTCTTGCAAATAATTATGT AATATTGCACAAGATATGACAATTTTCGCTTGTGTGTTAATATCATAGTGATTTATGCCT TGTTTCACTTGTGTATAATTACACATTTTCAGTGCATTAATTTCGTGTTAAATCAAACAT ATTGAAAGTAGTGATTATCAAACATTCATCACCAATGTTGTCATTTTCTCATTAAATTGC TTTAAACTTTTTCATATGAAGTCGAAGGAGAAATTCTTTTTAATTATGAAAATCCCAAAA AAGTATTACTTCCTCCGTTCTTATATATATTTACCATATCAGTTCCTATTTTAAAGCAAT AATAAATTTGATTGATGATAATAGTAAATTTTAAAAAGTAATGATATGATTATAAATTTC ATTTACATATGAAATAAATGTTTAATACATATAAATGTAAGGTTGTTTCAATAAAGGCAT AATACATATATTAAATTCTAAACTTGACTTCAAATTTTAACTTTGACTTTCAACTTTTAT AATGCATAAATAGACACTTTTACTATATAACTTTTAAATAAATAAACATATGAGTCCTAC ATGACATAATACATGTAGAACAAAAAATGACATGTAGGATGACATGTAGGACATGTGTAT CTATTTTTTCAACTTTATACAAGTTTAAGTGTCTATTTATGCACATCCAAAATTGAAGGA CATAAATATTATTTGAAGCCAAGTTAAAAGGCACGTTTATGTATTATGTTTTTAATAAAA TATAAACTTGTAGGTCAATATTTGCATTTAAAAAATCTCAAGTCATATTTTTGGAGAATA TGAGATTTTATCATCAGAAGATGAAATCAATATAAAATCGCATATTTAAACGCTAATTTT ATCTCATGATTTTATATCGTGATTTATGACCATAAATTTTCATGTCTTAATCAAGATGAT AAGTTCATGCATCTTTCTTTTAGTTTTGTGTTGTGTCAATGTCACATTAATTGAGACTAT AATTTTGTGTTGTGTCAATGTCATGTTAATTAAGAGTTAAGACTGAGACTGATACGGAGA AAGAACATGTACTTACTCCTATCCTTCGCTCATAAAAAAACGATAGAAGCAAAATGTGTT GACTCAAACTTCATATACTGCATTCTCGTACTGGATTATGCCAACGTTTAGTTAGTTTTC ATCTCATTTTATAATATGGTTTAATGATCCTATAATTTAATTTTGATAAACATATGAAGC GAAAAAAAAAATCTGCATTAAGTACTTTTGGAAGTCAAGATTGGATGAATTTATGTGGCT GTGCGTTTTCATTAGTTTCTCTTTCCCCTTCCCACCTACCCCTGCTTTCATCTGTCGTTT TCTTCACACTGAGTATCCCTACCCTTCCAAGGTGGACCACATTCAAAGTCGAGGATGTAC GTGCATTTATTAATTTTTAAAAAATTATGTGTATATATGCATATCTTTTTTATGAAATTT GTAGAAATTAGAATATAATTAACAGTGCATCCATGAGGAGTATAGAAGCGCCTTGTGCCT TTGTACAAGCCTAAGGTACCACCCACGAGATCAAGGTTTAAATCTAGCTAAAGCCATATT TTTGTTGATTTTGTTTTAAGAATAGATTGGTACAACCAAAATCTTTAAATTATGGGTTCG CCTCTTCTCTCCTTCCCCCTTTCTACTTAAATGGGAGAAAATATTAACGCCAAGTAGCGC AATATAAAATATTATAACGTTCTATCCGATATAGCTCATTTTTGTGTACAACTATCTTTT TGACACATCATGTATAATGTTTTTCTCTGGATATAATGTTTTATAATACTGTATGTTGGG CTAAGTGGCGTAATACATATGTTGACCATATATTTTTGTATATTTCTTGATAATAGAATA ATATTTTCCTTGGTACAAAACTACCCCCAAGTATTACTTCATGCCTCTAATACAACTAAT TTATCTTGTTTGATTGCACTTCAATTTAGCTTGTTTTCTGTTTTGACTTGAGGATTTTTT CTGTAAATATTTGTATGATCACTTGAATTGGTATATCAATCTGTTGAACAGATAACACAG TTTAAATGTGGGGGAGTTTCCCTTGGAGTGGGCATGCAACATCATGCAGCAGATGGAGCT TCTGGTCTTCACTTCATCAACACATGGTCCGACATGGCTCGTGGTTTAGACCTAACTATC CCACCTTTCATTGATCGTACCCTCCTCCGTGCTCGTGATCCACCTCAGCCTCAATTCCCC CACGTCGAGTACCAGCCACCTCCCACTCTCAAGACAACAGAAGAAAATGTGCCCAATGCA GAAACTGTTCCTGAAACGAGTGTGTCAATCTTCAAACTAACCCGGGATCAAATCAATACC CTCAAAGCTAAGTCCAAAGAAGATGGAAATACTGTAAACTACAGCTCATATGAGATGTTG GCAGGGCATGTGTGGCGCTCCACTTGTATGGCACGAGGACTCACTCAGGATCAAGAAACC AAGTTGTACATAGCAACTGATGGGCGTGCCAGGCTCCGACCTTCTCTTCCACCAGGCTAT TTTGGTAATGTGATATTCACTGCCACTCCTGTTGCTGTTGCTGGTGATCTCCAATCAAAG CCTATTTGGTATGCAGCCAGTAAAATCCATGATCAATTGGCTATAATGGACAACGATTAC TTGAGATCAGCTCTTGATTATTTGGAATTACAGCCTGACTTGAAGGCTCTAGTCCGCGGT GCACATACATTTAAGTGCCCGAATTTAGGAATAACTAGTTGGTCTAGGCTGCCTATCCAT GATGCTGATTTTGGATGGGGTAGGCCAATATTTATGGGACCTGGTGGTATCGCTTATGAA GGGTTAAGCTTTATATTGCCAAGTCCCATCAATGATGGCAGTCAATCAGTTGCCATCTCT CTGCAAGCAGAACATATGAAACTTTTTGAGAAGTTCTTGTATGACATTTGAAAGAAGCCG CTTTCTTGTGCTGCTTTGATTGGGATTTACAATCACGGATATGTAAAAGAGACTCCCTTT TATCTTTTTTTTTTTTTTCATTAGAGTTTCTTCTTTGTTTGCCTGGACATCAGTTTTATT TCTGATTCTATGATGCATTGATTATATACTCAAAGTTACACTGCTAGTGTTACATGTCTG TGAAGGACCTCAATCTTTTTCACTTCCACAAATGTGGCAAGATGTTAACTCAGAAGCTCC TAGTAATTATTGTAGTAGTACATATCTTTTATTTGCTAATATTCCTTAGTATCTTTTTAT ACAATCTGGAAATATAATATTATCACTGTGCTTTGAAAGAGTTCTTGGTTCTCATTACTT CATGTTTATGTTCAGCATACATGAACTTGATCATATTTTTGCTGAAATACACAGATTCAA ACAAATAAGAAGGGAGAGGAAAACAAATGCGAAAGACGATCAGAAAGAATGATATGATTC ATCATCAATCTGTTAAAATTGACATACAAAACAAACCAACAGAATAACACACTCATGACA GTTGAAGAAAGAAAGGAAGAAAGAAACGATTTGAGTTGTTTTTCGGAACATCTTAGGGAA TGACAAAGGGCAGAACAAGGAGAAGAGGCAAGCTAGACATGACACAAATAGTAGACAAGG AGATAGAGGGCTGCTTTAGCATTACAGCTGAATTTTTATCAAGAGTACGTGGCTGACGAG CAATACTTCCACCCCCATTTGCCCCCCTTCCTCTCTGATTTTTCTCAACATCTGATATAA CATCCTCAAACTTATTAGTGTCACCACTTGTGTCTGCAACAACTCTCTTACTGTTTCTTT CTAGTGCACAAGCAAGATGTTTCGAGACATGAACACCTCTGATTTTCAACGTGTGAGAAG TTTCTGATGACCTGCTTGTTACTGCTAGAGCACATAATAGGATAACTAAACACGGAAAGA AAGCAACCTTCATTTTCCGCTGGAGCTAAATGTCTTTATTGGTATCACTTGTCTTTCCTT TTCCGAGTAACTGTTGAGATTTGGAATAGTAGATATAGGTGATGGAGAGTATTTTTAGCT TTAGACCAAAGGCTATTGCTACTCTTGATGAGTATAGGAGGTTGTTATATAGGATCTTCT TCTAGGTGGTGTTATTTCTGCTTTGTCTCAATTTTATTCCTTCCCTTTGCCTTTAATCTC CCATTGACCCAATCCCAGTGATGGGACCAAAACAGTTCTGGTCTCAATTTAAGCATCTGG AATCTTCTTTTTTGATGTTGTTACATTTGTTTTTCTGTTCTTCTAGATAAGACAATTAAA AAGTATGGCACATTTGTTGTTATGTCTTGATATATGTGATTGGTGAAATGAAACATCTTG AAAGTTGATAGTGGTAGAAGAATCTATTTATATCCTAATGTGAGAATAAAGGGTTAAATT CCTATTCAAGAGAATATGATACCCTTCTCTCTTTTTTTTTTCTTCTTCTTATAACCAAAG TGTTCAAAGAGTCTAACTGAAGTTTTTTCATAGAGTAATGCAGGTAGGGCCTCATACAAA ACAGACATTTGCTCTGAGGCACTCCTCTTTGTGCTAGAGGAATACCCTTGAGCTCAAATT TTCCAAAAAGGTTGTTGTCTTCAGTCATAGGCCTCTCTCCTTCATAGACCTGAATGAACA CACCTGGTTGATTGTCCGAGTAGATCGAAAAGAACTGTTATTTTTTTGTGGAAATGGTAG TGTTTCTTGGAATTAACACTGTCATCACACTACCATGGATCAGCAAAATCTAATACTATC ACTATGATATCATGACAATTTGATCATATTTTTTCTGCAATACACATACAAAAAGATAAG GAACGGAAGGGGAGAGATGAAGAAAGCCTCGTATGATTCAACAGAATCTTAGAAGGTTAC ACGATACGTTGTTCATTGATAGACATACAACTCTAGGATTAGCAAAACAAACCAACAAAA TAATACACTCACTAGTCACAATATCACAATTACAGTGAGAATAGCTAAAATAAGAAAGAA AATGCTTGTTATGTTGTACAGGAAATGACAAAGGGCAAAACTAGGAGAAGAAGCAAGCTA GAAATGATACAAGTAGTTGACAGAGAGATGGAGAGCTGCTTAAGTGTTACAGCTGAATTA TGTGGTTGACGAGCCATATTTCCACCCCCATTTGATCCCTTTCCTCTCTGATTTTTCTCA ACATCTGGTCTAAAATTCTTGGTTGGCAACTCATACTTATTGGTGTTGTCACTTATGCCT GCAACCTCGCTCTCACTGTTTCTTTCTGGTGCACTAACAAGATGTTTTGAGACATGGACA TCTTTTTTCTTTGACATATGGGAAATTTCAGAAGCTCTACTTGTTACTGTTAGAATGTAT AACAGGATAGTGAGACAAGGAAAGAAAGCAATCTTCATTTTCCACTAAATGTCTTTACTG GTCTCACTAGTCTTCCCTTTCTGAATAGCCTGTTGGAAAAGGAGAGAACTTAAAGAGCAA AAGTAGTGAAATAGGAGATGGAGAGTGTTCAATGAGGAGCTATTTACTTTTGGATCAAAG CAAGCTATGTCTACTCTTGATGATGAGTAAATGAGGTTGTTATATAGGTGGTTTGTTCTG TTGCTTTATCTCAATTTTTGTTCCTTTCACCTTTGTGTAGAATATGGCCCAACCTGGAAA TGGGACCAAAATAGTTCTTGTTTCTGGAATTTGGCATTTCGTATTCGATGGCAATGTTCT CCTCTTTTTCTTTTTTTTTAGTTTTGGTGAATTTGACTAATGTTTTTGCACACAAGGCGG CTTACATTTCTGGCAACACAGAAGGATGATTTTATGCTTTGATGCTTCTGAATCTTGAAA TTTGATCATTTCTTGGCCATTGAAGCACACTAGCAAATGTATTTAATATTCTGGAATAAA GAGTCAAATTTCAACATTTACTGTCACATTCTTCTTTCAAGAGAACAGGATGCCCTCCTT TTTCCTTCCAACCAAAGTGTCTAATTGAAGTCTTCTCATAGAGGCATCAAGCAGGAAGGC AGGCATGTAGGTCCTCAGAAGAGATGTTCTGTTGGTGAGGTTGTTCTTCTTCATGGCTTA TTCCTTGGAATTGTACCTCTCAGGTTCTCCGGATGTCCCATACCCTCTAACACTTGATCT TTTTCTTCGCGATAGCAGTCTGGTTAACACATACAGTAATGCGGTTAGCGTCAATGTTAA GGCAGACATTGATCCCCTTTAGCTCAAAGCTCACAAGAAGATGATCAGTCTTTTCAATGG GCTCCTATTCTTGACGTTGAGAAGATCTTTTCTTTGTTGAAAGAGTAAAACAACTTGAAA CAAATTCAGATACCACTAGTTTTTATGTTATATCCATCAATTATACTGTGCACACATAAC TCTTCATTACCTCTGGAAAACTAATTTAGCTAAGCAGTTATAAAGCTATAGTTTTCATGT CTTCACTGGTTATTCACATTGTGGTGCACCAGCTAATCAAGGAAAATTGCAGATAAGGAG CAAGAACAGACATCACATAGCCTTAAGATGAAAAATGAAATTTATTTATTTAGAAAAACA GGGTCTACATAGATGATTACACTCTCACACCAGAACTGAACACTCAAAGCAGTCACTAAA ATAGTACACAGTTTATAGAAGTATTAACATATCATCTTTAATCAACTTCCTCAATCTTTG GCCCTGGACCATTAGCTGCAGATCCTCCTTGGCCATAACCAGTCCCAGTGTCAGCATTGC CTCCCATGGGCATATCTCCACCAGCTCCACCTTGGTACATCTTTGAGATTATTGGATTGC ACAAGGTCTCCAACTCCTTCAATTTATCCTCAAATTCATCTACTTCAGCCAATTGGTTCC CATCCAACCATTCAATTGTCTCATCCACAGCCTTCTCAATCTTCTGTTTGTCAGATGGAT CCAATTTCCCTGAGAATTTCTCATCCCTCACTGTGTTCTTCATGCTGTAGGCATAGTTTT CCAATGCATTCTTCGCCTCAACCTTTTTCTTCATGGACTCATCCTCTTCCTTGTACCTCT CCGCTTCTTGAACCATCCTCTCAATGTCTTCCTTGCTTAATCTTCCTTTATCATTTGTAA TTGTGATCTTGTTCTTCACACCAGCAGTCTTGTCCTCAGCCGACACGTTGAGAATGCCAT TAGCATCAATGTCAAAACAGACATTGATCTGAGGCACTCCTCTTGGTGCTGGAGGGATAC CCTTGAGCTCAAACTTCCCAAGAAGGTTGTTGTCTTTAGTCATAGGCCTCTCTCCTTCAT ACACCTGAATGAGCACACCTGGTTGATTGTCCTGGTAGGTCGAAAAGATCTGTTCTTTCT TCGTTGGAATCGTAGTGTTTCTTGGAATCAACACTGTCATCACACCACCAGCCGTTTCAA GACCAAGACTGAGAGGTGTTACATCAAGAAGCAGCAAATCTTGAACTTTCTGGTCACCTT CTCCAGTTAAAATTGCAGCTTGAACAGCAGCACCATATGCCACAGCCTCATCAGGGTTAA TACTCTTGCAAAGCTCCTTACCATTGAAAAAATCTTGCAATAGTTGCTGTACTTTTGGGA TCCTAGTAGAGCCACCAACAAGAACCACATCATGAACATGACCCTTGTCAATCTTGGCAT CCTTCAAGCATTTCTCCACAGGTTCCATACACTTCCTGAAAAGATCCATGTTCATCTCCT CAAATCTTGCCCTGGTAATCGTAGCATAGAAATCAATCCCTTCATACAAGGAATCAATCT CAACAGTCGTCTGAGCAGTCGATGACAAAGTCCTCTTCGCCCTCTCACAGGCGGTTCTCA ACCGCCTTAGCGCCCTGGGATTGCCACTAATATCCTTCTTATGCTTCCTTTTGAACTCCT GCACAAAATGATTGACAAGCCTATTATCAAAATCTTCACCACCCAAATGTGTATCTCCTG CAGTAGCCTTAACTTCAAAAATCCCTTCTTCAATAGTCAACAACGAAACATCAAAAGTTC CACCACCAAGATCAAAGATCAACACATTCTTTTCCCCACTACTCGATGACTTCTTATCCA AACCATAAGCAATGGCAGCAGCAGTAGGCTCATTAATAATCCTCATAACGTTGAGCCCAG AAATAGCCCCTGCATCTTTAGTAGCCTGTCTTTGAGAATCATTAAAATAAGCAGGAACAG TAACCACAGCATTCTTTACAGTAGTCCCCAAGAAAGCTTCCGCCACTTCCTTCATCTTCG TCAAAACCATAGACGAAATCTCCTCAGGAGAAAACTGTTTCTCTTCCCCTTTGTACTGAA CCACAATCATGGGTTTTTCACCAGGACCCGGAACTACCTTAAACGGCCAATGCTTCATGT CACTCTGAACAGAAGGGTCGGAGAATCTCCGACCAATTAAACGTTTAGCATCGAAGACAG TGTTTTGAGGGTTCATCGCCACCTGATTCTTGGCTGCATCGCCAATTAACCGCTCTGTAT CAGTGAAAGCAACGTAGGATGGAGTAGTCCTGTTGCCTTGATCATTTGGGATTATCTCTA CACGATCATTTTGCCAAACCCCAACACAACTGTAAGTCGTGCCCAGGTCAATGCCAATAG CTTTTCCTTCAGATTTCGCCATTAGTAAAACTTTTCAAGAAAAGAAAGCTTTTTTTTACT TGTTTTGAAGTAGAAATTGGGATATTTTGCTTGCTGATTCTTTTTCTGTTGTGGTAAAGA CATGGTGATGTGAGTATTTATAGGTATTGAAAAAAGTTCTACTGGGTTCGGGAAATTGTA AGACATTGTGGCGGTGAGAAGACATAGAAGGAACTTGATTGCACCAGAGAGTTCTGGAGG GGGCGGGAAGATGATCAACTGTTCTCAATCATTCTGGATTGGGTTTTGGGCTTCGACCAG CAAATTGGCCTCATGACTTTGGGCCTGGGGTTGATCGAAAATGTTGGAACAGAGTTTTGC ATGAATTTTGGGCCTGGGCTACATAAAATATTTCGCGTCTCTCCTCGGAGGAATCTCGCT CGCCACTCTCATTTGGTGGCAGTCTCGCTCGCCTCTCTCGCTTTTTACACAAACACAAAT GTATAAAATGTGTTTGTGTTTGTATAAAGCAAGAGAAAATTGTATAAATACATATATTTT CGTTCCTCTCTCGCAAATCTCGCTCGCCACTTTCCCTAATTTCGCTCTCCGCCCTTGCCT CTGTCTCTTATACAAACAGAGACGAAATGTATAAAATTGTGTTTCTGTTTGTATAAAGCG AGAGAAAATTGAATATACACATGCAAATACATGTATCATCGTCCTATACACTTATACTTA TACAATAAAAATTCTTCCTTGCCCAGTTTCTTTTGCCTTTCTCTCTTTTTCGTTTTATAC AAATTTAAATTGTATATAATTTCTCTCTTTCTCGTTTTATACAATTCGATTCAATTGTAT ATTATCTGCCCAAGTCTCTTTTGCCTTTCTCTCTTTTTCATTTAATACAAAATCAAATTG TATATGATCGTCCTATACACTTATAATTATACTATACAAATATTTCCCTGACTAAGTCTC TTTTGCCTTTCTCTCTTTCTCGTTTTATACAAATTCAAATTGTATATAATTTCTCTCTTT CTCGTTTTATACAATTCGCTTCAATTTTATATGTATAGCAAATTATACATATATATGTTT GTTATGGGGGCGCAATTATGCAAACTTTGCTATTGCATACAAATATGAATTTTGTGTTTG CTATATGTGAAAGTTGTCATTTCTTAGATGGCTCCAAAAATCTTAGTCCACCACTATTAA ATCCCGGATTAGACCAGGCCAGCCCAACGAGCCTAGCCCATATTGACGGCTCTAGTGATA TAATATAGTCTGAGTTTCTTCGTGAGCTTCTTATTTTTATATGAATCAAGTTCAATATTT AATTCAGATACGAATTCAAAAGATAATAACTAGATATTTTTATCATTCACAAAAAAAAAT GAATCTGAATGAACCTAAAATTCTAAAATGAAAAAGTGTTAGTTTATTCATTTCAACTTT CAAGATCTAATTGATATCATATTTGATATATTATCGTTTACTCCAATCATATGTAAGACA AGGCATGTGTGTATTAATTTGCTTGACCTGCTTTTTCAATTAATGAACGAAGATTTCTCT CTCGCAGCATATTTTTATGGCATTGTAAATTTTCATTATATTCATATTCTCATAGTCCCT TCTTGTCCATAAATACAACTTGGATGCCTATAATCACAAAATAGTAAAGTTGAAATTACT CTCTTTTTTTTTAATAGATACTTTCATGGGTATAAAAAAAGTATAAATAGGGAGTAGTTA AGAGGAAAAGAATAATGATTTTCTTCTTTATACAAGATTAGAAATCTTATATCATACGTA AAGCTGCAAGCAATTATAGGAGAAAAAATAGAATATCCTCAACAATGGCGTGATCTTCTT TATTTCTCTCTTAATTACTTTGCTTTTTCCTTGTCACAAGCATGCTAAACGTTATACCAA AGAAATGACCCATCAGAAATATATTTTTTTACAATAATATTATTGCAAGTATAAAATAAA AAACGCAAATTCATAGGACGTAAGTCGAAACAATGTCGGGAAGTATAACTAATCAAAGTT AGTAGCCGCTTTGTACGACCATATTGACTATACATGTCCTTTTTGCCTCTTTTCTTGGAA TCCAGCTATTTTTCATTAGTTTATGTACTCTTAGCCATCGTTAGGTCAATGTTCATTCTA ATCAATACCCAGTTGAACTTAAAATCACATTGGCCTACACATTTTTAATGATATCAGCTT TCAACAGTGCTAAACGACCAAGCAAACACCCATTCCTTCTTCAACTGAACCACCAAACAA GTCTTCTTTTTTGGTAAAACTAAGTGGACAATCTAGAAGAATTTTACTACTCCATACAAT AAGTGAAACTATCAATGTAAAAAAAAGAAGAAGAAGGGTAAATAACGTGCTATAAACAGG TTTAAATTTCATGCATAGTGTAAAAAAAATAATCTTTTGACAACTCTGTTTTGAATATTA ATCGCGGAGGGTTAATATACCATACCTTAAAGTGATGTTATCTTTTCATAAACAGCTATT CATTTTCAGGCTTCAGAAGCAACTTCAGCTATAGATCCTCTTTTTCCAACCTGAAACTCA TATTCGCAAGTAATTAAGAATGGAACTATGAATTTGACTTGTTACTTAGCAAAAATATGT AAAAACAAGAAATCTGAATCCAGGAGCCTGAAATGAAGACACCCAAAGATTAACTAACCC TGAAAATGATGCAAATGGTTAGGCTACTAACCGTAGAAATGATGCAAAGACTGGTGACTG AAATGTTCACTAGTATGTTAGCTAGTGATCCAATGAAATGTTTCCTGCTGATCAAAGTAC ATCATTCCGATCAATCAAGAAAACTCAGTTCCCAGATGAGCTAAGATCTAAAATTCTTAT GCATACACAAATCTCCTAAATTCAGAAATGTAACGGCAGACGTTTAGCTTAACACTACAA AAAGGTTTAGTAAATTATCAAACTTCAAAGTTCAGCCTGTTCCAAAAGAATGAAAGAAAC ATCGAGCAATAAACACAAGTTCAGACAGTAAAGAGAGTTATGGAACAGCAAAATGTAAAG GCAGAGTCTTGGAAGCAACACAGTAAAAAGAATAATAGATCTTATCATTTAATCTCAACC AATTTGAACCGCATACAGACTATGTCGCTACATCTAGTAACGAATCAATGAATTTAATGT ATAATTCAATGCTTAAATCTCTATCCTGCCAACTATTACTAGACACCTGCAGGAATGGTA ATACTTAATGGACATTTCGGCGAATTGTTTGAGGGACTCCCAGAAGGGACCTCAACTGAT GGATCAATTATATGATCAGAACCACCATCAATGGTGGAGCTTATAACGCTTATACTTTTT TCTACTTCAAATATCCCTTCTTCATCAAAATAAGATGTCATTTCATCCTCGTAATCTTCC TCAGACCAGTAACCAAGGGAATCATCTTCAGAGGCACCGCTCCAATCTTCTGAATAATAG GCGAATTCATCATCACTTTCAGTAACCAATAGAATAGAATCAACTATATTTATATCCTCA ACCTCCAGTGGTGGTTCAACTCCTTCATCCTCAACTAATCCATCAACAAATGCATGATTC AACAGCATTTCAGCAGTCCATCTATACCTAGGGTTCCTAACGAAACAACCCTTCAAGAAA TCTTTTGCATCCTTCGATAAGTTTCCAGGAATTTTAGGCAATTCTTTCCCTCCCCCTATC TTCTTAAGTACATCCTCAGCATCCATCTCATCATCCCTATCCCACGGAGGTTTTCCAGTT AACATCTCAAGCACAATACACCCTAAAGCCCAAATATCAGCAGGACAGTCTTGCACATTA TCCGCAACAGCTTCAGGTGACAAATACATCGGAGTACCCCTCCAGTAAGGCTCCAACCTC CTCTTCTTGCTCTGATTTTCTCTCTTAGCTAACCCTAAATCACCAATCTTAACCTTAAAT TCAGTACTTCCATTACTAGAATTAGGCACAAGCAATACATTTTCAGGCTTCATATCACAA TGAACATAACCATTCGTATGAATACAAAGCAACCCTCTAAGCATAGATCTCGTATGATTC CTTACCTCCAATTCAGACAATCCTGATTTATTGATCCTTTCAGCTAGGGTTCCACCAGAA CCATACTCCAACAACAAATTATAAACCATAGCACCATTCTGACCCGTAGTAGTTTCATCC CCATAACATCGAATTATATATGGACAACCCTTAATATTGTTGAGAACTTCCTTTTCCTTC TGAATTGAACCCGAAACAGAAACCTCAGCAGATTTTACAGCCATAACTGGTGGAAAGTAG CTGTAATTCAATTTGGGGTTCTTCAAAGTAGCTAAATAAACACATCCAAAACTTCCTTTA CCTACCATTGCTCCTCTGTACCATGCAACCCCATCACCAAATTCATTCTTCATCATCTTC CTTTCAACTACAAAACTCACCTGAAAAAATTGAACTTACAAAAAAAAAATTGAGAATTTT GGAAGTAATTAAGATTAGGGCAATCTCAAAAGGAAGCAAAATCTAACTTAAAGTTGGATT TTAGTGCATATTACACAATACACAAGCAAATGGGTAAAGAAAATTAGGGTTTACAGAGCA AGTTTGGGTTTCTTTGCAATTTGCTTTTTAGGTTAAATTTATTTTTTTTTACAACATATT ATGTTTTTTTTATACTATATAATAAGAGCCGCGTTTCTTTGAAAGAGAGGAACACAAGTT GGCAAAAATGCTGCTAACTGGAATAACGGTCATGTGGTCTTTTTTATTTTAACAAGGTAT GAGAAATAATAAATAAATTTAGGACATTTATTTATTTCCTTTTTAATAAATTTTATCATA TTTTAAGTTTTAACTGTTGGTAGTAACTAAATATGGTAGCATATTTTTATAGGTTTAGAA AATGAATGGTGAATATATACATTTTTGACAGATAAGAAATAATGGCAGTATATATATGTC ACCATTATTTGTCACATGCACTACTTCAGGCAAAAACTAAAAATGGTTGTCACTTGTGAG GAACAGCATGTGGTTTCCCTTTTTTTTTTTTTTTCGGTTTCGATTCATTCGTTTTACTTT TATTCAAAAGTCTATTAATTTATTAATAGTGAAATGGTAAATATTCATTCATCTTGAATC AAAAATTTTAGATTTGCATTTTTTAAGTATGAAATCGTTTTTATTAGAAAGTATCTTATT TCAATGTGAGACTTTTTGATATGAATTTGAATTCAATCAAACTCTAATATTGATTATAGA TATAAATATCGAGTGAGAAACAAAAAAAGAAGTCCATCAAATTTCGTTAAATTGAAAATA ATTTAGTATATGATGGTGTGGTTTTAAATAACAGTGCACATGGAATTACTATATATACTT CACAAGTGGTAATAAACTATATATGTTGCCTAATTAGCAACAATACAATCATTTAGTATT ATTTTTAATTGTTGATTAAGATCAGGTCATGGAAATTAGCTGCTTTAGGCCTCATTAGAT TTATATCTTTCTATTAATATCCCAAGCGTGTCAAATTTAAATACATTTTAGAAAATTAAA TCGGTTATTTTAACATTTGAATATATATATATTTTAAAAAAAAAATATAACATTTAATAA AATACTAATACTATTATCAATAAATAATAACAGTTGAATGATGGTGATAATTATAAATAG TGACCAATGATGATTGTGGCTTATTGTTATAGTTAATCGTAGGGCTGTATCGGTCAATTC GGTTCGGTTTTGAAGTTTATCGGGTTGACTTATTGGTTATCGTTTATAGTGATGCTAAAT CGTTATAGAACCATTAAGATACTGATATTGGTTTATCGATTTTTGATCGTTATCGGTTTA ACTGTTAAGATTTGACCCAAAAGAAAAAATATTGAAAATTACTTAGAAACAAGGTGACAA ACCAAATAAACCATGCACTTGAGTTCACAAGTTACATCTTGCTCAAAAGCAAACACTTTT ACATCGTAGAATAATCAAGTGTTTGAAACAATCAAAAATAAATGTAGGAAATTAAACTAT AAGTCGAGGACTTTATATACAAAATGGTATAAATATAAATATTTAATTTACTATCGGTTA ATCTATTAAGAAAAAACTTTAAACCGTTAAGAATCGATAACCCTATAACAAAAAAAAATC AAAACTGTTGTCAAAACCACTAAATCAATAACCCAATACTATAAATTAATAACTTTTTTA TTGAGATTTATCAGTTTCGATTCGATTTAAACAACCTTAGTTAATGAATAGCGATAATGC TTGTAACGTGATAATTAATAATAATATGCGATACCTATAATTGACAATAGTGGGTTAACA ATATTTCTCTCTCTCTTTCTTTTCCTTCCAACTTTATTGGAGTATTGCTTAATTATTCAT ACTTGATGCTTTGTACACAACTTAGGGTGTGTTTGGTATGAAGGAAAATGTTTTTCATGG AAAATGTTTTTCTGGAAAATAAGTAGATTTTGGACTTATTTTTTTATTTTTAGTTGTTGA GTAGAAAATATTTTTCGAAAATGATTTTTAGTGTTTGATTTATGAATGAAAAATATTTTT GAGGAATATTTTTTATTTTTACTAGAATACAAAATAATTTATGAAATTGAAAATATTTTT TAAAAATAATTTTTTTTTGGGTGGCGGTGATAGGGGGTGGGAGTAGTGGTGGTGGGGCGC AGAGGGAGGAGGTAGGAGTGAAAAAAATAAAGTTGATAGTATTTTTAAAAGATAAAATTA ATTTTTTGGGGTTGGTAGGGGGCTGGCCGGGGGGGGGGGGGGGAGGGGAGAGGTAGGAGC TTAAAAATAAAATTTTGGAGTTGAAAATATTTTTAAAAAGTAAAATTAATGTTTGGGGAG GGGGTGGTGTTGGGGGCGGGGGGGTGTAGAGGGGAAGGGTGATCAGAGATCGGTGAAAAA ATAAAATTTTGAAATTGAAAATATTTTTTTAAAAATTTATGTTTTTCCAAAAAAAATGTA ATTTAAAATTGGAGAAGAGCTTTGGAAAATGTTTTCCTTAATTTTTGAAGGGAAATCATT TTCCTTAATTTTGAGGAAAATGAGTTGATTTGAAAAACATTTTCCAAAACTTTTGCCCCA ACCAAACATGAGAAAATTGGAAAACATTTTCCAAAAAATGTTTTCCTTCGTACCAAACAA ACTCTTAGTGCTACTTTTTTTATTCTACTAAATAATAATCAAATCATATCTTCTTCTTAC ATAATGCTACTTTTTTCCTATAAATTCAAAGTTTGTAATTATAATATTATCCTCATTTCA TTTAATTAGTTCTTAACAAAATATGTCACATAATTTTTTTTAGATAAAGCACAAATATTC CTTAATCTATGTCCGAAATTTTAGATACACATTTTTATTATGCTAAGGTCTTTACCTCTG AATTTATTTTATTAATAATTTGTTACCCTTTTTTGCCTACTTGACACTATCTTGTGGCAT AATGCTGATTGACTTTTTTTTTCAATCTAATGCCACATAGGCAAAAAAAAATAAAAAATT ATTAATAAAATAAGTTTAGAAATATAATAAATTCTTAATATAGTGTAAATATACCTTTTG AAATTTTTAGCATAGATTGAGAATTACTCCTGCATTTTTTCTTTTTCTTTTTAAAAAATG TATTGAGTGAAAAGAAAAAGAGGCCTGTACATGGTTCTTTCGGTTAAAGTTCTCTTCAGA CTTGGCCCGTATGCTTAGGCCCAAATAACTCTCCTCATTTCATTTGGGAAATAACAGAAT AGTTTCTGATTTGATTGCAGAATTAGGAAGATGAAGATGAAGATGAAGAAGAAGAAGGAT GATCAAAATGGCGGAAATGCGATGTTGTCCGTATCGCCATGGAAAGCTATTACTCTTCAG CTGATATGCTTACTAGGGTTAGCTATAGCTTTCTGGATACCTAATCATATTTACTCGCTC GATCTCATCACGCATCCATCCCAAACTCTTCGTATGATTTCGGTATAAATCTCGCAATAC GAAAATTTATAGTATAATCAGCTTTCGATCTCTGTTATTTGTATTCTTATTTTGATTCAA ATTTAGTTTATCAGGTGTTTCTGGCTCCAGTACTCATTCTACTTTACAGTGACCTTCGAC ACAATAGGAACCAATGCTCTGTAATCCTAAACCTTCTTATTATTTGAATCTATTTTACAA CTTACATATTTTGTTTACTGTAATTGATTCGTTTTTTTTTTTTTTGTGTGTGTGGCTTTC ACAGTACGTCAAAGCTGTAGGACGAGGCTTGTTGGCGCTTCCTGCCGGTAAGTAGAGTCT GTTAGTGGAACTATATTATTAATGTCATTTGTCTAAGATTCATATAGTATTGTTCATGAA TTATTTTGTATAATGTTTATAGGAGCCGTGGTAAATGCACTCGGAGCTACTATATTAGGA GCACCTGTTGGTTTTGAGTATGTAATCCTGTATATGTGTTTATATTCTTTTATAATAATG AGACTGAAACATGAAGCCACAGTTGAGGTTGGGTGGAAAACAGAGCTGATCTATCATTGA TCATACATTATGACAATGTTATTGCATGATCATCAGAAGCGGATGTAGAGTCTGAATTAT AGGTAATTCAAACCTAGTAACTTTAGGTTGGTTCATGTATATGTGTTAAGAATTCACTTA AGAAGTGTAAATAATTGATTTTGAACCCAACAACAAATAAGCTGTTGTAGAATTCCAAAC TCGATCCCATAAATTTCGAATCATGGATCGGTCTCTGATGATTATCAGATATTAGTCTCT CTATGTTTCACAAAAATGCCTGAGATTAGTTTGAGTTTTTGTTTCAGATGACGTAGGAGT CATTTAATGCTGCCCTATCCAACCTCAACTGGGACTATGTTAATGGAACATTTTTCTGTT ACTTTCTCTTTATTATAGCTTCTGCAATGCAGTAGTTCTTATCCTAACTAATCTTTGATC CTGTATTATAAACAGATATTTCCCCAAGACCTTTAATTGGTCTCTTCTGATGTCACTACT CACTGTAAGTCTTAACAGCCAGGACTCGCGCTATTTACTGCATGAAAAGATTTCTTAGGC TTAAAAGCTACCAAGAAGAGATTACAACAGTTAAAAGTTTAGTGGATTCATCTCATGCTT CTAGAAAATATGATCAATGTATTTAAGAAAAGGAAAGTCAGTGGGGAAATCCTGAGAGTT ATTGCATTCAGAAAGCTGATCAAATGATAAGATTCTTTGACCACTTAGGTCACATGTTAA TGAGATGTAGAATTGGTATTTTGTCCTTGCTCATTTTTTCTTCTATGTTGGTTTAGCTTC TTTTTTTTTGTAAAAAAATTCTTTTCTGGGGATACTTAAATTTATCAAATATTGGTTTGG CAGTTTGTACCAGCGGCTTGTGTTTTTGGCTCATCATGGACTGATTGGCACCGAATATTT GCTAGAACAAAGTAATTTCCATTTCGTCAATCCATGGGCATTTGATATTTATATCTAAGA TCTATCCTAGAGCTTATTCAGTATGTTTGTTTTTGCAGAGCAAGTGAGTCCACAGACTAT ATGATCAGTCTGCCTGCTCATGGAGCTGTTATTGGAGCATGGTTTGGTGCTTGGCCAATG CCACTTGATTGGGAAAGCCCATGGCAGGTAAGTCAACTGATTGTCAAGGACTCGAGGTTC ACAATATTAGAGATTGTAGTTTCATGGTGCAGATTATTTGAATTTCAAATGCATTAATTG CATTACTAAGCGTCAATGGTCCATGATATGATCTTTTGATAGTCTTGCAATAGAAAGGCA TATAAAAGTTTCTCCGCATGACCTTGTTTAAATTATATTCCCTTTTTGACAAAAATTCTT ATCTGGATTGTTTTTAAGGTAAGTAGGGCCACCTCAAACAACCTTGAGGAACCTTGTACA TATCAAAGTAGGATACCCAGTGCTGCTAGAAGGCAAGGCAAACCTTGTCATTTTTTTGCA CTTCCTTGTAGATTGTTTCCACCTCATCAGTGCCCCGATTAGTATAGCACTATAGCTCAT CCATATGGAAGACACACACACACCTGCTGGAAACCTGTTTGTGTTGCTCTGGACACTTCA AAGTGAACCATACCTGTGAATGAGAGGTGTTGGGAATCTGCTAGACGATTTCTTATTAAA CAAACTAAGCTAATAGTTCATTTACCATAATGAAGTATTATATCCTGCTATACTAGTACT AATGCAAAAGATAAAGTGACCAAAAGGAGAGAAGATAAAAGGCTGGCGCTTATGTGGCTC CTTTTTGTCGGGGTAAGACCGGATTGCATTGCTATCTGTAAAATTCTTTGCTAGTAAGGG CACTACTTAAGTATACTTTGTTAACAAGATTTCCATGTTCCACATTAAGAGAATAAGTAA AATAAAACAGCTCATGTTATATCCTGATTCAAAAAGCTAAAGTGCTATTTTGTGCATGCA TCTTCCATCATAATTTCCTTAGTATTTTTTTCTCGCAAAAAACTTTAATCGAATCTTACA TCATTTACGTGTTAGACGAATAGAAACAGCAGCCGTTAAGGTGAAAAATGGAAGAGGGAG AGGCAGTTTTATACCATAAGTGTTTCATACATTTGTTTATATGAAGTTGCATCTTAGTTC TTGTGAATCTTGGTGATTTTCTATAATTAACACCCTCCATTTAAAAAAGAATGATCTAGT TTGACTTGGAGGGAGTTTAAGTAAATAAAAAAGATTTTTCAAATTTGCGGTCTTAAATTA AAGTTATGTTAAATATACTAAAATGTCCTTTAATCTTGTGAGTTCTGACCTTAAACATGC TATGTGTAAAACTGAAATTATAGTGTTGCTAAAAAAGGAAAGTGGTCATTCTTTTTGAGA CAGATTAAAAAGGAAAAGAGATCAACGCAGTGAGTATTATCTTAGATGTTCCTGCTGGTA GCTGGTGCAGCTGCGCTTGTTAAATATATAGTATATTTCTTGTGTAATCCTTTTGCTTTA TTAATTTGCATTTACTACCAGTTAAAAGGCTGCAGTTATTAGCAACTCACTGGTTCCATT GGCCCTTGATTCTAACTTCTTCATATGCATTTTCATTTCCTAGGTTTTAGAAGTGGAGTG TAAGAACTTTACATATTTTGGCTATGCTCTTGAGGGAAAGATCACGTTTTTCTAATTTGC AAACCTCTGCACGAGGTTGGAAAATGCTTTAGTAAGTGGTTTGTTCTCATTCACGAACAA TTGGTATTTGCATGTAGGAATGGCCTATTTGTGTGACTTATGGAGCTATAGCTGGTTACC TCGTGGGGCTTGTGGCATCCTTGGGCTGCATTATCTTCTGTAAACGCCAGCAGCATCTAA AAGAAGAGTAGTGTCTAGCTTCTGGAAGGCTCATGATACTACAATAATAGTCTTGGAACG AAATTAGGCCTTTGTTATTCAGCTGCATAGAAATGTGGTATCCAGTTTTGAACTAATCTT TGTTCTTATTAAAGAGTATAATCCATTCTTTTAGGAGTAATTTCTTTGACAAGTTGTGGA AAGACATTCCACAGGAGATAATGAAGTTTCTACTGCAGAATAATTTTGCAATATCTCAAA AAAATTCTGTCCGTTAACTTAAATATTATGGATTTGTAAATTCAAACACTTATTTTATGC TTTGTGAATATTCTTTTTTCCTTTTGCAACATAGCTTTTACTATATCCATGCTTATTATT TGTCGTGTTATTGATTTATTGCCATCTCTACGTGGAATTCAGAATTGGGACCTAATTTTT GTGGGGTCTTCGAATTATTCGTACCCCTTTTCCGTGTGTTGAGGAGTAATATCTATCACT AGTGGAGAGAAGAGTTTTGTAAATCCACTTGATAGTTTACTATCAAATTCAGGAGTTGTT TAGATTCCAATTTCTCTTTATTTTCCTTTTGAAATGAATTC GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_1 match_part 0.834 2978 3236 match_part 0.945 3341 3755 match_2 match_part 0.992 2979 3236 match_part 0.982 3341 3562 match_3 match_part 0.917 2984 3236 match_part 0.977 3341 3562 match_part 0.976 4273 4398 match_4 match_part 0.913 2995 3236 match_part 0.986 3341 3562 match_part 0.991 4273 4624 match_5 match_part 1.000 2997 3236 match_part 1.000 3341 3562 match_part 0.957 4273 4527 match_6 match_part 1.000 3000 3236 match_part 1.000 3341 3538 match_7 match_part 0.910 3027 3236 match_part 0.971 3341 3478 match_8 match_part 0.971 3031 3236 match_part 0.956 3341 3385 match_9 match_part 1.000 3040 3236 match_part 0.995 3341 3542 match_10 match_part 0.973 3054 3236 match_part 1.000 3341 3562 match_part 0.984 4273 4336 match_11 match_part 0.959 3092 3236 match_part 0.977 3341 3562 match_part 0.965 4273 4529 match_12 match_part 0.959 3092 3236 match_part 0.977 3341 3562 match_part 0.965 4273 4529 match_13 match_part 0.985 3362 3562 match_part 1.000 4273 4346 match_14 match_part 0.986 3423 3562 match_part 1.000 4273 4628 match_15 match_part 0.999 4510 5234 match_16 match_part 0.998 4510 5150 match_17 match_part 1.000 5022 5239 match_part 0.993 5438 5884 match_18 match_part 1.000 5086 5239 match_part 0.991 5438 5883 match_19 match_part 1.000 5198 5239 match_part 0.981 5438 5905 match_20 match_part 1.000 5198 5239 match_part 0.981 5438 5905 match_21 match_part 1.000 5198 5239 match_part 0.987 5438 5902 match_22 match_part 1.000 5212 5239 match_part 0.930 5438 5881 match_23 match_part 0.988 14632 14877 match_part 1.000 15364 15415 match_part 1.000 15697 15754 match_part 1.000 16425 16493 match_part 1.000 16580 16705 match_part 0.962 17553 17605 match_part 1.000 17887 17964 match_part 0.990 18212 18311 match_24 match_part 1.000 14633 14877 match_part 1.000 15364 15415 match_part 0.983 15697 15754 match_part 1.000 16425 16452 match_25 match_part 0.991 24096 25031 match_part 0.875 25327 25334 match_26 match_part 1.000 24551 25209 match_part 0.786 25327 25340 match_27 match_part 0.984 26897 27283 match_28 match_part 1.000 47917 48001 match_part 1.000 48077 48238 match_part 1.000 49004 49113 match_29 match_part 0.941 47917 48001 match_part 0.975 48077 48238 match_part 1.000 49004 49023 match_30 match_part 0.936 48845 48922 match_part 0.984 49004 49191 match_part 0.974 49364 49553 match_part 0.931 49640 49799 match_31 match_part 1.000 49487 49553 match_part 0.997 49640 50235 match_32 match_part 1.000 49487 49553 match_part 0.998 49640 50132 match_33 match_part 1.000 49487 49553 match_part 1.000 49640 50037 match_34 match_part 1.000 49487 49553 match_part 1.000 49640 49949 match_35 match_part 1.000 49487 49553 match_part 0.988 49640 49804 match_36 match_part 0.978 56585 57142 match_37 match_part 0.937 57007 57259 match_38 match_part 1.000 64248 64466 match_part 0.974 67097 67405 match_39 match_part 0.988 80888 80971 match_part 0.985 81120 81386 match_40 match_part 0.988 80889 80971 match_part 1.000 81120 81551 match_part 0.988 85072 85233 match_41 match_part 0.911 80893 80971 match_part 0.993 81120 81551 match_part 0.979 85072 85260 match_42 match_part 0.987 80893 80971 match_part 1.000 81120 81234 match_43 match_part 0.960 80897 80971 match_part 0.993 81120 81551 match_part 0.972 85072 85107 match_44 match_part 0.986 80900 80971 match_part 1.000 81120 81551 match_part 0.989 85072 85254 match_45 match_part 0.972 80901 80971 match_part 0.972 81120 81551 match_part 0.971 85072 85139 match_46 match_part 0.765 80904 80971 match_part 0.942 81120 81551 match_part 0.913 85072 85380 match_47 match_part 0.967 80912 80971 match_part 0.962 81120 81278 match_48 match_part 0.875 80932 80971 match_part 0.940 81120 81551 match_part 0.940 85072 85356 match_49 match_part 0.974 80933 80971 match_part 1.000 81120 81376 match_50 match_part 0.828 80943 80971 match_part 0.944 81120 81551 match_part 0.956 85072 85274 match_51 match_part 0.944 81120 81551 match_part 0.941 85072 85258 match_52 match_part 0.995 81140 81551 match_part 0.960 85072 85096 match_53 match_part 0.997 81159 81551 match_part 0.988 85072 85239 match_54 match_part 0.956 81169 81551 match_part 0.907 85072 85480 match_55 match_part 0.954 81271 81551 match_part 0.945 85072 85471 match_56 match_part 1.000 81282 81551 match_part 0.995 85072 85470 match_57 match_part 1.000 81360 81551 match_part 0.993 85072 85481 match_58 match_part 1.000 81360 81551 match_part 0.995 85072 85460 match_59 match_part 0.990 81448 81551 match_part 1.000 85072 85661 match_60 match_part 1.000 81453 81551 match_part 0.996 85072 85581 match_61 match_part 1.000 81506 81551 match_part 0.989 85072 85256 match_62 match_part 1.000 81518 81551 match_part 0.996 85072 85565 match_63 match_part 0.985 82721 83581 match_64 match_part 0.982 82722 83618 match_65 match_part 0.984 82722 83609 match_66 match_part 0.953 85284 86027 match_67 match_part 0.946 85292 85953 match_68 match_part 0.989 85304 85968 match_69 match_part 0.995 85305 85909 match_70 match_part 0.994 85419 86074 match_71 match_part 0.993 85431 85972 match_72 match_part 0.974 85614 86155 match_part 0.615 86395 86407 match_73 match_part 0.936 85652 86241 match_74 match_part 0.957 85761 86088 match_75 match_part 1.000 86034 86301 match_76 match_part 0.924 99419 99642 match_part 0.932 99727 99800 match_part 0.953 99905 99947 match_part 0.900 100043 100341 match_77 match_part 0.973 99460 99642 match_part 1.000 99735 99800 match_part 1.000 99905 99947 match_part 1.000 100043 100097 match_part 1.000 100636 100684 match_part 1.000 101044 101111 match_part 1.000 101199 101307 match_part 0.993 102918 103205 match_78 match_part 0.973 99461 99642 match_part 1.000 99735 99778 match_79 match_part 0.864 99860 99947 match_part 0.996 100043 100819 match_80 match_part 1.000 99904 99947 match_part 0.995 100043 100616 match_81 match_part 0.997 100308 100659 match_82 match_part 0.955 100309 100550 match_83 match_part 0.979 100786 101111 match_part 1.000 101199 101307 match_part 1.000 102918 103302 match_84 match_part 1.000 100982 101111 match_part 1.000 101199 101307 match_part 1.000 102918 103301 match_85 match_part 0.967 101082 101111 match_part 0.972 101199 101307 match_part 0.997 102918 103302 match_86 match_part 1.000 101276 101307 match_part 0.990 102918 103229 GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_87 match_part 0.988 60640 60476 match_part 0.970 60391 59962 match_part 0.714 59576 59556 match_88 match_part 1.000 60372 59949 match_89 match_part 0.994 60264 59949 match_90 match_part 0.990 60667 60476 match_part 0.983 60391 59974 match_91 match_part 0.988 60640 60476 match_part 0.983 60391 59974 match_92 match_part 0.990 60667 60476 match_part 0.978 60391 59979 match_93 match_part 0.994 61059 60134 match_94 match_part 0.990 68583 68278 match_part 1.000 68170 68102 match_part 0.993 67764 67353 match_part 0.400 67299 67295 match_95 match_part 1.000 68433 68278 match_part 1.000 68170 68102 match_part 0.985 67764 67353 match_part 0.400 67299 67295 match_96 match_part 1.000 68584 68278 match_part 1.000 68170 68102 match_part 0.990 67764 67353 match_97 match_part 1.000 68584 68278 match_part 1.000 68170 68102 match_part 0.990 67764 67353 match_98 match_part 1.000 68584 68278 match_part 1.000 68170 68102 match_part 0.990 67764 67353 match_99 match_part 1.000 68584 68278 match_part 1.000 68170 68102 match_part 1.000 67764 67353 match_100 match_part 0.993 68583 68278 match_part 1.000 68170 68102 match_part 0.993 67764 67353 match_101 match_part 1.000 68565 68278 match_part 1.000 68170 68102 match_part 0.988 67764 67353 match_102 match_part 0.977 68491 68278 match_part 1.000 68170 68102 match_part 0.993 67764 67353 match_103 match_part 1.000 68584 68278 match_part 1.000 68170 68102 match_part 0.993 67764 67354 match_104 match_part 1.000 68558 68278 match_part 1.000 68170 68102 match_part 0.986 67764 67549 match_105 match_part 0.916 68563 68278 match_part 0.986 68170 68102 match_part 0.905 67764 67566 match_106 match_part 0.906 68563 68278 match_part 0.971 68170 68102 match_part 0.968 67764 67579 match_107 match_part 1.000 68577 68278 match_part 0.957 68170 68102 match_part 1.000 67764 67709 match_108 match_part 1.000 68564 68408 match_109 match_part 0.929 86146 85428 match_110 match_part 1.000 90574 89714 match_111 match_part 0.996 90420 89851 match_112 match_part 1.000 90710 89867 match_113 match_part 0.973 90707 90075 match_114 match_part 0.965 90707 90136 match_115 match_part 0.960 91190 90793 match_116 match_part 0.992 95224 94702 match_117 match_part 0.997 95906 95209 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C03SLe0090P17.1 type gene exon 2979 3236 exon 3341 3562 exon 4273 5239 exon 5438 5905 gene_2 gene GT_PGL_1_AGS_2 transcript source GenomeThreader seq_id C03SLe0090P17.1 type gene exon 2978 3236 exon 3341 3755 gene_3 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C03SLe0090P17.1 type gene exon 14632 14877 exon 15364 15415 exon 15697 15754 exon 16425 16493 exon 16580 16705 exon 17553 17605 exon 17887 17964 exon 18212 18311 gene_4 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C03SLe0090P17.1 type gene exon 24096 25031 exon 25327 25334 gene_5 gene GT_PGL_3_AGS_2 transcript source GenomeThreader seq_id C03SLe0090P17.1 type gene exon 24551 25209 exon 25327 25340 gene_6 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C03SLe0090P17.1 type gene exon 26897 27283 gene_7 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C03SLe0090P17.1 type gene exon 48845 48922 exon 49004 49191 exon 49364 49553 exon 49640 50235 gene_8 gene GT_PGL_5_AGS_2 transcript source GenomeThreader seq_id C03SLe0090P17.1 type gene exon 47917 48001 exon 48077 48238 exon 49004 49113 gene_9 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C03SLe0090P17.1 type gene exon 56585 57259 gene_10 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C03SLe0090P17.1 type gene exon 60667 60476 exon 60391 59949 gene_11 gene GT_PGL_7_AGS_2 transcript source GenomeThreader seq_id C03SLe0090P17.1 type gene exon 60667 60476 exon 60391 59962 exon 59576 59556 gene_12 gene GT_PGL_7_AGS_3 transcript source GenomeThreader seq_id C03SLe0090P17.1 type gene exon 61059 59949 gene_13 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C03SLe0090P17.1 type gene exon 64248 64466 exon 67097 67405 gene_14 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C03SLe0090P17.1 type gene exon 68584 68278 exon 68170 68102 exon 67764 67353 exon 67299 67295 gene_15 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C03SLe0090P17.1 type gene exon 80888 80971 exon 81120 81551 exon 85072 86301 gene_16 gene GT_PGL_10_AGS_2 transcript source GenomeThreader seq_id C03SLe0090P17.1 type gene exon 80888 80971 exon 81120 81551 exon 85072 86155 exon 86395 86407 gene_17 gene GT_PGL_10_AGS_3 transcript source GenomeThreader seq_id C03SLe0090P17.1 type gene exon 82721 83618 gene_18 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C03SLe0090P17.1 type gene exon 86146 85428 gene_19 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C03SLe0090P17.1 type gene exon 90710 89714 gene_20 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C03SLe0090P17.1 type gene exon 91190 90793 gene_21 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C03SLe0090P17.1 type gene exon 95906 94702 gene_22 gene GT_PGL_15_AGS_1 transcript source GenomeThreader seq_id C03SLe0090P17.1 type gene exon 99860 99947 exon 100043 101111 exon 101199 101307 exon 102918 103302 gene_23 gene GT_PGL_15_AGS_2 transcript source GenomeThreader seq_id C03SLe0090P17.1 type gene exon 99460 99642 exon 99735 99800 exon 99905 99947 exon 100043 100097 exon 100636 100684 exon 101044 101111 exon 101199 101307 exon 102918 103302 gene_24 gene GT_PGL_15_AGS_3 transcript source GenomeThreader seq_id C03SLe0090P17.1 type gene exon 99419 99642 exon 99727 99800 exon 99905 99947 exon 100043 100659 RepeatMasker tomato repeats master Copia00151 2726 2808 1 Copia00151 2726 2808 1 nucleotide_motif 259 924 1006 Copia00107 405 735 1 Copia00107 405 735 1 nucleotide_motif 1549 9521 9846 Copia00143 136 218 1 Copia00143 136 218 1 nucleotide_motif 439 11247 11324 Unknown00019 103 296 1 Unknown00019 103 296 1 nucleotide_motif 318 13699 13894 Copia00172 5222 5319 1 Copia00172 5222 5319 1 nucleotide_motif 357 44939 45037 MuDR1_HV 1238 1712 1 MuDR1_HV 1238 1712 1 nucleotide_motif 329 52832 52924 SINE_SO 1 133 1 SINE_SO 1 133 1 nucleotide_motif 523 58246 58376 Unknown00025 245 456 1 Unknown00025 245 456 1 nucleotide_motif 600 70369 70597 Copia00110 13159 13457 1 Copia00110 13159 13457 1 nucleotide_motif 796 73280 73521 Copia00110 13267 13623 1 Copia00110 13267 13623 1 nucleotide_motif 925 73560 73903 Gypsy00043 1066 1314 1 Gypsy00043 1066 1314 1 nucleotide_motif 1287 73853 74088 Copia00110 10867 11210 1 Copia00110 10867 11210 1 nucleotide_motif 881 75776 76103 Copia00110 2401 2736 1 Copia00110 2401 2736 1 nucleotide_motif 1815 83446 83769 Unknown00019 173 688 1 Unknown00019 173 688 1 nucleotide_motif 650 92214 92513 Unknown00050 3296 3865 1 Unknown00050 3296 3865 1 nucleotide_motif 3024 97346 97899 SONATA2 2 230 1 SONATA2 2 230 1 nucleotide_motif 1178 102330 102564 RepeatMasker tomato repeats master Gypsy00071 3360 3398 -1 Gypsy00071 3360 3398 -1 nucleotide_motif 229 257 219 Copia00172 5195 5315 -1 Copia00172 5195 5315 -1 nucleotide_motif 297 12211 12088 Copia00110 13333 13570 -1 Copia00110 13333 13570 -1 nucleotide_motif 543 13980 13752 Copia00110 13159 13357 -1 Copia00110 13159 13357 -1 nucleotide_motif 769 14275 14072 Unknown00034 3791 4033 -1 Unknown00034 3791 4033 -1 nucleotide_motif 1029 21020 20781 Gypsy00073 1024 1371 -1 Gypsy00073 1024 1371 -1 nucleotide_motif 595 59391 59015 Copia00110 13161 13623 -1 Copia00110 13161 13623 -1 nucleotide_motif 1059 59762 59326 Unknown00019 5 254 -1 Unknown00019 5 254 -1 nucleotide_motif 992 74125 74089 Unknown00049 1934 2033 -1 Unknown00049 1934 2033 -1 nucleotide_motif 233 76184 76087 Unknown00034 3696 4028 -1 Unknown00034 3696 4028 -1 nucleotide_motif 2393 76755 76427 SONATA2 107 226 -1 SONATA2 107 226 -1 nucleotide_motif 294 80743 80637 Gypsy00043 1046 1209 -1 Gypsy00043 1046 1209 -1 nucleotide_motif 532 92163 92014 Copia00110 13267 13623 -1 Copia00110 13267 13623 -1 nucleotide_motif 1344 92462 92100 Copia00110 13164 13445 -1 Copia00110 13164 13445 -1 nucleotide_motif 1142 92776 92514 Gypsy00163 8019 8198 -1 Gypsy00163 8019 8198 -1 nucleotide_motif 610 98224 98050 Gypsy00163 7720 8015 -1 Gypsy00163 7720 8015 -1 nucleotide_motif 1640 98845 98541 Unknown00034 3673 4026 -1 Unknown00034 3673 4026 -1 nucleotide_motif 1162 99304 98973 BLAST_tomato_bacs Tomato BAC sequences BLAST_tomato_bacs Tomato BAC sequences match_1 match 4058 66862 69013 match_2 match 6078 93036 96248 match_3 match 7789 99484 103601 match_4 match 82745 92990 match_5 match 1959 12714 13737 match_6 match 2420 19062 20372 match_7 match 2997 54340 55878 match_8 match 3550 10795 12657 match_9 match 3826 8066 10205 match_10 match 4032 25608 27749 match_11 match 4268 1 2324 match_12 match 7251 3327 7131 match_13 match 8003 21366 25507 match_14 match 8685 14458 18979 match_15 match 29046 38376 match_16 match 38410 52224 match_17 match 511 95044 96047 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) clone_1 clone 1267 84 103572 clone_start_1 clone_start 1138 84 730 clone_2 clone 1047.5 1997 36018 clone_end_1 clone_end 650 1997 2324 clone_3 clone 889 2403 36018 clone_end_2 clone_end 333 2403 2612 clone_start_2 clone_start 1237 4359 4986 clone_end_3 clone_end 922 17999 18463 clone_start_3 clone_start 682 23941 24296 clone_4 clone 1147 31814 68102 clone_start_4 clone_start 1392 31814 32536 clone_5 clone 944.5 35510 68084 clone_start_5 clone_start 1251 35510 36140 clone_end_4 clone_end 1221 42048 42692 clone_end_5 clone_end 1507 43516 44279 clone_end_6 clone_end 1344 43543 44220 clone_start_6 clone_start 1495 45175 45935 clone_start_7 clone_start 880 46227 46674 clone_end_7 clone_end 1289 46293 46966 clone_start_8 clone_start 1057 55874 56451 clone_start_9 clone_start 1130 62334 62926 clone_end_8 clone_end 860 68194 68664 clone_end_9 clone_end 270 73451 73590 clone_end_10 clone_end 1053 86921 87451 clone_end_11 clone_end 860 90347 90780 clone_end_12 clone_end 801 91773 92176 clone_start_10 clone_start 1241 94755 95380 clone_end_13 clone_end 1191 100352 100980 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) clone_end_14 clone_end 1396 103572 102844 clone_start_11 clone_start 1445 36018 35266 clone_start_12 clone_start 1445 36018 35266 clone_end_15 clone_end 1227 11440 10795 clone_start_13 clone_start 1037 12657 12082 clone_start_14 clone_start 680 16021 15650 clone_start_15 clone_start 1084 16691 16137 clone_end_16 clone_end 1059 17712 17179 clone_start_16 clone_start 1322 25233 24567 clone_start_17 clone_start 531 28516 28222 clone_start_18 clone_start 531 28516 28222 clone_end_17 clone_end 278 28516 28377 clone_end_18 clone_end 539 28868 28586 clone_end_19 clone_end 902 68102 67621 clone_start_19 clone_start 894 33680 33170 clone_end_20 clone_end 638 68084 67736 clone_start_20 clone_start 1465 36867 36129 clone_start_21 clone_start 1372 39152 38410 clone_end_21 clone_end 1025 47287 46767 clone_end_22 clone_end 1279 55803 55155 clone_end_23 clone_end 1150 56058 55454 clone_start_22 clone_start 456 59323 59082 clone_end_24 clone_end 868 60460 60023 clone_end_25 clone_end 914 64486 63958 clone_end_26 clone_end 898 66105 65594 clone_start_23 clone_start 276 73598 73452 clone_start_24 clone_start 283 73606 73452 clone_start_25 clone_start 1477 100274 99484 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_1 match_part 0.992 2979 3236 match_part 0.982 3341 3562 match_2 match_part 0.913 2995 3236 match_part 0.986 3341 3562 match_part 0.991 4273 4624 match_3 match_part 1.000 2997 3236 match_part 1.000 3341 3562 match_part 0.957 4273 4527 match_4 match_part 1.000 3000 3236 match_part 1.000 3341 3538 match_5 match_part 0.971 3031 3236 match_part 0.956 3341 3385 match_6 match_part 1.000 3040 3236 match_part 0.995 3341 3542 match_7 match_part 0.973 3054 3236 match_part 1.000 3341 3562 match_part 0.984 4273 4336 match_8 match_part 0.985 3362 3562 match_part 1.000 4273 4346 match_9 match_part 0.986 3423 3562 match_part 1.000 4273 4628 match_10 match_part 0.999 4510 5234 match_11 match_part 0.998 4510 5150 match_12 match_part 1.000 5022 5239 match_part 0.993 5438 5884 match_13 match_part 1.000 5086 5239 match_part 0.991 5438 5883 match_14 match_part 1.000 5198 5239 match_part 0.981 5438 5905 match_15 match_part 1.000 5198 5239 match_part 0.981 5438 5905 match_16 match_part 1.000 5198 5239 match_part 0.987 5438 5902 match_17 match_part 1.000 5212 5239 match_part 0.930 5438 5881 match_18 match_part 0.988 14632 14877 match_part 1.000 15364 15415 match_part 1.000 15697 15754 match_part 1.000 16425 16493 match_part 1.000 16580 16705 match_part 0.962 17553 17605 match_part 1.000 17887 17964 match_part 0.990 18212 18311 match_19 match_part 1.000 14633 14877 match_part 1.000 15364 15415 match_part 0.983 15697 15754 match_part 1.000 16425 16452 match_20 match_part 0.991 24096 25031 match_part 0.875 25327 25334 match_21 match_part 1.000 24551 25209 match_part 0.786 25327 25340 match_22 match_part 0.984 26897 27283 match_23 match_part 1.000 47917 48001 match_part 1.000 48077 48238 match_part 1.000 49004 49113 match_24 match_part 0.941 47917 48001 match_part 0.975 48077 48238 match_part 1.000 49004 49023 match_25 match_part 1.000 49487 49553 match_part 0.997 49640 50235 match_26 match_part 1.000 49487 49553 match_part 0.998 49640 50132 match_27 match_part 1.000 49487 49553 match_part 1.000 49640 50037 match_28 match_part 1.000 49487 49553 match_part 1.000 49640 49949 match_29 match_part 1.000 49487 49553 match_part 0.988 49640 49804 match_30 match_part 0.978 56585 57142 match_31 match_part 0.937 57007 57259 match_32 match_part 1.000 64248 64466 match_part 0.974 67097 67405 match_33 match_part 0.988 80888 80971 match_part 0.985 81120 81386 match_34 match_part 0.988 80889 80971 match_part 1.000 81120 81551 match_part 0.988 85072 85233 match_35 match_part 0.911 80893 80971 match_part 0.993 81120 81551 match_part 0.979 85072 85260 match_36 match_part 0.987 80893 80971 match_part 1.000 81120 81234 match_37 match_part 0.960 80897 80971 match_part 0.993 81120 81551 match_part 0.972 85072 85107 match_38 match_part 0.986 80900 80971 match_part 1.000 81120 81551 match_part 0.989 85072 85254 match_39 match_part 0.972 80901 80971 match_part 0.972 81120 81551 match_part 0.971 85072 85139 match_40 match_part 0.967 80912 80971 match_part 0.962 81120 81278 match_41 match_part 0.974 80933 80971 match_part 1.000 81120 81376 match_42 match_part 0.995 81140 81551 match_part 0.960 85072 85096 match_43 match_part 0.997 81159 81551 match_part 0.988 85072 85239 match_44 match_part 1.000 81282 81551 match_part 0.995 85072 85470 match_45 match_part 1.000 81360 81551 match_part 0.993 85072 85481 match_46 match_part 1.000 81360 81551 match_part 0.995 85072 85460 match_47 match_part 0.990 81448 81551 match_part 1.000 85072 85661 match_48 match_part 1.000 81453 81551 match_part 0.996 85072 85581 match_49 match_part 1.000 81506 81551 match_part 0.989 85072 85256 match_50 match_part 1.000 81518 81551 match_part 0.996 85072 85565 match_51 match_part 0.985 82721 83581 match_52 match_part 0.982 82722 83618 match_53 match_part 0.984 82722 83609 match_54 match_part 0.989 85304 85968 match_55 match_part 0.995 85305 85909 match_56 match_part 0.994 85419 86074 match_57 match_part 0.993 85431 85972 match_58 match_part 0.974 85614 86155 match_part 0.615 86395 86407 match_59 match_part 0.936 85652 86241 match_60 match_part 0.957 85761 86088 match_61 match_part 1.000 86034 86301 match_62 match_part 0.973 99460 99642 match_part 1.000 99735 99800 match_part 1.000 99905 99947 match_part 1.000 100043 100097 match_part 1.000 100636 100684 match_part 1.000 101044 101111 match_part 1.000 101199 101307 match_part 0.993 102918 103205 match_63 match_part 0.973 99461 99642 match_part 1.000 99735 99778 match_64 match_part 0.864 99860 99947 match_part 0.996 100043 100819 match_65 match_part 1.000 99904 99947 match_part 0.995 100043 100616 match_66 match_part 0.997 100308 100659 match_67 match_part 0.955 100309 100550 match_68 match_part 0.979 100786 101111 match_part 1.000 101199 101307 match_part 1.000 102918 103302 match_69 match_part 1.000 100982 101111 match_part 1.000 101199 101307 match_part 1.000 102918 103301 match_70 match_part 0.967 101082 101111 match_part 0.972 101199 101307 match_part 0.997 102918 103302 match_71 match_part 1.000 101276 101307 match_part 0.990 102918 103229 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_72 match_part 0.988 60640 60476 match_part 0.970 60391 59962 match_part 0.714 59576 59556 match_73 match_part 1.000 60372 59949 match_74 match_part 0.994 60264 59949 match_75 match_part 0.990 60667 60476 match_part 0.983 60391 59974 match_76 match_part 0.988 60640 60476 match_part 0.983 60391 59974 match_77 match_part 0.990 60667 60476 match_part 0.978 60391 59979 match_78 match_part 0.994 61059 60134 match_79 match_part 0.990 68583 68278 match_part 1.000 68170 68102 match_part 0.993 67764 67353 match_part 0.400 67299 67295 match_80 match_part 1.000 68433 68278 match_part 1.000 68170 68102 match_part 0.985 67764 67353 match_part 0.400 67299 67295 match_81 match_part 1.000 68584 68278 match_part 1.000 68170 68102 match_part 0.990 67764 67353 match_82 match_part 1.000 68584 68278 match_part 1.000 68170 68102 match_part 0.990 67764 67353 match_83 match_part 1.000 68584 68278 match_part 1.000 68170 68102 match_part 0.990 67764 67353 match_84 match_part 1.000 68584 68278 match_part 1.000 68170 68102 match_part 1.000 67764 67353 match_85 match_part 0.993 68583 68278 match_part 1.000 68170 68102 match_part 0.993 67764 67353 match_86 match_part 1.000 68565 68278 match_part 1.000 68170 68102 match_part 0.988 67764 67353 match_87 match_part 0.977 68491 68278 match_part 1.000 68170 68102 match_part 0.993 67764 67353 match_88 match_part 1.000 68584 68278 match_part 1.000 68170 68102 match_part 0.993 67764 67354 match_89 match_part 1.000 68558 68278 match_part 1.000 68170 68102 match_part 0.986 67764 67549 match_90 match_part 1.000 68577 68278 match_part 0.957 68170 68102 match_part 1.000 67764 67709 match_91 match_part 1.000 68564 68408 match_92 match_part 1.000 90574 89714 match_93 match_part 0.996 90420 89851 match_94 match_part 1.000 90710 89867 match_95 match_part 0.960 91190 90793 match_96 match_part 0.992 95224 94702 match_97 match_part 0.997 95906 95209 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C03SLe0090P17.1 type gene exon 2979 3236 exon 3341 3562 exon 4273 5239 exon 5438 5905 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C03SLe0090P17.1 type gene exon 14632 14877 exon 15364 15415 exon 15697 15754 exon 16425 16493 exon 16580 16705 exon 17553 17605 exon 17887 17964 exon 18212 18311 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C03SLe0090P17.1 type gene exon 24096 25031 exon 25327 25334 gene_4 gene GT_PGL_3_AGS_2 transcript source GenomeThreader seq_id C03SLe0090P17.1 type gene exon 24551 25209 exon 25327 25340 gene_5 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C03SLe0090P17.1 type gene exon 26897 27283 gene_6 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C03SLe0090P17.1 type gene exon 47917 48001 exon 48077 48238 exon 49004 49113 gene_7 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C03SLe0090P17.1 type gene exon 49487 49553 exon 49640 50235 gene_8 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C03SLe0090P17.1 type gene exon 56585 57259 gene_9 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C03SLe0090P17.1 type gene exon 60667 60476 exon 60391 59949 gene_10 gene GT_PGL_8_AGS_2 transcript source GenomeThreader seq_id C03SLe0090P17.1 type gene exon 60667 60476 exon 60391 59962 exon 59576 59556 gene_11 gene GT_PGL_8_AGS_3 transcript source GenomeThreader seq_id C03SLe0090P17.1 type gene exon 61059 59949 gene_12 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C03SLe0090P17.1 type gene exon 64248 64466 exon 67097 67405 gene_13 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C03SLe0090P17.1 type gene exon 68584 68278 exon 68170 68102 exon 67764 67353 exon 67299 67295 gene_14 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C03SLe0090P17.1 type gene exon 80888 80971 exon 81120 81551 exon 85072 86301 gene_15 gene GT_PGL_11_AGS_2 transcript source GenomeThreader seq_id C03SLe0090P17.1 type gene exon 80888 80971 exon 81120 81551 exon 85072 86155 exon 86395 86407 gene_16 gene GT_PGL_11_AGS_3 transcript source GenomeThreader seq_id C03SLe0090P17.1 type gene exon 82721 83618 gene_17 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C03SLe0090P17.1 type gene exon 90710 89714 gene_18 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C03SLe0090P17.1 type gene exon 91190 90793 gene_19 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C03SLe0090P17.1 type gene exon 95906 94702 gene_20 gene GT_PGL_15_AGS_1 transcript source GenomeThreader seq_id C03SLe0090P17.1 type gene exon 99860 99947 exon 100043 101111 exon 101199 101307 exon 102918 103302 gene_21 gene GT_PGL_15_AGS_2 transcript source GenomeThreader seq_id C03SLe0090P17.1 type gene exon 99460 99642 exon 99735 99800 exon 99905 99947 exon 100043 100097 exon 100636 100684 exon 101044 101111 exon 101199 101307 exon 102918 103302 AUGUSTUS_tom_cdna de novo gene_1 gene 0.67 2956 5683 transcript_1 transcript 0.67 2956 5683 intron_1 intron 0.67 1 2955 intron_2 intron 1 3237 3340 intron_3 intron 1 3563 4272 intron_4 intron 1 5240 5437 CDS_1 CDS 1 2956 3236 CDS_2 CDS 1 3341 3562 CDS_3 CDS 1 4273 5239 CDS_4 CDS 1 5438 5683 stop_codon_1 stop_codon 5681 5683 gene_2 gene 1 10520 11026 transcript_2 transcript 1 10520 11026 start_codon_1 start_codon 10520 10522 CDS_5 CDS 1 10520 11026 stop_codon_2 stop_codon 11024 11026 gene_3 gene 0.72 14649 19263 transcript_3 transcript 0.72 14649 19263 start_codon_2 start_codon 14649 14651 intron_5 intron 1 14878 15363 intron_6 intron 1 15416 15696 intron_7 intron 1 15755 16424 intron_8 intron 1 16494 16579 intron_9 intron 1 16706 17552 intron_10 intron 0.98 17604 17886 intron_11 intron 1 17965 18211 intron_12 intron 0.78 18315 18742 CDS_6 CDS 0.94 14649 14877 CDS_7 CDS 1 15364 15415 CDS_8 CDS 1 15697 15754 CDS_9 CDS 1 16425 16493 CDS_10 CDS 1 16580 16705 CDS_11 CDS 0.98 17553 17603 CDS_12 CDS 1 17887 17964 CDS_13 CDS 0.99 18212 18314 CDS_14 CDS 0.78 18743 19263 stop_codon_3 stop_codon 19261 19263 gene_4 gene 0.98 22944 25013 transcript_4 transcript 0.98 22944 25013 start_codon_3 start_codon 22944 22946 CDS_15 CDS 0.99 22944 25013 stop_codon_4 stop_codon 25011 25013 gene_5 gene 0.96 26421 27404 transcript_5 transcript 0.96 26421 27404 start_codon_4 start_codon 26421 26423 CDS_16 CDS 0.96 26421 27404 stop_codon_5 stop_codon 27402 27404 gene_6 gene 0.12 41356 49825 transcript_6 transcript 0.12 41356 49825 start_codon_5 start_codon 41356 41358 intron_13 intron 0.44 41392 41689 intron_14 intron 0.87 41771 41853 intron_15 intron 0.79 42103 42851 intron_16 intron 0.99 42954 43026 intron_17 intron 0.82 43095 43268 intron_18 intron 0.98 43455 43551 intron_19 intron 1 43700 44584 intron_20 intron 1 44866 45108 intron_21 intron 0.89 45266 45515 intron_22 intron 0.98 45692 45766 intron_23 intron 0.73 45879 45996 intron_24 intron 0.6 46051 47704 intron_25 intron 0.97 47798 47890 intron_26 intron 1 48002 48076 intron_27 intron 1 48239 49003 intron_28 intron 1 49192 49363 intron_29 intron 1 49554 49639 CDS_17 CDS 0.58 41356 41391 CDS_18 CDS 0.87 41690 41770 CDS_19 CDS 0.76 41854 42102 CDS_20 CDS 0.98 42852 42953 CDS_21 CDS 0.98 43027 43094 CDS_22 CDS 0.82 43269 43454 CDS_23 CDS 0.98 43552 43699 CDS_24 CDS 1 44585 44865 CDS_25 CDS 0.89 45109 45265 CDS_26 CDS 0.89 45516 45691 CDS_27 CDS 0.99 45767 45878 CDS_28 CDS 0.68 45997 46050 CDS_29 CDS 0.97 47705 47797 CDS_30 CDS 1 47891 48001 CDS_31 CDS 1 48077 48238 CDS_32 CDS 1 49004 49191 CDS_33 CDS 1 49364 49553 CDS_34 CDS 1 49640 49825 stop_codon_6 stop_codon 49823 49825 gene_7 gene 0.96 55032 57134 transcript_7 transcript 0.96 55032 57134 start_codon_6 start_codon 55032 55034 CDS_35 CDS 0.96 55032 57134 stop_codon_7 stop_codon 57132 57134 gene_8 gene 0.68 64298 67424 transcript_8 transcript 0.68 64298 67424 start_codon_7 start_codon 64298 64300 intron_30 intron 0.72 64467 67356 CDS_36 CDS 0.77 64298 64466 CDS_37 CDS 0.75 67357 67424 stop_codon_8 stop_codon 67422 67424 gene_9 gene 1 81171 85971 transcript_9 transcript 1 81171 85971 start_codon_8 start_codon 81171 81173 intron_31 intron 1 81552 85071 CDS_38 CDS 1 81171 81551 CDS_39 CDS 1 85072 85971 stop_codon_9 stop_codon 85969 85971 gene_10 gene 0.83 99451 103031 transcript_10 transcript 0.83 99451 103031 start_codon_9 start_codon 99451 99453 intron_32 intron 1 99643 99734 intron_33 intron 1 99801 99904 intron_34 intron 1 99948 100042 intron_35 intron 1 100098 100635 intron_36 intron 1 100685 101043 intron_37 intron 1 101112 101198 intron_38 intron 1 101308 102917 CDS_40 CDS 0.83 99451 99642 CDS_41 CDS 1 99735 99800 CDS_42 CDS 1 99905 99947 CDS_43 CDS 1 100043 100097 CDS_44 CDS 1 100636 100684 CDS_45 CDS 1 101044 101111 CDS_46 CDS 1 101199 101307 CDS_47 CDS 1 102918 103031 stop_codon_10 stop_codon 103029 103031 AUGUSTUS_tom_cdna de novo gene_11 gene 0.9 63660 60048 transcript_11 transcript 0.9 63660 60048 stop_codon_11 stop_codon 60050 60048 intron_39 intron 1 60475 60392 intron_40 intron 0.92 61716 60676 intron_41 intron 0.99 63070 62752 CDS_48 CDS 1 60391 60048 CDS_49 CDS 0.92 60675 60476 CDS_50 CDS 0.9 62751 61717 CDS_51 CDS 1 63660 63071 start_codon_10 start_codon 63660 63658 gene_12 gene 1 68508 67579 transcript_12 transcript 1 68508 67579 stop_codon_12 stop_codon 67581 67579 intron_42 intron 1 68101 67765 intron_43 intron 1 68277 68171 CDS_52 CDS 1 67764 67579 CDS_53 CDS 1 68170 68102 CDS_54 CDS 1 68508 68278 start_codon_11 start_codon 68508 68506 gene_13 gene 0.96 86953 86573 transcript_13 transcript 0.96 86953 86573 stop_codon_13 stop_codon 86575 86573 CDS_55 CDS 0.96 86953 86573 start_codon_12 start_codon 86953 86951 gene_14 gene 1 91642 89678 transcript_14 transcript 1 91642 89678 stop_codon_14 stop_codon 89680 89678 CDS_56 CDS 1 91642 89678 start_codon_13 start_codon 91642 91640 gene_15 gene 0.71 96056 94839 transcript_15 transcript 0.71 96056 94839 stop_codon_15 stop_codon 94841 94839 CDS_57 CDS 0.71 96056 94839 start_codon_14 start_codon 96056 96054 AUGUSTUS_ab_initio de novo gene_1 gene 0.51 3103 5683 transcript_1 transcript 0.51 3103 5683 start_codon_1 start_codon 3103 3105 intron_1 intron 1 3237 3340 intron_2 intron 0.52 3563 4200 intron_3 intron 1 5240 5437 CDS_1 CDS 1 3103 3236 CDS_2 CDS 1 3341 3562 CDS_3 CDS 0.52 4201 5239 CDS_4 CDS 1 5438 5683 stop_codon_1 stop_codon 5681 5683 gene_2 gene 1 10520 11026 transcript_2 transcript 1 10520 11026 start_codon_2 start_codon 10520 10522 CDS_5 CDS 1 10520 11026 stop_codon_2 stop_codon 11024 11026 gene_3 gene 0.2 14649 19263 transcript_3 transcript 0.2 14649 19263 start_codon_3 start_codon 14649 14651 intron_4 intron 0.66 14834 15696 intron_5 intron 0.99 15755 16424 intron_6 intron 0.99 16494 16579 intron_7 intron 0.8 16706 17552 intron_8 intron 0.78 17604 17886 intron_9 intron 0.97 17965 18057 intron_10 intron 0.38 18158 18613 intron_11 intron 0.62 18649 18723 CDS_6 CDS 0.66 14649 14833 CDS_7 CDS 0.89 15697 15754 CDS_8 CDS 0.99 16425 16493 CDS_9 CDS 1 16580 16705 CDS_10 CDS 0.8 17553 17603 CDS_11 CDS 0.98 17887 17964 CDS_12 CDS 0.56 18058 18157 CDS_13 CDS 0.71 18614 18648 CDS_14 CDS 0.62 18724 19263 stop_codon_3 stop_codon 19261 19263 gene_4 gene 0.99 22944 25013 transcript_4 transcript 0.99 22944 25013 start_codon_4 start_codon 22944 22946 CDS_15 CDS 1 22944 25013 stop_codon_4 stop_codon 25011 25013 gene_5 gene 0.79 26421 27404 transcript_5 transcript 0.79 26421 27404 start_codon_5 start_codon 26421 26423 CDS_16 CDS 0.79 26421 27404 stop_codon_5 stop_codon 27402 27404 gene_6 gene 0.01 29998 50302 transcript_6 transcript 0.01 29998 50302 start_codon_6 start_codon 29998 30000 intron_12 intron 0.78 30029 30153 intron_13 intron 0.14 30240 32844 intron_14 intron 0.52 32946 33897 intron_15 intron 0.8 33965 34279 intron_16 intron 0.28 34538 39226 intron_17 intron 0.73 39312 39614 intron_18 intron 0.78 39672 39826 intron_19 intron 0.84 39894 41273 intron_20 intron 0.88 41392 41486 intron_21 intron 0.95 41604 41689 intron_22 intron 1 41771 41853 intron_23 intron 0.59 42103 42851 intron_24 intron 0.99 42954 43026 intron_25 intron 0.8 43095 43268 intron_26 intron 1 43455 43551 intron_27 intron 0.93 43700 44584 intron_28 intron 1 44866 45108 intron_29 intron 0.96 45266 45515 intron_30 intron 1 45692 45766 intron_31 intron 0.98 45879 45996 intron_32 intron 0.38 46051 47704 intron_33 intron 1 47798 47890 intron_34 intron 1 48002 48076 intron_35 intron 0.7 48239 49003 intron_36 intron 1 49192 49363 intron_37 intron 0.97 49554 49639 intron_38 intron 0.96 49808 50221 CDS_17 CDS 0.5 29998 30028 CDS_18 CDS 0.52 30154 30239 CDS_19 CDS 0.49 32845 32945 CDS_20 CDS 0.58 33898 33964 CDS_21 CDS 0.75 34280 34537 CDS_22 CDS 0.65 39227 39311 CDS_23 CDS 0.78 39615 39671 CDS_24 CDS 0.96 39827 39893 CDS_25 CDS 0.93 41274 41391 CDS_26 CDS 0.91 41487 41603 CDS_27 CDS 1 41690 41770 CDS_28 CDS 0.75 41854 42102 CDS_29 CDS 0.99 42852 42953 CDS_30 CDS 0.95 43027 43094 CDS_31 CDS 0.8 43269 43454 CDS_32 CDS 1 43552 43699 CDS_33 CDS 1 44585 44865 CDS_34 CDS 0.96 45109 45265 CDS_35 CDS 0.96 45516 45691 CDS_36 CDS 0.99 45767 45878 CDS_37 CDS 0.75 45997 46050 CDS_38 CDS 1 47705 47797 CDS_39 CDS 1 47891 48001 CDS_40 CDS 0.99 48077 48238 CDS_41 CDS 0.71 49004 49191 CDS_42 CDS 0.97 49364 49553 CDS_43 CDS 1 49640 49807 CDS_44 CDS 0.96 50222 50302 stop_codon_6 stop_codon 50300 50302 gene_7 gene 0.89 55032 57134 transcript_7 transcript 0.89 55032 57134 start_codon_7 start_codon 55032 55034 CDS_45 CDS 0.89 55032 57134 stop_codon_7 stop_codon 57132 57134 gene_8 gene 0.24 64298 66437 transcript_8 transcript 0.24 64298 66437 start_codon_8 start_codon 64298 64300 intron_39 intron 0.33 64467 65431 intron_40 intron 0.25 65488 66416 CDS_46 CDS 0.97 64298 64466 CDS_47 CDS 0.32 65432 65487 CDS_48 CDS 0.43 66417 66437 stop_codon_8 stop_codon 66435 66437 gene_9 gene 0.84 81144 85971 transcript_9 transcript 0.84 81144 85971 start_codon_9 start_codon 81144 81146 intron_41 intron 0.99 81552 85071 CDS_49 CDS 0.86 81144 81551 CDS_50 CDS 0.99 85072 85971 stop_codon_9 stop_codon 85969 85971 gene_10 gene 0.4 99451 103031 transcript_10 transcript 0.4 99451 103031 start_codon_10 start_codon 99451 99453 intron_42 intron 0.63 99632 99726 intron_43 intron 0.66 99801 99904 intron_44 intron 1 99948 100042 intron_45 intron 0.94 100098 100635 intron_46 intron 0.95 100685 101043 intron_47 intron 0.98 101112 101198 intron_48 intron 0.93 101308 102917 CDS_51 CDS 0.57 99451 99631 CDS_52 CDS 0.54 99727 99800 CDS_53 CDS 1 99905 99947 CDS_54 CDS 0.96 100043 100097 CDS_55 CDS 0.95 100636 100684 CDS_56 CDS 0.98 101044 101111 CDS_57 CDS 1 101199 101307 CDS_58 CDS 0.93 102918 103031 stop_codon_10 stop_codon 103029 103031 AUGUSTUS_ab_initio de novo gene_11 gene 0.5 63660 60048 transcript_11 transcript 0.5 63660 60048 stop_codon_11 stop_codon 60050 60048 intron_49 intron 0.76 60475 60392 intron_50 intron 0.65 61716 60676 intron_51 intron 1 63070 62752 CDS_59 CDS 0.76 60391 60048 CDS_60 CDS 0.58 60675 60476 CDS_61 CDS 0.68 62751 61717 CDS_62 CDS 1 63660 63071 start_codon_11 start_codon 63660 63658 gene_12 gene 0.98 68508 67579 transcript_12 transcript 0.98 68508 67579 stop_codon_12 stop_codon 67581 67579 intron_52 intron 1 68101 67765 intron_53 intron 1 68277 68171 CDS_63 CDS 0.98 67764 67579 CDS_64 CDS 1 68170 68102 CDS_65 CDS 1 68508 68278 start_codon_12 start_codon 68508 68506 gene_13 gene 1 86953 86573 transcript_13 transcript 1 86953 86573 stop_codon_13 stop_codon 86575 86573 CDS_66 CDS 1 86953 86573 start_codon_13 start_codon 86953 86951 gene_14 gene 1 91642 89678 transcript_14 transcript 1 91642 89678 stop_codon_14 stop_codon 89680 89678 CDS_67 CDS 1 91642 89678 start_codon_14 start_codon 91642 91640 gene_15 gene 0.79 96056 94839 transcript_15 transcript 0.79 96056 94839 stop_codon_15 stop_codon 94841 94839 CDS_68 CDS 0.79 96056 94839 start_codon_15 start_codon 96056 96054 AUGUSTUS_tom_ugs de novo gene_1 gene 1 3103 5683 transcript_1 transcript 1 3103 5683 start_codon_1 start_codon 3103 3105 intron_1 intron 1 3237 3340 intron_2 intron 1 3563 4272 intron_3 intron 1 5240 5437 CDS_1 CDS 1 3103 3236 CDS_2 CDS 1 3341 3562 CDS_3 CDS 1 4273 5239 CDS_4 CDS 1 5438 5683 stop_codon_1 stop_codon 5681 5683 gene_2 gene 1 10520 11026 transcript_2 transcript 1 10520 11026 start_codon_2 start_codon 10520 10522 CDS_5 CDS 1 10520 11026 stop_codon_2 stop_codon 11024 11026 gene_3 gene 0.85 14649 19263 transcript_3 transcript 0.85 14649 19263 start_codon_3 start_codon 14649 14651 intron_4 intron 1 14878 15363 intron_5 intron 1 15416 15696 intron_6 intron 1 15755 16424 intron_7 intron 1 16494 16579 intron_8 intron 1 16706 17552 intron_9 intron 0.99 17604 17886 intron_10 intron 1 17965 18211 intron_11 intron 1 18315 18613 intron_12 intron 0.86 18649 18723 CDS_6 CDS 1 14649 14877 CDS_7 CDS 1 15364 15415 CDS_8 CDS 1 15697 15754 CDS_9 CDS 1 16425 16493 CDS_10 CDS 1 16580 16705 CDS_11 CDS 0.99 17553 17603 CDS_12 CDS 1 17887 17964 CDS_13 CDS 1 18212 18314 CDS_14 CDS 0.97 18614 18648 CDS_15 CDS 0.86 18724 19263 stop_codon_3 stop_codon 19261 19263 gene_4 gene 1 22944 25013 transcript_4 transcript 1 22944 25013 start_codon_4 start_codon 22944 22946 CDS_16 CDS 1 22944 25013 stop_codon_4 stop_codon 25011 25013 gene_5 gene 0.99 26421 27404 transcript_5 transcript 0.99 26421 27404 start_codon_5 start_codon 26421 26423 CDS_17 CDS 0.99 26421 27404 stop_codon_5 stop_codon 27402 27404 gene_6 gene 0.11 41356 50302 transcript_6 transcript 0.11 41356 50302 start_codon_6 start_codon 41356 41358 intron_13 intron 0.58 41392 41689 intron_14 intron 0.88 41771 41853 intron_15 intron 0.64 42103 42851 intron_16 intron 0.97 42954 43026 intron_17 intron 0.74 43095 43268 intron_18 intron 0.97 43455 43551 intron_19 intron 1 43700 44584 intron_20 intron 1 44866 45108 intron_21 intron 0.92 45266 45515 intron_22 intron 0.99 45692 45766 intron_23 intron 0.79 45879 45996 intron_24 intron 0.66 46051 47704 intron_25 intron 0.95 47798 47890 intron_26 intron 1 48002 48076 intron_27 intron 1 48239 49003 intron_28 intron 1 49192 49363 intron_29 intron 1 49554 49639 intron_30 intron 0.69 49808 50221 CDS_18 CDS 0.64 41356 41391 CDS_19 CDS 0.88 41690 41770 CDS_20 CDS 0.58 41854 42102 CDS_21 CDS 0.95 42852 42953 CDS_22 CDS 0.94 43027 43094 CDS_23 CDS 0.74 43269 43454 CDS_24 CDS 0.97 43552 43699 CDS_25 CDS 1 44585 44865 CDS_26 CDS 0.92 45109 45265 CDS_27 CDS 0.92 45516 45691 CDS_28 CDS 0.99 45767 45878 CDS_29 CDS 0.76 45997 46050 CDS_30 CDS 0.95 47705 47797 CDS_31 CDS 0.99 47891 48001 CDS_32 CDS 1 48077 48238 CDS_33 CDS 1 49004 49191 CDS_34 CDS 1 49364 49553 CDS_35 CDS 0.69 49640 49807 CDS_36 CDS 0.69 50222 50302 stop_codon_6 stop_codon 50300 50302 gene_7 gene 0.93 55032 57134 transcript_7 transcript 0.93 55032 57134 start_codon_7 start_codon 55032 55034 CDS_37 CDS 0.93 55032 57134 stop_codon_7 stop_codon 57132 57134 gene_8 gene 0.54 64298 64744 transcript_8 transcript 0.54 64298 64744 start_codon_8 start_codon 64298 64300 intron_31 intron 0.55 64467 64661 CDS_38 CDS 0.94 64298 64466 CDS_39 CDS 0.55 64662 64744 stop_codon_8 stop_codon 64742 64744 gene_9 gene 0.83 99451 103031 transcript_9 transcript 0.83 99451 103031 start_codon_9 start_codon 99451 99453 intron_32 intron 1 99643 99734 intron_33 intron 1 99801 99904 intron_34 intron 1 99948 100042 intron_35 intron 1 100098 100635 intron_36 intron 1 100685 101043 intron_37 intron 1 101112 101198 intron_38 intron 1 101308 102917 CDS_40 CDS 0.83 99451 99642 CDS_41 CDS 1 99735 99800 CDS_42 CDS 1 99905 99947 CDS_43 CDS 1 100043 100097 CDS_44 CDS 1 100636 100684 CDS_45 CDS 1 101044 101111 CDS_46 CDS 1 101199 101307 CDS_47 CDS 1 102918 103031 stop_codon_9 stop_codon 103029 103031 AUGUSTUS_tom_ugs de novo gene_10 gene 0.73 63660 60048 transcript_10 transcript 0.73 63660 60048 stop_codon_10 stop_codon 60050 60048 intron_39 intron 1 60475 60392 intron_40 intron 0.73 61716 60676 intron_41 intron 1 63070 62752 CDS_48 CDS 1 60391 60048 CDS_49 CDS 0.73 60675 60476 CDS_50 CDS 0.73 62751 61717 CDS_51 CDS 1 63660 63071 start_codon_10 start_codon 63660 63658 gene_11 gene 0.82 68508 67579 transcript_11 transcript 0.82 68508 67579 stop_codon_11 stop_codon 67581 67579 intron_42 intron 0.82 68101 67765 intron_43 intron 0.82 68277 68171 CDS_52 CDS 1 67764 67579 CDS_53 CDS 0.82 68170 68102 CDS_54 CDS 1 68508 68278 start_codon_11 start_codon 68508 68506 gene_12 gene 0.95 86953 86573 transcript_12 transcript 0.95 86953 86573 stop_codon_12 stop_codon 86575 86573 CDS_55 CDS 0.95 86953 86573 start_codon_12 start_codon 86953 86951 gene_13 gene 1 91642 89678 transcript_13 transcript 1 91642 89678 stop_codon_13 stop_codon 89680 89678 CDS_56 CDS 1 91642 89678 start_codon_13 start_codon 91642 91640 gene_14 gene 0.79 96056 94839 transcript_14 transcript 0.79 96056 94839 stop_codon_14 stop_codon 94841 94839 CDS_57 CDS 0.79 96056 94839 start_codon_14 start_codon 96056 96054 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_1 match_part 0.996 2978 3236 match_part 1.000 3341 3562 match_part 1.000 4273 5239 match_part 0.993 5438 5884 match_2 match_part 1.000 14559 14877 match_part 1.000 15364 15415 match_part 1.000 15697 15754 match_part 1.000 16425 16493 match_part 1.000 16580 16705 match_part 0.962 17553 17605 match_part 0.974 17887 17964 match_part 0.990 18212 18314 match_3 match_part 0.998 24095 25208 match_4 match_part 1.000 25856 25943 match_part 0.980 26406 27061 match_5 match_part 0.984 26898 27324 match_6 match_part 0.913 47910 48001 match_part 0.975 48077 48238 match_part 1.000 49004 49149 match_7 match_part 1.000 49501 49553 match_part 0.997 49640 50235 match_8 match_part 0.979 56586 57242 match_9 match_part 0.962 80868 80971 match_part 1.000 81120 81551 match_part 0.985 85072 86236 match_10 match_part 0.982 82740 83653 match_11 match_part 0.957 85759 86086 match_12 match_part 1.000 89545 91730 match_13 match_part 0.994 94701 95908 match_14 match_part 0.939 99396 99642 match_part 1.000 99735 99800 match_part 1.000 99905 99947 match_part 1.000 100043 100097 match_part 1.000 100636 100684 match_part 1.000 101044 101111 match_part 1.000 101199 101307 match_part 1.000 102918 103303 match_15 match_part 1.000 99435 99642 match_part 1.000 99727 99800 match_part 1.000 99905 99947 match_part 0.999 100043 100799 match_16 match_part 0.979 100786 101111 match_part 1.000 101199 101307 match_part 1.000 102918 103303 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_17 match_part 0.988 60640 60476 match_part 0.984 60391 59962 match_part 0.714 59576 59556 match_18 match_part 0.988 61066 60149 match_19 match_part 1.000 63529 63088 match_20 match_part 0.997 68608 68278 match_part 1.000 68170 68102 match_part 1.000 67764 67097 match_part 0.997 64466 64153 match_21 match_part 1.000 86289 86059 match_22 match_part 0.998 87080 86553 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C03SLe0090P17.1 type gene exon 2978 3236 exon 3341 3562 exon 4273 5239 exon 5438 5884 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C03SLe0090P17.1 type gene exon 14559 14877 exon 15364 15415 exon 15697 15754 exon 16425 16493 exon 16580 16705 exon 17553 17605 exon 17887 17964 exon 18212 18314 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C03SLe0090P17.1 type gene exon 24095 25208 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C03SLe0090P17.1 type gene exon 25856 25943 exon 26406 27324 gene_5 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C03SLe0090P17.1 type gene exon 47910 48001 exon 48077 48238 exon 49004 49149 gene_6 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C03SLe0090P17.1 type gene exon 49501 49553 exon 49640 50235 gene_7 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C03SLe0090P17.1 type gene exon 56586 57242 gene_8 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C03SLe0090P17.1 type gene exon 61066 60149 gene_9 gene GT_PGL_8_AGS_2 transcript source GenomeThreader seq_id C03SLe0090P17.1 type gene exon 60640 60476 exon 60391 59962 exon 59576 59556 gene_10 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C03SLe0090P17.1 type gene exon 63529 63088 gene_11 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C03SLe0090P17.1 type gene exon 68608 68278 exon 68170 68102 exon 67764 67097 exon 64466 64153 gene_12 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C03SLe0090P17.1 type gene exon 80868 80971 exon 81120 81551 exon 85072 86236 gene_13 gene GT_PGL_11_AGS_2 transcript source GenomeThreader seq_id C03SLe0090P17.1 type gene exon 82740 83653 gene_14 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C03SLe0090P17.1 type gene exon 86289 86059 gene_15 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C03SLe0090P17.1 type gene exon 87080 86553 gene_16 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C03SLe0090P17.1 type gene exon 89545 91730 gene_17 gene GT_PGL_15_AGS_1 transcript source GenomeThreader seq_id C03SLe0090P17.1 type gene exon 94701 95908 gene_18 gene GT_PGL_16_AGS_1 transcript source GenomeThreader seq_id C03SLe0090P17.1 type gene exon 99435 99642 exon 99727 99800 exon 99905 99947 exon 100043 101111 exon 101199 101307 exon 102918 103303 gene_19 gene GT_PGL_16_AGS_2 transcript source GenomeThreader seq_id C03SLe0090P17.1 type gene exon 99396 99642 exon 99735 99800 exon 99905 99947 exon 100043 100097 exon 100636 100684 exon 101044 101111 exon 101199 101307 exon 102918 103303 GenomeThreader_SGN_markers SGN marker sequences GenomeThreader_SGN_markers SGN marker sequences match_1 match_part 0.834 2978 3236 match_part 0.977 3341 3562 match_part 0.969 4273 4529 match_2 match_part 0.765 80904 80971 match_part 0.947 81120 81551 match_part 0.932 85072 86241 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C03SLe0090P17.1 type gene exon 2978 3236 exon 3341 3562 exon 4273 4529 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C03SLe0090P17.1 type gene exon 80904 80971 exon 81120 81551 exon 85072 86241 AUGUSTUS_tom_pot_cdna de novo gene_1 gene 0.77 2956 5683 transcript_1 transcript 0.77 2956 5683 intron_1 intron 0.77 1 2955 intron_2 intron 1 3237 3340 intron_3 intron 1 3563 4272 intron_4 intron 1 5240 5437 CDS_1 CDS 1 2956 3236 CDS_2 CDS 1 3341 3562 CDS_3 CDS 1 4273 5239 CDS_4 CDS 1 5438 5683 stop_codon_1 stop_codon 5681 5683 gene_2 gene 1 10520 11026 transcript_2 transcript 1 10520 11026 start_codon_1 start_codon 10520 10522 CDS_5 CDS 1 10520 11026 stop_codon_2 stop_codon 11024 11026 gene_3 gene 0.54 14649 19263 transcript_3 transcript 0.54 14649 19263 start_codon_2 start_codon 14649 14651 intron_5 intron 1 14878 15363 intron_6 intron 1 15416 15696 intron_7 intron 1 15755 16424 intron_8 intron 1 16494 16579 intron_9 intron 1 16706 17552 intron_10 intron 0.98 17604 17886 intron_11 intron 1 17965 18211 intron_12 intron 0.61 18315 18742 CDS_6 CDS 0.91 14649 14877 CDS_7 CDS 1 15364 15415 CDS_8 CDS 1 15697 15754 CDS_9 CDS 1 16425 16493 CDS_10 CDS 1 16580 16705 CDS_11 CDS 0.98 17553 17603 CDS_12 CDS 1 17887 17964 CDS_13 CDS 0.98 18212 18314 CDS_14 CDS 0.63 18743 19263 stop_codon_3 stop_codon 19261 19263 gene_4 gene 1 22944 25013 transcript_4 transcript 1 22944 25013 start_codon_3 start_codon 22944 22946 CDS_15 CDS 1 22944 25013 stop_codon_4 stop_codon 25011 25013 gene_5 gene 0.98 26421 27404 transcript_5 transcript 0.98 26421 27404 start_codon_4 start_codon 26421 26423 CDS_16 CDS 0.98 26421 27404 stop_codon_5 stop_codon 27402 27404 gene_6 gene 0.06 41356 49825 transcript_6 transcript 0.06 41356 49825 start_codon_5 start_codon 41356 41358 intron_13 intron 0.51 41392 41689 intron_14 intron 0.88 41771 41853 intron_15 intron 0.72 42103 42851 intron_16 intron 1 42954 43026 intron_17 intron 0.64 43095 43268 intron_18 intron 0.98 43455 43551 intron_19 intron 1 43700 44584 intron_20 intron 0.98 44866 45108 intron_21 intron 0.86 45266 45515 intron_22 intron 0.96 45692 45766 intron_23 intron 0.72 45879 45996 intron_24 intron 0.64 46051 47704 intron_25 intron 0.96 47798 47890 intron_26 intron 1 48002 48076 intron_27 intron 1 48239 49003 intron_28 intron 1 49192 49363 intron_29 intron 1 49554 49639 CDS_17 CDS 0.59 41356 41391 CDS_18 CDS 0.88 41690 41770 CDS_19 CDS 0.73 41854 42102 CDS_20 CDS 1 42852 42953 CDS_21 CDS 0.93 43027 43094 CDS_22 CDS 0.64 43269 43454 CDS_23 CDS 0.98 43552 43699 CDS_24 CDS 1 44585 44865 CDS_25 CDS 0.84 45109 45265 CDS_26 CDS 0.86 45516 45691 CDS_27 CDS 0.96 45767 45878 CDS_28 CDS 0.71 45997 46050 CDS_29 CDS 0.96 47705 47797 CDS_30 CDS 1 47891 48001 CDS_31 CDS 1 48077 48238 CDS_32 CDS 1 49004 49191 CDS_33 CDS 1 49364 49553 CDS_34 CDS 1 49640 49825 stop_codon_6 stop_codon 49823 49825 gene_7 gene 0.97 55032 57134 transcript_7 transcript 0.97 55032 57134 start_codon_6 start_codon 55032 55034 CDS_35 CDS 0.97 55032 57134 stop_codon_7 stop_codon 57132 57134 gene_8 gene 0.71 64298 67424 transcript_8 transcript 0.71 64298 67424 start_codon_7 start_codon 64298 64300 intron_30 intron 0.71 64467 67356 CDS_36 CDS 0.85 64298 64466 CDS_37 CDS 0.75 67357 67424 stop_codon_8 stop_codon 67422 67424 gene_9 gene 1 81171 85971 transcript_9 transcript 1 81171 85971 start_codon_8 start_codon 81171 81173 intron_31 intron 1 81552 85071 CDS_38 CDS 1 81171 81551 CDS_39 CDS 1 85072 85971 stop_codon_9 stop_codon 85969 85971 gene_10 gene 1 99451 103031 transcript_10 transcript 1 99451 103031 start_codon_9 start_codon 99451 99453 intron_32 intron 1 99643 99734 intron_33 intron 1 99801 99904 intron_34 intron 1 99948 100042 intron_35 intron 1 100098 100635 intron_36 intron 1 100685 101043 intron_37 intron 1 101112 101198 intron_38 intron 1 101308 102917 CDS_40 CDS 1 99451 99642 CDS_41 CDS 1 99735 99800 CDS_42 CDS 1 99905 99947 CDS_43 CDS 1 100043 100097 CDS_44 CDS 1 100636 100684 CDS_45 CDS 1 101044 101111 CDS_46 CDS 1 101199 101307 CDS_47 CDS 1 102918 103031 stop_codon_10 stop_codon 103029 103031 AUGUSTUS_tom_pot_cdna de novo gene_11 gene 0.94 63660 60048 transcript_11 transcript 0.94 63660 60048 stop_codon_11 stop_codon 60050 60048 intron_39 intron 1 60475 60392 intron_40 intron 0.96 61716 60676 intron_41 intron 0.98 63070 62752 CDS_48 CDS 1 60391 60048 CDS_49 CDS 0.96 60675 60476 CDS_50 CDS 0.94 62751 61717 CDS_51 CDS 0.98 63660 63071 start_codon_10 start_codon 63660 63658 gene_12 gene 1 68508 67579 transcript_12 transcript 1 68508 67579 stop_codon_12 stop_codon 67581 67579 intron_42 intron 1 68101 67765 intron_43 intron 1 68277 68171 CDS_52 CDS 1 67764 67579 CDS_53 CDS 1 68170 68102 CDS_54 CDS 1 68508 68278 start_codon_11 start_codon 68508 68506 gene_13 gene 0.97 86953 86573 transcript_13 transcript 0.97 86953 86573 stop_codon_13 stop_codon 86575 86573 CDS_55 CDS 0.97 86953 86573 start_codon_12 start_codon 86953 86951 gene_14 gene 1 91642 89678 transcript_14 transcript 1 91642 89678 stop_codon_14 stop_codon 89680 89678 CDS_56 CDS 1 91642 89678 start_codon_13 start_codon 91642 91640 gene_15 gene 0.8 96056 94839 transcript_15 transcript 0.8 96056 94839 stop_codon_15 stop_codon 94841 94839 CDS_57 CDS 0.8 96056 94839 start_codon_14 start_codon 96056 96054 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_1 match 132 55227 55709 match_2 match 132 55227 55709 match_3 match 142 55158 55709 match_4 match 133 55227 55718 match_5 match 128 55221 55709 match_6 match 187 23004 24986 match_7 match 152 55179 55709 match_8 match 137 55221 55709 match_9 match 137 55155 55709 match_10 match 127 55215 55706 match_11 match 129 55227 55709 match_12 match 154 55227 55709 match_13 match 132 55227 55709 match_14 match 132 55227 55709 match_15 match 150 55227 55718 match_16 match 141 55206 55724 match_17 match 139 55227 55724 match_18 match 137 55173 55724 match_19 match 137 55173 55724 match_20 match 129 55224 55706 match_21 match 152 55044 55718 match_22 match 141 55173 55718 match_23 match 141 55173 55718 match_24 match 160 55227 55724 match_25 match 128 14649 14885 match_26 match 128 14649 14885 match_27 match 895 23031 25004 match_28 match 472 26421 27401 match_29 match 129 55227 55721 match_30 match 127 55227 55724 match_31 match 127 55227 55721 match_32 match 127 55227 55724 match_33 match 127 55227 55736 match_34 match 135 55218 55709 match_35 match 142 55164 55724 match_36 match 139 55212 55724 match_37 match 140 55212 55724 match_38 match 141 55212 55724 match_39 match 126 55221 55709 match_40 match 126 55221 55709 match_41 match 126 55221 55709 match_42 match 129 55191 55709 match_43 match 132 55218 55709 match_44 match 128 55227 55709 match_45 match 127 55227 55727 match_46 match 127 55227 55727 match_47 match 130 55218 55709 match_48 match 132 55227 55727 match_49 match 130 55227 55727 match_50 match 130 55218 55709 match_51 match 131 55227 55727 match_52 match 129 55218 55709 match_53 match 127 55227 55709 match_54 match 130 55227 55709 match_55 match 130 55227 55709 match_56 match 126 55212 55724 match_57 match 130 55164 55724 match_58 match 127 55188 55709 match_59 match 126 55227 55706 match_60 match 132 55221 55709 match_61 match 132 55227 55709 match_62 match 157 55173 55709 match_63 match 130 55212 55724 match_64 match 131 55227 55709 match_65 match 355 23157 24983 match_66 match 355 23157 24983 match_67 match 146 55227 55718 match_68 match 593 23145 25004 match_69 match 71.2 3103 3237 match_70 match 520 4271 5239 match_71 match 139 3342 3563 match_72 match 71.2 3103 3237 match_73 match 497 4271 5200 match_74 match 139 3342 3563 match_75 match 591 55044 57041 match_76 match 129 55230 55736 match_77 match 128 47690 48241 match_78 match 109 45519 45995 match_79 match 57.8 41272 41403 match_80 match 85.5 49359 49553 match_81 match 74.7 43550 43699 match_82 match 80.9 41487 41666 match_83 match 85.9 49637 49810 match_84 match 62.0 43309 43431 match_85 match 148 55227 55718 match_86 match 219 85042 85965 match_87 match 130 55218 55709 match_88 match 134 55227 55721 match_89 match 134 55227 55721 match_90 match 131 55227 55721 match_91 match 130 55215 55706 match_92 match 325 23145 25004 match_93 match 325 23145 25004 match_94 match 288 23481 25004 match_95 match 126 55224 55706 match_96 match 126 55209 55706 match_97 match 298 23154 24809 match_98 match 298 23154 24809 match_99 match 298 23154 24809 match_100 match 128 55221 55718 match_101 match 128 55221 55718 match_102 match 129 55221 55709 match_103 match 130 55227 55700 match_104 match 296 55158 57035 match_105 match 297 23121 24971 match_106 match 127 55221 55709 match_107 match 139 55227 55709 match_108 match 137 55185 55700 match_109 match 127 55179 55709 match_110 match 127 55179 55709 match_111 match 129 55218 55709 match_112 match 131 55215 55724 match_113 match 127 55227 55730 match_114 match 156 55188 55718 match_115 match 138 55224 55718 match_116 match 385 23145 24977 match_117 match 145 55158 55718 match_118 match 153 55227 55718 match_119 match 130 55227 55709 match_120 match 131 55209 55724 match_121 match 131 55209 55724 match_122 match 140 55227 55706 match_123 match 128 55215 55724 match_124 match 128 55215 55724 match_125 match 129 55221 55706 match_126 match 131 55221 55712 match_127 match 131 55182 55736 match_128 match 129 55158 55706 match_129 match 206 85063 85959 match_130 match 130 55227 55706 match_131 match 130 55224 55709 match_132 match 126 55221 55709 match_133 match 128 55221 55709 match_134 match 145 55218 55730 match_135 match 127 55221 55709 match_136 match 127 55227 55709 match_137 match 129 55221 55709 match_138 match 127 55221 55709 match_139 match 128 55221 55709 match_140 match 131 55227 55721 match_141 match 125 55230 55706 match_142 match 129 55221 55709 match_143 match 126 55221 55709 match_144 match 132 55221 55709 match_145 match 131 55194 55736 match_146 match 126 55224 55760 match_147 match 127 55164 55706 match_148 match 132 55194 55736 match_149 match 355 23220 24977 match_150 match 222 23973 24983 match_151 match 126 55224 55736 match_152 match 126 55224 55736 match_153 match 126 55224 55736 match_154 match 132 55164 55760 match_155 match 127 55164 55736 match_156 match 126 55224 55760 match_157 match 158 56169 57041 match_158 match 142 55227 55721 match_159 match 142 55227 55721 match_160 match 127 55242 55706 match_161 match 130 55221 55709 match_162 match 126 55215 55757 match_163 match 125 55215 55757 match_164 match 135 55227 55703 match_165 match 132 55224 55724 match_166 match 152 55227 55718 match_167 match 151 55227 55718 match_168 match 126 55227 55709 match_169 match 243 23661 25007 match_170 match 338 22944 24986 match_171 match 133 55218 55709 match_172 match 127 55221 55709 match_173 match 150 55227 55709 match_174 match 128 55227 55706 match_175 match 128 55206 55709 match_176 match 127 55224 55730 match_177 match 127 55212 55709 match_178 match 131 55224 55706 match_179 match 130 55224 55706 match_180 match 125 55182 55709 match_181 match 292 23097 24971 match_182 match 126 55224 55724 match_183 match 178 23145 24812 match_184 match 134 55224 55724 match_185 match 132 55218 55706 match_186 match 144 55227 55709 match_187 match 127 55197 55739 match_188 match 150 55227 55757 match_189 match 129 55155 55709 match_190 match 131 55155 55709 match_191 match 194 85069 85959 match_192 match 194 85069 85959 match_193 match 131 55155 55709 match_194 match 219 81144 81563 match_195 match 501 85063 85968 match_196 match 144 55227 55724 match_197 match 141 55227 55724 match_198 match 141 55227 55724 match_199 match 258 55170 57035 match_200 match 126 55170 55706 match_201 match 130 55227 55739 match_202 match 125 55197 55724 match_203 match 199 85069 85965 match_204 match 140 81144 81563 match_205 match 127 55179 55706 match_206 match 125 55224 55709 match_207 match 198 85063 85950 match_208 match 132 55224 55730 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_209 match 166 96023 95043 match_210 match 150 96023 95205 match_211 match 136 96029 95199 match_212 match 763 91627 89792 match_213 match 251 91618 90527 match_214 match 265 91618 89810 match_215 match 1058 91642 89681 match_216 match 144 96023 95205 match_217 match 144 96023 95205 match_218 match 144 96023 95205 match_219 match 135 96029 95199 match_220 match 957 91645 89792 match_221 match 148 96032 95184 match_222 match 264 91618 90527 match_223 match 264 91618 90527 match_224 match 268 91618 90527 match_225 match 268 91618 90527 match_226 match 108 63588 63070 match_227 match 373 62756 61809 match_228 match 173 96008 95148 match_229 match 152 96065 95205 match_230 match 264 91621 90158 match_231 match 264 91621 90158 match_232 match 192 96023 95046 match_233 match 166 96005 95208 match_234 match 162 96005 95193 match_235 match 166 96002 95199 match_236 match 177 96008 95199 match_237 match 179 95999 95157 match_238 match 135 96050 95199 match_239 match 105 87754 87539 match_240 match 1018 91645 89681 match_241 match 108 87754 87539 match_242 match 1057 91645 89681 match_243 match 182 96026 95205 match_244 match 180 96026 95250 match_245 match 196 96026 95205 match_246 match 165 96023 95019 match_247 match 237 96023 95058 match_248 match 209 91648 89810 match_249 match 476 91624 89681 match_250 match 196 96029 95034 match_251 match 233 96023 95175 match_252 match 506 91618 89861 match_253 match 1026 91645 89681 match_254 match 107 87754 87539 match_255 match 1035 91645 89681 match_256 match 509 91714 89861 match_257 match 147 96005 95205 match_258 match 195 62753 61860 match_259 match 171 96005 95205 match_260 match 160 96032 95208 match_261 match 767 91627 89792 match_262 match 764 91627 89792 match_263 match 634 91627 89792 match_264 match 471 91624 89855 match_265 match 184 96023 95202 match_266 match 130 62753 61860 match_267 match 129 96023 95205 match_268 match 234 96023 95148