C06HBa0203N09.1 AAGCTTCCTCCTGATTGATGATAGCAAGCCAAGTCGCACTTTCTTTTGCTGTCATCTTAT CCTGCAAGCACTTTGACTGCCTCACAAGCTTCCGGATTTTAGCAATATCAGGGGAAATGT GCTTGATCACCGCTGTTAGGACACCAACCTTCCACGCCTTCTTCAGATCATGAGGCTTTT TGTAAGGTGGAGGACCTTGATCCTTCTGCAAACCCAATTGTGGCCACCAGTCCTCCTGTC CTGTAGGCCACCATGGGGGTGAAACACCTTTCTCCAATGGAAATCTTCTCTGAGGAGGAT CACAGTGCTGCATCAAAGCTGATAATAACGAACCAAGGGTGGTATCTTGCAGCTCCTGCA AGGTGTGAGGGGTAGGACCAACTGGATTTGATACGTCATTCTTGCCTGGGATAGCATGCT CAGCCTGGTATTTGGCTATAGCGGCAGGGCCATTGCGATCAAATCTCACTTTATCCTTCC ACCACTCCCTAAGATTATCAGATGCCCCACCAACCGGCTTGCCTTTCTCCGGAATGATCC CATAAACAAAACCCTGAGCTTTACATACTTCCATCATTTTCAACATGTACTTCAAGATCC CATCCTGTGCCCTCGACATCTTCTTCCTCCTTGCCTGCTCCTGTGACTGGCGTCGTTTGA CAGAATCAACATCTTCCATCCCCTGATTCATTTCTTTCAGCCTTTTCAGCTTCATCTTGT CCCTCCACACTCTCTTCTCTAGCTCATCCACATCAATATCCTCATCACTATAATCATCAT CCACCACCTGCTCTGCCTCAGTCTGTGGAGCAGCCACCTCCACTTCCTTAAGCGGAGCAG GAAAGAAATCAAGATCCCCACAGAACCCCATTTCCTCAAACATCATCATCTTCACAAGAA CAAACTCCTCCAAAAAACTAATCACCAAACGTCAAGAAATCTAAACAGAACTAGCAGCTA ACACCCAATTTTTTCACAGATTATCCTGTCCTTTCTCAACACTCATCAATCCAAATTACG CGATATTTAATCCTGCAAATACATTTAAAAAGGGATAATCTCTTTACAAAGTTCTACATA TGAACAATACAGAACACTGTTGACATGTAAATATCTCAATACACAGGCAAGTTCAACTAA AAGCTAAAAGGGGAGAAAAAAGTGGACTTTTTTACATTACTCATAAAAAAAAAAAAAACC ATAGAGTTTTGCACATTAAAGAAAAACCCAAGATAATCTCCCCAAAAATACCAAATAGGT ACAAATCATTTCCCGCGAAAATCCAAAAAAAAAATTAACATATTTTCCCAGATCCAAACC ATCAATATTAATGTAACCCCCCAAACAGAAATCTGAAAAAAAAAAAAAGTTCTTTTGAAA GGAAAGTAAAAAGAATCTTGTAACTCACCCAACTATGATTATAAACATCATATTATTAAT TATAAACAATAAAAGAAAGTAAATTCAACCAATCAAGAATCATAAACACATAAAAATCCA ATCTTTAAGCAAAAGCACAAATCTTTACAACAACAACAACAAAAAAAAAACTCCATTAAA GATCACTAATTAACAGAAGAAAGTACAAAAGCAAATATCTGTAAAGAAGACAGAGACATA AAAACTATTAGTATGTGAGTACCTGAATTTATGATATTTGAAAAAATTTGATTAAACTCT TTTTCTCTACTTAGGAGAATAATAATTTGACCATTTTTTAAGAGACTATATGGAAACAGA GAAGAAAGATAAGTAAGAAATAGAGAAGAAAGGGTGGGGGACGTTATAGAACAACAACTT TAATAATGAATGTGAATATATTTATTACTCCCTTCATGCAAAATAAAATATTTACTACAT TTAAATTTAAATAGGATTGTGTATTTTTTATTTTTTTTAACTAGTAAGTATTACAAAATT TATAAAATAATATTTAAAATCTATTATATATTAAAATTTTAAGATATTAAATTATTTTAT ATATAAGATTACATAATTTTAAATATTAATAATGTTAAAGAAAAATAAAAAGTATTATAT CTTATTATTTATCCTTAATGATATAATCATAAATTATAAATTAATGATAGTAAAAATACA CACCATACTTGAATAATAGCGATGAGCTAATAAATATTTGATTGTGAAGAAGAAGAGGTG ATTTAGAGTTTTGTTGTGTTAAAATGAGAGGAAATTCCTTTATTTATGAATAATAAAGAA TAGTATGAACAAATGTTTATTATGTCTTATCAGAAATGTTATAACTATTTAAAAAAGTTG CAATTATTCGAAAAGGTTACAATCTTTCATAAAAGTCATAATTTTTATTAAAAGTCGCAA CTCTTCACTAAAATCACAACTTTTCATTCACAATATTTAATGAAAGAAAAGACTAATTTT ATAAATAAATAGATTAAAAGAGAATTATGAATATAAATTTTATATCTATATATAACTGAT TTATAAAAATATTTGACACATTTATTTTAGTATTTACAATTTATAGTGTGGCTCCATTCC TAATATATATCTTTTTTAAAAAAAAAATAAAAAATAGTTCAATGCAGGATAAAAGATTGA AAATTCGTCAAAATTTTTATCATCTAATTAACACTAATTCATCTCTTTCATAATAACTGA ATTTGTGAGACAATTCACGTCTATTAAGAAAAATATTAAAGACATAATTTAAAATAATTT TTTTTTACTATTATTTTTTGTGAAATCACAAAATACTCGCTCTATCTAACAATATATGTC CCCTATTGATTTTACATATTTTTTAAGAAACTATAAATAGACAGGTAATTTTATTATATC ACCATTTGAATATAATAAATAAATTCAATTTATTGAAAAATATAATAGAAAAATGACAAT ATTTAATAACAAGAGTAAATTAGGAACTAAGTACAAATTTATCATTAACTTCACAAAGTA GATAAGTATTGTCGAACATTTCAAAATAGTATAATGAACAACTATTTTTAAATAGTTATT AACAATTTTAAATTCTAGAAAATATCAAACTTCATTAAAAGAGCATATATATATATAGAA ATTAAAAAACAATTTCAAATATTTATCTTGAACTTTGAAAATATTCATTATTTTAAACAA TAAAAGAAATCCCTTAAAATTTCACTTAATATCACATATAGGGAGTATATATTTTATCAC TTAATTGAACAAAATAATATGATTTGAAATAAATATTACTGTGTGAATTAAAGTAATATA GACTTTTGATCTTTGGGGTTGCATTTCTCCTTGATGCATGAATAAGTATTAAAAAAAGTG AATAAATTTTGTGTGTGAAATAGTGAGTAATTATGAAATTTGTGTGTTTTTTTAAAAAAA TTGGTGGAAGTTGCTTTCAAGAAGCCAAAGGGTCATGATGGATGAACTTTCTTTCCAAGT GGGAATGCAATGAATTGCAAGTCTTCAAAGTTGTGGCCATTGGGAAAAGGATGTTTTACT TTGTTTTTATCTTACTTTTTTTAGTGAATATATGGAGATTTTTCTGTTCGATATTTTGTA TTTATCTGAATTAAAATTAAAGTATTGTTAAATTTTAATTTTCATATTTATAGCAGTGAA AGTCTTTTTTGCATTTTTAGAGATTTAAATTTTAAATCCCGCAAAGAAAATTTCGATTTC TGATAATTATATTTATGATTTGACCGATTATAGGATGTGATCAACCTAAATTATTAGATG AATACCCTTTCATTTTTCTTTGTTTTAAAACTAATTTATTACTTACACACACGTGCATCT TAATAATAATGCACAAATTTCTACAAAATTTAATTCATACTACAATATTAGTATTTGGAA TAATTGTAATAGTTTTTGTGTAGATCAGTATTTTCTTCGTTCAAAATTATTTGTCATGTT ATGTTTATTAAAAGTTAATTTGACTAATTTTTAAAGATAAATTGGATTATATTGATTCGA TATTTTAAATGAAAAAATTAAATATTTTAAAATTATATAAAAAGTATTATAAATTATAAT TTTTTGCATATTAATATGATGAAAAAATGCATTTTAAAATATTAGTCAAAGTATTTATAA TTTGACTCTAAAAATATAAATCATGACAAACAATACGGATGGTCAGGGTATTATTTATCT TTACTTATAAATGTTTTCATTAAATTAATATTTTATTAACGAAAATAATAAGACAGGTTT AGAAAAAAAAGTGACAAATGACTTCTTCTTCATTCAAAAGAAAAAATATCGGTCAGAATA GTATTTTAGCTATATTACTTTTATCTTTTCCAATTTTTTATGTAATCCTTTTAACTATAA TATATTTCAATTAATTTTAATCAAATTTTCTGATAGTTTAGCATTAAGTTATTTATCTTT ATCTTTACTGATAAAATGTTTCATTAAATTCAATATTTTATCAACAAAAAGAATAAGACA GATTTAGAAAAAAAAAGTAATAAATTTCAAAAATTTATTTTTAAATATCAAGAAGAAGGT TGAGTATTAACTTCAAATATAAATGTATGAACTATGAAAGATGATTTACCTGTCTTCTAA TTCTTCAAATTTGTCAAACAATTTTAAATAGTTCATCACTTCTTTTAAATTTATTGGATC TTGTTGATATATTGACACAATCGCATCATTTTGTATATTAAATCATACTTATAGGTGACA AATTAAATTTCTTATTCCTTTACCATATATATTGTCGTTCATTTGTATTTTTGTTGCTTC TATTTTTTTATTTTCAGTGCGCCATCTCTAATTACTTTATCAAAATATATATCCAATATA TTGATTTTCTCATAATCCTAAAAGAATCAATAGCATATGCATTAATTGAAACAAGTCTTA AATTGTTATAGCTCGTGACTCATTTTTCGTTGCAATCACGCTTATAGTATAAGAAAAAAC TTATGTTTTATGAGTTGATTTACTATTCAAAAAAGAATGTAAACATTATTTTCTTTATAA ATCTTTATCATTTTTTTATAAACGATAATTTCTTTTATATCTTACAAAATATATATACAT CTATCTTAATTTATTTAAACATGAATTCGAATCGAATTTCATGGATGATTGAAGTTCAAA TATTCTTGTGACTAAAAGAAGTATTATTATGTTGAATAAAAGAAGTGGAAGAAAAAAGGG ACAAATGATTAAAAAAATAAAAAGGTTAGAAGTGAAAAAGGGGTTGTTATTATCATATTT TAAATTTATTCTTTTAGCAAAAAATAAATAAATTACAACTGTATGAAGGGACATATCACA TGTGTAGAATTGGTCAATAATTATAGTAGTATAGTTCCAAACTCACTGAAACAGTGAAAA TGCTTATCATAGTCATGTTGATTGCCAAATCTCACTTTGCCAACGTCTTAATGAATAATG ACAAAAATAAAAATAAAAAAATCAATCAATTGAAAATAAATACTACCAAACTTTTATTAG ATAATTCAAATCGAGATAAAATTCTAATTCTTTTTAGGTTTTTTTTTCGGTATTTTGATA ATTTAAAACTGACAATTCGATCGTCGGATCGTGCAGTGATCATATAACAGTTTCAATTTT TTTTTTTTTTAAAACAGATGATTAAATGTTGATCTCATAACAGTTTCAAGAAATAATTTG TTTGAATTTCATAAATAAAATAAGTTAAGTTATTCAATTTTACAAATTATGCTAGTGGAA AGCTCAGCAAGTAGATAATAATGTGAAACATGTAGACAAATATAGATTTTTCTTGTCTTT AGAGAATCTAATAAGGACGAAAAAAGTTTATTCATGCATCTAGAAACACATATCAATAAT TTCAATATTTTGGTTTTCATTATTTATGAATGTATGTACATTTCTTATTTAAAATTATAG ATATAAATTATAAGACATAGTTTTGGAGAATAAAATAAAATTGCAGATCTGTTAATAAAA GGCGGACTAAACTTATATATATAAACAAAGATAACATCGTAACAATCGTATGGAACATAT TTAGAGCCCACAGAGTATAATCTTAACATTTTTTTGCATTTTAAAATTCACTGATTCAAT TAATTTAATTAGGTATAGTATCGCGTAAAGCTTTTTTTTTTTTTTTAAGAAGGATCTAGT TTCATCCATGGTGGAGCAAAAAGTGCAACTCTAGAGCTAAAAAGCAGCATGTCGGGCCAC GAATATTTAGATTCACTTTTTAACCAAGTTGTAAATTTTTTTATCCTTTCAAGAATATAA AAATACAATTTTGATTAAATATTTGAACACACAAACGAATATGAAAACTAGTGCAAATAA TTTTTTTGAAATTTAAATTAAAAGTGTTTAATATAAGTATTTTATTATTAGTTTAATCAA AATATCCAATAGTTTAAGTGTGTCCAAATAAAAGTTATTTAACAAATTTGAGAAGTTATG AAGGTATTTAATTTAAAATTAAAGATTAACTTTATAAATGTTGTAATTTAAACGTGATTA TTATCGTAAATTTTATTCTGATCCACCAACTATACACAATTCTCATTCAGTCCACCCTTC TCAAGGAAAAAAAAAGTTCAAACTTTTGTATTCTTTCCAACTTTTAATATACCTTTTATC TTTACGACTTTACCCCAAACTTTTCGTAGCCTTTCTTATTGACATAGTCAGAAATTTTAT AAAAGAGATAAAAATTTGACTATAAGAAATTTGTCATATAAGAAATTATTTTTCCTATAA TTTTAAAATAATTAATTTTTTAATTTAAAATATCAAATTAATATAATCTAATTTAACCTT GAAAATTAGTTAAATTGAATTTCAAATAACGAAATAAGACAAATAAAAGTGAATAGAGAG AGTAATATGATATAACGTCTTCTCTTTCATACCTTAACTCGTTTATAAAAGTGATAAAAA TTATATCATCCCAATTTTTGGATATTTTATAATGTTAAGACTTTTCAAAACCATCTCAAT CATATCGATTTTCCTTTAGTATTAGTACACTTCGGTTAATTTTATTATTTTATATTTAAA ATATCACCTCAAAATATACTACTGTCAATATATTTCTTTCACAAATATATTCTTGAAAAA AACACTTAAATTCTTCACCAAAAAGACAAGAAACCTTGTTGTCATATTGTTTGATCTTAA ATATTTAATAGGATTGTTTGAATAGGTTTTGTTGTATTATTTGATAGAGTATCTATTACA ATATTTTTTTAACTTTAACCTAATTAATTAAAGGCGAATTAAAGAGCAAAGCCTCAAAGT CATTTAGAGGCGTAGGACCTAAATTATATTTATATTTAAAAAATGTTAAATTTAACATAT TGTTAATATATGAAGGGAAAAAGGTCAAATGTGCCCCTAAACTATTTGAAAAGGTTTAGA TATACCCTTTGTTTAAAGTTTGGTCCATTTATATCCTCGCCGTCCAACTTTTGGTCTGTA TATGCCCTTTTGGGCGTTAGTTGGCCAACTCGAAATATCCAACTCATTTTACTTTTATTT AAATGCCAAATGAATTTTTCACGTCATTTTTATATATTATCACTTGACATTTATATTCAA GGGAAAAGGGTCAAATATGCCCCTAAACTATTCTAAAGTCTAGATATACCCCGTTTAAAG TTTGGTCCATTTATACCCTCGCGTCCAACTTTTGGTCTACATATGCCCTTATGGGTGTCA GTTGGTCAACTTGAAATATCCAACTCATTTTACTTTTCTTTAAATGCCAAATGGGATTTC ACATCATTTATATATATTATCACTTGACATTTATATTAAAAGAGAAAGGGATCACTTATG CCCTAACTATCCGACCCTATTTTAAAACACATATACGACCGTCTTTTAAATGGTTCAATT GTGCCCCTAATCCGACTCATATATATGTGAATTATTGTGTTATTTACATCATCATCGCCT GCTGCAGCTTGCAGTTGTGTCTGCAACGTTGTTGCGGTGAATTCCTCTGCTCTAGCCCTT GCCTGCCACGTTTGCGCCTCCAGCTCTGCGTTGCGCCAAAACGCTTTTCAAACCTCGACT TCCTTTTCCTTTAGTTGTCGTGCCATTGATTCCTCGGCGGTTTCAATCAGAGCACGATAG TGTTACCATTTAAATGGTTCAATTATGCTCTAATCCGACCCATATAGAGTATTTAAAAAA AAAAGTCGACTTGTATAGATTATTTAAAAGACGTGTCGTATATGTGTTTTAAAATTAGGT CGGATAGTTAGGGGCATAAAAGACCCCTTTCTCTTTTAATATAAATGTCAAGTAATAATA TATAAAAATAATGTGAAAAATCCATTTGGCATTTAAAGAAAAGTAAAATGAGTTGGATAT TTCGAATTGACCAACTAACACCCATAAGGGCATAGACCAAAAGTTTGGACGCGAGGGTAT AAATTGACCAAACTTTAAACGGGGTATATCTAGACCTTTCGAATTGTTTAAGGGCATATT TGACCCTTTTCCCTTGAATATAAATGTCAAGTGATAATACATAAAATGACGTGGAAAATC CATTTGGCATTTAAATAAAAGTAAAATGAGTTGAATATTCCGAGTTGGCCAACTAATGCC CAAAAAGGCATATGTAGACCAAAAGTTGGACGGCGATGGTATAATAGACCAAACTTTAAA CGCAGGGTATATCTAAACCTTTTCAAATAGTTTAGGGGCATATTTGACCCTTCTCCCATA TATAAAATATATTTACAAACATGTAAGGCTTTCGGTTTGTTTCGAATTTTTTTTGACAAA TTAAAAGAACTATCCCAATTATTTGAAACAATTATATACTTGAATAAAAATTTACAACTT TTGACAACTAACAAAAATTAATTTAATTCAATTACATTCGATTAGTTTAATCGATTTTCA TATTCTTTTTATGACTTTTTATTACTTAAGGAACAAAAGAGAAAAAAGTAGAAATTTTGT ATTTTTTTAATTAATAATAAGATATTTATATAATCATATATTATATATAAATACAAAAGT ACAATGTCATTCATAAAATAGAGATGATAACAAAAATAAAAGTGCAACACAAATTAAACA ATCACTTCAAACATCTTCATCTTGACTGCATACACAATGATGGTAAGTTTAATATTAGAT TCATTAATTATAATTATAAAGAATAAAAGAAGGTTATAAATATATACAACTAACTAATCA AGAAAAAGCACAAATGTTTATACTCCACTAATTAACATAATAAAGAACAAAAGCAAATAT TAGTTGGGGGAACAATGGAAAAACAATAGCACTTAATATATAAATTATTTATTCAACAAA TAATAAATAAATATCATTATGACAAATAATAATGAATCAGGAAAAACGAGCTTATAGTGG TGCCTTTCAAAGTTTTTAATAAAAAAAATAGGACAAGTGGGTTCCTTTTATTTTTCTCTA CTTCTTTTTTATCTTAATATTAATACAAGAACTAAACTAAAGTAACATTTTCTGTAGTTG TCTGGACAATTACTAAAATTGTCCGGATAACTTCTAAAGTTGCTTGGAAAACTGTTGAAG TTATCGAACGATTAAAGAAGTTGTTCCGACAATTACAACAGTTATCTCGATAACTATGAT AATTATTGAACTAAAGTGTAAAAATTAAAAATTTGAACCGTTGTAAAAATATTTTTTAAC CTCGTATGTATTATTTGTCAATTTTACCTAATTTTTAAAACTTAAAGGACTTTACCTAAT TGACAAGTTAATTTGTCCTTTTTAATAAATCTTTCCAATGAACCGTGTGTTGGATATTGT TTTAAAAGACTATTTCAACATATAGTAATTACAACTAATTCAATGGTATGATATGTTTTT TAGAATTAAACGAATTTTCTCTAATTATAACTAATTTAGTAGTGTGAAATATTTTCTCAG AAATAAACAATTTTTTTCTAATTAGTTACTGGAATTAACATAATTTATCTAACACCAACA TGAATTTAATTTAAAGAAATGATAAAAGCAAGGGAAATCTTAACATGTCAAATGTAAATA TACGTATTATTAATCGGAAAAAAAAAATTGCCAAAAAAATTTGATTAGAATTTAGTCAGA ATGATACTTTTTCTATGTTATTTTACCTTTTTACCTTTAATATTTTTTAAGTAAAAAACA AAAAATAAATCAATTTATTTTTTAAAAATTAAAAAAATATTATAATTTTTTATAAATTTC TGACTATTTAACCTTACCCTTATTTACTTGTGATTTTGCTTTTTTCCTTTCAAAAAGTCT ATTGAACTCTCTCTCTATTAGGAGAATATTTTGATCATTTTGTACTCTATAACATTGGCT AGCTCTGTCCCCGAGTAAAGGAGTTTTATATGATAATTCTTAGAAAATGCAGGGTAAAAT TTTTAAAATTCATTAAAGATTTTATAAGTATTTTAATCACTTAATTAACACTGGATTTTA TAACTTAATTGAACAAGTTAATATGATTTGAAATAAATATTATGCGTGAGTTTTTAAAAA ACTCAAGTCTTTTGAGCTTTTGGATTGCATTCTCCTTGATGCGTGAATTAATATGAAAAA AAAAGTGAATAAATTTTATGTGTGTGAAATAGTGAGTAATATGAAGTTTGTCCTTATTTT AAAAAAAATAATTGGTGGAAGTTGCTTTCAAGAAGCCAAGTTGTGGCCATTGAGAGAAGG TGTTGTACATTGTTTTTCGATAGACCGATTTTTTTTAGAGATATGATATTTATATTTTTT GTACATTGTTTTTCGATAGACCGATTTTTTTTAGAGATATGATATTTATATTAAATATAA TTAATTTAAATTAGCATAATGTGGAATAATATTTTTATTTTATTTTTAAATATTCAAATA CGATACCTCTAATTAAAGATTAGTGAACCTCGATCTGTGCTAGTTATATTTGTGATTTTG TCAATTATTGGATCAGCCAAAATTATACTACTATTGATTAGATGAACACCCTTTCATTTT TCTTTATTTTAAACCTAATTTATACCTACATACACGTGCAACTTATTATAATTTTCAACT ACAAAAAATTCAATAACATGCAATCAATACAATAGTATATAGTATTACTTGTTTTTAACG TTTGTGTACCTTAAGAAACCTTGGTGATAAGAGTTTTTGTGAGTATTATTTATCTTTCCT CAAAAGTTTCATTTAATTAATTATAAAAACGAAACTAATAAGATAGATTTGATAAACGTA ACAGCCTAATTTTGAAATAAAGGGAAAAAATGATTTTTTTATGTAATCAAATCTGCCCCT TAGTGAATAGACTTCAATAATATTAATATTCCAGCTTCGATTATGTATAAATGTAGATCG TTGATGCAAAAATTGGAGAATTTGGACAAATATATATATATATATATATTTCATCAATTT ACTGATTGAAGTATTCGATTTTTACATTGTATATAATAAATTCTTCAATTTTAGAATTTG AATTCAGAAATAAAGTTAAAAGACGATGATTTCTGATTTTTTTCATGTTGACAGGATGTT ATCATTTAAGAAGCGGAAAATGCAGTTCACCTGTAAAGATGAAGAAGAGTTCATCACTCT TTGATTGATCCCGTAAGAAAACAAATACAAAGGTTAATTTTTTTAATTGTTATATATAAA TTGAATAACTATAATATATCTAATGAAATTCTATTAGTGAAGTCTCAAAATAGTAAAATA TATGCCTATCTTATAAATTAAGAACGTATACAATAAAAAAAAATTCAAAAAAAAATATAC CGATAAAAAATTAGAATAATAGATCATGGATCAATTTTTTATAAAGTATATATAATAATA TTGTGATAATTGTATTAAATTTAATAAAATTAATATAATGATATTAAAGTAATATTGATT TATCGCAACGCTTGAAATTTAAGCCATACATAAAAAATATTTAATTTTTTCACAAGCACA CAACAATAAATTTTGCCTTATATAAAATGTTGCCATTTGGTAGATTTTAGAATATTCAAT ATTGAGAGCTAAATACAGCAAGATAAAAGCAAAAATAGTAATATGGATTAGTGATAATCA CCAGATACAAATAAGTCAACAAAATAGGCAGCCACATAAGATAAGATACTATAATTACAT AAAAGCTATTTCAATTTTTCAACTACCTCTACCTTAAATGAAATAAACAGTTATTATTAT ATTTTTCTACCCAAAATATTATTTTTAATATATATATGCATATACATAAATATTGAAGGG TCATAAAAAATTTAAAATTCCAATCAATTGTTTTAGTGATCTTAAGATTGGAATGCATAC TTTCCATTGATAGAAAATATTAAATTATAAAAAGAAATTATTTAAATATATTTTTTATTT TATCATAATCTTTAAAATTCTCTATCGTAAATTTTTTTAAAAATTCCTTCTCAGATACAT TACTTTCCTAACTGACACATCATTATTCCTCTTCAATATATTTCTTCCCTATATATCTGA ATACACTGTCTCCTTTTTAATATATATCTCTTATTGAATATATTTCTCACTTATGTATTC AAATATACGTTAATATATTCAAAATTTCAATAATATATGAGAAATTCACCAGTTTCAAAA AAATTATAATCTAAAGAAAAAAAGTAATAATGTGAGTTTATGTAAATTATATTGTGACTA GAAAGTAGCAGCAAAACAAAAATCTCATTCAGTCCGCACCGACCCCATTGGGGAACCAAA AAAATTGTGGGGCGGTGGGCTCCATTTGGGAGAAACTGCAGATATATCCACAAAAGCACT CAGTTTCGATTCTAATTATTAAATTCTCGGATTATTTTTATTTGTTATATTTTAATTTTT AAAATTAATTTTATTAATTTAGTTAGATTATATTAATTTAATATTTTACGTAAAAAATAT TTTAAAAATTATATAAAAAATTATCAATTTTAAACATTTTAAATATTAATATGATTAAAA AATATATTAAAAAATAATAATTAAAATATTTTATAATTTAACTTAAAAAGGGAAATTATA CCAATTAAAAATTGACAAAAAAATTAATCTATATGCATTATGATGAAATAGTTAAATATT CTTTAATTGATAGTTCAAATTGGAATTTTTATGTATATGGAATTGCATCACGTAAAACTC CATTTGAAAAAAAAATATATTCTTTTAGTAATTTTTTTTAAATAAAAATTATATTTAATA TTCTAATTAAAAGAAAAGCCGATAATATTTCCTATATCAAATGAATAGTTTCGTTCTTGC ACGTATTCTCAAATTGTCGGTCATTCCTTTCTTGCACTAATTTTAAAAAATATAATAAGA ATTATTCTTTTTAAATATTTATTTTATTAAGATATTTATAATATTAAAAAAGTTACTATT AAATTAAATTTCTAAAATATCAAATAACTGGGAGTAATAATAATTAATAAAAGTCACAAG ATGACTTAATATTGAAAGAGTATTAGAAATGCCTTTACTTATAAGAGCCTGAAATTGTAA TCTTTCTTTTATCTACTAGTAATTAATATTTTTTTCATTCTTCGACGTAATTTATTTGAA CACTTATTAAAATTTTGAAATTTATTGAATTTTTCTCTAATCATAATTATCATATATTTT TAACGTTTTAACTTATCACTTTTTTATAATATAATATTTTTATACAATTTTTAAATATAA AATTGTTCAAAAGCATGTCTGTAAACTGAATTGGAATATAGAGGGATGATTATTTTCAAA AACTATGTCCGTACTCCTAACCTCGTCATTCTTTCTAAAACATAAATCGTAGTTTTAATT TTAATTTTTTAATTTAATTTTAATAACTCAATTGATCGATTGCGTAAATTATCACAACGA ATATTGATTCTTTACGTCTTTTAAAAAGAAATAAAACAAAAATGTTTGTGTTCTTTATTT TCTTTCTTTTTAACTTGCTGTTGTACATTTGTATTGATTTGAGCTAGCAGTAGCACAGTG AGTTCCTATCCATGGAGTCCTTCTAATAGCTCTGATTTTTCATGTGTTTTTTCAAGTTAT TTCTTCTTCAACTAATGATTTCTACTATTATTTGTTCAACCTACTAATTTCAGCTCTTCA TTTTTATTTTTTTTACAGATAATCATAGTAGGAAGCTAAACAAGAAGATTAACAATGGGG AAATTTGCAATAACAATGATGGGTTTTCTGCTTTTGTGTTTCTGTGCTGAAGCAGTTTAC ATGAAGTACAAGGACCCAAAACAGCCATTGAATGTTAGAATCAGGGATTTGATGAACAGA ATGAGCCTTGAAGAGAAAATAGGTCAGATGACCCAGATTGAGAGACATGTAGCTTCACCT CAGATCATGAGGAAATACTTCATTGGTAAGCGCTCCCAAACAAAAATCTTGAGGTTTTAC ATAAACCCTTATCTAGAAATTATTTTATGAAAGTTATACATTTGAAGCAATGTATAAATG TATGTGTGATAAAATTTGCCTGTAGAAAATATAGAGAAAATTGCCAGGATGTGACTCACT TTGCAGCTTACCGAGTACGTAGATCAGGGTAGACGGGTAGTAGAGAATTGTCTTGCTTAT CCTTCTGTATTGGTAGTCCTAGTAATTCTATCTACTATCTCTTGTACTTTGATTATCGTA ATATTTTTTTGTAGTTACCCTATCTTTTATGAATGCTTTGTTATGCAATCTATTGTATTT TGCCGTATGGTGGTATATTGTTGTTGTTGTTGTTGTTTACTGTTGGACTAAGATGAGTTT AAATGGAACAGCATGGTTGGTGTCTTGGTGAGGATTCATATAGCTGACCCAGGTTGCTTA GGATTGAGATGTAGTTGTTGTAATGTATATGAATATATAAAGTTTGTATCAGTTGCTGCG CAAGAGTGTTAGGTGTTGTTGTACTCTGCAATCTGCATTCAAGGACTTGAACTTTTAGAT TTGCCGTTGTCTTTGTGGTTGAGTGAAAGGCTACCTTCTATGGTTTTAGTGAAGTGTGAA TAATTTGATTGTGGCAGGGAGTGTACTGAGTGGTGGAGGAAGTGCGCCATTTCCAAAGGC TACTGCTGCTGACTGGGTGAAGATGGTAAATGAGATTCAAAAGGGTTCACTTTCAACACG CCTTGGTATTCCCATGATTTATGGAATTGATGCAGTGCACGGGCACAACAATGTCTACAA AGCAACAATTTTTCCACACAATGTTGGCCTTGGAGTCACAAGGTAAGGGAAATTGCGGGT GCATATATTCATTTCAGTAGCATTTTTCACAGATCTTGAAATGTTTACACAAATGAGAAA TTTGAAGAAACATAAAAAGGTTAGTGCTTGTGACATATAGTCTATACTTAAATATTTGAT CACAATAGGGCTTGAAAGTTTATTCTTTTCTCATTATTGTTCTGTGCTGTGGATTTTAAA CCACATTGCATAAACATGGGGGAAGAGGCTGAGAGATGGCTGAAATGGTGATTAGAAAAA TTCTGAGTCTCTCATCAGGAGTAGTTCGAGAGGATCAATTACATCCTCTGCTGGAATTTT GTCTTTGTACTGATCAATTTTGCTTTACATAAATGGGGGTGATGCTAAGACTTCTTGCCC TATCTATCTTTGCTGATCGGTATGAGGATGGAACCATGGTTTCACGAGTCTGTCTGGAAA TTTATTTAGCCGGAAGTGTTACTTTTAGGAAATTTGGGAAGATCATACTCAGATAAGGGA CATTTTGTTGATATAGAAGAGATTTAACACTTTAGATGGTTATTTTACAACTTTTTCTTT AAGTTCTTTTATTGCACTTACTGATACGTGGAATAATCTCAACTTTGCAATAGAGACCCA CAGCTTGTAAAGCGGATTGGAGCTGCGACTGCCCTTGAAGTCAGAGCCACAGGAATCCCT TACACTTTTGCACCGTGCATCGCAGTGAGTAGTATCACATTATATACAGTTTACTTATTG TCTATATTTGATAGACTTCATCATAGGTCTTGGTGTTTAGTGTTGCTTGATACTTGTTGT CACAGGTCTGCAGAGATCCAAGATGGGGTCGGTGCTATGAAAGCTATAGTGAAGATCATA GAATTGTTCAGGCAATGACTGAGATCATTCCTGGTTTACAAGGAGATGCTCCGGCTAACT CCCGTAAGGGTGTTCCGTTTGTCGGAGGAAAGTATGTTTCTCTAGTCTTTCACATCTTTA TCCTTTCTAACTTCGTTGTAAGTTCATTTGACTGCAAAGTATTGTGATATAACTTTCATC TAGCTGTAACATTCATTATTTCATTACACATCCTCGTCCATATTTAGCCTTTACGTCTAT CTAGTATATGGTCTCCAATGACATGATTGTGCATTTCTAAATGTGCTCAAGGACAAAAGT AGCAGCCTGTGCTAAGCACTTTGTGGGAGATGGTGGCACTACCAAGGGCATTGATGAAAA TAACACTGTTATTGATATGAATGGGCTACTTAACATCCACATGCCTGCATATTTTGATTC AATTTTAAAGGGAGTTTCCACAATAATGGTCTCTTACTCAAGCTGGAATGGAAAGAGGAT GCATGCAAACCGTGACCTAATCACTGGCTTTCTCAAGGGAAAGCTGAAGTTCAGGGTAAT AGAGCAACTCTCTTTTAAGTTCTATTGGTCGAATATAGTGAGGAGATTGCTGATTATCAC ATTCTCTGTTACCTTTATTTCAGGGTTTTGTCATATCAGATTGGGAGGCAATTGACAAGA TTACTGAACCGCCTCGTGCAAATTACTCTTACTCTGTTCAGGCTGGAGTTCTTGCTGGAC TCGACATGGTCAGTCTGAAGGATTAGTTCCAAAGTTGTCTGTTATATAAAATACATTTAC TAATTTCCCATCTTAATTATCACCTTATCACCTGACACAATTTGATCGTCATTAATCAAC TCAAGCTGAAATCACTTCTCACTTCCTAATGTATTTAGTTTATATTATTGCAGATTATGG GTCAGGAGAATTTGGTTGAATTTCTTGATGATCTGGCTTTCCAAGTAAGGAACAATATCA TTCCCATGAGCAGGATAGATGATGCAGTTATGAGAATACTAAGGGTTAAGTTTGTCATGG GTCTCTTTGAGAACCCATTGGCTGATCTCAGCTTAGCAAACCAACTAGGAAGCCAGGTAA TTTTTCTGTTCTGGTGTAATATAAATTCTCTTCACCTGATTTTTTCTTGACTTGATTCCT TTCTTTTCAACTTAAATTCTTTCTGTAGGAACACAGAGAGTTAGCAAGAGAAGCAGTGAG GAAATCACTTGTACTATTGAAGAATGGTAAAGTTACTAACCAGCCACTACTTCCCCTTCC GAAAAAAGTGACGAAGATACTTGTCGCTGGCATTCATGCTGACAATTTGGGTTACCAGTG TGGAGGCTGGACTATAAGTTGGCAGGGAATTGGAGGCAATGATCTTATTACAGGTATCTT TCTGTTATCTTTCAGTTAGAAGTCTTCACAGTTCTTTGAGCCAGTGCAAATCAAAATCTC GTCACTGCATAAACCTCAGAAGTTATTTTGAACTATTGAGATCCCACTTTACAACTTAAT ATGTTTGTGATAGATTTCTGTCTTTATTTCATCTGTCACTTAAGTACAAATAAACCTCAA CTTTTATTGTGTGCATTTTGAATAATGAACAGTAAATGCAACTGATTTTTTCAACACCTT AGAATTTTGTAAGACACATACATGTGGCTTCAACCAAAGTGAAAAAGAACAAATTGGACT CTAATTTAGTAGGGCTATTTGTATCTTAGCACCATTTTTTAAGTGGCATTAGTTTAAAGA TATATTTTAAGTATTGGTTAAAAATGGGTGAGAGAGATATTTTCTCAAAGGGTGATATCA AGGGTATAATAACATACTCATTTTCTATTTTGTTGATGAAAAGGTACAGACTCTTTTTAG TAAGTTACCAAAAGAAGTACATATACATCAGAGAAAGGAACATCCTTTTATATACTGGAA GAGTACAAGAGGTCTAACAGTGAAGCTTTTTCTTAAAGTATAATGTAGCTCGGGATGGAG TAAACTGGGAAAGGTGAATCAAATAGGCTTTGACAGCGTCCTCGGAAGGACTTAGATAAT TGGATATTGCTTGGCTACTTCTATAAACTTTAGACCATATCTTTCTGGTTCCAGAACAGT TGCACTGTTTAACGAATAATCTACAAGCTGGACGAAAAGATTGATGCTACATTTGATTTT TTATTTTAGAGATCGTGCTTGATGATCGTCAAATTTTTAAATGAGAATTGTCTTTAATTG TAGCATCAGACTGAATTAGCTTTCATATATATGACAAATACAGGAACTACAATTTTAAAT GCTGTGAAAAAGACAGTCCATCCATCTACACAAGTAGTCTACCAGGAGAATCCAGACGTA AACTTTGTTAAGTCCAACCACTTTTCCTATGCCATTGTTGTTGTGGGTGAGACACCCTAT GCGGAGATGTTTGGCGATAGTGCAAAGCTTACCATTGCTGAACCTGGTCCAAGCATCATC TCCAGTGTCTGTGGGGTTGTGAAATGTGTGGTAGTTGTGGTCTCTGGGCGTCCAGTTGTG ATTGAACCGTATCTTGCAAACATAGACGCCCTTGTGGCTGCTTGGCTTCCGGGAAGTGAA GGCCAAGGTGTTGCTGATGTCCTGTTTGGTGACTATGGATTCACAGGCAAACTCGCCCGC ACTTGGTTTAAGTCAGTTGATCAGCTTCCCATGAATGTTGGTGATCGACATTATGATCCT TTGTTTCCTTTTGGATTTGGTCTCACTACTAAGCCTGTGAAGAGCTAAAATCTCTTCATC TGGAGTTCTACTTGCTGCTCAATCTTTATATATTTTTTTGTTTAATGGATATTTAATATC ATAATATAAGAGTTTACAAGAAAGAAGCAGCATTAGTTCAATATACTCTAGTTTACCTAA TTACTATTATCATCCAAAATTTAAGGTTCAAAGGTTATATATGACCGAACATATAGAAAA TTTACCCCATATATATCGTGTAATTTCATCTGCAAGTTCTATTGGTCTTTTAAAAACTCA AAAGGGGTTATTTGCAATTTTCCTGTCACGTGATTGCTTTTTTTCTGAAAAAAAGAAATG ATTTTGAGTTGTCATGAGGGTTTGGTGTGTGCTATTTTTTGTGTTTTTCACCAGATTGGC CAAGCACCAGGCACAAAAAGAACGGGGAAATTTTCAATGCCCATGAGGTTTTTGTGTTGT TCTGCCTATGGTCAGTGATTGCAGAGGCAGAGTACTTTTAAGTACAAGACCCAAACACAG TCAAATTGAACTAAAAACAAAAAGTTTTGACAATTCACTTAAAAAGTTTCGAAAACATTT TTCTTAATGTAATTTAAAATTTTCACAATGAAGCATGTCAAATGCCTACTAAGCCCCTAA TCACACCTTACCTTATTACCCCACTGATTTCGTTTGGATGGATGTTGTCATATCGTATTG TACTGTATTGTTACGTAATGTTACATATTTATAATTTAAATAATAAATCTATAATAAGTA GGGTATGAGATAGAGCTACTATGAAAAAGTTGGGTAAATAAACACAAAATGAGAAGAAAA TATTAAGGTAACCATCAAATTGGTCCTTACATAAAATTGATCTTTTCATCATACAATGTC GCGCGAGGTGGAAGCTGGCCTCCTGTTCGCCCCGAGCTCTCGGCTGGCCTAAATGTGAGT TCACGTCAATGGATGTCGCAACTAAGTGCGAATTTAAGTAACAATCAAAACAAACATTAC ATTTAAACTAACAATATAATACAAGTATACAACACATTACGTATCAACCATCCAAAAATG ATGCAAAGGCGGAGCTAGAAGCCTCAATACAGATACACCGAATCCATTAGCTTTTGTTCA AATAATGCATTTGTTAAGAAATTTACTGAATATGTATAAATATTAAAATCAAAACCCAGC CTCTACCAAGTACCCTATCACTCAATGTGCATGGTGTGTGTACAGTGTAAAGTAGTGTAT ATATATACTCACCTACTTATTCTCAATAAAATTGTATGTTTCAAAGTAGAAGAGGTTCAA CAAGTAAGTTATTCATTTCTTGTTTATACCTTTTCTCTTTTTTCATACTTGTTAAAAAAC TTGTTTCTTGTTTGTACACTTTTTTTTTTTTGCACTGATCTTTTGTGCTATTTGTGAGGT TTACCAGTCTGTCCAAGCAGAAGAGACAAAAATAATGGGAAGATTTTCAATACCCACGAA GGTTTTTGTGTTGTTCTGTCTATGGGTAGTGAGTGCAGAAGCAGAGTACCTAAAATACAA GGACCCAAAACAGTCAATGTCTACAAGAATTAAGGACTTGATGAAAAGGATGACTCTTGA GGAGAAGATTGGTCAGATGAGTCAGATTGAGAGGAGATTTGCCTCAACTGATGTTATGAA GCAATATTTCATTGGTATGTTTTTAAAAATTCATTCTTTATGTGTTTATAGTGCTGCCGG AAACAGCCCCATGAAAAGTAGGAGTAAGGTTTGCGTACAGAGTAACCTCCTCATACTCGC TTGTGGTATTACATTGTGTATAGCTGCTGTAGTGTATATTAGAAATTAACTTCTTCTGGG CAGGGAGTGTGTTGAGTGTTCCAGGGGATACTCCTGGACTTAATGCTGCTGCTGAGGATT GGATCAATATGGTAAACGACATTCAGAAAGCTGCTCTTTCGACTCGCCTTGGTATTCCAA TGATTTATGGGATTGATGCAATTCACGGACACAACAATGTCTATAATGCTACTATCTTTC CTCATAATATTGGACTTGGTGTCACCAGGCAAGTATATAAATTATAACAACTATGTTCCT GATTTTGGTTCATCATTTCAAATGATCCTGTTAAAATTTGTCACTTTAATGTATGTAGGG ACCCTGATCTTCTGAAACGGATTGGTGCTGCAACTGCACTCGAAGTTAGAGCAACAGGAA TCCCATATGCTTTTGCTCCCTGCATTGCAGTAAGTTGATATGATATTAATGAACTTCTTG GTTAAGTTGCATTTAATTTTCTTTGTTAACTGAATAACTGTGCTATGGTAGGTATGCAGA GATCCTAGATGGGGCCGTTGTTATGAAAGCTACAGCGAAGATATCAATGTTGTGCGAACC ATGACAGAGATAATTCCTGGTTTACAAGGAGATGTGCCAGCTAATTCTAGCAAGGGTGTT CCCTTTGTTGCCGGAAAGTATGAATCTTTATCGATTTTTCCTGATGATGTTTGTCGTGGA ACATTCGTTTGATTGCACTTTCAACTGTTTAAGGTCAAAGGTAGCAGCCTGTGCCAAGCA TTATGTTGCAGATGGAGGCACGGAGAGGGGAATCGATGAAAATAACACTGTAATTAACAG GACTAGTTTATATAGCATTCACATGCCTGCATATTATGATTCAATCATAAAGGGTGTTTC AACTGTGATGATTTCTTACTCAAGCTTGAACGGGGAAAAGATGCATACTAACCGAGATCT TGTCACTCACTTCCTAAAGGACAATCTCAAATTCAGGGTAAGAATGATTAGCTACACTCA TTCAAAATCAGTAAGTTAAGGTCAAGTAGTGATATATCCATCTTTTGGCCTTGCATCTTT TTCAGGGTTTCATCATTTCTGATTCGGAAGGCCTTGATCGGATCACCAGCCCACCTGATG CTAATTACACTTACTCAGTTCAGGCTGGAATTTTAGCAGGAATTGACATGGTTTGTTTTG TTTGATCTCGAGTCATTTTTAGCAAAATGATAGTCTATATGATTGTTTTGTCTGTGAAGC AGGTTATGATTCCAAATAACTACGCAGAATTTATTGGGAATCTGACTCTACTAGTGAAAG ATAATATCATTCCCATGAGCAGAATTGATGATGCTGTAGAGCGGATATTGAGAGTTAAGT TTATCCTGGATCTCTTTGAAGACCCACTGGCTGACCTAAGCTTGGTAAACCAACTCGGTA GCCAGGTAACGTTTGATATTCAAAACTGTTTCAATGCTTGTGATCTAAGTAGGTCTTTTA CATGTGAAAAATTGTGACCTATCATGCTTCACCGCCACTCTGCAGGAGCATCGAGAGTTG GCAAGGGAAGCAGTAAGGAAATCGCTTGTCCTTTTGAAAAATGGCAAGATCACTAGTCAG CCATTACTTCCCCTTCCTAAGAAAGCACCAAAGATACTTGTAGCTGGAACTCATGCTGAC AATTTGGGTTACCAATGCGGAGGCTGGACCAATCAATGGCAGGGCGTCTCAGGCAATAAT TTCATAGTTGGTAAGGAATCTGTTATTTCGTATTAGGAGTAACAACCTACATAGATAGCT TCTAATTCCACTTTTCGTGGGCGATTAATGATAATATGACAATTGCTTTACAGGAACCAC TATTTTAAGTGCTATCAAGAAAACTGTAAATCCGTCTACACAAGTAGTGTACCAGCTGAA TCCTGATGCAAACTTTGTGAAGTCAAACAAATTCGACTACGCCATTGTTGTAGTAGGTGA AGTCCCATATGCAGAGATGCTTGGTGACAGCTCAAATCTTACAATACCAGAACCTGGTTC TAGTACTATTAACAATGTCTGTGGGGCTGTGACATGTGTTGTAGTCATCATCTCTGGTCG TCCAGTCGTGCTAGAGCCTTATGTTGATAAAATAGATGGACTTGTCGCTGCTTGGCTTCC GGGGACTGAAGGCCAAGGTGTTGCAGATGTTTTATTTGGTAACTATGGTTTCACTGGTAA ACTTGCTAGGACTTGGTTCAAGTCAGTGGACCAGCTTCCTATGAATGTCGGCGATCCACA CTATGATCCCCTCTTTCCCTTTGGATTTGGACTCACAACTCAGCCACTGAAAATGAATTA GAACTTAGAAGATACACTAGGTATGTTATTGTTATTGTTGTCGTCGTAGTGTTATTATTA TATTATAATCCCACAGAACTCTGTGTGACTAGACTGGGTATGTTTTTGTTGTAGTAATGT ATTACTACTAATTGCTATTGATTATAATTATAATGAGTTGTTACTGCTAATGTTCACCTT GCTGTATTTTGAGTAATGCAACTGATTTTTTCAAGACCTTAGTTTGTATGACACATATAT ACATGTGGCTTCAACCAAGGTGATAAAAGAACAACTTGAACTCAAATTCAGATGGCTATT TGAATCTTAGTACCTGATTGTTTAGTAAGTTACCACAACAACATACTCAGCGAAATCTCA CAAATGATCGTGTAGAATATACGTAGACCTTACCAGAGAAACGAACATCCTTCTATATAC TAAAAGAGTACAAGAGATCTAATAGCTAAGTATAATGTAAGCTCAGGATGGAGTAAACTG GGAAGGTGAATTATACAAATAGGTTCTGATAGCTTCAGTTTTGGAAGGACTAGATATTTA CGATCAAATAATGTTTGATATTAAATAAATTAAAATTGTTTTTGATAATTTTTATTGTAA TTGCATCTTATATAATATAGATACCAATTCAATAATTCTTTTAGTTTCATCTCGCTAATT ATAATAAGCATCCTTCACCTTTAATTTTAAGATTGTGAGTTCGAGTTATCAAGGAGCGAG TAAGCAAATGGTAAGCTCTTAGGGGTGGTAAGAAGAAGAGTTTGCTTCACTATCAATAGA GCCAAAATTGGAGCATTCAATATATTGATATTATTAGCATTTCAAGTTCCAAATTGTGTA ATCTCACACTTCAATAACAAATATTCTGATTACGTAATTAATATCCATTGAGAATTTTAA TAGTTCAATGGGTGATTATCTAAAATTTTATTTTATTGGCGAGGATTCAATTTTTCACAT AATAATTCCTTCACTTATATTTTTTTCGTTTTTCTACATCGCCAAAAATAAATAAATACT CATTCTAGATAAGATTAAAAATGATCAAGAACAAAATGATAGTTATCCTATCTAAAAGCA TTCTTTTGATCAAATATTAGCGTTACAATTTGAATTAGTTACTAACCCACTGTAAAATCA AATCCATCAATTTTAAATAACCCTAACGTTTAAGTCATTTGATTATATTTATTAATCTAT ATTCTTTATTATCTCAAATTTGATCCATCCAAATATTATCTAATTCATTCTTTTGCTTTC TCCTTACCTTATACTCAATACTCACAAGGACAGCATAAAATAAGTTTTTCTCAAAGAATA AATGACATAAATTCGACTTGTTTGTCAATTTTTTCTAAATCTTAGGAGCTGTATTGCTCT TTTCAAAACTTTAAAGGACTTATTTGCAATATTTCTGTCATGTGATTGATTATTCTAAAA ATGGCAGCCACCTACCACGTTCCAATAAAAGGATCCCAATGAAATTTCGCGACAGAAAAT GTTAACTTCGAAAAACGTTAGCCGAAAAGTCACACAAACAAATTTCTATTCCAATTGCTC TTTTAGATAAACTTTTTTTAAATGGAAAAAGTAATTAATAATTAGAATAATTTATGTTCC CGTCAAATATAATAGATTTTCTAATTATTAATAGATAGAGTTAAATATATCTTGTTATAA CTAAAATAAGCTAAATTTTATCTTTATTTTCAAATGACAAAAACTTAATACCCTTTAAAT ACATGAATAAATTCAAACTTGTTGTGACAAATATTGATAAGGGCGTTTAGTTATGGAATT GCTCGACTTCTTTCTAAAGTTACTATAACAAAGAACATATTAATTAAAATCACATTAAGT GGGATTTCAGAGAGCAAAATATACGTAATTTAATCACTATCTTATGAAAGTAGAGAGATT GATAAACTCTCGATTTACTCCTGAAGTTGAGCTTCAAAAAACATGTACGATCATTAAAAA ATAAAATAAAAAATTTCTGTTTTCACTTTTTCTATATTTTTTTCAGAAAAAAATTTAAAA GCAACCAATAAATATTTTCACTTTTTCTACTATAAATAACCAACTTTTTTTAAAAAAATC AAAATATTATTTTTCATTTTGAAAATATAATCTAGATTTTCACAATATCAAAATATTATT TTTCATTTCGAAAATATAAACTAGATTTTCACAATATAGCATGACCAAACGTCTACTGAT TCCTTAATTCACACCCTACCCACCATTACCCCACTCAATGTGCATGTATGTGTGCATATA TATAGACTCATCGCCTACTTATTCTCAACAAAATTGCCTGTTTTAAAGTAGAAGAAGCTC AACAAGTAAGTTATACATTTCTTGTTAATACCTGTTTCATACTTCTAAATAAAATTGTTT CTTGTTTGTTCACATTTTTTGTGCTGCTCTTCATGTGTACTGCTATTTTTTTAATTTTTC TTTTGTGTGTGTGTGTGAGTTTTACCAGATTGGCTAAGCAGAAGGCACAAAAACAATGGG GAGATTTTCAATACCCATGAAGGGTTTTGTGTTGTTCTGCTTATGGGCAGTGATTGCAGA AGCAGAGTACCTAAAATACAAGGACCCAAAACAGCCAATGGTTACAAGAATTAAGGACTT GATGAAAAGGATGTCTCTTGAGGAAAAGATTGGTCAGATGACTCAGATTGAGAGGAAAGT TGCATTACCTGATGTTATGAAGCAATATTTCATTGGTATGTTATTAAAAATTCATTCTTT ATGTGTATATAGAGCATAGTCTTGGAATAACGATGAAGTTATTTGTGTATGTGATACCCT ATGCTGGAAAATTACTCTGTTTAGCTAGGCTAAAATTTTAATTTCATGCATATATGCTTA TGTCGACTCCCTTATGTCTGTTAACTTATTATGTTTTGACACTCTTTGCCACTAGCTTCT ATGTGACCTACTCCATGGATTCGAACTGTGAATCTAGTATGATGTTTGCCTCTGGGTAGG CTGTTTACGTCATATCTCTTGGGAAGTGGCCCGTGCATGAAATCTGAATGCACGAGCCTT GGATTCAGTAACTAATGCTTGTTTCAGGGTATGACGCCTATGTAACACTACCTTGGCGTG TGGCCATTCCCAAAACTCTTGAGAGAGCTATATACTTAGAGTACTGAGAATAGCCTGTGT TAATATCAAAAGATTTTATCTTTTTGAAAGAAAAAAAAAGGTATTCAAAGAGAAAATGGG AAGGGTGTGGCCTTCTTTCTTTATTCTTTGTTATCCTGTATATTGGAGTTCATTTATCTC TATATTGACATGACCATTCTTGAATGCTTGCTCATTTACACCAGAGATTCTAGAACTTTG CTCATTTGGTGTTAGAAAAATCACATTTTATGTGTATATTTGACTGCACATCGTATCTCA TACAGCTTACAGAAAATGGATTCTAAATCAGGGGGCTTTATCGTTAAAACGGGGTTTTTT TGTTAATAACATATGCATATAAAGGAAACAAGGAAAAGGGGTTGATCTGTTTTCTACTGT AGTTTATATTGGATTTCATTTTTATAAAAGAAAATTCTGGCAGGGAGTGTATTGAGTGGT GGAGGGAGTGTTCCTGCACCTAAGGCCTCTGCTGAGGATTGGATCAATATGGTAAACGAG ATTCAAAAGGGTGCTCTTTCAACCCGCCTTGGTATTCCAATGATTTATGGGATTGATGCA GTTCACGGACACAACAATGTCTATAATGCTACTATTTTTCCTCACAATATTGGACTTGGT GTCACCAGGCAAGTATATGAATTATAAGAACTATGCTTCTGATTTTTCTTCTAATTATCA GAACGTACTAATATGGTTTCTTTTAAAATGTGGTGAGAGCTTCTCTATTTAATGTGATTA ATAAAGAAATGATACCTTAGGATCAAGAAATGATCATCAGCATTGAGGTCAATTATGTTC CAAAAAGAAAATGATCTTGTAATGTATTTTCAACTTCTAATAATGCTCTGTGAATCTCCA AATGCTTGTCTTTCACCTATTTGAGTTAGAAATTTGTCACTTTATTGCAGGGACCCTGAT CTTGTGAAGCGTATTGGGGCTGCAACTGCACTTGAAGTTAGAGCCACAGGAATCCCATAT GCTTTTGCTCCCTGCATTGCAGTAAGTTGATATGATATGATATGAATGAACTTTTCGACT AGTTGCATTTTTGTTTCTTTGTTATCTGAATAATTTTGTTATGGTAGGTGTGCAGAGACC CTAGGTGGGGGCGTTGTTATGAAAGCTACAGCGAAGATCACAATATTGTGCGAACCATGA CAGAGATAATTCCTGGTTTACAAGGAGATCTGCCAGCTAATTCTCGCAAGGGTGTTCCCT TTGTTGAAGGAAAGTATGAATCTCAATCATTTTTCACATCTACTTCCCTGTTTTAAATGA TTTACACCAGACATGTGTTTAGGAATAAGAATGAAGATTACTTCATTAAAATGAAGAAGA AAAAAGATGATTATCTTACTAACTCCTTCAGAAGCAAATTTTTTTAATGAGAAGGCGACA TGACTGGTGGGATGTAGTGATCTTTATTAGTATCAATGTCATTTATTTACTTCACACGGA AGCTCTCTGCCATACTGGGGAAAGTTTGGATTTGATGATCTAAGAATCAATACTATTAAC AAATACTTGTTGGTTATAATATATAAGTGGTCCAGCATAGTATTTATCTTGACAATGACC TTCAGCAAGTGTGTTTATTGTTGATCTTTGAGTCAAATATAATTGAACCATTAAAGTATT GTTTAAGAAAATGTTAAATAAGGTAATGTTTTTGGTGCAAGAATATTTCTAGACATTTTG ATTATTACGATTCTGAATAGCTTCTAACCATCAACCCTGAAGTTTCTATTTTGTCGTCCT TTGTTGTGGAACATTCGTTTGATTGAACTTTCAACTGGTTAAGGTTAAAGGTAGCAGCCT GCGCCAAGCATTTTGTAGGAGATGGAGGCACAGTGAAGGGAATCGATGAAAATAACACTG TAATTAACTCAAATGGTTTATTTGGCATCCACATGCCTGCATATTATAATTCCATCATAA AGGGTGTTTCAACGGTGATGGTATCTTACTCAAGCTGGAATGGTGAAAAGATGCATGCTA ACCGAGATCTTGTCACTGGCTTCCTAAAGGACAGGCTCAAATTTCGGGTAAGAATGGTTA GCTCAGTCAGCTCAGTCAGAATCTGTAAGTTAAGGTCAAGTAGGGATATATATCCATGTA TAAACACCACTTTTGACCTTGTGTATTTTTCAGGGTTTTGTCATTTCTGATTGGCAAGGC ATTGACCGGATTACAAGCCCACCTCATGCTAACTACACATATTCAGTTCAAGCTGGAGTT TCAGCAGGAATTGACATGGTTGGTTTTTTATGTTTGATCGAATCTTTTTTATCAAAACGA TAGTTTTAGCTACTCTATATGATATGTTTCGTCTATGCTGTAGATTATGGTTCCAGAGAA CTACAAAGAGTTCATTGATGCTCTGACTCTACTAGTGAAAGATAATATCATTCCCATGAG CAGAATTGATGATGCTGTGAAGCGGATATTGAGAGTTAAGTTTACCATGGGTCTCTTTGA GAATCCACTGGCTGACCTTAGCTTGGTAAACCAACTCGGTAGCCAGGTAACTTTGATATT CAGAAACTGTTTCAACTCTTGGGATGTAAGTGTTTTATGTGTGATCTTAACATGATTCAC TGCCTCTGTAGGAGCATCGAGAGTTGGCAAGGGAAGCAGTAAGGAAATCACTTGTCCTGT TGAAGAATGGCAAGAGTACTAGTCAGCCATTACTTCCCCTTCCAAAGAAAGCGCCAAAAA TACTTGTAGCTGGAACTCATGCAGACAATTTGGGTTACCAATGCGGAGGCTGGACAATAG AATGGCAGGGTGTCGCAGGCAATGATTTAACAGTTGGTATGTCTTCTCATGTTCTATAGC TTCCACTTTACCACAAGTGACTCTTTTGGTAAGGGCTTAAAACTCTTGTATCATCATTGA GAGAAATTGATGGAATTTTATATACGACAGGAACCACTATTTTAAGTGCTATCAAGAAAA CTGTGGATCCTTATACACAAGTAGTGTACCAGCAGAATCCTGATGCAAACTTTGTGGAGT CAAACAAATTCGACTACGCCATCGTTGTAGTAGGTGAAGTCCCATATGCAGAGATGATGG GCGACAGCTCAAATCTTACAATAACAGAACCTGGTCCTAGCACTATTAACAATGTCTGTG GGGCTGTGAAATGTGTTGTAGTAGTCGTCTCTGGTCGTCCAGTCGTGCTAGAGCCTTATG TTGAAAAGATAGATGGACTTGTCGCTGCTTGGCTTCCGGGGACTGAAGGCCAAGGTGTTG CAGATGTTTTATTTGGTGACTATGGTTTCACTGGCAAACTTGCTAGGACTTGGTTCAAGT CAGTGGACCAGCTTCCTATGAATGTCGGCGATCGCAACTACAATCCCCTCTTTCCCTTTG GATTTGGTCTCACTACTCAGGCAGTAAAATTGAATTGAAAGACAGCAGTGATACTGTAGT GTGTATGACATTCAGTTTTTGGATAGAGTTTCATCATGTTAAGAGCTGGTTTCAGAATAC TAGTCAACAGAAGATGAGGTACAAAAGGAACTATGAAATCTTTTGCAGAAGTTAGTTATG GGGCAAGCAGTTCTTTAGGAACACAAGGGAGTAGACACCTACTTGAAAAGCTAGAGTGTT ATTATTCATTACTGAAACTTGAAGAAAGAGCAGAAGGTAGAAAATTGTATTAAGAGCTTC CCTTTCAATTATTGGTATTAAATGCTATAAATTTATGATTATGAAGGGTTCTTACTGCTA GAGAAGTAATTGTAGGTGTCTCTTTAAATTATATTTGGCTGACGTGTCTAAAAATTTTAT GCATGCTCTTTCATTAGCACCCAACAATTTTTGAATACTATGAAACAGATGAACAACCAA AGCTATCTCTGTTCATATATATATATATATATACTAGTTTGAGGACGTGCTTCGCACGTG TGTTTCATGTGAATTTTTATAGATATGTTAGAATGACTAAAATCTCATGGAAATATATAT GTAAATTGTAATGAATAATAAAATGTAACAATTAAAAAATAAGAATAAAGACTTACGGCA ATAAAACATTCATAGAAAACTAAATTAAGAAGTCTAACAGAGAGAAAAAAAGACAAAAAG AAACAGAATATTTAAGAAAAATATACAATATAGACATTATTCTTATAAGATTGATGTATA TATGGGTGAAAAAAATAAGTACAAAATTAGTACATAACTTTCTGAGTTCTTATCGACTCC TTTCATATCGTATCGAAATTCAAGAGTCTTCATCATCTACTTTTACTTTAAAATAAAAAT AATAGCCTAATAATCTTAGTAGGGGTTTCATGACGTAAAGAAGTTGAATTTATATAAATA AAATAGGAATATCAAAAGATATCTTAAAGTTTTAGTTTAAATATTTGGAGGTTCTGAATA TGAAAAGATGAGAGTTATGAATATAAAGAGTATAAAAATTAAATAAGTAATTAGAAAATA ATAATAAATAAATGAAGAATATGAAAAAGAAATTAAAGTTAGCACATTATGTAGAAAGAA CAACTAAAGTTCTTATTATGTAATTAAACATTAATGAATTTAAATTTGTGAAGCTAGAGT CATTCTTTAATAATAATCAAGAAGACATTATCAATGTGCGTCTCCATTTTGTAAATTTGC ACCCTTTAAATTATTAAATTTCGTTATTTATCATAAAGGATAATACTTTATCCACGTCAA TCATATTATTCATGAGAGGGTTAAGGAAAAATTAATTAGAAGAGGAAAAGTAAAGAAATT TAGGTAAAGATTTTTTCTTTAAAAAATTATATTTATTATATACATATAGATTATAGCTGA TAAATATTAATAGATTAGATACTTAATTAGAAATTAATCTTTGAAAGTCTAAAAGTCATT AACATTTAATTAAATTTATACAATCAGATATTTAAATATTTTATAACAATTTAATTTATA GAAGGGATAAAATCGTAATTCAACTTTCAACTTTTTTGTTCATGCTTTTAGTAATATACT AGTTCTCGAACACATGCATTGCACGTGTATACCGTGCTAATTAGTATAAATACTTTAAAA ATTTTAAGTGTATGATGTGTATAATACAAGCTCGAATCAATGAACAGTGAGCATATTTCA ACTAATATTATGATCAAGACACATCATACAAAAATATTGTTATCAATTGAATTTGTAAAC TAATAATATAGCGACTTCAATCATACAATTCTTATAATATACCAAGTATTCAACTTGTTA AAAACTCTTTTTTAATATATTAGAACACATTATTTAAATTCGACATTAAAGTTAAAAAAT ATTTAATGCGAAAGTTTCCGCCTTCTTTTTAAGGAATAATACCCTCCACTTTTTTTTACA GATGCATACATATCGAGAACTTGTCGTCAAAGGAGAGTAGTATTTTATAATTGTTATAGA GAAATTCGATCAACATATGTCTTTCTTAGGATGACTAGTAGATCACTATCAATTTCAAGT CTACACCTACAAAATAAAAGTATTTATAAAAAATGGTCATTGTGTAAATATTTAATTGAC ATTTATAAATAATAATTACATGTATATGTACCATTCGTCTTCTTTGGCTCATTCTAAGTT ATTAATTCTGCCATCTGGATATTTTGACAAAGAAATTTTTGTATACATATAATTGAATTA TGAAATACAATACAATCATTTGTGAGATATTAATGGTAGAAAAAAGAAAACAATATAAAC CAAAATTTATATGGTACAATAAATAAATGCATAAAAAATGGCAATCATCATATATTATTA TAAGTGGAAAGCATCAAAGTACAATATTGAATTACCATTTTACCCTTATATTAAATAAAA ATATTTAATTAACAAAATACTAAATAATAATCATATCATATTGTACTTAAAATATATATT TTTACATGAAATAAATATTATTAAAAAGATAATTATTCATTAATAATCTTCTAAAGAAAC TGATGTCTCTTTACATTCCTCACTGTGATCCTTATCTTTTCATTTTATATATGTATTTCT TGTTGCTTTTTATGTTTTATTTTGTGTTTTATTTTTATGAGTTTGATAGAGAGCATTGAA ACATTTTTCTTTTGAATGTTGCATTGTGCATGTTATTTTAAGTTATTTTTTTGTTTTGTT TCTTACTTCTTACTTATAATATAGTTTATGATGTTTGACTGATGTTTAAGAGTTTAATAT CTGATGAAATTTTTTTTTTTGTAATTTTGTGTCGATAGCTTATGAGATGACTTTTTTTGT TATAGGGAAAATCAATTGATGAGATGCTTCAGTGTCGATCACATAGAACTGTACTTTGAG TTGTACCAATACAAACGGGGTAAGTGACATTTCGTTCTGACATGATTTTTTTGTTAGCAC AATTCTTTGTCTGTATTTTTTTTTTACTGTTATTATTATTATATTTTATTAAAAGTAGGT CAAATTTATTGAATTTTCATATGCAAATTCATGTGAGTTATTTGTGTATAAAACTAATTA AGTATTGAATTTTGATAACAATCATCATAACCCAATAAAAGTAAAAAATGTATTTATGAG CTTTGGCATGTTAGTGATGTGATATTCATTGGCTATGCAATTTCACTTTCTTTGCTTGAA TTTAATTTTTTAATGGAGTTTTCATCCAAAAGAAAGAAGGGAGGATAACAAGCCATGTTA AGAAAAAAAGAAATGAATACAATATCATATTTTGGTTATTTTACTCATGAAATTATATTA ACTTTCTTTGCTTTATTTATATTACTCATCACTCAAATGTCATAATATTATTTTATCATT TTTTTATATTTCAAGTACAATTTTAACAATACAATTTTACAAAATATAAAAGAAATGTTG AATTCCTTTTCTAACAAAAATATATTATAATTGCGATGAGTTATATCAAATGAAGTTTGT TTAGAAATGTAATATTGATTGTGGTGGTAGGACAAGGGTTTAATTGATGATATGACTGTA TTAAGTTTGTACTCTATGAATTTAATTAACTTAATTTTTTTTAATGAAAACATAATATCT ATATAAAAACTATTAAAATTTGACAAATTCATATCAAATTTTAACTCATAAACTATAATT AAAATCAATTTAGTACTACTTAAGAATCTTCAAGATTACACTTTAGATATTGGATGTCAA TGATTTGTGAATATATTTATTATATATTGATGCAATTTTTAAAAATATTTATGCCCACTA GAAAGTGGTACACGCGCAATATTAGTTGATATATAACCACGAAAATAATTCTATCACATT TTTAGATTAATGTAAAAAAAAATCTCATTTTTTTTGTTTTTATTGTTGCTCTCGCTCCAT ATATAAAATATTACTTTCATCACCAACTTCGTTCGTATCAAATTTTTTTTCTTTTCAGTC TACTATTATTTAGAAACTCTACAAACAACTCATTTATTTTTATAATTAGTCTCGAAATCT TTTCTCTTCTTTTCTTCTCAATCTCATCTCTATTCAACACATTTATATATCAAACAACTT TTTCATTTACTCAAATTGTATTAGAAAAAGTTTTCTCTTTTCTAACTCTTTTTTTTTGTA TATAATTTTAGATTATATAAAACAAAATCTCGCTTTTTTTGTTTTTATTTGTTTCTCTCA CTCCATAAAAAAATATTACTTTCATCACCAACTTCGCTTATCGAATTTTATTTCTTTTAA GTCTACTTTTATTCAGAAACTCTACAAACAACTCTTTTACTTTTATAGTTAATCCCAAAA TCTTTTCTCTCCTTTTCTTTTCAATCTCATCTCTATTCAATATATTTAACTTATATATCA AACAAAATTTTCATTTACTTAGATTGTATCGAAAAAAAGTTCTTTTTTTTTCTTACTCTT TTTTTTTCTTTATATTCTTCTCAGATCTTGATGTTCAATCTATCAAAACCAATTTAAAGT GATCGATATGAACGATGATATCTTTTATGATCTTGATCCACTTTTTGAAGGTGATGAATA TAATCATCGCAAAGTTTCAAATGATCAAATTCCTTATATGAATAATCAGAATGAAGAAAA GAAATCTACTGAAAATGATGATAAAACAATGACCATACAAGAGAAGGATGTGGAAGTAGC AAGATGTGAAATTGATTTGCAAAGCTTGAAAGGTGGTGAAATGATGGTTAGAAAGAGGAA AACTGAAGATTTTTCTAGTGGATCTACTAATGAGGCAAACCATTTAGCCGGGTTGGGGGT TGGTGAAGTCGGTATTCGCGAAGGAAGAATGCTCTTCATCTCCCCTCGTTATAATTATCT CTGGAAGTCGCCCCTACAACCCCTTGACTCCTGCAGGCTACGTTCGAACGAAACGAGAGT AAGGCTTTCTCCACGAGAGAACAGACTGACTACTTGGAGAGGGGCTATTCACGGAACGTG AGAAGAAGATGATTAATCATCTGTTTCCGGAAGAAATCGAAGAATTTCTTGGGAATCCTA GGTGGAAACAAAAATAAACCTCAGGAAGTCTCTGAGAATTGCTAGTATGCAAATAAACGT CTACGAACGATAAAGTAACAATGAATCTATTAGATAAAAACTTACCAAATATTTTCATCA ACTCGTGGAATTAAATAGAAAGAAAACTATAATATCATCATCATTATTGGTAATTGATTT AATTTAATTTCAACATGTGATATAAAATTCTTTGAAAATTGAAAAAGATTTAAAAACTAT CACAGTGTAATTGGAATGAACTCAGAGACCACCGTATATAGTTAGATTAAAAGTTGAGTG ATCAAGTAGAAAGCTGGAAAGGACAGAAATAAATAGCAAATTAGATATAATTTATACTGA TAATGGTATATGTACTTCTAGTAACGGTTGACAAAATGATACAAAGAGATCTCATTGAAT TTGTGAATAAAAATGAGGGGGGCATGGGGGATTTACCATAGGAGTCTTTTATTATTTATT CAATACTAAGCTTCCTTTCCAGTTTTATTCTATATCTTTTTTTCTTTGAGTCATTAAAGT TGTTTACTCTATCCAATTAAATCGAATTTCTTTCTCTCCTTATTTAAGATAATTATTGTA TACAGTGAAAGAAGTAATTCAGTTCCAAAATCTTCTCATCTTCCCTTATTTAAGACTCAT AAATCATACTTTAATCATTTTGAGTAGAAAAATCATTTCGAAATTAAGATTTTATTAAAT ACACATAAACGTCTAAAATATCTACAAAAGAAAAGAAAAACATATATAGATGCTGAGTTT TGGAGGTGTGAAATCACCATTTTCATTTCCCAACTACATAGTTATATATAGATTTTCTAA ACTAATTTCGAATATAATTAGAATTGCACAATTAGTAATTTTTTTCAAAAAACAAATAAA TAGAATGAAGTTGAAGCAAAGAGCCGTTAATTAGATTTTAATGAAATGATAATAATGAGA AAAGTTTTTGGGTATAAATGTTAATGGTGTGCCAAACTTATATTAATTAATTTTTTTAGT TTATAAAGAGAAAATACACTTAACACTATTATTATTATTTAATGTTTAATTCATTAGATA TAATTATAACAATATGATATGATTTACTTAATATTTAACAAATTAGATGTTATATATATA TCTAATTAATCTGAGATAATTCAAAAGTCATTACAATTTTCATTCGACTTATTAAAACAT TTTAATTTATTGGAGGGTAAAATCATAATTCAACTCTTCTTCCTACTTATAATATAATAT AATATATATATATATATATATATGATATATTAATAAGTGCAGCTGTATGAAGTAGACGTT ACATCAATAAAGTTTTCTACATTTACAGAAATCAACACCCATAACATACATTAAACATTA GCATCAATATTTCACAACCAACGATTCAGCATATCCCACAACGAATCATCAGCAATAACA AGCAGCGCAGTAGCAGAAAAGCTTCTTTCACCAGCCCTCCACACCTCTCTTGTGCGACTT TACCAGAAAATAAATTAAAACCAATTAAATGACTAAGTCATTAATTGAATAGCTTAACTA AACACAAATCGAAAAGCTCTTCTTACTCACCTCAGTCAGTTATGTGACTGATCCTGCTCA ATAAAATCTAAGGCTCCTTCCCTGGATACAACAGTGACCTTGCTAACTCTATTTTTGTGG CTCACACTATATATCTTATCAGCCACCTTCACGAGCTCCGGGCGAAATGTCGTCGTGATA AATTGCGTGCTACCCCTGTCTGCCAAATCACGAACCATATCTAGCAAATTACAGTCAAAG GAAACGAGGAGACAGTAGAGAGAGAAGAAAAAACACAGAAAATCATTTCAACTCTAGGAT ACTCCCCACGGCTGTTCTGTACTGAGGATCTAGTGCTGCATCTATCTCATCAAAAAGATA AAATGGGGCAGGATCACATCTTTGTATGGCAAATATAAGTGCCAGTGCTACCACAGTTTT CTGGCCCCCTGATAACTGTTTCATTGACTGTGTTTCTCCTTGTCCAGTGAACGACACCTA TCATAAGAACATTAAATTCAATTGAAGTACCAATTGAAAATTAGCTCAAAGATACAGATT TCAAAATAATTGTGTAAACAGCACAAGAATACGATGACTAGTTTTTTTTGTATGATTATC GGAACTACTGCTCCAAAATAGAATTCAATAATGATGACTTGATGAGATGATCACAAACAG CAGAAGATAAAATGGTAAGAAATACATGCCTTCACTTTCACACCAATATATTTCTCAACT CTTCCCTCTGCATCAGCACGCGGCTCATCATCATCAGGATCATTGTCATCTTCCTCACCA TCCTAGAAGCAACAACACAAGACTCTAGTGATCCTCATCACTTAAGAAAGCCAGCTTACA CAGACCCATGTACTTCCAGAAGTTCATCCATACAAAATAAATGTGAAAACTACCATTTTA TACAGGCAAATTCTGATGATGATAACTAGCCAAGTATGCATCAGCTTAGTAATGCTTGTT GACAATGTTACATGCAATACACAATTAAAGGACACCTACAGAGGTAATAATACACAGATG TTTCTGGGACCATCAATTGTGTTTTCTTGACAGGAAATGAAGAGGCGGCAACAATTATTC CATCACCCATGTTATAATGGTGGAATCTAATGATTTTAAGGAGAAATTAGAAAGCGAGAA CCAAAGAAATACCATTAGCCCTAGGAAGTCATATTGCAAATAAGGAATATATTAGCCGAC CTAGCAATCATAATCTAAACTGGCCATGAAAGCAAATTTGGAAAAAATAGTATGCCTTAC AAAATATCCTGTTTTCATCTGGTTATTGGCCTAAGAAGCAGCTTTGACTCAGGACAATGT GATGAAGAAAGGGATAACCTTATGCTCGAGATATTTTCTTTGTGAGGAAACATATGAGAC AGTGAACCATCTGTTTCTACACTGCACTTACACCCTTTAGCTACAGAGAATATTTCTAAG TCTCCAAGACATCTCCTGGACATGCCCAGGAAAGTCTCAGAGGCTCTGAAGAGCTAGAGT AAGCAGCAGTACATGCTAAAAACAGAGAGATGGAGAACTATCCCTGCTGCTATATGGTGG TCAACTTGGAAATAGAGGAGTTCTAGGTGTTTTGAGAGCATAGAGAATAGTGAGCAAGGT TAAACTAAACTCCGTTGTGTTATGTTTTTGGAGTAACAAGATATACTCAAATGAAACTGC CTCTATAGTTGATGATCTAGACTCAATTTAGGTTCAGGGCAGTAAAATTTGCAGTACATA TGTATACAAGGTTACAGTACAACCCATGTACTGGTTGTGATATAATACCAAGTTACTAAG TTAAAAAAAAGCTAGCCACAGGTATGTAATCCCTAAGTGAATAACTGTATATTATCTGGC ACTGGCATTAATACTTAGAAATTACAACAAGAAGGTTAACAATCCGGATACCACTCATGC AACTTTTTTTTATGCTCAGAGGACCACTCGTATAACTAATATGCTATACAGTTATGTCTG TCGCTGTGTTTAAGTGCTACTCCATTTATTAGGCTCTTAATCTCTCCATTTTTCATTGGA GAATTTATTGAATTCTTCCTTTGAAGTTTAAGTTCTAGCTGTATGTAATCTAATGAATAC TCCATGAGTGAGATATTTTGATTCTCTAAGCCAGCTAAGCATTCAGAAAGTTCAGTAATC GATATGCTTTCACTTTCTTATATTGCCAATTCTATAAGTTTATTGTTTTTCAAGTATTTC CTCTTCAAATAATTTGTTGAGCACCATCTGTTGAGTTTCTGTTTCTTACCTTCCACTGTG GAGAGGTACTTGGCCATATGTAACCATATTGATTACTCTCATTAAGACATTTTTATTTCC AAAATTTATATCTCTTAAAGTCTATATTTGCACTTTGTTTGAACATATCTACATGACTTA TATAATAACTCATTTGTATAAATTATGGTTTAATTTCCATGAGACTTCTCATATACCCTG TGACAAATATAGGAAAAGAATATTATTGAATTGTTATTGTATACATTATAACATGGAAAC ACTATTTATAGACACCAGAATACAATCCTTTACCAAGTAGGATACTATTTACTATTCCTA TTTTTATTTCTATTCCTATTCTATTCTAAATAGGAATATATAAACCTATTCCTATTCTAA TAGGATTGTACAAACCTATTCATATTCTAACATCACAGGATCTGTTTATTGCAAGTGCAC CATAATGAGAACTTCGAACAGAACTAGAGGAAGTACGAAAATGAGCAAGAGGTAGCCCAA CAGAAAGACACATAATGTGCTATGTGACAAACAAAACAAACCTTTTTCTTCATCATAACT AAGAACCCGTGACCTCCTTGTACAAGCTGAGAGAATACTTCACGGAAATGTTTAGCCACA CCCTTGAACGTGCGCTCAATTGATTCATCCTTCCTCATATCCAAAACAGATATAAGTTCC TTGATTTTCTGCCAAGATTGATGCAAGACAAATGAAGGGAGCCAAACTCAACTGGTATCA AAAGATAAACATCACAAGTTCAAATCCACAAAATACATGCTTTATATACCTCATCCCCAG CATCCAGTTCAGCTTGCCTTCTTTGGAGTTCTTCTCTTTGCTCAGTAAAGTTTACATATT GATCAAGTGCCTTTTTATTTACATGGCTGAACTGTTGCAGCTGCTCGTTACACTTGTGCA GCATCTTATATAATTCTTTTACGTTCTTTCTTTTGTACCTAGAATTTAAATAATGGCATT AATTTTACATTTACAAACACCCTCATTATATTTGTAGTCAACTAGCAATCAAGCAGTTCC AACCATTATGTCAGAAGAACAAAAGCCAATGAACCTGTCTAAAGGTAATATTGGATGTAC ACATATCACCTCCTATTTTTAAAAAAAGAAAACTATTCCTAGTCTAAAATAAAATTTTAG AGGTCAAAAGGCTTTATAATGTGCACATATTTTAACAACTGAACACTTGAACACAGGTTT ATACTATAAGGCATGCTTTGGAGTATCTCCACATTTACTTTCCTAGACTTTTTAGAAGGG GTAGAAGGCAACAAGGAAACAGGTCTAGAAGCTATTCCTGTCATTAAGAAGACATTTAAA AGGACTAAAAACAAATGCAATTATAAGAAGCATATAAAAGATGATAACTTACTGTCTTAC TCTCGAGTGACAAAAAGCAGCAACACACAAGTATGAACAAGATCAAACTACAACGGAAAG AGATGGACACAAATGCTTTTCAGCGATCTAGACATTTTCCTCAGTAATACAGACGCCAAA CTCGCCTCACTTTCAACAACCATCAATTTCACACAATTCCCTATTTTCATCAATTATTTA GCTACTCAGATGTATCAGAAATATGTCTATACTAGAATTTCAACATTCTGCTGGAAGAAT ACGAGAGAGTTCACTTCTAGGACGTGAATAATTAAAGCATCATTTCAAACTACATGCAAA TACTTGAACAAGTTCAAACTGTACTCATATGACAGTTTACAATGTTTTGATGAACAATGA TCCGAAGCACTCCCGAGACCAGACCTAAAAATTAAGTTATTGGTCTTAAAGGTTCTTCTA CATGCAGAATAAGATACTTAAATAGGCAATTCAGTCATTAGTTCTTATTCTAAAGTTTCT AACATCCTATGGATGTTCACCAAACAAACCAAACATATGGAACAACCTATGCTCCAACCT CATTTTCTAGAAAATATTACTATGTATCACTGTTCCTTTATTGATTAGATTTTGTTGAAT ACCTAAGGGGAATACTGTCAAGAATCCTCTTCACCTTACAATTTCACCATTTAAACAGAA TTTATGATCATCACAGTCGCTCGCGGTTGGATTTATATCCGAATGCTTGTGACTTCTAAC ACAAGAAAATCTATCAAGATAAACTATGAAAGAAATGACGGCAAAAAAAAGTTCTCCATA TTCAAATGCCGGAAAGGATATATGCATATTTAGGGAAGAGCAATACGTCTCAAAGGCATC AGAAGATAAAGGACCCAGTTCCCGAATTTTCTTAGAGTAATCTTCTTGCTTTGCAAGATA GGTGTTCCGTTTACTTAGCATCTGTTCCAGTTCTCTTGCTTCATCCTGAAGTGTATTCTG ATACTTATCTTCAAGAGCCTGTAAAAGTTGTTATGTATTAGCCCAAAACAAAACAGGCCA TGTGAACTTGAAATAGAATAGAGAATATTTGCCTTCAGGTTATCCTTTTCCTGTTTGATC TGCTTGAGCCTCTTGTTTCGTTCATCTATATTTCGAGAAACCCCTGGGCAGGCCATCTTA TTGTATTAGAAATGTTGAGTGTATACGATATCAAAAGCTTCAAAAACAAATAATGAACTC ACTTGTAAGCTCTTTGGTGACATGATCAACTAGTGAGTCCGCATCCTTGAGTTCCTGATA CTTGCTCTCAACTTCAGCCTGTAGCATATCAACGTCGACAGAAGAATTCATCGCCATTAA CTCTTGCTTTCGTCTTTCAAGATTTGTTGACAGATTCATCTCAAGCTCCTCTTTTCTAGT TTCAGTCTACAAAAGCCAATCGAAAACGAGAGACTAATTTGTATCAACATGTCATATACT GACTTAAGTAATATTGACACCGACAAACCTCTATCCGATTTGCCCTGCAAGCAATCAGCT GCTCCTTCAGGGCCGTGATTTCAGGGTTCAAACGTGACAAAGAATCTCGCTCTTCCGGCG TTAAATGATCAACAAGTTCTGTTCCCATTTCATCTTGTTTCATAGCTATACTAGCTCTGA GCTGATCTATTTGACTCAGAATATTACCAAGCAGTTTCTCCTGCACATATCAACAGTCTC TAATTGTAGAAGAAACACAGTAGAAGCAAGAAATTCAAAAGATTTTCAACAGAACGCACC TTCTTTTGAAGAGCTTTTAAGATGGATTGTTTCTGTCTTTCAGCATTAAGAATGTCTTGT TTAAGCTGTTCTAACTCAGACTTGTCGTGACCCAGGCCAGCATCATTTTTCTGCTGCTCA GCCACAAGTTCATTAATTTTCTGGTCTATCTGTGGGAAAAGCTAAGTGAAAGAACAAAAG GTGAAAGGTATACTTTGAACATCCTTAAAACACTGGATAAATGAAGCACGTGACACCAAG AAAGGAGAACTATAAGACCTTGTTGTTGCCTCTAACTTTCTAATCCACACAAACAATGTT GTCAGCACTTTCAAGAGTAAAAGAAAATAAGCGATGCATGTTGAGTGAAACAGTAAAAGG AATGAAGGGAATTTTGTTCCAATTTATTATAAAAGAAAACCCCGGAATTAAAAAGTATTA ATTTTGTACATATTGAAGTTCCATAATCTCAGAGCTCATTAATTCTTTTAATACATTCCA AGCTCAAGTGAGAAGACTTATGTTCAAATTGTATTAGTTAATAGAGATCATACAACACTC AGGCTGCCACAAGTTTTTGGCATTTCAGCTTTTGTAGCCTGCCACCCAGTCCTCAACTTT CTGTGGTGCCTTACCAGAAGATTGATTTGCTTAACGAGGCAGACTGGATGTCAACCTGAA AATATCTCCACACTGTTTAATCCAACTTATAGAGCACTAACTACTGGCATTTTAGTATGT CTGTCTATATATTTCAAATAAATAGCACTTGTAATTTGTGTCCACAGTTCACCTAGAAGC ACACAAGTACGATATATTAGATTATTCAAGCAATTAACTAAATGCACGTGACTCATTTAT ACACGAAATCAAATTCACATGAAAGTGAATAGACAATGGTGCGGCAGCTGAGTTGCTTCC TTGATGAACTTACAAGTTGGAGGAAACATGCATGGAAACAGCCTCTCTTGCACAAAAGGA AGGAGAAGGCTGTACATATACTCCCACCTCTCACTACGAAATGAGCATTTCGTGCACTGT AAGCCCCTTTCGCAAATTAAAATGATGAGGAAAGAACACACATGCAATTATAACATTAGC GGTTGTTTCATTAACTAAGTTTCTAGTTTGAGTTCAAACCACATCATCTGAGGAAAAGTT CCACAGGTGTTAGCACCTACTAGTTAGCTAAAATTTCACAGTTGCTAGAAACCACTAATC GTGTAACATAGCCAAAGATGTGTGATGTCCAGCACAAAATGAGTGGAGTGTATGCAGAAG TCTAGGGAATTACCTTCAGAAATAGTATTAGCAAAGATCGAAAAGAATAACGCAGTAAAG TAAAAAGGGTAATGGACAATGTTAAGACGTAAAGAAACCCAGTAAGGATATCTTGAAGTT TATATCTAACTTCCTCAAGTTCACGCTCCTTCAGGTTGATGGACACTGTATTCTGTTTGA TGGTGCTCATAAACCTCAGTTTTGAGCGTCTATGATCATAAAATCCACCAGTCATGCCAC CTTTTTTACTAACTTGGTCACCTGCAAAAACAAGGCAGGTCAGATCAGGCTAATTCTACT AAAAACCAATCAAAAGTTGTCGAAAATAAGGTCACTCAAGACCTAACCTTCCAGAGTGAT ACAGTCAAGCCCATCGGTACGAGCAACCCTGGTGGCAACATCCAGATTTCGACAAATTAC AGTTCTTGCAAACACCTAGCAGAGATATATATATAAAATCTTTACTGGAATGATAGGCGT GAGAAGTAATAACAGCTTTACTGAATATACTAAAGCTAAAAGAACAAAAATACAAATTGA ATCGAGATGGTTACTCCACAATCCAGTCAAACTTCCATTAAAAGAGTAGAGAAGACAACC ACAGCCACAACTTAGTTTTTTCTTTTTTTAATGATCATGGATGAAGTATATAAAGATCTA AATGAACAAAAATTAAAATTGTACTGATCCTAAACAGATTAGGCAAGTGAAAATCTATCA CGAAAGCCCCAAAGGACCAGACACAAAAGGCTGGTTAGGTCATGACTGAAGTGATTGAGA ATATTGCAATACTACGTGAAAAAAATTACAGACCTGCTCAAATGCCCTACTATATGAATC AGAAAACCTCAATTTCTTCAGAAGCGGAATCACATCAGAGCCCTGGGGATAATTAACATA TGGTTTTTTAACCCTGTTCAATGGAATAAATGTAACTCGTCCACCTTTTTGGGCATTGAG GTGTCTAATAATTTTAGTTGATGTTTCATCATTATCAACCACCACATGGAATAAGCTGCA AAGACAGAGAGAGCAAGTCGTGTCAGTATAAGCATCGAACAGATACAAAGCAGTGTTGTA GCTTGGCAAGCTGCAAAAGACAATAATCAGCATCTTCTTGTCCTTGGCAGAACTTTGATC AATACCTGTTTCCAGCAGTAACTTCAACAGCTGTAAAAAACTTGTCCTCGCATTCAAGCA ACTCAAAAATTGGTCCAAACACTCCAGAGATTTCATACTCTCTGCAAATCCTCCTTACAG AATTCAGACCCCTTCTAATATCCTGAGAATTTCCGGGGAAAAAAAGTAATGAGAAATCTA GCATATTTATTGTGCAGGAATACATGCTATTTCGGGTAAGTTAAAATATAGAAATGACAT AGTTAATCATCCATTTCAGTTTTGTCTTCTATTCCCTATTCTCTCGGAATAAAGATCTAA CAACCAGGGAAAAACATGGGAATGCAGTCTCAGACAATATCATGATATAAATAATTGTAA GATGCTTTGAAAATGAGAAGACCCCTAATTAAGAAAGTTGAAATTGAAAACCTCAAAGGT TTATTCTTTGAGTTCACTTAGAAAGTTAGAATTATATAGAAAAGACTTAAGAGACTATCC ATAATCAGGCTAATTTGGCCTATCACAGTTTTGTGTTCCTTTGTACATTTACTATTTCTA CGTTAACTCTTATTGTAGTTGTACATATGGTACCACCTGGGTAAGCGCTTTTTCTGGTGA TCTTATCTCTTAACCTAATAATCGACATTATATGATACTAGGCTTAGCCTGTCTCCCACG AATAGGTCTTGTAGATTGTGACACGAAATACCTATATTTTACTTATACATCACAGTTCCA GGGATCTTCGGGTTTTTTTTTGCTTCAGAAAATTTTAATTCTTTGACAATCTCAACTCGT GAAAACAAGTATTTCGAGTTGGTTTAGGCTCAAGAGTAAAAAACAAGGGATTTCACTGGA CCATCCTCCCTGGCGAATACATAATGCCCATTAGACGCAGTTATGAGACACCTACTGATA ACAGGGGCAATTCAAACTTCATACCAGGCCACCTGGCAATCAAGTGTTAAATATTTTTTA TTTCTTTTATCAATCAGGTGTTAAATATTAGAAGACAGGATTACTACCATTGATAAAATT AAGGGGGGGGGAAAGAAAAGTGCCAAGCTTTTAAAGTTGGAACTATATAGCCCAAGAATG TTACATGGATGACATGTTAAAGAAGTTACTCACACCAGGAGTTGCATGATCTAGGCTTTT CTCAGCCTTCACAACTTCAGCTTTAAGCCGTTCAATTTCAGTAGTCAGTTCAGTCTCCTG TGTCCACAGAGACCTGGGACGAACACAAATACGAAATTGCAGAGTTCAGATATTTCTATT ATACTGCTCGAAAAACACTCATATAAGCCTAAGATAACTGAAAAGAATCATACTTCCGCT CATTATGCAGCTTGTCTCTATCCACTTTATACTGATTATAAGCATTTCGATAACCAGATA TGAAGGTTTCTTTTTTGTCCACTTCAACTTTACGAACTTTGATTATATCATCTTGATCTC TCATGTCATTTTTAAGCTGATCAATTTCATCTTGAAGTTTTTTCTCCTGAGATAGAAAAA GAAGGAATTAAGACAATAAGTAGAGAATCGTAGTGATGGTAATGAGTACTTATCTTTTCC TCAGTTTTTTAGTAAAAGTAAAGCTTCTTATTTAACGCAAAAAATAGAAGACAAACAAAA ATATGACAAGTAGAAAGAAGGAAAGGGAGCTTACAAAAGCTGCCTGTTAGATTAATCAGG TTACACATAAAGAACATTCTGTGGTCACTATAGCTTTTTCTAACAATGGTATCAGAGACT TTATTCTCCACAGAAAAAAAAGTCTTTGTCTCCATATGAAGGAAACTTTGCCTGCTGAAT CGTTGTCATTATGAGTCTCACCTCGTGTGAAGTTTTTAAGCTTTTACTACAACATATCCA GTGTATTCCCACAAAGTGGGGCCTGGAAAGAGTAAAGGGTACCCAAACTTTACTATTGCC TAGGAGGTTGAGAGGTTGTTTACGATAGACTCTCATCTCAATAAAGAACAATTCGAAGTA GTATGGAGGAAGAAATTAACATAAATGAAGAAAGTCGTGGAAATTTTTAAGCTTTTATGG ATGGAAATAGTTGCTTCAGCTAGTTCATTTCTATATCAATTCCTAGCAGCAAATACTCTT GCTTTTAAACACCAAGCATCATAAAAGAAATAATTGTTGGTGGCATCTAACTTGAAGTTA AGACATCTGGTTTCGCTATAACTAGTAAACATGTCCGCACCTCGCGCAGTCACGAAAATC ACAAAAAACCTAATTAAATATAGTGAAAAAACTTTTGTTCTTGAATATTAAAAATAACAA AGAATTGGATTTTGGAAAATCAAAATATATCCTTAAATTTTCATTGAAAATCAAACATAT TATTTTTAATTTATCTCAACATAAAAATAATGCAAACACCCTCGTTCTGAAACTAAGAGT TACCAGAAACCTAAGATTTTACATCAATTTACAAAAAAGGAACAAAATTACTTGACCATA TTGAATTGAATTTTTGAATCTATAGATCTTGAGCAAAATAATTTTTAAAAAAAAAATCTA ATTGATGGAAAGGACTTGATGCTACAAATGAAAACTGACATTTAGTAGATACTACTCCTA ATAATTATAGTGGAAGATGGAAAGTCAAGCTGTTATATTTTTTAAAAGAAATGGGATTTG AAATTAATAAAATGTGCAAGTAAGAGAAAAGAAGGAAATAAATCAGAAAATAATATACGA TCACATCACATGCATCAATTTCACAAGACCAAAATTATATTATATGCAGATAGACAAATA AATAGAGGCTAGAAATGTAAGTTCCTTAATATCAGATAATTATGTAAAAGTATAATGCAT AAGAGATCGCATTAATGTTAGATAATTATGTAAATATATAATGCATAAGAAATCAATATT ACAAGTACATCCTCAAATTAGCTTCTTTCTTTATTTTGGTACACATATCCTCAAGTAACT GTGACCATCATCTAAAAGCTTAAGTTTTTAAAGAGAACCAGTGTTTTGGACGGCGAGAGG CGACAAAAGGCGACAAGGGTCTGCCTCGCCACGCGGCGAGGCGCTTGCCTCTTTGAACCG AGGCGCCAATTAATACCAAAAATTAAAAACGTTTAATTGCACATATAATATTCAAAATTT CAATAGCAATTACATATATTACAAATACTATAATAATTACTATAGAAGAATTGATTTTCT TTCAAAAAAATAATGGACAGCAGCCACAACACAGTGAAAGCAGAAAGCATTTTACAGTAA TCCGGGACAAAATAGAGAGTGAAGAAAACAGAGGAAAAAAAAGAGTAGTGAAGGCAGGGA GCAGTGAAGAGTGAAAGAGAAATACACGAATGGAGAAGCAACTCGAGGGAAAGAGAGGAA GAAGAGAGCAGTGACTTAGGAAGAGAAGAAGAGAGCAGCGAATGAGGAAGAGAAGAAGCA GCAGCGACTCGAGGAAGAGAAGAAGAGGAATACACAAAAGTCTGATGAAAGTTTGAAAAT AGAAAAAAACCCTAATATTATTAAGTTAAAACTTTTAAAAAAAAAAAAATCAAAATGGCA ATGCCATTTACGTTGCCATTGGGTCGCCTCGTTTCACTTATTTAAGGTCGTCTCACCTCA GTGGATAATGGCGACACAACCTCGCCTCGCCTCGCCATTCGCCAAAGGCGCTATGGCGAG CACCTTTCACAACACTGAAGAGAACACAATTAAATTTTTTAATTACATTCTCAACATGCC CCCTCACGGGTGGGCTTGATTCTTTTTCATGGGCCAAGCAAGTGGAAATTTTTTTGATAA GGGTACAGGTGAGGTTCGATCCCAGGACCTCTGTCCACTCTATTACCATGTTAATATTAA AGTGTGTGACCATCTCATGTAAAAGCTTAACTTTCTAGAGAGAATACAATTTTATTATGT AATTATATTTTCGACGGTAACCAATACACATCAAACAAAAAATATGATACAAAATAAAAT CACCGAAGCTTGATTCTCAAAACCTTTATTTAGCTCTCAATTACTCCTAAAATACAATGA AATCAAAAGATGGAAGTGCTTTATAATATTTTCATCTCTTAGGAACCTCATAACTAATAT TTCCCAAATTCCAAGTAAAATAGAAGTTGCTCTCCAACAATATAATTGTGATTTAGATAC ACATTAGGAAATCATTTTTCAATTAAATTTTGATACATACAAAGCTTATATATGGGTATA CAGAATTTAGATAGAAATAACCAAGTTGGTTATAATTTTCACATACAAAGTTGGTTCCCA CCTTCACCATGCTAAGATATACCAAGCTTTGTTGCCTCCATATTTTAGGATATAATTTTC AAATTAATCACTCCACAAAAAGTGCAATTAGAGCTTATTGAAACACTACATTGTTGGCTC CATGTTTATATAAGATTACTGCTGGCTGTAATTATTTCTATACACAAAGTCACAAACCAT TGATTAGAAGACAAAGACTGACATGTAGTCATTTGCTAAGCTTTGTGAATCTTTGTTGAT TGAGTCCATTCCAAATAAATAATCAAGCACTACCAGGTATAGGGGGGAAATTGCATCAAT TTGTTGATGGCTTATGATGAAGAATTGTGAAGCAAATGGTAAAAAAGTTGCAAGCTCACA AAAAGGTTTTAGATTTTTGACGGTTTATGATGTTGAAATAGTTAAAATTCTTAAAGTGTT TTTCCTTTCTAAGTGAGCAATGAATGTGCACAATCATAGACTTAATAGTAGAGTTTTTCA GGAAATATATAGAATAATATTTGAGGGGGGAAAAGGCAAAAATTGACAACATAAATAACA ATGATGAACTAAGAGACGTAATACATTACCTATTCAATGCCTAAATTTACAGCATATATG AAAAATAAAAACAAAATGCCAAAAATAAAAAGAAATACGCAAATATTATGCTTTTTGGGA GAAGAAAACATACACTTAATAGGAAAAATAAAATTCCAAAAATACAGTTCGCCCCTTAAA AGAAGAAAACAAATACCTAATAAGAAAAATAAATTGCTAAAAATAAATAGTAGATACTTC AATTGTCCACAATTATTTTCGTTAACAATAATAATTGTTATTCCTGTTTCATTATCATTT TATTTTTTATGATTTTGTGGCCTTTAAAGTAAGAAAGTAAGATTGTTTGGAATAATAAAT AATAAATTGAAGTGAATTGAGTGAAAGAAGAAATGATGGAAAAGGGCCAAAAGGGAGAAA TTTTTTACCAAAGAACCATACAACAATGTCATGCTATAGACCACGATTATAATATATATT TAAAAATTGTATATTTAAAGGTAAATATATAAGGAAACACCATTAAGTTTTATGTTAACT AAATAATAAGTTGAAGACCATTTTTTTTTGTCTTTCATACACAGTGTGTAAAACCTCAAA ATAGATCCTCTATAGCGACTTTCGGACAATTCCATTAGTTGTCTTCTTGTCAACTTCTCC TCGATCACTAACTGAATTACTGAACTCCACCTTCTCAAAATCCCATTTGAAAAAGTCATG TCGAAGGCAAATGAATTCATTGCATCTCGCCGATAGTACTTTTCAACAGAAAAGTGAATC ACACTCAAATGGTGATCTTGAGTGATCGCCTTCGCTCGTTGGCAGAATGCCTTGATGCGT GTGTGCATCTAGTTTGTTAGGACCGCTTACAGTTAATGTTCATTGTTGAGTGATCGTTTG TTATCTGGCTGGAAAAGATGGTCCGAAAGCTTCCTGGTGAGAGAACCTTATAATACGAGG CATAGTGTTTGACCAAGTCATTAAATTTAGTTATTTTGATTAACATGGCTGCAAGTGGAC TGGCTTTATGGGTTTAGGCTGTGAAAAGCTTATCGAAAGAGGAGAAAATAGCGTAAACTC GACTCTAAAGTTTCAGTTGCCTCCCTCTCTACTCCTTATTGATGAACAGCCACCAAAGCA AGTATACATTTTATATACACATGTATCAGAGGGTCCTTAACCATTCATAAATGTAAAACT TAAAGAGTAAGAAAACAACAAAATAGCTTCATGCGTTAAGAATTTTAACAATGATTACCT GCATTAAGGTTGAAGATAAAACTCGCTCATATTCATCAATTTCTTTTTGAAGCCATTTGT CCCGAGCAGCTTTGCTTGCAAATTGGGTGGCACGGCCTTGTTTCTGATAAAGAATGCTAA GTCTCTTTTCACGATCCATAATCCTATTGAAGACACCAGGATTGTCAAATATATAACAAC CACCAGTGCATATGAAAAAAGCAACCAGGAACAAAATACAAAACACAATCACATACTAAG AAACAACTTGACCACATATCTTGCATCTTTGGATCACATATAGCTATATAAAATTAACGT CAGCCATTGTACCAGACAGTACAAAGCTATGTATCAGATGAGACCAGCAAGAAATAAGCA AACAGGCATTGATTATTTTCCTTTTTGTCCTTATGAAATAGTTTAAGAAGCACACAACCC ATAAAGCATGTCTTTCTTGAAATGTCATATGCTCAGGGACCAAAACTCTTTCTAGTAGCG AAATTAAAAGGTCAGTGTTTTTCTGAAATTTTGCCTATCAGAGTCTTAGATTTGATAAAA AGCGAGCCTCATACAATTGGCATACCCTCTAGTGATGTCCTCCTCCTCTTTTACTTGTTT CTCATGCAAAGGCTTGATATCATTGAGTGAATTCTTTGTTTCTTGAACTTCTCGCTCCAG AATCATGAGTTGTTTCTGAGCATCATCCTGAATCAAAGAAAGCATAATATGACAAGTTCA TTCTTATAGCTAGTTTGACATTATAATCTTGTAATTGGGAAGAATAATTATTTGTCATGC AAATAAAGATTACTTTAGCTTTAATATTTGTGGACATCTTCTCTTGAAGGTCTTTGTAAT CAAGATCAAGCTGGGCTCGCTTTCTAATAGCCTCTGTCCGCTGTTTCTCTACTGCTTCTT TCTCCTTGCTTAAAATTTGAATTTCTTTTGTCAGATCTTTGGACAACTTCTCCAGCTCCT TGGACTTTTCATGAGCCTCCAGCACACTCTCATACATCTTAGTAGAGTTCTCTGCAACTT TGTTTCGAGCCTCTTCTACCTGCAATTGATGAAAGTAATTGTACATTAAGCTGCATAGCA AAGTAGACAGATAGACCACAACCAATCAAAGTCCTGCATTAACTTATGACTGGTAATAAA GCAAATACAGCCACTTATCTAAAATATGATCTGTTATCATAGACAAGAGCAGTCACCATC ATGGGACACTCAGGCTCCCCTTGACCAGATTACAAATTCAATAGGGAGCATTTCTCCCAA GCCACATTAATAGCATCAAATAAACTAACAAATGTGTGGCCGATTGAAAGGAGCTTCAAA AGCATCTAAATGAAAAAAAATACGAGATATTATTGTGACCTGGCATTTAAAATAAAAAAG GTGTAATGCAAGAGTCCATGAAATTAATGAGATTAAACCACATCCTTTGTTCACTCTCAT CATATGTGCACTAGAAGCAATATTTAATATCTCGGGTTCTAAGTGTAACATTATCTAAAG TCTAAACTATGACTCACAATTTTTATTTTATTTTATTTTAATATAGGGAATTATGACTTA CAATTAAAGCCCAGTTCAGGATAACTCAAACAATGTTGATGTTAGAACTTAGAACTTCAA GAACAATTTTCCCATCATCTTTCAACTCTGCTATTGGACTACTTACCTCGTTCAATTTCT GACGTGCATCATGAAGTTCTTTGTCATAAATAGTGTATTCCAGAGATTTACGCTGCTTGT CAAGCTGCTGATACTTTTTCAGTTCCTCCTTCTCTTGTTCAAGCTCATTCAATCTCTCGT CCAAGTATTGAACAACTTGAATAATTTGCTTTCTCTTGTTACCTGATTTTCAAAAATGTT AGCAACACAACATTGATACTCGAGAAGCATAAATTTTGATAATAACGTGCCAGTTTCCTG CATGATTTTTAAACTTTCTCGACGCCTCTCCTCATAAACACGTGTCCCTCCAATTTCCTT CAGTAGATCAAGTCGTTCTGAATCCTTCATTAATGTCAATGATGCTATCTGCGAGAGAAA ATGAGGAGAATATAAGAAATGAACAAGAAGCAGAAAAGCAATATTAACGTACCTTTCCCT GCTGCACAACATAATAAGGATTAGACCGAGAAAACCCAGCACTTTCCAGCAAATTCTGGA CTTCTGTCTTCCTGCAACATAATAAAAGATTCTATCATTCAGCTGACAGCAGAGGCAAAG AAGTTAGGGAGAGATGAACAACACTCTTAAAATACTCACGTGATATGTTTTCCATCCAAG AAATATTCATCCTTCTTGAGACCGATTGTTCTTCTCAGCCGTACTTCCTCCTTATCAACC TGTCAAAAAGTATACTGTTTAAACATCCACAAGTACTGGAATAATGAAGCAATCACAACA TGCCTTTCATCCCTGTTCCATTACAGGAAAATCACGGGAACTTAAGAGTTTCAAGACATA ACAGAAATTACCCAATCTTCTCATCGTTTTAAACAATATGAGCCCATTATCATATCAATA ATACCGCCAATTACAAAGAAGAGAACTCCAAAAAAACAATTAGTGTTTGACAAGCATAGA ATATGGATGAAAGATTCCAATATACATAGCATGGACAATTGGTTGGCAAGAAATGAAGAT ACTTTCAGGAAAGTTGGAGGGTATCGCTGTTGTTAAATTCAAATGTATGAAAAGAATAGT GTATTGGCACAAAGGAATTTTTGCAACTGAGTTGTCTGATGGCATGGACTTGTTGGAATC TCTTGCTCTGTTATCTATAAAAGACCAGACTTACAAATCTCAGTCAGCACCAACTTGGTA CCTAAAGCTGAATAAATATATTTATGCCATTATTTTCTTCAAAAAACTTACATATCCCCC ATCCGAGGGGCAGGTAATTTGAACCTGAGCTGCTAAATGACAATGGAGGATCAGACGCTT CATTTATCAATTTCTTTACCTACCACGATTCAAGGAAATCATTTGATCTGAATTAAGGGG GTAAAATTCAGTACCAAGTTGTTCCAATAATCATAGGAACTTATTCTGCTTCTTTCTACA GCAAAGATATGACCCTAAATTACTCAAAAAGTGGAAACCTGTCCTCATTTTTTTAGAGGT GAGAACAAAAGAGATCTTCAATGTAGCTCTTTTTGGGTAACTATTACTCAAGAGTATGTT TCTCGTAATTTTCAGCAGTAGCTTGGTTAAAATTACAACCCCAACATTTGAGGATAAATT ATCCTTGCAATCTTTAACAGGAAGAAACAGTTCCTCTTCTTGTTCTTCTACCACAACTGA AGAGTAAAGCCGCTAGAAACCATTTTCGTGCTTCCCTTTTCTAATGGGACGGAAGGGTGC AGCATTCAAGCTCCAAAACTTCCAAATCCAAGGCTATTTTTTTGAAACTGGTAACATGTG TGTGCGTATTAGATCGACATCATAACAGTGCTATCTACAATTACAAAAACCCAACCATGC TTAGAACTAACAACCCCCCAACCACAACTCAACCACAAACTTTCCATCAATGTCCACAAA CAACAAACATTGTTCATGAGATATGTTCTCCTCTACAGGAAAATATACTTCAATTAAAAA AAAAAATTGGCCAAACATCCGAGCCAAAATTAATAGTAGTGTTTTTTTAATATTAGAGAA TACAAATCATATTCAAACATTGTGTGCTTCACCCTTTACTTTTCTATATGATAGGTAAGC AAACTCTGAGTCACAAAGAAGGACCACTGGGAGAAATGACCAAGCAGATAAAAATAGTTC AAGAACCAACAGAAGCCATCACATCTAAAGTCACATACTATTCCTGCACATAAATGGTTT TACATACTTTAGCCGAAGGAATGTAACAGTGAGTGGCCAAAATTATACTCCATATATCAG CCAACTACTGCAGATTAGAAACTTAATGACTGCAAATATGGCGAGGCAAGAACTGTTTGT CCAGAACAAATGGCATAAAGGTGTATGTATACCAAGTTTAACACATTACCGGCATTCGAT TGTCCGAATTATCAAATACAATTTCCACAAAAGCAGATAACACTTGGTGACCTGCTCCTT CCTGTGTGGAAAAAAAAGGAGATATCACAAACATTGTAAGGACATGAACTACTGCAGTTT CCAAAGAAGAAATGTTGAACATACATGAAGCAAAGCCTGTCTTTCTTCACTGCGCAAATT GTGAAAGAGGTCGCTTATGACAAAACGGATTGCTGCAGAACATAATAAATATATAAATAG AAGTAGTGTGTACTCATCAAAATATGAGCCAGAAAACTTCAGGGAAACTCACCATGGAAG AAGTTAGACTTGCCAGATCCATTTGCACCAACTGCACAAAAGAAAATTTTAAACATCTCT AAGTTGAAAAAACAAAATGCAACACAACTCAACTTCATGGCAATACCAACTGTAAAGGTG ACATTACCAACACAGTTAACTTTTGGACTGAAATCTTCAGTGGCGACTTGTTCTCGATAA CTCTTATACCCTTCAATGATGACCTACAACAGAAGAAATGCCCCAACAAAAAAAACCGTA TGAAACACTCTAGCTAAGTCAGCATCCAAAGAACACTAACATATACATACACAATTGTTT AGAAACATAGACTTTTAATTACCTGTTTTATATACATGTTGACAGTCCCTGACTACTCTA TTTCTGCAGAATCAAACAGCAAGAAAGAAAATTAAGAAACAAAATTCAACAATCACCAAA TCGGAGCTGTTACCAGTGTTACGTCTAAGAAGAAGGCAAAATTCATCACCTGGCAAGGTA TTTTACATACGAAGCTATGAAAAGTAGAAAAATTAGACAAAATGAAGTTCCTAAACTAAA TCGCCCTTGCTATTAACTCGTCATGAAGTAATTTCAAGTGCATATCTCTTCCTTGTTTGA CAAAACAGAGATTTGAACTAGTAGTTGTTGTTAAGCAGAAATTCGATGCTAGGGTTTTTG AAACGAAAGCGAATTTGAGTAATTGAAGCAAATTGAACAGAAAAAATGAGAAGAAAAATA CTTCACTGAACTTACCTAGAGCGAGCGACCGAGCTAGTCGTTAATGGAGGTTCTGCGACT GTGTAAGTGGGGGTGTATGGACTTTGGAGGGAATGGGAAGAGAAATGTGTTTGACAAAGC TTGATTATTGGAATTTGGAATTATTAACTGAATTTATTTTAGGAATTAAAATAATTTTTG TCCAAGTTCATTATTGATTTTGTAAACTTTCTTTCGAAATTTGTAAATAGAAAGACAATT TTACTATATTGCTCTTCGAATATAGTGAATATAATGTATTAAAAATGTAATAAAATTAAA ATATAATTAATGATGAGGATAAATTAAAAATAAAGTATAAAACTATTCATTGATTTCATA ATTAACAAGAATTGTATGGCATTCGAAACTAATAACCCATGCGTCTTCAATTATTTGTTC ACTTTTAAGTTAACACATTCATTAAGAAAATAATGATTAACGTAGTAAATTTATCATTTT ACTCTTATTAATTATGAAGTGAAAAAAATTGAAAACTTATGTTTTCCAAAAAGTTCTACA ATTTCCTAAATAATTAATTGAGGGTATGAAGGTAAAAAAAAACCTTCCTTTCTTAAATTG TCAAAATAGATAAATAATTAAGGATAATTAAAAAAGAAGAAATTAACAAGTAATTAAAAA CAGAAAAAATATACAAACAATTATTATAGCGCGGTGAATATCTTTAATTTTTCATCTATA TAGTTCTATTCTAAAAATATAGTGCAATAAATTAATCTTTCCATCATTCTTATTTACTTA TCAAATATTTTTTAATTTAATTTTTTTTATTCATCATATTTTATAAATCAAGAATTAATA ACTTTATTTTATTTATTATATCCTGAATTTATTAATATTAAATTAATATTTTTTTAAAAA TATGATGCATAAATATATTTCAAGACTCCATCAATAAATATACTTAAAATGGTAAATTTA CAATCCCAATTATTATTTTTTGAGTAATAAAATGGTCAACTATAGTCATGTGTGATGAAG TGGTTATAACAAAGATTATTCCTCCGCGGTTTAAAAATTTATCAATTCAAAGAATCATAA TTTTGAAATATTTATAGAATTAATGAAATAAATAAATTGTTGAATAATTATTAATAATAG AATTTGCCTCGAAATTGAGTGCAAAAATTTATGACCCCTCCTAATTTCTTAATTTGAGTT CAGAGAATACAATCTTTCTTAATAGTAAGTATTTTACTCCAAAAATAGGATTTTATGGGA TAAATCCAATATTAGTAAATTCAAATTCTAAAAATGAAACTGTATTAAAACTAGGCATAA CAATTATTATTATCATCATCATCATATTATTATTATTATTCTAAATTTTTTATTGAAAAT AGTTATATGATATTATAGTCTTAAAATTGAAAATTGCGCATATAAAGCTAATAACTACGA ATCTTTATTGTTTAACGGGGATAAACATGAACTTAACATAAAATCAAATAATATCGTTCA CTTGTATTCTAATCCTTCGTACCAAGCAATTCGTACCAAGCAATTGCAAAATAGAAAATA AGAATATATATATATATATATATATATATATATATATATATATATATATATATATATATA TATTCCAATTATATATGCAAACAATATATATTTTATTTATATAAGGAGTGTATTTTACGT TGGTATCATACCAAAGTGTAAAATTCCTCCTTCAATTGTGTCGTGTTACTCAAAGATAGC CAACATTGGTGACATTATTTGAATACTAGTTTATGGTTTCTTATTTTTATGATAAAAAAA ATCTGTTGATATTAAGATTTTTCGTATGTATGATTAAACAAATGCATACAATTTGATTTA TTATAAATATTTTATGATTAAAAAAAAGAATGTTTGGATAAATCGATATTCCTTTGGAAA ATGATTTGTAAATTTAAAAGTTCAATAAATGATATTTATACAAATTATATCTTCTTCCAT TTGAGGAAAGTTTTAGTTTTACACCTAATATCAATTTTGATGTCAAAGATTAATCCACTT ATAAATTTATCTAAATAACAAGTTCTTCACACACAAAATATCAATCAATGTAAATGAAGC TAGTCTTTTTTAGATTATTTACATAATAATACATAATTTTGCTAAGGTATATATGTTTGT CCTTCTAAACCAATTGCATATATGGATATGATGAATGAAACTTTGATTTTATTCATACTA CTTGGGCCATTCAATTAGAATTTATCAATTATTTGTACAATTTCGAGTATAAAGTAAGAA GTAGCCAGGTCAAAAAAAAAAGAAGCAGGAAAAATTGCGCCGTCTGTGGGGATCGAACCC ACGACCACGTGGTTAAAAGCCACGCGCTCTACCACTGAGCTAAGACGGCTCCCTGATATA ATTATACTCAATTATAAATTAACTCATACATTAATTTAATCTATGTAATATGTGTATACA TCATATCTCTAATGTCTTAGTTTTATATTTCTCACGTGTAATGATTCTTAATAAAAAAAA AACATAAAATTATCAATAACTATAAAAAATTAAAAAATCGATTGACCTGGAGAAAATAAG AAATGTGTATGAATGAGAGTTGGTTGTTCAAAAAGATAGAAAGTAATGTCAATCAACAAT TATTTTATCCCACATTACTCTCTTTATTGTAGAATAGATGTAATCTTACCATATCTGCAA AGTCTTCTGCACGCTCTTTGGAAGAAGCGATTTGTTACTGAGTCGTCTTTTTTAAAATAA GATTAATACACAGTTTCATATTTGAAGCAAGTTTACGAGAAACTGCTCGACTTTTAGCAA AAACAGCACTCCAGAGACGCACCCATTAATTGATATAAAGACAGAGTTAGATGAATGAAG TGGAAAGTCATAATCAAGTTATATCCCCAATATACTGTTTCACACTGAAACGAAGTTATT ATTCTTGTAAGGTAACTATAGATTTAAAAAATTCACTTGCACATTCATTAACCGTAAGTC TTGGATAGAAAGAAAAATAGAAACCTACCAATGTGTAAAATTCCCCTCACCCTAGTTGTG TCCTCTTTACCCAAAGACGCAAAAAAACAAATGGATACATTATACAATGTTTCAGCATAT ACGCACTCATCCTGTATATAGTAAGAGTTGCACAAGTGTAGCAGCTTATGGTTTCTTTTT TTAGAACAAAGAAAATCTGCTTTACTAAAGTATATGCAAATGGCAATGTACCAGTAGACT AAAATCACCATAAGTACTTTTTTTTTTTAAAGAAGGTTCAAGCACCAAACCTCTCACAAG ATGAACAGTACATATATGGGCTCAAATCTCAATAGGAAAGAAAAGCTTGTTACTACTAGC ATAAAGTTTCAAAATTTGAATCTCAAAAAGGAATATCAATGAAGACTAAAATTCAGCAAA AGCAGATATGCCTTGACATCATTTCTAGATGTAAACATCAAAATAGAAACACTCAAGTTC ACATTCCGGTAAAAGCTTTTTTCCCAACACCACCAGAACCGGCTGGAATCACCTTCAATA CATTGAACCTCACAGTTTTGGATAAAGGCCTGTCAACCATAAAATATAATCATGTACAAT AACAGCAAATGTTGAAAAATCACTATAGAGAAATCAAAATAAGTTGGTCCTAACCTGCAC TGTCCAATAGTAACATGATCTCCCTCTTTCACACGGAAGCATGGTGATATGTGAGCTGGA ATATTGGAGTGTCTCTTCTCGTATCTGAAATAACTCGCGTGTTAAAACTAACAAATAAAT GAAGTGCAAGCAACATAGTATAAGTGACAAGCTCTTACCTCTGATACTTCTTGACATAAT GTAGGTAATTGCGTCGAACAATGATGGTTCTGTTCATCTTAGCACTGTGGCATGTACCAG CAAGGATACGACCTCGGATAGAAACATTGCCAGTGAATGGGCATTTCTTGTCAATATATG TACCTAAATCAAATTAGGCCAAACATAAAGTTAGACCAGAGAACAAGGTGAAATTAAGGA AACCCATGAAATAATCAAAAGATATCTGCCACAAGCCCACAACAGATATAAACAAGTGTC AACTTAGCCCATATTTCCAGAAGCCTAGTTCAGTCAAAGGTTTAATATTTAGAGAACCAA TTCCAGTTTATGCAAAACGAAGGCACAATAACTTAAAATGAAAAAGCTACAGAGAAAAAC AAAAGTGCTTCAATCCTAAATGCTTTGGTTTTGTCGGATGTTCCGTAGAAGACTTAAAAG AAAATCAAAAGATTGCCACATGATTGGTCAAAGCATCACAGCACCATAAACAGAGATGGA TAACTTGCGTCCTGCATAATCCTAATATTTTAAGTCGGAGCTAACAAGACATCAGGTCAA ATAACTTCATAATAGAAATATTTACAACTACAAGCAAAAAATAATAACTTGATAAAAAGA TTTACCAAGTGCCACCCACATTACAAAAAACATTAAATTCTTACAAGGGAGTTTTTTGCC ATTTGCATCAAGTTGGCCCATTGCTAAAGGCGTTAACAATATGTACATGACCTTAATCCT AAGCTAGTTGAGACTCAATACATCAATACTAAACCAGTTGAGACTCAATACATCAATCCT AAACTAGATGAAACTCAATACATCAATCCTAAACTGGTTGAGAATCAATGTATAAAGACA ATATAGAATAAAACTAATTTTATTTGCACGAAAGTGGAAATCAAAAACCAGCCTTGCAGA ATTTATGTTCTGCGCCATTCAGATCATAATAGAATATACAACACAACTATATTCACTATA CTAGGTAAAACTCGTATCTAAACTATAAATCAACAATGCAGAAGCCAGCCGGAAACAAAA TTAAATAGAGTAATTGAGCAATGGATTTAATATAATTAGAGCAAGCGAATACGAACCTTC AGTAGCCTCACGAGGAGTCTTGAATCCTAAACCGATACTCTTAAAGTATCGATTGCCTCC CTTTCCTGGCCTCTTTCCCTTCCCGGTCTTCTTAGAGCTGCCCAAATCATATAAACAACA AAACGCAAATCTTAACCTCAAATCCCTCTCAACTAGCGGACTTGAACAGAAAAAGCATGT AGCATCAGTCACAACACTCACCTTAGAAAAACACCTGGCTGCTTCAAAAACGCCTTCTCC GTCTGCTCCGCCATGATTGAGGGTTTGCAAATGAAGATGAACTGAACGGCGACAAAGGCT CGGTAGCAAAAACCCTAATTTGCAGTGGAGAGTAATGGACTCGTGGGCTTAAAGAAACTT ATATACTTCACCACTCACTACTAGACAGGTTGGGTTAGATATTATGGACTGGATTTGCAG AATGGGCTAATTTACAGATGGGCCTAAAATTTAACCTGCTAAAATTGTAAAAAGATCGGG CAAATTATAGAAATCACATATTTTTAAGGCAAAATTACAATTTATCCATTAAAAGTTTAC AGATGTCCTCAAAATGGATATGACAATGTGAGCGCTGACACATTAATCTAATGCGTGAGA TACATTAATTGTTAAGTAAGATACATTACATTTTATACATGATACACTAATCTGATATAC ATTTTATACATGATACACTAATTTGATGCGCGAGATACACTAATGTGATGCGCGAAAATG AGGGATTTTAAAAATTTGTAAAAGTTATAAGGGATAATGATAATAAGTAAACTAAAAGGT GAGATTTTTGTGATTAATCCAAAAAAATCAAGAGATTGTCATTTTATTTGTATAGATAAC TATTTCGTACTCTTTTGGTTCTGATTTATATGTCATCAATTTTAGATTTCAGGCTCCTAA CTTATTTAGCGTTATCATGAAGTCAAGTTTTCGATAGAAGCATAAAAATACATATGGTAT ACACTTAATATATACTTGGAAAAACTTCATACGATTGTTTATATTTCTCTATTTTATTAC ATAAAAGTTTATGATTTATTTTGAATGGAAAACATTATACATCATATCTCTTATGTCTTA GTTTTATATTTCTCACGTGTATGATTCTTAATTAAAAAAAAACATAAATTATCAATAACT GTTAAAAAAAACTAAGAAATCGATTAACCTAGAAAAAATAAGAAATGTGTTTGAATGAGA GTTGGTTGTTCAAAAAAACTACTCTCTTTATTGTGGAATAGTTGTCATCTTACCATATCT GCAAAGTCTTCTGCGCGCTTTGGAAGAAGCGATTTATTACCGAGTATATTCCCAATATAC TGTTTGACACTGAAATGAATTATTGTTCTTGTAAGGTAACTAGAGATTTTAAAAATTCAC TTACACATTCATTCACCGCAAGTCTTGGATCGAAAGAAACATAGAAACCTACCAATTTGT AAAATTCCCCTCATCCTAGTTGTGTCCTCATTACACAGACACAAAAAAAAATGTTTACGT TACACAATGTTTCAGCATATACGCACTCATTCTATAGATAGTAAGAGTTGCACAAGTGTA GCATCTTATGGTTTCTTTTTTTAGAACAAAGAAAATCTGCTTTACTAAAGTATATGCAAA TGGCGATGTACCTGTAGACTAAAATCACCACAAGTACTTTTTTTTAAAGAAGGTTCAAGC ACCAGACCTATCACAAGATGAACAGTAAATATATGGGCTCAAATCTCAATAGGAAAGAAA AGCTTGTTACTACTAGCATAAAGTTTCAAAATTTGAATCTCAGAAAGGAGTATAAATGAA GACTAGAATTCAGCAAAAGCAAATATGCCTTGACATCATTTCTAGATGTAAACATTAAAA TAGAAACAATCAAGTTCACATTCCGGTAAAAGCTTTTTTCCCAACACCACCAGAACCGGC TGGAATCACCTTCAATACATTGAACCTCACAGTTTTGGATAAAGGCCTGTCAACCATAAA ATATTATCATATACAATAACAGCAAATGTTGAAAAATCACTATAGACAAAACAAAATAAG TTGGTCCTAACCTGCACTGGCCAATAGTAACATGATCTCCCTCTTTCACACGGAAGCATG GTGATATGTGAGCTGGAATATTGGAGTGTCTCTTCTCATATCTGAAATAACTCGTGTTAA AACTAACAAAAGAATAAATAAAGTGCAAGCAACATAGTATAAGTGACAAGCTCTTACCTC TGATACTTCTTGACATAATGTAGGTAATTGCGTCGAACAATGATGGTCCTGTTCATCTTA GCACTGTGGCATGTACCAGCAAGGATACGGCCTCGGATAGAAACATTGCCAGTGAATGGG CATTTCTTGTCAATATATGTACCTAAATCAAATTAGGCCAAACATAAGGTTAGACCAGAG AACAAGGTGAAATTAAGGAAACCCATGAAATAATCAAATGATATCTGCCACAACAGATAT AAACAAGTGTCAACCCATATTTCTAGAAGCCTAGTTCAGTCAAAGGTTCAATATTTAGAG AACCAATTCCAGTTTATGCGAAACAAAACGAAGGCACAATAATGAGCTTAAAGAGAAAAA GCTACAGAGAAAAACAAAAGTGCTTCAACCCTAAATGTTTTGGCTTTGTCGGAAGTTCTT TAGAAGATTTAAAAGAAAATCAAAAGAAGGCCACATGATTGGTCAAAGCAAGACTGTACC ATAAACAGAGGCATAATCCTAATATTTTTGCGTCACAGCTAATAGGTCATCATTTCAAAT AACTTTATAATAGAAATATTTACGACAACTACAAGGGAAACACAATAGCTTGATAAAAGT GAGTTTTTTGCCATTTGCATCATGTTGGCCAATTGCTAAAGGGGTTAACAACATGTACAT CGACCTTAATCCTAAGCTAGTTGAGACTCAATACATCAATCCTAAACTGGTTGAGACTCA GTACATCAATCCTAAACCAGTTGAGACTCAATACATCAATCCTAAACCAGTTGAGACTCA ATACATCAATCCTAAACTAGATGAAACTCAATACATCAATCCTAAACTGGTTGAGAATCA ATGCATAAAGACAATAAAGAATAAAACTAATTTTATTTGCATGAAAGTGGAAATCAAACA CCAGCCTTGCAGAATTTATGTTCTGCGCTCAGATCATAATAGAATATACAACACAACTAT ATTCACTATACTAGGTAAAACTCGTATCTAAAATATAAATCAACAATGCAGAAGCCAGCC GGAAACAAAATTAAATAGAGTAATTGAGCAATGGATTTAATATAATTAGAGCAAGTGAAT ACGAACCTTCAGTAGCCTCACGAGGAGTCTTGAATCCTAAACCGATACTCTTAAAGTATC GATTGCCTCCCTTTCCTGGCCTCTTTCCCTTCCCGGTCTTCTTAGAGCTGCCCAAATCAT ATAAACAACAAAACGCAAATCTTAACCTCAAATTCCTCTCAACTAACGGACTTGAACAGA AAAAGCATGTAGCATCAGTCACAACACTCACCTTAGAAAAACACCTGGCTGCTTCAAAAA CGCCTTCTCCGTCTGCTCCGCCATGATTGAGGGTTTGCAAATGAAGATAAACTGAACGGC GACGAATACTCTGTAGCGAAAACCCTAATATGCAGTGGAGAGCAATGGATTCGTGGGCTT AAAGAAACTTATATACTTCACCACTCACTACTAGACAGGTTGGGTTAGATATTATGGACT GGATTTGCAGAATGGGCTAATTTACAGATGGGCCTAAAATTTAACCTGCTAAAATTGTAA AAAGACCGGGCAAATTACAGAAATCACATATTTTTAAGGTAAAATTATAATTTATCCCTT AAAAGTTTACAGATGTCCTCAAAACGGATATGATAATGTGAGCGCTGACACATTAATCTT ATGCGTGAGATACATTACATTTTATACATGATACACTAATCTGATATACATTTTATACAT GATACACTAATTTGATGCGCGAGATACACTAATGTGATGCACGAGATGAAAAGAGGCGAT CTCCTTGGGAGGGATGTAAAGGAGCCATAGGTCGCGGGTTCGATTCTCCCTTGAGGCTGC GAGCCAATAAGAGGGGATTAAAAGAGCGAATGGACGCCCATGGCAGAGACAATACCTGAG TATGTGGATCCCGAGGGGATTGTCACAACAATGAATGATATATTAACTGTGTATGAATTA TATGAACTGATTATAAATTTGTGTAACGTTGAAGTCTGAATTTTTTTAATAGTGTATGAA GATTATACGAAACGTGTATCATTTGTGTATGAAAGTCCATTTTTTCTTCAAAATTACAGT ATATGTTTTTTATGAAATTAGAATATATGTTTTGTATTAATTTTGCACAGCGAGTAGACC AAAACTTGAAAGATGGAAGGATTTTGCTGACGTGAAATTCAAAAGGACAAAAATGACTTT CAGTAGATGCCGTCAAGTTGTACACAATAGAAAGACATGTTCGAATTATCCTGTGCAAAA ACAATGATTTCGTAATGTTACATTTGTTATTGTGTTGTTTTGAATGTTAGAAACACGTTT TCTTTTATTGAGTGCAGTTGTTATCATTGACATTTATAAAGTTTGGTTTCGTAAAAAATT GTCATTTGTATATATTATTTGTTTCTGTTACATATGTCAAAGTTCAATATGACATTCATA ATTCATACAATGTTTATACATTATAAATATACATTGAACTGTACTGTCATTCATAAAATG TTCGTATAGTATTCATAAAATGTTCATATAGTATTCACACAATGTTCATATAAATACCAT TTGTTTCTGTTACATATATCACAGTTCAATATGACATTCATAATTTATACAATATTTATA CATTTTTCATACAATGTTCATATATTTTTGCATATTGCAATCGAAATTTATACAAAAACC ATACACATATAATAAAGTGCAAATATTCATTTAAGCATACTACCATTAAATACAACAGTT AATATATTATGACATATATAGTTAAATATATTTTATACAACATGCAGATATGAGTGTTAC AAGATCACTATTGCTGGATTTTTGTGACAAGTCAAAATCGTCTCTTGCTTTCACACACCA AGAAGACGAAGAAGAAGAAGAAGAAGAAATTGATGAACTATGTGATTCTTCACTCACTTC GTCTTGTTCTTCATTAACAACCTGTTATAAAATATAAAACTTGAAGAAACTTGCATTATC TATATAACGTAAATTTCTCCTGAAATCAAGCAACATATAAAAAATAAATAATTTGACAAA AGAATCAGAGAAAAAATAAAAACTTTAAGAAATAAACCTGTTTGATGATCTATACAACAC GATTTTTCCCGAAAATCATGCAATATTGCGAATTTGATGGTCGAAAAATAAAAAACCTAA TTTTTTGTGGAAGATTGATAGAGATGTAGTTAAATAAGGATTTTAAGCTTAATCTGATTT TGGGAAATAAGTTTAAAGCTTGAAAGGGTTTCTACTTGAAGATGACATTAAGCGTGCGAA TATGTATGCTCAGATTTAATGTGACAGAGAAATTAGGCGTGTTGTCTTTAATTAATTAAG AGAGAGAAATGTGTGTTGTCTTTAATAAATAATAATTTATTATTTATATTAAAAACATTA AAAGGTAATTGATTAATATTTAATAACTTGTTATTTATATTAAAAACTTTAAAAGGTAAT TGATTAATCAGTAATAATTTAAAAAGTTTTGTTGATAAAAGGTAAGTGAATAAATGAAAC TAATTATTTAAACATAATAATTATCAGTGAAATAATAAAATAATTTTTTTATTAATATAT TATTAATTAATGTGCTATAAGATGATAATAATATGCTATAAGTAGTTATTTTTAAAAAGT ATAATTACAACTTGATATTTATCCTCTTAAATATATGTGGATATTAATATTAATTTTACT TTTACATGCCTACTTGGAGACTAACAATATCCAAAGTCAAGATGAAAATGTTCAAAGTTC AAACAAAATAATTTAACTTTAGTCATGTGTTTGAACTCCACTCGTATAAAAACCTTATAC ATTGCGTATCTAAATATCTTTCAAAACTCATTTAATTTTTGGACATAGCTTAAATAGTGG TTCAAAAAATAAGTATATATGCATTTCAAGACGCTAAAATTGAGAGGTAATTATGTTCAT AATTTGATATGACATGGCCAGTTATATAGTATAATTATATGGTCAAACCTTTCTATTTTT GCCTTTTGATCATGTTTTGATTTTTTTCATCACAAATATAATAGAGCAAATATATGGACA CGAATGGTGGAAATAGGAGAGATACAAAGTGACGAATGAAAATAAACATCGAATTATGTT CTGGCTGACCATTTCTTGATACTGGTTATTTAAAAAAGTATTTGTTAGTTGTATTCAAAA TGTAGTGTTTATACAATTCTTCATGCCATTTGCAAAACTCACACAATGATGTAGCAAGTT GTAAATTGTTAGGCATCAGAACTTTTTGCAGACAGTTACCTCAAAAATAAATTAGAAATT GCATTTCAGCTGGCAGTTTAACTTGTACTTTTTAAAGTTACATGCCTCTCAGGCAAAAAG AAGAGTAACAATTCAATTAAGATGCATCAGGGAACAAAAGACATAACAAATTACAAACAG AAATGACAGGGAACTACATATGATGAGATCGACCTCAGTTCCACACTCATTGAACAAACC ACCATAAAGTCCCTGATGAACTAATGAGCTTGTGCAACCAGTCTCTGTGAATTATGACCA GTTCTCAGACCTTTATATTACACATGAGTAACAATGTCTACTACCAGTCATTATTTCTTC TCCACCTACCACGGCTACTGTTACCAAATCGCGATGCTGACGACCTATGGTAATGCTGAT ATTTGCATGACCCATAAGAAGTTGAATGATCAAAATCACCGGATGTTGAAAATCTATGGT GATGATAATTGCCTGACCCATAAGAAGCGGAATTATCAAAATCAAGCCTGTTGGACTTTC TGGATGAACGGGAAACAGAAGCATGACCACCAGAACTGGAGTTCGAAATCTTAGCTCTCT TGTTTCTAGGAGTCGAAGGAGATCTCCAATTATTAGATTGGGGATAGTCTTCAAGATCAT CCGGGACCCAACCGCCCCTTCGTTTCACCTTATAGCCCGACGTATATCCGCCTTCAGTTT TTCCTTTCTTCTTCCATGCCCTACCAAAATCACGAGGTACAGACTTGAACTCTTTTTGCT CATTTCTTTTCTTGGGGACTTTCTTCTTGGGGGTTGATAATTCATGTTTCCGCTTATTGA CCTATAGACACAAAACAGAACAATAATAAGGTTTCATTATGGATAAGATATTATGTAGTA AAGCACAACTAACTTAAAACGAAAAACGATACAGGAATCAAAATGAAAAGAGAAGCATAT GCCATACAAGAATAAAACAACTTACTCTGCTGGGATTAGTACATTCGCGTGCAAAATGAC CTTCTTCACCACATCTATAGCAGGGATTAAGTGACCCAGTACAGCTAGTCTCCGCACGAG ATGCTGTGCATGCCTGTATGAGAAAACATGTCAGAAGAATGCAAGCACAAAATTTAGCTC CTAAATAACAGAAGCAACATACACAAGTTCTACTACAAGGGCATTCACTTACCAAACCAG TATGGCCTACTAAACCGCATCTGTAACAGGAAAATTCTCTCGGACCACTATCAGGGTATT TTGCACAGCAAAGATGGCCAAAACTCTTACAGATGTAACACAGTATTTCCTATCAAAGGC AATATGAGAAGTGGAACACAGATAAGTTCGGACAACACAACATATAACTCTAGGTTGAAA ATTTCCTCAGCAACACACCTTTAAATCATCGTTAGAATAGTTGTTCCTGCATGAAAACAT TTCATGGCCAGAATCCCCACACTTGAGACATATTTTAGAACTCTGGGATCCTCCATGGCT TCTTTCAGGGCAATCATTTGCACGATGACCTCCTTTTTTGCAGATGAAACAAGCTTTTCC CTGCTCAAACAAAGCAGAGTGCATAACATACTCTGTCAGTCTATCGCCAAAATATGGAAA TAATATAGTGTGTTTTAAGGTCCAAAAGAAAAATCACAATTTCACTTTGCTCCCCCATGG GTGTTACCTTGTTCACCTGTGTAACCTACATAGTTGAAGAACTTATGGATGAAGCCTGAC ATCACTAGCTACAGAAAACTCTGAACCATGCTACAATGGCAAGTAATAATTTTACCCTAT CCAAATTCCTATCAAACTAAAAACAAGCTTAATTTGCTTCCTGATTGAAGCGAAGATGCT ACAATGGCATATGCATGATTATACTGTCCTGCAATCAGCATCTACACAATTTCATACTAC TTGGGGTCAGCTATACAGTTTTATCAATTACTCAAAATTATGTCGACCAAAAAATGCACC ATATGCTTGAGCACAGGTGAACTAGGCAAGTTCGTACAAACTATACATCACACAAGGGTC TAGGGAATTGCTAAGGAAAAATTTAAAAAAGGCTTTGCAGAAAGCTAAAAGATAATTAAA TGTTATTTTAAGGAAATGGACACGCATAGCACAATAGGTCAGCATAGAAGACCTGACGAC TTTGGAGAACATTTAAAAGAGAGGCACTCTTCACTGGTCAAGGAGTCCGACAGTTGAATT GCTTAGTTGATATTCATACATATCATGCAACTTTTTTTTATACCCTAAAACCCGTATGGT GTCAATCTTTAGGACCAACCGCAGCCTTCAGAAACAGGCGTAGTTCACACTGCACATGGC TCAGATCTATGACGCAAGTCCCTCAACCTTTTCCACTTGAACTGAGCCCTAGGGGTCGTA TCATGGGTCTTTTATACTAGGACTAAATTATTGCCAAAGCATCACAATTTGAAGATGAGA AGCATGTACAGACCTCTAACATCAATTACTTGCCACAATAATTTACTCTTTTTTAGAAAA CCATACATTCTACTGAAGTCCTCAACAATGGTTAGGCTCCTCTTATTATGTTTCTCTGCA TCGCCAACTTAAGACACACGTCACACAAGTGAAGACATTTTAACTGTAGAACAGGAAAAC TTGCTAGCGAACCAAAAAGAAAGGCCGTTTCTTTTTATTTTACTTTATTTATCGGGGGTG GGGGGTCAGAGTATAAAAATCAACCTATCTCAACTTTGAATATTTAGAAACTACATAAAA ATCACTATGATATAAAAAAATTTACTTATTGAAAGATGTGTGACTCCCCAAAAGATTAGG GATAAATTGGACCAGAGGGAGTAATACACAAGTAGTTGAAGGTGACAAAGGAGCAGAAGG GGGTTCACTCAGTGCCCAGCGAATGACCCCTTTCAGCAAAGTTACTTCATCTTAGAATAA AAGAAAATGCAGGTTAACTTCATAACGCTTGCCCCAATGTGCTTTATTTTGCAAGCATAA CCAATCTTCTTTTTTTTCTCTTTCTTTTGCATAACCAATCTTCAACATGACTCTTCCATC TAAATTAAAATTTATGTTGTTTCTTGAGATTAACGATCTAGATTTCATGGGATTTGAGGC TCATACATAGATCTACCATCAAAACAAAAACTCTCCAAACACACTAGGAGATAGAAGGGC AACAGGGAAGATATATAAGAGTTTAAACTCAATTGTGATACTGCCTAAATAAGTTGAATT GACAAGACAAAGCCGTCTGTATATGTAATCATATATACAAACAACAAGCTCCTCAACCTA CAAGAGGTTTTCCCATAAGGTCCAGCAATGCAGTCTTCACCCAATGAAAATTCTTAAGGA TACACTAACATTACTCCTATAGCAATTCTAAGAAATTACCAAGTCCCAGCCTAGCACTGG AAGCAGGAATACTACAGGATGACATGAAAGTTGCACCAAGACACAATGCTAAAAGAATCT TAGTAACTTGTCAGTCTGTTTAAGTCTCGTCACAAATTTGTGGTTTGTATGTGCAGAATG AAACTTTCTAAATGCTCATTCACCTCAATGCATCAATATAAAAGAATATGCCAAGTATGA TAAGTTATCCTTGACCAATTTAACGAAAGTTGAGAAGACTAATAAGCAAGATAGCACAAG CAGTATGAGGTCACAAATTCCAATTACAGTAAGCAATTTCTTCACTAACCTTTGCGCATT GTTTAGCATTATGTTCGAAACTCCCACAAACAAAGCATGGCTTCTTACGTCTAGCTGAAG TACAATTAACTGCAGCGTGACCCTCTTCACCACAATTATAGCATGTTCCCCAACTCTTAT CTGGAGTATCAAAGTACCTGGGGCCCCGCTGAGATCATATAGTGAATATTAAAGATGTAG GACCAAGCCAATCCATTTTTTGGGTTATGGAAAAAACAGCACTGCAAATCATATTACTTC AACTCACAAGAAGCCTTCGTAGAACAGCATTATCAGAGACCCCAACAGGATTCTTTTCAG CTGCACAATCACCAATATCCATAGCTTTAGTATTATCCACATTTTCCTTTTCCTTCGCTT TGTCCTCCTAGTGCATTAAAGAAGAAGAAAACAGCAATGTTATGGATCACAAACTCAACA TTTAATACGGATTATGGTTTGTAAGACATAAGAAATATTTTCAAAAACTTTCAAATTAAT ATAAAAAAGCGTACAGCTTAACCTTGCAACTCAAAACAGATAGGAGCCAAAATATACAAC AATAAACTACTTAAATCAGAAATAGATGGTTATGAAAGAATGCAGCTTGCAAGGGTCCAC AGCACCCAAGAGAATCAGAGAAAAAAGAACTCTCACATACAGATCCAAAGACAACCACAT AACAGTAACATATCCCCAGAAAACAGCAGGAAAGAAACAACTCAACTGTAAAATCTGCAA AATAGTTTATTTATTTATTTTAGGGGAAAGATTATACTCTTCCAGAGTCGGACAACAAAA TTTTTATATACTAGATTCACCAAAAGAAAGACATTAGCAACTGCACTTTCTCCAAAAGTA GATCATGAAAGAATATAATGAGATGCCCTTGTGAAAGGAGCTTGTGCAAGTATATGTCAT CATGTGGTGCAGGCCTCAGTGTGCATTCAAAGGTCCCCTTCATGAAAAAAACTTAAGTAA TGGTGCCAAACTGATGAGCTATCAAGGACCACAGGTGACCAATGAAATGAAAACAGAAAG GAGAGATGCGTGATTACTTGGGGATGGAGGAGGGAGGAAGTCTAGTAAGGTACTTGAGAA TGTTGATAAAGGCAATGGGCTGCAGCAGAGCTGAAGACATTTTTATCAGCTGGATATTAT TTAAATACACCTATTCAAGGTCAATCTTGTCTTTCTTCTTATAGTTATCTCGATCAGGAT ATCTGGTTTGCTAGTTAGTTCCCTCGATTTTCTAATGGTCAGCCAAATGGCAAGTATTGC TTCAACAAAAAAATGCAGAAAAGACCATCTACAAAGGCTTTGTAATACTTTTACTGGTTG GTCAAGTATTACAAAGTGACTCTAGCTAGTTTTTTCTCCATTTTCCTTTCTTAAAAAAGA AAAGCTTATTTGTAGATAGACCCACGAGTGTAGTCTGGGGAGTGTAATGTGTCTGTTTCT GATAAAGCCTTGGCTAAAGGTGCCAAAATATAAAGCAGAAATTAGTTTGGCAGTAATAGG TATTTATTCCATGAAGAGTAGCGCTGTCAAATTTGGACCATAACATGTAAAACAAACTCG GCAGCTAAGGTCGGAATATATTCATCAGCAGATCAATTTGGGACAACCCAATCCAACCAA TCTATAAGCTGGGATCAATGTGAGGCAAAGGAATTTTTTGAGGTTTTTCAAGTGAGATAT AACACCATGATGAAAAAAAAACTTTTGAAGTTAGGTTATAGTGGTTAAACAAATTATAAT AAACAAGCAAATGTGGTGTTTTTCCTCAAACTAACTTTTCAACTGTTAGTTTTATATTTC CTGCATTACCACTGAGATAACACAAAAATGAAGAAACCTCTTAAACCAATGTATCAAGAC AAACATCAAAGAGGATGCTAGTTTTCGGAAGAAAGCTGGCAAGGCAACAAGCAAAAGAAT AAGCAGCAATATGCAAGTTGCAAAAATCTACTCGACAATTTACAGCAGGCAATTTCAGAC TACCGGAAACATGTCCCTACAGAAGCTTTTGAAACCCTTGTCAATTCCACCTGACACCTG CACAACGAAATCGAGAAGGAGTCCGATTAGTCAACCACACGTTAGTGCGATTAACTCAAC TTATAAATGCTACATAAGCATGCTCCCTCTAGTGACTCTCAATCCAAATAACAACTAACA GCAATAGAAATGAGTAATTCAACCACTGCCATGATCCTCTTCGGTCACAATAATATGGTC ATTTTTTCCTCCACTTTACTTCCTTGCAATTTCCACTTACCATTTCAATATTCGTCAAAA TCTCAGCTTCTTCCTCTTCAATGACATTGGAACATGATGCCGGTATCATAGCCTTCTCTA CGATTTTCAAGCTGCGATCCTCGTTAGACTCCGCTTCTTCGTCCACGCTGCGCATTAAAC TGGATTCAGAATCCAATCCTACTGATTTCTCCTTCTTTTCCTGCTTATCCATCAGGCAGA TTTCTCGTTTTCTTACTGCTAATCGAGCAAATCTCAAAATCCCCAATTGTTGTAGTTCGA AGAAATGAAGCCGGGTCGACAGGGCTTCGATTTTATAATGGACCTTCTGAACGGGGCTTG TAATTTATTGGGCAAATTTGATATATAACAAATAAAAAATTCATATTTGTATGCTATATC AAAGTTTGCATAATTGCGCACCATAACAAATATAAGACTGTATAATTCGCTATACATATA CAATTGTATAATTCGCTATCCTATTTCACTGCAATTATATAATACACAATTGTATAATTC GTTGCCTATTTCGCTGCAATATTTGTATAAAATTTGCTTTGCATATAATTGAATCGAAAT AAAATGTATGTATATTGCATAATTATAAGTGTATAAGAAGAAGATATATGTTTTTCTCTC GCTTTATACAAAAACAAAAACGCAATTTATACACTTCTATTATATAAAGCGAGAGAAAAT TGTATTTCACTGCAATTTTATAATTCGCAATTGTATAATTCGTTGGCTTTTTCCGCTACA ATATTTGTATAAAATTTGCATTTGTCTACAATTGAATTGAATTAAAATGTTTGTAAATTG TATAATTAAGTGTATAGCACGAAGATATATGTTTTTGCATGTGTATATACAATTTTTCTC TCGCTTTTTACAAAACAGAAACACAATTTATGCGCTTTTGTGTATAAAGCGAGAGAGGCG AGCAGAAGAAGAGTGGCGAGCGAGAATGGGAGAGAGGCGACTGGCAAACTTTGGCTAATG TTTGCTATGGAGCACAATTAAATCAAACCGTAGCTACTCCATTTATTTTAGGTTATTAGT TTGCTATTATATACGATTATACCTAATTTGTATCTACACTTGGCACGTTTCGACAACACT CTCTATTATCAATTTTTAATTGGACAACTTTCACATATAGCAATTAAAAAAATTCATATT TGTATGCTATAACAAAATTTGCATAATTGCGCTCTATAGCAAATATAAAAACCGTATAAT TCGCTATACATATACAGTTGAAGCGAATTGTATAAACGAAGTGTATAAAACGAGAAAGAG AAAGACACTTGGGCAGAGAATTGTATAAACGAAGTGTATAAAACGAATTGTATGATTATA AGTGTATACAACGATTATATACAATTTGAATTTGTATAAAATGAGAAAGAAAAAGATAAA AGAGACTTGGACAGGGAATATACAATTGAATGGAATTGTATAAAACTAGAAAGAGAGAAA TTAGATACAATTTGAATTTGTATAAAATGAGAAAGAGAGAAGGGCAAAAGAAATTGGGCA GGGAAGTATTTTTATTGTATAATTATAAGTGTATAGGACAAAAATATATGTACTTGCATG TGTATATACAAATTCTCACGCTTTATACAAACAGAAACGCAGTTTATACATTTCTCTTTT GTTTGTATAAGTGAGAAAGGCGAGAGTTGCGAACGAGATCTGGAAGAGGGGAGAAAGGGA ACTAAAATATATGTATTTATACAATTTTCTCTGCTCTATACAAATAGAAACAGTTTTTAT ACACTTGTGTTTGTATAAAAAATGAGGAAGCAAGCGGGAGATTGGAGCGAGAATGGGAGA GTGGTGAGCGAGATTTTTGAGAGAGAGGCGACTGACAAATTTTGGCAAACGTTTGTTATG GAGCACAATTAAATCAAACCCTAGCTACTCTATTTATTTTGGATTATTGGTTTGCTATTA TACAATTATCCCTTTTTAATTTAATAGTAAATCATTTTCTAAGGAGGAAAGACACAAAGT CACTATCGAAATTGTCTCGTATTTTAAAGACACTTTAATTTTGCAATCGTCATGTTATCC CACTAAATAATTTTGAACAAATATTATTATATTATTTTTCGATCAGCCCATATTTTAAAA AGCAAGTGTGTTCACAACTAATTATTACATGACACGTGTTAGTTTAATTAAAAATGTATT TTTTTTTTTAAATAATTTTTTCTTTGTTGCTTTTTCTTACTTTTTGACTTATTTTAATTT TGATTTTATTTTATCAAAATTTAAGAAAACATTTAGATAAGGTTTTAAAATTAAAGAGAG TAAAAATATGGAAAAAAAAAAAAGAAAAATAAAGTTATGGTAAAAATGGTGACAATGAAG GTGAGAAATTTCAATGGAGATGACAATGAATTTTTGAAGAAGAAAGATTGAAAAAAATAA TAAGGAAAAAAAGTTTTTTTATTTAAAAAGATAAAAAAATTAAGGTAATACATTTTATAA TAAAACACTTATAAAAATAAAATTATATTACTTATTTTTTATTGCTCACTCTCTATGATA GAGTGCTACCACTCGCTGTCAGGTAACGAAAAATGCTGTAATAATATATGTTCAAAATTG TTTAGTGAGTAATAGGACGGTTGAAAATTAAGGTGTCTTTTTGAGTATCTGAGACAACTC CAATGGTGATTTTATGTCTTTTTTATTTTCTCAATAATTTAAGGGGTTGTTTGGTTTAAA TACAAATTATGATGAAATTAATTATGATAAAATTACTTATAATGAGATAAGTTATGATGA AGTTAGTTACAATAAGATAACTGATGATGTGATAAGTAATGCTGAGACTATTTTTTATCA AGCATTTGATTTGTTATATATAAAATAATATGTATTGTATAATTTAAGAAACAATTGTTT GCTTGCAACATTGTCCTTCACTTTATTTAGATTTTTATATTTTCATTGTAAATTTAGTTA TTTATTCTTGAAAATAAAATTTTCATCTTATTTCCATGATGGTGCAATACGTATCCTAAA ACAAAACTTCATTTTTATTTAGCTTTTTCATCTTAATTTGTTACATTTAAGGGGACTTAT GAACAATTAAAATATAAATAAACATAAAATTACTCAAACAAATTCATAAATAAAAATCAT TTATAATAGTAGATATTTTAATAGAAAAATATGAAGAATTGTCAAGAAAATAAAAAATAG TAAATGTTGTGAATGTTATCAAACATGATACTAAAAAAAATGTAAATATACATGAAGGTG AAAAGTGCGGTATAAAAAGATTTAAAGGGACAATACCTATTTTATTTGAGATACGTTATC ACAAAATAACTATACCACCAAGGATAATGATAACTTATCTTGGTATTAATTATTAACTTG AAATAAGTTATTCCAAACTTGTCAACCAAACAACAAATTAAGTGGTATTTATGTTAACCT TGAAACTATTTGATATTATCTTTCACACCAAACGATTCTTAGAGAATAATTTCATAACCT TTTGTGTAGATTTATCCTTGTAGCTTTCACTTTCTCTCGTGATTTTTGATATTATAATCA CTCTCTTGTTCAATTTTGAACAAGGAGAGATTTTAAAATACGATTATTAAATGAGATTAT AAGGCATAACTAGTGAATGAAATTTGTAAAGCAAAATTATCAAACTCAATTAATGAAACA CAAAATATAGAATCAGTATAATTAAACCTCTCTACAACATCTTTATAATTTTCATAACAA TACTTCATCATAATAATTAAGTTATTCTCTAAATTGTTTTATATGTTATACATATTTTAT CTTTTGAAAAATAAAATTTACCATAACAATAAGAATCATCTTTGTCAATAGTACGCTTTT TGTAATATTACCCTTTTACACCAATTGTTTTCCTTCTCAGTAATATAATAATATAATAAT TCACCATCTTTTGTAAAAATAAAATCTCTAAAAATATCATCAACAGGTCTATAAATATAT ATTTCATTATTAAAATAGTTATCTTCTTTTGAATTCGTGTTTTATCCATAAAATTAAAAG ATGAAAAGTTAGATAATATTATTTAAATGTCAAACATATGCCAATTTAATAATCATATGC TACTCAATTAAATGTTGATGTTTATTTGATAAAACAAAAAACAGTAACACTTTTTGAAAG TAAAAAGAACAAATTATAAAGTTAAATTTAAAATAATTAATTAAATATAAATAATAAAAT GTTATAAAGTATTTTAATTTTAATAACAAATAAATTTTAAATATTATTTAATGTTAAATT TTTGCATAAGAAACGAATAATTTATTAGTATAATTTTATTAAACTGACAGATCACTATAA TAATGAAAATATCTCAAAACTAATCATAGTTATAGAGAGTTTTTGGACTTATAACACACA TTTAAAAAGTGTGGTTTTTCAATAGGATTTATATAACACTGAAACTGATTACCGTTTAGG CAGTTATAATCACGTGAAAAATCTTGGAGGCCGAAAGCATATTACGGTTAATTTGTCTGT TATAAGTTGATTAAACTTGGACCCTCGTTCATTCCAGAAACTTCTTTTATTTCATTCATT CAGCTCTGGTGATTTTTCCATTTTCCCGCCTACTTCCACTTCTCGTTCTTCAAGCTGATT TCTCGATTTTCACTTCCATTTTCTTCCGAAACAAGTTGAATTCACTGGAATTTCTTCATC GATCACCATTATGGCTTCAACATCTAAGAATGTAAGTCTACATATCGTCTTCATGTTCTT CATTGATGAACACAGCACACATTGATTGGCTTACGATCGTTGCAACTCTTTTCTTTTTGG ATTTTAGGGTTTTGTATGGTGATAAATTTCGGCTTAGTTTTTGAGATTTCTTTGTTCCGT GTGTTTATTGTTTGAGTAGCCAGGAGATACGGAGATGACGCCTTTGCTGCCTCCACGTGG TAAAGGATATCAGGGCAGCGATGGTACTTAAGAATTAACATTTCTGGGTTATTTGTTCTT AATTTTTTTTTTTATCAATTTAGGGCAAATGAATAAGAAGTAATGTGTTTGTGTTATATT ATTTCAAAGAACAGGGACTATACAATAAGCTGAACATTTCCCATGTTTATACAGTTGGTG TATTGTTCAAAGGCTCTTGAATGTTTGTGCAGAAGAATAAGAAGCAATGTGGTTGTATTT TACTATTTCAAAGAATGGGGACTATAGGATAAGTATAACATTTCCCATGTTTATACAGTT GATAGGTTGTTCAGAATGGATACACATTTATACTACACTGACACTCTTGACTGCATGCAA GGAAGAAAAAGAAGCAACATCTTTGTGTGTTCTATTTCAGGAGTGGGGATTACTGGATAA GTAGAACATTCCCATGTTTATACAGTTGATAGGTGATACTCATTTGGAATGCATGTGAGG AGGAAAAAAGAAGCAGCGTGTTTGTGTTTATACTATTTCAAGAATGGGGACTATAGGATA AATAGAACATTTCCCATGTTTATATAGTCGATAGGTTCTTCAAAGGGGATACTCATTCAT GCTACATTGACACTCTTAAATGTCTGGTTACACAAAAGTAGGAAGCAGTTAAAGAATAAT AGGATAAGAATCAAAACAGACAAACATATCCTGACTCATTTGGTATACTTGTGTCTGAAC TATGCTAAACTAGGGCACTGATATGTTATTTGGTTAAAAAATAAGCTCGAGGTATACGAA TCCATGTCATGGAAAGTTGACTGATAATTTTCAAATTAAACCAAATCTTAGTTGATTGTA CATTAATTGGCTTATTTGATATGTACGTCTATGTTCTTTACGACTGGATTTTGAGTTTTG ATCTGACGGTTTCTCCATGTTGACTTGTTAGCACCAGTAGTAACAGGAAATGATGGGGAT AATCAGCTATCAGAGGATCCACAAACATTCTATTGGAAAGTAGTGAATTTCTCTAGGTTG AATGTAAGGAAGCTCTACTCTGACGATTTTATTGCTGGAGGCTATAAATGGTATTGTAAT ACTCTTTCATATTCTCTGTACAAAGTAAAGCTATTACCTTAGGTCCCATGATGTTTTCTT TCCCTACTATTTGACAGGCGGATTTTACTTTTCCCGAAGGGCAAGAATAGTGAATACTTG TCTATGTATCTGGGTGCTGCTGATTCAACTGCTTTACCTAGTGGGTGGGTTATACACGCT CACTTCAGTTTGTCAGTAGTTAATCAAACTCAGAATGATTACTCAATCAGAAAAGGTAAT TGCTACATACTTTAATTCCTCTTCTCCAGTTGATAGACCTAAATTCTCTGTTGAAATTCT AAAGGCCAGATTTAGTGTTTATTTTCTGTTGTGCCCGCGCTGTTGATTGTTTTCTCTGTT AATAATCTGACAGTTGGATAGCTATATCTAGTCATAGAGAACAGACACCATGTGCTTTTT ACGTGAGTGTATTTCAAGATGTAATGTGGACACTTTGCCCTTTCCCTGCTCGCCCTTTTT TCTCATACCCATTCCTTTTTGTGTTTCCTGACTTCCTTTCCCTCCCACCCTCCTATCCTT TTTCCCATTATCACTTTGTTCCCTGAAATTTAGCAGTCTATTTCCCACCAATTTATTGAT CTACTTCCTTTAACTATAGCTAATGGCTGATCATTTTCCTGAATCTTAATATTTGAATGC AATCAACACCCTACTTTCCCGTGGGAACACTCCTTCATCCCGTTCCATCCAACAGAGATC TGCTTCCAAATATCATCTGTCTTAAGGAGGTTGTCCCAATTAAATGTAAGTTGCGAATGT ACTCGATGAGATCCAAGTAGCCCTCTCCTTCTTGTAACAATCAACTGCCTTCCCTTTCCC CTTGTTCTGATTCTATGCCTCATTGAGGCACCAACAGTGGCTCAACTCCTTTGGCCATGA TTACTTCCCTATCAACTGACAACAACAAAAATAGGGATTTTCTCCTTGCTCTCCAACTTA GATAGAGAAATAGCCTTAAGGTTTTTGACACATTCTTAAGGTAGGCAATCCCTCTTCCCT CCTTTACCCTTGTGGTTTGGAAAGCTGATTCAGCCTATTCCTCCCTGTTGCTTTCATTGT CTAATGACATTCCTGTCTTTTTATCTTATTTTTCAACTTCTGCCCAAATGGAAAATGAAT GCGGTCGTCATCCTTGTTTGAAACCTTTATTGGCCTTTTCACCGTACTCTCTGACGATGA GGAACCTACCTTTTTTCCTCCACATGAAAGGCTCGTGAACATCCAAACTGTGTACTCCGT CTTCCATCATCAACCACCATATTCACTAGGGTACTAACATTCAACATGTCATGTGTGCTA TAACCGTACTTACAATTACAGGATATCCACAATACTATCCAGCTGCAAATCTGGTGGTGC GTTTGGAATGATATGTATTATTTTGGTTAGGTTTTGGTGTAACTTGGCAAGATGTACATC TATCTTTTGTTATAGTACTATTTGCATCTTCTTGATGCCGTCAATGAAAATGCTTACTTC ATCAAAACTCGGAGATGTACATACTTTTCCCCCTAGTTCCATGATTGACTTCATCAGCAC ATAGAAATGTTTTGATGGTGTACTTTTGGTTGTAACTTACCCAACAACTTCTTCTTGGTT TTATTATATATGAAGTTACTCTTACCGATTAAAAAAATCTCTTAATAAAGTAAGAAGATT GATCAAAGAACCTGCAAACCTGAGTTGCCAATCTCGAATGAAAACACGAGCTCCTAACTC CTTGACATTCCTGTAATTTTGCTTGTGGATGCTTGCTTCTCTTTTGGAACTCTCTTTCTG CTGTTTTCTGAATGGTCAATAATCCTTTCATTATTGCACCTAAAAAAAAGCAATTAGTCA CTCAGTCACGCCTTAGTATGAAGTCAGATGTGGTCGGTTATGCACATTATACTCTACTGG ATTATATACAACCCGTGAACATTAACAACCTATTAATCAAGGTAAAAAAAACCAAGAAAA TAAAAAGCAGTAAGCGACCAGGGGGTTAGAATAAGTAGGCTGATCAAGGTTGAGTTGCCA AGCAGTTGCTTGTTCAACTTTTGCATGTGTTTCATTTGGGCCCTTGTTTTGTCCTTGACT GGCGTGCAGTGCACACACCCCATTTTTTGAGATTTGCTGAGTTTGTCTGTCTTTTGGTTT TCATTTTTCACATGCTTTGATATATTATAAGAAAGCTTTCTGATGTTGGAATCCTTTTCT AAGGCTGGATTGCTGCTTGGGATTGAGGATGTCTAGTTCCCACTAGTGCCTCGTTGTATT TTTCTTATACATCTTCTCTTTGGGAGGAGGTTGGAAGTTGGGTTGTGTGAACTGGTTTCA TCTTGTGTGAAATGCTTATCAGGATCGTGTATTTTATTAATAAAAGCTCATATGACAAAA GAATGGTAACTAGGAGTTCTGGCAATTTCCAATGAGTAACAGGAATACTTCAGGCTGTTT TAGCTCCCATAAAAGTTCGAACATAGAATAATTGCATTTGTTCTTTTGTAGGTCTCTATA AAACTTTTCTTCCTTGTGCTTTGCAGAGACACAACACAGATTCTGTTCAACGGCAAGTGA ATGGGGTTTCAAACCCTTTATGTCACTTGTTGAGCTATACGATCCTGATAAGGGTTATCT TGTTGGTGATATGTGCACCATTGAAGCTGAGGTTGCTGTGCTATCAGATTCTGAGTTTAT GTTGTACGACTCAATACACTCAAAAAAAGCCACAAATTTTGTTGGACTCAAGAATCAAGG AGCTACATGTTATTTGAACTCTCTGCTCCAGACTTTCTACCATATTCCTTACTTCAGGAA GGTTAGCAACTGTGCTCCATTCTTTTATGTGGTCAATTAAAGGACTCATTGTGATGCATT AGAGTTCACTGGGTTCACAGGCTGTATACAACATGCCTACAACTGAGAATGATATGCCCC TGGCTTTGCAAAATTTATTCTACAAGCTCCAATTCAGTGGCAAGAGTGTAGCAACAAGGG AGTTGACAAAATCATTTGGGTGGGACTCGTCTGACGTTTTCATGCAGCATGATGTGCACG AACTCAATACAGTTCTATGTGAAAAGCTTGAGGGAAAGATGAAGGTAAATCAGGCTTCTA AACACATATAAAGTTATTCTTCTCTGCTTTGGTAACTGATTGATGATAGCTGCTCTTCTG CTGGTGTTAGGGAACCATTGTGGAGGGTACCATACAACAGTTATTTGAAGGGCACAATAT GAGCTACATTGAGTGTATCAATGTGGACTACAAATCTACGTGCACAGATACATTTAATGG TAACTTCAGTTGATCAAACAAGTTCCTGCTGTTTTCTTTCTTAGACATTTTATCGTTGTA TCTTATGATACTTTCTACGTTTGTGTGTGGCAGATATTCAGCTTCTTGTCAAAGGTTGTT CTGATGTTTATGCTTCTTTTGATAAATATGTTGAAGTTGATTATCTTGATGGTGATAACA AATATAGCTCAGAGTTATATGGTTTGCAGGTAAGTTTAGCACATGAGTTATTGAGTTTTC TATTTTGCTATGATCTTTGAGCAACTTGACGAAAAATTTCAGGGAAGTTAAGCTTCAATT TTCTGTTGCCTACCTTGTCTCTCATTTGTTTTCATCTTCTCTGCTTGGTTACACTGATGA GGATTTTGGTCACTCTTTTGCAAAATCAACCTTATCTAATACCAAGGATTATGGTTGTTT CAGGATGCAAAGAAGGGTGTGTTGTTTATTGATTTCCCCCCCGTTCTGCAGCTTCATTTA AAGCGCTTTGAATATGATAGTATGCGAGGGAATGATTCAAAGGTTAGTACTCTTTTAGTC AAGCAAGTGCCAACTATTGTTCCATGATTTTAAAACTTTAGACTGTGAAGTGTTCCCACA CCCCATTTAGTGGGATTTCACTAAGTATGTTGTTGTTGTAGGCTGTCAAGTGTTCTTCTG CTGATGGATGTCTGTTGCTTTTCCTCTATATACTAGTATAGTGTACTTGTGTTGCACGTG TTTGATGCATAAAAGAAATTAGTACTTTTAAATATGATTGGTAGATTTATGTCTCACTGA AAATAATCAAATAAGAACAATACTAAAAATTAAAGAACTCCAATTTTTGAATGATGATAA AAGTAAGCATGAAATAAATGTGAGGAACACTTTTTATGTATACATGCCACACAAATATAT ACCTGACTTGGGAGATGCTTTAAAGATAGGTCCAATTCCATACATAAAGTAAAATGAAAT TGTATTGAAACTCTACTTCTTTGGTGTAAACTTTATTATAGAGTTGGTAGGAAGCTTGTA ATTGCTCACTTTTGGAGGTGGCCAGCATATCCTCAATGCTGATGAATACAATTTACCAAT TTCAGAAAAATAATAATATATACCTGACTAGTAGTGGGGCAAGAATTAGGAAGAAATCTG ACAAGACTTTGCCTCTTCCATCAACATTGTTCCAAAGAAGACATTGAGCCAAAATTACCT AACAACGGGGTTGGAAAAAAATCGTTGAAGTGAGTTTTAAACTTTTAATTGAAGACAAAC ACAAGAAAATCAAATAAGATATACCAGTCTAAAAAAAGAAAATCAAATAAGATTTACTAA TCAAAATAATAACTCCCTGAAAATAAGCAAATAAGAACAGTACTAAAAATTAAAGAATTT CAAGTATTGAATGATGATAAAATAAATTAGTGACCTTCATTCTTTTAAAGTAATATATAT AGAACTTATGTAAAAAAGTCATCTTGAATGTGTTTGGTATGGTTTGATTGATTCAATCAT TTATTGGTGAATGGTGATGCAATGTAGATAAATGACCCATATGAGTTCCCTTTGCAACTT GATCTGGACAGAGAGAATGGTAAATACTTGTCTCCCGAGGCTGATAGAACTGTCAGAAAC CTTTACACACTTCACAGGTATCATATGCTTTGACGTTTTAATTATGATTTATTCATTTTT TTCAAAATCAACTTTCCATTTTTGTGTTAAACTATGATTGCATTTTCCCCCTCTAAATGA CCCACCAACATTAATAAAATTATTTTATCTTAAAGTAGGAAAAGGGGTCAATTGTTTTTA TGAAATGGGCCAGATGTTTAGTCAACCCTGAAAAATAAGTAATAGCTCAGGTAGTAATGA ATGGGAACAATGGAAGCAAGAAAATTTGCCTGTTGGCAATTTAATTCATAATGAGCTTTC ACGTATCAGCATTTTTCTAATTAACAAATTTAATAAACTTGCTGAGTGAAACAGAACCTG CCTTGATGATTTAGAAACTGGTCCTAGCATAGTTTTAAGCGCTTAAATGTAGTGATTCTT TCGCTTCAGCCCACTGCAATTTGATAGTGGATTGAGGAAGAAGAAAACAGAAAGCTAGGA CATAAATCCCTTGCAAATCATGCATAGTTCATATGATGATGAAGAAGAATGTTAGCTAAA AGGATCTTGAGATGTAACAAGAATGACAATTAGTGGCTACAATGAAGACGCTATATCTTC CCTCGTATGATATATTTTAGAAACTCAAATGTCCATTGGAAGTCTGATTCACTGGAAGTC ATAAGCACGCTAGAATAGAGACTGGTACATTTTGAATCATGACGCTACAACAATTAGATA CACTATTTGTGATGAATAGGTGGTTCTTGGATGAGTGTATGCTTGACCAAGTATATCATA ATAGACTTCTGTGTGCAGGAAGCCTACCTAAGATAGTCAACTGGAATAACGTTATTTCAT GTACTTAAGGTTGTGGAATTCGCATCGAAGACTTTTGCTCGGCTGTTCATTTTTTTTTGG ACAATGTAGCTCATCTGTTCATTTTTCAACCTCCTCCTTGGCAGTGTATTAGCCCATGGG GGTAGTGTGACAGGTGGACACTATTATGCTTTCATACGGCCAACTCTTTCAAACCAGTGG TAAACATTTTACACACAAGTTTGTCTCTTCATACGGGAATTATCATTTTATTTTATTTTG AAATCTTGAAGTATTACACAACTGAATTCTTCCTCTTCTGTTTCGTAATAACTATAGTCT TTTTTATTATAAATTGCTTTTGCCTGCTTTGGAGTTGGAGTTAGAGCATTTATTGACATT GTACAAAACTTTGTTATTGGAAGTCTCTTTTCAAAAACCCATCCATCGTACTTCTTCAGG TTGTTCCATTTTTTCATCATACAGAAAACCTGTTATTGGCCTCATACCATGATATACTGT TTTCTGTTTATTTTTTGTGTATTGATGAATTTTCTCCTTGCCCTCCAGTGTCTTGTGAAC TTGGGAAATCAAAGTGCTTCTTCCCGAAGCATCCTAAGCTTTAGGCTGTAGATGAGTTGT CCCAACATGTTGGGCATCCCTATGGCTGAAAGTGATTGATAGTTTTTCCTGTTTATCATA ATGTTGAGAGACCGAACTAGTTTATTTTCAAAAAGAGAAGTAACTATATATTCCATGGGG CTTAGGCTTTCCAGATCTGAACATGTACAACATCCTTGCCCACTTCCTAAAAGGCTGTAC CTTTCTTCACTGTATACAGTAGGTAAGTGTTTCACCCTCAGTCATACAAAAGTCCATCCT ATAATTGGATTTGTTAAAACTAGGAGGGTGCATTTTGTAAGGAGTCTATTTGGTGTCTGT ATTACAGATCAAATGAAGTCGTTTGTATTTAGTTAGAATGGAATACCTCAACTTCTGTTT TTTTCTAAATATGTTGGTTGCCTTTTATGTTCACAACGCCTGTGTATCTCCATCTTCTAC CTGTTTTCATCTCTGTGGTTGTATTTACCACTGACAATATCTATGTTCTTTCTTTTACTG TAATCACCTTGCTGCTGCTCTTTCACATATCCAGAGAACTAGCTTTATGAATGTCTCAAG GACATAACTATAATATTAATTTCCATTTTTTTAAATCGGTAATAACAACTTATCTTTTCT ATTTTGCATGATTAAAATGCTGAAATATTAGGATGAAACATTTGTCTGATCTTATTGGCT GTATCAAATGGATTATTTTATAGCTCTTTTGGCCTTATTACTGTTCAAAGAAACTTCTCC TTCTATTAGTCTATATTACCTTTAAATGAATTCAAAGAGTTATTTCCAGTTTGGGTACAT TGAAATGCCCCCTTATTATGTGTTTTTCCTGTATATATGATGTAATCTTTGAGGCTTATT GCTTACAAAGGTCAGAGTCATTATCAGAAGTTGCTAGTTGGTTAATCTACTTCAACTTCC ACTTGTCTCCTCCTTTCATCTTTTAGTATACAATCAGACAATGAGTATTTCGTTGCATCA TAGTTGGTTGTCTTACACTTCAATCAATTGACCATGTCTCATATTCCGTTGCATCATATT TGGCCATCTTATACTTCAGTTACCTCACAATTTTCATTTGTCTGCTTTACTATTTTGTGC TTTGGTTCATTCTGCAAGTCTATGATTCTGCTTCCTAGGCAAGTAACGTGAATGTTTCCA GGTATAAATTTAATGATGAAAGAGTGACTAAAGTAGATGCAAAAAGGGCATTAGAAGACC AATATGGTGGTCAAGGGAAGGTAATCTGTGACTTGGTTTTACTCATTGGTCTTGATCTTT CCCAGGATATCAGATTTGTTGAGTTCATTTTAGTGTCCCTTCTGGATTGATAGCAGTTGC CACAGACAAATCCTGGATACGAATTTCAAATTTCTGAGAACTCAAATGCTTACTTACTGG TCTATATACGAGAAAGTGATAAAGAGAAAATAATGTGTACTGTTGAACAGAAGGACATAG GTGAACACCTGAGGGTAAGATATAGCACCAGCAGCATGAGCTGTCTCTTTATCTTTGCAC CTATTTCACATGTTGACCTGACTATACTTATGGACGTCTTCAAGGCAAGGTTTGAAATAG ATCAAGAGGATGAAGAGCAGAAAAAGAAGGACGAATCAGAGGCAAACCTTTACACAGTTA TTAAGGTCTTCTATTATTATACTACCATTCACAATGATTAGGACAAACTCCTGTTGCTCG AGTAACCTTTTAATTATCACATGACGTGACTAGGTTGCTCGCGATGAAGATATACGACAG CAGATTGGAAAGGATATATATTTTGATTTAGTGGATCATGAGAAAGTTAAGTGTTTCCGC ATTCAAAGAGAGACACTTTTTAGTGCTTTCAAGGTAACCAGCTATCTTTTAATCTCAAAA TGCTACTAGACTAAGATATATTTGCATGTCTACATACTGTAAGCTCTACTAAACTGCACT GAGATAAGTTCAGTAACACTCAATGAGATACAGTTTATTACTGTTACCTTAAATTGGTAG TATTTCCTATGAAGTAGAAGAAGATGCTCAGATGTATACTTCTTTAGATTAATGTGTCTG CATTGATGTGGTAAAACTTTTTGACCTTGGGCATAAGATTCTTTTATGCATCAGTATAAT CCAGCTAATAGTTTGATGTTCATTCACTCCTGCTATATGTACCTTCTCCCTTGCTATACA AAGCCGTTGCTCAACCAGACGATCTGGTAATATTGTTTCTTTTGTTGAAAACCAGCATAC TAACAAGTAAAGTCTATTCTCAATTAGTAGATATCACCTATTCGAATCTTTTCCTTTCCA TTGTGCCTTAATTTTAGCTAAGCCTGCATTAATTTCATGAAATTGTGTAGTCTACCTCGT CCCTTTTTAACACCGTCACTCACTATAGTTTTACACGTGCATTTGTAGGTTGATGCAAGA TATAAACAAACCATCTCAAACAACCTTTTCCATTTTTTTCTCAATGCATGCTACTTGCAC CTTCTGACAAATATGATATTTTTAGTCTTATCTAATCTTGTTACCGCACATCCATCTTAA CATCTGTATCGCTGAAACACTTATCTTGTGGATTTGTTGGACTTCAGTGGCCCAACAGTC ACTACCATATAACATTGCTGGTTTTGTAACTGTTCTGTAGAACCTACGTTTCACTTTAGT GTGCATCCTTCTCTCACAACACCCAAGGTGCCACTTTCCATTTCGAATCCTCCAGTTTTA ATACCTAGGTTTACCCTTGCTGAACAAATATTACATGTGTATAGATACTTCGCATATAAA CTTTAGGACTTAAAAAGTTGCGAAAAAGTTTCATATACCCATTTCTGATTCATTCCTGAA TTCGACACTGAAAAATATAACAAATATAGAGAATTTCTAGTTACTTTTATTTCATTTTAT TTATGTTTAGTCTGAGATAAGTTTGGATGGAGAAATATAGTTAGTTAGGATTCATATAGC CCAACCCCATTTTGGGGTTGAGTTTTTTTTTTTGTTGAATATTATAAGTCCATGTTACTT GAGCCATATTATTTGTTGTATATTATAAGTTCATGTTACTTGAGCCATATTATTTGTTGT ATATTATAATAAGTCTATGTTACTTGATCCATATTATTTGCTGTATATTATAAGTTTATG TTACTTAAGAGGTAAGCCATTAATATTTGTTGTATATTATAAGTCCGTGTTACTTAAGCC ATATTGGGGCCTTGTCTCGTGATAATTGTAACATTAATCTTTTCAGATGCATTAGCTGCA GTGTCCTGACATACTTTTTTATTATGTTTACTAATTATATAGCTTTATGCAGGAGGATAT CAAAAAAGAGTTTTGTGTACCAGTGCAATTTCAACGTTATTGGCTCTGGGCCAAGCGTCA GAATCACACGTATCGTCCTGATCGGCCATTGACCCGTCTTGAAGAATCTCAAACTGTAAA TATTTTCTATTCTTAGAATTTATTTTGACAGTTGGATTTAGTGGTAGTGGTGCTATAGTA TAAAAGAGGATGTCCCACAGTACTTGAAGCTCCCGCATGAAGGGGTTTTCAGAAAATTAG ATGTATATCCCCATCCCACATCTGTAGGGTCAATAATTTAAGGTAACCCATATCCTCTAG GTATTACCTACCTATCTGTTGCCCCAAGAGTATTCAACGGTAGTCTATAATTATTTATAG CATGCGAAGATGAGGTGTACACGTCACGGGTGACTCCAAATTAGAAGATGAGAACTGATA CACTAACTTACTACTAATACCAACTAACTGGCAGTCCTAAAAGCTCATGCCATGAAAATC ATTTGCTTGTTCGGTTATTTGACAAGTTTTCACCTGAATGTAGGTTGGACAACTGAGGAA AGTGTCCAGTAAGTTTCACAATGCAGAGCTAAAATTGTTTCTCGAAGTAGAGTTGGGACC GGTAAATATTCATTACCAGTGTGCTGTGGTGGTGCTTATTTTAAGATTTTTTTCTTTATG ACCAGAATTTATATAATTATGCATAATGTCTAGGAACTAATGCTCCTCTCTCCACCGGAA AAGGCCAACGATGATATTCTGCTTTTTTTCAAGGGTTATGATCCTGAGAAAGAAGATATG AGGTATCAGAAATTATCTTCTTCATTTTGCATTTACATGACAGTTGTTTTGGTGATCTGT GATGTCTTTCTCTTTCATGTACACAGGTATGTTGGAAGGCTCTTTGTGAAGGGAATCAGT AATCCCATGCAAATCTTGAGCAAACTAAACGCAATGGCTGGCTATGCCCCAGATCAAGAG ATTGAGCTTTATGAGGTCTGTTCCTAGAACATCTTAGATATACTGTACACTCCTTGATCA CTCTTTTCAAATTGCGAAGCAAGAAGCTTTGTTGAGGTGTGTGAGGGTGCAAATCACTGG CTATTCCAGAACTTGCAGTTGACAAGATCTGAAGTGCTCTGCTTTTGTAGCTTGTTTCCA TTCAGCCTCCTTATGTTGGCAGTATGTTAAAAATGTTTGGTTCCATTGCTGGGGCATAAG ACTATGAAAAACATGTTACGCTTTCTGCTGATCAAATAACTTTTATTTTAGCTTTTGTTT TTGTTTTTCTTGATATGGTAATAAGTGTTTTGATCTAGAGGAAAAACTCCCGAAGTGGTA TGCAGAAAGTAGAAAGGACACCAAAATATGAGTTCTCCAAATGACACCCAGTTATTATAC TAACTCTAAGACATCATAGAGACTAGTCCTCGTTTGTATAGAAGCATATTCTACCCATTT AGAAAGATTCCCGTGATGGTGCTTTTCTTGTCTTGATTACTTTTATGCTCCTTTCTCTTT CTCTCTTGTATTGGTGAATATGCGACGAAGTTAGACGTGCCATTATTTTCAAGAGTTATG TAAATTTAAATTTAGGGATTCAACACGGTTGGGACTATAAATAAACTTCCACAGTTCTTG AGATAATGAAGAATTCCTGTGAAGCTAGAAGCATTTAGAAATTCATTGTGATCTCAAATT TGAAGTTATAGTACCACGTCGAAATTGATTATGTTAAGATCCATTTAACTTACAAGTATC GTTCTATCCAAAATACAAAAAATTAAAACAAGAAGGTCGATCTTGCTGTGTTAGAGTTTG GTTCTTAAGTTGTATATTTTCTCACATTGGAGAATATGATATCTATTGTGTTTAACACCA GTGAGAAGGTGTTAGTTTGTACTGAACATCCATTATTCAATAGAATCTATTTGTCTCCTC TTCTTTTCTCATATGGTATTTGAACCTCCGTGATTGAAGTAGAGATTTAAGCAGCTTCGT CCAGGTTTCTTGCCCCGTCCAAAGTTTTTTGGCTTCTTCTTTTCTCTTTTCGATGACTGT TCTTATGGTACCATGTCTACTTTTAAAGACAGTTCTAGCCTCAAAATATCTTCTTTTTTT GAGTGATATTTCCTGGCAAGTTTCGCCGGCGATTCCAATTATGAAAGGTTATATATAAAA AGTACTACAGTGTCTTTGACAGTAATTTATGACTTTACGTGTTAAAATATTGATAGTTAA ATTATATAGGATCTTAAGATCCTGATGAGGTCCTAGTCAAAACAGCAACAGCAGCCCTTT ATGATTTTGGATATCTTATTTATTTCTAGTTTTTCCTTATGGAGCTGATTTCTTCCCATA ATTATGCAGCCTTGAAGTGCAGATTGCAAATCTAGAAGCCATGAACAGAATTTTTTTTTC CCACTTTTACTAGTTCATTGATAGATTTAAGTGGCAGTTTTGCAGTATCATTCTGTAATA TCGCATGGAAATATCTAAAGATTTAGGATTATAACAATTGTAGTAAAGAACCCACAATCG TTTTTCTGTGTCCAGGAAATAAAGTTCGAACCAAGTGTCATGTGTGAGATAATTGACAAG AACTCCACTTTTCGATCAAACGAGGTATGCCCTGACCACACCATTATGGGTACAGTCATG CCAATGTACTTTTCTTATGAATGATCCTTTGTCATTTTTCTGTGCAGCTTGTGGACGGTG ATATAGTATGCTTCCAAAAATCTCTAACGGCTGAAAGTCGACAACAATTTCGTTATCCTG ATGTTCCTTCATTCCTGGAATACATTCACAGTCGCCAGGTATTTTATGTCTAAATCTGTT CAGTAAAAATTATGGTCAGCAAGGATTCTTATAGCTCAATCCCAAGTTGCTTTTCATATT ACTTGATGATACCATTGTGGATTGCTTCTCAAATTACTTGCATGTACTGAAGACTTTTAC TGGGGGGAGAACTAGCTGAAATCTAAATCCTGATTTTGCATTACATATCGGGTTGTTGAT AAGTTCCTTGGATTACTTGCATACACTTAATGTGTGTGTGTGTGGGGGGGGGGGGTTGAC TCCCTCCGTACATTGGCATTGAGATTTTTATCTGAACACAATATTCAACTCATAGTTGCT GAAGATCTTTAAAATTCTGATAAGATGACAACTATTCTAGTTTTGTATTGACTCATTGCC TGAAGTCTTAGAACCGAAGCCTTAAACATTTGGGTTTTCTAGCTTTGATTTTAGTTACCA AATCTGGAAAAGAATGTGAAGAGAAAGAAATGAAAACACCTAGTGTGATACTTAGTGATT TTAATTTCAAAGCAATAAACAGTAGGGCAAGATCTGCTTATACCACATGGAACTGATGAG ATGGTTTGCAATAAATCAAGTTGTTTTCCAACAGTGTTTTGAAGTATGTACGTGACTTTG TTGTTCTTTTGGCAGTCATCAGATTTCTGATACTACTATGTTTTTCAGGTCGTTCACTTC CGATCTTTAGATAAACCCAAGGAACAGGGTTTCTGCTTAGAGCTGTATGTTTAAAAACCT CAGATATGCTGACAATATCATTTTACTTCTCTTTTTTCCTTCTATTGTTTTGTTTCTCTA TGCCATTGACCAAATTTGAGTATTCGTACTATTTCAAACATTTTCTTGTAAATGCTAGGT CTAGAATCAATACATATGATGAAGTTGTGGGAAGAATAGCTCGACAACTCAAGTTGAATG ATCCCTCCAAAATTAGGCTCACATCCCACAACTGCTTGTCTCAGCAACCTAAACCTCAAC CAATAAAATACCGAGGTTTAGACTTCCTTGTAAATATGCTGTTCCACAACAATAAGGTGA GCGCTAAAATTCATTGGATAATGCTATGCATGAGTTCCTAAAAGTCTTACTATCTCTAAT TAATCTTGCACAGATTTCCGATATATTGTACTATGAAGTACTGGACATTCCTTTGCCAGA AATTCAAGGTTTGAAACCCTTTAAAGTAGCTTTTCATCACGCTACCAAAGATGAAGTGAG TATGCAAAACGGATTCTTATTGTTTTCTTCCTGCTTTCTTTTCATTTTTATAATATATTA ATTTTCAATTCTTGCTTCTTTACTCTTTAGGTGGTCATTCACATGATCAGTCTACCAAAA CAAAGCAATGTGGATGATGTAATGAAAAATCTAAAGACAAAGGTAATATACTGGCCTGGT AGCATTTTTGGTTAAGCTAAGTTGAGCTAATTTTCTTCTAATTACTGAACAGCCCGACCC TTTCGCTACATTTTTTTTTGTGTAGCAGATATTTAATGTCATGTTTGGTTCAAAGTTGAG AAGGGAAATATGTTTAGCTGGCTGATTTGTTTTTCTATTGAATAATTTTCCTCTCTCTTG ATGCTAAATACAACTTGTAGAGAAGTAAAGCCATTAACTTCTTCATTCTTATGAATATTC AAACGGTGTAAAAGGGCTATGTGGAGGGTCACAAGCCCTCCATTTTAACTTCTTCTTTTC TTCCTAATGAAACAATGGGCACACTTGCTCCCTCCTCATATCCTTCCTCTTTCTTCCCCA GCTGAACATAGCGTAAGATTTCTTCTTTGCTGATGCTTCTCTAGCATTAGTTTTACTTAA TTGCTACTCTGATGTGTCGTGAAACAGGTTGAGTTGTCGCATCCACATGCAGAGCTAAGA TTACTAAAGGTATTCCGGCATAAGATTTACAAGGTAGTACTTTCTATTCTTATTGATTAT TGCCTCAAAGTTAACCTTCTAATCTTTGTTCCTTGATTTACTGGTTCTGGCAAATTCCAC GTGATAGTAACACAGTATCGTAATAGGAGCTGTTAAAGTTTGCTTCATCTGCACATTTAG TTTACCGGTTCCTAAAATGGTGGTTTTTCTATTCATTTCCTTCTGAAGAGAACTATCTTT CTTTGCATTATTTTTTCTTGTTCCTTATGATTGCTTTTGTGCAGATATTGCCAACTACAG AGAAGATAGAAAACATAAATGACCGGTACTGGACGCTACGGGCCGAAGAGGTTCTCCTTC TCTTTCTCCCTTTCACTGAACCCTTTCTTCTCTTTTTTTTTTTGGGGGGGGGGGGGGGGC GCTAAATGATAGAATCAAGGAAAGTAGTTAAGATGCTTATGTACAACTAGAAGACAGAGT TTAGTTCTTTTTCACAGAGAAGATTAAGAATCTCATGGACAAACCTGCATCCTCCAAAAA GTAAAAAAGAACAAAATAGGAATATGACGGAAAACAAGGAAAGTGATGTATAAGGAAAAC AAGAAAAAATGGAATCACAACAGAATCTTGCATAACTGAGAGCTGTACTAGAATTAGAAG TTTGATAAACTGATGGGGGTTAAGTCATTAATATTAAGGTGATGCTTTATCGAAAATAGA ATCAAGGAAAGTAGTTAAGATGCTTATGTCCAACTAGAAGACAGAGTTTAGTTCTTTTTC ACAGAGAAGATTAAGAATCTCATGGACAAACCTGCATCCTCCAAAAAGTAAAAAAGAACA AAATAGGAATATGACGGAAAACAAGGAAAGTGATGTATAAGGAAAACAAGAAAAAATGGA ATCACAACAGAATCTTGCATAACTGAGAGCTGTACTAGAATTAGAAGTTTGATAAACTGA TGGGGGTTAAGTCATTAATATTAAGGTGATGCTTTATCGAAAGCAAAGTGGTATTTCTGA TCTTTGTTTTGATGTTTCCGACATAAGTTTGCACTGACATGAAAATTGCGCCGTCTTTCC ATTGAACCCTATGATAGACATGGAACTGTTACAGCAGAATTCATGACATGGAAGTTTTTC AGAAGTAATAAGGAATAATTTCCAAACCTGACATTCAGCATTAGATATGACTGTGTGATA TTTGAAGTTGTTTTGTAGTGCTGCAGTTCATCAATGCGGATCCTTCTTTTTTGCAGATAC CTGAAGAAGAGAAAAATATTGGCCCACATGATCGTTTGGTTCATGTATACCACTTTAATA AGGAGGCAGCACAAAACCAGATGGTAAGATTCTTCTGTACTCGTGCTCCCACTATCTGAT AGGTTTTCCCTTCACCCTAGGGGAGGGAGGAGGAAAGAAAGAAGAAGAGATGGAGGGAGA GTTTAAGTTAGGAGAGAGAAAAATTAGGAAACAACTTTTCTGCAGTCACTTGAAATTCAG AAATGTGTCTTATGTATCACTATATTCTTGTCTCTAACAGAAAATTCAAAATTTTGGGGA ACCTTTTCTCTTGATTATCCGCGAGAAGGAGACATTAGCTGAACTTAAGCCGCGTATACA GAAGAAATTGCAGGTCCCAGATGAAGATTTTGCTAAGGTAATGTGCAACTTGACGTTTTC ATTCCCATGAATGAGAGTTTCAATGGGTAGTTACAAGAATTCCTTTCTCATTTAGATCCT ATATTAGGTAGTTACTTCTTTTGTTTACAATTTTCCAGTGGAAATTTGCATTCGTCACGT CTGATTGCCCTGAGTACCTTGAGGACTTGGACATCTTGTTGAGTCGTTTCCAGGTATTAA AATGACTCCTCAAATCTGAAAAAGAAAAATGCAAAAAGGAGTGGTGCTAAATTCATGATC TAGTCTCGTGTCATCATCACACATCATCTTTCTTTGTTTAAATGTTAGATTGTTTTACAT CTTCTTGTTCCTCCACAGCAAAGGGAGAATGTCCTTCATGCTTGGGAGCAGTATCTTGGA TTGGAGCATTCTGACTGTGCTTCTAAAAGGACGCATGCAGCACATCAGGTAATTTGTGTA TCCGGTTCTGACATGTGGGCATTACAATTCAATGCTTGATCTCTAAGATTGATACCAAGA AGAGTCTCGGACTAATGACATAGGTTGACTTGATTAGGCTACTGTATCTACTAAAATTCT TTTCTACTCGTTGTAGTGGTTTGTTTACTATTTGGCAGGAAAGGAACATACTTTGCTTTG AGGGATGCCTGAGCCCAATTCCGATAAGCCCCAGTTCCACTGGACTTGAAATTCTTAATA TGCGAGGGACCTTACTGCTAGTAGTGGCTACTTAATTGTGTGGAACATTTATTCATTTAT GTATTTATTTTTGTGAAAGCTGATATTGTGCTGACTTCCGTTTAAGATGAGCAAAATGAT ATTAACTTTTAAGTTTAGTCGATTTACAACAGAGCACCCAGCTTCAATAATGTTCACCTG GAGAGTGGAACTAATTTAGTGTCCCTGGGACGAGTATATGTAAAGAAGTTCTTCTCGAGG ATTGCCATTTAGTTTGATTGAAAAAAATATTACAGGTCCACTGACTAATGATTTTTTCTT TTTTTGGGCTACTGAGAGGGTTTCCCACTTAAGCTAGTTCAACTGCAAGTAGTGTAGTGT TCATTGTCAACGAGAACTTTAACTTATAAACAAATTTCCTTTGATGTTGCAGAGTCTCCA CAGGCGTGAGAAGCCTTTGAGAATATGCGACTAGTAACACAGCAGAAATGAAGATTAAAT TCGTCTCATAATCATTGCACTTATCGCCACGGCCCAAGCATATAAAGTCAGTAGCAGCAG CGCCACTCGTTTGCTAAATACATGTTGAGTCTGATTCTTGTTCCGGGAGCATCTGTTTCT GATATGGATGTGAAGTGTTTGTGGTTCATGAGATGCAGCATCCATCCCCATATCGTCTGT GAACTATTACTAACTCCTCTATTCACTGCTAGTGTAAATGTGCAAAATATTAAACAAGCG AATGTATACATCATATGTAGTGTTTTGCTTCGTTTATGGCCTTCTTTAATCTCCTTGGTT TGCATCTGGGACAGAGTGAGTATAAGCTAAGGCAATCTGCAAACTTTGTTCTTTTTTTGG GTAGAGATTGCCTTCAGCAATGTAACGAGTAACCAAGTATCGAAAATCTTATTGGGAGAG TGTGAATGTTGGTTATATCATGCAATATGAAACTGTAACTGCAATAGTAATGACATTGAT GGGATTAATGCATCTTAATTTCAATGCACCCCTGAACTTTCCATATCTTGATACCTTATC CAAGACGTGTTCCTATATTGAGTACTTCGATAACACATTTTGAGCTAGGATAATTTTTTT TTAAAAAAAAATATTTTGGGATTTATATATGTTTGATCAAAGAGCTTCCACAATGCTTAC CAATTTTGTGGATTTATGAATGAATGACTGGTGAACCGCATTTTCTCTCTCTTTTGATAA CACAAAGATTTTAGACAAAATTAAACTAAGATGGAATTCAAACATTTGTTGATTAAAAGT AAAAGAATGTCTGCGCATATAACAATAATTATTTTAATTTTTAATTTTCTATAAATAATA CTAAAAAACAAACTGTCTCTTTATAAAATAACTCTAAAAAAGTTTTCCCGTCGAGTCAAA GTTTACAGGGGCGCCGGCCTACTTGTGCATCCGTTTAATTTCCAAGAACTTTCTTATTTG CTTATTTTTAATTATTTATTGATTTTTTCTATATTAAGGTCTTACGTATTAAATTTAGAT AGATATTATTGATTTGTTTTATTTTTATTATCTTTTATTTATAGGATCAAAATTTACAAC TAATTTTTAATTAAAGATAAAAAGATCTCAATTATTTCATCACCATTCATATAATTATTT ATTAGTGAATTTGACGCCCTCGTGTATCTAGCAAAAGTCTAAATAATTTAATCAACTACA AAAACCAGGAATTCAAAGTCAAAAACTTTGAGATACGCCAAATATAAATGTTATGACTTT TTACATGAAAGTCAGCTGAATTGGTGCTCTTTATATTATCGCAATTTTAAATTAATCTGT GGTAACATTTCAACATCATGAAATAAAAATATTAGACTTTGTAACGAGAGAGATAGTTAA ATATCACTTTTGAATTTGATTTTCATTGATCTTAAATACATCTAACACACATGTTTCAGA AATTGAAACCCCAAACTCAAACAAAAAAATATATAGTTAAAAAAAAACCTATAACTTTTT TATATAAATAGAAACGTATTTTAAAAAGATATTTATGCTTTGAAATTGAGGCTATCAACC TTCATTTATCGGCTTAGGGGTTCTTTAATACGCTGGTTTGTGGGCTTTGTAGAGTACTAG TAATGGCTGCGCAATAAGAATCCACAACTGATATTATCATATAAATTTACGTGATCAAGT GATATATAACTTCATCCAAATTCACGAAGTTTAAAACATAAAAGTTCCTACTTATTTATC TTATTAGTTTACAATGGTTTAAGTAGTAAATGAACGTGACTTGCGTAATAATAACAATAT ATGTGAAGATGATCTTATGTCTGATGCAAAAATAGGTAGATAAATATTTTCTCTAAGCAA AAGCTTAAATCTATAGCCTATTCAACTAGTTTTTTTTTTTTTTGGGAGAATACTAACTTT TTTTTTTAACGATTTTAACGACAAGGATATCCGCAGTCGCTATCCTTTTAGGTGAGTACA GGGTAAAACCCTACTCCTATGAAATAGCTCGCAAACCACATAGGAGAGGTAACCTGCACT AGGTAAGCTTGGTGCGACGAGTTCGACCCAGAAGGCAAACCCCTTGCTTTCTTTAGCAAA GAATTCGAACTTGAGACCTCCAACATAAATGTCCCAAGCTCAAACCATTGAACCACTCCA AAAGATTTTGAAGAATAAAAACTTATAGAACTCCTTTTCTTTTTTTGGCACTCAACTGCA AATTATAATATTTCTAAGAAGTTTGACAAAATGCCATACGCATAAAAATATAAATATAAT TATCAGCAATAACAACCAAGTAATTATAATTATTGTGTAGCAAATCTCGATAACAAGACA ATGTATACATAAAATATATCAATCAACATTATTTTAGTCATATGTTAAAAGAAATGAATC TCGCACCTAACTCAATCCCCGAAAATTGTTTAAGAAAAAAAAATCATATTATTGTCCAAA GATCGTATAATTAGATCACTCATCTCTTTAACATTCGATATGAACTCTTCAGATTCAATA CATCCAAAGCTAAACACGATTGGAATATATGAGAATATCTAACATCGACAAACATATATT ATGAATGAGTCTTGCTTTATTACCATGTTATGAAATTTGAACCTAACTTCTTTTGACGTG GAACTCTTCAACCAAGAGAAGACCAAAGAATAGTATATACACACATGATCGTTCTCTAAA TTTAAAAACTCTCTATTTTATGAACCATTCATCATAACTTTGAACTCATCAAAGCTAAGA ACTCCATCACCATCAAGATCAAATCTTTTTATCATAGCTTTGCAATTATCAATAGATTTA GACTCACCAAGTCTACTCAACATCCTCTTCAAACTCTTAGGGGTAATTTGGCCACTTCCT TCCATTTCATACATCTCAAATGCTCCTCTTAACTCACTCTCTTTATTATCCTTTTCTCCT AATTCCATCAATTTACTAAAATCCTCTAACCCTAACATCCCATCTCCGTCCGAATCCGAT AGCCTCACCGCCATCTCCGCCTCCTCCGTCGTTAAATCTCCGCCTACCGCCTTCACACAC CTCCGTAGCTCCGCTGGTGACACTTTTCCATCTCCGTCCTCGTCAAAGTACGTAAATACC CTCTCCAATTGATCGCTACTTTCGCTAATACTAGTCGTAATTATACGACTAGTAGTACTA GCGTCGATCGCGATCGACTTTTTGGACGAAAATTTGTTCTTTAATTTTGAATAAACGGAC TTGTTTTTCGTGTTAGAAATAGTAGTCTCCATGCACATATACCTTTTCTTTTTTGTTATT TATGTGAAAAAATGAAATTTTTTGTGATAAATAAAATTGTTATTGGATGGGGTTTATATA GGAAGTGTTATTATAGTATATAGTTTTTATGGACAATTTGAGATATTTTATTACTAGTTA AATGGCGGTTGTAAAGTCGGTATTACGTGGGATTTGCGCGTACGGAAATTTCGTGGTGGG TTGCAGAAATTATAATGTGTCATTTTCGTTGTCTTTTTTATTATAGAGTTATTGATAAAA GTCAAAAGTAATGGAGAAGTGTGGGTGAAGATATTTACCAATATGAATTATTTATACATA ATTTAAAAAATAAAAAATAAAAATTATTAATATTTATCAAATTATCCTCTTCCTAAATTA TATTTTAATTGACCTTTCTTTACAGAAAAATATTAGATATGACAAAATAAGAATAAAATG GGAATAATGTCATTAAATAGTAGTCATATAAGAAAAAATAATTTTCTTTTTTATATCGTC TAAAAATATTAAATATGACCAAATAAAAATAAAGTGGGAATAATGTCATTAAATAGTAGT TATAAAAGGAAAAATATTTTTTTATAAGATCATCTAAAAATAAAAATGTATTGGATAAAT CGAGAAAAAAGAATGTGATAATCTTTTTAAATTGTACATGTCAATAAATATATGGAGTTT TGAAAATATTAACCAAACAATAGTGCGATATTATTGTCAGATCTCCATTTCTCTTTTAGC AACCGATTTAGAGATACGCAATGCAAGTATTAAATTATGTATAAGTATAAAATTAATATG ATATTCAATTTATAATTAAAAATTCATATAACTAATACATTTTATATATATATATATACC GTTATATTAAATTTATACATGATAAAATGTAGAACACCTAATAAATCCCTACATAAAAAT ATTATATGATATCTATCCATTATAACTAAACTCTATATTATTAAAATACCTTTATAATAT CTAGTTATGTTATTGTCATTGTTGTATAGTACGATATTATTGCCATGTGGGAGGATTCTA AATATGCGGGGGAGTGGAGGCGGACGCGTATATTATTATTATTATTATGTTGATAAAAAA AATATTGTCATCATATAAATATCAAAACATGCGACATGGAGGCTTTTTAATATAGCAAGT CTTGTCTAAATTTATGTTCTCTTCCTTTATTTAATGGTTCTTTTTTTAAGAAAAAACAAA ATAAGAACTTTTTGGAGAAAAGAATGTTGGGGGGTTGAACCTTAATAGCTTTCTTGTAAA GAAAGCAGCTGCCCAATTTGTTTTTACGTCGTTTATGATGGAGCTAAAATTTTCATTAAA GAGTTTAAAATATAAAAAATTAAATATATAAAAAAGTCGAAAGTATTCAATATTTAGTCA TTTATAATATAGATAAAAAAATTTTTTTAACTATATATGAGTAATATATTTTTTGCACAG AAGAGAATTCGATGAACCCTAAGCCAGAGACGAACCCAGATTTTGAAAACTTTGGGTGCA CTATATAAGCTCTAAAGTAAATTAAAAAATAAAATAAGTGACGCCACTTGTTTATACCAA CTGCACAAGAACATATAGGTGCACTATTTATTATATTCTTTTTTATATATATTTAAATCA TTTTTTCAAAATTAGCGATTACATGTACATCGTTACTAAGCCATGTGGGTCCGCTTGCCT AAGGCCCTCACTAGCTCCGATCCTTCCTTGTGCATGAATATCTTAAATTGTAGAATTATT GTTCTGTTTCACATTTAGTGTCATACCTTTTTAATTCATAAATTAAATGCACATGCAATT TTTCTTTTGAAGACGATCTTCAAAAAGATAAAGTTTCTTTTGTCCCCCATTTGTCAAAAA GGGTAGAGCTGTTTGGATAAACAATGCTTTGTAAAGATCTATTGAGATAAGAAGTTTGTT GAGAGTTGAAAATGTGTTTAGATTGTGTAGCCTATAATTTTTTTTAAAAAAATGTGGAAG TTTTGGAAACAAATCTTTGAAAATTGGAAACCATTATTCCACATAGGTGTGTAAAGGGTA TTGTGTAATGTTTTGATCAGTTAGATTCACATGTTGTTTACATGTAAAATATTAAAGTTA AATTTTGGTAAATTTCTTCTGGCATCCGTGTAATTACTTTAACTAATGAGATACTGTTTT TGTCGTAATTAAAAGGCGAATTCAAAATTCAAAAATAAGAAAAATTTCTAGCTTGTTGGG TCCCGTGGGGAGTATCATGGTGAATGACAAGTGACATAAGTGTTGAACAAGAAGAAAACT GATGATTGGAACATGTCAAATGAATAGGTTCAACGTAATTGACTGACGTATTTTGCAGCA AGTGTTGATGAGGAAGTAAGCTGACAATTGAAATATGTCAAAAGAACCAGTTCAACAACG ATGGTAAAATTAGAGTCGCACTAGGATTAATTTTAATTATATTTATTAGAATTATATTTG GACTAGAATTAGATTAAAATTAGAATTATAGTATCACGAGGATTTGATTATTTATAATTG CACTATTATTATTATTATAATAGTAATATATATTGTAGTAGAACTCTAAGTATTGTTAAA ATAGGACTCAACTATTTATTATTATCATCAATATCATCAATAATTATCAATACAATCCTT AATTTCTCTAATCTTAAATACAAAATTTCTACACGTAAATTTTTATAATAAATTTTGTTT TTTATAGCATGGAGTTGGATGTGATTTGGACAAAGGGTAGTTAAGTTTTGTTATTTATAG TGTGGATAGCGAAGTGATTTGGATGAGGAAAGGGAAAACAAACCCTAAAGTAATGTGACA TATAAAATATTATGAACCTACATTACTAAAAAAAAAATAAAAAAAATAGGGACAAAATCG ACGAAAATCGATTCAATTTATTAAATTTTTTTTATTTTTTAATAGTAAACTGATAGATGC ATGTCAGTTTTTTTGAGAAAAAAAAAGAGTGAAAATTATAATTTTTTTTAAAAAAAATTG ATGTAATTCCTTTGTTTTTAATATTTTCTTATAAAATTTGAGAGATCGATGATTTTGAAA GTACCAAATTACCGTTGAAAATTATAAATAAAACAATAAAAATATTTTATCAAAAATCAT ATATAGTTCATACCAAAAAGCAATTTTCTTCAATTAAAAAATAATAATACTGAAAATCGA TGTTAAATCACCAATCGCTATAGTACTTCTTTTTATATTTAGAAATCAATTAAAATGTTA ACATGCGTTGAGACTTATTAAACAGTATACAAATGAAGTCCACGAGAAACATTAAACAAG ATGATTTAAAATTATAGATATTTTAAATTTTTGTATTAGATACAGGTTAAAAATAACAAT GTCTTTTTTTCTTCTCTTAAATTTATTCTAATGAAATAATATGACATAATTAAATCGGGG CAAAAGAATAATAAATTATAAATTAATGATTATATATCAATGAACAACAAAGTTCAAGTG TATCTTTAGCATCGTATATGATTCAATTTGGGAAAAACTCCACCGTGAAAATTTTTTTTA AGAAAAAGAATTAAATTATAATTTATTCTAAATATCTAGAAAATATATAAAAAATAGACA TGATTCAAATGCTTAAGAAATTTTAAAGGCCTTTAAATATGACTTATATCTCATATGAAG TAGTCCTCATTTTAAATTACATCAACAATATTTTTGTTATCGAATAAAATTGCTTACTGT CATTTTTATTAATAATAGCATATTATAAGTTTTCTAATCACAATTACTATCAATTATGTA TTTTTTTAATATATGGAATTGGAATTGATAAGCATAAAGTATTTTTTAAGGCTATTCAAG ACCGCAATAATAATATTTATCTCTTTTATTAATCTCTAATCTGATCTGCAATTTAAACAA TATCATATGACAAATCATTTTTTTTTAAAAAATAATACAACATATATCACATCTTACAAA TATATTAGTTTAAGCACATGATGGTTATCAATTTACTAGGAATAAAAAATATTTTTAATT CACAATTTTTTTATTCTTTGTACTTGAAAAAAATTAGAAATTATATACTTGATTATAATC TTTTCTGATCAAACAGTTAAAATTTAATAATTTCATAAATTCAATTAGTATCTAAGAACA AACCATATCATATAATATTTATTTTGGTGTTATTACAAACGTCGTGTATCTGTAAGTTTG TATTAAAAAACTATTATATGAGTCGGCAATCATTTCTTTGGATAAGGAAATGATATCATA TTGTACGGTGGTAATTATCAAATATGTCATAAATAAATGAGCTGTTAAATAAATCTAAAT TCCATTGTTGAATTAAATCCGTGAAATAATTTATTTTTTTTCAGTTTATCCAATTGTACT TCTTTTAACACTTTGTTTAAATGTTGATATATTTTATAATATATCGTATAATATTATATT ATATTATAACGGTTTAATTAATATAGTGTATGAATTAATTATATCATTTTTTTTTGCTCT ATATAATATGAATAATGATAATATAATTAAATTTTCATGTTTATTCAAATAAATTATATT TCTCGATAGATAAATCTAAGTAAGAAAATAATATTTTACAATCTCCACACAGGCACGTAT TTCTTTTATATATAAAAGTAAAAGTTTAATTATAATTAAGGGAGATTTATAGTAATAATA ATAATAATATATTATAAAGATAAAAGAATTATTTTCGATTTAAGGGAGATTTAGGTAAAA AAAGAAAAAAGAAGAAGAAAGGACAAAAAGTTTTTAAAAAAATGGATGAGTACTACCACG GATAGAGAATTAATAAAGGAGTAAATTGTCACAAATAAAAGTTCGAGGGCTTCCACTTTA CTTCTCCGCTAGGGAAAATATTACTTGGAAGATCCTTGTCGTTTCGAATTGCGATTTCTC TACTGGTAGGCGTCCAAAATCCAACTAATTACGACCATTCTTGTTCATCGCTCTCGTTTT TTTTCGGTTCAACAGATCGCTATCAAACGTAATCGCACATATACATATTTCTGATTGAAA ATTTTGTTCAATTTGATTCGAAAATCGACGGATTTTACCTACAGATTCATCCGATTTCGC CTGATTTTGAATTGAGGATTCAAGGGAAGATCAGATTATTCGACTGTGTATTAGGCAGAA TGTTTAACGGAATGATGGATCCTGAATTGATCAGAATGGCGCAAGAGCAGATGAGTCGCA TGTCCCCGGCTGATTTGGCTCGGATGCAGCAGCAGGTTTCTATTTTCTCAATGCCTTTTT AGCTAAATTTCAATTTTGAATTTGTAATTCTTCGTATTAGTTGCTTGAACAAGTTGTGGT TGTTGAGATATAATTCGTCTGGTGATTAGAGTGCGGGGATTTTGTTATGGCGGATCATTG CGGGTATAACTGTAGATCCAGTTTAATTTCATTTCAATTCTACAGCTAATAAGCTTATGA TGTAGCTATAGATATGTACGAATGAAAATATTGTGAAATGAAGGTATCAGTCAATAGAGA GGTTACTAAAAAAAAGAGGAATTTTTTGTTACATGATTGGTACTCCAGGCACCACTGTTG CTGAAAAAGGAATAGGTGCAAACTTTAGTACAGAAATTAGTAGGGGTTAATGGTCTGAAG TAGTTATAACTCCTGTGTGTTTGTTCCTGATCACCAGGCATTGGCCAGACTTCCATTTTT ATTTTTTCTCTGACCTTTGGATCGGTTAATAATCTGAAATGAACTTGGATAACTATTTCG TTATTGGTGCTGACACACTGCTGATCTACAGATGATGTCTAATCCTGATTTAATGAGAAT GGCTACTGAAGGCATGAAAAACATGAGGCCGGATGACTTAAAGGTTGCTGCAGAACAGTT GAAGCATACTCGTCCTGAGGATATGGCTGAGATTGGTAAAAAAATGGCTAATGCTTCACC TGAAGAAATAGCAGCAATGAGTGCCCAAATGGATGCTCAGGTTAAATATGAAATTAGCGG AGCTGAGTTCCTGAAGAAGCAGGTAATTTATTTTGTGATACACCGATAGATTCTCGGTAA TTCCATTTTTGCACTCATTTGGCTTCAATTGGTGTATATAATAACTTAATGAGTTCATTC TTATGATCCTTAAGAAGAGAGTTACTTTTTAACTAACCATGTGAGCTGGTTTTTACATCT TTTTAATTCACTGTTGTACCAAACCAGCTTGAACTTTAAGAATACGTACATGTGCATACA ACTTCCTGTCATGTACGGTTATGCAACTTGTTAATTACCTTGCGAAGTGTCTCTATTATC TCTACATGAGATGAATAACTTGTGACTTGTAAGCTGAAGGTCTGACTTGATTTATAACAG TTATTGTACATCATTACTAAACAGTTGCTCTTTTCAACATGCTTGCCTTTGGTTGCTATG ATTTTGGTCTTGTATGCGATGTTTCTGTGATACTGCAACAAAATTATCTGTTATGCATTT CAATTTCAATGCTAAACAATGAGCTTATGGTACTTGATGGATGCTTTGCCTTATTTGGGA ATAAGCTCATTTGAGGATCTCTATGTACAAAATGACAGGGAAATGATCTTCACAGCCAGG GAAAGTTTAAGGAGGCCCTGCAGAAATATTCGCTTGTAAGCCTAACCTTTTCCTTTTTGG TTTGCTTGTGTCTACAGAAACTTAAGTTACTGTTCTGATTATTACTTTACTTTTCTTTTT CAGGCAAAGAAAAATCTGTCAAGCATTCCTGCCGCGAAAGGCAGGAGTATCTCATTGGCT TGTTCCTTGAACATGATGTCATGTTACTTAAAAACTGGACAATACGATGACTGCATAAAG GAAGGTAGTGAGGTATGGGGATAGTGCTTTAAGTTTGCCTAAGTTTGAGGCTTAATGATT CTAACTTATATTTTTTTTTTCCATAACATGGTGGGAAACATGTGCATTTGTATCCAATTG TGCTCTCTTGTTATATATTTGTGTTTCGATTTGCAGGTTTCTGTTGTAGTTGTCCAAGGG CAGGGGGTGTTTACTCTAACCCAAGATGAATGTCCACTTTATTTCTGGTCTATTTCAAAT TATGTTTACCTTTTTAAAAGAAAGATGTGTTCACATATGTACATGATTTAAGAGTTGACT TTTACACTTCTTGTTACAGCTTCTTAAAAAAACTTATTCTCAAGCCTGAAAGTTTTTAAC TCATTGAAGTTAAATATTCAATTTGGTACATGTTAAAACCTATGCCAAATGAAAACTTGA CATTCAAGTCTTACGTTAGTTCAGTTTTGAGATTGAGCTGTGCTTGAATATGAATCATAA CTGCAGTAATATGGTTGTTACATAATGTATGCCTGGTGCAGGTTTTGACATATGACGACA AGAATATCAAAGCTCTTTATCGTAGGGGTCAAGCTTATAAAGAGCTGGGACAGTTAGAAG TGAGTATTTTGTCGACTCTTGTGACTTTTCTCATTGTTTGTGTTTTGTTCCAACGCTTCT CCTACAATGTACGATATTTCCCAAGCCTCTTATTTCTTTTTTAAACCATGAATAGGATGC AGTGTCTGATTTGAGTAAAGCACTTGAAGTCTCGCCTGATGATGACACTATTGCTGATGT CTTAAGGTATGTAAATATTTGTTTGAAAGGGTACCCCTCTCCTTTTTCTTTTTTGATCTC TTGCTGAAACTCTAGTGCGCATGGTTTTAGATGCTAATGAATCTCTCTTTTCTGATTCAG GGGTGTCCAAGAAAGATTGGTGAAAGAAGGTGGTTCTTCAAGACGTATGTTATGCATATC CATATTTTAGCTGAATGTGAATTTTATTAGAATAATTCCGATGTTATTGAACTTGAGTTT TCCTTCCTCGGTCAGGTAGAGGAGGATTGGTTATTGAAGAAATAATTGAAGAAGAACCAT TAGTGTCTTCAGAAGCCGTGGATAATTCATTTCCAAAAAGTGTTGCGTCACAACCACGTG AATCGATCAGCCCTCCTAAGAGTCAAAATGAAATTCTTGGTGGGCCTCCCTTATCAAGTT CAGAGTCTTTGGAGGCTTTAAAAAATGACCCCGAATCCATGAGGTTTGATTCTTGATGAG TTTAATTCCTTATATTCACATATCACATGAAACTTCTGATTTTCTCCTATATTTTGAACT TATGATTGCTTATGTTTATGTGGAATTCATTTCGCTTGTGTTCTGGTCATTTAGTTGAAG AATGACATAATAATGACCATGATGTTGCAAAAATTTCTTCCATAACAATATATATGCTAT TTGCTACTCTCAAATTTCACACCCGTTTTACTTTCAAGCTCTGAATTGGTGTAGATTATT GATTAGACATAATACATAAATATGCCCTTTAACTTAGCATCATTTCTCACATCTATGCCC TTCAAACTTTGGGTGTGCTGTGTGCACAAGTAGGCACTTTAATTTGTATTAAGTTGAACA AGTGACATGATACACATAGGACATAGGATGAAAATCGTCATGTAGGATGTCACATAGGAA GCATGTGTTTATTTATTCAACTTTGTTCAAGTTTAAGTGCCTACTTGTGCACGCCCAAAG TTGGAGGACATAAATGTTAAGTTGAAGCCAAGTTAAAGGGCATATTTATTTTATTATGCC TATTGATTATGAGTATACTTCTTTAAATTGCATGTCTTCTTTCTCTAACTTTTTCATGCA CAGATAGTCCTTTTATCTTTTGGATGTTCTACTTATCTTGCATGAGTGTTATTGCATATA TGGCAACGTTATACTGAAGACAGGGTTACTATAGCTGTGTCTGTGATCAGATGCACTGGT TTATTTAATTTCATATTGCATGAACATTTACTGTTGTGTAGTCTCTTATTCTTCAATGTT TGTTGCTTCATTTGTTTTGTATCTTGTTATTTTGTGGTCATATTTTTCTTGAATCCTGCT TTGAAGACATATCTTTTGAGCGGAGGCTCTTAAGAAATAACCTCTCTACCCCACAAAGGT AGAGGTAAGGTATGTGTACATCCTACCCTCAAAACCACTTGTGGGATTAGACTGTGTATC TCGTTGTTGTACGGCATAAACATAATCTGACATCTAGGATATTGGTCTGTGGTAAGATAT TCTAAATCTCGTCTAGGTGCAGTGATAATGTTGTCATTATCCTACCTTCCCTTTGCTTGG TGCTGCTGAAATAATTACTTATATTCAAATCCACTCTCCTATGAGAAATCCTATTAGCTA CATGTTGTCCTTTCTTCTTTAGCAATCATCTTCTTTGTCTTCTTCTTGTATAAGATTGTA TTCACCGATGTTGCAGTCTTTCAATGTTTAAACATCAGTCAATAATGATGCAATTTCTAT TTCTATTGTATGGTTGTAGATCCTTCCAGAATTTTATTTCTCGCGCTGATCCAGACACAC TATCTGCCTTAAGTGGTGGAAATGCCAAAGGCATACCTCCTGAAATGGTAAAGACAGCCT CCAATGTTATTGGCAAGATGTCACCAGAAGAACTACAAAGAATGGTCCGGTTGGCATCCT CCTTTCAAGGAGAAAATCCCTTTCTTAAAAAAGGTTCCTCAGATAGCTTTGGCCCTGGCT CAGTTCCTCCAAATGTGACACCCGACATGCTGAAAATGGCAACTGATATGATGGGCAAAA TGTCTCCAGAAGACATGCAAAAGATGTTTACAATGGCATCTTCATTAAAAGAGAAAAGTC CAGTATCGGCTGCAACAACTATTGATTCTAATGGGTCAGGTCAGCAGTCAAAACCTCGTG ACACTAGGGAAAATTTTAAAGTGGATGACAGTACAAGTGCAAGCACTTCATCACAGGGGT TTTCTGATTTAAATAATGGTTCTTACTCAAGCTT GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_1 match_part 0.971 13944 13977 match_part 1.000 14119 14365 match_part 1.000 15018 15222 match_part 1.000 15834 15924 match_part 1.000 16026 16171 match_part 1.000 16372 16615 match_part 1.000 16704 16808 match_part 1.000 16974 17156 match_part 1.000 17249 17453 match_part 0.986 18344 18932 match_2 match_part 1.000 13954 13977 match_part 1.000 14119 14365 match_part 1.000 15018 15289 match_3 match_part 1.000 14035 14035 match_part 1.000 14119 14365 match_part 0.993 15018 15153 match_4 match_part 0.948 14058 14365 match_part 0.971 15018 15222 match_part 0.989 15834 15924 match_part 0.952 16026 16171 match_part 0.950 16372 16411 match_5 match_part 0.948 14058 14365 match_part 0.970 15018 15220 match_6 match_part 0.939 14122 14285 match_7 match_part 0.987 14128 14365 match_part 1.000 15018 15222 match_part 0.989 15834 15924 match_part 1.000 16026 16171 match_part 1.000 16372 16378 match_8 match_part 0.966 14131 14365 match_part 0.947 15018 15207 match_9 match_part 1.000 14187 14365 match_part 1.000 15018 15222 match_part 1.000 15834 15924 match_part 1.000 16026 16129 match_10 match_part 0.984 15099 15222 match_part 0.989 15834 15924 match_part 0.950 16026 16368 match_11 match_part 0.931 15145 15319 match_part 0.923 15420 15924 match_part 0.926 16026 16079 match_12 match_part 1.000 15177 15222 match_part 0.989 15834 15924 match_part 0.979 16026 16171 match_part 0.959 16372 16615 match_part 0.943 16704 16808 match_part 0.900 16974 17023 match_13 match_part 1.000 16088 16171 match_part 1.000 16372 16615 match_part 1.000 16704 16808 match_part 1.000 16974 17107 match_14 match_part 1.000 16136 16171 match_part 1.000 16372 16615 match_part 0.990 16704 16808 match_part 0.985 16974 17109 match_15 match_part 1.000 16384 16615 match_part 1.000 16704 16808 match_part 1.000 16974 17099 match_16 match_part 1.000 16415 16615 match_part 1.000 16704 16808 match_part 1.000 16974 17156 match_part 1.000 17249 17321 match_17 match_part 1.000 16469 16615 match_part 1.000 16704 16808 match_part 1.000 16974 17156 match_part 1.000 17249 17453 match_part 0.928 18344 18454 match_18 match_part 0.990 16513 16615 match_part 1.000 16704 16808 match_part 1.000 16974 17123 match_19 match_part 1.000 16529 16615 match_part 1.000 16704 16808 match_part 1.000 16974 17156 match_part 1.000 17249 17453 match_part 1.000 18344 18400 match_20 match_part 0.989 16529 16615 match_part 1.000 16704 16808 match_part 1.000 16974 17156 match_part 1.000 17249 17453 match_part 1.000 18344 18365 match_21 match_part 1.000 16592 16615 match_part 1.000 16704 16808 match_part 1.000 16974 17156 match_part 1.000 17249 17453 match_part 0.997 18344 18680 match_22 match_part 1.000 16598 16615 match_part 1.000 16704 16808 match_part 1.000 16974 17156 match_part 1.000 17249 17453 match_part 1.000 18344 18401 match_23 match_part 1.000 16988 17156 match_part 1.000 17249 17453 match_part 1.000 18344 18514 match_24 match_part 1.000 16989 17156 match_part 1.000 17249 17453 match_part 1.000 18344 18635 match_25 match_part 1.000 17092 17156 match_part 1.000 17249 17453 match_part 0.991 18344 18576 match_26 match_part 0.984 17096 17156 match_part 0.995 17249 17453 match_part 0.980 18344 18540 match_27 match_part 1.000 17130 17156 match_part 1.000 17249 17453 match_part 1.000 18344 18514 match_28 match_part 1.000 17282 17453 match_part 0.992 18344 18851 match_29 match_part 0.873 17296 17453 match_part 0.960 18344 18917 match_30 match_part 1.000 17343 17453 match_part 0.990 18344 18933 match_31 match_part 1.000 17343 17453 match_part 0.998 18344 18926 match_32 match_part 1.000 17427 17453 match_part 0.995 18344 18927 match_33 match_part 1.000 17427 17453 match_part 0.995 18344 18927 match_34 match_part 0.957 18493 18939 match_35 match_part 1.000 28773 28896 match_part 0.996 29011 29798 match_36 match_part 0.937 58263 58581 match_37 match_part 0.993 58274 58572 match_38 match_part 0.910 64388 64565 match_39 match_part 1.000 100030 100699 match_40 match_part 0.990 100030 100417 match_41 match_part 0.994 100791 101491 match_42 match_part 0.969 103755 104135 match_part 1.000 104672 104691 match_43 match_part 0.978 103769 104135 match_part 0.987 104672 104902 match_44 match_part 0.946 103782 104135 match_part 0.978 104672 104902 match_part 0.912 105459 105515 match_part 0.955 105604 105713 match_45 match_part 0.942 103793 104135 match_part 0.983 104672 104902 match_part 1.000 105459 105515 match_part 0.989 105604 105694 match_46 match_part 0.930 103806 104135 match_part 0.978 104672 104902 match_47 match_part 0.987 104745 104902 match_part 1.000 105459 105515 match_part 0.992 105604 105732 match_part 1.000 106242 106319 match_part 0.986 106436 106506 match_part 0.953 106621 106663 match_48 match_part 0.904 105618 105732 match_part 1.000 106242 106319 match_part 1.000 106436 106506 match_part 0.909 106621 106664 match_part 0.976 106756 106963 match_part 0.958 108260 108451 match_49 match_part 0.964 105622 105732 match_part 1.000 106242 106319 match_part 1.000 106436 106506 match_part 0.955 106621 106664 match_part 0.976 106756 106963 match_part 0.979 108260 108306 match_50 match_part 0.979 105686 105732 match_part 0.987 106242 106319 match_part 1.000 106436 106506 match_part 0.909 106621 106664 match_part 0.980 106756 106806 match_51 match_part 0.962 106241 106319 match_part 1.000 106436 106506 match_part 0.977 106621 106664 match_part 0.981 106756 106912 match_52 match_part 1.000 106439 106506 match_part 0.955 106621 106664 match_part 0.970 106756 106889 match_53 match_part 0.993 106818 106963 match_part 0.982 108260 108538 match_54 match_part 1.000 106927 106963 match_part 1.000 108260 108754 match_55 match_part 1.000 106937 106963 match_part 1.000 108260 108754 GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_56 match_part 0.918 607 1 match_57 match_part 0.923 442 14 match_58 match_part 0.928 607 38 match_59 match_part 0.928 636 163 match_60 match_part 0.927 603 164 match_61 match_part 0.908 700 298 match_62 match_part 0.931 631 299 match_63 match_part 0.952 1032 300 match_64 match_part 0.967 1732 1643 match_part 0.970 1032 672 match_65 match_part 1.000 1784 1643 match_part 0.990 1032 829 match_66 match_part 0.945 18929 18479 match_67 match_part 0.986 18914 18498 match_68 match_part 0.983 36329 36151 match_part 0.944 36057 35844 match_part 0.912 29976 29909 match_69 match_part 0.871 36840 36810 match_part 1.000 36597 36423 match_part 1.000 36340 36151 match_part 0.977 36057 35795 match_70 match_part 0.871 36840 36810 match_part 1.000 36597 36423 match_part 1.000 36340 36151 match_part 0.977 36057 35795 match_71 match_part 0.900 36839 36810 match_part 1.000 36597 36423 match_part 1.000 36340 36151 match_part 0.977 36057 35795 match_72 match_part 0.857 36837 36810 match_part 1.000 36597 36423 match_part 1.000 36340 36151 match_part 0.977 36057 35795 match_73 match_part 0.958 36833 36810 match_part 1.000 36597 36423 match_part 1.000 36340 36151 match_part 0.977 36057 35795 match_74 match_part 0.989 36902 36810 match_part 0.994 36597 36423 match_part 0.992 36340 36211 match_75 match_part 1.000 39209 39170 match_part 1.000 39068 38922 match_part 1.000 36902 36810 match_part 0.992 36597 36466 match_76 match_part 1.000 41400 41249 match_part 1.000 41166 40983 match_part 1.000 40903 40833 match_part 1.000 40758 40607 match_part 0.976 39338 39170 match_part 1.000 39068 39059 match_77 match_part 0.970 41654 41520 match_part 0.990 41440 41340 match_78 match_part 0.977 58760 58675 match_part 0.923 58589 58357 match_part 0.529 57526 57493 match_79 match_part 0.889 60213 60142 match_part 0.980 60037 59937 match_part 0.966 58983 58839 match_part 0.978 58764 58675 match_part 0.783 58589 58452 match_part 0.676 58224 58191 match_80 match_part 0.929 60254 60142 match_part 0.980 60037 59937 match_part 0.924 58983 58839 match_part 0.978 58764 58675 match_part 0.913 58589 58255 match_81 match_part 0.838 60277 60142 match_part 0.990 60037 59937 match_part 0.986 58983 58839 match_part 1.000 58764 58675 match_part 0.952 58589 58256 match_82 match_part 0.990 60246 60142 match_part 1.000 60037 59937 match_part 1.000 58983 58839 match_part 1.000 58764 58675 match_part 0.985 58589 58259 match_83 match_part 0.966 60025 59937 match_part 1.000 58983 58839 match_part 1.000 58764 58675 match_part 1.000 58589 58266 match_84 match_part 0.977 60023 59937 match_part 1.000 58983 58839 match_part 1.000 58764 58675 match_part 1.000 58589 58266 match_85 match_part 1.000 58908 58839 match_part 1.000 58764 58675 match_part 1.000 58589 58266 match_86 match_part 1.000 58849 58839 match_part 1.000 58764 58675 match_part 1.000 58589 58266 match_87 match_part 0.972 58909 58839 match_part 1.000 58764 58675 match_part 0.981 58589 58269 match_88 match_part 0.938 60286 60142 match_part 1.000 60037 59937 match_part 1.000 58983 58839 match_part 1.000 58764 58675 match_part 1.000 58589 58272 match_89 match_part 1.000 60215 60142 match_part 1.000 60037 59937 match_part 1.000 58983 58839 match_part 1.000 58764 58675 match_part 0.972 58589 58340 match_90 match_part 1.000 58917 58839 match_part 1.000 58764 58675 match_part 0.972 58589 58340 match_91 match_part 0.919 60178 60142 match_part 0.941 60037 59937 match_part 0.993 58983 58839 match_part 1.000 58764 58675 match_part 0.922 58589 58347 match_92 match_part 0.955 60230 60142 match_part 0.941 60037 59937 match_part 0.993 58983 58839 match_part 1.000 58764 58675 match_part 0.926 58589 58348 match_93 match_part 0.741 60226 60142 match_part 0.950 60037 59937 match_part 0.993 58983 58839 match_part 0.989 58764 58675 match_part 0.926 58589 58348 match_94 match_part 0.971 60209 60142 match_part 0.950 60037 59937 match_part 0.993 58983 58839 match_part 0.989 58764 58675 match_part 0.926 58589 58348 match_95 match_part 1.000 58909 58839 match_part 1.000 58764 58675 match_part 0.996 58589 58352 match_96 match_part 1.000 58851 58839 match_part 1.000 58764 58675 match_part 0.937 58589 58352 match_97 match_part 0.971 60209 60142 match_part 0.950 60037 59937 match_part 0.993 58983 58839 match_part 0.989 58764 58675 match_part 0.928 58589 58354 match_98 match_part 1.000 60259 60142 match_part 1.000 60037 59937 match_part 1.000 58983 58839 match_part 1.000 58764 58675 match_part 1.000 58589 58360 match_99 match_part 0.962 60194 60142 match_part 0.921 60037 59937 match_part 0.993 58983 58839 match_part 0.989 58764 58675 match_part 0.904 58589 58382 match_100 match_part 0.920 60254 60142 match_part 0.960 60037 59937 match_part 0.993 58983 58839 match_part 0.989 58764 58675 match_part 0.896 58589 58398 match_101 match_part 1.000 60251 60142 match_part 1.000 60037 59937 match_part 1.000 58983 58839 match_part 1.000 58764 58675 match_part 0.941 58589 58404 match_102 match_part 1.000 60262 60142 match_part 1.000 60037 59937 match_part 1.000 58983 58839 match_part 1.000 58764 58675 match_part 0.994 58589 58421 match_103 match_part 1.000 60253 60142 match_part 1.000 60037 59937 match_part 1.000 58983 58839 match_part 1.000 58764 58675 match_part 1.000 58589 58429 match_104 match_part 0.883 60235 60142 match_part 0.921 60037 59937 match_part 0.993 58983 58839 match_part 1.000 58764 58675 match_part 0.930 58589 58433 match_105 match_part 1.000 60263 60142 match_part 1.000 60037 59937 match_part 1.000 58983 58839 match_part 1.000 58764 58675 match_part 1.000 58589 58434 match_106 match_part 0.983 58897 58839 match_part 1.000 58764 58675 match_part 0.987 58589 58434 match_107 match_part 0.872 60227 60142 match_part 0.980 60037 59937 match_part 0.979 58983 58839 match_part 0.956 58764 58675 match_part 0.862 58589 58452 match_108 match_part 1.000 60252 60142 match_part 1.000 60037 59937 match_part 1.000 58983 58839 match_part 1.000 58764 58675 match_part 1.000 58589 58457 match_109 match_part 1.000 60252 60142 match_part 1.000 60037 59937 match_part 0.993 58983 58839 match_part 1.000 58764 58675 match_part 1.000 58589 58491 match_110 match_part 0.777 60244 60142 match_part 0.980 60037 59937 match_part 0.979 58983 58839 match_part 0.967 58764 58675 match_part 0.920 58589 58503 match_111 match_part 0.833 60243 60142 match_part 0.950 60037 59937 match_part 0.966 58983 58839 match_part 0.978 58764 58675 match_part 0.897 58589 58503 match_112 match_part 0.867 60239 60142 match_part 0.950 60037 59937 match_part 0.966 58983 58839 match_part 0.978 58764 58675 match_part 0.897 58589 58503 match_113 match_part 0.867 60239 60142 match_part 0.950 60037 59937 match_part 0.966 58983 58839 match_part 0.978 58764 58675 match_part 0.897 58589 58503 match_114 match_part 0.890 60232 60142 match_part 0.950 60037 59937 match_part 0.966 58983 58839 match_part 0.978 58764 58675 match_part 0.897 58589 58503 match_115 match_part 0.955 60230 60142 match_part 0.941 60037 59937 match_part 0.993 58983 58839 match_part 1.000 58764 58675 match_part 0.954 58589 58503 match_116 match_part 0.953 60022 59937 match_part 0.959 58983 58839 match_part 0.978 58764 58675 match_part 0.908 58589 58503 match_117 match_part 0.957 58885 58839 match_part 0.978 58764 58675 match_part 0.897 58589 58503 match_118 match_part 1.000 60252 60142 match_part 1.000 60037 59937 match_part 1.000 58983 58839 match_part 1.000 58764 58675 match_part 1.000 58589 58519 match_119 match_part 0.977 60184 60142 match_part 0.931 60037 59937 match_part 0.979 58983 58839 match_part 0.967 58764 58675 match_part 0.875 58589 58526 match_120 match_part 0.991 60252 60142 match_part 0.990 60037 59937 match_part 0.986 58983 58839 match_part 0.989 58764 58675 match_part 1.000 58589 58555 match_121 match_part 0.890 60232 60142 match_part 0.941 60037 59937 match_part 0.966 58983 58839 match_part 0.967 58764 58675 match_part 0.941 58589 58556 match_122 match_part 0.888 60230 60142 match_part 0.980 60037 59937 match_part 0.966 58983 58839 match_part 0.978 58764 58675 match_part 0.935 58589 58559 match_123 match_part 0.872 60227 60142 match_part 0.980 60037 59937 match_part 0.972 58983 58839 match_part 0.956 58764 58675 match_part 0.933 58589 58575 match_124 match_part 0.856 60238 60142 match_part 0.941 60037 59937 match_part 0.966 58983 58839 match_part 0.967 58764 58675 match_part 1.000 58589 58583 match_125 match_part 1.000 60251 60142 match_part 1.000 60037 59937 match_part 1.000 58983 58839 match_part 0.989 58764 58676 match_126 match_part 1.000 60252 60142 match_part 1.000 60037 59937 match_part 1.000 58983 58839 match_part 1.000 58764 58679 match_127 match_part 0.825 60244 60142 match_part 0.980 60037 59937 match_part 0.966 58983 58839 match_part 0.977 58764 58679 match_128 match_part 1.000 60252 60142 match_part 1.000 60037 59937 match_part 0.986 58983 58839 match_part 0.988 58764 58681 match_129 match_part 1.000 60252 60142 match_part 1.000 60037 59937 match_part 1.000 58983 58839 match_part 0.988 58764 58681 match_130 match_part 0.842 60242 60142 match_part 0.950 60037 59937 match_part 0.966 58983 58839 match_part 0.976 58764 58681 match_131 match_part 0.842 60242 60142 match_part 0.950 60037 59937 match_part 0.966 58983 58839 match_part 0.976 58764 58681 match_132 match_part 0.859 60240 60142 match_part 0.950 60037 59937 match_part 0.966 58983 58839 match_part 0.976 58764 58681 match_133 match_part 0.964 60252 60142 match_part 0.990 60037 59937 match_part 0.986 58983 58839 match_part 0.987 58764 58688 match_134 match_part 1.000 59957 59937 match_part 0.972 58983 58839 match_part 0.961 58764 58689 match_135 match_part 0.942 60261 60142 match_part 1.000 60037 59937 match_part 1.000 58983 58839 match_part 1.000 58764 58706 match_136 match_part 0.840 60247 60142 match_part 0.950 60037 59937 match_part 0.966 58983 58839 match_part 0.945 58764 58710 match_137 match_part 0.833 60243 60142 match_part 0.950 60037 59937 match_part 0.917 58983 58839 match_part 0.964 58764 58710 match_138 match_part 0.937 60220 60142 match_part 1.000 60037 59937 match_part 1.000 58983 58839 match_part 1.000 58764 58719 match_139 match_part 0.847 60252 60142 match_part 0.980 60037 59937 match_part 0.986 58983 58839 match_part 0.978 58764 58720 match_140 match_part 1.000 60252 60142 match_part 1.000 60037 59937 match_part 1.000 58983 58839 match_part 1.000 58764 58728 match_141 match_part 0.866 60238 60142 match_part 0.950 60037 59937 match_part 0.966 58983 58839 match_part 0.969 58764 58733 match_142 match_part 0.934 60262 60142 match_part 0.941 60037 59937 match_part 0.903 58983 58839 match_part 0.857 58764 58758 match_143 match_part 0.830 60247 60142 match_part 0.950 60037 59937 match_part 0.961 58983 58856 match_144 match_part 0.879 60232 60142 match_part 0.954 60037 59973 match_145 match_part 0.991 60253 60142 match_part 0.979 60037 59991 match_146 match_part 0.970 63448 63247 match_part 0.938 62302 62158 match_part 0.922 62081 61992 match_part 0.946 61906 61665 match_part 0.667 61174 61163 match_part 0.571 61046 61005 match_147 match_part 0.909 63462 63452 match_part 0.950 63347 63247 match_part 0.993 62302 62158 match_part 0.989 62081 61992 match_part 0.996 61906 61670 match_part 0.553 61046 61009 match_148 match_part 1.000 63564 63452 match_part 1.000 63347 63247 match_part 1.000 62302 62158 match_part 1.000 62081 61992 match_part 1.000 61906 61607 match_149 match_part 0.975 63569 63452 match_part 1.000 63347 63247 match_part 1.000 62302 62158 match_part 1.000 62081 61992 match_part 0.996 61906 61628 match_150 match_part 0.930 63537 63452 match_part 1.000 63347 63247 match_part 0.986 62302 62158 match_part 1.000 62081 61992 match_part 0.984 61906 61653 match_151 match_part 0.993 62297 62158 match_part 0.989 62081 61992 match_part 1.000 61906 61653 match_152 match_part 1.000 63549 63452 match_part 1.000 63347 63247 match_part 1.000 62302 62158 match_part 0.989 62081 61992 match_part 0.992 61906 61655 match_153 match_part 1.000 63562 63452 match_part 1.000 63347 63247 match_part 1.000 62302 62158 match_part 1.000 62081 61992 match_part 0.992 61906 61659 match_154 match_part 1.000 63568 63452 match_part 1.000 63347 63247 match_part 1.000 62302 62158 match_part 1.000 62081 61992 match_part 0.980 61906 61661 match_155 match_part 0.970 63586 63452 match_part 1.000 63347 63247 match_part 1.000 62302 62158 match_part 1.000 62081 61992 match_part 0.996 61906 61665 match_156 match_part 0.992 63584 63452 match_part 1.000 63347 63247 match_part 1.000 62302 62158 match_part 1.000 62081 61992 match_part 0.996 61906 61665 match_157 match_part 0.983 63567 63452 match_part 1.000 63347 63247 match_part 1.000 62302 62158 match_part 1.000 62081 61992 match_part 0.996 61906 61665 match_158 match_part 1.000 62283 62158 match_part 1.000 62081 61992 match_part 0.996 61906 61665 match_159 match_part 1.000 62225 62158 match_part 1.000 62081 61992 match_part 0.979 61906 61665 match_160 match_part 1.000 62074 61992 match_part 0.979 61906 61665 match_161 match_part 0.947 63584 63452 match_part 1.000 63347 63247 match_part 1.000 62302 62158 match_part 1.000 62081 61992 match_part 1.000 61906 61671 match_162 match_part 0.992 63584 63452 match_part 1.000 63347 63247 match_part 0.993 62302 62158 match_part 1.000 62081 61992 match_part 1.000 61906 61671 match_163 match_part 1.000 62302 62158 match_part 1.000 62081 61992 match_part 0.987 61906 61684 match_164 match_part 1.000 63574 63452 match_part 1.000 63347 63247 match_part 1.000 62302 62158 match_part 1.000 62081 61992 match_part 0.973 61906 61688 match_165 match_part 0.993 62301 62158 match_part 1.000 62081 61992 match_part 1.000 61906 61698 match_166 match_part 1.000 63561 63247 match_part 1.000 62302 62158 match_part 1.000 62081 61992 match_part 0.962 61906 61722 match_167 match_part 0.982 63565 63452 match_part 0.980 63347 63247 match_part 1.000 62302 62158 match_part 1.000 62081 61992 match_part 1.000 61906 61774 match_168 match_part 1.000 63562 63452 match_part 1.000 63347 63247 match_part 1.000 62302 62158 match_part 1.000 62081 61992 match_part 0.990 61906 61807 match_169 match_part 1.000 63560 63452 match_part 1.000 63347 63247 match_part 1.000 62302 62158 match_part 1.000 62081 61992 match_part 0.968 61906 61814 match_170 match_part 1.000 63564 63452 match_part 1.000 63347 63247 match_part 1.000 62302 62158 match_part 1.000 62081 61992 match_part 1.000 61906 61820 match_171 match_part 1.000 63560 63452 match_part 1.000 63347 63247 match_part 1.000 62302 62158 match_part 1.000 62081 61992 match_part 1.000 61906 61820 match_172 match_part 0.983 63510 63452 match_part 0.970 63347 63247 match_part 0.959 62302 62158 match_part 0.978 62081 61992 match_part 0.897 61906 61820 match_173 match_part 1.000 63531 63452 match_part 1.000 63347 63247 match_part 1.000 62302 62158 match_part 1.000 62081 61992 match_part 1.000 61906 61862 match_174 match_part 1.000 63540 63452 match_part 1.000 63347 63247 match_part 1.000 62302 62158 match_part 0.989 62081 61992 match_part 1.000 61906 61873 match_175 match_part 0.967 63512 63452 match_part 0.980 63347 63247 match_part 0.966 62302 62158 match_part 0.956 62081 61992 match_part 0.879 61906 61874 match_176 match_part 1.000 63562 63452 match_part 1.000 63347 63247 match_part 1.000 62302 62158 match_part 1.000 62081 61992 match_part 1.000 61906 61887 match_177 match_part 1.000 63562 63452 match_part 1.000 63347 63247 match_part 1.000 62302 62158 match_part 0.962 62081 62003 match_178 match_part 1.000 63560 63247 match_part 1.000 62302 62158 match_part 1.000 62081 62003 match_179 match_part 1.000 63551 63452 match_part 1.000 63347 63247 match_part 1.000 62302 62158 match_part 1.000 62081 62004 match_180 match_part 0.837 63549 63452 match_part 0.950 63347 63247 match_part 0.952 62302 62158 match_181 match_part 0.944 63540 63452 match_part 0.941 63347 63247 match_part 0.988 62302 62223 match_182 match_part 0.879 63542 63452 match_part 0.954 63347 63283 match_183 match_part 0.997 67081 66460 match_184 match_part 0.988 67485 67406 match_part 0.947 67261 66753 match_185 match_part 0.913 68629 67983 match_186 match_part 0.942 72606 72401 match_part 0.932 72177 71912 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C06HBa0203N09.1 type gene exon 1784 1643 exon 1032 1 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C06HBa0203N09.1 type gene exon 14058 14365 exon 15018 15222 exon 15834 15924 exon 16026 16171 exon 16372 16615 exon 16704 16808 exon 16974 17156 exon 17249 17453 exon 18344 18939 gene_3 gene GT_PGL_2_AGS_2 transcript source GenomeThreader seq_id C06HBa0203N09.1 type gene exon 14035 14035 exon 14119 14365 exon 15018 15222 exon 15834 15924 exon 16026 16171 exon 16372 16615 exon 16704 16808 exon 16974 17156 exon 17249 17453 exon 18344 18939 gene_4 gene GT_PGL_2_AGS_3 transcript source GenomeThreader seq_id C06HBa0203N09.1 type gene exon 13944 13977 exon 14119 14365 exon 15018 15222 exon 15834 15924 exon 16026 16171 exon 16372 16615 exon 16704 16808 exon 16974 17156 exon 17249 17453 exon 18344 18939 gene_5 gene GT_PGL_2_AGS_4 transcript source GenomeThreader seq_id C06HBa0203N09.1 type gene exon 14035 14035 exon 14119 14365 exon 15018 15222 exon 15834 15924 exon 16026 16368 gene_6 gene GT_PGL_2_AGS_5 transcript source GenomeThreader seq_id C06HBa0203N09.1 type gene exon 14035 14035 exon 14119 14365 exon 15018 15319 exon 15420 15924 exon 16026 16079 gene_7 gene GT_PGL_2_AGS_6 transcript source GenomeThreader seq_id C06HBa0203N09.1 type gene exon 13954 13977 exon 14119 14365 exon 15018 15319 exon 15420 15924 exon 16026 16079 gene_8 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C06HBa0203N09.1 type gene exon 18929 18479 gene_9 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C06HBa0203N09.1 type gene exon 28773 28896 exon 29011 29798 gene_10 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C06HBa0203N09.1 type gene exon 41654 41520 exon 41440 41249 exon 41166 40983 exon 40903 40833 exon 40758 40607 exon 39338 39170 exon 39068 38922 exon 36902 36810 exon 36597 36423 exon 36340 36151 exon 36057 35795 gene_11 gene GT_PGL_5_AGS_2 transcript source GenomeThreader seq_id C06HBa0203N09.1 type gene exon 41654 41520 exon 41440 41249 exon 41166 40983 exon 40903 40833 exon 40758 40607 exon 39338 39170 exon 39068 38922 exon 36902 36810 exon 36597 36423 exon 36340 36151 exon 36057 35844 exon 29976 29909 gene_12 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C06HBa0203N09.1 type gene exon 60286 60142 exon 60037 59937 exon 58983 58839 exon 58764 58675 exon 58589 58255 gene_13 gene GT_PGL_6_AGS_2 transcript source GenomeThreader seq_id C06HBa0203N09.1 type gene exon 60263 60142 exon 60037 59937 exon 58983 58839 exon 58764 58675 exon 58589 58357 exon 57526 57493 gene_14 gene GT_PGL_6_AGS_3 transcript source GenomeThreader seq_id C06HBa0203N09.1 type gene exon 60262 60142 exon 60037 59937 exon 58983 58839 exon 58764 58675 exon 58589 58452 exon 58224 58191 gene_15 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C06HBa0203N09.1 type gene exon 58263 58581 gene_16 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C06HBa0203N09.1 type gene exon 63586 63452 exon 63347 63247 exon 62302 62158 exon 62081 61992 exon 61906 61607 gene_17 gene GT_PGL_8_AGS_2 transcript source GenomeThreader seq_id C06HBa0203N09.1 type gene exon 63584 63452 exon 63347 63247 exon 62302 62158 exon 62081 61992 exon 61906 61670 exon 61046 61009 gene_18 gene GT_PGL_8_AGS_3 transcript source GenomeThreader seq_id C06HBa0203N09.1 type gene exon 63561 63247 exon 62302 62158 exon 62081 61992 exon 61906 61665 exon 61174 61163 exon 61046 61005 gene_19 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C06HBa0203N09.1 type gene exon 64388 64565 gene_20 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C06HBa0203N09.1 type gene exon 67485 67406 exon 67261 66460 gene_21 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C06HBa0203N09.1 type gene exon 68629 67983 gene_22 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C06HBa0203N09.1 type gene exon 72606 72401 exon 72177 71912 gene_23 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C06HBa0203N09.1 type gene exon 100030 100699 gene_24 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C06HBa0203N09.1 type gene exon 100791 101491 gene_25 gene GT_PGL_15_AGS_1 transcript source GenomeThreader seq_id C06HBa0203N09.1 type gene exon 103755 104135 exon 104672 104902 exon 105459 105515 exon 105604 105732 exon 106242 106319 exon 106436 106506 exon 106621 106664 exon 106756 106963 exon 108260 108754 gene_26 gene GT_PGL_15_AGS_2 transcript source GenomeThreader seq_id C06HBa0203N09.1 type gene exon 106241 106319 exon 106436 106506 exon 106621 106664 exon 106756 106963 exon 108260 108754 RepeatMasker tomato repeats master Unknown00020 124 354 1 Unknown00020 124 354 1 nucleotide_motif 779 2133 2367 Copia00110 2723 2822 1 Copia00110 2723 2822 1 nucleotide_motif 326 2292 2386 Unknown00049 1718 2251 1 Unknown00049 1718 2251 1 nucleotide_motif 1525 11644 12172 Gypsy00043 525 1314 1 Gypsy00043 525 1314 1 nucleotide_motif 4872 72724 73464 Gypsy00043 524 631 1 Gypsy00043 524 631 1 nucleotide_motif 727 73514 73625 Copia00110 13164 13361 1 Copia00110 13164 13361 1 nucleotide_motif 710 73525 73726 Copia00110 13338 13623 1 Copia00110 13338 13623 1 nucleotide_motif 1219 73866 74161 Gypsy00043 1066 1318 1 Gypsy00043 1066 1318 1 nucleotide_motif 1416 74111 74357 Unknown00049 381 796 1 Unknown00049 381 796 1 nucleotide_motif 692 101138 101567 TLP2 7 301 1 TLP2 7 301 1 nucleotide_motif 1432 107228 107509 SOD_SINE 64 198 1 SOD_SINE 64 198 1 nucleotide_motif 447 107820 107955 RepeatMasker tomato repeats master SHALINE2_MT 45 416 -1 SHALINE2_MT 45 416 -1 nucleotide_motif 766 374 3 Copia00175 2334 2555 -1 Copia00175 2334 2555 -1 nucleotide_motif 532 2995 2769 Unknown00025 239 469 -1 Unknown00025 239 469 -1 nucleotide_motif 704 4122 3874 Unknown00046 826 984 -1 Unknown00046 826 984 -1 nucleotide_motif 351 4706 4549 Gypsy00205 4691 4760 -1 Gypsy00205 4691 4760 -1 nucleotide_motif 234 19762 19681 Copia00151 10102 10174 -1 Copia00151 10102 10174 -1 nucleotide_motif 244 23315 23251 Unknown00034 5135 5205 -1 Unknown00034 5135 5205 -1 nucleotide_motif 337 31917 31847 Copia00105 8179 8346 -1 Copia00105 8179 8346 -1 nucleotide_motif 693 47769 47599 Copia00105 8761 8856 -1 Copia00105 8761 8856 -1 nucleotide_motif 385 47835 47738 HELITRON7_OS 324 3791 -1 HELITRON7_OS 324 3791 -1 nucleotide_motif 341 56683 56565 ATLINEIII 7 56 -1 ATLINEIII 7 56 -1 nucleotide_motif 245 57408 57359 Unknown00019 154 698 -1 Unknown00019 154 698 -1 nucleotide_motif 629 74090 73727 HarbN_I 2 160 -1 HarbN_I 2 160 -1 nucleotide_motif 271 75878 75715 Copia00172 286 515 -1 Copia00172 286 515 -1 nucleotide_motif 1278 97746 97513 BLAST_tomato_bacs Tomato BAC sequences BLAST_tomato_bacs Tomato BAC sequences match_1 match 1758 7447 8698 match_2 match 1758 7447 8698 match_3 match 1994 7334 8697 match_4 match 1941 46198 47251 match_5 match 2373 73361 74578 match_6 match 2597 47450 48780 match_7 match 2593 97508 98863 match_8 match 3023 87754 89320 match_9 match 3265 53530 55278 match_10 match 3729 51521 53464 match_11 match 4391 49233 51498 match_12 match 4676 80589 83010 match_13 match 5164 43410 46134 match_14 match 5333 89349 92122 match_15 match 5475 35851 38684 match_16 match 7412 76702 80542 match_17 match 9095 38763 43395 match_18 match 9032 83076 87742 match_19 match 9714 103663 108754 match_20 match 57579 64773 match_21 match 65795 73308 match_22 match 2593 97508 98863 match_23 match 9714 103663 108754 match_24 match 1875 7334 8697 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) clone_start_1 clone_start 1415 1 742 clone_1 clone 1242 1 108718 clone_start_2 clone_start 1253 1 664 clone_2 clone 573 6556 98270 clone_start_3 clone_start 248 6556 6680 clone_3 clone 715.5 6797 98270 clone_start_4 clone_start 533 6797 7065 clone_end_1 clone_end 569 11884 12170 clone_end_2 clone_end 285 12405 12548 clone_4 clone 1093.5 14144 50265 clone_start_5 clone_start 908 14144 14601 clone_end_3 clone_end 1068 18062 18600 clone_start_6 clone_start 601 20939 21252 clone_end_4 clone_end 533 21632 21915 clone_end_5 clone_end 1108 22080 22678 clone_start_7 clone_start 737 32970 33373 clone_start_8 clone_start 442 33402 33648 clone_start_9 clone_start 942 35049 35606 clone_5 clone 942 35851 70054 clone_end_6 clone_end 835 35851 36271 clone_end_7 clone_end 1431 45025 45777 clone_start_10 clone_start 654 46877 47251 clone_start_11 clone_start 1447 49766 50499 clone_6 clone 750 53646 87742 clone_end_8 clone_end 1191 53646 54270 clone_7 clone 929.5 53646 88090 clone_end_9 clone_end 1191 53646 54270 clone_end_10 clone_end 1183 62014 62626 clone_8 clone 828.5 67141 101617 clone_end_11 clone_end 1294 67141 67793 clone_9 clone 1000 67141 101305 clone_end_12 clone_end 1294 67141 67793 clone_start_12 clone_start 1255 67970 68626 clone_end_13 clone_end 1215 85535 86163 clone_start_13 clone_start 442 93360 93582 clone_start_14 clone_start 1233 96821 97469 clone_start_15 clone_start 656 100507 100837 clone_start_16 clone_start 353 100853 101030 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) clone_end_14 clone_end 1231 108718 108062 clone_start_17 clone_start 646 1876 1551 clone_end_15 clone_end 898 98270 97787 clone_end_16 clone_end 898 98270 97787 clone_end_17 clone_end 1279 50265 49621 clone_start_18 clone_start 317 18436 18269 clone_start_19 clone_start 1049 70054 69526 clone_end_18 clone_end 1053 38168 37586 clone_start_20 clone_start 309 87742 87587 clone_start_21 clone_start 668 88090 87754 clone_start_22 clone_start 363 101617 101435 clone_start_23 clone_start 706 101305 100950 clone_end_19 clone_end 1235 68226 67604 clone_end_20 clone_end 1235 68226 67604 clone_start_24 clone_start 1298 72147 71434 clone_start_25 clone_start 1316 72147 71457 clone_end_21 clone_end 595 96973 96674 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_1 match_part 0.971 13944 13977 match_part 1.000 14119 14365 match_part 1.000 15018 15222 match_part 1.000 15834 15924 match_part 1.000 16026 16171 match_part 1.000 16372 16615 match_part 1.000 16704 16808 match_part 1.000 16974 17156 match_part 1.000 17249 17453 match_part 0.986 18344 18932 match_2 match_part 1.000 13954 13977 match_part 1.000 14119 14365 match_part 1.000 15018 15289 match_3 match_part 1.000 14035 14035 match_part 1.000 14119 14365 match_part 0.993 15018 15153 match_4 match_part 0.987 14128 14365 match_part 1.000 15018 15222 match_part 0.989 15834 15924 match_part 1.000 16026 16171 match_part 1.000 16372 16378 match_5 match_part 1.000 14187 14365 match_part 1.000 15018 15222 match_part 1.000 15834 15924 match_part 1.000 16026 16129 match_6 match_part 1.000 16088 16171 match_part 1.000 16372 16615 match_part 1.000 16704 16808 match_part 1.000 16974 17107 match_7 match_part 1.000 16136 16171 match_part 1.000 16372 16615 match_part 0.990 16704 16808 match_part 0.985 16974 17109 match_8 match_part 1.000 16384 16615 match_part 1.000 16704 16808 match_part 1.000 16974 17099 match_9 match_part 1.000 16415 16615 match_part 1.000 16704 16808 match_part 1.000 16974 17156 match_part 1.000 17249 17321 match_10 match_part 1.000 16469 16615 match_part 1.000 16704 16808 match_part 1.000 16974 17156 match_part 1.000 17249 17453 match_part 0.928 18344 18454 match_11 match_part 0.990 16513 16615 match_part 1.000 16704 16808 match_part 1.000 16974 17123 match_12 match_part 1.000 16529 16615 match_part 1.000 16704 16808 match_part 1.000 16974 17156 match_part 1.000 17249 17453 match_part 1.000 18344 18400 match_13 match_part 0.989 16529 16615 match_part 1.000 16704 16808 match_part 1.000 16974 17156 match_part 1.000 17249 17453 match_part 1.000 18344 18365 match_14 match_part 1.000 16592 16615 match_part 1.000 16704 16808 match_part 1.000 16974 17156 match_part 1.000 17249 17453 match_part 0.997 18344 18680 match_15 match_part 1.000 16598 16615 match_part 1.000 16704 16808 match_part 1.000 16974 17156 match_part 1.000 17249 17453 match_part 1.000 18344 18401 match_16 match_part 1.000 16988 17156 match_part 1.000 17249 17453 match_part 1.000 18344 18514 match_17 match_part 1.000 16989 17156 match_part 1.000 17249 17453 match_part 1.000 18344 18635 match_18 match_part 1.000 17092 17156 match_part 1.000 17249 17453 match_part 0.991 18344 18576 match_19 match_part 0.984 17096 17156 match_part 0.995 17249 17453 match_part 0.980 18344 18540 match_20 match_part 1.000 17130 17156 match_part 1.000 17249 17453 match_part 1.000 18344 18514 match_21 match_part 1.000 17282 17453 match_part 0.992 18344 18851 match_22 match_part 1.000 17343 17453 match_part 0.990 18344 18933 match_23 match_part 1.000 17343 17453 match_part 0.998 18344 18926 match_24 match_part 1.000 17427 17453 match_part 0.995 18344 18927 match_25 match_part 1.000 17427 17453 match_part 0.995 18344 18927 match_26 match_part 0.957 18493 18939 match_27 match_part 1.000 28773 28896 match_part 0.996 29011 29798 match_28 match_part 0.937 58263 58581 match_29 match_part 0.993 58274 58572 match_30 match_part 0.910 64388 64565 match_31 match_part 1.000 100030 100699 match_32 match_part 0.990 100030 100417 match_33 match_part 0.994 100791 101491 match_34 match_part 0.969 103755 104135 match_part 1.000 104672 104691 match_35 match_part 0.978 103769 104135 match_part 0.987 104672 104902 match_36 match_part 0.987 104745 104902 match_part 1.000 105459 105515 match_part 0.992 105604 105732 match_part 1.000 106242 106319 match_part 0.986 106436 106506 match_part 0.953 106621 106663 match_37 match_part 0.962 106241 106319 match_part 1.000 106436 106506 match_part 0.977 106621 106664 match_part 0.981 106756 106912 match_38 match_part 0.993 106818 106963 match_part 0.982 108260 108538 match_39 match_part 1.000 106927 106963 match_part 1.000 108260 108754 match_40 match_part 1.000 106937 106963 match_part 1.000 108260 108754 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_41 match_part 0.923 442 14 match_42 match_part 0.928 636 163 match_43 match_part 0.927 603 164 match_44 match_part 0.908 700 298 match_45 match_part 0.931 631 299 match_46 match_part 0.967 1732 1643 match_part 0.970 1032 672 match_47 match_part 1.000 1784 1643 match_part 0.990 1032 829 match_48 match_part 0.986 18914 18498 match_49 match_part 0.983 36329 36151 match_part 0.944 36057 35844 match_part 0.912 29976 29909 match_50 match_part 0.871 36840 36810 match_part 1.000 36597 36423 match_part 1.000 36340 36151 match_part 0.977 36057 35795 match_51 match_part 0.871 36840 36810 match_part 1.000 36597 36423 match_part 1.000 36340 36151 match_part 0.977 36057 35795 match_52 match_part 0.900 36839 36810 match_part 1.000 36597 36423 match_part 1.000 36340 36151 match_part 0.977 36057 35795 match_53 match_part 0.857 36837 36810 match_part 1.000 36597 36423 match_part 1.000 36340 36151 match_part 0.977 36057 35795 match_54 match_part 0.958 36833 36810 match_part 1.000 36597 36423 match_part 1.000 36340 36151 match_part 0.977 36057 35795 match_55 match_part 0.989 36902 36810 match_part 0.994 36597 36423 match_part 0.992 36340 36211 match_56 match_part 1.000 39209 39170 match_part 1.000 39068 38922 match_part 1.000 36902 36810 match_part 0.992 36597 36466 match_57 match_part 1.000 41400 41249 match_part 1.000 41166 40983 match_part 1.000 40903 40833 match_part 1.000 40758 40607 match_part 0.976 39338 39170 match_part 1.000 39068 39059 match_58 match_part 0.970 41654 41520 match_part 0.990 41440 41340 match_59 match_part 0.929 60254 60142 match_part 0.980 60037 59937 match_part 0.924 58983 58839 match_part 0.978 58764 58675 match_part 0.913 58589 58255 match_60 match_part 0.838 60277 60142 match_part 0.990 60037 59937 match_part 0.986 58983 58839 match_part 1.000 58764 58675 match_part 0.952 58589 58256 match_61 match_part 0.990 60246 60142 match_part 1.000 60037 59937 match_part 1.000 58983 58839 match_part 1.000 58764 58675 match_part 0.985 58589 58259 match_62 match_part 0.966 60025 59937 match_part 1.000 58983 58839 match_part 1.000 58764 58675 match_part 1.000 58589 58266 match_63 match_part 0.977 60023 59937 match_part 1.000 58983 58839 match_part 1.000 58764 58675 match_part 1.000 58589 58266 match_64 match_part 1.000 58908 58839 match_part 1.000 58764 58675 match_part 1.000 58589 58266 match_65 match_part 1.000 58849 58839 match_part 1.000 58764 58675 match_part 1.000 58589 58266 match_66 match_part 0.972 58909 58839 match_part 1.000 58764 58675 match_part 0.981 58589 58269 match_67 match_part 0.938 60286 60142 match_part 1.000 60037 59937 match_part 1.000 58983 58839 match_part 1.000 58764 58675 match_part 1.000 58589 58272 match_68 match_part 1.000 60215 60142 match_part 1.000 60037 59937 match_part 1.000 58983 58839 match_part 1.000 58764 58675 match_part 0.972 58589 58340 match_69 match_part 1.000 58917 58839 match_part 1.000 58764 58675 match_part 0.972 58589 58340 match_70 match_part 1.000 58909 58839 match_part 1.000 58764 58675 match_part 0.996 58589 58352 match_71 match_part 1.000 60259 60142 match_part 1.000 60037 59937 match_part 1.000 58983 58839 match_part 1.000 58764 58675 match_part 1.000 58589 58360 match_72 match_part 1.000 60251 60142 match_part 1.000 60037 59937 match_part 1.000 58983 58839 match_part 1.000 58764 58675 match_part 0.941 58589 58404 match_73 match_part 1.000 60262 60142 match_part 1.000 60037 59937 match_part 1.000 58983 58839 match_part 1.000 58764 58675 match_part 0.994 58589 58421 match_74 match_part 1.000 60253 60142 match_part 1.000 60037 59937 match_part 1.000 58983 58839 match_part 1.000 58764 58675 match_part 1.000 58589 58429 match_75 match_part 1.000 60263 60142 match_part 1.000 60037 59937 match_part 1.000 58983 58839 match_part 1.000 58764 58675 match_part 1.000 58589 58434 match_76 match_part 0.983 58897 58839 match_part 1.000 58764 58675 match_part 0.987 58589 58434 match_77 match_part 1.000 60252 60142 match_part 1.000 60037 59937 match_part 1.000 58983 58839 match_part 1.000 58764 58675 match_part 1.000 58589 58457 match_78 match_part 1.000 60252 60142 match_part 1.000 60037 59937 match_part 0.993 58983 58839 match_part 1.000 58764 58675 match_part 1.000 58589 58491 match_79 match_part 0.833 60243 60142 match_part 0.950 60037 59937 match_part 0.966 58983 58839 match_part 0.978 58764 58675 match_part 0.897 58589 58503 match_80 match_part 0.867 60239 60142 match_part 0.950 60037 59937 match_part 0.966 58983 58839 match_part 0.978 58764 58675 match_part 0.897 58589 58503 match_81 match_part 0.867 60239 60142 match_part 0.950 60037 59937 match_part 0.966 58983 58839 match_part 0.978 58764 58675 match_part 0.897 58589 58503 match_82 match_part 0.890 60232 60142 match_part 0.950 60037 59937 match_part 0.966 58983 58839 match_part 0.978 58764 58675 match_part 0.897 58589 58503 match_83 match_part 1.000 60252 60142 match_part 1.000 60037 59937 match_part 1.000 58983 58839 match_part 1.000 58764 58675 match_part 1.000 58589 58519 match_84 match_part 0.991 60252 60142 match_part 0.990 60037 59937 match_part 0.986 58983 58839 match_part 0.989 58764 58675 match_part 1.000 58589 58555 match_85 match_part 0.890 60232 60142 match_part 0.941 60037 59937 match_part 0.966 58983 58839 match_part 0.967 58764 58675 match_part 0.941 58589 58556 match_86 match_part 0.856 60238 60142 match_part 0.941 60037 59937 match_part 0.966 58983 58839 match_part 0.967 58764 58675 match_part 1.000 58589 58583 match_87 match_part 1.000 60251 60142 match_part 1.000 60037 59937 match_part 1.000 58983 58839 match_part 0.989 58764 58676 match_88 match_part 1.000 60252 60142 match_part 1.000 60037 59937 match_part 1.000 58983 58839 match_part 1.000 58764 58679 match_89 match_part 1.000 60252 60142 match_part 1.000 60037 59937 match_part 0.986 58983 58839 match_part 0.988 58764 58681 match_90 match_part 1.000 60252 60142 match_part 1.000 60037 59937 match_part 1.000 58983 58839 match_part 0.988 58764 58681 match_91 match_part 0.842 60242 60142 match_part 0.950 60037 59937 match_part 0.966 58983 58839 match_part 0.976 58764 58681 match_92 match_part 0.842 60242 60142 match_part 0.950 60037 59937 match_part 0.966 58983 58839 match_part 0.976 58764 58681 match_93 match_part 0.859 60240 60142 match_part 0.950 60037 59937 match_part 0.966 58983 58839 match_part 0.976 58764 58681 match_94 match_part 0.964 60252 60142 match_part 0.990 60037 59937 match_part 0.986 58983 58839 match_part 0.987 58764 58688 match_95 match_part 0.942 60261 60142 match_part 1.000 60037 59937 match_part 1.000 58983 58839 match_part 1.000 58764 58706 match_96 match_part 0.840 60247 60142 match_part 0.950 60037 59937 match_part 0.966 58983 58839 match_part 0.945 58764 58710 match_97 match_part 0.833 60243 60142 match_part 0.950 60037 59937 match_part 0.917 58983 58839 match_part 0.964 58764 58710 match_98 match_part 0.937 60220 60142 match_part 1.000 60037 59937 match_part 1.000 58983 58839 match_part 1.000 58764 58719 match_99 match_part 0.847 60252 60142 match_part 0.980 60037 59937 match_part 0.986 58983 58839 match_part 0.978 58764 58720 match_100 match_part 1.000 60252 60142 match_part 1.000 60037 59937 match_part 1.000 58983 58839 match_part 1.000 58764 58728 match_101 match_part 0.866 60238 60142 match_part 0.950 60037 59937 match_part 0.966 58983 58839 match_part 0.969 58764 58733 match_102 match_part 0.830 60247 60142 match_part 0.950 60037 59937 match_part 0.961 58983 58856 match_103 match_part 0.991 60253 60142 match_part 0.979 60037 59991 match_104 match_part 0.970 63448 63247 match_part 0.938 62302 62158 match_part 0.922 62081 61992 match_part 0.946 61906 61665 match_part 0.667 61174 61163 match_part 0.571 61046 61005 match_105 match_part 0.909 63462 63452 match_part 0.950 63347 63247 match_part 0.993 62302 62158 match_part 0.989 62081 61992 match_part 0.996 61906 61670 match_part 0.553 61046 61009 match_106 match_part 1.000 63564 63452 match_part 1.000 63347 63247 match_part 1.000 62302 62158 match_part 1.000 62081 61992 match_part 1.000 61906 61607 match_107 match_part 0.975 63569 63452 match_part 1.000 63347 63247 match_part 1.000 62302 62158 match_part 1.000 62081 61992 match_part 0.996 61906 61628 match_108 match_part 0.930 63537 63452 match_part 1.000 63347 63247 match_part 0.986 62302 62158 match_part 1.000 62081 61992 match_part 0.984 61906 61653 match_109 match_part 0.993 62297 62158 match_part 0.989 62081 61992 match_part 1.000 61906 61653 match_110 match_part 1.000 63549 63452 match_part 1.000 63347 63247 match_part 1.000 62302 62158 match_part 0.989 62081 61992 match_part 0.992 61906 61655 match_111 match_part 1.000 63562 63452 match_part 1.000 63347 63247 match_part 1.000 62302 62158 match_part 1.000 62081 61992 match_part 0.992 61906 61659 match_112 match_part 1.000 63568 63452 match_part 1.000 63347 63247 match_part 1.000 62302 62158 match_part 1.000 62081 61992 match_part 0.980 61906 61661 match_113 match_part 0.970 63586 63452 match_part 1.000 63347 63247 match_part 1.000 62302 62158 match_part 1.000 62081 61992 match_part 0.996 61906 61665 match_114 match_part 0.992 63584 63452 match_part 1.000 63347 63247 match_part 1.000 62302 62158 match_part 1.000 62081 61992 match_part 0.996 61906 61665 match_115 match_part 0.983 63567 63452 match_part 1.000 63347 63247 match_part 1.000 62302 62158 match_part 1.000 62081 61992 match_part 0.996 61906 61665 match_116 match_part 1.000 62283 62158 match_part 1.000 62081 61992 match_part 0.996 61906 61665 match_117 match_part 1.000 62225 62158 match_part 1.000 62081 61992 match_part 0.979 61906 61665 match_118 match_part 1.000 62074 61992 match_part 0.979 61906 61665 match_119 match_part 0.947 63584 63452 match_part 1.000 63347 63247 match_part 1.000 62302 62158 match_part 1.000 62081 61992 match_part 1.000 61906 61671 match_120 match_part 0.992 63584 63452 match_part 1.000 63347 63247 match_part 0.993 62302 62158 match_part 1.000 62081 61992 match_part 1.000 61906 61671 match_121 match_part 1.000 62302 62158 match_part 1.000 62081 61992 match_part 0.987 61906 61684 match_122 match_part 1.000 63574 63452 match_part 1.000 63347 63247 match_part 1.000 62302 62158 match_part 1.000 62081 61992 match_part 0.973 61906 61688 match_123 match_part 0.993 62301 62158 match_part 1.000 62081 61992 match_part 1.000 61906 61698 match_124 match_part 1.000 63561 63247 match_part 1.000 62302 62158 match_part 1.000 62081 61992 match_part 0.962 61906 61722 match_125 match_part 0.982 63565 63452 match_part 0.980 63347 63247 match_part 1.000 62302 62158 match_part 1.000 62081 61992 match_part 1.000 61906 61774 match_126 match_part 1.000 63562 63452 match_part 1.000 63347 63247 match_part 1.000 62302 62158 match_part 1.000 62081 61992 match_part 0.990 61906 61807 match_127 match_part 1.000 63560 63452 match_part 1.000 63347 63247 match_part 1.000 62302 62158 match_part 1.000 62081 61992 match_part 0.968 61906 61814 match_128 match_part 1.000 63564 63452 match_part 1.000 63347 63247 match_part 1.000 62302 62158 match_part 1.000 62081 61992 match_part 1.000 61906 61820 match_129 match_part 1.000 63560 63452 match_part 1.000 63347 63247 match_part 1.000 62302 62158 match_part 1.000 62081 61992 match_part 1.000 61906 61820 match_130 match_part 1.000 63531 63452 match_part 1.000 63347 63247 match_part 1.000 62302 62158 match_part 1.000 62081 61992 match_part 1.000 61906 61862 match_131 match_part 1.000 63540 63452 match_part 1.000 63347 63247 match_part 1.000 62302 62158 match_part 0.989 62081 61992 match_part 1.000 61906 61873 match_132 match_part 1.000 63562 63452 match_part 1.000 63347 63247 match_part 1.000 62302 62158 match_part 1.000 62081 61992 match_part 1.000 61906 61887 match_133 match_part 1.000 63562 63452 match_part 1.000 63347 63247 match_part 1.000 62302 62158 match_part 0.962 62081 62003 match_134 match_part 1.000 63560 63247 match_part 1.000 62302 62158 match_part 1.000 62081 62003 match_135 match_part 1.000 63551 63452 match_part 1.000 63347 63247 match_part 1.000 62302 62158 match_part 1.000 62081 62004 match_136 match_part 0.837 63549 63452 match_part 0.950 63347 63247 match_part 0.952 62302 62158 match_137 match_part 0.997 67081 66460 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C06HBa0203N09.1 type gene exon 1784 1643 exon 1032 14 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C06HBa0203N09.1 type gene exon 14035 14035 exon 14119 14365 exon 15018 15222 exon 15834 15924 exon 16026 16171 exon 16372 16615 exon 16704 16808 exon 16974 17156 exon 17249 17453 exon 18344 18939 gene_3 gene GT_PGL_2_AGS_2 transcript source GenomeThreader seq_id C06HBa0203N09.1 type gene exon 13944 13977 exon 14119 14365 exon 15018 15222 exon 15834 15924 exon 16026 16171 exon 16372 16615 exon 16704 16808 exon 16974 17156 exon 17249 17453 exon 18344 18939 gene_4 gene GT_PGL_2_AGS_3 transcript source GenomeThreader seq_id C06HBa0203N09.1 type gene exon 13954 13977 exon 14119 14365 exon 15018 15289 gene_5 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C06HBa0203N09.1 type gene exon 18914 18498 gene_6 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C06HBa0203N09.1 type gene exon 28773 28896 exon 29011 29798 gene_7 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C06HBa0203N09.1 type gene exon 41654 41520 exon 41440 41249 exon 41166 40983 exon 40903 40833 exon 40758 40607 exon 39338 39170 exon 39068 38922 exon 36902 36810 exon 36597 36423 exon 36340 36151 exon 36057 35795 gene_8 gene GT_PGL_5_AGS_2 transcript source GenomeThreader seq_id C06HBa0203N09.1 type gene exon 41654 41520 exon 41440 41249 exon 41166 40983 exon 40903 40833 exon 40758 40607 exon 39338 39170 exon 39068 38922 exon 36902 36810 exon 36597 36423 exon 36340 36151 exon 36057 35844 exon 29976 29909 gene_9 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C06HBa0203N09.1 type gene exon 60286 60142 exon 60037 59937 exon 58983 58839 exon 58764 58675 exon 58589 58255 gene_10 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C06HBa0203N09.1 type gene exon 58263 58581 gene_11 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C06HBa0203N09.1 type gene exon 63586 63452 exon 63347 63247 exon 62302 62158 exon 62081 61992 exon 61906 61607 gene_12 gene GT_PGL_8_AGS_2 transcript source GenomeThreader seq_id C06HBa0203N09.1 type gene exon 63584 63452 exon 63347 63247 exon 62302 62158 exon 62081 61992 exon 61906 61670 exon 61046 61009 gene_13 gene GT_PGL_8_AGS_3 transcript source GenomeThreader seq_id C06HBa0203N09.1 type gene exon 63561 63247 exon 62302 62158 exon 62081 61992 exon 61906 61665 exon 61174 61163 exon 61046 61005 gene_14 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C06HBa0203N09.1 type gene exon 64388 64565 gene_15 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C06HBa0203N09.1 type gene exon 67081 66460 gene_16 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C06HBa0203N09.1 type gene exon 100030 100699 gene_17 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C06HBa0203N09.1 type gene exon 100791 101491 gene_18 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C06HBa0203N09.1 type gene exon 106241 106319 exon 106436 106506 exon 106621 106664 exon 106756 106963 exon 108260 108754 gene_19 gene GT_PGL_13_AGS_2 transcript source GenomeThreader seq_id C06HBa0203N09.1 type gene exon 103755 104135 exon 104672 104902 exon 105459 105515 exon 105604 105732 exon 106242 106319 exon 106436 106506 exon 106621 106663 AUGUSTUS_tom_cdna de novo gene_1 gene 1 14221 18828 transcript_1 transcript 14221 18828 start_codon_1 start_codon 14221 14223 CDS_1 CDS 14221 14365 CDS_2 CDS 15018 15222 CDS_3 CDS 15834 15924 CDS_4 CDS 16026 16171 CDS_5 CDS 16372 16615 CDS_6 CDS 16704 16808 CDS_7 CDS 16974 17156 CDS_8 CDS 17249 17453 CDS_9 CDS 18344 18828 stop_codon_1 stop_codon 18826 18828 gene_2 gene 1 20683 22921 transcript_2 transcript 20683 22921 start_codon_2 start_codon 20683 20685 CDS_10 CDS 20683 20711 CDS_11 CDS 20939 21029 CDS_12 CDS 21112 21257 CDS_13 CDS 21505 21577 CDS_14 CDS 21666 21770 CDS_15 CDS 21843 22025 CDS_16 CDS 22126 22330 CDS_17 CDS 22434 22921 stop_codon_2 stop_codon 22919 22921 gene_3 gene 1 28071 29498 transcript_3 transcript 28071 29498 start_codon_3 start_codon 28071 28073 CDS_18 CDS 28071 28127 CDS_19 CDS 28234 28338 CDS_20 CDS 28424 28585 CDS_21 CDS 28692 28896 CDS_22 CDS 29011 29498 stop_codon_3 stop_codon 29496 29498 gene_4 gene 1 81462 103809 transcript_4 transcript 81462 103809 start_codon_4 start_codon 81462 81464 CDS_23 CDS 81462 81524 CDS_24 CDS 81611 81719 CDS_25 CDS 81814 81929 CDS_26 CDS 82192 82242 CDS_27 CDS 86494 86613 CDS_28 CDS 88804 88862 CDS_29 CDS 88947 89055 CDS_30 CDS 90616 90684 CDS_31 CDS 90768 90878 CDS_32 CDS 91845 91916 CDS_33 CDS 91994 92095 CDS_34 CDS 92191 92262 CDS_35 CDS 94017 94103 CDS_36 CDS 94301 94417 CDS_37 CDS 94539 94613 CDS_38 CDS 94759 94848 CDS_39 CDS 103753 103809 stop_codon_4 stop_codon 103807 103809 gene_5 gene 1 104100 107214 transcript_5 transcript 104100 107214 start_codon_5 start_codon 104100 104102 CDS_40 CDS 104100 104135 CDS_41 CDS 104672 104902 CDS_42 CDS 105459 105515 CDS_43 CDS 105604 105732 CDS_44 CDS 106242 106319 CDS_45 CDS 106436 106506 CDS_46 CDS 106621 106664 CDS_47 CDS 106756 106963 CDS_48 CDS 107199 107214 stop_codon_5 stop_codon 107212 107214 AUGUSTUS_tom_cdna de novo gene_6 gene 1 889 383 transcript_6 transcript 889 383 CDS_49 CDS 889 383 start_codon_6 start_codon 889 887 gene_7 gene 1 58382 36156 transcript_7 transcript 58382 36156 stop_codon_6 stop_codon 36158 36156 CDS_50 CDS 36340 36156 CDS_51 CDS 36597 36423 CDS_52 CDS 36902 36810 CDS_53 CDS 39068 38922 CDS_54 CDS 39338 39170 CDS_55 CDS 40758 40607 CDS_56 CDS 40903 40833 CDS_57 CDS 41166 40983 CDS_58 CDS 41440 41249 CDS_59 CDS 41669 41520 CDS_60 CDS 43041 42794 CDS_61 CDS 43795 43725 CDS_62 CDS 44062 43926 CDS_63 CDS 45133 45034 CDS_64 CDS 45406 45234 CDS_65 CDS 50123 49979 CDS_66 CDS 50667 50546 CDS_67 CDS 51019 50774 CDS_68 CDS 51822 51647 CDS_69 CDS 52008 51924 CDS_70 CDS 52151 52073 CDS_71 CDS 52319 52240 CDS_72 CDS 54061 53990 CDS_73 CDS 54212 54145 CDS_74 CDS 54503 54293 CDS_75 CDS 58382 58332 start_codon_7 start_codon 58382 58380 gene_8 gene 1 61699 58499 transcript_8 transcript 61699 58499 stop_codon_7 stop_codon 58501 58499 CDS_76 CDS 58589 58499 CDS_77 CDS 58764 58675 CDS_78 CDS 58983 58839 CDS_79 CDS 60037 59937 CDS_80 CDS 60254 60142 CDS_81 CDS 61299 61194 CDS_82 CDS 61699 61635 start_codon_8 start_codon 61699 61697 gene_9 gene 1 79662 61816 transcript_9 transcript 79662 61816 stop_codon_8 stop_codon 61818 61816 CDS_83 CDS 61906 61816 CDS_84 CDS 62081 61992 CDS_85 CDS 62302 62158 CDS_86 CDS 63347 63247 CDS_87 CDS 63564 63452 CDS_88 CDS 67261 67109 CDS_89 CDS 67513 67406 CDS_90 CDS 70507 70388 CDS_91 CDS 72706 72401 CDS_92 CDS 79662 79630 start_codon_9 start_codon 79662 79660 tRNAscan-SE unknown database tRNAscan-SE unknown database tRNA_1 tRNA 88.52 57409 57338 AUGUSTUS_ab_initio de novo gene_1 gene 1 15134 18828 transcript_1 transcript 15134 18828 start_codon_1 start_codon 15134 15136 CDS_1 CDS 15134 15222 CDS_2 CDS 15834 15924 CDS_3 CDS 16026 16217 CDS_4 CDS 16704 16808 CDS_5 CDS 18304 18828 stop_codon_1 stop_codon 18826 18828 gene_2 gene 1 20683 22921 transcript_2 transcript 20683 22921 start_codon_2 start_codon 20683 20685 CDS_6 CDS 20683 20711 CDS_7 CDS 20939 21029 CDS_8 CDS 21112 21257 CDS_9 CDS 21505 21577 CDS_10 CDS 21666 21770 CDS_11 CDS 21843 22025 CDS_12 CDS 22126 22330 CDS_13 CDS 22434 22921 stop_codon_2 stop_codon 22919 22921 gene_3 gene 1 28071 29498 transcript_3 transcript 28071 29498 start_codon_3 start_codon 28071 28073 CDS_14 CDS 28071 28127 CDS_15 CDS 28234 28338 CDS_16 CDS 28424 28585 CDS_17 CDS 28692 28896 CDS_18 CDS 29011 29498 stop_codon_3 stop_codon 29496 29498 gene_4 gene 1 81462 106976 transcript_4 transcript 81462 106976 start_codon_4 start_codon 81462 81464 CDS_19 CDS 81462 81524 CDS_20 CDS 81611 81719 CDS_21 CDS 81814 81929 CDS_22 CDS 82192 82242 CDS_23 CDS 86494 86613 CDS_24 CDS 88804 88862 CDS_25 CDS 88947 89055 CDS_26 CDS 90616 90684 CDS_27 CDS 90768 90878 CDS_28 CDS 91845 91916 CDS_29 CDS 91994 92095 CDS_30 CDS 92191 92262 CDS_31 CDS 94017 94103 CDS_32 CDS 94301 94417 CDS_33 CDS 94539 94613 CDS_34 CDS 94759 94848 CDS_35 CDS 104672 104902 CDS_36 CDS 106242 106319 CDS_37 CDS 106436 106506 CDS_38 CDS 106621 106664 CDS_39 CDS 106756 106976 stop_codon_4 stop_codon 106974 106976 AUGUSTUS_ab_initio de novo gene_5 gene 1 889 569 transcript_5 transcript 889 569 CDS_40 CDS 889 569 start_codon_5 start_codon 889 887 gene_6 gene 1 79662 36771 transcript_6 transcript 79662 36771 stop_codon_5 stop_codon 36773 36771 CDS_41 CDS 36902 36771 CDS_42 CDS 39068 38922 CDS_43 CDS 39338 39170 CDS_44 CDS 40523 40415 CDS_45 CDS 41166 40983 CDS_46 CDS 41440 41249 CDS_47 CDS 41669 41520 CDS_48 CDS 43041 42794 CDS_49 CDS 43795 43725 CDS_50 CDS 44062 43926 CDS_51 CDS 45133 45034 CDS_52 CDS 45406 45234 CDS_53 CDS 50123 49979 CDS_54 CDS 50667 50546 CDS_55 CDS 51019 50774 CDS_56 CDS 51822 51647 CDS_57 CDS 52008 51924 CDS_58 CDS 52151 52073 CDS_59 CDS 52319 52240 CDS_60 CDS 54061 53990 CDS_61 CDS 54212 54145 CDS_62 CDS 54503 54293 CDS_63 CDS 54794 54734 CDS_64 CDS 58983 58839 CDS_65 CDS 60037 59937 CDS_66 CDS 62302 62158 CDS_67 CDS 63347 63247 CDS_68 CDS 63564 63452 CDS_69 CDS 67261 67109 CDS_70 CDS 67513 67406 CDS_71 CDS 70507 70388 CDS_72 CDS 72706 72401 CDS_73 CDS 79662 79630 start_codon_6 start_codon 79662 79660 AUGUSTUS_tom_ugs de novo gene_1 gene 1 14221 18828 transcript_1 transcript 14221 18828 start_codon_1 start_codon 14221 14223 CDS_1 CDS 14221 14365 CDS_2 CDS 15018 15222 CDS_3 CDS 15834 15924 CDS_4 CDS 16026 16171 CDS_5 CDS 16372 16615 CDS_6 CDS 16704 16808 CDS_7 CDS 16974 17156 CDS_8 CDS 17249 17453 CDS_9 CDS 18344 18828 stop_codon_1 stop_codon 18826 18828 gene_2 gene 1 20683 22921 transcript_2 transcript 20683 22921 start_codon_2 start_codon 20683 20685 CDS_10 CDS 20683 20711 CDS_11 CDS 20939 21029 CDS_12 CDS 21112 21257 CDS_13 CDS 21505 21577 CDS_14 CDS 21666 21770 CDS_15 CDS 21843 22025 CDS_16 CDS 22126 22330 CDS_17 CDS 22434 22921 stop_codon_2 stop_codon 22919 22921 gene_3 gene 1 28071 29498 transcript_3 transcript 28071 29498 start_codon_3 start_codon 28071 28073 CDS_18 CDS 28071 28127 CDS_19 CDS 28234 28338 CDS_20 CDS 28424 28585 CDS_21 CDS 28692 28896 CDS_22 CDS 29011 29498 stop_codon_3 stop_codon 29496 29498 gene_4 gene 2 81462 106976 transcript_4 transcript 81462 86441 start_codon_4 start_codon 81462 81464 CDS_23 CDS 81462 81524 CDS_24 CDS 81611 81719 CDS_25 CDS 81814 81929 CDS_26 CDS 82192 82242 CDS_27 CDS 86094 86441 stop_codon_4 stop_codon 86439 86441 transcript_5 transcript 81462 106976 start_codon_5 start_codon 81462 81464 CDS_28 CDS 81462 81524 CDS_29 CDS 81611 81719 CDS_30 CDS 81814 81929 CDS_31 CDS 82192 82242 CDS_32 CDS 86494 86613 CDS_33 CDS 88804 88862 CDS_34 CDS 88947 89055 CDS_35 CDS 90616 90684 CDS_36 CDS 90768 90878 CDS_37 CDS 91845 91916 CDS_38 CDS 91994 92095 CDS_39 CDS 92191 92262 CDS_40 CDS 94017 94103 CDS_41 CDS 94301 94417 CDS_42 CDS 94539 94613 CDS_43 CDS 94759 94848 CDS_44 CDS 104672 104902 CDS_45 CDS 106242 106319 CDS_46 CDS 106436 106506 CDS_47 CDS 106621 106664 CDS_48 CDS 106756 106976 stop_codon_5 stop_codon 106974 106976 AUGUSTUS_tom_ugs de novo gene_5 gene 1 889 383 transcript_6 transcript 889 383 CDS_49 CDS 889 383 start_codon_6 start_codon 889 887 gene_6 gene 1 57712 36156 transcript_7 transcript 57712 36156 stop_codon_6 stop_codon 36158 36156 CDS_50 CDS 36340 36156 CDS_51 CDS 36597 36423 CDS_52 CDS 36902 36810 CDS_53 CDS 39068 38922 CDS_54 CDS 39338 39170 CDS_55 CDS 40758 40607 CDS_56 CDS 40903 40833 CDS_57 CDS 41166 40983 CDS_58 CDS 41440 41249 CDS_59 CDS 41669 41520 CDS_60 CDS 43041 42794 CDS_61 CDS 43795 43725 CDS_62 CDS 44062 43926 CDS_63 CDS 45133 45034 CDS_64 CDS 45406 45234 CDS_65 CDS 50123 49979 CDS_66 CDS 50667 50546 CDS_67 CDS 51019 50774 CDS_68 CDS 51822 51647 CDS_69 CDS 52008 51924 CDS_70 CDS 52151 52073 CDS_71 CDS 52319 52240 CDS_72 CDS 54061 53990 CDS_73 CDS 54212 54145 CDS_74 CDS 54503 54293 CDS_75 CDS 57712 57710 start_codon_7 start_codon 57712 57710 gene_7 gene 1 79662 61816 transcript_8 transcript 79662 61816 stop_codon_7 stop_codon 61818 61816 CDS_76 CDS 61906 61816 CDS_77 CDS 62081 61992 CDS_78 CDS 62302 62158 CDS_79 CDS 63347 63247 CDS_80 CDS 63564 63452 CDS_81 CDS 67261 67109 CDS_82 CDS 67513 67406 CDS_83 CDS 70507 70388 CDS_84 CDS 72706 72401 CDS_85 CDS 79662 79630 start_codon_8 start_codon 79662 79660 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_1 match_part 0.971 13944 13977 match_part 1.000 14119 14365 match_part 1.000 15018 15222 match_part 1.000 15834 15924 match_part 1.000 16026 16171 match_part 1.000 16372 16615 match_part 1.000 16704 16808 match_part 1.000 16974 17156 match_part 1.000 17249 17453 match_part 0.998 18344 18926 match_2 match_part 1.000 28773 28896 match_part 0.996 29011 29798 match_3 match_part 0.910 64388 64565 match_4 match_part 1.000 100030 100699 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_5 match_part 1.000 1784 1643 match_part 0.983 1032 688 match_6 match_part 1.000 39208 39170 match_part 1.000 39068 38922 match_part 0.989 36902 36810 match_part 1.000 36597 36423 match_part 1.000 36340 36151 match_part 0.977 36057 35795 match_part 0.585 33999 33959 match_7 match_part 1.000 41400 41249 match_part 1.000 41166 40983 match_part 1.000 40903 40833 match_part 1.000 40758 40607 match_part 0.976 39338 39170 match_part 1.000 39068 39059 match_8 match_part 0.970 41654 41520 match_part 0.990 41440 41340 match_9 match_part 0.929 60254 60142 match_part 0.980 60037 59937 match_part 0.924 58983 58839 match_part 0.978 58764 58675 match_part 0.913 58589 58255 match_10 match_part 0.940 60275 60142 match_part 1.000 60037 59937 match_part 0.986 58983 58839 match_part 1.000 58764 58675 match_part 0.997 58589 58266 match_11 match_part 1.000 63561 63247 match_part 1.000 62302 62158 match_part 1.000 62081 61992 match_part 0.962 61906 61722 match_12 match_part 0.997 67081 66460 match_13 match_part 0.994 101491 100791 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C06HBa0203N09.1 type gene exon 1784 1643 exon 1032 688 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C06HBa0203N09.1 type gene exon 13944 13977 exon 14119 14365 exon 15018 15222 exon 15834 15924 exon 16026 16171 exon 16372 16615 exon 16704 16808 exon 16974 17156 exon 17249 17453 exon 18344 18926 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C06HBa0203N09.1 type gene exon 28773 28896 exon 29011 29798 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C06HBa0203N09.1 type gene exon 41654 41520 exon 41440 41249 exon 41166 40983 exon 40903 40833 exon 40758 40607 exon 39338 39170 exon 39068 38922 exon 36902 36810 exon 36597 36423 exon 36340 36151 exon 36057 35795 exon 33999 33959 gene_5 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C06HBa0203N09.1 type gene exon 60275 60142 exon 60037 59937 exon 58983 58839 exon 58764 58675 exon 58589 58255 gene_6 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C06HBa0203N09.1 type gene exon 63561 63247 exon 62302 62158 exon 62081 61992 exon 61906 61722 gene_7 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C06HBa0203N09.1 type gene exon 64388 64565 gene_8 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C06HBa0203N09.1 type gene exon 67081 66460 gene_9 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C06HBa0203N09.1 type gene exon 100030 100699 gene_10 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C06HBa0203N09.1 type gene exon 101491 100791 GenomeThreader_SGN_markers SGN marker sequences GenomeThreader_SGN_markers SGN marker sequences match_1 match_part 1.000 39208 39170 match_part 1.000 39068 38922 match_part 1.000 36902 36810 match_part 1.000 36597 36423 match_part 0.992 36340 36211 match_2 match_part 0.989 36902 36810 match_part 0.994 36597 36423 match_part 0.992 36340 36211 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C06HBa0203N09.1 type gene exon 39208 39170 exon 39068 38922 exon 36902 36810 exon 36597 36423 exon 36340 36211 AUGUSTUS_tom_pot_cdna de novo gene_1 gene 2 14155 18828 transcript_1 transcript 14155 18828 start_codon_1 start_codon 14155 14157 CDS_1 CDS 14155 14365 CDS_2 CDS 15018 15222 CDS_3 CDS 15834 15924 CDS_4 CDS 16026 16171 CDS_5 CDS 16372 16615 CDS_6 CDS 16704 16808 CDS_7 CDS 16974 17156 CDS_8 CDS 17249 17453 CDS_9 CDS 18344 18828 stop_codon_1 stop_codon 18826 18828 transcript_2 transcript 14281 18828 start_codon_2 start_codon 14281 14283 CDS_10 CDS 14281 14365 CDS_11 CDS 15018 15222 CDS_12 CDS 15834 15924 CDS_13 CDS 16026 16171 CDS_14 CDS 16372 16615 CDS_15 CDS 16704 16808 CDS_16 CDS 16974 17156 CDS_17 CDS 17249 17453 CDS_18 CDS 18344 18828 stop_codon_2 stop_codon 18826 18828 gene_2 gene 1 20390 22921 transcript_3 transcript 20390 22921 start_codon_3 start_codon 20390 20392 CDS_19 CDS 20390 20474 CDS_20 CDS 20644 20852 CDS_21 CDS 21112 21257 CDS_22 CDS 21505 21577 CDS_23 CDS 21666 21770 CDS_24 CDS 21843 22025 CDS_25 CDS 22126 22330 CDS_26 CDS 22434 22921 stop_codon_3 stop_codon 22919 22921 gene_3 gene 1 28071 29498 transcript_4 transcript 28071 29498 start_codon_4 start_codon 28071 28073 CDS_27 CDS 28071 28127 CDS_28 CDS 28234 28338 CDS_29 CDS 28424 28585 CDS_30 CDS 28692 28896 CDS_31 CDS 29011 29498 stop_codon_4 stop_codon 29496 29498 gene_4 gene 1 81462 103809 transcript_5 transcript 81462 103809 start_codon_5 start_codon 81462 81464 CDS_32 CDS 81462 81524 CDS_33 CDS 81611 81719 CDS_34 CDS 81814 81929 CDS_35 CDS 82192 82242 CDS_36 CDS 86494 86613 CDS_37 CDS 88804 88862 CDS_38 CDS 88947 89055 CDS_39 CDS 90616 90684 CDS_40 CDS 90768 90878 CDS_41 CDS 91845 91916 CDS_42 CDS 91994 92095 CDS_43 CDS 92191 92262 CDS_44 CDS 94017 94103 CDS_45 CDS 94301 94417 CDS_46 CDS 94539 94613 CDS_47 CDS 94759 94848 CDS_48 CDS 103753 103809 stop_codon_5 stop_codon 103807 103809 gene_5 gene 1 104100 107214 transcript_6 transcript 104100 107214 start_codon_6 start_codon 104100 104102 CDS_49 CDS 104100 104135 CDS_50 CDS 104672 104902 CDS_51 CDS 105459 105515 CDS_52 CDS 105604 105732 CDS_53 CDS 106242 106319 CDS_54 CDS 106436 106506 CDS_55 CDS 106621 106664 CDS_56 CDS 106756 106963 CDS_57 CDS 107199 107214 stop_codon_6 stop_codon 107212 107214 AUGUSTUS_tom_pot_cdna de novo gene_6 gene 1 889 383 transcript_7 transcript 889 383 CDS_58 CDS 889 383 start_codon_7 start_codon 889 887 gene_7 gene 1 58382 36156 transcript_8 transcript 58382 36156 stop_codon_7 stop_codon 36158 36156 CDS_59 CDS 36340 36156 CDS_60 CDS 36597 36423 CDS_61 CDS 36902 36810 CDS_62 CDS 39068 38922 CDS_63 CDS 39338 39170 CDS_64 CDS 40758 40607 CDS_65 CDS 40903 40833 CDS_66 CDS 41166 40983 CDS_67 CDS 41440 41249 CDS_68 CDS 41669 41520 CDS_69 CDS 43041 42794 CDS_70 CDS 43795 43725 CDS_71 CDS 44062 43926 CDS_72 CDS 45133 45034 CDS_73 CDS 45406 45234 CDS_74 CDS 50123 49979 CDS_75 CDS 50667 50546 CDS_76 CDS 51019 50774 CDS_77 CDS 51822 51647 CDS_78 CDS 52008 51924 CDS_79 CDS 52151 52073 CDS_80 CDS 52319 52240 CDS_81 CDS 54061 53990 CDS_82 CDS 54212 54145 CDS_83 CDS 54503 54293 CDS_84 CDS 58382 58332 start_codon_8 start_codon 58382 58380 gene_8 gene 1 61699 58499 transcript_9 transcript 61699 58499 stop_codon_8 stop_codon 58501 58499 CDS_85 CDS 58589 58499 CDS_86 CDS 58764 58675 CDS_87 CDS 58983 58839 CDS_88 CDS 60037 59937 CDS_89 CDS 60254 60142 CDS_90 CDS 61299 61194 CDS_91 CDS 61699 61635 start_codon_9 start_codon 61699 61697 gene_9 gene 1 79662 61816 transcript_10 transcript 79662 61816 stop_codon_9 stop_codon 61818 61816 CDS_92 CDS 61906 61816 CDS_93 CDS 62081 61992 CDS_94 CDS 62302 62158 CDS_95 CDS 63347 63247 CDS_96 CDS 63564 63452 CDS_97 CDS 67261 67109 CDS_98 CDS 67513 67406 CDS_99 CDS 70507 70388 CDS_100 CDS 72177 72124 CDS_101 CDS 72706 72401 CDS_102 CDS 79662 79630 start_codon_10 start_codon 79662 79660 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_1 match 121 80966 81241 match_2 match 60.8 81813 81929 match_3 match 108 81318 81524 match_4 match 60.8 81611 81700 match_5 match 95.1 21660 22019 match_6 match 54.7 28228 28371 match_7 match 94.0 21299 21592 match_8 match 127 20634 21032 match_9 match 206 28692 29486 match_10 match 51.6 16698 16811 match_11 match 148 18343 18819 match_12 match 177 22433 22909 match_13 match 55.1 16998 17150 match_14 match 102 16361 16615 match_15 match 66.2 28424 28600 match_16 match 97.4 27882 28124 match_17 match 65.1 21112 21258 match_18 match 93.2 17249 17437 match_19 match 80.5 22111 22314 match_20 match 49.3 28228 28371 match_21 match 94.7 21660 22019 match_22 match 91.3 21299 21592 match_23 match 47.0 16698 16811 match_24 match 122 20643 21032 match_25 match 192 28692 29477 match_26 match 94.0 27849 28124 match_27 match 95.9 16361 16615 match_28 match 143 18343 18810 match_29 match 172 22433 22900 match_30 match 60.1 21112 21258 match_31 match 59.7 16998 17150 match_32 match 70.9 28424 28600 match_33 match 68.2 22111 22314 match_34 match 82.8 17249 17437 match_35 match 90.9 21660 22019 match_36 match 47.4 28228 28371 match_37 match 93.6 21299 21592 match_38 match 205 28692 29471 match_39 match 60.5 21118 21258 match_40 match 99.0 16361 16615 match_41 match 127 20643 21029 match_42 match 144 18343 18804 match_43 match 172 22433 22894 match_44 match 48.1 16698 16811 match_45 match 97.1 27882 28124 match_46 match 58.5 16998 17150 match_47 match 69.7 28424 28600 match_48 match 80.9 22111 22314 match_49 match 94.7 17249 17437 match_50 match 91.3 21660 22019 match_51 match 85.5 21299 21592 match_52 match 201 28692 29489 match_53 match 122 20625 21032 match_54 match 52.0 16698 16811 match_55 match 90.9 16361 16615 match_56 match 59.7 28424 28600 match_57 match 61.6 21112 21258 match_58 match 145 18343 18825 match_59 match 51.6 16998 17150 match_60 match 90.1 27882 28124 match_61 match 172 22433 22894 match_62 match 55.8 28228 28341 match_63 match 79.0 17249 17437 match_64 match 72.8 22111 22314 match_65 match 91.3 21660 22019 match_66 match 85.5 21299 21592 match_67 match 122 20625 21032 match_68 match 52.0 16698 16811 match_69 match 90.9 16361 16615 match_70 match 59.7 28424 28600 match_71 match 61.6 21112 21258 match_72 match 51.6 16998 17150 match_73 match 90.1 27882 28124 match_74 match 55.8 28228 28341 match_75 match 79.0 17249 17437 match_76 match 72.8 22111 22314 match_77 match 68.9 28692 28880 match_78 match 74.3 28259 28606 match_79 match 107 20634 21032 match_80 match 95.1 21660 22025 match_81 match 218 28695 29477 match_82 match 101 21341 21592 match_83 match 169 18343 18810 match_84 match 195 22433 22900 match_85 match 101 16370 16615 match_86 match 57.8 16998 17156 match_87 match 108 27882 28124 match_88 match 67.4 22123 22314 match_89 match 89.7 17252 17437 match_90 match 55.5 16698 16811 match_91 match 59.7 28228 28341 match_92 match 60.8 21112 21219 match_93 match 113 21660 22040 match_94 match 64.3 28183 28341 match_95 match 248 28695 29486 match_96 match 149 20634 21032 match_97 match 54.7 16698 16811 match_98 match 77.0 16974 17156 match_99 match 217 22433 22903 match_100 match 120 21332 21592 match_101 match 191 18343 18825 match_102 match 87.0 28424 28606 match_103 match 83.6 22123 22317 match_104 match 78.6 21112 21258 match_105 match 82.0 27168 27314 match_106 match 127 27882 28124 match_107 match 87.0 16026 16172 match_108 match 138 16370 16615 match_109 match 109 17252 17440 match_110 match 63.9 15832 15927 match_111 match 64.3 26989 27084 match_112 match 122 80966 81241 match_113 match 108 81318 81524 match_114 match 63.5 81813 81929 match_115 match 60.8 81611 81700 match_116 match 122 80966 81241 match_117 match 108 81318 81524 match_118 match 63.5 81813 81929 match_119 match 60.8 81611 81700 match_120 match 84.3 16698 17156 match_121 match 90.9 21660 22025 match_122 match 46.6 28228 28338 match_123 match 142 20634 21032 match_124 match 119 21332 21592 match_125 match 78.2 28427 28606 match_126 match 292 28692 29480 match_127 match 131 16361 16621 match_128 match 130 27882 28124 match_129 match 259 22418 22906 match_130 match 216 18343 18816 match_131 match 85.1 21112 21258 match_132 match 119 17249 17455 match_133 match 93.6 22123 22332 match_134 match 90.1 16026 16172 match_135 match 89.4 27168 27314 match_136 match 57.4 15832 15927 match_137 match 57.8 26989 27084 match_138 match 120 21660 22025 match_139 match 157 20634 21032 match_140 match 120 21332 21592 match_141 match 81.6 16974 17156 match_142 match 62.8 16698 16811 match_143 match 92.0 22069 22332 match_144 match 306 28692 29492 match_145 match 89.4 28424 28606 match_146 match 139 16370 16615 match_147 match 84.0 21112 21258 match_148 match 142 27882 28124 match_149 match 272 22433 22915 match_150 match 118 17249 17455 match_151 match 73.2 28228 28341 match_152 match 231 18343 18822 match_153 match 88.2 27168 27314 match_154 match 106 26542 26709 match_155 match 106 15047 15223 match_156 match 92.8 16026 16172 match_157 match 63.2 15832 15927 match_158 match 65.1 26989 27084 match_159 match 120 21660 22025 match_160 match 157 20634 21032 match_161 match 120 21332 21592 match_162 match 81.6 16974 17156 match_163 match 62.8 16698 16811 match_164 match 92.0 22069 22332 match_165 match 306 28692 29492 match_166 match 89.4 28424 28606 match_167 match 139 16370 16615 match_168 match 84.0 21112 21258 match_169 match 142 27882 28124 match_170 match 272 22433 22915 match_171 match 118 17249 17455 match_172 match 73.2 28228 28341 match_173 match 231 18343 18822 match_174 match 88.2 27168 27314 match_175 match 106 26542 26709 match_176 match 106 15047 15223 match_177 match 92.8 16026 16172 match_178 match 63.2 15832 15927 match_179 match 65.1 26989 27084 match_180 match 145 108258 108665 match_181 match 121 104669 104902 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_182 match 105 98711 98304 match_183 match 105 98711 98310 match_184 match 353 742 2 match_185 match 132 98708 98310 match_186 match 152 98711 98310 match_187 match 134 98711 98310 match_188 match 462 889 5 match_189 match 84.0 41136 40603 match_190 match 56.2 54500 54294 match_191 match 48.5 41669 41520 match_192 match 88.2 41443 41249 match_193 match 88.6 36341 36159 match_194 match 51.2 43215 43126 match_195 match 91.3 43066 42887 match_196 match 39.7 54213 54145 match_197 match 81.6 39071 38922 match_198 match 76.6 52029 51889 match_199 match 63.5 51829 51644 match_200 match 89.7 39337 39152 match_201 match 50.8 54061 53987 match_202 match 115 36594 36418 match_203 match 84.0 41136 40603 match_204 match 56.2 54500 54294 match_205 match 48.5 41669 41520 match_206 match 88.2 41443 41249 match_207 match 88.6 36341 36159 match_208 match 51.2 43215 43126 match_209 match 91.3 43066 42887 match_210 match 39.7 54213 54145 match_211 match 81.6 39071 38922 match_212 match 76.6 52029 51889 match_213 match 63.5 51829 51644 match_214 match 89.7 39337 39152 match_215 match 50.8 54061 53987 match_216 match 115 36594 36418 match_217 match 118 98711 98310 match_218 match 481 886 2 match_219 match 98.6 67729 67028 match_220 match 72.4 67983 67819 match_221 match 96.3 58984 58832 match_222 match 51.6 58591 58502 match_223 match 70.5 58772 58674 match_224 match 128 98711 98310 match_225 match 105 98711 98304 match_226 match 72.0 62110 61991 match_227 match 94.4 58984 58832 match_228 match 57.8 58591 58502 match_229 match 57.8 61908 61819 match_230 match 70.1 58772 58674 match_231 match 311 742 2 match_232 match 308 742 2 match_233 match 73.2 62113 61991 match_234 match 53.5 58591 58502 match_235 match 53.5 61908 61819 match_236 match 96.7 58984 58832 match_237 match 70.9 58772 58674 match_238 match 115 98708 98307 match_239 match 135 98711 98310 match_240 match 301 742 2