C08SLm0010D08.1 GGATCCCGGGGATCTCTTGGCACGCTCAGCTTCTCTCCTTAGCTTTCCAAGAGCTCTGTT GTCCTTGCTGATGTCCTTTCCATGCTTCTTCTTGATCAACTTGATGAAGTATTCCATAAT CCTTTGATCAAAGTCCTCACCTGCAAGATGTATCGGATATTCAAAATATAATCTAAGAAT AACTATCTCATAGGATGGCATCTGAATCTTCCTCAGCTATCATAAAATACCCTCCCAAAA GAGCAACCCCACTAATGTGCAATCAATAGAAAAGTGTTTTAGCATTTCATTAGTTGATAT CAAGTTGAGGAGAAGTCCATTAGAAAATACAATCAGGACACCCTAACAGCATTATGGTTA GCAGTATCAAAATGTGTCATGCTCAACTTTAAGTTGTTTCTATACCATAGATCCTTACCT CCAAGATGGGTGTCACCATTTGTTGCAAGAACCTCAAATACACCATTGTCAATGGTCAGA ATACTGACATCGAATGTCCCACCACCAAGGTCAAAGACAAGAATGTTCTTCTCACCACCT TTCTTATCCAGTCCGTAGGCAATGGCTGCAGCTGTTGGCTCATTAATGATCCTAGCAACA TTTAATCCAGCAATAACACCAGCATCCTTTGTCGCCTGTCTTTGTGCATCATTGAAATAT GCTGCAGAGACGAGACAAGTCTCTAAATAATGACAGAAAAGAAAAATGAAAACAAAAAAA TTGAACATTTGGGACCTGATAACAACATACCAGGAACAGTGACCACAGCATCCTTAATAG TCTTCCCAAGGAATGCTTCGGCTGTCTCTTTCATCTTTGTCAAAATCATGGCGCTGATTT CCTCAGGACTAAATACCTTAACTTCTCCATCCTTGATTTTGACTTGTATGTAGGGCTTTC CATCCTTGCTGACAATCTTGTACGGTACCAGCTTCATATCCCTCTGTACTTCCTTATCTT CAAATCTGAAAAAAAAAGAAGATAAAGCATCTCTTAGCATGACAGATATACAATCATAAC AAAACATGTGAAACTAATTGAGAATTGTCCATTACTTTCTTCCAATCAGCCTCTTAACAT CAAAGATTGTTCTTTCTGGGTTGACCGCAGCCAGGTTCTTGGCAGCCTCACCAATCAATC TCTCGTTATCAGTGAATGCAACCCATGATGGTGTAATCCTGTTTCCTTGGTCATTAGCTA TAATCTCCACATGACCATTCTTGTACACCCCAACACAGGAATAGGTTGTCCCAAGATCAA TTCCTATAACGGTACCAAGTTTTGTAGCCTCCTCCTTTGCATTGGAAAGTGCAGAAAGAC AGCCTGTTTCAAGGAAAAGAGTAAGATAACAGATGACCCTCATCAGACTCTGGAAGTACA ATATGAAATTCATGACATAACACAGCAAAAGGAATATATGTATGCACGTATGGAACTCAT AGTCATATAAATCATTCGTACCTATTCCACTCAACTCAAGTCAACATACAGGCTATTCAG TAGAAATAAAAAAAGGGTCATAGAACATAGATAAGCTAAGAACAAAAACCAGCAACTTTT CGCATATTCAGACGATCAGTCAGCTAAATAAAAGGGTTTTCAAGTATCCATAGGATCTGA AAACGATCCTTCTAAATGTACATCATCCAGAACCACAGTCCAAACATGCATCCCAAATTA TTAGCATTCTAGCAAGTACAAATTAAAAGGCTTGTCACCCGGAAAAAAAAAAGAGGACGA CGATAAATGTCTAAAAGGTTCAGGATATATGCAATGCCAGTGTAGCAGTGACCTTGTTTC TCTGTCTGGAGTTAAAATCTGATCTAGAGTAGAAACTAGAATACATACACGGACAGATGC ACGGGTGCATGTGAACCAACTACCTTTGCCATGGGACTATAAATAGATAATATACACACA CCACGGTTATCAACATCTGATTAGATGATGTAATTCTTCAATCAAAAACAAGAACAGGAG AAAATAGCAGTGAGAATCTAATAAATGTTTGCTTATATTTATAAATGATAAAGCACCTAA CCACTAATTTCATATCAGATACAGCGTTATTTCCACTTCATAAACGAGCATTTGAAATTC TCCTGTGGCGCACCACATGAATCATGCATCGACTATTCTATTCCAGTGCTAAATCATTTC TCCATTAAACACGATCGAGGAAATCAAAACAAGCCATATCAATCACACAAAACACCATAC AAATCCTCAAACAGATGTGAAATTGTGTGAAAACTATCGCTAGATCTAAAATTAGCACAT CAAACCTACAAATCTACAATGAAAACGCATACATTATAAACAAAAGCTAACAGATCTAGG ATCTACTACATTCTAGATCATAACATAACAAATCAAATCTCATAAACCAGAAAAAATTCA AAAAACAATAATCAAAACAGATCTACGAGCAAATAGAAACAGAAAGTTTACCTAATAAAA CGATCGCTAGCACGACGAGAGAATTGCCTCGCCTCGAACAGGCAGCCATAGCTTCTTCCT TCGTAATCAACGTAGAATACACTAAGCTACAGGTACAACACAATGTGATCCCTCTGTTTA TCTTTTTCAGTTATGAAGAACTGGAAATGATGAGAGATTTATATATATAGAGCCTCGCGA GGTGATCGGGAGCTTTTTATACTGTGAGAAACTGAACAAAGACCCGAGGGGTCTCCGTTC AAAGAGTGACATTAGACACGTCATGTTAAATGACGTGGGCCAATAGGAAGAGGAGGGTGA ATTCTTGAGCCAATAGCGATTGATCTTGTGCTGGGATGATCACGACCGTATGATTCGCTT CTGTACACGTGTCAGCATGAGAGATTATTAGGAATTTCAAGTAGGCTCACTTGCCATAGA GAGACATAAGTACATCAAAATAATGAGATTTGAATTTAATGTATGAAATTTTGTTGGATA GATCTTTAATGTATTTCAAAAATTGGTCAATTTAGTTAAAAATAAATAATATATGTATTT AATATTAAAATTGACCAATTTTTTAAATACTTTAAGGATCTGCGTGTATTGAGCGTAAGC TTCTACTTTATAAACTAATGTTATTGTACATCAATCAATTCTATATTTTTAAAATCACAT AAAAAAATTATTTTAATGCGAAGAACAATGAAAAAGAATTTGTGTATGAATGATTCTTGA TTAATTTTAATTGGAAAGTCTCTTTTTAATGAGAAATTTATTATACTCTGATTAATTTGA AGAAGAATCTAGGGTTTCATTTTGCACATGTAGGCTATTTTTATTTTAACGATAAAAGAA CAATGTTTCGCTAATTAGAGATCTTAGGACTAATTGATACTTCTAAGATGCATCCAAAAC CTTTTTTATCATGTTTATATATTAAGAAATCAAATGAAGCAAAGTTTGATGTTTTTGTCC ATGAAGAAAAAGAAATGAAGAAACTAAGACTCGAAAATTACATACATTTATGATTATTAG TATATTTCTATGTTTCTTTAATCACCGAAACAAACAAGTAAAAATAGAGAAAGAATACTC ATAAGAAAAATCATATAAAGGAGAATAAAAAGAGATACGCAGAAGAAGGCAAAAGAAGCT CACCAATTTCAATCTTCAAAGAGATCGATCTGCAAGAGTTTGAGATGCGAATTAAGAGTC GAGAGAAGGTCGCTCATAGAGTAGCCCTCCAATTGCCCTCCAGTTTTTGAGTGTACGTCA GAAGCAATTATTACTTACACACATATATATAGTGCCTTTCCACGCACTTTCGCCAATCAA ATTAGGCCACGGGGCAAAAATTAAAAGAGTCATACCGTATATATTATGTTGATTTATGTA CAACCGTGTGATGCTATATTGTGCTCCACTTTTGACTTCTATAATATAAAAGGTATATCT TTTATATATACCTTTTATATATATAATATTATCGAGATTTATGTTGTCTCATGTATGTCT CTCTCTCACACACATATATATAGAGAGAGTGTCTTTACATATGCTCTCGCCAATCAAATT AGGTCACAGGGCAAAAATTAAATGAATTATAGTGTATACTTTGTGTTGCTTTATATACAA TATGTGATGTTTCATTCTGCTCCGCCCGTGACTTCTGTAATATAGAAAGTGTGTCTCCTG TAAATATAATTTATTTTTTCTAGATCTATGCACTTCCTAGTGTTTCTGCCAATTAGATTA GATCATGAGGGCAAAAATTAAAAGAATTATATTGTATACTTTATGTTGCTTTTCACACAA TCATGTGATATTGTGTTCTATTGAAATAATGTATATACATGTATTACATATTTATTCTTT CACAGTACATTAGACTAGTTTACTTATTGATTAAGTTTGTTACTTAGTTAGTTAAGTTGG TTACTTAGTTAGTTAATTGACAGCTGTAGTTTGTTAGTTTGATAGATAGGTTGTTAGATA CTTTTCATATCATCTATTATAAATGTACTCATACAGAAGGAATGGATTAGTTTTTCATAT TCTCACAAATAATGTTTTACAGTTCTTTTTTCTCTCTTCTTCATCCTTAATACAACATCA GAAGAGAAGCAGCCATGGATGAGTCTCAAGCTCTCAATATAGCTTGAATATCCTATTTCA AAGTTTTGACAGCTCCAGCCCTTTCTAGCTTTTTCTATTTTTAATTTTCAGTTGAGCAGT TCCAAATTGACTAGTAGACGTTTTCTAACAAAGTTGACTTGATATTTATGGTGACTCGAA TTCGACACCTCTAGTTAAGGATGAAAAAAATATTTAACACTCCATCACAACTCTTGTTGG CGTTTAATTTCAAGGGTGTCAAAAATTAGCTAAAATATAGGTAATCCACCATAATTTTAT GGGTTGAGCTCAACATAATTGAATCGGGTCAATTTCAACTTACTTAAACCTTAATCCATT TTAAGAGAATCTTCAATTGCGGCAACTTAATCTCTAATTTCAATCTATTTTGAAGACTCC TTATTTGTATTGGTGTAATATACATTCTCAGAAGATATGTATTATTATCTATTTTATATC TTCTAATATTTATCTATCAATTTGTGACTTATTCTTTTATTTTGTTGAGTTGGATTTCAA ATTGTGATTATATAAGGTGAATGAATTACATATTACTAATTTTTTTTAAGATAAGCGAAT AAAATTGTGCGCATCATCACCAATTCTATTTTTAGCCCCTTTGAGCTCAAAATAAATTTG AACTAAACATGACCCAACCCATTTTCTAAATCAATTCAATCTCCAATTTCAATCACACTC CCATTTAACATCCCTAACTTAGCTTCTAAAATATTGAAAAAGTACCTTTCCTAAAAATGC AAAAAGTTTCAGATTTTTTATAACACATAAATTTTAACTTTATCATTAAAAATTGTAATT CATAGCTAAAACCACAAGTTAATACCTCAGATGGTCACTCAACTATGCATTTTTCTCTCA GAAAGTCACTCAACTTTCAATTTTCATTCAGAAAATCACTCAACTTTCAATTTTAACTCA AAAGTCACTCAATTATCCACTCTTTTCTCAGAGGGATTAATTTAGGATTAAAGATAAAAT AAAATGGGTCATATTATATTTTTTAATGGGCGGGTTAGGTGGATGGATCACTAAATGATT TAATTTATTTTTTAAAATTTTTGGTTTGTTATATAAATAATTAATATCAATAAATTTTAG TTAAAAAAATAATTTAATAGATTGAGTGACTTTTTGAGGAAGGAGTGGATAGTTGAGTTT GAGTTAAAATTTAAAGTTGAGTGACTTTATGAGAAAGAAGTGCATAGTTGAGTGACTTTT GAGTGAAAATTGAAAGTTGAGTTTGTGAGAGAAAGTGCTTAGTTGAGTAACCACCTTATT TATGAATTCAATCGATTAATTCTTAGCATGGAATATTATGTAACATCCAATAATTTATAT ATATATTCTCTATTTTGTTACAAAAAATTGTTATGAAGCACCACTATAAATATAACTTTT CTAAATTTTTGAATTAATCAATTCTGTTCAGCCTGATACAACTGCTTGGGTTTCTTCTCA TCTAGTTTACAAAGCGGTTAATTTTTTTGCCTTTTCTGTAAATACACCATTATCAACCCC TAAAGAAGCTTTGTGCGCTTTTCAACAATGGCAATCGCTTCGCCATCGGCTCCGTCTTTC TCGGCATCTATCTGCTGTACTCGTACTGACTTAACTTCAGCTCGTTCACTTCGATTCCCG CCGATCCAAACTCGGCTTCAATCTCGGCAATTCACGTTCTCTTGTCGGTCCTCTGGGCCT TCATCAAATGAATCCGAAGCCGATCTCCAGTACGAGCTTCAGCATGGAGTTTCTACTGAC CATCGACGGTGCGGTTCGCTGGTGTTCGTCACGCTTCCGCTTGATACTCTTAATTTCCCC GAAGGAACTATGAAGAGGAAGAAGGCGATGGTGCAGTCGTTTCGTGCTTTGGCGGCCGCT GGTGTTGAAGGAGTTGTGATGGAGGTATGGTGGGGACTGGTGGAGAGTGAATTGCCTAGG GTTTATAATTGGGAAGGGTATTTGGAGATTGTGGAGTTGGCTAAACGTTGTGGATTGAAA GTTCGAGTTGAAATGGCATTTCATCAATACGGTACAGGGCCTGATGATCCTTTCTGGTTC GTACACGTTCCGAATCTCTTCTTTTGCTCTTGTTTGGATACCAAAAACGAAGTGTTGTTT GTTAGTGGTTAAACATTTTACTTTATTTTCTCGTTCAATTACGTCTTGTTTTATTCCTTG AAAACGAATATAATTCTCAGATCACAAAACAAATTAACTTGAAGAGTTGAATGTCTAGCT GCCGCTAGTAGTTCACATGATCGACTATTACATGAATTTAAGTTTCTTCGCGTTTGACAT TATTAGTTGAATCTTTTGAATAACATTTACCTGTAGTATGGTAGAATGCAAATCTTCTAA TCGTCTCTTTTGGTGTTCCAGTAAGCTTGACAGTTACCATTTGACTCATAATTTGTAGCT TCTTTTTTTTTTTTGTGTGTGTGTGTGTCTGTGTGTTCTAGCAAGCATTAGGGCTTGCTG GAGGGTGTTTAAGCCATTAAGTGAAGCTTATGGGATGTGTGGCTTGGAAATCCGTATGTT GGAAATAATACTTAGGTATGTGTTCAGTTTCACATTATATAGCTTAAGCACCTTTACTTA GTTTTAGTGATTGCATATTGGAACGGAGTAAGAGAAGCTTCTTGGACTGTCTTGAACTAG ATTCAACTGATTTTAAGGAGAATCCTATATCAAACTAGTTGACATATTAGTTATTGGGGT ACATGTTTAGAATGCTCAGTTTTGTACTGTCAGGTTCCCTGGAATTGAAGATGACTTCTG TATATTCTGTCAAGTTTCATACTGGTATATGTTAAATTATTAAGTCCAAAAAAAGTTCAT ACTAGTACTTATAAAAAGATAATGCTTTACGGAGTTTCAAATAAGATCTTAGAAAAACGT TTTTTGGTTTTGAACAACATAACTTGTATATGAGCCTATACCTTCAATTCAATTTTCCAC AAACAAGTTAAAACCCTGGATCCTTTTTTATATAAAAGTGGGTTTGATGGTTAGTTTTCT TTCAGGAGTAGAAACTTCTAAAAAATATGTAGGGCTAGGGCAAAAGATACCTCTATGAGA GTGGACAAAGTTATCAGCCAAACTAAACAAGAAAGGACACCTGATTTGGAATGAAGAGAG TAGCTTGTTAGGTGCTTGAATCAATTTGATTGGTGAGAAAAGAAACATATTGATTTTCAT GTTTCGAAATTGATTGGCTTCATCAAAAGGAACAAAAGGAAGTGACACAATTTGCATGGA GAAGTGGATGAACAAGAAACTTTGACAGCCTCATCCATGTGGATAATTATTTGATCAAGT TTCTCTTTTTGGTATATAATCGGTATCCCTTTTTTTTCTTTTTTTGAGCAGGTAACGATT ATTGGTATCCGGTTTATTTTTTATTATACATATAGTGTTCCGTATATAACTTGTGCCTTA ATTCATCTTCTACCCCCTTTGGCTGTGACGTTTAGGAAGTTGATAGTTTGAAGTATTAAC TCATATATTATTGTAGGATCTTGTAACTCGTCAATATTGAGAGAACCCCAATTTCTGTAA TTGTGTAACTTCTAAGGATATAATCTGATCTTCACCTTTTGGTTACTTTGTAAACATTAT TCAGTTCTCAAAATCTCGAAGGGGAAATCAAACAGTTCAATTCATTTTAGGCTACATTCT CAAATTCTTTAATATCACATTCATAAGTTTCACTAAGTACACCAAAATCGGGTTACATGT CGGGAGGGTGTTGAGTTATATAATTTCTCACATGGGACATGTGTGTGATTTTTCTTATGT TACAGTAATATGAAACAACTAGATAACTTTGCATACTTCCCGACATATAGCCTGATTTCT TGGAGTTAAGGGATTTTGTAAAGCTTTTGGGCTATTTCACTTGCTGCCGTACAATTTTTG GGTTGAATGGTTGTCATGGGATCACAGCAAGCAGGCTCCTAAGTCAAGTTCTCTTGGTCA TCAATGAGCAAAAAAGAGTACCACGTGCTTGATCCATAGTGAAAGAGTCACGCTTGTTAA ATGACAGATCGTGTTGCAAACATAAATAAATAAATGAATTGAAGTGTCTTGTCTCCTTAA ATGAACCGACAATGTTAAACGACAGTGAATGTTGGGCGGCTAAAATCTGACATATCCACG AGATGAGTGTCACTGGGATACGCATGCTAAGATTGATGTGTGGTCATACAAGATTAGAAA TGATCACATTGATAATTAAACGAGAGAAGGTCAGCTTGGTCATGTCTGGCTTTAACCTCC ACATGCACCGGTTTGGAGGTGTGAAACTATAGTTAATTAAGGTGTTAAAAAGGGGATGAG GTAGACCTAAAATCAAGTGGAAGGAAGTTATGTCAAAAGACCTATAATCTCTTGAACCCA CTCATATCTGGCGAAAAAATAGGACATAGTAAAAGTAAAAGTAAAAGATATATATAGGTG ATACCTAATAGTTGGGATTATTATTTAGTCGCATTAGTACATTTACTTCAGGTCTTATGC TTTCTCGTAGTCTTTAGTCATATCTGAATTAAAGTGCTGCAAAAATATAGAGAACTTTGG TATTAAATAGTGTAGTTATTGTTGTTGTTTTCGTGTAATACTGGTCTAGGATGAGCTTAT TGTTGTCTTCATAGTTGGTCCGAACTTGCTTGAGATTGAGGTGTAGTATTAATCGTTATT CCAAAGTTTAAATGAGGTAACATAATTTAACAAATGGCAACGGATTTCCCTGTACAAATG TGCTATAGTATAAATGTATAATGTTTACTCTCTCCGTCCCAAAATAAGTGTCCCCCTAGC TAAATAATTTGTCCCGAAATAAGTTTTACCTTAGGGATTCAAGACAAAAATTAATATGTT TTTCCAGCTATACTCTTACACTCCATCTTCTTAATAGTGTTCAATTTTCAAGAGACATTT ATTAAACAGGGGTAGTTTATAACTAAACATTGTATTTATTGATTTCTTAATGGACGTGAT TTTTGCTAAGTTGACACTTATTTGGGGTGGAGGGTGTACATGCCAAAAGATCCACTTGGA TGTCTACTTGCCATTTTGAATGCACAAAGTCACTCTCTCCCCCTGCTCTCTACAACGGTA GTCTGTGAAGATGTGATGATGGAAGAAAGATCACGATCTTCCCTATGGAATGTGTAGCGC AGTCATTTCTCGGCAGCACCCTTGCATGACCAAAGCTAAACAATAGTTGCTCTCTCTTTG TCGAAATTCTTGCTTTAATCTTTTTTGGTGAACTGTTGCTTTAGAATAAGGACATTTTCT TCATCCAATCAGTTTGGAGGTTTAGTAGAAGGGTACTTGATCCTTTTTTGTTTTTGAAAA GATTGGATTCTCTATTATTTCTCGTATTACGGGTTAATATTAAATCATTTTGTCTTTACG TGCTTATGGAGTGAATGATACAGAAGATTGTTTCAAAATAGCGAGAAGGATATAGCAAGC ATAAGAGGATGATTTTATTTCTCGTATTTTTGGTGTAAAGGGAGAATACCCTATTGAATG TTATAACCAACAAATTATATAGATATGAATGTTTTGTTTAATGGAAAATTTGAATTATCT TAAAAAAGGAAAACAGAAGATCTTAGTACAGATTAAATGTATGCTAAAAAGTTGCAATGA CTTGGTTAATTTCATCATCAGTGGTAGTTCCTCTTTGTCACAAGTAGAGAAATGGGTTCG ATTGTTATTTTGCTAACAAGAGTTTGATTGTTTTCAGCTGGTCCTAGTCTGGCTAAGTTT GTGATAAGTAAGAGATTATGGAGAATAAATGTTTAGTTATGCAGAAGAGCGTTTGTCTTC TTATGGTTGTTTTGTGAGCTGATGAGTCACTGGACTAACTCTGTCCCACAATAGATACTG TATTACTGAATGCTCTCTCTCTCTCTATTTGTAAACCTTGACTTGAAATTGGCATTACAG TTATCTATCCTTCTTTTGTTATCGTTTTTTTCATTATGGTGCTGTCTGGGCCGGCTTGCT TGTGGCTCAAGTATTACACCGGGTACCTGCTACCTCCCACCAACATAGGTTTCAAGTAAC TCTACATGCCAATGCTTTGGTAGAGAGGAAGAAATTACCTAGTATTTATTTTTCGCTGGA ATTTGAACACGAGAGAGAAGGAGAATGCTACGAGAAGGGTCCATCCCCCCCTCCCCCCCC CCCCAAATCCCCCATTTCAATGCCCACTAGGCTACATCCTTGGGTGCTTCTTGAACTAAA AAGTGTTGTGCTCTCCTGATATTACTCTGCCTCTCCCATTGCTGTTCCATTAGAATGATT GCTGCTAGTTAATAATTCAAAATCTGAAAATTTCTCCTTTTGCTGCTGCTAGGATTCCTC TTCCTCAGTGGGTTCGTGATGAAATCGATAAAAATCCAGATTTAGCATATTCAGACAGGT TTGGAAGACAGAATATGGAATATATATCCCTAGGATGTGATGTTCTTCCCGTTCTACATG GACGATCTCCGATCCAAGCATATACTGAATTTATGAGGAGCTTCCGTGACACCTTCATAC CATTTTTTGATGGCGTCATAACTGTACGATGCTCACCTAATGCTTCACCAACTAACTTTT AATGGTATTATACCTATGCAATTTAAATTTATGTTGCAGGGTATCCAAGTTGGAATGGGC CCTTCTGGTGAGTTGAGATATCCTTCATGCTCTTTACAGAATTGGACTTTGCGTTCACGT GAACTTGGCGAATTCCAATGCCATGACAAGGTGTGAATAAAATGATTTTATGTATCTCCA TTGATTTTTCATGTCATCCTCCAACCAAATTTGTGATTGTCTTCTTTTGAGCTGGCAGTA TATGCTTGCATCTTTAAATGCTTGTGCTGGGGAGATAGGAATGCATGAGTGGGCCAATGG CGGACCTATTGGTGCGGGCAGTTTATCGCGAAGTCATGAAGGCTCAGAGTTTTTCAAAAG TGATGGTTCTTGGAACTCACCATATGGAGAGTTCTTCCTTGCATGGTACTCAGGGATGTT GCTGCTTCACGGTGAGAGGATTTGTAGGGAAGCAGAGTCTATATTCCGTGGTCTTGAAGT TAATTTGTCAGGGAAAGTGGCTGGGATTCACTGGCATTATGGTACAGAGTCTCACCCGTC TGAGCTAACGGCTGGCTACTACAATACATCAATTCGAGATGGTTTGCTTCCAATTGCTCG CCTGTTTGGCAGATATGGTTTTTCCATGTGTTGTACATGTTTTGAAATGCGAGATGCAGA AGCGCAGCAGGTGAATCCTGACAGTAGTCCTGAAAGTTTTGTAAAACAACTTTCACTAGC CGCTAGGTTATGTGACATTCCTCTACAAGGTGAAAACTGTGCTAGTAGCTTGGATGACGG ATCATTTCAACACGTGTTACGGATGTCTAGGTTCTACTCGAATGGTCCAGCAACTCCAAC CTTCTCATTCAATTTTGTCAGGATGGACAAGACCTTGTTTGAATATCGGAATTGGGTTAG CTTTACACGTTTTGTGAGACAAATGTCAGATGCCAAATTTTTTCGACCCAACCTAGGCTT CGGGGATGGTGATATGCCATTTTTGTCTTTATCAGCATCCTCCACTGGTGGAGTAGTTCT TGCATAGTAGGAAGAAAACTTCAACCTGTAGTCATTCCTAATGGTAGTTGCGTATTCTCA CCCACAACAAGTCAAGGGTATGTATATCTGTTGCATCTTCTGATCTGTTATTGTGAATTG CGTAGCAAAAAGCTTTGTCTTTTTCGCGTAAATTTTTTGTCCTTGTACTGAAATGGTTGA AAATGAGTATTTTCCTTTGTATCATAACGGTGCTGCTTTCCTTCCTATTATTTTGAGATT GGATGGCCAGCCCCTCTCTATTTCAGGTTAATATGACAATTAACTCCTTTTAGTATTCTA ATCTTCTGATATCTGGTGTTTGTTTGTGACCAATATAATTAAGTGAAATAATGGGTAAGT TATTAACTAATACAAGAAGGATTATGATAATGTACTCTAGGTGTGTTTTTAATCCTTCGT TATTGGGTAAAATGGAAAACCAACACATGGTCCTGATTAGAATGATTATGCAAATTGAAT TACAAAAGTTGGAAGATTCATTCATCTCCAACAGGGGGAGTCCATGTGAAATTGTGGAGT CAGTCAGTCAGTCCACTATAAACAAGGAAAATGAGGTGATCTACAGAACATCCATAATAA ATAGTACATACCAATACAAAATTAATTAAAAAGACATTATTAGAATTTGAGATCATGATT CTACCGCAACTTATTAAAATTTATCGAGTCCCAATCAATTATTCATTTATTTGACCAAGT TTTCCTTGTATTTTCGTTAATATACAAAGCCAATTTTGCATCATTATTTGGTAACGATAT CCAAGGAAAAAGAAAGTGGGAAGATGCTTATAAAGCAATTTCGTACTAAAACATGGATTT GTACCTAACTTAAGTGTTGTGGCCTACATTTATTTATGCCAAACAAGGTACACTAAAGTA AATAATGATTAAGGAATTTTGTCCCAAAATGTGCAATTTTAGTTGAAAAAGTCTCCCACG AAATGGCCAATGGGATCTGAAAAAGATAAAGTATACATAGACTTCATTTCTATCTAGATA GAAAAAATGTTTCTAATACTTCCATCAATTTTGTGAGAATTTCAAATTATGCAAATATCA TATATGAAAAAAATGTGATGTACGTGTGTACTAAGTTAACTCGGAAACTAAATGAATATG AAATATGCGTTAACTTAAATTAACAATTACATGCTCAATATATTTTAGGGAAACTTACAT AAATATACTAAAATAAAAAAATATTTACCATTTATAGAAATAATATCTTTTTTTCACTTG ATCACTTTTAATTCATTTTTAATACAAGTTTAATACATATTACAAATAACAATTTATTAT TCATATATAATACAAATTTTAATAATGGATAATACATTTATCGCACATTTTAATACACTT ATAATACAATATGTCAAATTTTTACCAAACAAACATAATATATTTCAAAAAACAATTATA ATTCATATATATTGCATACATAATTCACTTTTAATTCATATTGTAGATTTGACATAGCAT TGTTATAAATGGTAATAAATAAAAAATATTGCTAAAATCAGTAATTATTTATTAAAATGT ACTAATTTATGTAATTTTTCCTATATTTTTACAAGTCAAATCTAAAGAAAATATATGATG TACGTACACAAACATCACCTCAGAATACTATACGTTAACTTAAATTGTATTTTAAAACAT AAATTGCTATAAATGACAATGGTACGTAGTAATTGACACGATAAGTTGGGACATTTTTAT ATATGCATGGATAGTTGACTTTTATATGAAGGTGACAAATGAATTGAAATGCATTTGTGA ATAATTTCAAAAAAGTCATCGAGTGAAGTTTGTACAAAGACAGACGCACTAACTAGCTAG TAATAATTTACGTAAAAATCGTGAACTAACACAAAAAAAAAAAAAAAAAAAAAAAATTGC AACTATTTAAGCAGTTGGGTTTTCATCAATTTCAAGTAACTCAAACAAATATTAGCAATA ATTTAAAGTATTTTTTTTTAGTTTCAGCAATTGCAAGTTTGGTAATATGAAGACTCTTCT TTTTGTTATTTGTCTCATCTTCATTTGTTCATGGCCAGGTAAATAATTTTACAATAATTA TTTTGTGTTATGTTGGCTTAATTAAGATGAATTACACGGAAAAATATGTGATCAGAGAGA ATTCGCATAGTCGATCTCAACTAATTTAGAATCTGATATTGTACCATTGTTCTAATTTAA TCAACTAGGCTTTCTAACTTCAAATATTCAATTTATACTTGTTAACTAATTTCAAGTTCT TTGGTTTTCTATAGGTTGCAGCTATGGCATACAAGATGTGGCAAAGGTACATAGCCTGCA GAGAGAGGTACTTTCTCAAGTAGATTAATTTTTTCGGGGGACTATTTGCGTTAGTGCTTA ATATCTGCTTTTGGACGTAAAATTTTGATTCGTATAAGAAAGATTCTTTTGGTGGATAAG ACGTTTTCTACTTTAGATGATTTTCTAATTAAGAATGAAAAATTATTTATCGTCCTAGGC TCCCAACATATTTTTCGTGTATCAGAATAATGAAAATAGATATCAACCTAGTTTTGCTCT TCCTTTCGATTAATGGTAAGTTTTATTCGTTATGATTTGTCAGTGTATATAACTTAATCA TCGACCCGCCCCTTTCTTTGTTGTTAGGTGATTAACCAAATGAATATGCGCAAGGTTTTA GAGGTGGATGTGGTGGTGGACTACAATGGTGGAGGTGGAGCAAATACTGCACATACCCCA GGCAAAGGGTACCCTCCAAAAGGAGCCAATAATGCTAATTAATTTTTAAATATCATAGTA CTATACTATATAAGTGTATTTAAAATTTAAAGAAATATATAATGTATGATATGAGGCTAA ATAAATGTATCTCCTATATATTGTGCTTTATCAATTACTATTATTATGTATGTGATGTGT AATTTATGTATGTATTATCATAGTTTTGCCATTTCAATCTAATTGGATTGTTTGCGCAGT GTCAAGCCTACTATGAAATCTATTAACGTCTCTTTAATTATACATTAAAAAAAACAATTC TCCTTGTGTTTTCATTAACGTGATACTTTTCGTTTTTGTTGAGTCAAATAGTTTAAATTT GATCGAAAATTTGCGCATGAGATCTTCACTTTTTTTAAAATGAAATTTCTATATTTGTAA ACTACGTAAAAAGTACTATAAGTCACAATAATTTATAATTATTCAAAATGTTTAAGAGAT TTGTGAAAAACTTATGATTTTGTTTAAATTTTAAAATCCAAAAATTATCATATAAAATGA GACTGGAAGTAAATCAGAAAGTGTAATTAAAATTTAAAGTGATGATATTGATGAAGAGTC AAAAATAGATTTTTAAATCATAATTAGTGAGTCTTTTTTCTTAATTGTTTTGTAACTATA GTCAAAGACGCTGGTCAAAATTAATGTAATCTTTAACTTAAATTTTCAAACATGAAAATG AAATTAATGTAATCTTTGACTTAAATTTTCAGATATGAAAATGTTTGAATTGGAGAGAAG CCAAATTCAACTTTATTGAATTACAATCTTGTCTGATTAGGAAATTTTTTAATTACAAAC TTAACAAGGAATTATGTAATTAATGACATTTACAATACAATGTATTTATAAGACACATGA TTTCACCAATTTCATTCAAACAAAAGTTGCCAACAATTCTAAAATATTTTAAGTTTGAGA AATTGCAAGTGTGTGGTAATATGAAGACTTTTCTTTTAGTTATTTGTCTCATCTTCATTT GCTCATGGCCAGGTGAATTAACTTTACAACTTTTTTTCTTTTTTAAAAAAATCTAACATA TTTTTACTTCGACCTAAATGATAAATTTAAAGAGATTTCATATAATCGATTTTAATTAAG TTTCAAATCGAGAATTCAAATTTGATTTGTGTATTCTTTCTATAGGTCACACAAATGGTA TACAAGATGTGGCTAAGCCAGAAAACCTACGGAGAGAAGTAATTTTTTGAAGTAGATTAT TATTTTTTATATAGATTATTTGTACTTTGTGAATGCTTATAATAAATACATGAATTTTAG AGATGGTGAGATACTCATCTATAAATCTAGAATTCGAGATTTAGATATAAAATTATCTAT GTTGAAAATTGAATTACCTTGATATGAAATCAAAATAAAGGAACATCCAAAAAATAAATT CAGAGTTATTGGTTTCAATTCTTGTGCTTCAAAAACTTTAACAAGCTAATAGGCATGTAG CATTCGTATACAAAGTAGTTTTCTGTCTTTAATTAATGTTCGATTATCTCTATTTGAGAC TCAATTAATTTAATCTATCAGATCTATATAAATAACTTACTATTATTTTTTTTCGTGTTT GTGGTTAGATGATTGGCCAAATGAATGTGCGCAAGCTTTTAGGAGTGGATGCAACGGTGG ACTACGATGAAGGTGGACCAAATTTTTCACATACCCCAGGCAAAGGGAACCCTCCTATAG AAGCCAAAGTTGCTAATTAATTTTTAATTGTATTTTTCCTATATAAAACCTTAAGTTTTA TGTATTGAACTCTCAAATCTATGTAACCGTTCTTAACTATATTAATAAGACTAGAGTTCA ATTATAAATTCTTGTAAAGAAAGGAGATGAGAAGAATTAGATTCTTAGCTAGCATTTGTC GTTTGATTTCAAATTGTTAAATATTCTAGGCAAATTATTTGACCATAAATTATAGGAGAA ACATTTATCTATTTCAAAAAGTATTATATATATCCATGAGTTCTAAAAATTATTAAAATA CCTTTAAGTCTGTATTATCATTTTAAAATGAACATATTTTGTTAAAAAAACAACCTTATA TAATGTAATTGATAACAATCAATAACAATATAGACTATGATAACATGGATTTGTTGGCTG GTACTACTTGGGCTTATTGGATATGTACAAGAAAGCCCATCAACATAACTTTTCGGATCA ATTGAAGATCACTTTATATTATCCAAACTCCAGCCCAATTATCCCCATTCTCAGCCCAAG TCCAAACAATAACCAACAACAACCCGACCCGACCCATCTCGTCTTCTTCACGCCAAAAAA ACCCAACGCGCCTCGTTCTTCCTCTCTCCCAGAAACGTCGCATCAATTCGGAAAAAAGCT GCAGTCCAAACGTCTCTCTCTTTATCCTTCCATAGAAGGAGCCGTTTGAGAATTGTGAGG TGTCGAAATCTCGTAGCCTCATCGGACGGCTTCAACTCTCAATCCGTTGAGGAATTGTAC TATTTATTCAACGGCTTTCTTCAACCTTATCTCTTTGAAATTCGACCGTTTTCCCCCTAA ATCAATCCATCCTATATAAGGGAGAAATAGAAACAAAAATACAATAAAAACATTAACAAA AGAATGAAGAGATGCAAAGGACGACAAATCGAGAGCTAGTATGATTCTCTGGTTGTTAGA GCAGTAGAAGCTTCATGGTCCTAGTCTCGCTGCTCTGAAGAAGGTAATGTCCTCATTTTT CCTTTTGTATAATTGGTGTTCTATTTCGTTTTCTACCTAAATAATCATTAGCTTAGGAGC AGTTTCAATGTCGACTTGTTACACCTTTGGATATAGTACGGGCCCAACAATGACAAGTTT TTTCAACAAAATTCCAACTCAAACCATGGAAAGTATCAGAGTAAAAATGTCAATCAGAAA AATTTGCGATTAGCTATAAAGATTTCTCTATGACAAATATTAGCTTTAATTATTAATTTA CCTTGTTTCAACTTTTTGTGGCTTCAGCCAGATAAATCTGTTTCAACATTCTTGCAAAAT GAAAGTAAAGTGGTCAATTTTTTCTCTTGACATAATTCAAAAGTATTTTATCTCTAATTC AGGAGTCGTCGACACTGTTAGTATCAATATTTCTAAATCAACTTTTCCTTCGTCTTTAAT TTTCTCAAGTCACCCTTCTCAGTAGAGGGAATATAAGATTGAATACCATGTAAAGCAGTC ATAAATGTTCATCATATAACTGTTGTATCCATATCTGTAGTTCTGCTTTCTATTTTATTT AAGTATGTGTTGCTTTAGGTGATTTTGATAACTTGTTATGTGGTTTGTATATTCTTTGAT CTTTTGATTGTGTTAGTCCATGGGTAACTGATTTTATTTCGAAAAATGATTAAATAAGGT TTTAAAATCTATTTTGAGTCAACGATTATAAACACTATCACTCTATTTTCATCATAAATA GAGTGCAGTTAAGATATAAAACACACAAAGGGATAGCTTTGTTTAGATAGTCAATGCCAG TTGTGTTTTTTATAGCTGGATTTTTGTTGGGTAGAGTTTGAATTTTGCAACTTTCAAGGA TTTTGAAATAATAAATGAAATGCACTCAGTAAATATTGTTATGTAGATTCTGCATTTCTA TGTCAGCAGCAGAAACACCAGAACAAGTTGCTATTTTTAGAAGAATAACAAGTTTGGTAC CTAAAGATCCATACAGTTGCACTTCAGTCCTCATGATAACATGGGCTCAACATTTTAATT TAGGCCCAAAACATTTTCCTTTTATTTGGAAGGTTCATTTGAAATTAGCCTAAACCTTGA GGTACCAAAAGCCCATAGGATTCAATTTCTTACCCAATTCAGTTCTTTATGTTATCCATT TGGGTAAAATTTTGTGCAAATTACATAAATTCCATAGTATTAATATAAATTACTATTTAT CCCTAATTAATCTCTTAAAAGTTAAAAGTCTATTACAATAATTGCAGCGCGGATACATTA AAAATTAGCTCGAGTATATTAATATGCAGCTCATATACATTAAAGAAATAAGGAATTTTG AGATTTTTAAAGTAACAAGGGATAATGGAAAAAAGTGAAACAAAAAGTGTGTAATGTAAT TTTTGAAGCAACTTGAGATCTGCGGTGTATGATTTGGAGCAAACTGAAATTCATTCCTAT CTGAAGTTGTTACGAAGTAGATAAATTTGTAAATTTTTATGCACTATGAGTATATTATAT TTCGTTTTCGTCTTCAAACATAAACCTTTTTTTATTGTGTCCGAGTCAAGTGAAATGAGT TTGTCCATAATTATTGTGTCTTAGTGTTAATGATGAATAAATTACAAGTTAAAAAAGAAA ATTACGTACATAAATCAGTTTTCTCATATTCTATCGTTCACGCTGCAAATATCCGCCTAG TTGTGCCAGTCGTGGTTACGTTACGTCAACTCATTAGAATTATATATAATTAGTACTTAG TTATGTTAATTAAATGTGCAACTTATCTAATTACCTATGTATAGTCACAAAGTGTAGTAA ATCATGTTAAGTGGAAAAAGACAGACCTCTCAATGTGTAGCACCAATTGAATGGTCTCTT TCTATTTACCATTTTAGGAAGAAAGCAAATAAACAAAACAAAACCAACAATAATTATATT CTACCATGATGTAATATGAAAATTTTGGTCCATTCATCTCAATTTGAAAAAAATCAAGGT AATATTGATGTGGTGCCAACGATGACAACAAAAATAATTGGAGATAAAAACAATATGTAA GAAAAATTTATAGGTTCTAAATTTTAATGTTACACATGCAAGTCGAGTGAATGATTTGAA AGTTTATACAATATTTAATGAATTTTTTTTGTGCAATATTTAATTGTCTATAAGTTTATA ATAAACTTTTGTTCGATCATAGATTTTAAAAACTCTCTTTTTCAAAAAAATACTAATAAA AAAACATTGTTTATCATAAAAAAATAATTTAAAAATTGAAATTCCTATCCGTCCTTACAA GTTTCACTCACTCTGATTTTTTAATTTCTTTCAAGCAAAACAACACAACGTCTTCATATT TCAAAAAATTGTTATTTTAACAAACATTAACAATTTTTTCAAGTGTCAACTATTTTTAAT CCTTTTTAATATTGGGTTTATTTTTTCACATGGTAATCTTTTTGCACCTTTCAATTTTCT ACAAATCTACATGCATGATAAGACATGTGATAGGCTTTACAAGGTTTTCAAAGAAAAAAA GAAACATGAAGAATAAGGTGACATAAATAGGAGGAAAAAAACATGCTGTGAAACATTATA CTTACCATCATAGACATGTTACTATCAATTCAATAATTTCTAGAATTATTTGGAATATTT TTTGGCACTGATTTTTAAAGTGGAATTGGATTCATGGAATATTGGGATTTTGATTTTTTT GATGTTCACATGTCAACATTGTATTCCTATTTTCTCCTCCTTATCTATCAGTGTTGAATT TAGAGTATCGAATTATTAATTTTACCTTAAAATTATTTTGAATTTATAATATTAGAATTG ATAATTTAAAGTTCGTTGATTGAGTGACCTAGTCAGCAGTACGAAAAGTAAAAATATAAA ACTTGCAAAGTATGACTTGACCTAACAAGTTATATATCGCTTAATTCCTTCAGAATTTGT ATGCAGTTATAGATGCATACGTTTAGTTTATGTAAGGATATAGACACAAGTTTTGTTTTA AAATGTTATGCCTTAAAAAAGTTTGTACCCACAAGTTTATTATATTACCTGTTAGGTTTT TTATTTGCCCTAAATTTTTTATCGTAAATAGATTTTCTTTATAGGAAAAAAATTTCTAAA AATTGACTAATCTTTTTTTTTGTAGGAAAAAGGTTCAGGACCCTATAAATAGAGAAATGT TCCTTCTAACTTAATCAGCATTCACTCTTAGGGGCTTTGAGAGTTTTGGTTAGGGGAAGA TTTTATGGGTCACAAGTTTGATATGTTATCATCACTTGTGTGAACCTCCCATGTATTCCG AGAGAATTGGTTGAAGTTGTTTCTCTCTATATTTTGTACTCTCATACTTATAGTGGATTG CTCATCTTCTTTATGGACGTAGGTCGATTGACCGAACCACGTTCTTTACTCGTGATCTTT TGAGGTTTGCTTTGCTAGCTTTCGCATTTATACCTACTTATTTCGGTCCTAACAAGTGGC ATCAAGGCCAGATTCAATGATGGAGTCTGGTTCAGTGGTTCGATAATCGATGATTGAACC AGGTCAGGGAAAGGTGTTCATCTTGACGGGTGTAGTTCTAGCCGTAACCTTTTTTTACAG TAATGAAGATTTTGTTGGAGAAATTGTTTTAGAGAAGTTCTCTATGTTGAGACATAAACT TTGCAAAGGAGATGATTATGGAGAGGAGAAACAAATTGTTGAAGATTAAGTAAAGAAGGT GGACAAATTTATTTTGTTAGAAATTCAGGCAAAGGGGGATTTGTTGGGTTTTATTTGCCC TAAATTTCTTACTATAAATAGGTTTTCCTTTTAGGAAAAATGTTAGTCTCTTAGGCTTTG AGAGTTTTGGTTAGAGGGAGAATTTGTGGGTCACAAGCTTGATACGTTATCACTTGTGTG AACCTCCCATGTATTCCGAGTGAATTGGTTGAGGTTGTTTCTCGTACTCTCATATTTATA GTGGATTGTTCATCTCCTTTGCGGACGTAGGTCGATTGACCGAACCACGTTAAATTTTTG TGTCTTTTGGTATATTTTTCATTGTTTTCTTACTCGTGATTTTTCGAGGTTTGCTTTGCT AGCTTCTGCATTTACATCTACTTATTTTCGATCCTAACATTACCAAGCTTAATTCCTATA TAGCTTATGCAAAAAGATGACACTGTGTCAGTTTAATCCTATAGTTTTATCTTTGATCAT TTTGAAATTAATATAAAATCACACTTCTTCTGAATTCATTGAGAAGACATGACGTCTCAG ATATTATTCTGAACTCGTTGAGAAGATATGACGTCTCTGATATTATTATGAACTCATTGA GAAAATATGACGTCTCTGATAATGTATTATCCATTAGAAAGAAAGTGTGGCAAGTATATT TTAGATTAAGATTAAAACCAATTGCTATTCGAACTTATCCTAAAACTGAAATTTAAGTGT TAAAGTGAACTACATGAAATAGATTGGATGGACCATTTTTAACTAGAAAAATAATTACTC CTCGTTTGCTTTTACGTGTCTGTCAAATTTTGTTTAGTAAATAATGATTGATATAAAAAT TTAGGCTTTCTTAAAAAAAAATTCAAATGTTAGTATTAGTTAAAACTTAAAATTGACAAA GTAAATCAAACGAATAAAGTATTTTGAACAACTTGCTATCTACAATTGAATAATGCTTAT TTCCATTATTACATCGATAATTTTTACAAAATGGAAATTGTTTGTTCATTTTTTGCATAA AATGGAATCATAATGGATTATTGGTGAAAGGGGACGGTGGCTATGGATGTAAAGGTTCTA TGCACATTAATTGGATACAATTTAATGTTATTTTCACTTTGTTCCACCAATAAAATTACT CAATAGTGTTATCGATATTTTTATTTTATTAAAAAAATGTACTTTTATATTTAAATTAGA AATTTATGAAATATTATAAGAGCTTCACTGAAGATATTATGGGCCCGTTGGGCTTAATAA AAGTAGCTTTAAAAAAGTACTTTTAAAAGTGCTGAAACTTATTTTTAAAATAAGCAGTTA TGCGTTTGGATAAAAGTACTGAAGTTGTTATGTCAAACGTGAAAAGGGATAAATGGAAGA AAGAAATCAAACGTGAAAAGGGATAAATGGAAGAAAGAAATGTTAGGGTTATATGAGTAA TTTGGAGATTGTATAAAAATATTAAGCACAAAAAGATAAAAATGTGGTCAACTTAAAACA GCTTATAAGCTAAAAATAAAAAAGCACCCCTACCCCAGCTTTTAACTTTTGGCTTAAAAT AAGTTTTTTTTTAACTTAAAATAAGCTGTTTTGAGTATTGTCAAACAGCTAAATAAGTCA AAAACCAGCTTTTAAGTCAGTTTGACCAGCTTTTAAGCTGAGCCAAACAGGCTCTATATT TATTTTTAAAATCTGAAAATAAAAATATACACTAATTTGACTGATTTCAATATATATATA TGTGTGTATATATATATATATATATATATATATATATATATATATATATATATATATATA TTAAATTGAGTTCATAAAGGAAAAGAATAGTAGAGTTCATATTCATTTCATAAAAAGAAA AATTGTATTATACAAATTGATTGGTCACTTTTCCACTTTGCAGTTTTGGATTTAAAACTA TAAGTCATGTGAGTTCATTTGAATTTACATCCTATAGAATTTATTGAATTAAAAAGTTCT TTTAATATTTATTTTAACTTCTAAATTTTAGATTCAAAAATAATGAATTTATGCCTATTA AATGGGCAGAATATTAATCATTAATGCTCTTTTCCTCTTTCAATTTTCTTTCATCTAATC AATGCTCTTTTCCTCTTTTTAGTTTTTTTCATCTAGTATTTGAATTACATCACTGACTTT CAACACTTTGTTTGGATGATTACCATGTATCTTTTTATTATTTATCGTATTATATTTGAA TTATATTATGTTACATTTTATTGTACTATTGATTTAATAATGATAATTTTTAGAAATTTT ATCGTTCTTTATCTTTACATAATGGTATATATTTATAATTTGAATCACAACTCTTCAGAA AAAGTAGGGTACGAGATAAAGCTACTATGAAAAAATAGGATTAAGATGAAACACAATTAT TACATTGTAAATAAAAATAAATAAAAACAAATTGAGGAAAAAAATATAAAGGAAATAACG CGATCACACCAAATTGATCATTACAGTATAATAGAATTTAAGTAATAACAAAAAAGAAAT ATAATATTTAAACTAACAATACAGAATACAAAACGAATAACAATTGTCCAAACAATTTGA ATAATCAATTTGAATACACAATACATCAAACGAGAAAAAATACCGATCATGAATTTTTTT ATTTTCGAGGTTCAAATTAAAAATCTTTAATTACGTCCAATCGAATTAAAGATTTTATGC AATATTATTTGGGCACAATTGATGGTCTATTCCTTTTCTCATTTTCTTCTATGTACTTGT ATTTATTTGATATTCAATTTTTATCAACTCAATTATTTATTTTATAGCTCGACTAATTTG ATCACGTGTCATATTAAACGGAAGCATTCCTACCACAAAATTTACTTATTTTGAAAGACT TGTGCTTAGGATTTATTATCAGAAGTGAAGAAACACATAAAAAAAATATTAATTAATTTT ACCAACTACACACTTCATAACTAACTAGTTAATTAGAATTTATTATTTTTGACAGAGAAA TGAAGACAGTTGAGTTGGATTTCTCTAAGTACTTAGAGTAATGTACTTATTTTTTTGTCA CTCTCTTAGTATCAAAAATGTTTACGCAAATGCATTAAATATTTATCCAATTGAAATTGG ATGTTCTTCAAAGTTTTAAGAGTTCGTTTTGATTAGTTAATTGTATATAACTAATGCATA TCAATGAAATTTTATAAATAAATTAAATATGATGTGTATAAATATAACTAGTATGAGGTA TGTGTTCAATTAAATTCAAAAAAGGTTTATATTTTTGAATGGAGTAAGAGGTTAATCATT TGATGTGAACATTTTTTCCGTCTTATTTTAAGTGTTATTCTAGCATTTCTTTTTATCTCA TTATGTAAATACAAGTAATAATTTACTAGACTAGCTATTCGTGTTTAACCAGACATTTTT AATATAATTATTTAATCAAAAATCATAATTCTTTTTCATAAACTTCAATATTAAGTACAT TTTGTGACATATGAATTGTCATATGCCTAAGCATTTAAGTTTCAAAAAACTTGTTGAAGC AAACTTCTTAATGTCTCAACCAACTTATAATAACTTCAAAATGACTGGTTAATTTTGTCC TTATATTATTACTCAATAAAGTAATTACTTATTTTTCGTCTTGTTGTCTCCTACTTTCTG TTCTGCCTACACTATATTTAGTCATATTTTTTTGGTTTACAGTTACAAGTTTGCAAACGT TACATATATTGTCACCAAGTAAAACAAAACAATAATTTTTTAAAAAAAGAACGTTACACA TTGCTCAAAAGGTCAATGAAGTAATTAATGACATAATAATAGTAATAATTTAATTAGTGT TTGGTGATTAGTAGTACATTGCTAATTAAGGATTTACTTGTCCTTGTTAGATTAAATGGT TACAACAGTAAAAAATTAGTTAAATATCCTCCTTACACGTATTGAATAAATCTGAATAGT ATATTTTTACTTAAAATGCCCCTAAACCTATTGACTATTTGACTAATGAGACGTTATAAA ACTAATGATTGATTAGACTAGATGTTGCTTTACAAATTTTGTATACCATTATATGATTAG TCCAAATATTAAGTCAACGTGATACAATTATTTCACTCATTTGTACTGATCCGACCTAGT TATATAATAAAAATTAAATTTTTGGAAAATTTTAAACTTTCTTGATAAATTTTGATTCAA AGTTAAATATCATTGTTGTATAATATAATGCCTGATTTATTTATTTTTTAAAAAAAATAT TGATAGATTTTGGTCAAAAGTTAATTACAATATTTGGTCATCTAATTTCTGAAATAATTT CAAAATTTCAAAAATTGAGAAGTTCAACTGATTGACTATTTTATTATTTTTAATAATTTG AAAAAGAAATTCCAAATTCTCCTAGTGAGATTCTCCTCCTTTCTTATGTAATATAATTTC TGAATTTTTTCAAAACTACATGATAGATTTTGGTCAAAAGTCAAATACAATATTTGTATA CTCTAATTTCTGAAAGAATTTTTTTATTTTTTGAAAATATAGAAGATCAATTGATTGACT ATCTTATTTTTTATATTTCGAAAAAAAAAATTCTAAATTCTCCTAGTGAGATTCTCCTCT GTTGTTGTATAATATAATTTCTGATTTTTTTAAAAACTATCTGATAGATCAAAGTCAAAA GTCAAATACAATATTTATATACTCTAATTTCTGAAAGAATTTTTTTTATTTTTTGAAAAT TTGGAATATCAATTGATTGTCTATCTTATTTTTTTTATATTTCGAAAAAGAAATTCCAAA TTCTGAGCTAGTTATATAAAGAAATTTAAATTTTTGAAAATTTTTAGATTTTCTTGATAA AATTTCGGTCCGAAATCAAATATTTGTGATTGTATAATATATTTTTGAATTCATTCTATC TGATACATGAAACTAAAGTTTTAATTCTTTTTATAAGTGGATTAAAAATAACAAACAATA TTAAGTAGAAAATAAAACTATATTTTTATATATGCTTATGTTATTTATACATCGATTTTA AAAGGCTCACATTTAATATGACATTTATTGTATATGATAAAATATCAAACACTTTTAAGT TATGATATAATAATATAATTAGTATATAATTTGAGTATCAAAAAAAGAAAATAATGATAA AAAGCACTTGCTATCATAATATATTTAATATATTATATAAATTTAAATTAGTTGAATCGA TTAATTATGATATCGAATGATTTAAGTAAAAAATAAAACACAGAAGTGCAAATAGAAAGG AAGAGAAACGTCATGTCAATGATTTTTAACACATGATACCTACCACATTTTAAAAATTAA TATTTTAAACTTTTCCATTTTTTACTTTTTTTTTTTACTTCACTTATAATTTCAATTACA TATTTCACATTATTAACATGAGTGACCAGTCACCAATGGCAACAATTCAATATTCTCAAT TTTCCTTGACTAACCAAACACTACATAAATTCTGAAATTTCCAATACAACGTTGTCTGCT CGAAAAAAATTCCATGGACCCCTCAGTCAAATATTTTTATAATAAATAACCTAATAAATA GTTATAAAAATTTACCACTTACATATAATTAAAATACAAAATGAGATTAATCAGTAATTT ATAAAATGAAATAAGTCCTCTTTTACATGCTCTTAAAAAATTCCAAACCAAAAAAAAATG CCTTGTACAAATTACCCTTAACGATCACGTTTTTCTTTATATGCTTTTAAAAATCATGGA TAAAAAAATACTTTGTATTTATTCCCCTTAACACTTTTCGAAAAAAATAATAAATTTTAT ATTAGTTTTATAACTTAATAGAGTAAGTATTTTAGATACGCTGTTTAATAATGTTGACAA GTAATATTTGATGGAGGGAGTAGTAATTTTGCTAAAATAAAAGATGCTACTCCATTCATT TTTTTTTATTTTCAATTTAAGCTTTTAAAATACTAATTAAAAATATTTAATCATAAAAAT TTATTTATTAAATTAGCCTTTATTTGTTTAAATTATTGCACCCCATTCAACAATTACTCA TAATGCTAACTCCTACCAGACTGAAATGGATAATGATAATATGGATAAGCCTAGCTTTGA ATTCAGTGTTAGCTTCAAAGTAAAATCCATGCAAAAATAATTAATTCTCTCTATTTTTTG AAAAAATATTTGCTGAAAATTCTTGAATAGCGTGCCTACAATGTTCTTCTCTCTTCATTT AACCTTAACTAATTTTCGAAGCTTTCTTAAATAAATTAATATGTTATTTATATATTCAAA AAGTAATGAGTATGATATAATAAGAACTATATCTTAAGTTGTTAGGTCAAATATTATGTA GTTTGATTCTCATAAAATAACAAGAATTCTAAATAAATTTTATAGTTATTTGTATGATTA TAAATTATTTTAAGTGTAAAATAATGTTGATTTTTAATGAAATAATATTTATTTGAAATT AAAATAAAAATATAACACATAAATTAAAATAATTTTTTTCATTTATTTCTTTCTTGACTT TTTTTTATTCATTTATTTATCTTGTATTGACCAACTAAATAATAATACATGTAATCCAAA GAGGAGAGAGAGGGAGACTTTGCATGCTTTGATTTTTTTTCATTTTTTTTGTTTTGGACA AACCAAAATCAACCCCTTCCCCTTCACCCTTTATAAGGCTATTCTCATCTTCATTCTTTG ATTCACACACTCACTCCACAAGTTTAAAAAAAAGAAGAAGAAGAAGAAGAAGAAAAAATC AAGAAAAATTTTCTTGAATTTTTTCTCTTCTATTTTTCTTCATAGCTATGACTTTTAATA GGGACAATGCTAGGTTTGCTGTTGGTGTTATTGGTTAGTTCTTAGTACTTTTTTATTTCT ATAAAACAGAATAACGAATCTAAAATTTTATCTTGTGATTCATCATCTATTGTATATATA ATTTATTTTTTCAATTATATTTATAGTGAAAAAGATTTGAATAAACTCCTTTCGCTTAAC TAGCTCTGTCCCTACCCACACTCAATAAAAACATGTGTAGAGAAAATAGCTCATGATCAA TTTTATTTTATTTTTATGAAAATACTGATTTTTTTTTGTTTTTTTTATTTTCAGGGAATA TCATTGCACTCATCTTGTTCTTGTCACCCTTGTAAGCTTCAATTCTCATGCTTTTACTCT AAAAAAAAAAAGAAAAATTTAAGCTTTATGCACCGCAACTTTTTACACTATCGCATTATC AATGTACATAATGTAATTTATTTATTCATAGCGTTTACTTTTTGTTTCAATTCAGATTTA GTTATTTGATTGGTCTAACTTTTAAAAAAAAAAAAAATTTAAAATTTATGATTTCAATTA TTTTTTTTACAGGACGACTTTTGTTCGTATATGGAAAAGCAAGTCTGTGGAACAATTTTC TCCAATTCCATACCTAGCCACATTTATCAATTGTGGGCTTTGGGTGATGTACGGTCTCCC ATGGGTCACACGTAATAGTCTTTTAGTTATAACTATTAACGGGACCGGTCTAGGCATCGA GATCGTGTACCTTACGCTGTTTTTGTTGTACTCGGATCGTAAGCAAAGGATGAAAGTTAT TTTAATCGTCATCGTTGAGCTTATTTTTATTGTTGCACTTGGCTTTATTGTTCTAACTTT TGTCCATGAACCTAAGAAAAGAGCAGCCATTATTGGTAGCATTTCCATGGTGGGCAACAT TATGATGTATGCTGCTCCTTTATCCGTCATGGTAAATATCTTTCACCTCCTTTTTACATC TTGCATGTTTCGAAAAATTTGTCTTTCGAATTTATCCGAGGAAGTATATATGTAAGTTGG TCCATAGCTTGATCATGGCCCAACCCGGCCCGTATTGGCCAAGCATCACCAAGCCCGGCC CGACTTAGTATCTAATCGAATTCTTCTATTAGATATTTGTATATATAAAAACATCATTTG TTATTATTAATTTTTATTCAATTGTTATCACTCATTTAAGAAAATTCATGCGAACGAGTT GCGAAGGATGATTAATTGAATATCATTCGTTAAAAAGTTATGATGTTTGTATATAAAAAG TTATTTAATTTGTGTACATTTTGATTTTGCCACTTAAGAAAATGATTGTTTTTTTTAAAA AAAAAGGAATCATGATTTATTTATTTTTTTAAAAAGGGAATCATGAAAATGTCATTTTTA AACTAAAGTTTATATTGTATTTAATTGCAGAAACTGGTGATCAAGACCAAAAGTGTGGAG TACATGCCTTTCTTCCTTTCACTTTTCTCATTTCTCAATGGTGTGAGTTGGACTACTTAT GCTCTCATCCGTTTTGATGCCTACATTCTCGTAAGTATAATACAAATTAGTTTTATTTAA CTTTATATTTAAAAAAAATTATTGTTTCTTAGAGTGGAGACACACTTGCAATAATTGATG ACATGTCATTTTTCGATGCTGAACAAGTTTGACTTGCTGACGAATTATTTTTTTCTTGAT AACTAAGTTCAGTAACTTTAATGAGATAAAATTAGTCTTATAAATTAAATGATATTAACT CTATGTAATCTAGGATTAAATGGAAATGATAATAGTAAATAGTAATTATTAAATCATATA CATAATATCTTTTATTTTGTGGCATATATGATAGACATCTTTTTTGTGACAACTATTTTA TACTCTATTTATGTTTATGTTTTTGGTACTTCTATCAGAACCATTCTAAAAAAGAAAAAA AAGTAAATAGGAACTTTTATTTTGATTGATTTGATTCTTTGATAATTTTAGTATGATATC TCTAACTCAACCACCATATCAAAATTATCTTGGTTTGTAATTTATCTAATTAAGCTAACA AATATCATTATTTGTCCCAAGAATCAATAAGAAAATGAAAAGTATTTTGTCCTACTTCTA AACTTTCCGATTAGTCAATTTCGTACTATATACTAACATAACAATATGATTTATCTGTTA CGACATGTTAAAATACTCTGATAGTGCAAACTATTTGTATACGATCAATGTATATAAGTT TTTTTTTTCTTCCTCCTATTAGGCACCTAATTCAATGGGAACCCTTCTTGGGCTGGCCCA ATTACTGATTTATGCTGCATTTTACAAGTCCACTAAGAGACAGATGGCAGCAAGAGAGGC TAAAGGAGAAACGGTTATGACTGAAAAATCTGCGGGTCGGGTGGCCCAAAACCCGAGAAG TGATTTTAGAGTTTAAAGTTTGGAGTTTTTGAAAGCCCATTTAACTTTTCTATTTTGATG TTTGGGCCCAACTTTCATTGGGCCTTCTGTTTTTCATGACTCCTTCTTAGCATCCCACCC CCACCCAAGGTACCCCTTACAATATGTAAGAAAGATAGAAATATCCTATAATTATAGGAA ATTAAGCTGAATATTCAACAGTTTTCATAATAGAAAGTTGTTGTTTTTTTTTTGTTATAT GATTTCTGAAGTTAAAATTTGATATCTTCCATATGTAACAGAGGGGTGATCGATCGTATG TCAATAAACACATTATTTTAGTCAACAGCCAAAACACATTAGGATAAACATACTCTTCGT TGTACTTTTTAAACTTGTTAATATTATATATATACTGAGTTTAAGCAAAAGACATGATCA TATATGTTTTCACACCAAGTGAAAATTACATTGACATTAGTGGAGGAAGTTTAATTTGGG GCAACAAGTTCATCGTTTTTCTTATACTCGTATTACTTTTTTTTTTTGGAAAAATAGTAA AATTCTCAATATTTGTGATACAAAAAGTAAAATTCTCGATATTTGTGATGTTTGGGAGCA ATGGAACTTGAGGCAAAAACATGTCATCCCCACCTCGCCACGAGGTACAAACAACACGTA AAGCAATGAAATCTTCCATCACTTTAATGTGATTCACGATCTTAACAAGGAGATCGTTAG GCAGTTATTCCCATATCGCCATAGCTAAGAAGGAGTCATGAAATATGCTGTATTTTACCT CAGATTCAAATTCATTGTTGAGTTCGAAGCCTAAAAGGTGAAAAATGTTCATAAAAATTT CAAAACAATATATGAAATTTGTTATTAACCAAAACGAAAAAATTATTGACAAAGTAGCGA TGTTGCCTGCCGGAAAAAGTAAAATCGCTGCTGTCGCAATGATTTGTTAATTTCATTTCT TTTTAAATTTTCTTTTAATGAAATCGCTCCTATTTTCAAAATAAATCTTTTTTAAAATAA TTTTTATAATGTCACTGCCTTAGCAGCGACTTAAATTTAAACTTATTTTATTATCAACTT TTGCTTCTTTTTTTTTTTAAAAGAAAAGTTTGAATCAAATTTTTATTTTTTATTTTTTAA AATCAAATTCCTGCCAAAAAGGCAGCGATTTTTAATTATATTTATTTATTTATTTTTTAA AATCAAATCACTAATTTTTCTTCTTGATTTATTTGATTTTTTTTAAAAAAATAATTTAAA ATCGCTGGTGATATAAAAAAAATTGATTTAAACTTCTTTTTTTAAAAAAGAAGCAAAAGT TAATAATTAAAAAAAATAAAATTAAGTCGCTGCCTATTAAAAAGATTATTAAAAAAAATT ATTTTGAAAATCGCTCCTTTGGGAGCGATTTTGTTTTAATTTTTTTTTAAAAAAAAATTC AAATTTAACAAATCGCTGCTATAGCAGCGATTTGCTTTTTCCGACGGATAAAATCGCTAT TTCGTGAGCGATTTTACCGTTTTGGTTAAAAAGAGATTTCATATATCGGGTTTGAAATTT GGTTAACATTTTTCACCTTTTAAGCTTCGGATCGTTCATTGTTACGCAAGTTGTTGTCAT GGTAGTGAAGAGACTCCAGGCCTTCCACTCTCACATTGTTGTCATAAACACAGTTAAGTT AGCCTAGTTTTCATGTTTGATCAGGGAAACTATATAGATGTATCACAAGTTTATTGAAAC ATGTTGAAGAAATGAATATCACTTGACCTATACGATATAACCAGTGAACTTAAAAATCGA AACAACAAGTTTTTGTTGTTAACGAATAACAAACATATTCATCCTGCCTTTTATTTTCTT CTTGTATTCTACACCATTAAAAAAACAAAACAACGTACTCAGAATAATCCCATGGTTTGG AATTTTACTCTGTCTTAGAAGTAAAGAGGTTGATTCTGATTGACCCCCGACTTAAGAAAA ATAGTCCAAAACATTTTTTGTAATAGCAGCAATGCAAATTACAGAACTAGATGGAAAAAC GTTTATGTATTAGCAACGATACATATTAAAGAACTAGAATAGAGAAATGTTTTGGACTTA GCTTAGTTAATTTTTATTTTACGAGATACAAATATGATACGATATTTATTGACATCGCTA TTGATACAATTTTAATCGAGCTTAATATTTTTATGTCGCTAAAAAGGGACAGCACGATGC AGTATAAGCTCCATAAAAATACCAGACCACCACAAAGGTTTATAGTATACCCGCAGGGTA TTTCTGCAAAAAGTTATTTCTTTCCCGATCATATGACAACAACTCTTATCAATCGCAGAC ATTTCTCAACCGATTCCAAAAATTATTACTTTTTTCTAGGTTTATTAACGTGTAGATCCA ACAGTCATTCAAACTGCAAAAGTTTAATGTATTCTTTATAAACATTTTTGCAACAATTGA TGAAAGCATTCAGAAATGCCAAGCAAATCTGTCCAAAAATAAACAAGAAAGAACACTAGA TCACTCTGCTTTGGCTGCATTCTGTTGCAAATATCTGCAGGGAAAAGAGAAAGTAGAAAC ATCAGATGAAAAGCACATGTAGCAAAATATTATAAGAGTGTAATTGCAAGCAGAAGATTC AAAAGCACTATAAAATCCTTGGATTATCTAGGTTCACAAGAAACACTTGTTGATTTCTTC TCATCTATCCAAGTGATAGTGGAGAGACTTATAGCAGGTACCCTGCGGAATTAGCGTAGG TAGGTTCGCAAAAAAGTTAAAGTAGGCAGTCCAAACTCTCAAGTCATAGATAAAGCTATA ACAACTGGCCACACCACCTGTTTTCGGCATCTTTGAAAGCAAACTAAAATTGTGTGCATG TCGTCTAGAACTCTGCTGCCAAATGGTGCAAGTGCTCATGGGAAAAAATCAGATACGTAA TCAAATCTTTTGCCGTATCCCGTTTTCCCTACTTCAACATACCTCATTAGTTATATACCT TCACCACCTCCTCCTTAAATCCCAATCAGACAGTGTTGTAATCATAATCTGCTGTAAAGG AGTAATCGTGGCATAATACCCATATGATCAATATTTCTCCCTCCCTCTTAACCAAGTGTC GTTTGACAATGGACTATGGGACTCTTTCAGGAGTGGGCGTACCGGAGAAGAAAGACATAG ACGATGAAAGGGCACAACGAGAAACAAAGGTTTTTCCCACCGTGAATTAATGGAGAAGTG TTACAGAACATGATTATCCCACCCATTTCCCACCAAACTAGCTCATGGGGAAAACACATG TAAGAAACAAATTCTCATCGAAACACCGGGGGCTTCATAATTTTACAGTGTGAAAACACT ACTATTTTTCTTTTCTCACTAATTCAATCAAATTATCTGAACATTATTCAGTGGGAAATT TCAATGGGAAAATAGTTATTTTCTATTAGTGCAGGTTACCTGAACAAATCCATATCAACC CTTCCCCCTAGTAGATATTTGGCACCCTAGGGAGTCGTCAAAGTATGAGTCTACACACTT GCTAGCTAAAACTGGATCGTCAAAGACAGGATTCCTTTTCTTAATACCTTCCTTATCTCT CCTAAGGGTCCATTGGCTGTATGTATGTTTTCTTCTTCCTTTCTCTCACTCTTTTCCCTA GCTAGTACTCCCTCTATCTCATAAAAATCGCAATCTATATGTTTCAGAAAGATTGTCAAT TTATGTAGTGTAACTTTTCAATTACAACATGCTGCATGGAAATGTTTAAGACTAAAAGTA CAAAATTCGAAGGACATTTTGCTACACAATACACATCTTTAGTTTAAGAGTACAATGTTC AAGTCTCATTTACTTTTTTAAACTATGTGCCAGTCAAACCAAGTCAATAGAATGAAACAG AGAAAGTGATATTTTTTTTTTAATCATCAAGAAAATGATATTTCATTGATCACTTACCCT TGACTCTTTCCCCAACGTGATAGTTGATAGAGTTGCACTGACTCATTTGAGGCATGACAT GCCAGAAGAAGATAATTCCGAGGCTGAACCATCCATGCAAATCTCATGAACAACGCAGAA TAAACACACATTGCTGCAATATCCAGAAGGAAAAGAAGGGTGAGGGTGGGCGTATATCAT TTCAAGTCAACGACTCAACGTTCATTTAAGTACACATTTTCTACCTGAGGTCATGTTGCC TGATATCATCTCTGGTGGTTTTTGTGTGTCGACCAATCCCTACAACGTACCATCAATGGA ACTCAGCAAAAAGAGTTAACTAGAAGCGAATAACATAATGTAAAATTTTGCAATAGATAG GCATACAGCAATGACAAATCCCCAGTTGGCTACAGGACCCCAAAAATGAGTTGTTTTAGG GCCAACAGGGCTGTTCAAAAATGCCTTGAATGAAGCCATTTCCGACAAGCTATATGAAAT ATCCTGCAATTGTTAAAACAAACTTAGGTATATCAACAGCAATTGAGCCATAAACATATG ACAATAGTTATCAACTAAATTGAGTATTGCCAGAACTGTAAAAACATGAAATATCCTGTT AATAATTGGATGCCGTCCATATAGCAGCAGGCAGCAGGCAGCAGCCAAGATAACATATAA CATCGAAAAAGGGGAAAGATAAACACTAGTTCTTTTATGTGACCTGTCGGGACTTATCAA GAAACACTGTGCAAAATCACCAGAAGAGTATCTAATACTGTGCTTCACTCCTGAGAAAGT TCGGTCAGTGCTAGACCACCAATGGACAGAAAATATCATTTTACCAGGGACGAGATTGCA AAAGTGGTTTGAAGCAGTGAGAATATCAGGAAGGAACTCTGAAACTTCTACCACTAATGA CATATGAATCTTTTAGATGCAATAAATAAGAATCTAAAGAGTTATGCCTTTTGTGTAACC TTCAATCGTGTTCAAATAAAAAGGAGAAAAGCTGAATATGGTGTTGCATGCATTTCCACA GAACCGTTCCAACCACAATTTACAACCCCTACTTGCCAAATGACCTGCCATTTTAAGCAA TCCTCAACCCAATTCACCGCCTATGTTCCCTTTACAAGCAGTCATTCCAAAGAACACTTA CACTTGTAATAAAAGCAACCAAAACCAACATATGCTTTGGTCAGAGCCATGAATTACTCA TACTTCTAACAGTCTCACATCATCTTTCCCTTAAATTCTCTTACTCATAATCCTATGTGT TTATTCCGATGTTTCCGGTTTTAACACAGGACACAGCTATTTAAGAGAGAGGAAATGAAA AATTAATAAAGATATAGAGCTATTTATCTATTTATTTATATAAAGTTGAGCTATACCGGA AAATGCCAATATAGATCATAGTTTGCCATGAGGGTGAGTATCTTGCATATAATTAGTATG TTCTTTCACCATCTAATTTGGCACCAAGCAGTCATTTGAACCTCTTACTCATTAAGTCAC CATCCAATTAAAACCACCTCCGCGACCACTACTTTCCATCTTCAACTCTAGCACTAAGAA CAACCCACCAACCAAACTTTCTATGAAAATAAACACATAGTAGTGAACAAGCACCATTTT AACTAAGCAAAAGAGCACCGACCTAACAAGCACAAGAAGCAGAATAATACTATATCTTCC ACTCCATATACAATAAAAACATTGAGGGCAAAATTCACAAATTCTGAATCACAATAATTT TTTATTAATTCAATCTCCACACATGTCACTGACTATTTTCACCTATCAATCAATTAATAA ACTTAGCCTCAATCCTAAACTATTTAGCCAGTTCTATATAACATCCTCTACGCCGAATAC ACTATATCCGCAGGGGCATAACTATGTACACCAAAGGGTGGTCAATTCAGTTGGACACCT TTTTCCTGAAAAACTATACTGCATATATAGGTTAACTCTTACTTCTTACACATATATTAA ATGTTCAACATAGGGGCGGAACTAGATCTTCGCCTACAGATTGGGCAGAACCCGATAATT TTGACTCAAACCATATGCTTCTGTTTAAAAATCTACTTAATATATATAAATAATTTATTA AGAACCTGATAAGTTGCATAAGCTCAAAATTAACACGCTTAGCGAAATTCCTTGCTACAC CATTGCACTATTCAGCCCATTATATTCCTCCAATTTGCAACCAATAAACAGAAAAATCAA AACTTGAGCAAACATCAAAGCCCTCCCCACCCCCACCTCCACACACACCCCATCCCCAAT CCAGGATGCTGTGGCAATACTGTTACTTTTATGGGGTGCTTTCTTTTGCTAATTAACCAA GTAATAATCGGTTTAAAATTCATAAAGATTATATCTATACAATAAAGATTGAATCTTTTT TCTCAAAGGATGATAAAAAACAAGAACTACAGAAATTAGATTTTAAAAAAAACATGTAAA ATACAAGAACACGAACACCCTTTATTAATAAACTAATATAACATCAAAATTTATAGTAAA ATCTTACCTTTATGAGAGATCTGAAACTGAGGGCTTCTGTTGGCGATTGTGTATAAAGTG GTGCTACTCTTTAGTTGGTGGTGTTCGTCAAAGGCAGGGAAAAAATCATTTTGGCTTAAT AACCTTTTTGGTCCCTTTATTACTATAAGTTTCTAATTTTAGTCCTTGTAGTAATTAATA TTTAACAAAAGGTATCTTCTTTTTTGTTAATATAAAAGAAAATATATTTAGCTTTTAATT GTTTGGAATGTGCAATTTTGATCTTTTTGTTTATTAATATTCATACATTTTCAGAATTAT TAGTCGTTTTATGTAAAGTTTCTATCTCTTTTTATTTGATGTTTGATGGTAATGTACTTC TAAAATAGTTTCAAATATAATGTATTTTAATTAAATTTTATATAACGAAATTTAATTTAA AGTATAAGAATGCATAAAAAAAATTGATGATGGAAGACTTTCCTATGTTAAACCAATTAT ACTCAAAAGTACCAAAATTATCATTTTAGACTAGGAATAAAAAGAGTTCCATTTGCTTTC TAATTCAAATAAATGGTGCAGAGAGTCTTAACAAAGTCATATCATTATTTTAAAAGTAAA ATGTTAAAAGTAATTAATTTTCAAAAAAGAAAAAGGTATCAATCATTCTTCTTGAGATAG GCTAAGAGGGTAAATGTGTCACATAAGTTAGTAACATAACATGATGTTACTAACATCATA TATAACAACGTATTAATAAGTATATGAGCATGTAAAAAAAGGATAGTCCAATACACGTAG AGTCCAGCTAAGGGAGTGTAAAATTACAATTCAAAATGATGATTGATGGCTGCTGGTAAA ACCAACATCTTAATTGTGTTGTTCCCTAATGATTGAGCATTATTAAAACAATCACTCAAA TCATCATCACAAGCAATCCATATCCAATCATTATCTTCATCCATATAATTTATTCTAAAT CTTCCAATTGGTAATTTTAACCTTTTAGACACTTCATTATCCAAATCATCTTTTCTTGAA AATGTGTACAATTTAAACTTCATCATATCATCTCCAAATGTTGCCTTCACTGTAAAACTG CTGCTACAACTCTCATGATCTTTTTGTGTTGTAGTTTCTGAACCTATTGATTTGTTCTTC TTTGAAACCTTAGTTAATGTCTGCTGATCAGATTCACTAGACTTCTTTCGTTTCGATAAT GGCCACCTTCGAATACCATACTTTCTACATAATCGCTTCAGTGTAGATCGACTAACTAAA ACAAGAAAAAGATATTTGAGTTTTAACTTCTACTATCTGACCAACTAAAAGATAACTATA AGTAACTTCAACTGTCAAGTCAACTAAATGATGACTATAAGTAATTCCAATTGTCAAGTC AGGTAAAAGATAATTATAAGTAACTTCGACTGTTATGTCAAGTCAGCTAAAAGATGATTA TAAGTGACTTGTACTGACAAGTCAGTCAGCTAAAAGATAATCTACGGTCAAGTCAGCTAA AAGATAGGCGTAATACATGCCCTTTAACTTGGTCTTATCTGGAATCTATATTCTCCAACT TTGGGTGTGCATAACTAAGTTGTATAGAATTGAGCAAGCAGACACACTTGTTCATAGTGG CAATTCACGTCCTACATGGCGTCCTTCCGCCCCTGGTGCAGCCCAATGGCATATTTCTTT TTTGTACCTTAAAAGGGGTCGGAATTGAAGAAACAAAATGAGGAAAGAACTTACTCTGAA GGCTTTTAGCTGCATCAGAAAGGTTCTTGTCAAAATGCTGTTTGAGATCATCATAGTTGA CAGAATCTTTAGTTCTGGTTCTGCTTTCTTTTTGCAAATGACTAACACTTACACATTGCT TCTCTGATATAACATGCGAATCGATACTTAACACATTGGATTGAACCATCGATTGTTTTC TGTCTGCAGCACAAGATGATAATAATCAATACCTCATTTCAATACGTAAAAAGGATTCAG ACATATTCACCTTATCACCATGGAGTACTAAATTTGATGGCAACTAAGAAAAAGTATTAT TTTTTCTACCTTCTTTCTTCTCCATGTGATTTTCGTTGCCTTCCATTAGTTGGTTCCGAC TATCTTCAACGTGCAATACTTCAGGCATAAACGAACTATCTCTAGTTTGATAAATATGAA AGTAATCCACATTCTTATCTGAAGAAGCTTTAACAACTTGAACACTTGAATCATTTCCTA GCTCTTGACCTGAAGCAAACTTGAAATTTTGAAAATGCTGTCCCATTGTAGTCAAAATTG ATCCAAGCAACATATTTGGATCTCCGTTATCAGGGGGAAGAAACAGCTCTAGTATGTACG CATCGTCTCTACTCTTCAAGCAAATAGCAAAAGAAGTAGTCAATCCACACCAACGCGCAT AATGTACCAAAGGATACTCGATTATGCTGAACTCAGTAATGTTCGTGCAATAGCACAACT TGCCAGAAGAAAATGCTTTCCCAACAACCCCTTGATCTTTCTGCAAAGGTTGTAACTTGG AGATGTCTCGGAAACATAACATATCATCATAATAGTAGTCATCATAAACATGATCGTTAG CATCCATTTCCTCATCCGCGACAAAGTAAACTTCATTGCTAGCAGACATGGCAAGCTCGG TGCAGCCAACATACATGCCATTGTGGTCCATTTCTAGATTCACACAGGGAATCCAGACAC GAATGAAAGGCAACTTGTGTGTTTCTCGCACGATTTTTAACATCCTTTTGAATTCCTCCC CTTCATTATATTTCTCTGCTTGTACCTGGTTACCAAGGATTTTGCTCAGATAAAAAATAC TGGTTTTCACAAAGGATGACTGATAAAAGGTATGAATTGTGCAACTTACTTTTCTATCTT TATTGAGAAATATTTTAGGACATTTGAGATCTACTGCCTGCAATGAGACCAAAATCTTAG TCCAAAAGAACAAAAATCCGCCAAACTATTATTTAAAAAAACACTGAAAATGAGAGTTTA AAGGTAGACCATTGGCTCAAGAAACTCAAACTATAACTTAAAATTACATCTATGTGTCTG TATAGAGGCCAATAATAAGGAGATAGGACGAACCTCAAGCGGATTGAGTACTCGTTCAAC TTCACAAGTCAAGTAGCCACCTTTCCAAACTGTAACAAGCTCAATCACACCAATGCAATT CTTGTCAACAGGTTCAAACACAGGCAAAGCCAAATAAGTCCGAACACCACACTGGAGAAC ATGATCCCTCATCGGAAACTCTTCATTCGTGTAATACCCCACATGAGTACTTGACTCAGG CAATTTTTGCTGGAAAACTCGTGTAGGTGGACCAAAAAGATGAGTTTTTTCCATTCCTTG TTCATGATTTTCGCCCTTATCGACACTATATTTGTAACCTTGGCAATGTTTTCTATACCA ACAGAGTCCTTTATATAGATATCTAAGACCAAATGGTTGTCCTGAAGTTGATAGAAACTT TCTACCTTCAATATTTTCCAGTCCCCAAAACTGTAGTAAAATTACTTGGGATGTTTCAAT TCTCTGAAGTGCTAATTTGATCTTTTCCTTCACACCTTCAAGAAAGAGTTTAACTCATTT ATTTTCCAAGAAAACATCTTTCAAGAAATACTTTCTTACTATAATCCGTTAAATTGAGTG AAATTTCTTTTATACCGTCAGTATATATAACATAAATCCGTAGCTAATTAAAAGAAAAGT TATTTACTTACAAGTAGATTGAGGTTGATTGTTTGTCCAAAAAACCATTAAATGGAAATT AGAACGTTCTTCAGAGCAAGACAATGGTTCTCCAATATAATTCATGAATTCAGATGATGT ATATACTTCATAAACATCATCATTAATCATAGGATATTGATTTTTCCTTATCTGTTCCAT CATATTTGCAGAATGATCAAAAGGAATATTGTTAATCATTTTTATTTTTTGATCGGTCCA CAAAGGTCATTGACTCTATATATATGAGTTATAATAACAAGTCAATGAATTCACACATAT GTACTATTACTTCTTAATAACAATAATAATATATTCGATAAGTAGAATATGAAAATTGAG GAAAATGATTTTTATAGGACCTAACCTTATAAAAATAAAATGATTGTTTTGATAAATTTT GGACTCACATAAATTAAAAAATTATTTTATTTTAATTTCATTAATGAATTTTAACTCTAA TTTTATAATAATTTAACTGAATTACAATATTTGACTTGGCCTTATAATTTGTGAAAGAAA TTAATGAATCGTAGATACTTAAAAAAAAAATAGTAGTTCACAGAGTTTGCAACACGTATT AACTAAATTTTCGTCACAGTTGATTTTACAGCGAAGTTATCAAATCCTATGTTTCAATCA TAAAATTTATTCCACTAATAATAAAGTCCCAAAACAATAACTTTCATGTTTGAAGTCAGA AAAAAATGGTGTGCATAGTGTTGTTTCTAATATGCCCAAATAAACAACCATAGAATTATA TTTCACTTTCAAAACAATTAAGATCGACTATATGAATCTTTATAGTCCATATAAAAAAAT TCCAAATGGACAAATGAATGTAAGTTGCAACAACAAAAGCAAAAAACTTATTTTCTTAAG CTTACAAGATGAATACAATTGAAAAGTAAAAACTTTCTACAATTACAGGGGACCCTGCCA TAACCAAAACCTACACTCCACATGGACAAGAAACCTAGCACTACAAGAATGATTTTACTA GTTTTTATATATTTACAACCTAAATTCTAATCATTCACCTGAGCTCTCACAGGAGCTACC AAGATTGGGCATTATGTCATGAACTAACAATCTTACTACATTGCTGCCTGATGAACTTGA GATATCAATGCATTCTTGTAGATCTGCATCGCACGCGATTAAAACCCACTCGTGGTCATC ATCTAGGTACTTGATATCGAAAGTTCCCATCTCTAACTTTAGCCTCTTGGATACTTCCTC CTTCAACTTATATATGCCAGAGTTCAAACAAAGTCGAAATCTTATGATGTCTTCCCTATA GGTTGCTTTTATAGTCACGGATGTTACTTCAGGCCTGGAAGAAAATTGTGGCATCTTCTC GACAGGAAGAGGAACTTGATTCGTAGCAATTCCATTAGAACATGGTGGGTTTGTCCAACT GTATTCTGGGACACGTTCATCAAACATGGTTTCTCCAGCCGGACAGAGATTTCTCAGATC ATGTGAGCTGCCTGCATCCTCAACTAGCATTCCCCTAAACTGTTGATGAGTGTGTTCTGG AATAAAAAGCCCAGGCATTAGGAATGCAGTGGATAAGTTTAATTCTCCTGTGGTCTGACG AGCTGGTTCCAAAGAGCCTTCCACTTTCATGACCGACTCTTGTGTAGGTGAATTGAGCAG CTCATTCTGAGGGGAGGACTCATTTGCAGGGGAAGGACTACCTTGGCATGATCCATGGGA GGTAGGCGTCCCCGTGCTCTCTTCTCTAGAGAAGCTCCCGGTTCTGGACCTATGTGACCC TTCACGCACAAAACCATTCAGCTTTGGAGAGAGCTCTTCATTCCCAATAATCCGGCTTCC AAGCATTTGGTCTGTAGGTTCAGCTTCTTCATGACTTCCTGGTGTTCCATGGTTGGAGAA CTCATTCTTCTCTTCTTGGTACTCCGAAGCTTTACACGGCGAACCATTTATGCCTGCAGG CCAAGAAATAGAACCAACAGCAACAGGAAGTGAATTTGGTGCAAGTGAAGTCAGGCTGAA TGTTCCATCAGCTCCTTGCACAGATTCAATGACACGTTTTAGCTTTGAAAGGGACCGGTT AACCTTGTTTATCTTGCGAGATGGCCATCTAGAGATCCCATGCTGCCTGCAAATGCGCTT CATTGTAGTTGGACAAACTGTAATTGCGAGAAAATTAACGAGAATAGTCAAATCAGCCAT TACACTGGGAAAGGGGGAAAATGAAAACTTTTTGTGAGCAAAACATGATAAAGAAGAAGT TCATAATATTTTGAATAGCATACCGCCAAGACTCTTCGCAGCATCCTTAAGGCTTCCAGC AAAATACTGTTGCAAAACCTCTAAGCTTATTGTTTTTTCAGCTTTTCCACGTTTTCTCTC TGATTTCTTACCAGTCTGTTTATTTTGGGGGACAGAAGCATGATTATGGGCTTCAGCTGT AACATTTACACCCTCTGCACCTTTTGCCACAGTGGAGTGCTGCTCTTCCATTAGATCAGG ATGTCTCCTTCCATTTGCTACACTAGCAGACTGAGGAAGAGATTTGGTGGTTGGCACAGA GTCAAACCTTGAACCAAGTTTTTCTTCTGTGGATGCTTTAATAATCTCAACTGAACCCCA GTCATGCTCAAGTTCCTCACCAGAAGCAACCCTAAGACTCCTAAAGTGCTGCTTCATTGT CAATAAGAGAGAGTTCAGCAAGGCCAGCTGGTCAGTGTAGTCTCCATCATTTGGGGGCAG AAAAAACTCTAAAATATAATCATCGTTGCCAGTGTGAGTGCTCCGTAAGCAGATTGCAAA ACAGCGGGACAACCCAAACAAACGTGCATAGTGCACCAAGGGGTACTCTGTTTTGCAGAA CTTCCCTATATCTTCACAAAAGCATGATTTTTGAGAAGCATATGCCCTTCCAGCAACTCC CTGTCCCTTTTGTAAGTGATGCTCAGCACAGGCCTCGCGGAAACCCCACATGTGAGCATC AACCACATAAAATGCTACATCTGTCGTAGACATACAGACTTGTCCCATGCAGCTTCCATC AAAGCTACTACAGCTCTTTTTAAACCCACCACCATCAGCCAGCACACTGCGATGCCTGCA CGGAACCCATGTCTGAGCCAGAGGCAATTTATAAGTTTCACATACAGCTGTTAATATCTC CAAGATTTCGACCAATGCATTCTGACGACCTTCATTACAGATCTGGTTCATAGAATAGCC AACGACATAAGACTTATTCAGACGACAATCAACAACAGCTTAGATGAGATGCGATCTTCT CACCTGATGGTTTGGGTAGTCCAATATCTCTGAACTTTTCAGATTCACTGCCTGCAGAAA AACTGAAATCACTTAACAAAACTGAATGTTTTAAGCTCAACTTCAATGTAGAAAAAAAGG ATTGGAAAAGCTATGCATTTGGTTTACATGACGATGCATCTTACAGATAAAAACATTTTA GCAACTACACAAGTACTAATCAAAATAGTTGAATCAACACTAGCTGATAATTTGATATCC CATGAAGCAAAGAGCACATGCACTAATGCACCTTCACGAACCAGCAATATATAAAATCAC AGCAGGAGAGAAAGAAATCCATTAAATGCATATGAAAACAAAAGACAGTTGTGATCTTAA ACAGGGAGAATTCCAGTTCATCAGACCACATGCAACAGAGTCAAAATATCCACAAAAAAA ATATATATATTAATAATAATACACAAATAGAAACTTCCAGCAGTTCTTCACCACAAGTAA GAAACATCTGATCCAATCTGGGATTCTAGCATACAAATACCTACATAGTTTTATAGTATA TACTAACAGATCATAAGATATATGTTCTAAATCGCATCATGTACTTGAATAAAATTGGCA TTGGTTATTCATCCAGACTCTCTGAAATTTTCGGACAGGGGCCTGTTGATCGTCCATTTT GAGATTTTGGCACCAATACACATCACTCAAAAGCAAGAGAACAATTTCAAAAAACATTAC ATTTAACTGTTCATATTGATAATTTTTTTGACAAAATATTTTTAACTGAGTGCTGGAAAG ATGATACAGCATGCCAGAAAACACTTCACTTGAGTCTATCTGGTAAACCGGCTTAACTCT GTATTCCTTTAACACAAAAGTGCACTTTCCTAGAGAAGAACAGAATGATGGATGGCAATA TGGCATAGCACTCACTGATCTCTTGTCACCCCTTTGATAAATGAATATAACCTCAGCCGC TACCGAGTAAAACAAAATTTATTAGATAACTCTAGCCTTTAGACAACACAAAATTGGTGC AGCAAACAAGCTATCAAGTGTCCGTGAGAGACATACCAACTAGTTAAAGTTTTATGTATA GGAATGACTAGAACAAACCTCAAGTGCTTTGCATACTTTATCAACTTCAGGAGCATAATT GATTTTCTGGGAGGTCATTATGAGCTCCAGTACACCAACACAAGACTGACCAGATGGTTC AAATACTGGCAATGCCAAAGTTCCACGAACATTGTAATCCAGGGCGTGATTAAGACGGGG GAACTCTTTACTGGAATAATACTGCACATTTGGAGTCCATTCTGGCAACTTTTTCCGGTA GACACGGCCTGGAAGTCCTAGAACTCCATCAGTCTCCCCATCCACAGAAAACATATACAT CAAAGAAACCATTCGATATTGATGAAGCCCATTACAGTCTGGATCAAGAACAAAGGGCTG CCCTGAAGTTGTAAGCACATAACGACCGCCATTCTTAACAGGTGCCCAGACCTGAGCTAA CACACGTTCTCCCGTTGATTCCTTGAAGTATCGAAGTGCCTGTGTCATCCTCTCCTTGAT TATGCAAGAACTATCCAGATAATCTAACGGGGCTAATCCTTTAATTGGTGGAGGGATTCT TTTCTTATCATCAGTGACAGACACAGTTTCAGGTGCAGCCTCATGTTCATTAGCATCTGC TCCAAAGACAAAGGAAAAATTTATGAATCTTTCGTTGGTCTCAATAACCAAATGATATCA ATTATACTTCACTTGGAAAAACGATAACTACGTCTAAAATCCAAAACTATTTTAGAGACA ATTATATGAATCATCTATATCCATTATCCACTTTACATGATATAAGTTAAAGATGCTTAC ATTAATCACTACATGTAGCTTATTGTAGAAAGAACATTGCTAGTCATACTAACATTAAAA AATGGGCAAAAAAACTATAGGAGTAACAAAAAGTTCAATCTTTTGCACTTGTCAAAAGAA GAAAAGTAGTACATATTTTGATCTCGTGCTATGTCAATGTTCTAGGATAGAAACAACTAC TGTGCAATCTTCATTGCCGAGAGAATCCCCATTTTTTTCACAATAAAACCAAATAGCTAG TATAACTTGATGATGTATTGAACTAAAAGAATTGTTTAATACTATGTATTAATACTCTAA TATTCATCATAAAGAAATTTCCCGAAGTCAACTAAACTTCACACATAGTTCCAAAAAAGT TGGAAACAACAAGTATAAGCCCGAAGCTTACAAGTGACAAATCTAGGGTAGTTGGAGAGC CGTAAACTGCCTGTAGAGAGAGCATTTCCGTTAGGCTTATCTTCGTTTTCATCAGAAAAA GCCCAAAGTGGAGAACAAGGCTGTTCAGAAGCAGCCGATACGAGAAACGGCGACATAGGA TTTGAAGCTGAAGCAGCTGCGGCGAAGATCTGATCAAATGACCAGGAAGCGTCGAGATCC AAATCAAGATCCATCATCAACGAATCCCTATGATTCTCCCCCACCGCATGCTGCTGCTGC TGCGCCGCCGCCGCCGTCGCCGGCGGTGGATGTACAAAGTCCTTTGGCTTTGAACGGAAA ATGAAATTCATTTCTTCTTCCGGCTCGGACATTGAAGAAAATATGTGAAGTGATAATGAT GGAGATTTTCTCTCTCTATTATGTATGTGGCGAGAAGAGAAAGATGACGAAGAAGATGAC GATAATGGTTAATTGAGGAGTGTGATTCCATTGAGACTTGGAATCTAATAGTTGTATAAC CTACTTGCATTTCCACAAAGTTTTATCCATAAAAAAAACTTAAAACAACTATTCCCTACA ACACTTTCCACCTTATCATAACTACTTCGAATTACTCGGACAGTGAACATCTTTAATCGC TATTTTTAAAAAAAATTATAATGATAAATATCTTCTATCCTTGCTCCTCAGTTTAAAAAC ATTCATTATACGAGTAAAAGTAAGTAACAAAATTAGCCTTATAAGTGAGGAGTTAATTCA CGTACGTATTATGTTTTTCATAGTTAAGTGAAGTAATAACTAATAAGGTGAAGATATATG TTAATCAGTGTTAGTGAAAGTTTGTGTGCAAATACATGGTATGTGTATATTGGTTTAATA AAAATATACTGGATGCAAATAATTTTTAAAGTATATTAAATATGTTAAATCTTCTTAACA CTATATATATGTGTTGCAAAAAATATGTTAGCTCTTTGTTATTGTAGTGACAAAAGCTAG AAATTTGAATATAAATTCGATCGAATTTAATAATTATTAGATAAATATGAGTATTGAATT TAAAATTCAATTATTGCTATTTTGAGTTTTTATTTATCTCTCGATCCATTCAATATGTTC TTTATTATAATTTTGTCCATTTTAAAAGTTTCATCCAGATATTTTGAATTAAAGATGAAA AAAGGAGATTACCTTTTTATCACATTTTAGAAAGTAAAATTACAAAGGAATCTACCATTT CCTATATACTTTTTTTAGTTGTTGGAAAGTTCACGCAAATAAGCAGAAGATTTTTTTAAA TTCTTGTTTGTGTAGTCTCAATCACTTATTTCTGTAATATAGAGTCTTAAATAAAAATTA AAATGTAAGTACATTTTATTTTAAATAATTAATATTTTTAGTTAATGGTTCATTAATACT TTGACTTAGTATTATTTTGTTTCTTTCTAATTTTAGAGGTGTACATTTAATTTGATTATT AGAAATTTAGAACTACTTTGTTTATTACTTATTATAGTTCTCATTCTTCTTGTTAAATAT ATAATATATAAATTGTATAAGATAGGCTAATACGAAATCAAAATAAATTAGATTTGACTT TGATTTGTTTTCTTTTGATTTGGCCCGTAATTAGACTTGTGTTAATTTTTGATTTCTGTA ACTTTCAGGTTTAAGCATAATTTTTATAAGAAATTTAGAATATAATATTCAAAAATAGTA AAATGAAAAGAAAAAAAATGAATCGGGGTCAGAGTTAAAATGAATTTTTTATAGTATATT AAAACATTAATGTCGTACATTTATTTTTTAGTAAATCTCATTTTTATTTAATTTATAACA ACGAAAACAAAGAAAAAAAGATCATATATTTATAAAATCTTAGAACATAATAAACAGTAA AACCATTAATACATGAATTAAAAGTGATACATAGATCAGCGAAATGGTGTAACGAATAGG TTATCCTATGCTTAATTATAAGTCTCATGTTCTACATTTAAAAATAAAAATATTTTAATT GAGAGTGTTTCTTCCATTAATATTTTATACGTAATTGAAATAATTTTCTTTAATATTATA TGTGATACAAAATTAAAATAATAATCTTTAAATATCTTATGTGATACAAAATTGCTTCTC CTCCACACTTCTTTTTCTCCGTGCCCGTTCCGCATGCGCTTCGCGCGCCATTGGCGCTTT GCTCTCCTCTTATTCTTCATTGGACGGTTCGGATGGACTTCGCCGTTCTTTCCCCGTTGT TGGGACGGGTTCAAACTGGACTGAAGGGAGGAGGAAAAAAAAGAGTCCTCTCTTCCTGGT CCTATCGAACCAGACACTGAATACCTGGGGATGGCTAGGGCTTTCGAATCAAAGCATGGG CATCTGCTATTAAGAGGGAGCAGTAGATCGTCGATTGAAGAGCTAAATTAATCAAAAATT AAATATATATAAAATATCGATTGATTTTATTTTTTTTAAAATGAGATACAGAGTGAAGGG TCCATATGATAACATAAATTCCACATTTTACAAAATCTAGAAGTTTTTGAAGTATTATCT TACATTTTTTATTGGTAACTTTATATTTTTTCAATTTTCTTCTTTTGGAGGCCATCGAAT ATATTCTCAAACTCTTTTCCCTATTCTTTTTCTCCTTTTTCCCTTCACTTTATGGAATGA AATATTTATGTTGAAATTCTCTTTCACCTACTTTTTCGTATCATGTATACTTTGTCATTC GTGGATTACATATTCATATTCATTTTGGTCTTTAGTACAATAATCTATTAGTCAATTAAT TATGATTAGGGGTAGTAAAACTTATTTATGATAATGAAACCCATCTAATTCATTTAAATT TAGACATGTTAATTATGACCAGTCAATTCATTGATTATTAGTATATGGTTCGTACAATTC AATCATATGAACGTTTGATTGAGTTAGACTAAATATATAGCCCTAATTGATCCATGAAAA AACTTGTCAAACCTTACTTACCAATCACATTAAAAAACGTTCAAGCTTAAGTGTATTTTA CATCAAACAAATAAGAACATACTAAAGTCCTTCTTCTTTCGTTTTAATTACCTAATAATG GTTAGAGATGAATCTATAATTAAACGATCGTGCTTATTCAATCAATAATTAATTATATCT GACTTGCTATTCGCTCGAATATTATTAAAATTATAGATTTTGAAATATATTTATTATATT CAGTAAAATTTTAATATACATATATAATTCGAGTAAAAAACTATTGATTCGCATAAATTA TAAGTTATCCACTAAATTCGCTCGATCACCAATAAAAAAAAATATTTTGTTTTTGTTTAA GTAGGTGACCTTTACCGTTACTGAATCAGTAAAATCTAAACATTATGACTTATCTTTTTT TATTATTATTTTATTTCTAAATTAAATCTTTATTTTATAAATAGCAAGTGACGAGAAAAT TAATGAAATCATGAGTGGAATCTGTCGTAGATCCCTTAATTAACATTAGATTAAGGAAAT GATTTGTTTAAATTGATTTATTAAAAAGCGTTAGACTTACTTTATTTGTCTTAAGTGCTA ATGGATGATGATTAACTTCTACTACATCTTATTTAAATTCAAATTGACGATAATACCCAC TAATAATTTTTTTTTAACTGCAAATTAGTATTGGGCAAGGTTAAATTTGTCAAAATTGTA CCCTTCTTGCAACATCATCATAATAATGGATTAAATAAAAGATTATATTAATTAAGTGCC TGCCTCAATCATGTGGAGCAAATATAAATCTATTTTATTTTTTTGTATTTTTTAAATTTT AGAGTATACTAGAAATCGGTTTATAAAGCTAATTGGTTGCTCACATAAAGTGTATCTTTT GGAAGTATTTTTTTTTAAAGAGAATTAAGTATGATGGGGTCCATGGATGTTGAAATAATT CATCTTTAATAATAAGAAAAATTAATTGATGATTAAAGTTTGTTTAGCTAACAATAATCC TTCTACAACTTGCCCCTTGTTCAATTTTAGCACCCTAAGTAGTATTAATCCATGTAAAAG AAAATGACTTTTCCTTAATAAATTCAACTTCTTGCTACTTGTATCTATTCATTTAGAAGA TTGATAAAATTAAAAGTTATCAAATCCCATAAATACTTTTAATAATACATAATGGATAAA ATAGAAATAAATATTCAAATTATTTCTCTAAAATTTTATAACGTCAATTTTTTCTTATTT ATAATATTAAAATCATGATTGAGGAGAGTTGTTTCAATGCTCGAGAGTCTCTAAAAAAGT GTACGTATATAAGTACTGGCTAGCTAGATATGACCTAGTTGAAATTACAAATATCTAATA TATATTTTTATAAATTAAATTAATCAAAATTTTATTACAAATATCAAATATAAAATAAAA AATTTACTTTCGTAGTCATGTTTAAATTAGATATTTTACTTTACTTATTTAGAGATATTT AAATCATATTTACTATCTACTACTTAACTATAAGTGTGGATAACCGATCAACATGCCTTC CACGCTTCAGTATATTTTTCATCCGTTTTAATTTATATTTGTTTTATTTTTAAAAAAGTA ATATACTTAAAATTATGTAAAAAATAGTATAAATCATGATAATTAATAACTTAAAATATT TTTGAAAAACATATAAAACATTCAATTTGTTTTAAGAAAATTGATTAATTCATAAATTTA ATCTATTTTTGTCACATAAAATTGGACTATGGAAATAACATGTATTTAATTTGAAAACTA GCTAAAAGCATTGCAAATATCAACAATATATTGACTCTTGAAATTCTCTTTGTACTGTAC ACATATAGCGACCTCTTTGTACTACACATATAAGGACAAAGAGAAGTAACATACACATTA TTTAAAGATTACGTGAAAGTACTACAAATTATAATAATTAACAAATTAAAATCTTTAAAA ATCATATAAAAATTTAATTATATCTCTAAATTTTATTTATATCACATAAAGTGAGACCAA ATAAATAGTTATTGAATCCATGCTAACACTGATATTGCATCCAATATAATTTATAAGAGA AATCTAAAATGCAATGAAAAGTCAATTGATCACATAAAGTTAAAAAACGGTAATTAATTC AAGAGCAACTTTCAAATATGATGTATCGAAAATTATAATATATATATTAAAATTTATAAA TATCAATTTTTTTTATTTTGTTGCTGAGTTGGGATCAAAAGATGTCTCCAAAGATGTGTC ATTACTCATTGCAAATCAATTGTGGAGATAAAAGACAAAAAGAATAAAAAGAAGCCAATA TAAATAAACAAATTAAACATTTGTTATTATAAAAAATTCTATTTGAGGAAGAGTGGAGAT TAATCACAAACTTTTTGAAACTTGAAAAAGAGGTTACATCATCTTCAACTAAATAAAATG GTCCATTTTTATTTTGTCATTTAATTACTACAAACAAACCAAAAACTTACTATTTGTGTA GCCCATCCTCGATAAGGAATGGACACCCTTATCCTTATAAATAAACTTTTAGATTCTATG GTAGTTCTAGTACATAAGAGTCACACATATCGATGCCTCTATGTATAAATAAAATAAAAT TATTTTTTTGAAATTTTATTTTCTATAATTGAATATATTTTAGTTATACTATGATATTTC CTTTTCCTATTTGTTCACGAAAATCACACCAAATTTGAATATTCCCCCCCCCCCCTTTGA GGTTTTAATTTAATATAATATCAAGGTTAGATTTGTTATAAATATGCTATCGATTCTCGT ATATCACGATTCTAATCAAATGAAAAAATCTTGTATGAAAGAATATACTGATCTCAAGGA TGTAAAAGAAATGTTAGATCGTAATTATCTCATTTTTTTTAATAGAAAAGAAAATACATA AAATTTCCTGTTAACTTGACAGCAAAATTTACTTTAATACTTTAACATTACGGATAATTA TTTAGCCTCCTAATCTCTTTTTAAGTGAATTTAATATTATCACTCTAAAATTATAATATC ACTCTCACATTGGCAAGTGTATTACAGACGCTCCAAATCATTGATACGTCAGCGCCACAT AATTGCCGGACATTATTTAGATTTTGATTTTTCAATTTTTTTTATTTCTTTTTATTTATT CACAAATTTAATAACAATTTTTTTATAAAAAAAATCAAAGCTTATTACTCAACTGTCATA AAATTCCACCCCCCACGCCAAAAAAAAAAAAAACTCAAATCACAATTGTAATTGAACACA CTCAGTCATATAAATTCAAAATCTCAAAGATATTCGCAAAATCTCAAAAGAACATTCAAT TTTGAAGACATTATCAAAACAATAAATAATGTATGAAAATTTAATTTGAGATGAAGATAT TATAGAATTTTCATTAACAAAAGCTTCAAGTTCGTCACATTTAAACTCTTTCATAAATAA TAATTTAGAAGCGAAAATAAATTATTAACTTTTTTTTTGTGTGTGTTCATCACACCCTTT ACTAATTCAAAGAAAAAGGGAGGGAGGGGGGGTGACGGTGAGATGGAGTATTTCAAAGAA ATAGAAAGAAGCTGGAAAGTTCATCGAATAGGAGATATAGAGTAAGGATGGAGGTTTAAA AAAAAAAGAAAATGAGGTGGGTGGGTGGGGTGTCAAGAAGAAGAAAAAAGTGGTGTTGAG GGTGGGAGAGGATGGTGGGGTGTAAAGAAGATGAAAGGGATGGTGGTAAAGGGATAGTGG TATTAAGAACTTGGGGTGGTGGGGTGCAAAGCTATTCGGGTGTATATAAATTCACTTGAA AGATGTCAAGGGAAGTATTTAAACACTCGTATAATTTAAGTGTTAAAGTGAATTTTACTG TCAAGTTTAGGGGAGATTTTATATATTTAGCCTTAATAGAAGGAAATATCATAATCTTTA TATATATATATATATATATATATATATATATACGATAAAAATATTTTTAAATAATTTAAA TTTCTTATATCTTTAAAGCTCAAACTTGAAACCTCAGATTAAGAAGGGATCCCGATTAAG AATAAAACAATCTCATGAAACCCAGGTTGGTAATGAAATCTTTATCTATGGACTCCTTTC CAGTTTTCATCTTACGTACTTCCTAGAAACATGAAATTTCCAGCTAAATTCCAAAAAATA ATTATGTTGTGACCATTTATAGTTAAAGCCTCCCCTTAGCTTCTCCACCAGTAAGCTAAT TAATTAATTAATTGAATGAAAACTCAACTGGTGAAATTTAGATAAGAAAGAAATCACTTT CTTTAGCTGAAAAATATTGACTAATTATGAAATTAAAGTTCATTATCATATATAAGCTTT TAAAAAGGAAATAAGTCTAATAATACATATACAAATTAAGAAGAAAGTGTTGTGAGCATT ATAATGACAGTAAGTTAATTAATTACTATGTTTCCCCAGTGGCCAAAAAGATTAAATATT AAAATAAGAGAGGTTAATATGTAGATTATATTCCACTTTCTTTGTTATGAATTAAATTAA ATTAACCAAGAAGTCAAGGTGGATGACCCATTTTGCAAAGTTAGCAAATTATGTGTGATA TGAATTAGAGTACATTAAAGGGAAATAATAAATAAAGTTGTACAATGAATGGACAAAATT AGCTACGCTCAAATCAATCCATAAGGAGGTATTAATAATAACTGATTTTATTATGAGATA AGTTTATAATATTTATTATTGACGGACTTTCATATTTGAGGACAAAATTTTTTGTTTTGT CGAGATCATGCATTATATAATTGTGTTTGAAAGATATTTGATCTCTCTCATTTTTCTTCT CTTCTCGATATTTCTACTTTTAAGGATTTTCCATTATTTCATCAAATATTTAATTTTTTC TTTCTCTCTTTTCTACGATCAATTTCTTCCTTTATGGTGATTTTGCTATCTTAGTTTAGT TCCATTTTGTTTAACACTCTCTTTTTATTTGTTCATTTTAAAAAGAACGATTCATTTTGA TATTTTCTTAATTAAAAACTTTATTGGTCACACACATAAATAAATAATACTAAAATATTT AAAATTCATAAGTCTTAGAAATCTTCGTAATTTCTTAAATATCATCCTGAGTGAAACTAT GAATTAATCTGAATATGTCATTGAACTCACAACATCATATAAATACATACCCTCATAAGA AAAACTATCGAAAAATTCATCTAAATTCATATCAAATAATATGGCGCCGCCCGGCGCCAT GATTATACTACTCTTTTATTTTCTTCCCCTTTATCCAATTCATGCCTCATAGTCATATGT ATTCTTCATTGTGGCCTCTTGACTAACAGTATTATGTCCCCTTTTTCTTCTTTAGTATGT GCTCTTATTGCAATTTGCACATTGTACAACAAAAATTAGTTGTCCATGACATAATTTTCA GTTTATAAGGACAACTTATTATTTGTCATTTTCAAATTTACTTTCTAAAAAGGAGGCCTA CCACCAATTATTTGTCTTGTTTTAGGAACTTAAGACATATATGATAATTCTCCTAAACAC AACGGGACCACAAAATATGTGTCTCTAGATTTTTGGTCTATAACTTAGGGTCAAATTCAC AATTATAATAACAAAAATAATAATATTTTGACTACAATGTCTATTGTTATAGTATTTCTT ATTATATATTGGGTTTCTGCTTGTTAATCAGAAAAATTGGAGGTTTTGATTCTTAGCATA ACCATTTATGATTGAAAAGAATATATCATTTGTGACAAGACAAGTTCTAAAGAGTATAAA AAAAGACTTATAATGTTTTTTCTTAAAAATAATTACCAAGATCGAGTCAGTTTATATATA TATATATATATATATATATATATATATATATATATATATATATATATATATATATATATA ACAAGCATAACATATTCAATGTAATTTCAATCAACTCTTTAGTTCGTAAACATAGAGAAT TGATTATTTCTGATAAACTATTAGCTCAAGTAAAATATAAACAAAATCAAATACATAAAA AAAAATAATAGTATAATAAAACATTCATGTTAAATGAAATCTAGAAATGACATACCTACA ATAATCATTTTTGCAAATAACATGTAATATAATGTAATACATAAATAATTTGAAATATTA GTGTAAATTATTTTATATACATACTCTATATTATATATGTAATTATTTTATATACATCTT ATTCTATTTTATATACTTCAACCAATCGGAGGACCACCAAGAAGTAGGGGTGGAATATAT CTTCCATAAAAGAATCTTTTTTTTTCTTTTTATTTGATTTTATAGAATTTATAAAAGAAT CAAATTTGATGGTTGTCAAATTGGCATCCAACTACTTTGAGAAATCAAAATCAAAATTAA ATTCTTCTTATGACTTCTTCCTGAAGAAAACATACTATTATAAAAAATCTCAAATTAAAT AATATTATATGTTGTTTAATTTAATTTTTCCCTCCCCTTATTTTGGAACTCTAAGTTCAT ATTAATATTTTGCTTTCATTGAAGAAGTCTATACAATCCATGCTTATCTATACGTATTAT TATATATATTCTACCAATATATATATTGCAACTTGAGTACTATTAAATAAATTCCTAAAA CATGATATCATTTTTTTTTCTCAATGATTGCGATGTTTTTGATAGGAATAAAAATATTTT TTATAAAAATATATTTTATTTTTCAGTATTTAATAATTAGAAAATTATTATCCTTATTTT TAAGAAAATTATTTTTCTAGAGAAAATATTCTGGCCAATCAATATATAAACTCTTATTAT CGAGTAATTTTCTCATATTATTTTGGCACATGTATTGTTTATAACGTAAGCACAATTTTA TAGTTTACATCAAGATCTATTTATCTAATCAATTCTAAAAAAAGATCAAGTAATCTTATA GAAGTCGGCTGTTAATTATAAATAATTAATCAAAGTGGTTAAACTTTTATTAGTGCATCA CCACATCACTTGACACATTATTATTATAATTATGAAAGCTGCCTCTTTTTTTTTATTTGA CAGAATATAATTTTATAGTCAAACATATTTATTTGTAAAAATGGATGGTTGATTATGAAT CTTCATTCTTCTAATTATGTTTAATCATGAGTCTGGTGACAAAGTGGAGTTGGCGGCTGA GTTTATGAAACAATGACAATAATTAAAAGTAAATTTATATTAAAAGGAATTTTTTTATCA TAATATAGAGTGATACTTTATTTTATAAAGATATTACTAATAAATCAACGTATCATTCAA AAATATATATGCATAAAAATTCGAGCTTATAATCTTGGAAATAAAGCATGTTTATTTCTA AAAGGATTGCTTGATTCGTAAAGTATATCTCGCATCTTTTTAAGTTTGAGTTGAATGAAT AAAATTATAAATATATATTACGGTGATCTATCATAATTCGTTATTAACTTGACATAATTA GAATAAAGTGTTATTTAAATGATTCCTAAATTTGAAATACCCAAAAAGCTAAAAGAGAGA GAAATTCGAAGCTTTTGCAAGAAAATAATATTTCCCCCTTATAATTGAACATGTGTAGTA TTAAAAGAAGTTTTTGATAAAAAATTTTGATATTGAGTTTTAAAAATTTAAATTAATCGA ACTACACAATTACTATCAACTCTTTTTATCAGTGGGAGTTGGTTCAAGTGTTCAACCTAC TTAATTTGTCTAAATATGTGACAAGATGAGTGTTAGAACGTACGACCAACAAATTGCAAA CACAATTTTGAAGGACTCGAATGGGTACTTGACCCTTTATTATTTTACACAAATGATTGT TAGTAATGATAAAGATATATAACTATATCATAATGGTCATTATTGATCCAATTTGAATTA ACAAATATTTGTTTAAACAAAAAGTACTAAAATAAAGTTTTTGCTTTTATTCATGGACAC ACAAAATCGTACCTCCAAAAGGACAATTTGAAATGGCCAAGAGATCATAATTTAAATAGT AGTTTCATGACTTAAAATCATAACAATCTTTTACTTTACAATTTTGAAAACTCTAATAAT ATTATATTGTAAAAAAGGTAAAACATTGAAATTTAGTAGAAAGGACTTATTGTGAGATAA AATCCTTCTTCCATCTAAATAAAAATGAAAGATTGCAATAACTAAAATAAAACTCCGATC TCCATATTTACCAAAGTTAATTACGTGAAATATTCTTTTGTTAAAAAGTAAAATTAAATA AAATGAACAGAAAAAGATACACGTTATCATGAAGCTTTAAATTTAACAATTAAAATCTCA CAATAATATCAATGAGTTTCGCCTCTAAAATTTAAAACTTCATAACTATTTTTCAATCAC AAGCTTACAAGCGGCTATTAGTGAAATTTCCCTACTCATATCCAAAAGCAATGTTGGAGT AATTCATCCCACGTTTCGTCCTTCAAATGGATTGATCTTTATATGTACTTTCCGTAATCG AACTTATGCCTAGCAAGATCATTGCATCTGTATTATTATGATGCAAATATATAGGCTTAT GTTTCACGAAAATATTATTGTTCTCGAGAAATAAAAATTAAAGACTAACACATCATTGTT CTTGAGAAATAAAAATTAAAGACCAACACAAAATACGACAAAAAAGAAGAACTGGACTTA AATTAAAAAAGCCCATATTCATCTGTAAGAAGCCCAAAAAAGACCCAGCCCAATCTAACT GGCTTCAACATCCCAACAAAACCCGAAATTCTGCAAATCCCCTTTCTCATTCAATCGGAT CAACAGTTTCAATCTCCATTTTTCTCGTTAATCAAGGTACATTTTTGCTCATTTTAATCG ATTTACGGTAAATTTGATTGTATTCATACTTTAATTTGTTTGTTTTTGTTAGATTTTTTG TTATGATTAAGAGTTATTTTTTTTTTCGATCCATTGAATTTTGTTAATTTTTGTTTTTTT TGGGTTTTTGAAGAGATCTTCATCATGGATGGTGAAATTAAGAACATCAAGAAGTGGAAC ATACTGTATCCAGTTTATATAAATTCAAAAAAGACGATAGCGGAAGGAAGAAGAATTTGT GTGACGAAAGCTTGTGAAAACCCTACTTGTACTGAGATTAGTGATTGCTGCAACTTCCTC AAAATTCCTTGTGCAATTGAGGTTTGTGTTTTTGCATTTTTTGCTTTTCTTGTTTCAAAG ATTATATTTTGGTTTGTTTTTAAATTTTTTTTGCTTTGATTATATACTTATCATATGTGA ATATGTATATGTAGTTTGAACTTGTACCTGACCTTCTATAAAAGGGCAAGAGACGATATA TATATAACAAAGACTCAACTATGCATTGATCCCAAAATAGTTAAGTCATCCATATAAATG TCTGTATTTATCTGCCGTAGCAGGATCATTTCATTGGAATGCTAAAATAATTCATATTTC AAGGCAACTTAGTGCTGTGTTGAGCTCCGTAGACTCCTTAAGTCTCACATTTCTACACAA CATACATAAACCTATCTAGAATAATAAGACTATGGGCACTACCCAAGGGTGTGGCCTAGA TGCTGGTTTTTAGATTCAAATTCTAGCTAAAAAAAAAATACTAGGGCGATTATTTCCCAT CTGTTTAAGTCTTACTTGTGTTGTTAGGAGGCAGCAAGTAGGAATTAGTTGAGGTTCACG CAAATTGTGGTAGATAACATCGTTATTAAAGAGAGAATAATCAGACTATGGCAAGTAACG GAATTAATGCAAGTGTAGTAACAACAACTAAGTCCTCATTCCAAGTTCCCAACTAGTTAA TATCATATATATGAATCCTTTGGTTTCATTGTATTTCGTTTTTCTTTTCTCTAGGGCAAC AAAAGATAAAAAAATATGGGGGGAAAAGAAATGTGCAGGGATTAGAATTTTGAATAACAG CTGGCTTTGACTCTTTCTAGGTTCTCCAGATCTCCTGAACTTTGGTAACAGCATTTATCA CTGTGTGATTGGTTAAGTTAAATGTTAATATTTACTTGTAGGAGCAAATTTCTGAATAGA CTGTTGTATTTTTATTTAATTGCTGCCAATGAAATAGGTGGTAAGCTGTTTAAAGACAAA TTGTACTTATGCAAAATAAGTTAATTGTGGTGATGTCTGCAGCATGTTTAAGTCTCTTAA GGACGCGATGTGCCTTAAATCAGTGGTAAGCTGTTAAAAAAAAAGTGTACTTGTGCAAAG TAAGTTTATTGTGGTGATGTCTGCAGCATCCTTAAGTCTCTTAAGGACATGATTTGCCTT GAAAAATAAAGATGCCAATTTGCAAGCTGTATTGTTTCTATTAATGTTTTCTGAACTATT GAATCATTGAACTTTAAGATTGAAAAAATTGCTTATAGTTATTGTGTGAATCGGTTGTTA CAGCTTGATAAGGCATATCCACGAGATTTCATGCAGAGAGGAAGAGTGAGAGTTTTGCTG AAGCGGGAAGATGGAACTCCTTACAACCCTGTCATTCCTTCACGTAAGAAAATCTCCACC ACCCACCCCACCCTTTGGGCATTGTTCTATCCTCTATTTTCTTAAAGCTTTTTGCAAAGC ACTATAGTTTCATAACATGTTGATTGACTTCATACTTTTATTAAACTCTCTTTTAAGCTT TAAGCAATGAGCTTGTTTGATTTATATGGAAAATTGTCTATGTTTTTGAACTGTGGAAAA AAGTCATATGGGTGATAATGCTAAATATTTCATATGGAAGTGAATACCATTTATCTATAA CCTAAAATTGTTCTACACCACTTTTATGAAGCTATAGCCAACATTCTTAGTTGATGTTAT CGTGGGCCACTCTACGTAGTGTAATTGGAATATTTTGCGTCATCAAAATGTTAGTTGACA TTTGACAACAAAGAAGAGACATACTATGCTTCAATCTCAAACTAGTGGGAGTATATGAAT CCATCCTCTATGTCCTCTCAATCTCTATTTGGTCACAGTTCATTCCAACACTCTAATTTG TCTCTGTAAAATTCTCTAAGGCTGTAGTGGCTTAGTGCAACTATCTTATACAATATATTA TTTACCCATAAGAAAGGAGATTCCCGAAGGTTAAAGTTCCTTTAAGTCTTACACTTTTAC TTTTAAAAAAGCGATCTTGCCAGACTGTTTTTCATGCTATGAATAGGGAAATGCTTTCTT AATTTTTTTGATGTAATGTTCTAAATATGGCTGTGAAGGAGGAGTATCCGAGCAACTACT ACTAGTATAAATTATTTTTGGATGGATTCAGTTGAGCACCATACACACTTGTACATGTTT TTTTTTTCAGCGACTTGGTTTTTTTTCATGATTCTTTTTGGTTTATAAGTCTCTAGTATA TGAGACTTTGTGCATGTGTGGGGGTTGTTTTCAATTATGAGATATGTCGTGTTTTGAGAG AAATCAAGTCACAGACAAGTGTATAGTCTGTAAAAGAACATGTCATTCAGTCAGAGCTTT AACTGATGGTTTTGGTGGTATTTGGGGATATTTCCTCGTCTTCTCTAGTCAAGCTCCTAT AACTTGTTTTCCTTCCTAAAGCTTAATTATTGAAACACACTAACTTTGTAGGGTTGTATA TTGCAGGGAAACAGCTGATGATCAATGTCGCAGAGTTGGTTCGAAGACATCCTAATAGGA CTAAGAAGCAGGAGCCTGCAGCCTCTTCTGCAGCTGGTTCTTCAAAGTCTGGCAAGGGAG GTAAAAAGAAGAGATAGTTTCAGAAGGCAACATTTCAATTTCTTCAAACTGTTTAGAGAT CATAGATTTATTTATCTTGGAATATTTTAGTCCTTTTATTTTACTTGATTTGAGAAATGT ATTGCAAAGAAGAGAGGAGATCTATGAGTTTTCGAAGAATGTTGCCATATTTGTATCATC GATTGAGACATTTTTGTTATTTTTACAGCCTAAACTTAGCTCTTGATTGTTAATATTTGC TTTTGATTTCATCTACATATGCTTTTATCCAAATTAGTTGGAGTCAACAATATGGATCGA TCTCAAACTAGTCAGCACTGATGATAGAGTGCACTCTCAATATGAGCTACTGGCATGAGC TGATGCTTCATCTGGTTTATTATGTCCAACATACTGGTAAACTGTGCAATGAAAAATTTA TTTCCGGAAAATAATCAAATTTGATTTCTAAACCTTAACATACCATGTGGAAAATACCCC CCCTATCTAAGGTTTGAAAAGAGTAGAGTGTATCGAAATACAAGAAACTAACATATAACA ACAAAAAATGACTGAGTAGTCAGCTAGAAGTTGCTCATTGACAAATTTGGCTCCAAATCT ATGACCAAAATGAAATACATTTATTATATTGTTTTGTTTCAAATACAACTTTATATGACA TTTGAAAGGAAGGGAAGAAAGAGATAAACCTTGTATGTATGTATTGTATAATGTTGTACG TGAGTGACCATAGAGGCCACAAATCAACCAGCCATTAATCAATATAAACGAAATGAATCG GGTAATCAAATCCACTTATTCCAACTTCGAATAGAGGAAAAGTTAAGATCAGAATCCTGG ACCCAGCACGCTTCTTGTTAAAGACAAACCAACTGGATAAGACCTGTGAATCCTCATTTT GCTAGCAACTGGACCTTTGGCAAAATAGTCAGTAATATCTTTTCCTTCTGTACCCGTAAA CGACTTTGGTGGCACACTTGATTCATTAGATTCGACAATGAATTCAAGCCCCTAAATTAC AATACATTGTGTGATTAGACATTGTGAACAATTGAACGGACAACTAAACCCGGTAAATCA AGTTCAAGAGAGTCAACGTACCTTCACAGAACTTTCCTTGGGAGTCGCCTTTGAATGCTC TATCAGCTTAGCCTCGATGCCCTTTCCAAAATTCCAATAGACAAAATAAGAATACATCTT TATGTTTTGAAAAAGAAGGAATAGTGAAGGACAAATGGAATATTTGCCCACCAAGAAGGA GACAGCAAAACTGCAGTTCCATTACAGATACGAGTAACAAACACCAAAAGTTCCAAGAGA ACGTGTTTTTACGGAAAAGACGCCTAAGTTTTTATTAACAGTAGCATAGTAACAGTTTTT GTGGTTTAGGTCAGTTTCAAGTAAATCTTATAGGATAATTTGCCAACCACCAAAGGAGAA GTCATTGTTCAGCAGAATGGAAAAATACAGTGGTAGCCATTGATCACAGCCTTAATTGGA AGAGCCAACACTTGTTCAAAATGCAATAGAGAAAAGACGAGAAAAAACTTGAGTAGCTGC TTGTATTCCTTACGGGAGGAAGAAAGTGAATAAAGAGGAAGGACAACAATAGTTGAAAGG CTTTCATCTATTAACATAATAAAAATACCTGAATAACCTTAGTATTTTGAACATCCTTAA TGCCCCCAGCAGCTTGGCACAAGTACCACAAACCAGAATTAGTCACATCCTGTGGGGTGG GGAAAGTTAAACAAGCAAAAGTTGTGATGCAACTGCAATAGTAATAGACAGAACATAGGA AGAAGGGACAAAAAGTATGTCGCAGACATATACAGATATTCACCTGGTTACTCTCAAGAA GCTCAATCTTCCCTTCCTGCCAAATTGAGCAACAACTGAAAGATTACAAAATGACTAGCC AACGGATCTTTACCAGCAATGCCATATTGACACTATTTTCCAAACAACAGACTCACCAAT CCAGACACCATCTCATGGATTAAGTTTATATCGAAACCAATTTGATTTAGATTAGCCTTA ACATCTCTCACCTGCATAAAGAAACATCTGATGTTGAGCACTGACAAAGAAAGTCTCCCA GTGCCTCGATGCATAAAATCTATGACTGAGATATTCAAGCAAGTAGCCAGCTATAATTAT TTTCTAACCTTAACCGTTACCCTTTAAAAAAATAAATTCTGGCCACTAATTTTACAAGCA ACCGACAAAATTCAGCTCGCGTAGTCAAGTTTTGTCAAAGAACTTGATTGTTACCTCATT CCCCTCGTGAATTTTTTCTTTCTATAACTGAGGTAAAACTTAATATTTTTTTTCCTTTAG TGTGCAAGTGCGGAAACAGGAGTTACAGGAAACTACTTCTCACATAAGATAAAAGAATCC TTCATAATACATCAATGTTAAAAGGAGAATGGGGAGAAATGTTATTCTCCTTACATCATT AGTAATAAGGTTTGAGATCTCAATTTGCTCATCTAGCTTCCAGTCCAAGTTTTCCAGCCT CTTAGTCAAATGTCTTCTTGTAGACTACAAAAGAAGTATCAGTGAAAAAAGTATGAGTAT AGTCATTAGCATATACTACACAGATAATCCAGGAAACTCCTGACAATTCTTGACTCACAG CCAATGCATCAGATACGTTGTCCAACTGCTTAGACACAGATGCAACAGCATTCGCCATAT TATGCTTTGTGACATACATTACATCAGAAAATGACCAACCCTGCGGAGAATTAGTAAGAG CATAAGATTTATAACAAACATATAACAATATCCTAGGGGTGTCGATAGATATAAACTACA GCAGAGAATACTTACCTTCCACTTCATGTAACAATATCCCATCGCCCCAACTGCGGCAGC CGGAAGAATGTAAGAACCATAGCTCCCTAAAAAAGCAAAGGTTCAGAACCATGTCAGCTC TACTTCAACTGGGGCAATGGTGCACTTATTGAAGAAAAGGTTACATAATTCAAAACTTAA TTATCAGAGTCCATTTAAGAAATTGCTGTTCCATTATAGAGAAATCAGCACAGGCACTAT GATGGGAGACACAATGTAAAGTGAACATAAAAAGACGGAAACATACCACTGGAGGAAGAA TCCTTATTGAAAATAGTAATTGGATTTGATATGCTCATCTCCCGGATCTCTTGTGCTAAT TGTCGAATCTAAAGGCAATATCAGAACAAAGAAAGGCTTGGATGAGGTAATAGTGGAGTT ATATAGGAAACATGCTAGGTACTTATTAATTTGTAACATCACATTAACATATACCAGGAG CTCTACCTTGCCACTTCCTTCTTCACTGGATAAGTATATACATAGAAGATTCTTAATAAC TGACCCAATTTTAGTATTGATGCTACATACAAATGCCATGCCCATTAAAGTGCAAAAGTC AAGTTCATCGATGAAACATATTTTGGCAAGAGTAATAATTCAAAACTGTTGAATTGTATT GACCATTGTGAAGAGTCCCACATCACTAGGAAGAGAGTTTGGACCTCTTATACGGTCTTG GATAATGCTCTACTATTGAGCAAGATTTTAGGGATGAGTTAGGCCCAAAATTCATTTTTT AACATAGTATCAGAGCTCATCCCATCCCAAGTCATGAGTTATCGATATTGGACCACTATA AAATTGTCCACACTCCAAATGTTCAGCCTTGGGCGTGAGAGATGTATTGAAAAGACTGAA GAGTCCCACATCTGCAATGGGGAGGAAATTTGGACTCTTTATATGTCCTTGGGACAATCC TCATCTCTTGAGTTAGCTTTTGGGGTTGAGTTAGGTGCAATGTCCATTTTCTTAACAACC ACGGACTAGCTTGTCTAAATGCTTAAATCATTAGAAATGAGATGCTTTTATTTATTTATC AAGCTTGTCAATATGCCCTCGATTCTGATTCTTTTTCTTGAGTCACGTGCGTATAAATAT TGTTTTGCTGATGGGTAGAGATGAGACTCAAACCAAGGACGTCACGTACTATGCTACCAT GTTGAATTTGTGTGACTACCTTATTAAAAGCTTAAACTATCACACAAAAGATGCTCTTCT TTATTTATTTTAGGTCAACAAAATAATATCCTCTTCTTCTATTTGAAAGGAATGAAGATA GTACCAATGAGCTTTAAAGTATCTTTTATGATAAACATTGTGACAAGGCTATTCAGCTTC CCCTAACCCTTTTGATTATTTCTCCCCTCTACCTTGTGCCACTAAATCTGAAGTATCATA TGACATAATGTCTTAAATAAAATTGTTATGTTTTTTACCTTTATCTTCTTTTCCTTCAAA ACAACTGATGAATCTACTTTGATAAGCACGAGATGAATGTAATTTACTAACAAAAAAATA ATGTAATACCTGAGCTGCTAGAAGAGCAGTGTCATATTTACCAGGAGATGTCTCAGCTGC ATTCACACCATTTATCACCTCCTGAAGCTGCGAGATCAGATCGGATAATCGTCCACTCTT CAATATTACTGACCCAGTCAAACCTACATCACAACCAAATTAGTCTAGCCCCCAAAGGAA GAACCTATAAATATTTGAAGGAACTATTAACTCAGATTCGAACTGCAAAAAACTTGAAGA TGCCAATAATCTAAGACTGCTTTCTCCCCTAACATCCAATATCATGTGTCTGTGTCCTAA AAAAATTTCTGCTCTATGGTAGTATTAAAAGTAACTCCATAGAAGGGGAGGAGGAGGAGG GCGGGGGCGGGGTTGGTCCACCAAAGGAAATGCAACACGATAGAAGAGTCGCTGCGCCAC ATAAGAATAATTGACCACGACTACGATCTGCTTTCCATTCTCGTTCCTAGTCCTGTAGGG GAAGGGGGCTCAGCTCTTACATCAAATAATCACCCCCCATCCTATCCCCTTCTCCCCCCT CTAAATCCCTCAAGCCTCAAGGTTAAACATTAGCTATTATGAGTGTACATTTAATATTGC ACACTCTCTACACAACTGAGAAGAAATTCTGCAAACCCTTTGATAATTCCTGAATGTTTT TTCTCCAAATTCCTGGATATAAAGGAAGTTTTGGATACTAGTTTAACGGCCAATGTATAA TAAGCCTATACTGAGTTCTCTGAATACTGCAGGAACTTAACAAAGCAGACTGAATAGTTA TTTATTCATTACTACTAATAAAAATTACTCAAACAATCACTTTCTGTTAGATCAAGGTTC CAATTTCCAAATTAGCAGCTAAACTAAGCTAATTTCCACGAGCTTCGGAAGCAAAATGAA TCTCGATTTCTTCCTTCCTTCCTTTCATTGACTACTTAAAAGTAAAACAACTATAAACGG AATATAAACTGATGAACTCTATATATATTCAGAGAAATCACCTGCGCCGACGAGTATGAG TACTTTGGAAGTGGCGACGCCGGTTTGCATCGCCATGTTTCGGTGTTGTGAAGCCGCCGC CGGTGGAACTAATCGTTGAATTTCAATATCTCCGGCGAACTTATACCTTTCCCTTTTTGT CCAACTTATTGAATGCTTTAATATTAATATACAGTCATTTGTTATACAATTATTTAGTTT CACAAAATTACTGGGAAAAAATATTTGAAAGTTACATTTTACTGTTTAAGAAAAACTGCC ACATGATTTTTTGTAGAATTATAAATATTCTCTTTATCTTTATTTAAAGACTTCGAAAAT TTTAAATTTGTTATTGTCTTGTTAGAAAATTCTTCCAAGTGAATTCGAATTAATTAGTTG ATGGTGGTTTATATTACCCTTTATAGTATTTTACTTTTTTTTTTCAATTTATTCATTGAA ATCAATATATGAGAAAAAGAGGAAAAATAAATACTAAATAAGAAAATTAGTTTTTACCGA TTCATTATCACATATACAAACTATTTACTATTTTATTTGAGAGCAGAGCTAGAAAGCTTG ATATTTATTTATAATTTTTTTGACAAAAAATTAATTGTATATGTATTTTTTTATATATTA TATAATAGATATTAAATCTATTCTTGTCAGATAATCAAAGTAGCTCAGTTGGTTTAATTA GTTGAATTGTCATTTTGTTGGTGAGAGTTCGATTCTCCATTACGCAATCTCCTCTTCAAT TTAAGAGAAAAAGATATGCTACAAGGTGGAGAATCGAACTACCGCTAACAGAATGGAAGT TCAAATACTTAATCAATTAAGCTACTAATATTTTACTCTATGTACTTTTTTTCTAAAAAA AGAATCATTACTAGATTAAACTGATCAATATTCTAGAGTTTTCTTGCCATGGTTTGATTA CCCAAATTTGCAATTGTTTGAACCTTAATTTCCTATGTATTTTATACGTTATTTTTTATT GTCTTTTCTACTTTTTACTAATATATTTTTTAAAATCGTCTATTCCAATCCTTCTACTAA ACGTTCTAGACAATTTTAAAGATACATCCTGCGAGACTCAATTATGTGGAACCACCATAA GTATGTTTTTATATTACTTTTTTTTTTCGATAGAAATCAACTCACACTTTAAACTAATAC TATTAACTAAAACTAAAATTCACTTAAAATTTTATTTTCTTTAACTTTTTGAATATTTTA GCTATATATAATACATACCATCATATGATTCGCGCCTAATTTTCGCACCAAGCTCACGTT TCTCTCGACGTTTTTGAATCATCCGTCGTATTCCGAGAGAAAATAATCGCCGAATTGCTA TCTCCTCGACCGTCGGCGACAATGGGGGACGTGAAGAAGAAATGGAGCGTTACGTACACG AAGCATCTCAAGCAGAAGCGAAAAGTTTATCAAGATGGATTCTTAGAGCTTCAATCCTCC AGCCACAAGGTGTGTTTTCATATTTCCATACTTAGATTTCCCATTTTTAGATCCGTTTGC CTGTTTATACATTTTGAAATCGGTTGAAATACCATATTTTACCTGCTAAGTATTCTAATT TGGTAGATATCACGTTCAGTAATTTGAGGAAAAAATTGTAAATCAAACAGTTGTTTGGGA GTTAATACATGAAACCCTTTGAGTTGATATCAGATGAGCTGAGAGCTGAAAATTTATGTC GGTGAGTGTGAATTAGCATTGTGTTTATTGCTCCTTTTTGACTATGAGTTTGGACTTTGT ATGCTTAATTTAAGGTGTAAATTATTTGCCGTTTCAAGTAATTTGAGAAAAAAAACAAAT TAACTAGTTGTTTGATAGTTGTGGTGCCAATTGGATAAAATATCAGAGGCTGATCTGGGA GTTTTAAGTCAGTGAATGCGAATTAGCACTGTGTTCATTGCTCCTTTTTAAAAATGAGTC TGGACTTTGTATGTTTTATTAAGATGTAAATTATGTGCTGCTTCAAGTAATTTGAGAAAA AAAAACAAATTAACCAGTTGTTTGCGAGTTGTGATACACATTGATTTAAATCAGAGGCTG ATCCGGGAATATACGTCACTGAGTGCGAATTAGCACTGTGCTCATTGCTCCTTTTTGACA ATGAGTCTGGACTTCATATGTTTTATTTAAGCTGTACATTATGTGCAAGTTCAGTTCCAT GTATTGTTTTACTCACATTTAATCTAAATTGCTTTCCAATCTTAAGTTATGCAAAAACTT GATAACTTGGCAGCGATATCATGAAATTTGTTTTTGGGTCCATCTGTGTAGTCATCTGGG GCACAAATATATATATGCAACTATTATGAGCTGCTTGCAAATGAAACTACAGTAAGGAAA TGTAGCATCTTAAGCAAAGAAGATCCAACAAAATAAGCAGTGAGTGCCAATAGTATTGGA AGCAGAATGTATAGAAGATGTAAAGAAACGTGTTAACGGCGTGGATTATGGATTACTTGA TGTGCTCACTACCTTTAAATACTGGGTTCTTCTCAAGCTGCTAGAGTTATATTAGTGCTA CTATCAAAGAGGCTACAGGTACCTAAATAAAATATGTTTGGAAGGGGTTGTACGGACTAC CCTTGGCGGTTGAATAGAAAGGGTCTAGGTCTGGTAAAACCATAAAATACATCATCAAGC AATGTGTGTAACACAATAAAAACTTCTGGTTTTATACAGGTAATGCTCTATGATGATTGT GAGAAGCTGTTATGTGTTAAGATTTTGAAGAACGATAATGATGTCAAAACAGGCGAAACA CTAGCATTTGATTCTTACCTTGTTGATATTGGTGATCCTCACGGTGATTACAAACCTATA TCCGTATTAAATAGTACTAAACTGATGAAAAAGGAAGTTGCTGAGGAATCTGGGCTACGG CATTCTGGAAAAAGATCAGCTGCTGCTGGTATCACTGAACGTTCTTTCTTTTCTTTTTGG ATTTCGCAAATTGTTTATGATTTGATGTTGTTCTTCATTTTTAAATTCTGCACATGATTA TTCTTTTTGCAACATTTTCTTTCTTTTCCCTCAGATAATAGGAAATCTAATCTGGGGAAA AGGATAGCATTGGCAAGTACTCTAAGTCCATCACAAAAGATTATCAGAGGTTCTTCAGAT GATCTCTGTCCTTCTATATCAGTGAAGTGCAATAATATGCTTATTTCTTTGGTCACCGTT TCTGACATGATGAAGTTCACAGCATGAATTCATGAGGGCCTGTACAAACACATGATTTCC TATCATTGAGTCTCTGATTGTGAGATTATGGGCCTTATGGGTTTTATATGAGTTAGAAAG TTCAAGCTGACCTTTATTAATCTATCTAATGTCCTTCCTCTGTTATTGTTCCGAGTGTGT ACTATATTTAATAACAAATTTCAACTTGCAGAGTTCAAGAAGAATGAAGTACACAAATAT AATTCTTCTCCAAGTTCCCTTGACATGACAAAGTCAAGCACAGAAGGTAGGAAAATACTT TTGCAGCAACTATGCTAACTATTATTTTGGGTACATTTTGTGGTAAATAATTTTCTTGTT TCAAGCTTAGAGAACTTTGCTATTTTTACTTTCTCTAGTCCAAATTTAGTAGATCTAGTT TCTCTTTTAGTCCATTCTTCCTGGAAAAAGAAAAGACCGCTCTTCATAATCTTATGTTCA CTCTTCTTTGTAAAGAGATGCATACCTCCACCCATTTCATTTTCAAACCGCTGCATAGCT GGATGTTTCTTCATGTACCCATGCACAACTAGTCATCATAAGGACACAATCTTTTTTTGA AAAAATGAGCTTGTGTGTGTGTGTGTGTGTGTATATATATATATATATATAAAGAGCTTG TTCATCATTTATCAGGTTATGAAGATGCTAGTTTTTATGTTGCTCTTGTTCATGTATTCA TCTTTTGGGTTTTGAAATTTACAGAATGGTGCGTGTTTTAAACCCCCTACCTCTGGATGA ACTAAAAAAATTGCATTCAAGTAGTAAAATGAGTTGCTATACTCGAGGTGTAATGTACTT TTAACAAAAATCCTACTTTCTCGAACCTGAACTATACTTTGAACAATCTATAGGCCAAAC TACTATGAGAAACACACTAGTACCTTCTTCTTTTAGGGTATGCTTACTAGAATGAACCAA CTAAGTTGAGATGATAATAGACGTAAAACTGGCTATCATTCTATTACTGGATTTGAAAAT TCAGTTCTCATAGATTGCAGTTTCTCTCCATCTTTCAGTATTTTCTGAGAACGAGTTTCT ACTTTGTTCCTTAATCCAGAATGGCAGGTATTGTACACAACACAAATGACTCAAAAGGCA AAGAAGTTCCATGATGGATTTTTACAACTTGTGATGTCTAGTTCACATTGCAAGCAGGTT GGTTTCTGCAATTATTTCTCATCTAACTTGTATGTATTGAACATATTCCACTGTTTGCTT GAATCTATAAAGTATATTTTGCTCCTTTTTTTGCTTAATTTTTATAATATGTATTAGAAT AGCATCACCAACCTTAAGCTCCCCCTCCCTCAGCCAAAGCAAAAAGCTTGTTGTTGCTTG CTTATGAGAGCATTGTAAAATTTTAACCCGTAGACGTCAATGAAATTCCTTTATAAACTC TTGCTATTGCAAGAGTAAATGTTGTATTCTGATTATCTAGCATACATATATTCATAGCCA CACAGGATTATTGTCTTTGGGTCTCCAGTGAGTTTCAACTTGAAGGTGAATATGGCCTCA AGTTTCATACTTATGATCAAACCGTGCATTTAAAGAAAAACCTTTTTTATCTTAACTAAA AATTGTTACTCCTATTTGTTAACTTCTGGACTTCCAGTTAAGGTCCACATACAAAGAACC TACAAGATATTGCCAGGGAATCAGGGGTGGAGCAAGATGAATATTGAAAAGTTGTTTCTA CACTAGCTTATCTGAATTGTATTATTTGTAGCTGTAAAACTTTGTGAAACCCCTTGCCAA TGAAAGCAAGGGGTTTGCTTTCTGGGCTGAGTTCGCCACACCGGACTTGCCTAGTGCGGA TTACCTCTCTTGTGTGGTTTGCGAGCTATCGCATAGGAGCGGTGGTTTTATCCTATGCGC ACCCAAAATGGTAACGACTACGGCTTTTCCTTGTTATCAAAATAAAATAAAAATATTAAT GGTGTTTTTTTTCTAAATTTTCAAATAGAAGTGCATAGTTATGCTCAATATTATGTCCTT ATATTGCTAACCTTTTTTTCTTGGACTAAAATGGTTTGCTGATTGTTTCCAGATCATGTT GTATGATGCAACCAGGAGACTCCTTGATAGCAGATTTCTGAGAAAGAGCGAGAGCATCAT GTCTGGCAACTCGGTAACATTTGATGGTCACTTAGTGGAAATAGGAGAATGCGAGAAGGA CCAAAATCCTCGAAAGGACATTAGTCCTCAAGGAAAACATATCAAGGATCTTGTGAAAAG AGGACCAATACGCGGGGAAGTCGCTGTCCACGATAAGTTTTCCGCTGGTAGGTCTGACTT TGTCAACAATAAAGAATCAGTAAAGTAAAAATAATGTGTTTGATGCTCATGTAGGCAGGC CAGCTTATAATAGATGTTTTTTATGACTATCTAGTTTTGCGCATCCTATTATCTTGGACT TATAAATGGAACTTTGAAGTTTCCATGTCTTTAGGTTTGGATGGACCAGGTTCTGTGAAT TTAGATTGTGTTTCAAGAATTTTTCCGAAAAATATTGTTTGTGTATTTTGAATATGATCA TCATATTTCACTTGTTAGGCTATTTTAAGAAGTTGTCTGCTATCCTAAAATGAGAACTTT TTCTTAGTCTCTATTGGTGTAAACGACACTTCCTTCAAGTTTAGTCATAGTAATAGTTCT AAATCTATGTATAACAGTCTGAACTTTATAAGCATGTCACTTGAATTATTTAGAACTTGC AGTCCTAACAACATTTCAATCCGATGATGATCTTCAATTCCATTTCTGGATCCACCATCT TCTGACACCAGTGAACAATGAAACTCTACTCTTAAACTTAGCATCATGTAAAAATAGGTC AAAAGATACAGAATGTAGTGCTACTAGTTATTGGACAACCTCCAGGACTTGCTCTTAAAT TACAATTCTATATGTTTCTTTTCAGAATGGGATGTCATGTATACTACTCAAATAACTCAG AGGGCAAAAAAGTACTGCAATGGAATCCTTAGGCTTTCATCCTGTGGTTCCTACCAATCT CAGGTTAGTCTATTCATCTACACTCCCGCAACTGTAATTTAGTCATCTTTGTCAAGTTTG CCGAGGATTTGGTTGATAAGCATGTCTGTTCTTATCTTATTTTTATCTGCCTAGTATTTT TATGGTTGCGTAGATTATTGGAACCTAATCAGTCAGGCATCTAAATCTTTGCATCAAGAT TTGATTCAGATTTTCAGCATTAACTGACTAACTATATTTTGACTTCCTAATTTGGATTAT TTTCAAACATCATTCAAAATATTTAGCTGATTATAGTACAGATCTCAATCTTTTTAGCTA TTTCTGACATAAATACCACCACAAACAAGCCAGGTTACTCTACTTACAGAAGACGGGATC ATACTATGCCGAAGATTTCTCAAGTTATCAGAACATGTCACAACTGGAACTACACTGAAT CTGCCAAATTACATGGTTGATGTTGGCGACATAAGGACAAGTTCAGAAGGTAATTTTCTA TGCTACATGGCTAATATTCTTGCTCTTCTCAATCAGTAAGGTAAGGTTTGTCATTTAGCA GTCACATGCTTTCACTGTCTTGACAACTCTATGTTTATGGACCTGATTTCATTGCTATGT GCAGGAAAACCTCAAAATAATGCTTCTTCCCAAGAGCACGTACAACCTGACATTAAATTA TCTGGACTCGAAAAAATCAAATTAAGTAGGAGAATATCCTCTAACAAGCCAACTCCACAT AGTAAGTCTGTTGGCAATTTAGTGAATAAATGATGTTGATCTCCAGAAACAAAACAATCT TGCCTTTTCTTTGCTTACTTCAACTTTACATGCACTTTTATTTTGTTTCTTCTATCAAGC TTTTGTACTTTTCACAAGTATTTAGATATCGATAAGTAACAGCAAAAACTTCTCATCCCT ACTACTTTTTATAGCATCATGTTACATAGTATCGCACATGATTACAACATAAGTATATTA TAGGCTACAGAACTCGTGATCTTACTCTCAACATCTAGTACTTCCATTATGCTCACTTTT CCTGCTTCCAATTGGCTTTGCTTAACAGGGGAACCTCAAATTGGAGCTTCTTCACTGGAA CATGTGGATTCAGAGACTTCAAGTGTTAACAACTCAACAAGTTGTCAGATTTCCAAAACT AAATCTGTTCGTGCAGGTAAGCTGTTGGTCTTTTCCTTAGTTAAGAAGCAGAATTTAACT TTTCTCCAGAAGATCTGGTCAAGATCATTTGCTCACGACTTTCAGCCATTTTGGTTAATC AATAGAACTCCTAATTAAGACAACAAATTGAAAATTTTTAATCATATTGATCTGTATGTG GCACACTACTTAGGCTGGATCAAAGAGTCTTTAAAAATGGTAAACACATGCAGCAATTTT TGAAAGCTCTCAGTATTTGTTCCTTCACCATCTTAACAAGCACCTCTACTCTTGAATTTG TGGAATTATAGTTTGCTGAGCCTCCTTACCTTGGATTAGTTCCTGAAAATCTACACATGG GGAACTGGCTTAGTGTCTAATCTAATTGTCATAACTTTAGAAATGCTTTTTCTATTAAAA AAGTGGCATATGTAGGTCACAAGAAAATCATTACAAGTAGTTTCTAAAGTAAGTTCTCTA ACTAAACAAAAAAGGAACAACATGTCAACCACTTATGACAAGGGGGGAGCAACAGGGTTA GGACAAAAGTAGTGAAATGAACCAAACAGTGAAACAAGAATAGAATCAGCAAAACAGAAT GTGGGGGTAAAGAGTTGCACTGGACTTTAAAACTTATACTAAGTCATTTTGTGATGTTTG ATTGAGGTAAAAAAGGTATGATTGGATAGGGGAAGAATAACAACATACTCGTGAAATCCA CTAAGTGGGGTCTGGGGAAGAAAAAGAGGGTTGCAAATCATTTCCCTTGTTTGGAAGGTG TAAAAATGGAGGGATTTGAAATTTGGATACACAAAAGTAAAAGTGGAGGGATTTGATTAT ATGATGCTCAGAAGTCGAACTACGGTGGTCTGAGTTTTGGATTCTCCTGTATAGCAGCTT TTTGAACCCCCTTGTTTGCACCAAATAACCGAAAATAAATCATCAATTGTTTCTCTCTTC TGTATCATTCCTTCTAATTTCATGATACCAAACATAATGTCAGCAAACTGCAATTTTTTC TTTTGACTAAGCAAGTCATAAGGTTTTATTTGGGAAAATTATGATATGTTGTCATCAAAA TGAACCCCCCCAAAAGCTAATCCCTCCTTTATCTAATGTTTTGTTTTTATGATAGGTAGA GATAACATGTTGTATTTCTTCTTATGCAAATGAACATGCTGACAGTAACTACTCTGTTTT AGCTTAACAAAAAATATTAGTGGAAATGGATTTTCCTCCCACTGTTGTACATTTGTTTTA TTGACAATTATGACTTTCATAATTTATTTTTATATATTTTTTTTTTGGGGGGGGGGGGGG GGGAACACTGAGCTGCCTTTGGTTTATTAATGTTTGTGTTAGAGACCAGCTTAGCTGGAT ACTTAAATCAGTCAGTAATCTCCAAGTTCATATTATATAAAGATAAATATCAAGTACTGG TGTATATTTATCCAGTTCAACTGATGAATTAGACATGCATATATGATATTCATTGAGTAA GCTAACTTACTTCTTTTTGGCAAGTATGGCCCATAGTGTTTTATTTTTGCCAATCTAGTC AATTGCTAAATTCATCTTTTTAACTTTTGATGCTATGCTTCTTGACAGCCCATGAAATCT TGTCCTTTCTTAGAAAACCAGTCACTCCGGAAGGTGCTGTCACAATAAGGGACATCACAT TTGCAGATGAATGCCAACTACTGCAGTCATCAAGTCGTGCTTGCAGTGTTGTTAAGAGTC AAACAGAGGAACATCTCTCTCAAGACTTCAAAGCTGAAGGTAGTTCACCAGAGCATAGGG AAGAAGGAATTATCATGGTGGATAGCAACGACTGCAACATCTCAGAGATGAAAGTTACTG ATGCATTCCGATTGGACGGCATATCCCAATTATTGGATTGTGCCAACCAAAGAGTATCTA ATACTCATTCACCAGGCTTGTCAGCAGGGTAAGTACTGAAGTTCATATCACAACAGCTAA TCCCCCTTTGATTTGTCAACTTTATCTGCTGATGTGTCTATGGTAGTGTTATGATAATCC ATCTAGCCATGAAGTGACACAAAGCGAGAGGTTATCACTTAATAGGTGAAGAAGCTATGC ACTTCAGAGAAGTTTGCACAAATTAATTCCAACGAGAATCAGTGGCTTCTTTGAATCTAA ACTTTGTGGGGCTGGATTAGTATGACATTATTATATAATATATGCTGAATTTAGATATTA TAATTGCAACTTAATTCATAGATATTTGGTATTTTTTAGTCTTACGAAACTTGTGTGCTT TGCCTCAAAGAAGTGTGAGCTTCACTTCTCACTTTTTACATCAAACTCCATGGACCTTGT CACTTTTTTGCACTTTTTGCTTTTAATAATATTGGTCTATGGATACTTGGTATATCAGGA TAAGACATATCTATCTGTTATTCATATGTGTTATGATTATATGACGTTTTAACTTGTACT TGTCATATTTGGTTTGAATTACTTATTTCCAGAGTAGCAGCATCGGAGGTATGGCTGTGT GATATAGAATACCCTCTCACAGAGAGATCCCCAAATGCGAAGCAGAAGCATTTGGCTATT CCTGAGTCAGACTCTAAGGTTCAAGCAGTTGAAATACTCTGCCTCGACAGGTCTAACAAA ATTTCAGAAATCGAGAAAGTATCTGAGTCAGTCTCTTACCAAGGCAAGCATCCTCAAGAA CTCATAGCAGCATATCAATTTTCTACTTCCTCCGGTCCATTTTAATGTCTTTAAAGATTT TTGGCACACCCATTAAGAAAATCATGTCTTCTAGAAAAAGAGTATACTGTTGCTGAGATT TTAAAAAAAAAATTGTATAGATCATTTATTAGAGCAAGGTAGTATGAAAAAAGAAAAAAG AAAAAGCTAATGCCTTTTGGTTTCCCATAGCGACAATTTATTTGGGACCAAAATTGTTTT GCTAAATGACATAAAAATGGACCGAAAGTATTAACTACATTTGCTGTCATTTGTTTCTGT CCATGCAGATAATCCTAGAGGCTCAATGCCTGCATCAACAGATGTTTGCACCTTAACTAA TATGTCCAACAAGGTAAACCATTGAACTCCCTGTTCCTTTTTGAGCTTTGAGTCAAATAT GAAGAAGATAAACTTGGTTTTCTTCTCCTACATAACAAAAGGAAAAAGGCCCAAGGCAAG CATTGAGCCAAGCCAAGAATAAGAGGACAAGAAGTAAAATATGAGTTGAAAAGTAGGAAG ACAACATTACCAATTTCGGGGAAAAAAAAGTAGGGGAAGTTTCGAAACAAAGAAGAAAAG AGGAACTTTGAGGTTGGAATATTGGTTTCGATAGAAACTACTAGGAAATTATATGCATAC CAATCAGCTTTTAACAGTAGAAGATTATAACACCAACTTCTCATTCATTATTTACTTAAA TGGATTCACAAAATGCTGATTATAACATTGTTTCTGCCATCAATACTTGTTTTCTGACAG TATCTGCTGTTTTCCTTAGCCTTCTGCGGATAACAAGCAGATCAATACCCAACAGCAAGA CGGATTTTCTGGTGTGATCAGTGATGCTTCAAATGATTCGGCTCCACAGTTCCCTTGCAT TTCAACTAAGATAAAACTTGAGCATGACATCAGTGCAAGCAAAATAAATGATTTTCCGAG TTTTGATCTTGGATTTGACTAGGATTATTGTTATTTCGTTCTTTCCATGTATCAGCAAAG TACCATCTTCAAGGCTTTTCTAATGGTCGTAATTTCATCACAATTACTGTTTGATTAGAG GGAAAACAGAGTTAAAGATTTACTGAAAGATTGAAGTTAACGACTTTGTGGATATTCTTG TTACTAGACTAGATAATTTTTGTGGGAAGTGAAGACATGTGCATAGAGCCATAGACTACT CAGATAATATACTTTTCATTTTGAGTTCGATATGTTATTGTACATTCAATTGCAATATTG TCAATATCTACATGTAATATTACATGAAAGTTTAAAATGGTTGGTAAATATTCCCTCTAT CCTATGACAACTTGGATTTCGAGAATCGAACAAGAAAATATTTTATCACGATTTATTTGT ATGTCCTTTTAAATATTTTACATTGTTAATTCTTGTGACTTATAGTAATGTTTAAATATG TAAATCATTTTTTATGTATTTCCGAAATTGGTCGAAATAAAAAAGTTTACTCTCAAAATC TGAATTATGTCATATAAATAGGGACCGAGGGAATATGCAGTAGTATTTGCAGAAACAATT TGATATGGTCACAAGATGAAAAGCAATGAACTTTCAATAACAGATAGTAGTTTTACATTT TACAGAGCTTTTGAACTTTCTTCTGCCCTGCAATTTCATATTTTTGGCTCATGCAGTAAG CTAGGTTCCCATATACTTGTAACCTGTTCTACTTTTTATACGTAGACGATACCATCAATC ACTGCCTTTTTAGCTCGGAAAAACTTGATGATATCTCTATTTACTGGTTTCATATTCTAT CATCGTGGTATTTTGAAGGTATACCTGCCTTTCTTGATCCCTGAGCATGACCATGACGAC CAAGAAATGCTGTAAGTAAATTCTTACTCTTTCTGGCGTATTCTTGCATATCTTTTGCAC TGTTTCTTTCCGGGTTTATGGACATTGACATCGCTCTCCGTGGCTCAGATGGACACTGTA CATATCCAAGAACATATAATATGATCACTTAGCATGAACCAGCATTTTTCTTCTTCTCTA CAAACATAATGTACTTAATTCAGCTACGTTGTTCAAACTCTTCAAAAATGTTGATAGGTG CATTTCGGATCCTCAAAAAACTAAAATGGATACCACAATTATTTTTGGAGAGTCTGAGTA ACATAGCTTGACTGCATCGATAAAAGTTCTTACCCTCTGTTTAATACTGGAAGTGCTGGG TGAAATTGATCTGGTTACAGCGGATCCAAAACGAGTGAGAGGAGAAACTGATCTATTAAC TGATCCAGAACGCTTGACACCAAATTTAAGTGGTGAAATTGATCTTTTCCCTGTTTCATT ATTCAATATGTTAGTCAAGTTTTCCTTCTACATACTGGTAACATAAAAAAAAAGGTTACG CTATCAGATCACCTAAACGATAACTACTAACAAAAACCACAAAAAGTAGGATTAGTAACA TGGAAAATAAGGCCAAATTACCTCATAGAATAAGTAAAACAATTAGGATAGTGCAAAAAT AATATTGTGTTGTCCGTGTATATAAATTAAATCCGTATTATTTAAGTTGTACTTACCAAC TTCTTTGTTGGATGGAACCCTTGTAAATGAGAAGTTAAGAGGATTTGGAGAAGCATCTGT CCATGAATTCTTGGAATGTTTTTTCCTGTATCAATTTTTAAAATTGTTACTAATTTTGAA GAAAAAAAATAAAGGTTATAAAGAAAACTTACATGTACTTTGGAATAGATGGATGAGGCT TTGATGGTAGAGCTTGAAAAGGATGAGGAAAACAATCACCTAATGCCAAGAGAGAAAGAA CCAAAGGAAGTTACAAAAAGAACTACAAAAGGCCAAAGCTTTAACGAATTCCGTAGATTT ACTATCGTCTCATCAGAAAGTTTAAATTGTTAGAGAGAGTATACTTCAATCTTATTCAAT TACATTATTGTTTTAACACTCCCCATTAAATTGCATGATCGTCTCATCTAAAAGTTTAAG ATGTTGAAGATATGATTATTATGTAAAAAATGTGCTCCTTATGATGACTTGAACTTTTAG ACTCTGTTAATCAGACTCTTTAAAAGCATTGTCGAGTCTGATACGTGTGCTTCAACATCT CTAGAAGATTCTATTAACATAGGTTTTAGATGAGATGATCACATGATTCAACAGAATTCA AAGGCGTTAATAAGAGAACAAGAAATTGGCAAATAATGTACCATGCTGCAAGTCCTCTTG AGGACACAAGTTTTGTTCACTATTTCTTTGTCTTGGTTTTGGAACTGCAGGTTGTGTCTC TGCAGCTGCAAAACGTAAACATTGAGAATGAAATCGTTGTAACCAGAGGCGGATTCAGAA TTCGAAGCTTATAGGTTCCTATAACAAAACTCAAGTTAATACTATCCAATAATAATTATA TTTACACTCAAATATTTATAGATATATTTAGTAATTTTTTGTAAAAAATTTACTGAATTA ACGTGAACCAGTAACCAACAATACTAATGAAGAGGAGGGAACAAGATACTTGCCTGTATT TACGTAACGCTTATGTTGCTTTGGAGTCACAATTATCAAAGATTGTTGCAAAAGGCCACT TCGATCAACAATTTCTTGGCATGTTTGCAATTTCTATTAAAAAAAATTAACACAAAAAAA GAAAATGACAAGTTAGGAGACTCATAATTCTTCCTCTACAAATGAAATAAATTTCTAGTA ATAGAAAAACTAATTGTTTATAATGGATTAAGAAAACATCGAATGCAAGTAAGTTCTTAT TATATATCAAATCACCTAAAAGAGTAACTACAAGTAATCGTTCATGAAAGAGTAAGATCG TTAACCTCAAAACTAAGACATGTTACATGCTACAATATGTTAACAAACATCAAAAGTTCC TTACACTATCAATGTAACAACAACAATAATCACGGTACGCCACAGTCCCAAACAAGTTCG ATTGATTATACATATCAGTATATATAAGTTAAGTATATTACCTGTTCCATGCACGAAAAT CGAAGCTTGGTTGTAGAAAACTCATCAACTTTTTCATCCAAGAAAGTATTTAGTTTACAA GCCACAGAGCCCAAATGATCCACACTACTAACTAGAGCTTTACTCACATAATCTTTCAAA GTCTCTATCACTCTGTACACATTTTTAATCCAAAAAAAAAAATTAAAAGAATTATGAATA CTTAAAATTGATTAATAAAAAAAATAAAAATATCCAACAAATAATTCAATGAGAAAGGGA AATTACTTACAATGTTTTGTGTTCATTTTCTCCATAAGATGACTCAAAGTATTCAGCAGC AGAATACAACTGTTTCCTTAAATTCTTCAAGTCCTAAATTGCCAAAAAAAAAAAAACACA GAGTTTAAGTTATATACGCTGACATTATACATGATCATTAAAAATTAACTTGTGTTGATA GGCAATTAGCGCAGAGCTGAGATTAGAAGTTTATGGCGTTTTAAACTTTTCACCAAATTG ATAGTTCGTTTTAGTTATTAGGTTCGTAATTAAATGTATATGGTCTAAGCAAAACCTACT AGGTTCGTCTGAATTTAGTTCCGCGTTTGGTAGGTAACTCTTCATATCAAAGATTGGTAT AATAATCTAGATAATGAAATGAGAACTTGCTATAACTAGTAAAATTGCATTGATAGTGTA AAAAATTATGTAACAAATTCAATGCATATAGCTAAAATCTAAAATGAATACCTCCATTTA TGCCATAAAAAACCCAAGATTAAATCTTTTATCACATAAAACACGGATATCGTCAAATTT CTCTGTAACAGCTATCCTTGGCGAAAACATTTTACTATAACGATCAAGTTTCATTTGGAA CTAATTTGTCATGTTATATTATATTATACATTATCTACAACAACAACATACACTATGTAA TCCGACAAGTGGGGTATGAGAGGGGTTATGTATACACAACCTTATCTCTACCCTGTGAAG TTAGACAGATTGTTTTTGTGAAAGACATTCGGCTCAAGTAACACAAATCCAAATCATTAA GGAAAAAGAAAATAATGAAGACTGAAACAATAGCACACAACCGGTACATATTATCTGTTC GCGTGGTTATAAAGAGATTTGACTGCATATTTTAATGGAGAAATGAAAGTTCATACCTTT AAACTATCAGAAAATTGCAAGCTATGCTGCATGAAGATTTCATCATAATTTGAACCTTCT TGAGAACCATTTGCTCCACAAAATGGATTCTCATTTCCCATGTTTAGACTATAGTATTTT GATTCTTGAAAATAACACAAAAAATAAAATAAAAAATAGAACAGAGCAAACTTGCAAATA TAAAAGAGTTGATATATCCAATAAACTAATAATAAGTAATAAAAATTCAAACTTTTATTC AAACCTAATATTCAAAAATGAATTTTATTGGGAAACTGAGAAGAAGAAAAAAAGTGAGCA GAAAAAAGGGACAAAAGATCATCAATAATACAAGTGGTGGGAAGTGATGTGTGAGAGACA GGGTTGTGGGGTACCAAGAATCTAAAAGGATGGGCTCACATATACTCCACAGGCAATCGA GATTGAACCGAACTCAATAATTTTAACTCGATATATATATATTCGTAACAAAAAGTTGCT TGATGTATATATAATTTATCTATAACTAAATAAGTAAAAAAAAAAAAAGTAATATTCATT CTAGCAGAATGCGGGTTTTTTCCTCTATCAATACTTATTTTTATGTTTTTATTTAAAAAA AACTTATGAAATGTTATTTTTCTAGAGTCTGACTCTTCAAACTAAAATAAAGATGATTGG TCGTAGTTCAGAATCTATAAATATAAAATTCTGAATCGGTCTTTTAACCTTTAGTGCTAC ATTCAAGGTTGTAAATGTTTTACCTTGTTAGAGTATATCTTGTTTTTCTTCTTTATTTCC TTTCCGTATAAAATAATAGATTCTTAATATAGATATTGTTTGTTTTAGCTCAATTAATAT TGAAAAATCTATCTTAATATATTTTGCATATGTTAAATTAAAATCGAACATATTATATGA ATGTGTGCATGATCTACACTATATTTGACTTTTCTTTTTTTTTTTAGTTTGAGGTTTTGG CGTATTATTTTTACTTTCTTTAGAAACTTGATAGCTGTGAAATTTATCAATTCTCGTCCG TTATTATAGTTAGAACCGTTAAGCTATAAGCTAAGATTTCAAATTTAAATTTCATCTTTT GAAAAGATTAGGACATTTATATTCAATGTACATAGTTTGGTACACACAATATGTTAAAAA AGATGCACTAAACTTTCTTCTATTTAGGCTTTGGTTTATTATTATTGGAACTGTTTAATT TTTGGATTTAGTTAGGAAAAGAAAATCAAAAGATATCTTTTTTTTTAAATGTTTTTTGTC TTTGCTTTCTAAAAGCAGAAAATATGCAGTCTAATTTGTCTGTTTTAGAAGAAAAGTTCC AAAATAGACTATGTAGGCTATGCTATGTATACTATCATGCTTAAAATTTGGGGTTAGGTA CAAAATTTAATAATTAATAATTTAGGAATTATTGGGTATTGGTGTTTTCTTAGAAGCTAT TTAATTTTTTATATTGCCGTATTAAAGTACATAATTGATTATATAACTACTCCACCAAAA TATTGAAGAAAAGAAACGAACTTTAATTAAAAGTTAAGCTACCAAGGTTATAAGAACATA AATATAGCCATTAAATTGGATACAAATAAGTCAATAATTTAGATTTGGGACTCAATTATT AATAAGGCTTTCTTTAATCATAGATCGTTATTAAGTTTTCTTATTAATGCTCTCCTACTA CTTTTTTTAAAAATATTTATCCATCATTTTCTTATTTTCGTTTACGAATCTTCACTATCA TGTTTCCTTTCTCACTTATGAAATTATTCAAAAAGTATAAAATACATGAACGACATATTA TCTATATCAACAATTGCTAAATATATAGTTATTTATTTATAAAATTAATTTCACCACTTA GCGCTTAAATTAAAAGCTTTGACACTAGTAATAATCTCTTCTTTTTTTCTTCGTGATAAT ACTAAGGGTGTCCTTGTTAGTTGTTTGCTTCTTGAAGAAAAAAGCCAACTTTATTTGTGA AAAAAATTAAAGTGGTCACGGACAGTACATTAACGAAAACGACAATGATAGTACATATAT GATTAGCTAATTGCAATTATTTGGCAGTTGAGGGTTATTTTTCATATTTTTATTATACAT GTAAATATTTATTTATTTAATTAATGAATTCTTTACGTATAATAAGTGTCAATTATTATT GGTATAACGATGATAATATACCTGATATAATTATAAAAGGTTATATATCGATCTTAAAAA TGGAGATAATATTTTCGATAAACTGTAAAGCTAAAATACTATATTCAAAAGTTGTCTACC ATATTCTCCACGTTGAAAAGTCGAGCTTATTTTGGCTTCATTATCACATTGTCTTTCTTT GTACTGCTATTAATATTGACTTATTTGGTTTATGATCAAATTAGAATTAAATATGACACC GACAGCACGTGAAATAAATCACTAATCTTTATATATAGCAAAATGCTCATTTTTTCAGTT TTTATGGCCCGTTGAAAAGAAAAAAACAGGAAACTAAACTTATATACCACGTTTTGATTG TTAAACTTTGTTAATTTTTTTCAAATTAAATTAAGGTTATGACATAAATAATCATCTTAC ACAACAATTATTATCATGGTATCAAAAGAACAAGTTGATCTAATCATTTTAGCTCAACCC AACCAACTAATACCTAGCTTTATTTTCTATGATTTATTTTATTAACTAATAAAACTTCTC AACACATCAAACCAAAAACTAGTCTCAGGAACAGTATTAGCTTTTAATTGAGACCAAAGA AGCAAAACAAAAAGGTGTAGTTGAGAATAAAATAGTTTAGATACAAATACTAGTCCTGGT AACGCATCCTTTTCATCATCATTAATTCGTAATAGAAGAAGATAAAGGAATAGTAATTCG ATTCAAAGCAACAGAAAAGTGCAACTACTGAAAATTCAGTATATGCTGAAATCACAAAAG GAGATGAGTAGAGGCATATCTTCTCAGACGATTCGCTCCAACTCCCTTGCGTAGCTGAGT GTTTGAGTGATGAGCTGAAGGGACGGTATTTCCTTGCAAGGGACGGAATCTTTTACTTTC TGGAAGATGATAAACCCGTTCTTCATCTCCCACTCAGGATGCTCCTGCACAACACTTCTG ATCAGATAATTTCGAGCGGAAAAAAACTGCTGATATCGATCACCCTAAATGCAAATAATT AGTTATTTCAGGCCTACCATCTTAGTGAAATGCAAACATCAACCAAGACAACTTTTGTCA CAAATTTTGGTTCGATAACTAGAAAATCAAGAAACAGGGAGAGGGAGACAGGGGACACAG TTTACCTTCTCAACATATTGAAGTAGTTCTTTGTCTGATGAGAACAGCAATATTTGCCGA GCATCACTAGTTGAAAGACGGTCATATGCCTTCTCACTGCATCCAGCTATCTCATCCCTA CAAAATGACAGGAGGAGTTGCACAATCTCAATAAAATTGTATACAATAAGATTTCTAAGG TAATTGGCCAATAATACACACTCACAACAGGCATGTATGCATGTATTTTTTTTTAATCAG TACATATCTATGTATAAAATGTACCTAAGAATATCGGCAAAATGAGAGCTTCTCGACAAT GCAGTATAAATTTAAAGAAAACATGGGGGGATATTAGAAGGCATATGGCCGTACATTCAA TCTGTCCAGCTTCAATAAACCAGACTAGTGGATTTATAGTCAGTTCAGAACAAACTGGAC TTAATCCAGTTTGTGTATTTATATAGGTAAAAAAACCTGAAGTACTAAATATACATGAAC ATGTATGTGCACTATGATTATCCCCTATAACATATAATGTTATATAAATAAAATAAATAT CAGTCAAATTACCACTGGGTGCAACACGCGAGTCACTAAGGTTTGGCAAAGAACTACGCA GAAGTTGGAAGAGAGACTGGCAAACTGGCAGAAACAGTGTTGCTACATGGGCCACAGCAA GTGATAACACACACCTTTGGAAGATAAGTAACAAAATATGGAGATGAAAAATTCTGGCAC ACCAGCTACCTATATTTCTAACTTCCTTTATGTTGCTTGGAATTGAATAATTTCTTTATG AAAAGCATTTCCCATAGATCTAATTGATCCTTAAAAGATCTAACCCATTTAATCAAGCAA TAAGTGACCCTGCTAACATGATTGTAACTTTGCAAGCGGACAATAAATATTAAGGTTAGC CAAAAAGAATCCAACAAAATGATCTTAAGAAAATTCATTCCCAGGCACCAGAGAGCAAGG AAAATTATGAGCAAAACAAATCAATTTACCTCACAGTCTTTGCAAGCAGATCCATGAAAT AGGCATAGGTTGCGTCAGGCACAGTCTGTCGTGCACTCAACACCCTGTGGTAAGCCCCTT CCATGAAGGATTGCTCTAATTCAACAGCATGCTTTATACATGGGTTGTCCAAAGCACTCT GTGAAAGTAACTCAAGTTCGGTGTGGAACTCAGCAATCCTATTCTGAACAAGAAGCCGCA GAAGGTTGAGACCTAAGATAGGGTATTCCTGTGGGGAAGCTGGAAGACGGCCACTGCATC ACAAGAAAAAGACGAGGAGCACCTTCTTTTCAGTTCAATTGCTATGCATTTATAAAACAG ACTCAACCAGCAGATCTTACTATGACAAGGGTAAGGATATCACAAGCATAACTAGAACGA TATAAACATACCCCACCCCAACTCTGCCCCAAGGCAGTTTTTCCTTCACCCTCAGTATCA AATAGTTGAAATTGGGTTCCAAAGCAAGCAAGAGAGGAATCTAGATATCAAACTATGCAA CACTTGATATGTGTATTTGCTTTGCCATTTTCTCAAATAAGTACAGAAGATGAAATGGCA TATGGAACTAAAGCTTGAGAAATAGTTACCGTGCATCTGTGTAATATGGTTTTAGCTGAA AGAAGTCCCTCTCGAAAGCATCCTGGTCCTCCATCTTCACAGATAAAACAACTGCATGCT CGTAAATATCTCCTGTGAATTGTTATACCATTGAACACTATTAGTGTGACTGTGAGAACC GTGAACTTTCACCAAGCTCCAAATTCAAATGGCTTAAATCAATCATATAATATTAGCAAG CCAACAATCTCGAGAATAAGCAAATCTAATAATAATAATATTAACAAGCAAGCAAACAAA CAAGTCTTTGTCTTTCCTATGGTTGCAGAAATACACTGAAATGGCATCCCGCCATCCCGC CTAACAAGGATAAAAATGCTCTATATTCAGATGACCTCATGGAATACATGTCCTGCATTT TATTGAAGAATATTTTATATTTATTTATCTTTTTGATGAAGTAAATGATTATTGAAGAAT ATTTTCTTTTTACTTTTAATGAGATAACGAATGTATCAAATTTGTTCAAACAAGCTATTC CTTTTCCTTTAGTTTTTTTTTTGGGGCTTGAAAAAACAGCTTCACTGCCTTCGAATTACA CTTCCCATTGTACAGCATATGGCATATTAGTGGAAGAACTGAGCACTGCATCTCCAAGAT AATGTACTTACAATTCATAGATAATCATAATACACAATCAGCAACCAAGCACCAGCACCT TCAGAAGCAATTAGGCAACATAATGAAAAGCAAATAAAATAAACAAGAGTGCAGAACATT ACTTGCAATTGTCAACTCATGGATGGCATTAGATGTTTCTTGGAATAGGGGCGGTAAGCT CGTGAAAGAGGTCAGAAGAACCTAAAATGTCAAAATAAAATAACTCGAAGTTATAAAAGA CATTTACACAACCGATCTGAACAAGGTAGAGAAGTCCTTTATCATGAAAATAAGAAAATA CAAGGTAGATAAGTCATTGCTATATCTTGAATCTCACAAAGACAATACACATTAGGTACC TCATATACTCAGTGAATCAACTACGTTGCAATCCCAAATTAAAGGTCGCGTATACTGACT ACTTTATATAAATTCTGCTTTGTGTGGCTCATCTCATTCCAATACTCAATTAGGATTTCC CTAAAACCAGAGGTTCTCTACATCTCACACTTGCAAGTGAATCAGTCCAGCTTGTTACAA GACCCGGTGATAAAAAGTAACTAACCCTGCATTTTCTCCTTTTGCATATGTTCAAGGAAA ATACGAGATAGAATCGACTTTTTAAGTTGAATATTTCTCTCATTTGAAGCTTGATGTAAG AAATTGCATTTTATAGTACTTTTCTTATAGTTTTTAAATATCCAAAGTTTTTGTTTAAAA AATCGAATTGATGTAATCTAATTTAAACTTTGAAAGTAAGTCAAATTGACTTTCAAAAAG CACAACATGACAAATAAAAGTGGATGGAGGGAGTATTTTTTATCTTATCTCCTACCAAGG TAAATCTTGAAGAAAGTTCCCTAAGCTGTTTCGAGTTAATTGAACATGTCAAACAGTTAC ACAACATGGGCAAAGTTATCAAAGTATAAGCTTGAATATGTGACGAAGGTAATCATAAAG AGAAATATTTTTTATAACCAATAAGTTCCCTGATAGTTAATTGGCCCACTCCTGTCGGGG CACAAACTTGACACTTGGGGTAGCATGTGCCCATACCTCTGCCCTGCTATTTAAATACCA ACTTTACTCATTGACAAGATTCAAACTTGTGGTGGGTGCCTAACATAGATCTAACGTTGT ACTTCCTTTATGTTGAATCAAAGTCTTGGTGGCTATATAAGAGAGAAGATTTCTAAGGCG ACAAAACAGAAATCATTGTGACGGTACATTTCATAATAAGAGCTAAATTATGACAACAGC TTAGGCTTTGGAAAAGTTTGCGCTGTGTTATTGATTTCGATTAACTGAGCTGAGAGACAG CCTACTGCAAGTATGAATATAATTCCTAACAGAATGGTCGAATGTCGTGATAAACGCAAT CATAAAGCAGCAGAGAAGAAAACTCTACATAAAGTACAACTCAGAAGATGAGTAAGATTG CGACAGAAAGCTACGGTTTTCAATGAGTTGTTCACCTAGGTATATCATATTCATGTGATT ACCCTGAGCTAAGATAGTAGCCCATTACAAACTATCAACTTCGCTTCAACATAAAATCGA CATATATATCATTATACTTGAAGAGTGTATCTAACCATTCCTTCTACATTTTCATAAAAT GAGCAAAATTTAGAACGAAAAGCTAGGGTTTTCGCCGCATTCACCTATGGTAATATCATA ATGATGCGATTACCTTGAGCTAAAACAGTAGCCTAATACAAGCATCAAAATCATTCCGCA TAAAATCGGCATATAAATCACTATAATTATCACCATACAAGTGCGATAAGCCAATTAAAG ACTAACACCTCTAAACATCTCACATTTACATGATTTGAGCAAAATTTAGAAAAACAAACT AGGGTTTAAACAATGATAGATGATGATTTGATGCGATTACCTTGAGCTGGGAGAGTAGCC TAGTGCAAGCATCAAAATCGTTACGCACAACAGCAGCTTTGAATCGTTCGAAAGTCTGTG AAACTTCTGTAATCTTTGGATCCATGTTCGATCTCTGTTCAGAGCTTTTTCTTCTCGGTC TCTGTAGAAGGATTCTCTTCTTTCTTTACAAGAAAACGGAGGAAGAAAATTGGACGATTT TTCTTGGTGTTCATATAAGGGGCCTGAAAGCCCAACGAAGAAGTTCATGGGCTTTTGTGT TGGGCTGATTTCGGTTGGTTGGATTGAATTTGAACGGACAAAATGGATTAAAATAATAAA TGAGTTAAGACCTAATTGAATTCAAATTTGTTTAGGCTAAAATGAATTGGATCAAAACGG ATTAGTAATAAGTCATAACTCAATCGCTCAATTTTTACTAAATTTAAAATAATATTATTT ATTATTTTACAAACTTTTGATACCTAATAAATGTTGTAAATCATAAATAATATACTACAA ACAATATGGACAAGATATATTATTTGTTATTTTATAAACTTTTGATCCCTAATAAATGTC GTTTACATAAATAATATACTACAAATAATATAGATGAGATATATTATTTATTATTTTATA AACTTTAGATACCTAATAAATGTTGTAAAACATAAATAATATATTACAAACAATATAGAC AAGATATACAAAAAAGTAAAATGCAGAGATCATATTATTCAAATATCTCCAAGTGTCTTT TACAATGGTAAACAAATATTCTTATTAATAGGTTTATAAATCATTTCAAAGACACCATGT TAAATGTCATAATAAATAGATATATTCTTATTGAAAATGATTAATGCAACCTAGTAAATA CACATACATTGATGTATATAGTTCATGAATTGAGAATATGAACAATCCACTAATTCAATA TATTCATATTATTGAAAATATTTTTTTCTTTATTATGAATGCCCATAATATATAAAGAAA AAAAAGTGATTTTAAAAATATTTTGATAAAGATTTTTCAAAGAATGATAATATATTAGGT GTGATTTGACATCAAAAGAGAACTTTCTCTCTCATTTAACAATATCGTATTTGATGTTTG TTCTTGACAGTGTATCCAAAGTTTAAAACTGTAGGTTCAAATAACACAGAACATTCATAT TTTGATTTTAGTAATAAATAATCTTTATATAAGAGTAATAAAATTAAAAGGGCTACCTAT AGGTAACCGTTCACACGTATATAAAAAATAAAATATTTTATTAAATAACAAAAATCCTTT CTTTAAAAAAATAGCAATATTTTCATTTTAAGTTCGGTTAAAATTTGTTATAAAGTCAAA TGTCAACATCAAAAAAATAATTAAAGTTTAATATATTTAAATAAAATATTATTATCTAAA AAAAAGACACTTGAACAATAACACTTCAACTCAAAAGAAGTTACTTTGGGAAGGATGTAG TACTCAATACACATTTCATTTGGCACCCAAATAATAACAACCGTGAAACCTTGCTATATA CAACAGGTGTTTGCTGAAAGGTACTCTAATGAAACACACACTTTTGGAGATAAGTAAACA ATTATGGAGATGACAGCTTTTGGCATATGAGTGTCCTATATTTCTAACTTCATTTATGTT GCTTGAAATTGAATAATTTATACAGAAAAATATTTTTCGTAGATCTAATAAATCTTTAAA TGATCCAAATCTTTTAATCAAGCAATAAATCACCCTACTAACATGATTAGAATTTTGCTA GCGAACATAAAATATTAAGAGTTCTCTAAATTTTACTTTGATTACCATACTGTACAAATC TAAACTAAACATTATATTGGTTATCAATAACAATTATTTCATATTGATTGATATTATGGT TAGCGGTTGACATATAATTAAAAAATTGTCATTATTAATAAGTTATGTGCTGAAAAAAAT ATACACTTATAAATCAAAAAAATGAATTTTTCATTAATTCAAGTTAATTAAATTCTTAAA AGTTTAAAATAGATGTTTAATTTTTTTTTCATATTTGTCTCTTTCATTAATGAAGTTTGA TAATTTAGAAGATAAATTGTACTTAAATAGTATATATATGATTCCAGAAAGAATAATAAT TGATCATATGGTATATATTATGTCTTTTATCTCACATATTCAATTAATAGAAGGAGTATA ATATAATATTAGATTTTAAGAGTTAAATTAAAAACTTTTTAAAATATATTCTTACTTTAA AACAAAATGTTACAATAAAAATGAATTCTAAAAATAAATTTTTACGCTTGCACTATTTAA TACTAATATATTTTATAGATATTCAATTATCTGTTTGGATATCATAAATATTATATAATT ATAAATAGTAATGTATCTATGTGAATATATATAATACACTATTAAATAATGAACAAATAA AACGTTATCCATCAAATTTGATATTATATCAAACAATTTCGATCAAAATTAAAATACTTT CACATCCTTTTGCCCAAAAAATAATTATTGCTCCATATTTAAATATATTTGTTTTAATGT ATGACGTAAATTGTGACTGACGCAGACGGTAAATATGAAACTTAGCCCTTTGCCTTTGCC TTTGCCTCTGCCTCTTTAGTGAAAGTATACGTATTGTTCAGATTGCAGATCTGGGTTCCA AATCAAGTCTATTCATATTTCACTGAGAGTTTCCGTCTGCTGCCGCCGGTTGACGCCTGC CACCTGCCGCCGATCGTTCGTCTTCCTCGTCGTCAGGTAAGTTTGATCATTGCACTTTTT TTTTTACAAAAGAAACAATTGAAGATTAAGAAAAATCTGTTGAAAGAAGTTCAACTATAC CACCATAATTGAATCTGACACTAATTTGAAGCGTGATTTCTGCTTGTTGAAGGTGCGATG TCGACTATTATTCTCTGTAATTGAAGTTTTTGAATTCCTTGTTCTTAGGTTAAATAAATA TTTCTCAAATCACTGATTTATGCTTGTTGAAGCCGCGAGTTCTGTTATTTGTAATTTAAT ATGCTTGATTCTGTTTAGTTATTGATCAAAAGAATCTAGCTAGAAATAGATTTACTTGAA TGTGGATGCATTTCTGACTACTTAGAAATTGCGGCTTCAACTTTGATTCTGCCTTCTTTC ATGCTTAGTGAGTATGCACATAGTATGTTTTAGTGATTATATTGATCAAATGAATGAAAA ATTGGACAATTTGATTCTGCCTTCTTTCATTTTTCTCCCTGCGTGCTTACGATTTGGAAA TGCATAAGCATTGGTTGAATGATCATGGGTAAACTATGTTTGAGAAGCGAATCGATTAAT TAGGCCTCTATCTCAAAGTAATTGGGCTGGATCACATGAATTCTTTGTATGTTTGTATCC ATTTATCTCTTTAAGTGCTATTGCATTTCCAATACTATATCTTGAGCAACTTGATATTTT TTTGACAAGGTAAGCTAATTGTATTGATACTATAGTGCCAAGTAGGTATTAGAAAAAGTA CAAAAGATAGAGGAACAAGCTCCCTGCTATATTGCATCTTTAGTGAATCCATAAAATGAG CTAGAGACTTAATCAAGCTGCTCCCGCACCAAAATGTAAATTTTATATGCTTACAAAAGA TGAGTGTTGTTTTTCCCAACAAACACCTTCTATTCCTCTCACACCAAATTGTAACATGAC GCGTAATGGGTGGGTCCCGCCAAACTTCATTATTTTTCTGTCAATTCTCTATCCTTGCAT GCTGATGTAATCCTTTAACATCTTGCGTCATCACCCGAACAACCCCTAAAATGTTAAGAA CTAATGTTCAAATCTGTCCCTCCAAACTTCATTCTTTTTTTGTTAATTCTCTCTCCTTGC AAGCTGATATAATCCTTTAACATCTTGTGGCATCACCCGAACATCCCCCAAAATGTTAAG AAGTAATGTCCAAATCTGTCAAACATAGTTCAATGTTGCAGGAGATAGCTGATGGATTCT TGTGAGTCTCCACATAATAAGCATTTACTGCACATGGAAAAAACTCTTCTTTGCAAAATA ACTTGTGACACATGCTCTATGGGCAAGGATCCAGTCAAAGCAAAAATGTTTGGGTGCCCT CGTCATCCAAATTATCTTCCAAGGCCAGCTTTGTTTTCAATTGCCATCTATTTCCTGTAA TAGGAAAAACTCCACTAATGATCAATGTAGTGGATTAAGAACTATTAGGTTCAAAACTCA GTGGGCTAAAAAAGACTAGGTGATTTCTTCTCATTTGTCCAAGCCCTGGTCGACAAAGTT ACCCGATACTTGTGTTGGTAGGAGATAACAGGTACCTTTGGAGTTAGTTGAGGTGTTCGC AAGCTAGGTCATACACCATGATTAAAATAAAAGCACTCCACTAGTGCAGGCAAGCCTTTT TTGTGAGTCCATCCCTTTGTCATCAAGAGGCTGTTATAGAGTCAAAAGGTAACTGATATC TTGAATCCTGGAGTCCTGGTTATTTAAGTTTCTTTAAAATCAGATCTTCCTATCGAAGTT AGCAACACAATCAAGTATCAACAACCATAACATATTTTTGAGTGCTAAAGTGTAGAAAGT TTTTTTTTTTAAAGAAAGTAGATTTATTTAAAGGCATCAAGAAGATGCAAGCTTTATTCC TGTAGCATCTTCCTAAACTATAGAACTAAAAAAATCCAAGAGAAGTTCTAATCATATACA GGGTCAACTTGGACCAGCTAAAAAGGCTAACTAGACATTGCCTCACAAAAGATTTTTAGA AGTTGAAATTCATTAAAACCATCTTTTGTTCCTTACTGTCCATAAACACCGTAAGATAGC ACCAGGGATCATCATCGAGATAACTCTTGATGGCTTTGTCAACTTCCCGTGAATTCCAAC TTTCAAGAGCATCCTAACCAAGAAAACTGAGAGAGTTGGAAATTTATCCTTCAGTCCCTG TATCAATTCATCTGTTGGACCCAGAAGTGTATCTTCCTTCCATTTCCCACCTTTAGCCTA ATATGATTCTTGAAATCCTCCCATAATTTGCAAATATGTTTCCAGACACATTGGAAGGAT GCTCACATGATTAGGAGTTCACTTATCCCTTTTGCCACATTTAGTGATGATAAGCTATTT CCAAAACTCCTCTCTGTTATCATTCAGTATCCAGAGCCACTTACAAAACAAGTTCTTATT GTGATGCTGTTTACCACTACCTTCTTCATTCCTAGTCACTGGTTTCCGTGTTACAAGGTG AAATCTTTTTCTGTCTGAGTTCCCCTTTTATAAAAACTCGTTTATAAGACTGTTAATTGT TTTTTCTCAACACTTTCTGGTATAGGCATGAGAGATATCATGTACGTAGGATGCCATCAA GAACACTATTCACCAGCGGATGCCTTCCACCAAAAGACAGATATTTTTTCCCCAAGGGAT GAGCTTCTTCCACAAGTCACCAATAGTTCCAAAATATACTGTAGTAAATTTCTCAATTCA ACAACAGCATACCCAATGTAATCCCAATAGTGGGGTATGGGGAGAGTAGGATGAATTTCT TAATTCAACATCCCGATATATCAGCCAGCTCCTGAATATAATTTTCTGAATTTGCAGCAA AAACACTGCGAATGCAAGCAGAATTTTCTAGTATTTTGTATAGCTTGTATTTACTCAATC TCTTTTATTTATTTATTTTACATTTTCTTAACCTTTTGTGTTGTTGGGTTATCTTTAAAA CGTTTTAGCTGATTCAGAAAGATTATACAAATAAAGTGAGATATGAGAAGTTGAGAACGG ATTCTTGTGAATGGAGATACTAATAATATCAACATAATTCAGGGCATGGGTTTGTGGACA TTGCTCGAGGGCTGCCTGCTTCTTGCAAATGCACTTGCAATATTGAACGAAGACCGTTTC CTTGCTCCGAGAGGATGGAGCTTCCAGGAATATTCAGGGGTGCGGAGAAATTCATTCAAG GGCCAGCTACTTGGTCTTATTTATGCAACTCAATATCTGAGAGTTCTTCTCATACTCCTC AACACACTCTGTATTGTTGTAAAGTTTGTATCTGGATGATGATTCTTGGGTGAGGTATGC ATGTTTAACTTGGTTGCTATAGTTTGAGTTTGAGGTGTATTTGGTCAATTATTTCTTGTT ATGAATTAACAGAAGGCTACCAGAACATTCTGGGGAGAATCCAGGAAATTGTTTTTTTCA TTGCAAAAGCTATATGTGGATTTTGTGTGATTCTTAACTTTTGAAATAATGTCGGGATCC TAGAAATAAGGGTATCCTTAACTAGCTAATATCTTTTATGCTTCATGTCTCTGACAATGT CCATGGTATGATATAGTAGGTGGGACAGTTTCAGTCTGCAGTATCAGGAGGTTAGATTGT ACATTTTTTGTACTTCTCTCATTTCCTTGGGGTTGTGTTGGGGGTAGTTGTTGAGCACAA AGTAGTCGGTGCATGACCTGTTTTCCATATTACAGTCCCCTCAAGCAATATAATGTTCAA TAATGCATTCAGAAGGACCAGAACACATTTTTCGTTTTCTTACATGCAATTTCACCTGTT TCACTTACACTGGGATTGAGTAATAAAGTAGTTACAACTTACAATTAAATAGGATCAGCC ATTATGCTTAATGCAGTGCATATTTATCAATAGCAGTATAAAATTGATTTCTTCATTTAT AATTAGACCAATCTATTTGTTGAATCAATAATTTTTATATTACAGACACGAAAGTTCATA GATGGATGGATGTAGAAGCTTCCTTGAGGAAAAGCTGCAAGTCTAGTCACATTTTGTTCG AAACCCTGATACAAGCTGATCTTCTTCTATAAGTTTTAGATTAAGAATTGTTTTTCGGTC TTCATGAACAACTGTTGTAAAATAGGTCATCAGTTCAACTACCTATGCATAGTAGTTTTG ACTTTCTGCAGTTTTTTGAGTACATGTGGAATACTGTCCATCTCTGCTTAGCATTTGCTT ATCAGGATGTTGTTTTAATGTGAACCAATTCTTGTGATGAAAGGGAGTCTTGTAGTTAAG ATTGTAATGATAATGAGTAAAGCCCGTGTCTTTAACTTTAACCTTTCATTGTTAGAAAAA CCTGTACCTTTGTTATGTAGTTTCATATATCGACTGCCAGTTTCTAAGCTTGTTAAAGAT GTGCCAGCCTAGAACTTGTATACCCCCTTCACAGAATAGCTAAGTGGACGGAAATGCTAA ATATTTGATCTTCAGTGTGACAAGTTCGAATCATAATGGCCTCTTGGCTACTCTTGCTCA GTTTTTTCGCTCTTTTACTTCTACCTATTAACCATGTGTAGGAGAAAGAACCCGTTTTTT GTAGATACTGATGTAAGACCTATTACTAGTATAGATGTAGATAGTAGTTCTGAATACTGA ATGCTTCTAGGAGAGTGATGAGGGGTCAAAAGAGACTGGATTTTGATCTTTCTAGCAACA AAAAACAGCATACCCAGTGTGATCCCATCAGGTTTGGGGAGGGTGATGTGTATGCATGCC TTGTGAAGGATACACCTTGCTGCTCATGTAAATTCTTCTAACCCAGTAAACTATTACCCT GTTTTGGGTGTTGGGCTCATGTCATAACTCATAAGCCAATATCTTTGTTTTGTGGATATA TACTTAATATATACACCTGCTTCCACTTCTATTGCAAACTTCCAATTATCCTTTTTATCT TCTATTTTCATAAATGGAAGATCCAATTGATATATTCAATTAGTCATTCGTCAAGTACAT TGCCAACAACATAATCATGTACAAGATCACAATTCTCGATTCAACAAACATAACTCGAAC AATGCAATTTGATTTAACATATAGAAAGTGCTATGTTTTTGTTATGCTAAATACATTACA ATAGATTCTTTGTTCATTAGGAGATCTTCACCAAATTATTTATTCAAAACTTTGCTTACT TCTACCTCCTTATACTATAGTTAAGAGGGAACACAAACTGCCAATAAATAAATAAATATG GCCTCTTATAGTCACTTTAACTTGGTTAATTTTGATTTTGATCCTTATAATATCGAACTA AACACATTTAATCTTGAATTGATTAATTCTTTTAAAGAGGATTAAAGTATTTTTAGACGA ATATTACCGTAAAACATGAAATACCAATACAATTTCATATTATATGAAAATTAAGTGATA GAACAATTAACCATCACTTTCAATTAATTAAAAATAAATCAAATTTAATCCATGACTTAA ATTTTGCAAGAAAAAAATAAAAAGAAAGGAGTAAAGTAGCATTTACAAGTCTTGAGGGTA TCTAAACAAAAAAAAAGCAATAAATTTCACTTGTACAATTTTACCAACTCAGAACTGAAA ATTGTGAATTTCCTCTTTCTTATCCACTTTATCTCCCTCAAGAATGGCGTCTTCTTCTTC TTCTCCATCAGTACTTCCATCTCTTACCTCCACTCTCTCTTCTTCTAAACCTTCAATACC CTTCAACTTCAAAGGTTTCACCAAAAGGGTCAACAATTCTGGGCAAATCTTGAAAGCCCA AACTCTAGAATTTTCGGGCTCGTTTTTCGAGGGTGGATTTGGAGGAGGAAATGCTGATGA ACCACCGACTACACCATGGTCGGGTATTTCTGCAGTTGAAGATAAAGAGGAACCGCAGTG TCCACCTGGGTTACGCCCTTATGAAACAATGGTGGTATTGAGACCTGATATGTCTGAAGA TGAAAGACTTGCTCTTACCCAGAAATACGAAGAGGTAACAATGATTGTTTTTGTTTTTGG AAACTGATATAACTTGCAAGGTGCTAAGCTCAATTTGGGTGGATTCTAAGTTTTCAATTG CTGATTTGACTGTTTGAGCATTAGAGTTGAAGTTGAGAGTTCTAAAGATTGAATTTTTGA AACTAATATACTGTTTCTTTCCATTTTGTTTGGCGCATTTTGCTTATTTAGGGTCAATTT GATTGACTTTTGGAGATAAATTGAACTAGACTAATTCCTTTTGTATGAGAAAGTATTATA ATTCTCTTAGTATCCCGAGTGTTCTCCGGAAACAGCCTCTTTACCTCCAATATATAGGTG TATGGTCTGCGTATACTCTACCCACAGACCCCTCTTGTGATGTTTCACTGTTTTTTTGTT GTTGTTATTGTAATTTTCTTAGTATCTATGCTGAAGGCAAAGAATAAATTTTTAATATGT TTGTCATAGTTCATGAATGAGAAGTGAAGGTTGCCACACATTAGGACTGAAGGAGTAAGT ATTTTTATCAGAAGTTGAGCTGCATATAGTATCATTTGATACTCTTCAGCTGATTTCATT GTGAACTGGGAAATGAAGATAATTATACTCATTTGAAACAGGGAGATCATTTAGGAAACA GAACAAGTGATTGATATTTGGTTTGACATGATGAGAATTTCTTCCATTCCCCTCTCTTGG CTAAAAAAACTGTTTTTTTTCTTTCTTTGTCTGCTAAGAGGCGGAAACCTGAAAGCAAAA GCAATATCGACCTTGCAATTTATTTAAGCACAAGATTGTCCAAGAATATTCTTCCTTTTT GTTTTTTTGTCTACTCACTAGAAGGCCATTCTTTGGAAAAATCAGATATTTGAACCTAAC AACAGTCAACAGTGTTTGGGTGCATAATTCAACATTTTGTTATAATTTAAGCTGACATGG ACATGATCTAAGTAAGAAGAAAGTTAGTCTCAGCTTCTGCTACAATTTTCATTCTTCTTG TTCCCATGTAAGAGCTTTCATTTTTAATCTTGTTCTTTTTCTCTATCTGCTTTTCGAGTC CAAAAGCCTTGGTCTGATGACTATTATCACCTTATCATTCTTCTTTGTGAACATGGATGA TCATTGTATTTTTGTTTGCCCATCTCATTTTTGATGTTATAGTCGACGTCTATAAGAAAA ATAGGCTTGCAAAGCTGCGGAGGACAATAATAGAAGTACTTAAAGTTGATGAAACTCTAT TTTCTACATGACCCGTTTACTACTGTATTTCCGTTTCTTACTGATTGTTGTTTTGTTTCA CTTGAGCCGAGGGTCTATTTGGAATAGCTCTATACCTTTACTAGGTAGGGGCAAGGCTGC GTACCCACCAACATCCCCATATCCCGCATGTGGGATTGCACTGAGTATGAAAGGACTTAA AGTTGATTAAACTATCTGTCATCTTTCACCTACAAATGATTGGGGAAACTTTCACTTAGT TAAATCCCTGATAAGCTTGAAGAGAGAAAAAAGTTAAGCATCAGCACACGTGTCTTTGTT CTATGTTTGTTCCAACATTTACTGCGTTTCAGCTTTTGCCTAACAGGTCAATCAAATAGA CACACTTGTAAGTGCCAATGTTTCCCATGTTTTGTGTTTCTCTTTGTCAGATACTCCGTC TAACCAACCAAAGAAACTCTCTTCAACATGGTATCGGATCAGGCTCTCATTGCCACACAT TATCAAAAAAGGATTTACACAAGTCCACACGTGAAGGGAAATATTAAAATTATACTTGAC CATCTCATCTAAAAGTACATAATAGACTTATAGTAACTCTGTTATGGATTGAACAGTTCT AACTAATATTGTCTCCGATCAATTTCAGTTGTACATGCTATTTGACGATGCAAGTTATAA TCTTTTGTTTTTCTTTCTCTTGGGCAGTTGCTGGTTGCTGGTGGTGGTATGTATGTGGAA GTCTTCAACCGAGGGGTTATTCCACTTGCATACAGCATTAGGAGGAAAAACAAAGCTGGA GAGACAAATACGTACTTGGACGGTATCTACCTCCTGTTCACTTATTTTACTAAACCTGAA TCCATTGTAGCTCTTGAGGCAACATTGGTAGCTGATGATGATGTTATCCGGTCGTCCACT TTCAAGATTAGGAAAAGAAAATACTAGTTTGGTTGGTTAGTTTAATTTGTGTATCTGTTC AGTTGTAAAAGACGATAACAGAGAGCAGGCAAGTTTTCCTCATCGCGCCTTTCAGATGTT TAAGTCATGACAGTCCTTTTCACAGCAAAACAGTATCAATTTGTAACATTCTTTTATATT ACTGAAAGTTGCCATTACATTCTGCTCAAGTATCCTCCAATTTGGCTCTTAAATATAATA TATAATAGTAGCATTATTGAGCACTTGATTACCTTCATTTTTACTTTTCTGATCTCTTTG GTTTTCAAGTCAGATTTACCATTTCTTTTTATCATAGAATTCTTAACATGAGAAGGTGTA CTGATGTAACTCAACAGTGTGGCCTAATGGACAATGAAATGGGTTGAGAAACACCAGAGG TCGTTTCTTCCTATTTGTCCAAGCCTTGATGGAGAGTTATTTGGTACTTTGTGCTTGAGC TGAGAGTCTTTTGGAAACCACCTCTCTATCACCACGAGGTAACGGTAAGGTGTACATTTT CTTGCTTTTTGTTACTTCCATTTTTATGGGTTATGATCTAGACATTTGGTTCAAAATTTT GTATTGATTGCATTAAGACAACAGTGTAGTTCCACCTTAACATATATGTCATAAAATGGT CATTTTTATGTTAATTGCTAAGAATTTTTTTAAAGTTAGATTACGTTATATACTAGATAA GTTTAATAAAGAAATAAAAAAATTTTATTTTTTTTTTAGCTTTATGGAAAATCTTGAGAA TCTGATTTAATGGTGTAGTTTGAGGATGACCACATTTCCCACTTTGATAGAAAGATTAAG GAAATTATGAGAATCTCTTTCCACCCCACAAACAATAAACATGAATTTATTCCAAGAAAA TGCTCACATTAAGTGAAGTTGCATCTTTGTAAAGTTGTTGGACAAGGATAAGTTGTGAAT TTAAAACTAGTAAATGGAGACATAAAGAAAGAGCAAGTTGGTTACGTTCCAAGATGTTCA GTTCAACTATCTATAAAATGGAAAGAAAATCATAAAAAAAAATTAGATATTCAATTATTT TTCGTAATTATCTAAATAATAGTGGATAGAGTATCAATTCCCCTATACTGATGAGTAAAA TTATCTAATCATACGTGGAGTCTCCCACTTGTCTGGATTACCAAGCTAACCTACGACAAA AGATCAAACCCCACCTAGTTGGCTCAAGCGATGATTTTCGTTTTTAAGATTTAGAAATAT TCAGAGAGAGATAATAAATTTCTTCGTGGAAATTGTATATTCGCTATTAAATACAAAATA GCAAGTATTCACTGAAATAATCAAAGTTTACGCGTATTGATTCAGAATATCTCACACACA AAAAGAGCTAGTAGGTTTGATATAGTGGAGTATAGAGAAGATATTTTCTTAACAATAATT TGCTAGTTTAAATTAGTTAATTAATGTAAGTGATCAACCCGTCATTAACGGCTAATGCTC ATTACCAGGAAACAAGATCTTCCACTAATGCATATAAGTCTCTTAACAATTGGTAAACTT GTCTTCATATGTGTAAAGTTGAATTACTTTATCTTTACATGATTAGATTGAATCCTATTT TTTACCATCCTTTGGCTTGACTTAAAGGTCTACCTCCTAGAATACTAGTGTTCTTTTTCC TTTTCGAAATATGATAATGTTCATCTCAGTTTACACAGATTTTAATTATTTTATCTAATA TAAGTTATCTTTTCTTTCCATCAACATAAAGATAGTTTAACTATGATAAATACTCTAAAA TCGACATAAATATAGTAAAAATGATTACTTTGAAATTAAAACGTAGTTATTTATTATTAT TGTTAATTATTTTTTGAGAATATCCCTTGCTTTGTTGAATGGAGAGTGCAAAATATGATA TGACACTTCAAGAGTTATGGATGGACCCATTTTTATGGTAATCAACAACAAGTGATAGGA GCATATGAATAAATGCATGTTGTATGGGCCACTATAGTATATAGTAGTACCAAAAAAAAT ATATTGCTAGGTATTTTATAGATAAGAAAAAGTTCATTTATATGAAGAAAAAAAAACACA CTTTTAAGTGTAGTTTGTGGAAGAACCACTTATTTTGTTGATGCCAACAGAATAAATTCC AAATGTGTAGATTAGAATTTAGATAAAATAAATAATTTATTTTCATACGACACTTTTAGA GGAAAAAAAAACAAGTTTTTTGAGAAGCAAGTAGCTTTTATAAAGGAATTTAATCAAGCA CAAAATATTATTCTAATTGATTAGTTAAATAGAAATTACTACTGTTCAAAAGTATTTTTT CAATACTTCTGTAAGTTTGGCCAAATATTAAGTACTCAATTAGATATAGTTTCCTTTAAA AAGAAAAATTGTTGAGTATAAGTCATATACATGCCTTTCAATAAAATACTTGCTTTCTAT TATCAACATATATTTTTATTTTCATCAAAACTATAATAATTATCTCAATAGTTTTAAATT TAGTTAAAAAATATTTTAAATTTTTTAAAAGCTTGATCGAACGAGTGTTTTTTTCTTTAT CTTCCATTTCCAATGAGATTTTGAAAGGTGTCATGAGGTTATTCAGGCTTATCTGATCAG TGCTTCACCACCTAAATGACTATCTAATGAAGTTGATTGATTATCAAACTTCCTAAAAAA TATCATAAATAAATAAAACTTAGTTTTGTGTGGGAGTCTTGTCAAATGTGAAAAGAATAT AGTAAGAAAGAAAGATATTTGTATGTACTTCAGTGAAAAGTGTAAACATGATAATTTATT TATATCTGTATTTTAATTTCACCTTTCGTTATTTTATTTTAACAAAAGTCTAATTTAAAG TATCACATAGTTGAAGTAGAGGGTAAGTATTGAATTTTTAATTAAAATATTTTAACACAT AAAATTTATTTTATCTTATTAAAAATAAAATCAAAGATTATGAAACGATTGGTTAAAAAT AAAAAAATGTAAATTGTAACACTAGGTAAAAATTAAGATAATTTGAACAATGTGCAATCC TATGATTTTCAAATGATATATTGATTTTTAATGATAAGGTAAGTGACAAAGTTTATGATT ATCATTATTAATCTGTCCCAACGGGAGAAACTATGATTCAATCTTATGCTAAAAAATAAT AAAAAGATAAACATGAAAGAGTGGAATGAGGGGCCTTTTCTTTTAATCTTTTTATATGTT AAAAAATATCTTAGTGGCAAGTTATGAACAAGTCACATCAATTAAAAAGTGTAAATAAAG TAATCATACAATTTTCATCACTTAATTTGATTCCAAAAAAGCACTTCACATTTTTCAAAT CTCAATTAAAATCCAAAAATTAAAAACATCCTCTTTTTTTTTTTTCATTTTCTTGATCTT GATTTGTATATAAAAGCTATATAAGCTAAGGTTTCTGTATACATATTAAGCTTATAGCTT ATAATCTAATTTTTTTTCATTGAACTTAATTTTAAGTGTTTATTTTTTTTTTCAATGGGG TTACCTGAATCTCCTAGTCCACCTCATTTGTATCCTCAAGCACTTCAACTTAAACTTTAT CAAGCTTTCATTTTTTCAATTCCAATTCTTTTTTCTATAATCTTGTTTCTTTTGTTTTAC TTGTTTTATCTCAAAAGAAGAGCTTCTATTGGTTCTAATTCCCCTCTTGTAATCCTTCCA AGAAGTTCAAATCAAGTTATTATTCATGTGAGTTTCTCTTCTTGATTTTTTTTTCTATTC AGACTCTTCAAAAATATCAACTAGCGTTTGTTCGATCCTTTGAAAATAGTAGTGTTGATT CTTGAAGGATGTAACATGAGTAAAACGCATTTTTAGAGAGTCTGAACAATGTAACTTTGA ATTTTCATGATTTTTTTTCAAGAAATGATGAAAAGTTTGCTAATAGTTTTCTTGTTTGGT AGGGAGATGTAGATGTAAAGGGGATGGTCAAGAACTATAAGCTTCCTGTTATACTATTTG ATGAAGATTCAATGATGAGGGATTCTCAGTAAGTTAAAAACTTTAAATTTTTGTTTGTGT TACTTTGTCAAATTCATGTTTTTTCCGTCCGTCCATCCTTTTAAGTGGTTCGTCAAGTCC TCTAGATTAGAATAGTCAAAATTAAAGGGAGGATTCTTTCTTCTTTTTTTTCCGAGAGTG ATTTTGTATTCTTTCGATTCCTGATGAATTGAGTTTGACATCTCATAGTAATCGCGAAAA AGCATGTCCTATGTGTCAAGGGCAAGCACCAAGATTTTTACTTTTTGGTAGGGTGGAGGG CTTTTGTGCTCTACCTTTTTACCTTGATTAAAGTTGCATATCATTTTCGATTTGTTCTAA AAAAAATCAAGTGCCTATAAGTTAGTTCCAAGAAAAAGGATTGTTCTAAAAAAAAATCAA GTGCCTATAAGTTAGTTCCAAGAAAAAGGATGTGGGGTCTAACTATAATTTCATTTCAAT CTCGATATTATTGGGATTGGTTTCGAAAAAGCTATTTCCCCTGAAATCTATGCGGAAAAA AAGTTAGTTATGCTAAAGGTCTACTTCAAGATTCTGCTTGTCTTGTCATTCTATACTAAA ATGAAACAGAAAGGATTCATATATATAGTCGATCCTAACTAGTTTGAAACTGAGATGTTG TATTTTTATTTACTAATATTAGGACGAAAAATTTCACAGGTGTTGTGTTTGTTTGGGAGA ATTTGAGATCAAAGAGGAGTTACACCAACTACCTTCATGTAAGCACATTTTTCATGTTGA ATGCATACGCCATTGGCTTCGTTCAAATTTCTCTTGTCCACTCTGTCGATGCCATGTCCT TGTTACCAACAAAAATCCGCAACCTCTACAACCACCACCTTCTAATCACAATCCCCCGAT TGTCATCGAGGAGGAGAGGGAACAACGCGATATAACGATTAGTAGAGAGGAGCATGAGCA ACATGTGGTGGTGATAGTTGAAGAATTGTCTAGTGCTAGTAGTTCATCATCTAGCATTGT TGACAATATTGAGAGAGATTTTTCAAATGTAGAAACTCATGTTATCAACATTGATAAGGC TCCTGACATATGAATGTCAATCGCAGAAAAAATTAGAATGATACAAAAAAGATTTGTATG GTCTCTGCACGAAGATGACTCAGACAAATCGAGAAATGGTCCAAGTTTTCCTTTTAAAGA CAAAAGGGGAATTTAAAGGACTGCCTAATTTTGTTGCATTTCTTGGAATTTGTAAGGCAG ACAAAAGTGTTGCATATTGAAATATATATATATAGTTTATAGACATAACTTTAAAATGAC ATCATATATGATAATTTTTTTGTAATTTTGATAAGACAATGACATTCGAAATGAAATTGA AATTTTGTTTTAAAAAAAGGAAAAAGGAGTTTATGGACAGAAGATTAAAATTTGAAAAAA TTTACTAACTAATCTCCAAAATACAAGACTTGATTCACATACACAAATATAAAAAATTAC AGCATTGTACATTCTATAAGACCTCCATAATCCTTTTATTCTTGAACATTTCAACTAAAT CTAATATTGCTTCTTAACTTAAACTAAGAAATAAGACTACAAGAACAATAACAAAAGGTC CCAAAGTACAAAAATAAAACTTTTCTATTACATGTTTCCTAAAAGAAAAGCAAATGCTAT ATAGAGAGTACAAGCAAGACATGTTGAGAAAATAGTGACCCTTGTAGGCATTCTTCCTTT ATCACTTCTCAAAACCATAGCTTCATAAATTGGCAAACAATTTATAACAACAAAACCAGA AATAAACATTTGGATAAATATTCCATCCAAATTTTGATCACCCTTGAAAATTTGTGCTAA TGATTTGAGGAATGCTATTAAATTGATGATTGATGTTGTTGCTAGTATCACAAACATAGG CGAAACAACTCCAAACTCGAAAATTCCTTGATGATACCTTTTACCTTGGTCATTATCGAC TATTTTGTTTGTTACATTGAAACCTTGTGTCGATATGCCTAAGTATTTAGTTAAATACTC AATTGTTCCAAATAAGTGAGATGTTAACCCCCTTATCATCCACATTCTTTGGTCACTCCA CCACCTTTTAAATGTCCCTTCATTAGACATAAAAACCAAGCAATCTTGTCCATACGATCC AAGGAACATAAAAACATACAAGAAAAACCAAGGATCTGAAACCTGAAATCGATATAAAAA GAACAGTAAACCTTCAAAATAAATAACTTAGACTTCTTATTCATCTGCTCGACAATATCC ACAAATTTACCATAAGAGTAGTCGTTCTACCAATTAATTAGTCATGTGCTATGCTCTATA TATGTAGTGTTGCTTTGTATATGACAATGTTATAATATATTTTCTACATGAAAGGGAATC GAAACACATAACTTAATTAATTAAACGTTAAATATGCTGAGTCATATATCAAAAGGGCAT ACCTTTGGAAAGATTGTAACCCCATTGAGAAGAGTAAGTTGAGGTATGAAGGCATATAGA GTAAGTGGTATTGACCAAAAGGGGGAGAATGCATAGTGAGAATAACAGTGGGCCATAACA AGGCCCATGGACTGAACCCCAAAAGTTAATGGGCTATATTTTGAGAGAGCAACTTCAAGA AGGCCCACATCCCATCTCTTCATTTGGCTGACCACATCATACAGAGAAATTGGTTTATCT CCTAAGAATGCAGGCCTTTTAGGATTGCAAAATACTGATTTCCATCCTTCACATTGAAGT CTATAACCTGTGTAGTAATCCTCAACAAGTGATCCATACCTAACCCCCATCTGCATAATT TTGAAATTGTTAGTTTGTATATAACATACATGATTATATACAGATTATACATTAAAGATA CATGTATTATACATCTGATTGATATATTACTATTATTTTTACTGGCAACGATAAGCAGAA AGTCCGAAATGATTGTCTTGTTGGTTCAATTTTACACCACATTTACTATGTTGTCTTCAG TTCTAGCAACTTTTTCGTGGCAACAAGATCTAAAATATGTGACAAGTACGATCTCATTGC CACGAAAAAGAAGTTGCTAGTGCAATTATACTCATATTGCCTTAAGTGCAAACGATTTTT TTGTGGGAATTAGTTTGAATATACCATGTATACTAGATATATCGCGTGGCAAATTCGAAC CAATTGCCACCAAAAAGAAGTTGCTAGTGCAATTATACTCTACATTTACCAACTTAAAAT GTAGACTAAGCTCACCTTGGAACCCCAATTACTTCCACTCTCATAGTTGCTACTTGCTAC ATAATGGGCTCGCCGCAAGATTTCATGGGCCTTAATGGGCTTATTCACAACATGATCCGG AAACAGTTCTGGAATTTCGGGCTGCTCAAACGAAGACGGAGGCCCGAAAAAAGCCCGACG ATGAAAAAAACAACCAGTTCCAACATAATTAGGCCCATTAAGCCCATCCATGCCCATTGG ATTAGTTATAGATAGGGGTTTTATCTCATTTGCATAAATATCTGCTTCATTAAGCCCATG AAAAGTTTGAGGAAACTGAACGTAGGCTAAATCGGGCCGTAATGTTGGGTCCAAGAAGTA ACATAAAGCCCGTTGAGGTGTTGATGGATCATTAGAGTACATATCACAGTCAAGTGTCAA TATTATTGGTGCATTTGTCATAATTCCCGATACTCGAAGCTATATCACAAGAAGAAATTA ATAATCAATTCGATAAGATTTTAGAGAAAAGAGACAAATATATTCCTCGACTTTGCTATT TAGAACGTGTGTATAAGTAAAATTGATTAGATTTTTTACTTACCAATGCATTGAGGGCAC CTGCTTTAAAATGATGAGGGGAACTTTTGTTTTTTTCTCTTGAAAAATAAATAAGATTTG GCATCCCATGACTTGTTATGTCTTTGTCTTTGCCACTTTCTAACAAAACCTACACCAACC AATTTGATAAAAGGATAAAGTCAAGTGGACGATATTACCAAATTAATCACCAAACATCCG CATGGGCAAATCTCAATATATATGATATCCTATATTAAGTCTCACATCGATAAAATATTA AAAGAATATTATATATAAGGAAACGAGCGTAAAATTATAGTGACAAGTTATATAGAATTA AGTTTCAAAATAATAATATCATTAATAAATTGAATTACTACAGTACAATATATATTTACC TGAATAATAGAAGCATGATTATGTCGAGAAAATCCAGTAGTCCAATATTTGGTAAAAGCT TGAAGCTCTTCCTCAGTGTTAATACAATCTTCATCCACTTTTCCCCTCTCAATCACTTCT TCTATCCTTGTTTTCATGTTTTCATACATCAACTACAAATACAATATACATCACATAAAA TTCTCGATTGAAAATAAGATAAATAGTCGAAAAAGTTTTTTTTGATAATAGTTTGAGTCG CGTTGATAGATTGAAAATAAGATAAATAATTTAACGCTGAAAGACAGATAAAAATATTAT TTTCTACTGTTAAAATACTATGACGTGATTTGCATAAAAAATAAATTGTTTTTCTTATCT AATAACATAAGATAAAGATTCTAGTATAATAATAAAAAAGTTTTATGATATTTTAAAATA ATATAAGATGTCCTTGTAAGAGTTGTTACAACATTATTGGTTAAATTTATTAGTCAAATA CAATATATAACAAATACATATTGATATATGAGCATATACTATATACTACTATTATTGGCT AAAGAAAATATCTGTTTTTTTTTCCTTCAGCTACAGCGTCACAAAGATTGAATTCAAAAA CAAAATGCCAAATCAATAAATATATTAAATATGTTCAAATAATTGATAAAATCAACTCAG GCCAGATACTAGTCAATCAAATTGCAAGTTGCTTATCTTCTTGTATAAATATATTTTAAA ATATTAATTAAAATATAACATAATTTGAATTTTAAAGAATGAAAATACATAAAAATATGA GATATGGTGTAAGATAAAGGACAAATATTCTATTTGTTATTTTCCTTAGCGAGAATCATG ATTTTCCATCACAAATAATATTTAATTAAATAAAAAAAAATATCTCTATAAAAATTTCAT ATACTTTACGATCTCATATATATATATATATATATATATATATATATATATAATCTAAAC TTTGATAAACATTTTAACTAATATTTAGTTTAATCAAATCCTATTCAACTTTAAACCATA GATAATCAACTTTCGAAAAGCAAAAGTTACCACATACTATATTAATAAATTGGGACCTGA CATCCTATAGAGAAGACCATATAATATAACTAAAAATAATATTTATAATAGACCATAAAA TAGATCGTACCAAACCTATATGCCCCTTTATCAATAATTGTAATATACGACAAATTTACC AAAATATCTCATAAATAAACTCAGCCAGATCTCAAACGCAAGCTATAATATAAATTAAAT GTACATCGCACATGCATGCTTGCAGAAATAACAGCATTAAAAATTTTCAATTTTCTATAT TGCTCGAATTTTTAAAAGTATTATCATATTCAAATAAAAATAATATATTTTTAAAGGAAT ATCCACCATATACGTTAAGATACTTTTTAAAAATTCGAACATTATAATTATGATTTAGTA ATATTAAAAATTAATCAAATTTTTTATTATTGATTAAGAAAATCACTAGACGTTAGACGT TCTATTTAGTAATATAAATTCTAGAGGGAAAAAAAACATACCTTGATTTTCTTTGTCTCA AAATTTTGTAAGTAATTAGAATTGAAATATGCATCTGGAGACCTTTGAATTATTTTATTT TCCCTACAAAAAGGCAGCCAATATACAGCAAATTTTGCAGCTTCCATAAAAGCAAATAAC GTAAGCTCCGATCCTCCATCGTCCGATACATAAATCGATATTTTTTCGATTGGATTATAA TCGTAGGCCATAACTGATAATACCGTGTTAACGACGTTTAACGGTGGCTCCTTATAAGGA TCTGCAGTACAAATAAATATATCAAGTGCTGGAAAATTATTAATTTCGTTACTAAAGTTT TTGGTTATTTTTTCGGGATATTGTTGACGTGTTAGTGGACGCATACGAAAAGGTTGACTG GTTGTCCACATGAAGGCTAAGATTAAATCTGAAATTAAAATTGAAAATGATATGGAGAAA GTTATAAAGGAATTTGTGGAATTTAGGAGTTTTATTATATGGTTATAGAAAAGAACTAGG ATGGCAAAAAGGTAAATAAGTGCAAATGCACGGTTGAGGATGTGGTGTCGTGGATTCATC ACGACGGAGTGAAGACCCCCGGTGTTATTGGTGGTGGTGGTGGTGTCGGCGGAGGAGGAG GTGGTGGTTTCCATTTTTGCTTGAAGTGTTTTATTAGAGTAGATGATAGAGTGATAGATT ATTGTGGTGAGAGGAGTCTATTTATGGGAGGGATTTCAAAAACTTCTCTCTGTTATTTTT ACGTGTTTATTATATTAAAAAAAAATTATTTTTATTTATTATTTTCATCGTATGAAGATT GAGAAAAATATATGTTCATTCCATATATAAAATCTCAGTACTCCTTTTATTCTTGAATAT TTCAAATAAATCTAATATTGCTTCTTAACTAAACTAAGTAATAAGATTACAAGAACAATA ACAAAAGGTCCCAAAAGTACAAAAATAAAACTTTGCTATTACATGTTTCCTAAAAGAAAA GCAAATGCTATATAGAGGGTACAAGCAAGACATGTTGAGAAAATAGTGACCCTTGTTGGC ATTCTTCCTTTATCACTTCTCAAAACCATAGCTTCATAAATTGGCAAACAATTTATAACA ACAAAACCAGCAATAAACATTTGGATGAACATACCATCCAAATTTTGATCACTCTTGAAA ATTTGTGCTAATGATTTGAGGAATGCTACTAAATTGATAATTGATGTTGTTGCTAGTATC ACAAACATAGGCGAAACAACCCCAAACTCGAAAATTCCTTGATGATACCTTTTACCTTGG TCATTATCGACTATTTTATTTGTTACATTGAAACCTTGTATCGATATGCCTAAGTATTTA GTTAAATACTCAATTGTTCCAAATAAGTGAGATGTTAACCCCCTTATCATCCACATTCTT TGGTCACTCCACCACCTTTTAAATGTCCCTTCATTAGACATAAAAATCAAGCAATCTTGT CCATACGATCCAAGGAACATAAAAACATACAAGAAAAACCAAGGGTCTGAAACCTGAAAT CGATATAAAAAGAACATTAAACATTCAAAAAAAAAATTACAATTTTTATTCATTTGCATG TCAATATCCACAAATTTACCTTAAGACTAGTTGTTCTACCAATTTATTAGTCATGTGCTA CGCTCTATATATGTAGTGTTGCCTTGTATATGACGATATTATAATATATTTTCTACATGA AAGGGAACCAAAATGCGTAACTCAATTAATTGAACGTTAAATATGCTGAGTCATATATCA AAAGGACATACCTTTAGAAAGATGGTAACCCCATTGAGAAGAGTAAGTTGAGGTATGAAG GCATATAGAGTAAGTGGTATTGACCAAATGGGGGAGAATGCATAGTGAGAATAACAATGG GCCATAACAAGGCCCATGGACTGAACCCCAAAAGTTAATGGGCTATATTTTGAGAGAGCA ACTTCAAGAAGGCCCACATCCCATCTCTTCATTTGGCTGACCACATCATACAGAGAAATT GGTTTATCTCCTAAAAATGCAGGCCTTTTAGGATTGCAAAATACTGATTTCCATCCTTCA CATTGAAGTCTATAACCTGTGTAGTAATCCTCAACAAGTGATCCATACCTAAACCCCATC TGCATAATTTTGAAATTGTTAGTTTGTATATAACATACATGATGATATACAGATTATACA TTAAAAATACATGTATTATACATCTGATTGATATATTATTGCTATTTTTATTGGCAACGA TAATCAGAAAGTCTGAAATGATTGTCTCGTTGGTTCAATTTTACACCACATTTACTATGT TGTCTTCAGTTCTACCAACTTTTTTTGTGGCAACAAGATCTAAAATATGTGACAAGTGCG ATCTCATTGCCACGAAAAAGTTGCTAGTGGAATTATACTCATATTGCCTTAAGTGCAAAC GATTTTTTCATGGGAATTAGTTCGAATATACCATGTATACTAGATATATCGCGTGGCAAA TTCGAACCAATTGCCACCAAAAAGAAGTTGCTAGTGCAATTATACTCTACATTTACCAAC TTAAAATGTAAACTAAAGCTCACCTTGGAACCCCAATTACTTCCACTCTCATAGTTGCTA CTTGCTACATAATGGGCTCGCCGCAAGATTTCATGGGCCTTAATGGGCTTATTCACAACA TGATCCGGAAACAGTTCTGGAATTTCGGGCTGCTCAAACGAAGACGGAGGCCCGAAAAAA GCCCGACGACGAAAAAAACATCCAGTTCCAACATAATTAGGCCCATTAAGCCCATCCATG CCCATTGGATTAGTAATAAATAGGGGTTTTATCTCATTTGCATAAATATCTGCTGCATTA AGCCCATGAAAAGTTTGAGGAAACTGAACGTAGGCTAAATCGGGCCGTAATGTTGGGTCC AAGAAGTAACATAAAGCCCGTTGAGGTGTTGATGGATCATTAGAGTACATATCACAGTCA AGTGTCAATATTATTGGTGCATTTGTCATAATTCCCGATATTCGAAGCTATGTCACAAGA AGAAATTAATAATCAATTCGATAAGATTTTAGGGAAAAGTGACAAATATATTCCTCGACT TTGCTATTTAGAACGTGTGTATAAGTAAAATTGATTAGATTTTTTACTTACCAATGCATT GAGGGCACCTGCTTTAAAATGATGAGGGAAACTTTTGTTTTTTTCTCTTGAAAAATAAAT AAGATTTGGCATCCCGTGACTTGTTATGTCTTTATCTTTGCCACTTTCTAACAAAACCTA CACCAACCAATTTGATAAAAGGATAAATTAAAAAGATGATAGTACCAAATTAATAACCAC ACATATGATCTTAATATAACATGTTAACAATTAAAGGCAAATTAGACTATTTTGTCAACA CGTGTTAAACATTTTTAATTAATAACTATTTTTTTTTTTTTGCTTTTTATTGTGACACAT TTTAAAATTGTACTAGTATAGAATTCAAATAGACAATATCATTAGTAGATTGAATTGTTG TATATAATATTCAAACCAGTACTCCTTTAGATGAATCCTACATTATTTTGATAATGGTGC ATGGGGTAATTCTTACCAGAAAATATATGTGATATTCTAGACAAGTCTTATATTGACAGA TTCTAAAATTACATAGAATTAAGTTCTATAGGATAATATTATGAGTCAATTGAACAATTA CTATATATATATTTACCTGAATGATAGAAGGATGATTATGACGAGTAAATCCAAATGTCC AATATTTGGTAAAAGCTTGAAGCTCTTCCTCATTGTTAATATAATCTTCGTCCACTTTTC CCTTCTCAATCACTTCTTCTATCCTTCTCTTCATGTTTTCGTACATCAACTACACCATAT AATATAAATTATAGTAAAGTAAGTTCAAATTTGATAGGAGATAATATAAATAATAGAAAA AGTTCTTCCTTGATAATAGCTTGAATCACGCTGAAAAATAAGCAATAAATTTCTATTTTA AATGCAAAGTTCCATCATGTACATATATAAGAAAAAAAAATGTTTTTCTTATATAACACA AGGTATGTTCTAGTATAATAGTAAAAAGGTTTTATGACTTCTTAAAAAATAATTAAGGTG TCCTTATAAGAGTTGTTACAATATTTTTGGCGAAATTCATTAGTCAAATACATTATAACA AAAAAAAATAAAATGAAAGACGACATATGAGTATATAATATGTACTTGTTTAGCCATTTT AAGTCTTTTAAGTAAATAATGACAGATCAAAAAAATATCTTTTTTTTAGCTATAACGTCA GAAGGATTGAAATTAAAAATAAAATGACAAATCAATATATACATGAAATGTATTCAGATA ATTGATGAATCAACTCAAGCCAGATACTAGTCAATCAAATTGCAAGTTGCCTATATCTTG TAAAAATATATTTTAAATATTAATTAAAATATGATGTAATTTGAATTTCAAAAAATAAAA ATATACAAAAATACAAGATATGACGTAAGATATTCAATTGTGATTTTCCTTCGCAAGAAT CATGATTCCCTATCACAAATTATATATAATTAAAGAGAAAAAGGAAAGGTTTTATAAAGA TTTTATCAACTTTTTACTATATTATATGTTACTAATTATAGTTCAGTTTTTGTAACACAT TTATTTTTTTTAGACTTAAATTATATAAATTTTAATATATATTTTTATAAAATATATTCT TATCATATTAACGTGAAAAAAATTATAATTTATAATATTATAATATAAATTTTAATTATT AATTTAATTAAATTTAACTACATAAATCAAACAAATCAACTTCTAGAAAGCGAAAGCTAA CCCATGTATATTTAGTTGGGACCCTCATCCTATAGAAAACCATATAATATGACTCAAAAT ATTAGTTATGGTCCCATAATCGATCGTACCAAACCTATATGTCTCTTTATCAATAATTGT TATAAACAACAAATATATCAAAATATCTGAAACGTGGGATGTAATAAAAAAACTTTACAT CGCACATGCATGCTTGGTAGAAATAACAGTGCCAAAAATCTTGTTTTTTTTTATATTAAG TTTTGTCCTGATTTTCTTATGTTATTTTTTAAAAAAATTTGAAGTATCTTTTTTTTCTTC ATAAATGCTTTAACTTTTTTAAAAGAAAAATATTCTTTCATATTTGATTTTTTAAGAAAA ATTTAGAAATGTAAAAATTGAAGATTCTTATTTTCATTGCAGAACACAATAATATTATAA TTAGCTGTTTAAAGAGTTTTATTTACGAGAAGATTTTCTTTAATTACATTTAAGTTTTTC AATACTAATTTTATAATATGTAGATACATTAATAATATGTTTTTAATATACTTTTACTAG TCGTGTAGTCTATCAACCATATACTTTATGATGTAAACTTCCGCATAACCACTACTCACT TTCATACACAATATCATATTGTTCGAATTCTTAGAAGTAACATATCAAAGTAGTAAAAAT ATATATTTGAAAATCAACTAATTTTCTATTTATTAATTAAAAATAATCACTAGATGTCAG ATAATAATATATATTTGAAAATCAACTATTTCTATTTATTAATTAAAAATAATCACTAGA TATAAGATATTCTGTTTAGTAATATAAATTCGAGAGGAAAAAAAAACATACCTTGATTTT CTCTGTCTCAGAATTTTGCGTGTAATTAGAATTGAAATATGCATCTGGAGACCTTTGAAT TATTTTATTTTCCCTACAAAAAGGCAACCAATATACAGCAAATTTTGCAGCTTCCATAAA AGCAAATAACGTGAGTTCCGATCCTCCATCGTCCGATACGTAAACCGATATTTTTTCGAT TGGATCATATTCGTATGCCATAACTGATAACGCCGTGTTAACGACGTCTAAAGGTGGCTC CTTATAAGGATCTGCCGTACAAATAAATATATCGAGTGGAGGAAAATTATTAATTTCGTT ACTAAAATTTTTGGTTATTTTTTCGGGATATTGTTGACGTGTTAGTGGACGCATACGAAA AGGTTGACTGGTTGTCCACATGAAGGCTAAGATTAAATCTGAAATTAAGATGGAAAAAGA TATGGAGAAAGTTATAAAGGAATTCGTGGAATTTAAGAGTTTTATTATATGGTTATAGAA AAGAACTAGGATGGCAAAAAGGTAAATAAGTGCAAATGCACGGTTGAGGATGTGGTGTCG TGGGTTCATCACGACGGAGTGAAGACCCCTGGTGTTATTGGTGGTGGCGGCGGCGGCGGA GGTGGTGGTTTCCATTTTGCTTGAAGTGTGTTATTAGAGTAGATGATAGAGTGATAGATT ATTGTGGTGAGAGGGGTCTATTATAGGAAGGATTTCAAAAAGTTCTCTTTGTTATTTTTA TGTGTTCATTATATTAAAAAAAATATTTTTTATTTTTATTTATTATTTTCATCGTACGAA GATTGAGAAAAATATACTTTCATTCTATATATAAAATCTCAATACTCCTTTTATTCTTGA ATATTTCAAATAAATCTAATATTGCTTCTTAACTAAACCAATAAGACTACAAGAACAATA ACAAAAGGTCCCAAAGTACAAGAATAAAACTTTGCTATTACATGTTTCCTAAAAGAAAAG CAAATGCTATATAGAGAGTACAAGCAAGAAATGTTGAGAATATAGTGACCCTTGTAGGCA TTCTTCCTTTATCACTTCTCAAAATCATAGCTTCATAAATTGGCAAACAATTTATAACAA CAAAACCAGAAATAAACATTTGGATAAATATTCCATCCAAATTTTTATCACCCTTGAAAA TTTGTGCTAATGATTTGAGAAATGCTACTAAATTGATGATTGATGTGGTTGCTAGTATCA CAAACATAGGTGAAACAACCCCAAACTCGAAAGTTCCTTGATGGTACCTTTTACCTTGGT CATTATCGACTACTTTGCTTGTTACGTTGAATCCTTGTGTTGATATGCCCAAGTGTTTAG TTAAATACTCAATTGTTCCAAATAGGAAAGATGTTACTCCCCTTATCATCCACATTCTTT GGTCACTCCACCACCTTTTAAATGTCCCTTCATTAGACATAAAAACCAAACAATCTTGTC CATACGCTCCGAGGAATAAGAAAACATATAAGAAAATACAAGGATCTGAAACCTGAAATC AATATCAAAAGAACATTAAATCTTAAAAAAAATTACAATTTTTATATCATTTGCAGGTCA ATATCCACAAATTTATCATAAGACTAATCGTTCCACCAATTAATTAGTCATGTTTTATGC TCTATAGTAGTGTTGCTTTGTATATGACGATATTATAATATATATTCTACATGAAAGTGA ACCGAAACACATAACGTAATTAATTAAACGTTAAATATGCCGAGTCATATATAATACGGA CCAAAATGAATTGGTGCATACCTTTGGAAAGATGGTAACCCCATTGAGAAGAGTAAGTTG GGGGATGAAGGCATATATAGTAAGTGGTATCGACCAAATGGGCCAAAATGCATAGTGAGT ATAACAATGGGCCATAACAAGGCCCATTGACTGTACCCCAAAAGTCAATGGGCTATATTT TGATAAAGCAACTTCAAGAAGTCCAACCGACCATCTCTTGTTTTGGCTGACCACATCATA GAGAGAAATTGGTATATCTCCTAAAAATGCAGGCCTTTTAGGGTTGCAAAATACTGATTT CCAACCTTCACATTGAAGTCTATAGCCTGTGTAGTAATCCTCAACAAGTGATCCATACCT AAAGCCCATCTGCATAATTTTGAAATTGTTAGCCCGACAGATTCATTGTTTACTTTTTCT ATCCGGATACATAGAGTATACACTGAGTATACTGATAATATACAAATTAAACACGGATTA TACATATATTATACACCATAGTTCCTGACTTATGAACTTGTTGTCTTCGTTTCTACCAAT TTTTTCGTGGCAACATGATCTACATATTTCACAAAGTTCGAACCAATTGCCACGAAGAAG TTACAAGTGCAATTATTCTTTTTCGTGGGAACTAGTTCGAATATACCATGTATAGTAGAT ATATCACATGGTAAGTTCGAACAAATTGCCACCAAAAAAAAAGTTGTTAGTGCAATTATA CTCTACATTCACTTACTTAAAATGTAAAATAAACCTCACCTTGGCACCCCAATTACTTTC CCTCTCATAGTTGCAACTTGCTACATAATGGGCTCGCAGCAAGATTTCTTGGGCCTTAAT GGGCTTATTCACAACATGATCCGGAAACAGTTCTGGAATTTCGGGCTGCTCAAACGAAGA CGGAGGCCCGAAAAAGGCCCGACGACGAAAAAAACATCCAGTTCCAACATAATTAGGCCC ATTAAGCCCATCCATGCCTATTGGATTACTAAAGAATAGGCCTTTTATCTCACTTGCATA AATATCTGCTTCATTAAGCCCATGAAAAGTTTGAGGAAACTGAACGTAGGCTAAATTGGG CCGTAATGTTGGGTCCAAGAAGTAACATAGAGCCCGTTGAGGTGTTGATGGATCATTAGA GTACATATCACAGTCAAGTGTCAATATTATTGGTGCATTTGTCATTATTCCCGATACTCG AAGCTATCACAAGAAGAAATTAATAATCAATTCGATAATATTTTAGGAAAAAGAGGCAAA TATATTCATCGACTTTGCTATTTAGAATGTATGTATACATTAATTTTTTTAACGAGGGTA TATCCCCTCCATATCTCAAAGTCGAGGGATATATACTACCCTTATTTTTAAGAATAAAAA TTGATGAGATTTTACTTACCAATGCATTGAGGGCACCTGCTTTGAAATGATGCGGTGAAC TCTTGTTTTTTTCTCTTGAAATATAAATAAGATTTGGCATCCCATGACTTGTTATGTCTT TGTCTTTGCCACTTTCTAACAAAACCTACACCAACCAATTTGATAAAAGGATAAAGTCAA GTAGACGATATTACCAAATTATATATGATATCCTATGTAAGTCTCGTATCGATAAAATAA TGATAAAATATTATATATAAGGAAATGAGCGTAAAATTATAGTGACAAGTTATATAGAAT TAAGTTCAAAATAATAATATATATTTACCTGAATAATAGAAGGATGATTATGTCGAGAAA ATAAAGTAGTCCAATATTTGGTAAAAGCTTGAAGCTCTTCCTCATTATTGATATAATCTT CATCCACCTTTCCCCTCTCAATCACTTCTTCTATCCTTGCTTTCATGTTTTCATACATCA ACTACATATATAATATGTATCACATAAAATTCTCGATTGAAAATAAGAAATAATCAAAAA AGTTTTTTTTTGACAATAGTTTGAGTCGCGCTGATCAATTAAAAATAAGATAAATAATCA AAAAAGTTTTTTGATAATAATTTGAGTCAACACGCTGAAAGATAAATAAAAATATTATTC TCTATCGTTAAAATTCTATGACGTGATTTACATAAGAAAATAAATTGTTTTTGTTATGTA ATAACATAAGATAAGATTCTAGCATAATAGTAAAAAGGTTTTATGACATTTTAAAAGAAT ATAAGGTGTCCTTAAAGAGTTGTTACAACATTATTGGTTAAATTTATTAGTCAAATACAT TATATAACAAATACATATTGATATATGAGCATATCCTATATACTACTAGTTTAGCTATTT TGCTGACTTCTAAGCGAATAATTACAAATTAGAGAAAATATCTGGGTTTTTTTTCCTTCA GCTATAGCGTCACAAAGATTGAATTCAAAAACAAAATGACAAATCAATAAATATATAAAA TATGTTTAGATAATTGATAAAATGAACTCAGGCCAGATACTAGTCAATCAAATTGCAAGT TGCTTATCTTCTTATATAAATATATTCTATTGATTAAAATACGACGTAACTTGAATCTTA AAGAACGAAAATACATAAAAATATGAAATATGGTGTAAGATAAAGGACAAATATTCTTTG TTATTTTCCTTAGCGAGAATCATGATTTTCCATCACAAATAATATTTAATTAAATAGAAA AAAAATATCTATATAAAAATTTCATATATATATAAAACTATTTCTTTCTCATACATGTTA TATTTTTCAATTTTTAAGACTCATATTATCTAAACTTTGATAAACATTTTAACTAATATT AATTTAATCAAAACCTATTTAACTTTAAACCATAGATAATCAAATTTCGAAAAGCAAAAG TTACCACATACTATATTAATTAATTGGGACCTGACATCCTATAGAGAAGACCATATAATA TAACTAAAAATAATATTTATAATAGACCATAAAATAGATCGTACCAAACCTATACGTTCC TTTATCAATAATTGTAATATACGACAAATTTACCAAAATATCTCATAAATAAACTTAGCC AGATCTCAAACGCAAGCTATAATATAAATTAAATGTACATCGCACATGCATGCTTGCAGA AATAACAGTACCAAAAATCTCCTTTTTACTATATTACTCGAATTTTTAAAAATATCATCA TATCAAAATAGTAATGATATATTTTTGAAGGAATATCCAACATATACGTTAAGATACTTT TTAAAAATTCAAACATTATAATCATGATTTAGTAATATTAAAAATCAACCAACTTTTTAT TATTAATTAAGAAAATTATTAAACGTTAGACGTTCTGTTTAGTAATATAAATTCTAGAGG GAAAAAAAAACATACCTTAATTTTCTTTGTCTCAAAATTTTGTAAGTAATTAGAATTGAA ATATGCATCTGGAGACCTTTGAATTATTTTATTTTCCCTACAAAAAGGCAACCAATATAC AGCAAATTTTGCAGCTTCCATAAAAGCAAATAACGTAAGCTCCGATCCTCCATCGTCCGA TACGTAAATCGATATTTTTTCGATTGGATTATAATCGTATGCCATAACTGATAACGCCGT GTTAACGACGTTTAACGGTGGCTCCTTATAAGGATCC GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_1 match_part 0.962 6081 6656 match_part 0.958 10973 11068 match_2 match_part 0.994 6130 6656 match_3 match_part 0.965 6143 6656 match_4 match_part 0.963 6143 6629 match_5 match_part 0.962 6154 6656 match_part 0.966 10973 11031 match_6 match_part 0.957 6163 6581 match_7 match_part 0.996 6201 6656 match_part 1.000 10973 11033 match_8 match_part 0.954 11672 12329 match_9 match_part 0.950 11672 12234 match_10 match_part 0.917 11672 12165 match_11 match_part 0.994 12084 12438 match_part 0.952 14133 14153 match_12 match_part 0.997 12093 12443 match_13 match_part 1.000 12138 12443 match_14 match_part 0.951 15000 15305 match_15 match_part 0.995 17387 18264 match_16 match_part 1.000 17390 18089 match_17 match_part 0.994 17666 18358 match_18 match_part 1.000 28218 28353 match_part 1.000 28615 28651 match_part 1.000 28873 29251 match_19 match_part 1.000 28218 28353 match_part 1.000 28615 28651 match_part 1.000 28873 29158 match_20 match_part 1.000 28222 28353 match_part 1.000 28615 28651 match_part 1.000 28873 29251 match_part 1.000 29731 29850 match_part 1.000 30563 30645 match_21 match_part 1.000 28243 28353 match_part 1.000 28615 28651 match_part 1.000 28873 29251 match_part 1.000 29731 29850 match_part 0.991 30563 30777 match_22 match_part 1.000 29190 29251 match_part 1.000 29731 29850 match_part 0.998 30563 31069 match_23 match_part 0.930 41777 42573 match_24 match_part 0.958 41800 42580 match_25 match_part 0.824 58263 58296 match_part 0.989 58454 58641 match_part 0.950 59884 59983 match_part 0.899 61087 61421 match_26 match_part 1.000 58266 58296 match_part 1.000 58454 58641 match_part 1.000 59884 59983 match_part 1.000 61087 61414 match_27 match_part 0.967 58267 58296 match_part 0.984 58454 58641 match_part 0.990 59884 59983 match_part 0.981 61087 61193 match_28 match_part 0.885 58271 58296 match_part 0.989 58454 58641 match_part 0.950 59884 59983 match_part 0.893 61087 61424 match_29 match_part 1.000 58282 58296 match_part 1.000 58454 58641 match_part 1.000 59884 59983 match_part 0.976 61087 61421 match_30 match_part 1.000 58282 58296 match_part 1.000 58454 58641 match_part 1.000 59884 59983 match_part 0.982 61087 61421 match_31 match_part 1.000 58283 58296 match_part 1.000 58454 58641 match_part 1.000 59884 59983 match_part 0.992 61087 61344 match_32 match_part 0.940 91850 92016 match_part 1.000 95083 95334 match_part 0.997 95986 96300 match_33 match_part 1.000 91891 92016 match_part 1.000 95083 95334 match_part 0.982 95986 96368 match_34 match_part 0.990 91918 92016 match_part 0.994 95083 95548 match_35 match_part 0.968 91922 92016 match_part 0.981 95083 95443 match_36 match_part 0.930 91931 92016 match_part 0.980 95083 95334 match_part 0.934 95986 96244 match_37 match_part 0.983 91957 92016 match_part 0.988 95083 95334 match_part 0.915 95986 96291 match_38 match_part 1.000 92911 93517 match_39 match_part 0.993 92911 93447 match_40 match_part 0.990 92913 93302 match_41 match_part 1.000 95986 96312 match_42 match_part 1.000 95986 96312 match_43 match_part 0.969 97624 98014 match_part 0.963 99928 100196 match_44 match_part 0.966 97624 97977 match_45 match_part 0.979 97628 98014 match_part 1.000 99928 100067 match_46 match_part 1.000 97645 98014 match_part 1.000 99928 100219 match_47 match_part 0.956 97652 98014 match_part 0.948 99928 100292 match_48 match_part 0.956 97655 98014 match_49 match_part 0.992 97657 98014 match_part 1.000 99928 100349 match_50 match_part 0.972 97660 98014 match_part 0.982 99928 100097 match_51 match_part 1.000 97660 97977 match_52 match_part 0.971 97668 98014 match_part 0.926 99928 100348 match_53 match_part 0.971 97668 98014 match_part 0.944 99928 100268 match_54 match_part 0.967 97680 98014 match_part 0.965 99928 100271 match_55 match_part 0.968 97706 98014 match_part 0.955 99928 100345 match_56 match_part 1.000 97713 98014 match_part 1.000 99928 100345 match_57 match_part 0.986 97725 98014 match_part 0.989 99928 100198 match_58 match_part 1.000 97751 98014 match_part 0.993 99928 100199 match_59 match_part 0.985 97950 98014 match_part 0.979 99928 100347 match_60 match_part 0.961 99972 100327 match_61 match_part 0.976 99988 100327 match_62 match_part 0.910 100000 100332 match_63 match_part 0.997 100004 100400 match_64 match_part 0.997 100080 100404 match_65 match_part 1.000 103589 103887 match_part 1.000 104103 104188 match_part 1.000 104860 104997 match_66 match_part 0.987 104876 105475 match_67 match_part 0.988 104877 105475 match_68 match_part 0.700 115010 115049 match_part 0.952 116480 116940 GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_69 match_part 0.978 888 751 match_part 0.959 661 419 match_part 0.934 140 5 match_70 match_part 0.892 612 419 match_part 0.966 140 82 match_71 match_part 0.982 1223 1056 match_part 0.958 965 751 match_part 0.710 661 569 match_72 match_part 1.000 2573 2452 match_part 1.000 1323 1056 match_part 1.000 965 751 match_part 1.000 661 590 match_73 match_part 0.905 2588 2452 match_part 0.981 1323 1056 match_part 0.967 965 751 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match_200 match_part 1.000 107544 107416 match_part 1.000 106970 106623 match_part 0.993 106362 106222 match_201 match_part 1.000 107544 107416 match_part 0.991 106970 106623 match_part 0.905 106362 106342 match_202 match_part 1.000 107543 107416 match_part 1.000 106970 106755 match_203 match_part 1.000 108446 108360 match_part 0.998 108109 107667 match_204 match_part 0.967 110238 109902 match_part 0.941 108512 108360 match_part 0.960 108109 107984 match_part 0.936 107859 107751 match_205 match_part 1.000 108401 108360 match_part 0.994 108109 107754 match_206 match_part 0.970 110233 109902 match_part 0.941 108512 108360 match_part 0.960 108109 107984 match_part 0.988 107859 107777 match_207 match_part 0.967 110238 109902 match_part 0.941 108512 108360 match_part 0.960 108109 107984 match_part 0.949 107859 107782 match_208 match_part 0.970 110233 109902 match_part 0.935 108512 108360 match_part 0.988 108109 108029 match_209 match_part 0.967 110238 109902 match_part 0.941 108512 108360 match_part 1.000 108109 108050 match_210 match_part 0.970 110234 109902 match_part 0.970 108512 108446 match_211 match_part 0.995 112985 112559 match_212 match_part 0.984 116693 116389 match_part 0.643 115633 115620 match_213 match_part 0.955 117365 117322 match_part 1.000 117052 116344 match_214 match_part 1.000 117016 116344 match_215 match_part 0.988 116922 116344 match_216 match_part 0.991 116840 116386 match_217 match_part 0.990 116705 116395 match_218 match_part 1.000 116853 116397 match_219 match_part 1.000 117510 117322 match_part 1.000 117052 116590 match_220 match_part 1.000 117411 117322 match_part 0.995 117052 116650 match_221 match_part 1.000 117510 117322 match_part 1.000 117052 116666 match_222 match_part 1.000 118703 118700 match_part 0.950 118503 118060 match_part 0.907 117669 117627 match_223 match_part 1.000 118703 118700 match_part 0.935 118503 118137 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C08SLm0010D08.1 type gene exon 2588 2452 exon 1323 1056 exon 965 751 exon 661 419 exon 140 5 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C08SLm0010D08.1 type gene exon 6081 6656 exon 10973 11068 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C08SLm0010D08.1 type gene exon 11672 12443 gene_4 gene GT_PGL_3_AGS_2 transcript source GenomeThreader seq_id C08SLm0010D08.1 type gene exon 11672 12438 exon 14133 14153 gene_5 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C08SLm0010D08.1 type gene exon 15000 15305 gene_6 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C08SLm0010D08.1 type gene exon 17387 18358 gene_7 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C08SLm0010D08.1 type gene exon 28218 28353 exon 28615 28651 exon 28873 29251 exon 29731 29850 exon 30563 31069 gene_8 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C08SLm0010D08.1 type gene exon 37286 37208 exon 35163 35047 exon 34959 34905 exon 34813 34678 exon 33274 33061 gene_9 gene GT_PGL_7_AGS_2 transcript source GenomeThreader seq_id C08SLm0010D08.1 type gene exon 37239 37208 exon 36880 36786 exon 35163 35047 exon 34959 34905 exon 34813 34678 exon 33274 33063 gene_10 gene GT_PGL_7_AGS_3 transcript source GenomeThreader seq_id C08SLm0010D08.1 type gene exon 35417 34905 exon 34813 34678 exon 33274 33075 gene_11 gene GT_PGL_7_AGS_4 transcript source GenomeThreader seq_id C08SLm0010D08.1 type gene exon 36879 36327 gene_12 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C08SLm0010D08.1 type gene exon 39526 39250 exon 39123 38935 exon 38455 37784 gene_13 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C08SLm0010D08.1 type gene exon 41128 40932 exon 40775 40294 exon 40117 40070 exon 39985 39979 gene_14 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C08SLm0010D08.1 type gene exon 47028 46472 exon 45896 45319 exon 44271 43224 exon 43097 41719 gene_15 gene GT_PGL_10_AGS_2 transcript source GenomeThreader seq_id C08SLm0010D08.1 type gene exon 47028 46353 gene_16 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C08SLm0010D08.1 type gene exon 41777 42580 gene_17 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C08SLm0010D08.1 type gene exon 58263 58296 exon 58454 58641 exon 59884 59983 exon 61087 61424 gene_18 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C08SLm0010D08.1 type gene exon 66702 66582 exon 65723 65590 exon 64388 64307 exon 64106 64036 exon 63940 63839 exon 63744 63655 exon 63251 63177 exon 63076 63044 exon 62929 62849 exon 62361 62302 exon 62211 61792 gene_19 gene GT_PGL_13_AGS_2 transcript source GenomeThreader seq_id C08SLm0010D08.1 type gene exon 66702 66582 exon 65723 65590 exon 64388 64307 exon 64106 64036 exon 63940 63839 exon 63744 63655 exon 63251 63177 exon 63076 63044 exon 62929 62858 exon 62470 62452 exon 62361 62302 exon 62211 61793 gene_20 gene GT_PGL_13_AGS_3 transcript source GenomeThreader seq_id C08SLm0010D08.1 type gene exon 66702 66582 exon 65723 65590 exon 64388 64307 exon 64106 64036 exon 63940 63839 exon 63744 63655 exon 63251 63177 exon 63076 63044 exon 62929 62849 exon 62361 62302 exon 62211 61803 exon 61601 61568 gene_21 gene GT_PGL_13_AGS_4 transcript source GenomeThreader seq_id C08SLm0010D08.1 type gene exon 62368 62302 exon 62211 61786 gene_22 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C08SLm0010D08.1 type gene exon 82115 81837 exon 81033 80951 exon 80832 80682 exon 80313 80214 exon 79985 79902 exon 79479 79413 exon 79345 79337 gene_23 gene GT_PGL_14_AGS_2 transcript source GenomeThreader seq_id C08SLm0010D08.1 type gene exon 82115 81837 exon 81033 80951 exon 80832 80682 exon 80313 80214 exon 79985 79902 exon 79810 79801 exon 79479 79413 exon 79345 79257 exon 79010 78874 exon 78655 78606 gene_24 gene GT_PGL_14_AGS_3 transcript source GenomeThreader seq_id C08SLm0010D08.1 type gene exon 79999 79902 exon 79810 79801 exon 79479 79413 exon 79345 79257 exon 79010 78874 exon 78655 78257 gene_25 gene GT_PGL_15_AGS_1 transcript source GenomeThreader seq_id C08SLm0010D08.1 type gene exon 82604 82188 gene_26 gene GT_PGL_16_AGS_1 transcript source GenomeThreader seq_id C08SLm0010D08.1 type gene exon 89449 89261 exon 87561 87483 exon 86832 86730 exon 86393 86130 exon 85257 85146 exon 84944 84560 gene_27 gene GT_PGL_16_AGS_2 transcript source GenomeThreader seq_id C08SLm0010D08.1 type gene exon 89422 89261 exon 87561 87483 exon 86832 86730 exon 85224 85146 exon 84944 84560 gene_28 gene GT_PGL_17_AGS_1 transcript source GenomeThreader seq_id C08SLm0010D08.1 type gene exon 91850 92016 exon 95083 95334 exon 95986 96368 gene_29 gene GT_PGL_17_AGS_2 transcript source GenomeThreader seq_id C08SLm0010D08.1 type gene exon 92911 93517 gene_30 gene GT_PGL_17_AGS_3 transcript source GenomeThreader seq_id C08SLm0010D08.1 type gene exon 91918 92016 exon 95083 95548 gene_31 gene GT_PGL_18_AGS_1 transcript source GenomeThreader seq_id C08SLm0010D08.1 type gene exon 97624 98014 exon 99928 100404 gene_32 gene GT_PGL_19_AGS_1 transcript source GenomeThreader seq_id C08SLm0010D08.1 type gene exon 100299 100008 gene_33 gene GT_PGL_20_AGS_1 transcript source GenomeThreader seq_id C08SLm0010D08.1 type gene exon 103589 103887 exon 104103 104188 exon 104860 105475 gene_34 gene GT_PGL_21_AGS_1 transcript source GenomeThreader seq_id C08SLm0010D08.1 type gene exon 107544 107416 exon 106970 106623 exon 106362 105651 gene_35 gene GT_PGL_22_AGS_1 transcript source GenomeThreader seq_id C08SLm0010D08.1 type gene exon 110238 109902 exon 108512 108360 exon 108109 107984 exon 107859 107751 gene_36 gene GT_PGL_22_AGS_2 transcript source GenomeThreader seq_id C08SLm0010D08.1 type gene exon 110238 109902 exon 108512 108360 exon 108109 107667 gene_37 gene GT_PGL_23_AGS_1 transcript source GenomeThreader seq_id C08SLm0010D08.1 type gene exon 112985 112559 gene_38 gene GT_PGL_24_AGS_1 transcript source GenomeThreader seq_id C08SLm0010D08.1 type gene exon 115010 115049 exon 116480 116940 gene_39 gene GT_PGL_25_AGS_1 transcript source GenomeThreader seq_id C08SLm0010D08.1 type gene exon 117510 117322 exon 117052 116344 gene_40 gene GT_PGL_25_AGS_2 transcript source GenomeThreader seq_id C08SLm0010D08.1 type gene exon 117510 117322 exon 117052 116389 exon 115633 115620 gene_41 gene GT_PGL_26_AGS_1 transcript source GenomeThreader seq_id C08SLm0010D08.1 type gene exon 118703 118700 exon 118503 118060 exon 117669 117627 RepeatMasker tomato repeats master Copia00129 4924 5026 1 Copia00129 4924 5026 1 nucleotide_motif 565 4279 4406 Unknown00049 1658 1705 1 Unknown00049 1658 1705 1 nucleotide_motif 244 5794 5842 Copia00105 8617 8803 1 Copia00105 8617 8803 1 nucleotide_motif 249 8513 8700 Copia00107 734 1107 1 Copia00107 734 1107 1 nucleotide_motif 2269 20806 21183 Copia00107 2 731 1 Copia00107 2 731 1 nucleotide_motif 2291 21247 21879 Gypsy00046 4097 4181 1 Gypsy00046 4097 4181 1 nucleotide_motif 389 23210 23294 Copia00039 264 409 1 Copia00039 264 409 1 nucleotide_motif 615 31520 31665 TLP1 370 488 1 TLP1 370 488 1 nucleotide_motif 280 38704 38806 Gypsy00046 4083 4838 1 Gypsy00046 4083 4838 1 nucleotide_motif 381 55270 55284 MUDSOLT1 440 517 1 MUDSOLT1 440 517 1 nucleotide_motif 308 55285 55362 Gypsy00046 4839 6403 1 Gypsy00046 4839 6403 1 nucleotide_motif 381 55381 55410 GYPMET_I 4272 4611 1 GYPMET_I 4272 4611 1 nucleotide_motif 540 64689 65020 Gypsy00042 6059 6104 1 Gypsy00042 6059 6104 1 nucleotide_motif 292 70386 70431 Copia00172 345 520 1 Copia00172 345 520 1 nucleotide_motif 960 71565 71747 Unknown00025 328 470 1 Unknown00025 328 470 1 nucleotide_motif 625 88019 88171 TS2 538 655 1 TS2 538 655 1 nucleotide_motif 392 98295 98404 TS 58 159 1 TS 58 159 1 nucleotide_motif 366 99304 99406 TS2 527 602 1 TS2 527 602 1 nucleotide_motif 409 100609 100680 Copia00112 7593 7660 1 Copia00112 7593 7660 1 nucleotide_motif 226 109252 109311 RepeatMasker tomato repeats master Unknown00049 1662 1712 -1 Unknown00049 1662 1712 -1 nucleotide_motif 256 5482 5430 Unknown00046 514 627 -1 Unknown00046 514 627 -1 nucleotide_motif 237 15424 15307 Copia00190 107 330 -1 Copia00190 107 330 -1 nucleotide_motif 1377 21390 21166 Gypsy00046 4097 4170 -1 Gypsy00046 4097 4170 -1 nucleotide_motif 394 23281 23208 Copia00039 267 467 -1 Copia00039 267 467 -1 nucleotide_motif 726 32311 32106 SONATA2 2 208 -1 SONATA2 2 208 -1 nucleotide_motif 564 34627 34420 TLP1 515 655 -1 TLP1 515 655 -1 nucleotide_motif 426 38845 38715 HELITRON7_OS 1608 1688 -1 HELITRON7_OS 1608 1688 -1 nucleotide_motif 405 55380 55301 Copia00105 8614 8828 -1 Copia00105 8614 8828 -1 nucleotide_motif 331 65256 65044 TS2 599 654 -1 TS2 599 654 -1 nucleotide_motif 258 74726 74673 Copia00105 3995 4063 -1 Copia00105 3995 4063 -1 nucleotide_motif 283 79639 79564 Copia00151 9382 9426 -1 Copia00151 9382 9426 -1 nucleotide_motif 237 79690 79646 Copia00008 4926 5104 -1 Copia00008 4926 5104 -1 nucleotide_motif 493 90188 90000 Unknown00043 1985 2039 -1 Unknown00043 1985 2039 -1 nucleotide_motif 285 94793 94740 SHAMUDRAV_MT 1546 1602 -1 SHAMUDRAV_MT 1546 1602 -1 nucleotide_motif 245 109321 109266 BLAST_tomato_bacs Tomato BAC sequences BLAST_tomato_bacs Tomato BAC sequences match_1 match 3089 721 2356 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) clone_1 clone 835.5 48 120877 clone_start_1 clone_start 478 48 299 clone_end_1 clone_end 1193 120237 120877 match_1 match 1199 92 696 clone_2 clone 597.5 6668 107771 clone_start_2 clone_start 664 6668 7022 clone_end_2 clone_end 531 107463 107771 match_2 match 1340 7253 7949 match_3 match 1037 12298 12820 match_4 match 281 13597 13742 match_5 match 289 13597 13742 match_6 match 281 13597 13742 match_7 match 289 13597 13742 match_8 match 248 13618 13742 match_9 match 1104 15486 16050 match_10 match 1289 17730 18391 match_11 match 1116 19052 19635 match_12 match 301 22195 22373 match_13 match 551 25689 25990 match_14 match 299 26857 27028 match_15 match 490 27103 27418 match_16 match 531 27634 27901 match_17 match 997 28883 29385 match_18 match 1096 39979 40552 match_19 match 819 49067 49487 match_20 match 502 52196 52479 match_21 match 555 52714 53061 clone_3 clone 1201 63393 101263 clone_end_3 clone_end 1203 63393 64023 clone_start_3 clone_start 1199 100581 101263 match_22 match 1235 64485 65107 clone_4 clone 988.5 65598 101293 clone_end_4 clone_end 605 65598 65923 clone_start_4 clone_start 1372 100524 101293 match_23 match 339 69350 69520 match_24 match 961 69583 70074 clone_5 clone 785 71872 109458 clone_start_5 clone_start 1281 71872 72517 clone_end_5 clone_end 289 109313 109458 clone_6 clone 899 71872 109763 clone_start_6 clone_start 1281 71872 72517 clone_end_6 clone_end 517 109503 109763 clone_7 clone 836.5 73757 106723 clone_end_7 clone_end 519 73757 74018 clone_start_7 clone_start 1154 106142 106723 match_25 match 1405 74532 75261 clone_8 clone 710.5 77348 113308 clone_start_8 clone_start 1134 77348 77919 clone_end_8 clone_end 287 113164 113308 clone_9 clone 991 77348 113756 clone_start_9 clone_start 1134 77348 77919 clone_end_9 clone_end 848 113329 113756 match_26 match 787 86288 86715 match_27 match 1164 88982 89596 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_1 match_part 0.994 6130 6656 match_2 match_part 0.957 6163 6581 match_3 match_part 0.996 6201 6656 match_part 1.000 10973 11033 match_4 match_part 0.994 12084 12438 match_part 0.952 14133 14153 match_5 match_part 0.997 12093 12443 match_6 match_part 1.000 12138 12443 match_7 match_part 0.951 15000 15305 match_8 match_part 0.995 17387 18264 match_9 match_part 1.000 17390 18089 match_10 match_part 0.994 17666 18358 match_11 match_part 1.000 28218 28353 match_part 1.000 28615 28651 match_part 1.000 28873 29251 match_12 match_part 1.000 28218 28353 match_part 1.000 28615 28651 match_part 1.000 28873 29158 match_13 match_part 1.000 28222 28353 match_part 1.000 28615 28651 match_part 1.000 28873 29251 match_part 1.000 29731 29850 match_part 1.000 30563 30645 match_14 match_part 1.000 28243 28353 match_part 1.000 28615 28651 match_part 1.000 28873 29251 match_part 1.000 29731 29850 match_part 0.991 30563 30777 match_15 match_part 1.000 29190 29251 match_part 1.000 29731 29850 match_part 0.998 30563 31069 match_16 match_part 1.000 58266 58296 match_part 1.000 58454 58641 match_part 1.000 59884 59983 match_part 1.000 61087 61414 match_17 match_part 0.967 58267 58296 match_part 0.984 58454 58641 match_part 0.990 59884 59983 match_part 0.981 61087 61193 match_18 match_part 1.000 58282 58296 match_part 1.000 58454 58641 match_part 1.000 59884 59983 match_part 0.976 61087 61421 match_19 match_part 1.000 58282 58296 match_part 1.000 58454 58641 match_part 1.000 59884 59983 match_part 0.982 61087 61421 match_20 match_part 1.000 58283 58296 match_part 1.000 58454 58641 match_part 1.000 59884 59983 match_part 0.992 61087 61344 match_21 match_part 0.940 91850 92016 match_part 1.000 95083 95334 match_part 0.997 95986 96300 match_22 match_part 1.000 91891 92016 match_part 1.000 95083 95334 match_part 0.982 95986 96368 match_23 match_part 0.990 91918 92016 match_part 0.994 95083 95548 match_24 match_part 1.000 92911 93517 match_25 match_part 0.993 92911 93447 match_26 match_part 0.990 92913 93302 match_27 match_part 1.000 95986 96312 match_28 match_part 1.000 95986 96312 match_29 match_part 0.979 97628 98014 match_part 1.000 99928 100067 match_30 match_part 1.000 97645 98014 match_part 1.000 99928 100219 match_31 match_part 0.992 97657 98014 match_part 1.000 99928 100349 match_32 match_part 1.000 97660 97977 match_33 match_part 0.971 97668 98014 match_part 0.944 99928 100268 match_34 match_part 1.000 97713 98014 match_part 1.000 99928 100345 match_35 match_part 0.986 97725 98014 match_part 0.989 99928 100198 match_36 match_part 1.000 97751 98014 match_part 0.993 99928 100199 match_37 match_part 0.985 97950 98014 match_part 0.979 99928 100347 match_38 match_part 0.961 99972 100327 match_39 match_part 0.976 99988 100327 match_40 match_part 0.997 100004 100400 match_41 match_part 0.997 100080 100404 match_42 match_part 1.000 103589 103887 match_part 1.000 104103 104188 match_part 1.000 104860 104997 match_43 match_part 0.987 104876 105475 match_44 match_part 0.988 104877 105475 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_45 match_part 1.000 2573 2452 match_part 1.000 1323 1056 match_part 1.000 965 751 match_part 1.000 661 590 match_46 match_part 1.000 2545 2452 match_part 1.000 1323 1056 match_part 0.995 965 751 match_47 match_part 1.000 35160 35047 match_part 1.000 34959 34905 match_part 1.000 34813 34678 match_part 0.985 33274 33075 match_48 match_part 1.000 35160 35047 match_part 1.000 34959 34905 match_part 1.000 34813 34678 match_part 1.000 33274 33075 match_49 match_part 1.000 35160 35047 match_part 1.000 34959 34905 match_part 1.000 34813 34678 match_part 1.000 33274 33075 match_50 match_part 1.000 35159 35047 match_part 1.000 34959 34905 match_part 1.000 34813 34678 match_part 1.000 33274 33075 match_51 match_part 1.000 34923 34905 match_part 1.000 34813 34678 match_part 0.965 33274 33075 match_52 match_part 1.000 35160 35047 match_part 0.964 34959 34905 match_part 0.993 34813 34678 match_part 1.000 33274 33089 match_53 match_part 0.987 37286 37208 match_part 1.000 35163 35047 match_part 1.000 34959 34905 match_part 1.000 34813 34678 match_part 0.961 33274 33122 match_54 match_part 1.000 37239 37208 match_part 1.000 35163 35047 match_part 1.000 34959 34905 match_part 1.000 34813 34678 match_part 1.000 33274 33129 match_55 match_part 0.815 37234 37208 match_part 0.957 35163 35047 match_part 0.982 34959 34905 match_part 0.993 34813 34678 match_part 0.993 33274 33129 match_56 match_part 1.000 37234 37208 match_part 0.991 35163 35047 match_part 0.982 34959 34905 match_part 0.985 34813 34678 match_part 0.986 33274 33129 match_57 match_part 1.000 38985 38935 match_part 0.997 38455 37784 match_58 match_part 1.000 39526 39250 match_part 1.000 39123 38971 match_59 match_part 1.000 39526 39250 match_part 1.000 39123 38972 match_60 match_part 0.978 42459 41719 match_61 match_part 0.997 42547 41795 match_62 match_part 1.000 42702 42002 match_63 match_part 0.998 42941 42098 match_64 match_part 1.000 42874 42231 match_65 match_part 1.000 42813 42330 match_66 match_part 0.996 42874 42374 match_67 match_part 1.000 43702 43224 match_part 0.990 43097 42893 match_68 match_part 0.999 43894 43224 match_part 1.000 43097 42927 match_69 match_part 1.000 43702 43224 match_part 0.988 43097 42927 match_70 match_part 0.980 43615 43224 match_part 1.000 43097 43054 match_71 match_part 0.992 43745 43236 match_72 match_part 1.000 45450 45319 match_part 0.950 44271 43629 match_73 match_part 1.000 45574 45319 match_part 1.000 44271 43672 match_74 match_part 1.000 45449 45319 match_part 0.905 44271 43999 match_75 match_part 0.982 46813 46472 match_part 0.996 45896 45448 match_76 match_part 1.000 46830 46472 match_part 1.000 45896 45457 match_77 match_part 0.992 46738 46353 match_78 match_part 0.988 63739 63655 match_part 1.000 63251 63177 match_part 0.970 63076 63044 match_part 1.000 62929 62849 match_part 1.000 62361 62302 match_part 0.986 62211 61792 match_79 match_part 1.000 62347 62302 match_part 0.974 62211 61793 match_80 match_part 1.000 64375 64307 match_part 1.000 64106 64036 match_part 1.000 63940 63839 match_part 1.000 63744 63655 match_part 1.000 63251 63177 match_part 1.000 63076 63044 match_part 1.000 62929 62849 match_part 1.000 62361 62302 match_part 0.964 62211 62128 match_81 match_part 1.000 66699 66582 match_part 1.000 65723 65590 match_part 1.000 64388 64307 match_part 1.000 64106 64036 match_part 1.000 63940 63839 match_part 1.000 63744 63655 match_part 1.000 63251 63177 match_part 1.000 63076 63044 match_part 1.000 62929 62880 match_82 match_part 1.000 66698 66582 match_part 1.000 65723 65590 match_part 1.000 64388 64307 match_part 1.000 64106 64036 match_part 1.000 63940 63839 match_part 1.000 63744 63697 match_83 match_part 0.985 64374 64307 match_part 0.986 64106 64036 match_part 0.980 63940 63839 match_part 1.000 63744 63725 match_84 match_part 1.000 66684 66582 match_part 1.000 65723 65590 match_part 1.000 64388 64307 match_part 1.000 64106 64036 match_part 1.000 63940 63887 match_85 match_part 0.983 66702 66582 match_part 0.948 65723 65590 match_part 0.988 64388 64307 match_part 0.972 64106 64036 match_part 0.980 63940 63891 match_86 match_part 0.969 81933 81837 match_part 1.000 81033 80951 match_part 1.000 80832 80682 match_part 1.000 80313 80214 match_part 1.000 79985 79902 match_part 1.000 79479 79413 match_part 1.000 79345 79337 match_87 match_part 1.000 82096 81837 match_part 1.000 81033 80951 match_part 1.000 80832 80682 match_part 1.000 80313 80214 match_part 0.971 79985 79952 match_88 match_part 1.000 82115 81837 match_part 1.000 81033 80951 match_part 1.000 80832 80713 match_89 match_part 0.904 82604 82188 match_90 match_part 1.000 85220 85146 match_part 0.966 84944 84560 match_91 match_part 1.000 86311 86130 match_part 1.000 85257 85146 match_part 0.971 84944 84565 match_92 match_part 1.000 86356 86130 match_part 1.000 85257 85146 match_part 0.983 84944 84589 match_93 match_part 1.000 86797 86730 match_part 0.989 86393 86130 match_part 1.000 85257 85146 match_part 0.968 84944 84604 match_94 match_part 1.000 86269 86130 match_part 1.000 85257 85146 match_part 1.000 84944 84617 match_95 match_part 0.959 86803 86730 match_part 1.000 86393 86130 match_part 1.000 85257 85146 match_part 0.984 84944 84630 match_96 match_part 1.000 86312 86130 match_part 1.000 85257 85146 match_part 0.987 84944 84634 match_97 match_part 0.992 89382 89261 match_part 1.000 87561 87483 match_part 1.000 86832 86730 match_part 1.000 86393 86130 match_part 1.000 85257 85146 match_part 0.969 84944 84721 match_98 match_part 0.982 89428 89261 match_part 1.000 87561 87483 match_part 1.000 86832 86730 match_part 1.000 86393 86130 match_part 1.000 85257 85146 match_part 1.000 84944 84750 match_99 match_part 0.994 89415 89261 match_part 1.000 87561 87483 match_part 1.000 86832 86730 match_part 1.000 86393 86130 match_part 1.000 85257 85146 match_part 0.995 84944 84750 match_100 match_part 0.994 89423 89261 match_part 1.000 87561 87483 match_part 1.000 86832 86730 match_part 1.000 86393 86130 match_part 1.000 85257 85146 match_part 1.000 84944 84751 match_101 match_part 0.970 89426 89261 match_part 1.000 87561 87483 match_part 1.000 86832 86730 match_part 1.000 86393 86130 match_part 0.982 85257 85146 match_part 0.995 84944 84758 match_102 match_part 0.991 89372 89261 match_part 1.000 87561 87483 match_part 1.000 86832 86730 match_part 1.000 86393 86130 match_part 1.000 85257 85146 match_part 1.000 84944 84758 match_103 match_part 0.988 89424 89261 match_part 1.000 87561 87483 match_part 1.000 86832 86730 match_part 0.955 86393 86130 match_part 1.000 85257 85146 match_part 1.000 84944 84818 match_104 match_part 0.994 89418 89261 match_part 1.000 87561 87483 match_part 1.000 86832 86730 match_part 1.000 86393 86130 match_part 1.000 85257 85146 match_part 0.967 84944 84822 match_105 match_part 0.988 89422 89261 match_part 1.000 87561 87483 match_part 1.000 86832 86730 match_part 0.989 86393 86130 match_part 1.000 85257 85146 match_part 0.983 84944 84825 match_106 match_part 0.929 89373 89261 match_part 0.987 87561 87483 match_part 1.000 86832 86730 match_part 0.977 86393 86130 match_part 0.964 85257 85146 match_part 0.966 84944 84828 match_107 match_part 0.981 89414 89261 match_part 1.000 87561 87483 match_part 1.000 86832 86730 match_part 1.000 86393 86130 match_part 1.000 85257 85146 match_part 1.000 84944 84847 match_108 match_part 1.000 89406 89261 match_part 1.000 87561 87483 match_part 1.000 86832 86730 match_part 0.987 85224 85146 match_part 0.989 84944 84856 match_109 match_part 0.971 89399 89261 match_part 1.000 87561 87483 match_part 1.000 86832 86730 match_part 1.000 86393 86130 match_part 0.991 85257 85146 match_part 1.000 84944 84918 match_110 match_part 0.959 86803 86730 match_part 0.996 86393 86130 match_part 1.000 85257 85146 match_part 1.000 84944 84923 match_111 match_part 1.000 89409 89261 match_part 1.000 87561 87483 match_part 1.000 86832 86730 match_part 0.992 86393 86130 match_part 1.000 85257 85189 match_112 match_part 1.000 89415 89261 match_part 1.000 87561 87483 match_part 1.000 86832 86730 match_part 1.000 86393 86130 match_part 1.000 85257 85199 match_113 match_part 0.993 89397 89261 match_part 1.000 87561 87483 match_part 1.000 86832 86730 match_part 1.000 86393 86130 match_part 1.000 85257 85199 match_114 match_part 0.989 89449 89261 match_part 1.000 87561 87483 match_part 1.000 86832 86730 match_part 0.992 86393 86130 match_part 1.000 85257 85213 match_115 match_part 1.000 89421 89261 match_part 1.000 87561 87483 match_part 1.000 86832 86730 match_part 1.000 86393 86130 match_part 1.000 85257 85219 match_116 match_part 0.994 89422 89261 match_part 1.000 87561 87483 match_part 1.000 86832 86730 match_part 1.000 86393 86130 match_part 1.000 85257 85220 match_117 match_part 0.994 89418 89261 match_part 1.000 87561 87483 match_part 1.000 86832 86730 match_part 1.000 86393 86136 match_118 match_part 1.000 89395 89261 match_part 1.000 87561 87483 match_part 1.000 86832 86730 match_part 0.996 86393 86142 match_119 match_part 1.000 89421 89261 match_part 1.000 87561 87483 match_part 1.000 86832 86730 match_part 1.000 86393 86148 match_120 match_part 0.979 89406 89261 match_part 1.000 87561 87483 match_part 1.000 86832 86730 match_part 0.991 86393 86162 match_121 match_part 0.960 89434 89261 match_part 1.000 87561 87483 match_part 1.000 86832 86730 match_part 1.000 86393 86173 match_122 match_part 1.000 89409 89261 match_part 1.000 87561 87483 match_part 1.000 86832 86730 match_part 1.000 86393 86190 match_123 match_part 0.994 89423 89261 match_part 1.000 87561 87483 match_part 1.000 86832 86730 match_part 1.000 86393 86233 match_124 match_part 1.000 89413 89261 match_part 1.000 87561 87483 match_part 1.000 86832 86730 match_part 1.000 86393 86374 match_125 match_part 0.988 89422 89261 match_part 1.000 87561 87483 match_part 0.971 86832 86730 match_126 match_part 1.000 89404 89261 match_part 1.000 87561 87483 match_part 1.000 86832 86730 match_127 match_part 0.996 106350 105651 match_128 match_part 1.000 107544 107416 match_part 1.000 106970 106623 match_part 0.994 106362 106199 match_129 match_part 1.000 107544 107416 match_part 1.000 106970 106623 match_part 0.993 106362 106222 match_130 match_part 1.000 107544 107416 match_part 0.991 106970 106623 match_part 0.905 106362 106342 match_131 match_part 1.000 107543 107416 match_part 1.000 106970 106755 match_132 match_part 1.000 108446 108360 match_part 0.998 108109 107667 match_133 match_part 0.967 110238 109902 match_part 0.941 108512 108360 match_part 0.960 108109 107984 match_part 0.936 107859 107751 match_134 match_part 1.000 108401 108360 match_part 0.994 108109 107754 match_135 match_part 0.970 110233 109902 match_part 0.941 108512 108360 match_part 0.960 108109 107984 match_part 0.988 107859 107777 match_136 match_part 0.967 110238 109902 match_part 0.941 108512 108360 match_part 0.960 108109 107984 match_part 0.949 107859 107782 match_137 match_part 0.970 110233 109902 match_part 0.935 108512 108360 match_part 0.988 108109 108029 match_138 match_part 0.967 110238 109902 match_part 0.941 108512 108360 match_part 1.000 108109 108050 match_139 match_part 0.970 110234 109902 match_part 0.970 108512 108446 match_140 match_part 0.995 112985 112559 match_141 match_part 0.984 116693 116389 match_part 0.643 115633 115620 match_142 match_part 0.955 117365 117322 match_part 1.000 117052 116344 match_143 match_part 1.000 117016 116344 match_144 match_part 0.988 116922 116344 match_145 match_part 0.991 116840 116386 match_146 match_part 0.990 116705 116395 match_147 match_part 1.000 116853 116397 match_148 match_part 1.000 117510 117322 match_part 1.000 117052 116590 match_149 match_part 1.000 117411 117322 match_part 0.995 117052 116650 match_150 match_part 1.000 117510 117322 match_part 1.000 117052 116666 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C08SLm0010D08.1 type gene exon 2573 2452 exon 1323 1056 exon 965 751 exon 661 590 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C08SLm0010D08.1 type gene exon 6130 6656 exon 10973 11033 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C08SLm0010D08.1 type gene exon 12093 12443 gene_4 gene GT_PGL_3_AGS_2 transcript source GenomeThreader seq_id C08SLm0010D08.1 type gene exon 12084 12438 exon 14133 14153 gene_5 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C08SLm0010D08.1 type gene exon 15000 15305 gene_6 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C08SLm0010D08.1 type gene exon 17387 18358 gene_7 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C08SLm0010D08.1 type gene exon 28218 28353 exon 28615 28651 exon 28873 29251 exon 29731 29850 exon 30563 31069 gene_8 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C08SLm0010D08.1 type gene exon 37286 37208 exon 35163 35047 exon 34959 34905 exon 34813 34678 exon 33274 33075 gene_9 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C08SLm0010D08.1 type gene exon 39526 39250 exon 39123 38935 exon 38455 37784 gene_10 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C08SLm0010D08.1 type gene exon 46830 46472 exon 45896 45319 exon 44271 43224 exon 43097 41719 gene_11 gene GT_PGL_9_AGS_2 transcript source GenomeThreader seq_id C08SLm0010D08.1 type gene exon 46738 46353 gene_12 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C08SLm0010D08.1 type gene exon 58266 58296 exon 58454 58641 exon 59884 59983 exon 61087 61421 gene_13 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C08SLm0010D08.1 type gene exon 66702 66582 exon 65723 65590 exon 64388 64307 exon 64106 64036 exon 63940 63839 exon 63744 63655 exon 63251 63177 exon 63076 63044 exon 62929 62849 exon 62361 62302 exon 62211 61792 gene_14 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C08SLm0010D08.1 type gene exon 82115 81837 exon 81033 80951 exon 80832 80682 exon 80313 80214 exon 79985 79902 exon 79479 79413 exon 79345 79337 gene_15 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C08SLm0010D08.1 type gene exon 82604 82188 gene_16 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C08SLm0010D08.1 type gene exon 89449 89261 exon 87561 87483 exon 86832 86730 exon 86393 86130 exon 85257 85146 exon 84944 84560 gene_17 gene GT_PGL_14_AGS_2 transcript source GenomeThreader seq_id C08SLm0010D08.1 type gene exon 89422 89261 exon 87561 87483 exon 86832 86730 exon 85224 85146 exon 84944 84560 gene_18 gene GT_PGL_15_AGS_1 transcript source GenomeThreader seq_id C08SLm0010D08.1 type gene exon 91850 92016 exon 95083 95334 exon 95986 96368 gene_19 gene GT_PGL_15_AGS_2 transcript source GenomeThreader seq_id C08SLm0010D08.1 type gene exon 92911 93517 gene_20 gene GT_PGL_15_AGS_3 transcript source GenomeThreader seq_id C08SLm0010D08.1 type gene exon 91918 92016 exon 95083 95548 gene_21 gene GT_PGL_16_AGS_1 transcript source GenomeThreader seq_id C08SLm0010D08.1 type gene exon 97628 98014 exon 99928 100404 gene_22 gene GT_PGL_17_AGS_1 transcript source GenomeThreader seq_id C08SLm0010D08.1 type gene exon 103589 103887 exon 104103 104188 exon 104860 105475 gene_23 gene GT_PGL_18_AGS_1 transcript source GenomeThreader seq_id C08SLm0010D08.1 type gene exon 107544 107416 exon 106970 106623 exon 106362 105651 gene_24 gene GT_PGL_19_AGS_1 transcript source GenomeThreader seq_id C08SLm0010D08.1 type gene exon 110238 109902 exon 108512 108360 exon 108109 107984 exon 107859 107751 gene_25 gene GT_PGL_19_AGS_2 transcript source GenomeThreader seq_id C08SLm0010D08.1 type gene exon 110238 109902 exon 108512 108360 exon 108109 107667 gene_26 gene GT_PGL_20_AGS_1 transcript source GenomeThreader seq_id C08SLm0010D08.1 type gene exon 112985 112559 gene_27 gene GT_PGL_21_AGS_1 transcript source GenomeThreader seq_id C08SLm0010D08.1 type gene exon 117510 117322 exon 117052 116344 gene_28 gene GT_PGL_21_AGS_2 transcript source GenomeThreader seq_id C08SLm0010D08.1 type gene exon 117510 117322 exon 117052 116389 exon 115633 115620 AUGUSTUS_tom_cdna de novo gene_1 gene 1 6148 12247 transcript_1 transcript 6148 12247 start_codon_1 start_codon 6148 6150 CDS_1 CDS 6148 6656 CDS_2 CDS 10973 11038 CDS_3 CDS 11320 11370 CDS_4 CDS 11833 12247 stop_codon_1 stop_codon 12245 12247 gene_2 gene 1 28308 30736 transcript_2 transcript 28308 30736 start_codon_2 start_codon 28308 28310 CDS_5 CDS 28308 28353 CDS_6 CDS 28615 28651 CDS_7 CDS 28873 29251 CDS_8 CDS 29731 29850 CDS_9 CDS 30563 30736 stop_codon_2 stop_codon 30734 30736 gene_3 gene 1 53884 61217 transcript_3 transcript 53884 61217 start_codon_3 start_codon 53884 53886 CDS_10 CDS 53884 53889 CDS_11 CDS 58152 58296 CDS_12 CDS 58454 58641 CDS_13 CDS 59884 59983 CDS_14 CDS 61087 61217 stop_codon_3 stop_codon 61215 61217 gene_4 gene 1 67942 69807 transcript_4 transcript 67942 69807 start_codon_4 start_codon 67942 67944 CDS_15 CDS 67942 68049 CDS_16 CDS 69280 69403 CDS_17 CDS 69635 69807 stop_codon_4 stop_codon 69805 69807 gene_5 gene 1 71939 77537 transcript_5 transcript 71939 77537 start_codon_5 start_codon 71939 71941 CDS_18 CDS 71939 72107 CDS_19 CDS 73889 73996 CDS_20 CDS 75589 75928 CDS_21 CDS 77480 77537 stop_codon_5 stop_codon 77535 77537 gene_6 gene 1 97664 100167 transcript_6 transcript 97664 100167 start_codon_6 start_codon 97664 97666 CDS_22 CDS 97664 98014 CDS_23 CDS 99928 100167 stop_codon_6 stop_codon 100165 100167 gene_7 gene 1 100267 105253 transcript_7 transcript 100267 105253 start_codon_7 start_codon 100267 100269 CDS_24 CDS 100267 100349 CDS_25 CDS 103863 103887 CDS_26 CDS 104103 104188 CDS_27 CDS 104860 105253 stop_codon_7 stop_codon 105251 105253 AUGUSTUS_tom_cdna de novo gene_8 gene 1 2509 1 transcript_8 transcript 2509 1 CDS_28 CDS 140 1 CDS_29 CDS 661 419 CDS_30 CDS 965 751 CDS_31 CDS 1323 1056 CDS_32 CDS 2509 2452 start_codon_8 start_codon 2509 2507 gene_9 gene 1 40452 33241 transcript_9 transcript 40452 33241 stop_codon_8 stop_codon 33243 33241 CDS_33 CDS 33274 33241 CDS_34 CDS 34813 34678 CDS_35 CDS 34959 34905 CDS_36 CDS 35163 35047 CDS_37 CDS 37268 37208 CDS_38 CDS 38455 38182 CDS_39 CDS 39123 38935 CDS_40 CDS 40117 39250 CDS_41 CDS 40452 40294 start_codon_9 start_codon 40452 40450 gene_10 gene 1 44151 41971 transcript_10 transcript 44151 41971 stop_codon_9 stop_codon 41973 41971 CDS_42 CDS 43097 41971 CDS_43 CDS 44151 43224 start_codon_10 start_codon 44151 44149 gene_11 gene 1 46832 44200 transcript_11 transcript 46832 44200 stop_codon_10 stop_codon 44202 44200 CDS_44 CDS 44271 44200 CDS_45 CDS 45896 45319 CDS_46 CDS 46832 46472 start_codon_11 start_codon 46832 46830 gene_12 gene 1 66636 62029 transcript_12 transcript 66636 62029 stop_codon_11 stop_codon 62031 62029 CDS_47 CDS 62211 62029 CDS_48 CDS 62361 62302 CDS_49 CDS 62929 62849 CDS_50 CDS 63076 63044 CDS_51 CDS 63251 63177 CDS_52 CDS 63744 63655 CDS_53 CDS 63940 63839 CDS_54 CDS 64106 64036 CDS_55 CDS 64388 64307 CDS_56 CDS 65723 65590 CDS_57 CDS 66636 66582 start_codon_12 start_codon 66636 66634 gene_13 gene 1 81941 79035 transcript_13 transcript 81941 79035 stop_codon_12 stop_codon 79037 79035 CDS_58 CDS 79054 79035 CDS_59 CDS 79345 79257 CDS_60 CDS 79479 79413 CDS_61 CDS 79985 79902 CDS_62 CDS 80313 80214 CDS_63 CDS 80832 80682 CDS_64 CDS 81033 80951 CDS_65 CDS 81941 81837 start_codon_13 start_codon 81941 81939 gene_14 gene 1 90739 84804 transcript_14 transcript 90739 84804 stop_codon_13 stop_codon 84806 84804 CDS_66 CDS 84944 84804 CDS_67 CDS 85257 85146 CDS_68 CDS 86393 86130 CDS_69 CDS 86832 86730 CDS_70 CDS 87561 87483 CDS_71 CDS 89423 89261 CDS_72 CDS 90739 90705 start_codon_14 start_codon 90739 90737 gene_15 gene 1 107841 105808 transcript_15 transcript 107841 105808 stop_codon_14 stop_codon 105810 105808 CDS_73 CDS 106362 105808 CDS_74 CDS 106970 106623 CDS_75 CDS 107841 107416 start_codon_15 start_codon 107841 107839 gene_16 gene 1 115914 110859 transcript_16 transcript 115914 110859 stop_codon_15 stop_codon 110861 110859 CDS_76 CDS 111413 110859 CDS_77 CDS 112019 111672 CDS_78 CDS 112907 112464 CDS_79 CDS 113749 113597 CDS_80 CDS 115914 115552 start_codon_16 start_codon 115914 115912 gene_17 gene 1 118485 116498 transcript_17 transcript 118485 116498 stop_codon_16 stop_codon 116500 116498 CDS_81 CDS 117052 116498 CDS_82 CDS 117669 117322 CDS_83 CDS 118485 118060 start_codon_17 start_codon 118485 118483 AUGUSTUS_ab_initio de novo gene_1 gene 1 6148 15042 transcript_1 transcript 6148 15042 start_codon_1 start_codon 6148 6150 CDS_1 CDS 6148 6631 CDS_2 CDS 14535 14566 CDS_3 CDS 14908 15042 stop_codon_1 stop_codon 15040 15042 gene_2 gene 1 67942 69807 transcript_2 transcript 67942 69807 start_codon_2 start_codon 67942 67944 CDS_4 CDS 67942 68049 CDS_5 CDS 69280 69403 CDS_6 CDS 69635 69807 stop_codon_2 stop_codon 69805 69807 gene_3 gene 1 71939 77537 transcript_3 transcript 71939 77537 start_codon_3 start_codon 71939 71941 CDS_7 CDS 71939 72107 CDS_8 CDS 73889 73996 CDS_9 CDS 75589 75928 CDS_10 CDS 77480 77537 stop_codon_3 stop_codon 77535 77537 AUGUSTUS_ab_initio de novo gene_4 gene 1 1363 1 transcript_4 transcript 1363 1 CDS_11 CDS 140 1 CDS_12 CDS 661 419 CDS_13 CDS 965 751 CDS_14 CDS 1363 1056 start_codon_4 start_codon 1363 1361 gene_5 gene 1 40452 38004 transcript_5 transcript 40452 38004 stop_codon_4 stop_codon 38006 38004 CDS_15 CDS 38455 38004 CDS_16 CDS 39123 38935 CDS_17 CDS 40117 39250 CDS_18 CDS 40452 40294 start_codon_5 start_codon 40452 40450 gene_6 gene 1 46832 41971 transcript_6 transcript 46832 41971 stop_codon_5 stop_codon 41973 41971 CDS_19 CDS 43097 41971 CDS_20 CDS 44142 43332 CDS_21 CDS 44271 44224 CDS_22 CDS 45896 45319 CDS_23 CDS 46832 46472 start_codon_6 start_codon 46832 46830 gene_7 gene 1 64062 62649 transcript_7 transcript 64062 62649 stop_codon_6 stop_codon 62651 62649 CDS_24 CDS 62768 62649 CDS_25 CDS 62929 62849 CDS_26 CDS 63251 63177 CDS_27 CDS 63744 63655 CDS_28 CDS 63940 63839 CDS_29 CDS 64062 64036 start_codon_7 start_codon 64062 64060 gene_8 gene 1 89292 84804 transcript_8 transcript 89292 84804 stop_codon_7 stop_codon 84806 84804 CDS_30 CDS 85004 84804 CDS_31 CDS 85257 85146 CDS_32 CDS 86393 86130 CDS_33 CDS 89292 89261 start_codon_8 start_codon 89292 89290 gene_9 gene 1 118485 97609 transcript_9 transcript 118485 97609 stop_codon_8 stop_codon 97611 97609 CDS_34 CDS 97889 97609 CDS_35 CDS 100523 100460 CDS_36 CDS 107859 107416 CDS_37 CDS 108512 108360 CDS_38 CDS 112907 112464 CDS_39 CDS 113749 113597 CDS_40 CDS 118485 118060 start_codon_9 start_codon 118485 118483 AUGUSTUS_tom_ugs de novo gene_1 gene 1 6148 15042 transcript_1 transcript 6148 15042 start_codon_1 start_codon 6148 6150 CDS_1 CDS 6148 6656 CDS_2 CDS 10973 11183 CDS_3 CDS 11260 11287 CDS_4 CDS 14535 14566 CDS_5 CDS 14908 15042 stop_codon_1 stop_codon 15040 15042 gene_2 gene 1 16629 30736 transcript_2 transcript 16629 30736 start_codon_2 start_codon 16629 16631 CDS_6 CDS 16629 16692 CDS_7 CDS 28306 28353 CDS_8 CDS 28615 28651 CDS_9 CDS 28873 29251 CDS_10 CDS 29731 29850 CDS_11 CDS 30563 30736 stop_codon_2 stop_codon 30734 30736 gene_3 gene 1 53884 61217 transcript_3 transcript 53884 61217 start_codon_3 start_codon 53884 53886 CDS_12 CDS 53884 53889 CDS_13 CDS 58152 58296 CDS_14 CDS 58454 58641 CDS_15 CDS 59884 59983 CDS_16 CDS 61087 61217 stop_codon_3 stop_codon 61215 61217 gene_4 gene 1 67942 69807 transcript_4 transcript 67942 69807 start_codon_4 start_codon 67942 67944 CDS_17 CDS 67942 68049 CDS_18 CDS 69280 69403 CDS_19 CDS 69635 69807 stop_codon_4 stop_codon 69805 69807 gene_5 gene 1 71939 77537 transcript_5 transcript 71939 77537 start_codon_5 start_codon 71939 71941 CDS_20 CDS 71939 72107 CDS_21 CDS 73889 73996 CDS_22 CDS 75589 75928 CDS_23 CDS 77480 77537 stop_codon_5 stop_codon 77535 77537 gene_6 gene 1 97664 105253 transcript_6 transcript 97664 105253 start_codon_6 start_codon 97664 97666 CDS_24 CDS 97664 98014 CDS_25 CDS 99928 100130 CDS_26 CDS 103863 103887 CDS_27 CDS 104103 104188 CDS_28 CDS 104860 105253 stop_codon_6 stop_codon 105251 105253 AUGUSTUS_tom_ugs de novo gene_7 gene 1 2509 1 transcript_7 transcript 2509 1 CDS_29 CDS 140 1 CDS_30 CDS 661 419 CDS_31 CDS 965 751 CDS_32 CDS 1323 1056 CDS_33 CDS 2509 2452 start_codon_7 start_codon 2509 2507 gene_8 gene 1 40452 33241 transcript_8 transcript 40452 33241 stop_codon_7 stop_codon 33243 33241 CDS_34 CDS 33274 33241 CDS_35 CDS 34813 34678 CDS_36 CDS 34959 34905 CDS_37 CDS 35163 35047 CDS_38 CDS 37268 37208 CDS_39 CDS 38455 38182 CDS_40 CDS 39123 38935 CDS_41 CDS 40117 39250 CDS_42 CDS 40452 40294 start_codon_8 start_codon 40452 40450 gene_9 gene 1 46832 41971 transcript_9 transcript 46832 41971 stop_codon_8 stop_codon 41973 41971 CDS_43 CDS 43097 41971 CDS_44 CDS 44142 43224 CDS_45 CDS 44271 44224 CDS_46 CDS 45896 45319 CDS_47 CDS 46832 46472 start_codon_9 start_codon 46832 46830 gene_10 gene 1 66636 62029 transcript_10 transcript 66636 62029 stop_codon_9 stop_codon 62031 62029 CDS_48 CDS 62211 62029 CDS_49 CDS 62361 62302 CDS_50 CDS 62929 62849 CDS_51 CDS 63076 63044 CDS_52 CDS 63251 63177 CDS_53 CDS 63744 63655 CDS_54 CDS 63940 63839 CDS_55 CDS 64106 64036 CDS_56 CDS 64388 64307 CDS_57 CDS 65723 65590 CDS_58 CDS 66636 66582 start_codon_10 start_codon 66636 66634 gene_11 gene 1 81941 79035 transcript_11 transcript 81941 79035 stop_codon_10 stop_codon 79037 79035 CDS_59 CDS 79054 79035 CDS_60 CDS 79345 79257 CDS_61 CDS 79479 79413 CDS_62 CDS 79985 79902 CDS_63 CDS 80313 80214 CDS_64 CDS 80832 80682 CDS_65 CDS 81033 80951 CDS_66 CDS 81941 81837 start_codon_11 start_codon 81941 81939 gene_12 gene 1 89365 84804 transcript_12 transcript 89365 84804 stop_codon_11 stop_codon 84806 84804 CDS_67 CDS 84944 84804 CDS_68 CDS 85257 85146 CDS_69 CDS 86393 86130 CDS_70 CDS 86832 86730 CDS_71 CDS 87561 87483 CDS_72 CDS 89365 89261 start_codon_12 start_codon 89365 89363 gene_13 gene 1 118485 105808 transcript_13 transcript 118485 105808 stop_codon_12 stop_codon 105810 105808 CDS_73 CDS 105818 105808 CDS_74 CDS 106362 106125 CDS_75 CDS 106970 106623 CDS_76 CDS 107859 107416 CDS_77 CDS 108512 108360 CDS_78 CDS 110161 109902 CDS_79 CDS 111413 111176 CDS_80 CDS 112019 111672 CDS_81 CDS 112907 112464 CDS_82 CDS 113749 113597 CDS_83 CDS 115811 115720 CDS_84 CDS 117052 116815 CDS_85 CDS 117669 117322 CDS_86 CDS 118485 118060 start_codon_13 start_codon 118485 118483 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_1 match_part 1.000 6130 6656 match_part 1.000 10973 11033 match_2 match_part 1.000 12084 12443 match_3 match_part 0.951 15000 15305 match_4 match_part 0.999 17390 18358 match_5 match_part 1.000 28218 28353 match_part 1.000 28615 28651 match_part 1.000 28873 29251 match_part 1.000 29731 29850 match_part 0.998 30563 31069 match_6 match_part 1.000 58266 58296 match_part 1.000 58454 58641 match_part 1.000 59884 59983 match_part 1.000 61087 61414 match_7 match_part 0.946 91851 92016 match_part 1.000 95083 95334 match_part 0.982 95986 96368 match_8 match_part 1.000 92911 93517 match_9 match_part 1.000 103589 103887 match_part 1.000 104103 104188 match_part 0.990 104860 105475 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_10 match_part 1.000 38985 38935 match_part 0.997 38455 37784 match_11 match_part 1.000 39526 39250 match_part 1.000 39123 38972 match_12 match_part 0.992 42941 41719 match_13 match_part 1.000 46830 46472 match_part 1.000 45896 45319 match_part 0.975 44271 43224 match_part 0.990 43097 42893 match_14 match_part 1.000 66699 66582 match_part 1.000 65723 65590 match_part 1.000 64388 64307 match_part 1.000 64106 64036 match_part 1.000 63940 63839 match_part 1.000 63744 63655 match_part 1.000 63251 63177 match_part 1.000 63076 63044 match_part 1.000 62929 62849 match_part 1.000 62361 62302 match_part 0.986 62211 61792 match_15 match_part 1.000 82115 81837 match_part 1.000 81033 80951 match_part 1.000 80832 80682 match_part 1.000 80313 80214 match_part 1.000 79985 79902 match_part 1.000 79479 79413 match_part 1.000 79345 79337 match_16 match_part 0.904 82604 82188 match_17 match_part 1.000 89406 89261 match_part 1.000 87561 87483 match_part 1.000 86832 86730 match_part 0.987 85224 85146 match_part 0.989 84944 84856 match_18 match_part 1.000 107544 107416 match_part 1.000 106970 106623 match_part 1.000 106362 106222 match_19 match_part 1.000 108446 108360 match_part 0.987 108109 107511 match_20 match_part 0.967 110238 109902 match_part 0.941 108512 108360 match_part 0.960 108109 107984 match_part 0.986 107859 107786 match_21 match_part 1.000 117510 117322 match_part 0.992 117052 116344 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C08SLm0010D08.1 type gene exon 6130 6656 exon 10973 11033 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C08SLm0010D08.1 type gene exon 12084 12443 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C08SLm0010D08.1 type gene exon 15000 15305 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C08SLm0010D08.1 type gene exon 17390 18358 gene_5 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C08SLm0010D08.1 type gene exon 28218 28353 exon 28615 28651 exon 28873 29251 exon 29731 29850 exon 30563 31069 gene_6 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C08SLm0010D08.1 type gene exon 39526 39250 exon 39123 38935 exon 38455 37784 gene_7 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C08SLm0010D08.1 type gene exon 46830 46472 exon 45896 45319 exon 44271 43224 exon 43097 41719 gene_8 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C08SLm0010D08.1 type gene exon 58266 58296 exon 58454 58641 exon 59884 59983 exon 61087 61414 gene_9 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C08SLm0010D08.1 type gene exon 66699 66582 exon 65723 65590 exon 64388 64307 exon 64106 64036 exon 63940 63839 exon 63744 63655 exon 63251 63177 exon 63076 63044 exon 62929 62849 exon 62361 62302 exon 62211 61792 gene_10 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C08SLm0010D08.1 type gene exon 82115 81837 exon 81033 80951 exon 80832 80682 exon 80313 80214 exon 79985 79902 exon 79479 79413 exon 79345 79337 gene_11 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C08SLm0010D08.1 type gene exon 82604 82188 gene_12 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C08SLm0010D08.1 type gene exon 89406 89261 exon 87561 87483 exon 86832 86730 exon 85224 85146 exon 84944 84856 gene_13 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C08SLm0010D08.1 type gene exon 91851 92016 exon 95083 95334 exon 95986 96368 gene_14 gene GT_PGL_13_AGS_2 transcript source GenomeThreader seq_id C08SLm0010D08.1 type gene exon 92911 93517 gene_15 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C08SLm0010D08.1 type gene exon 103589 103887 exon 104103 104188 exon 104860 105475 gene_16 gene GT_PGL_15_AGS_1 transcript source GenomeThreader seq_id C08SLm0010D08.1 type gene exon 108446 108360 exon 108109 107416 exon 106970 106623 exon 106362 106222 gene_17 gene GT_PGL_15_AGS_2 transcript source GenomeThreader seq_id C08SLm0010D08.1 type gene exon 110238 109902 exon 108512 108360 exon 108109 107984 exon 107859 107786 gene_18 gene GT_PGL_16_AGS_1 transcript source GenomeThreader seq_id C08SLm0010D08.1 type gene exon 117510 117322 exon 117052 116344 GenomeThreader_SGN_markers SGN marker sequences match_1 match_part 1.000 58267 58296 match_part 1.000 58454 58641 match_part 1.000 59884 59983 match_part 0.982 61087 61421 match_2 match_part 1.000 91891 92016 match_part 1.000 95083 95334 match_part 0.982 95986 96368 match_3 match_part 0.959 97624 98014 match_part 0.957 99928 100345 match_4 match_part 0.982 97628 98014 match_part 1.000 99928 100400 GenomeThreader_SGN_markers SGN marker sequences match_5 match_part 1.000 2473 2452 match_part 1.000 1323 1056 match_part 1.000 965 751 match_part 0.990 661 564 match_6 match_part 0.966 66700 66582 match_part 0.978 65723 65590 match_part 1.000 64388 64307 match_part 0.958 64106 64036 match_part 0.971 63940 63839 match_part 0.989 63744 63655 match_part 1.000 63251 63177 match_part 1.000 63076 63044 match_part 1.000 62929 62849 match_part 0.967 62361 62302 match_part 0.878 62211 61771 match_7 match_part 1.000 66699 66582 match_part 1.000 65723 65590 match_part 1.000 64388 64307 match_part 1.000 64106 64036 match_part 1.000 63940 63839 match_part 1.000 63744 63655 match_part 1.000 63251 63177 match_part 1.000 63076 63044 match_part 1.000 62929 62849 match_part 1.000 62361 62302 match_part 0.986 62211 61792 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C08SLm0010D08.1 type gene exon 2473 2452 exon 1323 1056 exon 965 751 exon 661 564 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C08SLm0010D08.1 type gene exon 58267 58296 exon 58454 58641 exon 59884 59983 exon 61087 61421 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C08SLm0010D08.1 type gene exon 66700 66582 exon 65723 65590 exon 64388 64307 exon 64106 64036 exon 63940 63839 exon 63744 63655 exon 63251 63177 exon 63076 63044 exon 62929 62849 exon 62361 62302 exon 62211 61771 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C08SLm0010D08.1 type gene exon 91891 92016 exon 95083 95334 exon 95986 96368 gene_5 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C08SLm0010D08.1 type gene exon 97624 98014 exon 99928 100400 AUGUSTUS_tom_pot_cdna de novo gene_1 gene 1 6148 12247 transcript_1 transcript 6148 12247 start_codon_1 start_codon 6148 6150 CDS_1 CDS 6148 6656 CDS_2 CDS 10973 11183 CDS_3 CDS 11260 11287 CDS_4 CDS 11634 12247 stop_codon_1 stop_codon 12245 12247 gene_2 gene 1 28308 30736 transcript_2 transcript 28308 30736 start_codon_2 start_codon 28308 28310 CDS_5 CDS 28308 28353 CDS_6 CDS 28615 28651 CDS_7 CDS 28873 29251 CDS_8 CDS 29731 29850 CDS_9 CDS 30563 30736 stop_codon_2 stop_codon 30734 30736 gene_3 gene 1 53884 61217 transcript_3 transcript 53884 61217 start_codon_3 start_codon 53884 53886 CDS_10 CDS 53884 53889 CDS_11 CDS 58152 58296 CDS_12 CDS 58454 58641 CDS_13 CDS 59884 59983 CDS_14 CDS 61087 61217 stop_codon_3 stop_codon 61215 61217 gene_4 gene 1 67942 69807 transcript_4 transcript 67942 69807 start_codon_4 start_codon 67942 67944 CDS_15 CDS 67942 68049 CDS_16 CDS 69280 69403 CDS_17 CDS 69635 69807 stop_codon_4 stop_codon 69805 69807 gene_5 gene 1 71939 77537 transcript_5 transcript 71939 77537 start_codon_5 start_codon 71939 71941 CDS_18 CDS 71939 72107 CDS_19 CDS 73889 73996 CDS_20 CDS 75589 75928 CDS_21 CDS 77480 77537 stop_codon_5 stop_codon 77535 77537 gene_6 gene 1 89622 95319 transcript_6 transcript 89622 95319 start_codon_6 start_codon 89622 89624 CDS_22 CDS 89622 89644 CDS_23 CDS 91902 92016 CDS_24 CDS 95083 95319 stop_codon_6 stop_codon 95317 95319 gene_7 gene 1 97664 100167 transcript_7 transcript 97664 100167 start_codon_7 start_codon 97664 97666 CDS_25 CDS 97664 98014 CDS_26 CDS 99928 100167 stop_codon_7 stop_codon 100165 100167 gene_8 gene 1 100267 105253 transcript_8 transcript 100267 105253 start_codon_8 start_codon 100267 100269 CDS_27 CDS 100267 100349 CDS_28 CDS 103863 103887 CDS_29 CDS 104103 104188 CDS_30 CDS 104860 105253 stop_codon_8 stop_codon 105251 105253 AUGUSTUS_tom_pot_cdna de novo gene_9 gene 1 2509 1 transcript_9 transcript 2509 1 CDS_31 CDS 140 1 CDS_32 CDS 661 419 CDS_33 CDS 965 751 CDS_34 CDS 1323 1056 CDS_35 CDS 2509 2452 start_codon_9 start_codon 2509 2507 gene_10 gene 1 40452 33241 transcript_10 transcript 40452 33241 stop_codon_9 stop_codon 33243 33241 CDS_36 CDS 33274 33241 CDS_37 CDS 34813 34678 CDS_38 CDS 34959 34905 CDS_39 CDS 35163 35047 CDS_40 CDS 37268 37208 CDS_41 CDS 38455 38182 CDS_42 CDS 39123 38935 CDS_43 CDS 40117 39250 CDS_44 CDS 40452 40294 start_codon_10 start_codon 40452 40450 gene_11 gene 1 44151 41971 transcript_11 transcript 44151 41971 stop_codon_10 stop_codon 41973 41971 CDS_45 CDS 43097 41971 CDS_46 CDS 44151 43224 start_codon_11 start_codon 44151 44149 gene_12 gene 1 46832 44200 transcript_12 transcript 46832 44200 stop_codon_11 stop_codon 44202 44200 CDS_47 CDS 44271 44200 CDS_48 CDS 45896 45319 CDS_49 CDS 46832 46472 start_codon_12 start_codon 46832 46830 gene_13 gene 1 67824 62029 transcript_13 transcript 67824 62029 stop_codon_12 stop_codon 62031 62029 CDS_50 CDS 62211 62029 CDS_51 CDS 62361 62302 CDS_52 CDS 62929 62849 CDS_53 CDS 63076 63044 CDS_54 CDS 63251 63177 CDS_55 CDS 63744 63655 CDS_56 CDS 63940 63839 CDS_57 CDS 64106 64036 CDS_58 CDS 64388 64307 CDS_59 CDS 65723 65590 CDS_60 CDS 66735 66582 CDS_61 CDS 67824 67819 start_codon_13 start_codon 67824 67822 gene_14 gene 1 81941 79035 transcript_14 transcript 81941 79035 stop_codon_13 stop_codon 79037 79035 CDS_62 CDS 79054 79035 CDS_63 CDS 79345 79257 CDS_64 CDS 79479 79413 CDS_65 CDS 79985 79902 CDS_66 CDS 80313 80214 CDS_67 CDS 80832 80682 CDS_68 CDS 81033 80951 CDS_69 CDS 81941 81837 start_codon_14 start_codon 81941 81939 gene_15 gene 1 90739 84804 transcript_15 transcript 90739 84804 stop_codon_14 stop_codon 84806 84804 CDS_70 CDS 84944 84804 CDS_71 CDS 85257 85146 CDS_72 CDS 86393 86130 CDS_73 CDS 86832 86730 CDS_74 CDS 87561 87483 CDS_75 CDS 89423 89261 CDS_76 CDS 90739 90705 start_codon_15 start_codon 90739 90737 gene_16 gene 1 110264 105808 transcript_16 transcript 110264 105808 stop_codon_15 stop_codon 105810 105808 CDS_77 CDS 106362 105808 CDS_78 CDS 106970 106623 CDS_79 CDS 107859 107416 CDS_80 CDS 108512 108360 CDS_81 CDS 110264 109902 start_codon_16 start_codon 110264 110262 gene_17 gene 1 115914 110859 transcript_17 transcript 115914 110859 stop_codon_16 stop_codon 110861 110859 CDS_82 CDS 111413 110859 CDS_83 CDS 112019 111672 CDS_84 CDS 112907 112464 CDS_85 CDS 113749 113597 CDS_86 CDS 115914 115552 start_codon_17 start_codon 115914 115912 gene_18 gene 1 118503 116498 transcript_18 transcript 118503 116498 stop_codon_17 stop_codon 116500 116498 CDS_87 CDS 117052 116498 CDS_88 CDS 117669 117322 CDS_89 CDS 118503 118060 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_1 match 147 99925 100164 match_2 match 106 28877 29251 match_3 match 134 11456 12145 match_4 match 45.4 11263 11370 match_5 match 108 11456 12145 match_6 match 63.5 10974 11186 match_7 match 46.2 11263 11370 match_8 match 207 11456 12157 match_9 match 47.8 11263 11370 match_10 match 98.6 10974 11156 match_11 match 108 28877 29311 match_12 match 144 11456 12190 match_13 match 42.0 11263 11370 match_14 match 126 28877 29251 match_15 match 148 11456 12145 match_16 match 43.5 11263 11370 match_17 match 133 11456 12031 match_18 match 43.5 11263 11370 match_19 match 212 11456 12151 match_20 match 100 10974 11180 match_21 match 50.8 11263 11370 match_22 match 126 11456 12148 match_23 match 56.6 10974 11183 match_24 match 39.3 11254 11370 match_25 match 91.3 11456 12103 match_26 match 38.1 11251 11370 match_27 match 62.8 10974 11183 match_28 match 91.3 11456 12103 match_29 match 38.1 11251 11370 match_30 match 62.8 10974 11183 match_31 match 147 11456 12148 match_32 match 65.5 10974 11180 match_33 match 45.4 11251 11370 match_34 match 120 28883 29254 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_35 match 91.7 112907 112593 match_36 match 106 110201 109893 match_37 match 37.4 113112 113029 match_38 match 238 1291 752 match_39 match 157 662 399 match_40 match 91.7 1273 752 match_41 match 51.2 662 411 match_42 match 91.7 1273 752 match_43 match 51.2 662 411 match_44 match 177 1288 752 match_45 match 145 662 411 match_46 match 250 44139 42601 match_47 match 158 45780 45301 match_48 match 250 44139 42601 match_49 match 158 45780 45301 match_50 match 107 110297 109944 match_51 match 94.4 112907 112566 match_52 match 37.4 113112 113029 match_53 match 96.3 112907 112416 match_54 match 95.9 107859 107401 match_55 match 138 106398 105823 match_56 match 135 111416 110874 match_57 match 134 117055 116513 match_58 match 107 107006 106620 match_59 match 114 117672 117283 match_60 match 117 115938 115588 match_61 match 120 110288 109938 match_62 match 38.9 108064 107969 match_63 match 38.9 113112 113017 match_64 match 168 1276 752 match_65 match 142 662 411 match_66 match 131 86410 86129 match_67 match 136 40006 39377 match_68 match 463 44277 42865 match_69 match 286 45879 45319 match_70 match 249 44124 42847 match_71 match 159 45780 45301 match_72 match 89.7 1273 752 match_73 match 63.5 686 411 match_74 match 89.7 1273 752 match_75 match 63.5 686 411 match_76 match 87.8 1273 752 match_77 match 65.5 686 411 match_78 match 87.8 1273 752 match_79 match 65.5 686 411 match_80 match 208 44118 42793 match_81 match 144 45816 45301 match_82 match 154 44118 43222 match_83 match 144 45816 45301 match_84 match 99.0 107859 107563 match_85 match 103 112907 112611 match_86 match 39.3 108082 107981 match_87 match 42.4 113130 113029 match_88 match 96.7 107859 107563 match_89 match 99.8 112907 112611 match_90 match 40.4 108118 107981 match_91 match 43.1 113130 113029 match_92 match 105 110297 109944 match_93 match 105 110294 109935 match_94 match 107 115944 115585 match_95 match 106 115851 115591 match_96 match 109 110201 109941 match_97 match 285 44145 42013 match_98 match 144 45780 45319 match_99 match 107 110297 109941 match_100 match 93.6 112907 112566 match_101 match 37.0 113112 113029 match_102 match 168 1276 752 match_103 match 146 689 411 match_104 match 167 1276 752 match_105 match 144 662 411 match_106 match 234 44235 42913 match_107 match 142 45780 45295 match_108 match 234 44235 42913 match_109 match 142 45780 45295 match_110 match 93.6 112907 112611 match_111 match 94.7 107859 107563 match_112 match 36.2 108064 107981 match_113 match 38.1 113112 113029 match_114 match 92.8 112907 112611 match_115 match 94.0 107859 107563 match_116 match 40.4 108064 107954 match_117 match 42.4 113112 113002 match_118 match 106 110474 109941 match_119 match 106 107859 107518 match_120 match 105 118500 118162 match_121 match 110 112907 112566 match_122 match 41.2 108118 107981 match_123 match 42.7 113133 113029 match_124 match 168 110450 109893 match_125 match 184 106386 105823 match_126 match 174 117049 116513 match_127 match 182 111410 110874 match_128 match 175 116100 115543 match_129 match 180 117672 117250 match_130 match 51.6 108118 107981 match_131 match 196 107859 107401 match_132 match 199 112919 112455 match_133 match 48.9 113157 113029 match_134 match 167 112055 111672 match_135 match 170 107006 106623 match_136 match 118 120876 120607 match_137 match 203 118500 118051 match_138 match 173 117055 116534 match_139 match 169 110450 109893 match_140 match 179 106365 105844 match_141 match 178 111416 110895 match_142 match 176 116100 115543 match_143 match 157 112055 111672 match_144 match 160 107006 106623 match_145 match 171 117672 117301 match_146 match 191 107859 107401 match_147 match 194 112919 112455 match_148 match 196 118500 118051 match_149 match 117 120876 120607 match_150 match 49.3 113112 113029 match_151 match 51.6 108064 107981 match_152 match 161 110450 109893 match_153 match 158 117055 116528 match_154 match 159 111416 110931 match_155 match 168 116100 115543 match_156 match 161 106365 105880 match_157 match 160 112082 111672 match_158 match 162 107006 106623 match_159 match 166 117672 117301 match_160 match 114 120876 120607 match_161 match 189 107859 107401 match_162 match 192 112919 112455 match_163 match 194 118500 118051 match_164 match 54.3 108118 107981 match_165 match 51.6 113157 113029 match_166 match 134 40006 38939 match_167 match 105 40773 40249 match_168 match 624 44277 42004 match_169 match 275 45879 45301 match_170 match 97.4 1270 752 match_171 match 127 662 411 match_172 match 96.3 107859 107563 match_173 match 99.4 112907 112611 match_174 match 40.4 108118 107981 match_175 match 43.1 113130 113029 match_176 match 193 44277 42946 match_177 match 159 45816 45319 match_178 match 122 1270 752 match_179 match 125 662 411 match_180 match 108 110294 109941 match_181 match 127 45798 45319 match_182 match 39.7 108118 107981 match_183 match 97.4 107859 107563 match_184 match 101 112907 112611 match_185 match 42.4 113133 113029 match_186 match 169 1276 752 match_187 match 145 662 411 match_188 match 171 1276 752 match_189 match 145 662 411 match_190 match 40.8 108118 107981 match_191 match 105 107859 107557 match_192 match 106 112907 112605 match_193 match 43.5 113157 113029 match_194 match 122 1270 752 match_195 match 125 662 411 match_196 match 42.4 108118 107981 match_197 match 45.1 113157 113029 match_198 match 103 107859 107563 match_199 match 107 112907 112611 match_200 match 93.2 112907 112599 match_201 match 107 110297 109941 match_202 match 106 115947 115591 match_203 match 37.0 113112 113029 match_204 match 106 117672 117283 match_205 match 105 106973 106611 match_206 match 107 107859 107533 match_207 match 112 112907 112581 match_208 match 108 118500 118177 match_209 match 44.3 108082 107981 match_210 match 47.4 113130 113029 match_211 match 79.0 35130 34906 match_212 match 94.7 34817 34677 match_213 match 79.0 35130 34906 match_214 match 94.7 34817 34677 match_215 match 276 1324 752 match_216 match 167 662 399 match_217 match 277 1324 752 match_218 match 167 662 399 match_219 match 277 1324 752 match_220 match 167 662 399 match_221 match 118 86329 86129 match_222 match 103 107859 107551 match_223 match 106 112907 112599 match_224 match 41.2 108082 107981 match_225 match 43.1 113130 113029 match_226 match 94.4 1270 752 match_227 match 125 662 411 match_228 match 43.1 108118 107981 match_229 match 102 107859 107563 match_230 match 106 112907 112611 match_231 match 45.8 113157 113029