C02HBa0204D01.1 AAGCTTTATCCCTACTTTGAGTAAGGTAAATAAATTGTTATTTAATAGACCTTTGACAAT TTACAAAAGTATTTCAAAAACAAATTTTAAAAAATACATGAGTACTACAAAAGCTATAAT CTAAAGCTTAAAAAAAGAAAAATACTCAACAGAAATATATAATAAAATAATAAAGCAAAA GAAACGATGCGTAATTAGATCACCTACTTATGTTTTACCTAATTATAAACTTTCATATTC TCTTTTAATTAGAATCATGCCTTGATGAACTCAAGATATGTTATATCAAATAATTCAAGC GTATAAAAATATTTTTGATTTTCTATTTGAAAGTAACAAATAATATTATTTATTGACGAG AATATGAAAATTGTTGTATTAACAAGAAAAGTTCTTTAAAGCTTAATAGTCACAATATCG ATGTTTTAACAATATTAACTAAATAATTTGATATATGATTTTTGTAAGAACGGTTAGATG AACAGAACGGTCAGATAAGCCTAAGACATTGAGCGTTAAATATTTTAAAAATATACGAAT GATAAAGGCATAAGCGTCACATAATTATAATTAAGTCATGTAAGTCTCAAAAGAATTTTG CCATTATCCCTAAAATGTATCAATGGTTAAAGCATAAGAGTCACATGTAAGTTTTAGGGT GTTTTTAACATTATTTTGTCCCAGGCAAGCACCCAAACTGCATTTGAAAATATTATTACG AAGAAATGAAATTTGAGTTTAGCTCGATTAAAAAAAATAATATAGGAGGGAATTAATTTG TCCAAAAATTTTATAAGGACATCACCCATCCTATTAGCCATAAGTGTGACTCTTTAACAT GAATATCTATTTTCCTTCTTTTAACTTGTTACCATCAATTATGATGATCCTCGAACTAGA TTTCATAATCAATAATATTGTCATAAGTTAAATCACTTACTCTTTAAATCTAAACTTCCC TTCTTTTGATTTGTTACCACCAAAATAAATCTAATTATGAATTGTTGATGATCCTACTCA AACTAGATTTCTTAATCAATAATATTGTTATAAGTTAATCACTTACTTCCTTAATTTTAT CTACTCTCCTTCTAATTTGTTGCCATTAAATAATTATGATATGAATTTACAATGATCCTA CTCAAACTATATACAATACTGTTAAGCTAATCACTTACTTTACTTAATCTAGATTACTTG TTAAATTTGTTACCATCAAATAATATGATTAATCAGAATTTATAATGATCCTACTCAAAC TAAATTTCATTATCAATACGATATTCTTAATTTAATCAATTACTCTCGTTATATCTAGTT TTCTTCTTTTAAGTTTATTACCATCAAATAATTCTGAGATAGAACTCATAATGATCCTAA TACTTAAACTAAATATCATAATATATATAATATTATTAAGTTAATCTATTAGGGGCTGTT TGATTATAGTGTAAGAGAACATGTTATTCATATATAAAACATTGTATTAGTTTTATTATG TTTGGAAAAAAAATTTATTAGGTTGAAAAGTCAACATGACTTATACTATGTTTGGTTGAT AAGTTCTAAATATTGTATAATAGTTATTCATGTATTAATTTTATATTGTGTTTGATTGTT TTTTTGTAATCCTACGTAATTAATACATACAGAACTTATGAGGGAATTTATGTATAAGTT ATACAGAATAAAAGATGGAATAAGTTATGTGAATATTAGTAATTATACATGTATTAGAAA GATAAATTACACATTTATCTCTATTAATTTATTTTTAATTTTTTTATTGAAAACTTTACA TAACTATTCTATTTTCTAACCTATTTTCATTTCTTTTTTTATGCAAACAACTTTTTATTT GTTTTCATTTAAAATCAGAAAATATTTATTAATATTATGAATAGGAATGTATAATTTTGA TAGCACATATGTTAATTATATATTTGCTTTATATATTATATATTCACATATTTAATTATC ATGTATTAATTTTTATTTAGAAAGTGAATTTATATAATATTTATAAATTTGGTATATTAA AACTAGGGGTGTACAAACTGAATTATTAAGTCAAATCGAACCGACGAACCAAATCAAATC GAAAATAATCGACTTGTGGTTTGGCGATTGAAAAAAAACTCGACCACTCTTGATTTGGTT TGGTATTAGAAAAAAAAAATCAAACCGAACTCAACCCCCCCCCCCCCCCCCACAAACACA ATTTATTTTATTTATAGATAAAAAATATTATCTACATATAATCTACTTTGGTAATATGTA TTTTTTTTTGTTAATTCATGATTTTCAATTTTATATATTTATGTCAAATTTTAGATTTTG TAAAATTTTGTATATATACACATATATATAATTTATTTTATTTATAGCTAAAAAATATTA TTTATAATGTATTTGCTAATATATTTTTAGTTAATTTATAGTTTTCAACGTGTGTATATA TATATGTGTGTATATATATATATATATATATAAAATCAATAACCAAACGTCCCTTACTCT CCATATATCCAGTTTCCTACTTTAAATTAGTTGCCATCAAACAGTTCTAAGTATGAATTT GTAATCTACTCATGATCCTAATACTCAACCTACTCTCCTCCTTTTAATTTATAATGATCA TACTCGAACTAAATTTCATAATCAACACACTATTATTAAGTTTACAATTACTCTCCTTAA TAGTAGTTTCCTTCTATAAATTAGTTGCCATCAAATAATTTCAATTATGAATTTATAATC TACTCATGATCCTAATACTCAATCTACTTTCCTCCTCCTAATTTATAATGATCCTAGTCA AGCTCGATTTCATAATCAATACACTATTATTAAGTTAATCAATACTTTACTTATATCTTG TTTAAATTTGTTGCCATCAAATACTTCTTGAGAAAGAATTTGTAATGATCCTACTCAAAT TACTTGCCTTCTTTTAATCTACAATGATCCTACTCAAATTAAATAGGAGTATTAGATTGA AGTCATAATTAAGTTGTTTCTACCATATTCCCTATATTAGAAAATTTAAACATCAAAGAT GAGTTGCTGCCAACTTCTCATTTTCTCTCTCAACAACAGCATTAACACCTCCCATTAATG CTATTTCTTCCTCTCAATAACCTCTGCTATAATAATAACTCCCTTCATCTTCTCCACCTG TTCCCTATAATCCCTCTTTTTTCCCCTCTTCTCCATAGCTCCTTTAATTCTCTTCACAAT AAACTTTTTTGAACACACACACACAAAAAAAAAAATCAGACTCCAAAAAGTTTGACTAGA TCTGGATTAATTTTCTACACTTGTTGTTTTTTTAATCCAAAGGCTTCACAGATAGTAAGT TTACTGTTCCATCATTCTCTTACTTGCTTTCTTCTTTTTTTCCCTCTCTTGAATTGTTTG CTCAGATGAACATCCTTCGTCAAAAAATTATACCACAGCAAAATAAATTATTGTTTTTTC ATGTGTCGAGAGACTTGTATAGAAGTGAAGTTTGGACTTTACCAGATATTAGTTGTTGAG AGCTATATATATGTTTTACCCATTTTTGAAAAAGGAAAAGAAAAAAGAGAAGACCCTGTG TCCGTGTTCACACATTGAGTCAACTTTATGTTTTGTTATTATTCCAAAATTTTCTCATTG CACTTTTAACACAGTCAAAAAGAAATAAATTTTATTTTCCTTTGTCACATCAAGACATAG AAAAAAATAGAATAAAAACAAACACGTCCCAAAATAAAATGAGGTAAAAAGAATTAAAGT TTATTTTACATAGAGACAAGAAAGTCAGTAGAAAATGTGGTGGGGGTTGGAGGTTGGGGG GGTGGGTTTAGGGTTTGAGGAGATTTTTTTGTGTATATATATATCATACAGTGAGAAGTG AAATTCTACCATCACATCAACAATGCCTTCTTGAGAAGCTCAGTTTCTTGAGTAAGTCCA TTTGTTCTTTAAACGTTTTTTTTTCTTTTTTTGTGTTATTTGTATACTATCTTCAGCTAA TTCTCAACAACAAATACACTGATTTTGATTTTTAAACCATGGTGGCATGACGAATTAAGG AACCCTAGAGCAAAAAATGTAAATTTATAAGTCGTCACATCCTAAAAATGAATCACTTTT AACCATTTAGTACATGTTTGTGAATTTTTATTTTTTTTTATAAAAAAAAAATCCTGAACA TATGTTGTTGAGCTTTTGCTTTTGTCCACGCTTCCGTATATATAATCTTTAGCATGTGTA TGGTTTTTGTAAATCATAAACATGGGCGTTTTTTTTTTTTTTTGCAGATGAAATAATTTA TCAGAGAAATTATTTTGAAGAAGATCGAGAAGGTATTCAAGATGTTTAATAACCACCAGC ACTTGCTCGATATATCGTCCTCAGCTCAACGAACACCTGATAACGAGTTGGATTTCATTC GTGATGAAGAGTTTGATAGCAACTCTGGTGCTGATAACATGGAAGCTCCCAATTCAGGTG ATGACGATCAAGCTGATCCAAACCAACCTCCAAACAAGAAGAAGCGTTATCATCGCCACA CTCAGAATCAGATTCAGGAAATGGAGTCGTAAGTAATTTAATTTATATATACTGACAGTA CATTTATTAACTATATATAACAATTGTTCCGTTTCTTTTTTGTCATTGTACAGCTTTTAC AAGGAATGCAATCATCCAGATGACAAGCAAAGGAAGGAATTGGGAAGAAGACTTGGTTTG GAGCCATTACAAGTGAAATTTTGGTTCCAGAACAAGCGTACTCAGATGAAGGTGAAAAAC TCTTTTTTCTTTTCTTGTCTGTAATGTAAAGTTAATATATTTGATGTAAAAAATTGAGAT GAATACATTCATTCAATTTATATAGACAGGATGATTGAGGTACGTGTGCTTGAAAACTTT ATAATTAGATTGTGATTTTATTGTTGTTACAGGCTCAACATGAGCGATGTGAGAACACAC AGTTGAGGAATGAAAATGAGAAGCTTCGCGCTGAGAACATAAGGTACAAAGAAGCTTTGA GTAATGCAGCATGCCCAAATTGTGGAGGGCCAGCAGCTATAGGAGAGATGTCATTTGATG AGCATCAGTTGAGGATTGAAAATGCTCGTCTTAGAGATGAGGTAGGAGCATTACTAATTG AAAACCTGCCTCATTTTTCAAGTTATTAATTTTAGTACTTGTGAACACACCGATTATAAA TTTTGCCTTTAACGGTTTGGATGAACACTCAATCCTACATAACCCTAAATGTTTTGATAA AGGTGATGCCCCCGACCCATTTTACACCTTTCCGTTCATTCGTCCACAATCCCCTCATCC TTTTAATTTACGTAATACATTTTTCTTTTTAGCCTATAAGAAACAATTTAATTTTGAAAT TATAATTTTACCTTTTTAACTTTCCACACAATTAAACATTGTCACTTGTATTAGGACTGA GCAAGAAGATTTTAAAACGGAGTAATAAGAAAATAGTTCACATGAAATGGCATTCAAAGT GACTTGACGGAAATTTTAAGTTATTTTATGTTTTATGATACAGATTGACAGGATAACTGG AATAGCTGGAAAGTATGTTGGTAAATCAGCCCTTGGATATTCTCATCAACTTCCTCTTCC TCAGCCCGAAGCTCCTCGGGTTCTGGATCTTGCTTTTGGGCCTCAATCGGGCCTGCTTGG AGAAATGTACGCTGCTGGTGACCTTCTAAGAACTGCTGTTACGGGCCTTACAGATGCTGA GAAGCCCGTGGTCATTGAGCTTGCTGTTACTGCAATGGAGGAACTTATAAGGATGGCTCA AACTGAAGAGCCATTATGGTTGCCAAGCTCAGGCTCTGAGACTTTATGTGAGCAAGAATA TGCTCGTATTTTCCCTCGAGGCCTTGGACCTAAGCCAGCTACACTCAATTCTGAAGCCTC ACGAGAATCTGCTGTTGTGATTATGAATCATATCAATTTAGTTGAGATTTTGATGGATGT GGTAAGATTTCTAATTTTAATGTGCAACCTTACCTTCCTCGGACGAATACTTTGTGCACA TTTTTAACTAATTGTACATTTCAGAACCAATGGACTACTGTTTTTGCTGGTCTGGTGTCA AAAGCAATGACTCTTGAAGTCTTATCAACTGGTGTCGCAGGAAATCACAATGGAGCATTG CAAGTGGTATTGTTCAGATTTCACTTAACAATATTTTGTTTGAATTCTTTCCTTCTTTTT TAAACAGATGAAATATACTCTAATTGATTTCCTTTTTTTGATGTTCTAATTTTAGATGAC AGCAGAATTTCAAGTTCCATCTCCACTTGTTCCAACTCGGGAGAACTATTTCTTAAGATA CTGTAAACAACATGGTGAAGGGACTTGGGTAGTGGTTGATGTTTCCCTGGACAACTTGCG CACTGTTTCAGTTCCGCGTTGCAGAAGAAGGCCATCTGGTTGTTTAATCCAAGAAATGCC AAATGGTTACTCAAGGGTATCGAAATTCCTCAAATTTTAAACTCTTTAGAACATGATTAA ACTCTAAGTCCGTAACACATTGTTATTTGTGTAGGTTATATGGGTTGAACACGTTGAGGT GGATGAAAATGCTGTCCATGACATCTACAAACCTCTTGTCAATTCTGGGATTGCATTTGG AGCAAAACGCTGGGTAGCAACTTTAGATAGACAATGTGAACGCCTTGCAAGTGTGTTGGC GCTTAACATCCCAACAGGAGATGTTGGAAGTAATAGCAAAAAAAAAAAAATCTCTACTCT TTCATTAATTAGTCTGTCAATGCTGTACAATTGCAAATTACTAATGTTTTTTCGTCCTAA TTTTCAGTCATTACTAGTCCAGCTGGTCGAAAGAGTATGCTAAAACTTGCTGAGAGAATG GTGATGAGCTTTTGTGCTGGAGTTGGTGCATCGACAACTCACATATGGACAACTTTGTCT GGAAGTGGTGCGGATGATGTTAGAGTCATGACTAGGAAGAGTATCGATGATCCAGGGAGA CCTCCTGGTATTGTGCTGAGTGCTGCAACATCTTTTTGGCTTCCAGTTTCTCCTAAGAGA GTGTTTGATTTTCTCCGCGATGAGAACTCTAGAAATGAGGTAAAGCATATTCACCTTCAA TTAAGTTGTCCACTTTTATCAAATTCGCTCTGTTTTATTGTGTCCTAATCTAATTCACTG CTAAATATATGTGCAGTGGGATATTCTTTCAAATGGTGGGATTGTTCAGGAAATGGCACA CATTGCAAATGGTCGTGATCCAGGAAACTGTGTTTCTCTACTCCGTGTCAATGTATGATA TCCGGGTTTGTTAATTTTTTATTAATTTTGGCAAAAAAATACTCAAATAAGTATTTCTAT TTTTGCAGACTGGAACAAACTCTAACCAGAGTAACATGCTGATACTCCAAGAGAGCACAA CTGATGTAACAGGATCTTACGTCATTTACGCTCCAGTTGATATTGCTGCAATGAACGTGG TGTTAGGTGGGGGTGACCCTGACTATGTTGCTCTGTTGCCATCTGGTTTTGCTATTCTTC CAGACGGACCGATGAATTATCATGGTGGAGGTAATTCAGAAATTGATTCTCCTGGTGGAT CGCTACTAACTGTAGCATTTCAGATATTGGTTGATTCAGTCCCAACTGCAAAGCTTTCCC TTGGCTCTGTTGCGACTGTTAATAGTCTCATCAAATGCACCGTTGAAAAGATCAAAGGTG CTGTAACTTCCGCAAATGCATGAAGGTAAAACATCTTTTACACATGTTTATGAATTGGAT TTTTATATACTACTTGCAATGTGTTTTACTTCCTTTATCCCAGTTTAACTTTAAACTTCT CCTAGTGAAATGATTTTTATCCAAACACTTGTTTTGAACCTACAAGTTTCAATAGCCTTA TACTATTATAAGTTACTCCTATTTTTGTTGCATCTTTTTATTTTTTTTTGTGATAGGCGG CAGGTGGTCTTGGATGGGGGAGAGTTGAAAGAAGTTACAAGTTAGATGAAGGGGAAGGGA GCTAGTGGAGAAGGCAACTTAAAGGAAATCCTTGCAGGTGGTGATTGTTTTTTTGGCAAA AAAACATTTCACTATCCTGTAAGGATGTAGTTTTTTTTTGGTTTTAATATATAGGGTTTA GGGTAGACTTTGCCAATGTTATATTGGTATATGTCAAGAATATTATAAAACTAAGCTAGC AAACAAAGCTTTATTTTGTTTTGAACCCTTTTGCTTTAAGGGTTAATTGTTGGAACAAGT TAGTTCTCTATGTTTTAAAAAGAAGTTTAGTTTGACTTCTGAAAAGCTTGTGTTATAATT TGCTACCGCTATTTGCTATTTTTTTTTTTTTGCATTAATTTGAAATATTTTAGTTTCCGA TATGTTGCATGGAAGTTGCAAAATGATTCGTGAAGAATTAATCCATGAGTTAGATTCATG GTGTTTGCAACTTATCATACTTGGTCGACAAATGATCAAAATCATTTTTAAGAACTCATA CAGGAATCCAATATTAAGGGCTTATTCGGTATAAAACAAATATTTTTTAAAAAATATTAT CTTTTTTTTCATATCCGATTAGTCAAATATTTTGAAAATCTTTTTTTTTTAAGAAACCTA ATAGTTTCTTACTTCCACGGGCCTCACCTTCACCTCCAACTTCCATAACTCCTATCCCCA CCACCCATCCTTCGCCTCCTTCTCCCGAGTATTTGTCTAATTTATATACAAATATTTTTA TAATAATATTTTTTTTCATATAATATATGTAATAACTCATACAAATTAATACCAATATTT TTTTGATCTGAACATGTTAATCCATTCCTTCTATCAATTTCCAAGGATAGTAATTAAGGG TCAACTACAACTTGACAAGTTTCAACAAAGTTTTACAAAGGTAATTTTTTTGTGTATCTA GTTTATATACCAGAGGGTTATAATAATAGACCTTGTGGACTTGTGTTGTAGTGAGACCTA TTTTCGTTAATACAACACCACACAGACATTGTCCGAGTAAATGAAAGAAAAAAAATACTA CTAAAAATTATTTTCCTCGGTATCGAACATACGATAAGTTTATTAAAGAATAAAAACAAG AACATGTTACGAAGAAAGTTGAAGAGAGTAGAAGAATAACATGTTCTTCTCAAATTAGGT TTGACAATTAAGAAAGAAAATGGAAAAGTCAAACTTTGCTATAATTGTACCATATCTAAA AAGAGGACGACGTTAGTGGATATTTCCGGTAATATATTTTTTGCATTGATACGAATCATC AATAACTTGTTCAAAATATTATGTCATTATCACTACTACTTTTGTATATTCTACGTTTAT TTATAACATTTCTAACTGAAAAATAGACCTATAATGAGAAAATAAAAATATTTCGTCTCG TTGAGTGGGACTTGAGAAATTAAGTGAAATAGTAGTTGTACATGATTAGCAGGATGTATT AATGAATTTTAATGGCAAAGACTATTGAAGTTGTTGCATCACATAAATGAACTGTGCATG ACTTTGGTATAAGAGGCCACAATTCACTATTCAGTAAAGCCAGTTTCACTGGTGGTTCCC ATTATGTTTCCTGTACACACAGCATCATAACTCAGAATATTAAACACCTTATAATATAAT ACTTATACACTTCCCTTATTGGTATATCTCAGTATCGACGATAAGACCAAAAATAAATAT TATTTATTTATATGCGCTCATGGGGCTGGATGATACTACTATGCCAAATCATGTAGCCTT TACACAATATGCATAGCATATTAGTTGTTCACATTGATTACGATTTTAGTTTTAGTAAAT TGTATCTTTTTCAGATCAATAAATAGAACTTAAATTATATTAAAGTTAAGTGTCGTTTAT TTTTATTAAGATTAACACCTTTTTGAATTTGGATAAATATTTATTATTTAACTATTAATT ATATGCATTAATAAGATCAAGATTTCTACCTGGGGGATTGATGACTTGGACAAAAAAAAA AGATGTTGTATTAAAATTTAAATTTTAAAGATCAACTTTCACACATAGTAAACACAAAAT TCATATTTGTATGTTATAGTAAAATTTGCATAATTGTGCTTCACAGCAAACATAAAGATG TATAATTCGCTATACATATACAAAGAAACACCAACGATTCTCTTCTCAAAGTAATAGAGA GAGTCTTTTTCTAGTTAGACTTCGCTATACATATATAAAAGATAGCAATTGTATACAAAT CAATTGTATAAATTGTGTATGTATAAAACGAGAAAGAGAGAAAAACAAAAAAAAATTGGC AAGACAATATTTGTATTGTATAATTATAAGTGTATAGGACGAAGATATATGTATTTGCAA GTGTATATACAATTTTCTCTCGTTTTATATAAACAGAAACACAATTTATACATTTAGTTT ATGTTTGTATAAGGGATAGAGGTGAGGGTGGCGAGAGAGATCTGGGAGAGGGGAGAGAGG AGAACGAAAATACATGTATATATACAATTTTTTCTCGCTTTATACAAACAGAAACATATT TTATACACTTGTGTTTGTATAAAAGTGAGAGGGAGCGAGCAAGAGATGGAGCAAGAGAGG GAGAGTGGCGAGTGAGAGTTTGAGGGATAGAAGTGACTGGTAAACAGTTTGCTACAGGGC ACAATGAAATTAGAGTGTGGTTATAACATTTAATTTGATTAATAATATTTGTCATTATAT AGAAATTTCTCAATTTTAAATAACTAAAAATATTTGTTTTTCAATCACTATATATTAACT TATATACACTAATAGTGGTAGAAGAAAAAAATTACACCATTAATTCATTTTTAGAAATAC TTATTTCTCTTAATATATTCACTTATTATTAATATTTATATAATAAAAAGAAAGCATTTC ATCGCTTTCTTGTCCTCATTATTTTCACCTCGTTCTCCATCAACACCATTAAAGCAATTT GAGACAAATTATCAATGGTAACTTTTTACTCTCTTTTTTTCTTTTTAAATCTAGATTAAT TAATCTCATAAAAAATTATTCATAACTTATTAAGTCTTTCTTTTAACATGAAAAAGTTTT TGGATAGGTGCTTCCATTGCTTCAAACTATCTTTTCTCTTCTTAGTTCATTCGATTGACA CTAGAAAAACATATTTTGATCTATATACCTTCATATGTATTCCAATTTATTTAAGTTGTA TTCAAATCAATTTATTTCAGTAATACTCAAAGTCGATAATATAAAAAAATATTTGAACAT TATTTCAAAAAAAAAAAAATCTTAAATCTGTAAACGTGTTTTTTTTTTTAAAAAAAAGAG CAACTAAAAAATCATTAATCTTTATTTATGAAAATATAAAAATTAGATTAAAATAAATTC ATATTTCTAAAAAAATAAAATGACGGTATAATTTTCTTGTCGGTGGATAGTAGTTAATCT CAATCTCATAATCTATCTTTTTTTAATTAATAATTATCAAATAAACAGACATATCACTCA GAACGATAGATAGTCAAGATCTACCTAATTATTTAAACCCATTTATAAACCTATTTAAAA CAAATTTAAGTGATATACATAAACAATATTGTAAAGATTTTTCTTACCCTAGGTAAAACT TAAGAAGTCATAGCATGTACTAATCTATTTTTCTAAGTTACATTATCGTGTAAATGACTT AAAATTAGTGCCATAGTGGATGATGTGAATGAAGGAGATCAAAACTCAAAAGTTTAGTTG AAAGCGAAGAACGTCACTAAATTTACTATAAAATTTTTATCGAAATAGTGAGAAAATTTA AAATATAAGTGTTTCTACGAGGAAAATTTTGGAGACTTTCTACTATTTTAATGAGAATCT ATTTATAACATGCATTTTTTCAATGAGCTAGTTTAATGAAAAAACACGTTTTTATAACAC AAATTTCTCATTATATCATGATAGAAAAAAAACTTTGGGTTGAGAAAAAGACCAAAGCGC GCTGGACTATTTAAACCATGACCAATTTGATTAGCTTGTTTTTTTGTTACAATTATATAA TCAGGCTAACTTAACCCCCTCCTTGTACAAGATGTCCCTTTCAGTTCAGTGGCAATAAAA TAGTGACTCGAAAAAAACAAAAAACATTCTCAATCATGAATAGACAATTATAATGGTATT AGATAAAATTTGCACGAGATATAAGAAGCTACCAAGAGCATTTGATGCTAAAACATGGAC CACAAATTAACTTGGAGTACCAACTATCTGATACAATTTTTTTATCGGAAAATGACCTAA AATATCCTTAAAGTATTGGAAATGGTACAATTGTCCTCCATCCATCTATTGGTTCCAAAT ATCCTTCTCACTCACCTATTGGTCCAAAATATCCTTGTCATCCACCTTTTGGTTTAAACT TGACCACTTATTTAACGGTTTTATATTTAAACTATTTAAATATTTTTTAAAATACGTGAC GCTCAACAATTTGTTATAATTTAACTTGTTAGTATAATTTATAAATCAATCAACTACCCA CCCATTACTAACTAAATCCCTCTAAATTAATAAACCTGTCACATTATTAATGCTAGCTAC TACCAATTGGTGTTTTTAAAAATTATAGAAGTAAATTATCATACATTCAAGTGGCTAATT AAATATCAACGATAAACTTAAAAGTTTGACTATGTTCATCTTAATTATTCTTACGTCTCA ATTATGTGATGTTACTTCGTAGTTAACTTTTTTTTCAAAATAATATATTAAAGGTTTTAA AACAAATCATAAATATTTATCAAATTATATTTAAAAAAAAGTGCATGAATTAATTTGGGA TGTATATACTTCTTGACCTTTAATCATAAATTTCTAATTCAATTTTGAAAGAAAGTGTCC TCCTAAATAAGCGGCTCAACCTAAATTTAATTGGGGCTTCGATTCGGACTCGAATAATTT TGAATGTCATTTTTAGGTATCTATAAATTCATCGTGTTTTAGTAGTTTTTATGACGATTT TGATATTATAATTGGATTATTAATTGGGTAAGGTTTAACTAGTAATGAGTGGGTATTGGG TTGGTTCATAAATTATATTAATAAATTAAAATTATAACCAATAGTTGAACGCCAAATATT TTAAAAAATATTTAAAGAGTTTAATTTTAAAACAATTAAAAAAGTGGTCAATTTTGAACA CAAAGGTGGATGACAAGGGTATTTTGGAACCAATAGGTTGATGAAAAAGGCATTTTGAAG CCAATATGTGGATGAAGGGTAATTTTATACCATTTTCAATACTCCAAAGGTACTTTAGGT CTTTTTCCATTTTTTTATTGATATAAAAAAAAATGAAATCATTTTATACTCAAAACTCGT TTAACATGATATTGATCCGCCTGCAGTCTGTAGTCATGGAATATCATAACACATTAAAGA TCACAAAAGTTCTATACCGTCTTCATGTCTTTTGTTTTTCTTGCTCAAGTTATATGTAGA AAATGAAGAGGAATAGAATATTTTGAAAATGGATGTGTTGTTAGTACTAAATATGAAGAA AAAATGATATTACCAGAACATCTAAAAAGTCGTCTGACAAAATTTAAGATACTCTTTCCG TTCATTTTAACTTAGATTACTATTATAAAATAATTTAACTTTACTAGTCAACTTTGAACA TACCAAGAAAAGATTAAATGTTTCTTATTTTACCTTCAGCATTAATTATTTGTTCTCCAA AAATATGAATATTATGGTAATTAAAATTCTCATAATCAATTATTATTGTTAAGAAGCGTG CAATAGAACGAATAAAAGTGAAAGGAAAGAGTAATTCATGTAAAGTTGTTTTTTAGCTAA TGAATAGACAAACAAATCAAATAGACGACCAGAATGACATAAAACACAAAGTAGTACAAA TGCATTAATCGATAGTCTCCCCACTTTTTATAGTACAATTAGTTTCACTGTTGATGATCA TCTACTTCTCCTCTAGCTGCTCACAAAAGGAACACAAATAGTTAACATGTTGATGGTAAG TGGTCCAGACCAGTGTCTTGTAGTTATTAACTTTGAATGAAAGTAAATAGCTAGGGACTG AGACAGCAGCTTCATTACATATTCCTAGCTGTTTGGCCTAATATTGTAGCTACGTATCTG GACCCCTTACGATATATGGATCTGCAATTCACAGTTAATGGTCGTGAAATTAATACTTGG GCTGAGTCATACTATAGAAAAAAAAACCTTGTAAAAGATTAAATCAAAAGATAAGAACCA ACTGATGTAAAATCAAACTTTGCAAGTGCTCTTTAATTTACTGGTTTAATGGTATGGATC ATTTAAAATAATTGGCCAGCCTTTAAAGGACTACAGAAGCCTATCATTGGAGGTTCAAAC AAGTGTTTCAGACTTTCATGAGTTTCCTACGGCTCCGAGTATTGGAACCGAAATAATTAG CTGTCATGCAAAATCTAACCAACAGACCTGGAGAAACTACGAGTAACAAGACAAACGAGA AATATACCATAAGATACAAACTTAATGTGGTTTGGGAAATGAACAATCCACTGTATAATA TAATAATAAAAAATATACAAAGAAATATTCGGAATACAAAGAGATTCACACAAGCAATAA CAAAAATCTCAAAGTCTCAAGAACTATATTGTGAATACTACTATGTTAGAAGAAACGAAT TCCTATTTATACAGTCCTAAACTTTTTCCTAAAAAAAAAAAGACTAGCCAAATATGGCGA ATTTACTTAAGAAATTAGGGCAAATACCCAACACAAAGCCTGTATGGACGACCATAAGAT GGATAGGACGGCCCATCCATTTACTAATGCTAAGATAGGGAGAAAGCATCCATCCCAAAC AAATTATTCAAATCTCTAGTTAAATTCTTTTATATTCAAGTTACAATTCATCAAACACAG AAATTGAACTATTACGCGAAGCAAAAATCCCTTCTTTTCTGGTATGCAGATACACTTGAA ATGGATTAAAGTTTTGAGGTAAATCACATCATAATGAAGGAGGAGAAGTCCTGCCAATGG GACTATATATTAGCAAAAGCTTTGAAAATCGAGACAAAAGTTTAACATCATTCCACACAC TAGTTGTGCAAATACTCCTAAGTAGCAGATGAAGAGAATACAGGATAAACCAGGAAAGTT TTATCCACATACTAATGCTGATAACTGACATTTCGGATTCTGCTGTCAAAATACTTCAAA GCTTAAAGTTTGAGGAAGCTGAACCACATATCAGACAGCACGTTTTTGTATCACATTTCA CAAGCATAGAGTGACTTGAATAAACTGCCACAAAGCTTGCCTAATCAACTGAAAGCACCA GATCTTTCAATTTAACAATTTCTTAGAATACTCTTGTTGAGAATATTAGCAAGACAATGA CACTATCGTTATGAATCCAGACCCTTCTTTAACCCAAGTTCAAAATATGAGGGAAGCCAA AGATAACCAAAATAACAAATGTGATATTTCTTGAGTTGATTTAATACCATGGAACTAAGT TTTACATCAAAATTTCCACTTAAATTTACAAAAGCATATCTAACAGCTCAATATTTCCTT GTAATATGATTAATGTAACAAAAAGAAAAGATATGCAAACCAAATAAGCATCTTGTCTGG GGCTGAGTTCATTGAATAAAATGGAACCACCAGACACAAGTTCCATAAATTACAAGACTC TTTTCTGAATCCTCGTCAATCAGCACTTCGACCAAATAAAGCATCATATGTAGTATAAAC TTTGTAGGAAAAAAACAAGAATTCAGCCACATATGTACAAACATATCACCTGAAATAAGC AATTAAGTTCCAGCAGAGGGCAGTGCCGCCATGAAAGAATTGTATGATGATTCAAGATCG AAATGGAGTTGACGGGCCTGCTGTTCTGTCAACTCATCTGCAGCTCCCATTTTTGACAGC CTTGAGAGCCACTCTCTCATCTTTGTCTTCCCCTCAAAATCAGATGGAAGTATTAAAAGT TTATTAAGGGAAGATGATAGGTCTGACAAAAGGGGATGGACCTGGTCTACAGCAATCATA TTCAGCTTCAAAGAGTCCATCGCAGTGATGAAGTTCTGCACACACTCAGCCACAACAGAA GCTGAGGATGCAGATGATGTAGCAGCGGCGGCACGGTGCTCCACAGTGGCAGGCACCCCA GAGGTCACAAGCCGGTTTAAGGCAGCAGGGCAATCCATTTTGTAGGTGTCATGAAATCGC TCAATGCTAGGTACGGTATCTTTCAACGTGGAAGATAAAGTTTTGAAATGAGCAATCAAC TTCTGGCATTCAGCTTCATATTCAGCTGGTGAAATGATGTCACGAACATAAGCCTTCTCG AGCTTTTCGGTTGCCTTTATTATAGCAAAGAGCTCTGCAAAGTTTTCGTACATTTCTCTT TCCCGCTTATCATTCCATAGTTTAACCTCCATGGGAGTTGGCAACAATATTTTGACCTTT GTCAAAAAGGTTGGAGAAGAGGATGGGACACGCGCAAAGATGCTAGTCTTTGTCACTGCA AGAACATTATGCCCTACTGTTACAATATGCCAATCTACAACTAACAAATATCTTTTAATT ACAGTGATCAGACTTGTAGGCGCTAACCTCCATACAGATATTTGGAAATAGAATTTACCA ATTGGATATAGTGTAGATTCATTTAATTGAAAAGTGCACAAAAGTTCAAACTTCAAAGAA CAGCACATATAGAATTTCCCTCAGATATGATAGCTTAAAATAAATTTGTCAGTCTACTAA ACTAAATGAAAAAAAGATCACCATTGCGAGGTGAAAAGGACCAGTTCAATAGACATCCTA GACAAATTTATTTGGGATCCCAGTATTCCGAATAATGACAAATACAGTTACCATCCCAGA AATGGGTGACAGACAATACGTCCCCAGCAATAGATATTATATTTCTCTCCGATAGTTTCT AGTCCCAAAGTTCCCTCAAGAGGTCAAGTTTGATTAACATGCAGAAAGCATCTCAAGTGA AAATACAGGAGTTAAAACTACATGGAATTATCTCAGTTTATCAGAAGAGGAAGACAGAAA GGAAGTTGAAACCAGGAAAAAAAATGAGAAATAAATAAAGAAAGAAGACTACGAGAGGAA GACAGAAAAATAAGTCTTCATCAAAAATAAGATTGGAGAGTTAGCGAGAAATGAAAGATG GAGAAGGGGGGCGAAAGAAGGGAATGAGTAGAGACAAATTGCTGTGTCAGATTATTTATT TTTTATAATTTCATCCCTGGCTATCTGGGGTGTATACATCAATAGACAAATACAAGAAGG GGGGCTGGGCCTTACCTCCGAATACAACACAAGGTTTAAGAGTATTAAATCCTTTACAAA CAGAGTGAAAGGAGGAAAATGTAACAATAACAGTCCAACATCGTGAAAAGGTATACATAT ACAAGTAACTAACAAAAAAATTCCCCCTGTCATGTTTGAGCCTTATATCAAATTCATTTC AGCTAAACAAAATAAAACTGCCTTATATATCGTACGGAGTCCTGAAAAGGTCAAATCTAC TGAAACAATTGAAACTCTATCTCTGATTGTAGATAAAGACCTTTCTCCAACTAATATTCA TCATTTAGCTGTGAGATTATGCTTAGCTATTTTTTAGATTAGTGTGTACCCTTTACCATT GTGTTCTCTTAATTGGTTAGATTTAAGTCTGGTCTACTGACATTATAATTATCTTCTTAT TAGACTTCAGAGATAAGTTTTAAATGCATTGGGAATTCCAACTTATCAAAAGTTCATCAG ACAACAAACAACAACATACCCAGTGTAAGTGAGATCTGGGAAGTTCAAAACACAATAAAT ATAACCTTTTCTTACTATGTTTGAATTGAATTGATCTAGCTCTGTTCCTATATTTCATTC TTATTTTTCTCTTCTCTCTCTCTCTGATTCCTTTTTCTGTCCTCACTTCTACCCCTTTAC TTTCTCCCCTCTCCTGTTTTGGTACATCCTCACTTCTTACCCTAATGTTACACTGTCAAC AGAAAGAACAATCCTATAAATCAGTTCCAGAGAGAAGAAAAACTAATAGAAATTTTGAAA TAAATCAAACAATGTAGTAAAATAGTGGAAAACCTAACCACAAGCAAATACATCTGATGT CACGAACCAAATGCAAGTAAAAAAAACAGGCACATGTAAGGAGATATGGATAAATGTTGT TATACAAATAAGATCAACTTAATGCACACCTTACTCACTACTTGGGGCCAGCTATATGAG TCTACTTCTCTATTCAGCTCTATTTTCTCCTCTTTTCCTCCATTTTTTCCATGAGTATGG GTAAAACATAAGAACACCTTGATCAATTTGTACCTTCTACATATCTTCATCAATCTTTCA GCATTACATTATTACTTTATACATTTTGTCTTATCAATTCCACATATCCATCTTTAACAT CAGCATTTCAAAAATACATATTTCATATGCTTGTTTCATCTGGTTCTGCTTAAATTTCTT CAAGGAAAAAATACATTACCCGAGCTAATAGTCCTCCAAATGGGATATGCAACAATAAAA ATCTGAGCTTCCGATTTAAAAAAAGAGCAGTAAGCCGTAAGGATGAGTAAGACAATCCAT CAAAACCTATGTTGCTCAGACACTTCAACGGCACCCATATCTTATCCTTCAAAAAAGCAC TATTTTCAAAGGATCCAACATGTACCCATTGACATTTTGTAGAGTCCGAGCAACATCGTT CAAAAGCAATCTGAGCAAACAAAATAAAGCCCCTTCTTACACAGATCATATTATTATTAC TAATTAAATACTAAAATCCTCCATAAACATGATACAGAGATAGAGCTGGAAATCTCTGGT TAGAACAAACATGCTTAAAGATACGGATCTAGCCCTTAGCTACGGATTCAATCACATCCA TTGTTGTTTATATGTATTGGATCAGTAAAAATATTAAAAATTACCCTAAAATTAACAACA TGGAAAGATATATCTCAAGAAATTGAAGAAACAAATAATAAAGTTTGGTGAGTAAATACG AGATAAAAAGAGTAAGGAGAAAAGACTTACGGTAAAGAAGAAGGTGAAAGACGGGACTTT GAATAATGGGAAGAGTGTTGCAGGTAATCAAGAATAAGAGAGAGAAAGGGGTATTGTCTC TGTACTCTTTTGCTTGCGACATACACAGGTTGCGTGTACACTTTTATTTTTTTTCATACA TCTCCTTATATTATATACTAGTAATATTTTTAAATGGAAAAGGGTCTAAAAGTATCCTCA AAGTATTTAAAATAATATAAAATTATCCTTAAAGTATTTAAAATGATATAAAATTATCCT ACATCTACTTATTGGCTCAAAAATATTCTTTCCATCCACTTATTGGGTCCAAAATACTCT TGTTATCTGATGTCTTTTGGGTTGACTAATGCCCCAGCCGCTTTTATGGACTTGATGACA TGTGTGTTCAGGCCATACCTTGATTCATTTGTTATCATCTTCATTGATGACATATTGGTA TACTCGCGGAGCCGGAGTGAGCATGAGCAGCATTTGAAGATAGTGCTCCAGACTTTGAGA GATCAGCAGCTTTATGCCAAGTTCTCAAAGAAAAATAATGGGTGTTCAACATTATTTCCG ACATGGAATAGTATACCTCTCGTGAATCTCTTCGATAGAGATTGGACATCCATTGTTCGA ACCAAAAATCTGAAGGGATTAAGAAGTGAAGTGAAAAAGTATTTTTAAGAAATTCAAAAA TATTAACAAACATTGATAATGTGAGATGAGTTTTAGGCGATACCTAGAAATTAATGAAAT ACTTTTGAAAAATCGCAAGGACATGCATGCTAGAGAAGTTGGATATTTGAAATTGAAATT GAAATTGTGGAGAAAGAAAAGAAGAAAGATTGTATAATATAGGGGTGGGGGGAGGGAGTG AAAAAAAAGGGTTTTGTTTTGGGAAATTTTTTTTATACAATTAATGGGCCTAATATAGCA AACTGGTCGATATTTTACCTTTTAAAAAAAATAACTGAAAGGGGAGCTATTTCATTTAAT TACCTTTCTTAGTTTTATCCCTTTAAAATTATATCAAATATTCATTAAAGGGAAGGGGCT GATAGCCTCTAAAATTAAAGTGTGTAAATTAATTTTGTAATTAACTATAAGGTGTAATTT ATGTCCTTTTTTTAAAAAAAAGTTAAAATTTGTAATTAGATTCGTAAAAAAATAATTTTA CTTCTCAAATACTTAATACTTCCTATATTTTAATTTAAGTGGAAACTTTTAAAATTTTGA AGTACTTTTAACTTATGTTTATTATGAGTGAGAAGCTTTTATAGCTAATTAAATACATTA TAAAATGTCTAAGACAACAAATTTACAAAAACTATGTTGTAGATATTATTATCTATATTA TTTGATAAGATATAAAAAGAGTATAAATGGACAAGAAATGCTACTTTATACCTAACTAAA CCTAAAGGCAAGTGATTAGTTGCTTGTTTCCACCTAATTGGGTGAACTCGCAATTTCACC AATCAATTATGAGCACTTTTTATTTGACTCTTTAATTTTTATATGGTTAGATAATATATG TCGTTAGGTTGGTGAAATGTGATATAGAAAAAATATTATAAATTGAGATAAAATAATTTT TGAAAGAAGTTGGGACGAGGTTGTCAATAATAGATTACCAAGAGAAATCGGTAAAAGAAA TTTCCACCCAAGATTTAATAGTTGGTCCATTCTCAGCCTCGGTAAAGTCCATCTTGTTGC AATGGGAATGAACAAAAACAAATAAGTTTTGGCTAATGTGATAAAGATACCAATTAGTGT TCCAAAGACTTTACCTCCTTTATTTATGCCAAATATATCAGGAACAAATATGTACGGAAT AGAAAGATTCCAACCTCCCAAGTAAAGAACTGTTACAAATAATGAAGAAACTAGTAGATT CAGATATGAAGCAATGTAAAATAAACCAAATTTGATACCAGAATATTCGGTTTGATACCC TGCTACTAATTCTTCTTCTGCTTCTGGTAAATCAAAAGGTAATCTTTCACACTCGGCGAG AGAAGAAATTAGAAAAACGATAAATCCGATGGGTTGACGCCACAAATTCCACCTTTATGA TAAAATAAGTACTTACTATGATATGCAGAACAAAATAATTCATAAAATATAAAAATTATT ATTTTTAATTTTTTAATTAAACGATTGATTAATATTTGACTGGTTGAGAACCCTATAATT ATCAGCTATTTAATTTCATGTCAAATTTCGATATAATCACTAAGCCAAATAAAATATCAA TTTAATTGTAAAAAAATTATTACAAAAGGTATATTTTTCTTTTATCAGAAGTTTCAGCCT TTTAGATTTAACCTTTAAAAATAAAAACCAAAATATTTTATTTCGATGCGAATTTGAATG GAAAAAGCATAACTTAAATATTGAATATAATAATAATAATAATAATAATAATATTCCTCG AAGAAGAAAGAAAAAGAAATTAGAAAACGACATTTAGTCGGTAGGTATAATTATATGTTC CATATCTTTTTTTCCTATCTAATCCTCACATTGACTTTTGTGACTTTTTCAGTATCACAC AATTATTTTTCTTCCTTAATTGCCCATATTTTTTTATTAAAATGTTATTCATATATACCT AATCAATAACAATGACAAAATAAAAAAATCATCCAAGATTCTCGCCTGAGGAACCCACAT AAAGTAATCGAATATAAATATTACAATAACACCACATTAAAGAACTAATAAAAAGTTTTG AAAAGTATAAGTGATTGTCGATACATCTCATGAATTAATTTCGTATTCAAGTTTTGTTTA TGAATATTTTAATAGAGAAACACCTTAATGAACCTTTTTTAATGTAAATTCAAACTAAAA AAAAAAAATGAAGACAATTGCAACACACAAAAAGAATGGCCCTTTTTTCTCAGCTTATAA AAATCTCATTATCTTGATTGATTAATGACTCAGATGTGACAAAGCAGAAAATTGTAAACT GCTATACATGCATGGACAATTGACCTAGCGATTATTTTTTTGTCCATTTGATATTTAGCC ACTAAGGCTATACAATTCAAAGCAAAAGTCTTCCAACACAGCGCTTGATAAACCATACAC AGCGAGTATTATTTTCTGAGTCAATTTTTTAAATTGTCATTCAAATTAAAAGAATTGCCT TGAAACATCATTTATGTTTCATTTAGGATCAAAATAGCATTCAATTATTACTATTTTTCT CCAAATATACTTGACACTTTAAAATCATCACTCTCTCCTAGTTGGCATGATATGTCATTA AAGTCATTTTTAATAATAGACTAATTTAATTCATTAAATCCATTTTACTAAAATAATGAT CATATTAGTTTACTTTATTTTAATCTATTAAGAATAAATTTTCATACTTAAAATATTTTA TCATAATTAAACTTTTTATTTTTTATGTTATGAAGAATACATTTTTAAAATGTATTATAA TTTTATTAATTTTGAATACTTATAAACACATACATTGAAAAAAATATTTACATACATATC ACTCATTAACGTTAATTTATATCAATTAATCATAAGTTGTAGAATAAATCAATAATATCA AAGGTCAATTAATTATTACAATAATATTAATTGTATATTTTGCAATTGATGCTTCCGATA TTGTTTTTTGAAAAAAAAGAATAAGTAAGTGAATAACATTATATTTTTAATCCATTAGAA ATACTAAATACCTCAAAAGTCTCCTTAAATTCTAGTTGATAAGCCCTACCATTAATTAAT CATTTTAAGAAAAATAATAGATCTATTTAATTCATCAAACTTATGTCTCTACAAAATAAA TATATAAATTACATGAGAATTTATGAAGATTATAAGGAAAGTAATTTAAAGAGTCTAACA ACTTTATATATTGTCACCAAACAAAATTCAATGGAAAATCATTGTGTGCAATTGCTACCT AATAATTTTAAAATTCCTAACTAAATTATTTGAAAATTTTAAACAATTTTTTAATAAAAA TATTTAGATAAGTTTGTAAAGTTGACAAAAAACCTGGTAAGAAAAAGAATATTATTATTT AACTTTTTTTTAATTTTAGTTTTATTTTTATTTTTTTATTCTATATTATATTATATTATA ACTTTTCATACAATTAAACATCAATAAATAAACTAATAATTAATTGAATTTACTAATTTA ATTCGATAGTATACATATTATATGAGATTACTATACTAATAAATAAAGATAAAAAAATTA TTTTATATAAATATTATTTTCTTACTATTTTCTTTTTTAAAAAAGATATTATAAGTATAT ATGGATTTCAAAGCACCCAAATGATTATTTTTTAATAAATAATCGATCTTTAATATTATT GATTTATTATACAATTTATGATTAATTAAAGTAAAACAGCGTTCATGAGTGATTTGTTTA TCAATATTTTTGAATGTATGCATTTATTAGTATTTAAAATTGATGAGATTATAGTACATT TTAAAAACGCATTTTGCATAACATAAAAAAAAAATTAATTATGATAAAAGATTTTAAGTA TAAAAATTTATTCTTAATGAATTAAATAAAAAATTAAAAACAATATGATCATCATTTTAG TTAAATGAGTTTAATGAATTAAATTAGTCTATTATTAAAAAAAGAACTTAATGACATGTC ATGCCAAATAGGAGAGAGTAATACTTTTAAATTGTCAAGTATATTTGGAGGAAAATAGTG ATATTTTGATCATAAATGAAACATAAATAATGTTTTAAAACAATTTCTTTAACTTGAGTG ACTATTTGGGAAATTGACTCTTATTTTTTAAGATTTGAACATTTTTAAAAAGAGTTATTC CTTGAATTTCTATAGTATGATTTTCAAATTAAAATGGAATAAAGAGAGAAATAGTAGGAA GACGAGAGAAGATTTATTATTAATGATATTCAAAGATGAAATACATGTTGAATTTCATGT AATAGGCTTTCACTATAATAAACAAATAGAGAAAAGATTTAAAGTGATACCTGAAGTTGT CCCAAATTTTTGAAAAGACATCTAAACTATGCAAGTGTCCTATTATCCCCTAAACAATCC TGAAATGATATTTTTACATCATTTTTTGTTCACCTGGCATGGAGAGTATATACACTCTCT TAAAGAACGTGAACAAACTGAAAAAACGAATATAATTTTATTTTTACAAAAAGTTTACTA TAAAAATATATATTTTTATATTTCTTATTATTTTAACTTTTTCTCATTATTATTTTTCTT TTTTTTCTTCACTCTTCTTCGAAATTTCACTTTCAATGTCACTTTTTATCACAACTACAC CTCTCTTTTATTCTACTATTAGTTCAGTTCTCTTCAATTTTAAAATTATATCTACATATT ATAATACATTTCGAACAATGTGATAAACCCATTAAATTTCAAGATGATTATTAGGCATTA TTTAGTTTTTTATTCGAATTTCAATTAAACTTTTTCAATTTTCGGAGAATTCTTATGCTT TCAAAATTATCATTTCTAGTTTTGAATTTATATGAAAATGAGATAAATTGTGATACATTC GAGATTTTGATCTTTCTTAGAAAAATAATTAGTTCTGTTATCAATAACTTAACAAAGTCT AGAAAATGGTATAGTTTTGGAAAGTAAGAAATTTGATCAAATATAAAGAAGAAAAGAGAA AGAAAATGGAAAGGTTCAACTTGATATGGGTGTGGGGTAGGTGAGGGTGAGAGGTGAAGA AGAAGAAATAAAGAAAAAAATGGAGGGAGCTTGAAAAATGGGATGGAAGATGAATTAAAA ATTGAAATGAAATTAAAATTAAAATAATAAAACCAAAATAAGTCAAAAAGTAAGATAAAA AAATAAAGAAAAACTTAAATGAAAAGAAAATAATATTTCAAATTGAATTAACACGTGTCA CACAATGATTGGTGTGTGATTACACTTGCCATTTAAAATTTGAAATTAATCCAAAAATGA TGTAATAATATATATTCGGAATAATTTAGGGGTAATAGGAAATTTTTGGACAAATTCAAA TGTCACTTTAAGTCTTTTCTCTAAACAAATATAATATTTTAAATTAATTAGTTTTAATAA ACACGTGACAAGTAAAATAGGAGGTCCAAGTTTGCACGTGAGTATTTGAATTTTGAAGCA AAAAAAAGTTATTGCTTCTCTCTTTAGCCCATATAATTTAGGCATACTATAAATATATCC TTTTAACTTGAATTTAAATCAAATTTATGCCCTTCAATTTTGAGGATGTGTACAAGTAGA TACTTAAATTTGTATAAAATTGAACAAATAAACACACATGTCCTACATGTCATTTTTTGT CCTACATGGTATCCTATGTGTATTGTGGCATGTATGACTCATGTGTTTATTTACTAAAAA GTTGAATAGTTAAAGTTGTCTGTTTGTGCATTATAAAAATTAGAATTAAAAATTAAAATT TGAAATTAAATTTAAAGTCTTATACGTGTATTATGTCTTTTATTTTATATAGTACATTAC ATTTTTTGTATTAATAAAGAAAAAGCGTGCTATTATTCTTTATGCCTATTTCTCTGCGCT TGAAAGAGAAATACTAGCTACCACTTCTCTCTATGCTTCCTGCAATGTTTTGTCAAATAG CAATTTGCATGTTGTTTTGTGGTTTCACATTATCATCATGTCATCAAACAGAGATCCTTA ATATTATCAAAGAAAATTCTAACCAAGTTTCATCTTCAAGCAATTTCTTATTTGGAACAT CCTCTTCTTGTTACCAGGTATGTACTTCCTACACTTGATTTTTTTTGGGGGGGTCTGAAT TCTTGTTATGAGTACAATTTTTTTTGTCCGCAGTATGAAGGAGCTATTCTCAGTGATGGA AAAGGTCTCAACAATTGGGATGTTTTTACTCACCAAGCTGGTCAGCTTATAAAATTCAAT TTCTATTAGTCGATTTCTTTTTTTAAAATTTTTTTATTAATTTTGGTTAGTGTTGTTGCA GGTCATATTAAAGATGGAAGCAATGGAGATGTTGCTGTTGATCACTACAATCGTTATTTG GTAAACCTAATTCATCATTTGACTTTTCCTTTTTAATGTAATTTCTGCGAACATTCTTGT TTATAGGACACAACTCTTTTTTCTTTTCTTTGAACTGATCCAATACAGCTAACGAAAAGA AATACTCCATCCGTTTCATAAAAGTTTTTTTTTAATCTTATAGTTTAAAATTAAAGTTAT GTCAAATATACTAAATTGCCTTTTAATCTTATGATCGTGAAAAAGTTAAAATTAAAATGT TATAAAAAAAATTATTATTTTTTAAACAAAAAAAAAAGAAGAATATTTCCTTTTTAAAAA AAAGAGTAGGTTAATAATGGTTTGGTCCATAATATGTACGAGTAGGACATACTTGTCTGA CAAGTGGGCAATTCATTTCTTTTTATAAGCCCCACTATAAATTGATATATAATATAGTGG CTTCTTATTATTTAAGGCTGGCTATTTCACAAGGCAAACACATTCTTGCATGTTTTTAAT CCTGTTCACATGGGATCTATAGTAGTGAGCCACATTGATATTAATTAGATGTTTTCGGAT AAATTCTGTTTTGGCCTACTCAAAATCAACAATAAACTGATTAGATAGGAAGTAGCTATG CTTGAACAATTTGTGACACTTTTGGAGATTGATCAAAATTTAACTTTTTCATTCGCGAAG AAAAAGGAAACACACTAATTTGTGCTGGCAACAGAGCATACATGATTGACACAAATTTAG AAATTTCTCAGTATCTAAGATCTAAAATTGGCATAAACTTCTGTCAAATTAATCAGTCAC AAGGAACTTGCAAGATAGCAAGACTGGGGAGCACAATTTTTGTTCTGCAACAAGTCAAAG TGTCTCAGAAATGAAGGAATGTTAGATCAATGAAGTGTATTAGCTAGAAGTAGATGGGTA AAACATGAAATTGAAGAATTCTGATGTTTGGTAGTAAAATGAAACAGGAGGACATTAAGC TCATGGAAGATATGGGTGTTAATGGCTATCGTTTCTCTATCTCGTGGGCCAGAATTCTGC CCAGTAAGTTATAACTGTCACTAGTCGATCTCTTCCCTTCATTTTAAGCAAATACTACTA ATTGTCATTTACATTGAACCATCTTTCTCTTCGTCGGTTGTAAATTTGACTCAGAGGGGA CATTTGGAGATGTTAATATGGCCGGAATTGAGCACTACAATAAGCTTATTGATGCACTCT TACAGAAAGGTCAATTCGGCTTCACTTGCTAATAGTTTTAAGATATTTATAAATACAAAA TGAAGCAAAAAAGTTAATAGGGGGCTCAGACGACTTCTTTATGTTCTGTGAATTCAGGGA TCCAACCGTTGATCACATTAACACATTATGACATACCACAAGAACTTGAGGAAAGATATG GTGGTTGGCTTAGTTCACAAATACAGTAAGTAGCTGCTCCCATCTTACACTTTAAGGTAG TTTGTATATGATGAACAAGTTAACTTGTGTGGTGTTTCAGGGATGATTTCAGCTATTATG CAGACATATGCTTCAAATATTTTGGGGACAGAGTCAAATACTGGACAACCATCAATGAGC CTAACCTTATGGCTGTTCGTGGCTATAGACTAGGAACTTACCCTCCAAGTCGATGCTCCG GTATAGTTGGGAATTGTAGTGCTGGTGATTCAGAAAGGGAGCCCTTCATTGCAGCTCACA ATATGATCCTATCTCATGCAGCTGCTGTCAGCACTTACCGTACCAGATATCAGGTTTGTT CGATGGATCTATGCCCTTTCACCATCGCCATGTCAACTGTCAACACAGCATGATCTTGCA GAATTAGTCCAAATGGATTACCCCTTTAGTGCAACGCTATCTTCTGGCTTGTAAATGATA TGAAGGTGAATTTTGGGGGAGTCAAACAGGAAAATGGTTTACATAAAAGACTAAAGCTCG AAAATTTAAGCTTGGAAAATACTTCCTCCTCTATCTATCAAATGGCATATTAAAAGTTTA GTAGAATATAACCTAGTCTATTTTATGCTTCTTTTCAGAAAAGACAAGGAGGAATGATTG GAATTTCTTTGGATACCCAATGGTATGAACCATTCAGCAATTCCCCAGAAGACATAGCTG CAACTGAGAGAGCTCGTTCGTTCTACGTCAACTGGTAACCCTTCCTTGTCAATAGTTCAG TACTACCATCTGGTTTCTTGTGCATCAGAAAGAGATTATTTTTTACTAAGCACCCCTATG CAGGTTTTTAGACCCTATTATATTAGGAAGATATCCCAAAGAAATGGTAGAAATTCTGGG ATCTAATCTGCCAGACTTTTCAAAGAATGATTTGAGCAAGTTGAGTTATGGCCTAGATTT CATTGGCATCAATTACTATACGGCTAAATATATCAAAGATTGCTTATATTCTGCCTGTGA ACATGGAAACACTTGGTCAGAGGGTTCCTTTTTTGAGACGAGAGAAAAAGACGGTGTCTA CATTGGTCAACCTGTATGTTTTCTCCTCTTTTAACATTTAAGCATTCTTCATCTTTTAAC CCTCCACTATGCCAAACTATTACTGGCACTTGTGCATTGCTGAATTTTATTTATTTTCAA CAACTTCAAAATGAATCAGACTGAAGTGGACTGGCTCTTTCTGTACCCACAAGGGATGAA AAAAATTGTGATGTACATGAAGGACAGATTCAACAATACTCCTATGGTTATCACCGAAAA TGGTAAGAAGAAAAGAAATTTCACATTCTTGTCATTTAAAAGCGAGATATAGTTTACTTA ATCAACTAATAACCTGAACAAGATGCATTTGGATCTGTTGGGATGCATCCACTGACACAA CTTGTAACATTGCAGGCATTGCTGAGAATGATAATCTGAATCCTTCAATAACAGACACCT TGAACGATATTCATAGAGTGAACTATATGCATAGCTACTTAAATTCATTGGCAAATGCAA TCACGGATGGTGCAGATGTGAGAGGGTACTTTGTTTGGTCCCTTCTCGACAACTTTGAGT GGCTAGATGGATATAAGTTAAGATTTGGACTTCACTATGTCAACTATACTAATCTTCAGA GAACCCCAAAATTATCAGCTACCATGTATAAACAGCTCATGTATAACTTCAACATACAAC TCGAAAAAAATACTGCCCAGAACTAGTAGGAGAAGATGATGGAAAGTAAATATTATTTTC ACTCCAGTGGGACTGTAATCATTTAAACAAGATTTGTTAATTACACAGAAACATTCTGTT GGAAGAGGTTGTCTCATATTTGAATGCTAGTCTATATATAACTTCTTGGCGTAGAGACCC AAGCTAACTAGAATCTACAATAACTCCATAATATAGGGAAGTCCAAAGTCTAGCATAATA AAAAATGAAGTTCAAGAGAGAGCAACCATTTGAATTATATTTTTGTACTAATATACTTTG TTAAATGGTGCAGTTATAGAATTGACAGTTAGTAGAATGGCCCTATAAAAATCTTATTAC CCTGATAGATTAATGGCTCAGATGTAACAAAGTAGAAAATTATAAACTGCTATACATGCA TGGACAATTGACCTAGCGATTATTTTTCTGTCCATTTGATATTTAGTCACTAAGGCTATA TAATTCAAAGCAAAAGTCTTCCAACCCAAAGCTGGATAAACAATACACATAAACAAAAAT TATATAATGAATTGAAATGGAGCAAGTATTATTTTTGAGATTTTGATCATTTTGTTCTTT AATGCTAAAAGAATACTCTAATCTTGAATTTTTATATTAAAGTAGTAATAATCAAAATGG AATAAAAAGAGTAACAGTAGGAAGAAGAGATAATATTTATTATTCCTATATATGAAATCA TATTCAAAATGGACGGGAGAAATTAAGCATTTTTTTCTATTAATAAAGCAAAAGCGTGCT ATTATTCTTTATGCCTATTTCTCTGAGCTCGAAAGAGAAATACTAGCTACCACTTCTCTC TATTTTTCCTGCAATGTTTTGTCGAATAGCAATTTGCATGTTGTTTTGTAGTTTCATAAT ATCATCATGTCATCAAACAGATATCCTTAATATTATCAAAAAAAATCCTAACCAAGTTTC AACTTCAAGCAATTTCTTATTTGGAACATCCTCTTCCTGTTACCAGGTATGTACTTCCTA CACTTGATTTTTTTTGGGGGGGTCTGAATTCTTGTTATGAGTACAATTTTTTTTTGTCCG CAGTATGAAGGAGCTATTCTCAGTGATGGAAAAGGTCTCAACAATTGGGATGTTTTTACT CACGAAGCTGGTGAGCTTATAAAAAAATTAATGAATCTCAATTTCTTTTTAAAATTTATT AATTTCGGTTAGTGTTGTTGCAGGTCATATTAAGGATGGAAGCAACGGAGATGTTGCTGT TGATCACTACAATCGTTATTTGGTAAACCTAATTCATCATTTGACTTTTCCGTTTTAATG TAATTTCTACAAACGTTGTTGTATATAGGTTCACACAACTCTTTTTCTTTTCTTTTCAAC TGATCCATTACAGTTAAGGAAAAGAAAGATATTTTTTTTAGTGAAAGAGTAGGTTTGGTC AATAATATGTAGGAGTAGGACATACTTGTCTGACAAAATTTTATAAGCCCCATTATCAAT TGATAAATAGTATAGTATTAGTGGCTTCTTATTATTTAAGGCTGGCTATTTCACAAGGCG AACACATTCTTGCATGTTTTTAATCCTGTTGAAATGGGATCTATAGTAGTGAGCCACATT GATATGAATTAGATGTTTTCGGATAAATTCTGTTTTGGCCTACTCAAAATCAACAATGAA CTGATTAGATAGGAACAATAAATTAGACTTTTGGAGATGAGGAATTAACTTTTTCATTTG CGAAGAAAAGGGAAACACACTAATTTGTGCTGGCAACAGAGCATACATGATTGACACAAA TTTTGAAATTTCTCAGTATCTAAGATCTAAAATTGGCATAAACTCGTGTCAAATTAATCA GTCATAAGGAACTTGCAAATAGCAAAACTGGGGAGCACAAAATTTTCGTTCTGCAACAAG TCGAAGTGTCTCAGAAATGAATGAATGTTGGACTAATGCAGTGTATTAGCAAGAAGTCGA TGTGCAAAACATGAAATTGAAGAATTCTGATGTTTGGTAATAAAATGAAACAGGAGGACG TTAAGCTCATGGAAGATTTGGGTGTTAATGGCTATCGTTTCTCTATCTCGTGGGCAAGAA TTCTGCCCAGTAAGTTATAACTGTCACTAGTCTCTTCCCTTCATTTTCAGCAAATACTCA TTCTTGTCATTTCCATTGAACAATCTTTTCCTTTGTCGGTTGTAAATTTGACACAGAAGG GACATTTGGAGATGTTAATATGGCTGGAATTGAGCACTACAATAAGCTTATTGATGCACT CTTACAGAAAGGTCAATTCGGCTTCACTTGCTAATAGTTTGATAAATCCAAAATGAAGCA AAAAGGTTATTAATTTTGTGGGCTCAGACAACTTCTTTATGTGCTGTGAAATTCAGGGAT CCAACCGTTGATCACATTAACACATTATGACATACCACAAGAACTTGAGGAAAGATATGG TGGTTGGCTTAGTTCACGAATACAGTAAGTAGCTGCTCCCATCTTACACTTTTAAGGTAG TTGTATATGATGAACAAGTTAACTTGTGTGGTGTTTCAGGGATGATTTCAGCTATTATGC AGACATATGCTTCAAATATTTTGGGGACAGAGTCAAATACTGGACAACCATCAATGAGCC TAACCTTATGGCTGTTCGTGGCTATAGAGAGGGAACTTACCCTCCATCTCGATGCTCCGG TATATTTGGGAATTGTAGTGCTGGTGATTCAGAAAGGGAGCCCTTCATTGCAGCTCACAA TATGATCCTATCTCATGCAGCTGCTATCAGTATTTACCGTACCAGATATCAGGTTCTTTC GATGGCTCTATGCCCTTTCCCATTTGCCATGTCAACTCTCAACACGCATGATCTTGCAGA ATTAATCCAAATGGTTTACCCCTTTAGTGCAACACTATTTTCTGGCTTGTAAATGATATG AAGGTGAATTTTGGGGTTAGTAAAACAAGGAAAATGGTATACTTGGAAGACTAAAGCACG AAAATTATGCTTGGAAACTGTTTCCCCCCCTCTATCTATCAAATGGTATATTGTAGAAGT TCATTAGAAGATCATACAAATATCAGTAATATAGTCTATTTTATGCTGCTTTTCAGAAAA GACAAGGAGGAATGATCGGAATTTCTTTGGATACCCAATGGTTTGAACCATTTAGCAATT CCTCAGAAGACATAGCCGCAGCTGAGAGAGCTCGGTCATTCTACGTCAACTGGTAATCTT TCCTTATCAGTAGTTCAGTACTGGAATCTGGTTTCTTGTGCATCAGAAAGAGAGGGAAAA AATGTTATTTTTTTACTAAGTACCCCTATATATGCAGGTTTTTAGACCCTATTATATTAG GAAGATATCCCAAAGAAATGGTACAAATTCTGGGATCTAATCTGCCAGACTTTTCAAAGA ATGATTTGAGCAAGCTGAGTTATGGCTTGGATTTCATTGGCATCAATTACTATACGGCTG CATATATCAAAGATTGCTTATATTCTGCATGTGAACATGGAAGAACTTGGTCAGAGGGTT CCTTTTTAGATACTAGAGAAAAAGACGGTGTCTACATTGGTCAACCTGTATGTTTTCTCC TCTTTAATATTTGAGCATTCCTCATCTTCTAACCCTCCACTCTGCCAAACTATTACTGGC ACTTTGTGCATTGCTAAATTTTATTTATTTTCCACAACTTCAATATGAATCAGACTGAAG TGGACTGGCTCTTTCTGTACCCACAAGGGATGAAAAAAATTGTGATGTACATGAAGGACA GATTCAACAATACTCCAATGGTCATCACCGAAAATGGTAAGAAGAAAAAAAAGTTCACAT TCTTGTCATATAAAAGCGAGCTATAGCTTAATTTATCAACTAATAACCTGAACAAGATGC ATTTGGATCTGTTAGGATGCAATTACTGACACAAGTGGCAATGTTGCAGGCATTGCTGAG AATGATAATCTGAATCCTTCAATAATAGACACCTTGAACGATTTTCATAGAGTGGACTAT ATGCGTAGCTACTTAAATTCATTGGCAAATGCAATCACGGATGGTGCAGATGTGAGGGGG TACTTTGTTTGGTCCCTTCTCGACAACTTTGAGTGGCTAGATGGATATAAGTTAAGATTT GGACTTCACTATGTCAACTATACTAATCTTCAGAGAACCCCAAAATTATCAGCTACCAGG TATAAACAGCTCATGTATAACTTCAACATACAACTTGAAAAAAATACTGCCCAGAACTAG TGGCCGGGAGAAGACGATGAAAAGCGGAGGCTTCTTAAGATTATTTTCATTCTGTGTCTG TTGTTGGAAGACAGTTTATTGTGTAATGAAACAAATTAGTGGTCAGAAATACTCTATTGA AAATTGATTATAATTATCCAGATTTATTGATGAAAAAGAAGAAAATAATACATGCATGGA CCATTAAACTAGTAATATTATTTGTGTTGTAAAATTCAGAGCAAATGGCCTCCAACAACA CAAAGCTTGAATAATGATAAAAGAGTATTTTAATTAATACTAAGGACAATTAAAATAAGA CGAAGAAAAAAATTTAGATCAATAATTTCTCTACAGGACAAGTAAAATGGATAGGAGGGA GCAGCTCCCCCACTTCTTCTACCTGTGTAATTGAAGCAAAAATAATATTTTTACACTATT CTAATTACGTATAGTATTATATTAAGTTATTTTAATGAATATAATCTTTAAATATATAGT ACTATTTTCAATTGTTATATAAAATTATGCATCAACAAATTGAATGATTACTATATAAGT CTATAACAAAAACAAAATACGGGATAAAACTAATATAAACATGTAGAGTCCAAAATAAAA TAAAAATAATTTAATAAAAAGTACAAACGAGTTAAGTGAGAAATAAATATTAAGATAAAA GACATAATTATTTTAGGTACCCGATAGGACAATAGACCGGCACACATCACACATATTATA TAGTACATCTTTTTCTTTTTTCTTTCGAATCAATAAAAAACGTGAAGAGGTTGCAATTAT TTGTGCCTTTTTCTCAGGAGCTTGAAAGAGAAATATCAATCACCACTTCTCTCTATTTTT CCTCATTCACTTAACAAATCAAAGCTGTATTATGCTTCCTGCAATGTTTTATCAAATAGC AATTTGCATGTTGTTTTGTGGTTTCATAGTATCATCATATCATCAAAAAGATATCCTTAA TATTCTCAAAGAAAATCCTAATCAAGTTTCATCTTCAAACAATTTCTTGTTTGGGACAGC CTCTTCTTGTTACCAGGTACTTCCTACACTTGTTTTTTTTTTTTTTGTTTCGAGTATAAC TTTAATTTTTCTTGTTTTCTCCGTAGTTTGAAGGAGCATTTCTCAGTGATGGAAAAAGTC TCAACAATTGGGACATTTTTACTCACGAAGCTGGTGAGCCCCCTTTTTTAAGGCATAATA CATTAATTATGACCGTATTTTTACATTTATGTCTCCAACTTTTGGGGGTGCGACACATAA GTCTAAGTGACATAATTTGTTCAATTTTATGTTTATGCATTTTTTTTAATTAATGAATTA TCAATTTCTACGAGAAAATTTACAAGAATTTTAGCCCCCGCTTTTTTAAAAAAATATTAA TTTTGGTTAGTGTTGTTGCAGGTCATATTGAGGATGGAAGCAATGGAGATGTTGCCGTTG ATCACTACAATCGTTATTTGGTAAATCCAATTTATCATTTGAACTTTCCCTTTTTTATGT AGTTGCAAACATATTGTTCACAAGTCTGTTTTCTTTATTTTTGAACAAATTCAGGTAAGA AAAAGAACACGTGAATATTTGATTCGTGACAGAATAGGTTAAAAATTGTTTGCTCAAATA TATAGTGGTAGTAGGACATACTTGTCGCTCTTATATAATAAAAAAAGGTAAAATGTTTTC CTTAGCACTCTACCACTTTCTCTCACCGCTTAAAAAAATATCTACCCACTCCACGTAACA CTCTCCTATTTTTTTTTAATCTCATTTTGGGTTATATATATAATTTAGGGAAGTATTTTT TATTTGTTATAAGACTTCCTTTAAAATAAATGAAGAGTGCAGTACACCCACCATAAAGAA AATCTAATGATAGAGACATGTGTTTCTCTCTAACAGATATTGATAATTTATAGTTTAGGT ATGAAATTCAAGCTCTCAATAATTCGGGTACGAAGTTAAAAGAAGAAGAAGATAATTAGA TATTTTTAACACTTATCTTTATTAATAATCATAATACATATTTTTATAAGCCCCACTAGC AATTCTCTTAATTAATACTCTCTTTGTCTCTATTTACTCGTCTATATTTCCTGTTTTAGA TGTTTCCTATTTACTTGTCCATTTTGACAAATCAAGAAAAGATTAAAAAATCCTATTATA CCCTCATTTAAACTTCTTGAAAAATTTTAAAAACTTTTAATTCATCCTTTCTGAAATCAT ATTTAATAAGGTAAAATTGTAACTTTACTATGTTAATTATTGTTATCTTAATATGTGTGC CTAGTCTATAGTGGACAACTAAATAGGGACAGCGGGAGAGTACCTTAGATAAGGAAATAA TATTTAATCATGTTATCATTTATATTGTTATTACTGGTAATTAGTATATATTTGGGTTGT GAAAGAATTAGATGTGTTTGACATTTGCTCTCTTTCACATGCTAACATTTTGTACATTTC TGAGATATCAGATGTAGTCATTTTCTTATCCCTGTCATTGTGATTTCTTATCATTTTAAG GCCATTCAGAAGGGTAACATATTCTTGTATGTTTTTATCCTGTTGAGATGGGATCATCTA TAGTGAGGCACATTGAGATTAGATGGAGACTAAATATGATTTGGCCTACTCAAGATCAAC AAAATAAACTGCTGTCGTTTGTCAACACAATACTGATAAATTAGATAGAAAGTACTTTTG GAGATCAGAATTACATAAACTTTTTGATACAACATCATTCGAGAAGCAAAGGGAAGGCCC TAATTTGTGCTTGAAAGACAGCATACATGTTTGACACAGAAGGGAAACAGTTAGTCTTGC TCTCACAATTAAGATCTAAAACTCACATTCTGTGTCAAAGCTGATCGATCAACATCATAA GGAAGCAGCAGATAAGCGCATGATATGCTTTTGTTGCACAACAAGTCATAAGCGTCTCAG AAGAGTTTATGAATGAATGTTAGATCAATGCAGTGTATTAGCAAGAAAATAGACTGCTCG TAAAGCAAGAATTCTGAATTTCTGATGTTTCGTAATAAAATGAATACAGGAGGACATCAA GCTCATGGAAGACATGGGTGTGAATAGCTATCGTTTCTCCATCTCATGGGCAAGAATTCT GCCCAGTACGTCACTACTCTCTTCCCTTCATTTTAAGCAAATAATTCTTATTGTCATTTT GATTGAACCATCTTTCTCTTTGTCGGTTGTAAATTGACTCAGAGGGGACATTTGGAGATG TTAATATGGCTGGAATTGAGCACTATAATAAGCTTATTGATGCACTCTTGCAGAAAGGTC AATTCGGTTGCAGTTGCTTATAGTTTTAAGTTATTGATAATATCAAAATGAAGCAAAAAA GTAAATTTTGGGGCTCAGACGACTTCTTTATGTGCTGTGAATTCAGGGATTGAACCGTTT ATCACATTAACACATTATGACGTACCACAAGAACTTGAGGAAAGATATGGTGGTTGGCTT AGTTCACGAATACAGTAAGTAGCTGGTCCCATCTTACACTTTAAGGTAGTTGTATATGAT GAACAAGTTAACTTGTGTGGTGTTTCAGGGATGATTTCAGCTATTATGCAGACATATGCT TCAAATATTTTGGGGACAGAGTCAAATACTGGACAACCATCAATGAGCCTAACCTTATGG CTGTTCGTGGTTATAGAGAGGGAACTTACCCTCCAGCTCGATGCTCCGGTATATTTGGGA ATTGTAGTGCTGGTGATTCAGAAAGGGAGCCCTTCATTGCAGCTCACAATATGATCCTAT CTCATGCAGCTGCAATCAGTATTTACCGTACCAGATATCAGGTTCTTTCGATGGCTCTAT GCCCTTTCCCATTTGCCATGTCAACTCTCAACACGCATGATCTTGCAGAATTAATCCAAA TGGTTTACCCCTTTAGTGCAACACTATTTTCTGGCTTGTAAATGATATGAAGGTGAATTT TGGGGTTAGTAAAACAAGGAAAATGGTATACTTGGAAGACTAAAGCACGAAAATTATGCT TGGAAACTGTTTCCCCCCCTCTATCTATCAAATGGTATATTGTAGAAGTTCATTAGAAGA TCATACAAATATCAGTAATATAGTCTATTTTATGCTGCTTTTCAGAAAAGACAAGGAGGA ATGATCGGAATTTCTTTGGATACCCAATGGTTTGAACCATTTAGCAATTCCTCAGAAGAC ATAGCCGCAGCTGAGAGAGCTCGGTCATTCTACGTCAACTGGTAATCTTTCCTTATCAGT AGTTCAGTACTGGAATCTGGTTTCTTGTGCATCAGAAAGAGAGGAAAAAAATGTTATTTT TTTACTAAGTACCCCTATATATGCAGGTTTTTAGACCCTATTATATTAGGAAGATATCCC AAAGAAATGGTTCAAATTCTGGGATCTAATCTGCCAGACTTCTCAAAGAATGATTTGAGC AAGCTGAGTTATGGCTTAGATTTCATTGGCATCAATTACTATACGGCTAAATATATCAAA GATTGCTTATATTCTGCCTGTGAACATGGAAACACTTGGTCAGAGGGTTCCTATTTAGCT ACAACAGAAAAAGACGGTGTCTACATTGGCCAACCAGTATGTTTTCTCATCTATGTTTTC TCATCTTTTAACCCACTCTAGCACTTTCCACATTGCTGAAATTTTATTTTTTTCCACTAA CTTTAAATGAATCAGACTGGTGCTCCATGGATCTTTCTGTACCCACAAGGGATGAAAAAA ATTGTGATGTACATGAGGGAGAGATTCAATAATACTCCAGTGGTTATCACTGAAAATGGT AAGAAGAAAAGGAATTCACACTGTCATTTAGAAGCTAAGAAAGATGCAGTTTATCAACTA ATAACTTGAACGAGATGCATTTTGATCTGTTGGGATGCTACTATTGACACAATTGGCTAT GTTGCAGGCATTGCTGAGAATGATAATCTGAATCCTTCAATAACGGACACCTTGAATGAT AGTCATAGAGTGAACTATTTGTATAGCTGCTTAAATTCACTGGCAAATGCAATCAGGGAA GGTGCAGACGTGAGGGGGTACTTTGTTTGGTCCCTTCTTGACAACTTTGAGTGGCTACAC GGATATAAGCTAAGATTTGGACTTCACTATGTCAACTATACTAATCTCCAGAGAACCCCA AAATTATCAGCTACCAGGTATAAACAACTCATGTATAACTTCCACATACAGCTTGAAACA CATATTGCCCAGAACTAGTGGAAGAAGATGATGCAAAAGCAGAAGCTTGTAAGCAGCCTC ATCCCTGCCTTCATATTACAAGAGTTAAGCTCAAATTTAACCTTGTATTCACTCCAATGG AACTGTAATCACGTAAGCAAGAAATTTTAATTATGCAGCAGAAATATTCTGTTGAAAGCT GAGTACCCCCCACCTCCCACCCCCCAAAAAAAAATCTGTTAGGCTTCAACAGATTTCTTA ATGTTCCAATATTCTACAAAATGGATGTTCCTCCGGCTGATTTTCGGAATCTACTCTAAG AGAGCTCATGATTAAAAAAAAACCATCAGCAGATGGATGGAAAAGTTATATTCAAGAAGC ATGGACTATTATAACAAACTCACTGCCACTATTTTTTCCATTGTCTTCACGAAATTAGTG TTACAACATCAGCCAAAAATGCTATTTATGACAGCACATTGTATTTACATTCCTCAAAAT GAGACCCTGAAGACATGCTCTACTACTACAATAAGATCCTTGGTCAAGGGAAGACTACCT TATCTGCAGACCATTGCTTTAGAAACTCCGAGAGTAGGATAAGGTATGGGGTACCTTCAA ATGACCGAAATGTGTCCGTGAATTCCTCATCAACATCCTGGTATATTACCCACCTTTTCA TAGTTCAAGACTACTCCACAACTACACAAGGTAGATCAGTAAGTGAGCTTCTCCTTGAAG CTCATAATATGATCCCAGCACAGGCAGTTGCTGTCGATACATAAAGAAGTGACTATCATC TATAAACACAAATAAAAAGTGAGTATCAGCTATAGACAGAAATAAGCTATCTTGTCTGGA TGCAAGATAGCACAATGTGCTTATTAAAGGTGTCAAATGAAAGATGACCATTTCTTCCCC AGAAAAAAGTGGTGGTACTTGGTTGGCTGAGGACAGGGGTTTGTAGGAACTCAATTCCTT TTTTCACAGATGAAAACAAGTCCAAATAACTTTCGCTCAACACCCCGAGATGACAGCCTA GCCATGCATACATCTAGTGCAAGACACATGAATTTTTACATCTGACAGGTCAGCAAGTTA AAGAGAGAATCCTACTAGTATGTTACTATTGTATCAGTCCATAATCTAAGATCTAGCCTT CCACCTCAAACCACTCATCTTTCTCGTCTAGCTTTCTCCCCAAAGGAGAGTGAAAGAGCA GGAGAACACAGTCAAGAGGAAGGGAACTTCAAAAGTTTATTATTTGCCTTTGGTGCATAA TAGATGGCAAGGGTTGATAGTAATTAACACAAATTCATGGTCTAGAAGAGTTCCTCTCAA AATATATGTAACTCTTACATATCCCAACAGAACTTCAGAATATGATCCTATTATCACCTT TAAGTTAAGTATATGATGTCTTGCTGACATCATGACCAGCTTCCTCTTTCTATCACCAGC TGAGGTACCATACAACACAAAGCTTCACCAATGAACAGAAGAACTATTCAGCTTAAATTT TTTTTTTTGGAGACAAGTAACTTTTAGCTTAAAGATAATTGTGTTTTATAGTGATTGCTG AATTACAAAGTTCTTACCTTGTGCAGAAGAATTTGTCAGGCCTGCCACATTATTCTGATG AAGCCAGGCTTAAACATTAGCCACAAGCTTTATCTACCTCCACCAGGGCATTCTGGCACC ATAACAGTGCTGGCCATCGTCCCACGAGATCTGGCATGCCTGAAGACCTACAGCAACACT AGGTTCCTTCCCATGTTGTGCTATCCACTCGTCTATTGCAAGTGATTTATCATTTTCGTT TGAATATAGTTTTTTGTTCTTCCCAAATGGATTACTCCCAGGACAGACTATTTCAGCAAT TGCAGCTGGCATATACATCGAGTCACCTACCACTGGTGCACTACATGCAGCTAACTGTGC TCGAATCTGCCAATTATGACCACATATCATCTGAATATCATTGATTGTCAAGACATCGAT TTTCAAACTGAAATGCCATTTTGAGAAAATCACTGTTTTGGTTCCTTTTCACGTCTTCAT TTGTTTTAAGATTGCAAAAACCAGAGATGAACTTGTAACAAAAGCTACTATTAGTAAACC AGTTCACGCATGATTAAATAGTTTAGTCATGTGCGCTCTCTCTCTCTCTTTAGACCTGTA AACAGCAACTATGACATACTTTTGCGAGCAAGTAACCTGATCCGAGTTATTAGGCCTTTC CTGTCTAATACTTATAGGAATAAAACCCAACTGGCAAGTAGGACAAACAACTACAATTAC TCAACTTTGAAACATCAAACTTGAAAAAAAATCCTGAGGACAAAAGGACAAATGCATGAG GGAACCAGAAAACTGAAATTTAAATACCTGATGAGTCCGACCAGTTAGAAGGTTGATTTG ACACTCATATGCATAGTCCTTCAAAGCCCATCCACAGTCCTCAAGGTTGTATGTCCTCTG GATTTCACTACTAGGCCAGGGTACCTTTTGGCATTCTAAGACCTCAAGTTGGCATAACAA CCATCCTTTCACAAAATCTGAAAAGCATAGATGCCAGAGGAAAATATGAGCACTTTTGGA AGAACATCCAACTCCTTATGGCAAACATCGACATCATGGGTTGTTTGACATGGAGATGTA CATATAACATATGATCCTTTCAATGTCAGCTCTTTTGGGTGTTAGAAACTTGAGAATACA CACAAGCATAAAGACAACTGTTATAACCTTTTATCCAGATTAGAAATCTCAATTTTAACA TTATCAGGCTCTTTCTCTCTCTGTCTATTTTTATCTCTCTCACGCAAGCAAAATATTATT GCTACTTGCTTACCTCTAGAAACAAGTCTTGGGGCCATATTAATAGGACGCATGTAGTGT GTAAGTATTCCGATAGGAACTGGAGCAGCAGCAAGAGCAAGATAAAGCTTTCTGACCTTC TTCTCCTGACAGATAATAGATGAAGTATCAAGAAGACCAAATGGTACACTCCACAAAGGA CCTCCATTGTAAGGGAACATGAAGTTGTTATTCCCTACAACTCTATATCAAATCTTTTGT AAGACTATATGCGACATAGAGGTGAGTCTCACCCTGATTTTTCCATGAAATACTGAACAG TACTCCTTACTCCGAGCCAGCACAACACTGCACACATTAGAAGTCATGCCAGAACCTTTA TTTTACATGACATCCTATTTCACCTCTGCTTGAATTTTTTTAAAAAAAAGAATATTTACG GGGGATATATACAGCCAATCATACCATCCTTCAGTGCAATTGTCAATCTGATGGGTAGTA AGCAGAGGAGCTGAAAATCCTAATGCTCGAGTAGCAAATGTAGCACAGCTTTCTTCAATG TTATCTGTAGTTCCTCCTACCTGGGTTTAAGTTGTCAATATGCAAAAGAGTTAGCTTATT GGTAACGGAAAAAGAAGAAGAGCCTAGAACAACACTAATTAATGAGAGGAAAACCAATGT CAGTTAGAAGTAATTTACTTGACAGACATGACTATCAGAAAATATCAGCTAGAGGATTTC ACTCAACAAAAAACCATATTTAATAAAGTCTTGTACTCACAGATGTACCAGCAGGTTTAT CCAGAACCACATAGTCGTCGGTTACAGCAATAATACGAGATTTCCAGTCAATGTCATAGC ACCTAATCATATCAAATCTTACAACATTACCTTCCTACTGACAAAAAGTCATGAGCCAAA GTAAGAATAGGGTTCAGTAATTACCTTGGAAAGCGCTTAGGGTGTACATGCACCCGCAAA TACGTTCCAGCTTCAACAATTTCATCAGCACGAGTTATTTTGAAAGTTTTCTGAGCTTCA CGTACAGTTTTCCCTTTGATTGAAGTTCTCTTTCTCAGAACTGATGGATCTGTAACTTCT TCATACACTTTAATTTGCTCAGGACTGGCAGTCGGAGGTGGCTTAGGACATACAAGTGCG TAATACACAGCTCCGAACTGTATAAGGTCTTCCACATATCTTAATGATGAAAAACATTGG TCAAAATACCACTTAACTGATCCAAGATGCCTATCACTCAACTCATCGGTGATCACTCTC AAGGTGTAAATTATGATATGCAGGAAAATAACAAAAGAACAACAAAGAAAGATAGAAATT TACAATGGAGGGAGGTCCAAAGCTTTACAAATATATTCTACAACAGGTCCTTCTTTTGTG ACGACAAGATGCTCAACCCTAGGTGGGCTGTTCTGCAAAGGGCATGGCATCAAGCGTCCA TATCTAAGGTGGCTGAAAAAGTGAAATAAAAACAAATAGATCAGTGTAACAAATCATAAG AATCAAATGGGATACTAGCCTGGTGGAGGTTGATGACATTGGAGACATGTCTCTACTCGA TCGAAGAAAATTGTAACATTACAAATCTAAACTTAAGTTGCAATACACTATCAATGTAAG CTTCCTGCTCTTGTTTAGACTTTTTAATCTATATAGCCAACAAGTAAAGAAACCATTTTG AACCTTCTCTAAAAGCTTAAGCTATTAGAAATTTACCATTTTCATTTACTCAATTATGTC TTAAAAAAATGACCTTAAAATACAGAACACGACATTCAACTTTTGCAGAAGTCTAACAAA TGAAATAACAAGAATTACCCATTTGAAGAAACAGTGTGAGAAGTTGAATTGATATCAGAC AAAGCAGTGGACTGACAGCAGAAGCTTTTACTGCAGGATGAAAGGGCCAATCTTTTGTAG TGATTCTTGTTCTTGAGCAGGCGGCTACGAGATGAGGCAAATGTGTGCACCATATTGAAA GGGGAAAAAAACCCATTTCTCCAATTTGGGGTCCATAAACGAGAAGCAATCAAACTATTG GTCACGATTGGAGTGAAACTGCCACTGGCAAAAGCCATCGTCTTTTGGGGTTCTAAGAGG GTTTAAGGCTGATTGAAGATACTGATATAGTTATAGAATTTTGAGACAGAAGGATTTTTT GGAAATTGCGATTATGCCTTTCTATTTTTGAAAAATTACATCCAACTCCCTTAACTTTTT CATAATGCAACTAAAAAGTTTTTTTTTTAAGAGAAAAAACATTAAGTCACCATACACTGA AGTTGTTTCAAATTTTCAAAATAAATATCTTAATTTTGTGGGTGTCTTATTACCCACGAA ACTATCTAAATCCATAATAAATATACTTTTTTGACTAATTTTAACACCACTCGTGTTGTC ACAAAATTTGGGCGCGTAAAGGACTTTTCATATAGCTTCAGATCAACGTAAAATTGTCAT GTGACACTCCCAATTTGACTTATGTTGAAAAAATATAAGAACCCGTGTACTAATTTTTTT AAAGCTTTATTAGGAATATTTTTTAATTTTCAAATCTTTTATTCTCATAAACCCCTACCA TCATTAGCTTATCTATGTTTCTTGGACATCTATGTCTTCCTTATTTTTTTAAAAACTAAT GTGAGTGTGTTCATTCTTATTCTTTTTTATTTTGAAAAATAAATTAGTTTAATGATTTTA TTCCTCGTACAAATCAAGTTTGAAATTTGAGAATAGTGAAATTATAAAAAAATCGATTTG GGAGTAAGAAGTTGGAGAAGGAGGTGATTTGAATATCAGATTTTGACTTGGTGATATTTT GAATATTTGAATTTTAATTATTTGACGATATTTATTTTCATAAATAAATTAATTGATGGT AGTTTGACAAATAATTGATAATGCTACCAGAAAATTCCATCCCACAACAATGGGTTTGGC GACTGTTCTTCTAGACGAAGGAATGACAGAAGCTACAACATTGAGGTGAAGAAGAATGAG AACCAGAAAAAAAAAATCAAAGAAATTAAATAAAAACAATTAAAAATTATTTTTAACACA TGTCAAGTGACTACTATTTGCGTGTGACTTACAAATATTTTTGTATAAGTGGTATTGGAT AAAAATGGGATATACACACTATTGTGAAATTATTCAATGGGATAATAGGACACTCACAAA ATTAAGATATCTTAAAAAATCAAGACAACCTCGATGATGCTTTTATATCTTTTCTCTTTT TTTCTCCCATATGATAGACATAATTCCATGACAATATGATTTTTCATATATACAAAAATG AAGATTCGTAATATTATAATTTCAAGCAAAAAAAAAATTGTATATAGCTTGTTTGATTAT AAAGAGTCGTGTTGAAAAAGATGTTATAGTCTTCATCTATTATGATCTATTGGCACAGAC TCAAAGTTAATAACTAGGATCGCAATAACAGTTCGACTATGTGACAGTTTAAACTATCTA ACAAAAAAAAGTTAAAAAAAAAAGCAATCATTTTAATCTTGCGGATTGAAGTATATGAAT TAGAGTTAACTTAATTATTGAGATATTCGTGATATATTTTTATTTAAAAGTTACTCTAAA ACAGGAAGATAACATCACATCTTATTAATATTACACTAAAAATATTTTAGTTGATGAGAT ATAGTAACTTGAGAGTTTTTGTGATTACTAATTATTATAAATCAATTGAGAAACATATTA CCTCCGAAGTTATACTAATTGAAAATTGTACTTTTGAAGGAGGAAGGATATCACATGTTA TATGAAACTAGTAGATATGGTTAGACTGCCTTTTCTTTTTTTTTTTTTTAAAGTAGATAG TTAAATTTCACATTTTAATGTGTTATTTCTAAAAAAAAAAAAAAATTGTCAGAGAGTATA AAATAGATAGCCAAATTTCATATTTTAACGTGTTATTTCACAAGTTTTTTTTTTTTTTAA AATGTTAGAGAGGGTATATATGCCGTGGCAGAAAAAATTTTAAAAAAAAAAATGCTACTG GCAGGATTCAAACCCTGCCCAATGGGTTTGCACCTCTTATTGCAGAAATTTAAACCAGTT TACCCATAAGTGCTTTTGTTCTATGGGTGCTCATTTAAATTATAATAACATATGTATCAT ATTTTATATATATATATATAAAAAAATTAGAAATCAATGTGTACTCAAGTACCCGCGTCT GGCTTACTGGGTCCGCCTCATATGACCTCCGTGTACTGTAACAGCATATTGAAATACCTG ATTATCTAATTTTTTTAAAAAAATTAAATGATAAAAAAACACATGTCCTTTATTTAATTA TTCAATGCTCAATAACTTCTATGGTCATTTGAAATTTAATTCTTAATTGATCAATACGCC CTAACGAGTCTTCCACTAAACACTTATTTTGATAATTAATTTATTATATCAAAAATAACT TTTAGCGACAATAAATAGGTATATTAATAAAAAGTATTAAAGTTTTACCTGCATTAGTTA AGTGTCATTAGGTTCAATGTCACTAAAAAGCTAGCAACATATACAAAAAGTGTTAATCGT CCCTAAAAATACAATTTAATGACAATTGAGCTATTGTCATTAATTAATCGCTACTAAAAA TCATTTTTAATGTAGTGATTATTGGAAGCTCTAAATGACGAAGTTATTCTTCGATATTTT AATTCTACAAAGAACTGTAGTCTCACTTGATCAGTAAAATTGGATTAATGCAATTTATGA GCAACACAGTATATGTTAATCAACTGCAACCCACCTAAATATAATAGGAAAACTTTGCAG TCTAAAAACTGATCACTTAGTACTTGTAATAGAATTAGTAGAATCATTTTTTTTTCCTTT TGTTGTCTAGATAGCTAAGACATATACTATAGTTGATTTACATGTCATAATTATAATAAT TTGTTCTTGGTTATATTTGTATTAGCATACTAGATAAATGTTTTTAAAAAAAATTTTAGA ATATTTTACATTTTCTTGTACTATTATATTATTTTATTAACATGACAAATAACATTGACG CTCACGACTTTAAAATATTGGTATATACGCATATTCATTGTTTCTGGAAAGTGTATCAAA ACTTCCAATATGCTGTTTTTAGGTCGACTGTCATTCTAGAAAATTTTCATATTTATGGGT TGTTTGTTTAAAATGTCTTATTTTTATAATTTACAGTTATATTTATATAATTATGCTATT TTAAAATAAATTTGAAATAGCGAATTTATACAAATATTAACATCTGAATGCTAAATAGCT ATACAAATTATATTATACAAAAGTTATATAAATTATATTATGCGAATTTCAAATTATACA AATGTGTAAATTATACTCAAAATTTTAGTCCACATAATTATCACTGAATATTGGTCGACA GTGATAATTAACAAAAACTATAACTATGGTAACTAATTAATTAACTAGTATATATTTATT TAACCATGGAATTTTATAAATAATAAATAAGTAAAGTATATAAAATTAAAATTTATTTTG CCTATCCATTTATGATCACTTTTAGAAGTATTTATTGCCTACTTTCAATAGTAAAGAAAA ACTCATAAAATCTTAAAAATTGAAATCATAGAGCTAAAATAATAAATATGAATCTACCAA CTAACATTTTATGTTAAGTTGAGCAAATTATTGTGATCGCCCGTGAAAGTACCTGTACCT AATTAACAAATTGCATACGTTACGTTTCTTCTTATTTAATTGGAGGGAAATGAGAAATAC ATTCTTGAATTATCGAAAATAGTATGTTAATATTCTCTATCATATTTTTGGATAATGTCC CTTGTTGTCCAAAAGTTAAAATATATATGTCCATCACTCTAACGGAAAATTAAATAGGGA TACGTGGCACAATTTTATTCGTTGATCCGATATTTAATAAATATCAATTCAGTGGATGTA ATTATAGCATGTGTCCGTCCGTTAATATAAAGGGTATATATGCTCTATTTATTATTGGCA GGGGCACTAATATCCTAAAAGCATGACGAAGAGTATATCAATATCATTTATAATAGTTCG GATATATTAATTCTTTTTCCGTATAATTTATAGAGTAACAAGAATAATTGCTATCTTCTC AAATTTTTGAATCTTTCACCAATTTTATCACACATATATATACATAGGTTCATGGTGTCT GTCCCCTTCATTCTTTGAATTTGTTGCTTTATCAATTTAGGTATTCATATGCAATGTCCA AAACTCTATTTCCCTCACGATGAATATAAAGCTAGCCAATCGATGAATTGTACGTATAAA GAACTAAAAGGATTATATCTTTTAGCGATTAAAGATACTATATAGATTCAAAATTTTAAC CTGGTAGACTCAATATTCACACAAAATTTCATTGTAATTTCAAACATGTTATTAGACATC ATACTTGACGAAAATTTTCATGAGTTCTATGATCTAATTAAATTAAAAAAATAGTGTATA CAATTAGAGATGATCCAAACGATCGATGGGAAAAGATTATGAAAGTAACCAATATTGCTA ACTGGCCTTAAGAACTGATAATGGACGGTTGTTTTTAGTTCAATTATGTATATTATATTG TTGGAATGCGTTATATAGTAGATCTTCTAATAACTTTTGATTTCTTACTTACCCAACTTT GATGTAATGACTCTTTTTTTTCTAGTTTATAGTATAGTACTCTAGTATTATTTTATTTTT ATTTTTAAAAAAAAACAAAACATGTTATGATACATGCATATAGATTGTCATATTTTTTCA TTATTTAACCAATATCATCACAGAGTGCTAATTAGTTTTTTCTAATTCTTAGATTAGTTG ACATTAGATACTTCATTAATCATTAGAATCGATAAGGTAAGATCTAACCCTCTTTACTGA TACTTATTGTTATTGATATTTTTATACTTTTTAATAAAAGACGACTCTCTAATGGGTAAG TTTGTTTGTTTTTTTTAAATATAGGAGTAAATTTCTTAAACAGATCTTTAATATACCATG GTTTTCCACTTCCGCTTACAAAATAAAGGTGTATACCACTATATCTTATTTAATTTTTTC TTGTGTGATAATTGATATCCTTGTAATTTAAAAATTATTCGTCTCTTCTAATAGTTTGGT CAATCCAACCCATTTCTTAGAAACTGTCATAAAAGAGAAAAAAATGATGCTCGAGTTGAT TTTTGAAGTGGAAACTCGTGACCCAAAAAAAAAGTTAGATGAGCAGGGAAAAATATACTA CATATCAATTTGTGTACTCATTATTGGTTACAGGTTAGACATGAAATCGGTTGTGCAGTA CCAAAAACTCTTTTATATTATTTTCATTGTTTTAGTTTTTAATATATTTTTTCTCATATT TATTTTGGTCAGAGATTATATTGTTTCTCCATATTTGGAGGTTGAGGAGTAGAGACTGTC ATTTATTGCTTCTTTTCACGTATAATCTATAGTTTTTTCCTAGCTAACAGGAGTAGTACC AATTTAATTCATTTGATGTACACACCTGTTGATCCACTTAATTATAATACTGAATTCAAA ACTTTTCTATAATTCTTATTATTAAATAAAGTTGTATTAATCTTTAATTCCTAGTTAATT ATGATTATTTCATAGAGTAATCTTCCAAACTGCAACCTAACTCATCATATTCAGGTCAAA ATCTCTTTCTTTTCCCTAAATACCCAATTATGAGTATATAAATCCAATTAATTAATTAAT TATCAAATTTATACGGAAATATAAAAATAGATAATATTTTTTGTAAAGTCAAGTAGATGT CAGATATAGTTGTCCTCCTACCAAGTAACTACTAAAATATTTATGATCGGGTACGGAGAT TAAATGTATGGTAAATATTTTGTTGAGTATTCAATAAATATATGACTAGTAGGTAGATAA ACTCATTCACTTCCGATCTGACCCTCCCAATTTTTTTTTTCTTTATAAACAAATAAACAT TTCACAACACAACACAACACACTCTAAAGGAAAAAAAAAATAAAAAATATGGAGGTAATG GATATTCTATTACTTGGCTTAGCAATTCTCTTTTTATTTATATGGTGGAAATATTGGTCA ATCACCGGTGGTGGAAAGAAAAATTTGCCACCGGGTCCTCCTGGTTGGCCATTGGTTGGA AATCTTTTTCAAGTTATTCTCCAACGTCGTCCATTTATTTACGTAGTACGTGATTTACGT AAAAAATATGGACCTATTTTCACCATGCAAATGGGACAACGTACCCTTGTTATAATTACT AGTTCCGAACTAATCCACGAGGCATTAGTTCAAAACGGCCCGCTTTTCGCGAGCCGTCCA CCGGATTCACCGATCCGTTTGATATTCTCCGTGGGAAAGTGCGCCATCAACTCGGCGGAG TATGGCCCGTTGTGGCGCGCACTCCGACGCAATTTTGTTACGGAGTTGATTAATCCAACG AGGATTAAGCAGTGTAGTTGGATAAGGAAATGGGCTATGGAATATCATATGAAAAGGCTT GAGTATGAGGTTTCTGAGAATGGGTTCGTGGAAGTGATGGCTAATTGTAGGCTTACCATA TGTAGCATTCTAATTTGTCTTTGTTTTGGAGCTAAAATTTCTGAAGAGAGAATTAAGAAG ATTGAGAGTATACTTAAAGATGTTATGCTTATTACAGCTCCTCAACTTCCTGACTTTTTG CCAGTGCTTACACCCTTGTTTCGCAGCCAAGTGAAACAGGCAAAAAAATTGAGGCAGACT CAACTTGAGTACCTAACTCCTTTGGTAAGTTTAAATTTCTAAAAATCAGTTTATTTTGGA GAGTGAATTGTATGGTTAATTAATTTGAAAATCACTTTTACCAAATATTAGGCTAGCGTT TTGTGTTTGGCCAACTTCCCAAAACTAGTGGTTTTTAGGGGAGATCAAATTAAAGCTACT TTTTATTTGCTTGTACTACTACTCAAAATATTTACTATTTTTATATAGAAGTTATGTCAA ACACCTGACTCTCTTAAAACAAAGCAAATTTCATATAAAAATAGATGTATTTTTTTTGGT TTTTTAATTAAAAGATTGACCAAACAAGCTACACATTATAGAGATAATAGGAGTTTATTT ATTGCTTAAATTATAAACTTATCTGATTCTATTTTATGGGTCAAACACGTGGAACTATTT TTGTTTTGTGGAAAACAATGAGATTTGAACCATTGACCTTTAATTTCATTTGTGATTACT AAATTATATGACTGTATTATTTAAAAGTTTAAGTTGTTAAAAAAATCATACAGGTACGAG ACAGAAAGGCATTTGTGGACAGCAATGGAGATCCTAATAGCAGTGAATCAGAAATGGTAA GTCCAATTGGTGCAGCCTATGTTGATTCATTATTTAGTCTCGAGCCACCTGGCAGGAAAC TAGGAGAAGCAGAGATTATCACACTTGTTTCAGAAACAATAGGTGCAGGAACTGATACAA GTGCCACAGCACTTGAATGGGCATTGCTTCACTTAGTAATGAACCAAGAAATCCAAGAAA AACTCTACGAAGAAATAGTTGATTGTGTTGGTAAAAATGGTTCCATTTCAGAAAGTGATG TTGAAAAATTGCCTTATCTTGGAGCCATTGTGAAGGAGACTTTTAGAAGGCATCCACCTA GCCATTTTGTTTTATCACATTCTGTAACAAATGACACACAATTAGGTGGCTACAATATCC CTTCGGATGCTTATGTTGAATTTTACACCGCATGGTTAACGGAGGATCCGAGCCTATGGA AAGACCCGACCGAGTTTCGACCCGAAAGGTTTTTGACCGGGGACGGAGTTGACGTGGACT TAACCGGAATGAGAGGTGTCAAGATGCTACCATTCGGGGCGGGTCGTCGGATCTGCCCCG CTTGGTCATTGGGTACGTTGCACATTAATCTGATGCTTGCCAAGATGGTTCATAAATTCA AGTGGATACCCATACCCGGCAACCCACCCGACCCGACAGAGACCTTTGCTTTTACCGTAG TGATGAAAAATCCCCTCAAAGCAATTATTTTGCCAAGGATCTAAAATTAATTAATTTCAA TATGTGTCTACGTACAATGTATTATATAAGCTCTTAGGTGGCTCCTTTTTAATGTTAAAC AAATTACTATGGATACTGTTTCTTCACTAATTTGCTTGATCCTAGACACTAATGGTTGTG GATGTATTAATGATGAAAGTTTTTTTTTATCTATATATATGTTCACATTAATATAGTGCA GATTTATTTATAAATTATGTGTCAACTGTCAAACTATCAACAACAAAAACTTTTTGGTGA TGATAATTAATAAAGGTTCAACTTTTATATCATACTAGCAATTACGCGCTTTTTACATAT GCTAATAATAAATTGGATAATATAATCAACATTCACATCTCTTTTATTCCCTGTAAGTAA GAAATATGATCCAATAATTTAAAAATTCTTTAATTAAGCTATTATAATAAATTACATACA ACATGGGTCACTGTAATACTTTTAATGTATCAGTTTATATATTTTATTATTTTACTAATT ACAGTACTTTTTAATTACTTAAAATGCAATAAATGGGTCACTGTATGACAAGAAAGTGTA AAAGCGGACCTGAATTGGGAGACAGCCTGTAACGACCTGTTTAGTCGTTTTGAGCAGCAG ATTTTATTTCTGGAAAAACAGGCTGAGACGACGGAACCCACGACGGAACGTCATGGGCAC GACGGACCGTCGCAGGGTCTCGTTTCAAAACACTTAGAAAATCTGAAATTGGGTTCTGAA AATTGACTCTCTGAACTTTGTGACGGAATGGCAGGACGGACCGTCACAGGTGTGACGGAC CGTCACAGACTCTTCAGAGAAATTGAGTCTCTGAACTTTGTGACAGGCAGCAGGACGGAC CATCGCAGGCGCGACGGGCCGTCACAGACTGCGAAATCCCAGTCTGGGTCGGATTTCTTG ATACGTTTTTGACTATTCTTGCCTTAAATATAAAGTTAGTGGGTTAATGTTAATAAGTCT AATTACTTGGGGGTTAAAAGAGGTAACCTTAAGTTAATTAGTGGGGCATTACTGCCATCT TTTATTCTTAATTATATACTAATTAGGGTAAAAGAAAGAGGGTTGGAATAAGAAAAATAA GAAAGGACAAAGAGACAGAAAAAGAAAGAGAGAGAAAGTTGAACGAGAAAGAGGAGAAAC GAAGAGGACACAAAGTTTTGGAAATTTGCTTGCTTTATTTCTAATCTTCGGTGGAGGTAG GTTATGGTTTTCATGCTTTCATAGTAAACTCTTAATAGAGAATGATATGTATTGGTAGTA TTGTAAACCCTACTATGTGCTTAATTGTATGCATGCATGAACGTGATTATATAATTGTGA TTATATTAAGCATGATGAAGTTATTGAATCCCAAATCTTGATAAAAACCTAATCTCTTTT TAATGATGATGCCTTGGTAAGGGAGAAGGCTTGATGAACTAAAGTAATGAGATTGATGAT GCCTTGGTAAGAAAGAAGACTTGATGAATTGATGGAAGGAGATTAGGGGATCGGGTGTCA CGAACCGACACGTAGAATTAGGGGATCGGGTGTCACGAACCGACACGTAGAATTAGGGGA TCGGGTGTCACGAACCGACACGTAGAATTAGGGGATCGGGTGTCACGAACCGACACGTAG AATTAGGGGATCGGGTGTCACGAACCGACACGTAGTATTAGGGGATCGGGTGTCACGGAC CGACACGTAGTATTAGGGGATCGGGTGTCACGAACCGACACGTAGAATTAGGGGATCGGG TGTCACGGACCGACACGTAGAATTAGGGGATCGGAGTGTCACGTACCGACACAAGATGAT TAATGAATATGAGGGAGCGGAGTGTCACGTACCGACACAAGAGAAATAAAGATAATGAAT CTCAAAAGATGTTAATATACTCAATCTAATGAACATAATTCCCAAATGAGTATGATATTG AGGCTTGAGTCCTCATGCGTGAACTTGACGGTAATTGTTAATGATATAGTACTTGTTGTT GCTACATGTTGAGTATCATGGCTGATTTTATGATATTACTTGGTATATATTGATTTCTAT TTTGAGTTGGCCGATGATATCTACTCAGTACCCGTGTTTTGTACTAACCCCTACTTTTAT GTTCTCTTCTTGTTTATTTGTGGAGTGCAGCAAACGTGTCATCGTCTTCAACTCAACAGT AATTCAAGCCAGTCTTACTACATCGGAAATTCAGGGTGAGCTAATGCTTCTAGCTTGGAC TGGATCTTCTTCTTCAAGTCTTGATGCCTTGAACTTCCGGCATGGACTAGCTTCTTATAT ATTTTTAGCTTTTAGAATACTCTTAGTTTAGTCATTTGATCGTAGATGTTCTTGTGGTGA TGACTTCCAGATTTTGGGGATAATAATAGTTATTGATTTTATTAATGAGTTTAAGTCTTC CGCATTACTTTATGTTGATATTATATTGAAATGTTAAGGTTTAGATTGGTTGGTTCGCTC ACATAGGAGGGTAAGTGTGGGTGCCAGTCGCGGCTCGGATTTGGATCGTGACACAGCCCG TCAAATCTAAGTAATGATTTGTAATATATAGTGTCCCACAACCATTTAGGGGGAGGCACT TGTTTTTATGAAATTAAACAAATAAGCATTTAATTTTATTTTATTTTTTTCATTTCTTTT TTGGTTGACATGAGTATTCTACTGATAGAGAAAAACTTTCATAAAGCCTTCAACAACCTT CATTGAAGAAACTTTATGGTTTTGTACTTTGTTTGGTTTAATCATTAAAGAGAATGGACA AATAATAAAGGTCACGAGTTACGACACGTTACCAGATTTTGTGAATTTTATTTGATGATG ACTATTAATATTAAGAATTTAAGATTGTGATTAAGAAAACACTAATAATATTAAGAATTT TGAGATTGTGATTAAGAGGAGACTGACAAATGTCAAAAATTTTACTAAAATCATTATGCC ACGTCATATTATTGTATTATGAATGTCCAGAATATATTATTTAGCTATTTAATTTATCAT TTTTCTTCTGACATATATAGTATAATTTTTCGACGAAAGATCTCCAATTAGACAACTGAT ATATAAACGTAGCTATGCCACTGGATACTGCTCATTAGACCTTTGGTTGAAATTTGATAT GCTTCTTCTATTAAGTGGTGATAAAAAAATGGTTAAAATCAATAATATGACTAATTCAAC CTTAATATATAACTTGGAATTGTTTTAGTTTATTTTGAAGACACTAGCTATATTAATCTC TTTAAAGGACTGATGTAGAATTCTTCGTACACCCCGGGGCTACATGGACTATAATTCGAA ATTTAAATAACTTATTTTCGATCAAATTTCGAGGAAAACGCTAGCCGATTATCACTAAGA AAATGCATAGTAGAAGTAAATGATATGTTGGGTAGTTGGTGGTCAGTATGTGGTTGGTTC TGAGTTCTGACTTGTTTTATTATGAGTGGACCACTTAACTAGCAAGATATTGAAATGTGG GCAGTGGCCTGCTAATATATAGTAAAACAATTATCTATTCATACTAAATTATTTTCTTCA TTTTACTAATTTGAGATATTCCTTCTGTTATATATTATTTGACTTTCGTAATTTGATACG TTTATTAAAAAATTAACTAAAAAATGTATTTTATGAATGATATTTTATAATCTTAAATTT GATTATTTTATCATATAATGTTTAGTTTATTATTAGTGTAAAGACCAAATAAAACGAAAT AAGAGAGATTTTTTATAAATTTTTAAACAAACAAAGGTAAATTTATATACGGAGGGGTTA TAAATGTTGCTTCATAAGGAAAGGAAACATAAGGCAATGATGTTTACAAGAAATCACTCA TTTTCCCATTTTTGGTGGTATTTCATTGGTGCTCACCATTCATTTGATGATCTCTATGTC CAAGAAAACTAGTTGACCTCCAACTATTTCAAGTAAAAACTTCAATTATAAATTACTCTA ATGCAACAAGAAGTTGGATTAGAGAGTATTACAAACAAGCTAATATAATTTACGATTAAA ACTTTTAAACGAAAATCGTTAAAATTTATTTTAAATAATAAATTTACATTAAGAGTTAAG TCTTAATGTCTTTCATATCAATCATATGGTATGTGTCAAATGTACAGAACTTGTTGATTT TAAATAAAATTTGAAATTTTCGACAAATCACTTTTTTTCTCGGATTAAAAAAATTATTTA CGATTTAAACTTATCATATGACCTAACCTTTTAGGTCTTCCGCTAACGTACGATTTCTCT GGTATTATGAGTGTGGTTTATTTCATAATAATGATGATATCTATAAAAGTTAATTTTGAA TAGTACTTCACGTGACTACTCATGTCTATGCTTTTGTTTTAAAGCTTTAAATTGATATTT TTTTTATACATCGATATTTGAGTCAATTTCCTAAATGTTCACCCAAGTCAAGGAAATTGT CTTGAAATATCATTTATGTTTTATTAAGAATTAAAATATCACTTAACTATCAGTATCTTC TTTCAAATATACTTGACACTTTAAAAACATCACTATATCCTAGTTGGAATGACATATCAT AAAAGTTTTTTCTTAATAATAGATTGATTTAATTTATTATACTCATTTGACTAAAATAAT GATCATATTATTTTTAATTTTTTTAAGTAATTTATTAAGAATAAATTTTCAAACTTAATA TCTTTTATCATAATTAAATTTTTTATTTTTTTTATGTTATGCAGAATATGATTTCAAAAC GTACTATAATCTCATCAATTTTGAATACTTATAAACACATACATTCAAAAAGAATATTGA TATACAAATCACTCATGAACGCTAATTTACTTTACTTAATCATAAATTGTATAATGAATC AATAATATTAAATGTTGATTAATTATTAAAAAAATAATTATTTGGTTGTTTTGAAATCCA TATATACTTACAATATCTTTTCTAAAAAGAAAATAGAAAGTGAATAATATTTATAGAAAA TAAAATTTAATCTTTATTTATCAGTATATTAACCAAAGTTATAATATAATATAATATAAA ATAAATGAATAAAAATAATTTTTTTTTTTAAAAAAAAGATAAATAATAACTTTCTCTTTC TTATCAATTTTCTTTGTAAACCTTAAAAATTTATCTAAATACTTTTATAAAATAAATTGC TTAAATTTTTTAAATAATTTAGTTAGAAATTTAAAATTATTAGCTAATAAGTGCACACAC ATATTTTTCATTTAATTTTGTTTGGTGACAACATATAAAGTTATTAGACTTTTAAAATTA TTTTTCTTATAATCTTCATAAATTCTCATGTAATTTATATGTTTATTTTGTAGAGAAATA AGTTTGATGAATTGAATAGGTCTATTATTTAATTAAAAAAAATTAATGATTGGGCATATC AACTAGAATTTAAGGAGACTTTTGAGGTATTTAGTATTTCTAATAGATAAAAAATATAAT ATTATTCACTTTCTTGTTTTTTCAAAAAAAAAAGTCGGAAGCATGAATTGCAAAATACAC AATTAATTTTATTTTAATAGTTATCTGACCTTTAATATAATTAATTTAATTATTATACAA CTTATGATAAATTGACGTAAATTAGCGTTCATGAGTAATTTGTATATTAATATTTTTTTT GAATATATGTGTTTATAAGTATTCAAAATTGATAAAAACAAGAGTACGTTTTTAAAATGT ATTCTTCATAACATAAAAAAGGGAAAATGCATAAGTAACCCCCCCCCCCAACCTATGTCT GAACTCCCAAAGACACAGTTATACGATACTAAGGTCTAATTAACCCCCTGAATTGTTTTA TAAATAATTTTCTACTCCTTTTTGACCTACGTGGCACTAGTTTGAAAAATAATGTCTGTG GGTCACGTAGGCCGATAAGGAATAAAAAATTATTTATAAAATAAGTTGATGAAGGTAATA GGACCTAAGTATAATATAAGTATGTCTTTGAAATTTCAGGCGTTGAGGGGTACTTGTGCA TTATTCCCATAAAAAAACAAAAAGTTTAATTATGATAAAAGATTTTAAGTATGAAAATTT ATTCTTAATAAGCTAATTAAAAAACAATATGATCATTATTTTAGTTAAATGAATTCAATG AATTAAATTAGTATATTATTAAAGAAAAATTTTAATGACATGTCATATAAATTAGGAGAG AGTGATGATTTTAAAGTGTAGGTATATTTGGAGGAAAATAGTAATAGTTAAGTGATTTTT AATCTTAAATAAAACATAAATGATATTTCAAGATAATTCTCTTTTAACTTAGATAACCAT TCCGGGAATTGAGTCCCCATATTTTCATACTGTTTATATTTGTTCTTTATTTTAAAATAA GTGGTCCAAGTTCATTGAATTCTGTAAGTCTAATTGCTTTAAAAATCAATTCCATACTCC AGTCTAAAATCTTCTATAAAACTTCAAATGAAACGTTCTAAAATTAATAGAAAAAAAAAA TCTTTAAATTAGTTGCAACTCCTTCGTGACTTGAATTAACAGACCACCCGTCAAAGCTAG TATTACTAAGTGTCCGTTAGGATTGACTTGGTTAAAATAAAAAAATAAATTTATAAAAAA TAAAATTAGGGAATATTTACTTTTAATTTTAACTTATTCAAGTCATTCTAAATTTATTTT TAGCCTTGTTAAATTATTTCTAATTTATTTTAAGACATTTTTATTTATTTTAAGTTATTT ATATATTTGTCAAACGACCTCTGAGTAATATATATATATATATAGGTCCAACATTAATTC ACGGAAGTCACCTATTTTAACGGAATTAAACAAACAGTGACATCTAATTTATTTGTTTCT TTTTCTCTCTGGTTAATTTTTTTGTCACAGTGGGGCAACGAAAGATGAGTTAGAAAAGCT TCCATAATACCTCTCAACAACCCTCACAGAAGAAGATTAATCGTTATGTATGTACTTGCT AAGTTGGTCTATTCAAATTTAAGACAAAGAAATTAATTAAAGGTCACGAATTAAGACACA TATGTAAACACGACCAATTTATCTTTAGTCAAAAATAGCATCGATACTATACAAATAACT CAAATATATATCCTCCTCCAATCAGAATTATTCAAGGTGAATGTCCAAATCCACATGACG ATATGGGTGTTTGTTGATTAAAAGTTATATGTACTTGATTTGTTTCAGATAAATAGCTTT GTAATGTAATAATCTATGTTTGCATAATTTTTGAGTAGGTTGGACGAATATATTTTTGTG GGCTAAATTTAATATTCCTATTAGTGGATGGTTTCAACATATAAGTAACCATGAAAAGTA CGTACGGGAATTTTTTCTATACCTGTGCTACCGTATTATAGTGGTTATTAAACTATAAAA GATTTGTTTGAATTATCCACTAATTGGTATTAATGGTAAAACATGTGGGCTGTGTGACTC ACGCAAATGACACTTTTTAAGTTCCCCGTTTAGTTTTTGTTCATAATTTTGAAAAGGAGT AATTTTCACCTATAGCAAATGTAAAAATTATATTTGTATATTATAGCTATAGTTTATATA ATTGTGCTTCAAAGCAAATATAAATATGTATATTTTGTTATACATATACAAAAAAAAAAA ATAGTTGTATGATTCGCTATACGTATACAATAGAAAGAAGTTGTATACAAAAGATCAATT GTATAATCTGTGCAATGGCGTAGCCCATAGTGTCAAGCGTGTCCAATTGGACACCCTTCG CCGAAAAAAAAACATATATACAAGTAAATGATATACGAAATGATTAAAAACCTACTTTGG ACATCCTTAACATAAAAAGTTGCTATTTTGGACACCCTTTAAGAAATTTCTGGCTCCGCC ACTAAATTTGTGTATTTATAAAACGAGAAAGAGAGAGACAAAAGAAAATTAGGTAGGATA ATATTTGTATTGTATAATTATAAGTGTATAGGACGATGATATATGCTTTTGCATGTGTAC ATATAATTCTCTCGTTTTATACAAACAGAATCACAATTTATATATTTCATTTCTGTTTTA CAAGCAAGAGAGTCGAGGATGGAGAGTGAGATTTGGGAGAGTTGCCTACTTCCTAAGAAC ACCTAACCCAAGGATGTCTAACCAGAGAACACCTGTCCCAAAGATGTTTGACCCAAGAAC GCCTGACCTAATGGCCTACTCTGGGAGAATGCCTGATCGTAGAGTTTGTGAGATACTTTA CCTAGATGACATGGGCAATTTATTCAGGTTATTCATAATATAAGATCAAGTTATACTTAA AATAAAACAAAGTAATAAATAAAAAATAGAAATATTTTAATTTATACTTAAAAAGAAGAA ATGACTATCCTTTTGAAATCAATTAAGTTAAACCGAAATCAGATAAAGTGTTAGTCAAAC AAATAAATATTAGACAGAAGAAATATCAAATTTGGGCTCAAATTTGATGGACCTGTCCTA GTACTAAAAAATTAAGTAAAAATTTAAGGAATCCCATAGTGTAATTCAATAATTACACTC TGTCCCGACAAATTTAGTATTTACTAAAAATCCCTTAAAATTTTTGTGCCGTGATACTTT AAACTCTAGTGATACATGGTAGATGATACATGGTAAATTTAAACTGTTAAGAAAAAAATG GGGGAAAAATGGTACATTTAAACTTGTTAACTAAAATAGCTTAATTTACGATAACAGATC ATTAATCAACATTAAATTAGCACATAATTGAATATTAATTTCAAATTTTGAAATCAAAGA TTATATCATCTATTTTGAATACAATTTTCAAAACCGCATGATATATAGAAAACATTATGA TACACAACAAATTCATGTATCAATGCATCGTCTAAAACACTATACACACTGGTTCAAAAT GTATCAGCAAGCACACTTGATGGATTCAAAATGTATCAGCAAGCACACTGATTCAAAATG TATCAGCAAACACTTCATGTATCAATGTATCGTCTAAAACACTATACACACTGATTCAAA ATGTATCAGCAAGCACACTTGATGGCGCAATTATTAAAATTAATCACTGATACATGATAA AAATTTACGGTAAAAATTGGGAATAATTTCAAATTCAGTTAGTAGGATTCTTTTTTTAAC ATTAAAGACAAAAAGGAACAGATTGATTTTTCAAAGAGTTCAAAACTATAAACAAATATA TATAATTTAAAACTCTTTCATAGAGAAAAATTAAGAAGAAAAATTAGAATCGTCTGTGAT AATTGGGTCGGCATCGACCCGATTTTCAGCAAAAATCATCAACTTGGATTTGATCAAGCA CAAACACTAATCCCATGGCAAAGGCACAATCAAACCCAGACTTTATTGAGAGAGAGAAAA CGTTCATCAACTTGGATTTGATCAAGCACAAGTACTAATCCCGTGGCAAAGGCACAATCA AACCCAGACTTTATTGAGAGAGAGAAAACGTCTTTTCCAAGCACCACATGAGCACAAACA TCCAATTTTTAGAAATTTCAAATTTTTTGAATTTTGAAATTTAAAATTTCATATTAAATG TTGTGAAACATTTTTAATTAAAATTAATAATTCAAAATTCAAAAAGTAATTCAGAAGATT GAGTGTTTTAGTGGAGAAAAAATAGGCATGACATGGAGAAGTGTGTGTTATAGGAGAGAG AAGACTATGTATCTCTAAACTTCTACTAAAAAAAAAAGAAAAGAAATGATGTAATATTTG AAAAAAGAAGAAAAAATTAGAGAATACTAAACTTATAGTTATGTATTTAAGTTATTTTTA CAAAAATTAATTACCCAAAACATGAGTTTGGGCTGAGCCTTTGGGCCCCTTTTTATTTTC AAACTGTTATGACATACATGCTGGTTTTTTGGGATGCTGAAAATTCAAAAGGGGCCCAAA TTTGATCTTATGAAGGATTGGATGAATTGGTGAGACTTGACTAAAATTGTGATAAGAGTA TTAACAATTTAGCCAAACAGATAATAAAAAATAATCAAAAGAAATAATTTTGGTAGAATC GGTTAGAGTTTCAAATATAATGAATTAATATAATTGATTTATAAGCTATTTAATTTTAAC GAAATAAAATAACTAACTTAATTATATAATAATTAATTAAATACAAACTAATCAATTCAA AATTGTAAAATCTTTAGATATGATTTTCAAATATTTATAAAATATACTAGTTATATATAA AATTATATTTAAAAATATTATAAAAATGACTACTATTACTTTAAAACTTGAAAAATATTT TGAATCTTTTTATAAAACTAATTATTCTGAATCAAATATAAACGGTTGACAAATCAGTAT TCATAATCGAAAACCTTTAACATAAAATCAAATTGGCCATTGTTTGTGATTTGAAATGGT CGATTGTGACAACTTAATCAGCAGACTACTAATGTCACAATGATTAAAATCAATTCATAA ATAATAAAATATTGTGCTAAAACATTGGAATGTAAGGAAAGAGTAAACATATTGCTAAAA GTTCACATCCAATATTCTACTAGCATTTTATCCTAATCAAATGCAATCAAACCCAATTTC TTAAAGTCTTTTTCAAAGTTATATTTGATTATCGATTTAGTTTTGAGTTTATTTTCTGCG AACAACTCTCTTCAAGTCCAATAAAAAGAAAAAAAAAGGTGTAATATATATTGATGGAGC GATCGAACTCTTCATCTTTAACTAGAAGTTCAATAACCAAAGTCTCAAATCCAAGCTATG GATATGAAAAAAACTCATAATATGAAACGCCACCTTTAGATAAGCGTTGTAATACACAAT TCAATTTAATCGAGACTTCAGTACAAACTTTGAACATAAAACGAAAAATGAATAAAAAGA TTTGTTCTTCAATCGATCAACACTAGAAGGAAAAGGAGCAAAGAAAAAAGGGGCAATCGC AAATTTGCAAATCTCTTCAATTTTGACTTTATTCGCTTTCTTTCGTGCAATTGCAAATCT ATACAATAAACGACGTCGTCAAGCCTCATGAATACTTTTCCATTCTTGACTTCTTCGCGT TGTTTCCATTTTTTCTCCAACTTAACGTAACACTGCCGTTCCGAAACGGCCCCGCGAGAA ACCAAGAAAAAAAAGAAAGAAACAACGAGACTGGAAAATGGAGTTAAAGGCCTTGTCTTC AACAAGAAGAAAATCAAAGAATCATCAAAATCTTTACTTTTATTAACCAAAATCTTAATT TTCTCCGAATCCCATTATCTTTTTCGGAGAAAACAACAAGTTGTTTAAAACCCTCCGGAA AATTCCAGACAGGGACAATTGGGATTTTCAGTTTTCAGACATTCTTTGATCTGATGATCT GATCGCCATTGTAATGTAAAGAATAAATTAAATTACGTAAAGGGACTGTTAGGAACAAAT AATCTTGGAAATTTTTTGAAGAGGGGTGACCAATGTCTTGGGGATTGGGTTGGAAACGCC CATCAGATGTATTTCACCTCACATTAAGCTATGGTGAAGACGAGGCATTAGATGAGTCCA CACCCACATCTTCAAGATCGTCCTCATCGACGTCGGTGCATACTTCACCATTCTCGCCGT CACCGCCGTCGCCGCCGGCGGAGGGTCAAGAAGAGAATAATCAAGAAGAGCTATTAGGGT TTAGGGTGGATTTAGATTGGAACGTCGGTGATGATGAGGATCAGGTGGCTTTAAAGTTGC AGTCACAGGTTATGGTGGCATTGCCTTCACCACAAGATACAGTGGAAGTTGAATTCAAGG ACAAGAAGGAGAATGAGAATGCTGCGGAGGAGGATATGGGTGAGGTGGCTGTGGAAATGA GAGTTGTGAAGAGGAGAGAGCCATTGAAAGGGGTGATGATGTGGCGGGTGGGTAGTTCAA GCCAGCAGAGTGATGGGATGGGGGTATTGTCAAAGTTGATTAGGTCGAATTTCGCCAATG GCGGTGCTTTAGGAATCGGGGAAGGCTCACCAGTGGGGTGTGCTGACCACTGGAAGAGTG TTACTGTTGTTAGTCTATGTGGTCTTGGACTAATGGTGAGTGATTCTTGTTTTAACATTA GTTCGTACTTGCAAGTGTTTATGAATTTACAATTAATTTTGATTAGTAATTTTGAGTTTA AAATTATATCATCTTCTTGTCAAACCATAATAATTGGTCTCAGATAGAACTATTGAGCAT TGGAATGAATTGGCTTTAACTTGAATAGGATGAATATAAAGGATCATGCAGCCAATTCCA ACTAGTTTGGGAATTAGTTAGAGTTGTTTTTCTTGTTTTGTGCACATGCACAATGTGGTG TTTGTTGTTCAATATATGGGGCAATTTTAACGTCTGAAAGCATTCCAAAGTATGGTATTT GTTATATGTACTAAGTTTTCCTGATTCTGAGGGACTAGGAGGATATATCAGAAACTGATT TGCTGATAGTTGTTATTATTAAAACCAATCCAACTACTTTTTGTAACTTGTAGAATGGCT GTACTGAGGAGTAGTTTCCGATCAATTGGGTCTCCCATACTTTTTATATGTTGCAGGTGC TGCCAGTAGAGATAACCCAGCTGCCTCTTATTGAAAGGCTATATCTTGATAACAATAAGC TATCAAATTTGCCACCTGAGCTTGGTGCACTAAAATGCTTGAAAGTTCTCGCGGTGGACT ACAACATGTTAGTCTCTGTCCCCGGTAAGATTGAAACTTCACGTTAAAACTGATAAGAGT ACAACCTAGATAGTTGTGAACAGTATATTTGTTGGATTTACCTTAAGTCAGTTCTAAGGA GTAGTAATACAAATAGCAAATGATTCCTTCCTACTCATTTCATTCTTTGCCCTGGTTGGA TATGATGAACAGTTGAACTAAGAGAGTGTATTGGGCTAGTCGAATTATCGCTGGAACACA ACAAGCTGGTGCGACCTCTTCTTGATTTCAGGTCTCCCTATTTAGACTTATGATTGGCCA ATCTTCTATTTCTCCTTATTTCTTAGTCAAATCTTCTGTCGTTCCGTGCTTGAGATCCGA TGTTTTCATAACTTAATTATAGGGCAATGACAATGTTACGTGTTCTGAGGCTTTTTGGTA ATCCTCTAGAATTTCTTCCTGATATTTTGCCACTCCAGAAGCTTCGCCACTTATCCCTTG CAAACATAAGGGTTGTGGCAGACGATCAGTTGAGATTAGTGAATGTGCAAATAGAGGTAT TCATAACACTCCTTTATAAGTTATTCTGCTTATCTAACAGGCCTTTATGAGGTTGAAGAA CTCTATTTTTTTTTATTGAACTTGCAGATGGAGAATAGTTCTTACTTTATTGCATCTCGG CATAAACTGAGTGCCTTCTTCTCTCTTATATTCCGTTTCTCTTCGTGTCACCATCCCCTG CTAGCTTCGGCCCTGGCAAAGATAATGCAAGATGAGGGGAATCGTGTAGTTGTTGGGAAA GATGAGAACGCTGTGAGGCAACTCATAAGTATGATCAGTAGTGACAATCAGCATGTGGTA TGCTAGATTATACTCTGTAGGATGCTTTGACCTAATTCCAATTCAATCAATGCATAAATA ACTGTGTTTCTTGTTCAGGTAGAACAAGCTTGCTCTGCTCTTTCTTCTCTTGCCACAGAC GTTTCTGTGGCAATGCAGTTAATGAAATCAGATATTATGCAACCCATAGAAAGAGTACTA AAATCTGCTGGTCCTGAGGAAGTCATATCTGTGTTGCAAGTTTTGGGAAATTTGGCCTTT GCATCAGATATTGTATCCCAAAAGCTGCTGACAAAGGATGTACTGAGATCATTGAAACTT TTGTGTGCTCACAGAAATCCAGAGGCAAGCCTCTCTTGTTCTCTTTTTTTGTTTGGGAAA TTCAATCAGTAAAATGTTTTCCTGTTTCCGTTGAGTGGTCTTTGAAATGAATTATTTTGT CTACTTAGGTGCAAAGACTAGCTTTATTTGCAGTTGGTAATTTAGCGTTCTGCTTGGAAA ATCGTCGTATTTTAGTTACTTCAGAAAGTTTACGCGAATTGCTATTGCGGTTGACAGTTG CATCAGAGCAACAAGTCAGTAAGGCTGCAGCTCGTGCTTTGGCAATACTAGGTTGGTTTC TGTATGTTCTTATGGTTCAGCTATACCTGGCCTTTTGAATACATATTCTATCTGATTGCA GGGGAGAATGAGGTTCTACGGCGAGCTATAAGAGGGAGACAGGTCCCAAAGCAAGGATTG CGCATACTTTCAATGGATGGTGGTGGCATGAAAGGTCTGGCAACTGTGAGAATCCTTAAG GAGATCGAGAAAGGTACTGGGAAGCAGATACACGAACTTTTTGACCTCATTTGTGGGACT TCAACTGGTGGTATGCTTGCTGTTGCTCTTGGGATCAAACTGATGTCTTTGGAAAAATGT GAAGAAATATATAAAAAACTTGGTGAGTTTCTACTCTAAAAAGGCTAAACTTTGCTGCGT CCTCTCAAGTATTTTTTGAACTTGTTGTAATTTGCTTAACACTGGCAGTGCTGATGCATA TCTTATCCTATACCCTACCTCTCTAAATTCACTTTTTTCAGGAAAACTTGTGTTTGCCGA ACCTGTTCCCAAGGACAATGAAGCAGCAACATGGAGAGAAAAGTTTGATCAACTTTACAA GAGCTCATCTCAGAGTTTCAGGGTTGTTATACATGGATCTAAAGTATGTGATGCCATCAG TTTTATTCCTTTAAGTTAATTCACACTTACTCTTGCCATGTAACTTATGTCTTGCCTATA TGATAATAGGGTGTCCAAAATATTAGAGTACTTGTACATAAAATGGTTATTTATTATAGG GAAAAGGGGTAAATATACCCCTCTTTAAAAAGTTGTGCACATATATACTCTAACCGTTAA CAATTGGTGTATATATACCCTCACCGTATAACAAATGGTGATACCTTTTTGCAAATTGAA CTAAAAAAAAAAACAATCCTAAAATTGGTTTTTAAATTCCAAATTTGACATGTGGCTTTA AAAAATTATACCTCACCCGTTTCTTTTTACCCCTCCAGACACGACCCAACTATAAATGAC CCAATCCCTCTTTTATTCAAACACTACCCAAACCCATTTTATGACACCGAAACAGTCGTG GCATAGTGCCTAAACATCAGTGGGAATAGTAGCCAGAACAGTGGCCACAGTAGCCTGAAT AGTGATGGAAAAGTGTCGGAATGATAAACCTAAAAGAAGGCACGATCAAACGGTCACTCG AAAAGCGGAAAGAATTGCTCTAGTAATATCAAGGGAAAGAAGATGGTGTTGCTGGAATAG TCACAAAAAGTGTGGTTTCACTGAAATAGCCTTCAATAAAAGATATAATAGTGATTATGG GGATGAGAACGAAAATATTTTTCGAGCATCAGCATAAATAATAGGATTTGATACCATGTG AGAAATAAGAGGAAATAATAGAATGCCAGAGACAAGTGTCTGTCTTATGCCTGGGAACTT ATCAAAAAAAGAAGAAGTGTATAAATAATAATACACATATACTATCATCGCATATGGTAC AATATGTTTAATCTATCAGTTCAACTGTTTCTACTTTGATGTTTTTAAACATCTACCTGG ATTTCTTTTCTAGTACTTAAAATGCTGCTGAATAAGAGGAACATTGCGACTTTGAAATCA CAATTGACCCTCTATCCTCTTCCAGCACAGTGCAGAACAGTTTGAGAGATTATTGAAGGA GATGTGTGCTGACGAGGATGGGGATCTTCTGATAGAGTCAGCAATTAAAAGGATTCCTAA AGTTTTTGTTGTATCAACTCTGGTCAGTGCGACACCAGCTCAACCCTTTATTTTCCGCAA CTATCAGGTTATTACTGAATCCTCATATGACTCAATACATAGACTTCATCTGAGTAGTGC TTACACTAGCTCTGCCTCTATTATTTCCTTTTTATTAGTTTGTCATTGAACCCTTGTGTT GGGGAAGTGCAGTACCCTCCTGGGACACCAGAGATTTCCCCTGCGGCTACTGAGAATTTG ACTACTGCTGGCCAAGGAACAATAAGTGATCCAGCTCAAGTTGAACATAAGAGAAATGCT TTCATGGGAAGCTGTAAGCATCGGATATGGCAGGCCATAAGAGCATCATCTGCTGCACCT TATTATCTTGATGATTACTCTGATGGTATATTCTTGCTTGTGCTTAAAACTTTTAACTCA TTGCAAACAAATCCTCACGGGCTCTGTTTCTATGGACCCATGTCATTGTCATCTTGTCTG ACTCTTCTCTCTCTTTAATTTAGATGTATACCGCTGGCAAGATGGTGCAATTGTTGCCAA CAATCCTACCATTTTTGCCATACGAGAAGCACAACTATTATGGCCAGATGCAAGGATTGA CTGCATGGTCTCAATTGGTTGTGGTTCTGTCCCCATGAAGGTATACTAAAGGTTTGCCTA TTATGATGAAGATTGCCATCATTTTTCAGGCTTTAAAAGGTCTTGAACATGCTGTTGGAA CTTGATGTATTCATAGATCACATTTTCTTGCCTGTTCTTTTCCATATAATTAGAGATTGG AGAATCTGGAAAAGCACCTTCTAGACAGTTCTTAACTAAAATGTTGATTATGTGACCTAG AGTTTTGGTATTATTTGACACCTTAAGTCAGCTGCAAATTTGTTCGTTATGCTTAATGTG TCATAATGTCAGGGGGTTCCTTTGGATCATAGCATATTTTTTGAATATTCTTATCTTCTG CTATTAATTCTGGAGTTGGAATTCGCAGTTTGCTACTTTTTAAAAAATAGAAAAATACCA AATTTTTTTTAAGGAATTAAACATTGAAAACAGTGCATGATATTTTATTGCCAAGGTCAG GGGTTTACTCTCCATTGCTACTGGAAGTTTTCATTAAGTCAAGATTTCATTTACTTCAAG CCATGTTACTGAGTGTTCAATTTATAGCTGTTTCTGCTGTTTTTCCTGCTGTATTAGGTT CGCAAAGGTGGATGGCGTTACCTTGATACTGGCCAAGTGTTGATAGAAAGTGCATGCTCA GTTGACCGGGTGGAGGAAGCTTTAAGTACATTGCTTCCACTGCTTCCTGATGTGCACTAT TTTCGCTTTAATCCAGGTGAAGTTACTTTACAATGTTGCCTGAGGTGAAACATTATAAGC TAAAGATTGGTTCTTTCCTTTTGGGAAACCTTATTTCCCTAATTTTTTTCCTGAACTTTT GGCATTTCATAAACAATTCAATTTTTAGGTATCAGCCCGAATTAAAGAAAATGAATTAGG AGTATGATCTAGTCTTTCACTGCGGTGATATTGAGTTATAATTTTCTTCACATTGTTAAC ATGCTTTCTACATATCTGGGATGCAGTTGATGAGCGATGTGATATGGAGCTAGATGAGAC AGACCCTGCTGTCTGGTCAAAGTTAGAGGCTGCAACGGATGATTACATTCAGAACACTTC TGCTGCTTTCAAGAATATTTGTGAAAGATTGTTGGAGAGGCCACATGATGAGAAATTTTC AGACAAAAAGTCCCATCAGTTTCTCAAAGCGAAGAACTCTAAAACTGGTGTGTGAGGAAT CATTTTTAATTTCTTGCCATGACATTCTTTTGTCTCAGATGGATTGAACTTTATTGGATT CAATTTATTTTCAGATGAAAGCAGTCCTTCTTTAGGTTGGAGGAGGAGCGTGCTTCTTGT CGAGGCCCCAAATAGTGCAGATGCTGGAAGAGTCTTTCACCATGTTCGCTCACTAGAGTC ATTGTGTGCTCGTAATGGAATAAAACTCAGTCTTTTTAATGGCATATCAAATACTCAGAA AGCAACTCCAGGATCAACTTTTCCGACACCTTTTGCTTCTCCATTGTTCACTGGGAGTTT CCCTTCAAGCCCTCTCTTATACAGTCCTGATATTGGGGCTCATAGGGTTGGTAGAATTGA TTTAGTTCCACCACTAAGCTTGGATGGATTACAATCTGCAAAAACAACCGTCTCACCGCC CGATTCTCCTCGAAAACATCGACAGCTTTCGTTGCCTGTACAATCTTTGTATGAGAAGCT AAAGAATTCCCCTCAGGTTGGAGTTGTGCACTTGGCACTGCAAAATGATACATCTGGCTC TGTACTGAGGTTAGATATTCATTATTGTTTGGTTACTTACTGGAAATGCTTTTTTTATGC TAATGTCATCAACTTCTACGAGATAGTTGGCAGAATGATGTATTTGTGGTTGCCGAACCT GGAGAACTAGCAGATAAGTTTCTGCAGAGTGTCAAATTCAGCTTGTTGTCTATGATGCGA GGCCGCCGGAGAAAGTATGCATCAGTCATCTCTGACATCTCAACCGTTGCTGATCTTGTT AGGTGTAGGCCATGCTTCCAAATTGGGGGTGTAGTCCACCGTTATATTGGGCGTCAGACA CAGGTATGTGTGGGCATGATATCTGCCATCCTTATTTTGATTATTCTTTGCTTTCAGAAA CCAAGATTTATGAATTTGCTTTTGATCAAAGGAGTTCATGAATTTTCCTATTTTTTGTCA TCTGAAGGTCATGGAAGATGACCAAGAAATTGGTGCCTATATGTTCCGTAGGACGGTTCC TTCAATGCATTTAACTTCAGAAGATATTCGGTGGATGGTATGCTCTCCGAGTATTTATGT GATTCAGAACTGCATCTTTTTTTCATTGCAAGATTATGTGTGAGAAGGAACTTATCTCTT CCAAATGATGTTATATGGTTGGCATAATTTGATTGAACAAGTCAACACCAATCTGGTTTG GTTCAAAATATGACAAATGAACCTACTTACTTGGGTTCAATTATCTGTGACAAGGATAAA CTCTTCAGCACTCAGAGATCTCAGGGGATTTTTGCTGCGGCCCTGATAATGGGAGCAGTG AGGTCTTCAGCAGATAAAGCTCTGTAGTGCTGATGCTCCCTAATGGATGTGCATGGAAAG CGCTTTCCACATATTGCTTTTATCCTAAAAAATTAATTGAACAAATTTATCTCTGGTTTG CTCTGCATCACTTCAAGATCTGAACTTGAATATGTAATGACTGGTCTATTTCTGTCTCAG GTTTGAAGAATCAGAGGCTTTTTGATTACACTTCCCCCTTTTTAATGTATACTTAAGTTT TACTACTGAGACTTGGTTAATCACTTGCTATACTAAAGGTTTATTATTAAGACTTGGTTA ATCACTTGCTCTGTCATTCATCTTTCAAGTAAATTGTGTTGCATTTCTTTCATTTGTCAT GATAGAAGGCTTAATACACTGTCAGTGAGTATGTTGATTCATTTCGTGTTATCTCTCCAA GACCTGTGCTTGTGACCTATTACTCTAGAAAATTTGTTAATCCTTTGAGTATTTGTTAAA CCTTCCAGGTTGGAGCATGGAGGGAGAGAATTATAATCTTCACTGGTTTCTATGGCCCTA TCCAACCTGTAATCAAGGCTTTTCTAGATTCAGGAGCAAAAGCTGTTATATGTCCTTCCT CTGAGCCTGATGAAGTGCAGTTGTCTACATTTCACGGGTCAGGTGATTTTAATTCTTTCG ATAATGGAAAGTTTGAAATTGGCGAAGAAGAAGCAGAGGATGACGATACTGAACCTACTA GTCCAGCAAGTGATTGGGATGATAGTGAGCCAGATGAAAGTGAAGGACGCTCTCAATTCT TTTGGGATGATGATGAGGGGGAGTTGTCCCAATTCATATGTCAATTCTATGAGTCTCTCT TTCAGGGTGGTTCAAGAATAGGTGCTGCATTGCAGCAGGCTCGTGCCTCGCACCGTAGCC TAAGGTATTCATGCCATCTTCCCAGCATACCATAGTTCGTCGGGGTACTCATACCATGAT AGTCTCAAGGAAGGCGCAAGTCAGTCAATGCTTATGCTGACTGCATGTTGCTTGATTAAG GCAATTTGTGCTCTCTCTACATTATTCCATACTTTGTAAAGAAGAACTATACTTGTACAA GCAAAGGAAAAGGATTGCAGAAGAAGCATGGCAAGAGAAAGAAGTAGTAGAAACGAGTAA TAGTTCCAACAAGCTAGAGAAGCAACCAATTTTGAGGCTCTGAAGTCACTTTTTTTTGTG TTTATAGTCACTGATGGATGCTTGTTTTTCTTTAGGGACCAGTTCCGCAGAATTTTCCTT GTAAGTCATTTCAGATTAAGAAAGGTTTCTAGTCCCAATAAGTAACTTGTATAGGAAAAT TAATTTATTGGATAAAGCTTAGACAATTTTTTTTAACCACCCTTCTCCACAATGAAGATA TATATCTGTTTTCTTGCGGAAAGCAGATTCATTTCTTTCTTGTTCTTCTTGGACAGTGGA TGATGGTGACAACACAAATTGAAACTGATATGCTATTAGAATTTGGTGTTCTCAAGTGGT CTCTGCAAATTGTTCCTGTGTGATGTTAGTGCTTGTTAAACAAAAACTAGTTGGGGGCTT GGGATAAACTCATGCGCTGTTGCTACATCAAATAGAGACGTAAAACGGTCAATCAAGTGG CAAAACTACTCAAGATAGGATTCAAATAATCTCAGTAGATACACAAACCAATAGGTGATT TCTTCTTTCCTCAAGGATAAGTGTGTGATTGCGATTGCCGGTAAGAATTCACCACCAAAT ATATTTGATGAGTCCATTTCATTGTCTGTTGCTCCGATTTGGTAGAAACAGGGTGAACTC ATTTCATCTGAGTCATAGTTTAGCCACTGCTACTAATATTCTCGACAGCAATGACAAGAT AATAGCGACCCGAATATCAGATTGCAACAATCTGCAGCATCTTCACCAAATTTACGCCCA GATAATCCGAAATCATTTCTTGGAGTTGTACCCTGCACAATTCCACTGGAACAACATTAT TAGATCATATACTAGGCTTAACTCCCCTACCAACGCTCTACATGTATACATCACTATGTC AAGAACTGGTGTTCGCCCAGATACTTTCACGTTACCCATTGTTTTAAAGGCGATTTGTCA GGTTCTCAATTATGTTGTGGCGAGGCAGCTCCATGGGGTTGCAATAAAGCTCGGATTAGA AACTAATATGTATTGTGAAAGTGGGTTTATTAGCTTGTACGCTAAAGCTGGTGAATTCGA AAATGCACGTAAGGTGTTTGAACAAAATAGTGAAAGAAAGTTAGGGTCTTGGAATGCTAT TATAGCAGGGTTGTCACAAGGTGGGCGTGCTAAAGAAGCAATAGAAATGTTCTTGGAGTT GAGAGAGAGTGGGTTGCAGCCAGATGATGTGACTATGGTTAGTGCGACATCTGCTTGTGG TAGTCTTGGAGACTTGGATTTGGCTTCTCAATTGCATAAATGCGTCTTTCAAGCGAAAGA AATGGAGAGGTCTGATCTTTTGATGATGAATTCTCTTATTGATATGTATGGTAAATGTGG GAAGATGGATCTAGCTTATAGGGTGTTTTCAAGGATGAAGGAAAGAAATGTATCCTCATG GACTTCTATGATTGTTGGATGTGCAATGCATGGGTATGTTAGAGATGCGGTTGAATGCTT CCATTGCATGAGAGAGGCAGGTGTTAGGCCTAACCATGTGACGTTTATTGGGGTGTTGAG CGCTTGTGTACATGGTGGGATGGTGAAAGAAGGAAAGTATTATTTCAACATGATGAAGAA TGAATATGGTATTGCACCCATGTTGCAGCATTACGGGTGCATGGTGGATTTGCTTGGCAG GGCTGGGTTGTTCGAGGAGGCAAGGGGGACGATTGAAGGGATGTCGATGAAACCGAATGT TGTGATCTGGGGGTGCCTAATGGGGGCTTGTGAGAAGCATGGGCATGTGAAAATGGGAGA ATGGGTGGCTAAGCACCTGCAACAGTTGGAACCGTGGAACGATGGAGTGTATGTTGTATT GTCCAACATTTATGCCAGTAATGACATGTGGGAAGAGGTAAGGAGGATGAGAGCAATCTT GAAGGAGCGAAAACTTGCCAAGATTCCTGCTTATAGTTTGTCAACAAGTTCATATTGAGA CTGAAGGTGGACCTGCGAAGGATAAATGATCAGAAACATTTCTCTCTATAATAGAAGTGA GTGCACAAGATGGTTGTCCACCTCACAAAAGTGGTTCATATAGGAGCAATGTATCACGTA TTTTAACGTACCCGTTGACCATCAATTTTGATCCACTTAATTATTATTTTTATTTATTTT TAGGTGAGAATGTTGATTCATTTCGAGTCATCTCACCAGGAGATGTGCTTGTGACCTATT GTTCTATGCATACACATTTATCCCAGAAAATATAAGATGAATAAGAAAGGAGGCAGCACT AACTCCTCCAGTATTTGTTAAACCTTCCAGATTGTAGCATGGAGGGGGAGAATTATAATC TTCACTGGCCCTACCCAATTTGTAGTCAAGGTTTTTCTAGATTCAGGAGCTAAAGCTGTT GCATGTCCTTCCATTGAGCCCGATGAAGCGCGGTTGTTTACATTTCAAGAGTCGGGTGAT TTTAACTCTTTCAATAATGGAAAGTTTGTAATTGGCGAAAAAGAAATAGAAGATGACGAC ACTGAACCTTCTAGAGTCCAGCCAGTGCTTGGGAAGATAGTTTACCAGAGAAAAGTGAAG GACACTCTCAGTTCTTTTGGGATGAATATGATGATCAAGGGGAGTTATCCCAGTTCATAT GTCAGTTTTATGAGTCTCGTTATCAAATTGGTTCGAGAATAGATGATGCATTACAACATG CTCGAAGATATTCATGCCATCTTCCCAGCATACCGTAGTTAGGTGGTTATCTCTGACCAT GATAGTCCCAAGGGAAGCGCGAGTTTGTTAATGCTTATGCTGACTGCATGATGTTGCTTA TCAAAGCATTTGCATGGTCTTGTGTTGTAAAGAAGAACTGCACTTGTATATGCAATGGAA AAGGATTGCAGAAGGAAGAAAACATGGAGAGAGAAATAGTAGAAATGAGTAATAATTTTG AGGCTTTTAACTGATTGTTTGTGTTCTGTCTTTGATGAATGTTTGATCATTTTTCTTAAA GGTTACTCTTTTGTGAAAAGCAGGTACATTTCTTTGTTGTTCTACTTGTACACTGCTGGA TGTTGACACAATTTCAAACATGCTATCACAATCTGGTGTGCTCAAGTGCTCTCCGTGCAA CTTGCAATGTGTGAACAGGAATCCATGAGATGTTAGTGTCTGTTACACAAAAAACTACTA GTTGGGTTGACGTTGAACTCATCGATATATATATGAAAATAGAGTCACAACTCACAAATG TGAGGCTGACCGATCTATGAAGTGGGTGAAAGTCTTGGTGATCTCTTCTTATTTGTCCAA CGAGAGTACTTGCTTGGTAATGGTTTCTTTAACTTAGTAAATATTGCAATCTTCGGTAAA CGTCGCTTTAAACAAACTAGGATTAGTGCTTACGTCATTTTTATTTTTAAGTGCATGATT AGGTTGTATAAGTACATCAATCAAATAACCATGGATAACTATAAGGTTATTTTAAATCAA TGGGGCGGCGTAAACATGATAACCTTTTCCAAATTAACCTATGATTATTTGCAAAGCAAG GGTTAAAAAATAAAGGCCTGGACATTGATTGCCAAGGACCCCAGCCTCTGCTGTCATAGA CATGATTAAGTTAATATTTAGCATTAATATAATAGCAAAAAAATTAAATTTTATTTCTTG AGGTTGATCATGATGACTAACTTGTAACCAATAAGTCAGAGACAGAAAAAGGTAAAATAG TAATTTATATTAGGCGTATGCTTTGGTTGCAAGTTTTGTTGATGATTACATCTCCCATCC ATCCACTGCTACAATTATGCAGAGCCTCACGCTGTCCACTTTCAACAACAAAAAAAAGAA GAAAAGAAAAAGCATATGTCTATTAAACACTATCATTAGGCATTAGCACTATAGACAAGT AGTTGCTTCCTTAATGCAAAGTTAAAAATACCAACCAATTCATTCTTCACAAACAAGCCT TCCAACAATCTCTGAATTTCTTCCTTCTTTTTTTCGCAAACAAAAATAATGTTATACAGA GCTAGGAGTATTACTAGTAGGTTCTCTGATAAAATGAGTACAAGTGTACCGGTTGAAGTA GGCACAAGGGGAACTATAGGATCACTTTTGAAGAAAGAGATTGAGTATTTCAGAAAAGTT GAGGTGGATTCTTGTAAAGGGAGTTCTAATAATAAATCTCAGAAGAACTCAGTGGAAATA GATTCATGTGGTGGTAATTCTTGGCCTAGTTTCGGGTTCTTGATGATGAAATGGAAAAAG AAGAAGAGAAGAGGTACTGGAGGTGGATTACCTGCAATGTGTTCTATGGTTGAAGTTTCT GAGAGTTGTAAGATGAATGAAATTCCAGGTTTCAGCTATAGAAATCTCAAGGTTGATTCT AAGAGATTTGAGGAAGAGATAATGCTCTCATAGGAGCTTTCAATTTTTCGTGTCAAGTCT GAATTCTGTTCATATTCTTTAGCCAAATATCTTGTGCTTTCTGTTTGCCTTCAATTGCTT GGAATTTGAGAGAATTGTCTATCATCTGGACTTCTTGTTTTAGCAAGAGCAGGTAATACC TTTGCCAGTTAGGCCTGAAAAGTTACATGTATAAACTATAGATGACGAGTACGTATAGAA TATGATTTAAGTTTCATCATTGGACTGTGTTGTTCATAGGTACTTAGGGAGAGTTGTCTT CATTGCTAGGCTTAAGTATTTTGATTTCCTGTCAAAAGTGAGCAAGATATGAAACATAAA ACATGTTATGTGCAGATTAAAAGACCGAAAAACTCTAGGTTATCGTCATTTAAAGAAATT GCAGTTTTCCACTTTATCAAATAGTGGAACTTGAGTATAGTTGAGACTTGAGAGTCATAT TTGATGTTTGTACATGAGGTAAACATGTTCATGTTCATGTTTAATGTTTTAGCCTGCAGC AAGGAGATTGTTCTTGTAGTTTTACAGATTCCATCTTCCATGTCATGGTAATTGTTCATG TTATTTATTCATCCTTTCTAATGTTTATGCATATATCACTAGCATATGCAATTGTGAAAA AACAGACACTTTGAGGCCACATGTATGTTCATATTATTAACTGAAAAATTACAGAACCCA TAGTCTGCAACAACCTTAGCTCTGTTTCTACTGAATCCACTTGAACCATGTAACTGTAAG AAACATGGATATATATAACACCATACTCATTCTGAAGTCACTAACTCTACGAACATCTTA GGTGTAGTATAAGAACGGAAAGAAAAGGAATGTTTGGTCACGCGTTAAACTACATTGACT GTTCTACACTATTTGTTACATATCATCTGAACTTTTGTTATATTAGTTCAAGCTATGTTA ACTATGGACTTATGGCAAATGATGATGCTTAATTCTTACTTCACCCTCCCATATCTAAGT ACATATTCAGAAGTTGTCTTCTGTTTGCTGGGCCTGCTAATTGATAAAGAGAATTAGTAA CACATTTGTTGGGATCAATTAAAAAAATAAGGATCAAGGACAAGATATAGTTCCATTCAA CGATTTTGTACCAATTTTCACTATCAAAAACAAGGAATCACCATGTACTTTTTTAAAGCA TTGAAGTTTGATTAATTTGGATAAAACTCACCAAGTGGATGGGCGCTCCAAAACAAAATT CTTTTTCATGTTCAAGGCTCAAAACCCAGATATTTAGTTAAAGGTGAAGGAATCTTATCC ATCTCACCACAACCTTCGATGATAATAAACACTGTACTGACAAATACTATGAAGAATATA TTGAAAATTCCATAATTTTGAACAGCTTCCTAGGGAGAAAAACACCACATATTAAGTTGC ATGTAAAAAGAGCACATTTGATTTTCTTGGTCCTTCGCTGCAAATTTCTCGTATAATACA TAGTTCTCGCAAATGGTATCTGTTTGTCCAGCAGTCCCACATCGCCAAACAGACTAAGCA ACAAGGAATCCGTACGCAATAAAAAGCCAAACGGGCCTCAGGAAAAGTCATACCTTTCTC GGCCTTTTGGCTAAGATCAAGTGTAGTATCTGTTCTTATCAGTTTAATATCTGATATGTG GACCATTGGTTCACACGATATTAACTCAATTTTTTAAGGGGGAGAGTTCATCAAGGTAGC TTGCTACCTGGACTCTCAAGCGTCGCCCATGCGTTGCACTATAGCAAGGGCCTGGCGCAC CCCACCAATCCAGTACAATTATTTCAGCTTGCGAAGCGACTTATGAATCCATTTGACTAA ACATTAATTTACTGGGAAGTAAATAAAGTTGGTTTTAATCAATTTAAAAGTTATGAAAGT GTGAAATTGGTTTCAACATGTAGTTCCGTTCAACATCTAGTTCCGTTCAAAACACACATT AATGGAAAACAACTTGTGTCACCAATTCATTAACATTTTTCAATCCTAAATTTCAGTGTC ACACTAGGCTTTCTTTGGCGACAAGTGAAAGCTTGAAATATGAATGTTATTAATATAATT ACGTCCAGCTCATTCAAATATACTTATGGGTCTTATCAAAGAGGAGTTTTATTTATTTTT TCATAAATAAAGTCAACAATATAAATTTCAACTCTCCTTAATCCATAGTCCATGATTTTG TCAAAAGTCCAGACACTGATATATGTCCATTTTTTCCAATAAAATAACAACTCAAGTTTG GCGATGAAAATTGGGTACACGGCGGTATGTATTTGTCGACTTGGAATTTGTATTTGGCTT TTCGGCCATGCCGCCTTACTCCTTACAACCATAGAATATCCGCGTTAAATTCGTACATGA TCCTCCTTTAGTTTTTGTTTTATTTACATTCAAATTACTACTAAACTATTATTATTTTAT ATCACAACTTTTAATTGAGTATTATTAGTGTCGTTAAAAACTAATTTTAAGTAAAAGATT TTTTTGTTACCAAACTTGATCGGGGTCTTTTTTTTAATTTTTAGATAAATTGAATGATTC TTTTTGTTACAAAATCTAAATTCAGAAATAAAATCCTGCTATTTTAGTTCGTGCAAGGGA CTAACATTTTTCTTTAGCAATCAAATTGTAGATAAATTCAAATTGAATCTATTGGTTATT CTCCCTCTAAAGCAAAGGGAGATCTAAAAAAATCAACCCACTATATTACAGACTTCTAAT ATTAAAACACTTTTAATATTTTTCATAAAAGACACACGAGATTTTATACCATAGTTTAAA AAAATATAAAACGAAATGACCAATAACTATATGAATCTGCTAATGAACTTGAATACTTAC AGTTATCTTAATTGTTTGTATTAGGAAGGTAAGAGTTTATGATTTGATGGCGCTGTTTTC ATATGGTATGGCACCTTAGCACGTTCCTTACTTTGTTCTTTCTTTTATAGCATCAGTTTT TTGACTTCTTTCAATACAACAAGATAAGCGGAGGGGAGAGCTGAAATGGCTAGGTTGCCA CTTGGGTCGTCGCCGATTGACATCGCCGGTCCGGTGACCAACTGGTGGGACCACGTCAAC GAATCCGTTCAGTGGCAAGATGGGATTTTCTACTCCCTTTGTGCTTCCTATGGTCTTGTT TCAGCAGTTGCCCTAGTAAGTTTCTCTTTCTCTTCCATTCTCTTTTTCTGCTCTGTAGAT ATGTAAAGATTGGTTTTTTCTTTCCTTTTTGTGAATTTCACGATCAAAGTAGAGTTTGGG AGCTGAAATGCCGGAATTGATGTTAGATGATTTATATTTTCAACTCCTACTAATTTGATG TTGAGATGCAGTTGATAGAATTGCAGTGTCTAGTTCATGTATAAAGTCAAGTACTTGCTG TTAGTTGTTTTTTTTTTCGTAACTTCTGTTAGAAATGGAAAATCTTGGTTGGTCAACTGT AGGAATGAAATAATGGAGTAGGGAATCAGACGAGAATGTTTGATTACCAAGTGCAATTTA GGGGTTTCCATTAAGACAAATTACGGTATATTTTGTGCTTTTTTATGTCGCTAATAAAAG TTTGGAGCAGTGGACTGACTGGTTAATCATACTTCTGGTAGGTTCGGTTAGATGGTTAGT ATTTGGGAGTACTCCTTTTGTGTGTGCTTGTGAAGCTTATGACCTTTTCCAATAAGTAGA TAAGTTTCATTGAAGGGTGTTTTTTCATACTTTGATTAATATGTGTTTCAGATACAGTAT TTACCTAATACTGCATGTGTAGAGAACTGTTTTCCTCGTGGTGCTTGCTTAGTTGGCAGG ACTTTTGGTTGAGTCTATGAGTTAACTATGTGCAGATTCAATTAATACGAATTGATTTGA GGGTACCCGAGTATGGCTGGACAACACAAAAGGTGTTCCATCTGATGAACTTTGTTGTAA ATGGAGGTAAAGCGGACTCAGACTAAACAAACCGTCCAGCTCTTTTTCTTAATCTGGAAT TTTGTTTTAAATGCAAATCTTTTGTTTTTCAGTTCGTGCAATTGTCTTTGGATTTCACAA ACATGTTTTTCTGCTCCATTATAAGGTAATATTCTTTCTTAAAAGTAACTTTTCAATTGT CAATATTTTTTCTTAATTATGTTCAGTTTGTTTTCAATAGAACGCGACAATATATGCAAA CCTGAATATATTGCCTTTGTTCTTATCAGCCATTTAACTTTTTCTCTAATTATTGTTCTT TTCTTATAGTGCGTCAACTTACATAGGAACTATCAAAAATCAAAATTAGGTCAGAACTGT ACCTAGAAAATTTATCACCTGATGGGACCATTTTCAAGTCAAGTGCATGATGTTACTTTT GCTGATTGGAGCTGTAGGCTTTCTTATATCTTTGACACTCTTAACTTTGAGCTTAATTTG ACATTTTAGATTCCTTACCTTCTAATTTATTTATTCGGAAGGTCATCCTGCTCTCTTACA GCTAGTACAATCCAATAGCAGTTCAGCAATCCTTGTTTGTTAATGTGTGAGCTAATTGGA TTGAAAGCACATTAGTATATACATTCTGTCTTTCAGATTCCAGTTTGAAGCTTATCACCT AGTTACTCATCTTTTACTTGCCCTAAAATTTTGGTTTGACTGTGATGGGCCGATGACATT GTTCAAGTGCTTAGTTCCTCTGCAGCCAGCAACACCGTAGTGTTACCATGTCAATCCTTT AGCTTTGACTATCATTTTATTGAGATGAATTTTCTGTTAGCAATAACGAATCTACTGAAA GCACCTCCCCTTTACGACTTCCGTGATCTCTTTCCTTCATTTGGGTGGGCTACTGATGGA CCGTCACTTTTAGGCCGATGACGTGAGAAGTAGAAATAATAACATGCCACAACTGCCTCT TAAACTGCTGCCTAATTGTTAACTGATGTTAGATTTGCTTCACGATAACCAGGTGCTGAC TCTGGCAATATTGGACCTACCAGGGCTCCTTTTCTTTTCAACATTCACACTCCTTGTTCT ATTTTGGGCTGAGATATATCACCAGGCAAGTGAAGTTATAGCATCTTGCAGGCAAACTGT AAATCTATTGATTCTAACCCTTGCATTTATGTAATGGCAGGCTAGGAGTTTACCAACAGA TAAGCTCAGGATTTCTTATATTGCCATTAATGATGCCATATACTTCATTCAGGTTTGCTA CAAATGTATCCCCTGCTCATACGCTATTGGACATCATGGTTGTTCATATGGAAATATAAT CGATCAAGTATTATTACTTATTTTTATTTTGTCTCTAGTAATATGTGAATTCCTTTAAGA TTCTTTTACGCCAGTCAAACCCATCTACTTTTGGGTTCTATTTGATAACCCCTTGTATTT TGGTGGTGACAGGGGTGGATTAGTGTAGAAGTTATGGGTTCAACTGAAAAAGGGTTCCTG GAACCCAACATTAGCTCAAACCCTGTATATATGTTAAAAATTTTGTAAACAAGTAAACAT AATAGATTTTGAACCCACTAAATCAATCGGGTTGTGGTAGAATTTCTGAGACACATAAAG TTCGAATCCTGGAGCCGCCTCATTGATCTGTGGGCATATGTGTGCTTCTCAATATGTGGA ATTCTGAGATATTCTTCTTTCTCAAAATGTTATGCCGGGTTAACCTGGGGTAACATGCTA GGAGAAAAGTTTAATTCGGAGCTCTCCATCTACTTCCATTATCAAATATTCATAGCTTGG TTCCGGTTATACCTTTAATTATTTTTTCGAGAACCGATGGAATATCTTTCCAAGATCTTG CAATAAATTTTTACAGAACCATATGCAAATTTAGCCTTGAAATAGGGCTAGATTCTCCTA ATCCCCATCCCCTGAGAACCCTATCTCTTCCCTTTCCTAAAGGATAGAGCATTTCTAAAT AAATAAAGATGTCCATTGTTCTTGATTTCTTGGTGAACATTTCCTATCGACCCGCTTGTC TCAAAAGCTAAGAATCTTCTTCAGTCTTCCTGGTTTTATCTCAGGTAATAAACTAAATAC AACTGAAAAATCGTTTTTGTCAGGCCTGTATCTGGGTTTACCTCTGGATCAATGACAATA GCACAGTGGAATTCATTGGGAAGATATTTATGGCAGGTGAATCTCTTATATATCAATTTT CTCCTTTTGCCCTATTTTACTGAAGGTTAGATCTGCTTTCAAAGTTTATTGCTTTCTTTA ACCTTGCATGTTTATTTGGTGCAGTTGTATCAGTTATTGCAGCCTTGGGCTTTCTGCTAT ATGGTGGAAGGTGAATTTAAGTTCTAATTTTCTCTGTGCATTTATCTTCTAAAGCATTAT TGATGATTCTTAGATGACCTTAGACATGATTAAATTTCATTGTTTTTCTTGTGGAATTTG TTTTTACAATCATCAGGTTATTTCTCATGCTGCGGCGCTTCCCTATTGAATCTAAAGGGA GGAGAAAGAAGCTTCATGAGGTTTGTGTACTATACATCTGTCTTCCTCTTTCTTTTTCTT TTTTTCTTTTCTTTTAACTGGTAAAGATTTTTACACTTTTATCTTCTTACTTTATGTATA CAGAGGTTAGTGCTGTAGTTTGGCATAGAATACGTTTGCATGTAAGGCATAAGATGTATT CCTCACAAACTTAAGTTCTCCCTACAGCACCGAGAGGGAGAAACTTTTTAAACATGAAGT TTGATTAATTTCCTTGTCCTAAGAAGTCCTGCTAATTGTTCTGCTATATTATAATCTTAA CTTGTGGTGAATGACTGCTATATTTAGTCCAGATAACATTTAAGTGGAGAGATAAGAGTA AGGCTATCTCTGAGATTGTATAATTTAATTCTAAAATGATAATTAACAAGAACAGATGGA ACCTTGTTATGACATTCTTATTCAGACATTTTTATTCAGTGCGTGAAGGGGTAACCTTTT GGTCATGGATCCACTAAACTGTCAAAGGCTGGTGCATACTATCTTTTTCTATTTAGTTTG TGTCACATAATTTGTTTGACTTACACCATAAGCTCAACTCCAGCAAATTATTAATTTCTG TAGCTGCTATCTGATGGGACTGTTCAAAGTTGTTTGGATATACATAGACAGAAGATGTCA AGTAATAAAGATTGCCTAACAAAATGAGCAGGAATGTAACAAATTATAACATACAACATT AGGGTACCAACTGTTGATGTCTCCCTTCTCTAGATTCCTCTTTTTTGATGATTAAGTAAG ATTTTATTAAACCATCTGCAGCACCAACAAGGTGTAAGAGTGCCCGATAGTAGCTAGAAA TTTATTCCTTTAACAATATAAGGAGTCAATTAACTCCACTATATGGTCAAAATCACTAGC AGCATCCTGCTTCAAAAATTCATGTTCTGTAAGCATTTCAATATTACAAAAAATTAAGGA AGATGCTTTATCCTGAAAGCAGCTGCAGTTCCCTTTCTATATTAACCATCTGAAATAACA TAGAGAGATTCTGTAAGTTCCTCTGTATATTTTTTAATAAGGTCCTCTGTTTCTTCTTTA TTCCCTGCATTGTCATCTTTGTACTGCCTCTACCAGGCATCATCCAAACAATCCCAAACC GGTTTAGAAATATACACCAAGTTATCCATATGAATTTGCAACGTAGGAGTAACTGTCCAA ATGATTTAAAGCCCTCTTTGCAGTAGTAGTATCTGCTGGAGAAGTGAAATCTTCCTCTGT GCTGGCTATCATATGTTACTATGTTTCATTCAAGGCTAATACCCAAAAAACAGCCACTTT GGGAGTAGCTCTGGTCCTCCAAGTCATCTTCCATGACTATTAGAGCCAATATTACCACAT TCTTCCTTAACAACTAACTGTATCATGCTTTAGGTGAGAAGTTCGCATCATCCAATGATC CATTTCCATCACTCCCCCTAATTTAACAACTAGCACACACAGACTGTACCTAGTGTTGAT GATTTTTTTAAGAAAAAAATTGATGATTTATTCTACATTGGAGATTCCAGCATTCTCCTT TGGAGGGTTCTCCAATGGTACGTCGAACACTCTTTGTTGATGACAAGATTATATTAACTT GGGAAGAGTTATTTCAGAGTTCTGGTTTCCAGTCATTTGTCTTGCCATAGTTTGTTCTTC TGCTGTTATCCACTTTGACCTTTCCATCTCTGCAAACTCTCCCCATGGATTTCCGATTCA TCTTCCTAATACAACTCCATAAGATGTGACTGCTTTACTGCATCATTGTCCATCAATTCC ATATTAATCTTTGATCATCCCTTCCACATCTTCTCTTTGTTTTCCATGGCCATTTGAACT TAAAAGACAATAAATAGTCTGAAGCTCTTCACTACTAGTCCCCAGTTGTTTGCTCATAAG TTAGAATACTTGCTAGACTCTTCATAAGCATTGACTGAAAACAAACTACTCTTGGCTGAT TTCCTTTTCTTCTCTGTTGATGAATAAACAGGAAAAAAAATATCTTAGATTAGTCTGACT AGATGGAAACTCAATATTAACATATGATGTTTCTGAAGAAAGAATCTTTTTTATCATTAT TTGTGAACCTAAGGAGTTCTTTTGTTCTTCAATGATCATTAGTGACCAACTCAAGAAAAT GATTTATTGGTCTATCTGATTGTTCTAACATCGTCTTCTACATCACCAACCATTAAATGA TGCTGCTGTGAATATGTTTGTGTTATCTGAAGTTCTAATGAATTGTTTCTAGGCATATGC ATGCATGATAGGTCATGGCTTATAATTCTTAACATCTCTTACTGTAAATCATCTGATCTA ATGTATGTATGTGAACACAGGTTGGATCGGTGACTGCCATATGTTTCACCTGTTTCCTCA TTAGATGCTTTGTGGTAAGGCTTTATGTACCTGTTTCTTTCTCCCTATGCTGGTCAACCT TTTATCATCCAAAGTATAACAGTGTCCTAGCTCCATTATTAAGCTTTGCAAACTGGTTAA CCAAATGAGACACTCTTAGCTTGTCTACGGGGAGGTCCAAGCAGGGAAATGAGGTTTTAC ACAATCGGTGCTTTAGTTTGTAAGAGGTGAAAACATTGAGGCTATCTTTATGAAATAAAG GGTTGCAACCTATGCCTTCCTTCAGGCTTCAGTCAAACCATAACTACTCCTGGGAACAAA TAATAGGAAAAGGTAGACTAGAGAATAGGAACATGATCAAAAAAAGAGAAAGCATAGGTT TAAAGTAAAGCTAAACCGGCCTCAAATCTCTAACTCTCATGCACATGAGCTTGTTTTCTA TGTCTAATCTTGGTTCGCTGCAGGTTGTGTTATCTGCTTTTGATTCTGACGCATCTCTTG ACGTCTTGGATCATCCTGTTTTGAATCTGATATACTACCTGGTATGTATCATTTTCGTTA TTTCATGTTCCTTGCGCTTACTGCTTTGTCTGAGTGATCACATTCTTCTCTGTGGCAGCT GGTAGAAATTCTTCCTTCAGCTCTTGTGCTGTACATCCTGCGAAAACTGCCTCCAAAAAG AGTGTCTGCACAATACCACCCAATCAGTTAGCTGCAGCAGAATTTTATCGTTAGTGATAC ACGTTCCCATGGTTTCTGTTGCAGAAGCTAACTGGAGTTGTTCAGGAAAAGTGAAACTGC AAAAGGATATTCGGTTGCAATAATTCTGCGGAAAGGCAAAGATTCAACGCTTTTTTGGCA GTTGTTAAAACAGAGGTTAAGCTGTTTTGCTTACATTATATTGTTTCTGTGGTTTTAGTG TGAAGCATGAGACAAATAAGTGTTCCCCACGTCTGTGAAAAATCCTAGTCATGATGTAAT GACGCAGAGGGTAAATCTCAGTATCGCCATTGTACTGGCATGTTGTAACTATGATGTTCT GGATCTCCTTTACTGCAATGACTGATGTCCTTTGTTTGGTCAGTTTGTTCTAGTAATTTT ACTCTTAGAACCGAGGAATTCTAAAGATTCAGTTACAGATGGTTCAAAATCCGGGTCGGT AACAGGTTTACTCGCTAATCAACATATCACACGATGCTGCTTGTACTACTCACTCGAAGC CCTTGGGGCACGGAGTTATTTCCAATTAACGGCAACAATTACACAACTTTGGGTGCAAAA CTGATTCGTCATACAAAATATGGTGAACTGATGATAGAAAACATTCATTTTGCAGTTCTC CGAAACATTTTTGCTGCATGCATTGTTCTTTAACAGCTTTATTTTTATGTATATAATTGA GGTTACACAACAATCCTCATTAAACGCCAATGCGCACACGTATATGTACAGGAGTTCCTG CCTTAAACAGCAGGACCCGGTGGGTACAGCTAGTTTACAATAACCGGAAACCACAGCAAA ATATATATATATATATATATATGTACTGGACTTCATGTATACAACCTACATAGATGAGAT AGGTTTTCTTTGTCCTTTAAAATCTGGTTCCCCCTAAGTTGATGCATGCCATACCCCCAA AACTGGATTCAAAATTTCAGTTCAACCAGTTTTTGTTATATGTTCTGGACTGCATGTATA CAACCTACATTGATGAGATAGGTTTTGTCCTTTAAAATCTGGTTTCCCTAAGTTGACGCA TGACATACTCCAAAACTGGAGTTCATCAACCAGTTTTTGTTCGAGTCTCAATAATGCACG CACCTCTAATACCAAAAATCGGCCATTGGCTTCTAAGGGAAGGAGACACAACACCAATCA ATTGAATTCTAAGACTTTTAACAGAGAAAAAACACTTCATATAGGCGAATTTTCTCTACC AGACAGCACTTCTCCAGTTCCAGATCTAAATTACAAAAAGCATTAATAACTAGCACAATC ATCATCAACAACACCAACCCTGATTTCCTCCAACCAAATATCTACGGTCAATTTACAGAA ACTGAAGACAGAGCCACTGGTTTACTTATAAAATTCTCTCATTGATTTGGTGGAACTTCA TCAACAGGAGGAGCAGCGAAGCGAACATTAGCAGGGCGAGCCACCACTACCGGCTCATCA GCAAACAATGCTTTGATAACTGCTGGAGTTTTCAGGGGTCTACGACCAGTCATTCGCGGA TAGACGTCTTCTAGGAAATAATAAGCATGGCCTGCAATCATTCCCTGAAACATGAAAGTT CACTTTCAGTATATAGCACCAACCCTGCATGTTATAGGGTGCGGTGAGTTTGGTAGGAGG AAAACATTTTCATGAAAATATATTAAGATTGTCGAAATTTTTGAAAAGTATTATCTCTAG AAATTATAAGTTCCCTTGAAAATGAGGAAAATGACTTCCCTAGTACAAGTCGGGAAAACA AGTTCCATAAGTGGCATTCCACATAATCGTTTCATCCCCACCCTCCAACACACACTACTT CCAACGTCATCCCCATCCCCCACACTTCTACCTTCTAACCCACCCCTAGAGTGTTTGTCT AGATTTTACAAAATATTTTCTGCTTACTCATCAAACACCAGAAAATAAGTAAAAATTCAC TTATCTTATTTTTTAGGAAAACATTGTACAAGAAAAAAATCTTCAAAAAAAAACATTTTC CTTCGTAACAAATGCACACATAAAGTTCAACGAAAGGAAACTGGAATATTCAAACCCCAC TAAAGGAAGTTTAAAATGCAAGGTAACTGAGTGATGGCATAAAAACAACAGGCACCAGTG CAGGTAGAAAGGTCTACACAGAAAAGCATAACAATACATTGTAACAGAAAGAAACTAGTG AACGATAGATGTGCAAGAGTCCATATCTTCTTTGACAAACAAGAACTTTTTTACCACTAT ACTACAGATCAGCATCCAGTTTTGGGGGTTTATCACCTTGGACAAAATCCTCAGTAGAAA ACATAAATATGGCTGGTTGGTGAAGGCATCGACACATCTTTGTAGTTGGGGAAAGCAGAA AAGTGATGAATCTCTCTCACTAAATGAAAAAAAGTAAGAACATCCAGGCTACCAGAACTT TTATCAAAGATTCAACTCTTCAAGATATCCAACAGGGAGGCTCAAGCAGGAGCAAAAACC ATTTAACTCAAACTCTTAAGAGTCTCATATAGTAGCATGAAACAAGTAAAACCTAATAAA AGCACATGAGTCACCAGAAGCGTACCAGTAGATCCACCCAAGCACTGGCGCCAACTAGCA CAGAGAAGCCCAAAAGAACCTGCGACAAGGAGAAAGAAGTGTGATGATGTTAATATCCAC CACAAACATAAACAACAAAATTCATAGAAGCAAAACTACAAGTAGTTTTCCACTTCAAGA AATAAAATATGAAAAACATTGTGACCCGTGTAAATATTAATTTCCTGGTTTCCTAATTCT ATTCTAATTCAAGAATGTGTTTCTATTTATATTCAATGTTCTTTTAGTAGTTCTCCCAAA AAGAACATCACTGCCAAATATCCGGGTGCTTGGAACAGCTATTGGCTCAGCAATATGTAA GGGGCAAATAAGTTTTTGGATTTCTCACTGTGTCTTTCTTGCCAAGACTATGTTGGTGAA GAACTCCATAACTGTGTTACAGAAAGGGTTTCTAGCCAAAATAGATCCTAAAAACTGGAA ACATAAGGGACTACATAAAAGCATGGCTCTGCAAATAACCCCTTGTTCACATAATAAAGA AGGGAGTGATTTTCAAAATCAACATACTGCAAGGTTCATTATCTTGAATGCAAAACACCA CCTACGATTGCATAGATCCAAAACAAAATGAATAAGAAACCTGGCGCACAGGAAAAGCTT TCCTGGACCCAGCTGATGCTCTTCCAACCCCAAAACCCCAACCCAGTGAATAGGAATGAA CAGGAACAATACTTGAGTAATGGATCTGCTGTAGCCCTTCAGGTTTGATAGCTCATATAT AGCAACTACAAGATGTCTTGCCCAAGCATAACCAATGAAGTCTTTTTTCTTTTTTGGAAA AAGAACCAATGAAGTCTTCTTTAAACAGAGTCTATGATCGCTGATTTGTCAACTTCATAC TAATACCTGTAAAGGCTAATCCCAAGTATTTTAACTCATCCCCCCTATGTATCAAAAGTT AGAGATAGGTACTTAGATGAGTAAAAAGCCACAACTAGTAAGGGTTGTTCATAAATGATG GGTAAACATGAATTCGACTACCTTCCGGTAGGTGGTTTCCACGGTGGAGCTAGGAATTTG ATTAAGGGTGTTCAAACTTATATAGTAAAATCACCTCAATGAATGGATGCACCAATTAAA ACAAACTACATAATATTAGTTTGCCATTTTTCTTCGTAGTTTGTTCTCGGAGCATATCCA AATGCTACATTTGTAATGTGTTGTCACGGAAAATTTTAGTTAAGAAAAGAAAATATCTTT AAAATTCCCAGTAAAGAAAATCACCGGAATCAGTGAAACAACAAGGTTAGAAAATAACAA AAGAGAATAACCAAGAACCATTAGTGGTGTCCGACAAGTGAAGAGGACAAAATTCTAAAC AAAAGTCAACTGTAGTTTATTTTAAATAAAACTACTAAAATTATTTGCTCTTCATGTGAT GTGAAAAACATCGATAAATTTAAAAATAATACTTAAGTAAATTTTTTCAGGCACTTACAG ATATATACATATAAAAATAGTAATATATTATTGAAATCACAAATATAAACGGTTTTGTTA TATTCAAAATTTAGATTGAACTGCATATTTCATTATCAAATGTTCCTACAAAAAAACAAT TAAAGAAAACTTCCACTTATAAATATACATGTATCGGAGACTTAGTACATATTTATTTAT ATAAATAATTAAATTACCTATGTAAATAATTTTCTTACTTTTTTCTTTTCTGACTTCAAT TGGTGTAATCTTAATTACTAAAATTTTGACCTTCAAAAAAGATTGGTATATTCTATATCT CAACATTTGATATATGGGTGTAGGAAAAAAGGATAATCATAAGATTAAATGTTTACATTG TATCAGGTGTAATTTGAAATTTTCAAAATAATATAAGTAAAATCTTTCTATTTACTTCTT TGCAAAATATATATTAAGATAAATATTTAGAAAGAAGGGTTTGTTTAGAAATATACTTTT CAATAATATATCCTTATCTTTTAGAAAGAATAGAAAGTAATAAAGGCAAATCCAGTGCTT GTCAAACAGCTTTGTTTTTAATAGTAAAAAAGAGAGCCTATCCACTGCTTCATCGAAGAT TCGAACCCGCAGTGCCTGACACACACTGGGCATCCTTCACCACTGAGTCGTGGAACACAA TTGTTCGAAGGGTGTACATTGTGTTATATATAACCTAAATTACAAAATTTCACCTATATG TCCGATAAAATTTTCCGACGATGTATGTCCAGCTAACCACCCTCGGTATAGTGTAGCTAC TCCCCTGGGTGGTCATTTAACCTCTCAATTTACAACACACACATGTACGAATTCCTTTCC CCTACATATTTTCTTTGAAGAGGTTTTTTTTTAGAAGGTAATATTATTTTCTTTGAAGAC TTAAACCAGTACTCTTTATAAATTTACCATTTTTTCAAATTAATTGTCTGCTATCAAACA TTATTTGTTTAACAAAGTTACTTGCCATGTTTTAAGCCCACTGTCTTATTGTGAGAGGCA TAGTCAAATCCAAACCAGCTGCGGTCATGGAACCCACAATAAAGCAGAAAAGATATCTGG CAGATTTTGACCAGAGTTCTATTTCCAAGCAACTCACGTCAAAAGCATCATTGACCATGC TAGCATAAGTAGACCATTTCAACACAAGTCCTCTGTACCACAGAGAGTACAAGAGGGTGT TCTGACTTGGCTTAAAAGTTGGATACTACTTTCATTTTTTAACTTAAAAATTATGAAGTA TGACTTTTTGAAAAATACTTTTAAAAAGCACTTTATTTAAGCCAAGTCAAATTGGCCCAA GAGATTTTCCTTGTTTATTATATGTGCATTTTCATCTGTAAAATGCACTAAACCAAATCT TCCTTAAAACATATAAATAAGGAAAACCAAATACACAAGGCATGAGCTTTGAAGTACTGC TCTTTCTGAAAAAATCGAACGAAAAAAAGGAACCAAGTGGTTTCTGCAATGTGTCTGGTC GCAGCATATACTTTTAGAGTGGCTTTAGCAGCTCAGCTCTAGTATGGAAACACCAGGAGC AAGTGTCATAAAACACCTGCTACTTCAGGATTCATTAAAGAAATGGCAAATTGATAATTT CATATCTAGCAGAAGAAACACAAAGATGCAAGGGGACAAACCACAGGTGAGGCAGCTATT AAATTTAAAAGCTAAAGATTTGTGAAGCAAAGTATGATGGATTAAGTAATAAACACTAAC CCATGGGAGGTAAGCTGCGGTGAAAGTAAACAGACCCAAAAAGCTCATGTGGATAAATGG ATTTTGCTTGCTCCATACATAAACCTACACATAGAAGGAAGCAGAACGATGAAAAAAGAA AGACTAAGACATAAAACAAAGCCGAGTCAAAAATGGAGTTATACTGCAGAGGAGCTAACC ATCATAAAAGTCAATGAATTGCTCAGGAATATGATCCTTGCAAATGACTCTGAGACATAA GGTATCATCCCCCCGACAAGAACAATTCCTGTTAAAACAGTGGCACCAAACAAGAGCATG TAGAAGAAATCTGCCGTCCTTCCCCTGAAGGAGTTCTCTTCTAGAAGCTTGCAGTACCGA GCTAGGAAAAACATGTGAAACAGAAAGTCCAAGTCTGAAAAAATTAAGAAAAAGGATGTC AGACTAACGTAGAAAAAGAAATAGGAAGTGTCTTCTCATGTTGATGTATTCCTCCAAACA AGTGACTCTGCCTTCATCTCATAATTTCAGATGCATTCACAAATAAAATTATATGATTAA AAGGAAAAGTTGTAGGGCTGATTAGCAGCAAATCAAAATTCACAAATTGTAGTAAATAGG AGGCAAGGATGAGCTCAGTTACCATTTTGGATTTATTCTATCATACTGTTAAGAACTACA AAATTTATTTCTGTGACTTGTTTTTTCCACTTCTCTCAACTTTTTTTGTACCCAACTTCG TCTCGCTGTGAGTGAGATATCTTTTCCCAAGATCAGAAAGAAGTAAATATCAGGAAATTG ACTTCTACAAACATATTAACGAATGACCATTGGAAAGAGTTGCTAAAGCATTAACCATAA TGAGAGAAGAGTGTATTGAACAGAAGTGCTACAAAACAATCAGTCAGACTACAAAGTACT GGCTGAACCCTGTATTTAGCCAGGATAGTTATTGAACAAAAGAGCCTAGTCATTAAAGCC TTAAAAGATTCATGGCTGTTCAATTAAACTTATGCCTCATTAAGACGCTCATCCACTCTA AAGCTAAAGGAGGAAAAAATCTTTTCAGAAAAAGAAGCTAACTGCTGGGAGATGAGAAAT TACCCATCTTCCGAAAGTAGAGAAAATTTGTAACCAGGCGCCACACCTGGTATTGCTTCA CCACTAACTTGGGGTTCAGGTACAAGTTATAAGGAGATATAATCTGCAACACACACAAAA TACAATCAATCAGTCAACCAACATTCTTATGTAGATGATTGTTACATATTGTTTAATAAT GTATCGTATCATGTTCTGTTGCATTGTACCGTATTGTTTTAATGAATATTACATTTGGAT ATACTGCAATTTTCTTTGTCGTTACATAATATCACAAATCAACAATTTGAATGATAAACC TACCAGAAAGTAGGATACTGGGTAGAGCTACTATAAACGGTTTAAGGAAAAGAGTAAAAT AAGATTTGGAAGCTTCAGGTGCCATGCTACTTTGTCGCGTAACGTATGAAATATTTTGCA AAAGTGGTGGCAATATTCATAGAGGAAACAAACAATTATTATTCATCAGCGTAATTTTGT ACAAGATATACTCTAGTCTACTTGGTATAGTTAAGATTTTAGTTATAAGAGGTCAAACGT TCTAATCTAGAAAACCATAACTTAACAATTTTTTTAACAATGATTCCAGCATGCTAAAAT AGTTCCATAAAATAAACTCAGCCTGATTCGAACTTGCGTCCCTAGGGAGGAAAAGCTGAG CTTTGACCGTTGGTACCATGAGCTCCATTATTGCTCTGGGTGCCACGATTTATATTTATA ATAATCCTGATACATAAATATAGATATACGGGTATGTAAACATAGTTCCAATCGAAACCA CCTGGTGCCGTGGCACCCACAGTGTTTAACGTAGATACGGTAAACAATCATCGTGTGCAA GTTCCAATCCTACACTAGTTAGGACCAGCTATACAACATGTAAATCCATTCTTCTCAATT CAGGTCCATTTCAACATCCCAAATTACAACAATCAATCAACAACACCCCAATCCCAAATT AATTAGGGTTAGCTATATGAAACCCCTGTATCCATTAATCAAGGTTCATCTCAACATCCC AAATTACAAACCCCAATTAACAAACAATCATCATACAAACAACCCTCAATTTTTATCATT GATATCTCAAAAAAAAAAATCCTCAAATTCGAGTTAAAATAATGTTGTGTGCCAGGAATT AATTTTGCAGGGAACTTTTTAAAAAAATCAATCTTGAAAGTCTAATGTTTTTCCTTAAGA TGAATCATATCCATACCTCCAGAGAACAACCGATTGTGGTGAGGATTGCGGCAGTGAGGT AGGAACGGGTGATAATCGGCATCTGCTTGTACCATTCTTCCACAGCTTGTGCCATTCCGC TTAATCAAACTTTCCCCAAAACAAAACTTCCCAGAAATCCCTAACAACCCGACTGATAAA GCCTCTAGGTTATCTGAAAATTGATCAATTCGAGGATTTCTAATATATATATATATATAC ACACTCACGTGTATATAATATGTATGTATGTATATATATGTGATCGGATTTTATTTAGCT AGAGGAAATCAAAGACAAATGGCAAAGAGAACAATAAACTCTTTTAAAGGATTCTAATCT TGTTTATTCGAGGTGTGCTATTGCCTATGAGGATAGAAGCGCGTAGTAGTCACGGACCAA TTAGATGATCGGGTGACGAGCTGAGGCCAATGAGATTGTTTGCGAGAATAGTGTTGATGT AAGAGGCGCGTCTGTTGTTGGATTTTGAGTTACCATTAAAAGAGAAAATTCGATGATTTT TGAGTTTCAATCTACTTGGTATTAGTATTAGTATTAGTATTAGTATTAGTATTGGTATTG GTATTGGTAGTGTATTGTTTATATTAGGAATATTGTGAAGTATCTCTTATCTATTTTTAG ATTATTTTTTATTGGAAAGAGAGCGTTTCAGAAACTGGTAAAGTTATTGGGAGGAGAGGG TTGAAGTAATTGATAAAGTTATTGGTATGAGAGTGTTGGAGTAACTAATAAAGTTATTGG AAGGGAAACGCTCAAGTAACTGGGAAGTGAAACAGTTGTAATATTTGATAAAGTTACCAG AAAAGGAATGTTTAACTTGTGAAGTTATCAGAAGGAAGAATAGACTAACTGATAAAATTA TAAAAGGGAGGAGAGTGTTGGAGTAACTGATAAAGTTATTGGGAGGAGAACGGTCGAGTA ATTGATAAAGTTATTGAACTTAAGAGTGTTGGAGTATATCGTAAAGTTATCTGAAGGGAA ATGTTTAAGTAACTTGTGAAGTCATCATAAGGGAGAACGTTGGAATAACTAATAAAGTTA TTGAAAGGGGAATGTTGGAATAATTGATAATGTTATTTAGAGCGAAACGTTTGAATAACT GGTAAAATTATTGTCATGTGATAAAGAAATAACAAGTCAGTGTCATGGAAACAGATTTTG GCAGAAATATGGAGTAAATATAAGTATCACAAGTCCATATCATGAAAACAGATTCTGACA TAAATATGGAGTGAACATGAGTATCACAAGTCCATGTCATGGAAACAGATTCTGGCAGAA ATATGGAGTAAACATAAGTATAGTAAACCCTTACAATTCAACACGCTTTTATGAATTTTG CACACATAGAGAACTTTAGTGCATCGAAATGCTCTCTAATTTTATTTTTAGTTGAAATAT TTTTCTTAATTTATTTATTTTTTCATTTTAGGGAACGAACAATCATAGTGGTCGAATTTA TGTAATGTGATTTACCACTTAATTTTTTTAATCGCATATATCTTAAGTTAGGGAAAATAT ATAATTTGATGATTTTGTGTCAAATCATCTAAATTTTGACCTTGCAATACATAACTTTGA TAAACTAATATATGAAGTTAGATTTTTTGAGGTCATAGATTTTACTGGAATTGTCATTGA CGAGCTATTATATATGTTTCGTCAAGTCCACAACTTTAATTTTGAAAAGAACTAAATTTG ACTATATCAAATTCAAAACCCCAGAAAAAAAATTGTTTGAAGTTGGCCTAGACAAACATA CCAAACTTCAAGAAAATGTTTGATATTTGACCTTCACAAAGACATTTCCAGACAAACATA TCTAAAAGCAGGCAAATTTCTCATTTTTTGTGCATACATTTGAAGTGGTGCCTAAAATAG GTAAACTTGCAATAACAATTGACCATCGAATGTCAATGATCATTCTAAAAGCAAATACTT GCACACTTCACCCATTTAATTGTCATGTTTCACATTTCTATATCCTAATATACAGTTAAC TAGAGACTTTTATTTATTTATTTTAGCACTTTTTATAAAGTTCACTGATATCGCTGCTAA TTACTCAAACACATGGATAGTTTTATTAATTATATGTCTTGTTTGAATTGTTGTTGAATA CACTGTATTTGCCTTTAAACATTGTATCCAGTGAAGGGTCTTTAGTCTTTCTCACTCTCT CATCCTTTTACTTCTCTGAAATCATATTTTATAATGTATCATGATTTTTGTAATTCCATG TATATGTGTGTCAATATCAAATATGTATTAATGTATCTACTGTATGTATCTCATTTTGAA TACTTAGTATCAATTTAATGTAGCCTTTATAAAAATACATCGATAGTTATAACATAGATT TGCATAATATATGTTGTATATGTACATAATTATAGATTAGTTATGATAAGAACCAATATA TATAAACAAACTCACACGATATCAAATTTATAATGTATTCAATGTTCTGATAAATATTTT TTTTTAAATGAAGAAGATATAAAAATCAAAATATATCTATATGTGCATTTTATGATGTAT TCAATATATCTGATTAATATTTTTTTAAATGAAGAAAATATAATTATCCATATATATTTT TTGTGCATTGAGACAAGTGTTTGGTGCAATTATGCCTTTAACATGGGCGGGGGCGGCCGG GGAGGGGGTTGAAATACTATGTACTCCCTTCGTTTAAATAAAATGATATTATCTTTTAGT CTGCTTAAAAAAAATAAAAAAATTGACAACAGTTTAATTTCAATTTTTTATGTGTCATGT TTTAAGTCACAAGATGAAATGACAATTTTGTACATTTGACCTAATTTTTAATTAGAACAA AAGATTTAAAAATTTTCTTTATATTTTAAAACTCCAAATCAAATTAAATTAGTTTATTCT TTGTAAAACAGTAAAAATAATTATTTTTTAAGTATAGTGAAATTTAGTAGATAAGGTAGA GATGTTTGTTCGATTAGTTCTTTTTTTACTTACTCCAAGTTTTTCTTCCACTACAATTAT CTCTCTACACATTTATTAAAATAAAAATAAAAAAGTAATAATAATTTATTTTTTGTAAAA TGATAAAATATTTGGGGCTAAATACTTTTAGTCATCATGACAAGTAAACCAGATTAGATT TTTTCATGAATAATATTTTATTAGAAATTGTGTTTGTAGTAAACATCTATTTTTTCTCTT TATTTGTTGTGTTAGGCAGGCAAACAAAAAATATAAAATATAAATTTAGAATTAATTTTT TTCTATATATGAGCTTATTTTGTAATGGTAAAATATATGTGAGTCGTTTGAATAATAATA AGAGTATATATGAGTTTCTTTCATAAAAAAGAGATTAACTCTCAATAACTAAGTTGAGGG ATATATCAAAGTCTTTTTCCAAATATTTATAAATAATCTAAGACAAATATTATAGGATAT TGGAGGATGCACTATTTAGATTTAATAAAAAAACAAATCAAATCAAACACAATTTCAATT TGAATTGAATTTTTAATTTTTTGATTTGTTTTTGGATAAATAATTTACTTTGTTTTGTTT TTTTATTTGGTTTCAAATTTAGAAAAATAAAAATCAAAAAACTCGAATTATATAATTATG TATATATGCATAATTGAATATCAAACTGGAAAAAAAATCAAACCAAATCTAATTTATTTT GATTCACATTGAGTTACACTTCTTCAAAATAAAAAATAAAAATATTCAAACAGAATAATA CAAAATCAAATCGAAAAATCGAATACACACTCCTAATGAGATGTGAAGATAAAGGGTACA AAGTGAGCGCAAATAGGAACTACGGAGTAAGAGTACACATGATATGATATACACCGAAAT ATCATATTATATCAAAATTTTTAATACTGTAATTTTAGTATTATGGCATTTGATATACAT TTTAATTTTTTTTTGTATTTGGTACGATATTTGATATTTAGACATAAGAAATTGAAATAT CGAATACCATATCGAAGTATATAATTATATAAATAAAAATATATATGTTTTATTAAAATA CTTACAAATATTCAACCTAGTATTAGTATAAAATAAATGTCTAGAAGTTAAAACTTATAT ATATATATATATATATATACATACATACATACATATATATACCCTAAATTTTTATTGAAT TTTTCCCCTTAGGTACATAAACTATGTTATTTTCCAATTAAATCATTAAACTACTCATAA TTTGTTTCTTTTAAACACAATTGGCTGATGTTGAACCAAATTTTTTAACGGGTATTGATA GAGAATACATATATTGTTCCAAAACTTATCAGTCTTATTGATAGTGAAACTGTTTGAAAA GAATTATGTTTTACTTCAAGTCATTCGAACACACTAGAAAACAAATGAGACTAACACAGA GTTTATCTTCATTCCTTCAATTAAAATCATTACAATACGAACAAAATTCAAGTTATTTAT AATAGAAAAACTGATCAAAATCAGTCAATAGTGTTTTAAAGGAATAAATTATGGGTGATT GATTGATTCAATAGGAAAATGACTTAGTTGAGGTACCTGAAGGAAAAAACCAAACAAGTT TAGGGATCTGTTTATGAGTTCAGCCTATATATATATATATATATATATATATATATATAT ATATATATATATCACATGTGTAATGTATTAATATGATACAATTTAGATATTTTTTTAATT TCGGAGTCATAATACCCTATTATATAAGTATATATTAATTGAACATGAACAAATTATGGC TATCGATTTACCATATTGTAGAACACCAAAATTAAACTTCAATTCACCAAATCATATCAA ATTAAATTGGTACAGTAATAGTATAATATTTTAAAATTATATACCGAGGTTACAATATCA CAACTTTCAAATACCGCATCGTATCGTATCGTACCATACCATACCCACCTTACTACGGAG TGTGAAGTTGAAGATGTGTGTTGGAATGTGAAAAAGATACTATTAATGTGAAATATTACT TGTATAACTTGTTTTCGAAGTTGAAGATGTGTGTTGGAATGTGAAAAAGATACTATTAAT GTGAAATATTACTTGTATAACTTGTTTTCCACACCGTCATTTGAAAAATCATCTTACTCA TTTCAAGAAAATAAATAGTTCTCAGAAATTTTGATCAATCGAACAATAGAAATCAGGAAA CACTTATATTTTTACTTCGGAGCCTTTTTTCTTTGGGAAACTTACATAAATATACAATAA TAAAAAATATTTACCATTTATATCAATAACATTTTCTTTTCACTTGACCATTTTAATTCA TTTATAATATACATTTAATACATATTATAAAAAATAATTTATTATTCACATATAATACAA GTTTTAATGATGGATAATATATTTATCACACATTTTAATACACTTATAATACAATTTGAC AATAAGTACCAAACAAACATAAAATGTTTCAAAAATAATTATAATTCAAATATATTGAAT ACATAATTTACTTTTAATACATATTACAGATTTATTACAATATTGCTATAAATAATAATA AATAAAAGGTATTGTTAAAATCAGTAATTATTTTTTAAAATATATTATTATATGTAATTT TTCCTTTTCCGGGGTCCTTAGCTTTTGGAGTGGGCCGGAGACCCGAGAATCCGAGGATAA TTCAAAATTTTACTACTAATAAAACCCCCGCCCGTCTCCACATTCAAATTGAAATGGCAA CATAAAAAGTTCACCATTTTTCTCTTTCAGACAAATAAATCTACAGAGATCGGAGTTTGA CCGGAAAATGGAACCGAAAAAACCGTCACAAGCTTCTTGCTCCTCACCCTTCCAGGACCT TCCATTTTCTTCATCATCTTCTACTTCTCTTCTCAAAGATATCTCCAATTTCAAAACTCC GAAGCATTCACGGAAAGCAAATTTTATTTCTTCTTCTCCTTCTCCGTACCGACAGCCGGA ATTCTTCACTGCCTTAAAAACCACACCGGTATCCTCTGTCCGTCGCCGTGGAAGCATAAA GCCGTCTGCGGTGAAGTCGAGTGCTGCTCGAAGATTAAAGGCGTTCGAGCTCGAGCAATC AAAATCAGCACGGAAGGCGTTGAATGACAAAGAGAGATCTTTGAAATCATTAGCGAAGTC GCTAACCGTGTGGCTCAATTTCTTGTTTGAAAATCCTAGCTCTTGTGGCTGTGACGTGAC GAAGTTTACTGGAGGATTTGAGAGGTCCAATAGGGCGTGTATCGCGGAAAATGGGAAGAG GGAGAGTGGGCCAGGGTACACTGTTGGAGTTGATGTGCTATGGAGAGGGCCCAAGAGGCA GAGACATTTGTTGTCGAATTCTGAAGATGAAGAGACAACAGTTTTTTCGGACTCCATGTT TTCTGGACTTAAAGATTCGTTGATGGAGATTTGCAGCTTTGACGATTTAAAGGAGAGAAT GAGTGCTTATCTGAGCTTAGGAAGCTGTAAAGAAGTCTTTCTTACAATGACTCAAGTAAC AAAGGTCAGTCCTTTTCTCTTACTAGACATATGGAGATGTTAATTTTGCAATTTAATGAC CTTACAAATCCATTTTCGGCGGAGTGATTATACATTGTGCTTAATCTAGTTTACAATAAT ATGAGATGCTTTGAGAAAACTTCGCCTTCACAAAGTTTGGTTGGTCTCAAGTTTGAACAG TTGATAAGGTATATGGGAGATTGAAGCTAGAAAATAGTCTAACTGCTAGACCTCCAGTCT CAGAGAGCCCTAATTCCCCTTGAAGGCAAACTATTCAGTATTGGATAAAATAGACTGAAA AGAGAACTAATATAAATATTGAAGGTTCTCTTTCAACAGGGAACAAAGGGGACAACACAA TTCATATAGCCACACCAACTAGTATGAAAGAATTGATTGATTAATTTGATGATGCCTTTT AAGTACTCTTCTGCCATGTTTACTGAAGGAGATGATAAGGTGTTAGATATTGGAATCAGG ATTTTAGATACCAGCTAAGATCCTTTGAGACACAAGTGCAGTTAGCGCAAAAATGATTAC TGTAAAAATGCAAGCGTTAGGTAATAATTGGATGGTTAACCAAGATGTTTTTATCACAGG GTAAAGTTTATGGCTACTTTACTATGGTTTGAATTATGGTTGATAAAATTTCTCCTGTTT TGGTTATTTTTTTCAGACGATTGATGAAGGACGGCTGAAAATGAGAGCTCACTGTCCCCT GGTAACTGATGTTGGAATGAAGGAGAAAGCCTTGAAAATCCTGATGTGTTATAACCCCAC TTGGCTTCGGATTGGATTGCACATACTCTTGGGGGGTGACACCTTATTACCGAATGGAGA TGTCAATTCTGAACAAGAAATTGCTTTTTTGAAGATGGTGCTTGAGAGACAATTTTTCTC ACATGTTGGTCTAGCAAAGACCTATGCTTATAACAAGTTAGTGGAGGGTTTATATAGACC TGGTTACTATGAAAAGTTAGGCAACATAGTTCTGAAGAGATTTTTGCTGCTTGTTCTCAT ACTAGATAGAGTCAAAACACAGAGTAGTCTGCCACTTAAATATGGTATTGATGGACTAGA TGGAGGATCTCCTTTACTTTTCTCTTCACAATCAGATGTTAAATCTAGCCGTCAACTGAT CAACAGTAATTACCTGTTTACTCTTCATAATTCTTCTAGTGTAGCTTGTTTACTCCTTTC TATTTTAACTCATGAATTAACATTTTTATGACTTAAATACATGTTAGAATTCTTGCCATC GGATGTGATGCATGGTGAAGGTAATCTACTTGCGCATCTTGTCATCGTAGGCTATAAAGT GACATATCAACAGGTAAGCATGTTGTTTAATGAATTGAGTTTGATAGTGTATATGATTTT ACTACATGGTTGAGTTTTCTGGTTACTGGGTCGTCTCTTGTCTCATTTGGACAAAATAGA GTCCTTGTCTAGCTGGTTTTCTCTTGGATACCAGATTGTCTCGTCTTTGTTTACTTCTAC TGCATGTTTGATCCCCATCAATGATCAAACAAACAAAAAAAACTTTTACTACATGTCTGA CATCATTCATATGTGTTTCTTTATAGGTTCTAACCGTTCTATTGTGACAATTGATATTTC CTGTTGCAGAATCCGTTGCTTGAGTATCAATTTGGTGTGGCTGATTTATTTGAAGACCTT CAAGATGGCATTCAACTTTGCAGAGTCGTTCAGCTCTTGCGACATGATCCTTCTATCCTC TCGGTTAGCTTATGAACGATTGTCTTTCTCTCTTCTCCTTTCTTATATTCTAGTTTGATT CTTTTTAGCAAAAGATTGTCATGAAGTGAATAGCTATATAAATTACATTAAAGGATAAAT TAAAAATACAGTTGTCACGAAGCGTATTCTGTTCTATGTCAGAAAATGGTTGTTCCCTCA GATACTCGCAAGAAGAGTTTGGCGAACTGTGGCACTGTTCTACTATTTCTCCAGGAGGCA GGTGTATCATTGTGTGATCAAGATGGAACTATACTTATGGCAGAAGATATAGTTGGCAGA GACAAGGAGCTTACCATTTCATTGCTCTGGAACATGTTCGTGCACTTGCAGGTACAATGT AGTATTCCTAGTAAATATTCCATCTATGTCATTTCAAGATTAAAAAATCTAACCTTATCT CTAACTGTCTAACGAGTTATGATCTATTACCTGGTGCTTTTGTATAAAAGAAATTTAGTT ATGCAATAAATCCTTTCTCAGTTTACTCAGTTGTTCCACTTCCCTTACTATTATAAAATT TGTTGTTAGCTGCAGAATTCTGAAACCAAATCACTGGAAGTTGAACTTTATAGTCCTTTA CTTCTTTTATATTCTCAGGATATATTTTTTTCATTCTGCAGTTGCCACTTCTAATCAACA AATCACTTTTGTCCGAGGAGATTTCTAAAATCCAAGGAGTTGTTAAGGTATGCCCAGTTT GGACTATAGTTATAAGTTTCATCTACTTTCCAGATAAAAACTCTCACATAGCTAGGTTCT GGTTGAAATCAAAATGTCTTTTATGAACTTAACAAGTCTATAATGTGAGTAGTAGTGGTA AAAACTGGGTAAAATAGGAAATCTGTCCTCACACAGGTAAAGTGTATGTGTTAATGCTCA TTGTGTCTAAAAGAGTGCTTACTTTATATTTACACACTTAAAGTCCTCTTTTATAATTGA GTCAAATTAGGTAATGCTTTTCATATTTTCCTTTACAGCAAAACTCAAATGACTGTACTC ACCTGGACATGCTCCTGAGTTGGATCCAGGTATTGTTGTAGTTTAATAAACTCGGTGACA ATGGCAGTATTATTTTCTTTAAATCAACCCTGTGGTGATCCTAGTATCATTCTCACTTGG TTTTGTGATGATGCTTTCCCATTCTTTCAGTATATTGTTACTTGGTGATCTGAACTCTGA TTATTGCACATATGGTTTAGTGATGCTTAAAGGTTGACTAGTTGACGTAGATGAGAGAAA TTCAATTCATACGGGGTGTGAGTCTATACAGGCATTTTGAATTCACTACTCTCTTGGATT GTCCTTTGGTCTCCTTTCTGGAAAACATAGCTCTTCAACTGTGATGCAAAGGGAACATAC AGGATTTAATGGTGAACATGCCTGATTAATCAAAATATAGTATACTCCAATTATTTGGAT TGTTTGACTAGTTAACCCGTAGTCTAATACCATATTTCTAGAGGTGGTAGGAACACTCAC ACTTAGTTTTCAAATAACCTTGGCTGCAGAGTGTGTAGCTTCCACTGTGGAACACACTAA TACTCGTAAAGTAGTAGACTCATTAGAAGATCTGCATGTATCATGAGGGTTTGGATTCTG CATATGAACGTGATCACTGACTGTTTCAGGCAATTTGTGGAAGTTATGATCTCAAGGTCA AAAATTTTTCATCATTGGTTGATGGTAAAGCTATGTGGTGCTTGCTTGATTATTATTTCC GCAAGGACCACCGCTGTTCCTGCTCTTATCAGGTGCTTGAATGTTATCCCATGAATGTTT AAAAATCTACTAATACAATTTTGCAGATCAATACCATTTTGTGATGATATTACAGGCACT CTGTGAAACAAAAGAAGAAGTTTCCATAGTATCTGCAGTTGATTACACAGATGCAGTGCA CAATTTTATTCTATCTCAAAAGCTGCCACTGCTATTGGGGAAGTTTCCAGAGGTGAATAT ATATATATATGTGTGTGTGTGTGTGTGTTAAAAGGGCTTCTATAGTGACTAAACAATAAC AGTGGCTCAAACTATTGTTATATTTTCCGGGATATCTCAAGTAGCAGTGTGTTGCAAGCA TTTGCTTGTAGAGTTTCATGTATTGCATGCATTTGCTCCTAAAAAATTAAGGCAAACAAG GATTTTCTACTAGAACACACTCCACAAAATATGCTTTTTAGGGAAGCCAAGCCTATGCAA AGCAACCAATATATAATTTACCTATGCAGTAATGCAGATACAATATCTGATAATGGAAGT TTGCCGGGTAGTTGCCCTCCTAGTCTTTTCGTGCCAGAAGTGCATTCCTCCTTAATAAGC AATGTTCCTCGTGACTGGATATGACATTGTACATACTTCGTATGAGCCTTTATCCCCTTT ATATGTTCTCTAGTCTTTTGTTGATACTAATCTGTTGAACTGAGAAAGAGAATTTGTAGA AATGACCCTGTCCTGACCTTAACCAATTTTTTGGGATTCATTTCAATAGTGGAAGAAACC ATTTGTCTGCTACCTTAGTGCTTGTAAATACATTATCTTCTGGAGGTCGCAATACCATTT ATGCAATTCTATGAATCTGGTATTGTGTTCACTTAATGATCTACCTTTATTGTCAAATCC TTCAGTCCCAACTCCATGTCCATCATTCCCTTTTGGTCGTTCCTACTAGGAAAGTCAAGT TTTACTGCTTAGCAATCAGAAGAATTCATTTGACCAAAATGATTTTTGTGGTTATTTTAT ATTTGTGGGTCGATTAAGTAAAACCATGTCAAGCTAAACATCATAATTCATTTTGGGGTG TCAGGAATAATCCAATTCTACACTTGTGGGAAGAAAATTGTATGATTGCAAGTTAAATAT GTATTTCTGCAGGTAATACAAGTCAGTGATATACTGGAAACAAACGGTGCATGCAATGGC CAGAGTGTCATTATTCTCTTGGTGTTCCTCTCGTATCAACTACTAGTAAAACGAAACAAG GTAATTATTCATTGTTGATTATATGCCACAAACTAGAGTCGGTCTTCATTTAGGAATGTC ATAAGTCATAACCATTTTTGTCTTTTAACAGGATCAATTAAACTTCCACAAGTTATTGGG ATTTAATTGTCAAAGTCCCGAAAGGAGACGGTTAAGCACAAATCAGTGGTTTATGCATCC CCAAGCAGCTGTAGATAAAGAACAAACACATTGGAAGGATGGTGAAGGTCTCTGATGGTT CTTTAGAGGATTTTAGTTTTAGAAAGTTCATTGTTTTTTAATTTCATATGTTTGGCCAAC AAATGACTTGAAACATTCATTAATATAGCTGTTTATATGAACTAGAGAAAGTAAAGTTTT GGATAATACATCACCCAAGGGTGTGCCTAGTGGTCAATGATGAGAACCCTGAGGTCTAAG GTTCAAAACTTAGCAAACAAAAAATACTAGGTGATTCTTCCCATTTGTCCTAGTCTTGAT GGGCAAAGTTACTAGGTACCTGCTGTTGTTGGGAGGTGGGAGAAAGCTGGCCCAAGACAC TTTAATTTTCTATTTTCAATGAATTTGAATTTTATGAAAAAGGTCCCACTTCTTTATGGA AATAATTTTGGGTAGAGGTGATCCCTCTTCGCGTGAAGGCTTCTCTCCTTTGTAACAGTT CTATATTCATGTCATCGATATCCCCTTGAATTAATTTGATTTTGTGGTCTTTATGACCTT TTTGACGATACAGATGCTGCCAGAAATTTTAAGGCTGTAATGGCTTGGTGGCAAGAGATG GCTCAACAAAATAACAAATGCTTTTCTAAGGAAACTTCTAGCAGTCCAAAGCGGTCTTTC ATTCTTAGAGGGAGCAATGATACTTATAAAGGTAAGCATCCACAACATTTTAGACCTTCT CTGCGATGTTTAGTCCTTCAATCCATTCTAACTTGAGTTAAATGCTGTTGGCACTTGGGC TGCAATACAGGTTTGAAGTGATGTTAGCAACTTCTACATCTGACAACTATGTACTAGTGT GTAAATCTTTTGCTGTAACCAATTTTGGGAGCATGTCAATATTCCCTTAGATAGCGATTC TTCTTGCATATAATGACTTCAATGTAGATGTCACTCTTATCAATCGTCATTCTGTGCTTT GTCATCGAGGATGAAAATTTGCAATTATGCTTCAAGTATAGTTTTTCCGGCCCTCAAGCC AGCTGAAAGATGTTTGTTTCACTGTTTCAGGAAATGCTGCAAAAGTAATACAGTCACATT TCAGACAGTCAGTGCAGCAGCGTAAATATTTGAGGATTAAGAATGCTGTTTATATCTTGC AAGCTGCAATACAAGCATGGCTGTGGGTAAAGAGAGAACCATCAATTCAGTTCTTTGGTT CTCCGGCGTATCTGGCTCACTATGTGGTATATGCTTTTTCTTTTCCCTTTTGCTCAGTAT AAGATGTTAGAATTTGAATCATTTACTGTATTGATACAAAATGAACAGGTACAAGGAGCC GTTCAGCAAACTTTGAAAAACACGCTGCCTTTGTGATTGATAGACATGCTTTTCTTAAGT TGAAAAGATCTGTAATAATCATCCAGCGTGCCTCAAGAGACTGGATTTATCGAAAACATG CACCGCGAAATTCGTTGCTACAAGATTTGTTTACTCCAACATTCACTGATGCTGCCATTG TCATACAAAAGTGTATTCGTGGGTGGATAGCGAGGTCTTGTCTTGTAAACGCAGACCAAT TTCACGAAGTTCCTAAGGAATGTGAAGATAATATTCATCATATAAATACTGAGATAGCAA TCCAATGTGCTTCAAATGAATATAAATTAAGCAGTTCTCTACACAGTCATCACTTTGCAG CAACTAAAATTCAAAGTTACTATCGTGGATGGTTGATGAGAAAAAAATTTGTGGATCAGA AGCAAGCAACAATAAAAATACAGAGCATTTTCCAATCTGCACGATGTTTGAGGGATTTTC ATTCCTACAAACAGGAAACTCTGTCAGTGATTACAATCCAGGCTTGTATCCGCAGATGGA TTGCTAAAAGAGATGTTTATAGGCATAAATCTCAAATTATTATGATTCAGGTAAATATTT CTTGAAATATTAAAGGCTTCAGCATAGATAGGTTGATTCTTTTTTCTTTATTTCTCTGAT TGGATCGATATTGACCTGTCATACATTGTACTTGAGTACACCTTTTAATTGGTGCTTCAG GCTTCTTAAGTCACTCAATTTGAGGTACATTCTGTTGAGGTCAACATTGGTCAAAGGAAT TAGGTGGCGAATCAATTTTCATGCATTTGCCTTGTATTTTCTGATAGTTGTATCCTGCAT CCTTCCGGAAATCATCAATCACATAAGGAGCAGGGTTCCAAATGTTTGTGACTCCTAGTC AAAATGCAAAAATTTAAGTCATTTTCTTTCATGAGCAGATTATATTTCTATATATTGTTG AATCATCAGCCTAAAGGATAGGTTTAGTGTTTCTTCAGGCTTAAATAGCATGTTTGCACC AGTTAGCATGAGGAGACATGTAGATAGACAAACCAGAAACACTGTAAGCTTATCTAAGAA GATGTGGATTTTATAACGTTTATATTTTTAAACATTGTTGCCTTACTTCGGCAAAAATGT TGAAGTGCAATACTTTGTTTTCACACTTGGCTGCTATTCCGTCCTTACTTTGCAGACAGT CAATTATTGTATCATTTCCGGCCTCTGTATTGATAACCTTTATGGTTACCCTTTACATGA ATTACTCTAACAAGGATTGCATTTAGCATCTCATGCAACTTTATCATGATATGTCATTGT TCCAGAGCCATTGTCGTGGCTGGTTAACGAGGAGAAAACTGCTCATTGAAAAAGAGGCTG TTATAAGGATTCAAACTGCAGTTCGAAGCCTGAAATACCGGAAAGCATTCCTTCACCAAA AGCATGCCGTTTTGGAAATACAACGGTTTGCAAGAGGAGCCATTACTAGAAAGAGGCTCT TAGGTGCCTTTATTTTTCAATCACAAGTTTCCTTATTGACCTTTTCTATTCCTGCTTATA ATCAATATAATGCATGGTATTCCAGGGGCCTCTTGCTACCGTAACGTCTCAAAATTGGGT TACCAGGCTCTTGAACTTAAAATACTACTGCAAGCAGTAGTAAAGTTGCAAAGGTGGTGG CGATGTAAATTGCTTCATGCACAGAGAACAAAAGCCACAGTTGTCATCCAATCGCATGTT TTAGGATGGATTGCCTGGAAACGTGCTTCAAACAAGGAACGATTACTTCAAGCAGTATTA AAGTTGCAAAGGTGGTGGAGAAGTAAATTGCTTCATGAACAGAGAACAAAAGCAGCAGTT GTCATCCAATCACATATCCTAGGATGGTTAGTCCGGCAAAGTATTTCAAGAAATAAGGAC CAATTACTTCAAGCAACATTGAAGTTGCAAAGGTGGTGGAGAGATAAATTGCTTCATAAA CAGAAAACAAAAGCAGCAGTTGTCATCCAATCGCATGTCCAAGGATGGAAAGCTCGACAA AGTGCTTCAAGGAAGAAGCACCTAACGTTGCTAGCAGTATTAAAGTTGCAAAGGTGGTGG AGAGGAAAATTACTTCATAAACAGAGAACAAAATCAGCAGTTGTCATCCAATCGCATGTC CGAGGATGGATATCCCGACAAAGTGTTTCAAGAAACAAGCACCGAATTGTTGTGATCCAA GTAAGATATTGATCTCTCTAATAGCACCGTTCTTTTCTTAAGATTCTTGATGCAACTTCT GAAGTCAGATGTTAAGGTATAGAATGGAGCTCAGTGTTACATGATTAAGCTTGTAATGAT TGTGCCTATACAGTAGGGATCTGCTAGAGATCTTCTTGGATAATTTTTCTAGGCTTATTT TCCGAATATTTCCAAATTTATGTGGAGTTGAAGCAGCAGCATCTGCCTTTCTTTTTGATT TTTCTGTTTTCATGCTTTATTTTTCGCAATGCAGGCATACATGAAAGGATACCTTGCAAG AAAAGATTTAAGAGGAAAGCTTCTTGATTTGCGTCTGAAAATACAAAAATCTGCTGCAAA TGTTAATGATGGTATGCGCATAATAAACAGGCTTGTCGCAGCATTATCAGAACTTCTGAA TATGAGAAGTGTCAGTGACATTCTTCATATCTGTGCAACTCTGAGTAAGTTTGTTGTGCA TCTGGCACAAATATCATTGGTCATCTCTTGTTTTCAACGTCCATTTGCTTACCAATGTTG GCGTTATATCTCATATTCCTTTGTCCTTAACTGAGTTGTGTGGTCTTGTCTGATCATGTC CTTTTAATTGTTGTGCAGCTCTCTTCTATAGAGACTGGACTTTAATTTAACAATAAATGT TAGAACAATGCATGTTTAGAAGATCATGAGTTTGCATTCAGTCAAGATTGTTCACCTAGA GATCACAAAGCAATAATTTCCTCATTTTCCTATGATAGATATGGCAACACAACATTCAGA AAAGTGTTGCGAAGAACTTGTTGCTGCGGGTGCTGTTGGTACATTGTTTAAGCTGATCCG CTCTCTCAGCCGGAGCATACCTGATCAAGAAGTTCTTAAACCTGCTCTCTCCACTCTCAG AAACCTTTCCCGATACCCACATTTGATTAATGTACTAATTGAAAGCTGTGGATCACTGGA AACAATAGTGTCGGAGTTTTTAAGGTTTGCTATTGAAATATTGAGCATTAAAATAAAGTT CCCAATGCACTTCAGATGACATAAGCTTTATATATTTCTGCTTTGCAAATGCTTGTTCAG AAACAAAGAAGAGGGATATTTCATTGCTTCCGACCTTCTGAAGAAGATATTCACAGAGAA CAAAGGTGTTGAAGCTGTGCGCAAGTCGCCTGCTCTTTTGAAGAGACTGCACAACCATGT GGAAGAGCTTTCGAGAAGAGCAAAAGCTGAGAAGAGGTCTGCTCTTCAGTAGCTTAATCT TCTTTCTCCATACATTAGATTATAGTGGCTAATTGGACATAATTTATGCAGGACTAAACC TCACGCAACGAAAGAGCCTGTGGACAAAAGATTGAGAGAAGCTGTTGAGATATTGGAATT GATTAAAGTATCCATGGGGAATCCTACTAGACGACTCTCTATGAAGGTGTAAGAATTTTA TAGAAGTTCTAAATGTTTCTTGATGTTGCTATACATGATGTCAAGAAGGACTAGAAACAC CTTTAATATCTGAATTGTGAAGAGAGCTTCACTTTATCTTTTAACTTCCCATTCTCTAAC ACCATATCATTGATCTAACTTTTAGTTAGTCCATTAGGGCTCTGAGATAACTGTATCTTG GCAGTTTATTAGTATCCGTTTTATTTTCAAGTAACTAGTTCCACTAACAATTACCTATTA TTTTTTAGATATAGTGCCAAAATTTACACTGTTAATCTACCTCATTTATTGAGTGTGAAT CCACTAAACTGGTCAGTTGCCTTGTGGGTGGCATTAAATGTGGATAACCCCGTGTGTGGC TTTTGCAAGTTGCAGGCTTTTGCTTAAAATCATGCAAGTTGTAATTTTTAAATCATCTGG CAAGGTCAAGTTCCAGTTCATTAAACTAAAAGTTGGTTAAAGTAGATGTGAACCTTGTGG CTGCCGTCCCCAGCTTTATTTAGATTATGTAGCCAAAAAAATATCACCACCCACCTACTG TTAAGTTCTTGTTTAGCCCAAAACTTGTTTATTGAATTTTAGGTTAAATAATTCTACCCT CTTTTTCCACTCTTCCATTCATTTATTTAAACAAAAAAAACTTATTTGTTTTAGGAGTAC CTCTTTAGATGGGGATTTGTGAATTGCAGGGATGCCTTGAGTAATAATTTGGCCACATTT TTTTAAAGACTCAACAGTTTAAAATCCATATTATCCTCTTCCATGCTCCCTCGTTAAAGA TGAAGATATTTTTTGAAGCTTCCAATGAATTTCTTCTTAATTAAACAAATTCAACTTCCA ATGGTATCGGCCCAGATCTTCCCTGGAAAGCTTTGGGAATTGTTTGGCAAAGAGGAAAAT ATTTTTTTAAAAATCATGTTTAATTTGTTTAAATAAACATGAGAAAAGATAATTTAATAA ATGAAGAAGAACAAGTCACCTTCAAATTCATTATCTTCTCTACACCTACTCTATGCCCCA CAAACCCCTCATTTTTTCACCCTCATAATATTTTGTTAAATTGTACTATATTAATGTTTA AGCTAATAGTTTTACCAAATATTTATTTTCTAGCATCAAACACACCCTTGGAAATAGACT GCTCTCCATTCTTTTGTGACAAATATAGTATTTTTCAAGCTCAATAGTTTTTGAAATAAC AGCAAATTCAGTTTAAGGATTACCACTGATCTAACTTATGTACATAATCTCAAAGAGAGC ACAATCTTGAAATCCCTCTCCCTAAACCCAAAAATAATAATAAGATTAGGTATCAATATC AACCAAATCTTGTTTGGAAGCAAAAATAATCAAGCAGCACTAGCACCAAGATTCACTATG CTTTCTGTCAAGTCATCTGGTTCAATGAAAAATCCCCTTCTCACAAGTGTTCTTGGAACT GTGACTGTCAAAACACCATCTCTATAACTAGCAGAAATTCCATCCATATCCACCATTCCA GGTAGCCTAAATTTCCTCATAAAGCTCCTTATTGGCTCTGTTGTTTCATTGGCTGCTTCA GTTCTTATTATCAGGTAGCTTGAATCCTCAACTTCCACCTTTATTTCCTCTTTCTTCACA CCTGTCAAAACAAAAACATCCAAACTTCAAGAAAATTAATACCCAATACAAAAAAAAAAG GGTGTCCAAAAAAGAGTCACTTCAACTGTTCTTTTTTATGTGTGTGTGTGTTTACCTGGA AGATCAGCAGAGTATATGTGAGATTCAGGGGTCTCTCTCCAGTGAACATAATTCTCAGGA ATGAACTGATAGGGAAAGAGGAGAGGAGAGGTGAAAAAAGAATTCCATGTTGAGGGATGG AAAGTTGAGAATTCCATTTTCTTGGAAGAAAGAAGAGGATTTAGGAGGAAAAAATGATGG CTGCTAGGGAGGTGTTTGGTTGTTTTTGGGATGAAAAGAGAGTTGATTTTTGTCCTTATA TAAGCCTAGCCAAGTTGGTGGCATTGGTCATCTTATTATATACTTTATACTTTTTATTAA AAAAATGATTGGCTTCTCAATTCTTTAAGGGGGAAATGCTATCAAATATCTATCTTGGAT AAAGAGAGCTACATGTGAGTTGCTACTTTGGGTATCAAATAGTAAAGTGACAATCCACCC CAATTTAAATGTGATAGTCTACATTTCTGACAATCTTCTTTGCTTTGGAAGCAAAGAATG AAAATACTCATTTCTATATTTAAAGAATTTTTACTTTTTTTTAAAAATAATTAATTGAGA ATATAATTGGTGAAAAATTATCCTTCAAATATAAAAAGGTAATTAGGGACAGAAGAAGAG GGAGTACTCAATTAGCTAAAATAACAAAATAAATTTACAAGACTATTAGGAGGAACAAAA TTTAAAGGAAAAAACTTGTCACGCTTTACTAAGTTAGGATGCATATGTCATTACAAAAGT TAGGGTCGCCTGATATTTTTATCAATTTCTTAATTGGAAAAAGGATTAAAAATATCCTTA AACTATTTGAAATAGTTCAAATATACCCTTAAACTATATCTCGGTTCAAATATACCCTTT TCCTCAAACTATAGAGTCAAAAATATCCTTCTCATTAACATGATCTATTTAACGCCACTT GGATGCCATGTTGTGCCATAAGCCAAAAGAGTTCCACTCATGCCACGTAGAAAATAAACT TACCCCTAATTTCCTCCAATTTCTCTATTTCCCTTAGAATTTATAAACGATTTCACTGAA GAATATAGAACTCCTTTCCCTTAGAACTTATGTATTTTGTGAAATCGTTACAAGGAAATG GAGAAATGAGAAAAAGGGGTTCTATGTTCTTCAATGAAATCGTTTCTAAATTCTAGGGAA AATTAAGAAAATTGGAAGAAATTAGGGTTAAGTTTATTAGTCTATGTGGCATGAGTGAAA CTCTATTGACTTATGTGGCATGCCATGTGACATCCACATGGCATTTAACCGATTCTGTTA ATGAGAAGGGTATTTTTGAATCTATAATTTGACGGTAAGGATATATTTGAGCCGAAATAT ATTTCAAGGGTATATGTGAGCTATTTCTGATAATTCAAGATTATTTTTTATCCTTTTCGG TTTCTTAATTTTCAACTTTCAAAGTTCTGTTTATTACATTTTCACGAGTCCAATATTGAT ATGACAAGAAATGATAAATACTTTAAAACCATATTATTATATTTACTTTTGAATACACTA ATTCAATTTTTTTGAAAATTAAATATAATTAATAATAAAATAAAATAAAAGTTAACTAAT ATTATTTGTAAAATTTTTAAATTGAACCGATAAAAGTGAATAAAGAAAATACAATTTTTT TGAAAAAACGCAGCGTATAAACTGATGGAAGAAGACAGCCAATTTTATTCAATTCAACAA ACTCAGCTTTACATAAGCAAGGGATTATTGCTTCACGGAGAAGTCATGTGCTTTATCAAA ATGTATGCTTCGAAAAAAGTAATCCTCATGAAAGCTATTGGTTCTTTAAATTTCCATTTT AAAATATTAAACTAACATGAATATTAATTTTATATATTATTTCTCTGTCTACTTTTAAAT TTTGTACGTTTTTTCAGAAAATAATAAATAATATGAAATGAACGTAAGATCAAAGATATC ATTTGTGTGATAATTCATATAGCTAACTCGAATATTCAATGAGTTTATGATTGAGACATA ACTATTCTTATTGTTGCAAGTAGTTAGATTAATAGTTTTAATTAGATTCTACTTATTTGT GTTAATGTCAAATCTAGCCAAATATTCTATTATCGCATATTATACATTAGACTCATAATC TGTAAATAATTAGAGGTGATATTTTTATGAGTTAATATCTCATAAGGTCACTCCATTTTG AGAATTTATCTAGCAAAATTATTAAACTTTATTTTATATCAATAAAATCACTCAACTTGC AATTTTATATCAAAAAAATCACTCAACTTAAACTTTTATATCATTAAAATCATTTAACTA CATTTATCGTTGAATATTTTATACATCACAAAATGGAATTTAATTATTATTCATTTAATT AAGCAACAAATAAAGGTTTCCTGGATTGAATATATATCACTGATAAATATTAATTTAGCG TGTTAATCCTATTACACTAAAATACATAAATAACTATGGTTGTCACGTCTCATTTGCAGT GGAAGTTTTGAACTTAAACTTCATTAATAAAATGTGCGCTAGTGTAATTTGTTTATCAAA CTTCTCAATATTCACTGTTAAATTAGATTTAAGACTTTAAATTGTAACCCCACAAATATG GGTGAGATATATCACGGATAAAATGTTGATTTAGTGTTTTAATCTAATTAAATTAATAAT TAAGGTTGTCATGTCACAATTTCAAAGTTTTATTATTAAACTTAATTAATATAGCATAAA AATAAATTATTTTATTATATCAAAATAATTTTAATGATAAGTTTAATCAAGTGATTTTTT TGATACAAAAATTTAAGCTAAAGTAATTTTTTTTTTATATAAAAGTACACATTGAGTGAT TTATATTTTTTACTAAGTCATCAAAGCTCCATTCTAAACCACAATTCAACATCATGATAA CATGAAAAATCAATAAATAATTGATTTCATCCTATAAAGACTCTCTTACTAGATTTACCT TTGAGTCTAACAAATGGAACAAAACAAGTTTGATAAGTTTGATAACTATCTGGAAAAATG TAAACTTAATCATAATAAATTAAAACTTATTTAAATTGAATCAAACCTATATAAGATATA GTGGATTCAGATTTTTCAATTGGACATAAAAAATTATCAAAATTTGGCACGCAAATTCGA TATTTTAACTTTTTTAGTCTTCAAGTACTTCCTTTTTCGTAACTTTGAAAGACTTAATCT ACGATCTTTATTCTCTGTCTTTGACGGACTTTGAGTTATGCTCTCCTCCCGTCAAGGAAA ACATAATGACAGAATGTATATTTTCTTGATTAGCATTCCATACACAAAATGTATTGTTGA TTTTTCTTTGACTACTATATCACTGAATGAAACACGTTATTCATAAATTGAAAATACTAA CAATAAGATTTGATTTCTTACCATAATACATGTGCATTACTTCGTAACATGATTGATCTA CTATTTTCAATCATGTTTAGAGAATTCAAATTTATATACTAACTTCATGTAAATATAATA TAACTTTCTGGTTGAGTAGTTCGATTAAAGACCCCACCTTTGAGTGTTAACTTCGATCAA AATTAAGTTATAAGTTCGAGTAAAGACCCACCTCTAAATGTTAGCTTTGATCAAAATTAA GTCATGTTTTAATTGAAATTTAAATCCCAAATTTCTAAGTGGAGATGGATTCAAACACTT CCAAAATCATTTTATTTTATTTTTATATATGTGTATGTATATACAAGATTCCCCCCCCCC CCCCCCCCCATATATATAATTCTCCTTGTCTTAAAAAAGGAAAAACCCCAAAAGGGCAGA AAATATCTCATCAGCTGATTTTGGAATAAATAGAAGGCACGGGTGCATACAATACATTTC TCCGTGTTTCTCCATACATTCTTATAGGGTTCCACCGTTCCCCCCCTCTCTGAACCCCAT TTCATCACGATGCAACCAGCGAATTCCATGGTTCCACCACCACAGTACCAGCAGACACAG CAGTGGATGGCTCAGCCGCCGCCGCAGTATCAGGTTGCGCCTCCGCAGCAATCGGGATAT TACTACCAGCAACCTCAGCAACAGGGCGGAGTTCCTCCACCCCAACAACAACAACTTCAG TACAACGCCTCTGGTTTGGCTGCTACTGCCGGTTCTGTTCAGCCGACTAGTGCTGATGAG ATCCGAAGCCTTTGGATCGGAGATCTACAGTTTTGGATGGATGAGCAATACCTTCTCAAC TGTTTCGCACAAACTGGAGAGGTTTGTTTATATAAACGCCTCTTTTTTTTCTTGAACAAT TTGATATAGATTCTTGGTAAGTTTTCGAATGGTTCTTGTTCTTGAATGAGTTTGAAAAAT TTATTGGGGTACAAAACGATAAGTTCTTTCGTATTGAATGTTTATTTGAGTAATGTTAAT TTGATAGTCTCTCTACATATAGTGAATATGATGTAGTTTCATAGCAAAAAAACTTTCGGT TACATTCTTGGTTAAATGTATGTGAATAAACTGTTATTTGTATTCAGTGACTTGTCTTTC ATGGTTGGTGAAAGGTATGAGGGTATGCTGTCGTTTGTATTCAGTGGCTAGTATTAACTT TGTTGGCTAGTATTAACTTTGTTTATATGTAAGCTTAGTGTGTCAATATGCTGTTGTTTG TATTCAGTAACTTGTGTTATGTTGGTGAAAGATATGTGAATATGCTGTAGTTTGTATCAG AAACTTTCTTTACCTTGGTGGTAAAACCAGTGTGTGAAAGGCGATTCATTGCCTGAGGTG ATCTCCAAAAGGCGACGCCATGGAGACAAAAGGCAAGAGGCAAGAAAGGCGGGAAAGGTG TCACCTTTTGTATTATCTTTAAAAAATGCAACCAATTTAGGTTTTTAAAAGTTAAAAGGT ACTTTTTGGGTTTTCGACCCTACTCCTCCCACGACCAGCCAGACTTTTTCAGCTACTTCA AAGTCCAACCAATACATATTTCTTCTTCCGATTTTCTTCCTCTATTTTTTTATCGTCTTC TTCATACTTTAGAGTCACTTCTATCTCTATTTGACTTTTGTTCTGTTTTTTTCTCATTCA AGTTTTACACTTTTAGTATGTACCATGTATTTTCAGTTTTTGAATTGAAACATTTGCTAA TATGTTATTGCTATTGAGAATCTGATTATTTACATATGCAATTAATATTTTAACTTTTTG GTATTAATTGATATCACATTAAAAAAAGGCAGACCCTTGTCGCCTTTTATCGCCTTTCGC CGTCCAAAACACGGGGTAAAACATAAAAGTATGCATCATGCAAATGCAGAAGTTTGTATT CATGAACTTGTATTACCTCTTCGTTGAAGGGATGTGAGTATGCTGTAATTTCTCTTTTGC AACCTGTATTGTGTTACGGTTTATCCTGAACATTTTGAGATTAACCATAAACAAGGCAAC CTTGCTGGTTCATTCTTTTATTGACTTTGGGTATTGACACTAGGAAGGGTTTTGGTGAAT GCTTTTGCCAATTGTTACATTATTTGAGATAGTGAAAGAAGGGAGCTAATAATCCTTACA CAACCTTATTAAATTAATGAATAACTCCGTGCCTAAATCTGTGTGTAAACTTGTTCATAC TAAATGATTGCGTGGTGGTTGCCTTTAGGTGCATCTTGACGAAATATACCAAAAAACATT CACTTGCCCCCTCCCCCTCCCCTCTCTAATTTAACTTTCTTGTCTTTTGTACTGTATGAG CAGCATTGTTACTACTATTGACAGTCTTTTTTCTCTTTCACTTGCCCTTTTTAGAGATAT AAACTGTTTGTCTATTATATAGGTGACCTCTGCTAAAGTTATCCGTAACAAGCAAAGTGG ACAATCAGAGGGTTATGGCTTTATTGAGTTTATTAGTCATGCTGCTGCAGAAAGGAATCT GCAAGCATATAATGGTACCTTGATGCCTAATATTGAGCAAAATTTCAGACTCAACTGGGC TTCACTCGGTTCTGGTGAAAAACGTTCTGATAATGGTCCTGAATATACAATATTTGTTGG TGACTTGGCAGCCGATGTTTCTGATTATATGCTTCAGGAGACATTTAGGGCTAACTATCC TTCTGTGAAGGGCGCTAAGGTTGTAACAGATAAGGCCACGGGGCGCACCAAGGGTTATGG TTTTGTTAAGTTTGGGGATGAAAGTGAGCAGTTGCGCGCTATGACTGAGATGAATGGACA GTTTTGCTCCACTAGGCCCATGCGGATTGGTCCCGCAGCTAACAAGAAGAGTATGGGTGG TCAAAGTCAAGGTATGGCTCAACCTAGTTGGTATATGTATTGTGTTGTGTGGTAATCTTT GTAGCAGTTAAGTGAAACAAATCCAGCTTGCAGTTGTTTGCTAACGTCTGTCGGCATTTA GATTCTGGATCTTGTCTTGTTTAGTTGTCATAAATTCCTTTAGTGATCAAGTTGTGATTG CTCGAGGATGCTATTCCTTTAATTTGGTGGGTGAAGTGATAGTCTATATTTGTTCTGCTT GCCTATGCAGGTGTTATGTTTTCTTTCATTGGTTATGCTCTTGAATTTTTGATGAGTACC CAGCTATCGAAGTCATTTCGTTCCAGTAGTTAAAAACTTCCCCTTGAAATATTAAATCTC ATAAAACTCCGCTTGTCTCCAAGCAGGATGATTTGGAGGCTCTATGATATAAGGGCCTGG ATGCTTGTTTCAGCTGAAATACCTTTTAGGACGTGGTGTGGCGTAAGTCAGTTCATTTAA ATGTGGTTAAATTTCGCTATGTAGGATCCTCTTGACATTTATTCTTTCTAAGTTTTGCTA CTTTTTCCCATTACTCCATACTCCAGTCAGATTGCTTTTTCTTTATTATCAGCCATTATA CTTCATCATTACTTTTCAGCCATTTTACTTTGTCTTTAATTTTCAGTCATTTTACTTCAC CATTACTTTCCAGTCATTTTGCTTTATCATTATGTTTCAGCCATTTCGCTTTAGCATTAT GTTTCAGCCATTTCGCTTTAGCATTATGTTTCAGCCTTTTCACTTTAGCATTATGTTTCA GCCATTTCTTTTAGTGTTATGTTTCCGCCATTTCACTTTAGCGTTATGTTTCAGCCATTT CACTTTAGCATTATGTTTCAGCCATTTCACTTTAGCATTATGTTTCAGCCATTTCACTTT AGCATTATGTTTCAGCCATTTTTCTTTAGTGTTATGCTTCCGCCATTTCACTTTAGCGTT ATGTTTCAGCCATTTCACTTTTGCGTTGTGTTTCAGCCATTTCACTTTAGCGTTGTGTTT CAGCCATTTCACTTTAGCGTTATATTTCAGCCATTTCACTTTAGTGTTATGTTTCAGCCA TTTCACTTTAGCGTTATGTTTCAGCCTTCTAATTCTTTAATTCCAATATCTTGTTAGCTT GCTCGTATTACACTCTGATCTTTAGTATACCTCTACGATTTGTGGCCAGTCTCATTCATT AATTTAGCAATCCTAGTCAATCTTAGTTCTGCTCCATTTACCTTGTGAGCCTGTTCAGTA AATTCCCCTTCATAGGGACTAGAAGCTTCCTGCCATCATTTGTTTATTGTTGGTACAGCA GTTCAGTACTCATTTTTGTGATGCTATTACTATTTGGGGGGTGTTAAAATCATTTTTTCT TCGACTATGATTTTTTTCTTGTTTTCAAATTATGAACTAATATACTTGGAATACTTATTA TACAATTAATTCAGATATCTGTAGGTTTTATTCAAGAAGCTTGAAGAATCTATGCCCATT AGCAAATTAATAGTAATATCTTCTTGATCAAAAATGGGATTATAATTTTTATCTACTGGA GTGCTGGTAGCTGTATGTATAGCTACTTGTTAGTTGTTACATTATTTAGGAAACTAGCAC CCCCTTCCTGCCTTTTCTCGCCTTTCTTGTTTGATAGGCACGTGCCAAAGCATTCAAAAA TAAAATTCATGCATGAAATAGTATGTAACAAAATAATGATGTGCGGGCTGGCAATTCATG ATATTATATAGAAATTGCAGATCCATCTGATGGTGTGTATACAACTTCTAAATAATTTTT CTATTTGTATATTTATATATTGGTCTTCCTCTTGTCCCTTTGCCAAACTATGGCCCCATC CTTCACAAATTTGAACATGCATCTTTTCTTGCTTCTGAATCCCAAAAGCACATCTGAGTA TATACATTGTTGTATGTGAAGAACCTTTTTTTGGGTGATCCATCAGTTGAAATGTGTGTC CTTTTCTCGAATGCTTGATTGCATCTCCAAAACTGTAAAACATGCCTCTTGATTTTCTTA GACCTTTTAGTCTGTCTGTCAGCTTGTGTTCTCAATATATATACATATTCTACTTCTTTT GAGACCTGTAAGAGCTAAAAGTTACTAGTCTTCTTGCCCTGTTGGAACAATGCAATCATA AGTCTGATGCTTGAACTACTTAATTGTGAAATGATAGTGCAGTCTCATCTCTTGAATCAT ATATAATAGTGTCCTCTTACTGGGTACCTTTCCACTTATTTGTTCTAGTGATGGTGATAG TGGTAGTTTTCTGACCAGCCTTTGCCTTGTAGTTATGGTTTATTTATGATACATACATAG GCTTTCTAGTTTTGTATTCCTACTGTCCTTTCATTGCAATAATGTGCAATGTACTTCATC TTACTCATGGAGCATAAAGTTCACCCTCTATTCACATTTGCCTCTTCCATTTGCAGCTTC GTATCAAAGTTCACCTGGAACTCAAAATGAGGACGACCCATCTAATACCACTGTCAGTAC ATTTCTTTCTGGTATCATTTGATGTTTTCTTGGCTTGTACTCATATCCAAATGAATTTTC GTTGCAGATTTTTGTTGGGAACTTGGATTCCAATATAACGGATGAACATTTAAGGCAGAT TTTTGGACACTATGGGCAGTTGCTTCATGTAAAAATACCAGTAGGCAAGCGGTGTGGCTT TATTCAGTTTGCTGACAGGTAAAGTAATAAATGAGCCTTCTCAAGAGGATCAATCTCAAT TCTCAACGCTTTGAGAATTAACACATGGTCCATCCTTGTTATTGCAGAAGTTGTGCTGAG GAAGCTCTACGGGTATTAAATGGAACTCAGCTGGGTGGACAAAGCATCCGTCTTTCATGG GGTCGAAGTCCTGCAAACAAGCAGCAGGTAAGGAATGCCAAAATTATAATTTCTGTTTTC GGCACTTGCCAGTCAAATACCAATCTGAATCTTATGTTTCATCTCTGGTATGTGCAGCCT CAGCTTGATCCAAACCAATATGCTGGTTATTATGGGTATACTGCTGGATATGAAGGTTAT GGTTATGCCCCCCCTGCTCAGGATCCAAATCAGTATTATGCGGGCTATGCTGGATATGGA AATTACGCACAACCTCAACAGCAGCAGCAAGTTTTGCAGCATCCTCAGGTTTGATTAACC CGTTGAGCTTATTTATTAACTAAAGCTACTTTATACCGACATCTCCATTTTGGAATAGAA ATGACTGAAATTTTATGAGATAATATCTTTTTACTTGTATGGCCAAATGGGTTCTTAAAC TGATAATAGTTTTTTCATAAAAAATAATGAGTTGTTTGAATACTTATCTCACTTCCTCCT TGCAGTGATATATGCTGGTGAAAGGATTTACTGAGTGCTTCCCGGCGTGATTTGTGTATT GATTTCAAAAGCGGGACATGAGGTTATCAGTTGGGATCCAGATGTGTATTTCACAATCTT AGGGTGTTGGAAACCTTTGTAGGCTATTTCATTGAGGATACAATTTATGGTTTCGATCAA CTGATTGTATGCTGTTTGTTTTTTTATTTTTGCGTTGCCCTTTTATTACTTAGATATGAG ATCTAGATATACTTGAAGGTCTTTGGAGAAGTGTAGGCATGTAACTGTATACTTGTGCTT TTTGGCTATCCTGGCAATGCTGAACACCCTATTTTGCTCGTTGCTCATTTTGGTTCACCT TTCAATAGCAATTCTTACTAATGTTTCCTCCAAAATAATTGCAATCGTCTGAATGATTTC CGTGATAGTTTTATTTTGATAAAAATGTCTTATGTATTGTAGTCTTCAATACGTCTCCTG CGTTAGTTTCTTCATTCATGTATTGATGCCAATTGTCATATGACGTGGTTGAGTCCTTCT ACCAGTCATAGTTGGACCCACGTTCTATCTAAATTTTAGCATTCAACAAACCCCGATGGC TGTAAATTCTTCTCTTCGTTGCTGTCACGCTTACATATTAGGCAGACAAGGTTTTCTATA TATTTTGTGTGGTTGCTACTTGTTTTCGGCCACGCCTCAGTTCCAGCACGACAAGAAAAT ATTCTGGCGATATGCAATCTAAACTCCCAAAGTACCCAGACACAGCCCAAAATGTGTCTA CGAATTAAAATCATCAACTCGGTAGGGTAGTTGTGCATGCCAGCTGCCATGTTTTGGGAT CACATGTTTACGAAGTCAGTCTGATAATTGCATAACTTTTGACAAGTGCTGGAGCAGAGA AACTAGCCAACTTCTAAATTGAACACGTGGCACAGAAGACACTAATATTTAAGGATGTGG AGACAAAAAAACTGCTGATTTTTGCTATTTAGGCACATTATCCCTACCTCTTTTCATTCT ATAAACACAGCTCTAAACCAGATACAATAGTATACTGAATTCTTTTCTTCAGCAGTGGCC AAGAACTTAAAAAAAAAATAATGTCAGAGCATGCCTAATTATAATTAGTTAATAAATGTA CCCATAACAGACATGGACACAATCAATTTGTTGTTCCTCCAGGGTATATTCCAGCAAGAA TGGGCTCCTCAAGCAAACTGAAATATCTACTACCTTATTCATTCTGGCTTCTTCAAGTTC AGGCAGTTATCTGTTGCTTGGTTAAACAACTCCTGGACCTGCTTTAGCTCCTTCTCTAAA TCACCAAAATCAGCAAACTGAGTCTCAGAATAAACAAAAAATTAATAATACAGACAGGAA AACGGAAATTTGGACCTTAGCCTAATCAGAACAGCTTCCACTATCTTTCAGAAAGAAAGC AAGGGAAAAACAAACTCTTACCTGCAGCTTCCAGTTGTTTTTGAAGTTCTTGGCCAACTG CATCGTTCTCAGCCTACATCACATACATACACAACCGAGTAAGACTACTAAGCCCAAAAT AGACAGACTAATCTTTATTTATCCTTCTTTATTTTTTTAGTTTAAATACTGTTAAGCTAT AACACATCAGAATTAGAGGATGTCAAAAAGTGAATTCCACCAATTATTCACAAAGAAGCA TATACCTGGAGTTCTGCAATTCTTTTCAATTGGGCTTCTTCACTCCCATCCGATAAAGGA AGAGCAGCAACCAACACATCGAACTGCTCAAAGAAGGATAAGAAAAAGAGAAGATAGATT TAATACAATGACATTGTAGCAAAGCATACACTTTAGGATCACAATGAAAATTTGCAATTG GTCTGAATTAGAGCCACACAATCCTCAAGGCTACTCTCAAGTGTCGGCTGTGCTGCTTAA GTTTGATAGGATGCTAGATTAGACAACCTCTGATTGTGAGGCCAAGAAGAAAACAAGGGA AACATAACTGTAAACTTGAACACCTTAGAACTAATCACAGGGTTGTCCATATACATTTCA TAGAAGACAGCTAAAGGGCGATAAACTAGAACTCAGTTTTCCGGTTTTGACACCAGGTTT ACCCGGTGAGTCTTGGCCTAGATGTCATGGTTACCAAACCTGAGAGGCTGACATCAAGTT CTCTAGTAAAAATCCCTAGAGGCATGCAATCCTGTCCAGCTAGTAGTTGGAATTTGTCCG CCATTATGTGATTCAGTCAAGTTTTATTGAAGTAGTTGGTGATGCTAATAGCATTATTGT ATTTCTCGTTAAACTAAGGACAAAAGACTAGGTATTTGAACTCAACCACACTGGTCTCAG GAATCAGGACTAAGGTCTTTGAACTCAACCACGCAGGTCTCAAGTCTGAACAAACAAAGA CTTAATATCATCTGGTATAGAACTGCATGTACGCATTAGATATGATGAGCCAAGATACAA CTTAGTGTTATCTTGTATAGAACTGCACAAACACATCATATATCTAAAGATTTGACGTTT CCAAAAGTAAACATACTAGTCAAAAGAAGACAAAAGAAACATTATTTTGTCCAAAAATGA TTTTTTGAAGGAATGGTAAGTGCATTTGTAATACAGCACCAAGAAGGTGCAATCAACAAC ATTTACAGGGAACACAAAGATATACCTTCCTATTCTTAAAGGGATTCTACAAGTTCAATC ACTTATTCAGGCTCATTTACAAAAAAAATGTCTACACAAAAAAGGAAACTAAACTAAATA GTTTATCTTGATCTTCCGAAAAAAGAGAAAATTCCCTATTCTCGAAGTACACGCAGATTA CTTTTATACCCTGGTCTGTGGCTTGTTCATATTCGTTGATGAATAAGCAGAAAAAGTGAA GGTATGGAGTATGGAGTTTCACCTGCTTGGCAGCCTTAACAAAAGCAGCACTCATTTGCT TTGGTTGTTCTGCAACATTAGCTGAGTCTTCTGTGGGATTAGCAGGTGGAGGTTCTGGAT AATTAGGTGATAGACGCACAGGAGGGGCGTCCCTCTGAAGAGTACCAAAGGTGTTGAAAG CAAGAGCTGCAATTGTATTTACTTGTTCCTGTAACTGTGATATGATATCCATCTTCCAAA TCCTTCCCTTTATTGCTAACAAAAATGGTGAATTTTGAGAAAAGATCGAACAAAGGAATA GAAAACAGAGGAGAAGAACTTACCTGAAAACCCTAGAATTGGAGGTCCGGGTAGAGCCGA AGTAGATTCGATAATCTGTTACAATTGTTTTAAAATTAGACCTAAAATTAACCATTATTT CAATTAAATTTTACGAAAAATGCTCAAAAATATTTCTGAATTATCCGAATTAGCTCACAT ATATCTTTAAATTAAATTCTAGCCCTTCTATTAAAGTATTGAGTTATTTTTACCCTTAAT TTTAACAAAGGTGTGTTAAGTGTCACCTGAACGCCACGTGGACACCATATGGATGCCACA TGAGCACCAAAAAACATCATCTCCATGTAGACTCATAAATCTTAATTATTAATTTTTTTC TCATTTTCATTCATTTTACTTCTCTAAAACATAATACGATTTCCCTTTTTTTTTTCTTAG ACGATTTTCTCTCTTATACGATTTTCCCCAGGATTTTACAAATTTCTCTTATGAACGCCA TTGAATTTCTGAGTAAATTTCGTCACTTTCTGAGTTTCACCGTTCTTATAGATAATGCAC AAACACCAGTCCTAATTTGTAAAGTAACATGCACAAACACCAGTCATAACTCTTCACATT TACTTGTTTTTATTTTAAACCTTTCAACATAAAGTCTGACTTTATCATTATCAAGTGAGC GCTTAAATGACATAAAATGCAACAAAAATAATTTAGCTTTACTATTTTTTTTAATTGTTT TTTTTTTGTTGTTGTAATTTAGGCTTTGAAAAGATGCACGTGGTCAGCATACGACATCTT AGATCAGACACCACAAAAAATTAAAAAAGAAACAAATAAAATTTATGTTTGCCTTCTCAT CCTGCTTCTTTCTATCTTCTAAGCATCAACTATGGCTTCTCTTCTCACCAACGGAATCTC ACACTTCTGTCCTCAATCCATCGCTGAGCAGCCTAAACTCCCAAAAGGGTATAACTTTTT GCCTAATTCACCCGGCCCCAAAATCTCAAATCCAGGTAATTTCAAGATTAAAGCTGCTGA TGCGAAGGCCACTGTTGAAGTTCCAGGTAAAGAATCATCTTTATCAATCTCAAATGAAGG CGACCCACTTCAGAAATTCTTGAAAAGAGACTATAAATGGGGTTTTAATGAAAATATTGA ATCTTTTGCGCTGCCAAAAGGGCTTTCGGAGGATACTATTAGGTTAATTTCATCAAGAAA GAATGAGCCTGAATGGATGCTTGAGTATAGATTGAAATCGTATGAGAAATTTGTTAAAAT GAAAGAGCCGAAATGGTCTGATAATCAGTACCCAGAAATTGATTTTCAGAATATTTGTTA TTATTCAGAACCTAAAAAGAAACCAACTTTAGATAGTCTTGATGAGGCTGACCCTGAGCT TGTTAGGTATTTTGATAAATTGGGTATTCCTTTGAATGAAAGAAATCGTTTAGCAAATGT TGCAGTTGATGCTGTTCTTGATAGTGTTTCTATTGCTACAACTCATAGGAAGACCTTAGA GAAGTCTGGTGTGATTTTTTGTTCGATTTCTGAGGCTATTAGGGAATATCCAGATTTAGT CAGGAAGTATTTGTTTAGAGTTGTGCCCCCAGAAGACAATTTTTACGCGGCTCTTAATTC AGCTGTGTTTAGTGATGGATCATTTGTGTATATACCCAAGAACACCAAGTGTCCTATGCA AATATCTACTTATTTTAGAATAAATGCAATGGAAACTGGGCAATTCGAGAGGACTTTGAT TGTTGCGGATGAAGGGAGTTTCGTTGAGTATTTAGAAGGGTGTACAGCACCTTCATATGA TACAAATCAGTTACATGCTGCTGTGGTGGAATTGTATTGCCATGAAGGTGCAGAGATTAA GTACTCAACCGTGCAGAATTGGTACGCTGGAGATGAGGAAGGGAGAGGAGGGATTTATAA TTTCGTTACAAAGAGAGGAATATGTGCTGGGGCTAGATCGAAGATATCATGGACACAAGT TGAGACTGGCTCAGCTATTACCTGGAAGTATCCAAGTGTTGTATTAGAGGGTGATGAATC AGTTGGTGAATTCTATTCTGTGGCATTGACCAACAACTATCAGCAGGCAGATACAGGAAC AAAGATGGTACACAAAGGGAAGAATACGAGGAGTAGGATTATTTCAAAGGGTATTTCTGC AGGAAATTCTAGAAATTGTTACAGAGGACTAGTTCAGGTCTTATCAAGTGCAGAGAATGC TCGGAATTCCTCCCAGTGTGATTCAATGCTCATCGGTGATAAAGCTGCAGCCAACACTTA TCCATATATTCAGGTTAGTAGCTCTCTGTGAATTTTAATTTTGCTTTCTGTCTCCGCATG ATAAAATAATTATTGATGTAACTTTAGCTCTCTACTTATAGAAGTATAATAATTAGTTTT GACTTATGGCCTTATTACTCTTTAGGTGGAAAACATGATCTTTCTGTGATCACAGTGTAC TTCACTGTATTCTGTGGTCTCTTGATTTATGCATGATGCTGTTGTCATTAAGTTCCAATC TTTCATATAAAATTTAGTTACCTGATCAAAGAAAAAATCATTAAGTTCCAATCTTTGAAG AAAAATTTATTTACCTGATCAAAGAAAAAATCATTAAGTTCCAATCTTTGATGAAAATTT TATTTACCTGATCAAAAAAGGAAAAGGGAAAATGCATAAGTACCTCCTAGACTATGACCG AAACCCCAGAGACACACCTTAACTAAACTAAGGTCCTATTGTCCCCTGAACTTATTTTTT TGTAATTTTGTGCACTTTTTTGGCTTACGTGGCATCCAAATATCTCCCATGCGCCTCAAC TGCGTGGAGTCACGAAGTGTGCCACGTAAGACAAAAGGTGCACAAAATTACAAAAAAAAA AATGTTCAGGGGTAATAGGATCTTAGTTTAGTTAAGGTTTGTCTCTGAAATTTCGGTCAT ACTCTAGGGTACTTGTGCATTTTCCCTCATTAAGTTCCATTTACCTTTCTCATAGTACAG GAGCAATGATTTTAGTCTACCACTAACCACCCTATCTATCAGAACATTATGGAGTGAATT CAAAACCAAAATTAAGATTAAAGTTGCAAACGGGGCTAAAACTGATTTTTGGAAAGATGA ATGGCATGAGTCAGGAAGACTGGAAAATTTGTTCCCAGATATTCATGCATTAGTCTCTCA CCAACAAAAGACTATTGTAGAATTTTGGACACCCCATGGATGGAGATTCAACTTTAGAAG GCATCTAAATGACTGGGAGATCCAAAGAGTTGCAGATTTCTTAAATACCATCGAACAATT CAATGGACTGGAGGTAGGTCAATATACCTTATGATGGAAAGATAATAAGAAGGTCCAGTT CAAAGTAAGTAACGCTTAGAGGTGGATGAATCAAACACCTCAATGCATAAGCAACTGGCC ATGGAAAAACAAAATTCCACACAAAGTGGCCTGCTTTATCTGGTTGCTAGCCAAGGAAGC AACTTTCACCCAAGACAGAGGAGAGGATTACCACTTTGTCCTAGGTGTTTTTTTTGTGGG GAAAAGGCTGAGACAGTTAATCATCTATTTCTTCATTGCAAAGTCACTGGACAGCTATGG ATGATTTTCTTAAGTCTCAAAGGCATCTCATGGGCTATGCCTGGAAAGATTACTGAAGCA ATTCAGAGCTGAGAGGAAGCTGGTGTGCAAGCAAAAAACAGAGATAGATGGAAAATTGTC CTGCTTGTATCTGGTGGACAATTTGGAAGGAAAGGAATGCTAGATGTTTTGATATCATAG AGAATAGTATGCAAAAGATTAAGTTAAACTGCTTTTGTTACTACGTTTTTGGTGTAATCA AATATACTCAAATGGCATTATCTCCATAATTGATGTTCCAGATTCAATTTAGGTAGGAGT TAGCAGGATTTGAAGAAAAATTTGTATATATGGTTTTCAGTACAACCTATGTACTGTTTG TGAGAACTATACGAAGTTACCTGTTCAAAAAAAAAAAAAAACACCCTATCCAAGAGCTCC CCTATTCCAATTGCAGAAAAGGAAAAGGAAGAAGAAAGAAGGATTTCATCTTGAATCAGA ATCATTCGACAAGAGCTTAGCAAAAAAGGTTCAACAAAATGTACATAGTTCCTTCTAAAA CAAGTCAATTAGGTCCCCATGCTAGGACCTTCGGCTTGGAAATATTCGAGCTGTCCGGCA GGTCTATAAATAGTCTCTCTTTCATTGGCGTCTGAGAATGTTCTCATGTAGACCACAAAA CTAGTGGTTTGTCTGTTACTCATGGTGAATCGAAAATGAAAATAGAGGAGGGGTAAAGGG TACTGCTTACTTTCATTTGAAGTTCATTGTCATGAGAAGATGTCCATAGATCATGTGTTG GATGAAAAGCATTAACTTGTATCCCTGTGCATGACAGTGTGTGATTATTCTGGAGTTGAC TAAGCCTCCGTTGCCGAAAACTAGTGTGTACTTGTGCACGGAGAAGGTGCAAATAGTAAT TGTTATGGATGCGTTGTATGTTTTGAACTAGCAGCAAACTGCATGTCCGTCTGTTTGATT AACTTATCGTTATGCTTGGTCCAGAACTCCAGATGAAGTACATTTACTAATAAATATAGT TTAAATCAGTGGCCTTTGATAATCATCTTAAATTTTGTTAACTCGAGGAAACTTAACCTT TAATTTAATTTGGCATGTGATAGTTTTCTAGTAAAATGCCACAAAAAACACGCTCCCATC TTTGCGAATTGTTGGAGAAACTAATGCAAACTGCAAACTAATTTAAAAGCAGTCTACAGT CTCTAAATATTCTTAATTGGATTTACCCGATAAATCCTTCTATATTTTAAGATCTCTCAG AAAGCATCTGTAGTATCTATATAGAAATAGATTAGTGCATAGGGGTCAAAGAAGACAACA TTTGTTTCTTTTGGTGTGGCTTTTAAGTTCTAAGTCAGATGCTACATGAATTTTGTAGTT ATCTTGGTAGCTGCTTGTGTAAATATAACTCTTGTTCTACTTGGAACTTGGAATCTAATG TAACTGCGTTTTTGCTCTTCTGTTTCTATATTTACATATGGCATCATTTTAACAGGCGAA GAACCCCTCTGCCCGGATAGAACATGAAGCAACAACTTCAAAGATTGGTGAAGATCAGTT GTTCTACTTTCAGCAGAGAGGAATCGACTATGAGAAAGCAATGGCTGCAATGATCTCTGG GTTTTGCAGAGATGTTTTCAATGAACTCCCTGATGAATTTGGTGCTGAGGTGAACCAATT AATGAGCTTGAAGCTTGAAGGTTCTGTAGGTTAAACAAAGCTGATAGATGCTGTGGAAAA TGTGGACTTTTTAGCCATTTCTTTTGTCATCTGTAAAGTTGTAATAGTATCATACGCAAA CAAACTTTTGCTATTTACACTTCATGTAAATAAATAATATGTCAAGGCATTGTCTTCTAA GTTTTAATATTTCTTTTATATTCATCTTAACAGTTCCATGACTTCTAATTGATTGTTTTG TGCCTGAGAAAGCTCCACAATTTCAATCAAAAATACAAAAGGGTTAATATCCATCGGTTT ACGAGATAACTTGTGTTTGACTAATCAATCTAAAAAATACTCTTACTAATATTGGAGGGG AAATTGTGTTTTTGACTTTTTTCAGCTTCTGAAGTGCTACTACAAAAATACTTATTTTTT CCCTAAAAACTTAATCAAAAACTTTTCAATAGAAAAGAAAAAAACTATTTTTTTTTTTAA CTTTTCAAAAACTTAATTAAAGAGACGATAAATCAACTACTACATATTTGTGCCTTCACC AGTACTTGCCATTTAAGAGGTGGAGTCCTCGATGGCAATGTTTTTGTTTGTCAAACCACT CATTAAGGGGTTCTTTACCTTAATTATTTGCATTAGTGTTTCAAGTTCATGTCAAACTTT AAACTATGATTATCTGATATTTAATCATTAATAATGAAATACTAATATGGAATCTGGTGA AGTAAATATTTTTATATGTAATTGCTTACCAACTATCCATAATTGTATTTTAAAATTATT GCTGACTCAATTCCAAATGCACCCGTATGCGACATTAGGCAGTTATATACTCCCTCGTAT CAATTTTACCAGAAGTATACTTTTACTTTCAGCATATCAAGATTAAAAAAAGAAAAATTT ATGTCTTAGAGTAAAGTTTAACATTAATTTTTCATTCTCCGAATCATCTTTCAATATTTA AGAACTAGACTATATATTAATTAATATAAACATTGTTATAAAACATTTTATTTATTATAA AGAAAATATAAAATATAGAATTTAATAGTGAACAAATAAAACTGAATGTACATCCAACAT TGGATAAGAAAATACTTTATTTATAAAAAAGCTGTTTGGTAATGCATTGTAGTCAACTTC ACACTCCAACTTGAAGTTGAGGTTTTTCAATTATTATTATTTTAATTTAAAAAAAGACAA AAGAGGATGAAAAAATAATTAGGAGAATCAAACTCTCACGAAAAAAACAACAAATTTATA TAGTAATTCTATATTCTAATTACTATTTCAAGTAAACAAACTTTTTTCCATCCCAGAATT TCAAGTGATATACATGTCAAAATACAATTTTAAAAAGTTTTAAATACTTTTTTTTTTCCG AATATCATTAAATTTATGTTCAAATGTCTACTCCTCATATCATCAATTTTCGACCTTGTT TTAATTAACCAGATTTATTTTTTTGAAAATTGACTCAAAATATGTTGTCCGACAAGCATA ATTGGTTGACTTGCCTTTTTAAAAAAGTGAAAGGAGCAACTCTTGAATAAGTTGAAGAAA CGCAGAAATCGGAGAAAAAGAAGGCACCAGACATGGTCGTTGACTCATGAGAAAATTAAA AAAGAAATACTCCCTCCGTTTTAAAAAAAAATGATCTAATTTGATTTGAAACGAAATTTA AGAAAAGAAAGAAAATTGTTTAATTTTGTGATTTTAAATTAAAGTTATATCAAAGACAAA TGCTCTGGTCTTAAACATACAACGTGAAAAGTTAAACTAAAACTGTTACCACAAAAAGCA AAGAGGTCATTATTTTTTAAACAAACTAAAAAGAAAATAGAGTCATTCTTATATGATAGG GCTTTGGACTTGCCTTCTCAGTATATGCTGCTGATTAAACTGTATATATAGTATATACTT TTTATAATCCAATTATTGAATTTTGCCGGTGGACACTTCCCCACTACACTTGATATATAT ACATTATTATACATACATTTATGTTTCTCTTTTTTAATAATAATAATCACAAAGACGAGA GGTCCATATTAGTTGATCACCCTTTGACATGTCGACTTCAAAAACAATACATAATTCTGA ATATTCAGGACATTATTAATTAGAATGGGTGCGTTGATTATGTGCCTGTGTAGGCCGTAG TAACAAATAATGATTAATTAACTATAGTTTAACTATGATTAATTAATATTTATTTTCACC CTAGTAGATCACATTATTAACTATATTAAGTTTATTTATTTGGTGCAACACAAAATGTGA GTATTTTCTTACAGGACTCAAAAACTTTAAATATTCAATACTTTTAACTCCAATTTTTAT ATGGTATACAAATAAAAATCTCAATCCATATTTGTTAATATAGGTCGACGGCCACTTTGC AAGAAGCCAAGAACTAGTGACACACGAATTTGGTTTTAGAAGAATCATATATTTAATAAA ATAACGGACTCAAAATTTTCGTTTGAGAGTTCGAAAAATAAATGTACAAATAAGCTTATA GAAATGTAAATCTTGAATTCTTCTAAATCTAAAATCACATTTTGTGGCACGTTATTTAAA GTAAAAAGAAATACTAAAAAAAAAAGAACTGGAAAACAAAATCTAAAAAAACAGAACTTA ATTCGAGGGGGGCTTGCCCGTTGCCACTGTCCATCAATTTCTCTAATATTGTGGGAGCTC TCTTGTATATATAGAAATACAGAAAATTTACTTTATATATAATATATAAGTGTAATTTAT AATTTTAAGATTTATTACACGTAAGAGACGTTATTGAATATAAATAAATGGAAAAGAAAA TGTTACTCAATATAGCATTATTTATTCACATATATGAGTCCACTACTATAACTATTATAT ATCGAGTTCTTTCAACCGGCATAATTTTCTAAACCAAATGACGCAATTATTTCTCGTAGA CTTTTATTTACAATTATATAATTTTAGATAACCATTTAATTTATTATTTATATCATGATT CATAACATCCTTAAAACAAAATGCATGCTCGAGAAAACAACTCTCCTTTAGGGGTGTTAG GCGTTGCTTTCGGATAATTAATTATTCGATACATGTTGATGGATTATAACTAAGTAAATA TTTTATCAAAGTTAGTAAGCATTTTTTTTATTGAAGTATTTTATCATACTTTTTTGTTAC GAAGGAAGAGTGTTTTTTTCTTTCTTTGTGATTTACTGCTCAATATTGTATTAAAATCTG ACTATTTTAGATTCGCATTGATATCGTTCCCTACTCCCTGCCATGGATTATGAACTTTGT CATTTTTATTATCAAATAGTCCTTAATTATGTATGAACTGACCCAACAACCACTTGTGTA TCACTACCATCATCTGAAATGTGCATAGGGAAAAGGATCTTATTTATTTTTACTAAAGTC TTGTTGAGTTGACAAAATGGCTAATATATTCCTGCACCTCCATGATGCTCTTCTTTATTC CAGCTCAGCCATTTTTTATTCTTTTTAAAAACACAATTATTATTTTCTAAGTTAAACTTC AAAGAAACCTTCATGGCACATGCAATTGTTTTAATTTCATCACACCATTACTTCTATATC TTGACCCCCACCCCACACCCCCCCCCCCCCAAAAAAAAAAAAAACTTTCTACTATATAAA TATTTCCTCATTTCATGTTCACTATCACCTCTCCACAATATAATTTTCTCTACACCCTTA GAGAAAATAAATAAATACTTCATCATGAATAGTTTTATGAGTAAACAACAATATTATGGT TACTCAAAGATGGAAATTGATGACCCTGAAGAGATGCAACATAGAAAAGCACAATTCTTG ATTTACAAGTCATTAAAGAAATCAGATTCTATTAGAAAACAACCATGGCTAAAAGTGAGA GTGTGTAAGTTGAAGATCAAGATTGGAAGAAGATTAAAGAGGTTTAGAAAGAGCATATTG TTGACATTTTCTGTTACTAGAGGTGGAGTTTACAAACAATTTATGTCACAATTGAAATCT TGGAAAGGTTTGCTTAAGAGTAGAGACACTATGGTTAGTACTACTGCTACTCTTCAACCA ATCTTCACTTGAAGTTGAGGTCGACTATATGAATCTCAATCTGTTCGAGAAAAAAAATTG AATGAGAAAAAGAAACAAAAAAAAAAAGGAGCAGAGCTTTTTTTTTTTTTTGGTTTATGT TTTGTTCACAAGAAAATGGTGAGACATGATTATACACATATAATATAAATACAGGGTTTC ACTCTTTATGAAACTATTGATTTTCAATACAATTTTCCTCATGTTATTTTTAGAAATTTA ATTCCATTAGTTTATTTTGCCCTGTTATGTTGATTTTTAATTTAGAATTGAAGTGTAATA CATCAAACTAGTTCGTCAACAATAATTTCATTATAGTTCAATACAGAAGTGATTTTTTTA ATTAAAATATTTATACATATTTAATAAATTTCTTAATATACCCGATACTTTCTTTTGCTC TTCTTCCTACCAAATTAAAGACACAGCAGTGGGTTTTTTTTCCCCCCTTAACCACCATTG GTTGGTCGGTCAATTTTTGGGGCCTTCTAATTTTATTTCTTTATTAGGTAAATAAAAAAA ATTGGGGCATGTTGAACATTTCATTGTAATTTGTAAGTAACAGAATATGTTGGTGCCTTT TGTTTGTTAATTTGTCCCACATGCTTTAGCCCTTTTATTTTCTTTTCATGTTTGTTGTAC TTTGGTAGGAACCTTGAGACAATTAGTTGGTTCATTTTTCTTAAAATCAAGACTATTAAA CCATATAAGTTCACCAGTAAATTGACATATTTCGTGCCGTGACAATAAAGGTTAGTGTAA TATTGACTTCTTTGAATAGCTCAAGTAGTATAGCTAAAGTTGAAACAAGAACATGGCTTC CATGATTAGTTTCAACTTGTGAAAACACATGTACCTATTCTCCAATGCTATTTTTAATTT ATTTTAAGATCACATTTGGCCTTAAGATGAATTGAAGGGGGGAAAAGCTTGACATTTTTG TTAGTATAATGATACACGTTTGTACAAAAAATGAAAAATGTAACATGCTAAACATCATGA GTTGAAAGAAAAATAGAAGCAAAAAGTAAAGCATTAATAAATGTTGAGCGTGGTTGAGAA TTATTTATGTCCATATAAATAAATTGACTAGTCTCGAGTGTTTGGATTAATCTTCAATAT TTTATCCGACATCTATGACAGTTAATAGATATAGAAATATCGAGTAATTTTTATTGGTCT ATTTTTAATCAAATAAAAAAAATCGCCTCACTCTTTTAATCCAAATAATTATTAGCTAGC CCCAGTTTAATGTCACAGCTGTTGTATCATATTTATACCACCTTCAATCCTGACATAGAA TATGAAGATGCCAATATAAATTTCTCATAAATTTTAAATTTGAAATGAAAATTTATTCAA ATATATCTCGTGTGAAACCAAACATATGACTTAAATTATATCAGTATATTCGTTTATTAG TTCACGAATTTAATATTTATCATTTAAAAATATATATCTACTAAATGATTTCATTATTCA TATTATAATCTCAAGTATAACTTGTTCACTAATTAAACAATGATGTGTCACACTTGGCCT AACCTATTGGATGTGACTTTGAAGACCTCTTTTATTTGCATAATTAACATGAACAACGTG GGCATCCAAGAAAGTTGATAGATCATCTTCCACAGTTCACACTAGCAATACCCAATATGA CCAAAAAGCTTCAAGGGCAACAAACCTTCCAGCTAAGTTTTTGGCCATTCATGAGTGTTC CTCTTCCAACACATTTGGGGCAGGGATTGTCCCCTCCCACACTCACTCTGTATTGAATCA CGATTAAATTAAAATCATACATTATACGACTTATTTAAAATGACGTTTCTAATAAAATTT TCTTTATATTTAATACTCAAATCTAAACAGTCTTGTCGTCGATGTACTACAGAGTAATTA TGGTGTGTCCCCTCATGCATTAATTTTGGCCTAGTGGGTACAGCCGTACACATTTCTAAT TATTTACCTACTCCTTGTACATTTATTTCTATCAAACCCCATTGATACTACTCTCTTTAG TTTTAGTATTTTTAATACTACCGTCTTTGCCAAAACTATCCATAATCCATGTTCTAAAAT ACTCACGTCATGTGCAAGTATAAATGATGAGAAATAATTAATTATTTCCCCCTCATGTGC CACATGGGTTTAGGTGGTTTTGATATTAATGTTAAAACTGGCACCGAATCGTTTAGGAAT TTTGTATTTTCATTATATACTTTATTTGTTGAATTGTTTCTCTCATTTTGAACACAACTA ACAGCTTCCTAGAACTCCATAAGTTGTCAGTTGTTACCATATTGTAGGCTGCTTCATCAA TTTACTCGTCCTTTATTTTAATTGGACTTGGCACTAACTAAGCATTTAAAGATTAGGGAA TATTAAATGGACCGACTGGTCAAGTTTGAGACTACTGACTCAGTTAATAAACTGATCACG GTGATGTAATAATACGATTGTTTCATCCTTAATCAGATATTACGAGTTTAAGTTTTAAAA TAAAGATTAAAAGTAGAGGATCAAGCCGATGTATGCCTTAACTGACTACTTTAACCTTCT GGCCCTATAATTCTCATTGGGCCGCATAGATTCGTAACCCAAAATTTCTTCCAATGGGCT TTAGCTTTTTCATGCCTTCCCTTTTCAGTGTTAGCTTTCATTCTTTTGGGTTTCTGCAAT GGACATATTACCAAACAATATGTAACAACCACAGCCTGACACTAATTCTAATGATCATTG TCGAAATTAAACTTGTTTATGTCTTCTTTTATGATAGATTTATATTATTATTTATACTCG TAAAATTTTAAAGATCATTTTTTAGCCTTATAAAAAGTCTATTCATCTCAATGTGAAATT AGATATTAAGTCTAACTCAAAACCCAAAAAACTAATCAAAGAGAGAAAGATTGTTCAAGC ATTATAAAAACTCTGCCCATCTCATTATCCAACGATGTGAGACTTTTGTTATTTTCCTTA GCATCTATCTCAACAAACTGCAAAAATGAGCAATTTGATATTTTTTTTCCTATTCATGAA GTGCTTTTTCTGCATAAAGTGGATGAGAAGTCCACTCAAATTAATCATAAAGACCCAAAA AGACCATCACTTTAGCTTTGTATATGCGAAAAAAAAATGTGAATTTTATACTCTTTTTAC TTAGATTGTGATTAGGGATGTACAAAATCAAATAAAATAAGTAATTGAGTCAAATTGAAA AAACATCGATTAGTGATTTGATTTGGTTTAGTTTGGTATTGAAAAAAAAACGATTAGAGT TGTGTTGATTTGGTTTTAACTAAAAAATCAACCCAAGATTAAATCAATATGATATTATAA ATGATTTTAAAATTTTATTTTATGCATAAAAATATTTATTTTGATATAATTTTCAAATAT TTCTTATATATATATTTTTATAATTTTTATCTTTTAATAGATTATTTTAAGTTTGAAACT TAGAATTCCGAATAGTCCAATAAAAATTATAGTCCACTAATGTTGATAATTACAATAAAA CTTAAATCAAAATCAAATTAATATTAATGCAAAAAGAAAACCAATTAAACACTAAAAATG ACAATAATATCAAATATTTGTTCTTTAATTTTTACATTGATTTAGACAAATTAAATACAT AATCTACTATTAATTTCCTTTGACATTTAATCATATAACTAATACTTATTAAACTTATGT GGGAGAAGACATAAATTATGATCATTTTCATTATGACTTGTTAATTTGCAATATTTGTTT TTCATTATTATTTTTTTGGTTGGATATTTTAGTGTCATTAATTATATCATATTTTATGTT ATTTTCTTAAGAAACACCTTAAATAGTTGTATTTTGATAATACTAAAGAAATGTTTGAAA TACAATTAAATAATATGTTTGTATGAATACTTTATTAGAAAAAAATGAAAATTCAAAAAA CCCGAAAAAATTTGATATTGAAAAATTTAAATTTTATTGGTTTGATTTATAAATTTTAAA ATTCGACACAATAATCCAATTATTTACACACTGTGATATTAAAATAATTTATGTAATGCA AGTTTAGATCTATAATTTTTTCTACTATAGTAGAAAAGGGTAGTTCAACATGCTTGCTTC ATTATTTAGGGGTATTTTTGTCTTTTCACATTTAGGGGTATTTTTGTCTTTTCAATTTTC TCTAATGGCTAGGTGTCATCTTGTTGCTTAATCAATTTTTGCCCTTTCACTTTCCTATTG CAAGGTGTCTTTCAATGGTGATCTGAATGTATGCATGTGTTCCTCTATGTCATCCTTCTA TTTTCCCTCTACTGATATCACTATTTTCACATCAAAGTTCACACTATTTACCAGGTAAGA TTAAGCATGTTTCAATTGAGCTTTTTCACTCATCTTTCTTTCATCAAAGTGAAGTTCCAA ATTTCATTTGGCTGTGCGAATGTTCCCTTATTTTCCCATTTGAGATTCTTATTGATGTTG GATTATCCTTTTGGTTGGGTGATTAAGTTTGATTTAGGTGTGTGAATATATGAAATTTGA TTTGGGTATGTATGGTATGGAGGTTTATGAGAGATGGATTAGAAGGAATAAAGGTTTTGT GCATCAATTGGACTCTATTGCCAATGGAAGAACTATTTTTTAAATTTTTTTTAAAGCTCT CTGCTTTTATGGTGTGAAAACAAGAATGAAATTGGATTTCATTTTTAATATAGAAATGGT GGATATGTGTAGTTTATAAATTTCATTTCTGTGCCTAAATGGGTTTTTTGTTTCCCTTTC AAAGTTTGTATATTTGATTAGTTTTGTGTTTGTTTGAGCCTTTGTTCATATATGAAAAAA TCATATATTTTCACATGCAATAGATTTTGGTTGTCTTTTGTTACATGTATAGTTTGATTT TCTTTATCAAAATTCTTTTCAACTTCCTCTGTTCATATATCGGTTTTCCCCATCTGAATT AATTTTCTGGGTTTTTGTGATGTTCGATTTTTCTTGTGTTTTGGAGTCTTTTTTGGTTCT GAAGCTCATCATTTTGTTCAAATTCCAGCTCATGGACCTTAACTACTACTTCTAGAGTTT GCTATCTGTTTGAGTGTGTCACCATAAAAATTGCTACTCCTTTTAGACAATGCCTTGCTG ACCTTCTTCAAATTATTATGTACAATAACCATACGGTCTGGACCAAAGTTCCTTGACCAA TTCTGTCTGACTATCTCCCAGAATGTCTCATGTTCCACCCAAAAATTCTTAGTTACTCTA CTATCCTCTTTGCAATGCGTTAAGAGAGGTGCATGATTAGATCGTTGCTTAATTAAATGT GCCACTTCCAGGTTAGGAAACATACTCATATCTGATTATGCAAACATTTATTCAGTCTTT TAGAAATGCATGTTTCATCTGATCTACCATTCAATCAAGGAGCATGCTACCAGTGAAGTG ACTCCCATATCTGATAATTGACATTCTTTTAGGCAGCAAGAAGTCTTCATTTTCAGCCCA CCAAACTTATGATATTCATCCACAAGCACATTAAAATCTTCCCTTACCAACCAAGAAGTT CATATATGAGTAGATTGATCATAAAGTGCATCTCAAAGTTCTATTCTACTGTTGGGATGT TGGACCAAATACCTAAGACAGAAGAATTATCCAACATAAAGTTTGGGTCTTGAAAACAAA TAACCAGTTTTAACTCATTGTTTGCCAAAAGTGTAATGGACAAATTCATATAGTGTGTTT ACTACAGTTCTAGTGAGAATTATGAAAAATGCTTTATTTTTACGGAAAAATCTAAGGAAA GCTATAGGAAATTAGGAATAAGTCCAAATTTTATGCATAACATTGCGTAAAATCTGTTCA AAAAATTGAACAGATGAATGATAAATCAGCTGGAAATTATCAAACCTTATCAAAGGCAAA TGTTCTGTCAATCTGCTTATTAGCTATGTTCTGAATAGCAGAAACTTCTCTTCTACCTTC ATTACAGGAAATCACAACTGGTGTATGCAATCTTATCTCATCCTCACTCAACGGCCTGTA AATTTTCACCATAGCTACTCCATCAACAGCACTCAATTAAAATCAATAAATACAACAAAC TCGAAAGTACATTCATTTTTACTCACTTGCAACGCAAAATAACTTGCACATTTACACCTT TTTCTTTATCATGCTTCCCATTCACATTCCCTCAAGGAGTTCATATATGAGTAGATTGAT CATAAAGTGCATCTCAAAGTTCTATTCTACTATCTCTTGTCATTACTAGCATATTTCTGT AATCTGAGTCGATTGTAATGTTAATACCTGGTCCATGTCCATCATTGCTTCATTCTTGTT CACAATTGTTGTTCTTGTTAAATTATGATTAATAATTATATTGCTTGAAAGTTTTAACAC TTTTGACTAAGCTTCATTTTTTGTCTATTACCTAGAAAGAAGATAGAATCTTCTTGATTC ACATACTACATGTATGTTTAATTTTTTACTTTTAATTTACTCAAATCTGCACTGTGTAAA CCGTGTTCTTGTTCTTGTTCTTGAATTCATTGTTGCAGAGACCCTTTTAAGCTCAAAGGC CTTTCCTGATTTTTCGATAAAGGTATGAGCTCTTTCTTATTATGGTTTGAGTTCTTCATT TGACTTGATGTGGGGTTTAATTTCATACTGTTTCGTTCTGTGTAGTTGGTGAGTTGGTAA TTTGTTTTGTTGGTTTAATATTGGGGTTACTTTGTTGATTCTGAGTTTAAAGATTCAAAC TTTGTGCTTTTTTGTTTTGTTTTAGGCTATTTTTGTGTATTGTTTCTGCTTAGTTGAGCT GCTGTATGAATTTTTTTCCGATCAATATTTTGCATCAGTGTAAAACAATTGCATTTAGCA TACATATCAATAAAGCGAGTTTCCACATTAACATCAACCTGAAACCTGAAGGTCCAGCCT GATAGCCCAGCCATGCGGCATTTGCCAAGCCTCAAATGAGGCAAACTGGCACATGCAGCA GAAGGGATGCCAGAGTTACTGTATTTGGCTTTACACCTTTAAGCTGCATCCTTTGAGAAA ATCATAGTGCATTTTAAGTACCAATTGAAATGAAACTGTGGATCATTGTAGTCCAAGTAA CCACATCTCTATCGATCATCTTCTCAAAAACCGACCTTGATTTATCCATTCTTCCACACT TGATGTACAACCAGTGAGTGAATCTCTCTGCCCATCTCACCGATTTCAGAAAATACTCTC GAGAATGTCCGTTTCGTTTTGGTATGTGTTTAAGTTGATTAATTACTTAAATGTTGTCCT TTTTATTTCTAGATTTTCAATCACATAATGGTTTAAATGGTAATCTAATTTGTTTTCTAT TTTATCCACTCAAAACTACTTCTAAATGTGATAAAAAAAGTTTTCGAGAAGGTCATCCAT TTTCTAGAGTTCAATGAGATACTCCTAAATCCGTAGGAGTGACTAACATTTCGTCGATTT CGAGATTGAAAACTATAGCTTCTCTTGAATCTAACTTAATTAGTTTTGATATATGTGATA ATTTTATGATAACATGCCATCAGAATTATTATTAAATGGTAAAAGTATGCATGGATTATG TACTTAGCAGTTGCTTACATGGCTGCAACATTGCCACGAAAGGGGTATCTAGCACAGAGA TATGAAGGGATCTACTTTGTTGATCAACAAACATGGAATGCTAAAATTATTGATTTTTGA TTAGCGGACTACTTCAATCCTGAAAAACAGCATCCTCTTTCAAGTCGAGTTGTCACACTT TGGTAAATAGCTCCACAAAGTTCTACAGATTATGAAATATGTGTTGATCTTTGGAGTGCA GGCTGCCTAATGGCTGAAATGTTTACGAGCAGGCCTATTCTGCCTGGTCTGCGATACCAG CCTCACTTTGGAAAAGTTCAAGTGATTTTTTATAGATGAGAGTTAATTACGTAGATCATC CAGAAGTTAATAACTATCAATGTCTCATCAAAATATAATTGATTCAACTTCTTCCAAGGC TTGTTTATGATATAATAGTTGTTAAAAACGCTCTAGGTAGATTCTATAGTCTCCTATACT TGGAGAGGATTATCGGAGGAAAATGAACTTTCAACTTTCTTCACTCTGCTATATACCTAT AGTTATAACATGAGGAGGTTTTAAGGCACTTCCCTGTATCTTCTTGGGGGATTCTAAACG TTCTTTATTATCTGATTTCTCTTTATTTATTTTTTCTCTTTTCTGTTGTCTTTGATTCTT TTATTTGGAACTGAAGTGGTAGTGATTGACCTAACAATAATCATTTCATGTGTACAAGTC AATAAGGACTACAATCTTTAATTGGAGTGTCATTGTATTTTTTTCACTTCTGCAGATATA ATACAGCTAAACTTGCAAAGGCAATGTCTCAGAGGTACTATCTAATACTTATTTATGGAA TCACTTTTTCGAAGGTTACCTATCCTATAACTCCATGAAGTAGTAGTTTGTTAGAGTATC GGGTCAAGTAGTTTGATTGAAACAAAGGTTCATTTCGTTGGATCTTCATTTGCCTGCAAA CTTATTTGTCAATGTGTTTTATTCTCATTTGCCTATAACATTACTGAGCATTCTTTACTG AATTTTAAGAAAATATTAAATGAGAAAAGAATGATGTTTACGCTTTCAGCACTACTCCTA AAAGAACACTATTCCTAAAAGAACTGATAGATATTTATAGATTATCCATTAGTTCAATGA AAGATATTAATATCAATATATATATGACAAGTGTGATGGTAGCAAGATTATTCTCCTTTA GATGGTGTGGTTTTTGGGCACTGCTTTGAAATATAATATAGTTCACAAAATTCAGTCCGG TGAATATTGCAACTTTTCATGTTGTCTTTTTTACAGGGCAAAAACATCTTACAAACTAAT TCTAAAGGATCTGTTTCATTGATACAGAACACATGTATCTACTTTTTTAGCAAATTACGT GTATGTCATTTTATACACCAAGCCATGCCATTTGAGTCTTCATACTGCTAAAAAGAAATA AAAAATCAACAAACAAATTGTCATTTTTTCTCGTAAGAAAGACATTTGTGAGGCATAGCT TTGGTAGACCTGTCATCTAACATTTTGTTCCTGATAAAGCAACAAAGAATAACTACAACA ATTCAATCGAAACAAATATATGATGAACATTAACTCAGTAATACAGTAAGAAATTATCTC TTCCCCACTTTCTTCTTGTTGTCTCTTAGTAGCTGTGTTTTTTACATGCAGGGTGCAGTG AAGGGCACGAACAAAGCAAATAACACATGTGATGTGTGGACAGAGTACTATGACATGGCG TACACTTTTGGTGCTGATAGCATGGACTTTGCTGCATTGTTATAAGAAATTGACAGGTAC TTAAATCTTGCAATCACTGATAAATTTTTAAACAAACCAGTACTATACTCAACATTAACT CCTCCCCATAACTATATACTAAATTCATTTTCCATCTTATTTCACAGGTGCTTTCTGAAT GATGCTGATTAATAGTCAAAATGCAGCATTATGTAAATATTGTAGATATCCAACCTAAAT AACACAACCATGACAACGAACAAAACAACTGCCAACCATATTTTATATATATATACTATA TCTATCCATCTCTCTCTCTTTATCTATCTATCTATCTATCTATCTATATATATATATATA TCCGACTCATACATTCTATATGTTTTTATCTAACTAACAAAAATCTTTCAATGCTTGCAC GGGCCACCTCTACCTAGTTGTACTAGAAGTTTGACATATACCTTAAATAATAAAATCTGT TAGTCGGGAAGTATTAAGAGCCTGTTTGGCTCAGCTTAAAAGCTGGTCAAACTGACTTAA AAGCTGATTTTTGACTTATTTAGCTGTTTGACAATACTCAAAACATCTTATTTTAAGTTA AAAAAAACTTATTTTAAGTCAAAAGTTAAAAGCTGGGGTAGAGGTGCTTTTTTTTTTTAG CTTATAAGCTGTTTTAAGTTGACCACATTTTTATCTTTTTTTTATTAATATTTTTGTACA ATCTCCAAATTACCCATATAACCCTAACATTTCTTTCTTCCATTTTTCCCTTTTCACGTT TGACATAACAACTTCACACTTTTATCCAAACGCATAACTGCTTATTTTAAAAATAAGTTT CAGCACTTTTAAAAGTATTTTTTTAAAGCTGCTTTTATTAAGCCCATCCAAATGGGCCCT AATTCTCATAATAACAATATCTAAAATTAGTTAAATTCCACAATTTAAAATACAAAGAAT AAGTAGGTTGTCAAGTTGTCATTCTAAAACAATATTTTGATTAAACATTTACCAAGGATA GAAGGAATTAAACCACCTCTAATAATAGGTAATTTTAGGCAATTCAATATCAACTAAATC TTTTAAGTTTGAATTACTTTATCATATATCAATGAAATATTTTTTAAATTTATTAGAAAA AATGAATTAACTCATAAATTAAATTTTAATAAAATATTTCACGAAACTTAAACACATTTT CTACAATAATCATATTTATTTTTATACTTTTTAATTTTCATTATTTTCTGATTGACTTTC CACTTGAGAAATGAGGAAAAAATGGAGCAAAAGAGAAGGGATATAATTAAAATAAAGATT ACAACAAAGGAGTGGATATATTTTATTTTGGGTTTATAAATAAAGGAGAATAATTAATAG TTGTAAGTTGTAACTCAAATCCAAAAGGAATATGAAAGGTTGATATACATTGTTTCTTTT TTTCCCAAAGTTATTTCCGAAAATTAAAAATGTGGGAGTGAAAAGCGTAATGTGTAGACA ACGAAGAAAGGAATATATTTTCAAAAATTCCGCTTTCTTTCATCTAACAAACAATTCGGA GACTTTGTTTTTTTTTTTTTCAATCCATAGAAGACATCAGCTTCTCCATTGTTAGGGTTT CATCTGTTTCTTCTCTCAAATCAGGTATCTTCATTTCATAGTTTTCAACCATTCTTAACT TCCGTATCCATGTTATGATTTGAAGTTACCTAGTCTAACCAGTTAATACGTGTTATATTC GCTGATTTTCTTTTTATTTGGTTGCTCGATTGATTTTCAGCTTCAAATGCTTTGTTGATT GATGGAATCGATGTAAATTTGGTGAATTTCACGTTGAATTTTGTTTATTGTGATTTTTTT GACAGGTTTGATTGGTCTACTTTGGAGAATTGTGTTGTGGTATGCGATGTGATGATTTAA GATAGGTATTAGGTTCTGGCTTGATTTTTGGATAGAGCTTTGTTGTTTGTGGTTGGAATT TTGGAAGGTTATATAGCTAAGTTTTGCTGGAAATGAGTGTAGTTGGGTTTGATGTGGGAA ATGAGAACTGTGTTATAGGAGTTGCAAAGCAACGAGGAATTGATGTAATATTAAATGATG AATCGAATCGAGAGACACCAGCGGTGGTGTCGTTTGGTGAGAAACAAAGGTTTATTGGTG CAGCTGGAGCTGCATCGGCTACTATGAACCCGAAATCAACTATTTCGCAGGTAAAGAGGT TGATTGGTAGGAAATATAGGGAGCCTGCTGTTCAGAAAGACTTGAAATTGCTTCCGTTTG CGACCTCTGAGGGACCGGATGGTGGCATTTTGATTAATTTGCACTACATGGATGAGAAGC ATAGTTTCACTCCTGTTCAAATTATGGCAATGCTATTTGCACATTTGAAGCAAATTGCTG AGAAGAATCTGGAAACGGATGTTTCAGATTGTGTTATTGGCATACCTTCATACTTCACAG ATTTACAGAGACGTGCTTATTTGAATGCAGCAGAAATCGCTGGGTTGAAGCCATTGCGAT TGATGCATGATGGCACTGCAACTGCACTGGGTTATGGTATATACAAGACTGATTTTTCAG CTGGGGGTCCAACAAATGTTGTGTTTGTTGATGTTGGTCATTGTGATACTCAAGTTGTTG TAGCGTCATTTGAACCTGGTCATATGAAGATATTATCTCATGCTTTTGATAGCGCCTTGG GTGGGAGAGACTTCGATGAAGTTTTATTCAGACATTTTGCTGCAAATTTCAAGGAACAGT ACAATATTGATGTTTATTCAAATGCTCGGGCTTCTATAAGATTGAGGGCTGCATGTGAGA AACTGAAGAAAGTTTTAAGTGCAAATCCAGAGGCTCCACTTAATATTGAGTGCTTAATGG ATGAGAAAGATGTAAAAGGTTTCATCAAAAGAGAAGACTTTGAGAAGCTTTCATCAGATT TGTTGGAGAAGATAAGCATTCCTTGTCGTAAAGCTTTACTTGATTCTGGTTTGACTGCTG AAAGGATTCATACTCTTGAGCTTGTAGGATCAGGTTCTCGAATTCCAGCTATGGGAAGAA TTTTAAATTCTGTTTTCAGAAAAGAACCGGGGAGGACAATAAATGCTAGTGAGTGTGTTG CACGTGGATGTGCTCTTCAATGTGCGATGCTCAGCCCCATATTTCGTGTTAGAGAGTACG AGGTTTGTGATGTGAACTATTACAGTAATACTTGTGATCAATATGGCTGAGTTTCTTTCT ATTTCTTAGTCGCATTTTCATTTCTTAGTCCCATTTTCATTTAATTGGCCTAAATTAGAT TCAAAGTCCAATATGGATAGGTTTATCCCTCTTCTATGGGGTATTTAGTTTTAGTGACCC GAGATACAAGACCTTCTATGCTCTCATTGGCTGGTTTTACTTTACTTTCTCAATTATGGT GAATATGGTTGTGATGTTAGATGAGTCAAGTTTTCCTTCTCTTTGTTTTTCAATTTACTT CTCTTTCTATCGGGAGTTTGAAGTTCTATGATGTAAAAACTCTATTTGTAGAAACGATCT CTTCTATGGCTATAGAACATTCTAGAATATTCGCTGCTGAAATAGTATTCCTGCAGTTAA TTGAACAAATATTAGAAAAACAACCTCGAGTAATGAGTGAAAACATGATTAAATGAAAAA TTCATTAGACTAGAAAGACCATGGAGAAATTAAGTGACTTTGCTATCGAAATGGACACTC TAGCAGATGCAGATCATGATGCTGATAAACTACTTCAGAAGACATGAAGCATTGCATAAT TCTTTGGACTTCAAAGACCATGGAGAAATTAAGAAACTTTTCTATTGTAATGACCACTCC ACCAGATCATGAGGCTAATACACTACTTCAGAAAGCCTAAATGTTACTCCGGGGAGCAAC ATAGTTGGGTGTTAAAAGACGCATAAAATCAAAAGAAATAATTCATTGAGTTATGAGAAC CATACATGTTAATAATTGATAAACCAGAGTTGCAATATTCATCGAGGCAGAGAGCATTCT AGAGAGATTAAATTGAATGAAATGAGGACATGACCTAGCAAATTTGTTGACTTAGTCATT CTTTCGGAGTTGGAGCCAGGCAGGGTGACTGCAGATGTCTTTGAAAAGTAAAAATGAGTA GCTAGATCAACCATATGAGCGGTTCCTGTTGATATCGAAATAATAGACTACACTCTTTAC TATGTGTTACCACCTTTTACTTCACTACAGTCATTCTGTTGCTAATTTTAGTGTTTCTTT CTTGTAATAAACTAGAAGTACATTTGAAAGAAGTACAAAGAGGTCTTTTTGGGTAGGGGC AAGGCTGTTCATGTTGCTGTTGTTGTACAAAAATGAGAAAGAATTATTGCGCGTTGGGAT AGCTTACTACATCTGTGTCAAAATTATGCCTTTTACAGTTTTACTGCTTAAATAGTTGTC ATGCATAGGTACCCAAAGCTTAAAATTCATCTCACAACCACTAGCTTGAAAAGAAACAAT ACAAAACAATGTTCTTGTGAGCTACTGATCTATTCTTGTAAAGCTTGCATCTTCTTGATA CCTTTAAATTAATCTACTTCATTTAAAAAAAAATACAAAGCAATATCCAGAGGATAATAG GAACAAAACATAAGTGTACCAAGTCCTAACTCCGGCATGAACATTGTTTAGTGCATGGCG TTTTATTGAGGTATAGTTGTTGGTTTCATCATTATTTTGAGTTCGGAAATCTTTTATTTA CAGATTCAGGATTCGTTTCCTTTCTCCATTGGGTTTGCATCTGATGAGGGCCCAGTTTGC ACCCTATCAAATGGCGTATTGTTTCCAAAGGGCCATAGTTTTCCGAGCATGAAAGTGCTC ACATTGCAAAGGAGCAACAGTTTCCACTTGGAAGCATTCTACACTAACCAGAATGAGTTG CCACCTGGTGTATCCGATAAAATAAGCAAATATACGGTACAGTGCATTTTTCCCTGATAA CTAATATGAGAACTTCTATCCTCTAGTTTTGTTTGAGATTTCTAGATGTATTATATAACA TTTGATCTAATTTTCTTGATTATGTTCGGAATGATTCTCGATAATTGGATTACTCTAATC TAGTCATAGCTAAAGTTCTAGTTGTTGAGGTTACAACTTAAGATCTCTATGCATTTGATT TTTTCAAAGCCCATTGAACCACCTTTGAGAACTTACTACAGCAGACAATTGTATCATTTG TCACATATTTGTTCTTCTAACCCAAATTAGTTGTCCACTTCCCTTTTTGGTTTGTTTCCA GTAATTTATCCCTTGAAAGAGAAGTTCTTATCTTGATGGATATCTCAATATGTCTGTATA TCATATTCCCGAAAAGGTAAGTAGACATCAAAAGAGAAAGAAAAATTCAATAAGTCAACT ATGTCTACAGGGAGTATTAGATATTGTACTATTTCATTGTATGTTTAAATAGCTACATGC ACTACCCAGTAGCTTTGCATATTTTATGTCGCAATATCTTGGTGATCTTCTCTATTGAAT GAGCCCGCTTGAGAAGGTCCTCACTGAACCACTCCCAGAAGCAGTTTTACCTTCCAACAT ACAACAACATACCCAGTGTAATCTCACAAGTGGGTCTGGGGAGGGTAATGTGTACTTGGG AGGGTGATGTGTACACAAATTGTTTCTGGTAGACTTTTGCCGTCCAATGTGAGCCCTATA AATAAGGCAAAAAAAATTGAACGTAATATCTCTGCTATATTTGGACAATCTAGGGTATAA AACTGAACCACATGTGTTCATAGCTAATGTACATCAGCCAATTTTGTGATTCAAGATTTT CAAAACTAGACATTGCCGGTGCACACTATGTAAACCTTTGATCCGTTGTACAGTTTGGAC TGCTACTTCAGTCTCTTGCATTGCAGATTAGCTACAGAGTCGACGATAATTTGCTGGGTT TCAATTTCTCCGGTTTACTTGAAAGGAACTTTCATATCTGCTGTTATTACCTAAATTAGC ATCATGCATGAGAAGGTAAAGAAAAAAGGGATGTCATTGGTACGAACGAAATGTAGTTTT GATAAGCTTTATTGTGACTGAATATATGCAGCTGTGATGATTTATCATTAAACGAGAAAA AAATTATCTTCTGATATTTTGGAGGATTAAGTTCTGGTAGTACATTCACTTTTCTAATAG GTAGAATAATATATAGTTGCTCAAATACCAGAAAATGTTGTATCATGATTTGTTATGCAA ACAAACATACGTGTACATCTGTCCACGAATGACTTTGTCTCCCAGAAAAAAACACATTTA GGTGGTTTCTGTGACATTAAAGAAAGTGCAGTAAATTGGAAATCATAATTTTGATGGAAT ATTGTGAGCAGTGTTTAAATTAACATGGTATTGAGGGATGATGCAAAAAGATGTATTGGT GTTAATTATAGCAGTGATGCAACTTCCTTATTTTCTTAAATATTTGGCTATCATAAGTTT CACTATAAACTCTTTGACCATGAGCGTTATTGGTTTAGTACTGTCAAATGTTGTACTTAT CCTATAATTAAAACATGTTCTCAAGGCCTATTGTTCTGCCCTTGCAATTTCATGGGCTCA CAATGAAAACTTGTGAAACACCCTTTTCTGCTAAAATGTTCATAAAATTTATTACTGTAC ATTATAAAATGTGATGAAGTTGCGAAACACCCTTTTTGGTTGCCCTTCTATACTGTTTCA AATATCAGTTAGATTCTCTCGCTGTCTAACTTGGATAATTTCAAGGTTTAAAATAAAAGA AGGAAGTGGCATTCAGGGTTTTAAATAAGGTCATTTGGGCCTTTTGCTTTCAGGAAAGTT TTTGGACATCTGAGAGACTGACTAACACCGAGGTCATATTGGTTTTTGTTGGTGTTACAC GAGAATTGGCAAGTTACTGGTCAATGTTTGTGAGTCTTTTAAGCATGCTAAGAAAATGCT CTTCGGGCTAACTCGATCCCAAAGATAGCTCATGAGGTGAGGATTTTTTTTTGTTGTTAT GGTGAGGACTGCCTAAAGCCATATAATGAGACAATCAGTTCTCTCAACCAATGTGGATGC CTTAACATCCCTTTGCACACTATCTTGGATATTTGGAGCGTGATCAACATAATATAGGGG TCCAACACTAGGTAAACCAGGAGTAGAGATGAGTCTGAGTCTAATTCCAAGTCTAATACC AGGTTGAATTGTCTGACCTCATTGTTTAAAAGCTTAAGTTATTTGGGAAAACATATTTTT AGTTGCTTAGTTATATTATTTTTCTACACAGTATAAACAACAATAACAAAAGAAAAGAAA TCATATTCGTTATAAAGGTTTCAAAATTTTCAATTGAAGGACAGGAAGATGGCTTTCTGC TAGCCTATTTCCCTGAAAGCACACTAACGTGTTGCATGTTAAATGTTATTCTCATGTGGA ATATGATCAAAAGACGCCTTTTATTTGGTCTTATTATGCTATCAAGTATCTACCGGGATC TAATCTTATGCTGTAAAAGGAGTTATCCGATGACTGTGTCTTTTTGAATCTCTTTGGTCG GTGAGTCTAGAAGTTGAGAATATTTGTAGCATTAACTTTATTTCTTCCTTGCTTTAGAAG GCAGGTTATGCACCTTCTGCTTCCTTGCTGAATCTCAATGTGCAACAGTTTGAGGAGAAT GCTTAACTGTAAAAATAATTAATTTCAGCAGTTTTAGAAACTCAAATTAATGCCAGAGAT ATGCTGTTGCCAAGTGTCTTAAGAATTTGCAATTAATGCTCTCATCCTTGATGCCAAGTT GACTCCATCAATTTGTCAGTTAATCTCACTCTGTTCTTATTTTTTTTTCAGCTTGGCCCA TTCCAGGTTCCTCATTCTGAAAAAGCAAAGGTCAAAGTCAAAATTCAATTAAACCTCCAT GGTGTTGTTACAGTAGAATCGGCTTGGGTAAGTGCCAATTTTCATAGTATGGAAATTCAA CTGCATTTTGTCATCCCTTCAGCTGATTAAACTTAATTGAATATGTAACCCAATGTTGTT ACTGCATTATGTCATCTCTTCAGCTGATCAAAGATCAATCAAGTCATTCTACGTCGGAAA ATAATATTGATACTTATGCAGAAAATATGGAGGTAAGCACTCGTGAAGCTTCTGTGTCAT GCATAGTTCTGATGATAGTTACTCTGCACATTTTGCTGTATGATACTGATTAGTTAGAAC TTATAGTATCTTTTGGTAATTCTTGAAATCACTGCTTAATTTGCGTCCCTTTTTTGGTTC TGTTTGGACCTCAGTATTAAGACTTAAGAGGATTGGTGGTTTTCTTCTTCTTGTTTGTTG GGCACTCAAAGTTACTAGTCGGTTCTCTCTAAAAAGAATGACACAATTACTATTCGGGAC TTGAACATTTCTTTCTTTTGTTACTAAGTTGTCAAACATTTTAAATATTTTTTTACTATA AAAATTGTAGATCATTATTCTATTTATGTACTGTTTAAATATATAATCTTATTTAAAAGA GATTAATCTTGCACTTCATCCCATGGAGATTGTTGGTTGAGTTGTTAAGGCTCGAGTAAC AACCTGAATATCCTAGATTCAGATTCAGGCTTAACACTCAACATGAGCCCATCTGTTCTA GCCTGTGTGAGCACTGAGTAGGACTACCCCACACTTATGCTTGTACGCTATCATAGGTTG TTCTGTGATTTAGTCGAGTGTGAAGCTGGTTTCAGCACCATCATTTGAAACAGTGTATAA AAGATAGATTCATCTTGTTCTTTGCTTTTCCTGGCCAAACGAAGTAGTCCTCCTCTAGGA CGTTAACCTTGTGTAATTTCAAATGGTCGACAACAATCAGAACCCAGGGAACAAATCCTC AAAGATAGCAACAAGTGGCTCAATCAACCTCAATCTAATACCTGACTATACTTCTATACT TGAATTTGCTGAAGATATCTTTAAATAGTTGGTAGAAAATTTTGAAGAAACCATATAGCC GTAGACCTAAATAAATTATAAAATAAAGTATCCCCTCTCTAATTGCTTATGTTTTTAAAT GAGGCGGTTTGCATAATTCAACATGACTATCATAATTGGAGTCGCACTGCCACCCCTTAA GGAAAATATTTCCGTGTGCTCGACTCACATAAAAGAATCAGATCTGCATGTGAGGTGGCG TGCTGTAGACCTAAATAACTGTAATAAATAAAACCATCCTTGTAAACTTTTAGATTCGAT AGTCATATAACTCAAAGAATAGCACTTCGTATTCAAATTAATTAATATAAACTAGTATAT AGTTGTCAGTTTATCTCTTTGGAGTAGGGATGACAATGGGGCGGTGCAGGGCAGGCTGGT GTGGGTTGACCTTAGCCTGCAAATTTTTTAATCCGCCCCGCCCAACATAGCAACAGTTTT CATTTTCAACCCGCCCCACATTATTTTTTAATATTTTCTTTTTATAGTTATGTTTGATAC TAAAAAAAATCATGAAAATAAATTCATTTTTTCATTAAGTTGTATTAATTTAATAGGATA GTGACTTAAATTTTTACTTTTTAGAGGTCAATTGGAAAATATGCAAGAAATTGTATTATT TTTATTGAACCATTTTCATTTATTATCTTGAATATTGTAGTAGCTTTAATGAATTTATCT TAATAAGTAATGCTCTATCAATCTATAACATGTAAAAAGTTAAAATTAAGTTTGAACTCA CGTAAAAATTATAAAATGACATGTATCGCAATCGCCCCGCCCCATATTAATTAAAAAAAT CCACTCCAACCCACCTCGCATCCGACCTGTCCTACATAACCTTAAACCCGCTCCACCCCA TTGCCATCCATACTTTTGAGGTTGTAGACTTTTCTGTTAAAAGAAAGAGTCCTCAAGATT GGATGGGCTAAGTTAAGATTTAGAATGGAAGATGGGCGGATGGGGGTGGTAGGTATCTGG AAGTTGTGCGGTGACCTTATAATTTTTTTCAAAAAATATTTAATGAAGACCATAACACAA TTTGTTTTACTCAAATTTTGTCAGAAACAACCAGACCTAAAATTGAAATAAATTGAAGTA TCTGTACCAAGGTAAGTATTATTAAAAACACTGATGACACCAAGTAGGAAATGTTCCTAA CTCAGAGACTGTTTTAGAAAGGCTCTAACAATAAATTAGATCCCAATGGTCACATACTTA TACATACAAGTCATTAGTGCTAGACTGCTAGTAGAATATATGCTTTTGTGATTCGTTCAA CAAGATACAAGATACTTGATCAATTCAAGTGCTCTATTTGACATTTTTTATATTTTTTGG GCTACAATTTCTTTTACTTTCTCAAAAAAAAAAAACCCCTTCTAAAAAACAGTACAATTT TTTCTTACGAAGATAATGATTTTAAAATATAAAACAGAAGGATTCAAGCTAGTGAATTTT GAAAAATATATATAGTTATTTTGATGATTGACCATCGTACTCAATCAGTAACCATGTTTT AAATGGAGGTTTTGACCTTTTTATGACTGAATTATTTACACATGCCTCACACTTTGTTTT TACTTTTTTGTCATGGTTGCTAGAAAGATTCTGTTTTAAAATTATTTAGAGCTAAGGGAT CAGTGTGGTTCATGTTGCTTCGTCTCATCTCTAGTAATTAAATGGGCTTGGACTTTGAAC AATTAGGCAAGATTTATGATAAAGTGGAAAAAGTTACCAAGAGCCTTGGTGCTGGTCTGG AAGACCATGGAGGAATCATGTATGGAATCTGCATGTGGAAGTGGTGAAATTGCATTTTCA CTCCTCCTCTTTCTTATTGATGTTGCAGTGTTTCCATTACTTTAGTTAGGGCATACTCTA GGGTAATTGATTATTTATTTTCCTTGAAAAGATGTATACTTATCCGATGTCAGCTGATTA TAAATTGGTCATAAACTAGGACCCGACACTAGGACATCAGTGAGTTGTTATTCCATTTGT GTGCTATTGTTCTTTGGTTAAAAGGCTTTTGCCTATTTCACATGTGTACCTGGCTACTTG TGAATGGAGTCCTGTGGTTCTTTATGCAGGGAGATGATACAAGGAAAAGTAAGGCCGTTA AGAGACAGGATATTCCTGTCAGTGGAAGTGTTGATGGTGGAATGACCCTCATGGAGCTAT CCCAAGCTAAGGAAAAGGAACGCCAGTTAACGGAGCAAGACATAAAGGTGGAGCGAACTA AAGACAAGAAAAACACCCTGGAGGCATACGTCTATGAAACTCGTAATAAGGTATGACATC AAATTTTAAGTCTCATAATTATCTTTGCTTGGAAGACTTTAATTCAAATGATCTGTTTCA CACTTTTAAGCCGAGAATATGTCTTTTGAGGATATAACATTTTTATCTTTAAAATATAAA ATTTCAAACTGAAGCAGTAGGTTTAGGAGTGATGAATGCATCAATGTGAAATTTTACTTT CTGATTATCCTTTCCTTTACAAGTCATGTTCTTTCAGTTTTCAGTGGGCTGTTGAATTTG GCAGTATCACTTGCATTTATAACTTGTCCTTCTGCATAATTTTGTTTTGCAAATACCACT ATGTGACACTCATTACTTTTAGACACATGTTGGAGCTGATACATACTACTTTATCACTAT TTAGTACCTTGTCATTTTGTTATGGAAGTTTGTGTCCTTTTCCAGATAGTTTCAGATACA CCATTTCTTTAAATTTTGGTTTTGGTTTTAATTTAGTTGTTGTTATCACTTATCAGTATC TGCCCCATTTCCTTTATTTTATGCATCTATTTGAATAGCTTTTGAATACCTACCGGAGCT TTGCTACGGATTCGGAGAGGGAGGGTATCTCTTGTAATCTACAACAGACTGAAGAATGGC TCTATGAAGATGGAGATGATGAGTCTGAACAAGTTTATGCAGAGAAGCTGGAGGATCTTA AAAAGGTTCTTGTCATTTCGTATTAGTTGAAGAATTTAGTTTTTCTTTTCCAGAGCTTAT TTTGAAAGTGAGCAACCAACCTTATATTATTAGATGGTGGACCCTGTGGAGCATCGATAT AAGGAAGAAGAGGCGCGGGCACAAGCAACACGACATCTATTAAATACCATTGTGGAACAT CGAATGGCTGCAGGATCACTTCCAGCCAGTGAGAAAGAAGCTGTATGACCTTGTCTATGT ATAACATGCTACAGGTCCTTGTTACATTGTATTAACCTGAATTTTTTTCTTTGCAGGTCA CTAATGAATGCCATAAAGCAGAGCAGTGGCTTCGAGATAAATCCCACCAGCAGGAGACAT TGCCCAGAAGTGCTGATCCAGTATTGTGGTCTACTGAAATCAAGAGAAAGACCGAGGCTT TTGAAGCGTATGTTTGTCATCTTAAAAACCTGCCTAATTAACATGAATCTTGTTTCCCCA CATGGTTGTTAGACATCTTATGATTGCGTGTTTTCTGTACTTCTTTCACCCACAATTAGA TTTTCGCACTGTCTACAAAATCATACTAGAACTACTAAGTCTGAATCCCTTCAACATCCA TTTCAATCCCTAAAGAACTAGATGTGAGTGACTTTTGAATTTATCCCTAATTTTGATGTA GAAACACTCAACCAAAATCCCTTTTAGTAGTTTCACATGATAAAGGTTGTAATCGAAGAT AAGTGTGTGCGTGTGAGTATACATAGGTATACATACCCATCCAGACACACATATATAATT CCACGTGTTTTTCAGACTTAGAGAACATATTTCTCATTTTAAACTGCCTACACTTATCAC ATACACTTAGAAGAGGCATCAAAGCTAAGCAATTCTAGCCTTACTCCTTAACAAAGTAGT TAGAATTTACTACTGATTGGTTCTTGAATTATGGTTAAGACCAAAATTAGAAGATCCTAG CAAGTGTCTCTTGAGAGAACTGCAGCTTATTAGTTTTGCTGCATCTCGTGTTTTTGAGCA TCAACTTTTTCTTTGCCTGATGTGCTACAATATTGTGACACACATTTCAGGATGTGTAAG CATGTAACGAGGCACAAGTCATCGCCCCAAAAGACTGAGGATGGTTCAGGTTTAAACCCC AGAAATAAAAGGGAAGATGGGATGGATGTAGATTAAACTGCATCAGAGACAAGTATGATA GCAGGCATGAGAAATGATCAGATTAGTTGTTACTGAGGCTGGGGAAACACCAGCCACTAG AGGCCTATTGCGAGTTATCTCCGGTATTTAAATCAAATCACATTCTCTATTTTGGGTAGA ATCATTTGTTATTTACTCAAATTTCACGTTTCTCGTGATGTGTTATCTTGTGGCCTCAAA ATTAATTATTGCAGAGTTTCTGCTGCTATTGTAGTTTTTAACAGCTTATAGGAGGCAGCA CATTCTGTACTTGGATATTGAGAAAAAACTAAAGATTTTTCATCCGTTTTGTTCTGATTG TTCTCTATTGTGAGTAGCGCAACAGCCTTAGGGGGTGTTTTGGTTGCGGATAAAGTTAGA TAGGAATTGTAATGCAACAATTGTAACACATGGATAAATAATCATTTCATTATCTGGTGC ATACGTATTCATAATTTTTGGCAAGTTATGTGAGGTGTTTTATACCCGTAAAGACAAGTT ATCCCTTGTTGGACCCGGTATACTGCAATTGTTATATAAATTATATCTTTTAGTTATATT GAAGCAAAACGTTAACCAAACGCATGATAACAACTATAATACCAAGTTTATATTAGGAAA TGCTTTTCTAATTCTGGTAACCTTTAGCATATGCAATTTTTATTCTCTCTTATTATGCTC TCATTTTCTCAGATGCTTCTCGTATCAATTTGATTGCACATTGTTTGTCGCAGAATTGAA GTTGACATCACCCTTTATAACACAATCAACCAAGAAACGTGCAGATACAAATTAAACAAT GGTTTAGATACATTTCCTTTTTAATTCAACCATATCTCTTTGTTTACTTGAATCGAATAT TTTGAATATCAGCTAAAGTAGAAAACTATTAAATCACTTAATATTTGAATAATTACTTTC ATCTGTTTTCTCGAAAATCAGAAATAGTAAATTATTTCATAACGGATTTCAATTCTCTTT TGGTCGATACGCTTATGTGAACTGTTGTTGACTTCTTCGCCACCTTCATTTCTTGCTTAG AGGTTCTTTTACATTCTCCCATTTGTCTAAACGTTCTTTAGCTTTCTCTACCTGAAAATT AAAAAAAAAAATTACAAAAAAAGGGATCCAAATTTATTTACAAACTTCTTTGTGCATCCC AAGAACTATTGACTTATTAACTTTAGAAGTCATTCTCCGTCCGTCCACTTTCATTTGTCC ATCATACTAAAGTCATTTCTCAATGTTGAATTTATTATATTTCCAGAGTAATAAAGTGAA ATTGTCATTTTATTTATTGCTCCTTAAAGGTTTGTTAAATTAATATTAGAGAAGCAAAAA CGGACAGAGTCAGGCAGAGAGAGTAGTTGAGAAGAAGTGAGTTAGGCACCTCTTTGTTCC AATCTGTACGGAATGTGAACCAAATCAGAATGAAGGTTTGCATGACAGTCCCTCCAATCA TCCCAGTCCATATACCCTGCCATTTAATTTCCAATTAAAAATTAATACACGTTTATATTA TATGTGTGTATATTATAAAATATTTAGAGATATAATATAGAAGGTTGTGTGTAATTGAGA AACCTTAGCACCAAGGTCATATTTGAAGCCAAGAAGACATCCCAATGGAATTCCTACACC ATAATAACACCCCACATTCACGTATGCAACAAATGCCTGCCATCCACAACCAACAGCAAC ACCTGAAAAATTCACAAACAAACTAAAGTATTCTATCAACTTCTACAGATTCTTGTGTGA AGTAAATATGGTATTATTAATTACTACCACTTTAATTTATCTACAAAGAATAAATATTTT CACATGAACTTTGTCAACAGGAAAAATATTAGCGTATAAATCAAGGAAATTAAGAACAAG TGATAGACCTTACCAGACAAGACTGGTTGAACGCCATTAAGAATAAGTGTGACAGCTAAA AAAGGGCACAAATCAGAAACTGCATTGGCCACAATTTCACCCTCAGTGAATGCATAGCTG ATAACATTGCGCAAACATAGCACAACTATAGCTTCCACCACAGCTATGAGAAATGAAATT AACGTCACCACAAACACTGAGAATGCTGCTGACTTTGGATGTGCTGCTCCTAGCTCATTG CTCACTCTCACACTGATCAAACAGTTTAACTCACAATATATATAAAAGTGTCTTGTACTA TATATCATTACAAGTATGGTTTTGTAACTTGCACATTATCATGACAAGTTATCCATTATA AACACATAAAATTATACCTAGCAGCAGCATTGAATCCCACTGAAACCATGAACATCAGCC CATTCACTGCCATGCTACAAAAATAAATATAAAAAATAGTTAACTTTTCAGGACAACAGA AGCGGATCTACCAAATCATTTCTTCTTAATGATGAAGGAACAAGACTCTGTATATAATAT ATAGTTCGAGCCGAAGACAACAGGTGAGAAATGAGAATACAAGATCAAGTCATAGTTAAC TAAAAACTCTAAGTGGTATTTGTAATATGATATATAACTAACTAGTGTTGTGAGATCATG AATAGAATGTAGTTCTTTGGTAGCACACAAATAAACAGTTAAGTACAAAATCTCACCAAA CTGAGATAGAATCCAATGCAAGCTCAGGATGCTTGAGTAAACCTGAAAGCAACACTAGAA TTTGAAAATACCATGTCTCCAAACACAACATAACAGCTGAAGCAGCCGATAACTTCACAA ATTCCCATAATCCTCTAAAGGCCTCCCATCGAAAACCTGTCCAAGTATTCTTACACCTTT CACTTCTCAATATGTATATAAACTGAGCTGACACAATAATCCACCAAGAAAGACTCAGCA CCAGTGATGCCCCTATCAATCCCAGTCCAATTTTGTATACAGCAATCCAACTCAGCAATA AGTGTGCAAACAAAGTCCCTAGTGAAATATAGGCACTAGGTGCTACAATACTCTGAGATT GCAAGAACTTCTGTATGGGGAAGTTCACCGCGTAAGCGAATATTTGAGGGATTAGACCAT ACACAAATACTGCTGCTTCTGATGCAACTAGTTTCGATTCACCAAGCGCGAGCAGTATGT TCTTGGAAAATATATATACCACAGCTAGTGGGATGCCTGTTATAGAAAGTACTATTGTTG ATCTTTGTAGGTAAACTCCTAGCATATCATATCTATTAGCTCCATATGCTTGTCCACAAA GAGTTTCCACTGCACTTCCCATTCCTAGCTGCAATCAATAAACGAAAAAAAAAAGGTTTG AAAAGTTATACATGTGATATTTTTTTGTCATAAAAAAGTACTCTGTTTCCCCTGTTTTAG CATTCTCAAATTCTTAACTAACTAAAAAGGTAAAAGTTTTAAAAAATATATAAGCAACAT ATTGCCACAAGCATTTCATTGATGATGAAAAATAATACCATAAGTCCATAAGCACATAAT TGGATGCCTTGATTTCCAAGAGAGGCTGCAGCAAGCTGAAGGTTCCCAAGTTGACCCGAA AAGATTCGAGTAGACATGGACATAGCATTATTGATCAAGTACACAGCCACTGCAGGTGCT GCAAGTCGAAACAGTAACTGGAATTCGATCCAAAAGGCGGACCTAAGTCGTTGAAAGTAA GGTAATTGGAAATCGGATAGCACCTCCTCGAGCTCAGAGCTAGCCCCATGAGCAGCCAAT AAAGGCTTCTCAGCTTCAGACTCCATAATTCTTCCCATGCTAAGGTTCAAAGTTGAATGA AATGAAAGTAACTTGTAGCCATATAAATAGCAGATGAAGCTGTCGTTTCAACGTTTAATG TGACGCAATGAAATGTATATATATATATAATATATTGTCATTTTGTGAAAGAATGTAACT AATACATAGTATGTTACAATCAGTATATAGTTGGAGTTGTTAGATGGAATCTGTAAAGAT ACTTATCCTTTGCAGTACTTAAATCAAAACAAAACAAATGCATTACTCTTCCATATGAAA TTACATCATTTTTCTTTTATTAAACAACATGAGAAAACATTGTGGACGTAAAACGCCTTT TAATTAATCAATCGATCAATCAATCAATATTTTTCGATCAAGCGGTAGAATCTATACCAT ATACTAATGAACATGTAGAATTTGAAATTATCGTATCGTTTAGGCATATAATATAAATGC ATATTATGTCTTAATCAGTATAGTTGGAGTTGTTAGATGGAATAATTAAAGATAAAACTA TTTGTACAGGAGTTGTTGATATATATCACAGATATCAGATGTACTTTATTAAGAGGAAGA TAAGAAATGAATAATTATGAAATTATTTACCCCTTTTTCTTTTCTAACTTCCTTTCCGCT AAATACTGCTTCATTCTTTCTATTTTATTTTTAGTGTATTTGACTCGATATAAAGTTTGA GAAACTAAATATAAATAAAGATAAATATTTGTCAGAACACTGCATTCACGTCTTGAGTTT TCGATTATGGGGTTCAGGCAATACTTGTAAAGAGTTCTTTTTAAAGGCATAATATATAAA CGTTCACTTCTATTAGCATATACGCCCTTCAATTTTGAGTGTGGATAAATAGACACTTAA ATTTACGTAGAGTTGAACAAGTAGACATACGGGTGGACCTACCCTTTCGTTGGAAAATTA TATGGGGTTAAATTTTAGTTCAATAAATATAAATACATGAATTGACACCTCTTGAATTAA ATTAAAGGTTTAGTTTATTGGTTAAGGGTTTGCACTTTAAAAGGATCGTTTTTAATCACG AAGTATTGTCTCCAATTTAGCTAGAAGGAACCTGTAATCTTCAAAGAAAAAGTGAAGTTA CTGGTCCTCATATTAAAGAATCACATTCCACAATGATAATTATTGATAGAAATGCGAAAT TAGAAATTTCTTTGAGATATTTCTAGATGTATAACGAAATTATCTTTTTTGAAGAAAATA TTATGATCAAACCAATTTTTTTCCCTTTTCAAACACAACCTTTACATGCATCAAATTTTA TTTAACCCTATGTGCAAATAACATCTTGCTTCATCAAGGTTGAGTGAAAAAGGCTTAATA CAATAGAATGGTTCATGCTCTATGAATTTACTACCTAGTTTGATAGATTGGTTGCTGGTA GTAAATATTAACTTTCCATGCACAACACATGTTTTTGATACCTACTTTTGGAGCCACTAC TTGAATTGAGAAAAGTAGCAAAGAATTCTTAATCAAATCCAAATTAAAGGAGAAAAAAAT GGACAGCATAGGAGTGGGGAAAAGGTAATAGAAAAAAAAAAGTCAAAAGATCGATTAATG TCAATATCTATTATTGCACAAAATATCAAACAGGTAGACCAAAGTAGTACCTACATAAAA TCTCTTTAATTTTTTTTTACTAAAATATATAATTGATGTTTATTTAAAAGAAAAATATTC GGTGTTCATTTTTTTACTATATATTATTGGTGTCTTACCCCTTTACTCTATAGTGTATCA ATATGTAAAGTTATACAAATTTTCCCTTATTTTAATACTTGCGATTGAAAAGGGAAAAAA GTTAATAACGCAATCCTCAATAAGCTGCCAAATTAAAGAATGACAAAACTAAGGTTCTAT AATATTATTTGATTAAACAGAAAACTTGTTATGTCATGCTAAAGCCTCACTAGACAAAAC AAAATAATTATATACATAAGAAAAGGTTGGTAGTTATGATAACATATCATAATACCTTAT TTTAGGATATAGAAAGATCACTCTATAAATAATAATAATAATAATAATAAAAATAAAAAA TAAAAGATTAATACGAACATGCAGCTACAAGTTAGACATAAAATGTAGTTATTTTTAATA AATAACATATTTATAGCTATTGAACTTCAATAATCCTAAAAATATAGTTATTTTTGTAAG TTGCTCATAAATAATTACAGATGACATTTTTTGGAAAAGAAATAACTATTATATATACTA TTTCAAATTCTGAAATGAAGTAATATATCATATGCTTCCTAAGGCATCCACGACGAAAAT ATAATTTCCTTTTAATTTGCGTGAATTGGAATATCATCTTTTTATAAGTGGAACGGAAAA ATAGCTAAATGCATCTTAATTTTAATGCCAATTATCATCTTTTTAGAAGTGAAACCAAAA AATAGCTAAATGCACCTTAATTTTAATGTCAATTACCAACTACGTAACAATATTTCATGG TTTTCTATTACCTTCTGTATTAGATTAAGATGAAATAAATAATCTTTTAAATTATTAGTT TACTTCTATTTGAGGCCGGCTTTGTCTTCACCATTATTATATTTTGGCCAAAAAAACAAC TTTTCAAGAAAATTTTTTTGATGGATCCAATGGACTGCCCAATGAAATGTTCATATTTTT TTTTAGGCAGTTTCATTCACTGCACCATATTATGTTAGCCAAGTAATTGACCAAGCAGCA TTTAAACATCTCAATGGGACTTTCATTATTAGATTGTTTTATTTCTCAATATTTATTATT GTATTCGTTTTTACTTAACCAAAATAAAAAAAAATCGAGAATAAATCATTCACAAATCCT CTAATCTTTTTCATACACGTTTTTGTGGGTTTAACAATGATGAGTAGGGGGTATCTCATA AGATTAAGTTGATAAATAACACTTAAAAATCTTATATATGGTCCCTTGAGTAGTTGAGTT GAAATGAATGCTCCTAATATATATAATTATATATGATACTTTTGAGTTTTATTACCTACC ACAATTGGCCATCATGAATGAATGCAGAGATCCCACACCTCTATTATTTTTGCCAATTTT ACTTTGTTATGTGTACCGCAATTCTTGAATTCTTTGAGCCATTACTTTTCAAAATCTAGA CTATTATTTTATTATATGTTTGATGATATTGGAAGGACACAAAAATCCAAAAAAGACAGT CTACTAAGATCTCAACACATTTCTTAATGATTTCTGATATTCTCTTATCATGACTATTTA AAAATTAAAGAACATATTATTTGGACAACAAATCCAATTATGACGTCAATTAAATAAATA AATTATGAGTAATTGAGAAGATCATCTTCTTTAGGCAAGAAGCTTTACAATCAAGAAAAC TATATTATTAGACCTACATTTATATCATATATGACATTATTTTTGCTACCAGATTTATTA AAATAGGGAGAGAGGCAAATGAAATTGGGAGGGAGATAGTCAAGTTTCTCAGTCACTCAA ATACATGCGAATTACATTCGATACGTATATATGATATAATTTACATGCATCTCGGACACC AAATACATATGAGAGTGAGTGAGACTTGTCTATGTATTTCATATATATGCAAATCCACTT GAATACAATAAATTTAGAATAAATTACACCTAATATTATCTCATGTATTCTGAAATATAT GTATCTGAACGTATATGAAAATACATCAAAATTTAATAAAATTTAATATATTAAAAATTA AATTACATCCAAATAATTAGTTTCTAAATTAATGAAATTAGTTTCCAACCATATAACCAG ATGCGCTCAATGGGCTTGTCCCATTTTTCTATGAGAGGGGATCGTCCAATTCACTTCACA TCCTTGATGTGTTGACGATTGGAAACAAAGCCCAACTTACATTGACCAGCAGTACATATT GCTTAACAGTAGTCTTAAATGAATAAGTTTCTCGAGTGACATTTCACACTGATCGTATTA TCTCTGCCCCTCACTTGGACCATGACTCCCCCCCCCCTCCCCGCCACAACCTCCTAACCC ATCCTCACACCCTAACGTTTAAAATTTTTATATTAATACTCTAGGATTGTTATAAAATCA AGCTCATGGCAATATAAATATAAAGAGATGAAGACAAGAGGAGTAAGATGGAAGATAAGA CTGTCTTCTTATTCAAGTGTATGCAAATCTCATATGTATCTATATTACAATAGTGAATGA ACAATCCTATTTATAGAGTGAGAAATCACTCCAAAGGTCATCATATTAAGTATCATAATA AATAGATACATTCTTATCCAAAAAGGTTGATGTAACCTAGTGAATTTGAATGGCTGTTCA TGTACCAACCTTATGGACTATCCACTCATTCAATGAATTTATAACAAGGATTAATTAATT CTTACTAATCAAATACTTGAAAATAGGTAAAAAGAAAAAATTGCATGACCTTTTCAGACA AACATTTTCTAAAATAATATCTTTTGACTAAAAAATATCCTCCATATCAAACATACATTG CAGCTGGAATCTTTTCTTTTTGGTGATTTGTTAGATTGATTAAAGATTGTGTCGCTTAAT TGGGTATAACTCATTTATATTCTTATTATATATACTCCAAAAGATCAATTTAATGGCTAT CTTTGAGTGCTATTTGATCATTAGAAAGTAGATGCGCATCAATATAATCTTATCCCTTCG ATTATTCGTTCTCCTTTTTCATGATTCCCTTTCAAAATGTATTTTCGGGTGTCCGTTTAT TGCAAATTTGTAAATTATACATACCAATTGAGAAAATTTACAGCTAAATATTCCAAAGGA TAACAACTGTCGATTCTCCTACGGTTTCAATTTTGGAACTTAGAAACTTTTTCCTCTATT CTGCGCATAATAATCTTTTTCTTGGACACTGCTAGTTTTTCTTTTACTGATTGATTCTTC GTTTGCGTGAAGATAAAGCATATTTTTGCTCCACTTAGTCACCTGGTTTACAATTTTGAT CAACAAAATCGGTATCACTTTATATATATGTGTGAACAAATTATTCAAACTTAGCTGTTG TTTGAGGTGGATTCTCAAATCAAATTAAAAAAGTGTTGTAATTTGCAAGTTACAACTAGC AATAGAGAACCTAATTATTCATATGTCATTTATGAGTAGTGATTATAAACAAGTACAGTA ATAATTAAGGCCAACGGAAGCAGCCGTAATTACTCGAAAGAAAGCTTTTATAAAACCAAA GCCTGAACTTGTATATCTACGATACATGAATTATAATTCGATCTTACTTTTTATTTGTAC AACTATTATTTTATTTTATGTTTTTTAAAGATGTGTCAAGTGAAATATGTATTAATAAAA ATAGACGGAGGGAGTCGAACTTGCATAAATATGAATTGGGGAAAAAAAGAAAATCCGATA ATGTTTTTGTATGGATTTTTCCTCATGATTCATTTAATAATGGTATTTTACTGCTGTCTT GCCACTTAACTAATCGATTTTTCGTTTTCTCCACCTGGAAAAAAAATAATTAGATTGGTT AGTTATGCAGTTCAAATAGAAATTGAGCCAAAATATAACAAGGAAAACAAAATGTGGCTG ATTTTAATAGAACACTAGTCAATGTTCTATAACATTAATGAATGACTCCAAACATTTTAT TTTATATGTAAATTTTAAAAATTCAATTCCTTAATAAATTTAAAAATAAAACTTGCATAC ATATAAATTACAACAATTCATTAGAAAATCAAACGTTTACCACAATAATATTCAGAAGAT ACTTTGAAGTATAAGGGAACACCGGCCTTAATTGCCTAATAATTTCTTTTATGTATGAAA TTTTGTATATAATTAATTAATAATTACTAAGTATTTAAAAAAATTTTGTTTCGAGAATGT TAACTTAATCAAATAGAGAACGTACCTCTTCTTCCCAATTGGTTGTAAAAGTGGCCCATA CTAAGATAAGAGTTTGCATTGCTGTTCCACCAAACATGCCCAGCCATAATCCCTACATAT TTGCCCAAGTTAATTAAACAAATTTGTTTTAATTTCAATGATGTAAACTAATAACCTTTT ATTCATTTGTCCATGTAATACCAAACGAGCGAGTATCGAATATCAGATAAATAAAATATT TCTACGAAAATAAAAACAAAGTTTAGTAAGGAGAAGAATGGACATACCTTAGCTTCGAGT TTGAAGTGAAACCCAAGAAGAGCACCCAATGGAATACCAACTACGTAGTAACATCCCACG TTAACGTATGCCACAAAACCTTGCCATCCACATCCAACAGCCACGCCTTCGGTATGAAAA TATTTTATTTAAACACTTGAACTAAGTCAGAGTCGGAATCAAATGAAATTATCTCTAAAA TATTACCATTTTTACCTTCAATTCAAAAATTGGTGTTTCTAATTAATTTCAACCAAATCT TTCCCTCCTTATTATTTCTCTAGTTCTAAATAGTCTTAATTAAAAAAAAAAATTACTACA CAGGGTACTGTCTTCCATAAAATATTTGTCCTGTTCTCCTTGTCAAATCAATTTTTTAAA ATCAGTGTTTAGCATATATATATCCAAACAAAAGTCACATGCAGCGTTCTTATTGAATAC TTGTTTATTGTCCTTTCATGTCTGCGTCCAATATATCTACCGTTGTTTTTGTTTGAAAAT TTGCAAAAAAAACACTGTGCAACCTCCATTTCGTTGAGTTGTTTTCACAAAACAAGTACA GACTACAGAGAAAATATTTTTTGGCCTTGAAATGATTGCTTAATTACTCCATAAATGAAG ATATTCCAATTAATAGTCTTACAAAGTTGAGTAATTTTTATGTTAAGTGACTCTGATGTA GTAAAATAAAAATTAAATTAATACTATTCTTGAAATTAATGCCTATTTAACATGAAAAGG TTGATGAAGGACTGACCAGATAAAACAGGCTGAATGCCATTAAGAATTATAGAGGCAGCC AAGAGTGGTGCAAGTTCTGAAGTTGCTTTAGCAATAGTTTCGCCTCCAGTGAATGCATAA CTCATCACATCGCGAAACATCATCACTATTATGGCTGCCACTACAGCAATCACAAATGAG CTTAACGTCACCACCAAAACTGAAAATGAGGCTGATTTCGGATGCCCTGCTCCCAACTCA TTGCTCACCCTCACACTGCAATTTTTCAAAAATCTTATCAATTGAACCAAGTTCGCGTCT GACTACCCTTGACATACTGTAGCTCCGCCACTGGCCTAATGTAATTGAAAAGGAGAAAAA GGCCTAACTATGGTTTTGAAAGCCTTTTTATCATGAATTATGCACAGGGGCGGATGCAGT TCAAAGGTAACAACTTCAATGCTAAAATTAACAAAATTGCAATAAATAATAGATATGAAC GCATAACTTCAAAAATATAACTAATATGGTGAAAGTTGAATCCTGAACCGGCCGCTGATT ATGCAGTAGTCTTCAGTAATAAATAACTAACCTTGCTGCCGCATTGAACCCAGCAGCTAC CATGAACACCCATCCAAGAATTGTATTGCTGCAAAACAAATTCCATTTCATCAGGATATA AATCCAAGAGAGAAAATTAAAATTTATTGATAACAAGATGTATTTACTAACCAAACAGCT AGAGAGTCTAATGCCACTTCAGGATTTGGAAGCAAACCAGCAACTAAAACCAAAATCTGA AAGTACCAAGTCTCCAAGCACAACATCACAGATGAAGCAGCTGACAACTTAAAAAAATCC CACAACCCAGAAAATGCTTGCGAACTAAATCCATTCCACGTTTTCCTACATTTATCGCTC CACAATATGTACATAAATTGTGCAATGACTACTATCCACCATGAAATACTTAGAACCATC GCTCCTCCGAATAATCCCCACTTGAATACATATAGCACAATCCATGTTAAGAATAGATGG AGGACTAATGTAGCTGCTGCTATATACGCACTAGGATTCACTATGCTTTGCGCTTGCAAG AACTTTTGTATGGGAAAATTGGCAGCGTAAGCAAATATTTGAGGAATTAAACCATAAACG AATAATGCAGCTGCTGATGCAACTTTCTCTGATTCTCCTAGTAAGATTAAAATTGGCTTT GAATATAAGTAAGCCACCATAATCGGTATTCCAGATAACATAAGCAGAATTGTCGATCTT TGAAGATATATTCCCAATGTTTCATACTTGTGAGCTCCATATGCTTGCCCACATAGTGTC TCCACTGCACTCCCCATCCCTAACTGCTCCAACAAAATTGATAAATAACACATCATTATG TCTACAACCATTACTATTCCTCAGTAAAATTAAAAACTATAACTCATTCCATCCCAATTT ATGTGTAAATTTTCAGATTTCGAGAGTCAAAACAATTTCACTTTTCGAGAAACCAAAGAT TCTATGTATGACTTCATTTTCAAAATTAAGAGGATTGAAGTATTCGACTCTCAAAACCTG AACAATATATGACATAAGTTCGAACAAAGTAAGTATATGAAATTCGAGCAATTTAAAGAA GCTCTGTTCATATGCTAGGTCGATTAACAAACATAAAAGGTAATCCTCAAGAGAGCAAGT ACAAATAAAGTTGACACGAATCTTACCATGACGCCATAAGCCAAGAGTTGAATACCTTCA TTGCCAAGTGAAGCAGCAGCAAGTTCAAGATTACCAAGATGACCACAGAATATTTGAGTA GACACAGACGTAACATTGTTGAGCAAATAAACAATGATTGCTGGAGCTGCTAGTCGAAAC AGATTACTGAATTCAACGGCAGATGCCCGTCTAAGCCGCTGAAAATGCGACAATCTTGCG TCCAACAATATGTCTTCAAGCTCGGAGCTTACATGTTCCACTGTTGCTTCTTTCTCTTCT ATTAAAGGTTCACTTGACCCCTTACACTCATCCATGTTTTCCAATAATAAATATCAATAA ATCAAAGTCGAAGACGAATCAAGATAGCTTATTTACTAGGCAAAAAATTAAAGATAGAAA TACTGTAACTATGGTGTGACCTATTGGTATAAGCAATATCTTGCTCCGAAGCGACCCACT GACAACTTCACTAGACTGTTAGGCCTTAGCCCCCTCGATCTGATTTGAAAGAACAAATAT TTGTACATTAAAGTCTAATGGTAAATAATTGAACTACACGGACAAAAGTTGAAAATCTTT CTTAAATTAATTTTGTTTATTTTACATTTTATATGCACTGAACTTTATTAGTATATTATA CATAAAGTATTACTACTATTTTATTATTTTAGTAACACTTACCGATGAAAGGGAAGGGAT AGGTGTGTACCAAAAAAATGGCGACAATCATGACATATTAATAGTTTGTCTCACTTCAAA TTTTTAATACAGATTAATTTATTTAGTATCACTTCAAATTATTCGCATATTTTATTCAGA TAACTTATTTTAAACTTATCTTAAATTAAATATTTTTAATTAAAAAAATTATATTTTGAT AATTAATTAAAAATAAAAATAACGTGTCACTATATTAGCCAATAAAAAAAACACGTGACA TTGAACCCACAAAAAACAGCTAAAATAAACAAAAACTATATTTTCAGTAAAAAAGAGAAA AAAAATTTAAAAAGAACTCTCCCCTTTTCTTCTTCTTCTTCCCGGAACCACTCCACCCAA CCCCCCAAACGTAAGTTCCACTTTTTCTTTACCAAAAGACACAAAATTGAATCATGTGTT TTTTCGACCACCCACCTACCCCTCTCCTTGAATTTGATTCAATACTGAAAATGGAATTTC TCCTAATCTCACTATTTTTTTATACATTAATTAAGATTTATTATAATTGAAAAATTATAA TGATAAATTTATGCCCAAAAAAAGCTATTTCATATAATTTTTCTTAGTAATTAATAAGAC TTTATCAAAATATTTAAAACTTAAATCAAAATAAGAAAGTGAACCATATATTTTTTGTCG TGTCAACATTTTGTATTTTTATAGAAATGATTTTTGAACAAATAATGTGTTCGATCGACA TAAGAATAAGTTAAAATATCTAAATGAACTGTGCGAATAACTTTAACCGCAATTTGATGA CTTAAACCTTTTTAATACCAATTACTAGTAATATATTTTCCCCTCAATCGCTTTCATTGA AAGTAATAATAATATCATGCCATCACACTTTTTAAAATTTCAAAATATATTTAATGAATG CAATAATATTCCGGAGCAATGGCGCTTTTTCTGGTCGAAAAGAAAGAAGATTTGGATAAA AAATTTAATCCAACTCGCTTATTTGTGACCAAAACAAAATCAACCTACTATGCTGCAGCC CATTTGTTTTTTTAAAAAAACTAGCTACAGAAGTTTGACTCGTGTCATTGGAATTCTGTC AAATATGATTAAATAAAAAATCAATCAGCAACCCTAAATATTCGCTACACAATCCGGGAT AGAATGAAAAAATAAATATAAAAAAATGCACTGTACACTATTGATCTTAACAAAGTGACA GTTTTTTAATTAATAAAATATCAGAAATAGTATTCGGACTCTAAATTAAGTGTGCACTTC TGTAAAAAGAACATGATCAATGCACTCTTATTCCATTATAAAAGTAAAACCAAGATACTT GTTTCTTTTAGATACCAATGCAATATCGAGATTTAAAAAATAAAGCATCAGAGCATGCAT CAACGTACTCAGTATGCAGACCTCAATGCACGGACAGAGTTAAAAAAATATGTATTACAT TCAAATAATTTATAAGGTAAAAACACAAGTAAATATCCACATTAGCATAATTAACTATCT CAAGAAAATGATAGTAATCGACGCTTTATGACAAAATAAAATTACAAAGATAGTGTAATA GATCTCACATTGGCAATATATACAACTCTGCGTAGCTAAGAATACATGCATTATGACTTG AAGGTGCTGCAATTTGCAATACCTTTAACTACTGAACAGAAATAGTCAAATAGATAGTAC AATTTTGGTATTGTATTAGTTCTGATGCATAACTGAAAACAAAAGAAAAATGACCGAACA AAAACATACCTACCTAATGCATTAGTTAATGACACAATAATTTTTCAGGACTTTGAGTAT CAAACATATACAATACAAGATGGTATTTCTAAGTGGAAATAATTACATGGAATTTAACCT CCTCCTGAAGTACTTTTACAAAATTTTCTTATTACGCAACAATGAGGAACAAATATGGTA GGAAAACTCAAACTTGTAATCTTCTCCGAGTGGCATTCTTACTCTGGATCATGATTTTCC AGCTTTTGTACACATTAGACTTGAGGAAAATCAGAACCTTCAGCACCATTAACTTATATT CGTTACTTGTATCATTATTTCATAAGATTTGCTCGCCATCAAGGTTAATTGAGCAGGAGT GGCAGCATTAAGTATAAAAGAGGCTTCCAAGAGCCGTCAAGGCTAAGAGACGCAGATGAG ACCCGATGCTCAAGCTATTCAGACCTGACAAATTAACGAGAACGTATCAGTGAGAAGTAG ATCAACCTTAATAGAAGATAAACAATCAAGCTTTCTCAAACTAAATCTGCGACTAAGTAT AGATTCATTAGTATAGATTCATTTTAGAGTAGAGATAGATGGCATTTGAACTCTTATTTG TTTATTAAACCTTTTCTCTTGAACCTCCAAAGTAGCTTTAATTTTGCTTTCAGACAACAG TGCTCAGAATATACTATAAATAGTACATACTAAAAATGGTACAAAGCAACTAAATGGAAG TCGAGGCCTGACGTATCTTCACTAATAAAATGATGCTTCATGATGTTCTACATATCCATC CTTCCGTTATGCATCTATGTAAACATATTAATTACCATTGGTCAACAAAATTCTTGATCT CACACCAGGGTATTTCAAAGAAGTTACTTCCTCTGTTTCTAATTGTTTTTTTGGTTTTGA CTTGACAACAGTTTAAGAAATTAAAGAACTTTTGAATCTTGTGGTCTTAAACAAAAGATA TGTTGAATGTACCAAATGCCCTACAATCTTGAGGTCTTAAGCATGTCATGAAGAAACTAA GAAAGTTGCTAAAACAGGAAAGAATCGATCTATTTAAAAAAGGACTAAAAAAGGGAAGTA AGACAAATAATTGGAATGGAAACAGTAAATCTTCATGTTTGTTTCAACTAAAACATGCAT GATAACTATCTCCACTTTGGGATAGCCGGAAATGTTTCATGAAATAAATATTCCAGCGTA CCGTTACTTAAGAGCATAAGTTCACTTTTCTTTACAAATATTCCAATTCTTACTCCAATC ACTAGCTTCAATCAAAATTTAGCTATTGTTGCAACTTCTAATACTCAAAAATATCACCCA ATCACGATCCTTGTATCTTATACAACTACACATATAACTCAACCCCAAAAACTAGTTCAT GAAGGGAGGATTGTCAAAAACAATATAAGGAGGCCACAACTCATTCCTCAACCAATATGG GAGCTAACACTCCCCGACATGCTCAAGACTCAAGTAGAACATGGATCGAGGCACAACTTT GAGAAACACAATAAGGATCGATTGGTCGGGCTCTCATACCATGTCAAGAAATGGTCACTG GCCTAACTTACGCCAAATCAAGCTCATAAGAAAAAGAATTATCAACAAATGAGGGACTTA ACAATGATAAATGTATCCATCAAGATATATGATGTGAAACTGAAAACTATTTTAGCTACC AGGTTTTATTTTACCCCTCATGTCCATATCCGGAGAAGTTGAAACTTATTACTAATGGAA GCACAAAAAGAAACCAGCATACTATGAAACTGTTAATGAGAAAGGTAGATAGTCTTACTG AGCTGGCCAGATGCTGCCGCAGGAAGTGCAGGAATTTTCACAGCTGCAATAGCAGAAAGT AGTAATAAGATCAGCAGTTAGTTATACAAGAAAATGGACTTTGGTCACTGGATATAATAA GAAGTAAGAGATCTGACATACATTTATTGCATGAGGAAACTGGTAAGTGAGAGAGAGATG GCCAAGGGGCTGGAATGTTATCGTTCAAATCACAGACGAAGCTGATCCCCGAACTTTGGT CAAGTACAGCATCTGATGGTAGACTAGGCAAAAGACACCCAGAAACTACTCCCGCAAAAA GAGCAAGAAAAAAAAACTAATCAACTAAAACTATCACGAAGAAACTGACATGGGCAAAAA ACATGATATAACACACAAGGAACCTCATCCAAAGGAAGAAAATTAACATGTAGTAGTTTG ACAATTTGATGCATGTAATAAATACCAAGGCAAAAACAATGTTTTCCAAGACAAAATGTA GATTTCTTCTCTCAGGCATGAAACGACAGTGTAATTTCCAAACTTTACAGACATGAAGTC ACTGTGACTACTGTACAGTGAAAAGTTGTCCCCTTTGTCCACTACATTGATCTTCAATGA TACGTCCAGTGCAATATTGACTAATAATATTCTTTTAATCCATTATCATGTGATTGAACC AACTGTTTCCACGTCCCATGATTGAATTTCTGATACTTCAACGTAAGTCATTAAGAGGAA GTGGGGGGTGGGGGTTTCAAAATTATATTTCTTTCGTAGAGCAGATGCTTCGAATTCTAG TGATAAATAAAGGACCGAAGAAAACACAGGGCATGCAGATGAATTAAGAAATAGACAAGT AGGTAAATTACCTTCGGGTGCAACTGTTGTAGTCATTTGAAGAGAACCCAGAACAGATGG AGATACAAAATAGAAATTCCAAGTTAGCTTGGTAGATTTGAAGGCAGCAAAATGCTCAAA AAGCGGCATCTAAATAATAAATTACCTTGCACAGAGAAGTCCTTGAGGCTAATGTGACAA AGTTTGTATATATTTTTGCTCACATTGGCTTTCTGTAACTTGAGTCCAAATGATGCAGCG CAACCCAAAGCTTGCAAGTTGGTTACAAAACTCTGCCTTTGTAAGTGGGAGACATAGCTC TCAATGGTATCACAGCATGCTGTTTGGTTATTCATTCCATCTCCACAAGCTTCTGTAACA TGACTCGTATTTGGGAACACCAGAGGGCACACTGAAGGGGAAGAAAACAGATTGCTAAAT TTGTAACTATATTATACCCAAGATAGAAAATGACAAAAAACAATACAAGAGATTCTAGCT CCTTTGGCAAGCATGAGTGCATGACAATTTTGGTAAGATGAGTAGCTAATACAAGTGATC TCAAGGATAATCATATAAGTACAAATATGCTTGGTTGGGGTGACACTTTAAGGGCATAAA GAGATAGGCTAAATGAACAGGTACTTGTCCAACCTGGTTTTGGATTAAAATGGAGTGGCA TAAAACGAACTTAGAGACCATTCCAAGTAAGAAATGACAGGAAAAAAGCCAAAATCTGCC TTCCTTCTCCATTTTTTCCCCTTTAAACAGCATGTAGGGCAATAAACACTCTGGCATTCG TTCTCTCTCGCTTTCCTAGAGCCCAAACTACTGAAGAACTATTCAAGCATTAATTACCAA AGAAAATTAATGATAAAAAGATTTATAATCGTTAATAGGAAGAGTAATGCCATTGATTTA TGACAAATACCAATTCTAGACTACATATTACAGACATCCTAAGAAGGTCATTTTCTTAGA AAAAGCTCCCAACTAATTTTTTTGGAAACAAAAAGCTCCCAACTAAATTGATCAAAACAG ATGCCCACCATGGTTCCTATTTGAAACCATGCCCAATCAACTAAATGTCAACCCAAATTA TCCGGAGTGGCTATTTAATTATGTCCTCAATACACCACTTCATGTGTAGGCCTGATTCTT TTACATGATCTGATCATGTGAACATTTTTTTTTCAATAATGGATGGTGGTGAGACTCAAA TCCAGGACTTCTACCTGCTCTGGTACTATTGATAATATGTTGAAGTGTGATCGTCTCAAC GAAAAGTTTAAGCTATTTGAGGGACACCTAAATTTACTAACTAGTTTTGGGGCACGCACC TTGCGGGTGTAGCCCAATTTTATTAACCACAAAATTTTAAAAAATTAAATAAATATTAGT ATTATGAAACATTGAGTTATAAATTATATACTAAAGAAGAAGTGCAAATTCTTAAAAGTG ATATCTTAATCCTACTTGACAAGCTCAATAAAAGGAAGAAATATTTCTCCAAAGAAATCC TTGATTTTCTTACTTTGATTTCTAATTTCTCCTTTAATTAGCAAAGTATTGGACCTTGTT TCTTTTGGTATAATGTGCAATCTCTTCTTTACCTATTGATTTGGCAAAAGTAACATTTTT AAATACCAACACTCAAGCAGAAAGGAGTATAGAGAAATAGAAACATGTGTTTATATTACC TCCCAACCAACTAAAAATACATTTGGTGTAATTATGTTGGAGTCACGTGTATTTTTAATT TATTCTTTTTGTAAATTTGATTAAAACACCGTTAATATAGATAATTAAATTGCTAAATCT CATATTGAATAAAATATAAATTGTCCAAAAATAAAATATGAAACAAAAGGAATGAAAATG AACAATATGTTTATGTGTTCGCATCACTATGTTAGATAGACGAGAAAGTAACACAATCAA AATCTTTCTTTCAAAGTAATAATCTTTCAGCAACCTTTATTTAAATTACTTGAATTTAAA CAAATGCATAAATTATTCAAACATTATCGAACTCATCAATCGTGTATTAATAGAAGTTTT GACGAATAAGCAACACTTGAAAGAAAAATAACACAAAAAAAAGAAACAAAATTCCATAAC AATGCAAAATGATAGAGAATTACATAAAAATACGGGTTGCATATCAAATTTATTTTGGAC AACCATACCTTAGCTCCAAAATGGAAAAGAAAACTTAAAATCATAAGCTAACATATAAAA GATCCTAAAGGAATATATAGGTCATATCTTATACTTCTAGCTTAACACTTGATTATATTG TAAGAACACTCTTCTTTTTAGTTTCATAATGAAACTATCTGTTTTTTTCCTTGTTAGCTT CTTAACGACATTGTATTTATATCACTATCTATGAAGATGAAAAAAGAACAATAGATGATA GACAAGAAAAGAAAAGAATATGATGATCAAGAAAGCAATGTACTGATATTTATAGTGATA TTTCGCTGTCTTTTCACCTTCCAAAATTTATTAATGGAGCACATTGAATCATGATACATA AATTTTATTTTGGTTTCAAAATTCATAGAGTCACCAAATTGGAAGAGTTCCATACATTAT TTTGTCTTCTACTCTAATTGAATTTAACCTAATCAATTATAATTATAATGTATCACTAAA AAATTAAAGAATAGTTATATATGTGTGTGTGTGTGCGTGTGTGTGTGATGATTATGTTTC CAACACTTGAAAAATATGCCTATACATGCTGCCATACATGTAGATAAATCGTCAAAGCAA AAGGTCAGTAGATAATAGAAAAAACATCTCCAGCTACCATACATGCTTCGCATATGATCT TTTTCATCATCAATAAAAAACTTAACACATATAATGAATAATGAATAACCAATGAGCATA AGAAAAAGGACTTGTATGTATTCCTCACCTTTATTATTTTTGCAATTAGATAGTCCCCTA AGAACATCTTTTGCACCATTAGGGTCAAGTTTACTTGCCAGCCAGCGGTGTACAATACTT CTGCAATCATTAACCCTAGTCGAGTGGTCAGTCAGCACCTCAGCACTTTCCGTGCTCAGA AGATCATATGCTTTTAGTGCAAGTTTTTTAGCAGCTTCTGATATAGCATTTTGACAAGTT TGCTCACAGCACTCATTCACAAGGTCAATCTTCCCACAGGCAGCAAGTAGGCTAGATGAG TCCACTGTGGTTTCAAACTCATGAACACCTTTGACTGGGCAAGAACCTTCTGTCAGATTT GATGGATGGAGAGAGCATATGTGCTGTAAAGTATCATTGGCACCCTGGCTCACCAGAATT TGCTGAAAATCTGAAAGGCAATGCTTTGCAACTGTGCCATTTAAAGCAAGCATATTTGTG AATTTACTAGACTGCCCAATAAGAATAACCAGAGTTGCTTCAAGTTGTGGGCAACACATG ACATTAGCTAGATACTCCGCAAATGGAGCAACACAATCAATTGATGTCACACCCATCATT CTTTCCACAGCATCAAATTTCAGCGTACAGAGTCCTGAAGAGTATGAAAGGAAGAGTCAC TGACTGAGGTGACAGCAAATCAAGATCTATCTGAGCTGTATTTAGTTTATCAACTCTAAA TTGCTCTAAAATTTGAAGTAGCCCCAACTTTTAAAATTTTGTTCTTGCTCAGACCTAAGA GATTATCATTTTAATTAAATACTGAACCAGACCCGATAATTTTGGTAAAGTGCTGTTTGT AAAAGGTGCCCACGGAGAAGGTGCCAAAAGAGGGAGAAAGGGCTGAGGAGAAGCAGTTGG GGAGATCTCAGGCAACAAAGTGTCCTCCTTTCTGTCCATGTTTAAAGAACCCTTGAGAGA ATTCACTGAACCGCAACTGGAGTCCTGGAGGTCTGGACAATCAGAAATTCCGTCAGAAAT AAGAAACAGCATTGATTCCTTTTAGGAGATGACCAACTAAAAACACTTACATCCAGTGAA GGCATATATACAGTTACACATGGATCAAAGCTACAAGCACCACTGGGGCTTGTGCTCCCA TGCACTAAATGGAAAGACAAGTTAAGTGGCAACAAGAAACCACTAGTCTCAGATAATATA GTCACCCAAATAGAACAGTAGTGATGATGTAACTTGACATCCTCAATGTCTAATGAAATC TTGAAGATTCAGAAAAGTTGTATACCTAGAGAAACCAGTATTTCCAGAATTTCATGCTTC ACATTGTCTCACTGAGCTGGTTAAATCATACTGTCTGCAACAGAAACTACCTCACATTTC ACTGTCAAAATTTAGCCCATCAAACCATTCTATATTTGCTTTTAGCCACATTATATGCTC CCATTCTTTAAAGCTTTCCACCATGGAATGTAGGGGTTGAAATTTCTAGTTTTAAATAAT CCCTTTCCTAATATAGTAGTGTTCACAAGTCTTTGATTGATTCAAATACAAAGAGAGGCA AGAGATTCTCGTCTAACTGAAGTGGAAGACTATGGAAGATAAGCATCATCCCAAAAGGAA ATCTTTTGGCTCATCATTAGTCGATTTGTGGGGTGTCCCATACCCTGAAAACAACAACAA CTACTACTAGATTGCTTCCCTACCCCCAGAATAGCTTGATGGACAAATTACTCCAAAGCC AGCCCAACATCAATCCCCTCATACTCCTGCACAATAGGAGCGGATTGAGTCGGCATTCAT CTATGAAGAGTGGGTCCTAGATTGCTTTTTGATAATCGATAAGTAATGTAGCCTTTGGTA CATTTACGGTAGTGATCTTAACTCTTAGCAACCTCAATGTAATGCAGAAACTTCATTGTC TGCAAAACGTTTGAAATGTAACAACAGAGAATAGGATTTCTTAAATTTTTAATCATGATT TTCCATGCCTCGCCTCTCCTTCTCAATTTCAATGCCAATTATCCGAAAAAATGTTGGGAA CCATGAAATATCCACAGAAACTATCATGGTAGAACGAGTAAAAAGAAATAAGAATACCAA GATTATCTACATGAAACTCCCTTCTGGACTAAGGGAAAACCACGGATCGGGATGAGCAAA ACAATATAATCATACTGAGATGTGAAACATTGGCACTCTAGTTTCACAAAGACCTCGAAG ATGTTACACTAAAAAGAAATGCACTTGTATCCTAACCTAGATCCATATCCCCATATCTTA AAATTTAGATCATTAAGGATCTAACCCCTAAATCCTCACTCATATCAGATAACCAAACCC AAGTCTGAGGCAACTTAGACTTAAATCACTTATCACCCAAAAAAAAAGAGTTCATACACT TAATTCATCTGAAGTACATGCATTTCATTTACTTAGTTCATGAATTAGGAAGATAAATGT ATTTGTTTGGAAGGTGCATGTACTCACTTATGGCTTTTGCAGAGGAGTAGACTAGAATTA AATGACGATTATGTATGATAGCCTAAATACATTGTTTTAGATCACCTAAATACTCCATAT TTGATCAGGTGAAAAAGAAAAATAGCTGCTTAGAAATATTAACCGAGGAGCTGAAAACAT TGTTCCTGCGTATCAACTCAAACCCTAGAGCAGACCTAAAGAAGTTCAGTTCTTAGAGTC CATACATCTTCCATCCCTTTACAAGAAAAAAAAGAAAAACATTGCCATAGTAGCAAGAAA ACAATTCCCTCAACTGGAAAGTCCCAATTTCAAATTACAGTAATCAGTGAACCCAAATAA AAACTGTGTTTTTAGCTCCAACTAACAGTATTTTCTTACTGGATTAAACAGAAATTACCC AACACCCACATAAACTAGAAAAATTAACAGAAACCCAACTAGATTTTTATCAAAATTGAG CAATAATAATTACAATAGCTACTAATCATCCAAGAAACAAGAAATCAAGTGAAAAATTAG CAAGAATACTTACAAAGCAGCAGTAGGAACACATGGAGAAGGTAAAGCTT GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_1 match_part 0.996 4347 4588 1 242 1 match_part 1.000 4674 4791 243 360 1 match_part 1.000 4953 5051 361 459 1 match_2 match_part 0.937 15483 16089 12 614 1 match_3 match_part 1.000 25680 25877 1 198 1 match_part 1.000 25954 26020 199 265 1 match_part 1.000 26102 26160 266 324 1 match_part 0.987 27108 27183 325 400 1 match_part 1.000 27295 27369 401 475 1 match_part 1.000 27478 27518 476 516 1 match_4 match_part 1.000 27078 27565 1 488 1 match_part 0.996 27641 27881 489 729 1 match_5 match_part 1.000 27078 27565 1 488 1 match_part 1.000 27641 27674 489 522 1 match_6 match_part 0.996 28392 28633 1 242 1 match_part 1.000 28760 28862 243 345 1 match_part 0.992 28996 29388 346 738 1 match_7 match_part 1.000 30089 30286 1 198 1 match_part 1.000 30364 30430 199 265 1 match_part 1.000 30504 30562 266 324 1 match_part 1.000 31314 31389 325 400 1 match_part 1.000 31497 31571 401 475 1 match_part 1.000 31677 31764 476 563 1 match_part 0.991 31840 32050 564 775 1 match_8 match_part 1.000 31843 32092 1 250 1 match_part 1.000 32397 32512 251 366 1 match_part 1.000 32618 32867 367 616 1 match_part 0.990 32994 33095 617 718 1 match_9 match_part 1.000 31843 32092 1 250 1 match_part 0.983 32397 32512 251 367 1 match_part 1.000 32618 32720 368 470 1 match_10 match_part 0.905 32689 32867 1 179 1 match_part 0.951 32994 33096 180 282 1 match_part 0.937 33230 33579 283 632 1 match_11 match_part 1.000 32807 32867 1 61 1 match_part 1.000 32994 33096 62 164 1 match_part 0.992 33230 33593 165 527 1 match_12 match_part 0.990 33001 33096 1 96 -1 match_part 0.939 33230 33707 97 573 -1 match_13 match_part 1.000 34304 34576 1 273 1 match_part 1.000 34647 34713 274 340 1 match_part 1.000 34942 35000 341 399 1 match_part 1.000 36590 36665 400 475 1 match_part 1.000 36763 36837 476 550 1 match_part 1.000 36947 37034 551 638 1 match_part 0.972 37109 37250 639 780 1 match_14 match_part 1.000 34305 34576 1 272 1 match_part 1.000 34647 34713 273 339 1 match_part 1.000 34942 35000 340 398 1 match_part 1.000 36590 36650 399 459 1 match_15 match_part 1.000 34338 34576 1 239 1 match_part 1.000 34647 34713 240 306 1 match_part 0.983 34942 35000 307 365 1 match_part 0.987 36590 36665 366 441 1 match_part 0.987 36763 36837 442 516 1 match_part 1.000 36947 36982 517 552 1 match_16 match_part 1.000 34341 34576 1 236 1 match_part 1.000 34647 34713 237 303 1 match_part 1.000 34942 35000 304 362 1 match_part 1.000 36590 36665 363 438 1 match_part 1.000 36763 36837 439 513 1 match_part 1.000 36947 37034 514 601 1 match_part 0.989 37109 37201 602 694 1 match_17 match_part 0.817 34348 34576 1 206 1 match_part 0.910 34647 34713 207 273 1 match_part 0.949 34942 35000 274 332 1 match_part 0.961 36590 36665 333 408 1 match_part 0.933 36763 36837 409 483 1 match_part 0.932 36947 37034 484 571 1 match_part 0.941 37109 37277 572 740 1 match_18 match_part 0.835 34438 34576 1 128 1 match_part 0.910 34647 34713 129 195 1 match_part 0.949 34942 35000 196 254 1 match_part 0.961 36590 36665 255 330 1 match_part 0.933 36763 36837 331 405 1 match_part 0.932 36947 37034 406 493 1 match_part 0.950 37109 37208 494 593 1 match_19 match_part 1.000 37907 38136 1 230 -1 match_part 1.000 38236 38338 231 333 -1 match_part 1.000 38468 38937 334 803 -1 match_20 match_part 0.974 49598 50329 1 734 1 match_21 match_part 0.951 49604 50211 1 608 1 match_22 match_part 0.962 49604 49891 1 288 1 match_23 match_part 1.000 49712 50204 1 493 1 match_24 match_part 1.000 49885 50354 1 470 1 match_25 match_part 1.000 50288 50364 1 77 1 match_part 0.998 50874 51449 78 653 1 match_26 match_part 1.000 50289 50364 1 76 1 match_part 1.000 50874 51226 77 429 1 match_27 match_part 1.000 50292 50364 1 73 1 match_part 0.997 50874 51492 74 691 1 match_28 match_part 1.000 50908 51360 1 453 1 match_29 match_part 0.974 51255 51746 1 496 -1 match_30 match_part 0.919 52842 53558 1 717 1 match_31 match_part 0.913 52842 53242 1 402 1 match_32 match_part 0.937 53403 53640 1 239 1 match_33 match_part 0.952 53404 53881 1 481 1 match_34 match_part 0.994 69467 69789 1 323 1 match_part 1.000 69867 70017 324 474 1 match_35 match_part 0.920 69910 70083 1 172 1 match_part 1.000 70208 70297 173 262 1 match_part 1.000 71049 71076 263 290 1 match_36 match_part 1.000 70215 70297 1 83 1 match_part 1.000 71049 71434 84 469 1 match_37 match_part 1.000 71311 71649 1 339 1 match_38 match_part 0.995 73946 74512 1 568 1 match_39 match_part 0.998 73947 74579 1 633 1 match_40 match_part 1.000 74123 74628 1 506 -1 match_part 0.982 74724 75008 507 791 -1 match_41 match_part 0.929 77709 77892 1 184 1 match_42 match_part 0.987 79048 79275 1 228 1 match_part 0.967 79956 80046 229 319 1 match_part 1.000 80133 80162 320 349 1 match_43 match_part 0.949 79120 79275 1 156 1 match_part 0.923 79956 80046 157 248 1 match_part 0.962 80133 80185 249 301 1 match_part 1.000 81053 81145 302 394 1 match_part 0.944 81221 81292 395 466 1 match_part 0.959 82164 82236 467 540 1 match_part 1.000 82345 82390 541 586 1 match_part 0.984 82517 82580 587 650 1 match_part 0.980 84921 84969 651 699 1 match_44 match_part 1.000 79122 79275 1 154 1 match_part 1.000 79956 80046 155 245 1 match_part 1.000 80133 80185 246 298 1 match_part 1.000 81053 81145 299 391 1 match_part 0.986 81221 81292 392 463 1 match_part 1.000 82164 82215 464 515 1 match_45 match_part 1.000 79128 79275 1 148 1 match_part 1.000 79956 80046 149 239 1 match_part 1.000 80133 80185 240 292 1 match_part 1.000 81053 81145 293 385 1 match_part 0.986 81221 81292 386 457 1 match_part 1.000 82164 82215 458 509 1 match_46 match_part 1.000 79149 79275 1 127 1 match_part 1.000 79956 80046 128 218 1 match_part 1.000 80133 80185 219 271 1 match_part 1.000 81053 81145 272 364 1 match_part 0.986 81221 81292 365 436 1 match_part 1.000 82164 82236 437 509 1 match_part 1.000 82345 82382 510 547 1 match_47 match_part 1.000 82230 82236 1 7 1 match_part 0.957 82345 82390 8 54 1 match_part 0.969 82517 82580 55 118 1 match_part 0.981 84921 84974 119 172 1 match_part 0.987 85404 85481 173 250 1 match_part 0.925 85559 86022 251 718 1 match_48 match_part 0.981 84921 84974 12 65 -1 match_part 0.974 85404 85481 66 143 -1 match_part 0.922 85559 86022 144 611 -1 match_part 0.526 87617 87635 612 630 -1 match_49 match_part 0.973 85445 85481 1 37 1 match_part 0.914 85559 86022 38 507 1 match_part 0.625 87617 87640 508 531 1 match_50 match_part 1.000 85456 85481 1 26 1 match_part 0.998 85559 86021 27 489 1 match_51 match_part 0.939 107986 108661 1 678 1 match_52 match_part 0.940 107986 108614 1 632 1 match_53 match_part 0.936 107986 108578 1 596 1 match_54 match_part 0.944 107986 108376 1 394 1 match_55 match_part 1.000 108132 108658 1 527 1 match_56 match_part 0.951 115757 116121 1 364 1 match_part 0.976 117683 117935 365 617 1 match_57 match_part 0.916 115757 116112 1 361 1 match_58 match_part 0.955 115769 116121 1 352 1 match_part 0.963 117683 117900 353 569 1 match_59 match_part 0.997 115773 116121 1 349 1 match_part 1.000 117683 117933 350 600 1 match_60 match_part 1.000 115778 116121 1 344 1 match_part 1.000 117683 117887 345 549 1 match_61 match_part 0.972 118009 118151 1 143 1 match_part 0.929 120597 120652 144 200 1 match_part 0.898 120728 120786 201 261 1 match_62 match_part 0.947 118057 118151 1 95 1 match_part 0.911 120597 120652 96 152 1 match_part 0.985 120728 120858 153 283 1 match_part 0.980 120948 121047 284 383 1 match_part 0.918 121138 121210 384 456 1 match_63 match_part 0.973 118115 118151 1 37 -1 match_part 0.929 120597 120652 38 94 -1 match_part 0.954 120728 120858 95 227 -1 match_part 0.980 120948 121047 228 327 -1 match_part 0.977 121138 121308 328 498 -1 match_part 0.885 121506 121844 499 831 -1 match_64 match_part 1.000 120768 120858 1 91 -1 match_part 0.980 120948 121047 92 192 -1 match_part 1.000 121138 121308 193 363 -1 match_part 1.000 121506 121842 364 700 -1 match_65 match_part 1.000 120768 120858 1 91 1 match_part 1.000 120948 121047 92 191 1 match_part 1.000 121138 121308 192 362 1 match_part 0.997 121506 121842 363 699 1 match_66 match_part 1.000 120769 120858 1 90 1 match_part 1.000 120948 121047 91 190 1 match_part 1.000 121138 121308 191 361 1 match_part 1.000 121506 121606 362 462 1 match_67 match_part 0.980 120999 121047 1 49 1 match_part 0.971 121138 121308 50 220 1 match_part 0.890 121506 121786 221 493 1 match_68 match_part 1.000 121285 121308 1 24 -1 match_part 0.983 121506 121852 25 371 -1 match_part 0.556 122573 122599 372 398 -1 match_69 match_part 1.000 126467 126973 1 507 1 match_part 1.000 129776 129854 508 586 1 match_70 match_part 1.000 126468 126973 1 506 1 match_part 1.000 129776 129852 507 583 1 match_71 match_part 0.901 126468 126800 1 333 1 match_72 match_part 0.993 126825 126973 1 149 1 match_part 0.942 129776 130140 150 512 1 match_73 match_part 1.000 146373 146582 1 210 1 match_part 1.000 148144 148356 211 423 1 match_part 1.000 151252 151347 424 519 1 match_part 1.000 151464 151532 520 588 1 match_part 1.000 154470 154617 589 736 1 match_74 match_part 0.989 148182 148356 1 175 1 match_part 0.979 151252 151347 176 271 1 match_part 0.986 151464 151532 272 340 1 match_part 0.965 154470 154670 341 541 1 match_part 0.971 155199 155337 542 680 1 match_75 match_part 0.998 150708 151347 21 660 1 match_part 1.000 151464 151532 661 729 1 match_76 match_part 0.997 150708 151347 21 661 1 match_part 1.000 151464 151526 662 724 1 match_77 match_part 0.995 150708 151305 21 618 1 match_78 match_part 1.000 154563 154670 1 108 1 match_part 1.000 155199 155345 109 255 1 match_part 1.000 155434 155562 256 384 1 match_part 0.992 155637 155767 385 515 1 match_part 1.000 156411 156457 516 562 1 match_79 match_part 1.000 155464 155562 1 99 1 match_part 1.000 155637 155767 100 230 1 match_part 0.995 156411 156825 231 645 1 match_80 match_part 1.000 156493 156958 1 466 -1 match_81 match_part 0.998 156502 156958 1 457 -1 GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_82 match_part 1.000 16186 15830 1 357 -1 match_part 0.984 14181 13872 358 667 -1 match_83 match_part 1.000 16125 15830 1 296 -1 match_part 0.977 14181 13872 297 606 -1 match_84 match_part 0.995 16015 15830 1 186 -1 match_part 0.981 14181 13872 187 496 -1 match_85 match_part 1.000 16089 15494 1 596 -1 match_86 match_part 0.958 16270 15607 1 664 1 match_87 match_part 0.960 16270 15649 1 622 1 match_88 match_part 0.987 16564 15942 1 623 1 match_89 match_part 1.000 19198 19111 1 88 1 match_part 1.000 16555 16071 89 573 1 match_90 match_part 1.000 19129 19111 1 19 1 match_part 1.000 16555 16077 20 498 1 match_91 match_part 0.975 16544 16144 1 401 1 match_92 match_part 0.895 19186 19111 1 76 1 match_part 0.986 16555 16188 77 444 1 match_93 match_part 0.966 19197 19111 1 87 1 match_part 0.964 16555 16192 88 451 1 match_94 match_part 0.919 19147 19111 1 38 1 match_part 0.964 16555 16388 39 207 1 match_95 match_part 0.999 29341 28655 1 687 1 match_96 match_part 0.977 39446 39100 1 347 1 match_97 match_part 0.977 39446 39100 1 347 1 match_98 match_part 0.977 39446 39100 1 347 1 match_99 match_part 0.977 39446 39100 1 347 1 match_100 match_part 0.977 39446 39100 1 347 1 match_101 match_part 1.000 43644 43399 1 246 1 match_part 1.000 43032 42904 247 375 1 match_part 1.000 42759 42505 376 630 1 match_part 1.000 42422 42374 631 679 1 match_102 match_part 0.981 43663 43399 1 264 1 match_part 1.000 43032 42962 265 335 1 match_103 match_part 0.956 50377 49737 1 641 1 match_104 match_part 0.917 53729 53417 1 313 1 match_105 match_part 1.000 86014 85566 1 449 1 match_106 match_part 0.529 86132 86116 1 17 1 match_part 0.916 86024 85620 18 426 1 match_107 match_part 0.991 86368 85682 1 687 1 match_108 match_part 0.877 91513 91441 1 74 -1 match_part 0.852 88279 88226 75 130 -1 match_part 0.967 87224 86836 131 519 -1 match_part 0.576 86043 86011 520 552 -1 match_109 match_part 1.000 87224 86836 12 400 1 match_part 0.542 86334 86287 401 448 1 match_110 match_part 1.000 91507 91441 1 67 1 match_part 1.000 88279 88226 68 121 1 match_part 0.995 87224 86836 122 510 1 match_part 0.455 86553 86510 511 553 1 match_part 0.400 86429 86410 554 573 1 match_111 match_part 1.000 91821 91620 1 202 -1 match_part 1.000 91524 91441 203 286 -1 match_part 1.000 88279 88226 287 340 -1 match_part 0.987 87224 86831 341 734 -1 match_112 match_part 1.000 91834 91620 13 227 -1 match_part 1.000 91524 91441 228 311 -1 match_part 1.000 88279 88226 312 365 -1 match_part 0.986 87224 86856 366 733 -1 match_113 match_part 0.973 91766 91620 1 147 -1 match_part 1.000 91524 91441 148 231 -1 match_part 1.000 88279 88226 232 285 -1 match_part 0.986 87224 86871 286 636 -1 match_114 match_part 0.960 87176 86930 1 247 1 match_115 match_part 1.000 92569 92524 1 46 1 match_part 0.981 91834 91620 47 262 1 match_part 0.976 91524 91441 263 346 1 match_part 0.944 88279 88226 347 400 1 match_part 0.971 87224 87052 401 573 1 match_116 match_part 1.000 93799 93737 1 63 1 match_part 1.000 92623 92524 64 163 1 match_part 1.000 91834 91620 164 378 1 match_part 1.000 91524 91441 379 462 1 match_part 1.000 88279 88226 463 516 1 match_part 0.963 87224 87118 517 623 1 match_117 match_part 0.912 94019 93737 1 270 1 match_part 0.990 92623 92524 271 370 1 match_part 1.000 91834 91765 371 440 1 match_part 0.972 91691 91620 441 512 1 match_part 0.952 91524 91441 513 597 1 match_part 0.944 88279 88226 598 651 1 match_part 0.984 87224 87162 652 714 1 match_118 match_part 0.908 94019 93737 1 270 1 match_part 0.990 92623 92524 271 370 1 match_part 1.000 91834 91765 371 440 1 match_part 0.972 91691 91620 441 512 1 match_part 0.976 91524 91441 513 596 1 match_part 0.944 88279 88226 597 650 1 match_part 0.984 87224 87162 651 713 1 match_119 match_part 0.936 93846 93737 1 110 1 match_part 0.980 92623 92524 111 210 1 match_part 0.991 91834 91620 211 425 1 match_part 0.964 91524 91441 426 509 1 match_part 1.000 87224 87195 510 539 1 match_120 match_part 0.934 93962 93737 1 225 1 match_part 0.980 92623 92524 226 325 1 match_part 0.991 91834 91620 326 540 1 match_part 0.976 91524 91441 541 624 1 match_part 0.944 88279 88226 625 678 1 match_part 1.000 87224 87199 679 704 1 match_121 match_part 1.000 94008 93737 1 272 1 match_part 1.000 92623 92524 273 372 1 match_part 1.000 91834 91620 373 587 1 match_part 0.988 91524 91441 588 671 1 match_part 1.000 88279 88227 672 724 1 match_122 match_part 1.000 94008 93737 1 272 1 match_part 1.000 92623 92524 273 372 1 match_part 1.000 91834 91620 373 587 1 match_part 1.000 91524 91441 588 671 1 match_part 1.000 88279 88244 672 707 1 match_123 match_part 0.916 94010 93737 1 262 1 match_part 0.980 92623 92524 263 362 1 match_part 0.991 91834 91620 363 577 1 match_part 0.940 91524 91441 578 661 1 match_124 match_part 1.000 94009 93737 1 273 1 match_part 1.000 92623 92524 274 373 1 match_part 1.000 91834 91620 374 588 1 match_part 0.968 91524 91463 589 650 1 match_125 match_part 0.916 94021 93737 1 273 1 match_part 0.980 92623 92524 274 373 1 match_part 0.991 91834 91620 374 588 1 match_part 0.837 91524 91476 589 637 1 match_126 match_part 0.898 94011 93737 1 263 1 match_part 0.930 92623 92524 264 366 1 match_part 0.986 91834 91620 367 579 1 match_part 0.931 91524 91496 580 608 1 match_127 match_part 0.914 94015 93737 1 266 1 match_part 0.980 92623 92524 267 366 1 match_part 0.977 91834 91620 367 581 1 match_part 1.000 91524 91518 582 588 1 match_128 match_part 0.919 93995 93737 1 251 1 match_part 0.980 92623 92524 252 351 1 match_part 0.990 91834 91625 352 561 1 match_129 match_part 1.000 94009 93737 1 273 1 match_part 1.000 92623 92524 274 373 1 match_part 0.938 91834 91643 374 568 1 match_130 match_part 1.000 94008 93737 1 272 1 match_part 1.000 92623 92524 273 372 1 match_part 0.989 91834 91650 373 557 1 match_131 match_part 0.906 94012 93737 1 265 1 match_part 0.990 92623 92524 266 365 1 match_part 0.956 91834 91652 366 551 1 match_132 match_part 0.902 93992 93737 1 250 1 match_part 0.980 92623 92524 251 350 1 match_part 0.906 91834 91675 351 517 1 match_133 match_part 0.922 94029 93737 1 281 1 match_part 0.980 92623 92524 282 381 1 match_part 0.943 91834 91677 382 542 1 match_134 match_part 1.000 94009 93737 1 273 1 match_part 1.000 92623 92524 274 373 1 match_part 0.987 91834 91685 374 523 1 match_135 match_part 0.945 93953 93737 42 258 1 match_part 0.960 92623 92524 259 358 1 match_part 0.904 91834 91689 359 504 1 match_136 match_part 0.963 93951 93737 43 257 1 match_part 0.990 92623 92524 258 357 1 match_part 1.000 91834 91740 358 452 1 match_137 match_part 1.000 94008 93737 1 272 1 match_part 1.000 92623 92524 273 372 1 match_part 1.000 91834 91787 373 420 1 match_138 match_part 0.993 112048 111896 64 216 1 match_part 0.913 111781 111275 217 729 1 match_part 0.583 110576 110565 730 741 1 match_139 match_part 1.000 112041 111896 1 146 1 match_part 0.986 111781 111341 147 587 1 match_140 match_part 1.000 112041 111896 1 146 1 match_part 0.998 111781 111359 147 569 1 match_141 match_part 1.000 112040 111896 1 145 1 match_part 0.993 111781 111363 146 565 1 match_142 match_part 1.000 112097 111896 1 202 1 match_part 1.000 111781 111369 203 615 1 match_143 match_part 0.959 112091 111896 1 197 1 match_part 0.981 111781 111525 198 455 1 match_144 match_part 1.000 124556 124403 1 154 1 match_part 1.000 123266 123186 155 235 1 match_part 1.000 123013 122962 236 287 1 match_part 1.000 122815 122485 288 618 1 match_145 match_part 1.000 124555 124403 1 153 1 match_part 1.000 123266 123186 154 234 1 match_part 1.000 123013 122962 235 286 1 match_part 1.000 122815 122539 287 563 1 match_146 match_part 0.890 158194 158104 1 96 1 match_part 0.897 157996 157910 97 187 1 match_part 0.960 157611 157335 188 468 1 match_147 match_part 1.000 158197 158104 1 94 1 match_part 1.000 157996 157910 95 181 1 match_part 1.000 157611 157346 182 447 1 match_148 match_part 0.990 169171 168867 1 305 1 match_part 1.000 168503 168300 306 509 1 match_149 match_part 0.996 169541 169057 1 484 1 match_150 match_part 0.994 169398 169063 1 335 1 match_151 match_part 0.972 174156 174086 1 71 1 match_part 0.917 173963 173952 72 83 1 match_part 0.979 173385 173242 84 227 1 match_part 0.933 173143 173099 228 272 1 match_part 0.875 171744 171314 273 716 1 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C02HBa0204D01.1 type gene exon 4347 4588 exon 4674 4791 exon 4953 5051 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C02HBa0204D01.1 type gene exon 19198 19111 exon 16555 15830 exon 14181 13872 gene_3 gene GT_PGL_2_AGS_2 transcript source GenomeThreader seq_id C02HBa0204D01.1 type gene exon 19198 19111 exon 16555 15494 gene_4 gene GT_PGL_2_AGS_3 transcript source GenomeThreader seq_id C02HBa0204D01.1 type gene exon 16564 15494 gene_5 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C02HBa0204D01.1 type gene exon 15483 16089 gene_6 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C02HBa0204D01.1 type gene exon 27078 27565 exon 27641 27881 gene_7 gene GT_PGL_4_AGS_2 transcript source GenomeThreader seq_id C02HBa0204D01.1 type gene exon 25680 25877 exon 25954 26020 exon 26102 26160 exon 27108 27183 exon 27295 27369 exon 27478 27518 gene_8 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C02HBa0204D01.1 type gene exon 28392 28633 exon 28760 28862 exon 28996 29388 gene_9 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C02HBa0204D01.1 type gene exon 29341 28655 gene_10 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C02HBa0204D01.1 type gene exon 30089 30286 exon 30364 30430 exon 30504 30562 exon 31314 31389 exon 31497 31571 exon 31677 31764 exon 31840 32092 exon 32397 32512 exon 32618 32867 exon 32994 33096 exon 33230 33707 gene_11 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C02HBa0204D01.1 type gene exon 34304 34576 exon 34647 34713 exon 34942 35000 exon 36590 36665 exon 36763 36837 exon 36947 37034 exon 37109 37277 gene_12 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C02HBa0204D01.1 type gene exon 37907 38136 exon 38236 38338 exon 38468 38937 gene_13 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C02HBa0204D01.1 type gene exon 39446 39100 gene_14 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C02HBa0204D01.1 type gene exon 43663 43399 exon 43032 42904 exon 42759 42505 exon 42422 42374 gene_15 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C02HBa0204D01.1 type gene exon 49598 50364 exon 50874 51746 gene_16 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C02HBa0204D01.1 type gene exon 50377 49737 gene_17 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C02HBa0204D01.1 type gene exon 52842 53881 gene_18 gene GT_PGL_15_AGS_1 transcript source GenomeThreader seq_id C02HBa0204D01.1 type gene exon 53729 53417 gene_19 gene GT_PGL_16_AGS_1 transcript source GenomeThreader seq_id C02HBa0204D01.1 type gene exon 69467 69789 exon 69867 70083 exon 70208 70297 exon 71049 71649 gene_20 gene GT_PGL_17_AGS_1 transcript source GenomeThreader seq_id C02HBa0204D01.1 type gene exon 73946 74628 exon 74724 75008 gene_21 gene GT_PGL_18_AGS_1 transcript source GenomeThreader seq_id C02HBa0204D01.1 type gene exon 77709 77892 gene_22 gene GT_PGL_19_AGS_1 transcript source GenomeThreader seq_id C02HBa0204D01.1 type gene exon 79048 79275 exon 79956 80046 exon 80133 80185 exon 81053 81145 exon 81221 81292 exon 82164 82236 exon 82345 82390 exon 82517 82580 exon 84921 84974 exon 85404 85481 exon 85559 86022 exon 87617 87640 gene_23 gene GT_PGL_20_AGS_1 transcript source GenomeThreader seq_id C02HBa0204D01.1 type gene exon 94029 93737 exon 92623 92524 exon 91834 91620 exon 91524 91441 exon 88279 88226 exon 87224 86836 exon 86043 85566 gene_24 gene GT_PGL_20_AGS_2 transcript source GenomeThreader seq_id C02HBa0204D01.1 type gene exon 94029 93737 exon 92623 92524 exon 91834 91620 exon 91524 91441 exon 88279 88226 exon 87224 86836 exon 86334 86287 gene_25 gene GT_PGL_20_AGS_3 transcript source GenomeThreader seq_id C02HBa0204D01.1 type gene exon 94029 93737 exon 92623 92524 exon 91834 91620 exon 91524 91441 exon 88279 88226 exon 87224 86836 exon 86553 86510 exon 86429 86410 gene_26 gene GT_PGL_20_AGS_4 transcript source GenomeThreader seq_id C02HBa0204D01.1 type gene exon 94029 93737 exon 92623 92524 exon 91834 91620 exon 91524 91441 exon 88279 88226 exon 87224 86831 gene_27 gene GT_PGL_20_AGS_5 transcript source GenomeThreader seq_id C02HBa0204D01.1 type gene exon 94029 93737 exon 92623 92524 exon 91834 91620 exon 91524 91441 exon 87224 86836 exon 86334 86287 gene_28 gene GT_PGL_20_AGS_6 transcript source GenomeThreader seq_id C02HBa0204D01.1 type gene exon 94019 93737 exon 92623 92524 exon 91834 91765 exon 91691 91620 exon 91524 91441 exon 88279 88226 exon 87224 86836 exon 86043 85566 gene_29 gene GT_PGL_20_AGS_7 transcript source GenomeThreader seq_id C02HBa0204D01.1 type gene exon 86132 86116 exon 86024 85566 gene_30 gene GT_PGL_20_AGS_8 transcript source GenomeThreader seq_id C02HBa0204D01.1 type gene exon 86368 85566 gene_31 gene GT_PGL_21_AGS_1 transcript source GenomeThreader seq_id C02HBa0204D01.1 type gene exon 107986 108661 gene_32 gene GT_PGL_22_AGS_1 transcript source GenomeThreader seq_id C02HBa0204D01.1 type gene exon 112097 111896 exon 111781 111275 exon 110576 110565 gene_33 gene GT_PGL_23_AGS_1 transcript source GenomeThreader seq_id C02HBa0204D01.1 type gene exon 115757 116121 exon 117683 117935 gene_34 gene GT_PGL_24_AGS_1 transcript source GenomeThreader seq_id C02HBa0204D01.1 type gene exon 118009 118151 exon 120597 120652 exon 120728 120858 exon 120948 121047 exon 121138 121308 exon 121506 121852 exon 122573 122599 gene_35 gene GT_PGL_25_AGS_1 transcript source GenomeThreader seq_id C02HBa0204D01.1 type gene exon 124556 124403 exon 123266 123186 exon 123013 122962 exon 122815 122485 gene_36 gene GT_PGL_26_AGS_1 transcript source GenomeThreader seq_id C02HBa0204D01.1 type gene exon 126467 126973 exon 129776 130140 gene_37 gene GT_PGL_27_AGS_1 transcript source GenomeThreader seq_id C02HBa0204D01.1 type gene exon 146373 146582 exon 148144 148356 exon 151252 151347 exon 151464 151532 exon 154470 154670 exon 155199 155345 exon 155434 155562 exon 155637 155767 exon 156411 156958 gene_38 gene GT_PGL_27_AGS_2 transcript source GenomeThreader seq_id C02HBa0204D01.1 type gene exon 150708 151347 exon 151464 151532 gene_39 gene GT_PGL_28_AGS_1 transcript source GenomeThreader seq_id C02HBa0204D01.1 type gene exon 158197 158104 exon 157996 157910 exon 157611 157335 gene_40 gene GT_PGL_29_AGS_1 transcript source GenomeThreader seq_id C02HBa0204D01.1 type gene exon 169541 168867 exon 168503 168300 gene_41 gene GT_PGL_30_AGS_1 transcript source GenomeThreader seq_id C02HBa0204D01.1 type gene exon 174156 174086 exon 173963 173952 exon 173385 173242 exon 173143 173099 exon 171744 171314 RepeatMasker tomato repeats master Contig386 Contig386 nucleotide_motif 858 10043 10763 3 715 1 Contig151 Contig151 nucleotide_motif 2193 10238 10751 311 832 1 Contig372 Contig372 nucleotide_motif 1775 12286 12590 3 311 1 Contig28 Contig28 nucleotide_motif 441 14440 14555 4 123 1 Contig1258 Contig1258 nucleotide_motif 1923 24084 24668 7 607 1 Contig501 Contig501 nucleotide_motif 3006 24621 25151 1 536 1 Contig1227 Contig1227 nucleotide_motif 1699 25300 25600 1 311 1 Contig1202 Contig1202 nucleotide_motif 440 26309 26411 70 184 1 Contig1216 Contig1216 nucleotide_motif 854 46003 46217 2 208 1 eco_R=384 eco_R=384 nucleotide_motif 717 47328 47491 3 169 1 Contig476 Contig476 nucleotide_motif 738 47482 47655 1 178 1 Contig1390 Contig1390 nucleotide_motif 12323 52227 54016 495 2312 1 Contig358 Contig358 nucleotide_motif 1563 57381 57670 3 314 1 Contig386 Contig386 nucleotide_motif 524 59147 59298 1 138 1 Contig151 Contig151 nucleotide_motif 303 59183 59319 5 138 1 Contig151 Contig151 nucleotide_motif 1261 59537 59745 343 556 1 Contig1274 Contig1274 nucleotide_motif 2189 60136 60453 1 318 1 Contig1069 Contig1069 nucleotide_motif 1007 61156 61439 31 335 1 Contig1269 Contig1269 nucleotide_motif 233 87333 87427 73 165 1 Contig81 Contig81 nucleotide_motif 1440 97889 98174 8 292 1 Contig436 Contig436 nucleotide_motif 302 98357 98412 196 252 1 Contig2561 Contig2561 nucleotide_motif 267 98366 98437 230 301 1 Contig1618 Contig1618 nucleotide_motif 615 112657 112764 11 117 1 Contig602 Contig602 nucleotide_motif 293 114029 114150 1 122 1 Contig285 Contig285 nucleotide_motif 557 116968 117090 635 760 1 Contig358 Contig358 nucleotide_motif 1117 127346 127647 3 312 1 Contig1202 Contig1202 nucleotide_motif 1075 131587 131810 1 237 1 Contig1275 Contig1275 nucleotide_motif 2357 137244 137836 16 626 1 Contig1268 Contig1268 nucleotide_motif 423 148976 149035 1 60 1 Contig1660 Contig1660 nucleotide_motif 247 150361 150405 16 61 1 Contig1227 Contig1227 nucleotide_motif 463 161025 161142 1 126 1 Contig1660 Contig1660 nucleotide_motif 352 172655 172716 24 85 1 RepeatMasker tomato repeats master hind_R=6150 hind_R=6150 nucleotide_motif 255 2503 2447 349 405 -1 Contig372 Contig372 nucleotide_motif 6618 13330 12357 2 1011 -1 Contig153 Contig153 nucleotide_motif 531 18776 18667 3 121 -1 Contig372 Contig372 nucleotide_motif 324 19460 19401 955 1011 -1 Contig1191 Contig1191 nucleotide_motif 815 19650 19448 1758 1960 -1 Contig501 Contig501 nucleotide_motif 346 43960 43832 450 576 -1 Contig1258 Contig1258 nucleotide_motif 538 44822 44719 6 111 -1 Contig625 Contig625 nucleotide_motif 3092 54173 53393 2 829 -1 eco_R=4700 eco_R=4700 nucleotide_motif 1155 54199 53998 297 507 -1 Contig432 Contig432 nucleotide_motif 313 60562 60490 486 558 -1 Contig432 Contig432 nucleotide_motif 485 60726 60616 444 554 -1 Contig2591 Contig2591 nucleotide_motif 300 87625 87544 385 462 -1 Contig1202 Contig1202 nucleotide_motif 581 96671 96503 10 179 -1 Contig2561 Contig2561 nucleotide_motif 239 97901 97842 252 311 -1 Contig81 Contig81 nucleotide_motif 728 98366 98240 1 130 -1 Contig860 Contig860 nucleotide_motif 283 98419 98366 244 297 -1 Contig52 Contig52 nucleotide_motif 2082 99364 98974 2 395 -1 Contig1618 Contig1618 nucleotide_motif 529 113281 113172 9 117 -1 Contig75 Contig75 nucleotide_motif 1817 138071 137623 50 498 -1 Contig17 Contig17 nucleotide_motif 3218 144300 143897 5 410 -1 Contig17 Contig17 nucleotide_motif 1653 144096 143897 210 410 -1 Contig481 Contig481 nucleotide_motif 2042 164626 164328 1 298 -1 GenomeThreader_SGN_markers SGN marker sequences match_1 match_part 1.000 83543 84029 18 504 1 match_2 match_part 0.992 83570 84045 1 475 1 GenomeThreader_SGN_markers SGN marker sequences match_3 match_part 1.000 85397 84943 1 455 1 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C02HBa0204D01.1 type gene exon 83543 84045 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C02HBa0204D01.1 type gene exon 85397 84943 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_1 match_part 1.000 27078 27565 1 488 1 match_part 1.000 31840 32092 489 741 1 match_part 1.000 32397 32512 742 857 1 match_part 0.976 32618 32867 858 1107 1 match_part 0.990 32994 33096 1108 1210 1 match_part 0.972 33230 33479 1211 1460 1 match_part 1.000 38718 38937 1461 1680 1 match_2 match_part 0.970 30089 30286 1 198 1 match_part 1.000 30364 30430 199 265 1 match_part 1.000 30504 30562 266 324 1 match_part 1.000 31314 31389 325 400 1 match_part 1.000 31497 31571 401 475 1 match_part 1.000 31677 31764 476 563 1 match_part 0.991 31840 32050 564 775 1 match_3 match_part 1.000 34304 34576 1 273 1 match_part 1.000 34647 34713 274 340 1 match_part 1.000 34942 35000 341 399 1 match_part 1.000 36590 36665 400 475 1 match_part 1.000 36763 36837 476 550 1 match_part 1.000 36947 37034 551 638 1 match_part 0.972 37109 37250 639 780 1 match_4 match_part 0.987 49598 50354 1 757 1 match_5 match_part 1.000 50288 50364 1 77 1 match_part 0.984 50874 51758 78 965 1 match_6 match_part 0.994 69467 69789 1 323 1 match_part 1.000 69867 70083 324 540 1 match_part 1.000 70208 70297 541 630 1 match_part 1.000 71049 71649 631 1231 1 match_7 match_part 1.000 73946 74628 1 683 1 match_part 0.982 74724 75008 684 968 1 match_8 match_part 1.000 107937 108003 1 67 1 match_part 0.988 108086 108658 68 643 1 match_9 match_part 1.000 115768 116121 25 378 1 match_part 1.000 117683 118151 379 847 1 match_part 1.000 120597 120652 848 903 1 match_part 1.000 120728 120858 904 1034 1 match_part 1.000 120948 121047 1035 1134 1 match_part 1.000 121138 121308 1135 1305 1 match_part 0.986 121506 121852 1306 1652 1 match_part 0.556 122573 122599 1653 1679 1 match_10 match_part 1.000 125993 126973 1 981 1 match_part 0.996 129776 130014 982 1219 1 match_11 match_part 1.000 146374 146582 63 271 1 match_part 1.000 148144 148356 272 484 1 match_part 1.000 151252 151347 485 580 1 match_part 1.000 151464 151532 581 649 1 match_part 1.000 154470 154626 650 806 1 match_12 match_part 1.000 150708 151347 22 661 1 match_part 1.000 151464 151532 662 730 1 match_part 1.000 154470 154501 731 762 1 match_13 match_part 1.000 151279 151347 89 157 1 match_part 1.000 151464 151532 158 226 1 match_part 0.995 154470 154670 227 427 1 match_part 1.000 155199 155345 428 574 1 match_part 1.000 155434 155562 575 703 1 match_part 1.000 155637 155767 704 834 1 match_part 1.000 156411 156958 835 1382 1 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_14 match_part 1.000 19234 19111 1 124 1 match_part 1.000 16555 15830 125 850 1 match_part 0.984 14181 13872 851 1160 1 match_15 match_part 0.937 16382 15494 1 883 -1 match_16 match_part 0.985 29394 28590 1 802 1 match_17 match_part 0.977 39447 39100 1 348 1 match_18 match_part 0.989 43663 43399 1 264 -1 match_part 1.000 43032 42904 265 393 -1 match_part 1.000 42759 42505 394 648 -1 match_part 1.000 42422 42374 649 697 -1 match_19 match_part 0.930 86432 85560 1 869 1 match_20 match_part 1.000 94017 93737 1 281 1 match_part 1.000 92623 92524 282 381 1 match_part 1.000 91834 91620 382 596 1 match_part 1.000 91524 91441 597 680 1 match_part 1.000 88279 88226 681 734 1 match_part 1.000 87224 86836 735 1123 1 match_part 0.455 86553 86510 1124 1166 1 match_part 0.400 86429 86410 1167 1186 1 match_21 match_part 1.000 112097 111896 1 202 1 match_part 0.986 111781 111341 203 643 1 match_22 match_part 1.000 124719 124704 1 16 1 match_part 1.000 124635 124403 17 249 1 match_part 1.000 123263 123186 250 327 1 match_part 1.000 123013 122962 328 379 1 match_part 1.000 122815 122465 380 730 1 match_23 match_part 1.000 158197 158104 1 94 1 match_part 1.000 157996 157910 95 181 1 match_part 1.000 157611 157338 182 455 1 match_24 match_part 0.994 169541 168867 1 674 1 match_part 1.000 168503 168300 675 878 1 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C02HBa0204D01.1 type gene exon 19234 19111 exon 16555 15830 exon 14181 13872 gene_2 gene GT_PGL_1_AGS_2 transcript source GenomeThreader seq_id C02HBa0204D01.1 type gene exon 16382 15494 gene_3 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C02HBa0204D01.1 type gene exon 27078 27565 exon 31840 32092 exon 32397 32512 exon 32618 32867 exon 32994 33096 exon 33230 33479 exon 38718 38937 gene_4 gene GT_PGL_2_AGS_2 transcript source GenomeThreader seq_id C02HBa0204D01.1 type gene exon 34304 34576 exon 34647 34713 exon 34942 35000 exon 36590 36665 exon 36763 36837 exon 36947 37034 exon 37109 37250 gene_5 gene GT_PGL_2_AGS_3 transcript source GenomeThreader seq_id C02HBa0204D01.1 type gene exon 30089 30286 exon 30364 30430 exon 30504 30562 exon 31314 31389 exon 31497 31571 exon 31677 31764 exon 31840 32050 gene_6 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C02HBa0204D01.1 type gene exon 29394 28590 gene_7 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C02HBa0204D01.1 type gene exon 39447 39100 gene_8 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C02HBa0204D01.1 type gene exon 43663 43399 exon 43032 42904 exon 42759 42505 exon 42422 42374 gene_9 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C02HBa0204D01.1 type gene exon 49598 50364 exon 50874 51758 gene_10 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C02HBa0204D01.1 type gene exon 69467 69789 exon 69867 70083 exon 70208 70297 exon 71049 71649 gene_11 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C02HBa0204D01.1 type gene exon 73946 74628 exon 74724 75008 gene_12 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C02HBa0204D01.1 type gene exon 94017 93737 exon 92623 92524 exon 91834 91620 exon 91524 91441 exon 88279 88226 exon 87224 86836 exon 86553 86510 exon 86429 86410 gene_13 gene GT_PGL_9_AGS_2 transcript source GenomeThreader seq_id C02HBa0204D01.1 type gene exon 86432 85560 gene_14 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C02HBa0204D01.1 type gene exon 107937 108003 exon 108086 108658 gene_15 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C02HBa0204D01.1 type gene exon 112097 111896 exon 111781 111341 gene_16 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C02HBa0204D01.1 type gene exon 115768 116121 exon 117683 118151 exon 120597 120652 exon 120728 120858 exon 120948 121047 exon 121138 121308 exon 121506 121852 exon 122573 122599 gene_17 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C02HBa0204D01.1 type gene exon 124719 124704 exon 124635 124403 exon 123263 123186 exon 123013 122962 exon 122815 122465 gene_18 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C02HBa0204D01.1 type gene exon 125993 126973 exon 129776 130014 gene_19 gene GT_PGL_15_AGS_1 transcript source GenomeThreader seq_id C02HBa0204D01.1 type gene exon 150708 151347 exon 151464 151532 exon 154470 154670 exon 155199 155345 exon 155434 155562 exon 155637 155767 exon 156411 156958 gene_20 gene GT_PGL_15_AGS_2 transcript source GenomeThreader seq_id C02HBa0204D01.1 type gene exon 146374 146582 exon 148144 148356 exon 151252 151347 exon 151464 151532 exon 154470 154670 exon 155199 155345 exon 155434 155562 exon 155637 155767 exon 156411 156958 gene_21 gene GT_PGL_16_AGS_1 transcript source GenomeThreader seq_id C02HBa0204D01.1 type gene exon 158197 158104 exon 157996 157910 exon 157611 157338 gene_22 gene GT_PGL_17_AGS_1 transcript source GenomeThreader seq_id C02HBa0204D01.1 type gene exon 169541 168867 exon 168503 168300 BLAST_tomato_chloroplast Solanum lycopersicum complete chloroplast genome, cultivar IPA-6 BLAST_tomato_chloroplast Solanum lycopersicum complete chloroplast genome, cultivar IPA-6 match_1 match 922 20701 21173 121119 121591 1 BLAST_tomato_bacs Solanum lycopersicum full BAC sequences BLAST_tomato_bacs Solanum lycopersicum full BAC sequences match_1 match 9731 104009 108945 18531 23468 1 match_2 match 9398 89036 93941 3559 8464 1 match_3 match 9067 99350 103989 13872 18511 1 match_4 match 5503 108986 111878 23509 26401 1 match_5 match 2672 87654 89022 2177 3545 1 match_6 match 2280 86483 87632 1006 2155 1 match_7 match 1566 53177 54173 82322 83323 1 match_8 match 1316 53177 54174 11273 12276 -1 match_9 match 1273 53143 54164 60139 61164 1 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_1 match 738 125552 126973 1 485 1 match_2 match 137 129773 129991 485 557 1 match_3 match 186 6299 6745 364 486 1 match_4 match 175 7398 7748 613 736 1 match_5 match 168 6844 7119 487 578 1 match_6 match 158 5561 6001 181 328 1 match_7 match 105 4947 5144 117 182 1 match_8 match 79.7 4666 4800 77 121 1 match_9 match 67.0 7214 7312 578 610 1 match_10 match 62.4 6085 6207 329 369 1 match_11 match 50.4 4362 4589 6 79 1 match_12 match 181 6299 6748 357 480 1 match_13 match 169 7371 7760 597 721 1 match_14 match 168 6820 7119 472 571 1 match_15 match 145 5561 6001 183 321 1 match_16 match 108 4947 5144 119 184 1 match_17 match 68.2 7214 7312 571 603 1 match_18 match 63.9 6085 6207 322 362 1 match_19 match 181 6299 6748 357 480 1 match_20 match 169 7371 7760 597 721 1 match_21 match 168 6820 7119 472 571 1 match_22 match 145 5561 6001 183 321 1 match_23 match 108 4947 5144 119 184 1 match_24 match 68.2 7214 7312 571 603 1 match_25 match 63.9 6085 6207 322 362 1 match_26 match 286 5561 6745 181 495 1 match_27 match 170 7398 7760 622 762 1 match_28 match 169 6820 7119 488 587 1 match_29 match 109 4947 5144 117 182 1 match_30 match 80.5 4666 4800 77 121 1 match_31 match 67.0 7214 7312 587 619 1 match_32 match 50.4 4362 4589 6 79 1 match_33 match 286 5561 6745 181 495 1 match_34 match 170 7398 7760 622 762 1 match_35 match 169 6820 7119 488 587 1 match_36 match 109 4947 5144 117 182 1 match_37 match 80.5 4666 4800 77 121 1 match_38 match 67.0 7214 7312 587 619 1 match_39 match 50.4 4362 4589 6 79 1 match_40 match 599 145413 146591 1 394 1 match_41 match 80.5 155160 155351 595 656 1 match_42 match 56.6 155637 155768 698 741 1 match_43 match 51.6 155434 155565 655 698 1 match_44 match 546 145413 146585 1 391 1 match_45 match 66.2 155199 155348 637 686 1 match_46 match 56.2 155634 155777 735 782 1 match_47 match 24.3 155440 155538 688 720 1 match_48 match 546 145413 146585 1 391 1 match_49 match 545 72341 73675 14 467 1 match_50 match 539 145413 146585 1 391 1 match_51 match 539 145413 146585 1 391 1 match_52 match 466 125552 126973 1 398 1 match_53 match 135 129773 129991 398 470 1 match_54 match 145 7371 7745 673 798 1 match_55 match 137 6302 6742 434 556 1 match_56 match 120 6856 7119 561 649 1 match_57 match 46.2 7214 7312 649 679 1 match_58 match 38.1 6085 6189 398 432 1 match_59 match 252 69017 69787 772 1003 1 match_60 match 218 64951 65484 229 379 1 match_61 match 155 65815 66072 432 517 1 match_62 match 117 63300 63698 18 147 1 match_63 match 113 69865 70086 1004 1077 1 match_64 match 87.4 67949 68083 685 729 1 match_65 match 79.3 67630 67827 615 681 1 match_66 match 78.6 74005 74244 1105 1192 1 match_67 match 58.9 74235 74432 1194 1265 1 match_68 match 57.4 70208 70300 1077 1107 1 match_69 match 57.0 65589 65753 380 434 1 match_70 match 369 50874 51638 255 509 1 match_71 match 306 49750 50367 50 255 1 match_72 match 22.7 49650 49721 6 29 1 match_73 match 131 7371 7745 550 678 1 match_74 match 117 6302 6739 315 438 1 match_75 match 84.0 6856 7119 440 524 1 match_76 match 42.4 5561 5998 176 277 1 match_77 match 38.1 7214 7306 524 554 1 match_78 match 35.0 6085 6207 279 319 1 match_79 match 121 7392 7760 591 718 1 match_80 match 120 6305 6748 350 472 1 match_81 match 76.3 6847 7113 474 558 1 match_82 match 55.1 7214 7306 560 590 1 match_83 match 36.6 6088 6189 314 347 1 match_84 match 115 6305 6742 375 499 1 match_85 match 99.8 6820 7119 493 592 1 match_86 match 89.7 7401 7736 625 739 1 match_87 match 50.8 5741 6001 247 336 1 match_88 match 36.6 7214 7309 592 623 1 match_89 match 29.3 6088 6207 338 378 1 match_90 match 298 72527 73657 234 610 1 match_91 match 174 72527 73483 102 449 1 match_92 match 115 72509 73180 329 554 1 match_93 match 295 72341 73657 164 633 1 match_94 match 141 72311 73486 20 473 1 match_95 match 293 72308 73660 39 516 1 match_96 match 114 6305 6748 330 452 1 match_97 match 100 7398 7736 576 678 1 match_98 match 86.3 6847 7113 454 539 1 match_99 match 55.1 7214 7306 541 571 1 match_100 match 291 72527 73642 190 558 1 match_101 match 181 72512 73492 82 406 1 match_102 match 110 72563 73492 2 305 1 match_103 match 289 72446 73657 110 499 1 match_104 match 286 72353 73657 9 471 1 match_105 match 283 72329 73657 16 453 1 match_106 match 283 72473 73657 67 488 1 match_107 match 283 72332 73624 21 480 1 match_108 match 280 72527 73642 180 580 1 match_109 match 160 72422 73483 15 424 1 match_110 match 278 72527 73657 172 547 1 match_111 match 153 72527 73630 70 436 1 match_112 match 277 72368 73648 93 523 1 match_113 match 275 72527 73657 225 630 1 match_114 match 158 72512 73483 116 469 1 match_115 match 275 72410 73657 43 457 1 match_116 match 271 72536 73657 412 784 1 match_117 match 128 72527 73471 207 517 1 match_118 match 121 72527 73258 106 347 1 match_119 match 107 72443 73171 489 725 1 match_120 match 271 72527 73657 121 497 1 match_121 match 125 72683 73483 72 334 1 match_122 match 271 72368 73660 38 483 1 match_123 match 271 72470 73657 33 457 1 match_124 match 271 72353 73642 142 573 1 match_125 match 270 72512 73660 95 476 1 match_126 match 268 72485 73657 109 505 1 match_127 match 268 72527 73657 174 548 1 match_128 match 151 72512 73534 68 406 1 match_129 match 268 72512 73660 70 454 1 match_130 match 266 72392 73660 42 521 1 match_131 match 266 72530 73657 306 711 1 match_132 match 159 72503 73489 94 419 1 match_133 match 266 72443 73657 108 502 1 match_134 match 122 72656 73528 70 357 1 match_135 match 265 72521 73660 202 610 1 match_136 match 161 72527 73624 102 496 1 match_137 match 263 72368 73612 130 538 1 match_138 match 263 72512 73657 124 504 1 match_139 match 263 72527 73657 316 692 1 match_140 match 142 72527 73486 219 532 1 match_141 match 135 72521 73483 118 429 1 match_142 match 263 72389 73657 443 859 1 match_143 match 123 72527 73618 384 745 1 match_144 match 119 72530 73483 284 597 1 match_145 match 263 72413 73657 205 655 1 match_146 match 262 72494 73657 16 442 1 match_147 match 262 72527 73657 373 744 1 match_148 match 140 72509 73489 62 386 1 match_149 match 126 72527 73486 170 485 1 match_150 match 261 72419 73645 93 492 1 match_151 match 116 72680 73624 72 383 1 match_152 match 259 72512 73660 817 1230 1 match_153 match 259 72329 73657 25 525 1 match_154 match 259 72527 73657 124 498 1 match_155 match 162 72527 73654 21 396 1 match_156 match 258 72320 73657 134 554 1 match_157 match 167 72422 73546 16 414 1 match_158 match 258 72473 73657 57 449 1 match_159 match 258 72443 73660 284 680 1 match_160 match 158 72527 73525 204 532 1 match_161 match 151 72527 73300 103 358 1 match_162 match 109 72683 73468 54 311 1 match_163 match 258 72293 73657 543 974 1 match_164 match 157 72527 73405 295 584 1 match_165 match 143 72293 73492 442 816 1 match_166 match 113 72443 73468 208 503 1 match_167 match 111 72527 73642 128 461 1 match_168 match 258 72527 73657 208 587 1 match_169 match 112 72482 73486 92 427 1 match_170 match 258 72521 73642 90 494 1 match_171 match 258 72314 73627 157 570 1 match_172 match 108 72527 73483 9 317 1 match_173 match 257 72374 73660 244 662 1 match_174 match 127 72527 73483 188 500 1 match_175 match 257 72437 73660 516 923 1 match_176 match 121 72521 73486 436 762 1 match_177 match 256 145422 146555 9 386 1 match_178 match 141 6302 6736 431 549 1 match_179 match 137 7371 7745 671 803 1 match_180 match 112 6817 7119 539 645 1 match_181 match 48.9 7214 7312 645 677 1 match_182 match 256 72425 73660 47 482 1 match_183 match 256 72527 73657 311 686 1 match_184 match 141 72407 73483 173 525 1 match_185 match 108 72683 73489 61 324 1 match_186 match 255 72527 73642 464 834 1 match_187 match 127 72521 73465 152 469 1 match_188 match 108 72527 73297 256 516 1 match_189 match 254 72527 73657 238 612 1 match_190 match 154 72527 73483 106 451 1 match_191 match 254 72446 73660 65 491 1 match_192 match 254 72410 73657 11 459 1 match_193 match 253 72527 73657 365 740 1 match_194 match 160 72398 73480 126 476 1 match_195 match 253 72383 73657 5 456 1 match_196 match 252 72461 73657 70 501 1 match_197 match 252 72320 73657 151 569 1 match_198 match 184 72512 73492 90 413 1 match_199 match 251 72527 73657 200 606 1 match_200 match 157 72434 73483 74 445 1 match_201 match 250 72527 73642 339 710 1 match_202 match 124 72527 73471 134 450 1 match_203 match 113 72596 73297 52 289 1 match_204 match 250 72593 73657 110 462 1 match_205 match 249 145410 146555 6 387 1 match_206 match 249 72518 73666 481 866 1 match_207 match 124 72527 73483 383 699 1 match_208 match 106 72683 73462 333 591 1 match_209 match 249 145410 146555 6 387 1 match_210 match 248 50874 51638 253 507 1 match_211 match 248 50874 51638 254 508 1 match_212 match 248 72527 73657 559 933 1 match_213 match 133 72527 73483 458 772 1 match_214 match 128 72443 73450 225 559 1 match_215 match 116 72521 73468 152 464 1 match_216 match 110 72593 73576 74 435 1 match_217 match 247 50874 51638 253 509 1 match_218 match 247 145410 146555 6 387 1 match_219 match 247 145410 146555 6 387 1 match_220 match 246 72530 73657 109 550 1 match_221 match 111 72353 73171 232 491 1 match_222 match 246 145416 146555 36 412 1 match_223 match 246 145416 146555 36 412 1 match_224 match 246 72527 73657 527 936 1 match_225 match 246 50883 51638 255 508 1 match_226 match 245 145416 146555 36 412 1 match_227 match 244 72512 73636 103 542 1 match_228 match 244 72596 73657 1 387 1 match_229 match 244 72527 73657 175 549 1 match_230 match 160 72473 73486 57 387 1 match_231 match 244 72527 73657 419 795 1 match_232 match 119 72527 73501 217 535 1 match_233 match 112 72686 73267 169 360 1 match_234 match 108 72539 73480 14 328 1 match_235 match 244 50874 51638 250 503 1 match_236 match 244 72512 73657 66 447 1 match_237 match 244 72527 73624 181 545 1 match_238 match 107 72527 73486 79 395 1 match_239 match 244 145416 146555 51 426 1 match_240 match 243 72434 73657 16 457 1 match_241 match 243 145410 146555 6 387 1 match_242 match 243 72401 73657 262 672 1 match_243 match 170 72521 73483 96 410 1 match_244 match 242 72527 73657 333 719 1 match_245 match 181 72374 73483 36 454 1 match_246 match 164 72527 73561 196 584 1 match_247 match 242 72527 73642 100 471 1 match_248 match 242 72305 73657 158 595 1 match_249 match 115 72527 73294 14 280 1 match_250 match 242 72527 73657 365 736 1 match_251 match 122 72527 73492 162 476 1 match_252 match 113 72533 73273 63 307 1 match_253 match 240 72407 73657 73 542 1 match_254 match 240 72452 73636 5 409 1 match_255 match 239 72527 73657 176 542 1 match_256 match 159 72512 73486 70 381 1 match_257 match 239 72527 73657 316 690 1 match_258 match 117 72527 73483 215 529 1 match_259 match 238 72527 73657 220 629 1 match_260 match 238 72305 73657 459 893 1 match_261 match 121 72407 73498 282 636 1 match_262 match 238 72443 73657 256 652 1 match_263 match 154 72527 73504 74 391 1 match_264 match 237 72521 73657 183 560 1 match_265 match 236 117686 118135 107 256 1 match_266 match 236 72527 73657 399 774 1 match_267 match 132 72527 73498 298 653 1 match_268 match 127 72527 73528 197 524 1 match_269 match 110 72458 73465 73 404 1 match_270 match 106 72596 73483 20 309 1 match_271 match 236 72527 73642 290 659 1 match_272 match 143 72380 73462 41 395 1 match_273 match 128 72521 73498 185 543 1 match_274 match 236 72512 73657 77 495 1 match_275 match 108 72305 73189 135 441 1 match_276 match 236 72749 73657 350 650 1 match_277 match 106 72527 73174 377 592 1 match_278 match 235 72443 73657 318 714 1 match_279 match 129 72473 73480 100 451 1 match_280 match 128 72527 73462 237 546 1 match_281 match 110 72683 73486 87 351 1 match_282 match 235 72374 73657 273 694 1 match_283 match 121 72527 73483 218 532 1 match_284 match 235 72443 73642 82 510 1 match_285 match 235 72758 73660 213 512 1 match_286 match 234 72305 73660 3 466 1 match_287 match 234 72527 73642 387 760 1 match_288 match 130 72365 73492 132 503 1 match_289 match 118 72518 73174 486 705 1 match_290 match 233 72548 73642 260 623 1 match_291 match 132 72536 73486 155 468 1 match_292 match 233 72527 73657 287 665 1 match_293 match 152 72443 73297 62 339 1 match_294 match 133 72527 73483 186 504 1 match_295 match 105 72758 73492 59 301 1 match_296 match 233 72572 73645 239 600 1 match_297 match 233 72407 73657 237 650 1 match_298 match 122 72341 73483 115 489 1 match_299 match 112 72374 73294 24 338 1 match_300 match 233 72527 73660 213 590 1 match_301 match 142 72527 73483 111 427 1 match_302 match 132 72521 73483 7 325 1 match_303 match 233 72542 73642 590 987 1 match_304 match 233 72758 73657 286 584 1 match_305 match 232 72527 73630 84 448 1 match_306 match 115 72686 73492 36 300 1 match_307 match 232 72527 73657 409 803 1 match_308 match 132 72491 73483 92 420 1 match_309 match 122 72413 73483 273 641 1 match_310 match 232 72527 73648 248 620 1 match_311 match 232 72437 73642 153 549 1 match_312 match 133 72686 73618 27 338 1 match_313 match 232 72527 73612 357 718 1 match_314 match 114 72575 73483 275 569 1 match_315 match 232 72719 73642 244 551 1 match_316 match 128 72407 73492 14 398 1 match_317 match 231 72527 73657 185 558 1 match_318 match 145 72374 73486 37 398 1 match_319 match 231 72527 73642 232 599 1 match_320 match 134 72527 73483 131 442 1 match_321 match 115 72554 73492 38 349 1 match_322 match 231 72425 73636 329 730 1 match_323 match 142 72521 73294 161 417 1 match_324 match 140 72527 73495 265 581 1 match_325 match 231 50877 51641 264 512 1 match_326 match 170 49747 50367 55 262 1 match_327 match 231 72323 73636 102 525 1 match_328 match 125 6302 6730 351 472 1 match_329 match 83.2 7377 7751 584 705 1 match_330 match 44.3 6811 7125 467 557 1 match_331 match 40.8 7214 7315 555 588 1 match_332 match 230 72491 73657 55 480 1 match_333 match 105 72680 73324 22 231 1 match_334 match 229 50955 51641 279 509 1 match_335 match 144 49768 50367 59 259 1 match_336 match 229 117683 118144 88 241 1 match_337 match 229 117683 118144 88 241 1 match_338 match 76.3 120599 120859 244 306 1 match_339 match 62.8 120946 121155 306 366 1 match_340 match 228 50955 51641 284 513 1 match_341 match 156 49747 50367 57 264 1 match_342 match 227 72611 73660 9 363 1 match_343 match 227 72758 73642 168 462 1 match_344 match 112 72536 73486 1 307 1 match_345 match 227 117686 118135 87 237 1 match_346 match 225 72356 73660 493 922 1 match_347 match 119 72299 73486 180 560 1 match_348 match 117 72527 73483 156 474 1 match_349 match 225 72503 73657 254 675 1 match_350 match 225 72527 73666 54 467 1 match_351 match 225 72740 73657 269 573 1 match_352 match 224 72422 73657 250 652 1 match_353 match 144 72527 73465 74 384 1 match_354 match 127 72527 73492 177 494 1 match_355 match 224 72527 73657 230 608 1 match_356 match 140 72521 73471 127 448 1 match_357 match 224 72617 73663 229 612 1 match_358 match 121 72617 73483 29 312 1 match_359 match 224 72437 73627 284 674 1 match_360 match 224 72527 73657 376 750 1 match_361 match 133 72296 73570 2 417 1 match_362 match 117 72527 73483 276 589 1 match_363 match 224 72527 73657 72 444 1 match_364 match 224 72509 73657 194 610 1 match_365 match 119 72512 73486 98 449 1 match_366 match 224 72527 73642 59 429 1 match_367 match 114 72749 73483 32 272 1 match_368 match 223 72521 73651 190 564 1 match_369 match 109 72629 73483 125 405 1 match_370 match 223 72611 73657 80 408 1 match_371 match 222 50955 51641 283 513 1 match_372 match 146 49747 50367 60 267 1 match_373 match 222 72527 73657 442 818 1 match_374 match 122 72527 73492 136 456 1 match_375 match 118 72527 73480 240 555 1 match_376 match 221 117683 118150 50 204 1 match_377 match 221 72527 73660 182 562 1 match_378 match 110 72527 73486 81 398 1 match_379 match 105 72689 73270 34 225 1 match_380 match 221 72719 73645 218 524 1 match_381 match 221 72677 73657 129 470 1 match_382 match 221 72527 73657 372 759 1 match_383 match 126 72527 73297 65 322 1 match_384 match 116 72518 73279 164 419 1 match_385 match 221 72527 73657 254 658 1 match_386 match 130 72527 73486 116 498 1 match_387 match 219 72527 73657 79 490 1 match_388 match 219 72527 73666 177 556 1 match_389 match 136 72500 73495 65 394 1 match_390 match 219 72527 73657 147 553 1 match_391 match 111 72725 73483 112 392 1 match_392 match 218 72530 73660 359 725 1 match_393 match 115 72521 73384 91 374 1 match_394 match 218 72404 73657 381 791 1 match_395 match 137 72521 73264 111 358 1 match_396 match 132 72527 73612 317 714 1 match_397 match 116 72527 73201 215 438 1 match_398 match 218 72419 73657 316 715 1 match_399 match 150 72512 73483 140 452 1 match_400 match 114 72530 73468 44 351 1 match_401 match 218 72758 73675 217 519 1 match_402 match 217 72527 73657 287 691 1 match_403 match 216 72527 73657 193 568 1 match_404 match 216 72527 73657 219 594 1 match_405 match 115 72575 73483 29 332 1 match_406 match 214 72707 73636 51 362 1 match_407 match 214 72527 73657 321 700 1 match_408 match 121 72518 73498 214 579 1 match_409 match 120 72674 73462 64 325 1 match_410 match 214 72740 73645 242 542 1 match_411 match 129 72443 73456 20 386 1 match_412 match 214 72758 73657 275 572 1 match_413 match 106 72527 73171 299 513 1 match_414 match 213 72368 73624 35 468 1 match_415 match 112 72629 73297 31 256 1 match_416 match 98.6 6305 6742 328 448 1 match_417 match 77.8 7398 7739 584 692 1 match_418 match 57.0 6847 7119 452 538 1 match_419 match 41.2 7214 7312 538 570 1 match_420 match 211 72512 73666 345 729 1 match_421 match 151 72527 73507 72 404 1 match_422 match 211 72539 73657 19 423 1 match_423 match 211 72719 73657 35 352 1 match_424 match 141 6299 6742 364 485 1 match_425 match 117 7398 7736 607 713 1 match_426 match 95.1 6814 7116 472 573 1 match_427 match 70.5 5741 5995 239 326 1 match_428 match 40.8 6082 6189 328 363 1 match_429 match 38.9 7217 7306 575 604 1 match_430 match 209 72527 73657 175 550 1 match_431 match 118 72344 73483 19 388 1 match_432 match 209 72536 73657 238 607 1 match_433 match 138 72371 73426 89 430 1 match_434 match 111 72509 73189 330 554 1 match_435 match 209 72719 73630 224 525 1 match_436 match 208 117683 118153 145 303 1 match_437 match 208 145377 146552 45 431 1 match_438 match 207 72530 73660 64 451 1 match_439 match 207 72527 73657 115 523 1 match_440 match 172 72512 73402 9 333 1 match_441 match 207 72719 73657 124 437 1 match_442 match 108 72527 73264 161 410 1 match_443 match 207 72527 73642 284 645 1 match_444 match 207 117683 118168 131 293 1 match_445 match 206 37645 38733 111 365 1 match_446 match 154 31673 32092 3 117 1 match_447 match 150 27474 27893 3 117 1 match_448 match 135 32376 33098 111 277 1 match_449 match 128 37113 37361 35 117 1 match_450 match 102 28388 28864 158 277 1 match_451 match 52.4 28158 28295 111 156 1 match_452 match 47.8 36943 37035 3 33 1 match_453 match 206 37645 38733 250 504 1 match_454 match 177 27108 27893 93 256 1 match_455 match 165 31499 32092 119 256 1 match_456 match 135 32376 33098 250 416 1 match_457 match 128 37113 37361 174 256 1 match_458 match 102 28388 28864 297 416 1 match_459 match 52.4 28158 28295 250 295 1 match_460 match 48.5 36937 37035 140 172 1 match_461 match 40.8 36590 36667 93 118 1 match_462 match 36.6 36765 36839 119 143 1 match_463 match 205 117683 118168 129 291 1 match_464 match 205 117683 118168 129 291 1 match_465 match 205 37642 38736 272 512 1 match_466 match 203 27111 27893 117 279 1 match_467 match 184 31496 32092 141 279 1 match_468 match 134 37107 37361 195 279 1 match_469 match 129 32373 33098 272 428 1 match_470 match 56.6 36838 37035 126 195 1 match_471 match 40.0 31317 31382 117 138 1 match_472 match 204 145419 146552 54 426 1 match_473 match 204 72527 73642 400 803 1 match_474 match 204 72341 73657 309 744 1 match_475 match 119 72350 73297 115 422 1 match_476 match 203 50955 51638 273 487 1 match_477 match 203 100934 101401 236 391 1 match_478 match 177 99647 100264 27 236 1 match_479 match 158 109475 110104 919 1085 1 match_480 match 203 50958 51638 269 509 1 match_481 match 203 72527 73660 296 671 1 match_482 match 122 72527 73504 95 447 1 match_483 match 202 72527 73657 314 689 1 match_484 match 146 72527 73483 213 528 1 match_485 match 119 72524 73261 13 253 1 match_486 match 117 72524 73294 114 376 1 match_487 match 202 117683 118162 134 294 1 match_488 match 202 72527 73576 195 544 1 match_489 match 121 72521 73483 91 408 1 match_490 match 201 72527 73612 211 567 1 match_491 match 119 72527 73534 105 440 1 match_492 match 201 72527 73657 229 608 1 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_493 match 339 159766 159119 102 317 1 match_494 match 322 168503 167820 108 332 1 match_495 match 119 158687 158412 326 417 1 match_496 match 106 160181 159936 27 108 1 match_497 match 71.2 158226 158104 416 456 1 match_498 match 62.0 157999 157907 456 486 1 match_499 match 322 16472 15849 2 209 1 match_500 match 322 16472 15849 2 209 1 match_501 match 316 159781 159119 95 315 1 match_502 match 306 168503 167874 106 315 1 match_503 match 110 158714 158412 315 415 1 match_504 match 22.3 167766 167734 324 334 1 match_505 match 312 159781 159119 92 312 1 match_506 match 300 168503 167874 103 312 1 match_507 match 113 158714 158412 312 412 1 match_508 match 22.3 167766 167734 321 331 1 match_509 match 310 16472 15849 1 208 1 match_510 match 310 16472 15849 1 208 1 match_511 match 310 16472 15849 1 208 1 match_512 match 273 159781 159119 101 321 1 match_513 match 268 168530 167874 103 321 1 match_514 match 112 158714 158412 321 421 1 match_515 match 273 159781 159119 99 319 1 match_516 match 268 168530 167874 101 319 1 match_517 match 112 158714 158412 319 419 1 match_518 match 273 159781 159119 99 319 1 match_519 match 268 168530 167874 101 319 1 match_520 match 112 158714 158412 319 419 1 match_521 match 253 159772 159119 27 229 1 match_522 match 238 168503 167874 35 229 1 match_523 match 114 158714 158412 229 329 1 match_524 match 252 21171 20749 206 343 1 match_525 match 233 168503 167874 107 316 1 match_526 match 229 159760 159119 103 316 1 match_527 match 232 177458 176850 66 260 1 match_528 match 117 174332 174087 261 342 1 match_529 match 232 177458 176850 66 260 1 match_530 match 117 174332 174087 261 342 1 match_531 match 226 159766 159119 117 331 1 match_532 match 219 168503 167874 123 331 1 match_533 match 25.4 167793 167737 332 349 1 match_534 match 223 168503 167874 91 299 1 match_535 match 209 159754 159119 89 299 1 match_536 match 24.6 167793 167737 300 317 1 match_537 match 224 159766 159119 95 309 1 match_538 match 220 168503 167874 101 309 1 match_539 match 224 159766 159119 95 309 1 match_540 match 215 168503 167874 101 309 1 match_541 match 207 168503 167874 100 308 1 match_542 match 201 159754 159119 98 308 1 match_543 match 168 43022 42504 76 201 1 match_544 match 136 40716 40417 370 472 1 match_545 match 58.5 42424 42338 201 229 1 match_546 match 202 168503 167874 144 351 1 match_547 match 189 159766 159119 138 351 1 BLAST_tomato_bac_ends Solanum lycopersicum bac end sequences BLAST_tomato_bac_ends Solanum lycopersicum bac end sequences match_1 match 1649 14469 15337 1 869 -1 match_2 match 1578 36973 37793 1 821 1 match_3 match 1524 31703 32524 1 821 1 match_4 match 1576 63979 64777 8 806 -1 match_5 match 1556 28953 29758 1 806 1 match_6 match 1544 27374 28152 1 779 1 match_7 match 1493 65247 66024 1 778 1 match_8 match 1443 173369 174186 8 826 -1 match_9 match 1437 164743 165467 13 737 -1 match_10 match 1437 65247 66007 1 762 1 match_11 match 1423 80689 81413 1 726 1 match_12 match 1356 177097 177784 19 706 -1 match_13 match 1320 160591 161264 1 673 -1 match_14 match 1306 119661 120340 1 680 1 match_15 match 1227 85085 85736 1 652 1 match_16 match 1221 121712 122327 1 616 -1 match_17 match 1183 99616 100212 3 599 1 match_18 match 1160 42052 42636 1 585 -1 match_19 match 1154 40269 40858 13 602 1 match_20 match 1140 118786 119379 1 595 -1 match_21 match 1136 42670 43242 1 573 1 match_22 match 1090 114748 115297 1 550 -1 match_23 match 1078 64809 65379 1 571 1 match_24 match 1065 168399 168935 1 537 -1 match_25 match 1057 14006 14572 19 586 1 match_26 match 1033 161098 161655 1 558 -1 match_27 match 1027 43198 43761 8 571 1 match_28 match 1027 171255 171788 1 534 -1 match_29 match 981 119063 119578 1 516 -1 match_30 match 910 72823 73289 1 467 1 match_31 match 886 32044 32523 2 481 1 match_32 match 878 37313 37792 2 481 1 match_33 match 852 52843 53308 1 466 -1 match_34 match 831 52891 53333 1 443 1 match_35 match 295 53177 53337 9 169 -1 match_36 match 823 119217 119656 1 440 -1 match_37 match 791 170188 170586 147 545 -1 FGENESH_Tomato de novo mRNA_1 mRNA 3759 9114 CDS_1 CDS 0.69 3759 3763 CDS_2 CDS 44.02 4325 4588 CDS_3 CDS 19.84 4674 4791 CDS_4 CDS 38.02 4953 5141 CDS_5 CDS 66.56 5564 6001 CDS_6 CDS 7.23 6085 6186 CDS_7 CDS 23.86 6296 6496 CDS_8 CDS 18.74 6575 6749 CDS_9 CDS 41.75 6848 7119 CDS_10 CDS 20.22 7217 7312 CDS_11 CDS 40.39 7389 7763 polyA_signal_sequence_1 polyA_signal_sequence 1.61 9109 9114 three_prime_UTR_1 three_prime_UTR 1.61 7764 9114 mRNA_2 mRNA 14754 15324 CDS_12 CDS 3.16 14754 14801 CDS_13 CDS 3.53 14941 15009 polyA_signal_sequence_2 polyA_signal_sequence 1.61 15319 15324 three_prime_UTR_2 three_prime_UTR 1.61 15010 15324 mRNA_3 mRNA 25725 26736 CDS_14 CDS 2.49 25725 25877 CDS_15 CDS 7.56 25954 26020 CDS_16 CDS 11.26 26102 26196 polyA_signal_sequence_3 polyA_signal_sequence 1.61 26731 26736 three_prime_UTR_3 three_prime_UTR 1.61 26197 26736 mRNA_4 mRNA 27099 29522 CDS_17 CDS 8.67 27099 27183 CDS_18 CDS 1.87 27295 27369 CDS_19 CDS 5.54 27478 27565 CDS_20 CDS 32.87 27641 27893 CDS_21 CDS 17.87 28179 28294 CDS_22 CDS 19.21 28384 28633 CDS_23 CDS 6.58 28760 28862 CDS_24 CDS 19.25 28996 29306 polyA_signal_sequence_4 polyA_signal_sequence 1.61 29517 29522 three_prime_UTR_4 three_prime_UTR 1.61 29307 29522 mRNA_5 mRNA 30134 30982 CDS_25 CDS 30134 30286 CDS_26 CDS 11.05 30364 30430 CDS_27 CDS 11.21 30504 30598 polyA_signal_sequence_5 polyA_signal_sequence 1.61 30977 30982 three_prime_UTR_5 three_prime_UTR 1.61 30599 30982 mRNA_6 mRNA 31305 34139 CDS_28 CDS 8.57 31305 31389 CDS_29 CDS 2.92 31497 31571 CDS_30 CDS 8.41 31677 31764 CDS_31 CDS 24.70 31840 32092 CDS_32 CDS 8.52 32397 32512 CDS_33 CDS 22.68 32618 32867 CDS_34 CDS 7.43 32994 33096 CDS_35 CDS 17.07 33230 33479 CDS_36 CDS 33760 33790 polyA_signal_sequence_6 polyA_signal_sequence 1.61 34134 34139 three_prime_UTR_6 three_prime_UTR 1.61 33791 34139 mRNA_7 mRNA 34424 35202 CDS_37 CDS 3.05 34424 34576 CDS_38 CDS 9.08 34647 34713 CDS_39 CDS 13.83 34942 35000 CDS_40 CDS 35095 35142 polyA_signal_sequence_7 polyA_signal_sequence 1.61 35197 35202 three_prime_UTR_7 three_prime_UTR 1.61 35143 35202 mRNA_8 mRNA 36614 39076 CDS_41 CDS 5.92 36614 36665 CDS_42 CDS 4.79 36763 36837 CDS_43 CDS 4.11 36947 37034 CDS_44 CDS 28.00 37109 37361 CDS_45 CDS 8.52 37666 37781 CDS_46 CDS 22.94 37887 38136 CDS_47 CDS 7.91 38236 38338 CDS_48 CDS 15.00 38468 38778 polyA_signal_sequence_8 polyA_signal_sequence 39071 39076 three_prime_UTR_8 three_prime_UTR 38779 39076 mRNA_9 mRNA 39255 39556 CDS_49 CDS 18.31 39255 39524 polyA_signal_sequence_9 polyA_signal_sequence 1.61 39551 39556 three_prime_UTR_9 three_prime_UTR 1.61 39525 39556 mRNA_10 mRNA 39644 40047 CDS_50 CDS 7.98 39644 39698 CDS_51 CDS 0.50 39878 40020 polyA_signal_sequence_10 polyA_signal_sequence 40042 40047 three_prime_UTR_10 three_prime_UTR 40021 40047 mRNA_11 mRNA 44510 44614 CDS_52 CDS 4.63 44510 44569 polyA_signal_sequence_11 polyA_signal_sequence 1.61 44609 44614 three_prime_UTR_11 three_prime_UTR 1.61 44570 44614 mRNA_12 mRNA 49609 51914 CDS_53 CDS 37.51 49609 50364 CDS_54 CDS 72.08 50874 51644 polyA_signal_sequence_12 polyA_signal_sequence 1.61 51909 51914 three_prime_UTR_12 three_prime_UTR 1.61 51645 51914 mRNA_13 mRNA 59774 61648 CDS_55 CDS 12.78 59774 59907 CDS_56 CDS 60864 61041 polyA_signal_sequence_13 polyA_signal_sequence 1.61 61643 61648 three_prime_UTR_13 three_prime_UTR 1.61 61042 61648 mRNA_14 mRNA 63093 68926 CDS_57 CDS 87.10 63093 63695 CDS_58 CDS 24.24 64197 64344 CDS_59 CDS 2.04 64513 64591 CDS_60 CDS 12.00 64703 64856 CDS_61 CDS 22.30 64948 65157 CDS_62 CDS 19.63 65239 65439 CDS_63 CDS 18.01 65589 65751 CDS_64 CDS 43.36 65822 66082 CDS_65 CDS 17.56 66222 66343 CDS_66 CDS 14.41 67346 67507 CDS_67 CDS 22.21 67633 67825 CDS_68 CDS 17.14 67944 68080 CDS_69 CDS 17.59 68638 68808 polyA_signal_sequence_14 polyA_signal_sequence 68921 68926 three_prime_UTR_14 three_prime_UTR 68809 68926 mRNA_15 mRNA 69044 70652 CDS_70 CDS 23.22 69044 69227 CDS_71 CDS 55.64 69279 69789 CDS_72 CDS 22.42 69867 70083 CDS_73 CDS 9.15 70208 70297 CDS_74 CDS 5.80 70495 70587 polyA_signal_sequence_15 polyA_signal_sequence 70647 70652 three_prime_UTR_15 three_prime_UTR 70588 70652 mRNA_16 mRNA 70717 72210 CDS_75 CDS 70717 70740 CDS_76 CDS 61.42 71049 71464 CDS_77 CDS 3.48 71796 71820 CDS_78 CDS 5.98 71997 72083 polyA_signal_sequence_16 polyA_signal_sequence 72205 72210 three_prime_UTR_16 three_prime_UTR 72084 72210 mRNA_17 mRNA 72308 75254 CDS_79 CDS 95.27 72308 73597 CDS_80 CDS 30.09 74011 74370 CDS_81 CDS 3.27 74466 74654 polyA_signal_sequence_17 polyA_signal_sequence 1.61 75249 75254 three_prime_UTR_17 three_prime_UTR 1.61 74655 75254 mRNA_18 mRNA 75709 77967 CDS_82 CDS 32.74 75709 76027 CDS_83 CDS 2.64 76244 76252 CDS_84 CDS 4.91 76613 76667 CDS_85 CDS 7.63 77612 77714 polyA_signal_sequence_18 polyA_signal_sequence 1.61 77962 77967 three_prime_UTR_18 three_prime_UTR 1.61 77715 77967 mRNA_19 mRNA 79126 81907 CDS_86 CDS 28.21 79126 79275 CDS_87 CDS 2.68 79956 80046 CDS_88 CDS 2.54 80133 80185 CDS_89 CDS 2.38 81053 81178 CDS_90 CDS 14.74 81221 81292 CDS_91 CDS 5.05 81493 81588 polyA_signal_sequence_19 polyA_signal_sequence 1.61 81902 81907 three_prime_UTR_19 three_prime_UTR 1.61 81589 81907 mRNA_20 mRNA 82192 83513 CDS_92 CDS 82192 82285 CDS_93 CDS 1.92 82345 82390 CDS_94 CDS 10.60 82517 82580 CDS_95 CDS 3.37 83362 83397 polyA_signal_sequence_20 polyA_signal_sequence 83508 83513 three_prime_UTR_20 three_prime_UTR 83398 83513 mRNA_21 mRNA 84083 84434 CDS_96 CDS 1.17 84083 84137 CDS_97 CDS 5.61 84231 84322 polyA_signal_sequence_21 polyA_signal_sequence 1.61 84429 84434 three_prime_UTR_21 three_prime_UTR 1.61 84323 84434 mRNA_22 mRNA 88828 89610 CDS_98 CDS 23.59 88828 88962 CDS_99 CDS 89380 89439 polyA_signal_sequence_22 polyA_signal_sequence 1.61 89605 89610 three_prime_UTR_22 three_prime_UTR 1.61 89440 89610 mRNA_23 mRNA 91244 91967 CDS_100 CDS 7.40 91244 91366 CDS_101 CDS 9.95 91450 91680 polyA_signal_sequence_23 polyA_signal_sequence 1.61 91962 91967 three_prime_UTR_23 three_prime_UTR 1.61 91681 91967 mRNA_24 mRNA 99548 109377 CDS_102 CDS 70.81 99548 100264 CDS_103 CDS 22.29 100937 101405 CDS_104 CDS 12.46 101508 101593 CDS_105 CDS 14.15 101890 102003 CDS_106 CDS 21.53 102163 102351 CDS_107 CDS 9.01 102642 102707 CDS_108 CDS 5.55 102999 103049 CDS_109 CDS 6.61 103650 103772 CDS_110 CDS 12.28 103856 103972 CDS_111 CDS 13.10 104893 105000 CDS_112 CDS 12.16 105092 105227 CDS_113 CDS 13.30 105734 105871 CDS_114 CDS 7.72 106231 106377 CDS_115 CDS 39.15 106489 107090 CDS_116 CDS 12.96 107826 108003 CDS_117 CDS 56.02 108086 108720 CDS_118 CDS 26.13 108995 109294 polyA_signal_sequence_24 polyA_signal_sequence 1.61 109372 109377 three_prime_UTR_24 three_prime_UTR 1.61 109295 109377 mRNA_25 mRNA 109481 111097 CDS_119 CDS 26.39 109481 109704 CDS_120 CDS 20.50 109801 109956 CDS_121 CDS 13.76 110032 110148 CDS_122 CDS 7.68 110409 110547 polyA_signal_sequence_25 polyA_signal_sequence 1.61 111092 111097 three_prime_UTR_25 three_prime_UTR 1.61 110548 111097 mRNA_26 mRNA 115810 118496 CDS_123 CDS 50.39 115810 116121 CDS_124 CDS 3.71 116611 116697 CDS_125 CDS 58.24 117683 118151 CDS_126 CDS 3.81 118391 118473 polyA_signal_sequence_26 polyA_signal_sequence 118491 118496 three_prime_UTR_26 three_prime_UTR 118474 118496 mRNA_27 mRNA 119990 121464 CDS_127 CDS 0.59 119990 120071 CDS_128 CDS 3.60 120597 120652 CDS_129 CDS 16.65 120728 120858 CDS_130 CDS 19.55 120948 121047 CDS_131 CDS 35.49 121138 121314 polyA_signal_sequence_27 polyA_signal_sequence 121459 121464 three_prime_UTR_27 three_prime_UTR 121315 121464 mRNA_28 mRNA 125552 128378 CDS_132 CDS 168.71 125552 126973 CDS_133 CDS 14.58 127757 127993 CDS_134 CDS 13.76 128062 128352 polyA_signal_sequence_28 polyA_signal_sequence 128373 128378 three_prime_UTR_28 three_prime_UTR 128353 128378 mRNA_29 mRNA 128799 130114 CDS_135 CDS 2.03 128799 128881 CDS_136 CDS 129659 129719 CDS_137 CDS 33.95 129776 129994 polyA_signal_sequence_29 polyA_signal_sequence 1.61 130109 130114 three_prime_UTR_29 three_prime_UTR 1.61 129995 130114 mRNA_30 mRNA 133750 135896 CDS_138 CDS 24.81 133750 134013 CDS_139 CDS 4.97 135671 135847 polyA_signal_sequence_30 polyA_signal_sequence 1.61 135891 135896 three_prime_UTR_30 three_prime_UTR 1.61 135848 135896 mRNA_31 mRNA 141150 143874 CDS_140 CDS 0.10 141150 141253 CDS_141 CDS 6.54 142436 142514 CDS_142 CDS 7.76 143332 143445 polyA_signal_sequence_31 polyA_signal_sequence 1.61 143869 143874 three_prime_UTR_31 three_prime_UTR 1.61 143446 143874 mRNA_32 mRNA 145413 152415 CDS_143 CDS 134.16 145413 146582 CDS_144 CDS 15.14 148144 148356 CDS_145 CDS 2.60 150234 150329 CDS_146 CDS 19.31 151252 151347 CDS_147 CDS 6.25 151464 151532 CDS_148 CDS 0.11 152261 152368 polyA_signal_sequence_32 polyA_signal_sequence 1.61 152410 152415 three_prime_UTR_32 three_prime_UTR 1.61 152369 152415 mRNA_33 mRNA 154062 156808 CDS_149 CDS 4.81 154062 154159 CDS_150 CDS 1.97 154229 154262 CDS_151 CDS 36.45 154470 154670 CDS_152 CDS 21.80 155199 155345 CDS_153 CDS 3.72 155434 155562 CDS_154 CDS 30.84 155637 155767 CDS_155 CDS 8.15 156411 156516 polyA_signal_sequence_33 polyA_signal_sequence 156803 156808 three_prime_UTR_33 three_prime_UTR 156517 156808 mRNA_34 mRNA 171462 172049 CDS_156 CDS 1.00 171462 171671 polyA_signal_sequence_34 polyA_signal_sequence 1.61 172044 172049 three_prime_UTR_34 three_prime_UTR 1.61 171672 172049 FGENESH_Tomato de novo mRNA_35 mRNA 18410 15515 three_prime_UTR_35 three_prime_UTR 15842 15515 polyA_signal_sequence_35 polyA_signal_sequence 15520 15515 CDS_157 CDS 78.26 16594 15843 CDS_158 CDS 2.30 18052 17896 CDS_159 CDS 8.82 18410 18270 mRNA_36 mRNA 43658 40258 three_prime_UTR_36 three_prime_UTR 40413 40258 polyA_signal_sequence_36 polyA_signal_sequence 40263 40258 CDS_160 CDS 33.45 40686 40414 CDS_161 CDS 20.78 41297 41128 CDS_162 CDS 14.05 41705 41594 CDS_163 CDS 3.44 41907 41853 CDS_164 CDS 17.53 42140 42025 CDS_165 CDS 10.48 42422 42341 CDS_166 CDS 34.04 42759 42505 CDS_167 CDS 7.89 43032 42904 CDS_168 CDS 14.53 43658 43399 mRNA_37 mRNA 62709 62603 three_prime_UTR_37 three_prime_UTR 1.61 62658 62603 polyA_signal_sequence_37 polyA_signal_sequence 1.61 62608 62603 CDS_169 CDS 62709 62659 mRNA_38 mRNA 83914 83632 three_prime_UTR_38 three_prime_UTR 1.61 83721 83632 polyA_signal_sequence_38 polyA_signal_sequence 1.61 83637 83632 CDS_170 CDS 5.24 83825 83722 CDS_171 CDS 83914 83863 mRNA_39 mRNA 85912 84718 three_prime_UTR_39 three_prime_UTR 1.61 84731 84718 polyA_signal_sequence_39 polyA_signal_sequence 1.61 84723 84718 CDS_172 CDS 84785 84732 CDS_173 CDS 2.04 85072 84991 CDS_174 CDS 22.90 85625 85522 CDS_175 CDS 85912 85835 mRNA_40 mRNA 87997 86313 three_prime_UTR_40 three_prime_UTR 1.61 87038 86313 polyA_signal_sequence_40 polyA_signal_sequence 1.61 86318 86313 CDS_176 CDS 28.50 87211 87039 CDS_177 CDS 1.56 87997 87937 mRNA_41 mRNA 93835 92099 three_prime_UTR_41 three_prime_UTR 1.61 92497 92099 polyA_signal_sequence_41 polyA_signal_sequence 1.61 92104 92099 CDS_178 CDS 11.58 92623 92498 CDS_179 CDS 16.45 93835 93737 mRNA_42 mRNA 112037 111257 three_prime_UTR_42 three_prime_UTR 1.61 111509 111257 polyA_signal_sequence_42 polyA_signal_sequence 1.61 111262 111257 CDS_180 CDS 48.69 111781 111510 CDS_181 CDS 11.17 112037 111896 mRNA_43 mRNA 119413 118717 three_prime_UTR_43 three_prime_UTR 1.61 118917 118717 polyA_signal_sequence_43 polyA_signal_sequence 1.61 118722 118717 CDS_182 CDS 9.56 119248 118918 CDS_183 CDS 119413 119382 mRNA_44 mRNA 122330 121925 three_prime_UTR_44 three_prime_UTR 1.61 122075 121925 polyA_signal_sequence_44 polyA_signal_sequence 1.61 121930 121925 CDS_184 CDS 11.60 122330 122076 mRNA_45 mRNA 123724 122680 three_prime_UTR_45 three_prime_UTR 122738 122680 polyA_signal_sequence_45 polyA_signal_sequence 122685 122680 CDS_185 CDS 3.41 122815 122739 CDS_186 CDS 15.26 123013 122962 CDS_187 CDS 11.79 123263 123186 CDS_188 CDS 7.35 123724 123635 mRNA_46 mRNA 125006 123738 three_prime_UTR_46 three_prime_UTR 1.61 123836 123738 polyA_signal_sequence_46 polyA_signal_sequence 1.61 123743 123738 CDS_189 CDS 123922 123837 CDS_190 CDS 46.89 124635 124330 CDS_191 CDS 7.74 124755 124704 CDS_192 CDS 125006 124947 mRNA_47 mRNA 139409 138759 three_prime_UTR_47 three_prime_UTR 139118 138759 polyA_signal_sequence_47 polyA_signal_sequence 138764 138759 CDS_193 CDS 18.51 139409 139119 mRNA_48 mRNA 140112 139422 three_prime_UTR_48 three_prime_UTR 1.61 139463 139422 polyA_signal_sequence_48 polyA_signal_sequence 1.61 139427 139422 CDS_194 CDS 139565 139464 CDS_195 CDS 12.25 140112 139966 mRNA_49 mRNA 160226 157174 three_prime_UTR_49 three_prime_UTR 1.61 157545 157174 polyA_signal_sequence_49 polyA_signal_sequence 1.61 157179 157174 CDS_196 CDS 10.50 157611 157546 CDS_197 CDS 10.94 157996 157910 CDS_198 CDS 21.44 158222 158104 CDS_199 CDS 18.38 158652 158414 CDS_200 CDS 13.20 158834 158778 CDS_201 CDS 54.24 159748 159117 CDS_202 CDS 40.53 160226 159939 mRNA_50 mRNA 169175 165545 three_prime_UTR_50 three_prime_UTR 1.61 165682 165545 polyA_signal_sequence_50 polyA_signal_sequence 1.61 165550 165545 CDS_203 CDS 3.60 165754 165683 CDS_204 CDS 8.46 166252 166166 CDS_205 CDS 10.47 166546 166428 CDS_206 CDS 28.41 167415 167177 CDS_207 CDS 19.44 167788 167732 CDS_208 CDS 49.40 168503 167872 CDS_209 CDS 42.31 169175 168867 mRNA_51 mRNA 177416 172980 three_prime_UTR_51 three_prime_UTR 1.61 173072 172980 polyA_signal_sequence_51 polyA_signal_sequence 1.61 172985 172980 CDS_210 CDS 7.36 173143 173073 CDS_211 CDS 4.19 173385 173242 CDS_212 CDS 23.27 174366 174086 CDS_213 CDS 77.70 177416 176743 mRNA_52 mRNA 178264 177521 three_prime_UTR_52 three_prime_UTR 177594 177521 polyA_signal_sequence_52 polyA_signal_sequence 177526 177521 CDS_214 CDS 10.43 177858 177595 CDS_215 CDS 12.64 178079 177891 CDS_216 CDS 178264 178226 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_1 match_part 0.996 4347 4588 1 242 1 match_part 1.000 4674 4791 243 360 1 match_part 1.000 4953 5051 361 459 1 match_2 match_part 1.000 25680 25877 1 198 1 match_part 1.000 25954 26020 199 265 1 match_part 1.000 26102 26160 266 324 1 match_part 0.987 27108 27183 325 400 1 match_part 1.000 27295 27369 401 475 1 match_part 1.000 27478 27518 476 516 1 match_3 match_part 1.000 27078 27565 1 488 1 match_part 0.996 27641 27881 489 729 1 match_4 match_part 1.000 27078 27565 1 488 1 match_part 1.000 27641 27674 489 522 1 match_5 match_part 0.996 28392 28633 1 242 1 match_part 1.000 28760 28862 243 345 1 match_part 0.992 28996 29388 346 738 1 match_6 match_part 1.000 30089 30286 1 198 1 match_part 1.000 30364 30430 199 265 1 match_part 1.000 30504 30562 266 324 1 match_part 1.000 31314 31389 325 400 1 match_part 1.000 31497 31571 401 475 1 match_part 1.000 31677 31764 476 563 1 match_part 0.991 31840 32050 564 775 1 match_7 match_part 1.000 31843 32092 1 250 1 match_part 1.000 32397 32512 251 366 1 match_part 1.000 32618 32867 367 616 1 match_part 0.990 32994 33095 617 718 1 match_8 match_part 1.000 31843 32092 1 250 1 match_part 0.983 32397 32512 251 367 1 match_part 1.000 32618 32720 368 470 1 match_9 match_part 1.000 32807 32867 1 61 1 match_part 1.000 32994 33096 62 164 1 match_part 0.992 33230 33593 165 527 1 match_10 match_part 0.990 33001 33096 1 96 -1 match_part 0.939 33230 33707 97 573 -1 match_11 match_part 1.000 34304 34576 1 273 1 match_part 1.000 34647 34713 274 340 1 match_part 1.000 34942 35000 341 399 1 match_part 1.000 36590 36665 400 475 1 match_part 1.000 36763 36837 476 550 1 match_part 1.000 36947 37034 551 638 1 match_part 0.972 37109 37250 639 780 1 match_12 match_part 1.000 34305 34576 1 272 1 match_part 1.000 34647 34713 273 339 1 match_part 1.000 34942 35000 340 398 1 match_part 1.000 36590 36650 399 459 1 match_13 match_part 1.000 34338 34576 1 239 1 match_part 1.000 34647 34713 240 306 1 match_part 0.983 34942 35000 307 365 1 match_part 0.987 36590 36665 366 441 1 match_part 0.987 36763 36837 442 516 1 match_part 1.000 36947 36982 517 552 1 match_14 match_part 1.000 34341 34576 1 236 1 match_part 1.000 34647 34713 237 303 1 match_part 1.000 34942 35000 304 362 1 match_part 1.000 36590 36665 363 438 1 match_part 1.000 36763 36837 439 513 1 match_part 1.000 36947 37034 514 601 1 match_part 0.989 37109 37201 602 694 1 match_15 match_part 1.000 37907 38136 1 230 -1 match_part 1.000 38236 38338 231 333 -1 match_part 1.000 38468 38937 334 803 -1 match_16 match_part 0.974 49598 50329 1 734 1 match_17 match_part 1.000 49712 50204 1 493 1 match_18 match_part 1.000 49885 50354 1 470 1 match_19 match_part 1.000 50288 50364 1 77 1 match_part 0.998 50874 51449 78 653 1 match_20 match_part 1.000 50289 50364 1 76 1 match_part 1.000 50874 51226 77 429 1 match_21 match_part 1.000 50292 50364 1 73 1 match_part 0.997 50874 51492 74 691 1 match_22 match_part 1.000 50908 51360 1 453 1 match_23 match_part 0.974 51255 51746 1 496 -1 match_24 match_part 0.919 52842 53558 1 717 1 match_25 match_part 0.913 52842 53242 1 402 1 match_26 match_part 0.937 53403 53640 1 239 1 match_27 match_part 0.952 53404 53881 1 481 1 match_28 match_part 0.994 69467 69789 1 323 1 match_part 1.000 69867 70017 324 474 1 match_29 match_part 0.920 69910 70083 1 172 1 match_part 1.000 70208 70297 173 262 1 match_part 1.000 71049 71076 263 290 1 match_30 match_part 1.000 70215 70297 1 83 1 match_part 1.000 71049 71434 84 469 1 match_31 match_part 1.000 71311 71649 1 339 1 match_32 match_part 0.995 73946 74512 1 568 1 match_33 match_part 0.998 73947 74579 1 633 1 match_34 match_part 1.000 74123 74628 1 506 -1 match_part 0.982 74724 75008 507 791 -1 match_35 match_part 0.987 79048 79275 1 228 1 match_part 0.967 79956 80046 229 319 1 match_part 1.000 80133 80162 320 349 1 match_36 match_part 1.000 79122 79275 1 154 1 match_part 1.000 79956 80046 155 245 1 match_part 1.000 80133 80185 246 298 1 match_part 1.000 81053 81145 299 391 1 match_part 0.986 81221 81292 392 463 1 match_part 1.000 82164 82215 464 515 1 match_37 match_part 1.000 79128 79275 1 148 1 match_part 1.000 79956 80046 149 239 1 match_part 1.000 80133 80185 240 292 1 match_part 1.000 81053 81145 293 385 1 match_part 0.986 81221 81292 386 457 1 match_part 1.000 82164 82215 458 509 1 match_38 match_part 1.000 79149 79275 1 127 1 match_part 1.000 79956 80046 128 218 1 match_part 1.000 80133 80185 219 271 1 match_part 1.000 81053 81145 272 364 1 match_part 0.986 81221 81292 365 436 1 match_part 1.000 82164 82236 437 509 1 match_part 1.000 82345 82382 510 547 1 match_39 match_part 1.000 85456 85481 1 26 1 match_part 0.998 85559 86021 27 489 1 match_40 match_part 1.000 108132 108658 1 527 1 match_41 match_part 0.997 115773 116121 1 349 1 match_part 1.000 117683 117933 350 600 1 match_42 match_part 1.000 115778 116121 1 344 1 match_part 1.000 117683 117887 345 549 1 match_43 match_part 1.000 120768 120858 1 91 -1 match_part 0.980 120948 121047 92 192 -1 match_part 1.000 121138 121308 193 363 -1 match_part 1.000 121506 121842 364 700 -1 match_44 match_part 1.000 120768 120858 1 91 1 match_part 1.000 120948 121047 92 191 1 match_part 1.000 121138 121308 192 362 1 match_part 0.997 121506 121842 363 699 1 match_45 match_part 1.000 120769 120858 1 90 1 match_part 1.000 120948 121047 91 190 1 match_part 1.000 121138 121308 191 361 1 match_part 1.000 121506 121606 362 462 1 match_46 match_part 1.000 121285 121308 1 24 -1 match_part 0.983 121506 121852 25 371 -1 match_part 0.556 122573 122599 372 398 -1 match_47 match_part 1.000 126467 126973 1 507 1 match_part 1.000 129776 129854 508 586 1 match_48 match_part 1.000 126468 126973 1 506 1 match_part 1.000 129776 129852 507 583 1 match_49 match_part 1.000 146373 146582 1 210 1 match_part 1.000 148144 148356 211 423 1 match_part 1.000 151252 151347 424 519 1 match_part 1.000 151464 151532 520 588 1 match_part 1.000 154470 154617 589 736 1 match_50 match_part 0.998 150708 151347 21 660 1 match_part 1.000 151464 151532 661 729 1 match_51 match_part 0.997 150708 151347 21 661 1 match_part 1.000 151464 151526 662 724 1 match_52 match_part 0.995 150708 151305 21 618 1 match_53 match_part 1.000 154563 154670 1 108 1 match_part 1.000 155199 155345 109 255 1 match_part 1.000 155434 155562 256 384 1 match_part 0.992 155637 155767 385 515 1 match_part 1.000 156411 156457 516 562 1 match_54 match_part 1.000 155464 155562 1 99 1 match_part 1.000 155637 155767 100 230 1 match_part 0.995 156411 156825 231 645 1 match_55 match_part 1.000 156493 156958 1 466 -1 match_56 match_part 0.998 156502 156958 1 457 -1 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_57 match_part 1.000 16186 15830 1 357 -1 match_part 0.984 14181 13872 358 667 -1 match_58 match_part 1.000 16125 15830 1 296 -1 match_part 0.977 14181 13872 297 606 -1 match_59 match_part 0.995 16015 15830 1 186 -1 match_part 0.981 14181 13872 187 496 -1 match_60 match_part 1.000 16089 15494 1 596 -1 match_61 match_part 0.987 16564 15942 1 623 1 match_62 match_part 1.000 19198 19111 1 88 1 match_part 1.000 16555 16071 89 573 1 match_63 match_part 1.000 19129 19111 1 19 1 match_part 1.000 16555 16077 20 498 1 match_64 match_part 0.895 19186 19111 1 76 1 match_part 0.986 16555 16188 77 444 1 match_65 match_part 0.966 19197 19111 1 87 1 match_part 0.964 16555 16192 88 451 1 match_66 match_part 0.999 29341 28655 1 687 1 match_67 match_part 0.977 39446 39100 1 347 1 match_68 match_part 0.977 39446 39100 1 347 1 match_69 match_part 0.977 39446 39100 1 347 1 match_70 match_part 0.977 39446 39100 1 347 1 match_71 match_part 0.977 39446 39100 1 347 1 match_72 match_part 1.000 43644 43399 1 246 1 match_part 1.000 43032 42904 247 375 1 match_part 1.000 42759 42505 376 630 1 match_part 1.000 42422 42374 631 679 1 match_73 match_part 0.981 43663 43399 1 264 1 match_part 1.000 43032 42962 265 335 1 match_74 match_part 0.917 53729 53417 1 313 1 match_75 match_part 1.000 86014 85566 1 449 1 match_76 match_part 0.991 86368 85682 1 687 1 match_77 match_part 0.877 91513 91441 1 74 -1 match_part 0.852 88279 88226 75 130 -1 match_part 0.967 87224 86836 131 519 -1 match_part 0.576 86043 86011 520 552 -1 match_78 match_part 1.000 87224 86836 12 400 1 match_part 0.542 86334 86287 401 448 1 match_79 match_part 1.000 91507 91441 1 67 1 match_part 1.000 88279 88226 68 121 1 match_part 0.995 87224 86836 122 510 1 match_part 0.455 86553 86510 511 553 1 match_part 0.400 86429 86410 554 573 1 match_80 match_part 1.000 91821 91620 1 202 -1 match_part 1.000 91524 91441 203 286 -1 match_part 1.000 88279 88226 287 340 -1 match_part 0.987 87224 86831 341 734 -1 match_81 match_part 1.000 91834 91620 13 227 -1 match_part 1.000 91524 91441 228 311 -1 match_part 1.000 88279 88226 312 365 -1 match_part 0.986 87224 86856 366 733 -1 match_82 match_part 0.973 91766 91620 1 147 -1 match_part 1.000 91524 91441 148 231 -1 match_part 1.000 88279 88226 232 285 -1 match_part 0.986 87224 86871 286 636 -1 match_83 match_part 1.000 93799 93737 1 63 1 match_part 1.000 92623 92524 64 163 1 match_part 1.000 91834 91620 164 378 1 match_part 1.000 91524 91441 379 462 1 match_part 1.000 88279 88226 463 516 1 match_part 0.963 87224 87118 517 623 1 match_84 match_part 1.000 94008 93737 1 272 1 match_part 1.000 92623 92524 273 372 1 match_part 1.000 91834 91620 373 587 1 match_part 0.988 91524 91441 588 671 1 match_part 1.000 88279 88227 672 724 1 match_85 match_part 1.000 94008 93737 1 272 1 match_part 1.000 92623 92524 273 372 1 match_part 1.000 91834 91620 373 587 1 match_part 1.000 91524 91441 588 671 1 match_part 1.000 88279 88244 672 707 1 match_86 match_part 1.000 94009 93737 1 273 1 match_part 1.000 92623 92524 274 373 1 match_part 1.000 91834 91620 374 588 1 match_part 0.968 91524 91463 589 650 1 match_87 match_part 1.000 94009 93737 1 273 1 match_part 1.000 92623 92524 274 373 1 match_part 0.938 91834 91643 374 568 1 match_88 match_part 1.000 94008 93737 1 272 1 match_part 1.000 92623 92524 273 372 1 match_part 0.989 91834 91650 373 557 1 match_89 match_part 1.000 94009 93737 1 273 1 match_part 1.000 92623 92524 274 373 1 match_part 0.987 91834 91685 374 523 1 match_90 match_part 1.000 94008 93737 1 272 1 match_part 1.000 92623 92524 273 372 1 match_part 1.000 91834 91787 373 420 1 match_91 match_part 1.000 112041 111896 1 146 1 match_part 0.986 111781 111341 147 587 1 match_92 match_part 1.000 112041 111896 1 146 1 match_part 0.998 111781 111359 147 569 1 match_93 match_part 1.000 112040 111896 1 145 1 match_part 0.993 111781 111363 146 565 1 match_94 match_part 1.000 112097 111896 1 202 1 match_part 1.000 111781 111369 203 615 1 match_95 match_part 1.000 124556 124403 1 154 1 match_part 1.000 123266 123186 155 235 1 match_part 1.000 123013 122962 236 287 1 match_part 1.000 122815 122485 288 618 1 match_96 match_part 1.000 124555 124403 1 153 1 match_part 1.000 123266 123186 154 234 1 match_part 1.000 123013 122962 235 286 1 match_part 1.000 122815 122539 287 563 1 match_97 match_part 0.890 158194 158104 1 96 1 match_part 0.897 157996 157910 97 187 1 match_part 0.960 157611 157335 188 468 1 match_98 match_part 1.000 158197 158104 1 94 1 match_part 1.000 157996 157910 95 181 1 match_part 1.000 157611 157346 182 447 1 match_99 match_part 0.990 169171 168867 1 305 1 match_part 1.000 168503 168300 306 509 1 match_100 match_part 0.996 169541 169057 1 484 1 match_101 match_part 0.994 169398 169063 1 335 1 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C02HBa0204D01.1 type gene exon 4347 4588 exon 4674 4791 exon 4953 5051 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C02HBa0204D01.1 type gene exon 19198 19111 exon 16555 15830 exon 14181 13872 gene_3 gene GT_PGL_2_AGS_2 transcript source GenomeThreader seq_id C02HBa0204D01.1 type gene exon 19198 19111 exon 16555 15494 gene_4 gene GT_PGL_2_AGS_3 transcript source GenomeThreader seq_id C02HBa0204D01.1 type gene exon 16564 15830 exon 14181 13872 gene_5 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C02HBa0204D01.1 type gene exon 27078 27565 exon 27641 27881 gene_6 gene GT_PGL_3_AGS_2 transcript source GenomeThreader seq_id C02HBa0204D01.1 type gene exon 25680 25877 exon 25954 26020 exon 26102 26160 exon 27108 27183 exon 27295 27369 exon 27478 27518 gene_7 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C02HBa0204D01.1 type gene exon 28392 28633 exon 28760 28862 exon 28996 29388 gene_8 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C02HBa0204D01.1 type gene exon 29341 28655 gene_9 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C02HBa0204D01.1 type gene exon 30089 30286 exon 30364 30430 exon 30504 30562 exon 31314 31389 exon 31497 31571 exon 31677 31764 exon 31840 32092 exon 32397 32512 exon 32618 32867 exon 32994 33096 exon 33230 33707 gene_10 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C02HBa0204D01.1 type gene exon 34304 34576 exon 34647 34713 exon 34942 35000 exon 36590 36665 exon 36763 36837 exon 36947 37034 exon 37109 37250 gene_11 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C02HBa0204D01.1 type gene exon 37907 38136 exon 38236 38338 exon 38468 38937 gene_12 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C02HBa0204D01.1 type gene exon 39446 39100 gene_13 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C02HBa0204D01.1 type gene exon 43663 43399 exon 43032 42904 exon 42759 42505 exon 42422 42374 gene_14 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C02HBa0204D01.1 type gene exon 49598 50364 exon 50874 51746 gene_15 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C02HBa0204D01.1 type gene exon 52842 53881 gene_16 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C02HBa0204D01.1 type gene exon 53729 53417 gene_17 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C02HBa0204D01.1 type gene exon 69467 69789 exon 69867 70083 exon 70208 70297 exon 71049 71649 gene_18 gene GT_PGL_15_AGS_1 transcript source GenomeThreader seq_id C02HBa0204D01.1 type gene exon 73946 74628 exon 74724 75008 gene_19 gene GT_PGL_16_AGS_1 transcript source GenomeThreader seq_id C02HBa0204D01.1 type gene exon 79048 79275 exon 79956 80046 exon 80133 80185 exon 81053 81145 exon 81221 81292 exon 82164 82236 exon 82345 82382 gene_20 gene GT_PGL_17_AGS_1 transcript source GenomeThreader seq_id C02HBa0204D01.1 type gene exon 85456 85481 exon 85559 86021 gene_21 gene GT_PGL_18_AGS_1 transcript source GenomeThreader seq_id C02HBa0204D01.1 type gene exon 94009 93737 exon 92623 92524 exon 91834 91620 exon 91524 91441 exon 88279 88226 exon 87224 86836 exon 86043 85566 gene_22 gene GT_PGL_18_AGS_2 transcript source GenomeThreader seq_id C02HBa0204D01.1 type gene exon 94009 93737 exon 92623 92524 exon 91834 91620 exon 91524 91441 exon 88279 88226 exon 87224 86836 exon 86334 86287 gene_23 gene GT_PGL_18_AGS_3 transcript source GenomeThreader seq_id C02HBa0204D01.1 type gene exon 94009 93737 exon 92623 92524 exon 91834 91620 exon 91524 91441 exon 88279 88226 exon 87224 86836 exon 86553 86510 exon 86429 86410 gene_24 gene GT_PGL_18_AGS_4 transcript source GenomeThreader seq_id C02HBa0204D01.1 type gene exon 94009 93737 exon 92623 92524 exon 91834 91620 exon 91524 91441 exon 88279 88226 exon 87224 86831 gene_25 gene GT_PGL_18_AGS_5 transcript source GenomeThreader seq_id C02HBa0204D01.1 type gene exon 86368 85566 gene_26 gene GT_PGL_19_AGS_1 transcript source GenomeThreader seq_id C02HBa0204D01.1 type gene exon 108132 108658 gene_27 gene GT_PGL_20_AGS_1 transcript source GenomeThreader seq_id C02HBa0204D01.1 type gene exon 112097 111896 exon 111781 111341 gene_28 gene GT_PGL_21_AGS_1 transcript source GenomeThreader seq_id C02HBa0204D01.1 type gene exon 115773 116121 exon 117683 117933 gene_29 gene GT_PGL_22_AGS_1 transcript source GenomeThreader seq_id C02HBa0204D01.1 type gene exon 120768 120858 exon 120948 121047 exon 121138 121308 exon 121506 121852 exon 122573 122599 gene_30 gene GT_PGL_23_AGS_1 transcript source GenomeThreader seq_id C02HBa0204D01.1 type gene exon 124556 124403 exon 123266 123186 exon 123013 122962 exon 122815 122485 gene_31 gene GT_PGL_24_AGS_1 transcript source GenomeThreader seq_id C02HBa0204D01.1 type gene exon 126467 126973 exon 129776 129854 gene_32 gene GT_PGL_25_AGS_1 transcript source GenomeThreader seq_id C02HBa0204D01.1 type gene exon 146373 146582 exon 148144 148356 exon 151252 151347 exon 151464 151532 exon 154470 154670 exon 155199 155345 exon 155434 155562 exon 155637 155767 exon 156411 156958 gene_33 gene GT_PGL_25_AGS_2 transcript source GenomeThreader seq_id C02HBa0204D01.1 type gene exon 150708 151347 exon 151464 151532 gene_34 gene GT_PGL_26_AGS_1 transcript source GenomeThreader seq_id C02HBa0204D01.1 type gene exon 158197 158104 exon 157996 157910 exon 157611 157335 gene_35 gene GT_PGL_27_AGS_1 transcript source GenomeThreader seq_id C02HBa0204D01.1 type gene exon 169541 168867 exon 168503 168300 FGENESH_Nicotiana de novo mRNA_1 mRNA 615 2138 CDS_1 CDS 2.90 615 646 CDS_2 CDS 5.47 2047 2131 polyA_signal_sequence_1 polyA_signal_sequence 0.75 2133 2138 three_prime_UTR_1 three_prime_UTR 0.75 2132 2138 mRNA_2 mRNA 4362 8103 CDS_3 CDS 25.90 4362 4588 CDS_4 CDS 14.07 4674 4791 CDS_5 CDS 38.60 4953 5141 CDS_6 CDS 78.39 5564 6001 CDS_7 CDS 4.87 6085 6186 CDS_8 CDS 25.22 6296 6496 CDS_9 CDS 24.21 6575 6749 CDS_10 CDS 40.36 6848 7119 CDS_11 CDS 6.69 7217 7312 CDS_12 CDS 50.47 7389 7763 polyA_signal_sequence_2 polyA_signal_sequence 0.75 8098 8103 three_prime_UTR_2 three_prime_UTR 0.75 7764 8103 mRNA_3 mRNA 16895 17135 CDS_13 CDS 0.35 16895 16975 polyA_signal_sequence_3 polyA_signal_sequence 2.25 17130 17135 three_prime_UTR_3 three_prime_UTR 2.25 16976 17135 mRNA_4 mRNA 25725 26433 CDS_14 CDS 25725 25877 CDS_15 CDS 5.89 25954 26020 CDS_16 CDS 8.69 26102 26196 polyA_signal_sequence_4 polyA_signal_sequence 0.75 26428 26433 three_prime_UTR_4 three_prime_UTR 0.75 26197 26433 mRNA_5 mRNA 27099 30982 CDS_17 CDS 12.89 27099 27183 CDS_18 CDS 4.73 27295 27369 CDS_19 CDS 11.53 27478 27565 CDS_20 CDS 29.33 27641 27893 CDS_21 CDS 15.76 28179 28294 CDS_22 CDS 11.26 28384 28633 CDS_23 CDS 1.99 28760 28862 CDS_24 CDS 23.18 28996 29260 CDS_25 CDS 29594 29607 CDS_26 CDS 6.63 30201 30286 CDS_27 CDS 16.04 30364 30430 CDS_28 CDS 9.79 30504 30598 polyA_signal_sequence_5 polyA_signal_sequence 2.25 30977 30982 three_prime_UTR_5 three_prime_UTR 2.25 30599 30982 mRNA_6 mRNA 31305 33851 CDS_29 CDS 12.02 31305 31389 CDS_30 CDS 6.62 31497 31571 CDS_31 CDS 10.43 31677 31764 CDS_32 CDS 31.03 31840 32173 CDS_33 CDS 16.36 32397 32512 CDS_34 CDS 14.79 32618 32867 CDS_35 CDS 3.37 32994 33096 CDS_36 CDS 21.89 33230 33479 CDS_37 CDS 1.19 33535 33667 polyA_signal_sequence_6 polyA_signal_sequence 0.75 33846 33851 three_prime_UTR_6 three_prime_UTR 0.75 33668 33851 mRNA_7 mRNA 34424 38971 CDS_38 CDS 34424 34576 CDS_39 CDS 9.63 34647 34713 CDS_40 CDS 10.46 34942 35000 CDS_41 CDS 12.96 36590 36665 CDS_42 CDS 9.92 36763 36837 CDS_43 CDS 11.34 36947 37034 CDS_44 CDS 32.47 37109 37442 CDS_45 CDS 16.36 37666 37781 CDS_46 CDS 21.50 37887 38136 CDS_47 CDS 4.09 38236 38338 CDS_48 CDS 24.01 38468 38778 polyA_signal_sequence_7 polyA_signal_sequence 0.75 38966 38971 three_prime_UTR_7 three_prime_UTR 0.75 38779 38971 mRNA_8 mRNA 39255 39556 CDS_49 CDS 19.39 39255 39524 polyA_signal_sequence_8 polyA_signal_sequence 2.25 39551 39556 three_prime_UTR_8 three_prime_UTR 2.25 39525 39556 mRNA_9 mRNA 44510 44614 CDS_50 CDS 2.36 44510 44569 polyA_signal_sequence_9 polyA_signal_sequence 2.25 44609 44614 three_prime_UTR_9 three_prime_UTR 2.25 44570 44614 mRNA_10 mRNA 45757 45862 CDS_51 CDS 4.07 45757 45849 polyA_signal_sequence_10 polyA_signal_sequence 0.75 45857 45862 three_prime_UTR_10 three_prime_UTR 0.75 45850 45862 mRNA_11 mRNA 46602 46810 CDS_52 CDS 46602 46751 polyA_signal_sequence_11 polyA_signal_sequence 2.25 46805 46810 three_prime_UTR_11 three_prime_UTR 2.25 46752 46810 mRNA_12 mRNA 47809 48050 CDS_53 CDS 2.78 47809 47925 polyA_signal_sequence_12 polyA_signal_sequence 0.75 48045 48050 three_prime_UTR_12 three_prime_UTR 0.75 47926 48050 mRNA_13 mRNA 48764 49170 CDS_54 CDS 5.45 48764 48873 CDS_55 CDS 48973 49012 polyA_signal_sequence_13 polyA_signal_sequence 2.25 49165 49170 three_prime_UTR_13 three_prime_UTR 2.25 49013 49170 mRNA_14 mRNA 49609 51914 CDS_56 CDS 72.22 49609 50364 CDS_57 CDS 112.89 50874 51644 polyA_signal_sequence_14 polyA_signal_sequence 2.25 51909 51914 three_prime_UTR_14 three_prime_UTR 2.25 51645 51914 mRNA_15 mRNA 55444 55722 CDS_58 CDS 1.07 55444 55572 polyA_signal_sequence_15 polyA_signal_sequence 2.25 55717 55722 three_prime_UTR_15 three_prime_UTR 2.25 55573 55722 mRNA_16 mRNA 59774 59946 CDS_59 CDS 9.58 59774 59923 polyA_signal_sequence_16 polyA_signal_sequence 2.25 59941 59946 three_prime_UTR_16 three_prime_UTR 2.25 59924 59946 mRNA_17 mRNA 60975 61648 CDS_60 CDS 4.70 60975 61058 polyA_signal_sequence_17 polyA_signal_sequence 2.25 61643 61648 three_prime_UTR_17 three_prime_UTR 2.25 61059 61648 mRNA_18 mRNA 63093 68925 CDS_61 CDS 82.45 63093 63695 CDS_62 CDS 31.38 64197 64344 CDS_63 CDS 5.18 64513 64591 CDS_64 CDS 14.46 64703 64856 CDS_65 CDS 14.14 64948 65157 CDS_66 CDS 24.79 65239 65439 CDS_67 CDS 13.58 65589 65751 CDS_68 CDS 46.45 65822 66082 CDS_69 CDS 17.65 66222 66343 CDS_70 CDS 7.96 67346 67507 CDS_71 CDS 9.68 67633 67825 CDS_72 CDS 20.03 67944 68080 CDS_73 CDS 19.73 68638 68808 polyA_signal_sequence_18 polyA_signal_sequence 68920 68925 three_prime_UTR_18 three_prime_UTR 68809 68925 mRNA_19 mRNA 69044 70229 CDS_74 CDS 12.24 69044 69227 CDS_75 CDS 52.75 69315 69789 CDS_76 CDS 17.04 69867 70083 CDS_77 CDS 0.22 70138 70221 polyA_signal_sequence_19 polyA_signal_sequence 70224 70229 three_prime_UTR_19 three_prime_UTR 70222 70229 mRNA_20 mRNA 70450 70652 CDS_78 CDS 13.83 70450 70587 polyA_signal_sequence_20 polyA_signal_sequence 0.75 70647 70652 three_prime_UTR_20 three_prime_UTR 0.75 70588 70652 mRNA_21 mRNA 70717 72104 CDS_79 CDS 70717 70740 CDS_80 CDS 57.36 71049 71464 CDS_81 CDS 2.17 71796 71820 CDS_82 CDS 7.54 71967 72083 polyA_signal_sequence_21 polyA_signal_sequence 72099 72104 three_prime_UTR_21 three_prime_UTR 72084 72104 mRNA_22 mRNA 72308 73706 CDS_83 CDS 115.01 72308 73678 polyA_signal_sequence_22 polyA_signal_sequence 73701 73706 three_prime_UTR_22 three_prime_UTR 73679 73706 mRNA_23 mRNA 73750 74874 CDS_84 CDS 73750 73797 CDS_85 CDS 32.37 74011 74340 CDS_86 CDS 1.80 74466 74654 polyA_signal_sequence_23 polyA_signal_sequence 0.75 74869 74874 three_prime_UTR_23 three_prime_UTR 0.75 74655 74874 mRNA_24 mRNA 75709 76295 CDS_87 CDS 40.32 75709 76113 polyA_signal_sequence_24 polyA_signal_sequence 76290 76295 three_prime_UTR_24 three_prime_UTR 76114 76295 mRNA_25 mRNA 79126 83351 CDS_88 CDS 29.96 79126 79275 CDS_89 CDS 10.60 79956 80046 CDS_90 CDS 2.82 81033 81178 CDS_91 CDS 17.09 81221 81292 CDS_92 CDS 3.48 81493 81564 CDS_93 CDS 8.75 82164 82236 CDS_94 CDS 3.30 82345 82390 CDS_95 CDS 12.45 82517 82580 CDS_96 CDS 2.59 83164 83247 polyA_signal_sequence_25 polyA_signal_sequence 83346 83351 three_prime_UTR_25 three_prime_UTR 83248 83351 mRNA_26 mRNA 85919 86364 CDS_97 CDS 85919 85964 CDS_98 CDS 16.50 86034 86224 polyA_signal_sequence_26 polyA_signal_sequence 86359 86364 three_prime_UTR_26 three_prime_UTR 86225 86364 mRNA_27 mRNA 86700 86852 CDS_99 CDS 1.49 86700 86825 polyA_signal_sequence_27 polyA_signal_sequence 0.75 86847 86852 three_prime_UTR_27 three_prime_UTR 0.75 86826 86852 mRNA_28 mRNA 88206 88386 CDS_100 CDS 0.25 88206 88304 polyA_signal_sequence_28 polyA_signal_sequence 2.25 88381 88386 three_prime_UTR_28 three_prime_UTR 2.25 88305 88386 mRNA_29 mRNA 88828 89610 CDS_101 CDS 17.77 88828 88962 CDS_102 CDS 89380 89439 polyA_signal_sequence_29 polyA_signal_sequence 2.25 89605 89610 three_prime_UTR_29 three_prime_UTR 2.25 89440 89610 mRNA_30 mRNA 99548 106252 CDS_103 CDS 74.59 99548 100264 CDS_104 CDS 19.42 100937 101324 CDS_105 CDS 15.26 101508 101593 CDS_106 CDS 11.81 101890 102003 CDS_107 CDS 20.16 102163 102351 CDS_108 CDS 11.85 102642 102707 CDS_109 CDS 3.85 102999 103049 CDS_110 CDS 3.06 103484 103597 CDS_111 CDS 8.74 103650 103772 CDS_112 CDS 12.09 103856 103972 CDS_113 CDS 13.01 104893 105000 CDS_114 CDS 17.07 105092 105227 CDS_115 CDS 18.38 105734 105871 CDS_116 CDS 106108 106154 polyA_signal_sequence_30 polyA_signal_sequence 106247 106252 three_prime_UTR_30 three_prime_UTR 106155 106252 mRNA_31 mRNA 106337 107114 CDS_117 CDS 8.72 106337 106406 CDS_118 CDS 32.74 106489 107105 polyA_signal_sequence_31 polyA_signal_sequence 107109 107114 three_prime_UTR_31 three_prime_UTR 107106 107114 mRNA_32 mRNA 107811 109377 CDS_119 CDS 12.86 107811 108003 CDS_120 CDS 47.66 108086 108720 CDS_121 CDS 25.43 108995 109294 polyA_signal_sequence_32 polyA_signal_sequence 2.25 109372 109377 three_prime_UTR_32 three_prime_UTR 2.25 109295 109377 mRNA_33 mRNA 109481 110680 CDS_122 CDS 28.50 109481 109704 CDS_123 CDS 7.62 109801 109956 CDS_124 CDS 9.98 110032 110148 CDS_125 CDS 12.29 110409 110547 polyA_signal_sequence_33 polyA_signal_sequence 0.75 110675 110680 three_prime_UTR_33 three_prime_UTR 0.75 110548 110680 mRNA_34 mRNA 115810 116370 CDS_126 CDS 46.91 115810 116121 CDS_127 CDS 116170 116205 polyA_signal_sequence_34 polyA_signal_sequence 2.25 116365 116370 three_prime_UTR_34 three_prime_UTR 2.25 116206 116370 mRNA_35 mRNA 117437 118496 CDS_128 CDS 117437 117460 CDS_129 CDS 52.56 117683 118151 CDS_130 CDS 118391 118473 polyA_signal_sequence_35 polyA_signal_sequence 118491 118496 three_prime_UTR_35 three_prime_UTR 118474 118496 mRNA_36 mRNA 120627 121344 CDS_131 CDS 120627 120671 CDS_132 CDS 16.64 120728 120858 CDS_133 CDS 23.82 120948 121047 CDS_134 CDS 27.93 121138 121314 polyA_signal_sequence_36 polyA_signal_sequence 121339 121344 three_prime_UTR_36 three_prime_UTR 121315 121344 mRNA_37 mRNA 125552 128029 CDS_135 CDS 135.88 125552 126787 CDS_136 CDS 3.74 126894 126973 CDS_137 CDS 21.30 127681 128014 polyA_signal_sequence_37 polyA_signal_sequence 128024 128029 three_prime_UTR_37 three_prime_UTR 128015 128029 mRNA_38 mRNA 128083 128378 CDS_138 CDS 18.24 128083 128352 polyA_signal_sequence_38 polyA_signal_sequence 0.75 128373 128378 three_prime_UTR_38 three_prime_UTR 0.75 128353 128378 mRNA_39 mRNA 128799 130114 CDS_139 CDS 10.18 128799 128881 CDS_140 CDS 129659 129719 CDS_141 CDS 20.01 129776 129994 polyA_signal_sequence_39 polyA_signal_sequence 2.25 130109 130114 three_prime_UTR_39 three_prime_UTR 2.25 129995 130114 mRNA_40 mRNA 133397 133691 CDS_142 CDS 0.92 133397 133468 polyA_signal_sequence_40 polyA_signal_sequence 2.25 133686 133691 three_prime_UTR_40 three_prime_UTR 2.25 133469 133691 mRNA_41 mRNA 133750 134428 CDS_143 CDS 22.85 133750 134013 CDS_144 CDS 134215 134313 polyA_signal_sequence_41 polyA_signal_sequence 2.25 134423 134428 three_prime_UTR_41 three_prime_UTR 2.25 134314 134428 mRNA_42 mRNA 138347 138900 CDS_145 CDS 1.08 138347 138414 CDS_146 CDS 1.69 138623 138737 polyA_signal_sequence_42 polyA_signal_sequence 0.75 138895 138900 three_prime_UTR_42 three_prime_UTR 0.75 138738 138900 mRNA_43 mRNA 141150 141636 CDS_147 CDS 5.98 141150 141253 CDS_148 CDS 141290 141321 CDS_149 CDS 5.33 141373 141497 polyA_signal_sequence_43 polyA_signal_sequence 141631 141636 three_prime_UTR_43 three_prime_UTR 141498 141636 mRNA_44 mRNA 141679 143102 CDS_150 CDS 141679 141704 CDS_151 CDS 13.47 142436 142514 CDS_152 CDS 143031 143075 polyA_signal_sequence_44 polyA_signal_sequence 2.25 143097 143102 three_prime_UTR_44 three_prime_UTR 2.25 143076 143102 mRNA_45 mRNA 143390 143874 CDS_153 CDS 4.46 143390 143456 CDS_154 CDS 3.12 143568 143578 polyA_signal_sequence_45 polyA_signal_sequence 2.25 143869 143874 three_prime_UTR_45 three_prime_UTR 2.25 143579 143874 mRNA_46 mRNA 145413 147093 CDS_155 CDS 115.28 145413 146582 CDS_156 CDS 8.78 146841 147056 polyA_signal_sequence_46 polyA_signal_sequence 147088 147093 three_prime_UTR_46 three_prime_UTR 147057 147093 mRNA_47 mRNA 149785 150177 CDS_157 CDS 4.41 149785 149859 polyA_signal_sequence_47 polyA_signal_sequence 2.25 150172 150177 three_prime_UTR_47 three_prime_UTR 2.25 149860 150177 mRNA_48 mRNA 152243 152415 CDS_158 CDS 7.62 152243 152368 polyA_signal_sequence_48 polyA_signal_sequence 2.25 152410 152415 three_prime_UTR_48 three_prime_UTR 2.25 152369 152415 mRNA_49 mRNA 153325 153575 CDS_159 CDS 153325 153471 polyA_signal_sequence_49 polyA_signal_sequence 2.25 153570 153575 three_prime_UTR_49 three_prime_UTR 2.25 153472 153575 mRNA_50 mRNA 154062 156808 CDS_160 CDS 3.65 154062 154183 CDS_161 CDS 2.24 154229 154262 CDS_162 CDS 34.58 154470 154670 CDS_163 CDS 23.79 155199 155345 CDS_164 CDS 4.43 155434 155562 CDS_165 CDS 14.40 155637 155767 CDS_166 CDS 8.55 156411 156516 polyA_signal_sequence_50 polyA_signal_sequence 0.75 156803 156808 three_prime_UTR_50 three_prime_UTR 0.75 156517 156808 mRNA_51 mRNA 170479 170657 CDS_167 CDS 1.89 170479 170595 polyA_signal_sequence_51 polyA_signal_sequence 2.25 170652 170657 three_prime_UTR_51 three_prime_UTR 2.25 170596 170657 mRNA_52 mRNA 171380 172049 CDS_168 CDS 5.58 171380 171477 CDS_169 CDS 171657 171756 polyA_signal_sequence_52 polyA_signal_sequence 2.25 172044 172049 three_prime_UTR_52 three_prime_UTR 2.25 171757 172049 mRNA_53 mRNA 172781 172931 CDS_170 CDS 9.07 172781 172912 polyA_signal_sequence_53 polyA_signal_sequence 172926 172931 three_prime_UTR_53 three_prime_UTR 172913 172931 mRNA_54 mRNA 178805 179204 CDS_171 CDS 7.54 178805 178975 polyA_signal_sequence_54 polyA_signal_sequence 0.75 179199 179204 three_prime_UTR_54 three_prime_UTR 0.75 178976 179204 FGENESH_Nicotiana de novo mRNA_55 mRNA 16748 15515 three_prime_UTR_55 three_prime_UTR 15842 15515 polyA_signal_sequence_55 polyA_signal_sequence 15520 15515 CDS_172 CDS 66.65 16748 15843 mRNA_56 mRNA 18410 17270 three_prime_UTR_56 three_prime_UTR 2.25 17290 17270 polyA_signal_sequence_56 polyA_signal_sequence 2.25 17275 17270 CDS_173 CDS 1.78 17355 17291 CDS_174 CDS 5.07 18052 17896 CDS_175 CDS 2.77 18410 18279 mRNA_57 mRNA 21780 20594 three_prime_UTR_57 three_prime_UTR 2.25 20643 20594 polyA_signal_sequence_57 polyA_signal_sequence 2.25 20599 20594 CDS_176 CDS 22.19 21172 20644 CDS_177 CDS 21780 21719 mRNA_58 mRNA 41780 39714 three_prime_UTR_58 three_prime_UTR 0.75 39999 39714 polyA_signal_sequence_58 polyA_signal_sequence 0.75 39719 39714 CDS_178 CDS 7.11 40222 40000 CDS_179 CDS 27.03 40710 40418 CDS_180 CDS 6.20 41010 40957 CDS_181 CDS 17.55 41297 41128 CDS_182 CDS 15.88 41780 41594 mRNA_59 mRNA 43658 41932 three_prime_UTR_59 three_prime_UTR 2.25 41954 41932 polyA_signal_sequence_59 polyA_signal_sequence 2.25 41937 41932 CDS_183 CDS 1.55 42140 41955 CDS_184 CDS 9.74 42422 42341 CDS_185 CDS 33.98 42837 42505 CDS_186 CDS 14.17 43032 42904 CDS_187 CDS 11.67 43658 43399 mRNA_60 mRNA 63009 62854 three_prime_UTR_60 three_prime_UTR 2.25 62967 62854 polyA_signal_sequence_60 polyA_signal_sequence 2.25 62859 62854 CDS_188 CDS 63009 62968 mRNA_61 mRNA 75303 75095 three_prime_UTR_61 three_prime_UTR 2.25 75213 75095 polyA_signal_sequence_61 polyA_signal_sequence 2.25 75100 75095 CDS_189 CDS 2.85 75303 75214 mRNA_62 mRNA 76679 76322 three_prime_UTR_62 three_prime_UTR 76353 76322 polyA_signal_sequence_62 polyA_signal_sequence 76327 76322 CDS_190 CDS 10.06 76408 76354 CDS_191 CDS 76679 76474 mRNA_63 mRNA 77766 77264 three_prime_UTR_63 three_prime_UTR 0.75 77511 77264 polyA_signal_sequence_63 polyA_signal_sequence 0.75 77269 77264 CDS_192 CDS 15.55 77766 77512 mRNA_64 mRNA 83656 83396 three_prime_UTR_64 three_prime_UTR 2.25 83409 83396 polyA_signal_sequence_64 polyA_signal_sequence 2.25 83401 83396 CDS_193 CDS 0.13 83466 83410 CDS_194 CDS 1.38 83656 83567 mRNA_65 mRNA 84267 84082 three_prime_UTR_65 three_prime_UTR 2.25 84168 84082 polyA_signal_sequence_65 polyA_signal_sequence 2.25 84087 84082 CDS_195 CDS 3.15 84267 84169 mRNA_66 mRNA 85056 84718 three_prime_UTR_66 three_prime_UTR 2.25 84731 84718 polyA_signal_sequence_66 polyA_signal_sequence 2.25 84723 84718 CDS_196 CDS 84785 84732 CDS_197 CDS 8.01 85056 84991 mRNA_67 mRNA 85912 85493 three_prime_UTR_67 three_prime_UTR 85517 85493 polyA_signal_sequence_67 polyA_signal_sequence 85498 85493 CDS_198 CDS 17.54 85625 85518 CDS_199 CDS 7.11 85912 85835 mRNA_68 mRNA 87233 87016 three_prime_UTR_68 three_prime_UTR 87038 87016 polyA_signal_sequence_68 polyA_signal_sequence 87021 87016 CDS_200 CDS 17.11 87233 87039 mRNA_69 mRNA 90379 89867 three_prime_UTR_69 three_prime_UTR 2.25 90289 89867 polyA_signal_sequence_69 polyA_signal_sequence 2.25 89872 89867 CDS_201 CDS 8.19 90379 90290 mRNA_70 mRNA 93835 90625 three_prime_UTR_70 three_prime_UTR 0.75 90691 90625 polyA_signal_sequence_70 polyA_signal_sequence 0.75 90630 90625 CDS_202 CDS 6.19 90925 90692 CDS_203 CDS 2.24 91524 91441 CDS_204 CDS 18.99 91834 91620 CDS_205 CDS 10.67 92623 92524 CDS_206 CDS 18.88 93835 93737 mRNA_71 mRNA 94236 94078 three_prime_UTR_71 three_prime_UTR 2.25 94140 94078 polyA_signal_sequence_71 polyA_signal_sequence 2.25 94083 94078 CDS_207 CDS 0.58 94236 94141 mRNA_72 mRNA 107807 107142 three_prime_UTR_72 three_prime_UTR 2.25 107260 107142 polyA_signal_sequence_72 polyA_signal_sequence 2.25 107147 107142 CDS_208 CDS 0.41 107394 107261 CDS_209 CDS 107807 107738 mRNA_73 mRNA 112037 111257 three_prime_UTR_73 three_prime_UTR 2.25 111509 111257 polyA_signal_sequence_73 polyA_signal_sequence 2.25 111262 111257 CDS_210 CDS 43.19 111781 111510 CDS_211 CDS 11.01 112037 111896 mRNA_74 mRNA 116837 116514 three_prime_UTR_74 three_prime_UTR 116536 116514 polyA_signal_sequence_74 polyA_signal_sequence 116519 116514 CDS_212 CDS 21.97 116716 116537 CDS_213 CDS 116837 116763 mRNA_75 mRNA 119413 118717 three_prime_UTR_75 three_prime_UTR 2.25 118917 118717 polyA_signal_sequence_75 polyA_signal_sequence 2.25 118722 118717 CDS_214 CDS 37.15 119254 118918 CDS_215 CDS 0.29 119413 119382 mRNA_76 mRNA 120067 119438 three_prime_UTR_76 three_prime_UTR 2.25 119585 119438 polyA_signal_sequence_76 polyA_signal_sequence 2.25 119443 119438 CDS_216 CDS 5.09 119710 119586 CDS_217 CDS 120067 119923 mRNA_77 mRNA 121848 121445 three_prime_UTR_77 three_prime_UTR 0.75 121527 121445 polyA_signal_sequence_77 polyA_signal_sequence 0.75 121450 121445 CDS_218 CDS 5.82 121719 121528 CDS_219 CDS 6.03 121848 121753 mRNA_78 mRNA 122330 121925 three_prime_UTR_78 three_prime_UTR 2.25 122075 121925 polyA_signal_sequence_78 polyA_signal_sequence 2.25 121930 121925 CDS_220 CDS 18.37 122330 122076 mRNA_79 mRNA 123724 122662 three_prime_UTR_79 three_prime_UTR 122738 122662 polyA_signal_sequence_79 polyA_signal_sequence 122667 122662 CDS_221 CDS 9.75 122815 122739 CDS_222 CDS 16.84 123013 122962 CDS_223 CDS 9.04 123263 123186 CDS_224 CDS 5.85 123724 123635 mRNA_80 mRNA 124612 123738 three_prime_UTR_80 three_prime_UTR 2.25 123836 123738 polyA_signal_sequence_80 polyA_signal_sequence 2.25 123743 123738 CDS_225 CDS 7.32 123922 123837 CDS_226 CDS 21.10 124612 124330 mRNA_81 mRNA 125006 124624 three_prime_UTR_81 three_prime_UTR 2.25 124699 124624 polyA_signal_sequence_81 polyA_signal_sequence 2.25 124629 124624 CDS_227 CDS 6.93 124781 124700 CDS_228 CDS 125006 124927 mRNA_82 mRNA 131554 131409 three_prime_UTR_82 three_prime_UTR 2.25 131434 131409 polyA_signal_sequence_82 polyA_signal_sequence 2.25 131414 131409 CDS_229 CDS 131554 131435 mRNA_83 mRNA 134735 134555 three_prime_UTR_83 three_prime_UTR 2.25 134600 134555 polyA_signal_sequence_83 polyA_signal_sequence 2.25 134560 134555 CDS_230 CDS 134735 134601 mRNA_84 mRNA 135862 134933 three_prime_UTR_84 three_prime_UTR 2.25 135147 134933 polyA_signal_sequence_84 polyA_signal_sequence 2.25 134938 134933 CDS_231 CDS 135192 135148 CDS_232 CDS 14.83 135862 135746 mRNA_85 mRNA 136721 136387 three_prime_UTR_85 three_prime_UTR 2.25 136610 136387 polyA_signal_sequence_85 polyA_signal_sequence 2.25 136392 136387 CDS_233 CDS 2.19 136721 136611 mRNA_86 mRNA 139409 139064 three_prime_UTR_86 three_prime_UTR 0.75 139118 139064 polyA_signal_sequence_86 polyA_signal_sequence 0.75 139069 139064 CDS_234 CDS 15.09 139409 139119 mRNA_87 mRNA 140112 139828 three_prime_UTR_87 three_prime_UTR 2.25 139871 139828 polyA_signal_sequence_87 polyA_signal_sequence 2.25 139833 139828 CDS_235 CDS 139913 139872 CDS_236 CDS 8.76 140112 139966 mRNA_88 mRNA 140699 140537 three_prime_UTR_88 three_prime_UTR 0.75 140606 140537 polyA_signal_sequence_88 polyA_signal_sequence 0.75 140542 140537 CDS_237 CDS 3.94 140699 140607 mRNA_89 mRNA 141014 140823 three_prime_UTR_89 three_prime_UTR 0.75 140846 140823 polyA_signal_sequence_89 polyA_signal_sequence 0.75 140828 140823 CDS_238 CDS 5.93 141014 140847 mRNA_90 mRNA 145072 144970 three_prime_UTR_90 three_prime_UTR 0.75 144979 144970 polyA_signal_sequence_90 polyA_signal_sequence 0.75 144975 144970 CDS_239 CDS 4.23 145072 144980 mRNA_91 mRNA 149301 147337 three_prime_UTR_91 three_prime_UTR 147398 147337 polyA_signal_sequence_91 polyA_signal_sequence 147342 147337 CDS_240 CDS 16.28 147565 147399 CDS_241 CDS 1.55 149301 149256 mRNA_92 mRNA 151386 150855 three_prime_UTR_92 three_prime_UTR 2.25 150873 150855 polyA_signal_sequence_92 polyA_signal_sequence 2.25 150860 150855 CDS_242 CDS 6.97 150966 150874 CDS_243 CDS 2.84 151086 150997 CDS_244 CDS 4.13 151386 151315 mRNA_93 mRNA 157734 157174 three_prime_UTR_93 three_prime_UTR 2.25 157545 157174 polyA_signal_sequence_93 polyA_signal_sequence 2.25 157179 157174 CDS_245 CDS 10.66 157611 157546 CDS_246 CDS 157734 157702 mRNA_94 mRNA 160238 157808 three_prime_UTR_94 three_prime_UTR 2.25 157834 157808 polyA_signal_sequence_94 polyA_signal_sequence 2.25 157813 157808 CDS_247 CDS 14.30 157996 157835 CDS_248 CDS 16.82 158222 158104 CDS_249 CDS 21.89 158652 158414 CDS_250 CDS 8.75 158834 158778 CDS_251 CDS 56.18 159748 159117 CDS_252 CDS 41.76 160238 159939 mRNA_95 mRNA 164202 163383 three_prime_UTR_95 three_prime_UTR 2.25 163562 163383 polyA_signal_sequence_95 polyA_signal_sequence 2.25 163388 163383 CDS_253 CDS 163602 163563 CDS_254 CDS 3.81 164202 164141 mRNA_96 mRNA 165201 164991 three_prime_UTR_96 three_prime_UTR 2.25 165099 164991 polyA_signal_sequence_96 polyA_signal_sequence 2.25 164996 164991 CDS_255 CDS 165201 165100 mRNA_97 mRNA 166247 165545 three_prime_UTR_97 three_prime_UTR 2.25 165682 165545 polyA_signal_sequence_97 polyA_signal_sequence 2.25 165550 165545 CDS_256 CDS 7.24 165754 165683 CDS_257 CDS 0.10 166065 166001 CDS_258 CDS 10.42 166247 166166 mRNA_98 mRNA 168551 166284 three_prime_UTR_98 three_prime_UTR 166318 166284 polyA_signal_sequence_98 polyA_signal_sequence 166289 166284 CDS_259 CDS 3.43 166381 166319 CDS_260 CDS 10.49 166546 166428 CDS_261 CDS 15.64 167415 167177 CDS_262 CDS 19.43 167788 167732 CDS_263 CDS 42.88 168551 167872 mRNA_99 mRNA 169175 168593 three_prime_UTR_99 three_prime_UTR 168612 168593 polyA_signal_sequence_99 polyA_signal_sequence 168598 168593 CDS_264 CDS 6.37 168717 168613 CDS_265 CDS 36.74 169175 168867 mRNA_100 mRNA 174717 172980 three_prime_UTR_100 three_prime_UTR 2.25 173072 172980 polyA_signal_sequence_100 polyA_signal_sequence 2.25 172985 172980 CDS_266 CDS 11.98 173143 173073 CDS_267 CDS 8.00 173385 173242 CDS_268 CDS 19.80 174366 174086 CDS_269 CDS 174717 174527 mRNA_101 mRNA 177852 176459 three_prime_UTR_101 three_prime_UTR 2.25 176594 176459 polyA_signal_sequence_101 polyA_signal_sequence 2.25 176464 176459 CDS_270 CDS 74.69 177454 176595 CDS_271 CDS 0.92 177852 177633