C02SLm0021D12.1 ATGATCCAAGGATAAATTGTGAAATGTGAAATCTTTCTAATCATTCCTGCTCCTCTTGGC TAGAAGTAATAGGAGTAGCTATATCTGTATCATGCTGTGAACTCGCATTTTCATCTATTA AATTGTGATATCTTTCATCTGGCTGATGTAATAGGTGATTTTCTTTCTATTAATTCTAAG CGTACTTGGGATCATTTCACCATGGAGTTTTTTCGTCATAGGTATGCACTCTTCTCTATC TCCTCCTGTCCATATCATTTACGCTTGCTTGTAACTTGGTCAAACACTCTATTGTGCCCA GAAGAGTTTTTTCTGTTTCTCTTCATAGCAGATGTAAATAACACTCCAAACAATGTAAGC TGGTATCCCATCTTCAGTGCTCTGACCTTCTCATGTTTACTGCTGCAGGAATCTTAGCTG CCTTTGTTGTGTTCTTGATATTTGACAAAAGCAAGAAGAATTAGATCATTTAGTTCATGC AGTATTTGGTCTAGCATTGATGGGAGAACATCCAACTCTTAATTAAAAAAAACAACGATG GGGCGTGCAGCATCATTCACTCATTGGAGCCTCACTTGAGAGAAGTTGTGTTTACATCCT GGAGTTGCTATATAGTAAGGTGCTTTTTACCAAGCCAGTTATTTTAGTTTTTGTTGTATT TGTTTATTTTGGTACATTGGTAAAGAGTACTAACTAAAAGTTTTTAAAACCTTTGATAAG CTACATAAGCTATCTATCGTAAGTTTCAAAAGTTTTCTTTATTTCTTAAACCTTGAGGAG TTCCTCATCGCGTTCAAATGTTGACATATGTTGCATCTGCAACATCACCCATGCCTCCAC GCCTTGCCGAGTTTTGTAATCCTTCAAGAGAAACACATTCTTGAAGGGACCATTTGCTAG ACACACTCTTTCATCCAAAATCTACACTCTCTCTCTCGTACTTCAATTCTTTCATTTAGT TAGGCGTGATAAAGAATCTTGCACGAAAGAGATTCTTTCACATACTCAATTGGAATCACA CTTAACCTTGCTATTTACTCATAGAAGTTCCTTTTGGAGCTATTGAAGGTATGCAGATGA GGCTTTGGTGGTGGGTGGTGGGAAAACTAAGTTAATTTGGGTAAAAGAAATGAGTTATAT TATTAAGTGGGTCAGATTGGATTATTTAAGTAAAATTAGATAATTTAAATTGATTTGGAG TTTTTCCATCAAAGGAGGGATATATTTGTTAAGTTTTTTGACGTCAGGGGTAAAAATAAC TTATTTTTAATGACATGAGTAAAATCAATTAATAAAACAAAATTGATAAGTAATTTTGAT CCTTTTCCCTACTTTAAAAGTATCTTTTGAAAAAATAAGAAGAAAGAAACTCCCTATATA TCCTCATCTTTGCAATTTGGCAGTGATTCAGGAAGCCCTTGTAAAATAATAATAACAATA ATAATTTTTTTTAAAAAAGAAGAATTTATATATATATATATATATATAAGAATATATTGT AATTAAAATTTAAGGATATATTTGTTCGTATGGAGCAGTGTTTTAAAAGGCGGGGATGCG AGGTACAGTACTGGGCGAGGCGTAAACTTCGAGATACGGATGTAAGTCCCATGGATTCAC GAGGCGTAGTCTCATGTATATTTAAATTTATAGTTTTATTACTAATAAAATAAGTAAAAG TAAATATTTTAATGATTTATGATTTTTATTTGAGATAAATATTAATAATCAATAATGAAG AAAAAAGTATTATAATTATTACTTGAAAAAAATCATTAAACCAATAATAAAAATATGATT TAAAAATAATTTTTTTTAAAAAAACTAAAATAAAAACACCCGGGCATACGTTTTTACGCC CAAGACTTGCGTTTTTATGTTCAAGGCTTACGCCTCAAATTTTCGAGATGTCTTTTAAGA GAATTTAGTATCCTTTATATAGACATAAACTAGGGTTTAGGGTTGAGTAGCCTCCAAGAT TGTATCTAATTGTATATGTATATAATTGTATGTAACTGTATATTATATATATACATTTGT ATAAATGGCGAGCGAGATTGGGAGAGGGACGAGAGAGGCGAGCAAGATTGAGAGAGGGAG GATAGAGGCGAGCGAGAGAGGTAAATTGTATATGGATATAGGTTAAAAAATTATATATTA TACATATGTATTTGTATATCTTGGTGAATTATATACATATACAAACATGACTAATTATAC AAAATCGAAGTCACACGTAATAAATGTATAATGTTAGTCGCGAGTGGTAATTATAGCAAA CTATAGCTATAATGAGTAATTAAATAGTATAAGTTTGCTTAGACGCGTAATATTTCCCCT TTTTATCAAATTTATTTACCCACCAAATTGCTTAACATGTGGTTCAAAGTAATAATGTTG GTTCGCCTTCTCAGTCGTATGAATAATAAATGCAAGTTTAACATAAGAAGATTGTCTGTA CTATGTGAAAAAACTATATTAAAGACTAATATACCACAACTTATGTATGTTTAATTTTAT TTTTTTATTGAATTAAAATTTGATCAATAAATATTGTATTTTTTAGAATATCATTGTGAT AAAAGTATTATGGGATTTTATAAACTTTCACAAGCATTTAAGAGTTACAAGGTATAAAAG TAGATACCTGAGGACGTTTGTGTACATAACTCTCCTTGATTTTAAAAGAATTTATACATA TAAACACTCTACTAATTTACAATTGTTTGATACAATCTCTAAGATTAATACTAAAAATAA AGTTATTAGTACATAAATAAATTGTTGAATTCTTCATTCTTGTTACAACAAAAGCATCCA TTGTAATAGCAAGATGGTTACTAACTAACATACGAGATGCACATGTAACACATAAAATAC AAATATTATTCAATATAAACATTTACATAAAGCCACTAATCTCATTGAACCACCCCTAGA TGAACGGAAAACAAAGCCATCACAACACAAATGAAATCCTAAAATCATGTAACCAACTAG GAAATAAGGTCAAGAAGCTCCTCATCGCGTTCAAATTTAGACATATGTTGTTTGTCCAAC ATTACCCGCGCATCCACACCTTTACCAATTTTGTAATCTTTCAAGAAGAAAAAATTCTTG AACGGACCATTTGGTAAACTAACTCTTTCAGGTTTTCCCAATCCAAAATCCACTTTATAC AATGGAAATCTACAAAGATTACTACAAGAATACACATTCTCATATTCATCATCATATGGT TTTTTCCCTTTTCTCATTGATTCTACTACTTCTAACATAAATTCATTTTGTTCCACATGA TCTTTCTTGTACGCCTCCTCAACTTCCTTCCTTAAACTACGAACCAACGCCGGCAACTCA ATGTCTTCTTCCTTAGTTGCTGTTGTCGAGAAACTGGACAAGATATTCCCAATGGTACTT TGAGGTAGACGAGATTTCAGCATACTACGTACGTTCAAAAGGTGAACAAACTTTGATGGA CGCATTGAAGTAGTTGTACTTGATGCTGCCTTAATTGCACATTTGAAAAGTAGCGCGCTC ACCACTTCAGCCCTAGTTGGATTTTCTACTCCTGATTCTGCTGCTACCTTCAAATGATGT CGCATGAATTGAAATAGATCAGAAAACATGAAGAAGAAGAAAAAACCATAAAAGCAAATA ATAATGGAGTTGTGGTATGATTACCTTAGCTCGAAGTGCGTCTAACTTGGCTGTAGGAAA AATGATTCTTTTTTGTACACACTCACTGACATCAGACAACATTTGTGGCGTAATAATAGG ACTATAGTTATTTGACGAGAAAACAGAATCTCCTACAAATTTAGGAGCCAAAGTTGTTGT CATAGGACTATGAGTCATACGAGACCAATCATTAACGAAATTAAGCATAGAGGTTCCATC ACCAATCTTGTGCGCTAAGCACAAACTGATAGCTATTCCCCCACAATCAAACTTACTTAC TTGTGCCACAAGTAAATTACCACCTTCATAGTTATTCGCCCAAGGCAAGGCCTTGGGAAA AACAATACTCTCTGCTTGAGATGCATCAGGATGATCAAGTATTTCAGACATGGTACAATT TATTCGAACACTCAAAAACTCAGCTCCCATATCGTTACAATCAATAGTAGCATTGTCTCT CAATTTTCCAGCATAAGGATAGTAAGAGACTAGAGTTTTTGATAGAGATGTTTGTAGCAA GTGTGCTATATGGGATAGTTCATTCTCCTCTCTTTGTTGTACTTTAGGGTAAAAAAATGC CAAAGGAATATACAAATTGCTATAGAATTGATCAATGTAAGAGAGTTTGTGGTATCTAAG AGTAGGAGGGGTGAGAGAAAAAGGTTTGATAAAGGTTTTGTCACAAACTGAAACAAGTGA TGGTGATGATAATAATGCAAAAGCCATGATTAATTTAACAGATAACACTACTTAATCCTT AGACAATTTGCTCTATGCAATGGTAATTATGTTTGATAATTTGTTTCCCCATTTCTCATA TATATATATACACACTTAATTTTTTTTACTCTGTTTAAAAAAGAAAATAAAATAAAAATG AAAAGATTCTCTCATATCATTTTCGGCAATAATATTCATGTGACCTCATACCATACACAC GTGACTTCTCTCACACTTTTTCATGTATTCTCACATTTTTTGGCTTACCACTTCAATTCC AGTCAATTTTTTTTGTTTACTCTATGTAAAAAGAAAATAAAATAAAAATGAAAAGATTCC TTCATATCTTTTCTAGTAACAATTCTAATGTGACCTCATATCATACACACGTGACTCCAC TTAGACTTTTACGCACATACTTATGATTTTTGGTTTACCACTTCAATTCCATTAATTTGT TTACTCTATTTAAAAAGAAAATAAAACAAAAGTGAAAAAGATTCTTTCATATCCTTTCTG GTAACAATTCTAATGTGACCTCATACCATACAAATGTGAGTCCATCATACTTTTCCAACA TACTCATGATTTTTGACTTACCACTTCAATTTCATTCAAAAAAATTTGTTTATTCTGTTT AAAAAGAAAATAAAACAAAATGAAAAAGATTTCGTTCATATCCTTTCTTGTAACAATTCT AATGTGACGTCATACCATACACACATGACTTCACTCACACTTTTCCATGCATACTCACGT TTTTTGGGTTACCACTTCAATTCCGTTACAATTTCTTTTTTTTTTTGTGTTTAAAAAGAA CATGAAATAAAAATGAAAAGATTCCTTCATATCCTTTCTGAAAGAGCCTTCTCTCTGTTA CTTATTCTCACCATTTTCCCAAGTTACTTATTCTCTCCATTTTCCCAAGTACCCACTTGG ACGGAAGCCAACATTTTTTATAACAATTCTCATGTGACCTTATACGATAAACTGATACAC ATGTAACTCCACTCACACTTTTTTACACATACTCGTGTTTTTTGGCTTACCGCTTCAATT TCGTTACAATTTTTTTGTTTTTGTGTTTGAAAAGAACATAAAATAAAAATGAAAACATTC CTTCATATCCTTTCTGAAAGAGCCTTGTCTCAGTTACTTATTCTCTCCATTTTCCCAAGT TACTTATTCTCTCTATTTTCTCAAGTACCCACTTGGACGGAAGCCAACATTTCTGATAAC AATTTTCATGTGACCTTATACTATACATTGATACACATGTAACTCTACTCACACTTTTTT ACACATACTCACGTTTTTTGGCTTACCACTTCAATTACATTACAATTTTTTTTTGTTTTT GTGTTTAAAAAGAACATAGAATAAAAATGAAAAGATTCCTTCATATCCTTTCTGAAAGAG CCTTCTCTCAGTTACTTATTCTCTCCATTTTCTCAAGTACTCACTTGGACAGAAGCCAAC ATTTCTGATAACAATTCTCATGTGACCTTATACTATACACTGATGCACATGTAATTCCAC TCACACTTTTTTACACATACTCACGTTTTTTGACTTACCACTTCAATTCCGTTACAATTT TTTTTTGTTTTTGTGTTCAAAAAGAACATAGAATAAAAATGAGAAGATTCTTTCGTATCC TTTCTGAAACATCCTTCTCTCAGTTACTTATTCTCTCCATTTTCCCAAGTACCCACTTGG ACGGAAGCCAACATTTCTAATAACAATTATCATGTGACCTTATACCATACACTGAATCAC ATATAACTTCACTTACACTTTTTTACACATACTTACGTTTTTTGGCTTACCACTTCAATT TCATATCCATAGACACACGGATTATTCGTATGATAAGCATCTTTCGATCTTGTGTCCAAT CTTTATTTTGCGGTATCGAGTCACACAGGAGCACAATGAAGATTGAGGAGCTGTAGAGAC ATAGATGGGCAAAAAAACAGAGCAGGCGGACAGAAAACAACCTTATGATTTACGTGACTA GTTTATCGCGCAATTTTTATTAATTGATATTTAATAGAATTTTTATAAAATAATTTGAAC CATAAATAATTAATATTAGAGATCTCTTAATATTAAGAGGAAACATGAAAAGTAATAATT TCCGTGATACATTAAAAGTAATAAATAAAAAAATATTCATAGGATTATGAATAAATAAAA ATAAACATATCAATAAAGAATACTCCTTATTTTATTTCAATTATCGTTTAGTTCAAAGAA AACATCCCAAAAATGATTTATCACTTTTTTAAAATTTCAAAATTAAACTAGTCCATTATT TTCAAATATGGCTTAATTTTAAAGGAACGTTTTTTTTTTCTAAAAATATTGCTCAATTCT TAAAAAGAAAAAAAACTAGGAGTAATAAATAAGAATAACTAAATAATTTAAGCATTGTGT TTATTATTAATATAACGTGCATGAATAAATGCTAAACCAATAGTTAATTAAACGGATCCG GTTCGTCTTGTTTCTCTTCTCTTTCATTTTTTCAAATTCTTGTTGGATTAGTAGTAACAC ATGCAATAAATTAAATTTGTGGCTAAAATTTAATTGCCCAAAATAAATCCCTAGTCATAA TTTATACTACCAACAGATTAAATTTGACAAACAAAATACTCCAACTTAATAAATTAAACA TGAAAATTATCTAGATAAATGTCTCCATACTATTATATTACCAACCGAAGAGTGCTTCCT CTCGTTGATCAGTTCAAACGATTTTAATTTGCTTTAGTTTAGTGGACATTGATGACATTG AAATTTTATAGAGATTTTTTAAAGATTTTTTTCAATAAATTGGAGAAGTTCGACACATTT AGGGTGTGCTTCATATGATGGTAATTTTCTAGAAAATGTTTTGTTGAAAAACAAATGCAT TTCTAATTTTTTTTTTTTATGTTTGGTTAGAGAGTAAAAAATATTTTCTAATGTTTGATA GGCGAATGAAAATGAAAAATATTTTTTAGAAAATATCTTCCTTTTTTGTTTGCTTGAGAC TAAGAAAATACTCTTCAAGAATATAATTTTCTGATCCGAAAATCAACTCCCATAATTGAT GAAGACAAAAGTATTATAATTATTATTTGAAAAATATCATTAAACCAATAATAAAAATAT GATTTAAAAATAATTTTTTTTTAAAAAAACTAAAATAAAAACACCCGGGCATACGTTTTT ACGCTCAAGACTTGCGTTTTTATGTTCAAGGCTTACGCATCAAATTTTAGGACTTACGCC TATGTTTTTAATTTACACCTGAGAGCGTTTTTTATACACCTCGCTTCGAAACTCGCCCCA AAAACAAGGTCATGTGAAAGTAGTTGTTTCTTTTTTAATAAGAGAAAAGACATAAAGTCA CTCTTAAAGTTGTCTCGTGTTTGCGTAAAGATACCTTAACTTTAGAACTGTCCTATCACC CCATGGAACTAATTAATATCTTTGTAAATGACCCATTTACTCGTCTGGGTTGTTGTCACG AAAATGGGGCGCACGACCCAATCTTTTCACTGCCATAATCAGCTATTACGTCTCAGGTGT CATTATATTTATTTAATATTAATTATTTAATTAATTTACATCATCTTTCCCATTATCTTC TTCACCCAAATAAAAAATGCAATTACCTTTTCTTCATCTTCTTCAACTTAGAAAATCTAT TTACTTCATCCATTTTTTTCTTTTTCTTTCTTGTCTTTGCTTTTCTTTGTTTCTTTTTCT TCTTTTATCTTTTTTTTTTAAAGAAAAAGAAGTCCATTGATTAGAGAATATTGTTTGCAA CAAATGTTAAATATATGGAAAATGAATAAACCATAAGAAATATGATTTTTTTCATCAAGA TTGTGAGTAAAAATATGTTGCTTCCTTGATTCTACTCTCTAAGATTTATCCATGATTCGA GGACCGTTTGGTGTATTTCTCGAACTAGTATGATTTAGATTTGGCCTCTCTATATGAATA ATCTATCAATTTGCAGATTATTCGAGATCTTGATCTCTTTATGAAATTTTTGAGATGTCT TTTAAGAGAATTTAGTATCCTTTATATATAGATATAAACTACGTTAATCGTATATGGATA AAGGTTAAAAAATTATATATTATACATATGTATTTGTATATCTTGGTGAATTATACATAT ATAAACATGACTAATTATACAAAATCGAAGTCAGCCCACGTAATAAATGTATAATGTTAG TCGCGAGTGGTAATTATAGCAAACTATAGCTATAATTAGTAATTAAATAGTATAAGTTTG CTTAGACGCGTAATTCTTTTTCTTTTATCAAATTTATTTACCCACCAAATTGCCTAACAT ATGGTTCAAAATAATAATGTTGGTTCGTCTTCTCAGCCGTATGAATGATAAATGCAAGTT TATTGTAAGAAGATTATCTGTACTATGTGAAAAAATTATATTAAAAACTAATATACCACA ACTTATGTATGTTTAATTTTTTTTTATTGAATTAAAATTTGATCAACTTGTAGTTTTTAG AATATCATTGTGATAAAAGTATTAGGGATTTTATAAACTTTCGCAAGCATTAAGAGTTAC AAGGTATAAAAGTAGATACCTCCGGACGTTTGTGTACGTAACTCTCCTTGATTTTAAAAG AGTTTATACATATAAACACTCTACTAATTCACAACTTTTTGATACAATTTCTAAGATTAA TACTAAAGATAAAGTTATTAGTACATAAATAAATTGTTGAATTCTTCATTCTTGTTACAA CAAAAGCATCCATTGTAATAGCAAGATGGTTACTAACTAACATACGAGATGCACATGTAA CACATAAAATACTAATATTATTCAATATAAACATTTACATAAAGCCACTAATTTCATTGA ACCACCCCAAGATGAACTAGTAGATGAACGGAAAACAAAGCCATCACAACACAAATGAAA TCCTAAAATCATGTAATCAACTAGGAAATAAGGTCAAGAAGCTCCTCATCGCGTTCAAAT TCAGACATATGTTGTTTGTCCAACATTACCCGCGCATCCACACCTTCACCAATTTTGTAA TCATTCAAGAAGAAAAAATTCTTGAACGGACCATTTGGTAAACTAACTCTTTCAGGTTTT CCCCATCCAAAATCCACTTTATACAATGGAAATTTACAAAGATTACAACAAGAATACACA TTCTCATAATCATCATCATATGGTTTTTTCCCTTTTCTCATCGATTCCACTACTTCTAAC ATCATTTCATTTTGTTCCACATGATCTTTCTTGTGCGCCTCCTCAACTCCCTTCCTTAAA CTACGAACCAACGTTGGCAACTCAATGTCTTCTTCCTTAGTTGCTGTTGTGGTGAAACTG GACAAGATATTCCCAATGGTACTTTGAGGTAGACGAGATTTCAGCATACTACGTACGTTC AAAAGGTGAACAAACTTTGATGGACGCATTGAAGTAGTTGTACTTGATGTTGCCTTAATT GCACATTTGAAAAGTAGCGCGCTCACCACTTCAGCCCTAGTTGGATTTTCTACTCCCGAT TCTGCTGCTACCTTCAAATTATGTCGCATAAATTGAAATAGATCAGGAAACATGAAGAAG AAGAAAAAACCATAAAAGCAAATAATATGGACTTGTGGTATGATTACCTTAGCTCGAAGT GCGTCTAACTTGGTTGTAGGAAAAATGATTCTTTTTTGTACACATTCACTGACATCAGAC AACATTTGTGGCGTAATAATAGGACTATACTTATTTGACGAGAAAATAGAATCTCCTACA AATTTAGGAGACAAGGTAGTTGTCATAGGACTAAGAGTCATACGAGACCAATCATTAACG AAATTAAGCGCAGAGGTTCCATCACCAATCTTGTGCGCTAAGCACACACTGATAGCTATT CCCCCACAATCAAACTTACTTACTTGCGCAACAAGTAAATTACCACCTTCATAGTTATTC GCCCAAGGCAAGTCCTTGGGAAAAACTATACTCTCTGCTTGAGATGCATCAGGATGATTG AGTATTTCAAACATGGTACAATTTATTCGAACACTTAAAAACTCAGCTCCCATATCGTTA CAATCAATAGTAGCATTGTCTCTCAATTTTCCAGCATAAGGATAGTAAAAGACTAGAGTT TTTGATAGAGATGTTTGTAGCAAGTGTGCTATTTGGGATAGTTCATTATCAGTTGACTCC TCTCTTTGTTGTACTTTAGGGTAAAAAAATGCCAAAGGAATATACATATTGCTATAGAAT TGATCAATGTAAGATAGTTTGTGGTATTTAAGAGTAGGAGGGGTGAGAGAAGAAGGTTTA ATAAAGGTTTTGTCACAAACTGAAACAAGCGATGGTGATGATAATGATGCAAAAGCCATG ATTATATTAACAGATAACACTACTTAATCCTTAGACAATTTGCTCTATGCAATGGTAATT ATGATTGTTGATTTGTTTCCCCATTTCTCATATATATATAGTCACTTAATTTTTAATCCT CTCTAATTTTTTATTTTTTTACTCTGTTTAAAAAAGAAAATAAAATAAAAATGAAAAGAT TCTCTCTTATCATTTTCGGCAACAATTCTCATGTGACCTGATACCATACACACGTGACTT TACTCATATTTTTTCACGCATACTCACGTTTTTTGGTTTACCACTTCAATTTCAGTCAAT TTTTTTTTGTTTACTCTGTTTAAATAGAAAATAAAATAAAAATGAAAAGATTCCTTCATA TCTTTTCTAGTAACAATTCTAATGTGAACTCATACCATACACACGTGACTCCACTTTCAC TTTTCCACACATGCTTATGATTTTTGATTTACCACTTCAATTTCATTATAAAAAAATTGT TTACTCTGTTTAAAAAGAAAATAATACAAAAAAAGAAAAAGATTCCTTCATATCATTTCT AGTAACAATTCTAATGTGACCTCATACCATACATACATGATTTCATCATACTTTTCCAAC ATACTCACGATTTTTGGCTTACCATTTCAATTTCATTCAAAAAATATTTGTTTATTCTGT TTAGAAAGAAAATAAAACAAAAATGAAAAAGATTTCATTCATATCCTTTCTGGTAACAAT TCTCATATGACCTTATACCAGACACTGATACACATGTAACTCCACTCACACTTTTTTTAA TAGATACTCACGTTTTTTGGCTTACCACTTCAATTCCGTTTCAATTTTTTTTGTTTTTGT GTTTAAAAAGAACATAAAATAAAAATAAAAAGATTCCTTCATATCCTTTCTGAAAGAGTC TTCTCTCTGTTACTTATTCTCTCCATTTTCCCAAGTTACTTATTCTCTCCATTTTCCCAA GTACCCACTTGGACGGAAGCCACCATTTCGTATAACAATTCTCATGTGACCTCATACTAT ACATTAATACACATGTAACTCCACTCACACTTTTTTACACATACTCACGTTTTTTGACTT ACCACTTAAATTCCGTTTCAATTTTTTATGTTTTAGTGTTTAAAAAGAACATAAAATAAA AATGAAAAGATTCCTTCATATCCTTTCTGAAAGAGCCTTCTCTCTATTACTTATTCTCTC CATTTTCTCAAGTTACTTATTCTCTCCATTTTCTCAAGTACCCACTTGGACGGAAGCCAA CATTTCTAATAACAATTCTCATGTGACCTTATACCATACACTGATACACATGTAACTCCA CACACACTTTTTTACACATACTCATGTTTTTTGGCTTACCACTTCAATTCTGTTACAATT TTTTTTGTTTGTGTTTAAAATAAACATAAAATAAAATAAAAAGATTCCTTCATATCCTTT TTGAAAGAGTCTTCTCTCAGTTACTTATTCTCTCCATTTTCCCAAGTACCCACTTGGACG AAAGCCAACATTTCTGATAACAATTCTCATGTGACCTTATACCGTACACTGAATCACATG TAACTCCACTCACACTTTTTTACACATACTTACGTTTTTTGGCTTACCACTTCAATTTCA TATCCATAGACACACGGATTATTTGTATGATAAGCATCTTTAGATCTTATGTCCAATCTT TATTTTGCGGTATCGAGTCACATAGGAGCACGATGAAGATCGAGGAGTAGATAGGCAAAA AAAGAGAGCAGGCGGACAGAAAACAACCTAATGATTTACATGACTAGTTTATCACGCTAT TTTTATTAATTGATATTTAATAGAATTTTTTCAAAATGATTTGAACCATAAATAACTAAT ATTAGAGATCTCTTGATATTAAGAATAAACATGAAAAGTAATAATTTCCGTGATACATTA AAAGTAACAAATAAAAAAAATATTCTTAGGATCATGAATAAATAAATAAAAAATATCAAT AAAGAATACTTTTTATTTTATTTCAATTATCGTTTAGCTCAAAGAAAACATCCCAAAAAT GATTATCACTTTTTAAAAATTTCAAAATTAAACTAGTCCATTATTTTTACATATGGCTTA ATTTTAAAGGAACGTTTTTTTTTTCCCTAAAAATATTGCTCAATTCTTAAAAAAAACAAC AACTAGGAGTAATAAATAAGAATAACTTAATAATTTAAGCATTGTGTTTATTATTAATAT ACGTGCATGAACAAATGCTAAACCAATAGTTAATATCTCTTCTCTTTCATTTTTCCAAAT TCTTGTTGGATTAGTAACACATGCAATAAATTAAATTTGTGGCTAAAATTTAATTGCCCA AACTAAATCCCTAGTCATAATTTATACTACCAACAGATTAAATTTGACAAACAAAATACT CAACTTAATAAATTAAACATGAATATTATCTAGATAAATGTCTCCATATTATTATATTAC CAATTGAAGAGTGCTTCCTCTCGTTGATTAGTTCAAACGATTTTAATTTGCTTTTGTTTA GTGGACATTGATGACATTGAAATTTTATCGAGATATTTTTTAGAATTTTTTCAATATATT AGATAAGCTCGACGCATTTAGGGTGTGTTTCGTATGATGGTAATTTTCTAGAAAATATTT TGTTGGAAAACAAGTGATTTCTCTTTTCATGTTTGGTTAGAGAGTAAAAAATATTTTCTA ATGTTTGATAGGTAAATGAAAAAAAAAATTTCTTTTTTTTTTTGCTTGAGACTAAGAAAA TACTCTTCAAGAATATAATTTCTGATCCGAAAATCAACTCCCATAATTGATGTAGGATCC GACCCTGACACGCAAACTAGGACAAGACTCTGATTACCGTTCCAAAATCCGGCCCTAAGA TCTGACCTAGGTCAAAAAAATTCAAAATTGGTGGCTAGGCTCGGGGCGAGATGGCGTAAA AAATAAAAATTTAAAATTTGAAATATCTTTTTAAAATATTAATTTTGAATAAAAATTGAC GGTAGCGGCATGGGTGGGGGTGCAGTAAAAAATAATTTTTTAAAAATTTTTTGAAATATT TTTCAAAAATAATTTTTTTTAATGATTTTTTAATGAAAATGGGTGGGTAAGGGCGGCGTA AAAATGAAAAAAAAAAGTAATTTCATATTTGAAAATTTTAAAAGTTAAATATATTTTTTT ATTAGGGAGGATCTACCAGGTATCGATAGGGTAAGAAAAAAATTAAAAGATAAAGTAGAG TTTTCTTTAATATTGAAAGGGAAATTATTTTTCTTAAATTTGAGAGAAATGAGTTCATTT AAAAAATATTTTAAGACAACAAACGTAAATAAATATTTTCCTCCGTACTAAACATACCCT TAGAAATTGGGAGACAGCTAAAGTAGTCTCCCCTTTCAGCTGTAGGACGCACTTCCACCT CCGGCGAAGTCAAACTATAGCTGCCAAGGATTAGTGTCGGAGATAAAAATGTTGTTTTTC TCATACTTGAACGATCTGGTGGGAAGGAAAGTGACTGTGAAACTGAAAAACGATTTGGCT ATCGAGGAACAACACTACATTAAGTTGATCAGTATTTCTAGGGGCGGATTTATGTATATA CTAAGTATATGTCACGCGATACTGCTTGTTTGAAATATTTTTCTAAATATATCTAATAAA AAAGGAAAAAATTAGGCTAAGCAAACTCATACTATTTAATTATTCATTATAGTTATAGTT TGCTATAATTACCATTTGCGACTAATATTATACATTAATTATGTGGACTGACTTCTAATT TGTATAATTAGTCATGTTAGTATATGTATAATTCACCAAGATATACTAATACATATGTAT CATATACAATTTTTAATCTATATACATATACAATTTACCTCTCTCGCTCGCCTCTATCCT CCCTCTCTCAATCTCGCTCGCCTCTCTCGTCCCTCTCCCAATCTCGCTTTCCATTTATAC AAATGTATAGGTATACTATACAGTTATATACATATACAATTCACCTCTCTCTCATTCTCT TCCCTCTCTCGCTTGCCTCTCTCCTCTCTCTCCCAGTTTCGCTCTCCTCTCTCCTCCCTC TCCCAATCTCTTGCCATATATACAAATGTATATGTATAATATACAATTATCTAACCAATA TACATATACAATTCACCTGTCTTCCGCTCTTTTCCCCTCTCTCTCGCTCACTCCTCTCTC TCCCAGTTTCGCTTGCCTCTTTCCTCCATATAGCATGTAGCTACGAATTGTACTTATCAA ACTATAGTTATGGAGAGTAATTAATTATTTTTAAGCGGCTATATGTGAAAGTTTTCCATT AATAAAATAACGAATTTGATGAATATAAATGATAAAGTAGAATTTGATTTGAATTAATAA TAAATTACTATGTTAGTGAGAATAATCATTATATGAGATGTTAGTGATTTAAAAAGTTAT AGGAATTATAAATTTTATTTAGTTTTAAGAATTCCCACATGGAAAAAAAATGAGAATCTG GTCTCTTTATGGACTTGGACAATCCTCACTTCATAAGCTAAGCTTTTGAAGTTAAATTAG ACCAAAATCTATCTTTACATGGTATCAAAATCAGACTCATTCTAATTTCTTTGTTCACCG ATGTTGGGGCCCCATATTATAGTTTTAATGCTCCAGTTAATAAAAAAAAATGCTCCAGTT AATGAGACCTGGGCGTGTAGGGGATTGTTAAGAATTTTCACATCGGGAAAAGGATGAAAT TTGATCTCCTTATATGGACTTGAACAATCCTCTCTTCATAAACTAGCGTATTCCCACATC TAAAAAGGGATGAGAATTTGGTCTTGTTTCCTCCCTTCTAAACTAGTTTTTGAGATAGAG TTATACCTAAGATTTATCTTTACATTTACATATGAAATAAATGGTTAGCAGATATAAATA TGGGATTGTTTTTACAAATTATAAAATTATGGGTCAATTTGTATTTAAAAAATCTCATAT CATGATTTTTGAAAAAATTGATATTAAATTAGTGTAAAATCACATATCCAAATGCTAATT CATCTCATGAGTTGATATCGTGATATCAGATCGCATATCCAAATGCCTACTAAGTTATCC ATATTTATTATAGTAGATGTTTTTAAAAATAAAACAAAATTAAGCAATATATTTTTTAAA CAAAATGTTTTTTTAAAAAAATCAGGATATAGTTGAAATTTGTTGACTACTTCAATTTTG AATTCTTAGAAAGTGATACTAATTATTTTAGAATATTTTCGTTAAAGCTGAAACCACTGT AAATATAAAATTGAAAATATTCCATAGGTTCACTTTTTTTTATTCACTATTTTATTACTA GATTTTTATTTATTTATCACTTCTAACATATTAATATTCCATGTTTTAGCTTTAGCATTA ATTATTTATTCCCCAAATCAATAGCGTATATATATTTGTTTGTTTGTGTTGTTGCCTATC TGTGTTTGGTGTGTATTCCTCCCCCATGAATTTTTATTTCTCATCCTATAATTTATCCCC CTCCTCTTCATCATGCTCCTGTGCGTATATATGTGTAACTCGATACCGCAACATCAACAT CGGAGATAAAATGAAAAAAGTATTTATCGTATGAATAATTCTCGTGTCCAAATGTGTGCG GAATGAAATTGAAGTAGTAAGCCAAAAAATGTGAGTGTGTGAAAAAGCGTGAGGGTAGTC ATGTGTGTATAGCATGAGGTCACATGAAAATTGTCACAAAAAATGATACGAGGTGAAGGA ATCTTTTCACTTTTTATTTTATTTTCGTTTTAAACAGAGTAAATAAAAAATATATTCTAT TTTAATTTTAAATAAAGTAAACATAAAAAATAAAAAATTAGAGTGGGTCAAAAATCCTGT GTCTATATATATATATGAGAAATGGGGAAGCAAATCAACAAGCTTAATTACCATTGCATA GAAGTAATTATCTAAGGATTAAGTAGTGTTATCTGTTAAATTAATCATGGCTTTTGCATT ATTATCATCACCATCACTTGTTTCAGTTTGTGACAAAACCTTTATCAAACCTTCTTCTCT CACCCCACCAACTCTTAGATACCACAAACTCTCTTACATTGATCAATTCCATAGTAATAT GTATATTCCTTTGGCATTTTTTTACCCTAAAGTACAACAAAGAGAGGAGTCAACTGATAA TGAACTATCCCATATAGTACACTTGCTACAAACATCTCTATCAAAAACTCTAGTCTCTTA TTATCCTTACGCTGGAAAATTGAGAGACAATGCTATTGTTGATTGTAACGATATGGGAGC TGAGTTTTTGAGTGTTCGAATAAATTGTACCATGTCTGAAATACTTGATCATCCTGATGC ATCTCAAGCAGAGAGTATAGTTTTTCCCAAGGACTTGCCTTGGGCGAATAACTATGAAGG TGGTAATTTACTTGTGGCACAAGTAAGTAAGTTTGATTGTGGGGGAATAGCTATCAGTGT GTGCTTATCACACAAGATTGGTGATGGAACCTCTGTGCTTAATTTCGTTAATGATTGGTC TCGTATGACATATAGTCCTATGACAACAACTTTGGCTCCTAAATTTGTAGGAGACTCTGT TTTCTCGGCAAATAATTACAGTCCTATTATTGCACCACAAATGTTGTCTAATGTCAGTGA ATGTGTACAAAAAAGAATCATTTTTCATAAAATCAAGTTGGACGCACTTCGAGCTAAAGT AATCATACCATAACTCCATTATTATTATTATTATTTGCTTTTATGGGTTTTTCTTCTTCT TCATGTTTCCTGATCTATTTCAATTTATGCGACATAATTTGAAGGTAGCAGCAGAATCGG GAGTAGAAAATCCAACCAGGGCTGAAGTAGTGAGCGCGATACTTTTCAGATGTGCAATTA AGGCAGCATCAAGTACAACTAGTTCAATGGTTCCATCAAAGTTTGTTCACTTTTTAAACG TACGTAGTATGATGAAATGTCGTCCAAGTGCCATTGGGAATATCTTGTCGATTTTCTCGA CAACAGCAACTAAGGAAGAAGACATTGAGTTACCAACATTGGTTCATAATTTAAGGAAGG GAGTTGAGAAGTCGTACAAGAAAGATCAAGTGGAACAAAATGAATTGATCTTAGAAGTAG TGGAATCGATGAGAAAAGGGAAGAAACCATTTGATGAGGAATATGAGAATGTGTATTCTT GTAGTAATGTTTGTAGATTTCCATTTTATAATGTTGATTTTGGATGGGGAAAACCTGAAA GAGTTGGTTTACCAAATGGTCCTTTCAAGAATTTATTCTTCTTGAAAGATTTGAAGATTG GTCAAGGTGTGGATGCGCGGGTAATGTTGCAGAAGCAACATATGTCTGAATTTGAACGCG ATGAGGAGCTCCTTGAACTTATTTCCTAATTGACTTCATTCATGTTGAGATGTCTTTGTT TCGATTCATCTAGCTAATTAATATTTACTAGTTTATCTTCGGGAGGGTTCAATAAATTAG TGGCTTCTTCATGAAATATGTAAATGTCTATATTGAATAATATTAGTATTTTATGTGTTA CATGTGCATCTCGTATGTTCACTCAGTGACTATCCTTGCTGTTTAACTATCCTCGCTGTT ACACTATATGCTTCTGTTCACTCCATGCATTAAAATTATTAAAGATACAATTGCCCTCAT AAATTTTTTTTACATCCTTTCAATTATATTTTTGTAATTATTTGTAAACAAATATTTTTA TCTAAAAAAAATTATGTAATGCATGACATTTTTAATACATCAAACCAAATATTGCATAAA AGAATCTCATCATAACTAATTCAAACATTATTACTACACTTTGTTTTACATTATTCTTAT ACACTCTACCAAAAGACTTGTTGAATTTTCCTCTAATTGATACATATATATTCACTTGTT TGATATTTCTGCAAGATTTAAAAAGTAAATAAAAGAAGGAAAAGAAGGAAAAGAAGGAAA ACGAAAAAGATGTCTGACAACAAAAATAAATTATTGCGAAAAACTAATTAAATCATGAAC TATTTCGACAAGAATAAATACATAAATAAAGAATTGGTGGATACAATTTTTAAAAAAAAA ATTAAGGTCAGTGGGTATAAGTTTTATTGACTATTTTATTAATTTATCAAAACAAAAGAA AATAGAAGGTCTGTACATCAAGCTAAATTAAATTTAAAAGAAAAAAAAAAGCTAAACAAA GTTAGAAATGTTCCCAAATTGAAATTGGAAAATTCAGAGTTACTTCTTCATTTTGCTAGC CAGCTTTTCAAGCTTCAATGCATCCATCCATTTTCCTCCATTCAATTAAGGTATAATTTA TGTATTCTCCTTCCTGCTTCTTGATTTTCCTTGTTTTCCTATTCATCTTCCCATTCTCAC CTTGTTAGGACAAAAAATAATAAAGTGTAATGCGAAAGCTAGCAAAACAAATCTCGAAAG TTTATAAGAAAGAAAACAAATGAGAAATATATCAAAAGACACAAAGATTTAACGTGATTC AATCAATTGACCTATATCCACAAAGGAGAGGAGTAATCCACTATATAAATATGAGAGTAC AAAACATAGACAGAAACAACCTCAACTAATTTACTCAGGATACATGAGAGGTTCACACAA GTGATAACGTATCAAGATTGTGACCCACAAATTCTCTCCCTAACCAAAACTCTCAAAGCC CTTAAGATTACATTGTGAATGCTCATTAAGTTAGACGGAACATGCCTCTATTTATAGAAA ACCTAAATCTTTTCCTACAAGAAAAATGATTAGTCAATCCAAAATTCTTTCCTAAAAAGA AAAACCTAGTTATGATAAGAAATTTAGGACAAATAACTCCTATTTATCTCATTGATTTGT GTCCACATTTTGCTCATATGCTTGTTATTCTTGAATTTGTTGCACCTAATCGAATTGTAT TATTCTTGAACGATCACGTTTTTCTGACTTCTATTTGGGAACTACTCATATACTTCATTA CTTAGCTTTAAAAAGGAGATAATTAAATACTAAACTTTAATTATGTTAAAACTTCAAATA AATGTTTTGTCTTTTATAATGAAAAAAAAAGCTAAAAAATAAATATGATTCCAGTCCTCA GAGGTGTGCCACATCAATTAGTCTAACATCCTCCATATATATAATAGGAAATTTTTTCGC ACTTTACACAATGGCTAAAAATTTTTGGAATTATTTTTATAAAATTCACCTCCCGTGATT TACAATATTAAATCTATCTTTCTTATTTTGACTTTTTCAAAATCAGTTTTTAAATATATT TAAAATAAATATAAATTAATTATAATTTGATAACTTTGTTCTTTTTTCTTCATATGAAAT TATTAATCCACACTATTTTTAAAAATGACTTATATAATGATAAAATCAATCGATGCTACG TGTGAATCTTTGTTTGGTAAAAAAGAACACATTTAATATTTATAATATATATATAGTATA AATTTATTAAATAAGTCATATTTCTAATAATATGCATTATATGAAGAAACTAACACAAAA AAAAAAATTGTTAAATTATAATTGATTTATATTTATTTTAAATAATGTCAAAAAATGGCT AAAAAAATTAAAATAAGAAATATATGCGTAATATCATAAACTACAGAAAAAGTAAATATT ATAGAGAGTAACCAATGAAATTATCCTATTTATTCTTAGAAAGTGAATTTTCGATCTCTA TCAATATCGTCTTCTTTTTTCTCCGGTTATAACATCATTAATTGTTCTACTTATATTATA TCATCAAGATAAATACAACATGAATTATTTTTTTTGATAAACTTAACAATTAATATTGAA TAAAAGAAAGAATTTGTTCTTAAAATGATGTCATAGTATATATATATATATATATATATA TATATATATATATATATATCCGAGTTCAGAGCTTAAAGGGTAAAAATTTTGATAAAAGTT TTGAAAGGGCATATTAAATTTTTTAAAACCAAATGGGTAAAATTGCTATCGACGTAGCGA TTTTTTGTCACTCCATTACTTCCGTTAAAGTTCAAAATCGCTGACCCACGAGCGATTCTC TCCAAAATATTTTTTGATTATTTTAAAGAATATTGCTGCCGGTGCAACAATTTTGATCGA TTTTTTTTTATTATTTTAAAGAATATTCCTATTAAAAAGTAAAATCGTTGGCTGCGCAAC GATTTTGGCCAAGAAAAATATTTTAAAATTAAATTCAGTCTGAAAATTTTAGAACAAAAT AAAAAAGATTTTGGCTAACAAAAATTAATTTTATAAAGTCGGCGGAAATTTACATGTTAC TAATTGGCTAAGTAGTTTGGTGCACTTACTAATTAACTCTACTAAAATCGCTGTCAAGAG CAGCGATTTCTTTTTTTAAAAAAAAAAAAAGTTTCCACAAAACTTATATAACGCTGTAAC AGCAGCGATTTAAAAAAAAACATTAAGGAAAATCATTATTAAGGCAATAATTTCCAAAAA AAGTAATTACTTTTTGACAAAAACGCTGCAGGGGTAGCGATTTTTCAGGAAAAAAAAGTT GGACAACATCAGCCTTTTTGATCTGTCAAAGGTGTCAAAACAAAATCGCTACCTTAGTAG AGATTTTGCCCTTTTGGTTAGAAAAAATTTTAATGTGCCCTTTTAAATTTTTTGTCAATT TTCTTTGCCCTTTAGGCTCCAGACTCACATATATCCTTTAATTAGTTTCATTTATATTGT ACATAGCAAATATTTTGTAGTAAATTATGATACACAAGCATTTATTAACAATTGACCATT TTAATTTCTTCTGAGAGCAATTTACAAAAATAATTATATTTATAGGGTTAATAAATATCA ATAGCTATAAGTATGTTATTTACAATAAATGACTATAATTTATACTACTTTTTAGTTGTA TTTTTGTATAGTTTTTTATTTTTTTTATTTATACATTAATACATCTTTAAGTATAACAAA TATAAAAAAGAGTTGACTCTAAATATAACCTACTGTCCTTACATTAAGTCCATACAATCA ACTTCCCATAATTAACTTTATAACTAAAAATTACTTATTTAAAGATGATCAGATCATATT CTTTATCAGTTTAACAAAAATTGTGATATATCATACTCAATTTTCTTGTTGTCTCCATAT TTCTTATTTTGTCGTCGTGAAGGTATTTATATATATATTTTTTTGTTAATTCAAGTTATT ATTGTAAGCAAATTGTTGAATTTGTGAATGAAGGTTAAGTATTTCATTTTGAATAGGTGA ACTACATGACAATAGATACACTAGTTGATAAATAAAAAATGAATACAATGATGTAGAATA TAATGAATACATTATTGTTAAACACAAAAATGAATACCTTGGATACAACTATACTTGTAT TCCCAAATTAATTTTTTATCTTGGATATATATATATATATATATATATATATATTATTGT CTTCATAAATTAACATTTTAACTTGTGCTTATATAATACTAGAAATATATACATAATTGT CTTCATAAATCAACATTTTAACTTGTGCTTATATAATACTAGAAGTTCCTATGTATATAA ATATGGATACATTTCAACACTGTTGTTAAGCAAAAATATGAATACATTAAACAAACGAAC AAAAAAGATATAATTTGTGGGCATCAAACTATACGAGTATAGATACATTAGACAAACGAG CAAAAAAATACAATTTGTGGGTATCAAAGGTGTTTCTTCGATCTGTACCTACATTGTATT GTGACAACATGAGTGCTTTGTATATGACAGTTAATCCGGTTATGCATATTAGAACTAAAC ATGTTGAAATGGACTATCATTTTATTCGTGATAAGGTTGCCAGAGGATAATTTATTACTT AGTTTGTGAGGTCTAAGGATCAGCTAGCAGATATTTCATACAAAAGAATTAACCAAATAG GTTTTTGCTGAGTTTCATTGCAAGCTAAGAGTTACAGTCCCTCCACTCACTTGCTTGAGG GGAAGTGTTGAAGAAAGCTGATGAAACATGTCAAAGAAACAGGTTCCATAAAGTTGTCTG ACGAGTTAGAGTTCGAGTTACACTAGGACTAGACTACTAAATCTTAATTTATGTACAACT CTATATTTTGTACGACTAAAGCTGATGTAGTCGACTAGGATAAGATGTAAATCATATATT TATGTTATATTAAGATTTCGAGTGTAGCTAGTAAATGACTCTTTTCCTATATAATTAGTA TGTAACTCAATGATTCAATTATCAATTGATTCTTCATATATCTGTAAGAATTCTACGATC AATACAACGCCTTAGGATATTTCGATATTTTCTTTATAAACTATGATTTGCTCATTTAGT AAAATCATAAAAGAATTAATTTGATGATTTTTCACAACTTGTTGAATTTTCAATTATACT ATGAGAAAGAATAAATAAAATTCAAATTTTGCATAAAACTTATTTCAACTTGTAACTTTA TGACTCCCCTAATAAAAGAAAATACAAACAAAACCATTAGCAATAAAATTAAAATGATAT CAAAGATTTGCATTGTGTATAAATGTGAGAGCTTTGATGTCATCGTTACACTCAAATAGC TTCATATAGTTTTCCTTCAAGTCCACTTGCACACAAACTTGAGAATGAATATCTGTATCA TACAACCAAAACATTTGCATATCTTTGCTACCAAAAAAGAGTAATTTTGGTTTTTCCAAA CCAAAATCAATATCATGGAAAGGGAAGTTGCACAAACTTGAACATGAAACTTTGTCAACT TCATCATTACCTCCCCATTCTGGTGATGCAACACTTCCATTATTTATATTAACCAATGTT GATACTATTTCATCTGGTGACGCTTTGGTACACGAAGCAACAACTTTATTCACACCATTC CTTATTAATATTATAAACTTGTGTAATTCCATCTTTGTCTCTCCTGGTATAAATTTTATC GGAACATCAACTCTAAAATTCCCCATAGAATTGCTAACTTGTGTTAAAGATGTTTTAGAA CGCAAATTCAATGGCAAGTCCATTAGCGAAGGCCTAACGTACCCGTTTATAATTGTTGAA GTACGGATGAAAGCCCTCCAAAGAAGTGCTGTAATAATTTCAACTCTTGTCGGTTGAAAA GTCAAAGCTCCACGCGCTTCATCAATGCATTTTTTTCTTAGCCTTGACATAATAGTCTCA CAAATAATAAATCTCTTCGTAACAATATCTTTCTCTATTACTGGATCATAAGTTGACTTG AAAAGTCTTGATATATCTCTTGTTGGAAAAACATTACCTAAATTGAATCTTAGAAAATTA ATATTCTCAACAGGAGTTTCCATTTTACACACTTTTGCCCACTCTAAAAGAAATTTAATA TTTGAGAAACCATCCATCGCAGGGTGTGAACTGCTCAATGAGACCGCGAGACCACCACAT TCAAACTCAGTTACTTGTGCCGTTACAATTGGTGAAACCATTAAATTACTTTTATTTATA TACTTATTTTCGTGTGGCCAAAATAAAGCTGCAAGACTAAGGTCCCTGTGTGCTTTCTCT AAGAAATTATTCAACTTACAATTTACCTTGGCCTTAGTATAAGAAATACCTTGATCAAGA CAAAGAATCGAACATTCATCTTTATCGTACCTTCCTGCTGCTGGATAAACATGAGTTAAT ACCTTCGAAAGAGATTGCTTAATTCGTTCATCGATTGTGAAGTTGTTGATGAATTTATTA TTAGCATAGAAAAGAACAATGGGGACATGTTCTTTCAAAGCTATTTGGTCGAAGAATGAG AGCTTGTAATGTTGAAGGTGAGAAGGAGTAGGTAAAAATGGCTTTATGAGCTTTTTGTAT AAGATTTCAATTTCCATTTTTGCTACACAAACTCAATTAAGGCTACACTTATATATATAT ATATATGTGTGTCTCAATTTCCTAATATTTTTTCTGTCCATTTTTATTTGTTTATGTTCC GCTTTTCAAAAATTAATTTGACTAATTTTTAAAGTTAAATTAAATTATATTAGTTTGATA TTATAAACAAAAATTTAGATATGATGTAAAAATATTGTTAGTCAAAACTTTTATCTTTTT ACTCTAAAAGAGAACTATGACAAACAAAAATTTATATATACAAAAATGTTATATGCGTTA GGGAATTAGCTTTGTTTTAAAAAAAAATTGAATAAGAAATTTTATGAATTTATAAATAGT GGTGAAATTCAAATATATATATATATTATATAGTATATATTACTTTAAAGATAAGTATCA AAAATACACCTAAACTATTCACTTTTTTTTGAGTTTCATATCTAAATTATCACTTTTTAG TTTGAGAAAAACACATCAGTGGTGTGTGTAATGCACTATCTCTTTTATATGAAAAACTTT GACACATGACATTTCACATAGATAAAATATTTCTAGATAAAAATTAATTAATAAAATATT AATATTAATTAAAAATTAAAGATTACTATCCAAATAAAAAATTAAATTATTTTTCTCATC TCACTCCACTACCTCCTCACATACTCCTCCCCCTCCCCCGACAATCCCATCCTTTTTTCA AAAAAAAATATTTATAAAATATTTTTTAAAATTTCATATTTCATATTACATCCTCCCCCC CCCCCAACCTCCCTCCTTATATAAATTGGTATTATTTTATTTAAAAAAAATATATCCCAT CCTATTTAATTTTTCGCTCCTAATTCTTATTTTTTACGTTTTTCTTATTTTGTGTTAGAT ATGGACGTACATATATTTTAAGAAAAAAAATTCTACTAATGTACCGAATATAACATAAAC AACTAAAAAATATAAAAAGTCTAGTGGCAGCAAGTAAAACTATTTTTGATATATATACTA AACAGTGGGAAAAAAAATGAAAGCGGAGGATTAAGTCGGATGGGTAGAATTATATTTTTA AGAAAATAAAATAATATCTAAATTAGTATTTGAGGAGGGGAAGGAAATGAAGTAAATAAT GAAATACTTTTATAAAAGAATTTCAAACAAAATAAAAAACTTTAAAAAATGGTGTGGGGT AAGAAAAATATTTTACATTTTATTTTATAAAGAAAATATTTATTTTTTATAATAGTTTTT TAATTTTTAATTTAGCTAGTACTAATCATTTATTTATCTCTTGTCAAGGTTGAATATTTT GTCCATGTGGAGTATGATGTGAAAATTCTTTAAAATAAAAGAGAGAGTGTATTACACATA CAAGAGTAATATAAAAAAAAGAGGTGTGTTTCTCAAACTAAAAAATGATAGTTTAGATAT GACGTTCAAACTTTCAATAGTTAAGATATGAAACTCAAAAAAAAAAAATAGTTTAGATGT GTTTTGACATTTACCTTGTTACTTTACTTTACTATATTAGAAGAGTGAGTTGCTGTTGAC ACAGACATGATGTCAACATGCTTGCTTGAGATTTGAAGGGCAAACTTGCCCATTCAGTTA AAAATAAAATAATATGATTGATCTAAAAAAGTTTTCATCGTAGATGATTCATAAAAGTTT TGCTTTTTGACTAAATAATCCTTTCCTTGTGTTATCATATGCATCAACTCTATCTTTTTT TGTTTTCATTTTTACGCCTACTTTATTCTTTTAATATTGCAATTATTTGTATATGTTGGT AAATATTGAAAAGCTACATTAACTTCTAAAAATAACATATTCTTTTTTGTTTTTTCCTTT TATCCTTTTTTATATTTTTATGTTCGATTCCCAATTTAAAATGACATGAAAATTTTGAAC AATTGTGATTTACAATATTTTGCTCCAAACAATTGTGACGTAAATAGTTGTAATTATAAA TTTATATCACTTCATCGAGTTTTGCATTACTAATTTTATAAACGACTTTCACTGTTGTTT TGTCAGATAAAATAATCAAGCGGATCTATTTTGATAATTGTTTTAAAAATAAATAAATTA TGAAATGTTTAATACACTTCATATTTTTGATAAAAATATATTCAAATATAAATTATATTA GAAATATTACTCGTAAAAATAATTAATATTCAATTTTGTCTTCCAATAAGACTTCCTTGA TATTCCTTTTGCTTTAAAAAAAATATGTGAATCTATCTCCAAAAAGTAACATTTGTTATT TTAAAAAATGACGTGAAATTATAATATAAATTACAATAATTAACAATTTCAAATATTTAA AAATACATAATAAATTTGACTCAACTCTCAAAATTCTATTAAGGCTACATATACTAGGAC AAAAGAAGTGACATATACATTATTTAAAAATTATGAAAAAGTACTATAAATTGCAATAAT CAATATTTTAAATAGATAAAAATTATATTAAAATTTATCAACTCACTATATTTATCGATA TCACACAACCTAAAATAATAAATATATATTAGGCTCGTGCTAGCACGAACTCTAATATCT AATATACCTTAGATCTCCTAGTTATAAATACAATATTTTAGTGTGCACGTGATTAAATAG GTATGCAGCACCACACCAACCAATTACATTAATGACTATCTTTACATCGTCACCGCACAT TCTTCCCCTAACTAGACCGGAACCGGTTCACCGAACCGGAATGAACCGGTATCGGATTGG ATCGGAATTCGTTGACCGATATGTTGACTGGTATTGGAATGAATTGGATCGAAATTATTG GGATGATTCATCGGTTCCGTTCCGTTCCACTATATACTGTGATGGAATCAGAATGAACCG GAACGGACCGGGATGGAACGGAACGAGATAAACGGGACGATATTTTTTGGAATTATGAAA ATATAATTTTTTTAATTTATTTTTTTAGTATAAATTAATAGTTTTTAAATTTATACTACA ATTTTTTACTTAAGTTTATTTTAGAGATATTTTATTAATTTTTTTGTTGTTGTTAAGTTT GCAAGTAAAGTCTAATAAAGTTTTCAAAATTTAAATCTTTTGAAGTTTATAATTTATAAG TTATTACCTATATTCATTAATATTTATTTTATAAGTTATATTTATAACTTGTATCTTGTA AATATTAAATAAATAAAATTTGTAATTTTAAAAAAATTAAATTAATATAAGGATAAAACA ATTACAAAAATTAAAAAATATCAATTTAATTTATTGAAATTTGTAACAAAATACAATTTC AATTTACAACTATCAGTAGAGTACATAACTTACGCAGCCACCCTCTAGGGGTGGGCAGTC GCGCAGGACAACTGCCTCGTGCCAAGAAATATAAAATATAATTTATAAAATATATAAATA TAAATTATATAAAATATAAAAAATTAATATATATTAAATAAATCGGACCGGAACGAACGG GGATGAACCGATACACCGGTACGAAATCACGATTCCGTCCCATTTCGTGTACCAGTTCAA ACTATCCCGTCCCGTCCCGTAGGCAATCGAAACGGAACGAACCGAAACGGTACCGGTACG TCCCATTCCGTTGACCAGTCTTACCCCTAACTGGAGAGTACTGGTCATCTTGGTTCTCTT CTTTTTATCTTAAAACTAGTAAAATTGTTCGTGCTTTGTGTGAAAATTTTATATCAGAGA ACTTATAAAATAATAGTTTATATATATGAGTTATTAATATTAAAATATTATATTATCTCA CATAAAATATTACATGGTAATAAACATTAATAATGTAAAGAAAAATAAAATTTATTATAT TTTTCATTTATACTCACATAAGCATAATTTAATGAATAAATAAATTATACCAAATTCTAT AATATAAGCAATCGTTAGTAAGCCACTCAACAGCAACAAAGTACATAAATATTTAATTGT GAACAAGAAGAAGAGGTTTAGAATTTTTGTTGTTTTAAAATGAGAGAAAATCCCCCTATT TATTGACAACAAAGTGTAGTGTGCACACATGTTTATTGTGTCTTATCAGAAAGGTTATAA ATATTTGAAAAAGTTACAACATTCGGAAAGGTCACAACCTTTCATAAAAATCACATCTTT TCATGAAAGTTGCTACTCTCCATAAAAGTCGCAACTTTTCATTAAAGTTATAACTTTTCA TCAAAGTCACAATCTTCATAAAAGTCGTAGCTCTTCATAAAAGTCATAAATTTTCATAAA AATCACAACCCTTCGTTGAAGTCACAATTTTTCATAAAAATCACAACTTTTCATGAAAGG GGAAGACTAGTTTTATAAATAAATAAATTTAAAAAGTAATTCTGATTTTTGGTGTTGCCA TATAAGCGGGTCTAAGATTTTCTTTTATATATATAAATGATTACTCCCTTCGTTTTAAAT TAATTAAATTATTGTGACATTTTTTATTTTTTAAATTAACTTAATTGTTTAATTTTAAGA AATTATTTTTAGAATATTCTTTTAATTTTATCCTTCATTAATAAGTATTGAAATTAGTTA TTAATTAATATTTAGTTACTATGTCTAGTTTATGTTTTAATTTTTTTTAAAAAAAAAATT GAAGCATTTTTACAGTTCAATAATTTGGAATGAAGAAAAGTAATTTTAATAAGTATGCAT AAATGAAACTATTAATATCACTAACTAGCTACCTTCGTTTTTCCAAGTGTACGTAATTTC TTGGTCCTACAGTAACAGTACCTCTACTCGTCTCCTTTTGCGTGTATAAACAAATAAAGA TTTTCAAAATTTATACTCTAATTAAAATTAAATAAGTTATAAATGCACTGTGATCAAATG TAAACTTTAAAATCAAATCATTTGGGAATATTCAAAAGAAAAAGTCTCTTTTTTTTTTTT AGAGTTTTTGACTAAAATAATTCTTAATCTATACCAAAAAATTAAAATTTACATCCTTAA AATATCATTTTAGCAGAAAACATCTTCAAGTATTTAAAAGTGGATAATTTTCATTCTCTT AATTGAATTTATCAGAAAACTAACAAATTTCATAAAAATTATGCATCCTTCGTAATTATT ATTTTTAGATACATTAAAACTACTATCGTGAACTTTTTCGATAATTGAGTTTAGCATTAT TCAAAATCTTTTAATTTGACTTTTTTCCATTTATTTTTCATGTAATTTGTTATTATCCGT ATTATTACTTGAATATGTTTTTTCTCAATTAAATATGCTAGAAGCGGTGTTTGTCGAAGA ATTTCGCTTCTAATAATGTAGAATGAAACTCAAAAGCGAGATATAATCAATATTTTGATT TCTTCAATAGCTGATTGGCCCAAAAATTTATTGATCTAAGTACAATTTGACTTTGAAAAA GATAAAGATAATTAAGCTTCATTTACGTTCGTAAATGAGAAAAACAACAGGTCATGTATC CTCATACCTTCCAAACATTTTTTTTGTTTCAGTAAGTAATGATGTCTAAGATTTTTAATT TTTTTTAGAAATTTCTTGTAGCAGGTAATGAAATTATGTTAACTTTTGTTGATAGTCACG TGAACTACTCATGTTTTTATATGAATTTTTTTCTTTTTGACGATATCTAATAGAAGGATG TAAATTGTTAACTTTTAAATATTTGAAGAATATTTTCTGCAAAGATTGATACAATAAGGA TGTTGTTTAATTTTGGGATATAGTTTAAGGATGTTTTTGGCCAAAAACTCTTTTTTGGAC AAATTAAAAGATTATACCATGTATATTATGCTAAAATTGATACTTTAAGGTTATTTTTTT TAATTTTGGGATATAGTTTAAGGATGTTTTTGGCCAAAAAATCCTCTTTGGACAAATTAA AAGATTATACCACATATGTCACAATCTAATTTTTTTTAACGGAGAAGAGCTTAAAATACC CTTCAAATATACGAAATGGAACAAAAATATCTTCCATCCACCTTTGGGCTCAAAAATACC CTTCTATACACCTATATGGACCTATATTACCCTTTCACTAAACTGATTCCTTGTGACTAA CAATTAATCTTTTTATTAATGATGTGAGAATGTGTACTATTCTTTTAGTAATGTTTGTAG ATTTCCATTTTATAATGTTGATTTTGAATGGGGAAAACCTGAGAGAGTTGGTTTATCAAA TGGTCCTTTCAAGAATGTATTCTTCTTGAAAGATTACAAAATTGGTAATGTTGGACAAAC AACATATGTCTGAATTTGAACAACTTCTTCAACTTATTTCCTAATTGATTTCATTGATGT TGTGATGGCTTAATTTGTTTCCATTCATCTAATAGTTCATCTTTGGGTGGTTCAATGAAA TAGTGGCTTTATGTAAATGTCTATATTGAAGAATATTAGTATTTTATGAGAACAAAAATA TATGTATATATATACAATTTTCTCTTCCTTTATATAAACATAAATATATTTTATATATTT GTGTTTCTGTATAAAGTGAAAGAGGCGAGTCAGCTAGCAAGATCTAGGAGAGTGGCGAGC GGAGAATGAAAATATATGTATATATATAATTGACTCTCGCTTTATACAAGCACAAACACA TTTTATACATTTGCTTTGTATAAAAAGCGAGAGAGGCAAGAGAGAAAATGAGAGTGGCGA GTGAGATTCACCTGGAAAAAAATGAAATAGCAACATTTTGTTATAGGGTACAATTAAATC AAACTATATTTATAACATTTAATTTGAATTAATAATTTGTTATTATATACAATTTTTCCA AATAGAGCAAAGTTTTCTTTACCTACTTTTAATACACTTTATTGTTTGTATTATTCATCA AAAATAAGAAAGGCATAACATTTTTTTAACTAATTCAATTTTAATTTTATAAATTTAAAA ATAACAAAGTAATTTAGGCAGTGTATAGAACTGATGAGTATATTAGAAAAATTTGAATGG TGAGTAAGCCCGTGATATCTGATAACAAATTAAATCACAACTAACAAAATTAGAGTATGT TTGAGAAAGAAATTTAGTCTTCATGAACCATAAATTAAAAAAAAAAAAGTAAAGAATAAA GAATAATTTTAAAAAGTCATGCGTAAGTCTTAACTATTTTTTTAAAAATGGTTCTTTCTC TAATTAAAAGGTTGAAGAGTGGATGCGACACAAATGAAATTTCAAAAGTTAATTAAATTT TGTATATTCAGATATTTTAAATTATTAATTATTTAAAATTTATAGCATTAATAAAATTGT AAGAATTAATCAAACTTTTTGTATTTCGATTAATATTTATTATGATTTATAATTCTGTTT ACATAATTTTCAAATATATAATAAATTATTAAAAATAAAAAGATGAAATTAAGATGAAAA CACATCTGCTAGAACCAACCACTATTTCTCTTTTGGTTTGCGAGAGGCCAAAGTAGAAAT TAAGAGGAAATATAGAGAACTAAGAAGTAATTTAGTAGGCGTTTGGCCATGTGATACAGT ATCAACGATATGGTATCGTGAGATAGATTCAGCATTTGGACATGTTATTTTATGCTGATT CCATCTCATGATTTCATATTACGAGATGTGATATCGTATTTTTCAAAAGACATGATATGG AATCACATGGTGATACCATATCTTGATTTTGAGATATTTTAATATAAAAATTGATCCACG AGTTTATATTTTATCAAAACAACCCCACATTTATAACTACTAACCATTTATTTCACATGT AAATAAAATTTATGATCACATCATTACATTTTTAAATTTATTGTTCTTACCGATATAAAA TTTATTATTCTAACATATAGTCACTTTAACTCATACTTCACGATTGTTGAGTAATAAAAT CTTAAAGAGCTCGTGAAAGGTGTTTTAGTTTTACTAAAATATATTGATGAAACAATTACT TAAGTGGATAACAAATAACTTTGTCATAATTTATTATACGATTTTATAATTTTTTGTTCA TTTGATAATATTAAATAAACAATTAAGACTATTTTAATAGTTTTAGAACTTATTAGAATA TTGTATTTATAAGAAAATAAATAACACCAGAATGTCCAAACAAAGCTTAAATTTCATCTC ATGATTCCATATCATGATTTCATATCATGACCAAACGAACCCTTAGATCCCTACATCTAG GGATGACAAAGGATTGATTTGGATCGAATTTGAAAAAACTAAATCTAAATGAATTGGAAT TATAATTCATCCATATAACAAATATGATTGAGCTAAAATGATTCTAATCTCTTAAAGTTA AAATATATTTATATATATATTATATCAATGCTAATTATTACTAATACTCAATCCCTACAT TACTAAATATTATTTTAAATTTTAAATTTTTCATATACAAGATTCTTTTTTTTTAATCCC GTAAACCCCCCCCCCCCCCCAAAAAAAAAAAAAAAGGCTCACCCTACCCACCCCCACAAC TTAAAAATATAGTCCGGTAATTAAGGTATTGCGAGAACTCCTTTAAGATGGTATGTTGTT GTCCTATCAGCCTCGTACCCTTAATTATAATTCTGAATCCGCTACTCCATCGATGTAAAA TTTACCATCAAAATCAGTATTTGTCCTATTCTTTTTAGTCATTACGTCCCTATTTTCACT ATCTAAAACACACTCTTCTAAAATATATATTATAAGACAAACAAGCCCAACACTGCAGAC TGTTTAACAAGCTATAAGCATTTTTGCTACCAAATAAAAATCCACTTGGTCATAACTACA AACTTAAGTGCTTATACGAGCGAGCACTAAACTGAATATAATTGTACTACAATTGAAGGC AGTGTTTTATAGAAACTAATCCAACGTTGCCTTCAGCAAAATAAGTTCCTCTTTTGTCTT TCCCAATACTAGTTTTTTAGAGAAAACAGAAGAGAAACTACAAAATGAACCAAAACTATA TTTAATTACATCTCCTCCTAGCATTGCAACTTTTTTTAATGATAAGATTTCAAGGATGCA TGTTTAGGAACCTTCTGAACCTGTAAAGTATTTGGCTTAATCAACTTGAAGCGGCAACTG TCACCACAAACTATTTTGTTATAGGTTCGAAAGGCAGCCCATCCTTTTGTTATGCGGATA GTCCCGCTCATATCTACTATTTCCACTCTCCAGTATCCTTTCTTTTCTTCATTAACCACT TTCATGTTCTTCATGCTAAAAATGCCGGTCATTTTCGCAAATCTCTTTGGAATAGTCTAA TTAACAAACAATAGTATAAATTAAAAAAAGTGTAAAAGTATGTAAAGCCGTTAAAACAAA ATAGCTAGAGGTTTACCATAAAAGTCTTGTGCGACCTTTTTACAACCATTTCATAGTACG GATGGTCAGTTTTGAAGTTCATCATACTACTGCCTCCTCTAAACTTCTTTGAACCATTTC CGCCGCCGCCGTCGTCTGACAAATTCTCCTGCTTGGGATTTTTGTAGCAAGGAGAATCAT CTTCATCAACACTTTCTTCATCAGTACTATTCACTTTTCTATCAGGTCCAATTTCCACCT CTTCAGAGCTGCTGCTACTACTAGTACTGCTGAGTTGCTGATAAAATAGTTTTTTCTTCT CATCACGAATGTTTCTACGACATTTACGTGTGTATGGATGCACATGGAACACTGATTTTT CAACAAGAAAAAACAGCAAAACATCGCCTTGCTTTAGCTGATGATGCACCACAAACTGTG GCCACTCTCCTTCACATATGAAGTAATTATTCGACTTTTCTCTCACAATCTTTGCTTCCC ACAACATTCCAGCTTCATCTGTTTTCAGTAAACAAGCCTTCGTCAACATTTTCTTGTTTT CTTTGATGAAACAAGAAGGCATTTGCTGAAAAATCAAATGAAGCAAATCATGAGTACGTT GGAACAAAGTAAATTGGGAAATTCATTGGACAGGGATAAATCAAATCTTTACCAAAAACG TGAAAATTCATATCACTAACCAATTGAGTTAATTTTTCAATTACATCTATGTCCAAATAC TTCAGCTTCAACGACATAAAAAATTAAATGAAAAAATAATTACAAACTTGCCATTTTACT TATAAAAACTTCTCCAAATTGTAAAAGCTTGCAAAACGCTGGAGTGTTATCGGAATCCAT TAGCATTTTTTTTTTAAATTCTTTTTTGATCTTTTTAAGAGGAAAAAGTAGAAATCTAAC TAAAGATTATTGCTATATATTTTCTTTTCTCACACACATACCGCATTGGCTTGTAATAAT TCCCAAGGAAAGACTACATAGAAAGCAACACTGTAGATACTAAACATGCAAGCAGCCACG TGGATTACATGGAGTATTATAAGGCCTCGTTTTATTATTATTATTATTATTATTTTTTGT TAAATTTAATAATTAATATTGAACAAAGGAAAGCATTTGTTCTTAAGATATGATGTTATA GTGTATATATCCTTTAATTATTTTCATTTCTATTGTACATAGCAAATATTTTGTAGTAAA TAATGATACACATATCCATTTTGATTTCTTTTAATCTAAATAAAAGTTTTAAGAAAATGC TTATTAAATAAATAAAAATGAAATGAAAATTCAAAAGAAACTAAAACAATTATACAGTTA CTTTTTGTTCTGGCATATACTATTTTTCTATCGTTTATCCTTCACTAATATCTCTACAAT TGTTTTATTCTTTTTTTATCTTCCCTATGTGTTGTACAAGTGAAAGAACATATACAACTT CTCTATAAACAAAGAAGGTAAAAGAAATTGTATACAAACTACATAAAGTAGTAGTGATTC AACTTCTTTAAATGAAGGTTGCTATTAATTGCTTTTAACAATTGAAGAAATGAAACAATT CGTTATTGATTTAAATGCTAAGTATTGATGTGTATTACTCAATAAACACTAATCTCCTCC TTATATTAAGACTCATAAATGTGTTATAGTAAAAATTGTAATTCATAATTATATATAATA AAATATTAGAATTTTTGACCAAAATAAGTTATTCTATAAATCAATTCACCAAAATAGTAT GTTTTTAATTTTGTTTACAAAACTAGTATAAACGTGGTTCACAGTAACGTTTTATACTTT ATTTATTTTTTAAAAAAATTATTTTTTTTAAAAAAATATTTTTTAAAAAAAAATTTAATG AGAAAAGGGACGGTCTGCTAACGACGTTAAATAATAATACGCAATTGAAAATTACGTTTT AACTCTAATACGTTATTGGGAATAACGTTTGAAGCATATATAATTTAATAATAATACGTA ACTGGAAATTACGTTTTAACTCTAATACGTTATTGGGAATAAAATTTTAAGCATATATAA TTTAATAATAATACGTAACTGGAAATTACGTTTTAACTCTAATACGTTATTGCGAATAAC GTTTTAAGCATATATAATTTATGTTTATGGTTTAGTTATATAAAATTGGGAAGAAGCTCC TTTTTCCATTGAAGCGTAAAACATAAATTAGCCTACCTTCAAGTTACAAGGGATGAAGAG AACTAGCATCAAATCTCGCTCCAAAGGCACAATGGAGTTTATGAATGTTGTATCTGAAGA GTGGAGGTGAAATTTTCAAAACTTTGAAAACGGCTGCAGATCTGCTTTAAAAAGGTTAAA AAAACTTTGATAAAGAAGAGTTCTTTTTGTGATTCAGGTAATTTTGTCATACATTGATTT AGTTTATCTTATAGTTGATGAATTTGTTATTTTCCTTTAGGCAACCACCGAAACATTCGT CTTTCTCCCTGCTTTCGATCTCTTCGTTGTAGCGATCCAGCTCAGTAGGAGCATTCACTG CTTAGAGGTAAGCTTCCATGTCTTGTGATTCTTCATCTTAAACCTATGAAATTGCTCATT AGGAGGCAAGTAATCAGCCACAATTGTGTTCGCAGTTCCGTGCTTCCTAGGTATTGATGA TGCCGATTGTTTGGTGAAAATTTTGTGTGCTAACTTAGATTAGCAATTACTTAACTATCA AAGTGCAATGACCCTTAACAGGAATACTCTGTTGCAATTATTGAAGCTGCTATGTCCTTT TCTTATAATGCATGCTTGTGATTTGTTGTTATATGCATCTAGTTTTATGCAGTATAAATC ATATATAAGTTACGTTGTATTCTTAATTCTGTATAGGTATTTATTTTATGGCTACTAATA ATGCATACCAATTGGATCCCGGTCCACTTGATCCGTCTGTATTAACTGGACAGCTCACTC ATAGGTCACGAGATATATGGATAGGGAATGATAATATGATTTTGAACACAAGAAAATGTG ATGGTAAGTTTTGGGACCTAGTAAATGAACATCCCATTCATCCACGAGTCCTAGATGTGA TTAAACTATCTGGATTATATGGTGTTTATAGGTCTCATAGGCCTGTTATTAATCGTAGTT TAATCACCGCACTAGTTGAGAGATGACTGCCTGAGACTCATACATTCCACTTTAGGACGG GTGAGAGTACGATCACTTTACAGGACGTGGAGATATTGTATGGCTTACCCGTGAAACGTA ATGCGGTAGTTGGGTATGAGACACAGAGGTCTGTAGTAGAATGGCAAAATATTTGTCATA GATTATTAGGTTTTAGTCCACAACCTCAAGACTTTAAACATAGTAGTCTAAAGGTTTCTG CGCTTAATGCACACTTGCGACTTCAACCACGTTTATCCGACTTGGCAACACAGGATATGG TCAATGAGAAAGCTAGGTGTTATATGTGTTGGATGATTGCTGGTTTACTATTGACAGACA CATCTGGTGGTCTTTTAAAGCTTATGTACTTGCCTATGCTGGAGGATATCACTAAAGTAG GGTCTTACAGTTGGGGTAGTGCAACCCTAGCATATTTGTATCGTTTTCTTTGTAAAGCCT CCCAAAGTAGCCAAAATGAGATTGCTGGATTCCTACCACTACTTCAGGTATACTCAATAA TTACACTTAGTATTTATTGAAATTTTATCTACTTTATAATTATCTATTATGTCCAGATTT GGGCATGGGAGAGAGTTACATGTTAATAATCATTCTAGCACATTCAGTATACCTGCATCC GTTCATTTCAGTAATTATTTCGCCACCCCAGTACAAAGCAACCATCACATTATGTTCAAA ATTTGCCATTTTTATTCCTACACATAAAAATAAGTCATCTTTCTAAGTAATAAATTAGAA AAATATTTGAAAGCTATGGTAAAAATAATAACACAGTATGATACATTGACTTGACTTATT TAATTCATACCTTTGTAAATATTGTTTCAAAATTGGGCTACACAAACAAAATTTTGAATG AATATTGTTGGAGTGTTTAGAACATTTGTTTCAACAAGGTTCATTTTATAACCATTTGCG TCAGTAAAGAAAAGAGAAAATTAACTTTAACATAGTGTCGTAATTGACAGTCACGATTTA ATGCAGAAATGTGATCAGCGATAACGTTTTATGATCTGTAAGATTCCAATGTAGCATGAT TTTATTCTTAATCCCGTGCCCCGTGATTAAATAAACATAAAACGTGATTGACAGTTACGT TTTATATAATAAACGTGATTGTCAGTTACGTTTTATAATCTGTAAAATACAGGATTCGAT TCTTTAATTGCAGAGCCCGTGACTGGATAAAACGTACTAAAATATAAAAATGTTACTTTA AGTAACGTTTTAGCTCTAAAACGTGATTCTAGATAACGAAGTATAAAACGTTATTGTCAA TAACGTTTTATTTCTGTTTGCTCCGTGAACTTTTGCTTTTTTTCATTAAATTTTTTAAAA TAAAATAAAGCATAAAACGTAACCGTGAACCACGTTTATACTAGTTTTGTAAACAAAATT AAAAATATACTATTTCGGTGAATTGATTTATAGAATGACTTATTTTAGTCAATTCTTCAA AATATTATAACAAGGATAAATAGATAAAAATATTATGGTATCAGTATTTCGATATAAAAA ATAGCTATAAAAAATTAAATATAAGTTACAGAATCATATACCTTTTTATAGATTTATTAC AACAAAATATTGAGAAAAAAAAATTCAATTGAAGAACAAAAGTTAATATTCATTTCCAAG AAAATAAGAGTAGCACAAGCCTTTTAGCCTTTTATTCTTATTTAAGCGGAGTCCATACAT TATATGGTACGGTACTCAATGTATAAAATCTAATTTATCTAGGCATCAAATATTTACATA TTATTTTTGATTTTGTTCTCAGCTTTTTTGAATTCGCTACAGTGAATTTGATCAAGAACT CGCAAGGTCCTGCTATCTCTTTCCTAGAAAGCTCTCACTCCTTTTCCAAGCTTAGAAAGG CTTTTATGAGGTTTCTCGGGTAATTTATGATTTTTCTAGATATTTTAGGAAGATGGAGAA ATTCGTAATTACATTTTGTCTCTCATATCCAGTTTTTTGCGAATTTATGTCCTTTCTAAA TAACGACGGTTCGAATTGTTATACTTTAATCATTAAAATAAAAAGTAGAAGAAAAAACAA AATCAACGCATAATTATCTAAGATCTTGTCATACAATCCACTTCACAACCCTATAAACAT TCAAAGCTTTCTTCTTCTTTTTCAAGTTAAACAAGGTAGAGAGGTGTCATTATTTTTTAT ATTCAGTACTTCACAAATCAATCACTATTCAATAGTTTTCTTCGTATAAAAATTAAATTC AAAGAGGCAGCATAGAAATATATAAGAAGAAAAAGAGAGAGAAAGAAATAAAGAAGGAAA AAAAAATAGTACAATAGACTTATCATTAAAAAATTAAAAAGAATAAGAAATTAATTCATA ATTATTTAAATTCTCGTCCATATCCACTTCACAAGCCTATTACTATTCAAGAGCATTCAT CTTCTTTTTCATGAATATAATACAATTGAAGGACAACTGTGTGGATACTAAATAGAATAT CATGAAACAAAAAATATAAATTTATATAGAAAATAATGGAGGAATACTATAATATTTCAT ATTTATTATGTAAAGTTATGAATATGAAAAATTAAAAATTGTGAGAGTCATGAATATATG CACATTATATCTAATAAAGAAGATGTATTATAGTGAAAGGTAAAAAGTTGATTGCTTGAA TAAATGAAGAGTTCATGAGATACTAAAAATAAAACAAATAATTAAATGAAGAAAAATAAT TAAACAAAAGGAGAAATAAGATAAATATGAAGGAAGGTCATAAAAAGGTGTTACATTACC TTGTCTATATTCCTCTTTTATAGATATATATAGATGTATAGATTATTATTGCAAAAATAA GGAATTCGCTTTGTTTTAAGAATATAATGAATAATAAATTTAATGAATTTATAAATAGTT ATGAAATTCAAATCCTTTCTACTATATTAGAAAAGCGGGTTAAAATTAGGTCAACATATT TGCTTTGTGTTATTAAATTTCAAATCATCTTTGTCATTTTGTTTCTTAGCATTTTAAAGA GTAGTATCCTAAACATCACATGACTTTTGTTTGTATTGCCAACAATAAAGTATATCAAAG GTATACATGACTTATATCTCCTCTGCAAATGTTTGATGAAATTACCACCATTAATAAAGA CACACAAAATCAATCGATAGAAATTTTTTTTAAGCACTAGAAAAAAGATTGTTTAAGCAT AAATTAATTAATAAAAATAATTTATCATAGTTAAATTTTAATTAGAGGAAATTAGTATTT TATAAATGCTTGTAAAAGTCTATACTGATAATTTAATTTAATGACGATTAGCTATAATTT CATATAAAGACTATTCTATATTAATATTTTTTTTTATTTTTATTAAAAATAATATTTCAT TAATTGAAATAAAAAATAATTTTTTAAAACCAATTATACAAGAACAACGTGTGCAGATCC GTTACTTGCACGGGGGCTAATTCTTATCTAGTACATAGTTTAGGTGTCGTAGTTATAAAT ACAATATTTTAGTGTGCACGTGATTAAATAGGTATGCAGCACCACACCAACCAATTACAT TAATGACTTAGAGCCCGTTTGGCTCAGCTTAAAAGCTGGTCAAACAGACTTAAAAGCTGA TTTTTGACTTATTTAGCTGTTTGGTAATATTCAAAATAATTTATTTTAAGTTAAAAAAAA CTTATTTTAAGCCAAAAGTTAAAAGCTAGGATAAGAGTGTTTTTTTTCTCTCCAGGTTAT AAGTTGTTTTAAGTTGACAACATTCTTACCTTTTTGCCCTTAATATTTTTATACAATCTC CAAATTACCCACATAACCCTAACATCTCTTTCTTCTATTTTTCCCTTTTCACGTGTGGAT GATAGACAATTACTATTACTAATGAATGAAAATAAAATAAATCTTAAATCTTTCAAGTGA TCTATTCAAATTATATATTACTAAAATGTAAAATAAGTTGCACATATAACTTAAATAAAA ATTTATATTCTTCTTATAAATAATTTGTGATAATAAAAAAATATGTGAATGATAGACAAT TATTATTACCTATGGATGAAACTAAAATAAAATCTTAAATCGTTCTTTAATCTATTCAAA TTATATATCTTTAAAATCTATAATAAGTTTATATTCCTCTTATAAATAATTTGTGATGAG AAAGAAATATGTGAATGATAGCAAAATATAGTTATTTATGGCTGTAAAATATAAATTAAT TAACTTTTATTATGTTAACAACTTTTAAGGGTATTTCAGACATTTTGATTTAAAAAGTTA TTTATCATCACTTATTTGCCAAACACTTCAACAACTTTTTTTTTAATTTCAGCACTTTTA TCCAAACGCATAACTGTTTATTTTAAAAATAAGTTTCAGCACTTTCAAAAGTATTTTTTT AAAGCTGCTTTTATTAAGCCCATCCAAACGGGCCCTTACTTTCCCTCACTGAGAGTATTG TTCATTTTGGTTCTCTTATTTTAAATTAATTAAGTTATCGTGGTATTTTTTATTTTTTAA ATTAATTTAATTGTTTAATTTTTAAAATATTTTTAATTGTATTCTTCATTAGTTAGTATT GAAATGAGTTATTAATTAATATTTAATTATTATGTTTAATTTATGTCTTAAATTTTTTTT AAAAAAAATATAAAACACGTTAACAATTTAATTAATTTGAAACGGAGAAAGTAATTTAAT TAAGTAGGAACAAATGAAACTATTAATATCACTAACTAGCTACGTTCGTTTTTCCAAGTG TACGTAATTTCTTGGTCCTACACGACTTGTCTCCTTTTGCGTGTATAAACAAATAAAGAC TTTTAAAATCTGCATTCTAGTTAAAATTGAATAAGTTAAAAATGTAGTGATCAAATGTAA AGTTTAAAATCAAATCATTTGGGAATATTTTTTAAAAAAGAGGTCTCTTTTTGGAGAAAT TAAAAAATTATACCATATATATCCCAATCTAATTTTTTAATTTTATTTTTTAAGGTGAAG TGGTGTAATATTCGCTTTATCAATTATCATATAGCTAGGTTATTATTATTATTACCATCG CTTGTTTCAGTTAATTGATGACTCACCTCCATGTCTTTAAGCAATGTTGTGTGTATGTTC TCTCATACAACATCCAATTTGTTGCTGTTGTTTTTTAAAATAAACAATGGATTGAAATCT GCATGTCCTTTCTCCAAAGATTTCATTTCCACTGTCATTTTGAAACTTATTAAGTATAGT ACTAAGAAAATTAGAAATTTAGAGTTTGCAAATGACATTATTTGATGTTTGATGGGAAAA CTCTTTTTCATGTTTAATTTTTTTTTCCTTACCCTATCTATACCCCGTATCCGACCCTCC CCATCAAAAATAAATAAATTTAACTTTAAATTTTTTCAAATATATTTTTATTTTTACCCC ATACCAGCCCCCACAACCCCACCCCCGTGTGTCACCCCCACTCAAGCCATCCCGTCAATT TTTTTGTAAGGTCGGATCTCAGGATCGGATTTTGGAACGGTCGTCAGGGTCTTGTCCTGA TTTGGGTATTGAGTCGGGTCCTAAATCAACTATACGGGTTGCTTTTCGGATCAAAAATTA TTTTTCTAAAGAGTATTTTTTCAGTCTCAAGCCAAAAACATAAAGAAGATAGTTTCTACA AAATATTTTTCATTCACTAATCAAACATTTATCAGAATATATTTTTTATTTTCCAACCAA ACATAAAAAGATAAGTTAGAAATGCACTTGTTTTCCATGAAAACATTTTCTTCTTATCAA ACACACCCTCAATGCATTGAACTTATCCAATTTATCAAAAAAAATCTACAAATATTCTCT ATAAGATTTGAATATCATCAATGTCCACTAAAGAAAAACAAATTAAAATTGTTTGAACTA ATCAACGAGAGGAAGAACTCTTGGGTTGGTTATATGGGGGTATTTATCTAGACAATATTA ATTCATGTTTAATTTATTAAGTAGGAGTATTTTGTTTGTCAAATTTAATCTATTGGTATA TCATACTATAAATTATGATTAGGGATTTATTTTGGGCAATTAAATTTTAGCCACAAAATT TAACCTGTTGCGTGTGTTACTAATCCAAGTAAGAATTTTTGGAAAAATGAAAGAGAAGAG AAGCAAGAGGAGCCGAATACGTTTCTCTTAGCACGTTCCTGTCCGAAATTAAGGGTGTAT TTGTTACGAAGAAAAATCTTTTTTTTTTTTGGAAAATAAGTAAATTTAATAATTTTTAAA TTAAAAATATTTTTGTAAATAAAACTTAACTTTTTTTGAGGGTGGGGTGGGATCGAGTGG GGTAGGGGATCGAGGGTAGGGGAGAAAAATAAAATTTTTAAATTGAAAATATTTTTTAAA AGCAAACTGAATTTTTTGGGGTGGGGATAGGGGCTGATATGGAGGGTCGAGAATCGGGGT TGAAAAAATAAAAATTTAAAGTAGAAAATATTTTTTTAAAACAGACGGAGGGGGGTGGGG GGGTAAAAAAGTTATAAATTGAAATTAGAAACATCTTTTAAAAACAAAACTTTTTATATT TTTTGTTTGGGGGTGGTAGGAGTAAAGGTAGGTTAAAAAAATTGAAGCTAAGCATGTTTT AAAAACAAGCTTTAAAATTTATTTTGTTGGGGAGGAAGTTGTTTAGGAAGGGGGAGGGGC TGGAGGGTGTTAATTTAAAGTTGAAAGAGAGTTTTCAAATGTTTTTTCTTAAGTTTTGAA GGGAAGTTATTTTTTTCAAATTTGAGAAAAATAAGTTTGATTTGGAACATTTAATCCAGC CAAACATGAGGTTAGATAACATTTTCCAAAAAATATTTTTCTTTATACCAAACACACCAT AAATTTGAAATAAATCAATAAAATCATGACATAAACAAAGTATTTCATTAATTATATTTT AATTGACTGTTGGTTTAGCATTTTTTATGCACATTAATTAGGAATAATAATAATAAATAC AATGTTTAAATTATTAAGTTATTCTGATTTAATATTACTCCTAGTTTGTTTGTTTTTTAG AACTGAGCAATATTGTTTTTTTAAAAAAAATTAAGCCATAGTTGAAAATAATGGACTAGT TTAATTTTGAAATTTTTATAAAGTGATAATGATTTTGGGATATTTTCTTTAAGCTAAATG ATGATTAAAATAAAATGGAAAACATACGTTATTGATATGTTTACTTTTATTTATTCGTAA TTCTAAAAATTCATCCCCTCCTAAGCTACGCTTCATCGTCCACCTGGGGGATATATGTGT GAGTCAACACAGCAACATCAATATTGAAGATAAAACGTATAGAGTCCTTAAGTTCTTGTG AGTGGATATAAAACTATATTTTAAACTAAATATTTTAATAAAAACATAAAAAATTATAGA GAAAAATCAATCCATATAAAAACAGAACTTTTTAAACTAATTACGCAAGAAAATATAATT TATACGTGAAACTTAATAAACGTGTCCACTTCTAAATCTACAACACAATATGAAATTAAA GAAGGAAGATTTCTCCACAATCAAGAGAAATGTTTTCTTTAAAATTTATGAAAATATTTC TTGGAGATTAAGTACATGACAAGAAATTTCAAGTCTACACATCCTTTGTCCAAGAAAGAG GTGCTTAATTTAATTGTGGAATCGAAGTCGAAAACTTAAAGACGATAACAAAAATATGGA ATAATCTCCAAAAAAACGCATTATTTTTCGTTTACTTTTTATCACTTAAAATGTATTGGA CATCAAGTAAGAAAAATAAAAAATCGAATAGCAACACGGAATTAAATTGTAGTATAAATA TACTATAAGTAGAAAAAAAATATTATTGCTATAAATGATGGTAAATATGTTTTTTGATAT TACATATTTATTTAAGTTTTGAAGCCCAACTAATCTGAATTTGAATTGAAAAAGATTAAA ATTAATGGTAGAAATTTTGGTTTTAATACTTATTACATTTGTTTCATTTGATGTATCTTA TACTAAAGTTTTGGCTTTTATACTACCTTTTTTTTTTGGTTATGAATAAAATCTGAAATT AGAATCTTATTCTTATCCTTTCAAATAATTATTTTTTAAAATAAGGGGAGGACTAAAAGA AAGTAATTATAATCAATGAACCAATTTGATTAGCTCAGTAGTTACATAATCTTAGCTTAT AACAAATTCAGTGTAAAAACTCAATAAATTAATGGAGTTTATCTTGAAACATCCAATTAG GCATTAGATCCTTCGGAGCCACAGAGAAATAGTCATTCTTTCAGCTTATGAAACTCCGTT CTCTTCACAAGAATTATAAAAAATCAAAATGAATACTAAACCAACTTCTTAGCTTAGTTA TTATTTTACCGAGGGTTGCGATAGGATAATTAGGAATCTCTCCACCTTTAATTAGATGTT TTGAGTTTGAAATTCGATAATATAGAACCTCTTGGTAAGGTAGAATTTTAACCTCCTCAT TCGGCTCATCTAATATAAATTTAAATTAATCGAGCCAATTTCTAATTTCAAATATTTAAA GTGCTATCAAAGCGTGTGATAGGATGATTAAGATTCTTCTACCTTCAATTAGATGTTTCG AATTTGAAACCTAAGAATATAAAACTTGTTCATAATTCAGCATTTATCATCTTTAGTAAA TCTATCTGATGCAAATCTGAATTAATAGAGTCAGTAGGTTTATAATAAACGTAGTTGTCC TTGTTGGAGCAAGATTCTTTACTTGTTTTTTATGAATAATAAAAACAAAGTGCACTAGCA AGGATTGAGTGTATGCAAGTATGAATACTAAAATAGTTTCTTCTATATATACATGTTATA TTGAAGTTGGCAATACATAAAAAGACCTTGTTTCATATTAAGAAAATAATCATGGCTATA GCTCCATCACAACTTGTTTCACCAGTTACTGAAAAAATCATTGTCAAGCCATCTTTACCC ACCCCTTCTCCGCTTAAATACCACAAGCTTTCGTTTATCGATCAATCGTTGAGTCACTTG TACATTCCTCTAGTTTTTTTCTACTCTAAGCAACAACAAGAGTTTGATCAATTAGTAGCT AACAAACTACAAAATTCATTAGCAACAACTTTATCAGCTTACTATCCCTATGCTGGAAGA ATGAGAGATAGTGCCACGATCGAATGCAATGACAGGGGAATCGAGTTTTTAAATGTTCGA ATAAGTTGTCCCATGTCCGAAATGATGAACAACCCTCATGACTATGCAGAAGGAAACATA TTTACGAAAGATTTACCTTGGAAGAATTCGTTCGATGGAAGCCTACTCGTGGCTCAATTA AGTCATTTCGATTGTGGAGGAATAGCAATCAGTACATGTCTGTCACATAAAGTTGGTGAT GGTGGCTCTGTTGCAAGTTTTATCTATGATTGGGCTAAAATAACTCGAAATCCAAACCAA ATCGCTCGTCCCAAATTTATTAGCGACACATTTTTTCCAACCCCAAATGGACCTTTAATT GCACCATTGATTGATTCCAAATTGGATAAATGTGTGCACAAAAAATTCCATTTCTCTGCC TCGAAGTTACAGGGCCTTAGGGCAAAAATAGCAGCTGAAGCAGGGATCAAAAATCCAACA CGAGCAGAAGTTGTGAGTGCACTTCTGTTCATATCAGCTACAAAGGCTGCATCGAAAATC AACAACACTTCATTCAGGCCATCTAAATTGATTAATTATGTCGATATACGCCCAATGACA ACACCCCCTTTATCGCGAAATGTTATAGGGAATCTCCTCACCGTGACTTCCACAACAGCA AGTCACGATGAGGAGATGGAATTGCCAAGATTGGTTCGCGAATTCAGGAAGGAATTTGAG CAAGTTTACAAGAAAGACCCTGTTCAGCACAATTCATTGGTGTTGAAGTTACTTGAAATA ATGGAATCACCATACGCGATTGACGAATTTGACACTTATTATTGCAGCAACATGTGCAAG TTTTCGGGTTATAGCATAGATTTTGGATGGGGTAAACCTGAAAGAGTGTGTGCACCAATG GGTCCATTCAAGAATTTCTTCATATTGAGTGCTGATCAAAATATGGATGGTGTTGAAGCT ATGGTGACTCTGGAAGAACAACATATGTTGGCATTTGAATGTGATGAAGAGCTCTTGGAA TTTGCTTCTCCAATTTCAAGTTTCTAAAGGAAAAAGTTATTCAAATTTCCCCTCAGCGGA AGCTTTAGTCTGGATGCCTACATTTAAAACCGCTTGTAATTCTCCATTTACTCTTTTATG TTTTTTTCCCCCATTTCTCTAATTATTGCAATAATGGAATTCAAATATTATGTGTGTAAT GATGCTTTGTTTTCACCAACCAGAAAGCCACTAGTACATAAGTGTAATTTGTTAGCTCTT TAATCATCCATATAACACTAATTTTGAAACAAAACAAAAATGATAAAATCTCATTACTAG GAAATTAGAATACATATTTGACCCCCCTCTCACTCTCTCTCTATATTCGTTATTGCTCAC TTCATTATTGATTAATTGGACACGGCATTATTCCTTAATCGTTATTACAAATTTTGCTTG CGTCTACGTTAAGAAATGATATTGATTCTCTGCAATCTTCGAATTTTGAGTTTGCCTCAC GATATTCTTGTAAGCTTTAGTTTTAAGGGAATATAATAAAGGAAAAATTATTTAATTACA CAAAAAATCCGAGCATATTTACTAATTCTTCCTAGAGTTTGAAATAATTATACACGTCCT TTCATGAATTAATAATTTCATACGATATTTCAAGTCAGATATACTTGGATACATGTATTT TTGCCACAAAAAAATCTTTGAAATACAAATACACAAGGAAAAAAGGCGAATAAAAAAGGG AACGAGGCGAGCGAGAGAATTTGTTTATGCTAGATCATGAGTGTGCAAGCACACTAGATA CTCAGGAAGAAAAATGAGTGAGAGTGGGAAAGAAGCGAGCGAGAGTTTGTGTAGCACAAA TACATACACTTCACACTAGATACCTAGGGAGAGAGGCGAGCGAGTAAGCGAGATAGAGAG AGAGAGGTGATTGATAGAGTCAGATACATGCAAATTCATTTAGATATAATATAAATAAAA TATATTATACTTAATTTGGACCTTATGTATTGGAGAAACAGGTATTTAAACATATACCAA ATACAATATCTGGGACTATAATCGATATAAATGATCATTTTGAAGACGCACGGAAAGACA CGTAATTAGGTAGTTTGTTTTGTTTGCCCAATAATAAAACAAGGGGACTTTTTGCAGATA TCACTATAATAAACTTAATAGTGCCCATAATTATAGTTTGAATATTTATGGGTTGTTGCT ACAGTTTATGTTGTATCGTTTGCATAATTTGGATGTTTATATAATTCGTGGGTATATGTG TATAATTCAGTTGTTTTTCTGTAAACTTGAAAAGACAAATTTCTACAATTACAAACATCA AAAGTCTAAACTGTTATACAAATTATATTATAAATTATAGAAAAATTATATTATACAAAT TCTGAATTATACAAACGTGTGAATTACACAAACTAAAAAATTAAGCCATGTAATTATAGC AAAAAGTAGGTCACAAATTATAACTAAGGTAAATTATAGCTATGTTAACTAATTAACTTT GCTTATACGTGTAATTTTCCAATAAATGAAGGAAACTTTGTTTGGGCTTTGCAAATTTTG GAACAGAACCAATTGTTTGAGGCCGATAAATGTATATGTGGCCCATTAGGTACACCATTC TCTCTTCACCACCAATCAGTCAATATCCAAAAACCCTAAACCCTGCTCCCTATATAACAT TCTCATTTGTTTTCTATTAAAACCCTAGAAAATCCAGCCTTAAACCCTACCTGAAACTTA ACCCACCGAAAGCCGCCATGACTGACGTTGAGCTCTCTCGCTCAGAGAAGAAGAAAAAGA AATCAAAGTCTGGCAAAAATGATGACGAAACACAAACACTATCCACCCCAATTGATGGTG ATTTTCTCATCAAACCTCAAAGCTACACACCCACCATTGACACTTCAGAATGGCCGATTC TATTGAAAAACTACGATCGTCTCAATGTCAGAACGGGTCACTACACTCCTCTCCCATCTG GGTTTTCTCCATTGAAGCGTCCGCTTGCTGAGTATATAAGGTATGGTATTCTTAATCTTG ATAAACCTGCTAACCCATCTTCACATGAAGTTGTAGCTTGGATTAAGAGGATTCTTCGGG TCGAGAAAACGGGTCATAGTGGTACTTTGGATCCTAAAGTTACTGGGAATTTGATTGTTT GTATTGATAGAGCGACCCGTTTGGTTAAATCCCAACAGGGTGCGGGTAAAGAGTATGTGT GTGTTGCTAGGTTGCATTCTGATGTACCTGATGTTGCTAAGGTTGCTAGGGCACTTGAAG CTCTTACTGGGGCTGTTTTTCAAAGACCCCCTTTGATTTCTGCTGTGAAAAGGCAGCTTA GGATTAGGACTATTTATGAAAGTAAGTTGCTTGAGTATGATGCTGAAAGGCATTTGGTTG TTTTTTGGATATCCTGTGAGGCGGGTACTTATGTTAGGACATTGTGTGTTCATCTTGGGT TGCTTTTGGGTGTGGGTGGACATATGCAGGAGCTTAGGAGAGTGAGGTCTGGGATTTTGG GTGAGAAGAATAATATGGTGACAATGCATGATGTGATGGATGCACAATGGATGTACGATA ACTATAGGGATGAGACTTACTTGAGGAGGGTCATTATGCCGTTGGAGGTAGTTTTGACTA GTTATAAGAGGTTGGTGGTTAAGGATTCGGCAGTTAATGCTATTTGCTATGGTGCAAAGT TGATGATTCCTGGGCTTTTAAGATTTGAGAATGATATTGAGGTTGGAGAGGAGGTTGTGC TGATGACTACTAAGGGGGAGGCCATCGCGTTGGGGATAGCAGAGATGACCACAGCTGTTA TGGGAACTTGTGATCATGGTGTGGTTGCAAAGATTAAGAGAGTGGTGATGGATAGGGATA CTTATCCTAGGAAATGGGGCTTAGGACCAAGGGCTTCAATGAAGAAGAAGTTGGTTGCTG AGGGTAAGTTGGATAAACATGGTAAGCCAAATGATAAAACTCCAGCTGAGTGGACGAGAA ATGTTGTTTTATCTACCAAAGAGGATACTCTAGTTGCTGGTCTTGCTGCTGCTACTGTGA AATCTGATCCTGATGCAGTGGCTGCTGATGGTGCTGCAGTTGAGGTTGAGAAGAAAAAGA AGAAACACAAGGAAGATGATGAGGACGCTAACAAGAGAAAATTGGATGATTTAGATGTAT CCCCTGCACCCAGTGCTTTAAAGAAACCAAAGGTAGAGGTAGTCGAGGAAGCATTGGATA AGTCTGAACTGAAAAAAGAAAAGAAGAAGAAAAAGAAGAAAGAAGCTGATGAAGCTGCAT CCCCTGATGTGGAGTCTGTGAAAAAGGAAAAGAAAAAGAAGGACAAAGAGAATAACGATG TTGCATCCTCAGATGAGGAGAAGTCCGAGAAGAAGAAAAAGAAAAAGAAGAAAGATAAAG AATCAGAGAATGGTGATGTTGGAAGTGACGATGAAGGAAGTAAAAGCAAGAAGAAGGATA AGAAGAAAAAGAAGAATAAAGATGATGCTCAAGAGGAGTAGAGGTGAAGGTTTTTACCCC AATTGAGTGTGCTCCTATGTATGTTAAAATGCACGTCATGTAGTTCAAAATTTTGCCGTT TATTCACTTGTTTTTGGGCAGGAGTTTGTTGCAGCTGAAGTTCCTGGTCATAGACGTGCT TATTAGTTAATTAGTTTTACCTTTTTTATTTGTCAAGACTTGAGTATTTCAATCCATAAG GCTGTTTTCTATCTAAATTTTGAGATGTTTTCTGTTTTTGTACTTCATTGCCTGTAGATG TCTGTAGCTGAAATACAACTAATCAGCTGCATAACAACTGCCTTTGTTTGAAGCTGTATG GTGTGTATAGTTAGTTCTAGGGCAGGAAGTTTGCAAGGCAGTAGAAAGATTTTGGCCACT GTTTAGCACCTTCTATCTTAGAAGGGCTGCTCAAGTGTTGAACTATTTTTCTTCATTGAA TCAATATACTTGGAATTTCAAAATGTGTTTGTTTTGCTTAAATACTCAAATAGTTTTGAA CCCAGATTTGAATAGGTTTATATCATATATGCAACAGAATTAAGTAGCTCTTTGATAAGT CAAAAATGAGGTATATTGATATATGTTGTCATAAAATTTAGCAGCTCATATTCTGAAAAC AGAGAGCGTAGTTAGACTCATCACTCTTTCACCTTTTACACTTTAGCTTTCTCAATCAAC TACTCCACTACCTTACTAAAAGTGCTCGTGTTAAATAGATATTCTTATTCAAAGAAATGA ATATTAGATTTAACTCAACGTAAAGCCAACTATTTGTCAATATAAGAAGACAGTGACAAG GGGATGTGATTGTTGACGATGAGTTTAGGTGCTAATTCAAACTTCACCTGATGAGTTTAG GTGCTAATTCAAACTTCACCTAAATAGTGCTGTGAGCTTTGCAGCGTTAGCCTTTTAACA AATTTAACTGGGGGGGCATGACAAATCAAGACTGGGGCTTTTATTAGCCACCTATGTAGT AGCGAAAAAGCACTTAGACTTTTAATAGCCATAGTGGATTCATCAATGTGATGACATAAA CAAAGGGAGGCATATGCAGCGGCAACAAGGCAATTTACCTCACTTCTTGGAGTTTCAATT GAATCCACAACAAAGCTAGTGCCACTATGCTTTCGTGGAAACAACGAGATCATTTCAATA TAAAACTGCAAAAGGAAGGTGCACGACATAAGATTGCTTCTAATTGTGCATGTGGTTTAT GTAGCAAATTCTCAATCAACAAGTAGTTACACTATATACTATGTGGGCATAATGATGCTT GCCACAGAGAGAGAAAAAAAAAGACAGCATGTGGCATATTGAACCAAATGCTTCCTCATC ACATTCATAGAACTCATAGCTCATTTTTAACCATTCTACCTTGTAATACTAATCTACCAG TCATAGGCAAGAAACTAATTTTTCAGAGGTAAGCCAGTCTTTGGTAGCGGTCAAATCCGG CAGCACAATGGCACCAGATTTCCTCCCATTGACAGCATCAGCAGTCTTGAATCTGTCCAA CAACAAAGCATGCATCCCAACACCTCTCGCAGCTAAGTAGTCCTTCCTCAAGCTATCTCC AATGTGAAGTGCTTCTTCTGGTGCTACATTTCCTGCTTTCTTCAAAGCAATCTCAAATAT CCTCGGATCTGGTTTCTCAACACCATCAAGACCAGAGAATACGCCGAAATCCCACTCAGA TCCCTGATTTTGGTCACACACACAAAAGGGTTCGCAACTACTTCATTGTTTTTCAGTATT TATGGAAAAAAAGATTAAGATCAGCCAAAAATTGTTAGAAGAAGAATGAGAACCATTGTG TATCTACCTGATTTAAGCGTAATGCAGGAAGAATTATATCACGATATCGATACTCAGCAT TGCTGACCAACCCAACCGTAACATCCCCCTTGCGGAGCCATCTGAGGAACGGTATAGCAT CTGGAAATATTCTATAAGGTGCAGCAGAACCAAAAGTAGCATATATGCGACTATATATAT TCTGAAATGTCTCATCATCATATTCATAACCTGCCTGTCAAAACAAAAGGATACTCAATA TTAGTAGAAACATAAAATAATTACAGTTCAGATCTCAAATCGTAATTCTACAGTCATATG GAAAAGTTCTGAGATTATCTATGAAAATACTGACAACCAAATATCCCAAGATAATGCCAT GCACAAACACCTTAACAAAGGAATCCCTGACACAAATCTTCCACCACACATAGTTAGGAA TATTATCAGCAAATCCAAAACATGGATGCTTCTTTGCCAATTCTGCATATGCTACTTTAA AACCAGCTTGGACTGCCAAGCAATAAGAGTCGCCCAGATCTCCTTTGTAAGCAATAAGTG TACCGGTAATATCAAGTGTGATGCAGCGTAACCTCTTTACAATATACAACATTGTAAATG ATGTGTGTTACTATTTCACAGTCCTGCGTTGCAATTTTCAACAATTATGTCATACATATC ATTAATTCATAATATAAAACATAACCTTTTCGAAAGCAATCCTACTAGGACACAAGTTGA CAAAGGAATCCACAGAAGGGGGTTTCATTATCCCAAATAAACATCATTCTCTTGAATAAA TTTCATGCAAGTAGAACTTGGACAAACTTCTACATGCCATAGATCATTTTACATATAAAA TTTAGACGACTACTGAACTGCTTTAACACTATTCACCAATTCTTTAATCCCAAACTACTT AGGATCAGATAAGTGAGACCCCCTTGGATGGGAATTTCACATCATATGATGGATAACACC ATCAGTTCAGCACAAGATCTACAAGATCTTTCTTGTCAAAAAATAAACTCGTCAACCATT TGACTATTTGATAAATCACATGCAACACCAGTTCAATTCAAGGTTCAGAAATATCACAAG TAAATTTAGACTAAAAATAATAAGGAGATCATCTTAATATTGCCTCTTCCTTTTCTATAA GTGGGGTTCATCCAAAAATACTAAAAGAGCAGCTACGGCATTAGAACAGGACAATCTTCA GAACAAGAAAACAATCAGCAGGAAACGAAAATCAAAATTAACTCACGAAGAAAGCCTAAT ATTTCTTTTTCAATGTTCAAGATACACACATGCACAAAATAATAATGACATCATCTTCGT ATTGCCTCTTCCTGTAAATGGGGTTCATTCATAATGGGTAACAACATGAAAAAAGTAAAA AGCTGCTACTGCATTAGAAGAAAAACTTCAAAACAAAATCTAACAATTACCCAGATTAAC ATTTTATTTTTCAAGTTCAAGAGCACATCTCTGAATCCAACAATGGCTTCATTTGCGTGA ACCTAGAAGTTGTTGTTCATATATTACACAAAAAAAATAATCAAACTTTACGAAATAAAT GAGTAAAATGATGGATTTGAAGCATACCCAGACATTGAAATGGATGATAACGAGAATCAC TGCAATGAAATTGTTATCTTCTCCAAATAAAATCAGTTTCGAAGCAGTTTTTGTATATTT AATCTCAATGTATTTTCTCCATCTGTGTCCGTTTTATAGTTTTTTAACCAAAAAAAATTG CACGGAAGTCCTTTAGGTTTGTTCTTTTTACATTTTGGATCTTGTATCAGAGTTGTTGGT CAAAATCATGCTTAAACTATAATCCTAAATTTAAACTACATTCTTAAAATATCAATCTTA GCAAAAAAACATTCTTCAAGTATTCAAAAGTGAAAAAAATCAAGTCAATCTCTTCGTAAT TATTATTTTTAGATATCCAAAAATACTATCGTGAACTTTTCCAATAATTGATTTAGCATT ATGTAAAAAAAATTAGTCTGATAGTTTTTTTTCATGTATTTTATATTGAAAATATTGTTA GTTGAAATATGTTTCTTCTTGAATATACTAGAAGCGACGTTTGTTGGAACTTCTGCTTCT AATAACGTAAAATTAACTCAAATGCGAGAGATGATCATTATTTTGATCACTTCAATATCA GATTTATCAAAAAAAAAATTGATCTAAATACAATTTGACTTTGAAAAAAGTAAAAATAAT TAAGTTTCACCTTTTTTCTATTAATAAATGAGAAAAAGAGCAAATTATGCATCATCACTC CTACCCAAAAAACAAATTCATTCACTAAGTAATGATGTCTAAGATTTCTAATATTTATTT CAGAACTTTTTTTAGCATACAATGAAATTATGCAGGAAAATTTTTGTTGATAGTCACGTG TATGACTAATGATCGTAGGATGTTTTTTGCCAAAAAATATATTTTAAAGATGTAGTTTAA TTTTGAAGTACAATTTAAGGATGCTTTTGGCCAAAAAAATATTTATTCGTAGCAAATTAG TTAATTATAACTTATAGCTATATTAAAAGCTAGTGGAACATTAGTTTTTTTTTTAGGAAA AATTACTTGTATACGCAGTTTTTACTTTTATTATTTTCCATTTTTCCCTAGCTTTTTGAA ATATTACGTAAATTTCTTATTTCTTCCAATTCTTAAAACTTTCAGATACATAAGACCCTT CAATCAAAACCATGTTTATCACTCCTCTTTTCTCTCTCTAAATTCACTTCACATTCTTAG TAGTTATGATTTTTTATTCTTTTAATCAAGTCCGCTATGGACAAGTGACTTTATAATTTA TAAATACTCTTACCATGTATACGATCGGACTAAGAAATATGGGTTAACTAAACATGGATA ACTCACTACTAAATTAAATAATTATATTTATATCATTTGACATATAGAGTCTCTTACTTA GAGTTGGTTTCATACTTCTTGTTCTGATTGTCTCAAATTCTCAGTTATTCTATAATGTAA TAGTGCTTCCATTTAAGCAAGATGTCTGTCAACTTAGATGAATGATTTATTTGGTTTGTC ACCTTATTTTAAAGTAAATTTTAATAATTATTTTTTTGGTGTCAAATCTTAACAATTTAA CCGATAACTGATAAGTCAATATCTTAATGTTTAGCATGTCAACAAATCAATAACTGCCTT TGTTTGAAGCTATCTGGTGTGCAAGTTATATCTATAGTTCTAGGGCAGAAAGTTTGCAAG GTGGCAGAAAGATTTTAGTCTCTGTTTAGAAGGGCTCTTAAACTACTGTACAATGAATCG ATATACTTTGAATTTCAAATGTGTTTGTTTGGCTTAAATACTCAATAGTTTTGGACCCAG ATTTGAATATGTTGACAAGGGAAACAGATATATAGGTGATAATAAATATGTGCAATAGAA TAAAGTTAGCTCTTTGATAGTCATATATGCAACTTTTGGTGTAATTGAAATCATGATGAG TATAGTTATTTCTTCTTGTCATTCTAATATTATGCAGATACAACAGCATCTGGCATATCG AACTAAATGTTTCTTCATCACATTCATAAAACTCATAACCATTCTTGTAATACAAATCTA CCTACCATTATAGGCAAGAAAATAATCAAACGGGACTTTTACAGGTCAATGCATTTCGAA TTTTCAGAGGTAAGCCATTCTTTGGTAGCGATCAGGTCAGGCAGCACAGTGACACCAGAT TTCCTCCAATCGACAGCATCAGCAGTCTTGAACCTGTCCAACAACAAAGCATGCATCCCA ACACTTCTAGCAGGTAAGTAGTCTTTCCTCAAGCTATCTCCAATGTGAAGTACTTCTTCT GGAGCTACATTTCCTGCTTTCTTCAAGGCAATCTCATATATCCTTGGATCTGGTTTTTCA ACCCCTTCAAGACCGGAAAATACGCCGAAATCCCACTCAGATCCCTGATTTTGGTCACAC ACAAAAAGGTGTTCAACTACTTCATGGTTTTTCAGTGTGTTTGGAAAAAGATTAAATCAG CCAAAAGATGTAATAAGAAGATACAACACAAAAAAATGAAATGACAACCATTGTGTATCT ACCTGATTCAAGCCTAATGCAGGAAGAATCACATCCTGATATCGATACTCAGCATTGCTG ACCAACCCAACTGTAACGCCCCTCTCGCGGAGCCATCTGAGGAACGGTATAGCATCAGGA AATATGTTGTAAGGTGCAGAAGAACCAAAAGTTGCATATATGCGTCTAAATATCTTCTCA AATGTCTCATCATCATATTCATAACCTGCCTGTCAAAAGAAAGGATACTTGATATCAGTA GAAACATAAAATAATTGCAGTTCAGATCTCAAATCATAATTCAACAGTCATACTAAAACG TTTTGCCGCTGTTCTGTAATAAATTGAACAAATGACTTCTGAGATTATATATAAAAATAC TAACAACCAAATATCCCAAGATAATGCCATGCACAATACCTGAACAAAGGAATTCCTGAC ACAAGTCTTCCACCAAACAATGTTAGGAATCTTTTCAGCAAATCCAAAACATGAATGCTT CTTTGCCATTTCTGTATATGCTAGTTTAAAACCTTCATGAACCCGCTTATAGTCAGGACA TTGCTGCCCAGCAGCTTTGGCAGCCATGCAATAATAGTCACCCAACTCTCCTTTGTAAGC AATCAGTGTACCGGTAACATCAAGTGTGATGCAGCGTAACTTCGTTAAAATTGACATTGT AAATGACTGTACAGAAAACTCTACCCTGTGTGTTACAGTCCTGCATTGCAATTTTCACCA ATCATGTCATACACATCCTTAATTCTGACACTTATAAACTATGGTATTCCCAAATAAATG TTTAATTCCATAATATAACATGTACATTTTCGGAAGCAATCTTATTAGGACACAAGTTGA CAAAGGAATCCACAGAATGGGATTCATTATCCCAAATAAAAATCAATAGACACCAGTTCT CTCCAGAATGAATTTCATGCAAGTAGACCCTTCTGCTATTAAGATGTTCTTATGTTTAAC TTGCTCAGAATTGTAATTGGAAGGGATGTAATTCTAATATTCTCTAACCATATACTAGTT CCAAATTGTGGCATCTAGCAAGAGTGAAGAGCTCTTATGAGAGAAAAATTCACCGTGAAA TTGAGATCGCTCCTCTAATATCAAAGTATAAGACCATGTCCAGTACTAATTATGAAACAG AAACTCCTCAACACACAAAAGAAAAGAGCCGTGTAACTTGATCCGAGAACAAGATAACTG ATATCAGTTGCTTATATTAAGTACTACACAAACTTCACAACTTCCAATGAAATGATACAA TACCTTTGCGTAAATCAAAGGAGGTGGGTTCTAGTCCACACAAATTGATATGAAAAAACC TTGTAGGAACTGGGGCCTAAAGCTCCAGCAAAGTAACCCTAACAAATGTTTGAAGGAAGA TTTCTTATAGGTGTTTAGAAATTAGAATGACACTGGAAGCCACATCCATCCATCCTGCCC TTTTTGTTTGGTGGCTAAGCTATCATCTTAATTCTGAATGTATGATGGACATTTCCTGTA ACCTTATCATAACAATCACCTCTAAGAGAACCAAGGGGCCAATGGCAATATTTTAAGACA TCAAAGAAGATGGCCGAGAAATCTACCATAAAATAGACATTTTCTCCATGCTAAACTTCA TACTTCAAATAAATCTATGTTACGCAAACTTTCAATTGCCTTGACATACCTAGATTGAAA AATTGGTGTCAGTCCATTTAGATCCTTCAAGATACACTTAAAATTTGCTAATTGGAATGG CTAAATGGATACTTAGTGACACATGAACCAAATATATCCAACCTAAATCCAGGTAACATA GGACTGAAAATTCTCATATATACACACACAAGAATATCTTCTAAAAGGGAAGGAAAAACG AAACAATCTAGGATGTTTGTAACCTTGATTCAAGTTCATGAGTACACACAGACATGGTAT GAGCAGAAGGAACCAATAGACCAGCTGTAGGTCGATCCATGATCCAAATTTTAACCTTAT GCACAGAATTAGTGAACCTGAAAACTACTCTATAACCCTAGTTCTCGTCTAAAATTATGC ATTCCTCAGGAAATATGAATAGATAATATTCTGACCTGAAAATCCAACAGTCAATCTAAT AGAAGTTGCAAAATCACGGAAGGATTAAGTACCATAATGGATTAACCCATGTTCTGCCAC TTCTTGGTTTTTCCTAAACACCAAGGGGCAAAATCTGATGCCTTACACAACTGATCATGT GGACAATTATTTCATAGATATTTGTTTAAAATAACAAACATATCAGCTACGAAAGTGATT TTAGAAGATATAAAACACCAAACATCTCTATTGATGAGCCACTAAACATCCACTCATCAT CAAAACCTATTCAAAGACAGATATATCCAAAACGTTTGCACTTAGTCATAAACCTGCAAA GCTTCAGGCTTATAATCCTGAACCTCAGGAACCTGACCAAACATCTCCATATACCATAGA TCAATTTACACATGAAATTTAGATAACTACTGAACTGCATTAACCCCATTCACCAATTCT TCAATCTCAACCACCAACGATCACATAAATGAAGTCCCTGGGAATGTCACCATCAGCTCA GCACAAGAGACAACTAAATCTTTCTTGTCAAAACAAACTCGTCAACTATTTGAATAATGA CTTTAATAAATCACACGCAACAGACTAAATCCTAATCCACACAATTCAAAGTTCAGAATT ATCACAAGTCAATTTAGACAAAAATGAATAAATAAATAATAAGATCATCTTAATATTGCA TCTTCCTTTTCTGCAGGTGGAGTTTATCCAAAATGTGTTAATACAAAAAAAAAAAAAAAG TAAACGAACTGCTAGGGCATTAGAAAAAGACAATCTTTAGAACAAGAAAACCATCAGCAG CAAATGAAAATCAATCAATCAATCTACCTCACCAAATTAACTTGCGAAAAAGCTTAACAT TTCATGGCCAGGTTCATGAACACATACATGCACAAAAATCACAAAGAAATTCAGGTTTCT GAATCCAAATATGACTTCATTTTTGTGAATCCAAAAGCTCATCTTTAACACAAAAAGATC AAATTTTTACACAAGAAATAGGATAGAAGATGGATTTGAAGCCTACCCAGAAGCTGAAAT GGATGAAAAAGAGAATGGGCTTCAATAAAATTGCTATCTTTTCAAATAAAGCTAGATTCT TGAAGCAGTTTATGTGTATATTCAATTCATTTTGAAGCCTATTTTAGCTCAGATACAATT AAATGTATTTTCTGCTAAGTCTCACTTTTCCCCTTTTATAATTATCTTGAAACGCATATT TGCATCAAAGTCCTTTAAGTTAGTTTTTTTAACCTTTTGTACTTCTAAGTTCTGTCACAA AAGTTGACTCTATTTTGTGTGTAGTATTAAATTTTTTTCTATTTCTTACTCTGAGTTTAT GTTTATATAGTAGCTCGATTAAATTTGGTTTTAAGTTAAAAAATCTCATATTAAAAATAA AGTGTTTTTTAATATTGACAATTACGATTTTATTATTTAATTAGAATATTAAATTGAACA TCCTCCCAAGTCCCAATAATTTATTTTAAATGAATTATGTCTAAATTAACAAAAAAAATG CGATTTAACTAATAATAATCAATAATTTAAAAGAAAAAAACTTCCTAACAAAAAAGTTGA TTATTGAAATCCTTTATGATAATTTAAAAAATTGAGATCAACATTTAATTAATAATGATG CTTTTCTTCTTTCATGGAATGTCATTAATAAAATATTACTTTTCAACTTTAGTTACACAA ATAACTCATGTGTAATGGAAAAATATAATAAGCATTTCACATGATTTTATATTTGTGGAA TAACTATCTCATAGAACGTGCATGTCAACTATTAGGTCTCACTTGATTGGTCTTTTAATT GAGTTAATCAATACATTAAAATTATTTATTTAAATTGAACTAAATTGTCCTTTTATTTTT TTTAAAAAAATGAAAACATAAAAAGTAAAATGAGAATATTATTCTCTCCATTTCAAAAAT AATGACCTCCTTTTCTTTTTAGTATGTTTAAAAAGAATGATCTTTTTCTTTTTTTGGTAA TAATTTTTCACGCGACATATTTAAGATCACAAGATTAAAGGGCAATTTTGTATATTTAAC ATAACTTTAATTTAAAACCACATGATTAAAAGTCTTTTTTATTTTTTTAAATCCGTACCA AGTCAAACTAGATTATTTTTTGTGAAACGAAGAGAGACAATTATTATATTACTAATTCCT CTCCCAGTATGTAAACCAATAGATATAAGTTAATTTTGCTTTAACTTTGTGGAAACTATT AAGTACTGAAGTGTACAATTTCTTAATAAGGGGGTGCTTCTAAAAAGTAAAATTCGAAAA GTGAAGGGTACGTCTGCAAATCTTCTCGATAAACGAAGCAAGAGAAAACCATGGACGGAG TTTTTTTTTCCAGTGGATTTTGTATTACCTAAGGCTTTAATAGCGGGATGTCCCATTAAA TCTATATTTGCGTATGAAAATTTTCAATTTGAAGAAAAAGCTTTTTAATTGGAGATTTAA ATTCGAGATTTTTGATTAATAATAATAAATATATTTACCCTTGATGTTTCTTGTGCACTT CAATTATTGTTTAATTTTTTTCTTATTATATTTTTAGATTAATTTTGATATATACTTCTA ATAAAAAATCAATCTAATTCTTTTCACAAATAGAAATAAGGTCGCATACACAATATTCAT TTCAAATTTCACTCATACGATTACACCAAATATATATTTGTTTATATGTATAAAAAAGAA TAATTCATTTTTATAATATTTTTATTTTTCTTCATTACAAGTATTTATAATTGCACAAAA TATTATATTTTTTCCATTTTTATGCTTGTCATTTATTTAATTTTCTAAAAAAATATTTTA TTCATCTTAAATTATTTATCGTAATTATCTTTTACACGTCTCTTGTAAAATTAATCAGAA AGATCATTATACTATATCGCTCATTTTTATTACCTCCCTAATATTTAGTTAAATAGATCT TTTGACAATACTAAGCTCCTTTTTAATTTAGATCAGTATATTTGGATTTGGATTTTGACT GAATTTTAAAACATAAATTTATATTCTTTGCTTTAAAATTAAAAAATTACATTGTCATGA AAACTAAACTCATTAGTCATTGGCCTCTGATTTGATATCCTAACTAAAATGGTATGTTAA GCTAATGGTAAAATTCAACTCATATGTGATATTTGGAGGAAGTTATTTTCCTTCGTTTCC GAAGGAAAGTTTAGATTTGAAAAATATTTTTTAAATTTTTTTAATCAAATATGAGAAAAT TCAAAAATATTTTTTGAAAAATATTTTACTTTCTATTAAACACACTTTAAATTAGTGTTT TTTCCATTAAAAGTAAAAAGAAAGACAAGTTAAATATGAAATATTTTTGGGAAAATTTCA TATATGGCAAACTTATTTGATTAAATAACATTATATGTGTATAGTTTATCTAATTACATT ATATGGGTATGGTTTAGTTATTTTAGGTATCTTTAATTTTGTATATAAAGGTTTTTTTTT ATTTATACAATTCTATTTTAAAAAGTGGTTTGTAACTGAAGCGTTAAATATGCTAACAAT AAATTAAGATAATGCCACAATTTTAGGGAAACGTCCCTTTTTTTAAGCTAAACGTTTAAA TTCAAAAAAAAATTCATACAGCAAGTGAAACAAAAATATAATTTTATATATACTTACATA TATATACAAAAAAAATTTAAAAAAAAGTCATGCACTGATTAATTTGTGTGTATATATATG AACTTACCTTTTTTGTATATTGATATGTGTACATGAATATATTAGTTAAACATGACATTA TATACAAGTTTCTAAATGACTTTTTATATATACTCCAATAATATATAAAGTTAATATATA CTAACTTCAATAATTTGTATATAACTACTACAATATACAAATTATAATCACATATGATAT TTTCCCATCTATATAACTAAATCCAATTACTTTGTGTATATATGTATATAAAAAAATAAT GAGCCTTTAATATACAATCCCCTACTACCAGCTATTAAAACAGACATGTACATATCAATT TTTTTATATGTATATAAACTTAATATTTACTAACTTCAATAATTTGTATATAACTAATAA AATATACAAATTCTAATCGTATATGAAAATTTTCCATCTGTATATTTAAGTCCAATTACT TTTTTGTATATATATACAAAAAACAAAAATAACATAAACATGCAATATACTATATACAAT TACTAAATATGGAATATACTATATACAATACTTAAGCAATACTTTTTGTATATTGACAAC TAATTAACCAAAAAATTGTATCTAACTTTGTGTTTTAATACACTACCTCATGATTTTGAA GTTCTTCAGATCCGACAACTTCAGAATTATTTTCCTCTGATTCAATGTTTACAGCTCTCC TCTTTCTTCTTCCTTGTACAATTTTAATGACTCTAGTTTTGACATTTTTAATAACTTGTT GAACTGCCATAGGGTTTTTTCTTTGATCTCAGCTCTTCCATGGTTTGTTCTTGTATAACT TGTTTTGATTTTCCCAAAAACCCTACATCAACCCCAAAATCTTGAGTTAACCCCATTGAA AAAGATGGTAAAATGTCAACAACATTGACATGCAAAGGACTACCTCTGGTAATCCTCAAA GATGGAGATGATTCATTCATTGTTTGACCAATTTTAGATCTATCAAGAACAAAAAATCGA TTATTTCATCAAAATATATGAAAAAAATAATAAACAGAACACATATACAAATTTTGAATA AGTAAAAAAAAGAAGAAGAGGTAAACAACTAAAATTAAGGAGTATTTACGAAATTGACTT CAACTTCGGAAGGAAACTTCAACTTCGGGAGGGAGTAATCTAATTTTGGACAACAATTTG AAATTCAAACCGGATAGTTGAAGTATTAAATGTAGGAGAAAAAGTTGGAATGTGAAAAGG AGAGTGAAAATTGTTTTGTGTATAATTTTATACAAAATTAGAAAATAAGATTTTTATACT ATTAGTTACATAATAGGTTGCGGACCCCATTAATTATAGCAAAAAAAATTAAACTATAAT TATATAAGGTAAATAAATTAAACTATACCCCTATGATATAATTAGTTATGAATGTTTGTC ATTTCATATAATTTTCCCAATATTTTTCTACAATTTATTAGCAGTCAAATTTAAGTTCAC TTTAATTTCATATTCTAGTAGAATGACCCGTTAAAAGTTAATGATAATGTCCAATTTACA TGTGATAAAAACAAGTGGCTCCTACATTAGAAGGGAAAAAAGAATTTAAAACAAGTGTCT ATTATCATTTCGATAATCCTCCATTAGAAGTAAAAAAGAAAGAGAATTAAAACACAATTT TTTTTTAATTATAATTTATTGATCAACTTAAGTTCATTTTGAATTTTAGTATCCAAGAAT GATTAAAATCAATAATAATGTCCATTTTACTATAAGTAGTTTACGTACGCGTCATAAAAC AAGTGCTCCCTTAAAAACTAGAAAGAAAGAAAATTTAGATACGAAATATTTTTTATAATT ATTCAAATAATCAATTCATCAAAAGTCAAAAGAAAGAGAACTCAAATATAAAACATCTTT CTATAATTTATTGAATCTAAAAATTTAACTTATTTTGATTTTCATGTTTTAAAATGGCAT GATTGACGCTAATGATGATGTTAATATCCATTTTACTATAGATAGTTCACATCACATGCG ATAAAACAAGTGTCCATCAGAGATTAAAAAGAAAGAAAATTTTAAAAGTAAAAAATAAAG AGAAGTTAAAGACAAAATATTTTTTCTATAATCTTAATTCATTTTGAAAGACCAATTATA GCGAATGATAATTCCCAAAATACTCCATTACAAGTCAAAATGAAAGAAAACTTAAATAAA AATATTTTTTCAATAATTATACGGATAATTTTTGTTTCATTATAAATTAAAAAAAGAAAT AAAACTTAAATAAAAAATATTTTTTTTATAATCATTTGGTATGCAATATCTAGTGGCAGA CTTTGAATTTTATGTTACATAGAATTAATTAATTATAAATTTGTGAATATATAAGTATAT TATTTCCCACAAAACAAATTAAAAAGATAAAAACGAAAAAGAAAGAAGAAAAGAGAGAAA CTTGGTGGGCTATAGCCCAAATATAAAAGGGGCAGTCCGGTTGAGCCCAACCCAATTATA AAGAGATGGGCTTGACCCGAATTGACTTGGATCTGTTGCTTCTTCTTCTTCAATGGCAGT CTCAATCATCCCAACCTTAAACCCTTGAAAACCCCAGGAACTTAATTGAAAAGATTTGCC AAATTGATAGCTAAATTTTGTTAATTAGGGTTCAAATTGCACATGTGTACTGATCAGTAA GTGGTAACCAATGCATTATCTTAATAATTTCAAGCGTGTCTTCCAGATGTTTGATAAAAT TCCTGTGAGAATACTTCAAGATTTTGATCCAATTGAACATATGTTTGTATGTACCATATT ACATGATTTTTGTTTTGTTTTCATATGTTAATGTAGAAATGGTGGGACAGGATAAAGCTG AGCTAGGGGGTTTGCTTGAAATTCTACCCCCGGTAGAGTTTTGCTGTATATATGGTTCTA AACTTCATCCCAACAACAAAGATGAGGTTTTTTCTACTTCCTTCTTTCGGATAATGAATT CCACTCATGGTTTTATTTGATCAAGAAGTTCTATAAAATACTGCAATAGTACATTGCTAA CAAATTCATTGCTAGACATCTATGACAGATTACATTATTGGAGTATCTGATCCTCGACAA TGGCATTCTGAGGTAATTGCTGAATTTTAAGCAACTCTCTGTCCATCTTTGTTTTCAAAA TCTAACGTCTTTCTACAATCCAGAATCTAAAATTGAACAAGGATCACTATGCTTCGTGTC TCATTCGCCTTGGTGGAGCAAGGATGGTGCTATTTCCTTTCTTGAATTAACTTTGATTTC CCTCATTTCTTTACTACTTTATATATGTTTTTAGTCTTACATTTCAACTCTAACTAAAGA ACAATTTACTGTGCATTGTGTCAGATAACTGATATTGCAAATGACATTGGTGTTGGCGTA CACTTCAACCCATTTGTGTCTTGCAACAACAAGGTAAATGAAGATGCACTTTCTTTTAAC ACATCAGTAATTTAAGATTAACTTTTACAGATGTTCAAGTATGGAGTTGTACGGATGCAT GACTTGATTCAAGACATATTGGGATGGGAGAGGTTTTATCTCAGCGGTCGTTTGCAGAAA CCAGTATGGCTTGTTTTGAACTGCTATTTAAATAACATATTTTACAAAGGACTTCGGTTA CAGTATTAGTTACATTGATGTAAGGACTTCCGAATGAATTTAAGTCAGTTAGTATATTTT GCAATCCTTTTGTGCCTCTTAGTCATTATTGTGGTACTTCTATGTCACATGAATTTAATT TCTGTTGTGATGAATTTAATAATATTGATGGTATCAGGAATAGTTCTTTATTGATGACTG ACTTTCCTGAGTTGCTATAAATACCTATCAGTCAAAGAAGCATGAAATCATCATTTAAGA AGTAACTTGCTACATGATGTTAGCTTACTCTCATTTGTATAACAAAAGGGAGAAAACTTG GTAATGTTTTTATTCGCATTAAATGTGGTCAAATAAGCTTACATTGGTTAGGATAATATC CACGAGCTCTTGTATGTTCTCTTAGCCGTAGGATCTCACTTTGGTGGTACCTAGAGACAT AAGAATAAAGAGTTATCATAATAACGCTGTATTATGATCCTATTATAATAACGTTGTATT ATAATCCTATCATAATAACGTTGTATTATAATCCTATCTAATTTTCCTCTTCCCCAAAAG AAATCCTATCTAATATTTCCTCCCAAAAAAAATATAATCGATTCTGGCTTGAAACTATAT GTATATCTCAGCCTGCATTTTCTTACAAAACAAATTAGCATGTGCTTTTGATATTTGATG GCACACCACTGCTAGCTTTTAAGCTCTCTCTTCTATTAACCTGAAAATGAACATGAAAAG TCAAGTGAGTGTGTATGGTAACTTGTTGTACTCTCAAAGATATTCCTAACAGAAGCAGTG CACTCAAACATTTCTTGCGAGTGTTAAAAAGAACTTCAGTTGGAAATATTCGAATGAGAT GCTTTGTTTTCTTCTGTCTATGTCTGCGCAAAGGTTTTAAACTTTGATAAACTTGACATT TGACCACCAAAGCTCTATGTTGCATCAGATTTTACAGCTCATTGCAAAATGGAACCTGCA TCCCTAACTCCCGTCTGATTTCTAGTTTCCTTCTTAGTCGTATTAGTTGGAGGCTTAATA GCTATTGCTTGATTTTTATTAGACATTTCTATGCTTTCTAATTGGGAAGTCATGGGCTCA TGGCTGAAATTCTGCGCTTCCTGAATAGAGAGTTTAAGTCTACTGTGGACTGAAAATATA GAAATGCTCCTGATAAAATATATAAAAATACATAGAGAGGCCGTCTGTTTCTCTAAATTA TATTACATGATGCATTCAACAGATATCGCTCAACTGATTTTTAGTTTCATACTCAGATAT AATATTCTGAATTTCTTTATTGGCTCCTTTTTTGCTTGTTGTGGTGAGTCTGGTGACTGT CCGTCATCCATAACTTACATTTACTTCTAAATCAGGTGAACATTCTTACGGATAACTTGG ATATAAAAAGCGTGAACAGCGTGAATCTGAAAGCTGCAACTTCTGCTGCTCTTCTCCTTT TGCCATCTAAATTCACGGAGGTTAGTCTCTTTAATCATTTCTGATTTCTTGTCAAATAGT ACAGGGACATAACACATGCCACTTGGATTTGGTGTTTACGCATGCAGGAAGATTTATATG CCAAAATCTGTAGCCTCTCATATACAGGTGACTTGCGTATGCTTTTTGCAGAGGACAAAA ATAAGGTAGATTTGACATTTGAGTGGGTTTAAATTTTAAAATTTTGTGGCCCTGACTGTA CCACATGGAAGTATCAATCTACAAGTAAGTTTATAGTGTAATTGGGTAGTTTCTCAATTT TATAGTTTTATATTACTTCCAGCGGATCAATGAATATCAGTTAATTTGCATCTCATATCT ACAAAATATCCTTTTTGGACTAGAATTTGAATCTCAACTTTTAGCATAGTATCTCATAGT GCATTGGCAACTTTCATGCCACATTAATTGATTGAATTGATTCTTCCATTCCGTGTACAT GAATTTCTTCATTGCATATTGATCCAGGTGAACAAAATTGTACAAGGACAGTTCCATTTA TTTGAGGAAATGTATAAGCCATTTCTGGAAGAATACGAGGCCAAAAACTTGTTGAGATTT TCAGTAGCTGGTGATAAGCAAGTAAACATATTTCAGGTCTCTCTCTTTTCTAAAGCTTTG TCTCGTGTTGCTTCCTTAACATGGTTAATTGTCCTGAATGATGCTAATAATTCTTTATTA TAATCAATGCTTCTAATACGGGAACATATTTATATCGACGATAAAACACGTTTTTCTATT GAAGCATAAAAAAAAAAGTATGGTGTGAATGGGTGATCAAGAATATACAGCATGAGACAT GCTAATGGGGCCCTTCTATTGTTGCCTGTTGTGTACATTTTTAGTGGTAATTTTTGACCT TGAATGGTAGCCTCTGTGGTCAGTGAAATTTATCTTTCTATTCTGAACATTTCTCAAATA GCTTTGAAGTCATTTGCTTTCACGACTTGTCAAGTAGAGTTTTGGGCATCACAAGTTCCC TTGCATGAAAATTAGTTAGTACTTTTACATGATTACAATTTGTACACACTCTGTTCATTG AGTCAATCTCGATCTTTGATTGCTTTCTTAAAATTTTCATATTACTTCTGGTAATACATC TATATGAGATTCTTTGACTACACAAGCACATCTTTTCTTTCTGATTGATCCAAGGAGATT GATATTGATTACACCTCTGTTGAGATATGTAAATAGGAAAATCAAGGTCAAGTCAATTGA CATCTTTTAGTGTTATCCAAATCAGGATTGTGGATTATCTGCTGCTTCCACCTTGGTTTC TTCTCTTCCTTCATCAATCAGAAGTGAGATGGCCATGAAACTTGGAGAAAAGAGAATTCT GGATGACTCTGGTACGTAAATCAACTGCAAAAAGAGTGAATTTTCTGGAAAGAATCTTAA AATTTCCTGTTCTTTCAGATTTTTTCCCTTGTTAGTAGTTCCTGTTGAATTGTGTCTAAC TTCCTCATTAGTGAACATACACTTATATTTTAGTTATTTCACGTCTGTAACTCTTACGCT TAGATCCTGATACCATGTTGGATTGTGTGCTTGTCTCATCTCTAGAGAAAAGTTCTATTT AGTTATATTACTTGTTATGATAAGCTCTTCTAATGTTCCCTCCTCAGCTTAATCAAATCA TTTCACCTATGCCATATTTTCTTGTAGGTAGAGTTAGACAACAAATAGTGATTGGTTCAA AAGAACAGGCTGCTGAGTGCATGCAGAGGCTAGTTAGACGAAAGGTTATGTTTTCTAGCA CAAGGCAGGCTGTTGCAGGTTTATTGACTGCTGGTGCTGTTCATGGAGTCAGATATGTAG CAAACAAGATGCGCAAGGCTTGGAAATCTTGGGTGTAATTGTTTCCTGTTTTTGGGTGAC ATCACGTCTTTTAACTGGTTCAGACATGGGGATATAGCCACAACCACAGTTACACCTAAT GACATGCGGTTCAACCATGGAGTTCTTAGCATGGATAGAGTTTGCCGACTCTCCTGCTGC TTTTTCAAAATAAGACAAATAGAATTTGAGGGGGGAAATAACCAACAACCCATCAAAAAA TTTCTTCTGAAAGTTTTCTGTTCACTTGTATTCTTTTCTTTTATTTATTTCAAAGGTGGG AAGAGTTCTTCAGGGAAGGTCGAGCTGTTGTATGTTTAGAACATCCTGGTGAAAAGAAGT TAATCAATGTTTCTAAACAAGGAATTGCTATTGTTACTCTGTGTGTGTACTTATTTTTCC TCTTTCCAGAGGACAAGTAAATGTGTTCTAAGGTTCATGAATTGATCATCATGCTTCATT AGGTATGTTTACATCTCCAATTTATTCATTCAAGTATAATTCCCTTCTATTTATCTCTTA TGTATTTTTTCTCCCAACTCTAATTTTCCAGTTGAACTTCAAACAAGTTGAGCAGAAGTG AAATTGTTCAAATTTTATCTCTGCCCCCAAAGGGTGAAATTGAACACAAGACGCCAAGTT TCTAAAGGAAGTAAATCTCCTTACTTTTGGAGTTAACAACCGGTGGGCTTTATAGCATAA TAATAAGAAAGCTACCCATCAAAATCTTCAATTTGTATTTTCCTTGAACTTATTCGATAA TTTGGCACATCACCATGTCAATACTAACAATTTCTTCTCAAAGTAGCCTACTGATTTTTA TATTTGATTAGTTTTAGGATAAAGGTATGAATGCATCTCATAAGTTCTTGAAGACAACCA AATCTGCAGTCAAAGGATGATTACTACAACAACACTCTATCAGGAGTAAGTGGATATGAT TCCAATGATGTTGCAGAAATCCTTCAGTACTACAGGTGACTGGTGATATAGGCCAAAATG TCCAGCCTGTTGCTCTTACTAGTTCCAGATTAATTAATTAACAGACTGTCCTATTCTCTT TCGACATAAGACACACCGTCAATCCAAGGGAAGTAGAATAGATTGTTGATGTTGATATTT CCAATAAAGATGCAATTAATAATACGCAACTACTGTGGTATCTATCCATAAATCACATAC CCAATTCTCCATTGGTTCCTTCAATGTGTGTGTCTTGACTATATGCATAAAACAGAAAAG GACTTGCTTGGAAAAAAAACATTTGGCTCATTGGCAACCTTATCAATAACAATAATTGAA GATATGGGAGTCTACCCATAAAAAAGAAAAAAGAAAAAAAGAACCTATAAACAGCAGTAC CATCCCAATGACCTAGTAATTACTACTAGCCTTCTGTAACAGTAGAGCATGACAGTAATA GACTCTACTGATGAAATGGGAGATGAGATACAGCCAAGAAGTTATTGGAGATGGAGCAAA CACGATTTCTTCCCGGGAGATTCTTTCCAGAATTGGAGCGCATACCGATCAGCACTGTCA CAAACATTTACCAGATTGAAGGACCGAGTTGCAAACCGTTCTGACGATGCTGAGGAGATT GTGGAGCTAAGGAAAGAAAGTGAGAATGAGATGAAACGTTGCCTTAGTTGGTGGGACCTT ACCTGGTTTGGCTTTGGCTCTGTTATTGGAGCAGGCATCTTCGTACTCACTGGCCAAGAA GCTCATGAACATGCCGGACCAGCTATAGTTTTATCCTATGTGGCTTCTGGCATTTCAGCA ATGCTCTCTGTTTTCTGCTACACAGAATTCGCAGTAGAAATTCCCGTAGCAGGAGGGTCA TTTGCATACATCAGAGTCGAACTGGGAGACTTTGCAGCCTTTATCACAGCAGGGAACATA ATTCTTGGATCCATTGCTGGTAGTGCCGCAGTAGCAAGAGCCTGGACTTCTTACTTTACA ACGCTCTTGAATCGTCATCCAAACTCTTTGCGTATACATACAAATCTCATAGACGGGTTC AACTTACTAGATCCAATAGCTGTTGCAATTTTAGCAATTACATCAATAATTGCAATAAGC AGCACTAGAAGAACTTCATACTTTAACTGGATAGCATCAGCAGTAAATATGGTGGTGATT TCATTTGTCATAATTGCTGGACTTGCTCATGCCAATACCTCCAATTTGACACCCTTTGTG CCACATGGTCCCAAAGGTATCTTCGTTGCAGCGGCAATAGTGTATTTTGCATATGGGGGT TTTGACAATATTGCAACCATGGCAGAGGAAACAAAAAATCCATCGAAAGATATACCACTA GGGCTGCTAGGATCAATGTCAATTATCACCGTGATATATTGCTTGATGGCACTTTCACTA AGTATGATGCAAAAGTATACAGATATAGATCCTAACGCCGCCTACTCTGTTGCATTTCAA AGAGTGGGGATGAAATGGGCAAAATACCTGGTTGCCCTTGGAGCTCTGAAAGGAATGACC ACTGTCCTTTTGGCAGGAGCAATTGGACAGGCACGCTATGCTACTCATATTGCACGAGTT CATATGATTCCACCATGGTTTTCACTTGTTCACCCAAAGACAGGAACTCCCATAAATGCA ACTCTCTTGATCAGAGTTGCAAGTGCATGTATAGCATTCTTTTCAAGTTTGGATGTCTTG GCAAGTTTGTTATCTATAAGCGGCCTTCTAATATCCATGATGATGGCTGTTGCTCTGCTT GTGAGGAGATACTATGTCAGAGGTATCACCCCCCAGACGAATCTTTTGAAGCTTACCTTC TTTCTACTGGTCATAATTGTATCCTCTGTTGGGACTTCTGCTTATTGGGGACTGGACCCT AATGGTTGGCTTGGTTACACAGTAACTGTTCCCCTTTGGTTCCTGGCCACTTTGGCAATT TCGGTTCTTTTGCCACAGGATAGAACACCAAAAGTTTGGGGAGTCCCACTGGTTCCTTGG TTCCCATCCCTCTCAGTTGCAATAAATGTGTTTCTCATGGGATCATTAGGAGCTCAGGCA TTTATAAGGTTTGGCATATGTACGATTGTAATGCTGATATATTATATATTTTTTGGCCTC CATGCAACTTATGACATGGCTCATCAACCAAAGAAGCCAATGACTTCAAGGATCTTAGAA GAAGATATGGGAAGTGCTAGGGCATAAGTTTTTACACCTATAATAAAATCTGGGACTTGA GTTCCATCACGCTTAATCCTGCAATCATAAGATCTATGTTAGATGAAGTTATCACTGATC AGACAGTATCCTATCATTATGAATAATGAAAACTGTCTACCACAGTACATTCTCGAACAT TTCAATGATAGTCAAGTGATTATTGATCCTTTTATTCATTTTAACTTACAAACCAAGAGA TATATTATCAAATGCTTATACTACTTCAATTTGGAAAATATTAAGACATAAAATACTTCC CAGTTTATTAGAAAAAAAGAGTTTTATGGTTATCTAAATAAAAATTAATGATAGGTTACT TAGATCAAACGAGTTTAGAGACAAAAAGAAGAAATTACTTCCCACTTTTATAATATTTAA AAGGATTTTAAAAGAAAAGACACAAGAGAAACGCTCTTTAAAAACAATATTTTTATTAGG TCCAAAAACGCCCCTGTTACTAATAGTTTGGCCAAAAGAATGCTAACAATAGCAGCATGT TTGGACCAAACTATTAACGGAGGACATCTTTGTTCAATTTTGCATAGTCTAAGGGCTTTT GTTACCCTTTTCAGAAAACACAAAAAGGAGAGATGCTACAGGAGATAAAGTAAGAAAGTA AACTTCAGCACATAGGAAAAACATTCTAAAGCAAGAGCAACGGTAGGTTTAGATATTGCA AACTCACTTCAATGATCAGTAGAATTTATACCCTTTTCATATTTTCTTGAAATATTCTTT TTTTTTTTTCTGACAAAGGTAACAGTTTCTTAGAAAGCGTCTATACCAATTCAGGCCACA TATCTGAAATAAGTTAGATCCACATTGTTCCAATAAAAATTTTGTCAACTCTACTTCATT TCCAGTCAAAAAAGACCATATTTGATGGATAAATAAACCCAGAAAATGTTAAGCATAATA ATTCAATAACTCCAAAAGAAGAAACATCTGAATTCTGAAAACTTTCAAATGAATATTACC AGATTAAACAGTAATATCATTCACTGCAACCACTGAAATTGTTTTCTACTGCTTTTCATG CTTCAACCTCCTGCACATCATGAAAGCATCATCTAATGACCCTTGGACTTCTCACTGCCA TTTTCTACTTGGTTGCAATCTTCCCATATGCAACCACCACACTCACAATATTTCTTTCAC TCACCATTCTGATCCCAAGTTAGTTGCAAGCAATAATAATTCCATAATAGCTCTACCACA AGAAAATTATTTTAACATATGCAAGATGCACCGTCAGAGCATTTTGTTCCTTTACCAATA GAAAACGGCAGATATTAGTATGAACATTCAGCTAATAACACAGTATATAGTAAGGGAAAT TCACTTCACATGAGTGTAGAAAGCACCTTTAGTTGAGAAGTCGGAAGGTTGAGAGAGCAA GGTTAGAGAAAAACGCACAGAAGAGAGATTTGCAGCCTGGTAGTACTGTGTTATGAATTC AACAAGATCAATACCTAGTAGCTTCAGCTCAGTGATAGTCATTCCATAACAACTATCCAT GTTTTGTGATTCCTATCCAGTTGTCTTTTTCCCTAAGAAAAATGTTCCGTTGATGTATAG GAATAAAGCATAAGTCGTACTAAACATAGACAATCTAATTGCTCTTTTGTAGCACACATC TGGAGTAACTTAGAGCATAATTAAAAGCTGGTTTTGACATTGAGACTGCTCGTCTCTCTT GCACTTCAATTTAAGAACTTGTCCATGATTAGCACCAATCGGCAATCACTCTATAGTCTA CACAAAAGGTGTGCTTTCAGATAATGCCGAGGAATTTTTTTATTGGTAGAAAGCACAACC GTGTCCATTTTTTAATATCTTAAAGTAGTGCATTTCTGCTACATTATCAGTTACATACAA AATATATACAGCTTATTTAAATCCAAAACATTTATTTCCCAAGAAATAAAATACATTAAC TTGTGATGCTAACATCTATCCAGAAAGATTCAAAGATTTGGCATGGCATTTACACTGGAC TTTGATCACTCCTTCTATTCACTCTCTCTCTTACCACTGGGAATATTATATACAGAAAAA ATAAGCAGACAAAATTTTGAACTTGCTTTCATAAGCCACAAACAATAACTTTGTCAGCAT TTTCAACTCCCATAATTTAACATTCCGGACACGTCTTGATACAAATTAAAACAAAGAGGA AGCAAAAGGTAAATAAGAAATGTAAGCAACTTTAAGAGAATTTTTATTTTTATTTTTGGT AGAAAACTATAAGAGAATTACTTAAATTAAACTCTATTTAGACTCTCTAAAACCGTTTCA AAATGATCGTGCCCGGCTAGAGCTATTGAAGTATCATCAATATTCGAAACTGGCGCGTTA CAAATTTGTAGATTACAACTTTTAGATTTCAAATCTAACAGATTGATAGAAAGTGAAGAA GAAAATATTCAATGACATGGAAGCTTTCTTTTAATATCCTTTTGATGAAGTTAGTAGTTT CATTAATGGCATCAAGAAGATGCAAGAGAGTACAATATGTAAGATTACGAAATACAGGAT GTTAGCTCCATTACATAATAGGCTATGCAAAGACCAGGGACCCAAAGTTCAAAAAATTGA CATGGGAATCTACAGGGGATACATCTTGCCCTTTAATATCCTAATGACTTAACAATGCTA CATTATCATAATTGAGAGGTTTCTGTATCCATTCAAAAAGTTCATATAAATAATCGGTAA AATATGTCATTATCTGTTAGATACATGTGCAACTGACATGCATTCAAACAAACAGAAAAT CAGAACGTTAAATCATGGATGCAAGTGTCTGTTCGGTAATAGCAGTCATCCTATCATTGT ATAATTGTTTGATGTATCAAGCACAAGGATCCAAATTCTGAAATGTACAAAATGGATCTT CTGAAAGAATCTCACGTCCATGTCCTCTTTAGTCCCTTGGGAGCAATATGCCCACGGGAA ACAAAGGTTCAGGATATTGCATTTTTGCAACCCAAAAAAAAAAACTAACCTCTAATATCA GATGAAAAGGTCACTCCAACATTTGTTAATAGCTCCTTGAACCTTCTTTGGTTTGCAAAG TTCTCGAATAATCATTTCCCAAGTGGATGACTTGGGAGAAAGAATTTTTTGAAGCATCAC TTCTATAATTCTTGAAGCTCCTATGATTCTCTGCCGCCTGTACAGTTGTAGCACCAGCTT ATCCAGAAAGTCTTCCCCATCTTGGGATGGATTTGCTTTTTCATTTAAGGTTTTCAAGAA AATATTACATGTAATTTTGTCAGGATCACAACCTCGATCCAACATGGTATTCAAAAGATC AATTGCTAGAGAAATTCTGTCCACCTTGCATAAAGCATTAATAATTATGTTATATGCTAC TACGTCAGGCTGAGAATCAGATCCTCTACATAGCATCTCATTGAAGAGTCTCAATCCCTG GTCCACAGAACCAGCATTGCAAAGGCCGTGAATCATTGAACTATAAGCCACGGCATCAGG GACCAATCCTTTGCCTAACATATGCTTCCACACCATCATAGCCTCTTTGAGCTTCCCATC TTGACACAGTCCATGGATAAGTACACTGTAGCAGATTTCATTGCATGTGATACCACTGGT TGCCATGTCTTTCCACAAAAGTATAGCCTTGTTGCTGTCACTGGTTTTAAAATAACCTTT CATCAAGGAGCAGTAAGTATAAGCATTGGGAGTGCAACCCATTTTATTCATCTCTGAAAG AATCTCCTTAGCTTCATCAGGTTTGCCTTCTCGACACAAGCCATCTATAAAAGCAGAATA AGCAACTATATTAGGTTTTACTCCCTTTTCTATCATTTCCTTCCATATTTTTAAGGCCTC TTCAGGTTTTCCTTCCTTGAACAACCCACTAACTAGTGCTGAGTAGACATATTCATTTGC CAGATGCCCTTTCTCTTGCATTGCCAACAAGATCTGCACACCATCTGTGGCTCTTCTTTG CTTAACAAACCCATTGATAATCGTTCCATAGGTTATATCAGTTGGTATATACTTATTTGA CACCATTCTATCCAATAAACTAACTGCTTTCTCCAATTTACCTTTCAGGCACAAACCGTG TATAAGTGTGTTATAAGTCACATCATTTGGAACACACCCTTTAAGAAACATGTTATCCAC AAGCTTTGCAGCTCGAGCCAAGTCACCTTTCCGACAAAGCCCATTAATCAACACATTAAA TGTTACTGGAACAGGAAGACATCCCTCTACCTGCATTTCATCCAAAAGAATAACTGCTTC ATCAATCCGGTCATCCTTGCATAACCCATCCATCAAAGTGCAGTATGTATAAACATCCGG CTCACATTTCCAAGTAGGCATTTCTCTAAACACCTCCATAGCTCTATCGACCATCCGAAG CTTACACATGGTTTTAATAACTAAATTAAAAGAAAGCACATTTGGCATAATATTCCTATT ATTTACAACATCAGCATAAAAATCTAAAGCACGGTGATATAATCCTGTCTGAACTATCAC ATTAAGAACAGAATTAAATGACTTCACAGTTCGTTTACATTGAAACTCATCCACCATTCT TTCAAACAACTCAACAGCTTTTTCAGGCAAACGGGCTTTTCCATAAGCTCTAAACACTAA GATAAAACTCTTCTCAATAAAGACTCTTTTTTCACACTTCATTCTACCAAAAACCTTCTC CAAAGACGTAAAGTCCTCGGAATTAGCATACTTCTCAATAAGAGAATAGAATGTAGAATC ACCCAATTTGAAAGAACCCAACTTTGGAGCCTCTTTAAATAGCTTGTCTGAAATTGGTAC TTCCACTTCAGTTTCACAAGAACCCAAGTTGGGTTTTAGGGTAACTTTAAATGATTTATC AGAAAGGGGTTCTTCTACTTCAGTTACACAAGAATTAAACTTAGGTATTGGGGCAATCTT CATTGAGTTATCAGATATGGGTATTTCCATTTCAGTTCCACAAGAACTCAATTTGGGTAG TCCCATTTCAGTTTTCAAAGTAGAAATTGAATAGTCTATTTCAGGTTCTTGGTCAGTATG AGAAGGGTTAGATAGAGCTGAGAATACACGGTTAATGGTGAAGTTAGAGAAAGACTTACA TGGGATTAGCTTTGAAGTGAACTGTTTGGTACGGAAGGAGTAAAAGAGCATGCCTTTTCA ACTCAGATTCTCATGAAGAAAAACAAAAACTTCTGATAATGATCATCTATGCAGGGTTTA AACCTTAAATATAAGAATCTTTTAGGCTCAACAAAATGAAGGAGGTCTCTGAGAGACGCT GATGAGGAAGATGAAAACAGCGAGGAGGGTAGCGGGAGTAGGGCAGAAAAACGGAAGCGG AAGGGGTGGGGCTCTCTTTTTCTCGACTTAGATAGTTAATTTCATATTCTTTCAAAAATC ACGTATTATCATATATGAAATTATTATTGGAGTTTTTCTAAACACAAAAATTGATTAACG AGTTTATATTTTGTTAAAATAATCTCAAAGCATTATGGAGCTTGGAAATATAAATTCAAA AATACTGAAACAAGGCATGAACTATTATTATATTGACTAATTATTTGTGAGAAATAGTGA TGAAATATTTATGCTTTATGAGCATGAAACATAGTTACATATGATATTGACTAACAAATG ATTCAAAGTAACAATGTTGGTTCGTGTTCCCGATCACATGATCGAGAAATGCAAGTTCAA CGTGAGGAGATTTTATCTGTATTATGTGAGAGGATTGTATTAAAAATTAGTTTACTGTTC AATTTTTATAACTATTGAATTAAAGTTTAATTTAACAATTATTTAAGTAGGAAACAAATA AATATGTAATAATTTATTATTCGATTATATAATTTTTTGTCTATTTGATAAAATTGAATA AATAATTTGGATTATTTTAATTATTTTACAACTTATGAGATTCTTAAGTTTATAAGAAAA TATACAACACTAAAAAATTCATATCGTATGTCGAAACAAAACTTTCATTTTATCTCATGA TTTTATATTATGATATAATATATGATTTCGTTTCGCATAGTTAAACGGACTGTTAGTATT TTATAGGGCAAAGGGTCAAAAATACCCTCCAACTTTAATTTATTGTTTAAATTTATCCTC GCTGTTAAAATGGACTGCTCCCGTAACTAATTTCACCAAATTTACCCCCACCAATTTTTT TTTAGAAAAAACCCTATTCCTTATTTTAACACAATAACCCAATCCATTTAAAATAACCCG TCCCCACTCTCCAGATCTCCTTTACCCATTTAACAAACATGGTGCTCATCTTTAAGCTAA TCAGCTAAAAATTTGAATTTAAATTCTCAAGATAAATTTTGAAGTTGTCACGTTTAATCT TATGTATATTAAAACTCTATATAAAGCATATGCAACAACAAGTTTGTCCCAAGCTGCACG AGCAGTTGCGGCTCCAACCAATTGAGTCAGGATGCTTTCTGAAACAGAAGCAACAATCCA ACTTAGAACAAGTTGGTCTTTACGTGACCAGATTGTATATGCCGGATCGGGTTTGGTATT GGTATCGTTCAAAAATTGTGGTGGCGTTTGAGTAGTACCATCAATATGATGATTCAAGCC ACACGTATATATCATAGACATAAACTGTGTCTTCCACAATAAAAAGTTCGAAGATGTAAG TTTTACAGGTAATTGATGTTGATGTTTGGAGATGGTGAAACAGTAGACATCATGGAAGGG CTGCTAGATTCACCCATGAAAATTGGGTTGATTTAACCTCTTATGCCTCTGATACAATGT TAAAGAAGATTGACCCTTATCTATGCAACAGAAATGATATCAACTTTTGCAGGATAAGTA AAACAATCGATAATATTACTTTGTTCACTTTTATTTGTATTATATTTTAAAAATATAATC ATAATTTCAATTTATGTGAATAGTATTCTAAGATATTCATACTAAACATCATTATTTTTA AGTATCTTGCGAAATTCCAAATGGAAAATAAAAGTGAATGGAGGTACTATTTCATGTGCA TCGATCGACACTACATTAAACATAATTTTTAGCGGCAATTAAGATTGCAGCTAAATATGT ATTATTAGCGGCAATTAACACTCTTCGTATATGCTCTAAAGCCTTTAGCGATATTAGTTT TGATTGACACTTAACTTATCCGATAAGACTACAACACTCTTTATTAATGTCAATATTTAT GGCCACTAAAAGTTATTTTTGTTGTGGTGCGGTTTGATTTGGTTTTATGTACTACTGATT TGATTTATCGATTTTTAAGTATTTTAATCAAATACAAACCAACACGATATTCTTTATCGA TTTTTGATTTACTCAATAAAAAGGTACTCATAAAATAAATATATGACTTGTCACTTCTTC AATTATTTGGCGCAGTATAGTAAAACAAATAAATCAACTATAAATATTTTAATATATTAA ATAAGAAATATAATAAAATTTTTTATCAATGAGAGTAAATGAAGTACGAATAATACAATT ATACGTTACAATCAAAACATTACATGAAATATCAAATGTGAAGTATGAACCGTGAAATTT GTAGCATAGAAGAGTATGTGATATAGTGTCTATTTATAATATATTATTAATATTTAATAT TACGAAGGATAAAGTAATAAAATATTATCATACATCTTATGAATAATATTCAATACTGAA AAATTGATAACTTAATAAATTTTCTTTTATAAAATCATTAAAAATCTATGAACCCAATAA ACATGTTTTTCAATATTCAATTCAATTTCCCACTAATTTAACTCTACTTATTACAAGTCA ATTTAGCATTAATAAGTATTTTCCTATCCATGTTAGTAGATTACTTCTCTTAATAGAAAA AAATATAATTAATAGTTTCTTAATTCAGTGAATCCCATTTTCTTCATCATCAGAGACTTG TAACCGACCAAATTGTTTGTTAAGTCTTAGACAGTAGTATCACACAGAAAAATCAATAAT TCATGGCATCTTCAAATGGGAGTGATTCTTTAGAATCATATAGTAATTTTGGGCGGCACT CAAATGCAGATTCAGATGAAGATGAGTTAATGTGGGCAGCTTTAGAGAAGTTGCCATCGG AGAAGCGTACAAACTTCGCCTTGTTAAAACGCACGGATACTATCGATGTCACAAAGCTTG ATCGTCTCACTCGGCAAATTCTTGTCAACAATGCACTTGCTACTTCTGAACAAGATAATT ACAAGCTCCTTTACTCCATCAAACAACGCTTCAATAGGTAGTATACACTATTTTTAATGT GATATATATGTATAGGTTTATCGTTAATGCTAATCAGAGAATTTTGTCTAGGGTGGGATT GGAGATACCTAAAGTTGAAGTGCGATATGAAAACTTAACTATATCAACAAATGTGAAAGT AGGTTCAAGAGCATTGCCTACGTTATTAAATTATGGTTATGATGTAATCGAGGTGCGTAA TGCTAAGTTTAATTTGATTACTGTTGCCACCTTTTATGATTTGTGATTGTTTGATCCTGA TTCCTCTGTGTAAATTTCATAAAAATACAGAGTATATTAGCTGGATTAAGGATATTCAAA CCAAGGAGACATCCCCTTACAATACTGAAAAATGTTACTGGCATTGTAAAACCTGGAAGG TAATATTTTTGTTCTTATGTTACGTTGCGTAGTTATTCATACTATACAACCAGCACTAAG ATTGGTACATACTACCTTTATATATATATATATATATGTGATGGTTTACCTGACCACGGA CCACGTTCATGTGTCGGGTTCAAAAAGGAATTTGCAAACTGTTGAATGTATTCGACAGGT CTTTGCAGCTTGTTGCAGACATTGGTTTATTAAGAATATTTAAGTAAAGCATCAATGTAT GCCGAATTGCTCCATATATAGTTTGCCGAACCACATTATATAAACGAACCAGAGCTACTT CGAAATGATCTTGTCTTCTTCTTTTCCTTTTTTGTTGTTGTGAATTTACATTGTTTAGTT GCCAGTAATTTTAAGTTATTGTTGATTGTAACAAAACAAATGGATCCTATTAATATTTGT TTACATTGCTATCAATATCAATAGGATGACTCTGCTTCTAGGACCTCCAGGTTCTGGTAA ATCCACATTGCTTTTAGCTCTTTCTGGAAAGCTTGACAATGAACTGAAGGTTAGTATGCT GGTGCATTAATTAATCGTTCGTAATATCATCCAATAGTATTAATTTAATTGTTCCTTAAC TGAAGTTGAGTTGTATAAAAGCACATACACTCATATATGTATTATACATTAATTGAAGAC CAGTACTTTAAATGAAGTGATCATTTAGTAGATAAGGTTTATCTCAATATGCCCTGCATC TCGAGTAAATATTAACGAAACGCTGCATTTGGGCTGAAGGGACTGGAGATTTGGTAGGCG TTTGGACACGAAGTGAGTATATTTTAAAAAAGAGAGTAGCATTTGGAATTAAGTTGAAAA GGGTATTTATAGTGTTTGGACATGCATTTCACTTGAAAAAGTATTTAAGACAAACTTTTT TTGCTCGAAAAAACAGGTTCAGACCAGTTTTGAACCAACTTTTCCGAACTTTAAATATCT ATTTTCATGTTTGGAGCGAAAAATTTAGAAAAATAACTTGACTTTATTTGGTTTCAGCGA ACTGGCCATATTACGTATAATGGACATAAAGAGGATGAGTTTTGTGTGCAAAGGACTTGT GCTTACATAAGTCAAATAGACAATCATATTGCAGAGCTAACTGTAAGAGAAACTTTAGAT TTCGCAGCGAGATGCCAAGGTGCAAGTCATGGTTTTGGAGGTAAATTTGTCTTAACTTCT CTTATACTCCTTAATGGATCTCTATTTTTAAATAAAATGATTTTTTCTACAAAATTTTCT CAAGTATACTTATCAATGTGCACAGCCGTTTATCATCTACTTGTTTTCAAAGCCTTTTCT ATGCCATACACATGATGTTAGCTGGTTGAACCATGTAATGACCTCATACTCTGCATGTAA TTCTTTACTTCAATTATTGTAACCGTGTGCTCTCTGCTACTAATACAGTTAACATAATGG ACTTTGGCAATTCTCGATACGCATCAATTCCAAACTACATCTGAACTTAACCAATATAAT ATTAGCTCAAGCTCTCTGAAACTATGCTTCCCTATGTACAAACCTTCTTCTAAGCTACTT TGGTGTGCTGCATAATTCTATATCCTCTGTATGCCTTTACTTAACATTTAGTCTATGGTG GTTGTCTTTGCTTATTGCAAGGATTTTTCCACGAATAAGCTTTTTTTCTGGCACTTATTA AGTAATCTATGCAACATACTTGTACATCTCCACTGACTCAGTTCTCGCTTCCATTCTATT TTCGCATCTGACAAATGAACAAATGGTGGCGACTTGATCAATTTGGTACTGTCGAATGCA ATTCATGCCAGATCCTGAAGAAATCATTAAAATTGAAAACCAACTCGTTGCAACCAAAAC TAACTTAAAATTGACACCGAATTAAGTTTAAATTGATTAGAAAAAGTCTTCATCTTTTTC TTAAAAAGAATGATACCTATACATATCCCTGAAGATCGCAAGTGCAAATTGTTTGTTGCC TCTTATTTAAACCAGTCCAGGTTTATCAGATATAGCTTGTTTTCTTTCCTGATCTTGGCC TGTTATATATATATTTCTTCTGCAGATTATATGAAAGACCTTGGTCATTTAGAGAAGGAA AGAAAGATACGCCCAAAGTTTGAGATAGATGCATATATGAAGGTTTGGTTATGATCATCC TTTTAACTTTTTAATGCACTCAAAAATGACAAATCATGACCTTTTTTTTTGGTTGTTTTC ATGTTGACTTATGATGAAATAAATAAAACCATTCAGGCATCTTCTGTTGGTGGTACAAAG CACAATGTGTCTACAGAATATGTCTTGAAAGTTCTTGGTCTTGATATATGTTCAGATACA ATAGTTGGTAATGACATGGTGAGAGGAATTTCAGGTGGACAAAGGAAGAGAGTTACTACA GGTCTCTCTCACTCTCTTTATATATATTTTGTATGTGTATGCATGTATCTCTCTCTCTCT CACACACACACACACCAAAACAACCCAGAAACAATCACAAAAACACACTCTAAAATGCTT GAGTAGCATTTGATCGCCTTAATCGAATTAATAGTTTGGGGATTTTCCTTAAAATATCTT CTTTTTGGATTGTGGCAAGTGACATGCTTTGTGGAATTTAAGTACTAGATTTGCATCCTA ATAATTTCCATCTGCAGGAGAAATGATTGTTGGACCTAGGAAAACACTTTTTATGGATGA AATTTCTACTGGACTTGACAGTTCTACAACTTTCCAAATTGTCAAGTGCATAAGAAATTT TGTTAATTTAATGGAAGGAACTGTGATGATGGCTCTTCTTCAACCCGCACCAGAGACTTT TGAGTTATTTGATGATCTGGTGTTACTATCTGATGGATATGTTGTGTACCATGGACCTCG AGCAGATGTTGTTCCATTTTTTGAGTCATTAGGATTTCAATTGCCATCTCGTAAGGGTGT TGCTGATTTTCTTCAAGAGGTACTTTTATTATGGTGCTACATATCGCAGAACTGGACTTG GTACTTAATTAATGTCTTTGTAGGTTACCTCCAGAAAAGATCAGGCACAATACTGGGCTG ATACTTCCAGACCATATGAGTTCATTCCCGTTGAGGCAATAGCTGAAGCTTTTAGAAATT CCAGATATTGTCAGGATCTAAAGTCATCTCTTTCGGTTCCATATGATAGATCCAAGAGCC ATCATTTGGCTTTATCTAAGACAAAGTTTGCTGAATCCAGATTGGAGCTCCTTAAGGGTT GTTTTTCAAGAGAAATGCTTCTAATGAGTAGGAATAGTTTTCTATACATCTTCAGAACAT GTCAGGTATTCTAGTGTGTTTGTTTTCTTTATCCCGAACTACTTCACCCAATAATATCTT CTGCCTGTCTCAGTTTACTTGACCTTTTTTACCTTCGATACAAGCTTTCCCGTCTCCTAT AACTCATGTGTGTGGAACCTCTCTCATTTATACAGGTTGCATTTATGGGATTTGTAACAT GCACACTGTTTCCAAAAACGCGGTTACATCCCACTGATCTGGTGAATGGGAACTTGTATC TTTCTGGCTTATTTATTGGGTTGGTGCATATCATGTTCAACGGAAGATTAGAACTCCCTC TCTTAATACTTCGCCTCCCCGTATTCTATAAGCAAAGAGATAATTTCTTCTATCCTGCAT GGGCGTGGTCCTTAAGTAGTTGGATTCTGCAGTTACCTTACTCCATAACTGAAGCTGCTG TGTGGTCTTGTGTTGTGTATTGGACTGTAGGTTTTGCACCTGGTGCTGGGAGGTATATAC AGTGTTCTGTTGACATCACACATACATATTTTATTGGTTATATTCTGCTTACACCGCCTT CATCTTTTTCGCAGATTTTTCCGTTACATGCTTTTACTATTTTCTGTACACCAAATGGGG ATGGGTCTCTTTCGGTCAATAGCTTCTCTTTCACGAGATATAGTTATCGCAACTACATAT GGATCAGCTGCTCTGCTAATCACATTTTCACTGGGTGGTTTTCTCTTGCCAAAAGGTAAG TTTATAGCTCTCTTCATTATTAACAGAATGTCATTTTATTAAAGAGGTTCCATTTTTACA GAAATGATCAAGCCATGGTGGATATGGGCCTTTTGGGTGTCACCATTGTCCTACGGACAG CGAGCTATTTCAGTTAATGAATTTACTGCCACAAGATGGATGGAGGTATGACTTCTCTAC CATACAAAACCTGGACAGTTATTTATAGAAAATAAGTAGCTGCCTTTATATATATTTAAA CTTACTTTATGTAGAAGACAACAAGTGGAAATGTTACCCTTGGTTACGCTGTTCTGCAAT CCCATAGTATACCAACATCTGGTTACTGGTACTGGCTTGGAGTAGGAGTTATATGGCTAT ATGCCTTGCTTTTCAACATTATTCTGACTGTAGCCCTGGCTTTCCTTAACCGTAAGTTAA AAGTTCCTGTCACAGAGATAAGAGCTTTCATCATATTGATTCCAATATCTACTGGACTCA CATTTTTCGGTTTACTCCTGCAGCACTAAAAAAATCACAGGCAATTATCCCAGCTGATTC CAGTGGTGTTAATTCAGTTAGTGATGGTAAACAATTTTCTCTGTTGGATTTTTGGCTTGT GTATCGATGATCTATTTATCATTATCTTTTGCGTAGGACCTGGCCAGAGGGCAAGTACAA AGAAAGGAATAATCTTCCCTTTCCAACCACTAACGATGAGTTTCCATAATGTCAACTACT TTGTTGACATGCCAAAGGTATCCATTAGGGATAATTTCGTTTATTTTTGAATGATGAATC GTATTTCAAGCTGGAAACATGTATTCTTTTCTCAGGAAATGAGCTCAGAAGGAATACCTG ATAAAAAGTTGCAGCTACTGTCAAATGTAAGTGGAGTATTCTCACCTGGCGTTCTAACTG CATTGGTTGGTTCAAGTGGAGCGGGAAAAACCACATTGATGGATTGCCTAGCTGGTAGGA AGACTTCTGGACATATAGAGGGCGACATTAGGATATCAGGTTACCCTAAAATACAAGAGA CTTTTGCAAGAATTTCAGGATATGTTGAACAGAATGATATACATTCTCCTCAAGTGACAG TTTTTGAATCCCTGTGGTTTTCTTCTTATCTCCGGCTCCCCAAAGAAGTGAATGAAAAAC AAAGACAGGTTAGTAGAGCCCATGCCTTTTGGTTTCTTCATTTTTATGTTTGTATTATAT AATTTCATAGTATTGTGATTGATCTATTTGGTTATGACTCAGTACCCCTTTGACTTTCTT ATACTGCAGGAGTTTGTTGAAGAAGTAATGGAGTTAGTGGAACTTGACTCCCTAAGGTAT GCTTTGGTTGGCTTGCCTGGCCGCTCTGGCTTATCAACCGAACAAAGAAAACGTTTGACA ATTGCAGTAGAACTTGTGGCAAACCCATCCATAGTTTTTATGGATGAACCTACATCTGGG CTTGATGCACGAGCTGCAGCCATTGTAATGCGAACTGTTCGTAATACAGTAGATACTGGA CGAACAGTGGTCTGCACAATTCACCAACCAAGTATTGAAATTTTTGAAGCATTTGACGAG GTAAGATACCATAGTTTTTCTCAAATAGATAAAAAGCGTACGTTGTGCTAATGTGATGCT ACAATTTTTAGCTTCTTCTAATGAAACGCGGGGGACAAGTGATATATGGAGGAAAGCTTG GGGAGAAGTCACAAATTATGATAAACTATTTTCAGGTATGACTTGGCTGTCCGCTGGCTC TTTCTTTGTAGTTGTTTCTAATATTTCGAGGTATACAATTTTCATAATGTGTAGAATGTA TGCCCTTAAAATTGACCAGAAGCTTCTTCTAATGTATGTTGCTGACTTGAATGTGAATTT TGTTAACTGCAATCTCCATATTGAGATGATTCATCTTCTCAGCACTGGTTTCTGGTCATA TTTTGCAGAGTATTCACGGTATACCGCCAATTCCTAGTGGTTATAATCCCGCAACCTGGA TGCTTGAGATAAGTACATCAGCTGCTGAAGCGAAACTCGGAGAAGATTTTGCAACAATAT ATAGAAATTCTGAACAATACAGGTGATCTTAGCGGACTTGTTTCAATTCCTGAAATTCAT AATTTTATTTGTCTTCTTTTCTTTTGCATTTTTGACAATCTTGTGTTTATGTCCTATTTT TTCAACATAGGCAAGTTGAAGGCTTAATTGAGCGTCTGAGTGTCCCACCTGAAAACTCAG AACCTATGGGCTTCACTTCCAAATATAGTCAAGGTGCAGTGTCTCAGTTTAAGATCTGCC TGTGGAAGCAAAATCTCGTATACTGGAGAAATCCATCATATAATTTCATGAGGCTGTTCT TCACAACAATGTGTGCATTGCTTCTTGGTTCCTTATTTTGGGATGTTGGTTCAAAAAGGT AGTATCCTTTATGAGATATCCATAGCAAACTACTGGATGGCTGTTCTAGTTTCTCTGGAT GAAATTCACTTGTCATTTATCTATTTAATGGCAAGGATACAGATTTATGCCATGCCTCAG GTATATATTTTATAGTAGAAAAAGACAGAAGGAAAGACGGTCTGCTGTTTCTTGATAATA GGGAAAAACTTCTTGAAAATGGTAAGAATGCATAGGGTGATTCCAATAACTTGCTGAAGG GAAGTATTAAACTAGAAATTAATGTGACATTCTCATTGTAACAATTCAATAGTAGAGCAC AATATTTTAAGCGCTGAGTACATTAGCGTTGTAGGACATAAGGAGATGGCTTTGTCAAAA GAAGCTAGAAACAAATATTAAGGATATTATAAAAAAATTCTTCTGGTATAACTTTCTGGT CTTATTTTAAGCATTGATAAAAAAACAGCTTATTTTGAAGCTAGCAAACTTCAAAATCTT TATAGTTCAAATCAATCGTTGATTAATGGTGGTTGTAGTTTAACAAGAGGACAGCTAAAT GGAATATTAGATTGAACCATATTGGATATTTTTGTAGAAGAATGTACACATTATGCACTA GACAAATCTTCTGCCCACTAAGACATGCATCTTTATAGCTATATTGTCCTAAAGATAGAT ACATCGCGAAGAAATGTAATTTAGAAGTTCTGCTGGATAGGTTGGTCTGAGGATAAGAAA ATAAAGTTAGATTCAGCCAAGAGTAACCTTGAAAAACTTCTGCGAAAAAAAGATAGAGAA TAAGCACCTTGAACCAAAATGTTTGGTGGTTTATATTAATAAAATAATTAGAGAATACAA CAGAATACAAATTGGATGGCTTGTGAAACTAATGTAATGATTCCTACTGTTTAAGCATGT ATCTTTTTTTTTCGCTTAAAAGAAAACAAATTAGTAGAGCTTCAGCTGGCTTCTTCATGT TTCTTCCCTTTATTTCTGCCTTCTAAATTTGGGGTAATGGGCTAATGGCTGTGGATCTTG ATGATTGTTTTTGGTTGATATTAAACTCCTCAATGATTGCTCAAAGCCCTACCCGTTAAA ATATTATGCTTGAAATGATTTGACAGGGACTCAAGTCAAAACTTGTTTGTGGTAATGGCG GCTCTTTATGCTTCAGTCTTGTTTCTGGGGGGCAATAATGCTACTTCTGTACAGCCAGTT CTTTCGATTGAAAGAACTGTTTTCTATAGGGAAAGAGCTGCAGGAATGTATTCCCCGCTA CCATATGCAGTAGCTCAGGTTAGCATATTTACAGACAAACTGACTTTACTTGTAAAAAAC TATATTTGTATGAGTTTCTTGATTGTCAAAAGGATCTGATTATATGTATTGATGACTTTT TTTTTTTTTCGGTCTATCAGGGTATTATCGAGATTCCATATGTCATGATACAGACACTAA TTTACGGAGTCATTACATATTTCATGATCAACTTTGAAAGGGAAGCAGGTATGATAAATT TCACGGGTCATGGTTCTTTATGATCAATTATATGCTGTCATGCATCTGCTAAATTGCAGA AAATTATTGTGCAACATAAATATCAAAACAATTTTTTTCCTCATGAGGTAGCAGGGTTAG GCTTAAGAACCAATAAGTGATCTACATGAAAATTAGGAACATAAAACAGTATCACAGTCT ACTTGATATGGAACTTTGTGGTTATGAGGGAAATACTCTTCTCCGGTACAAATTGACACT GTCTCTAAAATTATTTGAATATATATCGTTGGCCATAAGATTCTCTGCTGGTGTATTTAC ATCCTTAATTTCAATTCATAATTTTCTGATGTTGTGGGTTTTGAGTACTATTCATAAATT GATTGCACTATCATGACCCTTTTCCATGAATTGCACCTGTAACAGCTGTTGTATTCCTTG CTTTTGGAGTTGGTGGGCTCATTGACTCACTTATGTATTGTTTGGATATCTTGCAGGCAA ATTTTTCCTCTACATACTATTCATGTTTCTTACGTTCATGTATTTCACCTTTACTGGTAT GATGGTTATTAGTGTTGCACCAACTCAACATTTAGCTGCCATCATTTCATCAGCTCTCTT TTCATTGTGGAACATCATGTCTGGTTTTATAGTCCCAAAACCTGTAAGTATTCTTACTTC CTTCAACACTAGTCAAAATTGCAATTGTCGTGTTTGTTGAACTAGATTGCTTGAGATAAC ATTTTACAGCGGTAAACCAAAATACGAACAATTTCCATGTGGAACACTATATGTATAGTT ATGAAATCTGCAAAAAACTGGAGGTTGGACTCTATTTCTTGATTTCTGCTGCATCTCACT TGTGCCATTTTCCTTGTGTGATTTAGAGTATCCCAGAATGGTGGATATGGTTCTACTACA TCAACCCAGTTGCATGGACAGTCCGAGGCATCATTAGCTCTCAACTTGGTGATGTGGAAA CAAGGATAACAGGACCTGGATTTGATGGAACAGTAAAAGACTATTTGGAAGTCAGACTTG GATTTGGTCCTGGGATGATTTGGTGGTCTGCTGCTATGCTTACTGGATTTTGCTCTCTCT TTTTTGCCATCTATGCAGCATCAGTCAAACTAATTAACTTCCAAAAAAGATGAAGCACTG TTCTAAAAATATTATCCTTCATTGAATCAAATATACTTCCAATTTCAAAATGTGCTTGTT TGGCAATAGT GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_1 match_part 0.948 16743 17487 match_2 match_part 0.940 16744 17291 match_3 match_part 0.978 49027 49568 match_4 match_part 1.000 50365 50997 match_5 match_part 0.959 50428 50693 match_6 match_part 0.962 50428 50693 match_7 match_part 0.966 50428 50693 match_8 match_part 0.966 50428 50693 match_9 match_part 0.998 50447 51102 match_10 match_part 0.913 50501 51026 match_11 match_part 0.913 50501 51026 match_12 match_part 0.924 50501 51016 match_13 match_part 0.983 50549 51027 match_14 match_part 1.000 50682 51000 match_15 match_part 0.933 65068 65156 match_part 1.000 65317 65426 match_part 1.000 65536 65592 match_part 1.000 65664 65726 match_part 1.000 65845 65862 match_16 match_part 0.974 65986 66063 match_part 1.000 67476 67580 match_part 1.000 67668 68196 match_part 1.000 68846 68870 match_17 match_part 1.000 65987 66063 match_part 1.000 67476 67580 match_part 1.000 67668 68189 match_18 match_part 1.000 65987 66063 match_part 1.000 67476 67580 match_part 1.000 67668 68063 match_19 match_part 1.000 68128 68196 match_part 1.000 68846 68951 match_part 0.990 69268 69778 match_20 match_part 1.000 68135 68196 match_part 1.000 68846 68951 match_part 0.987 69268 69811 GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_21 match_part 0.889 10175 10068 match_part 0.946 9971 9413 match_22 match_part 0.905 10843 10099 match_23 match_part 0.909 10842 10295 match_24 match_part 0.909 24556 24094 match_25 match_part 0.903 51010 50374 match_26 match_part 0.910 51024 50447 match_27 match_part 0.667 52100 52083 match_part 0.993 51263 50961 match_28 match_part 0.960 56399 56071 match_29 match_part 0.939 77982 77509 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C02SLm0021D12.1 type gene exon 10843 10068 exon 9971 9413 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C02SLm0021D12.1 type gene exon 16743 17487 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C02SLm0021D12.1 type gene exon 24556 24094 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C02SLm0021D12.1 type gene exon 49027 49568 gene_5 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C02SLm0021D12.1 type gene exon 50365 51102 gene_6 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C02SLm0021D12.1 type gene exon 52100 52083 exon 51263 50374 gene_7 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C02SLm0021D12.1 type gene exon 56399 56071 gene_8 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C02SLm0021D12.1 type gene exon 65068 65156 exon 65317 65426 exon 65536 65592 exon 65664 65726 exon 65845 65862 gene_9 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C02SLm0021D12.1 type gene exon 65986 66063 exon 67476 67580 exon 67668 68196 exon 68846 68951 exon 69268 69811 gene_10 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C02SLm0021D12.1 type gene exon 77982 77509 RepeatMasker tomato repeats master Unknown00014 787 866 1 Unknown00014 787 866 1 nucleotide_motif 676 1900 1979 Copia00151 8317 8478 1 Copia00151 8317 8478 1 nucleotide_motif 259 2043 2227 Unknown00014 1 284 1 Unknown00014 1 284 1 nucleotide_motif 1585 8211 8501 Copia00143 91 221 1 Copia00143 91 221 1 nucleotide_motif 396 15268 15394 HELMET3 354 3762 1 HELMET3 354 3762 1 nucleotide_motif 254 20654 20719 RETROFIT6_I 4139 4314 1 RETROFIT6_I 4139 4314 1 nucleotide_motif 425 22546 22726 Unknown00049 381 499 1 Unknown00049 381 499 1 nucleotide_motif 332 22803 22897 Unknown00030 1276 1380 1 Unknown00030 1276 1380 1 nucleotide_motif 538 26075 26176 Gypsy00063 7852 8816 1 Gypsy00063 7852 8816 1 nucleotide_motif 5930 27371 28283 Unknown00020 238 373 1 Unknown00020 238 373 1 nucleotide_motif 615 28764 28898 Copia00110 2715 2849 1 Copia00110 2715 2849 1 nucleotide_motif 587 28835 28968 Unknown00044 1 113 1 Unknown00044 1 113 1 nucleotide_motif 313 28880 28988 Gypsy00073 1024 1375 1 Gypsy00073 1024 1375 1 nucleotide_motif 689 31070 31439 Copia00151 8385 8522 1 Copia00151 8385 8522 1 nucleotide_motif 248 48521 48666 Unknown00046 1864 2061 1 Unknown00046 1864 2061 1 nucleotide_motif 759 79687 79889 RepeatMasker tomato repeats master Gypsy00163 8034 8140 -1 Gypsy00163 8034 8140 -1 nucleotide_motif 409 13521 13424 Copia00151 8205 8382 -1 Copia00151 8205 8382 -1 nucleotide_motif 629 15129 14963 Copia00107 283 733 -1 Copia00107 283 733 -1 nucleotide_motif 2832 19656 19201 MuDR1_HV 1245 1294 -1 MuDR1_HV 1245 1294 -1 nucleotide_motif 296 20725 20677 Copia00039 257 351 -1 Copia00039 257 351 -1 nucleotide_motif 438 21513 21419 Unknown00043 5346 5507 -1 Unknown00043 5346 5507 -1 nucleotide_motif 364 23248 23098 Unknown00025 247 469 -1 Unknown00025 247 469 -1 nucleotide_motif 354 24927 24751 Unknown00030 1320 1382 -1 Unknown00030 1320 1382 -1 nucleotide_motif 413 25130 25067 Unknown00040 4371 4677 -1 Unknown00040 4371 4677 -1 nucleotide_motif 1171 28879 28574 POTTEN1 1001 1109 -1 POTTEN1 1001 1109 -1 nucleotide_motif 393 30694 30581 Unknown00050 3459 3715 -1 Unknown00050 3459 3715 -1 nucleotide_motif 898 55751 55497 SONATA2 3 253 -1 SONATA2 3 253 -1 nucleotide_motif 1255 60936 60700 Copia00136 190 492 -1 Copia00136 190 492 -1 nucleotide_motif 775 79359 79046 BLAST_tomato_bacs Tomato BAC sequences BLAST_tomato_bacs Tomato BAC sequences match_1 match 1778 54039 55184 match_2 match 2296 46769 47947 match_3 match 64921 76799 match_4 match 3677 48676 50530 match_5 match 6219 50783 53988 match_6 match 9670 55284 60290 match_7 match 66534 75080 match_8 match 1737 8584 9788 match_9 match 2341 5068 6431 match_10 match 3788 2566 4497 match_11 match 4549 8584 10926 match_12 match 1959 16697 18213 match_13 match 1965 16697 18208 match_14 match 3513 8584 10900 match_15 match 3090 2566 4497 match_16 match 1778 54039 55184 match_17 match 64921 78486 match_18 match 2894 78569 80055 match_19 match 5547 87483 90430 match_20 match 6219 50783 53988 match_21 match 6437 80309 83702 match_22 match 7121 83809 87421 match_23 match 9670 55284 60290 match_24 match 1257 23322 24707 match_25 match 1203 23373 24707 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) clone_start_1 clone_start 1003 15 524 clone_start_2 clone_start 446 37459 37699 clone_end_1 clone_end 285 38284 38435 clone_end_2 clone_end 702 50135 50516 clone_end_3 clone_end 1045 65479 66005 clone_start_3 clone_start 940 74024 74518 clone_end_4 clone_end 1261 81836 82499 clone_start_4 clone_start 1308 82203 82862 clone_start_5 clone_start 946 82811 83308 clone_start_6 clone_start 1354 86408 87090 clone_start_7 clone_start 676 86994 87342 clone_end_5 clone_end 773 87032 87421 clone_end_6 clone_end 287 87483 87627 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) clone_end_7 clone_end 805 16563 16158 clone_start_8 clone_start 392 16894 16697 clone_end_8 clone_end 458 18739 18461 clone_end_9 clone_end 1348 23088 22377 clone_end_10 clone_end 1269 37420 36774 clone_end_11 clone_end 1366 75064 74304 clone_end_12 clone_end 1296 76701 76044 clone_end_13 clone_end 1590 86985 86184 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_1 match_part 0.948 16743 17487 match_2 match_part 0.940 16744 17291 match_3 match_part 1.000 50365 50997 match_4 match_part 0.959 50428 50693 match_5 match_part 0.962 50428 50693 match_6 match_part 0.966 50428 50693 match_7 match_part 0.966 50428 50693 match_8 match_part 0.998 50447 51102 match_9 match_part 0.983 50549 51027 match_10 match_part 1.000 50682 51000 match_11 match_part 0.933 65068 65156 match_part 1.000 65317 65426 match_part 1.000 65536 65592 match_part 1.000 65664 65726 match_part 1.000 65845 65862 match_12 match_part 0.974 65986 66063 match_part 1.000 67476 67580 match_part 1.000 67668 68196 match_part 1.000 68846 68870 match_13 match_part 1.000 65987 66063 match_part 1.000 67476 67580 match_part 1.000 67668 68189 match_14 match_part 1.000 65987 66063 match_part 1.000 67476 67580 match_part 1.000 67668 68063 match_15 match_part 1.000 68128 68196 match_part 1.000 68846 68951 match_part 0.990 69268 69778 match_16 match_part 1.000 68135 68196 match_part 1.000 68846 68951 match_part 0.987 69268 69811 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_17 match_part 0.889 10175 10068 match_part 0.946 9971 9413 match_18 match_part 0.905 10843 10099 match_19 match_part 0.909 10842 10295 match_20 match_part 0.909 24556 24094 match_21 match_part 0.667 52100 52083 match_part 0.993 51263 50961 match_22 match_part 0.939 77982 77509 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C02SLm0021D12.1 type gene exon 10843 10068 exon 9971 9413 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C02SLm0021D12.1 type gene exon 16743 17487 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C02SLm0021D12.1 type gene exon 24556 24094 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C02SLm0021D12.1 type gene exon 50365 51102 gene_5 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C02SLm0021D12.1 type gene exon 52100 52083 exon 51263 50961 gene_6 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C02SLm0021D12.1 type gene exon 65068 65156 exon 65317 65426 exon 65536 65592 exon 65664 65726 exon 65845 65862 gene_7 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C02SLm0021D12.1 type gene exon 65986 66063 exon 67476 67580 exon 67668 68196 exon 68846 68951 exon 69268 69811 gene_8 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C02SLm0021D12.1 type gene exon 77982 77509 AUGUSTUS_tom_cdna de novo gene_1 gene 0.92 155 445 transcript_1 transcript 0.92 155 445 intron_1 intron 1 1 154 intron_2 intron 1 222 408 CDS_1 CDS 1 155 221 CDS_2 CDS 0.92 409 445 stop_codon_1 stop_codon 443 445 gene_2 gene 0.38 17093 18209 transcript_2 transcript 0.38 17093 18209 start_codon_1 start_codon 17093 17095 intron_3 intron 0.94 17519 17624 CDS_3 CDS 0.72 17093 17518 CDS_4 CDS 0.54 17625 18209 stop_codon_2 stop_codon 18207 18209 gene_3 gene 0.26 35472 40747 transcript_3 transcript 0.26 35472 40747 start_codon_2 start_codon 35472 35474 intron_4 intron 0.61 35478 36400 intron_5 intron 0.31 36488 37373 intron_6 intron 0.86 37608 40651 CDS_5 CDS 0.61 35472 35477 CDS_6 CDS 0.73 36401 36487 CDS_7 CDS 0.31 37374 37607 CDS_8 CDS 0.98 40652 40747 stop_codon_3 stop_codon 40745 40747 gene_4 gene 1 46012 47307 transcript_4 transcript 1 46012 47307 start_codon_3 start_codon 46012 46014 CDS_9 CDS 1 46012 47307 stop_codon_4 stop_codon 47305 47307 gene_5 gene 1 49038 50801 transcript_5 transcript 1 49038 50801 start_codon_4 start_codon 49038 49040 CDS_10 CDS 1 49038 50801 stop_codon_5 stop_codon 50799 50801 gene_6 gene 0.32 63365 67772 transcript_6 transcript 0.32 63365 67772 start_codon_5 start_codon 63365 63367 intron_7 intron 0.34 63368 65128 intron_8 intron 1 65157 65316 intron_9 intron 1 65427 65535 intron_10 intron 1 65593 65663 intron_11 intron 1 65727 65844 intron_12 intron 0.93 65914 65970 intron_13 intron 1 66064 67475 intron_14 intron 1 67581 67667 CDS_11 CDS 0.34 63365 63367 CDS_12 CDS 1 65129 65156 CDS_13 CDS 1 65317 65426 CDS_14 CDS 1 65536 65592 CDS_15 CDS 1 65664 65726 CDS_16 CDS 0.94 65845 65913 CDS_17 CDS 0.97 65971 66063 CDS_18 CDS 1 67476 67580 CDS_19 CDS 1 67668 67772 stop_codon_6 stop_codon 67770 67772 gene_7 gene 1 68110 69458 transcript_7 transcript 1 68110 69458 start_codon_6 start_codon 68110 68112 intron_15 intron 1 68197 68845 intron_16 intron 1 68952 69267 CDS_20 CDS 1 68110 68196 CDS_21 CDS 1 68846 68951 CDS_22 CDS 1 69268 69458 stop_codon_7 stop_codon 69456 69458 gene_8 gene 0.98 70849 72627 transcript_8 transcript 0.98 70849 72627 start_codon_7 start_codon 70849 70851 CDS_23 CDS 0.98 70849 72627 stop_codon_8 stop_codon 72625 72627 gene_9 gene 0.03 80643 90353 transcript_9 transcript 0.03 80643 90353 start_codon_8 start_codon 80643 80645 intron_17 intron 0.72 80918 80991 intron_18 intron 0.27 81113 81210 intron_19 intron 0.26 81300 81744 intron_20 intron 0.89 81830 83556 intron_21 intron 0.92 83702 83957 intron_22 intron 1 84260 84323 intron_23 intron 0.69 84606 84992 intron_24 intron 0.95 85073 85154 intron_25 intron 0.9 85316 85381 intron_26 intron 0.64 85486 85574 intron_27 intron 0.83 85732 85823 intron_28 intron 0.85 85887 85956 intron_29 intron 0.96 86058 86135 intron_30 intron 0.93 86469 86589 intron_31 intron 0.68 86881 87248 intron_32 intron 0.59 87383 87490 intron_33 intron 0.53 87719 88826 intron_34 intron 0.54 88999 90086 CDS_24 CDS 0.97 80643 80917 CDS_25 CDS 0.36 80992 81112 CDS_26 CDS 0.26 81211 81299 CDS_27 CDS 0.76 81745 81829 CDS_28 CDS 0.92 83557 83701 CDS_29 CDS 1 83958 84259 CDS_30 CDS 0.99 84324 84605 CDS_31 CDS 0.65 84993 85072 CDS_32 CDS 0.98 85155 85315 CDS_33 CDS 0.91 85382 85485 CDS_34 CDS 0.63 85575 85731 CDS_35 CDS 0.86 85824 85886 CDS_36 CDS 0.96 85957 86057 CDS_37 CDS 0.93 86136 86468 CDS_38 CDS 0.71 86590 86880 CDS_39 CDS 0.98 87249 87382 CDS_40 CDS 0.53 87491 87718 CDS_41 CDS 0.91 88827 88998 CDS_42 CDS 0.98 90087 90353 stop_codon_9 stop_codon 90351 90353 AUGUSTUS_tom_cdna de novo gene_10 gene 0.39 4071 2997 transcript_10 transcript 0.39 4071 2997 stop_codon_10 stop_codon 2999 2997 intron_35 intron 1 3684 3588 CDS_43 CDS 0.99 3587 2997 CDS_44 CDS 0.39 4071 3685 start_codon_9 start_codon 4071 4069 gene_11 gene 0.05 16739 4432 transcript_11 transcript 0.05 16739 4432 stop_codon_11 stop_codon 4434 4432 intron_36 intron 0.61 9449 4453 intron_37 intron 0.63 10067 9972 intron_38 intron 0.3 14157 10520 intron_39 intron 0.47 16731 14241 CDS_45 CDS 0.62 4452 4432 CDS_46 CDS 0.45 9971 9450 CDS_47 CDS 0.19 10519 10068 CDS_48 CDS 0.49 14240 14158 CDS_49 CDS 0.49 16739 16732 start_codon_10 start_codon 16739 16737 gene_12 gene 1 24677 23340 transcript_12 transcript 1 24677 23340 stop_codon_12 stop_codon 23342 23340 CDS_50 CDS 1 24677 23340 start_codon_11 start_codon 24677 24675 gene_13 gene 0.7 34489 33965 transcript_13 transcript 0.7 34489 33965 stop_codon_13 stop_codon 33967 33965 CDS_51 CDS 0.7 34489 33965 start_codon_12 start_codon 34489 34487 gene_14 gene 0.53 53212 52201 transcript_14 transcript 0.53 53212 52201 stop_codon_14 stop_codon 52203 52201 intron_40 intron 1 52627 52504 intron_41 intron 0.53 52954 52835 CDS_52 CDS 1 52503 52201 CDS_53 CDS 0.99 52834 52628 CDS_54 CDS 0.53 53212 52955 start_codon_13 start_codon 53212 53210 gene_15 gene 0.89 57357 56259 transcript_15 transcript 0.89 57357 56259 stop_codon_15 stop_codon 56261 56259 intron_42 intron 1 56702 56565 intron_43 intron 1 57099 56910 CDS_55 CDS 1 56564 56259 CDS_56 CDS 1 56909 56703 CDS_57 CDS 0.89 57357 57100 start_codon_14 start_codon 57357 57355 gene_16 gene 0.98 77811 75658 transcript_16 transcript 0.98 77811 75658 stop_codon_16 stop_codon 75660 75658 CDS_58 CDS 0.98 77811 75658 start_codon_15 start_codon 77811 77809 AUGUSTUS_ab_initio de novo gene_1 gene 0.28 17093 18209 transcript_1 transcript 0.28 17093 18209 start_codon_1 start_codon 17093 17095 intron_1 intron 0.58 17519 17624 CDS_1 CDS 0.28 17093 17518 CDS_2 CDS 1 17625 18209 stop_codon_1 stop_codon 18207 18209 gene_2 gene 1 46012 47307 transcript_2 transcript 1 46012 47307 start_codon_2 start_codon 46012 46014 CDS_3 CDS 1 46012 47307 stop_codon_2 stop_codon 47305 47307 gene_3 gene 1 49038 50801 transcript_3 transcript 1 49038 50801 start_codon_3 start_codon 49038 49040 CDS_4 CDS 1 49038 50801 stop_codon_3 stop_codon 50799 50801 gene_4 gene 0.31 65542 69458 transcript_4 transcript 0.31 65542 69458 start_codon_4 start_codon 65542 65544 intron_2 intron 0.51 65593 65844 intron_3 intron 0.95 65914 67475 intron_4 intron 0.93 67581 68067 intron_5 intron 0.98 68197 68845 intron_6 intron 1 68952 69267 CDS_5 CDS 0.5 65542 65592 CDS_6 CDS 0.92 65845 65913 CDS_7 CDS 0.99 67476 67580 CDS_8 CDS 0.98 68068 68196 CDS_9 CDS 1 68846 68951 CDS_10 CDS 0.95 69268 69458 stop_codon_4 stop_codon 69456 69458 gene_5 gene 0.96 70849 72627 transcript_5 transcript 0.96 70849 72627 start_codon_5 start_codon 70849 70851 CDS_11 CDS 0.96 70849 72627 stop_codon_5 stop_codon 72625 72627 gene_6 gene 0.11 80643 90353 transcript_6 transcript 0.11 80643 90353 start_codon_6 start_codon 80643 80645 intron_7 intron 1 80918 80991 intron_8 intron 0.92 81113 81210 intron_9 intron 0.91 81300 81744 intron_10 intron 0.93 81830 82317 intron_11 intron 0.88 82481 83365 intron_12 intron 0.95 83443 83556 intron_13 intron 0.97 83702 83957 intron_14 intron 1 84260 84323 intron_15 intron 0.73 84606 84755 intron_16 intron 0.98 85073 85154 intron_17 intron 1 85316 85381 intron_18 intron 0.75 85486 85574 intron_19 intron 0.97 85732 85823 intron_20 intron 0.97 85887 85956 intron_21 intron 1 86058 86135 intron_22 intron 0.95 86469 86589 intron_23 intron 0.52 86881 86951 intron_24 intron 0.62 87036 87248 intron_25 intron 0.99 87383 87490 intron_26 intron 0.88 87719 88826 intron_27 intron 0.94 88999 89120 intron_28 intron 0.98 89209 89696 intron_29 intron 0.99 89864 90086 CDS_12 CDS 0.99 80643 80917 CDS_13 CDS 0.92 80992 81112 CDS_14 CDS 0.91 81211 81299 CDS_15 CDS 0.98 81745 81829 CDS_16 CDS 0.89 82318 82480 CDS_17 CDS 0.95 83366 83442 CDS_18 CDS 0.95 83557 83701 CDS_19 CDS 1 83958 84259 CDS_20 CDS 1 84324 84605 CDS_21 CDS 0.67 84756 85072 CDS_22 CDS 1 85155 85315 CDS_23 CDS 1 85382 85485 CDS_24 CDS 0.75 85575 85731 CDS_25 CDS 0.97 85824 85886 CDS_26 CDS 1 85957 86057 CDS_27 CDS 0.9 86136 86468 CDS_28 CDS 0.8 86590 86880 CDS_29 CDS 0.62 86952 87035 CDS_30 CDS 1 87249 87382 CDS_31 CDS 0.94 87491 87718 CDS_32 CDS 0.9 88827 88998 CDS_33 CDS 0.98 89121 89208 CDS_34 CDS 0.98 89697 89863 CDS_35 CDS 1 90087 90353 stop_codon_6 stop_codon 90351 90353 AUGUSTUS_ab_initio de novo gene_7 gene 0.45 4407 2997 transcript_7 transcript 0.45 4407 2997 stop_codon_7 stop_codon 2999 2997 intron_30 intron 0.97 3684 3588 CDS_36 CDS 0.92 3587 2997 CDS_37 CDS 0.46 4407 3685 start_codon_7 start_codon 4407 4405 gene_8 gene 0.41 10799 9381 transcript_8 transcript 0.41 10799 9381 stop_codon_8 stop_codon 9383 9381 CDS_38 CDS 0.41 10799 9381 start_codon_8 start_codon 10799 10797 gene_9 gene 0.92 24677 23340 transcript_9 transcript 0.92 24677 23340 stop_codon_9 stop_codon 23342 23340 CDS_39 CDS 0.92 24677 23340 start_codon_9 start_codon 24677 24675 gene_10 gene 0.62 34489 33965 transcript_10 transcript 0.62 34489 33965 stop_codon_10 stop_codon 33967 33965 CDS_40 CDS 0.62 34489 33965 start_codon_10 start_codon 34489 34487 gene_11 gene 0.58 53212 52201 transcript_11 transcript 0.58 53212 52201 stop_codon_11 stop_codon 52203 52201 intron_31 intron 1 52627 52504 intron_32 intron 0.58 52954 52835 CDS_41 CDS 1 52503 52201 CDS_42 CDS 1 52834 52628 CDS_43 CDS 0.58 53212 52955 start_codon_11 start_codon 53212 53210 gene_12 gene 0.59 58660 56259 transcript_12 transcript 0.59 58660 56259 stop_codon_12 stop_codon 56261 56259 intron_33 intron 0.99 56702 56565 intron_34 intron 1 57099 56910 intron_35 intron 0.65 58583 57401 CDS_44 CDS 1 56564 56259 CDS_45 CDS 0.99 56909 56703 CDS_46 CDS 0.77 57400 57100 CDS_47 CDS 0.6 58660 58584 start_codon_12 start_codon 58660 58658 gene_13 gene 1 77811 75658 transcript_13 transcript 1 77811 75658 stop_codon_13 stop_codon 75660 75658 CDS_48 CDS 1 77811 75658 start_codon_13 start_codon 77811 77809 AUGUSTUS_tom_ugs de novo gene_1 gene 0.96 155 445 transcript_1 transcript 0.96 155 445 intron_1 intron 1 1 154 intron_2 intron 1 222 408 CDS_1 CDS 1 155 221 CDS_2 CDS 0.96 409 445 stop_codon_1 stop_codon 443 445 gene_2 gene 0.19 17093 18209 transcript_2 transcript 0.19 17093 18209 start_codon_1 start_codon 17093 17095 intron_3 intron 0.49 17519 17624 CDS_3 CDS 0.28 17093 17518 CDS_4 CDS 0.63 17625 18209 stop_codon_2 stop_codon 18207 18209 gene_3 gene 0.23 37377 41604 transcript_3 transcript 0.23 37377 41604 start_codon_2 start_codon 37377 37379 intron_4 intron 0.51 37608 41397 CDS_5 CDS 0.52 37377 37607 CDS_6 CDS 0.51 41398 41604 stop_codon_3 stop_codon 41602 41604 gene_4 gene 0.99 46012 47307 transcript_4 transcript 0.99 46012 47307 start_codon_3 start_codon 46012 46014 CDS_7 CDS 0.99 46012 47307 stop_codon_4 stop_codon 47305 47307 gene_5 gene 1 49038 50801 transcript_5 transcript 1 49038 50801 start_codon_4 start_codon 49038 49040 CDS_8 CDS 1 49038 50801 stop_codon_5 stop_codon 50799 50801 gene_6 gene 0.79 65319 67772 transcript_6 transcript 0.79 65319 67772 start_codon_5 start_codon 65319 65321 intron_5 intron 1 65427 65535 intron_6 intron 1 65593 65663 intron_7 intron 1 65727 65844 intron_8 intron 1 65914 65970 intron_9 intron 1 66064 67475 intron_10 intron 1 67581 67667 CDS_9 CDS 0.8 65319 65426 CDS_10 CDS 1 65536 65592 CDS_11 CDS 1 65664 65726 CDS_12 CDS 1 65845 65913 CDS_13 CDS 1 65971 66063 CDS_14 CDS 1 67476 67580 CDS_15 CDS 0.99 67668 67772 stop_codon_6 stop_codon 67770 67772 gene_7 gene 0.99 68110 69458 transcript_7 transcript 0.99 68110 69458 start_codon_6 start_codon 68110 68112 intron_11 intron 1 68197 68845 intron_12 intron 1 68952 69267 CDS_16 CDS 0.99 68110 68196 CDS_17 CDS 1 68846 68951 CDS_18 CDS 1 69268 69458 stop_codon_7 stop_codon 69456 69458 gene_8 gene 0.98 70849 72627 transcript_8 transcript 0.98 70849 72627 start_codon_7 start_codon 70849 70851 CDS_19 CDS 0.98 70849 72627 stop_codon_8 stop_codon 72625 72627 gene_9 gene 0.04 80643 90353 transcript_9 transcript 0.04 80643 90353 start_codon_8 start_codon 80643 80645 intron_13 intron 0.67 80918 80991 intron_14 intron 0.26 81113 81210 intron_15 intron 0.27 81300 81744 intron_16 intron 0.85 81830 83556 intron_17 intron 0.93 83702 83957 intron_18 intron 0.99 84260 84323 intron_19 intron 0.76 84606 84992 intron_20 intron 0.98 85073 85154 intron_21 intron 0.89 85316 85381 intron_22 intron 0.66 85486 85574 intron_23 intron 0.7 85732 85823 intron_24 intron 0.75 85887 85956 intron_25 intron 0.95 86058 86135 intron_26 intron 0.97 86469 86589 intron_27 intron 0.65 86881 87248 intron_28 intron 0.63 87383 87490 intron_29 intron 0.61 87719 88826 intron_30 intron 0.59 88999 90086 CDS_20 CDS 0.97 80643 80917 CDS_21 CDS 0.34 80992 81112 CDS_22 CDS 0.27 81211 81299 CDS_23 CDS 0.69 81745 81829 CDS_24 CDS 0.93 83557 83701 CDS_25 CDS 1 83958 84259 CDS_26 CDS 0.99 84324 84605 CDS_27 CDS 0.75 84993 85072 CDS_28 CDS 0.99 85155 85315 CDS_29 CDS 0.9 85382 85485 CDS_30 CDS 0.65 85575 85731 CDS_31 CDS 0.74 85824 85886 CDS_32 CDS 0.96 85957 86057 CDS_33 CDS 0.95 86136 86468 CDS_34 CDS 0.71 86590 86880 CDS_35 CDS 0.96 87249 87382 CDS_36 CDS 0.61 87491 87718 CDS_37 CDS 0.92 88827 88998 CDS_38 CDS 1 90087 90353 stop_codon_9 stop_codon 90351 90353 AUGUSTUS_tom_ugs de novo gene_10 gene 0.57 4071 2997 transcript_10 transcript 0.57 4071 2997 stop_codon_10 stop_codon 2999 2997 intron_31 intron 0.99 3684 3588 CDS_39 CDS 1 3587 2997 CDS_40 CDS 0.57 4071 3685 start_codon_9 start_codon 4071 4069 gene_11 gene 0.51 10799 9381 transcript_11 transcript 0.51 10799 9381 stop_codon_11 stop_codon 9383 9381 CDS_41 CDS 0.51 10799 9381 start_codon_10 start_codon 10799 10797 gene_12 gene 1 24677 23340 transcript_12 transcript 1 24677 23340 stop_codon_12 stop_codon 23342 23340 CDS_42 CDS 1 24677 23340 start_codon_11 start_codon 24677 24675 gene_13 gene 0.3 33872 33053 transcript_13 transcript 0.3 33872 33053 stop_codon_13 stop_codon 33055 33053 intron_32 intron 0.37 33671 33104 CDS_43 CDS 1 33103 33053 CDS_44 CDS 0.3 33872 33672 start_codon_12 start_codon 33872 33870 gene_14 gene 0.45 34489 33965 transcript_14 transcript 0.45 34489 33965 stop_codon_14 stop_codon 33967 33965 CDS_45 CDS 0.45 34489 33965 start_codon_13 start_codon 34489 34487 gene_15 gene 0.61 53212 52201 transcript_15 transcript 0.61 53212 52201 stop_codon_15 stop_codon 52203 52201 intron_33 intron 1 52627 52504 intron_34 intron 0.61 52954 52835 CDS_46 CDS 1 52503 52201 CDS_47 CDS 1 52834 52628 CDS_48 CDS 0.61 53212 52955 start_codon_14 start_codon 53212 53210 gene_16 gene 0.71 58660 56259 transcript_16 transcript 0.71 58660 56259 stop_codon_16 stop_codon 56261 56259 intron_35 intron 1 56702 56565 intron_36 intron 1 57099 56910 intron_37 intron 0.72 58583 57401 CDS_49 CDS 1 56564 56259 CDS_50 CDS 1 56909 56703 CDS_51 CDS 0.92 57400 57100 CDS_52 CDS 0.71 58660 58584 start_codon_15 start_codon 58660 58658 gene_17 gene 1 77811 75658 transcript_17 transcript 1 77811 75658 stop_codon_17 stop_codon 75660 75658 CDS_53 CDS 1 77811 75658 start_codon_16 start_codon 77811 77809 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_1 match_part 1.000 49004 49619 match_2 match_part 1.000 65009 65426 match_part 1.000 65536 65592 match_part 1.000 65664 65726 match_part 0.976 65845 66012 match_3 match_part 1.000 65053 65592 match_part 1.000 65664 65726 match_part 0.986 65845 65913 match_part 1.000 65971 66063 match_part 1.000 67476 67580 match_part 1.000 67668 68196 match_part 1.000 68846 68870 match_4 match_part 0.938 68036 68196 match_part 1.000 68846 68951 match_part 0.998 69268 69802 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_5 match_part 0.905 10844 10068 match_part 0.899 9971 9319 match_part 0.714 9140 9113 match_6 match_part 0.992 24682 23911 match_7 match_part 0.908 24558 24094 match_8 match_part 0.997 51233 50364 match_9 match_part 0.993 59947 59807 match_part 1.000 57400 57100 match_part 1.000 56909 56703 match_part 1.000 56564 56529 match_10 match_part 0.973 78047 77218 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C02SLm0021D12.1 type gene exon 10844 10068 exon 9971 9319 exon 9140 9113 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C02SLm0021D12.1 type gene exon 24682 23911 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C02SLm0021D12.1 type gene exon 49004 49619 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C02SLm0021D12.1 type gene exon 51233 50364 gene_5 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C02SLm0021D12.1 type gene exon 59947 59807 exon 57400 57100 exon 56909 56703 exon 56564 56529 gene_6 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C02SLm0021D12.1 type gene exon 65053 65592 exon 65664 65726 exon 65845 65913 exon 65971 66063 exon 67476 67580 exon 67668 68196 exon 68846 68951 exon 69268 69802 gene_7 gene GT_PGL_6_AGS_2 transcript source GenomeThreader seq_id C02SLm0021D12.1 type gene exon 65009 65426 exon 65536 65592 exon 65664 65726 exon 65845 66012 gene_8 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C02SLm0021D12.1 type gene exon 78047 77218 GenomeThreader_SGN_markers SGN marker sequences GenomeThreader_SGN_markers SGN marker sequences match_1 match_part 1.000 65986 66063 match_part 1.000 67476 67580 match_part 1.000 67668 68196 match_part 1.000 68846 68951 match_part 0.987 69268 69811 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C02SLm0021D12.1 type gene exon 65986 66063 exon 67476 67580 exon 67668 68196 exon 68846 68951 exon 69268 69811 AUGUSTUS_tom_pot_cdna de novo gene_1 gene 0.91 155 445 transcript_1 transcript 0.91 155 445 intron_1 intron 1 1 154 intron_2 intron 1 222 408 CDS_1 CDS 1 155 221 CDS_2 CDS 0.91 409 445 stop_codon_1 stop_codon 443 445 gene_2 gene 0.39 17093 18209 transcript_2 transcript 0.39 17093 18209 start_codon_1 start_codon 17093 17095 intron_3 intron 0.92 17519 17624 CDS_3 CDS 0.73 17093 17518 CDS_4 CDS 0.53 17625 18209 stop_codon_2 stop_codon 18207 18209 gene_3 gene 0.21 35472 40747 transcript_3 transcript 0.21 35472 40747 start_codon_2 start_codon 35472 35474 intron_4 intron 0.66 35478 36400 intron_5 intron 0.27 36488 37373 intron_6 intron 0.87 37608 40651 CDS_5 CDS 0.66 35472 35477 CDS_6 CDS 0.77 36401 36487 CDS_7 CDS 0.27 37374 37607 CDS_8 CDS 0.98 40652 40747 stop_codon_3 stop_codon 40745 40747 gene_4 gene 1 46012 47307 transcript_4 transcript 1 46012 47307 start_codon_3 start_codon 46012 46014 CDS_9 CDS 1 46012 47307 stop_codon_4 stop_codon 47305 47307 gene_5 gene 1 49038 50801 transcript_5 transcript 1 49038 50801 start_codon_4 start_codon 49038 49040 CDS_10 CDS 1 49038 50801 stop_codon_5 stop_codon 50799 50801 gene_6 gene 0.3 63365 67772 transcript_6 transcript 0.3 63365 67772 start_codon_5 start_codon 63365 63367 intron_7 intron 0.3 63368 65128 intron_8 intron 1 65157 65316 intron_9 intron 1 65427 65535 intron_10 intron 1 65593 65663 intron_11 intron 1 65727 65844 intron_12 intron 0.99 65914 65970 intron_13 intron 1 66064 67475 intron_14 intron 1 67581 67667 CDS_11 CDS 0.3 63365 63367 CDS_12 CDS 1 65129 65156 CDS_13 CDS 1 65317 65426 CDS_14 CDS 1 65536 65592 CDS_15 CDS 1 65664 65726 CDS_16 CDS 0.99 65845 65913 CDS_17 CDS 0.99 65971 66063 CDS_18 CDS 1 67476 67580 CDS_19 CDS 1 67668 67772 stop_codon_6 stop_codon 67770 67772 gene_7 gene 1 68110 69458 transcript_7 transcript 1 68110 69458 start_codon_6 start_codon 68110 68112 intron_15 intron 1 68197 68845 intron_16 intron 1 68952 69267 CDS_20 CDS 1 68110 68196 CDS_21 CDS 1 68846 68951 CDS_22 CDS 1 69268 69458 stop_codon_7 stop_codon 69456 69458 gene_8 gene 0.97 70849 72627 transcript_8 transcript 0.97 70849 72627 start_codon_7 start_codon 70849 70851 CDS_23 CDS 0.97 70849 72627 stop_codon_8 stop_codon 72625 72627 gene_9 gene 0.04 80643 90353 transcript_9 transcript 0.04 80643 90353 start_codon_8 start_codon 80643 80645 intron_17 intron 0.73 80918 80991 intron_18 intron 0.24 81113 81210 intron_19 intron 0.24 81300 81744 intron_20 intron 0.85 81830 83556 intron_21 intron 0.91 83702 83957 intron_22 intron 0.99 84260 84323 intron_23 intron 0.65 84606 84992 intron_24 intron 0.96 85073 85154 intron_25 intron 0.83 85316 85381 intron_26 intron 0.64 85486 85574 intron_27 intron 0.73 85732 85823 intron_28 intron 0.77 85887 85956 intron_29 intron 0.96 86058 86135 intron_30 intron 0.98 86469 86589 intron_31 intron 0.6 86881 87248 intron_32 intron 0.74 87383 87490 intron_33 intron 0.64 87719 88826 intron_34 intron 0.56 88999 90086 CDS_24 CDS 0.99 80643 80917 CDS_25 CDS 0.3 80992 81112 CDS_26 CDS 0.24 81211 81299 CDS_27 CDS 0.73 81745 81829 CDS_28 CDS 0.91 83557 83701 CDS_29 CDS 1 83958 84259 CDS_30 CDS 0.99 84324 84605 CDS_31 CDS 0.64 84993 85072 CDS_32 CDS 0.97 85155 85315 CDS_33 CDS 0.83 85382 85485 CDS_34 CDS 0.64 85575 85731 CDS_35 CDS 0.77 85824 85886 CDS_36 CDS 0.96 85957 86057 CDS_37 CDS 0.94 86136 86468 CDS_38 CDS 0.7 86590 86880 CDS_39 CDS 0.99 87249 87382 CDS_40 CDS 0.64 87491 87718 CDS_41 CDS 0.88 88827 88998 CDS_42 CDS 0.99 90087 90353 stop_codon_9 stop_codon 90351 90353 AUGUSTUS_tom_pot_cdna de novo gene_10 gene 0.26 4071 2997 transcript_10 transcript 0.26 4071 2997 stop_codon_10 stop_codon 2999 2997 intron_35 intron 0.99 3684 3588 CDS_43 CDS 0.98 3587 2997 CDS_44 CDS 0.26 4071 3685 start_codon_9 start_codon 4071 4069 gene_11 gene 0.02 16739 4432 transcript_11 transcript 0.02 16739 4432 stop_codon_11 stop_codon 4434 4432 intron_36 intron 0.54 9449 4453 intron_37 intron 0.63 10067 9972 intron_38 intron 0.24 14157 10520 intron_39 intron 0.37 16731 14241 CDS_45 CDS 0.54 4452 4432 CDS_46 CDS 0.44 9971 9450 CDS_47 CDS 0.14 10519 10068 CDS_48 CDS 0.4 14240 14158 CDS_49 CDS 0.39 16739 16732 start_codon_10 start_codon 16739 16737 gene_12 gene 1 24677 23340 transcript_12 transcript 1 24677 23340 stop_codon_12 stop_codon 23342 23340 CDS_50 CDS 1 24677 23340 start_codon_11 start_codon 24677 24675 gene_13 gene 0.74 34489 33965 transcript_13 transcript 0.74 34489 33965 stop_codon_13 stop_codon 33967 33965 CDS_51 CDS 0.74 34489 33965 start_codon_12 start_codon 34489 34487 gene_14 gene 0.37 56228 52201 transcript_14 transcript 0.37 56228 52201 stop_codon_14 stop_codon 52203 52201 intron_40 intron 1 52627 52504 intron_41 intron 0.44 52990 52835 intron_42 intron 0.68 56225 53195 CDS_52 CDS 1 52503 52201 CDS_53 CDS 0.93 52834 52628 CDS_54 CDS 0.37 53194 52991 CDS_55 CDS 0.79 56228 56226 start_codon_13 start_codon 56228 56226 gene_15 gene 0.83 57357 56259 transcript_15 transcript 0.83 57357 56259 stop_codon_15 stop_codon 56261 56259 intron_43 intron 1 56702 56565 intron_44 intron 1 57099 56910 CDS_56 CDS 1 56564 56259 CDS_57 CDS 1 56909 56703 CDS_58 CDS 0.83 57357 57100 start_codon_14 start_codon 57357 57355 gene_16 gene 1 77811 75658 transcript_16 transcript 1 77811 75658 stop_codon_16 stop_codon 75660 75658 CDS_59 CDS 1 77811 75658 start_codon_15 start_codon 77811 77809 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_1 match 201 71047 72585 match_2 match 164 84324 85082 match_3 match 38.9 85584 85730 match_4 match 79.7 85186 85482 match_5 match 178 85965 86465 match_6 match 38.9 86952 87035 match_7 match 158 83951 84262 match_8 match 150 86632 86883 match_9 match 77.8 85186 85479 match_10 match 158 84324 85073 match_11 match 113 87246 87716 match_12 match 46.6 85596 85730 match_13 match 171 85971 86471 match_14 match 36.6 86952 87035 match_15 match 149 83951 84262 match_16 match 156 86632 86883 match_17 match 676 70846 72570 match_18 match 79.3 17628 18182 match_19 match 111 16820 17518 match_20 match 211 46045 47289 match_21 match 128 46333 47289 match_22 match 153 36846 37697 match_23 match 186 71065 72507 match_24 match 159 84324 85082 match_25 match 112 87246 87719 match_26 match 45.1 85566 85730 match_27 match 82.8 85186 85482 match_28 match 185 85971 86471 match_29 match 40.8 86952 87035 match_30 match 159 83951 84262 match_31 match 153 86626 86883 match_32 match 106 87246 87716 match_33 match 164 84324 85082 match_34 match 39.7 85596 85730 match_35 match 71.2 85186 85479 match_36 match 176 85980 86471 match_37 match 147 83951 84262 match_38 match 43.1 86952 87035 match_39 match 150 86632 86883 match_40 match 131 36855 37631 match_41 match 107 46036 47259 match_42 match 130 36852 37628 match_43 match 153 84324 85082 match_44 match 86.3 85183 85485 match_45 match 52.0 85581 85730 match_46 match 167 85983 86465 match_47 match 137 83951 84262 match_48 match 39.3 86952 87035 match_49 match 147 86629 86889 match_50 match 60.5 85560 85775 match_51 match 159 87246 87719 match_52 match 226 84324 85082 match_53 match 105 83362 83703 match_54 match 123 85183 85482 match_55 match 120 90090 90350 match_56 match 217 85965 86468 match_57 match 50.8 86952 87035 match_58 match 181 83951 84262 match_59 match 160 86626 86883 match_60 match 825 70885 72585 match_61 match 157 84324 85082 match_62 match 41.2 85596 85730 match_63 match 66.2 85186 85479 match_64 match 178 85980 86471 match_65 match 142 83951 84262 match_66 match 42.7 86952 87035 match_67 match 150 86632 86883 match_68 match 139 84324 85082 match_69 match 65.5 85183 85488 match_70 match 42.4 85590 85727 match_71 match 166 85989 86465 match_72 match 38.5 86952 87035 match_73 match 142 83951 84265 match_74 match 138 86626 86883 match_75 match 196 71017 72537 match_76 match 392 70909 72555 match_77 match 147 84324 85082 match_78 match 75.5 85192 85482 match_79 match 129 87246 87719 match_80 match 52.4 85578 85730 match_81 match 191 85980 86465 match_82 match 42.0 86952 87035 match_83 match 155 83951 84262 match_84 match 153 86626 86883 match_85 match 93.2 17628 18182 match_86 match 140 16820 17518 match_87 match 232 46045 47289 match_88 match 75.1 17622 18182 match_89 match 215 46054 47289 match_90 match 115 16820 17518 match_91 match 118 84324 85055 match_92 match 30.8 86952 87035 match_93 match 158 85968 86471 match_94 match 139 83951 84265 match_95 match 145 86629 86883 match_96 match 84.0 65845 66081 match_97 match 37.4 65664 65729 match_98 match 32.7 65536 65589 match_99 match 84.0 65845 66081 match_100 match 37.4 65664 65729 match_101 match 52.8 65334 65426 match_102 match 32.7 65536 65589 match_103 match 64.7 85183 85488 match_104 match 151 84324 85082 match_105 match 179 85590 86453 match_106 match 36.2 86952 87035 match_107 match 141 83951 84265 match_108 match 141 86626 86883 match_109 match 712 49137 50504 match_110 match 57.8 85189 85488 match_111 match 125 84324 85082 match_112 match 156 85575 86465 match_113 match 35.0 86952 87035 match_114 match 140 83984 84322 match_115 match 138 86626 86883 match_116 match 144 85989 86465 match_117 match 33.9 86952 87035 match_118 match 148 83951 84259 match_119 match 139 86626 86883 match_120 match 120 84324 85082 match_121 match 63.9 85183 85488 match_122 match 38.1 85575 85742 match_123 match 35.0 86952 87032 match_124 match 114 86178 86465 match_125 match 160 83951 84337 match_126 match 139 86626 86883 match_127 match 56.6 85183 85488 match_128 match 120 84324 85082 match_129 match 37.0 85575 85727 match_130 match 140 85998 86465 match_131 match 156 83951 84337 match_132 match 35.0 86952 87032 match_133 match 136 86626 86883 match_134 match 74.7 17622 18182 match_135 match 197 46054 47289 match_136 match 111 16820 17518 match_137 match 80.5 16820 17518 match_138 match 169 46045 47286 match_139 match 75.1 17628 18182 match_140 match 642 70879 72561 match_141 match 389 70942 72555 match_142 match 176 46054 47301 match_143 match 73.9 17607 18182 match_144 match 98.6 16820 17512 match_145 match 210 71068 72537 match_146 match 54.3 17622 18179 match_147 match 170 46054 47292 match_148 match 102 16820 17521 match_149 match 79.0 17625 18182 match_150 match 172 46045 47289 match_151 match 90.1 16820 17512 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_152 match 165 77295 75703 match_153 match 109 77184 76123 match_154 match 111 77163 76369 match_155 match 129 76542 75688 match_156 match 236 77517 75931 match_157 match 125 77085 75715 match_158 match 168 77445 76099 match_159 match 133 77070 75919 match_160 match 152 77262 75988 match_161 match 144 77394 76369 match_162 match 208 77187 75892 match_163 match 217 77310 75691 match_164 match 201 77178 76021 match_165 match 227 77082 75892 match_166 match 159 77268 76102 match_167 match 171 76929 75691 match_168 match 179 77190 76138 match_169 match 217 77139 75910 match_170 match 196 77382 75712 match_171 match 179 77385 75691 match_172 match 183 77421 75928 match_173 match 227 77496 75691 match_174 match 130 77028 75943 match_175 match 160 77247 76099 match_176 match 170 77442 76363 match_177 match 173 77175 75862 match_178 match 129 77187 76264 match_179 match 167 76863 75688 match_180 match 127 77280 76363 match_181 match 176 77088 75955 match_182 match 176 77262 76066 match_183 match 133 76701 75697 match_184 match 165 77178 76192 match_185 match 201 76860 75862 match_186 match 201 77121 76105 match_187 match 192 77238 75718 match_188 match 147 77238 76405 match_189 match 214 77097 76003 match_190 match 159 76764 75688 match_191 match 213 76980 75685 match_192 match 184 76866 75688 match_193 match 251 77274 75931 match_194 match 239 77112 75886 match_195 match 239 77394 76126 match_196 match 107 77190 76051 match_197 match 120 77256 75892 match_198 match 124 76929 75892 match_199 match 119 77265 76375 match_200 match 167 77199 75826 match_201 match 119 77184 76207 match_202 match 150 77364 76042 match_203 match 179 76935 75715 match_204 match 211 77241 75880 match_205 match 239 77244 75862 match_206 match 129 76761 75688 match_207 match 159 77241 76132 match_208 match 171 77244 76174 match_209 match 170 76935 75826 match_210 match 250 77244 75862 match_211 match 132 77442 75913 match_212 match 163 76935 75712 match_213 match 256 77244 75703 match_214 match 172 76929 75688 match_215 match 248 77244 75892 match_216 match 222 77238 75946 match_217 match 245 77130 75886 match_218 match 153 77238 76096 match_219 match 177 77088 75892 match_220 match 168 77076 75667 match_221 match 194 77454 75532 match_222 match 197 77190 75724 match_223 match 144 77400 75712 match_224 match 126 77076 75889 match_225 match 146 77241 75919 match_226 match 124 77238 76042 match_227 match 104 77226 76249 match_228 match 107 77412 76348 match_229 match 111 77361 76135 match_230 match 109 77106 75886 match_231 match 106 77277 76186 match_232 match 125 76758 75895 match_233 match 113 76977 76111 match_234 match 106 77277 76186 match_235 match 125 76758 75895 match_236 match 113 76977 76111 match_237 match 195 77436 75862 match_238 match 169 77064 75922 match_239 match 151 76854 75691 match_240 match 184 77385 76021 match_241 match 213 77280 75667 match_242 match 193 77169 75922 match_243 match 118 77382 76096 match_244 match 125 77070 75931 match_245 match 134 77112 76027 match_246 match 136 77292 76234 match_247 match 144 77505 76156 match_248 match 153 77280 75910 match_249 match 165 77097 75871 match_250 match 201 77181 75829 match_251 match 125 24671 23376 match_252 match 173 10766 9414 match_253 match 110 4374 3685 match_254 match 88.2 3584 3000 match_255 match 109 10355 9414 match_256 match 167 77181 75712 match_257 match 120 77394 76321 match_258 match 176 77226 75886 match_259 match 162 77424 76120 match_260 match 165 77301 75826 match_261 match 131 77352 76324 match_262 match 174 77220 75901 match_263 match 174 77442 76078 match_264 match 219 77475 75871 match_265 match 191 77190 75985 match_266 match 129 77229 76081 match_267 match 116 76560 75706 match_268 match 148 77565 76336 match_269 match 132 76773 75685 match_270 match 167 77382 76177 match_271 match 171 77091 75931 match_272 match 110 76755 75886 match_273 match 126 77415 76462 match_274 match 118 77220 76357 match_275 match 138 76908 76042 match_276 match 110 77253 76165 match_277 match 113 77391 76465 match_278 match 105 76653 76054 match_279 match 118 76650 75691 match_280 match 185 76956 75688 match_281 match 234 77244 75877 match_282 match 229 77241 76054 match_283 match 129 76626 75691 match_284 match 187 76929 75688 match_285 match 207 77031 75547 match_286 match 246 77244 75862 match_287 match 224 77241 75991 match_288 match 156 76938 75691 match_289 match 166 77238 76138 match_290 match 189 77085 76042 match_291 match 215 77130 75877 match_292 match 213 77238 75988 match_293 match 202 77055 75910 match_294 match 204 77085 76042 match_295 match 181 77529 76138 match_296 match 142 76773 75691 match_297 match 216 77244 75985 match_298 match 203 77286 76054 match_299 match 214 77127 75910 match_300 match 196 77499 75715 match_301 match 178 76971 75688 match_302 match 145 76719 75697 match_303 match 211 77346 75685 match_304 match 199 77031 75697 match_305 match 207 77190 76075 match_306 match 218 77394 76054 match_307 match 230 77157 75703 match_308 match 249 77244 75826 match_309 match 216 77241 75991 match_310 match 256 77244 75787 match_311 match 196 77067 75541 match_312 match 127 77178 76390 match_313 match 195 77241 75991 match_314 match 179 77241 76078 match_315 match 137 77244 76333 match_316 match 243 77244 75871 match_317 match 119 77394 76507 match_318 match 209 77031 75697 match_319 match 190 76929 75688 match_320 match 245 77244 75877 match_321 match 229 77241 75991 match_322 match 182 76971 75688 match_323 match 175 77238 76078 match_324 match 207 77031 75547 match_325 match 209 77241 76054 match_326 match 250 77244 75871 match_327 match 170 76929 75895 match_328 match 186 77031 75910 match_329 match 229 77244 75892 match_330 match 207 77394 75991 match_331 match 217 77130 75886 match_332 match 234 77085 75835 match_333 match 142 76686 75691 match_334 match 145 77208 76255 match_335 match 120 76476 75688 match_336 match 153 77241 76363 match_337 match 174 76884 75943 match_338 match 194 76986 76054 match_339 match 187 76779 75877 match_340 match 220 77130 75784 match_341 match 226 77268 75877 match_342 match 227 77241 76054 match_343 match 122 76650 75688 match_344 match 208 77031 75547 match_345 match 243 77244 75871 match_346 match 164 77259 76336 match_347 match 210 77241 76132 match_348 match 125 76683 75943 match_349 match 132 76866 76171 match_350 match 127 77094 76363 match_351 match 131 76977 76255 match_352 match 140 76764 76054 match_353 match 132 76560 75877 match_354 match 130 77187 76552 match_355 match 177 77529 75910 match_356 match 139 77244 76051 match_357 match 143 77229 76180 match_358 match 214 77130 75691 match_359 match 225 77244 75892 match_360 match 115 77331 76411 match_361 match 132 77400 76336 match_362 match 226 77244 75712 match_363 match 214 77130 75691 match_364 match 171 76929 75691 match_365 match 191 77190 76045 match_366 match 151 77259 76309 match_367 match 204 77244 75931 match_368 match 197 77289 76111 match_369 match 209 77028 75886 match_370 match 231 77154 75835 match_371 match 145 77178 76243 match_372 match 228 77130 75913 match_373 match 133 77424 75880 match_374 match 124 77223 76051 match_375 match 107 76860 75922 match_376 match 119 77238 76078 match_377 match 139 77442 76360 match_378 match 125 77220 75727 match_379 match 107 77373 76363 match_380 match 140 77181 76084 match_381 match 132 77085 76159 match_382 match 117 77346 75832 match_383 match 276 77445 75691 match_384 match 236 77316 75700 match_385 match 112 76977 76087 match_386 match 125 76758 75895 match_387 match 150 77763 75940 match_388 match 126 76881 75910 match_389 match 128 76701 75718 match_390 match 136 77175 75931 match_391 match 145 77292 76252 match_392 match 110 77208 76510 match_393 match 137 76977 75940 match_394 match 127 77070 76315 match_395 match 122 77445 76366 match_396 match 114 77229 75877 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