C06SLe0131F12.1 GAATTCAAAGTCAAAAACTTTGAGATACGCCAAATATAAATGTTATGACTTTTTACATGA AAGTCAGCTGAATTGGTGCTCTTTATATTATCGCAATTTTAAATTAATCTGTGGTAACAT TTCAACATCATGAAATAAAAATATTAGACTTTGTAACGAGAGAGATAGTTAAATATCACT TTTGAATTTGATTTTCATTGATCTTAAATACATCTAACACACATGTTTCAGAAATTGAAA CCCCAAACTCAAACAAAAAAATATATAGTTAAAAAAAAACCTATAACTTTTTTATATAAA TAGAAACGTATTTTAAAAAGATATTTATGCTTTGAAATTGAGGCTATCAACCTTCATTTA TCGGCTTAGGGGTTCTTTAATACGCTGGTTTGTGGGCTTTGTAGAGTACTAGTAATGGCT GCGCAATAAGAATCCACAACTGATATTATCATATAAATTTACGTGATCAAGTGATATATA ACTTCATCCAAATTCACGAAGTTTAAAACATAAAAGTTCCTACTTATTTATCTTATTAGT TTACAATGGTTTAAGTAGTAAATGAACGTGACTTGCGTAATAATAACAATATATGTGAAG ATGATCTTATGTCTGATGCAAAAATAGGTAGATAAATATTTTCTCTAAGCAAAAGCTTAA ATCTATAGCCTATTCAACTAGTTTTTTTTTTTTTTGGGAGAATACTAACTTTTTTTTTTA ACGATTTTAACGACAAGGATATCCGCAGTCGCTATCCTTTTAGGTGAGTACAGGGTAAAA CCCTACTCCTATGAAATAGCTCGCAAACCACATAGGAGAGGTAACCTGCACTAGGTAAGC TTGGTGCGACGAGTTCGACCCAGAAGGCAAACCCCTTGCTTTCTTTAGCAAAGAATTCGA ACTTGAGACCTCCAACATAAATGTCCCAAGCTCAAACCATTGAACCACTCCAAAAGATTT TGAAGAATAAAAACTTATAGAACTCCTTTTCTTTTTTTGGCACTCAACTGCAAATTATAA TATTTCTAAGAAGTTTGACAAAATGCCATACGCATAAAAATATAAATATAATTATCAGCA ATAACAACCAAGTAATTATAATTATTGTGTAGCAAATCTCGATAACAAGACAATGTATAC ATAAAATATATCAATCAACATTATTTTAGTCATATGTTAAAAGAAATGAATCTCGCACCT AACTCAATCCCCGAAAATTGTTTAAGAAAAAAAAATCATATTATTGTCCAAAGATCGTAT AATTAGATCACTCATCTCTTTAACATTCGATATGAACTCTTCAGATTCAATACATCCAAA GCTAAACACGATTGGAATATATGAGAATATCTAACATCGACAAACATATATTATGAATGA GTCTTGCTTTATTACCATGTTATGAAATTTGAACCTAACTTCTTTTGACGTGGAACTCTT CAACCAAGAGAAGACCAAAGAATAGTATATACACACATGATCGTTCTCTAAATTTAAAAA CTCTCTATTTTATGAACCATTCATCATAACTTTGAACTCATCAAAGCTAAGAACTCCATC ACCATCAAGATCAAATCTTTTTATCATAGCTTTGCAATTATCAATAGATTTAGACTCACC AAGTCTACTCAACATCCTCTTCAAACTCTTAGGGGTAATTTGGCCACTTCCTTCCATTTC ATACATCTCAAATGCTCCTCTTAACTCACTCTCTTTATTATCCTTTTCTCCTAATTCCAT CAATTTACTAAAATCCTCTAACCCTAACATCCCATCTCCGTCCGAATCCGATAGCCTCAC CGCCATCTCCGCCTCCTCCGTCGTTAAATCTCCGCCTACCGCCTTCACACACCTCCGTAG CTCCGCTGGTGACACTTTTCCATCTCCGTCCTCGTCAAAGTACGTAAATACCCTCTCCAA TTGATCGCTACTTTCGCTAATACTAGTCGTAATTATACGACTAGTAGTACTAGCGTCGAT CGCGATCGACTTTTTGGACGAAAATTTGTTCTTTAATTTTGAATAAACGGACTTGTTTTT CGTGTTAGAAATAGTAGTCTCCATGCACATATACCTTTTCTTTTTTGTTATTTATGTGAA AAAATGAAATTTTTTGTGATAAATAAAATTGTTATTGGATGGGGTTTATATAGGAAGTGT TATTATAGTATATAGTTTTTATGGACAATTTGAGATATTTTATTACTAGTTAAATGGCGG TTGTAAAGTCGGTATTACGTGGGATTTGCGCGTACGGAAATTTCGTGGTGGGTTGCAGAA ATTATAATGTGTCATTTTCGTTGTCTTTTTTATTATAGAGTTATTGATAAAAGTCAAAAG TAATGGAGAAGTGTGGGTGAAGATATTTACCAATATGAATTATTTATACATAATTTAAAA AATAAAAAATAAAAATTATTAATATTTATCAAATTATCCTCTTCCTAAATTATATTTTAA TTGACCTTTCTTTACAGAAAAATATTAGATATGACAAAATAAGAATAAAATGGGAATAAT GTCATTAAATAGTAGTCATATAAGAAAAAATAATTTTCTTTTTTATATCGTCTAAAAATA TTAAATATGACCAAATAAAAATAAAGTGGGAATAATGTCATTAAATAGTAGTTATAAAAG GAAAAATATTTTTTTATAAGATCATCTAAAAATAAAAATGTATTGGATAAATCGAGAAAA AAGAATGTGATAATCTTTTTAAATTGTACATGTCAATAAATATATGGAGTTTTGAAAATA TTAACCAAACAATAGTGCGATATTATTGTCAGATCTCCATTTCTCTTTTAGCAACCGATT TAGAGATACGCAATGCAAGTATTAAATTATGTATAAGTATAAAATTAATATGATATTCAA TTTATAATTAAAAATTCATATAACTAATACATTTTATATATATATATATACCGTTATATT AAATTTATACATGATAAAATGTAGAACACCTAATAAATCCCTACATAAAAATATTATATG ATATCTATCCATTATAACTAAACTCTATATTATTAAAATACCTTTATAATATCTAGTTAT GTTATTGTCATTGTTGTATAGTACGATATTATTGCCATGTGGGAGGATTCTAAATATGCG GGGGAGTGGAGGCGGACGCGTATATTATTATTATTATTATGTTGATAAAAAAAATATTGT CATCATATAAATATCAAAACATGCGACATGGAGGCTTTTTAATATAGCAAGTCTTGTCTA AATTTATGTTCTCTTCCTTTATTTAATGGTTCTTTTTTTAAGAAAAAACAAAATAAGAAC TTTTTGGAGAAAAGAATGTTGGGGGGTTGAACCTTAATAGCTTTCTTGTAAAGAAAGCAG CTGCCCAATTTGTTTTTACGTCGTTTATGATGGAGCTAAAATTTTCATTAAAGAGTTTAA AATATAAAAAATTAAATATATAAAAAAGTCGAAAGTATTCAATATTTAGTCATTTATAAT ATAGATAAAAAAATTTTTTTAACTATATATGAGTAATATATTTTTTGCACAGAAGAGAAT TCGATGAACCCTAAGCCAGAGACGAACCCAGATTTTGAAAACTTTGGGTGCACTATATAA GCTCTAAAGTAAATTAAAAAATAAAATAAGTGACGCCACTTGTTTATACCAACTGCACAA GAACATATAGGTGCACTATTTATTATATTCTTTTTTATATATATTTAAATCATTTTTTCA AAATTAGCGATTACATGTACATCGTTACTAAGCCATGTGGGTCCGCTTGCCTAAGGCCCT CACTAGCTCCGATCCTTCCTTGTGCATGAATATCTTAAATTGTAGAATTATTGTTCTGTT TCACATTTAGTGTCATACCTTTTTAATTCATAAATTAAATGCACATGCAATTTTTCTTTT GAAGACGATCTTCAAAAAGATAAAGTTTCTTTTGTCCCCCATTTGTCAAAAAGGGTAGAG CTGTTTGGATAAACAATGCTTTGTAAAGATCTATTGAGATAAGAAGTTTGTTGAGAGTTG AAAATGTGTTTAGATTGTGTAGCCTATAATTTTTTTTAAAAAAATGTGGAAGTTTTGGAA ACAAATCTTTGAAAATTGGAAACCATTATTCCACATAGGTGTGTAAAGGGTATTGTGTAA TGTTTTGATCAGTTAGATTCACATGTTGTTTACATGTAAAATATTAAAGTTAAATTTTGG TAAATTTCTTCTGGCATCCGTGTAATTACTTTAACTAATGAGATACTGTTTTTGTCGTAA TTAAAAGGCGAATTCAAAATTCAAAAATAAGAAAAATTTCTAGCTTGTTGGGTCCCGTGG GGAGTATCATGGTGAATGACAAGTGACATAAGTGTTGAACAAGAAGAAAACTGATGATTG GAACATGTCAAATGAATAGGTTCAACGTAATTGACTGACGTATTTTGCAGCAAGTGTTGA TGAGGAAGTAAGCTGACAATTGAAATATGTCAAAAGAACCAGTTCAACAACGATGGTAAA ATTAGAGTCGCACTAGGATTAATTTTAATTATATTTATTAGAATTATATTTGGACTAGAA TTAGATTAAAATTAGAATTATAGTATCACGAGGATTTGATTATTTATAATTGCACTATTA TTATTATTATAATAGTAATATATATTGTAGTAGAACTCTAAGTATTGTTAAAATAGGACT CAACTATTTATTATTATCATCAATATCATCAATAATTATCAATACAATCCTTAATTTCTC TAATCTTAAATACAAAATTTCTACACGTAAATTTTTATAATAAATTTTGTTTTTTATAGC ATGGAGTTGGATGTGATTTGGACAAAGGGTAGTTAAGTTTTGTTATTTATAGTGTGGATA GCGAAGTGATTTGGATGAGGAAAGGGAAAACAAACCCTAAAGTAATGTGACATATAAAAT ATTATGAACCTACATTACTAAAAAAAAAATAAAAAAAATAGGGACAAAATCGACGAAAAT CGATTCAATTTATTAAATTTTTTTTATTTTTTAATAGTAAACTGATAGATGCATGTCAGT TTTTTTGAGAAAAAAAAAGAGTGAAAATTATAATTTTTTTTAAAAAAAATTGATGTAATT CCTTTGTTTTTAATATTTTCTTATAAAATTTGAGAGATCGATGATTTTGAAAGTACCAAA TTACCGTTGAAAATTATAAATAAAACAATAAAAATATTTTATCAAAAATCATATATAGTT CATACCAAAAAGCAATTTTCTTCAATTAAAAAATAATAATACTGAAAATCGATGTTAAAT CACCAATCGCTATAGTACTTCTTTTTATATTTAGAAATCAATTAAAATGTTAACATGCGT TGAGACTTATTAAACAGTATACAAATGAAGTCCACGAGAAACATTAAACAAGATGATTTA AAATTATAGATATTTTAAATTTTTGTATTAGATACAGGTTAAAAATAACAATGTCTTTTT TTCTTCTCTTAAATTTATTCTAATGAAATAATATGACATAATTAAATCGGGGCAAAAGAA TAATAAATTATAAATTAATGATTATATATCAATGAACAACAAAGTTCAAGTGTATCTTTA GCATCGTATATGATTCAATTTGGGAAAAACTCCACCGTGAAAATTTTTTTTAAGAAAAAG AATTAAATTATAATTTATTCTAAATATCTAGAAAATATATAAAAAATAGACATGATTCAA ATGCTTAAGAAATTTTAAAGGCCTTTAAATATGACTTATATCTCATATGAAGTAGTCCTC ATTTTAAATTACATCAACAATATTTTTGTTATCGAATAAAATTGCTTACTGTCATTTTTA TTAATAATAGCATATTATAAGTTTTCTAATCACAATTACTATCAATTATGTATTTTTTTA ATATATGGAATTGGAATTGATAAGCATAAAGTATTTTTTAAGGCTATTCAAGACCGCAAT AATAATATTTATCTCTTTTATTAATCTCTAATCTGATCTGCAATTTAAACAATATCATAT GACAAATCATTTTTTTTTAAAAAATAATACAACATATATCACATCTTACAAATATATTAG TTTAAGCACATGATGGTTATCAATTTACTAGGAATAAAAAATATTTTTAATTCACAATTT TTTTATTCTTTGTACTTGAAAAAAATTAGAAATTATATACTTGATTATAATCTTTTCTGA TCAAACAGTTAAAATTTAATAATTTCATAAATTCAATTAGTATCTAAGAACAAACCATAT CATATAATATTTATTTTGGTGTTATTACAAACGTCGTGTATCTGTAAGTTTGTATTAAAA AACTATTATATGAGTCGGCAATCATTTCTTTGGATAAGGAAATGATATCATATTGTACGG TGGTAATTATCAAATATGTCATAAATAAATGAGCTGTTAAATAAATCTAAATTCCATTGT TGAATTAAATCCGTGAAATAATTTATTTTTTTTCAGTTTATCCAATTGTACTTCTTTTAA CACTTTGTTTAAATGTTGATATATTTTATAATATATCGTATAATATTATATTATATTATA ACGGTTTAATTAATATAGTGTATGAATTAATTATATCATTTTTTTTTGCTCTATATAATA TGAATAATGATAATATAATTAAATTTTCATGTTTATTCAAATAAATTATATTTCTCGATA GATAAATCTAAGTAAGAAAATAATATTTTACAATCTCCACACAGGCACGTATTTCTTTTA TATATAAAAGTAAAAGTTTAATTATAATTAAGGGAGATTTATAGTAATAATAATAATAAT ATATTATAAAGATAAAAGAATTATTTTCGATTTAAGGGAGATTTAGGTAAAAAAAGAAAA AAGAAGAAGAAAGGACAAAAAGTTTTTAAAAAAATGGATGAGTACTACCACGGATAGAGA ATTAATAAAGGAGTAAATTGTCACAAATAAAAGTTCGAGGGCTTCCACTTTACTTCTCCG CTAGGGAAAATATTACTTGGAAGATCCTTGTCGTTTCGAATTGCGATTTCTCTACTGGTA GGCGTCCAAAATCCAACTAATTACGACCATTCTTGTTCATCGCTCTCGTTTTTTTTCGGT TCAACAGATCGCTATCAAACGTAATCGCACATATACATATTTCTGATTGAAAATTTTGTT CAATTTGATTCGAAAATCGACGGATTTTACCTACAGATTCATCCGATTTCGCCTGATTTT GAATTGAGGATTCAAGGGAAGATCAGATTATTCGACTGTGTATTAGGCAGAATGTTTAAC GGAATGATGGATCCTGAATTGATCAGAATGGCGCAAGAGCAGATGAGTCGCATGTCCCCG GCTGATTTGGCTCGGATGCAGCAGCAGGTTTCTATTTTCTCAATGCCTTTTTAGCTAAAT TTCAATTTTGAATTTGTAATTCTTCGTATTAGTTGCTTGAACAAGTTGTGGTTGTTGAGA TATAATTCGTCTGGTGATTAGAGTGCGGGGATTTTGTTATGGCGGATCATTGCGGGTATA ACTGTAGATCCAGTTTAATTTCATTTCAATTCTACAGCTAATAAGCTTATGATGTAGCTA TAGATATGTACGAATGAAAATATTGTGAAATGAAGGTATCAGTCAATAGAGAGGTTACTA AAAAAAAGAGGAATTTTTTGTTACATGATTGGTACTCCAGGCACCACTGTTGCTGAAAAA GGAATAGGTGCAAACTTTAGTACAGAAATTAGTAGGGGTTAATGGTCTGAAGTAGTTATA ACTCCTGTGTGTTTGTTCCTGATCACCAGGCATTGGCCAGACTTCCATTTTTATTTTTTC TCTGACCTTTGGATCGGTTAATAATCTGAAATGAACTTGGATAACTATTTCGTTATTGGT GCTGACACACTGCTGATCTACAGATGATGTCTAATCCTGATTTAATGAGAATGGCTACTG AAGGCATGAAAAACATGAGGCCGGATGACTTAAAGGTTGCTGCAGAACAGTTGAAGCATA CTCGTCCTGAGGATATGGCTGAGATTGGTAAAAAAATGGCTAATGCTTCACCTGAAGAAA TAGCAGCAATGAGTGCCCAAATGGATGCTCAGGTTAAATATGAAATTAGCGGAGCTGAGT TCCTGAAGAAGCAGGTAATTTATTTTGTGATACACCGATAGATTCTCGGTAATTCCATTT TTGCACTCATTTGGCTTCAATTGGTGTATATAATAACTTAATGAGTTCATTCTTATGATC CTTAAGAAGAGAGTTACTTTTTAACTAACCATGTGAGCTGGTTTTTACATCTTTTTAATT CACTGTTGTACCAAACCAGCTTGAACTTTAAGAATACGTACATGTGCATACAACTTCCTG TCATGTACGGTTATGCAACTTGTTAATTACCTTGCGAAGTGTCTCTATTATCTCTACATG AGATGAATAACTTGTGACTTGTAAGCTGAAGGTCTGACTTGATTTATAACAGTTATTGTA CATCATTACTAAACAGTTGCTCTTTTCAACATGCTTGCCTTTGGTTGCTATGATTTTGGT CTTGTATGCGATGTTTCTGTGATACTGCAACAAAATTATCTGTTATGCATTTCAATTTCA ATGCTAAACAATGAGCTTATGGTACTTGATGGATGCTTTGCCTTATTTGGGAATAAGCTC ATTTGAGGATCTCTATGTACAAAATGACAGGGAAATGATCTTCACAGCCAGGGAAAGTTT AAGGAGGCCCTGCAGAAATATTCGCTTGTAAGCCTAACCTTTTCCTTTTTGGTTTGCTTG TGTCTACAGAAACTTAAGTTACTGTTCTGATTATTACTTTACTTTTCTTTTTCAGGCAAA GAAAAATCTGTCAAGCATTCCTGCCGCGAAAGGCAGGAGTATCTCATTGGCTTGTTCCTT GAACATGATGTCATGTTACTTAAAAACTGGACAATACGATGACTGCATAAAGGAAGGTAG TGAGGTATGGGGATAGTGCTTTAAGTTTGCCTAAGTTTGAGGCTTAATGATTCTAACTTA TATTTTTTTTTTCCATAACATGGTGGGAAACATGTGCATTTGTATCCAATTGTGCTCTCT TGTTATATATTTGTGTTTCGATTTGCAGGTTTCTGTTGTAGTTGTCCAAGGGCAGGGGGT GTTTACTCTAACCCAAGATGAATGTCCACTTTATTTCTGGTCTATTTCAAATTATGTTTA CCTTTTTAAAAGAAAGATGTGTTCACATATGTACATGATTTAAGAGTTGACTTTTACACT TCTTGTTACAGCTTCTTAAAAAAACTTATTCTCAAGCCTGAAAGTTTTTAACTCATTGAA GTTAAATATTCAATTTGGTACATGTTAAAACCTATGCCAAATGAAAACTTGACATTCAAG TCTTACGTTAGTTCAGTTTTGAGATTGAGCTGTGCTTGAATATGAATCATAACTGCAGTA ATATGGTTGTTACATAATGTATGCCTGGTGCAGGTTTTGACATATGACGACAAGAATATC AAAGCTCTTTATCGTAGGGGTCAAGCTTATAAAGAGCTGGGACAGTTAGAAGTGAGTATT TTGTCGACTCTTGTGACTTTTCTCATTGTTTGTGTTTTGTTCCAACGCTTCTCCTACAAT GTACGATATTTCCCAAGCCTCTTATTTCTTTTTTAAACCATGAATAGGATGCAGTGTCTG ATTTGAGTAAAGCACTTGAAGTCTCGCCTGATGATGACACTATTGCTGATGTCTTAAGGT ATGTAAATATTTGTTTGAAAGGGTACCCCTCTCCTTTTTCTTTTTTGATCTCTTGCTGAA ACTCTAGTGCGCATGGTTTTAGATGCTAATGAATCTCTCTTTTCTGATTCAGGGGTGTCC AAGAAAGATTGGTGAAAGAAGGTGGTTCTTCAAGACGTATGTTATGCATATCCATATTTT AGCTGAATGTGAATTTTATTAGAATAATTCCGATGTTATTGAACTTGAGTTTTCCTTCCT CGGTCAGGTAGAGGAGGATTGGTTATTGAAGAAATAATTGAAGAAGAACCATTAGTGTCT TCAGAAGCCGTGGATAATTCATTTCCAAAAAGTGTTGCGTCACAACCACGTGAATCGATC AGCCCTCCTAAGAGTCAAAATGAAATTCTTGGTGGGCCTCCCTTATCAAGTTCAGAGTCT TTGGAGGCTTTAAAAAATGACCCCGAATCCATGAGGTTTGATTCTTGATGAGTTTAATTC CTTATATTCACATATCACATGAAACTTCTGATTTTCTCCTATATTTTGAACTTATGATTG CTTATGTTTATGTGGAATTCATTTCGCTTGTGTTCTGGTCATTTAGTTGAAGAATGACAT AATAATGACCATGATGTTGCAAAAATTTCTTCCATAACAATATATATGCTATTTGCTACT CTCAAATTTCACACCCGTTTTACTTTCAAGCTCTGAATTGGTGTAGATTATTGATTAGAC ATAATACATAAATATGCCCTTTAACTTAGCATCATTTCTCACATCTATGCCCTTCAAACT TTGGGTGTGCTGTGTGCACAAGTAGGCACTTTAATTTGTATTAAGTTGAACAAGTGACAT GATACACATAGGACATAGGATGAAAATCGTCATGTAGGATGTCACATAGGAAGCATGTGT TTATTTATTCAACTTTGTTCAAGTTTAAGTGCCTACTTGTGCACGCCCAAAGTTGGAGGA CATAAATGTTAAGTTGAAGCCAAGTTAAAGGGCATATTTATTTTATTATGCCTATTGATT ATGAGTATACTTCTTTAAATTGCATGTCTTCTTTCTCTAACTTTTTCATGCACAGATAGT CCTTTTATCTTTTGGATGTTCTACTTATCTTGCATGAGTGTTATTGCATATATGGCAACG TTATACTGAAGACAGGGTTACTATAGCTGTGTCTGTGATCAGATGCACTGGTTTATTTAA TTTCATATTGCATGAACATTTACTGTTGTGTAGTCTCTTATTCTTCAATGTTTGTTGCTT CATTTGTTTTGTATCTTGTTATTTTGTGGTCATATTTTTCTTGAATCCTGCTTTGAAGAC ATATCTTTTGAGCGGAGGCTCTTAAGAAATAACCTCTCTACCCCACAAAGGTAGAGGTAA GGTATGTGTACATCCTACCCTCAAAACCACTTGTGGGATTAGACTGTGTATCTCGTTGTT GTACGGCATAAACATAATCTGACATCTAGGATATTGGTCTGTGGTAAGATATTCTAAATC TCGTCTAGGTGCAGTGATAATGTTGTCATTATCCTACCTTCCCTTTGCTTGGTGCTGCTG AAATAATTACTTATATTCAAATCCACTCTCCTATGAGAAATCCTATTAGCTACATGTTGT CCTTTCTTCTTTAGCAATCATCTTCTTTGTCTTCTTCTTGTATAAGATTGTATTCACCGA TGTTGCAGTCTTTCAATGTTTAAACATCAGTCAATAATGATGCAATTTCTATTTCTATTG TATGGTTGTAGATCCTTCCAGAATTTTATTTCTCGCGCTGATCCAGACACACTATCTGCC TTAAGTGGTGGAAATGCCAAAGGCATACCTCCTGAAATGGTAAAGACAGCCTCCAATGTT ATTGGCAAGATGTCACCAGAAGAACTACAAAGAATGGTCCGGTTGGCATCCTCCTTTCAA GGAGAAAATCCCTTTCTTAAAAAAGGTTCCTCAGATAGCTTTGGCCCTGGCTCAGTTCCT CCAAATGTGACACCCGACATGCTGAAAATGGCAACTGATATGATGGGCAAAATGTCTCCA GAAGACATGCAAAAGATGTTTACAATGGCATCTTCATTAAAAGAGAAAAGTCCAGTATCG GCTGCAACAACTATTGATTCTAATGGGTCAGGTCAGCAGTCAAAACCTCGTGACACTAGG GAAAATTTTAAAGTGGATGACAGTACAAGTGCAAGCACTTCATCACAGGGGTTTTCTGAT TTAAATAATGGTTCTTACTCAAGCTTATCAAGTTCAAATGTTGATCTGCAAGAAGAAATG AGAAACCGAATGAAAGATCCAGCCATGAGACAGGTTTGACTTCAATCCTTTCTTGTGGAA ATAGTATTTGTCCTCTGTTCTTTATTTTTATATTTGATGCATATTAGGGGCTTTATTATT TTCTGGGTAGTGATATGTATTTTAGTATTGCCTATACCATCAATAAAGATCCAATCATAT TTCCCTAATGTTCACACTGCTAACTCAAAAAATCCTGATTTGAATTTGTCAAATACCCTA GTTCCTCCACTAACCAAATCATTATTTCTTACTTTTCTCTGTTTTAAGATAGATACTGTT CCACTTTGAATTTTTGGTAGTCCATATTTGAAAGAGAAACAACCCCTACCTTGTGAGGTA AAGAGGATGTTTCTAATAGACGCTCAGCTGAAGGAGCAACATATCAAAGTAGTCCGAAAA AAGAAATATGGAATTGAATTGGCCATGACAAATAATATAGGAAGCATGAAAAATGAGTTG TTACTACAACTGAATGCTTAGATAATTGAAGCACAGAAAACAATAGATTGTAACAGAAAT CGAAGAACAATTCCTACAATCGTAGTACTACTAATACGGGTGTTGGATGAGAAGCTAGAC AATGCACCTCAACGCTAATTTTTGTCCTTCATTACCTCCTATTTAAGGTCATGTCCTCGG TCAATTGACGTTGCGTCATGTCCTGTCTAATCACTTCTCCTCGATACTTCTTCGGCCTAC GTTTACCGCTCTTAAAACCTACCAAAGCTATCTTCTCACACCTCAACACCAGGGTGTCTG TGCATCTTTTTTTCACATGCCTCAACATTGCTTCCCTTCAATATATTTGTTTACTTTGGC TGAACACCAAATCCCAAACTGAATGCTATCATCATATTTAATGGAACTACCTGGCGAACA GATTGACCGACTCTCTCAGGGTGTTTCCTCCATTAGCTCTTGTTGCTCCAATAATGTAAT TACACTTGCAAGGAATATTGAAATTTGAACCGGAAGCAAGCACCATACCCACAGATGCCC CCTCTCAAATAATAAATACAAGCAGCCTTGTCGGGTCGTATATGATACGATCTGGGCCAC TGCCTACCGACAATTGCCACATAGAAATCTTAATTGAACGTCCATATCTTTCAGTTTTCC TCCATCTCCGGGTAGAAATGAACGCGGGACGTTTGATGTCTTACTCGTTTAGATACGATG AGATAATCATCAACTAGGTTGCTCGGACTCTTCACTTTTGGTGCTGCACCCGTGTCCATA CGACATGGGTGTGGGTGTGAGATGTGTGTCTGATTTGGTCAACCGATTGTGGGTACTTTG ACCAAAATCGATGGGGAAAGTTTAGAAATTTCTATGTCACTGTTTTTCCTTTAATCTCCT TCAAGGATTCTCCTCATGTTCTCCACATAATATCTCATAATGTAGGTTTTATAACTCTAT TTTTAGGCGAATCCCCGCCTATTTTCATATATGGGTCCATATCCCTGAATCTTAAAAATT AAATCACGAATGATCCAACCTGTAGATCCATACCCATATTGGACAGCCGAGTCTGAGCAA CTTAGATCATCAAAGTTGGGGAATCTCAACTGGAATACCTCACTGTGCCAGTACCGGTTG TGAGCCACATTCGGCGAAGAGTTTCTGTTCTTTGTCCCCTAAATGCATTTTAAATTGCGA GTAAAATAAAAATAATTAGTGGAATCTATAGGTGTAGCTAAAGACAATTTCGGAAATTAG AAACGTATTCGTTTTTTGTTTGGGGTGAGCTCACTACATTGTCTCATTGAGTAGTGTTTC CTCATAAAGGAAAGAGAGACGGATGAGTATAGGAATGTGTAAAAAAGCACATGCATTGAT GACACCATGAGTCGGGTGATGAAAGATCTTCACGGTATGTTCTGTAAGCATATTAGCTAA TTACCCTGTTTTGGATCCTTTTCAGTCAGCAATCCTCGCTTATTTTATTTCTTGTATGTT TTTTTTCTAAAATAATTGCCATGTGTTGTGAACTTCCGGTAAAAATGTTTACTTTTCTAA TAATATTACCAAATGTGGGGGTTAAACTTCTCTGTCCTTTGTATTTATTCGTTTACAAGC TTTTACAGAGGTTTCTGCCTTCAATTACTACTGTGTTATATGTGCCTGTACCTGCTTTAT GCTGATGTATCTGGGTTCTCATTGATTTACTCCTTGACACGTTTCATCAAATTGACAGAT GTTCTCTTCAATGATTAAAAATATGAGTCCAGAGATGATGTCTAACATGAGTGAACAATT TGGGGTGAAGCTCAGTCAGGCAGATGCAGAGAAAGCTCAACAGGCAATGTCATCTTTGTC ACCAGATGACTTGGAAAAGATGGTAATTAATCAAAATATCCTATCCCCCTTTTCTCTGTT TCTCTTAAAGAAGATGTGTACTTTCCTCATTAAGTTGTTTTGTATCATTGTGATTCACGT GATCGGCACTGCGTCTTCACTTAGAACCGATAGATTTTTTTCCCAATCAATGAAAAACCC GCAACGACTCGTGTCTGGTCCAGAAAAAAACTAAATGTTCATTGAGCCTTGAGAAGTCAT AGGAGAAAGATTAAGATATTATCACTTTAAAGGGGAGCACATATGATTGAAGTGTTGCTT GTCTTTTCAACTTTATAGTGGGTGTACATTTTTATCTTCTCCAGATGGGAGTGTGTCGAG CATCATGCTTTGGATATGAGGTTTTGTTGTAATTTGGCGTTTGCAAATTGGATTCTTTAA TGAAATAAACACTGGTTATAGTTAAGTTCCAATGTTTTGCTATTAGCCATGGTGATGTTT AATTCTAACACGTCTTCTAGCGTCTTGTTACAATATAAATAGAATATGTAAACCACGAGA ACCACGTGAGTAGTAGGGCTTGAGCTCTTGAGGAATTTCTGTCACCTAATTATTTTCTGG GTTTTGTAGTTATTTAGTTTCCAGGTAGTTCGCATCATCTCTTTGTTTTAAGTTAGTGAC AAGCCTCATATTTTAACCATCTTTTCTAACCTTTGTCTTGTGTGTTATACACTTCACTGT TGCACAAGGTAAATCTATATTTTTTCCGAATATTGCAGATGAAGTGGGCTGATAGAATTC AAAGAGGAGTTGAAGGTGCGAAGAAGACAAAAAATTGGCTCTTAGGAAAACCTGGCATGA TCTTGGCTATACTTGTGCTACTTTTAGCAGTCATCCTTCACAAGCTGGGCTTCATCGGGA GCTAAACTTGACGTTCTAGCCAAATATTAGCATGAAGAGTTGAGTAGAGTTTGGAATCCT TGTACTAATGTACTTGAAATGGGGATATCAGTGGGTAAACCTTGGTTGGAGATGACATTA GTTACTTTTGTTATATTACGCTTTTTTTTTCTTTCTTTATTTGGGTGTTTGTAGATGTAA CTTAAACTTGACAAATTATTTAGTTCGCTGTTTTGCGGTAGAACTCGCCGTTTCTAGATG AAGTTTTGGTAAGACTACCCTTTACAAATTAAGAAATCATGAACTTACTGGCTCAGATAT AATTCGTATTATAAAAAAATTACTATAGTGGTTTTTTGTCTGTGATTCTGATTGGTCCTG TCTGGTGAAATGTAACTTTAACAAATATAGTATATGCACATTTGTAAATGTTCGAGCGTT ATAAAAGAGTATACAACGACAATTTACATGTTGAAATAAACATATGATCGAATCTTGATA TGAAAGCAACTCATGTAATGTTTAAAAAAAAAGGAAGAACTAAACGTGGTGATGAGAATG ACAAAGGAAATACAGCTGCTAATTCTCATAAAGTCGGAGCGAAGAGGACTAATATAAATA GTGTAATTTTACAAATTACAATTTAAAAGAGTGTAATTTCACAAAAAATATATTGTAGGT AGATCTCATCTCTTAAAAAATAGTATTTTTAATAAATACTCTCGGTTTGAAACTGTCACA TTCATCTTATTTGGAAAATACAGCAACAAGCAAATAAAGAAATAAAATATGTACAATTTA CAAATGTAACATTGTGAAGTTCACGTGGACCCAAGTCTCATTACTTCTCTAAGGGATTTT TTTTATATTAAGAAAGAAAAAATCAACGGTGTGTCCACCTAAAAACCGTGTTCAATGAAT TATTACTCCACCCAACGTTTTTTGGGCAAAATACACAATGTACAAATCCATTAATCTTCA ATTTCTGTCTCTTTCACCTTTTTTTTCTTCTTAATTATAATTATAATTGCATTTTAAGTC CTTACTTATTTTGATTATGCCATGCTAAGTCCTCCTCTCTCTGTGATAGAGTCCTCCAAA ATCCAGCTCCATAGAACCGGTCCCACATTTCCGTTTCAAAATCGGCGGCTTCCCGTACTC CGTCGTCGTTTTCACCGTCAAATTTCTCCCGATCGCCGTCGTCTTCATCGTAGGCACCTA GGTAAACATTCTTATTATTCTTCATCGACTTCCATGAATCCTCCTCTTTCTTCTTCTTCC TCAAAAGCCTCTCCCGTTTCTTCTTCCTCCATATTTTCCGGCATAATCCCGTCGGGACTT TGTACAACGCTAGTACCAATAAATGCATCACCGTACATGGACAACAACAGCATACCATCG CACACTCCGCCGCTGTGCCCCCAGCTACCTCCCCTATCCGTTTATGTGTGCTGCAATTCC GTTTCTCCTCTTCCTCCTCCTTCATTGTCTCCGATTTCACGAAATTACTCGTCGGAGGTT CAACAATTTACACTCCGTTATCGTAACTGCAACAGATAATCATGAATCTCAAAAATGAAT TTGGGCTTTAAACTCTGTTCAGTCAAACGAAGTTAGAAATTCATCGATTTTACGGAAACT GAAAAAAATCTAGCTAGTGGGAGAGGCTATTTATACTTGAAAGAAACAGACTCTGTGTTG ATTTAGTTTTTTTTTTTTCACGTTTATTAAAAATAAAATAATAAATGGAGTATAAAAATA AATTTATTTAATCCTTTTAATATATACCTCTTCCTTTTAATTTCTTCGAAAAGATATTAA TTAGATTTCTATGTAAAACTAAAACTTTAACATTAAAAAGTTTCATTTTTTATTTTTAGC AAGATATTAGTAGTCATACAACATATAATTTCTTTTTTATATTTCATGTCGAGGTAACTT AAAGTAGTACACTTTAGTGATAAACTGGTATTTTTCTGAATATAATAAAAATGACGTAGT AATTTTTTTTATTAATATCTTACTCGATGTTTGATAAATAAAAATAAATTCGAATTATAT TTCAATTATTGCTGTGTTTTTCTGCATAATTTTTTTTAATAGAAAAACAGGGGTAGAAGA AAGAGACAAGTGAGGCCGCGTCAGCATACATAGGGAATGGACACATTCAAAACACGGCTC TGATTCATATTTCGGCTGAATTTATGATTTCCATTCCTTCTTTGACTATCCAATTAATTT TCTTTTATTTTTCATACTTACTCCATCTCATATTATTTATCCCCAAAATTATATGATATA CATATCTTTTAAGTCATATATTTCATCTTTCCACTATTAGTTATCATATTTTTATTTTAG AGTTAAATCATAAGAATCTTGATTGATATTTTATAATATATTTTTTCATTATATTGGTAT ATAAAAATTATAATAATATTTTTCATATATTTTTGAATATGTAATTTTTTAATTTAAATT ATCAAGTTAATGTAATCTAATTTAATTTTAAAAATTAATCAAATTGACTTTTGAAAAATG TAAAATGACAAATAAAATAGACGGAGTGAGTAGATTAATTTTGCCCAAAAATTGTTATTG TTCCTTTCGTCTGTCTTTACTCGTTCATTATATATTTTTTCAGATATCCTACAATACTTG TCTAGTTTATAAAATCAAGGAATAATTAATTATTTTGTGTCTATCTTATCATTGCTATTA AATACTCCATTTGTTCTTGTTATATTTTATATTTCGAGATTTAAACAAGTCTACCTTCGA TTATAAATTTTTCATATAAATTTTAAATATTTTGGGATGTAAGTTATTGTGACTTATAGT ACATTTTATAAAAAAATACCAATAAATAAATTTCATTTCAAGAACAAACAAGTATCTTTG ATCATTAATTTTTGTGTCTATTATTTTATCAGTGCTATTAAGTCCCAATGGTTTGGGCTT GAAACTTCCATGTTTGAGGTCTCAAGTTTGAAACCCCTTGCAAGTTAAAGTAAAGGGTTT GCCTTCTGGATCGAGCTCGTCGCACCAGGTTTGCCTAGTGCGGATTACCTCTCATATGTG ATTTGTGAGCTATTGCATAAGAGTGCAGGTTTTATTCTTGCGTACACAAAGAATAGCGAC TAAGGATTTTCTTTGTCATCAACAAAAAAACGAATATTTCAAACTTAAATTTTGTGAATC TCGAAAAATAAGATATGTCACATAATTGAGGCATAGTGAGCAATACTCTGTTTATTTTTC TATGTTATAACTACTGATAGGGGTGATTTTGTAAATTTATTTCTCTCAATAGTTATATAT ATAAAAAATTTACATTGATAAATTATTTTATTCTTGAAAGTTGAAGATGCTATATAAGTT GAGACGGAAGAAATATTATTAAAAATATTTATTGCTTAATATTTTTTTACTCATTTTATT TGTTTATTATTTTGCGATATATTTTGTTTTTACTATCATATTTAATATATATTTTTATCT TTTATCTTTAATATTAATTATTTGAATGTGTGAAGTACAAATATATGATAAATAAAAATA AATAAAATAAGTATTTATTATTAATTTATAGTAGCATTTAATTATAATTAATTAACTCTT TAATTATATTTTAAAAAAATAAATTTTTCATTTAGTAAATAGTTCATTTTGCTTGTTCGC TTTGATAGCCAAGCATCAGGCAATACTTTGATTTTTTAATTTAATGTTAAGAAAATTCAG TTCTTGATACAAGATTTGTCGTCTTAAAGTAACTAAATTTGATATATTCGAAATTGGGCC ACTTATTTTCTCCAATTTATACATAAAATTTTATTTTCACGTCTTAATATTTAATTTTAC GAAATCTAATTTTATCTTAATAAAAATAGAGAAAGATGACAGATATACCCCCAGATTATT GTAAATGTTATGTAAATATCCTTCATCATACTTTTGAGACATTTATGCCCCTACCTTCAT ACTTTTGGGACTTTGATGCCCCTATTCGTCATACTTTTGGAACATTGGTGCCCTTGCATC GTACTTTGAGGACATTGATGCCCCTGCCTCTTTGTTAGAGTCAAGGGCATATATCCTCTA ATTTATGAACGACAGGAACACAAATATCTCAAAAAAATGACGAAGGATATCTACATACCA TTTACGATAATTCAGAGTTATATTTATCTTATTTCCCATAAAAATAAAATAGAGCTAAAT ATAAATACTAATTTTACAAACTTCTAAAAGATTTTCAGCTTAAAACATTTATTTATATTC AATTATATATAGTAGGAGGGGTAAGTGAGCTAAAGCCACATGTCGAGGAATAAGAAAGCT TTGTGAGCTCAATTTGATTCATCACGCCAAAAAAGTACTCAATAAATATTAAAGAAAAAA ATAAAAATAGAATAAATAAATTATATAAATATAAATAAATGATACATAATCAAAGGTAAA GTTCAAAGTCTTCCTCGCTTTTTCTTTCTGTGGTTACCTCTCAAAAAACCCAAATTCATC TGATCAATTTGATCCTCCCTATTAGTTGAAGCTTTTTTGAGGTAAATCTTTGTCTTGTGA TTTTGATCAATTTTAATTTAATGGGTGTTTGAAATTTAGCTTCTTTTTACTAATTGGAGT ACTGGGTTGTGTTTTCTTTTTCCTTTCCCCCTTTTTCTAGTTCAGATTATTCTGATGTGG GTTTACTTTTTTTTTTTTTTTGGAAAGGGATAATTAAATGATGATTTTGGTATTTGATAT ATGTTGATTATTTTAATTTTAAAGATGGTGTTAGATTGTGTGGTGATATTTGGGGGTGGG TGGGGTGACTCTTTTAGTACTAGTGATGAGTTTGAGATGTTGTTCTATAAAGTTTGTTTG ATAAAAATGGAATCTTGGGGTTTTTCTCTGAGATGTTGTTGGAAGTGTATTATTCAGTTA TGAATTTTTAATCAAAGATAAAAAAAAAAATGGAAATCGATACGCGTTAGACGGAAAAGA AACTTAAATCAAGTGAGACATTGTATCGTCTCTATGTTTTTTTTTTTGATAAAGTTAAAG TTATTGTATTGTCTCTATGTAGCATTTGGTTTTCACCTGCAATGAAGCAGTCATATTACC AGTGTAAGTAAAAACCAGACAAGGTTGATAATTTGTTGTTGAGGGTTTTCTTTAGATTTT TCTAACTTTGCGTATGGGATTAGAAGTTAGAATGCTTGTTGTTTTCTTGGTTTCTTTATT AAAGTAGAGTAATATCTGAAAGGTTTTATCTTTCGACAGATGGAGGAGGGCAAGATGTCT GAGGATATTTTGACTTCGGCTGCAGCATTTGTGGAAGGTGGAATTCAGGATGCCTGCGAT GATGCTTGCAGCATATGTCTTGACGAATTTTCTGATAGTGATCCTTCTACAGTATGTATT CTTCACATTATCCGGTATTAGCGTGGAAAGTAATGCTTCATCGTGGAGTAATATTTATCT TTCAACTTGTAGGTGACAGGCTGCAAGCATGAGTTCCATCTTCAGTGTATTCTAGAATGG TGAGCGAAACAATTCTCTGTTAATTAGATGTCTCATGTCTAAACTGTTCTTTCACTCTTT CTGATCATAACCTTTTATGACTTCCCCAAAAGATGACATTTTGTGGATTTTGATGGCTGC CTTAGGACCTTTGTTCCTCTCATGCCGCAAAGATGAGTTTTAGGCTCTCTTGTGTAAAAT TAGAATTTCTCTATGGAGTGCCTCTGGTGGGAACATATAAGCTAGATAGGGATTTTGGAG TTCCTCTTTGTATCTGATATATTACTCTGTTGCCCAACTTTTGGATGTCATGGTTTTGTT GGAGGATTATGTGTTCCTATTGAACAGTTTGCTTGAAGATGTAAGAGAAAGGTGGTCATT TTGATTTCAGCACTGTGATTCTTTCTGATAAGTAACACACCATAAATAAATAGTGCTAGA TGTTGCTCAGTGATTGTGACTATAGTGGAACATAATCATAATTGATGACTCAGAAAAGGG TGTGACATCCTTAGTCTCTTCTATGATTTTTGGTGTTTCATCTCATCTGATCTTTTTACT GACTGCCCAGTCAGCAGGAGGAGGGGGTTGTTCTTACTGTTGGTTTCTTGCTCTTTCTGT CTGGAATAATAAATGAGTGAACAACATGATGAAAAGTCGCTTCTTGAATCACCAAAATCT CCTATTACCATTATTCCAACTGAATCCATTGGAAGTTAAATGCAAATTGTGTTAATTGAT TGGATCATGATTAGATTTGCTATTTTGATATGAAAGTTAGATAAAGATGAGCATTTGATT TCGTACTTCATATTTTTTGGAACAAAGTTGTGTTCCTTAGAAATTGTCATGGAAGATTAT CATTTGAAAAATTATGAGCTTTGGATCTTGATTGTATATGCTGCAAACTGTGTCAAGAAG GCATGCATAGAGCTTTATTTCGTGGTGAATATCCTGATTATTTTGAATGCATGTGTTGTA GGTGTCAAAGAAGCTCCCAGTGCCCCATGTGTTGGCAACCTCTCAGCTTGAAAGACCCCA ACAGGTTCTATTCTGTTCTCAAATCAGCCACTTGCTTATCACTCCATGATCTTTCTAAGT CCTCCTTCAAAGGCTTATTGATAAATGTGCTTCTCTTACAGCCAGGAATTGTTGGATGCA GTAGAGCACGAGAGGAACATCAGGATGAATCCTCCTAGAAACACCACAATCTTCCACCAT CCAACTTTAGGAGATTTTGAGTTGCAGCATGTTAGCATTTTTTAAGTCAACACATTTTTT TCTTCTTATAATCTGTTTATGGTCCATTTTGTGATCTTGTGGCACATTTCTTTCACAGTT ACCGGTAAGCGCAACTGACTCTGAGCTTGAAGAGCGTATCATTCAGCACTTAGCTGCTGC GGCTGCCATGGGAAGGGCACGGCACATTGCTAGAAGGGAAGGTCAGCGAGGTAGGTCCTC AGCTCAAGTTCGTCCCCAATATCTGGTGTTTTCAACTCATCCAAATGCTCCTGCTGCTGC TGCTGTTCCTGCTTCATCTTCTAACCAGAGGAGTGGGGGTGAACCCACTCCTGAAGTCTC GGTTTCTGGTCAGGATTCTCCAGTTATTGCTGTTGGAGAAGGTTCGGGACAACTACTTTC TCAACCTCCTTTTCAAGCTGATGAGGTTTCTGCCTCTGGGTCAGGATCAAATACTGCTGT TAATCAACTTGGGACTTCGTCACATAATAGGTAATTTTGTGATTTTGTTTGTCAGACTCC AGAATTTTGATGGCTTCCACTTTCATTTTGCCGTACATGAGTTACATATTATAGTCACGG GACTGGATCCTCCAAAATGGAATGAGTTAGTAATTACTACCACAAAAAAGCCGCCACCCT CACCCTTATGAGGTGGGGGCACAACAAAAAGACCTTCTCGTGTATTTTGCCCTTTTTTGA TGGCTATCTTATGCCTCTTAGTTCCCAATCACCATGAATGATGAGTACATGACCAAAGAC TCAACATATCATAAATATTTAATTTTAAGTAAAAGGGGTAGAAGGGGGAAAGTAAAGGAC GAATGAGTCCAATCTATTCTCTTATTTGTGCTTATTATTGAGTTACCCTATTGTAGGAGG AATCCTTCTCAATCTTCTACTAACAATCAAGACAGAGCCGGACCATCAGATTTTCAGTCT TTTTCAGATTCTATGAAGTCTCGGTTTAGTGCAATGTCAATGAGGTACGTGGAAACTGTA ATATCATCTTTTATCATTGTTCAGGTAACTTCTTAAACATCGGAAAATTTTAATTGTTTG TAAGTCCTATTTACTTGCTTTGATCATTGTTTTCCAGATGCAAAGAATCTTTAACCAAGA GTTCAAGGGGTTGGAAGGAGAGATTTTTCTCTCGCAACAGTTCAACATCAGACAATGTTC CCGAACCTAGGAATGAAGTGAGGGCAGCTGTTGCCACTGTATCACACATGATGGACCATC TGGAAACTACAGATAGCAGAACCAGTTCTGCTGAATCAAATATACTGGACACTACTTTAC CTATCAGAGATGCTGAGCAGCATATACCTGAGAGTGATGGTATTCATTCTTTAAATGAGG ATAGTAGGCAATCCCCGTGTGCTGCAAGTGGTTCAAACTGAAGTTTTATATGAGTTGAAG CATTTTCTCTTCAAGGTAACTTGTCTTCTTCTAAGAGTTACAATTACTTTTGTCTCTCCA TCCACCCTACTCCAAACTCAAACAAGAAAAAAAGAAACAGAAAACAGAAACAAAACATAG TGGAAGAACAGTAAGAAAAAAATGGAAGTTTTTTTTCCATGGATACTACATGCTAATGGT TTTTGTGGTCTCCAATGAGTTTGACACTTAGCACCTAGGAATATGATGATAGGATCTGCT CCTTATATTTCAAACACGTACACATTAGTGACAATGTGACATTGACACAGAAACCCTTTG TGTGTCGAAGCGAGTTGCTGTAGCAGTATACCATTGAGCATATTGACTGCCTTAATTATC ATATGGATTCTGCTGCTTTCTGGCATATCCACATGACTACAAAATATCTCTGTCATGAGA TGTATATTTTGGTCGATGTCCATAGAAAGAAACCATTGCTATTTTCAGGATAAACTTCTA TTCTTATCTTAGTGTATTTCAGATGCACTAACAGAAATAGAAGTGCAGTGGGAGGCTTGG AAAAGACGCTAGAGTATTTTCTTTTGATTACAGTGGTATCCCCAGCCATCTTGTGTGCAC CTCGGCTAATTCCATGGGGTACCTGCTACCTCCTACCAGCACAACTGCTGTCTAACTCTG TCGATCAAGGCTTGGATAGATAGGAAAAATAACCTAGTGTTTTATTTTCACTGGAATTTG AACCTGAGACGTCATGGTGATCATGCCTTTGAATCGACCACTAGGCCACCCTTGGGTACA CATGCTATATTCTGGACTCCTCTCATATGTTAAGTCCTGGAATTCCCCATCACTATATCA TGGAATATTAAACTTCTAAGAAGCTTTGGGTAAACTACTTACATTTGTATGCTAGGAATA ATAGTAATGTGCAGAACTGCTCCTATGATGAACTTCAGTTGGACGTTCATACTTCTGTGG TGAATTGCTGTGACCCAATAGTTCATGGATAAGCTGATGAGGCACACTGATAAATGCTAA CCTAAAGTTTTAGGTCTCCAAAGCTTTGTTAGTTTCACCATCATGAAGACTTGTCAAACA TTTCCGTCTAGACGAATAATTTGTTCTGACCAGTGACCAATATCAAGTCCCATTAGAAGT GGTCTTACAAATATCACGGATAGACATTTGTCTCTTCCCATTTTCTTTTAGTACTATCTG GTACAAACCAGATTCTTCTTCTTCCTCTTTATCTCTCTCTTGGCTGTTGGAAGGCTGGTG TCTAGGACCAAAATAATCTGCATTTTTCTTGCAATTCCATTCATTCTAATGTAGTTTCTG GTTATGTCTTCTTGATAAACGACACTATCTGTCTATTACAGTGAATTTGTCTTTCTGCAG GTAGATACTCTTGCCAGCATCGATGATATATGGTGCGCATCTTACTGGGTGTGGTGAAAC ATTAATCCTTTGAAGTGCAACACTGAATGTTAAGATATAGAGGGATGGATGTCGTCATTT TGTCCAAACCATGTATATGTATGATTATATAGATGTAAATTGACCCATTCTGGGTAGTAG TACTGATGACTTCAACTGTTCTCTTTAATCTTACATGAAACCCCCCTTCATAATCTTCAT AGACATTGCTGGACAGTTAATTGACCAAGGTTTTCTTGGGATTCACTAGCACCACATGTT CATCTTTAACATACATCAATTTTGAGTTAACGTTGAATTTATATATTGATTAGTCGTTTT CCTGGTGCCTTCTATATTGTTTAGTTGTATGATTTGTGATCGTATAGGTAGTCTTTACCT TATCAATGCTTAAAAATGAATTCATTCTCTCTTGCTATGTTTTTATTCGGAGTTGTGTAT TGGCCTGCAAGTGACCACACACACACCCCAAAAAAAAAGATGAAACGGATGGCCAATTCT AGTGGAGTGTGGTGTCTGACTTTTGCTTTTTTTGTTAGTTCTAAGATGCAACTACTGCAA TGTTTTCTTAACACAGTTCATTGAGTTCGAACTTTTAGAGTCATTGTCGTCACTATCCAA GGTATCTACATTAGGACACTGAATGTTCCAACCAAGGCAGCTATTATAGTACGTCGAGTA GTGATTGAATGTGGTTGTGTTGTGTTATGAATCACTCAAAAGGTTCACTTATTGAGTGAT CCCATCGCATTTATTTGGGCAAAGAGGAAGCTTATTAGTCACCAGTACTACAAATTTTCC ATAGATTGATTCTCGAGGTCACCTCTTGACAGAGAAAAAAGACCCTCAGGACCCATAGCT AATATTCCGATCAAGGTATGCTCTTATTTGTCTTTCACAAAAGCGAAACGACAAACCAGG TATGTCATTACAATGATTTAGCCCGTGCACCAAAGGATTGTGGTTACAACCAGCTACCAA AAAGAAAAAAAAGGGTCCAGAGAGAGTTTTCTTCTTCAATCAACAGATAAAGTTTTCAAC ATAATGCCAGAGCCCAATTAGCATTACAGAGCTGCTACTAATAAACATATGGAGGTACAG GTTCGGAAGCAGAGACTGCTGCAGCATAGCAAGACAAGCACTATAATAGGACTACTCGAA TTTCTTTATTAGGGAAAGGTCAGTTAGCATTTTCTCAATTGCTTCCTCGTCAAGTGCACG TCCTCTATTCTGCAAGCATGGAAGGGGTGTCAGTTAGCCGGAGTTTATGAAAAAGAGTAA CAGGAATATATATAGCTGGATGATTAGACTGTACATTTAGGGAAACTTTGAAGATTCAAA CTGTCGGTGCATTTTCTATAGACTTCCTTTAGCCTTATGGTGAGATATTACAATCACACA CTGATGTACAAGCAACTCTGATTAGATTGGTGTTATGCCTTAAACAAATGAGACAACATG GTGAAAAGATGAGGGTCAATTTCATACACCTCCAAAGTACCAAGACTTTTTTGGCAAAAT ATTAGACTTTCCAAACCAGCCACCTCTGGATGTCAAATCCCTAGAAGGACCAAGTAAGAC AAAGAAAAGCTCCCTAACAAGTAAAGAAATTGTTTAGGATGCCTATTTGAAGCATTTTGG GTGTGTTGTTTGAAATTATGAAGTCCAGAAAACTACAACTCTAGATATCTGCATACAATC CGTTCTTATGTAGGGTTGAATAGCATGCATGAGTACCTTGATGGATGGGACCATGGCAAT ACCTTCCTCAACAGTTTCGGGGCAAAGATTCCCAAGAACACAGAGCTGCAAAATATTCAA ACTTATAAACTGCAGTTTCCACGAAGATATTGATGGTGGTTACAAGTATGAAACAAATTA GGAAATTCAAAGAACAGATTCCTACCTCGAATTCAGCAAGTGGATACCTACTAAGAATTC TGAATCAAAGTTAAGGTTTACATTCTATAAAAGGACTATTCATTGTAAATTCATAAATAT CAAAAAGAAATACAGAAGTTTTTCAATCTAAGCCACAGGCAGGAGGATACTCTCGAGCTT GTCTAACAGCATCAGGGTTCTTGTACCGACTGAAACGCTTCACATATTGCAGCGACTTTT CAAATACCCTGGAAGTCAAAGGTAACCAAATTAACCAAACTTGAGAACGTGACGCCTATG CACAGGTTATCTCTTCAAAATAACATATTTAGATGTTGAAAGAGTAGAACCATATCAGTT TGGCATAATTTTCCTTAAGAATATTTCTTAGCATTTTGCCTATATATGAACATGGAAATT TCACAAAGTGGTTGGCATGAATTGAAAAGTTGATATGGAGGAAGACAACTTATTTTGTAC AGGTAATCCAGCTTGTACTTAATATCTGAGCATTTAATGACATAAAAGGAGCATCTAGAT TTATATACATACTGCGAAATCTGATTTGTTGGATCATCAGACATCTGCTGGATCTGCTCA TACTTGTGTTCAAGAATCAATGCGACTTCACAGTTCATTAGACATTTGGCCTTCAAAAAC TCTGAAACCAAAGTACCAAAAGATGTTAATGAACTTCATCAAGAGAAGATGTTTGTATGC ATACAAACAGTTAAAAGACTAGAGACTTTGCACAAGCTTTCACCATGAGTAATAGAGATA AGCTGGAGGGATGACAAGGGAGGGAGACCCAATATTGTCTGGGTAGGAAATTGTATGTTC TCAAATAGGGAGTTTTATTATAGACAGACTACCTATAGAACACCAATCTGTAAATTCTTC CTAAATTTCATATCTCAAGGAGAACGATGAATGCAACACCACTAATCCAATCTCCCTCCA CTTCATGCCTCAGCAATAACCTCTATTGCCCGAAGCCCTCAACAATCCATCGAGAAACTT ATATGGACAGCTGAAAACAATTCTGAAGTAACTAACCAAAGATAAAAAAAAAAAAAAAGA TGCTCATCGCGATACATATGCTAAATAGTTAAGTTAGCCATACAGTGAAGCTAGGCAGTT TGAAGTGACTAAAGTCTATTAATGATCACTACATATGAACAAAAAACAGTCTTTTTCTTG ATCCAGAAAAAATCAAAATGTAATATCAAGTCTATTCTCATAGACATTAAATCAATAAGA AGAACCATATGCACCATATAGTAGCATCAGCCAGTTAACTATCTTATCCTGCATTACATT ATTAAAAAAGAGACCCTAGAACCAATCCCAACAAATTGAGAAAAAAAAAAACCCAATACT ACACAACCCATTATAGGAAAAAACAAAATCTTGATGAAAAAACTTGACTCCCCCTTGCCT TCATGGTTAAAAAAAGAAAGAAAAAACCTATTTTTATGAGTACATTAAAGAAAAAAAAAG ATTTTTTTAAGTATAAAACTCAATTTCCAGAACGTTAAGCAATTCATATAACAAAGAAAC CGATTCATCAAGTGTATTAGAGAGTAAACTTATTTACCATCGCCAATTTTGAGCTCAGCG GCGTTTTCTTCTTCTTCCCCAGACATCTTTGTACTAGAAAAAATTGCTAATTGAAGAAGC CAGACTACTATATAAAGGCAAAATTCGAGAATTCGGAATTTAGGTTTATGTCCTCGAATT TTATTATAATTATAATTATGCCCCATAAAAAATAATTTTTCCTTTTTAAAAAGAAGTAAT AATGCTAAAAAAATTAATTCACTTGACTTAAATAAGGACCATACACGATCAATAAGATTA TGGCAATAAATGTTTGATGCAATTATCATACTTAAATTTACTTTGAATTTTATCGTTTTT TTAAAAAATAATGATCAATATGATTAATTTATTATACTAATAAAATAATACATAACAATT TTTTTGATATGTCAATTTTTTTTTTTTTGACCAACTAAAATATTGTCCAAAGTGTTATTT TGGGCTCAGTCCTCGAAAGAAGAAAAAAAAAGGAAAGAAAGAAAGCATAAATAAATAAAT AAAAATAATAAAGAACAAATAATCAAAGGGAAAGTTAAAAGTCTTCTTCTTCCTCTTTGT TCTTCCACTATTTTCATTTCTGTGGTTTACCTTTCAAAACCCAAAATTCTCCTGATCAAC TTATTCTTTGATCTGCCATATTCATTGAAGTTTCTTTAAGGTAAGTTTATAGTACTTGTA TGGTTTTGTAAAATTGATTAATTTTACTTGTGGTGTTTGAAATTGAGCTTCTTTTACTAA TTGGAGTACTGGTTGGTTGGTTACTTTTTTTTCAAAAAAAAAATCTATTTTTTCTGTTCA GATTTTGTTTATCTGCGCGATTCTGATGTGGGTTTCAATTTTTTTTAAAAAAAAAAATTT GTCTGTAGAGTGGTTTGAGAAGAAGGGATAATCTAGTGAAACTTTTGAATTTGTTATATG GTTTTTTTTTTTATAATAGAATTGTGGTGGGGGTTTCATTTAAACTTTTTTCAGTGCTGG GATTGAATTGTTATTCAAAGCTTTGTTAAATGAACATGGAGATAGTGGGGTTTAGTCTCC TATTTGTTATTCTTTGAGCTGCTGTTGGATGTTTATTAATCAATTGTGAAGCTCTTACCG GAGACCAGCTAATCGGTGAAACAGTTATGGCTATGCATACCGTATTAAAATGAAACAGAG AGCCATTGTTTTGTCTCTGTAGCATTTGATTCTCACCTGTAATTAATTAGTCATATTGCC AGTGAAAGTGAGAGCAGGTAAGGTAATTATTTGGTTTCGAGGGACTTCGTTTGGTTTTTG TAAATTGGCATGTGATTAGAAGTAATGCTTGTTTGCTTTTTGCTTTCTTCATTAAACTTC AGTGATGTTTTAAGGTTTGATCTTTTGACAGATGGAGGAGGGCAAGATGTCTGAGGATAT TTTAACTTCGGCTGCGGCATTTGTGGAAGGTGGAATTCAGGATGCTTGCGATGATGCTTG CAGCATATGCCTTGAAGCATTTTGTGATAGTGATCCTTCTACTGTACGTATCGTTCACAT ATATGTTACTATGGATGGAATGGGCTCTATCATCGAGTAACATAATGTATTAAATTTGCA GGTGACTGGTTGCAAGCATGAGTTCCATCTTCAATGCATTCTTGAATGGTGATCCAAATG ATTCCCTGTTAATTAAATATCTCAAGTCTAAACTGTTCTTTTCACTTATCTCTATGATGC ATAATACCTTTTTATTACTTGCCCAAAAGATGACAAGTTGTGTACATAGATGGCTGCCTT AGGGCCTTTGTTGTTCCTCTTGTGCTATAAAGATGAGAGTTATAGGCTTTTGTGGAAAAA ATAGAATTTCCTATAAAGTGCCACTGGTAGGAACCATAAAATGGACGTAGAGTATTTTGA CAACGTCAAAGAGCAAAATACTGCAATTAAGAATGACATAGGGCTTTTGGAGTTTGTCTT TTTATGTGATATATTACTCTGTTGCCTAACTTTGTAGTGTATGGTTTTCTTAGAGGATTA TATGCTCCTCTTGGACCTTGAAAATGTAGGAGAACAATGGTGACTTGATTTCAGCATTGA CTCTTTTTTGTAAGTAGCCTGTCCATAAATAAACTATACGTTACGTTGCTCACTGCTTGT GATTACATGATGTGGAATGTAATCACAATTGAGGACTGACAAAAGGGTGTCAAACCAGTG GTTTCTTCCAAGATCTTTGGTGTTTCATCTCATCTATTTAGCTTTTTTTACTAGAGTTCC CACAAAAGAGTCCGGCAAGCAGGAGAGGGGGGGGGGGGTTGTTACTGTTGGTTCCTTGCT GTGTCTGTTAGGAACAACAAAAGAGAGCAAAAATGACTTTTTTTTATATAAGGACTTTTT GAATCACCAGATATCTCCGATTTACCATTATTACAACCAAATCCTTTTGGTGGTTAAATA TAATTGTTTTTAATCAATGGAATCGTGACTATATCACCTATTTCTGATAATAAAATTAAA ATAAAGATCAAGTTGGAGGATTTTTTTTTTGAACAAAGTTCTATTCCTTACAAATTATAT TTGTCACTGAAAATTATCAGTTGATAGATTATGAACTCGTTGGATCTTTGACTGTATATG CTGCAAATTTTGAGACTAAAAGGCATGGATGGAGCTTTATTTGACTGCACTAACATCCTG AATAATTCTTGAATATATGTTACGCAGGTGTCAGAGAAGCTCCCAGTGCCCCATGTGTTG GCAGCCTCTCAGCTTGAAAGACCCTAACAGGTTTTGTCTTATCCTCAAATCTGCCACTTG TTTATCACTCTATGATCTTCCTTAATCCTCCTTCGAGGCTGTTGATAAATGTGCTTCTCT TACAGCCAGGAGTTGTTGGATGCAGTAGAGCACGAGCGTAACATCAGGATGAATCCTCCT AGAAACACCACAATCTTTCACCATCCAACTTTAGGAGATTTTGAACTGCAGCATGTTAGC ATTTTTTAAGTTCACACAATTTTCTTCTTTCTATGAACTGTTTATGGTCCATTTTGTGAC AAAATCTTGGGGCACATTCCTTTTACAGTTACCGTCAAGTGCAACAGATTCTGAGCTTGA AGAGCGTATCATTCAGCACTTAGCTGCTGCCGCTGCCATGGGAAGGACACGCCACCTTGC CAGAAGGGAAGGTCCGCGAGGTAGGTCATCAGCTCAAGGCCGTCCCCAATTTCTGGTGTT TTCAACTCATCCAAATGCTCCTCCTCTTGCTGGTGCTTCATCTTCTACTCAGAGGAGTGG GGGTGAACCCACTCCTGAAGACTTGGTATCTGGTCAGGATTCTGCAATTGTTTCTGGACA GCCAGTTACTCAACCATCCTCTTTTCAAGCTGATCAGGTTCCTGCCTCTGGGTCAGGATC AAATGCTGCTGTTAATCAGCCTGGGACTTCCTTAATCAATAGGTATGTTTGTGTCTCAAA TTTGATCAGAGTTCTGATGATTTCCTTTTTTTGTTTAGCTCCATATGAGTTACAATGTTA CACTTACATATTATAGTCATGGAAGGAATCCTTCAAAAATGCAATGAGGTCACAATTACT ACCACAAGAAGCCACCACCCTCGCCATTTCAAGAAAGGGGCACAGGAAGAATTCCTTCTC GTGGATTTTACCCGTTTTGATGGCTATCTCATGCGCCCTTAATTCCCATTCAACGTTTAT GAAAAGTGGGGCAAACAAGATGAATCATACCATAAATGTTGAATCTTAGAAAAGAGGGGA GAGGAGAAAAGTAAAGGCCAAGGGACAAAGGAAAAGTATAGCTAATATATTCTCTTATTT TTTGCTTATTATTGAGTTATGGTATTGCAGGAATCCTCCTCAAGCTTCTTCTAGCAATCA AGACAGAGTCGGACCATCAGATTTTCAGTCTTTTTCAGATTCTATAAAGTCTAGATTTAG TGCAATGTCAATGAGGTATATGGGAACTCTAATATCATTTCTTATAACACTTCAGCTGAC TTCTTCAACATCAGATAATTTATTTACTTGTTTTGAACGTCATGTTTTAGATACAAAGAA TCTTTAACAAAGAGTTCAAGGGGTTGGAAAGAGAAATTATTCTCTCGTAATAGTTCAACA CCAGACCATTGTGCCGAATCTAGGAATGAAGTCAGTGCAGCTGTTGCCACTGTATCAAAC CTGATGGAGCATTTGGAAACAACTGATAGCAGAGCCAGTTCTGCTGAATCAAATATATCA GAGGACACATTACCTGTCGGCCATGCTGAGCAGCATGCACCTGTGATTGATAATACCCAT TCTTTGAATGAGGATAATAGGCAAGCCCCGTGTGCTGCAAGTTCTGGTTCGAGCTAAGTT TTGAAACTCATAGCACTTTCTCTTAAAGGTAACTTGTCTTCTTCCAAGAGTTCCTTCTTT CCTCCCTCACCCACCCCCCCCCCCCCCCAAGAAAAAAAATAAAAAAATGAAGAAAGAGAT GGAGAGAGATCCAAGACAAAAGTGGAACTGTATGAGGAAAAAAGATGGTTTATCCGAGAA TACTACATGCTGATGGTTTTTGTCGTCTCCAATGAGGTTGGCTCTTAAGCACCCAAGTGC TTCTGGATTTGATGGTAGGAGCTACCTATTGTATTTCAAGTGCATACTGATTAGAGAGAC AGAAAAGACTTGTTGTGTCGAAGCAAGTTGATATAGTAGACCATTGAGCTCGTTGACAAC CCTTAGTTGTTACGTTACCTCTGCCGCTTTTTGGAATAGCACATGACTAAAACCATATCT CTATTGTGAGATTTATATTTTCGTCAATGTGGACAGTAAGAAACCGTAGCAGTGCGGAAT GATCCTTTTTGTATAAATTCCCCCACTTTCTTGTTCTTCTTCCTCCTTTTAATCCCCTCT CTCTCTCTTGGGTGCTTGGAAGAATTGTGTCTAGGCCCAAGATTTTCTGCACTTCTCCTG CCTTGTATTGTAATTTCTCGTTATCTTCTTCTTTTCGTCAATGCAGTTATCTATTCATTA CAATAAATTCCTTCCTCCTGCAGGTGGATACTCCTGTCAACATCAGTAATATATGACTGC ATTTTATTGGATCTGTGGTGAACGCTAGTACGTTGAAGTTCATCACTGAATGTAGCCTGC TTCAATAAAATAGGAATATGGATCCCATCACTTGGTCCAAGCCGTATATATGTATGAAAT GATACTATAGATGTAAATTGTCCTGTTCTGGATAGTACTGATTAAATATAACTGTTTCCT TGAAATTTTACAAGAACCTTCCTTTAAAATCTTCCTTAAAAATTCTTAGATTAATTTTTT TCTTGGGATCTAGTTACATTGCACATTCACTTTCAACACAGGCCTCAATCTTGAGTAATG TTGAATGTGTACACAGAAGATTAATCATTTTTTAGGTGCCTTTATTTCTGTTATGTTTTA GTTTTATGAATTTTTATCATATAAAGAGCCTTCCTAGCGTTATGGGTACTAGAACTAACA AAAACTTCAAACTAGGTTCATTCATTTTTCCAGCTAAATTTTTAAAGTGTGTGTAAAAGT TGGTGACGACTTTAATCTCTTCTTTGTTGTTTTGAAGCGCAAGATGTATATATGTATTGG CTGCAATGACAGATGTATAGTACAACCAACGTGCTTATTTGGTTGTTGCATCATGTAAGC ATGCTCATAGTTGTCTCAGATAGGCAAACATAGACAACACTTGCACAGACGCTTAGATTT TGAGTAGGAAAGAGATGAACTCCAAACTTCGTACACACATTGATTAGTTCTTCAAGGAAA ACTGCCAGAATCTACATTTCTTAACGATTCAGCACGGAAAGATAAAGTCGATCCTTTTGA ACACTCTGATTGATTCTTATTCCTGAAAGAAGTTCATTGACATTTAACACCAAAACCAAA CTTCAAACTGTCCTTCAACGGGGGATAAGATATGAGAATTACTGTCCTTCAACCTTGTTC TGCCACCATTCCATGAATTTAACCTGAGCAGCCATGGTGTCAAGCCTGTATAGCTGCAGC CAGTGATTAGCAACTTCCTGTCCAAATGTCCAGCCAAAGACAGCGCCAGCTCCAAGAGAT AGTGCAGTACCTACCGAATGTGGAACATCAATAAACAACAAAGTCAATCATCTTAAAATT TTTAATCACTCCAATGATTCTCCCAGACAAAAAGTTTAATACACCAAAATGGTAAAACCC ATTCTGTTTTGTGTTTCTCCAATCTCCACAAAACTTAGGGTGAAGTCTGATGGTTTAAGT ACAAATAAGTTGCAGAGACATCACACCAGTTTTTTCAAGGCACTGAAAGTATAGAACCCG AACTGTATTAATTTTGACCAAAAAGGATCATGATGATCAAAATTAGTCAAAATACTACAT ATATTTTCCTAAAAAATGAAATTGTGTGACTGGTCTATGCAAGATTCTTTACTTTCTTTA GGCCGACCATGTTTGAACTTAGTTCATGAGGAAGATAAGGGGAATGCAATCTATCCTTGC AGTTTTTAATCTGAATATGGGCAAAGATGAGCAAAGAAATCAAAAAGTTGCCACATCAGT GAAACATATTTAAACTTTTAACTGTATAAGAACATAGAACAAATTCGACAATGGCAACAA TCAATTTTAGCCCACAAGTATGCAGTCAGAGGTAGTCAAGGACAGAGCAAGAGAATCATC ACGTGTAAATGTTTTCTTATTGGGGACACACTTAGGGAAGATGATGATATGAGACCTAAT ATGAAAAAGTTTCATTCCTTTGATTGGTGGAATCTAACATAGAACTTAACACGTCAAATA TTCTTTGACTCGAACATTTCGATATGAACACTTAACACTCAAACATATACGACACCTAGA AAATACTTAACCTATTTGCAAAGCATTGATAATCATGTGGCAAAAACTTCTCATAAAATC AGATTTACCAAAACATTTATGAATGAAGTTACAATCTAAGGTAACTAACTACTGAAGCCT CTGATTCTTAAAAGACCTTTAATGCACAAACATTGGGCAATGAATTAGTAGTAATATTAT GACAGAAACGTGGGTAGGGGGTGGAGTGGAGATTTAAGTTAAACATACCATGCAAACTCC TGGAATACTTCCAAGTAACACCTGCAGTTGAAACAGCTCCAATAATGCCTCCTACAGCAC TAATCTTTACTGCTTCCCTAGCAGTCCTCAGCTGGATTAAAAAAAATAGAACATCAGCTT GAATTAACAAAAAAATAGAGAAATGGTTTATGAGAAACAGTAGGAATATCAGAGGAGAAA AACACAAAAATATGGAACTTCTTATCATCTGGTGTCACCAATATATCCCACACCCTCCTG TACACAATAACAGACTGACCAATAACAATAACAGTTTCAGGCACAAGAGAGACAACAAAT GAATTTCATTTCAAGTAGTGGTAATACATCAATACTAGTTTGAAAACCGTGTCCACCAGC TCAAATGGAAACATAAAGATGAACGAGGTTAAAGCAGATAACCTGAGGTTGGGGATAACT TCTATTATTGTTTCTTTGGAGGTATGTGTGAAGGGGAGGAGGAGAATCAACAGAAATCGG GGATAATCCCCAGAAGCATAATAGCAGAAATATTACGAAGCTAGTTTCCATTTGTATGCC TACTTCTTTTTCTCATTCCTCCTCTCCCTGACTTCTCTCTCAGACTATTCAGAATAAGGA AAAAGGAGACGAACAAAGAACAGTTTCAAAACTCTTCTCCTTATTGTTTTGCATGGATGA AAGAAGTGAAAAGAAAAGGAAACGAAGGAAGTTACCTCAACAGCCTAAAACTATATTTGA ACAAGATAGGTATAGATAAGACTTTATGTTTACAAATGACAACAACATACCAAGTGTAGC CCCACTCAAGTGGGGTCTGGGAGCGTGTATGCAGCAACAACATTATGTTTCTCAAACTAA AGCATAAGGATTGTCACTATTAACTTTTTTACTGATTAGTATAAGTGTATTGTTTACTGC ATATGCTCAAAATGACTAGAAGGAAACATGGAAAGAGCCTGATAATGTATGCCCATAGCT GGTCTATTTTCCTATCTACCCAGCCTACAAATTTGGAGCATCAGCAAAAAATAGCACATC CTTGTGTGAGCTTGCATGTTCAGTGGTGCAGGTATGTGGACTTATATTCATTCTGAAAGA GATAGACAGGGCAAGAGTGATGGTATCTGAAAGCAAGGGGAACTGTCTCTCTTTCTGAAG AAATATAAGCCAACAGCTCCTCGGGAGCAGGGTTCTCATAGTGGCATAAGACAAGACTTT TTGAGAGAGAAGATGACTGACTGTTAAATAAGAAGAAGACGAAGAAGAGAATGACAGAAA ATCATGGCAATAGAAAAAAAAATAGGAAGACAGTGAACGGAGAATCATTTTACCAGCAGA AATCTATACGTATATTTTCCGACCAAACCCTTTCTGCTCGCACTCAATTTAACATGGGAA CACCATCTGCAATTTAAGTGTTAATGGTTTTGTACACACATATTTGACAACTTAAGGTGT TCAATAGGTCACAGCTAGAGTTCATGTGTCTAAATGAAAGATAGTGTCAAGTATAAAGGG GCCGTGAATGTACTTGGACCCGGGAGAATCTACTCCGGGTACAAATTCACCAACTATTAA GACAAGCTAGATGACCGCAAGAAAAAGAAACGAAATTTCCAGATAAATTTTTGGCGATTA AGAATGCAACAAAGCCAAGAGATTTTCCAGGACACCACTCAATTCAAGAGTATCTCTGAT AAGATTACCTAAGGTAACTTCAGCTAGCACTATGAACAAATGCATTTCAGAGTTCAAATT TACCACAAAGTGCACGCCAGCGGTGAATCATTAAGCCAAATCCCAGAGAAAGAATAAAGA ATATAATCACTCAATCAATCTAGAGAACCAAATTGTATATTCAAAGCTGAATTAAACACC CAAACTAGCTAAAATCACAAACTCACCCAACCAATCCAAATTGAGATATACCCACGAAAA AAAAAACGCACAAAAAAAAGTCTCAATCGAAAATCTAACAGCATAAGCAAATCAAAGAGG ACCCATATGGGTAAACGCCTAAATATAGGTAAAAGCACACCAAATCAAATGAAAAGTAAG CATATGAGATAAGATTTGAACGGGAAAAAAGAAGGGAAATACAGTGGGTCCGTGAAGTGG ATCAGAAGCAATGAACTCCTCAACATCAGAATCAGACCAAGAGGGGAGTGGCTTGTCGCG CTTGATGAACCTTGAATAGTTGTCCAAAAAGGAAAATCTCTCGCCCCAAAACTCCTTGTA TCCTTCCCAATATCTCCTTAGAAAGGACTGAGATGATGATGAATCCTCAGCCATTGTTAA TCGATTTTAGAGCTCTTCTTCTTCTCAAAAAGTGGTCCTTCTAGAATTATTCCTAGGTTG GTGTGATGAATGATGATACACTGATGTTGATTGTTCTTCCATTTCGCCGCACCCGACCCG TATATTAACACGTGGATAAGGGCCGCCGGGTCGGGTCGGACTAGAGTGTGATCCTCCGCA ATTTATGATATCTTTTTTTCCTGCTACATAGATTTCTTAGGTTTTATACTACCTAATTAA ACATAGATATATACTATGTGTCTATAACAATTATAATTTAAATCTATACTTTCAAATAAC TACTTATTACCCCCTTAATAATTGTATATCAAATTTAAAGTGAGTTACATCCCTGTTTAA AATTACTCTATAATAGAGTCACTAATTACCTATCCATCTAATTCTCTAGAATTAATGCTT TCACACTATACTCTTCACATATAGCAAATACAAATTTTATATTTATATAATATTATAAAG TTTACATAATTGCGTTTCATGACAAACATAAATATGTATAATTCGATGTACATATACAAA AAGAAAACGGTTGTTTACAAATCAATTTTATAATTTGTATATGTATAAACGAGAAAGAGA ATAAGACAAGAAAATTGGGCAGAAGAATATTTGTATTGTATAATTATAAGTGTATAGGAT GAAGATATATGTATTTACAAGTAACAATTTTCTCTCGTTTTATACAAACGAAAACACAAT TTATACATTTCGTTTCTGTTTGTATGAGCAATAGAGGCGAGGACGGCGAGCGAGATTTGG GAGAGCGGAAAGAGGGGAACGAAAATATATGTATATATACAATTTTTCTCACTTTATACA AAAACAGATTTTATACACTTGTGTTTGTATAAAACTGAAAGAGAGCGAGCGAGAGTTGAG AGAGAGATACAATTAAATTAAAGTGTGATTATAACATTCAATTTTAATTTATTAATTTGC CATTGTATACGATTTTCCCATACTTTCAAATAACTATTTATTATCCTACTATCTAATAAT TGTATATCAAATATAAAGTGAGACACATCTCTCTTTAAAATGAATCTAAAATAGAGTTAT TAATTACTTACCCATTTAGTTTTCTCTAATTAGGTTTGTTTTTTCCTAACGATTTTGATG GCTGTACAAGAAGAAACGCCAGAAAGACCAGAGAAAAGGTGAACATATTCATTAAAAAGT ATGATATGTTTACTTCTCATTCCCTTTTCTACTTCTGTGGATCACCTTGTTTTGTAGAGT ATGCTCCTTATTAATAGGTCTCGTTGAAAACTAGAAGGTTCTTGTTTGTTACGTTCCATA AGAAATTTTTTAGATGAGTTTTATCATGTCTAGAATTGAGAAAAATAATCAAATGAAGAT CATTAAAAATATATTTTTGACATAATGATAATCAAATGAAATTGAGTAAAATATAATCAA TTAATTAATGTGGCATGACGGAGAAACTTAAGCCAAGTCTCGTACAGGAGAAGACTAAGG TGGCTGGCTACAACATTAAGGAAGTCAGAGATTTCACCACTGAAAATAAATATTTTTCCA AGAAAAATAAAAGAATTAAATTTGTAAAATTCTGAAATTTATGTAGTTTACCTTTTTTTA TTAATTATTTAGTCACTAAAAGTTTATTTTAGATGTTTAATTATACAGTAAAATTTTGAT TAATAATAACTATATGACTTCGTGTAAAATTAAAAATTATTTTTTTTCCTAATTTATATA ATAGAATAATTGAAATTTTGAGAATCAATTAGACTATTTTGCTTTTTGTCTCGACATTCA AAAATTAGACTAATCTTTTTCATAATTATAATTTTTTAACAATATTTACAATTATCATGA CTTATTATTTTCAAATATATAAATTTTCTTTTTTTTAATAATAATTAATAGTATTCCTCA AAACTCAAAGCGGCAGTAGCGGGAACATTTACTACTAATATTAACACTTCACTCTCAGGA AAACGAAACCCCGCACAGTATTCAAAAATCCATAAAATCATTTGGTGGCTAAATTTACTA CACTAAATCATAAATCACCCTTTCAAAATTCATACCCATAACTCATCTCAAAATCTTTCA CTCACAAAATTCAAATACACCAACTATTTTTTTTCCGGCAATAAGGCCGGCGGGAGTATT TGCCGGAGTATTTCTTTTGTTGGAACTGTACTGTGGGTTTGACCCTTTCAAACACAGTGC AATTTCTGAAATCAAAGACTTTAAAGCTTACAGAGTTGATCCACCAGCTTGGTCTGAAAT CCCAGTTGAAAAGGATACCCAGAACTTGCTTCAGAAATCGGAAATCAAGTTTTTGAATCA GATTCAGGGCCCGGAAAGTATCGCATTTGACCCGAAAGGTCGTGGGCCTTATACAGGAAT AGCTGATGGCAGAATTGTGTTGTGGGATGGAGAGAAATGGACTGATTTCGCATATACGTC TGCTAATAGGTGAGTCTGTTGTTTTTCCTCTGTTTTAAATGTGTATATCTGATTTTGACT TTCGTGGAGACTAAAATACTGTTGAATCTTGTGACGTAGTATTTTTTATGTCTATTTTAT GGATGCTGTAGACATGTGTTAATTTCTGTGAAAACAGTATGATACTTTAACATGCAGATG CTATTTTATTTTGATTTTAGTATAATTGTGGGTGTTTATGATTCCATTTTTTTTTTAAAT TGCCCTTTTGATTCACGTCAGCTTAGTACTTGGTTTAATGACTTCTAAAGCATGATTTCA TGCCTTGTTACAATGATAATCTTTGTTGCTATGCCTTTTTGATGAAAGAAGACTGTAACG GTGAGATATGCTTGCATTTCGCTCTTAATTTGTATCGTTGCTCCTAATTATTATGATTTC CACAAGCTGCTGGAATCCAAGCCTCTACGTAATTGATATTCTATAACTAAGTCACATAAA GCGCGATCTTTGTTATTGACGCTAAACTATTTAAGCACTGGAATCAGATGGGAGTCAATC TCATTCTAAGAAACTTTCTTGCTTTGGTCAATTCAGGATAGCATGAGAGCACATAAGAAA ATGATCTTAAGGTTATATAAGAGAATCTGAATTTCTATAAAATGTCTTGGTTTTCTTAGC TATCTGGCTTTGAGTTGTCAGGAAAGACGAAAGGACCATAAGTTCCTGCTCCACAGAGAG AGTTAATATTTAGTCTTTTCAATCCTAATTTGACAATAGACCTGTGTCAGGGGAATGGCT ATTGTTTCCTTTATCTTATCGTTTAATCTGACTTAAGTTCTATGATCCTAGTATATTCTG AACTTGTAATTATTTAACTGGAATTGTAATTGTGATATGTTAATGATTGTCGACACTGCA TGCTAATATGTAAGGCTGTTAAGCTGATCTGGTTAAATCGAATTTTAACATGTCATTACT TCTCTTGCTCTTGATGAAATTATCTTCTATAATTGTGCTGCATAGTCTTCGTATAAAGTC TCAACATGCTTTTTAAATCTTCTCTTTTATGATTTAAGTTGCAGGTCTACTTTCTCCGAT TTTCTAATGCATTTTGGTGATCTGAATTTTCAGGTCTGGCCTTTGTGACCCAAAACCATC TCCCCTGAGCTATTTAGAAAATGAACACATCTGTGGTAGGCCTTTGGGATTACGGTTTGA TAAAAAAACAGGTGACTTGTATATTGCAGATGCATATTTTGGGTTGATGAAAGTAGGGCC TGAAGGGGGACTAGCAGAAACATTGACTACTGAGGCTGAAGGAGTGCCTCTCGTATTCAC AAATGACCTTGACGTTGATGATGAAGGAAATGTCTATTTTACAGATAGCAGCACCAAGTA CCAAAGAAGGTAATTGTGACTTTACTGTTTCTTCGTTTTTATGTAGATCTCTTGATATAT TTAACATGATTTGAGAATGAAGATTCCATTTCAGTTAAGTTCTGATTAATGCCAAATGGG AGACAGAGGGCTCCCTATCTTTAGCGGGGAGAAAACTGGTTTCTTTTAAAAAACAATGCA TCTAGGACAGAAAAAGGAGAATTAATGCCTAAATCTGATAACATATAGTGAATAGATGAT CATCGAGAAGCTTAGATTTTAACGTGGTTACATGGTTGCACCTAACTTTGCTAACATTTC TTCTGTTCAATTAATACCCAACTCTGCTAACTATAGTGAAGATGTTTATATCGGATTTGC AATTCCATATATAAGCATTTATTTCAGGTTTTAATACAACATGGTTCAAGTGTCATGCGC GTTTCTTCTTTAATTAGAATATTACTACCCACCCCATCTTGCACAGGAACTATATGCTGC TGGTTTACTCAGCAGAAGATAGTGGGAGGGTCTTGAAGTACAATTCTAATACTAAACAAA CCACTGTTCTTGTTCGGAATCTCCAATTCCCAAACGGTCTGTCACTAAGCAAGGACGGTT CCTTCTTTGTATTCTGTGAAGTTGCCAAGGGAAGGTACGTTTCTCGACCTATGGATTAGC ATGTTTACAGTATTAAATAGATATACAAGGATCCTGTTTCTGACTTCACCTTAAAAATTG AGGTATTAACATATAATGGAATGATGTGTTTCTCTTATAGATTACAGAAGTACTGGTTGA AAGGCGAGAAAGCGGGGACCTTTGAGGTGATGGCAGTCCTCCCAGGATATCCTGATAATG TCAGCACAAATGAGAGAGGTGAATTTTGGGTAGCAATCCACTGTCGCCGTACCATTTACA GCTATATAAATTCCATATACCCACAACTTCGTCTATTCTTGCTGAAGCTTCCTATCCCTG TAAAGCTCCGCGCCCTCTTGCACCTCGGAGGCAAGCTACCCGCTATTGTTGTGAAGTATA ACCCTGAAGGTAAGTTGTTACGAATATTGGAAGACGAAGAAGGGAAAGTAGTTCGAGCTG TAAGTGATGTTGAGGAGAAAGATGGGAAGCTATGGATGGGAAGTGTGTTGATGCCTTTCA TTGCTGTTTACCAACTACAATGAGTTAAAACACTTGATTTTTCAACAAACTATCTACTTA GTTCCTTATGGTTGTTTGTAGCATCTAATTTATCAGAATAATTCAATAAAACACTCTTTT TAGTTCCCTATTGTTTTGAAGTCTAAAATGTTTCTTCATTTTTTTCTAAAACTCTTGTAA AATGTATTTTAAATATGTTTTCATACAGAAATTCTACAAGTGAATATTCGCGACAAAAAT GGACCTTAAGGTAATTTGGTTGTAAAGTTTGGAAATCAAAGGCCTGAGCCCATTTAATGG TTTGTTTGGTCAAGTTTTTGAATAGCTAAAAGTTTTTTTGAAAATAAAAAAAGAAATGTT TTTATAGAGTCAAAAACTCAAAATATTTGATCAAGCATTTAGGGAAAAAAGTGTTTTTGA CTTGTATAGAAATACTTTTTTTTCAAACACAAATTGTTATTTTAATATTTTGATAAAATG ATATTCAAATTGATTAGTCGAACACAAATTAAATTAGTGCACACTTTTTTTTGATTTTGT TGATGACTACTTGACAAGTAAGAATAAGCATAATCAGAATGTTCTGTTTGTGATTCCTAG AAGGTGTCACTATTTCTCAAAAATGGAAGTTGCAATTTTCCTTTTAAAATAGATTTACAT AGCCTAGTCTAATCGATTGAAGTAACCATTACATATAAAATTCTTTTACTTTTCAGGTGA GCATGCATATTACTGTAGTAGTTTGACTTTTGAGAAAGATATATTTGGTACTTTTTTTCG GAAAATAAGTGATTTTCTTATATAGATTTGAATATGTTGGTTAAAAAGAAAAAGTTTGTC CTAAGAATATTTACGTATAATCTATGACATTGAGTCTGACCCCAACTCTTGATCTGAAAA GCTTAGACTCTATGTTACAATTCGAGAACCGATTTTGACTTCGATCCAAAACCCATAATC CGACCTAGACATGAGTCTTGACTTCTGATTTCAATGCAAGATTCGACTCAAAACTCAACT TTTAATCTTGGCTCTCGATTACGATATCAATTTAAAATTTGATCCTAACCTAAGAATGAA AGTCGAATGGTGTGAAATTGGAAGAAAGATTTAAAAAATATTTTCCTTACTTTAGGAATC AATTTTTTTAAAAAAATTAAATATTTTTTAAAACATTTAATTCCACTTAACAATGAAAAA ATTGTAAACATTTCCTTCATACCAAACACAATCTAATAATTGTGTAAAGAGCCGTTAATT AGTATTTTTCAAAAGAAAGTAAAGATCCTCCACTATACACGAAGCTAAAAGTGAAATTCT TTCTCTTTAATAATGAATAGCTAATGATAATATCAGATATTCATTACTCTCTCACTAATC ACTATTCATTACATATTGACTAAATAAACTTGTAATTCAATTTAATACTTTTTTCATCCA TAATAATCTCTTTCAATATTTATTAAATTAATAATGATATAAATAAAAATTAATAACTAA TTGTATATTAATTTTCTAGAATTGCAATTATTTTGAATAAATTATTTTAGGAAAATTTAT GCTCAAACATTTAGCCTATATTAGGTTCCATAGCTATAGTTTAAGAAAATTGTAATTCGT GGCTATGGTTTTCCTGGTTCTTGTAATTCGTCTGTCTTGTATAAATTCAGAATTTGTATA ATTTGATTCTTAATCGTATAAATTTAAAATTTTAAATATGTTTACCCTAACTATTTGTGT GCGATTTATGAAAAATTCATAATGAATTACTCTGTATGTATAATGGCAAGTGAAATATAC AAACGAAAATCGGAACAATTCATAAATATATAGATACAAAATTTGTATATATATACTTAC CCGATTTATATATTTACAAGTGAAATATACAAATTGACAATCTCCAGAGTAAGCAGAACT ACAGCTATGAAGTGCAATTATCAAAATTATAATTATAAAGTCTTTATGTTTACTATTTTT AAATATTTCTCCTTTTAATAAGCACGATAACTAAAATGAACCGAACGATAGAAATAATAT GTCCTAACATAACTGTGTAACAGTCTTCCTTACATGAACTAAAAGGGTCCTACCCAGCCT ACTTCAATTGCAGTACTAAGTTAGATTTAGCTCCTTTTAATTAATTGTTCACATCAAATA ATTGTTTTCTAGTGTTTCATTTGAGTACACATAATCACTTGGAACATGAAAAATGTTTTT CTTCTTCTCTAATAATATAAATATAAATATAAAAATATAATAAATATTTCTTATGATAAT GTCTAAGCTTTAGTTGGAGCAAGTAATAAGTACAATTAAATGTTAAGATAATTATGTAGA AAATGACTGATGCTCTTAAGTGTGTTGAAGTTAGTTTCTTCCTTTTGATGTGAAATGTTA TTTTTCTCCCCTAACACTAAAATTAATAATTTACTTTTTTTTTTTAACAATTATTTTTTT GAAAAATGACTTTTATTGTATTACCAAACAAAACAAAGAAAGGAGAGATGATATTTTTTG ATTCGATTATATATTTGATACAAATTCAAATTAGTTGAAACGTATATTAAATTAGTGGGT ATCTAAGTATATACTACATCATATATATGAGATGCAAAAGTGATTGCAATAATGATTTTT TATCGATTAGTATTTAATTTTGTGTGTGCAAAAGAATTTGATTGATTTTCACCAGTAGAA GAATGATGCATTCATATTACCAAATGCACAAACACTAAAGTCTTCTTTCTTATCTATGTT TTTGAACACTGACTTTTCATACCCATTACTAACTTACAAACAATTGAAAATTATATAATC ATTGAGCTTTGTCACCTTATATATGGTAAATAAAATTGACACCTTCTTTTCTTTAATTTC TATTTTTTATTTTATTCTCTCGGTGCTAGGGATGACAATGATGCAAGGCGGCTAGGTGAA TTTAGATATACGCAATGCAGAGGGAGCGGGGCGGGTGAATAAAAAATATACTTTTTTTAA AAAAATTGTTTGTCATTTTTTGATTAGCCTGTGTCAATTTTTTTTTTAAAAAAAAGTAAA GAAGAGTTTTGAATCTTATGATTTTAGATTAAAAATATGTTAAATGTATCAATAATAATC TTTATTGAAATCCGGAACCTAAAAGGTAAAAAATATTACTAAAAATTTAAAAACAACATA TAAAATTTTATATTAACCAAAATGGCAAAATCGCTGGAACAACGCTCTCTTGGCAGAGTT TTAGGCGGCAAGAGACTTTAAGGCTTGTTGGAGCTTCTGAACATAATGAATCGAAGCCGA AGACGGAACAACAACGATTTCCTCCGCCCGAAAAAGCAAAATCGCTCCTACTGCAACGAT TTTGCAAAATGTGATTCTTTGAAAAAAAATTCAAGAAAATCGCTGCTCAGCAATTTTCAT TTTAAATTGTTTTTTAAAAAAAGAAAATCGCTGCCAAATTTTTTGTGATTTTCTTGATTT TTTTTTAAAAGTATGAAAATTGCTGCTTAATTTTCTCGAATTTTTTTTTTAAAAAAATGA AACAGCAATTTTCTTGATTTTTTTTAAAAAAAATTATATTTTCTGGCGAAGGAAATCGCT GTTGTCCAGCAATTTTTCCGTTTTAATTAATATGAAATTTTATATACCATTTTAGATTTT TTGTTAATATTATACTATATGAAAAAAAGGAAAGATATAAACAAATTAAAATGGAGAGTA ATTTATTATTTGGTAACTTGGGTTTTAAATTTTACAAATTTGGAAGTGAATATTGAATTT TGTTGTTGTTTTACATGACGTATGTATTTTTGTATTTCATTATTTTATTGTATTTTATAT CCATAGATTTGGAATCGTATTTCATATATTTAATTCATTTTGTATTATGTTTTTTTATAG TTATGTCAATGTACCACAATTAATATTTATTTTTGTATTTCATAGTTTTATTGTTTTTTG TATTCATAAATCCCAAAAAAGGAAAAATTAGTAAACTAGTCAAAATAAATAACATATTTA GTAAAAATATCCATACTTTATAAATATTAGCAATAATGTCAAAAATGTCATTATTTTTAA AAATTTATGTGTCCCAATTTTCTTCCTATTTTATCTCTCTTTTTCAATTAATTCTATATA TCCTTTTTTTAAAAAAAAAATTATTCTCTCTCATATTTATCTTTTCAAATTGTTAATTCT CTCTTCCATTTAATTTTTTTTCTCTCTTATGGTTATCTTTTCTGATTTTCCTCCAACATT CAAGTTGCAAATATTTTTTTGCCATATATTTTGGTTGTTTTTTTAATCCAAAATTGAATC AACAAAAATCCCTTTGATTAAGGTATCTCTAATCTTTATCCTATTTTCAGATTTCTTTTC TAATTTTATTTTTGTTTAAATCTTAAAAAAGTTTTGTTTGTATTTTTCAATTTCCGTTAT GATTTACTCTCCAATGGCTGAATCCAAGAGGCTTACTAGAGGTATTCATCTTAATCAACC AATTTCTGGTGATTTTTCATCCTTTAATTTATTTATTACTTAACAAATAGTGTATAATGT ATGATAAATGAGGAAAGAAAGAGGGTAAGAACATTTACAAGACTCATTGGTGTGCAAAAC CTTCCTCAAATTCAGAACGCAAATATAAAATCTTTGTCTACTCGTGAGGATCTTGAAAAA GACGGCGAAGATCGCGAACAATTTTCTATTAGTTTGTTTTGTATTTATAGTTCTTTTTTA GAATTTGGTATGCTTTCTTAATTTGTATTCAAATTACTATGTATACTATCAATATTTGTA TTTATTAAAAATTTCATGTTGTATGGTTTATGAATCTTGTATTTGTCCCTAATTTGTATT CATCGAAATGTATGTCAACTAGTTATGTATTTTATTTATAAGAAGAACAACTTTCTATTA GTTTATTTGTATTCGAATACAAATACAAATAATAGACATATTAGAATGAATACGACTTAG AAAAGGAAACAAGATTTTGAAAAGAAAAATAAATACACAGTGAAAAAATATATACGAATA CAAATGTATTTCTTAAATAGCTACATTTTATTTGACATACATATTGGAATGAATACAAAC TAATAAAGGTATGTCAACTGAATTTGATATTTTTTTCTAATTTGTATTTATTCTAAATGT ATTTCAACTAGTTATGCATTTTATTTAAGAATGAGTACACCAAATATTCAATTATTTCTT TTCAATTTTATATTTCATTCACTTTTTCATCATACTAATTTTTTGTATTTTATATATTAT TATACAAAATTCTAAATAAAAACTAGAATAAATAGAAATACAAATAAAATACATATTGAA ATGAATATTTTTGAAGAAAAAAATAACTATATAGGGAAAAAATATATAAAAATACAAATA TATTTCTTAAATGACTATATAGATAAATTCGGCATACTTATTGGAATGAATACAAACTAA TAAAAAACTATAATAAATATAAGAATATATTGTGGAATGAATATAATTTTAAAAAGGTAA AAATTCTGGAGAAAAAAAAAACAAAATTTAAATTTTATTTGAAAATATAACTGATGAGAA CATTAAGGATGCTTGCCTTTTTTTGAAATATTTCCCCCCCTTAATTTTCTCCTTTTTGTT ATTAAATAATTATATTCTTTAAATAAAAATAAATAATAAAAACATACATAACAAACTAAA ATGACATTTTTACTAAATATTGAAGTTGTTGCTAATGAGTCCTCTTAAATGCTAAAATAT TGACATTTTGAAAAATTTCCCCCAAAAAAAGGAAAAAATGGGCCGGGTCGGGCCGGATGG ACACGGTGTGGGTTTAAGCTGGTATGGCATGGTGAGCCGGGTTGAAATTTTATGGGTTGC GAGAGATCTAAAACGATAAATCACATTAACGTACAACGATGCCGCACTTGCCATCCCAGG CTGGAGATTTATTTTTGAGAACGATTTGTCTAAAGCAATTTCTGAGTATTTTGCGCTTTG CTTGTTTATTAATTTGTAGTTAATTAAGACTAAACCTTGATGACTTGGTTCCATCAAAGT CAAAAAAAAAAAGAAGATGAAAATTAAGAAAGTTAATCTTCTTGTTAATTCTTGGGAAGT GTCACCATCGTAATTTCTTAATTTAGAAACGAGTTAAAAGTAGGAAAACTCAAATTGATC AAAGTTCAATTTTCTAATGATTTAAGAAGTCGCACTTATTAATTAGGTCTTCGTAATCAA GTTTAAAAGGACTCAAAATGTGAGAGCATTTCAATAATATTATAGGTGGCTGTTTCTCTA AATTATTGAGTTATTATTCGTTCGTGGACAATTTAGAATCAAACATGCAATTAAAACAAA TAGACTTTAAAACATGTGATTTGAAATCATGATTTTAAAATAAATTATTTAAAATGGATC ATGATTTTTAATCCCCAGATTCTAAAAAAAAAATGATAATCCAAAATTTCAATTTTTTAT TTTTATTTTAGAAAAAAAGACCACCTCGACCTTTGAATACAAGTTAATCACTATTCTACA AGTAGAGGAACTTACAAATGTCAATAATTTGTTTAACTAATCAAAACGAGTAGTACTTAT CTCAAAGTTCAGTTAGATGAGAACCTTTTTCTCCAAACTATGTGTTGGGATTTAAGAAAC AATAATTTCTTTTTTTAAAAAAAATTAAGTTATCATTTGATGTTTAATATTTACGTTAAA GCTTTAAAACCTTGACTAACTTAAAATTGTGCTGCTAAAACACATTAAAAGCAAGAACTT TCTATTCGATATTTTGCGGTACTAAAGATTTGAACCCAATTTATTCATACTTATCATTCA TTACCCTTTCCCTTCGATCCAAAAACTTTATCTATTTCTATATATTATAAATTTTATTTG AGAAGAAAAAAACGGCTTCTCAAATTGATCAATCGACAAGAGAAAATAAATTATACTAGT TGATTATATGTATCAAGATTTTTTTTTCTCCAAGTAATGTCCAGTACTTTTATTGGCATA CGATTAAATTCATATTTGTGCATTACAAATTTATTTTTGAAAACGGTGTTTCTAACATAT ATTTTTTTAATTATTATTATTATTATTATAAAGTGTTCAATCTTGAGCCTCTGATAATTA AGTAGAAAATGATCTCAATCGTTCCACCATAAATGATGTCGATTCGTACGAAGATATACA CTAGGGTTAGTTGCATTTTGGGGTTAAGGTAGAATATAAATGAGTACCAAAACACTTGTA AAAGTGGTCCAAAAATTGCTGGACACTTTGTAAGAAACCCACTAGTTCACTGTATCTGAA TAATATATGGTCCCTTTTTAATTCATATGTTTGCTATCGTAGGAACAACTATGAGAATGT TGCGGGAGATCGATTAGATTGAACAAAATATTATTTGTAAATTTTCATTTTTTTTCTTTT TATACTCAATCTGTTCAAGTTCGAACGAATTCACTTAATCTATATTGATCTATATAATTG AGACTTATCTTAAGGCTAAGTTGATTTGTGCTAAATATGCATTATAACTGCCCCATTTAA TTTTGTCAAAATATTTTAGTTTTAATAATGTTATATATAGTTATAATAATTCAAAAAATT AATATGTAATTAAATAAATTACAAGAAAATAAAGAAACTATAGTTTGGTATGAATTGAGT GTTGACTTATGACCCATTATTTAGCCCATGATTCAATTCATATAAACTTAATAAGCAGGC TAATAGCATATTGTTTATCTACGTCACTTCAATTTATTTCAATTTGTCTATTTGATATCA TAAACCTTTTAATTTAATTTTTATATACATAAATCCTAAAAGAAATATTCAAAAATTATA TTTAGATTACTGAAATATAGTTTTCACATAAAATCCAAATATTTATTGGTAATTTAATTT TCAAAGTAAGCTATATATAGATCTGTTTCACTTGATACGCTTTATAATTACTTATTCAAA CACTTATGATTTATATTAATAATATAGAAGAAAAATAAAACTAAATCACAACTAAAGTGA AACCGAACAATTTTCTAATTAATAAACATTGTAATTAAATAACGTGCAACATACGTGTGT GCTGTCAAATCAAAATAAAAATAAATAAATAAAACTTTGCTGTTTGCATGTATACTGTCA CGTTCATATGTTTTGTACGATTTTGCAACCCTTAAAAAGTTTTAATTAAAATACTAAATT ATTTTTTCGTTGGAGATAAATAAATCCGTATTTTCTTTTTTAGTTCCTACTCTTGAAAAA GAAAAAAATCAAAGAAAAATCATTAAACTCAAAGTCAATCCCTTAATGCCATCTTTTTAT TATTATTATTTTCATGTTTCACTTAATTTCCTTTCTATATTTTGGATTATTGCCTTCTGT TTCTTTATCTTTCTACGTACAAATTATATTAAATCTACATATAATATGCATTATAAAAAT ATCCCTCGATTTCAATTTATTTTTCTTATTTTGATTGGATGTGAACCTTTAAAAAATAAC ATAGAAAGTAAATCTCGTAGACTTGAACTAAAACATATACTCTCTTTGTTTCTAATTACT TGTTCACTTTTATTTTCTTAATTGTCCCTAATAACTTGTCTACTTTGACAAATTAAGAAA TGACAACTTTTTTTTTTACCTATTATACTCTCAATTAATTAGTTTGAAATATGTAAAACT TCTTGATACTCTTATATTTTTAATTCATTCACTTCATAATTAATAGGGGAAAATGGTAAA ATCAATATATCAATTATTATTTTCTTAATAGATGTGTCGATTCAAAAGTGAACACGTATT TAGGGATGAAATATAATGTATCAAAAGTTTTATTGAATCTTGTGATCTAAAATTCAGGTA ATTAAATAGGGAAAATTGTATATAATAGCAAACTAATAATCTAAAATAAATGGAGTAGCT AGGGTTTGATTTAATTGTGCTCCACAGCAAACGTTAGTCAAAGTTTGCCAGACGACTCTC TCCCAAAAATCTCGCTCGCCACTCTCCTTCTGTTCGCCTCTCTCGCTTTATACACAGAAG TGTATAAATTCTATTTCTATTTTGTATAAAGCGAGAGAAAATTGTATATACACATGCAAA AACATATATCTTCGTGTTATACACTTAATTATACAATTTATAAACATTTTACTTCAATTC AATTGTAGATAAATGCAAATTTTATACAAATATCACAGAGAAAAAGGCCAATGAATTATA CAATTGCGAATTATACAAATTGCAGTGAAATACAATTTTCTCTAGCTTTATACAACAGAA GTGTATATATTGTGTTTCTATTTTTGTATAAAGCGAGAGAAAAGCATATATCTTGTTGCT ATACACTTATAATTATGCAATATACATGCATTTTAATTCGATTCAATTGTATGCAAAACA AATTTTATAAAAATATTACAGCGAAATAGGCAGCGAATTATACAATTGTGTATTATACAA TTGCAGTAATATAAGAAAGCGAATTATACAATTGCAGTGAAATTATAAAATTTAGGCCAG CGAATTATACAATTGCATCAATATAAGAAAGCGAATTATACAATTGCAACGAAATTATAC AATTTAGGCCAGCGAATTATACAATTGTATATGTATAGCAAATTATACAGTTTTATATTT GTTATGGAGCGCAATTATGCAAACTTTGCTATAGCATACAAATATGAATTTTTTGTTTGA TATATGTGAAAGTTGCCCAATTAAATATAATTAGACATAAAGAGCTTATATATATATATA TATATATATATATATATATATATATAATTTTAAAATGATAAGTATTTTTTTTGGGGTTAT TGTTGTTAAACTACCCTTATACTTATAGAGTTGGTAGACGTTGTATATATAAACAAAAGT AGAGGGGGGCTTGGCTAACCTCCATGAAGTACAAATAGTAGGCTGTTAACTATTTAACCA ACAAAAAGATCAGTAGGATCTTATTGTATCTCACGTATTCGACAAAAATAATCGATATAT ATATATATAATGAACTTGATGAAATAATTGAGATATACATAAAATTTGCTTACTGAGATA ATTGAAATATACATAATTTGTTTCATATATGTTCGTTATAAGAAAATGCATAATTACATC TATCATTGGTACGATGACATTTTTACTAACATACTTATTTATATTTTGAAATATTACTTT GGATTTTTTTTAAAATAATTATTTCTCCATTTGATTGATCTATTCTTTATTGTTAAGATG TCCTATATCGATAGATGGATGAGAAATTTAGTTTATTAATATGGACTTGGACAAATCTTT TCTCACGGCTAGCTTCTGGGGTTGAGTTAAGTTCAGGTGTCATATCTTAACATGGTATCA GATCCAGACTCATCTCAATTTGTTATACACCGATGATGGCTCCCATTTAGAAGTGTTCAA GCTCCAATTGAGGTTTGAGCCTTCCGGAGAATGTTGAGGTGTCCCACATCGATACACTAC AACAAAAATGATCATTAGAGACATTTAATTCTTAATTGCCACTAAATATATATTTTTAGC GGCAATTGTCACTCTTTGTATATGTCCCTATAATCTTTAGCGACATTGGTTATTATGACA CTTAACTAATGCCGGTAAAGACTTTAGCACTCTTTATTAGTGTCAAATATTTAGTGTCGC TAAAAGTTGTTTTTGTTATAGTGATAGAGGTGGAGAATTTGATCTCCTTATATGGACTTA GACAAACCTTCCCTCATGAGCTAACTTCTGAGATTAAATTAGACCCAAGTGTCATATCTT CACATTTCTTTCCTCATACCATTTGATTCTATAATTGTTATTTATTTTTTTTAAAAAAAG GGAAAAGGGTCAAATATGCCCCTAAACTATTTGAAAAGGTTTAGATATACCCTCCGTTTA AAGTTTGGTTCATTTATACCCTCGCTGTCCAACTTTTGGTCTACATATGCCCTTTTGGAC GTTAGTTGGCCAACTCGAAATATCCAACTCATTTTACTTTTATTTAAATACCAAATGGAT ATTCCACGTCATTTTTATGTATCATCCCTTGACATTTATATTCAAGGGAAAAGGGTCAAA TATGCCCCTAAACTATTCGAAAGGTCTAGATATACCTCCGTTTAAAGTTTGGTCCATTTA TACCCTCACGTCCAACTTTTGGTCTACATATGCCCTTATGGGTGTTAGTTGGTCAACTCA AAATATCCAACTCAATTTACTTTTCTTTAAATGCCAAATGGGATTTCACATCATTTATAT ATATTATTACTTGACATTTATATTAAAAGAGAAAGGGGTCACTTATGCCCTAACTATCCG ACCCAATTTTAAAACACATATACGACCGTCTTTTAAATGGTTCAATTATGCCCCTAATCC GACTCATATATGTGTGAATTATTTTGTTATTTACATCATCATCGCCTGCTGCAGCTTGCA GTTGTGTCTGTAACGTTGTTGCGGTGAATTCCTTTGCTCTAGCCCTTACCTGCCAGATTT GCGCCTCCAGCTCTGCGTTGCGCCTAAACGCTTTTCAAACCTCGACTTCCTTTTCCTTTA GTTGTCGTGCCATTGATTCCTCGGCAGTTTCAATCAGAGCACGATAGTGTTCGCCATTTA AATGGTTCAATTATGCCCTAAATCCGACCCATATAGGGTATTTAAAAAAAAGGGTCAGGT TGTATAGATTACATAAAAGACGAGTCATATATGTGTTTTAAAATTAGGTCGGATAGTTAG GGGCATAAAAGGCCCCTTTCTCTTTTAATATAAATGTCAAGTAATAATATATAAAAATGA TGTGGAAAATCCATTTGACATTTAAAGAAAAGTAAAATGAGTTGGATATCTCGAATTGAC CAACTAACATCCATAAGGGCATATGTAGACCAAAAGTTTGGACGCGAGGGTATAAATTAA CCAAACTTTAAACGAGGGTATATCTAGACCTTTTGAATAGTTTAGGGGCATATTTGACCC TTTTCCCTTGAATATAAATGTCAAGTGATAATAATAAAAATGACGTGGAAAATCCATTTG GCATTTAAATAAAAATAAAATGAGTTGGATATTCCGAGTTGGCCAACTAACGCTCAAAAG GGCATATGTAGATCAAAAGTTGGACGGCGAGGGTATAAATGGACCAATCTTTAAACGAAG GGTATATCTAATCCTTTTCAAATAGTTTAGGGGCATATTTGACCATTCTCCCTAAAAAAA AATACAATACAACATTTTGATACCTTTAACCATACATTAATTTAATTATATATATACACA TCAACTTGTCAAGTTGCTCCCATGAAATGAACCTCACAACAAAATGACATCAGCTTGATC CGAAATTGTGGATAGCACTGTGGCAATTATAAGGCCACCACCATCACTCTCTTTCTTGAA GTTAATTGGGAGGTGTATGGACTTCACGAACCCGTTTAACCACAAGAAATATTTCTTTTT TTTTAATTGATTTATTCGAAAGATTAATATATTTGATTGTGTTATAAGTTCAATTTGAAG TTATAGTTCAAATTTTTTGATAAGTATATATTAAAGCATAGACGTTATTTAAAATATACT TTGTAACGAGTATAATCAAACTCGATTGTAACTCAAAATTCAATACATTTGTGACTTTTG TAGGAATATATCACACTATCTCCTGATATACTTTAACATACAAAGTATATTTCAATAAGT AAAAATTATGATTTTAAATTATCATTTAAATTTGCGGTTGGATATATTGTGTTTTCAAAT TTCAAATTCTCAAAAATAAAATTAAAGAAAATGAGGGACTCTCGATTTTCTTTTAACGTA CAATTTGACTCATATCTAAAATTTGCATTAGAAAGAAAAAGCATGCTCAACATGAAAAAC TTGTTGGTATCAAATGAAAGTATTATGTTAAAAAATAACTAGTTATTATTGTTGGGAAAG ACAAGGCACTAACAAAGAATGTCTGACAGGATAACAGCGGAAGAATACCCAAGTCTATAC TTTCCCTTTTCGATTTGAACCAAGAGAAAAACAAACAACCACAAACAATATGATAGTAAG GCAGCAAGTAATTCAACCAAACAAATATAACAAGACAATAATAAACCAATCACACAAGAC ACCAAGATTTACGTGGAAAACCCTTCGATGTGAAGAGTAAAAAACTACGGGACCAAAAGC TCCACTATAATCACCAAGAGTTACAATATTGTTCTCCAAAATTGCCCACAAAACAAAGTG CCAAACAACGAGCAACAACAAAATAAGATTGCACCAAATCTAGAGAATTAAAGGAGCAAA ATCACCAATTTCGCAGCTACTGTTCACGACAGCAAAACTGAAGCTGCAGACCATCAAATC CAACTCTGTCAGTTCCTAATCAAAGATTGAGATGAAGATAATATGCTGTCCAAAAATCAG CTCAATCGGACAAGAAACAAAGCGGGAATCGCAATTTGAAGTTGGTTGTTATGGCTAGAT TTTTGACTCCGAATTTCTCTCTTTTTTCTCTCTTTTGGCTGCTGAAAAACTCTCTCTGTA TATCTGAAAATAAGACCCTAAATAGGTTTATATTTGCCTCATAAGAATGGGCTTATGGAC AAAAATGGGTTGGTCCAAATTGGGCTTTTATTTATCCACATAGGAAGGGAAAAAAGACCC ATAACCCAACAATTCTCCCCCTCACGACAATGTGGAGGAGACCGCCATCCCGGCAACCAT GCAACAATCTTCAAACTTCCCTCTTGGCAAAGTTTTAGTCATCATATCGGAACCATTGTC ATTTGTATGAATCTTTTCAAGCTCAAGCAACTTAGAATCCAACACATCTCGAATCCAATG GTATCTCACATCAATGTGTTTAGACCGACCATGGAACGTAGAATTCTTGCCAAGATGTAT AGCACTTTGACTGTCACAATAAAGCACATACCTCTCTTGAGCACAACCAAGTTCCCCCAA GAATCTCTTCATCCAAAGCAATTCTTTACAAGCTTCAACGACAGCAATAAGCTCAGCTTC TGTAGTAGATAGAGCAACACATTTTTGCAACCTAGATTGCCAAGACACAGCTCCCCCTGC AAAAGTAACCAAGTACCCTGAAGTAGACTTGCGAGTATCAACATCACCAGCCATGTCTGA ATCAGTATAACCACAAAGAATAGGCTTCCCTGTACCAAAACACAAATTCAGACTAGAAGT GCCACAAAGATATCTCATAACCCACTTCACAGCATTCCAATGTTCTCTTCCCGGATTAGA AAGAAAACGACTAACAACTCTAACAACGTGAGCAATATCCGGTCTTGTACAAACCATCGC ATACATCAAACTACCAACAGCTGAAGCATAAGGAACTTTCTTCATATCTTCCTTCTCATC ATCACTAGAAGGACACTGTTTCGTGCTCAATTTGGAGTGCATAACTAAAGGTGTACTCAC AACCTTAGCTTTGTCCATGCTGAATCTGCGAAGTACTTTCTGAATATACTTCTCTTGTGA TAATACCAATTTCTTGGCCTTTCTATCACGGACAATCTGCATGCCAAGAATCTGCCTTGC TGGTCCTAAGTCTTTCATAGCAAAAGACTTACTCAACTCTTGCTTCAACTTCTGAATCCT GCAAGTATTATGACCAACAACAAGCATGTCATCAACATAAAGCAACACAATAATAAAGTC ATCATCAGAGAACTTTTGCACAAAAACACAATGGTCTGAAGAAGTCTTCTTGAAGCCCTG CTGACTCATAAAAGAACCAAACTTCCTGTACCACTGCCTGGGAGCTTGTTTCAAACCATA CAAGCTCTTCTTCAATTTGCAAACATAATTCTCTTTACTCTTGACTTCAAAACCTTCCGG TTGCTCCATATAAATTTCTTCATCTAAGTCACTATGGAGGAAAGTAGTTTTAACATCCAT TTGTTCAACCTCTAAATCTAGACTTGCAGCCAAGCCTAGAACCACACGAATGGATGACAT CTTCACAACTGGAGAGAATATCTCATCAAAATCAACTCTTTTTTTCTGATTAAATCCCTT GACAACTAATCTAGCTTTGTACCGTGGAACTGGATTACCATCTTCATGTTTCACCCGAAA AATCCACCTGTTTTTCAAAGCTTTTCTGTCTTTAGGTAACTTAACCAAATCAAAGGTATG ATTATCATGCAAGGATTTAATCTCATCTTCCATAGCATCAAACCACCTTTCTTTTTCTTC ACTTTCCATGGCCTCATCAAGACTCTCAGGTTCTCCCCCGTCAGTCAAGAGTACATACTC ATTGGGAGAATAACGAGATGAAGGAGTTCTCTCTCTACTAGATCGTCTGAGAGGACTCTC TGGAGCATCTATAATTGGTTGTTGTACAACCACATCATCTTGCACTGGAGCATCAACAAC ATCATGCCGGTCATTCTGAACATGATCACCATCTTCATTATCAACTTGATTTTCATCATT ATGAAGATTTTCTTCCGGTGCAATAGTCAAAGGAACTGGATCAACATCAACTAAGCTCTC ACTAGTCTGAAAATCAGCCTTGTCAGCTTTATCAAAATCTTCAATTGTTTGGTCTTCAAA GAACACAACATCACGGCTTCTAACAAGTTTCTTCTTAACAGGATCATAGAAACGATAGCC AAATTCATCTTGACCATAACCAATGAAGATACACTGCCTAGTTTTAACATCCAACTTTGA CCTTTCATCCTTAGGAACATGTACAAAGGCTTTACACCCAAAGACTCTAAGATGATCATA AGAAACATTCTTACCAGTTCAAACTCTGTCAGGGACATCACCATCTAAAGCAACAGCAGG AGATAAATTGATAACATAAGTAGCAGTATTAAGTGCTTCTGCCGAAAAGGAATCTGACAG CTTAGCATCTGAAAGCATACATCTAACCCTCTCAACTAGAGTTCTGTTCATCCTCTCTGC TAAACCATTTAACTGAGGAGTCTTTGGAGGAGTTTTCTGATGCCTAATACCCTGCTCTCT GCAATATCTATCAAAAGGACCAATATACTCACCACCATTATGTGAGTGGATGCATTTCAA TGTCTTCCCTGTTTGTCTTTCAACCAAGGCCTGAAAACCCTTGAACACATCAAGTACTTG ATCCTTTAACTTCAAAGGAAATACCCAGAGTTTGCAAGAATGATCATCAATAAAAGTCAC AAAGTAAAGTGCACCACCATGAGATCTTACCTTAAAAGGACCACACAAATCAGAATGTAC CAACTCCAGCAAATCGAGCTTTCTTGAAGGCGGATGACTCTGAAAAGAAACTCTTTTCTG TTTACCGGCTAAGCAATGAACACATTTCTTCAACTTTGCTTGTTTCACTCCAGAAAGCAA ATTTTTCTTAGCCAAACTATCAATCCCCTTCTCGCTCATATGACTCAGCCTTCTATGCCA TAACTCTGATGAAGTATCATTCTCCACCAAATTTACTGAGTCTCTGGACATGGAGCCCTG AAATACATACAATATTAGAATATTTTGATATTTTATTTATTATGATTTGTTCATTTAATA AAATAATATGAAAATTGATTTTTTTAAAAAATATTTTTCACAACTTAATTGTGGGATATT ATAATTATGAAAAAAATAATAAAATAATTCAAATTTCTAAGATAATTTGAAATATTTTTT AATAAAAAATTAATTAAATTTCATATCACGATATTATATCGAGTCGAGCCTAAGTACTTT GAGCCAACTAAAACATTCCATAAGCATTAATATATCGCCCCCCTCGTCCGCTTCACATTC AAGCAGAGTGGTCACTTAACCAGATGCACTCCCACCCACTCATTCCTTCAATCGTACTAC CTCCCCCCGCAGAGACATACCCCACCCCACCCCCAAAATTAAAGAATTTAAATTATATAA TATGATTATCTAAAAAAAATTAATATCATCAAATATAATTTAATTTGTTAATAAGTGATA GCTGATTACTTATATATAGTTTTAATCAAGTTAAAATTAGTGCAATAACCATAAACATTT ATTCGTAATTTACCTTCTAAATTTAATATGTTTGTTTAATTTGCACAATTTTAACGTAAA AACTACTCTCTTTTATATAGCATGTTAGTGTAAAAACCTCAAGTTAATAATAATAACAAT AATAATAATAATAATAATAATAATAATAATATATATAATTTTTTAAATTAGATGTTTATA AATATTTTTCATACACATACAAAATTTAGTTAAAAGATATTCAATTCGATTAAACACGTA CGTTACACGGATCCACCACTACCTAATTAGAGCATTAATTAGTTAAACATTTATTTGCAC CAAAGTATATTTATACTTCTTCTATTTTATATTAATTAAATTTTTGAGGCACTTTTTTTT TTTAAATAACTTAAGCCTTCAATTTTCAAGATTACTTCTAGAGTATTTTTTCTATTTTAC CCTTCATTAGTGGATAAAAATAAAAAAATTATATTAAATTTATATTTTGATCTACTTTCT TAAAGGGTGTGAAATACCATAAAAATTAAATCAATATGGAACGACACAAGTAATAAGCAA GCCAATTAATAAATATCACTTAAACCATTATTAGGTGCTCCCTTCATCCGTTGATTTAGT TAAAAATATTATATCAAAATAGTTATCACTTTAAAATTTTAAAACTAATAGCCTAATAAC CATTATTTTTAGCTAAACATAAAGAATTTTTTTTTCTTAATGTAACTCAGTTCTCTCTCT TTATATATATATATATATATATATATATATATATTATCTCTTAGGAGTAACTTAGTAAAT TGTATTGTGTTCCTCTCCGTTCACTTTTATTTATTGCTAAAAATAGATATTCACTTTTTA AAAAAAATTCAAGAGATAATTTATCACTTATCTAGTTCCTAATTTTCCTTATTATTTACT ATATTCATTTCCCAAAACATTGAATTTATTATATTTAAAGAGTAACATAATAAAATATCA TTTTATTTATTGCTCTTAAAGGTGTGTGTCAAACCAATACAAGACAAGTAAAAAATGATC AAGGGAACATAGACATAAAAATTTATGAAAATTTAGAAGACGAGTCTAGTTTCAACTAGA GTTCTTGAAAGCTACTCAACTATTAACATTAGCTCACATATATAAAACATGTAACATTTC CCTTGTATTATACATCTCAAAAATTCCATCAACTTATGAAATATTCACAAAGAGATCAAG ATGTCATCAGACTTTTTTGACAAATTCAAATAATTCAGATCCACAAAATCTCCTTGCACA TATCGAGTTCAAATAAATTCTAAGGAGCTCTACATCATCCTAGTACAAGTGAAATCATTA TTTTTTCTTTATTTTGTGATTATAGGTGTACTTTTTATGTGTTCAAGGAAAAATATAACA AACAAAAATTATTTATATTTTTTTTAACGAAAATGAAATGAACTAAAACGACAGTTAAAA TGAGACGGAGAAAGCTATATACTTGTGTGTGAAAAGACACACAAAATGTACATGTTGTGT CTATGTACTATTTGGATATAACAACTTTGTGGTAGTAACTAATTTTGTATACTCTATTAA TTACACTAGGTATTGATGTGCATGACAACAATACCACTATAATATAAGATGAAGATGATC CACTACTTCCTTCACTCACTTCTCATCCTTCACCCCCCCCCACCCCCATCCCTACCCCAC CCCACCCCGACCAGACCAAACCATTCCAATCCCATCAATCTCTTCATCTCTAATATGTGT TTATTTTGTACTCTTTCATTCATTCATCTCTCAAAAACTTATACCTTATTTATCATCTCC CCCTTTTTTCCCCCATCTTTTGTAAGCTAGGTCTTTTCAACTCTCTTCCTAGCTACATAA CATGATGAACATTACACATATTTCTTGATTTTGACTCATACTTTTACTTCTAATTCTTCG ATCCGTATTTTCTGACCTAAAAAGCTTATAAGAAATGTCACTTGACATGACATATTCCTC CTCTTCCTCGGAACGTGTTTGCTATGTTCATTGCAACTTCTGCAGCACAATTCTTGCGGT ACACTTCTTTACTTTGATTTTAAACCCTTTTTAATAGTTTTGAAATGCATGTTGACATAT AATTTTGGATCGAATCATTAGAAGAACAATTTCATTTTATAAATTATAATATGATAATCA GAACAACTTCAAAATTTTTTTGAAAGCACAATCTTTTGAAATTCAACAAAATCTTGTTAG AATGAATTTAGTATAAGCGACAAGGGTTAGAAATATGCGGAGATGATTTGTTCGATCCAT CACTCAACTAATAATTATTATTTCAGAAAGTCATTTTTTTATAGGAAAAAAATTAAAATC TTTCCTAAGATGATAACTATTAATTAAGCGAGAAATTTAACTAAAAAAGATATGATGTTT CAAAGTGTCATATTTTATGCTAATTTTCAAAATAATTGAAAACAATCTTTCATTATTTTC TCTTTTATTCTTCTTTATCTTGCTTGTTTTTTTTTTTTTTTGAAGGTTAATAGAAAGAAA TAAAAATTGAGTTGAGATCCAATTAATTTGTTCCCAAACCCTATCTAACAAGTAGCTAAT ATATAGTACTAGTTTGACTAGAAACAAGCTAAATATTTAATTTCAGATACTCTATCTGAC TAGAGAGAGACTAGGGTTTCTTGTGAATAAGTTTTTTTTTTTTTGTATTTTTTTTAAATG ATTGAATTAATTAATTAATAGTCACCATTTAACAAGTTCGTTAATTATATTCCTCATAAT TTGGTTATCATTTTGTTTTTAATTCTCTTATCAATTAATTGGTCGATCCTCTTTTTCCTC ATAAGGTTCGTACTCTACTGCACACACTGATCATAAATAATTGTACTAATTCTTGAAACA ATCAAATTCTTTTTCATAAAAATAAAAATTGGGAGTATGTATTTGTCCACTGGATAATAA ATATAATCTTATTACAATAAGATATATTTTTCTTTAATTTATTTTCCTCCTCATTTTGAC CATTCTTTGATATTATTACTAACATTTTTTTTTTTATAAATCATTATATTTTTCTTCCAT TTATGAAAATGTAGTTACGTTGCTTGATTTGAAGAGACAAAATGAAATTGATGATGCTAG AGTTTTACATCAGAAAAAATATTTACTTTGAATATCACATATTTAATTTATTTTTTTTGT ACTAATATAAATTATTTTAAATATATTTTCTGATTTATGTGTATTTCATGATTTTTGTTG TGGTCATGTCATTTTCCTAGTTTACTCACTTTGCTGGTGACTGAGTAAATGGTCAGAAAA AGTCGATGAGAGAGCACCGAAAGAAAAGGAAAAGAAAAGAGATGAGTCCAAGAGCATACT TTAAAGGAAACTCCTTATAGTAATTTCGAGTTTGTTTTTTTACATGCTCACTCAACTAAT ATTTATGTATTTCGAAAAATCACTTTTTTCTTGATCTCAAGTTTATTCAATAAAAAATAA TTGACTGAATGTATAAAAAATCAACTTTTAAAATGTGTGAAAAATAAGTTTTGGGATGTT TTCTTTTTGATTTTCCACCTGGTATTCCATACTGGAGCTCGGTTAAATCTGAAAGTAAAA CGTTTCCTAACAAAGACGATGTCATACTTAGAGAGCTCGAGCTTGACACCTCTTGATTAA GGACGAGAGAATACTTACTATTCTATCAGAATTCACAACCCTTTTTGGTAGTATAAGAAG TTTCACTAAGAATGTTTTTTTAGAAAACACATAAATTGGAGTTGAGGGCTAACTCACTTT GGGGGTGGGGTGGGGGGAGTTCTGAGCACTGAATGCTTAAAATTTTATTTTAGATTGCAA ATTTGAATCTTATTATATGTGATATATATTCTTGATGCTGCTAGATTGAGATTGTCATCT TCCCATTTAATATTGTCATACCGTCATCAATTTTGCTCTGTTATACTGAATGGACGAGGT ATTTATAGATTTAACTATTACTATAAAAGCTATTGCTAACTATTAAGTCCAACTACATAC AATGTGTGTTTCAATTTTCCAATTCATTTATACGAGCAAAGTTTTATCCTGTGCGCATTG AAATAATAGTAACCGCGAATTTCCCGTATACAAAAAAAATAAAAAATCATGCAACTGCAT AGTAAAATCTAGTTAGACACAAATTGTTAAGTACTCTTTAAGGATTATACATTTTTTTTT TAATTTTCTGGACAATAGTGAGCACTTGTATGATGTAATGTTTGTCAATAAAATAGTAAA CTAAACTCAATTTTGTTTCTATTTTTGTTGTTGTATGTCAGGTTAGCGTTCCATGCAACA GTATGATGACAATAGTGACAGTAAGGTGTGGACACTGCGCAAATTTGCTTTCTGTTAATA TTGCACCTTCCCTTCAGTCTCTCCCCATTCAAGATTTACAGGTATATACCACGTATACTC TTTCCGTTTTAATTTATTTGTTTAGTTTTGACGATTTGGTATGGAGCTTTAAAAAGTTTT AAAAAAAACGTTTGGTTCTTGTGGTCATAAATTAGAAATATTTCAAATGTAGTTTATTCT TATAGTCTTAAACATGTGAAAGGAAAGAAACATTTTCTATTAAAAATTTGACTCAAAAGA AAAATATGACAACAATTTGAAAGGGAGGAAAATTTAGTTTATTTAGTTAAGTCTTACAAG AATATGTGGAAATACTTTAGTTTAATTTTAAGTTCTTTATTTCTAATACTTAAGAGAATC TATATCGTTGAGACATAATATAAAATTTTAGATGAAATGATCACATAACATAACAGAGAC TTTCATATATACTAATTGGTATATGCAAAAAATTGAATTAGCAGAGACAAAATGAGTCAA GTATTGAAGATGGAATGAGTAGAGGTTATGGATCATCATCCTCTTCTACAAATTCATTTC ACAGATTTTCTCCCATTCCTACTGATCATGATCAACCTAGATCCCCTCCTATTCGCGGTA AGCGCTCTCTCCCCCTCTCTAATTACTTATCCACTATAACATAATAATATTATGTTTGCG TTCTTTTTTTAAAAATTGAACATACATATCTATGTCACATGCGTATCTGATTCTTTTTAA TTTACTATCTATCTACTAGAATGGTAATTTTGAATCTCTTCAACCAAAGAAGAGCAACTG TGTACCATCTCATTATTATGTGGGGCCAATTGTGTACAAATCCATCAGTTGATTGTGACA TTACACTTGTACCCAACTCAAATGTAATACCAGTATCTTGAAACATAGGTTAAGTACTTT TGAATTCCTTGCTGCACCCTTTTTCTCTTAGGTCCTTTCTTGGAATAAAAAGGTATAGGC ATGACCTCTACTCTCTAGATTAGTCCATTGGGTGGTTTTTAGATAGTAACGGAGCAAGAA ATTCATAAAAAATGTTCTTTTTTAAGATAAAATAAAATTCTAGTGTGTCACACCTAGGTT TTGAAACTAGAACCAAAAAGTATAACAACTATTGGACCACTTTTGCTATCATATTTGTAT ATTCGCTTTTATTAAGAAAATAATTTTATTTGACATAATATAATTTTCTGCGAAGAAGAT TCAATTCTCCTTGCCTCTCTTTTGGAAGGCAACTAAAAAATTGCTACTTATATCAAGTTG CAATAATCTCTTCTTAAAGCTAGCTAAGTAATCAGTTTCCCTTTAGATTTGCTCTTAATT AATTTTAGGTGCTAGATGATTAGACCAAAAAAAGATCTTAGGGTAAACATTGAGAAAACT ATACAATGTGAATAGATTTTTTAATTTTATTTTATGCATATGTATTAGATACTGAATCTC ATTTGATACACCGATACTCCATCACCACCACCACCACAAGTGAGATGGAGGTCTAAAAAA ATATTTTAGGTTATGTGTTCGATTTCTTCGAAAATGTTAATAGGTTTCTAAACCAAGAAA ATATGTATTCCAGCACATGATCAATACATTTTGATGCTTAAATTAGGTTTTTGAATTAAT TTAAGTTAAAAATAGATAAATTCTAATCATTCAACACACCATCACAATCTATGTTAGGAA AAAAATATGAGCACTATGTTGGTTAAAACATCTCTAAACTCTTGGTCACTAATACTGACA AAAATTAAAATCACCACCAACCCAAAATATTGATCGAGACAGTGTAAATTCTTTTTTTAA AGAAAAAAAACCTACAAACCAATTAGGGACAAATGTATACTTTGGCACATGACAAATATA TATACCATCAATTGTAATCTTGTTTCATCTAAATCAACACATACCTTATAGTGCATAAAA TATCATGATTTTTAGACAGTAAAATTTTTACTATGCCAGTGGAAATAACAAATTAATTTT ATCATAACTTTATCTTATAAAACGTCATTTGATACTTTAGAAGCGAATTCGAAATTTATT TATATTTAGCCACTAGCTAGTGGCTCATTTTATGATCGATATTTCTACGTGCTCCTCCTT GCTACCTTCGAAATATTACCTAAGAATCCATTGCACTACTAAAATTATATGTTCAAATGT TTGTTGAAAACTTTGCAGTACCGGAGAAAAGACAACGTGTTCCTTCTGCCTACAATAGAT TTATCAAGTAAGTAAAAATAATATAATTATAAGTAGCATATAGATTAAAATAAGAACTAT GTGAATTACATATTTATATATATATTTATATATATATTGTTGTGAATTAATTTAATATGT AGGGAGGAGATCCAAAGGATAAAGGCAAGCAATCCTGATATTAGCCACAGAGAAGCATTT AGCACTGCTGCCAAAAATGTAAGCTATATATGACATACATTTTTTCTTTTAAAAAAAAAG AGGTAGAGATTTTCATGCTACATGAGAATTGAAAATAATTATTTCAGCCCAAAATAACTT TTTCTATGTAGGCTGAGCCATACATGAAGAAATTAGAAAGATATGAAAAATGAAATTAAA CTATGTATATCAAAATTGTATATAAATATTCAGTAGGAAGTAAATAAACGAAGGATATGA CGTAAGATGTGTTCGATACAAAGAAAAATATTTGAGATTTTTACTTATTTTATTGAGGTT TTATATATATGTAATATATATTAACATAAATTCTAATTATCTATATATAATTCAAATAAA CATTATGAAAGGTGATAATAAAGATCGATTGTGTGACACTTGAAAGATGACATCGTCGAT ATAAAATACTATTAGAGAAGTCTAAGCTGACTAGTAATTTTATTTGAGAAATGTATGGTA GGGGCAAATAAACAGAAGAGGCACTAAATAGAATAGTGTAACTAAAGAACTTTACATTTA TGTGAAAAATTTAATTACCTTTTTGATATTTTTTACTGTGTGTTTTGGCAGTGGGCACAT TTCCCTCATATCCATTTTGGACTCAAGCTGGATGGCAACAAACAAACCAATAAATTGGAT CATGCTGTTGCAGGAGAGGGTCCTCAGAAAACAATTGGTCTCTATTAATTATAAATAAAA TAATAAATAATATGATCTAGCTATATTATGATCACAAATATATATAAATATAATATTATA TAGGTGAGATGTATTATATATATTATATTAATCTCTCCAAACTAATAAACTGTTTTTAGC TCTTTCAGCATTATCCCTTTAGGGCCTTGGATTCCTTGTTTTTTTATTCGTATTATAAGT TGTAACTATTAACTACGATTATTCTAATAATATACGTTGTTTATTATTAGTAGTAGTAGT ATTATTTGTGTTTGTTTGTGTTAGCACACTCTGAGGGTGTGTTTGGTATGGAGGAAATCA TCTGAATGATGAAATATATAACTTTTTATTGTTCCAATAATATATGTTGTTTATTCTTCT TCTTATTATTATTTGTGTTTGTTTGTGTTAGCGCACTCTGAAGGTGTGTTTCGTATGGAG GAAATCATTTGAATGATGAAATATATAACTTTTTATTGAAGTATTTTTTTTGGGTTAATT CATGCACATTGATGGTTCTAATAGAACCTTACAACTTCATATATATTGTATTAAAATTCA ACATTATATTCTAATAATAAACGATATAAAATTACAATGAAAAGGTTTTTGATCAACCCT CTTGCACCCATTTGTCTCCACCCCTAATCTAAATTAGGAATGTAAAAATTGAACTAGGTT ATGATGTGATTCGTGTTTAATTTTCAATTACACAATATTAATATTTATCACAGAGATTTA CTAATAATTATCTTTTTTTGACTGTTTATTCTTGACATGGTCAGTATATCAAGGTTAGCT TTAAATTATTTAGGGGACTTTTCAGTCATATGGTATTTCAAACGCCAAAGGTTCGAGTAA TTCAACGATGAATATTGGCCAACTAGGTGTTTGTAATATGGTTTAAAATGGATTCTAATT GAGAATTAAATAAATTGATATTTATTTAATTTTGATTTGATTTGATTTGATTAGGCTTAG CATTTAAGTTTTAAAATATTGATAAGATTTGCTTTAGTTTGGTTTTATTAAAAACAAACT GATTATTTTTTAACCAAATAGATACGTTATATTCACAAATTTCATATATGTTTCTTATCA TTTTAATCCACGTGATTAAAGCTTACCTATATTAAGAAAAAATTATATCCACCACAGTAA AAAGTTAATAAAAGATTACAAATTGGAAACCGGTGAAAATTTTCCTCTAATTATAATTTT TTTTAAAAAGCAAAAAAATAATAATATCATTATATATCCTTATACCGAATCAAACCAACA ACCACCAAACTTGATAGATACAAATCAAATTTGATTTGATTTTATTAACTAAAAATTAAA TAACATTTGATTTTGATTTTACTCGGCTGAATTCAAACCACGAACACCCCTAATTGGCCA ACTATGGAATGTTACTTTTATTTTTTTTATTTTAAAGCTTGAATTTGAGATTTCTTATTA AGAATAAATAAATTTCAATCGCCTTTATCGTAATTAACCGTAGATCCATGAATATAGACT CACTCGCACACATGAAAAGAGAAAGGTACTAATAAATATTCCTTTCATCCTAAGAGGTCT TGGTTCGACTTTCTTTGAATACGAAGTCGTCTTTGTTAGGTAGCACTTACTCTCCTGATG TAAGACTTTTTAATACAAATTTAAATTTAATTAAACTCTAATATAAATATCGAAAAAAAG AGAGAGAGGGTGTTGATAGTAACAGTTCATGTTATTCATGAGTCAGAGTCAAATCAGATT GGAAATTTGATAAGAGAAATGAAGGGATGGGACCAAATAAACACCGAATTTGATGGCTCT GCTAAACTAATATAGCGTTGCACCAGCTTTAAACCAATTTGGTTTTGTCTCAGCAAAACT CATGCACGCCATTACTTACCATTTAAGGTATTAATAAATACCATTTTCAAAATTCAGTTA TACTAACTAATTTTGGAGTTAAGTCTCCAAAACTATTCCGTTTAAAAAATAATGATATAG TTTGATTTGAAATGTAGTTTAAGAAAAGAAAAAAGAATTTTTAATTTTGTGATTCTAAAT TAAAGTTATGTCAAATATACCAAAATGATCTTTACTTTTGTGGCGTTAAACATGTCACGT AGAAAGTTGAAATGTTTTAAAAAAAAAAAGGAGGGGGGGGGGTCATTCTTTTATAACCAG ATTCAAAAATAAACTACGTCATCTTTTTAAACGGAGAAAGTACAATATTTCATTACGTCT TTATTTCTCTTAATTCATTAATGGAGTTTAACGTAATATACGCTATTGTTATTATACATA TGATATCATTATTTTACTGTTGCCATTGTTTCTTTTCGTAGATATAACATTGTCTTTTTT CTTATTAATTAACAGTTATGGTTACTTTATTGTCTTCTTCTTTCATCTTAATTGGATTTG ATGCTTTTTTAAGTCAAGTATCTTTCAGAAATAACATTTCTATCTTCTCGAGATAATTAT AAAATATGTGTACAATACTCTGCCCTTCCTTGAAATTGCATTAAAAGTGTTGTTGTTATT GATATACACCGTCAGTATAAATGTTAAATCTTAATAGTTTTTAACTTTTGTTCCATTTTG ATATGAATTGCTTCTATACAACACATCATATAATGTCTAATTTGGTAATTTTTTTTAAGC TAACTGTAATCATGAGAACAAGATATTAAAAAAAAATTAAAAGGAAATAATGACATATGA AATACAACCGGGGGGGGGGGGGTATTTAAATCTCCTATTTCCCAAAAAATTATTTCTGAG CCAAAGAATAGAGTAAATCAAATAAAATGTTTTTACGCAAAAGACATACCCGAGTCACGG CTACAGAAATATATAAATTATAACCCTAGTTTTTTTATTATATTAATATTAAATAATTAT TATTATTATTATATTGTATAACCTAGCTAGCTACCAAGATTTATTTGCTTTTAAGCATTC AAGAAATGAAATGACCACGTACTATAAAGTGTCAATGACTTTTGACAAGAGTGGACACAA TCGTGGAACCCTCAACTCACCTTTAATTATTTCTTTTTGGCCTTTCTTTATCAAAAAATA ATTTGAATTATCTTTTAAGTTACAATTTTATCGTGTCAATTACTATTTTTTCTGTTTTCA TTTATTTGTAGTATCCTTTTATGACTATTTATAAATTTAGTAGTACAATATTTTCATCAT AAAAGACATATAATTAAAAATACATTGAGCTAGTGAATCAAATCTATCAAAAAGATATTT GTCGTGACTTGTGAAAATAAAAGAGCAAATTTCAATAGGAAGTCTTTTCTCTATTAACAT CATATTTCTTTTTAAGAAAAACACTTACTTATATCATTCATTAAAAATTTGTTTATTTAC GTTAAACTCTTCCTTTTTTTAATTTTTTTTTTTTATATAAAAAAAAGGGTATGGGCTTTA AGCTGCAGAATCTGTAACGTCAAATCATGTTAGTTGGTATTTTGGAATTTAATGAAGGTG GTGGGGGCTATAGTAAGTCTGATCAGTGCGTAAAAAGATAGGTAGGTTTCTGAGGTATAC TTGCTTTGATATCAGTCAGCACTAGTCTATCCTGTCAAAGACATTATCCCAAAATTAAAG GAGTAGGAATGAATAATAATTTCGAAATAGAATGTATTTTAACATGATAATTGGGGTACA ATTGTCAATTGTTTACTATATATATACTACCCCTAAAAGATTAAAATGGAGTTGCATTGA TTATAATTTTTGAAAAAAATACATATATATAAATACACGTATACCAACCATATCACAATT GTACATTTAGTTTATCGCTATGAGAATTTCGAATACTAGATGGTTAAACTCGAAAAAACA GATCTTCAAGCTCTTTTTTTTTTGTGTGTTTGAAGAAGCTACTCATCTATCACCTTACAC CCTGAAAAAAAATGAGGGTGGGGTGGGACCCACATGCATGTTACCCTAACGATATAGTAC TTTTTGGGGTTTCCTATTATGGTATAGACCCACCGGTTTAATGAGAGATTGATTCAACAA GATCCACCAATCTAGCTGATGTTCAGTCTCTTTCACATTGGTATTACAATAATATAGACA TATATATAATGTACTCCCTCCCTTGCAAGAGCTCAAATCTGATATCTCTTATTGACTAGA ATGATCATATTCATCTCATAACAAGCTCGTTTTGGGGTTTCAAACGCAGACTCAACCTCA GTCTCCTGAGAAACTCTATTGTGAATGTGCCTATATCAAAGGTGAAAATGGAAAAGGTAG AAACAAAGTATAATGCACATTGGAAATTATCACCAAAATTGCAAAATGTAATTCCCCATC TTCTAATGACATACTCAATTAACTTCATGTCATAAAAGACCTTACCTTTTGCTTGCTTCC TCCCCTGTGCATAAACAATCTGTTCCAAACTATTTTCTGATCTGTTGCCATAATTAAGGA AAAGTATCTTCTATTTAAAACGGCTATGGAAACATTAACTTAAATTTCTTTCCCTCTTTG CTACACTGCTACATAACCATTGTTACCACTTCACTAGATTCTTTTTGACCCAAAACTACA ACTAAACTGGATGCCATGGTGCCAAAGGTCAAAGAATGTTGAAACCAAACCCATTCCTGT AAGGCTTTGCGAAAAGATAAATCAAGCCTTGATGTTTAGTAACTATAATCTAACGTTAGG TTTCTTCAACTCGTCTATAAAACAGAACATACGCTGCTGAGGTTTTGATCTTGTCCTTGT TGATGGGAGACACATGGCTGTCATCGAAGTCATACCACCGATCAGCACCTTGCTACATTA TTAAGAAAAAAAACAGGTTACAATATTTGAATTAAATTGGGAAAACTGGAAAGGCTCTTT CTTGCATATTCTTCATGATGCAGATGATAACAGCAGAACAAAGATGCATGACTAAACTTT AAAGTTCAATATACAATGGAAGACACTTGCAATTACATAAACTATACACGCCTACGAAAC ATGATATTTCTAAATTTCCCCTTGGAGAGAGGTACAGTGACCCTGACTCTGACTCTGACC CCCACCCACCCCTCTCCCCAAGTTCTAGTCTTTTTTTTTTTTTGGATAAGCTGAAGATTA TTTTATCATAAGATATTGCGAGTTAAAGTTTTGCCAAGAAATCGTACAAAGACAATGCTG CAGAAAATACAAAAGAAAGGACTTGTTTTACATTGCATATTCAGGGAGTCTAACAAGTGC ATCATATCATGCAAATCCAAAACTAACTTCCCTTTCATCCAGAAGTACAAATTTTGCATA CATCTATACCCAGCATTAGTATTCCAATTTTATCAGGTTTAAAAATTTCTATTTTACATT AGAACAGAATCACAAGAAAGCAAAAGAAGCAAGGTATTCAAAATAGCAGCACCACTTACA TGAACAAATGCAGTATAGTGACCCCCTCCCATGCTTCCATAATGGTTGCTAATTGCATAA AGCATATACCGATAGGAAGATTTTCCATCCTTGTAGGCCATATATGAGGATAAATCGAGA TCATGAGTGGGGAAGTCAACGTATGTCTCCAACTTGTTCTTTATAAACCGGCTGTATGAG AACCTCTTCAGGTGGATGACCAGAATTTCCGGCAGTCTCCAAAGATCCAACTTCTTAGTG GCTTGGCGATGCTCCTTACATCCAGGGCAAAACCTAATGTTGGATACGAAAAAAAAACGT TAGGCAGATCATATTCATACTTCCAAAATGAATGACACAAAAAAATGATTAGATGATAAA ATAGAATATTAGAATTTTTGCATGAAAGAAGTCTTTCAACCCGATGAATATGACTGTCAT TGCCAAAAGTGGCCCTGATAAATAACTCAATGTCATTATCTAAAAACTGTATATAGTTGA TTCAAGAAACAAAGAGCAACACTTCATGCAATGTGCAGAAAGTCAATAGAGGTGTTACGT GACAGCATCAGCCAATGTCGTGTCGTCATTTCTTTAACATAACTGAACTAGTGGTTTGGA GGCTACTGCTCATGCCATGCTACAAAGTCAAGGTCCAATTTGGTTAAGGCTAATAAGAAC AGTTTAAGCCCCATAAGCAATCAAGGTGTGGTGAAGAATATCGACCTAATTGAAATAAAA TTTTGTATCAAAGGGAGAATACAGTATGTAATTACGAACGTTGAGGATTTATGACTGTTA GCACAAACCAAAAAAGAAGCAAAAAGAGAACCATTTCAAGAAATCTCTGAACATTCATGT GTTATAATTTATAAATATAAAACTTGCGGACAGATGGCGTACAATCACAGAAGTGAAGGA GCTGCATACTTACCACATATCTTCTGGCCCTAGAGGTTCTTCCTTCAGAAATGCCTCAAG ACATTTATACAGTGAGACAGAATCTTGAGGTCTCTTGCCAAAAAACCCAGATTTGAAAAC TTCGGGAAGTGAGCTGAAAAGACTTGTATTGTATTTTTCAACCATTTTAGGTGACCAATT TACAAGTACATTTAACCGTCCAGGGATATCTGTGGACTTTAATGGCTCATTCATTACAAT CTCAGCGCCTTTAGTAATTGCCTTATCATCTGATAGATAAAAATGAAATTCCATATCTAA ATGTTCGGCAGCATTTTCCTCAGCAATTCTCGCTGGAAACCCATTTACTCTTTTGTCATC AGGTTCCATTTCTGTACGTACTTCAGTAGAACTTCTATCAAAGTTATGCTCATCCATCTG GGCTCTATTTTGGACTAAGAATGGTACAAGTAACTGCAGATAAAGACTACAGACATCAGA TCCTTTAAGAACTCTACCATGTGCGGCAAGTGGAATACCAAACGCCTTCCAATTTGAAGT CAGCTTCCCGTATATATAATGCCTGCACATGCAGTCTTTATTAGATTGCTAGAATGAGAA AAGGAAGCAAGGAAAATATTTCCAAAGAAAATATCAGCCATCTTATTTTAATGAGTAGTG GAATGCTACAAGATCTTTCCAGCTTAACAGATCAAAAATTAAAACAGCAAAAAGAAGCAG CAGGAAATTCCACAGTATGAACAACTCTAATAGTTCAGATGCATGAAAAAAGCAATAGTT TCCTTTTTGCATCTTCATGATTTGTACACATAATCTAGAAGGATAACACAAATTATTTCA ATTACATGTTACTCCAGGAACCATGTACAGCGATGATTAGTAAAGCATTCAGGTGAGGCA AGTTGAGACTCAGAATGTTCAATAGTACTAGATATACACCTCACTTTTTCTTTACACAAG ATGCAAGTATATGGCAACTATCAAAAACATTCTCTCTGCCCCATAAAGGAAGGGGTAAGG TTTGTGTACACCCCATCCTCCCAAAAGGTCTGCGTACACCCCACACCTTCCCAAGACCCC ACTTGTGGGACCACACTGTGTGTGTTACTGTACAAGTATATATGGCAACTAACAACCTAC TCTTTCAACTATCTTGAGTTCAAGTTACCATGATTAATCAACCACTCTCCATAGTAAACT AATCGATTGAGAACTTCTTTGGAAAAGGCAATTCATAAATATCCTAATCTTAACACCTCG GGCCTTAGTTCAAGTGGAAAAGATTGAGAGACTTGTGGCTTATGTCACAAGTTTGAACCC TGTTCTATACGAACTAAGCTTGGTACTTAAGGGAGAATGGTAGGAAGAGGGGACCATTAC CCCGAGTTCAAGGGTTGTGGTTGGTCCTAAGGGTGGCCCTAGAAGGAGTTCTCCATCCAC CAAAAAAAAAAAGAAATATCTTAATTTCACTGAGCTGGCTAATAGTAAAAGGATATTTGA ATAACAATATTGTAGTTCTTGGCCTTAGAAACACCAATATTGAGACTAACTGAAACAGTT GAAATTGTTTGTATGATATTATAGAAAATTTTGATATTGAATCAAAAGAGTAACAGCTAT TTTACCTACACTCCTCAGTGATGCTTATAAGCACAAGTGTAGTGATCCCAATAAGATAGA TCATACCAACACTTTCAATGCTTTCCGAAGTTATGATAAAGTTGTTAGTTAGACTGTTCA GTGGATCTTTTTTATTTCAATTTTTGACAAGTGGATAAAGTAGTCAAAATTTGAGCAAAG ATGAAATCCTAGCAGACGAGAGGCGCAACCACCAGAAACAAAATAACATTCATTATGATC TTTAGATAGTGGCATAGTGCTGTCTACTTCTATTTTTTTTTCTCACAGAAGACAGTCTAA AGTGAATGCTCCTTCCTAACAAAAGACTAGTTGTAATCTAATTTACTTACAACTGACATT TAGAAATACAACGAATCATACATCACTTGCTCTAAAATCAAGGTAAATTTGATATTTTGG TAAGTAATTCTTTAACCTCAAATTTTCCATATCTGCGCTTCTTCAAAGGATTGGTTGTGA GAATAATGTTGACACATAAATCTTTTTACTACATTATTAGTAACAACATATACCTTTCTG CAGAAAAGATTTTGTCAATTCTTTTAAGCAATTGAAATCATAAAGTACACCCACAACCAA ACCCTACCACAAGGTCAGAGTGCTTTTTTTTCCAACTTATGAAACATAGTTGTGCATGTA AGACACGTCTTAAAATGAACAGTAAATGTTTGATGAACTTCAAAGGAAAAAAGATAAATG CCCAAATTATGAGTAAAGTCAGGACATACTCATCGATCTGTTGATGTGTAAACATAACCA AGGGGGCTTCTTCAGTACCCTTGTGCAACCGATAAGCAACAAGTCGGTCACCATCTCTTA TTAAAGACAATGAATCGGATGGCTCCTCAAGATAACGTATAATGCGGTTGTTGTATATCT GTGACCAGTAAATGGTGTAAGAGCTAGAAATAGAATTTTATTTTGGAAATACGGGGGGAA AAGGAAACTACTTGACTATCAGACACACCGTATATAAGAGCTGGAAATAAGTTTTATTTA GAAAACAGGAACCAAGCAACAACTCGAAATACATAGAGACCATTTCTCATCTTACTGGAA ATTGTGCACTAACCTCAGCCACCAAAAGGGTCTCATCAGACTCCAAAGAACATGCAATGC TCAAAGCACGAATTAGATCTTCAAGCTTTCCATCCTTGGGAACAGTGATTGTAAATGTAG ATATCTGAAGATCACTGCCACTTTCTATAACTGTGAGAGTCATCGACCTCATAGATGTAG ATGGCAGAGGCAGTGATAAATACATGAATGGATCAAACATGACGGAGACCTTTTTGCAAA CAGGACACACCAATGTGGAGCGATATTGGCCCTGCAACAATTGAATAAGCTCCGAGAAAT AAGACTACATGAAAATTGTATAAATACATAGGAAAAAGATTCAGATTAAGTTGACGGCTA AATGCTCCTGAGGGTAATAGGCAAATCATGACCTGCTGGAAAACATTAACTCAAGGCTAG CATGCGAGCACCTCGACTAATGTTACAAGGTACCTACTACCTGCCACCAACACAGGTACC GGGTAAAACTATCCAAGAACCACCTCGTGTTTTTGCCTCTGACCGGATTTAAACATGATA CCTCATGGTTCGCAAGTCGCAACTCACTTTATTGACCACTAGAGCACACCCTTGGATGCT AGAGTCAACTTTATTATACAAAATATAAAAATAAACTAAATAATGAGAAGACGACAAGCT GTCCTCAATTTGTTGTAGTTGAAAATTATCTTAGAAGTGCAAAGCTTTATCTCACAGCTG ATTGGTCTAAGATGTGTCTAGAGATTATATGCCAACCTAGACCACGTAATGAATAAATAG ACCAATACCTTCCAAGCCCCTAATGCCTATAGACTGCATAAATGTCAGCATAATCACGAG GTTCAAATTTTCATGGGTTTTCGGGATAAGGTAAGTTCAAATTTTCATGGGTTTTTCGGA TAAGGTAGGTTCAAATTTTCATAGGTTTCCTGGATAAGGTAGGTTAAAGTTTTCATATGA TTAAACTTGTAAAAGAATACTCACAAAGACATTTAAAGGAAAATTCAGAGCCCATTTAGA GAAAAGGAAGCAACACATATAAAACTAATTTGTTTTGATAGAAACCAGAATCCAAGATTC ATCTCTTTGTTCAGGAAAATTTTCCTTTTAAGAAGATCTGACCCAATTTTTCGCATCAAC AAATAGTATAAGAATACATTAAAAGTACAATATGTTTGAATCTCAAGATAAATTGTGTCA ATCTCTTTTGGAGAAGATAAAGAGTTTTTATTGATAAATAACGCAGAGAATCTAGACAAA ATATTTAGGGCATTTGAAGTAAGCTTCAGGAATACTGGTTAAACTTTCCCAAACAGTTGG GATATCATTCAGTAAAGTTCCGGATATAGTAAAACATTATACCACTTCACTCTTCTTGAT TTTCGAGTTAATGTTGAAATGAAATCAACGATTTCCAACTTTTGGCAGTGAGCTACAAGA TAATTTTGGACGCTAGTGAAATAAAATGTTTTTTACTTCTAGTGAGATATGAGAAAACAT CGTGAGTTACTCACTTGGCACACGTCCACTATGATGGAATCATTACGAGCCAGATGATAG TGCCAGTATTCATCAGCGATTTCTTCATCTGGACGATCATCTCCATCCTTAGCTTCAACA TAAGGCTTATCCTTGACGCGGTTCAAATCTTCGTGAAGTCCATCTAATAGAAAAGCTAAG ACCTCCTGCGGGTATGCATAAGGAGAATCAGATGTCAAAAGATGCACACAAAATGAGAGG GCACGAAAAGTGAGCATGAATAAATGACTTGAACTTGGAAAGTTAACCCAATAGGAAGGA CTGAAATTGGACCTGAGAATCATGCTGATTGAACCCACTGAATTGAGGAGCAAAATGTGA GAGCTTTACTTTGAATGTTTTTGGTGCCACAGGACTAGCTCCAGGAGCCCATAATTTCTT CAGAAGGTCACCAAAACCAGAGGCAATTTCTCCCTGAAACAATTGAAAGAGACAAACTTA GGCAAAACAATGTGTAAAGAGACAGAATAGAACACAATACTTAGTTGGGAATATTGAGGT GGGAAGGAGGAGGAAAAGTAAAAGAGGTCGTTTATTTTCCTGTATTTGGTAACAAAAAGT AGAGAGATATCGTTCAAGCCATAATTTCTTAAATCTACGAAATTAAATGGAATGGATATG TTTCTTTTCTTTTTTTTTTTTTTTTACTTTTTCCAGGATAACCAAACACAGTTGGAGGAA ATAATGAATTCTTCACCTTGGAGTAATCGATTCAATTTCTCTTTTGACTTTTCCAACCAA ACATAAAGTATAAAAGGTTAAGGGATGTTAACATTGAATTATTCAGAGAGAATTGAAGAA AACATCTAAACAACCTGCAATGATTTTGAAATACTAATCATTGCTTACTTTCATTCCCAA TGGGTTGTCATGATTTATTTCTCTCTTGTAGTCCCCAAGAAAGTAATCAACGAGCTTTGG CGTATGTGCAAGGCACTGGAGAGCACTGTTCATGAAACAGGTGTTCCCTAGGTTTTGCAA TCCAGTCAAACCCAAGGTACCAGCTTCACATGAACCTCCAGAAAAAGATGAGGAACTGCT CCTAGTGAGATTAGAGGTTATACCACTGCCAGAACCATTCATCAGAAGAGAAGAACCATT AAGGTATGATACTGACATCTCATCCTTTTTTGCTTTATTTTTAACAGAATCTGATAACCC ATAAACCTGCAACTCCAAGAGCAGCTGCAAAGCAAAAAACTAAGAGGAATCATTCCTTGC TTATTGACGGTATGAACCATCAAACACATAATTCTAGAGTCACTAAGAAGACTGTAAGAT GACCAATAACCAACGAATTACTTGAATGATATTGGATAGCTTAGGTAATGGGTAATATAC AAGGAAAACAAAGAAAATAAAACAGCAAGAACTTTCACATCCTTCTCATTTGTTTCACAG GTACACAATCAAAGGAAACACAAACCAAACAATGATTATGAAACAAACTGGTAACAACTT CCACAAATGGAAGAAACAAATACTAAATAGTCCATTATTTTGTAATCATATATCCAGCTA AAAATAGCATAAACTAATTCACTCATTAGTTTGACAAATCAAATGGGTGTATAAGCAGAC TGTTCTAACAAACAGTCTCACTTTGTGTGTTTCTCTTGTCCCACAGTAAAATAGAAGAAC TAAATCTTCTTAAAGGGTACATCATTCACTCTGCAAATGAAGAGCACGTCTACTTCTATT GGCTGAATTACTCCAGTACAACCCCTAACAGATGTTAGGTGTGGCGGTTAGGCATCCTTA GACGAAAGAGTAAAAAGGTGATTCACAGAGAACTGATTTAATGGGCTAAGCATTGACCCA TGCCCAAAAAAAAAGCAAACACTAATATAGAAAAACATATGATCTCCCAGTATGCTGGAG AAAACTCCTTTCGTCACTTCAATCTTAGTTGGAGTTTTAAGTGAGCATATTCATCAACTT AGTCACTGTAACCTTTTCTATGAAGCAATCACTAGTTAAAGAAATAAAAGAATCTGCTAA AAGAACTTAATTAGAAAACCAGAAAAAAGTAAACCAAATTATTTTCTAATGCAAGACAGA AAAATAATGGCAGATGCTGCAGAAGCATTGGTTGACTTTTAATTGGTAGTCATGATTATG AGAGAGTTAGAACTACATACATCTTGCTCTGACTGCTTCTGAGAGTCTTTGATCATATCA TTACTTTCATTTGAAAAAAACAACGCCGTCTGCCCAGATAAATCCCAAATCCTTGACTGC AGAGAACCAAAATGTCATTAATCTTCTCAAACAGACCTTTGCAATTGATTAACAAAAATA TCGGAACTTACGGGTTCTGTATCCACACTAAAAATTCTGTAAGCTCTTCTAAAGCACTCA ACTGTATTGTCCTGAATCAAATGTGAGAAAACAAAATATTAAAGCTAGACTCAGAAGGAT ATAAAGCAGTACAACTGAACTCCAAAGCATAGGTGAAGATATATTGCAAGATAAAACAAG AAACTTCGTCCAAAGAAAAAAATGCAAACGTCTAACATGCAACACTTTACAAAATGTAAA CAAGTTATTCCAATTACTTAGTAAAATGATGTACTTTTGGAAAATACATTTTTATGAACA CAAGCTGAGGCAATAAAAGGACAAGTTGATACTAACATGTTAAGAGAAAAAAAAAACTCA AATTAGCATCAACATTTGGGTGAATGATAAATACGAAGTAGCATGGAAAGATCACGGATA CACAAAATCTCTTGGTCTAGCTTCACATGTGACCCTTTACTCTAATTATTTCCTATTAGT TTAATAAAATATGGAATTCTCTATCTATTTTACTTCGTCACACTTTGATGTAGTTTCAAT AAACAATCTCAGCAGTATCAACTAGCCTAGTTTATTCAAACCAGGGTTTCCTCTTAGATT TTAGTGATCAAGAAAGAGAATTTGTCAATATAGATAAAGGTGGAATCTCAAAGCATCCTT GAGTTTGGTATATACTTCGTCCAAGCCATTTAGGGGAACAAATGATTCTGCTAAAACTTA AGATGTGAGATAACTTGTTAGTTTTAAATTAAGAGGATAAACCTGTAACTGAATCTACTA TATTATCTTGAAACTGATTGATTACCAACTACATAGTTTCTTCTGATCCAGAAGTGGGAA AGGGTGGGGGTGCTTGTATCAGTATACCAATTTCATGTCATAGCTACAGACATACAAAAG GATGTATTAGCACATATTGTTGAATATTGCACCGTTATACATTGTTAGTTCCTGTCTATA AAATTTAACTCTAGAGTAATTCACTTTGCTAGAAAGACAACACAGTGATGGAAAAGTGTC CTTATATCATTTTCACAAAGACTCACTCCCTAGAACTCTCGTTGTAGTCATAATTTCCTG ATGAGCAGTTTTGGAATTGGGAATTACAAGCATCAAATGCTTCAAGTGAACTATATAAAT AGCAATTGGATTGATATCATTGTTTTACGAATGCATGCTACCATGCAAAATTTATAGTCC ACTATATCAGGAAATAGATACCTATCAAACTAACGTACTTGTCATCTATTTGCAAAACTC AACACCACAAATTGTGTGAATTGATTAATATTAACTGTAAAACAAAAGTGGAAGAACTTT AGCTGCTATTTCCTTCCTAGTAATTCACGTGAGGATGATATTAGATGGATTCATGCATAA TCTTCGTTCTTAAAGTAGATATATTGAGCATTGCCATCTTAGTTCCTTCTGAAAATTTCA ACAATCAACAGTAACAAGAAAAGTGATGAAAAAGAAAGCCAGCTTCTCAAGGGCTATACC GAAAGATCATATGATTATGCACTCTATTAATATTATGATAGTACAAATCTCACTGGAATG ATAGATGGAACTAGAAATTCAAGAAGTTATTTTTAACCTTTTTGCTAATCCTGACTCCTA AGGAACTGGTTTCCCGTGAAACAGAAAGCCTCAGCTGTAAAGGATAGACATCCGCAATAT CCTCATCTGTAACTGAAAAGCTTTTTCCATTCTTAGCAGCAGCTTTAGAGTTACTGTGCC TGAAATATGAGGGAGCAATTCCAATCAAATTAATCAGAACTCTAAAATGAAGAGATCAAC TTTTACATAGTTCGAAATGCATGAAATTATTAACGTGCTAAACATCCAGTTACTGGGATC CAAAGACAGATTCTGTTTCTTAAATGTGAAGAAACACCAAAAAGGAAAGTGAAATGATCA GTTATAAGTTAATTTCACCCCAAATAGAAAAAGTGAGAAAGAAACAAAGGAAATAAAGAA GCATTTTAAAGTTACAAGAACAAATGGTGGTTTTTCAGAAAGAAAGTATAAAATGCTTTA TACATTGAGCTTCCATATACACTAATAAGGCATTTAACAAAATATATATTTACAAATCGG ATTTTTCATCCAACTAGAAACCACAATGAAGTCTCGAAAGGCTTGAGGCCTTTATAATGT GAAATGAAAAAGTGAGTGGTCTCAAAAGCAGAAGAAATCAACAAACTAACTTCAAGTGGT TCTCAGAATGCTCAACAACTTTAGTGTAAATCTCAATAAGAAGAGGTTTCATCATACACA TTTCAAGGAATACAAAGAGAACAGAATTCTAAAATACTAACCATTTGAGTGCCTGCAGCC ACATGTCGCCGGGGACTAACGCATAGTCCCGGCCTGATACCCCAACTTCACCATTCTCCT GACTCTGTGATAAGGATTCCTCCTCTCTCCTCAAGTTAAATGCGATATCTGGGCTAAATA TGTTGTTAATGAGTTTCATTGCTCCATAAGATGGAGCTGGTGCTACTGCATACAAGGTAG CCGACTTCCCATCTGATGGTGCTGAATCCTGTGCTTCCTTCCACCACCTATAATGACAAA TACAATTTCTCAGTAGTGCTGTAAATGTAGATGTGCCTGTGGAGCTTGTGATATATGCAT GTGTAACACTTTGATCCACTCCATGAAAACACACGGAGATCAATAAAATCTTACCTAGAG AAGATACTGCCAAGTGCAAACGATAACTTCTGGAAATTACCGTCTCCAGCTATTTACCCC CACCCTGCCTACTAAAACATTCTCTTTCTTCTTAACAACCAGTCTCAAGCATCAATTTTC TTCTTTTCTTTCACGCTCTCCTCTACCCCCTACTAACCACAGAACTTCGCCACTGATAGG AGCTTTTTGTAATAAAGAGAAACAACATTTCAACAGACAGCATACGGTGTGATAAACCTA AATCTTATGTAGAAGGAACAATTTGTCAACTTCTTTTGAAGTTTATACTATTAGACAGAT AACCAACGTTTTCAGATCTCTTTAGCACTTCCCCATCCTACTTCTCAACTATTAACAACA TCAAAAAATATTACAAAACCCAAAATCCAAGACTATACTTTCTTATGCTAAAGTTCACAC ACAAACACACACACGATTCGATCCAAAAGCTAAGAGGTGAGCAAAAACCAACAACATTGA TTAAAAACCAACACTATTTCAATGTATAAAGCTCATACAATCACTAATCCAAATGAAACT TGAAAAAAAAAAACACGATTTGATCCAGCAGATTAAAAATGATTACAAACCTAAAACATC TCAATGTACTAAAACTAATACAGCTACCAATCTAAACAAGAAGTAAAAGAAGAAAAAAAA CTAGCTCTAGTTTCAACTTTCTCGTTATCTCATGGGTGCAGATATATCTCTGATTCAGAT TCGGATTCAGCTGAATTGGATCAAACCCACATCATAAAATCAACTCATCAAAGCAAGCCC GGAGAATTCAATTCCTGATTATAATCATTAATTTTTTTTCCCAATCCCTTTGTGTTTGCT ATATAAACACTTGCATGATGAATGGGTCAAGGAAAAGAGACAAAATGGGGAAGTGGGTTT ACCTGTAAGGAACGAAATAAACTCGCTGGTCATCTTTTACAGAAGATTCGGTCTGTTGCT GTTGAGAAGAATCCTCCGATGGGTTATCCATTTCTATAGACGGAATTC GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_1 match_part 1.000 3242 3911 match_2 match_part 0.990 3242 3629 match_3 match_part 0.994 4003 4703 match_4 match_part 0.997 6962 7347 match_part 0.996 7884 8114 match_part 1.000 8671 8727 match_part 1.000 8816 8944 match_part 1.000 9454 9531 match_part 1.000 9648 9718 match_part 1.000 9833 9876 match_part 1.000 9968 10175 match_part 1.000 11472 12033 match_part 1.000 14219 14362 match_part 0.996 15099 15351 match_5 match_part 0.969 6967 7347 match_part 1.000 7884 7903 match_6 match_part 0.978 6981 7347 match_part 0.987 7884 8114 match_7 match_part 0.946 6994 7347 match_part 0.978 7884 8114 match_part 0.912 8671 8727 match_part 0.955 8816 8925 match_8 match_part 0.942 7005 7347 match_part 0.983 7884 8114 match_part 1.000 8671 8727 match_part 0.989 8816 8906 match_9 match_part 0.930 7018 7347 match_part 0.978 7884 8114 match_10 match_part 0.987 7957 8114 match_part 1.000 8671 8727 match_part 0.992 8816 8944 match_part 1.000 9454 9531 match_part 0.986 9648 9718 match_part 0.953 9833 9875 match_11 match_part 0.904 8830 8944 match_part 1.000 9454 9531 match_part 1.000 9648 9718 match_part 0.909 9833 9876 match_part 0.976 9968 10175 match_part 0.958 11472 11663 match_12 match_part 0.964 8834 8944 match_part 1.000 9454 9531 match_part 1.000 9648 9718 match_part 0.955 9833 9876 match_part 0.976 9968 10175 match_part 0.979 11472 11518 match_13 match_part 0.979 8898 8944 match_part 0.987 9454 9531 match_part 1.000 9648 9718 match_part 0.909 9833 9876 match_part 0.980 9968 10018 match_14 match_part 0.962 9453 9531 match_part 1.000 9648 9718 match_part 0.977 9833 9876 match_part 0.981 9968 10124 match_15 match_part 1.000 9651 9718 match_part 0.955 9833 9876 match_part 0.970 9968 10101 match_16 match_part 1.000 10021 10175 match_part 1.000 11472 12033 match_part 1.000 14219 14249 match_17 match_part 0.993 10030 10175 match_part 0.982 11472 11750 match_18 match_part 1.000 10139 10175 match_part 1.000 11472 11987 match_19 match_part 1.000 10149 10175 match_part 1.000 11472 12001 match_20 match_part 0.973 11588 12033 match_part 0.986 14219 14291 match_21 match_part 0.978 11588 12033 match_part 1.000 14219 14271 match_22 match_part 0.988 11705 12033 match_part 1.000 14219 14287 match_23 match_part 1.000 11853 12033 match_part 1.000 14219 14362 match_part 0.981 15099 15515 match_24 match_part 1.000 12013 12033 match_part 0.979 14219 14362 match_part 0.925 15099 15485 match_25 match_part 0.985 15103 15515 match_26 match_part 0.840 19676 19781 match_part 0.985 20500 20631 match_part 1.000 20713 20759 match_part 0.984 21722 21784 match_part 1.000 21882 21990 match_part 0.971 22079 22283 match_27 match_part 0.840 19676 19781 match_part 0.992 20500 20631 match_part 1.000 20713 20759 match_part 0.984 21722 21784 match_part 0.951 21882 22247 match_28 match_part 0.840 19676 19781 match_part 0.985 20500 20631 match_part 1.000 20713 20759 match_part 0.984 21722 21784 match_part 1.000 21882 21990 match_part 0.978 22079 22124 match_29 match_part 0.837 19684 19781 match_part 0.985 20500 20631 match_part 1.000 20713 20759 match_part 0.984 21722 21784 match_part 1.000 21882 21990 match_part 0.957 22079 22101 match_30 match_part 1.000 19689 19781 match_part 0.992 20500 20631 match_part 1.000 20713 20759 match_part 1.000 21722 21784 match_part 1.000 21882 21990 match_part 1.000 22079 22138 match_31 match_part 1.000 19691 19781 match_part 1.000 20500 20631 match_part 1.000 20713 20759 match_part 1.000 21722 21784 match_part 1.000 21882 21990 match_part 1.000 22079 22141 match_32 match_part 0.814 19696 19781 match_part 0.977 20500 20631 match_part 0.979 20713 20759 match_part 0.984 21722 21784 match_part 1.000 21882 21990 match_part 0.958 22079 22314 match_33 match_part 0.988 19701 19781 match_part 1.000 20500 20631 match_part 1.000 20713 20759 match_part 1.000 21722 21784 match_part 1.000 21882 21990 match_part 1.000 22079 22171 match_34 match_part 0.975 20512 20631 match_part 0.979 20713 20759 match_part 0.968 21722 21784 match_part 0.982 21882 21990 match_part 0.951 22079 22466 match_35 match_part 1.000 22222 22470 match_part 0.991 22857 22964 match_part 1.000 23078 23122 match_36 match_part 1.000 22894 22964 match_part 1.000 23078 23415 match_part 0.960 24781 25077 match_37 match_part 1.000 22894 22964 match_part 1.000 23078 23415 match_part 0.990 24781 25073 match_38 match_part 0.917 23150 23415 match_part 0.927 24781 25095 match_39 match_part 0.908 23176 23415 match_part 0.925 24781 25128 match_40 match_part 1.000 28835 28960 match_part 1.000 29672 29803 match_part 1.000 29882 29928 match_part 1.000 30988 31050 match_part 1.000 31146 31164 match_41 match_part 0.980 28863 28960 match_part 0.992 29672 29803 match_part 0.979 29882 29928 match_part 1.000 30988 31050 match_part 0.982 31146 31254 match_part 0.948 31349 31444 match_42 match_part 0.989 28874 28960 match_part 1.000 29672 29803 match_part 1.000 29882 29928 match_part 1.000 30988 31050 match_part 0.986 31146 31217 match_43 match_part 0.975 28880 28960 match_part 0.992 29672 29803 match_part 0.979 29882 29928 match_part 1.000 30988 31050 match_part 0.982 31146 31254 match_part 0.960 31349 31550 match_44 match_part 0.975 28880 28960 match_part 0.992 29672 29803 match_part 0.979 29882 29928 match_part 1.000 30988 31050 match_part 0.987 31146 31223 match_45 match_part 1.000 28892 28960 match_part 1.000 29672 29803 match_part 1.000 29882 29928 match_part 1.000 30988 31050 match_part 1.000 31146 31254 match_part 1.000 31349 31548 match_46 match_part 0.970 28894 28960 match_part 1.000 29672 29803 match_part 1.000 29882 29928 match_part 1.000 30988 31050 match_part 1.000 31146 31254 match_part 0.997 31349 31722 match_part 1.000 32131 32156 match_47 match_part 1.000 28912 28960 match_part 0.985 29672 29803 match_part 0.979 29882 29928 match_part 0.984 30988 31050 match_part 0.991 31146 31254 match_part 0.987 31349 31722 match_part 1.000 32131 32227 match_48 match_part 0.965 30994 31050 match_part 0.982 31146 31254 match_part 0.971 31349 31722 match_part 0.952 32131 32235 match_part 0.870 32331 32353 match_49 match_part 1.000 31034 31050 match_part 0.991 31146 31254 match_part 0.978 31349 31576 match_50 match_part 0.983 31375 31722 match_part 0.952 32131 32235 match_part 0.935 32331 32622 match_51 match_part 0.979 31536 31722 match_part 0.952 32131 32235 match_part 0.970 32331 32668 match_52 match_part 0.960 31623 31722 match_part 0.952 32131 32235 match_part 0.967 32331 32668 match_part 0.921 33324 33412 match_53 match_part 1.000 32156 32235 match_part 1.000 32331 32668 match_part 1.000 33324 33502 match_54 match_part 0.991 32351 32668 match_part 1.000 33324 33550 match_55 match_part 0.961 32413 32668 match_part 0.907 33324 33593 match_56 match_part 0.963 32425 32668 match_part 0.914 33324 33533 match_57 match_part 0.955 32445 32668 match_part 0.875 33324 33579 match_58 match_part 0.949 32494 32668 match_part 0.910 33324 33533 match_59 match_part 1.000 39764 40149 match_part 1.000 41254 42154 match_part 1.000 42281 42771 match_60 match_part 1.000 39765 40149 match_part 0.997 41254 41546 match_61 match_part 1.000 39765 40149 match_part 0.994 41254 41431 match_62 match_part 1.000 41962 42154 match_part 1.000 42281 42771 match_63 match_part 0.939 46817 47406 match_64 match_part 0.941 46843 47387 match_65 match_part 0.924 51730 51848 match_part 0.927 51879 52055 match_66 match_part 0.971 55800 56217 match_67 match_part 1.000 61373 61738 match_part 1.000 64002 64121 match_part 1.000 64545 64677 match_part 1.000 66259 66307 match_part 0.974 66423 66498 match_part 0.959 67072 67145 match_68 match_part 1.000 61373 61738 match_part 0.992 64002 64121 match_part 0.970 64545 64677 match_part 0.918 66259 66307 match_part 0.934 66423 66498 match_part 0.940 67072 67138 match_69 match_part 1.000 61473 61738 match_part 1.000 64002 64121 match_part 1.000 64545 64677 match_part 1.000 66259 66303 match_70 match_part 0.981 61477 61738 match_part 1.000 64002 64121 match_part 0.985 64542 64677 match_part 1.000 66259 66307 match_part 0.987 66423 66498 match_part 0.974 67072 67187 match_71 match_part 1.000 61479 61738 match_part 1.000 64002 64121 match_part 1.000 64545 64677 match_part 1.000 66259 66307 match_part 1.000 66423 66431 match_72 match_part 1.000 61482 61738 match_part 1.000 64002 64121 match_part 1.000 64545 64677 match_part 1.000 66259 66305 match_73 match_part 1.000 61485 61738 match_part 1.000 64002 64121 match_part 1.000 64545 64677 match_part 1.000 66259 66307 match_part 1.000 66423 66498 match_part 0.940 67072 67286 match_74 match_part 1.000 61485 61738 match_part 1.000 64002 64121 match_part 1.000 64545 64677 match_part 1.000 66259 66306 match_75 match_part 1.000 61489 61738 match_part 1.000 64002 64099 match_76 match_part 1.000 61490 61738 match_part 1.000 64002 64121 match_part 1.000 64545 64677 match_part 1.000 66259 66307 match_part 1.000 66423 66498 match_part 0.997 67072 67366 match_77 match_part 1.000 61491 61738 match_part 1.000 64002 64121 match_part 1.000 64545 64677 match_part 1.000 66259 66293 match_78 match_part 1.000 61491 61738 match_part 1.000 64002 64121 match_part 1.000 64545 64650 match_79 match_part 1.000 61495 61738 match_part 1.000 64002 64121 match_part 1.000 64545 64677 match_part 1.000 66259 66307 match_part 0.974 66423 66498 match_part 0.962 67072 67097 match_80 match_part 0.959 61496 61738 match_part 0.992 64002 64121 match_part 0.977 64545 64677 match_81 match_part 1.000 61500 61738 match_part 1.000 64002 64121 match_part 0.992 64545 64677 match_part 0.980 66259 66307 match_part 0.985 66423 66489 match_82 match_part 0.996 61500 61738 match_part 0.958 64002 64121 match_part 0.991 64545 64651 match_83 match_part 0.929 61513 61738 match_part 0.950 64002 64121 match_part 1.000 64545 64677 match_part 1.000 66259 66307 match_part 1.000 66423 66432 match_84 match_part 0.982 61513 61738 match_part 1.000 64002 64121 match_part 1.000 64545 64677 match_part 1.000 66259 66307 match_part 1.000 66423 66431 match_85 match_part 0.857 61515 61738 match_part 1.000 64002 64121 match_part 0.917 64545 64677 match_part 0.898 66259 66307 match_part 1.000 66423 66498 match_part 0.973 67072 67146 match_86 match_part 0.996 61516 61738 match_part 1.000 64002 64121 match_part 1.000 64545 64677 match_part 1.000 66259 66307 match_part 1.000 66423 66498 match_part 1.000 67072 67322 match_87 match_part 0.857 61516 61738 match_part 1.000 64002 64121 match_part 1.000 64545 64671 match_88 match_part 1.000 61517 61738 match_part 1.000 64002 64121 match_part 1.000 64545 64677 match_89 match_part 1.000 61518 61738 match_part 0.950 64002 64121 match_part 0.955 64545 64677 match_part 1.000 66259 66307 match_part 1.000 66423 66431 match_90 match_part 1.000 61518 61738 match_part 1.000 64002 64121 match_part 1.000 64545 64677 match_91 match_part 0.973 61518 61738 match_part 0.992 64002 64121 match_part 1.000 64545 64577 match_92 match_part 0.995 61532 61738 match_part 1.000 64002 64121 match_part 1.000 64545 64677 match_93 match_part 0.976 61532 61738 match_part 1.000 64002 64080 match_94 match_part 1.000 61533 61738 match_part 1.000 64002 64121 match_part 1.000 64545 64677 match_part 1.000 66259 66307 match_part 1.000 66423 66487 match_95 match_part 1.000 61534 61738 match_part 1.000 64002 64121 match_part 1.000 64545 64677 match_part 1.000 66259 66307 match_part 1.000 66423 66491 match_96 match_part 1.000 61534 61738 match_part 1.000 64002 64121 match_part 1.000 64545 64677 match_part 1.000 66259 66307 match_part 1.000 66423 66440 match_97 match_part 1.000 61536 61738 match_part 1.000 64002 64121 match_part 1.000 64545 64677 match_98 match_part 1.000 61538 61738 match_part 1.000 64002 64121 match_part 1.000 64545 64677 match_part 1.000 66259 66307 match_part 1.000 66423 66431 match_99 match_part 0.896 61538 61738 match_part 0.992 64002 64121 match_part 1.000 64545 64650 match_100 match_part 1.000 61540 61738 match_part 1.000 64002 64121 match_part 1.000 64545 64677 match_part 0.959 66259 66307 match_part 0.974 66423 66498 match_101 match_part 1.000 61540 61738 match_part 1.000 64002 64121 match_part 1.000 64545 64650 match_102 match_part 1.000 61540 61738 match_part 1.000 64002 64121 match_part 1.000 64545 64584 match_103 match_part 1.000 61542 61738 match_part 1.000 64002 64121 match_part 1.000 64545 64677 match_part 1.000 66259 66307 match_part 1.000 66423 66498 match_104 match_part 1.000 61542 61738 match_part 1.000 64002 64121 match_part 1.000 64545 64677 match_part 1.000 66259 66307 match_part 1.000 66423 66486 match_105 match_part 1.000 61542 61738 match_part 1.000 64002 64121 match_part 1.000 64545 64596 match_106 match_part 1.000 61543 61738 match_part 1.000 64002 64121 match_part 0.992 64545 64677 match_part 0.980 66259 66307 match_part 0.944 66423 66493 match_107 match_part 1.000 61544 61738 match_part 1.000 64002 64121 match_part 1.000 64545 64677 match_part 1.000 66259 66307 match_part 1.000 66423 66498 match_108 match_part 1.000 61544 61738 match_part 1.000 64002 64121 match_part 1.000 64545 64658 match_109 match_part 1.000 61548 61738 match_part 1.000 64002 64121 match_part 1.000 64545 64677 match_part 1.000 66259 66307 match_part 1.000 66423 66498 match_part 0.876 67072 67232 match_110 match_part 1.000 61548 61738 match_part 1.000 64002 64121 match_part 0.992 64545 64677 match_111 match_part 0.994 61581 61738 match_part 1.000 64002 64121 match_part 1.000 64545 64677 match_part 1.000 66259 66307 match_part 1.000 66423 66498 match_part 0.994 67072 67232 match_112 match_part 1.000 61585 61738 match_part 0.992 64002 64121 match_part 1.000 64545 64677 match_part 1.000 66259 66307 match_part 0.987 66423 66498 match_part 0.894 67072 67212 match_113 match_part 1.000 61585 61738 match_part 0.992 64002 64121 match_part 1.000 64545 64677 match_part 1.000 66259 66307 match_part 1.000 66423 66498 match_part 0.989 67072 67162 match_114 match_part 1.000 61585 61738 match_part 0.992 64002 64121 match_part 1.000 64545 64677 match_part 1.000 66259 66307 match_part 1.000 66423 66498 match_part 1.000 67072 67120 match_115 match_part 1.000 61586 61738 match_part 1.000 64002 64121 match_part 1.000 64545 64677 match_part 1.000 66259 66307 match_part 1.000 66423 66498 match_part 0.988 67072 67232 match_116 match_part 1.000 61586 61738 match_part 0.992 64002 64121 match_part 1.000 64545 64677 match_part 1.000 66259 66307 match_part 1.000 66423 66498 match_part 1.000 67072 67113 match_117 match_part 0.973 61591 61738 match_part 0.983 64002 64121 match_part 0.985 64545 64677 match_part 1.000 66259 66307 match_part 0.987 66423 66498 match_part 1.000 67072 67113 match_118 match_part 1.000 61593 61738 match_part 0.968 64002 64032 match_119 match_part 1.000 61599 61738 match_part 1.000 64002 64121 match_part 1.000 64545 64677 match_120 match_part 1.000 61631 61738 match_part 1.000 64002 64121 match_part 1.000 64545 64677 match_part 1.000 66259 66307 match_part 1.000 66423 66498 match_part 0.994 67072 67232 match_121 match_part 1.000 61631 61738 match_part 1.000 64002 64121 match_part 1.000 64545 64677 match_part 1.000 66259 66307 match_part 1.000 66423 66498 match_part 1.000 67072 67147 match_122 match_part 1.000 61631 61738 match_part 0.967 64002 64121 match_part 1.000 64545 64677 match_part 1.000 66259 66307 match_part 1.000 66423 66498 match_part 1.000 67072 67112 match_123 match_part 1.000 61631 61738 match_part 1.000 64002 64121 match_part 1.000 64545 64677 match_124 match_part 1.000 61631 61738 match_part 1.000 64002 64121 match_part 1.000 64545 64651 match_125 match_part 1.000 61633 61738 match_part 1.000 64002 64121 match_part 1.000 64545 64677 match_part 1.000 66259 66307 match_part 1.000 66423 66498 match_part 1.000 67072 67152 match_126 match_part 1.000 61633 61738 match_part 1.000 64002 64121 match_part 1.000 64545 64677 match_part 1.000 66259 66307 match_127 match_part 1.000 61642 61738 match_part 1.000 64002 64121 match_part 1.000 64545 64677 match_part 1.000 66259 66307 match_part 1.000 66423 66498 match_part 1.000 67072 67113 match_128 match_part 1.000 61658 61738 match_part 1.000 64002 64121 match_part 1.000 64545 64677 match_part 1.000 66259 66307 match_part 1.000 66423 66498 match_part 0.973 67072 67256 match_129 match_part 1.000 61658 61738 match_part 1.000 64002 64121 match_part 1.000 64545 64677 match_part 1.000 66259 66307 match_part 1.000 66423 66498 match_part 0.989 67072 67246 match_130 match_part 1.000 61658 61738 match_part 1.000 64002 64121 match_part 1.000 64545 64677 match_part 0.980 66259 66307 match_part 0.974 66423 66498 match_131 match_part 1.000 61658 61738 match_part 1.000 64002 64121 match_part 1.000 64545 64677 match_part 0.974 66259 66296 match_132 match_part 1.000 61663 61738 match_part 1.000 64002 64121 match_part 1.000 64545 64677 match_part 1.000 66259 66307 match_part 1.000 66423 66498 match_part 0.979 67072 67401 match_133 match_part 1.000 61678 61738 match_part 1.000 64002 64121 match_part 1.000 64545 64677 match_part 1.000 66259 66305 match_134 match_part 1.000 61698 61738 match_part 1.000 64002 64121 match_part 1.000 64545 64677 match_part 1.000 66259 66307 match_part 1.000 66423 66498 match_part 0.977 67072 67424 match_135 match_part 1.000 61698 61738 match_part 1.000 64002 64121 match_part 1.000 64545 64677 match_part 1.000 66259 66307 match_part 1.000 66423 66498 match_part 0.972 67072 67423 match_136 match_part 1.000 61698 61738 match_part 1.000 64002 64121 match_part 1.000 64545 64677 match_part 1.000 66259 66307 match_part 1.000 66423 66498 match_part 0.989 67072 67340 match_137 match_part 1.000 61698 61738 match_part 1.000 64002 64121 match_part 1.000 64545 64677 match_part 1.000 66259 66307 match_part 1.000 66423 66498 match_part 1.000 67072 67296 match_138 match_part 1.000 61698 61738 match_part 0.983 64002 64121 match_part 1.000 64545 64677 match_part 1.000 66259 66307 match_part 1.000 66423 66498 match_part 1.000 67072 67295 match_139 match_part 1.000 61698 61738 match_part 1.000 64002 64121 match_part 1.000 64545 64677 match_part 1.000 66259 66307 match_part 1.000 66423 66432 match_140 match_part 1.000 61708 61738 match_part 1.000 64002 64121 match_part 0.947 64545 64677 match_part 0.959 66259 66307 match_part 1.000 66423 66498 match_part 0.966 67072 67429 match_141 match_part 1.000 64010 64121 match_part 1.000 64545 64677 match_part 1.000 66259 66307 match_part 1.000 66423 66498 match_part 1.000 67072 67109 match_142 match_part 0.913 64042 64121 match_part 1.000 64545 64677 match_part 1.000 66259 66307 match_part 1.000 66423 66498 match_part 0.981 67072 67439 match_143 match_part 1.000 64101 64121 match_part 1.000 64545 64677 match_part 1.000 66259 66307 match_part 1.000 66423 66498 match_part 0.963 67072 67446 match_144 match_part 0.930 64592 64677 match_part 1.000 66259 66307 match_part 1.000 66423 66498 match_part 0.991 67072 67418 match_145 match_part 1.000 64623 64677 match_part 1.000 66259 66307 match_part 1.000 66423 66498 match_part 0.973 67072 67439 match_146 match_part 1.000 64623 64677 match_part 1.000 66259 66307 match_part 1.000 66423 66498 match_part 0.997 67072 67429 match_147 match_part 0.976 64636 64677 match_part 0.918 66259 66307 match_part 0.987 66423 66498 match_part 0.892 67072 67440 match_148 match_part 1.000 64651 64677 match_part 0.980 66259 66307 match_part 1.000 66423 66498 match_part 0.984 67072 67438 match_149 match_part 0.959 66259 66307 match_part 1.000 66423 66498 match_part 0.978 67072 67439 match_150 match_part 1.000 66292 66307 match_part 0.987 66423 66498 match_part 0.895 67072 67441 match_151 match_part 0.949 67086 67440 GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_152 match_part 0.989 16496 16057 match_153 match_part 0.993 16497 16065 match_154 match_part 1.000 16497 16065 match_155 match_part 0.995 16495 16076 match_156 match_part 0.944 16539 16127 match_157 match_part 0.911 28342 28298 match_part 1.000 27361 27253 match_part 1.000 26948 26871 match_part 1.000 26759 26726 match_part 1.000 26625 26557 match_part 1.000 26049 25598 match_158 match_part 1.000 26601 26557 match_part 0.987 26049 25678 match_159 match_part 0.994 26013 25686 match_160 match_part 0.961 25996 25692 match_161 match_part 0.886 28332 28298 match_part 0.963 27361 27253 match_part 1.000 26948 26871 match_part 1.000 26759 26726 match_part 1.000 26625 26557 match_part 0.973 26049 25713 match_162 match_part 1.000 28329 28298 match_part 1.000 27361 27253 match_part 1.000 26948 26871 match_part 1.000 26759 26726 match_part 1.000 26625 26557 match_part 1.000 26049 25720 match_163 match_part 0.970 28330 28298 match_part 0.963 27361 27253 match_part 0.987 26948 26871 match_part 0.941 26759 26726 match_part 1.000 26625 26557 match_part 0.846 26049 25726 match_164 match_part 1.000 28337 28298 match_part 0.972 27361 27253 match_part 1.000 26948 26871 match_part 1.000 26759 26726 match_part 1.000 26625 26557 match_part 0.988 26049 25790 match_165 match_part 1.000 28337 28298 match_part 1.000 27361 27253 match_part 0.974 26948 26871 match_part 1.000 26759 26726 match_part 0.942 26625 26557 match_part 0.939 26049 25804 match_166 match_part 0.860 28347 28298 match_part 0.972 27361 27253 match_part 0.987 26948 26871 match_part 0.941 26759 26726 match_part 0.986 26625 26557 match_part 0.902 26049 25826 match_167 match_part 1.000 26741 26726 match_part 1.000 26625 26557 match_part 0.991 26049 25828 match_168 match_part 1.000 28337 28298 match_part 1.000 27361 27253 match_part 1.000 26948 26871 match_part 1.000 26759 26726 match_part 1.000 26625 26557 match_part 1.000 26049 25848 match_169 match_part 0.933 28327 28298 match_part 0.982 27361 27253 match_part 0.974 26948 26871 match_part 1.000 26759 26726 match_part 1.000 26625 26557 match_part 1.000 26049 25907 match_170 match_part 1.000 28323 28298 match_part 1.000 27361 27253 match_part 1.000 26948 26871 match_part 1.000 26759 26726 match_part 1.000 26625 26557 match_part 0.983 26049 25932 match_171 match_part 1.000 28317 28298 match_part 1.000 27361 27253 match_part 1.000 26948 26871 match_part 1.000 26759 26726 match_part 1.000 26625 26557 match_part 0.991 26049 25942 match_172 match_part 1.000 28333 28298 match_part 1.000 27361 27253 match_part 1.000 26948 26871 match_part 1.000 26759 26726 match_part 0.986 26625 26557 match_part 1.000 26049 25943 match_173 match_part 1.000 28333 28298 match_part 1.000 27361 27253 match_part 1.000 26948 26871 match_part 1.000 26759 26726 match_part 1.000 26625 26557 match_part 1.000 26049 25998 match_174 match_part 1.000 28334 28298 match_part 1.000 27361 27253 match_part 1.000 26948 26625 match_175 match_part 1.000 28334 28298 match_part 1.000 27361 27253 match_part 1.000 26948 26750 match_176 match_part 1.000 37694 37483 match_part 1.000 35491 35389 match_part 1.000 34390 33982 match_177 match_part 1.000 37711 37483 match_part 1.000 35491 35389 match_part 1.000 34390 34001 match_178 match_part 1.000 37700 37483 match_part 1.000 35491 35389 match_part 1.000 34390 34006 match_179 match_part 1.000 37711 37483 match_part 1.000 35491 35389 match_part 0.997 34390 34025 match_180 match_part 1.000 37601 37483 match_part 1.000 35491 35389 match_part 1.000 34390 34025 match_181 match_part 1.000 37690 37483 match_part 1.000 35491 35389 match_part 1.000 34390 34026 match_182 match_part 1.000 37711 37483 match_part 1.000 35491 35389 match_part 0.997 34390 34037 match_183 match_part 0.947 37672 37483 match_part 1.000 35491 35389 match_part 1.000 34390 34037 match_184 match_part 1.000 37665 37483 match_part 1.000 35491 35389 match_part 1.000 34390 34041 match_185 match_part 1.000 35491 35389 match_part 1.000 34390 34048 match_186 match_part 1.000 37707 37483 match_part 1.000 35491 35389 match_part 1.000 34390 34094 match_187 match_part 0.992 37720 37483 match_part 1.000 35491 35389 match_part 0.997 34390 34096 match_188 match_part 1.000 37724 37483 match_part 1.000 35491 35389 match_part 0.996 34390 34118 match_189 match_part 0.989 37756 37483 match_part 1.000 35491 35389 match_part 0.981 34390 34128 match_190 match_part 0.956 37707 37483 match_part 0.990 35491 35389 match_part 0.965 34390 34136 match_191 match_part 1.000 37753 37483 match_part 1.000 35491 35389 match_part 0.996 34390 34166 match_192 match_part 0.920 37683 37483 match_part 0.942 35491 35389 match_part 0.961 34390 34264 match_193 match_part 0.991 37710 37483 match_part 0.990 35491 35389 match_part 1.000 34390 34295 match_194 match_part 0.903 52055 51902 match_195 match_part 1.000 73802 73514 match_part 1.000 72873 72600 match_part 0.973 71992 71626 match_196 match_part 0.945 71985 71659 match_197 match_part 0.979 77808 77715 match_part 0.961 76471 76214 match_part 0.980 76018 75870 match_part 0.942 74062 73823 match_198 match_part 0.919 78086 78013 match_part 0.977 77885 77715 match_part 0.941 76471 76421 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C06SLe0131F12.1 type gene exon 3242 3911 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C06SLe0131F12.1 type gene exon 4003 4703 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C06SLe0131F12.1 type gene exon 6962 7347 exon 7884 8114 exon 8671 8727 exon 8816 8944 exon 9454 9531 exon 9648 9718 exon 9833 9876 exon 9968 10175 exon 11472 12033 exon 14219 14362 exon 15099 15515 gene_4 gene GT_PGL_3_AGS_2 transcript source GenomeThreader seq_id C06SLe0131F12.1 type gene exon 9453 9531 exon 9648 9718 exon 9833 9876 exon 9968 10175 exon 11472 12033 exon 14219 14362 exon 15099 15515 gene_5 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C06SLe0131F12.1 type gene exon 16539 16057 gene_6 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C06SLe0131F12.1 type gene exon 19676 19781 exon 20500 20631 exon 20713 20759 exon 21722 21784 exon 21882 21990 exon 22079 22470 exon 22857 22964 exon 23078 23415 exon 24781 25128 gene_7 gene GT_PGL_5_AGS_2 transcript source GenomeThreader seq_id C06SLe0131F12.1 type gene exon 19676 19781 exon 20500 20631 exon 20713 20759 exon 21722 21784 exon 21882 22470 exon 22857 22964 exon 23078 23415 exon 24781 25128 gene_8 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C06SLe0131F12.1 type gene exon 28347 28298 exon 27361 27253 exon 26948 26871 exon 26759 26726 exon 26625 26557 exon 26049 25598 gene_9 gene GT_PGL_6_AGS_2 transcript source GenomeThreader seq_id C06SLe0131F12.1 type gene exon 28334 28298 exon 27361 27253 exon 26948 26625 gene_10 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C06SLe0131F12.1 type gene exon 28835 28960 exon 29672 29803 exon 29882 29928 exon 30988 31050 exon 31146 31254 exon 31349 31722 exon 32131 32235 exon 32331 32668 exon 33324 33593 gene_11 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C06SLe0131F12.1 type gene exon 37756 37483 exon 35491 35389 exon 34390 33982 gene_12 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C06SLe0131F12.1 type gene exon 39764 40149 exon 41254 42154 exon 42281 42771 gene_13 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C06SLe0131F12.1 type gene exon 46817 47406 gene_14 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C06SLe0131F12.1 type gene exon 51730 51848 exon 51879 52055 gene_15 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C06SLe0131F12.1 type gene exon 52055 51902 gene_16 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C06SLe0131F12.1 type gene exon 55800 56217 gene_17 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C06SLe0131F12.1 type gene exon 61373 61738 exon 64002 64121 exon 64545 64677 exon 66259 66307 exon 66423 66498 exon 67072 67446 gene_18 gene GT_PGL_14_AGS_2 transcript source GenomeThreader seq_id C06SLe0131F12.1 type gene exon 61477 61738 exon 64002 64121 exon 64542 64677 exon 66259 66307 exon 66423 66498 exon 67072 67441 gene_19 gene GT_PGL_15_AGS_1 transcript source GenomeThreader seq_id C06SLe0131F12.1 type gene exon 73802 73514 exon 72873 72600 exon 71992 71626 gene_20 gene GT_PGL_16_AGS_1 transcript source GenomeThreader seq_id C06SLe0131F12.1 type gene exon 78086 78013 exon 77885 77715 exon 76471 76214 exon 76018 75870 exon 74062 73823 RepeatMasker tomato repeats master Unknown00049 381 796 1 Unknown00049 381 796 1 nucleotide_motif 692 4350 4779 TLP2 7 301 1 TLP2 7 301 1 nucleotide_motif 1432 10440 10721 SOD_SINE 64 198 1 SOD_SINE 64 198 1 nucleotide_motif 447 11032 11167 Copia00172 300 521 1 Copia00172 300 521 1 nucleotide_motif 1226 18164 18390 Copia00110 13169 13623 1 Copia00110 13169 13623 1 nucleotide_motif 2132 38114 38592 Gypsy00073 1301 1375 1 Gypsy00073 1301 1375 1 nucleotide_motif 301 38584 38659 Copia00039 265 359 1 Copia00039 265 359 1 nucleotide_motif 571 45789 45883 Copia00039 352 455 1 Copia00039 352 455 1 nucleotide_motif 596 45965 46070 Copia00039 925 988 1 Copia00039 925 988 1 nucleotide_motif 313 46056 46115 Copia00039 925 1108 1 Copia00039 925 1108 1 nucleotide_motif 272 46104 46297 MUDSOLT1 440 507 1 MUDSOLT1 440 507 1 nucleotide_motif 265 52403 52466 Copia00143 95 221 1 Copia00143 95 221 1 nucleotide_motif 273 52920 53047 Copia00004 1 3358 1 Copia00004 1 3358 1 nucleotide_motif 28739 55817 59179 Copia00105 8055 8114 1 Copia00105 8055 8114 1 nucleotide_motif 234 59793 59850 SONATA2 1 157 1 SONATA2 1 157 1 nucleotide_motif 444 64136 64287 SONATA2 8 253 1 SONATA2 8 253 1 nucleotide_motif 956 69157 69402 TS2 585 650 1 TS2 585 650 1 nucleotide_motif 260 74545 74611 RepeatMasker tomato repeats master Copia00172 286 515 -1 Copia00172 286 515 -1 nucleotide_motif 1278 958 725 TS2 109 583 -1 TS2 109 583 -1 nucleotide_motif 654 12817 12343 Unknown00043 6981 7083 -1 Unknown00043 6981 7083 -1 nucleotide_motif 238 24052 23950 Gypsy00043 529 1314 -1 Gypsy00043 529 1314 -1 nucleotide_motif 5200 52399 51548 TOTO1_LP_I 2693 3244 -1 TOTO1_LP_I 2693 3244 -1 nucleotide_motif 4293 56163 55609 BLAST_tomato_bacs Tomato BAC sequences BLAST_tomato_bacs Tomato BAC sequences match_1 match 5089 56197 59172 match_2 match 1461 53632 54687 match_3 match 4304 56197 58587 match_4 match 1461 53632 54687 match_5 match 5111 56200 59172 match_6 match 1594 53523 54687 match_7 match 4990 56197 59172 match_8 match 2589 56197 57673 match_9 match 2518 57748 59172 match_10 match 1568 53567 54681 match_11 match 5241 56213 59172 match_12 match 1768 53520 54687 match_13 match 1568 53567 54681 match_14 match 4976 56197 59172 match_15 match 4103 56197 58637 match_16 match 5378 56197 59172 match_17 match 5045 56371 59172 match_18 match 1806 53520 54687 match_19 match 2377 37340 38559 match_20 match 2593 720 2075 match_21 match 2732 54742 56173 match_22 match 3081 63827 65476 match_23 match 3868 25813 27763 match_24 match 4349 23557 25798 match_25 match 5560 33738 36587 match_26 match 5870 56197 59178 match_27 match 6516 39577 42959 match_28 match 6722 29158 32713 match_29 match 6875 16478 match_30 match 2260 53520 54687 match_31 match 6813 19942 23472 match_32 match 5222 56198 59172 match_33 match 2593 720 2075 match_34 match 9714 6875 11966 match_35 match 5396 56222 59172 match_36 match 5329 56248 59172 match_37 match 1750 53520 54687 match_38 match 1982 58065 59172 match_39 match 3314 56197 58029 match_40 match 2559 57798 59172 match_41 match 5329 56212 59172 match_42 match 4207 56670 59172 match_43 match 5233 56197 59172 match_44 match 1594 53523 54687 match_45 match 5329 56212 59172 match_46 match 3624 57084 59172 match_47 match 5188 56237 59172 match_48 match 5414 56197 59172 match_49 match 1070 56343 57489 match_50 match 5289 56197 59172 match_51 match 3755 56197 58359 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) match_1 match 1233 33 681 match_2 match 1231 11274 11930 match_3 match 1148 18989 19588 match_4 match 1176 37360 37973 match_5 match 1132 57840 58437 match_6 match 1189 74954 75584 match_7 match 1138 77792 78369 match_8 match 1100 77812 78366 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_1 match_part 1.000 3242 3911 match_2 match_part 0.990 3242 3629 match_3 match_part 0.994 4003 4703 match_4 match_part 0.997 6962 7347 match_part 0.996 7884 8114 match_part 1.000 8671 8727 match_part 1.000 8816 8944 match_part 1.000 9454 9531 match_part 1.000 9648 9718 match_part 1.000 9833 9876 match_part 1.000 9968 10175 match_part 1.000 11472 12033 match_part 1.000 14219 14362 match_part 0.996 15099 15351 match_5 match_part 0.969 6967 7347 match_part 1.000 7884 7903 match_6 match_part 0.978 6981 7347 match_part 0.987 7884 8114 match_7 match_part 0.987 7957 8114 match_part 1.000 8671 8727 match_part 0.992 8816 8944 match_part 1.000 9454 9531 match_part 0.986 9648 9718 match_part 0.953 9833 9875 match_8 match_part 0.962 9453 9531 match_part 1.000 9648 9718 match_part 0.977 9833 9876 match_part 0.981 9968 10124 match_9 match_part 1.000 10021 10175 match_part 1.000 11472 12033 match_part 1.000 14219 14249 match_10 match_part 0.993 10030 10175 match_part 0.982 11472 11750 match_11 match_part 1.000 10139 10175 match_part 1.000 11472 11987 match_12 match_part 1.000 10149 10175 match_part 1.000 11472 12001 match_13 match_part 0.988 11705 12033 match_part 1.000 14219 14287 match_14 match_part 1.000 11853 12033 match_part 1.000 14219 14362 match_part 0.981 15099 15515 match_15 match_part 0.985 15103 15515 match_16 match_part 1.000 19689 19781 match_part 0.992 20500 20631 match_part 1.000 20713 20759 match_part 1.000 21722 21784 match_part 1.000 21882 21990 match_part 1.000 22079 22138 match_17 match_part 1.000 19691 19781 match_part 1.000 20500 20631 match_part 1.000 20713 20759 match_part 1.000 21722 21784 match_part 1.000 21882 21990 match_part 1.000 22079 22141 match_18 match_part 0.988 19701 19781 match_part 1.000 20500 20631 match_part 1.000 20713 20759 match_part 1.000 21722 21784 match_part 1.000 21882 21990 match_part 1.000 22079 22171 match_19 match_part 1.000 22222 22470 match_part 0.991 22857 22964 match_part 1.000 23078 23122 match_20 match_part 1.000 22894 22964 match_part 1.000 23078 23415 match_part 0.960 24781 25077 match_21 match_part 1.000 22894 22964 match_part 1.000 23078 23415 match_part 0.990 24781 25073 match_22 match_part 1.000 28835 28960 match_part 1.000 29672 29803 match_part 1.000 29882 29928 match_part 1.000 30988 31050 match_part 1.000 31146 31164 match_23 match_part 0.989 28874 28960 match_part 1.000 29672 29803 match_part 1.000 29882 29928 match_part 1.000 30988 31050 match_part 0.986 31146 31217 match_24 match_part 1.000 28892 28960 match_part 1.000 29672 29803 match_part 1.000 29882 29928 match_part 1.000 30988 31050 match_part 1.000 31146 31254 match_part 1.000 31349 31548 match_25 match_part 0.970 28894 28960 match_part 1.000 29672 29803 match_part 1.000 29882 29928 match_part 1.000 30988 31050 match_part 1.000 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match_122 match_part 0.993 16497 16065 match_123 match_part 1.000 16497 16065 match_124 match_part 0.995 16495 16076 match_125 match_part 0.911 28342 28298 match_part 1.000 27361 27253 match_part 1.000 26948 26871 match_part 1.000 26759 26726 match_part 1.000 26625 26557 match_part 1.000 26049 25598 match_126 match_part 1.000 26601 26557 match_part 0.987 26049 25678 match_127 match_part 0.994 26013 25686 match_128 match_part 0.961 25996 25692 match_129 match_part 0.886 28332 28298 match_part 0.963 27361 27253 match_part 1.000 26948 26871 match_part 1.000 26759 26726 match_part 1.000 26625 26557 match_part 0.973 26049 25713 match_130 match_part 1.000 28329 28298 match_part 1.000 27361 27253 match_part 1.000 26948 26871 match_part 1.000 26759 26726 match_part 1.000 26625 26557 match_part 1.000 26049 25720 match_131 match_part 1.000 28337 28298 match_part 0.972 27361 27253 match_part 1.000 26948 26871 match_part 1.000 26759 26726 match_part 1.000 26625 26557 match_part 0.988 26049 25790 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37483 match_part 1.000 35491 35389 match_part 1.000 34390 34025 match_147 match_part 1.000 37690 37483 match_part 1.000 35491 35389 match_part 1.000 34390 34026 match_148 match_part 1.000 37711 37483 match_part 1.000 35491 35389 match_part 0.997 34390 34037 match_149 match_part 0.947 37672 37483 match_part 1.000 35491 35389 match_part 1.000 34390 34037 match_150 match_part 1.000 37665 37483 match_part 1.000 35491 35389 match_part 1.000 34390 34041 match_151 match_part 1.000 35491 35389 match_part 1.000 34390 34048 match_152 match_part 1.000 37707 37483 match_part 1.000 35491 35389 match_part 1.000 34390 34094 match_153 match_part 0.992 37720 37483 match_part 1.000 35491 35389 match_part 0.997 34390 34096 match_154 match_part 1.000 37724 37483 match_part 1.000 35491 35389 match_part 0.996 34390 34118 match_155 match_part 0.989 37756 37483 match_part 1.000 35491 35389 match_part 0.981 34390 34128 match_156 match_part 1.000 37753 37483 match_part 1.000 35491 35389 match_part 0.996 34390 34166 match_157 match_part 0.991 37710 37483 match_part 0.990 35491 35389 match_part 1.000 34390 34295 match_158 match_part 0.903 52055 51902 match_159 match_part 1.000 73802 73514 match_part 1.000 72873 72600 match_part 0.973 71992 71626 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C06SLe0131F12.1 type gene exon 3242 3911 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C06SLe0131F12.1 type gene exon 4003 4703 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C06SLe0131F12.1 type gene exon 6962 7347 exon 7884 8114 exon 8671 8727 exon 8816 8944 exon 9454 9531 exon 9648 9718 exon 9833 9876 exon 9968 10175 exon 11472 12033 exon 14219 14362 exon 15099 15515 gene_4 gene GT_PGL_3_AGS_2 transcript source GenomeThreader seq_id C06SLe0131F12.1 type gene exon 9453 9531 exon 9648 9718 exon 9833 9876 exon 9968 10175 exon 11472 12033 exon 14219 14362 exon 15099 15515 gene_5 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C06SLe0131F12.1 type gene exon 16497 16057 gene_6 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C06SLe0131F12.1 type gene exon 19689 19781 exon 20500 20631 exon 20713 20759 exon 21722 21784 exon 21882 21990 exon 22079 22171 gene_7 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C06SLe0131F12.1 type gene exon 22222 22470 exon 22857 22964 exon 23078 23415 exon 24781 25077 gene_8 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C06SLe0131F12.1 type gene exon 28342 28298 exon 27361 27253 exon 26948 26871 exon 26759 26726 exon 26625 26557 exon 26049 25598 gene_9 gene GT_PGL_7_AGS_2 transcript source GenomeThreader seq_id C06SLe0131F12.1 type gene exon 28334 28298 exon 27361 27253 exon 26948 26625 gene_10 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C06SLe0131F12.1 type gene exon 28835 28960 exon 29672 29803 exon 29882 29928 exon 30988 31050 exon 31146 31254 exon 31349 31722 exon 32131 32235 exon 32331 32668 exon 33324 33550 gene_11 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C06SLe0131F12.1 type gene exon 37756 37483 exon 35491 35389 exon 34390 33982 gene_12 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C06SLe0131F12.1 type gene exon 39764 40149 exon 41254 42154 exon 42281 42771 gene_13 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C06SLe0131F12.1 type gene exon 46817 47406 gene_14 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C06SLe0131F12.1 type gene exon 51730 51848 exon 51879 52055 gene_15 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C06SLe0131F12.1 type gene exon 52055 51902 gene_16 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C06SLe0131F12.1 type gene exon 55800 56217 gene_17 gene GT_PGL_15_AGS_1 transcript source GenomeThreader seq_id C06SLe0131F12.1 type gene exon 61373 61738 exon 64002 64121 exon 64545 64677 exon 66259 66307 exon 66423 66498 exon 67072 67446 gene_18 gene GT_PGL_15_AGS_2 transcript source GenomeThreader seq_id C06SLe0131F12.1 type gene exon 61477 61738 exon 64002 64121 exon 64542 64677 exon 66259 66307 exon 66423 66498 exon 67072 67440 gene_19 gene GT_PGL_16_AGS_1 transcript source GenomeThreader seq_id C06SLe0131F12.1 type gene exon 73802 73514 exon 72873 72600 exon 71992 71626 AUGUSTUS_tom_cdna de novo gene_1 gene 1 7312 15245 transcript_1 transcript 7312 15245 start_codon_1 start_codon 7312 7314 CDS_1 CDS 7312 7347 CDS_2 CDS 7884 8114 CDS_3 CDS 8671 8727 CDS_4 CDS 8816 8944 CDS_5 CDS 9454 9531 CDS_6 CDS 9648 9718 CDS_7 CDS 9833 9876 CDS_8 CDS 9968 10175 CDS_9 CDS 11472 12033 CDS_10 CDS 14219 14362 CDS_11 CDS 15099 15245 stop_codon_1 stop_codon 15243 15245 gene_2 gene 1 19540 23381 transcript_2 transcript 19540 23381 start_codon_2 start_codon 19540 19542 CDS_12 CDS 19540 19562 CDS_13 CDS 19772 19781 CDS_14 CDS 20500 20631 CDS_15 CDS 20713 20759 CDS_16 CDS 21722 21784 CDS_17 CDS 21882 21990 CDS_18 CDS 22079 22470 CDS_19 CDS 22857 22964 CDS_20 CDS 23078 23381 stop_codon_2 stop_codon 23379 23381 gene_3 gene 1 28560 33356 transcript_3 transcript 28560 33356 start_codon_3 start_codon 28560 28562 CDS_21 CDS 28560 28571 CDS_22 CDS 28829 28881 CDS_23 CDS 28951 28960 CDS_24 CDS 29672 29803 CDS_25 CDS 29882 29928 CDS_26 CDS 30988 31050 CDS_27 CDS 31146 31254 CDS_28 CDS 31349 31722 CDS_29 CDS 32131 32235 CDS_30 CDS 32331 32562 CDS_31 CDS 32654 32668 CDS_32 CDS 33324 33356 stop_codon_3 stop_codon 33354 33356 gene_4 gene 1 38818 41533 transcript_4 transcript 38818 41533 start_codon_4 start_codon 38818 38820 CDS_33 CDS 38818 38858 CDS_34 CDS 39898 40149 CDS_35 CDS 41254 41533 stop_codon_4 stop_codon 41531 41533 gene_5 gene 1 41994 61565 transcript_5 transcript 41994 61565 start_codon_5 start_codon 41994 41996 CDS_36 CDS 41994 42154 CDS_37 CDS 42281 42549 CDS_38 CDS 60411 60466 CDS_39 CDS 61527 61565 stop_codon_5 stop_codon 61563 61565 gene_6 gene 1 61655 67188 transcript_6 transcript 61655 67188 start_codon_6 start_codon 61655 61657 CDS_40 CDS 61655 61738 CDS_41 CDS 64002 64121 CDS_42 CDS 64545 64677 CDS_43 CDS 66259 66307 CDS_44 CDS 66423 66498 CDS_45 CDS 67072 67188 stop_codon_6 stop_codon 67186 67188 AUGUSTUS_tom_cdna de novo gene_7 gene 1 16705 16262 transcript_7 transcript 16705 16262 stop_codon_7 stop_codon 16264 16262 CDS_46 CDS 16705 16262 start_codon_7 start_codon 16705 16703 gene_8 gene 1 28346 25972 transcript_8 transcript 28346 25972 stop_codon_8 stop_codon 25974 25972 CDS_47 CDS 26049 25972 CDS_48 CDS 26625 26557 CDS_49 CDS 26759 26726 CDS_50 CDS 26948 26871 CDS_51 CDS 27361 27253 CDS_52 CDS 28346 28298 start_codon_8 start_codon 28346 28344 gene_9 gene 1 37674 34239 transcript_9 transcript 37674 34239 stop_codon_9 stop_codon 34241 34239 CDS_53 CDS 34390 34239 CDS_54 CDS 35491 35389 CDS_55 CDS 37674 37483 start_codon_9 start_codon 37674 37672 gene_10 gene 1 82607 71876 transcript_10 transcript 82607 71876 stop_codon_10 stop_codon 71878 71876 CDS_56 CDS 71992 71876 CDS_57 CDS 72873 72600 CDS_58 CDS 74088 73514 CDS_59 CDS 77885 77715 CDS_60 CDS 78153 78070 CDS_61 CDS 78924 78589 CDS_62 CDS 79976 79881 CDS_63 CDS 80111 80052 CDS_64 CDS 81779 81638 CDS_65 CDS 82607 82362 AUGUSTUS_ab_initio de novo gene_1 gene 1 7312 12039 transcript_1 transcript 7312 12039 start_codon_1 start_codon 7312 7314 CDS_1 CDS 7312 7347 CDS_2 CDS 7884 8114 CDS_3 CDS 9454 9531 CDS_4 CDS 9648 9718 CDS_5 CDS 11472 12039 stop_codon_1 stop_codon 12037 12039 gene_2 gene 1 22245 42683 transcript_2 transcript 22245 42683 start_codon_2 start_codon 22245 22247 CDS_6 CDS 22245 22328 CDS_7 CDS 29672 29803 CDS_8 CDS 35984 36129 CDS_9 CDS 39898 40149 CDS_10 CDS 41254 41529 CDS_11 CDS 41987 42154 CDS_12 CDS 42281 42683 stop_codon_2 stop_codon 42681 42683 AUGUSTUS_ab_initio de novo gene_3 gene 1 16618 16262 transcript_3 transcript 16618 16262 stop_codon_3 stop_codon 16264 16262 CDS_13 CDS 16618 16262 start_codon_3 start_codon 16618 16616 gene_4 gene 1 80111 71876 transcript_4 transcript 80111 71876 stop_codon_4 stop_codon 71878 71876 CDS_14 CDS 71992 71876 CDS_15 CDS 72873 72600 CDS_16 CDS 76018 75870 CDS_17 CDS 77885 77715 CDS_18 CDS 78153 78070 CDS_19 CDS 80111 80052 AUGUSTUS_tom_ugs de novo gene_1 gene 1 7312 12039 transcript_1 transcript 7312 12039 start_codon_1 start_codon 7312 7314 CDS_1 CDS 7312 7347 CDS_2 CDS 7884 8114 CDS_3 CDS 9454 9531 CDS_4 CDS 9648 9718 CDS_5 CDS 11472 12039 stop_codon_1 stop_codon 12037 12039 gene_2 gene 1 20500 22474 transcript_2 transcript 20500 22474 start_codon_2 start_codon 20500 20502 CDS_6 CDS 20500 20631 CDS_7 CDS 22079 22474 stop_codon_2 stop_codon 22472 22474 gene_3 gene 1 29687 32637 transcript_3 transcript 29687 32637 start_codon_3 start_codon 29687 29689 CDS_8 CDS 29687 29803 CDS_9 CDS 29882 29928 CDS_10 CDS 30988 31050 CDS_11 CDS 31146 31254 CDS_12 CDS 31349 31722 CDS_13 CDS 32131 32235 CDS_14 CDS 32331 32637 stop_codon_3 stop_codon 32635 32637 gene_4 gene 1 33087 42683 transcript_4 transcript 33087 42683 start_codon_4 start_codon 33087 33089 CDS_15 CDS 33087 33095 CDS_16 CDS 35984 36129 CDS_17 CDS 39898 40149 CDS_18 CDS 41254 41529 CDS_19 CDS 41987 42154 CDS_20 CDS 42281 42683 stop_codon_4 stop_codon 42681 42683 gene_5 gene 1 61655 67188 transcript_5 transcript 61655 67188 start_codon_5 start_codon 61655 61657 CDS_21 CDS 61655 61738 CDS_22 CDS 64002 64121 CDS_23 CDS 64545 64677 CDS_24 CDS 66259 66307 CDS_25 CDS 66423 66498 CDS_26 CDS 67072 67188 stop_codon_5 stop_codon 67186 67188 AUGUSTUS_tom_ugs de novo gene_6 gene 1 16705 16262 transcript_6 transcript 16705 16262 stop_codon_6 stop_codon 16264 16262 CDS_27 CDS 16705 16262 start_codon_6 start_codon 16705 16703 gene_7 gene 1 28346 25972 transcript_7 transcript 28346 25972 stop_codon_7 stop_codon 25974 25972 CDS_28 CDS 26049 25972 CDS_29 CDS 26625 26557 CDS_30 CDS 26759 26726 CDS_31 CDS 26948 26871 CDS_32 CDS 27361 27253 CDS_33 CDS 28346 28298 start_codon_7 start_codon 28346 28344 gene_8 gene 1 82607 71876 transcript_8 transcript 82607 71876 stop_codon_8 stop_codon 71878 71876 CDS_34 CDS 71992 71876 CDS_35 CDS 72873 72600 CDS_36 CDS 74088 73514 CDS_37 CDS 77885 77715 CDS_38 CDS 78153 78070 CDS_39 CDS 78924 78589 CDS_40 CDS 79976 79881 CDS_41 CDS 80111 80052 CDS_42 CDS 81779 81638 CDS_43 CDS 82607 82362 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_1 match_part 1.000 3242 3911 match_2 match_part 0.971 6968 7347 match_part 0.991 7884 8114 match_part 1.000 8671 8727 match_part 0.992 8816 8944 match_part 1.000 9454 9531 match_part 0.986 9648 9718 match_part 1.000 9833 9876 match_part 1.000 9968 10175 match_part 1.000 11472 12033 match_part 1.000 14219 14362 match_part 0.998 15099 15515 match_3 match_part 0.914 19724 19781 match_part 1.000 20500 20631 match_part 1.000 20713 20759 match_part 1.000 21722 21784 match_part 1.000 21882 21990 match_part 1.000 22079 22165 match_4 match_part 1.000 28835 28960 match_part 1.000 29672 29803 match_part 1.000 29882 29928 match_part 1.000 30988 31050 match_part 1.000 31146 31254 match_part 1.000 31349 31722 match_part 1.000 32131 32227 match_5 match_part 1.000 32156 32235 match_part 1.000 32331 32668 match_part 1.000 33324 33550 match_6 match_part 1.000 39765 40149 match_part 1.000 41254 42154 match_part 1.000 42281 42771 match_7 match_part 1.000 61373 61738 match_part 1.000 64002 64121 match_part 1.000 64545 64677 match_part 1.000 66259 66307 match_part 1.000 66423 66498 match_part 1.000 67072 67429 match_8 match_part 0.857 61515 61738 match_part 1.000 64002 64121 match_part 0.977 64545 64677 match_part 0.898 66259 66307 match_part 1.000 66423 66498 match_part 0.973 67072 67146 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_9 match_part 0.994 4703 4003 match_10 match_part 1.000 16497 16065 match_11 match_part 1.000 28337 28298 match_part 1.000 27361 27253 match_part 1.000 26948 26871 match_part 1.000 26759 26726 match_part 1.000 26625 26557 match_part 1.000 26049 25598 match_12 match_part 0.965 56223 55800 match_13 match_part 1.000 73802 73514 match_part 1.000 72873 72600 match_part 0.973 71992 71626 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C06SLe0131F12.1 type gene exon 3242 3911 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C06SLe0131F12.1 type gene exon 4703 4003 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C06SLe0131F12.1 type gene exon 6968 7347 exon 7884 8114 exon 8671 8727 exon 8816 8944 exon 9454 9531 exon 9648 9718 exon 9833 9876 exon 9968 10175 exon 11472 12033 exon 14219 14362 exon 15099 15515 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C06SLe0131F12.1 type gene exon 16497 16065 gene_5 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C06SLe0131F12.1 type gene exon 19724 19781 exon 20500 20631 exon 20713 20759 exon 21722 21784 exon 21882 21990 exon 22079 22165 gene_6 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C06SLe0131F12.1 type gene exon 28337 28298 exon 27361 27253 exon 26948 26871 exon 26759 26726 exon 26625 26557 exon 26049 25598 gene_7 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C06SLe0131F12.1 type gene exon 28835 28960 exon 29672 29803 exon 29882 29928 exon 30988 31050 exon 31146 31254 exon 31349 31722 exon 32131 32235 exon 32331 32668 exon 33324 33550 gene_8 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C06SLe0131F12.1 type gene exon 39765 40149 exon 41254 42154 exon 42281 42771 gene_9 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C06SLe0131F12.1 type gene exon 56223 55800 gene_10 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C06SLe0131F12.1 type gene exon 61373 61738 exon 64002 64121 exon 64545 64677 exon 66259 66307 exon 66423 66498 exon 67072 67429 gene_11 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C06SLe0131F12.1 type gene exon 73802 73514 exon 72873 72600 exon 71992 71626 GenomeThreader_SGN_markers SGN marker sequences match_1 match_part 1.000 24783 25302 GenomeThreader_SGN_markers SGN marker sequences match_2 match_part 0.998 25938 25447 match_3 match_part 1.000 28337 28298 match_part 1.000 27361 27253 match_part 1.000 26948 26871 match_part 1.000 26759 26726 match_part 1.000 26625 26557 match_part 1.000 26049 25686 match_4 match_part 0.907 28351 28298 match_part 0.945 27361 27253 match_part 0.974 26948 26871 match_part 0.941 26759 26726 match_part 0.957 26625 26557 match_part 0.881 26049 25932 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C06SLe0131F12.1 type gene exon 24783 25302 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C06SLe0131F12.1 type gene exon 28351 28298 exon 27361 27253 exon 26948 26871 exon 26759 26726 exon 26625 26557 exon 26049 25447 AUGUSTUS_tom_pot_cdna de novo gene_1 gene 1 7312 15245 transcript_1 transcript 7312 15245 start_codon_1 start_codon 7312 7314 CDS_1 CDS 7312 7347 CDS_2 CDS 7884 8114 CDS_3 CDS 8671 8727 CDS_4 CDS 8816 8944 CDS_5 CDS 9454 9531 CDS_6 CDS 9648 9718 CDS_7 CDS 9833 9876 CDS_8 CDS 9968 10175 CDS_9 CDS 11472 12033 CDS_10 CDS 14219 14362 CDS_11 CDS 15099 15245 stop_codon_1 stop_codon 15243 15245 gene_2 gene 1 19540 24837 transcript_2 transcript 19540 24837 start_codon_2 start_codon 19540 19542 CDS_12 CDS 19540 19562 CDS_13 CDS 19772 19781 CDS_14 CDS 20500 20631 CDS_15 CDS 20713 20759 CDS_16 CDS 21722 21784 CDS_17 CDS 21882 21990 CDS_18 CDS 22079 22470 CDS_19 CDS 22857 22964 CDS_20 CDS 23078 23177 CDS_21 CDS 23401 23415 CDS_22 CDS 24781 24837 stop_codon_2 stop_codon 24835 24837 gene_3 gene 1 28560 33356 transcript_3 transcript 28560 33356 start_codon_3 start_codon 28560 28562 CDS_23 CDS 28560 28571 CDS_24 CDS 28829 28881 CDS_25 CDS 28951 28960 CDS_26 CDS 29672 29803 CDS_27 CDS 29882 29928 CDS_28 CDS 30988 31050 CDS_29 CDS 31146 31254 CDS_30 CDS 31349 31722 CDS_31 CDS 32131 32235 CDS_32 CDS 32331 32562 CDS_33 CDS 32654 32668 CDS_34 CDS 33324 33356 stop_codon_3 stop_codon 33354 33356 gene_4 gene 1 38818 41533 transcript_4 transcript 38818 41533 start_codon_4 start_codon 38818 38820 CDS_35 CDS 38818 38858 CDS_36 CDS 39898 40149 CDS_37 CDS 41254 41533 stop_codon_4 stop_codon 41531 41533 gene_5 gene 1 41994 61565 transcript_5 transcript 41994 61565 start_codon_5 start_codon 41994 41996 CDS_38 CDS 41994 42154 CDS_39 CDS 42281 42549 CDS_40 CDS 60411 60466 CDS_41 CDS 61527 61565 stop_codon_5 stop_codon 61563 61565 gene_6 gene 1 61655 67188 transcript_6 transcript 61655 67188 start_codon_6 start_codon 61655 61657 CDS_42 CDS 61655 61738 CDS_43 CDS 64002 64121 CDS_44 CDS 64545 64677 CDS_45 CDS 66259 66307 CDS_46 CDS 66423 66498 CDS_47 CDS 67072 67188 stop_codon_6 stop_codon 67186 67188 AUGUSTUS_tom_pot_cdna de novo gene_7 gene 1 16705 16262 transcript_7 transcript 16705 16262 stop_codon_7 stop_codon 16264 16262 CDS_48 CDS 16705 16262 start_codon_7 start_codon 16705 16703 gene_8 gene 1 28346 25972 transcript_8 transcript 28346 25972 stop_codon_8 stop_codon 25974 25972 CDS_49 CDS 26049 25972 CDS_50 CDS 26625 26557 CDS_51 CDS 26759 26726 CDS_52 CDS 26948 26871 CDS_53 CDS 27361 27253 CDS_54 CDS 28346 28298 start_codon_8 start_codon 28346 28344 gene_9 gene 1 37674 34239 transcript_9 transcript 37674 34239 stop_codon_9 stop_codon 34241 34239 CDS_55 CDS 34390 34239 CDS_56 CDS 35491 35389 CDS_57 CDS 37674 37483 start_codon_9 start_codon 37674 37672 gene_10 gene 1 82607 71876 transcript_10 transcript 82607 71876 stop_codon_10 stop_codon 71878 71876 CDS_58 CDS 71992 71876 CDS_59 CDS 72873 72600 CDS_60 CDS 74088 73514 CDS_61 CDS 77885 77715 CDS_62 CDS 78153 78070 CDS_63 CDS 78924 78589 CDS_64 CDS 79976 79881 CDS_65 CDS 80111 80052 CDS_66 CDS 81779 81638 CDS_67 CDS 82607 82362 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_1 match 250 41985 42677 match_2 match 158 39836 40162 match_3 match 158 41252 41530 match_4 match 142 42015 42680 match_5 match 132 41943 42668 match_6 match 155 41985 42677 match_7 match 123 41297 41530 match_8 match 134 41988 42665 match_9 match 107 41297 41527 match_10 match 134 41988 42665 match_11 match 107 41297 41527 match_12 match 158 11470 12036 match_13 match 121 7881 8114 match_14 match 58.2 22070 22471 match_15 match 89.4 32329 32634 match_16 match 47.0 32141 32239 match_17 match 67.4 21880 21999 match_18 match 21.2 21753 21779 match_19 match 58.2 22070 22471 match_20 match 89.4 32329 32634 match_21 match 47.0 32141 32239 match_22 match 67.4 21880 21999 match_23 match 21.2 21753 21779 match_24 match 58.2 22070 22471 match_25 match 89.4 32329 32634 match_26 match 47.0 32141 32239 match_27 match 67.4 21880 21999 match_28 match 21.2 21753 21779 match_29 match 236 41985 42677 match_30 match 140 39854 40162 match_31 match 162 41252 41530 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_32 match 105 1923 1516 match_33 match 105 1923 1522 match_34 match 112 76495 76211 match_35 match 74.3 78156 77989 match_36 match 142 72872 72606 match_37 match 98.2 77888 77715 match_38 match 132 1920 1522 match_39 match 152 1923 1522 match_40 match 134 1923 1522 match_41 match 82.0 78153 77989 match_42 match 136 72872 72603 match_43 match 102 77888 77715 match_44 match 118 1923 1522 match_45 match 128 1923 1522 match_46 match 113 76495 76148 match_47 match 76.6 78153 77989 match_48 match 146 72872 72606 match_49 match 102 77888 77715 match_50 match 110 76495 76211 match_51 match 76.6 78153 77989 match_52 match 144 72872 72606 match_53 match 102 77888 77715 match_54 match 110 76495 76211 match_55 match 76.6 78153 77989 match_56 match 144 72872 72606 match_57 match 102 77888 77715 match_58 match 105 1923 1516 match_59 match 302 57954 56506 match_60 match 125 74058 73513 match_61 match 121 76495 76211 match_62 match 85.1 78156 77989 match_63 match 174 72872 72591 match_64 match 109 77888 77715 match_65 match 125 74058 73513 match_66 match 121 76495 76211 match_67 match 85.1 78156 77989 match_68 match 174 72872 72591 match_69 match 109 77888 77715 match_70 match 115 1920 1519 match_71 match 135 1923 1522 match_72 match 126 57348 56653