C06SLm0066F23.1 GATCCACTGCTTGATGAACGGTGCATCGGAGCTTTTTGTTTATAGAAGATTCGAGACTGA TTTTACTGAAATGTCCCTTACTAGGCCCCATTGATGTTTTAGTTGGAAATTTTTTTTTTC AATCAAAGGGTTATTTATATTATATAATATTATAGATTAATGGGTTCCTCGTCCGCTGTC AGTTTCGACCCTGGATAACACAAAGAGGTTCATTTCTAACTTATTGCGCATTTGACCGTA CAATATGGTATTATAAAATAAAATTAATATTTAGATATGTAATCCTACGTTATATGATTC TATATTTTCTAAAAATTATGATATGAAAATATCATATTATGATTTGGAAATTTTAATATA AAAATTAATTCATAAGTTTATAATTTGTTAAAATAATCTTACATTTATATTTACTAATCA TTTATTTCACATGTAAATAAAATTTATAATCACATCATTACTTTTTAAAAATTATTTTTT TCATCCATATAAAATTTATTAGAGAAAAGACATAAAGTAACTAAAATTTATAATCACATC ATTACCTTTTAAAAATTATTTTTTTCATCCATATAAAATTTATTAGAGAAAAGACATAAA GTAACCATTAAAGTTGTCCCGAATTTCAAAAAAATATTTTAACATTGTAATTGTCCTATT AATACATGAAACGTGTTAATTTATTTTTTTAAAAAAATAAACTTTTAAAATTTTTCCTTT ATTTTTTTTCTTTATTTCTCTCTCTTACTTTTTGAATTTTAATTTTGATTCATTTTACAT TTCATTTATTTTAATAATCTCTCTTCATTTTCTTTTTTTTTTCACTTCCAAGTTCCCACC CCCCATGTCAAATTGAACCTTACTTTCATTTTCTTTTCTTTTCTTTTCTTTTCTTCTTCT CGGTCAAACTCTATTCATACTATTATTTAGACTTTACTAAATTATTGATAACAAAATTCA TTATCTTTTTTAAAAAATTTAAAATTCTAAAGTATCATCAACTACTCATTTTCATATAAA ACCAAAATTAGAAATCATAATGTTAAAAGAATAAATTAATTTCCCGGAAATTGAAAGAAC TTAATTGAAATCGGATAAAACAAAAATTATATTATCATCTTATTAATTTATCTCATTTTC GTATAACTTCAAAACTAGAAATGATAATTTTGGAAGAATTATAATTTTGAGAAATTTGGA AAAGTTTGATTGAAATTTGGATTAAAAAATTAAATAATACCTACTAATCATTTTGAAATC TAATGTGCTTATCCAATTGTTCGAATGTAATTAAATGTTTAGATGTAGTTTTAAATTAAA GCGAGTTAAACTAATAGTAGTAAAAATGGGAGATGAAATTGTGATAAAAAGGGACAATTA AAGTGAGGAGCTTCAATGAAGATGAAAATGAATTTTTGAAAAAGGAATAAAGAAAAAGAA AAAAATAATAAGGAGAAAAAGTTAAAATAATAAGAAAAAAAAATGTATTTTATAGCAAAA TACTTGCAAAAATAAAATTATTTTTTTTCTTTTTATTTGTTCACACTCTTTAAGAGATTA CATATACTCTCCATGTTAAGTGGACAATAAATAATGTAATAATATCAGTTCAGAATTATT TAGGGGTTAATAGGAAGCTTGCATAATTTAGGTGTCTTTTTGATAATTCGAGACAACTTC ACGAGTCATTTTATGTCTTTCCTCAATTTATTATTCTCTCCAACATTTAGTCACTTTTAC TCAAATATATTGATGAAACAATTAATTAAGTGGAGAACAAATAGTTTTGTAATAATTTAT TGTGCGATATTTTTTTATTTATTTGAGAAGATTGAATAAACAATTAGGGCTATTTTAATA GTTTTAGAACTTATGAGATTTTTATGTTTATGAAAAAATACAAAATACTAAAATTCACAT CGCATGTCCAAACAAACTTTAATTTCATCTCATAATATCATTTCATTGATACCATATCTT TATTTAGTATTATAGTACCGTATCGTATGACTAAACGGACCCTTAATTTTACTACATTTT CCTTTTGTGCCAATATTTATGTTGTAATCAAAATAGCGGATTAGTTAAAAACTTTATTCT TCCTTCCTTTCTTCACTCCATTTTATTTACGAAAAACACGCTCCATCTTTGTGATTTTTA ATTTTGCTATCAGCTATCAAGAACCCATATTCAATAGTCAAATTTGGGGTATAAATGATT GGGTTGGTTCAAATTTTTAAATATCAAACAAAATTAGTCGTGTAAAAAATTTAAAAATAT AAATCAAACTAAACTGATAAAATTTGAATTTTTCAAATTTTTCAAATACCAAATCAAACC ATTGTGTCGAATATTTAAATATATAAATCAAACCAAACTAATAAATTTTGAATATTTTCA GAGTATGCACTTGCATACAAACATATAATTAACTTATGCTCCAAATATTTATTTAGTCCA ACCAAAATACAATTTAAGGTGTTTCTTAAAAAATTAACACAAAATATGAGATGAGTATTG ATAGCACAATAATATTCAATAAAAAATAATAATGAAATCATCATATAAAATAAACATTGT AAAGTTACAATGAAAATAATCATAATTTAAAAGCGCACTAAATCATGCTAAAATAAGTTT AATAAGTATTAGTTACATTACTAAATATTTAAGGAAAATTAAATTAGATTATATATTTTA ATTGTTAATAAATCAATGTAAAACTAAAGTATAAATATTCAATATTATTGTCTTTCTTAA TGTTGAATTGATTTTTTTTTTGCATTAGTATTAATTTTATTTTGATTTAGGTTTTATTAT AATTATCAACATTTATGAACTATAATTTTTATTGGACCATTCTGAATTCTAAGTTTTAAA AATTAAAATGATATATTAAATGATAAAAACTATGAAACCGTATAAGAAATATTTTTAAAT GATGTCAAAGTAAATATTTTTGGTATAAAATAAAATTTTAAAATTACATATATAATGTCG GGTTGGTTTGGTCTCGTTTTTTTTTTAGTTAAACCAAACCAACACAAATATAGACGGGTT TTTTTAATACCATACCAAGTCAAACTAAATCACTAATCAAATTCTTTTTCAATTTGACTT GATTTATAATTTAATTCGATTTTGTACGCCTCTAAATCAAATCATCGTAGAGCAGGTTAT TATTGGTTGGCATTTTTAATAGCTTCAGATGAGCAAAAATTTATCTACTGGTACTAGGTC CTTTTGCAAGGCTTATAGTTCAACTCTAATTGAGGCCTGTTTGGCAATAGATTTCTCAAA TAATATTTGAGAAAAATTTTGGCAAATAATGTTTGTTATACAATTTGTTATTATTTGGTA AATATTTCAAATTTTTAAATACTAATTTTTTTTAGTATTTGGGTCAAATTTCACTATTTG AGATTTTTTGAAAATCAAAATTTTACTCCAAACTTTTATCTTTTATAAACAAAACACCCT CTATATTAGTTGTTTGCGTTGTATTACATAATTTTTTGCTTGAATTTCAAAATAGTGATA AAATATTTAGTGAGTATTAAATAATGATATGATTGTTGATGAAAATGATGAAAACAAAGT CATGTATTTCGTCTACTTCACGATGTATTGTATGAAACAATGCTTGTTGCACTTATTCCA AATTATCACATTGCTCTAGTATCATGGACACTATTTATTATTGTTGTAACGAACATCCAT TTGACTTGTAATACAAACTTATTGTTAGTTTTGACAGTTTTTAAAATTTATGGGTATAAA TTATATTTTTCTAAAAAGGTAAAATAAATTTTTCAAATCTTATGGCTAAACACATGGTGA AATTTCACCCAAATTTTCACTCAAATAATATTTGAAAATTTATAACCAAACGCTAGCTAA GATTTGTAAGTGGTGTGTGTTCAATGAAGCCTACCACCCAACTCGAAAAATGGTTATATT TTTGGTTACTCCTTACACCCTTATAATTTTAGACACATATTTGTCGATTGGATAGTTGAG CTTCGAGTCCTCATACTTTATTATTGTTGGCACCTACGTGTATATATATATATATGTATA TGTATATTATCAATAAAAAGATTGCTCTTAATTTAATTTTCTATCCATCTAATATTATAT TATACCAATCTAACCTATTGAATTCAACTCCTAATCTCATTTTTTATCGTTATTTTAAAG ATGAAAAAATGTCGATACACGATCGAGAGAGTTAGTATTGTGTCATTTTCAAGATTCACA AAAATGCATCCATCCAGTGATAACAAAATTTGATAATGTATCTTGTCAATCATCAATTTA ATTTTTTTATTTTTTTATAATGGTTATATTAATTCTCAATCATTGAAAGTTGCTATAGTT TTTTTGTATGTAAAAAGAAATTATCAGGATCAAATTGATGTTCAGTACACCACTCATAAT ATAGCTTATATAGTCCCCTATATAAGAATAATTGACGAGGCAAATATTCGAAAGAAAATC TTAAAACTTTAATAGGTGGGAAATCAATAGTATAGGGTTAAAAAATTGGGTGACAAAACA ATGACACCGTAGAGATTAAATAATAATCATTTGCAAAGCTAAGGAAGGATTGGAAAAAGG GATTAAATTAGAGAATGTTAAATTAGTAAGGGACCAACAAGAAGTAAATATTTAAAGTGG GAGTCTTAAACGCGAGAATCCTAAATTAGTAAGGACCCTAAGTGTGTAAATATGATCCTT TTGGGCGACAAATTGCTATGTAAAATCAAAATTCTCCATTGAAATTGCTCTCAGGAAATG GCGAAAGATTCACCAAAAACTCCCAAGGTAAATTTTATACTTGCTGTTCTGTTTTGCAAA AATGCTACCGCTACTTGTAGCTTTTTTGCTTTAATTACAGATCTGTCGCCTGATTTCCGA ATGGCTGTTCAGGTTTTGATATATACTTTGTTTTTGTGACAGTCGAGGTCGGCGACGAAT CCATCAGTTGGCGTTTGGGCAGTACAGTGTGAAAAATGCTTGAAATGGAGGAGGATTGCG ACACAGGAACAGTTTGAAGATATCAGAAGTAGGTTTACTGAAGAACCCTTTAACTGCCCC AATGGTACTTGTGATGATCCTGCAGACATTGAGTACGATGCTTCTCGAACTTGGGCTATT GACAAGCCCAATCTCCCTAAAACCCCATCTGGCTTTAAGAGAGAATTGTACCTCAGGAGA GATTACTCTAAGATGGATACTTATTATTTCACTCCTTTAGGGAAGAAACTCAGATCCGTT ACTGATGTTACTACTTTTCTTGAACAAAATCCCCAGTTATCTGACGTTAAACCCTCAGAT TTCAGCTTTACCAGCCCCAAAGTTATGGATGACACCATACCCTCTACCGCTCTTCTTGCC AACTCTCACAAGAAGGGTGTAGCTAGTAGCACTAAATGACTGGATGGATGGAGCTGGACT TGTTCATATGCTTAGTAGATGCACTGTTTAGAGTCTTAAAGGTTCAACTTATTCGCCATG TATTGTTATTTTCCATCTGCAAAATACATTTCAACTGCTCTGTTTACTTTTCATGGTGAT GGATTTGGTTGTGACAAAAAGGAAAATTTGTTAGCCTTCTTTACTTTGAGTTAGCTGCTA ACTTGAAGTTTTGCTTCTTTTCTTTCTATATATGCTTCCCCCCCCCCCCCCCCGTATATA AAGTATATCTTCGGTTGACGGAAAGAGAGTGCACATTCATTTGATCCTGACACCTTCTAT ATGCCAAAGTACCAGTGAAATAGCGCCTAATAATATGAATTGCCTCATGTTGATGTGAAA TAGAAACTATGCGTGCTTGTTTAGCTGTTCATACCGATGTAAAGCCTAAAGAGGATGTAT TTAGGTTGGGAGATGGTTTTGAGTTGCATAAATGGGTATCGCTTCGGGGTTCAATCCATT CTCATGGAATATGAGGTTGTGTTTGTTATGATTCATCGTTAACCTACCAATATAGGGGTT ATATTATTTGTTTGTGGCTGGAGTGAATGAGGTTACCTTGGTATGAAGAGGATGATGTGA TTTTCTCTTCCACTTTGGCATTTATAGAATTGAAATTATTAGTATTAATTGTTTTATAAT TAGAAGACTCAATTATCTTATGATTTGATAGTGGAATGGCCTATGCTATGTTGCATGGAC TCTTCACTTTTGATGCTACACTCGTGTTAGATTCTCCAAAAATACACTACTTTTAGAGAA TCCGACACGCACCTGCATTTTTGAAGAGTTGAGCAACATAGCCCCTATGTTAGTAGATAA AATTGTAGGGTCAGTAGGGTTCATATATGAATTACATACATACTATAATATTTCAGGCAG TTTTTGTTCTATCTTATGTATAGTAGGGGTCTCGGAGGTTCCAGCAAGGACAAGATAGGT TTAGTAGGGTCTGAGTAGGCTTTTGGCCCGGCGCCATTAGAGATAAAAGATCAAAAGAGT TTTTTTAAAATAATGATGTCATTCTGGTGTTATCATCACTGTGCAAGGTCTTGTTCTGAG GTTTTGGAGAATCAGTAGTAGTAGTTTCGTCAATCTGGGGTTTGTTTGCCTATATATGTT AAGATTTTAGTTTCTAATAACTTACATATGGTAGCATGAAAAAGTTTGACGTTTATATCT CCAATTTTGTGAGAGCTGAAATTTGTTTCCGATTTATGGTTTCTCCTTCTGTTCTTGTTG GTAAATTGACTGTCCTTCAGATTCTGCATTTCTTGTTGGTCCATCGAATTGAAGTTGTGT GTAGTTTGAATTTGCTCTGGCTTTTTGGTCTCTATATGTCCAACTCTAACAGGGGCAAGG TAGAGTATGTCTGGCCATTCATAAATTATCTCTTGTGCATGCATACCTACCAGTTAGTGT TGCTCAAGTGTATACATAAATTTTGACAAGTCTTCCTAGTTGGTAGTTGGGTAATGTAGT CTTGTGTGTTTTCATTAGCTACAAAGATAATAAATTATATAAACTCATTGATGAGTATGT ATTCTGTTGCTCGCATAACATGTATTATTATATGATTTCCACAAAACAAGATGGCTCGTT TTTAGATATTCATGGCTTGTGAATTTTGGATTCTGGCTATCCTATGATTAGACAGGCAGC ATATTTGTATCCATCCAGGTTCTTACTTTTTGTGGCATTTTTTCTGTCTGGGTTAGAATT TCGTATGATCGTTTTTCCCATAATCTTGTTTGATCAAGACTCATTTTGAATACAATACAT CTTAAGTAAGAAAAGAACATTTTATACATAAAACAAAAACGTACACTATTTTATTTTAAA ATTGAAATACTTCTTCATCTCCAATACTAATTGAAAAGCAATTGTAACCTTTTAGTTTAC AAAGATATAATGCAAATTATGCAGCACTAAGGTATTTAGATTAACAGTTATGGTGAAGAG AAACCTAACAACTACTTGTACAAAAACATAATTATGTAACAAATAATACATTAACGAGTT TGATGTATTATTCCAAAATTGTTTGAATGGGAGTCTATCACGAGTTTACAAAATTTGCCA CTAATATTTGACCAAAAGTTATATGCATAATTTATGTATTAGTTCAAAAATACATTGTAT TCAAAGGCAAACGAAATATATATTAGCTACAAATTACAATATCCCCCAATTACAAATCAC TTTGTCAATAACTAACAGTCACTTGTATGTATATGTCTTTGTAACTCCATATATATATAT ATATATTCTAATAATAAAATAAAACTTTTTTAGTTTCAGTTTTGATTGATTCTAACGAAA AAGGAAATACTACTAGTAGTTATTATTAGGACAAAAATGGAATTTCATTAATTTATACTA ATATATTAACCATGATTTTTGACAAAAGTCAATTCGATGAGCATTGATTTGGTACCTATT AAAATTAGTATATGAAATCTGTAGATCTGCAATAAAGTTTGAGTTTTTGAGTCTTCTCCC CCACATCAAATTCATGGAAATAGTAGCCAAGTTGCAGAAACAGTTCATGGACTTCATTTC AGCTTTGTACCGTGAGGTGGGTTGGTTTTCTTTTTTCTTTTTACTATATTAGGGAATTTT TCTGATATGAGTTTTCTTTTGTCTTTTGAAAAGAGATTCTTGGATGATCAGTTTCTTCAG CTTCAGAATTTGCAAGATGAGAGCAACCCAGACTTTGTTCGTGAAGTAGTTTCACTTTTC TTTGTAGATTCAGAAAACCTTATCAACAATCTGACAGCAGCTCTGTGAGAAATAAACTCT TTTTATTGTTTACCTTTAACAGAAATATTGGATCATTAGTTTATTATTTGGTCAATTGTA GTCAACAACAGGTTGTAGATTTTAAGCAAGTTGATTCCCATGTCCACCAGTTCAAGGGTA GCAGTTCCAGGTATCCAATTTTCCTTTTCTGCCATACATTTTTAGGTTTTTGTCATTGAC TAAACTACTTTAATTGATGCTTGAAGTTGTATCTTTTTGGTAGACAAGTGATACATCCTG AGTGAATTTTATTGTGATCAAAGATTTAGCCGAATTTAGGTTATTGAATGGAAGTCTTTT AGGAGTTAGTAGTATCCCCATTAATCAGAATCTCTGTTATATTTTGCAGCATAGGTGCAC AAAGAGTAAAGAATGCTTGTGTGGCTTTTAAAACCTTCTGCGAAGGGAAGAACATTGAAG GGTGGGTATAGCTTGATTCTTTTACAATTTTTGCCTTTATCTATCTATCTATCTATTTGT ATTATAAGGGTTTGGGTTTTTAGAAGATTTACATAAAAAGATTTGACTTTGTAGACATTA AGAAGACATGTTGGAAATTTTGTTTTCTACCATGTAAATCATAAGTCATTGGTTTTTTTT TTGCGTATAGTGATAAAGTGGTTAATTGGTATCAATGCGTAGAAAGATGATATTAGATTT ACATACAGACAACATAAAGTGGTTAATTGGTATCAATGCGTAGAAAGATGATATTAGATT TACATACAGACAACATCCAAGGGTGTGTCCTTCTGGTCAATGAAGTGGGCTAAGAACCAC GAGATCTCGGGTTAAAATCCCAGTAGAGACAAAAACACTAGGTGTTCTCTTCCCACCCTA GACTTGAGAACCATAAGGTCTCGAGTGGCAGGCATCCCGTGGAATTAGTCGAGGAACACG CAAGTTGGTCTGGACACAAGATTATAAAAAAAAAATTAAGATTTACCTATGATCATGTGG TATATTCTTGGTCGCACACAAAATACATCTATAGGGCATTTTCTAAATCTGACATTATTT GATGCTAATATGGCTTTTCATTTACGAAGGTACATGTCTAGAACCTTCCAATTTATCTTT TTTCAGACATTTCTACTACATTATAATTGCAGTACCAATGTTGTCGTGTCTTGGTGGCCC CACCTCAAGCATCCTGATCTCTGTGTGTTTCTGGCTCTCTTTTGGGACATTATTTACATA GTTCCAGTAACTAAACAAAACGAATCACGCCTTCTTGGAGTTCTATGTATACAGTCACTG CAGAATAAAGAACAGAGGGATTTGAGCAGAGATGTTTCTGGTTGGTAAAAAAATAAAATT GGAGTGTAACATGCCACTCCATTCTTGTTCAACTCTTATGCTTGAAATTATCAGATCACA ACAATAGACCAGCTTCACTACTGAGTCTCTAAATCTTCGCAAAATTATTGTTGCCCCTTA GGAGGACACCAGTATGAACTGCCTCTGTGCAGAGATCTTTTCAAGTACCATCTGCTCTTT TTTCTGCCTCAAATCTGCTTAAGTCTAAGTATTCTCTTTCTTCACAGTTTGAACATGAAA GGCCAATTTAATTGAAGCATCTATTAGTAAAATCTGGTTCATTTTGTTAAAGACCTCATT TAAGAGCTAGAAAAGGTATGCCCTAACACTTAAAGATGACGTGGATTACCATACCTGCTG GCATATGGTGGAGTATTTGGAAGGATATGAATAGAAGACGTTTTGGACACAAGACCTCAA TCTTGGTGGAGTATCTACACATACCGTATTTCTCCAAAAAAATAAAATAAAAAAATCTAG CATTTCTAGTTATGTTATAGTATTATATTGGATGAACTATTGTTCTTTTATACTTGCCAT TCTCAGCCAAAAAAAAAAGTAAATTGGAGAAACTATTGAATATACATGTATCAACTGTTG TGTAAATACATACGGAAGTAACATCAGTCAGCTAGTAAGACCATATAGCTGTGGCGTGGG TATCTAGAATAGTAACAGGTATTACTTTTTGATTACTTTCCTCGTAGGAACTTTCAAACT CTAATTATCATTTTTGATTACTTTTATGTTATCTCAAAAAAGCTAAAGCCTTTAATTTAT TAATTGCTTTCAAACATGGAATATATAATCGGAAAATGGTAGTAAGAAACAACGAGACCC ATATTGTAACCTTGGTTAATTTGGGATTCAAGCCTTGATGCTGTCTTGTTATTGTGTGGT GCATCTAAGTTTGATTTTTTGAGGCTCTACTCTTATTTATCTTTGTAAATTATTTTTATT TCCTTGTGCAGGTGTGTGCAATGTCTGCAGCAGGTGAAACATGAATATTTTCTTGTGAAG AACAAACTTGAAACCTTGATGATGGTAAGTACTCTTCTACAAATGTTTGGGATTTCCAGG TCTCAGTACCATACTGTTGAAGAAAATGCTATTTAGTACATGATGCTTAAATTTCAGTGG GTCAAGTGTGGGGATTCTGATGCTCTGCCAATTTAGATCTTTCACAAATTATTTCGCGAT AAAGTTTGACAGGGTACGTGTTATAGGTCATACTATTTGACAAGCAATACCTAGAGGCTG GTGTTTGATAATGAAACAGCCCTCTCAGCATCCCCTCATTTGATTTAAACTTTTCCTCTC AAGTAATGTTGGAGTCCATGATTTCCTAGCAAGAAAATTTTTCATGTTTTCTGCTTATAA CTAGTTTAAAAAATTTTAAGTTTTCTTGTCACTTCCTTTTACCTGTTTAAAGCCAGGTTT CTGACATTGAATTCTCTTCCATGATTAGGCTTAAATAAAAACTTTTTATTCCAAAGATGT TGCAACTATGTCCAATACATGAATAGTTATTTTTTTTCTAAGTCTGTAAAATCAGCTAAA TTGCAGCTTGTTTATAAAATTGCAGCTGGAGAAGCAAATCTTGGCGGCTGGTGGTAGGAT TCCTGACCTGTCATAGCTAGGTGCTAATGATTTGAAGTCCACATCCTGAGAGAAAGATAG TAGAGAGAAAAGTTGGCAGTAGAGATGAGATTCAAGATTGCTGGATTGTAATAGTTGTAG ATGCAAAGTATTTCCATGTGAATAACAGACCTTTTAGGTGTTGAACTATTTATACAATTC TAGTTGTTGAACTTTTTAACCCTTGAATGGTTTACTGTGCTTTAGCCATTAAGTAGTAGA ACTTTTCAGCTTGTTAAGTAGTCGTATTATATTGTAAATGCACATGGAAGTTTGTTTGAC TGCTTGATATATGAGTAGGTAGTTTCAATAAACAAGTTGTCAGAAAATAGGTAGTCAACT CGATCGTGGGAAAACAAGAGAATTGGTTCCATTATTGGTTTTGGACCTCTATGTTATAAT GGTGATGCAGTGTAGTTGAGTTGACATGTAAATGTGCACACTCTGTTTGTTGTCTGTCAT CAATTGGTCATTTTTAATGCAAAAACGCCCACGGTTGTTGGGGTTGGTACATAATGCCTC TGAATATACAATCAAGTTCACACCCATGGGAAATTAAGTGGGTGGCCTTCGTATATAATA CTCCACTACATTATATTTGTTTGTTCAAACTTAAAGATGAAGACTACTCCATCGATAACA TTATACTTTTCTGGCCAATCGACCAAATGATTTCCTATACCTAAAATCATCATTCAGAAT GTGTTTAGGGTTTAGGCTTAAAAGACAGAGATATTAATTCTCTTAGCTTGTGTTTTTAGT TCTTCTTAATGAAAATTCTAATTTAATAGAAATAGTGGGGTTGAATAATCTCTTTGGGAT CAGCAAAAGGAAATGCTATAATGTGTGTTTTTTTTTTCAGTTATGTATTGTAATGGATGT TTTAGATTAAAGGAGATTCGTGTCCATTATATTAGTGTGAATTATCTGCAAATCTTTTGG CTTTTGTTAAAAGCAAATGTCTGATAATCTCAATAATTGTAGAGTTGGGCATCAATCATT GACATATACTGGGACATATTCAATATGTACCAGCTACCTTTTGTTAGCGACCTTTATACT TTCTTCTTCTTCTTCTTTTTTGGGGAAAAAAAGAGAAAAGCTTTTGTTTGATTTAAGAAT ATTGGAACAAGACGTTTTTTCTCGACACAAATTAAAAGAGAATCATCTTGTAACTACTAC TACTACTTTGCTTTGGCTTTAAAAAGGAAATGGTGGGGAACGGGAACCAATAATATCATA ACAACTTCTCATGTCTTGTGAAAAGCAATTATGATTACTCTCTCTATATAATATAATTAA CTCATTATTAGCCACTTCATAATCTTTTCGTTATCACTCTGTCTCAACCTATCAACCTTA CTCTTTGTCAAAAGAAGTTTTTAAAAAATTATTGAGTTTATAAAATTATATTAACCGTTC ATATTTGTTAATTATTGAGCTATGACTTCCCACTCTACAATCTACATGTTTGTATTACCT AAATGGATATTAAAACTCTCTTTAATAATTAACTTAATTCAGCACAAAATAATATTGAAA TCACAGTGAATATTAATATTAACATATGATTATATCAAGAGTGAAATGATATCCAATATA AAGTGATATTGAGTTTAATGTTTGAACGAATGTACGTAAATAAATTTTTTTTCTTCAAAT TATTATTTTTAAAGAATTGTATAAATATAGCGTCTGAGATATATAAAACATTATAGTATT TCATATAAATTTTAAATTGTTACATATATAATGTCATCGTTTTAGATGGTAATATAGAAA TTTCATAAAGATAAAATAAAAGAGTAAAATGATCGGCAAAGAGCACGATCCAACGTGGAA GGAGGTAGGGTCCAAAGCAGAGGCGAAGCTAGGTGGGAGTTCATAGATTCAAACGAATTC ATTAGCTTTTCCAAAAACCATATATTTATATAAGAAAATTAAATAATATAAATATATATT TACATGTGATCCCTGAAATAAAATTAATTTAGAATCCCACATTCTTAACGTCCATACCTA ACAAAGACAATAGGGAGAAGATGATTGGTCAACTGTATTTTGCTTTTTCTTCCCACAGTT CCTCCGTGTGTGTGGTTCACCCCCCACACTTATTGCATCTTTCTTTCTACCAATATAATA ATCAGAACAAAAAATCATGAGAAACCATGTACTATTATACTAAGTGATATCTATTGATTT TAGGCTGGAGAAAATAAATAAATAAATAAATATATATATTATTTTATTTTATTTTTTTCA GTTTTAAGTATAGTATTTTTTTAAAAGGATAATAAAGTGATAAAATTACCATAAAATTTT TGTTGATTGAATGTGAAATGACCATCTCATTATCCTAATTTTATGTTTGGAATTCTAATT CTAGTACTCTATGCACTAATATCGGACATTACATGCAACAAAAAATAACTAAAAAGAGAA AGGCGGTTATGAAATTATGACAAATTTAATTTAATTTAATGTAATGTAAATAAGTAAGTT GGAGTTAAACAAATACGTAAAATCAATGTGTCAAAATTAAAGTTGACTACACGTGTAACA TTTTGCTAAACATAACACAAACATAGAATTAATTTGAAAATTACTGGTCATTCCACAGAA ATTTAAGACATCAAAATACTTAATTGACTAAAATAAATAGTCCACAAACTTATTTAAATT TCAATTGTGTGTATTGAATACAAATAAACATTTTAGCTAATACTAGTAAAGGTGTAAACT TTGTACAAGGAGGATAAATGAGTTGAAATCGAGTAATTGGCTAAAAACACACTAAATATA TATAGTAGTTACTAGTTAATACAAAGATAAAAGATAAAAGAAATTAAAAACGTAGTAATA ATAAATAAGGAGAGATTGCTGAAAAGTGCTGATCTGTCACTCCGAAGTTGAGGTTCGTAG TATCCAGGTAGGCTCGTACAACCGTTTGGGGTTACGAACCTCTTCCCGATAAACAAAATT AAAAAGTATTAACCAAAGAAACAATTAACTCTGTACCTCCTGTCTGTCTTGTAAAGTGAC CGTAGGAACATCATCTTCTTCTCTCCTAAACCATTAATTTCAGCCATAACCAACAAAGCT TTTGCTTTCTTGTGAAGCATTCCTACTTTTTTGCCTTTGCTGTTGGCAAAAAAGAAATAA CCAACTTATATAAGCCTTTCCTATCATTCTTCTCTTCAGCTATACGATAATAATGATACC ATTCTTTCTTCTGCTTCTTCTGCAGAGCACTAGTTTCTCTGTACATGCCATTTTAGACCC AATTGATTTCTTAGCTTTACAAGCGATTCGAAAAGGCTTGGATGATTTGCCCGGTTCCAA CTATTTTGCTTCCTGGGATTTCACTTCGGAGCCCTGTAACTTCGCCGGAGTTTACTGCGA TGGAGATAAAGTGATCGCCTTGAATCTCGGTGATCCCAGAGCCGGAGCACCAGGGTTAAC TGGAAACTTGGATCCTTCTATTGGAAAACTCTCTGCTCTTGCGGAGTTCACGGTGGTTCC GGGTCGGATAACTGGTCCATTGCCCGAAAGTTTTTCTCAGTTGAAGAAGCTGAGATTTCT AGGAGTTAGCCGGAACTTTCTCTCCGGTGATATTCCGGCGTCATTAGGCCTTCTCCGGGA GCTACAAACTCTTGATCTTAGTTTCAATCAGCTGACCGGGAGCATCCCTTGGGCTATTGG AGCTCTTCCGGCATTGTCCAACATTATACTGTGTCACAACCACTTGTCCGGTACGATCCC ACCCTTCGTATCCCAAAGATTGACCCGTTTAGACCTTAAACACAACGCACTTTCAGGTAC CCTTTTGCCGAATTCATTTCCTTCATCGCTTCAATACTTGTCATTGTCATGGAACCAGTT CACCGGTCCAGTAGATTATCAGTTGAGTCGGCTGAACCAGTTGAATTACCTCGATCTTAG CTTGAACCGATTCACCGGGTGCATTCCGGGTATTTTATTTACTTTTCCACTGACAAATCT TGAGCTGCAAAGGAATCAATTTTCGGGCCCGGTTTTACCCGTTTCAGAGGTGAGAATTCC GACGGTGGACATTAGCTTCAACAGGTTTTTCGGGGAGATATCTCCGTTGTTGTGTAATGT GGAGAATTTGTATCTGAACAATAACCGGTTTACGGGTGAGGTTCCGGCGTTGTTGGTGGA GCGTTTATTATCTTCAGGAATCCAAGTTTTATATTTACAGCATAATTTTCTGACGGGGAT TGAGATAAATCCTAGGGTGGAAATTCCGGTGAGCAGTTCCTTGTGTTTGCAGTATAATTG CATGATTCCGCCGGTTGAGAGTGCTTGTCCTTTGAAAGCCGGGAAGCAGAAGAGTAGGCC TACAAATCAGTGTGTGGAGTGGAAGGGGCAGCAAAACAAGAATACTACTACTGGATAAAT AAATCATCCATTATTCTTTCATTGAATTGAATTTCATTCTATATTTTTTTTATATATTAG TAAATATGCATAAAGGAGAGAAAAATCCCATCTCTGTGTGAAGCAGCCAAAAGAGTGACC AACAATTTTGGCATTTTATTTTTGTGGATGACACAAAATAGATCAATGCTGCTACTGATT GTTTGTTTTTCATTGGGTTACCCTTTTCCTCCTGATGCTTTTTCTCCACTTATTATATAT AATGTTTGTTTGGGATACTCAACTGACACAGACAGACAAAAGTAACGTATACGTTACAAG TCAAATATTTATTTATTTTCCTGGATAAGTTGCAATACATACATTTAATTGTCGTCATCA TTAATACATTACACCGTACCAATGAATCACAGTCACGCGAAGCCATAAATGCACAAAATT GAGCTGTAAATTCCATTAAACACCATCTATCTCAACAATTTGTATGTCAATTAATAATGT TGGTTGCATCTTAATTGTTATCTGATACAGTATTATTAACTGCTAAGGGGATTTTTTTTT GTTCACGTGGAAAAGAACAAGTTACTCCACTGTATTTTGTATAAACTGTTTTCATATAAA GCTAGAAAGATAAAAGAGAACCGTAGATGAAAATACTTGTATTGTATAATTATAAATATA TGGAATAAAGATATATGTATTTATATGTGTATATATATAATTTTTTCTTTCTTTACGCAA TCAAAAACATAATTTATATATTTTTGTTTGTATAAAGCGAGATGGAGAGCGATGAGCGAG ATCATTTTGCTACGGGGCATAATTAAATCAAATTATTATTGTGACATTTAATTTAAATTA ATCATTTGCTATTATCTTCAAGGAAAGAATCGAATGACAACATTTTGCTACCGGGCATAA TTAAATCAAATTATTATTGTGACATTTAATTTAAATTAATCATTTGCTTTCCTACCAACC TACAAACATGTGGTTGCCAATGTCATTGGGCTTTACATGCATGAATAGTAATTTGCCCAT TAGTGTATGCAATGTTAGATTTGTGCACTAAATTACTCTTTAATAATGTTAATATATGTA CCTCAACTTCAGTACTTTCTCCAAAAATAATAATCTAGAGATAACGTATGTATACCTGAT GTGATATTCTTTCACTCTTTTTAACTTGAACAATAAATACAATTGAATTCTTTTCATGTT TAAAGACATGAGAAAATCCAAACTTGTGAAATGATGTATTTTGTCAATATTAATAAGACT AAACAAAAACACATTTTCATGACAATGACTTCACCCTCTCATCAAAACCACGTTTCTTTA AACATCCAGCTCTTTAATTAGATTGAACATCCATGTCTCACACCCTCTTTTCCATTTTGA ACTTCAACAACATATTTTATGTTTAAACTCCCTTCCATGCTCTAAACATTTTTTCAATCC TTAATTAATGCAAGCAACAAAGATCAATCCTTCGGTTTCAAAATATATTTCTTTTTTCAT ACAATATATCATTTTGAAGGAAAATCAAAATGCATACAAGTAAAAATAATAATTTATTTT GTTATATAAGACCTATCTTTTAAACTAAAATCATAGATTTAAAAGTTTTCTTTATATTTT TTTAAACTCGGTATCAAGGACGAAGTAAGACAAACAAATTGAGTATTCATGTGAGATCAG TGGCGGGAATGATGAGGATTTCTGTGAAGGGGGTTCGAAGTATAAAATAGTAAACACATA AAAATAAATGTATATGGAATACATGATATCAAAATTAAATGTGATTTATTTAATACACGT TGTATCCAAGTGGATTCACATGTATTTGAATACAAAGAAAATCTCGCTCACCACTCTCCC ATGTACCTGATATCCAAGATACATGCAAATCACTTAAAATACATACAAGTATTTGTATCT AATATGTATTTAGTGTGATTCACATGTATCTGGTTCAACCCTTTCTCTATTTTTATATAT CTAGTCACAAAATACATGTACTACTTAAAAAAAATATCTTAATTAATGATAAGATACATA AAAATTTAAAAGTAGGAATAATAATAGTATGTGTGATAGCGAAGTTTGTGTAATTATGTT TACGAAAACTTGGAATCCATGCTAATTTTCATATGGTGTTTAAGGATCTTGTTAATAGGA GACTATGCAGCCCAATTGCTATGGCAACCCTAAATAAACTTTTTTGGCCGAAACAGGTAC TAGATATTTTAAAGAAAATTAAGAAATGTTGTTTAATTTGCTGCCTACTATAACCAAAGA GTATTTTTTTTTGTTGGTACTTGTACTGCCATACATGGTTTAATGTATGTATGTATATAT AAGCGCTCAAAATTCAACTCAAATTCTAAACTAGTAGCTGGCGGCAATTAAATGAAAAGT GACGCGGCAAAACTAAATTTGACGATCCCAGTGAAACTGAATATCCAATAGAATAACAAC ACGTTGGCGATCCGCGTGAATCACCCTTTTCTCTCTATATATAAACAACCAAACCAATTT ACTTCTCATTATCAACCTTATCTCAAATTCAAGCTTTCGAAAAGATATAAAAAAGGAGTT CTACAGTTGAAGCAAAGTCCGCTGGTGGTCGAGGTAAGGCCAAAGGTTCAAAAAAATCAG TGTCCAGATCTCAAAAAGCAGGTCTCCAATTCCCTGTTGGCCGTATTGCTAGGTATTTGA AGAAAGGTCGTTATGCTCAGCGTCTTGGCTCTGGTTCACCTATCTATCTCTCTGCTGTTC TTGAATATCTTGCTGCTGAGGTTCGTTCTTTTTTTTTAAAAAAAAAACAAAAAGATAGTA TTACCCTTGGCTGATTTATTGAGATTTGCAGGTGCTAGAGCTTGCTGGGAATGCAGCTAG AGATAACAAGAAGAACAGGATTATTCCAAGGCATATACAACTGGCCGTGAGGAATGATGA GGAACTTAGCAAGTTGTTGGGGTCGGTCACCATTGCTAATGGTGGAGTTCTGCCCAATAT TCACTCTAATTTGTTGCCCAAGAAGAATGGCAAGGGGAAAGTGGAGTCTGCATCTCAGTC TCAAGAGTTTTAAATTTTATGTTAAAATTATTTCTGTGAATGGGTTGTTTTTTATATAAC ATGTTTGCTTCTGTCTTGTCACCTGATTTGCTATTCCGTCTAACATCAACAATGAACTGA AACAAAATGTAGTTCCATTGAATATATATCCCATTGCATTTGGTGGTGTCTTATGTCCTT GTATCCATTTTTTTTCTTCTTGTATCCAAGTCCTTTGGAGTTTGGAACAACAACAAATGC GCGCATTTTTATACATCGTTAACCACAAAAGTAAAAAGAAAAAAAAAGAATTCTTTTAAA CTGTCGTGTACTTTTGTGATTTTTCATACGGTATCTGTCGGACACGTCATAGTAAAGTTA GCAATGAGGCAAATATAGATTCCCACAAGGCATACGTCCGTAATTCATCTCCATAGATTT GCACTTCTGTATGTATATAATAATCATATGGAGTAGTAGTGTTTTGATGAGAAATGATGA CCATTGCAGATGGAGCCCTAGATGACATGCAATGCTTGTTACAGAATGAGATAACTCATC TGTTTTTTGCACAAACAAACGATCGATTATTCCTATCCAAATTTCAATTACTGCGGGAGA GAGAGACAACAAACAAATACTCTATTCTACATGTTTAAGAAGAACAATCATGTGTGCATT TATCATTCTTGAGACACCCCCAAAGGGTGGACAATAGAAATGCCTTTTAACAGAATATTT TGTTAAATCGAGCTTCAAAACACTGCAACTTCTCATTAGAATTATAAATTTATGATACGA CGATACAATAAAAGACATGCGCAATAAACATCTTCATACCCTCACATCCATAACATATGA AGAATTTAACTTCAACCAATTATATTAAACCAAATATAATTTAACAAAAGTATCCAAACA GCTCATTGGTGGTAAATATAACATTAAGAGGATTTCTGCACTGCAACACATGTAACGACT CAAGAGAATGTCATCACTGGTACCTGATGTCTGCGATGCTGCTTAAGAGGCACTAGCCAT CGATTCTATAAGGAGCTTGTAACCTTCTGGGACAGCTGACTGTGTAAGCACACATTCTGC CAATGCAGGAACATCTGCATTAATGTCCAGAAATTTCGCCAGCAACAGTAGCAGATGGAA ATCTGAGATTCGCTTCACAAAAGAAAGACTCTTTGTTCGATTGAAATGATCTTTCAATGC ATTCATGCTCACTGGAATAATCCTGTTTTCAATGGGAAATGATGAAGAAAGTGGACCCTG CACATGAGATGAGACCAAATAAGAACCAAGTGCTTCAAATAAATATCACCAGTATGAAAG CAAAGGACACAAGACAGGGAGAAAGGGGTTGAAGGAACCTCTTAGCATCCATCCAACAAT TTCTAATTGATACAACGCACATATGTGCCAAATTTATATCAAAAAGGAAAGGAAAAGAAA AATGATAAAATAACAGGTATCTTTATGAAACTGTCAAGGACATTCTGCAGGGTTTGATCT ATTCCAAAACCACTAGGCAGGAACCTATTCCTAAGCCTTTATGCATCTCTTCCAGCTCCA GTTTTACATTAATATATATATATCAAAACTGAAAACTTCCACCAAGTCCTGGACTTTGAA AACTGGTAAAGCTGCCCTATTCCAAATCTAGTCGACATTGGATGTCACATGCTAGAAAAC TCTTTCAAAATTATTTTGGATTCAAGACAGAAAACAGAAACAAAAGGAACATCACCCAGC ACAGTGATTGATTTGAGGTTGGTCCAAGTGCAGAGACTGCTATTACATGATTCTTAAATG ATTTGATTCAAATTAGGTTGCATATTCTTTCTCTCACTAACTAAACCTTATCACAGTTCA TCAATTATGTCAGGTGATAAAAGCAAAGTGACTATTTTTCTCAGTATATCCTTAAAGAAA CTGAGGATCACTCAGACACTCAAACTCCACTGAAGTCAACGATTGATGCAACATTAACAA ACTCAAACTCCACTAAAGTCCACAATTGATGCAACATTAACAAGAGGCCATCTGAACAAA CAGAGGAAGAATTTGCAATATTTTGAATTACAGTTTGGAATACATCAAAATATGCAAGTT TCATGTTGAGCACATACTACCACACCTTAAAGCAAGTGTACTACTCCCTCTGTCCCAATT AATGTGGTACCACTTTCCTTTTTAGTCCATCCTAAAAGGAATGTAATATTTCTATAATAA TAAAGATAATTTATTAAAATCCCCCCCCCCCCCCCCCTTTGCCCTTAGCAAATTGATTAA TAGCTACACAAATATCCAGTTTTAATTTAGACTACAAATTTCAAATGTCTTCCTTTTTCT TTAAGTTCATGTCAAGTTAAATGGAGTATAAGCATATTGTAATCTCTGTCCAAAGTCTTA TGGCAAGACACTTAAAGTAATTTTACGAAGACCTCTCACTTGAAAGTATATCCCAACCGG TTAGATTTTAGAACCACAGTCAATAGCAACAACAGCTAGCACACTACTGTACTCCATCAC CCACGCTATGGGTGACATCAATACCTCAACCAATTTATTTATCACATGATTGACATCAAG CGAGAGGGGATATAATTAGTGAATGAAAACTGAATGAAGAAGAATGAAGAATAACTCCTC AATGGAAAGATTTAATGCTATTGTTCCATGGTAATTTTCCAGGTCAATCATGCTCAAGCC TAAACGTTGAACAGTCCAATGACCATAGGGTAAAGTTCCCTAATTTCACACTTAAACCTA TCCCTAGAAATATTCTTTTGACATTACAAAAATAAGCATAGATAAATGAGTTCATGTCTG CAGAAACATGCTTCATGTGAAGCGAAGACAGTGGAAAAAAGAAAACAAAGCAGAATTCTC CAACCGGGCTAACTAATGCAGCTAACAGAATGATGACAAGCTGAAAGCAAATCAGAGAAA AATATATGATGAAACATGCTAAATCACCTACTGAGGGGGGGGGGGGGGGCAAACTACATT ACCCAAAAATCTTCAAAAAGGTTACGAATCAGAAAGGATGAGTTAGATGATCTAAAAGAT GAGAAAAGTGATTAAGTCACTTGAGACTCAGCGTCCTTCTGATCTGCCTAGTTCTTATGA TGTTCTCAAACTACACACGAAACCATAGAGTATTAGGTTCTATCATCACCGCCTAACAGG TTCAAATTGTAGGATGAAGTATATGGCAACACAAATGTCTACTTGGGGGCTTTGACCAAC ACCCGATTCGCTAAAACTACATAAAACACACAGCTACTTAAATTAAGCATGTGTTTTAAT GCCGTAGTAAGGTTTCTCTATTCTCAACAGTTCCAACCAAAGACAATTAAAAAAGGCATC TTTTAATCAATACTTAGATGTTCTACCGCCAATTCTTACCAATAGTGTAGTATTTCTTCT GTTCAGTTCTTTTTCTCACTGCCTTCATTTTTCTCCTCATAGTATGATCATAAAGTTACT CACTTTATGCAATTTAAGGAAAGCAAACAAATGTAATTCATCTAGCAACTAATGGAGCAC ACAAAAAGGATTCAAAGAAAAAGCTATGCAATAAATCCAACGCACCTGGTGATCCGCAAT CTTGACAACAACCAAGAAGAAGTCGTTATCAACTTCTCTTGTGTCCTTGACTCCTACCAC CACATCTTTCTTCATCTTGGAAAGCTTTGGATCAATCTCATCCTTAACATCCGTCTCAAA CCAGCCTTCCTTGAACAATCTCACACACATATCACTCATCTGAAAAGCCTCAAAATGTAC ATCGGCAGCGCCATCGTCATTCACCTCAAGCTTCACTATAGCGGTCACCCATTCCTTCAA ATCACCCTCCGAATGTAACTCAGCTGCCTGTAAGACCTCTGCAGTTGACATAGTGTAATC CTTTTTATCCTGACTAATTGTCTGAGTAAATATAAACCCTACTTTCCTCATCCCTAATCC AATAGCTATAGCATCCACCAATTTCTCCTCATCAGGATCGCGTAGAAGCAACAAATTTTC CTCGGTCCCTTGCTGGGGCGGCTCATAAATAAAATGGACTTCCACTTTGCCTTCAGGGGA TACTGTACCATACATAAAACCACCCCTTTTGACAGCAAAGGCGAGTGTTTCATTGACATA ATGTTGAAAGGCATTGGCGGCATCACGATCGAAGGAAACGAGTTCGCAGTGAGGGTTCTC TTGTCTAGTAACTCGCATTTGTTTAGCAATTAGGTCGTCCATGGTCATCTTTCTACCGAA TGAACCGGCGGGCTGTACGGTGGGACCGGGAATTGTGCGCTCACCCTGGTAAGCAAGATA AAGGATAGAACCGTGAGTAAGATTGAAAGAGGAGATGGGTGTATGAGGGTTGTCCATATC AGTGAAGCGAGACCAATCATCTGGGGTTTTAGCGAGCAAAAGGTTCTGATTGGAAGATAG GGTTTGCGATTGAACTGGAACTCGAAGTTGGGATTCGATTTGGGACTTGAGTTGGGCAAT TGTGGCATGTGGGTTGTCAATTGTGACTCGCTCTAACCCATCTCTGCTTCTGATTCTGAT CATCATCTTGGTTGTATTCCTATGGTGATTGATATGTTTAGTGCAGGTGAATCTGTATGG AAGTTGGGGAGGACCGTCGAAGAAGAAAGGAAGTAGAAACTTTAACTTTGGCTTGTAGAA TCAATCAATACTCCATTTATATACTACTATTAACCAATAAGCAAAGCATAAATTCGTCTC CTATTCTATTTTGAATTTCTATTTCTATTCCTAATTAAACTTGGGCTCGGACAAGTTTTG GGCTGCAAAATCCTAATTTGATTTCATTACTAATTGGCACACACATAGCCCCTCTTTCAA CTGACAGCATGGTGTTCTTTTTTTAATTGGAAAATACTCCGTGACTTATAGTTCTAAATT AAAGTTAAGATTAAATGTATAAAACTATCCTTTTGATCTTGTGATTTTATATATGTCACC TATAAAGTTAAAATTAAAATATTATAAAAATAAACATCATTCTTTTTTAAACAAACTAAA AAGGAAAAAAAGCTCTTCTTTTTCATGCCCACATGATTCTTTTATGTATTTATTTAATTC TTTCTTTCTTCTTCTTTCTTACTTTGAATAAACAATAATTTACTTTTTGGTTAATATGTA AAACATATTTGAGTTCTATGAAAATATTTGCTCATTGTATTTATTTTTTCTCTTTTCGCT TTTAAATTTTTGATGCCTACGTGTCAATTTCTCTAACTGTTAGCCTTTGATCTCTCTCTT TTATAGTCGTTCAAATTTTTTCGAGTATTAATTTTTGAAATTGTAGGTTATATATAATTT AGGTAAAAATTTGTATAATAGTAATTGATTGCAGGTATCAATAGTCACATTTAAGAAAAT TATCTTAAATTATTCATGAAAAAAAAAGAGATTGATTCTAATTTTGTGGATTTTCCATCT AGAACTCTAAATTACTTATGTAAGTTCTTCTCGTTATCCGATTCAACTTATGTGTTTGCT ATTGAGCATTTAAAAATTTCATGTGCAATCCTCATGTGACACTGAAAAAAAGAATTTGAA ATGTACACAAATTTTGAGTGAATGAATACACAAATATGTATACATGAATGTAATGTATAC ATAAAGTTCACGATTGAAAAGAATATTCAATGTAGTGTATACATATTATAAGTGAATGAA TACATTAAGTGTTTGATTCTTTTAACATGTATACAGTGGAGGGGATAACATAGCTATAAA TATATATTAATTATAAGTGAATGAATACATAAAGTGTTTGATTTTTTAATATGTATACAC TAGAGGGAATAATATAGCTATAAATGTATATCAATACTAAGTGAATGAATATACCATTTT TATTCATAAAGTGTTTGAAAACAGGTATGCATTTTTCAAAATAATTAATTGAGTGTATAA TAGGTAAAAAAATTTATCCTTTCTTGATTTGTAAGAGTGGACAACTAAAAAAGAAAAAAT TGACAAGTAATTAGGGACGGAGAAAGTATATATGTGTCATTTCCTCATTTTGATTTGGTA GGAAATGTTTTCACTTACATAAAAGTCATAATTCATTATGAAACTCGATTTTTTTTTATT ATAAAAGTCACAACTCGTCATAAAACTCGCAATTATTCATAACAATCATAGCTCGTAAGT AAAAGTAAACACTCTTTCACTTAATATTCATATATTTAAAAAAAACCATCACTATAAATC CTTTTTTTTTATTATGTCATTATCAAATCTACCTGAACTTTATTATTTATTTAATAATAC GTCTTTTAAAGTATCACCAATTTTGATCTACCTTTGTATTTTTTAAACAAACATCTTTAC TCACCATAATTGTACTTGAGGAGTGACACAAGTTTGTGTTTCAATTTGTATAATTGGTTG TAGTTTAGAATAAACAGAAATATGAGGAGAGTGTGATTCAAAAAATCAATATATATGAGT ATTAGTACTAGTATAATCACAATTAGAATAAAAGATGGATAAATGTGATGTGTTAAGTGG ACAAAATGTTGCTTATTTGTTAATTGGTGATACTTCAACTTTTGTTCATAAAGACAAAAA GGTTAAGAAAATATTTAGAAGATGTAATATGAATGGAACAAAACTGATTTAGAGAAGATT AGATACATACAAAAAGAATAGGATTAGACAACAAAATAAATGATTTGCAAATGAAAGAAT ATAGAGATTTGAGAACTGACATAGAAAGCCTTTTCTTTGTCAACTCAACCCAACAACTAT TGCACGTATAGTATGAGTTGATGTGAACCACACATGTTTATTTAGAGCTTATTTTAATGG TGAATTTGAATTAAGTTGAAATTATGTGATATATATAGCCAAATAAAAACTAATGGAGAT GTCAATGCATATTCTAGTTTGTGGTTTTTGATGGTCCCACTCCCATTAACTTTTCTTGTT AATAAATACTACTTTTTTATATTTGACATATAAAAGTAGGGTCTACTTTATAGTGAAAGT TGGCATAACATTTTGAATTTGAACAAAACCATTTAATGGCCCATTCCCAAGACTTTGGAT TTTTTCTTAATTAGCCCAGCCCGCCATACAACTTGTAGCCGTTGTTACTACTCCCTTTTT ACGCTAAAATAATTTTCACCACAAAAAATTATAATTCACAGTATCCTTATTTAAATTAAT TTTTAAAAACATGGCATGATAAATAAAAATAAACAGAGAAATATATAACGTGGAGCAATC ATATCAATATTCAAAAAGATTTGTTATATTTATATGTTGATTATTAATTTTTTGTACCTT AAAAAACAATTAAATTGTAAATTAGCCAATGTTTGTCTTTGTAATTCATTTATTTTCCTT TGCAAATTAGTGTGTAAAGGGACAAAGATCTCAAATGGTTATGGGAAAAGCTGCATTTAG AATCCACCAACGGTCTGGATTCTCCTTTTCTATAATTTTATTTCAAAATATTACTAATTA TCTGTGTGTCATTAATAAAGGCATCTTGTTAAAGATGTCGAAATTATTTAATTTGTACTA AAATAATTTATTTTTTCTTTTAAAGTGTATTTATTGAGGATGATTGGGTAATTAATCGTA GTACAAGTTACTCGATTAATTAAATTGTTCGATTATTGAAGAAAGTTGAGTGGCATTATT GAAATTGTTAAGTAATGAAAGGGGTTTTGTTGTCATTGGACATAAGAAATTTGAATGGAG TGGCCGTACCGTTTGTTTAAAACTTGAAAAAACAGGCTCTTCCTCGTTAAAATTTAAAAA AGGTCGAATTTATAGAGATAGAGAGAGAGAGCAATGACGGGGTTGTTAATGGTGACGACA AGGGGAGGAGGAAATGGGAAGAAGGATTCAAATGCGCAGCAGTTGTCTTTGTTGGATTTC ATATTAGCAGGTCTAAGGAAATCAATGGTGTCTTGTCGTGTAGATCGACAAGAAGATGTT GTTTCTGCTGTGGAAATAGGTTGGCCCACCAATGTCCAGCATCTTACCCATGTAACTTTC GATCGATTTCATGGATTTCTGGGTCTTCCACTCGAGTTTCAAGTCCAAATCCCATGTAGA GTACCAAGTGCCAGGTTCTTTCTTATAGCTCAGACTCAAACTTTTTTTATCCTCAGTCTT ACTCTACACTATTTCAAATAAGTACTTCTGTTTTCTGTTCGATTGAATAGTTGAGCAAAC GCAGTAATTTAAAGCTCGCTGAATTTGTAACCAAATTTGCAGCGTCAGCGTGTTTGGGGT ATCTGCAGAGTCAATGCAGTGTTGTTATGATACAAGGGGCAATAGTGTCCCAACTATTCT CTTGTTAATGCAACAACGTCTATACTCACAAAATGGTCTTAAGGTAAAAGAAAAACAAGA AATTTTCGTCCACCAAGTTATGTTATTGCCTTCTCACTGATTATGTGCGGACAGGCTGAA GGAATCTTCCGAATTAACCCAGAAAATAGCGAGGAGGAGCATGTAAGGGACCAGCTAAAT AGAGGCATCGTGCCTGAAGACATGGACGTTCATTGCTTGGCTGGTCTCATCAAAGCCTGG TTCCGACAACTCCCATCAGGTGTGCTTGATGGGCTTTCACCACAACAGGTTTTGCAATGC AACACCGAGGAAGAATTCGTTGAGCTTGTGAAACAGCTTAAACCAACCGAGACTGCATTG CTTAACTGGGCAATTGATCTTATGGCTGATGTTGTTGAACAAGAGGATTCCAACAAAATG AATGCCAGAAATATTGCAATGGTTTTTGCTCCAAACATGACCCAGGTAAATGAATATGCA GTTGGTTGTATAAAGTATGAACATTTCTTACAAGGATTTGAAAAGCAAATTCATTTTTCT TCTTCTTCTGGAATTAGATGTCTGATCCATTAACAGCTCTCATGCACGCTGTTCAAGTGA TGAACTTGCTCAAGACCCTGATCATGAAAACATTACGAGAGCGTGGAGAAGCAGAAGAGG GAGAATATTCACCCATGTCATCTCCTTCTTCTCGTAGACAAACGGATGAGGAATTCGACT CGCAACAAGAGATGGACACTAGCTGTGAATCAGCATCAGATGATGAGGACCAACATCGCT ACAGCTACAACACGGAAGAGAGAGATGAAGTCGAGTCATTGAGTGAGATAGAAGAAAGCT TCTTGCGACAGTTGGATGAGAATGAGCATGCAAAAAATGACTTCAGGAAACAGTTGGAAG GAATCTTGGGCAGAGAAACTGCATCTACCGAAAATGGAGATTCTTCTTCTGACAGTAAAA TCGACACTTCTGGCTTGAGCACTAGCGATGGTGAAGACTCAAGATACACTACTTGTGTTA CTCTGGAAGAAAAAGTGGAGTCGAAGAGATCAAGTGCAAGCATGGAGGATGTCGACAGGA TAGAGGTAGAATCTGCTGTTTCTGTGCAGTAGTTTATAGCTATGAGTGCTATTGAATCTT GCATTTTTTTTGGATGTAAAAAGTGTGTTGTTGTAGGCCTTGGGATGGTTTGCTTGTGAA TCACTCGTGCTTGATTGATTTCTTTGTTTTGCTAGCTAGCTATAAGGATCTCTAACATCA ATGGTGTACGAAAAAGGTTTGTTGATGAAGATTGAAAAAGTTATCAAGATTAATGATTTT ATTTAAGAGAGAATAGTAGTGAAAATGGAAATAACTACTGTTGAAGTTGCTATACAAAAA AAAAAAAGATCTCTACAATGGTTTGAACTATTGCTTTACGTTTGTGTCTTCATGTAATAA GAAAAACAGTAGGAAGATTTTATGAAGCCAAGCATGTCTCTCAGAAGAGTCTATTTGTAA ATGGAAACAGACAAAGCTGTTCTGTTTAGCTTCACTGAATATTTGTTGCAAAAGAAGGAA ACAAGGAGCTGAAATTGACTAACAAGGACACAATGAAAACATCAGTTAATCTCAAATTAA AATCATCAACGGAAAATATGCACTCCAACTTTGTCTGACATCAATTGACGGTGAGTGTAA ACTTAATGACAGTCATATCAATTAGAAGAATCAATGAATTTACAAATGTTACAGATTAGA GTGGTACAAGGGAACATTCAGTTGCTATGTCACTGCTAAGTGGGAGGCACTGGCTGCAGA CTCCATATATAGTGAGTGGCTTAAGTATTTATTTTCTCTTTTAAGCTGAATGAAACCTTA AAACTTTTTCCCGTCTAGTTGGAAACCATTCATTCTATCATTTTGATTGTGAGTCGTAAG TTACATATACTGCAGAAACAAGTTCAATCATAACACCGAGTGTTGAAAACGGAAAAGCAC CTTCTTACACAAACAACAAAAAGAATGGGAAGCTATATAGTGTGTGTTTAGGAGTTATAG CCTTGAAAAGTGAAAAGGACATCATGTTATCAAAATAAAAAAGAGAAGAGAAGGGGGCGT TCCGAGAATTGAACTCGGGACCCAATCATACCACTAGACCAAACGCCCTCATTGGGTTCA TACCATTTTGAGATGAGTTGCCAACAAAGTTGTAGTTGTTGGAATTCGACATTATACTAT TCCTTTAACTGCAACGAACTCTGCCCACCAATCACGTTGTAAATATTCCATATTGCCATG AATGCATCTCTCTGTTTTTGTTTAATGCCTTGCCTCCAATAACAAGGAATTTCATTCTTA ATTTTTACAATTGTTTTTTCAATCAAATGCATAATAACATCAGCAGCTGTATGAATCATG TTCCAGTAATTTTCATCATCTAACATAACAAGTATTATTGCCCTTTATGGGATATATGTT TCTTCCTACTATTACAATCATAATTTATTTACATATATCCCATGTAAATCATAAGAATTT TTTCAGAAACCTCGTCTTCTATGGAGTTGTCAAATATCATCCTGATTTTCTTCTAAATGA ATCAAAATTGCTCATATACAATCCTCCGCATAAAATCTACTGGTGCTGCACAAAAACACA AGTAGAAAGAGTTACAACCATTGCTTTCTAATATACTACGTTTTAGTAGTTCCTCATTTC CAAGAGTTTTTATGTTTTTTATTCTTTGGTCATTAAAAAGCTATCAGATTAACAATTCAG AATTAAAGCATACTAATTGGGAGTAAGGAGCCCTTATGCAAGACATTAACAATCACCAAA TTAAGCATAGCAAAATTTTGCATATAAGATCCACTACATAATTATACAACTTCAGTACCT TAGATCCTTGGCTCAAGGGAAAAAAAATTATCACTCCAAAGCAGTAAATAACGGACATAA GGTTCTTCAAATTTTTATGTAAAAAATTATAGGGATGAGAGAAAAGCTACCTAATCCATT GGTGAACAATTTAAACTGCCCAAGTGCCTGCCGGACAAACATCTCAACCCCACTCACCAC TGTAGCTCCAACCTCTGTAGCTTCCTGCAATAACCGTGTATTTCTAGGTGTGTAAACCGC ATCAAATACTAGTTCGTATGATCTCAATGCCTCCTGAAACAATAGGATAATTGCGGAAAA GTTCAGAACGTTTGCTTTTTCTCATGCAAACAGAGAACATACATGTTAACTTTTATCGAA GACTATGCAAGAAAGACAACCTTTGAGATAGGAGTTTGATCAGACTTTGGCTGCATGCCC ACAGCAGAAGCATTTGCAAGAATCATTCCCTTCTCAGGGCAGAAATCATTCAGATGTTCA TATGGCAAAGCGTCACAGGATACTGCTGCAGCCAGAGCTTTTGCTCTCTCTATTCCAAGA CAAAATTGCAATAAATGGAAGGAGACATATGAAAGAGCAAAAGATCACATATCCATATTC CTTAGGGGGATATGAGGTATTACCATATTTGCGGTTGAATATTACAACCCTTGCCCCTCT GCTTTTGGCACCAAAAGCAATAGCTCGCCCTGCACCACCTGCCCCAACTAATACAAACAA TTTCCCAGCAATTGGAGAAACATTTGATGCATGGCCATTGGTCTTTTGTCTCTCTGTTTA CACACAAAATTTAATGGAGGGTACATACCATGGATGGGCAGGGGGGGACTAAAATATTGA AAACAATGACGATAGTATTATTGTTATCAAATATGTAATGCAATTGAAGCCAGTACCACC TTCTCCTGCAGACACACTAAATTATGCTTTATCGGGTGGGTAGGGGGGACGGAGAGGAGA GACCAGGCCCATTTAAAAATCAGAATTGTCTTAAGTAAAAGATAAAAATATGTAATCATC TGAATTCTGGGGAAAAATTGCCTTGAAAAGAATTACATAATAGACCACTAAACTACATTG ATTAAGATTTTCACTCGTACCTTTCTAGTAAGAGTATTAAAAAAGTTTTTAACTTCCAAA TGAAGAATAATTGGTACCTCTAAGTGCATCTTCAATTGCCGTCACACAAGCCTCACAATC TGTATTATAACCAATGAGCTTGCCGTCAGAAGGCCTCCTTATAATTGTGTTTACAGCTCC TATAGACTGATTCCGAAGCATGATACAGTTAGAAAGTTTAAAAATAAGATAATTTAGCCA CAAAATATTCTGGAATGGTTACACAGAAAGAAGTATTGTACAGAAATGGCATCTGAACTT TCAAGATACAGAGCTAATCTATATAACAAATTCTGCTTCCATGCAAGGACAATAGCATTC TAGTCCATGTGAGAATATATGAGAAACACAACTTCTTTCCTTTTTTTTTTTCTTTTCATA AGTTGATGGCCAACCAGGGTAATATCTCTACTTAGGCTTCAAGGCTAGTTATTCATTCGT CGATTTATGAAAATAAAACTGATAATATTCTGCTTAATATTCTAGGGTGATTCAAAGGTA GTACTTTCTGCTTCCTATGTTTATATGCAGGCGGCCTCTGTACACATATATAAACAAATT AAGTTGTCATTATATAAGAAGTATTAATGCTGAACTAGCTTCAGCAAAGACATCCCAAAA AGTTTGTGCTTTTATGGATTCTTCAACTCCCAAAACCTGAAGGTAAGTCACACAACACAC CGATTTGCATACACCCTGTATGCTATATAAACCACATTGAGCTGCTGAGTTATGAAAATT GAACATGTTGATATTTTAAACAGGAAAAGCAAATTATAGAAAGCATAGTTTATGTATGTT AATCAAACCTTAGCAAGTGGATCAACTTCATCACAACACCGTACTGCTGCTTCCTTATGT GGGATACCAACACTACAATAGGCAGGCACGTTTGTATCAAAAGGAAATAAGCATGAAAAA ACAAAGATTAGCTTAATTACCTGAAACCAGCATAGTCATTGCATGAGAAAACCCGAAAGA ATTCCTTGACATTGTCAACTAGTAGTGGGACATATATTCCATTGTATCCTGTATGCCTAA AGGCGGGGTTGTGTAGAAGGGGTCCCTTGCTATGGCCAACAGGATTTGAGATAACACCAA AAATTCTAGTATCTGGGTTGACATATTGGAGTTTATAAACCTGTTTAATGGTGGTCAAAG ATGGCAAGCCAGGGGTGTATTTGCCTCCCAAAGATCCACAAACAAAGAAAGCACCGTATT TTGGACCCAATAGTTGGCTTATAAGTCCTCTATCCCCTGCTGCCCTAACAATTAGAGGGA CCTGAGAATGTGTAAGCATATGGAAAACTGGTGCAACGTCTGTAATATAAGCTACATCAA TGACAAGTTTGATGATATCTGCTCCTGTGGACTGCAGGTTTATGATGGAATTACAAAGTG TGTCTTTAGTAGGGTTTCCACCATTGACATAAGTAGAAGCAATTATTTTGCTATTTGATC GGCTCTTCATCAATTCAGCAACCACTTGATGGCAGACAACCTAAAAAAACAAAAATTTAA TTTAATTTTGATTTTCGGTTAGGTTTAAATGGATGGAAGTGAAATGACCTGAGTGTCGAC TTCGACGAACTCAACGTCCAATTCCACAGCTAATTTGAGAACTTGGATACATGTTTTCTT GCCCTCAGAATTTATCGGAGATTTTGGCCTGACATATTAGAACAGCCAATAAATGCATGC GAGATGGATATAATATAATTAGTTAAGAGTAGTAATGACAAGTAGATGAGAGTAATAATA AATACTTTTTTTTTTCTCTCTCTCTCCACGAGTAGTGTGGGTTTCACGTGCCTTGAAATC AAACAAAAAAAGGGACTCACTCCATCTCCTCCTCACAAAATCTTAGCTAATCAAAATTAA ACCCACCATTTCTGGATTACCTGAAAGAAACTATGGATGGTAAACTTCTTTGCTTGAGTA GTTCTTCAAGTTGTGAAATGTCAGAGAAAGTGAAGTCGTCAATGCAAAGCTCCACCAGAT CTGCTCCTTCTTCTTTAGCTTTCTCTATACAACAAGTCATTTCCTCACAGCTCTCACATT CTAATCTTGTGTACACCACCAAGTCATTCTTCAAACCCATAATAATATCTCTCTCTTCTT TAACACTCCATCTCTCTCTTTTATATAGGGGAGGGAACATGTACAACACAAACCATGTGA GTACTTGCATATTTTATATAAAATACACACACACCTCAATCCACAAAAAACAAAAAACTT TTTGATATTATTATTACTAAAATAAGTTTAAACTAAATAACAAGATCAATAAAATTTAAT CCTACTTAGAGACATTGTTTTTGTTACAGTATAAAATTACATTATGGGTGTTGGCTAACA ATTCTTTCATCTTTTCTTTTTGCCAAATCAAGTTATCAACTATTCATATTACAATTTTTT CTTGCTTTAATTAGTTGGTGTTTCAATTGCTAATATTAAAAACGGAACTGGTATTTATTT ATAAATATAATTGATGAGCAATTGAGTTGTCATCTGTTGGAAAAAGAAGTTTATGGCATG TGAAAAAAGGACAAAGACAATGTATGATTGAAGCCCAAAGTTTACTGTCATGAATGATAT CACAATTATTGAAGAAAAATTGAATTAGTAAATTCTTATTTATGTGACAAATCCTAATTT TCAAGTGTGTTGTTGTGATATAGGAAAAAAGCTAGGTAGGTAGGACGAAGCTAACGCTGC AACCACCTACCCCTAGTATTTTGGAAGATATTTTTTAAACTGAATATCTTTATACAACGA TGTATATTATTTTATAATAGATCAAATTAAATATTTTAAGAAATGTAATTAATAACATTA TTCTTAAAGACTTATTAGAAACAGCCGACCCCACTGCTTACAAGTGACAATTTACTACAC AACAGGTCCGATCCTCCAGCCTCGGGATAGGAAAAATTGCTCTCATTGATCACAACAATG TCCTACCTACTCTAAAATATCAATGGATCGGATCAAATCATTTTTTAAAATGAGTTTATT CAATAGACGAGAAAAGATTCTCAAATCCCAAATCATTTTTACTCTATCCTTTTAATTTTT ATGTACTCTCTTTTAATTATTTTTGATAATTTGATATATATATATATATATATATGCCAA TAATAATAACTACCTGTCAATTCTAAGTTAATACTATCATATTATTCTATTTGGATTCAT TAATAGTAACTTTTATGTTCCAAAATACTTATTTCACTTTTTTTAAAAATTTAAGGGGGT AGTTTGAGAGCTAAGGGGAGGATAATCTTTATTATAATGATAATAATAATAATAATAACG ACGTTAGGGTTTAATTTAATGATTCAAGTGGAATGTCACGGCCGTATGTTTAATTATAGG CACACCCTTCTAAGACCTTCCATCAATTATTGCTTTTAAATCTTGAAATGTAGACTCTAC ACAGACATCCACCTCCCACAGTCATAAACATTGATGTCAAAACTAGTTGGTCTTTACAAA ATATATATATATATACTAGATAAGTATTGTCCGTGTAAGTACGGGCCTAATAACGTAAAT TATGGTATTATTTTTTCGTGTTTAATTTGAATTGTCATCAGAGATCTAGGACCTAAGTTG TATTTTTATTTAAGAAATGTTAGAAAAAATAAAATAAAATATAACTGTTTTTATTTATAT ATAAATATATGGACACATGTAAGATTGTTCGATTTAGAAACTTCTTGATTTTCTTTTACA AAATGAAAAAGTCATCCTGCTTGTTTGGCACGGTATACACTCAAACAATAATCCACAATT TTATTAAATGTTTATTTTAATAAATTGATAATATTTATTTACTAAATCGGTTCAATACGA TACTTTTCGATCGGTTCAGTCAATCTTTGATATTCTTTTTACACTACAACATACAATCAT ATATATCACACTTACCTATTACTTCCTTTAGTACACTTGCAAAATCAAATCCAAAAGTAT GTGTCATTGACTCATTACACTATCCACCATCCACCATCACATGCTGCATGAATAACACAA TGTATCACTAATCTACCAGTGTTGGTACTTAGAAGAGTTTGCACCATGAACACATAGATC ATATGTAGGATATTGAAATGTTGTCCATGGCCACAATATTTCTTTGTTTTGTACTTTTCA AAGAGTTGCTTCCTATTTCAAAAAGAAAAAAAGAGATTAAACATTTTAAAAAGTTGTCAT AAAGTAATGTTGATTTTGCATTGATTTAGACATTTGTAAACTGTGATAGCTGATTGTCCG TACCAAAGTTTATTACTATGGAGAACGTGTGTGTGAAAGAAAGCAAGACAACATATTTGA TCAAATCAAGGAACAATGAGAAAAAACTACTGATGAGTACTACGCCCAATAGTCTAGACT TCAAATTATACTCCTTTAGAGAGGGGTCGAGGAGGAAACAAAGTTAATAAAGATCAAAAA TTGTTTCTAAAATCTAAGAATACATCAAAAATTTAATTCTTTCTCAAAGATTCTAATATA AAAATTATTTTTGACATTTTCAAATAAATATAATAAGTAATAATAATATAATATCAGATG TTCCCGTGATTATTTTAACATCATGTCAAACATATATATTCGAATTAAATAACTAATTTA ATGATATTCTTTTTTTAAAAAAATTTGAAAATCATTCAAGAAATAGATTAAAATTACGAG TCTCAATATATTAAAAAATTTTGTACTGATCCATCTATCCATCTGTAGATTAATTTTGAG TCCACTTATAAATATAGGTGTTAACAAACTAAAACAATGATCTACTTGATAAAAATTAGA ATGAAACATTTCATTCTATACAAAATGATAAAAGGATAAAAAAATTATGACTTTACATTT TGCTTTTATATTCATTAAAATTAGGAGAATAATTTAGTATAGTAAGGAAATCACTTTTTT TAAATAACTAATTTATATACTTGATGGACGAATGTTTTATCTCAAATAATGAGAATTCAA AAATATTTACAAAAGTTAATATCATATATATTACAGTAATTTATCATAAGGTAGTTAAAA TAATAATTTATATAACTTGCTTTAACTGATTTAAACTAATGATAAAATAATAATAATAAT AATAAATATATCTTTCTCAATTAATGAGATAATGACATGTATGTTTTGGAATTATACATA AAACAGAACTCAAATAAATTAGATACTTCAAAAAATAATTTTACAATCCAAAAAACAAAA ACAACGTCATGAAGTTTAAAAGTCTAAAAGAACAAAAGGAACTATCATAACATGCTCTGA ATTTTTTGAAAATTTTATTCTTGAAGAGCTTGCTCACTGGATTCATTTCTTATGACTTAG GCCTTTTGAGAATTGCACTTGTGATTGATATTATTATTTAGGATGCAAATTATAAATAAA AGGTGACAAATTTATTGGTATATAACATGAGCGGGGAGAGAATTGAGAAATGCATGAAAT GAAAAATGTGTTAGTGTCTATTTACTTGAAAAATATTATAATTTATAGTTTCTAGAATAA TCATGTAACTTATGCAGAAAATTTAGACACTTGAAAAAATATTTTGACAAATTTAAAAAT AGAATTTTAAAATGAAATATATATGAAATGACCATATTATCCTTGATTGTCCTCAACTTT ATATTTTTATATAATAGAAAAATATTAAATTTTGATCCGTCTATTTTAATTTTAAATCAA ACTTACGTAAGTTCACTCTTCATGTTAATATGTATGAAGTCAAATAAAAGTAAAAATTTG ATTATATATTTTAATGAAGAACTGCTCATTTATAATCTAGTAAACATTTTTAGTTTACTT TAAATACAAATATACCATCTTATTTATTTTATTTGTAAAGTTACTTTTTGACACTTTTTA TAATATTGTCCTTTTAATATCACATATAAGTTTGTTTATTCTTTAATTTCAATTTAATAT ATATTATTACATTTGATTATTTATTTTTAGGTATATTAATTAGAGCAAAAATAAGATTAA ATGTAATTAACCATATTTTTTAAAATAATAATTTTTTATATTAAAACTGGCATTTGTACT AAGTATAATTAATGAATAGAAAAAATAGCAATAATTAAATTAAAGTGATAGTAAAATAGA GTAATGAGTAAATATCACAATTAGTCATTATAAAAATGAAGTAATAACAAAATGATATAA TGGTAATCATAATATATAAAAATATTTCTAAAACTATTTAGTTTTCTTGTTATCATTTTT GAAAGATTTTTATTTGCGTGAAGTTTCGCTTCATAGAAAGATTTTCTAGAATTGTTTATT GTTCTTGCTATATTTCTTAATAAATTCTTGTTAGAATGAAATCATATTTTTATTCGTGGT TGTCTTAAATATAAATATATCATTCTATTCATTTTATTTGTAAAATTATTTTAAACATCT TTTTCTTTATTTTAATCTAATATATATTATTAATTGTATCATACATATTTATTTTCAAGT ATATTCATTAGAGTTAAACTAAAGGTGAAAATAATTAATTCATAGTGTATTTTTATATTA AAGTAGACATTTTTTATAAGCATAATGAATAGAAAAAATATCAAGAGTTAAATTAAACTA TTAAAGTAATAGTAAAATAGAGTAATAATGAATAGATATTACAATGACTCACAAAAAAAA GTGAAGTAATAACAAAATAAATTAATTAAATAACTCATGCCCATTAATCAAATTAATTAA TTAAGATTTTAATTCAGGTTTGGTGATAAGAGTATATAGAAAGGGAGAGTATTGCAATTT ATTACTCATTTCAAATGAAAAACAGCAAGTAGATTGTTGCCTAACCGATATTTTTTCCTC TTAAAAGATGATTGATCGTGAAAACTATATTTCATAGAATATTTGCTACTACTTAAGTTG TTTAGCTGCACATTCACTCTATTTCAAGTTAGTTACTTATATAAAACCCTTTATACTTTT GATCAAGTTTTCAAGACTATTTTCAAAACTACTCCCATAAAGCCTTTTCTATGAGCTCAG TTTAACCTTGGTCCACTACTTGTTTTCAAGATGATACTCATAAAATATAACTTGATTTTG AGATGACTGACACATATCTTAACATAACACCATTGGTTCATGCTTCACGTTCTAAAACTC AAATCTTCTCCCCCCAATATAAGCCCCTTCTAACCTTATTGGTGTAAGCATGTTTCTCTT AATCATAATGTACTTACTACACTATAAAAGGATAATTCTGATCAATGCAACTCAGAGAAA ACTTTTGGGTGAGGCCAATCTTGATCAGTACTGTTCAAGCCGTTGGATTATGAGATTCAC TGCTGCATTTGCTGATGAGAATGCTCCATGAAAGCTTTCTTGATAGGATATGGATTCCAA ATCTCCAGCCATCGTTAACAGTATCTCACCTATGTCACTTTTATTTTCCAGTAATGATCT GTAGAATGAATTTGCAGCAATTCTGCTAATCTCAATATTTGTTTCCTCTGGACAATATTC ATCATCCAACCACTTGTTAAGAGCAGTTTGCAGCCATTCAGATTCCTGTTAAATGCTACA AGTTCTTGAGCCATGAATTTCAATAGACAATATGCTAATTGTGCTTTACTCACTGCATAT TTAACCAGATCAATCAGAAATCTCTGCATTGTTATTCTAAAACTGATAAGGAAGAGGGAG CCAAAAATAGTAAGCAAGAGAAAGGCGTAAAAAGGTTGAACTCTTATCTAGGATTATGAA TTTCAAAACATGTGCAGACGCAGAAGAAGGATCCTGAACACAATACAATAAGAGAGGATA TGAATTATATCCCTTTTGCTTCAATGGGAGTAGAAAGGAACATATCACAGCCAGCTATAC CAAGATTTTGCAACATCACAACATTAGCAAGCATTCTAAGATGAAATTCCATCACGCCAA GCTATATAGTATAACACAATATCCACAACTTAGGTTCAACACTAAAGGTAACTGAAATGG CATCTTAAAGGTATTCAGTAAATAGATTTCCACCCTAAATAAAACTTGCCAGATCATTAT TAGGAAAGAAAAACAGCTCAATTTAAGGACACCTTATAGCATGTGAAGGAAGCCCTACTC CTCTTGCTAATGTTCCCAGGATAAACCCAACAACCATGCCACATATGTACAAAAGATCTA AAATGACAATTCACCCTCGTGTAATGGATAAAGATAACTGAGCGAGCATCAAAAGCAATC AAAGTACTGACACATACTTTTGTGCTACATCGTTATATTATGTAGATTCAGACGCTCAAC ATCCAGACCACGCTTAGCTCGATTTCCAGTCTGTACTTAGCAGCTTCAGCGGTGAGTCCT CATGGTTCGAGGACGAGAGAAGTGCTTTTACTTTTGTATTTATTTTTCAGTTTCAGAATT TTCAGAGTTAGCTGGGGGCATGTCTTTGCAACTCAGATCAGCTAAAGGCTTTGAGACATA GATTAGATTCAGCTTGAGTTGTTAGTGTTGTTTTCCGTCATCACTATACTTTTCATATAT TTTATATATATTCAGATATTTTGGGCTTTTTCACCATTTCAGATATTAAACTATTTTTAG CTTCCGCATAGTGCATGCTTTAATTGAACTTGTATTGATATGCCATGACATGTGTTAGCT TGGGGTCACTTGTGACATTAAGCAGCGTTTTGCATCTAGCCTTGGGGGCGTGATAAGCCT ACATTTTTTTGGGATAACACTACGCCCCAAACATTTTGGTCTATAATATACCAAGCAATT CAGGATTTGAGTGACCACGTAGAGGACTACCAAGAAAACTACGCCGGCATGCATATATGG TTGCTAAAAGCCAGATCCTCTTAACAATAACAACAGAAGGTAACTTAAGATATATAATTG CATTTTAATGGGTAATACACAAAGTAGAATCTCTTAGTTTTAAATTGCAAGGATAAGGTT TCCACAAGTCAGTGAGCATCAAATTCTTGCTACAGAACCAAGTAAGTAGTGCTAATTAAC AGAGGTTGGATCCATAAGCTTATGTGTTGGCTTCATCGGACCTTGTATATTTGTTAAAAG AAGTTGAGTAAATAATTACAAAGATGAGCATTAAATGGGGATTTGGTAGAATAAAATTTC GGATTGAGAAACGAGCAGGTGTTACCTCCAAGGCTTTGGAAGGTTGTAGCCACTGTTGAG GAACCCTAAGATCTTCAATTAGCTGCTCAGAGTCGTAGTCTCCATTGGTTTGAGCATTTA AAAGCGGGAGTCTTGCTCTAATTCTATCGACAGAAAGTATACATTGATGAATAGATGGGT GTACGATTTCACGACGTGTAATTGGTTGGAGTTGGACATTAACATGAAGTTGTGAGAGGC CAAGACAGTAGCAGCCTGAGACTGTGAGCAGTGGCCACGCCATTTTTCTTCTTCTCTTTG TTTGGATAAACAAAACCAAGTGTGTCCACACATTTTTATATTTATTTGATTTTGGTTTTA AAATAAAAGCATAGGAGGAATACTATACTAGCTGGCGGTATTATTAAAGGGATAAGGGAA ACAGCACAAAAAAATGGCCGCCGCAAACAGCTGGTTCTCGGTGCTCACCTCCACCGGCGG CTATCTTACATCTCACCGTCTCTTTTCAACATCACTAACATCCTCTTCTTTCTTCATTCC CCAAAATCAAAACTATAAGAGGCAAGTTCTCAACAAGTCATCCTCCTCTCCTCCTGAGGT AAAATCAATGTTTCTACTTGTCATCTTTTTTCTTCATTTTGGATTTTTATTCATGTCAAA TTAGTATGTCAATCAAATGGACCACTTTGCGCATTTTGATTATTCTTTTCTTGGCCAAAG ATTGCAACTTTTCTACTGTTTTATCCTCAAAGTATTTACTTTTCTGAAGTAAAACAATGT TATTGAAGTGGAAAATCTGATAAAGTAGAGAGTCTATTAAACTACTATACATACAGCAAC CTCATTGGTGCACCAAAGAGAAACTAGCGACAAAAGGATAATCCTCAAATGTACAAACAC AATTTCAAATGAAGTCAAGTGGAATGACTTAACATGCTATGCACCTTCTTTTCTGATATT ATTTGAGCTTTCAATCTGATTTTCTGTTTATATTGTAATGGAGTTCTCATTTATTGGTTG TTTCTCAATAATTCTTCCCTGCTTCATTTTGGTTAGTAAGAAGTAGTCTAACTAATTAGA TAACATTCATAGTGTTTACTGCGGAATTACACATATATGCATGTGTTTTTACATTATATA TACACACACACTTTAATTTTTTTTATTTCTAATTAGATTACATTCGTAGTGGCTCTGATA CCATTAGGCCCAAGGTCTATTTCATAGAGGATAACCCCAATTCAATTGTTTATCCAATGT TGGGTCCCTATCTTATATTGTTCACGCTCTTGTTGTCCAGTCCTAGTGGGCGGGGGGTTT TGAGTCCCATATCGGCGGTGTGTGGGTCTTTTGGTCTCCTTATGCTGTCTTAGGCAGTTC TCACCTCATGAGCTAGCTTTTTGGGGTTAAGTTAGGCCTAAGTTTCATTTCTTTATCAAT GTTGAGTCCCAGATCAGTATACTATGTGTTACTTTTTGAACATTTTTTTTTTGAACTTTA TGTTTCTTGGTCTCCTTATATGGTGTTAGAGAAATGTTTACCTCATGAGCTAGTTTTTGG GATTGATTTCCATTTGCTTGTCCATGATCCGATGTCCAACCATTGGTGTGAGGTGTATGT GTGCGTGTATCCATGTGTGAAGAAGACTCACATCGATGGCGAAGGGGCTGGCAGTCTCTT ATATGGCTTGGGTAATCCTGACCTCTTGAGCTAGCCGTTGGGGTTGAGTTAGGCTCAAGG CCCATTTCATAAACAAGAGTAACTTTAATTTTGAAACTTATATTTCCCGAAATCAGATAA GAAACGACGAATGGAGAGAAGTCCAGAAATTTAGGTGAATGAGAAGGTCACATCAATTTT ACAGTGCCAAAAAATGTTTGTGTATATTTTTGCTTGTATTCACTTATTTAACCTCTTGCA TGCTTTTTATGATCCAAAAGAGATAATGAATGTCCCCTGAAATCGGAATTAAGATAAGTT GAAAGCATAATTTTGTGTTTACTGGTTTTGTTACTCGATGATAAAGATTGAAAGAAGTAT TTTGTGAAGCAGACATCAACACAAGCTTTAAATATGATGATCTCTTACAATGAAACCACC TTTTCTTGTTGGTCCCTAAAACATGATTCAGTTTGAATTGTTGTTATCTGTACTGGGTGT TCTTATGGTTATGCTCATTGGAGCAAGTCATTTTACTTTCTTTCAATTCAGGGAAAAAGT ATTTCCTTGTTGTTTATGAATTAAAGTTCTACTAAATAAGCAAGCCATGGATTCAGAAAG TAGCTGGTAAACAGAAGTTTTCACGGAGATCAAAAAATGAAGGGCCTTTTGCAAATGCAG ATGGCAGGAGCAGTACAAGTGAAAACGGACGATCTCAATCAACAGCAATTAAATCATTTG GTCTGCAGAAAAAAGGGAAAGGAGTTCTGTTAGATTCGAAGGACCAGCAGGTAAGAAATA CAACTGCTTCTCTCCTTTTATTTTGGTGATTTAGATCATTCCGTCTGAAAAACTTGAAAT TGGCTTCATGACAAATAAAGCGGGGTATTCTTTTTTTTTAAAAAAAAACAATAAACAAAC TATTTGCTAAGGTAATTCAATTTTAAAAAATAAAATAATTTGGGTGATAATTAGCGAAGG CTTTATCCAAGAATTTAAGATTATGAACAAAGACTCATGCCTACTTGTATGGTCACACCT TATTTATCAACCATTCTGAAGATTCTCACCAGATACTCTACCATTGATTTTTTTTTTTAC AATATCTCCCACATAATTATATCTCATTACCATTGTGTTTACAAATGCTTGCCAACTGAA TGCAAACATTGCTGTCAAGTTCTTTGACTCTACTATGTGCCAAAAACTATTGTTTTCAAT TGTGCTATACCACTGAACCTAAATTGGGTTTCTTTCCAGGTAGAAACTGGCAGCATTCAA GATGCAGCTTTTCTTAATGCCGTTGTGAAGGTGAATATATTTAATACATAACAATGTTGT AATTATGCCATTTGTTTGGATGCCTCATTCCAGGAAACTATCAACTTCAGTACTCGTCTT ATCCTTAGTTGCTTAGAAAAAGAAATTCATGAAATAACCTCATGTATGATGTCTCCTTAA CGTTTTGAATCAACAGTTGCTTCACTGGGCATTCGTAAGGTTGCTGTTGTCCCTGTCCCA CATGAAATTATTTTCTTATTGTTTGGTTCTTCCTGTTGAAAGATAATAAAAAGTATACTT CAAATATACTTATGTAGCACTTAGAATGGTGTACACCCAATAGATAGTCTATCTTACCCA GTTTGATTTTTGGCATCAATAGGTCTGTCAAAATTGCTTTCAACATGTCTGCAAGTGCAC TTGTGAATGGCTTTTAAATGGATTGCATGATAGTTTTAGTAGTGTTTACTCATTTTCCTT CATTCCATGTTGTTTGCTTCAAGGTTTACTGTACACATACTGCTCCAGATTATTCCCTTC CTTGGCAGAAACAAAGACAATTCACAAGTACTGGAAGGTATGCTCTTCCTCATTTCTAGC TACTTCAAAATTGTGGGAAATTTCCTAGGAAGATTTGTTCTGTAATGCATTATTTACTTT GAATTTTTTTTTTTAAATAGTTCTATAATGTGTTTATTTTCTGACATTGTCTACTATATC TGGTAGGCTGATCCTGTTAAGGGGGGGGGGGGTCGGGATAGCCTACAAGTCTGACTTTAG TTTGATTCATACAGTGCTTTCATGATTGGTGATGGGAAGCTCTTGACGAATGCACATTGT GTTGAACATGATACACAGGTACCTCTGAGGTTTTAATCTTCCCTTTATAAGTATACAAAT TCTTATTATTTACGCCCCTCTCTCCTCTAAATTGAATAAAAGGATGTCTCTAATACAATT TGGTGTCAACCAATATTCAGAACAAGTATTTTAGGTTATTTTATGTACCTTCAGGTGTGG GTATACAGATTTATCCTTTCCCCTCCCATTGTGAACAATGTATCTTAGTCATCTAAAACA TGGTCTATCAAACCAAAACTGGACGTCCACACTGACCCGAGAAAACATGCATTACTACAT TTACGGAAAAAAACTTTTTATTAGTACTTTCTTTAAAGGGCAAAGGAGGTCAGATTTTTT TCTTTTTCTTTTATTTCATAAATGATTAATAACAGCTTGGGATGAGTATAGAGAAAAGGT AAATTTGAACTTTGCCATCCATATATTTATGGCTTTGTGATATGCCATCCACAGTTTTAG GATCGGACTCCACGTCCAACTATTGAAATTTATTTCACTTTGTCTCCTCACCCTTTCACC TGTGAAAACCTAGTGGGAAGGCAAGACTAAAGATTTGTGGTCATTTTTTCCAAATTATCT GGACAAGGCTTTATGACTTCCCAGATAGGAAACTAGAAACAGAAAGGTAAGTGCAGCTCT TTTACCCTCAATTTTGTAGTTTTTTTTACTAGAAAAATGTGGATGGCAAAGTGAAGGGCT GAAGGCTTAGAAACTTTGGACGACATTCTGCAAAATTAAAAAAAAAAAAAGGAGGATAGA AAATGCATCTTTTCCTTCAAAGAAACATAATTTTGATTATCTAGCTCATATCCGATCCAA CCTATCCCATAAAGAATTGATCACCGGCAGTCCATATTAGCTAATCTAAGTCCATTTTGT TTACTAATCAATCCATTGTATTTTTGGGATAATATATATCTCCACATTACCACCTGCACT TTTATGACACGCTCATCTCAAGTATATACATAGTGGTCAACTTTGTATTCAGTATTCACT ATTGTTGAACACCTGCTATATAGGTGGTCTTCCATCAGTCAAATGAGTAACTATATTTCT ACACCATCTGCCTTTCAAATGCTGGTTTTTAGCTTAATTAATATTTTTGGTGACAGGTCA AAGTGAAGAAAAGGGGAGATGACACAAAATACGTTGCTAAGGTATGCTTTTCATGATAAG TTTTAAATGCCTGCATCACTTAGAAATCATTCTAGTGTTATAAATAGTAGTTTTAAGGGT GCAACTATGACGAGGTAGGTTGACAACTTAGACCAAAGTAACCTAATTATGTGGTGCTTA ATTCTCATCATGTATGGCATGTAGGTTCTAGCTAGAGGGGTAGCGTGTGACTTAGCTTTG CTATCCGTGGAAAGCAAGGAATTTTGGGAGGCAGCTGAGCCCCTTAGTTTTGGACGGTTG CCTCGTCTGCAGGTACTTCTCATTTGTCGATTATATTTTTTAAAAAGCTGTTCCACGGGT AACTTCACATGTGTTTTTTCCCCTGAAGACGTACTTTCTCGTTTTCATGTTGGTCTAAAT TTGTCAAAGAAATTGGGATAAGCCAACAACACCCTTTGCAAGTGTTCATACTGAATAAAG TTCCCACCTATATAATTGATGTCTGCTTGCTATGTTAGTCAATTGCACTTGATCTTGGAT AAATTAAGTTTGTGGATGTCCTATCCTTGAGTCGAGATTTGTCTACGATATGTATGATTA TGTGAATTCTTTAATTGTATGGCAACAACACATTTGATAGTAAGCTTCTACAATTGATAT CCAAGCAAATGCTTAGCTTTTTATTCAGTGGGATTATACCTTCAAAGAAAGAATATTATA TTTATTCTACATTTGTTCTCAGAGAAAATACAACAACATACCCAGTATAGTTACACAAGT GGGGTCTGAGGAGGTTAAAGTCTATGCATACCTTACCTCTACCTTGTCAGCCTCTCACAC CTTCTTACTGGGTGTCTGTGCATTTCCTCCGTGCCCAAATCATCTCAGTCTAGCCTCCCG CATCTTGTCCGCCACAGAGGCCATTTCCACCTTGGCCCGAGTATCTTTTTTTCCAACCAT ATCTCTTCTAGTAAGCTCGCACATCCATCTTAACATACTCATTTCCGCAATTGTCATCTT CTGGACATGAGAGTTCTTGACTAGCCAACAGTCCACCCCATATAACAAATCAGACTAACT ACTTCTCTGTAGAACTTATGTTTTAAGTCTTATTGGCAGCTTTTTATTACATAAGACGCC AAATGCTAGCCTCCATTTCAACCTCCCCGCACCAGTGCGATGTATGCCATCTTCGTCAAT CTCCCCATTGCCTTGGATAATAGCCCCTATGTACTTGAAACTCCCTTTCTTGGAGATGAC TTGACAATCCAACCTCACTTCCAAGACAGCGGTCAGCTACACGATGCACTTCACTGAACT TGCTTAGTCTTATACCTTTAGGGGTCGTTTGGTGTGAGGAATAAGAATAAATAGTCATGA GAGAAAAAGTTCTGGGATAATATTTTGGTTTTGTCATGTTTGGGATAACTTATCCCACCA TTTATGCCATAGTGATGGGATAAGTTACCCCATGTACTTTATCAAACAAAAAAAAAGTTA TCCCATATACATGGTGGGATAAATTATCCCTGAATAACTAATCCCAGGATAATTAATCAT GGGATAACCTGTTCCCAACCAAACGGCCCCTTAGATTCTAGGGTTTGTCTCCAACCCTCA TCTTGTCGTTAATCCTATGCGTCTCATCAACCTATACAATATCATTGACAAATAACATGC ACCAAGACACCTGCCCTTGAATGTGTTGCATAATCCATCACCAAAGTTAATAAAAAGGGG CTAAGAGTCGATCCCTGATGCAACCCCATTACAACTGAAAGTGACTGTAGTCTCCTCCCA CTACCCTCATCCGGATCTTAGCTCCATCATACATGTCCTTAATCATATATTATTATAAGA GGGAACAAAAAAGTTAAAAGTTGAATTACGATTTTACCCTTATTATAAATTAAAATATTA TAAAAATATTTAACTATTTAATTTAAATATTAAGTTACATTATTTTATGGAAATGTTAAT GACTTTTGCACTTCTTTAGAATAATTCTTAATTAAAATATCTAATTTAATTTATTTTCTT GAATTATTTACCCTTTAAATAGATACATGTATATGATTTATCTTCTAAATTAATTTATGT TCTTCATTAATATTTGTCTTAAATTTTTGTAACACTTGACCTTTCAACTTTGTAAGTGAA TCTTCATATTCCAAAGCTATATTTTTTCCTATAAATACAATCTTTTAACATTATTTTTAT AGGAAGATTTATATGTGATACAATTTTTGTGTGGAAGACTAGAGAAGCTTTAATCAAGTG AAGAAAATTTCAAGGCAAGAAAATTTATGTCAAGATTACAAGGCATAGTATGATTCTACT AAAGTATCGAAGCTTGATGTATTTTTTTTTTTACTTATTTGTCGAGATTGGAACTATGGT AAGACCCCGCCATTTATGTAGTTAAATATCACTTCCATTAACTTGTCTTTCAAATATTTT AATTTTTTATGTTCAAAAGTTGAATGTTTATTACTAAAACTTTGTTTCAATTTGCATTAT CAAGAAAAAACAGGAAAAAGATTGTCTTAGAATTTTTCTATTTTTCGTTGGTTGCGTTAT GCTAAACTTGCTCCTACATATGATACTTTATCTTTGTATTTGTAATTTTGTTTTAAGAAT ATATTTGATTGAAGGGTGTGTTTTTTGTTTTAGAAAATGAGACAAATACAATCATAAAAA TAGTGTATAAGACATGCAAAACAATTAATGCCTACAAGATTTTCTAATTTCAAATTATTA ATAATTACGTTTATGCATTTTAAATTTTAAATATTTGTAAAGAATCATTCTTACATGTGC TTGTGGATAAAATCTATAGTTTTTCGACAATTTTCATTAAAATTATCATGAGATCCAAAT CCCAAAGTCAAAAAAATGATACACCAAAATGCTTAAGAAGTTAGAAGATCTTCTATCCTT TGACCAAATATTGCTCCTATTAATTTTTTAACAAAAAAATTTAAAATATATTTTAACAAA CTTTTAATTGTAAGAATACTAATATTGTCATTTTGACTCTCCATTAAATTAAAATCTAAT TTATTTAATTAAATATAAATATTTTATTTGTATAATTACATAATTTAAATATCAATCATT GCACTTTAAATCTTAGTTATTTCCTTCTAATAAGTTTTTTATTTATAAATTTGAATTACT TAATTGCCTTCTACTTAATGAGAAGGAGAATTTCATCTTTTACTAATTAATGTCAAACAT TTTATCTTCTTGAAATGTATAAATATTAATTTAATTTCAACATTTTTATGAGACAAAAAA GACATTTTAAGAAAGTTAATCATAAGATAGTGTGCCTCCATTTTTGTTTTTGCTACTTTA TTTTATCTTTTAAAACAAAAATTATTTATTATTCATCCTTATGAAGTAAACGTGCAACGC ACGTTTCGGAAACTAGTATCTCTAATATACATGATTGGAACACCTCTGTTTCCAAACATC CACGTAGAACCTCTATCAGAACTAATTGTAAGCTTTTTCTAGCTCAATGAACACCATATG CAAGTTCTTTTTCCTATCCCTATACTGCTCCGCCAATGGCTTCCGTAGTCGATCAAGCGT TCAAACACTGCTGTCTTTGCCACCGTCACTGATTTTCAATAAAAATCTTTGAAAGAAATT TTGGGAAGAGCCAATTTTGGACTTATGATCACTATAACATAATCTTGTTGCCTTTTTGTT TGTTATTTGATGTTTGTAGAACCTCTGTTAATACATATTTGGTGTTGCTGGCATAACTTT TATTTTTCCATGGAATGTAAAAACCGTGACATATTAAAGAACTCTTATCTCTAGCTGAAT CTGATGAAACACATATAGCTTATATATTAAGCTGGTCCTTTTCCTTTTGCAGGATGCTGT AACTGTGGTTGGCTATCCACTTGGAGGAGATACAATCTCTGTAACAAAGGGGGTGGTGTC AAGAATTGAGGTTTGTTTATGTTCACCTCTCATAGTATTAGTTTATTCCTTAGCTGATTA ATGACAGACCTGTAGATGTTTTTCCCTACCTTAAGAATTTAGATAGTACTCTTTGACCAA TGCGGTCCTTTGCCTTTTCCTAGGTATACTATAACTTGTTGTTCTCGTTTACTGATGAAT GGTTTTGTCCTCATCATGTCATGATCTATCCAATATTAAAGGGTATTGATTGCTACAACT TAGATTAATAAATGGATAGTGTTAGGAAAAGAAACTTTCTTAAATCATGCACAATAGTCA ACCTTGGCCAATGCATAAACTGTTTACAGTTATAACGTCTAATTTTGTAGATTCTCTTGC CAAAAACAGGAACCTATACTTAAAAGGGGTTTATCCACTATTAATCAGGTTTCATGATCC TAAATCAAAATAACAATTGCATAACCTAGTAAACGTAAATATTGATCTTCCATCAGTGAC CTGCAATTAAGCATGTTGATTTGCCTTGAGAAAATGCAAGGTACTTTTATAGAGATTCTT CGTTGTTGTGATCGTTTTCCTCTGTTTTGTTACATTCAAACCCAATTACACCCTTATTTC CCACTTTTTAAGGTTGTGGTTACGGTTCAGAGTATTGAAGCATATAGTTGTTCGCTTGAA TTCCAGTCAGTTCTATAGGTTGGAGAACAGTTGATTATCACAACTAGACAATCTTCTGTT TGCTACTAGTGTTAGATACAGCCTGATTTTGATTTCCTAGATATTGATTAAAAGTGCTAA CTCATAGGTTGGTCTTCATCAATAGGTTACATCATATGCTAATGGATCATCTGAGCTGCT GGGCATTCAAATAGATGCAGCAATAAATCCTGGTAAATGGATGTTGAAATAAGACCGTTC CTATAATCAGCCCGTAGAAATTTACTCTTATCAATCTTGTATTAGAACTTATCCATGCTT ACATACTCGGATCTATAGTTGTATTTTTTCTTGCTTTAATATAGTTGCTGCTACTAATGG CAAGACTTTTAGGTAATAGTGGTGGTCCTGCATTCAATGATGACGGAGATTGCATTGGAG TTGCATTTCAGGTAGTTGCTTGTCAGATTTGGATAATGGTTATTCATGTGACCAGATTCT TGCTTCTTTGGGCTTGCCACTTTAGTTTACACAGTCCTCTCTTTTAGGGAACTTTGGTAA TGCAACTAGTTTGAAATGATTACTTAATCACATAATTGAAGTAGTTTATTTTATTGCTGC TGTTATCTTCATCTGTTTTAAAAGACATTCTGATTCTAATTTAAGAGCTCGCCCCAAGGC AAACCATAATACTATCGCTTGGCCAACTAGGGGTGGTAACATGCTTATGGTCATGAGCTC TATCAACAGTTCTTCAAATCACTTTTTGTATTTGACACTAGTTTTTTTAATTTTGCTTGA TCTACTTATTGAATGAGTTCAATAACTCCTCAGGGTATAAAATGTTTCCTAGTGCATTTG CCTTAAAAACCATGATGATCAGCATACTGTTCTTCCACTATGTTTGACAAAGTTATGATC TTCTTCAAGAATCTCAAGTTATTTGTTTTTTACTTTATGTGTTGCTTTCATATTTTCTAT TGCTTACCCAACAACTTCTTTAGGTTTACAGATCCGATGATGCTGAAAATATTGGTTATG TAATACCTACTACAGTTGTATCTCATTTTTTGGAAGACTACGAGAGGAATGGGAAGTATT GCGGTGAGTCTGTCTCCTTTTCAGGAAGTATCTGCTCATTCAGGCCACCTAAATGGCTAT GGATTTGCAAACAGTCTGTTTTGTTTCCAGCTACACAGTTTAACGAAGATTATCTATTTT CTTGGATTAGATTATGACAACTGACTGTTCTCTGAGATTAGCTTCATTTCAATCTGTTTG GTCCAAATTCCATATCTGTTTTTAATATACATCAAGCTTGGATTTCTTAAGTTCGATTGT GTTGCTGGAAAAATCAATTAATATGTAAATGTAGACTAAAAAAAGCGTACTTGTGAGTTG CATGTTATAGAAATATACTCAGCTCTAAACTTCAAATATGAGCTTATTTTGAATCTAACC AACTGACCACTACACTTGCTCCTATGTCATTTGCCAATCATGTAACTTAGTTGTTGCCTG TTGGCTTGTCATGATGTCTATCTGTTATTGTGTAATGATGATGCTTGATAAGAGAGGGAA TAAGATAACATTTAACTCCAGAGGGTGGTTGGGTTTGCTTAATGAGAAGGCGGCTGAACG AATGGAAATTTCACCGAGCAGCTCAGCCTGTGACATGAAGGCGTATGTGGAAGAAGCACG TACACCACTTGGTTCTGTGAAAGGAAAAAGGAGAGTATAAGGTGTTTCTGAAATAACTAA AAACTTGGCATTATTAATGTGTTTAAGGGGTTGGCTGCACAGGGGCTCATGGATTTTTGT TGGTACCTAAGAATTTTGCTTATGTTATTTGCTTCCCTGCTATCCTTAATCACAATATTG TCTTATGCTTTCAGGCTTTCCTTGCCTTGGGGTGTTGTTGCAAAAATTGGAGAATCCAGC GCTACGTGCCTGCTTAAAAGTGCCATCTAACGAGGTCTGTTTATGTACACCTATACAGAA TAAAAGTCCTTCATCTGCTCTTCAGAGTGATAGTCTTTCTCTGTAGAGTTCATCAACCCC ACCCCCCACCCCCACCCCTCCCGCCCACCCCACGGTCCGTGCTTTGTTTTCCCTTTTTGT GTGTGTAATTGGTGAATTCATTGATCAATATAAAAAAAAAGTTGCCTGCTGCTGACATTG ATCAATTAGATACATAGGAACACATTCAGAGAAACAATTTAAAGAAAATGTGGAAGGCAT CCTTAGGCTTAAGCGTGTGAAAATTGAACTTATTTGGGTATGGATTTGAGCTGAGTAAAG CTAACTTATCTTCATAAACACCAATGGTGAACATTTTAATAGTTGACTAATTTTTATTCA AGAGGAAGTCATCCTGAATGAAGCAGCATTTACAATATCTTCTGCATACTGGACACTTCT GGTCTCTAATAATACTTTGTGCCTCATCCGGAAAAAGAAAAAGAATTAGTCCTTTGTGAA AGCAAACCCATTTTGAAATTCATCCAACTGAATCCACCTTGGCAGTAAGATGTTCTGAGA CATAGATGTGTAGTGGTTATTCAGTTGATTGTATGACATAGATGTTTAGTGGTAATTTAG TTGATTGTGTGGAAAATTCGGTACTCGTATAATGCTTCTAGACGTCCTCTTATACAGCTG GTTTTTCGTTTGATAGGGTGTACTCGTCCGGAAAGTTGAGCCCACTTCTGACATCAGTAA TGTTGTGAAAGAGGTATTTCTATTCTTTATTTCAGCAGGTTATTGCTGATTTTACTGTTA AACATTGATTTCTTTGCACCACTATCAATGTCAGCAGTTGGTAGCTCTGTTCTTTTATGA CAGTTTTATTTTTGCCAGAGAGCCTACGCTTAATGGTATTTATTTCACGATCAAAGTTTT TGAAATATGTAAACCTTGAACTGCAACCTGCAAATGGATGGACCATAAGAAAAAATATTT GATTTGACTGGGTAGTGACAAATGAGAAATTAAAACAATAAGTCTCTGTTGTCATCAGAA GGCCCCTGGAAGTCATAGGCTCATGACTCCAGGCATCTACATTATTAAATAGTGTGCTTC ACTTCTTCTCCGTCCATTTGTGTCAATTTACTTGATTTAGTCATTACAATCGGTTCTATC TAGAAAATGGTGTGATTGATTAATATAGTTATGTTCACCTCCTCCTTCCTTCATAGCAGG TAACTTCTTTGAAACAATATCCACTGAGGATGTGTCTCTGAATAGAGCATAATGAACATG GAAGATTCGTGTCACTGTGTCCAAATAGTTTGGGATTTGGTGTTATTAATTGATTGAATA TGAACTAGGGACTCAAGTTATAGATTTTACCTTCTTTTCATTAATTGCTACTTTTACAAC ATTGATTAACATGCACCATAGATGTGCATGACATGGATATTCTGTTGGTATCTAGTATTC ATTTTGCCAGAACATCAGATATTGTCCTATTACTAAATTAATGAACGAGAAAAGAGAATC TTCGATCATGTTTAGTTGGTCCGACCTATTTCTACATTAGCTTATTTGATTTTCTTCTCT TCTTATGTTGTTGCTACAGAAATTTTCTTTGGATAATTGTTTCATATACATGTTGATTTT GTAATGTCACCAAGTCGAATAATATTTGGTACATTTTTCCAGGGCGATGTCATTGTTAGC TTTGATGGTGTTCATGTTGGGTGTGAAGGAACAGTGCCGTTTCGATCAAGTGAACGTATA GCTTTTCGCTATCTCATTAGTCAAAAGTAATGTTTAATTACTTGCAAGAAGTTAAATTTG CATTAAAAGGCATTGGTATGTTTGACAAAGATTTTTTTCATTACATACTTGATACTAAGT TTGACAAAGATTATGCACTTAATGTTCAGTTTGAATGTCAAACTCTGAACTGTTAGTTCA TGTAATGGTTACCGATTTTCAAGACAAAACTCCCCCCTTTGTCTTTTCCACATAAGAATC TGCTTCAATTAAAATTTATCAAAGCTAGCAGGGAATGCGTATACTGTGAAGGTTGAATAG TCTTTTTTGTTTTTTTCGTTTTTTTCCTGGTGGATCCATTTCCTTCGTGACCTTGAAATG GATATCAATTTATGCTGGTATTCATTGAATCCCTAATGTCAAAGCTCCAAACTCTCCCCA TCTTACCTGTACTGTATATTTTTCAAAGATGGTTTTTCCTTTTCAGATTCACTGGTGATT CAGTTGAGCTTGGTATCATTAGAGCGGGAGAATTCATGAAAGTTCAAGCAATTTTGAAGC CACGTGTGCATTTGGTATAAAATAAATGTTAGCTAACCCTTGGTCTTTTTGTTGACATCA CTTGAATCTCAGTTTAATTTATATAGATCTGTTTGCTCTCATCTGAAGGTTCCTTATCAC ATAGAAGATGGTCAGCCTTCATACCTAATAGTTGCAGGCTTGGTGTTTACCCCACTATCT GAACCACTAATAGAGTAAGATTTTCCATAATCCCTTGTATATAGTGTTATGCGTAGCTAG CAATTTGTTAGTTTTCTCTCTGATAACAACACACATTCATATTTTATTTGGCAGGGAAGA AGAAGATAGCATCGGGGTAAGTCTTGACAAAATGATAATTGCTCGCAATGATTAAAACTT CTTTTTTGTTCTGTTTTGATAAGTCAATGATTAGAAATACCTTCTTGTCTTGATTGTTTT CTTTTAATTTTATTAGCTAAAACTATTGACCAAGGCTCGATACTCTTTGGCCAAGTTCGA AGGTGAGCAGATTGTTGTACTATCTCAGGTATGTATATGGAGTAAGTTTTGGCCTTGGTA AATCAGTTCATGGATATAGTAACTGGAATATTTATTTTCTGGACTCCATAGTAGGACATA TCCATTCCTGGGCCATGGTGGAGGAACAGGAACAGGGCACATTATCCTAAGGGTGATGAT AGAGGTGACAAAATGGTTAAATAGGCTTTAGCCTGCCCATTTGTCACCCTTGAGATTCTA GTATACCTTATCACTTGCTTACCCATTTTTTCAACCTCTAAATGATGCCGTGGGGTTAAT TATGAAAATAATGCCACATTCAATGGTTTATTTTGCTTGTAGGTCTTGGCAAATGAAGTA AATATTGGATATGAGGATATGAGCAATGAGCAGGTAAGTTATTCATATCCACCGAGATGT TATATTCCTACCAGTTGAGCTGTAAACAATAATTAGTGTGAACATCGAACTTCAAATTAA GTCATAGTTGTTGTATGCTGCTTCTATGAAGTCTCAATTTTTAATTTACTTGGCAGGTCT TGAAGTTGAATGGCACCCGAATTAAAAACATTCACCATTTGGCTCATCTTGTAGATTGTA AGTGGTAATATACGTAGTTGAGGTCTCTTTTCTCTTCAGCTGAGCATTTACAAATTCATC TGTTTGTGCAGCATCCAAGGGCAAATATTTAGTGTTTGAATTTGAAGACAATATTCTGGT GGTTCTGGAAAGGAAGGAAGCCATGTCTGCCTCAGCTAGTATTCTCAAAGACTACGGCAT TCCAGCAGAAAGATCATCAGATCTTCTGGGACAGTATGTTGATTCCACCACACAACAAAG TGAAGCAACCAATCACGGTGAATTTGGCTATGAAGGGCTTCTTTGGGCTTGATCACTTAG CATATGAAGCTTGATCTTGATTCACACTTGAAGGCAGCCATTCTTCTTCATGCATAAGAT GGTTATTCTTGCCTAAAAAGATCTATTGTCACATTTGTAAACTTGACAGGGGGGAAGAAC TCAGATAAACAGGCAAATCTGCATGGGGACTCTACAGAACAGCGCTTACTTGGCTACCTC CCTTTGGATATAAAAAGAAAAGAAAATGTTCAGTTGAAATCAATGTGTGAAATGGAAGTT CATGGCCCTGCACATTAAGTATGCAGCATTTCTGAGGTTTGTTTTTACAGGTGTAGGATG TAATTATCAATTTTTAGGAAATTTTGGGAGTTGGAAGGTTTTGTTACCATTCACATAATT CAGTATAGGCAAAAAAAAATTAAAAAAATTTGCTGTTTCAGTTTTTCCTCCCCGTTCCCG GTCCCTCACCAACCACTAAACAGTAACCTTTGATCTGAAACCTGAAAGGACAGTAGCAAC AGGAAGTTTTTATTTGAAAAATGGAAGGTCAGATAAGATGGTGGGTGTATTTATTCACTT TCCTGAACCGTATCCGTATGTGGGAAATATCACATTCCAATGAGCTCAATATGTGATAAG ACTGTAGAATAGACCTACCATACTACATCCTGAACATGCTTACGTGTAGACCTTTTTTAT TTCTTTTTAAATGAGATGACCATGCAAATAGTTTTCACATCTGTATAAGCCAGTTTATGG CAAGGTAGCTTCCATATTTTTCAAGTTACTTATTGACATTTTCAAGATGGTGGAGGTGCC AGACCACAATTTTGAAAATGGTTTGCTAGATAGAGGAAGAGGACAAACAAGCTCATGTGA TATCTCAACAATTACCATTAACCAATCTTGCCAATACATTCCAAGCTGTCTTCTTAGCCT ACTAAATACTTCTTGTACCAAAGATAATAGTACCTTTACTATTTCTGTGCCCAAGAAGGC ATGCGAGCTTCAACTATTTCAGCTGCACCTTCACTTTCTCCAGATATAACTCCTCTGTTA AGTGATTCTTCACTGCCCACTATACCTTCAACTCTCAGCCCGCCGAATCCAGATGCTATG GTTGCTCCTGGGCCATTTCAGCATCAGTTTTTAGTGCAATTCTGGTATTTGGTCTGTAAT GGATTGTAATTGGATTTTGGTATAATTTATTGTTTTAGTATTCACACCATCATTTATGTA GTACAGATTTATTCATGGCTTCATTACTAAGCTAATTGAGATGTATTGCCCATCAAATAA GAAGGGTTTATGATAATACAATGACTCCACTTTGTCTTAAAAAACTCAAGCTCAATGAAA TTATCCTGAGCAAATCCAAAGTTGTCTGATTGCCTCTCTTTACCCTTCATTGAAGTTGTT GAGCTCGCTCAATTTCTAACTTTAGGAAGTGAGTCATGGATGGAGTTTAACGGACCAAAA TGTAATCTAAATTTGTAGTCAACTATTGATTTACAAAATGAAATAATGTCATGTTGAAAA TATATATGACTGAAGTATTACCGTACCTTCTCCATCTCAATCAACGTCGCACTGATAACT AACAATCCATTTCCAACAATAAATCTGATTCCCTTTGACAACTAAACAGTTAAGTTAATT AACAGTCCATTTTTCCAACAATAAATCTGATTCCCTCCGACAACTAAACTAACAATATAT CTTCCTCTTCCAGATCTAAACAAGAGTACTGTCGTCATACAACTAAATAACTATCCATTT ATTTCCAAGAATAAATCATCTTCTCAACAATGTCGTCATTCCCTGAACAAGTGTTGAAGC ACCTTGTTAACCTCACACAAGGACCGTAACAGTGTATCCTTAGTCTCTAAGTCGTGGTAC GAGCTCGAGAGGCGCTCTAAGAGGAGTGGCTTCATCAGCAACTGCTACGCCGTTAGCCCT GAGATTATGATCGCACGTTTCCCTCAACTCACATCTATCTGGCTATCTCAAAGGAAAGCC CCATTTCGCTGACTTTAATCTTCAACCTTGGCTTGAGCAAATTAGACTAAAGCGAATTGT TGTCACTGATCACTCCTTGGACTTGATTTCCACCTCATATCACCATTTCAAAGTCTTGGT CTTGTTGTCTTGTCAAGGCTTTACTACCCATGGACTTGCTTCCACTGCAGAAATCTGACT GAACTAGACTTGGGAGAAAGCTAAGTAGTGACTGGCTCACTCATTTTCCTCATGGTTGTA GCTCACTGGTGTCACTTAACATTTTTTGTTTGGGTCCGGAGATCAGCTTATCAAATCTGG AGAGTCTCATTGCACGTTCTCCTAATTTGAACACACTTCGGCTCAGTCAAGCTGTGCCCC TTGAGAAACTTCCACACATATTGTCTTGTGCTTCCCAATTGGTTGAATTTAGTACAGGTG CATACTCTTCTGACCTACACTCTCATGTTTTCTCTAACCTCCAACAAGCTTTTTCAGGCT GCAACATACTTCAAGGCTTGTCTGGATTTTGTATTAGTATCCTAATCCCAGTAACCGACC CCTATGTGTATCATTGGGAATAAGAATTGCTACTTAGTATTTTGTTTTAGGGGGAAGGGG GCATGCTCAACAATGTAGATGCTAGCGTTTTGAAGATTCTATCATTCGTTATGCAGCTAA ATTCATCATCTTTTCTATTGACTGATGAGATTATGCCATCATGTACTCATAAGTCGGTAA AATTCAATGCTTCCATGTACTAAGAATCTCTTTAGAAAATTATTTTTGGTAATAGCTATG TCAAAATTTGAACTCATAATCAAGTGATGAGTTCTATGGAAGGATTCATTCATCAAAATT AAATTCTGATTTCACCTTTACAAAATTAATGAGAATTCAAGACTTTAAATACTACTGGTA CTCCTATTCCTATCTAAGAAATCAAATGATAGAATAAGTAAAGATGTGCAAGAATAAAAG ACATCAAGTTCAAAAGACATAGTGAGTCAAGTAATATTAATCGGACAAGATGATGGTTTT TTCTTTGATATAGAAACTTGAAGCATAACTCTTACATCCAGACTTTTGTCTTTTGCAATT ACTTATACTTTTGATCCTTGAAGTGTTTCCAAAATATGTTCTATTCTGTACTTCATGACT GGTTGGCCTGATTTAGTTTTCTTGAACATTTTCTCCCTTAGTTCTTTCCTTCGAGATTCA GCTCTCTGCATTTCTTCTTTCCTTGCTAGAATAGTGGCCTCCGTCTCCATCCTTGCCTTG TCATCCTCCTCGCGTTTTCTCTCATATATTTCTCTTAGGCTTCTAGCACTATTCTTCTTA TTTCTCCTAATATCTACTTCTTCATCCTGATATACCAATTGGAATTAGAATGAACACGTA CCTTACCTCACTTTTCTAGTTGCAATTGACACGTTCTGGATTGTTACTTGATTCCACAAT TACAATAAGAGGATAAATGACTAACCTCTAGTTGTCTTGCAGAACCAGAAGGCTCTCCTT GTTGCTGCTTAACTATCCTCTTATATTTATTCACATATTTAGCGTTCTTATAAAACTCCC TTTGCTTCTCTGCACACAAAAAGAAAAGAACAATTAAAGATATATCTAGAAGCAACTGTT TCAGACCATAGATTCAGAAACAATAATTTAATTCCTCAAACCAAAGGGTTAGAATTACTT ATAATGGCAGGGTTGTAAGTGTTGGTCTTGGTTTTGGCGTTTGCAAATGCTTCCAATGAT AAGCCTCCTCCTCCTAATCTTTGCATATTCTTCTTCTTATCCACATCCATGAAACATTTT GCTTTCTTCTTCGTTTCCGCCTTTACCATTTTCTTCATCTCAAACCCTAGTTTGTTTCGA CTGAACAAGAGATTTTACGCATTTCACCCAGGCCCAAAAGGGTACCCATAAGGCCCAAAG CTATCACTTCTGCCTGTACATAAATAACATAAAAAAATGGGAAATTTTTCAAAATGTCAA TATTTTAGCATTTAGCAATAATTTCAATATTTAGTAAAAATGTCATTTTAGTTTGTTATG TATGTTTTTATTATTTATTTTTATTTAAAGAATATATTTATTTAATAAGAGAAAATTAAG GGGGGAATATTTCAAAAAAAGGCAAGCATCCTTAATTTTCTCATCAGTTACATTTTCAAA TAAAATTTAAATTTTGTTTTTTTTTTTTTCAGAATTTTTACCTTTTTAAAATTATATTCA TTCCACAATAAATTCTATTTATATTTATTATAGTTTTTTATTAGTTTGTATTCATTCCAA TAGGTATGTCGAATTTATCTATATAGTCATTTAAAAAATATATTTGTATTTTCATATTTT TTTTCCCTATAGAGTTATTTTTTTCTTCAAAAATCATGTATGTATTCATTTCAATATGTA TTTTATTTGTATTTCTATTTATTCTAGTTTTTATTTTGAATTTTATATAATAATATATAA AATACAAAAAATTAGTATGATAAAAAAGTGAATGAAATATAAAATTGAAAAGAAATAATT GAATATTTGGTGTACTCATTCTTAAATAAAATACATAACTAGTTGACATACCTTTAAAAT AAATACAAATTAGAAAAAAAATGTCAAATTCAGTTGACATACCTTTATTAGTTTGTATTC ATTCCAATATGTATGTCAAATAAAATATAGTTATTTAAGAAATACATTTGTATTCGTATA TATTTTTCACTGTGTATTTATTTTTCTTTTCAAGGTCTTGTTTCCTTTTCTAAGTCGTAT TCATTCCAATATGTCTATTATTTGTATTTGTATTCGAATACAAATAAACTAATAGAAAGT TGTTCTTCTTATAAATAAAATGCATAACTAGTTGACATACATTTGAATGAATACAAACTA ATAAAGAAATACAAGCTTCATTATACAAAATACAACATGAAAACTAGAATGGATACTAAT ACAAACGGTATACATATTGAATTAAATACAATTTAAGCAAGGATACAAAATTTAAAAAAA TAAAACAAATACACTGTGAGAAAAGTATAGCAATTACAAATAACTATAGGTGTTCAAGTT TCTAAATTAAAAAATAAATAAATTTAATAGATAAAACTATAATGTATCATCATAAAGTTT CATAATAATAATTAGTGAGAATGAGATATTATATTTTTTTATTATGATTTTCATAACAAT AATTAGTGAAAAATTGATATTGAAATTTTATAGATGTGGTACTTCTTTAATTTCGTGATT CTTATGACAATAATTAGTGAAATTTGGATATTTATTTTGGTTAATAAAAGTGTTTAGAAA CAAAAAAAAAGATTACCAGAATTGGATATTGAATCTTTTTAGAACAATGGAGAAAAAAAA AGAATTTTTTATAACGTGATGAAAAAAAGAAAGAAATAGATAAAAGTTGGTGTATTTTAA TAAATTGTAACTGATGAAACTTTTAACATTTGTTCCTTTTTAAAATTAATAATCTTCCCT AAATTCCTCTCAATCTGTTATATAAAAATTATATTTTTTTAAAATAAAACAAATAATAAG AACATAAATAAGATACGTAACAAACTTAAATTTTGACATTTTTACTAAATATTGAAAATG TTGTTAACGAACCCTCTTAAATGTTAAAATATTGACATTTTAAAAAATTTCTCTAATATA AATCGTGTTTTTTATAGGACAAATAAAAATAAACTAGAGTCTAGAGGGGCAGGCGTTTGG GAATTTTGTGAAAAAACATACAAAACAAACCAACTTCTAACAATATTGTTCCAATTTATT TATTTTTGAATTTTTTTTTAAAAAATGACTATTGTTTAAAAATAATTAGAGTATCATTAC TATAGTGTGCTTAGTTAGAAATTATAGCTTTGGAGAGGAGATAGGTGCAAGAGGTAAAAT ACTACTTGTATTTATCGTATCAGCCATCATACAACTAATTTGTATCCAAATAAATACAAT TATATCAAAACTTATTGTATTTAGCTATATATTAGGAGGAGAGAGGTGAGCAAAATCTAG AGAAGGGAGTAGGAAGGATAAATACATGTTGTATCACGAATACAATTGACAGCAGAATAC AAATACAATTGACACAAAATACAATATAATTATCTATTAGATACATATCATAGACTTATA CTTGATTGAATATATGGAGAGGGCAGTGGAAAGAGAGAGAAAAAAAATTGTTACATAACT CTACATATAGCTAATGAATTTTGAATATGTTGAGGTTGATCAGAAATTGGAATATTGATA TTGGACACCAGTTACTTTGAAAAATGAAATTGCATTTGAATTAAATATTTTAGAATCTTT CTATCTTGTCTTTACCACAAATCGACCCGCTGTTGTGTCCCCATCCCAAAACCCAAATTT GGTTGAGACGATGGAATGAAATGACTTGAAGGTGTCTTACGTTGAAATGGGAGCTTGTGA GATGTTAATGACGGGGAACTGCACATACAAACTAAGATACACTTGGAGGAAAGGAAATAA GTAGTAAAGAGAAACCTTCAATGTTAAGCTCAGTGGAGCCAATTAGTTTTCAATATGCAA TAGAAAAATGAGAGAGAGGTTTTATCCAAGGACTATCCCAGATTCCTTTGTACAGTTCGC TAGAAGAAACAAATAAAAAAGGCTTGAATCAAGCTGACCCATGTCATCGGGGATCTTCAC CAGTACCAATCATGCGGGTGTTGTATGAATTACAATGCTTGCATTTGTGGCCAAGTATGT GAAAAAATGCTTTACCAGTACTATTACAGTCATTGCACAGAATTGGAACCTGCAAAACAA AAAGAGTACAACCTTATTCCCGCTTAAGAACATCATACCAACAAAAAAGTTCCTGAAGAA GAGAATAAAACAGTTAAAAGATGGGACCAAACTGTAAGTTAAACCTCATCTCTCTCACTC GCTAATCATATACGTCAGATCCTTCCACTCCTTACCAACATCCACAAGCAAAGCTCCAGG TCAAACCATTCCTGCTAATTAGTCCATTCCACTGATATACCCCCCCTCCCCCACACACAC ACAGAGACACCTCCCCAGCTGTACTCGGGCAGAAAAAGAAAGTTTGAAAAAGTAAAAAGT GTCTCCAAGATCCCAATTCAACAGGTTGTTGTTTTCTTTTGTCTTTTTTTTATATATATA ATAAGGAAGTTACAAAACTAAAAGTTTCTTATGCTCAATTTTCTTCAAATTCCATAGAAA TGGAAACACTGGAATCTAAAATGAACAAGCATCATATAAAAGTAAAAATTGACAACATAC TGGAACATATTTTTTCCCCTTATTAGATACTCCATAGAAGATTTGAATGACAAACATCAT AAAACAAGAAAGAGCAACATACCTCATAACGATATTCTTCAGGCATGGCTGTAGCTTCAA TCTATACATAAGAAACTTGATCATCAATAAACAATCACAATGCACTGTGGTTAATATCAT GTGCTGAGATGTGCTATAACAATTGAGCAACAAACACACGAAGATCATATTGACTCAAAA TATGCATATATGAATAAACCATGTAAAGTCTCTGCTTTCTTCCCCAGCCAGAAAAAAATA TCTAAAACTTAGAATCAACCAATCATCCAGCTCAGTAAAATGCAGTCTCCAGAGAGTTGT GTAGGTCAAATGGCAATTACCAAATAAACTGCAGTGTGGTTAAGAACCTGCAGTACCAAA AAGCCACATCTTCCTCTACTCCCAAGTAAAAAAAAAAAGGGGACAAAAACGACATCCGTC AAAAAAACTTATTCTCATATTATGACATGAGATAGCATTCTCGTCGATAACGATTTTAGC ATATCCAACTGGAACAGTTTGGAGTTTGGTGCACCAGAGTACGTTCCAATCTGTTCTCAA CAGCCATTGACAGATCTACCCATTTTTAAAACCAACATGAAATCCTCTTGAAAGAAAGCG AGAATATCATGCCTAAGATCATTACAACAAGACCACTTGCATCTAGTATAGTATATCTAT ACAACTATACTAGAGTTCTTCTAAAATCATGTCATTTCACATGTTGACAACTTGTGATTG TTCTAACTTGAAGACAAGGTTTTGTCCCCTAGTTTCCTCTCTTTAATCTTCGTAGGTTTT TCTAAATTTCTGCAATTGCACCTCAGAATCGTCCATCTAGCATCATTTACATCTATCCCT AATCACTACACACCTAAACTTGGTCAAAAAACTTTCCCAGTTCATATCTTCAGCTAACCT CAAATCTAACTCGTTACTGATATCTCTCAAAACCAATGCCTAATGCTCGATCATGATCTG ACCCCTTGTCAGCAAATTAACCGTCTATGTTAACAGGTCAGAAGAGCGGTGACGAATTCT TAAACCAAGATGTATGTGTTACTAACAAATGAAATAGGATTCCACAAACTAACTCAAACT CAGATATACCATCACCAAGTAAGAGATACTACCACAACAACAAATTTAAAACAAGATACA ACTTAATTTTCTTCGGACGAGATTCAAAAGTCAAACCATGTTTTGAAAACTCTAAACAGC AATGCACCTCATTGAGATGTGTTAGAATAGTAATAGGTAAATACAATCCTATTAGAACAG GAAGAGGTTTATATAATCCTATTAGAATAGATTTCAGTTTATACAATCCTATTTATAATA GGAATAGGAATACAAATAGAAATATGAATAGTAAATCGTATCCTACTAGGTAAAGGATTG TATTCTAGTGTCTATAAATAGAAACAACACCAGCAATTCAATAATATTTTTTTCCTATAT TTCTCATATGGTATCAGAGCCTCTGCGCGATCTTGGTATAGATGAAAGAGCTTCCACTGC CGGCGGGCGGCTATTACCCATATATGTCGCCTGTCTGGCCAACGATTATGTTAGCAAAAC TTGTAGCACCGTGTCATTTTCTCGGCGACTACTTTCATATTTAATTTGTGTAGCACCGTG CCATCTTTTCGGCAATTACTTTTTTCATAATTAATTTGTGTAGCTCTGTGCCATCATTAC AGTGACTACTTTCTCAAATCTGATTTGTGTAGAGCACCGTTCCATCATTCCGGTAACTAC TTTTCTGTATCCTATATCTGTAGCACCGTGCGGCATTTCGGGTGACTGCTTTTTCATATT TAATTTGTGTAGCACTGTGACATCCTTCTGGTGACTACCTTTTTTTTTTGCATATCTTAT TTGCATCTGTGCATATCAGGACTACTTTTCATATTTATTTGCGTAGTACCATGGATTTTT TCGAACTACTTTTCATATCTGAGTTGCATAGCACCGCGTCTCTTTTCGGTGACTCCTCAA ATTTGATTTGCATAGTTCCATTCGTCTTTCCGGTAATTCAAATTAGATTTGCGTAAGGTT GTGCCATCATTCCGACCCGACCTATATTATTTCTCTTTTTTAATAGGGGCGTACCATCAA TCCGACCTTTCCTATATGATTTTTGTTTTCTAGTTAGGTCGTTCCATCATTCCAACCCTA CCCATATAATTTTATTTCTTAGATTGTGACCACTTTCAACCATCAAATCTAATACTTTGG CGTATGAGCATGTTCGAAGCAATTTTTCGGTGACTTTCTTGAGTAATATCGACTCATTTA TTGATTCCAACATGATCCATATACTTCAAAATAGTAACAGGTATATACAACCTATTAGAA TAGGAAGAGGTTTATACAATCCTATTCGAAAGTATTAAGTTTATATAATCCTATTAGAAT AGGAATAGGAATACGAATAGAAATAGGAATAGTTAATAGTATCCTACTTGTCTATAAACA AGGTCTCAATGTAATAATGTAGAAACAACAACAATTCAATAATATTCTTTTTCCAATATT TCTCACAAGATCCAAAAGGCACAAAACAAAGAAAATTATGTGTGTGTGTGTGTTAAATTA CTGGCTCTCCATTCTCTCAGTGACAAAACCCATGCTTTTAAACAACAAATGTAGGATTAA AACTTCACGGGTTTATGTTTAGGTTTGTGTTTTGTCTCTCAATAACAAAAACCCTGCTTT TTTAGATATGTGACTCTAAAAAAGTTTCAAGAAAAAAACAATATCTATATTTCTCGTTCC TCTAATATTACTTCCTTATAATAAGGTTGCTCTTCAATGTTTACCAGTTTCCCACCAAAA AAATAAAGGTTGCTCTTCAAAAAAAAAATCGAGGCAAAACCAGTAAGCCGAAAGACTGTT ACAGCACAATCAACTTCACTCCAGAAAAATGCCAAGGAAAGAAAGCATCGACTTTGATTT CTCTCTATGTCCTTTCAACCTCCTATCAGTTTAAGCTATATCAGCACTGGATTGGAGGAT AGCTCACATGCTGTGAGCCCTTCAATCTTCACCATGTGGTGAGGGATCAAACACACCTAT GTAATAATCCCCTCCATCCCCCTATCCCTAAATAAATAGTTTAAATTATACATATATCAG CATATACTCTTTTTTTAACTGGATGTATGTATGGTGGATATTGCTTGTAGCGAAGTACAA AAAATAAATTATGGAAGAACTTTGTAGGGACTAACTGAAAAGTAAAATAACTTCACACCT CCATATCTAATCTTTGCCAAGTTCCGGACATGTTGAGAACAGACTTAGAGCATATAGGGC AGCGATACCTATACAGAAAGGGGAAGACAAGTATAATATGTAAGTTAACCAGACAGGCTG ATTAGCATGAAGAAAAAGAAACATAATAGTCATGCTATGGATAGAACTTTACTGGTTCTG ATGGATCATCTCTGTGTGGCATTCCATATGCATTGTATGTCCACACTTCATAATTGTGGT GCCTTTCACTGAGTCGAAAAGAAACTGGACCGAACCATAACTTTACTATTAGGGTAAGTT CCAATCAAAACATACGAGCAAGTTAAGGCAGTAAAAGCCAAATGAGAGTATACTCAAACC TCATAACAGATGGGACAGTGGTTCTTCATTGAGTTCTCCACACACAAGTGATTATCACGC AGCTCCACCGAATAGCAGGATCCTGTTGCAAAAACATAATGAAAGTAGCTAAAAGAGAAG TATTCCTAAAGCTTAACGCACCAGAAAAATAAGGAGACGTTGCGCATATGATAAAACATT AAATTCACCGCCGATGACTTTCTATAAAGAAAAAATTTATCTTCATCAGAAAAGAACATT TATTCTAAATCTATTGAAATACAGCAAACTATGCAGGCATTCGTTTGAAGTTTTGCAGAT GTGTAGGAAGGAGAAAAAGTTGTACAGATTTATCTTTTATGGACAAGGTTTATTAACATC TTATTATAATCTTTTATGGATCACTGAAAAGACAAAGAACACTAATTGGTGACCTCAAGA TGAGCGAGTTCCCCTTCCAGATTTTGCCTTATTATGACCAAGGTTTATTTACAGCTCAAC TTTATCAGAGACTTGCAACTAAAATTCGTTCTTCGCCAACATGAATTTAGCATCCTCAGA ACCTGCATCTTCCCATCTAAAAAGACTTACAGGACCTATAGACATGAGACCTTTTTGAGT TAGACATGCTTAATTTACAAGGAAAATGTACTTATGTTCCTATATCCTTTAGAAGAATAT GCCTGACTGGAACATACCACAACCATTATTATACAAATTTGGAAGTTAAAAGAAACTTGT ACTTGACCACACATCATCAATAAGATTCTCCAGAACCATCGAGCGGCCGATGAATTAAGA AAGAGAGAGAGAGGATTCAACCCTATTGACAGGTTTCCTCTCTATTCTGATAGGATGAGC AGTTCTAGCTATTTGACTTCTGTTATGCTTATTGGTTTTATGTTACTTTATTTCATTGAT ATAGAGATGCATGTTCGTGGCGGATCAGAGATTTTAAGGTCGTGGGTGCTCTCTTAGCTA AGGTGGCGGCGACAAATATAAAATGTAAACACACGAAAAAGCCAAAGGGGGTTAACACAC ACACACACATATATGTATGTATATATATATATATATATTACCATATATAAACAATGTAAT TTTTTCGTCGTCTACCTAGCTCCGAACCCACTTAGCTACCGATCAAAAAATGTAAGTGGA TAAATTTACTCTTCATCATAAAAAAGACAATCATATTGAATATTATAGCTAAAAGACAAA AAAAAACAATAAATATTATTTTGAATAAAGAAAATAGGAAAAGTATATTTTGTATAAACT TATTGTAGGAAAAGTAGCAAAACGACAAGTGAAAGAAAATAGAAATACAATCAATATAAC ATCGGTAGTAAGGGAGAGAAGAGTTGGTTTGTAAAAAATTTAAATGTGCCAACTGGGAGT CGAAACCAGATGCACAACATTACGAAGGACCTTGAGCACCCACAAACAGCCACTGCGCCA ATCAAACAATTTATTCTATGGGTGCTCGTTGTTTAGTTTTATACTATTCCGCCTAATTTC TATAGAAATATATTTAGTTGGACACAGAGATAAGGTGCTCGAGCACCCGGGAGTACCTAT GTGAGTCAGTCCCCGTGCATGATGCCAGTAGACAGCTATGAGATGGTAGATGCACAATGC AATAATATAGTTGTACAAGATCAACTTCCAGTTCCAAGGATATCCCTTTATTACCATATA AGATGTTCTATCTAAGACTCAATGGAAAGGACATTTCAAAAGTAAAATTTCAGAAAGGAA CTGTCAAATGAGAAAAGTACACTTCCACAATACAGTTTTGAAACAAGCTATAGTTGAAAA GAATCACTTGTTGTCAACTTGAGATATAATCTACACCTTCCTTTATAAAGTAAGGGTTGA GATATACACTACACTATTCAAAATGAAAAAAGAAATCGATCCATTTTGATACAAGGAAAT CCACAACAGTAGTCAAACAACAAGGATGAAGGGAAGCCTTACCACACTTCTTGCAGTGGA AGAAGTTTTCTCGACCACCGACCCTGTTTCACCAATTGCGTATAAGTACCACAGGTGACA TATATGTTGTTTAGAGAGTTGGAACAAGTACCGAAGTGTAAGAGCAGAATGGAGGCTGAA TACAATATTATTTAGTGCATTCACCTGCAAATTCCACAGTCATCACAGTGAAACTGCCCC TTTGTTCTCTGCAAGAAAAGTAATTACTTAAATACAAATGAATTAAATACATTTATATGG TTACTCTAGCATCCAAAAATAGAACAATCTAATTTAAGAGAAAAATAAAATAGTAGAATT ACATTGTCATCGTAAAATCTACAAATTTCACAATAGTACTCCCCAAATTTGACGCCACAC TCTGAACAGATCTCAGCAACCTATTTAACACAAGCCAGAAAAAAATTATCACAGACTACA ACGGCTGAAAAGTCCATAAACTTGAGACACTCAAATGATAGATAAGTGTAGCAACAGAGC TTAACAGACCTGTTGTTCAGTGTCGCATACAGCACAAACAACCTGTAGCAAAAAATCAGA TCCAACATCAATCCCCATAAAAGTTCTGAGTACTCATGAACTAAAATCTTATCATCCGAG GAAATCAATAATATGAGTTTTACACGTACTTGCTTAACATTGTGGCGCACAAGTTCGTGC CGTTCCTTGGGATTGGTCAAAGCATTCTGATTCCAACAAACACAAGCTTCAGTAAAAACC ACACAGTGTTTATAAAACAAGGAAGGTCCTTTAACCGTTTTAAAATATGGAACTGACAAT AGTAAGGCCTCTTACTATTATAATGAAGCAATAGCACCAGACCATTACAGAAGAGCGGAA CTGACTTACAAAGTTAGTATGTATGTTCGATCCAGAGAATCCCACATTAAGAGCAAAAGA GAAAATGAGTATTTGTCCATGTATTTCCTATAAAATACTTGTGTTCGCATGTGAAAACTG GAAATTGGTTTTTCATAGATATTATGGATGTATTTTGACCTGCGACTTGTTAATTAAATT TTACTATTTGGGACAGCTAATTAGCAACAGAACATATATGTAAAGACTGTTTAGGTTTTC CCAATAAGGATAGACTATGTTCTACTTCAAAATAAGTGAGCAGTGGCTGTTGGTAGTGTT TTTATAAGAAAAAAGATAAGAAAAGCAGCAAGCACCTTGGCCTCGTTGTGGCAGTGACGG CAAGTGAATATTTCATTGCAACAAGGGGCTCGGAGTTTACAGCGTCGCCGATAATGATCA CATCTATTTAAAGGACAGAGAATATGAATCATTATACAATTTTGACAGGAAAATTAACAC AAAGTGGTATATGCATAATTATGTACCCATAAAGCAACTTTCCGACATCTTGTCTATCGA GCTCCTCTTCGGGCGGCGGCGGTTGATCAACGACAAAATTCTCACCGTCTTCGTCCATGT AAAAGGTTCGAGAGTAGAGGTATGTGGTGAAATTTGGTTGCGTGTGGCCAAATGGTGCGG TGCGGTATATATCAAGTATTTAAGGGTGGGTTCTCTTCAAGATCCACTATTCAAATTCAT ACTGGGCCCATTTAACATAAAACTTTTGCTACAGTATAAGTTATGTTTGTTAAAATTCAT TAATGACACTAACCTATTGAAATTAATCATAAATAGGACTTCTTCATATTCATGTCATTT ACAAATGAACCGTATGTATTGAAAAAATATAATTGTCCATATAGATTGTAGAAAATTTTG TGTAATGAATTTATAAAAAATTATTTGTGTTTGTACTTAAAAGGAGGATAGTTATTGTAC GATTGCAGGTATGATAACAATTACGGAGGATGTTGAACAAATGGAGAATTTGCACAAACA ATGTGGCAAAGGTTTGCATGAGGTTAGGCATCGGAAAAGTAGAACTCTTAGAAGCTTATT AGTCAAATGCAAAATTTCAAAGACCAAAATTATGTGGCTGCATATATCCTTAAAATTATG TCACCTATAGTTATATGGGAGCTACAGAGGGCTTAGGTGCTGCTCTGAATCATCAACGGA TGCGACATTCCTAATCACTTTCAACATCTATCAACTTATCAAAGCTAGTATGGTTGAGAA GATCGTAAGAGTGGTCAAGTGAATTAAACCCTCTTTCCCTGAACACCAATGAATCATATA ATAATGGAACTTGTGGTGGGGGAGGTGTATGTAGGGGATTATCGAGGAAGAGCTAATGAT TTGAGGCTTTATCATTGCTGAGGTAGACTCTTTACTGTTGCTTAATTGCACCATCAATGT CTGTGCAATCACCTGGAGAATCGAAACCACAGTCAAACAGATAAAAAATCTTATAGGCAT ATATGATATTTCTATTCAACATTGCTTCAGAAAAACTAATAAAGTTATTGACAACTTAGT TTCCCTAAGTCACTCACTTACTGATGTACAAATCTAGATCTACTCTCACTTCAACACCAT CCCTAGAATAGTGAAAAGGAATCTCTACATAGATGGGTTGAAAGTCCTTCCTGAAAGTAT AAAAGCGTAAAGCAAATACTTTGAGTTGTGATCCCCTTGAATCCAGAGGCGTATCCAGAA TTTTGGTTAGATGGGTGCACAATTACGAAAAAATTGTATCATAAATATAAATTTGATCGA TTTAACATTTAAGTTCTTAATATGAAGCATAAAATTTTACAAATTATAGGTTCAAAATAT ATAGTACTACTAGTTTTAAATTTTAATGTACCATTTGGCTTAATTATATAAAAAAAAAGT TTATAGTGCTAATTTTTTTTAGGAATTTTCAATAAACACACTTGAAAATTTTGAAAGATT AAATGGAAAAAAATTAGCAAAATCAGTTGAAACGTCAAATATGTAACTGATAACCACTTG GAGAGAAGTGCACACAATTCATTATTATATTATCATATGATACTTAAAACATGAACTCAC ACACCTATATTTAAATTTTTTTGAAAAATATAACACTAGTCTATATGATGTAGAGAGGAG AGCATGGGTTCACGTGAAGCCACGACACCCCTTCTAGACACGCCTCTGCTTAAACCTCTC TGATTTGTACTAATGATTGTTTAGCTTAGATCTTTTGTGCACTTTTGTGTTTAGTTTGAC TGTGTAACCAATCTCTCAAGAAGGTATATATGATTTATCCTGCTTCTTCAAATATAATTT CTTTCTCAATGGCAATCAATATAAATGGTAATACATATAAAAAAAATAAAGATTAAATAC TCGAAAAGTAGGCAAATATATTTAAAAAATAAAGATTAAATACTCAAAAAGTAGGTAAGC ATAGAGGGAGACTAATAAATTCACCAGATTTCTGTTTTGTTGTAGAATTAGGCAGATGGT AATTGAGGAAACTATTACTGTACTACATTTGCAGTATAGGTAAGGATAATATCATTGAAT TTGTTTGTTGTTATTATACAGGAATAAATAGATAGAGTAATAAATTATGTTGAAATATAA CTACGGGGTGGAGGGACATGATTTCAACATTTTGATCCAGTTCATGAACGTATAGATTTT CCTTTCCCTCTGAATCACGATCCAGTTCATGAACGTACACATTCGAGCAAACTCAACATT CATCATTACTCCATTTTCCAGAAAATAATCAGCTAGCTACTGCACATCAAATACCACAAA AAGAAACATTTGAAAGTTGTGGAGCCATACAATGAATGATTTTCATTTGATTCAAAGAAA TATCATTGGCTTAATTACTTAATGCCCTTCTCTTTTGATAAGATGAGTAGAAACATGACC TACTCAAAACTGTGAACCAATGTATTGGAGGAGCTTCTCAATATTCTTGTTAGCCATACA CAAACTGTTTGATTGTTAGACACGTCAAAGATTAGGGCATGGTGTTGGTTCAGGAATTAG AAATGCAGTAATTAATTATGTAAGATTTGGTTATTCCACATTTCACACCGCAACCTAAAA TAGTAGGTTGAACAAATGGTAATATATTTTCAGGTTAAGATATTATTGCCCACATTAGTA ATCCAGGGGTTGCAAGGACAATATAGAAACACCAAAGCATAAGATTTACACAAAGATGTG GCGCTTAAGAGACAATCAGGAATATCAAGGGAAAAAAGTGCACGGCTGAAATATTTACTG AAAGGGAAATTCAAGTGCCACCTTCTGAAAAAAAGTGGTGATATACTAACAACTGCACAA GTTGCCTACTCAGGCAAAGGTCAAAAAAAATCGCTGCTAACAATCAAATCCAGCTCTACT CACTTCCATCCAGTGCCAAGACAAGTCAGTATCAGCTTGTTGCCTCAGGCCAAGTACTTG AACAAGTTTGGGTTCTCTTTGTCTCTTTCCAAGTAGTCACGAGTGATAAGATCTTCAATC CTCTTTTTGATTGCTTTGAAATCAGGCTACACAGAAATCTTTTGTTATTTTTCGACACAT ACAAGAGAAAATTCAATAATTAGAATAGACAAAGCTAACACATCTCTCCAACTAGAGCCT ATAACTATTTTGAATATCATTTGAAGGCAGAGAAGAAACTTGACAAGGGAATAAGATGAA ATATATTGGCAAGTTTGGGTTACAAAGATGACACCTCAACAAAAATTCCAGCACTCTGCA TATCCTACTTTATATATCTATAGATACCTCTCTTAGTTTTGAGGTGGTCACACATTCCTC AAACTATAGGAAATATACAGAAGGTGAGAAAAAATTTCAGGTACTTCCTCCCGATACCTA TGATAAAGGACAAGTGCTTGAATGGTTACTTATTTTGGACTGAATAAATCTCTTCATCTA AAATTTTGACCAAGACAGAGGAAGAAGTTCAAAATACAACAAAAAAGACAGCTGGACACA AAGGAGTCAATATCCTTCTGTTACCCCTGTGGTCAGCGGTCAGCATCACTTCTCCAATTT TATTTTTATTTTGAATAGTCAAGTACTAGGAGAAGCAAAACAAGCAATAACGATCTAAGA TATTCTATCAGCAAAGCGATCCCCAGGACATTGATGACTTACTTTTAAAAATAAAAAGAT GTTTCAAGTAACACGCAATTAGATAGCAAGAAAGAAAATGACATGTCTGGTATAGAAGCA ACAACATTCCTCCATGTCAAATTGAATGTCGTGTTATTATGCAGACCAAAATTATGTCCA CTTTCCTAGATGGAATACCTAAACGGAGGAAATCCAAATGGTGAATGTGGATACCTTAAA CATGCGGCTCAATTGCTCAACACACTCCAACACGAGCTGCTGATGAGGAAGCACCTTCCG GCTCTTCATAATGCGCACAATACAAGCATCAATTGCATAACGTCTGTCCTTGTCAACGTC CTCAACCACTTTTTTCCTTTCATCAACCGGAGGCAAAGGGATCTGAACGATACAAGAAGA TCATTGAGAAAAGAAGTCCACAATGCATACAACAAAGTAAGCATCACAGCAAAATACAAG TAGCTCTAAACAGTATCTATACCCTAATCCTCCTCATTCTGTCAGTGAACTTGGAGTTGA ATTCAAAATGATCCGTTGACGAAACAGTTCTATTGCTAGGCTCTTTGGTCAGAATTTTAT ACTTAGCACATGACAGGGATTGAAGCAATCTGATCAAGTCATCATCAGCCAAATTTAACT GACTTTTGATATCTGAGTAACTCAATCTATCTGAAGCATTAAACAGTAATAGAGCAGCAG CCTGAAAATGAAATCATTAATCAGTAACCATATTTGGTGTCAGAAACAGTGATGCTGCAG CAGTACCATTTCACGAACTGATCACCTGGTAAGTTCCCACAATAAGTTCAATAGTTTTTG ATTCAAACTTGCCATTGATATTGCATGTACCCAGTGAATAAATCCAGGTCAATTTCCTGT GTTTCGTTTTCGTCTGATAAAATTCCTTGAAGACTTCTACACACTTCACCTGAGATACCA ACAGAGGAGTAAACACCCATAAAAAAATACAAAAAGGAAAGATCAAACCAAGCAGCAGAA ATTGAATCATTATATCAGATGAGAAGCAGATCTCACCATTTCCACAGGGAGACTCAGATC AGAAGATTTATAACTAGGCCAAAAGCCAGTTGTAAGAACTGTGACAGTCAAATCAATTCC GGGATTAGCTGCCGAGTTGTTACTGAGATATTCCTGAAAGTGACTCTGATTTTCCTTCGC CAGAGTCAAGTCCGTCACCTGTTTTGTTATTTCAAACAGTAAGTGTTGACAAGACAATTT GAACGGGAAAGATAAAATTAGCAGTACTATACACTCTCCTCACCATTCCCTCCATCTTTG ACGTAAACTGTCCACCACACTGCTGCTTTAACTTTGTTAAGATAAGCCTTTCATGGTCAT CATTGGCACTTTTATCAAAAAGCAGTCGCCGAGAAAGCTTCTTCCTATAAAATTATGAAG ACGGATACATATTCAATGGTTAGAGATGTAACAAGAAACTAGTTACTGGATCAAAAAAAA ACTTGATGTAGCTTCCGACCTGTAGAACTCAGCAAAAAGGTCCTTGTCACTGATATACGC AAGAAGCTTCACCACCTATATGAAATATAAACAATTATGAAGTCATCCTGAAAAATCGAG TGACCACCAGAAAGTGAAGCTGGATATAGGGTTAGTGCTACCTTATCTAATGTCTCCTCA ATAGCATCATCACTGAGTTTCTCACTCCCGCCCTTCTTAAGGATATTATCACAATAAGAG GCAAGGAGTTCTGCACTAGAACAGCCAGCAACAATTTTGTTACAGAAGACCTCAAATGCC TCTTTCAAAGCCTACAAAAGTTCAGAAGTTAAGACATCAGAAATAAAAGCTCAAATTATT CAAGGTAAAAATGAATAACCACACAACTGTGAACACCTGGATATACCTTGTGAAAGAGAG AGTTATTTGCAAAACTGTCGGTCACATATGCCATATATTTGTCATGCAGCTCAATAACCT TCCTAACAAAGACCTAAGGAAACAGATCGAACACAATTGAGCCATCTCCTGAGCTATTAC ACTTAAAAATTCTACTTGACTAGAAATTCAGATAAGTGGATTTACCTGCTCCTGTGACCC ACTGGAACTTTCAGCCTGTAGAATTACATAAATATCAGTACTTCAAAATGCACTGAAATC AGCTACTACCAAAAGGAAAAACAATCTCGCAGATCGTAAGAACAGCATGTGGATGCAATT TCACATATATCTTTGTATTTCTGATAATGCTATTTAATCTATTCAAAGTCTTGAACTCCC TTTTTTTCTAGATTACTTGATTGTTCTCGAAGATAGGTTGCTCTATGCATTCTCCCCTTA AACTTCCCTTGTTTTTTCCTACCCATACACCTAAACTTTTTCTCTACTAGTTCAAGAAGC ATGGATATTAAAATAAGAAAAAGGGGCCAAAAAACATATTGCCAAATGAAGCATGGCATG TTCAGTCAACAGACCTTGTTACTTGCTGAGTCTTCGGCCTGTTGCACCAATACCATGCCT TCAGCAGTGACATGCTGCAAAATATGTACCATAACAAAGTATTTAACCACCAAAAAAAAG AACTCAACAAAAACCCTGTAGTTGCACAACAATTAAATAGAAGACCATACCTGCTTAAAC ATATTTGCAACTGGTTCCAAACCTTTAGGGATCCTGTGGAATAGCCTGTACATTCGAGAT AAATCCTCTACCTGACATGAAAAGGGGATGGATGAAAAGAAGGGGGGAAAACAAGATACT CACATAAGAAGTCAAATACATATTGACTAGTAGACACCTAATATGCAAGGAATTAATACC TTATCATCTCTAAGCAAAGCTCGGCATCCAGAATGCTCCTTCTCAAGCAATTGATTGGTA TATACAACCAATAATTCATTTTGCACTTTCTGCAGCACAAGTGTAGCCTCAATTGAAAAA ATAAATGCAACCAGAGGCACTTTGAACATAACTCATTTCAAAACTAAACAGACTTAATCA AGTAAAAACTTAGAAAGTAATGACCTGATAAAACCAACATGAGACAAAGTAATATGCGTC AATGTTTTTAGTTTCTCCAAATAAAAATAAAAACATCACTTTGTACATTTGGCTCAATGA AGAAAATGTGTTTCAAGCAAAAGAATAATGAAGAAGGAGATTCATTAATGATGCATAATC ATGGAGAAACACCTCTAACTTAAAGTGGAAAGTTTTTGCAATTTTCAGTAGAATCTGCTC AAAAAGATGATCAGAATATGGACGAAAAGAAAGCACAGCATCTCACTGAAGCATAGTTGT AAATGCACAAGATGAATACTTTATTCCTCCTCCGAGTACAATGAACAAACTAAATTGAAA GGTTTGGAACGACTATTTTCTTTCATCTCGTAAGTATTCAGTTTATTCAAAGAAATCATC GAAGGAGAATGCAGTCAAGTACCCGACACCAATTAATGGGAACTCCAAGAATCCAACAGA ATTAAACATTTAGAGAAGGGTTAAATAGTTACTGCACCATATCATAAATACAAAACAGTT TATTTTGAAGTTCTAAATAGCTTTTCATCAGTAGTTAAGATGCCGAGAAAATACTAATAT ATCAATTTTCAAGTGCCTCATTCCAATACTGACCTCCAGAAGTTTTGTCTCGCTGCTTGA GTGCAAATAATGAGAAACTCTATCCTTCTCTTTTTTCAAGCACTCTTCTGCCTGTTTTAG AAATAACAGGTATCAGTTACATTCTGGGATAAGTATATGACCAACTTATGCACTAAATAA AATTGCTGATAAGAATTAGGATCTTTACCTTCAACATATAATCTGGACAAGAATCTTCCA CAATCCAGTTTGATGCTTTTCGAGAATAATAAGCTGATGTATCTTTAAGCATTGCATCTT CAAAGTCATTTTCATAGAACTCCATTTCCCCCATCCCAATTTCAACAAATATACCTAGCA CGTTCTTTAATAAGGCTCTATCAATCTGTTCACCCTCACGTTCTTGATCAATCTGATAAA AAAGGATTATCACCGATTCTTATTCTTGGCGCATAGTATGATACAAAATTGGGTCAAATA AAGAAAGCATTAGACTTGCCAGCGCTATAACTGCATCTCTAGCTTTACTTTTCAACTCTT GATAAACCTATTATCAACAATCAAAAATGTAAAATATCATACACAACAACAGCATAAAGA GTATTTATTCCTATAGGTTGAATGATAACAGATATGCAAGATAATATAACATAGAAATGC TAATGACTAACCAAATCACGGAAGCACGTCAGACCAACTTCATTAAGTGCAGGGAGTGAC CTTCGAGCAATAAAATACCGATCAAGATAATGGAAGAACCGTGAAAGCCACCTGACCATA AGTTTATGATTTGCCCATCTTTTCACGAGCTCCCTCAGCATGAACTCGTCGTGCTTCTCT CTCAAAGAAGATAGAACCTAAAAAAAATACAAACACATATGGGAAACTTGAGCAATGAGG ATGCTCTCACTACATGTGAGTTTGAGTTGGTTAATGAAGTATTAAGTTAGTACCACTAAA TAAACCATCTCAATAACATAGACTATACATATGTTTAACAAATTCTGAATTTTGTGAAAA TTGTCATGGGAACATTTAACCACTTAGTGGGTTACAAGTTGATAAAAATCAAGTGTGCCA CTGATGTCATCAACAAACCTTCAACCCTGTGAGAAGCTAAGAGAAATTTCAAGCCAATGG TTCTTACTGTAGAATTGATGTACTCTTCAAAGGCTTCCTTGTATTTCTCATATAACTGCT GAGAGTAATCATGAGGGGGCTTCTGTGTACACATGTTATAGATAGTTCTATTCTTATTAA GGATAATACAAAAAGGAATGCCAACCAAAAAGAGGGGAAATGGAAAGGGTGAAAGCAAAA AACATAGTAATCTAGAAAAAAAAGAATGTTATGGATACGTGTAGAGCATCATGTACTCTT CGGAGCTGAATGAATCTGGATGGCCTTCTAAGATTTTCTTTAATTTTGTGATTCCCTTCT GCATGAAGTTCCATCCTTCCTCCAGCTCGATTGTCTTCATCTGGCTAGTCGTCATAAACA CAAACTGCAAATGAGCAACATTAGCTTGAATTTGTAAAATCAAATCACACTCGGAGAAAC AACCTATTGATCACATTCACATGAAACTACAATATGCGAGCAATTGATTTAAGAAAAATC ACAATGAATTCTTAGGCCCCAAAACCCAAAAGAAGCAGCATACACTCCTACCACCAATCA ATCATAAACAGGATGGGATGAAAGCGGGATATATATATATATATTACAGAAAAAAAAATT AAGCATTAATTTACAATTCGATAGGGTTAGGGTTTGGATGGAATTAGAGATAGAGACGGA ATGGATAAAAGGGCTCTGGAGATGAAAAAAAACACGAAAGAGAGAAACATAAACAAACGT ACAGCAGTTTGGTTGCAGAAAACACGAGGAGATCGCGGAAGAGGAGCGAGCGAGCTAGGG CAGACGAGAAGAACTTGCAAAATATACTCTTACTATTTTTTATTTATTTATTTTTTACCA AAGAAAAAAAAAGAGTTTATTGAGCCTATAAATAGAGACAATTCAGGCACAAATTGGCTA TAAATCTCGGTCCATTTCTCCAGGTATTTGGGCTTCACGCCCACACTTCATTATATTATA TTCTTACTTAATTTTTAAAAAATTAAAAATTTCATAGAATTTAAGAATTTCATATATTGT GTGTTGAATTTGAATACATCATATGTTGATACATTATTTTTATTGATGCAAGACGTACTT GTAGAGAATGTAGTAAAATAAATTGTAAATTTACACAAATTTTCTGTTTTAGATTTTAAA TTTTTTGTAATAATTCTTTTAAACTATTTATTTTTAATTTAACTAATTGTATTGACTAAT TTTACTAACTTTATTAATATATCCTTTAAAGATTCTTCAAATGTTTCTAAAAAAGTTGTT TCATTTTCATAGTCTCCCAATACATTTTTAGTTGTCACGAGATTAGAAAATAATAATATT ATGAATTATTCTTTGTTTGAAAGATCAGTCATCAAATTTAGTTGTCAATAATATTTTGTT ATTGAATGAAGATATAAGTTCATTGTGGAGGATATATATATGATTATGTACATTTAATTG GAAGTTTTGTTCATTTTTCACATAAATAGACATGATCATTAGTTGTATTTAGGAGCACGT TTAAGAAATTGCAATACGTACACATAGATTATTCATCTTTTAACTAATAGACTATGTTCA CAAAAAGTGTCATTTGCAAGAAATTATTTCTCCATTTATTTATTTATTGTTTTTCAGGCA ATATAGACAACTTAGCACCAATAATAATTTTGAATCGACTTATATCAAAGAACGATGGTG CAATTATTGATTTTGCGAAAACTGAAGAAGCTGACAGTTTTTTGTGTTTTTTTTTTAAAG AGAGTCGAATATATTTCTTTTGGATTTCTATACAAATTCTTTATAAAATTAAATTGAATA AAGAGCATGTTGGAAGAGTAAATTAGTCAAACTATAATTATTTAAATTAATAATAATAAC TCAAATCTGAATAGAGGTCTCTAAAACCGTTTCTAATTTCAAATATTTTGCATGATTGAA TGAGTGCAAAAAAAATCATAATTCAAAATAAATAAATTGTTCAAAGTTAAACGAAATTGT TGAATTTTTAAATATATTTTATTCATTACGTGGTGAGGTTCGTAACTATTTTATAATTTC CTAGAGGTTAATCTGAGATTGACCAAACGAATAATAATAGAAAATAACATTTTACTTGGG GAAAACTAGTACATAAATACCACTAGTTTATGTCCTAATTAATAGTATTTCCGTTTGTTC AAATATTACTTTTTGTACCGAGATTTGTTGGTTTAATGTATGTATTTTTGCTCAACAAAT ATATGTATCTAATTAATTGACAAAGCGAGAAATATTTTTAATTCATTTGAATTACATGTT TGTAACTAATTTCCTTAATTAAATGAGTAATTAACTACTCTAACAAATTTTGATAGTCTT AAGTATATCAACTCTATCAAAAAAAATTCTAAAATATAGAATTCATCAAACTAGTATATT TTTATACTTTTCTTCTTTTTAGTGATTCATAAAACTAGAATTAAAATTTCTCATATAATA TTCCAAGAATATAAAATTTTTCTTTTCTAGTTATTCAAATTTGAGCTCTGTTTGTATTTG ATTATCGAAATTTTGAGGACTGATTATCCAATAGTTATTCTTTCTCAGTAATTTTAATTT TAGCTTCTTTTTTTTATATTTAATTATCATGTTTTTAGTATATGAATTTAGAGCTCCAAT TTTAGTAATGGTAAACATGATTATATTGTTAAGGCATTATGGTACATCAATTTAGATACA ATATTTGTTGATTATAAATCATTGGTATTCATTTGAAGATTACAAGCAATAATTTTATTT TTACAGTCTTAACATAATTACATATCAATCAAAGTTGAAAAGCTATAGAAATTTAATATA AAATTAAAAAAATTTTGAAATCATGTAAATTTAAAACGAGATAACTTAAATGGCCTTCAT AATATAAATAAAATTTATCCATAAAACCTAATTTTATATGCATGTGAATCGAACAAATTT TGAATAGTAAAAGAATGTTATAAAGCACGGTGCTATTTTACAAACAACTACAACATTAAT TATTATTTTAAGATCAACATGTGATGGATCTTTTAAAACATTTTGATGAAGATGACCGGT AGCTGATTTTTTATTTTATTTTTTAATTATTTTTATTAATAATAATCATTATATTATATT ATTAGAATAGTACTATATGTGATTTTTGCATCTGAGGTATATTGTGGTCGTAAGTTTTCC TTGTTAAGTCTTATTTTTGAGTAACGAATAGTGAATATAATATAGAGAATAATAGGAGAA ATATGTTACTGAGCATCTCCAATGCTATCCTCTATTTTACTCTCTTACTTTCCAAATATA AAGCTCTTTATTTTTTTCAGACAACCAACTTCAAATCGATTCTCTATTTTATTCTCTAAA AAGAATTTTTTTTTCTCTCTTCAAAATTATATTATTATTTCTATTTTATTTTTATTTTCT TATGTTATAATATAAATTCCTTATTTCTTTTCCCAACAATTACTTATATAATTAATTTTC ATGTGATATAACATTTCATTTTTTCATCTTGAATTGGTGCATTAAGATCATGTTCACCTC AATTATTACGTTGTGCAGTATAATACATGTATTAATTATTCATGTAGCAATTCATTTCCT CAAAAACGTGACAGTCTTATAATAATTGCAAAACATAATGTTGTACGTTGTGCAGTATAA TACATGTATTAATTATTCATGTAGCAATTCATTTCCTCAATTATTACGTTGTGCAGTATG ATGTTGTATTTAAATTATCATATTACGTATTTTATTTTTTAATTAAAGTTTTCATCTTAT CATTTTAATTGTGTTTATCCTTTATAGTGAAAATTAATAATAAAATCAAATTATATCAGG GATGATAATTAGAAAAAAATTAAAATACTATTAATTTGAAATGAAAATACTATATACTAA ATAATATATTTTTAAAAATATTATATTACATTTAAAAAGAAGCATGAATATTAGATATTT AATTAGTGGATTATATATAAAATAATACGATAATTAAAAAGTAATAGAAATAATATTAAA ATAGTCAAAAAATAAATTAGAGTGTCAATAGTTTCTCTAAATGTGGAAAACTAATATTCA CCTCTCTATATGTCACGACCGTGGAGCACCCCCTATAAGTAACACGGCGTACTTGACCTC TTGGAGGTCTTATACAAGCCCATATTTATCATTCATGGCATCGACATAGTAAATTTAGTG GAAAATTTAAAATTTTTCATAGCACCTCATATGCTTAAAACTTTACTTCATATATATAAA AAATATAAGTCATAATACATATATAGACTCTAAGTCTCTTTGTCATCTTAGACTCAACAC CATTAGAATCCGTTAGGGACACGATCCTTAAAATATAATACAAAACTATACATTACTAAA TAGACTTTATAACAAGTACACATGAGGACATCCTTGGACTTAAGGATTCCTTTCCTTGAG CTTAGGAAAACACCTATCAAGCTCCTCAATCATAGACCTCCTTTAAGCATTCCATTACCT ACACTTTGTTTAAAAAGTAGAGAAGAATGGGATTAGCATAAGAATGTAGTAAGTATGGCA ACCATGCATTTAAAAAGGGACATTTTCTTTGAAATCATACTTCATGACATTTTGTGTAAA TCATTATAAAACCTTTATCAATAGCATATATATCATTTTTATACTTCATAGAAACACAAT CAAAGGCCAAACATCATAGAAAAGCACATATAGAATTTAAATCCATTTTGAGGTCGCTTT ACAGTGAACTCATTCCTCTTTATAGTGAACTCTTCCTTTTAATTCATTAGTCTCCCAAGT AATCCTTTAGGGATACTTGGTGCAATGTATCACCTTAGGACCACAAAGGAAATCACACAT ACCATCTACACAAGACAACACATACCATGATAGAAGTGTAATACCATATAGACATAGTTA AGTCAAGACCTTAATCATATAGTCAACAAGATCAACATCATGCATAAAGACTCATATTAT GCACATCTTCATAACAAGTAGACAAATACTACAATGTCATGCACAGGGAATATATACATA GTGACATGCATTAGAACACCTTCCTAAAACTTCCTAAGGAGCTACTTGTGCAATGTCTAG ATGGGTTCATTACTTTCACCTATCCTAAGTAACTTTCCTTAAGTCATTCTATTTAGTGTC CTAGTCATTAACTTTCATTGTCCATTTTACTTTAGGAAAACTATAGCCTTAACCGACATA GACCATGTGATGCTAAACATGGAATCCGATGTCATAGTACTCCACACTGATAAAGGGTGG TCTATCGGCCAAAGTAGAACCCATCATAAACATAGCTTTTTAGGTGGATCTACTAGCTAG TATACTATGGTGGCAACATAATTATGGAACTTGGAGGTACATGTGAAGACCCTCTTTATG CCAAGATTAGGCATTGTAGTTATTCACTTATGGAAACCCTTTTTATGCCCATTGAGGCAT TGTGGTTATCCACCTCATAAGATTTATAGTGACTTACCTTCCTACCATGGGAAGGGACAC ACACTCATATTCAAGTTCACTCGGTGCTAAGCTAAGTTCCCTTTATTAAAAACCTTTATT ATGTTTTTACTTTATAAATCATAGAATTAGGAGAGTTCATCGTGTGTGTGTGTATACATA TATGTGAGCAAACCTTTCACATAACACATTAAGTCACACAAGTTCATATATCAATGCATG AGTCTATAGGCATAACTATATGAGCAATCCTTTTATATAAACCCACTAAGACACTATGCA CATTCATACTTCATCCTTTCATACACATCGTATTCATAACATGTTCATATATTCATCCTT CATATACATAGAAACCAAGCAAATGAACTATCCTATCAAGATACACATGTGCAATGTATA GACAAGGTCACATACCCTTGCTCATACTAGTACACCTATCAAGTTAACCTAGCAAAGAAT ACATAACATACTTCACATACATATACTCTATATGCATAGTATTAGACATCAGTGAATATG AGAACTACCTTTCATTTAGACACAATGACCTATACTGTTTGTAACATGCATGTAAGTGAA TATATGTGTACATTGGTCAACATGATCACATAACGGCCATCAACAACATATTGGGGCAAC CACCCTCTTAGAGCATAGTATACCTTCAAGCATAAACCACACGACACATAATTGCATAGG AGACAAGCTAACTTCATATTAAACTTAAGACTCCTAACTTGTGCTATTCATGCATTTACA TAGGGGTACATAGGTAAGGGGTTAACCATTTTTACTCATCAATGACAACACCTATACTTC ACCCTAACATGGATACACATGCTTACACAATAGCCATACAACCTAAATCACAACTAGAAT ATGAAAGTAGGCATAAGCTTCATATAGTATCATCATAAGCACATACTCACATATTCATCA ATTTGCCTTCATGGCCATGGTCAACACATACATATATACAATAAAGTAAACACCGTCACC ATAAGTGGACCATACCACAAAATGCCATACAAGGCTACATCCACTTCAATACTGTACGGA AAGTAGAAGAGATAAGTATTCTTACCAATTTCTCACCCTTTGATCATTATTGATCAATAC ACCTTGTTCATCAACAATGCATATATAGGTAAGTAGATAATAAATTTTATAGCAAAATAC TTGTAAAAATAAAATTATATTCATTTTTTTAGTTTATTCACGCATTTTAAAAAAGTGCAC TATACTCTTCATGCCAGATGAATAAAAAATAATATACCATTTCAAAATTATTTAAAAATA ATAAAATATTTATAATAATTTAAAAGTTTTTTTAAAAATTCGAAGTATCACTTTATGTCT TTTCTCGAATAAAACCAAATCCATGAATCATCATGATTGATGATGAGGTTGAGAGTTGAC GCGGCCTTTGCCCACCCGAAGCGTATAAAACCACCATTCACCCGAACTTGATGAACCCTC TTTGCCGCATCACTCCCCACCTTCTCCTATAAATAAATTCAGCATCCGGCGGAGCTTCAT AACTGATACCCCGCAATCATTAACCTTCTCCCCCTTCTCTCTCATCCTCCCTTCTCTCTA CACATCCATTTTCTGTAATTCTCTTTGGATCTGATTTACGGGGAACATGGTCGAAACCAG ACGAGGCTCCTCTTCTTCCAAACGACCTCTCTCTTCTCCTTCCTCTCCTCTCCCTAATGG CAAGCGCTCCAAGGTTCGGATTTGATGATATCTGTTGATGCATCCATACCACATGTTTGC ATGTAGCTGCAATTTTTTTTTTTTGATTTATTTGATCGGCTTTGTAGGCTGTGGAGGCGT TGTCATCAACTAATGATACCATAGGGCAGAAAACACAGGGTGCTGTGAATGAATCAGGAC AGGAATCTGCTGAGCAAGAGGTACGATCGGCTGATCTGTCTGGTGCTAGTGTTTTGAAGT CATCGGATGCTTCTCTGCCACTAAAATCACCGGAAAATCAAGTGAAAGGCGAGCCTTTGG TATCACCCATCACTTTAGGTGCGCTTTTATCCTTGCATGTTCTTTGACTTTATCAAAAGT CGGATCTTTTTGCGTAATTTGTTTGGTTAATTGAGGCTTTCTGAACTTCTTCTAGGTCAT TCGGTGATTAATGCTGAGAAGGTAAAGTTGAATGGATCGACATTGAATAGGGGTAAGAAG CGGCAGCTGAAATCTAATGTTGGGGCTGCATGGGGAAAGCTTATTTCCCAGTGCTCTCAA GTAGGTTTCTCTTCTTACACTTTCCATGATAATCTTTGAGCCTTTTTTCTGGGAAAAGTA GCATGAGAACAAGAAGTGAAGATAAAATTTTTGAAAATATGTAGCCTTTTTGGTCAAATT TGATACCTAAATGATCTCTGCTTGCACTGACACAGCCACTCTCCCACCATGGAACAAGGG AGGAAAATTTAAGAGAGGAAAAAGAATTTAAATACTTAATCTGTGCAGAGCTATTATAAA TACAAAACATTTAAATTTGCATCCATTCCCGCTTGGATTTCATAGTTCTCAATGTTTTTT AAGTGTTTAATAGTGTGAATACAGTTACCCAGTATGTTATGTTTGTTTTTTTAAGAAAAG AACATGGAAAACTTATATCCAACATTGGTTGCATGCAACTGTAATAAGGTTTTTTGCGAA CATATCTCTCTAACAAGTTCGTAACTCTTTGTTACAATGAAATTAGACCAGAATAACCGC TCAATCACAATCTGTAGTGAAAAGGGACAGTACCCAGGGGAGTATATAAAGGTTTCTTCT TGTGTGCTGTGGTCCCTGGGCCAGTTTGCACAGGTCGACTAATTCTAGGGGTACCTGCTG CCTCCTACCAGCACAAGTGTTGGGTAACTCTGTCCACAAAAGCTTGGACACATAGGAAGG ACTCACCTAGGCCTCATGATTCTCAACCCACTTCATTGACCACGATGACACACCCAGGGG TGTGTCTATAGACGTCATTCTCAGACTCTGTTGACGAAATCCCAATTATACATCAAATCA GCCTCAATGGTACATCATATGCAATGGTTAATTACACCTTTGATTTAGGAGTTCGAACCA AACACAACTATAATTGAAATCAGCCACCTCACTTAATGGTGCCCTTGGAGGCAATTCATC AACTGGAAACTCCAGTCTCGGTGAATCGGTGAAGATAAACTGTTGGGATGTAGCGTCTTT CAGTTGAAAGGTAAAAAGGCAAAAATGGTCCCTGATGGTCCAAAGACAAAGCATACAGGA TTGGGCACTGCTGCGCTTTTTGAGCCTCCATCTAATTTTGGTCTCAGGAGAAAGGACCTC AATCATCTAAATTATTCAGGGGCATAATAGGCTAGAGGAGGAAGAAGTGAACTATGGAAA TGGAGTGACATAGTTCTTTCTTGCCTACTTATATTTTATATTTTTATTTTTTGTGTAATG TTGATGTCTTAGTTATTTAATCTGCTGGAGTTTCTACATAAAATATTTGTGGAATTAGCC TTGTCGTCTTCAAGTCCAACGAGCCAAACTGAAAAATTCAGACTTCTGTCGGGTATTCAG TCTCACCATTTCAAGTTTGACCTGTATGGAGAAAATTATGGCTTCTCGTTTCTGCTATCC ACATTCTTAATGCTCAGCTAGTGCGATATTGACTTTGTATATCAACCGTCCTTCACCGTT GTTCATATTGAATTTAGATATGTATTCCAAGTCCATTTTGAGCTTTATTGGTAAGATCTC TGTGTTTACACACCTAAATCCATAAAATTTCTTTACCTAGGAGTTTGGAGAATTTAAAGG TTAAATGAAGAAGTTAAGAGTCAATTAACTTGATTTTTCTTTAAACTATACATCTTAGTT TTTGTTAGATGTCTATTCAATTGGAGATATCCTCTTACCGTGGTCTTATTCCACTGTCAA GTGTGCTTATGTTGGAGCTATAATTGGTGATCTACTGGACGCCTGGAGATGTGTTTGTAC ACTAGTACCTTGAGGACTTTTATTTCATCAAAAAAAAACTATTACCCTGAGAATCTTTTG AGCAATTACTATAAAATAAACTGTTCCCATGATTAAGATGAGCTAGATATTGCACTCATA AATTAGTCATCTTGCATATGCCTCCATCAAATAGTGTGCACTCTGTAAACATTGTTTACC CTGGTATTCTATGAAATTTATAGTAAAAGGAAAATCCGCCGACTTTAAACATCGTGAGGG TTCAAGTCCCTCTATCCCTCTGAGGCTGCTCAATATACCTATGCAAGAGACGGAAGACGG ACTTGGGATCTCCAGGGTGTTGCTCTCATGCCTCAACTTCCATTTCCTTGGGACTACAGA AAACCTTACAAAAAGAAATGACTTTCTATAAATGACCTTGCAAATGCACAAAAAAGAAAT GAGGGATCAGAAACTATATCTGAAGCACACAATCCTTCTCTATTCCATTAAAAGCTCTCC TATTTTTCTCTTTCCACACTGTACACTGAAGTGCCAAGTGCTAGTGGAGCAACTTCCCAC GCCTTGTGTCTTCTCCTCTGCCTTTTAAGCGTCCAACTAAGCAATACTTCTTTGATCATG CCCTGTATCACTCATTGAAGAACAAACCAACATAGTATTTTCCACAACAATCAAGTCACT ATCGACAATGTAGAAGAAGACAAATCACGTCTTCACTCGAGCTCTTAAGACATGAAGTAC CTATTAACACATGTAATCCTCCTCTTTCTCAGGTTCTCAATTGTCAAAATCACCCCCTTC GTAGCTATCAGGTGAAGAAACAAACCCTTCTTGGAACCCCAGAAAAGTGTGCTCCTCCAT GCCCAACAGATTGTAGAATTTCGCAGAAAACACACCAGTTTTCCATGCTCCCTTTTCCAT ACCTCATTGAGTATAATATTTTCTGACGAGTACGGACATTAATGCGTTGAGAATTTTTTT TGTGAATAACGAAGTTTGTAGTGATAAAAAGCATTGACCTTTTTTTGTGCGTACCTCGAT TTGCAGGCTTTTACATGTTAACTTATGTCATTATATGGTGGTGTATTCCTTAGCCTGTGC TTACATCATATGGACGCTGCAAGGATCATTTTTATCTTTGCACCAAGGTCTATGTATAGA GAATTCCCTTTAATGATAAACAAAGCTCTATAGAATATATATAGTGGATTGCTTTGTTAT AAATAGAAACAGACCCCTACAACAAGATGGTATTGGGAACAGGAAAGGACAGTCTGGAAT CTGGAAAAGCCTTGGTACAAAAGATTATAATTTTGAAGCAATCTAATGAAATCTATCATC TTATGTATTTCATGTACAGTCTGGAAACCGAAAATGTAACAAATAAAGTCTATATTTCAT CTCCTCTCCAGTGGTAGTTTTGCCTTCAATTTTTTAAGAATAAAATATTTTTTATATAGG AGGCCTATATGTTATTTTAGATAAGAAGATCTGTAACCTTCACAAAATCATAAATATGTG AAGGGCGATGTTGTCATGTGTTATGGATGTTTGGATTTAAAATAAAATAAATTATCAAGA AAATGGTTGGGTGGTATTGGATGCATGTTGAAGGATGTTGACGTTGGACTGACGATGACT TAGATTTGGTGTCCATGCTTCCTATGTCTCAATTCAACTTAATTCCTGGGCACAACCGTA AAACTGCCCCCAATTCAATTGGTTGTGGTTAAAATTAAGGTGGCACTTAGATTGGAATAT TTTTCCCCAAGGGAAGTGTTTGGTTTGATGAATAATCGTATTTGTGAGAAAATAATCCAA AAAGTTATTCAGGAGATCACAAAAATATATTTTTGAGTTGCTTTTTTTAAAATTTTGGTT CAGAAGCTGTCTATTCTGTAAAACAATTCAACCATAAATTTTTCTACCACTTTTTTTGAG AAACAAACCAGAGAACTTCCCAATACCGAGATTTGCCAATAGGAAACGAACAGTCTATCA AATAAATAATAGTGCACATAAATGTGAACTGTTTATTTTTACTTGCTTAATTGTTTACCT TCTATAATTAACTCACTAGTTGACTTTCATTTGTTTTTGCAGAATCCTCACGTTGTCATG CATCATCCCACATATTCTGTTGGTCAAGGTCGTCAATGTGACTTGTGGATAGGAGACCCT TCTGTTAGCAAATCTTTATGTAATCTGAAGCACATTGAGCAAGAGGTGAACTTAACATTT CTTGATGCTCTTTTGCTGTTGTTTGAAGTAGTATAACTAAATTTCCTTTCTCTCCCACTT GTGACGTAAACCCACACTATTCATTCTGTTTATGTTTCTATATGTCTAGAAAGGAGGTTT CATTACTCTACTTGAAATTACTGGCAAGAAAGGTGATGTGCAAGTCAATGGCAAGGTCTA CCCGAAAAATTCTACTGTGCCTCTCAATGATGGTGATGAGATGGTTTTTGGCTCGTCGGG TGATCATGCTTATGTATCCTTTTCTCCGATGTATTTTCTTCTGTTTGTAGAGATTTTATA TACATGTAAAAAGTGTGCATTCCATATCAATGTTAGTAATGGAAGAATCAATGGTTTCCT TTACTTGCTCTTTTAGATATTTGAAAAAATCACCAACGACAACAAATCTTGTTTGCCACG GCAAGTCAGCATACTTGAGGCTCATAGTGGATCAGTCAAGGGACTACACATTGAGGCAAG GTCAGGGGACCCTTCCACAGTAGCGGTGGCATCAACCCTCGCATCTTTGTCAAATTTTCA GAAAGAGTCTTCCCTTCTCTCGCCGTCATCTCAAAATGGTAAGGATTTGCAACAAAGTTC GGAATTGCCAAGACTACCAGCTGCAGATGGAGTGTCAGACAAACATGATTTAGATGCTGA AATGAAGGATGCTTCTAACCTTAGCAATTTGCCTGGTGTTTCACTGTGTGAGAAGACTGG TGTTATATCTCCTGACAGTGGAAATGAGAAGTTGAATCTTGATAATGGTGCACTTGATTC AGTCGATGCGGAGATAGGGAAGATCTCTGGGGTAGCTCAGGAATTGCGACCTCTACTGCG AGTACTTGCCGGATCTTCTGAGTTCGATTTAAGTGGTAGCATTTCCAAAATTCTTGAAGA TCGGAGGGGAATACGGGAATTACTCAGAGATCTTGACCCGCCAATTTTGACATCAACCAG GCGCCAAGCTTTTAAAGATGCATTACAACAAGGAATACTTGATTCAAAAAGTATTGAGGT CTCGTTTGAAAATTTTCCGTACTATTTGAGGTGAGCACGTTGATCTCAAGCAATAAATAA TCTTCTGTCATTCTTTTTGTTGTTCTCCAAATATTTGATGCACTTTTTTGGTGCTTTTCC TTTCAATTGTTTCGGTAACTTCAAGTGTTGTTATGAGGGTGACTGGAGTTGATCTTTCAC CAGTCAGAAAAAGTATGAATGGAGTTTTTCATATTGCTAATAATAAGAAAAAGTATGAAT GGAGTTCTGATTTTACTAATTCTGTATTATTATTTATCAGTTGGAGTTATGTATTTATCA TTTTTCTTTCCTAGTTATGATTGATATGCATATGATTGTCTCTCTTTAGATATGCAATTT CCTAGATAATATGTGCATGCTATTACTGTTTCCTCATATTGCATCATAGGTAAACAAATA AAAAGAGAATCCAAGCTTAGTTTGTTTATCTTGGGATTTTACTCTTTTTTTGAACTTCAT TACACTTTAGACTAACTTCTTTTTATTCTTAATGTTCTTGTATGTTGAACTTGGTGTAGT GTTCATCGTTGCTATAGAGCACTCATATCTTCTATGAACTCCGTTACTTTGTGTTGCAGC CTGTAATTTTTCATTTTTGAGTCCTGGATTTGTCTTTTGAGTTTTTCAGTAGTACCTGTG TGTCGTTTTTCTCCTTTTTTTTTTATATGTTGCTGGTGTCTAGTGCTAGATGCAGGATGT CCCAAATGTACTGGTGGAATTTATTTTACTGAGTTCTCTCTTTTTTCATGATCCATGACA GTGAAACCACGAAGAATGTTCTGATTTCTTCCACTTACGTTCATTTGAAGTGTCACAAAT TCATAAAATATGCACCTGATCTCCCCACGTTGTGCCCTAGGATTTTGTTATCAGGTCCAG CAGGTAGTATTTGTATTTTGGATGTTTTACAGTAATCACTATTCGATATGTTCAATTTAG TCAATAATATTATATTTTTGATCGGTGCTTGCTCACAGGTTCAGAAATCTATCAGGAGAC ATTGGCCAAGGCTCTTGCAAAATACTTTGGTGTCAGGCTACTGATAGTTGATTCTCTTTT ACTGCCTGGTGTAAGCCTTATATTTACCTAACTTGTATTGCTGTTTTTGTATGCTCTTTT TCATGAAACACAATAAATTTATTGAAAGCTGTAAGGGACATCTGCGCCAAGCTAATTGAT CCTCACAAGAGAAAAGATAGGAACAAATTAGTATCTATCTTGTAGGTCAAGAACATCATG AATCTTCACTCAGTTGCAATGCTATAAGCTCAGTTGATTGTGTTTATATAACATCGGCAT TGCCATTGTTTCACCCCCTTGGTTCTAGCGTTCAACAGATTGTTGTGTCACCATAAATGC TTGTGGATGACTGTTACTTATATATATATATATATATATATATATTTCTACCATGTATAA TTATTTTTCTCTTATTTGATCGTTGTAGAAATAACATGGTTTGTTACTGTTCCTTTTATA CATCTTGGTTAAAAAAAATAGTGTTCCTTTTATACATCTTGATAAAAAAATTTAGCTTTC CTTTTATGCATATATTGTGCTGCTGATTTCAACAGTATACCCAAGTATAGTCCTACAATT GGGGTTTGCGGGGGTGATGCGTATGCAACCTTACCTATACCCTGTGAAGTTGGAGAGATT GTTTTGGATAGACCCTCAGCTCAAGGAAAGCATATAAAAAACAAGTGTCTAAAGCAAATA TAGTAGCGAAGAGCCATGCTGAAAACAATGGAAGAGAGAATTGTAGCAGCAGCAAATAAT ATAATAACTACAAATAATACAATAACTACAAGTAATACTAAGATTGAAGAATAAGATAGT AAGAAAGTACTAATAACAACATTGGGAAGGAACCTAGACAACACCCAATTACCTATTAAC CTTCAACCCAATCCTCGTCCTCCATATCTTTCTATCTAGTGTCATGTCCTTGGTAAGCAG TAAGTGTGCCATGTCATAATCTAATCACCTCTCCCCAAGACTTCTTCGGCCATCCTCTAC CTCTCCTAATACCCACTATAGCCACCCTCTCTTACCTGGGAATCTCTTCATCTTCTCTTC ACATGCTCGAACCATCCCAGTTTTACCTCCCTCATCTTATCCATCATGGAGGTCACTCCC ACCTTATTCGGGATCCTATCTCTCATGGTATATCCACACATCAATCCTGACATTCTCATT TCCGCTACTCTCAACTTCTGAATGTGCGAGTTCTTGACCGGCCAACACTCCTCCCCATAC AATATAGCTGATCTTACCACCATATTATAAATCTTGATTTTAAGACTTGGTGGTACATGC TTATCACACAAGACATCAGACGTGAGCATTCACCCCGCACCAATACGATGTTTAGCATCA TAGCAATCTCCCCATTTTCTTGATTATTGATTCTTTCTTGGAGATTACTTGTGTAGCAAT CCCTACTTCCACATCTGCCACATGATTTATGTCGTTGAACTTGTACTCCAAATACTCTGT TTTAGTCCTGCTCGACCTCAGCCCTTTAGACTCCCGGGTTTGTCTCCAAACCTCCAAATT TGCTGCTGATTTCAAAATACATATATTTTTACTACTGCTTAAAACTAATGGTCGTCTGCC CGTTTTCTTGTTTCTTGATCTTACTAACTGGGGAATGTGCAGGACGGCTTATAATCAGAA AATCCGCATATAACTATTTGTTATGAAAACGTTGCATGAGTTCATTGTCTCTACTATTGA AAATTTTCTCATCCCCTACTAATTGAGTTCATTGTTCAGGTTTTTCAAATGAATGAAGTT CTGATATCTTATGAATAAATTTTCAACATGTATGATATCTTATTAATAATTGATCCTCCA TTTATTACTTTTTCTAGCCGTAGAAGCAGAATATTGATGTTTTATGTGAGGGAAATAACT AAAAAGTCACAGTTAGTATAACTTGAAAGTCAATTTCACTTGAAGAATGTTTACTTTTTT CACTTGTCCTGCAGTCGAACTAGTTGAGTATATATTGGGGTGTTAAGTGAAACTGAGAAG GGTGGACACTAAACTATGTATATTTTTTTCTGTTTGGGAGGCAGTTTCAATCACTGAATC CTGCAATTCATGATTTTCTCGAACATCATGCAGGGGTCAATTGCCAAAGACATTGACTCT GTGAAGGAAAGTTCAAAGCCTGAGAGAGCAAGTGTCTTTGCTAAACGTGCTGCCCAGGTG GCTGCACTACACCTTAATAAGAAGCCAGCTTCAAGTGTTGAGGCTGATATAACTGGTGGT TCTACAGTAAGTTCTCATGCTCAGCCTAAGCAGGAGGCATCTACTGCATCATCCAAAAAC TACACTTTTAAGAAAGGTAATTGGGTGTGTTGGTGTTCACCGTGAGTGTATATTTCGAAG ATCCCCCCCCCCCCCTCCCTCCCTCCCCGTGTCTGTGTCTGTATGGTAGAGTTACCACTT ATGTTTGTTATGTATATGTTGGATTATGAATCTCCAACCCTTCTTTCCTTTCAAAAGAAC AAGAAAATAAAAGAGAATTGGGGTTGAAGTCTTTGATTCGTAGTTGTAGTTCTGTCTATC CTGAATGTGAGATTTCTAATTTTGACAGGTGACAGAGTGAAGTATGTTGGTCCGTTACAG TCAGGCTTTTCTCCCTTGCAAGCACCTTTGAGGTACCCCATTGAAAATTTGATTCCTAAC AGTGATGTCTTGTTCAAATCGTCATGGAAAAAAGAACATTCATATCTATAGTTAACTTTC TATAAGTTCTAAAATTAATACTGCTAGTATCTAATAATAAGTATTTTGTTAAAATTTATT GATTAATAATGTCATGTGTTCAAACCATACTGCAGGCAAAAGCCTGGTGTTTAAGTAGAC AAGGGTAAATGGGCATGAGTTTCCAATCGTGTGCGTTCGGACCTCAGGGATTTCTTGGTT AAAAGATAATAATTTTTGGAAGTTCATTTCAAATATTTATTTATCTTAGAATGAAAGTAA TTTTGCATTACATCACAATAATGTCAAATACTTCAGGAATTTTAAGTGGAATATTGTCTT AATATATGTTTTAATATATATTCATTCAAACCTCTTAAGAAATAGTAAATCATTCCAAAC CTTTTATATTTCCCATCTGACTAGTTTGTTTTCTTTACAAATTTTAAAAATAAGATTGAC TATAGACTTTATTCTGAATGATCGAGTAACTCCGGATATAAAGTGGTCCTTCATGGAAGA AGTTGAAATAATTCATGACTTTATTTTATTATTTAGATATGTTTAAATTTTGACTGTTAT TTAACGCTATGGTCTTACTGTGTTGTCTAGATGCTATAGTTTTCAACTTCTCATGAACTC TGAGAAGATGATGCAAATTTGTATTCATTCAGATGAAGAGTCGAAAATACAAATATAATG TTCTGATTTCAAATGGTTGAAAGTTTTACTATGTTTCTCAATCAAAGCAATCATATGGTA TGGAATGGCTTGTATAAGGCAGTTAGGAATTGCTTGTGTAGGTTGACTTGTTTAGTAGAA GTCTTGTTATTCTTTATCAAGTAAAAGTGGATGTGTGTATTGTAATTTGACTCTTTTCTT TATTTTGCAAATCATGGCATGTACGTGATCACAGGGGTCCAACATATGGTTACAGGGGCA AAGTGGTTCTTGCATTTGAAGATAATGAGTCCTCTAAGATTGGGATCAGGTTTGATAGAT CAATTCCAGAGGGCAATGATCTTGGTGGTCGCTGCGAGGAAGATCATGGGTTTTTTTGTG CTGGTAGTTTTCTGCTACACTTGTTCATTTTAAAGAGCTTCATCTATGTGTTGACCACCA TTATGAAATAAATAAGCATGTCTTCTTGCTGAAACTTGACCTTTTTTCTTGCAAAGCCGA CTTTCTACGCCTTGATAGCTCAAACAGTGATGATATTGATAAACTGGCCATTGATGAACT TTTTGAGGTAATTTTCATGTCAATATTGGTTTTCTCCTTTTGGAATGAGTTTTCCTTTAA TCTACTCTTTTTCATATTTGTAGGTTGCTTCAAAAGAAAGTAAAATTAGTGCATTAGTTT TATTTGTCAAAGACATTGAGAAGTCTATGGTGGGAAATCCTGAGGCCTATGCTGCTTTCA AGATTAAGCTTGAACATTTACCTGAGAATGTTATTGTCATAGCTTCCCATACCCAAACAG ACAGCCGAAAGGAGAAAGTATGTAAGGGCATAGTTATCTTTTTGTTTTCTGTTGGAATCC AATTCTGACTCGTAAAACTGACAGCATTCCATATATGCTTTGCAGTCACATCCCGGGGGA CTACTGTTTACAAAGTTTGGAAGTAACCAGACAGCATTGCTTGACCTTGCTTTTCCAGTA TGTGAATCTGTTTATCTCTTTTATTTGTCCTTTTTGCTTTCTAATGCAAGGAGGTGTCTG GCTTATAGTAATAAAATATATGCTTTACCTTCATATTAAAGGTTCCTGCTAGGTGTGTCT GTCAACTTTTTCCCCCTTTTCTATCTTGCGTCTTCTTCTATCATGTTGATGGTGGTGGAG AGCTGGGTTGTAATTGGGGAGGCCTTAAGATGACATCTATGTACTCTGAAGACGCATTGC ACTATTTTAACTTGGGTTTCCTTTGTTATGTTGTTTTCCTGTGCAACACTCTGTAAATCA AGATTATTTACACTAATGTATTTGACTTACAGTACAAAACCTGTTTTTCCATCATATGAT CTATAGTTAGGATTTAGGAGTTATGGATACCAGGTCTCTTGTTTATTAGAATTGGGCATC TCCTTGAAGCTTCATGGCTATTTACTTAATTATGGATTGCATTCTAGAAACATGTTCACT TGTAAAAGAACTGATAGCCAAGCATTGTGATGTCTCTGCTTTTCCAGGATAGTTTTGGTA GGTTGCATGATAGAAGCAAAGAAACTCCTAAAACGATGAAGCAGCTCACCCGTCTTTTCC CCAACAAAGTTACCATACAACTACCTCAGGTAAAATCTTAGTTCTTGTATACTCTTGCCA AATGTTAATACTGTTATTGAAGCATTCAATATGTGTCTCATTGTGGCAGGATGAAGCATT ATTATCTGACTGGAAACAACAGCTGGAACGGGATATTGGAACTTTGAAATCTCAGTCAAA CATTGTCAGCATTCGCAATGTGAGAGCTCCTTTCGCCCCATCTTAAGGCACCTTTCTTTG CCGAGGGAAAATACCTTTTTGTCTTCTCCTTTCATTGCTTTGGGGCTGTATATTATCTAG GACTATTTATAGATGATTTGTCCCCTATATTCAAATTTTACGCGGTGTTCTCTGAAGTTC TAATGGACACTGTAATTAGTAGAACCATGTAACATTTCTCTAGCACGCTGCATGCCCAAT TTTCATTTTCTTGCTGTTTTCTTCTTATAGGCTTATCTCCTTTCAAAAGAGTGTACGTTA GTTGTTGAATGTTTTCATCTTTCTATCTGTTGGACATTCACTTAAAAAGGAGATGTGTAT TGTAGTGATTTTATAATTGCATCCTCAATTGACCGACTGATTGAATTATTCTAACTTTTG TGTCTCAGGTTTTGAACCGTATAGGAATTGATTGCCCTGACCTCGAAACTTTATGCATAA AAGATCAAGCGTTAACAAGTGAGAGTATGTATTCCTTGAAGTTGGGATGTTTATGTTTGA AAACATGATAATAATATGTTCTCATGTTCTCATTGTGTGTGATAGGTGTGGAAAAGATAA TAGGCTGGGCCTTGAGCCATCACTTTATGCACAAAACTGAATCGCCAGTAGAAGAGGTCA AGCTGGTTATCTCCAGTGCAAGGTCAAATTAAATTTTACTGTCTAATTCATGATGTTGGA AGATGTGCACTATTTAGTCATCTTGTTTTCCACTTTGGGTCACTGAAGGGGTCTTCATAA TTTTTTGGGGGTTGGCAGAAGGAGGCATAATACTGATGTGTCTATTACTTGATCTGACAG CATTTCTTATGGGGTCAATATTTTCCAAGGGATCCACAATGAAACTAAGAGTCTAAAAAA ATCTTTAAAGGTGAAGTATCTATTTTTGGCAAACTTAATTTTGTCAAAAGGTTGCCATTT GTTCTGAACTTCTTGAAGCAAAATACTGATGTTTGAGTTTTCAGGATGTGGTTACTGAAA ATGACTTTGAAAAGAGACTACTTGCGGACGTAATTCCGCCTAGCGATATTGGTGTTACTT TTTGTGACATTGGAGCACTGGAAAATGTCAAGGATACTTTGAAAGAATTGGTGATGCTGC CACTTCAAAGACCTGAATTGTTTTGTAAAGGACAGCTGACCAAGGTGAAAAGATTTTCTT GTTAAAATCTACATGGATCTATATTTTGCATTGGAATTCTTCATTCTTTGTCTTGACATA GGGTGTAGGGTTCGTTGCAACTTTTTCATCATTTATGCACTTCTATTTCTGAAGAAGCTA TCATCTACAGCCTTGCAAGGGAATACTGCTTTTTGGCCCCCCTGGTACTGGTAAAACAAT GCTTGCAAAAGCTGTTGCAACTGAGGCTGGTGCAAACTTTATTAATATATCAATGTCAAG CATTACTTCAAAGGTACCACCTATATATTTGCTTGTGTATTCCCATTTTGTCTTTTAAAG CCCTTGCTTTAATGGCTTACAACTTTTTGTTGATTGTAGTGGTTCGGTGAAGGAGAGAAG TATGTCAAAGCAGTCTTCTCATTAGCTAGTAAAATAGCGCCTAGTGTCGTTTTTGTTGAC GAGGTTGGTAAAATATACATTATATTTATCATCTCGAACTTGTTATATTGATGTTATAGT TAAAGTATCTTACATATTTTGCCTTTTGTGTATAAGTGGGCACTCCTCTTTTAATTTGAT CATGTTGTTCTTTAGCTTATATGTTATGTAAATGTAAATGCATCCTCTTTACTGCAAGTC ATCTTCTGTTCAATTGAAAAGATTATTGTGTTTACCCTCCGCTTTCTTCCATTTCGCTGG TCTATTAGGTGGATAGCATGCTAGGGAGACGAGAAAATCCTGGTGAGCATGAAGCAATGC GGAAAATGAAGAATGAATTCATGGTGAATTGGGATGGCTTGCGTACAAAGGACAAGGAGC GAGTTCTTGTACTTGCTGCAACTAATAGACCATTCGACCTTGATGAAGCAGTTATTAGGA GACTTCCACGGAGGCAAGTAATAATCGTTCAGTGAATCATTTTTTCTGATTAATCCGCAA ATGGAAGGGGGGCTAAAGAAAAAGAGAAAATTTATGTTTTACTAGTTTATGTGGAGTCGT AATGTTAAGTGCTCTCCATTGATGCAGGTTGATGGTAAACTTGCCAGATGCTCCGAACAG GGAGAAAATTTTGAGAGTGATATTGGCCAAGGAAGAGTTAACGCCAAATGTTGATCTGGA AGCTATAGCAAATATGACTGAAGGGTATTCCGGAAGTGATTTAAAGGTCTGGTAGATGAT CCTGTTGTTCTATATTAACTGACTTTGTAATGTGTTAGAAGTTTTAACACGCCAATGACT GGTCCCCCCCCCCCCCCCACACACACACACACACGCACACACCATTTTCTATGATTTCAC AGTTCATGCTATCAACTCTTATATTTCCATCCACAGAATTTATGTGTCACAGCTGCTCAT TGCCCAATTAGAGAAATATTGGAGAAAGAGAAAAAGGTCAGTTGACTGAGTTCACTCTAG TGGCTTTGTATAATTCTGGTAACCTTCCAATACATGGTTGAATTTGTGACTTTGATCGAC ATGTGAACGTGCTCTTCTAACTTCTCTCCACTAGCTATTTTCAAGAGTCCTTCGGAAATT ACAAGTTACTTCCTCCATTCCATATTAAGTTAATTTTTGAGGCATTTTTCATTTTTCAAA TTAACTTAATTGTTTAGTTTTAAGACTACTTTTAGAGTATTCTTCCAATTTTACCCTTCA TTAGTTCGTATTGGAATTAGTGATTAATTAATATTTATTTATTTTAATCATAAATTTGAC AATAATTAATAAGGGTAAAAATGGAATACTAGGTTTAATTTATGTCTTAATCTACTTTTC TTAAAGGGCGTGAAAGACCTCAAAAATTAACTTAATATGGAATGGAGGGAGTATCATCTT GTCTGACATACAGCCATTTGCTAGTCAAGTAACTGGAATGTAATTTAACTTGTATTATAT CAGGAAAAAGCATTGGCAGTTTCAGATAGCAGGCCAGTCCCTGCATTGCATAGTAGTGTG GACGTTCGCCCCCTTAACAAGGATGATTTTAAATATGCACATGAACAGGTGTGTCGGCTT TTCTGATTATTAACATGGTACTTTATGCTTTCTTCCAACTGTCTTAAGCCATCTTGTTTG AATTAGTCAATGTTTTTTTCCTGAAAAGTTAATTAACTAACGAGTAAATTGTTTTCTCTC AACTTCTCCATATTTCCTATTGTAGCCTTTTGCCAATTGTCAATGTCTTATAGATATTAT TAGGATTTACTAATAGCTACTATATATATACAACCTAGTGATACATTCAAAAAAATTAGT TAACATTAACTATACCTAGGGGTTTTATAGCAAATCTCTCCTCTCACGTTCCCCTTCTCT CTCTCTCTCTCTCTCTCTCTACAATTTATTGTGTGAATCTTTCTTCTTCTCCCTCTGTTG CTATATTAATACGAAATCCCATTAAAGTTCTACCTGATTTTTTTATCTATACATGTGGTT CTTGGTCTAAAATATTTTCTGGGTGGCTGCTGGCTGTTGATTCATTTTCTTATTGGATTA ATGCTGGTATATCGAAATTATGATCTGTGGGTTCTTGTTTGTTGTTCAGTCTTCTCTTCT TCTTAGATTGATAAACTGATACACCTATCATTAAACTGTATGTTCTTCGATTGATACAAC CAATTGTATCCATGCATAAAAAAAATTATATCTGTATGATGTGTATTAAAAAAAAAAGCT GATATCACTATCCTCAGAATAAACTGTATCTGTATATTTGTGTGTGAGATTGGAGGAGAG AGGAGAGAGGCGAGCGAGATTGGGAGAGAGAGGAGATTGTGTATCTCAGTTTCAATTAAG ATATAGGTTGTATCCCTCTCTATCTCTCTCATTCTTGCTTTGCCTCTCTCCTCTCTAATA TTTTTGCTATGAATTGTTACTAGGCAAACTATAGCTACTTTTCATAATTATGGTCCAAAC TATAGTTATTTATGATTTTATTAAGCGCCAGATGGTTTCATAATATATATATTTGTTGGC GAACACTGGCAAAGGTTGAGGGACTTGTGATTTATGTCACAGGTTCAAGCCTTGCATCAT TTGAGTGAAGTTTGGTATTTAGTGGAGTAGGGTAGAGGGGTGAGTCCATCATCCTTGATT TTCAGAGGCTGCGGTTTGTCCAAGGGTAGGCCCTTGAAGAATTTCTGGGTCATAAAAGAA TTTTCTTGGTGAGGGCCTGAGGGGTGCAGATTGATAGTCATGTGTCAAATCTTGTCTATC TGTCACAATTCATTATATGCTGCCGATGAAGTAGTTTGAGAAGAACTTTTTGTGACTGAA CAGAAATTTTGGAGATCACTATTTGATGAAATAGCTTGTTTCAAACTGGTGACTTGTATG TAAAAGTTGAAAAAATAAAAAAAATCAGTAGCTTCTCAAATTGATACATCTGTTGTTTCC TAGTCATCTTCTTTTCTCTTTAAACATAAGCAGAGTATGACAAATCTAGCAAATGAGGTC TAGCACACATCATCCTAAGACAACACAAGGAGATAACACTCATTTCTCAACCAACGACGT GGGACACTCTTAACATGTCCGCGCACCCAGGGCTGAACTTGCGACATGGTAGCCTAACAC TAGATATGCGTCTAATGTGTCCCCATGTTAAGAAAATGGATCTAGGCCTAACTCATCTAC AAAAGTTAGCTCATGAGTTGAGGATTTGTCCAAAACCTTGGAGAAAAACAAGAGCTATTC TTCCAATCAATGTTGGATC GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_1 match_part 1.000 4726 4827 match_part 0.985 4963 5631 match_2 match_part 1.000 4726 4827 match_part 1.000 4963 5609 match_3 match_part 1.000 4727 4827 match_part 0.998 4963 5383 match_4 match_part 1.000 4815 4827 match_part 0.989 4963 5247 match_5 match_part 1.000 7885 8056 match_part 1.000 8134 8410 match_part 1.000 8630 8701 match_part 0.959 10572 10644 match_6 match_part 1.000 7885 8056 match_part 1.000 8134 8410 match_part 1.000 8630 8701 match_part 0.959 10572 10644 match_7 match_part 1.000 7886 8056 match_part 1.000 8134 8328 match_8 match_part 1.000 7919 8056 match_part 1.000 8134 8264 match_part 1.000 8342 8410 match_part 1.000 8630 8701 match_part 1.000 10572 10644 match_part 0.995 11186 11400 match_9 match_part 0.891 7919 8056 match_part 0.947 8134 8264 match_part 0.986 8342 8410 match_part 0.958 8630 8701 match_part 0.986 10572 10643 match_10 match_part 0.891 7919 8056 match_part 0.947 8134 8264 match_part 0.986 8342 8410 match_part 0.944 8630 8701 match_part 0.986 10572 10640 match_11 match_part 0.978 7919 8056 match_part 0.992 8134 8264 match_part 0.986 8342 8410 match_part 0.986 8630 8701 match_part 0.973 10572 10608 match_12 match_part 1.000 7924 8056 match_part 0.992 8134 8264 match_part 1.000 8342 8410 match_part 1.000 8630 8682 match_13 match_part 1.000 7934 8056 match_part 1.000 8134 8264 match_part 1.000 8342 8410 match_part 1.000 8630 8701 match_part 1.000 10572 10644 match_part 0.981 11186 11291 match_14 match_part 0.926 7949 8056 match_part 1.000 8134 8264 match_part 1.000 8342 8410 match_part 1.000 8630 8701 match_part 1.000 10572 10644 match_part 1.000 11186 11202 match_15 match_part 1.000 7974 8056 match_part 1.000 8134 8264 match_part 1.000 8342 8410 match_part 1.000 8630 8701 match_part 1.000 10572 10644 match_part 1.000 11186 11364 match_16 match_part 1.000 7997 8056 match_part 1.000 8134 8410 match_part 1.000 8630 8701 match_part 1.000 10572 10644 match_part 0.988 11186 11346 match_17 match_part 1.000 7997 8056 match_part 1.000 8134 8410 match_part 1.000 8630 8701 match_part 1.000 10572 10644 match_part 1.000 11186 11300 match_18 match_part 1.000 7997 8056 match_part 1.000 8134 8410 match_part 1.000 8630 8701 match_part 1.000 10572 10644 match_part 1.000 11186 11263 match_19 match_part 1.000 7997 8056 match_part 1.000 8134 8410 match_part 1.000 8630 8701 match_part 1.000 10572 10644 match_part 1.000 11186 11205 match_20 match_part 1.000 8000 8056 match_part 0.996 8134 8400 match_21 match_part 1.000 8235 8264 match_part 1.000 8342 8410 match_part 1.000 8630 8701 match_part 1.000 10572 10644 match_part 0.997 11186 11555 match_22 match_part 1.000 10571 10644 match_part 0.976 11186 11567 match_23 match_part 1.000 10609 10644 match_part 0.955 11186 11567 match_24 match_part 1.000 14296 14990 match_25 match_part 1.000 22500 22760 match_part 0.995 22992 23197 match_26 match_part 0.814 40616 40798 match_part 0.966 42477 42650 match_part 1.000 43120 43170 match_part 0.986 43644 43717 match_part 0.984 43935 43998 match_part 0.956 45117 45161 match_part 0.968 45325 45386 match_27 match_part 1.000 49904 49952 match_part 0.983 50113 50171 match_part 0.990 50724 50823 match_part 1.000 51615 51694 match_part 1.000 52397 52453 match_part 0.990 53383 53486 match_part 0.955 53927 54014 match_part 0.929 54109 54122 match_28 match_part 0.969 85084 85213 match_part 0.972 85308 85518 match_part 0.936 85616 85740 match_part 0.965 89563 89675 match_29 match_part 1.000 90618 90750 match_part 1.000 91502 91623 match_part 1.000 91719 91810 match_part 0.995 93874 94083 match_30 match_part 0.933 91505 91623 match_part 0.989 91719 91810 match_part 0.982 93874 94096 match_part 0.984 94349 94412 match_part 0.950 95375 95494 match_31 match_part 1.000 95941 95957 match_part 0.935 96025 96117 match_part 0.990 96648 96749 match_part 0.978 96830 96919 match_part 0.961 97329 97404 match_part 0.946 97486 97541 match_32 match_part 0.886 96715 96749 match_part 0.978 96830 96919 match_part 0.947 97329 97404 match_part 0.948 97486 97582 match_part 0.929 97741 97810 match_part 0.972 97905 98084 match_part 0.963 98231 98311 match_33 match_part 1.000 97566 97582 match_part 0.929 97741 97810 match_part 0.989 97905 98084 match_part 0.984 98231 98353 match_part 0.988 98440 98523 match_part 0.989 98769 98953 match_part 0.982 99088 99144 match_34 match_part 0.684 97792 97810 match_part 0.883 97905 98084 match_part 0.911 98231 98353 match_part 0.963 98440 98493 match_35 match_part 0.957 98454 98523 match_part 0.976 98769 98851 GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_36 match_part 0.997 23325 22306 match_part 0.976 19977 19435 match_37 match_part 1.000 22520 22306 match_part 1.000 19977 19559 match_38 match_part 0.992 22560 22306 match_part 0.978 19977 19566 match_39 match_part 0.995 22525 22306 match_part 0.981 19977 19566 match_40 match_part 1.000 22404 22306 match_part 0.995 19977 19585 match_41 match_part 1.000 22622 22306 match_part 0.997 19977 19672 match_42 match_part 1.000 23198 22993 match_part 1.000 22761 22306 match_part 0.992 19977 19847 match_43 match_part 0.970 22931 22306 match_part 1.000 19977 19960 match_44 match_part 0.996 23148 22399 match_45 match_part 1.000 23148 22437 match_46 match_part 0.994 23148 22482 match_47 match_part 0.999 23347 22494 match_48 match_part 0.998 23148 22533 match_49 match_part 1.000 23015 22571 match_50 match_part 0.997 23369 22591 match_51 match_part 0.996 23346 22678 match_52 match_part 1.000 23318 22706 match_53 match_part 0.990 23346 22756 match_54 match_part 1.000 23317 22794 match_55 match_part 1.000 23348 22811 match_56 match_part 0.944 23175 22821 match_57 match_part 0.998 23360 22834 match_58 match_part 1.000 23148 22881 match_59 match_part 0.993 23353 22908 match_60 match_part 1.000 23317 22908 match_61 match_part 0.951 32226 32001 match_part 0.969 31932 31869 match_part 0.988 31206 31122 match_62 match_part 0.895 33113 32961 match_part 0.940 32728 32629 match_part 0.911 32560 32101 match_63 match_part 1.000 33144 32961 match_part 1.000 32728 32629 match_part 0.998 32560 32116 match_64 match_part 1.000 33172 32961 match_part 1.000 32728 32629 match_part 0.998 32560 32132 match_65 match_part 0.938 33073 32961 match_part 0.940 32728 32629 match_part 0.927 32560 32177 match_66 match_part 1.000 40480 40226 match_part 0.996 38625 38136 match_67 match_part 1.000 40442 40226 match_part 0.996 38625 38136 match_68 match_part 1.000 40495 40226 match_part 1.000 38625 38137 match_69 match_part 1.000 40480 40226 match_part 0.997 38625 38282 match_70 match_part 0.999 58876 58172 match_71 match_part 0.988 59124 59039 match_part 1.000 58929 58312 match_72 match_part 1.000 59186 59039 match_part 1.000 58929 58826 match_part 1.000 58706 58317 match_73 match_part 1.000 59199 59039 match_part 1.000 58929 58826 match_part 0.979 58706 58321 match_74 match_part 0.993 59185 59039 match_part 0.962 58929 58826 match_part 0.970 58706 58509 match_75 match_part 0.993 59185 59039 match_part 0.962 58929 58826 match_part 0.970 58706 58509 match_76 match_part 1.000 68585 68583 match_part 1.000 68468 68425 match_part 1.000 68303 68263 match_part 1.000 66382 66300 match_part 1.000 66204 66113 match_part 1.000 66008 65939 match_part 1.000 62761 62723 match_part 0.997 62149 61843 match_77 match_part 1.000 66195 66113 match_part 1.000 66008 65939 match_part 1.000 62761 62723 match_part 1.000 62149 61859 match_78 match_part 1.000 66173 66113 match_part 1.000 66008 65939 match_part 1.000 62761 62723 match_part 0.996 62149 61876 match_79 match_part 0.938 66193 66113 match_part 1.000 66008 65939 match_part 1.000 62761 62723 match_part 0.996 62149 61905 match_80 match_part 1.000 69761 69627 match_part 1.000 69543 69456 match_part 1.000 68966 68910 match_part 1.000 68802 68770 match_part 1.000 68660 68583 match_part 1.000 68468 68425 match_part 1.000 68303 68263 match_part 1.000 66382 66300 match_part 1.000 66204 66113 match_part 1.000 66008 65954 match_81 match_part 1.000 69712 69627 match_part 1.000 69543 69456 match_part 1.000 68966 68910 match_part 1.000 68802 68770 match_part 1.000 68660 68583 match_part 1.000 68468 68425 match_part 1.000 68303 68263 match_part 1.000 66382 66300 match_part 1.000 66204 66113 match_part 1.000 66008 65954 match_82 match_part 1.000 69671 69627 match_part 1.000 69543 69456 match_part 0.912 68966 68910 match_part 1.000 68802 68770 match_part 1.000 68660 68583 match_part 1.000 68468 68425 match_part 1.000 68303 68263 match_part 1.000 66382 66300 match_part 1.000 66204 66113 match_part 1.000 66008 65968 match_83 match_part 1.000 69712 69627 match_part 1.000 69543 69456 match_part 1.000 68966 68910 match_part 1.000 68802 68770 match_part 1.000 68660 68583 match_part 1.000 68468 68425 match_part 1.000 68303 68263 match_part 1.000 66382 66300 match_part 1.000 66204 66113 match_part 1.000 66008 65977 match_84 match_part 1.000 69712 69627 match_part 1.000 69543 69456 match_part 1.000 68966 68910 match_part 1.000 68802 68770 match_part 1.000 68660 68583 match_part 1.000 68468 68425 match_part 1.000 68303 68263 match_part 1.000 66382 66300 match_part 1.000 66204 66113 match_part 1.000 66008 65988 match_85 match_part 1.000 69712 69627 match_part 1.000 69543 69456 match_part 1.000 68966 68910 match_part 1.000 68802 68770 match_part 1.000 68660 68583 match_part 1.000 68468 68425 match_part 1.000 68303 68263 match_part 1.000 66382 66300 match_part 1.000 66204 66123 match_86 match_part 0.964 69681 69627 match_part 0.989 69543 69456 match_part 1.000 68966 68910 match_part 1.000 68802 68770 match_part 0.987 68660 68583 match_part 1.000 68468 68425 match_part 1.000 68303 68263 match_part 0.976 66382 66300 match_part 0.983 66204 66146 match_87 match_part 1.000 69712 69627 match_part 1.000 69543 69456 match_part 1.000 68966 68910 match_part 1.000 68802 68770 match_part 1.000 68660 68583 match_part 1.000 68468 68425 match_part 1.000 68303 68263 match_part 1.000 66382 66300 match_part 1.000 66204 66151 match_88 match_part 1.000 69712 69627 match_part 1.000 69543 69456 match_part 1.000 68966 68910 match_part 1.000 68802 68770 match_part 1.000 68660 68583 match_part 1.000 68468 68425 match_part 1.000 68303 68263 match_part 1.000 66382 66300 match_part 1.000 66204 66188 match_89 match_part 1.000 69742 69627 match_part 1.000 69543 69456 match_part 1.000 68966 68910 match_part 1.000 68802 68770 match_part 1.000 68660 68583 match_part 1.000 68468 68425 match_part 1.000 68303 68263 match_part 1.000 66382 66300 match_part 1.000 66204 66191 match_90 match_part 1.000 69757 69627 match_part 1.000 69543 69456 match_part 1.000 68966 68910 match_part 1.000 68802 68770 match_part 1.000 68660 68583 match_part 1.000 68468 68425 match_part 1.000 68303 68263 match_part 1.000 66382 66300 match_part 1.000 66204 66197 match_91 match_part 1.000 69755 69627 match_part 1.000 69543 69456 match_part 1.000 68966 68910 match_part 1.000 68802 68770 match_part 1.000 68660 68583 match_part 1.000 68468 68425 match_part 1.000 68303 68263 match_part 1.000 66382 66300 match_part 1.000 66204 66197 match_92 match_part 1.000 69714 69627 match_part 1.000 69543 69456 match_part 1.000 68966 68910 match_part 1.000 68802 68770 match_part 1.000 68660 68583 match_part 1.000 68468 68425 match_part 1.000 68303 68263 match_part 1.000 66382 66346 match_93 match_part 0.836 69736 69627 match_part 0.989 69543 69456 match_part 1.000 68966 68930 match_94 match_part 1.000 73817 73763 match_part 1.000 73662 73495 match_part 0.998 72686 72285 match_95 match_part 0.984 73947 73763 match_part 0.988 73662 73495 match_part 0.817 72686 72332 match_96 match_part 0.997 72684 72358 match_97 match_part 0.997 72684 72358 match_98 match_part 1.000 73864 73763 match_part 1.000 73662 73495 match_part 1.000 72686 72564 match_99 match_part 0.844 74348 74317 match_part 1.000 74209 74066 match_part 0.982 73981 73763 match_part 0.988 73662 73495 match_part 0.970 72686 72621 match_100 match_part 1.000 74618 74564 match_part 0.994 74478 74317 match_part 1.000 74209 74066 match_part 1.000 73981 73763 match_part 1.000 73662 73495 match_part 1.000 72686 72633 match_101 match_part 0.993 74464 74317 match_part 1.000 74209 74066 match_part 1.000 73981 73763 match_part 1.000 73662 73580 match_102 match_part 1.000 74569 74564 match_part 0.981 74478 74317 match_part 0.986 74209 74066 match_part 0.986 73981 73763 match_part 0.976 73662 73581 match_103 match_part 0.905 74821 74780 match_part 1.000 74684 74564 match_part 1.000 74478 74317 match_part 1.000 74209 74066 match_part 0.991 73981 73763 match_part 0.905 73662 73642 match_104 match_part 1.000 75005 74922 match_part 0.946 74835 74780 match_part 1.000 74684 74564 match_part 0.981 74478 74317 match_part 1.000 74209 74066 match_part 0.947 73981 73794 match_105 match_part 1.000 74635 74564 match_part 1.000 74478 74317 match_part 1.000 74209 74066 match_part 1.000 73981 73879 match_106 match_part 0.946 74835 74780 match_part 1.000 74684 74564 match_part 0.969 74478 74317 match_part 0.958 74209 74066 match_part 0.712 73981 73909 match_107 match_part 1.000 75757 75735 match_part 0.967 75375 75346 match_part 1.000 75253 75167 match_part 0.993 75071 74922 match_part 0.946 74835 74780 match_part 1.000 74684 74564 match_part 0.981 74478 74317 match_part 0.958 74209 74066 match_part 1.000 73981 73966 match_108 match_part 1.000 75209 75167 match_part 1.000 75071 74922 match_part 1.000 74835 74780 match_part 1.000 74684 74564 match_part 1.000 74478 74317 match_part 0.919 74209 74124 match_109 match_part 1.000 76156 76080 match_part 1.000 75971 75891 match_part 1.000 75794 75735 match_part 1.000 75375 75346 match_part 1.000 75253 75167 match_part 1.000 75071 74922 match_part 1.000 74835 74780 match_part 1.000 74684 74564 match_part 0.979 74478 74432 match_110 match_part 1.000 75242 75167 match_part 1.000 75071 74922 match_part 1.000 74835 74780 match_part 1.000 74684 74560 match_111 match_part 1.000 75920 75891 match_part 1.000 75794 75735 match_part 1.000 75375 75346 match_part 1.000 75253 75167 match_part 1.000 75071 74922 match_part 1.000 74835 74780 match_part 0.970 74684 74584 match_112 match_part 0.964 76134 76080 match_part 0.914 75971 75891 match_part 0.950 75794 75735 match_part 0.967 75375 75346 match_part 1.000 75253 75167 match_part 0.940 75071 74922 match_part 0.911 74835 74780 match_part 1.000 74684 74620 match_113 match_part 0.973 77180 77069 match_part 1.000 76971 76894 match_part 1.000 76169 76080 match_part 0.988 75971 75891 match_part 0.983 75794 75735 match_part 0.967 75375 75346 match_part 1.000 75253 75167 match_part 0.970 75071 74938 match_114 match_part 0.941 76181 76080 match_part 1.000 75971 75891 match_part 1.000 75794 75735 match_part 1.000 75375 75346 match_part 1.000 75253 75167 match_part 1.000 75071 74939 match_115 match_part 0.967 77160 77069 match_part 1.000 76971 76894 match_part 0.989 76169 76080 match_part 1.000 75971 75891 match_part 1.000 75794 75735 match_part 0.967 75375 75346 match_part 1.000 75253 75167 match_part 0.973 75071 75035 match_116 match_part 1.000 77244 77069 match_part 1.000 76971 76894 match_part 1.000 76169 76080 match_part 1.000 75971 75891 match_part 1.000 75375 75346 match_part 1.000 75253 75204 match_117 match_part 0.992 77663 77532 match_part 0.958 77407 77360 match_part 0.961 77272 77069 match_part 1.000 76971 76894 match_part 1.000 76169 76080 match_part 1.000 75971 75950 match_118 match_part 1.000 77571 77532 match_part 1.000 77407 77360 match_part 1.000 77272 77069 match_part 1.000 76971 76894 match_part 1.000 76169 75976 match_119 match_part 1.000 78748 78723 match_part 1.000 78364 78219 match_part 1.000 78107 78008 match_part 1.000 77717 77532 match_part 1.000 77407 77360 match_part 1.000 77272 77069 match_part 1.000 76971 76894 match_part 1.000 76169 76094 match_120 match_part 0.984 77595 77532 match_part 0.958 77407 77360 match_part 0.961 77272 77069 match_part 1.000 76971 76894 match_part 1.000 76169 76094 match_121 match_part 0.967 77592 77532 match_part 0.938 77407 77360 match_part 0.946 77272 77069 match_part 0.974 76971 76894 match_part 0.959 76169 76096 match_122 match_part 0.882 78798 78723 match_part 0.893 78349 78219 match_part 0.930 78107 78008 match_part 0.973 77717 77532 match_part 0.958 77407 77360 match_part 0.940 77272 77107 match_123 match_part 0.972 78793 78723 match_part 0.993 78364 78219 match_part 0.970 78107 78008 match_part 0.984 77717 77532 match_part 0.958 77407 77360 match_part 0.940 77272 77107 match_124 match_part 0.882 78798 78723 match_part 0.863 78349 78219 match_part 0.940 78107 78008 match_part 0.957 77717 77532 match_part 0.979 77407 77360 match_part 0.918 77272 77163 match_125 match_part 0.930 78793 78723 match_part 0.893 78349 78219 match_part 0.930 78107 78008 match_part 0.973 77717 77532 match_part 0.958 77407 77360 match_part 0.885 77272 77177 match_126 match_part 1.000 78834 78723 match_part 1.000 78364 78219 match_part 0.993 78107 77959 match_part 1.000 77717 77532 match_part 1.000 77407 77360 match_part 1.000 77272 77180 match_127 match_part 0.909 78755 78723 match_part 0.986 78364 78219 match_part 0.950 78107 78008 match_part 0.968 77717 77532 match_part 0.875 77407 77360 match_part 0.833 77272 77261 match_128 match_part 0.913 78344 78219 match_part 0.950 78107 78008 match_part 0.946 77717 77532 match_part 0.979 77407 77360 match_part 1.000 77272 77267 match_129 match_part 0.981 78774 78723 match_part 0.993 78364 78219 match_part 0.970 78107 78008 match_part 0.977 77717 77544 match_130 match_part 1.000 78364 78219 match_part 1.000 78107 78008 match_part 1.000 77717 77567 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C06SLm0066F23.1 type gene exon 4726 4827 exon 4963 5631 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C06SLm0066F23.1 type gene exon 7919 8056 exon 8134 8264 exon 8342 8410 exon 8630 8701 exon 10572 10644 exon 11186 11567 gene_3 gene GT_PGL_2_AGS_2 transcript source GenomeThreader seq_id C06SLm0066F23.1 type gene exon 7885 8056 exon 8134 8410 exon 8630 8701 exon 10572 10644 exon 11186 11567 gene_4 gene GT_PGL_2_AGS_3 transcript source GenomeThreader seq_id C06SLm0066F23.1 type gene exon 10571 10644 exon 11186 11567 gene_5 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C06SLm0066F23.1 type gene exon 14296 14990 gene_6 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C06SLm0066F23.1 type gene exon 23369 22306 exon 19977 19435 gene_7 gene GT_PGL_4_AGS_2 transcript source GenomeThreader seq_id C06SLm0066F23.1 type gene exon 23198 22993 exon 22761 22306 exon 19977 19559 gene_8 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C06SLm0066F23.1 type gene exon 22500 22760 exon 22992 23197 gene_9 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C06SLm0066F23.1 type gene exon 33172 32961 exon 32728 32629 exon 32560 32001 exon 31932 31869 exon 31206 31122 gene_10 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C06SLm0066F23.1 type gene exon 40495 40226 exon 38625 38136 gene_11 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C06SLm0066F23.1 type gene exon 40616 40798 exon 42477 42650 exon 43120 43170 exon 43644 43717 exon 43935 43998 exon 45117 45161 exon 45325 45386 gene_12 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C06SLm0066F23.1 type gene exon 49904 49952 exon 50113 50171 exon 50724 50823 exon 51615 51694 exon 52397 52453 exon 53383 53486 exon 53927 54014 exon 54109 54122 gene_13 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C06SLm0066F23.1 type gene exon 59199 59039 exon 58929 58826 exon 58706 58317 gene_14 gene GT_PGL_10_AGS_2 transcript source GenomeThreader seq_id C06SLm0066F23.1 type gene exon 59124 59039 exon 58929 58172 gene_15 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C06SLm0066F23.1 type gene exon 69761 69627 exon 69543 69456 exon 68966 68910 exon 68802 68770 exon 68660 68583 exon 68468 68425 exon 68303 68263 exon 66382 66300 exon 66204 66113 exon 66008 65939 exon 62761 62723 exon 62149 61843 gene_16 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C06SLm0066F23.1 type gene exon 78793 78723 exon 78364 78219 exon 78107 78008 exon 77717 77532 exon 77407 77360 exon 77272 77069 exon 76971 76894 exon 76169 76080 exon 75971 75891 exon 75794 75735 exon 75375 75346 exon 75253 75167 exon 75071 74922 exon 74835 74780 exon 74684 74564 exon 74478 74317 exon 74209 74066 exon 73981 73763 exon 73662 73495 exon 72686 72285 gene_17 gene GT_PGL_12_AGS_2 transcript source GenomeThreader seq_id C06SLm0066F23.1 type gene exon 78798 78723 exon 78349 78219 exon 78107 78008 exon 77717 77532 exon 77407 77360 exon 77272 77069 exon 76971 76894 exon 76169 76080 exon 75971 75891 exon 75794 75735 exon 75375 75346 exon 75253 75167 exon 75071 74922 exon 74835 74780 exon 74684 74564 exon 74478 74317 exon 74209 74066 exon 73981 73763 exon 73662 73495 exon 72686 72285 gene_18 gene GT_PGL_12_AGS_3 transcript source GenomeThreader seq_id C06SLm0066F23.1 type gene exon 78793 78723 exon 78364 78219 exon 78107 78008 exon 77717 77532 exon 77407 77360 exon 77272 77069 exon 76971 76894 exon 76169 76080 exon 75971 75891 exon 75375 75346 exon 75253 75167 exon 75071 74922 exon 74835 74780 exon 74684 74564 exon 74478 74317 exon 74209 74066 exon 73981 73763 exon 73662 73495 exon 72686 72285 gene_19 gene GT_PGL_12_AGS_4 transcript source GenomeThreader seq_id C06SLm0066F23.1 type gene exon 78834 78723 exon 78364 78219 exon 78107 77959 exon 77717 77532 exon 77407 77360 exon 77272 77069 exon 76971 76894 exon 76169 76080 exon 75971 75891 exon 75794 75735 exon 75375 75346 exon 75253 75167 exon 75071 74922 exon 74835 74780 exon 74684 74564 exon 74478 74317 exon 74209 74066 exon 73981 73763 exon 73662 73495 exon 72686 72285 gene_20 gene GT_PGL_12_AGS_5 transcript source GenomeThreader seq_id C06SLm0066F23.1 type gene exon 76181 76080 exon 75971 75891 exon 75794 75735 exon 75375 75346 exon 75253 75167 exon 75071 74922 exon 74835 74780 exon 74684 74564 exon 74478 74317 exon 74209 74066 exon 73981 73763 exon 73662 73495 exon 72686 72285 gene_21 gene GT_PGL_12_AGS_6 transcript source GenomeThreader seq_id C06SLm0066F23.1 type gene exon 78793 78723 exon 78364 78219 exon 78107 78008 exon 77717 77532 exon 77407 77360 exon 77272 77069 exon 76971 76894 exon 76169 76080 exon 75971 75891 exon 75794 75735 exon 75375 75346 exon 75253 75167 exon 75071 74922 exon 74835 74780 exon 74684 74560 gene_22 gene GT_PGL_12_AGS_7 transcript source GenomeThreader seq_id C06SLm0066F23.1 type gene exon 78793 78723 exon 78364 78219 exon 78107 78008 exon 77717 77532 exon 77407 77360 exon 77272 77069 exon 76971 76894 exon 76169 75976 gene_23 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C06SLm0066F23.1 type gene exon 85084 85213 exon 85308 85518 exon 85616 85740 exon 89563 89675 gene_24 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C06SLm0066F23.1 type gene exon 90618 90750 exon 91502 91623 exon 91719 91810 exon 93874 94096 exon 94349 94412 exon 95375 95494 gene_25 gene GT_PGL_15_AGS_1 transcript source GenomeThreader seq_id C06SLm0066F23.1 type gene exon 95941 95957 exon 96025 96117 exon 96648 96749 exon 96830 96919 exon 97329 97404 exon 97486 97582 exon 97741 97810 exon 97905 98084 exon 98231 98353 exon 98440 98523 exon 98769 98953 exon 99088 99144 RepeatMasker tomato repeats master Copia00110 13365 13548 1 Copia00110 13365 13548 1 nucleotide_motif 606 16264 16441 Copia00110 2777 2849 1 Copia00110 2777 2849 1 nucleotide_motif 300 24798 24874 Unknown00020 313 368 1 Unknown00020 313 368 1 nucleotide_motif 262 24839 24894 Copia00113 6733 6779 1 Copia00113 6733 6779 1 nucleotide_motif 242 34566 34612 Gypsy00187 156 617 1 Gypsy00187 156 617 1 nucleotide_motif 734 39302 39768 Copia00143 94 193 1 Copia00143 94 193 1 nucleotide_motif 250 41523 41622 HarbN_I 1 205 1 HarbN_I 1 205 1 nucleotide_motif 770 46461 46710 SINE1_SO 37 144 1 SINE1_SO 37 144 1 nucleotide_motif 306 67274 67383 Unknown00002 4378 5233 1 Unknown00002 4378 5233 1 nucleotide_motif 3287 82086 82929 Unknown00002 5461 6182 1 Unknown00002 5461 6182 1 nucleotide_motif 2638 82925 83622 Unknown00002 6369 6995 1 Unknown00002 6369 6995 1 nucleotide_motif 2596 83614 84212 Unknown00054 514 658 1 Unknown00054 514 658 1 nucleotide_motif 277 84349 84497 RepeatMasker tomato repeats master Unknown00043 5303 5442 -1 Unknown00043 5303 5442 -1 nucleotide_motif 260 1965 1821 SONATA1 32 243 -1 SONATA1 32 243 -1 nucleotide_motif 612 21081 20862 Unknown00040 4348 4448 -1 Unknown00040 4348 4448 -1 nucleotide_motif 260 24941 24841 TS 93 159 -1 TS 93 159 -1 nucleotide_motif 379 45946 45880 TS2 1 196 -1 TS2 1 196 -1 nucleotide_motif 710 46128 45936 Gypsy00202 2245 2330 -1 Gypsy00202 2245 2330 -1 nucleotide_motif 240 46722 46639 Unknown00034 5145 5206 -1 Unknown00034 5145 5206 -1 nucleotide_motif 256 47021 46961 TS2 1 649 -1 TS2 1 649 -1 nucleotide_motif 1380 92945 92310 BLAST_tomato_bacs Tomato BAC sequences BLAST_tomato_bacs Tomato BAC sequences match_1 match 791 82567 83588 match_2 match 1580 82286 83613 match_3 match 2246 19008 20140 match_4 match 2617 4337 5677 match_5 match 3481 37815 39570 match_6 match 3441 24720 26533 match_7 match 3661 8128 10055 match_8 match 3907 21710 23701 match_9 match 3992 5694 7728 match_10 match 3866 16406 18448 match_11 match 4203 14127 16297 match_12 match 4240 10076 12298 match_13 match 26552 32562 match_14 match 2617 4337 5677 match_15 match 3661 8128 10055 match_16 match 3992 5694 7728 match_17 match 4218 10076 12298 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) clone_1 clone 844.5 1 74652 clone_start_1 clone_start 837 1 460 clone_start_2 clone_start 839 22 474 clone_end_1 clone_end 311 4165 4321 clone_end_2 clone_end 795 4337 4766 clone_2 clone 754 12098 51775 clone_end_3 clone_end 398 12098 12298 clone_3 clone 781 12333 51775 clone_end_4 clone_end 452 12333 12560 clone_end_5 clone_end 821 13643 14056 clone_end_6 clone_end 305 14127 14280 clone_4 clone 1397.5 16881 98835 clone_start_3 clone_start 1501 16881 17697 clone_start_4 clone_start 872 21897 22336 clone_5 clone 1000 23304 58453 clone_end_7 clone_end 747 23304 23701 clone_end_8 clone_end 1233 27915 28607 clone_end_9 clone_end 1181 45729 46353 clone_end_10 clone_end 426 48233 48459 clone_6 clone 1073.5 50588 83012 clone_start_5 clone_start 1132 50588 51179 clone_start_6 clone_start 293 60254 60422 clone_end_11 clone_end 1493 74730 75512 clone_7 clone 1192 74824 96513 clone_start_7 clone_start 1425 74824 75563 clone_start_8 clone_start 747 79994 80394 clone_8 clone 1038.5 84388 95890 clone_end_12 clone_end 636 84388 84740 clone_9 clone 891 84821 95890 clone_end_13 clone_end 341 84821 84992 clone_start_9 clone_start 1120 85196 85796 clone_start_10 clone_start 1245 85718 86378 clone_end_14 clone_end 1136 88657 89249 clone_start_11 clone_start 839 90667 91109 clone_end_15 clone_end 246 91199 91326 clone_end_16 clone_end 644 91405 91733 clone_end_17 clone_end 1227 96574 97200 clone_end_18 clone_end 997 96673 97187 clone_end_19 clone_end 783 98871 99301 clone_start_12 clone_start 519 99346 99623 clone_start_13 clone_start 307 99793 99951 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) clone_end_20 clone_end 852 74652 74179 clone_start_14 clone_start 1110 51775 51216 clone_start_15 clone_start 1110 51775 51216 clone_start_16 clone_start 1068 14982 14436 clone_end_21 clone_end 1294 98835 98168 clone_start_17 clone_start 1015 21505 20978 clone_start_18 clone_start 1253 58453 57822 clone_start_19 clone_start 1217 32012 31358 clone_start_20 clone_start 505 31987 31725 clone_end_22 clone_end 444 39570 39347 clone_end_23 clone_end 747 40068 39659 clone_start_21 clone_start 1287 45639 44972 clone_start_22 clone_start 910 45699 45214 clone_start_23 clone_start 555 46986 46699 clone_start_24 clone_start 755 47481 47089 clone_start_25 clone_start 422 48457 48233 clone_end_24 clone_end 880 51001 50527 clone_end_25 clone_end 1015 83012 82501 clone_start_26 clone_start 809 55284 54865 clone_start_27 clone_start 638 57676 57355 clone_end_26 clone_end 1179 74752 74130 clone_end_27 clone_end 959 96513 96022 clone_start_28 clone_start 1441 95890 95143 clone_start_29 clone_start 1441 95890 95143 clone_start_30 clone_start 876 85721 85205 clone_end_28 clone_end 963 86307 85794 clone_end_29 clone_end 1072 95805 95217 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_1 match_part 1.000 4726 4827 match_part 0.985 4963 5631 match_2 match_part 1.000 4726 4827 match_part 1.000 4963 5609 match_3 match_part 1.000 4727 4827 match_part 0.998 4963 5383 match_4 match_part 1.000 4815 4827 match_part 0.989 4963 5247 match_5 match_part 1.000 7885 8056 match_part 1.000 8134 8410 match_part 1.000 8630 8701 match_part 0.959 10572 10644 match_6 match_part 1.000 7885 8056 match_part 1.000 8134 8410 match_part 1.000 8630 8701 match_part 0.959 10572 10644 match_7 match_part 1.000 7886 8056 match_part 1.000 8134 8328 match_8 match_part 1.000 7919 8056 match_part 1.000 8134 8264 match_part 1.000 8342 8410 match_part 1.000 8630 8701 match_part 1.000 10572 10644 match_part 0.995 11186 11400 match_9 match_part 0.978 7919 8056 match_part 0.992 8134 8264 match_part 0.986 8342 8410 match_part 0.986 8630 8701 match_part 0.973 10572 10608 match_10 match_part 1.000 7924 8056 match_part 0.992 8134 8264 match_part 1.000 8342 8410 match_part 1.000 8630 8682 match_11 match_part 1.000 7934 8056 match_part 1.000 8134 8264 match_part 1.000 8342 8410 match_part 1.000 8630 8701 match_part 1.000 10572 10644 match_part 0.981 11186 11291 match_12 match_part 0.926 7949 8056 match_part 1.000 8134 8264 match_part 1.000 8342 8410 match_part 1.000 8630 8701 match_part 1.000 10572 10644 match_part 1.000 11186 11202 match_13 match_part 1.000 7974 8056 match_part 1.000 8134 8264 match_part 1.000 8342 8410 match_part 1.000 8630 8701 match_part 1.000 10572 10644 match_part 1.000 11186 11364 match_14 match_part 1.000 7997 8056 match_part 1.000 8134 8410 match_part 1.000 8630 8701 match_part 1.000 10572 10644 match_part 0.988 11186 11346 match_15 match_part 1.000 7997 8056 match_part 1.000 8134 8410 match_part 1.000 8630 8701 match_part 1.000 10572 10644 match_part 1.000 11186 11300 match_16 match_part 1.000 7997 8056 match_part 1.000 8134 8410 match_part 1.000 8630 8701 match_part 1.000 10572 10644 match_part 1.000 11186 11263 match_17 match_part 1.000 7997 8056 match_part 1.000 8134 8410 match_part 1.000 8630 8701 match_part 1.000 10572 10644 match_part 1.000 11186 11205 match_18 match_part 1.000 8000 8056 match_part 0.996 8134 8400 match_19 match_part 1.000 8235 8264 match_part 1.000 8342 8410 match_part 1.000 8630 8701 match_part 1.000 10572 10644 match_part 0.997 11186 11555 match_20 match_part 1.000 10571 10644 match_part 0.976 11186 11567 match_21 match_part 1.000 10609 10644 match_part 0.955 11186 11567 match_22 match_part 1.000 14296 14990 match_23 match_part 1.000 22500 22760 match_part 0.995 22992 23197 match_24 match_part 1.000 90618 90750 match_part 1.000 91502 91623 match_part 1.000 91719 91810 match_part 0.995 93874 94083 match_25 match_part 0.684 97792 97810 match_part 0.883 97905 98084 match_part 0.911 98231 98353 match_part 0.963 98440 98493 match_26 match_part 0.957 98454 98523 match_part 0.976 98769 98851 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_27 match_part 0.997 23325 22306 match_part 0.976 19977 19435 match_28 match_part 1.000 22520 22306 match_part 1.000 19977 19559 match_29 match_part 0.992 22560 22306 match_part 0.978 19977 19566 match_30 match_part 0.995 22525 22306 match_part 0.981 19977 19566 match_31 match_part 1.000 22404 22306 match_part 0.995 19977 19585 match_32 match_part 1.000 22622 22306 match_part 0.997 19977 19672 match_33 match_part 1.000 23198 22993 match_part 1.000 22761 22306 match_part 0.992 19977 19847 match_34 match_part 0.996 23148 22399 match_35 match_part 1.000 23148 22437 match_36 match_part 0.994 23148 22482 match_37 match_part 0.999 23347 22494 match_38 match_part 0.998 23148 22533 match_39 match_part 1.000 23015 22571 match_40 match_part 0.997 23369 22591 match_41 match_part 0.996 23346 22678 match_42 match_part 1.000 23318 22706 match_43 match_part 0.990 23346 22756 match_44 match_part 1.000 23317 22794 match_45 match_part 1.000 23348 22811 match_46 match_part 0.998 23360 22834 match_47 match_part 1.000 23148 22881 match_48 match_part 0.993 23353 22908 match_49 match_part 1.000 23317 22908 match_50 match_part 1.000 33144 32961 match_part 1.000 32728 32629 match_part 0.998 32560 32116 match_51 match_part 1.000 33172 32961 match_part 1.000 32728 32629 match_part 0.998 32560 32132 match_52 match_part 1.000 40480 40226 match_part 0.996 38625 38136 match_53 match_part 1.000 40442 40226 match_part 0.996 38625 38136 match_54 match_part 1.000 40495 40226 match_part 1.000 38625 38137 match_55 match_part 1.000 40480 40226 match_part 0.997 38625 38282 match_56 match_part 0.999 58876 58172 match_57 match_part 0.988 59124 59039 match_part 1.000 58929 58312 match_58 match_part 1.000 59186 59039 match_part 1.000 58929 58826 match_part 1.000 58706 58317 match_59 match_part 1.000 59199 59039 match_part 1.000 58929 58826 match_part 0.979 58706 58321 match_60 match_part 0.993 59185 59039 match_part 0.962 58929 58826 match_part 0.970 58706 58509 match_61 match_part 0.993 59185 59039 match_part 0.962 58929 58826 match_part 0.970 58706 58509 match_62 match_part 1.000 68585 68583 match_part 1.000 68468 68425 match_part 1.000 68303 68263 match_part 1.000 66382 66300 match_part 1.000 66204 66113 match_part 1.000 66008 65939 match_part 1.000 62761 62723 match_part 0.997 62149 61843 match_63 match_part 1.000 66195 66113 match_part 1.000 66008 65939 match_part 1.000 62761 62723 match_part 1.000 62149 61859 match_64 match_part 1.000 66173 66113 match_part 1.000 66008 65939 match_part 1.000 62761 62723 match_part 0.996 62149 61876 match_65 match_part 0.938 66193 66113 match_part 1.000 66008 65939 match_part 1.000 62761 62723 match_part 0.996 62149 61905 match_66 match_part 1.000 69761 69627 match_part 1.000 69543 69456 match_part 1.000 68966 68910 match_part 1.000 68802 68770 match_part 1.000 68660 68583 match_part 1.000 68468 68425 match_part 1.000 68303 68263 match_part 1.000 66382 66300 match_part 1.000 66204 66113 match_part 1.000 66008 65954 match_67 match_part 1.000 69712 69627 match_part 1.000 69543 69456 match_part 1.000 68966 68910 match_part 1.000 68802 68770 match_part 1.000 68660 68583 match_part 1.000 68468 68425 match_part 1.000 68303 68263 match_part 1.000 66382 66300 match_part 1.000 66204 66113 match_part 1.000 66008 65954 match_68 match_part 1.000 69671 69627 match_part 1.000 69543 69456 match_part 0.912 68966 68910 match_part 1.000 68802 68770 match_part 1.000 68660 68583 match_part 1.000 68468 68425 match_part 1.000 68303 68263 match_part 1.000 66382 66300 match_part 1.000 66204 66113 match_part 1.000 66008 65968 match_69 match_part 1.000 69712 69627 match_part 1.000 69543 69456 match_part 1.000 68966 68910 match_part 1.000 68802 68770 match_part 1.000 68660 68583 match_part 1.000 68468 68425 match_part 1.000 68303 68263 match_part 1.000 66382 66300 match_part 1.000 66204 66113 match_part 1.000 66008 65977 match_70 match_part 1.000 69712 69627 match_part 1.000 69543 69456 match_part 1.000 68966 68910 match_part 1.000 68802 68770 match_part 1.000 68660 68583 match_part 1.000 68468 68425 match_part 1.000 68303 68263 match_part 1.000 66382 66300 match_part 1.000 66204 66113 match_part 1.000 66008 65988 match_71 match_part 1.000 69712 69627 match_part 1.000 69543 69456 match_part 1.000 68966 68910 match_part 1.000 68802 68770 match_part 1.000 68660 68583 match_part 1.000 68468 68425 match_part 1.000 68303 68263 match_part 1.000 66382 66300 match_part 1.000 66204 66123 match_72 match_part 1.000 69712 69627 match_part 1.000 69543 69456 match_part 1.000 68966 68910 match_part 1.000 68802 68770 match_part 1.000 68660 68583 match_part 1.000 68468 68425 match_part 1.000 68303 68263 match_part 1.000 66382 66300 match_part 1.000 66204 66151 match_73 match_part 1.000 69712 69627 match_part 1.000 69543 69456 match_part 1.000 68966 68910 match_part 1.000 68802 68770 match_part 1.000 68660 68583 match_part 1.000 68468 68425 match_part 1.000 68303 68263 match_part 1.000 66382 66300 match_part 1.000 66204 66188 match_74 match_part 1.000 69742 69627 match_part 1.000 69543 69456 match_part 1.000 68966 68910 match_part 1.000 68802 68770 match_part 1.000 68660 68583 match_part 1.000 68468 68425 match_part 1.000 68303 68263 match_part 1.000 66382 66300 match_part 1.000 66204 66191 match_75 match_part 1.000 69757 69627 match_part 1.000 69543 69456 match_part 1.000 68966 68910 match_part 1.000 68802 68770 match_part 1.000 68660 68583 match_part 1.000 68468 68425 match_part 1.000 68303 68263 match_part 1.000 66382 66300 match_part 1.000 66204 66197 match_76 match_part 1.000 69755 69627 match_part 1.000 69543 69456 match_part 1.000 68966 68910 match_part 1.000 68802 68770 match_part 1.000 68660 68583 match_part 1.000 68468 68425 match_part 1.000 68303 68263 match_part 1.000 66382 66300 match_part 1.000 66204 66197 match_77 match_part 1.000 69714 69627 match_part 1.000 69543 69456 match_part 1.000 68966 68910 match_part 1.000 68802 68770 match_part 1.000 68660 68583 match_part 1.000 68468 68425 match_part 1.000 68303 68263 match_part 1.000 66382 66346 match_78 match_part 1.000 73817 73763 match_part 1.000 73662 73495 match_part 0.998 72686 72285 match_79 match_part 0.997 72684 72358 match_80 match_part 0.997 72684 72358 match_81 match_part 1.000 73864 73763 match_part 1.000 73662 73495 match_part 1.000 72686 72564 match_82 match_part 1.000 74618 74564 match_part 0.994 74478 74317 match_part 1.000 74209 74066 match_part 1.000 73981 73763 match_part 1.000 73662 73495 match_part 1.000 72686 72633 match_83 match_part 0.993 74464 74317 match_part 1.000 74209 74066 match_part 1.000 73981 73763 match_part 1.000 73662 73580 match_84 match_part 0.905 74821 74780 match_part 1.000 74684 74564 match_part 1.000 74478 74317 match_part 1.000 74209 74066 match_part 0.991 73981 73763 match_part 0.905 73662 73642 match_85 match_part 1.000 74635 74564 match_part 1.000 74478 74317 match_part 1.000 74209 74066 match_part 1.000 73981 73879 match_86 match_part 1.000 75209 75167 match_part 1.000 75071 74922 match_part 1.000 74835 74780 match_part 1.000 74684 74564 match_part 1.000 74478 74317 match_part 0.919 74209 74124 match_87 match_part 1.000 76156 76080 match_part 1.000 75971 75891 match_part 1.000 75794 75735 match_part 1.000 75375 75346 match_part 1.000 75253 75167 match_part 1.000 75071 74922 match_part 1.000 74835 74780 match_part 1.000 74684 74564 match_part 0.979 74478 74432 match_88 match_part 1.000 75242 75167 match_part 1.000 75071 74922 match_part 1.000 74835 74780 match_part 1.000 74684 74560 match_89 match_part 1.000 75920 75891 match_part 1.000 75794 75735 match_part 1.000 75375 75346 match_part 1.000 75253 75167 match_part 1.000 75071 74922 match_part 1.000 74835 74780 match_part 0.970 74684 74584 match_90 match_part 0.941 76181 76080 match_part 1.000 75971 75891 match_part 1.000 75794 75735 match_part 1.000 75375 75346 match_part 1.000 75253 75167 match_part 1.000 75071 74939 match_91 match_part 0.967 77160 77069 match_part 1.000 76971 76894 match_part 0.989 76169 76080 match_part 1.000 75971 75891 match_part 1.000 75794 75735 match_part 0.967 75375 75346 match_part 1.000 75253 75167 match_part 0.973 75071 75035 match_92 match_part 1.000 77244 77069 match_part 1.000 76971 76894 match_part 1.000 76169 76080 match_part 1.000 75971 75891 match_part 1.000 75375 75346 match_part 1.000 75253 75204 match_93 match_part 1.000 77571 77532 match_part 1.000 77407 77360 match_part 1.000 77272 77069 match_part 1.000 76971 76894 match_part 1.000 76169 75976 match_94 match_part 1.000 78748 78723 match_part 1.000 78364 78219 match_part 1.000 78107 78008 match_part 1.000 77717 77532 match_part 1.000 77407 77360 match_part 1.000 77272 77069 match_part 1.000 76971 76894 match_part 1.000 76169 76094 match_95 match_part 1.000 78834 78723 match_part 1.000 78364 78219 match_part 0.993 78107 77959 match_part 1.000 77717 77532 match_part 1.000 77407 77360 match_part 1.000 77272 77180 match_96 match_part 1.000 78364 78219 match_part 1.000 78107 78008 match_part 1.000 77717 77567 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C06SLm0066F23.1 type gene exon 4726 4827 exon 4963 5631 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C06SLm0066F23.1 type gene exon 7919 8056 exon 8134 8264 exon 8342 8410 exon 8630 8701 exon 10572 10644 exon 11186 11567 gene_3 gene GT_PGL_2_AGS_2 transcript source GenomeThreader seq_id C06SLm0066F23.1 type gene exon 7885 8056 exon 8134 8410 exon 8630 8701 exon 10572 10644 exon 11186 11567 gene_4 gene GT_PGL_2_AGS_3 transcript source GenomeThreader seq_id C06SLm0066F23.1 type gene exon 10571 10644 exon 11186 11567 gene_5 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C06SLm0066F23.1 type gene exon 14296 14990 gene_6 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C06SLm0066F23.1 type gene exon 23369 22306 exon 19977 19435 gene_7 gene GT_PGL_4_AGS_2 transcript source GenomeThreader seq_id C06SLm0066F23.1 type gene exon 23198 22993 exon 22761 22306 exon 19977 19559 gene_8 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C06SLm0066F23.1 type gene exon 22500 22760 exon 22992 23197 gene_9 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C06SLm0066F23.1 type gene exon 33172 32961 exon 32728 32629 exon 32560 32116 gene_10 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C06SLm0066F23.1 type gene exon 40495 40226 exon 38625 38136 gene_11 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C06SLm0066F23.1 type gene exon 59199 59039 exon 58929 58826 exon 58706 58317 gene_12 gene GT_PGL_8_AGS_2 transcript source GenomeThreader seq_id C06SLm0066F23.1 type gene exon 59124 59039 exon 58929 58172 gene_13 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C06SLm0066F23.1 type gene exon 69761 69627 exon 69543 69456 exon 68966 68910 exon 68802 68770 exon 68660 68583 exon 68468 68425 exon 68303 68263 exon 66382 66300 exon 66204 66113 exon 66008 65939 exon 62761 62723 exon 62149 61843 gene_14 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C06SLm0066F23.1 type gene exon 78748 78723 exon 78364 78219 exon 78107 78008 exon 77717 77532 exon 77407 77360 exon 77272 77069 exon 76971 76894 exon 76169 76080 exon 75971 75891 exon 75794 75735 exon 75375 75346 exon 75253 75167 exon 75071 74922 exon 74835 74780 exon 74684 74564 exon 74478 74317 exon 74209 74066 exon 73981 73763 exon 73662 73495 exon 72686 72285 gene_15 gene GT_PGL_10_AGS_2 transcript source GenomeThreader seq_id C06SLm0066F23.1 type gene exon 76181 76080 exon 75971 75891 exon 75794 75735 exon 75375 75346 exon 75253 75167 exon 75071 74922 exon 74835 74780 exon 74684 74564 exon 74478 74317 exon 74209 74066 exon 73981 73763 exon 73662 73495 exon 72686 72285 gene_16 gene GT_PGL_10_AGS_3 transcript source GenomeThreader seq_id C06SLm0066F23.1 type gene exon 78748 78723 exon 78364 78219 exon 78107 78008 exon 77717 77532 exon 77407 77360 exon 77272 77069 exon 76971 76894 exon 76169 76080 exon 75971 75891 exon 75375 75346 exon 75253 75167 exon 75071 74922 exon 74835 74780 exon 74684 74564 exon 74478 74317 exon 74209 74066 exon 73981 73763 exon 73662 73495 exon 72686 72285 gene_17 gene GT_PGL_10_AGS_4 transcript source GenomeThreader seq_id C06SLm0066F23.1 type gene exon 78834 78723 exon 78364 78219 exon 78107 77959 exon 77717 77532 exon 77407 77360 exon 77272 77069 exon 76971 76894 exon 76169 76080 exon 75971 75891 exon 75375 75346 exon 75253 75167 exon 75071 74922 exon 74835 74780 exon 74684 74564 exon 74478 74317 exon 74209 74066 exon 73981 73763 exon 73662 73495 exon 72686 72285 gene_18 gene GT_PGL_10_AGS_5 transcript source GenomeThreader seq_id C06SLm0066F23.1 type gene exon 78748 78723 exon 78364 78219 exon 78107 78008 exon 77717 77532 exon 77407 77360 exon 77272 77069 exon 76971 76894 exon 76169 76080 exon 75971 75891 exon 75794 75735 exon 75375 75346 exon 75253 75167 exon 75071 74922 exon 74835 74780 exon 74684 74560 gene_19 gene GT_PGL_10_AGS_6 transcript source GenomeThreader seq_id C06SLm0066F23.1 type gene exon 78748 78723 exon 78364 78219 exon 78107 78008 exon 77717 77532 exon 77407 77360 exon 77272 77069 exon 76971 76894 exon 76169 75976 gene_20 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C06SLm0066F23.1 type gene exon 90618 90750 exon 91502 91623 exon 91719 91810 exon 93874 94083 gene_21 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C06SLm0066F23.1 type gene exon 97792 97810 exon 97905 98084 exon 98231 98353 exon 98440 98523 exon 98769 98851 AUGUSTUS_tom_cdna de novo gene_1 gene 1 4798 5439 transcript_1 transcript 4798 5439 start_codon_1 start_codon 4798 4800 CDS_1 CDS 4798 4827 CDS_2 CDS 4963 5439 stop_codon_1 stop_codon 5437 5439 gene_2 gene 1 7994 11236 transcript_2 transcript 7994 11236 start_codon_2 start_codon 7994 7996 CDS_3 CDS 7994 8056 CDS_4 CDS 8134 8264 CDS_5 CDS 8342 8410 CDS_6 CDS 8630 8701 CDS_7 CDS 10572 10644 CDS_8 CDS 11186 11236 stop_codon_2 stop_codon 11234 11236 gene_3 gene 1 14453 15658 transcript_3 transcript 14453 15658 start_codon_3 start_codon 14453 14455 CDS_9 CDS 14453 15658 stop_codon_3 stop_codon 15656 15658 gene_4 gene 1 27014 28172 transcript_4 transcript 27014 28172 start_codon_4 start_codon 27014 27016 CDS_10 CDS 27014 27103 CDS_11 CDS 27175 27525 CDS_12 CDS 27618 28172 stop_codon_4 stop_codon 28170 28172 gene_5 gene 1 47516 55372 transcript_5 transcript 47516 55372 start_codon_5 start_codon 47516 47518 CDS_13 CDS 47516 47518 CDS_14 CDS 50724 50823 CDS_15 CDS 54125 54194 CDS_16 CDS 54295 54316 CDS_17 CDS 54437 54508 CDS_18 CDS 54823 54873 CDS_19 CDS 55017 55077 CDS_20 CDS 55152 55372 stop_codon_5 stop_codon 55370 55372 gene_6 gene 1 85127 100674 transcript_6 transcript 85127 100674 start_codon_6 start_codon 85127 85129 CDS_21 CDS 85127 85213 CDS_22 CDS 85308 85518 CDS_23 CDS 85616 85740 CDS_24 CDS 89810 89953 CDS_25 CDS 90077 90750 CDS_26 CDS 91502 91623 CDS_27 CDS 91719 91810 CDS_28 CDS 93874 94096 CDS_29 CDS 95637 95707 CDS_30 CDS 95784 95957 CDS_31 CDS 96648 96749 CDS_32 CDS 96830 96919 CDS_33 CDS 97905 98084 CDS_34 CDS 98440 98523 CDS_35 CDS 98769 98953 CDS_36 CDS 99088 99226 CDS_37 CDS 99397 99456 CDS_38 CDS 99964 100068 CDS_39 CDS 100627 100674 stop_codon_6 stop_codon 100672 100674 AUGUSTUS_tom_cdna de novo gene_7 gene 1 25087 19723 transcript_7 transcript 25087 19723 stop_codon_7 stop_codon 19725 19723 CDS_40 CDS 19977 19723 CDS_41 CDS 23391 22306 CDS_42 CDS 25087 25085 start_codon_7 start_codon 25087 25085 gene_8 gene 1 33250 31997 transcript_8 transcript 33250 31997 stop_codon_8 stop_codon 31999 31997 CDS_43 CDS 32560 31997 CDS_44 CDS 32728 32629 CDS_45 CDS 33250 32961 start_codon_8 start_codon 33250 33248 gene_9 gene 1 40483 38365 transcript_9 transcript 40483 38365 stop_codon_9 stop_codon 38367 38365 CDS_46 CDS 38625 38365 CDS_47 CDS 40483 40226 start_codon_9 start_codon 40483 40481 gene_10 gene 1 59189 58443 transcript_10 transcript 59189 58443 stop_codon_10 stop_codon 58445 58443 CDS_48 CDS 58706 58443 CDS_49 CDS 58929 58826 CDS_50 CDS 59189 59039 start_codon_10 start_codon 59189 59187 gene_11 gene 1 69718 62024 transcript_11 transcript 69718 62024 stop_codon_11 stop_codon 62026 62024 CDS_51 CDS 62149 62024 CDS_52 CDS 62761 62723 CDS_53 CDS 66008 65939 CDS_54 CDS 66204 66113 CDS_55 CDS 66382 66300 CDS_56 CDS 68303 68263 CDS_57 CDS 68468 68425 CDS_58 CDS 68660 68583 CDS_59 CDS 68802 68770 CDS_60 CDS 68966 68910 CDS_61 CDS 69543 69456 CDS_62 CDS 69718 69627 start_codon_11 start_codon 69718 69716 gene_12 gene 2 84970 72585 transcript_12 transcript 84970 72585 stop_codon_12 stop_codon 72587 72585 CDS_63 CDS 72686 72585 CDS_64 CDS 73662 73495 CDS_65 CDS 73981 73763 CDS_66 CDS 74209 74066 CDS_67 CDS 74478 74317 CDS_68 CDS 74684 74564 CDS_69 CDS 74835 74780 CDS_70 CDS 75071 74922 CDS_71 CDS 75253 75167 CDS_72 CDS 75375 75346 CDS_73 CDS 75794 75735 CDS_74 CDS 75971 75891 CDS_75 CDS 76169 76080 CDS_76 CDS 76971 76894 CDS_77 CDS 77272 77069 CDS_78 CDS 77407 77360 CDS_79 CDS 77717 77532 CDS_80 CDS 78107 78008 CDS_81 CDS 78364 78219 CDS_82 CDS 78774 78723 CDS_83 CDS 84970 84942 start_codon_12 start_codon 84970 84968 transcript_13 transcript 84970 72585 stop_codon_13 stop_codon 72587 72585 CDS_84 CDS 72686 72585 CDS_85 CDS 73662 73495 CDS_86 CDS 73981 73763 CDS_87 CDS 74209 74066 CDS_88 CDS 74478 74317 CDS_89 CDS 74684 74564 CDS_90 CDS 74835 74780 CDS_91 CDS 75071 74922 CDS_92 CDS 75253 75167 CDS_93 CDS 75375 75346 CDS_94 CDS 75971 75891 CDS_95 CDS 76169 76080 CDS_96 CDS 76971 76894 CDS_97 CDS 77272 77069 CDS_98 CDS 77407 77360 CDS_99 CDS 77717 77532 CDS_100 CDS 78107 78008 CDS_101 CDS 78364 78219 CDS_102 CDS 78774 78723 CDS_103 CDS 84970 84942 start_codon_13 start_codon 84970 84968 AUGUSTUS_ab_initio de novo gene_1 gene 1 7994 18733 transcript_1 transcript 7994 18733 start_codon_1 start_codon 7994 7996 CDS_1 CDS 7994 8056 CDS_2 CDS 8134 8264 CDS_3 CDS 8630 8701 CDS_4 CDS 10572 10644 CDS_5 CDS 14486 15395 CDS_6 CDS 18537 18733 stop_codon_1 stop_codon 18731 18733 gene_2 gene 1 27014 28172 transcript_2 transcript 27014 28172 start_codon_2 start_codon 27014 27016 CDS_7 CDS 27014 27103 CDS_8 CDS 27175 27525 CDS_9 CDS 27618 28172 stop_codon_2 stop_codon 28170 28172 gene_3 gene 1 47516 55372 transcript_3 transcript 47516 55372 start_codon_3 start_codon 47516 47518 CDS_10 CDS 47516 47518 CDS_11 CDS 50724 50823 CDS_12 CDS 54125 54194 CDS_13 CDS 54295 54316 CDS_14 CDS 54437 54508 CDS_15 CDS 54823 54873 CDS_16 CDS 55017 55077 CDS_17 CDS 55152 55372 stop_codon_3 stop_codon 55370 55372 gene_4 gene 1 85127 99174 transcript_4 transcript 85127 99174 start_codon_4 start_codon 85127 85129 CDS_18 CDS 85127 85213 CDS_19 CDS 85308 85518 CDS_20 CDS 85616 85740 CDS_21 CDS 89810 89953 CDS_22 CDS 90077 90750 CDS_23 CDS 95375 95523 CDS_24 CDS 95637 95707 CDS_25 CDS 95784 95957 CDS_26 CDS 96648 96749 CDS_27 CDS 96830 96919 CDS_28 CDS 97905 98084 CDS_29 CDS 98440 98523 CDS_30 CDS 98769 98957 CDS_31 CDS 99088 99174 stop_codon_4 stop_codon 99172 99174 AUGUSTUS_ab_initio de novo gene_5 gene 1 22968 19723 transcript_5 transcript 22968 19723 stop_codon_5 stop_codon 19725 19723 CDS_32 CDS 19977 19723 CDS_33 CDS 22968 22306 start_codon_5 start_codon 22968 22966 gene_6 gene 1 78340 58443 transcript_6 transcript 78340 58443 stop_codon_6 stop_codon 58445 58443 CDS_34 CDS 58706 58443 CDS_35 CDS 58929 58826 CDS_36 CDS 59220 59039 CDS_37 CDS 68966 68770 CDS_38 CDS 73662 73495 CDS_39 CDS 74209 74066 CDS_40 CDS 74684 74564 CDS_41 CDS 74835 74780 CDS_42 CDS 75071 74922 CDS_43 CDS 75253 75167 CDS_44 CDS 76971 76894 CDS_45 CDS 77272 77069 CDS_46 CDS 77717 77532 CDS_47 CDS 78107 78008 CDS_48 CDS 78340 78219 start_codon_6 start_codon 78340 78338 AUGUSTUS_tom_ugs de novo gene_1 gene 1 4798 5439 transcript_1 transcript 4798 5439 start_codon_1 start_codon 4798 4800 CDS_1 CDS 4798 4827 CDS_2 CDS 4963 5439 stop_codon_1 stop_codon 5437 5439 gene_2 gene 1 7994 15658 transcript_2 transcript 7994 15658 start_codon_2 start_codon 7994 7996 CDS_3 CDS 7994 8056 CDS_4 CDS 8134 8264 CDS_5 CDS 8342 8410 CDS_6 CDS 8630 8701 CDS_7 CDS 10572 10644 CDS_8 CDS 14486 15658 stop_codon_2 stop_codon 15656 15658 gene_3 gene 1 27014 28172 transcript_3 transcript 27014 28172 start_codon_3 start_codon 27014 27016 CDS_9 CDS 27014 27103 CDS_10 CDS 27175 27525 CDS_11 CDS 27618 28172 stop_codon_3 stop_codon 28170 28172 gene_4 gene 1 47516 55372 transcript_4 transcript 47516 55372 start_codon_4 start_codon 47516 47518 CDS_12 CDS 47516 47518 CDS_13 CDS 50724 50823 CDS_14 CDS 54125 54194 CDS_15 CDS 54295 54316 CDS_16 CDS 54437 54508 CDS_17 CDS 54823 54873 CDS_18 CDS 55017 55077 CDS_19 CDS 55152 55372 stop_codon_4 stop_codon 55370 55372 gene_5 gene 1 85127 100674 transcript_5 transcript 85127 100674 start_codon_5 start_codon 85127 85129 CDS_20 CDS 85127 85213 CDS_21 CDS 85308 85518 CDS_22 CDS 85616 85740 CDS_23 CDS 89810 89953 CDS_24 CDS 90077 90750 CDS_25 CDS 91502 91623 CDS_26 CDS 91719 91810 CDS_27 CDS 93874 94096 CDS_28 CDS 95637 95707 CDS_29 CDS 95784 95957 CDS_30 CDS 96648 96749 CDS_31 CDS 96830 96919 CDS_32 CDS 97905 98084 CDS_33 CDS 98440 98523 CDS_34 CDS 98769 98953 CDS_35 CDS 99088 99226 CDS_36 CDS 99397 99456 CDS_37 CDS 99964 100068 CDS_38 CDS 100627 100674 stop_codon_5 stop_codon 100672 100674 AUGUSTUS_tom_ugs de novo gene_6 gene 1 22968 19723 transcript_6 transcript 22968 19723 stop_codon_6 stop_codon 19725 19723 CDS_39 CDS 19977 19723 CDS_40 CDS 22968 22306 start_codon_6 start_codon 22968 22966 gene_7 gene 1 33250 31997 transcript_7 transcript 33250 31997 stop_codon_7 stop_codon 31999 31997 CDS_41 CDS 32560 31997 CDS_42 CDS 32728 32629 CDS_43 CDS 33250 32961 start_codon_7 start_codon 33250 33248 gene_8 gene 1 59189 58443 transcript_8 transcript 59189 58443 stop_codon_8 stop_codon 58445 58443 CDS_44 CDS 58706 58443 CDS_45 CDS 58929 58826 CDS_46 CDS 59189 59039 start_codon_8 start_codon 59189 59187 gene_9 gene 1 69718 62024 transcript_9 transcript 69718 62024 stop_codon_9 stop_codon 62026 62024 CDS_47 CDS 62149 62024 CDS_48 CDS 62761 62723 CDS_49 CDS 66008 65939 CDS_50 CDS 66204 66113 CDS_51 CDS 66382 66300 CDS_52 CDS 68303 68263 CDS_53 CDS 68468 68425 CDS_54 CDS 68660 68583 CDS_55 CDS 68802 68770 CDS_56 CDS 68966 68910 CDS_57 CDS 69543 69456 CDS_58 CDS 69718 69627 start_codon_9 start_codon 69718 69716 gene_10 gene 2 84970 72585 transcript_10 transcript 84970 72585 stop_codon_10 stop_codon 72587 72585 CDS_59 CDS 72686 72585 CDS_60 CDS 73662 73495 CDS_61 CDS 73981 73763 CDS_62 CDS 74209 74066 CDS_63 CDS 74478 74317 CDS_64 CDS 74684 74564 CDS_65 CDS 74835 74780 CDS_66 CDS 75071 74922 CDS_67 CDS 75253 75167 CDS_68 CDS 75375 75346 CDS_69 CDS 75794 75735 CDS_70 CDS 75971 75891 CDS_71 CDS 76169 76080 CDS_72 CDS 76971 76894 CDS_73 CDS 77272 77069 CDS_74 CDS 77407 77360 CDS_75 CDS 77717 77532 CDS_76 CDS 78107 78008 CDS_77 CDS 78364 78219 CDS_78 CDS 78774 78723 CDS_79 CDS 84970 84942 start_codon_10 start_codon 84970 84968 transcript_11 transcript 78340 73459 stop_codon_11 stop_codon 73461 73459 CDS_80 CDS 73662 73459 CDS_81 CDS 74209 74066 CDS_82 CDS 74684 74564 CDS_83 CDS 74835 74780 CDS_84 CDS 75071 74922 CDS_85 CDS 75253 75167 CDS_86 CDS 76971 76894 CDS_87 CDS 77272 77069 CDS_88 CDS 77407 77360 CDS_89 CDS 77717 77532 CDS_90 CDS 78107 78008 CDS_91 CDS 78340 78219 start_codon_11 start_codon 78340 78338 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_1 match_part 1.000 4726 4827 match_part 1.000 4963 5609 match_2 match_part 1.000 7885 8056 match_part 1.000 8134 8410 match_part 1.000 8630 8701 match_part 1.000 10572 10644 match_part 0.994 11186 11346 match_3 match_part 1.000 7919 8056 match_part 1.000 8134 8264 match_part 1.000 8342 8410 match_part 1.000 8630 8701 match_part 1.000 10572 10644 match_part 0.979 11186 11567 match_4 match_part 1.000 14296 14990 match_5 match_part 1.000 90618 90750 match_part 1.000 91502 91623 match_part 1.000 91719 91810 match_part 0.995 93874 94083 match_6 match_part 0.957 98454 98523 match_part 0.976 98769 98851 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_7 match_part 0.999 23369 22306 match_part 0.976 19977 19435 match_8 match_part 1.000 23198 22993 match_part 1.000 22761 22306 match_part 1.000 19977 19559 match_9 match_part 1.000 33172 32961 match_part 1.000 32728 32629 match_part 1.000 32560 32116 match_10 match_part 1.000 40495 40226 match_part 1.000 38625 38136 match_11 match_part 1.000 59186 59039 match_part 1.000 58929 58826 match_part 1.000 58706 58172 match_12 match_part 0.988 59124 59039 match_part 1.000 58929 58312 match_13 match_part 1.000 59199 59039 match_part 1.000 58929 58826 match_part 0.979 58706 58321 match_14 match_part 1.000 69757 69627 match_part 1.000 69543 69456 match_part 1.000 68966 68910 match_part 1.000 68802 68770 match_part 1.000 68660 68583 match_part 1.000 68468 68425 match_part 1.000 68303 68263 match_part 1.000 66382 66300 match_part 1.000 66204 66113 match_part 1.000 66008 65939 match_part 1.000 62761 62723 match_part 0.997 62149 61843 match_15 match_part 1.000 78748 78723 match_part 1.000 78364 78219 match_part 1.000 78107 78008 match_part 1.000 77717 77532 match_part 1.000 77407 77360 match_part 1.000 77272 77069 match_part 1.000 76971 76894 match_part 1.000 76169 76080 match_part 1.000 75971 75891 match_part 1.000 75794 75735 match_part 1.000 75375 75346 match_part 1.000 75253 75167 match_part 1.000 75071 74922 match_part 1.000 74835 74780 match_part 1.000 74684 74564 match_part 1.000 74478 74317 match_part 1.000 74209 74066 match_part 1.000 73981 73763 match_part 1.000 73662 73495 match_part 0.998 72686 72285 match_16 match_part 1.000 78834 78723 match_part 1.000 78364 78219 match_part 0.993 78107 77959 match_part 1.000 77717 77532 match_part 1.000 77407 77360 match_part 1.000 77272 77180 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C06SLm0066F23.1 type gene exon 4726 4827 exon 4963 5609 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C06SLm0066F23.1 type gene exon 7885 8056 exon 8134 8410 exon 8630 8701 exon 10572 10644 exon 11186 11346 gene_3 gene GT_PGL_2_AGS_2 transcript source GenomeThreader seq_id C06SLm0066F23.1 type gene exon 7919 8056 exon 8134 8264 exon 8342 8410 exon 8630 8701 exon 10572 10644 exon 11186 11567 gene_4 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C06SLm0066F23.1 type gene exon 14296 14990 gene_5 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C06SLm0066F23.1 type gene exon 23369 22306 exon 19977 19435 gene_6 gene GT_PGL_4_AGS_2 transcript source GenomeThreader seq_id C06SLm0066F23.1 type gene exon 23198 22993 exon 22761 22306 exon 19977 19559 gene_7 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C06SLm0066F23.1 type gene exon 33172 32961 exon 32728 32629 exon 32560 32116 gene_8 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C06SLm0066F23.1 type gene exon 40495 40226 exon 38625 38136 gene_9 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C06SLm0066F23.1 type gene exon 59199 59039 exon 58929 58826 exon 58706 58172 gene_10 gene GT_PGL_7_AGS_2 transcript source GenomeThreader seq_id C06SLm0066F23.1 type gene exon 59124 59039 exon 58929 58312 gene_11 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C06SLm0066F23.1 type gene exon 69757 69627 exon 69543 69456 exon 68966 68910 exon 68802 68770 exon 68660 68583 exon 68468 68425 exon 68303 68263 exon 66382 66300 exon 66204 66113 exon 66008 65939 exon 62761 62723 exon 62149 61843 gene_12 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C06SLm0066F23.1 type gene exon 78834 78723 exon 78364 78219 exon 78107 77959 exon 77717 77532 exon 77407 77360 exon 77272 77180 gene_13 gene GT_PGL_9_AGS_2 transcript source GenomeThreader seq_id C06SLm0066F23.1 type gene exon 78748 78723 exon 78364 78219 exon 78107 78008 exon 77717 77532 exon 77407 77360 exon 77272 77069 exon 76971 76894 exon 76169 76080 exon 75971 75891 exon 75794 75735 exon 75375 75346 exon 75253 75167 exon 75071 74922 exon 74835 74780 exon 74684 74564 exon 74478 74317 exon 74209 74066 exon 73981 73763 exon 73662 73495 exon 72686 72285 gene_14 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C06SLm0066F23.1 type gene exon 90618 90750 exon 91502 91623 exon 91719 91810 exon 93874 94083 gene_15 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C06SLm0066F23.1 type gene exon 98454 98523 exon 98769 98851 AUGUSTUS_tom_pot_cdna de novo gene_1 gene 1 4798 5439 transcript_1 transcript 4798 5439 start_codon_1 start_codon 4798 4800 CDS_1 CDS 4798 4827 CDS_2 CDS 4963 5439 stop_codon_1 stop_codon 5437 5439 gene_2 gene 1 7994 11236 transcript_2 transcript 7994 11236 start_codon_2 start_codon 7994 7996 CDS_3 CDS 7994 8056 CDS_4 CDS 8134 8264 CDS_5 CDS 8342 8410 CDS_6 CDS 8630 8701 CDS_7 CDS 10572 10644 CDS_8 CDS 11186 11236 stop_codon_2 stop_codon 11234 11236 gene_3 gene 1 14453 15658 transcript_3 transcript 14453 15658 start_codon_3 start_codon 14453 14455 CDS_9 CDS 14453 15658 stop_codon_3 stop_codon 15656 15658 gene_4 gene 1 26665 28172 transcript_4 transcript 26665 28172 start_codon_4 start_codon 26665 26667 CDS_10 CDS 26665 26834 CDS_11 CDS 26983 27103 CDS_12 CDS 27175 27525 CDS_13 CDS 27618 28172 stop_codon_4 stop_codon 28170 28172 gene_5 gene 1 40634 57177 transcript_5 transcript 40634 57177 start_codon_5 start_codon 40634 40636 CDS_14 CDS 40634 40798 CDS_15 CDS 42477 42650 CDS_16 CDS 43120 43170 CDS_17 CDS 50724 50823 CDS_18 CDS 54125 54194 CDS_19 CDS 54295 54316 CDS_20 CDS 54437 54508 CDS_21 CDS 54823 54873 CDS_22 CDS 55017 55077 CDS_23 CDS 55152 55337 CDS_24 CDS 57074 57177 stop_codon_5 stop_codon 57175 57177 gene_6 gene 1 85127 100674 transcript_6 transcript 85127 100674 start_codon_6 start_codon 85127 85129 CDS_25 CDS 85127 85213 CDS_26 CDS 85308 85518 CDS_27 CDS 85616 85740 CDS_28 CDS 89810 89953 CDS_29 CDS 90077 90750 CDS_30 CDS 91502 91623 CDS_31 CDS 91719 91810 CDS_32 CDS 93874 94096 CDS_33 CDS 94349 94412 CDS_34 CDS 95375 95523 CDS_35 CDS 95637 95707 CDS_36 CDS 95784 95957 CDS_37 CDS 96025 96117 CDS_38 CDS 96648 96749 CDS_39 CDS 96830 96919 CDS_40 CDS 97329 97404 CDS_41 CDS 97486 97582 CDS_42 CDS 97741 97810 CDS_43 CDS 97905 98084 CDS_44 CDS 98440 98523 CDS_45 CDS 98769 98953 CDS_46 CDS 99088 99226 CDS_47 CDS 99397 99456 CDS_48 CDS 99964 100068 CDS_49 CDS 100627 100674 stop_codon_6 stop_codon 100672 100674 AUGUSTUS_tom_pot_cdna de novo gene_7 gene 1 25087 19723 transcript_7 transcript 25087 19723 stop_codon_7 stop_codon 19725 19723 CDS_50 CDS 19977 19723 CDS_51 CDS 23391 22306 CDS_52 CDS 25087 25085 start_codon_7 start_codon 25087 25085 gene_8 gene 1 33250 29642 transcript_8 transcript 33250 29642 stop_codon_8 stop_codon 29644 29642 CDS_53 CDS 29685 29642 CDS_54 CDS 30213 30051 CDS_55 CDS 30469 30321 CDS_56 CDS 30713 30564 CDS_57 CDS 31206 31098 CDS_58 CDS 31932 31869 CDS_59 CDS 32560 32001 CDS_60 CDS 32728 32629 CDS_61 CDS 33250 32961 start_codon_8 start_codon 33250 33248 gene_9 gene 1 40483 38365 transcript_9 transcript 40483 38365 stop_codon_9 stop_codon 38367 38365 CDS_62 CDS 38625 38365 CDS_63 CDS 40483 40226 start_codon_9 start_codon 40483 40481 gene_10 gene 1 61724 58443 transcript_10 transcript 61724 58443 stop_codon_10 stop_codon 58445 58443 CDS_64 CDS 58706 58443 CDS_65 CDS 58929 58826 CDS_66 CDS 59220 59039 CDS_67 CDS 61724 61696 start_codon_10 start_codon 61724 61722 gene_11 gene 1 69718 62024 transcript_11 transcript 69718 62024 stop_codon_11 stop_codon 62026 62024 CDS_68 CDS 62149 62024 CDS_69 CDS 62761 62723 CDS_70 CDS 66008 65939 CDS_71 CDS 66204 66113 CDS_72 CDS 66382 66300 CDS_73 CDS 68303 68263 CDS_74 CDS 68468 68425 CDS_75 CDS 68660 68583 CDS_76 CDS 68802 68770 CDS_77 CDS 68966 68910 CDS_78 CDS 69543 69456 CDS_79 CDS 69718 69627 start_codon_11 start_codon 69718 69716 gene_12 gene 2 84970 72585 transcript_12 transcript 84970 72585 stop_codon_12 stop_codon 72587 72585 CDS_80 CDS 72686 72585 CDS_81 CDS 73662 73495 CDS_82 CDS 73981 73763 CDS_83 CDS 74209 74066 CDS_84 CDS 74478 74317 CDS_85 CDS 74684 74564 CDS_86 CDS 74835 74780 CDS_87 CDS 75071 74922 CDS_88 CDS 75253 75167 CDS_89 CDS 75375 75346 CDS_90 CDS 75794 75735 CDS_91 CDS 75971 75891 CDS_92 CDS 76169 76080 CDS_93 CDS 76971 76894 CDS_94 CDS 77272 77069 CDS_95 CDS 77407 77360 CDS_96 CDS 77717 77532 CDS_97 CDS 78107 78008 CDS_98 CDS 78364 78219 CDS_99 CDS 78774 78723 CDS_100 CDS 84970 84942 start_codon_12 start_codon 84970 84968 transcript_13 transcript 84970 72585 stop_codon_13 stop_codon 72587 72585 CDS_101 CDS 72686 72585 CDS_102 CDS 73662 73495 CDS_103 CDS 73981 73763 CDS_104 CDS 74209 74066 CDS_105 CDS 74478 74317 CDS_106 CDS 74684 74564 CDS_107 CDS 74835 74780 CDS_108 CDS 75071 74922 CDS_109 CDS 75253 75167 CDS_110 CDS 75375 75346 CDS_111 CDS 75971 75891 CDS_112 CDS 76169 76080 CDS_113 CDS 76971 76894 CDS_114 CDS 77272 77069 CDS_115 CDS 77407 77360 CDS_116 CDS 77717 77532 CDS_117 CDS 78107 78008 CDS_118 CDS 78364 78219 CDS_119 CDS 78774 78723 CDS_120 CDS 84970 84942 start_codon_13 start_codon 84970 84968 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_1 match 171 89813 90748 match_2 match 73.9 95784 95981 match_3 match 40.0 95636 95716 match_4 match 111 97896 98084 match_5 match 114 98748 98930 match_6 match 52.0 96043 96117 match_7 match 80.9 98228 98353 match_8 match 60.8 98440 98526 match_9 match 566 14495 15628 match_10 match 123 14534 15544 match_11 match 172 27172 27555 match_12 match 59.7 26981 27109 match_13 match 113 14603 15481 match_14 match 116 14684 15478 match_15 match 121 18491 18730 match_16 match 77.0 18315 18443 match_17 match 107 14579 15481 match_18 match 91.7 57573 57893 match_19 match 83.2 57347 57529 match_20 match 70.1 57187 57345 match_21 match 20.8 57523 57561 match_22 match 112 14525 15430 match_23 match 112 14576 15406 match_24 match 108 14696 15478 match_25 match 110 14696 15478 match_26 match 123 14525 15511 match_27 match 116 14636 15418 match_28 match 105 14534 15208 match_29 match 132 14525 15478 match_30 match 114 14696 15478 match_31 match 125 14507 15391 match_32 match 111 14696 15280 match_33 match 126 14507 15328 match_34 match 140 14483 15448 match_35 match 142 14507 15328 match_36 match 129 14507 15346 match_37 match 113 14699 15562 match_38 match 125 14570 15478 match_39 match 112 14696 15478 match_40 match 113 14687 15478 match_41 match 123 14678 15274 match_42 match 113 14696 15478 match_43 match 110 14564 15478 match_44 match 115 14696 15274 match_45 match 117 14696 15556 match_46 match 114 14543 15481 match_47 match 123 14696 15481 match_48 match 119 14696 15409 match_49 match 134 14696 15469 match_50 match 111 18491 18700 match_51 match 77.8 18315 18443 match_52 match 121 18491 18730 match_53 match 76.6 18315 18443 match_54 match 54.7 95784 95957 match_55 match 32.0 95624 95710 match_56 match 72.0 95373 95534 match_57 match 108 14579 15478 match_58 match 48.1 98440 98526 match_59 match 79.0 98225 98353 match_60 match 48.1 98440 98526 match_61 match 79.0 98225 98353 match_62 match 121 14513 15532 match_63 match 114 14531 15208 match_64 match 111 14597 15505 match_65 match 117 14492 15478 match_66 match 116 14696 15478 match_67 match 130 14702 15556 match_68 match 108 14699 15478 match_69 match 106 14696 15478 match_70 match 110 14525 15553 match_71 match 118 14612 15415 match_72 match 117 14696 15454 match_73 match 119 14636 15469 match_74 match 111 14534 15526 match_75 match 117 14699 15421 match_76 match 118 14489 15490 match_77 match 106 14699 15487 match_78 match 106 14699 15487 match_79 match 123 14498 15418 match_80 match 114 14642 15406 match_81 match 121 14492 15208 match_82 match 108 14579 15478 match_83 match 133 14654 15523 match_84 match 110 14591 15478 match_85 match 119 14600 15478 match_86 match 119 14696 15421 match_87 match 145 14537 15478 match_88 match 113 14696 15478 match_89 match 124 14507 15346 match_90 match 111 14525 15406 match_91 match 105 14597 15406 match_92 match 106 14696 15406 match_93 match 118 14636 15478 match_94 match 122 14663 15406 match_95 match 113 14768 15409 match_96 match 110 14546 15157 match_97 match 54.3 27618 27881 match_98 match 179 27172 27528 match_99 match 69.3 26981 27109 match_100 match 105 14606 15415 match_101 match 113 14588 15466 match_102 match 105 14660 15517 match_103 match 127 14561 15406 match_104 match 111 14591 15490 match_105 match 118 14591 15565 match_106 match 107 14699 15370 match_107 match 119 14591 15415 match_108 match 65.9 27618 27977 match_109 match 176 27172 27528 match_110 match 63.2 26981 27109 match_111 match 118 14498 15340 match_112 match 284 14498 15613 match_113 match 74.7 18315 18443 match_114 match 111 18491 18700 match_115 match 125 14591 15478 match_116 match 120 14696 15538 match_117 match 111 14696 15493 match_118 match 112 14696 15334 match_119 match 94.4 57573 57893 match_120 match 80.5 57347 57529 match_121 match 72.0 57187 57345 match_122 match 107 14696 15406 match_123 match 116 14699 15478 match_124 match 112 14726 15478 match_125 match 112 14699 15478 match_126 match 114 14591 15478 match_127 match 105 14696 15274 match_128 match 104 14648 15505 match_129 match 107 14702 15409 match_130 match 105 14576 15478 match_131 match 116 14693 15478 match_132 match 137 14510 15562 match_133 match 117 14696 15529 match_134 match 110 14510 15490 match_135 match 112 14657 15481 match_136 match 184 14525 15607 match_137 match 107 57561 57911 match_138 match 22.3 57156 57200 match_139 match 82.0 57347 57529 match_140 match 68.2 57199 57345 match_141 match 23.5 57526 57561 match_142 match 181 4987 5382 match_143 match 171 89813 90748 match_144 match 78.6 95784 96020 match_145 match 40.8 95624 95710 match_146 match 87.4 95373 95534 match_147 match 109 97896 98084 match_148 match 113 98748 98930 match_149 match 80.9 98228 98353 match_150 match 60.8 98440 98526 match_151 match 561 14501 15628 match_152 match 90.9 27618 27923 match_153 match 123 26554 26832 match_154 match 74.7 26981 27109 match_155 match 220 27172 27534 match_156 match 104 57561 57866 match_157 match 73.2 57347 57529 match_158 match 66.2 57181 57345 match_159 match 112 14696 15415 match_160 match 122 14696 15478 match_161 match 123 14696 15469 match_162 match 112 14696 15415 match_163 match 122 14696 15478 match_164 match 123 14696 15469 match_165 match 107 14660 15478 match_166 match 111 14696 15478 match_167 match 120 14615 15526 match_168 match 122 14699 15406 match_169 match 118 14696 15406 match_170 match 106 14696 15406 match_171 match 111 14525 15529 match_172 match 172 4984 5394 match_173 match 62.4 57570 57869 match_174 match 64.3 57347 57529 match_175 match 56.2 57187 57345 match_176 match 62.4 57570 57869 match_177 match 64.3 57347 57529 match_178 match 56.2 57187 57345 match_179 match 27.7 95624 95713 match_180 match 63.9 95784 95957 match_181 match 70.9 95373 95534 match_182 match 58.5 98440 98526 match_183 match 79.7 98228 98353 match_184 match 120 14696 15538 match_185 match 75.5 18315 18443 match_186 match 110 18491 18700 match_187 match 47.0 98440 98526 match_188 match 78.6 98225 98353 match_189 match 115 14696 15406 match_190 match 109 14696 15406 match_191 match 130 14657 15478 match_192 match 108 14696 15481 match_193 match 116 14534 15526 match_194 match 117 14660 15514 match_195 match 120 14591 15208 match_196 match 121 14594 15424 match_197 match 121 14594 15424 match_198 match 105 14561 15478 match_199 match 110 14501 15415 match_200 match 106 14696 15409 match_201 match 105 14696 15274 match_202 match 97.1 18491 18694 match_203 match 76.3 18315 18443 match_204 match 104 14525 15208 match_205 match 108 14645 15481 match_206 match 141 14534 15478 match_207 match 120 14696 15481 match_208 match 112 14492 15406 match_209 match 112 14702 15409 match_210 match 121 14663 15478 match_211 match 107 14696 15274 match_212 match 128 14525 15478 match_213 match 61.6 27618 27968 match_214 match 61.2 26981 27109 match_215 match 187 27172 27534 match_216 match 106 14696 15415 match_217 match 116 14696 15478 match_218 match 108 14651 15478 match_219 match 105 14696 15478 match_220 match 110 14696 15412 match_221 match 114 14696 15478 match_222 match 109 14699 15373 match_223 match 94.0 18491 18724 match_224 match 79.3 18315 18443 match_225 match 117 4981 5373 match_226 match 117 4981 5373 match_227 match 109 14510 15511 match_228 match 105 14696 15538 match_229 match 119 14699 15562 match_230 match 109 14660 15478 match_231 match 128 14615 15526 match_232 match 112 14558 15340 match_233 match 112 14696 15406 match_234 match 119 14534 15478 match_235 match 105 14663 15478 match_236 match 121 14696 15556 match_237 match 105 14693 15406 match_238 match 113 14660 15406 match_239 match 110 14696 15478 match_240 match 107 14696 15430 match_241 match 115 14696 15292 match_242 match 113 14696 15478 match_243 match 109 14498 15613 match_244 match 117 14495 15472 match_245 match 111 14498 15652 match_246 match 61.6 57570 57869 match_247 match 59.3 57347 57529 match_248 match 50.4 57187 57345 match_249 match 107 14618 15538 match_250 match 105 14495 15160 match_251 match 47.0 98440 98526 match_252 match 79.3 98225 98353 match_253 match 111 14537 15478 match_254 match 75.5 18315 18443 match_255 match 110 18491 18700 match_256 match 122 14696 15523 match_257 match 111 14684 15409 match_258 match 117 14696 15478 match_259 match 120 14696 15478 match_260 match 122 14696 15523 match_261 match 111 14684 15409 match_262 match 117 14696 15478 match_263 match 120 14696 15478 match_264 match 99.4 18491 18721 match_265 match 78.6 18315 18443 match_266 match 106 14525 15274 match_267 match 114 14696 15562 match_268 match 110 14702 15415 match_269 match 106 14609 15469 match_270 match 147 14534 15562 match_271 match 121 14696 15481 match_272 match 105 14696 15283 match_273 match 116 14606 15556 match_274 match 105 14636 15478 match_275 match 108 14636 15274 match_276 match 125 14693 15478 match_277 match 117 14663 15532 match_278 match 116 14645 15433 match_279 match 140 14525 15571 match_280 match 112 14585 15268 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_281 match 102 77407 77063 match_282 match 151 74272 73760 match_283 match 36.2 76983 76897 match_284 match 80.1 74478 74314 match_285 match 63.9 74692 74561 match_286 match 65.9 73668 73495 match_287 match 62.4 74197 73760 match_288 match 30.4 74457 74317 match_289 match 23.1 74835 74779 match_290 match 53.9 74692 74564 match_291 match 112 77401 77063 match_292 match 42.4 76983 76894 match_293 match 95.1 77407 77069 match_294 match 40.8 76968 76879 match_295 match 457 23286 22306 match_296 match 461 23286 22300 match_297 match 145 32548 32003 match_298 match 42.7 31934 31869 match_299 match 449 23283 22306 match_300 match 112 78343 78005 match_301 match 123 77383 77069 match_302 match 171 74209 73760 match_303 match 48.9 76983 76894 match_304 match 50.1 75253 75167 match_305 match 93.6 74478 74311 match_306 match 90.9 75071 74907 match_307 match 121 77717 77529 match_308 match 41.2 74835 74773 match_309 match 70.1 73668 73495 match_310 match 87.4 74692 74561 match_311 match 112 78343 78005 match_312 match 123 77383 77069 match_313 match 171 74209 73760 match_314 match 48.9 76983 76894 match_315 match 50.1 75253 75167 match_316 match 93.6 74478 74311 match_317 match 90.9 75071 74907 match_318 match 121 77717 77529 match_319 match 41.2 74835 74773 match_320 match 70.1 73668 73495 match_321 match 87.4 74692 74561 match_322 match 112 78343 78005 match_323 match 123 77383 77069 match_324 match 171 74209 73760 match_325 match 48.9 76983 76894 match_326 match 50.1 75253 75167 match_327 match 93.6 74478 74311 match_328 match 90.9 75071 74907 match_329 match 121 77717 77529 match_330 match 41.2 74835 74773 match_331 match 70.1 73668 73495 match_332 match 87.4 74692 74561 match_333 match 134 38628 38374 match_334 match 51.6 66207 66112 match_335 match 42.0 66010 65936 match_336 match 57.4 66404 66300 match_337 match 80.1 74197 73760 match_338 match 45.4 74472 74317 match_339 match 56.2 74692 74552