C02HBa0165K22.1 AGGAATTTTGCTGTGGTAAGTGGGTCAGAAAAACAAGGTCAAACTTGCTTTAAAGTTTAA ACATCAGAAGCACCCATCTAGAACATTCACTGCAACTGTCTCCATCCCAAAATATTTAGG GTCCGCTATATGAATCTCTAACATCTATTCTGCTCCATAGGACCTGTTTATTGTAATACT CAATAATTTGACTAGGTATCATATATATAGATCATTTGCTTCCATTGTATTCTATTCTAC CCAAATAAGTATGACATACACAATTCTTTTAGTTGCATCAACAGGTAGACAATATGCTCT TCTACCATAACATTTTAACTTCTGAGACAGAGTAAATGACCTCTTTCCGCAGCTTCACAT TAGGCAAATTCTATAGAAATGAAAATATTTCAGGCATGGGCATATTATATAGATATAGTT TCAGGGAGATGTTGCCCTACATTACAAACCAAAAAACTGAACAATTTTAGATGATGCTTT TTTTGGTGAAATAATTTTCTTAATGACAGGGAACTCCCAATGCACATATATTGATCAAGG GACAACATTATTTCTAAAGATGTATCAAGGGATTCATAACAAGAGAACCTAAAATAACAC TTTTTTTTCTAGCTTCAAAGATAGTAGACATGTTACTTACAGGTTACATAACAAATTTTA AATTTTCTGCATCAGTCACATTATGAAAACTTGAAAATAACCATATCATTCTCTAGTATG ACCAAATTCTCGAGCTACTTTTAATTCTTTTGTGTCCCTAAATATTCACATCAACTAAAC TATGTTCTTAAAGAGCCTTCAAGGTATCTGCTAAAAGTAGTACATCCACTCACTATGACA CACGCACACCCAATGAATTCCGTGTTACCCATGTCTCATAAAGTTTTCATGGCTTCAACA TTTCGTCCCCTTCTGTGGAAGATGGAAACATGTTCATACCAGCACCAACAAAACATACAA AAACCACTATCAATGCTAAAGGACAGGATATATATCAACACAGATGGCTAAAAAGGGAAA TTTTAAGAATGTTCCTAGAGATTTATCAGAAAAAAGAAATTACTTACTGGCTGACGGTTT CTTTGTGAACCTGGAGAACGTGAATGGCCATGCCGCCAGCAGTAGAAAGCTTCTTATGGC AAACATGGCATTTGAAGTGTTTAGCCTTTTGATGCTGAACCAAAATCTTCTCATCATCGA ACTCCCTGTCACAGTAGTAGCACCATACCTTATCGGTTGACCTCTTCTTCTTCTTCCCCA TTTATCTCACCAGAAAACCCAAAGTGCTCCTCCTTTAGCAATTGAATCAAATCGGACGAA ATCAATGCGTGCTGATCCGCTAGGGTTCCGAAAGCGATTTGGGATTGAACACTGGGGTTT TTCTCTCTCTATTCGCTTAATAAAATTGGAAAAAGAGCATGGCTATTTAATAAAATTGGA AAAAGAGCATGGCTATTTATATAGAGTATTTTTGAAGCAACTGGTGAAACGGGTTTAATA TTTTATACCTTTAATCGGGAGGGAACCAAATATATTTACTTATTCTATTTTTTAAATATT TCAATTCAATATCGATAAATTGAGGTCATAACAAAAAAAATTGTCATTTTTTTATTTGTT AAAAATGATAAGTAAAAAAATATAAAATTATAAAATATTTAACAAGTTAGTAGGAAAGAC TCATTATTTTTTTATATAAGTATTTAAATTGAATTCTTGAGGTGAATATAAAAATTAAAA AGTCAAATTGAATTAAATTAATTCGATTCTTTAATTCAGAATTTGCAATTTGAATATAAT TTTTTACTTCTTAAAGTGTGATTCGTCAATTTGATGTTTGATTTAAGAGTTTCGAAACTT TAATGTAACAAGGATTCAAACTTTTGAAAATTAAAACTTTGATAATTTATTAATATAGAA TTTTCAAAGTAAATAGCTAAAATATTCCTTAACTATACCTCAAAACTTGAACTACGTCCT TATGTTATTACATTAAACAAAGAAATATTCTTCAACTATCTAAAAAAAGGCAAAGTTACA TCCTTTTGTTAACTTTCTATCAAAAAAATAACCACTTTTAACTAGAAGCGCACAACTTTT GGATAAATGCAAACAATTTTGTTAAATTATTATTATTATTGTCATTGTTAAATTTTTAAT TTTTCCCAACAATTTTGGTGTTGGGGATAATAATTTTTTAAAATTATATTTTAAATTTTT CATATTTAATTGGTTAAATTTTTTTGAAAAATATTTTATTAAAAAAAACAAGTTCTTAAA ATATAAAAATTGACTTGTTTAATAGACCTAAAAAAAAATAACAAAAAATATTTCAAATTC ATTCACAAATCCTTCTAGCTAAGAAAATGTCTGCTTCATGTTTAAGAAGACTGTGAGGGG ACAAAATCTCTTTTCATTAGGAGATGATTGTTAGATTTTTGACAAATAATTATGGAGGGA TGTAATTTGTAACTTTTAAAATAGTTTCGAGATGATTCTTGTTCACAATAATAATATAAG GATGTAATTTGAGTTTGTCGTATACTTAAAAGAATGTTTTTAATCATTTAGTAGACATCA CAAAGAACATCATTAAATTAAATCTCTCTGAAATTAATGAATAAATGAAATGAATCAGTA TTCAATTAAAGAAACTCAAAAAGATTGAACTACTTTACAATTGTTGCGGGGAATAGGAAA CTATCTTTGTAGGTTGTATGATGGACTGATTTGATTATGTAATAATTAGCTGCGTCAAAG GTTCCTAAAATAATCACAAAGAGCTGGAAATAATTTTTTTTTTTATTAACTTGTTAGCTC TTAGCATTTTCAAGTTATTGTTCTACGTAGGAAGGATTTTACATGATCGTATGATATTTC TTATTAATTATCTTCTCTTAATGCATTATTAAGTTAAATTTATATATTTTTTCATGTTTA GTGCTTGTTGTCGCTCAAATTCTATCATTAAATTGTGTATGTATCATGATTTCTTCAGAA AAATAATGATGCATAGATTTTTTTTATAATAGAAAATTCAAAAATCGAAAACTCAACTCT AATTTATGCCACATAAAATTTTAAAATTGATCCTACAATTATTTTTTCGACTCAAAATTT AATTAAATGTATACATGAGATAATTATGGGTGGTGTAAAAATTAAATTATCGAACCGAAA AAATGTTATTAGGTTATTAGATTTTTCATGGATTTATAAAAAAAATTATTGAGTTATTGA TTCAATTTTTAATACTGAGTTATTGGGTAAACCGATAAACCAATAAGATGGTAATATTTT ATTTACTTTATTCCTTTTAAATATTAAATATTAATAATTTAATATATAACTAGACAGTAT AACCATGTCAATATATTAGTACTCTATCAACTTCACACTAGATCGATTTACTAGTCTTAA TTACCGTTTATTTAAAGATTAAAGTATGAGTTCACAATAGCAACTATTTGATTTTAGTTT AGTTTTAATATTGTTTGACTATTTGATTTTAGTTTTTGTTTTAATTTGTAATTTTATAAG ATTGTAGCTTTTGCAAGCTTATGAAAGACTGCAATCTGACTAACATCAGAAATTTCATAC TATGTTTCGACGGTAACATATAATAATAGCCCTTTTACTATATTTCATCTTATTGATGCA ATTTCTCATTATCTGTTTTTGTTTCAATTTATCAAAGTATTTAAAGAGGTGAAAAGTCGT ATAATATTTTACGAACATGTTGTTATTCGGTAAATAAAAAATCGTACGATAATGACCAAA GATCGATAAAAATCATCTTGTTGATTTGTTATGAAATTATTATAGTTAAAAATCGAAAAT CAAAAAGTCAAACTAATAGTACATAAAATCAATCAAATCGATTGATACACACCCCTATTG AAAATGATTACCTTACACCAAGTCCATGTAATTTTATGATATAAAATATAGAGAAAAGAC ATAAATATATCATCGAAATTGTCTCATATTTTCATAAAGAACCTAAACTTTAAAATATAG AGAAAAGACATAAATATATCATCGAAATTGTCTCATATTTTCATAAAGAACCTAAACTTT AAAAGTGTGCTATCACCCCCACTAGACAACTATATCACATCATAAATGAGTCATTTTTAC CCTCTCGTCTACAAATATATACAATGTAGTAAGTTTTACCCAATATATTTACTCGAACCA CTTAAATTTTTCTACCATCATCATTCTTTAGAGGTTTCTTCTGACATTCAAAAGGGTAGA TCGGTAATTTTCTCTTCTATCTTCCTTCCTTCTTTCTCTGCGATCTTTTGTCTTCCTCTT TGCTATTCTGAAAAACTTTCTTTCCTTTGTGTTCCATGGAAAAAAGTAGATTCATTCTTC TGCCCAATTTCAGTGACGGAATCAGACATTTGCTCTGTGAACAAAAAGGTACACTCCTCT CTCTGCCTCCTTTGTTTGTTTAGTTCCTTGTTCCCATTCATTGATGGTTTTCCTTCCAAT CGGAAGTTTTCACTCTCGGATCTACCAAAAAATTTGCTTGATTTATGTGTTGTTTAATGT TCTATTTGCTAATATGAATTGTTACCTTCCGCTTAAACTTAGTGTTAATTTGGCTGGTTT GGTGAATCCGGAAATATCTCTTGCACTTTGATTTTGCTTTGGTTTACTCGCTTTGCTTCT TCATTTCACTATTCCCAATTTGTAATACTTATAGCATGCTAGAATTATTTGTTTTGCTAT GCGCCTTTTCCGCACGCCACGTGCTCTGCGCTGTGGATCTAAAATTTTCTCGACTGCTTC TAGAATATTACTTTTATACTATGTCTGTCAGTTTGATTTCTTGGCCAAATTCAGTTAGCT GACAACAGAAGCTTTAACTTGAGTAGTTATGATATTGGTTCATGGTTCTAACTACAGTAT TACTGATTTTGCTAAAACTATGGAAAGGTAGGCGATTACTTGCATTTACGCTTACCGGTC CTCATGTTTACTCCACCTTTTGATAGTACAAGTTGTATGATAGAATTGGTGGCCTTGAGT TGGTTGATATAATTGATATAAAATTAATGTATATTCAATTATTTTAGAAATAATATAGTT AAGCATTTGATTTGTTAAAATTACCATGCTCACCATGTGTTCGACAATTTGTTTGGAAGA AAAAAAAGGAATAGTCATCAATGATAATAAATTGTTTAAAGCATATGAATACTCAATACT GAATTAACTCGCTAACTTTGTCTATCTATGTGACCTCTGACTGAACTACTAAACTAGAGC CCTCCAGAGAATGAAGAGGTCTCACGAAATATATTCTGTAATACCCAAACACATTTACTA TCCATGGGCTATGTTGCTCGGACTCTTTAAAAAATGTCAACGGGTGCGTGTTGGATTCGC CAAAAAATAGTGTATTTTTGAAGAATCTGAGACAGGTGTGGTATCAAAAGTGAAGAGTCC CCGCAACTAAGCCATGGGGAGCCCCGAGTAGTTTACCGGACAAATTGAGTTGTGGGGACT ATACTTGTCAACATCGAAAATTCTCTTCACCATCTAGGCTATGGGGAGATTACTATAGAG CTAGATGCAAGATTGTTTAGTCAATGGGTGTGATTATCACTACACTTGCAACTATGTCAT AGTCGAGATGAACTTAGTATATGTGTATTTTAAACTTATTCAACAAAAAAAAATAAAAAA TGTGTATTTTAAATTGCTCAAACAGTGTATACAGAGTTGAGAGTGGTACGGCTGCCACCC CACATTTTACCCGGGGTTAGTGATAGTTTCACTGATTATTTTGACTGTAGTTTGATATAT AATATCTGATGCTTTTGTTTTGCGAGTTTCAGAATGAACTGTCTTTGTTTTTATTTTACT TCCTTACGATTAATCCTCTTCTTTCGTCTTCAAATATTGATATATTAGGCATGCGTGGAC TGTCCTATCATTACGTACTTCTTGTGCTAGAAGATGTAATTGCCTCCTAAAATGTGAAAA ATTATAGGTAGATACTTGAACATAACAGGCTGTGTTATCCTTATAGTTGGTAAACAAACA ACATTTCTTGAGCCATATGCAATATTGCATGGTGCTGATAAAGTTGCATTATTACGTACG TGTGATCATATGAATAAATCTGAACGTGTAGTTTAACAGAATGAAAACTTTTCTAAGCAA AGCGAAGAAAACACCTCTCTAAGAGAAAAAAACATTTTATTCGAAGAGAACAACTTCTAA GTGGAAGTCAATAGTCCAGAATGTACATAATAGTAAGTTCTTAAATGAGCTACTAAGCAT CATTAGCAGCTGATGCAAAATATGGACATCTAAATATCAAAATAATATGATCGTGTGAAT TGGAGTTTCTTTAAGGATATTTATGCTCGTGGGATTCAGGCAAAAGTAAGTAAGTTGGAA CAGAATTGTGCATCTATGCTATCAAACTATCAATTGTAGCTTATTTCAGCAGAGGAGTTT TCTCTCCTCATAGAGGATGGGCAAAGAGACCCATTGTCTTTTTTTTTTAATGGTGAATGG AGGATCAGAACAAAATGCTGAAAAGAGCTGTACTATTGAGCTGGATTAGGGGTTATTAGG TGGGCAGGAAGGAAAAATAACTGAAGTGATGTCTCAATTCTTCATAAATTATACTAATGA CACACTGATAATGTGGGTCCAGCTGACGGGACAGTTGGAATATTTTAGAATAATGTAGTT ATTTTTACAGCTTGGTGCTTGAAGGGTTAAATATTTTGTAAAAATTGGTGTTTTAATTCA ACATTTACGATTAGGTGTTCATATATTGCAACTTTTCTGATTGGAAGAAATATATAGATT AGTCATTCTGCATAAGTTTCATGAGAAGTTCATGTAATAACAACAGTGACAACGGTAAGA AAGAATATTAATTTATTCAGTGGTGTTGGCTGGGAAGATGATGTCTTGCATCATGTAAAT GGCGATGGATAAGTCTTGATTTGAGTAGTAAGAAGTAACAAAGCGTACATGGGGCGATCT TGCCCCTGTTACACTTACCCTCTACTATCTTTGGTAAAATTATAGGGTTGTATTTGTTTA AAGTAGTATTTTTCTTAATATTTTGGTATGCAATGCTTGCTTTGACATTTTTATGGATGC TGGTGGGTAAGTTATTAGTGCCTTACTATAGGCAACCAGTGTTATCAAAGGTGAAAAGTG CAAAAAAAGCTCTAAGGTCCGTGGGAGCTTTAAGCGCAAAGCGCAAAGCGCAAATAAAGC GTGTCTTTTAATGAAAAAAGGCGCAACGGGAGAAAAGAATACAAATGTATATGTTTTTTC AAAAACTAATAATTATAAACATGAATGACAAATATATGACCAAAGAAATTGTATTTTTTT AATGATAAAGTGAATTATTAATTATTTAGTTTCACTTCTTCATAAGAGGCTCATTGGCAA GGAAATGTTTGTCTTAGAACCTCGATGACAACACTGAAGCTCACATAAAGCGAGGCAAAG CGCTCAACACGTTTTGAGCCTCGCTTTAGGGCTTAAGCGCGCTTTAATAACACTGTAGGC AACCTTTTTTTTCGAGTTTCAGAATGAGCTGTTTTTGTTTCGATTTTACGTCTTTATGAT TAATCCTCTTTCCTTCGTCTTGGAATATTGATCTCAATGTGTAAAACGAAGCATCATCTA TGGAGACTGATTCATCCAAAGCCATGAATGTAACTTCTCCCAGATACGACCCTTCATTTG ACTCCTCTGGATGAACTGTATTTTAATAAGCTTGACTGTCTCAAAAAAAAAAAGCTTGAC GGCTAGCTCCACTATTTTCTTTTTCCCGTTTCACCATTTTCCTTATTCTTACTTCTAGAT ATGCATTTTCTGTTCTCTGCGTTTACTTTGTTCATCTGTAGTTTCAAATTGCCTCTTTTT CTTTTTGAAAATAATCAGATACAGTTTTCTCACTTCTATTGTGTTGGCACAGATTGCCTA TTGCATTCGTCGCTAATTGTGTCTTGCCTGAATTGATTTGTCTATCGTTTCCTTCTATGA TAAACCAACAGTATTCTTAGCCTTGAGAATACAGTGTTAGATGGAAGCTTTATAGCACAT ATGAAAATATGCTATTTCAGTTATTCTTAGCCAAACAACCAGCTCTTCGTTGAACCCTTG AAATTATTATTAGTGTAGATAGAATGCTACTTTTTTGCGGCTGAAAAACAGAGGATTAGT CGAGTTTGAGTATTGAATTAGTTGATTTTTCAAGTATTAATGCCTGAGACATTCTTGATA TATCTGGCCTTGATGTTTAAGTTGTTACTTTTGGTTTTAGGCGCTTGCTGAAATAGTAGC TGCAAAGATATGAATTATGCTTTGAAGTTTGCCAGTGTGTTATGTATATAACTAAAAGTG GACATACTTTCTCTTTTTGGATACATATATAACTAGAAGTGGACATACTTTCTCTTTTTC AATGTAACATAACAACACCATTTTAGTGCTTCTTTACATCAATAAATTTATACTTGCCAT TTTGAAAAAGAAAGTTAGAGTATAAGGCGGTTATATCATACTTTTTGAGGGTAACTTAAG TTCTTAGTTAGTTTAAAAACGGAAGATATCAAGATTATATTTCACCAATTAAGAGGGATT AAGTGATGCAAAATGAAATTGGATGGTATCAGACTCAATAAAGATAAACAGTGCAAGATA ATGAGTTTCTGCAGCCAGGGATCTTTTTTATTTCTTAGATGCTTTTTAATGTCTGCAAAT GTCTTCATCTAGCTTTAAAATTACGAAATATACAACAACATCCTGTTACTTAAATTATTA TGTTCTTTATCCCTAAGGTAAAACAATTGCCAAGTGCTGATTAAAAATATTACATGGCTC CAGACCCCAAGCAAGGTTGCATTATTTGTTGTGTTTCCCCTTTTCCATTTCAAACTTTTC TTATGAACTCTAAAAGAGATTAGTGATTTAGGATCCCTAAATGTTATCATTTAATTTTTT TACAGATGCCATGGAGTAAAATTGTATGATACAAATGGAAACTAGCATCAGTGGAAGCTC TTCTCCAGCCCATCCTAAATGGAGAAAAGTTGTTTATGGTGGGATGCAACCTGGCTTTGG TGACAATCACACAGATGAATCCTTCCTGGAGGAAATGATCATGAATGCTAATGTTGTCAA AAGAGACTTATTGAAGGTGGTGCTTGACGCAGTTTCTATCTCACAATATCTTTGCATTGT CGCCCTTGTGGTTTTGGTTTGGACCTACACCCTCACAAATACCTTGACAGAAAAATATCT TTTGCTACTGAATGTTAGCCTACTTGGATCGGGATTCTTTATTCTGCTTTTAACTGCAGA CATGATACCCTTCAATCTCCTCCTCAATTATCTCCTAAAGAATACCTTCTTCATAACTGC CTTATATATGTTGTCTCCTATCTACCACACACTTACTAGGTCCATAAGCTCGAATTCTAT ATGGGCACTAACAGCTTCCCTTCTCATACTCCATCTCTTCCTGCACAATTACTCCGGGTC CACTGTAAAGGCTCCTGGAGCTTTAGATAATCCAACCCTGACAAGCAATATCTCTCTGAA TGCTTCGATCGTGGCTTCACTTCTAATTTCTTCTCGCCTTCCATCGAGGCTTCACGTCTT TGCTATCGTGCTATTCTCCTTGCAAGTTTTCCTCTTTGCTCCTTTAGTCACATATTGTGT GAAGAAGCGTTCTTTCAAGTTACATATTTGTTTCTCTCTTCAGTTATTGGTTCTGACACT AGTCTTCACTTACCAGTTGCATAAGCTGCTTTTCATTGTGCTTTTGGGCATCTTTGTCTT TGTTAATTTGGTTTGTCCCTACTGGCTGATAAGGATTCAAGAGTACAAGTTTGAGATTAA TGGCCCTTGGGATGAGGCTAAGCTCTGTTTTAACATTACTGAATGAGCACGTTATATCTT AAGCATCTCCTTTCGTTAAAGCTTCTTGCCTCTTTTAAATTATTGATTTGACTAGTCATG TAGCTATGCTATGTGAATTGCTTGTTTGATAGATTTGTGGATGGATGAAATGTGATTCAA GAAGAGCAATATTTGAGTTACACAATCAATTTTTACCGCTCTCTGTATTCTTAATGCCCA GCTAAAGCAATACTGATTTGCTTCCTGAAGAAGAGGGACTGTATCTATATTAGGAAATTC ATTACGCATGTATAGATATACTTATTGTGAACTAAGTAATTAAAATGAGGTTCGGTAACT AATTCAGAACTCATGAACTTTGAATTCTGACTCTGTCCATTGAATTTATTCTTTCCTTGT AGAAGATTTGACACAACGATAGTAAACACTATCACTAGATACCTTTTCTATTACTATTTT GTTGACTATAAAATAAAGTTGCTTCAATTACACAAACTAATTGAAGGACCAAATAAGTTG TCCTTATTCTCTTTTGGTCTTTACGTGAATAGATAATAGTTGTATTGTAACTTAAGATCA CTAAATATCATCCTCATTAACTTTATGCTATAAAATCTCTTTCCAAAATTTTATGCACTT TTTTCTTTCCTCTGAAATTAATGATGCTCAGCGAGAAGCATAACCTCTTTAGTACATGTA TTTATTGGTGCAAATTCAAATTTCGTATCATGATTTTTATATATTCAGGAATTCTATCGG TCCTATAGCTATAGGCTATAGCCTTCCGTGATAATATAGTCTTATTTGTGAGATTCACTG ACTAGTATAATTATAACTACTGCAGTATATGATTTTATAGGTATATTCGTGTAATTATTT AAGAATTAACCATCTGAACATATTATACTTTTGACATGTTTAACAGGAGAGCAACTTGAT TTTTAATCAAGTGTATCATTGCAAGTCGCAAGTTGACAGATGCTAAAGTGCAAAAGGCAC AATATTTTACACATTTTATTATCTAAAATTATGGAATCATATTACAAAGGGATGGCATAA GTTGATATCATAATATATGGTTAAATTCTTGTGAGACTAGAAGAAGTTGGGGGAAAAAAA CAATTATATACGGAAAACATAAATCAAACTTGAGGTGTACATACTTATATACTAAGTTCG GCATATCCTTCGAGATTCAACAAGCTGATGAATTCATATCATAATCAATGAGAACGGGTA GTATATATTTTCTCCCAATAAAAACTATATACATAATTTATCTAGTGAAATTATGTGCCA CCCCATTTTGCCAATAATGACATACAACAAGCTCCCAAGATGAGTGATACATTGGCAACA ATTTGGAGTTTGAAACTAGTGTATAATTTAGGGTTCATAAAATCAGTTGCAAGTAGATCC ACGAGTGCCATGTAAATAAGAATCCCAGCTGATGCTGAATTAAGAACTCCCTGTACAATA AGTGCTGTTGAGCTTTGCTCATTGTAACCTTTTGATATCATCATTCCAATAGCTATTCCA CTTGGAGTAGTTACAGTAAAGAACAATACCATAATTATAATTGTTCTAACCTTATACTTT GCCTGCACATGCACACATATATCATATATCAGATACAGTACAGTCGTTCGTCAGAACTCT CAAAAAGTGCTTAATTTAGAACGGATTAAAATATTTCACTAATTTTACCTGGGAAATACA TCCACCAAGTCCCATGCCTTCAAAAAATTGATGAAAACTCAAAGCTATTATTAGAGGTTT AATTGTTTTGGGATTTTCTGTAGTTCCAAGGGAAATCCCAATAATCACAGAATGAACCAA AATTCCCAATTCCAAAACCTGCAAAATTTGAAGAATTATTAATTTCAGAATATTATATAG TATGTCAAATATCTTGCATTGTTTTCTTTGGTTAGAGAATATTTGTGGTAAAATATGTTT TTTTATTAATAAGTTTTCAATTGAAGGTTTTTGCAACATAAAACTAGTTATAATTAGGAT AAATTTGTAAGGTTGTTTATGTAATAAGCCTTACATCTGTTGAATCAGAACAAATGAAGT TGAATTATTAACTCTATGACATGACAAAAAAGAAATACAGAATAATTGACAACACAAAAA GATTAGGCATTTTTATAATGTAAGAAGACAAACATACCGACACAAGAATATGCCCAAATC ATATTCTATGATTTTTGTTCTTTCGAAATCTCTCAAACTATTTTTGTTTTAGAAAAGAAA CCAATAATAAAAAAAAAAGAAGCAAAATTAGACGAAGAAAATTAAGGAAAAACTTTAATT TTTTTCTTTCATCTCATTGTGTAGTTACCAAAAAAAAAAGTACAATATAAAATTATATCG TACTTTTTTTCCTTTTTGGTATTAAAATAAAATTATTATTAATCTGAATAAATGTGCGTT CGATTTTTAAAATAATATATTTTTAAGGATTTAATAAAAACTTAACAATATATTCAAAGA GTTTGAACAGCATAATAAATCAACATAAGAAAGTACAGTTCCTCAGATGTCATCCACTAC AAAAAACAATACTACTTTTAATTAAAATTTGACAATGAAAAATGTTCGGTAGATATTTCA CTAGATAATTTGATAAATCAAAGAGAAAAGAAAAATGTTTTTTTATATAGAAAAATCACG AAGCATTGTACAATTTCAGTAAGAATCTATTTTTTACTGTGTATTTTTTCACAGAGTATT ACGTTCTTATCGTATAAAACAACCCTAGTTAATTTGTGATAGCAAAAACCTTTAATGCCA CGAATAACGAGTGCGATAATATTATTAACAAATCCAAGCAATATAGTTATCAGATCACTC AAAAGATATTTACCTGCGATATTAATCTATGTCTCATAAGACTTGAAGAATCAGATCTTT CTAGCAAAATTTGTGGACCATGATCAATATGCTCATCTTGTCCTTGTTCATCTCCAATAT TGACTGGCTGAGCTTTTCTCAATTCAGCTCTTCTATGATAGCCACTTGCAAATGACTCCA TCATCAAAGTAAATATAGCAGACATCATTGCAACAAACCCAGCAAATGGAAAACTCCCCC ACAAATCTTCACTAAGACAAGGACTAGTCAAGCTCTCAAATGCATCTGGTAGAATGTGTA TAAACCCTGTGGCTAAGATCACTCCCGCCGCGAACGCCTTTATCATGAATTGAAGGGGTG AATAGTCATTTTTTTGCAATGATTTGAAGTTTTTTAAGAGGATTGGGAGGATGACTCCAA GTGCACTTGAACAAAGGATTGAAGATATGGCTATAAGTTTGTAGGATAAGGCTTTGTGTT TAGTTTGATGATTATATTTGTTGTCTTGAGGTTCACATGTACAATTTGCAAAGGTTAGGG TTGGTTGTACAAGGATTGACAAGTAGATTAGGGTTGTGATTTTGAGGAGTAGAAATAATT GAGGACTCATTATTATTGTTTAGTTTTTGTTATGTTTTTATGGAGAGAGAAAGAATAAGT GGTGAAGCTTTTAATTTATAATATATGGAGTTTTGGACAAGTTGCAATATTCAAGATGTG TGATACATAGATAATTGGAATTTGTCTTTTTGGTGAATAATTTGAAAGGTAGATCTATTT ATTAATTCGAAAGGTTTATTAACAATTTGAAAGAATTGATCATCATTTAGTACCTAAAAA TAGTAATTTGCCCCCCTGTGAAAGATTCAAACTTATTTGTATGGGATATTTTAAAAGTAA CACAAAGTTTGTTTTGTTATATAGTCCTTAATATACATAGAATTTTAGGAGAAGATTTTA TTTTAGTATCCACTATTAAAAAATAGCTTTTAGCGATAATAAATATTGATATTAATAAAG AATGCTGAAATTTTTATCAGCATTAGTTAAATGTCATTAAAATTATTGTTGCTAAAGACT TTAAGGACATATTCAAATAGTGCTAATTGTTCCTAAAAATACATATTTAGCGACAATTAA GAATTAATTGCCGCTAATAATCATTTTTGATGTAGGGAGTTGACTATATCCTTACGTTAA AATGAAGTTATTCTTATCTATACTTATCAATTGTACCCCCAACTAACGGTTCCCCCAAAT CAATCTCAAATTTCCATTTACCGACTAAGTTAAAGTTGAGGGGCATAGTTTACAAATAGT GTATCGACTTATTCTAACAGTAAGTGAATTAATTGGGTCCAAAACTATGCAGATTTCAGG ACATTTTCATGTCCTAAATTAATATTAATTTTAAAGCGTTATCATACTTGTATTTTAAGC TTTCTTTCATCGTAATTAAAGTGTCTAGAAACAAATTCAGAATTTAAAATTTATTTAAAG TTTTAATTCTGACCACAATTTGTTCGATTTATTGATATGTTTCATTTGAAATTATACTTC GCAACTATTTTAATATATTCCAGTCCCTGAACTCACAAATTGCTGGCTCCAAAGATATAT GTTTAGTGAAATTATATTCCTCTAAACTAATGTTCAAAATAAGGATTATCCTCTAATGAA AACGGCTAACAACGATTACTTCTATGTTGTATATATTGTCAAAATTTATATGCTCCTTAA CATTGTTAACATAGTAAACTCCATTCGAGAAAAGTACTTTAAATAATTCAACATGTCCTT TAGTTGATATTATTATGATAATATGATGTTTGGTTGATTATATAAGAAAAAAAATGATTC TATTTAAAGTGATGCAATCTTTGATTGGTGGTATGAAATATATGTGAAACTAATGTTTTA TACCGTATAAAATGTGTAACAAAAATATTTGTTTTGATAATATAAAAATAGTTTTTAAGT GCTAGCGTCATGTTCAATTTCACTAATTTTTATATGTTTTTCAAATGTCACTATTTTTAG GTCATTAATTATATGAATTGGAGTACTAATCTTGACACAACTATTTTCATTTTATTTCCC TTTTTGTTTTGTGAGTTAAGTTTTCTTCATTTTTATGCTCCACAAGTTATTTCCAACATG TCTGGATGCCATAGACTTGAATTATTTGATGGGAATATAATGTCCTTTTGTCATAGATAG CTAAGATCAACATCTACGCATGTTATGAAAAATTAATTCGATGAGAAAGAGTCAATGAAA TAATTATGGATCATGTCCATAGAGTATAGTTTTTGTTTGAGAAAAAGACTATAAACTATT TTGCTTCCAACTTGTTGTTTGTCATAATTACCAACGTCACATAGTTTAATATTGGATGGC GTAAGCAATTGATAGTGATATATAATCGAGGGAAAAAGAGTCTGATATACCCCTTAATTT TGTTATTTAAAGCTGATATATTTATCGTTATTAAAGTGACTCATATATACCCCTAGTCTC TTATTATTCTACAAATGACTCACATATATCATTTTCCTCTAAAGGAAGTGAAAAAAATAA TTAATTTTTTTAATTACTTTTTTAAAAAATATAATTTTATATGGGTATATTTAATCCTCC TCGAACATATATTATTTTTAAATATTTTTTTGTTTCAGTGATTGATTTAGATTTATTATT TTGATGGTCAAGTTTATTTAAGTTTCGTTAATGTTCTTAAATTTTTTTCACTTCCGTTAA ATGAAGGGTATATGTGAGCTCATTTTGTAACGGTAGAAGTATATGTGAACCGTTTATATA ATGGTAAGGGTATATATGAGCCGCTTTCATAACGAGAGACATATCTACTCCAAATGACAA AGTTAAGGAGTATATCAGACCATTTTTCGTGTAATCAATAATGTACCAATTTAGATAGCG TAAGCACTTGATAGTGTAAAGTATCGGTGGAAAAAGCACATATTGTGTGGATGATTTATA GAATTTTGAGAATTGTGAGATTTTAGATATTGTAGATGTATAAAGTTTTAAGGAGATTAA GAACTTCTTCGATCAATTTATTGGAAGTTATTTATTTTGATATAGTTTGCAAAGTGTTTT TTAACGGATAGGTAAAATGTCTTTGAATAATTTTTGAAAATGTGATTCCGAAGATTAGAT TATGAAAATGAATAAGTACCATATCAAAAAAAAAAAAAAAAAAAAAAAAAAATAAGTACC ATATCAACGTTTTACAATTAGGATTTTTTAAACTGAGAAAATGTTTCTAGCTATACTATG TTATTCCAAAAAGAAATGGTAGAAGAAAAAAAAATTGTTTTTGACAGGCTAGTTATTCAT AAAAAGGAAAATGATCGAATTTGTTCGTGAACTACGTGAAATAGGTCACTTATATCTTTA TTATATTTTGGGACAAAAAAATGTCTTTGTTATTATTCTCAGAGTCCGCATACACCCTCA AGAGTTAACACTCCATATTTTGATTGACTTGGCAAGTCACGTGGAACTAATCCTTTCACC TAAGCATTGGCAACCAGAATTCACTACAAAAGAACTAGACCTTTAATATGAAAATAGTCG CCACAAAAGCAAAAAAAATCGTCACTAAAAGTTTTAACATTAAATTCTAATTTTGTGTTT TTTTCTTTATTATTTTTTTAAAAATGAAAATAATATCGATTAAGTAGAAGTTTGAAGACA CTGTATATTTTTATTTTATGTTAAATGTAAATGTATAAAGTGTACAATATATGATGCATT ATATCGTAGGAGATGTGAATCGAGAAGTAATTTTCATGATTTTTCGTTATAATATCAGGT GTTTTTAATATTGATATTGCAAGTTATTTATTTTAAAAAATTATGTTGTAATCGAAAATT AATTATTATATTTTTTTGTTGAAAAACTAGATTTTACTAGCGAATGGTTGTTGGAGGGTT AGTCATCACTAAAAATCATTCATAAAAGTCGTCACTAAACGTCAAGTTCTTTTGTAATGA ATTTTAGTTGACAACGCTTAGATGGAGGGATTAGTCTCATGTAACATGCCATGTCACTAA AAAATTGGTGTCAACTCTTGAGAGTATTTGTGGTCTCCTAGGAGGGTATAAATGATCTAC TTCGCATAGTTCAGGGGCAATTTTGACACTTTTCCGTTCATAAAATGAGAGAATGAAGGT GTTTGATAATAATAATAACAACAAGAGAAAATGCTCAATATGCTATTGAACTTTCAGAAA AGGCTCATTTATGTCATTCGTTAAAAGTTTGGCTCATCTATGCCATTACCGTTCAAGAAA AGATTTATTCATGCCATTATTTTTTAACAGTGGTATTACAAAATCATTTTTGACACGTGA CCAATGATAATTCGGCTACATCACCAATTTTTTAAATTAAAAAAATCATAATTCTGAACA AAAATTGAATTATCTTTTATTATTAAAAAAATGATGACATGGCCAAATCATCAAATTTTT AAATAAAAAAATCAAAATTCTGAACAAAAATTGATTTAACTTTTTTTAATTAAAAAATGA ATGATGTGGTTGAATTATAATTGGCCACGTATCACAAATAGTTTTGCAAAATCGATGTTA AAAAATAATGGCATGAATGAGTCTTTTCTTGAACGACAATGTCATAAATGTGCCAAACTT TTAATCGATGACATAAATAAGCATTTTCTGAATAACATATTTGATCCCTTTTCCTGATAA TAAAAAATATACTGAAATAGCAACAGAAAGGAAAAAATTCCCCCAATAAACTTGTTTTGA ATTTTTTAATAAAGACACGAGGACAAGACACCACTAATATAATAATTCATATGGGAGAAT TGTCCGATTTTCAATATCATCCTATGTGCAAGAAGCTCAAATTCACACAGTTGATATTTG CGGCTGACCTTATGATCTTTTGTAAAGGCAACATTAATTCTGTTTCTAGAGTAATGAGGC ACTAACACATTTTAGTGATGTCACAGACTTGCAAGCTAGCATGGATAAGTCCAATTTATT CCTGGCAGGAGTAGACGACCAGACCAAAGATTAACTAGTGCAGAAGACTGGGTTTGTCTT AGGTACTCTTCCTAAAAGATATCTAGGCTTACCTTTGTCTTCTAAGGGTTGGAGTAAGAT GGAGTGTCAACAATTGATAGACAAAATAACATCTAAGATCAGTAATGTGCTTATTCGCCT TCAAATAATTAATGTTTTCCTTTTCTCAGTAAATAGCTTTTGGAGTTTCGTATTCATATT GCCTCTAGTACTGAGGAATCAAGAAAAATGCCACTAGTTTCCTGGGAACAAGTCTGTATT CCTAGGAAGTTTGGTGGCTTGAACGTCAAAGGTAATAAGTTGTGGAATATGGCCTCTGTT AGTAGACTTCTATGACAACTTGCTGTGAAGGAAGATGTGTTATGGATCAAGTGGGTACAT GAAGTATATATGAAAACAATGATAACATATGGATATATACTCCACCATTGGACTCAAGTT GGTACTGGAAGAAGGTTAATGTCTTGAAAGCAGAGATGCAGATTTGGTATTCATCTGGTG CTTATTTGCTCACTTCCGAGGGAAAGTACTCACTCATACAGAGTTATAATACACTATTGG GGAAACATGCTAGACGTAGAGTGACTGACTTAATCTGGACTAGATTTGCTCAACCTAAGC ATAGATTCATATTGTGGTTGGCTGTGCAAGATAGATTACTAACCAAAGAGAGACTCAAGA GATTAAATACTCTAGAGGAAGATGACACATTTTGTTTGTGTAAGAAATCAGGAGAGTAGA CCCATATTCACTTTGTTCTCTACTTGTGAATGATAGTGAGAGTCTAAACTGAAATGCAAA ATTGGTCTGGAACACTACTCCTACTGGAACTGTCAAACATATTCTAAATGGACTCAGAAG AAAGAAGTGGAAACAGTTTCACAAGAAATTTACTGCTGCATTGTGCGAAATATGATGCAT CAGGTCTTGTTTAAAGGAAATACAGATACATCTGTGACACAAATTAAGAAGGAATTTGTA GATAGACTTGAGATAGTTAAACACAAATTAAGAAGGAATACAATGATACACCAGGTCTAG AGAGCAAGGAATTGGAAATTGTTTAAAGGCATCACGATAAATATAAATACGTCTGTGACA CAAATTAAGAAGGAATTTGTAGATAGACTTGAGGTAGTTAAACACAAATTAAGAAGAAAT TTGTAGATAGATTTGAGGTAGTTAAACGGTATAGAAAGGTGAATACGTATAGTTGGTTGT TGGAGATTTGTGTAATTAGAGTTCTATATGAGGCTTAACTCACTTAATAGCTCTCTTAGA AGGGGTAATTAGGGGATTGAGTGCTCTTTAGGTGTATTTGATTTTTGTTTGTTAATGGTA ATTACATTGGTTACCAAAAAAAAATCTTATTTTATGTAATTCAACTCTTAAAATGACTTT GAAAACGCTGGATCACACAAATTACCAACAAAAAAACACTTTTCAAACACGAACTGATAT AGTGTTTAGTGGTAGAAGAGTAAAGAACCTAAAAATCAAGATGAGTATCACTAGATGCAA TACCAAGGTGATCCATGTTTTATTGAATGTCTAAATCTTGATGAATAGAGTTACTTAACA TTTGTGACAATGAAAAAAAAAAGATTGGACTTCTGAGAATGCACTATCGTATTTCTAATA TAACGACATATCCAATATAATCCCAGAAGGTGGATTATAAGCGTACGGCTCTACCTTGTT AAATCCCTTATCCCTCTATAGATCCTCTGCTCAAAGAAGACCTTTACTTTTTATCTGCAC TAAAGCAACTTCTCAGCTTAATGCTGCTTTTAGATGAGCTCACTCTGTTATATGACACAC AGATGTAACATAAAAATCAAAAGGAAGGTTTTTTGCAGTGGCAGTTATTGTCTTTTAAAC ACATGTTAGATGGACAATAATGTATCAGAAGTTGTTGTGAGCAAAATATAAACATCATGA GATTAAAGAAGGCAGGCACATATAGTCAACACGACGGAACCATATTTAAAGATGAGCTAT CAAGTTCTAAGACAAGCAACAGAAATTATTAACCTAGAAAATAAAGAGCATTATTGTGCA CCACCTACTGCTGGCTAGCAGCTAATCAAACGGATACGTATTCATGGATCAGCCTTGGTC CTCTTTGATGGTGCTTCATCGGTCACCTCGTCTTTAAAACCAAATGATTTTCCAGTTTTA CCCATGAACCACCTATATAAAAACATGAACAAAGAGTTGTTATAACAAACCAAGAGAAAA GGATTAAAGAAAATTACAATGTGTGATATCGATACCTTCCCCAGCTGACTCTCTCGGCTA CTTCTGTTTCTTTCCCTTGACACTCCATCTCAACTAATGTCCAATCATCATCAGAACCAA CAGAGTCCTTCCTCGAGATGCCATTGTTATCATCGGGTAAAGAACTTTCTGATGCAGCAT CTATAACACCAGTTGGCTGGACACTGTAATCAATTCCTCCTTCTGCAGTTGGTCCAGATT GCTCTCCACGCTCCTTCACTTGCAGCAAGGGACTATTTTCATCATTAAATAACATACACA ATGGATTTTCTTCTGCACTGTCCTCTGTGATAGAGGTTTCCACATCACCCTCCTTTATAT CAAGCAACATCATCTTATCTGCAAGTTTTCTTGATGAATTGTCCTCCTTGTTTTCTTCAG GTTTGGTTTGCTCAACTGGTCCTCCATTATCTACTCTACCGTCAGTAGGAGTTTTTGCAT CACGGAGTAATTCTTCTGACAAATAAGAATTATCATCCATCGACCTAATTTTGGCTAACT CAGAAAATGATACAGCATTTGCAGTATTTGCACTGCCACGTGTTCCCAAAGACAGCATCT GAAATTGCTTAGGTAAAGTTGACTGTTGAGCTGCAAACCTTTCTGCTTTTACAAAATTCC CCTGTTCAAGCAGGTCGGTTAAAGCATTGTTTACATATGCAACTTCAAACATTCTGGAAC GTGAAAGAACCTCTATCTCCCCAGACTCCCCGAAAATGCAGCCAACAACAAGTGGGCACC AGTTAGGTTTAGACTTCGCCGCAGTATTTACCTGCCTCAAAGTCTTTTTTAACCAATCTA CACATTGTTCTCCTCGTTTCTTCAGTTGGACAGAAACAGTTAGCTTTGCAATCTTTGTCA TACAAATTCCAATTGTACGAAGCCTGAAGAAACTTTCCTTGGTGCAAAGAAATTCAATTC CTGTGTCCGTAAAAACAGCTGTGGTATCCAGAAACTCACCATCCAGCAACCACACTAAGA AGCTACGAGACCAATCTTCAACTGGTGCCACTGATGGAGAAGTAATCACCAAAACATCGG CTTTTCCCCATTTCTCTTCTTTGTATTTCCTCCAGCTGGAATAGAAGGCTGTTATTTTTT CTGTAAGTTGCTCGACATCTTTTGTGCCTTTGTTCTCCTCCATTACCAATTGAGGCTGAT TGTTCCTGCCTCGCTTCTCTCCAATCTTACACTGCTCTCCAAACTGAAACAGCTGATCGA CGTCTTTCTTTCTTTCTCCAAAGGTCTTTGATTTGAAGTCTTTAGCATCCAATTTAGATG ACCCAAACTTGAACACATCATCAACATGTTTGCTTATTTCCTTTAACTTGTCCTTTCTAC CATCCAAAATACTTGACCCCGACTTAAATACCTGATCACCATTTTTATTTCCTGCCTTGT GATCACGAGACATGTTTGCTACCTTATACTTATCCCGTTCTTCCCTAGGCAAAGAGAACC GTTCAATACTCCCCAGCATCTCAAGAAAATCTAAATCATTTTTAGTGAGGTCATCCACCC CGCTCACTGATTTATCACCGCAGAAGAGTCTAGTTTTGTCAAATTCAGAACCCAAATTGC TCCTCCGCTTTTCACTCAAGCCTACACGTCCAAATTTAGACTCAAGATCGTTCTTTTCCT TCACCAACAAACCAGGTTGATTTCCCCGGAAAAACAGTTGTTTCTCGTCTTCAGGACAGA AAGTAGTAAATAGTGATTGCAAAAATTCTAATTCTCGTCCAGAAATTGGTTTATCAGCAG CATGAATCATCTTATTAATACCAGAATCCACAGTAATTACTTTATACTTTTTGGGTTCTA AATCATTCATACAATTCCAAAAAAACTTAGACTTAGGGTACTCACCTTCTATATAACCCA CAACAAACGGCCAATTACAATCATCATCAAAAACACCAGTAAACCCCTTGCTGTTACGAA TTACCCTGGCTTGACGTATCGTGGAGTCGATGAACGCAAAACCCTCATCGTTTTTGGCCT TCAATTGAACAGAAACAGGCTGTTTACTCATCACAGTAGCACAACAACTCAAAGATCGAA TCTTGGAATAATTTTTCTGTGTACAGAAAAAGAATATCCCAATAGGAGTAAAGATTACTG TCGTATCATCATGTTTTTCACCCATAAGCCATAAATAGAACTGGGATGACAGAGAATTCG GATTTTCTTGTTGCTGTGAATGGATTACAACAGCATCAGAGTTCCCCCATGAATCTTTCT TGTTGAAAATCAAACTATTGTAAAAGGCAGTAAGCCTTTTCCCGAAAAGCTCTTTCTTCA TGTTGTTGATTGTTTCAGAATTGGGAAAAAATTGCACGGTGATGGGGTTTTTATGGTTTT GTTGGAGAAGAAGAAGACGAAGAAGGAGACCGAATAGGTTTTTGGGTCTTCTATAGAAAT TGTGTGAAGATTGACATCATCAAATTATAGAGAGTCTTTGTATAAGCTGCAACTTGGAAC TTGGAAGTTAACAAATAATAAGGCTAAAATTTCGGAGAAATAGGTTAGAAGATTTTTTTT AGACTAAATTTTGCTAGTGGTTATCCGCTTTGTATTTTACATTATTTTGAATTTTGAACT GGGGAAAAGAGTTATATAAATATTAATTTTTGATCATTAATTTCTATATTAATATAATAA AATTTTATTAAATTAATAATCTCTATGATAATATTTTTCTCCGTAATCACTTATTTCAAT AGGGTAAAAAAATAATATATTCTCAAAAGATATTTGTATAAATATATGGTTATAGTAATA TTATAAATTAATAATTTTTTAAAAGTATAAATATATATAAGATAATGTAGCAAAATATGA TTCTATTGTATTTTTATAATTATTAAATTTAAAACTCATGTCTAACTTTTTATTGCATCT AAAAGTTTGAGTGTTACCATGACCGTAAATCTTTGTGAGTTCATGTGGAATGCACTTTTT TATACTCACATAATATTTTAGGTACTTTATCCTCATAATTGATTTTGTGACACTTTTTAA ATGAAAAATCATATTTGGATATGGTTAATTCAAAGAAAATTTTTATGTTATATAATACTC CTATAGTTTAGTCTTTTTACCATCATACATGAATGATTTTAGTAAAAATACAATGAATAA TAGTATTTGATTGTTAAGAAACAATTGAAATTATATTATAATCAAGTTATTTTTATAATG AATCATTAAATTCTTAAGTTTATTTTACATTAAATCATTTAAGAAAATATATATTACAAT AAATCACACACATACTGTATACTTTAAATTTAATAAATATAATACATAATTTAGTAAGAT ATAATGATTTTGATGTATTCTTGTACTTTATAAAAAAAAAAATTTTTTATGTGAATTCGA TAAATAATATTATATTTAGTAAGATACAACAATTTTGATCTAATAAAAATTAATTTTTAT TGAATCTCAAATACATTTTAAATAAATAAATATTAGTTTATCGATAAAATAATATCTCTA TAAACTAATAATATTCATAATCCCACCTATATTACTTTCAGAAAATATATTTGGGAAGAG ATTTTTTTGGCATAAAATGGCAGGAACTTACTTTTTTAAGGTAAGGTGGTAATTTCACAT AAATGGAATTAAAACTACTAAAAAGAAAAGTCTTAAGTCACTATAGATGATTTTAATAAA TTACTGCCCAACAATTTTTTCCTTTCTAATAAAAACACAATTCAAAAAACATTTATTTAT ATTTCACTTCAATACTCTATTTTTAAGGGGGTGAGGTGGGGGTGGAATAAATATGTTCAT TAAAATTTTAAAATATTATTTAAAATAATAATTATTAATTAATTAATACATTTACAAGTT AATAATAACACTACTAAATTTCATGAAATTCAAATGAATCCATCATTTTCTTTTTATAAT ATTTCTTTAAGAGTATTAATTTTTAGGAATAAAGTGAAAAAATATTAAACTAATTTTATT TTAATTTAATGAATAAATAAGTAATTTAATATATATAATGAGTATTTGGACAATTAAACA GTAACATTGATGACACACATAAATCTACATGAGATTCACTTTTGGATTGTATACTTCCTG ATTCAGTAATTCCTATAATTATATATATAAAAAAAAGTGAAAATCTTATTTTTTGATCGA CTATTTAAATTTTTATCTGGTTGGTGAAGATTTAATTTTTCGTTTTGTAATTTCCTTCTT CATTTCTTTTCCCCCCTATTAAAAAAAAACATAATGATTTTTACACAACTTTTTTAAAAC ATTAGATAAGGTATTATTAGGTTCGAAAGTCATTAAGGTGTCATGAGAAAGCTATACTAA AACATAATATTATTAATATAATTTGACCAAACGATCTATATATGAGAAAACATTTACGAA AAAACACAAGCATGTTGTTAAGGAGGTCTAAATTAATTTACATTAAAAAAATACGCTATT GACAATTTTAAATCACGAAGAAAATAATTATTTATACGTATTAAATTAAGTTTTTAAAAT AAATATACCTAGATTTAACCTTTAACTTTGTAAAATTTTGTCCATTCCTAACTCCTATTT CGCCCATAAAATTCAAATATTATAAATAATTTATTTGAATAAAATTATGGGACAACTTAT AGATTTTCCTACGATATATTATGAAATTGGGTAATAACCATCCAACTTAGTTAATATTAG TGTACGTACATTCTCCGACTTCTCGAATTACATGCTTAATAACAATCTTCGTGCCAAAAT CATTAAGTATTGTATTTACCAACGTTCTTCTATTGTAAAAATTATTTCATAAGAAGTTGA ACTCAATATTTATCGTGATAAATATTGCATAGTTATTCATAGGTTTCATATTCTCATTAT TCCATTTAAGAGACTAAATATTTATTTGATTTAGTAACTTTTGAGTATTGAATGAATTGT TAACTATTAACTATTTATGTATCAGATCAAAGTATTATAACTATGTCAGATATCAACTAT TCTCAATTCACATTTCAATTTATGTTCATCAATCAATCAATTGTCAACTGTCAACTGTTA TCTGTATCTGTTCAGAGTTTTGTAACTACATCAACTATCAACTATTTTTAATTTACAACT CAGGCTAACGTTAATCATCAATAAATCAATTGTCGATTGTCAATCATTAATAAAATAACT TTCAAATATTAAATTAACTCTCAACTGTTATAACTACGTCAACGATCAGCTGTTAACTAC TCTCGTTCACGATTCAATCCAACAACCACCAATCAATTAATATTGTTGGAGGTCTAAAGA TTAAACTAGAGGAGGTGATGCAAATGTCATGTATGAGAGGTCAAAAGTACTTGATTTTGC TATGCTATTTGGATCAATTAATAGAGTGATAAATTAAATTGTCCTAAATTGAAGAGTTCA AAACCTACCAATTAATCTTAGTTTTAAACCTCAAAATGTTGAACCAAGGTTGAAAGATAG AGTTACAATTAAATCTTATCATTTGATTGACTATTCAAATTTTGATCTATTGGTGAAGAT TTAATTCTTCGTTTTGTAATCTACTCCTCCATTTCTCTTACCCCTATTAAAAATAAAAAA ATAAAAAACATAGTGATTTTACATAAATTTTTAAAAATATTAGATAAGGTATTGTTAGGT TAGAGCGTCATGCAAAAGATATACTAAGACATAATATTATTAATATAATTTGATCAAACG ATCTATATATAATCAAACAAATATGAAAAAACATAAGCATTTTGGGAGGAAAATCTTCCC CTAAACAAAACTCTTTAAATGATTATATTGTGGATGTTATTGTGTTCTTATATAGAAAAA TCTTCAATTTATAAAGTTTCAAAAAATAGGAATTACCAAATATAAAAGAGATTTATATTT TTTTTTCATAAAAGTTAAAATCAATTATAGTAATACTTTGACTTTTCTTTGTAAAAAACA AAACTTATAACATGAAAAAAAAAAAAACGCATACCAAAATCCTAAACGGTTATATACGGT TGATGAAAGCATCACCAATAGAAGAGAAATCCAATATCAACTGCATAATCCTTCAACAAG AAGGGAGTGAAACGAAACTTATTTTTTGCGGAGATTATCATAAATTGATAAGAATAATAA TCAAAATTTTTGAAGATTAAAAAGTCTTAAGAAGGTCTGAAATTTATATTAACAAAATAT GATATTGACTATTTTGAATCAATAATTATTTATATATATTGATAAAATATTTAGGACGCA TGTGTCATGTACTTTATATACAATGCAATTCACATTTTATACAACGTATAAAAATATTGA AAATTTAGTGAAATTATGTAGGCGTTTAATTATGAAAATAAAATAAATACTTATTGTATT CGAAAATTTGAAGTTGGAGTAGTATTTGACCATATTTTTACAAGAATATTTGAAATTTGA ATATATTTTGTCTGAATATGATTTAAATCCTCAATTTCTATAAAAAGAATCACTTGCCTT GACTAGCTTAACCATGTGTTTATATATTCATTCGACTTGACACATTTATTTTTTGTTGGT GGTTTGAGTTTTTTTTTTTTAAATGGACGGAAGGATGAATCATGCAATTTTTTGGATAGC CCAAGGATATTTTTTGTTCACTTATATAACATAAGGGTGTACTTTAAGTTTAGGTCATAG TTGAGGAATGATTTCAGCTTTAAACTCATTGTATTTATCAATGTTCTTCTATTGTAAAAA TTATTTTATTAGAAATTGAACTTAATATTGATGGTGATAAATATTGCATAGTTATTCATA GGTTTCATATTCTCATTATTCCATTTAAGAGATTAAACATTTATTTGATTTAGTAACTTT TGAATATTGAATATCAACTATTTATGTATCGAATCAAAGTATTGTAACTAAATCAACTAT TAACTATTCTCAATTCACATCCAAATTTAACGTTCATTAATCAATCAATTGTCATCTGTC AGCTGTTATCTGTATCTGATCAGAGTGTTGCAACTACATCAACTATCAACTACTTTCAAT TCACAACTCAGTCTAACGTTGATCATCAATCAATTGTCGACTGTCAGTCATTAATTAAAT AACTTTCAAATATTAAATCAACTTTCAACTGTTATAACTACGTCAGCGATCAGCTCTCAA CTACTCTTGTTCACGATTCAATCGAACAACCACCAATCAATTATTGTTATTAGGGGTCCA AAGAGGAAGAACAATTAAACTAGGGGAGGTGATGCAAATGTCATGTATGAGAGGTCAAGA GTAGTTGATTTTGCTATGCTATTTTGATCAATTAATAGAATGATAAATTAAACCATCGTA AATTGAAGAGTTCAAAAATTACCAATTAATCTTAGTTTCAAACCTCAAAATCTTGAACCA AGGTTGAAAGATAGAGTTACAATTATTATTTACTAAAGACAAATACAAGAATACAGTTTT AGAAATACAAATCCTTCTACAAGCACTCAATCACATCAGACAACAACTAAATTGATGACA TTCAAGTTAAATGTTAGAGTTTCTTTTAGTTCTAACTTAATATTTTATTGTATTTGTTAG TTATCACGAAATCACAAAATTTACTAAGGGTTTTCGATAACAAAGGATTAACACATGAAG AGAATAGACACCAAGAAAATTCATTGCACGCACTCATGCGCAGACATATATGGTTTTTCG ATGAAAAAGTTTTGAATAAATCTCTTACGTAATTTTGCTCCGCCCATGTTCAGTTTATTG GCACGATATTAATTAAGTTGTGTGATATCTAATTAAAACTTAAGTTATTGTAAAAAGTCC TTACATAATTACTTACTTGATTTATTCTTTAACAACTTTTGAGATTTAAGATGTTCGCAA CTCTTTTTGAAAATATAATTGAATGTACGTTGAAACTTTCAAATGGTTTAATTTTGGAAG ATTTGATATTAGTATGACAATATTTTTTAAGTGTATGTGCAAAGTAAAAGTTTGAAATTT TTATATTCTACAGGAAGCCAAGCTCGTGTAATAGACAATTAGCGGGAAGCTTAAGTAAAT GTTCGGAAATATGTTTTTTTTAATGATATTATATAGTATATATCAATAGATTTGAAATTT GAAGTTCATAGTTTTCATGATATATATATCATCAAAACGACAATAAAAATTTTGAAATTA CCTTTTCAACTACTAGATCAATAATATATTCTATTAATGAGTTTTTAACTCTTTTTTTTT ATACATTTACTGGATTTTTTAAAAATATAAATATGAGATTAGCATAAAAATTATTGAATT ATCAGAAATATATGTTATACAAGATAAGTTTGTTTTTATAGCAAAAAAATTGAGACCTTC AATTTCATTAGAAGTTTTGAATATAAATTTCTAAAATTAAAATTAAAATTTTGTATTAGA ATCTTAAATATCAAATAACTTTAAAAAAAAAAAAAGAACACTCTTTTGAATAATTTTTTT TTTTTTAAAAAAAAAGCAAACTAATTGTAGGGCTTGGATTAGAAAGAGGAGCACCATAAA TAGTTTTAGTACTTATGAAAATTAACAAATTGGTACAAACAAAGAACCAAATCTATAATT CGTAAAGACTAAGCAAAGCGTCACATCCCAAAACTTATTGAGTCATCGGAAAGGGAAGTG ATGTCGGAATCAAGCCGGTGGACTATGCCGGAGATGGCCGGAATCCTGTCAAATAAGATC CCTCAAGATGAACTCAAGCCTGGAGATCATATCTATTCATGGAGAAACGCCTATCTCTAT GCTCATCACGGTTATTTTCCACTTTTTTTTTTCTTTTGCTTAATATCACGGGAAATCCTT TTTGCGCTTTACTCTTAGATGAACTTTCTCGATGTTTTTAATTTCTGTTTGTATCTACGT TTTGATTTTTATACAAAATGGGTCAAATTTCGATTTGATTATGTTTTTTTATTCATTCCA AGTATTAATAGGAAGGAATTTTTTTGAAATCGGGAGAAATAGCTTCAATGTTTTGTTGAA TATTATCAGAAAGTACATTTAGGAGCTTATTAAAGAAACGAGACAATTTGAATTGGTAAT TAGCAGAATAGTCAATTCAATTCTCGATGGAAATGCTACTTTTAAGTCTAATTTGACTGG TTTGGGAAAACTTGAATTTATGCTATAATCAACCTTTCCAAATCAAAAGGAGATTCCGCT AGGAGTTGTCGCAAGCTAATTCAGAAATGAAAGAAGTCTAACCAACTCTTATTTGCTGTG GATCTACTCGCCCGGACTTTGTGGAAGCTCTGTTTCCCCTAATTCAGAAACACAATAATA GACTTGCCAAAGTGGCTTGACTTCAGTTTTTGCTAATTATGGATATGATGAGCTTTGATG TACTTAAAACTCATGTAATGGAAATAAGTGAGTTGAATTTGTTGAGCTTTGCTAATTATG GTTATGGTGAGTTGTGCGCAAGGGCGGACCCACCCTTGACCGAGAGGTGTCAAGCGACAC CCCTTCGGCAGTAAACTACATTGTATATAGAGGTCAAATTTTGGTTATATATATATATAT ATATATATATATATATATATATGAATGTGTAAGTATTGACAACTTTAGTCTAGTGATTAA GGGGTTGCAAAAGTTCCTAAAGGTTGTGTGTTTCAAGCGTGCGTACATCCCGCCTTCTTC AAACCCCACTTGTGGGATTACACTAGGTGTGTTGTTGTCGTATAGAATCTCCATCTGATC ATTTGTGTTATGGTCTTTGAGATACATTTTTTGTCATTAAACTGTGGCAGAGGTAATTTG TTTTGTTTAATAATTTTTCTTATATTGAACTTAGTATTCCACGTTAGCAATGGAGTCTCT TACACCAGCATTGTATTGTGGACTCTCCCTACCACAAGTTGAAAGGATCTCTTTAAGAGG TTATATTGCTTATTGTCAGTCTATTAGGTTGATGCTAGTTTTACCTTTCTAGTACATAAA GAAAAGAACTTACTTTTAGTTTTGGATAAATATATATAAGGATGACTTTAGTCCTGAGGA TCTCAATTTCTTTTAAGGTTCGTTATTACCTTACATGTTTCTAAAGACTCGAGTTTGGTT TTTGAATATTTTATGAAGGCTTTTCAGTTTTTAAAAAATCAACTATATATGTCCAACTAC AACTCTTAACAATTTGGATCTCTGAACATTACATAAGGAAATCATTGCATTCATAGTTGG ATAAATATTGAAAGAAAAGAAAATATTTGCATCAAGTATGGCAAATGAAAGCTCAGAAAT TGTTATGGGACAAAAAGTTCGAAAGCAACTTTTGTTCCTGGGGCTTGGGGTGGGTGGGTG AGATTAAGAAGCTTTAATTGTGTGTCACATGTGTATTGGTACATTTTTGTTTGTTTCCTA GCTTGTTGTCGTAATGTTTCTGTATGTGCTCTGAACATTTCAGGTATATATGTTGGCGAT GGTATGGTTATCCATTTTACTCGAGCTGCAGGTCAAGAGATTGGAACTGGAACTGTTTTA GACCGTTTCATATTCAGCTCATCTCCTTCACATCCCTCTGGCTCCCCATGTCCTAGATGT GGTGATCAATCAAGGACTGAAGGTGTTATCTCATCATGCCTCGAGTGTTTTCTTTGTGGG GGTGAGCTGTATCTTTTTAAGTATGGTGTCTCACCAGGGGTTTTTATTGCTAAAACTCGA GGAGGAACATGCACAATTGCCCCTTCTGATCCACCAGAGCATGTCCTGCACCGTGCTAAA TTTCTCCTTCAGAATGGTTTTGGGGTTTACAACATTTTCAAGAACAACTGTGAGGATTTC GCGATCTACTGCAAGACTGGTTTGCTAGTCTTTACAAATGTCAGTGTAGGCCGGAGTGGG CAGGCAACATCCTTTTTAGCTGCCACAACTGCCATTGTTTCATCACCACTGCGCTTTCTA ACTACAGGTGTTTCTGGTCTGGCTGCTGTTGGTTTTGGTGTTTACTGTGTCAGCCGGTAT GTTTCTGATATTGGTGTACGTCGTGATGTCATGAAGATCCCTGTTGAGAGACTTATCCTA TGCCCTGGCCCTCTGGAGTCTGAAGCTGCTACTATTACTGATATATCAAAGGACAAGGGC TCGTAATTCTATGTAAGTTGACTGCATGGATCTCATTAAGTAGGTTACTACAACATACAA TGTTGTAGGTGTTGATGTTGTCATTGCTTTTGTGACTTAGGTTTGGTTATTATTGAAACA ATGGCCATTTAAACTAGGCCTTGTGTGCGTTCTTCCATCAAATGAATGCTTTGATATGTT ATTGTAAATTGTTTATAACAATGTTCCATGGTTCATATGGAAGACAAGTGTGTTTTGTGT GTTAACAAGATGGTTAGTCTAAGAATGACAAATTGATTGTTTTTGTGACATAGGTTTGGG TTATTTTTTCAATTCTAATAGTCTATTTGGCCAAATTTTTGAAATAAGCTTACTTTGAAA AGTGATTTTCAAAAAGGATACATATATGTTAACATAGGAATATACACTATTTATACAATA TTGATGCATTACATATGTATATGTATATGACCATTTTAGAATTATTTTTTTTGTTGCATG TACAGTTACATTTGGACTAAGAAACAACAGTCTCGCGAGCCCACATTTCGTTTATTAAAT CATTAAAATACTTATATAGAACCTCACACATTTTAGAGTGTGTTTGGTACGAAGGAAAAT AATTTTTGGAAAATATTTTTTTAATTTTCTCATGTTTGGTTGGGACAAAAGTTTTGGAAA ATGTTTTTCAAATCAACTCATTTTCCTCAAAATTAAGGAAAATGACTTTACTTCAAAAAT TAAGGAAAACATTTTTCAAAAGTCTTCTCCAATTTTAAATTACAATTTTCTTTAAAGAAA AACAACAATTCTTTTTAAAAAAATTTTATTTTTTTACCCCCCACCCACCCACAACCGACC AATTCCCCCTCCCAAAAAAATAATTTTGCTTTTTTAAAAAAATATTTTCAAATTCAAATT TTTATTTTTAAACTCCTACGCTGCTCCCCCCCCCCCCCCCCACCCCCAACTCTCAAAAAA AAATAATATTTTTTTTTACAAAAATACTCTAAAGTTCAAATTTTTATTTTTTCGCTCCTA CCCTCTCCCCTGCACACCCCCACCCCTGACCACTATCTCAAATAAAAATTGTTTTTAAAA AATATTTTCAATTTCATAAATTATTTTCTCTAGTAAAAATAAAAGATGTCTCTCAAAAAT ATTTTTCATTCATAAACCAAACATTAATCATTTTCAAAAAAAAAATTCAACTCACCAACA AACACATGAGAAAATAAGTCCAAAATCTATTTATTTTCCATGACAAAAAATGAATTTTCT ATAATATTCATGTTTAAATATTTATGTTCAAAACATGGATCATGAATGTCTATAATTCCA AGAACTGTCTCTCTCATGAATGAGCCAAAATCACGATGACACCAATATGACATGTGAGAT TGTATAATATGTCTTATGTTTCACTTCACATTCCCCAATTTCTAGGATCTAAGTCAAACG CTATTCATTTGTATGACCAATTAGAGTACCTCAATTATTCCATCGATTTACATTTCAAAT GGATCTACAAATTTTATTTAGTCAAATTATACTTTGATATGTTATTATTATTATTATTAT ATCTTCTATATATTATTTTTATTAAAATATATATTATGATTATTCAGTCCTTCATCCAAG TCAAATTAAATAAAAAAACAAAATCACTTACTCTAATATATATTTCCTTTTTCTCTCATG AGATCTCTTTCCCCAAGAAAAAGATACTACGTATATAAGTTCACTATTGACTTATTATGA TATTGCATGTATTACGTTTGCTTACAATCTTTAAAGTTGACAAGTGATATTGCTCATCTC TCTCAAAAATTTTAATTGCCATTTCTTTTCCTTTTAAATTATCGAAATTAATTTATTCTT TTTATTAAAGGTACTTTTAAAAGAAAAACAATTTCCAAATATCAAATTACAAAATAGAGC ATTACTCTATGTTTAATACGGTAAATATGAATTAATTCAGCATACAAAATAGTCAAAGAT TAATAAATAAGCTGCAAGCTGGCCAGTCAACCAAACAGATGTATCAAGTTAAGAAAGATA AAATCATTTAAGTTATCAAGTTAATAAAGATAGAAATTATTTAATGAAAATAATTACATT ATTTTGTTACTATGTAATTGCTACTGAACAGACGTAGAGATTCATATTTCCTTTTTTTTC TACCCAACAAATCGTTCAAATCGGAACCCATCCGATAAAGACAAATCATATCCCAAATAT AGTCTCCTATTTCTGATCAAATTCTTCAACATAAACAGAGAAGAAGAAACCCCTGCAGCA GTCAGATACTTCTTTATCAACTCTACAATACAAGAAAACCCTTTGTTTTGTTTTGGTGAG GCAATGGATAGTAGTAGATCCGATAGTGTGAACAGAAACACAAAGAAAAACGATGGTGAT GATGATACCGCCCAAAACGAAGAAGCTTTGTATTCTGTAGAAAGGATCTTTGAGTCCAAA GAAGTGCCATCATGGCAGGATCAGTTAACTTTAAGGGCTTTTTGTGTGAGTTTCATATTG GGGATTCTTTTCACTTTCATTGTATTGAAATTGAGTCTCACCACTGGTATTATTCCTTCT CTCAATGTTTCTGCTGGACTTTTGGGCTTCTTTTTCATCAAAACGTGGACTAAACTTCTC GAGAAATCTGGAGTTCTTAAGCAACCTTTCACTCGACAAGAAAACACCGTCATTCAGACC TGTGTTGTTGCTACTTCCGGTATTGCATTTAGCGGTAAGTATTCTAGGGTTTTTATTTTT TTCTCTCTCTCTCTCAGGTATTTTATCAAACACATTAGCTGCAACTATTAGAATAATTAG TGTTTTCAACAATTTCTTCATGCATTATCATCGCAGTTTAATTACTCGTAATTATACTTT AATCTCATAGATAATTGTGTTTTCCATGTTTTAGATCTTGTTAAATCCGGCCAGAAAAGT AGAAGTGGATTAAAGGAGGATTAATTTAAAGAAATTCTAGAAATTAATTATATTCAGCCA GTTTGTTAGAGATTTGGATTAACTAGAAAGTTTGCATGTTTGAACATGAATTTGGGCCAC GTGTATTTCTCATGGGCCCTCTTGGGCCTCCAGCCTTTGTGGGTTTTGTGTGGGTTCCAC AAGGTTGACTTTTGGTGTGGTGGTCCCACATAGTTAGGCTAAAAGGTTTGTGAATGTCCT ATGAACAATAGCAATAAATATTATTTACTCCCTCTTTTGGAGATTTATGCCTTGCATAGG GTTGAAAAAAACCTTTTGAAAATTATAATTAAAAAAATAAGTTGTAGATATTTTATATTT GTGTGTCTATAATTTATTTATTTAAGAAAAAAGATATTTTATAGTTAAAATATCACTTTC TCCGTTCACTTTTATTTGTCGATTATTTCAGAAATGATTTTTTTAAAATGAAACTTGTCA GTTTTGGCTTATTAAGAAAAAGACTTCTATTTTAGCCTATCAGTAAAATTCATGACATGC CATTTTACATTTAACATTACCACATATCTTTAGGGTCTTTTAGTGTGATGGATAAGAAAA AATAATGGTCACATCAGTTTTTAGTACTCCTTAATTTTTGTTCGGTTGCAAAGTGTGGGA ACTTATTCCAAGATAAATAATTATTTTTGTACAGTTCATTGGATTTGCTTCATGAAATTG AGTTTATTGCAAATTATCGGAACATACCAACTACTACAAGAACAAATTAGGAAGCTTTGA TTGAAAAATGATATTAGTGTAAGGTTTAACAAGAGCTTGATATTCAGAAGTTCTATAGAA AATAGTTTACTATTTTCCAAATAGAATGCTTAGTATAGTATCTCTGCTAGCTCTTGTTTG GAGAGTTTAATCAAGATAAAAACTTTTTGCAGTTTTGTTTGGCTTAATTCCAATTATTAA GAATAATAGACATGAACTAGTGTGTATGTTAACTGTGTTTGGGTGCTAACTTTGTCAATA TTGAGCCTTGTTCTTCCACAACTTTTTTATGATGGAATTTCTTACCTTGAGCAATATTGA GCAACAATGCTAGCTTAGCAACAGCCTTATATTATTCCTTCATGCCTTGCGCATCTCAAG TTCAATAACTCTTAATTTCTCTTTTTCACTTTTGATGAGCAGGAGGTTTTGGAAGCTATC TGTTTGCCATGAGTGAAGTTGCTGCCAAACAATCAACTGAAGCTAATAATGCATTCAATA TCAAGAACCCCTCGTTGGGATGGATGATAGGTTTTCTTTTCGTTGTTAGCTTTCTTGGGC TTTTCTCAGTGGTTCCTCTTCGTAAGGTATTTCCTTTTCTCAGGATATATGCAATGTATA TACGTAATAAATTTCCTTGCAAAAGGTGAAAGCTGCTGTTCTCAGGATTTTGATCAGTTT TACTTTTTTCTTTATAATCAAATTTGTTTTGTTAATTATGTTTCAGATTATGATCATAGA CTTCAAACTGACATATCCAAGTGGCACAGCAACTGCTCACCTGATCAATAGTTTCCATAC CCCACAAGGAGCTAAGCTAGCAAAGTAAGCAAGTTACACAACTTCAGTAAATTCTGTCAG CATTACAGAAGGTATGCTGACAATTTTTTTGTTTCTTTTTAATTGATCACTACAGGAAAC AAGTAAAAGCTCTGGCGAAATTCTTCTCCTTCAGCTTCTTATGGGGTTTCTTCCAATGGT TTTTCACTGCTGGGGATGACTGTGGATTTGCGAGTTTTCCCACGTTTGGCCTTAAAGCAT ATGAGAACAAGTAGGTTCTAATTAATTCCAAACTACCTCTATGTGGTAAAGGCTCAATTC CTGTCATCTCTGTAGCAATTGAAAGAGATGGTATAGTTTCGCCTTCAACTTTTGTTTACC TTGATTTAACAGTTAATTTTTTCTGTATCAATCAGGTTCTATTTTGATTTCTCAGCAACA TATGTTGGTGTAGGGATGATATGTCCTTACCTAATCAACATATCTTTGCTACTTGGATCT ATCCTTTCTTGGGGTATAATGTGGCCCCTGATTCAGGACAGAAAGGGTCATTGGTTCCCT GCGGATGAGAGCCCGAGCAGCCTTCATGGCTTGCAGGGATATAAGGTAATCTCTTCCTTT TACATTTAGCGCAGACAGATTAAAATGAAGCACAGTTTCAATTCTTAAAATATACTTTCC TCATAATTCTCTTCTATTGCAGGTCTTTATAGCAATAGCCATGATCCTTGGTGATGGTCT CTACAATTTCGTAAAGGTATTTGGACGAACACTATATGGTTTGTATTTGCAATTCCGCAG TAAAGATGAAGGAGCAGTCCTGCCAGTTGGTGCTCGTCCATCTCCTCCAGAGCCTTCCAT GTCTTTTGATGACCAACGACGAACAACGCTTTTCCTCAAGGATCAAATTCCAACATGGGT TTCCATAGTTGGTTATGTTGGCATTGCTATCCTCTCTACTATAACACTTCCACACATTTT CCATCAACTTAAGTGGTACCATATCATTGTGATTTATGTTTTTGCACCGGTATTAGCCTT CTGCAATGCTTATGGTTGTGGTCTCACTGACTGGTCTTTGGCATCCACCTACGGAAAGTT GGCAATCTTTACAATTGGTGCATGGGCTGGGGCTTCTCATGGAGGGGTTCTTGCTGGACT AGCTGCATGTGGCGTCATGATGAACATAGTCTCCACTGCATCTGACCTAACACAGGACTT TAAGACTGGTTATATGACATTAGCTTCCCCACGGTCGATGTTCATAAGCCAGATTATTGG CACAGCAATGGGTTGTCTCATCTCCCCATGTGTATTTTGGCTCTTCTACAAGGCATTCCC TGACTTAGGTACCCAAGGTTCAGCGTATCCTGCCCCTTACGCCCTGGTGTATCGTAACAT GTCTATCATTGGAGTTGAAGGTTTCTCAGCTCTTCCAAAGAACTGCCTCATCCTTTGCTG CATATTCTTCATAGGAGCTATTGTGATCAATGGCATCAGAGATCTTGTGGGAAAGAACAA GGCAAAGTACATTCCTCTCCCAATGGCGATGGCTATTCCCTTCTATCTTGGCTCCTACTT TGCTATTGACATGTGTCTCGGGAGCTTGATATTGTTCGTTTGGACAAAGATTAATAAGGC CAAGGCTGATGCATTTGGGCCTGCTGTGGCTTCTGGTCTGATTTGTGGTGATGGAATCTG GACCTTACCCAGTTCAATACTGGCTTTGGTAGGAGTGAAACCGCCTATTTGCATGAAGTT TCTGTCTAGGAATGCCAACACCAGAGTCGATAGTTTCTTAAATTCTTGAACTCCCCCCCA GTAGGTGTTTCTCATTTTCTTTTGTACTGATAGTATTATCGTCACATTTGCTATGAAATT GTTCGTGTACATATCAACTACTTCAATTGTCGAACTCAATTGAAACAGGAATTGCTATCT GAGTTGCTTCTTCCTTTCCTGCGTCAACTTTCTTTATTATTATTTGTTTTATTGGAAAGA TAATATATCTCATTTCTTTACTGTTGGAAAGACCAAGAAAAATTAAAAATAAAAAGAAGA AAATTCGTTATCCAGAAGCATATATAAAAGCTTGAAAACGTCAACACGTTTTTTACTCGA GTCCTTTCCAGATATTTCTAGCTTTTCCCATATTCCCTTATCTTTTCGAATATATATGCT TAATCTTAATCCCAACAACCCCACCTTTGTGACTCTATTCTGCCATATCTCTGTTACTTC CGGGTGATCTAAGTTTCTTTAATTGCCACAAGTTTTGCAGCAAATCTGGTATATACGCAA CAACTGCTATTGAAGCTAAAATTAAGGTTGTGGCTGCAGTAGACTTGCCTCAGAGAGTTT TGGTTTCGTTATAATTGTCACTAGTGCCCCAAATATGTGTTTGGTGTTTGTATGTGATGA AGATGAGAGGGTGTTACAAAGACAGGCAGCTCCAGGAGCTTGTCCTTACTGCGGAGGGAT GGTTCAAGCCGTGGACATGGAGAGTCAGTGGAGATTCTGCTTTGTCCCTTATTATTTCAA GACTAAACGCAGATACTACTGTACCCTTTGCACCAGACGTCTCATCATCCAATAATTTTA CCTAATCTTATGATATAGCCTCTTTGTGGTCCTTGAACTTTCTAGAAAACAAAGATGTAT GATCTTTTGGCTTTTCAGGTGTAAAGGGTGTGTATGTGTTATTGTTATCTGAGTTTTATA TGTTGGTTTACCATTTCTCTTTAATTATTTGTTGGTTATCTATAGATAACTACTCTGTTC TGGTTCCAAAATCATATGGTTAGAAGTTAGAATTACAAAATAAGGAAAAAGGAAAATGTA CAAATTTACCTGTGATATTTGGGATTTGTCTTGCATTTTCCCTTTGTTTACCTTTCGGTC CACAAAAGTCCACATTAATGGAAAATTGCTCTGATTTTGCTGATATGAAGGAAGCCACAC ATGATATTATCTGTTCAAACACTTTGTCTAGACAGCAATTCAGCATAATCTTGAAGGTTT TTTAACTATTTTGCTCGAGTAAAACTTGGTGAATATGATTCCAATGAAATATTTTCCTCT TAACAATATCAACTAAATTAATCACCATAATTGAAGTATTTCCTTCTCCATTTTCCTATT CGAATCGTTATAGTGCATTCTTATTTTTCTGTAGAATTCAGTGCCTCTCTAGCTCGGGTT TGTTTCATCACAGATGTCTTTCAAGTGTTGTTATGTTTACTTTTCCTATACTTGATGTCC TTCTGTCCGGAAATGCTTTATGAAAAGGATAGATCTGTATACACAAAGTTGATGAAGATT ATCTATTTATATTACATTGATCTTGCTTTCTGCACTGCATTAAACATGTAAAATCTTGTG AAGGTATTTAGTTTCTGCAGCTGTACATTGGAAGTAATTTCACCTAGGCCTCAATTAGTT CTCTAATTGGTTTTCTGTTTATGTTAACGAATGGGATATCAGTGAATTCTGAGAGTATAG CTCTAAACTCATCTCCTGTAAGAGTCTCCTTTTCCAGCAGGACATCCACTAATTTGTCGA TTGCCTCCCTGTTGTTCCTGATGTGGTTCTTTGCAATTTCATATGCTCTCTCGATTATGT GCCTTACAGATTCATCAATGTCTTCTGCTAGTTTCTCTGACATTTGATTCCTCGCTAGCA TTCTCAGCACCACATCGCCACTTTGTGCTGCTGGATCTGTTAACGCCCATGGTCCAATCT CAGACATCCCAAACATTGTAACCATCTGCTCAGGTTGCGAATATTGACAAGTGAAAACTT GTGAGTATTCGACTATGTTGTTTTCTTTAGTAGGTGCAACAAGAAAATGTGCTTGAGTGA ATACCTGTCTTGCTATTTGAGTTATTTGTTGCAAGTCTCCTGCTGCACCAGTAGTGATTT CTGGTTCACCAAAAATTATTTCCTCTGCTGCTCTACCTCCTAAGCCTCCCACTATTCTAG CAAAGAGTTGCTTCTTAGAGATTAAGGTTGGATCTTCACCAGGAATGAACCATGTAAGAC CGCGAGCTTGACCTCTTGGGATCAATGTGACTTTCTGTACTGCATCATGGCCAGGGGTCA ATGTCCTACAAGCACAAGAGCTCACTCTTAGTACCTTGTCTTTTGATCACAAGAGCTCAC TCCTAAACTTGTTCAGTTATTTCATTTAGACACCTTATTTAAGGGCATGGCCTATTGAAC ACCTAATGTTAGTTGAAAAACAAACAACAGAACAATTAAAGGGGCAAGAATTGCTGACTT ACGCGCAGACAGCATGTCCAACCTCATGGTATGCTACCAGAATCTTGTTCTTTCCATCTG TCATGGTAGTTCCTTCCATTCCAGCGACAATTCTATCGATGGAATCATCTATCTCTTTTG AGGTAATCTTATCTTTTCCTCTCCTTCCAGCTAGAATGGCAGCTTCATTCATCAGGTTTG CAAGATCTGCACCACTGAATCCTGGTGTTCTCATTGCAATAACACTTAGAGACACATCTT TGTCAAGCTTCTTGTTGTTACTGTGAACTTTCAATATTTCTTCTCTTCCTCTTATATCAG GCAGTCCAACAGTTACCTGTTGAATTACAATATAAATGTAATATCAATGTTAGTGAAGTG TATCCTGGAAACTGAAATCTTTTTGGAAATTTTACATTAAAAAACTCATTTCTTACCTGC CTATCAAACCTTCCAGGTCTAAGCAAAGCTTGATCAAGAATTTCAGGCCTATTAGTAGCA GCAATGACAATGACTCCAGTGTTCCCAGTAAAACCATCCATTTCAGTAAGAAGTTGGTTC AGTGTCTGCTCTCTTTCATCATTTCCTCCACCAATACCAGTTCCTCTCTGCCTCCCAACA GCATCAATTTCATCAATAAAAATTATGCAAGGCGAATTTTGTTTCGCCTTGTTGAATAAG TCCCTAACTCTAGAAGCTCCCACACCAACAAACATCTCAATGAACTCTGAGCCAGAGAGA GAAAAGAATGGCACCCCTGCTTCTCCAGCAATCGCCTTAGCCAGCAATGTCTTCCCTGTC CCTGGTGGCCCTACTAAGAGAAATCCCTTTGGTATCTTTGCTCCAACTGCAGCAAACTTC TCTGGAGTCTTCAAAAACTCAACAATCTCTTGAAAATCTTGTTTTGCTTCATTAACTCCA GCCACATCATCAAATGTTACTCCTGTATTTGGTTCCATCTGGAATTTGGCTTTGCTCCTG CATTGTCCACAAACAAGTTAAGCATATCAATCCATTAGACATAAAGTTTCAATCTTGATC ATGTTTTTATAAGTTCCCAGTCAGCATACCTTCCTAATCCAAAAGGCAAGTTTGGCCCTC CAGGGGTATTTGAAGAGCTTCTCAACAGTAAATAACCAAGCAATATCAATGGAAAAGCTA AATTCCCAAGCAAATCAAGAAGTGGTCCAATTACATTCTTTTCAGGTAGATGAGCAGCAA AATCTACATTCTTGTCTTTAAGTTTTCTCACCAATTCTGGTGGCAATCCTGGCAACTGAA TTTTAACTCTCTGGACTTTGTTAAGAGCAGGATTGATCAATATCTCAGCAACAGCACTGT TCTCAAAGAAATCAACTTTCTTGACAGCACCTTGATTCAAGTAATCCAAGAATCTTGAAT ATGACATTCTACTTGAAGTTACCTCAACTGGTGCTTCAGTCTCAGCTCTTGCTGGCTTAG ACAAAGTCCCTGCTACAAGGCTCAAACCACTAGTACTCAACAGCTTCCTCCTGTTTATTC TGGTGTCTGAATGTGTTTTCTGACATGGGGTTTCTTTATTGGAGATTTTAGGATTGTAAA CATCCTTGGAGAAGTCTTGGGATTTGCATAGGGGGAACTGAGAGACAGACAAAGAAAGAG CAGTAGACATTTTGTTTTCCTCTACTTAGGCTTTTTGTGCTTATGAACTATGAATTGCAG TTTGGGAAGTTGAAGGCAGTTGACAACTTTAGATGGAGAGTTGGTAAGAATGTTACAACA ATGTAGTTAGTTATATATAGGATATGAAAGGGACTACTTTGTTTGGAATTATGTTTGTGA TATATATTTTGGTAGAATCAAGTATGTACTTGGTTATTCATGAAGGGTCTAGAGTAAAAG ATGACTCATGGCTTATATATATTAGGATATGATGTGATGGAAAATAGAGAAGAAGCATAT CTTAATTTATAATTTAATTACTAGACATTATATCAGTTTAACCATACACTTGGAGAGAAA ATAGTGGTCTATTGTTTGGACAAATTCTAGTGGGCACTTCTACAGTAACTTTTGTTTCCA AAAAGAAGAAAGAAAAGTTCAAATAGTTTATCCTAGTGCCATCTAAATATAATTATTTAT TCTAGTGGCAAACATAATATTTTTAAACATTCTAAAACAAGTAAGACTATTTGAATTATT CGTGACCTAATTTGATATGATATATTTTTTTTATTCGTTACTTTCATATTTCAATCATAA ATTAAATTAATATTATAAATTTTATATTCAATCAAACATTCTAAGAGTAATAATATTGAA AACATCATGCATATTGCCAAACACTTGTGAATTGCGAGCCGTACATATTTTAACTATATT TTCTTGGGATGAAAAGGTGAAAAAATAAATAGCTTAGAGTTTCTAACAGATATATTTATC AGTTGGATGAGAGTGAAAAGTCGGAAGAAAGAACGGAGAGCATTGAAGAAACCTTTAAAT CCTTTTCTTTGTCTCTTCTATTATTATCAAGCACTTGATTTGACGAATAAAACTGATTTA GGGCGTGTTTTGGTAAGGAAAATATTTTTTTAACGAATGCATCTTTTGTACTTTGATTTT TTATATTTACAAATCAGCGAACAAATCTTATTTTAAATTTATTTATTATAATATGCAAAA TACTATGGGTGTGGGCCCTATAGGTGGATGGGGTATAGTATGAGTTGCCATTTGTGAAAC TTATTTTTTTAATTTTTAAGAAACTTATTTTTTGTGAAAATATTTTAATATATTAAACAA ATAAAATTGAATTGGATGAAATATCTAAAACCTTGGGTGGAGTAAGGAGGTTTATTCGAA TTCCATTTTGACAAAAAATTAATATGTATATTTAAGATTAAAATTACTTTTGAAGTATTT TATATAACAAATGTTGCATTCATTCTTCTGTGTGTGTTTAATTTTTACTATTTTGAATTC ACTAAATAATTTTTTTTATTTCATTGTTATTTAAAACTGGAATACTTTTTATTATAAAAA ACACAATCTATTTAGCTCCGTTGACGATACATGTTAATAGAAAAACTTGAGCTTTTGAAA CTATATTTGGACATAGTTTTTGGGTTGATACTTCCTTAGTTAGTTTTATGTGCTTCACAA ACTGGTTCTTTTAGTACTTCAGATAGACATTTAAAAAAAGACTAAAATGTGATTCAAAAA TATAAGCTTAGTACTAGTAATGGGGTAGACGAAGAAGCTTTTATAATATCGAGAAACGGA CAAAGAAACTTTTCATGTCTTGCTTTATGGCTTAGTTGACACTGTACGAGGAGTTGGAAT TTTAAAATAGCAGTCATTCGAACTTTCCGGTATTTACTCTTCTTCCGTCTTTCCACGAAA TAAAGAATGGAAGAAGCAAAAAAAGAACTGGAAATTTTAGAAACTCAGCATCCGAACAAG TTTGAATATCTCAAGTTGGAATTAAGATCCTTCATATCTTTTCTTGAATCTCACTACTCT CACACTCTTCCTTCTTCCTCCTATGTGGATACTCAAGGTAATTTCTCTTGTCTCTGTTTC TCTACTTTAGTTTTCTGTGTGCTGATGTTGAGTTTTTGGGGACTTGTATAGAGTCATCAA GTAACAGGAAGAGGAAAAATGGAAGCTTTGCTAGTAAAGAAGAACCTAAGAAGAAGCTGC AAAGGGTGGGACAGGATACTGTGGGATGTAATAAGAGGAGTAGGATTGATGTTGTTATGG AGAGGGCGCAGGCATGTCTACGAAAAATTCAACGATTCAAAACTAGTAACATGTGATTTT CTTGTAAATGCATGTATAGTTCGAGTAGAAAACAATGAGTTCAGTTGGAATCAGAGGATG AGATGAAGAGTTGGTTCTTGGCTTATGTTTAAACCACTGTTGGAAATTTTGTAATGATCT TCACCAATATCATGTAACAGCATTGAAAATGTTTGTGTAGTAAAGAATGACACACTGGCC AGTGGCTCCTTGTGTCTCTATGCTTGTCGTTATCTATATACTCCTTTGGGTTTTGGTGAA ACTTTTCTGATGCAAAAGAAGCATTATTGATCCTGGAGGGGGGCTCAGTGAGCTGTCACC TCATCATAAGGTGAAGATCCTGCATTAATAAGTGCTCAGTTAAAAACATATGTTGCATAC AATCCTGCCAAGAAAAATGAACTCATATAGCGCCCATTGTTCTTTACTTGTTTTTTTGGC ATTGAGGTGGATTGGTAGGATAATATACTGATTAAACTATATTTGACATTTTAAGAAACA CCATGCATACTGTGGTGGTTTGATTTAAGGAATTTAAAGCATGGTATGAAAAAAGAATGG AGGAAGAGTGGAATATCATTTAATATCAAATGGTGCATTATTTCAAAAATCAAATTTACA TTCTTCTTCAACTAATAATATCAGCTTTCAACTCACTCGTCTGATTAACTCATACATAAG GATCAATGAAGGATCCACAAGAGTAAATTTTTTTAATAAACATGGTATCCAGATCGCATC TCTGATTATTTCACTTGGTACCTGCTATCTCCTGCCAGCAAGGAGACCAGGTAATTCCAT CCAACAACATCGGGCAGATGGAGAAAAACTACTACGGTTTTTCTTCTCTGCTAGAATTTG TGGGTAAAGTACAACACAACTGCAGAGCACAACACCAAAGTAAAAGTGATCATTTTCCGA GCAAAGTGATATAATCAATGACACTAGTCCTGTCTACATTTTAGAAACTGAAGTCAAGCA TCCATCTGAATTGCTACACTGAATGCTCAGATCCCCTTCGCTGGCTTTCCCACCTTCACA ACTGAAAAGAATCGCGCGGAAAGTTCAGAAAACAGGACACTGCAAGCATAACAGCCTGTG TTTCGGCCAAAGATCACAACCCTAATAAAAACAACTCTCTTAAGTTATCAACTAAACATT CACTTGCTCAGGTCATCCATCCATCACAAAGCCGCACGTCTCACAGCACTGTTACAATTG TACAAGGAGACTCGGCCTTTTCCTCTGAGGCAGATCTCTACGCTAATTGGTAGATAATTA ATCCCCGCTGACAACAATTTGAATGTTATACATGACCCATCTCCCTGAAGATAAACAATA GGACAAAATCAATAAACCAGATATACAGCTTCTAGCTTTTTTTTCTTTAACATGGAAAAA TCAAGACATGACTGCTAGGACTGTTCTGTCAATGAAAGGTGGATGCACATGGATATAATA TCAGATAATACTTACATTTGTCTTCCAACGTGAACTAGCTATATATGCAAACTCTCACAG ATCAGCCAACCTACCATCCCACTGTATTAGTTGAAAGGTTGCTAAACATCAAATCGTTGA CCTTAATTTCAGATACATGCAGGGTGTGTTTCATGTGCATACGAGTCTTTGCGTTGCATT GGTTTTCAGTAAGTTAAGTTAGAAAGACCTCAAGTGGTAAGATTAGCTTTCTTGATAATA AACAGATGATATTACCGTGTATAGCCATGAGATATATATTACTTGCTTCTGCCTCTATAA CATATGTTGGGAAGTCAGGAAAAGAAAAGAGGAAGTTCAATTTTTTGATAGTATAAAAAC ATCTGCTCTTTCTGGACGTTGTAATGAAATGGGTCTGAGCCCTGAGGAGAGTTGAAAGGA TATAGACGACTAATATAGCCAATCTTAAATAGTAGTTTGGAATTGATGCATAGTTGGTTG ATTGGGCGACAACATACTGGAATGTCATGGACAAGAATGTCGTGGTCCATCAGAAAGTAA AGTGAAAGCAATGTTTGTGCTTTTGAATGAAAGGCTTCCAAAACACCTGATAAAATGAAG AATATATAACTTGTGGGCTCAATCCTTACCTCTAATTTCATTTGCTAAGAATTTGTTCAA GTCTCTTGACTTCTATGATCCTTTCCATCAGGCCTTTAGAATTGCAAAGCATCTTGCATT TATGGTACGGATAGTAAACTAATCTTCATCTGAATCAGTCTTCAGCTCCTCAGTGAAACC GTCTTCCCCTTGGTTCACACCTGTTGGCTCAGAATGACCTCTAGACAACCCTCGCCGTCC CAAAATAACAAGATCAAGAAGCTTCCTCCTAGCCTCATACACTGCATTGGGTTCAATCAA GCATCCCCTTTCATAAGCCTCCCTCAAAAAAACTGTATGCCGATACCCTTTTGTCGAAAG ATAAAATATCCCTGGATGATCCAAAAACAAGTCCCTTACATTCAAATCAATCCCAAACCA CTTCCTAAAATGACTAATCTTCTCTACCTCAACCATTTTCTCAACTGTCAAACTCAAAAA CTCGTGGACAATACCAACTGCCCTCTTCTCCATCTCCATCATCCCAATCTTATTTTTCCT CTTCTTTCCAATATCCACAGCCTCATACGGCCCCACATACTTCAACTGTTGCCATTCTTT AACCTTTGCCTTAAAACTCCTCTTCAACTTCATCCCCGGTGGATAACAATGCTTAAAACT ATACAAAATCTCATTCCTATCAACCCCACAATCCTCTTTACAACATTCCACTACCCTCCA ATTATCAACAGCAGCCACTAACTCCCCCTTCGGTATATCCCCAACAAGCTTCAACAAATG AGTGTTCGGTTCATTCCCACTATCAACAAGTGCAAAAAGGTCAGATTTTTTCAAGATTAC ACTTTCCTCAAAGTCATCAGGCAACCCAAGTTCCCTAAAAACCTTGAAAATGGCTCTAAG GGGCAATGATTTAGTCACTGACATCGACAATAAACGAACCAAACGGGTTACTACAAGTGG TAAAGTAGCATTGATAGCTGTAGCTTCGTGTTGGGTGATTTTGAGGGCGGTTTCCGTCAG TGTACAATAAGGTTGTAATTTGATAGGGTGGTGGAAAATGTTGAAGATGTGAGGGTACTT ACGGAGGAAATGGGTGGCGCCGCGGTTGAGATGGAGGCGCTGGGATAGGCGGTTGAGGAA ATCGAGGGAGACGGCGGGAGGTGCGGCGGCGTTGGTGGTTGTACCGAGGATGAGGTCTTG TATTGCGATTACTTTGAAGAGGTTTTTGTACTTGTCCATGAGTTTTTCGAAAGTGGGGTC TCGGTTTCTTGAGGCTACGTATTCAGCTGAGGTGGTTTTCCGGCGGAGGAAGACGGTGGT GGGTGGTTTATGGTTTAGTTTTTGGAGGAGATGGGTCAGCATGGTTCAAGAAGTGAAACC AAATTGCAATTTTTATTTTTCTTAAGTCAAATTTATTTGCCCAATTATTAATAACAAGTA TTGTTTGGAACAAAGAACAAACAAAAAGAGTATATTAGAGCAAACGTTTTGTATTTTAAT AAAAAGATAAAATAAATTTATTAAAAAAATAAACCGTCTCAAGAATTTTATATTTCAACA ATACATTATTGACTATTTTCTGTATCTGGATAAACTATCGATCTACTTATATAAACACAT CTTAATATTCAATTGTCTAAATATTAAAAATTGATTGACATTAAGTATAGAAATAAAAAC CTTGAAAAGAAACAACAAAACAAAGTAAGTTAGAGCAAAACCTTTTTATATTTTAAATTA ATAAAATTTATGAAAATTTTATAACTTTTTTAAAAACTTCGTATTTCATTATATATTATT TTATATAACTAACTAAATTATTGGTCAAACTCACATCCAAACACACTCCATATAAATTGT TTAAATATTAAAAATCAATTGACAACAAGTGTTGAAATTTCTAAAAAAAATTATAAAATT TTCACAATCCATATATTGAAAATCAATTAACAACAAGTGGTGAAAATTTATAAGAAAAGA TCGATCTCACATGACATTTATAATAGCTAATTGACCCCTTTTTAGTTATTTATTTATACA ATTTCACAATAAATCTTAATATTTTATTAAATTCCCCAATGAATAGTATAACTCTACAAA ATCTTAAAATTCTACAAAATCTTATTTTCTTATATAACAAAAAATAAATTGAAAGCTACG CGTTGATCTACGTTGAAATTGAAGGTTAAAAGGGGTAAAAGTTAAGATTGAGTGCTTTTA ACCATATAATTCTAATTTTTGAACTTTAATTTGATTTTTAATCCTTTTTAATCTTTATCC ATTTAATTAAATAAAGAAATTCGTCTAAAGTCTTCCAAACTATACTTGAAATTTCAACTA CACACTCTAACTTTATCGAATTAAACCACATGCTCCACCGCTTGTGCAGGCCCCCGTCAA TTCCTTTGAGTTTCGGTCTTGCGACCGTACCCCTTCAACTGTTTAAAATTAATATAATTT ACTCCCTAAACGCTTATGTGCGCAGTGAGTCTGTATCTCAGTCTCTCAAAAAGAGTGAGG ATCAAAACAAATAATAAAATTTTATTTTTAAATTTTTTTCCCATAAACATGTGTATTTTT AATTATTTTTTTTCCTATTTATTTCATTTATTTTTCACAACACCATAAACTAAATCTCTT CATCACTCACCCGAGTTTGAATTAACCATGAAATTTCATTATTCTTTTTGATCCTAGAAT TTCGTTTATTCAATTTGTGCATGAAATTAGAAGATTTTAAAAATCAACTATTTATTAATA TTATTAAAATTGATGATCATCATTCCTAACCACATGGACAAATAGGTTAGCAAATTCTTA TATTGATTTTTGGTGCCATAATTTAATAATTTAAATTCAAGTTCAGGAAGAATTTTGGGT TGTCAATAAAACTCATATGTGAATTTGAAAATAGAAATGAAAAGATCCATTGTTATGTAT CCATTATTTCAATTTGAAGAATTTAACAAATTCACCCATGAAAATAACTTGAGTATCAAT CAAATGATGAACGAAACGGTTAAAAATAAAATTCTCGCTAAATTGTACCTTTCAAAATTG ATAAACGAAACAAGATACGATTCAAATATAAATTTTCTGAAACGTAATAATTTAAATATA TTTTTAATTCATAGCTCAAATTTTTAATATACATCACACCAAAAACCGAATAAATAATCA CACATACTAATAAACATATGTACATGAGATATGTTTACAATATAGTATGGATTAGAAGAT GTTAAGATACTCCGCATTAATTTGACACAAAATGATTAGCAATCACAATCAAGACTATTA TAAAGTAAGATTAAGAAAACATTGAAATAACAATTAAAAGTTTAAAATGTAATGATCATG ATATTTAAATCCTTAAATTAATTATTAAAATTTAATAAGTAAATATCTAAAAAATTATTA AGAAGTAATAATATCAGTAATTTTTATACATATTATTTGTATGTATCACATTAATAAAAA TAAAAGTAAATTATTTTAAAGTAACATAAAGAATATATATACATACGATATGTCTGCATT AAACTTTTTATCCTCATATAATTTAAATAATATAAAATTTATTTTAATTAGGAAAATATG TGTATATAGGAAACTTGGGAGGACTATTGGTTATTTTTCTTTTCGTACACTATAAATACA TGACCCCTTTTTAATTTCTTTTTGTCCATCAAAGGCACTCAACTTTCTTGAAATACTTCG ATTTTCTTCTTTATACCGAGAAAAAAAGCTCCGGTGCCGGAGAAGAAATCGGCGGCAAAC TTCCATCGACGGCGCGTCCTTGGTGTACATTCTTGAACAAGAAAATGGTTTGGGGCCTTT TTCCTATTGATCCTCTTCCAGGTTCTATACAGGCTTCTCTTTACGTGTTGTTTCTTTCCT TAAAAATTACATGAACCACTAGAAGTTCACTTAACCCAGTAATCAAGAAAGCAATGATAC TAAAAGTTCACTTGACCTAGTAACCAAGAAAGCAGTAATACTAAAAATTCACTTGACCTA GTAATCAAGAAAGCAATGGTACTAAATGTCACTTTTAGGATTGATATTAATTATTAATCA AGAAAGCAATTATTTAGCCCTCTTTTTTCTCTTTAAGTTTATGGAATATTAAGCACTCAA AAGGGTGTGACCAGTGATCAATGAATGAAATATTAATACCTCAAAAGGGTGTAAGACCTA GTGATCAATGAAATGGGAGGAGAGGAGAACCGTGATGTTTCAGGTTTAAAATTGCAGTGG AGGCAAAATTAGATGATTTCTTCCTGCATAAGCCATTGTGGGGCTGAGTTATGGTACTTG TGCTGTGAGTCCAGGATTATGTCTTTGTTTATGTTATTATGCCTATATTAGGTTTGGTCT GAGTAGAGGCTTGTATTTTTGTGTAGCACGATTTATAGAAACACTAGGTTTAGAGAACCT CCAAGTTTGTCTTAAAACACAAATTACACGTAGGTGTCTTGGCATAACAATAATTAATTT ATATGAAAACCATGCGAGATCAGATTCAAATACTACTACTGGCAGACGAGGTTACATGAT TTGTATGTAATTGTGTAAGTGGCACCTGTGCCACTGGGAGGTATTAGGTACCTAGTAGAC TCTACTTTTTGAGGTGTGCGCATGTTGGTCTGGGGACCACCATATGTAAAGACAAATTCA TTTTGTAGTATTGAAACCGAATGTGGCTGGATAAGCAGGATGGATATATAGATCAATATA GCTTAGACCCTACTAGTTGGGCTTTGAGGCACAATTGATTGAGGACTTATGTCCCATGAA TAAACATATGCACGAACAATCAATTGTGTTAGTTATAGTTACAACACTACATTTCATGTA TGAGCTAATTTTACTAATGTTGAAAGTTGAAGCAAGTCGTCCATGGCTTTTATTGATCGC ATTTTGTTAATGACTTCTGTTGGTTTCATTTTAGACTAGAATTCTGGCTGATTTATCATG TTATTAACTTTGCTACTATCAATTGCTAATACACTGCTCTTTGTATATGCGGCAGGTGAA GATAGTTACTATTTCTTCAACGAAGGTACATATAAAGTGGGTCGAAAAGGTAATATTCTC AATTACGTACTCTCATAAAATCTCTCATAAAAAAAAATAGTGTCAAAAAAAATATGTACT CTCTTAAAAAATCTCATAAAGTTTTCTTAATATGTTTACTAATTCATTACAAGGAGTAAC TTTTGAGTTTCCTCTCTTAGCTTGGTTACTCGCACTGTCACTGCTTCCTTTTTTGATTAA TCTTGTTGATGAGATGACTTATATGTCACAATTTCTGATGTGATCCGTCTTCAGTCCAAG TTGTGGGTCATGACAATAGAGCATTTAACATGCCATAATTGGTTTGCTGATGGTCTGTTG TAATTAGGCTTAAAACATACTTTTCCTTTAACTGGTAACGAAATTCCTTCAAGACACACT CCTCCTTCACAGGCAAATTTTTACACACCGCGCTTGCTCAGCTGGCATGCATATTTTTTA CCAGCTAATGAAGTGCGTGAACAAGGATTTTGCATCAGATGTATTATTAAGTAACATGTG TCAAAGTTTTATTACTAGTTATTTTTATCTTCTTCCTTACTTAGACCCACATTACTTCTG TCATGGACTTTCCTTAAATGTATTGTTTCACAGGATGTGATGTCATTGTCAACAAGGATA AAGGAGTTTCAAGGATACATGCAGAAATTTTAGTAGATGAGATGATTTCTTTGGATCAGT CGAAGAAACCCTCAAATATTCTGTCTAAAGTACGTGTAAGAGACTGCTCAAAGTATGGCA CATTCCTCAACAAGAATCTGGATTCGAAGGAGAAAGTTCATGAGTTTCCAAATAAAGAAA CGATGCTCAAGGATGGCGATCTAGTTTCATTTGGAACTGGTAATGCAACTTACAGGTGAT TGAAGTTACATGTTGTGATTCTTACCTCCTACATAGTATTTCTTGTTAATTGTCCATCAA TCCTATTGAACAAACATATTGATGTGATGATATTCATCAAACAGATTCTCTTACGTATCA TTCATATTTTTCATTTGCTCCCCGAAGCATTCAAAAACAAATCAACTTATTACAAAGAAG GTTTCATCAATAGGTGAGTGATCATTTATGCTATGTACATAAAATATATGTTCAGACAGT TTATGCACTTTTGTGTTTCAGGCTACTTATAGTGTTACCAGTGTGATCTGTTGAATTCTT GATCTTGTTTAATTTTTTTGCTGTGCTAATTTCAAAATATTGTTTCCTATCCGGTGGAAA AAATGATGAATTTTAAAATAAAATAAAGATGTGATGGGAATTATACTAGTCTTTGATGCA CAAATTGTGGTTAAATGACGAATACAACCAATTATTTTATACCTATTTTCTATTGGTGTT GTGGTCAAAAGGACCAAGAACTACTAGAGTATCAAAATATGTCCTCATACATAACCCTAG AAACCGGATTTGGTACTTGATTTACTGTAGACTGCAGTTACATTTAAAAGAATAAATACC TATATATTATCAAAAAAGAGTAAATGCCTATATATAATGTGCTTACAAGCATAGAAAGTA TCTTGAATGCTTTCATGCATTTTAGGATGCCACAATCATAGTAGTCTAAAGTTGCAAAAG CACAAGGAACCTGTTAGGCTGTTATAGAGGGAATACCTAGATTATATTATAATCTCAATT CTTTTCATTATATGTATTTGTATGTTCAGAGGATGTCATATGCCTATTACTTTCAATCTC CTTGCAGGTGCAAGTATAACTAAGAAGTGGAGTTTGGATTGCTCACATGTGCTTGTAGAT GACTCCTTTCCTCTGAGTGATGACCTGATTGATGCTATTGTCGCTAGAAAACCCTTGGTT CAGTATAGCTGGGTCGAGGTATTCTTGTATAAATTACCTAAGATTTTGCAAGTATAATTT GCCAATAAACATGTTTATTCGCATTTAGAGTAGCTGATATCTAGATACACAATGTAGTTC AAAGTAGTGATACTGTAACCAAATGTATACACATGACAATCCTTACACATAGATTTACTA ATGTGAGGAATATGATTTAGTTGTTTTATGATTGTGCTTTACCTACCTTACATTATGTTA GATCTTTCCCTTTGTTATTTGAAGATTTGAGATAGTTTTCAATCTTCCAGAGAGATCCAA ATAAACAGGCGGGTATCATTATGCGTGAACTTCATGATTGCAGTGATATAAACAATGATA GCATTATGCTTTTCTTTCAAATATTGTTCCATGACATCAGATAATCATCTGTCCCCTCTG CATCAGGAAATTTGTTAGTTATTGAGCCGTGCTATAATAGACTACTTTTCCCTTTCTTGT AGAAACGAGGAAATCTAGAAGGAGTACAAGTGTGGTCTGAAATACTATCTCTTTGCATTA TGTTGGTTAAGAAGCCAAAGATTCTTTGAAGGAATTAATAATTCCCTACATAGCTTGCAA TACTTTAGCTTACAGTTTCAGTTTTCTGGTGCAGCTTAACAAGCGTACATGATGTAAATG TTTTCTTGGATTTGTGGCTCCCTACCCTTTGAAAAGTGTCTTACATCTAGAAGAAGTACA ACAGTAGTCTGATTTTTATTTTTTGTTTTGTTTTGAGAAAGGATGTAAAATATTCTTTCT GCATCATATGGGTAATATGGATTATGCATTATATGGGTTATCTAGAAGAGAATCCATATA TTCTTTGGAGGAATTTGTTCAGCTTTCTGTTGCACCTTAATAAGATTTTCGTGGATTTTG TGGCTCCTATCTCTTTGATAAGGGACCTAAATCTTTGTACCTTTTGTAATTTTGAGTTCA TAACTTCCTTCTCTGAGTTGTTGAAATGGATACTCTTTACTCATTCTGAAAACAGAAGAA AAATGAACTTAGCCCTTAGCTCTTCGATTTGTTGCATCATGCTTTTACAGTATTCAATCA TGAAGAAATTAATTTTTCTTTTGTTTATTTAATTGGTTGGCTGTGAATTTCAGCTAATTG CAGGAAAAAATATTTGCACCGATATTCCAAGCCACAGTTCGTAAGTACTGTCTTAATATT AATCACATTATGCTTCTGAAATACATGTACAACATTTCTCTTTTGTATGCTGAAAAGATT AGTTGTGCCGTGTTACCCAGTCATGCACCAAAGTTGATGCTGGAAGGAGTTTCCGTGCAA GTGGTAGATCCTCAATCCCGTGAGTGTTGTTTGAAAGGATATGCTTTTTTGCTGGAACCA GAAAACAAGGTGATTGTTTTCTTAGTTTTTGCTGCTACTCTTTTGCATTGCATCAAGCAA GTCATGCAAGATGACTTGATTGAGAATTACTTAGATATTTTTGCTAGACTGAGATAAATT TTTCCCGTTCTTTGCAGTATAAATTTGAGGGCAGGTTGCAGTCCTTACTGGAAGTTGGGG GTGCCAACATTTCTTCTTCTGAAATGGTTTGTCCTAATGGTCTATGTTATTGTTGGCTGC TCTCCCTTCCCCATTTTCCTTGGTCTTCCTCTCTGCATCTTCTGTATAGCTCACCTCTTA AGATTGAACTAATTTGGTAAATCCTAGCATGTTTGAAAAGGTACATGGCACAACCTCTTG AATCATGTGTTTTCTAATGGATAGGGGGTCCAGTTCATAAATGGGAATGCTTGTTGGAAG GGGGGAGAATCTAAAACGGGAAAGCATTTTGAAGATGCAAATTGCCTAAACCAGCATATT AAAAACTCTCACTCACTTAAGTGCACCCTTGTTATCCTTTTCTCTTTTTCATTGGACTGG TAAACTGCAATTTTTTCACTTCTACCAGAATATGTTTACTTTAAGTGTAGTATATAGTTC TCAACAGTCAGCAAAGCGGTGGTAATTTTCTTGAGTTGATTCCATATTCTTAGTGGATAA GTGAAAAAGGTTAACGGAATGACAAATCAAGATAGAAGTGAAGGCATACAAGAGAAGAGG TCCTTATCCAAAAAGAGAGAAAAAGCGCATGGCCTACTATGGGAATGGTGGCAAGACATA GGCGGATGAGATTTTGGATTCATACAACTCCAAATATACTACATGAGTCTAGATTGAGTT GAATCACGCCTTTGCATTTCCTATTTTGTGATTGCTGCCAAGTTTCAATCTTTTCTATTT TGTGTGGTGGGGTTTATGGGGTGCTCATGGTTTTGCATACAAGGTAGATACTATTGAGCC ACAGAAGATTGTGTACGTAGTAATGTTTAAACTCACTAGCTCATTTCATCTGCTTTTAGG TCTCGGAGAAAAATGGAAATGACCGTGTGGTATGTGTAGTTCCAGCAGGATCAAACAACT TTAAGTCTTTTTCTAACCAAAGTTCCTTGCCTTGGGTGAGTGAAATAGATCTGGTTTCTG CGGTTCTATCCGGATATCTGGATCCTATTCTTATCACATCCCCACCGGGTGAGTGTAGTA TAAGCTTAGAATTTATTTCTTTCCTTGCACACGACATAACAATTGACTTTCTATGTACAT AAATTTCTATTTTCTCCATTTCATGTCTTTGCTCACTCATGTTCACTTTCCTCCTTTCCT ATCTCTTTCCCCCTTTAGATTTTGGTTTGGAACTTCTACCAGCAGATTCAAATTGCAAAA CATGACATGTATTGAATTTACTAATTACATGCTCAGATATGGACCTCTAACTTGCAGTGG ATCGCCATTTTGAAGTCTGGTCTGTGGTAATAAAAGTAAAAAACCTCGTGATGATTATTT GAGGTGGTCAAGGATCAGGTCATTTTATCACTGTGCATCTGTGCCTACTGTTGTGCAAAA GCAAATAAAAATTGCTTGTTAGAGTAGCCAAGAGATTTAAGAGTGTGGCTTTGGACTGGT TGATAATGTCAACTAATCGTGCAATAGAATTTCTCATAAAATCTTGCTCATTCTTGTTTA ATGCTGGTTGAGTTGATTTTTAACTAGGGAACGATTCATTATTAGTACGACTAATGGATT CCCTTTAGATAGATAGAAACTGGCTACTCATGACCATGGTAATTGGTCATTGATCTTGCA GTTTGTAATGTCTTTCAACAATTGATTCTTGAAGCAGTCGCCTTAATTTCTCCAAATGAA AAAGTAAACTACCTTTGTAAGCTAGCTTTGATGTGACATATTAACTAAAAATGCAACAGT TTTTCTTTTCACAATAAGTTTTTTAATAATTTACAAAATCCCTGCTTTGTGTACCATTTG CTCAAAATGGATCCAAGAAGTTTCTTACACAAATAAATTGCTTGTGGATATGCTTGAATG CGTGGATACTGGATAACTTATTTTACTTTTCTGACTTCAAGAAGTACATGAGTAGAATTC ATTTGTTTTGATGAAGTAGGTAGGATATATCACAACAGGCAGAAATCCTTTTGTGCAAAT AATATAGAAGATGCAAAAAGGTTACAAAAGAAGTGAGAAATTCATTGAAGTCTTTATCAG GACATTCTGGTTCAACCCGGTGCTGATAAGATGTGCATTATTATGAATCTATGTGTTCTG CCAATTTTATCTCATATGCTGATAAGATGTGCATTGTTATGAATGTATGTTCTTTGCCAA TTTTATCTTATATTCTTTACTAAATAATTGTCCTCTGCAGTGCTCATTACCTCTTCATGC TCCACAGATGAGACAGTGGTTGCAGACTCAGATGCCGAAACAGAAAGTACAAAATCAGAT CACGTCGCTGCTGCTTTCTGTTCAATAGAATCTTCTGAGCATGACAGCAAGGGAACAACT TCTATACACAAGTTAGAATCTGTTGAATATCACAACGAAGATAAGTGTACTGTTCAAATA GAGATGCCTAGGGATAAGGTATCCATGAGGGACACATCTCCCAGTTCAACAAAACATATT AAACACGATGGAAGTCACATAACACATGATGATGCTACCATCCATGACGGCGAAGGTGGT TACATCAGGCGCCTAGGTGTCAAAAGTGATAATACAGTGGTAAAAGAAGATATCACGGAT CAGCGGGAAAATGGGAAGTTGGATATCATATATAGCCAAGATTTAATTGTTAGAGATTCT ATCATGTCATTACCAGTCTCTTCTTCATCAAATGGCGGAGTTGCAAATTTTAAGCGCTTC CGTAAGGTTTGTATCTATTACAGTGTCTTATATGAAGTATATTTTTATAACAGAGAATGG AAAATTCCCACTTCACTTTCTTCTTTAGCCTGCCTTCCCTTTGTTGCTGAAATATTAGAC TTCCATCAGCATCAGAGTTCAGCTAGCAATTTCAGCTTGATCTTGTCCTGTTCTGTCTAA ATTGGTATTGAAAAGTCTGATATAGACTATGATGATGATCCATGTGTCTGTTTTGCTGGT CTAATATGCAGTTGGTTCAGTAAAATTCTAGGTTTGATTTGATTGCTAGTCCAGGAAGCA TATAAGTTTTTGTAGTCATAATATTGCTTAGTGAAGATTCTTACTAATTTTTTTTTTGCT TTCGAAAGTTCTCTGTAACTTTATTGCTTCTGTAAAGTACATTTAGTTATGTCCATGAAT TGCAATTCTAAAATTGATGCATCTTCACTTTCAGTTTGGTTCCTCTTCTTCTTTGGTCAG TGGATTTGATTATTATGCTATATTCTAAATGCCAATTTTTGCTGTTCTTTTTGACCTATT TTTATAGGCAAATGCTCCATCCCAGAATAGCTTTGCAATCTTCATTCCATTCTCCAAGCA TCCATACCAGTAAGCAGCTAAGTCTATCTCTGGTTTGTTTATAGTCTGTATTACATATCA GACTTTGATGTTGATCTGTGATCATATGGCAGAGAATCTGAGTGTAAGAATGAGGATGTT GCTGAATCTATTAGAGAAGAGAAAAAAAGAAAACAGATGGAAGCAATTGCCGAGGACCTG TTTAAAAGTGAAAAGGTCAGTAATATGACTTGTATTATTGCCGCAGCTAAAATCACAGGA AATACATCTCTCAAGCCAGTGCTTCTATTTCTCTATCACAGGGAAAAAAAAGTGGTGTTG CTGGTTCCTTGCATGGGTTGTTTGCTCGTAGATAATATGGTAAGTTTCTTTTCAGAGTTG AAGAACTATACCTTCTTTTCGTTAGTCTGCTAAGCACATGCAGCTTTTAGTCTGCAAAGC ACATACAGCTTTGTACTTTGTGGAGGGAGTGAAAGGCTAGATGCTTTGAAGATAGAGGAA ATTCCATTCAGAAGATCTGAATGGGTTGTTTACTTTTGTTATATTTTTGGTGCAAATAGA ACTTTGTTAGTGACATTGAAACTGTTATAGATCTTATTGTATCCCTTAAGTACGGAAAAA ATCTTTCTGTCTCTTGGGAAGGTTGTGCCTTCTTGGTGGTTTTATTTAATTATGATACAG CAAGCATTTCTTGAAAAGGCTCTGTTCGGCGTTCGTATGCATCAATTTCCTCATGCAGCG TAGCATCTTTGATGTAGGTCAGACGCAACATAGCAACGACATACCCCGTGTAGTCCCACA AGTGGGGTCTTAGGAAGGTAGGATGTACAAAAACCTTACTCCCACTCTTGTGGGGTAAAG AGTCTGTTTTTGATAAGATTAATATACCCTTGACTCAAAAGAGCAGATACTTGAAGCAGG GTTATTGGCAAAATATGACATCAAAGATCAACATACCAAGCTAATAAAATAACAGGTAGT AAAACACATTGAGAGATAAGAAACTACATGATTACTAAATACTACTGCCTCTGTCCCAAT TTATATGACTTACTTTCCTTTTTAGTAAGTCCCAAAAAGAATGACATTTCTATATTAAGT AACAATTTAACTATAAAATGCCTATTTTACCCTTAATGTAATGATTTACAGCCATACAAA TTTCTGTCATTCATTTTGGACCACAAGTTTTAAAAGTCTTCCTTTTTTTTAAAAAAAAAT TCCGTGCCGAGTCAAACTACATCACATAAAATGGGACAGGGGCATAATAAGGTTGCGACG AGGAGATAGGGCTAACCCCCTGTCTCTCCTACTGAAAGGACGACAACCCTTGGCACACCT GCTAACCTTCTACCTTAATCTTCAATCTCAACATCTTCCTATCTATTCTGTCTAATCACC TCCCCTTGGTTATTCTTTGAACTGCCTCTACCTCTCTTAACTCGTATAACAACCAACTTC GCTCACACCTCCTTACTGGCGCATCCGCTTGCCTTCTCTTTCATGCATGCCCGAACCATT CCAACCTTGCTTCCCTTGTCATTTCTGCCATGGAGGCCACTCTAACCTTGTCCTGTAACT TCATTCCTAATCATATTTCTCCTAGTATGCCAACACATCCACACATTATTATCATTTTCC GAGACCAGAATGCAAACGGAATAACTCTTAAGTACAAGTGTTAACTTCTGTCAGCATCAT ATATAAGAAGTGTATCGTCAGGATAAACAACATATCCACACATTATTATCATTTTCCGAG ACCAGAATGCAAACGGAATAACTCTTAAGTACAAGTGTTAACTTCTGTCAGCATCATATA TAAGAAGTGTGTCGTCAGGATAAACAACATGAGTCTAGCAGATTCCTCTGCCATCTTTAC CAGAAATGCAAAACCCTCCATTCCAGCTCAATTCTTCAGGTCTCTTAAGCATTATTCTTA GGGGTTCCATGACAATCACGAATAGATAAGGAGAGAGAGCGTCTCCTTGTCTTAGGCTCT TTTAGACTTAAAGAAGCCTTCGGTGCTTCCATTAATGTGAAGATGAAGTCTGACATTAGA GATGCAATTAAGGATCCACTGTATCCACCTATCCCTAAAAGTGCGCAAGTCATGACTTCC AATAGAAAATCAAATGCCTTTTCTAAATTACACTTGAATATTAATCCTGCCTTCCCGATT CTCAAGTAGTAGCAAAGACACTTTGCAATTAACGACACATCTAAAATTTGTCTACTTTAA TTAAGGCATTTTGGTTGTCTGTAATGAGTTTGCTTATCTTATGTCTTCAATCTTTCGGCA AGCACCTTTGCAATGAGTTTGTAAATGGTACTAGGATGCTATAGGTCTAAAGTCATTAAT CTCCATTTCCTCTTTCTCTTAAAGGGAGCTCTGAAAGTAGCAGTGAAACTCCTCTCAAAT GTGCCTTCCTGATAATTTTTTTTCAATGTTTTCATTTATATCGGTCCTGTCAGTGGACCA ACCTTTTTTGTAGAACATGTTAAATCCATCAGGTGCCAGGGGCTATATCCCCATCAAATT GCTTGTGTGCGTCCACTACATCTTCCTCTGTAAATGGCCTTTGAATCCACTTGCATTCTT TGACCCCACATTTTTGTCTTTCAGTAAAGAGCATCTCATAAAAGCTCTGAATGTGTTCTT TGATCAGCTTCTTGTCTCCAAACAATTTTCTTTCAACCTCAGTCTTGTTAATATCATTGT ACTTCTCTGGGCATTGGCCATCTTGTGATAAAAAATTGTATGCTTAAAATCTTGATTTTT GTGTTCAAGGTATTTCCAAAGCCTCTGCAATTTCTTCCAGCTCATAAGACTACCTTTTTG TCTGCCTCTTTCAGCTTCATCTTCATTCACAGACTGAGCGATCCAGCTCCTCTAATTCGG AGAGGATGTTCTCTGCTTGTGTTTAAGCTTTCCAAATTCTTGCTCGTTCCATTCTCTAAT GACTGCCTTGAGCAACTTAAGTTTTTTGGGAGGTAAGCACTTGAGACACAAATTAGAACA AAGAGAATTTTTTGTTGTAGAAAGTCTCAAATTCAGGATCTTCCTCTGCGAATTTCCTGA GAAACAAAGTCATGGGCACGTAGGTTCAGAGCTAGACCCAACTTCCTCTGTGAATTCAGG ATCTTCCTCTGCAAATTTCTTCATGGTTGGTTTACTAGGGTAAAACGTGCCCCTTTCCAC CTCTAAGTAGTGGTGTTGGTGTGTTTCGTGTTAATCATTCTTGGAAGATTTTCCTATATT AACTTTTGGCTGTATTGTTAAAATAATTCATAAGGTAGTAGAATAGTGGCTACAATTTGG ATATGAATCTCATTTGATCACGTACTTAGGAGAAAACAAACTCAAGAACATGTTGTTTTC CATGTGGATTCTGACAAGAGTCAGAGTACTTTTGTATCACATGCATATGGTTTGTGTTTC TACTTTCACCCACATACATTTGATCTCAGTGTTTTAGGGTTAGTGAACTGAACTGAAGAG CTTGATAGAGGATCATTGGTATTGGCTCAACTGCAATTTTACATGCATGATGATTAGCTG CCTACAATGCGAGTTTCCAGAACTAGGATCAGCCTACTTATATAGAATAGAAGGGTTCTT TTTAGCCAATGGTTCTTGAAGTTTATCTGCCTACTGTTGCAATAAATATTATAATTACAT AACGTATGCTATATTTCATTATGAGATTGGCGAACCTGTTTTACTTGCTTAGTATTTGCG AGACAAATTAAAAGCCAGGAGAGATGACTTGAATGGACAAAGTGTTGACCTGATGCTCAA GCATTTTTAAGCTGTTATCTGATGGTGGAAACAGATTTAGTCGGTTTTGTTAACAAATAC AGCTGCATTTTGGTGTTATACTTGATCCCTGAAATCCTTAACAACAAAAAAGAAAAGAAG AAGTAAAAGGTCAAAGCTTAGTTTATATCCCTCTGTCTTAAGGGGAACAATCTCAGTAAA TCGGGAGTTTTAAGTGCATCAGATGAGCAAGCTGCATTATGCAGAGATGGTATTGTGGTA GAGCTGCCTAACTCTTGGTTCCTAAGAGAGAAGGTTTGATGTTGGTTTGAGTTTGATGAA CTGCCTTAAGCTTACTTGATGACTGTCCATCTAGGCTCTCCACAAACTCTAAAATTGTTT TGATTGATGCAATATTATATCAGTAGTATGATTTCTTCTTGTAATGCTAACACACCAATT TTGTGTTTCCAGATACCAAAGATACAGAGATGTACTGGATCAACCATCCAAGACATTTTG TTGGTATTCCTAGTTTCTTAGCAAACACTGTAGATAGACCCCTCCTTTTCTTTTCTCCTT GTATGAAGATGGGGAAGTCATCAAGTTCTCTTCAGGATGAATTTTGTTAAGCTATTGTAT TGGGTCATTCTTGAAACTAAACTTCAGCGTCCGTGGGAAATCATAGGATTTGCACCCGGC AGTTGATTGTACATGATGGTGTTATTCAAGCTTATAAAAAGTTTTTTCAAAGTCGTTAAC TTGTAGCTAGTGTGGTTTGGTTTAACTTGTGTTGCTTTGCAGAACTAGTACGTACCACAA TAACAACACCTCATTCCTGAACATTAATATTTGTTATTTTGCAAAAACATTACATAAACT ATGAGTCGATCAAAATTTGTCTAATTCAACGGGATTATCTGCGGAATTTTCTAACAAAGC TATTGAATCAGACGAAAATGTCATGGGACTTGCCATAACCTGATGAACAATCGGTTGAGA TTGAAGAGGCTGAGGAGGTACTTCTAGCACTTCGCCTTCACCTTCAAGCATTTCTAATAC TCTACTCATCGAAGGGTGTTGTAACGGATTTGTTTGTATGCACCATAGCGCAACTAAAGT CAGCTTTCTAGCCATCTTCTTTTCATCATCATTTGCTTCTTCATCCACAACAATCTCCTT CCCTTTGTTGAACTTATCGTAAATATAGTAAGGAAAATATTGGCTGGAATTCTCTTCATT TGCACCTTCATGTCTCTTCAAGTCCAGCATTTCCATTAGCAGCATTCCAAAGCTGTAAAC ATCAGCTTTGTAAGAGATTACTCCAATGCTTCTGCTGATCAACTCTGGAGCTACATAGCC AATTGTTCCACGAGCAGCTGTGAGATTCACAATGCTTATATCTGTTGGATATAATTTTGC AAGCCCAAAATCAGAAATCTTTGGAATGAAATTCTCATCCAAAAGAATGTTGTGTGGCTT GATGTCAAAATGCAAAATTCGTACATCACAGCCTCGATGCAAATATCCAATTCCTCGAGC CACTCCAACAACAATGTCATACTTCCTCTGCCAACTTAACAGAGGACTTCCTTCTTGACT GGTGCTGATGTACTTGTCAAGTGATCTATTGGGCATGAAGTCGTAAACAAGAGAACGCTT TGTTCCCTCAACACAATACCATTCTGTTCTTCGAGTTGTTCTATTCAAGAATTTTTGTAT ACTGCTTACTTGTGTTAGATTACTAGTTTTTGGGAACGTGCAATGTTGCACGTTTATCTC CTATTATTTTATAAACTCTGTACATGCCGTACTTTTAGGAGGATGTGATACATTATATTC TGATTTATTCAAAAGTATAAAATTTTAATTTCATTAAAAGATGCTACAAGAAAATAACAA AAATAAAATTCATACATCAAATCATCTTTTCAAGAAGCAACATGTAATAGGCAAGCAAGA CATGTTGGTTCACTACCATATTAAAAGCTAAACCATATGATTATAACTCCTAAGCTCTTC TCCGTGTATTTGAGTAAATGGATGAAAAGCAAAATGGAATGTTAATCTGTGTACAGCCAA ATAATCCTACAGCTTGCTGAAAGGATATATATAGGAGCTTACCCATGAAATACAGAAGTA GCGACAGACTGGTCACTGAGAGATAATGGAGAGTTGAAAGTATATATGGAGAAAAGTTTT GAGTCCTCACGGAGAATCTGTTGACTAATACCTACAAAGGCCATAAAGAAATTAAATTGT TGTGAGTTAATTCATTGTTTTGTTAGGATGGAAAAGAGAGTTAATTAAGGAGCAGAGCAA ATATTGTCCTTACTTTGTTCATTAAATAGGAAACACATGTGTGTTTCTAGAGTGTCACCT GGTTAGATTAAAGTGCAGAAAATATAGAATGAGGATTAGATTAGAAGTATATGTAGTGAA GAAATTAGATTGTAGTGAGTGAATCCATTAATTGTTCACTGAATTTCTTAGGATTGAAAA TTAAGAAGCAGAGCATATATAATTGAAGTCCGTCCTTACTTATCCTTTGTCCAAAATCCC CATAATTTTGGAGCATATAAACGATATTCCGAACGTTATTATTGTTGATGGCTTGTACAT AGAGCTTCTTGGAGGATAGCCATATAACTGTTTGTTTGGTTACCTTCACAACCTAATTCA TATCCTGGAAAATGACAATCATTATTTGGATCAGTGTTTAAGATAAAAGGGTAACTTATG TTACGGATATCGCCACAAACAGAAGTGGGAAAGTAGTAGTGTTTGTTCTTCCTAGCATTG CATGTTTGCAGAAAGATGAGGAGGATTATTTGGTTCCCCTACACAAATACATTTTGTACT TTCTTTTCAAAAGACTTGAGACTTGAAATGCAGGTGGGTGTATTTAAAGTTGTGTGGAAT TTTCATTAACAATGGAAGACTAGCTTGTGTTTGGTTGTTGCAATTTGATTGACTATTTCC ATCCTGTCTGCTTAACCAAATGATGCCCGAATTTACTCCATATTGATTGGGGTGGCAAAA TCAAATCCAACCCAACTCATTTAGGTTTGACCCGCTCATTTGTTAGCTCAACTCATTAGA AATAGCTCAAACCATTAAAAATTAGGTTGATAGGTAACCAGATTGATTTTATATAGTTAT AATAAAGATTTTTTTTATTAGGTACTGAAATACACAAATAAAGCTATTAAAACTTGTTAG GTTACTAACTCGTTTTGACCCAACCCATTTTGGCCCAAACTAATTTGGGTTGGGTTGAGT CTTGCCCCATTTTGATTAGCTAATTTTTGTCCAGCCAAATAATGCAACTTGCCAATGGGA TCGGACTTACCCATGAAAAACTCAGCAAGCTTCTCAACGCTCCTCCTTTAAATTTAGTCC AAATTCTTTGTCGAATAACTTTTAGATGTATGCATGTCTACTTATACTAAGTTTGCTCCA TCATCACTAAGTAATAGTATGTACATTAACTCTATGCATCCATCCTCTTCAAATCCTAAA TTCGTCTTTATAAAAACGGGCCTTCTCTATAATATTTTGAGTAAAGCTTTGAAGAAATAA CTGACTTTTCTTTTGGATGAGTGTGTTTGAGGAAACGACTATTTCTCAATTTATCATTGA ACTAATTCTTCCGATTAACACGGGTTTAATGCAAGGATATAATTAATAAGTCTACATATT TATCATTCAGCTTCCTGATCACTACTATGAAATAAAATACTTTTGCAATTCTTTTAGAAA TGATTTTGAAGTGCTATTCAATTTCTAATATCACGTCTAGATCTTCACCGTGAGAACTTG CATTTAACTTAGGCTTATCAGTAGCCATAAAAGGATTTGGGGACAAGTTGAGATGGCTTC CATCTCCTTCCAACATCTGAGTAACTTCTTTGATTGAAGGCCTATCAATTGGATGCCACT GTATGCACCAAAGTCCAACAATAGCTAACTTTCTCACAATTCTACCATCTCCTTCTTCCT CTATCTGAATCTTTAATTCTTCCCCTTTCTCCAAATGTCTATATATCCATTCCAAAGAAT TCACTTTGCTATGGTTATTCGTCTTAGCATCCATATTTATCCTCCCACCAACCATTTCTA ACAAGAGCATCCCAAAGCTATAAATATCAGACTTATGAGAAACTTTACCAAAGTTTCTTG ATAACACTTCTGGTGCAATGTAACCAATGGTTCCCCTAGCAGCTGTCATAGTGACCGCAC TTTTTTCTTTAGAACACAGTTTGGCTAGGCCAAAATCACATATTTTGGGGTTCAAGTTGT GGTCTAGAAGGATGTTTTGTGGTTTGATATCGAAATGCAGGATTTGCTGATCACATCCCT GGTGAAGATACTCAATCCCTCTTGCAGTACCCAGAGCAATATGGTGAAGCTTGTGCCAGC TGATGAGTGAAACACTACCCGGGCTTGAGCTTACTGGTAAAATAAACCTTTCAAGTGAAT CATTTGGTAGGTATTCGTAGATCAGAGCTCGTCTGAATCCATCAGCACAAAAACCAACCA AACGGACCACATTAACATGGTGGATTCTCCCAATCGTATCAATTTCATTGATAAATTCTT CCCCTTTACCCTTGGAATCGCGTAGGACTTTTACTGCAACATAGATGTCACTGGAAAGTT TGCCTTTGTATACAGTTCCATAACTCCCTTCTCCTAACTTTTCATTAAAATCATCTGTTA CCTTCTTAATATCAGCATAAGAATATCGTGTTGGTCTGATGGCCTTGTAGTCATCCAAAA ACTTTTCAAGTCTAACTCGACTCTCTCTTTTGTTTCTACTTGTCAGGTATAGCTTATAAA GTGAGAAGACAATAATGCAAACAAGCGCTGCACCTGAAACTACACCTACAATAATTGAAT TGAATAAACAACATGTCATAAGCATAAAGGAAAATCAAAGTAGGAAACTGATGGAGTAAG AAGTTAATAAAACTAACCTGCAATCAAGTGCTGCTTAGTGTTGTTACCTATTATGGACAA AAATAAAAAGTGTCTGTTAAGTGTTTTTTAAATAATGATGGAAAAAATTAATTAAGATAT GCAAGTAGTACCTGTTCGGGTTATATCTTTTCGATTGAAACAATGAGTTTCCAATAGCTT TGTTCCGTCCTTGAAACCACAATCCATTCCTTTGAACTCACAGTTTCCACAGAGTGGTAC ATTCCAATTCAGCTGTAGCATGTTCTCACCAAATGTTGAGTCTGAGTATGGGTACTGATG AATTTTTGTGCAAGGCCCAGACAACAAGAGGTCAAGGTCAAAAGTCGAAGTAACAGCATG TACTTGGTAACCAGAAGAAGCAAGACATGGAACCAAGTAACCATCATTACTTTCTGGGAA TGGTTCAGAACAATTGAATAGGACTGTGAGATCGTCATCATTTGTGAAATTAGATTGTGA CAAATTCAGTTTTGGTAGCTTGGCTGCTATGCACTGGTCAGGATCATAAAGGTGAATTTG CTGTGAGACATAATCAATATTTTCAACACCAAAGTGAACAGAGGAGGGAAGCTCAAGGAT GGTGTCACCTTTAGTGTTACAGTGTAGTTCAAAGCCAGGATCATAGCCACAATGTTTTGG TTGATGACTGAGTCTGAATGGGAAATGAACGTTGGGACCATCACTCTTGCACCAAGAATC CTCACAACCCTTTAGTCTATGTCCTAAGCTAAGAAATGGGAAAAATACCAAGAGAAGTAA GATGGACATTTCTCTAAAAATACTCTTTAGTTTGATGCTAAATCACTACTAGTTTAGTGC TACTATATAGATATGATTGGCAACATTTCTAAAACCTCAAAATCTTTTTCTTTGAAAGTA TTCAGTTTGAGGAGCGGACTTTTCCACACACCTTCCTGAGTTCCTGTAGTTGGAAAATTA TTGACTAGATCAAATTAGTCCAGAATGTAGACATTCATCGACAAGTCATTTTGGGCATAT TATTTCATGGAATATGTGGACTAGATCAGTCTACCTTGTTTGCTAGTAGTAATTTGATAA GAAAGCTCAACTTAGCAATGGGAGACTTCCAAGTCAATGGAAGACACGTGTTTAAGTCGG AAAAATTACATAAACTCGGACATTCTAATAAATAATTACTGATTTTAGCAATATTTTTTA TATATTACCATTTATAACAATATTATGTTTAATCTACAAAATGAATTAAAAGTGAATTAT GTATGTAATATATATGAATTATAATTGTTTTTTTGAAATATATTATATTTGTTTGGTAAA AATTTGACACATTATTATAAATGTATTAAAAGATGTGATAAATTTATAATCCATCGTTAA AACTTGTCCTCTCTTAAACCTTATCTCCGCTAGGGCTAGAATTTGACACATTATTGTTGT AGCGTTGCTTGCCTAGGTGTTGCCCCTAGAGCCAATGCTGTCTCTACCTAGCCAAAACAA ACTACATTTTTTAGTATATACATACACCAAATTTGTCAACAACAACAAACAACATACTTA CTATAGACCAAATTTGTCACCAACAACAACGAACAACATACTCAGTATAGACCAATTTTG GCAACAACAACGAACAACATACTCAGCATAGACCAAATTTGTCACCAAAAACAATGACAA CATACTCAGTATAGATCAAATTTGTCACCAACAACAACTACAACATAATCAGTATAGACC AAATTTGCTAACAACAACAACATATTCAGTATAGACCAAATTTGTCACCAACAACGCACA ACATACTCAGTATAGACCAAATTTTTCATTTACTAAAATTGAAACTAATTTTATAGCAAT GTACTATCAAAATTGAGCAACTTTTCTACTTCTTCTTGTTCCAGTTTATGTGACAAAATT TTCTTTTTAACGAGACACATTATCTATAAACATCCAAGTGGGAGTGTTACAAATCCACTT TATTGTGTGGATGTTTATCTTAATCCATCCTAACGTAATATATCTATTAATTAAATATGT TCTAACGTATTTGTCAAATATTGTAAATGATGGTTTGAATGTCCTATAAAAGGGAAGTCT TTCACCCTTGTGAAAGAGACTTGAGGAGAATAACAAAGCTCTCAATCTTTATACTTGTCA TCACTATTTGTCTTACCTTATTGTTTGTGTATTCTTATATCTTACTCTCGTTTTACAAAC AAAATAAAAATTAACAAAACTTATACGTCATATACATGCAAAGTTAATTAGAGCCTCAAT ACCTAAATGTGAAAATCAGGAACAAATAAATTATTTATGATATCGCTAAGATTTCTACCA TTTTCAAGACCAATGGACATATTTAGAATACTTGTGATCTCAAAAAGATTTGAGAAAAAA TAGAATGTCTAGTGGTAATTAATTCATGTTATTTTGGATAATGACTTTTCATTCAATGAA ATGTATCATTCAACTGTATTGGAACATAATGTCAAGTGATAATGGATAATATCATATTAA TTCTAATAATATATACATAACACCTATAAAATTGATATCTAAAATTCAGTCCAAACCCAT GTAAATAAAGAGTAGTAACAATTACTCTCTTCGTTTCATTTTATGTGACACTTTTCGTAT TTTGAGATTCAAACAAATCCATCTTCGATCGTAAGTTTTTCATTGATCCTTTTAGCATTT TGAATTATCTTTCAATTATTGCGACTTATAGTATTCCTTACGTAGTTTACAAATATATAA ATTTTATTTTTAAAAAAATTAAAGATTTCATACGCAAATGTCCGGTCAAAGTTAAGTTGT TTGACTCTCGAAAAATGAAAAATGTCACGTAAAAAGGGACACAACGAGTACTAAAAGTTG AAACATAAAGTTATCAAAAAGAGAAACTTGAAAAGGAAACTTACTACAATGGCAAGATGG TCTTGAATAAAAATGAAAATGATATATAAGAATATATACATAAGAAATATTTTTTTTATA AATTCACATATGTTGACCCTTCGTCGTCTATTACAATTCTTAGTTTTATTCCTTTATTAA AGTAATAAAGATCCAAACTTTGTAAAAATGAAAGAAAAACTCTTAATCTTCTCCCTTTAT TGAAGCAATAAAACTCCAAACTTTGTAAAAGTGAAAGATGACCCTTTATATATATATATA TATTTTGAAATTCATGTCTATTTATATATATTTTTCATAAATATATAAATAATAACAACA ATAATAATGATAATGTTGAATATAACGTTATAATTAATGTGTATTTACATTTTTGTCCAC AATATTATTACTTTATAATGATATTTCAACTTTTAACTTGAGTGTTTTTCACTTATAATA ATACTAGTCTTCGGGCATGTGCGTTGTACGTGTATCCTAAATAAAAATCAATAAAAAAAT TAATGAAAAAGTATATAATAAACTAATAGGAAAACATGATGTTTTTTTGAGTGTTCTCTC GATATTTTCGATCTACTGCACATTAGATAAGTCTCCAAAGCTTACCCATTTATAAGCAAT TAAATGCACAAACAGTCATCAACAACTAAAAAATTCATGAAATTGATCAATCAAAAGGTG ATTAGATATCAATATTTGTAAAATATTCCAAGAAAGACACATCAAGTTAAAGAATTAAAA AGGGAAAATGCGACGTTACTTAAAGTCTTCTTGTATCCTTAATGTGTGTCGTTACAAATG TAACTACTTCCTTAAAAACTTCAGATATATGCAGACTTACATTTATAGGCTTATAACTAC TATCCATCACTGTTAGAAAAGACTTGGAGTTGCTACATTTGTTGAAGAAAATGTGATATA TTTTGCTAGCAAACAGCTGCAATTTCAATTTATTATTAATAGTTTAAAAGTTTATAACAT GGTTTCTTTTCTGCGGGAAACTATGCTTAGAGAGTATCAAAGAAAGTTGATCATCATTCA GTGTCAAACCATATGTGTACAACACTCAATTTTTTATGTGTGATTATACCTTTCAAGCTA TTTATTTTATCTATTAAAAAAATTAGAAAGTTATCATTCAAATGAAGTTAGCAAATCAAA CGGAAAAATCTAGACTTAATAAGATTGTACCTGAAAATTAGAAGACACTTTTGTATCCAC TTAACAATGGAAGCTTATGTTGAATGACTAATATTGAGTATGTTTATATAGTGTAGTCTT GAAGATTTGTTGATAAAAACTCTTTGATATTCCTCAATTACTTATTTTAATTCCTTTCAA CTTCTCATATTTAGCAAAATACGTATCAACTTTTATATTAATTGAAACTTTATTATTGTT CATCCTATTTCGTTGTTTCACACATAGTAATTGAGTAGACTGCTGAACTTCTCATTTTGT TCCTCTATTATGTGATTCAAATATTACTATTTAATTTATACTTGGGTAAAGTATTTTATT ACTTTTTAATTTAGTATAGAAACAAAATAGTAATTCAACTTTATACTTTCGAGCTTCATA CTTACAATAATATATGATATATGCATGATGTTTGGGAAGGAATATATGTAATAAAAAAAT GATCGCTACTAATTACTTTACTAAGAGTAATATATTTGGAGTTTGGAATTATGGTGGTGT GCTACAAATTTACGATCAACGAATGGTAATGTGTGTGTATTCAAATAAGATACAGCTTGC TTTAGGGATATAGAGGAACTTACTGGCGACACGCTGAAGTAGCGGTGTGCTGCTCTCTGC TTTAGATTAAAGGGCAAAAAGTTTAGAATGAGAGATAAATGGAGAATTATTTAAAAGTCT ATGTAGAGAAAAGTTTGAGTCCTCACATCGAATCCAATCAAGCACAACTACAAAGACATG AAGAAATGAAATTGTAGTGAGTGAATATATCCATTGTTTTCCTAATTTGTTAGGATGGAA AAGAAATGATTATTAAGAAGCAGAGCCTATATAACTGAAGATTGTCCTTACTCTTCAAAA TCACGCGGAGAGCGAATAAAGAAAAGCTCAAATCAGAATGGGAAATGTTATTCTCTGCGT TTTTAATATCAGGCAATGAGGTCATGGCTATAAATTCCATTCTGCATCCATGGCTGACTT CAGAGACTTTCGTTTCTCCAATCTTTAAATAAGTGTACCTGCTTAATTTGCAGCCACTAA TTTCCAGAAATGTCGAAGAACTATTAACAGCAGATGGACAGTTGAACATGAAAATGGGCT CTGCTGATCTAAGCCCACTATAGTATGATCGGAAGATTGTATCGGATTGGTCGAAGAACA GAAGCTGAGGACTGAAAGAGCATAGATCATCTTGTGTTTGTAAAGCTGGATCTACCAGGT GAATTGTCTTACTATTATAGTTGATGGCTTGCACATACAGCTTCTTGGAGAGGATCGACA TAACCGTTTGGTTATCTTCACAACTAAATTCAAATTTCGGATCATCTCCACAAATTTCTG GGTCACTGTTTAAGTGAAAAGGGTAGCTGATGTCTCGGATATGACCACAAGCAGAAGGGG TCTTCGGATAACAGTAATCGGGCTTCATCTTCCAAGCATTGCATGTTTGCAGAAAGATGA GGATTAATGTTGAATATTTTAGCAGAGAGGTATCCTTAGACATTTCTGTACTACAACAGC TGAGACCTCACAATTATTTTATTATTAGGTATAAGAGTATATGCAATTAAACCATCTACC TACTTGAGGCGGTTTCATTACCAATATTACTCCTTTGGGTCCCCAAGCCAACTTGATGAA AGGGCCCTCAAGAGGAAGACGTTGACGTTTAGCACTTAAAAGGAAATGAGATTTATTGTA AGGTCCTATGATAACGCGGATAATACTTTTCTCAGGAACGCGCAAAAAACTTAAAAGACC TTGAGAATACTTTTCAGTTTCAGTCATTGGCGTTTACCGATCTAATGAGCTATTAGTCAT CGCTTGGGGTCAATAATTTTCTTCTCCCTGTAATTTCCATCTAGCATATAAGGTAGCATT CTGTGTTCCTAACCAAATAATGCCCGAATGTAGTAGACATAGATTAATGGTATGCTAACT TGTGTTCAGACAAATAATGTAACTTGCTAATGGGATAAGAGCTTGCCTATGAATAACTCA GAAAGCTTCTCAAAGCTCCATCGTCAGATTTAGTCCAAATTTTAGTCGAGTAACTTTTAG ATGTGTACTTATACTAAGTTTGCATCCACTATCACTAACTAATAGCATGTACATTAACAC TCTACATCCATCCTCATAAAATCCTAAATCCGCCTGTATAAAAACTGACGTTTATTTCAT TATATATGATAGTATTGGGAAAAGCCTTGAGAAAACAACTGACATTTCTTTTGGTTTCAA TGTAAGGATCTAATGCATACAAATCGAGAAATAAGACTAAATGTGTATCATTCAGCTTCC TTATTACTATGAAACAAAATACTTTTGCAATTCTTACACTAATTCCTTTTCATTATACAA ATGACTTTGAAGTGTTATTTAATTTCTAATATCACGTCTAGATCTTCACCGTGAGGACTT GCATTTAACTTAGGCTTATCAGTAGCCATAAAAGGATTTGGGGACAAGTTAAGATGGCTC CCATCTCCTTCCAGCATCTGAGTAACTTCTTTTATTGAAGGCCTATCAACGGGATGCCAC TGTATGCACCAAAGTCCAACAATAGCTATTTTTCTCACAATTGTAGCATCTCCTTCTTCC TCTATCCGAATCTTCGATTCTTCCCCTTTCTCCAAATGTCTATATATCCATTCCAAAGAA TTCACTTTGCAATGGTTATTCGTCTTAGCATCCATATTTATCCTCCCACCAACCATTTCT AACAAGAGCATCCCAAAGCTATAAATATCAGACTTATGAGAAACTTTACAAAAGTTTCTT GACAACACTTCTGGTGCAATGTAACCAATGGTACCCCTAGCAGCTGTCATAGTGATCGCA CTTTTTTCTTTAGAACACAGTTTGGCTAAGCCAAAATCACATATTTTGGGGTTCAAGTTG TGGTCTAAAAGGATGTTTTGTGGTTTGATATCGAAATGCAGGATTTGCTGATCGCATCCC TGGTGAAGATACTCAATCCCTCTTGCAGTACCCAGAGCAATATGTTGAAGCTTGTTCCAG CTGATGACTGAGACACTACCCGTACTTGAGCTCACTGGTAAAATAAACCTTTCAAGTGAA TCATTTGGTAGGTATTCGTAGATCAGAGCTCGTCTGAATCCGTCAGCACAAAAACCAAGT AAGAGGACCACGTTAACATGGTGGATTCTCCCAATTGTGCCGATTTCATTGATATATTCT TCCCCTTTACCCTTGGAATCGCGTAGGACTTTTACTGCAACATAGATTTCACTGGAAAGT CTGCCTTTGTATACAGTTCCGTAACTCCCTTCTCCTAACTTTTCATTAAAATCATCAGTT ATCTTCTTAATATCAGCATAAGTATATCGTGTTGGTCTGATGGCCTTGTAGTCTTCCAAA AACTTTTCAAGTCTAACTCGACTCTCTCTTTTATTTCTACTTGTCAAATATAGCGTATAA CGTAAGAAGGCAATAATGCAAACAAGCGCTGTACCTAAAACTACACCTACAAAAATTGAA TTGAATAAATAACATGTCATAAGCATAAAGGAAAATCAAGTAGGAAACTGATGGAGTGAG AACTTAATCATACTAACCTGCAACCAAGGACATCTTAGATTTCATATCTATTATGGACAA AATGAAAGTGTATATATGTTAAGTGCTTCTTTAATAATGAGGGAAAAAATTAATGAAGAC ATACAAGTAGTACCTGTTGGGGTTATAGCTGTTCGATTGAAACAATTGAGTTTCCAATTG TTTTATTTCATCCTTGAAGCCACAATCCATTCCTTTGAACTCACAGCTCCTACAGAGTGG TATAGACCAATTCAGCTGCAGTTTGTTCTCCCTAAATGTGTACCATGCGTAAGGGTAGTG ATGAATTTTTGTGCAAGGCTCAGACAAGAAGAGGTTGAGGTGATCAAACTCATAAACAGC ATAAACTTTGTAAGCAGAAGAACTAAGACAAGGAACGAAGTCATGAATAGTATCTGGTAA TGGTGCGGAACAATTTAATAGGACCATGGGTAAGTATTCATTTTTCAAATTGAATTGTGA AAAATTCAGTTTTGGTAGCTTGGCTGGTAAGCACTGGTCAGGATCATAAAGGTGAATTTT CTGTGAGACATAATCAATCTTTTCAACACCAAAGTGAACAGAGGAGGGAAGCTCAAGGAT GGTGTCACCTTTAGTGTTACAGTGTAGTTCAAAGCCAGGATAGCCACAATGTTTTGGCTG ATGACTGAGTCTGAACGGAAAATGAACGATGGGACCATGACTCTTGCACCAAGAATCCTC ACAGCCCTCTAGTCTCTGTCCTAAGCTAAGCGATGGGATAAATAGCAAGAAAAGTAAGAT GGACATTTCTAAAAGTACTCTTACTTGCATTCTTTGCTTTGATGCTAATATACCGTACTA GTTCTCGAATACGTCCGTTGCACGTATATTTCACGTTAAGTAATTTTTTTAAGAAAATAA TATGAGTTGTATAGATTTGAAAGGGTAGATTACTTTTTGTCTGATTTAAACTTTTGAGTC ATTTCTTTTTTGAATTCAACATACATAATTAGTAAAATATATGTATATTGAATGTAACAT GACAAACTATTAAAATCAATGTTTTTCATGCATTGCACCACCATATTAAACTAATAATTT CAAATTTTTGATTAAACCTCTAAAGTATATAATCTCATATATAACATTTTTTTTTCTATA GTAATACATGCACTTACATATATTAAAGTGTAAGATAAATTAAAGAATAACAAAATAAAG ACACAACAATTTTAACTAATTAATCAACATCACCTGATAGGTAAACTACCACGAAATAGT TATTTGACATTGTTGCCTCAAATATGCAATCGGCTATAAGAATCTCAAGTTTTCAATCGT ATGATATAATTTGAATAGTAATACACTTATCTAAATTACTTTGCAAATCAATTGGAATTG CATCCTATGTTTTTTTTTAAAAAAATGTTATGTATATTTATATAAAACTTAATAGAGTAC ATGAAAAGTTTTCTAACGGATGAAAATTAAAAGAAATAAAAAATTTAAAATTAATGGGAT AAATGCATATATAATTATATAGTAAAAGATAAATTATACTAAGGGCTTGATAGATTCATG AACTTCACATTAATGTTTCATAATTTCCGGAAGTTGAAACGAAATTAAAATATTGAATAG AGGACAATTTTAGGAAGATGAAAAAGCTAGCAATTCCAAAACATTGAATATAGATTCCAA AACATTGAATACGGACTGTTGTAATTTGAGTGATAAATTAAAATATTACTCCTATTTAAT TAGATTGTGTAACAATTTAAATAATACTACTAATTAGATTAGTTATTTTTGTTTATTAAA TATTTTTATTAAGTAAAAGGCAAAAAAGTAATTCAACTTTGATAATCAAAATTCATTGAA TCCCGAAATAAATATTAAACGAAAAAAATAATATTTTAAATAATTTCAAGAAAATAAATT AAGATATTTTAATTAAAAATTATTCTAAAGGGTGGAAAAGTCATTAACATTTTGATTAAA ATAATATAATTTAATATTTAAATTAAATAGTTAAATATCTTTATAACATTTAAATTTATA ATAAGGATAAAATCGTATTTCAACTTTTAACTTTTTTGGTTTCCTCTTATAATAATATAT GATTGGCAACATTTTCCAACTCTCAAGACTGACTTTTCTTCAAAACTGTTCGATTTGTGG AGCACACTTTTCCACATACATTGCTGTTTGGGGTGGCAAAATGTGTCTACATAATCCAGT CTAAAATAGAGGGCAGTTGGAGTTAATAGATATTTATTTATTACACTAATATCTCCAGTT GGGTCAGTGCATATTTAATTTTATGATATTTATTAATTTTAAAATCTAATGGTCCATACT TATTTAAATAAAGCATTCTTTAAACTACAGTGAAATATCATTAACCATGGTAATTACACA CTATTTCTCTTTCTCTCTCGTCTCTCTGTCTCTTCCTTTCCCACTTAATTTTGCAACAAA TTCTTTTTGTCAATCATCAAAGAATTTGCTTGGTTAACAATAAATCATTTTTTCTTTTCA TTATTTTTACACAGTATTAAAAGAAAACAAAATTCAAAGGATGAACTTGGGTCATAAAAT TTAAAAAATCTAACCCATCATGAGATTATTTCTTTGAAGCTTGATTAGATCATAATGGTG ATTCACAAAACTCTGTCATGTCGTCTTCTTCGTAACATCAATATTTTCGATTAAGAGTTT ATGAAAAATTCAACTAAAGGATTTGGAAATGGCACAAGAAATGGGTAGGAAAATGTTTTT TAATAAATTTTTCTTTTGAAATTTCAATTAAACTTTGTGAGACAGACATAAATTGAAAAA TTATTCATGATTAAAAATAAAATGAATTTAATGTTTCAAATATCAACACTAAAAATAAAA TTCAGAAATCTTTTATTGATTTGCTGCAAAAACAAGAATTTGAAAAAATAAACTAAAACA GAAAAAAAGGATTCTAAGCACAAAAAGAAGTGAGAAATGTTAACTATGATAAAATTCTTA GTTAATCAAGCAAATCGGAGTCATAAGATTATTTGTACGACACATGTGAAAATATTAAAG AGATAATTGATGAAGCCAAATCCTAAATTGATTGACAAATCATTTTGGGCATAGTCCAAA TCAGCACATGGTATATGTGGACTACATCAGTCTACCTTGTTTGCTAGTAGTAATTTGAAA TTATGGGGAGATGAAGAATCAAGATCCAAATAGATAGATTGATAGAGTACAGGAGATAAG AAAGCTCAACCTTTAATCAATAGTTAACCTCTTTGATATGTCTATGGGAACCTCTCTTCT AAAATGTATAACAATAATCTTGATCATCTCTGAAACATGCTATGCTAGGAATAGCGAATT TCACTACTATGTCCGTTCTGCTTGTGGAAATATCCCTGACATAAGTTACCCTTTTCGTTT AAAGATCGACTCAAAATATAGTTACCTTTTCAGCTCAAATACCGGTTCAAAGCTATTTAC AGAATATGAATTAGCTTGTGAAGGTAACCAAACGGTTGTATGGTTATTCTCCAAGAAGTT GCACGTTCAAGCCATCAATTATGTTAATCACACAACTCCTGTTGTAGATCCAACTTTACA AAAACAAGATTTATGCTCTCTATTACCTCAGCCTTCAACAATACATGAATAGTTCGCGTT TTCATCCATATTATAATTACACTAGTAATGGATCACAGAGTAATAGCAGAGCCTATCTTC ATATTCAACTGTCCGTTTGCTGTTAACAATTCAACATTAGTGGCTGCAAATTAAGCTGGT ACACTTATTTAAAGATTGGAGAAATGAGTGTATCTGAAGTCACCGATGGATGTGCAGAGT GGAATTTATAGCCATGACCTCTTGGCCTAATATTAAAAATGGCAACAATATTTCCCTTTA TGATCTTCATCAAGCATTCATCGAAGGGTTTGAGCTAACTTATCATCTGAAACTGGAAAT CATAGAAACGATTCATTCAAGTAAGGATGACATGTCTGTTTACTTATTCAATTAATATTC GTTAGCAAAACAAAGAATTCACTACTACTAAAATTTTATGACTTCAATCTAACCGGGGAA CAGAAGGCCGCTACTCTTGTATCTCGGAAGTAAGCTAAGCTCTTATCCCTTCAACAAGAG AGATTACAATTATTTTTACACAGAAGATTTATGATGTTACTCTTCCGACTATACAATCTT CACCAAATAAGTGAAAATGTTAAAATTTGATATCTTTTTTATTAATAACGCAAATCATAT TGTTATATATAATAATATAGTTTGGGATCTACAATATTTGGTGCCTAAGGCAAGGACTTC ACTTGCCTTAGCTTAGAGCCTGGTCCTGCTCATCCTAGAAGCTAGCTAGCTAGCTCATGA GATGAGGAATATCCAAGACACGACACACAACTCTTCTCTCAACTGACGTGGGACACTTAA CAATGTAATTGTCAAGAAAAATTAGATTTTCCTGATCATCATTCATCACTATGAATCGTA GGCTTAAGAGCAAGTTACTTTTATATGACTTCTCAACCGTGCAGTGTATTGGGAGCAAAA TGTGTGATTGGCCTACCGTTCATAATTGAATTTCTGGTGTACATCAGCACCAGTCAAGAA GGAAGTCCTCTGTTAAGTTGGCAGAGGAAGTATGACATTGTTGTTGGAGTGGCTCGAGGA ATTGGATATTTGCATCGAGGCTGTGATGTACGAATTTTGCATTTTGACATCAAGCCACAC AACATTCTTTTGGATGAGAATTTCATTCCAAAGATTTCTGATTTTGGGCTTGCAAAATTA TATCCAACAGATATAAGCATTGTGAATCTCACAGCTGCTCGTGGAACAATTGGCTATGTA GCTCCAGAGTTGATCAGCAGAAGCATTGGAGTAATCTCTTACAAAGCTGATGTTTACAGC TTTGGAATGCTGCTAATGGAAATGCTGGACTTGAAGAGACATGAAGGTGCAAATGAAGAG AATTCCAGCCAATATTTTCCTTATTATATTTACGATAAGTTCAACAAGGGGAAGGAAATT GTTGTGGATGAAGAAGCAAATGATGATGAAAAGAAGATGGCTAGAAAGTTGACTTTAGTT ACATTTATGGTGCATACAAACAAATCCGATACAACACCCTTCGATGAGTAAAGTTTACAA ATGCTGGAAGGTGAAATTGAAGTGCTAGAAGCACCTCCTCAGCCTCTTCAATCTCCACTA TTGTTTATCAGATGATGGGAAGTTCTATGACATTTTCGTCTGATTCCATGGCTTTGTTAG ATAATTCTGCTAATAATACCGTATCAAATTAGACATATGTTATGAGTGATTCATAACTAA TTTTATGTTTCTCATGAAGTTTGTTGCAACTATAGTCCCTATGGGTATTTCATATCAAGA AAAAAGGTGGTGTTGTATTGCAATAAAATAAAGAGATTTAGATGTAAATCATTACAAATA TTATGATAGGACTTAGGAGGCAAAGCACAAAATCATGCATGTTTTAGGCATAAACATGTT GGACCTAAACTTGACTTTAAATTTTAATTTTGACCTCCAATTTTTATATTGCACAAACAT ATACTTTAACTATTCAATTTTTTAAATAAATAAACACATGAGTCCTACATTGAACAATAC ACGTAATACACCACATATGACAAAAAAATGACACGTAGGATGACATATGTGTCTCTTTGT TCAACTTTATACAAATTTAAGTGTCTATTTGTGCAAATCCAAAATTAAATAGCATAAATA TAATTCGAAATCAAGTTAAAGAGCATATTTATGTATTATACCCATGTTTTAAGTGCAAAG AACTCTATTGTTACTTTGATATGACCAAAAAAATAATTATAATTCAGATTCATTCATGAA ACACAAATAACTACTCTTTCTAAATAATAATAATAATAATAATAATTATTTAATCTTTGT TCATTGACGAATAAGATATGTTTATGAAAGTAATTAAATAATAGTAGTATGTATTAATAA GGCAAATTGGTCATATTAAGATTTTTCACATTAATAATATTTAAATTAGGGAAAGGGTAA AAGTTCTTTGTTTGATCCAAAAGTATCTTTGCCGTCAATATTTTGATCTAAAAATATTCT TGTTGTTATTTAATAGGTCAAAAATATTTACTTTCCAAATAAATATATTATTTATTATCC TTTTAGCACATTTTTAATAAATATTTTTATCGTAATATAAATATAAATTAATGATGAATA TATTACGATATTTTATATATGACGTATATGATATGTCGAAGGGGTACATGAAATTATTCA ATTTTAATTGATAAAATGAGATTAAGAAGAAAAAAATATTTCACTTTTTTATTTTGTTAA AGTGATTTCAAAAGAAAGAACACAAAAACATGGTTCGTTAATAATATTTTAATTAGGAAA AAGATTGTGTTAAAAAGAAAAATATAATATATTTATTCAGAAAATAACATTTTTGACTCA TTTAGTAACTATAGGATCATTTCGGACAAAAATATTGACAAAGGTACTTTTAAACTAAAA TATTGATGGTAGATATTTTTGAGTCAAACTATAAACAACGAAAAATATTTTTATTTCTTT TACATAGTTTAACAACATTTTTGACCCATTCCCTTTTAAAAAATTTAATTAGCAAAACAA AGTGTGGAGATTTTTGAAATTATATATATATATATATATATATATATATATATATATATG TTATTATTATTATTCGACAAAAGAGAACTACTACCATCTCTGGGCAAAATTTGCAGTTCT CTTTTTGTTTAAACTGTGAGACTGAATTTGCTTTCCCAAAAATTTCATCTTCAGCTAATC AGAACATCAACCCTAAAATGAGAAACACTTTGTGAAATCTTGAAAGTTTAAGTTCTGAAT TGAACTGCGGTGGCATTGTGGTCGTGTCTACGGTTTCAAACAGTCACCGGAAGTGCCGGT GGAGCAATTCCTGCTGAAACTGAGTTGGGTCATCCCCATTTACTTCAACTTCAAGATTTG AGACGAATTACATGGATTCAGCCGCTGCAATTTCTTTATGCCCATCAACTCCTGGTTGGA ATCTCGATCGTCCCTTTCTTACTGGCCAATTTTATCAGGTACTCAACATTTTATTGCTTG ACATATGTATGCAATAAACCCCTTCATGCCGTTATCTAAAACCTTCATTTTCTTGGACTT TTTCGACTCTTCATGAATGCTGCTTTTTTCCGCCCTTCTTTTCTTCTTTTTCTTGATGTC CTAGGTTGAATTGAAACTATTTTGCCCCTTGAAAATACATACAGGAAACAAAGATTTCGT CTGGAACTTCTGAGTACAAGGGGTTTTCTGCGGAATCAAGGTTCCCCTTTTATTCCTTGG CTTTCTGCTATTACAATTCAATTTTTTTTTTTTTTTTAATAATGTGTTTTATCTTGGTGT GTTTGATTTACTTTTTTAAGTCAAATTGGTGACTTCTATTTGGTACATCTCCTACTTATT TTCTGTTTCTGTCTGGAAATTTTAATGCAGTTCCGGAGCAGATAAAGCTATAGGTTGTTA CCATGCCACCATTCAGGTATGCCTCTGCTGAATCAAATAGGTTGTTCCTTATCCATCTTT TTATAATTTTTGTTCATATTGTTGTTGGTTGTCACTCTTATTGTTATTGTTATCATCTAG TATAATGCCAGTAAGAAGAAGTTATATATTTGACTCCAAACGTATACACCTGGATCATAA GTTCTAACGAGACTGTAGTCAACTTATGTCATGTTTTCTTCTTGTGTGTGTGTTGATATA GTTTGCAAGTTAAGGTCCTGTGAATATTTGTGTATTTTCTTGCTTTAAGTTTTAAGGTTA AGGATAGTGAGGACTATTATGTTGTGGCCCATCTAAATGGTTTTTCTTGTTAATATGTTA TGTCCTATATGAACTTGACGATCTTGGTTTTGAGTTTGGTCAGGGTCACCGTCATTTATT AAAATATTGTCTTAACTATTATGCAGGAATTGATTGTTATTGATGATCTTCTATCTACCC TTATTGGAATTGAAGGACGCTATATTTCGATCAAGAAAGTCCGAGGGAAGGAGGATGACA TAACCTTTCAGGTTGATGCATCTATGGATTTAGCTCTTCAGGTACTTATAGGGAGATATG TTTTCTGTAAAAATAGCTAACGAAAAAATGAGACATTTCATCCCTGATATATAGTGTTCT AAAGCAACGAAATATTTTGAGGCTAAAAGCCAAGTAAACATGAAAGAAAATCCATAGCGT ATTTAGTTTAAAACATTAGCTGAAATAATTTGGGCTATTATTGTAGGAGTTTGCAAAAAG GCTGTTCCCGTTATGCGAAAGTTATATCTTGATTAACCAGTTTGTGGAGACAAGGTCACA GTTCAAGACAGGCCTAGTCAATCATGCCTTTGCTGCAGCTCTAAGGGCACTCCTCCTTGT AAGTTTCTTATTTATTGATCCTTCTATGGTTGCATGGTGGATTATTCTTTTCTCTACTTG TTTATCTGGTATGTTATCCATCTTATGTATAAGCTCTTCTTGAGGATGTCTAAATTTTAT ATTTGAGAAATCATTTCTGGGAGGATTGAATCATCTTCATTATTTGTTTAATCTCTTTTT GGATACTGTAGATTCTCTCCTCCTTGGTATAGCTTGTATATGGTTCAATTATTACTAAAA AAATTATTACCTTACAAAATAAAAATCTCTTTTTGTGGATGGATTAATGTGACTTTCAGA AGATTATCTCCTGGGAAGCTGAGAAAACCTGTCTGCTACCTTAATTTGGTTCAGCTAATT GTCTAAGGTTTTTGGATGCCATGAGTTGTTTCCATAATTGTCCCATGCTGTGTGGACATA CATGTACAATGTAGTATTAAGAGAAAGAATAATAAAGGAAAATAAAAAGGGAGAGCTAAT TGAAGTCTAGAATATATTTTTTCCAGGACTACCAAGCAATGGTGGCACAGCTTGAACATC AATTTCGCTTAGGAAAACTTTCTATACAAGGATTATGGTTTTACTGCCAGGTAACGCTGC TTAAACTGGTTTAATTTCCATTCAGTTTGACTCCTCGTCATTGGTGCTTATGAAGCTATG TCTTGCAGCCAATGATGGGTTCGATGCAAGCACTGTCTATGGTGGTGAAAAAGGCTGCAG CGGATAACTGTGTTGGTTCTGCAGTCCTTAACCTCTTGCAAAGCCAGGTCTAACATCTTA GTCACTTTTCATGACTTTAAGGATCTATGTCTGAGTTCCCCTGGAATTGTGGAATACCAT AGATTCATTACGATGGTTTAAATTCCATATTTGCTTGAACATTTGTGGTTTGGTTTCGCA TGGTTATCAAAATGAGACCTGCAATTTTTATGTTTTAAGGGGTCGTTTGGTAGTGTATTA GTAATGCATGTATTAGTTATGCTTGCATTCATTATTCAATAATTATTTTTATGCATTGTT TGGTTTGATGCATTAAAAATAGCATTTATTGCATAAAAAAGTTATTTACAAAGATACCCT CCACTATTATGGTGGAAAAGATGTATAAAAAGTTTTGAGGGATAATTGGGTCTTTAATTG AGTTAATGCATGCATTAAAAACCATTGCATTGCTAATACCTAGAAATATATGGTATTACT AATGCACACCTTAATACACAATAGAGTGTATAACTAATGCAAGTTAGTTATACATAAATT AGAAAAGAGTACCAAACAAGGTACTAGTAATACACAAGGCTAATGCATGCATTATTTTTC CTAATACACTCGGTCAAACGACCCCTAATAATTTTAGTTAATTAGTCTTTCTCATTCCAA AATCTTCATGGGAAGTTTGAACAGATTTTAAGTGTCTGTGATAGACTCTATTTTGATATG TTTAGAATTGTTGAGAAAATAAGATAAGGAACAACCCTTGGGGTTCATCTCAATTGGCAA AGGTTGAGGGACTTTGATCTTAAATCACTAGTGTGAGTCCTATGCCAAACGAATTAAGAC TAGTTTATGTGGAGAATGGTAAAAGGCGGAGCCATCATCCTGGATTTCTGGAAACTGCAG TTGGCCCAAAGGGTTGGTTCCGAACGAGTTTCTTGGTCATAAAAAACATAAGAAGGAATA ATTGGTTCTCACACAACATTCACGAAATAGAGAGCTAATGCAAACAGACATGAAAGTAAT CTGTAACAATAGTGGTGGCTATTTTTCTTCTTTTTGAACGTCTCTGGTGACTGCAACAAC GAGAATTATATTACCAATGCTATGATACCATCTGAACAAATAAAACATGGAATAATTGAG TGAAAACTTAGCTTGATTACTCCCTCAAGTTGCTGGACTTAAAAAGTGAATGTACGACAG TACGAGTGTTAAAATAGGGAAGAATCTCTCTAATTAGTCCTAGTTGGTATACAGTATCAT TTACAATTTTCTTTACAGAAACTACATATGTTCTATTTGATCAGAGGGGGTCTATATTTA TTTCCAGATTAATTGTTCTGTTTTAGGCAAAGGCAATGGCTGGTGATCATGTAGTGAGGT CTTTGCTGGAAAAGATGTCACAATCAGCAAGCACTGCATATCTTGGAATATTAGAGAGGT ACTTAATCTAGATTCTGCAATGATTATCCAAGTTTGCTTAAGGTCTGGCTGACCTCTCAT TGTCTGGGAATTGCCTAATCAAATATTGTTTTGTCCTAAAATAACATGTTTCTACTTTTT GTTAAGTGTAAAAGAAGTTGGTGATACATAAATCGCCAGGGTTAAAGGAGTAGTGGTTCC TATATCTGCTATTTGATCTTGACGTGTCTATGCTAATAATGTCTACTTGGGGAATCAGCT GATGTAGTTATAACACATATTAAAAAGTAGTGTAGGTTTCCTTCAACAATGAGTTTCCGC TAAATTGGTAATGCATTTTTTTAATCTTTATACTATTCCCATGATAATAAGCAAGTAAAG TACTTGTTTTCTTGTCTTCTAGAGTAAATGTTAGGTTTTCATCAGCTGCCTTTTGTAGGT ATTAAGTGTGTCGCTTTTTCTCGTTTTTTGACAGTCTTTGAACTTCCCGTTCTTTTATAG TGAATTACTGTTGTTTCTCAATGTGAACTACCCTAAAATTTCAGGTGGGTGTATGAAGGA GTGATTGATGATCCTTATGGTGAATTCTTTATTGCCGAGAACAAGTCTCTTCAGAAGGTA CATCTTTTTCAGCAACACTTTTTTACTTAGTTGCTGACATCTCATTGATCTCACTGTATT TTCCACAGGAGAGTCTTACTCAAGATTATGATGCCAAGTACTGGCAACAACGTTACAGCC TGAAAGATGAAATTCCTAGCTTCCTTGCAAATGCAGCGGAAACAATTTTGATCACTGGAA AATATTTAAATGTCATGAGAGAGTGTGGACATAGCATTCAGGTTTTGACAAGATCCCATT GCTGCTATATGTTCACACAATAAAGCTTTTCCATCTTTCTTTGCATTACAATTCCATTAG TAATATTAGCAGAGGTTCGTGACCAAATTGTTTTTGTTAGATCCCTGTGGCAGAAAAGTC AAAGTTGACAAGTGCAGGCTCAAATCATCACTATTTGGAGTGTATCAAGTCTGCTTATGA TTTTGCCAGTGGCGAACTATTAAACCTTGTTAAAAACAAGGTATGCTGAAGCAAGAAAGA TATTTCTTGACAGCTTTTTTCCATGTTTCTTGATTTGTTACTACAAGTGCTTTTACATGA AACTTCTCTCTGATGAAACCTTTCTATTCTTTGGCAGTATGATCTCATGGGTAAACTGCA ATCTATTAAGCACTATCTTCTTCTTGATCAGGTACCAGCTAGCGATTAACAAATTATATA TCTAAGTTTATGATAGTTTGGGAATTGGGGGTTATGGGGAAAACACTGGTAAACTTTGAA TTTAAATGCTACATGCAATGGAATGCTTCAATAACTTTCTTTATTAACTAGTCAGTCCCT TTGCATTATCTTCTTTTAGTAAAAGAAGATATTTCTTGGCCTAGCAGCTGGCATCAAAAT GTGTTGCAGGAAGAAGAAAATGTTAGACACTCTTATGCCTATCTTTTCCAAACAAGCAAA TCCATCAATTAAAATGCAAATTTTTAGAATCATTCTATGCTTCTCTGTCATCCTGACCCT GGTTTTGCATTTTTCTTTGGTTTCATTCTTTATTTCTTCATGTGTGCTCTCTGTAGATGG AAGTTAAAGAATTGTTCTGGTGCTGGTTTCCATTAAGAAATTTATATTCATACTCACTTC AACTGTACATGCAGGGTGATTTCTTAGTGCACTTCATGGATACAGCTAGAGAGGAGCTCA TGAAGAAGCCTGATGAGATATCTGTGGAGAAGCTACAGGTTTATACATAGTTCTTTAGGT TTCTGCTTCCTCTAAATAGGGAAATCATTTGAAGCTCTTTATAATGTGGTGTCATCTTCT TTTCTTTCTTCTGAGTAGTCTCTTCTAGACCTTGCTTTGCGATCTACTGCAGCTGGTGCA GATCCTTGCCATGAGGACTTGTTATGTTGTGTGGTGAGTTATTATTACCTTGGCCTGTTT AACCTTCTAGACATGGAGATAATCTGCTAAATTATGTAAAATATGGTCCATCTTTTCAGG AGAGGACTACTTTATTGAAAAGATTGAGTACATTGAAAGATCTTGAAATCAGCCGGTCTG CTCCAGATAGCAATGATTTAGAGGAGCCACTGAGCATAACTGGCTTGGAAACTTTTTCTT TGAATTACAAGGTTTGCCTTCTAATTTCTCTTGTAGATGAAGGAAATTACACCGCAGCTC CACACAACAAAAAGAAAAAGAAAAAAGATGAAAGAACAGAAAATTGCATAAAAGCAGTTC TCTATGTCTTCTATATCAATCATAGATTCAGAACTCATGTAAGATAAAGCAGTCTGCGAC AATTTTGCTGTTCAATACCTGGCCAATTTCAAAAAATTAATTAGCAGGAAATTTATCTAT ACTTTTAGCTAAGTCAAGAGAATCAATTGGGGAGTAAAATACTCACTTTCCCCTCCTGTT ATACTTGTCCTATATATCTCTGCGTTACAGTTTCTTTTATAGCTGTGTGCAATGATGTTA ATCTGTTCATTGAGTGCCACCTAGCAACAACCATATTTAACGAACGCTGAGGGAGAGCAT CTTGTTTCCTTCTCTTGATTTTCTGTTTTGGTGAGAATGACATTAAAGGTCGAGGTATTA TTTTTGCTGGGTCATTATATTATTGTCTCCTGAGCCTGGTTGCATTTGTTGTGTTTCAGG TTAGATGGCCCTTATCTCTTGTAATATCAAGGAAAGCCTTGACAAAATATCAGTTGATTT TCAGATTTCTATTTCACTGTAAGCATGTTGATAGGCAACTCTCTGGAGCATGGCAAGTAC ATCAGGTATGAGCTTTCAGTTACTTTTACTAACAGTAGTAAAGTAGTTTCTCTTTTTCTT TTTGACTTCTGATAGATTTGCATTTTTGCGTATTTTGTTATTATAGGGTCTCCGCAAGCT TGACATGCAAGGAACTACAGTTTCTGTATCATCTTTGTTATGTCGCAATATGCTGAAGTT CATAAATAGTCTCTTACACTATTTGACATTTGAGGCAAGTTTCACCCCTTCTAAGGGAAC CACAGTTCCTATGTTAGTTTGCTATGTCTGCCTGTCTTTGGTACATTAATTTCTGCTTGA AGGCTTTGAGTTTCTTACTTCTCTATTTGTATTTTTTTGATATGTTATTCTCCCGTTATT TTAATTTCTGGTTGCATACTTTTAGTTTCCCAGTTTTTCTCATTGTTCTTTTCATCACTG TCACCGTACCACCACTAATGTATCCTTCTCTTTCACGATTCTTCTTCATTATTTATGCTA TATTAGACATGTACTAGTTTAGTACATCTACTAAACTAGTGAAGACAGCTGTTCCTTTTT TCTCTTGTTATAGAAGGTCAAAAGAATGAATTATATTGACTGATTTAAAAGACGGCTGAC TGTAAAATTTTTGATATTTTATTGGTTGATATACAAGAGGGTTGACAGAATAAGTTTTGA TGTGTATTGCTAGTCAGATTGAACCAGTATTTTATTGTATCTTCAGGTGCTTGAACCTAA CTGGCATGTAATGCTCAATAGACTTCAAACTGCAAAAAGCATTGATGAGGTAAAATGATT ATGTACAAAGAAATCTTGTGTCTAAACACCTTATAGGAGAGACTCTTGCTCGGGTGGTCC TTATGTTTCAACTTGATGTGTTGTCTCATTGATTGTTTGATTCAATTTTTGGGCAGGTTA TCCAATACCATGACTTTTTTCTTGACAAGTGCTTGAGGGAATGTGTGCTTCTATCACCAG CCCTTCTTAAGGTTAGTTATGATTTCCACTCCTGGTTATTGGTGGCCTTCAGATACATTG TTCCTAATTATAAAGTCTTCACAAAAGATGATACTGATTATAGCCCTTCTGCAATGTTCA AGAACCAACATTTATAGCAACTACTAGATTACGTTTTAGGTTTTGAGTCTGTTCCTTTTC AGGTGATTAATTTTGTTATTTTGTTGTTCTAACTATTTTTACTGTCCTGATTTTCTCATG AATGTTTTTCTAAATGCAGAAGGTGGAGAGGTTGAAATTAATATGTCTGCAATACGCAGC TGCAATGCAACGGCTGATTACCTCCTCGTTGGATACTACTGACAATGACACATTGTCTAA TGATTCTCCCAGTATAGAAAAATATAAGAACTTGAAACTAAGGACCCCATATCAGATGCT GAGACTAGCTCCTGAAAACGTCACAGTATTAGACTCCGTTCTGTATGTTATAACGAATTT GTACTTGATTTTTTAATCTCTTTTATCTGTGTCTCTCTCTCATAGCTAACTATAATCATT TTGCAGGAAATTTGAGAAGGAATTTTCTTTTGAGCTTCACAGCCTGGGACCGATATTAAG CAGTGGCTCTCGAGCAGAACCATACTTGACTCATCTTGCACAGTGGATCCTTGGTGTGGG AAAAGACCAGTAAGCTGATTGTTTTTTGTTGCCTACAAACTTTAGTTTTAGTGATGTTTA TTTTTATTTATGTCTGTTCGATTTCTTTTTCTTCTTAATTACTCGGTTGAGCTTGTAGAG TGTGATCGTTGTGAAATCAAATCAAGCTTTTCTTATTTATTTACTTCTGTTACTGAAGAA AATATGTTGTTCTCCATTTCCAAGTATAAAAAAATACACTATCTGGACTAAGGTTCTATC TCAATTGTTTTCGATCCAGATAAGTGAAAAATATGTATAGGTCTATTTTCAATTATTTGA TTATGTATACATAAATACATTTCTATAGTGTAGTAAAATACCTAAGGTTGAACTAATCCT AACATTTTTAATTTGCTGATTAACTAAATACAACAACCGATGGTTATTGGGTTTGTTGGC TCTAATAAATGGATAGGCAGCCGCTCCTTCTCCTTAAAGTCAAAAGAGGATTTGGTATTG CTTTATGAGAAGAGAATTATTTGTCCAAATAATATCGTAAAAATAGATATTTTTATGTAC ATATTTTTAGAATTAATTTAACAATATTTTTTAATCTTAAAAATTCTAGGAAAAAGGAAA CCGAATAGTGTACCTTTAAGTATTGATTTATTAGTTTATAATTTGTTGTAAATTATAAAT TCAAAAGTTCTCTATTTTTTTAAAAAAAAAATATCGTGTCCGATCAAAAGAGTAATAATT TCATGGAAGCTTCTAAAAACTTTGTTTGTTGCTCAACGTCTTTATTTTTCTTGATGCCTA AGACTTCTTCATATAACAACTAGTAGTAGAAGAAAAGCAAATGTGGAAGAAATAACGAAA GTTTTCAAAAAATAATAATTTGGGTAGCGTCTACATGTGTAACTCTGACCTATTTGCCTA TTCAACAGAGTTCCTTATTTTTTTTCTTCAAGGATTTAAAGTTGTTAGATTCTAATATAA TGAAAATTTTATATTAATAATTTAGTTTAATACGTTATATAACCAGTTGATTATAATTTA TTATAGATTGTCAAATCAATATTATTATACGGAATACATACATACTTTTGAATTGATCTA ATTACGTAATTATCTATTCGTACAAAACATGTAGTAAGTAGTTCATAAAGAAAATATAAT TCTTTGTAAGTGGGGGGAAGAAAAATACAAGGCTATTATTATTGTGGAGGTTAAAAGCTA TTCCCTCTGGTCCAATCAAAATATATTGTTAACAATGGTTCAAAATATATGAATTTTTCA AAGTTTTAGAATATATTAAAATTTATTTATTTTATTTATAGAATCAATTTTCTTTTAAGA GGGAGTTTCAACTATTTTTAAATCTCAAATAATTATCATTACTTTTAAGAAGAGTTTTGA GGAATCAAAAGGGTAGTATTAACGAATAATTTTTTTGATTGATGTCTTTAAACAAATTTT TTAAAGGATGTGTCACACTCCAACAAAATAATTAAATTGGACTAGAGAGGAGGATATAGT TCCATTAGCAACACAATTGAATATTTTGATTATATTACAATAATGATAACGAGTTAATGT GATTCTGAGATTCATAAAAATTTAAGTATACTCGATCGAATTGCATTCAACGGGTATGAT AGCACTAAAAAAATTCAAACCATTTAGACTTTATAGATTGAATTGTTTAAAAAAAAAAAG AAAATCTCACCCCGAAATGAATTTCAGTAGTTTACTTACCAAAACACATTTAATAACTTC CCACACAAACCAAACACTGACTTTGGGAAAAAATTAACGCGTCAACTTTTTGACTCATAA AATTGCACCTCCCCTTTTTTTTCTTCCCTATGAGCAGTTAACAAATATTTATTACTCATT TAAAAGCAAAGAGTGTAATATTAGAATACCAAATTTTTAATTAAGATGTTAGATAGGGAC ACATCAACCTCTCTTTATAAAAGAAAAAGTCAAAGTAAGGAAACTTCAATAATTATACAT ATAGATCTTGACGTATGACACTAATTATATTTTAATCTAAATGGTTTAATATGTTAAGTT TCTTTTTAATCCATGTCTAAATAGAATTTGTTGTCAAAATTATATTATAACAAGGTTTCC AAATTCTAGTTAAAATATGTTTTGCACTATTATAAATAAAAGGAGGGGTATTGCAACTTA TTTTCTTACGAGTGAATTAATTTACCTTACGTAGTTTACCTGTTGGCCGAATTCAGATCA GTGAGTTTCGGATACCAAATACATAAAAGGAAAAAAAGAAAATTCAACTCTTTCAAGATT CTATATATATTAACCAAGTACTACACTCTTTGTTACATCCTCCCCACATTTCTTTCTACA ATGGCAGAGCAACAAAGAATTCATCCAGTACCTGAACCAGAACATGAACTTCCAGTACAA AAACCCTCTGTCCCTTTAGTGCCAAAGGGCTCTTTCAGTTCAGAAAAAGGTGACCCTGAG AAACAGCAGCAGCAGCAGCAACCACCTTTTAGAAGAACAATCCCATATTATCCACCATTA AAACCACCAAAGAGAAGATGTTGTTCTTGCAAAAGATGTCTATGTTGCACATGTTGTCTG TTGTTCATCATCATCATAATCATTGCTGCTTTATCTGCTGCTTTTTACTTTGTCTTCCAG CCAAAAATACCAAAGTACTCCGTTGACAGTATGAGAATCACACAGTTCAATTTCAATAAT GACATGAGCTTATTGTTTGCTACTTTTAATGTTAACATCACTGCAAGAAACCCCAACAAG AAGATTGGGATTTACTATGAAAATGGTAGCCAATTGAGTGTTTGGTATACTGGTGTTCAG CTTTGTGAAGGGTCATTGCCAAGATTTTATCAGGGTCATCAGAATACTACTGTACTCAGT TTGGATTTATCAGGACAAACACAGAATGTTACTGGATTGTTGCAGGCACTGCAGGTGGAT CAACAAAGAGGAAGTATTCCATTGAATCTCAGGGCAAAAGTTCCAGTGAAGCTCAAGATT GGGAATTTGAAGCTAATGAAATGGAACTTTTTGGTGAAGTGTAGTCTGGATGTGGATAGT TTGTCTGCAAATAATACTATCAGGATTAGGAATAGTGATTGCCAGTTTGGTTTTAGGTTA TAATCCAGTCCTGGAATTATTTTCTGTATAATTATTTTTTCCTTCCATTTTTTACAGATT TTTTTTTCAATATCTGTTGACACTGTTTACTCATATTATTTTGGATTGATATAAAGTGAT CTGTTTCCTCTTTACTTTTTTGGGTCTAACTGGTTTAACGGAACAGAATTGTCGGTATCC AAAAGAAATTTCTGAACAAGGTAATACAATTTAAAAGGGCAGCTCGGTGCACAAAGAGGT GTAATGTAGGCAACCTACAGCGATTGATTCCACGGTTCGAACTTGTGACCTATAGGTCAA CTTTAGTGTTGCAAGGCTCCTCTTCTGAACAAGGTAATACAATCACTATGAGTATTTCAA TCTTGATATAATGTGAAGTACAATCACTTTATTTGAGCTTTTTGCTATGACTTGTGCACT CCAAAGATGTCCATTATTTGATTACTTTCCCTCTATTTTCATACATAAATTCTTACTTCC GTTTTTTGCCTAGTTTACTTAATTCCTGTATCTTGGTGAGACCTTCATGGATGTGGCCTA AGCAGATTATAAGAGCATCTATCGCTATGATTATTGCAATATACATGGTTAAGCATCTAT CGCATATCAGGTGCAGGAAAGGGACTTTTATAGGATAAATGATATTCTCATCTTTTGCAG GGAATTCTAATTGCTATCTCTGAAGTCAATTTGAAATGGTGCATCTGTTGCGCATATTTG TTGTATGCTTTTGTTCCCTTCATTAAAGTGATGCTCCAATTTTAGCACGATGGTATCAAT CATAGAACTTAAAAGAATAACTGTGACACAGATCCCACGAGTAGGCAGTAGATGAATTAC ATTTGCTTCAAGTAAATCATTTGCAGACAACATTCAACGAAAACGAAAGGTTGCAAAGCA TACAATCTTCAATGAAAACAAAAGGCTGCAAAGTGTGCAACCACAACTAAAAATTCTATT CTAAAACAAACTGCATACATCTTAACAAATTCTTCAACGTTTTAAGTAGAAGCAGCCATA GAAATCCCTCCTCTAAGTCCAACTCTGCCACGGCCTATTCCTGTTTGCTGGTTGTCAGAT TCCCTCCTCTTCACATTCACTCTTCTTTTTCCTTCTTCCATGTCGTGGCTAATCTCAGAG ATCGCATGCCTTTGAAAGCCTAGAGGACTCTTGTTATCATCTCTACTGTAGGATTTTGAA GAAGGCCAACAGTCAGTTGAATCAGCCGAATTTGGTTCCCATGAGGAAGGGGAAAGCCAG TTTTGCTGACCACCAACAACACTGTTGCTTCCTGAGGATTCTTGTTCTTCCATATCAGTT CCCCTTCTGAAAGTTACATACTTTTGTATGCTTGGCTCCATAAGGTCATCACTCACAGTA ACTTCAGACTCCATGAAGGGATCCTTGATCCCTAACTTCTTCTTCCCTAGAGGATCGAAA GAAGCATTATCATTCTGACTATATTGCTCAGATGTGGCGTTTCTTCTCCTGTCATCGGAG AGAGCACTGGACAGATTGGAGCTAGTGGTTGAGTTCAGGTCAGCAACTGCATCAACAATT GAGCAAGCTTTTGTTACACAAGGTGGTAGTGAAAATGCAGGGGTGGTGGTATTAGTCTTT TGATGGAAGTTTTGGATGTCTTCAAGCAACAGTGCAGTATATGATTGAGGAGGGTTTGAG AGAGCTTCAGGATTGATGTCCAGGTCTCTAGATAGCCTTAAAGACCTGCTTCTCTGTGGT TTATGGCTTTCAGGTCCTGAAACAATCACATTCATTGCAACATTATGCTGCTGCTGCTCC TTGACTTTGCCATTGCTCACAGTTTCTGCATTCAATTTCTGCAAAGAGAGAGCACATCAA TATTGATACTAAATCAATCAAAATCCCGTACTAATCGGGGCTAATGAATACTCCACTCTC ATTAGTCTATAGATGTCTATTTCAAGTAAATTATTCATCTTCCAAGGAAAATAAGGTTCT TTAAATTTCACATTTATTCCTACATAGATATACAAGTTTCTAACAAGACTAACATCGGTT TCCATTCTCTAATTTCACACTTGTACCTACACCAGACCTACAAAACTAAAATTCATTGCA TCAAAGATTTGCTAGCACAAGCAATTATCATCAGCCAATCTATGATAAATAAGCAAAAAC TAAAACATAAGTTTCTTCTAAGGAAGTCTACAACCTAATAAAAGGAGCCAACCTGGGAAG GGACCTTCAGTCCTGGCGCGGGCATCTGCTCCAAGACAACGTTGCTGTCAATCTCACTGA GAGGATTTCTTCTGTATGGAGATTGCTCGTGTTTCCTTGAATTGCTACGGCTAAGGGACA TGGGCTGCTGTTGATTTTGATTAGAATGAGTATTGTTATCTCTCTCATTCAACACCTTTG CATTCACCCTTGCTGGTGACCGAGCGCGCGGAGATGCAGCAGTTCGTGGTCCGTCACCAC CTGCATTTCTCTTCACTTGAATCCTCTTAACAGCAGCAGCAGATATATTGTCAGTTCCAC CAGCATCAATGCTCTTATCCATCACCATAGATGAGACAGTAGCAGGTACAGATATCATCT TCCCTGGCCTACCACCATTATTTCCATTAGCATTAACAGAAGCCACATTACCACCATTTG TGGTAGTAGTAATTGGTGAGTCAGATCTTCTACCAGGAGATCTGCTCACCCTTCTACCCC CTCCTCCACCACTGCTGCCTCTTTCTCTACTACTCCCCGACCGCTGCTGCTGCTGTTGTG CCTGGTCTCTTTCCCTACTCGGGGTTCTCCTCCGTCCCTGAGACGAAGAATTAGGGGTTC TAGGCTGACGCTGGCGTTGCCTATGGCGACGAACTCCAGTCCCAACAACCCCATCGTCCT CACAATCTACTACATTATCTTGCATCCCCTCATTTCCATTGTCATTCTCAAAATCAAAAC TCCTCTTGGAACCAGAGTACTTTCTACTCCTTTGAGGAGTATCAGTAGATCCATTAGAAC CCAAAACCCCTGTCTTTCCAGTAGATGAACTCCTGCTAAGCCGCCCACATTGTATCAAAA TAGCATCAACCTCTTCTTTAGTACAACTTGAAGTCCTCACGGGAGCCGATACAACAATAC CATTCTCTTTGCCTAATCCTAATCCTAACCCTAACCCTAACCCACCATTGCTATTACTAA TACCATTTTTCACAGTCTCAACAACTTCAATTCCCTTTTTAACCATACCCTTTTCTTCTT CAGTCTTCCTATCCACTTCATGGCTTTTTCTGTGTTTAATAACAAAGATCTCTTTTTTCA CACTTTCTCCTTCTACCTCTTTCTTGTTGTCCAGTTGGGTACTATTTTTAACAATTTCTT GATTTGTATTTGAAACTGCAACAGTAGAAGTAGAAGTAGACTTAGAAGAAGAACAAGAAG TGTTCTTCTTACTCAAACAACTCCCCATTTTTTTTTCTCCAAGAACTGAAATTTTTAAAA TTTGCAGTGAGAAGAAGATAAAAGATTTGTAACGGGCAGGAGATGAGAAAAAGATAAGAG GAAAAGGGGTTCAGAGTTCAAGAAAACCACTCAATTAAAAATGGCAACTTTATGGGGTAA TAGAAATAGATTCAGAAGAGGCATTTCAAATTTTGACTGAGGCGGGCAAGGGGGTGGGGG TGGGGGGAGGCAGTCTGTCAATAGAGCCGTTAAAAGGGGGTTTTATTAATTTTTTCAAAA TAGAAAATAATAAATGTTGTCACCTATATGTTGTTTCAAGGAATAAAAACAAAAAATGTT GTTTTGTTATGTTATTTTATGAAGTATGTTTGGGGAATGATGAGAATCTTGATCCAGTTT TTGGATTAGGGAATCCTTCAACGGTCGTTTGATCAGTGATGGCAATTACGATGGTACGAT AGATATCGAATATTATATTAAAATTAAAATTTTTAGTATCGTAATTTAATATTATGCTAT TTGAAATATATTTTTAAAAATATCAAATATTGTATTCATATATGTATATATATATGTAAA CTATACAATACCACTCTAACAAATATATAAAATAGTAACAAATTATTTAAATGTTAAAAT TTTGATAACTCTCTTGATTTTTTTTTTTAGGTGACTGATTAACAAATAAAATTGTGTATA CTTTGTTTTGAATATATTTACACGTATTATAATAGAGACGCTTCTTGAAAAGCTCAAGTT GCAACTTTTTTATCATATGAATATATGTAAGTTGAATGCTTGAAGTTGATCAAATTATGA TAATTGATTTACCATATTATAATTATCAAAATCAAATTAAAAAAAAATATTGAATCATAT CGAAATAATTTGTTAGGAGGATAGTATAATATTTTTAAAAATCGTAAATTGAAATATTAT TAAACGGAACTTTTTAATACCGTGCCTACCATACCACCCTACACGTGGGTCACATTAGTT TTCTGTAAATGAATCTTCTTGCTTTGGTGTTGTAATTGTGCGAATTTTTTTTTAAAAAAA TTAGATGCCTTATATATAGATAATAATAAAATTGGAGAAAGTGATTTTATTAGAATAATT AAAGCAACACGAAGGTCCCAACTTCACCTACTAGTATTCGGAATTAATTAATTTTGTCCA TAATTTATTTTTGGGTATTCGGAATTAATTAATCTTGTTCTTACTTTATTTTTGGTTCAT TTATACTCTTTCTTTTAGAAAAAAAAAGTCTTCTATTTGTGTTTCCTATTGTACCAAGAG TTTCACAATGAAACAAGTGGTTCAAATTTTTGAAAAAAAAGAATGTTCAAATTTAGTTTA ATGATTAGATTAATTTAATAAGATACATCAATAATAAATATTTTTTAATAATTATATCAA ATTAATACGATCAAATAATATGAAATAGAGAAAGTAATAATATTTTATTATCTTAGCTCG TAATTTAGTATACTTTTGTAGGTAGTGGCGCTTGCTAAAGCCTGGAAAAATATAGTATAC TTTATATGTCATGTCTTTTGTAGGTGAAAAAAATTATAATTTTTTTGGTCTAAAAGTTTG CTATAGTCAAAACAAATGGTCGTAATTTTTTTGCCAATGTTAAAAAATGCTTTGAAAGAA AATAAGGTTCTCACTATCAGGACTTTGACTGGTTTTTAAATTTGTGTTTGACTAAGGTAA CTTTCTAATGAGACCAGAAAATTAACAACCATCAATTCATAGCTTTCTGCCCTGTTTGAA TTGAATTCTAAGTTTTTTTTTTTTTTTGATATTTTTCTAGTTTTCGAATAAAAGAAGTAT TTATTTTAGGGTAATGCTAAATGGTTAGAAATTTAAAAATAATTATAATTTCTTTAATTT AAAATAAACTGGTCTTTATTCCATTTTTAATTAAAAGGTATAATAGTTAAAATGGTAAAA ATGTAAATATCATTCTGACAGAAGAAATTTTTCCTTTATTTTAAAATCAAAAGAACAAAT ATAAGTCAGAAACTATAAATTAAAATTATGTTTATAATTCCATCCAAACAAGCCCTAGCC CTTTCTCTTCTTTTTTTTTTTTTTTCCTTTTTTTCTTTGTTGAAGTTGAAATTCCCAATA CAAGTTTGGAATTTTTATTTATTTGAATCACATAACTAAAATGTTCAAACGAAAGTCCCC CACTTACCAAGCTAAAATTTTGAGCTTATGGATTAGGTATTAAAACCTGAGCAAAGCTAC TAACTGGGGTGACTATCCCAACTAGTCTTTACAAAACCAGCCTCTGGATTGAAGTAATCC AAACATACCATTTTTCATTTCTTGAACCAACCAGTTTTGCTCTTAGGTAATTCAAAACAT TAAGGGGTTTGTTTGGTACAAACATTGATAGTGCACGGATTAGTAATGCAGGGATTAATA ATGCAGAGATTAGTAAATGCAGGGATTAATAGTGTAGGGATTATTTTTTGTCAAGTGTTT GATTCACTATTTTCCACTTAATTTTGTGTTCAATTTATAATTATACAAAAAAATTCTTTC CTATTATTCCCTTGTGTTATTATGAGTGTTTATTTCATATAATTGAATCAAGGTAGATAA TCACCGGGCCGGATAATTTTTTTAAAGAATTTATTCTATTTAATTAGTTAAATCAAATAT ATATATAATTGTTATTAATTTTAAGGTATGATGTACCACTAAGAAGATCAGTGATGGCAC AATGTATTTCTAATTTTTTGTGGGTCAAGTATATATCTTAAACTTAGCATAGATTTAAGA CTACTTAAATTGTTAATACGGTAAGCTTATTTTTATTTTTATTTTTAAAACAAATAGTTC AAGTGGGTAATTGACAAATTATCATAAATATAAAAAAAAATGGAGAAAAAATGGAGAAAA AAAATATTAGTAAAATCATTAAATTACAACAAACGAATTTGGAGAATTAAAAAAAATATT TATAACCACTCCAATATAAATAAAAAGGAAATTAAACTACAAAAGAAATTTAAAAAAAGA ATAAAGGGTCATTAGGGATCTTATTCAAGGTTTAACAAACCTTGGATAAGTTATCCCTCG ATTTCCAAGAGATAAGATAATACCACATATGATGGATAAGCAATTCATGGATTAAATTAA ATGAAGTAACCAACAATGGATTAAATTTTAATCCATGTATTATTTTACCTAATACCGCCT ACCAAACAGGTCCTAATAGTACATATATTATGCATGAAAAAGAATCAAGCTCGGGCATTA AAGAGCATGTTACGTGCCTAAAATACCAAATAAAATGTTTTCCCTATATGAGATGGTCAC ATAAATCAAACACTTCGTCATATTTACTAACAAGACCTAGTTAAGATCAAACGATTCCAA ACATGAAGTCATGTTACAATAGTCTTGAGCAATGCCAATTTCCTTCCAAATCATAATAAA ATCACTGTAACTAAAAATGGCAAACACTGAAAACAGTATGCAGATGAGGTAACTTGATAC AGAAAGTACCAATTCAATTCATATTAATGACAAAACAGACATAAAAAAGACATCATTTCT TACTGGAAATAAAGGGAATTACAAGGAGGTTACTCTATTTGAGACTAATATTCATGACAT AAGAAAATTAACTCCACAAGATGCTGCGCAAATCATCAGTGCCATAATTGCCAAGAAATT GTATTTCCTGCACAGAAGTAAAACCATTATAATTAGCATTCAAAACATTACACACCATTT CATAAACTTTTCCATTCTAATCCCCCGCAACCAGATAAAAATACTCCATGTTTATATTAA AACAAAGACATTTAACCTTAAGGGGTCGTCTCATTCAAAACAAGGATATCCAAGGATTAA AACCAAGATTATAGCTTGGATAATGGATCCCACCATCTATGTAGAATGCCTACAACCAAA CACGAGATAAATTTAACCCTAAAAACTATACAGCGATGATCCACCAAATCCCTCAAAAAA AATGGCCTGTGACAGTTAAAAATTAACCATGAAAGTGACAAATGTATGTATGAAATACAC TTGACTTCCATTCATCGACCTGGATAAATTTTACCCCCACCATCATAACAAGATCATAAT AATTCAATTAATGTTTCTTAGTCAGGGCATTAGGCAAGAGCAAGTAAAAGACTCAGTTCA CTACTTCATACAGAGCAGTTTTTGTTTTCCTTCTTTGACATTTTTGGGTACTCAATTTGT TAGCACTATTCAATCTAAATGAAAATGTGCATTCAACGAAAACTGGACGAGAGACTAACC CAAGAGTAAGCCGATTTTGGGGATCGCCAGTGGAATAACCAGTGAAGTAGAAATAGCGAG ATACAATATAAACAGCTCCAAGAGATGCACAAATCAAGGGGTGCCTAATTCCTCCAACAA TCATCAGCATGAAAAATGTTGGCATCATTTCTAATGAATTCTGATGACCTCTCTGCAATC AACACACCAACATAACAACAAATTCATATCATTTTTTTCATGAATTACCAAACAATAAAC TATGCAGAAGATAGCTTACCTGAACACAGTTAAAGGAATTAGCATTCTTGTTTTCAGCTT CAGTAGCATACATTGTTGGATAAGGAACCTTGTACCTGTTAAGTTTTCCATCATTAATCA GTATCTCTAGCTTCAAATCACAAAAGGGGTTGGGATAAATCTTACAAAAAAACAAATCTT TAGCTTCAAAATCACAAAATTCACAAAAGGGGTTTTGTAAAATTTGGCAAAATAAAGAAA TAAACAGAGATTTAGACAAAACCGTACTGTTTGCGGGCTTTGCCGACTTGAAAGGACATC CAGAAGTTGAAGAAACAGTAGACGACAAGAGCAAGAATTACATATCCATATTCTTTGGGG AGGAATTCAACTCCGGCCATGGTTTTTTTCCGATTTGGTGTTTTGAGAGGAAGTATGAGA AAAGGGAGAATTGATACTTCGCTTTGCGTTGAGGTGAGGTTTATTTATATTGACCTATTC AAGATCTCTCTACAGTAATGGTGTCTTGTTTCTCAAGACTGCACAAATGAGATTTTGACT TTGTCAATTTGTGTTCCCACAATTATAATAATGGATGCAATTTCTGCAATTTTTAGACCC TTTCTTCTAGAACTAGAAAAAGTGCAAAAAATTGGAATTGTCTAGTGTGAATTTCTTTTT TTTTTTGACAAATTAAATGATATTTGTCTCTTTACTCCCTTTTACATTTTCAACTTGTAA TTTTTAATTATTCTTTTCATGTGGTAGGTATTTTTATTTTAAATTATGGAAAAGAAGTTG TGGAAATTATAAATTTTAATTAAGTGCATAAAATTTTACCAATAAATACAAAATAAGTGT AGATAAAACGCGTAGTTGTTTATTTACATAAATGAGTTTGAATTTATGATTTTGTCTATT TTGAATTTATATATTGTGGATTTGATATGTAGAAGCATAATTTCTAAAGTTTATATATAT TAGGATAAATGTCTATATCAATTTTCTTATGACAATGTTCATTCTCATATTAGGATCTTT ATCAAGCAGTTTTCAATTGTGAATTGAATTATCCTTTAAATTGACTTAAGCCCTTTCATT AGTTTATTAATGGTTATTTGGTGAGGAACAAATTATTACGAAATTAATTATTTGAAGATT AGTTATTTCATTATTATGTTAAAGAATAATTGGATAAATAATTACAGGATTATCTAATAC CTTCAATCAAATATCTGAGATTATTATATTTTATATCTTACACCAAAAGAGAAAAATAAA CTAAAAAATTAACTTTTATGGAAAAATATATTATATTTGTTATAAAATGAAGTATTGGAA ATTTAATAACAAAAAAATAGAGAGAAAGAGTAGTAATATTTTTCTTTCAATCTTTCAATG TCTTTATATCTAGATATATGATTGACTATATATAGAAAGTAAGTATATCACTAATACTTC AAAGTCATGAAAGAGATCTTTAAATTCATAATTAAATCTCCTAAAGTCATAAAATGTGGA TTTAATACATGACATCCTCATATTATTATTATATGTACATGTGTAAGAGTAACGTGATTT ATATTTTGACTCATTATTTTTTCAATTCTAATCCAATTCAAATAACTTTTGATTGAGTTA TTTGCTCATATCAAACCTTTACACAACAATATCAAGTATGATCAAATCTACTTAATAATA TCATCATTTTATCATGCTTGTTTTTTGTTACAACGAACGAAGTATTGTTGCATAGAAAAT ATATAATATAAAACTATATGAAAAATAAATTTCACAAAAAATATAAATATCAAAGTAATA TCATAAAAGAAAATTATTTTAGAAAAATATTACTATATACTACTAAATGATTACACTAGC CAAATTTAATTTAAATCAGAAATGTACCACATGATTTCCACTTGAAAAATAAATAAACAA TCGAGATGAGTTATGATGCATTAGTGGGAGTTTTTCACTCTAAATTAGATTTTTGGGTTT GAGCCCGAATTATAAAAAAAATAATTTGAAAATGCAATTCAAAATTTAATTAAAACTCTA ATATAAATTTTAAACTTTAAATTTTGTGAATGAAAATTTAAAAATAAAATAATAAAAATA AAAAGGACCAAGTTTTTCTCAAATAAATAACAAAGTGGACAACAAAAGGAAGGGGACAGA CAATGTCACGGATTCTACAAAGTAAATAAATGGCAGGCTCGCAATTTAGCTCTTATTTTT TTCATCTCTTTTACATTTTCTTTTAAATGGAAATCGGAGAAGAAAATTATAAGAAGGAAT ATCGAACTCTTATAAATAAATTGCTATAATTTATTCGGTCAATTAAAAGTTACAATAATT TTCCTCCACATTTTCTAGATAATTTCAAGCAAAATATAATCAATTTTTCATTTGCTTTTT AGTTTTTAAAATTATTTTGACTTATTTTTAAAGTTAAAATGGATCAAATTAATTTGATAA TTTATATCTTATAAAGTAGTCTCAGTATTGATTAAACACATACCACATAATTAGTCCGTA GATCAAGAAGAAGCAACATAATTATAAGGCATTTAAAAAGATTGATTAGGACTCAAAACC AATTAACTATTAGTAAAAAGAACGACAAATGAGAAAGAACAATTTATACATATTATTAAG AAAAATGTCTATTCATGTTATCATTTTTCCTAAAGTCGTCGTTTGGTGAGTGTAAATAGT TTTGAGATTAAAAAAAAGAGTTCTATGATAAAAAAATTTGTGTCTTGTTTCTCACTGTTA GAGGCAGAGTCAGGATTTTTAATAAGGGAATTCAAAATCTGTAGAAATAGATAGCCGAAT GGGATTCGACATTCAATATATATACATTTAAACTTATTTTATTTTAACCATATGAAAATA ATATATTTTTTTGCCGAATGAGATTCAGATGAACCCTTTCAATTAAGATAGCTACACCCT TGCCCATTGTTTATAACATAATTATGAAATAAATTATCTCATATATTTGGTGATGATGAA ATAAATTAACCCATGATAATTAATCTTTGAAAATTTATTCTCAACCAAATACCCCTAGAT GCAGTCATCTTCTTCAATATTCTTTTTGTTTTACTAGTCCATTGTTGTTCAAGAATTCTC TATTAATTCTTTTTTTAAAAAAAAAATTGAGCTCAATCATAATATATAAATATTTTTATT GTGAAATTAGAATTGTTATCGATAATTAAAAATCATACAATAAGAGTATTACAAACTTTT TGACTGTTAATTTCATCAGATTTTTTAAAATATTAATCAAAAAATTATATAATTTGTTTT TTCTAAAAAAGTTAAATAAATACTGTAACAATTAATATGAGAACGAGAAACCCTTATATT CTTAATTTTGCCGAATAAAAATATAATTAATAATCATCCTAAGACATTTTGATAACGTGT AACTTGAATTAACCTTGAATGAAGCTTGTTGCAAGAATTAACTTATATTTATCTGTTTGA ATTTTTTTTCTTCTAATTAACACCAAACCACGAAATTTATAAAATCGATAAACTCTTACA TAACTTTTATATAATGTTAATAATAAATAAACAATACTCTATAAAATAATCTGTTATAAT ATCATAAGATGTGGTACTAGTAAATGATATATTTTCTGTTTCTTTTGTACATAAATATTT GTCATCATATGCTAAACACTCAGTGATATAAAAAATTATTAATAATAATAATAAATTATT TTTTAATATAACCATTCCACGTTGTATGAACAATTTAATTACATCAAGTATGGATTTTCT CTTATTTGATTTAAAATAATAATATTTTTTTATAAATTTAAATTTATAGATAAGTATTAT ATGCAAGAAAATATAAAATCCTACTTAGAATTTGTGATTCTAAATTAGATTGCAATTACG CAATCACAAGACCTGACATTAGTTTGACGACAAAATAGCAATTGTGGTAAAATATAAGGA CTAGTTTGTATTTTAACCAAAAGGCCAAAAAAATAAAAGAACTTTATATAATTTGTGTGT TGGCCCCTCTTCCCTGTCAAAGGGGTTCCCCTTTCTTCCAAGAACAAGAATCACTGGTAA ACCCCTATTCGACGCAGCAGTTATCCTTCGAGTTTTACAGTTAACTACTTCACCTTTCTC TATCTTTTTCGATTTTACAGTAATGTAGTTTTATTTATAAATTATGATCATACAATGGGG TCTTGCAAGAACAAGAAAATCACTGAAATTGGGTTTTGCAAGAAAAAGAAAGAAAAAAGT GTAATGGGGTTTTGCAAGAAAAAGAAACAAAATAATAATTTGAAATTGGGTTTTGCAAGA AAAAGAAAAAAAACTAAATGGGGTTTTACAGAATGTGATATAAAAATGGTTTGCATATGC TTAGGATGTTTCTTGTATGATTTATATGCTGTTGAATTGTGATCATGCAATGGGGTTTTG CAGAATATGACTGAAATGGAAACTGACGATGATGGTGAAGCCATTCTTCTTGAAAAGACA CTTATAGACGTTATCTTTTCTTGGTCTTTTAAGGATGTCCTTAACGAAGATCTTTACAAG GACAAGGTTTGTTCTAATGCTATTTTTGTCTCGTCTTATTTTGTGTGTGTTTGGTTTTTG TAGTTATTAATTCTATGGTTTATCCCTTGCCTGTTTCATTTGGTGGCATTTGTTACCTGG GATTTTACTCTACTTAGAATGATCCAGATTTTAAGTAGGTGTCGATTACCATTGCATCCA CTATGGTTCGTAAGTGCAACATGATACTTCTAATTTAGTTGTTTGTTAGACTGGGTAGGT GTCCTTTTACTTTTTCACAAGTTGGGTTGTGTGCAACTTTTAAAGATTGATATCGATGCA AAGAGTAGCTATGAGACTAGGCATTTGAAATGTGGATTATCAACTTTTTTTTGTATCTTA TAGTACTTGTTAGTCATGAATATAGACAATGGGTTGCATTTGATCAAAACCTTTCTATCA ATACACGATTAGGGTAGCATTGCCAGTATAACTGATGTTATTAGTTTTGCACATCGAAGG TAGATGATGAAGATTTCATAATATTTTTTGTCAAGGCAAAAACAAAATGTCCATTATCTT TCATGATGTTTGAGCGTATATGTTTGGATGTCTATCTTAAGTATATTCTAGTCATATGAT CTTGAGTTATCCTGTAGGTGAAGAACATCCCTTCAACATTTCAGTCCACCGCTATGTATA TGAAGTCATTCGTCTTCCCTCTTTTAGAGGAAACACATGCTGATTTGTCTTCTAGCTTTG ATAAAGTGGCAAATGCATCTATATGCAAAATATTGTCTATTCAGGAAGTGGAGAGTAAAA GGCCATCTGATAAATGCTTATACAATATTGAGATGGAAAGGAAAGAGAGTAGTGGTGATG GCAGAGCATATGAACCTGAGACGGGGGATCTCTTTGCCATTACAGATGTAATACCAACAT GTGTCGATGATCTAAACAGACCCACAATGTCCTACATAATGGCTCTGGTTCAACGAGTGG CATATGAGAAAGATTATATCAAGATCCAGGTCTTCTCATCAAGACCCTTTTGGGTGGAAC AAGGCATTAGGGAAAATCATATGAGGGACTCTTTGTTCTTGGTCTCTCTTATAAATACGA CAACAAATACACGCATTTGGAATTCATTGAACTTGGGGCTGGAAAGGCAAAACTCCAAAG TTATTCAAAAAATACTGGAACCTAATTTTGATGTGACTGTAAGCTTCATATTTTTCTCAT TTGTTATTCTGCTTAAACGGTCTTACCAGAATGATACCTCTTCATATTTCCTTATGAATT TTCATGTGACTATTGGATGACCTTTTATCACTAAGTTCTTCCAGTTGTTAGTTGTATATC ATAATATGAAATATTTGACTTCTTCTATTGCTTTTGTAGGGTAAGGAGAAGTGTAATGTC TGTTTGCAAGGGGAAGTGTATCGAGTTTGCAGATCAAAGATCCTTGCGTCTAATTGGTTA ATCAATCTTAATGATTCTCAACAAGAAGCAGTTCTGAACTGTCTTGCGACAAAGTATTGC CATCACGAGAACACGACGAAGCTAATCTGGGGTCCTCCTGGAACGGGGAAAACGAAGACA GTTAGTGCATTGTTGTTTTTACTTCTGAGTCTCAATTGTAGAACAGTAACTTGTGCTCCA ACTAATATTGCAGTCTTAGAAGTATCTAGACGAGCGTTGAAGCTTGTGGTGGAATCATGT GAATTTTTGACTTATGGTGTAGGAGATATAGTTTTGTTTGGAAACAGGAAACGAATGAAT ATTGATAGCCAAGATGAGCTACTTCATATTTTTCTTGATTATCGTGCTGAAGTTCTAGCA AGGTGCTTTACTCCTGCATCTGGCTGGAAATACTCATTGCAGTATATGATAACATTACTT GAAGACACTGAACTGTTGTACCAGCTCTATTCCATAAATGATCAACAGGAAGATGCTGAT GCCGAACTTTATCAGAAGTATGATAATAATGCTAACTATGATAGTGATTCAGGGAATGCA CTTCTTCGCAAAGAAGGCCTGAAAAACAAAGGTGACAAAACACGGAGGTTGTATGCTCAA GGTGTCAAAGACGAGTGGAACAAGAGACTTGGACATGTAATTGCCAAAACAATAAAATTG AATGATGAAAGTCAACTTGGCAGAGGGTTTTGTCGGAACAAGAAATATTCAAGGTCTGTT CCGAGAAAGGGTAGTAATGATTCTCATCAAACTAAAGCAAGGTTAAATTTTGATGAATTT GTGACAAGCAAATTAAATTGCAAACTGGAGGCTTTTACTTTCTATGTTGTTAACTTTGTC ATGCACTTGCCAACTTCACTCCTGTCCGTGGTGGTGGCAAGAGACATGATCAGAGCTGTA AACTTACTTCATTCACTTAGTAGTTTATTGCTAAGTTTTACCTTTACTGGTAGAAGTTTA AAAGAAGTCTTTGTTAGAAACAAAGAAATAGAGAGACGAGTGACCGGCAGCTCTTCTGAT GTAGAATTGGTTAAAGAAGAGTGCCTTAAGATACTCAAATCCCTTCCTAACAGCTTTTTT GAACTTGAAGACAAGTGTTCAATTAAAAATCAAATTTTGAAAAATGCATGCCTGCTTTTC TGTACTGCTTCAAGCTCCTTCAAATTGCATGAGACAGAGGCTGAATTGCTGGTTATTGAT GAAGCTGCTCAGCTTAAAGAATGCGAGTCAACTATCCCCTTACAGATTCCTGGTCTCCGT CATGCTATATTCATAGGGGACGAGTGGCAACTGCCAGCCATGGTTAAAAGCAAGGTTGTC ATGTGCTACTCTAAATGGTACCTAATTATAAAATTCTGCACAGTTGGAAAGTAAGTTGTT CTTTTCTAATTAGGTTTGCGAGGAGGCCAAGTTTGGGCGGAGCTTGTTTGAGAGACTGGC ACTTTTGCGATTCAAGAAATACCTTCTTAATCTTCAGTATAGGATGCACCCGTCAATAAG CTCATTTCCGAACAGGGAATTCTACCAGAAACAGATTATAGATGCTCCAAATGTCAGAAG TACAGGATATCTGAAGCATTTCCTTCAAGGTGAAATTTATGGTGCTTATTCTTTTATCAA TGTAGCATGTGGAAATGAGGAAGTCGTGGATGGGCGTAGCATCCGCAACATGGTAGAAGT AGCTGTGGTTTGTGAGGTAGTTGTCAACCTCTTCAAAGGTACACTAAGATTGATTTAATG GCATTATCAAGTGAAGAAACCTTACCAGTTTCAAAAAAAATAAAAAATCAAGTGAAGGTG CACATTATATCATTTGCTAAACTACGGATTTTCTGATTTTATTTCTGATACAGGATTCAC TTCCTCCGAGAAAAAGATTAGTATTGGTATCATATCACCCTACAATGCTCAAATTGCTGC AATTAAAGAGAACCTCGGAACTAAGTATAGCACTGACGACGAGAGTGAATTCTCTGTGGA TGTACGATCTGTCGATGGTTTTCAAGGAGGTGAGAAGGATGTAATAATAATCTCAGCGGT ACGCTCCAATGCTAACAGATCAATTGGTTTCCTTTCGAACAGTCAAAGGGTTAATGTAGC ACTGACTAGAGCAAGGTATTGCTGTTTTTCAAGATACTAACTCAATTCTCTAGGAGATTG TCTATGGTTCAGTAAGAAAGCTTGCTTCTTGCAGGCACTGCCTCTGGATAATTGGCAATG AAGCAACATTAAAAAGCAGTGGTTCCGTTTGGAAGATACTTGTACAGGATGCCAGGGTTA GGGGCTGCTTCCATGAATCTCAGAATGATAAGGACTTGGTGAAATCTATGGCAGCTGCCT TGGTAGATATTGACCTCCTTGACATTAAAATACGCCTTTATTCAGTAATTTTTGAAGGAA CAAGGTGGAAGGTATGATATTTGAGTTTCTAAAGCAAATTCTCCTAAATCAACTGGCAAT GCCTTTTGACTTACTTTATATTCATTAAAAATGTATTTTTACTCATTTTCTTTAGATATG TTAAAGCAAGTTTTTCTATCAGGTGCCACTTTCCTAATCTCCCTTTATACACACAGGGCA TGAGCATATACTAAATCACATTTAATGTGCCATCGTTTGATTGGGGTATGAAGTTTTTTT CTTTTATATATAATTTTCTAGGGTGGGTAGGCCCGTGAGGACTGAGTAGCGGGGCAGAAA AGGCAGAAGGGAAAGCCTTGATTGGGAATAGAGCCCTAAAACCAAGTAATGTAGAGTGAA GTTGCAACTACTAGGCTGGACTCTCCCATGTGACACAAAATTTAAGATGTTATTGACTCT TGTTCATAAATTCATATAATAAGAGTAGAAGAAATATTAAGTAATGTTTGAAAACAATAA AATTTTAAAAGTAATGATATGATTATAAATTGTATTTACAATGAAATAAATGGTTGTTAG ATATAATAGGGGTGGTTTTAACAAAATATAAACTTGTGGGTCAATTTTATATTTAAAAAA GCCCAAATCATGATATGGAATTCCCAAATCATGATTTTTGGAGAATATGTGATTCATCTA TGATATGAAATAGATGGAATCAGTTTGAAATCGCATGTCCAAATGCTAATTCCATCTCAC GATTTCATATCATGATATGATATTGCATGGCCAAACGCCTACTTACTTTTTGTAAATTCT TTTAACAAAATGTGTCACTCTATGGGACTAGAGCTAAGGTAATAGATAAAAACCAGTGAA GGCAATGCCTTTCTATAAATGAAGACAAAGAATTGAGTACTTACAATGAGTAGAGTTATA ATTTCTTTTTGTTTGTTATAGAATCATACGGTTTATGGCATTACTAGTACTCCTTCCATC CTAATTATGAAGATTTCATTTGATTAGACCAGAGAATGAGCCCCGGTCAGGGGAGATTAT GTGAATGTTGGTTGTCAGTGTGTTTAATTTATGGTTTAAATGTTGTGGGAAAGCGACTTA GATGCTTCAAGAATTTCATTTTCGTTACAGGTAAGTATTGATGATAAATTTTGGAAAGCA ATGGAGAAAACTAAAAGCATAGAAATTCGTAAGAAAGCAATTTCCGTATTGATGAAGCTT TCTAGTTATTCACAATGGCCTCACACTGAACATATTACTGTGCCGAGTGGGGTGTCTAAT CAACTCATTGAGCTCTGTCCTGTGGATGGGATACTTCATATTGTTCTGACTCTTGAGACA ATTATGGAGACCTCTAGATATGTTGGTGTCATGCGGGTTTGCGATATTCGGCCACTGACA GAGATACCAAACCTAGATCCTATGTTTATCTTGTGCAAGCAGCTTGATGCTTTTCATTTG AAGGATGAGTCATCTGCTGAAAGTTCACATCAGGTAGGTTTATCTTGAAGAGTGCATAAA AAAAAGAAAAAAAAATATCTTTAAGAGTGTATACATGATGCAATATACAAGATTGGAAGG GCATTTTCTTGTAGAAATGCTGCAAATTTTTGAGACTTTGTTTTCTTAATGTGGCATAGA TAGGATTTGTTACATATTGATGCAGTTATAGAATGAAGAGTTCTCTTAATGTGGCATAGA TCATGCAATTACAGAAGGGGAAAATCATTTTGAGGGGATAGAATATTCTGTAGTTTACTT TTCAGTTTGCAGCTATCCTATTAATGGAGTTAAGAGAGCTTTTGGTTTGCAGTTGACATT TATTTGTTTATCTGTACTCATTTACATTTCCCTTTTCAGCCAAAATAGGTCAAGCTTCTG GTAGTTTGTGTATATCCTTGAACATCTCTTCAGAGACATTTATACCTTTGGAATCAGAAA AACTGCATTCTTGCTTAATCGATTCAAATATGTTCTCATTAACCAGTCTTTCGTCTGTTA ACGTTCATTCTAGTTTATCATTTTAAGACAGATTCAACATTTAGGATTCAGAGTCTTGGG TAATATACATGACATTCTGATCTGGTTTGACGTTGCTCTTTGCATTAAAGCTGATAAAGA ATACAGGATTAAACTCGGACTAGAAATTGATCAAGTTTTGCTCTGGCATTTGATAAATTG CTAAACAAGTACTGAACTACACAGAGCCCAAGACACACTATTTTAGTCGTACATTTCATT CAAAAACATCAATTCATAGTTCTAAAGCTTCTTTCACGTCTGCATTTTTCAATTGCTAAC TTTCTGGTTCACATGAATGGTACATAGCAAAATTAGCAACAAACTTCATGATGGAAATGA AAATTTTGCAAGTCATTTAGACATTCACCAATAAGCTAATTACTGAAAGCATTTTCTAAA GAGAATACTGAATAGAATAACCATCCAAAGTGCCAGGTTTGGGATGGTGAAAGCTCACAT AACATGCTCCACAAAGCACTGAACTTACACTGGGTAAAACTACTAATTGAAGTGTTACAA ATTACACTGAATCGCATTCAGTACTAACAGATCTTCAGTCAAAACTGTCAACCCTCAATA ACAGGTGGTAGCTATGCTCTTACACATTACATCAAAGAATAAAGTGACATGACTAACTGA GGACATCATCTTAATACTTTTAAAATAGCCAGAGTTTACACATCATTCCAATGATATAAC GTGTGCTTTTTCAACTGTATTATGGTCAAAAGGACGATATGAACCTTTGAATCTTTGATT GTCCCCTCTCCTTCTCTTCTGGCCCTTCCAGATCCCCTATGTTGTCATGATATTCCTGTG GTGCAAGTATAAACTTCAATAACATAACAGACTTTATCTAGTATTCTTCAGATTAAAGGA AAAACTAGGCCTACTGACAAAAAAATGAACCATATAATAGGAAGGAAAACAGCTTCACAT AAAACTTGTATGAATTTCATTAAAGATTAACACAGGCAATTCATGAAGATGGACAAGGGA AGTCCTCAAGGAGTTAATGCTTCTAGATCTATCTTCAGATATTACCACGCCAGAACACCG AAGTTATATTCCAATAATTCAAGCATGACAAGAAACAATTTACATTCGTTGAACTAAATC CAAAGTGAAAGATACAAAGGTCAATGCAAATAACATGTTGCAAAAGCTGAATTTTGCTCT CATTTGCTACAAGTCCTAAAGCTATTGTTTCTTGCAAGTTAACCTTGTCTCCAAATGTAT CCAAAAATTTTCACTCTTTTTTTTGGATTAAGTAGAAGAATCCAGAAAAATTTGTTGTAT AATAATGTACCCAACTCGAAAGCAAACACAAGAAAATCAAGAAGAGTGTATTGCTAGAGA AAAAAAGGAAGTCATGAGCAGACACCTGGAGTATATCTTTTACATCTTGCTTAGTCAGCT TTTGTTGCTTTAGCAAAAGGTCAATCCTTGCTCTGATTCGAGGATGTCTGCATTAAAAAG AACAATTAAGCAGGAGGAACTAGATATATCCAACCTGAAGAGAAAAGTATGTCCGGTTTT CAGAACTTACTCAGATGTCCAAAGATGACCCAGAATAACAGCTATCAACTGCAGGATCAG GGAGAAAAAGAAACTACAATAAGAATGCCAGAGATCTGAAGTGGTAATGTGCCCGTACAA GAGATAAGTACAAAATTAAAATGCAACAGATCTTTGACCTGAAGGGTATAAAGACCAGCT TCTAACTTTCTATTGTATTTCTCGTCTTCATCCATCTACAAACATGTTAACCATTATGGC AATATAAAATTAAAAGCTTTAGTGAAAGACATAATAAGCAAAGTCTAAAAAGTAAACAGA CCTCCAAATCATCAAGTTCAAGCTGGTCAAACCGTTCAGACTCAAGTTTTACTCTATCGG AATATCTGCAACAGCCCAAAGGATTAAAAATTTAAAACAAGCACAATGTAACAAAATAGT ACAATCAGCCTCAAGGGAACCATTCTTTTTTTTTTTTCCAAACAGTGGAAGCAAATGAAG CAGGTACTTAGATATATGTTGCATGAACAATCACCTCATGTAGAGCTCCATAAGCCTGTC AATTTTTTCGCACTCATTCTCCACGAACTTACTTAACAATCTATCCCTTCTAGAACCTCT TAAGATTCCTCCTGTAACAGCAAACTAAAGCAGTCACATCCAAGGTATATGGGAGGTTTT CCCATTATAAATAAAATTATCTATCTTATATAAAAATGCAGTCACATACAAATATAAGGC AACTTTTTTTCTTCTTCCCCCCACCCCCTAATAACAGCAAAATACTTGTGTCTTCACAGA TAGATTGTTCTCAGTTATTAGCCTCCTTACCAAATAAGGAAGCCACAAGTGATACAAGAC GCTCTTCCAATTCTTCTTTGTAGCGTTTCTTGTTCTTTTTGCTCAGAGGCAGCTGATGAT AAAACATTTAAGCATAATAAGTTATATGAGTCAATAATAGAAGAGATTATTTAAAAAAAA CACCAAAATCATCCTAAAGAGCTCATTGAAAATTTGAAATAAAAAATGGAAACTCATCCA TTTGGGGAGAACTTGTGATATGGTTATGTTTTTTAACTACTATATCTCATTAAGAAACTG CTATGTCAACAATAAAATTGATACTAGAGTTGTTGTCATGTAACAAATAGCCAAGTTATT AGTGAAGTAACAACCTGATGGGGGATATAATCCTTATCTAGACATCGAACATTTTAACAA CGTATCTGTGAAAAAGAAAAATTGACATCCTAATCCATTCATCAACAAATTTAAACCGCA AGAGTTGTTTATGAGACAATCTTTGAAAAATTAACAACTTAGTCAATCAAACAACTATAT TTCAGTTCCAAATTAACTGGAATCCACTGTATGAATCATTCATATCCGTTATGCTCAGAA ATTTTTAGAAATTAGCAATCAATCAAAACACAATCAACCATATCTCAATCATAAACCAGC TGTGGTCTACTGTATGAGTCCTCTATATCCATTCAACTTAAGAAAATTATCACACTGGTC AACAAATGAACTATGTCTCAGCCATAAGTCAAAATCAATTGCTGACGACTACATGAATTC ACTATATCATTCTATCAATGTAAAATGTAACAAAAATTAAAGTAAAAGGGAACTTGACTT GCCTTACCCATAAAAGCAGGAAATGCAGTCTTTAACCCCATTACATCCACAAACCTCTCA CATGCTGGAGGATAATTAGTCATTGCAAAATCCAACGCCCTTATAGCTGATCCATAGCAC ATTTTCTTCTGATTCATAATAATGATCATCAATTCCACACCTTCAGATTTCACAAACTTC TCTTTATTCTCCAAAGGCATTAACAAACAACACAAGGCGTCAAACAAGTTCTCAACCATC TCTTCCTCATCTGGAGTCTTAGGGTCCTTCGATTTATACATTGCTACAGCTTGTAACAAT GCGTCCACACCGTTCAATTGCCCTAATCTCTTCTGATTGGCCGTGCTGCTCTGCAGCAAA ATAGCCAAAATCTCCGATGCATACTGCTTGTTTCCATCAAATTCTCTTACCTTTATTCTT GTCAGCAACCACTTCATTAACTTAGTCCTTTCACATACAAGTTCCGCCACCGAGGGTTTC ACTTCAATAAAATTCTCAACAGTCGCGAGTATACTATATATGGCAGCGGACTCGTCCGGA TCGGAGTCAGACATTTTACCTAGAAGCTGAACGAGCAATTCTAACGCATTGTTCTCAACC AATGAATCAACTAAAATTTGCGCCGGCTCGTCGTTGTCCTCGAGAACATCCTCGTCGGTC AGGTCTTGTAATAAGCCGACAACGTCAATAGCGATGTCAGTGTTTTCGTGATTGAGGAGG CTGGTGATAGACGCAATGGTCCCGAGATTCACGAGTTCCGGGTAAAATTCGGGGCCTCCG GCGAGTATTTTGAGCTTTTCGATTTCTTCATGGAGCTCGACTTCGGAATCCGCGAACTTT TCTGGTTGGTCCGGGTACTTGAGACGTGCAGCAATGTTCTCCTTAAGACGGCGTTCGAAT GCAAGGACGAGTTTTTTCACTGTTTTGATATCGAGAACTTCCACAGGGTTTTGTTGAGAT TTTTCTAAGGCTTCGAGCAGTGAAAGGTCGATCCCTCCGTTTGCGGCGGCTGAGGACGGC GGCGGCGGTGGTTTGAATGTGTCGTACTCATCTTCTTCGTACTCGGCAGAGTTTCGCTTG CGTTTTGCTGCTTCCATAGCTTCTGGCCAAAACCCTTAGCTCCCCCAGTAGCAGCAGAAG AGCTTCTCACACACAAATCACCTTTTCCCTTTTCACCCCTTCATTTTTCTGCTTGATACT TCATACACCTCTAATCTATGAAAATTGCTTGGGAGACCCCAAAGTTTTATTTAATACATA AATAATCCTTCATTTATTAATAAATTTAATTTAGAGTTTCAACTTGGAACTTATTTCAAT TGGTCACTGTAAGTTTCAACTTGGAACTTATTTCAATTGGTCACTTAAACGCAGAATATG GTGTTTTTAGTAGACACTTTCAATTTAAAAAAATTTCCAAAATAAAAATAAAAATGCACA TGTTATCCAGCTTTCGCTATATAAATAAGTTAAATACATAAAATATGTTATTATATTAAA TCTCAAATCTATTTTAATTGAAATTAACACGTATATTTTAAGTATATAATATATATTATG TGGTTAAATACTTGTAAGTTTTTTAACTATTATTTTGAATACAAAACTTCATAAATCTTT GTTTAATTCGTTAATTTATTATCAACGAACATTTACTCTATACATATTTAATCGAGTCAA TAAATTTTTTGATTTGTGAATCTTTAACTTCTTTATTTCGTATGTGAAGTTATTATTAAT AGTCATAATATAAGTGCAGAATAGGTGCGTACATGATTGGGTTGGTTCGAATTTTTTAAA TATCAAATCATTTGTGTCAATTCTTAAATTTATAAACCAAACTAAACTTATAAAACTCGC GGGTTTTCAATCTCAGATTTTTTCTAGTTGGTTTGAGTTTTTCAAATATCAAATCAAACC ATTTATGTCGAATTTTAAAATTTTAAATCAAAACAAACTAATAAACCTCGATTTTTTTGG ATTTTTTCAGTAAACTATTCATACAAACATATATTTAACGTGTGCTCCAAATATTTCTTT AGTCCAATAAAACTATTTAAGGTGTTTCTTAAGAAAATAACACAAAATATGAGATAAGTG ATGACACTAAAATATTCAATAACAAATGATAATAAAAATCGTATAAAATAAATATTGTAA TTGATAAGTCATAATAAAAATGATAATAAGTTAAAGTACTAAATTATGCTAAAATAAGTT TAATAAGTATTAATTACATGATTAAACATCAAAGAAAAAATAAAATTAGGTTATATAATT TGGAAGTCTAAATCAATGTAAAAAGTAAAGTCCAAATATTCAACGTTGTTGTTTTTCTTA AATCTCGGTGTTGAGTTAATTTTTTTTGTTAGCATTAATACTGATTAGATTTTGAAACGA GCTTTATTATAGATACTAATTACTAATATTTATGAACTATAATCTTTATTGGACCATTCA AAATTCTAAATCTCAAAAAGCTTGAAAAAGTATGTTAAAAAAAAGAAAACATATAAGTAA TATTTAGAAATTACATCAAAGTAAAATACTCTAATGTATAAAATAAATTTTAAAAATTTT ATTTATAATTTCGGGTTAATTTGATCTCAGCCGTTGTATTAAATAATACAAAGCATTCAA AAAGAATTGTAGAGAAAATATATAAAAACGCGTGGACGGCAGGATTCGAACCTGCGCGGG CAGAGCCCACATGATTTCTAGTCATGCCCGATAACCACTCCGGCACGTCCACCTTGTTTG CAATAAAACCTTTATTTTCTAATTTATATCAAACAAAACAAAACTATATCTGGAGAAGCT TCTACAACTCCACTAATATTCATTGACAGGTGGATTCTGTATAGCAACAGTCAGCTTCTT CGTCTTCTTCTCTTATAATATATATCAATTCCTTAATCTCTTCCACACACAGAGAAAGAG AAAGATAGAGCTCAATTCCAGCTGATTGAAAAATGGCAAATCAGAAAAGGGTTCTCTTAC TATGTGGAGATTACGTTGAAGACTATGAGGTTGCTCTCTTTTTCTTTTCTTTTTTTTTCA CATTCTTGATTTCTACTTAGTGTGTTATGAGTATATGTTAAAATGGTTAATCGGTTACTG ATTTTTTTGTTTTGTTTTGTTTTGTTTGTTATTGTTCAGGTGATGGTACCATTTCAAGCT CTACTAGCCTATGGACTAGCCGTTGATGCTGTTTGTCCTGGAAAGAAATCCGGTGACATT TGCCGCACTGCCGTCCATCAGCTTTATGGTCACCAGGTCAATTATTTTCTCTATCTTGTC TGTTAGTTTGAATCCGCATAGTTCTTCTAAGCGCTATGTTATGTAATGTGATTATTTACT AGTTTTTTGGAGTAGATTCTTGGTGAATAGCTTTGATCTGTCTGGCAACTCTGATAAAGA CAAGGGTTGAATTTTGAAGTAGGTCAAAGCTAGTCTATTAATTAGAGCCTGATACATATG ATTCATATAGTGGATCTCAATCAAGTCGAAAAAATGATTATAGTTTGCCATTTTGTGTAT ACCTAATTGACTCATGCTGGATTGCATTGGATCGTAATGTTTTCGTTCACAGTACGGATA TATGCTCTTATGATTTCTGTTTGAAAATTGGATACCCATTTATTACAAAAAGTAAAAGGT TAAGGCTTTAGAGTTATTGGAGTATGATTTGAATCTGCATAATTCTTATCTATGATTATT ATTTCTCAAGTAGTATTCGGGTTGACTTTTAGATGTTTAATGAGTAGAACTTACCCTTTG ACTAATACTGGATTGTAGTTGAAGATTGAAACTCGATTTGTAGATGTGTTCATTTATTAT GAGTTTGAATTCAAGGAAATAAAGGAGCTTTCATTGCTGATGGACGTAGAACTTATGATA CTGGGATCTTCAAGTGTAGTTTCTAGCTTTCAAGAAATCGGATGTTGCATCTCTATATGC AGACCACTTAGCTCATAATAATTTACAGCTGAGGGCAAGAGACGTGGTGGATGAGTTCTT AGTCAAGGAGAGTCATCGTTGAACAATTTAGCTAGATATAGGCTGGCCAATTGGAGTTCT AGGTTTTAGACAATTACAACAATTCTTTAACCAAATTATATGTGTATACTCACTTGTACA CATGGCTTTGAGCAATGCACTAATTTTTTCCTATTCATTTGTTATAGAATTTGAATTTGT GATGGTATTAATGTTTTGTGGTAGCAGAGTCTTATTTAGTTTCAAAATTGTTTCAGACAT ATTCAGAGTCCCGCGGACACAATTTTGCTGTTAATGCAACCTTCGATGAAATCGAGGCTA CAAAGTATGATGGCTTGTTCATACCAGGAGGACGTGCTCCAGAATATCTGGCCATGAATG AAGCTGTGTTGGACTTGGTGAAAAGTTTTGCCAACACTAAAAAGCCAATTGTCTCTGTCT GTCATGGACAACTGATCCTGGCGGCTGCAGATGTGGTCAGAGGTCGAAAGTGCACAGCTT ATCCTGCTGTCAAGCCGGTGCTTGTTGCGGCTGGTGCCCATTGGGAAGAGCCAGAAACCC TGGCCTCATGTACCATCGATGGTAATCTCATCACTGGATCTACTTACGAAGGAAACCCTG ATTTCATTCGACTCTTTGTTAAGGCACTCGGTGGCAGCATAGTTGGTTCTGGTAAAAGAA TCCTATTTCTATGTGGGGTAAGTTAATGATCATGTAGCATTATCTTTTTTAGCTTAGAGA ATTTGAAATGCTGAGTTTCAAATTGCAGTTTACTAGTAAATGTTAGTATATGAACCAAAT TTACAGATTATGGTATGACTTGTGACCTTTGAAACAACTTCCATCCCACTCCTAAATTTA ACTAGTTCTGTTGATATGTAGGTGAAAGAAATTTCTCCTTACTGAAATTCCAATATGTGC CATAATAAGATTCTCTCTTTATGTTTATTCGCATAGTTTGTGTCATATTTTGCTCTCCAC ATGTTGGTGAGGCATCAGATAATCACCTGATATTGTTTGGAATGGCATGCCTGCGTACAT AAGAAAGAGACTCCAGTTTGACCTGTCATCTTAAGTTTGACAGTATAGATTGATTATTAT CAGCTGTAACTTAGTTTTGGTAGTGTGTGCTCCTATGTCTCAAGGAGGATTTGTTGAAGA AGATGAGATGTAGACTGTCATAGATGCTAAAGAATAAATAAGAGCTTTTCAACTTTGTTC TTTCGAAGTGCTATATTAGCAAGTGGTGCATCTCTTTGTTGTAAAAGCGAATAGTATTGT AACTTAAAAGTTCACCCAGGGAGCTTGTAGTAACTTTCATAGCACATTTTTTGGGAAAAG GTCTTTGCTGCATATGCTAATGTATTATTCTCTTTTCAGGCCATTGCAGAGCGCCTTTTA CCTTTAAATGAACGTTTAACTATTAGTACTGCTTTATCATATAGGATTACCAACCTCATT CTTTTAAGGAACGTGATATCGAAATTGTCTCTTGAAGATGATATCTGGCTACTCTATCCT CCATGTTCTTTATGATCAAGGGTCGCAGTTCTTGTCATTCTCTTGGAGGATTGTTTTATT TGGATCATGAGCTGTTTATTAGCACATTTTAGTAGAGCTTCCTCCAAATAGAAAAGAAAA AGAACCCTTTCCTTACTCTTTCCCCACCTACGTGAATCTATGCAATCTACAGAAGTTATT GATGGTGGCCGACTCCTTGAGTTATTTATCTGAATTGCAAATTCCATACAGAATTAGTGA GGTTCACGGTTCACCTTGAACAGGATATACAGTTTTTAAAAAAAAGGTTTTTACAACTCA TGATTTATGAATTCCCGTGTCTTACCTGTACTACTCGGCCAAACTATCTACACAATCGGA TTAGATGTACTTCTTGCTTGATTTATATTTTTATTTCCCTCGAGTCACTCTTTTCCGCTT TGTTGATCATGTTATCATATTTCCTGTTACTTTATCTAATTGAAGCCATTGGTCTGGGGT CTGGGCATCGGATGTCTTGAAAGATGTTCCACTAAGTAGAAGGCTTGAAACTACCACGCT AGAGCCTTTATTTTTTCAGTATGAGTTACCTGGCTAGTATCACGGATGTGTGCAGATTTC ATATTTAGAGTTCTTCTCTGCTCTGGTCTCAGACTGTTAAACTTGTATTAGATTGACATC TTATTTAGCAACTAATTTGAGCGCCCTTGTGTCTACTTTCTTTTGGGTGTAGGATTTCAT GGAAGACTATGAAGTCAAGGTACCTTTTCAGTCCCTCCAAGCTCTTGAATGCCATGTTGA TGCTGTTTGCCCCAAGAAGAAAGCCGGAGAGAAATGCCCCACGGCTGTGCACGACTTTGA AGGTGACCAGACTTATAGTGAGAAGCCAGGTCACGATTTTACCCTGAATGCCAATTTTGA AAGTGTGGATGTTTCAAGCTATGATGGACTTGTAATTCCCGGAGGCCGAGCTCCAGAATA CCTTGCCCTGGATGATGATGTTATTAAGTTGGTCCAGGAATTTATGGAGTCCAAAAAACC AGTTGCATCAATCTGCCATGGGCAACAGATACTATCTGCTGCTGGTGTTCTCAAGGTATC TTATCTCTCTTAACATCATTTAGAATGGAAGTTTAAAAAGTTAGGTGCTTACATGATGTT TGAGGAACTTTTTATACTAAGATGTTGTGATAAAATTGATCCCATGCAGTAACTAGAACA TGTTATCTTCAGAAATGAGATAAAATGAAAACATGTGGTGTGTGCAAACTCTAATCCGTG TTCTCGTTAAACAATTACAGGGTAAGAAGTGTACTGCGTACCCTGCTGTGAAACTTAACG TGATACTAGGAGGGGCGACATGGCTAGAACCAGAACCAATAGACCGTTGCTTCACGGACG GACATCTTGTGACGGGGGCAGCTTGGCCAGGTCATCCTGAGTTTATTTCTCAGTTCATGG CACTGCTTGGAGTGCATGTAAAATTTTAGGCTACTTGTTTGTTTGACATGTTTTGCCAGG TGATGAGAATAAATTTTTTTTAATTGTAACAGAATAATGAGTGTGTTTTTATAATGTTCG AAAATCACTAAAACTACTGATGTCCGCATAAATGTACTCCCTTGGGAATTCTAAATGTGA CTTTTTTACCTATTTACTTAGAGGGCGTTTGGTAGGATGTATTAAAAGAAATAATCCATG TATTAGATGTGGTATAATTCAATGCTGTGTTTGGTAGGAATGTGAGCCTATGTATAACTA ATCCATGGATTAGTTAATACATCCTACATGGTATTATGTGATGTATTGCTAATACCTTCC ATTTGGAGGTATTAGCTCTAATACTATGGACTATTCTAGGTAAAGACAAAAATATCTCTC AAATTCTTTTAATATTTAATTTATTTTTTTGATTTTATATTTTATATTTTATATTTATAC TAATAAAGTTATTTAAATAAATTAGCTTACAACTTTTATTATTTAGATATAATTTTTTGT TTCTAAAATATGAATTACTTAATCTATTTATTATTAATATAAAATATTATAATCCGACTA ATATGTTAATGCTTGTATGAATTTAAGAACAATTCATAAGTAAAATATTGTTTCTTAATG AAAGTTCATTAAACATTACACAAGTAGTTTAAAACAAGAGTGCGTGTATATATACATATA TACACACTCATTTCGAGTATAAAAACAGTTTAATTTATTTTTCTATATTTATTTTATATT TTTATTTTATTTTATGATAAAGAATTTTTTAAAATTTAAAGTTCAATAATTTTTCTCTAT AATCATTATAGTTGTGTGACCTTTTGAGTTATTAACTCTAATTTATTAAGATGACAATTA TTTACTCTTAAATAATTTAAGTGATAAAATAGTGAACATGACAATAAAAATTTTATTCTC CTAACTAGTTAAAAATGTTATAAAAAAATAATATTCTCCGTTAATTATCTACTTTGACTC AATTACATGAAATACAAAATCTCATAATAACTCTAGGGTATAATTGGAAAGTTTTTTTAA AAAAACTTTTAAACCACACACAAAATTAGATAAGAAACAATGAACCAAACGCTTGATAAA AATAATTCCTGCATTATTCATTTTTGTATCAAAATAAAGGGTAATATTGAAAGAAAAATG ATTAAATTTATCTTCAATTGTTTAAATAGTCGAGTAAAATGAAAAAGAGTTATACATAAT TTGAAAATTGGCCAAATGATTATACCCAGCGGCTACCACAAATACTATATTTAGAAGTAA ATGAATCGACATACAGTCACCTCCAAAAGAAAATGGGAAGTCATTGATAAGTTAACATTC CAATCTAGCAAGAGAACTATAGTTAGAGTTGTTAATTATAACGAGGAGAAGGTTCTTTGC GATTTCCAAACAAGGATTAAATCCACGCACTTAACTAATCGATAAGTGGATTATTGAGTA CTTATTAATTTTATCTTGCCAATTATACTCTATGATCTTCTTGTCCTACTTTAATGTAGT CCCCTAAAATTAAATGGACAGTGGTTGTTTCTTGACAACCTTTTCCACTCAATTTCATTT TAGGGCAAAAGCAACTATCACTGTAATTACATTTTTGTTAAATTCAAGAAAATTGTCCAA AGTAGTAATAGATATTTTTCTATATAGAAGATAGAATATTCACTGTAAAAAGAAAGATAT TTAATTAATGGAGAACGTGAGGCTGTTAGGTCAAGCTCTCAAGGAGTCAGCACAACTTTG TCCACACGTAACTACAAGTTGTCCTCTAGTTATGTTAGGTCTGATTTTGCTCTGGAAAAT TCAGCGACAACACTTTGTCTTCATCTATTCATAGTCTTCAAAAGTGAATCAAATTGCCAA CCTGATAATGACTTCTTTTTGTTTTGTTTTGTTTTCTGCTCAGTATCACATATGTAATGG TAGTGAGGTTTAATTAAATTATATATTCGAATATATTATATGACTTATTTTTTAAGGCGA TATTTTCAATTAATAGACTTTCATTTCTAGAGATCGAATATGAGACTCATTCATTCCCAC TGGCGGATTCATAATTTTCATTAGGAAGGTTCGAGTAGTGCCTAAGATTTGATCTTGACA AAGTGAGTTTTGAACACCTCAATCACTAAATCAATCTCTAATCATATATTCAGAAAGTTC AAAATCAATATACTTTTTTTTAAAAAAAATATACTTTTAAAATACAATATATTTTTTTAT TAAAGGGGTTTAGATGAAGCCCAAGATGATTTTTAACATGTTGAATAGGCGGCTCTTGTA TATTGGTCCTAGTTGAATGAAAGCCGAAAGTTGTTGTCTATTTTTTAATTTGCTAATTAT TTTCTTAATTATACTTTCCTATATAATTAATTAGTGTGTGTCTAACTAATCCCACTAATA AATGTCTGCTGCACATAGTGGATTAAGTAATGTTTAGTAGTCCCTATTTACTTATTCATA TTTTCTCTTTTAATTATTTCTATTACTTGTCTATTTTGACAAATCAAAAAAGGATAAAAA AAGTTTTTTTATTATATTCTTATTTAATTTTTTTAGAAATTTCTAAATTTTAATCCATCA TTTTTAAAATCATAATTAATAAGGATAATATTATAATTTTACTATGTTAATTATTAGAGA CAGTTAATTGGATCAAATTAATTATTACACAACCTAATTAAACCTAATTTGATAGGTAAC TTTTCCATCTACAGCAAAGACATATCATAATTTATCGCGAATATATCATAACTAGTCCAA GCTTATGATGAAAATGTTAACATCTTGTCCTAATTATTTCATTTAGTATATAATTTTATA TACAAGGAAAATATAATAATTTCTTAGTTTATATTATAGTAACAATGATTTTCATTTTTT GGTGCTTAGAAATTGATTGAGAGATACTGATATTTATGTTTATCGACAGTAGTAGATTTA TATAGTATTGGTTCTTAAACCCTCTAATCGATTTGCTTTATTTATACAGCTAAGAAGGAA TTAAAAAAATCCACCGTTAGGGTTTCTTTAAGTTTGAAAACTTACAAATGAAATTTGTAA TTTCTTGATATTTTTGATAAATTGATGATTAAATTTTGTTAATAAAATTTATGTACGTAA TCTTACCCTACTGCGGGGTGCTGGACCATCATCACAAGTGGATTGTTGGTCTCACACTTG CGCACAGTTGTGCCCATAGATGGGTGACTCATCGTAAATTAATTTATTTTATTTTGGCCA AATACATATGCAGGTCCCTAAAGTTGTTCGCATTTTCCCTCTAGATACCTCAACTAACCA AGATTCATATTAAATCCTTTAATCCCCTGTAATTTGATCCTTTTAAATATTCTTGGCTGA TGTGGAGCCAAATTTTAATAAATTATTTTTGGTAATTAGGCGCGTGAGATGATCCTTCCC CACGTGGAAATTTTGACCAATACACTCCAACCCAATTACACGTCAGTGCCACATATTAAG TCATCAAACCTAAAAATCAATTTCCCCTCAAATCACTTCTAACCCGTTTCTAAACGAGAA AACCCTAAGAATCTCTCCCTTTCAATGACTTTTACAGCTGAAATTCTTAGATTTTAAAGT GATTTCGAGTGGATTAAAGTGATTAAAGTGAAATTCTTAGATTTTAAAGTGATTAAAGTG ATGAAATTCTTAGATTTTATAGTGATAAAAGTGAAATTCTTACATTGGAACTTGATGATT AAGAAGAAATCAATGAAAAAGAGATAATATAATGAGCTAAATAGGAGAAATAATGATGAA GAGAAATAAAAGAGGAGAAAAAATGGAAGAATGGGAGAAATTAGGGTTAAAAGGGGGAAG AAGATAGTTGGTGGGTGGGTTTAAGATCCGCATCAGCGTTTTTAAAGAGTCTGCACGCAC TTAAAGGACGTGAGATCACGTTTGGCTCCACATCAGTCAAGAATATTTAAATGGATCAAA TTATAGTGGGTTAAAGGATTTAATAGAAATCTTGGTTAGTTGAGGTACCTGGGGGAAAAG CGCAAACAACTTTAGGGACCTGCGTATATATTTGGCCTTTTATTTTATACATATAAGCAA AAATAAAGAAATAATAATAATAAAAATATATATATATATATATATATATATATATATATA TATATATATATATATATAAACTACTCAATAATTCTGATTCCCTTTCATTTGCTTCAGTCC AATTCCAGCCAAACTGACAGAAATATGAGCATTTTTAGCACAATAGTCGTTTGTTAGCTA TCTATTTGTTCCCACAATCCCACCGTTATATTCATGCATTGTCCTTGGATGAAATTCTCT TTTTATTCTTGGTTTTGCGAGAGAAGTCATTTAAAGTATATGAGAGAACTGATTAGATAA TATGTGAGATATTTATAATTTATAAAAAATATAATTTTATATAGGAAAATATAATTATTA AGGATTAGAATTAGAATAAAATTAAACAGGGAGGATTATTTTTATAATTTATAGTTGAAA TACTATTTTTAAAGGAGAAAGTGAGAAAAATAAATAAAGGAAAAGATAAGTGAAATCCGA AAAAGGTTAAATACGTGGGAGAGAGAGACGGACAAACAGTTTGCTATGTAACACAACGAT GTATTTATTTTATATTATTAATTTGTCATTTTGTACAAATATCCTTAAATTAAAAGATAT ATACATTTAATTAACTAACGAGGAATAACTTGAAAAGTATAAATTTTATGATAAAGAATT ATTTATCCTGAAAAATAATTAATGTTCTACTAATGTTTTTTTCAAAAGAAAAACTTAGAA ATTTATTGAATATTTCCCATAACAAAAAACAGCTTCCACTACTACTATATTATTTTTGTT GGTGAAACGATTTTCTTTTAAAAAATTATTTTGATAAAAAATATCATTTAGCTTTTAAAA GCTTGATCAAAACAGACCATCATTAATAACTTTGAGTTGTTGGCTATTTTGTGCATAATG TAATATATTAACAGTGTAAATTTGTCACGAATTTAAATTTTATATATAGTTAGTTACTTA AAATAATTTCTTAATGTAATTAAATATTATATGTTTTTAAATTGTGACACTCACTTTTCT CCTAATTACTCGACTTCTAAATTAGAAAATAATAATTAATATAGTGTCTTTACAATTTTA TCGTATTAGTTATAAAGTGAATAGATTGAAAACTTAACTTTTTGAGAAGTTAATATTTTT TTAAAGTAATTAATCAAGTGTATAATAGATTTCTTTTGGTCCTTTGATTTGACAACTAAT TAAGAACAATTAAAAAAGAAAAATGAACAAATAATTAGAACTAGTAGGAGTAATTATAAT GAGATACTCCTTTCGTTTCATAAAAAATGATCTAGTTTGACTTGATACAAAGTTTAAACT TAATTCATATTAAAGATGTCCTAAAATATCTGACAAGCGAAAAGTTATAGTTAAAATGTT AGTAAAAAAAGAAAAAATAGTTCTTTTTTAAATTAATTTTAAAAAAATTTAATTTTTTTT AAAAAAAAAGAAACAAGAGAATGGTAATATTTTTGTTTTTACTCTTCAATAGGTGAAAAA AGAAAAGGGAAGCTCACGTGAAGCGAACATGTCATGCATTACGCGCTGGCTTCCAGTTGT ATGCTCATATAACTCCGTTCATCGATATAAATACATCACCATATTACATCCACCATTTTG TTGCTTCATTACAATTTTTTCCAGACTCTTCCTTATAGAGAGAGAAAGAGAGATTATTCA CTATTGAGATCTAGAGAGAGACGTACTACGATTCAGAGATTAATTTCTGGTCGATCTATG CAAACGAAGCAAAAATCTTCGATCAATTGTGGAGGATTTGTTGCGTTGATATTTGATCCA GGTTATGATTATGAGCTGGCTTGATAAGCTACGGTCTTCTTCTAATCTCAGCCGCTTCAT TGCCGGCCTTCTTATCTTCATGCTTTATCATTCATCTCAATTAATTTCTAATTTCTTGAT TCCTATACAACCGTAATTTACTTCACAATCACCTCCCTTCTCTGTTTTTTTCCTCTGTTC AAAAACATTCACTCTTCTCTCCCGATTTAAACAACGTCGGCGTTTTTGTTCACGGATTTC ATGGAAATCAAAGATGATGATTCTGGTTCCAGCAATTTATTTGACGGTGAGTTCCCTATT TTACTCCAATATTGTTTAATTCATGAAATAATCATTTCTATTTCACTTGAGCTGTAACTA GGACCTGTGGTTTTTCCAATTAATGATTACTCTATTTGATGTCATCTGATTGTGTTTAAA TGAGTATGATATTTTAACCATTGCGGCATTGTCGAGCTAAATGAATTAGTACTAAGTAAA AGACGAACAAGAAACCAAAACACAGAAGAACTTACTGATTATGAAATCTTTGAAGTCATA GTAGTAAAAGTCTTAATTCGGATAGAATTGTTAAATTTTGACATAGATGATGCTAGAATT ATATTTCATTCGTCCGGTAATCTACCAAAGATAAAGATGATGCTATGCTAGCAGCTCCAT GTGCAATTGTTTCAAGACCGACTAGAATTTCTGTTTTTCTTTTCCTGCCAAACAAAATTC TCTTGATTGATACATGTGCAAAGCCTGAAGTCATTCAAGTAAGGATTGGTTGTGGACAAT AGACACAAAAGTGTCTTACCCTCTTCGGACATTATAAAATGGGAAGTGAATTACCTCGGG TAAAATGTTGATAAAACAAGCATTATGTCTTATTTCATATTTCAGATGTTGTTGATATCA CTTTGAGCTTGAAAGAACTATAAAATAATTATATCTCGTCATAGTAGTACAAGTCTTACT TAGGATAGAATTGTTCTGTTTGACATAAATGATGCTATAATTATCTTTCATTCGTCTGGT TTTTTAACAACGATTAAGATGGTGTTATGCAGCAGCTCCATGTTTGGATATTATTAAATG GACAACTCTTTGGACTATGAAAATTTCTCTTAGACGGCTTCCGCAGATATCAATAAATGA ATGTTTACTTGAATTTAAAATTTGATGTTAGATTTTCTCTTCCAGAAACTTTGAGTTACA TGCATTTTGATTGTCTACTCATGAGGAATTTTATTCTTATCTTAATTCTTCACGTTAAAC ATTTTGTTTTTACTTTGTTGGGAGTGTTGAAGTATAAATGAAGAACTTTATATTCATGTC CATCATATTGCTTATTCTAGTGATTTCTATCGGTGGAACTTAATTTGCTCCTTTCTTTTG CTTGACTAGGCATTTTACCACCCCGCTTAGGTAGGCTGCATAGTTCAGCTCCGTCTGTAA TTGTAATTGGTGGAGGTATCTCAGGGATAGCTGCTGCGCGTTTCCTTCACAATGCATCTT TTAAGGTGGGTATACTCAGGCTTTCTAACTCTTTCACATGTAACAACCTTTTATTCTTTC ATTCTTAAAAACGACACTTTCAATATTTGTCCAGGTTCTCTTATTGGAGTCACGGGATAG ACTGGGTGGTCGCATACATACCGACTACTCATTTGGTTGCCCAGTTGATATGGGAGCATC ATGGTGAGGGAATTTAAACTTTTCCTCCAAAATTATCTTCCCAGATCTGGAAGATTATAA CTTTCCAATCTGCAATTAATTGACTCTGATCATTAAACATTCTTTCAGGCTCCACGGGGT GTGTGATGAGAATCCGTTGGCTCCATTGATACGTCGATTAGGGCTCACCCTATATCGCAC TAGTGGTGACAACTCAGTGCTGTATGACCATGACTTAGAAAGGTAACCTGGATGACATAC ATTGAACAAATGATTTTATCATGAATTAGTCTGCATTTTCCCTCTTTTGTTTGTTCACTC TCTCTCTCTCTCTCTTGTTAGATATAGGTGTTAAATTTTTACTTTCTATAACATCATCCT GATTCAACTAATCAGAATATTGACACTAACAAATTTGGTAGTTTGTTTTGAATTTAAATA AAAAAAGGACTTACAATTGGCCTGGGTGGAATGAAATTTAGTTGCCTCCAGAGTTCCAAT GTGGTCTGGTTTCAAAGTCTCCTGCATTTCCTGAATTTTAGCCTCTGCTCTTTTTTCTGT TCTTTTTTTATTTTTCTGTGCAAATTAAATAAAGATTCTATTAACTCAGTCAAGAGCTTA ATCGTGTTTTCCGTTCAATAGTTACATGCTGTTTGACATGGATGGTCATCAAGTTCCTCA AAACACAGTTGTTCAAGTTGGAGAAGTTTTCAAGAAAATCCTCAGCGAGGTTGATCTTTA ACTTTAAACTACTCAAAAATGCAGTTCCTCCTAAGATTTTAAAAAGAGACCAGTGCTGAT TATTTGTATTGCTTATGCAGACTGAGAAAGTGAGGAATGAGCATAGTCATGACTTGTCAG TTCTTCAAGCAATATCTATTGTACTGGACAGGCATCCAGAATTGAGGTATGCAGAGAAAA TGTTTCTCATGTGGTCTGCTATTGTCTGTTGGAAGTGGAATGAAGTTATACATGCGCATA CATATTGTGTTATTTGTAATGCAGGCAAGAAGGACTTTCCCATGAGGTGTTGCAATGGTA CATATGCAGAATGGAGGCATGGTTCGCTGCGGATGCAGACACGATCTCTCTGAAAACCTG GGATCAGGCAAGCGTTTTTTCATTTACTGTTATTATAAGCAGTTTATTGGGTGTTTGATG CAGTTCCCAATTTCATTATCTTGCTCAGATAAGGTCTTATTTCGAAATAAGTAACTTCTC AAAGATTAAAACAAGGGCTTTACAAGATGCTGCTATTGATAGCAGTCACTTATTTTGACT TATTCCCACATTGCAAATTGGGCACAATCATTTGATAGATAATTTTTGAAAACATTTGAA CAATTGTATTGTTTTAGGCGAGTAATATTGATAGTTAAACTTTTTATGCAGGAACAAGTT CTCACTGGTGGTCATGGTCTTATGGTGCAAGGTTACAACCCAGTCATAAAGGCCTTATCA AAAGACATTGATATCCGTTTAAATCACAGGTGCAAATGGGTTTCTCCAATATGCGGAAGT TCTACTTTTTCTCTTTGTTTCTCGATATAGCTGCAATGACTGTAAAACCATATGAACTCT TTCAATCCTGTTTCTATTTAAGAAATGAGGTCAACTTTTTTACACCTTTGGTTACTTGAT TTCCTAAGATATTTAAAACAAAATGTTGTTCCTTTCCTCCATGGAGATTTCTTTTTAGTT ACAGCTCTACAGCCATAAATGATCTTTCCTCTATGGTATTTTTCCAACTTTTGTTTATTT TGAAGAAACTAAACTGTTTTGTATGGATCTAATTTTACCAGGGTCAAGAGGATTACAAAT GGGTATAACAAGGTGATGGTTACAGTTAAGGATGGGAGAAATTTTATTGCAGATGCTGCT ATTATAACTGTGCCTCTAGGTGTTCTGAAAGCCAACTTGATTGAGTTTGAGCCAAAACTG CCAGAATGGAAACAATCTGCAATAGCAGATCTTGGTGTAGGCAATGAAAACAAGATTGCA TTACGATTTGATAATGTATTTTGGCCAAACGTAGAATTGTTAGGTGTTGTTGCACCCACT TCATATGCTTGCGGTTATTTTCTTAATCTCCACAAGGCAACAGGACATCGGGTCCTTGTT TACATGGCTGCTGGAAGACTTGCTTGTGACCTCGAGAAATTAACAGATGAATCTGCTGCT GAGTTTGCAATGTTGCAGTTGAAGAAGATGTTCCCTGATGCCACTAAGCCTGTAAGTAAT CTCTGCTTCTACACCAATTGAATTACAAGTCTTAGCTAGTACATGCATGAGAAAGGACTG AATTTCAATAGTGTTGCGCACATGATAGTTTACTTTGGTCTATTTTTGGTTCAATTGGTG AGTTCACAACATGTCGATTATTAGTTTATTACAGTTTGGTAATTGTTCATTTTCACTGTA CTTTTAACGTAAAAAGGTAAAACAATCCGATAGAAAAGAGCGAAATATAGAAGTAGAAGG GAAAATGAGGAAGCACCTCCATCCTCTTATCACTTTCTTTCATTTCTTATTTTACTTCAA AAATTGTCTTTCTACATTGAATAAATAAGGGAAGTGATGCATATTCCTTTCATTAATTAC GGCAAACTATAAGCAAATCTGCATTTGTTTGTCTAACACTCCTATAACGTAAACTTAGCT AAAGCAGTGTTGAGTAATCAGAGAATGCTAGCACAAAAGCACCTGTAAGCGCTCTTGTAA ATCATCCGGTATATTTTACAGGTTCAGTATCTTGTATCTCACTGGGGTACGGATCCAGAC ACCCTTGGATGTTATTCTTATGACTTGGTTGGAAAACCAACGGATGCTTACGATAGGCTT CGGGCACCAATTGGTAATCTATTCTTTGGAGGGGAAGCTGTGAGCAGTGATGATCATCAA GGGTCGGTTCATGGTGCGTATGAAGCTGGAATTATGGCTGGTGAAACGTGCCGCCGACAT CTCATCAAAAGACATGGAAGTCTGGAAATGGTTCAGGCTGTTTCCTCTAGGGAGGAGACC CTTGAAGCAGCAGTTCCTCTCCAAATCTCAAGAATGTGATATATCTTCTCTGAATTTGCA AGTTACATTTCAAGTAACTTATGTAGTTTGTTCCAGTTTGTACTATTACCTTGTATGAAT AAATTAACGATTATGTCTCCGTGCAACTGAAATATTCAAACTATATATATATATGTCAGA CTTTTTAATTGACCATGTCTGAGAGTTTTATTATTTCTTCTGTCGGAACAATTAGTTGTT TATTATGTTTTCATTATCCTTGAATAGGAAATTTGTATTGGAAAGCATTGCACAAGCATT TCCCTTTGAATGAATCACATTAAAAACCCAAATTATTTACCATTTGAGTTTGATTCTTAA TCAAATTACACAAACCAAAAAGAAGAAAAAAGGAAAAAAAAGATTAGAAAGAACGAGAGG TCTGCTTTGGGGGAAAACATTTTGCGAGACTGCAGACATTGGGCTTGTGCAGCCAAGGCC AACCTAAAATTACTGGGCCCAATTAGGTTGGTCAGTCATTTTATCATCCAAAAAGAAAGA AAAAACAGAAATTTAAGCAGGGTGGCCTTTTAAAGGGCTAATATTTAACTTTTGACCCCA AAATACACACATCCACCTAACTTTCTCTTCCTCCTCCTTTTTAATTTTCTTCCTATGTTC CAACGAAACATGACTAAATTTGGTCCTAGTTACTTTTAGAGCGAAAGAAAAGGAAAATTT ATTACTTATTTATGATTAAAGAAATTTTAATAAATCTACCGAGTATTTTTTTATGCGTTT GTTGATAGAAGAAAACAAAATGAAAAAATTCTGTGGATAAAATTTCTAAACAATTAATCA TAATAGTTATAACGAATTTAAAATCATTTAATTGTTAAAATTCTAATTACAAATATTGAA AGATCATAATGATCCGGTAAAATAAACGATCAAATCGCAACGACTATTATAATTTGTTAA GAGGATTAAATAATAATAAAAAATTCATGACTACTTCTAAAATAATAAATTATGGCAAAC CAATTTTATTACTCTACTTTTTTTTCTTTTTCAGAGAGAAAAAAAAAAGGTCTGGTCGGT GGCTGATAAGAAAAGTCCAAATAGAACAGTGGAATTATTAACATTTGGTGTACAACAACA ACATTTTGTTACTATTTCTTCTTCACTTTGCATTAAGAAAACAACAGATCCCTTCTCCCT CTCTAAATTCTCCATTTTTCTTCCTTATTTTTTTTACAAATTTTATTCATGGCATCCACT GGGCACACCAATCTGAATGCAAAACTTGTAAAGTTTTTTTTTGATCCATGCGTATGAGAA TGAATTTGAATTTACAGCTTTAAATCTTTTACCGTAAATTTCTATTTGATTTTTCTTTTA GGTATTGTTAGGTGACATGGGAGCTGGTAAATCAAGCTTGGTTATACGATTCATAAAGGG CCAATTCCTTGAATTTCAAGTATTCTTCTTTCTTTTCATTCGACCTTTCAATTTTGACAT TTTTAGGGTTTTGTAATTTTTGAGTTTATGGGTGTTGATTTACAATCCGGTATTCAAAGT TGATTTTGTTGATATTACAGGAATCGACGATTGGGGCGGCTTTCTTTTCGTCTACATTGG CAGTTAATAATGCTACGGTGAAGTTTGAGATATGGGATACTGCTGGGCAGGAGAGGTACC ATAGCTTAGCACCTATGTATTATAGAGGCGCTGCAGCTGCTATTATTGTCTATGATATCA CTAGCTCGGTAAGAGACTGTTTAATTGGGAGAATTTGGAATTCAAATGGGTCAATACAAG TGCTTTCGTTGTTGGCCTTCTTAAATTGTTTTACTTGATAAATATATTGGTTGTGCATGT GAAAAGAGATAGGAGTAATGGCTGCTTTACTTCATGCATTTTTAAGGTTGAAAAGAGTAG ATTTTGGAGCTAATTACAGGCGGAAAAAAAACTAATGCTGGTCTCCATATGATTTTCTCT GTCAATAAATCAACCCCCTTATGAGGAGGTCGCCTTTTTTTCTCAAATTTGGAAGGTTAA GGTATTAAATGTCCAATTCAGTAGTGTCAAACGAAAAAGTGCACAAAATGCAGTTTATGG TTTTCGAGTATCTCGTATCCTAGAAAATTTTGTTCCTTAGTGGTGGAAGGACTTCTCATG AAATGAAAGAAGCAGTAGATACAGTTTTGGTCTCTATAGAATTGAGATTCAGAGAGAATT CTTGCTTATGTTCACTTTGCCTTTTACTTTACTTATCTTGCTTCGGATTTGAATGATCAC AAATCTGTAATATGGATGTCTACATGTCTATGCATCTACATTGAGCTGTTTTCTTTTATT TTCTGCTAATTTAGGATTCATTTGCAAAGGCAAAGAAATGGGTGCAAGAATTGCAGAAGC AAGGTGATCATCCCTTTAATCTACTTGCTCTGTATAGATTTAAAAAAAGTGAAAGTTATT ATCTTCTTTCTATTTTGAGTAACCCTGACAGCTCCGTTTTATGATGTCTAGAGAACTCTG GAAAAATCATCTTGATGTCTCTTATTTTTTCCTATATGGTTTTCTGCCTAGTGTCAACTT TACTTTTGATGATCCAGATTTTGTTTTGAAATAATCACGACCCTGTTTAGATGGGTTTTC AGGAAAATAAGCAATTTTTTGATAACATGGCAGGTAATTCTAACATGATCATGGCTCTTG CTGGCAATAAGGCAGATCTAGAAGATCGAAGGAACGTTCCTGCAGAGGTGAGTTGTACTT TTTGGTTATCCAATGTTTCATGCCCATCATCCTTTATTGACATTCCTCCTATTGGTCTTT GCCTAGCGTTTTTATATCACAGTTCTTGGATGCAGATTCTGATATATTGTTAGTAGTCTC TGCTTAACAACATATCCAATCTACAAGATTGACATTTGAAAAAAAAAGAGTAGTAATTGG TGCTTATTATTGCTTAAGCTTTCTTAACCAATCATGTATTGGACTAGATTTGAGAGGACC CAAACATTTAGTCACCCTCTAAGATCTTCAGTTCCGAGCACGATATAAAACTAAGGTACT CATTTGGTGGGAATCAATATGAATCAAGTATGTTTCAATCCTAAACAAGTTGGTGTTGTC TATATGAATCCTCTACATCTATTACCGCCTTCAGAGGTTTCATCATAATCAGCCTATTTT TGTATTGGGCGCTAACCAGTACAGCTTTTCTTTATCTCAATTGGGAGTTGACTATGCTTT ACTATGTTCTCATAGGCAGAGGTTTTTTGTGGCAGTCACTTTAGGTAAAATTAATTCAAT GCAATTAGTACTCGAGGAGAAGCTTTCTGCCTTTTCCAGACTCCATTTATGGGATCACAC TGGATATGTTGTTGTTGTTGAGGAGAAGTCTGCTGCCTTCATTTTTTTGAAAATGCTATA TTCTAGTTTAGTTTGTTGCAATTATAAGATAGGCCATATGAACTCGTAGGCTCTTAGGTG ATACATAATCTCTTCAATTGTGGAACAGGGATGAGTTCTCAATCCATTGCCTAACCTAAC GTGCAATTTGCTGTGGTTAAGCATTGTTAGATCTATGTCAATGCTCTTATGGAACCTTGA AAGTTAAAAACAATCTCTTTATTTGAAGAGAATGTGGAAGTCATAAATAGTGAAAATTCT TAGAGAAGATAATTAGAACTCAGTGTTCTTTGTTTCTCTGCTTAATGATTTGTATTTAGT TACCTTATTAGGTTTCTCTCTTATCCAGTAACTGAGGTAGTTCAATCTCTTCATTGTTTT GGTACATCAGTTTTCCTGATAGTATTCTTGGTGATTTTACAGGAGGCACGCTTGTATGCA GAGGAAAATGGCCTCTTTTTCATGGAGACCTCTGCCAAAACTGCTGCGAATGTCAATGAT ATTTTCTATGAAATAGGTATGATGATTTCTTTTCTCGTTTAAATATTTCCTTTTGTTGCT CTGTGTGTTTTTCATTTATTTCTAATGGTATATTAAGAGCAGGCAACATTATTATGCATC CAAGTGATTGAATCTTAAGGTGCAAGTCAAATGTAATTTTATCTTCAGTGGTTGTCATCT TGTGCTTATCCTATTATATCTGTTTCTTTTTCTTCGATTAATATCATATGTTAAGTTATT TTCTTTCGGGTTTAGCAACATAGGATTACTATTATATTTAAAAAACATTAGGCTTATTGT TTAACCTACACTCGAAGGGTTGAAAGGAGATAGTGCAACAACCTTGCCTTGGTGTTTGCA CTTAAGTGCTGCCTAAGCAAGGTGAGCTGAAGCACTCAGTTCTTGTTATACCTAGCTTTA AAGCTTTAAGCACGCCTATTTGCTTTAGCCTAGTTTTACTTATACTATAGTTAGGCATCT CCAGTAGCTTAGTTCGTAAAGTGGAACTTTGTGGGATTCAACTTGTCTGAAAGTAGTGTT CTTCCCTTCCTGTTGTTTGGGATGATGAGAAGAGAGCAGTGTACATTTCTCTTTCCCCTT CATTTTCAATCGGAA GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_1 match_part 0.400 9360 9364 match_part 0.953 9544 9950 match_part 0.896 10053 10273 match_2 match_part 0.995 28721 28930 match_part 0.995 30584 30798 match_3 match_part 1.000 28721 28930 match_part 1.000 30584 30775 match_4 match_part 1.000 28722 28930 match_part 1.000 30584 30874 match_5 match_part 1.000 28723 28930 match_part 0.995 30584 31002 match_6 match_part 1.000 28723 28930 match_part 1.000 30584 30896 match_7 match_part 1.000 28724 28930 match_part 1.000 30584 30970 match_8 match_part 1.000 28727 28930 match_part 0.992 30584 30972 match_9 match_part 0.968 28743 28930 match_part 0.955 30584 30694 match_10 match_part 0.989 28744 28930 match_part 0.974 30584 30738 match_11 match_part 0.978 28747 28930 match_part 1.000 30584 30718 match_12 match_part 0.994 28755 28930 match_part 0.995 30584 30804 match_13 match_part 1.000 28757 28930 match_part 0.996 30584 31033 match_14 match_part 1.000 28759 28930 match_part 1.000 30584 31078 match_15 match_part 0.994 28761 28930 match_part 0.996 30584 30861 match_16 match_part 1.000 28762 28930 match_part 1.000 30584 30859 match_17 match_part 0.976 28765 28930 match_part 0.984 30584 30890 match_18 match_part 0.994 28767 28930 match_part 0.979 30584 31147 match_19 match_part 0.994 28767 28930 match_part 0.974 30584 30925 match_20 match_part 0.994 28768 28930 match_part 0.977 30584 30928 match_part 0.829 31219 31288 match_21 match_part 0.975 28769 28930 match_part 0.973 30584 31072 match_22 match_part 0.969 28769 28930 match_part 0.903 30584 30893 match_23 match_part 0.966 28785 28930 match_part 0.972 30584 31089 match_24 match_part 1.000 28787 28930 match_part 0.999 30584 31285 match_25 match_part 0.993 28791 28930 match_part 0.977 30584 30928 match_part 0.817 31219 31404 match_26 match_part 1.000 28830 28930 match_part 0.999 30584 31351 match_27 match_part 0.964 30592 31222 match_28 match_part 1.000 30773 31337 match_29 match_part 0.989 30832 31558 match_30 match_part 0.993 31087 31487 match_31 match_part 0.987 31138 31513 match_32 match_part 0.997 31199 31549 match_33 match_part 0.976 31210 31496 match_34 match_part 0.998 37953 38470 match_35 match_part 1.000 38128 38712 match_36 match_part 0.994 49523 49701 match_part 1.000 50876 50929 match_part 1.000 51514 51775 match_part 1.000 51885 51973 match_part 1.000 52628 52758 match_part 1.000 53874 53920 match_part 1.000 54021 54129 match_part 1.000 54258 54326 match_part 0.994 55140 55308 match_part 1.000 56501 57006 match_part 1.000 57548 57609 match_part 0.990 57693 57795 match_part 1.000 57882 57939 match_part 1.000 61813 62091 match_part 0.600 62143 62147 match_37 match_part 0.877 49543 49664 match_part 0.833 49829 49834 match_part 1.000 49916 49925 match_part 0.600 50614 50653 match_part 0.981 50876 50929 match_part 0.962 51514 51775 match_part 0.966 51885 51971 match_38 match_part 1.000 49659 49701 match_part 0.981 50876 50929 match_part 0.962 51514 51775 match_part 0.966 51885 51973 match_part 0.969 52628 52758 match_part 0.979 53874 53920 match_part 1.000 54021 54039 match_39 match_part 1.000 51732 51775 match_part 1.000 51885 51973 match_part 0.979 52628 53002 match_40 match_part 1.000 54304 54326 match_part 1.000 55140 55308 match_part 0.978 56501 56957 match_41 match_part 0.968 55278 55308 match_part 0.968 56501 57006 match_part 0.952 57548 57736 match_42 match_part 0.968 55278 55308 match_part 0.958 56501 57006 match_part 1.000 57548 57589 match_43 match_part 0.996 55641 56352 match_44 match_part 1.000 55641 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match_part 1.000 100072 99900 match_part 0.990 99307 99116 match_276 match_part 0.904 100625 100408 match_part 0.974 100235 100160 match_part 0.983 100072 99900 match_part 0.890 99307 99126 match_277 match_part 0.909 100659 100408 match_part 0.974 100235 100160 match_part 0.977 100072 99900 match_part 0.798 99307 99145 match_278 match_part 1.000 100558 100408 match_part 1.000 100235 100160 match_part 1.000 100072 99900 match_part 0.987 99307 99152 match_279 match_part 1.000 100541 100408 match_part 1.000 100235 100160 match_part 1.000 100072 99900 match_part 1.000 99307 99187 match_280 match_part 0.992 100536 100408 match_part 1.000 100235 100160 match_part 0.983 100072 99900 match_part 1.000 99307 99190 match_281 match_part 0.908 100679 100408 match_part 0.974 100235 100160 match_part 0.983 100072 99900 match_part 0.847 99307 99197 match_282 match_part 0.911 100553 100408 match_part 0.947 100235 100160 match_part 0.977 100072 99900 match_part 0.937 99307 99213 match_283 match_part 0.959 100530 100408 match_part 0.987 100235 100160 match_part 0.954 100072 99900 match_part 0.989 99307 99215 match_284 match_part 0.952 100532 100408 match_part 0.974 100235 100160 match_part 0.983 100072 99900 match_part 0.929 99307 99223 match_285 match_part 1.000 100237 100160 match_part 1.000 100072 99596 match_286 match_part 0.750 100831 100824 match_part 0.995 100629 100408 match_part 1.000 100235 100160 match_part 0.971 100072 99900 match_287 match_part 0.899 100664 100408 match_part 0.974 100235 100160 match_part 1.000 100072 100043 match_288 match_part 0.929 100547 100408 match_part 0.893 100235 100208 match_289 match_part 0.998 111346 110931 match_part 0.500 110823 110788 match_290 match_part 1.000 112250 112239 match_part 0.868 112128 112091 match_part 0.963 112007 111926 match_part 0.963 111355 111007 match_part 0.571 110823 110803 match_291 match_part 0.970 112123 112091 match_part 1.000 112007 111926 match_part 0.998 111355 110872 match_292 match_part 0.998 114860 113703 match_part 1.000 112972 112891 match_part 1.000 112691 112595 match_part 1.000 112445 112382 match_part 1.000 112295 112239 match_part 1.000 112128 112091 match_part 1.000 112007 111926 match_part 0.975 111355 110919 match_293 match_part 1.000 112671 112595 match_part 0.969 112445 112382 match_part 0.947 112295 112239 match_part 0.974 112128 112091 match_part 1.000 112007 111926 match_part 0.914 111355 110949 match_294 match_part 1.000 113911 113703 match_part 1.000 112972 112891 match_part 1.000 112691 112595 match_part 1.000 112445 112382 match_part 1.000 112295 112239 match_part 1.000 112128 112091 match_part 1.000 112007 111926 match_part 0.985 111355 111095 match_295 match_part 0.942 112942 112891 match_part 1.000 112691 112595 match_part 0.943 112445 112411 match_296 match_part 1.000 114433 113703 match_part 1.000 112972 112891 match_part 0.986 112691 112621 match_297 match_part 1.000 114223 113708 match_part 1.000 112972 112906 match_298 match_part 0.998 114318 113779 match_299 match_part 0.995 114480 113862 match_300 match_part 1.000 114480 113970 match_301 match_part 0.982 114529 114027 match_302 match_part 0.972 114795 114035 match_303 match_part 0.997 114481 114094 match_304 match_part 0.980 114790 114149 match_305 match_part 0.960 114793 114163 match_306 match_part 0.971 114790 114281 match_307 match_part 0.971 114790 114338 match_308 match_part 1.000 114849 114365 match_309 match_part 0.979 114787 114365 match_310 match_part 0.998 114860 114367 match_311 match_part 0.970 114795 114395 match_312 match_part 0.976 114824 114457 match_313 match_part 0.966 131426 130926 match_314 match_part 0.795 131688 131650 match_part 0.985 131473 130996 match_315 match_part 0.989 131457 131085 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C02HBa0165K22.1 type gene exon 9360 9364 exon 9544 9950 exon 10053 10273 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C02HBa0165K22.1 type gene exon 13432 12794 exon 11778 11629 exon 11522 11085 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C02HBa0165K22.1 type gene exon 21185 20136 exon 20052 19720 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C02HBa0165K22.1 type gene exon 22653 21784 gene_5 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C02HBa0165K22.1 type gene exon 28721 28930 exon 30584 31558 gene_6 gene GT_PGL_5_AGS_2 transcript source GenomeThreader seq_id C02HBa0165K22.1 type gene exon 28721 28930 exon 30584 30928 exon 31219 31404 gene_7 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C02HBa0165K22.1 type gene exon 31481 30896 exon 30829 30743 gene_8 gene GT_PGL_6_AGS_2 transcript source GenomeThreader seq_id C02HBa0165K22.1 type gene exon 31455 30621 gene_9 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C02HBa0165K22.1 type gene exon 37953 38712 gene_10 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C02HBa0165K22.1 type gene exon 41727 41070 exon 40977 40437 exon 40336 40023 exon 39845 39605 exon 39505 39039 gene_11 gene GT_PGL_8_AGS_2 transcript source GenomeThreader seq_id C02HBa0165K22.1 type gene exon 40329 40023 exon 39845 39049 gene_12 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C02HBa0165K22.1 type gene exon 47180 46662 gene_13 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C02HBa0165K22.1 type gene exon 49523 49701 exon 50876 50929 exon 51514 51775 exon 51885 51973 exon 52628 52758 exon 53874 53920 exon 54021 54129 exon 54258 54326 exon 55140 55308 exon 56501 57006 exon 57548 57609 exon 57693 57795 exon 57882 57939 exon 61813 62091 exon 62143 62147 gene_14 gene GT_PGL_10_AGS_2 transcript source GenomeThreader seq_id C02HBa0165K22.1 type gene exon 54304 54326 exon 55140 55308 exon 56501 57006 exon 57548 57609 exon 57693 57795 exon 57882 57939 exon 61058 61148 exon 61813 62001 exon 62143 62147 gene_15 gene GT_PGL_10_AGS_3 transcript source GenomeThreader seq_id C02HBa0165K22.1 type gene exon 54304 54326 exon 55140 55308 exon 56501 57006 exon 57548 57736 gene_16 gene GT_PGL_10_AGS_4 transcript source GenomeThreader seq_id C02HBa0165K22.1 type gene exon 55641 56352 gene_17 gene GT_PGL_10_AGS_5 transcript source GenomeThreader seq_id C02HBa0165K22.1 type gene exon 49543 49664 exon 49829 49834 exon 49916 49925 exon 50614 50653 exon 50876 50929 exon 51514 51775 exon 51885 51973 exon 52628 53002 gene_18 gene GT_PGL_10_AGS_6 transcript source GenomeThreader seq_id C02HBa0165K22.1 type gene exon 56419 57006 exon 57548 57720 gene_19 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C02HBa0165K22.1 type gene exon 62908 62260 gene_20 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C02HBa0165K22.1 type gene exon 66473 66318 exon 66225 65021 gene_21 gene GT_PGL_12_AGS_2 transcript source GenomeThreader seq_id C02HBa0165K22.1 type gene exon 66597 66432 exon 66347 66318 exon 66225 65021 gene_22 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C02HBa0165K22.1 type gene exon 66958 66755 gene_23 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C02HBa0165K22.1 type gene exon 71956 71093 gene_24 gene GT_PGL_15_AGS_1 transcript source GenomeThreader seq_id C02HBa0165K22.1 type gene exon 73576 72626 gene_25 gene GT_PGL_16_AGS_1 transcript source GenomeThreader seq_id C02HBa0165K22.1 type gene exon 74768 74114 exon 74027 73998 exon 73906 73795 gene_26 gene GT_PGL_17_AGS_1 transcript source GenomeThreader seq_id C02HBa0165K22.1 type gene exon 77301 77960 exon 78525 79344 gene_27 gene GT_PGL_18_AGS_1 transcript source GenomeThreader seq_id C02HBa0165K22.1 type gene exon 81064 81098 exon 81285 81340 exon 81511 81556 exon 81987 82121 exon 82307 82438 exon 82947 83030 exon 83109 83207 exon 84507 84598 exon 85125 85197 exon 85269 85345 gene_28 gene GT_PGL_18_AGS_2 transcript source GenomeThreader seq_id C02HBa0165K22.1 type gene exon 86517 86553 exon 86640 86771 exon 87300 87425 exon 87527 87634 exon 88127 88189 exon 88317 88391 exon 88640 88842 exon 88927 89090 gene_29 gene GT_PGL_18_AGS_3 transcript source GenomeThreader seq_id C02HBa0165K22.1 type gene exon 80752 81098 exon 81285 81340 exon 81511 81556 exon 82036 82121 exon 82307 82438 exon 84507 84598 exon 85125 85197 exon 85269 85421 exon 85541 85660 exon 85778 85831 exon 86295 86378 exon 86479 86553 exon 86640 86848 gene_30 gene GT_PGL_19_AGS_1 transcript source GenomeThreader seq_id C02HBa0165K22.1 type gene exon 91367 92275 gene_31 gene GT_PGL_20_AGS_1 transcript source GenomeThreader seq_id C02HBa0165K22.1 type gene exon 100679 100408 exon 100235 100160 exon 100072 99900 exon 99307 99006 gene_32 gene GT_PGL_20_AGS_2 transcript source GenomeThreader seq_id C02HBa0165K22.1 type gene exon 100679 100408 exon 100235 100160 exon 100072 99900 exon 99307 99025 exon 97718 97680 exon 97407 97393 gene_33 gene GT_PGL_20_AGS_3 transcript source GenomeThreader seq_id C02HBa0165K22.1 type gene exon 100831 100824 exon 100629 100408 exon 100235 100160 exon 100072 99900 exon 99307 99006 gene_34 gene GT_PGL_20_AGS_4 transcript source GenomeThreader seq_id C02HBa0165K22.1 type gene exon 100679 100408 exon 100235 100160 exon 100072 99900 exon 99307 99114 exon 97714 97697 gene_35 gene GT_PGL_20_AGS_5 transcript source GenomeThreader seq_id C02HBa0165K22.1 type gene exon 100679 100408 exon 100235 100160 exon 100072 99900 exon 99307 99119 exon 97706 97691 gene_36 gene GT_PGL_20_AGS_6 transcript source GenomeThreader seq_id C02HBa0165K22.1 type gene exon 100237 100160 exon 100072 99596 gene_37 gene GT_PGL_21_AGS_1 transcript source GenomeThreader seq_id C02HBa0165K22.1 type gene exon 114860 113703 exon 112972 112891 exon 112691 112595 exon 112445 112382 exon 112295 112239 exon 112128 112091 exon 112007 111926 exon 111355 110872 gene_38 gene GT_PGL_21_AGS_2 transcript source GenomeThreader seq_id C02HBa0165K22.1 type gene exon 114860 113703 exon 112972 112891 exon 112691 112595 exon 112445 112382 exon 112295 112239 exon 112128 112091 exon 112007 111926 exon 111355 110931 exon 110823 110788 gene_39 gene GT_PGL_21_AGS_3 transcript source GenomeThreader seq_id C02HBa0165K22.1 type gene exon 114860 113703 exon 112972 112891 exon 112691 112595 exon 112445 112382 exon 112295 112239 exon 112128 112091 exon 112007 111926 exon 111355 111007 exon 110823 110803 gene_40 gene GT_PGL_21_AGS_4 transcript source GenomeThreader seq_id C02HBa0165K22.1 type gene exon 114860 113708 exon 112972 112891 exon 112691 112595 exon 112445 112382 exon 112295 112239 exon 112128 112091 exon 112007 111926 exon 111355 110872 gene_41 gene GT_PGL_22_AGS_1 transcript source GenomeThreader seq_id C02HBa0165K22.1 type gene exon 116576 116729 exon 116860 116976 exon 117957 118397 exon 119933 120295 exon 120501 121059 gene_42 gene GT_PGL_22_AGS_2 transcript source GenomeThreader seq_id C02HBa0165K22.1 type gene exon 116545 116549 exon 116633 116729 exon 116860 116976 exon 117957 118397 exon 119933 120295 exon 120501 121059 gene_43 gene GT_PGL_22_AGS_3 transcript source GenomeThreader seq_id C02HBa0165K22.1 type gene exon 116653 116721 exon 120063 120295 exon 120501 121059 gene_44 gene GT_PGL_23_AGS_1 transcript source GenomeThreader seq_id C02HBa0165K22.1 type gene exon 126415 126886 exon 127990 128105 exon 128195 128283 exon 128389 128502 exon 128902 128989 exon 129081 129166 exon 129265 129367 exon 129652 129749 exon 130062 130491 exon 131002 131601 gene_45 gene GT_PGL_23_AGS_2 transcript source GenomeThreader seq_id C02HBa0165K22.1 type gene exon 126415 126886 exon 127990 128105 exon 128195 128283 exon 128389 128502 exon 128902 128989 exon 129081 129166 exon 129265 129367 exon 129652 129749 exon 130062 131461 gene_46 gene GT_PGL_23_AGS_3 transcript source GenomeThreader seq_id C02HBa0165K22.1 type gene exon 126415 126886 exon 127990 128105 exon 128195 128283 exon 128389 128502 exon 128902 128989 exon 129081 129367 exon 129652 129749 exon 130062 130491 exon 131002 131601 gene_47 gene GT_PGL_24_AGS_1 transcript source GenomeThreader seq_id C02HBa0165K22.1 type gene exon 131688 131650 exon 131473 130926 gene_48 gene GT_PGL_25_AGS_1 transcript source GenomeThreader seq_id C02HBa0165K22.1 type gene exon 132459 132567 exon 132662 132739 exon 132861 133028 exon 133635 133683 exon 133954 134027 exon 135103 135747 gene_49 gene GT_PGL_25_AGS_2 transcript source GenomeThreader seq_id C02HBa0165K22.1 type gene exon 132459 132567 exon 132662 132739 exon 132861 133028 exon 133635 133683 exon 133954 134044 exon 135103 135139 RepeatMasker tomato repeats master SHAMUDRAV_MT 1538 1595 1 SHAMUDRAV_MT 1538 1595 1 nucleotide_motif 259 29671 29725 Unknown00043 1980 2038 1 Unknown00043 1980 2038 1 nucleotide_motif 273 29801 29858 Gypsy00163 7740 8008 1 Gypsy00163 7740 8008 1 nucleotide_motif 1348 31834 32092 Gypsy00163 8020 8135 1 Gypsy00163 8020 8135 1 nucleotide_motif 296 32392 32521 Unknown00029 2927 2993 1 Unknown00029 2927 2993 1 nucleotide_motif 337 68225 68294 Unknown00046 514 627 1 Unknown00046 514 627 1 nucleotide_motif 298 69043 69161 Unknown00034 5149 5205 1 Unknown00034 5149 5205 1 nucleotide_motif 249 70762 70818 Unknown00034 5145 5206 1 Unknown00034 5145 5206 1 nucleotide_motif 240 76023 76084 Copia00110 2386 2716 1 Copia00110 2386 2716 1 nucleotide_motif 1511 79466 79782 Gypsy00042 5917 5987 1 Gypsy00042 5917 5987 1 nucleotide_motif 246 80633 80701 Gypsy00202 2290 2333 1 Gypsy00202 2290 2333 1 nucleotide_motif 227 83395 83438 Gypsy00202 2248 2358 1 Gypsy00202 2248 2358 1 nucleotide_motif 299 97975 98086 ALIEN1_CA 1 184 1 ALIEN1_CA 1 184 1 nucleotide_motif 396 120859 121044 Gypsy00178 6516 6588 1 Gypsy00178 6516 6588 1 nucleotide_motif 240 124831 124905 RepeatMasker tomato repeats master Copia00172 5191 5313 -1 Copia00172 5191 5313 -1 nucleotide_motif 593 5475 5349 Copia00172 1125 1500 -1 Copia00172 1125 1500 -1 nucleotide_motif 2229 7547 7162 Unknown00046 1869 2052 -1 Unknown00046 1869 2052 -1 nucleotide_motif 820 13954 13759 Gypsy00073 80 383 -1 Gypsy00073 80 383 -1 nucleotide_motif 1294 15518 15212 Gypsy00073 11875 12053 -1 Gypsy00073 11875 12053 -1 nucleotide_motif 1016 15703 15520 TOTO1_LP_LTR 96 192 -1 TOTO1_LP_LTR 96 192 -1 nucleotide_motif 239 26003 25911 GYCUME1_LTR 359 422 -1 GYCUME1_LTR 359 422 -1 nucleotide_motif 251 29749 29686 SSU-rRNA_Ath 1196 1277 -1 SSU-rRNA_Ath 1196 1277 -1 nucleotide_motif 358 48276 48196 SOD_SINE 85 192 -1 SOD_SINE 85 192 -1 nucleotide_motif 419 58461 58354 SONATA1 6 243 -1 SONATA1 6 243 -1 nucleotide_motif 1604 58842 58603 TS2 22 251 -1 TS2 22 251 -1 nucleotide_motif 663 59201 58969 MUDSOLT1 471 554 -1 MUDSOLT1 471 554 -1 nucleotide_motif 235 80632 80613 ALIEN1_CA 1 186 -1 ALIEN1_CA 1 186 -1 nucleotide_motif 821 83787 83605 Copia00089 3857 4028 -1 Copia00089 3857 4028 -1 nucleotide_motif 440 103061 102891 GYCUME1_LTR 356 1337 -1 GYCUME1_LTR 356 1337 -1 nucleotide_motif 266 124892 124796 BLAST_tomato_bacs Tomato BAC sequences BLAST_tomato_bacs Tomato BAC sequences match_1 match 3035 134244 135795 match_2 match 1754 2269 3291 match_3 match 1939 28636 29685 match_4 match 4330 14862 match_5 match 3067 1 1592 match_6 match 3158 34036 35691 match_7 match 3538 26393 28213 match_8 match 3568 24347 26320 match_9 match 4444 29723 32009 match_10 match 17339 22751 match_11 match 1455 69769 70818 match_12 match 1384 69769 70812 match_13 match 1536 5701 7058 match_14 match 1536 5701 7058 match_15 match 1536 5701 7058 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) clone_1 clone 1135 1 135761 clone_start_1 clone_start 1128 1 590 clone_start_2 clone_start 1324 4870 5573 clone_2 clone 858.5 12554 55274 clone_start_3 clone_start 551 12554 12852 clone_3 clone 605 13526 123471 clone_end_1 clone_end 952 13526 14017 clone_4 clone 754.5 13526 123225 clone_end_2 clone_end 952 13526 14017 clone_5 clone 1178.5 35100 67386 clone_end_3 clone_end 1275 35100 35746 clone_6 clone 1258 40533 72854 clone_end_4 clone_end 1342 40533 41209 clone_7 clone 847.5 41914 80123 clone_end_5 clone_end 1291 41914 42609 clone_8 clone 933 41914 80566 clone_end_6 clone_end 1291 41914 42609 clone_9 clone 817.5 41914 80123 clone_end_7 clone_end 1205 41914 42545 clone_10 clone 890 41914 80566 clone_end_8 clone_end 1205 41914 42545 clone_11 clone 987 57375 88894 clone_start_4 clone_start 967 57375 57883 clone_12 clone 814 64824 97672 clone_start_5 clone_start 1358 64824 65508 clone_13 clone 944.5 64824 97451 clone_start_6 clone_start 1358 64824 65508 clone_14 clone 868.5 64894 96048 clone_start_7 clone_start 1057 64894 65426 clone_15 clone 886.5 74680 115382 clone_start_8 clone_start 1283 74680 75422 clone_16 clone 898 74680 115106 clone_start_9 clone_start 1283 74680 75422 clone_start_10 clone_start 359 103463 103667 clone_start_11 clone_start 381 103872 104084 clone_start_12 clone_start 874 134237 134681 clone_start_13 clone_start 385 135602 135795 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) clone_end_9 clone_end 1142 135761 135170 clone_end_10 clone_end 1166 55274 54687 clone_start_14 clone_start 258 123471 123342 clone_start_15 clone_start 557 123225 122945 clone_start_16 clone_start 763 14862 14454 clone_start_17 clone_start 563 15198 14915 clone_end_11 clone_end 1197 18497 17894 clone_start_18 clone_start 1415 30493 29769 clone_end_12 clone_end 1358 35695 35011 clone_start_19 clone_start 1082 67386 66841 clone_end_13 clone_end 1570 40254 39463 clone_end_14 clone_end 1033 40076 39540 clone_end_15 clone_end 1346 40445 39767 clone_start_20 clone_start 1174 72854 72263 clone_end_16 clone_end 1162 41819 41234 clone_start_21 clone_start 404 80123 79920 clone_start_22 clone_start 575 80566 80256 clone_start_23 clone_start 430 80123 79907 clone_start_24 clone_start 575 80566 80256 clone_end_17 clone_end 460 42709 42457 clone_start_25 clone_start 274 42709 42572 clone_end_18 clone_end 680 43171 42789 clone_start_26 clone_start 797 43239 42789 clone_end_19 clone_end 426 45268 45030 clone_start_27 clone_start 1372 50713 50010 clone_start_28 clone_start 1405 52037 51309 clone_end_20 clone_end 1007 88894 88387 clone_end_21 clone_end 1467 61462 60712 clone_start_29 clone_start 1158 61693 61030 clone_start_30 clone_start 1294 64712 64032 clone_end_22 clone_end 769 64855 64444 clone_end_23 clone_end 270 97672 97537 clone_end_24 clone_end 531 97451 97076 clone_end_25 clone_end 680 96048 95589 clone_end_26 clone_end 1324 65736 65069 clone_end_27 clone_end 1179 65722 65124 clone_end_28 clone_end 708 69466 69079 clone_end_29 clone_end 1098 70429 69847 clone_end_30 clone_end 490 115382 115136 clone_end_31 clone_end 513 115106 114848 clone_end_32 clone_end 1239 77982 77342 clone_start_31 clone_start 1116 85538 84976 clone_start_32 clone_start 1511 93729 92948 clone_start_33 clone_start 1134 108322 107698 clone_start_34 clone_start 946 113592 113093 clone_end_33 clone_end 394 116159 115937 clone_end_34 clone_end 307 116446 116292 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_1 match_part 0.995 28721 28930 match_part 0.995 30584 30798 match_2 match_part 1.000 28721 28930 match_part 1.000 30584 30775 match_3 match_part 1.000 28722 28930 match_part 1.000 30584 30874 match_4 match_part 1.000 28723 28930 match_part 0.995 30584 31002 match_5 match_part 1.000 28723 28930 match_part 1.000 30584 30896 match_6 match_part 1.000 28724 28930 match_part 1.000 30584 30970 match_7 match_part 1.000 28727 28930 match_part 0.992 30584 30972 match_8 match_part 0.968 28743 28930 match_part 0.955 30584 30694 match_9 match_part 0.989 28744 28930 match_part 0.974 30584 30738 match_10 match_part 0.978 28747 28930 match_part 1.000 30584 30718 match_11 match_part 0.994 28755 28930 match_part 0.995 30584 30804 match_12 match_part 1.000 28757 28930 match_part 0.996 30584 31033 match_13 match_part 1.000 28759 28930 match_part 1.000 30584 31078 match_14 match_part 0.994 28761 28930 match_part 0.996 30584 30861 match_15 match_part 1.000 28762 28930 match_part 1.000 30584 30859 match_16 match_part 0.966 28785 28930 match_part 0.972 30584 31089 match_17 match_part 1.000 28787 28930 match_part 0.999 30584 31285 match_18 match_part 1.000 28830 28930 match_part 0.999 30584 31351 match_19 match_part 1.000 30773 31337 match_20 match_part 0.989 30832 31558 match_21 match_part 0.993 31087 31487 match_22 match_part 0.987 31138 31513 match_23 match_part 0.997 31199 31549 match_24 match_part 0.976 31210 31496 match_25 match_part 0.998 37953 38470 match_26 match_part 1.000 38128 38712 match_27 match_part 0.994 49523 49701 match_part 1.000 50876 50929 match_part 1.000 51514 51775 match_part 1.000 51885 51973 match_part 1.000 52628 52758 match_part 1.000 53874 53920 match_part 1.000 54021 54129 match_part 1.000 54258 54326 match_part 0.994 55140 55308 match_part 1.000 56501 57006 match_part 1.000 57548 57609 match_part 0.990 57693 57795 match_part 1.000 57882 57939 match_part 1.000 61813 62091 match_part 0.600 62143 62147 match_28 match_part 1.000 51732 51775 match_part 1.000 51885 51973 match_part 0.979 52628 53002 match_29 match_part 1.000 54304 54326 match_part 1.000 55140 55308 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112891 match_part 1.000 112691 112595 match_part 1.000 112445 112382 match_part 1.000 112295 112239 match_part 1.000 112128 112091 match_part 1.000 112007 111926 match_part 0.985 111355 111095 match_214 match_part 1.000 114433 113703 match_part 1.000 112972 112891 match_part 0.986 112691 112621 match_215 match_part 1.000 114223 113708 match_part 1.000 112972 112906 match_216 match_part 0.998 114318 113779 match_217 match_part 0.995 114480 113862 match_218 match_part 1.000 114480 113970 match_219 match_part 0.997 114481 114094 match_220 match_part 0.960 114793 114163 match_221 match_part 1.000 114849 114365 match_222 match_part 0.998 114860 114367 match_223 match_part 0.795 131688 131650 match_part 0.985 131473 130996 match_224 match_part 0.989 131457 131085 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C02HBa0165K22.1 type gene exon 13432 12794 exon 11778 11629 exon 11522 11085 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C02HBa0165K22.1 type gene exon 21185 20136 exon 20052 19720 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C02HBa0165K22.1 type gene exon 22653 21840 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C02HBa0165K22.1 type gene exon 28721 28930 exon 30584 31558 gene_5 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C02HBa0165K22.1 type gene exon 31481 30896 exon 30829 30743 gene_6 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C02HBa0165K22.1 type gene exon 37953 38712 gene_7 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C02HBa0165K22.1 type gene exon 41721 41070 exon 40977 40437 exon 40336 40023 exon 39845 39605 exon 39505 39039 gene_8 gene GT_PGL_7_AGS_2 transcript source GenomeThreader seq_id C02HBa0165K22.1 type gene exon 40329 40023 exon 39845 39049 gene_9 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C02HBa0165K22.1 type gene exon 47180 46662 gene_10 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C02HBa0165K22.1 type gene exon 49523 49701 exon 50876 50929 exon 51514 51775 exon 51885 51973 exon 52628 52758 exon 53874 53920 exon 54021 54129 exon 54258 54326 exon 55140 55308 exon 56501 57006 exon 57548 57609 exon 57693 57795 exon 57882 57939 exon 61813 62091 exon 62143 62147 gene_11 gene GT_PGL_9_AGS_2 transcript source GenomeThreader seq_id C02HBa0165K22.1 type gene exon 55641 56352 gene_12 gene GT_PGL_9_AGS_3 transcript source GenomeThreader seq_id C02HBa0165K22.1 type gene exon 56419 57006 exon 57548 57720 gene_13 gene GT_PGL_9_AGS_4 transcript source GenomeThreader seq_id C02HBa0165K22.1 type gene exon 51732 51775 exon 51885 51973 exon 52628 53002 gene_14 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C02HBa0165K22.1 type gene exon 66473 66318 exon 66225 65021 gene_15 gene GT_PGL_10_AGS_2 transcript source GenomeThreader seq_id C02HBa0165K22.1 type gene exon 66597 66432 exon 66347 66318 exon 66225 65021 gene_16 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C02HBa0165K22.1 type gene exon 66958 66755 gene_17 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C02HBa0165K22.1 type gene exon 71956 71093 gene_18 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C02HBa0165K22.1 type gene exon 73576 72626 gene_19 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C02HBa0165K22.1 type gene exon 74768 74114 exon 74027 73998 exon 73906 73795 gene_20 gene GT_PGL_15_AGS_1 transcript source GenomeThreader seq_id C02HBa0165K22.1 type gene exon 77301 77960 exon 78525 79344 gene_21 gene GT_PGL_16_AGS_1 transcript source GenomeThreader seq_id C02HBa0165K22.1 type gene exon 81064 81098 exon 81285 81340 exon 81511 81556 exon 81987 82121 exon 82307 82438 exon 82947 83030 exon 83109 83207 exon 84507 84598 exon 85125 85197 exon 85269 85345 gene_22 gene GT_PGL_16_AGS_2 transcript source GenomeThreader seq_id C02HBa0165K22.1 type gene exon 80752 81098 exon 81285 81340 exon 81511 81556 exon 82036 82121 exon 82307 82438 exon 84507 84598 exon 85125 85197 exon 85269 85421 exon 85541 85660 exon 85778 85831 exon 86295 86378 exon 86479 86553 exon 86640 86848 gene_23 gene GT_PGL_17_AGS_1 transcript source GenomeThreader seq_id C02HBa0165K22.1 type gene exon 91368 91964 gene_24 gene GT_PGL_18_AGS_1 transcript source GenomeThreader seq_id C02HBa0165K22.1 type gene exon 100831 100824 exon 100629 100408 exon 100235 100160 exon 100072 99900 exon 99307 99006 gene_25 gene GT_PGL_18_AGS_2 transcript source GenomeThreader seq_id C02HBa0165K22.1 type gene exon 100831 100824 exon 100629 100408 exon 100235 100160 exon 100072 99900 exon 99307 99119 exon 97706 97691 gene_26 gene GT_PGL_18_AGS_3 transcript source GenomeThreader seq_id C02HBa0165K22.1 type gene exon 100237 100160 exon 100072 99596 gene_27 gene GT_PGL_19_AGS_1 transcript source GenomeThreader seq_id C02HBa0165K22.1 type gene exon 114860 113703 exon 112972 112891 exon 112691 112595 exon 112445 112382 exon 112295 112239 exon 112128 112091 exon 112007 111926 exon 111355 110872 gene_28 gene GT_PGL_19_AGS_2 transcript source GenomeThreader seq_id C02HBa0165K22.1 type gene exon 114860 113703 exon 112972 112891 exon 112691 112595 exon 112445 112382 exon 112295 112239 exon 112128 112091 exon 112007 111926 exon 111355 110931 exon 110823 110788 gene_29 gene GT_PGL_19_AGS_3 transcript source GenomeThreader seq_id C02HBa0165K22.1 type gene exon 114860 113703 exon 112972 112891 exon 112691 112595 exon 112445 112382 exon 112295 112239 exon 112128 112091 exon 112007 111926 exon 111355 111007 exon 110823 110803 gene_30 gene GT_PGL_19_AGS_4 transcript source GenomeThreader seq_id C02HBa0165K22.1 type gene exon 114860 113708 exon 112972 112906 gene_31 gene GT_PGL_20_AGS_1 transcript source GenomeThreader seq_id C02HBa0165K22.1 type gene exon 116576 116729 exon 116860 116976 exon 117957 118397 exon 119933 120295 exon 120501 121059 gene_32 gene GT_PGL_20_AGS_2 transcript source GenomeThreader seq_id C02HBa0165K22.1 type gene exon 116545 116549 exon 116633 116729 exon 116860 116976 exon 117957 118397 exon 119933 120295 exon 120501 121059 gene_33 gene GT_PGL_21_AGS_1 transcript source GenomeThreader seq_id C02HBa0165K22.1 type gene exon 126434 126886 exon 127990 128105 exon 128195 128283 exon 128389 128502 exon 128902 128989 exon 129081 129166 exon 129265 129367 exon 129652 129749 exon 130062 130491 exon 131002 131601 gene_34 gene GT_PGL_21_AGS_2 transcript source GenomeThreader seq_id C02HBa0165K22.1 type gene exon 126434 126886 exon 127990 128105 exon 128195 128283 exon 128389 128502 exon 128902 128989 exon 129081 129166 exon 129265 129367 exon 129652 129749 exon 130062 131461 gene_35 gene GT_PGL_21_AGS_3 transcript source GenomeThreader seq_id C02HBa0165K22.1 type gene exon 126434 126886 exon 127990 128105 exon 128195 128283 exon 128389 128502 exon 128902 128989 exon 129081 129367 exon 129652 129749 exon 130062 130491 exon 131002 131601 gene_36 gene GT_PGL_22_AGS_1 transcript source GenomeThreader seq_id C02HBa0165K22.1 type gene exon 131688 131650 exon 131473 130996 gene_37 gene GT_PGL_23_AGS_1 transcript source GenomeThreader seq_id C02HBa0165K22.1 type gene exon 132461 132567 exon 132662 132739 exon 132861 133028 exon 133635 133683 exon 133954 134027 exon 135103 135196 AUGUSTUS_tom_cdna de novo gene_1 gene 0.92 9035 9946 transcript_1 transcript 0.92 9035 9946 start_codon_1 start_codon 9035 9037 CDS_1 CDS 0.92 9035 9946 stop_codon_1 stop_codon 9944 9946 gene_2 gene 0.47 28801 31266 transcript_2 transcript 0.47 28801 31266 start_codon_2 start_codon 28801 28803 intron_1 intron 1 28931 30583 CDS_2 CDS 0.47 28801 28930 CDS_3 CDS 1 30584 31266 stop_codon_2 stop_codon 31264 31266 gene_3 gene 0.79 33604 37549 transcript_3 transcript 0.79 33604 37549 start_codon_3 start_codon 33604 33606 intron_2 intron 0.91 33995 35382 intron_3 intron 1 35547 35686 intron_4 intron 0.97 35785 35875 intron_5 intron 0.97 36011 36155 intron_6 intron 1 36346 36442 CDS_4 CDS 0.83 33604 33994 CDS_5 CDS 0.97 35383 35546 CDS_6 CDS 1 35687 35784 CDS_7 CDS 0.96 35876 36010 CDS_8 CDS 0.99 36156 36345 CDS_9 CDS 1 36443 37549 stop_codon_3 stop_codon 37547 37549 gene_4 gene 0.13 50053 57935 transcript_4 transcript 0.13 50053 57935 start_codon_4 start_codon 50053 50055 intron_7 intron 0.34 50084 50875 intron_8 intron 0.55 50930 51513 intron_9 intron 1 51776 51884 intron_10 intron 1 51974 52627 intron_11 intron 0.64 52759 53997 intron_12 intron 0.62 54130 55139 intron_13 intron 1 55309 56500 intron_14 intron 1 57007 57547 intron_15 intron 1 57610 57692 intron_16 intron 1 57796 57881 CDS_10 CDS 0.42 50053 50083 CDS_11 CDS 0.54 50876 50929 CDS_12 CDS 0.88 51514 51775 CDS_13 CDS 1 51885 51973 CDS_14 CDS 1 52628 52758 CDS_15 CDS 0.64 53998 54129 CDS_16 CDS 1 55140 55308 CDS_17 CDS 1 56501 57006 CDS_18 CDS 1 57548 57609 CDS_19 CDS 1 57693 57795 CDS_20 CDS 1 57882 57935 stop_codon_4 stop_codon 57933 57935 gene_5 gene 0.98 76681 79131 transcript_5 transcript 0.98 76681 79131 start_codon_5 start_codon 76681 76683 intron_17 intron 0.98 76725 77945 intron_18 intron 0.99 77961 78524 CDS_21 CDS 1 76681 76724 CDS_22 CDS 0.99 77946 77960 CDS_23 CDS 1 78525 79131 stop_codon_5 stop_codon 79129 79131 gene_6 gene 0.1 81012 92163 transcript_6 transcript 0.1 81012 92163 start_codon_6 start_codon 81012 81014 intron_19 intron 1 81099 81284 intron_20 intron 1 81341 81510 intron_21 intron 1 81557 81986 intron_22 intron 1 82122 82306 intron_23 intron 1 82439 82946 intron_24 intron 1 83031 83108 intron_25 intron 1 83208 84506 intron_26 intron 1 84599 85124 intron_27 intron 1 85198 85268 intron_28 intron 0.69 85422 85540 intron_29 intron 0.65 85661 85777 intron_30 intron 0.87 85832 86294 intron_31 intron 0.81 86379 86478 intron_32 intron 0.68 86554 86639 intron_33 intron 0.21 86772 88126 intron_34 intron 0.82 88190 88316 intron_35 intron 0.97 88392 88639 intron_36 intron 0.99 88843 88926 intron_37 intron 0.63 89050 91256 CDS_24 CDS 1 81012 81098 CDS_25 CDS 1 81285 81340 CDS_26 CDS 1 81511 81556 CDS_27 CDS 1 81987 82121 CDS_28 CDS 1 82307 82438 CDS_29 CDS 1 82947 83030 CDS_30 CDS 1 83109 83207 CDS_31 CDS 1 84507 84598 CDS_32 CDS 1 85125 85197 CDS_33 CDS 1 85269 85421 CDS_34 CDS 0.69 85541 85660 CDS_35 CDS 0.92 85778 85831 CDS_36 CDS 0.95 86295 86378 CDS_37 CDS 0.81 86479 86553 CDS_38 CDS 0.64 86640 86771 CDS_39 CDS 0.82 88127 88189 CDS_40 CDS 0.99 88317 88391 CDS_41 CDS 0.99 88640 88842 CDS_42 CDS 0.64 88927 89049 CDS_43 CDS 0.63 91257 92163 stop_codon_6 stop_codon 92161 92163 gene_7 gene 0.24 104596 111022 transcript_7 transcript 0.24 104596 111022 start_codon_7 start_codon 104596 104598 intron_38 intron 0.93 104707 105317 intron_39 intron 0.38 105762 106059 intron_40 intron 0.9 107455 107533 intron_41 intron 1 107859 107993 intron_42 intron 1 108256 108334 intron_43 intron 0.8 108552 109650 intron_44 intron 0.88 110014 110941 CDS_44 CDS 0.89 104596 104706 CDS_45 CDS 0.38 105318 105761 CDS_46 CDS 0.9 106060 107454 CDS_47 CDS 0.91 107534 107858 CDS_48 CDS 1 107994 108255 CDS_49 CDS 0.8 108335 108551 CDS_50 CDS 0.87 109651 110013 CDS_51 CDS 0.88 110942 111022 stop_codon_7 stop_codon 111020 111022 gene_8 gene 1 116673 120689 transcript_8 transcript 1 116673 120689 start_codon_8 start_codon 116673 116675 intron_45 intron 1 116730 116859 intron_46 intron 1 116977 117956 intron_47 intron 1 118398 119932 intron_48 intron 1 120296 120500 CDS_52 CDS 1 116673 116729 CDS_53 CDS 1 116860 116976 CDS_54 CDS 1 117957 118397 CDS_55 CDS 1 119933 120295 CDS_56 CDS 1 120501 120689 stop_codon_8 stop_codon 120687 120689 gene_9 gene 1 126841 131319 transcript_9 transcript 1 126841 131319 start_codon_9 start_codon 126841 126843 intron_49 intron 1 126887 127989 intron_50 intron 1 128106 128194 intron_51 intron 1 128284 128388 intron_52 intron 1 128503 128901 intron_53 intron 1 128990 129080 intron_54 intron 1 129167 129264 intron_55 intron 1 129368 129651 intron_56 intron 1 129750 130061 intron_57 intron 1 130492 131001 CDS_57 CDS 1 126841 126886 CDS_58 CDS 1 127990 128105 CDS_59 CDS 1 128195 128283 CDS_60 CDS 1 128389 128502 CDS_61 CDS 1 128902 128989 CDS_62 CDS 1 129081 129166 CDS_63 CDS 1 129265 129367 CDS_64 CDS 1 129652 129749 CDS_65 CDS 1 130062 130491 CDS_66 CDS 1 131002 131319 stop_codon_9 stop_codon 131317 131319 gene_10 gene 0.52 132529 135222 transcript_10 transcript 0.52 132529 135222 start_codon_10 start_codon 132529 132531 intron_58 intron 1 132568 132661 intron_59 intron 1 132740 132860 intron_60 intron 1 133029 133634 intron_61 intron 1 133684 133953 intron_62 intron 0.97 134028 135102 CDS_67 CDS 1 132529 132567 CDS_68 CDS 1 132662 132739 CDS_69 CDS 1 132861 133028 CDS_70 CDS 1 133635 133683 CDS_71 CDS 1 133954 134027 CDS_72 CDS 0.54 135103 135222 stop_codon_10 stop_codon 135220 135222 AUGUSTUS_tom_cdna de novo gene_11 gene 0.95 1261 1068 transcript_11 transcript 0.95 1261 1068 intron_63 intron 0.95 1067 1 CDS_73 CDS 1 1261 1068 start_codon_11 start_codon 1261 1259 gene_12 gene 0.99 13126 11211 transcript_12 transcript 0.99 13126 11211 stop_codon_11 stop_codon 11213 11211 intron_64 intron 1 11628 11523 intron_65 intron 1 12793 11779 CDS_74 CDS 1 11522 11211 CDS_75 CDS 1 11778 11629 CDS_76 CDS 0.99 13126 12794 start_codon_12 start_codon 13126 13124 gene_13 gene 1 22441 19962 transcript_13 transcript 1 22441 19962 stop_codon_12 stop_codon 19964 19962 intron_66 intron 1 20135 20053 CDS_77 CDS 1 20052 19962 CDS_78 CDS 1 22441 20136 start_codon_13 start_codon 22441 22439 gene_14 gene 1 41650 39164 transcript_14 transcript 1 41650 39164 stop_codon_13 stop_codon 39166 39164 intron_67 intron 1 39604 39506 intron_68 intron 1 40022 39846 intron_69 intron 1 40436 40337 intron_70 intron 1 41069 40978 CDS_79 CDS 1 39505 39164 CDS_80 CDS 1 39845 39605 CDS_81 CDS 1 40336 40023 CDS_82 CDS 1 40977 40437 CDS_83 CDS 1 41650 41070 start_codon_14 start_codon 41650 41648 gene_15 gene 1 47202 45979 transcript_15 transcript 1 47202 45979 stop_codon_14 stop_codon 45981 45979 CDS_84 CDS 1 47202 45979 start_codon_15 start_codon 47202 47200 gene_16 gene 0.23 76639 62230 transcript_16 transcript 0.23 76639 62230 stop_codon_15 stop_codon 62232 62230 intron_71 intron 0.4 65148 63024 intron_72 intron 1 66317 66226 intron_73 intron 1 66431 66348 intron_74 intron 0.7 71271 67044 intron_75 intron 0.94 72829 71947 intron_76 intron 1 73997 73907 intron_77 intron 1 74204 74028 intron_78 intron 0.9 76626 74769 CDS_85 CDS 0.45 63023 62230 CDS_86 CDS 0.58 66225 65149 CDS_87 CDS 1 66347 66318 CDS_88 CDS 0.98 67043 66432 CDS_89 CDS 0.98 71946 71272 CDS_90 CDS 0.95 73906 72830 CDS_91 CDS 1 74027 73998 CDS_92 CDS 0.9 74768 74205 CDS_93 CDS 0.93 76639 76627 start_codon_16 start_codon 76639 76637 gene_17 gene 0.63 95608 93162 transcript_17 transcript 0.63 95608 93162 stop_codon_16 stop_codon 93164 93162 intron_79 intron 0.63 94384 93999 CDS_94 CDS 1 93998 93162 CDS_95 CDS 0.63 95608 94385 start_codon_17 start_codon 95608 95606 gene_18 gene 0.5 102648 99232 transcript_18 transcript 0.5 102648 99232 stop_codon_17 stop_codon 99234 99232 intron_80 intron 1 99899 99308 intron_81 intron 1 100159 100073 intron_82 intron 1 100407 100236 intron_83 intron 0.5 102643 100582 CDS_96 CDS 1 99307 99232 CDS_97 CDS 1 100072 99900 CDS_98 CDS 1 100235 100160 CDS_99 CDS 0.64 100581 100408 CDS_100 CDS 0.5 102648 102644 start_codon_18 start_codon 102648 102646 gene_19 gene 1 114797 111266 transcript_19 transcript 1 114797 111266 stop_codon_18 stop_codon 111268 111266 intron_84 intron 1 111925 111356 intron_85 intron 1 112090 112008 intron_86 intron 1 112238 112129 intron_87 intron 1 112381 112296 intron_88 intron 1 112594 112446 intron_89 intron 1 112890 112692 intron_90 intron 1 113702 112973 CDS_101 CDS 1 111355 111266 CDS_102 CDS 1 112007 111926 CDS_103 CDS 1 112128 112091 CDS_104 CDS 1 112295 112239 CDS_105 CDS 1 112445 112382 CDS_106 CDS 1 112691 112595 CDS_107 CDS 1 112972 112891 CDS_108 CDS 1 114797 113703 start_codon_19 start_codon 114797 114795 tRNAscan-SE unknown database tRNAscan-SE unknown database tRNA_1 tRNA 83.63 116452 116371 AUGUSTUS_ab_initio de novo gene_1 gene 0.99 9035 9946 transcript_1 transcript 0.99 9035 9946 start_codon_1 start_codon 9035 9037 CDS_1 CDS 0.99 9035 9946 stop_codon_1 stop_codon 9944 9946 gene_2 gene 0.81 28801 31266 transcript_2 transcript 0.81 28801 31266 start_codon_2 start_codon 28801 28803 intron_1 intron 0.97 28931 30583 CDS_2 CDS 0.84 28801 28930 CDS_3 CDS 0.97 30584 31266 stop_codon_2 stop_codon 31264 31266 gene_3 gene 0.85 33604 37549 transcript_3 transcript 0.85 33604 37549 start_codon_3 start_codon 33604 33606 intron_2 intron 0.86 33995 35382 intron_3 intron 1 35547 35686 intron_4 intron 1 35785 35875 intron_5 intron 0.99 36011 36155 intron_6 intron 1 36346 36442 CDS_4 CDS 0.88 33604 33994 CDS_5 CDS 0.99 35383 35546 CDS_6 CDS 1 35687 35784 CDS_7 CDS 0.99 35876 36010 CDS_8 CDS 1 36156 36345 CDS_9 CDS 1 36443 37549 stop_codon_3 stop_codon 37547 37549 gene_4 gene 0.79 43387 43796 transcript_4 transcript 0.79 43387 43796 start_codon_4 start_codon 43387 43389 intron_7 intron 0.81 43538 43611 CDS_10 CDS 0.81 43387 43537 CDS_11 CDS 0.8 43612 43796 stop_codon_4 stop_codon 43794 43796 gene_5 gene 0.01 50053 57935 transcript_5 transcript 0.01 50053 57935 start_codon_5 start_codon 50053 50055 intron_8 intron 0.31 50084 50875 intron_9 intron 0.77 50930 51513 intron_10 intron 0.49 51776 52589 intron_11 intron 0.83 52759 53997 intron_12 intron 0.7 54130 54257 intron_13 intron 0.71 54327 55139 intron_14 intron 0.74 55309 55921 intron_15 intron 0.79 55997 56500 intron_16 intron 0.95 57007 57547 intron_17 intron 1 57610 57692 intron_18 intron 0.22 57796 57881 CDS_12 CDS 0.32 50053 50083 CDS_13 CDS 0.77 50876 50929 CDS_14 CDS 0.58 51514 51775 CDS_15 CDS 0.49 52590 52758 CDS_16 CDS 0.83 53998 54129 CDS_17 CDS 0.71 54258 54326 CDS_18 CDS 0.97 55140 55308 CDS_19 CDS 0.75 55922 55996 CDS_20 CDS 1 56501 57006 CDS_21 CDS 0.99 57548 57609 CDS_22 CDS 0.71 57693 57795 CDS_23 CDS 0.21 57882 57935 stop_codon_5 stop_codon 57933 57935 gene_6 gene 1 78505 79131 transcript_6 transcript 1 78505 79131 start_codon_6 start_codon 78505 78507 CDS_24 CDS 1 78505 79131 stop_codon_6 stop_codon 79129 79131 gene_7 gene 0.06 81012 89053 transcript_7 transcript 0.06 81012 89053 start_codon_7 start_codon 81012 81014 intron_19 intron 0.99 81099 81284 intron_20 intron 1 81341 81510 intron_21 intron 1 81557 81986 intron_22 intron 0.92 82122 82306 intron_23 intron 0.55 82439 82946 intron_24 intron 0.55 83031 83108 intron_25 intron 0.93 83208 84506 intron_26 intron 0.65 84599 85124 intron_27 intron 1 85198 85268 intron_28 intron 0.98 85422 85540 intron_29 intron 0.98 85661 85777 intron_30 intron 0.98 85832 86294 intron_31 intron 0.98 86379 86478 intron_32 intron 0.95 86554 86639 intron_33 intron 0.55 86772 87299 intron_34 intron 0.93 87426 87526 intron_35 intron 0.84 87701 88126 intron_36 intron 1 88190 88316 intron_37 intron 0.97 88392 88639 intron_38 intron 1 88843 88926 CDS_25 CDS 1 81012 81098 CDS_26 CDS 0.99 81285 81340 CDS_27 CDS 1 81511 81556 CDS_28 CDS 0.99 81987 82121 CDS_29 CDS 0.93 82307 82438 CDS_30 CDS 0.55 82947 83030 CDS_31 CDS 1 83109 83207 CDS_32 CDS 0.92 84507 84598 CDS_33 CDS 1 85125 85197 CDS_34 CDS 1 85269 85421 CDS_35 CDS 0.98 85541 85660 CDS_36 CDS 1 85778 85831 CDS_37 CDS 0.98 86295 86378 CDS_38 CDS 0.98 86479 86553 CDS_39 CDS 0.63 86640 86771 CDS_40 CDS 0.92 87300 87425 CDS_41 CDS 0.98 87527 87700 CDS_42 CDS 1 88127 88189 CDS_43 CDS 1 88317 88391 CDS_44 CDS 1 88640 88842 CDS_45 CDS 0.53 88927 89053 stop_codon_7 stop_codon 89051 89053 gene_8 gene 0.62 91381 92163 transcript_8 transcript 0.62 91381 92163 start_codon_8 start_codon 91381 91383 CDS_46 CDS 0.62 91381 92163 stop_codon_8 stop_codon 92161 92163 gene_9 gene 0.02 104596 110704 transcript_9 transcript 0.02 104596 110704 start_codon_9 start_codon 104596 104598 intron_39 intron 0.62 104707 105317 intron_40 intron 0.34 105762 106059 intron_41 intron 0.93 107455 107533 intron_42 intron 1 107859 107993 intron_43 intron 1 108256 108334 intron_44 intron 0.85 108552 109650 intron_45 intron 0.3 110014 110551 CDS_47 CDS 0.77 104596 104706 CDS_48 CDS 0.34 105318 105761 CDS_49 CDS 0.94 106060 107454 CDS_50 CDS 0.87 107534 107858 CDS_51 CDS 1 107994 108255 CDS_52 CDS 0.85 108335 108551 CDS_53 CDS 0.56 109651 110013 CDS_54 CDS 0.3 110552 110704 stop_codon_9 stop_codon 110702 110704 gene_10 gene 0.4 116673 120689 transcript_10 transcript 0.4 116673 120689 start_codon_10 start_codon 116673 116675 intron_46 intron 0.98 116730 116859 intron_47 intron 0.73 116977 117956 intron_48 intron 0.66 118398 119932 intron_49 intron 1 120296 120500 CDS_55 CDS 0.98 116673 116729 CDS_56 CDS 0.77 116860 116976 CDS_57 CDS 0.73 117957 118397 CDS_58 CDS 0.66 119933 120295 CDS_59 CDS 0.8 120501 120689 stop_codon_10 stop_codon 120687 120689 gene_11 gene 0.18 126841 131319 transcript_11 transcript 0.18 126841 131319 start_codon_11 start_codon 126841 126843 intron_50 intron 0.68 126887 127989 intron_51 intron 1 128106 128194 intron_52 intron 1 128284 128388 intron_53 intron 0.98 128503 128901 intron_54 intron 1 128990 129080 intron_55 intron 0.9 129167 129264 intron_56 intron 0.31 129287 129651 intron_57 intron 0.98 129750 130061 intron_58 intron 0.96 130492 131001 CDS_60 CDS 0.92 126841 126886 CDS_61 CDS 0.74 127990 128105 CDS_62 CDS 1 128195 128283 CDS_63 CDS 0.98 128389 128502 CDS_64 CDS 1 128902 128989 CDS_65 CDS 0.9 129081 129166 CDS_66 CDS 0.53 129265 129286 CDS_67 CDS 0.93 129652 129749 CDS_68 CDS 1 130062 130491 CDS_69 CDS 0.78 131002 131319 stop_codon_11 stop_codon 131317 131319 gene_12 gene 0.13 132677 135311 transcript_12 transcript 0.13 132677 135311 start_codon_12 start_codon 132677 132679 intron_59 intron 0.99 132740 132860 intron_60 intron 1 133029 133634 intron_61 intron 0.99 133684 133953 intron_62 intron 0.56 134028 135102 intron_63 intron 0.45 135197 135282 CDS_70 CDS 0.7 132677 132739 CDS_71 CDS 1 132861 133028 CDS_72 CDS 1 133635 133683 CDS_73 CDS 0.99 133954 134027 CDS_74 CDS 0.82 135103 135196 CDS_75 CDS 0.45 135283 135311 stop_codon_12 stop_codon 135309 135311 AUGUSTUS_ab_initio de novo gene_13 gene 0.63 1261 1068 transcript_13 transcript 0.63 1261 1068 intron_64 intron 0.63 1067 1 CDS_76 CDS 0.99 1261 1068 start_codon_13 start_codon 1261 1259 gene_14 gene 0.99 13126 11211 transcript_14 transcript 0.99 13126 11211 stop_codon_13 stop_codon 11213 11211 intron_65 intron 1 11628 11523 intron_66 intron 1 12793 11779 CDS_77 CDS 1 11522 11211 CDS_78 CDS 1 11778 11629 CDS_79 CDS 0.99 13126 12794 start_codon_14 start_codon 13126 13124 gene_15 gene 0.97 22441 19962 transcript_15 transcript 0.97 22441 19962 stop_codon_14 stop_codon 19964 19962 intron_67 intron 0.97 20135 20053 CDS_80 CDS 1 20052 19962 CDS_81 CDS 0.97 22441 20136 start_codon_15 start_codon 22441 22439 gene_16 gene 0.82 41650 39164 transcript_16 transcript 0.82 41650 39164 stop_codon_15 stop_codon 39166 39164 intron_68 intron 1 40022 39846 intron_69 intron 0.99 40436 40337 intron_70 intron 1 41069 40978 CDS_82 CDS 0.82 39845 39164 CDS_83 CDS 1 40336 40023 CDS_84 CDS 0.99 40977 40437 CDS_85 CDS 1 41650 41070 start_codon_16 start_codon 41650 41648 gene_17 gene 1 47202 45979 transcript_17 transcript 1 47202 45979 stop_codon_16 stop_codon 45981 45979 CDS_86 CDS 1 47202 45979 start_codon_17 start_codon 47202 47200 gene_18 gene 1 62976 62230 transcript_18 transcript 1 62976 62230 stop_codon_17 stop_codon 62232 62230 CDS_87 CDS 1 62976 62230 start_codon_18 start_codon 62976 62974 gene_19 gene 0.09 71923 65114 transcript_19 transcript 0.09 71923 65114 stop_codon_18 stop_codon 65116 65114 intron_71 intron 0.93 66317 66226 intron_72 intron 0.94 66431 66348 intron_73 intron 0.19 71003 67049 intron_74 intron 0.39 71438 71037 CDS_88 CDS 0.97 66225 65114 CDS_89 CDS 0.96 66347 66318 CDS_90 CDS 0.25 67048 66432 CDS_91 CDS 0.33 71036 71004 CDS_92 CDS 0.51 71923 71439 start_codon_19 start_codon 71923 71921 gene_20 gene 0.35 74766 72795 transcript_20 transcript 0.35 74766 72795 stop_codon_19 stop_codon 72797 72795 intron_75 intron 0.55 74204 73907 CDS_93 CDS 0.95 73906 72795 CDS_94 CDS 0.64 74766 74205 start_codon_20 start_codon 74766 74764 gene_21 gene 0.56 95608 93162 transcript_21 transcript 0.56 95608 93162 stop_codon_20 stop_codon 93164 93162 intron_76 intron 0.56 94384 93999 CDS_95 CDS 1 93998 93162 CDS_96 CDS 0.56 95608 94385 start_codon_21 start_codon 95608 95606 gene_22 gene 0.98 100520 99232 transcript_22 transcript 0.98 100520 99232 stop_codon_21 stop_codon 99234 99232 intron_77 intron 0.98 99899 99308 intron_78 intron 1 100159 100073 intron_79 intron 1 100407 100236 CDS_97 CDS 0.99 99307 99232 CDS_98 CDS 0.98 100072 99900 CDS_99 CDS 1 100235 100160 CDS_100 CDS 1 100520 100408 start_codon_22 start_codon 100520 100518 gene_23 gene 0.25 114797 111266 transcript_23 transcript 0.25 114797 111266 stop_codon_22 stop_codon 111268 111266 intron_80 intron 0.71 111925 111356 intron_81 intron 1 112090 112008 intron_82 intron 0.98 112238 112129 intron_83 intron 0.99 112381 112296 intron_84 intron 0.82 112594 112446 intron_85 intron 0.57 113707 112692 CDS_101 CDS 0.58 111355 111266 CDS_102 CDS 0.85 112007 111926 CDS_103 CDS 1 112128 112091 CDS_104 CDS 0.98 112295 112239 CDS_105 CDS 1 112445 112382 CDS_106 CDS 0.8 112691 112595 CDS_107 CDS 0.93 114797 113708 start_codon_23 start_codon 114797 114795 AUGUSTUS_tom_ugs de novo gene_1 gene 0.95 9035 9946 transcript_1 transcript 0.95 9035 9946 start_codon_1 start_codon 9035 9037 CDS_1 CDS 0.95 9035 9946 stop_codon_1 stop_codon 9944 9946 gene_2 gene 0.88 28801 31266 transcript_2 transcript 0.88 28801 31266 start_codon_2 start_codon 28801 28803 intron_1 intron 1 28931 30583 CDS_2 CDS 0.88 28801 28930 CDS_3 CDS 1 30584 31266 stop_codon_2 stop_codon 31264 31266 gene_3 gene 0.92 33604 37549 transcript_3 transcript 0.92 33604 37549 start_codon_3 start_codon 33604 33606 intron_2 intron 0.94 33995 35382 intron_3 intron 1 35547 35686 intron_4 intron 0.98 35785 35875 intron_5 intron 0.98 36011 36155 intron_6 intron 1 36346 36442 CDS_4 CDS 0.95 33604 33994 CDS_5 CDS 0.99 35383 35546 CDS_6 CDS 1 35687 35784 CDS_7 CDS 0.98 35876 36010 CDS_8 CDS 1 36156 36345 CDS_9 CDS 1 36443 37549 stop_codon_3 stop_codon 37547 37549 gene_4 gene 0.59 49665 61873 transcript_4 transcript 0.59 49665 61873 start_codon_4 start_codon 49665 49667 intron_7 intron 1 49702 50875 intron_8 intron 1 50930 51513 intron_9 intron 1 51776 51884 intron_10 intron 1 51974 52627 intron_11 intron 1 52759 53873 intron_12 intron 1 53921 54020 intron_13 intron 1 54130 54257 intron_14 intron 1 54327 55139 intron_15 intron 1 55309 56527 intron_16 intron 1 57007 57547 intron_17 intron 1 57610 57692 intron_18 intron 0.61 57796 57931 intron_19 intron 0.69 57940 61812 CDS_10 CDS 0.95 49665 49701 CDS_11 CDS 1 50876 50929 CDS_12 CDS 1 51514 51775 CDS_13 CDS 1 51885 51973 CDS_14 CDS 1 52628 52758 CDS_15 CDS 1 53874 53920 CDS_16 CDS 1 54021 54129 CDS_17 CDS 1 54258 54326 CDS_18 CDS 1 55140 55308 CDS_19 CDS 1 56528 57006 CDS_20 CDS 1 57548 57609 CDS_21 CDS 0.92 57693 57795 CDS_22 CDS 0.61 57932 57939 CDS_23 CDS 0.64 61813 61873 stop_codon_4 stop_codon 61871 61873 gene_5 gene 1 78505 79131 transcript_5 transcript 1 78505 79131 start_codon_5 start_codon 78505 78507 CDS_24 CDS 1 78505 79131 stop_codon_5 stop_codon 79129 79131 gene_6 gene 0.49 81012 89053 transcript_6 transcript 0.31 81012 89053 start_codon_6 start_codon 81012 81014 intron_20 intron 1 81099 81284 intron_21 intron 1 81341 81510 intron_22 intron 1 81557 81986 intron_23 intron 1 82122 82306 intron_24 intron 1 82439 82946 intron_25 intron 1 83031 83108 intron_26 intron 1 83208 84506 intron_27 intron 1 84599 85124 intron_28 intron 1 85198 85268 intron_29 intron 1 85422 85540 intron_30 intron 1 85661 85777 intron_31 intron 1 85832 86294 intron_32 intron 1 86379 86478 intron_33 intron 1 86554 86639 intron_34 intron 0.34 86919 88126 intron_35 intron 0.88 88190 88316 intron_36 intron 0.97 88392 88639 intron_37 intron 1 88843 88926 CDS_25 CDS 1 81012 81098 CDS_26 CDS 1 81285 81340 CDS_27 CDS 1 81511 81556 CDS_28 CDS 1 81987 82121 CDS_29 CDS 1 82307 82438 CDS_30 CDS 1 82947 83030 CDS_31 CDS 1 83109 83207 CDS_32 CDS 1 84507 84598 CDS_33 CDS 1 85125 85197 CDS_34 CDS 1 85269 85421 CDS_35 CDS 1 85541 85660 CDS_36 CDS 1 85778 85831 CDS_37 CDS 1 86295 86378 CDS_38 CDS 1 86479 86553 CDS_39 CDS 0.99 86640 86918 CDS_40 CDS 0.88 88127 88189 CDS_41 CDS 0.99 88317 88391 CDS_42 CDS 0.98 88640 88842 CDS_43 CDS 0.92 88927 89053 stop_codon_6 stop_codon 89051 89053 transcript_7 transcript 0.18 81012 89053 start_codon_7 start_codon 81012 81014 intron_38 intron 1 81099 81284 intron_39 intron 1 81341 81510 intron_40 intron 1 81557 81986 intron_41 intron 1 82122 82306 intron_42 intron 1 82439 82946 intron_43 intron 1 83031 83108 intron_44 intron 1 83208 84506 intron_45 intron 1 84599 85124 intron_46 intron 1 85198 85268 intron_47 intron 0.76 85422 85540 intron_48 intron 0.74 85661 85777 intron_49 intron 0.93 85832 86294 intron_50 intron 0.87 86379 86478 intron_51 intron 0.78 86554 86639 intron_52 intron 0.34 86772 88126 intron_53 intron 0.83 88190 88316 intron_54 intron 0.99 88392 88639 intron_55 intron 0.99 88843 88926 CDS_44 CDS 1 81012 81098 CDS_45 CDS 1 81285 81340 CDS_46 CDS 1 81511 81556 CDS_47 CDS 1 81987 82121 CDS_48 CDS 1 82307 82438 CDS_49 CDS 1 82947 83030 CDS_50 CDS 1 83109 83207 CDS_51 CDS 1 84507 84598 CDS_52 CDS 1 85125 85197 CDS_53 CDS 1 85269 85421 CDS_54 CDS 0.76 85541 85660 CDS_55 CDS 0.94 85778 85831 CDS_56 CDS 0.99 86295 86378 CDS_57 CDS 0.87 86479 86553 CDS_58 CDS 0.74 86640 86771 CDS_59 CDS 0.84 88127 88189 CDS_60 CDS 0.99 88317 88391 CDS_61 CDS 1 88640 88842 CDS_62 CDS 0.9 88927 89053 stop_codon_7 stop_codon 89051 89053 gene_7 gene 0.93 91381 92163 transcript_8 transcript 0.93 91381 92163 start_codon_8 start_codon 91381 91383 CDS_63 CDS 0.93 91381 92163 stop_codon_8 stop_codon 92161 92163 gene_8 gene 0.89 104596 110028 transcript_9 transcript 0.68 104596 105980 start_codon_9 start_codon 104596 104598 intron_56 intron 0.99 104707 105317 CDS_64 CDS 0.89 104596 104706 CDS_65 CDS 0.75 105318 105980 stop_codon_9 stop_codon 105978 105980 transcript_10 transcript 0.21 104596 110028 start_codon_10 start_codon 104596 104598 intron_57 intron 0.94 104707 105317 intron_58 intron 0.48 105762 106059 intron_59 intron 0.86 107455 107533 intron_60 intron 1 107859 107993 intron_61 intron 0.98 108256 108334 intron_62 intron 0.78 108552 109650 CDS_66 CDS 0.91 104596 104706 CDS_67 CDS 0.48 105318 105761 CDS_68 CDS 0.89 106060 107454 CDS_69 CDS 0.86 107534 107858 CDS_70 CDS 0.99 107994 108255 CDS_71 CDS 0.76 108335 108551 CDS_72 CDS 0.89 109651 110028 stop_codon_10 stop_codon 110026 110028 gene_9 gene 1 116673 120689 transcript_11 transcript 1 116673 120689 start_codon_11 start_codon 116673 116675 intron_63 intron 1 116730 116859 intron_64 intron 1 116977 117956 intron_65 intron 1 118398 119932 intron_66 intron 1 120296 120500 CDS_73 CDS 1 116673 116729 CDS_74 CDS 1 116860 116976 CDS_75 CDS 1 117957 118397 CDS_76 CDS 1 119933 120295 CDS_77 CDS 1 120501 120689 stop_codon_11 stop_codon 120687 120689 gene_10 gene 1 126841 131319 transcript_12 transcript 1 126841 131319 start_codon_12 start_codon 126841 126843 intron_67 intron 1 126887 127989 intron_68 intron 1 128106 128194 intron_69 intron 1 128284 128388 intron_70 intron 1 128503 128901 intron_71 intron 1 128990 129080 intron_72 intron 1 129167 129264 intron_73 intron 1 129368 129651 intron_74 intron 1 129750 130061 intron_75 intron 1 130492 131001 CDS_78 CDS 1 126841 126886 CDS_79 CDS 1 127990 128105 CDS_80 CDS 1 128195 128283 CDS_81 CDS 1 128389 128502 CDS_82 CDS 1 128902 128989 CDS_83 CDS 1 129081 129166 CDS_84 CDS 1 129265 129367 CDS_85 CDS 1 129652 129749 CDS_86 CDS 1 130062 130491 CDS_87 CDS 1 131002 131319 stop_codon_12 stop_codon 131317 131319 gene_11 gene 0.6 132529 135222 transcript_13 transcript 0.6 132529 135222 start_codon_13 start_codon 132529 132531 intron_76 intron 1 132568 132661 intron_77 intron 1 132740 132860 intron_78 intron 1 133029 133634 intron_79 intron 1 133684 133953 intron_80 intron 0.95 134028 135102 CDS_88 CDS 1 132529 132567 CDS_89 CDS 1 132662 132739 CDS_90 CDS 1 132861 133028 CDS_91 CDS 1 133635 133683 CDS_92 CDS 1 133954 134027 CDS_93 CDS 0.62 135103 135222 stop_codon_13 stop_codon 135220 135222 AUGUSTUS_tom_ugs de novo gene_12 gene 0.96 1261 1068 transcript_14 transcript 0.96 1261 1068 intron_81 intron 0.96 1067 1 CDS_94 CDS 1 1261 1068 start_codon_14 start_codon 1261 1259 gene_13 gene 0.96 13126 11211 transcript_15 transcript 0.96 13126 11211 stop_codon_14 stop_codon 11213 11211 intron_82 intron 1 11628 11523 intron_83 intron 1 12793 11779 CDS_95 CDS 1 11522 11211 CDS_96 CDS 1 11778 11629 CDS_97 CDS 0.96 13126 12794 start_codon_15 start_codon 13126 13124 gene_14 gene 1 22441 19962 transcript_16 transcript 1 22441 19962 stop_codon_15 stop_codon 19964 19962 intron_84 intron 1 20135 20053 CDS_98 CDS 1 20052 19962 CDS_99 CDS 1 22441 20136 start_codon_16 start_codon 22441 22439 gene_15 gene 1 41650 39164 transcript_17 transcript 1 41650 39164 stop_codon_16 stop_codon 39166 39164 intron_85 intron 1 39604 39506 intron_86 intron 1 40022 39846 intron_87 intron 1 40436 40337 intron_88 intron 1 41069 40978 CDS_100 CDS 1 39505 39164 CDS_101 CDS 1 39845 39605 CDS_102 CDS 1 40336 40023 CDS_103 CDS 1 40977 40437 CDS_104 CDS 1 41650 41070 start_codon_17 start_codon 41650 41648 gene_16 gene 1 47202 45979 transcript_18 transcript 1 47202 45979 stop_codon_17 stop_codon 45981 45979 CDS_105 CDS 1 47202 45979 start_codon_18 start_codon 47202 47200 gene_17 gene 1 62976 62230 transcript_19 transcript 1 62976 62230 stop_codon_18 stop_codon 62232 62230 CDS_106 CDS 1 62976 62230 start_codon_19 start_codon 62976 62974 gene_18 gene 0.56 95608 93162 transcript_20 transcript 0.56 95608 93162 stop_codon_19 stop_codon 93164 93162 intron_89 intron 0.56 94384 93999 CDS_107 CDS 1 93998 93162 CDS_108 CDS 0.56 95608 94385 start_codon_20 start_codon 95608 95606 gene_19 gene 1 100520 99232 transcript_21 transcript 1 100520 99232 stop_codon_20 stop_codon 99234 99232 intron_90 intron 1 99899 99308 intron_91 intron 1 100159 100073 intron_92 intron 1 100407 100236 CDS_109 CDS 1 99307 99232 CDS_110 CDS 1 100072 99900 CDS_111 CDS 1 100235 100160 CDS_112 CDS 1 100520 100408 start_codon_21 start_codon 100520 100518 gene_20 gene 1 114797 111266 transcript_22 transcript 1 114797 111266 stop_codon_21 stop_codon 111268 111266 intron_93 intron 1 111925 111356 intron_94 intron 1 112090 112008 intron_95 intron 1 112238 112129 intron_96 intron 1 112381 112296 intron_97 intron 1 112594 112446 intron_98 intron 1 112890 112692 intron_99 intron 1 113702 112973 CDS_113 CDS 1 111355 111266 CDS_114 CDS 1 112007 111926 CDS_115 CDS 1 112128 112091 CDS_116 CDS 1 112295 112239 CDS_117 CDS 1 112445 112382 CDS_118 CDS 1 112691 112595 CDS_119 CDS 1 112972 112891 CDS_120 CDS 1 114797 113703 start_codon_22 start_codon 114797 114795 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_1 match_part 0.995 28719 28930 match_part 0.999 30584 31549 match_2 match_part 0.999 37870 38716 match_3 match_part 0.994 49523 49701 match_part 1.000 50876 50929 match_part 1.000 51514 51775 match_part 1.000 51885 51973 match_part 1.000 52628 52758 match_part 1.000 53874 53920 match_part 1.000 54021 54129 match_part 1.000 54258 54326 match_part 0.994 55140 55308 match_part 1.000 56501 57006 match_part 1.000 57548 57609 match_part 0.990 57693 57795 match_part 1.000 57882 57939 match_part 1.000 61813 62088 match_4 match_part 1.000 49545 49701 match_part 1.000 50876 50929 match_part 1.000 51514 51775 match_part 1.000 51885 51973 match_part 1.000 52628 52758 match_part 1.000 53874 53920 match_part 0.991 54021 54129 match_part 1.000 54258 54326 match_part 1.000 55140 55308 match_part 1.000 56528 57006 match_part 1.000 57548 57609 match_part 0.990 57693 57795 match_part 0.983 57882 57939 match_part 1.000 61813 62079 match_5 match_part 0.989 49545 50279 match_6 match_part 0.997 55639 56293 match_7 match_part 1.000 77380 77960 match_part 0.974 78525 78639 match_8 match_part 1.000 80733 81098 match_part 1.000 81285 81340 match_part 1.000 81511 81556 match_part 1.000 81987 82121 match_part 1.000 82307 82438 match_part 1.000 82947 83030 match_part 1.000 83109 83207 match_part 1.000 84507 84598 match_part 0.971 85125 85192 match_9 match_part 0.997 80752 81098 match_part 1.000 81285 81340 match_part 1.000 81511 81556 match_part 1.000 82036 82121 match_part 1.000 82307 82438 match_part 1.000 84507 84598 match_part 1.000 85125 85197 match_part 1.000 85269 85421 match_part 1.000 85541 85660 match_part 1.000 85778 85831 match_part 1.000 86295 86378 match_part 1.000 86479 86553 match_part 0.989 86640 86825 match_10 match_part 1.000 81063 81098 match_part 1.000 81285 81340 match_part 1.000 81511 81556 match_part 1.000 81987 82121 match_part 1.000 82307 82438 match_part 1.000 82947 83030 match_part 1.000 83109 83207 match_part 1.000 84507 84598 match_part 0.932 85125 85197 match_part 1.000 85269 85296 match_11 match_part 0.967 91349 92156 match_12 match_part 1.000 116542 116729 match_part 1.000 116860 116976 match_part 1.000 117957 118397 match_part 1.000 119933 120295 match_part 0.998 120501 121068 match_13 match_part 1.000 126420 126886 match_part 1.000 127990 128105 match_part 1.000 128195 128283 match_part 1.000 128389 128502 match_part 1.000 128902 128989 match_part 1.000 129081 129166 match_part 1.000 129265 129367 match_part 1.000 129652 129749 match_part 1.000 130062 130491 match_part 0.995 131002 131588 match_14 match_part 0.998 126420 126886 match_part 0.976 127990 128283 match_part 0.840 128389 128413 match_15 match_part 1.000 128099 128105 match_part 1.000 128195 128283 match_part 1.000 128389 128502 match_part 1.000 128902 128989 match_part 0.986 129081 129367 match_part 0.952 129652 129693 match_16 match_part 0.992 130124 130887 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_17 match_part 0.998 13431 12794 match_part 1.000 11778 11629 match_part 0.996 11522 11078 match_18 match_part 0.998 22653 20136 match_part 1.000 20052 19737 match_19 match_part 1.000 31481 30896 match_part 1.000 30829 30742 match_20 match_part 1.000 41729 41070 match_part 1.000 40977 40437 match_part 1.000 40336 40023 match_part 1.000 39845 39605 match_part 1.000 39505 39039 match_21 match_part 0.990 47180 46662 match_22 match_part 1.000 71955 71272 match_part 1.000 71147 71127 match_part 1.000 71039 71004 match_part 1.000 67048 66432 match_part 1.000 66347 66318 match_part 0.983 66225 65081 match_23 match_part 1.000 74429 74114 match_part 1.000 73906 73473 match_24 match_part 0.956 74769 74114 match_part 0.900 74027 73998 match_part 0.961 73906 73804 match_25 match_part 0.986 79332 78528 match_26 match_part 0.961 100585 100408 match_part 1.000 100235 100160 match_part 0.994 100072 99900 match_part 1.000 99307 99010 match_27 match_part 0.990 100804 100408 match_part 1.000 100235 100160 match_part 1.000 100072 99900 match_part 1.000 99307 99051 match_28 match_part 1.000 100238 100160 match_part 1.000 100072 99596 match_29 match_part 0.999 114863 113703 match_part 1.000 112972 112891 match_part 1.000 112691 112595 match_part 1.000 112445 112382 match_part 1.000 112295 112239 match_part 1.000 112128 112091 match_part 1.000 112007 111926 match_part 0.998 111355 110872 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C02HBa0165K22.1 type gene exon 13431 12794 exon 11778 11629 exon 11522 11078 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C02HBa0165K22.1 type gene exon 22653 20136 exon 20052 19737 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C02HBa0165K22.1 type gene exon 28719 28930 exon 30584 31549 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C02HBa0165K22.1 type gene exon 31481 30896 exon 30829 30742 gene_5 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C02HBa0165K22.1 type gene exon 37870 38716 gene_6 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C02HBa0165K22.1 type gene exon 41729 41070 exon 40977 40437 exon 40336 40023 exon 39845 39605 exon 39505 39039 gene_7 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C02HBa0165K22.1 type gene exon 47180 46662 gene_8 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C02HBa0165K22.1 type gene exon 49523 49701 exon 50876 50929 exon 51514 51775 exon 51885 51973 exon 52628 52758 exon 53874 53920 exon 54021 54129 exon 54258 54326 exon 55140 55308 exon 56501 57006 exon 57548 57609 exon 57693 57795 exon 57882 57939 exon 61813 62088 gene_9 gene GT_PGL_8_AGS_2 transcript source GenomeThreader seq_id C02HBa0165K22.1 type gene exon 55639 56293 gene_10 gene GT_PGL_8_AGS_3 transcript source GenomeThreader seq_id C02HBa0165K22.1 type gene exon 49545 50279 gene_11 gene GT_PGL_8_AGS_4 transcript source GenomeThreader seq_id C02HBa0165K22.1 type gene exon 49545 49701 exon 50876 50929 exon 51514 51775 exon 51885 51973 exon 52628 52758 exon 53874 53920 exon 54021 54129 exon 54258 54326 exon 55140 55308 exon 56528 57006 exon 57548 57609 exon 57693 57795 exon 57882 57939 exon 61813 62079 gene_12 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C02HBa0165K22.1 type gene exon 71955 71272 exon 71147 71127 exon 71039 71004 exon 67048 66432 exon 66347 66318 exon 66225 65081 gene_13 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C02HBa0165K22.1 type gene exon 74769 74114 exon 74027 73998 exon 73906 73804 gene_14 gene GT_PGL_10_AGS_2 transcript source GenomeThreader seq_id C02HBa0165K22.1 type gene exon 74429 74114 exon 73906 73473 gene_15 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C02HBa0165K22.1 type gene exon 77380 77960 exon 78525 78639 gene_16 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C02HBa0165K22.1 type gene exon 79332 78528 gene_17 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C02HBa0165K22.1 type gene exon 80733 81098 exon 81285 81340 exon 81511 81556 exon 81987 82121 exon 82307 82438 exon 82947 83030 exon 83109 83207 exon 84507 84598 exon 85125 85197 exon 85269 85296 gene_18 gene GT_PGL_13_AGS_2 transcript source GenomeThreader seq_id C02HBa0165K22.1 type gene exon 80752 81098 exon 81285 81340 exon 81511 81556 exon 82036 82121 exon 82307 82438 exon 84507 84598 exon 85125 85197 exon 85269 85421 exon 85541 85660 exon 85778 85831 exon 86295 86378 exon 86479 86553 exon 86640 86825 gene_19 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C02HBa0165K22.1 type gene exon 91349 92156 gene_20 gene GT_PGL_15_AGS_1 transcript source GenomeThreader seq_id C02HBa0165K22.1 type gene exon 100804 100408 exon 100235 100160 exon 100072 99900 exon 99307 99010 gene_21 gene GT_PGL_15_AGS_2 transcript source GenomeThreader seq_id C02HBa0165K22.1 type gene exon 100238 100160 exon 100072 99596 gene_22 gene GT_PGL_16_AGS_1 transcript source GenomeThreader seq_id C02HBa0165K22.1 type gene exon 114863 113703 exon 112972 112891 exon 112691 112595 exon 112445 112382 exon 112295 112239 exon 112128 112091 exon 112007 111926 exon 111355 110872 gene_23 gene GT_PGL_17_AGS_1 transcript source GenomeThreader seq_id C02HBa0165K22.1 type gene exon 116542 116729 exon 116860 116976 exon 117957 118397 exon 119933 120295 exon 120501 121068 gene_24 gene GT_PGL_18_AGS_1 transcript source GenomeThreader seq_id C02HBa0165K22.1 type gene exon 126420 126886 exon 127990 128105 exon 128195 128283 exon 128389 128502 exon 128902 128989 exon 129081 129166 exon 129265 129367 exon 129652 129749 exon 130062 130491 exon 131002 131588 gene_25 gene GT_PGL_18_AGS_2 transcript source GenomeThreader seq_id C02HBa0165K22.1 type gene exon 130124 130887 gene_26 gene GT_PGL_18_AGS_3 transcript source GenomeThreader seq_id C02HBa0165K22.1 type gene exon 128099 128105 exon 128195 128283 exon 128389 128502 exon 128902 128989 exon 129081 129367 exon 129652 129693 gene_27 gene GT_PGL_18_AGS_4 transcript source GenomeThreader seq_id C02HBa0165K22.1 type gene exon 126420 126886 exon 127990 128283 exon 128389 128413 GenomeThreader_SGN_markers SGN marker sequences match_1 match_part 0.968 56786 57006 match_part 1.000 57548 57609 match_part 0.942 57693 57795 match_part 0.983 57882 57939 match_part 0.978 61058 61148 match_part 0.947 61813 62001 match_part 0.600 62143 62147 GenomeThreader_SGN_markers SGN marker sequences match_2 match_part 1.000 100559 100408 match_part 1.000 100235 100160 match_part 1.000 100072 99900 match_part 1.000 99307 99115 match_3 match_part 0.980 114824 114027 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C02HBa0165K22.1 type gene exon 56786 57006 exon 57548 57609 exon 57693 57795 exon 57882 57939 exon 61058 61148 exon 61813 62001 exon 62143 62147 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C02HBa0165K22.1 type gene exon 100559 100408 exon 100235 100160 exon 100072 99900 exon 99307 99115 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C02HBa0165K22.1 type gene exon 114824 114027 AUGUSTUS_tom_pot_cdna de novo gene_1 gene 0.96 9035 9946 transcript_1 transcript 0.96 9035 9946 start_codon_1 start_codon 9035 9037 CDS_1 CDS 0.96 9035 9946 stop_codon_1 stop_codon 9944 9946 gene_2 gene 1 28825 31266 transcript_2 transcript 1 28825 31266 start_codon_2 start_codon 28825 28827 intron_1 intron 1 28931 30583 CDS_2 CDS 1 28825 28930 CDS_3 CDS 1 30584 31266 stop_codon_2 stop_codon 31264 31266 gene_3 gene 0.75 33604 37549 transcript_3 transcript 0.75 33604 37549 start_codon_3 start_codon 33604 33606 intron_2 intron 0.86 33995 35382 intron_3 intron 1 35547 35686 intron_4 intron 0.98 35785 35875 intron_5 intron 0.99 36011 36155 intron_6 intron 1 36346 36442 CDS_4 CDS 0.79 33604 33994 CDS_5 CDS 0.96 35383 35546 CDS_6 CDS 1 35687 35784 CDS_7 CDS 0.98 35876 36010 CDS_8 CDS 1 36156 36345 CDS_9 CDS 1 36443 37549 stop_codon_3 stop_codon 37547 37549 gene_4 gene 0.34 48757 61063 transcript_4 transcript 0.34 48757 61063 start_codon_4 start_codon 48757 48759 intron_7 intron 0.75 48777 49534 intron_8 intron 1 49702 50875 intron_9 intron 1 50930 51513 intron_10 intron 1 51776 51884 intron_11 intron 1 51974 52627 intron_12 intron 1 52759 53873 intron_13 intron 1 53921 54020 intron_14 intron 0.84 54130 55139 intron_15 intron 1 55309 56500 intron_16 intron 0.55 57007 57205 intron_17 intron 0.54 57226 57547 intron_18 intron 1 57610 57692 intron_19 intron 1 57796 57881 intron_20 intron 1 57940 61057 CDS_10 CDS 0.75 48757 48776 CDS_11 CDS 0.75 49535 49701 CDS_12 CDS 1 50876 50929 CDS_13 CDS 1 51514 51775 CDS_14 CDS 1 51885 51973 CDS_15 CDS 1 52628 52758 CDS_16 CDS 1 53874 53920 CDS_17 CDS 1 54021 54129 CDS_18 CDS 1 55140 55308 CDS_19 CDS 1 56501 57006 CDS_20 CDS 0.55 57206 57225 CDS_21 CDS 1 57548 57609 CDS_22 CDS 1 57693 57795 CDS_23 CDS 1 57882 57939 CDS_24 CDS 1 61058 61063 stop_codon_4 stop_codon 61061 61063 gene_5 gene 0.99 76681 79131 transcript_5 transcript 0.99 76681 79131 start_codon_5 start_codon 76681 76683 intron_21 intron 0.99 76725 77328 intron_22 intron 1 77632 77945 intron_23 intron 1 77961 78524 CDS_25 CDS 1 76681 76724 CDS_26 CDS 0.99 77329 77631 CDS_27 CDS 1 77946 77960 CDS_28 CDS 1 78525 79131 stop_codon_5 stop_codon 79129 79131 gene_6 gene 0.21 81012 89053 transcript_6 transcript 0.21 81012 89053 start_codon_6 start_codon 81012 81014 intron_24 intron 1 81099 81284 intron_25 intron 1 81341 81510 intron_26 intron 1 81557 81986 intron_27 intron 1 82122 82306 intron_28 intron 1 82439 82946 intron_29 intron 1 83031 83108 intron_30 intron 1 83208 84506 intron_31 intron 1 84599 85124 intron_32 intron 1 85198 85268 intron_33 intron 0.74 85422 85540 intron_34 intron 0.71 85661 85777 intron_35 intron 0.89 85832 86294 intron_36 intron 0.82 86379 86478 intron_37 intron 0.76 86554 86639 intron_38 intron 0.39 86772 87526 intron_39 intron 1 87635 88126 intron_40 intron 1 88190 88316 intron_41 intron 1 88392 88639 intron_42 intron 1 88843 88926 CDS_29 CDS 1 81012 81098 CDS_30 CDS 1 81285 81340 CDS_31 CDS 1 81511 81556 CDS_32 CDS 1 81987 82121 CDS_33 CDS 1 82307 82438 CDS_34 CDS 1 82947 83030 CDS_35 CDS 1 83109 83207 CDS_36 CDS 1 84507 84598 CDS_37 CDS 1 85125 85197 CDS_38 CDS 1 85269 85421 CDS_39 CDS 0.74 85541 85660 CDS_40 CDS 0.91 85778 85831 CDS_41 CDS 0.98 86295 86378 CDS_42 CDS 0.82 86479 86553 CDS_43 CDS 0.68 86640 86771 CDS_44 CDS 1 87527 87634 CDS_45 CDS 1 88127 88189 CDS_46 CDS 1 88317 88391 CDS_47 CDS 1 88640 88842 CDS_48 CDS 0.96 88927 89053 stop_codon_6 stop_codon 89051 89053 gene_7 gene 0.96 91381 92163 transcript_7 transcript 0.96 91381 92163 start_codon_7 start_codon 91381 91383 CDS_49 CDS 0.96 91381 92163 stop_codon_7 stop_codon 92161 92163 gene_8 gene 0.31 100519 111022 transcript_8 transcript 0.31 100519 111022 start_codon_8 start_codon 100519 100521 intron_43 intron 0.99 100594 104583 intron_44 intron 0.98 104707 105317 intron_45 intron 0.38 105762 106059 intron_46 intron 0.9 107455 107533 intron_47 intron 1 107859 107993 intron_48 intron 1 108256 108334 intron_49 intron 0.84 108552 109650 intron_50 intron 1 110014 110941 CDS_50 CDS 0.99 100519 100593 CDS_51 CDS 1 104584 104706 CDS_52 CDS 0.38 105318 105761 CDS_53 CDS 0.91 106060 107454 CDS_54 CDS 0.91 107534 107858 CDS_55 CDS 1 107994 108255 CDS_56 CDS 0.84 108335 108551 CDS_57 CDS 1 109651 110013 CDS_58 CDS 1 110942 111022 stop_codon_8 stop_codon 111020 111022 gene_9 gene 0.42 116966 120689 transcript_9 transcript 0.42 116966 120689 start_codon_9 start_codon 116966 116968 intron_51 intron 0.79 116977 117075 intron_52 intron 0.79 117083 117956 intron_53 intron 1 118398 119932 intron_54 intron 1 120296 120500 CDS_59 CDS 0.54 116966 116976 CDS_60 CDS 0.79 117076 117082 CDS_61 CDS 1 117957 118397 CDS_62 CDS 1 119933 120295 CDS_63 CDS 1 120501 120689 stop_codon_9 stop_codon 120687 120689 gene_10 gene 1 126841 131319 transcript_10 transcript 1 126841 131319 start_codon_10 start_codon 126841 126843 intron_55 intron 1 126887 127989 intron_56 intron 1 128106 128194 intron_57 intron 1 128284 128388 intron_58 intron 1 128503 128901 intron_59 intron 1 128990 129080 intron_60 intron 1 129167 129264 intron_61 intron 1 129368 129651 intron_62 intron 1 129750 130061 intron_63 intron 1 130492 131001 CDS_64 CDS 1 126841 126886 CDS_65 CDS 1 127990 128105 CDS_66 CDS 1 128195 128283 CDS_67 CDS 1 128389 128502 CDS_68 CDS 1 128902 128989 CDS_69 CDS 1 129081 129166 CDS_70 CDS 1 129265 129367 CDS_71 CDS 1 129652 129749 CDS_72 CDS 1 130062 130491 CDS_73 CDS 1 131002 131319 stop_codon_10 stop_codon 131317 131319 gene_11 gene 0.59 132529 135222 transcript_11 transcript 0.59 132529 135222 start_codon_11 start_codon 132529 132531 intron_64 intron 1 132568 132661 intron_65 intron 1 132740 132860 intron_66 intron 1 133029 133634 intron_67 intron 1 133684 133953 intron_68 intron 0.97 134028 135102 CDS_74 CDS 1 132529 132567 CDS_75 CDS 1 132662 132739 CDS_76 CDS 1 132861 133028 CDS_77 CDS 1 133635 133683 CDS_78 CDS 1 133954 134027 CDS_79 CDS 0.6 135103 135222 stop_codon_11 stop_codon 135220 135222 AUGUSTUS_tom_pot_cdna de novo gene_12 gene 0.97 1261 1068 transcript_12 transcript 0.97 1261 1068 intron_69 intron 0.97 1067 1 CDS_80 CDS 1 1261 1068 start_codon_12 start_codon 1261 1259 gene_13 gene 0.8 13390 11211 transcript_13 transcript 0.8 13390 11211 stop_codon_12 stop_codon 11213 11211 intron_70 intron 1 11628 11523 intron_71 intron 1 12793 11779 CDS_81 CDS 1 11522 11211 CDS_82 CDS 1 11778 11629 CDS_83 CDS 0.8 13390 12794 start_codon_13 start_codon 13390 13388 gene_14 gene 1 22441 19962 transcript_14 transcript 1 22441 19962 stop_codon_13 stop_codon 19964 19962 intron_72 intron 1 20135 20053 CDS_84 CDS 1 20052 19962 CDS_85 CDS 1 22441 20136 start_codon_14 start_codon 22441 22439 gene_15 gene 0.93 41650 39164 transcript_15 transcript 0.93 41650 39164 stop_codon_14 stop_codon 39166 39164 intron_73 intron 1 39604 39506 intron_74 intron 1 40022 39846 intron_75 intron 1 40436 40337 intron_76 intron 1 41069 40978 CDS_86 CDS 1 39505 39164 CDS_87 CDS 1 39845 39605 CDS_88 CDS 1 40336 40023 CDS_89 CDS 1 40977 40437 CDS_90 CDS 0.93 41650 41070 start_codon_15 start_codon 41650 41648 gene_16 gene 1 47202 45979 transcript_16 transcript 1 47202 45979 stop_codon_15 stop_codon 45981 45979 CDS_91 CDS 1 47202 45979 start_codon_16 start_codon 47202 47200 gene_17 gene 0.22 76639 62230 transcript_17 transcript 0.22 76639 62230 stop_codon_16 stop_codon 62232 62230 intron_77 intron 0.39 65148 63024 intron_78 intron 1 66317 66226 intron_79 intron 1 66431 66348 intron_80 intron 0.61 71271 67044 intron_81 intron 0.94 72829 71947 intron_82 intron 1 73997 73907 intron_83 intron 0.99 74204 74028 intron_84 intron 0.94 76626 74769 CDS_92 CDS 0.54 63023 62230 CDS_93 CDS 0.5 66225 65149 CDS_94 CDS 1 66347 66318 CDS_95 CDS 1 67043 66432 CDS_96 CDS 0.95 71946 71272 CDS_97 CDS 0.99 73906 72830 CDS_98 CDS 1 74027 73998 CDS_99 CDS 0.93 74768 74205 CDS_100 CDS 0.94 76639 76627 start_codon_17 start_codon 76639 76637 gene_18 gene 1.6 95608 93162 transcript_18 transcript 0.98 95608 94355 stop_codon_17 stop_codon 94357 94355 CDS_101 CDS 0.98 95608 94355 start_codon_18 start_codon 95608 95606 transcript_19 transcript 0.62 95608 93162 stop_codon_18 stop_codon 93164 93162 intron_85 intron 0.63 94384 93999 CDS_102 CDS 1 93998 93162 CDS_103 CDS 0.62 95608 94385 start_codon_19 start_codon 95608 95606 gene_19 gene 0.38 98748 97388 transcript_20 transcript 0.38 98748 97388 stop_codon_19 stop_codon 97390 97388 intron_86 intron 0.46 97669 97457 intron_87 intron 0.5 98680 97776 CDS_104 CDS 0.46 97456 97388 CDS_105 CDS 0.53 97775 97670 CDS_106 CDS 0.57 98748 98681 start_codon_20 start_codon 98748 98746 gene_20 gene 1 100439 99232 transcript_21 transcript 1 100439 99232 stop_codon_20 stop_codon 99234 99232 intron_88 intron 1 99899 99308 intron_89 intron 1 100159 100073 intron_90 intron 1 100407 100236 CDS_107 CDS 1 99307 99232 CDS_108 CDS 1 100072 99900 CDS_109 CDS 1 100235 100160 CDS_110 CDS 1 100439 100408 start_codon_21 start_codon 100439 100437 gene_21 gene 1 114797 111266 transcript_22 transcript 1 114797 111266 stop_codon_21 stop_codon 111268 111266 intron_91 intron 1 111925 111356 intron_92 intron 1 112090 112008 intron_93 intron 1 112238 112129 intron_94 intron 1 112381 112296 intron_95 intron 1 112594 112446 intron_96 intron 1 112890 112692 intron_97 intron 1 113702 112973 CDS_111 CDS 1 111355 111266 CDS_112 CDS 1 112007 111926 CDS_113 CDS 1 112128 112091 CDS_114 CDS 1 112295 112239 CDS_115 CDS 1 112445 112382 CDS_116 CDS 1 112691 112595 CDS_117 CDS 1 112972 112891 CDS_118 CDS 1 114797 113703 start_codon_22 start_codon 114797 114795 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_1 match 199 30559 31200 match_2 match 107 78610 79185 match_3 match 111 78574 79110 match_4 match 114 78610 79197 match_5 match 106 78574 79110 match_6 match 105 78613 79185 match_7 match 127 78598 79164 match_8 match 178 33568 34002 match_9 match 506 36440 37540 match_10 match 90.5 36154 36348 match_11 match 182 91666 92160 match_12 match 124 78613 79185 match_13 match 122 78613 79185 match_14 match 122 78613 79185 match_15 match 119 78595 79185 match_16 match 108 78601 79155 match_17 match 199 91441 92160 match_18 match 172 33628 34002 match_19 match 90.9 36154 36348 match_20 match 572 36440 37543 match_21 match 124 106906 107463 match_22 match 176 107543 108262 match_23 match 67.4 108321 108488 match_24 match 167 106123 106599 match_25 match 118 78595 79047 match_26 match 120 78595 79047 match_27 match 70.9 108321 108569 match_28 match 112 106903 107457 match_29 match 191 107534 108262 match_30 match 168 106147 106599 match_31 match 121 131005 131316 match_32 match 115 128192 128500 match_33 match 225 130057 130503 match_34 match 170 78592 79188 match_35 match 169 78592 79188 match_36 match 178 78592 79188 match_37 match 171 78613 79188 match_38 match 177 78592 79188 match_39 match 179 78592 79188 match_40 match 106 78613 79185 match_41 match 120 78520 79185 match_42 match 117 78613 79080 match_43 match 23.1 79085 79135 match_44 match 105 78598 78927 match_45 match 125 78610 79185 match_46 match 331 9035 9943 match_47 match 112 128156 128500 match_48 match 119 131002 131316 match_49 match 203 130060 130503 match_50 match 266 30583 31197 match_51 match 164 117954 118352 match_52 match 218 117954 118397 match_53 match 170 119933 120283 match_54 match 203 119933 120295 match_55 match 124 120495 120686 match_56 match 179 33598 34002 match_57 match 511 36422 37540 match_58 match 91.3 36154 36348 match_59 match 73.2 36157 36366 match_60 match 382 36440 37501 match_61 match 125 33718 34017 match_62 match 108 128156 128500 match_63 match 114 131002 131316 match_64 match 199 130060 130503 match_65 match 197 30559 31251 match_66 match 113 78541 79185 match_67 match 108 78610 79029 match_68 match 107 78613 79185 match_69 match 107 78610 79071 match_70 match 107 78595 79014 match_71 match 108 78598 79185 match_72 match 107 78610 79185 match_73 match 113 78574 79128 match_74 match 197 106144 107457 match_75 match 170 107534 108262 match_76 match 38.1 108321 108389 match_77 match 107 78613 79188 match_78 match 173 78592 79221 match_79 match 110 78613 79185 match_80 match 116 78565 79185 match_81 match 115 33634 34005 match_82 match 361 36440 37507 match_83 match 62.8 36157 36357 match_84 match 105 78520 79035 match_85 match 113 78574 79185 match_86 match 140 78580 79206 match_87 match 108 78613 79185 match_88 match 224 30583 31194 match_89 match 192 30583 31197 match_90 match 204 30583 31209 match_91 match 76.3 85541 85831 match_92 match 88.6 85266 85424 match_93 match 55.8 85123 85212 match_94 match 76.3 85541 85831 match_95 match 88.6 85266 85424 match_96 match 55.8 85123 85212 match_97 match 129 78595 79176 match_98 match 133 78580 79185 match_99 match 120 33658 34005 match_100 match 363 36440 37501 match_101 match 77.0 36157 36348 match_102 match 127 78607 79014 match_103 match 195 91444 92160 match_104 match 191 107537 108262 match_105 match 62.8 108321 108476 match_106 match 131 106147 106572 match_107 match 70.5 107323 107445 match_108 match 156 106105 106758 match_109 match 182 107444 108262 match_110 match 62.4 108321 108488 match_111 match 92.0 106915 107457 match_112 match 65.9 108321 108488 match_113 match 143 106147 106626 match_114 match 192 107528 108262 match_115 match 127 106147 106584 match_116 match 85.9 107164 107454 match_117 match 188 107537 108262 match_118 match 67.8 108321 108488 match_119 match 165 78562 79188 match_120 match 169 78562 79188 match_121 match 172 78592 79185 match_122 match 191 78580 79188 match_123 match 172 78631 79185 match_124 match 163 78631 79185 match_125 match 105 78520 78924 match_126 match 365 36440 37501 match_127 match 125 33667 34017 match_128 match 71.6 36157 36366 match_129 match 275 36917 37552 match_130 match 95.5 106909 107457 match_131 match 186 107528 108262 match_132 match 139 106147 106626 match_133 match 67.8 108321 108488 match_134 match 372 36419 37504 match_135 match 119 33718 34002 match_136 match 117 78607 79185 match_137 match 106 78601 79155 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_138 match 126 63072 62605 match_139 match 169 66085 65429 match_140 match 167 73766 73110 match_141 match 136 63072 62407 match_142 match 183 66085 65222 match_143 match 181 73766 72903 match_144 match 112 13309 12884 match_145 match 127 11525 11223 match_146 match 64.7 11757 11629 match_147 match 104 41542 41069 match_148 match 343 40333 39212 match_149 match 304 40979 40410 match_150 match 476 47148 46075 match_151 match 83.6 40333 40028 match_152 match 220 40940 40434 match_153 match 184 66229 65159 match_154 match 185 73832 72840 match_155 match 123 63015 62401 match_156 match 42.4 40321 40103 match_157 match 150 40934 40434 match_158 match 129 63072 62401 match_159 match 175 73766 72903 match_160 match 181 66085 65222 match_161 match 176 66235 65231 match_162 match 117 63078 62593 match_163 match 172 73751 72912 match_164 match 176 66235 65231 match_165 match 117 63078 62593 match_166 match 172 73751 72912 match_167 match 179 73952 72912 match_168 match 177 66235 65231 match_169 match 117 63078 62593 match_170 match 179 73952 72912 match_171 match 177 66235 65231 match_172 match 117 63078 62593 match_173 match 142 63078 62347 match_174 match 172 66058 65210 match_175 match 171 73739 72891 match_176 match 168 73739 72873 match_177 match 174 66070 65192 match_178 match 140 63072 62404 match_179 match 198 66238 65144 match_180 match 186 73799 72837 match_181 match 145 63078 62347 match_182 match 137 63072 62404 match_183 match 177 66130 65231 match_184 match 171 73730 72912 match_185 match 136 63078 62404 match_186 match 179 73766 72903 match_187 match 182 66085 65222 match_188 match 174 73772 72819 match_189 match 179 66091 65138 match_190 match 111 63018 62605 match_191 match 121 63072 62575 match_192 match 163 73766 73107 match_193 match 171 66085 65426 match_194 match 106 63015 62242 match_195 match 186 66100 65141 match_196 match 189 73781 72801 match_197 match 114 63015 62404 match_198 match 194 73766 72903 match_199 match 194 66085 65222 match_200 match 117 63078 62404 match_201 match 182 66223 65225 match_202 match 181 73904 72906 match_203 match 117 63078 62404 match_204 match 182 66223 65225 match_205 match 181 73904 72906 match_206 match 125 63075 62404 match_207 match 182 73769 72900 match_208 match 191 66088 65219 match_209 match 166 63072 62401 match_210 match 232 66232 65225 match_211 match 231 73838 72906 match_212 match 43.5 40330 40109 match_213 match 147 40940 40434 match_214 match 112 63018 62401 match_215 match 178 73919 72912 match_216 match 185 66238 65231 match_217 match 174 73766 72897 match_218 match 182 66085 65144 match_219 match 110 63018 62605 match_220 match 108 40333 40028 match_221 match 272 40979 40434 match_222 match 106 63018 62401 match_223 match 164 73919 72924 match_224 match 172 66238 65243 match_225 match 111 63018 62404 match_226 match 169 66232 65231 match_227 match 165 73769 72912 match_228 match 169 73916 72903 match_229 match 169 66235 65222 match_230 match 112 63072 62593 match_231 match 192 66226 65225 match_232 match 184 73898 72906 match_233 match 132 63015 62404 match_234 match 123 63078 62404 match_235 match 180 73928 72906 match_236 match 177 66226 65225 match_237 match 122 63078 62404 match_238 match 180 73928 72906 match_239 match 178 66226 65225 match_240 match 53.5 40324 40079 match_241 match 150 40958 40434 match_242 match 152 63078 62401 match_243 match 204 66232 65177 match_244 match 201 73910 72858 match_245 match 201 66232 65177 match_246 match 197 73910 72858 match_247 match 152 63078 62401 match_248 match 149 63078 62401 match_249 match 201 73910 72858 match_250 match 206 66232 65177 match_251 match 144 63078 62401 match_252 match 192 73916 72840 match_253 match 204 66235 65153 match_254 match 120 63072 62401 match_255 match 174 73766 72903 match_256 match 182 66085 65222 match_257 match 120 63072 62401 match_258 match 174 73766 72903 match_259 match 182 66085 65222 match_260 match 120 63072 62401 match_261 match 174 73766 72903 match_262 match 182 66085 65222 match_263 match 144 63075 62404 match_264 match 203 73769 72900 match_265 match 207 66088 65219 match_266 match 128 63078 62401 match_267 match 172 73754 72912 match_268 match 180 66073 65231 match_269 match 128 63078 62401 match_270 match 167 73916 72912 match_271 match 176 66235 65231 match_272 match 129 63078 62410 match_273 match 168 73916 72837 match_274 match 176 66235 65153 match_275 match 168 73916 72912 match_276 match 131 63078 62410 match_277 match 180 66235 65231 match_278 match 132 63090 62410 match_279 match 168 73901 72912 match_280 match 172 66070 65231 match_281 match 137 63090 62410 match_282 match 159 73751 72843 match_283 match 169 66070 65162 match_284 match 132 63090 62410 match_285 match 173 73922 72912 match_286 match 179 66241 65231 match_287 match 133 63090 62410 match_288 match 173 66241 65231 match_289 match 166 73751 72912 match_290 match 132 63090 62410 match_291 match 174 66238 65231 match_292 match 171 73919 72912 match_293 match 132 63072 62347 match_294 match 185 66085 65150 match_295 match 181 73766 72840 match_296 match 176 73922 72873 match_297 match 137 63078 62404 match_298 match 180 66046 65153 match_299 match 138 63078 62404 match_300 match 175 73850 72873 match_301 match 181 66169 65192 match_302 match 313 66229 65120 match_303 match 308 73910 72801 match_304 match 217 63018 62269 match_305 match 306 73883 72801 match_306 match 314 66232 65120 match_307 match 211 63018 62323 match_308 match 295 73931 72777 match_309 match 298 66238 65117 match_310 match 216 63078 62266 match_311 match 311 66241 65186 match_312 match 311 73877 72867 match_313 match 209 63018 62329 match_314 match 307 73943 72867 match_315 match 209 63018 62293 match_316 match 312 66235 65186 match_317 match 114 63078 62407 match_318 match 169 66229 65243 match_319 match 168 73751 72924 match_320 match 162 73883 72909 match_321 match 172 66220 65228 match_322 match 173 66220 65225 match_323 match 165 73901 72906 match_324 match 118 63078 62404 match_325 match 298 73910 72867 match_326 match 219 63018 62287 match_327 match 308 66235 65186 match_328 match 177 66091 65201 match_329 match 175 73772 72882 match_330 match 116 63018 62605 match_331 match 180 73910 72873 match_332 match 189 66238 65144 match_333 match 124 63006 62401 match_334 match 164 73766 72834 match_335 match 171 66085 65225 match_336 match 135 63012 62404 match_337 match 179 73832 72873 match_338 match 183 66151 65192 match_339 match 152 63090 62401 match_340 match 130 63075 62404 match_341 match 180 73769 72873 match_342 match 191 66088 65192 match_343 match 110 63018 62401 match_344 match 172 73919 72876 match_345 match 171 66238 65195 match_346 match 133 63075 62404 match_347 match 199 66088 65219 match_348 match 195 73769 72900 match_349 match 134 63075 62404 match_350 match 196 73919 72900 match_351 match 207 66238 65219 match_352 match 105 63018 62401 match_353 match 173 66238 65231 match_354 match 171 73919 72912 match_355 match 214 73916 72870 match_356 match 216 66226 65189 match_357 match 162 63075 62401 match_358 match 170 66232 65228 match_359 match 113 63018 62404 match_360 match 167 73766 72909 match_361 match 49.7 40324 40106 match_362 match 141 40937 40398 match_363 match 164 73784 72909 match_364 match 169 66103 65228 match_365 match 109 63078 62569 match_366 match 126 63075 62404 match_367 match 192 66238 65219 match_368 match 187 73919 72900 match_369 match 82.0 40321 40022 match_370 match 214 40961 40434 match_371 match 174 73922 72909 match_372 match 174 66232 65228 match_373 match 117 63018 62401 match_374 match 108 63018 62401 match_375 match 173 66241 65228 match_376 match 172 73769 72909 match_377 match 83.6 40333 40028 match_378 match 229 40940 40434 match_379 match 97.4 41503 41069 match_380 match 350 40333 39212 match_381 match 305 40979 40410 match_382 match 124 63072 62401 match_383 match 178 73766 72903 match_384 match 181 66085 65222 match_385 match 68.2 40330 40097 match_386 match 220 40976 40434 match_387 match 497 114695 113703 match_388 match 42.0 40321 40103 match_389 match 150 40934 40434 match_390 match 116 63078 62407 match_391 match 179 66235 65222 match_392 match 166 73904 72903 match_393 match 129 63078 62401 match_394 match 173 73766 72888 match_395 match 179 66085 65207 match_396 match 40.4 40330 40133 match_397 match 150 40940 40434 match_398 match 142 40940 40434 match_399 match 59.3 40330 40115 match_400 match 174 73907 72906 match_401 match 179 66229 65225 match_402 match 127 63015 62404 match_403 match 126 63015 62407 match_404 match 175 73766 72825 match_405 match 178 66085 65168 match_406 match 53.1 40321 40040 match_407 match 195 40958 40434 match_408 match 171 73766 72903 match_409 match 174 66085 65135 match_410 match 127 63072 62401 match_411 match 172 66085 65201 match_412 match 169 73766 72882 match_413 match 119 63018 62593 match_414 match 169 66232 65201 match_415 match 164 73769 72882 match_416 match 105 63018 62401 match_417 match 121 63072 62401 match_418 match 185 73907 72825 match_419 match 189 66232 65195 match_420 match 122 63018 62401 match_421 match 179 73766 72882 match_422 match 182 66085 65201 match_423 match 181 73910 72900 match_424 match 124 63075 62404 match_425 match 188 66229 65219 match_426 match 181 73910 72900 match_427 match 124 63075 62404 match_428 match 188 66229 65219 match_429 match 169 73922 72873 match_430 match 183 66241 65192 match_431 match 130 63072 62404 match_432 match 179 66235 65243 match_433 match 172 73889 72924 match_434 match 110 63018 62401 match_435 match 171 73904 72924 match_436 match 167 66235 65243 match_437 match 115 40333 39230 match_438 match 221 40940 40425 match_439 match 40.0 40330 40133 match_440 match 56.2 40330 40118 match_441 match 142 40940 40434 match_442 match 155 40940 40434 match_443 match 181 66232 65222 match_444 match 176 73775 72903 match_445 match 120 63090 62407 match_446 match 173 73919 72873 match_447 match 177 66238 65192 match_448 match 116 63078 62407 match_449 match 128 63072 62401 match_450 match 184 66085 65222 match_451 match 181 73766 72903 match_452 match 112 63078 62404 match_453 match 166 73814 72891 match_454 match 173 66094 65210 match_455 match 114 63078 62404 match_456 match 172 66232 65225 match_457 match 164 73874 72906 match_458 match 142 63078 62347 match_459 match 192 66223 65222 match_460 match 182 73805 72903 match_461 match 177 73901 72873 match_462 match 186 66235 65192 match_463 match 144 63078 62347 match_464 match 187 73766 72903 match_465 match 189 66085 65222 match_466 match 135 63072 62407 match_467 match 168 73796 72912 match_468 match 142 63072 62404 match_469 match 179 66115 65231 match_470 match 184 66235 65216 match_471 match 141 63072 62404 match_472 match 179 73769 72897 match_473 match 173 73877 72843 match_474 match 180 66196 65162 match_475 match 134 63072 62404 match_476 match 127 63072 62404 match_477 match 179 73919 72864 match_478 match 179 66112 65183 match_479 match 182 73910 72873 match_480 match 189 66232 65192 match_481 match 152 63072 62404 match_482 match 145 63072 62404 match_483 match 173 73769 72873 match_484 match 180 66088 65192 match_485 match 129 63072 62545 match_486 match 167 73769 73116 match_487 match 172 66088 65435 match_488 match 162 73919 72912 match_489 match 172 66238 65231 match_490 match 147 63072 62407 match_491 match 186 73910 72816 match_492 match 127 63072 62404 match_493 match 193 66232 65135 match_494 match 122 63072 62404 match_495 match 184 73916 72822 match_496 match 194 66235 65081 match_497 match 127 63072 62404 match_498 match 189 73919 72819 match_499 match 200 66238 65138 match_500 match 176 73913 72873 match_501 match 183 66229 65192 match_502 match 145 63072 62404 match_503 match 185 73922 72873 match_504 match 201 66241 65192 match_505 match 139 63060 62413 match_506 match 209 63018 62326 match_507 match 301 73889 72867 match_508 match 311 66211 65186 match_509 match 172 66235 65228 match_510 match 107 63018 62401 match_511 match 168 73877 72909 match_512 match 169 73886 72873 match_513 match 181 66238 65192 match_514 match 140 63075 62407 match_515 match 177 66085 65156 match_516 match 170 73739 72837 match_517 match 142 63072 62347 match_518 match 169 73922 72819 match_519 match 123 63072 62257 match_520 match 178 66241 65138 match_521 match 170 66241 65132 match_522 match 132 63072 62263 match_523 match 159 73760 72912 match_524 match 123 63072 62404 match_525 match 170 73916 72912 match_526 match 182 66232 65231 match_527 match 167 73916 72912 match_528 match 123 63072 62404 match_529 match 181 66232 65231 match_530 match 172 73922 72873 match_531 match 132 63075 62347 match_532 match 177 66235 65192 match_533 match 165 73922 72873 match_534 match 125 63075 62347 match_535 match 170 66235 65192 match_536 match 178 73922 72843 match_537 match 186 66241 65162 match_538 match 130 63018 62347 match_539 match 137 63075 62266 match_540 match 167 73922 72873 match_541 match 173 66241 65192 match_542 match 140 63072 62347 match_543 match 191 73922 72873 match_544 match 197 66241 65192 match_545 match 169 73916 72816 match_546 match 180 66232 65135 match_547 match 125 63060 62404 match_548 match 137 63072 62404 match_549 match 166 73760 72873 match_550 match 172 66079 65192 match_551 match 163 73916 73065 match_552 match 169 66232 65435 match_553 match 122 63072 62590 match_554 match 175 73916 72852 match_555 match 185 66232 65171 match_556 match 132 63072 62404 match_557 match 169 73904 72912 match_558 match 177 66238 65231 match_559 match 134 63072 62326 match_560 match 171 73922 72912 match_561 match 133 63072 62347 match_562 match 175 66241 65231 match_563 match 186 73925 72828 match_564 match 129 63018 62404 match_565 match 189 66211 65147 match_566 match 125 63018 62404 match_567 match 187 66241 65231 match_568 match 183 73922 72912 match_569 match 187 66235 65231 match_570 match 182 73922 72912 match_571 match 129 63072 62404 match_572 match 134 63072 62404 match_573 match 177 73796 72912 match_574 match 184 66115 65231 match_575 match 129 63018 62290 match_576 match 174 73769 72912 match_577 match 183 66088 65231 match_578 match 129 63018 62290 match_579 match 174 73769 72912 match_580 match 183 66088 65231 match_581 match 117 63060 62404 match_582 match 162 73910 72912 match_583 match 175 66232 65231 match_584 match 167 73832 72912 match_585 match 178 66088 65231 match_586 match 130 63072 62347 match_587 match 67.4 40321 40100 match_588 match 209 40979 40431 match_589 match 138 63072 62404 match_590 match 176 73751 72903 match_591 match 175 66070 65222 match_592 match 136 63072 62404 match_593 match 189 66235 65216 match_594 match 182 73910 72897 match_595 match 135 63093 62314 match_596 match 172 73766 72912 match_597 match 178 66085 65231 match_598 match 50.8 40324 40106 match_599 match 141 40937 40398 match_600 match 108 63078 62404 match_601 match 169 73910 72906 match_602 match 173 66238 65225 match_603 match 181 66241 65228 match_604 match 186 73937 72909 match_605 match 124 63018 62401 match_606 match 123 63072 62404 match_607 match 187 73919 72900 match_608 match 188 66085 65219 match_609 match 232 66235 65225 match_610 match 231 73904 72906 match_611 match 169 63030 62401 match_612 match 122 63018 62401 match_613 match 184 73766 72903 match_614 match 190 66085 65222 match_615 match 134 63075 62404 match_616 match 187 73769 72900 match_617 match 196 66088 65219 match_618 match 208 47139 46072 match_619 match 170 73766 72882 match_620 match 175 66085 65201 match_621 match 123 63018 62605 match_622 match 121 63072 62401 match_623 match 171 73766 72903 match_624 match 180 66085 65222 match_625 match 175 66217 65153 match_626 match 164 73883 72906 match_627 match 145 63060 62404 match_628 match 114 63078 62407 match_629 match 187 66235 65222 match_630 match 176 73904 72903 match_631 match 116 63078 62407 match_632 match 177 73925 72903 match_633 match 187 66232 65222 match_634 match 108 63078 62407 match_635 match 182 66235 65222 match_636 match 178 73904 72903 match_637 match 171 66232 65222 match_638 match 128 63105 62407 match_639 match 166 73775 72903 match_640 match 38.1 40330 40043 match_641 match 142 40940 40434 match_642 match 155 40940 40434 match_643 match 59.3 40330 40115 match_644 match 127 63090 62407 match_645 match 176 73922 72852 match_646 match 179 66172 65171 match_647 match 125 63072 62404 match_648 match 189 66235 65219 match_649 match 169 73769 72900 match_650 match 115 63090 62401 match_651 match 173 73907 72852 match_652 match 183 66235 65171 match_653 match 157 41647 41069 match_654 match 424 40333 39212 match_655 match 313 40988 40434 match_656 match 175 66088 65231 match_657 match 171 73769 72912 match_658 match 105 63075 62407 match_659 match 175 66088 65231 match_660 match 171 73769 72912 match_661 match 174 73919 72900 match_662 match 124 63075 62404 match_663 match 184 66088 65219 match_664 match 171 66211 65228 match_665 match 167 73919 72909 match_666 match 176 73766 72903 match_667 match 127 63072 62401 match_668 match 178 66085 65222 match_669 match 176 73766 72903 match_670 match 127 63072 62401 match_671 match 178 66085 65222 match_672 match 42.4 40321 40106 match_673 match 150 40937 40395 match_674 match 42.4 40321 40106 match_675 match 150 40937 40395 match_676 match 191 73937 72906 match_677 match 192 66202 65225 match_678 match 147 62997 62404 match_679 match 232 73916 72873 match_680 match 233 66235 65192 match_681 match 169 63078 62347 match_682 match 154 63075 62404 match_683 match 198 73775 72906 match_684 match 201 66094 65225 match_685 match 165 73916 72828 match_686 match 171 66235 65147 match_687 match 198 63078 62284 match_688 match 273 73724 72801 match_689 match 279 66043 65153 match_690 match 262 73700 72840 match_691 match 266 66019 65153 match_692 match 202 63018 62329 match_693 match 285 73913 72840 match_694 match 291 66214 65120 match_695 match 209 63018 62347 match_696 match 293 73916 72867 match_697 match 302 66235 65186 match_698 match 228 63018 62332 match_699 match 169 66085 65228 match_700 match 160 73766 73110 match_701 match 118 63018 62605 match_702 match 198 63018 62347 match_703 match 313 66235 65192 match_704 match 303 73916 72873 match_705 match 306 66235 65138 match_706 match 305 73931 72867 match_707 match 198 63018 62347 match_708 match 128 63012 62407 match_709 match 182 73928 72912 match_710 match 190 66235 65135 match_711 match 109 40333 40028 match_712 match 274 40979 40434 match_713 match 180 73922 72906 match_714 match 127 63075 62401 match_715 match 187 66241 65225 match_716 match 234 47112 46072 match_717 match 176 73919 72909 match_718 match 185 66238 65228 match_719 match 111 63075 62407 match_720 match 180 73919 72822 match_721 match 183 66238 65180 match_722 match 108 63075 62404 match_723 match 184 73916 72822 match_724 match 188 66235 65180 match_725 match 171 66241 65195 match_726 match 170 73922 72876 match_727 match 98.2 40321 40022 match_728 match 209 40937 40434 match_729 match 176 73886 72837 match_730 match 186 66241 65126 match_731 match 130 63090 62401 match_732 match 115 63078 62407 match_733 match 169 66085 65228 match_734 match 164 73766 72909 match_735 match 112 40333 39230 match_736 match 217 40940 40425 match_737 match 105 63018 62401 match_738 match 165 73910 72909 match_739 match 169 66229 65228 match_740 match 162 73889 72909 match_741 match 117 63018 62401 match_742 match 170 66208 65348 match_743 match 135 63072 62272 match_744 match 202 73766 72906 match_745 match 201 66085 65225 match_746 match 116 63072 62404 match_747 match 167 73769 72900 match_748 match 176 66088 65219 match_749 match 64.3 40330 40022 match_750 match 194 40979 40431 match_751 match 184 66235 65219 match_752 match 134 63072 62404 match_753 match 172 73769 72900 match_754 match 167 73910 72852 match_755 match 119 63090 62401 match_756 match 177 66235 65171