C06SLm0062L07.1 GATCAAGTTATTCAAATACATAATAAGTATCCCATAAAATATTTGAGGTGTGCATGATCT AATTAATGATATTATAATATTGTATTCCTATGTTCAATTAATTTATATAAAAAAAATTTA ATTAGTGCTAAAAGAATGACACGCTACAATAAAAATGACTATAACGCATTTAATTTTTAA TTATCATTAAATATGCATTTTTAGCGGTAATTGTCACCTTTTGTATATGTCCCTAAAGTC TTTAGCGACATTGGTTCTAATGACACTTAACTAATGTCAATAAAGACGTTAGCACTATTT ATTAGTGTCAATATTTAATGCTGCTAAAAGTTATTTTTGTTGTAGTGACATATTTTAAAT TAATAACAAAACAATTTAATTTTAAAATATTTATTTTACCTTGAATGAAATAATTTGTAG CCACATAAATTTTTATCACTTATTTTAGACTAGAATTTTTTTTTAAAAAAAATCATTTCT TTCTTAAATTCTATATTAATCATACTAACGGATACAAAATGGAACTGAGAGAGATAAATA CTAGATTAAAAAAAAAGTATAATTTACATAAATCACATAGTATTATAGGTATTACATTAT TTTTTAACTCTTTTTTTAATTACAAAAATTCCTTAAAATTCATGGATTTCAGATACATTA CTGGACTTCCTGGTGAACATCCAATACATAGGTAATGGATGTATTCAGAGAGTGGATTTG ACATATGGATACCTCAATAGACATCCGGATACATCAATAGACAACCAGATACATAGGTGA GAGAAAGAATGTATCCAAGAGAGAAATAAATATGTATCAGCGAGAGAATAATATGTATTC GAGAGGGTTTTAGAGAGTAATAAAATAAGATATGTATTGAGATAGATTTTTCATTTTTTA AAAATGAAATTGTGGGGTTTTAGGAATAGTAATAATATCAAATATGCATGTAATGTCACT ATCATGAAACATTTATTTATGAATCCACCATAAGTGTATACAGACAATGGTTCCCCATCC CTTGCATTACTAAACTAAATGAAAAATGAAGTAAATATGATAAATGCCTCCTCCCAATAA TGCTTACTTAGTAGGCGCTTCCATATGAATGGAATAATAATCGAAAAAATAAAAGTATTT TGAAATTGTATTATTGAAAAAGATGGAATAGCCTTTGATGAATTGCATGGTAATTGATGA AGTTTTTACTTAGTACATTTTATCTTTATTTTGGGATTGTCCTCGAATAGATCGGTCTTT AATTTTTATTATCATTTTTTGTCTATTTTTAATTGTTATGTTTTTCTTTTTTAGTGTCAA ATGATAAATTAAGTATGTTGCTATCATTTTACGATATATTTTTTTTATTATATTAATATG CAATGAAATTGTAATTTATAGTATTTTCGCAGTTTTTAATATTTATTTTTTTGTTTAAAA TGTTAAATTAATGTAATCTAATTTTGCCTTAAGAATTAATTAAATTGACTTTTGAAAAGC ATAACATGACAATTAAATGTAGTTAAAAAAAAGTATGTTGATTATTTAAATGAAAATTTC TAGAGAAGTGCGTACTCTTATTAGTTGTTGCAAAATTGTATATGATAGCAAACTATTAAT TCAAATTAAATATAATTGTACCCTAAAGCAAACTATTGTTATTTTCGCCTCTTTCATGGT GAAATCTCGCTCATCACTCTCGTTTTGGTGGCAGTCTCGCTCGCCTCTCTCGCTTTTATA CAAACACAAATGTGTAAAATGCTTTTTGTGTTTGTACAAAGCGAGAAAAAAATTATATAT ACATACATATATATATATATATATATATATATATACATATACATATCCGTTCTCCTCTCC CCCCCTCCCTCTCAAATCTCGCTCGTCACTCTCCCAGATCTCGCTCACTACCCTCGTCTC TCTCACTTATACAAATTGAAACGAAATGTATAAACTGTGTTTCTATTTCTATAAAACGAG AGAAAATTATATACACACATGCAAATACATATATCTTCGTCATATACATTTATAATTATA CAATACAAATATTCATTTGCCAGTTTTATTTGCCTTCTTTCTTTCTCATTTTATACATAC AAAGATTATACAATTGGTCTTTTGTATACAACTGCTTTCTTTTGTAATGTATATCGAATT ATACAATTGTTTTTTATGTATAGCGAACTATATAACTGTTTTTTTTATATGTATAGCAAA TATACACATTTATGTTTACTATAGAGTGCAATCATGCATACTACAACTTTAATATAAAAA TATAATTTTTTTGTTTGTTATACGTAAAAAATTGCTCATAGTTATTTACCCCATGGGCCC ACAACTGCTCAACGTAAGTTTAAAAATATTTTAACTCATTCGATCATAAGTAGCACAAAT TTTTTTGTCATGTTCAATAATTAGAATTATGCCTTTCCCCGTAGATTTTTTCCAACCCGC CGAAAGATAAGTCCGGGCTCGATATATATTATTTTATGGAAAAATTATGTGTGGAAATAA ATATATATTAGTTAATATAGTAATAGTTTATCTTAGTTACAATTTACAATCTATTTTTAG TTATAATTATGTGGGATCAACTTTTTTGTTTTGTATAATTCACATGTTTATATAATTCAA AATTTTATAATTTTTGTATAAATTCAGAATTTGTATAACTGTTTACACTTTTGATGTTTG TAATCGTATGAATTCTTTATTTCAAGTTTACACAAACATAACTAAATTATACAAATATAC CAGTGAATTATACAAACCTGTAAATTATACAAATGTACCAGTGAATTATACAAACATGTA AATTATACAAATCTGTGAATTATACAAACGAGTCAGTTTAAACTATAGCTATAACCGTAA ATATGTAAATTATAGCTATAAAACATAATTAAATTTATTTTAATGGCTATTTTCAAAAGT TCCCATTATTTTATTTGTTTTAATTTATAATTTTGTTAATATTTTAAGTGTAATTTTTAA ATAATATATGTGGAACATGTGATATTTTGAGAGTCCTAATTTACGAGCGATCCCAATAAA CCTAAATGACTAAAATACTCCTCGAACTTATTGAAGAATTTTGGGAAGCACACACGTTGA CAGTGACATGTGTGCTTAGTGAAAATAATATACGTAGCATGTGTGATATTTGAAGAGTTC TAATTTACTAGCCTTGACGTATGTGCTTATTTCCTCTTATATATTAGCCGTGGATATGTT CTTTAATCAGTTTTAGAGGGCGAAAAAATCGATAGCTAATGTGGGATGATACAATAGAGT AAATATGTGGATTTGGGTGTTGTTATTTTATTAAAAATTCACAATGTTCTCCGACATATT TCATAATTTGTTATGTACTTTACAACTAACTTAGATGAGATATTATGATATAGTCATATC GTGTAGGGACATATAAATTAACTAATTATGCCGCAAAAAAAGTTTTTTTTTTGTTGCTAT TTTAATGTTAGTAGTATGACTTGTGAAGTATATATAAATATTAAATTTATGGCTTGTAAA AACTATTTATTATTTTGATATTAGATATATTTTAGACCACTTTTCTATAACTTAAAATAT TGAAATATAAAAATTAAAAACTACCTAAAAATTCTAAAATATGTGGACATTTATACTAAT GACGCGTAATTGATTGCAACAATTATCTATCGTCGACAAAATGTGAACACTAGATAGTAC GTAGCCACCAAGTTTGAATTTGATGATCAATTGATAAAATATTTTTTTAATTTCGTGTGA TTTGATTTATATTAATTTAATATATTTAAAAAAAATATTAAATAAAATGTATTTTTATTA AATTAACTTTATAAGGAAACTCGAAATTTGATTAGTTATTAGTATAACTATATGTAGTTA TTAAATATTGCAATATAAATAATTTAAAACCATTTTATTACTTTTAAATTAAATAAAAAT ATATTATAATTTTTTTTTAATAGAAGAGTCAAGTAATATGAAACGAACGAAGAAATTAAG ACGTGAAATTTTTTATATCCAATCATCAAACGAAGGCTCAACCTCTGTTGACTATCAAGT TGCACATTCCCCAATAGAACTCCAAAAATAGAAAGTGAATACTATATTAATTAAGTTCAG GATTTAATAATTATTTTAAAAACTAGACGTGACACTCGAAGTTTTAATTTATTATACCAA AAATGTCTATAATATTGATACTTTATTGGAATAAAATTCTTTTTTCATGTGTTTGTAGTT TTTTAAAAATATAATCTAACGAAAAAGAGTTTAATATATTGATTAACTTTATGATTTAAA TTAATATATAGTTTTTGGTTAAAAAATAGTTCCCATATATTCATAACTTATATATACATA AAATGAGTCATATATATTCTTTCAATGATGAAAGTGAAAATTAATTTAAGTTTAAATCAA TATTTTTTATTAAAACAAAAGTTAAGCTTATTTGATCCTTTTCACATATTATTTTTTATA TTCCAAAAAGGAATTCGAGTTTATGGATCTATTTGTTTAGTCGTACTTGAGTTTCTGTAA GAATATAAAAATAAATAAGTGCGAATGAAATAAAAAAGAAGAAGAATTTAAATTATTTTT TTGCGCAGACGTACTGTACTTTTATTTTTAAAAAATTATATAAATATACGACATAAAATA TAATAATCTCTAAAATTTCTTACCATTTAAAATAATTAAAAAAATATTTATTTCAAATAC ATTTCTATCCCCTCTCGAATACATTTCTCTCATTATGTAATATATCATTCGCGATGTATC AGACAATCAATGAATATATTCGAAAACAATAAAAAATTTAAAATAATTGTATTAGAGAAT TTATGATATAGGACATAATTAAACTCAAAATGTACGAAATTTATGTACTTTATACCTTCA TTTCTTTTATATGCGATTTTGTTTCAGGACATCTACATAAATTTTATGAGAAATGAATAA AAAATATATGTAATCATTAAATAATGCTCAAATTAGTCATTAAATTAAAAAAGGCCCGAC CTAAAATTGTCAAAAAAATTAAATTAAATATACCTCATGTGAATTTTATTTTAATAAAAA AAAAAATCCAAAATTGGTGTGAAACGGATTATATCTAACGTGATAATGCTTCAGTTTATT TGGAGTAAAAAACTAAATTCATAATGATCTGTACCAATCAGAAGTGGATTTAATCATCAA AAACGTGATCGGGTTTACAGTGACAGTCCTGTTACCTAACGGACTCATGTTAACCGTAGA TTTAAATCTAATTTTCTCAATCAACGGCTGTAATAACGCTGACATTATTCAAAGTGAAGT ATCCTTGCATAACTATAACACTTGTGGAATTTGAAAATTGCAATTTTAGGAATATTCGTT AAAATCCACGGCAACGAATCAGCGATATGATCAATTATATAATTCATTACTGGCAATAAA TTTTCTGCAAAAAACAGAAAAAAGAGGAGTGAGGAAGAAGGAGACAGTCACCATGGATTC CCCAAGTAAGTATTACAATCCCCAGTTTTGTTGTTTCTGTGTTTCGTTATGTTATTTGTT GTATTTGGTGTTGGAATGAAATAGAGCAGGGTGGATTTAGTTATAATGCCCTCTATTTCG TATTATTCTACGAGTTAGAGGTAAGGTCTGTGTATATTCTAATCTCACCGACCAAAACAA TGGGATTATACGGTATGTTGTTGTTGTTATTATGGTTTACCTTAGCTAGTTTGGGATTAT GTTTGTATTCTAGGAATGTAATTTTTTCAATATTGTCACTTGGTTCTTGAAAATTGTGTA TTTTAGCTTAGATTGTGTATATCTACAACCCCTTTATGTATATAGCTGCTGGATTAAGTG GAATCATTTGAAAGATTGTTTTTTTTCTGGGTTTTTAACTTTTAAGTTCTCTATGGGCTC AAATCTTTCAAGTAATGTACAGTGACAATTAGTTATTGAAATCTGCACTCAGATTATATG TCTACTCATAATTTACTTCGAGTAAATGGGAAGGTTGAACAGTTTTTCAACTGTGTGCCT TGTCTGGTGCTCTGACAATTACAAATTCTTGTCAAGGCATTTCCCAGTAAGCACGCATTA TATGCAGTGTCTTTGCATTTATTTGATATCTAATTAACTTGTGGTGATACCATAACTTTA TATATTATGGGGAGTAGGTGGTGCTGATACAAGAAAATAAAGAGATAAGTGTGTTAAAAT CTACTCGTCTCATTAATACATGACAGATTTACACCTTTAAATTGGTTGGTAACTCTTTAT GTGAGAAATTGTATGCAACTTTAATATTTTACATGCTAAGTTGGGGTTGCTAAATTCAGT TTCTGTAGGTCAATCTGGCCCCATAAAACTTCAGAGAGGTTTAGCGTTGGTAGTAGTAAT TGTTCAACTCTCAATGGTTTTGTGGGCTCTCTGCGTCCCCATTAATATTATGTGATGTTA GGTGAATTTGTAGTCTCCTTTGTTCCCAACCATAGAATCCCAAATGATATTAACTGGAGT GGAAACGTGAGCGTTGAACTTATCTTTCTAGTTCAAAGTGAATGTCATGGCGTGACTTGA CACAATTTCTTAAATTAAATTGGGAAGAAAAGTAAGAATAGTTTTTGAATTTGGAAAATC CTGCTTAATTTTTTCGAGGTATCATATTCAATGAGGCGTGAAATGTTAAAACACTTTGTT TCCAAATATAGGATATAAACATGGATGTTGAGGATTCATATAGTTGAACCCCACTGATTT TGAGTTCAGCATTGTTGTTGTTGTTGTAGATTATAGAATTTACATTTAGGATCAGCTGAA AAAAGAATCTTAGCTCCAAATAAAAAACGGAGCAGTCTTAGTTACTGTTCATTTAGATAG AATTGAAAGTTCAGCGAGATGTCACTTATTTCAATTGCTATGATGTGTAGTATTGTGCAT CATATAAAGATGGTTCATAATCTAAGTCGGGTTCAAATTAGCTCAATCTAATTAGTTAAC CAAATATCACAGAAGGAATATAAAGGATTACTGTAGGCAAGCCAACTAGCGTGTGATTGA AAGCAGTTGATTCATAGAATTAGTGAACCAAATTATGGCCACCAAAAAAAATCCTATTAT AGATTAAATCTTATTTCCCATTATTGATTTTCAGAATAAGAATTGAATGTATATCTAGTC TAGTACTTTGTCCAAAGTTCATAAGGGTATCCCATATTAAACTAGGATGTAAACATTGGA TTGAACTTGTTATGATATATTCCGATATCCTGTGTCGCAAGTACTATCCAGCTATGCTTT GGCTGAACAAATCGTTGGCTGTATATTCTTCGCACATTTATCATGCTGCCTGTTGCTAAA CATGTGTATTGACCATAACTATCGACTAATCCTAATTTAGAACTGAGACACAGTGGTTCT GGTGTGAGTATTGCTTGTTAATTTCCAAAGGTTTTCCTTGTTTTAGATTGAAAGTTAAGA TGTTATAACTTTTCTCAAGCTGCAATGAATTGGATTATCAGAATAGATCAATTGATGTCA AGTGCATGCATTCATGTATATTGGTCTCTCCATACATGCACCATTATATATACCATGTTC ACGTGTGAAATCATTGGCCGTAGATAGACAAGCATAGGTAACGTTTATAATCATGTGTTC ATATATAGAATCTTACATCTTTCTCAATGTACTTTACAGGTGTTATCCCTTATATCTTTT TGCTACTTCTTGTTGGATGCTCGGCCAGACCTCTCTACCCACTTCCTGGCAGAAGAAATG ATAGGAATAAACAGCCTTTACAAACATTTCGAGCTTACAACATTGCACACCGAGGTTCAA ATGGAGAAATTCCTGAAGAAACTGCAGCAGCATACATGGTATGTCTACAATAGAATCATC ATATAATTTTCAAAACATCCAGTTTCCAAAGTAGTAACTAGAAACCGGGTCTAGTCTCCA ATAAAATGGCTTCACTTATGGTCACATGGTTGATACTTAAAGTACAATTATAGGGAAAAT TCTTTTTGATGTTTGTAAAACACCTTTCTGCTTGCAGTAACTGATGTTGAAATAGAAGCA AACAGGTTGTTTATATAAATAAACTGCAAAACATGCCCCTGAAACTCTAGTATTATGCAG AGAGCTATTGAAGAGGGTACTGATTTCATCGAAACAGATATTTTAGCATCTAAAGACGGC GCTCTTATATGTTTCCATGATGTCATACTTGATGATACAACTGATATAGCAAATCACAAG GAATTTGCTGATCGAAAGAGGACCTATGATGTTCAAGGGGTTAACACTACTGGATATTTT CTGGGTATGGATGTTATAATTTCACTTGTGCTAACTTCTGTTTTATTACATTGATAATAG AATATGTCCTCTTGCTGTCACATTGTGTTAGCTTCATTTTATTCAGTTTACCTTCCAAGT ATTGTACTATTTCTTTACTGATATGATATGTATCATTACTTCATCTATTAGTAATTTCTT GTACTATTATGCAGTTGACTTCACCCTTGAAGAATTGAAGCTTCTGCGTGTTAAGCAGAG ATATCCTTTCAGAGATCAGCAATATAATGGTTAGTTTTCTAAACGTTCCTATAAACATAA AACAAGATAGAGAAATTTATGCTATGTGAAATGTTACATCAACAAAAAATGGTGCTTTTG ATTGACTCTTCCCAACAACAAGGCATGCGTGCTCCTGCTATTACTCTATATGAGGATAGT TTCTTCAGAAAAATGCATCTCACTGCCTCCAATATTTTCACCTTTTCCGTTTTCAATTAA CTGGCAGGAGAATTTTCTATCATTACTTTTGAGGAGTTCATCTCAATTGCATTGGATGCC CATAGAGTTGTTGGAATATATCCAGAGATAAAAAATCCAGTCCTTATCAACCAACACGTG AGTTCATTCCCTTTCTGCTACAAAATTGGTCAAACTGATATTATTGCAGAGTATGTTTTG CTGGAAAATCAATTGATACCCTTATGTATTACTTTCAGTTATCTTATACACTAACTACTG GTTCCAACAGGTCAAATGGCCAGGTGGTAAGAAATTTGAGGACAAGTTTGTTGAGACACT GAAGAAGTATGGATACAAAGGTTCATATATGTCGAAGCAATGGTTAAAGCAGCCTGCATT CATTCAATCTTTTGCGCCGACGTCACTAATTTATATATCAAACCAAACGGACCTGCCTAA GATCTTCCTCATTGATGACACAAATACACCAACTCAAGACACCAATCAGGTTTTCATCCC CTCTCTCCTAGCTAGCACTGTATGTTACAAAGAAGAAGTTGGCTATCTTATGTTGGAAAT GCTAAATTCGAGATAGAAAACAAAGAAAGTTTTTACCCACAATTTAGAAGCATATACAAA AAGGAAATCCAAACTTTTAGGACTTCGATAAAAGTATCAACTACATCTGCAGTCTAGACA CACCGGTAAAGATTTGTATAAAGCATGTAATATTCAGATCTTGTTTAAAAGTTTACAGGA TTAACAAGTACACTTTACAGGCTTGATAAAAAATAAAAATTTTCTGTTTGCTGATTAAGA AATTAACCTCCATTCTAACATGTATTCCCTTTTTAGGAATATAGTTTTGTTGAAAAGATA CCCTAGAGAAATCTGATTGTCACACTGTTTTGCTATTTAGAAAATTAATGATCCTTTTTA CATTTCAGTCATATTGGGAGATTACTGCAGATGGTTATCTTGATTATATCAAGGATTATG TGGTGGGGATTGGTCCCTGGAAGGACACCATAGTTCCTTGTTCCAACAATTATCTGCAAA CACCTTCTGATCTCATCGCAAGAGCACATGCCCGTAATCTACAGGTATCTGATCAATCAT TGATTATGGGATATCATTGACATGTGAAGTTAATTGATGATATGATATTTTCTTCCACTG GTCTCTGTTCCACGGTTTTTGATTTTATTGTGCGCTAATATTAGATTACTGTTAATTGAA GGAAAAGGAAATACCTATATATCATGTAAAGTGATATCATGTAAAGTGTTTTCAATTGAC ATGTTATGTACATTTCTAACTTGTTGAGTCTGTTCTGTTGTAAGTTTGAGGGGTGCTGGG TTGCTTCTAGTTGGTGAATGTCTGCCTCTAAGTTCCAAGGTTATTGTTTTTACATCTAAT TCTTAGAGAACCTAATGAGTCACTATGCATTAATGACTAGTGCCTTCTATCATAGATCTG CTATCATCTTATGTTTAGCACGCCTCTTCTTAGAATTGTCGAGTTTCCATTAACTAGTGC CTTCTGAATTATTGAGTTTTCAAAGAAAATGAATGAACCTGCTTTACTACCTATCTCATG TGTAGAAATGGTATTTCTTTTTTCTCCTTTTCCGTGCAATTCATCTTAATTTCATACATA TTCATCCTCTGAATTTCAATAACAAATTCAGGTGCATCCATACACTTTCCGGAATGAGAA CCAATTCGTACACTTCAACTTCAGTGAAGATCCATACAACGAGTATGACTACTGGATAAA CAAGATGGGAGTTGATGGCCTCTTCACAGACTTCACAGGCAGCCTTCACCACTATCAGGA ATGGACCAATCCATTTGCATCTGGAGAAAAAGAAGCAACTAGGCTTCTGAATAAGATTGA ATTGATGCTTTCCAAGTTCAAGTACACCTGAGTTAAATTCTATTCAACATTGTCTGTGGC AAGGCAATGCTATTTATTGGTCTGTATATATCATTGGCTTTCCAATTTATATTTGCCAAA AGAAAAAACAGGTTTCAATATATTGTAATTGGTGCAAATGACACTCTTGAAGCATTTGGA CCCTCTTAACCCTATCTCTTAGATTATGGATTTATACAAGAGATTTGCCTTTTTCGGAAA TTTTGTTTGATGTTGTCAGATTCTTTACACACTGTCTCCCTTTTGCCTACTTGCTTCTTG GATTTTAGCACTCTTACAAAAAAGCGTAATAACTAATAAAGAAAACAACAACAATAACAT ACTCAATGTGATTTGGTGTATACCTAGTCTTAATTCTATCTCGTGCAAAAAAAAAAGACA TAATAAGGGAAAAAACATATGTCAATTAACATACATAAATTGCATATATTTGACTACTTA GCTTCTTGGCAAATCTCGTATTTCGTCTTGATTTTACATCTCACAAACTTTTTTCACATC TTTGTTGAATTTTTGTATTTCGCTTGTATTTTTGTATTATGGAGTAGGATTTTCCGACAT ATATTTTACTTTTGTAATTCGTGCGTTGATTGTAAAGTGTATTTTTGTATTTTCCGTTTA TTTTTACGGTCGTTTGTAATCTCGTAGATACATACTTATATTTCATTCTTGTATTTCTAT ACCAAGCGAAATTAAGTGGACACATACGACATATACAAATTGTATTCATCAAGATTGTAT GTGTTGATATAACCATTAAAGAAAATGAATACTAGTAATACAATCGAATGACAATTGAAA CAATACAATAAACCTACGAAATTAAAAGTGATTGAATACAAAAATAAAAATAAAAATATA TATATATATATATATATATATATATATATATATATATAGTCCTTTCTTTGTTTTGTTATT TGTATATCTGAATTGTATTTGTCGATATAACCTAACAACAAGTACATCAATATAACCTAA TTGCGCATATGAATACAAAAAATACAAATCAATGACACTTTTTCCATTTTTATTAATAAA CTGAAAAGTAATTATATCGTACTTATAAAAGACAATCTCAAAATACTTTCAAATAGTTGG ATTACATATTTAACTTTTTAATATTATATATCAAAAAGTTCAAATTTATCAGTTTAATAA ATTATTAATCAAAAACTATAAATATATTAAGTCACATATATATAATAAAATAATTACACT AATCTGTATCCGGTTCCTCAATTACACCTTGCGCAAGAAACCAAAAACCGGTTCGGAGCA CATACAATTTCACTTGAGACTATCGGAGAAGAACACCAATCGGCGAAACCAATATGTTGT TTCAACTTCCTCGCCTGACCAATGCTCTCCGGGAACCATTTGACGCCGATCAAGCATACC TTCACCGGAAAACCATTCTGCAAAAACTCAAGTCTCGCAGGTACCAGAATCACATCTTCA AATTACATATCCTTTTCGTTTTTGATTAATAAATTTTTTTCTTGTTTTCAGTACTGCAAC TTCACTTGAAGAATCAGAACTTGCTCGAAAGATTGTGTATAAATGGGACGAAGGTACTAT TGATTTGTTAAGAATTAGTACGTTCTTCTTTTTTCGTTTTGGATATACTTTGAGATGCAT GGAAGTATGTTCAATATAGTCATCTCAATTAGCTTATGGTTGAAAGGAAACATTTTGAAA TTCTTTTGTTCCCCTTTTCATTTCCACTGCTTAATGAAGTGTTCTGTAATTGGTGCAGCT TCTCCTGAGTTGCGGCAAGCCTATAAGCAGTTTATAGGCGCGGTGGTTGAGTTGATGAAG GGTGAGATTGTGTCAGAGGAGTTTAGGGAGGTGGCATTCAGTGTGTATAGGCTTTTCAGT GGGCCAATGGTGGAGGGTGAGGAACACAGGCGTATTGCTGAGAAGAAGTAGGCATACAGT TTCTAGATGTGTTGCTTGAAGATAACATTTATCTCCTTATTTTGTCTGTGTATATTTATA TTTATGGTACTTGCTAATCTTTAGAATAAATGAGGATCAGTTGGGGATGGGGTGGAGTGG TGAACCAATTGGTCATGTTGATATGCTTTTATCGCTAGGAAATAATGGAGAATGTCGGCT AGTAAAATGAATAGGTGCTTGATCAATGATGCCTTAGCTGCTCAGAAGGGTCTTTAAGTC TCTTTTTTTCTTCATCGAAAAGTCTCTTTTTTCATCCCTTTTCCCAAGCACGTGAAGTTC TGTAAGCTGGGATAAAAACTTTTCCGACTGCTTGCTGTATATTTCAATCCACTTGCAGTT GGTATCTGTTCCTTTTGATACTTCTTATTTGAGAACCTATTCGCCAAAAATAAAGGAGAA AAGATAATTGCTGATGCTAGTATTAGGCCAAATGAGTTCTCATGTTAGGTCCACTTATAT AGGCTTCCGCTGGGTCCAGAAGCACCGTGGATATTTAGTTTTTTGCAGAAGGATCTAAAA GGCATTTTGTCCTGTCCGTTGTTCTGTGTATTAGATTCATAAATCTTCCAAAGCAAACAG TCCACTTCATTACATTATATTTCATTGAGTGAATTAGTTCTTGATACTCTACAGAATACT GTACGTTTTAGACCTTTTTAATTGTTAGGAAAAAAGATCATCCAGTAGCGGAATGTTCTT GATGGACGTGTTAATGTTATTCATACCCATAAGTCAAAGATTTTTCAGTCCTTGATTGCC GAAATTAAGTTACTTCTTGTAATCTATGTCTTAACGAGTTGAAAAATGGATTCTAGAATC CAGCATGCTTCTTATACTTTTCTTATCTGCTGCCAGCTAATGAGTTGTTAGTAAAGATTG CATGACTAACATTTGTTGTGCGCAAAGTATTAAAGTTTCTTATCAACATAATAATTAGCA TAAGGTTGAAAAAGAATCTAGAGTAATACTGATACAATAACAACATACCCAATGTAATCC TACGTGTGAAATAAATTGCGAATAATAAAGAGCTGGAGGTCAGATATTAGGTGTATATTT TTCCTTCCTTGAATATTTTGTGATAGTCTGCATGCTGAGAAAGTTTTTTGAACTGCTAGT CTGAAAAGTCAATCTTTTATTTGAATGCAGGCTAAATTTGCAAAAACTTGTTGGCTACGT AGTTTCAGACTCATTACTATCAAGAGTTGCCTCTTTAGCACAAATATTGTATGAGTTGCA GAATAATCACCCTGGAATTGAGACCGCCTCTTTACCAGAAGTGTCTAATGGAACTACTGA TGATGTGGAATTTGGCTCGGACCTTGTGTTCAGACCTCCAGCTCGTTTTTTAATTGATGT TTCCTTGGAAGATTCTGATTTTTTTGTTGAACAGGACAGTGCACCTTCTTCAAGTCATGA AACACAGAATGAACATGGCTCCTTCTCAAAATTTAGAGAATCTGTATCTGGTGGAAAATT TGATTTAAGCTGGTTAAGAGATGCCTGTGATGAGATTGTTAGAGGAAGTACTTCGCAGCT TCCTCGAGATGAACTGGCAATGGCCATATGTCGCGTACTTGATTCAGAGAAACCAGGGGA TGAGGTTACAATATACCCCTTCCACTTCATAGTTCTGTGACATGCTTTAACCTCATCTTT TGGCACATCAGTTCCAGAAGCATATAATCTGTTTCTTTTTTAGATAGCTGGCGATTTGCT TGACCTTGTTGGTGATGGTGCATTTGAAACAGTTCAGGATCTTATCATGGTAAGAATTTT GAGCAGATATTCTAATTATTGTGGATCTTCATTGGACATATCATCAAATTGTTCTTTAAA TTTATGATACATTGAAGTAAAAAGTATGTACATTATGTATGGTGTAAAGTAGTCTGAGTC TGATAATATGTTTTTAGGATTGGTTGAGAGATTATAAATTCAAATGTGGGACTCAATAGT ATTTATGAGTTGAGTTCTCTAAAATGATTTATGGTAAATAGGAACAGTAAGCAATCAGGT AGAGAATCATTCAAATAGCAGCAAGCAATTAGGTTCATCCATTTGCAATTTGGTACTGTT TAAATTATAATTTTTCTCCGTTCTACCTTTTTCATGAGATCCTGTTCCTCCTATCTCAGC ACAAAAAGGAAATTGTTGATGCAATCCATCATGGACTAATTGAACTGAAAGCTGACAAGA TGACTACAGGCGGGCAATCACGCGCTCCTAGTTATGCCGTCCAGGTAAGTAATAGATATA TAGCCATGATAATGTCATACATACAATGCCACACTTGACATTTGAATTTACTTGTTACTT GTCGAGCAGGTAACCGTTCAAACCGAGTCTGAAAAGCAAATTGATAAACTTCGTCGCAAG GAAGAAAAGAAGCATAGGCGAGGAACAAATAATGGGGTTGAGGGTGATTTGTCCACCGTG AGTTTTAGTTCCTTGCTTCATGCTAGTGAGAAGAAATATATATTTGAGGACCTCGTTGGT CATGGTGAAGGGATAAACACCTTAGGTCCTACAGCCCTTCCTCAAGGAACTATCAGAAAA CACCAGAAAGGATATGAAGAAGTCATTATCCCTCCAACACCAACTGCATCTATGAAACCC GGGGAGAGACTGGTATTTCCCTTTTCTGCCTTTTGCTTATTGTTGTTATATATATATATA TATATATATATATATATATATTTAGAGAGAGAGAGAGAGAGAGCGCTGTAGATATGGTTT GTTTGTAGTGGACATGGTTATGAAAATTAATCATCTGGGAGGTAGAGCTTGGTTTGAATG AAGTGTTGCTAGAGTTTGTCGCAAAACCTGTTTGTATAGTAATTGTCAAACTGCTTCGGT CCTTCCCTACATCAATATTTGATGCTAGCAGCACTTTATCTTTCCACATATAAAAATGAA AATGTACATGAAGTAGATGAGATGGTCAATTTCCTTTGTTCTTTTCACATGTAGCTAGTG TACCAAGATACATATTACTGGGGTTGTGCTTCTCATCCATTGCTTGCTGTGTGCTATTCT TTATTAAATTTTTGTGATATTTTTTCAAAATATACTTGATGCTTGAATATGCTTTCTAAT GGACGATACATCTGTAAATCCTGCTTACCCGACTTTCTATCTTGGTACTGAAGACAATCC AAAGCTCGTCTATTTTCTAGAGCAGTCATCAATTCTTGTGTTTAGTACTGAATCTAAACA AGAAACGTAAAACTTATTTGTACTATGCTATTGTGGTAGTGGTTTGGCTGGAATGGAGTT CTGTACTTTTTTGGATTAGTATGGCACAGCCTGCATACTGTGGTTTTATGGAATAATACA GGATGTAATTTTCTCTTTCTAGATTCTCTTTATTTCTATTTTTGTCACTGTTAAGCATGT AAACAATAATGTATTGTTTCTTTGCACAAAAAATGCAGAAAAGGATCTTAACATTTGATG ACTTTTCAACTTTCCTCCTGTTTTCGATCTTACTCTTCGACTACAATATCCACTATTGTT TTAGGTTAGCACAAAGAAGACGATGTCCCTTAATTCTGCTGTAAACTACTGTGTAGGAGC TAATGGTCTAATCTTCATGATGTTTCTTACATATGAACCGCAAGTCCTACAATTCATTTT CTCCATTATGTGATGCTAGGGTTGCATCTCCAGCTACATATGATTTCAAGAAGCTACAAT AGTTAATGGAGATCATGTTATTTAGGGTAGCATCCATGGTTATCTAGGCTTGAGCTTGGC CGTTTGAGTTGTGGAGCGTTACTTCTTGCTTGAATGTTTAATCATGGGGCTTGGACTGTT GAATTTTCATAGTAGACACATGTTTAGGACATTTGCTTTTGGAGGTGGTTATTCTTTGAT AATTGTTCTGGGTATTTCCTCTTCTACTTAAATTGTAGATTTGTTAAGGTTGGCACTGGT GAGTTAAAGGAGAGGTAGAGGTAAGCCGAAGAAGTATTGGGTAGAGGTGATTAGACAGGA CATGAAGCATCTTCGACTTACCAAGCTTACCAAGAGTACTTAGTGTAGCGTCATCTCGCT TTCCTGTAGGATAGGCTTGGTGGTAGTTTGGTGCACCTTACCTGTTTCTCCTTTCATATC AGTAGTATTTACTACTACAGTATTTCTGTAGTTTATTGTCCCTTGATTTCTGCTACTACT TGTTGTTTCTTGTATTGTATTATTTGTTGTTTCTTGTGCTTCGAGTATTGTATTATTTAT TGTTGTTACTTTCTTTTCCCTGAATGCTATGTAATGCTTTCTCTATTATTTTGTTATGCC TTCTTTACCTATGTATATTTTTTTCATACTGCTTCGATATGCATTACTTGGGCCAAAGGT TTTTTGGAAGCAACCTCTCTGCCTTCACACGGTAGGGGTAAGGTTTGCGTAAGTTCTACC CTCTCTAGACTCCACCTACCTGCGGGGTTACTCTAGGTATGTTGATGTAGAATAGTATTT TGCCAATCAGTGCTTAATTTACTATTTTGTCCATTATGTCAACTTCAACTTGGAAGTAGG GAGTTTGAAGTTGAACAACTTGTTTGCGGAGTATTTTGAAATAATAATTTTCACTTTACT AAATTTCAATTGTTTCTCAGAGTAAAATTCATGTATAGACACAACTCAGCATCAAATCAA ATATCTGTAGGCTTCTTTTTATCATTGATATGATGAAAATGGCATAAAACTTGTCCACCT AATTCCTTTGGTAGACCGACGAAGATACTAGAATGCACTGTTCCTTTGCTGTATTCTCAT GTCATCTTTTTGCATGAACCGCAGTTTCATCCTCCTCTTTGTAGTCTCTCTCTCTCCAAT AAAACATAATTTCTACAGAATTCAAACTTAATCTTTTTATTGATCTAGTATATGCTATGC TCTTTATGTTATATTCAGTCTAGTATACTCTTTTCATTCTAGTTATAGCTTTGGTCTATT AAGGAGTAGTCTATGATCCCTTATTTTCTTTGAAGAACCCTCACCCATGATGTTCCTCTT TGTATAGAGGATTGAGTGTCTTTGGGAAGAAATACATTTTCTTATAAAATTGGAATTTCT GTCTCCACATTTTTGCTGTTTCTCAAGTGACAATGTTAAGAGTGCTTTTCTGATGGATCT TCGTTGGTTTCATTAAAACTTGCTTAATTTAACTGATGGTTTTGCTTCCTTGGTTTTCTT ATCAGATTGAGATTAAGGAGCTAGACGACTTTGCGCAAGCAGCTTTTCATGGCTATAAGA GTCTCAATCGTATTCAGAGCAGAATTTACCATACTACGTACAATAGCAACGAAAACATAC TAGTGAGTAACTTTTTCCTTTGGTAGTGTACGTTAATACCCTTTTTTCAGTTATAATGTA TACTATTTTCCTATGGAAATGAATTTTGATCTGTCTTTGATAGCTTTCATTTCATTTATT ACCAGGTGTGTGCCCCCACTGGGGCTGGGAAAACAAACATAGCTATGATTGCTATTCTAC ATGAGGTGTGCTTTATTTTTCTTTTAGAGCATGTTCCATGCTGGGACTATTGGCACTTTG ATGAAGTTATGTAACCTTCTTCTCTTTGCAGATCCAACATCACTTTAGAGATGGTTACTT GCATAAGGATGAATTCAAGATAATCTATGTTGCTCCTATGAAGGTGTAGGTCGAGAGTTG TGTACTTGTGTCCTCCAATTTATTTAACATAATTGGTAATATAAGTTAATTTCTTCTCTA GGCATTAGCTGCAGAGGTCACATCAACTTTCAGTCATCGATTGTCTCCACTTAATGTAAC TGTGAGGGAACTTACTGGAGACATGCAGCTTTCTAAGAATGAGCTTGAGGAAACACAGGT TCTGTCAAACTTCAGTTCTTAATAAGTTGTTGATTATTTATTTATTGTCTTTCTGTTTGG ATTTTGGCCTAGTTGACTAGTCGGTTGATTGGCTTGATGGTGTCTGGTTATATTTCTTCA GATGATAGTGACAACACCTGAAAAGTGGGATGTTATTACTCGGAAAAGCAGTGACATGTC GCTCTCAATGCTGGTGAAGCTACTTATCATTGATGAAGTCCATTTGCTAAATGATGATAG AGGCCCTGTGATAGAAGCATTAGTAGCCCGTACACTTCGTCAGGTTAGCAAATGATGTTA TAATTGTTCTAATGTCTACTGTAGAAATTTCAGTATTGTTTTATATGATGATGTTGCCTC TGTGCACTAATTGCTGCCATCCTCTGCTACTGTTCCACTTCTCCGGTAAAGGCCTAAAAT TGCAAGATAAAGCATGTTTTATTTTTTATTAAGTAATAATTTTATTTAAGTTTGGGATAA TTGAAAGATGAAGCATGTTATTGGCATTTAGAACAGAATAATATAATGTTGGAAAAAAAC ATTTTAGGGCATTTCATTTTTAAAATCGAAGGAATATGAGATGCATGAAGGTTATGAAAA TGCTGTGAGACAAAGGTTTAAGTCATGAAATTGTAACATGGAAATATAAACTTGGCAGCA AAATATATTGACCAACTATGAGGGTTTAGGTTATGAACTTGATTGTGATATCATCTCATC CAGTGATAAGGTGGAGGTGACTCCATTTTCATGTGTACACAATTAGGTTTGACTTTTGGT TCTGGTGCTTTTACAGGTGGAGTCCACACAGTCTATGATAAGGATAGTGGGCCTTTCAGC CACATTACCCAACTATTTGGAGGTTGGTTCTCGTTTAAAATTTTCGTGTAGAAGTCCTCA CCTCCATGCTGGACATTTGGGCTATACAGAGTGATGAGGCTTCAATATTTTGTTACATCC TTTAGATTCAACTTTTTGTTCATGGTTATTCCTTCTGTAAAATCCAGGTTGCACAGTTTC TAAGGGTGAATTCAGAGACAGGCTTATTTTTCTTTGATTCGAGCTACCGTCCAGTACCTC TTGCACAGCAGTATATTGGTATTAGTGAGCATAACTTTTTAGCCCGCAATGAACTGCTTA ATGAGATATGCTACAATAAGGTATCTTTCTCCAAAACCTTCCTCCTTTCTATTTTGCGGT CTCCTATAAATTTCTGGTCTGACTCTTCACTTATGCAGGTTGTTGATTCCCTAAAACAAG GGCACCAGGCTATGGTTTTTGTCCATTCACGTAAAGACACAGTGAAAACTGCTGATAAGC TGGTAGGTTTTTTCCATCAGGCTATGGTTTAACTCACAGTTAATCATTTTACTTAATAGT TCCCACTATCCTTGTTGCATTTTGTTTGCCTTGCTTTCCTCTTAGTCCAACTCAATTTTC TTTACTTCACTTCAATTTACTCAAATCTTTCTCTTCAGTATTCATTACTTTCTGAATATT TTGTAATTCATTATCTGTATCTTCACTATTTATTCCTTATAAGATCTATGTTATACTTGT TTAAATCAATAGAAAATTTCAAACTTGTCTAAAAGCAATCCATATTTCTGATCTTGCGCC TATTTGTATTTGACTTACAACTCCGTCCATCTCTATTGCATATCTTGTGTTTTTAATCAT CATGTTTATTATGATGGTTGGGTTTCATAGCTTTTGTAATATCTGCGCAATCTTTCCTTT ATTTTATAGTGGCAGTTATTTTGATGATTCGACAAGGAACATGGCGATTCAGCATTGAAG TCCTACTATGTCTTTCTGTATTATGAGCTTTAACTAGCATAATCTGTAACTTCATGCAGG ACAAACCCACCCCCCTCTACAATAACAAATAAAGCAATTAAAATTTAGTAAAAATTGGTT TGGGTGGAGGGTTGGGTTATGCCTGCATTTTAGCCATTTCAGCCCCAGTAGCTTTTCACC CGCTCCTTTATTGACTCAGCCTCTCAGCCCAATTTGACCCGCCCAAAAAAATCAGACCAA CCCTCCCAGTGAACACCTCTATTTGGAAAAGTATCTTTCTAGATGCTAACAGCATTTTGC CTAATTCAAAGCAATATTATTCTTGTCAAAGTAATAATCTTTGCTGTAAAACATACTGCT GCCGCGGGGCTTTTTCAGATTCTCGCACAGCCAACCCAGAGTTGTAGTCAACCTATGTCT TAATAAATCATGGATGTTCTGTGAAATTCTTCCTGTGGTTCTCTGCTAGAGATAGGTGAT AAATGTTGGCAAGTTTACATTTAGGACTCCCAATGGTTTGTTAAAGACCCTGGGATTGGC TCATCTTTAGTTCACTGGTAACTAACAATTCAGGATCCTGCAGTCAAGAGAGGGTAATGG GGTTTGATAGAGTTGAAAATTCTAAAGAATGATAAAGGAAAAGATGTCGCGAATGAATTG CTCGATTATTGCCTCAAGCATGTTGGAATTAATATACGGTGCTTTGTGTTTACAAGGTAA TCCTATAAAGGAAAGGGAAGTGTAGAAGTGATCCTAAAAAGAAAAGAAAGTAATTCATAT TCTTATTTATACAATTATCGGGATTCTTAACCACTCCTATACACACATCAACTACAACAC CGTGCCCGGTGTAATCCCACAAGTGGTTAAACTAGAAAGAGAGAAACAATAGGAGTTGTT TTTTTTTAATTAAGAGAAACAACAGGAACTTTGAAAATGTGCAAAATAGTCTACATGATG TAAAATGAAATAATGTGCTTAGCTCTTTTTTATTTATGGTGCTAACACAGTTTATTAGCT CAAACAGAAGACATCTTTGATGTTCTAGATCGTTATAGGCTACATATATAGTTTTAAGCT TTGATAGATTGTCATACTTTTGAAGGGGAACTACACTTTTGGTTGTAGTATACTTGTGGA TATTCAGAGTAATGTTACCAGTATCACAAAAAAAAATATAGAACATTGCCTCCATGTTAT GAACATTTCATATTCATATCAACAGGTTGAATTATCTGGTAAAAGTACAGAGTCTGAACT GTTCAAAAATGACGAGCATCCTCAATATGAGATTTTAAAGGCAAGCAAAATCTATTGTCC TTCAATTTAATATTCTCTTTACATCCTTATTATGGCGTCTTTTTCTTAGGTCATTCAATC TATGCATTTCAGAGGGAAGTTTTCAAGTCCAGAAATAAGGAGGTCGTTCAACTGTTCGAA CATGGGATTGGCATTCATCATGCTGGAATGTTACGTGCTGACCGAAACCTAACAGAGAGA CTTTTCTCTCAGGGACTTTTGAAGGTTGGTTTCTTTGCTTTTCCAGTTATTCACTTACAT TTTTCAACCTCTTTTTCCTTTTAGTTTTAAAAACCCCTGCTTCATTCTAGGTCCTTGTTT GCACTGCAACTTTGGCATGGGGAGTCAATTTGCCTGCTCACACAGTTGTGATTAAGGTTT GTGGAATGCTTTAATAAATAAAATTTGAGGAAGCTTGCATAAGTTTTAATATATTCTGAG CATCTTGTTTTTCTTTTGACTTGACTGCCATGCATCCAAGCTTTAGATGAATAATTTGAG CTTTAGTCTGGTACCTTATTGGGTGTGATTTAGATTCAGCTCAACTGGATCATTCTGCAT TTAGTCACTGTAGAATAGTTCTCTGATATTAAGAATTGTTTGTATCTTTATTACAATTCC ATCGACATACGATTGCTGTTTAAGCTGAGCTTCTAATATCTAGCACAATGGAAGAAACAC ATTCCTAACCATATCTGGTGAAATAAATGAGCAGTTAGCTAGGATAACAAATACTAACTT GCTTACTTCTTTTTAGTGACTTTGTTGTAATAATTTGAAACTTTAGGATTTCGATGTCTG GTTTTCTTGATCTTGTTTGCACTTTCTTTTTGTGTCCGGCTTTATATGCTTTTAATCAGT GTTTAGCTTGGGCTTGGGAACTGGTCCAAGAGTTTTCGCCTTACCAGTTCAATTTGAAAC TAGCAGATATAGTCTTGTTTTGATTTGATTGCATTCCTAACCTCCCATGTTTTTATCCTT CATTTGCATGGTTCACCAATGACACCAAAAAATAGGGTGATCTTGGGTGTTGAAAAAGGC CACCTTCATGTGCTTTCCTATCTTTATCATCAAAACAAGTTCCTCTTTTTTTTGTTGGAT ACTTTTCTAAACTGTTTTCGAACTGGTCAAAGGAAAGATGTTGATTATTTGTTGATGATT CTGGTATGATATTGGTGTTATGCTAACTGAAGTCAACCATAGTATTAATTGCTTTCATTT GAATCATGTCTTATATGCCCTTGGACTTTCTTTGCATCTGATAGAACCCAACTCATGGAA GAAGTGTAATGCGACATTCTGGATTAACGATGCACTCCATTGAGAATGTTCTCCTTCAAA ATTTAAAATCAAATGTTCCATTATGTGTTGGTCGCTAATTGTCTGAAATTTCACAGAAAA TTGCTAAGAAAAACTGATGGTCCTTGGTCCCTACTTTGGGCTGAAACATGGTTATATATA TGTAATTTGGGTAGTAAACTTAGTTGAATGCAACTGTATTCATTGAAGCTATTCATATTA TTTGTAAGTTAGTTTGCAGCTTTTTTACATGACATTCTTTTGCATGATAAACCTTGTCAT TTTGTGAGTAATGCTTTAGTATTTCATCTCTCCAGGGAACTCAAATATATGATCCAAAGG CTGGTGGATGGCGAGATCTGGGTATGCTAGATGTGATGCAAGTGAGATATCATCTTCTCC GTGCTGTTACTTTTATTCGGTTGGTAATGTTGATCGACACTCATATATTTGTGCTGTTGC GTAAAATGTTCTTCCCTGGTAGATCTTCGGACGTGCTGGAAGACCTCAGTTTGATAAAAG TGGTGAAGGCATTATAATCACTTCACATGACAAATTGGCTTATTATTTACGGCTATTGAC AAGTCAACTTCCTATAGAAAGTCAGGTAGAATTCATATTCGATGCCAATTTTAGACCTTT AGTTGTCTGTTTGTTTCCTATATGCAGGGCTGCAGATATTTGATTATTTTTCTGATACAT TCCTCCTTTAACTTTTAGGCAGAAGCATGGTTATGTACTTATGTAAAACATTACTTGTTA AAAAATGCACGGTTATGTGAAAAGTTGAAGCTTTTCTATCATCCACAAGATTTTTTTGAA GCTCTCACAAATAAATAGTAGATGCTATTCCTTTTACTTCTCCTGTAAAAAGTTAATAAG GTTTTTCATTTCTGCCTTTCGCTAATTGCTGTATATTTAAATAGGGTATTCTGCCCATCT AAAATATCCTAGTCCCTGTGAACAGTATTTTATGTAACAGATCAGCTCCATTTGAAAAAA TAGAGTACTGGAATTCACAGCTCCTTGCAATGTCTTATCTCTGTATTGAACATTCTTTTA ATATTTTTTTCATGACTCTTTTTGGAACTTGTTATCTTGCAGTTCATCAATTCCTTGAAA GATAATCTAAATGCTGAGGTGGTACTGGGTACTGTAACAAATGTCAAGGAAGCTTGTGCT TGGCTTGGTTACACATACCTTTTCATTAGGATGAAGATGAATCCTTTGGCCTATGGCATC GGATGGGATGAGGTATATTTTCATGCATCTTGATTGTACATCATCTTAAAATAAACTTCT GATTTACTTATATTGTTATCAGGGCATCGTAATCTATGTATTCCTTCACGTCCCTTCCAA ATTTTTAAAAGTAAGTAACTAACAAGAAAACAATAAACTAATGGACCTTCAAAGACGTCA GATGTCGTGCACTTTTATAAATCCTCTTAGGGTCTAGTGTATGAAAAGTCAATAGTTTAT TTTGTACAAATCATGTGTTGTCCAGGTGCAAGGCCTTGCATTACATTCATTTAGTTCTTT GAACATAGAATAGTATGAAAGTTCTCTTCTGCAATTTTACTTCCTTGGGGATGGAAGGAG ATGGGAGGGGTTGAATGCTTGGGAATGAAATTTCTGTGTAGGTGAATTTTATGTAGTCTA TAAAGATAAATGGAATGATGGAATTTTAGACATGTGAATTTGTAAATTTTAGTCGAGGGT CTATCCGAAACAACTTCTCTACCTCACTCAAGGTAGAGGTAAGGACTGTGCAAACCCCAC CCCCTCACCCTCTTGTGGGATCACACTTGATATGTTTTTTTTATAAGGTGGGATCACAGT GGGTATATTGTTATTGGGAGCTTGATCGATGGATCTTTTTGTTTGAAGAAGTATAGCAGA TGAACAAGTCTTGCTTGACCATTAGTAGATAGTTGATGCACCTTTGGATATCAAGATTAA CCCTGAGGTTCTCATGTTGACATTTCTTGTATACAGCTTTCATTGTCACTAATGGCTTTT ATAAGTGTGTTAATCGGATATGGTTAATATTTCAAGATAAAGTTGATTTGAGGTACTTGT TTTTGTAAGAGGTTGGGGGAAGCAGCTAACAATATTGCGTTCAACTTAAGCTGATCCTCT CTTTTCTCTTTTGCAGGTCATGGCAGATCCATCATTAAGCTTAAAGCAAAGGGATCTTAT AAGTGATGCTGCTCGTGCACTTGACAAAGCAAAAATGATGCGTTTTGATGAGAAAAGTGG GAACTTCTACTGCACTGAGCTTGGTCGTATTGCAAGCCACTTTTATATCCAGTATACTAG TGTTGAAACTTACAATGAAATGCTGTCACGGCATATGAATGAAAGCGAGGTATTTTGTTT TTCTTGCCATTTCTTTCACTTAATGAATCATGCAATTTGCTTTGTTCAGTTATGATTTTG TCATTTTTTGGTTTGTGATCCTATGTTGGCGAATATGGACTTGTCTAAAGGGTAAATGCT ATCTACACCTTGTTCTTAAGACCACTGCTTACTCTTTGTTTGTATAACAATTTCTCTGTA CTGGAGAACTGTTACATCAACATATAGTTAATTTCTTGTATCTATTGTATTAAATGTGCT CAAAAAATTGGAATGAATGGTCTTCGAAGATAGAGAAGGAGCTGAATATGAAATCTGGAT GCTATAATTTTCGTTGGAACTCTGTCATTTATATTGATAAATTCTTGGGGACATTGGAGT AATTTTGAGCCGGTTCTGTTTTGGAAATGAGAAGGGAAATCATTCCCAAATTGATCGATA AAGCGCAGAAATATTTGAGGAATTTATTGTTCAATTAAGATACAGCACATTGTTGCTTGT CAGATAGACAGTGATCTCTGTATCATTTCATGTGACACTTGTCCTTTTTCTTTTTTGGTT GTTCACATTTTTGCACATACTATTTACTAGTGTAAACCCATGCATCAGCACAATGTCCAA CTTAAATTAGTTGCAGTATCACATCTGATGGTGTTATTTATGTAAGAAAATTCATAATGA ACTTGAATAATTAGAAGAGATTTTGTTCGAGGGCAATTAACCTTAAAAGTAAGTGAAGTT CTTCTTAGTGTACTAAACAGTAACCTGTCTCCCGTAAATAGGACTGAAGCCATTGTTCAT TTATCTCCATCTAAAGGATTGCTTTAGTAGTAGCCAACTATTTCAGTTTTTCATCTTCTA TTTTATATGGTCCTCTTTGTTAAGTTTTTTAATTGTGTGTCACAAGATATTTTCTTTTAA TAGTCATGACTTCCATTCCTAGGTGTACTAAGTTTTGCTGTCTGTTGTTTATCATTGTGC TCTCTGACATGTATTTTTTCACTGGCTATTAGTTGATAAATATGGTAGCTCATTCTTCTG AATTCGAAAATATTGTTGTCCGAGATGAGGAGCAAAATGAGCTTGAGATGTTGTCTCGCA CATATTGTCCATTGGAAGTCAAGGGTGGTCCATCTAACAAACATGGAAAAGTTTCAATTC TTATTCAGGTATTGCATAACTCTTTGTCCATTAAATACTGTGTGGCTTCTTAACATATAA TGTTTTAACAATGTTGATTGTATCTTGCAGCTTTACATCTCTCGAGGATCAATTGACACG TTTTCACTGATCTCTGATGCTGCTTATATAAGTGCAAGCTTGGCTCGTATTATGCGAGCT CTTTTTGAGATTTGTCTGCGTAGAGGGTGGTGTGAGATGTCTTCTCTAATGTTAGACTAT TGCAAGGCTGTGGATCGCAAAACATGGCCCCATCAACATCCTCTTAGACAGTTTGATAAG GACATTTCTTCAGAAGTTTGTTCTCTATAAATAACTTCTGTTAAATAAAATTTTCAACTA GTTTATGCGTGTTAACTAAGAACTGTTGTTTCAGATATTGAGGAAACTTGAAGAAAGGGA GGCAGATTTGGATCATTTACACGAGATGCAAGAGAAAGATATCGGAGTTTTGATTCGTTA TGGACCTGGAGGAAAGGTAGATTATTTTTTACAGGTTTTTGGTTCGAGGCCTTTCCTGCG ACTTTCAGTTAAAGAAATGTTTTTGAAATTCCAGGTTGTTAAGCAATGTCTCGGATATTT CCCATCAGTCCTGTTGACTGCTACAGTCAGTCCAATCACTAGAACGGTTCTGAAGGTGAG TACATTTCTGCACTTGATTTTTCCCACTTATTCTATCTGAAATTTATTCTCTTTGTACCA ATTTAACTTCCAATTGTATTCACTTTACTAAATGGAACTTCTCTGCCACGTTTTAGTTTT TTGTCAATACCATATAAGCAATAGGGTAACATTGTACCTAAGCAGTGTAAATTCTTCAAT ACTAAAAGAACTCCTACCTTTTGGGCAACTTCTACTTATGCAACTATACTATTAACACCT GTGGTCACTGGTGGGTCCAAGAAGAAAGACTCGCAATGAGATAGAGGAATCATCTATCAT TTCCTTTTATTTTTATCAAATGAGATATTGCCATGAAGCTCCTTTATTATAGGTGGATTT GGTCATAGCTCCACAGTTTGTTTGGAAGGATCGAATTCATGGCACTGCGTTGCGCTGGTG GATTCTGGTTGAGGTACAAACTTGTTCATTTATATTGTGCTTTGATGTACATAGGTGTTT ATCAATTTGCGATACAGTTTAGAATCTTTCCTCTTAAATTGACATGGTTATCAAAATGAT TACATTCTGTAGCTTTGAACATGCTTGTTTTAAACAGTATAACAATAACAATATTAATCA AATATCATATTGTTTATGGAATTTGGCCTATGCTCATCTATGAGGTGTCTTACCTTGTTT ATCTTTCTTTTTTATTGCATTGGTTTGACCTGTTGATTATTCAAGCTTTCTTCTTAGTTT TAGTCAACTTCCCAGGAGTTCCAAATGGGGTTCAAATAAGTAACAGTCATCTCCCCAGGA GTTCCAGTTTAACAGTAACACGTATAGTTGCAACCCGAGTACAAAGGTGCTTTTGTTTGG GTTTTACTTGTCCAGAAAGGAGATCAGAGGTCATTATGTGTGGCAAGATGATCTTGTATT TGCATTACCTATTCTCCTCTTTGCTTTATCTTGGGCGTGATAGTTGAAAGTAGGTCGGCA AGTAGAAAGTCATAAGCTTGTCAGGTTTGGTAATAGGAAGCCATGCTGAGCAGGAAAGAT CCACCATTATGGTATCTAAACCCAGTATTTCCTATGCAGAGTAAGAACCTTAAAGGTTGA ATCATAGAGTATAACTCCGGGATCCACCTCAAATACCTAGGCAAGGGTCAGTCATAAAGA TATCAATTTTAGTGGTAAAGAAAACAATATATAAACTTGGTGTTAAGTGGATGCCAAGGT TATTTACAAAGTATCTTATGGTTAAGGAAGAGAACATGACTGTAGAGGAATTACGTTTTG TTCCACAGCTTCAAATTTTTCTTTTGAGAATTGGTAATTGTATCAATAAGAAGTACCAAG AAGGTGCAAGCAAAAGTAATAGTGATCAAAACCAAAAGTATGTTCTTCTTAGAAGGATTT TATCACATCCACAGCTCCTCTTTTTCACTAGTAAAATCATTTACATAAAAAATAAAAGCA AAAGTAAACAGGTCATTTCTCTTCTGAATAGAACTTTCTTTGTCTTCAAAGCCCTTTATG TTTCAGCACTTCAAAAGCGCAGTTGTGTCCTTGGGCATGTACCATTTAAGTCCCACCATG TTGAAGAACAGTTCCTGTAACTAAACAGTGATGTTGCAGTGTAAAAACTATTGCTATGCT CTCTGAACTTACCCACACAAAAAACATCTGTAGCGCAATTGAGATCTCTGTTTTTGTTAG TTTTCCCATGTCAAGCATGGTTTATGGGACCCCAACAATGAGAAACACATCACCTTACAT GGAGCATTAGTTTTCCGGATCAGTTTCCAAGGCCTAAATCGTGAAAGTTGTCCTGAAATC AAGCTACGATAGCAAGATATTCACTGTAAACACAACCCTACATTCAGTTTTCCAAATCAT CCTGTTCTGGCACTGTGACAAACCTTGGAAATTCTCCAAAATCAATAGTAAATAGCAAGT CTATCCATTCCCCAGTCATTCAAGTTCCTTCTAAAGTTGAGGTTTCAACCATCGTTGCCT CTGTTGGACAACTATGGTTTACTGCCTAGTAATTGCTCATTAAGGTGTTAATCTAACGGC CATCTTGCCTGCGACACATCATTCATAAAAAGTTGCTCATTTAGGAAACATGAAAGAGAT CAGTGAATGGATTGGTAAGGGTCTTAATCAAGGGAATAATGTTATTGTAAGACTGTTCTG GTGCTTGGTAGAGTGCAGAGATAAGAAGTAAGAGATGGAAGAATAGGAGGAACGAAAAAG AAACATAAGACTGAAGATTCATACATATTTGATATTTATTTGTATAATCCAGTCATCTGC TTAAACACATGAGGATTCATGACTTCTAAAAACACAAAAAGGTACTTATGATGTATTGAT TAAAAAAAAAAAAGAGAACAAAACAAAAGATGCATATGATATAAGGTAAACTTTAATCAA AGCCAAGTCGGAATTGTTTCTATCTGACAACTTTATGGGCTGTTGACTGAGACATAGTGA GTGATTTTCAATATTGCTTGCCATCCAGCTAACAAACAACATGGCAATGGTTGCTTTTGA ATTTCACCCTCCCTTAAAATATTTTTCAAACGTTTGTTTCCATCCCATCAAGTTGGCCCG TATAAGTCATGTTTTTTCCTTAATATGTCAAATGTTTCAATTGGAACTCTTTTAGTTTCA TTTTGCATGGAGGAAAGGATTTTTCAGTTCGAGCCATTTGAATTTATGACTTGGCTAGGA TATTGTTGTTGATTTTGTACTAGCTTATCGTACTAATCATTTGTCTAATAACTGCCTTAG GATTCTGAGAATGACCACATTTACCATTCTGAGCTCTTCACCCTCACAAAGAAGATGGCT AGAGCAGATCCACAGAAACTGTCCTTTACTGTGCCAATCTTTGAGCCACATCCTCCACAG TACTACATTCGTGCTGTTTCTGACTCGTGGCTACAAGCAGAAGCTTTGTACACAATAACT TTCCACAACCTTGCGCTTCCAGAGGTTGTTTTATTAACTTATATTTATCTCTATTTTGTT GAATATCTGCAATATGTCCCAAAGTTTGAATTTTGGGTGTTGGTTTTCTCTGACATGAAT GAATGATTATTCAGACCCAAACATCCCACACTGAGCTTCTAGATTTGAAACCCCTTCCTG TGACTGCACTCGGCAATGGAACTTTTGAGGCCTTGTATAAATTTTCACACTTCAATCCTA TACAAACACAGGTGGATATCTCATTTTCTTGTTTCCTTAAATTCGATTAATTGTCTAGTC AATATCAGCAATAGCTTAAATATAATCAATTTTGGCAGGCTTTTCATGTGCTGTATCACA CGGACAGAAATATCCTTTTAGGAGCTCCGACTGGAAGTGGGAAGACAATATCAGCTGAGC TTGCTATGCTCCATTTATTCAATACACAGCCCGATATGAAGGTACGTTGTTGCAATTAGT TTTGCTAAATGCTTCCACATGCATAATCACTTGTTTTCATCAGTTTTTATGTGTCAATAT AATGAGGAGTGGTCTCTGATCCCTTATTTTCTTTTGGTGCATCCATGTAGTTCCTCGGTG TATAGATGATTGGGTGTCTTTCGGAGAGAATAATATGCTATAGATCTTTTTCTTTTGGAA TACACCACTTGGATACAACCATGTTAGCCTTGTTATTATTAATGAAATACTTTACCTGAT GATAATAAACACTTTATAAAACTTACCTTCTAAGTCTTGGTAGCACATTCTTATCAAACA AGACACCAGATGCGAGCCTCCATTTAATCCACTATCAACTGTTTCCTTGGATTCTTGACC CAAGGTACTTAAAACTTCCTCTCTTAGGGATGACTTGAGTATCTATCCTCAGTTCCACAT CTGCCTCGTGAGTTATGTCACTGAACTTGAATTCCAAGTACTTTGTCTTAGTCCTGCTCA ACCTGATCCCTTCAGATCCCTTAGATTTTTTGTTGTCTCCAAACCTCTAGCCTATTTTTA ACTCCGCCGCATGGCTCGCCAATCAATACTATGTCATCTGCAAATCACATACAGTGATAC CTCCTCTTGAATATGCCACATCACTTCATCCATTTCCAAGGCAAAAAAGAACCGGTTAAG AGGATTTCTTGATAAAAGAAAAATCATTTGCCTGGTCAAAAAAAAATTGTTGCGAAACTA TGTATTTAGTTGTCTATTCAAGACTCCCATCATTATGCTTGTATCTCAACTTCGTAATAG CTAATGATCTTTCAATGATTTTCTATATGCAGGTTATCTATATAGCACCTTTAAAGGCTA TTGTTCGGGAGAGAATGACGGACTGGAGAAAACGTCTTGTTTCCCAACTTGGAAAGAAGA TGGTGTGTGAAGTTTCTTTTGTTTGGGCAATATTATTATGCACTTACATGTGATATCACT ACTAACTCAAATATCTTCTGCAGGTTGAAATGACTGGTGACTACACCCCGGATCTAATGG CTCTCTTGTCAGCAGACATCATAATCTCCACTCCTGAAAAGTGGGATGGTATTAGTCGCA ATTGGCATAGTCGAAGCTATGTCACTAAGGTGCATTATCTCATTCGTTTTTATTCCTTTT TTTTTTAGCTATTGGTACTTAATATCAAAATTATATATGAACATTCTGTTCATGAATGCT CTCTTAACCACAATCAAATGTTCAAACCTACATCTATAGGTTGGGCTTATGATTTTGGAT GAGATTCATTTACTTGGAGCTGATCGAGGACCCATACTTGAGGTACATAGCTGTCACTGA ATGTCTCCCATTCTCTTCTCCCTTTCAATGGTCATTGGTTTATTGATTATATTGTAATCT CTTGATTATGTCTAATGCTAGATTTTTCTGGTTCTAGGTTATTGTCTCAAGGATGAGATA TATATCTTCTCAAACAGAGCGGCCAGTTCGGTTTGTTGGCCTGTCAACAGCATTAGCAAA TGCACAGTATGTGTTTCATTGTATCTATATTTCTTGCTTGTGTTGTGTGCAAAAATGCTA ATTGGTTTTGTGTAGTTTTTTCTCTATAGATTGTTTTGGTACCACCTTTTATCTTGGTAA CTTTTAAATGAAATTCTTACATTTGTCCTTGAAACCAGCAATTTGGCTGATTGGTTGGGT GTCGATGAAACTGGCCTCTTCAATTTCAAGCCAAGTGTGAGGCCTGTTCCTCTTGAAGTT CATATTCAGGCAAGTGAAGCAGTATATGAGCTACCCAAGTGCCATCATCATCGAAGCATA CTGAAGTATATTTACCTATAGTAATCATGCTTTAATCTTGATTTATAAGTCGTTTCTTTT AACAGGGATATCCTGGAAAGTTTTACTGCCCGAGGATGAATAGTATGAACAAGCCCACAT ATGCTGCTATATGTACACATTCACCAACAAAACCAGTTCTAATCTTTGTCTCCTCTCGTC GCCAAACGAGGCTTACAGCACTGGACCTTATCCAGGTGAGGCAAAAATTCAAATTGTATC GATCAAAATATTTCTTTCGCATACTGATGGTAACTAATCTGTCATTTTTTTTCCTGATCT TGAAGTTTGCGGCTTCAGATGAGCACCCAAGGCAGTTCATAAGCATGCCAGAAGATTCAC TTCAAATGGTTCTTTCTCAAGTCACAGACCAGAACTTGAAGCACACTTTACAATTTGGAA TTGGATTACACCATGCCGGGCTGAATGATAAAGACAGATCATTGGTTGAGGAACTGTTTG CAAACAACAAGATCCAGGCAACTATGTCATCCTGAAATTTGTAGATCTGTAGGAGTAATA ATATGATGAAATTGGAAATTACATTTGAGTCATTTTGGCTGCATCTTTTTAGGTGTTGGT TTGTACAAGTACGTTAGCATGGGGTGTAAACCTTCCTGCACATTTGGTTGTTATTAAGGT ATGTCGTTTTATCCACCTTCAAGAATTAGGTCAAAGACTGGAATGTTATAATATCATCTC CCACTGGAAGGCACTCATACCATGGGCTAATTGTCATCTTTGTTTGTTACATCACACTTT TAATGTGTTACTGGATCATGTGATATTTTACTGGTTTAAGTTTGGTTTAATCCATTTTTT ACCAACAAATTGAGTCCCTTAGATGTTATTATTTGTAACTAGAGTTTTGAAGATTATTTG AAGTTGCTAGATACCTTTTCCTTTTATTATTTATGTTTGGAAAATACTCCAAAAAAAATC GATCTTGCCCCCAAATCTTCTTCAAGCTAGCACTTCCCTTTCCTTGTCTTTAGAGTGGGG TCATTAAAACACAAGTGGTATCACTCTGGTTCATGCAAAATATTTTGGGTATTCTTTTTG TGAAGTTCTTCTATCTGTCATCTTGTTGCTGTAGGTAAATTATTAAGTTTTCCTTTCTCT CGAAGTAATAAATTAAATACATATATTTCTTCGCCTTGCATTCTTTCGATGAGTTTAATC TGCTCATCGTAACAAATACTGTGTCCTTCTTGATGACTGTCAAAATTCATCACCTCAGGA TACGCACCATCTTTGCTGTTTAAAATATGTAGATCCTTCTGCAGGGAACAGAGTTTTATG ATGGGAAAGCAAAAAGATATGTTGATTTCCCAATCACTGATATATTACAAATGATGGGTC GAGCTGGTCGTCCACAATATGATCAACATGGGAAAGCTGTTATTCTTGTTCATGAACCCA AGAAGAGCTTTTATAAAAAGGTTATCTATAATTCTTTTCTTTGAACATGACTGTACTGTT GCTTTTCCTTTACTTTGATTATCTAAGTAACTATTATATTCTATTTTATTATTCAACATT TATGCTTTCTTTTTGCAGTTTCTATATGAACCATTCCCAGTTGAAAGTAGCCTGAGAGAG CAACTTCATGACCACATCAACGCTGAGATTGTTACTGGAACAATCTCTCATAAAGAGGAC GCTATGCATTATCTCACTTGGACCTACTTGTTTCGTAGATTGGTATGGTTTTGTGATCCT ATGGCAGAGAATTTATTTTGTTGCTCCAAATTTATAGTCTTGCATTACCGATCAAGAAAA AATTTCAATCTTGCAGCAATGGCAATGCTAAGTTAGGAACCACCATCATTATATTAAGAG TGCTTGATGCATGTTTTTCTTTCAGCAAGTAATCATCAGTAATAAGTAGGTTACTTGGTT GCTGATTGATATGGGTTACTCATTTAAGGTAAATATATTAATATGAAATTTCTAAAGAAG ATGTAGGTAACTAAGTTGTGTCTCCTACAGTGAAGAACATATAAATGGAAATCCAGTAAA GGAAATGAGTCCTTTATAATAAGGTAACACGGGAGATTTATGAGTTGATTAATTTAGCTT GCAAAAAGAAAAGTTAAGGGAGGCCACAATAGTGCAACCTTGTTCTGATTTTATCTTGCT TATGTTATCTTTTCCGGAAGTCTCAAATTTTATTTTCTAAGTAAGCATTACCAACATGTG ACAACTGAAACTGGAAAAAGAAAGTGGTAGGTAAAGGGCTAATTTCAGTTGTACCATAGT GATCTTTATGGTAACATGATTTGTTTCAGATTGTGGTGGACTCCAAAATCTATATTATTG TAATCAACTAGCAGACAAAGGGAACACACTTCAGGCAGCAGCTAAAGTTGCACAAGAAAA TATGTGTCTGTTTGATGTGCTTTTACAAGCTTACTGCTGCTAGATACCATCAAAGCATTT TCTATGAAAAAAGTTGGGAGAAAGTGAGGTCTACCCCACGTACCAAAGTCTTGTCAAAGT GCAAGTTGAAATAGCTCGTCAGCTTTAACCAGACCCTAAGGGATAGGAATAGCTAATCCA CAAATTATGTGTAGTAATTATCTAACTTGATTGACCCTTGTTTATTTATGTAACATAAGA TTATTTTAGATTCAAAATGAGAGAGCTGATTTAAAGCAATAACAATCAGCATTGAGTGGT AAAACAATGGTTTGCTTATGCTATTCATTGTATCCTTCCGCCCCAACAAATGTAGTGCCA ACTGTAGGTGTTGATGTTGCATGTGTATTATTTTCCACCTTGTGGGAAAGAACAAAAGAA AAGTTACATTTCTGTGTACTGCCTGTATAGATGCCTTTTATATAGTGAATAATTGATCTA TGGGTTAGTCACAATAGGGAATAATTGGTTATTCCGTGGTTCAAATGGAATTCTTGCCCT AGTGGCAAGGTCCCTCCACCTCCAGTCACTAATATGTGGTTCGGGACACTCAGAGGGAAA AGTAGGCGAGCACTGTTTCTCCTGGGAAGGGGAAGCATTGAGGTAAAGAAGGATGTTACC AATTTAAAAAAAAAAAAAAAGATAAAGGAGGAGATGATATGTCACCTAAATGAAAAGGAT GAGAAGAAAGTCAATTTTCACCTCAATCTACTAATGTATTTCTGTGGATTGACAATGTCA TCAAAGAAAATCTTATATGTTTGAAGAATTACCAAAAATAGTGTACTGTTCTTTCCCTGC TAGTTATTATGTTTATTAACCATAGAAGTTTTTGCAGATGGTTAACCCAGCTTACTATGG CCTAGAGCATGCAGAACCTGGGATTCTAAATTCTTATTTGTCTAGGTAAAATGAAAGCAC TACATAGTCTTGAAATAGCTTTTCTTGTATATTTCTGTGTGTGCTCACATTATTTATGAA CAGCTTGGTGCAAAGCACATTTGAGGATCTTGAAGACTCTGGATGCATCAAGGTTACCGA GGACAGTGTTGAACCACTGATGTTGGGCTCAATAGCATCTCAGTATTATCTGAAGTACAC CACTGTATCAATGTTTGGCTCAAAAATAGGATCTGATACATCACTTGAGGTTTGTAGAAC ACCTAACATGGATGTCTAATCCTTATTTCTCTATTTCAATGTTTTTAAATTATATTTCTT GGCATTACTTCCTATTTATCTTTCACCCCAGGTTTTCCTACAAATACTGTCTGGTGCTTC TGAATATGATGAGCTCCCGGTGAGGCATAATGAGGTAATTTTTTTAGCTAGGCAATATAT ATATATATATATATATATATATATATATTTGAAGACAGTTGTTGCTGAACAATGGTTTGT TGGTTTTCAACTCTCTTAATTTCTTTACTTTTTTCCCTTAGTTGTATATTACTTGCTAGT TCTAACTAGTAAACCAATAACATTGATGTCCTGGCATTACACCAATTGTTGCAGACACTT CTGAATTATTGTCTGCAAATCTAAATTAGTATCGATAATTCCGCTAAGAAATTGCCTGGA TTTTGAAACTATCAAACTATGCATCAACTACTTCTTTATTTGTATGTTGTACACATCATC TGCTTATTGATCACCTATTCCAGGAAAACTACAATGAAAAATTAGCTGAGAAAGTTCCAT ATGCTGTCGACCACAATCGCCTGGATGATCCTCATGTGAAAGCAAATCTGCTCTTTCAGG TATAGGTTATGGCTTTGTCTGCTAGGTTCTACTTAAAGTCAATATATCTTTCAGGGAACA ACCGCAGCCTTCGTAACCTGGGGATGATGCCCCCTCCCCCCCTCTCTTTTATCCTTCTCC ACTTAAATACCAAAATTTAGTTTGCATGGCGCAGAGCTTTAACACCCCAAGTCACAAGTC CCTCAAGTTTGCTTCCTGAACTAGGTCCTGGGGTTATAATATTTTTTGCTCTTCTACTCA TCCCTTACACATCTCACTTTTGCAGGCTCATTTTTCCCAATCAGAGTTGCCAATCAGCGA TTATGTCACAGACTTAAAGTCTGTGCTGGATCAAAGTATACGTGTTATCCAGGCTATGAT AGATATTTGTGCCAACAGTGGATGGCTCTCAAGTACCATTACCTGTATGCATCTGTTGCA AATGGTCATGCAGGTCTTGCTACTGCTTCCAAAGCTTCCTTTATCTATTCACTGTAAAAT GGACTACTATACTGCTTTTATCAACTCTTTTATACTTATTTCTATATTCCTATCATTTTC TTTTCTCATTTTGGGTTGCCAACATGTCCTTGTATGGAATACAAACTTGTTTTTTTTTCA AAAAAAGAAATAAAAGATTCACCTCGTAATGAGAGAGAGTAAAGAAAAACAACTATCAAA TTCCAAATTGTTGAATATTATAATTTTTTTGGGTTCGTTTTATCATCAATTCTAACGTAC AAAGAGATAAGAGTTGAGCTATGGTGCAACACAACATCACATATTCCCGTTATTTTTTCC CTGTACTTCCTGTTAAGAATAAATCTTATTCAGAGTAGCGTCCAGCTATCTAGATGTGAT CTTTATGGATGTATAACATGTTTCTGTTTTGTTGCATTCTGCAAATTACTTGACCATGGA AAATATGTATATCACTATGTAGATGTTTGTTATCCAGCTTATCACTAACTCTTATATCTA GATGAAGTGAAAGTTCTGAAGTATCTGAACAAGAAAGAGCTTCTTTTCAACCTTCTTCTA GAAATTGTTTGTGGTTAGTATTATGCACCAAAATATGCTCCTTGACAAACTTTTCATAAC CAACACACTTCATGCGATGTAGAAGTTGTCAGCCTAGTAATGACATATGGGAGTGAATGT TCGTCCTCCAAGTCCAATTTCAACAAGATAAATATCATAGAAATGAAGATATTAAGATGG ATGTGCAGTTACAATATATAAATCAGCGTATTAAGATGAATGTATATTCCTACAAAATTT TGGATAGGATTATATAATGATAACACCAAACGAAGGGTGTAAGTAGCACATATGGAAATT AAATGAGAGGCTGCATGAAATGGTTTTGCTATGTCATGCTAAACCTCCATATGCACCAAT ATATAGATGTGTACCTATGAAAGGTGTGAATTGGATATATGGAAGGCCTAAAATAATGTT TTAGCAAAAAATACTGGCCCCGGCGAGGTTAAAGTGGCCCGTGACATTGGGAGGGCCATG TGACTGTTGTTTCAGATCTCGAGTCCTAGATGTGAAATCCTTGAAATTCAAGAATGGACT GGGACGACTGAAGATTCCTGAGTAAGGCTGTTTTGAACCAAGCTCCATCACAATTAGGTC AAAACCGCATATAATGGAGCTAACTCAAGTCATGGGCGCTTGGATATGTTAGAATAGGAT TGTACATAGTATCATATATGGAAAAGGATTCTAGTGTAATATAAATATGGCTCAGTGCAG TAATTCAGTTCTTACATTAATTCAATATGATTTTTCCCATGATTTTACTTCTCCCAAATG GTATCAGAGCATGAGCCATCTCAATTGTCATTTCCAATGTTGGGCCTCTAATAAATTACC CAGGCACTGGCAGTTCATTCAGGATGTTAAACTTCGTATTCTATCGGGAAACCTTTAATA TATTCTTTTTTTCTCTCTCTATTTATGACCATTCTCACTTCAAAGTCAAAGATTAGGAAA TTCTCTTGATTTTGGATATTATGGCCTCCTAGAAAACTAGAAACGATTTAGCATAGCTCT CGCAACTATCGGCGAAGGAGAAAGTTGTCCGTAATTCATTGCCTATTTTGAGGCTACAAC TGTTATGAAAATATCAGATGGGAGAAGGAGAACTAGTTCGGCAATTAGACTGATGTTCAT CCCTAGGCATGAGGGGTGTGTAAAGAGTCCCTCATTGGTTGGTTGTCTGATTATGCAATC AAAGTTTTTCAGTGTTTGCGAGTATTTTATTCGGGTAAAGACTTTTTTGTCAACATAGGA ATAAGTTTAAGATTTAGAGTATCTTTGTGATTTGAAAATCACTATTCTGTTTTCGAAGAC AATTGTTCTAGTATTAAAACATAATTGGCCCGAATAGAGGTGAAAAGATGCAGATGATTT ACACAGATCCAACTAGTTTTGGATTAATGCTAGTTGGTTGATTTGGTTGATCATTTAGAA TATCTTTAAAATGATGGTTTTGAACAAGTTTTTGGTATTTTTACTAGATTTTACCCTTTA TTATAAACTAGGTCATTAGCAACTGAACTTTGTCCTTGAGCATCATTTGATTATTCGTCT TTGTTTAATCTACAGGGCTTGTGGTTTGATAGAGACTCTCCTCTTTGGATGTTACCATGC ATGACTGATGATCTACTCAACTCATTGCAAAAAAAAGGAATTGCTAGTATCCAGCAGCTG TTGGATTGCCCTTCAGAATCATTACGGGCTATCACTGGAAGTTCAGCTGCCTCGAAACTG TATCAGGTGTTCTAATTAGTTTTAGTAGTTGATTACGTTTTGGATAAATCATCTCTCCTG TCACTGCAATTTTTGTTGATGTATTGCATCCTAAGAATGTTTGTTTTGAACAAGCGTCAA ACATCTATGAGTAGAACTTACTCCACATGGTTAGGAGGTTAGTGTGAACGGTTATGTTCT AATAAAGTTATTGCATAATGCATGTGTACCAGTATCTTACTATTTTTGTCGGCACTAAGC TATAAATCACATGTGGATTTCTTTGTAAATCAAGTTTGTATAATGATAAATGGGGAATAT CGATAAGGACGAGCATATGGAGGGATATTCTTAAATTTATGATCATCTCTTCTAAAAGCT TAATCTATTAGAGAGTCACTTTTATTTACTTACGATTTCAACATGCTCCCATAATGTGGG CCTAATTATTTTTTATGGGTCGAACACGTTGATTTCCTTTTCTGATAATGGGTGACAGTG AGACTCGAACCCAAAACCTTTGTTTGCTCTGATGACATGTTAAGTTATATCTCATTTAAA AGCTTAAAGATGTTAGAGAGAGTGCATTTGTATTTGCTTAATTATATCTTCAACAGAATT GATTGTCTTCAGCAGAACCTTGTTGATGTAGCATTCCCGACTTCTTGTCCCAGCTTGACG TCGAAAGACCTATTTTTGTACATACTTTTTATGAGTTCTAAAATTTCCTTCCTTCCTCAC ACATCATTCCCGGGGTATTTATTCCATGTTTTTTGGGGCCTCCCATTTCCTCTCTTGAAG GATCTCTTGATTTTATGCTAGGGAGAGCTTGTAATGATGCTCTTTATCATTGTATGTGCT AATATTTATTGTCAAAAGCCACTTTTGTACTGTGCATGGTAAGTACATCTCTGCTTCTGG AACACGTATACTAATTGAGATCTGATTTGCGTAATTCTACTTTTTGGACAGGATATGCGG CATTTCCCTCGGATTCAAGTTCGACTTAAAATTCAGCCAAAGGAATCTAATGGTGGAAAG ATTTTAACCTTGAACATTAGATTGGAAGATGCAAATACTCAGCGAAGAACAGCAAAAGCT TTTATCCCACGATATCCAAAGGTATTTTCATCTGCTAGTTTTGTAATCTGGAGCAAGTCA AACACTTGACATTTTGCTCTTTTCAGGTAAAAGATGAAGCTTGGTGGTTAGTCCTTTGTA ATACTTCCGCAAGTGAACTGTATGCTCTGAAGAGAGTGTCTTTCTCTGGTCGTTTGCAGA CACACATGGATTTGCCATCCACTCTGACCAATTTCCAGGTTGATATCTGATGATATTGTA TATACATATACTTATTTGGTATTAAACTTAACCTGACATTTTTTTGTACACCAGTTAGCT GGTGTTTCCCCCTCTTCTAGATGAATCAGTGTCCCAGTAGCAGTCATTTTCTTTTTATGA TGGTCTCTGAGAAATTAAACACCTACTCTCCCCCAGCACACACACACAAACAAACAAAAT TAAATTAAAAATAGAAGTTAATAACAGATCAGCTTTTAGAAGATAGAGTATGACATATTT GTCTTCTTATCTTGGAGTCAAGATTCAGTCCTCCCAGCTACCCACCCACTCCAGGAAGGG GAAAAAAACATGTTTTCATTCTGTGCATGTAAAAGATGTTACACCTTCTATGTTGGGACT GAAAAGTTGAGATGTTTCTATTTCAGGGGATAAAGCTCATTCTAGTATCGGATTCTTACA TTGGGTTTGAACAAGAACACTCTATTGAAGGATTGACTTAATCTGGAAGAAACTATACCA ACTCCAGATTGTAATGCAATGCTCCCAAAATCAGGATTTGACTTTGTATAGCACAAAGGC TCACTTTTTCACAATCAGTTATAGAAGTTGTGTTACGGTCTACATTTGTAATGAGATATT GCTTTGTAATTTTCTTGAGTAATTGATCGGCATCCTTCATTTTTCTTTGTCATGTAGATC CAATTGTATATATGCATCAGGGTACTGTTGAAAGTCTTATACACACACCCTAATCAATAT AGAGCTTTCCATTCAATGTCCAGCAATCATTCCTTCCTTTTTTTCTGTGTTACTGCCTAA AAGAATCGGAACGTAGTACACAAAACAAGTTCCCGGTCTAAATGGAGTATTAGATTTGTT GGACAGAGGTTTGGAACTCATTGCCACAATGATATATGTTATATTCTTGACAAACAAATA TACGTCGAGTACTAATTTAACGTCATCTTTGTGCTGCATAATCACTTTTGCCATGGTTGC TGCAGAGTTTAAACAACAGAACGAGTTTTGCATAGCACAGTTACCACAGGACATGTCATT AGCATAAATTTGCTTGTTCATGTTAACTTTGCAGATTAGTGATTAAGACTGACGGTTAAA TTCAACTTCACAATTGTTATCATCCTCCGACGTTTTGATATTGTTATACTGCAGTGAACA ATTAGTTCAACCCAAATATTTAGCCAGCATGGTCTATTCAAAAATACATATCTTTACAAT AACATTTTAGTTGTTCTTTCTTATACTTTTGCCAAGTGGATCAATGATCTCAACCAGCAA ATAAGCTAGACAATGCAATCACTTGAATAACTATTAGTTTTGTTTCTCATAATACCAGCC AGTCAATATTTACAATTACATGTTGGGACTGCTTATTTGTCTACAGTTTTACAAGCTTAC TCCCCGTCTGCATCAAAAAACCCTGCATCTTTCATCTCTGAGTAATATGCGCTGTCCAGA AGCCAATCTTCCTCCTGCAGTTGTAAGGAAAGAAATAAGAGAATGCTTGCATTTCTGACC AACAAATAACTAGTCTGGGTAGATTACCTTGAAAAAATCAGCCAGGAACGTCACGTAAAG AAATGGAAGATAAAGCGAGTGATAACAAACTACAGTCAAATTATACAACCTGCAAAGTTG AACGATTCCCATATGTCAATTGAGTTGAAAAGACACTATTGATTTTGGAAGAGTAATAGT AACGGAAGCAAACTTGTCTATACCAAAGTCCAAAGCCACCCCTAATGCCTGCAAGCCCAC AGGCAAATAACATTACAGCACTTGTCACAAACATGACGATGACGTAATTGTAAAAGGCTG GACGTGCTGCATATAATGGAAAACACTGTATGTTAGACCTAATACGAAGAGATGGACCAG GAAAATGGAAGTGGTCAAGTAGGGAAAATAAAAAATCAAACTTACGAGGCAGCTTATCTC TCCACTTTGAGAAATGCACAAACAATATGTAGCCATAAGCTGCAGTAAGAAGAAGCTTGT TGGTGCTCCAGACACGCCACTTCCCCCTATCAGCTATTTCCATGTCAAGGAAAAGTGGAA TACCAAGTCCAAATATATAAATTGCCTGATCAAATGAATAGACGGGAAGGCACATAAGTG TTTCCATATAAAGAAATCAGAAATAAGCTCTCTACAATTAATTGGTTACCCTTTATTTGG TCGTAAGTAGCAACAACTCTGGGGCATAAAACAGTAACTAAGTAAAATTGAAGAACTATC TCGAACATCTTTTGGATAGTACTTGTTTGTTTCCACCTTTGCAGGTTAGGTAACATACCC AAGTGATTATTAGAAAACAATATACCAAGTTATCTGGACAAATTTCCAAGCCAGGCACGC ATGAGTTACTTGTCTCACCCTTTCTCTCTCGCAACTGCGTTATTTAGTACGGTAAGTTTA ACTAGCATGATCCATGTCCCAAAAGCACAACAGTCTGGAAGTACTGTATCCAACCTTCGT CAATCATGATGAACTAAAAAAATACTGTGTCCCTGGATGGATGTGACTACTCATAGGATA AAGAGCCACTTATGTTGTAAGACTGATTTCTCTTGTTACAAGAGGAGCTTCTACAGCAAC TAACAGAACAGGGCCTTCCTCAAATTCAGAGGAATTGAACAAAGAGTTATTACACATCAC ATTGAGATAAATAATTTTAATATCTCTTTAGAGCACCAAAGGTTTCCAATGAAATGCAAC TACAGATTTAGCATGGCTTGCAAAAGCACATGATCTTGATCCTATGTCTATCCTGGTAGC AAGTAAAAAAAACTCAAACCAATCAATCACGTTATAAAAGATACACAAGAACAGCAGAGT CAAAATTCTTCTCTCTAAACTACAATCGCCTTCTCCTTGAATGTGTGTTTAGCATGTATT ATTTAATTGGCCTTCTCACTTAAAGCTGGAAACTACAACACCCAATACTGTGAGAGTTTC CACATTATTTTCAATTAAGCTTAAAAGATGAAAACAAGAGTGGCAGCTGATGCAGAACTA CACTATTTCTCCAGCCAGTGCAGAACCTTGAATAAAAAATCAGCTCAAGCAAACTGAGTC AAATATCAAACTCATTACTTGCTTCATCTAAGCTTAAGTACAAAAGGAAAAGTCATAGAA ATTCAGTTGTAGGTGCTGCACACGTAGAAGAAAGGAGAACATGGTTCAAGACAGTGAATA TATGAAATGAGAACAAATAGACTTCTGTGCCAAAGTTTTACCCGAAAAATACACACTTAA CAAATCCAACCACATTTCTGGTGCTGAATACTCTGTGTTTCTTTCCTGTAGACTTCAGTT ATAGGCAAACTAAGTTTAATGGATTCCTTAAATTGGTTGAACAGGGGGGCAATTTTGTGA TATAGTTTATGCCCTGGATGGATAACAGGTTCTCTGTAACTGCGTGCAATTTGTTAGTGT TTAAGTAAACTGCTTTATTAGTCAAAAGACAGTAAGAAACAAGATGAAGAAATCTTCACC TTTAATAGTAAATCCACGCCAACAAAAAGGCCTGAAACCATGAAAGTACGTGATAAAGTT TCCAAACAGCTCGCATAATTCTCCTTAAGTAAGAATGCCACTATGCTAATCTCCAGAAAT AGCATTGCAGACGTTGCAAACAACGATAAAAGATTCCAAGCCACCTGCTTCCCTGGAGTG CACTGCCATGCCTGCTTTGCAAATTTGGAAAGATGATGCAATAGCATTTCAAGGAACAGA AGTACATAACCATAATGGTTTACGACTTCGATAATATTAGGAAAACGTAGATCATAACAG CATTGATACAGAAGGTAAGATGCGTTCCAAATTCTGATACAAGCCACCCATGAAATGACA ATCATTCAATCACATTCCATAACATAGAGACCGAGGAAAAGATTGACCACACTAATCAAG CACAATTCTCTTTCTGCTGGATTTTGTTTAAGGACAGTACCATAATTTCAAAAATCATGA CTACAGAAACATATGATGCTAATCAGAGAATCTATATTGGATTTGAGTCTTTTATTACTC CTTCGAACCCAATTTATGTGGTGTAGTTTGACCGGGCATAGAATTTACAAAATAGGGGAA GACTTTGCAATGTTCCAAAACTAACCATAAAATAAATGAATTTTTAAATAGTGGAACCCA ACATGGGTAAATTATTGATAGTGTCATTAAATGTTTGACAAGGAAATAGGTCATTCTTTA GGGATAGACTAAAAAGGGAAGTATGTCATATAAATCCGGACAGAGGGAGTACAAAGACAA CACGAAGGTTAGATTAAGTTAGGGTTCGATCACCATGATTTTTTAGATATACGTATTCTC TAATTATCCTTTCAACTCTATCTCAAAGACAATGCAAATAATACTCTATTAGCTAGTCAA TAGCACCATTTTCTTCTATAAGAGTGGACCTTAACTATTTCACCACGTATTTGCATCCTT CCGCCAATACATCTACCTAGAAACTCTTCCCACCCTAATGGAACTTTAATGCCTTGACTG GGATTGGAAGCCTGATAAACCATGGTCTTCTTTCCAAATCCATCAACTGCTACGCCCCAC CCTTGAGTGGGGAAGTCGTAGCACCAACATGAGTTGATGAGTCAGAAACCAGAGTCAAAT CCTCAATACTTCTCATTATTTTGGGATGAGAATCGATTAGATATGTCAGGTTACAACCAT GTTTAGCTTACCCAAAATAGTAACAATCACGACGTAGCTTGAGTTTGGTAATCAAAAAAG AAAATCTTCTTCCTTTTAAATTTTGAAATACCCAATCATTCCAAGCACCCTCTGCCAACC AATAACTAGAGCCAGCGACCCCCAGCTTAAGGAGAACTCCTCTCCATCAGCTCTCCTTAA TAGCTCCAGCAGGACAACCAATGTCAACTTTCACAATATTGCCTTAAGAGAAGGATCTCA ATTCCAACATAAATTTGCCTCTCTTTTTTAGGAAAATAAGATTCACATATCTGGAAACTA CATACAAATACTACCACACAAATCATGAAATATCTAAGAAGTGAATGAATTATCAAGTGT AATATAACATGGAAATAAATACCGTCGAGCTAATGTCATAAGTACCTGAAGAAAGCACCA ACAAAGGTTTAAAAGAACAGCAAACCACAAAAGTCCATAGTATCCAATCATTACAAAAGA CCGACGATGACTGAGCTTCTTAATGTTGCTCCTAGCATGAAACCCTAAGTACAGTACGAA CAAAACCGATGGTAATACCAGTATCACATCGTGCCAGAACCCATGGCACGCAGTTGCTGA GCTGGACAACCGGAATATGAAGTCATCTCTACCGGCAGTTCCGGTTCCGGTTCGGGCCGG ACCTGCTTCGGTGGGAGATGAAGCTTCAGTAATGGAAAATGCTCCACTAAAATTTGTCAT TCTTCGCAGAATAGAAAATCAAAGGCATTGAAAACTTGTGGATGAGATCATCGGAACCCT AGGTCCGACGTGAAATGGAAGCAATCGGAGGAGGGTAGATCGAACTTCGAAGGAGAAGTT GCGTTGGTCGATGGAGGATGAAATCGGAAATTTGGTGGGGAAAATTGACCTGTGTCGATA AAGACAAAAGAATGCCACGTGGAACTGGTCACTTGAGTTGGCGGTATGAGTAATCACTCT ATTTTTTTCACGTGTTTTTAATGGAACTGGCAGGATTTTCATTCAGAAATAATTATTACT TTTTGTAGTATCTAATTTAGGAAACTTCTGGAAAACGTGATGATTTTCGATTCCGTCAGT ACCAGTATCGACTCTACTAATTAATTTAAGTAATAATAAACGTATAAGATTCGATATGTC CCTGTGAATTGTGATGATTAAATTGAGTTCAATAAATATAACAGAAAATGGAAGGTTAAG CAATTGTTTATTAGGATCAGGATATATATGTGATAAAATAATTAAGAAATGCGATTCGAA TTATAAATTAAAAATTTGTCTAACAAGAAATGTGTCATTATACATGCTTAGTATGTGTTG CATACTTGACATGATGTATGTTAAGTACTCACATATACATGGTTAGATGATGAGTGTGTG TTGTGATAAATGAGAGATGGCAAATTTGTTTGACATGTATCTTATGCATGTTTGTATAGT CCATTATGACTATTAATATATATGTAATTTTCTTCAATCACAAGTATGATTTATTGAAAT GATGATTCACTATTGGTATCGATGTATTTGAGATAGAAAAATGTTTGAGAGTTGCTCTAT TTAATTTTTTTTTCTTTTTTATTATTGAATATCTTATTTATATACTTTCTTTTTTCTTTT GAGCATTTCAGTGAGTTAGATATAATTTAAAAAGTAGATTAAATCTTGAATGATGCCAAC GATTATGATTGAATATTGTCTAACAACTTTTGAATGGATATTCTACATCTGAGCAAAATT CGTGTGGATAAAGAACTTTTTACTACTAATTGCTGTATAAAAATGTTCAAGGGAGTCTCT ACAAGACACATAGGGTTCTGCTTTGATGGCATCATGCTTGATTCCGTTTATTGGATTAAA TCAATACATTTCAAGAGGAAAAAATAAAATACCAATCTCATTGAGATTAATCAGATTTCA TCTATTGATTTTTTTTTTCATCTCATTAATTAAATTATTTTTAAAAAGAACACAAATGAA GCACCTAATATATATATATATATATATATTGCAGTGCAAAAGAAAACGAGAAAACTGATT TTTGAAACAAAATAAATCAATCATTTATATTTTTATTTTGGTAAAAAAATATTAGTTGCA TGCATTAATTAAAGGGAAAATTATATGTAATAGCAAACTAATATTCTAAAATAAATGGAG TAGCTAGGGTTTGATTTAATTGTGCTCCGTAATAACCGTTTGCAAAAAATTGTCAGGCGC CTCTCTCCCAATATCTCGCTCGCCACTCTCCCCCAATCTCTTGCTCGTTTCCTCACTTTT TATATAAACACAAGTGTATAAAAATTATTTCTAATTGTATAGCAGAAAAAATTATATAAA TACATATATTTTTGTTCCCCTCTCTCCCCTCTTCCAGATCTCGTTCGCCACCCTCGCATT TCTCATATATAAACATAGACAAAATGTATAAATTGTGTTTCTGTTTGTATAAAGCGTGAA ATAATTGTATATACACATGCAAGTACATATATTTTCGTCCTATACACTTATAATTATACA ATAAAAATACTTCCCTACCCAGTTTCTTTTGTCTTTCTCTCTTTTTCGTTTTATACAATT TCAAATTGTATCTAATTTCTCTCTTTCTCGTTTTATACAATTCGATTCAATTGTACATTC CTTGTCAAGTCTCTTTTATATTTCTCTTTTTCTCATTTCATACAAATTCAAATTGTATAT AATAGTTCTGTACACTTATAATAATACAATTCGTTTTATACAATTCGTTTTATACACTTC GTTTTATACCGTTCTCTGCCCAAGTGTCTTTCTCTTTCTTGTTTTATACACTTCGTTTTA TACAATTTGCTTCAACTGTATATGTATAACGAATTATACATTTTCTATGTTTGCTATGTA GCGCAATTATAGCATACAAATATGAATTTTTTATTTGCTATATGTAAAAGTGCCCTTAAT TAAATTAAATGAAATATATGACCCGAGGGTTCTATTTTAAAAGTACAAAAATAAGTTTAC TGACATTGTAGAGTGAGATCACATATCTCACTAGTTAGTTAAATTAACTATTGGTAAGTT ATAAAAGATATTTGTCGATAAAAAGTGGTTTTTGAATAATTTACGTCGATTATCGATTCC ATAAAAAGATATGAATTATCAAAAAAGTGTTATGAAAGTCAAAGCTTCAGGTTTATGTTT AGCTAGATTATATGCTACAGGATTTTGTTTTCCATAAATATAAGTGACGATTGAATCACA GAGTTATCAAGAATATTAGCATATTCTGTATTGAAATTATGACAACAAAGTAATTCTTTT TTTCATCAATTTCCCTTTTAGGTGAAGATACGTCCATAAAATACAAATAAGAAAATAGAT TCTTTAATTCACCTTCATTAATTATAGTATATGAAAAATGTATCGATAATCTATTTTTCA ATGACCATCTGAGTTTCTAAAAAATTCTCCTATGCCTCCACTATCTGATATATTAATAAG GGCGTCACTGTATTGTGTTTATAATAATTTGATTTAGTGAGCACCAATTTGAGTTATAAT TGAATTTTGAGCATCGTGGAAGAGAATGTCTTAACGGTAATATTTTGTGGATTGTTGAGT AATCCATATTCATGAAATTAAGAAAAAAAATTATCGCTAAACAGATTATCATTCTTTTTT TAAACTAAATATGCCATAAGAATTAGGAAACAAAGTTTTAGCCAATGGGGAGGATTTTGA TTGTTTACGAGTTGATTTAACGAGACTGATATTCAGGGTCTAAACATGAAGATTGTTGGT GATAGTACATAATTTGTCTTCGAGAGTCGATTCAAATTTTAAAAAATAACATTAAAGCAT TCAATAGAGACGTGGTTGATATCCTTTGAGTGAAGACATAAAAGTGTCATTGAGATTCCT AAGCGGTTTAGGTAGACTTATGAAAAATCTTTGATTTCGATGAATAATAGATCAATATGT TTAGACCTAAATACACATGTATTCGGTCTCTTGTTAATCCTGTATGAAATAAAATTGACT GATCAAAATTATGAATAAATGAAAAATTTAAAGATTTCTTATACTTAAAAAATATTTTTA GGAACTTTCAACAATAAGTGATTAATATACTTTATTAATGTTCCACAAACACATTAATAT ACATTCTCGAATGTAATTAAATAGTAAATGTGTTATTAGTCATTAGTTATATTATGTACA TATACATGCTAGTATTTTTATTAAGAAAATAATATAAATTAGTTTTTAAACTTGGAATAA AGGTGGTCCATTATTAATAATTAATAAATATAATAAATATCTCATAATTTAAAAGTATTT TTAAAAACCTTCAAATAATAATAAACAACTAATACTTTATTTATGTTCTAAAAAAAACAA TACATTAATATACATTCTCGAATGTATTTGGTTAGTAAATGTGTTTTATTTATGTTCTAA AAAAAACAATACATTAATATACATTCTCGAATGTATTTGGTTAGTAAATGTGTTTTAATT CATCAATTACATATATATGCATATTGATATTTTTATTAAGAAAATAATAACCCAATTATT AAACCTAGAAAGTAAAGATGACCAACTATTAATAAATGATAAATATAAAAATTCTTATAC TTTAAAATTATTTTCAAGACAACAATAATAATTAAATACTTCATTTATGTTAATACACAC ACATATACATTCTCGAATGTATTTGCCTATTTGGTTGTAATATGTGTTGTTATTTATTAG TTACATCATGTTAATATTTTAATCAAGAAAATAATAACTCAATTATTAAATTTGAAATAA AGATGGTCAATTATTAATAAACAATAAATATAAGGAATTTCTTGTACTTTAAATTAAAGG TATATATAAGAATTTTCAAATGACAATAAAATAATTTTTATACTTTATTTATGGTCCAAA AGACACATTAATATACATTCTTGAGTGTATTTGGTTAGTAAATGTGTTGTTATTCCTGAA TTACATATAGACATATATTAATATTTTCATTAAGAAAATAATAGACCAATTATTAAACTT GTAATAAAGGTAATAAATGATTAATAAATGATAAATATATGGAATTTCTCAATAGTTATA TATATATATATACACATATTGATATTTTCATTAAGAAATAATAACCCAATTATTAAATTT GTAATAAAGGTGGTCAATTATTAAAAAATGATAAATAAAAAAGGATTTCTCCTACTTAAA TAATATTTTAAAAAACTTTCAAATAACACTAAATAATTAATATACTTTATTTATGTTCCA AAAAGACATTAATATACATTCTTGATTGAAATTGGCAGCAAATGTGTTGTTATTACTGGT TACTTTCTCTATCCACTTGCTTTTCAAATATTAATATGATTATTTTTTAAAATTAAATTA ATTTGATATTTTAATAAAAATTTAGATATTCAAAAACTATATCAAAAGTGCTATATGTTA CAATTTTTTACATATCAATATGATAAAAAATACATTATAAAAATGTAAATCAAAATTTTT ATAATCTAACTATAAAATAAAATAAATTATGACAATTAAAAATAAACTAATTTCATTAAG AAAATAATAACCCAATTCGTGAACTTTGTAATAAAGGTGATCAACTACTAATAAATGAAC AATATACAGTAAGAAATTTCCCATTAGTTACATATATACAATGTACACATATTAATATTT GCATTAAAAATAATAATTCAATTATTAAATTTGTAACAAAGGCGGTCAACTATTTACAAG TGATAAATGTAAGGAATTTCTTACTAGTTACATATTTTTATAGGAATTTCTTACTAGTTA CATATTTTTATTAAGAAAATAATAATTCAACTATTAAACTTGTAGTAAAGATGGCTATTT TAATAAATGCTAAATATGGTATTTCTTTTATTTTCAAAATATTTTTAAAAACTTTTAAAT AACAATAAATAATTAATATTCTCTATTTATGTCCCAAAAACACATTAATAATATTCATTC ATTAGTTATATATTAATAGACTTGTTAAAATTTTCATTAACCAAGCAATAACACAATTAT TAAATTTGAAATAAAAGTAATAAACTATTATTAAAAGGAAAAAAATATTCTTAAGAACTT TCGAATAACAATAAATAATTATATACTTTATTTGTGTTCCAAAATAACACACTAATATAC ATTTTTGAGGGTCTTTGGTTAGTAAATTTGTTGTTATTCATTAGTTACATATCATGTTAA CATTTTTATCATGAAAGCAATAACACAATTATTAAACTTAAAACAAAAGGTGATCAACTA TTAATAAATGGTAAATATAAGGAAATTTTCTTATTTAAAAAGTATTTGTAAGAACTTTCA AATAACAATAAATAATTAATATACTTCATTTATGTTCCAAAACAACACACTAATGTATAT TCTTGAGGATATTTGGTTAGTAAATCTATTGTTATTTGTTAGTTACATATTATATAGACA TTTGGTTAGTAAATTTGTTGTCATGCATTAGTTACATGTTATATAGACATGTTAATATTT TCATTAAGAAAGCAAATAACGCAATTATTAAACTTGAAATAAAGGTGATCAACTATTAGT AAATGGTAAATATAAGAAATTTCTCTTATTTAGAAAAATCTTCTTAAGAATTTTCAAATA ACAACAAATAATTAATATACATTATTTATTTTCCAAATTAACACACAAATATACATTCTT GAGGGTATTTGGTTAGTAAATCTGTTGTTATTTATTAGTTACATATTAATATTTTCATTA ATAAAGCAATAACATAATTATGAAACTTGGAAAAAAGGTGCTCAACTATTAATAAATGAT AAATATAAAAAATTTCTCCTATTTAAAAAATATTTTTAAAACCTTTTAAATAACAATAAA TAATCAATATACATTATTTATTTTCCAAAATAACACACAAATATACATTCTTGAGGATAT TTGGTTAGTAAATCTTTTATTATTCATTAGTTACATATATTTATTTTATATATAGAGACA TATTAATATTTTCATTAAGAAAATAATAACTCAATTATTAAACATGAAATAAAAGGTGGT CAACTTTTCCCCTACAGGATGACGTGTACACTCTTTTTGGAGGGAGAATTTAAGACCAAA TTTTACTATGAATTATCTCTTTGAGATTCTTTCATTAGGATTATTAGTCTGAAAAAGGGA AAAAAAATAACACAAGTGGCCCCACTTACTACACCTTGCCATAATTGGACCAAGACCCGG GTTCTTCGGGTCAGGAGCTCATTTTCAACCCGAACCTAATACCGCTCAACAGTTCATTGA AAAGGCACAGACTTTCTCTCACTGCTTTTTCTCTCTCTTCAAATTCTCTCACTCCTTTCT CTCTCTAGCCTCCCTCTTGACACAAAATTGACATTTCTGGCAACTCAGAGCTCTACAATC AATACAGTTGAAGGATCGATTCCAAGTTCAATTGGTGCTGTTTTGCTGTTTTGGTTAGTG TTTTCTTCTTAAATTCAGTTTCTGTGTGTTATCACAAACCCTAGTCCATGCCCCTCTATT TGCTATGGATTCGTGATTTTAGTTTTTCAGGCTATTTACAGTGAGTACTTACAGCTTGAA TTATAATTTTTTTCGTTGATTGTATGTTCAACCTGTATAATTTTTATGGAGATGTCACAT GAGTCTTTCAGATGGTACTTGAATTGTCAAAAAAAATGATGCCTTTGTACAACTGACATG CTCCGCGGTTAACATGTTAGTTTTTTTGTTGAATGTAACTGGTTCAGATAGAGAGAGATG GACATTGAAGATTCTGGTAGCCAAGCCTCAACTAGTTGGGGATTGAGGTGCTAGTTGTTG TACTTCAATTTTTCTCAAAGTTGGACTAAAAGGTCTAGCTTTATTTCCATCTAAACCTGT TGCATTCTAATAGAGAACACCATAAGTTTTCTATTATTGGTAGTTTTTATTATCATTACA TGATTTTACGTTTAGAAACGGATTAGGAGTTGGGCAAGTATTCTAGTCCGGATGGATATC TGATTGCTTTATTCCAGAAGGAGAACTGGTGTTCGTCAAATATTGGAGGAAATGGTTTCT TATCAGTTTAGCGAGGAGCCTGTCAGTGGATTTTAGTTCTCTCTATTGAATAGGAATATC TGGACTTCTCTTTATTATCAACTAGATTCCATCTCATCAACAAAGGTGTCCGCGATCTAG GGCGATTCCTTTAATGGGTAACTATAGGAATTATAAGAGGTGGAGTATGAATTCTGCTAC ATTTGCAAATTCCTCCCTACACCAAAAAGAAAACAAAAGTATACAGTTAAACATGATCTG TTGGAGTGAGTTGGCTTTATCTTCAAAATATTTGTTGTTCCTTCGTTTCCAAACAGACCA CCAAATGCATGCTGGGATCATATTCAACCACAATGGCTTCTTGTTCTTCTCATGCTTCTA TTCCATCAATGTAGTAATTGTATGGTGTCTCTTGGCATTGCACATATTAGATCTGGTAAG TTTGGGAAAATATGCCAAAGTTCTTATCTTACCTTAATGAATCTTAAGATGATTTATAGA TTTGCTTCCTCCCCACATATTAGGAATGTGCTGCACTAAAGAAGCTTCTTTTCTAAGATT GTCATGTCTTAGGCATGCCTTTTGGGCTACCAACCCAGATAAGCAGGCTACTTTACATGG AACTTTTGTTTTCCAATTCCGAGACCACGACCAATGACTTTGGTGGAAACTTGTCTGAGT GAAGACACTTGGAATTTCACATTTCCGATAGACCTCTGAAGATTAAAACCAAAAACCTCT TAACCTTTCTCTGCCATTTGCAACATGAAGTACTACAATTTGGGGCTTGAATCAACAAAT CTAGGGAAAAATAAGAAAATAATTAGATCATTAATTGCATATCAGTCAAGCATGTGTAAC CTCAACAAAGCTAAATTATAACTGATTATATAATTTAAATTGACAAAAAATTGAAAGGAG AAAACTATCAAGCATAATTTTAAGGAGTTCTGTTTTTTCTTTTTTGCTCACTGGTGAATT CATTTTGTAGACGCATTTAAGATGCATTTTTCTAATCCTAATAGGATTTCTATTTGCCAC CAAACTTCGAAGATAATATTTAATTACAACTCCATTTAAAAGAAAAAATGAATATAAGGA AATATTTAGATACTTATCACATTTATAGTGTTGTTTATTTATGACACTGGCTTCACTTTA TATTATATTATAAATTATAAATGCTTAAGAATTTTGCCAATAAAATTATAGGAATTACCT AACTTGGAAAGAAGTAATTGGAAGCCTATTTTTTTTTTTAAAAAAATTCTTTTTGTGGCT TTAAATGATCGAAATTCTATTGCAAGTATGATGATAAATTGTGACCATAAAAGCTTGTAT ATTAGCATTAGTAGCGTGTATCTATTGACTTAAAGTATTGCTATTTTAAATTAAAATATT TAATCAGTTTTTTTTTGAGAAGGTAATGTTTGTGTATATTCATTGAACCAATGCATGGAT TGCACTGAAAATTATATTTACAGCTTGTCAAAAATGTAAGAAAACTGAGTCGGAATCCTA CCAGGAACCTAGGATATTTATTCAGTTCTTTTAGCTAACCTCTTTCTTTAATATTTTTAA TTAATTAATTGTTTACCATGATTTAAGTAAATTTATATAAGGTTAAAATATTGTTTCTAA AGTCATACATATTAGGACTTTTTATATAGTTCAAATATGGTAAGATTTAAGAAGCAAAAT TTTAGTCAATTTTAAAGTACTAAATATAGGAGTTCTTACCTATTACAAATAAGCAAAGAT TTAATATCTAAAACTAAAAATCATTTTCGAAGTCCTAAATTTTAGGATGATAGTTAAATG CCGCTTTTTTGAGGAAAATAATAAATGACAATTTTGTTTGTTGTTAAGTCTTTTAATGAA GGGAAAATAGTTCAGACGTGGAAGTGAAGCTTGACACACTGTCCCTAAGAGAGATAGTTT CAAGCATCTTAGGGCTATAATTTAAAGAAGTGGGGACATAGACCGAGATTTCACACATTG TATTGGTGTGGTTGAGGTGGAGGCTTGCCTCCGGAGTTTTGTGTGACAAAAAGGTACCAC TTGCTTAAAAGTTAGTTCTTTAGAGTGGTGGTTGGACCGACTCTTTTGTAAGGGATGGAG TGTAGACCAACAAGAACTAAAATTTTTTAGAAGGTGCTTATTATAGAGATGAGGTGTTAA GATATATGTGTGGGCATACTAAGAGCAATAAGATTAAGAATTGAGTATATCCGAGCAAAG GTGGGAGTGACCTCAGTAGTGGACAAAGGTTGAGATTGTTTGGACATGTGAAGAGGACAT GTGTTGATGGTTCAGTGAGGAGGTGTGAATGGTTGGATCTAGCGGGTGCGAGGAAAGGTA GAGGTAGGCTGAAAATTTTGGGGAGAGGTTAGTAGACATGACATCACACAACTCCAACTT ACTGAGGATAAGAAGGTGAGGTCGCAGATTAGGTAGAAGGTTAATAGATATTGGAGTGTT CTCCTGCTTTCGAAGGGGTTTAGCGTACTGGTTTGCCGTAGTAGCAGCTTTATTCTTGTA GTGTCTTGCTTTTGCTTTTTACCACCATCTATTTTATGTTGTTTCAATTTTGCATTATTT TTTTGTTATTGTTTCTGTAGTAGTTGCTATATTTTCTGCTCTGTCATTTTTCCTTTTCAT ACTTGCTCAGATTGTTGTACTCGAGTCGAGGGTTTTTCCGGAACAACATCTCTACCTTAA CGAGGTAGTGATAAGGTCCATGTATACTTTACCTTCCCTATACCCCATTTGTGGATTTCT CTGGGTATGTTATTGTAGTTGTAAATTTGTAATCGCTCTTGGATGGGGTCTATGTCACAT ATGCATTTGGGTGTTACGTTAGTCCGTGGTAAAACAGACATAATTTTTTTAACCCTAGCT CGGATTAATGGGTGGTTTGTTTTGCTGGAAACTAGACTTGAAGACTTTTAATTCGGCATG TAGTAGACTTTCATACTCCTTATAGATTGGAATATATATATATATTTTATCAGGTAAACA TATTTTCATTCAATAGACGGGAAGATATACTTGTTCCAAGACTGTCCATATACAGGATTA TCTGAAATACTATGACGTAATGAAACCTTAAACTGTTATTTCAAGGCTTCCTGTGGGCTC TAACTTCAGTTTTATATTCAAGTGACTTAATATAAGTGTTCCTTGATATGATTACCCGAT TGCAAGTATTACAGTAATGTCGGCTCCATGCTTAGTGTAAATGACATTCCTCCATAGAGC TTCAGTTTCATTGTTTAACCTCCACAACAGTTAGTCATGTAAGCTTCTATTGTGTTGCCT GAGGTTCTTGATTCCCAGTCCTCCATCTTTTCTGCCTGTAGTGAATTTGTCCATTTGACT AGGTGGAATGACGTTTTCGCTTTGTTGCCCTCCCATATACAGTTTCTTCTTAGCTGCTGC AATATCTTCTTGCTCTTTGCTGGCACGGATAACTGGGACATAACTTAGGTTGGCAGGGAA TCCAACTCACTGTTAATTTTGAGAACTAGGAATTCAAAATTGGCTGAGTAACTGGAGCAA TAAATCAACTTTGTTTGGATTTTTTGAGGAATGTATCATGAGAGAATTGGATTTGGTTAG ACAATGAGTGGTTGGTAAACAAGGGGTGATCTGTGTTTCGTTGCAATTACATTTTAACAA TGTTTAGTATGAGACGTTGGAATTGATAGTCTTTATTGGATATTTGATGATGAAATTTGT AACGTTGATTGCTGTTTTGACGTAATGAATAGAATTTTTTATATTTTAGGTAATTCTGTA TTTTCTATAAAATCTGTGTTTCACCTCGAAGATGTGTGTACTGTGCTTCTCGCTTAAGCC CTGCAAGGTTTGTCATTTTTCAAATATTATTTTTTGCGCTTCCCCCCTTCGATATGCTGT TTAGGCTCTTAAAAGATCCTCATGAACCATAAGCTTTACCTTTCCACTGCAATCAAGATA TACCTTTAGTATCTTTTATTGTTAATAATTAGTTGTCCGAGATCTCATGTCAGCACTGCT TTGATTCGCCTAATTACATACCTTTTTGTGAGTCCAAAGATCAGAGTTATTCCTTAGACA TAGTCAGGACTAAAGGCCAAGCATGGTGTACCTAATTAAATAAATTTACCACTATCAATA GACACAAAGTTACCAGTTTCAAAACAAAAAAAAATTTATTTAACTAATTAGTGGTGGATA ACATCTACTGATAAAAAACAAGGTTGATCTCTTGCTGACAATTCTTACATTTTTTTTGTA TAGAAACAATTGTTATGTGCATTTAGAGCATCTATCAACAGAAGAGAAATCTTTGCCCCT TCACGACCAATTTAGTGGCAAAAGGCTGCTGTGATTACCTTACATGATTACGAACTATCA AATAGAGTTTGGTGCAAGAAAAATTTGGTGGCTTAGGATAACGTCAAACTCTTGCAGATT AAGCACGAGTGAGGCCAAATATGTGATTATAGTTAAGTGCAAATATTTGATTGCAAAAAT CTTGCAGAATAAGCATGAGTGAGGCCAAATGTGTGATTATAGGCCAAAAAGGGAAGGCTT GATTTAGTCAATAGTGCTAAAAGGAGGAGAAGACCAAGGGCTTAGAATGTGGTTCTGCTT GCTTTAATGTGGGTCGTTTGGAGAGAGAGAAATAGGAGAGCTTTTGAAGGAATACAGTTG AGTTTCTGTCAGTTGAGGAGTAGTCCTAGATCCCTCATTTTCTTCTGGTGTAAAACATAA AGTTTCCAGTTGTATAGAGAGTTTGTAGAGAATAATGTTTTGTAGATTCTTTGCTTTTAT ACCCCATGTATACGGCCAGTTTGGCCATGTTTATGAATGAATATACTAATAATTTTACTT GATCAAAAAAATAAAATCCGATGTTACGCATTCCTAGATCCAGTGTAGTTGTTGCATGTA CCCCCCCCCTCTCTCCTCTCTCTCCCTCCAACAAGTGTGGTATGCACCAACCTAATTGCC CCGAAGTCTTGGCAACTTTGTCGAACACTCGTTATCACAGATCCCTTTTGTTCACTCTTT ATGGCCATTGCCGGTCTTTCTTTTCTCTATATCATGTCAACTTGGTCCACTACAGGCTCT CTGATGTGATTATTGACTGAGGAAAAAGTGAGAGCTTGAAATGTCGTTGATAATCAACAT GTTTAGTCATTGATTTATGTATTCTGCGGATTCTCTATACCTCAATGTTTATATAACTTT TAGTTGTGTATTGAAATAGTTCCATTAAACTAGTGTGGATCTTCAAGTAGTATACCTCTT CTTTGTCATCTCAGGTAATTATCTATTGCTGCTTAACAGAAAAAGTCTCTTCTTTCACCT AGCTGAACTGTCTCTTCTTTCACCTAGCTGAACTCGGATGAATGTCTTGCAGGTGTTTGC AGTTGTTTGAGAAGGCAGCCGATTCTTAGCTTCCAAGAATACTAGTCCCATGTTTAAGTT CTGGATTTTAATTGTAACGCCAGATGCCAAAAAAGTTTGTTTTAATTGATATCTTGCTAT GTTAGTAACTGCATAGTGACATTTAACAATCAAAGGTTTTGGACTTAAATTATCTATGCC TGGTAATGAAGTCAAAGATAGGGTTCACAACTTTTTTGCACAAGACAGTATGTCACAAGA ACACCATTCCCCTGTAGTGGATGGGAATTTGCCAGCTCTAAGCAACAATTTGGGGGTTGG AAGCCAGAGGCAGACAGGTGGACTGAGTTCGAACGCATACAACTTACAGATCTCTGGTAA TTTGATATTCTGTCTTAACTTTATTTGGTAGCCAAGTAGCTTGTTGGACGATTTTCTTAT TTTCCTTTTTTTGCAGATACTACTAGAGGAAATAGCAGTTATCCATTTAATGGGCAGCGT GGCTTGGATTCTGCACAATCAACTCAATGGGCTGAGTTTGCTAGAGGTCAGCAGCCAAAC TCGAACGGAATCATGTATGGTAATCAGTACTACCAGACAAGGCAGGATGAATCAAGTTTT TCGGCCGTGAATACAGGTTCTAATCAATGTAATCTAGCCTCAGGAGGCTCATTTTTTCAT GAATTGCAGCGAGGGGCGGGTCTTCAGCAGCAGGCAAGAGGACTAGTTAGGTCAGAACCT TCTGGAAGTCCTGTTAGTTTGGATCTTTTTGGTGGTCAGCAAATGAACGGTCAGCAATCA AACATGCTGCAATCTTTGCAACAACAGCAGTCTAGGCTAAACGAAATGCAGCAACTGCAA CAGCAAGCCATGTTCATGAAGATGCAAGAACTTCAGAGGCAACAGCAAGTAGATGCCGGT CCACAAAATCTAGTGAATCAGGTTCCCCCTGTTCCTAAGGTGGCATCTAGTAACCATTCT CCTGCTTCTATTAATGGCACCAGTTATTCTGGTGCAGTAAATTTTGCACTGGCAACTGAG GTTGGCAACACAAATTGGTTGCAACATGGTTCTCCAGTCTTTCAAGGATCCGCAAATGGA TTCAATCCCACCAATTATGAACAAGCTCAACATTTGATGGGTTTGATTCCTCAAAACATT GATCAGTCTCTATATGGAATTCCTGTTGCCAATTCAAGAGGAAGCCTGAGCCAACTTCCT CTGGTGGGAACAAAGAAGCCTACAGTACAGCCAATGCCAACCTTTACTGGTTCATTTCCG GCTAATGAATGTGCTGAATTGTCAGGTCAAGTCAGTGGGCAGGATGGGACTTCCATTCAT AGACAGACTCTGCAAGGTGAAAGCTTTTTTGGTCACACCGTAAGTCAAGCTCTATCTAAT GCAGTAAATACTGAGAACCTTCAGCAAGCAAATAATGTGCAAGAAGGTTCAGCTTTCCAG GATTTCTGCAGCAGACTGGATGTAACCATTCACACAGAGACCTCACAGGAGAAAGTTGCG ACACAAGCTTCTTCACCACGGAATGAAGTTGGTTTAGATCCTACAGAAGAAAGAATTCTG TTTGGTTCAGACAGCAGTATATGGGGTTCCTTTTCCAAGAGCCCTAATAGGAATGAGGAA GGTGTTAATCTGTTTGACAGTGCAGGATTGCTAACTGGATCTCCTTCTATCCAAGGTGGT ACTTGGAGTGCTCTTATGCAGTCGGCTGTTGCAGAAACTTCGAGCAGTGATATAGGTCTG CAGGAGGAATGTAGTGGTTTGAATTTTCACAGTGCTGAAATTCCTTCAGGGAATCAGAAT CTGATGTATAACAGTGGGACGCATAAATCATCTTCTGCTGAAAACAAGTTGCCCCTAGCA CCATCCTTGAATTCTTTTTCTGTTCGGCCATCTGATAGCATCATTATGAATAACGGCTTC CACAACGTCCAGGGGCACAGGTTTCCATATGAGCAAGGTCAGAATCCGCAAGCAAATTCT CAAAGACCTGTCCAGTCATCACATGGAGGAAGCAAGTGGTCAGATTTCGGTCCACTGCAG ACGTCAGTTGCTGAATCAAGCCAGATACTTAGCAATACTTCACATCCTCTTGATACAGAA ATGATTTCTGGAAGGGGTTCTAGGTCCTTGACACCTGAGCTTGGTGGAGCTAGACAACCA TGGATGAAATCAGCTAGTTTGGGTGTTCTTGGGTCAGCAGTACCCTCTGGAGGTGCAGCT TTTAGTATGTTGAGTGAGAACTTATCAAAACGGTTGCAGGACAAGAATCAGATGAAGTGC ATCCAAGACAAAGTCTTTCATGGTGGTATGACATTGAAATCTAGTTCACACAGTAATTCT GCTGTTGATATGGAGCATGTGGGATCATCTATGGCTAGTCCACGGGGGAATTCAGAGGTT TTTAGCACGTATCACTCTGCCACAGCTCCAAACTCAAGAACAATGAAGTGCTCATCCCCT TGCGTTGATGGTAATGAGTTCACAGTGCATGAGGTGGAGAACAGTGATAAGAAGGATAAT TCAAATGACAGCTCTCACTCTAACCTACTTCCTCATTCTTCCGCTGGTGGGGTTAGGGAA AATGCTTTATCAGATGCCAGTGATTCAAGGTGTCTCATGGGGAAGCAGAAGTTGTCTGAT CAGGGTGGTCAGAAAAATTCTTGGCCTCCAAAGTTTCAGTATCATCCCTTGGGAAACTCA TCGAACTTGGATGATGATTCTGATCCTTCTCGCAGCATGGAGCAATCTACTCATTCTCAG TCTATAATGCAGCACAATCCCCAGCATGGCCAATCAAAAGTTTTTGGTCAGGTTCCTCAC AGTCTGGCAGAACTGGAGAAGGTGATATATGTAGTATATATTTGAAGAGCCCTCAGTTCT ATATATCCTTTATCAACAATTATAGGCTAATGTTCTTTGATCTACAGGGGCAATTGTCTG ATGTTTTGATGGATGACAAAGGCTCTAGTGAGGTCCATTGTCAAAGCAGCTTTCTTGGTG GTGGATCTAATATTCGTGGGCCCTTAAACAGATCTCTTGACTCACATTCACCTAATAAAG CTGCGGAATCTAGGTAGTTAATTTGCTGATTCTCAGAACTATTAGCAATGGTTATGGATA CATTTTGATAGATCCTGTACGATTTAGATGTTCTTTTGTACGTATCTTTACATGTGTATT AAAACCTTGTTGACGGTCAAGTTGAGCTGTATAAACTACTTTGCGGTGCCTTCTCTTTCT GGCTTCAATGTTTAAACTGTTTCTATTCTTGCAGTCCAAACATGCTACAGCTTATTCAGA AGGTGGACCAGTCGAGAGAGTGTGGTTCCGGGGCAGAGTTAGGTCATTCTGAAAAAAAAG CATCATCTAGGATGCCTGAAGCAGCAGAGAATTCTGATGAGTCTGTTGGTCATCACCTGA GGAGTCAGTCTGCTTTCTCTCAAGGCTATGGTCTACAACTTGGCCCTCCATCCCGACGTG CATCAGTCCGAACCCATTCTTTGACATCTCAGCGCCCGATCCAAGCTTTTAGCTCTTCAC ATTATAGTCATGCTACTGTTGACACTGGTGAGAAGAATCAAGGACCAATGCACCCCCCTC ATCAGGCTCCATCCGTACTTTCACCTTCTGATCCATCCCAGGAAGGATTGAAGAATATAG GATTTGGTATTGCAGGAAGTACCAATAATGTAACTTCTATGTATGCAATGCCCGGAAACC TTTCTCCAGCGTTTGATTCTCATTCTGGTTTTCCCTATAGGGGAGGTCAGCTTAAAATTC CAAATGTGGCTAGGACTACTGCACAACTCCCAACAAATCAATCCTTGAGTGTATCCTTTG ATAAGCATGCTTCCTCTCATACAGAGAAAGGTGACTCTTGCAGAGGATCTGCAAATGGTC AGTCTGTGGAGGCTTCCTTGCTGGCTGGGGCTGACAAGTTGCAAGATAAGCCTATTCTCT CCGCAGACAAGTCTCAATTGAGTAACACCAATCGTACAGTGGAAAGTATCTTTACCAATC AAGTTACATCCCAAGAGCCAGTATCAGTTTCTCAGGCGTTAGTGTCTGGCATCGGTCAGC AGGGTACGTATTCAAAAATGTCATCCGGTATATGGGGTACTTTTCCACCACCTCAGCAAG CTTTTGGCTCTCAGTATAGCAAGGATTCTTCTCATATTTTCCAATCACATCAAATGAATA TTGTGGAGTCGTCATTATCTGCTCCTGGGAGGCAAAGTGATCAATACTTGAATAGAGGTA GTTTTGCATCCCAGATTGGTACTAGCTCAGTGAATTCCCTGGTTTCTTCTGAAGGGGAAG AACAGCGACCAAAGGAAAGTCATTCTCAGCAAATATCAGTGACAAATGTTGACCACATCC AGAAGATGAATGATTCACAGGGTAGAGAACCTTTTATCAAGTATATCTTGGGAGGATCTG CTGCAAATGCTGCATCTATGCAGAGAGATATTGAAGCCTTTGGCCGAACTTTGAAGCCCA ACCTTTCAAATCAGAACTATTCCCTATTAAACCAAGTGCAGGCTATCAAACATGTGGAGG TCGATCCAAGCAATAGGGACTTCAAGAGAATGAAAGTAGCAGACAGCAGTACAGGTGCTC CACAATTTTCTTCTGGGGACACTGAAATGTTGGGAGTCTCTGTGCCAGAGGATTTGCAAA GAAGCATTTCATCTCAACAAGGGAGAAAAATGTCTCCTCATGATGTACTTGCAGTTCATC AGGTGGATTCTCAGAGCAGCGGTCACAGCAATGATACAAATTCCGTTACGCTTGAACAAA CACAAAATGGTTCTCAGTTGGAACCTTCCTGGTTAAATCAGTGCAGAACCTTAAAAAATG GGCAGATGTTACATACGTATGATGCTCGTAGAGCTGCTGCAATGAAGACAGTGGAACAAC CTTTGACTCTTGGGAAGTCTTCCAGTAGTTTGCATGCACTTAATTCTATGGTGCAAATAG CGCCTGCAACTTCTGAGAGAAGTACAATTGGTAATATTGAACCTAATTCTGTCCCCAGCT CTGCTGCAATTGACCATTGTTCTTCTCCAACATTGCCAGTGAATGTTGATCATCAGCACC TAATTTCGAAACCCATGAAGCGCAAACGTGCTACATCTGAAAATACTCCTTGGCATAAAG AAGTTTTAGCAGATACATGGAGCTGTCAGACAATCAGGTTTGTATTATGCATAACAACTT CTTTAATAAACTCTCGTGCTAGTTAGTTGCTGCTTGACACCTACTTTTAGTCCCTAATTG TCTTCATTTGGGTTGTTGTATTAGTTCAACATTCTTGCTGATATGTTTTAACTTTCGCTT TGCAGCCTGGCAGAAAGAGAGTGGGCTAGAGCTGCTAATAGGCTTACTGAAAAGGTATAA TGAACTGACTGCTATAATCCTCCTGATTTCATTATTAGTTGCCTTACTTTTAACAGCCTG TACTTCTCTCTTAGGTTATAGAAGGCATTGGTTTTAATGAGGAAGGGGCCCCAGGGGTTA AAGCTAAAAGAAGGGCTATATTGACCACTCAGCTTATGCAGCAACTACTCCCCTCTCCCC CTGCAGCAATTCTTTCTGCAGAAGCTAATTCAGAGTATGAGAGTGTGGGTTACTCCATCT CTAGATCGTCATTGGGGGATGCATGCAGCATGCTTTCTTGCTCAAATGCTGATCGTAATA TGCCTTGTGATGACAAAGAACTGTGAGTTCTCTAGTTGCATGAGATTATTCAACTGTCTT TTGTTTTTTTGTTCTTCTGATCCTAATGATACATTTAATGCAATTGTAGGCTTCCCAAAG GGTGCATTACTTCTCAGAGGATTAATAAACATGATTTTGCCAAAACATTAGAAGAGTTAC AGGGAAGAGCGAGGAGATTGGAAAGTGATTTTATGAGGTAATGCTTGATGTTTCAGTTTC AGTTTCTATATTTTTTCTCCAGTTACACCATTTTGCTGAATATTGTTGATTGCGCACGGC TATAGGCCTATAGCAGATGAGTTTCTTTACAGCTTGTTTTGATGGTTGTTACTTATTGTA TTGTTTTGTATTATAGAAAATAATAATTAGAGGGGGCATACAAACAAGTGATAACTAATT TTGCAAAAGAGCAATTTTTGTGAGATGCAATGGTAAATAATATTTTAAATTCGATACTTG AAATGAGCTAATGTCCATGTGGGTGCACATGCTAATTCTACAAATTATATTTCATGATGC AAAGTGAGCTGTTGGTTAATGTTATTTATTAAGTAATACCATATTTTTTTTCATTGAGCT AGCTAAATAGGAATATCATTCATTATTTTTGGTAAACTTACACTTTTTTCTTAATCTTTT TCTTTTTGAATTTCATCGATCTATATTTTAAATTTTTGTTTTAAAGTCAAATACATTGTT TTTGATAGTGATACTAATGTAACTTAAAAGAAATTGTGCAGTCATTGATATGGATACTTG AGCTAAATTGACTACCTAAATGGAATTAACATTCATCATTTTTAAGGAACTTAAACTTTT TCATTTGATTTAAGTTTATTTTATAGCACAATACATAGTTCAATATATTTATGAGTTTTT TCAAATATATTCATTAATATAGGGTTCATGTGCAAAGCGATATTGAAAAGCATGAAGGCA GATAACAAAATTTTGTTCATCTTTTTAACCCCTTAAATTTGATCTCACACTTGATAAAAT AGTAATTTAATTATAACCCTAATACTTAGGACTTTGAGATCAACTAAAATTTGATATTAA ATCATTCCTTATTTGAACTAAGTAAGAACTCCTATTATTTAGAAATTTATGATCATGCAA GAGTTTTACTTGAACAAAAGTTTTCCTTATTTCCTGCTTCACATTTAATTTGCTTTTTAA GTATCTTACGTCTGAGTTATTTATGATTTATTTTATATTAGTTTAGTTTTGGTTTAAAAT TAAGATTTGTTGAGTCCAATTTAAAAAGTCACATCATATCTAAAGAATGCATCTTCTAAT AAGCTGCTAATTTGGGTATAAACACTGAATATTAATAGTCTCAACCCCTTTCCTAATATG GATATTTATTATTACTCTATTCGTATAATTAGTAAACATTGCTAAATATTTTATTTTTTG TAGTATCTCTCTAATAACATTAAATTCATTTAAAACATTATAAAATATTGATGTTCAAAA GAATTATAATTTGAATTGAATCTCTTGACCTCAACTTCAATTGTGTTGGACCTAAGATTG AGTATTGTTGACTCGCATCAGCTAAGGTAGCCTGCTCGTTAATCACTTTCCCTGCATGGT CAACTCTTGTCAATTTAATGTATTTGAGCTAATTGTATATTTATTCTTACCACTTGCCCT GCGCGGTCAACTCTTGTCAATTTAATGTATTTGAGCTAAATTGTATATTTATTCTTACAT TGAGATTACCTATTAATAGTGGTCTGTCCCTGCATTAGCAATTGATACATTATAATTGGA TAAGTTATTAGAAATATGATTTGATGAAAGACCAAAGAAAGAAATAAGAATTTTCCTTGT ATCTTTTCTTTCCTTAGTTTGACACACACACATATATATATATATATATATGTATATATG TATATATATATATGTGTGTGTGTGTATATATATATATATATAAATATAAATTGATATTGA TATTGAATTATAACATTCTTATGAGACGCAAAGGAAGAAGCTATAGGTTGACTATTGGGG TCAAATGTTTGGATAAGTTATTAGAAATATGATTTGATGAAAGACTAAAGAAAGAAATAA GAATTTTCCTTGTATCTTTTCTTTCCTTAGTTTGACACAATTTACCTCTTTGTCAATAGA CTTCATATATATATATATATATATATATATATATATAAAAATTGATATTGATATTGAATT ATAACATTCTTATGAGACGCAAAGGAAGAAGCTATAGGTTGACTATTGGGGTCAAATGTT TGTGTTGTTCGAATTTATGTTCTTTGTCAATATTTAATTATAGCATTTCGTCCTATTAGT GCTTGCATAATATGTTGGAGGTTCTGTATGTCATGATTTCTTCTCCTTTATTGATCTAAC TAATATGGTAACATTTCTTTTCAATTAATGAAGTTGCATCTACTTAGTGTCATTTTCTAT TTTTACATAATTCACTTTTCTTATATACAATCTTTTTAGTTGACGCAATACACCCATGTA TACTGAAACTAGTTACTAAATAAAGCTTAATTTGTTAATTATGTAGATACTACATGTAGT GCTAAATTTTAATGATGGATATGTAAATCTAAGATTTACAAAGAACAATTTCAGAAATTC AAGGTTTACTTTGAACTGTGATGGCGCTTTTGCTTCTGATTTTGCACCTCTAAAAATATA TACAGCTGATGATAGGTCTTAAACCATGATCTTTCACTCCATTAGAAAATGAGGGCAAAG TGCTAACTGTACTTACTGGTTGGTTACGTATAAACTTGGATTTTTTATTAGGAAATCCAC ACTTCTCAAGTCTTAAATGTCTACTGTCATTTGACTTGCTATTAGTTTTTGGACATTCAT TTTATCTTTTGATGTTTCAGTTTTACACTTCCCATTATATTATATTAATACTGTCTGCTT TACTAGCTTCCTTTTTTACCTGAAAAAGATATGTTAATTCTGCTTGATTAGTTTTGTTTG CTTTCTAATTTGTTCCTTCTCTGATCAGACTGGACAAGAGAGCATCGGTATTAGATGTGA CAGTGGATGGGCAAGACCAAGAGAAGTTCGGCGTTATTAATCGGTATGCTAGGTTTCTTG GTCGGGCGCAATATGATGGTATTCCTCAGAGATACGTCACAGCGCTTCCAATACCAAAAG ATCTGCCTAGTGGGGTGCACTGTCTTTCTCTATAATCACAAATCAATTGAATCTTTTCTG TGCTCTGTCATCAATTACCTCAACTTCCCGTAGACATTTTTGTCCTAGTCATGTACTAGT TCTAGCAAGAGCAAAATAGAACCACACAATCAGTATTGCTGAACATACTCAATTGTCATC TCAGATGGAACGTAGCTGTCCAATCTTTTGCATGTAGGCCATTTATGTCATTATCAAGAA AATATACATGTACATCTCTTCAAACTTAGTGAGGGGAGGTGAAACTAGGGTGCCCCATCA TTTTTTGCCAGAAGTGGGGAGAGAATACATACTTCTGTGCTTCTAAGCTGTTGACATACA GTTGGCCATCATTATGTATAAGAGATGCCCAGGCGCTCATAATTGATTTTGTTGGTGCCT CTTATTTTTTGATGAAGGCTAATATTCAGTTGGTGGATCATCAACCAATTTGTAGTTTAT AGAGTTAACAACTGGAAACAGGCCAAGCTGTCCAGATTGTTTAGAACATCAGTTAGTTGG AAAAGGTGCTCTTAAGCAGGCATAATATTTAATAATTTCCCTTATATGGTTCTTAATGTG CAACTGCTGCGCAGATTTCTGCAACTTGTTTTGGGATGGGTCTGGTCGAGCCTCTTTGAA ACTACAACCCTGCATCTCGTCTAACTTGAGTTGCCCGCTCCTTTGGAAGTTAAAGTAGCT TGCTTCGAGAAGTAAGATTAGATCCCCTAGGCTATGTATGACCAGAAGTTACAAACATAC AATTTATAGGGAGATAAAAAGAATAGAGCAAACCAAGAATATCTTGTCTAAACATCCCTT CTTTTCCGAGGGTTCCTCTCGTACCCTCTCCATCCAACCAGGCCGTATTTTCTCGTCACC ATTGCTTCTCTTGCTGGGAATAAGCTAATTGCTTGGTTTGATATGTGATTTAATTGTAGT AAATTCCCTCTGGTATAGGTTTGACAGTCCAGTAAAAAGGTTGAAACTCGAATTAGAAAG TTCATCAAATGCTTGTGTTCTTAAGGTTATGTAAAGATTCGCATAGAAACTATGAAGAGA TTTAGGTATTAGTTCAACAGAGGGTATAGTTTTTACTTTCTACGGTTACTCTCTATAAAC CAAGGATATAGCGTATCAGGATTTCGGCAAAATGAAGAAAATGTATCTTAAATACAAATT TGATCAATTTTACTTTTTAAGTTCTTAATATAGCTCATTGAACTTTAAGATTTAAAGGTG CAAAATATATAATACTACTAGTTTTAAAATTTAATTATATATTAAAAATTATAAGTGCAA AATATACAATACTAGTTTTAAATTTTAATGCTCACATTTGATTTAATTATATATAAAAAA TCTACTGTGCTAAATTTTTTAAGAATTTTCAATGGAATACACTTGAGATTTTTGAAAAAT TTGAGGAAAAGAACAAAAGAAAAATTAGTTGAAACGACAAAAGTATAACCGATAGCCACT TGAGAGGTGCTACTAAAAAGACGAGATAGATATATTATTTTAGTTTCTAACCTCATTTAG AGAGATGCGTCCAATCATTATCGTATTATTATTATATGATACTTTAAATATGGATTCACA CATTTTATATTTAAATATTTTTCTTAAAATATAACATTACTTTATATAATCTAGAAAGAC GAGCATCGCCCACCGTGAGTTTTCCCCAACTTTGTCGATTGTCATGGTATATACCAAAAA ATGTGCGAAGGCTATGCATATTTTTTTTTAAAAACTTGCATGCGTTTTATCTAGGGTAAA AGAACCCATAGACGGGGTAAAGTATAATAGTAATACGGATTATTTGACAAAATAATTTGT TTTTCAAAATCTGTAGATGTAGAAGAGTTCATCTATATAAGAGGAAATTTCATAAATAAC TATAAAGTTTGGATCATAATTATCATTAGTAGCTATGGTTTTACCTAGTATTTGTTTGCT CAAATTTAGAGATTTGCAACTTTCAAGCACATATTTTTTGTTTGTTGTTATATATGGAAG CCATATCTTGACTTGAGCAATTCCACTCGACTTTCTGCTGTAAGAACTGCTCTTCCATAA TCTACTGTTTAGCCCACATGATAGAATCAAGTCTCTTGTCTTCAATGCCTTTCTATAAAC TATATTAGCTCAGTGGAAGGCAAGGTATTTCATGAGATCCATCTTCAAAAGAGTATTAAC ACTTATAAAGCAAAACGCTTTGTGAAATTAAGACCATCTGTCCAGATCTTCTTCTGATGT TAATATAAATTCTGATGCAAATGGTAAAATTATGGAAAACAGATTTATGTATATAGCATC TCTACTCCCATTCCAAAAGAAAGAGAAACAAAGTTAATAGAACAGCCAGTCAGCTGTTCT TGCTAGGGCCAGCCTCTTCACTTTCATATTACTAAATGTACTGATGTGCCACTTCATCCG CTGGTTGCTTTGACAAACAAAGACAGTATTTAGTAACCATATTGCGGTTATGCCTGGAAA GCAGCAGTACTCTTGTTTGTAAGTTGGATAGCTCCTCCTGGAAGACTTCACCATCTAAAA CCCAATTTAAGTTAGTTTTTATACACCTCAACCTCAATTTAGTTGGGGTCATCATGTGAA TCCTTTGTATCCATTCCGCCCTGTTCAGGTCAATAGATTCATCAGCATTGTTTTGAAGTT TGAAGATAAACATCTTAGAAGCTTGATGATCAACTCAATGCCTCTTTAGGCATATGGTTG AGCCCAGACAATGTCACAGTCCAATGCCTTCTTCGGGTTTCAATCTTGGAAATATGCAAC AATAGAGAATTTCAAGCGTTTGTTCACCATTGTTTACCTATGTGTAGTTGTGGCTTCATG ATATGGTAACATGCATCTCCTCACCTACCATAGCAAGTAATTCACCTATCCTGTCAAGGA AAAACTACTATTACAAATGATAGTAAAAATCTCATTCGAGGGGAAGCAATACATTGCATG ACTTGTTAACTCCAATATATTAATAGAAGCCAAGAAATGCAGAAGTAGCTTCAGTATCAA GGATTGAAAAACTCGAAAGTCCCACAGAACCAATTTACCTGAATCTATCGACATTGACCT CTGTGAGCCAGGTTGTTAAGTAAACCTACAAGTCACATATTCAATTAGTACAGAATAAAA GGACGTGGAAGCACCACTAGAAGGTTTGTAATTTTTCCATCCAATAAGACAATGATAGAT CTTTCTAATATGATCATAAACAATGGAATTTCCAAAATCTTTGTTGACCAGCTTCAACGT CTCACATATGTTTTTTTATCATTCATGTAAATACCGTGCTTTTGTCTACGGCAGATTTCT TACCCATGACATGCCTCTAATCCACACATCACGTGTTGTGCTCTTACCTCTAACCCAAAG CCCCCGGGGCTCATTTCTTTGAAGATTTTTTTTCATATAGGAGTAATTTACTTGTATCTA GTGGAAGGCCATGTTATAAGTAGTACACAAAAAGTAGAGTCTTAACACAAAGATATAGTT CTCTACAACCGAAACCAATTTCATAATACTAACAGGAACCTCGTGTTGTAGTATTTCCTT GGAGAATATCTTAAACTTTAATCATGACTCTTCCTAGAGATCTAGCCGTAAAAGACCTTT TCACCTAAAATGAATCATGTTTACATGTTGCACTCCACTATTATAAAACTATTTCCTTGA CAACAAAACATGATTCATTGTCATGAACTTGAAAAACAAACATGATTTAATGAGCAAAAA CTTGAAGGGAAAAAATATAAGTTGCAGAGAAATAATATTTCCAGTGAACCAATATTGCTA CCTGATTCAAGAAAAATTTGGTGCCAAAAAGGCCTCTATGCTCAAGCGAAAAGCTTTTCT TACTAGAAAACACTGAAAGCTCAAGAAGAAAATTCAAAAGGTGAGCATTTAACCAAAAGG AATTTTATGTATTAGAAGTAAGACCTTCAGAAATTATATGGGATATACATATTTATTGTT GGTACCACTAGAGCAATTATAATATGCTACTTCCTTTTTGGGGTTAAAAAAGACCTAATG ATATTTATATCTTACGCATCTGTACAAGATGCTAAAAATAGCACTAAAGTTAGTCCAGGT ACAATTATAATTAAAGATATGCAACTCAATGTGCTAGTTGAGGGGCTTTTCCCAAAGTGA AACTGATGTATCTTACAATCAACTAGGGTCTTTGGAAGCACTTGGGATGCACCTCAGTTT GCTAATAATTCTAACAGCTATAGATACATATATAGGAGTAGGCACACAAATTTATTCCTA AACATATAACTTCATATACAACAGGTGACACAATACCTGGAGAACGTTCCTCTCAAGTTG ACTATTTGATTGCATGGTGGTAGACTGAGAATTGCAGCTCTCTACCTTGGGCTCGAGTTG CTTAAGAACCTCGTTTGAGTTTGAGTCACATATGCGTAGATCATCAAACTCTCCAACATA GAAATGATCACTCCATTTTAGCCTGTCAACTTGTGAAAAATTCTCGGAACCAATGGAGCA TAGTTCCATCACTAGCAACCGCTGCACATCACTCAACTTTAAAGAAGGAAATACAAATAG ATAGATGATTTTACGAATAAAGTGAAAAATGCCTCACTGTGGCTGAGAAGATGAGAAAAA CACCTTTAGATTTGTTTCTGACACAAACATCTGGACCAGCTCCTCTGCCAGTTTCTCTGA AATCATTAGAGAGGCAAATTGTAATTCTTAAATATGAAGCAGATATATAGATAAAAAGAA AAGTAAATTACTCTGTATAATAACAACAGGAAGCCAATGTTGAACTCCTTTTGGTTATTA AAAATAATTGTTGCATCGTCTAATGCAATCAGTGTCACTTTATCATTAACTCGGTGATAT TTTTCTCTAAACAATATCCATAAGGCATCCAGCCAATCCTCCGCTAATCATCCTATAAAA GCTAGGCATCTCTGTGGCAATACTTCAAAGTTGTAGGGAGTTATTAGATGGAGTAGCACA TGTACGTTGCAGAAAGATGTACAACCAACACTGGATCCCCTTCTTTTTCTTCTTTTTTTT TTTTTTGGGGGGGGGGGGGGGGGGGAGGGGGACTGGTAACCTATGTGTACCTTCCCTAAA CCCCCAAATAACCTCCCAGGAGTAACAGTGATCCTTCCCCACTTTGCTCTCTTGGTGACT TGAATTGTTGAAATATTGGAGCGGAGGGTGCTTTCCACTTGACCAATCCTCTCTTGTCCC AGCGCACAATCTTCTTTTCATTTAATAAGTAATGGTATACTGGACTCTGTGATGACCTTG TACTACTAACTAAGTATATATAAATTTAATAGTCATTGATTAACTCACACTATGAATTAG CATATGATAGCCTTTTAACAAAACATTGATAATCTCTGCAGAAATTTTGATCAGTGAGGA CAGTCAGCAACTTGCAAGGAAAACACATACCGAAATCAAAGATTGACCAAAAGGTGAAAA CAGGAATCCCATCACAATCACCAGTGTCATTCAGGTGTCCAGGGAAGCAAGAAAACTCAG TAAGTGGGGTGCCACTTGCTCCTTTGAGATAACACCTCATTGATTTAGAAACATTGACCA TCTGAGTTACAACAGCAACCTGTAGACAGCTAAACAGTCAGGCAATAAAAAAGTCACGGT AATTCTGTTGAAGGCACTTGAGTCGAGAAGGTAAAAATGTCGCATCCAGTATCCCAGTCT GCTAAAAGGTCATAGCTTCAATACAGACACGGGGCGGAATAAGATCCACACCTAAACAAG AGCTGATAGAAGCAGAAATCAAGAACCAAGTCTAGGAGATAAACCACTTGTGGATTGGTT TTTGTCAATGAGTGAATGACATCATGCAAACAACCTATGTATCTCCTGATTCACTCTTGA TTTTTGCACCCTGACTATAAGTACTTTTAACCCAGCTTTCCAAGCAACCAAATCTTATGC CACTTTAACTTTAAACCAACACCTAGCAATATATGTCCTATTAGACAGTAAATAGTTTCT CTTATTAGCTAAAACTTTTTGAACCAACAAAAAGTTTGCTTATATAATTTTGTCAAATTA GTAAAATAGTGTTTTATTGGAAAATAACATAAAGTAATGGATAGTCATATAACTATAGGT TATAAGAGTGTGAGATCAAGGATGTTGGATGATATGAGATAAATGCAATTCAGTATGTCA AACAAGAACAGTTAAGCATGGAAGACAAATGCAGATAAAAACTCCAACATATCTATTTGT TGTTTTACTACAAATAGCATGAAAGGAACTTGTGCCAGAAACTAAACAAAAATAGAGATG TTCTTCACCTAGAAATACTTAATACAGCCACTGGCCTTCCAGATACTTGGGGATTATGAA AGTAACAGTGTGCTTAATTAGTCATTCAAATTGTCCTGATCAAAATTAGTCATTCAAACT GTTGACAAGCCATACATGTCTATTTACTCCCCTATTTTTTATTTAGGGATGTTTCCCTTC CGAACATAGGAAAGGGTTGAACAAAATAGGGAGCATTTTAAAGTAACACAGTTATAGAAT GAAATTGGGGTGCCCAGTGGTTCGGGCTTGGGACTTCCATGTTGGGTATCTCAAGTTCGA AACCCCTTGCCACAAGGGGTTTGCCTTCTTGGTCGAGCTCGTCGCACCGGGCTTGCCTAG TGCGGGTTAGCTCTCCTATGTGGTTTGCAATAACGAGGGGTTTTTATCCTGTGCACACCC TAAGGGTAGAGGTTGCGGGTTTCCCTTGTAAAAAAAAGCATTTCGAGAATCCTGAACAAT TAAAGAAGATACTAAGCATGACGAGGGATATACAGACACGTTCAGATGTTTTAATAACAA AAATGATAATCAGGTTTTAAGAAGCAGAAAAGAAAACCACAGTAGAAAATTCATCTATTT GACAAAATAATGTTACCAGGTTAGTCAAAGTAGTAAGCTAATCACAGATACATTTATGAA GTGAATGCGCAAATATATAGTGTGCATACCATATCTTTGTAAGATGACAAGAGCTTACTC CTATTAGCCTCCTGAAAAATGATGACAACTGTGAGAAATTGTTCAGAGTACAGTTTGATT TCGTCATCAAACAGAGATGGGTTTTCCATTCTACTTTTACACTCTTTTCCAGCATATATT TGATCAATTAAATAATGGGGAAAACCTCTGAGGTGCAATGAGAAAATATTATAACCTCAA TTAGACTTAACAAGCAACCAAACAACATTAATTCAGCAACAAAAACCATTCAGAAATTCT TTTTGGTCGAAAGGTGCTGATTTATTGTCGATACGTTCAAATTCAATTGGTTCCCTACGT CATTAGGAGGATAGGATACACTGAGGGGCATCACGTAAAGATAGAGCATCAGGCAATGAA GATCTGTCTCACTCCACAATATGTGGTTTTGTTGTATATTTTCTCAATCAACATTATATA GTGTGCCAATAACCAACTTCAGGGACAATTCAAATTGAATCCAAAAAGCCAAAAGGATAA AAAGGCAATTTCTATAATCACCTGCTGCTTGAACAATTTCCTACGTGCTTTTTTACGTAT ATCAGGCATCTCTGTCAATACACCTAACTCCATTGCATCCATATATCTGCACCAAACTCC AATGGATGTCATTCTGAATCACGGATTATTCAATATAAGAAATTCTTTAAAGTCTTACTC TAGTTGAGGGTACGAGTTGTGTAGTCAGTTGAGTTAGGCATTTTCATAAAAGAAATCACA TTGACAACAACACAAATCCACATATTCTCTTCAATACTATCTCACGCTAAAACATGGATA TTATTATTTGGAAAGTCACGATAGTTTTTTTTTTCATCAAAATTTTCAATGATTTTAGAG ATGTTTTAACTAAAGCCATTGTGATCCATACTACCTCCTTTTCAATTTGTTTGCTGTAAA AAAGACTTTTAATTTTACAATCTTGAACTAAACATATTCAGAATGGATCAAAATGTTAAT CTTTGGTCTTAAAACATGTCACCACCCGAAGTTAGAGTTAAAGAGTTGTCCATAAAAAGG AAAGATGCAATATTTTTAAAACCGACTAAAAAGGAAACAAGATAAACGAATTGAAACAAA AAGGAGTTGTATTTTCTATGTAACTAAACTTAAGCAGCTGTTTGAAGTTTACCTTTGGGA GAGATAAGAATTTACAACATAAGTGGCGTGTGATCGAGCAGTGGAGGATAAAGAAAGCCA TTGCGTTCGAAGAGAAGACAACTTCGACCACTGGTTTCTCAGGTTTCGTTGCGCCGCTGG TCTCCATCGCCGTATATCTTGAAAGGATGACGGCGTCGATGGCGTTGTTGGTGGCGCCGG CGATTTTGCAGCCGGACTTTGAATATTCCAGTTCGTGGCTTCATCGGAGGAAGCCGTAAA GGCAGAAAGTGACGGAAACGGCGCCGGAGTAATTGGGAGGACTTTGGACTCCATTGCTGT GACCGGAATAGTACTACTGCTGGGTAGTAGCTGAAAAAAACCAATGACGAGTAAACTTGC GTGAAGTGTAATAGCGATCGATTTAGCCCCTAAGGTTTAGAAAGTGAGCACTTACATCCC TGTTTATAATATCCAACACGGGGTCTAATTGCAAGTTGTTCAAGCTTTTTGGGCCATGTG CAAAATTTACATATTCGAGGGGTTTATTCAGAAATGACCACTTACTATTTCTAAGGCATT TTCTGGTTCGGATCCAAATTCATTTTCGGAGCAGAAACTACAGCAGCCATGTCGTCACCA GCGAACGATCCACGGCAACCGTCGACGGCAAAGCCGTACAAGCCTTCGCCGGTCGCTCCA CAAGATCTTCCTATAGATTACTCCGGCTTCATAGCCGTCATCTGCGGCGTCTTTGGTGCC ATGTTTAGAGTGCGTAGCCTTCTAAATTCTGTATATTTTTGTACCTATACTCGACAATTT TTATCTAATTTGGTCATATTGAGGATTTTATCTATAAAATTATATTGGAAAACCCGCTCT TAATTCCCATCCAGAACGAAGGAATATCCTGGATTTAATTTTTTGGGGAATCGAGTTAGG TACATACAAAGCTTTGGGCTGTTAATTCACGAGATCCACTGCTCTTATCTGTATTTGTAC TGATTAGATCTCATGTGCATATGTCGATTATGTTTGGTGGAAAGTTAATTTACATAATTG TATGCTCAGCATCATTTACTCTTATCTGTTTTGTAGTACAAGATTTGCTCGTGGCTTGCT ATTATATTCAGTGCTCAATCCCTTGCTAACATGAGGAATATGGAAAATGATCTTAAGCAG ATCTCAATGGCCATGATGTAAGTTCAGCTGTTTGATTAATTGTATTGAGAGCTATATATG TTGTTATTGTATGTTAGATATATCTTTACAGGTATTATTCGGAGATGTTCTCCTAGTTTG TGGAAGGGAATTTAAATTCTAAATTTGGATTCTGCTCTTGCTAAAGTTGTGTTCCTTGGA TTGAACCTGTTCTTGATTGTGAAATAAACAAATATTGGCTGATACTGATATGTATTGAAA GGTATAAGGGGATGAGATATTATCAGGAAAATCCATCCAAGGGAACTCACCAGAAGTATT ATTAGAGTCTTAAGTTTTTTAAGAATAGTACGAACTTGCTTCAATTGATGCTCTTATTAT TGCACTACTTGCTAAATACAATTTTCAGTGTAATTATTTGCTACTCCTGCATTTATACAA GAAGGTGTCAAACCTGGAAGTAATTTTAATTTCAAAATATCATGAAATGATTCTTCAATA ATATGTTTGTTTTGAATGGTCAGTGGGGTGTTTCTTGGATTTGCATTGAGCACATCAGTT TGAAGTAAATTTAGCTACATTTTACAAAATGTCAGTTGTAGATGGTTATGTGTATGCCTA TGGATTTTAACCTTATTTTAAACGGTTGATCTCTGGAATGCAATTTTATTTTATGATAAT TACCCAACGACACAGTTATTCAGCAGCCATTCAATGATTAGATTAAAAGAAGGGGAGAAC TTTTTAATAGAATATTTCATGTCTCGTTTGATCTTCTAAAAAAAATTGGCATGTGATTTG AATTATACCTGTAAAAAAGATATTTGAATGTTTCATTAATGTGTGGTTTGTATGGAATGG GATGAAGAGACAATAACGATGAATTATTTTCCTTCATTAAGAAAAAGAAGGATAATTTCA AAAAAATAAATAAAGGTAGGAACCCTAAGAATATATTGAACGTGGTAAGATGAGTTTGAG TTGTCACTGTGGCTCTGTATTGTTCTCTGCTCCAAAATTACTCAAGCCCAACTAGTCAAC AAATTTTGGGAGTTAAAGGAATATATATTGTCTCAGAAAGGTGTAAAAGATAGTGTTCAC TTGTGTGGGTCATTTGCAACTTTTGTAGGAGTTAATTTGTAATGAGATACTTTTGGAGTG TTGTTTCTTTTACCTTTTTTGCTGTCCAAAGAACAGAAATTGTAGGAAGTTAATTGTGCA TTACTCGTTTCCCTTCTCCTGCAACCAAATAGTACCTATGAGCCTTTATATGCCCATGTG TTCTTTTTTATGTCTAAAAAACAATTTAGTAGTAAGGCATCGTCTTCACCCACCTTACCA CCACCCTCTGCTTCCGTTGCCAGTTTCTAGAATGGTTGTGCCCAATGTCTAGTAGTCTAG TTTATGCTTTATACTATATGTTAGTTATGAGTAAGGTAGTAAAGTAGATTGGATTCTCAA TTATTAGTAAGGTAATGTTACAGATCTGGAAACTAAACAAATAGATATTATTAGTTCTAT CAGTCTTGTAATTGTAAATGATAAATGAATCGTTGCCAAAGAATAGTGTGTTTGACTGGC TAAAGAGTTATTAGATCAAACGAAATGGAAAGAGAGTATTCATGAAGCATAAAAGAATTT ATTGCAAACTGATTGTTCTGCTATTAGCTATCACATTTTCATTCATATTTCTGGATTGTG TGTCTAATCAGAACTTGTTATTTTTATCGTCTCAGGTTTGGTATTATGGGTCTCATGACA AACTACTTGGGTGTTGGTCCCCGGGGAAGCAAGAAAATTTGATCGAATTGTTTCAGGCAC AAACTCATTTATAAGAACATTGCTGTCAAACATGTGGATGTTGTCCTGAAATATTTGCAC TGTTATGATGTTTCTGAGCTAAATGAAGTTAAAGATTAGGTTTTTGGTAGTTTGAGCTCT TTTTATAGGGCTATTCAGTTCTAAGTTGTAATTGCTCTTAGCAAAAACTAGACAATTATT ATTGTGGTGATATTAACGTTCTGTTCGTGAATTCAGGTTTCTCTATCCTTCCAACTTCCA CTATATTTCAATTTATGTCTTGTTATTTAGTCTTAGTCTTCTGTTATTTGTTAGAAGTTT AACTAAGACTCCGTGCGGCACTTGACAACTTACTCACGATTCTTTCATAAGAGAATATGA AGAAAGACTAAGAAAAGGCAAAGAGAACTTTAGAAAAAAGAACCTTGTATTACTATTACT TGGTTGGAATGAATGACCTTCCTATTTATACTACATCCTAAGGGCCTTAGTGTAAATAAA ATTTACTATACAAGTCCTTCTAGTAACTACACTTTAGTCCATATTTTAGAGAATTCTACA TTGTCTAGAATATGCTAAAGTCTTCCACAAAGCTCTAAAGTATTCTAGAGAATTCTCTAG TCTTCTCCACAAAACTGGAAGGTTTTAGAGCCTTCCTGCAAACCTCTTCAAGACTCTAGC TTCTTTTTCCCCATTCGAACTTCAATTTTGGCTAGAATTGTGGCGGGACGTCACAGTATG CTTCTTATAATTGTTCCATCATTCATTTAATTGTCGAGACTGCCAAAAGTGGTGTATTGG ATTTCAGTCATGTTCTCTCTGCACGCCCTATTGTGGACCTGGTAAGGGCAGCCCGTTTTC ATACTTAAATGTACTTCATCGACTTATGAACAGAAACAATAGGTGTTCTGTATAGGTGAG TGTATCAATTTCATTTTATATATGTATATATATAAACCCCTCTGTTTTGACATAAGAAAG TTACACAGTTTTAACCAGCTTTTTCTCAAATTTGACAGTCAAGTTGCCTACTCAGCTTTT TTGTCTACTTTACCTATCAAAGATTCTGTTAATAGACTTCAATTCCCTCTTAAAAACAAC TTGCTTCTGTCAATCACCTTACAACTAACCATATTCGTGTCATCTTTTCTTCTTTTGAGT ATCTTGTCCACGAATAGCATATGTACTCACAGACTTAAAGCTGTACCTTCTCAAAGTTCT AATAAACTCTGCTGATTACTTCGTGAAGATAAACAAAATACATTTTGCAGTTAACTGATA TAGCAAGCATCAGTAAAAACGTGGATGCCTCCATACTAGCATATCTTTGATTGCCTATAG GCTATATGCAAATACTGACAAAGCTGATAGGCAATAGATCTTGAACTGCACATCTGAATG CCAGTTCAATTATGTTGCAACCCTTATATCTCAGCTCACGGTATTTAAGAACTGAGTAAC TCCCGAAAGCCGATATGATGCAAAGTTCAGAACTCAGTGGAGAATAAGCTCATCCCTTTA CACTTCTCAACTTAAATATCAAGCCTTTGTTCATTGCAGAGTTCAAACTCATGAATGTGC CTAACTACATGCTGAACCAAACCCTTGGAGATTCATAGCATCAAGCACTTGAGACAGAGC AAGAAAGATAGCAGGGTGACAGTAGACTAGAGGTTATCATCAAGTCACAACTTTATAAAG AAAATATAGTTCCAAAATTTATGAGCAGCATAAGGAAAATGAGTAATACAAGCTATAAAT ATGATCATAGATTTCAACAAGAGTAATAGTGAACCAATCTTCTGAGCAGATATGCCTTGA GCTTAAGACAGATTTGCTCTCTATAACTTTTGAATTTCACTCTGCTTCATCCACCTATGT TGCACACCAAGATTACTTCTTTCTATCATGGTTCAATGACAAATAGAGGCTGCAAGAAGA GATTGAACATCACATAAAGCACAAGTAGACCCGAACTAGTCTAAAGATATAAACTAGAGA AAGAGAGACATACCGTGTCCACACTAACGGGCTTACCATCCTCTGCAACTATGTCAACTA TGGTTCCAGCTTGATCAGCCTGATAAAGAATTCAAAAAATAAATGCAGTAGGTATAAAAG GAACTTAAGACTAATACATCATGGTGCGAGAGTGGCCTAAGCAAATCGGATAATTTCGCC ACTAACTTCGCCAAGATGGGAAATGTTGAGAAGAGCTCCTCTTTATGACACATCACTTGC CTATTTAAGTCATTCCTACCGTCTATTACCATGAGAATGGATGCAACAGAAAAGGAAAAC TGAAAGTACAACACTTAAACATGTTCCGCACTACGAATTATCTGATTATAAATGTTTCTA CCCTATCATATTCGCCTTTTTATTTAGGAAGCTATATATTGCAAGCAACAATAAACTAAG TTTGCACATTAAGGAACTGAAATCGTAATCCAGAATTACCTCAATTTCATTCATCAATTT CATAGCCTCAATAATGCAGACCACTTGCCCTTTCTGGACCTTGTCACCTACCTGGTAATT CACCAGTTTAGTCAGGCTCATGAGAAAACAACAAGACCAAGAACATACAGAGGTAAAGAG AAAAGAGAAGCTGCAAGCAAACACACAGTGGCAAACATTCTCACTTTGATTGCTAGAAGA TGTGAACAGCATGAAATTGAATTTGCCCTAAACTAAATATTTCTCTGATTTCTTGACTAA CCCAAAACTTAATGCCAAATTTCACATAATTTTAAGGAATTCAGGGACATGCTAGAGTGC AAAACATGAAAAAATTGATCTCCATATAGACCTCCCAGTCTTTTGCTCCCAAAAAATGAT AATCAAGGAAAGAAAGAGAGGGAAAAACAGGAAATAACAGTCGGCAACAACAGCAAATAT CCATCCCGCTCTGACAAATTAACTCCATTTCCAAACTATAAAATCAACTGTGCAAGTTTA ATTGCTTAACAATTGTTAATAGTTGCTTCATTCTTCATTTCCCCACTTTTTTTTAATTGC TCATTTACTAAATTTGGATTATGGAGCGATTGAACACAAGGTATTCACAGGTGAAACCAA TGTATATATTTACCTTAACAAAAGGTGCTGCCCCTGGGGCAGGTGATCGATAGAATGTTC CGGCCATGGGACATTTCATTGGAGGATGTGAGGATTTAGGCTTTGAAGGTGCAGGTGGAG GAAGTGCAGCAACTGCTGGAGCTGCAGGAGCAGGGGCACTTGCAGGAGGCAACTGTTGCT GAACAAAGGCCTGTGGAACAGATGGTGAGGCCATATAAACAGGCGGCTGGGGCAATGCCG CCTTCTTCCTTATAAGAATTTCACAATTGTTTTGCTTTAGCTGCAGCTCCACAATGTCCC TTGAATCCACAAGCCTAAGAACAAAAAAGGCAAAAAAAAATTAAAAATGAACTCTACAAA AAGACCAGAAAACAAACAAAATTATAGGTGATGAGGGCTTAACGCACTCCACAAGATCAG CTGCCTGAGACATGAATGCTTGAATGGATGAAGCATCTGGAATACTGTATTCAGTCTTGG AGACTTCCTCCAAGCTTTTCTCAGAGACAGGTTTTGAATTGTTCGACTTGTCAATAGCAA CCTTAAATTCACAAAACTCAATCAATCAACTATGCTTCAATACCAAATCAAATTATATAT AAATCACCTGTCTCATTTTCTTTCTTACTATCAAATCAGAACATATAAGGATTCGTTATA GCTAAACTATTCTTAGTTATCTTTCATCCCACAGCAACCTCCTCTATTAATTCACACAAT GAAACTAATAATTTAAACACACAAAATTCCAAGAAACAACCAAGAGATATAAAATCACCT CATTCAGCTGGGCATTCACCTTAAACACCTGAGATTGGATGCGACTGGACCCCTGAAAAA CAAAACACACTAAACTCAGCCAAATGCATGATAAAGCTTCAATCTTTACGATTAACCTCT CAAAGGGAACACAAACCTGAATACGAGGGAGCAATGCAGGACCGGATCTGAAGGAAAGGG AGCTCTGGGGCTGATGGGTCGAGCTTAAATTGGATGATGAAGCAACAGAGAGGACAGAAA TCTTAGGACAAGGGACACTGAAAGAAGCCATTGCCAGATTTTTCAAGAAAATATTGTAAT TTTGTCTGTATGGCTATGAGGGAAATTGGGAGCTTGATGGGGGGTTTTGTAGAAGAGAAT TGGACGGTAAAATTGATGAGATTTAGCAGGGGAAAATCCGAAATTGGAGAAAAGGGAGGG GGGCGATACACACGAGGGAGAAGGGGGACGATGCGATTTAAGCTGGCAGAGGCAGATGGA AGAGTTGGAAAAAGGGGTTAAGAACTAAATAAATGTAACAGAAAGTAGGTCCACCTAGTA ATGGATACATGTGAAACTACTTCTAAAATACATGTCTTATATTTTTCCCATTTTTAATAT TTTATTTTATTTTTAAAAATTTCTAAAACTTTTTACTTTTTTAATATGTTCGAGTTATAT ATTAGTATACTTGATCCTATATTTAATATATCCAAGGCAGATATTATATATCTGGTTTAT TTTATAATGTATTCGAGCTAACTTTTAATGTATCTGAGTTATATACTATGTATCTGAATT ACATATTAATGTATCTAATTTGTGTTATTTTTTTAGGGTTTAATGCAATTATAAACTAAA GAAGAATTTATTATAATTTCATATTAAAACTATGTGATTCGAGTAAAATCTACATTTGTT TTTGTTCTTAGACTTATTTCCCTTCTCTTCGGAACTTTGGGCCTATCATTGTATCATATC AAATCACAATCAACTCGAATTAATAGCCTTAACCTAAAATAACTAGTGAATGTACAATAT ATGTATAGTCATTTTATAATTATTTATGTACGCCTAAAATAAGTAAATAATGAACTTTAA TCGACTTTTTAAATAAAATCAATAAGGATCATTTAGTTTGAACTGTAAAAGAAAAATATT ACATACATTAATTTATACAACATTTGGTTGTCCTATATAAGAAATAGTAATTTATGTATG GACTTGTTCAATGTCACGAGTGAAAATTGTATACATTTCAGAACTTTTGTTTCAAAAAAT TAAATATTTTTTTTAACTTTTGAAATATTAGATTATTTTCGGGTTGTATGAGTTGTTGTA TTCTACAGGAGACAAGTCAAGAGAAATACCGCTAGAGTGATGTAGATTATGTCTTAGTGA GCTTGAATCCTAAGTCTAAATATTTTTTACTCACTTTTTTTTGCTGTAATTTATTGTAAT GTGATATAATACACTTTACAATTCTCTCATAATTGTTACCTTGTCATAAATTAAAACTTT AAAGTAGGATAAAAATCGATCTAGTTATCAATACCATAATGTTTCATTTCTGAAAATTAA ATTAAACAGAGTATAAAATTAAGTTTTACTTCTTTTGTTGCAATGTGCATAGGTATAATT ATGGATCACACTAATTATTCTTTTAAAAAATAGTGCCTATAATATCCGTCTACATAGCTT GTTGGGCACACCAGGGGAACTTGCAAAATGTTTGGAACATTAAAAAGTGTATTTTGCAAC TGTTGGCAAATTCCTGCTTTTGCTAACAGTTGCAAAGTACACATTTTGATGTCTCAAATA TATTATTATTGTTAGTTATCACTTATATACTTATTAACAATAAAAGATAAATAACTATAT GTTCAATGTTACCATTAGGCACCATCCTTTTGACATCCATATTTAATTTAATTTATTGCT AACTTATTAATATTACAAATACATATATACTGGATGTTCCAATATATCAGACATCAGTCT TTGACATCCATGTTTAATTTATTTTATTAGATTTGTTTTTATAAAACAATAAAAATGATT TATGTTTTAGTGTGATATATTTTACTATTAAAAGTATACACAAAAGATCCTTTAGACCCA TTTAAATGAAATAAACCTTACCTAAGCCCAAATTCCTTGTAATGGGCTGATGAGCAATAC AGCCCAATGTGCAGTGAGTTTCTACTCGTGTTCTGATGTGCCCTCTTTTTTGTAGTAATA GTAAAAACTTATTCGCGTTACGCTATTTACGTTAAATCAATAAGTAGATGATATATTTTT TATATCACATTTTTATCACTTAACTTTAATCAAAAATTTTTAATTTGTTAAATCACTTTA CTAACTGGTGAAATTTTGCAAACTTGAAATGCCTCTAGTCGTTGCTTGTTTCGTCTATAA ACCTCCATCAAGACCAATGAAGTAAAATTTGGTACGACAATGTCAAAAACTACGTCAAAT TTGAGTGTGCAATAAGTGATAAAGATTTTGTTGCTCGGCAGACTAAACATTTAATTAAGG GCTCGTTTTTCGCAAAGGATAACACCAAATAGTTTTGAGATTAAATTTTAGTGTCATATA ATTTTTTTATTTGATTAACAATTTCAAAATAACTTATTCTGAGAATAATAATTAATATTG TAATAAGTTATTTCTCCATTGGGAGGTATAATAATTATTAGTTAATTTGTGCTTTAGGTC ACTTATATATATATATCTAGATGAGACATAAAGTTACACTTGATAAGTGTTGTTCTAGAT GAAATATAACGTTACACTTTATAAGTGTTGCTCGATCTATAAAAAGACAACAATTTTTAA GTGTGACTTATATACTACAAATACAACACTTTTACGTGTAGTATAAGATAAAATAGGTGT CGCTAATGCATCACAACAAAGCGTTACCTTATACCTCTTTGAATACGCTTTATAAGTGTA TCAAAAAATGGCTATATTTAAAAAGTGTTGCCTAATGTCAAAGTTTACGCTTCTCTAGTC CAGGCTATACATTTTACTAGTTGACATTTAAAAAGTGTTACCTAATATCAAAGGTTATGC TTCTTTAGTCCGGGCTACACTTTTTACTAGGTGGGTGACCGTAGGCCTAAACTAGTGTAG TGAAATGTTCCTTTAAATCCTTTCTTAAAGGTCGTAAGCAAATCATTTGTTCATAAAATT TTATGCAATACATATTATTTTAAATACAACAAACGAAATATTATTTGCATAAACTTCTTT CATTATAATTAATTCAATCCAAACTAACCGACTCCAAAATTAATTGTTCATTCATACATA TTCACTCTGGAAACTTGAAGTGCGAGGAAGACAGCAGTTCGGGGGCAATATACATTTGAG TATTATTATAAAGTAGCAATGATCACAATTGATGTTAATCGCACTCACAAATTTAAAATT CTGAATTCGCTTCTGCAATTAGCTGTCCTGGTTTCGGTTTACCTCTGAAAAACCCCTGTT TTGCCATGTTCCAAAATCGTAGAAATATACAATTAATCCCCGTGCTTTTACAATCTGCTG TGTTCTCAACTCCAATTTGTGAGTACGAAATTCTCCTGGTTCTAGAAGATTTAGCATTTT GCTTGTAAGAACCTCCCAAGCACTTGGTGTAAAAAGGAGAATTGAGAACAGCAGATGTAA TCGGAGAAGATGATTCAGCAGATGCTTTAATGAGGGCAAGGTTTAGCTGTTTGACGACTT GTTGAAGCTCGAACGAATCGAATAGTTCACTGCCGTTGTGTCGATGGCTGAATTTGAAAG TACGGTGAAAATAATTGCCGGAGTTGTTGCAGCTGCCATCTTTCATTGTTGACATAATCT TCTCTAACTATAAAATATTTACTAGAGACTAATACTTATTATTTATAGTATTATATATAT AGTAGTAGTATTAGGAGTGACTTAACGGAGTTCACAATGAAATATTTGGTTGATTTTCAC GTTTTATTGTTGGCAATTTCGTTAGTTGCTAACTAATCCTATACTACACTATTAACTACT CAAACTAATTGAAGTAATTGAGTCAACCATATAGTTTCTTTCTGGATTTTTTTTTAATAT ATCATTAATATCTTAGTTTATATGATACGCTTTTTTTAAAATGATACTTTTTGTATTAAG ATACAATACAATTTTAAAACGCATGTTTTATTTTTGATGAAATAATTTATAGTCATATAA ATATCTATCACTTATTTTAGACCATAAATTTAAAAATCTTTCTTTTCTTTTTATATTATA TGTTAAGTCAAATTAAATCATATAAAATGTATTTTGAAGAAAACAATTTCGAACTTTTGC AAAAATATCATGAATTTAGTCGAATTTACCTACACCTATAATTTGGACACAAAATCCGTC CATATAGGTGAGGTACAAAATGAAAAAAAAGTCAAAATTCAAATCTTATCGATTTTTATG AAATCTGATTTCATTTTCTTTTTTTGACTTTATAATAAAGAGTAAGAGCCTATTTGGCTC AGCTTAAAAGCTGGTCAAACTGACTTAAAAGCTGGTTTTTGACTTATTTAACGGTTTGAC AATACTCAAAACAGCTTATTTTAAGTTAAAAAAACTTATTTTAAGCCAAAAGTTAAAAGT TGGGGTAGGGGTGTTTTTTTTTTAGCTTATAAGCTGTTTTAAGTTGACCATATTTTTATG TTTTTTCCCTTAATATTTTTATACAATATCCAAATTATCCATATAACCCTAACATCTCTT TCTTCTATTTTTCCCTTTTCACGTTTGGCATAACAACTTCAGCACTTTTATCCAAACGCA TAACTGCTTATTTTAAAAATAAGTTTCAGCACTTTCAAAAGTACTTTTTTAAAGCTACTT TTATTAAGCCCATCCAAACGGGCCCTAACTCTAGTTTTCCCCTTTCTGTTATAGATCTTT CTAGTAATTATATTATATATTTATTATTTTCCACATAATAATCTTTCTAAATATTTACTA ATCATCTTATTTAAAATGGACTAATCTATGTATTCATATCCAGTCAAATTTATCATTAAT TAGTTATTTTAGAGAAGTTTGTCTTATACTAGTAGAAGCTCTTTATGAAAAACATTAGCT TCAATTGGAATATCTTATTAAATGTTGGAAGCAAATTTTTTTACTTGTACAATTCATTAT TGCCTTAATGATTTTGGTAAGTATTTTTATTTTTCTTCTATAAATTAACTTTCATTTTTC ATTTCAACCCCACAAGAACAAAGGAGAAAGCAAAAAATTAGAGTTGTTAATTAAAAGAAG GTCATTTAATCAGGTATCAACATGTTAATCTCAACTTTGTGTTCCTTTTATTTAAATCAA TATCTCTAATAATGGCTTTGTTTCTTGATGTTTTTTTTGTCAACTATATTTTATACATTG TCTTAGTTATAATTAATCTTTTTCCTTGATTTAGTTTTCACTTTCTGATTTATTGATTTA TCTATCAAAAAAAAAAAAAACACAAAAAGGAATTGTTTTGACACGCTCTCAGTCTTTCTT TTTAAATGCGTGGAGTTTCGCTCCTTCTTTTACCATTGGTGACTCGAATACACAATCCCT CCTAGCCCTAAAAAGGACAGAATTTTGGATTGATTTATCCCGACATAGACTGATGATTTG TTTTTGATAACAAATAATGAAAAGGGAAAAGGTTTAAGATAGATCCAAATTATTTTCTGA TGTTCAGGATAAATCTAGATCATTTTGTATGGTTCAAAGGCGAAATCGATTTATTTTTTT TTTAGAAAAAAGGTTCATATGTTTTTCAAGATTTCACCTTTAGTAAAATAAAAATATTAT ATTTGGACCGATCTCGTTGCAACACACTTATATATAAAGGAGCACAAATTTGGATCATTT TGCAAAGTATTGCGCAAATTTAGACCTTTATGATAATTATTGTTTATCTGCTTTTTAATT TATTCTTGATAGCCGGAGAATCTTAATAGCTTGGTTAGTTGACTATCTAAACTCGAACGT TTCAATTCCCCATATTTTAATCCCTTTTTCCACCCACAATTTTTTCATTGCTTGATATCA TTGAAGTTTTAAAGAAGTGGTAATGTAAAGTCTTGTATTTTACTATTTACCCAAAATTTC ACTAGAAATTAGTTGAATTTCGTTCCCTTGTTTATTACAGAAAGGTACCTCTTGAAAACG TGTTGAAGTATTCCACACAAAACTTAAGAATCTGACTTTTGGCACTTTAATAGCTTAGAT CATAGCCTAATTTTTTTCTCATTATGTATATATATGGAAGTATTTGCACCATTACACAAG CTCTTTTGGCACCACTACTTCGTTTTTCTTTTTCTTCAACAAGTGACATCTTTGAGGTAA TTTTTGTGCAAGTCTTGTTATCTTTTCCTCATTTTCTATTATTCCCTGTTATACATCTTT GAGGTAATTTTTGTGTAAGTCTTGTTATCTTTTCCTCATTTTCTATTATTCCCTGTTGTA CATCTTTGAGGTAATTTTTGTGTAAGTCTTGTTATCTTTTCCTCATTTTCTATTATTCCC TGTTGTACATCTTTGAGGTAATTTTTGTGTAAGTCTTGTTATCTTTTCCTCATTTTCTAT TATTCCCTGTTGTACATCTTTGAGGTAATTTTTGTGTAACTCTTGTTATCTTTTCCTCAT TTTCTATTATTCCCTGTTGTGTTAAGTGCATTGATCATAAATATTGGTGGTTTCATTTCG TTTGTTTTCTTTTTCATTTGTTGTGACATATGCCTCGTTAAAATTGTCTTTGTCAACTGA TGTTGAATATATTCTTTAGTGTATTTATATATCTAAGTTGGTAATTTTCGATGAAGATAA GGAAGGCAAGAAAATATAGTAATCTTATCAGAATTCTCTGTGTCCTATGGAATATAGTTA GTTCTCATTTTATGCGTGTAAGCGAAGAGATGTACCTGTAGAGAAAAATGATCCAGCGCG GAGGCTTAAAAATCCCATTTCTTTGATTAGACTTGTTGCTATTCGGGAATTTTAGTTCTT CCTTTGATCTGGTTTCATGTTGCAGAAAGAATGGTGAAGATTTGTTGCATTGGAGCTGGA TATGTTGGTGGACCAACTATGGCTGTCATAGCCTTCAAGTGTCCTGCAATTGAAGTGGCT GTTGTTGATATATCTTTTGCTCGTATCACTGCCTGGAACAGTGATCAGCTGCCAATTTAT GAGCCAGGACTTGAAGATATAGTGAAACAATGCCGAGGAAAGAATCTTTTCTTCAGCACT GAAGTTGAGAAACATGTCTCTGAAGCAGATATCATCTTTGTTTCTGTTAACACCCCAACG AAAACTCGAGGACTTGGAGCTGGGAAAGCAGCAGATCTTACATATTGGGAGAGTGCTGCA AGGATGATAGCTGATGTATCGAAGAATGATAAGATTGTCGTTGAGAAGTCTACTGTTCCA GTGAAAACAGCTGAAGCAATTGAGAAAATACTCACGCATAACAGCAATGGAATCAAGTAT CAAATTCTTTCGAATCCTGAATTTCTTGCTGAGGGGACTGCTATTCAGGACCTTTTTAAT CCAGATCGTATTCTAATTGGAGGACGTGAAACCCCTGGGGGACAAAAGGCAATCCAGGCC CTGAAGGAAGTTTATGCTCATTGGGTGCCTGAAGACAGAATAATCTGCACCAATCTTTGG TCAGCTGAGCTCTCAAAGCTCGCTGCCAATGCCTTCCTGGCTCAGAGGATTTCATCAGTT AATGCAATGTCAGCTCTTTGTGAAGCAACTGGAGCTGATGTTACTCAAGTGTCCCATGCC GTTGGTAAGGACACGAGAGTCGGATCAAAATTCCTCAATGCCAGTGTTGGTTTTGGTGGT TCTTGTTTCCAGAAGGATATTCTCAGCTTGGTTTACATCTGTGAATGCAATGGTCTCAAA GAAGTTGCTAACTACTGGAAACAAGTGATTCAGGTGAATGACTACCAAAAGAATCGGTTT GTTAACCGAGTTGTCTCCTCTATGTTCAACACAGTTTCAGGCAAGAAGATTGCTATCCTT GGATTTGCTTTCAAGAAAGATACAGGTGACACTAGAGAGACACCAGCAATTGATGTGTGC AAAGGCCTATTGGGAGACAATGCTAACTTGAGCATATATGATCCACAGGTCACTGAGGAT CAAATCCGAAAGGATCTGTCAATGAAAAAGTTTGATTGGGATAATCCAATTCACCTCCAG CCAATGAGCCCCACTGTGATGAAGCAACTCAATGTAGTATGGGATGCTTATGCAGCCACA AAAGGCGCCCACGGCCTCTGTCTTTTGACCGAGTGGGATGAGTTCAAGACTCTTGATTTC AAGAAGATTTATGATAACATGCAAAAACCTGCATTTGTGTTTGATGGAAGGAACATTGTT GATGAACAGAAGCTCAGAGAAATCGGGTTCATCGTCTACTCCATTGGGAAACCTTTAGAT GGATGGCTCAAGGATATGCCTGCTGTGGCATAACCCCCCTGGAATAAGCACTGAACATGA GAGCAAAATCTATTTATATTTTTCCAGTTCTTGTCTTTTCCATTCAAGCTTACAATTGTT GTTTCCTAGTAGCATTGTTAAAAATGCTTACCTTTATATCATGTTTTTTTTGTGTGTGAA CTTCAGCAGCCTATTTAATGGCATTATGATCAGTTCTTTATGTTATAAATCTTGCATGTT TGGATCAGGTTGACCATTTTCTTATTGAAACTCCGATCCATATATTATTTAAATGGAGAA ACATGGTCGAGGACTAATATAGTCGATAGAAACTTATTTGAGCTGAGGCATAGTAGTTAC TGTTATACTACTCCATAATATGTGAAACTCTAAATCTTTACTAGAACTGATGTAATAACA GATAGTATTAAATAAATAGTATAAAATAATATTAGTATTTACTGTGTACTAATCCTAGTC CGATTAGGATTAGTACTCCTTAATCCTAGTCCTATTAGGATTAGTACTCCTTCCTATATC TCCTATATATATCTCCCATGTATTTCCTTAACACTTTAATACAATCAATATTCCTTCATG ATGTAATAGTTTCTGTTACTTTGGAAAGAAAACAAACAATTCCAAGTTTTAATTTTTTAG TTGCATCATGTCAATAATTACGACTTTTGAGGTGACACTATTATATGGTATCATAACATA AATTAGCCAAACCAACCTCTAGTAAATTTTAGACCTTTTTTTTCTTCTTTTAGATTTGTC GTACACTTATAGTCCCTCTTGCTAAGTCAGTTAGGCAAGTTTTTTTGAAGTACATTGTTA GCCAATTGCTGCTGGTTTTGCTTAAACTTTATCAGGTGGTGCACTTTCAACAATTTACAT TACATATTAAATGTTCCACAGTTAGAAAGTAACTATAATTGTTGTGCCACAAATCAAAAG TTTAGTCCAAAGATATTAGAAATATTTAGGCTAGCTTAATCGATTGGAACTGAAAGTTAA CAAATATTGGACTTAGATTTGGGTAGGGGCTGCGCGAACACAGGCCCCCTCTGCAACAAC AAATTATGACGTAGGCTCAACCACTTGGGTCGACCTTAGGCAAGCACCCCTCCTTAGTGC AATGGAGGTCACCAACCTAGGCCATGGAACTTCTTGATTACCCATTGACCCCGTCCAGGT AAGTATGTTTGCCTGTTAGCCCAGACCTTATTCTATACCACTGCATTTGCTCACTTCTCT TCTCTGCTTGTGATGTGGGAAAACTATGAAAGAATGAGTACGTATTAATTACTATACTAA AGATTTTATCCTTCGACGCAAGCATGAGAAAAGTTTGTTTATGAAAAGAAAACTCAAGTT CTTTGTTTACGAAAAGAAAACTCAAGTTTTAAACGTTAAAAGGTCATGTTTGAGAAATCT AAACACGTAGGGAAAAAAAAAACTTAGGTTCAATTTATTTATTTATTGGGGTGAAAATGC TGATGTTGCTCAAACTAGGTATTGACTTCAATACTCGTATTATTCTATTATTATACATAT CATTAGGTGATTAATGAAGCAATATAGGCTAGAAGAAGAGGGACTTATATGTGTTGTTTA TGGACTTAGAAAAAACTTACCACAAAGTTTCTAGGAGGGTTGTATAAAGATACTGGAGGC TAAAGGTATACATGTGAAACAAATTACAACAGTTAAGGACATGTAAATATGACGGAGCCA AGTCTCAATGAGGATACTAGGAGAAAATTCTAAGCACTTTCAAGTGGAGATTAGGTTAAT GCACCAGGGGTCGATTCTTAGTCCATTTCTAATTACAATACTGGTGGATGAATTGACACA ACATATCCAATGGGAGATGATGTAATTTATGTTATTTGTAGACGACATAATTTTGATTGT TGAGACACGTGTGCAGAGTTGATAATAGGTTAGAGGTTTGGAGATAAATTCCAAGTTTAA AAGGTTTAAGTTGAATAGGACTAAGACACAGTATCTGGAGTGCAAGTTCAATGATATGAC TCGTGTGGTAACTATGAAAATAGCGGTTGATACACAATCAATTCTAGAGAGAGATTCAAG TATTTAGATTCATAATTCAAGAAAATTGAGAGATTGACTACGATGTTACACATAATGAAA AATCATTATCTTACGCGACAAAAAATGTATCACCTAACCTTAAAAGACAAGTTTTATAAA GTGATGGTCAGACTAACCATGTCATATGTACAAAGTCACAACGTGTTGGTTAGTCAAAAA CTTCGCATGTTAAGAAGATGAGAGTAGCCAAATGATTATGTTGAGATGGATGTACAACAA ATAACTAAGTTATTCAAGACGAGTCGAGAAAAAAAAAAGTACTTTGAAAAAGGTGAAATC AAAAACATTTCTCTTTAGAAAAAAAGTTCAAATAACTTATATACATGCAATATTTTGACA TTAATGGAAAATATTTGCTATGAAATAATGAGTTACCCGCTTTATCTTAATTTACGTGAT ATACTTTCATTTTGATTTCGTATAAAGAAGAATGTAATTTTTCTATAATTAAAAATAACT CAACTTCAAAATTCTCATTTTAATGTCATATTCTATAATAGAAATAGCTTAAATTTAAAA TTCTCATTTCAATACTATATTTTTACATTTAGAAATTACTTAATTTAAAAATTCTCATTT TAATTTCACATCTTTATAATTAGAAGTAACTTTATTCTAAAATACACATCAATTTTCTTT TTTACTTTAAATTTATGCCTAATTTTAATGCTTATGATAAAAATTTATTTATTTTATAGG TAATATAATTATTTTAAAAAATATGACTTAAAACTGTTTAGCACATGATACGTGTGACAT CACTTTTTTCCATGATTTTCCAACTCTTTTATAGCCCACAGATTGAGCACATAAATATAA CGTGGGGCAGCCATTATTTTCCAATACTAGGGGCATTTGCCGTAATTACCTCTGATTACG GAGCCCCTTTTTGACCACACGCGTTACTATTTCGGGCACATCAATAACCGAATCCCCTTT GACCCACCTTTACCCTCTATTTTTTCGTCAACAATTTTTTCCCCAAAATCAATTTCTCAT CTTCTACCCCTTTAATCGACCTTGATTTTTCTTCTTGAAGATCAAATCAACCTCCGATAC TTCTAATTCGTTTCATTCTCTATCGATTGGTACCTCTTTTGGATCTATCCGTCTGGAAAT CGAATTCCGAGGTTAGGGTTTCAGATCTATAGGTTTTTTCATCAGATCTGTTCGATCTAC CTTTATTTCATGAAATTAATTCAGTTTCTAGCTTGATTTTGTTATCATCTCTTGATTTCT TGAGAAAAAAAAAGATCGATTTTTTTTTTATTTTGAGGATTTTCTTGTTATATCAGCTTT TGTTCGTGCTCGATCTGCGATTCGTCGCTTCATTTCTGATCGATTTGATTATTTTTTGAA TTTTTTTACATCGAATTCAAATTTGGGGATCTAGGGTTAGGGTTAGGTTTCTTAATTCAT AAAATTGTAATTAAATCATTTTAGGTCACGATTTCCAGAACAAAACCAGTAAAAATACGT CCGATTTCCTGATACGGACTGTCGATTGATAGTAATTAGCTCAAAATCAAAGATCTCATC TTTTTAAAAAAAAAATTGTTTATTAAATAAACAAAAATATATATTTTTTAATATTTTAGA TTTTTACTTTCAAAAACTCTGAGCCACTCCATTTTCACTGTACATGTGCCACGTGTTACA AATTAGAAACTTATACAAATGATTACTATGTCCTCTACCTCTTGAGTGGCAACCTTTTCA ACTATTACTTTGATTCTTTGCTTGAAACAGAGTGAACTGTGTATCTACTTGAATGTCCAA CTGTGCTTTGACAATTTCTAGTCTTGTCTACATTTGTTCTTTATTATATCATATGGGGTG TTCTATGTTGCTACTTCCCTCAACATACTCTCTGAATTTTTTCTCTTGTTCTTTATTAGT ATGCTATTGATAGTTTAGTATCTGTTGTTGTGCAGTATTTTGTAAGTATCTTTTTTGGGG GTTATGGAAGTTATATTTCTGTAGTTAGAAAATATCAATTTTGTGGTTAGCTATGACCAA AAAGATTTCATTTTTGTGTTCAATGCTGGATGTTGTGTCTACATCTCTGTCATGTACTTT TTGTGTTTGCAGAATGCTCTGGATACCGTTTGTGTTTTATGGAATTGTTTGCGTTCTTTG AATTCATGGAACTTAATTCTCCTCCACTTTCCCTTTTCTGAATCTGCTTAACACCTTCTT CAACTTCCTTTTGCAGTTAAATATGGTGCAAAAAAGACCATACAGTGAAGAAAAGTTGTA TGAGGTTTCATCTAAGCAGCCGAGACATGTAGAACCGAGTACTCAGCTAGTTTCCTTTTT GCAGTTTCCGTGTGAATCAGTGGCTCCCAACTCTTACACTTCAGGTTAGGAAGAGATTAA TCTATCAAATTCCTGAAATGATTTACGTTGTTTTAACTGCTTTGTGGATAATGGTTAGAA TGGTTTTATTTACTCAAACTTAAGATACTCTTGGAAAACAGCTTCTCATTAGGAGGTTGC TCTTTTAGCAGCACGTTTGGATGTTGAATTAATTTGTGGATTTTCATCCTTGGATGATCT AAATTTTTGGTCTTTGGTAGGTGGCGATGAGGAGAAATTTTCAGAAGTCAGAGCTTTTAG TGAGAAAAGACCTGATAGTTGCGATGTGACTGCTGTCCCTGTTTCTTCAGAGAAAGCAAT TGAGACGAGCATCCATGGCTCTGCTTCAAACTCTTCTTGGACCTCTAGTAGCACCAGCGA AGAAGACATTAGGTCCGAGGTGCCTTTTCATGTATTGACGGCTTCTAAATATTACAGTAG TGATCCTCCATTCCGAGTTGTTATTCATCCAATGGAGGTCTATTCCCCTCTTTTCAACAA TCCTCCTCGGAAATCGGTTCCCATTGGACCAGATTTCCAAGCCGAATTACCAGAATGGGG TGCATATGATAGTAAAAATATATCCGTGAAGGAGAGCACTCAAGAAAGCTCAAATCTTCC ATCTCAAGCTCTAGAATCAGATTTTGTAGATCATCATGATGAAGAAAATAAACTTGCTGG GACATGTATCATCCCAATGCCTAAATTGGAATCACCTGCAGACCATGAGGAGAATGTTGG AGCAGGAAGAATTGGGTGCTCCTGTGGAGATGCTGGTTCCTTTGGATGTGTTCGGTTGCA CATCATGGAAGCAAGGGAGAAACTTAAGGCGGCCTTGGGTGAGGAAACATTTGTTAGGTT GGGTGTTTATGATATGGGAGAGATAGTGGCAGAGAAATGGAGTGAAGAGGAAGAGGAATT ATTTCATGAAGTTGTATTTTCCAATCCTGCAGCATTAGGCAAGAATTTCTGGGACCACCT TGCTGTTGAATTTCCTTCACGGAGCAAGAGAGATCTTGTTAGCTATTACTTCAATGTCTT TATTTTGCGGAAGCGTGCCAAGCAGAATAGGTTTGACCCATCAAATATAGACAGTGATAA CGATGAATGGCAGGAGATTGATGATGATGTTGTTGCTACGGGAGCTCAAATGACAGATGA CGACGAGGATTCTGTGGTTGAATCACCAATATATCAAAATTATCCTGGTCACAATGAGAT ATATGTGACTGAAAAACAAGCATATGATGAAGAAGCTGGTGTTGCAACCTTGGAAGATTA TCAGACGATAAATTTTTGCAGGAGGAAGGTCTTGAGTGATGTGTCAAAAGCATGTCCTGA TGAATTGATTGATAATAACAGTAGTTGTGGTCACAATATTCAGCCTCTAGACAGACATCA TTCAAATGAAGTGGGTAACCATGATGTTGAAGATAACTCTTGTACCACTGATGCAGCTGG GGCTTCTTCAGATACACCACAGGTAAAAACTGATGATTGTAAACACTGGGCAAGTCATTT TGCTGGTGTTGGCATTGACAGTGGGCATGATTTTGTGATGGAGCCATCTAATGGTAAAGA ATGGGATATGGGAGGGTACTTGAGCTGTCCTAAGAATGAAGTTGATTTGTTACCAACTTG CTCTATGATTGAGGAAGTGTTTGGAGACGAAGCCTGGAGTTCCAAGCACAGAGATGGTCA CAGTTTAAGCAAGCATTGACCTGTTGCATATGATACCCGTTTATTTTTTGCCGTTGGATC ATCCTTGGAACACTTCTTGCAAAAGTGAGATCCATTTTTACTTGTATATTATTTAGTGGT GAAAGGACAGAGCATGTTAGGGATAAAAGTTGAGATTTTCGACCTTGCTCTTGGTTGTTA GTAGGAAGCTGTTTTGAGGTAGGCGGTTAGGATTAATTTATATGTAAATTATATGGCCGA GTTGAGCCATCTTTCGACAAATGAAAAAAAAAAAAAAGGCTTTTATATTGAGTGATGCAC CATTGTATAATCATGCACAATCACCTCTTTCTCATAAATGTGAACCAATTACTTAATTTG TTTTTGAAATTAACTGTAAAGCTTTTAACAGAGAATTGAAGAGTAGAGAAGCTCCATTGA TTTGAGCTAAAAGGCAAAGTAATACATCTATTTATATTTCTCAATCACACACTTTGTAAC TAACTTTCTGATAGTTTGTTATAACAGACTGATTACAATGACAATACTGCCGTTGATCAA AGAACATGATTTCAAGGCTGCATGAACAATATTGCAAAAAATTGTTCTTATTATGGTTAT TGACTTTGAATTATCAAAGAAGATGCATTCATTGACCATTGATCAAAGAACATTTATATA GGGTGTATTCGATGGAAATCTAAGAGTGGAAAGGAATAATAGCCTTTTAAGTTGTCTGTT CTACAGGGGAAGTGTCTTTCACCTTCTATCATGTTCTTTGACATTTTTATAGTGACAATG TGTTCTTGTAATTGTATTGTGAACTTTTGGATTCGTTTCCACAACCTCTACACTACACAA GTTTTTACTTGTCAATTCCAACCCAACTTTCTTTTTTAATTGTCTACTTGATTATTATTC TTTTTAATAGTTTTTGCTAAAAAAAATATATGAATATTTTTATACAGGTTGTTTTGTGTG TTGTATCATGAGACCTCGGGCTAAAGCAATAGTATCGGTGCCCCAAGACCCTGCTATTGC TCAATAGCTCTAGTCGTAACATAATTACAGATCTCATCATGACAGAATCATAAAATATTT TTAAAAACAAAATTTTATACAAAATTTTAAAAATATATTTAAAGTGAACAATTTTTGTCT TGGTTTCACTTGATTTTTCTTGCTGAATCAAATTAAAATTTTAATCAATTTAATTTAATT ATTCATATTAAAGTTGTATTGTATGTAATAACATTTTTGGTTATTATTACTTTACCATTA TAAGACTTTTAAAAACTATATATATATATATATAAGCATAATTTTAACTTTACTAGTCCT CTTGTTTGGTTAAATTTGATTTTGTGAGAATTCTTCTAACTAATAGGTTATTATTTCTTG TTCAATGCACTTAAAGAATCTCTTATTTTTCCTTTGGAAATAAATCCAATCAAAACAAAA AATAGAAACGCCCCAAGAAAGTAGAATTCTTAAATGTTATATCATTTCCCTAAAAAATTG AAGTTTTCCCCAAATATCAATTTTTTCCTCAAAAATTTAAAGTTTTCCCAGGTTCAATAC CCTTGAGGCAACCCTACCCCTTCCCCTTTCCCCTTTCCCCATTATATGATGTATACATAT ATTTTTAGTTGATATTTTCTTTGGTAGGCTTTACAAAGTGGAGAAAAAAAGTATATAAGA TTATTTTTTATGAAATGGTTGTTTTATTGGATTGTATCATATGAATATGAATGTAGTTTT ACATCGTTTCAGTTTACAATTCAACTTCTTTAATCAATAAATATAGGGAAACTTTCACAT ATAGCCATTTAAAAATATTAATTACTCTCCATAGCTATAGTTTGATAATTACAATTTGTA GCTACATGTTATCTAGAGGAGAGATGCGAGCGAGATTGGGAGAGAGAGGAGAGAGGCGGA AAAGAGTAGGAGAAAGGTGAATTATATATGTATATTGGTTAGATAATTGTATATTATACA TATGTAATTGTATATATGACAAGAGAGATTGAGAGAGGGAGGAGAGAGGCGAGTGAGAGA GGGCAGAGAGTGGGAGAGAGGTGAATTGTATTTGTATATAGTTATGTACAATTGTATATT ATACATATATATTTGTATAAATGACAAGCGAGATAGGGAGAGGGAGGAGAGACGCGAGCG AGATTGAGGGAGGGAGGAGAGAGGTGAGCAAGAGAGGGTAGAGAGTGGGAGAGAGGTAAA TTGTATATGTATATAGGCTAAAATTTGTATATTATACATATTTATTCGTATAGCCAGGTG AATTATACATATACAAACATGATTAACTGTACAAACTCGAAGTCAGCCCACGTAATTAAT GTATAATATTAGTCGCGAGTGGTAATTATAGCAAACTATAGCTATGACGGTGATTAAATA GTATAAGTTTGCTTATTCGCGTAATTTTTCCATAAATATATTATATATCATTATAGGTTT ATATGTCACATCATATACAATGTATCTCACTATTTCAATCTAGTGATATAGAAAATGAGC TTAATTATAATAATTTCGTACTTTTTGACGCTATAGATTTTTATGAAATTAAAATTGCAT TGTGCACAAGTTTTAGTTTACAATGTCATATATTCACATATTTTTTATATCAAATGTGTT ATTTAATGAAATGATTATAGGTATTCATTATATAGAAATGAAAAAACGATAAAAAGATAA TAATAATAAATCAAGTGATTAAATTTTGTTTTACTATAATAATAAAATGATTGTGGGTGT AATTAATATTTTATTACAAGCGTTATATATTTTTTATAACTCATAATAAATTGCAGATAT ATGTTGGGCTTATGCTTCGATCGAAGCAATTAGAACTGCCTACACTATTTTGAAGGGGGA AGTGATTCCACTCTCGAAATAACAGTTGGTTAACTGTATTTTTATACATTCCGGACGACC TAAAAGGTTGAGTACTTGAAATAGGGAGATTCGTCTGGTTACCACTACGATCAAGTGTTT CAATATGCAAGGGATTATTTCTGAAAAAATATACCCTTATAAAGAGATAAGAAACACTTG TAAATGTCTTGATCCAAAAAATACGTTTAGTATAATTAAATATTATTTGATTTATTTTCT ATTACTCTTATTAAAATTATCTTTTCTTACTTAATAATTTCTTTTTCCAGATTCCAAAAA GGGTGCATGTAAATGTCTGTTATCGCTGGATTCGTCGAAAGGAGTGATTTGTATTATTTT TTAACTTGGATGTGTGTGCATATAAACAACACACACATTCAAGTAAATTACATTTTATTT CTATAAATTTAGCGAAGTTTAAAATTTGTGCACCATTTAGATCATGTTATAAGGTCTAGA CTAGAATGGTCTTAGTATTTTTATTTATACTAGTATTGGTTACTTGCGTTGCAGGTATAT TCTTATTAATTATATTTTAACGAGAGTTTCTAAATATAATAAAACTTATATTTTAATAAT ATAAATTAAGGTAGTGTTGATATTATTTATAATAGTCACTTTATATTATATATGTATACA TGTTAGTCTATGATGTAAAATAATTAAATATTTCTGTAAAATATGTTTTTTTTAGTAGAT TTTAGAATAATAAGTTACATGTAAATGCTTTCTTGTCTACTTGCATTTGTTTATTTTGAA AGGCCCTACACTCATGACTAGCTTCTCTCCAATTACAATTAAGTAGTCTATCACCACAAG CTCAAAAAGTCATATCCAACCATTCATTGAAGATGCTCATTCAGGTAATTTTCATGTGGT AGTCCGTGCTTTATTTTGCTTGTCATACTTCTTATGATACTTCGTGCTTAGTGATGAAAT AATTTGTATGTAAATCTTTATAAATTTTAAATTTTGGTTAGTAATTAGCAAATTTTAACT TATAGGATAAGTATTAAAATATTCTTAAAAAGATGACAGAACAATACCTCTCGACAAATT CTTCGATTAGTTATGTTCCATCATCAGAGATAAAAATTGAACAATGGATGTGAAATGATG GCAATGATAATTGCTAGATACGCTCAATCTGGGATGCAATCACCTCAGTGAAATCCAATG ATGATATGTTAATTAAACCTACCATCAATCTAATTTATTATACTTCAACTTTAAATAATA AAAAGAAATGGTAATCACAACTTTTTCCGCAAATTACGACATTATTTCAGAGCTCCTACA TATGGATGTAGCACATAAAAAACTTTTCTGAAAGAGTTAAATTTATAGGACAAAATTTTA TAGTATGGGAAAAGTCGCATAAAATTTGAAACATATATATATAAAGTCACATAAAAATTT GAAACACACACACACATATATATATAACTTTGTAAGATACATGTATCTATTTTAATTTCT TGGCTTCAAGAAGTAATTGAATATTATTTCCTTTTTCTATTTAGTTTTGTTAGGTTTATA ATATTTTTAGCAAATAAATAAATATGTCTATCATGAATTGTCACTTTGAAATAAATTTAT TGTATCATATTAGTGATATGATAATTTTTTTAATTATAATTTAATATAAATCCAAAAATT ATAAGAGAATATGTATAGTCAAGAGTTAGATAATTAAATGCAAAACATGATATAAATGCA TGAGAATATCTACATTTTTTATTGGGTAACACGACAAAGCTAATGCATGAACAATATTGA ATTGCTTATAACTTTCAAAATAACCTTTGAAGATGTAAGGGGTAAAGTTTGGGTTTTAAT TTAATGGAACTAGTTCACCGCGACACTTAGGGGTTGTTTGATTACTGGTTAGAATTATGA AGATATTAGCTATGCAGGATTTGATTATGCAGGTATTAGCTATGTAGGTATTAACTATGC AGATATTAGTTATGCAGAGTTTAGAGATTAAAATACATGAATTATTAACTATTAAATATT AAACTTGTTGTAAATTATTAATATATATTATTTATAAAATAATAATACATGCTAATAAAA TGTGAAATATATTGAATAATATATAATGCAAATATTCGATTAGCATATGTAGCGTTAGAA CATATACAATCAATTTCTAATATTAAAAAAATATTTATATTTGCATAGATCAATTAAAAC GATAAGTATATAAAAAGAAATAAAAATAATCTATATATAATAAGAAATAAAAACAACACG TTGATAGGAAACAAAAAAAGTTTCCAATAAAAAAAAACTAAAAGAAAAAAATGATATAAA TATAAACAAGAAATAAAAACAACAAACTTATATATAGGAAAACAATAAAATTTTCATTTA AAAACTATAAAATAAATTAATAGGGTAAATATGTAATTTATCATTTTAATACATGTATAA CTAATACCATATAACTTATTTTACCTTCAATCCTGCATAACTTTATATATAGATTCTCTC ATAAGTGGCATTAATTATGTGGGACTACAAAAATTTAAACATGGTATAAGTTATGTTGAC TTTTCTACCTAAACAAAAATTTCTACCAAACATAGTATAACTTAATACATTATTTTATAT ACGAATAAAATGTAAGTTATACCGTAACCAAACACACCCTTGCATATCAGCTATATTTAA AAAGGGGTTGATACCCACAAGGTAGTAAAGCCGGATTGTTCCCTTCAATTACTATGTGGT GCACAGAAGTTTAAAGATCTGTTTTTGACATTTTATATCCATTAGCATGAGGATGTAGCT AGTTGGAATACACGATTTTTTCAATTGGACGAATACAAGAATATAGAAGAACTAACCTGT CAAAAAATTATGAACGATCCAAATAACATGACATTACAAAGCTTGTAATCCAGATAAACA TCCCCACAATAGCATTTAACGTAATGCTCAAGGTTAAGCTAAGCTAAGTTCTAGGAAAGG AGATTTAGATTCAAATGCAGACTTCAAGTCACCATATGTCCCTAGGTTTCCTCACCTGTC TGTATAATTAAAAAAAAGAGATGAGAGTTGGTGAGTTAACTGCAAATGTTGAAAATTATC AATTCTTTAAGCAATAAAGCTCACAGCAGTAACCACAACTCCTAGCACATTAAAACATAA CACATTGATGATTCATTAACCTTAATCTCTTACAATATAACTTGACGGTTTCTCAGAATG ACATGTAACTAAAATAAACCAGAAAATATATACAAAGCAAAGCACTGAGAATTCATTGCT CCAAGTGAAAAAAATTGTGCATTGGAAATGTTAGTTCCACACACGTTATTTATTTTTAAA ATAAATTTTCATATGGAGAATAGTTTCCTACCAGATATCAATTTAGTGATATTTTACTAC ACTGTCCCTACTAATTCATTTTAATATCAGTTCTTGAAAAATGATATCAAAATAATTTTA TACCAGATTTCAAATAAGATACTCAGATATACATGTTTTGGCGGGATTTGTCCATAGAAG ACTGACCAATGAGACGAGAGGGAGGCGAGCGAAATTTCATGTTTTGGCGGGTTGTAGGAA AGTGACCAGTGAGATGAGAGTGAGGCGAACAAAATTTATTTATGTATTCAGATACATGCA AGTTCGTCCCGATATAATATATTCAAAGCAAATTACATTTAATTTTTGACTCCATATATC TCGAGATACTTGTATATGGATATATCTGGACGCGCTAAAATCGAATGAGATATGTGTTTC TCTCTTTTGCACTATTCCTAATGGACATGCAAATTCATTAAATATAATGTATCCAGAGAA AGTTATTCCTATTTTTGATTTCATATGCCTCGAAATACATATATGTGGATATATCTGAAT GCGCTAAAATCTGCTAAAATATGTAATATTACAAACTAACATGTATCTAATTAATTAGCT CCTATATTAGCAGAATTTCAATAAGTTGCTCTTATTACAAAGAAAAAGTGCCGATACTTG AGAAAATGAAACACATTCATTTAAATAGAGGAATGATCCAAAAGAGAGGAACACATTATT TCCTTAAATTTAAGGTCAAATCTAAGTGTTTCCATCTTTTTCACATACACTCCATTACTA TTTTAACATGTACAACAAAAATATGAACAAGGCAGTCGAATAACATAGAGAGATTTGCAT CCCCCAAATAGGATCTGTGATGTTTCTTCACCTGTATAATATTAATAACAAAAAAAGACA TAAAAGTTGGAGAGTAAACTGCAAAAGCTGAAAATTCAGCCATTCTTTGAGTAATAAAGC AAAAGTTATAATAGGAGAGCCACAACACTCGTAGCACATTAACAGAAACATGATTGTCAC GTTCCTTTCTTCAGCATAATCAGAATGAATATGATTTTCTGAAAAAAGAAGCTTCAGTGA AGGAAAAAATATTAGTACTAATTTTTTTCCCTTAAAATAACATAGCAGTTTCTCAGAACA AAATTAAACCAAGGGAAGAATGATACGTATCTTTAATTCAACCAAGAAAAACTGCATAAC CAAAGACACAAAGCAACACCGAGAATTTATTGCTATAGGTGAGAAAATTGCACATTGTAA AATATGAGTTCCACACACTCTATGAAACCATTCACCTGTTTCACTAAAATCAGCAAACTA CATCGTATGGATTATTTGAAAATAGAAAACAGAGCAATTTATATACAAACAACAAAAAGC AACTGATGGATCTCTACCTAGTAAAAAAAGGAATAACTTTGCATATATTTGGAAAATTCA GCACCAAAACTTCATTATCAGAAACATTTCAAACATCATCCAGTAGAAAGCTAACCTCAA TATATTTGAAAAACTCAGCATCCATTACTATTTTAATATGTCCAACAAAAATATGAACAA GGTAGTCAAATAACATAGTGAGATTTACATCCAATAGCATCTGCACCAACCTCTCTCTTC CTGTATAAAAAAAAAGAGATAAGAGTTGGTGAGTGAACTGCAAACGCTGTAAATTAGCCA TTCTATGAGCAATTAAGTTAAAGCTATGACAGGAGAGCAACAACACTTTTAGCACATTAA CAGAATACATGATCGTCATGTTCCTTTCTTAAGCATAATCAGAATGAATATAATTTTCTC AAAAAATGCTTCAGTGTAGGTAAAGATATTAGTACCAATCTTTTTCCCTTAAAATAACAT AGCAGTTTCTCAGAACAAAATTAAACCAAGGGAAGAATGACATGTATCTTCAATTCAACC AAGAAAAACTACATAATCAAAGATAGAAAGCAACACCGAGAATTCATTGTTATAGGTGAG AAAATTGCACATTGAAAAATATGAGTTCCACTCGCTGTTGATTAGTGTTCGGAATAACTC TGAAAACATTCACCTGTTTCACTAAAATCAACAAACTGCATCTTATGGATTATGTGAAAA CAAAAAACAAAGCAATTTATATACAAACAACAAAAAGCAACTGATGGAACTTTGCATATA TTTGAAAAATTCAGCACCAAAACTTCATTATCTAAAGCATTTCAAACAACATAGAGTAGA AAGCTAACATCAATAAATCAATCAAAATTGGACTTTGACGTGGTTTTACTTTAACTGGAA TACTTTTCAACCTCTATAATGAGATTTTTTATGCAATATAATTACACATTATTATCTTGA ACGGTGTCACAAGTCAAATGCTGCCACATAAAGTTTGATGAATGTAGTAGACTTTTTAGA AAAACTTATTCCTTCCATTGCTACTAATTTTCCTACGTCATGTAAATATGTTTATAACTG GCCTTAATCCTATAGAGGTGGTTTAGACTTAAAAACTCTTGGTCTTCTATAATACATACT CAGTTATGATACTTGAAGACAACCTTAGAATTATTTAAGCATGTTAAATCATCACAGAAG CAACATCTTCAAATGTCTAGTAGCTAAATATACCCTTTTCCTGACGACCAGGAAGTCCAA ATTATCCTTTTCAGCTGGGATCACCATAGCTTGAAAAATATAGTATCTTTCTTCATGATC CGTCTTGGCTAAAAAGATAAGATAGTAAATGTAGTCACGAGAGCCACCTCTCTTCACATT CAGAATTCCCTCAATTACATGGTTAGTGCCCTACAATGAGTACAAGTGAACTTTCTTAGC TTTCCGAACAAAACAAAAAAAAAGAAAGGAAAAGGGAAGACAATGAAAAGTGTGCTAAGA TCAAGCTTTTTTATGGATAGGAAAGACAGCAAGAGTGACTAGAGCATACCGTATCATCAT GGTATTTCTCAAGTGCACTTTCAGCATAACCCCTCAACATCCTATACTTTTTACGGATAC GCAAGTAGCTTGGAAGGGGAAAGAATTTAGGCAGCGGAGGCGGCCCAGGATAATCCTTAA TATCAAAACCCTATCAAAATACAATGAGACAAACATCACTAACTTGCATAAAACTTGTTA TTTAGCAAGTTATTTGAGGCAACTGACTTCTTAATTTGCCATACAAACTAATGGTTACTT GTTGACTATACAACTCCATCAGCCATGTGATTAGAAGTAGTGAACTCGAACTATTAACTA AAAGGCAAGTAACTAAATGCACCGATTTGACTTGAATAAAAATAGACTTGTAGAAGCAGC CAAAGCACAACAAACCAAAGGTCAAGGCATATGTATGTACAGATTCATGAGAACTAGGCG ATACATCTAAGTATTTCTTTTAAAACAATTGTGTCAGTTACCTTTCTCTCGTAGACCTGT CTGAAGTAGCTCTCCCACATAGATTTATCGTGTTCTAGTTCTAAATCATAGTCAGTATTC TCGACAATTCTCTGATTACTAACATCATCCTTATCTTCATCGTTGGTGCTATTGTCATCT TCGTTTGATACATAATCCTCACTTTCGTCCTTGCTGCTATCGCTTTCTTCTTTCACTGGC AAGGAATCCAGTACTGCTTGGAAATCTACACCCTGAATATCCCGTACAGCCAAAGGTAAA GGCATATGTATATACAGATTAATGAGAACTAGGTGATGCATCTAAAGCTGGTTTGGATGT TTTTTTACCTATTGTACAGTGTTTGTTTCAATTCTAACTTAATAATATAATCTATTCATC GAAACAATACCTTATGAACCAATACATAACAACTATCCAAACAAAGTGTGATAATTTCAG AACAAAGAGGAACAGAGTAAGCTAATTCATCTACCTGGTTATTGTATTCTGGATCTGAAT CATAACCCTCACCTTCGCCGTCGGTGCAATTGTTAGATTCATTAGATACATGATACTCAC TTTCGTGTCGCTGCTAGCCGGCGGGGACTCCGACTCGGCTGGGAAATCTAACCCCTGAAA ATCCGGTACGGCCGGTCGTCGTGGACGCAATAATGGGGGCAGTTGTGGCTGCGAACGTAC AGATTTCATGGCTCCGCGATGAGTAAAACTCGGGAGGGTGGTGGGCATGAGTACGGTATT GGTAGCTATTGAAAATTTCTGTTTCATAATCTTTAGTTTTCAGTTTGTATAAATATTATA TTATTATACCAACATAATTTAATATGTTTGAGATTTTGATATGATAGGTAAATTGATAAT TGTAATTTGCTTACTTTTTGTTTATATAGAGAACTATGATTTCAAAAAAATTTGGATATA TCTTATAATTATATAGTAAGTAACAATAAAAATATTCAAAAGAAAATATGAATAATTCCC TTTATTAGTCTATTATTCAAAAACGAGAACTTTCAATTAAGGTATAATAGTCAAAAGTTT GAACGTTTAAATAATTAATTTTCTAATACTAGTTTATGTATTGTTAGTATAATAATAATA TTATGGTATATGTAATTATACAGTTGGGTACATATTTTGTATTTTAATAGTCCTATTAAA AATAGGAAAAATTACGCAGTTAACCAAATTCATAATATTTAATTATTCATTATAGCTATA ATTTATTATAATTATCACTCGCGACTAACATTATATAATATTTACGTGGGCTAACTTTCA GTTTATATAATTAGTCACGTTTGTATATCTATAATTCGTCAGAATATACAAATATGTATA CTATACAATTATCTAACCGATATATATATATACAATTCATCTCTCTGCGCTATTCCCCCC CCCCCCCCTCTCTCTCGCCTCTCTCCTCCTTCTCTCAATCTTGCTCGCCTCTTTCCTTCC TCTCCCGATTTCGTTTGCCATATACACAAATGCATGTGTACAATATACAATTATATATAT GTACAGTTTACCTTTGTCCCACTCTTTGCCCTCTCACGCTCGCCTCTCTCAATATCGCTC GTCTCTATCTTCCCTCTCCCAATGTCGATCGTCTCTCTCCTCCCTCTCCCAATCTCGCTT GTCATATATACAAATACATATGTATAATATACAATTATCTAATCAATATACATATATAAT TCACCTTTCTCCACTCTTTTCCCTCTCTCTCGCCTATCTCTTCTCTCTCCCAGTTTTGCT CGTCTCTCTCCTCCATATAACATGTAGCTACGAATTGATTATCAAATTATAACTATAAAA AATAATTAGGCTATTTTTAATTGGTTATAAATAAAAATTCCTTTGAAAATAACATACACC ATTTCAATATCAATATTCTTACAAATGTATACTAAAATCATATAAAATATTATAATATTG AATTGCAATATAAAAAATTTCGACTTTGATATCTATAGTATTATGTCCACCCTAATAAGA GAAATTAATCTTTGATTAAGACTTACAATAGGATTAAACAATATTTTAATATATTTAATT TAACATCACAAAATAAAATAAAATTTAGAAGGTATATCTACAAATTGTTACACCAGAATT TTGTCAGAAAATATCCATTACATGATGAAAAAGAAAAACAAATAGAAATACTATTGCTAA TCCTTATAAAGAGTTGTTTAATGTGTTTCAAGCTAAGTTCAACTCAACCATAGAGATGTA CAATAAGGGGGTGAATATCAACCGTTGGATTTGAATTAAATTAGGATTCTCAGTTCAGGA GCACACGTGTTACTATCATTTTCTATTTACCTTCTCTTATTATCTTTTCCTCAAAAGATT GCCACGAATAAGTAAGTTTAAGAGACCGTATACAATTTTTTGTGCATGGGACATTATTAC ATCAAACCAATTGCGACACGAGTAAAATCGTATGGTACGAAATAATCTTTTTACTAAATT TTCTAGCAATAAACTTAGTGAATTGGTCGAGCGGAAGAAGCTCAAAGTCAAATTAGATTA AATCATCCAATTAATTTAATTTTATTTTTTACTCCTTCGTAGCAGTTTTCACCTTTTTGC TCTTTAGTGACTTCAACTCATAATGCTTTACATAACTCTGGCACTCTTATACATTTGCTA TGTATTTTTTGTCAAACTCGCTTTAATCTCTTGTTGGATGATTACGCTGCGTCTCAATCT CAAATAAAATAGAGTCAAACTATATAAATTTCACTTGTTTATTTAAGGTAATTTAATTTA ATTAGACGTGGTCTAGGCTACCGGAAGGTCCATGATTAAATGGTAAAACCAAGTCCCTTA ATAGTCACAAATACAATATATATTTTGTATAGCCAAGTCCACTTCTAGAAAATATATATA TATATATATATATATATATATATATATATATATATATATATATATATATATAGAACATCG TCATGACGTGCGATGAGTTCCCTATAAAACTATTTGTTGTCTGTCCACTTGATCCAAAAA AACAAACAAAAAGAATCTCCTAATTCGTTTTATAAAAAAGTAATACTAACACATTTTTTT TATCAAAATATAATATACTAGTTCTCCCAAAAAAAAAAAAACCTAATTTTTGGCTCCCTA ATTTTCAAAAGTTAAGCCAAAACTAACTTCCTTAATTTGGCCACTTAATTTATTACCAAG AGTTTAGTAATCACTTTCTCCTCCTAGAAATTAAACATGACTTTGTGCAAATCTTCACTT AAAATTAAATTTCATCAATATGTAAAATGATAATTTGTTCTAGTCATGGAAAATTTGAAG TCCAAAACTTCATTTATGCAAAATAAATAGTGTATGATAGTGTTGGAAGTGGTCCTTTTC CATCCAGCTGAACAACTTTCCATAACTTAATTCAAGTCATTTTCATCATAATAAAAGAAA AATACCGGGTTGCTATTCATGTTAACATTTATAATTAACTTAAACATTTGTGAGAATTAA ACAAAACAAGAAAAGAACATTTCAGTACTAATTATTGAAGAGAAGTTGCATCTGAGCGCA ATTCTTTTTTGCAAACAAAACGTTATTTATGTTAAGATTTTACAAATAAAATAAAAGAAG TTTCACACAAGTTATATCAATTACGATTAGACAAAGTAAATTCTCGTGATGATGTAGTCA TGTAGCTGATATGAGATCACAAACTGTATTAAGTAAATAAAAATGTGTTCTTTCTAATTA CTTACACTTATTTAAACGTAAGCGTAATTATTTGTTCTTTGGAGAATGCAATGAACTTTT TAAGTCACAATGTAAACTTAGTAATTAAGAATTATTCTATATATACATCATAATTAAATC TTCTGGTTTCGTGGAAGTTGCCTGGAAAGTGCAAAGGCTCTTTCCCCTGAAGGGCACCTA TCGTTCCACATAGATGAAAATGTTTTTATAATATATTTATAAATGATCTCATTTATATTT AAAGACAAAAAAAGTCAAAATTTGATAAACAATATCATGATTTTTAATTATTGTTACTTT TATATCTAATTGATTTTTTTTTTTTTTTAACTTTTTAACTATGTGAATGAAGAAAAGTCA ATGAGCTGTAGCAGAAAACTCGTTTTGTTAAAAGTTTTGTTACATTGATTTATAATAGTT ATCATTATATGCAAAGAATTACATAAAAGTATGATAAGAAATTCATAATTTGATAAGTAT TTTCGTCGTTTTAAACTACGTGTAATATTTAAAAATAGTTATCTCAAATTAGTATTAATT ATTTTAGAAATTTAAACATAAATTGATAATATTTTTTTTGACTTTATTCTTAATAGTAAT TTGTTGTAAAACACTACAAAGTATAAACACTTTGAATAAAGTAAATTTTTAATAAATAGA GAATATACCTTAAAACACAAATAAATATTAAATAGCTAAACATCAATATTTTATAAGAAT ATAGAAAAACATTGGAGTGTATTTGGTAATAGTAGACGTTGGTTTCTAACTATTAGTAGT AGTTAGGAAATAAAGTACACAATTTTTTCCCTTCTAGACTAAACTAATCTAATCTAATCT ATAATGCAATTTCTTCTAGACAAAACTAATCCTTCTAAGTTAAGCAAATCCGAATAAAAT TCTTACATACCGATAAATACAATGACATTATGACATCAGTTCCCTATAAAATTATGTATT CAAAATTTGCACTTTTTGTTTTGTTGAAGGAGTAGTTTAATTTTTTCTCATTTTATTTGA ATTTGATTTATAATCCTTATAAGCTCAAAAATCTATTTCATGTAAAAGTAACTTGTTTTG TTATTCTTAACTATTCATTACTACTTAATTTAATTATATCAAAATATCTTGATAAATGAT ACTTAGTACTTTAATTGACTTGATTGTGTTATGTTATAATATAATTTTTGTAATATAAAC AAAGCTCGGTCACCAAAGACAGAATTTTTTTATATGTTCTAATTTTGGTGAATATAGTTA CTTGATATTTAATTATTATTAATGGAAGGTGATAAATCTTTTAAAATTTTTCAAGATATA TACAAGCTAGTCCGAATATCAATAAAAATCGACACACAAAAGTTTGATTTTATAATTGCA AAAATCGGGTTTAGTTTCTTTTTTACACTCATAAAAATCACGAGTATTCAAATTTATCTA CGAGTGTTTACATCAAATTAAATCAATGCATATGTTATGTGTTTAAATTAATAATTTGTT TTACTTAATCATAATTAATTTATATATACTTTACTTTATTAAATCACGTATTATATTGAT TTAGCGTAAATACCAAATTTTTAATGGACACAGGAAAAGAGTTGGCGAGAGGAAGTCCGG TCTACGTAGGCATACGGAGAGGAAACGGTCCAAAACTGCGACAATTCAAAAAGTCTCCTG CTCCACGCTTCTTTACCATTTACAAATATCCCCAATATCTGTACCCACTTCACATTATAG TTTCTTAGATTTTTTCTACAATTTATCTTCTTCGGATTTTCAGGTACTGCGTATCATCAT TTTGATCTATTCTGTTTTTCAGTTATGGAGATTCTGTTTTCTTTCCTGTTTGCTGTACAT TGTGGGGTTTTGTACAAGTTCTGAATTTCAATTTTATGAATTTATGAAGGAAAAAATGGA TCTTTTTGTTCATATAGGTCGTTTCAAACTTCATTCAGTGATTTGTTTTTGTTCTTCTAT TTTTTGTGTATTTTTATGTGAGAAATTATGATTTGGAGCTATCTTATCTACTCTGTAGGA AAACCTTGTTTTCTCGCTATATTCGTGTTTTTTTTTACTATATGATTTGTGGGAATTTGA GAATCAGGATGATAGCGTTAGGAATATCAATCGGGAATATTCTTAAATTTCTGCTTAGTT AAAGGATGATTGTTGGAATTTGCTTCGATAGAAGAAACTTGAAATTCTGGGTTTTGTTAG GACGGAGATGTAAATAGAACTGGACTTGTATATCCCCTAAATTTTCGATATTATTCTTGC TCCTTGTTGGATTTTCTTGATTTTTTCAAGGATTTACTTAGTTTGACTTTGGTAACTAAA TTTCTCAACTACCACCAAGCTATCCTCGCTTGCCTGTGTTATGTAAATGAAACCGGTTCA AATAGAGAGATGCTCTTGGGTTTCCTCTTTCATTATCATAGCTAAATTTGAGTAGGATGA ATCAACCTGAGGAAAAGTAGGTAAGGTTAGACCCCTCGACTTGATTGAAGTTGACTTCGC TGAGTTCTGAATAAATCAAAAAGTTTATTGATTTGATTCGCCCCATTTCATTTATTTGGG TGAGAGGGAGGCTGTGAGTCACCTGGGCTATGGATCTTTCCGTTGGTTGATTCTCGAGAT CACCTCTTCAAAGAAAAAAAAAAGAGGGCCCATGGTTCTGGCCCTGCAAATGAATAGGAA GCACTTGGTACTGAGATGCAGTTGTTTGTTGTTCGTGTTTTTGTTGTAGTATTATATTAG TATTGCATACTTGATTTTAGACTTCTCTTATTAGTGCTACATCTCTGAACAAAGCTTGGT TTGAGTCTTTATTGCTATCTTTTGCGTGTTGTGTGCTCCTAATCTCTTATCTTCTAGCCA ATGTTCCTTTGTGATCTGTTACTGAATTGTCTCCTTGTACGTGTCTCACAGTAGCAAACT ATCAGTTCTCTGTATGATGAACTTCGCTTAATAGTTTGATAGTCTCTTTCTGCAGATAAT TTCTTAATCTACCAGGTCCATCCCCGTGGGATTACTTTCTATCTATCAAAAAATGCATGG TCTTAAGAAGTCTCCTTTACATCGGAGTGCTAGAAAAAAATCTGCGGATCCTGTGGCCCA TAGTAATTCTGGATCAAATCCCTTTGATTCTGACAATGAGTCAGACAAGAAGCAAACTGT AAAACCATCCAGGAAAATATCATCGGAGCCTTCTGCAGCTGCCCCAAATTTGAGTACAAA CCCTTTTGATGATGATGAAATTAAAGAGACTCCTTCACATGCTTACTCAACTTCGACGGC AAGAAATAAATACAAGAATGATTTCCGGGAGTCTGGTGGATTTGAGAACCAAACTGTAGA GGAGTTGGAAAACTATGCCGTCTACAGGTCAGAAGAGACTACAAAATCTGTTAATAGCTG CCTGAAGATTGCACAAGACATGCGAGAGGATGCAACAAAAACTTTGATAACTTTACATCA ACAGGGAGAACAAATTACAAGAACCCATATGACTGCAGCAGATATCGATCATGATCTTAG CAGGGTATGACTTCTTTAGTTCACTCATATAAGTTTTTTCTAGTTTGCAGAAGCAAACAT AATTGCAATTTAACATGTTAGTTTGCTTTTAGATGGAGTTATAGATTTATTTATACATAA CTAGTCTGTTTTTACCCTTCCGCCTAGAAGTCGTTACGCCCTTAAAGATGTCTCTTACTC GCTGAACTGCTAAGTTCTTCATTTCATGTACTTGTTACAAAAAATAATAATTCATTACAT GTTTTGCAATTGTTACCTGTTATCCTTGTGAGACTTATGTTTGAAACTTAATTTCAGGGT GAAAAACTCTTGGGGAGTCTTGGAGGCATATTTTCGAAGACTTGGAAGCCAAAGACGAGT CGCCCGATTACAGGGCCCGTTATCACAAGAAGTAATTCATTTTATTTTTGTTCTTCTTTT TCATTTACTATTATTTGAAGAACGTTAGGGAAAAGGGATGGGTTTTGAGTCAACTGACAC TGATAGCTAATTTGATACTCTGTTAATGTGCACAGTGTCAGATGATCCAGTTCAAAGAAG GGGCAACCACTTGGAGCAGAGGGAGAAATTAGGATTGAACTCTGCACCCAAGGCAAGGTC AAGTTCAAGGACACCACACCCAGAGCCTACAAATGCAATGCAGAAAGTTGAGGTATGTTC ATGTGACTCGGGACAAAATAGAGAATACTGTTACAATTCTCCTCGAAGAAACAAAAAATT TAATAAGGAAGTTCTTCAGATCCAAGTACACCCGGAACCTGCAACTATCAAACATGCAGG ACACTATTGATTAATTTTGGTCACCTTTTCTTTTCTGCATCTTTCCTCACTTCACCGTCC ACTTTTCTAGCATTTCGACACCTTTTCATCTAATGTTTCTCACTAACGCTCAAGATGCAA TTTTCCAGTATGTTTAAGAGTAAATTACAAATTACTCATGTTCATTTCTCTTTTCTTTTT AATTCTAGAGTTACGTCATTATATTCCATTGTTTGTAGGAAGATTTACTTCTAGAAAGAG CCATATTCCATTTTCAAATGTGGCCTAATGTTTGGAGAATTTCTAATAGAAGTTTCCTTT TGGAACACCAAAAGTGAAACAGCAAGAATAGTAAAACACTGTGATCCTTGCAGACTGCAT TACCTTAGTGTCCTTGAAAAGTTTGTGTTCTTTGTTATGCTGGGTGTTGGACCTATGAGG CGATTCTTACTGGTTCTGTCATAAATTTTAAGTCCTTGTGGTGATGAAACATTTTCATTC TACACTACCAGATTGAGGATTGAGCATGTGTATTCTCCTCATTTTTTCTCCTCCTTTCTT TATTTGCTCATTTCATGAATATGAATGATATAATATATGACAAATATCAGTTAGCTGATT CTACTGTTTCATTTGAACATTTGACAGGCTGAGAAAGCCAAGCAAGATGATGGACTGTCA GAACTCAGCGATCTGTTGGGGGAGCTCAAGAATATGGCTGTTGACATGGGATCTGAAATT GAGAGGTTAGTGTTATAAAATTTATTAAGCAGATTCCAATCTCTCCTTTCTTGTTCTCTC CCTCTTCCACCATCTCCTTATTGAACTGTCACTGTTAAAGTACTGTGCTACTAAGTCGCT TCTTAAAAAATATGTATATGTAACAACTATGCCTCAATCCCAAGCAAGTTGATTTCGACT GTATGAATTCTCACTGTTCATGTCCCTTCATTTAAACCATTCTTGAGCACAATAAGAATT CTGTATACGCTGTTGGATATTACAGGCATAAAGATGCATTGGATC GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_1 match_part 0.894 5403 5525 match_part 0.956 7720 7809 match_2 match_part 1.000 5485 5525 match_part 1.000 7720 7898 match_part 0.989 8161 8344 match_part 1.000 8535 8609 match_part 1.000 8828 8883 match_3 match_part 1.000 5487 5525 match_part 1.000 7720 7898 match_part 1.000 8161 8344 match_part 1.000 8535 8609 match_part 1.000 8828 8878 match_4 match_part 1.000 5491 5525 match_part 1.000 7720 7898 match_part 1.000 8161 8344 match_part 1.000 8535 8609 match_part 1.000 8828 8937 match_part 0.978 9071 9207 match_5 match_part 0.909 5493 5525 match_part 0.989 7720 7898 match_part 0.978 8161 8344 match_part 1.000 8535 8609 match_part 0.986 8828 8900 match_6 match_part 1.000 5498 5525 match_part 1.000 7720 7898 match_part 1.000 8161 8344 match_part 1.000 8535 8609 match_part 1.000 8828 8937 match_part 1.000 9071 9080 match_7 match_part 1.000 5498 5525 match_part 0.994 7720 7898 match_part 1.000 8161 8344 match_part 1.000 8535 8609 match_part 0.986 8828 8901 match_8 match_part 0.978 7720 7898 match_part 0.973 8161 8344 match_part 0.987 8535 8609 match_part 0.991 8828 8937 match_part 0.957 9071 9258 match_9 match_part 0.978 7720 7898 match_part 0.973 8161 8344 match_part 0.987 8535 8609 match_part 0.991 8828 8937 match_part 0.986 9071 9210 match_10 match_part 1.000 7773 7898 match_part 1.000 8161 8344 match_part 1.000 8535 8609 match_part 1.000 8828 8937 match_part 0.988 9071 9231 match_11 match_part 1.000 7773 7898 match_part 1.000 8161 8344 match_part 1.000 8535 8609 match_part 0.982 8828 8937 match_12 match_part 1.000 8172 8344 match_part 1.000 8535 8562 match_13 match_part 0.969 8183 8344 match_part 0.987 8535 8609 match_part 0.991 8828 8937 match_part 0.982 9071 9289 match_part 0.955 9729 9884 match_part 0.920 10472 10496 match_14 match_part 0.969 8183 8344 match_part 0.987 8535 8609 match_part 0.991 8828 8937 match_part 0.982 9071 9289 match_part 0.949 9729 9884 match_15 match_part 1.000 8239 8344 match_part 1.000 8535 8609 match_part 1.000 8828 8937 match_part 1.000 9071 9289 match_16 match_part 1.000 8332 8344 match_part 0.960 8535 8609 match_part 0.982 8828 8937 match_part 0.986 9071 9289 match_part 0.955 9729 9884 match_part 0.974 10472 10699 match_17 match_part 1.000 8825 8937 match_part 1.000 9071 9289 match_part 1.000 9729 9884 match_part 1.000 10472 10496 match_18 match_part 0.938 9128 9289 match_part 1.000 9729 9774 match_19 match_part 1.000 9129 9289 match_part 1.000 9729 9884 match_part 1.000 10472 10753 match_20 match_part 0.992 9171 9289 match_part 1.000 9729 9884 match_part 0.985 10472 10881 match_21 match_part 0.951 9208 9289 match_part 0.949 9729 9884 match_part 0.960 10472 10899 match_22 match_part 1.000 9229 9289 match_part 1.000 9729 9884 match_part 1.000 10472 10710 match_23 match_part 0.945 9721 9884 match_part 0.960 10472 10893 match_24 match_part 0.933 10648 10902 match_25 match_part 0.970 31342 31442 match_part 1.000 31524 31649 match_part 1.000 31780 31842 match_part 1.000 31958 32046 match_part 1.000 32199 32289 match_part 1.000 32406 32488 match_26 match_part 0.982 32447 32555 match_part 0.989 32646 32998 match_part 0.973 33645 33717 match_27 match_part 0.971 32488 32555 match_part 0.989 32646 32998 match_part 0.968 33645 33800 match_part 0.933 33919 33948 match_28 match_part 0.951 33940 34062 match_part 1.000 35618 35685 match_part 0.970 35764 35929 match_part 0.952 36032 36094 match_part 1.000 36444 36539 match_part 0.988 36806 36973 match_29 match_part 0.935 33940 34062 match_part 1.000 35618 35685 match_part 0.946 35764 35929 match_part 0.952 36032 36094 match_part 1.000 36444 36539 match_part 1.000 36806 36869 match_30 match_part 0.984 33941 34062 match_part 0.938 35618 35665 match_31 match_part 1.000 33942 34062 match_part 1.000 35618 35685 match_part 1.000 35764 35929 match_part 1.000 36032 36094 match_part 1.000 36444 36539 match_part 1.000 36806 36855 match_32 match_part 0.949 34024 34062 match_part 1.000 35618 35685 match_part 0.958 35764 35929 match_part 0.968 36032 36094 match_part 0.969 36444 36539 match_part 0.946 36806 36842 match_33 match_part 1.000 35871 35929 match_part 1.000 36032 36094 match_part 1.000 36444 36539 match_part 1.000 36806 36973 match_part 0.975 39136 39214 match_34 match_part 0.909 36485 36539 match_part 1.000 36806 36973 match_part 1.000 39136 39306 match_part 1.000 40252 40401 match_part 1.000 40467 40476 match_35 match_part 1.000 36958 36973 match_part 1.000 39136 39306 match_part 1.000 40252 40401 match_part 1.000 40467 40598 match_part 0.987 41007 41162 match_36 match_part 1.000 36958 36973 match_part 1.000 39136 39306 match_part 1.000 40252 40401 match_part 1.000 40467 40598 match_part 1.000 41007 41103 match_37 match_part 0.967 39156 39306 match_part 1.000 40252 40401 match_part 0.984 40467 40529 match_38 match_part 1.000 39245 39306 match_part 1.000 40252 40401 match_part 1.000 40467 40598 match_part 0.986 41007 41362 match_39 match_part 0.918 41064 41356 match_40 match_part 0.950 61834 61873 match_part 0.999 62075 62919 match_41 match_part 0.998 62474 63111 match_42 match_part 1.000 62811 63529 match_43 match_part 0.998 62811 63293 match_44 match_part 0.966 64166 64194 match_part 0.992 64275 64522 match_part 0.991 64610 64717 match_part 0.991 67529 67752 match_45 match_part 0.970 64287 64522 match_part 0.963 64610 64717 match_part 0.977 67529 67572 match_46 match_part 1.000 64490 64522 match_part 0.991 64610 64717 match_part 0.996 67529 68085 match_47 match_part 0.973 76446 76629 match_part 1.000 76957 77057 match_part 0.910 78756 79101 match_48 match_part 0.977 76455 76629 match_part 1.000 76957 77057 match_part 0.922 78756 79101 match_49 match_part 0.981 76474 76629 match_part 1.000 76957 77057 match_part 0.987 78756 79056 match_50 match_part 0.981 76474 76629 match_part 1.000 76957 77057 match_part 0.987 78756 79056 match_51 match_part 1.000 76475 76629 match_part 1.000 76957 77057 match_part 1.000 78756 79115 match_52 match_part 1.000 76475 76629 match_part 1.000 76957 77057 match_part 0.983 78756 79056 match_53 match_part 1.000 76475 76629 match_part 1.000 76957 77057 match_part 0.993 78756 79049 match_54 match_part 1.000 76477 76629 match_part 1.000 76957 77057 match_part 0.976 78756 79087 match_55 match_part 1.000 76477 76629 match_part 1.000 76957 77057 match_part 0.976 78756 79087 match_56 match_part 1.000 76477 76629 match_part 1.000 76957 77057 match_part 0.979 78756 79087 match_57 match_part 1.000 76477 76629 match_part 1.000 76957 77057 match_part 1.000 78756 78831 match_58 match_part 0.941 76477 76629 match_part 1.000 76957 77030 match_59 match_part 1.000 76478 76629 match_part 1.000 76957 77057 match_part 1.000 78756 79115 match_60 match_part 1.000 76478 76629 match_part 1.000 76957 77057 match_part 0.987 78756 79056 match_61 match_part 1.000 76479 76629 match_part 1.000 76957 77057 match_part 0.987 78756 79056 match_62 match_part 1.000 76479 76629 match_part 1.000 76957 77057 match_part 1.000 78756 79056 match_63 match_part 1.000 76479 76629 match_part 1.000 76957 77057 match_part 0.996 78756 79022 match_64 match_part 0.993 76481 76629 match_part 1.000 76957 77057 match_part 0.988 78756 79088 match_65 match_part 1.000 76481 76629 match_part 1.000 76957 77057 match_part 0.997 78756 79056 match_66 match_part 1.000 76482 76629 match_part 1.000 76957 77057 match_part 1.000 78756 79023 match_67 match_part 0.993 76482 76629 match_part 1.000 76957 77057 match_part 1.000 78756 78926 match_68 match_part 0.986 76484 76629 match_part 0.970 76957 77057 match_part 0.936 78756 79101 match_69 match_part 0.966 76484 76629 match_part 1.000 76957 77057 match_part 0.888 78756 79094 match_70 match_part 0.986 76484 76629 match_part 0.990 76957 77057 match_part 0.929 78756 79065 match_71 match_part 0.986 76484 76629 match_part 0.990 76957 77057 match_part 0.929 78756 79063 match_72 match_part 1.000 76485 76629 match_part 1.000 76957 77057 match_part 1.000 78756 78926 match_73 match_part 0.993 76491 76629 match_part 0.990 76957 77057 match_part 0.936 78756 79101 match_74 match_part 0.921 76491 76629 match_part 0.950 76957 77057 match_part 0.937 78756 79056 match_75 match_part 0.992 76503 76629 match_part 0.990 76957 77057 match_part 0.919 78756 79101 match_76 match_part 0.989 76535 76629 match_part 1.000 76957 77057 match_part 0.987 78756 79056 match_77 match_part 1.000 76537 76629 match_part 1.000 76957 77057 match_part 0.983 78756 79056 match_78 match_part 1.000 76548 76629 match_part 1.000 76957 77057 match_part 0.976 78756 79089 match_79 match_part 1.000 76564 76629 match_part 1.000 76957 77057 match_part 0.980 78756 79054 match_80 match_part 1.000 76567 76629 match_part 0.980 76957 77057 match_part 0.987 78756 79056 match_81 match_part 0.914 76588 76622 match_part 0.333 76755 76763 match_part 1.000 76957 77057 match_part 0.994 78756 79115 match_82 match_part 1.000 76957 77057 match_part 0.983 78756 79056 match_part 0.622 79203 79239 match_83 match_part 1.000 76961 77057 match_part 0.993 78756 79056 match_84 match_part 0.978 76966 77057 match_part 0.961 78756 79089 match_85 match_part 1.000 76968 77057 match_part 0.987 78756 79056 match_86 match_part 0.929 76974 77057 match_part 0.963 78756 79056 match_87 match_part 0.981 77006 77057 match_part 0.979 78756 79082 match_88 match_part 1.000 78756 79074 match_89 match_part 0.987 78756 79056 match_90 match_part 0.983 78757 79056 match_91 match_part 0.987 78757 79056 match_92 match_part 1.000 78760 79048 match_93 match_part 1.000 90579 91302 match_94 match_part 0.997 90579 91230 match_95 match_part 0.982 90643 91326 match_96 match_part 0.954 94197 94391 match_part 0.980 95477 95624 match_part 0.924 95841 96222 match_97 match_part 0.954 94197 94391 match_part 0.980 95477 95624 match_part 0.941 95841 96129 match_98 match_part 0.974 94236 94391 match_part 0.980 95477 95624 match_part 0.967 95841 96208 match_99 match_part 1.000 94237 94391 match_part 1.000 95477 95624 match_part 1.000 95841 96065 match_100 match_part 0.964 96122 96875 match_101 match_part 0.998 96367 96984 match_102 match_part 0.996 96371 97089 match_103 match_part 0.994 96902 97593 match_104 match_part 1.000 97204 97593 match_105 match_part 0.833 112400 112483 match_part 0.965 113696 114244 match_part 0.947 114538 114631 match_part 1.000 114756 114773 match_106 match_part 0.972 112413 112483 match_part 0.962 113696 114244 match_part 1.000 114538 114549 match_107 match_part 1.000 112441 112483 match_part 1.000 113696 114180 match_108 match_part 1.000 112450 112483 match_part 1.000 113696 114239 match_109 match_part 1.000 113696 114108 match_110 match_part 0.996 113699 114244 match_part 1.000 114538 114631 match_part 0.985 114756 114892 match_part 0.925 115648 115700 match_111 match_part 1.000 113904 114244 match_part 1.000 114538 114631 match_part 0.978 114756 114892 match_part 0.980 115648 115745 match_part 1.000 116006 116025 match_112 match_part 1.000 113904 114244 match_part 1.000 114538 114631 match_part 1.000 114756 114892 match_part 1.000 115648 115745 match_part 1.000 116006 116025 match_113 match_part 1.000 113904 114244 match_part 1.000 114538 114631 match_part 1.000 114756 114892 match_part 1.000 115648 115675 match_114 match_part 0.997 113904 114244 match_part 1.000 114538 114631 match_part 0.992 114756 114875 match_115 match_part 0.997 113904 114244 match_part 1.000 114538 114631 match_part 0.986 114756 114828 match_116 match_part 1.000 113904 114244 match_part 1.000 114538 114579 match_117 match_part 0.979 113904 114244 match_part 1.000 114538 114573 match_118 match_part 0.984 114063 114244 match_part 0.989 114538 114631 match_part 0.993 114756 114892 match_part 1.000 115648 115692 GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_119 match_part 0.965 10900 10475 match_120 match_part 1.000 42775 42770 match_part 0.994 42685 42526 match_part 1.000 42426 42324 match_part 1.000 42229 42148 match_part 0.983 42074 41780 match_121 match_part 1.000 42589 42526 match_part 1.000 42426 42324 match_part 1.000 42229 42148 match_part 1.000 42074 41798 match_122 match_part 1.000 44188 44100 match_part 1.000 42685 42526 match_part 1.000 42426 42324 match_part 1.000 42229 42148 match_part 1.000 42074 41892 match_123 match_part 1.000 42779 42770 match_part 0.962 42685 42526 match_part 0.951 42426 42324 match_part 0.963 42229 42148 match_part 0.920 42074 41900 match_124 match_part 1.000 45737 45706 match_part 1.000 44291 44100 match_part 1.000 42685 42526 match_part 1.000 42426 42324 match_part 1.000 42229 42148 match_part 1.000 42074 41992 match_125 match_part 1.000 45737 45706 match_part 1.000 44291 44100 match_part 1.000 42685 42526 match_part 0.990 42426 42324 match_part 0.986 42229 42159 match_126 match_part 1.000 46055 45706 match_part 1.000 44291 44100 match_part 1.000 42685 42526 match_part 1.000 42426 42324 match_part 0.981 42229 42176 match_127 match_part 1.000 46012 45706 match_part 1.000 44291 44100 match_part 1.000 42685 42551 match_128 match_part 1.000 46106 45706 match_part 1.000 44291 44105 match_129 match_part 1.000 46004 45706 match_part 0.984 44291 44107 match_130 match_part 0.982 46090 45706 match_part 0.993 44291 44139 match_131 match_part 0.998 46142 45706 match_part 0.981 44291 44189 match_132 match_part 0.988 46109 45706 match_part 0.978 44291 44203 match_133 match_part 0.995 46012 45803 match_134 match_part 0.927 79042 78755 match_135 match_part 1.000 82021 81914 match_part 1.000 81351 81280 match_part 1.000 80899 80834 match_part 0.931 80749 80488 match_136 match_part 0.964 81334 81280 match_part 0.970 80899 80834 match_part 0.939 80749 80488 match_137 match_part 0.982 81334 81280 match_part 0.970 80899 80834 match_part 0.939 80749 80488 match_138 match_part 1.000 82400 82308 match_part 0.993 82214 81914 match_part 0.986 81351 81280 match_part 1.000 80899 80834 match_part 0.969 80749 80494 match_139 match_part 1.000 81342 81280 match_part 1.000 80899 80834 match_part 0.992 80749 80494 match_140 match_part 1.000 80881 80834 match_part 0.992 80749 80494 match_141 match_part 1.000 82700 82679 match_part 0.993 82441 82308 match_part 0.993 82214 81914 match_part 0.986 81351 81280 match_part 1.000 80899 80834 match_part 0.992 80749 80498 match_142 match_part 1.000 82400 82308 match_part 0.987 82214 81914 match_part 0.986 81351 81280 match_part 1.000 80899 80834 match_part 0.988 80749 80498 match_143 match_part 0.982 81334 81280 match_part 0.970 80899 80834 match_part 0.944 80749 80537 match_144 match_part 0.981 82922 82817 match_part 1.000 82732 82679 match_part 0.993 82441 82308 match_part 0.993 82214 81914 match_part 0.986 81351 81280 match_part 1.000 80899 80834 match_part 1.000 80749 80641 match_145 match_part 0.993 82965 82817 match_part 1.000 82732 82679 match_part 0.993 82441 82308 match_part 0.993 82214 81914 match_part 0.986 81351 81280 match_part 1.000 80899 80834 match_part 1.000 80749 80725 match_146 match_part 0.986 83098 82817 match_part 1.000 82732 82679 match_part 1.000 82441 82308 match_part 1.000 82214 81914 match_part 0.944 81351 81280 match_part 0.931 80899 80871 match_147 match_part 0.971 83166 82817 match_part 1.000 82732 82679 match_part 1.000 82441 82308 match_part 1.000 82214 81914 match_part 1.000 81351 81280 match_148 match_part 0.973 82998 82817 match_part 1.000 82732 82679 match_part 0.993 82441 82308 match_part 0.993 82214 81914 match_part 0.972 81351 81280 match_149 match_part 0.994 83157 82817 match_part 1.000 82732 82679 match_part 1.000 82441 82308 match_part 1.000 82214 81919 match_150 match_part 0.975 83142 82817 match_part 1.000 82732 82679 match_part 0.993 82441 82308 match_part 0.997 82214 81920 match_151 match_part 0.988 83138 82817 match_part 1.000 82732 82679 match_part 1.000 82441 82308 match_part 0.997 82214 81921 match_152 match_part 1.000 82935 82817 match_part 1.000 82732 82679 match_part 1.000 82441 82308 match_part 1.000 82214 82153 match_153 match_part 0.931 83133 82817 match_part 0.981 82732 82679 match_part 0.970 82441 82308 match_part 1.000 82214 82154 match_154 match_part 0.980 83017 82817 match_part 1.000 82732 82679 match_part 0.985 82441 82308 match_part 1.000 82214 82186 match_155 match_part 0.921 83133 82817 match_part 0.981 82732 82679 match_part 0.970 82441 82308 match_part 1.000 82214 82202 match_156 match_part 0.909 86514 85978 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C06SLm0062L07.1 type gene exon 5403 5525 exon 7720 7898 exon 8161 8344 exon 8535 8609 exon 8828 8937 exon 9071 9289 exon 9729 9884 exon 10472 10902 gene_2 gene GT_PGL_1_AGS_2 transcript source GenomeThreader seq_id C06SLm0062L07.1 type gene exon 8825 8937 exon 9071 9289 exon 9729 9884 exon 10472 10902 gene_3 gene GT_PGL_1_AGS_3 transcript source GenomeThreader seq_id C06SLm0062L07.1 type gene exon 9721 9884 exon 10472 10902 gene_4 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C06SLm0062L07.1 type gene exon 10900 10475 gene_5 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C06SLm0062L07.1 type gene exon 31342 31442 exon 31524 31649 exon 31780 31842 exon 31958 32046 exon 32199 32289 exon 32406 32555 exon 32646 32998 exon 33645 33800 exon 33919 34062 exon 35618 35685 exon 35764 35929 exon 36032 36094 exon 36444 36539 exon 36806 36973 exon 39136 39306 exon 40252 40401 exon 40467 40598 exon 41007 41362 gene_6 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C06SLm0062L07.1 type gene exon 46142 45706 exon 44291 44100 exon 42685 42526 exon 42426 42324 exon 42229 42148 exon 42074 41798 gene_7 gene GT_PGL_4_AGS_2 transcript source GenomeThreader seq_id C06SLm0062L07.1 type gene exon 42779 42770 exon 42685 42526 exon 42426 42324 exon 42229 42148 exon 42074 41780 gene_8 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C06SLm0062L07.1 type gene exon 61834 61873 exon 62075 63529 gene_9 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C06SLm0062L07.1 type gene exon 64166 64194 exon 64275 64522 exon 64610 64717 exon 67529 68085 gene_10 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C06SLm0062L07.1 type gene exon 76446 76629 exon 76957 77057 exon 78756 79115 gene_11 gene GT_PGL_7_AGS_2 transcript source GenomeThreader seq_id C06SLm0062L07.1 type gene exon 76474 76629 exon 76957 77057 exon 78756 79056 exon 79203 79239 gene_12 gene GT_PGL_7_AGS_3 transcript source GenomeThreader seq_id C06SLm0062L07.1 type gene exon 76588 76622 exon 76755 76763 exon 76957 77057 exon 78756 79115 gene_13 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C06SLm0062L07.1 type gene exon 79042 78755 gene_14 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C06SLm0062L07.1 type gene exon 83166 82817 exon 82732 82679 exon 82441 82308 exon 82214 81914 exon 81351 81280 exon 80899 80834 exon 80749 80488 gene_15 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C06SLm0062L07.1 type gene exon 86514 85978 gene_16 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C06SLm0062L07.1 type gene exon 90579 91326 gene_17 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C06SLm0062L07.1 type gene exon 94197 94391 exon 95477 95624 exon 95841 97593 gene_18 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C06SLm0062L07.1 type gene exon 112400 112483 exon 113696 114244 exon 114538 114631 exon 114756 114892 exon 115648 115745 exon 116006 116025 RepeatMasker tomato repeats master Unknown00046 1895 2061 1 Unknown00046 1895 2061 1 nucleotide_motif 861 186 347 Unknown00019 51 294 1 Unknown00019 51 294 1 nucleotide_motif 500 1592 1843 Unknown00019 554 719 1 Unknown00019 554 719 1 nucleotide_motif 472 2155 2340 ATHILA7_I 440 6378 1 ATHILA7_I 440 6378 1 nucleotide_motif 267 11544 11638 TS2 203 279 1 TS2 203 279 1 nucleotide_motif 347 16629 16705 SOD_SINE 87 197 1 SOD_SINE 87 197 1 nucleotide_motif 445 17039 17152 TS 59 2041 1 TS 59 2041 1 nucleotide_motif 340 24647 24764 MUDSOLT1 481 528 1 MUDSOLT1 481 528 1 nucleotide_motif 225 36115 36166 TS2 4 655 1 TS2 4 655 1 nucleotide_motif 1330 55546 56181 Copia00112 7631 7776 1 Copia00112 7631 7776 1 nucleotide_motif 378 66469 66519 Copia00172 291 518 1 Copia00172 291 518 1 nucleotide_motif 1075 74285 74498 Gypsy00136 4805 4849 1 Gypsy00136 4805 4849 1 nucleotide_motif 308 79143 79187 Unknown00049 4568 4768 1 Unknown00049 4568 4768 1 nucleotide_motif 1314 91553 91744 Copia00151 8219 8371 1 Copia00151 8219 8371 1 nucleotide_motif 576 99103 99260 Gypsy00202 2236 2370 1 Gypsy00202 2236 2370 1 nucleotide_motif 533 102068 102203 STOWAWAY50_OS 63 137 1 STOWAWAY50_OS 63 137 1 nucleotide_motif 376 109850 109923 RepeatMasker tomato repeats master SONATA3 3 168 -1 SONATA3 3 168 -1 nucleotide_motif 350 533 368 Copia00181 1808 1868 -1 Copia00181 1808 1868 -1 nucleotide_motif 313 1855 1794 Unknown00037 4488 4558 -1 Unknown00037 4488 4558 -1 nucleotide_motif 269 1866 1795 Gypsy00043 1013 1207 -1 Gypsy00043 1013 1207 -1 nucleotide_motif 796 2053 1864 Copia00110 13161 13560 -1 Copia00110 13161 13560 -1 nucleotide_motif 1726 2317 1886 Gypsy00073 208 387 -1 Gypsy00073 208 387 -1 nucleotide_motif 237 4455 4277 Copia00181 1810 7516 -1 Copia00181 1810 7516 -1 nucleotide_motif 271 11656 11576 Unknown00043 8234 8506 -1 Unknown00043 8234 8506 -1 nucleotide_motif 753 21516 21244 RTE1_MT 2291 2576 -1 RTE1_MT 2291 2576 -1 nucleotide_motif 327 31187 30897 Gypsy00155 5405 5461 -1 Gypsy00155 5405 5461 -1 nucleotide_motif 242 36144 36088 Gypsy00046 4135 4171 -1 Gypsy00046 4135 4171 -1 nucleotide_motif 226 36148 36112 Copia00105 8568 8836 -1 Copia00105 8568 8836 -1 nucleotide_motif 706 39895 39633 Gypsy00043 1066 1315 -1 Gypsy00043 1066 1315 -1 nucleotide_motif 1162 47645 47412 Copia00110 13309 13623 -1 Copia00110 13309 13623 -1 nucleotide_motif 1189 47906 47597 Copia00110 13153 13316 -1 Copia00110 13153 13316 -1 nucleotide_motif 548 48242 48094 DEL_LH 8448 8519 -1 DEL_LH 8448 8519 -1 nucleotide_motif 230 66424 66351 Gypsy00042 5943 6029 -1 Gypsy00042 5943 6029 -1 nucleotide_motif 444 66468 66382 SHAMUDRAV_MT 1560 1598 -1 SHAMUDRAV_MT 1560 1598 -1 nucleotide_motif 237 66697 66659 Copia00048 4813 4855 -1 Copia00048 4813 4855 -1 nucleotide_motif 232 72526 72490 SONATA1 15 188 -1 SONATA1 15 188 -1 nucleotide_motif 588 86969 86798 Copia00151 8205 8434 -1 Copia00151 8205 8434 -1 nucleotide_motif 512 108836 108607 Copia00089 5587 5682 -1 Copia00089 5587 5682 -1 nucleotide_motif 284 109839 109806 HELITRON7_OS 1618 1691 -1 HELITRON7_OS 1618 1691 -1 nucleotide_motif 354 109912 109840 BLAST_tomato_bacs Tomato BAC sequences BLAST_tomato_bacs Tomato BAC sequences match_1 match 371 89730 90908 match_2 match 391 89730 90914 match_3 match 2240 85397 86526 match_4 match 2403 83392 84672 match_5 match 2490 54647 55929 match_6 match 21930 35405 match_7 match 2635 47915 49309 match_8 match 2884 15404 16858 match_9 match 3108 52699 54332 match_10 match 3693 56386 58320 match_11 match 3947 16929 18976 match_12 match 4448 66698 68941 match_13 match 4710 105702 108146 match_14 match 4805 79775 82222 match_15 match 5366 94877 97583 match_16 match 5471 19014 21869 match_17 match 5713 102640 105656 match_18 match 6447 112696 116025 match_19 match 7014 69163 72772 match_20 match 7023 37147 40776 match_21 match 88161 93508 match_22 match 40812 46857 match_23 match 72812 79188 match_24 match 58345 65142 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) match_1 match 1251 55287 55929 match_2 match 854 57370 57871 match_3 match 1328 39117 39817 match_4 match 963 82775 83260 match_5 match 963 82775 83260 match_6 match 1433 57357 58130 match_7 match 1322 22135 22836 match_8 match 1292 28094 28745 match_9 match 488 4725 4970 match_10 match 1068 41440 41997 match_11 match 500 40504 40776 match_12 match 620 40812 41145 match_13 match 910 76816 77305 match_14 match 882 82816 83260 match_15 match 888 82805 83260 match_16 match 658 29474 29813 match_17 match 1572 43597 44389 match_18 match 1279 30073 30721 match_19 match 561 54346 54628 match_20 match 799 53922 54332 match_21 match 1255 48499 49197 match_22 match 1536 80130 80908 match_23 match 270 91553 91696 match_24 match 1396 89556 90299 match_25 match 1251 60358 60995 match_26 match 1178 80915 81508 match_27 match 1287 80820 81480 match_28 match 658 60852 61211 match_29 match 1421 63142 63866 match_30 match 1289 80925 81582 match_31 match 605 56998 57302 match_32 match 325 87391 87566 match_33 match 278 91553 91704 match_34 match 575 18321 18610 match_35 match 827 52699 53181 match_36 match 1053 43073 43648 match_37 match 1187 8841 9439 match_38 match 285 91553 91704 match_39 match 339 97104 97274 match_40 match 930 90536 91004 match_41 match 476 88 351 match_42 match 289 91553 91710 match_43 match 1312 75423 76114 match_44 match 1183 8895 9491 match_45 match 1181 51271 51887 match_46 match 347 87384 87566 match_47 match 1437 44673 45397 match_48 match 1134 80066 80637 match_49 match 1364 58504 59191 match_50 match 1384 16028 16725 match_51 match 341 94628 94799 match_52 match 837 94083 94504 match_53 match 1534 60390 61163 match_54 match 1306 83654 84360 match_55 match 335 110824 111013 match_56 match 559 111029 111334 match_57 match 1160 73752 74336 match_58 match 313 75029 75186 match_59 match 289 91553 91710 match_60 match 1146 63111 63688 match_61 match 1354 28426 29108 match_62 match 636 9729 10057 match_63 match 712 65757 66115 match_64 match 841 115255 115686 match_65 match 1124 20927 21559 match_66 match 733 115565 115934 match_67 match 605 23 351 match_68 match 1354 88446 89156 match_69 match 718 3979 4340 match_70 match 408 64689 64902 match_71 match 718 3979 4340 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_1 match_part 1.000 5485 5525 match_part 1.000 7720 7898 match_part 0.989 8161 8344 match_part 1.000 8535 8609 match_part 1.000 8828 8883 match_2 match_part 1.000 5487 5525 match_part 1.000 7720 7898 match_part 1.000 8161 8344 match_part 1.000 8535 8609 match_part 1.000 8828 8878 match_3 match_part 1.000 5491 5525 match_part 1.000 7720 7898 match_part 1.000 8161 8344 match_part 1.000 8535 8609 match_part 1.000 8828 8937 match_part 0.978 9071 9207 match_4 match_part 1.000 5498 5525 match_part 1.000 7720 7898 match_part 1.000 8161 8344 match_part 1.000 8535 8609 match_part 1.000 8828 8937 match_part 1.000 9071 9080 match_5 match_part 1.000 5498 5525 match_part 0.994 7720 7898 match_part 1.000 8161 8344 match_part 1.000 8535 8609 match_part 0.986 8828 8901 match_6 match_part 1.000 7773 7898 match_part 1.000 8161 8344 match_part 1.000 8535 8609 match_part 1.000 8828 8937 match_part 0.988 9071 9231 match_7 match_part 1.000 7773 7898 match_part 1.000 8161 8344 match_part 1.000 8535 8609 match_part 0.982 8828 8937 match_8 match_part 1.000 8172 8344 match_part 1.000 8535 8562 match_9 match_part 1.000 8239 8344 match_part 1.000 8535 8609 match_part 1.000 8828 8937 match_part 1.000 9071 9289 match_10 match_part 1.000 8825 8937 match_part 1.000 9071 9289 match_part 1.000 9729 9884 match_part 1.000 10472 10496 match_11 match_part 0.938 9128 9289 match_part 1.000 9729 9774 match_12 match_part 1.000 9129 9289 match_part 1.000 9729 9884 match_part 1.000 10472 10753 match_13 match_part 0.992 9171 9289 match_part 1.000 9729 9884 match_part 0.985 10472 10881 match_14 match_part 1.000 9229 9289 match_part 1.000 9729 9884 match_part 1.000 10472 10710 match_15 match_part 0.933 10648 10902 match_16 match_part 0.984 33941 34062 match_part 0.938 35618 35665 match_17 match_part 1.000 33942 34062 match_part 1.000 35618 35685 match_part 1.000 35764 35929 match_part 1.000 36032 36094 match_part 1.000 36444 36539 match_part 1.000 36806 36855 match_18 match_part 1.000 35871 35929 match_part 1.000 36032 36094 match_part 1.000 36444 36539 match_part 1.000 36806 36973 match_part 0.975 39136 39214 match_19 match_part 0.909 36485 36539 match_part 1.000 36806 36973 match_part 1.000 39136 39306 match_part 1.000 40252 40401 match_part 1.000 40467 40476 match_20 match_part 1.000 36958 36973 match_part 1.000 39136 39306 match_part 1.000 40252 40401 match_part 1.000 40467 40598 match_part 0.987 41007 41162 match_21 match_part 1.000 36958 36973 match_part 1.000 39136 39306 match_part 1.000 40252 40401 match_part 1.000 40467 40598 match_part 1.000 41007 41103 match_22 match_part 0.967 39156 39306 match_part 1.000 40252 40401 match_part 0.984 40467 40529 match_23 match_part 1.000 39245 39306 match_part 1.000 40252 40401 match_part 1.000 40467 40598 match_part 0.986 41007 41362 match_24 match_part 0.950 61834 61873 match_part 0.999 62075 62919 match_25 match_part 0.998 62474 63111 match_26 match_part 1.000 62811 63529 match_27 match_part 0.998 62811 63293 match_28 match_part 0.966 64166 64194 match_part 0.992 64275 64522 match_part 0.991 64610 64717 match_part 0.991 67529 67752 match_29 match_part 1.000 64490 64522 match_part 0.991 64610 64717 match_part 0.996 67529 68085 match_30 match_part 0.981 76474 76629 match_part 1.000 76957 77057 match_part 0.987 78756 79056 match_31 match_part 0.981 76474 76629 match_part 1.000 76957 77057 match_part 0.987 78756 79056 match_32 match_part 1.000 76475 76629 match_part 1.000 76957 77057 match_part 1.000 78756 79115 match_33 match_part 1.000 76475 76629 match_part 1.000 76957 77057 match_part 0.983 78756 79056 match_34 match_part 1.000 76475 76629 match_part 1.000 76957 77057 match_part 0.993 78756 79049 match_35 match_part 1.000 76477 76629 match_part 1.000 76957 77057 match_part 0.976 78756 79087 match_36 match_part 1.000 76477 76629 match_part 1.000 76957 77057 match_part 0.976 78756 79087 match_37 match_part 1.000 76477 76629 match_part 1.000 76957 77057 match_part 0.979 78756 79087 match_38 match_part 1.000 76477 76629 match_part 1.000 76957 77057 match_part 1.000 78756 78831 match_39 match_part 0.941 76477 76629 match_part 1.000 76957 77030 match_40 match_part 1.000 76478 76629 match_part 1.000 76957 77057 match_part 1.000 78756 79115 match_41 match_part 1.000 76478 76629 match_part 1.000 76957 77057 match_part 0.987 78756 79056 match_42 match_part 1.000 76479 76629 match_part 1.000 76957 77057 match_part 0.987 78756 79056 match_43 match_part 1.000 76479 76629 match_part 1.000 76957 77057 match_part 1.000 78756 79056 match_44 match_part 1.000 76479 76629 match_part 1.000 76957 77057 match_part 0.996 78756 79022 match_45 match_part 0.993 76481 76629 match_part 1.000 76957 77057 match_part 0.988 78756 79088 match_46 match_part 1.000 76481 76629 match_part 1.000 76957 77057 match_part 0.997 78756 79056 match_47 match_part 1.000 76482 76629 match_part 1.000 76957 77057 match_part 1.000 78756 79023 match_48 match_part 0.993 76482 76629 match_part 1.000 76957 77057 match_part 1.000 78756 78926 match_49 match_part 1.000 76485 76629 match_part 1.000 76957 77057 match_part 1.000 78756 78926 match_50 match_part 0.921 76491 76629 match_part 0.950 76957 77057 match_part 0.937 78756 79056 match_51 match_part 0.989 76535 76629 match_part 1.000 76957 77057 match_part 0.987 78756 79056 match_52 match_part 1.000 76537 76629 match_part 1.000 76957 77057 match_part 0.983 78756 79056 match_53 match_part 1.000 76548 76629 match_part 1.000 76957 77057 match_part 0.976 78756 79089 match_54 match_part 1.000 76564 76629 match_part 1.000 76957 77057 match_part 0.980 78756 79054 match_55 match_part 1.000 76567 76629 match_part 0.980 76957 77057 match_part 0.987 78756 79056 match_56 match_part 0.914 76588 76622 match_part 0.333 76755 76763 match_part 1.000 76957 77057 match_part 0.994 78756 79115 match_57 match_part 1.000 76957 77057 match_part 0.983 78756 79056 match_part 0.622 79203 79239 match_58 match_part 1.000 76961 77057 match_part 0.993 78756 79056 match_59 match_part 0.978 76966 77057 match_part 0.961 78756 79089 match_60 match_part 1.000 76968 77057 match_part 0.987 78756 79056 match_61 match_part 0.929 76974 77057 match_part 0.963 78756 79056 match_62 match_part 0.981 77006 77057 match_part 0.979 78756 79082 match_63 match_part 1.000 78756 79074 match_64 match_part 0.987 78756 79056 match_65 match_part 0.983 78757 79056 match_66 match_part 0.987 78757 79056 match_67 match_part 1.000 78760 79048 match_68 match_part 1.000 90579 91302 match_69 match_part 0.997 90579 91230 match_70 match_part 0.982 90643 91326 match_71 match_part 0.974 94236 94391 match_part 0.980 95477 95624 match_part 0.967 95841 96208 match_72 match_part 1.000 94237 94391 match_part 1.000 95477 95624 match_part 1.000 95841 96065 match_73 match_part 0.998 96367 96984 match_74 match_part 0.996 96371 97089 match_75 match_part 0.994 96902 97593 match_76 match_part 1.000 97204 97593 match_77 match_part 1.000 112441 112483 match_part 1.000 113696 114180 match_78 match_part 1.000 112450 112483 match_part 1.000 113696 114239 match_79 match_part 1.000 113696 114108 match_80 match_part 0.996 113699 114244 match_part 1.000 114538 114631 match_part 0.985 114756 114892 match_part 0.925 115648 115700 match_81 match_part 1.000 113904 114244 match_part 1.000 114538 114631 match_part 0.978 114756 114892 match_part 0.980 115648 115745 match_part 1.000 116006 116025 match_82 match_part 1.000 113904 114244 match_part 1.000 114538 114631 match_part 1.000 114756 114892 match_part 1.000 115648 115745 match_part 1.000 116006 116025 match_83 match_part 1.000 113904 114244 match_part 1.000 114538 114631 match_part 1.000 114756 114892 match_part 1.000 115648 115675 match_84 match_part 0.997 113904 114244 match_part 1.000 114538 114631 match_part 0.992 114756 114875 match_85 match_part 0.997 113904 114244 match_part 1.000 114538 114631 match_part 0.986 114756 114828 match_86 match_part 1.000 113904 114244 match_part 1.000 114538 114579 match_87 match_part 0.979 113904 114244 match_part 1.000 114538 114573 match_88 match_part 0.984 114063 114244 match_part 0.989 114538 114631 match_part 0.993 114756 114892 match_part 1.000 115648 115692 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_89 match_part 1.000 42775 42770 match_part 0.994 42685 42526 match_part 1.000 42426 42324 match_part 1.000 42229 42148 match_part 0.983 42074 41780 match_90 match_part 1.000 42589 42526 match_part 1.000 42426 42324 match_part 1.000 42229 42148 match_part 1.000 42074 41798 match_91 match_part 1.000 44188 44100 match_part 1.000 42685 42526 match_part 1.000 42426 42324 match_part 1.000 42229 42148 match_part 1.000 42074 41892 match_92 match_part 1.000 45737 45706 match_part 1.000 44291 44100 match_part 1.000 42685 42526 match_part 1.000 42426 42324 match_part 1.000 42229 42148 match_part 1.000 42074 41992 match_93 match_part 1.000 45737 45706 match_part 1.000 44291 44100 match_part 1.000 42685 42526 match_part 0.990 42426 42324 match_part 0.986 42229 42159 match_94 match_part 1.000 46055 45706 match_part 1.000 44291 44100 match_part 1.000 42685 42526 match_part 1.000 42426 42324 match_part 0.981 42229 42176 match_95 match_part 1.000 46012 45706 match_part 1.000 44291 44100 match_part 1.000 42685 42551 match_96 match_part 1.000 46106 45706 match_part 1.000 44291 44105 match_97 match_part 1.000 46004 45706 match_part 0.984 44291 44107 match_98 match_part 0.982 46090 45706 match_part 0.993 44291 44139 match_99 match_part 0.998 46142 45706 match_part 0.981 44291 44189 match_100 match_part 0.988 46109 45706 match_part 0.978 44291 44203 match_101 match_part 0.995 46012 45803 match_102 match_part 1.000 82021 81914 match_part 1.000 81351 81280 match_part 1.000 80899 80834 match_part 0.931 80749 80488 match_103 match_part 1.000 82400 82308 match_part 0.993 82214 81914 match_part 0.986 81351 81280 match_part 1.000 80899 80834 match_part 0.969 80749 80494 match_104 match_part 1.000 81342 81280 match_part 1.000 80899 80834 match_part 0.992 80749 80494 match_105 match_part 1.000 80881 80834 match_part 0.992 80749 80494 match_106 match_part 1.000 82700 82679 match_part 0.993 82441 82308 match_part 0.993 82214 81914 match_part 0.986 81351 81280 match_part 1.000 80899 80834 match_part 0.992 80749 80498 match_107 match_part 1.000 82400 82308 match_part 0.987 82214 81914 match_part 0.986 81351 81280 match_part 1.000 80899 80834 match_part 0.988 80749 80498 match_108 match_part 0.981 82922 82817 match_part 1.000 82732 82679 match_part 0.993 82441 82308 match_part 0.993 82214 81914 match_part 0.986 81351 81280 match_part 1.000 80899 80834 match_part 1.000 80749 80641 match_109 match_part 0.993 82965 82817 match_part 1.000 82732 82679 match_part 0.993 82441 82308 match_part 0.993 82214 81914 match_part 0.986 81351 81280 match_part 1.000 80899 80834 match_part 1.000 80749 80725 match_110 match_part 0.986 83098 82817 match_part 1.000 82732 82679 match_part 1.000 82441 82308 match_part 1.000 82214 81914 match_part 0.944 81351 81280 match_part 0.931 80899 80871 match_111 match_part 0.971 83166 82817 match_part 1.000 82732 82679 match_part 1.000 82441 82308 match_part 1.000 82214 81914 match_part 1.000 81351 81280 match_112 match_part 0.973 82998 82817 match_part 1.000 82732 82679 match_part 0.993 82441 82308 match_part 0.993 82214 81914 match_part 0.972 81351 81280 match_113 match_part 0.994 83157 82817 match_part 1.000 82732 82679 match_part 1.000 82441 82308 match_part 1.000 82214 81919 match_114 match_part 0.975 83142 82817 match_part 1.000 82732 82679 match_part 0.993 82441 82308 match_part 0.997 82214 81920 match_115 match_part 0.988 83138 82817 match_part 1.000 82732 82679 match_part 1.000 82441 82308 match_part 0.997 82214 81921 match_116 match_part 1.000 82935 82817 match_part 1.000 82732 82679 match_part 1.000 82441 82308 match_part 1.000 82214 82153 match_117 match_part 0.980 83017 82817 match_part 1.000 82732 82679 match_part 0.985 82441 82308 match_part 1.000 82214 82186 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C06SLm0062L07.1 type gene exon 5485 5525 exon 7720 7898 exon 8161 8344 exon 8535 8609 exon 8828 8937 exon 9071 9289 exon 9729 9884 exon 10472 10902 gene_2 gene GT_PGL_1_AGS_2 transcript source GenomeThreader seq_id C06SLm0062L07.1 type gene exon 8825 8937 exon 9071 9289 exon 9729 9884 exon 10472 10902 gene_3 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C06SLm0062L07.1 type gene exon 33941 34062 exon 35618 35685 exon 35764 35929 exon 36032 36094 exon 36444 36539 exon 36806 36973 exon 39136 39306 exon 40252 40401 exon 40467 40598 exon 41007 41362 gene_4 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C06SLm0062L07.1 type gene exon 46142 45706 exon 44291 44100 exon 42685 42526 exon 42426 42324 exon 42229 42148 exon 42074 41798 gene_5 gene GT_PGL_3_AGS_2 transcript source GenomeThreader seq_id C06SLm0062L07.1 type gene exon 42775 42770 exon 42685 42526 exon 42426 42324 exon 42229 42148 exon 42074 41780 gene_6 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C06SLm0062L07.1 type gene exon 61834 61873 exon 62075 63529 gene_7 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C06SLm0062L07.1 type gene exon 64166 64194 exon 64275 64522 exon 64610 64717 exon 67529 68085 gene_8 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C06SLm0062L07.1 type gene exon 76474 76629 exon 76957 77057 exon 78756 79115 gene_9 gene GT_PGL_6_AGS_2 transcript source GenomeThreader seq_id C06SLm0062L07.1 type gene exon 76474 76629 exon 76957 77057 exon 78756 79056 exon 79203 79239 gene_10 gene GT_PGL_6_AGS_3 transcript source GenomeThreader seq_id C06SLm0062L07.1 type gene exon 76588 76622 exon 76755 76763 exon 76957 77057 exon 78756 79115 gene_11 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C06SLm0062L07.1 type gene exon 83166 82817 exon 82732 82679 exon 82441 82308 exon 82214 81914 exon 81351 81280 exon 80899 80834 exon 80749 80488 gene_12 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C06SLm0062L07.1 type gene exon 90579 91326 gene_13 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C06SLm0062L07.1 type gene exon 94236 94391 exon 95477 95624 exon 95841 96208 gene_14 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C06SLm0062L07.1 type gene exon 96367 97593 gene_15 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C06SLm0062L07.1 type gene exon 112441 112483 exon 113696 114244 exon 114538 114631 exon 114756 114892 exon 115648 115745 exon 116006 116025 AUGUSTUS_tom_cdna de novo gene_1 gene 1 5390 10711 transcript_1 transcript 5390 10711 CDS_1 CDS 5390 5525 CDS_2 CDS 7720 7898 CDS_3 CDS 8161 8344 CDS_4 CDS 8535 8609 CDS_5 CDS 8828 8937 CDS_6 CDS 9071 9289 CDS_7 CDS 9729 9884 CDS_8 CDS 10472 10711 stop_codon_1 stop_codon 10709 10711 gene_2 gene 1 12054 15411 transcript_2 transcript 12054 15411 start_codon_1 start_codon 12054 12056 CDS_9 CDS 12054 12160 CDS_10 CDS 12232 12364 CDS_11 CDS 12460 12541 CDS_12 CDS 13959 14284 CDS_13 CDS 14384 14449 CDS_14 CDS 14820 14924 CDS_15 CDS 15010 15411 stop_codon_2 stop_codon 15409 15411 gene_3 gene 1 17856 41081 transcript_3 transcript 17856 41081 start_codon_2 start_codon 17856 17858 CDS_16 CDS 17856 18002 CDS_17 CDS 18272 18343 CDS_18 CDS 18422 18538 CDS_19 CDS 18662 18823 CDS_20 CDS 23256 23363 CDS_21 CDS 24043 24192 CDS_22 CDS 25097 25309 CDS_23 CDS 31353 31442 CDS_24 CDS 31524 31649 CDS_25 CDS 32406 32555 CDS_26 CDS 33919 34062 CDS_27 CDS 35618 35685 CDS_28 CDS 35764 35929 CDS_29 CDS 36032 36079 CDS_30 CDS 36444 36539 CDS_31 CDS 36806 36973 CDS_32 CDS 39136 39306 CDS_33 CDS 40252 40401 CDS_34 CDS 40467 40598 CDS_35 CDS 41007 41081 stop_codon_3 stop_codon 41079 41081 gene_4 gene 1 59030 67715 transcript_4 transcript 59030 67715 start_codon_3 start_codon 59030 59032 CDS_36 CDS 59030 59117 CDS_37 CDS 59237 61641 CDS_38 CDS 61728 61873 CDS_39 CDS 62075 63997 CDS_40 CDS 64146 64194 CDS_41 CDS 64275 64522 CDS_42 CDS 64610 64717 CDS_43 CDS 67529 67715 stop_codon_4 stop_codon 67713 67715 gene_5 gene 1 72737 78822 transcript_5 transcript 72737 78822 start_codon_4 start_codon 72737 72739 CDS_44 CDS 72737 72815 CDS_45 CDS 76436 76629 CDS_46 CDS 76957 77057 CDS_47 CDS 78756 78822 stop_codon_5 stop_codon 78820 78822 gene_6 gene 1 89731 91173 transcript_6 transcript 89731 91173 start_codon_5 start_codon 89731 89733 CDS_48 CDS 89731 91173 stop_codon_6 stop_codon 91171 91173 gene_7 gene 1 92304 97339 transcript_7 transcript 92304 97339 start_codon_6 start_codon 92304 92306 CDS_49 CDS 92304 92338 CDS_50 CDS 94301 94391 CDS_51 CDS 95477 95624 CDS_52 CDS 95841 97339 stop_codon_7 stop_codon 97337 97339 gene_8 gene 1 113753 115883 transcript_8 transcript 113753 115883 start_codon_7 start_codon 113753 113755 CDS_53 CDS 113753 114244 CDS_54 CDS 114538 114631 CDS_55 CDS 114756 114892 CDS_56 CDS 115648 115745 CDS_57 CDS 115841 115883 stop_codon_8 stop_codon 115881 115883 AUGUSTUS_tom_cdna de novo gene_9 gene 1 46020 41997 transcript_9 transcript 46020 41997 stop_codon_9 stop_codon 41999 41997 CDS_58 CDS 42074 41997 CDS_59 CDS 42229 42148 CDS_60 CDS 42426 42324 CDS_61 CDS 42685 42526 CDS_62 CDS 44291 44100 CDS_63 CDS 46020 45706 start_codon_8 start_codon 46020 46018 gene_10 gene 1 82951 80726 transcript_10 transcript 82951 80726 stop_codon_10 stop_codon 80728 80726 CDS_64 CDS 80749 80726 CDS_65 CDS 80899 80834 CDS_66 CDS 81351 81280 CDS_67 CDS 82214 81914 CDS_68 CDS 82441 82308 CDS_69 CDS 82732 82679 CDS_70 CDS 82951 82817 start_codon_9 start_codon 82951 82949 gene_11 gene 1 107261 106914 transcript_11 transcript 107261 106914 stop_codon_11 stop_codon 106916 106914 CDS_71 CDS 107261 106914 start_codon_10 start_codon 107261 107259 AUGUSTUS_ab_initio de novo gene_1 gene 1 7793 10711 transcript_1 transcript 7793 10711 CDS_1 CDS 7793 7898 CDS_2 CDS 8161 8344 CDS_3 CDS 8828 8937 CDS_4 CDS 10472 10711 stop_codon_1 stop_codon 10709 10711 gene_2 gene 1 12054 40610 transcript_2 transcript 12054 40610 start_codon_1 start_codon 12054 12056 CDS_5 CDS 12054 12160 CDS_6 CDS 12232 12364 CDS_7 CDS 12460 12541 CDS_8 CDS 13959 14284 CDS_9 CDS 14384 14449 CDS_10 CDS 14820 14924 CDS_11 CDS 15010 15117 CDS_12 CDS 17886 18002 CDS_13 CDS 18272 18343 CDS_14 CDS 18422 18538 CDS_15 CDS 18662 18823 CDS_16 CDS 23256 23363 CDS_17 CDS 24043 24192 CDS_18 CDS 25097 25309 CDS_19 CDS 31353 31442 CDS_20 CDS 31524 31649 CDS_21 CDS 32406 32555 CDS_22 CDS 33919 34062 CDS_23 CDS 36032 36079 CDS_24 CDS 36444 36539 CDS_25 CDS 40252 40401 CDS_26 CDS 40467 40610 stop_codon_2 stop_codon 40608 40610 gene_3 gene 1 59626 61665 transcript_3 transcript 59626 61665 start_codon_2 start_codon 59626 59628 CDS_27 CDS 59626 61665 stop_codon_3 stop_codon 61663 61665 gene_4 gene 1 62082 67715 transcript_4 transcript 62082 67715 start_codon_3 start_codon 62082 62084 CDS_28 CDS 62082 63997 CDS_29 CDS 64146 64194 CDS_30 CDS 64275 64522 CDS_31 CDS 67529 67715 stop_codon_4 stop_codon 67713 67715 gene_5 gene 1 76489 91173 transcript_5 transcript 76489 91173 start_codon_4 start_codon 76489 76491 CDS_32 CDS 76489 76629 CDS_33 CDS 76957 77057 CDS_34 CDS 81306 81412 CDS_35 CDS 89726 91173 stop_codon_5 stop_codon 91171 91173 gene_6 gene 1 93364 97339 transcript_6 transcript 93364 97339 start_codon_5 start_codon 93364 93366 CDS_36 CDS 93364 93408 CDS_37 CDS 94301 94391 CDS_38 CDS 95841 97339 stop_codon_6 stop_codon 97337 97339 gene_7 gene 1 113753 114250 transcript_7 transcript 113753 114250 start_codon_6 start_codon 113753 113755 CDS_39 CDS 113753 114250 stop_codon_7 stop_codon 114248 114250 AUGUSTUS_ab_initio de novo gene_8 gene 1 107649 105258 transcript_8 transcript 107649 105258 stop_codon_8 stop_codon 105260 105258 CDS_40 CDS 105263 105258 CDS_41 CDS 107192 106962 CDS_42 CDS 107649 107521 start_codon_7 start_codon 107649 107647 AUGUSTUS_tom_ugs de novo gene_1 gene 1 5513 10711 transcript_1 transcript 5513 10711 start_codon_1 start_codon 5513 5515 CDS_1 CDS 5513 5525 CDS_2 CDS 7720 7898 CDS_3 CDS 8161 8344 CDS_4 CDS 8535 8609 CDS_5 CDS 8828 8937 CDS_6 CDS 9071 9289 CDS_7 CDS 9729 9884 CDS_8 CDS 10472 10711 stop_codon_1 stop_codon 10709 10711 gene_2 gene 1 12054 15411 transcript_2 transcript 12054 15411 start_codon_2 start_codon 12054 12056 CDS_9 CDS 12054 12160 CDS_10 CDS 12232 12364 CDS_11 CDS 12460 12541 CDS_12 CDS 13959 14284 CDS_13 CDS 14384 14449 CDS_14 CDS 14820 14924 CDS_15 CDS 15010 15411 stop_codon_2 stop_codon 15409 15411 gene_3 gene 1 17856 40610 transcript_3 transcript 17856 40610 start_codon_3 start_codon 17856 17858 CDS_16 CDS 17856 18002 CDS_17 CDS 18272 18343 CDS_18 CDS 18422 18538 CDS_19 CDS 18662 18823 CDS_20 CDS 23256 23363 CDS_21 CDS 24043 24192 CDS_22 CDS 25097 25309 CDS_23 CDS 31353 31442 CDS_24 CDS 31524 31649 CDS_25 CDS 32406 32555 CDS_26 CDS 33919 34062 CDS_27 CDS 36032 36079 CDS_28 CDS 36444 36539 CDS_29 CDS 40252 40401 CDS_30 CDS 40467 40610 stop_codon_3 stop_codon 40608 40610 gene_4 gene 1 59030 67715 transcript_4 transcript 59030 67715 start_codon_4 start_codon 59030 59032 CDS_31 CDS 59030 59117 CDS_32 CDS 59237 61641 CDS_33 CDS 61728 61873 CDS_34 CDS 62075 63997 CDS_35 CDS 64146 64194 CDS_36 CDS 64275 64522 CDS_37 CDS 64610 64717 CDS_38 CDS 67529 67715 stop_codon_4 stop_codon 67713 67715 gene_5 gene 1 76489 78822 transcript_5 transcript 76489 78822 start_codon_5 start_codon 76489 76491 CDS_39 CDS 76489 76629 CDS_40 CDS 76957 77057 CDS_41 CDS 78756 78822 stop_codon_5 stop_codon 78820 78822 gene_6 gene 1 89731 91173 transcript_6 transcript 89731 91173 start_codon_6 start_codon 89731 89733 CDS_42 CDS 89731 91173 stop_codon_6 stop_codon 91171 91173 gene_7 gene 1 92304 97339 transcript_7 transcript 92304 97339 start_codon_7 start_codon 92304 92306 CDS_43 CDS 92304 92338 CDS_44 CDS 94301 94391 CDS_45 CDS 95477 95624 CDS_46 CDS 95841 97339 stop_codon_7 stop_codon 97337 97339 gene_8 gene 1 113753 115883 transcript_8 transcript 113753 115883 start_codon_8 start_codon 113753 113755 CDS_47 CDS 113753 114244 CDS_48 CDS 114538 114631 CDS_49 CDS 114756 114892 CDS_50 CDS 115648 115745 CDS_51 CDS 115841 115883 stop_codon_8 stop_codon 115881 115883 AUGUSTUS_tom_ugs de novo gene_9 gene 1 46020 41997 transcript_9 transcript 46020 41997 stop_codon_9 stop_codon 41999 41997 CDS_52 CDS 42074 41997 CDS_53 CDS 42229 42148 CDS_54 CDS 42426 42324 CDS_55 CDS 42685 42526 CDS_56 CDS 44291 44100 CDS_57 CDS 46020 45706 start_codon_9 start_codon 46020 46018 gene_10 gene 1 82951 80726 transcript_10 transcript 82951 80726 stop_codon_10 stop_codon 80728 80726 CDS_58 CDS 80749 80726 CDS_59 CDS 80899 80834 CDS_60 CDS 81351 81280 CDS_61 CDS 82214 81914 CDS_62 CDS 82441 82308 CDS_63 CDS 82732 82679 CDS_64 CDS 82951 82817 start_codon_10 start_codon 82951 82949 gene_11 gene 1 107649 105258 transcript_11 transcript 107649 105258 stop_codon_11 stop_codon 105260 105258 CDS_65 CDS 105263 105258 CDS_66 CDS 107192 106962 CDS_67 CDS 107649 107521 start_codon_11 start_codon 107649 107647 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_1 match_part 1.000 5485 5525 match_part 1.000 7720 7898 match_part 1.000 8161 8344 match_part 1.000 8535 8609 match_part 1.000 8828 8937 match_part 1.000 9071 9289 match_part 1.000 9729 9884 match_part 0.981 10472 10902 match_2 match_part 1.000 33942 34062 match_part 1.000 35618 35685 match_part 1.000 35764 35929 match_part 1.000 36032 36094 match_part 1.000 36444 36539 match_part 1.000 36806 36973 match_part 1.000 39136 39306 match_part 1.000 40252 40401 match_part 1.000 40467 40598 match_part 0.986 41007 41362 match_3 match_part 1.000 61842 61873 match_part 0.999 62075 63293 match_4 match_part 1.000 62811 63529 match_5 match_part 0.966 64166 64194 match_part 0.992 64275 64522 match_part 0.991 64610 64717 match_part 0.996 67529 68085 match_6 match_part 0.989 90579 91326 match_7 match_part 1.000 94236 94391 match_part 1.000 95477 95624 match_part 0.986 95841 96208 match_8 match_part 0.998 96367 97593 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_9 match_part 1.000 46142 45706 match_part 1.000 44291 44100 match_part 1.000 42685 42526 match_part 1.000 42426 42324 match_part 1.000 42229 42148 match_part 1.000 42074 41766 match_10 match_part 1.000 83157 82817 match_part 1.000 82732 82679 match_part 1.000 82441 82308 match_part 0.993 82214 81914 match_part 0.986 81351 81280 match_part 1.000 80899 80834 match_part 1.000 80749 80494 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C06SLm0062L07.1 type gene exon 5485 5525 exon 7720 7898 exon 8161 8344 exon 8535 8609 exon 8828 8937 exon 9071 9289 exon 9729 9884 exon 10472 10902 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C06SLm0062L07.1 type gene exon 33942 34062 exon 35618 35685 exon 35764 35929 exon 36032 36094 exon 36444 36539 exon 36806 36973 exon 39136 39306 exon 40252 40401 exon 40467 40598 exon 41007 41362 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C06SLm0062L07.1 type gene exon 46142 45706 exon 44291 44100 exon 42685 42526 exon 42426 42324 exon 42229 42148 exon 42074 41766 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C06SLm0062L07.1 type gene exon 61842 61873 exon 62075 63529 gene_5 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C06SLm0062L07.1 type gene exon 64166 64194 exon 64275 64522 exon 64610 64717 exon 67529 68085 gene_6 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C06SLm0062L07.1 type gene exon 83157 82817 exon 82732 82679 exon 82441 82308 exon 82214 81914 exon 81351 81280 exon 80899 80834 exon 80749 80494 gene_7 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C06SLm0062L07.1 type gene exon 90579 91326 gene_8 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C06SLm0062L07.1 type gene exon 94236 94391 exon 95477 95624 exon 95841 96208 gene_9 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C06SLm0062L07.1 type gene exon 96367 97593 GenomeThreader_SGN_markers SGN marker sequences GenomeThreader_SGN_markers SGN marker sequences match_1 match_part 1.000 33942 34062 match_part 1.000 35618 35685 match_part 1.000 35764 35929 match_part 1.000 36032 36094 match_part 1.000 36444 36539 match_part 1.000 36806 36973 match_part 1.000 39136 39306 match_part 1.000 40252 40401 match_part 1.000 40467 40598 match_part 0.986 41007 41362 match_2 match_part 0.977 76455 76629 match_part 0.990 76957 77057 match_part 0.936 78756 79101 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C06SLm0062L07.1 type gene exon 33942 34062 exon 35618 35685 exon 35764 35929 exon 36032 36094 exon 36444 36539 exon 36806 36973 exon 39136 39306 exon 40252 40401 exon 40467 40598 exon 41007 41362 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C06SLm0062L07.1 type gene exon 76455 76629 exon 76957 77057 exon 78756 79101 AUGUSTUS_tom_pot_cdna de novo gene_1 gene 1 5390 10711 transcript_1 transcript 5390 10711 CDS_1 CDS 5390 5525 CDS_2 CDS 7720 7898 CDS_3 CDS 8161 8344 CDS_4 CDS 8535 8609 CDS_5 CDS 8828 8937 CDS_6 CDS 9071 9289 CDS_7 CDS 9729 9884 CDS_8 CDS 10472 10711 stop_codon_1 stop_codon 10709 10711 gene_2 gene 1 12054 15411 transcript_2 transcript 12054 15411 start_codon_1 start_codon 12054 12056 CDS_9 CDS 12054 12160 CDS_10 CDS 12232 12364 CDS_11 CDS 12460 12541 CDS_12 CDS 13959 14284 CDS_13 CDS 14384 14449 CDS_14 CDS 14820 14924 CDS_15 CDS 15010 15411 stop_codon_2 stop_codon 15409 15411 gene_3 gene 1 17856 41081 transcript_3 transcript 17856 41081 start_codon_2 start_codon 17856 17858 CDS_16 CDS 17856 18002 CDS_17 CDS 18272 18343 CDS_18 CDS 18422 18538 CDS_19 CDS 18662 18823 CDS_20 CDS 23256 23363 CDS_21 CDS 24043 24192 CDS_22 CDS 25097 25309 CDS_23 CDS 31353 31442 CDS_24 CDS 31524 31649 CDS_25 CDS 31780 31842 CDS_26 CDS 31958 32046 CDS_27 CDS 32199 32289 CDS_28 CDS 32406 32555 CDS_29 CDS 32646 32837 CDS_30 CDS 32933 32998 CDS_31 CDS 33645 33800 CDS_32 CDS 33919 34062 CDS_33 CDS 35618 35685 CDS_34 CDS 35764 35929 CDS_35 CDS 36032 36079 CDS_36 CDS 36444 36539 CDS_37 CDS 36806 36973 CDS_38 CDS 39136 39306 CDS_39 CDS 40252 40401 CDS_40 CDS 40467 40598 CDS_41 CDS 41007 41081 stop_codon_3 stop_codon 41079 41081 gene_4 gene 1 59030 67715 transcript_4 transcript 59030 67715 start_codon_3 start_codon 59030 59032 CDS_42 CDS 59030 59117 CDS_43 CDS 59237 61641 CDS_44 CDS 61728 61873 CDS_45 CDS 62075 63997 CDS_46 CDS 64146 64194 CDS_47 CDS 64275 64522 CDS_48 CDS 64610 64717 CDS_49 CDS 67529 67715 stop_codon_4 stop_codon 67713 67715 gene_5 gene 1 72737 78822 transcript_5 transcript 72737 78822 start_codon_4 start_codon 72737 72739 CDS_50 CDS 72737 72815 CDS_51 CDS 76436 76629 CDS_52 CDS 76957 77057 CDS_53 CDS 78756 78822 stop_codon_5 stop_codon 78820 78822 gene_6 gene 1 89731 91173 transcript_6 transcript 89731 91173 start_codon_5 start_codon 89731 89733 CDS_54 CDS 89731 91173 stop_codon_6 stop_codon 91171 91173 gene_7 gene 1 92304 97339 transcript_7 transcript 92304 97339 start_codon_6 start_codon 92304 92306 CDS_55 CDS 92304 92338 CDS_56 CDS 94301 94391 CDS_57 CDS 95477 95624 CDS_58 CDS 95841 97339 stop_codon_7 stop_codon 97337 97339 gene_8 gene 1 107659 113707 transcript_8 transcript 107659 113707 start_codon_7 start_codon 107659 107661 CDS_59 CDS 107659 107690 CDS_60 CDS 112294 112483 CDS_61 CDS 113696 113707 stop_codon_8 stop_codon 113705 113707 gene_9 gene 1 113753 115883 transcript_9 transcript 113753 115883 start_codon_8 start_codon 113753 113755 CDS_62 CDS 113753 114244 CDS_63 CDS 114538 114631 CDS_64 CDS 114756 114892 CDS_65 CDS 115648 115745 CDS_66 CDS 115841 115883 stop_codon_9 stop_codon 115881 115883 AUGUSTUS_tom_pot_cdna de novo gene_10 gene 1 46020 41997 transcript_10 transcript 46020 41997 stop_codon_10 stop_codon 41999 41997 CDS_67 CDS 42074 41997 CDS_68 CDS 42229 42148 CDS_69 CDS 42426 42324 CDS_70 CDS 42685 42526 CDS_71 CDS 44291 44100 CDS_72 CDS 46020 45706 start_codon_9 start_codon 46020 46018 gene_11 gene 1 82951 80726 transcript_11 transcript 82951 80726 stop_codon_11 stop_codon 80728 80726 CDS_73 CDS 80749 80726 CDS_74 CDS 80899 80834 CDS_75 CDS 81351 81280 CDS_76 CDS 82214 81914 CDS_77 CDS 82441 82308 CDS_78 CDS 82732 82679 CDS_79 CDS 82951 82817 start_codon_10 start_codon 82951 82949 gene_12 gene 2 107649 105258 transcript_12 transcript 107649 105258 stop_codon_12 stop_codon 105260 105258 CDS_80 CDS 105263 105258 CDS_81 CDS 107192 106962 CDS_82 CDS 107649 107521 start_codon_11 start_codon 107649 107647 transcript_13 transcript 107261 106914 stop_codon_13 stop_codon 106916 106914 CDS_83 CDS 107261 106914 start_codon_12 start_codon 107261 107259 BLAST_ath_pep AGI Proteins (arabidopsis.org) BLAST_ath_pep AGI Proteins (arabidopsis.org) match_1 match 159 95999 96787 match_2 match 128 113831 114244 match_3 match 56.6 17859 18188 match_4 match 114 18290 18898 match_5 match 826 89731 91170 match_6 match 211 96041 97315 match_7 match 117 10466 10678 match_8 match 108 8161 8340 match_9 match 170 96095 97306 match_10 match 170 96095 97306 match_11 match 55.1 17859 18188 match_12 match 110 18293 18826 match_13 match 72.4 33633 33815 match_14 match 65.5 33907 34062 match_15 match 260 90682 91170 match_16 match 853 89731 91170 match_17 match 853 89731 91170 match_18 match 120 113813 114244 match_19 match 151 59236 60540 match_20 match 48.5 58976 59155 match_21 match 163 59236 60546 match_22 match 160 59236 60594 match_23 match 107 8161 8340 match_24 match 845 89731 91170 match_25 match 848 89731 91164 match_26 match 48.9 21951 22016 match_27 match 84.7 23423 23545 match_28 match 26.2 21566 21640 match_29 match 68.6 26873 27130 match_30 match 155 13829 14455 match_31 match 125 35618 36094 match_32 match 92.0 17886 18188 match_33 match 140 26395 26775 match_34 match 174 18269 18826 match_35 match 50.4 14811 14930 match_36 match 132 30174 30524 match_37 match 123 31347 31664 match_38 match 137 19542 19880 match_39 match 114 15007 15315 match_40 match 203 32403 32852 match_41 match 72.0 21730 21867 match_42 match 45.4 19334 19420 match_43 match 48.9 23250 23324 match_44 match 112 33633 33818 match_45 match 136 25094 25330 match_46 match 125 29881 30084 match_47 match 44.3 32933 32998 match_48 match 45.1 31780 31845 match_49 match 54.3 31958 32044 match_50 match 171 113753 114244 PolyBayes unknown database PolyBayes unknown database SNP_1 SNP 0.70482336407931 42589 42589 SNP_2 SNP 0.847693661025613 64285 64285 SNP_3 SNP 0.985924553442732 64466 64466 SNP_4 SNP 0.892883433885802 64670 64670 SNP_5 SNP 0.888890308671608 96694 96694