C06SLm0099A03.1 GATCATATCCTTCTCATATCAAGCTGGAAAAAAGGAGACAAAAAAAAAAAAATCGATTCG AAGTATCTCATGAGATAATATATATAGTATACCAAATATATCTATATATATATAAAAAAA AATTAATGAAACGGATAAGATCTGTCAGTTCCGTAAAAATTTTGTGTTTGAGCTCTTAAA TATAACGTACTTATAGTAGAATGAATGATATATATCTCTCTATCTTATAACTAAAGATTT GGGAATCGAATTTTGAAAGTAGAGAAATTCTTTATAACAAGACACTTTTAATTAATAATT TTTTATTTTCTCATAAAGTCACTTTTATTCTTGATTTTAATTTTTTTTTGATAATTGAAA TAATTAATTATTATTACTTTGAGTAATCATCTAAGGAATTGGTTAATTTTATATAACATG AACTTAAATCAATCACGTAAATAATTATTTAATATTAGTAGATATACCAACAATAAAATA TCAATCATAAATCATACTTTCTCATTTTTTTTAAGCGGCTTTTATATGTAAGGTGAATCG TATCTCAATTATTAGTGAATCCAATTAATAAAATAAACAATATATTAGTAGTTGGAAATT ATGTCAGAGATGAACTAATCAATTTCATAACTTAAGTGCATCAACTACAACATCGATCGA CAGACAGATCACTTCTTTTATTGTTATCCAATCAAAAGTAAGTTAAATTTGTCTCAAAGT TGCCTTGTCGACATCATGATATATATATATATGTTATTTTTTTTACGAATAGAAATAAAA ATCAGTACACTTATTTACTAAATAAAATAAGAAGATTCTCCGTACATAACATATACAATA TATTAAAATCCACTTAAATACTTCTTTCCACTTATGGTCCCCTTGTTAAAGCACATTTTT TTTTCAGTATAAAGCATAACACTATTATTATATTATGTTAAGCGTGATATTTCATCCCAA AGCACAATTCACGATTCTTCAACATAAATAGGTCCTTTAGCAAAAAGACCATGATATAAA TCCACTTTAACTCTATAAAAGAAATAGAGAAAGAATAAATTTAAGAAAAAGCTACACATT TAGATATACTTCATTATCATATATATTTTTATTATTTATACTTTTAAAACATTATGTATT TTATCATTAATTAAAAGTTTAGTATGTATCTTACACTTAGGTATACATATTTTGCTATTA TATGCACTAAAATAGAGAGGGACAAGCGAGATTTGAGAGGGAGGCGAACAAGACTCGAAT GAATCGCAAATATATGTGAATCACACTAGATACATGTATCTGTATGCATCTGGAGGGATT CACATATATCTGGGATACCAGATACATTAGAGAGTGGTGAGGGAGATGGGAGAGACGAGG AAAGCAAGCGAGATTTGATATGTATTCTAAATACATGTGAATCTACTTGGATACAATGTA TCTAGAGTACAAATTATAGCTAAATTGATCCCACATATCTTAATTACCGATATTTATACA TACTTGGAGACACTAAAATCTAGTAAGATAAATAATATTGCAAACTAAAATATATTTAAA AAATTAGTTTTTGAATTAATGAAATTTATGCAAGTTGTCCTAAATTTAATTCATATATAT TCATGTTTACACCCAACTATTAAATACAAGACAAGTTTCTTCATTTTAATATTTGATTAG TAAGTTAAATTTTTGAGGTTAGTGTGAATGGATTGTGAGTAGAAAAATCAAACTCTTGAT GTCCACAGCCCACAACATTATATTATATAAGAATAAAAAGTATAGTGTATGTATATATAT ATCCAACTTGTTGATTCTCTTTTAGTTATCACAATCAACTTGTATAGTCTCAGTGGATAT TTTACAATTAGTTGCAACTTACGACCTTTACTTGTTATTAGGCCAATTTGTTTCTCAAAT AAAGTATATACAAAAATTTGTCCTATGTTCAAAACGTGTGGGAAACATGATTGCAATTTG CATATGCATGCCAGTGAGTACGTACGTACTTGTTAAAATGGTAAATAAGTAGTTTCACAC TTACGTTGTACTTGGTACTACGAAAGATAATATTTTTTTATAAATAATTACACACTTGTT GTATATTTGATTTGAAGAAAGATGTTTTTTTCTAAATAGTGAGATAAAGAAAAAAGCATT TTCATAATATAATAAAAAGTATATAGTGTCGTTTGATATGTGAGATAAAAGTATTTTAAT ATCGAGACAAAGAGCGAGATAAAATAGTATTTAAATTAGTTAATTATCTCGAGATTATTA TTTCTATCAATATCTGTGTCACGATCCCAAAAATCACCAGTCGTGATGGCACCTATGTTC CCAACCAATAGGTAAGCCAACCAACACATTTTAACAGACATAACTAACTAATGAGTGAAA AGACAACAATTAGTCAACTCTCCAACACTGAGTTCCTTATAATTAAGAATGCGGAAAATT GAAAAAAAAATACTACCCAAGAATTGATGTCATAAGTACAAGAGCTTCTATAATACGATG CAAATCTGAAACTAGAATGACAAATCTAACATAAGGAATATCTTGTCTGAAAACTGAATA ACAGAATAAATAAAAGATAGAGGGAGGTGTGGGCCACAGAACAACCAAGCAGCTCACCAC GACTACAATGCACTTTAAATTCGGACTCAAACTGCTCCTCGAGATGTGCTCCTACTCGAA ATCGAATCTGCACCACAAAGAATGCAATAAATATAGAATGAGTATGAAATCACGTGTACT CAGTATGTCTCATTGACCGGTAACGAATAAATAATAACGAAAATTTATATAAGAAAAATA AATTCACAGGCAAGTAGACATGTCATGACTCATGTCCTGTCACATTAAAGAAAAAGATAA AACGTACGTAGCACTAATTCAAATGTGCAAGTGTATCTTTGTGCATGTACCTCACTAGTC GACACATCCCACGGCATCTTGTTTCGTTTTTTTAAAAAACTTGAGAAGCTACATATTTTC CACTCTGCTTTCTACTAAAGTGAAATTAAATTCTACCCCCTTTTACGTCCACTCTTATAA ACGTAGCGAACGTGGTCTCTAATATTTCCAATAATAAAAACAATGCTATTATATTTACTA ATTTTTTTCTATAGTTTGAATTTCGAAATAATTACATATTGTTTATTAATAATCTCAAAT CAGAAATATTTAAATACATATATTACTCGACGATCGAGGGAGAAGGATGAACGAGAAAGT CAATGCAACTCACTTGAATATAATACAATGTATTTAGAATGAATAATATCGAATTTGACT TCAATTATCCACGATATATTTATCTGAAAACGCAAAATACATGTAATCTGAAGATCGAAA TCAATCTACGTATAAAATAATTCCAGTATAAACTAAAATAATCTTGTTAAACTTTGAGAT AATTAGTTAGCTAGCATGTCAATGACAATTTTGAACCTTACAAATGTATCACTTCTCATT TCTCAAGGGAACATGTTTGGCCATGAGATATTTTATTCCTTTGTATAAATTGACAAGAAG AGATCGAAGACAATGCAACTAGACATGTTCAGCATATGGATAAGAGTTAAAATGAACTAA TTATTCTTTAGACAACTACATTATTTTTTGTCTATCAAAGTGCCAATCTGTCTTAAAAAA AGTATTATTATATACTAAATGTTTGTTCATGTACCAGTTAGACTTGCCGACGTCGTTTTG TCATATGTAACTTGCCCCATGTTGCCGACATGGGCGACATTAATTACGACTTCTATCTAT CTATCTATTTACTCTATATAAATATCAAATCAATTTATTAAAAATCGTATTTTTTTCACT TTTATTAGTTATTTTTATCTAATTTAACAATATGTACATTGTACTTATCTGAAAATGTCA ATATATAACACCTTAGATTAAAAATAGTTTTTTTTGTGAAACTCAAGTCTTAACCAATAA ATAAAAGGAAAATTATATATAACAACAAATTAATAACCTAAAATAAATGGAGTAGTTAGG ATTTGATTTAGTTGTGCTCCATAACAAACGTTAGCTAAAGTTTGTCAGGCGTCTCTCTCC CAAAAATCTCGCTCGCCTCTCTCGCTTTATACACAGAAGTGTATAAATTTTGTTTCTGTT TTGTATAAAGCGAGAGAAAATTGTATATACACATGCAAAAATATATATCTTCGTGCTATA CACTTAATTATACAATTTACAAACATTTTACTTCAAATATTGCAGAGAAAAAGACCAACG AATTATATAATTGCGAATTATACAATTGCAGCGAAATACAATTTTCTCAAGCTTTATACA ACAGAAGTGTATATATTGTGTTTTTGTTTTTGTATAAAGCAAGAGAAAAACATATATCTT CTTGCCATACACTTATAATTATGCAATATACATACATTTTAATTCGATTCAACTGTATGC AAAACAAATTTTATAAAAATAATGCAGCGAAATAGGCAGCGAATTATACAATTGTGCATT ATACAATCGCAGTGAAATAGGATAGCAAATTATATAATTACAGCGAAATAGGCCAGCGAA TTATACAATTTAGGCCAACGAATTATTCAATTGTATATGTATAGCGAATTATACAGTTTT ATGTTCGGTATGGAGCATAATTATGCAAAGTTTGCTATAACATACAAATATAAATTTTTT ATTTGCTATATGTGAAAGTTGCCTATGAATAAAACAAGGAAAATGCGTACTAATTTAATT TAGGAGGAATAAATCAGAATTAATTACTTAATTTTTTTAATCGTTGAAAACAATTTATAT GAATATTAAATTGTATCTTAGCTAGACAGGTGTCACATAATTATAGTATATAATAATAAT ATTTATCAAATAATTTGTAGCACACAACACACACGCACTTTATAAGTAATGCTATATTAA TTGGAATCCACTAATTTTTAATCAATAATTACTTCCCATTACACAGTGCAAGTGCGTTAC TACAAAGGACTACCAAATTATGTTCCTCTAAACCAAAATTACAAATTAAAGAATAATTCT CCATAGATGATTAAGAAATATTAAAATGATAAAAACAGCTAATTATCCATTATTAGCTAC TCATTTCTATAATTAGATTTTAACAATAATTGATTCAAATAGAGCAAGTGTTATAATAGA CAATATACGGCGTACGATAAATGACAGTTGATAATTTTTGTGTCGTATCTCCTTTCATAT TTATACAACTCACGAATCCCAAGAAAATAACATATTTTTATGTTTTATAACAATATAATT TTAAAATACACATCGTACTATTAATGAATAATTTATGACCACTATAAATATATTTTTTTA AATTTTACGTACGTCAAATTAAATTATATAACATAAACTAAAACGAGAGCTAAAGCAAAT AAATATTTTTTAGCGCACGCGTAACTCGTGTACCCCCTTCACGTCGCTGTCCTTTATGGT CATCCTCTAGCTGTAATGTAATGTCCTTTTCTAAAACTTAAAATAAGTAATCTGACTAAT ATATTTCTCCGTCTCTAATTATTTATTTATTATTTTTTAATTATCTCTAATTATTTGTTT ATTTCGAGAAATTAAAAAAATATTTTTTATCTATTATACCTTCAATTAATTATTTTTAAA AAAGTAAAATTTTTTTAAAATTTAAAATTTTTAATTTCAACTATTTTATAATTAATAAAT ATAATTAATATAGATAAAATGATGAACTCTAAAAAAAAAAAGGGTTGTGTCACTAGCGAA AAAAAAAAAAAATTTGATTACGTAGATTTCTGGTTTATCTAGAAAAGTAGGATTGAAAAT TCCATAAATATCATCCTCCTCTTCATTATAAATAGCAACGCCCTCTATTCACTTCTACTC ATTCACTCACTTTTACATAAGTCATCATATATAGAAATGGCTACTATTCTTTTTTTCTTG ATTTTGGCTATTGTTTTATCAATTCTCCTTTTTCTTTCTAGACTTAAACCTTATTGTGAG TGTGAGATTTGCAAAAGCTATTTGAACTCTACATGGTCTTTAGAGTTCAAAAATCTTTGC GATTGGTACTCTTATCTACTCAAAAAATCACCCACTGGTACAATACATGTACACGTTCTT GGAAATGTCATTACATCAAATCCAAACAACGTTGAATACATGCTTAAAACAAATTTCGAT AATTTTCCTAAAGGAAAACAGTTTTCTACTATCCTCGGCGATTTATTAGGCCGAGGAATT TTCGCCGTAGACGGCGAAATGTGGAAGTTTCAACGGAAGATGGCAAGTTTAGAACTCGGA CGCGTATCGATACGCTCGTACGCTTTCGATATCGTCAGTGACGAAATTAGAAACCGGTTG ATTCCGCTTTTGGAAAGTAATATCCATACTGTTTTGGACTTACAAGATGTTTTACGACGT TTTTCGTTCGATAGCATCTGTAAATTTTCATTTGGTATGGATCCTGGTTGTTTGAAATTA TCATTACCAGATTCAGATCTTCAAGAGTCATTTGATTTAGCTTCGAAATTGTCTGCTGAA AGAGCTATGACGGTTTCACCTTTAGTGTGGAAAATTAAAAGGAGTTTGAATATTGGATCA GAAAAGAAGCTAAAAGAAGCGATCGAAAAAGTTGATGTACTTGCTGAGGAGGTAATAATT CAGAAAAGAAAAAACGATTTTTCTTCCCAAAATGACGTTTTGTCTAGGTTCATGAGGAAT ATTGATGATGATAAACTCCTTAGGGACATTATCGTCAGTTTTCTATTGGCGGGTAGAGAC ACTGTTGCGTCCGGACTGACTACTTTTTTTTGGCTACTAGCTCAACATCCACATGTTATT AATGAAATTCGAGCTGAGTCGAATCGAGTAATGGGAAAAACAGTAAATGGAACTCTAGCT ACTTTCGAAGGAATTCGGGAAATGCATTTTTTGACTGCAGCTATACATGAGAGTATTAGG CTATTTCCGCCTGTTCAATTTGATTCCAAGTTTTGTCAAGAAGACGATACGCTCCCTGAT GGTACGTTCGTGGCTAAAGGGACGAGGGTGACGTATCATCCATATGCAATGGGGAGGATG GAGGGTATTTGGGGTAAAGATTGTTTAGAATTCAAGCCAGAAAGATGGTTGGAAGACGGG GTTTTTAAGGCACAGTGTCCTTTTAAATATCCCGTTTTTCAAGGTGGTGTTAGGGTTTGT TTGGGTAAAGATTTATCTATTGTGGAAATGAAGAGTGTTGCTTTGGCTTTGATTAGGCAA TTCGACTTTCAAGTTCATTTGGCTAAAGACCAGGCACCTAAGTTCATGCCGGGATTGACA GCCACCGTGAGAGGCGGACTTCCCATCATGGTTCAAAAAAGACGAGAACAATAGACACTG ACACGAATTCAAGATTTAGAGTCAGTATTGTACAACTTTTGTAATTAATTATTAGTTTAT ACTTCTATCTTTTAGCTAGCGTTTTAGGCTTAGAGCAAGCTGAACTATGTGTATATAGAC GACTAACGTCAAAAAAGCTTATGACTTATGATGATATAATAACAAAATTGTTCAAAAAAA TATTGGCTATATTTCACACTTATTTTATCTTGATATATGCCAAATGCAAACTTAGATCTT AATAGAATCATTAAATTATGAGTTCAACATAATCTAGCTAGTAACTTTGCTCTAATCTAA TACATATGTTTGAGAGTTCGTTGTTCATGTAGTCGATAAAGTTCAACGATGAATTTACGA AAAACGATTAAAACTCATTCCAAATGCTAACACTAACTCTAACTTGGCGGAGAGACCATG AGTTCACAAACACCATAAATTGCCTTGAAAACCTACGAGTATTATCTTGTTAATAATGAA GACTCTGCTTGTTTGATTTTTCTTTAAACAAGATTTGTGATCCACTTTAAGTGGCTTTCA ATTAGCTAATTGACCTTATTAGTAGTCACATGAATAACATCAATAAGAATAAAACGTTTA ATTAACTAGAAGATTGAAATAATTAATTGTGTCGGTTATATTCTAAAAGTAGAAGTCAAT GTTCGAGTTGTCGTGATATATTGGCCATGTTAATAAAATAATTTTTAATATATAATTTAA CAGGGGAATAATTTGGTCAATTAAGAATATTGAATTTCCATGCATCTTCTTCCATCAGAA TCTGGAATGGTCGCAGCTAGGGTGACAAAATGGTTAAAATTTACGATTATTTTTATATTT GGAATGAGTTAGATATTCAATCAATTTTAAATTGAATCAAATATAAATTAATTCATTTAA AAAAATAGATATCTATCATATTTGTTAAACAAAGTTATCTTGACCATGTCAATTTTTATG GAAGATTTATCAGACTTTTTTGAAAATCAGCAATCTCACTTTTATCTTTTTTTGATTTGT CAAAATAAATAAGTAATTAGGGACAATACAAAAGGAAATGAGTCAAATATTTTAGGCATA ATATATAAATATGACCCTTAACTTGGATTCAACGGATAACTATACCCTCAAACTTTGAGT GTACAAGTAGACACTTAAACTTGTATAAAATTGAATAAGTAGACACATGTGACTATATGA CATAAGACACATAAGATGTCATGTATGTTATAAAATTGTCATGTAGGACGATTATGTTCA TTTGTTCAATTTTATACAAATTCAAATATCTAATTACACAAACTCAAAATTAAAAATTAT AATTGCCAACTAACATCAAATTAAACATCATATTTATGTATAATCTATTTTTTACCCCCA CTCCTTTTGATCCGCTCATATTCAATCTGATGTCCACTTAGCCACCCCTAATTGCAGCTC TAAAACATGTGATTTACCCTTTTGTAATTCTTAATTATTTTTGTCAACACATTTTGTGGG TTTAAATAATAGAAGGCATGTGGTATTAATTTCCACTAGTTATGCTGCAAGAATAGAAAT AATTTAAATAGACCATTAACAGGGGAATATATCCATGTGGCCTTTTTTATTTCATCAATA GAAGAAAATGTCAAAGAAGCTTTCTATCAAATTTCAAGGGTAAAAGTTTGAGTTGTATTT TTGTTTTTATTTTTTAGGCTTAAAACATATCAATCGATGCATTAAGCGTTTTTTTAATAC TTATGTCAATAATAAGGAATGAAGAAACCTTACCCCAGAACACGAACCAGGTTCGTGTAA GTTGCTTTTAAGTAAAGACAGAGTAAAGACACAAACACTTATTGAATTAAAAACCTTCCT CACTCAAGGAAGGAAAAACCTCGTTTTATTAATTCAACTATAAGATTTTGTGATTACAAC TCAATAATCAAAAGTCTTATCTCTACTACTCCCTCGATTGACTCCAATCGATCTCTCCAA AAGGCCAAACCCACCTTTTGTTACAACTCTTACTAACACTCAACCCTACAAAGAGCCAAA CCCACCCTTTGTATAATAAACTGTAAACTACAATTAAGAACAAAAACAAGATAAATAGTT CTACACGATAAAACCTTCTTACTCAAGAATGTTTTAAACGTAGTAATCCTATCAACCTTG AAGACTTCAATTTGATGAATAATTCTCCCTTGTTCTCTGCGTGAAGTCGTCGTATTCTTC ATACGCGTCTTCTTCTTCTTATAGAGTTCCTTTTGCCTTCAGTCCTTATCAGATAAGGTA AGGAAGTTATTATTAAACAAGGATTCCCTTTTAAAGTACAATCCTTATTATATACAACTT CCTTCCTTAATAATATATTTAAGGTTTTCCTTATTTGTATCAACTTATACCTTTAATATA TTATTTTTGGCTTTGACAAATAACTCTATTTTCTTGATTACTTGGCTGACCCATTTTACT CGATTTTGGCTTCTTTTGCTGCGTACATTTGCTATTGATTATTTGTGTTTCTGGTCTATC ATCAAAACATGAATTATCGATTCTATCATATTCTATCATATTCCCTTTTTTGATGAAGAC AAACAAATCTTTCTGTGTGATGCAAGCGCAAATACTCTTCCCCCTTTTGACAAATCAAAA AGAATCCAACAGCGGCTAAACAAACCCAATCAACATCCATAGCAACAATATAAGCCCAGC CAGTTGAGCATAATAAGTTTAAACAACTAAGAGAACCAGGTTCAAACAAGATGCTTTTTC AATGTGAAGGTTGACCAGGCTTAGTTGAAGCAGAAGCCAGCATATCCAGAACTCTGTCAA CTCTTGCATTGTTAGCAAGTTGCTGCTGCACTAACTGATCCTTCAACCTGTGAATTTCAG CATTTGAAGTGTCAAGTTCAGCACATAACTTTTGATTTTCTGACTCAAGAGTGGCATACT TTTCTTCAGCTACTTTAAGTTCCCTGAGTAACTGAGCAACATGACCAGATGTACGTGGAG ACGCAGTTGCAACCTGCTCCGACTCCATGGGAATGCCACAATCAGCAAGAATGGTTTGAG TGAACATATCTGCACAAGTTAAAATCCTGCCTTCTCCCAATGGTACTTCAAATGCATTAA ACACTCTAGTTAACAGATTTTCAAAAAAACTTCAATTCTTTGTCATCCATCAAAACTACA AACTTCATGTTTTCTCATTCACCAAGAATTTCCCCCTTTTTGATGATGACAAACTATGCA TATGTCTATCCACATTATATAATTTTCCCATTTTGGCATCATTGAAAATCAATAACCAAA GAACTCGAATAACATTCAATGAGTGCAATATCATTTTTAACTCATAGCCACTTGGGCAAC ACTTTCAAGTACACTTCTGCTAACAAAATGGTTAGTTAATCTGAGGATATTAGTCATCTT ACACTCATACACAATTAAGATCTTCAATGAGAAACGAAATAAACAAATATGTACCAGTTT ATGCCCTTAATCAAAAACATATAATATCATGAGTATGAGACAGACATAAGCACATCAAAG AGTCAAAAGAGTATAAAATTTGAGGATAAGGATTGGGACAAAGATTACTAAAGTGAGGAA GAAAGGGATGTTTACTGCCATTGATAATTTTTTTTCAGTATGCCCATTGTGCACCAGCTT CTTTATTCTGATCAGTTTTCTTAGAATGTGAAATTTCATCAAGAGAAGCATGAGATACAT CATCACCCTTTTTTTTTAACTCTACTCCGTAACATTTTCATTCCTCCATGATTTTCTTCC TTTTTTTTTTTGATAGCCTTTTTCTTGATGACAACTTTGAAGGAGTACCAACTACCAGTA AGAGATTCATCACATTTTGGTGCACAAAGAGATGTGTTTATCAATAATGATAGCAAACAA CAATTTATTTCTGTGAGAATTGTTCCCCCTGAGAGATAGACAAGTTATACACTTGGAATG GATGAAATATCAATTTTGGAGTTTATGAACCTGGTTCAGATGTAGGTGGTAAAGCAAGGT TCCCCCTAAATTAAAGCATGAGTGACTTCAATACTGAGATTTTAGTCATTAGAGCAGTTT GGGATTGAACGATGCTTATTGTCAAAGAGGGTTCTTGGTGATCTTTAAGAAAGTTGAATT TTTGATGATTGACCAGGTTCATTAGTGCTTATGTTTGACCCAAACTCAAGAAATTAATGC ATTGAAAAAGGATGGTACATACCTGAGTATTACAGAGAAACCAGGTTCCCCCCTTTTTTT TGTGTTTCTTCATGATTTACTTAATGGTGTTAGCAAAGAGTAGAGATAACATCCGCAAAC TTTCTAAGCATTGTTTGAGATGTGACTTGAGTGTGTACCTGTTACAGTACGAGGTTGAGT TAGTAGATATTCATTGTATAATTACTCAAGCGTAAGATTATTCTTTTACTAGCCAATTAT TAAAGGAAATCATGATAATGCATCAACTTATTTCAATAACACCATGCTTTGACTGATTTT TCTCAAGTTCTTCATATTCAAGACCTTCGCAAGAATGTCGCATCATCATATTCTCCCAGA TCAAATGAATCTCAAGTTGATTCACAGAGAACCAACCCTTGTCAATTTTTAATACCTTCC AATGAACAACAAGGACCATGTTCACACAACAAAGTTCCCCCGAAGGTGTGCCATACTCTT ACTGTCTTGATTGCTCTAATATTCCCCTAATCTCCAGAACCATAGATAAGTAGTAATTCA TGTTGCAGGTGCATCAATGATTGTTAGCTGTGAACCAGGTTCATATGCAGTGTTCCCTAA ATTTGCATCATCAAAGATGTTTGATATCATGTCACTTTCTTTAACCTTTTTTTTTTCATT TTTCTCATCCTTTTCAAGGAATAAACTGCCTCCTTGAAAATCAAAGAGCGAGAGGAAATT TTCTAGCATTTTTAGCACTATTTTGAAGCATGCACTATTCATGTACCAAGTTGGTCTTTT CCCTCTCACCTTCACCTGAAACACTAGTCAAAGATTAGTCTTGGGAACCCAGATTAGCTT GGGCCCCTTTATGTGAGTAAAAGGATGAATAAGATTTCTTCTAGCCCATAAAGGCAAATA AGAAAACCTTTTATTTGGAGAATTTTTATTTCGAACCAGGTTCTTAGCCGTATCAGTCTT TTCCTTTTTGGTGAACTTAACATTTTTCTGAAAAGCCTCAAATAAAGCTTTACATTGATT CTTTAAATGACCTGAGTTTCCACAATGAGTGCATAAACTTTTAGACATGTGAATAGTGTG TGACACAAGATTATTCTGTTTTTTAAAACCTATCCCACTTCGACTAGTGATTTGCTTTTC TTGAATCTGGGTTAAAATTTCAGAGGACCTGGTCCATCTAAGATTTCTTTCCAGATCCAG TTTGGTATGATCAAGATTTTCTTGTAGCAACCTATTCCTTTCTGTTAAAGCTTGATATTT TATTGTTAACAATTTCAGTTTTTCTTCTAGAGCTGATTGAAGTTCACTAGCAGAGTTTTT GCCCTTGTGACTTAACTCTGAAATTTTAATCTGTTCTTTTAATTTATTTTGAAGAAAGTG ATTGTGTTTCTCAAGATTGTCATTGACTTCTCTTAAAGATGCATAGTTTTCCATCACTTG TTCTCTTTCAGAATTGACAGACTGATATGCATCTATAAGAGTACTCAATAAGGACTCTAG TTCCTTTTTAGAATATGATTCAATATTTACTTTGATGTGATGAAAACTTACCTTGCTTTG ATTGTCATCTTCTTCATCATCTTCAGAATCTGATCCAGCCATGAGTGCTAGTATGGTTTC TTGTGATCTGCAGGTTTCCTTTTCTTCCTTGGTTTCCACTGCTACAAGGGCAAGAAAGTC ATAATCATCTTCTTGTTCTAGTGCAAGAAGAGACTGGTTTTCTGTCTCATCACCCTCAGA ATCTTCATCAGATGAATTCCCCATTGCTGCAAAGGCCCTCTTCATTGACATATCTGCCTC TTGAGTTGTCATTCTTCTGTTTGAGGGGACAAACTTATCCTTTTTGATGTCTTTGCCCTT CTCAGAGTTTGCCTTTTTCTGCTCTAAGGCCCAAAGTGGACAGAATTTGATGAAGTGATC TGGGCTCCCACACTTATGACAAACCTGGTCTTTAGTGTTTTCAGATGGTTTTTGAGAAGC TTTCTTTTGAAAGGTTTGCCCTCTCTTTAGCATTCTGGTGAACCTTTTGGTTATGAGGGC AATATTTTCCTCTTCAAAATCATCTGATGTAGTAGCTTTTAGAACCAGGTTCCTTTCCTT TCTTTTTCCTCCAATTTCCTTTTCTTGGTTTTTCTTGAGTTCGTATGTGATGAGATTACC AATTAACTCATCCATGGCCAGTGAGTCTAGGTCGCGAGCTTCAGTGATAGCCTCGACTTT ACTTTCCCAAGTTTCAGGAAGGACACTCAAGAGTTTCCTTACTGCCTTTCCATTAGGCAC TATCTCTCCTAAAGAGTACATCTCATTAATGATGGAGGTGAACCTGGTGTGCATGTCTTG AATAGTCTCTCCTTCTGCCATCCTGAACAGCTCATATTGCCTGTTCAAGTTATCAATTTT AGACTTCTTGACTTGCGTTGTTTCCTCATGAGCTGTTTGCAGTGTTTCCCATATGGCTTT GGCATCTTGACATGATGAGATTCGATTGTATTCGTCTGGTCCTATGCCACATATCAGAAT TTTCTTGGCTTTGGCATTGTTTTGAATTGCAAGCTTGTCTTCAACATTCCATTCTTTTCT TTCCTTTGGGATTTTGGTGATTCCATCAGTTGCGGTTTTCATAGGTATGGTTGGGCCATC TAGAATTACTCCCCATAGATCAGGGTTTTCGCCAATAAGATGGTCCATCATACGATTTTT TCACCATCCATAATATTTGCCATTGAATAGTGGTGGTCGTGTTTGTGAAGCTCCCTCTTG TGAGGTAGGTGGTGCTGCCATTGAGTCTTTTCAAGGTGTGAATCTTTTAACGAAAAGACC TGCTCTGATACCAATTGAAGAAACCTTACCCCAGAACACGAACCAGGTTCGTGTAAGTTG CTTTTAAGTAAAGACAGAGTAAAGACACAAACACTTATTGAATTAAAAACCTTCCTCACT CAAGGAAGGAAAAACCTCGTTTTATTAATTCAACTATAAGATTTTGTGATTACAACTCAA TAATCAAAAGTCTTATCTCTACTACTCCCTCGATTGACTCCAATCGATCTCTCCAAAAGG CCAAACCCACCTTTTGTTACAACTCTTACTAACACTCAACCCTACAAAGAGTCAAACCCA CCCTTTGTACAATAAACTGTAAACTACAATTAAGAACAAAAACAAGACAAATAGTTCTAC ACGATAAAACCTTCTTACTCAAGAATGTTTTAAACGTAGTAATCCTATCAACCTTGAAGA CTTCAATTTGATGAATAATTCTCCCTTGTTCTCTGCGTGAAGTCGTCGTATTCTTCATAC GCGTCTTCTTCTTCTTATAGAGTTCCTTTTGCCTTCAGTCCTTATCAGATAAGGTAAGGA AGTTATTATTAAACAAGGATTCCCTTTTAAAGTACAATCCTTATTATATACAACTTCCTT CCTTAATAATATATTTAAAGTTTTCCTTATTTGTATCAACTTATACCTTTAATATATTAT TTTTGGCTTTGACAAATAACTCTATTTTCTTGATTACTTGGCTGACCCATTTTACTCGAT CTTGGACTCGATTTTGGCTTCTTTTGCTGCGTACATTTGCTATTGATTATTTGTGCTTCT TGTCTATCATCAAAACATGAATTATCGATTCTATCATATTCTATCAAGGAAAAACCTTAC ATATTTAGTTATTCGTACACATTTAGTGTATTACTTTTGTTAAGATATTTTAATTTCAAT TTCTTATATATAGATTAACAGATCAAAAATAATAAGATTAACAGAAAAATAATAGGATTA TTTCAGTTCACAAATTCATTATGTGCTTTTAAAAAATTTAATTCCGTCAAGTATTCGAGA TTGTAGATTAATTTCTTCTAAGATAAAACGGATTAACCATTAAAGAAGTAGTGATACCTC AAACTTTGATAGTTTCAACAAACTCAAAACGACAGCAACGAATCACACACAGATACGATT GACCGATTTTTTTTTATAAGAAATGTATACTAGAGAAGGAAAGAATTCGATGCAGACTAA TGAGAGAGAGAAAGTCTCTCTGTCTATAGTCAATAAATGGTAAACGTCACAGCTCTTAGG AAAAAAAACAACCTTTTAAAATAGTCACACTTTAAAAGAGACACAATCTTTCATAAAGAT CACATTCGTTTTTATAAGTCATAATCCTTCGTTTTAAGTTCACACTTTTAAAACCAAACA ATTATTACAAGTTTGGAAAAAACTTACGTTGAGCTATTGATTGATCGTTATTGCTGAAAT TGTGTGTATTTTTTCGGACAAAAAAATCAATTTTAATCAAATTATTCTTCGCTTATTTGT TTGCCTATTATCATTTGAAACATTTTCTTAAACAGAATAGTATACATCATACAACAAAAC AATAAATAATGTCCTACCATGGCACACATCCACTAAGTTGTTCACTTTTTTCACAATTTT TTTAACTTTAATTTTTATATTTTCTAATTAAGGTAGTTAATCATTTCATTATCTATAATT GTGTAGTGCATAATCTATTTTGTTTGAAATGGCAAAAAAGTGTGTAGTAGTACATGGTAC TTGGTAGTACATGGTATTAGTACATTGTGAATAGCGCATTTTGATAAGTTCGATTTGAAT CGGCTATATATTAAAATTAAAATCAAATAAATTTGATTGGTTTTTGAATTTTTAAAATCA TATCAAACGAAAAAAATAATCGTCGATTTAGTTATTATCAATTTATTTTGATTTCTTTAA TCTTTTACGATTTGAAGGTAACAATTTTTTTAAAGACATACATGTCTTGATAAACACACA TATATACAATAAAACTCTATAAATTAATATATGTGGGACTATGAAATTTTATTATTTTAT AAAGATATTATTTAATCGATAAATTAATATTTATTAACTTAAAGAATGATTTGAGATTTA ATGAAAGTTAGTTTAAAATATAGCATAATCATTGTATCTTACTAACTTATGTATTATATT TATTGATTTCACATTTTAAAAAAAAGTATATATATAAAGTACAACGGATACATAAAAATT ATTGTATCTTACTAATTCCAACCTTGTGATGATGGAATAATAAGAGATTTTAATATGTAT TATCAAACAGATTTTATCGTAGGATATTAGAAGCTCTGAAGTGCGACAAACTATTCTAGG CAATATTAATGTTTTGGATGCTATCAATTTTGCAATTCATGTTTGGACAACAAATATATC TAAGACAATAGCAAGTTGTTTCGACATTGTGCAATTCATCCGAGGGATTCAATCTTAAAG AATTCAAATGAAACTACTTGTGAAAACATCATTCAGGAACTTGAGGTTATTGACGAATAA TCTCGGTTACTACAATAAAATGGATGTCAATAACCTATTTAGTTATTCGGGTGAAAGTGA TACATGTTTAGAAACTCAGAAATTTAAAGAAATTGTGAATAGCATCGGAAAAATCAATGT TGGTGATGAAGTTGGAGATGATACTATATCTTTGGAACCAATTACTCATAAAGAAATGCT TATCGCATTTACAACTCTTCATATTTTATGGTGCAGTTCAAAAAGACAATACCGGAGCTC TTGGATGCAATAAGAACCGTTAGAGATGAGCTTAAACTAGATTTAAATTTTAGGAAAAAA CAGAACACGTAGAATCATATTTCACTAAATTGTCTTCAATATATTAGTACTTTTAAAGAA TTATTAATTTATGATATTAATGTGACCATATATTTATATAGAGGTCTTCTGAAAATATAT TATCTTATCGAAATTGATGATTTTTTCCATTGACCCAAGTCGAGATTGGAGAAAAATATT ATTTTAAAGAAATTATTAATTTATCGAGTATTAATTTATAGAGCTTTTACTGTTCCTAGT ATATGAAAACTCTCACAATAAAGTTGATGAGGATTCACTTAATCAATTAAGCAATACTAA AATTATTATTACACAAACAAAGTAATTCAATTAAAAGAAAGTTTGACTATCTTGTGTGAG GCAAAGTAAATAAAAACCAAACTAATAGATTTTGAGGGACTTAGACTAGGATTGTATTAG TTGGGCTAACATTTAAGTATTGAGCTTAAGAAAATAGTAAAGTAAAAACTTAAATTAATT GAAATTAACAAAATATTTATATTTTATTTATGAATTCTAATATAAATAATTGCAAAATTT ATATATCTAAATTTTCGATTCGGTTTTATTATTGTTGTGATTTTTTTAGTAAAATTGAAA ATTGATACTATCTGGTTTAACCAAATAATATCAATTTTTTCAAAATTTAATATCAAATCA AATATTTATTTTTTTAATCGATTTATTTCGAATTGCGGTTTGATTTGAATTTTTTTATCA TAATCATGAATGAACCTTATTGTGAGACTTTTTTGTGTATTTCTTTTTCTTTTCAAATAT AAAAAATATATATAATGATAAAACTATTAACTGCCTATTTTAGGTTAGTAGAAAATTAAA TAACTAGACAAGAAATAATTTATAGAAAGAAAAAAATACTAACGTAACTAAATTATTTAT TAAAACAAAATTAATAGAAAAATCATTTTTACAACCTTTATTCTCTGTTGCAAACGATTT TTAAAAAATCTAAAATATGACTCTATTTTCTAAAAACTTTTATACAAAATATGAACACAT AAAAATTATATTAAAATTAAAACATCAAAATAAAGCTTGTAATTTGATACTTTATTAGTA TGTGATATGTATATTATGTGGTCATGAAACCAATCTTCTATATATGTTATACTATACAGA GATCTTATTGAGGAATAAAAAGTTTTAGTATATATAGAGATCTCATAGAGGAATAAAAAG TTTTTACTTTTGAAAGAATGAATTATCAATTATCTTTTTATGGAATTTTCTATTACTATA TGACATATATCGTATGAGGAATATGATTTGAGTAATATTTCTTGAAAGAATGAATTTGAC AATATATATATAAGATATATTAATTTGTTATTATAGATGGCTAAGTAATTTTTTTTTGAA GAATTGTTCAACCTAGTCCAATTGATAAGCTTTGATATCACTAGGGTGTATGTGGTTGAG TTTGGATCGATTATTGGTTAAAATTAAAACTAAATTAATTTAGTTGGTTTTTTAAAATTC TAAAATCAAACCAAATCAAATGAAAAAAATAACCATCGATTTGGTTATTGACGGTTTGAT TCGATTTGGTTTAGTATTTTCTGGTTTTTCCGATTTGAAAGTAATAAACTTTTTAGTATC TACGTATCTTGATAGAAAAAAAACATCTACTACATGAACAATCCGCAAAAGAGTTATTGT TGGTTCAATTAAGTAAATAAACAATACTAGAGTTATCATTACATGAACAAAGTTATTAAG TGTGTGACTATCTTATGAAAGATATGGTAGGTAATAAATTTTTGATGGAATTGAACTTAG GATTGTAATTTCGCTAAAATTTAAGTGTTAGGCTTGAGAAAATTGTAAAGTTAAAGACTT AAGTTACTTAAAATTTAACAAAATATTTATATTTATTTATAAATAATATATAAATAATTA TAAAATTTGTATTTCTAATTTATCGGTTTGGATTGGTTGTTTTTGTAGTTATTTTTTAGT AAAATCAAACCAAACCAAATAGTATCGCTTTTAAAAATTTAAAAACCAAATCAAACTAAA TATCGGTTTTTTAATTGATTTGGTTCGGATTACGGTTCGGTTTGGTTGTTTAACCATAAC CATGAACAACCCTAATGGTAAATAATAAATTTTGATGGAATTGGACTTAGGATTGTAATT AAGCTAAAATTTAAGTGTTAGGCTTAAGAAAGTTGTAAAGTTAAAGACTTAAGTTACTTA AAATTTAACAAGGTATTTATATTTATTTATAAATAATTATAAATTTTAAATTTCTAAGTT ATCGATTTGATTTGATTATTTTTGCAGTTATTTTTTAGTAAAATCAAAATCAAATCAAAT AGTATCGATTTTCAAAATTTAAAAATAAAACCTAATTAAATCAAATCAAATATCAAATTC TTTAATCGGTTTGATTCGAATCACGATTCAATTCGAATCACGATTCAATTTAATTGTTTA ATCATAATCCCCTAGATATCACCATGATGTAAAAAAGTTTACGGCTAACCACTTTATGAC TTAACTTTTAGAAAATAATTTTATGAAATTTATTTTTAAACAAGTGAAATATTTGATATG CTATCATGAATTCTCTCTTTAAAAATGTCTTTGTTACAATATCTTGAATTCCACCTATTT TTAATACAAAATTCATAACAATGTTACAAATTTCAAAATTGACAACTATCTTCAATTTAA AAACTTCAAAATGTTACTTTAATTACAACTTAAAATGTCTAAAAATTGATATATATATAT ATATATATATATTGAATTTACCTCGTAACCATGATTAACTCATCTCACTTTCCAACTGTA TAATAACGTGTCACCAAATTATATTCCATGCACCAAACATTATTGAAACATAATTTTTTT AAAAAAAGATTTGTTCTACATGACATCGAATATATTATACCCTATAATTGAATTCTATAA TCTTACTAATACACAAAGGATGTTTATAAAATACTTGATAATTAACAAAGTCGTTAATAA TTAACATCTTATTGAACACATTTTAAACACTAACATCGGATGTGCTTAGCATGTAACGTA TTGAATTATAATTGAGGGACAAAAGTAAATGTGTGCTAAAGTATTTGATTTGGTAAAACA AACATTTTCTATTATATTATATACTTTTGGAATAAGTTATATTTAGTATTATTTAAATAA TTGTATAATCAAAAGACTCCAAGAAGTATTTTTTTTTAATGCCTGAACGAGACTGCTGCC TTTTTTTTTCCAACTAAGGTCAATTTTAAGTACTTCAAAAGAAGTTTTCCCATATATTTT AATTTTCGAATATTGTCCTCAGATCAAACCTCTCAATGACATCATCAGTTATAATACGAT ATATTATTATAGAGAACATATGATATATGTAGACTATTTCATAACATGAAAAAATTTCTT TTCGCTGCTTCTAATGAGTAATGTTATATTTTTTTTAAAAAAATTCAATATATATATATA TATATATATATATATTCGTACTAAACACATTTGTTTCATGAGAATATAGCCGTGTAATAG CTCAGTGGATTTTGCTCTCACAACTCACAAGAGAAAAGATACACTATCTGGCATCTGCCC ATTACATTATTTTGAAATGTATGTTAATATTTGTCTAATTTGTAAACCAATGAATGACTT ATATTTAATAAGAATGCTTTGATAAAATTATTTCTATAATTTACTGCCGCATAATCTATT ATTGGACGAAGAAAGCAATTTATATCAACTAACTTGCTACACGTGTGAGCAGATGTAAAT GTGGCTAAACTTAAGAAAATAACCACTTCTAAACTCATGCAATTAAATATATATTGTTGA GGTAAGTAATTAAACTATTATAATGGCTATTTTTTCAAAAAGAATACTGCAAAGTGGCCT CTTAAGTAAAATGTTACTCAAAAGAATAGGTGGACTAATTTTGTAGACTAAGCCCATTTG GATATATTTTTGTGGATTGTCCAATATCTTATAGGGCCTGGGCCTTCAAAGAAAATTAAA CCAAATGGGCCCTTCCGCCAAAACCCTAGCTATATAATCTTATCATTCCTTCTTTCTTCA TAAACCCTAGAAGCAGCACTAAAGGTCCGCCATTCGGAGGCTCACTTTGCTTAAAATCTC CACAGTACTTTCTCCCTCTCAATTTTCTATTGTTCGTAGTTTATTTTCTGCTCTTTATCT GAATTTTTTGTTTGTTGTGTTAATTTTGATCAGAGAAGAGAAGATGAAGGTTATCGCCGC TTACTTGTTGGCCGTCTTGGGTGGCAACACCTCCCCTTCAGAGAAGGATTTGAAGAAAAT CCTTGCATCTGGTACGACCTTAGAGCCCATCTTACGGTTTTGTTGCATATGGATCCGAAA TGTGTTGCCATTTATATATAACTCTATAGCGATTGATACGTGAAGTTATTTATTAGTATG TCTATGTAGTTGGTTTATGTGCCTAAATTACTTGTGCGATTTAGCTCAATTGCTAGAGAT TAGATAATATTAGCGACAATGAGAGAAGTGCCAGCTTATATTGTGACAATTTTACTTGTG ATTGTAATAGAGGTAGCTGAAGAAAATATTGTAGGAATGGTGAAAAAATAGTTTGGTAGA GATTTTTCAGAAATTGGAATTGTTTGAAGTGTGTGAAAGTTATATACTAGTTCATATAAG TGAATTAGGGTTAAATATTTTGGGATCTAGGGAAACCCTTGAATGCCGAGTGTGTAAATT GGGACTGAAGAGTAGTTAGGGGTTATGGAATAGCATCAAGTTAAACTCGTTCCTTGCCTT CGTTCAAGTTACCAGGTTTAGTAGTGGCTATTATGACCATGGGTAAAGTTTATTATTTTC GTTTTTCATGGTTCTCAAAGTAAGTTTGAGTTAGTCTGCAATGATGCCTGCGTAAGTTTA TCCGTCTTGTGCCCTACCTGCTTGACCTGTCTGGAAGAAAAGTACACTGTAATACTTGTT TTCTTTTGCATTAAGAACCCTGCCATAATTGATTCAACTTCAAATATCGAAAGTTGATGC AATCTAATCACCTTGATGCTATTGTGTATTATTCTATATTGGGTTTTCTCTCTGAAGTAT CTTAAACTGATTACATGTAATTTAGTTGATCCTACTGAACTAGAATATATTGAATCCCGA ATTTCACTGTTTTTATGTTTTGTCTTGTATGTAACTGGCTATACGTAATTAGGTTCATGC TCCCATAATAAACTGTGCTGGCTTGTTGTTCTTAACTGTGATATACATGTCTGCTGGTTT TAGTGGTTCATTTTGAATTAACACTCGTCGTACATGCTGCAGTTGGAGCTGAGGCTGATG ATGATAGGATTCAACTACTACTCTCTCAAGTTGAGGGCAAAGATATCACTGAGTTGATTG CTGCCGGCAGAGAAAAATTGGCTTCAGTACCTGCTGGTGGAGGTGCTGCTTGTGCAGTTG CTGCACCTGGTGGTGGCGGTGCTGCACCTGCTGCTGAGGAGAAGAAGGAAGAAAAGAAAG TGGAAGAAAAAGAAGAGTCAGACGATGACATGGGTTTCAGTCTTTTCGATTAGAAGTCGA AGAAATCAGTTTATGAAGTATCCCCTTTTCCATTTGTTGTTCCCCTTGAGAGTGTATTTT AGGAGGTTTATTGTCTACTTACAGATTTTGCTTGAACTTAGAATTTTCATGGAAAACATT TGCAAACAGTTGAAATTATAATATGTATTTCAAATGTTCAGCTTGGTTCAATATATCTAC CCTTTTTGATCTTACAATATTAAAACAATGGCTTAAGTCATCTACAGCCCCTTAAAGTTG TTCGTATATTTCATTTGAACACCTTAACTACAACATGTACCTATTAAACATCTCTACCGA ATCGAATTATAACCATTTGAGCATTTTTTTGACAATCAGCTAAAAATATAAAATGAGTGT AGTACACTCGTGCCGACATAGAGATTTGTCAAATAAATGGTGCATATATGGCATTTTGAG TTATTTCTTGAGTCAAAGTAACAACTAAAAAGTTATGACCAAAATAAAGGAAAAACTCTT CAATTTTTTTTTATAAAATGTCCCTGTACATACATCTCTTTCACCATCACAACTCGTTTT CTCATAATTCAACAATGGAAAAAGTCCAAGGAAAATCAACAATTAATTGTGAAATTGAGT TATTATTTTAGTGAAATAATTTTCTAACACTTACAAAGAAAAGCCAAGAAATAAACTTTT CTTCTTCATTTGTATGAATCAACAATGACAAATCATTAAATTCAAAAAAATAAATAAAAA TGAAGACGTTTAATGTTACCCATTGAACCACTTTTTTCTTTTCTTTTTCTTCCTCTTCTT TACCAGAAATCAATAATGGCAGATTTAGACTTGAAAAAAATAATTTAAAAAATCTAACAA TAAAATAATATTCTAAAATCTGGAGAAAAGAAAAGAACAGAGTAAAACATTAATGGTAGA GGTGGTGGAATTGTTTAAATTGCAATCTGTAACTTTGCTTATTTTCATAAATCAACAAAT ATTCAGTTCTAGATCTTAAGCAAAAAAAGGTTCAGGCGATTTTAGATCTTAAGAAATAAA ACGACCATATGATAGGCTAATGGTAGAGATGTTGGTGGTTGCTCAAAAGAGGAGTATATA ATGACAGCGATAATGACAAATTTGAAGAAAGATTGCAACGGCAATGGAGATTGCAGGAGA AATTATTAATGGCAAAGAAGCACAAAGAAGAAGAAGAAAGCTGACTGTTTTTTTTTAAAA AAAATACTTGAACTAAAAATAAATTCTTTCACGCGCTTATGAGCGGTGAATCACACTCAC AATGCCAGGTAGGCAAAAAGTGCTCAAGTGGTATAAATTTGAAGTCTAAAAGTATTCAAT AGGTACAAGCCTTAACTAAGGTGTCTAAGTGAATTATGCGGAAAACTTTAAGGGCTCTCT ATGACTTAAGCCTAAAACAATTCATTATACATGTTTGATTTGAGTTTTTGGTCTTGATGT CGAAACATTCATCGGCGCTGGAGCTTGGTATTATATAAATTAAATGTGTGCATGTCATGG TATTAGTTATTTTATCATTATAGTACAATTGACTTAGCAATAAATAACACTCTCATAGCA AACATTCTGTTGAGGTTGCATAGCTTTTTTTAACTTTTTTTTTTATATAATTTTGTTCTA TTCTTAAAAAATTTAATAGACAAAGGAGTGGGTAAAGAACACGGACAATACCAGTGTTCT CAAAAATGTTTTTTTTGTTGGGGTATACTAAAAATGTTTTGGGCCGTAAATTGAAGACCT AGATTCATAGGGCGTGCTCCAATTGAAGACGTAGATAGGTGGTGTAAGCTCCAAGCGTAC ACGTTGATATTTCTTAAATAGTGATTGTCATACTTTTTCTCTGATTTATTGGTTATTAAT ACCTTTCTCAAATAAAAATCGAGTAATATTTTTTCTATATATTATATGTTATTTATTAAA ATTTATTTGTTAAATAATTGAAAATTTTACTTTTGCTAATTTTTTTAATAATATAATTAA AAAATATCTAGTTAAATAAGATTATGTCAATAAAATATAATATATATGAGACTATGCTGT GTAAATTCATAAGACTTACACAGCAAATTTAAGTCTCGCCTCTTAATAAAATGTCTAGCC TCATGCATAAGACAATACAAATGGATTCCTGAGTTTAATAAACTTTACATTAAAATAAAG TTTTACTATCTCAATTTACTTGTTTCAATAGACATAATTTAATTCATTTATAGTGTGTAT TCCCCGGTAAAGTTTCAGTTATCTAAAAAGTAATTTTCTTTTTGATTTATTTTTTATGTT TTGTACGTAAATAAAAAGAATATCATATTCTAAATCATCATAATTAATGAACAGAGAAGA CACAATTAATTTGTAATTTTTCACTAATAAAATTATTTTCGTTAGATTAATTTTTTTTGA AAAAAAAAGAACAACTTTTAAAATATCTAACCAAACTAAATACGGAAAATATGTTTTCTA CTCCTTATCAAACTATGCTTTATCACAATTCCAATATGTATTGAAGTACTATTCAATCAT CTTATTTCTTATTTTAATTTAATTGAAAGAAAAAGAATAAGGTTAACAGTCTCTGGAATT CCAAAATCCAAAGTAGCAATTTTCGGTAAAGAATTACTCACGGTGCATACGATGGATGCT TCCGCCGCAGCGCGGCCACCTTTGGCTACCCACTTGCAACCATCACATTCTCAGGTATAT ATAACTGCCGACAATCTCCGCACGTTCTCCGACTCCCTCACGGCTTTCCAACAATGCTTG AATGATCTGCAACGACACATGAATTCAATACAAACCTCAATCAACTCTATGCTGCTTCCC CCTCAATCTTTACCTGCCTCATCATCATCACCAGCAGTTGCAACCCCAGCCCCGGCCCTG GCCCCTGAGCCAGAATCATCTTGGGACTCTGACCCCTCTGAAGACCTAGAAGAAGAAGAA GAAGTCAACCAAGAGGAGAAAGTAGTGAAGGGAGAGGGAGGCGAGGAAGTGAATTCGCCT CACTTAGAACTGAAATTGCCTCCTTCAGAACTGAAATCGCCTCGTTTGGAACTGCAATTG CCTCCTTCAGAACTGAAATCGCCTCGTTTGGAACTGCAATTGCCTCCTTCAGAACTGAAA TCGCCTCGTTTGGAACTGAAATTGCCTCCTTCAGAACTGAAATCGCCTCGTTTGGAACTG AAATTGCCTCCTTCAGAACTGAAATCGCCTCCTTCAGAAGTGAAATCGCCTCGTTTGGAA CTGAAATTGCCTCCTTCGGAACTGAAATCGCCTCCTTCAGAACTGAAATTGCCTCCTTCA GAACTGATTTCGCCTCGTTCGGAACTGAAATCGCCTCGTTTGGAACTGAAATCGCCTCCT TCAGAACTGAAATCGCCTCGATCAGAGTTGGAAATCTTCTGTGAAACGATGGACCATTGT GGTTTGCGGAAGTATATGACAACACATATCTCAAATTTTCGTAGACTGCGTGAAGAAGTC CATAAGGCGTTGAGACTTTCGCCTAATCCTGCAACCCTTGTATTTAATTGTATCGGTAAG TTTTATATTACAGCGGGCAAGAAGTTTGCTAATGAATCACCTTTGGGTCGGGGAAGGAAG GCTAAAGTATTGATTTTGGAGTGCTTGTTGTTAATGATTGGAATCTACGATAAGGAAATC GAGCTTGAGAATTGGGTGAAGGAAGAGGCGGAGCATACAGCTTTAGCATGGTTGGAGAGG ATGAATTCTGAAGGAGGAAAGCCTCAAGAAATCGATGCCCGAGGTTTGCTCTTCTTTATT GGGGGTTTTGGGATTCCAGATCAATTTACAAATGCGAATATCAGAAATTTGTTTCAGGTA AGTAACCTTAAGTGGAGTTGTGATGCACTCAAACGATCAAACGCTCTCTTGGCGAAGCTT CCAGAAATAATAGAGGAAATGGTGGCAAACAAGGCAGTAGTTAAAGCTGTTCATATTGTC TATAGTGTTGGAATGCAGGAGATATTTAACCCTAGGACACTTTTAACAACATTTATAAGA GAGTGTAAGAAATCATTTGATAACATGAATGGATCACAAAGTGCACATCAAGGGAATATT GTAGCAAAAGGGAAGTACTTAGGTGATCTGAGATCGATCATCAAATGTTTGAGAATTCAT GAGGTCGATCCTTCAAAAGTTCTTCCAGGATGGGAAATCAGTAAGAGAATAGCGAGCTTG GAGAAAGAAATCTCTGAATTCAATAAGCAGATACTACCTGATAAGAAGATAGCACATGGA TCGCATAAGAGGAAAAAGGATGGAAATGTGTGGTTGAGAAACAAAGAAGTGAAACACTCG CATCCTTCAAATCCATGGCCGCCACAACATCACAGAGTTGCTAGTAATGTCATTAACAAT AACACCTTGTTTGAAGGTGGTGTAACTGCTGGCCTCAATTATGATTATTTTATGCCACCT TTGGTATTGCATGGACCTGTTGAGGGCTCAATTCATGAAAATGTTGGTTATTCGCTGGCA GGACCTGTGAGAGGTGTGGCCATTGGTGGACCTGGAGCAGGTATGTCAGCTAATAGTATT CATGCAGGCATGGATGTTGTCCCGCAAGGAGTTCCATATGCTGGTCATGGAGGGAGTCGA GTTGATAGCATACCCGGGCTAATAGGAAGTCATGCTGGTCAATTTTATGGATCCGCTTAT AGGCCATCAACGCCAAACACCAAAACCGGTGATACTTATAGGCCTGCACCATTCATGGAA AGCTCAAAGGGCTTGCCAAACACCATACCTGGTGATTCTAGCAGGACACCGCCATACTTG AAAGTCTCTCCGGGGTTACCAAACACCATATCTAGTAATGCTTGTAGGCCTTCTCCGTAC ACGGAAAGCTCTAAGGGTTTGCGGAAAACCATATCTGGTGATGCTAATAGGCCATCACCA AAACTGGAAGGCTCTATGGAGTTGCCAAACACCATAAATGGTGATGCTTATAGGCCACCA CCATATTTGGAAGGCTCTATGGGGTTGCCAAACACACCTCCACCACATCAGTTTGTTAAT ACTGTTCCAGCGACTGAACTAAACCAAAGCCGTGGCTCAAAGGCAGTTGATGTTCATCCT TCGTCCTCCTTGTACAAGCAGAGATAATTTTGAGTTGGCTAGGCATTAATTTCTCACTAG TTTTGGTTTCTGTAGTATATAAAGCCAGTCCAGAACTTATTTTAGGCAGTCTCAGGAATG TTTGTGTTTCATTAGCGTCTTTTTTCTTGTAACTTTGACACTTTTCTTGTGGTTTGTTAT TTTTCCTGAATGATATGTTAGTATAACTTTGGTAATTCATGTATGATGATAGGAAGACCG CATACTCAACATCTTTTCCTTGTCTAAGCTTACGGAATGACAGGATGGAGTGTTGAATGC CTATATATTGCTCATTCTCATCCCATTTTCCTTCTGATTTGAAAGAGTAAATTGTTTATA CAAATAGCATGGCAATGTTCTGTTCAAGATTGGAAAGGTAGTATGAACATTGTTTTAATA GTGATAGCTTTCTTGAATCATTCATTTCAGTAATGATTTATGATAAAGGTTTAATCTACT TTGACAATATCAGAGAAACCCTTGGTAGATATGGCAAAAAGGGTTTCTTGGAAACTAGAT GACTATACTAAAAGGAAACATTGACAATTTTTGAACATAGATGACTATACTTTGCGTAAG CCTGCCAAGACAACATAGATATATAGTGAATTCTCCCCAAATTCATCATGAAAACGACTA AAGAAGGAGACTGCAAATGTCTAGATCTAGACGCTTCAAATTTCTCCTGATAGCTTCCCC CTGTTATGAACCAGAAATGTACGTGTAACGCGTTTGGACGCCAATAAGAATTTCAATTAT TTTTTCTGCATTTCAAGACCAGATATTGTCAAGATACTGTAAGGGAAAAGCTATACTCCG TAAATATCTTCAAACATACCTGCAACAAATCCAAGAATGGGGATGGGTTGCACTAGCCTT TGAGTGCTTTCAAGTCTTTGCCTGCAATAACCGATGGCATTAGCACCATTCTACTTGATT CCCACTACATTTTGAAGGAATTATTTAGTATCAGAAGCATATGTAACAAGAAGGAAATAC ATAATTACCTGGTATACTTGGTAAAAAGTGGATCTCGCATGAGGTACAACGCCCATAACA TTCTTCGTCTTTTTAACTGCATAAGAGTGTTGAACAAAATCATCTTATTTCAGCATGCAA AATATAAATTTAACAGGATTCACTACCATTGGTAGGTAAGTTCTGCACAGAAGAAGTGCG GGGTGCATGGTTGCCTGATGATGGAGGAGTGCATAAGAAAAAACCAGAGGGGAAATATTC CACCGATATGATTAAGAAAGAAACAAGGCACAGTCCAGTTCAAGAAAGAATCAACACCCA ACAAGAGTCCAGAATCAGATCCAACGCGGGAAAAATGAGGAAAAAGTTAAAGAACAAATG ATGTTAATCCAAGGAGGCATCAACTGCTATTGTCTAGGGTCAGTACAAGTGAACTTAGAT TCCGTAAGAGGAGTAAGAAAATCGCTGAAATACTGAAAGTATCCTAACCTCGTCCTTCTC AGAGTCAGAAAACTGAAGTTGCTGATTTTTCCCGCTATGTTGAGACATCAATGTAACTGA GAGAATGCTATTTCCGATGAGGTCCACAGCCAGTGACACACACCAGGGAAACCACGACTG CGTTCCATATTTCCTCATCAATAGTACATACACAAGAGGCCTTATGATGAACAAAATCTC TCCCGTCACGAAGAAGCCTCCAGGAACACCTTTTTCAGATAAGAAAGTCCATAGACTAGG TCTCTCAGCTAGTTTACCTACAAAGACATTTTTAAAAAAATTAAAAGGCGAGTGAGAAAA ACAATCACATTGCCTGAATTTACCTCAGAACAAAAAAAAAAACAATTACTTGGAGGTTCC ATTATTGCTTGTGGATGTTGCATTGTAGCTTGCTTGCCAAAACTGCTTAAGGCAGTTATT GCCCTGTCTGCAAGATTCCCAGAGTTTTGCGCATGAAGTGTTTTTGTGATACAAGACTCT TCATTCCCTGTAGGCTTACCAAGCTGCCTCTTCGTTTCTTGAGGACTAAAAGAATCAGAA TCATTTTTTCCATTTTCAGTTTCCCCTCCTTCTAAAAGCATTTTGTACCCAGTCTTCCTG AAGATAACCAGCCTAATACAAACCCTGAAAGGGAAACAAACAGTGCAATGATTTAGTCGT GAAGTACCAAACATATCTTTTGGAGAGTATGAATAAGTTAGATGGGACACTTACTTGACA GCCTCAGTTATGGCAATCAAATTCCATTTGTTCTTTTCACCATAAATTTGCTCAGCCACA ACCTCAATTGATGTTTCCAAGTCTTTCAGCAAAGTAAGGCACAATGATAAAGGGATAAAA GAAGATTCTGCACATCTCGTATGCGCCTCGGTTGGACATGTCTCTATTATATGTTCGTTC ACGGTAGAAATCATTCCTACAAGGGATGACACTGCAAGGAATAGACAGTTCAGCAAAAAA TGGGGATAAAAACCATAGGAAGGAAAGTGAAAAAGGCTAAAATGAAAGCGTTTCTGTCCT CTTAAGTAATTCCTTATTCATGTTTTTCATTAGTTAATACTCCATAGGAAAGGAGACGCT AAGCAAGAAGAACTTTTCGAATAAAGCCAATACTATTAAAGTTGCTAGTTTTTTCACAAG AAAGACATCATGGAAAAGAGTGATCCCAAATTCAAAAGAGAAGAAATCAGTCTCAAAAGA TATTAACTGTCCTAAAAGCAGAAAAAAGAAGCCTATTGTTACCAAAGTTTCACAAAACCT GCTTCTGGCCCAATTTCTGATTCAGCAAACTCATCTGGGAGGAACCACGTCAAATTCTGA ACATACAGAAATGGATGAGGAACTAGTTAGTACATACATATTATGCTGACAACCACATTT TATCTCTGACAAGTATGAGGAAGCTATGTATGCAACAACAGACTTGAAGGAGTAAGTATG TAAATAATTTTAGAGATGGAAAATGGCAAAGGCGTCGACTATCTGAGGGAGAACAACAAA ACCATGATATCTTTTAATTTGGCGGCAATGTAACATCTCAAGCAATGATACCTTCCATCT AGTTTTCCGCAAAAGTACATGAGAAAAATTTCATTGGCTAATGTATGTCTTAATGTAAAC AAGGAACTCCTACTAAGAGTAAACAAAGGGAAGTTTAAAAAGTAGCTGAAGTGGGTGTTG TGAGCACATTGGGAAAATTGTTCTTGGCTTGTATAGGATGTTGCTTCTCCATCTCTCACT GATTTTTTCATTTTTGGGAAGTATTTTCCGTAGAAAACAATTTACATCACCAAACACAAC ATATTCAAGTATATTTTCCATTTTACCCAAATAATTGTATTTTCTGCAGCTAGCTGACCA CCCTAACTATACATGTAAAATTAATTCTAACCCCCGTTGAATGGATTGCTAAAATGAAAG ACTATCTTGCGTCTAAGCTTGTGCACACCTTAACTATATTACCAGGTTACCAACATTCTC CAACTAGTACTAATGTTCGGGGTAATTTGCCCATTCGAGCTTCACTAGCAGCTAAGGTTC ACAGAGCAAAGATGCCTCAAGAAACCATTTACTAACATTATTCGAGTATTTGTCAAACGA TAGCCTACACCCTCAAATTCAAAATTACTACAAGTATCCCTATTATCCTGGTGCAAAAAA GTCAACATCTACGAAGATCGACACACTATTATGCGTAAGTTCCCCTGATGAGATTTTCCA ACATACCAACAATCCTTAGTTTCATTTACCAAACATTTGAATAATCCAAATGTTAATCTC AAACCAACACAAAACTACTCAAAGATACAAACTTTGAAAGGGAAACAAAAAACCCATTTA GGCACAGAACTGAATCTATAAACTACACTCATCCAGCATATTAAAACTGAAGTCCAATTT CATTCTTGTTTTCACACCATCAACAAACAGAGAGCTTTAAATTAAATTTTAAAAAAGAAG GGTTCTTACATTGGCAATAGAATCCAATTGACGCACAAAACCTTTATTCCTTCTAATCCA TCTCTTATAAACCTCCATACCACCAAAAGGGTTTTTCAAATCAAACCCAGATGTCAAAAA GAAATCACCCACCTCTGAAATTCAATTAAATGTAATGGATCAAGAAAGACAAAATAGGAA TTGAAGAACAAAACAAACAAATTTGGTATTAACATATTCATCAATCAAATCAATAAAATG CGAGAGCAACACTACAAATATAAAATGCCACGAGAAACACACTCTTAACAATTTGGTGAT GGGCCACTGCACTGTGCACTATTATAATTGTCACTCTATTTAACGAAACATGACGAACAA AATTTATAGAATATATAAAAAAAAGAGTAAAATCTTTTATTTATTAAGGATTATAAGAAT TAATTTTTTTTTATTTATTAAGGATTATAAGAATCTTATTAAGATTAGAGGTTGACTCAG TGATTTAGAGATTCAAATCACTATTTTCTTTTTCTCAAAACCTAAAAGTCCTGAATCCGC CACCAAATACGTCAGTGATGAGGCGTGTATTTATTACATACTATTACAAATTTGTTACTT CATCATGTTAATTTATCGATAGTACATAATATATTAAGGTAAAAAATTATCTACTTCCAA TATTTAGTACATGTTATTAATATAATTTTTAGGTATGTGTTTTTCGTACATACATTTATC AATTATAAAATACATGTCTTACAAGCGCACCATTAATTAAAATTAAGGATCAATTTAATC AGTTGTATAAGTTGTCAAATGAATTAACATTTCCGTTGGTTACTCATTAGAGTTATGTAG GTGTTAGCTATGCAAGGTTTAGTTATGCATGTATTAGTTATACATGATTCAGTTATGCAG GTATTAGTAACGCAGAATTTAGTTATGTTGGGTTTAATAATGTGCGTATTAGCTACGTGT ATATTAATTATGTAGGTATTATTTAGTTATGTAAAGATTACAATACATGAATTGTAATAT ATTGAATATTAAACTTGTTGTGAATTATTAATATATATATTATTTACAAAATAATAATAT ATTCTCATTAAATGTGAAATATATTGAACAATATATAATGCTAAAATTTTGATAGTATAT GTACCATTAAAAAATATATAAATAATTTTTAGAATTAAAAAATATTTATATATTTGCGTA AATTAATGAAAACTATAAGTATAAAAAAAAATTTGAAAATGATCTAATATATAATAAAAA ATAAAAATAACACATGTAGATAGCTAACAATAAAGTTCCAATTAAAAAAAATTAAACTAA ATAAAAATTGTCAATTTTTAAATAATAATAAAAACAACAAATTTATATGTAGGAAACTAG TACAGTTTTCAATGAAAAACATTAAAATATGTAATATATTATTTTAATAGATGTATAACT AATACCCACATAACTTATTTCACCTTATATACATATTTCCTCATAAGTTATGTTGACTAC AAAAAGATGCAATCAAATATAATATAAATTATATTTACTTTTATATCTGATACAAATCTT CTATCAAACGTAAATAAACTTATTCAACTTTTTATATATAAATAAAATGTCACTTATACG ACATATAGTTTAGGTTTTGATCCCAAAGATCCAAATTAAATTCATATCCCTACTTAGAGA CTTCAAAGTTTCAACTGTCAAATGTTTTTTTTCTCTATGCATTCATATTCGAACTTTATA CCGCTATGTTTACTTTAATGTGTGTATGGAAAATCTAATAAAATGCTTTTGATTCATTTA AAGCCTAATCTTCAAATATTCGATTAAAGATAAAAATTAGACAAAATTATCTGACATTTA TCGTATAATTCAATAGAGTGAAAATGCCTTATAACCCTTAAGTTTGGTACCATAAAATAG AGTTATTTTAGGATTATCGTTTGATAAAAATAGATAATTTCATTTCTTTTTAGGAAAAAT TATTTATATATACAACTTAAGTTTTCTTATTCTCAATTTTCCTTACCTTTTTAAACTATT AAAAAAAATTGGAATAAATTATACTTTGATTTTAGTTAATATTTATAATTAAATATCAAA CAAATTTTTTTTGGGATAACCTCCTAATTTCTAAACAGCCGCTAAATATTTGAATATTTT TTTTTACCTTTGGCAATGTCTAAAGTAGAAGGACGTTTCTTTCGAATTTTGAAACTGAAA TCATCAAATTCCACCTCAACTTTTTCTCTCAAAATGAAAATAGTAACCACAAAAGTCATA ATTTAATTAAAAAGCTAAATTAAAAGATGAATAAACAGTCAAAACACATTATTCTATCAA CCTCCTTATGTCCCCTAGTTCCCCCCCCCCCCCCCCCCCCAAAATCTCAAAACCAATGTA CACCAGTAAGCAGACCATGTCATTAAATCGAGTTTATCGTTTTAAAATATTTGTCATGTT TTTTTATTTATATATTTTGTAAAAATATATGAATGAAAAAATGTATTTAATTACTTTATT TTTATTTATTTCTTAATATATAATTTTTTTATTAAATATTTATTTTATTTATGTGTCATA ATTAAAATATTTATAATTTTTAAGAATAATTATTAAGTACTTCTACAAATGAAAAAAAAT ATATTTATGTTAAGCTTATAAAATGATAAATATTCTAATATATATATATATATATATAAT AAGAAAGGATAAATATTTTGAAATAGAAGAAGTATAACTTGTTAGAGAGTGTACCGAGTA GCTTATTAAAGAAAATCAGCATTTCGAATAAAGAGCCCCATCTACCAGGTACTGTATTAG AATTTAATTTAATTTATTGTATACATATGTGCACACATTTTTTCATCTAATGTTTTTAAA CAATTTCAAAACTTGCCTTTTTTTATCTAATATTAAACAATTATATGCTCTCACTTAAAC ATATCGTAAATTATTGTTATTATAGCAGTATGTTACTGATATGATAATTTGAACTATAAA AATAACTCGTTATAATCGATTTAATTTTATTTTAATTAGACAATTTAGGAGTATGCTTGT GTTTAATTGGGATATGGAATACAATGGCCCCCAAATGTTGTTCGTCTCCGCAGCGTAAGT TTTTTCCCCTTTTCCGCCAATTTGGAGTTCCCCAAACATAGGAAAGATATATACAGACAA ATATACAGAGCAAAACAACAGTGTCATTTCTCGTGATTTTCCTCAATTCAATTTCACCCT TTTTCTCTCTCTCTATCTATCTAAAAGTGGTAATCACTTATGGGGTTTCTTCTTTTTCCT TCAAAGTTTTCAACTTTCTCATTCTTGAGTCTTGACCTACACCCTTCTCTCTCACATGCG CATACACCTTCAAATTACCCTTATTCTTCTTCTTTGTTCTATGGAGATTTAGCTTTCCTT TGTTTTGCTGCTTCAGGTGGTTGCTTTATTTATCTCTTTCATTTTCCTTTTATGTTAGTT GTTTTAAAGATGGAAACTTTATACTTGTCTTTCTTCCTTTTTAGAAAAAAATGTTTGCAG TTGGTAGTCTTAAAAGCTGCTTCTACTTTCTGGGTTTTGTTTCTTATGCTCTTGATTGAA ATACATGTAAGATCCTATTTGCTTTTGTTGCCTCTGTTTCTTTTCATAAAGCTGGGAGAG ATTTATTGTTTCTTGATCCCCTATTAAAGATTGAAAGGTTTTACCCCTTTTTTTTTTGGG TTGCCTTTTATCTTATGTTATTTTTCTTATTTTATTGGATTTTTCAACTGAATAATTGGA TCATTGTAGCTTGATTTGGTGGATTTTGTTTTGAAACTGTTGGGCTCTGAATTTGCTAAG TGCAAATGAAATTGTTGGAGCAATGTATATATACAATTAATGTTGTTTAGAATTTATGAT ACAACAACCTAGTGTAGTCTGATCCACAAGTAGGGGGTCAGGGGAGAGTAGTGTGTTGTT TCCTTGGGAGGTAGAGAGGTTGTCTCCGATAGACCCGGACTATTTAGAACTTAAGATGAA ATGGAAAAATGAAGTGGTTATATTAGTTAATTAGTTTTGAGAATTAATGAGTGAGCAAGA GAGTTGAAGATATGTTGGAAACTTAAATTGTTTTTAAACTTGTCATTCATGGTGGTTGTC TAAAGTAGTACTAAAATCTACACAGTTTTATTTTTAAATTGATTGTCTTTAAAGAACATA TTTACAACGGGCTGTAGATGCTATAGATAGGTGTACAATGGCATGAATTTTAGCGGCAGG TTCATAATTTAGAGGACTGCTTAGTCCTTTATCTTCAACTCCCAACTGCAGTAATTAAAA CAGAAGCATTAGAAAGGACATATGACATGTGGTGGTATAAATCCCTTTTTTTTGGATTTA AATGACTTAATTTTACTTATGAATTACTGATTCATCTGTGATTTGCTGAACTTCTTCATT CGTAGCAGATAAGAAATGCTGCTGCATACTGAATGCAGTAAAGAGGCAGTTGTCAATATG ATCAACAACCATTTCTGGAGGTCTTTTGATGCACTGTTCCATTTGTCTGCTTCTTTCTCT CCATATTGCTTAGTCTGAGACGGGTTAGATAGACTTTTGGTGGCCACATCGGACTTGCTT TTGTCCGTTTTCTTAGATATGCTTCTAGAAGCAATGGGCGGGTTGCCTGGTACTAGTGAA ATTACCGAATCAACAGAGGACTTAAATCTTGCAACCAATAAACAGTATTGTATGAAGGAT GATATTAACAAGCTGTTCGAAGCTATAGAAATTAGGACTTCCCGCAGAGGTTTGAGTAAG TCAGAACAGGGTGTCAAAGATGCTTTCAACAAAAGCGCAATGAAGAGACCAATGCGATCT AGCCCCTCTCGAGCATCAGGTTTTGATAATTCTGAGCCCGCAAGTTTGAAGCAGGCCTTC AGAGGATTATGCATCTCTCAGGCATCAGAGCTTGCTGCTGTGAAGAAGCGATCATCAAAA GCGTCCAGGCTGTCAGGCGTCTCAGAGACAGGGGCTGTCAAAAGCATTTACAGACCTGTT GTTGTTCAGGATAATGTCCCTGAACGTACCGTCAATGAAGGTGGAGGGAATTTAGTAGAG ATATCCCTTATCCCAGATAGGAGTGTGTCAAATACTTCTGATCAGATTACTGAATATGAA CATGTACCCACTAAAGAAAAATCTACTTATGCTGCTTATTCTTGTCATATTTCTAAAGGT GCGATGGAACATGGTGCAGAAATTAGTGAAATTTCAGATGGAAAGGAGGCTTGCCCTCGC TCTTCTGAGATCGGTTCTGGTTACTTGAAAGAAGGGTCAGAGCGGAAATTATTTCTGGAA CTACCACAATCTTCAACTGCCACTTCTGCTAATAAAGTGGAAGCCCAGACAGTGTCTGCC TTAGATGAAGCTCCAACAACTGTAATCCCATCAGACAAAGAGCAGGCACTAGATTCTGAT CTTGTCTCTTGCTCATGTACTTCTATTACTGGAAATAAAGTCATGAGACCTACTTCTAGA AGTCCAAGTTTGATGAGACCTGTTTCCAGAAGCAGACTGTTTGTTAAGAAGAATGTCATT GCTGCTCTCACCAACAGTTCCAAGCAATCTAATGGTGGAATTGACAATTATTTGAGTTGT AGTACCAGTGAGATTCCTTGTCAGACACCTGAATATGTTGATCAGAGAGAAGAGGATAAA GTACCTTCAGAATCATGTGGTGAAAATAGTGTAGAAGTTAGCTCATCTATTCTGGAATCA AGTGTTACCAAACCTGGTCTCAGCTCAAGCAGTTGTAACAGAACAAGATGTATAGTTAAA AAAGGTGATGAAAGATCATTATCAAGAGAAAAAGGAGAGATATCTCAAAGTTCAAAGAGT AGCATTGGGGATTACAGCAGCACCACAAGCCTTAGCGAAGAAAGCTATCGTAGTGGGTCT AGCCGTAGTGGATATCGGCCTCATATGTCCGTAGATTTGAGATGGGAAGCCATTCGTTGT GTTCAGAAGCAGCATGGAAACATTAGTTTGAAGCAATTTAAGATGCTTAAAAAACTTGGT GGAGGGGACATTGGGACTGTTTATCTGTCTGAGCTAATGGGCACAAACTGTCAGTTTGCT GTGAAAGTTATGGACAATGACTTTCTGATCAGCAGGAGGAAGATGACAAGAGCGCAGACT GAAAAAGAAATACTGCAAATACTGGATCATCCTTTTCTACCTACACTCTATGCTCATATT ACCAATGACAAGTATTCATGTTTAGTGATGGAATATTGTCCAGGAGGTGATCTGCATGTG CTCCGGCAAAAGCAAGCCAACAAGAATTTCTCTGAACAAGCAGTCAGGTTACTTTTATTA TGGTTACTTCTTCCCTGAAACTATTTCTTGTTTATGTCTATTCCTAATCTAGATTCCAAG AGAATAGGCAAATAAATCTGCAAATAAAACTATGCTTTTCTATAACAGGTAATATATATT TTGTGGTCACTCTCTTTTTCATGATTGCTCTCCGATTTATGAAGATACGCATGTCTTGAA GCCCTTACATTAAGACTTTAGAGATACCATTCTTCAATAAGCTAGACTCTTTTGCATCCA CAAAATGACTTTTACTTGTCACTTGCTGATGGATAATAGCTTGCTTTATGCTATCGCTTG TTTTATTCAACAAAATTAGCATTCAATTTGACTGAATCAGGGGAGGTCAATCAAACTAAT AGGGAAATCTTTTACTCTGCTAAGCTTGAGGGGTTCCCCTGTAATTTTTGGAAAGTTCAG GGGTCTGGTTATGTCAAATAAGCTTCCGATTTCCTTTAATTTCTTCTTTTTGGTCAATCC ATTTTCCAACCCTCATGAAGGATTGTTATGTCTCAGTGATTAGAACTCCTTGAATCTTTG TTATATATGTTTCTCTTGATTGAACTTTGAAGAGTGTCCCATAATCTAGTGGATGCAAAA TATTGAACGCAGCTAAAGTCAAAATCATTAGCAACTAGTTATATGAACAGAGATAAAATC AATTCAATGGAAACATGGGAAGTGGGTGGAAAGGGTGAATCAAAGAAAAGAAGTGGAGAA GTAAAAAATGTAGTGAAAATATGTGAACAATGAAAGTGACTTGTCACTGGACTTGCATAT CTTCTCCATGGCAAATGGCATCGGCTTGATTCATCGCACATCCAGTAGTGAATTCCCACT CTGTATGGAGACTTTATCAAGTAAATTTTTGGTGAAATGAGTTGTGAATACGCAACCTGT CTTTCCAGTCATTCTCTTACTTAAGAGTATAGTATCTGAGGTGACACCTAATATGTCGAG CCTACTCTTTCAAATTTTACTGAATAACTTTCCCAAATACTCATGTTTAAGTAAATATCT TGTGCTTTATAAGTAACTTTGTTGGACAAGTCTTCCCTTATGATTTTCAGTAATCTGGTG ATGGGAGTGCAGTTTGTCATTTTAATCTCATGAGACACAGTTTCTGTGGTTTGCTATGTG ATCTTGACATTATATCTGTTGTTCTTATTCTTTACACAGATTTTATGTAGCGGAAGTTCT TCTTGCTTTGGAATACCTTCACATGCTTGGAGTCATCTACCGAGACTTAAAACCAGAGAA TGTCTTGGTTCGAGAAGATGGTCACATCATGCTGTCCGATTTTGATCTGTCTCTTAGATG TGTTGTTAATCCCATGTTGGTGAAATCATGTTCGCCTGTGATTAAGCCTCCAAAGACGTC TAGTCCATGCTCGGAATCTAGCTGCATAGATCCCTTTTGCCTACATCCATCCTGGCAAGT ATCCTGCTTCACCCCTAGATTTTTATCTGCAACATCAAAGACACGTAAGCTAAAGGCTGA CATCGCTGCACAAGTCACACCTTTGCCACAGCTCGTAGTGGAGCCAACTAATGCCCGATC CAACTCGTTTGTTGGCACCCATGAATACCTGGCTCCAGAGATTATCAAAGGAGAAGGTCA TGGCAGTGCAGTAGATTGGTGGACCTTTGGTATCTTTCTATATGAACTGTTATATGGAAG GACACCTTTTAAAGGACCAGGAAATGAGGATACATTAGCAAATGTGGTTTCTCAGTGTCT CAAGTTCCCTTCATATCCTGTGGTTAGCTCTAGTGCGAGAGATCTGATCAGACGGTTATT ACAAAAGGAACCAGAGAATAGGTTGGGAGCTGAGAAAGGAGCTGCAGAGATAAAGCAGCA TCCTTTCTTCGAGGGACTGAACTGGGCGTTAATACGATGTGAAACACCTCCAGAACTGCC TAGATTCTGTGAATTGGGAAATGTAATCCCTGATACCAACCAACAGAACAAGGAGATTGC CAAGTCTCACAAAGAGTTCAAAAGTATAGAAGAGGACATTGCGTTTGAGATGTTTTAACT TTTACTAGACCTGAGAATGGATAGGTTTGTTTTTCTTTACTCCTTTTTAGCAAAATATCT GTGATCCATGTAAGTAGTATATATAGCATAGTGTAGAATCCAGAACTTGGTGTCAATGTG TAGAGCTCAAAATAACATGTTTTGCTCGTGATATCTCATGGTGATTCTACCAATCGCATA TTAGTTGAAGTCTCATATAAAGATCCACTGAGATATCATCAACAATAAAGTGAATCTAAC CTAATATATAGCTTTAGATTTGAAGGAATAGATAAAACTTCCAAAGAGTGGATAATACTA TCAAGAAAATTTGATCTAATATACAGGCAAAAACTCAGCAGGATATTTAAACAGTTATGA TTGGAAACACATAATACAGGGTTAAGGAGAGCCAGAAAATGACATGCTTATTTCCACACA AACACCGTTTAATACAAATATGCAGAACCCCTAAACAGAGGAGATAATGTGTTATTATGC TGCGGAGTACTGATAGCATATGCCATAAATCGGCATGTTTTAATATCAGCATCCAAGTGA CTAGTATTAGCTACTGATAATTGAAAATCAACAAAAGAACAAACAGGTCGTTTCAAATTC AGCCACCATAGGAACAATAGTCGAGCAGTAGCCGCTATTTATTCCTTCTTCCCTATGCCA TGAGACATGTTGTAGATCCCTCTCCCCTGAAATATAATCCAAAAATACCATTAGAGTTGA TTCGGGACATCAGATAAAGCAATCTAGAAAAAATTCGAAGAAACTCACAATCATAAACAA AGCAGAAGCAGCCAAAGCAGCTGGAATGGCCACTGAGGTGACCTTGTCAAAACGACCTTT CAAGTATGTGTGCTTGTGGACGCTTTGGTAAAACTTTTGCTTCTCAACAAGCTTTTCTCT GGGATAGAAAGGTGCTTCTTCTGACATCCTGTGTTATTCAATAACTTGTAAATTTACAAT CTCGTAATAAAATGAATATAACCAATCAGTTTAACCTGCACCACGTTAGGATGGTTAATA TCCGCAACATTCCCTTCTTTTTCTAACATATTTGTGGCACACTACGAGAGAAGTGAATCT TTCATGGATGCTTAAATAACTAAAACAAGCTTTGCATAAAATGATTTATTCTAGAAAAGA GGTGCAATTGAATTTGTAGTCCAGGACCAGGTATATAAAAAGAGGAGTCCATCAGCATAA AAGAATATTTGAAAGTGCATGAAATGCATATGACTGAAGGCACACAGGTAGAACATCCAG TCATTTGAATAAAGTACATAAAGGTATCCACCAAATTATGGTCTCCAATACAACAAAGAA GCAGAGCCAGAGTGCTGTGGTTGTTACAGACTTAATTGAAGACTATCTATAGCAAGTAAA TGAGAGTTTTTCCTTAAAACATAAGGGATGGTGATATATTCATCTCTGTAAAGCAGCATG AAAACTAATAAGATGGCATAACCAAAACAGACAGCACACTCCACCCCCCCCCCCCCAAAA AAAAAAAAAAAATCTGCCCCAAGAACCAAAATAAACTGGTGGTGATGGAACATCCCGTGA GATCTCCATTTTAAGTGGGAGTTTTCTCTGTTATCTCAAATGAATATTGGTATGTTCTAA TGGTGACTGTAACTCTTGAAGAAGAATGAAAAGAGATTATAGATGCTGTGTCGAGCTGTA AGGCTGAGATGAGAGATGGTTTTTAGTAGAATCAAGTTCAATGGATCTAGTGTAAAGGAA AACAAGACTCTAAGATTTAACTATTCAAAAAGAAACAGCAACACACTGATCATATGACAG CCATGACTTGCACCTTCAAATTTTCATTGAACAAGTATAATATCACTTCCCCTGATTAAG AGAATTAAGAAGAAAAGACACAAATGCTCTGATCACATATGTTGGTGGCATAGTTAAATC AGGGGTAAAAAAACAGGATGGTAATGTAACCCATATTAACATCAAAGGTTATATGGTTAC AGATATGTGAAGTCCAACCACAACCATGTCTTAATGAATTAGCCAATTAGCTCCGTGATT TAAGTGATTTTTGCACCAAATGAGCAATAAGCATGGCTTGACTTAACAGCGAAGACATAA CCCTTTCACCAGACTGTATTATTGTTCAATTATTCCCTAAGAATAATTAACCTGAGCAAC CTTATGATTCATCTTCATGTTAATAAAATGAATTGAGCTAGTCTTACAGCTCGATGCTCC TATAGATAATAACACGAGAAACCACAAAATCTAAAAGAGAAACCTAATAATCATATTTCT AACGCACTGTTATGGATCGACTGCGGTTCTTAATTACCCCCAATATGACTCGAACTACAG AATTGAGCCATCTCGCTAACTGAGTCAACCCATGTCATTATTATCTTCATCTAGTCAAAT ACAGTCTCTCCTTTAGGAGCTGACCTAATGAACTACGCGAGCTTCAAAACTACGCAAAGA TGAATCCAATCCAAGTAAAAATAAAAACAAACTACACTATCATAGTTTACCAACAGCGAA AGAACATGTATAGCAATGAAATGAATCCATCACAAAAACAGATCTACTTATAAACACACA TACAAAACTGAAAAACGGATCCAAAAAAGTAATACAAATTCCAACCCGTCTACTCAACAA CAAATGATATATCAATAACTGCAAAATCAAGACTAAAGATTAAAAAAATCACAACAAACA AACAAAAAGGGAACAGATTATGAATCAACGGATCAGAATAAAACCTAATGAGATTAAGAA AACAGAAAACCTAGGGTTTGCAGATGAACTCACTTGGCAAGCGACGGAGAGAAAGCTGAA GACGATGAGCAGGGAGTCGTCGATGAAGAAAATCAATTAGTTGAATCGAAGCTAAAACCT AGAAATTTCCGATCCAATTGAATTTCCAATTATTTAACTTTTAGCCAACATTTTAAAAGT TTGCAAATATAAACACTTAGAATTTCTACTCTACTTCTCTCCTCCATATGCTATAAAAAT AATTAAAATAAATTGTTTAAAGTGTGCACACATTTTTTAAATTTTATTTATGCAATTATA TTGAATATATAGCATATTAATTTGTTGCTTTCCATTCAAATTATGACGACTCATCAAGTT CTACATATAAGTCATTTCAAAAGTATAATATAATTTATACAAAAATTTCAATAATTTATC TTGAGTCGTACATGTTCATAAGAATTTTCAAAACTTGTGAATACATTCTCTCAAAGTTTT AACATAATTTAGAATCAAATCCTGACCATTTGTCAAGACTTATGCATGCAAAGCAAGTTC CCTATCTATAAGTATATATATATATATATATATATATATATATATATATATATGCTTATG ACAATTTATTAGAACTTGTGAACAATTTATAATAAAATTATGATATGTAAGTTATATAAA ATCTTAACAATCTGTTAAGATTTGTGTATGCAAAATAAATATGTCAATTTATTAGAATTA TTGATGATTCGACCGAGAAGCTATTTTTGTAAAAGTTATTTAAATGATATTCAACCTATT AATAATAATGAATACCTTTCTTTGGGATTTTGACTATTCTTCTTTAAAAAAAAAAATAAA ATTGGTAAAACTAAATGAAAATATAAAATTAGTATTTAACGCGGACAATGTTAATGGGTG ATCAATAAATTAGTGACCTTTATCGCATTTTTTAGAGGTATTCGTCTATAATTAGTTCAA ATGATCGAGCCTACGTCATAATTTGAGCCGAGAGAAATTATATACACTTTTTCTAGTAGT AATCTCTTTGTTTTTATATTAATTGTCCATATTAATTGTGAACAATAACGGATGAAGAGT ATAAACATTCTTAACAAATAATAAAATATGTAAAAGGTAAAGTGAACAATTAATATAAAA TTAATAAAATGATAATTAACTTCTTTACGAACTTACTTTGAGAAAAGGCCTAAACATGCC ATTAAACTTTCAGAAAATGTTCATTTATGTCCTCTGTTAAAAGTTTGACTCAATTATGTC ATTATTGTTAAAGAAAAGACTCATTCATGTCATTATTTTTTAACAATGATTTTGCAAAAC CATTTCTTACACGTGGTCAATTATAATTCGGCAACGTCATTAATATTTTTTTAAAAAAAA AATCAATTTTTTAAATAAATTAACGTGTTAAAAATGATTTTGTAAAATCATTGATAAAAA ATAATGGAATGAATGAGTCAAACTTTCAACTAATGACATATTTGAGCCTTTCCTAGACGC GTGTGTATATATATATACCATGTATAAATACTACGAATAATTAATGACAACTGGTACATT GCTAAGTAAGGAAAAGTACAGCATGTGTGGTAGGCACTCACAATTCAGTTTTAATTTCGA TACATATTTATATATTTTTATAATAGAATTTTAAGAATTAAAATCATAACACATTTAAGA CAATGCATATTTATTCTCCCCTCTTTTGTCATTTCCTCATTGGCTTATGGCCCTAATAAA ATATCTCCATTCTCTTATCCAAATGCTGATGTATGGCACAACCGAATTTCTTAGTACACA TCCCACTGCAGAAAAAGAAAATAGGGGAACAATATTAATTCTCACAATTAATGAATTGAA ATTGTGAAATTATTATACCTAAAACAGTTAAGCAACTCTCAACCACCCTATTATTTAATT CCTTTTAGATACTAATTTTGTAAACTAAATATCTTTTTCTTTTTTGTTCATTTAATAAGA TCAAATTTGATAGGTGCAAGTTCTTTTTTGTACAATTTAGAGGTGGGTTCATGTGTTCTA GTGTGGTACCTTTCTTATGAGTTATGACCAACAAAAGATTAATCACAAGTTGGATTAGGT CCACTTCCCTCCCTGTTCCCTTGTCTCAACTTGAAGTTCAAAGTCTAATTTTCTAATGGA CCATTTCTACTATATTTTACGAATATCGAGTAATTTAAATAAAAAAAAATTATTAATTTT ATTTCTGCTGGAATTTAAGTATTGACTTAATTGATCACTAAGCTATTACATTCTTGAGTG TTGACTCGGTTTACTTGCCTTCATTGACTAGTAGTTTTTTTTCCTAACTGTTGGGTTTTA ACAAGTGTGAATGGGAAAAGAAAAGAGAGAATATGAAAAGTGAGGGAACTACTTTGGAGG GAAAATGAAAAGTCATTTGCAAAGTGCAAATGAAAAGTCATTTCTCCCATATTGGCAAAA GAAATGAAAATTGTTGTCCTTATAGAAGGAAACACTTCCATTATTTCTTAAAAGAGCTAA GAAGAAGATGCCCCTCGCGCCGTCGTCGCTCGACTTTGGATTTGGATTTGGCAAATGATT TGATTGATAATTTTTTGGACAAAATTTATTTAATCAGTTTTTGTTAAATCAAATAAATCC TGTTAATATTATCTCTTATGTAACATTCCGAAAAGTCGTTACTTTTCTAAAAAGTCGTTA CTTTTCAAAAAGTAGTTATTTTTCCTAACAGACACATTTTTTCGAAAAGTTGTTATTTTT TCCAAAAGACACAACTTTCTGGATAAAATGGGTCTGAACAGATTTCACTGAACAGACATG TTCCTTGCTGAAAATGGCTACAAAAGGAAGTCAATTTTTGATTTTTCAAACACTGAAAAT TTTTCTTTCTCTGCATTTATTTTTCTCTCAAATAAAAAAAAAATCAAAGTGTCGATCGAC TGAGTCTGTATGACTTGTTGCTGTTCTTAAGTTCGTTGAAGTTAAAAAAGTTTGAGGTAC CGCTATTTCTTTAACAGGTTTAATCCGTTTTATCTTGGGAGAAATTAATCCATAACCTTG GGTACAGTGAGGGAATTAAATTTCTTAAGGACACACAGTAGTTTCTGTGGACTCGGAATA ATTCTTGTATTTTATATTTTTTCTGTTTCATCTTATTTGTGTTTCTGTTTATTAACCTTA TAAATACAGGTTATAGAAAGAATAACACCAACTAGATTGGTAAGTCTCATAGATCCAACC ATTCTCTCTCCATGCCCCGAGGATCGATGGAGAGAGCATATGCCATCCAAAATTTAAACT AAGTGAATTTACTACATCCACCACTGATATAGAGAGAGACACATGAACCAACTAGTAGTT AGGTATATACCAATATAAATATATATACATCCTAGGAACTTGGTTTGGAACAATATTGTT ATATAGTTAAGACCATGGTTACATATGACATGTTTCTTGCTGCCTTTCTATGACAATATC ATGCCATAATTCTTAGCAATAGACTAAAAGTAAAAGTAGAACAATGACTACTAAGAGATT CAATAAAAAAAGAAAGAGGTAAAAAAGGGCCTACATGAATGTGGTTATCATTAAAGATCT AAATAAAGATAACATCCAATCTGTTTGAACCTACCTGGCAATCTCACTTTGATTGCCTTA TGCTAAGGGAAGAAAACTCACCTAACTCAAACATGTGTGTATGATTCCCTTAACATGTCT CTCAAAAATTGCACTTCTTTTTTTTTCTTGGAAAAAAAAAATTTAATCTTTGTAGGTTAA TTGGACAAAGAAAATAATTGAACTAAAACTCTTTTGTCTACTCTACGCTGAGCAAATCAA AATTAGTCAAACAAATAACGCAAAAAGAAAAACACAAGCAATCTATTAGTACAATAAAAT GTCAAGAGACAGAAAAGTTCAATATACAATTTCAAATCTATCAAAGATCAAACATTTTTT TTCAAGATGTAACTAAAGAAAAAAAACAAACAAGAACCTTTTCATTATTATGTGGTCTTA GAAGCATAGATCAACAATGAGAATTCAATTTTTTCTTGATCTTTGATGAGGAATTTGTCT TTCTCATCTAGCCACAATCTACTATCCATTCCACTTCTTGTCCTAAACATAAATAATGCA ATACCAGAAGCTGGATTAAAGAACCAATCATGAACATTCCACATTAGATCAATAAGCAAT CCGTCCAAAAAAATACTCTGATTTCCCCTGAAGTTCCATTGCAATCTTTTCACTCTAATC ACCATCTTCTTATCAATATAAACAGACAAAACAGGATGTTTTAATCCATCATTTTCGCCG TTGCAACGAATCAAAACATCATGTAGGTTACCATTATCACAAAATTGAGCCTTAGTTGAA TAAATTGTATTACCAGAAAAATGTTCTTGTCTTGATACCAATGAAAATTTAGCCATTGGA ATTCCATTTTTCAACTTCCTTAATGATGCTTCTTCAGCCATATCACCAAGAATAACTCCA AGTTGTGAATCAACTATGATCAGTACATAATATCCATCAATTGGTTCAGGACCACTACTT AAGTACCTAGCTCCACACAAATCCCAAATGATTTCAACCTTAAAATGATCCAAATCCATT GATTTACTCCCCTTCTTCTTCCTAAAAAGACGCGTATTCGTGTTGAGTTTGAATACATTT GGATGATCATCACCAAAGTGTACACTCAAGCCTTGTGTTACATTTGTTTTGCACCATGAA ATTGTGATCAAGACATGTTTTTTATTGGATAAATTGACTTTGTACAAACAATTCACAGTG TTTTGTACTGAAGGAATTATAGAAGGAGGGATACAAGCAGAGTTTGAGTAACTAGAACAA GAAGTATTATCAGAAACTTGAACAGCATATTCATTGAAACAAGAAGCAAAATCTCTCATT TTCTTTTTTTGGTTACAAGAAGAAGAAAAGGGATCTGAAGGGGAAAAAATGAGGAGTTAT GGCTATTTTATTTTATTTATAATATATATATATATATATATATATATATATATATATATA TATATATAGAAAGAAATAAAATAGAGATTTGGAAGGACTTGTTTTTGGAATTTAATTCAA ATTAGGAAATAAAAAAGAAGAATCCTCTTTAACTGACAACCCATGTAAGGTAGGAGTATT AAATATGATTCTAATGGTTTTTTTTTCTTCCCTCTCACCTTAAAATTTGCAATTTAGGAG AAGGGCAAAAAAGGAAATAAAAGAAGAAATTCTTAGACTAATTTGTTAATTTAAGGACTA TATTTATTTAATTCTCTTTTGCCAGTTCATCTGAGATACTATTAACGTAAAAATTAATTA ATTTAAGGACCATAGATTAGTAGTGGAGTAATTAAGATGGATGAAAGTGGAATTGTAGTA GGCATATGCATGTTATGCCAAACCTTGCGTTTGGTCGTCAGGGTATGCACGTTGTGCTAA ACCTTTGCGTTTGGCGTCGACAAGTGTATCAGCTCGTTGAATTCAAAATTTAAAATTTAT AAATTTTTATATTAATTTTAAATTAATATGTAATAATAATCAAATTTACAATTAAATATT TTATAAATATTTTTAGTAACAGGTCAAACCTATATAAACTACGTACAATTCTTAAGAATT AAACATTAAATAAGTGATAATATAATGAATGAGCAAAAATAACAGAGAAAGTATCATTAT TACTCATACAGAGACGCAAAAAAAAGAAACTAATCCAGGTCTACATCATTCTACCGACAA AGATATATCATCCTTTTGTACTCTTAGAAATAAAATAAAATTGTATTGTATTTTTGTTTC ATTCCCACATTTTTCTCATCGTTACAAGTAAAAGTAAAATAAGTACTTCAAGTTTTCATT CAATATTCAGTATTTGAGTTGAAGTATAGTGATTGAAATTCTAAAGATGTTTTATAGGTA AGGGCTTGTAGATATATCAAAAAGAATTATTAAATTAATTAAAAAAAATGCATACCACAA AACAAACATTAAAACAAAGCAATTTCTATCGAAGTTCATTCTATTAACAAAAATTAGAAC CTAAAATCATTGTGATGGCCTAATATATTTTGCTTCAAGCGTGATAATGCTGACATATAA AAAGATAAAGCACCTTGTCTCAAATTACCACAAGACAAGCAATAATTTGAGGGTCCTATG ATTTTCATGAATATTAGTACTACAAATTTGTCTTCATCATCAATATTTTGGTTATAACTT TGGAAAGCGACGATTAAATTAAGAAAAACAGAAAATTCATGCGGCAATTTAAAATGATAT TTATTTGAACGAATGACCGAGTTAGTCGAGTATATAATTTCTAAATTAGATCAGTAATTT AAAAACTCTATATATTTTTCGATCGAGTTTGTTACACTGAAATTGTCTGATATTAGTCTT TTTAGAGTGAGCTATTACATAGAAGCAGGATAAATTAGGTGCACCTAAAAAATAGTGATT AACAACAACAAAGGATAAAGATTATTCAAGTGCAAAGTTTTAATTAAAATATTACTAATA TATGGAAAATACTAAAAAGTCCAACCATCATGAAAAAAAAGTGAAGCGCTTTTGAGAATA AATTGTTTGATGAAGGTGATTTTTCTTGACCATGAAGCTTAATTAATGGAAGACTTCTAA TTTATAGGTTATAATTAAACTTTAGCATATAATATATATATATATATATATATATATATA TATATATATATATATATATATATATATAATTGGAAAATGATGCTAAAGTTTAGGGCAAAC AATGAAACTTCATTGTGACCCCATTAGATAATAACAACAGTACTAAAGTACTATCTGCCG AAAGCATAAAATAATTACACTAATAAAGTAGCAGCCTATATATGACACATTGAGTTTGCT TATAGAAGTTTCCAAAATCTGAAAGATTCAACTATTGTCAAACTAAAATCTTCTCTTTTT TTTACTACTTTGTGGTAGGACAATTTTACATTAAAATAACAACTTTTGATTCTTTATTCA TTAAAGTTTTTAGCAAAAGTTAAGATTCTACTCATGTGTTGATGACAGTACTCTCTTGTT ATAGAAGCAAAGTACATCAATATATTTATAATATCATCAATCTGCTGGATAAAGAAGGGG CATAATACCTTGTGCAAGTGTACATATTAGCTAGCTATGTTTCTTTTGAAAAATGCCTCA AGATATACAACTAATTAAGCATTTTTCTTTTCACATTAACCAAAAATAAAAAATACTATA AATAAAGGAAAATGCTAAAGGTATTCTTAATTATAATTTCTATGGACTAAATTGAATACT AAAAATATATATACCTATGAAAAGAGATAATAATGAGGCCTTTTATACAAGAAAAATGGT TCAAATTTGCTCTTGAAATTACAAAGTAATAGGCTAAAGTGCAGAAACTACAACTCAAAG TTAAGGGAAAACTCTGTTTTTGCCCCAAGTGTGGCTCATTCATCACATATTGGTGAAACA GAACAGTGATAGAACTTATGAAGATGTTCAATTTCTACACAGAAAAAACTTAGAGACAAC AGTAACTTACTGAAACTGACATATTTTATATAATACTTCTAGCTCCTGTATGTGCATATT TGTGGATTCTTAATGATACAATGAACCTCAAAAGAAAAGAATTGAAGCTAGAATGACAAA AATTTGATTATAAGTTTTGTCCTTTTCGCAATATCCTGAGCTTTTGTCCCTCTTGAAAGA CAGAGACAAAGAGAACAAGAACAGAAAGAAAAATGACTTGCAAGCTATAGAATTACAATG TCACACAACTAAAGAGCTTCAATAGAAGAAAAATACAATCTATCTACACTAATTCATCTG TTTTATCGTCTTCTTCTGTGTTCTGGGCTTAATATAGATATCTCTTTGCTCTTCGCTCCT CCTTACCAACACAGTATCTCTAAGAAAATTATCCGGAGATTTTGAGTTTGGCATCCTTTG AAAATGGTTGCACGAAAGCACTCAAAAATTTATTTTAGTGTACACGAGTCAATACAGGAC GATTTTTTTTTTTTTGAAGTTTCTGCTATTACGAGGGGACGATGGTGCCAATGTAGCCAA ATCCAGCAATTGTGAAAGTGATGACTTGGAGGAAGATGTAAAGAAAGTACTGGCTTTTCC CATAGAGGACATCATAGCATCCACAAAAGAAAAGGAAAACTGCGAATCCCAATTCTTGTG GAAGAATCCTGTATGATTAGACCAACCGATAATGCATGGTTAACAAACTGATGCAATATT CTAATAGTTCAATGATATCAAGAACATGAAAACAAAAGCTTCATTCAGGAGAGTTTCTCA CCTGTCTCCAAATAGAGATCCTCGGGGTTTTTTGGTTTGTTTTGTTTTTTCTTTGTTCTT GAGAGCATCACCTAGTTTCTCCGTGACAACCCATTCATTAGCTCTTTTTGCTTCTAGCAA GCCGATAAATGTAGCCTTGGTTCGTTGGAAAGCCATCACATTCTCGAAGAGAATCCAGTA GAAGAGTAGATGAATTGACCTGTCAAATTACATAATCAAATTAGAAAACTTCGGGAGGGA AAATTTCAACCTTGTTAGGCATATTATATAGACCTTGGAGTTCCAACAGAATTCAATGTG GTGATAATGCAGGGGATGTAGATGGCACCCCATGTAGGGATTTCAACTTCAGGAACTAAA AGGCTCAACGGAAGAACAACACAGAAGAAGAAAAAAGTGACCATGTGAGCTATGATCTTC CGGACGAAGAAGAAGCTGTAGATCACATAAAACTTCTTCCAAATGTTTACTCTCTGCAAA CACGAAAACGGAACAATTCAGATTCTTTATTCAAACAATTTTAGAACCCAACTCTGATAC CATGTAAAAAAGTGAATCTTGGACCTAACTAAACCCCAAAAGCTAGCTCATAACGAGAGG ATTGCTTAAGTCCATATAAGCAGACGAATTAACCTCATCCCACCCAATATGGGACTAACA ACATTGCTACATTGCATACCTTATTCCTAACAATCTCCATAACCATTTTCCTGAACAAAT TTGCAGGACCACACGACCAACGATGCTGCTGAAAACGAAAGGCTTTGAATGTACTAGGTA GTTCACTTTTCACCTAGAATAACAAAATTCAGTTTAGTAACAAGATAAATCTTCAAAGTA AAATAAGGCAAAAACAGAGTGGTTCTATGAGGAATTTTATCAAACACCTGGAGATCACCA AGATAAAGAAACTTCCAGCCTTTAAGACTAGCTCTAACTGCAAGGTCCATATCCTCTACA GTTGTTCTGTCTTTCCATCCACCAGCTTCATTAATTGCTGCTATTCTCCACACACCTCCT GTTCCTGTAAAATTGACCAAGTTCCACCGACCTCTTTATAACAATCGTTCGGTTACACGT TCTTTTTTATATTACTATAGCAATAAAAATATATAACAAATAATAACATTTTCTTATAAA AAAGTGTGACATGTAATAGTACAAAATATTTCACTTACCATTGAACCCAAAGAATGCATG AGTGGATGAACCCACTTCTTGCTCTACAGTGAAATGATAATCTAATGACATCTCTTGCAT TCTTGTTAATAAGCACTCATTTGCATTCACTGTAATTAACAAAAGGATTAGCTCGGTTAA TTACAAGTTACCACATAATTATTTTCAACTCTAACAATATTCTAGTCACTTAGATGAAAT AAACATTTATATTCCACGTCATCGGATATCCTGGAAATATCATTTTCAGTTTCGAATTTT TAATTTACGTTGTATCATTAAATTTTACTAATGTACACATCATACAACATGTTGTTCGAA TGGAAGTGTCGGCGAGAATTGTAGAGAGCATAATAGCACATGTAGACACTATAAAATGAC GAATCTACCCTTTCATGAGCTGACAAAATGACAAACCTACCCCGGATATATAGCACTTCC TCGCCGGTAACTGCGGGGTTTCTGACTCGGTCTCAACAAAGGGACAGGATAATAACGTCA TTAGCAAATGTTGCTGACGCTACTGATATTTTAAAACAAATAAAGTTCTCTGACAAAGTC TTCACAAAAATATTTTTTAATTTTCAATATCAATTCTGTTTAGGAAATTTTAATTCGGAC TAATCATTAACTTTAAGTTTGCAAACGACTTGAAGTTTCTGCAGCGGGTCACGAATATGC GTAAGCATAAACGTACAGTAAAAGTAATTAGTAAGTAAACACCAACACTATGTGTAGTAA AGAGCACCGACACTTTGGTTTAGGAACATAATGTAATTTAATTAATTGAGTAATGATTAG CTTAATGATGATTAAAATTTGAGCTTACCAAAACGCCAACGACCTTGAACGAGTGCAATT TCCGAGTTATGTACAAGAAAAGGGATAGCTCGCCGGAGAAAATCCGGTTCAGGCCGGAAA TCAGCGTCGAAAATGACGACGTATTCGCAATCTTTAACATAATCACGTTTTAATCCTTCT TTAAGAGCTCCAGCTTTGTAACCTCCTCTGTTCTCTCTAATTTGGTATCTAATGTTAATC CCTTTGTTTGCCCACCTTAAGCATTCTTTCTCTACCAAATCCTTCAACATTAATAAATAA ATAAGTCATTAATTATTTATTCAAAGGTAAGGGAACCCATACTCATTTATTGAGTATATA CTATATGAAGAAATTGGAGGAAAAATGTTGGTTGTGGTGGGTAGAAAAATAAAATGTGTG TAATAAAAGCTTGGATATTCTTAATTAAACTATAATTAATTAATAAAACTTTTTTTTATT TATTTGCTTTAGGTACAACTAATTCAATTTTGCGTTGCGCAAGATTCCGACTAAACATAA AGTGATTATATCCATTCGATATAATGTATATGCTTATGGAGGTATAGTAAAGAGTTTTCA AGGAACTAATGGATACCTTAATGAGAGGATCAGTAGAGTCATCAAGAACTTGAATGACAA GTCTATCAGCAGGCCATGAAAGATTACATGCAGCTCCAATGGAGATCTTGTAAACCTGTC TCAAAACACCATAACTCAAATATTAGAACACTCTGTTTCTACAACTCAAAAAACATAAAA ACAGAGGAAGAGAAATTTAGACCTCTTTTTCATTGAACATGGGAATTTGAACAAGAACCA TAGGAAAACCTTCATTTCCAATCTCCAAATCATCTCTCATTGGTTCCCAATTATACCTTT TATCTGGTTTTTTCATGAAGAGTTTAACAAGAACAATGACTATACCCATATAAAGCCTTT CAATGAAAAGCATAAGTTCCATAGCTAAACAAATGTACACAGCAGCCCTTAATAATGGAA CAATTAATGGAGCTTTAATTAATTCCCACATTAACCCAATTTGGCCTGCTATATCTGCTG CTGTCCCCTGAAATGTCTCTGGAAACAGCGCATTTGTTGAAACCTCTGTCATTTTTTTTA CTTTCTTTAGCTCAAAACAGAAACAAAATAGATATCTGTTTCAGCCAAAAAAACAATACT CCTCTTATCTTTCTATGTTAAGATAGAAGAGGATTGATTCATAATGTAGAAGGAGAGAGA ATATGTGTAATTTGTTGAGTGAGTAACTGAGAGTGGGAGAAGGGCCCCTGTTTTATAGGC AAATTTTGAGCTTATTTTAGACTCTTCTACAGTTCACTGACTTTTTTCAGTTTTTACCCT CTCCTAATCTCTCTCTCTCTCTTTTTTATAAAAAAAAGTGGTTTTGTGATCTTTTGTGTT AATTACCTTCTTTTGGGTCTCAATTTGTATCATCTTTTGATCGATTCCAATTTATATATC ATCTTTTTTAATTGGAAATAAAATTTGAGAAATAAAGAAAAACTTTGTTATATTTTATTA AAGTAGAAATAACAAACTAATAAACTAAAATAAATGGAGTAGCTACTGTTTGATTTAATT GTGCATCATAACAAGCGTTTGTCAAAGCTTGTCAGTCGTTTCTCTCCAAAACTCTCGCTC GCTACTCTCCCATTCTCGCTCGTCACTCTCCCTTTGCTCGCCTCTCTTGCTTTATACAAC AGAAGCGCATAAATTGTGTTTCTGTTTTGTATAAAACGAGAGAAAATTATATATACACAT GTGAAAACATATATCTTCGTGCTATACACTTAATTATACAATTTACAAGCATTTTACTTC GATTTAATTGTATGCAAAGCAAATTTTATACAAATATTGCAGCGAAAAAGGCCAGCGAAT TATACAATTGCACTGAAAAACAATTTTCTCTCGCTTTATACAACAGAAGTGTATAAATTG TGTTACTGTTTTTATAAAGCGAGAGAAAAATATATATCTTCTTCTTATACACTTATAATT ATACAATATACAAACATTTTACTTCAATTCAATTGTATGCAAAGCAATTTTTATAAACAT ATTGCAGCGAAATGGGCCAGCGAATTATACAATTGCAGTGAAATAGGCCAGAATTATACA ATTGCAGCGAAATAGGCCAACGAATTATACAATTTAGGCCAGCGAATCATATAATTATAC ATGTATAGCGAGGCCAGCGAATTATACAATTTAGGCCAACGAATTATACATTTGTATATG TATAGCGAATTATACAGTTATATGTTTGCTACGGAGCACAATTATGCAAACTTTAATATG AATTTTTTGTTTGATATATGTGAAAGTTGTCCTTTATTAAATTGTTCTTATAAAATCATT TTATTTTTAATTGATTTTTCTTCATAATATCAACAAGGGAAAAATGAAGATTGTGCCATA AAATATTAATCAAATAAGGAAATGTGATTTTTTTTAAGACTAAAAAAGAGAGGATATCAC ATTAATTTGGAAAGATAGAGTAACAATTTAAAGTGTTAAGTAAATTCTTTGAACTAGATT TTAAGATGTGAATAAAGTTAAGACCTCTTTTGATATGGTATCAGAGTTAAGTTAATTGTG TCTGATTGATGTAAGGCCCTTGGATCGTGTGGGGTTGTGAATATATTATAGTCCTCGAAT ATCATGCTCCCTATCGGATAATGAAACTCGGATAAATAATATTTGGATTTGTGTATGCAG GGGTGGTGATGAGAATACCTATAATGAATCGGACAATAATTTGGGGCTCCCTAAATGACT TGACCAATTCTTTTTCCTTTAAGTTAGCTTTGGTGTGAGTAAGACCCAAAACCTAATTTA ATAAAAACTCATATATTTACTCTCTTTTTTTCTCATCCCGTGTAATTTGAACTTCCAACT AATTATTACCTTCATCAGAAGGGAAAAAGCTCCCCAATTGAAAAAAAAACTCAAACTCGA AATCTATAAGAGATTTTATTTATCCTACCAAATTTACTTTTCTTTACCTTCATGATCCAT ATGGAAGTATAAAAAAAAAGAGAATGAGGCAGGGACTCTATCAACCATTCCAACTTCTTG TGCTAACCCACTTTTCTACCAAAAACAAACTGAACCAATAACGAATAGGTCAACTTTTTT GCTTTTGGCCATCTAAAACACCTTATGGGGTGAAATTGAACATTAATAGAAATGAGTACA ATACTTAACTCATCAATAATTTTTCACACAATTATTATACTTGAAACATATTAAATATAT CAATGTACTTGCTACTAAATCATGGTAGTGTGACATCTTCATATTTTTCTTAATCTTACA TTTAGTAAGTGTATATTACTTGCTATTTATTCTAAAAGTTACTAATTGGAGCTATCATAT AATTCTCTTCAATTGGCTATTTACCTTATTAATTATGTAAACATTTTTTTGTTTCATGTG TGTGTGGAGAACTTAAGTTCATGTGAAGAGTAGTTTGGTTGGATCAAGATTCATGTGAAA AACAGATAAGACAAGTGCATATGAAGTTTTCCACAACCTACTGTGCTGTCTCACCTTGTT TTTTTAATGTTTAGCCGCCAAACTCTTCTTTATGTGAACTACATGCGTCTACTTATTTAA TTTCCCGGTTGAGGGTGATGTGATCATGTGTATTTATTATTTTATGAGTTGTTTCAAAAA TAAAATTGGAATTTGTAAGTTTGGTACTATATATACTCTACATAATTTAGCTAAGTTTTT GATAAAATATAAGTAATTCTAGTAGCAAAATAGCTTTTAAACTCAAAGACTCTCCAAATA TAATAATTTTTTAAAATCAAATAAATGACGGTAAAAATCATAGGAAAGCAAATCTTTTTT AAATTGTTACACAATTGAAGATTGATTGAAAAAAGTAAAAACAGACTCAAATGATCCTAT ATTGTCTCATTCAAAAAGTGAAGAAGGTGTTGTTGCCTCCTAAACAATAGAAGCAGAAGT AATGATAGTGTTGCCTTTTCTATATAGTTTGTAATAATTATAAAGAAGTTCGAAAATGAT AGTAGAAATAGTATTGCCCTTTTTTTATATTCTATAATTAGTATATAAATATTGCATTTT TATGTTTGACAAGAAATCATCACAAGGAAGGCCGCACTAGTTTGGGCGTAATTTAAGCAT GGAGCTTTGTGTATGTGTTTCCCTCATGCATGCGCCTAATATTACTTTAAACTTATCCCA TTAAATCCTGGAGAAATCATTGGAACTAAAAATATTTTTAATTTTTAATTTTTTTTAAAA AAAGAATTGATCAATGCTTGTGTCCCTACTCAAAAAATCAAAATATAAAAAAACAATGGA TAAAGTGAAGGAAAGATTAGTTCAAAAGAGGATTTAGATTCGAGCTTTTTAAAAAAATCT TGATTTCTTCCAAAGATCTTGTGTTAGGAAAATTATATATAATAGCAAACTAATAACCTA AAATAAATGGAGTAGCTAGGGTTTGATTTAATTGTGCTCCAAATAGCAAAAGTTTGCAAA AATTGCCAGGCGCCTATCTCCCAAATATCTCACTCGCCACTCTCCTTTAATCTCTCGCTC GCTTCCTCACTTTTTATACAAACACAAGTGTATAAAAATTGTTTCTAATTGTATAAAGCA GAGAAAATTGTATAAATACATATATTTTTATTCCCCTCTCTCCCCTCTTCTAGATCTCGT TCGCCACTCTCCCAAATCTCGCTCGCCACCCTCGCCTTTCTCACTTATACAAATAGAAGC GAAATGTATAAATTGTATTTCTGTTTGTATAAAGCGTGAGAAAAATTGTATATACACATG CAAATACATATATTTTTGTCCTATTCACTTATAATTATACAATAAAAATACTCCTCTGCC CAGTTTCTTTTGTCTTTCTCTCTTTCTCGTTTTATACAATTTTCAAATTGTATCTAATTT CTCTCTTTCTCGTTTTCTACAATTCGATTCAATTGTATATTCCTTGTTAAGTCTCTTTTG TCTTTCTCTCTTTCTCATTTTATATAAATTCAAATTGTATATAATCATTTTATACACTTA TAATAATACAATTCGTTTTTATACAGTTCTCTGCCCAAGTGTCTTTCTCTTTCATGTTTT ATACACTTCATTTTATACAATTTGCTTCAACTGTATATGTATAGCAAATTATATAGTTTC TATATTTGCTATGAAGTGCAATTATGCAAACTTTGATATAACATATAAATATGAATCTTT TATTTGCTATATGTGAAAGTTACCCTATATACAAATCTGATCAAACATCAAACAAAAAAG GTTTGACGGACCGTCACAGTGGTAGACCAACAACCATAAAACCGTCTACTAAATTCCAAT CATGTTTATTCATTTCCACGTAACTAATCTCAACGGCGGCACAGAAAAGCAAGACCTTAG GAACTGAAATTATGCAACAATTGATGTGAACAATAAAGTCTTCTATATATAGAAAGATAC GCATGTTTTATTTATTCTTTTCGAAAATTGTTGAGTCAAAAAGAAATAAAGGCCCAAATG TGTGTGAACAACCGCAGAAATTGGCGCAATTTGCTCTAAAATTTTGGATACTCCACAGTA CATTTTACTGTGCCCAAAAAAAAGCAATCAAGTTTTGTCTACTATATTATATTTGACCTA TAAATACTTCTCTGCAAACTTAAGTACTCACTCGATCTCTGTATACTTTAAAATTAAAAT ATTTATTACGAAAATAATTATTAACATGATGAGTTTATTATTTTATCTTTATTAATTATG AAGTAGATGAATTAAAAATTTAAATTTTTAAAAAGTTCTATCTTTTACAAAGTAATTAAT TGAGTATCTTATAGGATTGTGATTTCTTGATTGTCAAAATTAATAAGTAATTAGAGATAA CTATAAAAAAAAAAAAAGTGGACAAATAATTAGGAATATCACGAGTGTATACATATATAT AAATATGAATTTTTTAAATAATACTATATATTTTGTTTTTTTATTGCCTTGATTGTTGCT GTAATATGCGCCCAACTGCTATATTATAGAATTGCATGGGAGGATCGTGGTTGACTGGTT GAAATATTCTATTTTTTTGACTTAGGCCTTTTTTAACAAGATATGGCATGTCTGTTATGC TTGTCACATGAGTAGGGGTAGAGGGCTGCAGAATCTTTTAAAATTAGTAAGTAGGACTAG AAAATTTTACTATGATTTTTGTCAATTTTGTTTTTTTTCTCATCCTTGTAGTTGTATGCA TTTTTGTGGTTTCATTAATCTGAATGAGCACAAGAATTCCTTTTTTTTTTTTTTGGATAA TCACAAGAATTTTACTTTATAAGGTAAATTTGATAATATGTGTTCAAGTGCATATTCGTA ATTCGATCATAAAATTGAAAGTCTGACTTAATAATTCGTCACTTGTCAACGATTGGTCGT ATTTGTGTCATCGAGACATTATGGATGGTTTATTAGATGGTAATGGAAAAGAAAGAGAGG ATCAAAATATTTACTTAAGCATCTCACATCTAATGTTATTACTTATTAGATTAGTATTAC AAAGTTTACATAATTGACTCAATAATCTATAATTCCCAGCATATATTAATTATTATGTAT AATGCTTATTTAGGGAGTAATAATGGTTAGTAATACCATATGTACAAATAAAAAAATAAA AATGTACTACTACCAGATACTAATATTATATGGCATTTTTACAAGACACCTACCTCATAT ATATTATTACCAACAACTTTTGTTAACAAACAGATTAAGCAAACTACATATATGTACACA ATCTTTTATCTCTCCATGTCCAAAGAAGTAAATAATATGTTTCAATTTTGATAAAGCAAT TCTAGAGTACACTCCTCTTCCTCCAACAAAAAGATTTCGAGGTCTATTGCTACCTCAGGA GGTCGGTTTTTATAAAGAAAAATAAAAAATAAAAAGACAAAAAAAAGATGATGAGATCAC TTTTTTTGACCTAAGGTTACTTAATTTTGGTCGTTTTTGATTGTTTTATTTGTAGTAAAT TTTAATTTGTTAGACAATATTTTTCTCCTTGCATACCTAACACCATAAAATAAATGAAAA AAATATTTATTTATTATAACAAAATACTTAAGTTACACGTCTTTTCATTATTTTGTTAAA AGGAAATTCTTGAGTTGCTAAGGTTACTATAAGTCAAATTGATTCTCCTTCCTTACAAGA AAATCCAAGCTCAAAAAAGTTAGCAACCTTCACCATATTTCACCATCTAATAATACTAAA TAAATCCATAAGCTATTTTAATGACATAAAATGTTGTTACTCTTATTTTATGCTTTCTCA TGAAGCTTTTTCTTCTTTATGTCAATAACTTAATTATTTGTACAGTACTAGTTGACTTTA AAGTTTTATATACAAAATATAACCTATACACATTTTTTGATTGGATCAAGTTCATGATTT CATTTTATTCACTTATAGGTCCAAGTGAATGTCTAATATCATGAAGAGTAAATGTTGTCT TGTGACTTTTGAAAATTAGAAATTAAAGAAAATGTTAACATTTATAGATTGGAAAAGAAA ATTACAATTATAGCTATAATATATTAATGTTTTCTGAAATTCAATATAATTTGATGATAT TGTAGTCACTTATGTCTTTTCTTTTAATCTTGGTATTTATGAAAGATTCCCTTAAAAAAA GGAAAATTAGCAAATTAGTCAAAATTAATAACTTAATTAGTAAAAAAATCACTATTTTAA AAATATTTTATCAAAAATATCATTATTTTGAAAAAACATATGTATGATAATTAAACTCCT CTTTATCTCCTTAAAAAATTAATTTATTTACATTCCGATGTATGTCCATAGTTCATATTT TTATTTTAAGAAAAAATCAAAATCCGCAATTTTTCCTCATCTCTCTTTTCCATATTTATC CCATAAATAAAATAAAATAAAATTCTTTCTCTCCATATTTTCCTGTTCATATTCCTATTC AACCTTCAAATTCTTCTTCTCTTCAACTCCAATTTTCTTATTATCTTCTACCGAAATGTT ATTTTTTATCTTCAAAATTTGAATTTACACAAATTCCTCTAACTAAGGTATTTTCATCGT TATCATCTTTTTTTAGATTTATTTCTGATTTTATTGTTGTTTAAATCATTATTATTTGGT GAAAGTAGGATAATTCTCGTTTAGAACTATAAAACAATCTTCAATGGATGATTCTAAGAG ACACTATTCATCTTAGTAAAATGATTTCTAGTGATTTTCCATCATTTAATTTATGTATTA CTCAAGAAATAGCGAATATTGTAGGATCTGCTTCTAAAATGGGAAAAGAAAGACGACAAG AACAAAGTCTTCATCAAATTCAGATTGAAAACGTAACTCGTAGGGTACAAAAAAATGACG GAGATGACCAAATTATTGATGAAGAGATATTTAAATATTTTTGCATGTTGAGTTGAAGTT AAAGAACAATTTGTTCAATAATGTGTATTGAATATATTTGTAAATTTCTTGTTATGTACA CTGTGCAATATTTATTAGTTTGTATTTTATATTCAGTTGTTATTTTATTGTTGTATTTTG GAGTTAGTTTTTGTTAATTTTGATAATGTATCATTTTTTATTCATTCCTTTATATTTTTT CACATTTGTAGATATTCAATAATTTATGAATACATTTTACATGACTATGATATTTCAGAT TTTATTAATGAACTTTTGTTCTATGCTATGAAATTTTTATGTATATGTTATATTTGTGTT ATATTATTATTGTTAATGAATTCATTTTGGGTTATTTTGAATTGAGATTTTATACTAATT GTACTTTGTGTGAGCCTTGTTTGTATCCGTAAAGTAAATTACACATTGTAATGATACTTG TATGTTTTCAAAGTAAATACATAGTAGTTGTATTCAGTGTATTTTATTGTATTTTGGATT CAAATATGTTTATTCAGTGTATTCTTATTGTATTCACACTAAAAAAAAAAATTCTCAAGT CATTAATAAAGTCAGGAGTATACTTGTTTATAAAGTCAGGATTAAGTAACTAATATAAGT ATTCACAATTGTACTTGCATCATATTATGAACAAAACTTTATTCAAGTAATATCACTTAC TGAATACATAACAATCATCATGTCATGAAAAAAACTTCATCATAGTAATAAATATTATGT ATTCACAATAGTAATTTTTCATATTTCATAGAAGTCCCTTAACATATCGTATACAAACAA ATATTGAAAATGTATCCATTTAAGAAAAAAACGCTTACAACATACATTACATTGATCATA TTTGTTTCGTTAAGGAATACAACTTATTCAAATAGTCATACGTTATCCATAGTTCATACA ATTTACAACCAAAACAGAATGAGGACGAAAACAGAAAACGGACGGAAACAGATTACTTGT TTACAATTATATGAAACCTGAATACTACGCTTTACAATTATTTTCAATTACACTTTCAAT TTTTTTCGTACTATATCAATTTCAAATATACGAAAACAAAATACGATTAACAATTATATC AATTATAAACAATTAGAAAAAGAATAAGGAAGAAATAATTATCTCGTCGAATTTGTATGG AAATCTTGAAAATCAAAAGTTGTGAGAATTCATCAGATTTTAGGAGTGTCGGTTGATTTT TTGATTTTTTTGATTTTTTTTGTAACTGATGAGAGTTTTAAGCAATACTTCCATCTTTAG TTTTTTTTCCCTCCATTTTATTTCTCCTTTCTATTTTAAATATTTGTATTCTTTCAATTT AAACAATTAGAAAATAGATTAAAAAGATACATAATAAATTGAAATTGTGATATTTTTACT AAATAATAAAAGTCTTGACAATGAATCCTCTTAAATAATAAAATAATGACATTTTGAAGC ATTTTACCTTAAAAAAGGGTTCAATTTTTCATAGGCATTTGTACAAAACTAATGGGCACA AAATTCAAAAGGTTGCCTAAAGAAAGTTGGGCTTGACTTACTTCTTACTTAGGCCTAATG GACATGATTAAGAGAATCAAATCACAGTCTTTGGGTTTAGACTTGGGTCTTGCTTTTTTC TAACCTTTTCAATTTTTGATGTCAAATAGCAGCGAAGTTAGAAATTTCATCAAATACATT CACGATTGATATATATATATATATATATATATATATATATATATTTTGAAATAATCTTGT ACTAAATATATTGTGCAAACTTACATCCTGCACTACATGTGGCTACTTATGCCATTGTTG AAGCCCATAAATATTAGTTCACTATACAAAATGTCATGTATTTGATTTTTTAAAGTATTA AACATGTTGTTAAATCATGTAAAATCATTATATTTGAGTAATTTTATAAAGTGAACATCA AATCATAGTTAATTATAATTTAAAAATTAACTATTAGTATAATATTTCTTGTAATAATTT ATAAATATGAATAGATATAAATAAATTATTGTACGCTATATAACATAACAAATATTTATA TTTAAGTTTTTTATTATAGTTTTGAAAACCTTTTTCAATTGAATTAATTGTTATACAAAC TAACAATTTTTTTTTAGAAGGATTGTTATGATTCATAAGACATTCAAAGTTAAAATAACA TTCTTTTAAATTAACTATTTCATGAAGTCGGATTTGAAATGTTTAAGAAGACGATTCAAA TAATTGAAGATGGTTTTACAAAGTTAATGTTGAAACATGATTGATTCAAATTGAAGTTAA CAAATTGAATCTTGTTCAAAAGCAAATATACCTTTTAAAATGAAAATTTATGCGGAAAAA TAAACATATACTAATTAATTATCTAATATAGTTATAGTTTGAATTAATTACAGTTCGCAG CTTAATTTTAGCTGTATTAACGTCTCATGTCCTCTTTTATACATATACAAATATATATAC AATGATATGACAGATATAGAAATACACCACTCTCTGCCCTTTCTCGCTTGCTCACCCCTC TCCTCTCTCTCCTAGTCTCGCTCGATTCTCTCCTCCCCTCCCAATCTCGCTCGCCACATA TACAAATACATACGTATATCAATTATATATACGTCTGACAAATATACATATACAATTCGT CTCTCTATACTCTGTCTGTTGCCTCTCTCCTCTCTCTCTCAGTCTCGTTCGCCGAATATA CAAATACATATGTATTTCAATCACACACATATATATATATATATATATATAATTATTTGA CAGATATATTTATACAATTTGACAAACATACATTTACAATTCATCTCTCTCCTTTCTCTG TCTTCTCTCGCCTCCCTCTCCCTATCTCGCTCGCTTTTATCCTCCCTCTAAACATGTAAC ACGAATTATAATTAGCAAACTATAACTATGGATAATAGTTAAATTATTTTTGGGTAACTA TAAGTGAAAATTCTCCTACAATAGATGAGAGTTTGAGATAATTAAAAATAAAAGTAGGAA CCAAAACTCTAAGTTTATCTGTCAAATAATATAAATATAATTTATTATCATGGAAGAAAA AATCTTAAACGGTTAAAAAAGAAATCATTTAGATGAGTCGGAACTAGTTTAAAACATGGG ATTGTCGATAAAAACAAGAAGAAGAAAGGAAGACGGTTAAAAAAAATACTGTAGAATTTT AATTTTTCTTTTATTCTCGGGATTCAAATAGCTTCACACACCGCCAAATTCGCCCGAGTC ACGAGTTTGAAACTCAGAAAAACTGAGTTACCATATATTTCTAAGCCCACTAAATATATA AATGGAGAACCCTATTCACTATAAACTCCTTGTAGCAGAGTGTGATTTTTCCGTTTAGGG CAGAGAAGCCTCTTCACCGTCCACGTTACAACTCCTCTCATCGCCGGAACCGTTTCAAAT CTTCATCACTGGCGCTGCTTCTTCTCTAACAAGGTATGTGTATGTGTGTGTGAATGTTCA ATTTATATATCAGTTTAGTGCGAATGTATGTGTGGATGGATACAGTGTTTTATCCTTCGT ACATAACGGTAGCTGGAGACTTATATGTTTAAGTTGAGTTCAAACCTTAATATCGACTTA AATATACAGATTGAATGCTTCATAATCTGCTGACTTTTTTGGTTGTTGTTTTGAGTTATT GCGATCTATGGACAAAATCCTAACGTATTCATTGTATATGTGAAATAGGTGCAATCCGAA CCGGTATAAGTAACAAGGTGATCATTACTGTGGTGAATAACTGTTTTGTGTTGTGTTTTA AAAACAAAACAAATTGGTGTATGGTGTGATTTGGACAGATTGTGAATTTGATTGGTAGAA TGAGGGCTTCCGTGGACAGATCAGTGAGGCGAGGCAGAAAAAGGCGTCAAAACTATGTTC AGAATGATCAGGTGGATCCGAATGGGAAGAAACGGGCAGTAGTGTTGAGGCCTAAGGCAT TTTTGGGAACATATGTTAGGAAGAAGTTTAAGGGCTGTCGGAAATATATGGGGAAGATCA TATCTTATGATACTGGTTTGTATAAGATTGTTTACGAGAATGGAGATCTTGAAGATATGG ATAGCAGTGAAGTGAGGGTGGTTTCGTTGGAAGATGATGAGTTGAATGGTCAATGGTTGA AAAGAAAGAAGAAGCTAGACGAAGTAGTTGCCAAGATGGAGGCAACAAGTACTAAGTCTT GTGTTGAGAATCCAGCTGAGCCAATTAATGGCGTAATTGATAAGTTTGAGCCAAAAGATC GGGGCATAGGTTGTTCAGATAAACTTGAGGTCAACCACCAAGGACGTGATTCTGATTTGG TGAATGATTTGTCTGAATATTATATGGAGCAGGATTTGAGTTCAGGGGTAGAAGTGCCTC TAATTCCTGCACCTCAACTGCCTCCTTCATCTAACAGTATTGGTATTCCAGAGGAGTATG TATCATGCCTCTTGTCTGTTTATAGTTTTTTACGGTCGTTTAGTATCAGATTGTTTTTAT ATCCGTTTGGACTTGAAGATTTTGTGGGAGCACTCAACTGCTCTGCTCCAAACACATTGT TCGATTCTGTTCATGTTGCCCTTATGTGCGCTTTGAGGCGCCAACTCAACAAGCTGTCAT CTGATGATTCTCTGCTTGCATCCAAGTGCCTAAGGTAAGCATATCTAATTATTTCATGAA GGAATTTTTCATAATGTGGTTGATTGTTTGAATGAAATTTTTGATTGTTGAATACTTTTA ATGAAATTCTGTTTTCATTCTTATTTCCTTGAGTGCTGCCACCATTCTTCCACAAAAATA TATGAAACGGGAAGAATGTCTCGAGATCTGCTTGCAGAAAGAAACTAAAAGCTAGATAGT TAGACAGGGTTATCAAATTGATAAGCTCAATTTACCTATTGCATTTATGACACTATACAG TTACATTTCTACTTAGTCTGCTTGCACTTGCACAGGGTTGTTCTGCCGCTGATACCTTCC TAAAGACATTGGAATGCCATGATTTTCTGATAGCCCCTTGGCTAAAAGTCAATCTACTCT CGATTGTGAATGAATAATTTCCACAATTCCACTACAACTATGCAACTTTATTAGCAGAAG ACAATTGCCTTCTGGTAATGACATGATATTTCAACTGTCCTATGTTATCCTTATTGATTT ACATTGCTCATATGTCTTTCTATGGATGAGCAGAAGTCGGAGAACTTCCCTTTACATTGC ATATTTATGCTTATTATTCTTACATTATTTCATGAAAAGTCTGAATTAACTTATGCTGCT TCTTGTTAGGGGCATTGATTGGGGCTTGCTTGATACAATTACTTGGCCAGTATATCTAGT TCATTATTTAACAGTAATGGGATACATAGAACAACCTGGCTGGAAAGGTTTTTATCCCCA TACTTTGCAGAGGGAATATTACTTGTTATCTGCTGGAAGGAAGATCATGGTTTTGCAGAT TTTGTGTGATGATGTTCTAGAATCTGAAGAAATAAGAACAGAAATCAACATGCGTGAAGA ATCAAAGTTAGCCATTGAGTCAGATTTACTTACAGATGTTGCTTGTGTCAGTGCACCAAG AATAGTGCATCCCAGGTATGCCAAAACTTCTGCCTGTAAGGGACAAGAAGCAACCGAGCT CTACAAAGAAAATCATGAAAGAAAGCAGGGTTGTAGTACAGATAATTTAGGACCCAAGGT TAGTAACCAAGATTATGTCTCTGGCGGAGTTCAAAATAGTAACAGTGATGAATGCTGTCT CTGCGCCATGGAGGGGACTTTGCTTTGCTGTGATGGGTGTCCATCGTCTTACCATGCAAG GTGCATTGGAGTTAGCAAGACACATATACCAGAAGGGGAATGGTATTGTCCTGAATGTAC AATCAACAAAATTGAACCAAAAATTACGAGGGGAACAACTCTGAAAGAAGCAGAGCTTTT TGGTGTTGATTCGTATGGACAAATCTTCATGGGTACTTGCAGTCATTTGCTTGTGTATGT CTCTATAACTTCTTTTCGGATAAACTCTGTTCAGTTTCCTTATTTGGCTGTTGGCTGATT TCTATTTGGAGATATAGAATGCACTTAAACCTTTGTAATTTAGGCTGCAATCAGCTTTAG CTCTGTCTCTTTCTGAAACACATTCTGATCTTTGGTTGTAGGTTGAAGACCTTGGCTGGC GCAGACTCTATTTTCAGATACTACAACGTGAAGGACATTCCCAGAGTCCTGCTAGCACTT AATGCAAATGCACAGCACAGTACTTTATATCAGGAGATATGCAAAGGAATAATGCAATAC TGGAAAATTCCTGGCAATGTCTTTTTCCCTGATGGTGAACTGTCTTTAATTGGTTCAGAC AGACCAAATGGAACAAAATTTACTTGTTTCTCTTCATTGTCACTTAGTTCATTGATCAAG GGAAGTGCTGAACAAGTTGGAGTGGAATATATTGCACCTGGTGGTTGCTTTTACATGGGA TCATCCTTTAGGCCTCAACAATACATAAATAGTTATCTGCATGGAGATTTTGCTGCATCT GCTGCTGCAAATCTAGCTGAACTTTCTCTCGGAGAAAACCAAGGTAGTGAGAGTCATGCT TCAGACAATAGGCAGAAACATTCTGCCAATGCTTTACTTCAAGCAAAAGCTTTCTCATCA GCAACAACACGCTTTTTTTGGCCGAGTACTGAAAAGAAGGTTGTGGAAGTACCAAGGGAA AGATGTAGTTGGTGTCTTAATTGTAAGGCTGCTGTGACTAGTAAGAAAGGATGCTTGTTA AATGCTGCAGCATCAAATGCCATTAAGGGGGCAGTAAAGATACTTGCTGGTCTTCGTTCT GCAAGTGTTGGGGAGGGAAATCTACGTGGTATTGCTTCATATATTATATTGATGGAGGAA GGGTTATGTGGTCTGACAGTTGGTCCTTTTCTAAGTACAGCTTTTAGAAAAGAATGGCGT AAACAGGCAGAAGAAGCTACTAGTTGCACTCTGATAAAGTCTCTTCTGCTTCAAGTAAGT TATTTTGTTGATTTTGTTAGCACCTTCATCAATTCCAGTTTGTTGGTTGACTAGATGAAA AATAGGTTTGTTTCGAGGAAGGATGTGAACACCGAAGAAGGAAATGTTGGTTAGTTCTTT AGGAGGCAGAACTTGATGTGACCACAAATAAGGAAAAGTTGGTTTAGTTCCCTTAGGGAT CAGAACTTATAATTTCACATAATTTATTTTGTTATAAATGGCAGAGCTGTATACCTACTT AGTTTTATTTGCTTTTTCTACTTCCAAACGACAAGGGGAATGTCAGTTATTCCCCCTCTT CTCTTACCTCCTCTTCTCTGCCTCTCTTTTTTCACCTCATCAGCTCATCCAAACATTATT CCTTTACTGAACTATAAAATTAGACATTGCAGAGCGTTCATTGTAAACAATTTTGATTTA ATAATACAAGAAAATCTACTAAGTTAATGTTATTGCTCAAGGAAGCTAGTTGTTTAGACT ACTGTTTTATTTTATTATGACTAATGTTGTTGCTATTAAATAATGAGAGAATCACATGGG AACTAAATGGTGGAAAAGTTACCATCAGGCATCAGCACTGAACAACTTCTAAAAAGTTCT GAGGCTGGATGAAGTTCAGAGGTGCATCAACACCATTTGCACATGAAGCTTTTGCCCTCA ACTTTGTGCTTGTTTATTGAGGAATTATTTTTCTTCCGCAACTGGTGTAATGACATGAAC CTTGTGCATTGATTACACTAGCGGTTCATCAAACTGAATTTCAATAATGGATCTGACATA TACTACTCTGCAAAATCTAAAATTTCTTGCACTCTTGATTTGATATTTTACGAATTTATG TGATAAGAATTGAATACTTGTTATTTATAAACTGGTAGCTTTGCATTTACATAAGAAGCC TTATCCCAGTTTTAAACTTTTTCTATGCGTCCCCAACTGTTGATTTTCCAAAGTGCTACT GAATCCAATTGTAGATTATAGATATTTTTTACATATGACGTGACCTATAGAGAGTATATT CTTCATGCTAAATAATAAAGTGTATGCACTGCAGTTTGAGGAGAATATCCGGTCTGTTGC TTTTTCTGGGGACTGGTTTAAGCTTGTTGATTGTGGGGCATCTGAATCTTCCGTCACTCA TTCAACTGCTGGTGTTGTGGAATCATCTCATAAGCATAAATCAGGGAGGCGGGGTAGAAA ACCATTGCCAATGGTTAAAGTAACTGCTGATGATTGCAAAAATAAACCGAAGGACTTCAC TTGGTGGAGAGGAGGCATACTCTCAAAGCTTCTCTTCCAGAAAGCAGCTCTACCTCGATC AATGTTGAAGAAAGCAGCGCGTCATGGTACCTTGTGTACCCAATGAACTTATTTTTGCCC TTCATAGAAAATTTAATATTTTTGTTTTTATAAATTCAGTGGAATACAAATTTTGGTGTG GGGGAGAATCCACTGACAACTTTTACTCGAGCAGGTGGTCTGAGAAATATATCTGGTATT TGTGATGCTGAAGGGTCCAAGACTGCCAAAATAAGCAGGCAGCTTGCTTGGCGAGCTGCC GTTGATGTGTGTAAGACAATATCAAAACTTGCACTTCAGGTGATTTATGACATTGCAATC GATGATTTAATTCCTTTTGTTCTGCAGAAAAGTCTGAGTCAGGCTATGTATTCTGATAAT GTTTGGTAATGTAACAGGTCAGGTACCTAGATGTGCATGTGAGATGGAGTGATCTTGTTA GTCCTGAACAGAGCCTCCTGGATGGAAAAGGTCCCGAATCAGAAGCTTCTTCCTTTAGAA ATGCTTCCATATGCCATAAACGAATCGTTGAAAATGAGGTTAGATATAGTGTTGCTTTTG TAAATCAGAAGCATCTCCCATCTCGTGTCAAGAAGAGTATAATAGAAGTAGAGCAAAGTC AGGAGAAGGGAAAGGAAAAATATTGGTTTTCTGAGTCACGGATTCCTTTGTATATAATAA AAGATTATGAAGAAAACTTGGAAAAAGATCTCCGCTCAGCCAACAAGTTTGCCGATGCAC TTCCCAAGTTGCAGAGAAGGTGCTTGGTGGCTTCTTGTAAAGATATATTCTCTTATCTTG CACAGAAGAGAGACGGAAATGCTAAATATTGTTGTGCTTCATGTGAAGTGGTTGTGTCAC TTAGGTACCCATTTAATGTATATCTCAACTTTCCTTTCAGCTCTTTTATTCAATCCTTTA TTGATGTGATCCCTCTTCTCCAGGGACGTAGTCAAGTGCAATACATGCCAAGGTACTAAT TGATCAGCTACTTTCGCACATCAGTCTGTGCATCAGCAATTGATCTATTTAACTTCTGAG AATTTTTCTTGTAGGTCTCTGTCACAAGCAATGTACATTTAGTTCAACAATTATTGGTAA TGAGGAGACTGAGTTTTTGACCTGCAAACAGTGTTATCAGAATAGAGCTTTAACACAAGC TGAAAGTAATCATGAATCTCCTACTAGTCCTTTACTCACGCAAGGAAAAGACATTCCAAT TCCTATGTCAGCCAGAAAAGGAGGAAAAGTTGGTAGTTCTAGCAATCCATCTGCATCTAC TGCGACTCTAAAGCATTCTTCTAAGGCGAAGCTTGCTAGTTCAAATTTGGCGACACGATG GAAGCACCACTGGGGCATTATTTGGAGAAAGAATAATGAGGATACTGGTGATTTTAGATC TAAACACATTCTTCTGAGGGGAAATCCAGATTGTGATTCAATAAGACCTAGTTGCCGCCT TTGCTGTAAGCCATATGATC GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_1 match_part 0.998 5998 6551 match_2 match_part 1.000 6549 7069 match_3 match_part 1.000 6616 7119 match_4 match_part 1.000 6616 6966 match_5 match_part 0.996 6618 7461 match_6 match_part 1.000 6618 7059 match_7 match_part 0.982 7116 7565 match_8 match_part 0.942 21313 21364 match_part 1.000 21454 21551 match_part 0.994 22543 23010 match_9 match_part 0.885 21313 21364 match_part 0.949 21454 21551 match_part 0.929 22543 22795 match_10 match_part 0.885 21313 21364 match_part 0.990 21454 21551 match_part 1.000 22543 22709 match_11 match_part 1.000 21314 21364 match_part 1.000 21454 21551 match_part 0.996 22543 23009 match_12 match_part 1.000 21314 21364 match_part 1.000 21454 21551 match_part 1.000 22543 22980 match_13 match_part 0.882 21314 21364 match_part 0.959 21454 21551 match_part 0.896 22543 22870 match_14 match_part 1.000 21314 21364 match_part 1.000 21454 21551 match_part 0.979 22543 22729 match_15 match_part 0.800 21315 21324 match_part 1.000 21454 21551 match_part 0.982 22543 22981 match_16 match_part 1.000 21315 21324 match_part 1.000 21454 21551 match_part 1.000 22543 22963 match_17 match_part 0.978 21320 21364 match_part 1.000 21454 21551 match_part 0.991 22543 23003 match_18 match_part 0.867 21320 21364 match_part 0.959 21454 21551 match_part 0.919 22543 22996 match_19 match_part 0.867 21320 21364 match_part 0.959 21454 21551 match_part 0.908 22543 22979 match_20 match_part 0.844 21320 21364 match_part 0.959 21454 21551 match_part 0.923 22543 22960 match_21 match_part 1.000 21320 21364 match_part 1.000 21454 21551 match_part 0.995 22543 22948 match_22 match_part 1.000 21321 21364 match_part 1.000 21454 21551 match_part 1.000 22543 22910 match_23 match_part 1.000 21321 21364 match_part 1.000 21454 21551 match_part 0.961 22543 22850 match_24 match_part 1.000 21321 21364 match_part 1.000 21454 21551 match_part 0.996 22543 22827 match_25 match_part 0.884 21322 21364 match_part 0.990 21454 21551 match_part 0.987 22543 22773 match_26 match_part 1.000 21326 21364 match_part 1.000 21454 21551 match_part 0.983 22543 22960 match_27 match_part 1.000 21326 21364 match_part 1.000 21454 21551 match_part 0.979 22543 22918 match_28 match_part 1.000 21327 21364 match_part 1.000 21454 21551 match_part 0.981 22543 22968 match_29 match_part 1.000 21329 21364 match_part 1.000 21454 21551 match_part 1.000 22543 22955 match_30 match_part 0.972 21329 21364 match_part 0.980 21454 21551 match_part 0.925 22543 22754 match_31 match_part 1.000 21329 21364 match_part 1.000 21454 21551 match_part 1.000 22543 22735 match_32 match_part 1.000 21329 21364 match_part 1.000 21454 21551 match_part 1.000 22543 22735 match_33 match_part 0.972 21329 21364 match_part 1.000 21454 21551 match_part 1.000 22543 22735 match_34 match_part 1.000 21329 21364 match_part 1.000 21454 21551 match_part 1.000 22543 22735 match_35 match_part 1.000 21329 21364 match_part 1.000 21454 21551 match_part 1.000 22543 22735 match_36 match_part 1.000 21329 21364 match_part 1.000 21454 21551 match_part 1.000 22543 22735 match_37 match_part 1.000 21330 21364 match_part 1.000 21454 21551 match_part 0.994 22543 23007 match_38 match_part 1.000 21330 21364 match_part 0.980 21454 21551 match_part 0.995 22543 22972 match_39 match_part 1.000 21330 21364 match_part 1.000 21454 21551 match_part 0.995 22543 22972 match_40 match_part 0.941 21331 21364 match_part 1.000 21454 21551 match_part 0.993 22543 22972 match_41 match_part 1.000 21332 21364 match_part 1.000 21454 21551 match_part 0.993 22543 22953 match_42 match_part 0.833 21335 21364 match_part 0.939 21454 21551 match_part 0.901 22543 22988 match_43 match_part 0.793 21336 21364 match_part 0.959 21454 21551 match_part 0.923 22543 22970 match_44 match_part 1.000 21337 21364 match_part 1.000 21454 21551 match_part 1.000 22543 22820 match_45 match_part 1.000 21341 21364 match_part 1.000 21454 21551 match_part 0.991 22543 23004 match_46 match_part 1.000 21341 21364 match_part 1.000 21454 21551 match_part 1.000 22543 22954 match_47 match_part 0.850 21345 21364 match_part 0.959 21454 21551 match_part 0.914 22543 22962 match_48 match_part 1.000 21345 21364 match_part 1.000 21454 21551 match_part 1.000 22543 22953 match_49 match_part 0.842 21346 21364 match_part 1.000 21454 21551 match_part 0.998 22543 22960 match_50 match_part 1.000 21346 21364 match_part 1.000 21454 21551 match_part 1.000 22543 22960 match_51 match_part 1.000 21346 21364 match_part 1.000 21454 21551 match_part 1.000 22543 22956 match_52 match_part 1.000 21352 21364 match_part 1.000 21454 21551 match_part 1.000 22543 22923 match_53 match_part 0.917 21353 21364 match_part 0.959 21454 21551 match_part 0.902 22543 22970 match_54 match_part 0.667 21359 21364 match_part 0.939 21454 21551 match_part 0.916 22543 22960 match_55 match_part 0.876 21463 21551 match_part 0.919 22543 22960 match_56 match_part 1.000 21478 21551 match_part 1.000 22543 22960 match_57 match_part 0.890 21479 21551 match_part 1.000 22543 22970 match_58 match_part 0.985 21486 21551 match_part 1.000 22543 22960 match_59 match_part 0.968 21490 21551 match_part 0.918 22543 22994 match_60 match_part 1.000 21493 21551 match_part 1.000 22543 22959 match_part 0.842 23503 23521 match_61 match_part 0.973 21515 21551 match_part 1.000 22543 22960 match_62 match_part 1.000 21528 21551 match_part 0.988 22543 22960 match_63 match_part 0.980 22553 22904 match_64 match_part 0.986 22554 22980 match_65 match_part 0.986 22554 22980 match_66 match_part 1.000 22560 22972 match_67 match_part 1.000 22560 22972 match_68 match_part 0.995 22565 22970 match_69 match_part 0.997 22570 22960 match_70 match_part 0.997 22585 22960 match_71 match_part 0.997 22634 22960 match_72 match_part 0.973 22646 23013 match_73 match_part 0.966 22753 22960 match_74 match_part 0.966 22753 22960 match_75 match_part 1.000 25383 25964 match_76 match_part 1.000 26379 26934 match_77 match_part 1.000 37136 37699 match_78 match_part 0.991 37370 38133 match_79 match_part 0.998 37935 38537 match_80 match_part 0.978 38163 38207 match_part 0.999 39400 40261 match_81 match_part 0.956 38163 38207 match_part 0.999 39400 40151 match_82 match_part 0.940 45834 46066 match_83 match_part 0.938 45844 46212 match_84 match_part 0.921 45898 46227 GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_85 match_part 0.929 4421 4097 match_86 match_part 0.949 4421 4129 match_87 match_part 0.915 4421 4269 match_88 match_part 0.967 15183 14665 match_89 match_part 0.904 22972 22537 match_90 match_part 0.625 23450 23435 match_part 0.913 22954 22772 match_91 match_part 0.965 40363 39729 match_92 match_part 1.000 43104 43054 match_part 1.000 41188 41029 match_part 0.989 40946 40577 match_93 match_part 1.000 43117 43054 match_part 1.000 41188 41029 match_part 0.975 40946 40633 match_94 match_part 0.841 41185 41029 match_part 0.968 40946 40634 match_95 match_part 0.981 41184 41029 match_part 0.978 40946 40634 match_96 match_part 0.987 41184 41029 match_part 0.978 40946 40634 match_97 match_part 1.000 41183 41029 match_part 0.981 40946 40635 match_98 match_part 1.000 43225 43054 match_part 1.000 41188 41029 match_part 1.000 40946 40636 match_99 match_part 0.939 43167 43054 match_part 0.988 41188 41029 match_part 0.849 40946 40636 match_100 match_part 1.000 41179 41029 match_part 1.000 40946 40636 match_101 match_part 0.925 40849 40636 match_102 match_part 1.000 40836 40636 match_103 match_part 1.000 40836 40636 match_104 match_part 0.962 41188 41029 match_part 1.000 40946 40638 match_105 match_part 0.952 41049 41029 match_part 0.990 40946 40638 match_106 match_part 0.991 40860 40638 match_107 match_part 0.968 41183 41029 match_part 0.980 40946 40640 match_108 match_part 0.877 43118 43054 match_part 1.000 41188 41029 match_part 1.000 40946 40642 match_109 match_part 1.000 41495 41029 match_part 1.000 40946 40642 match_110 match_part 0.906 40853 40642 match_111 match_part 1.000 40839 40644 match_112 match_part 0.871 41183 41029 match_part 0.977 40946 40646 match_113 match_part 1.000 41182 41029 match_part 1.000 40946 40647 match_114 match_part 1.000 43086 43054 match_part 1.000 41188 41029 match_part 1.000 40946 40653 match_115 match_part 0.968 43084 43054 match_part 0.988 41188 41029 match_part 0.986 40946 40653 match_116 match_part 1.000 41136 41029 match_part 0.993 40946 40653 match_117 match_part 1.000 41085 41029 match_part 1.000 40946 40653 match_118 match_part 0.982 43087 43031 match_part 1.000 41188 41029 match_part 0.996 40946 40668 match_119 match_part 1.000 43074 43054 match_part 1.000 41188 41029 match_part 1.000 40946 40695 match_120 match_part 0.938 41158 41029 match_part 1.000 40946 40730 match_121 match_part 1.000 43090 43054 match_part 1.000 41188 41062 match_122 match_part 0.984 42648 41857 match_123 match_part 0.993 42647 42228 match_124 match_part 0.982 47986 47483 match_125 match_part 1.000 51538 51362 match_part 0.986 51248 50683 match_126 match_part 1.000 51538 51362 match_part 0.991 51248 50683 match_127 match_part 1.000 51538 51362 match_part 1.000 51248 50683 match_128 match_part 0.992 51484 51362 match_part 1.000 51248 50683 match_129 match_part 1.000 51537 51362 match_part 1.000 51248 50934 match_130 match_part 0.944 52110 52040 match_part 0.975 51833 51634 match_part 0.934 51559 51409 match_131 match_part 0.973 53993 53957 match_part 0.992 53621 53369 match_part 0.964 52649 52539 match_part 0.985 52384 52248 match_part 0.947 52153 52040 match_part 0.922 51833 51783 match_132 match_part 0.973 53993 53957 match_part 0.992 53621 53369 match_part 0.964 52649 52539 match_part 0.971 52384 52248 match_part 0.973 52153 52081 match_133 match_part 0.973 53993 53957 match_part 0.988 53621 53369 match_part 0.964 52649 52539 match_part 0.985 52384 52248 match_part 1.000 52153 52136 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C06SLm0099A03.1 type gene exon 4421 4097 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C06SLm0099A03.1 type gene exon 5998 7565 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C06SLm0099A03.1 type gene exon 15183 14665 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C06SLm0099A03.1 type gene exon 21313 21364 exon 21454 21551 exon 22543 23013 gene_5 gene GT_PGL_4_AGS_2 transcript source GenomeThreader seq_id C06SLm0099A03.1 type gene exon 21313 21364 exon 21454 21551 exon 22543 22959 exon 23503 23521 gene_6 gene GT_PGL_4_AGS_3 transcript source GenomeThreader seq_id C06SLm0099A03.1 type gene exon 21315 21324 exon 21454 21551 exon 22543 23013 gene_7 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C06SLm0099A03.1 type gene exon 23450 23435 exon 22954 22772 gene_8 gene GT_PGL_5_AGS_2 transcript source GenomeThreader seq_id C06SLm0099A03.1 type gene exon 22972 22537 gene_9 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C06SLm0099A03.1 type gene exon 25383 25964 gene_10 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C06SLm0099A03.1 type gene exon 26379 26934 gene_11 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C06SLm0099A03.1 type gene exon 37136 38537 gene_12 gene GT_PGL_8_AGS_2 transcript source GenomeThreader seq_id C06SLm0099A03.1 type gene exon 38163 38207 exon 39400 40261 gene_13 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C06SLm0099A03.1 type gene exon 40363 39729 gene_14 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C06SLm0099A03.1 type gene exon 43225 43054 exon 41188 41029 exon 40946 40577 gene_15 gene GT_PGL_10_AGS_2 transcript source GenomeThreader seq_id C06SLm0099A03.1 type gene exon 41495 41029 exon 40946 40634 gene_16 gene GT_PGL_10_AGS_3 transcript source GenomeThreader seq_id C06SLm0099A03.1 type gene exon 43087 43031 exon 41188 41029 exon 40946 40634 gene_17 gene GT_PGL_10_AGS_4 transcript source GenomeThreader seq_id C06SLm0099A03.1 type gene exon 42648 41857 gene_18 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C06SLm0099A03.1 type gene exon 45834 46227 gene_19 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C06SLm0099A03.1 type gene exon 47986 47483 gene_20 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C06SLm0099A03.1 type gene exon 53993 53957 exon 53621 53369 exon 52649 52539 exon 52384 52248 exon 52153 52040 exon 51833 51634 exon 51559 51362 exon 51248 50683 RepeatMasker tomato repeats master Gypsy00203 5145 5671 1 Gypsy00203 5145 5671 1 nucleotide_motif 3162 2297 2825 TLP1 371 662 1 TLP1 371 662 1 nucleotide_motif 1198 8453 8740 Copia00022 7399 7459 1 Copia00022 7399 7459 1 nucleotide_motif 504 9140 9200 Copia00163 1 641 1 Copia00163 1 641 1 nucleotide_motif 4314 9911 10526 Copia00060 3556 5874 1 Copia00060 3556 5874 1 nucleotide_motif 587 12242 12478 Copia00022 5940 7459 1 Copia00022 5940 7459 1 nucleotide_motif 11340 12960 14476 Copia00139 3857 4131 1 Copia00139 3857 4131 1 nucleotide_motif 835 15331 15587 Unknown00044 1 89 1 Unknown00044 1 89 1 nucleotide_motif 253 15696 15782 ATHPOGON1 1 107 1 ATHPOGON1 1 107 1 nucleotide_motif 442 16387 16492 ATHPOGO 1331 1543 1 ATHPOGO 1331 1543 1 nucleotide_motif 820 16634 16841 ATHPOGO 1551 2114 1 ATHPOGO 1551 2114 1 nucleotide_motif 1853 16902 17452 Gypsy00202 2270 2376 1 Gypsy00202 2270 2376 1 nucleotide_motif 479 32696 32802 MUDSOLT1 420 514 1 MUDSOLT1 420 514 1 nucleotide_motif 299 43513 43613 Gypsy00046 4066 4145 1 Gypsy00046 4066 4145 1 nucleotide_motif 290 47991 48068 MUDSOLT1 469 521 1 MUDSOLT1 469 521 1 nucleotide_motif 266 48022 48074 Unknown00019 151 697 1 Unknown00019 151 697 1 nucleotide_motif 722 58082 58641 HELITRON7_OS 1629 1700 1 HELITRON7_OS 1629 1700 1 nucleotide_motif 246 63549 63619 RepeatMasker tomato repeats master Gypsy00043 516 1335 -1 Gypsy00043 516 1335 -1 nucleotide_motif 4985 4718 3941 Copia00043 7838 7868 -1 Copia00043 7838 7868 -1 nucleotide_motif 253 10614 10584 Copia00101 7944 7978 -1 Copia00101 7944 7978 -1 nucleotide_motif 256 10624 10589 Unknown00034 8971 9074 -1 Unknown00034 8971 9074 -1 nucleotide_motif 262 15769 15669 TS 65 161 -1 TS 65 161 -1 nucleotide_motif 296 35856 35765 MUDSOLT1 459 533 -1 MUDSOLT1 459 533 -1 nucleotide_motif 328 43617 43547 Copia00181 1771 1872 -1 Copia00181 1771 1872 -1 nucleotide_motif 279 43664 43563 Copia00112 4469 5394 -1 Copia00112 4469 5394 -1 nucleotide_motif 6255 46227 45349 Copia00181 1817 1880 -1 Copia00181 1817 1880 -1 nucleotide_motif 315 49768 49704 Gypsy00019 588 656 -1 Gypsy00019 588 656 -1 nucleotide_motif 299 49782 49714 Copia00143 94 224 -1 Copia00143 94 224 -1 nucleotide_motif 373 52016 51885 Gypsy00043 530 1297 -1 Gypsy00043 530 1297 -1 nucleotide_motif 4273 55712 54909 Gypsy00043 1066 1312 -1 Gypsy00043 1066 1312 -1 nucleotide_motif 1247 58041 57807 Gypsy00073 959 1201 -1 Gypsy00073 959 1201 -1 nucleotide_motif 733 58285 58045 Copia00110 13309 13567 -1 Copia00110 13309 13567 -1 nucleotide_motif 1116 58328 58075 Copia00110 13156 13292 -1 Copia00110 13156 13292 -1 nucleotide_motif 744 58651 58512 Unknown00037 670 4571 -1 Unknown00037 670 4571 -1 nucleotide_motif 244 63610 63522 HELITRON7_OS 1466 1554 -1 HELITRON7_OS 1466 1554 -1 nucleotide_motif 228 64640 64556 BLAST_tomato_bacs Tomato BAC sequences BLAST_tomato_bacs Tomato BAC sequences match_1 match 1302 11174 12218 match_2 match 1820 13718 14866 match_3 match 2032 51418 52442 match_4 match 2020 48616 49706 match_5 match 2460 52504 53744 match_6 match 3909 55068 57180 match_7 match 64946 71660 match_8 match 1820 13718 14866 match_9 match 1881 13718 14866 match_10 match 1857 13718 14866 match_11 match 1766 11172 12221 match_12 match 3396 9140 11160 match_13 match 2660 13717 15210 match_14 match 2557 12244 13665 match_15 match 1881 13718 14866 match_16 match 2373 13717 15082 match_17 match 2605 12244 13669 match_18 match 1402 11197 12218 match_19 match 2767 9850 11630 match_20 match 2518 12244 13669 match_21 match 2048 13718 14866 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) clone_start_1 clone_start 942 9140 9646 clone_start_2 clone_start 545 9140 9430 clone_start_3 clone_start 468 9140 9387 clone_end_1 clone_end 611 9140 9455 clone_end_2 clone_end 454 9142 9382 clone_start_4 clone_start 872 9142 9593 clone_end_3 clone_end 341 9145 9332 clone_start_5 clone_start 379 9647 9849 clone_end_4 clone_end 537 12849 13139 clone_start_6 clone_start 571 14923 15226 clone_end_5 clone_end 835 28616 29036 clone_end_6 clone_end 969 51811 52299 clone_start_7 clone_start 1322 53918 54629 clone_start_8 clone_start 716 55841 56201 clone_end_7 clone_end 729 63181 63548 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) clone_start_9 clone_start 581 9447 9139 clone_end_8 clone_end 823 9590 9140 clone_end_9 clone_end 743 9590 9188 clone_start_10 clone_start 698 9849 9467 clone_start_11 clone_start 642 10437 10094 clone_end_10 clone_end 1027 12793 12244 clone_start_12 clone_start 1261 13562 12891 clone_end_11 clone_end 955 13669 13152 clone_start_13 clone_start 579 14723 14416 clone_end_12 clone_end 751 14866 14464 clone_start_14 clone_start 898 15226 14743 clone_start_15 clone_start 589 19070 18750 clone_start_16 clone_start 741 47522 47121 clone_end_13 clone_end 1084 49624 49054 clone_start_17 clone_start 928 56845 56330 clone_end_14 clone_end 1178 69454 68861 clone_end_15 clone_end 957 71638 71139 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_1 match_part 0.998 5998 6551 match_2 match_part 1.000 6549 7069 match_3 match_part 1.000 6616 7119 match_4 match_part 1.000 6616 6966 match_5 match_part 0.996 6618 7461 match_6 match_part 1.000 6618 7059 match_7 match_part 0.982 7116 7565 match_8 match_part 0.942 21313 21364 match_part 1.000 21454 21551 match_part 0.994 22543 23010 match_9 match_part 0.885 21313 21364 match_part 0.990 21454 21551 match_part 1.000 22543 22709 match_10 match_part 1.000 21314 21364 match_part 1.000 21454 21551 match_part 0.996 22543 23009 match_11 match_part 1.000 21314 21364 match_part 1.000 21454 21551 match_part 1.000 22543 22980 match_12 match_part 1.000 21314 21364 match_part 1.000 21454 21551 match_part 0.979 22543 22729 match_13 match_part 0.800 21315 21324 match_part 1.000 21454 21551 match_part 0.982 22543 22981 match_14 match_part 1.000 21315 21324 match_part 1.000 21454 21551 match_part 1.000 22543 22963 match_15 match_part 0.978 21320 21364 match_part 1.000 21454 21551 match_part 0.991 22543 23003 match_16 match_part 1.000 21320 21364 match_part 1.000 21454 21551 match_part 0.995 22543 22948 match_17 match_part 1.000 21321 21364 match_part 1.000 21454 21551 match_part 1.000 22543 22910 match_18 match_part 1.000 21321 21364 match_part 1.000 21454 21551 match_part 0.961 22543 22850 match_19 match_part 1.000 21321 21364 match_part 1.000 21454 21551 match_part 0.996 22543 22827 match_20 match_part 0.884 21322 21364 match_part 0.990 21454 21551 match_part 0.987 22543 22773 match_21 match_part 1.000 21326 21364 match_part 1.000 21454 21551 match_part 0.983 22543 22960 match_22 match_part 1.000 21326 21364 match_part 1.000 21454 21551 match_part 0.979 22543 22918 match_23 match_part 1.000 21327 21364 match_part 1.000 21454 21551 match_part 0.981 22543 22968 match_24 match_part 1.000 21329 21364 match_part 1.000 21454 21551 match_part 1.000 22543 22955 match_25 match_part 0.972 21329 21364 match_part 0.980 21454 21551 match_part 0.925 22543 22754 match_26 match_part 1.000 21329 21364 match_part 1.000 21454 21551 match_part 1.000 22543 22735 match_27 match_part 1.000 21329 21364 match_part 1.000 21454 21551 match_part 1.000 22543 22735 match_28 match_part 0.972 21329 21364 match_part 1.000 21454 21551 match_part 1.000 22543 22735 match_29 match_part 1.000 21329 21364 match_part 1.000 21454 21551 match_part 1.000 22543 22735 match_30 match_part 1.000 21329 21364 match_part 1.000 21454 21551 match_part 1.000 22543 22735 match_31 match_part 1.000 21329 21364 match_part 1.000 21454 21551 match_part 1.000 22543 22735 match_32 match_part 1.000 21330 21364 match_part 1.000 21454 21551 match_part 0.994 22543 23007 match_33 match_part 1.000 21330 21364 match_part 0.980 21454 21551 match_part 0.995 22543 22972 match_34 match_part 1.000 21330 21364 match_part 1.000 21454 21551 match_part 0.995 22543 22972 match_35 match_part 0.941 21331 21364 match_part 1.000 21454 21551 match_part 0.993 22543 22972 match_36 match_part 1.000 21332 21364 match_part 1.000 21454 21551 match_part 0.993 22543 22953 match_37 match_part 1.000 21337 21364 match_part 1.000 21454 21551 match_part 1.000 22543 22820 match_38 match_part 1.000 21341 21364 match_part 1.000 21454 21551 match_part 0.991 22543 23004 match_39 match_part 1.000 21341 21364 match_part 1.000 21454 21551 match_part 1.000 22543 22954 match_40 match_part 1.000 21345 21364 match_part 1.000 21454 21551 match_part 1.000 22543 22953 match_41 match_part 0.842 21346 21364 match_part 1.000 21454 21551 match_part 0.998 22543 22960 match_42 match_part 1.000 21346 21364 match_part 1.000 21454 21551 match_part 1.000 22543 22960 match_43 match_part 1.000 21346 21364 match_part 1.000 21454 21551 match_part 1.000 22543 22956 match_44 match_part 1.000 21352 21364 match_part 1.000 21454 21551 match_part 1.000 22543 22923 match_45 match_part 1.000 21478 21551 match_part 1.000 22543 22960 match_46 match_part 0.890 21479 21551 match_part 1.000 22543 22970 match_47 match_part 0.985 21486 21551 match_part 1.000 22543 22960 match_48 match_part 1.000 21493 21551 match_part 1.000 22543 22959 match_part 0.842 23503 23521 match_49 match_part 0.973 21515 21551 match_part 1.000 22543 22960 match_50 match_part 1.000 21528 21551 match_part 0.988 22543 22960 match_51 match_part 0.980 22553 22904 match_52 match_part 0.986 22554 22980 match_53 match_part 0.986 22554 22980 match_54 match_part 1.000 22560 22972 match_55 match_part 1.000 22560 22972 match_56 match_part 0.995 22565 22970 match_57 match_part 0.997 22570 22960 match_58 match_part 0.997 22585 22960 match_59 match_part 0.997 22634 22960 match_60 match_part 0.973 22646 23013 match_61 match_part 0.966 22753 22960 match_62 match_part 0.966 22753 22960 match_63 match_part 1.000 25383 25964 match_64 match_part 1.000 26379 26934 match_65 match_part 1.000 37136 37699 match_66 match_part 0.991 37370 38133 match_67 match_part 0.998 37935 38537 match_68 match_part 0.978 38163 38207 match_part 0.999 39400 40261 match_69 match_part 0.956 38163 38207 match_part 0.999 39400 40151 match_70 match_part 0.940 45834 46066 match_71 match_part 0.938 45844 46212 match_72 match_part 0.921 45898 46227 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_73 match_part 0.929 4421 4097 match_74 match_part 0.949 4421 4129 match_75 match_part 0.915 4421 4269 match_76 match_part 0.967 15183 14665 match_77 match_part 0.625 23450 23435 match_part 0.913 22954 22772 match_78 match_part 1.000 43104 43054 match_part 1.000 41188 41029 match_part 0.989 40946 40577 match_79 match_part 1.000 43117 43054 match_part 1.000 41188 41029 match_part 0.975 40946 40633 match_80 match_part 0.841 41185 41029 match_part 0.968 40946 40634 match_81 match_part 0.981 41184 41029 match_part 0.978 40946 40634 match_82 match_part 0.987 41184 41029 match_part 0.978 40946 40634 match_83 match_part 1.000 41183 41029 match_part 0.981 40946 40635 match_84 match_part 1.000 43225 43054 match_part 1.000 41188 41029 match_part 1.000 40946 40636 match_85 match_part 1.000 41179 41029 match_part 1.000 40946 40636 match_86 match_part 1.000 40836 40636 match_87 match_part 1.000 40836 40636 match_88 match_part 0.962 41188 41029 match_part 1.000 40946 40638 match_89 match_part 0.952 41049 41029 match_part 0.990 40946 40638 match_90 match_part 0.991 40860 40638 match_91 match_part 0.968 41183 41029 match_part 0.980 40946 40640 match_92 match_part 0.877 43118 43054 match_part 1.000 41188 41029 match_part 1.000 40946 40642 match_93 match_part 1.000 41495 41029 match_part 1.000 40946 40642 match_94 match_part 1.000 40839 40644 match_95 match_part 0.871 41183 41029 match_part 0.977 40946 40646 match_96 match_part 1.000 41182 41029 match_part 1.000 40946 40647 match_97 match_part 1.000 43086 43054 match_part 1.000 41188 41029 match_part 1.000 40946 40653 match_98 match_part 0.968 43084 43054 match_part 0.988 41188 41029 match_part 0.986 40946 40653 match_99 match_part 1.000 41136 41029 match_part 0.993 40946 40653 match_100 match_part 1.000 41085 41029 match_part 1.000 40946 40653 match_101 match_part 0.982 43087 43031 match_part 1.000 41188 41029 match_part 0.996 40946 40668 match_102 match_part 1.000 43074 43054 match_part 1.000 41188 41029 match_part 1.000 40946 40695 match_103 match_part 0.938 41158 41029 match_part 1.000 40946 40730 match_104 match_part 1.000 43090 43054 match_part 1.000 41188 41062 match_105 match_part 0.984 42648 41857 match_106 match_part 0.993 42647 42228 match_107 match_part 0.982 47986 47483 match_108 match_part 1.000 51538 51362 match_part 0.986 51248 50683 match_109 match_part 1.000 51538 51362 match_part 0.991 51248 50683 match_110 match_part 1.000 51538 51362 match_part 1.000 51248 50683 match_111 match_part 0.992 51484 51362 match_part 1.000 51248 50683 match_112 match_part 1.000 51537 51362 match_part 1.000 51248 50934 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C06SLm0099A03.1 type gene exon 4421 4097 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C06SLm0099A03.1 type gene exon 5998 7565 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C06SLm0099A03.1 type gene exon 15183 14665 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C06SLm0099A03.1 type gene exon 21313 21364 exon 21454 21551 exon 22543 23013 gene_5 gene GT_PGL_4_AGS_2 transcript source GenomeThreader seq_id C06SLm0099A03.1 type gene exon 21313 21364 exon 21454 21551 exon 22543 22959 exon 23503 23521 gene_6 gene GT_PGL_4_AGS_3 transcript source GenomeThreader seq_id C06SLm0099A03.1 type gene exon 21315 21324 exon 21454 21551 exon 22543 23013 gene_7 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C06SLm0099A03.1 type gene exon 23450 23435 exon 22954 22772 gene_8 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C06SLm0099A03.1 type gene exon 25383 25964 gene_9 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C06SLm0099A03.1 type gene exon 26379 26934 gene_10 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C06SLm0099A03.1 type gene exon 37136 38537 gene_11 gene GT_PGL_8_AGS_2 transcript source GenomeThreader seq_id C06SLm0099A03.1 type gene exon 38163 38207 exon 39400 40261 gene_12 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C06SLm0099A03.1 type gene exon 43225 43054 exon 41188 41029 exon 40946 40577 gene_13 gene GT_PGL_9_AGS_2 transcript source GenomeThreader seq_id C06SLm0099A03.1 type gene exon 41495 41029 exon 40946 40634 gene_14 gene GT_PGL_9_AGS_3 transcript source GenomeThreader seq_id C06SLm0099A03.1 type gene exon 43087 43031 exon 41188 41029 exon 40946 40634 gene_15 gene GT_PGL_9_AGS_4 transcript source GenomeThreader seq_id C06SLm0099A03.1 type gene exon 42648 41857 gene_16 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C06SLm0099A03.1 type gene exon 45834 46227 gene_17 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C06SLm0099A03.1 type gene exon 47986 47483 gene_18 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C06SLm0099A03.1 type gene exon 51538 51362 exon 51248 50683 AUGUSTUS_tom_cdna de novo gene_1 gene 1 6259 7374 transcript_1 transcript 6259 7374 start_codon_1 start_codon 6259 6261 CDS_1 CDS 6259 7374 stop_codon_1 stop_codon 7372 7374 gene_2 gene 1 11664 22793 transcript_2 transcript 11664 22793 start_codon_2 start_codon 11664 11666 CDS_2 CDS 11664 11791 CDS_3 CDS 14901 14933 CDS_4 CDS 21311 21364 CDS_5 CDS 21454 21551 CDS_6 CDS 22543 22793 stop_codon_2 stop_codon 22791 22793 gene_3 gene 1 25432 27927 transcript_3 transcript 25432 27927 start_codon_3 start_codon 25432 25434 CDS_7 CDS 25432 27927 stop_codon_3 stop_codon 27925 27927 gene_4 gene 1 36514 40258 transcript_4 transcript 36514 40258 start_codon_4 start_codon 36514 36516 CDS_8 CDS 36514 38207 CDS_9 CDS 39400 40258 stop_codon_4 stop_codon 40256 40258 gene_5 gene 1 65700 66518 transcript_5 transcript 65700 66518 start_codon_5 start_codon 65700 65702 CDS_10 CDS 65700 66518 stop_codon_5 stop_codon 66516 66518 AUGUSTUS_tom_cdna de novo gene_6 gene 1 47639 41100 transcript_6 transcript 47639 41100 stop_codon_6 stop_codon 41102 41100 CDS_11 CDS 41188 41100 CDS_12 CDS 43138 43054 CDS_13 CDS 47639 47283 start_codon_6 start_codon 47639 47637 gene_7 gene 1 52066 51089 transcript_7 transcript 52066 51089 stop_codon_7 stop_codon 51091 51089 CDS_14 CDS 51248 51089 CDS_15 CDS 51559 51362 CDS_16 CDS 51833 51634 CDS_17 CDS 52066 52040 start_codon_7 start_codon 52066 52064 AUGUSTUS_ab_initio de novo gene_1 gene 1 6259 22793 transcript_1 transcript 6259 22793 start_codon_1 start_codon 6259 6261 CDS_1 CDS 6259 6651 CDS_2 CDS 9587 9657 CDS_3 CDS 14901 14933 CDS_4 CDS 21454 21551 CDS_5 CDS 22504 22793 stop_codon_1 stop_codon 22791 22793 gene_2 gene 1 25432 27927 transcript_2 transcript 25432 27927 start_codon_2 start_codon 25432 25434 CDS_6 CDS 25432 27927 stop_codon_2 stop_codon 27925 27927 gene_3 gene 1 36514 40258 transcript_3 transcript 36514 40258 start_codon_3 start_codon 36514 36516 CDS_7 CDS 36514 38222 CDS_8 CDS 39400 40258 stop_codon_3 stop_codon 40256 40258 gene_4 gene 1 65700 66518 transcript_4 transcript 65700 66518 start_codon_4 start_codon 65700 65702 CDS_9 CDS 65700 66518 stop_codon_4 stop_codon 66516 66518 AUGUSTUS_ab_initio de novo gene_5 gene 1 52066 51089 transcript_5 transcript 52066 51089 stop_codon_5 stop_codon 51091 51089 CDS_10 CDS 51248 51089 CDS_11 CDS 51559 51362 CDS_12 CDS 51833 51634 CDS_13 CDS 52066 52040 start_codon_5 start_codon 52066 52064 AUGUSTUS_tom_ugs de novo gene_1 gene 1 6259 22793 transcript_1 transcript 6259 22793 start_codon_1 start_codon 6259 6261 CDS_1 CDS 6259 6651 CDS_2 CDS 9587 9657 CDS_3 CDS 14901 14933 CDS_4 CDS 21311 21364 CDS_5 CDS 21454 21551 CDS_6 CDS 22543 22793 stop_codon_1 stop_codon 22791 22793 gene_2 gene 1 25432 27927 transcript_2 transcript 25432 27927 start_codon_2 start_codon 25432 25434 CDS_7 CDS 25432 27927 stop_codon_2 stop_codon 27925 27927 gene_3 gene 1 36514 40258 transcript_3 transcript 36514 40258 start_codon_3 start_codon 36514 36516 CDS_8 CDS 36514 38207 CDS_9 CDS 39400 40258 stop_codon_3 stop_codon 40256 40258 gene_4 gene 1 65700 66518 transcript_4 transcript 65700 66518 start_codon_4 start_codon 65700 65702 CDS_10 CDS 65700 66518 stop_codon_4 stop_codon 66516 66518 AUGUSTUS_tom_ugs de novo gene_5 gene 1 41187 40899 transcript_5 transcript 41187 40899 stop_codon_5 stop_codon 40901 40899 CDS_11 CDS 40946 40899 CDS_12 CDS 41187 41029 start_codon_5 start_codon 41187 41185 gene_6 gene 1 52066 51089 transcript_6 transcript 52066 51089 stop_codon_6 stop_codon 51091 51089 CDS_13 CDS 51248 51089 CDS_14 CDS 51559 51362 CDS_15 CDS 51833 51634 CDS_16 CDS 52066 52040 start_codon_6 start_codon 52066 52064 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_1 match_part 0.998 5998 6551 match_2 match_part 0.994 6549 7565 match_3 match_part 1.000 25383 25964 match_4 match_part 1.000 26379 26934 match_5 match_part 1.000 37136 38537 match_6 match_part 0.956 38163 38207 match_part 0.999 39400 40261 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_7 match_part 0.967 15183 14665 match_8 match_part 0.625 23450 23435 match_part 0.913 22954 22772 match_9 match_part 0.910 41495 41029 match_part 1.000 40946 40642 match_10 match_part 0.984 42648 41857 match_11 match_part 0.982 47986 47483 match_12 match_part 1.000 51538 51362 match_part 1.000 51248 50683 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C06SLm0099A03.1 type gene exon 5998 7565 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C06SLm0099A03.1 type gene exon 15183 14665 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C06SLm0099A03.1 type gene exon 23450 23435 exon 22954 22772 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C06SLm0099A03.1 type gene exon 25383 25964 gene_5 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C06SLm0099A03.1 type gene exon 26379 26934 gene_6 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C06SLm0099A03.1 type gene exon 37136 38537 gene_7 gene GT_PGL_6_AGS_2 transcript source GenomeThreader seq_id C06SLm0099A03.1 type gene exon 38163 38207 exon 39400 40261 gene_8 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C06SLm0099A03.1 type gene exon 41495 41029 exon 40946 40642 gene_9 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C06SLm0099A03.1 type gene exon 42648 41857 gene_10 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C06SLm0099A03.1 type gene exon 47986 47483 gene_11 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C06SLm0099A03.1 type gene exon 51538 51362 exon 51248 50683 GenomeThreader_SGN_markers SGN marker sequences GenomeThreader_SGN_markers SGN marker sequences match_1 match_part 1.000 41495 41029 match_part 1.000 40946 40636 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C06SLm0099A03.1 type gene exon 41495 41029 exon 40946 40636 AUGUSTUS_tom_pot_cdna de novo gene_1 gene 1 6259 7374 transcript_1 transcript 6259 7374 start_codon_1 start_codon 6259 6261 CDS_1 CDS 6259 7374 stop_codon_1 stop_codon 7372 7374 gene_2 gene 1 20654 22793 transcript_2 transcript 20654 22793 start_codon_2 start_codon 20654 20656 CDS_2 CDS 20654 20717 CDS_3 CDS 20952 20994 CDS_4 CDS 21311 21364 CDS_5 CDS 21454 21551 CDS_6 CDS 22543 22793 stop_codon_2 stop_codon 22791 22793 gene_3 gene 1 25432 27927 transcript_3 transcript 25432 27927 start_codon_3 start_codon 25432 25434 CDS_7 CDS 25432 27927 stop_codon_3 stop_codon 27925 27927 gene_4 gene 1 36514 40258 transcript_4 transcript 36514 40258 start_codon_4 start_codon 36514 36516 CDS_8 CDS 36514 38207 CDS_9 CDS 39400 40258 stop_codon_4 stop_codon 40256 40258 gene_5 gene 1 65700 66518 transcript_5 transcript 65700 66518 start_codon_5 start_codon 65700 65702 CDS_10 CDS 65700 66518 stop_codon_5 stop_codon 66516 66518 AUGUSTUS_tom_pot_cdna de novo gene_6 gene 1 31938 29335 transcript_6 transcript 31938 29335 stop_codon_6 stop_codon 29337 29335 CDS_11 CDS 29657 29335 CDS_12 CDS 30024 29900 CDS_13 CDS 30331 30115 CDS_14 CDS 30716 30659 CDS_15 CDS 31938 31870 start_codon_6 start_codon 31938 31936 gene_7 gene 1 47639 41100 transcript_7 transcript 47639 41100 stop_codon_7 stop_codon 41102 41100 CDS_16 CDS 41188 41100 CDS_17 CDS 43138 43054 CDS_18 CDS 47639 47283 start_codon_7 start_codon 47639 47637 gene_8 gene 1 58983 51089 transcript_8 transcript 58983 51089 stop_codon_8 stop_codon 51091 51089 CDS_19 CDS 51248 51089 CDS_20 CDS 51559 51362 CDS_21 CDS 51833 51634 CDS_22 CDS 52153 52040 CDS_23 CDS 52384 52248 CDS_24 CDS 52649 52539 CDS_25 CDS 53621 53369 CDS_26 CDS 54055 53957 CDS_27 CDS 58983 58972 start_codon_8 start_codon 58983 58981 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_1 match 278 6130 7362 match_2 match 284 6130 7362 match_3 match 280 6130 7362 match_4 match 152 37816 38208 match_5 match 315 39377 40141 match_6 match 302 6127 7362 match_7 match 111 6127 7362 match_8 match 370 5917 7362 match_9 match 147 39377 40144 match_10 match 147 39377 40144 match_11 match 233 5941 7362 match_12 match 154 39377 40105 match_13 match 154 39377 40105 match_14 match 187 39383 40141 match_15 match 108 37822 38208 match_16 match 211 39398 40138 match_17 match 248 6127 7362 match_18 match 301 6130 7362 match_19 match 233 6127 7359 match_20 match 106 6226 7299 match_21 match 278 6046 7362 match_22 match 154 37816 38208 match_23 match 315 39377 40141 match_24 match 113 39398 40105 match_25 match 263 6127 7362 match_26 match 261 6118 7362 match_27 match 122 37816 38280 match_28 match 246 39398 40144 match_29 match 569 5926 7362 match_30 match 127 37816 38208 match_31 match 239 39383 40141 match_32 match 258 36568 38208 match_33 match 373 39377 40249 match_34 match 172 37816 38208 match_35 match 322 39398 40153 match_36 match 279 5917 7341 match_37 match 286 6055 7341 match_38 match 288 6130 7362 match_39 match 338 5917 7362 match_40 match 111 39770 40105 match_41 match 111 39770 40105 match_42 match 114 39770 40147 match_43 match 160 37816 38208 match_44 match 314 39398 40159 match_45 match 160 37816 38208 match_46 match 314 39398 40159 match_47 match 160 37816 38208 match_48 match 314 39398 40159 match_49 match 118 37822 38280 match_50 match 216 39398 40135 match_51 match 151 39377 40105 match_52 match 191 39383 40141 match_53 match 181 39398 40180 match_54 match 286 6130 7362 match_55 match 161 37816 38208 match_56 match 337 39398 40144 match_57 match 161 37816 38208 match_58 match 337 39398 40144 match_59 match 118 37879 38208 match_60 match 277 39398 40141 match_61 match 119 37816 38208 match_62 match 211 39398 40138 match_63 match 119 37816 38208 match_64 match 211 39398 40138 match_65 match 407 5917 7362 match_66 match 254 36520 38208 match_67 match 367 39398 40249 match_68 match 254 36520 38208 match_69 match 367 39398 40249 match_70 match 108 6127 7362 match_71 match 367 6061 7362 match_72 match 288 6130 7362 match_73 match 119 26173 26679 match_74 match 179 39398 40141 match_75 match 182 37816 38208 match_76 match 346 39398 40144 match_77 match 245 6127 7362 match_78 match 255 6127 7362 match_79 match 253 6118 7362 match_80 match 252 6118 7362 match_81 match 232 6127 7362 match_82 match 214 6127 7362 match_83 match 344 39398 40249 match_84 match 191 37816 38208 match_85 match 322 6052 7362 match_86 match 69.7 70575 71042 match_87 match 145 67145 67855 match_88 match 50.4 69929 70228 match_89 match 42.7 70348 70482 match_90 match 79.0 71234 71659 match_91 match 187 68023 68877 match_92 match 159 65811 66515 match_93 match 37.0 70354 70488 match_94 match 234 67145 67855 match_95 match 24.3 71113 71154 match_96 match 181 70575 71045 match_97 match 325 5938 7362 match_98 match 184 68020 68865 match_99 match 182 65763 66515 match_100 match 233 67145 67846 match_101 match 184 68020 68865 match_102 match 182 65763 66515 match_103 match 233 67145 67846 match_104 match 165 37816 38280 match_105 match 311 39398 40216 match_106 match 183 37816 38208 match_107 match 365 39398 40156 match_108 match 241 6127 7359 match_109 match 182 37816 38208 match_110 match 332 39398 40171 match_111 match 115 37819 38208 match_112 match 219 39398 40138 match_113 match 115 37819 38208 match_114 match 219 39398 40138 match_115 match 115 37819 38208 match_116 match 214 39398 40117 match_117 match 115 37819 38208 match_118 match 285 6130 7368 match_119 match 391 6055 7371 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_120 match 137 54412 53942 match_121 match 66.6 51836 51627 match_122 match 123 53615 53370 match_123 match 91.7 52391 52230 match_124 match 81.6 51561 51421 match_125 match 74.3 52153 52040 match_126 match 137 54412 53942 match_127 match 66.6 51836 51627 match_128 match 123 53615 53370 match_129 match 91.7 52391 52230 match_130 match 81.6 51561 51421 match_131 match 74.3 52153 52040 match_132 match 66.6 51836 51627 match_133 match 123 53615 53370 match_134 match 91.7 52391 52230 match_135 match 81.6 51561 51421 match_136 match 74.3 52153 52040 match_137 match 128 54364 53942 match_138 match 63.5 51836 51630 match_139 match 128 53615 53370 match_140 match 76.3 51561 51421 match_141 match 130 47846 47121 match_142 match 40.8 52153 52037 match_143 match 85.1 52403 52230 match_144 match 106 47846 47178 match_145 match 313 47939 47034 match_146 match 147 54457 53957 match_147 match 130 53615 53370 match_148 match 60.8 52153 52040 match_149 match 90.1 52391 52230 match_150 match 187 47939 47037 match_151 match 110 30335 29751 match_152 match 86.7 29643 29383 match_153 match 173 47939 47037 match_154 match 122 47822 47118 match_155 match 43.9 52153 52037 match_156 match 84.7 52403 52230 match_157 match 105 54412 53969 match_158 match 67.0 51836 51630 match_159 match 106 53615 53367 match_160 match 63.9 51561 51424 match_161 match 79.7 52391 52230 match_162 match 70.1 52153 52040 match_163 match 129 47846 47037 match_164 match 142 54490 53945 match_165 match 73.9 51836 51630 match_166 match 71.6 51561 51421 match_167 match 131 53615 53370 match_168 match 70.5 51836 51630 match_169 match 116 53615 53370 match_170 match 84.3 52391 52224 match_171 match 73.9 51561 51421 match_172 match 72.0 52153 52040 match_173 match 40.0 52153 52037 match_174 match 85.1 52403 52230 match_175 match 179 54457 53957 match_176 match 76.6 51836 51627 match_177 match 133 53615 53370 match_178 match 77.4 51561 51427 match_179 match 98.2 52391 52230 match_180 match 72.4 52153 52040 match_181 match 131 47849 47037 match_182 match 125 53615 53358 match_183 match 72.8 51836 51630 match_184 match 77.0 51561 51421 match_185 match 196 54472 53957 match_186 match 82.8 51836 51627 match_187 match 78.2 51561 51430 match_188 match 102 52391 52230 match_189 match 149 53615 53370 match_190 match 81.6 52153 52040 match_191 match 181 47939 47034 match_192 match 119 47834 47142