C02HBa0072A04.2 TACTTTCACTACATCCAAGAATTTCAAAGACATTAAGAAGATGTGGGATTTTCCAAAAGA AAATGGGCATATGCAGTACGAGTACAAGACTCATCAATGTATTCATACGCTTCTCATGTT GAAGAACAGGCACTGAGCTTGTGAAAAGAGAGGCATCATTAGTGATAAGGACGGAATTAG ATCCTGGACGAATCTCCCATGGTGTTCTTCCCTTTTCTTTAGATACATTTATCATTGGCA TCTTCAGAATATCTGTAATGCAGCATAATTAGGTAAGGTTAATAAATACAGTATCATTTC TGGAGAATCCCCAGGGACCATTGCATAGTTGAAAACACTTGTCCACGCAATGCTGCCTTT TACATTTAAAATAAAATCTAGAAAAAGCCATCTTAACAAATTGATAAGCGATCCAGCTAA GATTAAGTGCACACAAGCCACCTAAAACATACTAGCGTATATTCTCAAGTGATATTGTCA ACATTATGTGATTGCGAGGAACATCTGGGGTTGAGTCTCTCCTATCACCTTCACATTTGC TATGTGATTTAATCTGCATTATTCATTTTCTTTCTGAATAATTGGAGGGTTTCATAGTTC GGATTCATATACATTAGCTAAAGAAACCAGAGAGCATTTAACAAAAAAAATAACAACCAA ACAGGTGTGATATACATGCTGGGAATGCTAGTTGATACAACATTAAGAGCTCTTTACCAG CTCTAATAGAGAGCAAAGATAACAGCATAATAAAAATTCTAAACCTCTCTTGCTCCTGTT TCAGCTTTCAACTTCTTAAATTTTGGGTAAAGCTGTACACTTGCAAACAGATGATACTCA TCTTTGGGTCCACGGCTACACCAATCAATCAATTATTTCAACTTGGTGCAAGATGCTTCT CCTCAAAATTCTAGACCCACTAGATGCCCCCAAAGACAACAACAACAACTTACCTAGTGT AATCCCACAAGTGGGATCTAGGAGCATAAGTGTACGCAAACCCTAACCCTACCTCGTAGA GAGTCCCCAGAGACACCAACTTTAATTAAAGAACTAGTCTTTCTTTTTTTTTCAAAAGCA ACTTTCAATTCCTAATGGAGACCTGACTCCATGTTTGTACCTTGGTAATAACTAAATGAG GCCAAGATACCGATCAGCCTACTCGGCAAACATCTATTCTTCCCAATCTGCAGTAAACAA CTTCCCAGATAACTGAACATAAAAGTTGAGGAATAAACAATGAGACAGAAGAACTTAGAC CAACATCAGTTATTGGACAAATTCATTCATCTCATAACAAAAAAAAAGCACAACCACTCG CCAAAGCTCTAATTCTAGACATTAAAAGTACAACAACAACCACAAATGGGGTCTGAGCCG GACCTTAACCCTACCAATACCAAGACTGACGGAAGAAATCATTACTCAACAGGCACATAA AACAACAAATTCCATTTCTAGAGGTACAAGATTAAAGATCGTTTCTTCACTCCATTACAA ACCACCTAAATGAAGTTAAAGTTTCCAACTTCCTCAAAATCCAATACCAGCACACGAGAA CTAAACATCAACAAACAAACAAAAAAGTGTTCCCTAAGAAAGAAAAAAAACCTCATTACT CAACAGGCACCTAAAACAACAAATTCCAATTCTAGAGACATCAGTTAAAGATTCTTTCTT TACTCCATTTACAAAACCACTTAACTGAAATTAAAGTTCCCAACTTTCTCAAACCCCAAT ACCAGCACACAACAAATAAACATCATCAAACAAAAAAAAAAAAGCTTACACAGAAAAAAA AAACATGCAAGAAACACTCAGCAAAGTTAAAACCTAAATAACTAGACTAAAACCGAACAA CCCAAACACACCCTCAAAAAAAAACAACTTCCAAACTTCAATTTCAACACAACCCCGCAA AAAAAGATTCAGAATTTAGGCCAAACAAAGCCTAAAAGAAGTAAAACAAAAGAAAAAACC TCAACAACAGTAGCAGAAGGTAGCAAAATCAAACCACTCTAAAGAAAAGAAAAGAGTAAA AAAAATGGCTAAAAATTACCAGAACATAAACTCCATAAAAAGTGGACCACGATCAAGCAG AATGAATAAAAGAAAAAAAAAATATAGATGAATACACACCCCTGAGAGACGTGCAGAAAG AGAAATACCTTTCTTTTTTTCAATTTTCACTCTTTGAAAGTGCATACAAAACTATGGTAC AGGACATATATATATACATATAAAAATACAAGTATAATAATAAAATAAATAAACAAATAC TATATAATATAATTATTTTTTAAAAAAAAATAATAATAAGAATGATATGATTGGAGGAAA AGAAAGTGAATTAAGACAGAGAATGATTGATGAAAAATGTGACTGAGGGGGTAGGGGTAG AGCGTGGGGGGTGGGGTGCTACACGAGTTATGGCAGGTATAAAAATATTAGGATAAAATA GTTGGAATAGTATTTAATTTTAACTTAATTTAATTGTATTTAAATGTGATAATGAAACCA CACTGGGTGAAAAAAACAAGAAAAAGATGATGATGTAATTAAGTTTTAAATAATATCCAT AAATAATAATAATATTTTTTACCTTAGATTTTAATTAAGTACACTTTTTTTTCCAGTGAC ATCACTATTTCTTTAAACTAGGTTTCAATTAGATTTTTAATTTAGATATCATTTATTCCT AATTTATTCTATTGGTTTATATAATTTATTATTTATGTTTTCATAGTTTCATCAACACTG AACATATTTATAAAATAATAGTATGAAATACCAGGAATATAAACTTTGAAGCATTATTAG GTTAGAGCTATCATTGTTATTTTTTCTTCAAATTAAAATATCAGACTATAAGGTAGAGTA TTAGAAGTACCTAGCATCGATAACGTAAAAGATAGTGTTACCCTATAGCTTAAAATATGA AGGAATTTAATGAAATCGTAATTATTGAATAAGTTTTTTATGCAATATAATTTACAAGAA TATGTTCTACTATTATTTCAGGGCTATTTAGTTATATTTGTGTCGGTATTTATAAAAAAT ATATATGTAAAATATTACGACGAAATTTATAAAGCATAAAACGCTCAATTAATCTAAAAA TGACCTATCACAAGTGATTCCACCTAGTTATTAATAATCATCCCAAAAAAAGAAAATCAA CTAAATTTCAACTGCTGTACAAAATTTTACAATATTATTTACTACTAAAGAATTTTTTTT TCTTTTTTTTTTTTTTACTACTAAAGATTTATAAATATGAATTTCAAAGGTAGTAAGTAC ATGTAGCTAAAGAAATTATTTTATTTTTTTTGAAAAAAAAATAATACTTCAAAGATCATA GATTTTAATAATGATTGACTTCCCTTCTTTTAGATGTTTAAGTATATCAATTTCCGCAAA ACATTTAAATTATTAAGTATATCAATTTCCACATAAATTATTAAGTATATCAATTTCCAC ATACACATTCAGGTTATTGTTCAAAATTAAATCAATTAGGTTAAATTTTTTTATATATTG AGAATTATTATATATTTTTACCTTGCATTTTGAATAGATTTAAAAAAAAAAATTAACCTA AGTTTTGATTAGATTTTAAGCCTAAATATCACCAAGATATGGTTTATAGGTGTATTTCTC AGTTATATAGATTTAACTAATTTATTACCTTTAAAGACTATAAGGTTTTAATTAAGGGAA AATTATGCAACAAAGAAATTTATATTATTTAATTACACATCATAGTTATAGTTTGCTATA ATTAGCAGTCGCGACTAACATTATATATTAATTACGTGTGCAGATTTCGAATTTGTATAA TTAGTCACGTTTGTATATGTATAATCGCCATAATATATAAATACATATGTATGATATACA ATTATTTAAAATATACATATATACAATTCACCTCTCTCCCACTCTCTTCCCTCTCTCGCT CGCCTCTCTCCTCCATCCCCCAATCTCTCTCGCCATATATACAATTGCATGTGTATAATA TACAAATATATATATAATTCACCTCTCTCCCAATCTCTGCCCTCTCTTGCTCGCCTCTCT CCCCCCTCTCCCAGTCTCGCTCGCCTCTCTCCTCCCTCTCCCAATCTCTCTTGCCATACA CATATACAAAATACATGTGTATAATATACAATTATCTAACCAATATACATATACGATTCA CCTTTCTCCCACTCTTTTTCCCCCCTCTCTTTCGCCTCTCTCCTCTCTCTCTCAGTCTCG CTCGCCTCTCTCCCCCATATAACATGTAACTACAAATTGTAATTATCAAACTATAGTTAT GGAGAGTAATTAATTATTTTTAGATGAATATATGTGAAAGTTTCCCAATTAATGAGTTTC TTTATAAGAGTGTTAGAAGTACCTAAACATTGATAACATAAAAGACATTATTGTCCTCTG GATGAAAATTTGAAAGAACGTGATAAAATCGCAATCATTGAATGAGTTTCTTATGCATTA TAAAAATATGATCTACTAATATTTCATGGTTATTTAGTTATATTTGTGCCGATATATAAC TATTTTCTTAACCTAGGTTTTGATTAAGATATTAAGTCTAAATATCAAAAAAAAAAAAAA GGTCTAAATATCACTAATATATGGTTCAAATGTATATTTCTGATTTACATAGCTTTAATT AATTTATTACCTTTAAATTGTTAAAAAAAATAAAAACACATTAATTCTTCTAATATTACA CTCTATCTGGTTTGTATTAAATATAAATTCGTGGTATTTCTTAGTGTGTTAGACATTTGT TTGACTAATATCAAATTAATTAATATGCTTTTAGTGTAAATATTACTTTAGTGCTAAAAT AGTTCCACAATCATAAATATTTTTAATAATAATTAGTGATAATATTAATATTTGACAGTT GATCAACTTTAAACACAAATCAATAAATACATGTCATTTTTTCTACTTACTAAACTTGCA AATTAATCATGATGAAATGTATATATGCATGTTTAATTTAATCACTTGACGAATAAAAAA ATTAAACGTTCCCATCTTTTAAAGGCTTTCAAATAAATGTTCATTTCATAGGTTAATTTA ATCAAATAGTTTATTACTAGGTTTATTTAGATTTTATTTGTGTACAATATAATTCCTTTA GAAGATATCCTTTCAGACAATATTAAATTTAAATTTAATATGTTTGCATATATCGCCTAA TTTCATAAACAAAAAATTAAGGCAATTGATATTTAATATTTATAGTAATAATTTCTAAAA ATTTGGAACGTTATTTAATTTTTTTAATTTGACCAAAAGAATCCTTACACAAAATATCTT CATTAACCATTAAAAAATTAAAAATAAGTTTGAAAAGAATAACCAAGTATTATTCATGTG ATGATGATATGTTTATATATATAATTAATAAAAAAAAAAGAATGAAAATCTCGTACTTTA AAAAGAAATTATTGTTTCTTTCAGAGCACAAATTTTTCATTTTTTATTTTTTTAATTATA TATAAAAACATATCATCACGTGAATAATACTTTTCTATTTCTTTTCAAAGAACCAATTTT TTTTTTCTTCTCTAACCATTTATGAATCTTTCAGATATTTGTATAAATACATTGACATGT ATTAATTATCTGGAAAATGGGCAATTAGTTTCAATAATCTTTTTGTATCATCAAATCGGT GGGATAAAATGATAACAAAGTGACGTGAATTAATTATGTTTTTTTTTTAAATGTTACATA ATAATTTTGTTACTATTTATTATTCTGTTATAATTTACTCAAACAAGCAAAATATAAAAA GAAAATTTACATACATTATATTTCTCTGAATCTTACTTATTGAAATTGAAATGTTGTGTA TATATATATAATTTCAATTTAATTATAATCAATTAAGAGGCTTTATATTTTATTAAATTA CTTTACTATTATAATAAGTTATATTAACTTGGTGTAAGTTACTAATACAAAAAATATATT TTATCATTTATGTATTAATATTAAACTATCAATTAGGAAATTAATTGTCTCGTGTGTTGT TATTGACAGATCTTTTTATAATTAATTCAACTCAATCGGTATAATGTGATATGTCCAATT GATAAATGAAGAGTTTTTATCATTCATCAAATATAATATCGTATGTTACTAGTAATTAGT ATTTAGTGTTCGCAAAATAACTTTTATTTTTTTATTAATTAAATATGATTTACATTGTTA CTTGAAATTATTATTTAGTTACACAAAATAATTTTTATGATATTCATGATGTGGACAGTT TCAATCTGTCTTTTATGATTGTTCAATTGTGATACTTTGAATAAATATTTTTAACATAAA ATATAATATTTCTCATGTCTCAATTTATATAGTTTAGTTTAAATTTTAAAAATTGAACAA ATTTATTTTTTATTGTGAATTTTAATGTAAAATATATAAATTTATTTGAAATAAAATATA CATTAAAAACTATAAATTCTCCAAATCCCAATCATACATATTCACATGGTTTTTGTTTTA TTTCGAATAAATTTACATACTTACATATACAAATTCACAATAAAAAAAGTCAAACTGTTT AACTTTTGGAATTTAAATTGAACTATATAAATTGAGAATGAGAAATATTGTCTTTTATAT TAAAATTATCTACTTAAAATATCACAATCAAACAATTCATAAAAAACAAATTAAATATGT TCACATCATGTGATTAAGTTGAACGTTACTTTGCGTGACTAAATAATGATTACAAGTAAC AATGCTATTTACTTTTTTAATTAATTAAATCTGTTCACATCATGTGACTAAGTTAAACGT TCTTTGCGTGACTAAATAATAATTACAAGTAACAATGCTATTTACTTTTCATTAATTATG AAAATATAAAATACCTCATAAAAAGTTTAATTAATACAAGAACAATATCATTGTTAATGC ATAACTTTGTTTGTACTACTAGGATTAGTTATTTTATTTCAATTACTTTGTTGGTCATAA CTTGTTTAATCTCCTTTATCGATCAAAGTCAATCAACTATCGAGTATAAATATTGGGTTA AAATTCTTTAATTGAAAAATGTGAAAGTTACAAGTTATGAAAAAAATTATATAATACAAA TATCTATCATATTATAATGGTAAAAGAATCAAAATGATACAAATTGCAACTAAAAGTTGA GCAATCCAAAATTGATAATTTCAATTAACAAAAAAATATTGATTTATTGGTAATAAATTA TTGAATTAGTGATTTTATTAATTTTTTTAATTTTTTTTATATTAAATTATCGATTTATAG CGATTTGAGTTTTTTCTTAATGATTTACGCCCTAGAATATTTCTCGGTCCAAGACTCACT CCAAAAATATTTTTAAAAATACTAATTATGAGACATATTTAAAAAATATTCGTGAATGAA ATCTCGTTAGATTATCGCTATAAAGGAAAATATAAAAAATTATGATGAACTAAATAGAAT ATCTTTTTTCATTAACCAAATAACCGAATTATGATTTCCAATAGAAGAGAAATTAATAAA AAAATATTTTCTTAATAAATATATAACACACAAATTTAATTAATAGGAGATCCATATGAG AGCTAATAACGCCAACGGGAAATAAGTACAAATCTAAACTTAGGAGTTTATTTTTAGTTT TATTTTGGGATAATTTTTGATACAACTAATACACACAACCATATCATTTGATTCAAAATA CAGCTAATAAACAGTCAAATTATACAAATAATTTATTTTTAAATATTGTATTATATGATT TGTATAGTTTAATTTGAATGGTGTTTGGAATTAAGAAGCTCAATTTCGTTATTGTTCTAA TAATAATTATTATAATTAAGTTATATTAGATGTCAATCCTAAAATGTATGATGCTGATCT GCTGTTGTAATACTCTACTTTTTTGTTTGGATATTTTTGACATAATCATTATATACTTCT GAAAGAAAAACCAAATTTATTCCAAATGCATAGATTTTATTTGGAAAAATTTTTGAGGAC AATCTTCCAATTAAATATTTTTTTTACGTTATACTCTTTCAATTTCTATTTAGTTGTTCA CTTTAGAAATGACATACATATTAAGGCATCAATGATTATTGTAGGTTAGTTATAATTTTA TCCTTAACTTAAAAGATTATGTAACTCCCCAAGTATAATAAATATATTTTCTGGTTCCAA AAAATATTCATTACAACTTAAAAGTACTAGAAATTCTCTAGAATTAAATAAGGGCATATT AGAAAAAAAATTATTGCCTTTTTTGATTTGTTAAAATAAACAAGTAAATAGAGATAGATA TAAAATAAAAGAAAGACATAATATAATACATATATTGGACTCTAAACTTGACTTCAAATT TTAACTTTGACCTCCAACTTTCATAATGCACAAATAGACACTTTAATTATCCAACTTTTA AATAAATACATACATGAGTCCTACATGGATCAATACATGTAGGACATTACATAAGACAAA AAATGACACGTAGGACATGTGTGTCTATTTGTTCAACTTTATACAAGTTTAACGGTGTAT TTGTGCACATTCAAAATTGAAGGACATAAATGCGATTGAATGAAACCAAATTAAAAGACA CATTTATGTATTATGGCTAAAAGAAATTATGAACAAGTAAATAGAGAGTATACCAATTTC TATTTTATGTTTAATATAATAATAATATTAATATAATTATTTCAAAATTAATTCATTAAC AACATGTACTATCTGGAAAAAGTGTTGTACTAAAGATTCTATCTTGCAAGATTTTTCTTT TTTCAAATTTAAGTAGTCTTTTTCTTTCTTTCTTTCTTGGATGTTATCAGAAAACATGCA AGGCTCCTCTGCTCTTTCCTGTTCTTCAAATTCTATCTCTGCTCCAGTTGGTCTTTGTTG TTCTCAAAGATTAACACTTCCTTTTCGAAATCAAAGAATTGGGTTTCTGGAAAATCCATC AAGCTTGAAGATTTTCCATTTTCACCGAAACACTACCCTCCCTTTGCTGAACTGCACTGG TAAATCTTCTTTCCATTAAAGTTTTAATCTTTATTGATTTTTGAGTTTCCATAATGCTTA CTTTGATTTTTTCTGACTTTTTCCGAACTGGGTTGTGTTTATTTTGGTAGTATCAGAAAT TACTCACTTCCAAGTATATACTGTTTTCAACTGAATTCTGAAATATGTTCTCAAGATGTT ATGCTTTGCTTTTGTGGATTTTATGTTCCTTTGAATTATCATTAGTATTATGTTCTGACG AAGTGGTGTCCCTTGTCCAGCCAGCTTGGCAAGATCCTCTTGGTCTGGTTTAGAGATTGT ATGTCGATATAAAAATAAGCCCGTGGCTGTGAGATTTAGAGAGTCTGAATTTTTCAGAGA ACCCCTAATTTGTTTTAAAGAAAAATTATTGAGTATTGGAGTGAAATGGGTCCAAATATG GGGTGAATGGATGTTGAGGGTTAATATAGTGGACCAAAATTAGTTTAGGATTAACAAGTA GTAGTAGTAGACGACTAGTTTTTGCTGCTGAATAACACGTCAACATACCCAGTGTAGTCC GGGGGGGGGGTCTGGAGTGGGTAGAGTGTACGTAGGCCTTACCCCTACCTCACGGAGGCC TCTGCTGAATACATGCTGCTTAGTATAAAAGTATAGGTACATAGTATGGGATTTGAGACT TATCATTGGACATGTCCTTCTCAGTTCAGCTTATTTCTACATTCCTCGACTTCGTTTTGT TTCTTTTTGTAAGTTTGTTCTGTGGTTTGTCTATTTGTTGGTTCTAGTTTTGAAGCAGGA GCATCTTCAGATAATTCTATCAAGTTAATTGTACTTAAAGTTAGTCATTACTTCACAGTT AGGCAAATTAAGTTAATGTTGGCAACACATTATCAGATTAATGTAAGGTAGATTTATCTA ATATCAATTTCTTGGGTCAGATCTTTTGCTTTTTTTAGTTTGCTATTTATGTCTTGCGTA GAAGTAAAGCGTCTTGGCAACTCATATTATGCGGCTTTGTCCCACAGTGACACTTCTGGC TTCATACTTAATCTTGTAGTTGCACTCTGACAATTGCTTTAGAATCCATACCGAAGATCG AAAGTGAGAGCATCATTATTTAAGGCAAAAGATGCAAAAGTACAGTAGGAGATGAATATT TGTTCTTTTGGTAGGTTGGATATACATGAACGGTAACTCAAGACACATTTATGTTTCTTG CCTATCCCAAACAAGGTACAGTGACCACGACCCATCAGAAGACACTAGGTTTAATAGAAG TTTTGGAATTGAGCAAAACCTTGAATTTTGTGCTGTTATTTGCTGTTCTATTGACATTTC ACTTGAGCTGTTTCCTTCAATGACACACCGGCTAATCATTACTTTTATCTTCTGCAAGTA TATGTTGTATATTTGAGCTATCTTAAGTATCACATCTTGTGATTGTTGTCATTCTACACC CTTAAGCTTAAGCAAGTGTGAGGTAATCTTTGAATTTGTAAATTCTTACAAATTCCAGTT AAAAGTTTCCCGAATCAAGTTAATCACATAACATAGAAAAATCATGTATGATGTTCTTCC TGGAAAGATATCATCTCATAATAATGTACGCTTTCTACAAATTTGTTACTCATCATGATA TACCAAGTCATGTGAATTAGTTATCAGTTACAGAACGCAGTGCTTAGACTGTCAAGCATC TTAATTATGCTAGAGTATCACAGTAGTTTTCATTCACTAGAAAGTTTTCTTTATAGTTTC TGCAAAGTCACTTGGTCCTCAAGTTAAGCACCTTTATTGTTTGTTCATTTCAGCTACGGA AGAGATCGTGGAGGCTAGTGAAACAGAGGGATTATTTGTTGAAACTGGGTACATATATAG TGTTCATGGGCTTCAAGGTGAGGTTCGAGTAAAAGCGACAACTGATTTCCCTGAATTGCG ATTTTCCCAGGTAGAAAGCATCAGGAACTTAATAATGGGACTGGTTTCTCGTTTTTGGCC TTCATGAGAATATCCTTTTCATGAATTCACTCTTAATTTAGCCAGGAAGGCGATGGTTGA GGCAGCAAGTTACAGGGAGAGATATGATTCAAGAAATCGAACTAGTGGAGGGAAGAGGTC ATCCAGGACAGAAGAGTTGGATACTTAAATTCCACGAGATTAACACAATTGAGCAGGTGA TCTCCGTGTAATTATGCTGTACATTGGGTTTCCACAACCCACACTATTGTTTTTCCTCAT ATATTATGGAATGCAGTAAATATGTCTTTTGATTATAATGACCTTATCTTTCCTGTGTTA AATTAATTTTAAATCATGCATGTACAATCACAGTATTTCAATACAGCAAAGTGGCAGTGT CATGTAAGAAAGTTGGAAGAATTTTATATGACTTTACTACCGAATCGAAAATATTTGGTT CATCTTTTGTAAATAAAGGCAAATTTCACTCTGCCCATTAAATACGGAACCATTACTACA ATTCTAATGCCAGTTTTATGTATCACCTGAGACATATTTTGGAAATGGACTTGATCTTTA TCTTAGGGCATGGCCGTTTGATATATCTTGTTTTCTCGATTCTCCTCAGGCCCAAAAACT TGTGGGGTCGGCCTTACTGGTGAAGAATGAAGATAGACCAATCCTGGAGGAAGGTGAATT TTACACCCCTGACCTTGTTGGGATGAAAGTATTTCTAAAGGTTTGTTTCCACGGCTTCTG ACTTTCATAAAAGGCACACAGTTCTTTAGTTTAATTTCTATTGGAGCTGAGTGGCACTTA AAAGGGATCTTCTATTTTTATGTGCTCCAGGAAACTAGAGAACTGGTAGGAACTGTTATT AATGTTTTCAACAGTGGAGCTAGTGATCTCCTACATGTTGAGCTTCTACCGAATCAAAAT GCAAGACCACAGTTGGAAGGAAGTGCATCTGGTCCTCTTGTATGGGTCCCTTTCGTTGAA GCAATTGTTCCAAATATTGATTTGAGTAAAAGGGAAATGCTGATTACACCTCCAAAGGGT CTTTTAGAATTGAACATCCGTGCAGATGAGAGGTCCAAGAAAGAGAGGCGACAGCTTGTG AGTTGCTTTTCTTTTTTCTCCCATTTTGCCAGAATTTATCATATAGGTCACATGCTATTG CGGAGTGCTGTCAGTGTGGTTTCAGAAATCATAATTTCTTTTAAAAGAAATTTTATTTAT CTTTGATTCTTTTCTAGAGAAGCAACACCTTGTGAGTTGATTTTGTTTGTGTTCACTTTT CTAGAATCAGAGTGCTGTCTCAATCATTTAAGAAGTCACTTTGCCATTTTCAAAGAAATT CTAGCTACTTTTTCTCAAGTACTCTGATTGGGTTTTTTCATATTCATTATTGGTTACAAG TTACTCTTGTGTGGTTTACTTTATAAATTTGACCAATCACAGACGTGCGTAAAGCAGTCA AGTTTAATTTTCTTCTTCTTGGCGCCTTCTCTAGTACTCCTTATGCTTCGTCTTGCTACA CACCTCTTTCAGGGGTAGACCAGATACAATACCTTCAGTTTGGAAGTAATTAACCAAAAA ATTATAGTTTTCCTTAGATTTTTGGTAAGGAATTATAGCTGCCCTCAAAACACATTTTGT TTCATCTCTTTCGGTATCTTCCTGGATTTTTGGCAGTATAGAAGCCTCCACTTTGTTCAT CCCATTTGAATCTATTATCTTCACAGGGAAGTCCCTGAAAACTCCCATTTGTACTGTAAA ATTCAGCAACTGTCACCAATTGCCAATCGTTGAAATGTCTTCTGAATCTGATGTTTCATA TCTCATAGTCCCTGGATTCTGCTACAGTAGCTTCAGGGTACTGAATCAAGTTGAAAAAAC AAAAGGAGTTGTATTTTTGGATGATTGTGGACTATCCATTTGTCATGACATAAGAGACTT TCCTTCCATTACTCCCGATGATGCTTGTTATTTGCAAAACTCAGACCACATCTTGCCAAT AGGTGGTTTCTTATCTTAACCTATATGTGTTGTTTGCATCCTCTGCCAGGTGTAATCATT TCTAATCTTGCCCAACATCTTTTAAAGACAAATACATCTCAATGTTCACATTTCTATGAC ACTCATCCTATGAATAATTAGACCTTAGCAGCCTAACTTTTTTTTTTTTATCAAAGCCAT GGAAACCCAACATTTACTCCAATATAACATTGCTGGCCTTACTGCCGTTAAATAATTTTT TTTAGGTACTTTGTAGTTGCACGGAAATCCACATCACTTATTCATTTCAGTCATCCTATA TTTAATTTCTGTGTTATATCTTCATCTATCATGTCTTTTTTCTTTTAAGGCCAAGTTTAA CGGGGTTTATCTTTATAGCTGCTTTACAGGTTTTTGGTCTGTTAGCTTCATGTTACTTTC ATGTTTGAAGCAACTTTATTTTCTCTATAACCTTTGCTCCTTGATGCCTTTCTAATACAG TTTAGTCTTCACCAAAAAAAAAAATCTAAAAAGATTCTGCATTTAGGCACAACAATTACA TCGAACCTCACTTTGCCTTCATTCTTACTATGGAGGCAAAACTTGCATATTAGTTCTACT TATCCTAAAACCCTTACTTAATGGAGTGTATTTCAATATTTTCAACTTTTTATTGATTCA CTCCCTCATTTAATCAATTGACAATTATCTGCAAATAACAGTTCCCGTATAAAGTGAAGT TAGATGACTGTAGCCACTTGTTAGAAGATGGCGGTTGCGCCACCATATATTCACATCATT AATAGTTGTTAACTCCACAATGGTGAGATAAGAACAAGGTGAATTTGGTTTGTGCAGAAG GATAAATTCTTTAACATCTAAATAAATGGTTACCCACTTCTCCTCATAAGAATGTAGTGC AGTGATTATCATTAAATAGATGTCATAATTTTCTTATCCGAGCTCAATGACAAAGTAATT CTTGATGGAGAGTTCATACTTAGCTGTTCCAGATGAGTGCCGGTCATTAAGTAATGCCTC TAAAGTTGCTTTTCTCTCCGGTGCTCCTCTGTGATTGTCGTAGGTACTAAATCTATAGCA TTGATCTAGTGTGTTTGGCCTACTTAACCTTCTTCTTTTTCAGGAATGGAAAGAGAGAAA AAAGTCTCAGAAACGCCTCATAGCAGCCAAGAAAATATTGCATGAAATGGAACAAGATCA TATATTTCATGGTTTCAGATATGGAGAGAAAAACCAAAGGAGCTTCCTTGCAAATCAGAT AGTTGATGTAAATTCCATCTTGCTTCAGCATGCCTTGCAGAATAAAAAGATTCCATATAA GAGGTGCAGATATTAGTTAATTTCCTGTCTTTTGTCATTATATACCCTTTTCTAATCCTG CGAAGTGTATGTCATACATGCTTTAAGTAGGCTAACCATTCTTTTACACTGACATCCCAT ATTCTAAATGTTTAGTAGAATGTCAAGGGAAAAAGCTAGGATTCTTTTTGAGACCCTATC TTTTCCACGGTTTGTGGTAACCGATGTATAACTAGAATCAAACAACCAAAGTGACCTACT TCTCCCCACCCTCATCCCCCCAAAAATGAAAGAAGAACGAAAGGAAGAAACAAAAACTAT AGACACAAATTGACCTCTGCTTTGGATGATTATGTATTTCTAATTAATCTCCTGTGGTGA CCTGTTAAAAATTGGTAGTGCTGAAAGATATATGGGAAGAGGTCCCAGTGAAGAGTTTTT TAGAAGACCACACAAAGCGAGAAATCTCCTCTTTTAATGCAAATTAGTTGTGGGCTTTAG GCTCAGTATACTGGTTGGATGCTGTCTAGGACTGGGTTCTTTTACCTGATATTGACTTTT ATATATAACAGATTCTTATTTCTTTATTTTGGGAGTTGGTTGGAGAAATACTATCATTTG CCTTAAATTTTGAATTTTTTTCCTTGCGGCAGATGGAGCTTTCCAGACTTTGTTAATGCT TTACAAGTAAACAATACATTAAAACTATCCAAAGAATTCTTCTCTAAAGAAAATGTTGAA CACTCAAGCATTGTTTCTAAAGTTCAAGAGCAGGGTCATTGCCTCATATCTTCTGGCAAG GTTGCGATTGTTTTAGCTTTGACAGAAACTAAGCTTCTTGGAACGTCTTTTATTCCTGAA CCTGCTAAGCCTCATGAGGAGATTGCTTATCTGCACGTCAAGGGATTGCTAAATGACAGC CACAGATTGCTCAAGGTAGTCCTTCCTTCAGAAGTAGAACTAGAGATGGTATTGTGTTCT GTAAATTGAACTGCTATTTCCTATATGCCCATCAGGAGTGAAGTATATCTACCGTGTAGT TGTCACTTTATTCCCAGCAGCCAATTGCTTGAAAGTAGATTACACATGCATTATATTGTT ATCAGATGATCCTGATAAAGTTTGGGACATGTAGATTATGAGTTTTTTCCTGGACTTGTA TACATGCAAGTGTAATTCACATTCGAGCTGATTGACTAAAGGTCCATTTACTCTAGTTTT TGATGTTCTCGTGAAGAAGGGATATTACTTGTCTTGCTGGAGAGAATTACTCTTCATCAT GTTTTGAAATTTTTCTTGTCAATTGCAGATGGAGGACCGGCCCTCTGTACCTCTTATAGT TGTGTGTCCTGCTGAATCTATTGAATATCTCAAACAATTGTTCATGGATCATGACTACTT CTCTTTCGACTCTGAGAAGGTTAGATGCATGTACTTTGGCTATGTAATTAGTTACGTGAC AGTTAGGAAGCTTGGTCATAATGATCTATAAGGAATTTATTTCACATTCCTCCATCGTCT TCATTCCTTTAGGATAAATGTTACTAATACACAGACTTAGCTGAGAATTACTGTTAGCAC TTTGATTGCCTCAATCTAATTCTGAAAGTATAGAGGAACCACTTGGTTGGTCTTTAACTG GAACTATATCACTCATTCAGTCATGCTTTAAAACAGATATAGGGACTCTAGTGTTATTGA TGCTGCTAGACTTCATTAAAGTCATGTAGATGAACCTCAACTGTGAAAAATAAGTTATGC TATTGGCCTAATCGTGTTCCATATCCTTATTCTAGAAATCCCTACCCTGTGGCCTTGGCC AAATAATGCAATCCGCTGAGGGAAGTTCTATTGCATGCTTATAGCCAGTTCATCTAGATT TGAAACTATTATCTCTATGAAAAAGTGGACAAGTTCCTCCTATCAGGCATTCAAGCAACT TCCGGATATTGTTAATTTTGGTTGGTTGGACTAATTTCTGTGATAAGACTACTTACTTAA CTACCGTCTATCTATGATTTTGTTTGCATTACTTTTTAATTGTTTTCTGTAAACTATGTC CATTTTCTCTTTCACAATTTTATCATCACTATTGACATGATAATAGGTCTAGCTGCATGC AGTTTCTTAGTTTTTACATCATTTGAATCATTCACAGGTTTGGTTCTTGGAAGAAGAGAA GCTCCCTGTTGTCAGTGCTTCACAGGAAGAAGAAAACAAACATAAAATTTTAATGAAATC ACCATGGGAGATACTCCAAAGACCAGCTGGATCTGCAGGAATTGTTACTGTGCTTTCATC ACAGAACCTACTAGAGCATTTACATGTGATGGGTGTGGAGTATATTCAGGTGAGAGTTCA GATATTGGCTAGGTGTTGACTTCTGCATTTGATTTCTGACTAACTGCAATTGGCGTGTTA AGTAGCATGTATACTCCTTTTTCTTGTCCTTATAGATCTGTCTTAAGTGTTAATTGTTAA TTCGGCATGCATGTTGGTTGTACGCTTGAATTGCTTAGAACAATCTCCTTACTGATTCTG GAAAAGGGCTGCAAATATACACTCCTTATGTTCCTGTCTACTCTAGTCAATTGATGAAAG TGATAACACTTATTCTGAAATATTTTTCATCACCAGCAGTTGGATTGATGTATGCATGTG AAGTTTTCTATAAAACACATCTGTGTTGCCAGTGTTAAGAAACAATTCAAGCACCAGCCT TTATTTTTTTAATTTTCCTCTCTATCTCCTTTTTTTTGTGTGTGTTTGTGTGTTGGTGGT AGTTATTGCATTGACCTGGATTATTTTATAGAAGAGAGTTTTCTGAAGACGGTAATGGCA ACTTAGAATATGTTCCCAACATCATTTACATAAAAAATGTGAACCAGTAGGATCTTCATC ACTATTATAGGGAAATAGTGATTCATGTGTAACTTTAAAAAGTGTTTTTAGTTTAAAAGG TACATAGTTTATTTCTTTGAAAAATATCAACCGCTGAACAAGTGCTTAGAGCAGTTACCT TGTCCACTCACACATGTAATTTCGAATGTCATGTAAGAAAGCTAGCTCTTTACTTTATCG GGAAAAAGCTAGCTCTTTATGTCAGTGTTATAGATGGGAAATGCTTATGGAGATTTATTA GTATTTAGTTGTAAGGAGGGTGAGGAGAGTAGGGTGTGGAATTGCTGGATAGGATGGTTA TGTTACCTATGCTAATGAATGCCATGCCTAACTGATTTAGTGATTGGACTAGTTAGTACT GTTATACACATTTGTTTGCAAAGAGGTTGGAAGTAATAAGATTAGGGTGGAACACTATGA ATCTGCAAGTTATTGTACTAGACATTAGGGAGGAAGTAGCCGAAGGAAAGGTGAGAGTAT GATGTCATGATATCCTTCATTTTGCTGCGAGTTTCTCCATGTATCGGTGTTCTCTATTTT TTGGAACTTAGGCTCTTTTCTTTAAACCTTGCTTTCAGTATAAAGGTGGGAATTATTGAA TTCGTTAGATAATTCTGGTTCTAACAATCACCAGTTACTGTTCAGTCCTTTGGGGTTACT AGCTTCCTTGCTAAGTGTCATGTCTTGAGACAATGCTTCAAACTGGTCCAAATCAAGCAT TATAATGGATCTAAAGAGGCTCATCCCCCATCTCCCATGCCCCAAGCACCAAAGAGGGAA ACTAATAAGAGATGTTCAAAAACATAAATGTCAAAACTAAGAATGGATAGTAGAGTGAGA CAGTAAAAGGATCTCAATTAAACCTATATCAGTCACTTGTTTTAATTGATGTTACTAGTG GTTTTGCATAATTGATGTTATTAGTGGTTTTGCACTTCAGCGAGTCCATATTACCAGTGG GTTTGCACTACTATGAAACCGTGTTAACAGTTGGTTTCCAATACAGGTATGTTCTGGCAA TCAAGAATTCATTAATGGGGAGATGCTACTTGGTTTTACCAAGTCTCGTGAAGCCAATGC GGGGATCCAAGTCTTCAGGGATGTTGGCTACTTGGAAGAACACTTCAACATAGTATTTTC CATTGATTTTGCAAGGAAATTGACTAAGAAGATAGACAAACTTCAATTTGAAGCCATTTT AAAGCCAAATCAGTATGTGCAGATGGTAGAAAAAGAATGGGTTGATGTCATCCCCTCCTC ACCCAGCTCGTATGAGTTCCATTCATCGATATATAGCTGCTTGAACTCTTGTCCTCCTAG TAAGGTTTGTCTGGTAGACATTACTGCATGATATTGATATCTGCATACATGTATATGACT CCAACTTAGCCTCAAAAGCATAGAAGATGTTATAATAACACCAGTATCTTTGTTCTTAAT ATCACACCCTTCTTTTCTTTTTCTTCTGTTTCCTTATTAATGTTTCAACTTCATTTTAAA TTTTCTACTTCCATTTTTGGTCATTGACCTTGTGAGGAACTGTGTATTCATATAAAGTTT TTTTCTAATTGGAGTTTGAACTGGTTAACTAATTTACAAATGCTAGCAGAAGAAAAGCTG AAATCATATTCCTATATGTTCAAGCTTACCCAGACTCGTATGGGTGAGATGTGACAGGTA TCTAGTAGAACTAATTAAAAACGTGTTAGGACCGAAAGTAAGTAGGTGTAAATGCGGAAG CTAGGAAAGAAAACCTCGAAAGATCACGAGTAAGAAGACAACGAAAAATATACTAAAAGA CACAAAAATTTAACGTGGTTCGGTCAATCGGTCTACGTCGACAAAGGAGATGAGCAATCC ACTATAAATATGAGAGTACAAAATACAGAGAGAAACAATCTCAACCAATTCACTCGGAAT ACATGGAGGTTCACACAAGTGATAACGTATCAAACTTGTGACCCATAAATTCTCCCCCTA ACCAAAACTCTCAAAGTCTTCAGGACTACATTGTGAATGTTGATTAAGTTAGAATGAACA TGTCTCTATTTATAGATTCTTTGAACATTTTTCCTATCAGAAAAAAGATTAGTCAATCCA AAACTTTTTCCTAAAAGAAAAACTTATTTATGATAAGAAGTTAAGGGCAAATAAAACCTA ACAGGACGATACCAGGTTTTTTCAAAAAAAGAAGGGCAAAATAATGATTATAGAAGATTT ATATTGCAAATCCTGATAATGTTCGGGACTGAAGTGTAGTTGTTTATCGTGGGCGGTTTC CCTCATGAACGAGATGAATGAAGTCACTTAGTACTCATCGATATGTTACATTAGTACTTA CAATACAAATCAGGAAGAAAAATTGTTCTTTCAAGATCAACAAATAAGTATGATACTTAA AAACACTAATCACCAACAAAACATAAGTTCAAATTTATCTTTTTCCCTTAGATGTGATTT TTCAGATTGAATTTTAAATATTTTTATTTTAATTAATGAAATTGCTTATACGTTGGAAAA AAGCATACATGATTACCTCATTTAAATTTAAAAGATTTCATATTTTATTGGACTTATGGA AAACTTACAGATCAATATATCATATATAAAAGTGAATATTAGACTCGCCTATGTGAAACC ATCACAAATCAGAATCTCATTTTAATTTTTTTTTTTTATAAAATTAGCCTTTCACTTTCA TGAAAAGTTATGATATGTACGAAAAGTTGCGACTTTAATGAAGAGTTGTTATTTTTATAA AAAATTGTGATCTTTCTAAAGGGTTGCAACTTTTCGAAATAGTTGTAACATTTTCGATAA AGCACAATAATCATCTGTTCAAACAACCCTTTGTTGTATATAAATAGATATTTCTTCTCA TTTTAAAACAACAAAATTTTGATCCTCTTCTTCTTCTTCTTCACAATCGAATATTTGTGT GCTTTGCTCCTGTTGAGTTGCTCACGAACACCATTACTTATGTTACAGATCTGGTATGTA TTTTTATAGTCATTTATTTATTCTTATGTTATTAAATAATTAAATATTTGTGTACTTTAC TCCTGTTGAATATCACACTGACACCATTGTGTATATTATAGGTCCTAATATTTATTTTTA TAGTCATTTATTTATATTTATGTTATTAAAGATAAATGATAAGATGTAATAATTTTCTTT GCGTTATTAATATTTATTACTTAATCTTATATGTAAGATAATATATTGTTTTAATTTTAA TGATCGATAGATATTAAGTGTTATTCCCAGTATAATTTTATAAATTTTCTGATTAATTTT ACTAGTTAAACATATATCACTATTCACAACTTAGAGAGATGACGTATGTTTGGGCAGAAA AAAAAGGAATTAGGAGCAGAAATTACAATACATCTTATAAGGGCTATTAATTGTCATTCC TTATTCAATACTCTCTTCGTCCGAATTTTATTTGTCATGTTATGCTTATCAAAAGTTAAT TTGATTAATTTTCAAAGGTGAATTAGATTAAATTAATTTAACATTTTAAACAAAATTATT GAATATTCTAAAACTATATGAAAAGTTCTATAAATTATAATTTTTTGCATATTTATATGA TGAAAAAATACATCTTAACATATTAGTCAAAGTTTTTATAATTTAACTCTACAAATATAA ACCATAAAAGATTATACCGGACAAAGAGAGTACTAATTGCGCCTTATTTGTTTTAAAGAG TAACACAACAATTTTTAATACCTAAAGAAACTATTACTAATAGGCCAATATTTCTGTTCC TATTATTTTTTACTGATAGGCCAATATTGTGCTCATTAGTTCGTTGTATTCATACAAGAG CAAAATAAATTTGAACGAAAGGAATGCAATTTTCGAGACTTCGCAATTCAATAACTTATT GTCGCTAAATATGTATTGTTAGCGGCAACGGCAATTAGGATTCTTGTATATATTACTACA ATTTTAAACGATATTAAATTTAATGACACCTAATTAATGTGTCTATTTATTGTTATTAAA AATTATTTTTATCGTAGTATAAAAAAAAAATTGTATTACCATTAATCAAAAACATCTATT AAACAACAAAAACTAACATACCAAAACTCAAAAACATCTATTAAACAGTAAAAGTTGACA TATTATAACTCAAAAGCATTCATAAAACAATGAAAATTGATAGGTCTCGAGCTACATGAC ACATAAAAGCAAACATAATATCCAACGGGGAATAAGGCAAATTAAATATTTAAACTATCT TATTCTTATGAATGAGACTTGTTAACTTCCCCAATGACATTCTTGAGTGAGTAAAAATTG GGATGTAGCTAGTAACTGCAAATTCAAGATATATTTTGACCTTCGTAAACTTCTTTTCTT TTAGGTTGTAAGAAACGAAATGTGTGTATCACGATTTTTGTTGCATCAATATTTCTTCAT ATTTTCAAGTTGAGATTGGTATAAATCTATCACAAATTGATATCTGGTTGAATAGCGTCC TTCCAAATGCGATCTTTAGTCCAATATTCAGCGATTCCATACTCTTTCCTCCACCATATA TCAACAAATTCATAGTATCACTTAGACATAGACAATTCCCCAACTCTGCTAGTGTCAAAT CGCAGGATGAAGTCGTCACACCACGTGGAGCTAATATGGATTTCACCTCTCTGTCCAACT GTTAAAAAAGTAAATGTTGGCATTTTTTCGTATTCATCCAATGAACAACACCATTGACAT TAGCCTTACAAAATAATTCGCATAGAGGTTCTGGAACATCACCCATATTTCTCCATTTCT CATCCAGTCCAAGAGTATAAACCTCTAACTCTGATACATGTGGACGCCCCTCAAACTTAC TAACTACTGATCTCAATACTTTATACAGTCCAGAGGTTTAACTGAAGCGGAATGCATAGG CAACACGCTAAATTCTTTTCTCTCATTCGGACAATTTAACCTCGAAATTCACCCAAAAGA GGATTGCAAATGTAAATCAAATGCTCTATGGTATCGCTCGAACCATTAATCAAACAATTG AACCCATTACATGAACTAACTAATGTCAAGTTTTGTGTGTATAAAGTTGGGGTAGGTGAA ACCTAGGGCTCAACACAATGGTTATGTTTAGGGGATGAGAAACATCTTGAGTTCTACGAG TAATCGGTCTAAGTGATTTATCGAAAGCAAAATGCTTGGAAAATAAAATGATCTTTTGTA ATATATTTTACAAAATCAAAGGTGGAAGTTAAAAGATGATACCAGGGTTTACAAACAATC TTACAATAAAAAATAGATTCGATTGGCAACCGTCAAAGAATATCAACCATAATCACTATA CGAAGGTCCATAATTCTCGTGACTAGTCTTAAGCTAGATGGCCCAGTGCAAAACATAATA TCCACGAGAAAATAAGACTAATTAAATAACTAAACTATATCGATCTTCGAATAAGTGTAT GAAACTTGAGAACTTTTCCTTGACTGAATAAAAACTTGGAAGGTACCTAGCAAATTAAAA TAAAACTTATAGGACTAAACTGGAGTTTGATCATATTATCCAAGCTTGATCAATCAGGAC CGTCAGTTTTGTCAAGTAACTTTCTACAGCCGTAGATTGTTTTCTTTATATCGCCTGACG GCTGTAAAACCCTAGCAAATGCTCATCTTCTTCCTATATAAACCCTACTATAAGTCTCCA GTAACCCATCAGCCACTGCGGATCTGAAGAAACCCTAATTCACAGTGAGCCCCTTTTTCC TTTGTTTGTTCTTTTCAATGTTTAATTTCTGTACACAATGTTTGTTCTTTTGTAATCGAA GGTGAAGTAGAGTTACAATGGCGATTCCTCTACTGAAAAAGAAAGTTATCAAGAAAAGGG TGAAGCAATTCAAGAGGCATCAGAGTGATAGGAGAATCACTGTTAAGGTATTGTTTTTTT ATTTCTTGAAACCCCTCTTTTGCATTAAGCTCTATTGGGTAATAGTGAAAAAAGCTCGTC TCTTTATGGGTTGACAAAAAAATTGGATTTTGTTGGGTTTTTTGTGTTCGAGAGGGAAAA TGATGAGAGTTATTGTCGCCCCAGTCTTAATTTGCATCCAATTTATTGGATTCGCAAGGT GGTGATTGACACATCATATCTGATTCTTCTTGAACAAATAATTTGGAACTTTTTTTTGTT TGGTTTTAGCGTTTTCCTTTTGATGTTAAATTTTATTTGTGGACAATGTGCTTATAAGAT GTGAGGATGCTTATCCACGTATTCTGTAGAGTTCAATGATGAATTCAAAACATGCACTAC CATCTGATCTTATAGCATTTGTCATCCTTTTAAGGTCTTGGGTTTGTACCTTCTTTTTTT TGTGGTTTTGTTCAGTTTCTTGAACATTAGGATTCAAATTTGTTTCTTTGCTTACTATTA GTATTATCTATACTATTTTTGTTTGTTAAAAATGGAAAAATGATGATAGTTCATGTCGCC CCAGTCTTAAGTTGCATCCAATTTATTGGATTTGCAAGGTGGTGATTGACTCATTATATC TGATTCTTTCTAAACAGTAATGTTTGTTTTATACTTGTTTGGTTTTGGTTTTATTTTGTT TTTTGATGCTAAGCTTGTTTATGGCGACATGCTATATGGTGTGATGATGTGTATCCACCT TTTCTGTAGGGTTCAATGATGAATTCAAATACATGCACTACCATCTGATCTTATGGCATA TTTCGCCTACTTAAATCTGTATTGTGGTTTGTTTTATAAGTTCTGCAGTGTTAATTCACT GATGCAGTCAATGATGATTTTTTCCCAAATTGCTGAATGACAGTGATTAATATAAAAGAT CACCATCTTTCGGCTGAGATTGCATCTAGAACAATTTTATGCAGTATTCTCCATTTGTTT TTAATCACTTCCTCCAGTTTTCTATCAAATTATTTGTTGCCTATGGTATCTAATGTCCAG ACTTTACTCTGTTGCTGGGTGTTTCGTTTTTACGGGCAGAAATTATACTCTAGTGCAGGT CTTGCGACACAGTTGCTTCATTATCACAATAAGCTTTCTGTTACTTTAACCCTGCTTACA TTCTATTATTTATAAACATCATATTCTTGGTTTTAGCTTCGATTTTACTATATTTTTCGG AAATAGTGGAAACCATTATGTTTTTTTGTGTTACACATTAATATTAGATGAGAGTTATTG TCGCCCCAGTCTTAAGTTGCGTCCAATTTATTGGATATGCAAGGTGGTGATTGACACAGA ATATCTGATTCTTCCTAAACAATAATGTTGATATTGTGCAAATTTTCAGACTTATCTATT CTCTTTATGTTAAATCTTGTTTGTTGACGATATGCTCATAAGATATGAGGATGCTTATCC ACCTATTCTGTAGAGTTCAATGATGAATTCAGAACATGCACTACCATCTGATCTTATAGC ATATCTTATTTGGTTTTTACAGGTTTTGGGTTCCCCACTTTTCTGTATTGTGATTTGGTT TAAAAGTGTTGAAGTTTTTAATCATTGATGCAGTCAATGATGATTTTTTCCCAAATTACT GATTTGACAGTGATTAATATAAAAGATCACCATCTTTCGGCTGAGGTTGCATCAAGAACA AATTTGTTAATTATTCTCAATTATTCTCCTCTGGTGTTCAATCACTTCCTTCAGTTTGTT TACCTTCACATTCTTCTTCTTTTGTTTTTAATCACTTCAGTTTACTTTCACGTTATTTTT TGCCTATGGTATCTAATGTCCAGACTTTACTCTGTTGCTGGGTGTTTCGTTTTTACGGGC AGAAACTAACTTTAAAGCAGGTCTTGCGACACAGTTGCTTCTCTGTAAATAAGCTTTCTG TTACTTTAACCCTGCTTACATGTCTTCTGTTAAAGGAGATTGTATTTTGTGGCATGAAAA ATCTCTGCAATGCTAATATATATTATTTTTCAGCAGCATCTTGTAGTTTATTATTAAACA TCATTATTAAATTTATCTACCCTTGTTTGTTGTGCTTATTTTGTTGTTTTTTTGTGTTGG AAATGGAAAGTGATGACAGTGATTGTCGCCCCAGTCTTAAGTTGCATCCAATTTATTGGA TTCGCAAGGTGGTGATTGACTCATTGTTTCTGATCCTTCCTAAACAATAATATTAAATTG TATATTTGTGTGGTTTTAGCTTTCTTGTTTGATGCTAAGCTTGTTTATTGAGTTGTGAAA AGAACGTGTGATGATGCGTATCCACCTATTCTCGAGGGTTCGACGATGAATACAATACAT GCACTACCATCTGATCTTATAGCATGTCTCATCATTCTTTGAGGTTTTGGTTTCCCCAAT TTTATCTGTATTGTGATTTGGTTTAAAGGTTTAAGTGTTTAGTCACTGATGATTTTTTTC ATAATTGCTGATTGACCAGTGATTAATACAAGAATATCACCATATTTCTGCTGGGATTGC ATCTAAGACATGCTTTGTGCAGTACTATTCTTCAATTTTTGTTTAAAATCTTGTTGCCTA TGGTATATCTTATGTCCAGACTACTTTGTTGCTGGGTGTTTCGTTTTATGGGCAGAAATT AAACAAAAGAACAGATCTTGCGACACAGTTGGCTTCAGTATCAATAAGCTTTCTGTTACT GTTAACCCTGCTTACATCCCTCCTATCTTTCAACCTTTTCTATGTATATTTAGTAGTGTT CAACACTTCACTCGATTATATAGACATTTTTGTTTGATGTTTCTCTCAACCCTTGTGAAG AATGTGATTTGTTTCACTTGCCTTGGCCCAAGTCATGTGTGCGAGGTTTACTTAGTGGAA ATAATTTTCATTTATCGGACAACTGACAAACTGGCGCAGACCAAAGGGTATTGACTCCAG AGTTGGAAGGAAGTTCAAGGGATGTGTCTTAATGCCCAATATTGGCTACGGTTCTGACAA GATGACTCGCCACTATCTACCCGATGGCTTTAAGATGTTTGTTGTGCACAATGCAAGTGA ACTTGATATTTTGTTGATGCGCAACATGTGATGCAAGGGAGCAAAATTTGTTTGCTTATT CCATCCTTGCTTCGCTTCGTGACATCACCATTAGCTTATTCACAGGACTTACTGTGCTGA GATTGCACATAATGTATCCACAAGGAAAAGGAAAGAAATAGTTGAGAGAGTGTCCCAGCT TGATGTCGTAGTAACTAACAAGCTTGCTAGGTTGCGTAGCCAGGAGGATGAATGAGCTTT CTTGGTTGTAAGGGTTGTCAACAGAATTCATCCATAATCAACTGGCAAATGTGTAGCAAT GTAATTCTTGATGTACAATTGGTATAGTAAATGAATATAATTCTCTTCACTTGCTTGTAA GAACTTCTAAATGAGAACATTATGACGACGCTAAAAAATACTCCACAATACCATGAGAAT GATCATTATGAATAAACGATTGAAAATTCTTAATTATTCCTCCAAATTTTTTAGTCTGAT ATTTGATGAAGTGTTTTCAGTGAATCATCAACTGTTCTTGAGCTTTCCGAATCTTTTTTG ACTTCTTTAACAGCTGCAACTTATATGGGATGGAGGGAGAACTATTTTAGTACAAATGGT TCCTTCCTTCATTGTTCTAACTTTAGAGAACTCTTGAGTGGATAAGTATTTATCAATGCA ACATGAATTGTGCTTGAATATTACAGAAAGATCCACCTTCACATCAATTTCAATATGCAC GACAGAGAATTTGCATCATTAATCAAATTCTGTTTACGCCAAGAAACTAATAATTGGAAG CATTTCGTGCTTCAGCAGTAACAACACGAAGACAACATCAGCTATAGCAATGCCGATGGC TCAAGGCCTTATATTCAATGCTAAGCAGAATATTTCAAGTGAGAGTCTCTTTTGTGTCAG CAGCCATGCAGGTAAGGCTGAGGCACGAAACAAACAACTATCGTTTCCAAAATTTATGAT AAAATTTCTTGTTAGTGTATATTGAGTATTTCCTGTTTGTACTGGCAGGAATGTTCTATT AGACAACTTTCTATTAATCTCTTCTCCCCCAAACCCCCTCTCAGAGAACAAGATTCCTAT CACTTAAGCTCCAATCACTGTTAGAAAATCTAATGCTGATTAATGCCAGAATAAACCAGG GGTCTCTATTTGCTGATCCTAGCTAAAAAACTAGGAAACTTCATCTACTACACAATTAAC TACCAGCCGCTGACAAATAATTCTAACTCCAAGAATAGTAGATCTAGTGATTGCTTCGAC TTCTAGTATATTTGGTCAATCATAATCAGAAACATTTTAGACGGCTTCAAGATCAGCTGC TAGACATATGAGGCAGAGGATGCCAGTATCTGATTTCTTCATTGGTAGCATTATCAAGAC GACCCTACTATATTGGTGCAAAGCATTGGCCCAATACAACTCTGGCAGTTTCCTAAAGTT AAATGTGATCCTGCTTCTGGTGAACTAATTACAAGGTTCCACTAACCATTCCATAGTTAT TATCAAAAGGATAATGCTACCAATAATCTGAACAAGAACAAAAGCCATCCCTGAAGTGAT GAAAGCGGCTAGAGTCTCTTACTATGATTTCACGATCAACAATTTTCGCTATGAGCTTGA TGGCAGAGTGACAGTCCCCACAGACGCGCAGGTTCTTCATTACTGTAATAGCACTACCAT GTGTTGTAATTAATGCAAAGCAAATAGCAAGCCTCTCACTATGATATGACAGTAGAACTT CCTTCTGTTCATCCTCTACGTCATGCAATGCATATCTTTGATCAGGGACATAACCATATT CCTTCAACTTTTCCGTCAACATTTCCAGCTTTTCATATATCCTACGACTTAGAGGATGTG AAGTATCACCAGAAAGAAATGTATGCCGGATTCCCATCTGATTAACCCAACTGCATCCTG GTTGTTTGGTGTTTCCTCTTCTTCTCATATTTCCTCTAACTCTTGCTACATCATTCCATC TACCAGAAAAGGCATAAATGTTAGATAACAAAACATAAGCAGCACTACAGTTTGGGTCAA GATGAAAAATGTTATCTGCAGCTCTTTCGGCCAGTTCTAAGTTTAAATGCTTCTTACAAC CACTAAGCAAAGCTAACCATATTGACAAATTTGGTCTCATGGGCATGCTTTTCACCAAAT CCTCTGCTTCATTTAACTTCCCACTTCTGCAAAGGATATCTACCATACAACTATAATGCT CAAGTGTCACTTCAATGGATGAGCTTTGGGGGATATATTGAAATAAGCGTCTTCCTTTCT CTAGCATGCCAGAATGGCTACAAGCAGCAAGTAACCCAGTAAATGTAATATCATCCATAT CAGCCCTTGAACGAACCATCTGGGCGAATAATGTGAGTGCCCAATTACCAAATCCATGTT GTGCACATCCAACGATGGTTGAGTTCCACGAAACTGTGTTTTTTTCAGGGATCTCCTTGA ATGCAATGAGTCCATCGTTTATATTTCCACATTTTGAATACAATACAACTAGTGAATTGC CAACAAAGGCATCAGTGTTCAATCCCAGTTTGACTGCTACACCATGAATCTCTTTGCCAA GATCAATAGACTCCATTTCACAGGATGAATTTAGGGCACTAGTGAAGGAAGATTGATTGG GAAGTAGACCAATCCTAATCATGTCCCCAAACACTTTCAATGCTTCTTTGTGCTTATAAT TCAAACCATACCCTGTCAAAAGAGACGTCCATACAACTATATTTATATGCAACCTCTCGC TGAATACCTTAGAAGAATCATTCATGCGCATGCAATTAGCATACAATGTGATTAGTGAAG CAGTGACATAAGTATCATACTGATAACCAAGCTTCACAACACAGGCATGAATTTCACTAC CTAGACCTAAATCCCTTGCATTAGCACAAGCTGTAATAACAGAAGCAAAAGTACTAGAAG TAGGTTCAATAAAGAAATTTACCATCTTCTTGAAAATCAATAGAGCCTCATCACTCCTCC CATGCTGATCAAGCCCACTAATAACCGACGTCCACGAAATCACATTCCTATAAGGCATTA GCTCAAACAACTTAACAGCCTCTTCAACTCTTCCATTCTCAAAATACCCATAAAGCATAG CATTCCAAGCTGCCACATCCCTTTGTGGCATCTCCGAAAACAAACTCTCAGCCTCTTCAA CCTTTCCAAACTTCAAATACCCGCTAATCATCGTTGTGTACGAAACTACATTTCTTTGGG TCATTTCTTCAAATAGCTTCAAACCCATCTCCGTATTCCCACACTCTACACACCCTTTAA TCATCAAGTTCCACATAACCGTATCTTTGACAGGCATTTTGTCAAACAGCTGCAGTGCCT CATTCAACCTTAGATTTTCGGCATACCCAGCTATCATTTTGGTGCATAAATAGATATTTG GAGATGGGATTCTTTCAAAAAGCTCTTTAGCTTCATCAATTCGTTGGTTCTTTAGGTGCT CAGATAGAATTGAATAGCAAGTGGGGCTAGCTACTCTGTAGAATCTTGCTAAACCAATTA TAGATCTTGAGATATAGCAACGGGGAACAACATAATTAGGCATGAGAAGAAGCCAGTGAA GAAAGTTCACTAAATGGTTTTTAACGGTATTTTGAAGGCTTCAACGGTTGCCTCAAAGAA GAGGGAAAAAAAGAAAAAGACATACCACAATAGTGCTATTAGGAGATAATAGAGATAGAC CGAATAAGTATCGGGTGAAAAATAATTAAACTGAATATATACCTATAACTTATCGAGTAA ATGACTGTACATAAATTGTGAAAGTCGAAAATTAGTAGGTAGTCAAGCGTCATTCCACTC TCCTTCTCTTTATTATATTATTAAGGAAAAAGGATAAAAAATATCTTTAAACTATTCGAA ATAGTTCATATATATACTTAAACTTTATTTCGGCTCAAAACTAACATTTCCATCATACTA TTGGGTCAAAAGTATCCTTCTTATTAACGGAAGGTGTTAAATGTCATGTGAATATCATAT GCAGGCCACATTGCATGCCAATAGGATTCCATTGCCCCGTAGACTTAATAGAAAGAGTCA AAAATATCCTTAAACTATCCGAAATAACTCATATTTATGGTTGAACTATATTTCGGCTCA ATACCTTTTCGTCAAACTATAGGATCAAAAATACCCTTCTTATCAATAGAAGTTGTTGAA TGTCATGTGAATGTCACATTGTATGCCAATAAGGTTCCACTGCCACATAGACTAAATCCC TAAATCCTAATTACTTCCCCCCTCATTTCATTATTTCAGATATGATATATTCACTCGTTC TCCCTCATTTCGCGGCTAGGGATTTGATACTTTTCTTCGTGGGTGAGTTTCAAAGTGGAT ATTCATGCTTGTATAGTAAATACTTTTTTCTTATTTTATTATGTTTACGATTTCAAAGTA TGATAGGTAGGATTTTACAACTTTTCCCTAATTTTGCAGCTAAGAGTTTGTAGCTTTTTT GGGAGTTGAGTTTCAAAGTGGATATTCATGGTTGGGTTAGTAAATATTTTTTCTTATTTT ATTGCGTTTACGATTTCAAAGTATGATAGTTAGAATTTCACAACTTTCCCATCATTTGGC GGCCAAGATTTCATAACTTTCTGTGGAGCTCAGTTTCAAAGTGGATTTTTATGGTTGTAA ACACAATAAAATAAGAAAAAAGTTTACTAACCTATAACCACAAATATCCACATTGAAATC CAGCGACGAAGAAAACTGTCAATCCTTAGCCGCGAAATGAGGGAGGGGTGAAATCGTTTC TGAAAAATAATGAAATGAGGGGAAAATAAGCAATTAAGATTTAGGGATTTAGTCAATGTG GCACATGTGAAATTTAACAACTTTCGCTAATAAGGTCACTTTTGACCTAATAGTTTGACG GGAAGGGTAGTTTTGAGCCGAAATATAGTTTAAGGATATATATTAGCTATTTCGGATAAT TTAAGGGTATTTTTGACCCCTTTTTTTTTTGTCTATGTGGCAGTGAAAATCTATTGGGGT GCCATGTGGCGTTCATGTGGCATCCATATGGCATTTAACAATTTCCGTTAAGTAGAAGGT CACTTTTGACCCAATAGTTTGACGGGAAGGACAGTTTTGAACCAAAATACAGTTGAAGGG TATATCTGAGCTACTTCAGATAGTTTAAGGGTATTTTTGACCCTTTTCCGTATTATTAAT ATTTTGTTATCTTAATGTTCAAATTTGGTATAACTCTTTACTTTGGTTTAATTATCATAT TATTTGGATCTTGTTACTACTTCTTTCCCCTCATAATTTTCATATATGATTTGAGATGTT TTATTTGAGTCGAATATCTATCAGAATTAATCTCTCTATTTCACAAAATGGCCGAGTATG TTATTGTACTTGTGTACTAATTCCCAAATTACACTAAACAACTCTATAGATAATGAAAAA AAAAATTGGTAATTTGAGGATAGATTTGAAGTAATCCCTAAAATATAAGTTTGAGTAGTT GGTTGTTAAATTTGTTAAAAGTAAACACTTCTGATCTCTGTTAAATACTAAACAAAGTAT ATCCTTTTTTCTTCTTCAAAACTTCCATCAAATTTAACAGATGGAGTTAGCTTTGTATTT GGTGAAGACCAAAATTGTCCAAGATAATATATTGTGGATTTTTTTTAACCTAACTCAAAC ATAAGAGACCATTTTTGTATTTCAAACATAATAATTATGCATAAATTTGGAAACAAAGAA TGTTCCTTTTGAAATCAAAGAATGTACACCACCTCAAAAGATATACTAAAATATCTTTAG CTAGGAAAGAATCTAGTTGTTTGCTTCCTTCCCTTGATAAGAATCTTGGTTTTTTGCTTC TTTGCCTTGATTAAGAAGTATTCCCTTTTAGAACAAACAGCCTTACAAGAAAAGAACAAA AACCTTATGAGATTTTAAAGTATTTATAAAGACCTCAAAGAACTTGCAGACATCACATGC ATTTGTACAACATAATCTTCTTAGCCTTTACAACACAAAAAAAGAAAAAAACTTATTCAG TTTTCATCAAAAAGAGGTTTCAAGCCTTACTATCATTATCATTTTCAAGAACCAAGAATG GCTAGTGAGCAGATGAAACCTGTTGCATCTTTGCTTTTGGTCCTTAATTTCTGCATGTAT GTTGTTGTTTTAGGTATTGGTGGTTGGGCTATGAACTTTGCCATTGATAATGGTTTTGTC ATTGGTAAGCATCTTGTCAAAATCTTTCTTGTTTTTATAACCGTTGTGTCTAGGTCAGTT GGCATGCACCACAACTGTTAGCCTGATCGAACAATAATTTTCACTCACTTCATTGACTAA GTTTGTTGTTGGAGAGAGTTTAGTCTACTAAATGTACTTCCATCTTTTTACTAAGTATTG TCTTTTGTTAAAGACTGATCATGGTGTGTGTGATTTATTACAGGTCCAGGAATGAATCTT CCAGCACATTTCTCACCAATTTACTTCCCAATTGGAAATGCTGCCACTGGATTCTTTGTT GTATTTGCTTTGATAGCAGGTGTGGTTGGAGTTGCATCTGTTCTCTCTGGACTTAACCAC ATTCGCCATTGGAACATCGATAGCTTACCATCTGCTGCTTCTGCTGCTACAATAGCCTGG AGTCTTACAGTCCTTGCCATGGGGTAAGGCCCTGTCTGTTTTCACTTAACGGAAGATCTG AATCTGAATTTATCTCTTGACGCGTTGTGCTATTTATTCTTTTTTAATGTACTCTTCTAC ATATCAGTATAAGTAATGAAATTGTCATCCATGCAGCTTTGCTTGGAAAGAAATTGAACT CAACTACAGGAATTCCAAATTGGTATAGCACCCTTCATCTGTATACAAATATGCAAATTT CAAAGAACTATTGACATTAACTCCTGCACAATTTTTTGCAGAAAACAATGGAGGCATTCA TGATAATTCTATCATTTACTCAACTGGTATACATAGCTGCCATTCATGGTGCTTCATCAA GGAGATAAATGAGCTTCGAAGATAAATCGTATCGTGTGAAATTTATTGATTGAGACTGTT GTTTCCTTTTCTTTTTTTGTTTTAACAATTGTGTCATTGTATTTATTCATTATTGTGTAC ACAAAGTTGGCCAGATGGCTGTTTGTATATCAACTATCTTCAGTATTCATATTGTAAGAA ACAAATAAGTGATGTACCCTTCATTGGCTTTTTCCCAGAAGAAAATTGGACATTGTCAAG AAAAACATCATATATGTACATCACATATCTCCTGTATTATGTAAATTTAACAAGGATTTA CCTAATGCTGTCGAAAGGACACAGCCAGCAGCATTCACTCATTAACTTCAAAAGAGAAAT CTGAAACAAACCTTAGATCTGATCTAACAGATACCATTTGAAGCATTGTTACTCTTTGGC AACTGAATTCCATGGAGTAATTCAAATCTAATCAAAAGATTGTGTAGCATATACAAACAC TCTGCGTCAACTAGCATAGACATTAACCATCCGAAGGACCACACCAAATTTGGCAGCAAG GTTAGGACCGCTAGAATAGAAAACAGAAAAATAGCCATCACCGGGTTCAAACTTAGTGAA GAGAAGTAAAAGGAGTGACTATTAATAACAAAGCTTTGAAGCTTATGTCTGAACCCAAAG GATATAACTATATGCTGGTGAAATTTTGGATAAATAACAATTCCAAGTGTCCTGTGCAAA AACATTAAGAAAGGTGCTTCCAACTCCCTGAGGAGCAGGTACATCACACCAATAGAACAT TCGAGAAAAGAAACTAACCACTGCAAAATACCAGGAAAGCAGCAAAGAGACGAGAAGTTC TCAGCTGCTTTTTCAAACTAAACTATAAGTACTGAACATATAAGTTTCTATAACAAGACC CCTTGCAAAGACACTGTTCAAGAGAATGAAGGTAGTCATCAACTTCTAGGATTCCAAATG TTTGCTACTCCATTCAACCAGCTTCATGCTCTTATTCTGCATTTAATAAAAAGACATTTA ATCATAATATTAAGAGGATCACCAATGTCAATGCTATAGGTACAGATATTTAATTGCCAG AAACAATTAAGAGGGTGAATTCAGTAGAAATATCAAACAGTACAATATAGTTAAGAGTCT AGCATACTGCAGAACTTTGAATGTCGAGGTTTCTAATAAAGATCCCTAAAGTAATCCAAA TGTTGAGGTTTCTCATAAAGATCCCTAAAGTAATCCAAATGCAGGTGCTCCAGTTAACTG ATAAATCATTGACAACAGCAAGACGGATGGAAATCATGCAAGAATTCAATGAGAGACAGT GAAATATCTTCTATTTAAATCAAATTCATCACCATCATGCTCAAAGAACAAAAGTACTTC CAGGAAGGATGTCATTAGTACATCTATATTTCTTTTTTGATTCTCATGATCTGAGATGCA TCAGCCTCAACAGTTGGCTTCATTAAGTTAGCTACCACATAAACTTTTCCTCAGAGTAAC TGGTAACTGAAAATTTGTTTGTGATATTCCTTGACGTCTTTTTCTCATAATTATTAATTA TTTGTCTTGCCATGCAAAAAAGAGAAACACAATATCGTAACTTCACATTACTTCATTGTC TCACAGCTAATAGTAGCAGTTCATAACCTTTTGTAATAAAGCATATTTTGCTTCATAAAG GCCTCAAAATGCTGTTTTCTCCACTCGGATGGTTCTAGGTTCCTCATGAAATCTGAACCC CATTGATTTGACTAGGAGTACATGTTTGAGCTTTCACACCATTGCTGGAATATTTAACTA GCCAACACCTACCTGAAAGTGCTACCAGCATCACTATAAGTGAAAAGTACAAAGGTCCTT GGTGCGTCCTTCCTAATACCTTAAATTACTCCAATCTGGTGATCCTTCCAGTTGTTAATG AATTACATTAAGTTGACTAATAAAATGAGTTTTTCCTCACATCTAATCCATCAATCTATC CTTGCTCATGAGCTTTATAACCATAAACAATTTTCTATAACAATCTGTAGAAGGTATGGC ATTTCAAAAACTTTAGGACTGCGTGATTCACCATTGTACTCCTTCATGCAATCTTTTTGA CGACACTTCATATCAAAACTAAATTTCACCCCATAAGTTCAAACATTTAAATTAAACAAG ATGTAACTGCTCCGCTGAAATACGGGGTACATTTACCTATACTTTCTTGCCTATTCAGCT AATACCATGAGTTCTACTACCTCTGTCCTATTTCATGTAATGGTGTTTGACTGGCCACAA AGTTAAAGAATGAACGTTCATGTAATGGTGTTCGACTGACCACAAAGTTAAAAAATGAAA GACCTCTTCATCTTGTGGTCTATAATTCCCTTAACATTTGTATGGCTAAAAATGAACACA TTAAAGATAAAATGGGAAGTTTATAGTTAAATTGTTTCAGTATATAAAGGTGCTCTTCTT TTCATAAGGACTAAAATCATAAAATGGGACAGAGGCAACAATATAAATCAAACCCTACTA AGATATACAACAGTGAAAACAATCCCTCGATTCCAAACTACAGATTTGCTCCATTTGAAA CGAATTTCAATGTTTAAAAACTTGAGGTTTTCAGCCGAAGATGTTCTCTATAATTTCTTC CAACATACACGTCTCGATACAGACAAAGACTCTAGCAATCCAACTAAAACACATCTCAGT GACCTCCCTGCCTCTAGAAAAAGAAAAGAAAATGATTAACATGTGAAGAGAACATGATGA TCTCTCAGGACATGGCCATTCCAGAACTTGGATACATGACAAAAATAATGAAAGAGATCA CAAAATCCTTGTTAGTTGATTAGTTGACCCAACTAGATTATGTATGAACATACGTGCAAC CATTTGCATTCTAGATTTCTAGTATATCATATGGAAAAAACAAATCAAAATCATAGAGTC AGCATTGAATTCAAGTCTCACATACATTATAGGCGACATAAACAAGCAAAAACACAAACA TTGACAACGCAGCTTGAAGAAAACAATCCTAAATGACAACATAGCAGATCAATCTTGATA TACTTTTTAGCATGAAAACAATCATTTGGGCAGTATGCTCATAGAAAATAGCTTAATTTG ATGGTCACTTAAGCAACAAGATTGCATAATCGGACACCATCAATGAGATGGAATTCAAGT TGACATAATGTGTTTTGAGCAGTTGCACAGTTAAATAATTGAGTTCAGTAAGAACAGAGG ACTACACTTGATTTTCAAGAGGAAGTGATTGCAAAGCTACTGTGTATAAACTTTTCTGGG CTGTCAATCTGCATACAGTTTTGGCTATCATGCTTTCTTCTTGCAGTTAATCTTACAACA GTTAATCCAACAAGGCTAAAAAACAATTCTCAGACCAACAAAACACTTAAAAACTGTGGC AACACAAGATTAAAGTCAAGCATAAAGGATATCAAGTAAAACAAAACAGAAAAAGACCAA AAGACACGTCCAACTGATGAAAGCTATACATTTTTGTCCTTCTTGCAGAAGTACAAAAGG TAAAACATAATGTGGTTGACAAAAAAATAAAATAAAGAAGGCTGATGTCTAACCTCGATT CATCTATTTGATCCTGCAAACAACTCAAACAAGCCACAGCAACTTTTCCAGGAAGTTGTT TGCACTGGTCGTGAAGGTAACGCTGTAAACTGCAAAAACAAAATAAAAGGAATTTAAAAG ATTTACCACATAAACATGAGCTGCCAGATGTGATTAAGAACACTCTCCCATATGAATGAC AGAAATAATAGAAAGATAAATAACCTGATGGCCATGGCATTCTCGAGCTGGAGATTCTTT CACATCTGCAGAAACACTAGCATCAATTTTAGGAGCACTGTGGGGTGCCTCTATTTTTTC TTCATTTTCTACGATCGCAAAAGCCTTTGCATCTGTACTTTCTAAAGTATTACCACTTGA TATTGCACTGGCATTGCATGACACTGCAGTAGCTGTTTCATCTCTTTTCTCCGATCCTGT CTCCATCAGAACTTCTGAAATAGTGGCTTTGTCAACTATAGCACCCAAATTTTCCTTCCA ATTTTCCACAACAGTATCTGAAGCTGTATCTTTCTCATCAACAACACACAGATTTTCTTC CCCTTTCTCCTCCACCACCGATTCAACAGCAGATGCAATCACATTATCAGCATCTGAAGC ACTTGCTGTGACTTGAACTATGTCTTCTGATATTGCAGCCTTATCCAAATCACATGCAGA GATTGTTCCCACAAGGATATCAGCAACTTGTTCATCAGGCAAAGATTCATTATCTTTCAC TAATCCAACAGCTGGAGCATCATCATCAACCACAATACTATTCTTATCAAGCAAAGATTC AATCTCTTTCACTAATTCAACAACTGGAGCATCATCAACCATAATACTATTCTTACCAGG CAAAGATTCAATACCTTTCGCTAATTCAACAGTTGGAGCATCATCAACCACAACATCATT CTTATCAGCAACATCATATTTTTCTACTGAGCTGCTACTGCTGCTGCTACTGGAACTCCT TTGCAACCCTCCTGGGTTGGATTCAATCATGATTTCAGCATTCTCAACACTTATCTTCTG GCTCTCAGATTCACACTCAACCTTCAATTCCCTTTCAACCTGAACAAGACCTCCTTCTTC ATTTCCAGCAATTTCCACTTCCTTGCCTTCATGTTTCACCCCATTGAATTCATTTTCTTC AATTGACCGATCACGTGAATCATCCAATTGCTTCTCTCCATCTTCAACCTCTCCTTCAGT AAACTGGTTTTGGTGATTCTGATAATCTTGAGATGCAGGGGAACTACCCTCACTGTCACT CTCTTTATCATCACGCTTCAGATCCTCCTCACCTGCCATAGATCCATCCATATTCATTCA ATACCAAACAAAGCAGAATGTCACAAGTTAACAATACCCATCAGCTTTAATGACCCACAA ATCAAACTTAACAACTAAAAAGTAAGCAATAATAGAAGTAACATGGGTTGGTGGGTCATG AATGCTCCCACCAAAAACACTTATGAAACAAACACACTATACAATCATCTAAATACACAC AACAAGAAAACACCAATAACTAACTAAAGTTCAATCAACAAACATACCAATACGGAGAAA AATATAAAACACAACAGGATAAAGTAAACCAGACCCACCAATCAAAATTGGAAAACAGAT CACAAACTGTAAAGTCCCTGAAGATTTGGGAGAAAAAACGCACATGGGTATGTCCAAGAT TGATTAAAAAACATAAAAAGTTCATTTTTTTTCTAACCCCAAAACACCAAAAACAGTAAA ACCCCAATTAGTCATTACAGAGTATGAAGTAAGGTACCAGGAAAAGAACCGGTACTTCGA GAAGGAGGTTCTACTGCTTGAACCTGCTTCTTTTTCTTAGCAGCTTTTCGCTTCTTAGCA CCTGAAGGCATGTTTTGGGTTTTATGGAACTACTGTTGCTCTGTTTTGCAAGAAATGGGA TCTTTTGTTTGTGTTTCAAAATCTGAAATTGAAGAATCTTGTTCTTGTTTTAGCTTAGTT TTGTGGTGTATTGGGGAATGGGGGGATTTTGAAGTTTGGTAGTACCAATGGAGAAGAGTG AGTAACAGATGGGTATTGGGTCCCCTCTATTTCTATGAAAATCAAACGAAGCGTCACTCT GTGTGTGGACTGTGAGGCTGTAATATTATATTTATATTTTTTTTTTTCTTACACAGATCA CCATTTTCATTTTTATAACACAAATAATTATTACTAGAGTTTTTAACTTTTTGTCCTTTT TTGTTTGGATCAGTTTTTATCCATTATATTGTATTGTTGCCGTATTTACTATGTTTGTTT TAATTGTTACTTAAAATATATTGTACTATATTATTAAATTTCATTGTTACTATTCTCATT GTTACTTAATTTGTTTTTTCAATTATATAATACATAATATTTCACCCTTTATCTTAATTA TTTGAATCTAGTCAAACCTCTTACCCTAGAATAATTAGTAAATTTATAAATTACAATATA GTACGATACGGTCAAACCAAACAATTAAATGTTATTAAACAACAACAAACAATACAGTCT AACCAAACATTATATCTACCATACAATAGAGTACAATACATTATGAAACAATATGTAACA ATTATCCAAACAAGTGTTGGTCTCACCGTTAATTGTTGAGTTATAACACATCTTTTAAGA AAAACAATTAAAAATTATTTATTATTTATTTATATAAATGCGATAAGAAAAGTTTTACTA TTCATTTATTTTGAATTATGAAAAAAAGTTGCGACAGTTCACTTAAATGTATATAAACTA GACGGAGTACTATATTCACCGTTTGGATTCTTATTAACTTGATACGTCTCTTATAAAACT ATCGAGAGTTAATTTCTAATAATTCTCGTAGATGACATATGGAGAAAATAAAGAAGTATA CTTATAAAAGTTATTTTTTTTATAAATTTAAATAAAACTGATAATAATGAAATAGTATGT TAATGGAAGTACAAAAAAGTTAGGTAATAATTACGTTTGAAAAATAATAAACACGAGAAT AATGTTAGTACTATTGATTTTTTTTAAAAATAGTAGAGATATGACCACCAAGCCTAGGAC TATTTATTAGGAGTTTATTTTACTAAAATTATTTTTATTCGTATAATAAAAAGGAAAGAG TATATTGTTTTATTTAATTTGATTCACTGTAATAATGGGGTGTTCTTTTTCTATTTTCTT CTACATTTTTTTTTTCAATCTTGTTGACAAATTTTCCATTCTTATGTCATGATTTTCTCT TTATGGTGTGACACTAAAAATTTGACACCTATGACAAATTTCAAAGCTTTAGCTTTTATT AATTATCAAAGAGAGAAGAGATAAATTAAACACATTAAAGAAAACACTTAAAAAATCACT ATTTATTTTTTATTCTTTATTTTCAAATTTGGTGAGGTTTTTTCATGATATTATAGTGTA ACAATTTTGTTAAATTTATTTTTTGTATCACCTTTTTTGAATCTCTTATAAAAATCAAAT GAATTTAACGTGATTTATTGACTTCATTAAATTTGTTTTTAGTGTCACGAGATAATCGTA ATATATTTTTTAAATTTCTTATAAAGACCAAATGAAGTTAACGTGATCTATCAACTTTGC TAAATTTAATTTTTTGTGTCACGAGATAATCGTAATATATTTTTAAAAATCTTTAATTAT AAAAACCAATAGAATTTGACTGCGTGAGATCTTTTTTTTTCCCTTCTTATTCTCAATTTG CTCTAACAATGATTTTTCAACTAGAAACCTTATATTCAAATATATATTTACATGCAAATC AAATTTAAAGTAATTATCGATATAACTTGCTCTAAGTTTGAGACATTTCACGTTCTCCTT GAAATTAAATTAAACTAGAGAGAAAATACTTTGCTAATTTCATCTAACATAAAATAATTC AAAAACTTTATACAATTTATTAAAGTAGTACATAATTTTTAAATGAAATATGACAAAATT TGGATCCAGAAGTACTACTTAATAAAGCTATATATTTTCCAATCATATGTTTTTCAAATG GAACATGATCGTCATGTGATCTTACCCAAAGCTGTTGCCTCGATAAAAAATTAGTTTATT GTTTATTTTAAAATTAAATTTATAGACGTGATTTAAAAATACGTAAATTAAAACCGATCA AATGCGTGATTTTATATATTTTAACTTGTTTAATGTGTTTGAACAAGACAAAAAGAAAAA TAAATATGAAAATAACCTATTAATATTATCTCATATCACTTTTTAATTTACCCCATCTAT CAAAAAAATTACCCCATGTATTCTCTAATTTAAAATATTTTTCGTCTTATTATAACCAAA ATATACATCTTTTTATTACTAATACAACTTTGATATACTTTTTCTGAATAAATCTGAAAA TATGTTAACTGATAAATGCGCAAAATAATATTCACACAATATCAAAACTTACGGTATGAT GATAAGAAAATTAGAGCTGTTAATATGGGCTAGTCCACCTCATCCAGGCTAACCCATATA AGCTTTGACATTTTACGGGTCAGGTCGGGCTAGCCCATTTTTTGTGTGGGCTGGAAAATG GTCGGCCCAACCCACAAGTACGTGGGCTACAGGCTTGCCGGGTCAGTCCACTTTTTTAAA AATTATATATTTTTTAAAAATTATTAAATTAAATTATAAATTATAATTTAAATATATTAT CATAAAATATCGACAAAACAATATTACATGATGTTGATGTTACTACTTGTAAATCAATTT CACAAATAAAATTGTCTTTATAAAATATTTATTAAGTTAAGTTAAGTATAGATATCTAAA TAGAAATATTAACTTAATTGTTTTGAGTTTGGACTCTCATCAATTTTAAATTTTAATATT ATATTATATTTTTTAATTAAATTTTATTGACCCACGAATCGGCCCTACCAATATTTCTCA AGCTCCTCAAATCAACAGATTTATTCAAGTCGGACTAAAAAGTTCTTTTTTTTATGGGCT CCAAAAATCTAAGCTCAGTCCTACTAAATCCCCGGTTAAGCCAGGCCGGCCCAACGGACC TAGCTTATATTAACGGCTCTAAAGAAAACAATAGAAATGTCATTTCATTTTTTTTTATGA GTTTAAAATACGAAAATATATAAATGGAAAATCAAGGAAAAACCAAGAAAGGAAGAAAAA AACAAATTAAGTGAAAATGATGGCTTGTGAACCCAATAAAGAACAATAAGATAAAGAAAA TGCTAGAAACAAATTAGAGGCAAAAAAAAAAATAATTTATGAGACATAAATTTATGTGTG GCAAAACCGCAAAAGGTGATAAAAATAAATGAATGGTGGACAATTTGAGAACCATATATT TTGTGGGTTCTCATTGGATTTAACTCTTAGTATACACTTTTCGTTTTCATCATTTATAAT AGGTGTTTAATTAATACTACTATCTATCTGGATTCATCTAAGACCTTAAGACTATATACT ACTAAAAGTCACACGTGTTATGATGAAGTTACGATAGTTTAATAGGATATATAAAAATAG TGTTGTATATAATGTATTAATAATATCGATATTATTTGTGTTCATGTTTTATGTTAAAAG TATTATTTTATGCATTATTTATCTTAGTATATTAAAAATAACATGCATGGTATGATTTTA TAAAAAGTATATACTCCTCTTGTTTCTTTTCAATTATCATGTTGCATTTTTTTAAGAATC AATTTAATTTATTTTTAAAGTTAAGGTAGATTACGTTAATTTAATATTTTAACATAAAAA TTTTAGATATTTAAAAAGTATATATAAAAGTACAAAAAATTGCAATTCTTTTTATATCAA TATGATGAAAAATAAATCTTAAAATACTAATCAAAATTCGTGCGGTTGAATCTCAAAAAT AAATTACGATGACTAAAAAGAATAACGGGAGTATTTAATTACGAAAATACCTTCTACAAT TAGTTAAGTACAAGTGAAAAAGATGTGAATTTTTTTGAAGGATAATTCTGTGTTTAACTA TTATAATTCATATATTTAAATTATATGTATTGCAATATAATGATTTTCGATGTTTTAATT ACACATAGCAATGAGCAGGTTAGATTGAAATTGAAAATATTAAAATTGGTCGAAATAAAA ATTGAGTTGGATCTTGATCTGTCCAAGTTTACTTAGGGCTCAAATGAATTAGGTTCAAAT GTATCAAAAACGGATTGGGCGTTGACCCACCTAATTTGATCCGATTAATCTCGATAATTT TAACAAAGTAATATTTACCTTATATAATCACAATGCAAATTTCAAGCTCAAGATTATTTT TTTTAAAAGTAACAGATAGATAAATCCTAAAAGATATTAAACAGATAATAATTCATACAT TTAATATAGGAACATAACTTAGTAAATAATTTTAAAACGAGTTGCAATTGGAGATTGATG AATTGACTCAATTGAGAATCCCCCTAAAATGGGTTAGGATAAAATAAGTTAAGATTAAAC CCAATTTAAATCATATTGAGCACTACCCCTAAAAACTCTGAGTGAATTGAATGGATTACC TATATTTATTGTTTGAGTTTATTGTAGACACCCATAAGACTATAGTGACAACAAATATAA TATTATAATACCATATAGAATATATAATTAGCATCTAAAAAAGTGTATCAAATAAATTAA TTTCGAACTTGAAAATAATACCTATTTAAAGTTTGAAATTCGAGAAGAGCTTTAATTTTC GGATTCTAACTTAGCAATTTGGCTAGAAGATGAAGGGGATTAAATAAAAAATTCATAAGT TGCAACAAATTTTGCCTTTAATTATTAGTTTTTCTCGTCTATTTTCTCAGCCATTTTGTG GCGTTTGTTAAAAAATAAAATTAAAAAAATCCAGCTTTTATAAAGTTTTGTTTGTTTTGA GTTTCTTTTTTAAAAAAGAAGTTCAAAATTTAAAATTTAAATTTGTTGTGGCACGTGATT ATTAGATCTAATTGACAAAAAATTCAAACATAAAAATTAATTTTTAATATAAGAGACATT TACCTCGAATCGGAATCTAATTAAATCTCCCAAATGAATTCAAAAAAAAAAAGAAAAAAA ACTTTAGTTTCACACCCCTCAATTTTTGTTTTCTTCTTCTCTTCTTTTATCTTTTTTCTA AACAAAGGCAAATGTTGTGTTATTTCCTCATAAATAACAAAGTGGCAAAAATACAAAATT TGACATTTGCTGTTACTTTGTTTATTATACTAAAAATATTTTTTTTACTGATCCAATAAT TTTGTTGGGTCATATTTACTGGCTAGATTTGTAAAAAGAAGATGAGGGTTTGAAAAATAT TTGGATCGAATTTATTATCTTCCTGAACTATTTAATAGCGTATTTTTTTAGCTCCTGAAT TATTTAATAATGTATTTTACAGATATATATATATATATGTACTCAGGTGGACATATTACT ATTTATAAATTATAATTTTACATTATTTTTTATGTCCAAGTGAACAAATATGTATGTTTA AAATATAATATTAAATAATCTAAAGAGATAATAAATTTTATGTCCAAGTGAACAAATATG TATATTTAAAATATGATATTAAATAATCTAAAGAGATAATAAATTTTCATGAAAGTTTAG TATTATAACAACAAATTTTGATCAAAATTAAATATTTTTTAAAACCCATATCCTTAAAAA GAATATGGTGGAACTTCATTATTCATGATGCTAATATAATTTTTATCGGGCTACACACAA AATTGTTTACAATTTTTGCCCCCCCAAAAAAGATATACACAATTGAACATGCATTATTTT GGCTACAATAGTTTAGTCGTATGAAAATACAAATAATTAGGATCTAAGATTACTTAAATA TAAGTTGAATAAAATATGTAAAAAACTTAAGGAATTGAGAAACACTACAAATGAGGGTTT CCATGAAGATCCCCATGCAAGGACTATGGTACAAAGTTTGTTGTGTCATGTATACATGTG TTGGCTTTTGGGAAGGTTCTAGAAGTACAAAGATTCAAAAGATATTATAATGTCAAAGTT GTTAAAATCCATTCGAATTGGCTTAAAAAAAAAGATACAAATATGTTGTTGAATTTTCAG AAATGACTTATTTATGCTATTAAAAGTTTGACTCAATTATATCATTATCGTTAAAGAAAA GACTTATTTATGCTATTATTTTTTAATAATGATTTTGTAAAATCATTTTTGACACACGAC CAATTATAATTCGGCCACGTCATCAATTTTTTAATTAGAAAAAAAAATCAAAATTTTATT CATAATTTTGATTTTTTATTTAAAAAATTGATGATGTAGCCAATTATAATTCGGCCATGT CATCAATTTTTTAAATAAAAAATAATTCAATTTTTATTCAGAATTTGATTTTTTTAATTT AAAAATTGATGACGTGAGCAATTACAATTCGGCCACATCATTATTTTTTAAATAAAAAAT AAAAAAATTAATTCAAGTTTTTATTCCAGAATTAATATATTTTTATTTAAAAAATTGATG TCGAATTACAATTGGCCATGTGTCAAAAATGGTTTTGCAAAATCATTGTTAAAAAATAAT GGCATGAATGAGTATTTTCTTGAACAGTAATGTCATAGATGAACCAACTTTTAACGGATG ACATAAATGAGCTTTTTCTTGAGCAATAATGACATAGATTAACCAAAGACGGATGACATA AATGAGCCTTTTTTGAAAGTTCGATGACATATTTGAGCTTTTTCCTTAAAAAATAGTTTT TAAGTTAAAAATAAAAAGTCACATTAAGATAAATTTTAAGTCCAAAAAAAAAAAGTAACG AGAGATCTACTTTTGGTTTCTCACTTATTTTAAGTTATTTTTGACTTATTTTAAATTATT TTTTATATTTATCAAATACTTCTCAAACTCAAAAATTAACTTAAAAATAAATTTGACTGA CTTTTAAGCCAATCCTACCGACTCTTAGTCTAAATCACGACTTAAATATATTCTTCCAAA CCCTTTTTGCAATTTTATATGTTAGATGTTTTTAACAATTAAAAATAATATATATATATA TATATATATATATATATATATATATATATATATATATATAAAAGGAATTTTCAATGTACA TATAATTTTTGTTTTGGTAATGATGATTCAATTGATCATCATCTTTGGACTAATAAAGGT GAATCTCTCAGTGAGTTTGGGGAGGGACAAAGTATAAATAGGTCATGTGGCACTTGACAA TATTAATTGAAAAATATGCCATCTTGATTTATTTAAAAAAGTTATCTAATCGCGATTTAT TATTTATATTAAAATTTAATAAAAATTTTTTTAATTAAAAATAAATAAATATTTATCTGT CCATCACAATTAACAAGCGGATGAATCCCTTTCACAATAAATCAAACACCGATGCTAAAA ACTCAAGGAGGTGGCATTTATTGATAGTTTGTTCTACATGTCAAAGTATACATTCATACA GGTAGGAAAAATATGTGGGTAATTAAGAGAAGTCCCAATTAAATAAGCAACTTAGTAGTT GTTATATGGCATTGATTACTTCCTTTACTATATTTGACCACAAGACAAATCTAGTACTCC TAATTCAACAACCTCAATTCATTTCTCCAACAGAAATAAGAAAGCCCTTGTTGTTGTTTT TTCCTATATATTTAATTTTAATGTAAAGTTATTAATATCAAACGTTTACCATCATGTTAG AAATGATAACTAATAGTAAATTAGACATAATTTTATTTCTTAACAAAATCCATCAAGTAA GCGTCATGTTCAATCATGACTTCGACCTGAACCATCCAATCTTTTCTAGGCCTTGTTACA GATAGAATGTTGATATTGACTCTGTGCGGTGTTCTCAAATACTCTTCTTGTTATATTCTT TAAAAGATGACATCTTTCAAATTTCTCCGAACTTTAATAGCATGAAATTTATATGTGTTA TTTTTTTTTTTTCATTTCGAACACAATATTGAATAAATTGATCCTGATGTGATAGTGTAC AAATTTTCATATGGTATAGCCACGAATTATTTATATTAATAAGTAACGTTTTATTATTAA CAACTCTTATCGAAAATAGAATTGACGATCTTAATAAATCAATCTTATGCCCCAACTTGT TGTTGGTGTATAATGATGGAAACATATGAGTGTCGTTTCGACCACGCCTATGCCATATGA CGCCTTAGGATGAGTAGTGCAAAAGCATATAATTGGATCTAACGTATGCCAAATGAGTCC ATTGTTAGATTTTTTTCTTAAAAAAAATTAAAAATATAAGGAGGAAAATATAAAAATAAA AATAAAAATTGGGAAGATGAGGTAGGGGGAGTCAATATTTTTTATAATTGATTTAATGAT AAGGCCTGAGGGCAGTATTTTATCAAATTAGGCAAGTAAAATGAAATATGAGAAATAATT TGGGACATATAACTTTTTTTGTGATATGGATGAGTATTATGAAATGGAAAGAGTATATTT TTTTTCCTGGAACTCTAGAATAATCTTTCGTTTCACAAGCCTACAATTTTTATCCGTCGG GAGATAACTCTGTAACCTTCACTTTATAATAACCTACAAGTCTACAACCTTTGCCCTTTG GGTGAACACTTTGTAACCTTCACTCTATAATAACTTATAAGCCTATAATATCTGTCCTTC GGGTGAGCACTATGTAACCTCTACTTTATAATAACCTGTAAATCACACTAGGAAAGCTCT ATACGACGAAATTGACTCAAAAAGCATTAAGAGGGATTGATGATGGATCATTCGTATGGA TGACCACCATCCAAATCAATTGATTCATTTCGCAGGAGATTTAGAGTTCTTTTGTACACT ATATGTTTCCCTTTTTAACCATTAATTGGCCTTGGGCTGGCTGATGGAAACAGAAACTTG ATAGACTCATATATCATAATATTTCATTTAATTTCAAGTAATATACATTTCTTCTTGTTA TGTTAAAAAAGCTCTTTCAGAATTGGGCTTTCTTGGCCCATTAGCTGATTATAGGAACCA ATATTGATCCATTTGGACATTACAAGAGCCCAATACTAAAAGAAACACACACATATTTGC AACTTTGTAATTTGAGCTTGTTCGAATTGACTTTTTATTTTTGATTTATAAGACTTTGAT TATTTTTAATATTTTAGCTTAAATTGAGTGCTTGTAAGCATTTTTAAAACTTATTCAAAC ACATCAAAAGTGTTTAAAAGCTATTTTGGCTGAAATAAGAGACATTCTAAAAGAGTCGTC CGGACAATCGATCAAAAAATGCTTATCTGAAAAAATATTTTTATTAATATATCTTTTCAA AATATGCATTTTTAGAGACAAATAATTTGTGTTGGGCTAGTTCGTTTGAGAAATACTTTT TTTGATAATTAATACTCCCTCGGTTTAAAAAAGAATGTTCCTATTTTTTTTTTAGTTTGT TTTAAAAAGAATGTCCCCTTTCTTTTTTTGGCAACACTTTAACTTTAACTTTCCACGTGT CATGTTTAAGACCACAAGATTAAATGACATTTTAGTACATTTGACGTAACTTTAATTTTG AATCCCAAGATTAAAAAGTTCTATTTCTTTTCTTAAACTCCGTTTCAAGTCAAGATCACC CTTTTTGGAACAGAGGGAGTAAAATAAATTCAAAAAAATGCTTTTGAATATTAAATTTTG AAAAGAAACTACTATCATGACATGTTTCATTATTAAGATAGTTTATATATAAACAATATT ATAAATATTTGTTATGAAAGTTTTTTGAAATAATAAGAAAATATATTAAGTGTGTATTTG TTAGTTGTTACGGAAAGAAAATTTTTTTTTTTTAATTAAAAAAGTTATTTATAAGTAATT TAGCCAAATACTATAAGGATAGAAAGATCATGTTTCTCAATTATATTTTTCAAATTTTAG ATTAATCAAAATATGGAAAAGTTAAAAATTTATTCTAAAATTATATTTTTCCTCCGTACT AAACACATTATGGACTTGGTATAAAAAAAAGAAAAAGAAATGCTATACAATTAAGCTGCT TTCAGTAATCAAAGCTAAAAGCAACTTTCTTTTCTTTGAAGCAGCAGCAGTAGCCTTTGT TCAGATCAGATAAGAAAATCAAATCCCAAAAATCGTGAAATCCAGCGGCAAAGATTACAG CCATGGATGCTTTGAGAAAGCAAGCTAGTAAGCTCAGAGAACAAGTCGCTAAACAGCAAC AGGTCCACCCAAGAATTCTTTTTTCTTGATCCAATTTTCTTTGTTTGGGGCTGTGAGAAA ATGTGATTTTCTTGGAATTCGGGGGTAATGTTTACGCGTTTCTTCTTCTGGGTATTCCTC ATCTAGTAGAACTGTAAAATGGGTAGAGTTTCAATTTTGGATTGATCATCTTTTTTATCT TCATTTGGTGGTCCATCTTGGTTTAATGTGCGAATGAATACTTGAATTCTTGACAATCAC TGTATAAAAGTGAGGGAAGATTTTAAGCTTTATGAATTTCTATGTTTGTCAGTTTTTTCT TGAATTGGATGTGTTGCCAAAAAAAATGTCTTTTTCAGATTTTATTCTCCCTAATTGTAA TTACTTTGGGCTTTGGAATTGGTATGGTAATACAAAAAGGTGCTAGGAGTAGAGGTGGAT CCATGATTTGAAGTTTATGCCCTTTGATGTTACTGGGTTCTAAAAGTTATAATTTGTACA TAGTAAATGAATAGTTTAAGATAATTACAAGGTTTGATGTAAACCAATTGTTAAGATCCT TGATCTTCACCATGTGAGGACCTTCAAGATAAGAGAAGAGAAGAGAAGAGAAGAGAAGAG AGGAGAGGAAATATAATGTTTGTGTATTTCCAACTTGTATTCAACAACCTGTACATACTG TATTTATACACTTCATTAACAACTTTTAACAAACTCTAACTACCTTCTAACAATATAACT AACAAGATACAACTAACTAATTAATGGAAAATATCTCTTTATTTAACATCCTCCCTCAAA CTGATGCTTTGAATACATCCTTCAAGCACAGTTTGGTCATTAAGTGTTCATGTTGTTGCC TGCCAAGACTCTTGGTTAATAGATCTGCCTGCTGTTCCTTAGTAGAAACATAATGGGTTT TGATAACACCTTGTATAATCTTGTCTCTCACAAAATGACAATCAATGTCAATGTGCTTAG TTCTTTCATGAAAAATGGGATTTGCTGCAATCTGAATAGCAGCTTTGCTATCACAATAGA GACATATTGGAACCTTAATACTGATTCCCAGCTCTTTATACAAACCAATCAACCAAGTTA TTTCAGCCACAACAGAAGCCATGCTTCTAAACTCTGCTTTAGCAGAGCTTCTAGCTACTG TTTCTTGTTTCTTTGACTTCCAAGACACTATAGCATTGCCAAACTTCACTAAGTATCCCG TGACAGACCTTCTAGTCTGTAAACAACCACCCCAGTCAGAATCACAATATGCTACAAATT TTCCAGAACTATCTGAGGGCATTAGAAGACCAAGACCTGGAGCATTTTTTATATATTTCA CTACTCTTAAGGCAGCATTCATGTGAGATTGTTTGGGACTATGCATGAATTGACTAAGCA CTTGCACTACATATGCAATGTCAACTCTAGTCATAGTAAGATATAATAACTTTCCTACTA GCCGTTGATATTGAGTAGGATCAACAAGTAATATATCTTCACTTGTAGAACCTGCTTCCT TAGTTATAAAATCATCATAGTCAACTGATGTAAGTTTCAGATTTGTCTCCAAAGGTGTGT TAACTGGTTTAGTGCCACTCAATCCCAACTCACTAATTAGTTCTAATGCATACTTCCTTT GGCTCATCACTATTCCCTTTTGTGATCTCACAAATTCAATTCCAAGGAAGAACTTCAATT CTCCAAGATCTTTCATTTTGAACTTTAGCTTTAAGTCATTCCTTGTTTGTAGAATCAGAT CTGTACTGCTTCCTGTCACCAGCAAATCATCCACATAAACCAACACAACTACCAACTCTC CTTGAACTGTCTTGGTGAATAAGGAATAGTCAAAATGACTTTGTGAGAAGCCAAGTTGTA TCAATGCATCAGTGAGTTTCTTGTTCCATTGCCTAGGTGCCTGTTTGAGTCCATAGAGAG ACTTATGTAATTGAAGACAACATGCTTCCCCTCCTGGCTAGCAAAACCAGAGGGAACCTC CAAATACACTTCCTCCACTAAATCCCCTTGAAGAAAAGCATTATGAACATCCATCTGAAA AATAGACCAATGTTTAGCTGCTGCCACAGCCACAACTGACCTGACAGTGACCATCTTAGC AACTGGAGAGAAGGTCTCAGTGTAATCTAACCCCTCTTGTTGGCTATAACCTTTAGCTAC AAGTCGAGCCTTGTACCTTTCCACAGCCCCAGAAGAAGATGTGTATTTAACTTTGAACAC CCATTTACACCCAATAGGTTTCTTTCCAGGTGGTAGTTCAACTAAACTCCAAGTGTGATT ATCTTGTAATGCTTGAATTTCAGATTGCATAGCAGCCACCCAATTTGGATCTTTAATAGC CTCAGTATAAGAAGTAGGTTCTTTGATGACAGAATAAGATGCCAAAGCAGCTCTACACAC AGGTGATAAGTGATCATAACTAACCACATCAGATACTGGATAACAACAATTTGCACTTCC TTTGCTTGTGGAGACATAGTCATGCATCCAAATGGGAGGCTTAGTAGTCCTGGAAGACTT TCTAGTAATAGGAACTGTTGGAGATTGTAGTGTTGGAGTTTCAGAAACAGAAGCATCACC CATTGAAGAACTATCCATAGAAGGAACAGAAGAGGAAGGAGCAGGAGCAGGAATATTGAA TGATGGAGCATTATTCTCTATATAGGATGACTGCAGTTCATCTTCCTTCGAGGAAAACAA ATGAGAAGGAGAAGTGGAATTTGTCTTGAAAGGAAAAACATCTTCCTGAAATAAGACATC CCTACTTGTCAAAAATACTTTGGACTCCAAATCATACATAGTATAGCCCTTTTTTGACAC TGAGTAACCAAGAAATGCTGCAGGAACAGCTCTTGGAGAAAATTTGTCCAACTTTCTTAC CTAAGTTACATACCCCAAACAGCCAAATACTTTCATGTGAGCTAGAGAAGGTGAGTGTCT ATGAAGTCTCTCAAAAGGAGATTTATCTTGAATGATTGCAGAAGGCAGTCTATTAATGAT GTATACAGCAGTGATCACACAATAACCCCAAAATTTCAATGGTACACCAGCCTGAAATCT AATAGCTCTTGCTAAAACTAAAATGTGTCTATGTTTCCTCTCTATCACTCCATTTTGTTG TGGAGTGTAAGAGCAAGAACTTTGATGTACAGTCCCAAAAGACTTTAGCAATCCATTCAT TTGTGAGTTAAAGAACTCACACCCATTATCAATCCTAAGACACTTCACCACAGAAGAATA AACAGTCTGAACCATAAGCAGAAATTCCTTAATCACAACAACAACATCAGCTTTAGAAGG TAGTAGAAACAACCAAGTATATCGAGAATAGTCATCAACAAGTGTAAGAAAGTATTTTTT TCCATTATGAGTAGGAACTCTATAAGGACCCCAAACATCACCATGAACTAACTGAAAACA ACACTCAGAAGTAGTAGTGCTTAATGGAAAAGACAGTCTAGTTTGTTTTGCTAAAGGACA CACATTACAACTCTTGATACATTTGTCCCAATGTGTAGAATTATGACCAAACAGCTTGCT TATAGTGACAGAAGAGGTGTGACCCAACCTCTTGTGCCAAAGATTCATACTCATGCTATA GCTATCAGAATCTGTAGAAGACATTCCAAGTGATGAAGAACAGGCATTAGTAGCTGCAGC AGCAACATTTGCTGTAAATGCTTTCTTATGACCTGATTGAAACACATACAAGCCATTTTC TTCCTTACCAATCCCCTTCACCTTGCCACTTGAGAGATCCTGAAGAATACAAAAATGAGG ATAGAATAATACAGCACACTGAAGCTCCTTTGTCAGTTGAGAAACAGACAACAAATTGTA TTTGAACTCAGGAATATGCATTACATTGGTTATCTCTTGACCAGGAAAGAGATAGGATGA TCCTGTGTGAGTTACATTGACTACATTACCAGTAGGCAAATGAACTTTGCCTAGACCACT CTTGTTTACTGTTGTAGTGTGGGATAACAGCTCAACAGAACTAACCATATGACTAGAAGC ACCAGAATCCACTATCCACTTAACATCATCTGAAATGATAGTAGTATGAGGGATCATACC TGCTGTCAAGGCTACATGATCAGCTTCAGATTTTTCTGAATCAAGCATGGTTAAGATATG TTTGTATTGTTGTTCAGTAAATTGAGGAATAGCACCAAATGCATCAGTAGAACCTTTAGA CATGTGAGAAGATCCTGCAAAATTGGCAGATTGACCCCCAAACTGATTTCCAATATCACT AGGATTAGGATTGCCCTTACTAGTTTCATTTTCTTTGATATATGATCCTGTTTTCTTCTT GAATTTATAATCTGGAGGATATCCAATTAATTTGTAACACACTGCTTTTGTGTGACCTGT GAGATGACAATGATCACAGTAGAGATCACTCCTTCTGCTTCTGCCCTTGTAAGAGGAATT ATTCCCCTGATAGTTAGTGCGTACACTCGAGTTGCTTTTACCACTAAACAAAGCTGTCCC TCAGCAATTTCAGAGCTGTAAGAGGAAGTAGAAGAACCCAGAGATCTTCTACTTTCCTCA GAAATGATCATGGCATATGCCTTATTAATCGATGGAGTCGGAAGCATCATCATGATATGA TTTATAGACTGTGAGTAAGACTCATTTAAACCCATCAGAAATTGAAGAAGGCGTTGATAC TCAAAGTGTTCCACATATTTCCTAGACTCACAACTACATCCAGGACATGGCATCAATGCA TCAAATTCTGCCCATAGTTCTCTTAGTTTTGAGAAATAGGTTGAAACAGAAGAAATTCCT TGGTTAAGAGTAGAAATTTGTGAATGAAGGAAGAAGATTCGAGATCCATTAACCTTGTCA AATCGTTCTTGTAGATCAGTCCACACCTTATATGCACTTGTAGCATATACAATCCCACTA AGTAATTCAGTACATACAGAATTCATAATCCATGAAAGGACTATGGCATTACATTTCTCC CACAAATCATGAAGAGAAGCATCAAATTTCTCCTTAGGATATCGACCATCCACAAATCCT AACTTGCTTTTACCTAATAGACTAATTCGCATTGAACTGCTCCATAATGCATAATTCTCA GGGCCTGTTAGTTTAATCGAAATTAGGGAACTACCTGGTGTATCATTGGGCTGAAGAAAC AAAGGACGGTGTTGATCGATTGTTACCAAAGTGGGTACAACTTCAGCTCCAATTTCCAGA TCTGCAGGTGAACTAGCATTCACCATTGTTGAGATGTCGAACAGGAGAAAACAGAAACAG TAAAGAAGTGAGATGAAACGTGAACCAGAAACTGAGAAGATCGAAGGAATATGAGATCGA TTACTCAAGCTCTGATACCATGTTAAGATCCTTGATCTTCACCATGTGAGGACCTTCAAG ATGAGAGAAGAGAAGAGAAGAGAAGAGAAGAGAAGAGAAGAGAGGAGAGGAAATATAATG TTTGTGTATTTCCAACTTGTATTCAACAACCTGTACATACTGTATTTATACACTTCATTA ACAACTTTTAACAAACTCTAACTACCTTCTAACAATATAACTAACAAGATACAACTAACT AATTAATGGAAAATATCTCTTTATTTAACACCAATATCCTAAGATTGAAACATTTCTATT TAATTGAGTGATTGACTTTTGAGGGATGGTATAAATTGTTTCTTTCCATAGGTAAGTGTT AGTTTTATAGTGTCATTTATTGATTCTTACTTGCTAGAGATATTGATTCTTAAACACAGG CAGTCATCAAGCAGTTTAGTGCAACTGGTTATGAAAGTTCAGATGTTATGGTCATCGATG AAATGGAAATGCAATTGCATCATCAACTGGACAAGTTGTATAAGTCTACCCGGGAGAAAA GGGTAAGGGTTCTGTCACAAAATGTAAATAAAAGCTTGTTCGGTGCCTACAGTTCTTTTT CTTATATTGCAAATGTTTGATGTTGTGTCATTTACTTTCTAACTATGAAATTTACTACAG TAGTATATACCTGACTGCAATTTACTTATTTGCAGAATAACTGCTAATATATTCGTTTAG CATGTAATAGCTACTTAAATATTTAGTCATTATCAAAGACCTTTACTTTGCTCTTCCTGC TTCTTACGAATAGTTGATAATGCAAAAAGGTGAGTCATTTAGCCAAAATGATTTCTTTTA ATGGGAGGTAGAGCATTCTTTGGTGTTAGTTAAATCTGACTTATAAAAGGAAGATGCCAA AATTTGAAGCAAGATTGCTATTTTTAAGTGCATTTGAAACTTGGTAATAGTTGTTAATAA GTAATATTGTCATGGAGTTAAGAAAAACTTAGTTGTTTCTTCATTTTCTATTACTTAATA AGTAGTTGGAGTGAGCAGCTTCCATACAATTTTGAAGAGGGATGCAAAGTGGGATGTAAA GATTCTTGAGTTCGAATATAGATAGTTTTGGAGATATTTTTCTTGTAGATGCATGCACGA ACATGGATTTGCTGTGTTGAAAGTTTAGAGAACATATTCGTATTCACAACATGTCTAGAT CTATTAAATTTAGTTAGAGCATTGGAGAACATTTCATATTGTTCTGTACTACACTGTAAA ATATTTACTTACAATCATAGAAATAGATAATAACTACTCAACATGATGTACACTATAAAT TGCCATCTCTTTTCTCTTATTTCAAATAGAACCAAAGTCTATTTTCTGGAGACTTAAGTT ACTTCTGTCTGAAGTGTGGCCTAGTGGTCAATGCAATGGGTTGAAAACCACGAGGTCTCA AATTACAAAAACCTCTAGGTGATTCTTCCCATCTGTTCTAACCTTGATGGACAGACTTCG TTGTGGGTGGAAGGTGTCCGTATCAGTGCTACATGGTCTGAATATTCTGAACTAAATGGT TGCCTCTGTTGTGATTATTAGCTGGTTTACATTTTTGCCCGTCAAGGCTGAGATTTCACT TACCTGACCTGATCACGATGTTGTTCAGCTCGCCGCATTGATATGCATTCACTTTACTAA ATTAGCTTGAGCTTGACCTATTTTAAGATATCCTTAGCAGGCTTGTTTAGTCATTTTCTT CTGCTCCGGCCTCTATAATTTATTGTTGTCTTGTTAAGATGCACTAGATCTTCTTCTTAT GAAAGTTGAGCATAATGATATCGAGCTTGGCTTGTTGTATCAGGTTGAGCTATTCAGCTT GGCTTGTCTACATGCATCATTTTTCTAATTCTTCTTCGGATGACTCATATTAAGATACTT TTATATGCACTTGGCTTGTCATTTGTCTCTTGATTTTTTATTGTTGTTGTTGGTGCTAGG CACAAGACCATGTATATCTATGAACAAGATAAATGTCATGCTAGTGTAGAGCATTTCATT CCTATATCTTGTCTTTTGTAGTTATGACTAGGACTTGGCAAATTCATTGCTTAATTTTGA TCTAAACTCACACTGTGTGTTTCCTTCTCTTTCTGAAGTTAGGATATCTCTGTTCGTATC ATTTTGCAGGATTTTCAGAAAGAGATTGTTAAGGCAGCTGAAACATTTACAGCTATAGGA TACAAGCATATAGAAGCAGGTAAAACTTTTGAAGGGTATTTTGTATAAATAGATCTACTT TCAGATGGAACTTTGTTCTAGTCATGATTCACTACCTCTATAATATTCAGGCAGCCCTTT ATGTCTGTTTGCTGCTACTTCTAAAATATTTAGGCAGTCCTTTATGCCTTCTTGACGATA TAACAAGATTATTCTTAACCTGGATGTTATATTCTTATTTTCTGGATACTGCCAGGCTAG AATCTCGTCCTCCCCTGTCCCATTATTGTGAGACTGAGACATGTTTTTTCTTTTTGCCTT TTTTTTTTTGCTTCTGTGTGTATTTCAACTTATTTGGTGGAAGTTTATGGTAGCCAGGAA CTAAATTATCAGAAGATTGCTGCAAATATGGAGTTGAAAATCCCAATGACGAGGTGTTAG CTAAGGCTGCTTCTATTTACGGCGATGCTCGTAAGCATGCAGAGAAGGAGGTTGAAGATC TAAATAAACTATTCTTCAGTCAGGTAGGTACAATGTGCATGTAATCTGGAGTATGTTAAT GAAAACTAATTAGAAGCAATATATATTGGCGTATTTATTTGTTAGAGTTGCATGAGCTAG ATAAATGTGTCTTCCCTAGACCTAAATGTCAGTTGATTACTGGCTATCTTTGCAGTAGTT TATTACCTGCTAGCCTAAGAGTCTAAGATCGTGACATCCTTAATGGAAACTAATTAGAAG CAATAGATATTGGCGTATTTATTTGTTAGAGTTGCATGAGCTAGATAAATGTGTTTTCCC TAGACCTAAACATCAGTAGATTACTGGCTAAATTTGCAGTAGTTTATTACCTGCTAGCCT AAGAGTCTAAGATCGTGACATCCATACATGAATAGGCTTATAGCTGCTTTTTATGGGAAA GACTGCTTATGAATCTGTGAAGATAAAGAAATCAATGATGATAGTCTTAAGTTCTGGTGC TGATAGCAAGTGACAAATGCATAAAGAAATTGATGAAACAGTTTCTCGAAAACCTAAAGG ATAATCATTTTCCTTTCCAGTTTTCTCCTTCGACGTGTGTGCCAAGAAAGAGGTCACTTC CATGTGCACATGTTGATCTTGGAAATTTTTTCTTTGGTTTCTGGGTGGTTTTCTGTAAGC ACATGCTTCATTTGCAAAATGAAGAAGTAATCACCCTCTTTCCCAACCAAAAAGAAGGAT TAATGGCATACTGTAAACATCATGATACCGACCTTTTTGTCCCATGAAACATAATTATGG CAAATATGTCAATACCTTCTTTTTACTTTTCTTTCTGTCTTTTCTTTTCAAGATACTGCA CATTTATTTTTTTGATTCATGACACTTAGTAACATTAATCTATGTTCAATACTTCATAGT TCAGCCTTCGGCCGCAGACTAAAATGAGCTTTTGGATTTCCAGGTACTGGAACCATTGAG AGCTATGGTAGCTGGTTCTCCCTTAGAGGATGCTCGTCATCTAGCTCAGCGCTACAGTAA AATGCGGCAAGAGGCGGAGATACAGGTTACTGTAACGATTATTTCTTTTGCTAAAGACTA TGATAAACGCCTGTTGATACTTGTCTTATTGTTCAATTATACACTGTCATCACATCCTTA GTATTGAATACAAAATAAGCAGGCAACCGAAGTTTCTAGAAGACAAGCTCGGGTGAGGGA AGCTCCCATCCCGGAGAATGTGGCAAAGCTGCACTCAGCAGAAACTAAAATGCAGGAACT CAAAGCCAACATGACAGTACTCGGTAAAGAAGCAGCAGCAGCATTAGCTGCTGTAGAATC ACAGCAGGAGAGGCTTACATTTCAGAGGCTTGTTGCAATGGTATGTATGCTGGTGCATAT TTGCCTCTCATGGAATTTAAACTTGTGTTTTGCATGGTCAACCATTTTCATACAATGGTT AAAGTGAGTATAATCATCTGCAGGTTGAAGCAGAAAAGCTTTATCATGAGAGAGTTGCTG TTATTCTGGGTAATATTGAAGCTGAGGTGAGTGTTTCTCCTTTTGTATTTCTCCAGAGGT ATGCTTTACACCTAGGTAATTTTTTCTTACTCGACAATTTACAATTTGTACAGATAGTTT CTGAAAAGCAGCGAAAAGAGGCTGCTCCTCCTGTAGCCACACTTCCTGTTAACCCTCCGG CCCAAATACCTGAGAAAACAAAATACTTTTTGGCCGAGGTAACCGTCTGCTTTAACAACA GTTGTCTAAGTTGTTATAATCTTATCACAGAATGATTTATTTATTATACTATTTGAAAGA AACTTCTGAGGGAAAGCTGATTGACAATGAGGATATGTTGCTGGTGTGAGCTCTGAAGAC ACTCTTATCCGTGCAGTGTTACTGTTTATTAATGAGTTGAAGTGGTCTTAGTTTTTGTGT CTCTGTCACACAGGCTATTCATTCTTTTGAAGCTGAATCAGAAAAGGAGCTAAGCTTGTC TGTCGGTGATTATGTTGTTGTTCGTAAGGTTGTTCTTTAATTCTGGCTCTTCCCTCTTAT GATAATAAGTTATTGATTGAAGTTGATAAAACTCACATGTATATCTGCTGGAGCATTCTC CTTTTTCTAATCCTAACAAACCTTTTATGTAAGCCTTCTCAAATTTTCCAGTAAAGATGA CTGCTGTTTGTACTACTCACACTAGTCTTCCTTCTAAAGGCTTATTTGATATATGTGCAA CTTCCCACTTGAAACCTGCCCCTCTAACTGTCCTTCTCACTTCAAACCTGCCCCTCCTGT CGCCCTTCTCCCATCCGAAAAAGAAAAAAAATAAAGGAAGAATGAAAGTAAACAAAATAA AGAATACTATGTAAATGAAAAAGGAAAGGACACACCTGTAAATTTTCTTGTTCATTGACA TTTTTATTCTACTTCTCAAAACTTGTGAAGGTAACAAAACTATGATCTATTCATAGATGT ACATGATATGTTCAATGAAACACAGTAAAGTAGAGTTCAAAAGAAGAAACCACAGTTAAT TCTTCTATCCTGTTACATCCACGTTTTTTTGAAGAGTGCCTCTCTTTTGCAATTTCATGT TATGTTTCAGGTGACTCAATCAGGTTGGTCAGAAGGAGAATGCCAAGGCAGGGCAGGTTG GTTTCCATCTGAGTACGTGGAGAAACGACAAAGAGTACCTACTTCTAATGGAGCAACGGA AGCTTACTGAAAAGATGGTGATTTTTTGTTGCTGGTATTTGTGGAACAGTTGCCAGTTCA TCCATTTATTCATGCAAGAGCATAGAGTTGAGTGTGTAACATATTCATTTTAGTTCTTTT AGGGTTATTCTGGACAGTAAATGCTTTTGGTCTTTTCCCTTTCCCTTTTGTTTTTACCCC AGCATAGACTTGTCATCACTGATGGATTATAGCTGAAATGCACTTAGTTAAGTACCCTCT TCCTCTACCTGCGAACGAAAAATGTTATCTTTGAAGAAGATGGTTGTGAAAATTGTTGTT GTAGTTTGTGAATTATGTCCTTTTGTTATTGAGGTCAACGTGACACTAACAAAAATGGAC AAAGGTTCCATACATATGCATTGCTCTGGAGACTAGCAACAAATGCTCTCTATGATGAAG CAGTATATTAGCAATGAATTGCTTGTCTAAGTGTTTTTATAACATCAGTACATGTGGAAG AAACACACCCTCTTAATACATTCCAGCAGGGGAGGAGGGTTTCGGATTTCTTTAAGTGGA AAATTATACTATTTCTACACTGTCAATGTATATATATATATAATATATATATATATATAT ATATTTTTTTTTTGTATATATAGTAAATGGTAAATTCCTTTTGACTTCGTGTTTTTTTTT TTTTTTTTATATATATTTTGAACAGTGAAGATTTAGACTTCAAACTCATCTACTTCTGTC TCTCATAGTATTTATTTAGATAATTTACAAATATTTCGTGTGCATACACTCTTAGATGGA ATGATTGTTGATATTCTTCATGGTTGTGTAGTGCCTATTTCTTTTCCATTTTTTTCCTTC AATTTATTAAATTTATTCAAAATCCAAAACAGAAATTATAACATAGGGAGTATTATACTT CAACTAAATTAAACTAATGTTATATATTAATTTGAAATGATAAAAAATCTAAACTTTTCA GTAGCTAATCAAAAGGGTTGATATCATTGGTGTTGTGAAGAATAGAGTTATATATTGCCA AGAAAAAGAATACACAAACAATTGTTAATATTAATTCTTCTTGAAAACAAAATAATAGTA TTTGATTACATAGAACAAGATGTACATAAGTAGAGCATCAACTTATATTGAAGAGATCAT GCAAGTAAATTAATAAAAAAAAATGTAATTTTTATTTATGATCTTATAGACAACAAAAAA GGGCGGATTATACTATATATGATACAACAAAAAGAGCATATTCAAAATTAATATGAACTG CAACTAATTAAAACACGATTAAATGTCCATACATTCACTACTACCCACCTTCTAATTCAT ATTATTAGACTCTTATTGTTCTGACAAATTCTTTAATAAAACTTTAGATAAAAATGTGTT TTATCAAACTTATAATCTTATTAAATGGTGTTGTGAAACTTAAAATCCTGACGGAATACT ATTTTATGTAGCTATTTAATGCCAAGTAAAATAAAATATATATATTTTTAAATAGGGATC AAATAAAACGAAGAAGGGAATACTTTAGCAATTATTTTCTTCGTTTCAATTTGTTTAACC TACTTTTTTTTTATTTCGTTTAAAAAAGAAAGACTCTTTCCTTTATTAACAGTTATTTAA TTTTAATTTTTTCACATAACACAAGCATTCTAATATATTTGACGTATCATAATACAAGAC TCAATGTTCTTCTTTATTTTCTCACTCTATGTAAAGTTGAAATAGATAAAACAAATTAAA ACGGTGAGATTAATTTATAATTATCACTACTTTTGCTTGTTCTTTCTTTGTCTTTAAAGA ACACTATTGAAGTGCACAACACTTATAAATTTCTTGAACAAAGGAGGAGTTTGTATTACA TTCCTAGTTTTCTATATCCACTCTAAGATTCGAGAAATGGAAGAAAAATCATCAATAGTT AAAGATGAGAAAGTGCCATTCTACAAACTGTTTTTGTTTGCAGATAGGGTGGATATTGCT TTAATGACTATTGGCACTTTTGGTGCTATTGGTGAAGGATTAACTCAACCTTTGATGACA CTCATTTTTGGTCAAATTATAAATTCTTTTGGTGGTGCTTCATCTTCTAATGAGGTTTTT CATCTAGTTTCTGAGGTATTATTTTTAAATAAGTTTCGTTTAAACTTTTTTTACGTTCAT CAGAAAAATAGTATATACAAGATATTATTTACTATTTACACCTATTAAGAAAATAATGAT TGACATAGTGAATTTATCATTTTATCCCTATTAATTACGAAATGAATAGATTAAAAATTT ATTTTTTTCAAAAAGTTCTACGTTTTTCAAAGTAAATGATTGAGGGTATAAGAGGTAAGA AAAATATTTTTATTGATTTGTAAGAATGAACAAGTATTATAAGGAACAGCTAAAAAAAGA AAAATTGACCAAATAATTAGGAATAAATGAAGTATGTTAATATAAAGAGAAATAGTTCTT TAATGTAAAGATATTATTAGAAACAATTACTACTCTATAGTCTATATTACTTATAGATAT TATTAGAAATAATTACTACTTTATAGTCTATAATACTTATATATTCTTCTTTAACAGGTC CATTAATAATTTTAAATTAAAGAGTGCTTTAATGTTTTATCATTTTAGTACACTCTATAT TCAATACCAAGATTAAGGATGGGGAACTTTACAATATTTCAAGAAGAAATAATTGAAGGG CAAACTGAAAAAATGTTAATTGATTGTATTTTTATTATGTAGATTAAAAGTAATTCGAGA CACATATATTTAATGACGTAGATAAGTAATATGAGACGGATAAAAAAAATAATCATAATT ATTTTAAAATAACAGTTATTTTGAGATAAACTTTTTTTTGCTAAAATCCTATTTATTTTA TTTTCAGGCTGCCGTTTACTATGTCTATCTCGCTATTGGATCTGGGATTGCTTCCTTTTT ACGTAAGAGTGTTGTTGTTTCTCTGTTAGAAAATAAGTGGTGTTTTAGATAATCAAAAAT ATATTAAAGAGTTACGTCTTTTTAAAAATTTAAAATATTAACTTTGAGTACTAGTTAAAT TGACTCTAATAAAGCGACAAAAACGACAAGTTAACGAAATGAGTAGCTCATAAATCATAA TTTGTTTAGCTCAAGTTTGCTACTACTTGAGCTAAACAGAAGCCTAAATTCTTGTTGTTG TACTGTATTGGAATTGAAACAAAATGTGTAAAGCTTGCTGCTAGAAAATTATTACAGGGA TGTCATGTTGGATGGTTACTGGAGAGAGACAAGCGATTCGAATTCGAGGACTGTATTTGA AGACAATACTGAGGCAGGACATAGCCTTTTTTGACACTGAAACAACAACTGGACAAGTCA TTGGAACAATGTCTGGAGATACATTTCTCATTCAAGATGCCTTGGGAGATAAGGTGTTGT TCTGTAGTTAACTAATGCTAATAATGCAGTTTACTAATGTGTTGATTGGTTGCAGGTTGG GAAGTTCATTCAATATCTCTCAGCATTCGTTGGAGGCTTCATAATCGCCTTCACAAAGGG ATGGCTTCTTTCGCTAGTCTTGGTTTCTTGTATACCTGCTCTAGTCATTGCTGGTGGAGC CATGGCATCGATCATGTCCAAAATGTCAAGTCGCGGACAAATGACTTATGCACAAGCTGG AGATATAGTGGAACAAACAGTTGGAGCAATGAGAACAGTATAGCCTCACAGTTTCTAAAT GATCTTGCATTAGACTTTTCAGTTTTGATCTAAATTATGATAAACTTTAGGTTGCAGCAT TCAATGGAGAGAAGCTGGCAATGATTAAGTACGACAACACACTGAAAATTGCGTATGCTT TTACTGTCCAACAAGGGCTTGTTTCAGGAGTTGGATTTGGTACATTCTTACTTGTTCTTT TTTCTACTTATGGACTTGCCATTTGGTATGGTTCTAAATTGATAATAGAGAAAGGTTATC GTGGTGGATATGTCGTCAATGTTCTCATGGCTATAATGATTGGTGGAATGTAAGTGTAAA ATTCTGCAAGTTTAAAGCATCTTAGATTCGTCACATTGGACAGTTAATGTAGGCTAAGTA GTGGAAACCTTTTGCTTGTTTTCTTGTTGATTTGCAGGTCACTAGGCCAAACAACACCGT CATTGAATGCATTTGCAGCAGCACAGGTTGCAGCACTCAAAATCTTTGAGACAATCAGCA GGAAACCATTGATTGACACATCTGACATGAGCGGGGTTGTGTTGGAAGACATCGAGGGTG AAATTGAGCTTAAAGATGTGTATTTTAGGTATCCATCCAGGCCAGATGTGCAAATCTTTA GTGGATTCTCACTTGTTGTTCCTAGTGGCAAAACTGTAGCTTTGGTTGGGCAAAGTGGAA GCGGGAAGTCCACTATTATTAGTTTACTCGAGAGATTCTATGATCCTGAATCCGGAGAAG TATTATTAGATGGTGTCAATTTGAAGAAATATCAACTGAAATGGCTAAGGCAGCAGATGG GATTAGTAAGTCAGGAACCTATCCTGTTTGCGACTACCATAAGGGAGAATATCAGTTATG GTAAGGATAATGCTACTGAAGAGGAGATTAGTGCAGCTATTGAGCTTGCTAATGCTGCTA ACTTCATTGACAAACTACCCCAGGTAATATTGCCCCCCCCCCCCCCCCCCTCAATATCCA TGTCCACAGTTTCAATAAGCTGCTAATAACCGAATTTCTTTATATGGACATTCACTCTTT ACATGTTTTTGGGGATCTGTAGGGGCTAGATACTATGGTAGGTGAGCATGGAACACAACT ATCTGGTGGTCAAAAACAAAGACTGGCAATAGCAAGGGCTATTGTAAAGAACCCAAAAGT ACTTCTCCTTGATGAAGCTACAAGTGCACTTGATGCTGAATCAGAGCGAATTGTCCAAGA AGCACTCGAGCAAGTCATGGCAAAAAGAACAACTATGCTTGTTGCTCATCGTCTAACAAC CATTAGGAATGCTGGTCTAATAGCTGTACTACATGATGGGAAGCTACTAGAGCAAGGTAA TAATTTAAAGATAAAAGAGACATGTTCATCAATCAAGCTTTACTTTTGTGGATAAGAATA AGTATCTTTTTTACTCAAATAACGAAAACAGGAAATCATGATAAGTTGGTGCAAGATCCA AATGGGGCATATTCCCAGCTTATGCGAATGCAGGAAGACAAGGGAGGTGATGAAGAAGAG AACTTGATTATGAAAAATATGGACTCTGACAAGGTAAATATAACCATGAAATTGGACAAC ATCAGCTGGTCATCAAATCCGCCACTGTCAGCAGCGAAGCGATCAACAAACCAGGGATCC CCTAGGAATTCCTTTTCACCCAGCTATCCTGTTCGGGGGATGATTGACATTCATGAAGCT ACAATAGGAGACGTGGATGAAAAAGAAGACGATGAACAAAGTTCAGAGAATCGAAAGAAA ATTCCTATTAGGCGGCTTGCTGAACTAAACAAACCTGAGCTTCCATATATACTACTTGGA TCATTGGCTGCAATTATGCATGGCCTAGTAATGCCCTTATTCGGACTCTTGCTCTCAGAA GCAATTAAATCCTTCTTTAATCCTCCACATAAGTTGAGAAATGAATCACAATTCTGGGGA CTCATGTACGTGGGCCTCGGTGTAGTAATTTGGCTAGTTATACCTTTCCAGAATTATTTA TTTGGAGTTGCAGGGGGTAAATTGATCGAGAGAATCCGTTCTTTGACATTTAAGAAAGTA GTCCATCAAGAAATCAGCTGGTTCGATGACCCTGTAAATTCAAGGTCAGTCAACAAGTTA ATAGTCATTAAATTCTCCCTGAAGTTTGACATGTGCTAAAACATGGAGTTTTATTGAATG CAGCGGTGCATTATGTGCAAGGTTATCAATTGATGCTTCTACAGTCAGGACTGTTGTGGG TGATGCACTGGCACTTATTGTACAAAACATGGCAACTGCATTAGGCGGCCTTGCGATAGC CTTCACTGCTAATTGGATTCTGTCATTTATAATCCTTGTTGTATTACCCTTAATATGTGC ACCAGGACTCTTCCAGACCAAGTTCCACAAAGGCTATAGCGCGGATGCTAAGGTTTTCTT TAGTTTTATTTAACAAAATGAACTTTTATAAGGTGGTTGTACTATACTAACAAGGTTCTG CTCATTTATTCAGGTGATGTATGAAGAAGCTAGTCAAATAGCAAATGATGCTGTTGGCGG TATTAGAACAGTGGCATCATTCTGTGCAGAGGACAAAGTGATGGACATGTACCAGAAGAA ATGTGAAGGTCCAATTAAGAAAGGAGTAAAGATTGGAATCGTTAGCGGAGCAAGTTTAGG TTTTGGTTCTTTTACACTTTATTCTTCACTTGGCTTCTGTTTCTTCATTGGATCTGTCCT TATTGATCATAGATTAGCGACAGTCGACCAAGTTTTTAAGGTAAAAATACATAATTCTCT CCCTCTTGAGTTCTTGCCTGTTTTTGAAAATAGTTATTTAACGTTGCAGGTTTTCTTTGC ATTGATATTAGCAGCTGTTGGAATTACTCAAAGTACTACAATGGCTCCAAATTTTAACAA AGCTAAAGATTCTATAACTTCTATATTTGACATTCTTGATAGAAAATCCATTATTGACTC AAGTTCTGATGTTGGCACTACTCTAGCTGTTGTTCATGGAGATATTGAATTCCGACTTGT GAGTTACAGGTACGCTACTCGCCCAGACGTCCAAATCTTCAAGGATTTATGCCTAATCAT CCCTTCTGGAAAGGTATTTTCGCGTACTCCCTCTGCATTTTATCGTACTAAATCTTATAC CAGACTGGCTTCAAGTATTATTTTTCGCTTCTCTTTGTAGACTGTAGCTTTAGTGGGAGA GAGTGGTAGCGGAAAATCAACTGTCATTAGCCTGATAGAGAGATTCTATGATCCTGAATC AGGAGAGATATATTTGGATGGTGTGGAAATTAAACAATTCAATCTAAGTTGGCTAAGGCA ACAAATGGGACTGGTTAGTCAAGAACCTATACTGTTTAACGAAACAATTCGTGACAACAT TGCCTACAGCAGACAGGGGAATGCAACAGAAGAAGAGATCATTGAAGCAGCAAAATCAGC AAATGCACACAACTTTATATCATCATTGCCTCAAGGATATGATACGTCGGTTGGGGAAAG AGGGATACAATTATCAGGTGGACAAAAGCAAAGGATAGCTATTGCTAGAGCAATACTGAA GGATCCAAAGATCCTTTTGCTAGACGAGGCAACAAGTGCGTTAGATGCAGAATCAGAACG TATCGTTCAAGAGGCATTGGATCGAGTAATGGTAAATAGGACAACCGTGGTTGTAGCTCA TCGCTTAGCTACAATCAAAGGAGCTGATATCATTGCTGTTATGAAGAATGGAGTCATTGT TGAGAAAGGAAGACATGATGTTCTAATGAATATTAAAGATGGAGCTTATGCATCCTTAGT AGCATTGCATATGACTTCAGCCTATTAATAGTGTCACTACATCAAAAATGATCTTTTTAA GCGGCAATTAACGATCTTTTAAGACCTTCGTCTTTTGAGGTTTTCCAACATAAGTTGGTG TAACGTATTAGTTGAATCATATTCATCATAGATATGTGGCTTGTATTTTATATTTTACTT TTGAATAATAGATTTAGTAATCATGGTATTTTTTGCCGGACATGCGTAAGATTAAATGAC ATTTTGATATATTAACATATTTTTAATTTAAGATTACATGATTTAAATGTCTTTTTGACC TTTTCAAACTTCATATCAAATTAAATTAAAACAAGGTAAAACGAAAAAAATAATAATTTT ACAATGTAACACTATTAGATGACATATTACTTCATGTAACGCGTGTCTGCCCCTGGTTGC TGGTATATTATACAAAGGGAAGTGCCCAAAACATGCAGTGCTATACATATATAATTCACA TATACAAATTGTGTCATTCGATTTTTCTAACGAACAATTAGAATAGAACTGTTAATATAC AATCTGTCTATATTTATTTAAACAAAAAAAATACATATTTGTGAATCATTAGAATGAACA AAACATTAATAATTCATTTTTAAAATTTTCAATTATATATTATACAAATCAATCAATTTT TTTTTTGTCATTTAAAACATAAAATTTCTTTGAAAGAAACGTCTATTGGCATTGAATTTA CAAGAATATTGATGAACCAATTTTTTTTTGTGTAATATTGCTTCAGTGGTATGAGAAAAT CCGTTATTATTATGTTTGTATCGTTATGTAATTTTTTTTAAAAAAAATATTTAATTTAAA TTGATTAGCTTGAATCATGAGATTATGTGAATTTTTTATTACCTTGTTTAACGCTCATGT ATTCATTATTAAAAAAATATTGTTTACTTTGTAAACAAAAAAATATATATAACATACGAA TTAAATATTTTTTAATATGAAATTTTCCCTACTAATGAAGTGAAAAGAGTAATTTTGCAT AGCCATATATATAGAGAGTTATCAAAACGGATTGGTATTGTACCAATCCAGTCCAACAGA TCAGAGACTATAATGGCTTAGCCTAACCTAATCCTTGGACCTTTAAAATAATAGCCCAAC TCAGTCCTAAGATTATATCGAAAAATTTAGAGAGAAAATCTTGATTAAGAAAAAAAATGT GACATAATACATATACCATCATTTGATATCTCCGGTCCAGCAGATCAGAGACTATAATGG CGTAGCCTAACCCAACGCTTGGACCTCCTAAATAATAGCCCAACTCAGTCCTAAGATTAT ATCAAAAAATTTAGAGAGAAAATCTTGACTAAGAAAAAAATGTGGCAGCACATTTACTAT CATTTGATATCTCCGGTCCAACAGATCAGAAACTATAATGGCCTAGCCTAATCCAACCCT TGGCCCTTCAAAATAATAGCCCAATTCAGTCCTAATATTATATCAAAAAATTTAGAGAGA AAATCTTGACTAAGAAAAAAATGTGACATAGCACATTTACTATCATTTGATATCTCCGGT CCAACAAATCAGAGACTATAATGAATGACCTAGCCTAACCCAATCCTTGGACCTCCAAAA TAATAGCCTAACTCAGTCCTAAGATTATACTAAAAAATTTAGAAAGAAAATCTTGACTAA GAAAAAAATGTGGCAGCACATTTACTATCATTTGATATCTCCGGTCCAACAGATCAGAAA CTATAATGGCCTAGCCTAATCCAACCCTTGGCCCTTCAAAATAATAGCCCAATTCAGTCC TAATATTATATCAAAAAATTTAGAGAGAAAATCTTGACTAAGAAAAAAATGTGACATAGC ACATTTACTATCATTTGATATCTCCGGTCCAACAAATCAGAGACTATAATGAATGACCTA GCCTAACCCAATCCTTGGACCTCCAAAATAATAGCCTAACTCAGTCCTAAGATTATACTA AAAAATTTAGAAAGAAAATCTTGACTAAGAAAAAAATGTGACATAGCACATTTACTATCA GTTGATATCTCCGTGACATTGACTTTTCAATCTTGTGCAACAACTTTTCTCAAATATTGA GATCAACAGTATCTCAGTGAATTACTTTGTCAAATTATCCCTCTAATGAAATATTAAATA TTTATTTCACTATTATTTGGTGAAACGTAATTTACTTTGGCTCCTTCACTATGCAAGTAA CAACATTATATTCAACATTGCTGATTTTTTTTTCCAAACAAAATAACACCTCTTATATAC TGAGTCACTTGCTTTATAAGTTGGTTACGTCTTGACATTAAAGTATCAACAATTGAGTAT CATATTAGAACATGATAATATGATAGTATATTCATATGTAAATAGATTGTTTAAAGAAAG AATTTCATTTATAATATATACCTGTGTTGGCATTACCAATATAACCTTGACAATATTTAT TAGGATAAATAACTACGCAATAATGCATAATCATGATGCTTTATTTGAGGTAAGTTGATA ATTACTTTGGGTGTTCGCAAATACAAATTTAAGTATCTACTTGTGTATATTCAAAGTTGG AGGATATAGTTATTCGTACGTAAAGAAAATTTAAGGGTCATGTATTATGCAAATAAATAC TTCAAAAATTTCTTTTTCGATATTTGATTCATCATGTTTCCATATATTTATAATCATAAG GAGGTCTAAATGATCTTTATTCATATCTTGTTAGAGTTAATAACTTTGATGGTCACTCAA CTATCAATTGTTCTCACATAAAGTCACTGAACTTTCATTTTCAACTCAAAAGTTACTTAA CTATAACTTCTTTGCACAAAAAGTCACTTAACTTTCATTTTCAACTCAAAAGTCACTCAA TTATGACTTCTTTGCACAGAAAGTCACTCAACCTATTTAATTATGTTTTCATTAAAATTT AGTGACATAAAATTTTAATTAATAACAATAGCGTATTTAGAATTTTCACTTTATTTTTTC GAAAGAGGATTTATCGTAAAGGGAAAAAAAGAGAGAGGAAAAAACACGAAAAGAATGTGA AGAGTGGTTGTCCATCTAACATTAATTATCTTATATAATTATTTCACTTTAAATTTCCAA AAAGATTTTATTAATCAAAATAAAAGAATCATTGATTACGTCACTAATAATTTTACGAAC TGCAAAAAAAACGTTATTTCCAACATATTAAAATCAGAATTGTATATGCATATGCAAAAT TCCCCTTGTCCCCATGTTGTTATGAATAAACAAAAATAATGGAGGTAATTAAGAGTAATA TAAATAAATCATACACAAAGCTAGTGTACTTATGAAGAAATTAAAACATATGATATTCAA CTGGTTTTATTATATTTCAGATAGATTTTGTTTATTTTAATAATTTATATAGTGATTTTA TTTTATTTTGATACTTTATTGACGATAAATCAGTTAAAATTATTAATTGTATAATATATT TGCGATTTATGGTATGATAATTTAAATAAGAAGATGACATATGATATTTGAGAGTAAAAA TAATAATTTAAAATAAATCATAAAAAATAAACAACTAATTTTCAAGAAAAAAATAAACAA ATAAAAATTACCTATCTATTTTCTTCATCACACAACAACATGCGTCACCCCTGACCTTTT GTTCATCTTCCACTTTTTTTTAATTACATTTCTTTTATCGACACATCCAAATTCCAATAA AGATAATATAATTCTTATATTTTTCTTTCAATTGTTCGTGTTTCGTCATTACAATATTTT TTCAAAAAAGATGTGATTTTTTATTTTATTTTTTTTCTTTCATGTTCTGTGAGGATGTTT ATCGGTGGAAGGTAGAGTAGATAATAAGAAATTATGAATATAAAATGAAGAAAAAAGAAA AGAAAATATTTTTACCAATAAATAAAAAAAGCGTTCTTCACGCTCTAAGAATGTATTACA CATAATAATTGTCAAAATGACACGTTAAGATTCTACTTGAATATTTATGAATCATTATTT AAAACTAATATACAAAATGTATTCTGCATATATATATATATATATATATATATATATATA TATATATATATATATATATATATATATATATATATATATATAGAGTACGGTATAATATAA TATAATTCATTTTTTTCTGATTTTTTTTATATTTTTATAAAATCAATAATCAATCTAATT ATTTGGTATAATTATAAATTTCATATACAAATGTACAATTTTTATTAAGATAAATCTACT AATCAGTTCGGCATGATTTATTTTCTTCAATCAAGAAATTGATTTACTAAAAAGAATCGT TGATACCCCCTATTATTGGTTATTATTCAATAGAATTAGAGTAGTACCTTACAACACCAC CATTGCCACCATCAACATTCAACACTACCAATAACAATAAATGGAATTTGTAGAAGACAT AACACATAAGCATGACCCTTTGGCGTCAGTTGACAACTATGATCCGTGTGCATAGATAGA CACTTAAACTTGTATAAAATTGAACAAATAGACACATTCGTCCTACATGACACCATACAA GACAATTTTTTGTCCTACGTGGCATCCTACATGTATTATGCCTTGTAAGACAAGTGTGCG ATCTACTTATTCAATTTAATACAAGTTTAAATACCTACTTGCTCAAACTCAAATCAAAGT TGAAAGACATAATTGTCCACTGAAATAAAGTTAAGGATCATGTTTATATATTAGGTCTTG TAGAATATGGAACATATATAAACCCTACTCCTATACTACAAAATAAATAGATTATCTAAA TGTAACCATCTATAGTTCTATACAATATTAAAAACATGAAGATTCTTAATAATGTCGATT TATATGCTATTATGATAATAATTATACTTAAATTAGGTAAAAAAGAAAAGATACTTCAAG TTTTCTTCCATCTCAACTTTTAGGTTATACTCCCTCCGTTCATAATTGTTTGTCGGGGTA AAGTCATGCACTCCATTTAAGAAAAATTTAATATAAGGTGTAATTTGACTAATATAACCA TACTATACTAAAAATACAAATCTACATAACTCTTTAATTGAACAAAATTGGAAAAATATG ACTAGTTATTTCTTAATTATTTAGATTAACAATTAATCCTGAACATTTATTTTTTAGTAT ATCTGCAAAACAATTGTGAGCGAAGAAAATATTTATTAATATTAATTAACAAAATTACGC GAATCATATACACTTAACTAGTTTTCATATATTTTCTTAAGAAGATAAATAGATTATTTC CATAAATTTATTACTACTTAATTTACGAAAATCTGCAAACAATTAGGCCGATGCTAAGCT TACCACCCAAATTTTGGTGGCAATAAATATCCTATTGACTATATATATTATAGTCTACCT ATATACGTTCAATGTTTCTAGAAAAAAATAAAATACGTAATTATTTTCTCTTTTTTCTAC AAATAGGAAAAACTCAAACAGAAGTCAACTAAAATAAGGAAAATAAAAGTAAATACAGCT ATAAATATGCTAATACTGAAACCTAATATAATAAATATCCTGAAATCTTAACAAACTTTA TTTATCTTATAAAATACCTCTTTTTTCTTCTTCTTGATTTTCTTTAAAACCCTAAGGGAT ATATCATATTAATCTCTCTCTCTCTTTTTTTTTTTATAATTTTTTTTTTGAAGATGGAGG ATAATAATAATAATGGAGAAAAAAAAAGAGATGAAGATCAAAAAGTGTCATTCTACAAAT TATTTTCTTTTGCAGATAAATTTGATATTGCCCTAATGATAATTGGAACAATTGGTGCTA TTGGCAATGGATTAACTCAACCTTTAATGACACTTATTTTTGGCCAACTTGTTAATTCTT TTGGTTCTTCAAATTCTGATGAAGTTGTACATGAAATCTCAAAGGTATGTATTTAATTTG ATTATTATGTTCTTGTTTGTATCAATTATCTTCATTAATTTCTTCGTTTCATGCAATTAA ATCGACGTTGTGACGTTTAAATTACGATTACATTAACTTAAAACTTGCCTTCTAATTAAG GTCTTGTTCTACAACAAGAAAAAGATAATAAAACCTTTTTTTTGGGATTGGTGTACGGAA AAACATGAAAATCTCATTTTAGTTATATATACTGATAGTGTAAATATTATTCAAGAAATT AATCTTCAATACTATAATCATGATGTTGAATAGAGTTATAACTAAATGCATAATCAATTT AATATCACAACCGTATTTATAATCAAAAGATGATTCTATACTAATTACTATTGTACTAGT CACCACATCTTAAGTTGTATTTTGAAGCTTTGTTCGTTGTGTTTGAAGATCAGACGATCT GTCTGATGTGAATCTATTCAATACGAGTGTTATGATATAAAAAAAAATTCGTTTCTTTTT TCCACGAAGAATCTATAAATAAGTTAAGACGTGTCAATTTGAATTACTGGAAATAGCAGT AAAAATTAACTTTTTCTTTCTCTGTGGCAAACATAATTATGATTTTCTCATATGAAATTC CACATTTGATATTTTCTGTCTAATGCAATATAATATTGCAAATCCCACTATAAAAGTGGG TAAGAATATATAATATATACTAATGTGAACTCTAATTTTTTCATGTCACAGTCTAATCAA CTTTGTAATTTACTGTTCTTTAAGTGATCTCATAATAAACAACATTTGACTAAACTTTGT TACTTTTTCTTCTTTAATTAACATTTTCTTTTTTTTGCTTTTGAATTTTTGATTTCAGGT TTCCATTTATTATGTCTACCTTGCTATTGGAGCTGGCGTTGCATCCCTCTTACGTAAGTA TATACTCGTCTGTATTTTCTTATTTCGAATTTGTTATATTTTACTTGAATCTGAGACTTC TTAATATTGTTTTTCTATACACCGACATGAGCAATTGGTGATCAATCAAGGATATGCAAA AATTTTGCAAATACTTTTTGACATAAAAATATTATAAGTTACTTTACATAGATGTTCCCA TTTAATTTGTGGGGTACCATAGAAACGGTGCCTTTGCGTGCTTGTTTTATTAAAGAAACA AAAGTAGTAAAAGCACATTTTTCCCCATCAATTACTACCCCCACCATGTTTAGGAAAATC TAGGTTAATTATATTCCCAAGAAAAAGGTAATTTTCTGGTAACCACGTTGGGGCTCGACT AATTTGATGATCTTTCCTCCCCCGAATAGAAGTGTTCTATTCTGGCGAAGGTTTAATGTC ATCAATTACCTCAAGCTCTAATGAGAATTTTATTAGGGATGTAGCGTAGTAAGGGGTTAC GTTGAAAAATTATGCTATCTATAAGGTCCTAGTATTTTTTATTTTAAAATTTGAATTCTT CTAGTGAAAATTTTGGCTCAAACCTAACACGAGTCTAATCTAAGGATCAAGAATAATGTG TAAAATGAACCATAACATAACACTAGTAAATTTGAGTACTTGAACTATGATAGTTATGGA GAGAACCTATGCATTCAATATTGAAAATTTTGTCCCTTGTAAACATTGCAGAAATGTCAT GTTGGATGGTTACTGGAGAGAGACAAGCGACTCGAATTCGAGGACTATATTTGAAGACAA TATTGAGGCAGGACATAGCCTTTTTTGATACTGAAACAACAACAGGAGAGGTTATTGGAA GAATGTCTGGAGATACTATTCTCATTCAAGATGCATTGGGTGAAAAGGTGTGCGTTTTCT TTACTAACAGCAAATGCTACTGCAAATTGAATAGTGTTTTAGTTTTCGTTAATTTCTTGT AAAATAATCATGAAAAGCTTAAGTTGAATGATTCCAGGTTGGGAAGTTCATTCAATTCAT CTCAACATTTGTTGGAGGCTTCATAGTCGCGTTCTTTAAGGGATGGCTTCTGTCGATAGT GTTGGTATCTTGCATACCTGCTCTTGTCATTGCTGGAGGAGCTATGGCATTGATCATGTC TAAAATGTCAAGTCGGGGACAGGTTGCCTATGCACAAGCTGGAAATGTAGTAGAGCAAAC AATAGGAGCAATCAGAACGGTAAAAAGCCTGATCCAAATAGTTCTACATGTGTAAGTTTG TATTAGACTTGCAATTTAATTATGAAGTCTGGATGACTTCAGGTTTCAGCATTCACCGGA GAGAAGCTGGCGATAGATAAGTATGACAGCAAACTGAAAATTGCCTGTGCTTCTACTGTC CAACAAGGGCTTGTTTCAGGCATTGGACTTGGCACGGTCTTGCTCATTGTTTTTTCTACT TATGGACTTGCTGTTTGGTATGGTTCCAAGCTGATAATTGAGAGAGGTTATAATGGTGGA GATGTTATCAATGTCATTATGGCTATAATGACTGGTGGAATGTAAGCAAATAATTCTCTG TTTATAGCATCTTTGATTTCAGTCTAAACAGTACTGAAGCACTTCTGCTTGTTCTTTTTA TCAATTTGCAGGTCACTAGGCCAAACAACTCCATCTTTGAACGCGTTTGCAGCAGGACAG GCTGCAGCATACAAAATGTTTGAGACAATCAATAGGAAGCCTCTGATTGACACATCTGAC ACAAGCGGGGTTGTGTTGGAAAACATCAAGGGTGAAATTGAGCTTAAAGATGTGTACTTT AAGTATCCAGCCAGGCCGGACGTGCAAATCTTTAGTGGATTCTCACTTGTTGTTCCTAGT GGAAAAACTGTAGCTTTGGTTGGGCAAAGTGGAAGCGGGAAGTCCACAGTTATCAGTTTA CTGGAGAGATTCTATGATCCTGAAGCTGGAGAAGTGCTAATAGATGGTGTCAATTTAAAG AAATTTCAACTCAAATGGCTAAGGCAACAGATGGGATTGGTAAGTCAGGAACCTATCCTG TTTGCGACAACCATAAAAGAGAATATCAGTTATGGTAAAGAAAATGCTACTGAAGATGAG ATTAAGACAGCTATTGAGCTTGCTAATGCTGCTAAGTTCCTTGATAAACTTCCTCAGGTA ATATATGATTTTCCTTTAGTCCATGTTCACACCTACAATTAAATTAGCTGTTAAAAAGGC AAACGAATGAGAGTTTCATCTCTTTCATTGCGGATTCTATAGGGGCTAGACACTATGGTA GGTGAGCATGGAACCCAACTATCTGGTGGACAAAAGCAAAGACTCGCAATAGCAAGGGCT ATCTTAAAGAACCCAAGAATACTCCTCCTTGATGAAGCTACAAGTGCACTTGATGCTGAA TCAGAGCGAATTGTGCAAGAAGCACTTGAAAAAGTCATGGCAAATAGAACAACCGTTGTT GTTGCTCATCGTCTAACAACCATTAGAAATGCTGATCTTATAGCGGTGGTGAATGCTGGA AAACTACTAGAAAAAGGTAAAATTTCTATTGAACTTTTATCAGGCTTTACTCTAGTTGTA TAACTAAACTATATTCATTCTTTTCCCTCATTATGAAAATAGGAACACATACCGAGTTGA TACAGGATCCAAATGGGGCATATTCCCAGCTTGTGCGAATGCAGGGAGGGAATAGAGAAG AAGAAAACATGAAAAATATAGACCTTGAGAAGGTGGATTTAACCACAGATTTTGATAATA ACCTGAGCAGGTCATCAAGCCAGCGATTGTCAGCAATGAGGCGATCAACAAGCCAGGGAT CATCTAGACATTCTTTCACACTCAACTATACTGTTCCTGGGCTAATTGGTATTCATGAAG CAGAAATAGGAAATGAGAACAAGGGAAAAGAAGATAAGGGAAGCTCAAAGAAACGGAAGA AAGTTTCCATTAGGCGGCTTGCTGGACTAAACAAACCTGAGCTTCCATATCTGTTACTTG GATCGTTGGCTGCAATCATACATGGTCTTATTTTCCCGTTATTTGGACTCTTACTCTCGA CAGCTATTAAAATATTCTTTTACCCACCACAAAAGCTGCGAATTGAATCAAGATTCTGGG CACTCATGTATTTTGGCCTCGGTGTGGTAACTTTGCTAGTTGTACCTTTCCAGAACTACT TATTTGGAGTTGCAGGGGGGAAATTGATCGAGAGAATTCGTTCTTTGACATTTAAGAAAG TAGTCCACCAAGAAATCAGCTGGTTCGATGATCCTGCACATTCAAGGTTTGTAACAAATC ATATCCTGCCTTCCCCCCTCTATCTTAAATACTTAACAGAGTGTTATAAGCTAAAAATGT GAAATTTTCTTGAATGCAGCGGTGCAATTGGTGCAAGGTTATCAACTGATGCTTCAACGG TCAGGACTCTTATGGGTGATGCACTGGCACTTATTGTACAGAACATAGCAACTGTAGTAG CGGGGCTCGTGATAGCCTTCACTGCCAATTGGATTTTAGCACTTATAATCCTTCTCGTGA TGCCTTTAATTGGTGTGCAAGGATTCCTCCAGACCAAGATGTACAAAGGTTTTAGTGCTG ATGCAAAGGTATTCCGTCTTTTCTCATCTTTGAAAAATAGATTACATTAAAGTGTGCTTG AATTAACTTAAAAATGGATTCTCATTTTTCTAGGTGATGTACGAAGAAGCTAGCCAAATA GCAAATGATGCTGTCGGAAGTATAAGAACAGTGGCATCATTCTGTGCAGAGGAGAAAGTG ATGGACATGTACCAAAAGAAATGTGAAGGTCCAATGAAGCAAGGAGTGAAGATTGGAATT GTTAGTGGAGCAAGCTTAGGCTTTGGTTCTTTTATACTGTATTGTACAAATGCCTTCTGT TTCTACATAGGATCCGTCCTTATTCAGCATGGATTGGCATCATTTGGCCAAGTTTTTAAG GTAAAGTCACTCGGATTTCTCTTCCTTTTCAGCTCTTGTGTATCGATATTAATTTTCTGA AAGAAAATTTTAATGTTGCAGGTTTTCTTTGCATTGACTCTATCAGCTGTTGGGGTTACA CAAAGCACAGGAATGGCTCCAGATGCTAACAAAGCCAAGGATTCTATAGCCTCTATATTT GACATTCTTGACAGAAAACCCGAGATTGACTCAAGTTCTGATGTTGGTACTACTCTAGCT GCTGTTCGCGGAGATATTGAATTCAAACATGTGAGTTACAGGTATGCAACTCGCCCGGAT GTCCAAATCTTCAAGGATTTATGCCTAACTATCCCTTCTGGAAAGGTATTTTCGAGTACT CCCTCTCCATTATAGCATACTTCATCTTTTACTCAATCGGCTTAAACTTTTTTTTTTTTT GGTTCTCTTTGTAGACTGTTGCTCTAGTGGGAGAGAGTGGAAGCGGTAAATCAACTGTCA TAAGCCTAATAGAGAGGTTCTACAATCCTGAATCAGGATCAATATATTTGGATGGTGTGG AAATCAGACAGTTCAAGATAAGTTGGCTAAGACAACAAATGGGCCTGGTTAGTCAAGAAC CAGTACTGTTTAACGAAACAATTCGTGACAACATTGCCTACAGCAGACAAGGGCATGCAA CAGAAGAAGAAATCATTGAAGCAGCAAAATCAGCAAACGCACACAACTTTATATCGTCAT TGCCTCAAGGATATGATACATCGGTTGGGGAAAGAGGAATACAATTATCCGGCGGACAAA AGCAAAGAATAGCTATTGCAAGAGCTATACTGAAGGATCCAAAGATTCTTTTGCTAGACG AGGCAACAAGTGCTTTAGATGCAGAATCAGAACGTATAGTTCAAGAAGCATTGGATCGAG TAATGGTAAATAGGACGACTGTGGTTGTAGCTCATCGCTTAACCACAATCAAAGGAGCTG ATGTCATTGCTGTTGTGAAGAATGGAGTCATTGCTGAGGAAGGAAGGCACGATGCTCTTA TGAACATTAAAGATGGAGTTTATGCATCCTTAGTAGCATTGCATATGACTTCAGCCTGAT TACAGCTTCATCTTGTGACCAAAAATTAGATTAGGTCTATTTTTGTCTTCCTTTTATCTC CTTATCATAAATACATTTCTCTTCTTTTTTTTTTTAACTGATGTAGCTAAAATGTAGTTT ATTGTAGTGATATGATTTGTATCAGAAAATATTGTGAATGAACAATCTTTACTTTTCTTG ATAAATTCTTCTCTGATGTGTTTTTGTAAAAAAAGTGATACACTTGCAAGGTGAACTTAT TCCCTCAACGTGTCGATCATTGCCTCTTTGTCGGATTATAAGAATGTTGATGAAACACAA CTTCTGAATAAAGATTGGTACATAGTGTCACAATTACTAGAGAACACATAGGTCCAATAC TGTCCGTTTCAACTTGCTGGATTCTGAGAACCTCCAATTCTCATAACATCTAAGTATGAT TTCTTATCAAGTTTACGAGCAAATAAACCTTTGAAATAATCTATAGCTCCAATATTTCTG AACTTTGCTGGATTTTCAGAAGAAATGATACTCGGAGCAGGACCAATTTGTCCATCAAGT TTTGTGCTGTAAAATGTTGCAATTGAGAGTCTTTCCTTTTCGCTGTTAACCACTGCTCTG TGCTCAATGCTACGGTAGGCTCCATTTGTCACTATCTGCGAATAGAATATACTTCTCATT TAATAGAGTACCTAACAGTTATCTGTTAACACAAAAAATGAAAATAGATGTAGACTAACA ACATCTTATATGCTCCATAGCAAGAAATGATGTATTCTGTTATGGCTAGTCCTTCACTTA AATTGCTTCGAACAGGTAAATCAACCATTTGTCCATAAGGATCCGACATTAATCCTCTCA TACCTACTGATTGATGTACCAAGATTTTGAATATTGGCACTAACCATGTAAAAGATATAT TAAAACAATAATCACACTATATGTTGCTCGCATTCTTCAAATAGTAGTGCATTTTTCGGA AGATCAGGGTACAACAACATTCAAGCAACATTGTTAAATTAGGTCTTAGCCCTAACTCAC ACTCCAAAAGCTAGCTGAAATGGAGGATGATTGTTCAAGTCTTATTCATTCATCTCATTA ACCATCAATGTGGGACGTTTGTCATTTTTTAACACCCCACCTCACGTCCAATGCTTAACA TCTGGTACGTGTACAATTTTGATTTTGGGGCTCCAACATTGTGTGAGATGGGTCCTGCTC TGATACTATGCTAAGTTTGGTCTTAGTCTTAAGTCACACCCCAAAAGCTAGCTCAAAGTA AGGAACATCACGGTACAAAAACATTTTTTTGCATAATCCGAGCAACATAGTAAAGGCGAT CATAGCAATTTAATTACCTCCATGATATCACCAATGTTGATAATGAAGGCATCAGGAAGA GGACTAATAGGAATCCACATTCCATCTTTCTTGATTTGAAGTCCTTCCATTTGGTTTAGT TGAAGGAGAATAGTGAGGCCAACAGCATCTGAATGAGGAGTAAGTCCAATCACTTTGTCT GGTTGTGGACATGGTGGATAGTAATTCATCCTCATTGATTGCGATCCTTCTCCAAAAAGT TCCCTTATGTATTCTTTATCCATGTTCAATCCTTTTGCTAGAAAATCAATGATCTTTAAA GCCAGTTTTTTCAGTTCAACTGCATATAGTTCCACTGTTCCTCTGTTTCAATACAACAAA AAAACTCAGGATTTAACTTATGTATACTGACAATATAGTAAAATAACTGGCACTCATGTT TGAGTATATATTCCTAAACTAGTCGAAAAGGTCTAAATATACTTCGTTTAAAGTTTGGCT GACTCCTGCCCTTGCCGTCTAACTTTTGGCCCAAATATGCGCGTTAGTTGGTATGCTGGT CAAAATGACATTATAATTTCACGTGACATTTAAAGAAATAAAAAATGAGCTGGATATGTC CAGCATACCCAGTAACACCCATAAGGACATATTTGGGACAAAAGTTGGATGGTAAGAGTA TGAGTGAGCCAAACTTTAAACGAATGATATATCTAGACTTTTTCAAATAGTTTAGGGCAT ATTTGGCTCTTTTCCCTTTTAAAAAGAATGAACATTGTTAGCAATAACAAGACATATTCA TTAACTATTATGTCAAGGCAAACTATAACAAAACAAATAAGCCAAAATTACAGGACCACT AAAGGTTACAATTGAATGGATGAGATCCCTCTACCTTTAAACATATGTGGTCTCGAGGTT AAACCTTGGGATAATACCTTCAAATGAGGTCTACGTAATGAGAATCTGAATTAATCGGGA TCGTAATAATACCTGAATGGTTGAGGGAGGTGGGGGAAGATATGTTTTTTTCTGAATTGA GGAGGGAGGGTTGTCAAGAAAAACATATCAGCCCAATCAAGTTTTTGGTCCTCAGAAACA ACAAAAGCTTGTCCATAGCCATCTATATCACCATCTACTTGCTTCAACATTTCCTTTTCT TCTAGTGGGAGATTGAAGAAATCTTGAGTATCCTTCTTCACTTTCTCTACTAGTGTACCA CTCACTCCATGATTTATCACCTGTAAAAAATATACTCACATATATATATTTTGATTGAAT CAGTCACAAAAAAAAAAGTTATACATTCATATGGAAAAGTTAAGAATTTTCTCTGCTTTT CATCATGTGTTTTCCCTATAAGTTGGTTTAGTGAAAAATGGATAAAAAAATATATAACAT AAAATTTTCATTAATTCGATGTTGTCCATAATCATATCTTATAACACAAATTAATTTTAA ATGGTAAAGTTATACGCTAGGGGTGGCTCAACAATATTTATGGCCTCTAAAGCCAACTTT ATTAAGAGGCATTAAATTTATCTAATATAAATTTTTAGCTCTCATCATTGAAGATGATAA CTAAAAATTAGATAATAGCTTATTAAAAATATATAATTACAGGATTATCATAAATTCTCA TAATTTAATAATCTCAATTTTGTAACGATAAAAAAATAGCAAAATAATTTCATATATCTA CTATAGTTCAAACCTATTTTGAAATTAAAATGTGAACTTGATCTCCTCGTAATGGGAAAC ATATTTAACTGCTATTTAGTACTACAAGTGACCCTTTTCCTTATTGTTAATTGTCAATGT TATCATTATTAAACTGTTTATTTTTATATATTAATTAATTATATATTTACTATAAAATTC AGGTAATTTATCTGAATAATATATAATTTGAAAACACTGATTCCAACTTTGCTCTTCTTA ATGATTTTGGAAAATTAGCTTGATTGAAGAGAACTTTTATCATTTGATCGGTTCATACAA AAATTAGTTAATATGCCACGATTTTACGATACCCCAAACTGAAAATACGCAGTACTACAC AAATTCCAATAAAAATAATGAATTATTATTTACCGGTCCACTAATAGCAGAAACCCAACT AGTATTACTATTTATATTCGAATTAAAAATTAACCTGAAAAAATCCCCATTCTCTACAAG CAGAATCAAGCTTGTTGAATTCGATTTCATCGCCACGAAGCAAGCTTTCCATGTTGATGA TTGGGATATTATAATGATCAAATTTCATCATCGGAGGAACAAGAAGTAGTTGATCATCAT CTCTCCGGTAACGCGCCGGGACATTTTCCGGTGAGCTTTTGGTCAATTGTTGAACACTTG GTACTGGCAAAGATCCCCCTAGCTTAACCAATTTATTTTCTTCCATATTTACCATAATAT AACCATTGACGAATATTTTTGTTGTATTGGTAAAAAGAAATACCCCAACTACATAAATAG GCACATCTAACTCATAGTACAAAATCAGTCTAATAATATGCAATATTGACTTTTACCTAG TCAAATTAAAGGGGCCGACCTATTGCAATATTTAGTTTAAATTCATATTAAGATTTCGTG AAACTCTACAAGATGTGTTCAGTTCACATTGATACTCGATATATTTCACAAAAGTCATGA AATATTTATATAGATGTCAAATCTAAGTATTCGAGAAATACGTCATCAACAACTCTCGAA TTATGAATAAATATCTTATGAGAGAAGAATTAAAGAAGGAACATAATTGTACTCACAATC TTAATGAATAAAGTTTCTTCATATTTTATTTTGAGATTGATTTTATCTTTTCATATGTTT AAAATTTATTGCAAATACATTGATTCAAATCTTGAATACTCCCATCATTTCATATTAATT GATCATTTTTCTATTTGATTAAATGAGTTATTATACTAACGCAAACTCATAAATTTAAAT CTGGATCTATATCACTTAAAAATCACTAAAAAAAATTTTGTTGTTGTCTGTGGAGCCTTG TCTGATCAAAAGTCTTGATACTACCTACTCCTAGATGCGAAAAATGTGCGGGAGAAAAAG ATAAATATATTATTATACTACCTTCGTTTTTATATAGTTGTTATCTTTTTAAATTCGGCA AAGGATTAAATATGTCTTTGTACTATAAGAAATAGTTTAAATATATCCTTTGTTATACTT TTGAGTTAAATATATCCCTTTTGTTATACTTTAGAACTAAATATACTCTTATGATTAACT GATGACATGTGGACGGCCAGGATTAAAACAACACATGTCATCAGGTAATCATAAGGATAT ATTTAGTCCTAAAGTATAACAGAAGGGGTATAGTTAGACAAAAAGTATAATAGGGGCATA TTTAAAGTATTTCCTATAGTTAATTAAGTTTATCATTTACTCTTATTTAATATTCAGTCA AATTTTTAATCAATAAACATGAATTAATTAATTTTGATTAATTAAATTGATCAATATATA TTAATTATTTATTTAGCTTTTTTTATATTGGTCAAATTAATATTTTTAAAGCTAATTACT CTTAAAGGTAAAATAAAAAATAGTATCATTTATATATTATTTTTGTAAAATGATAAGTAT TAGAAAACATTTATTTTACTATATAGACATGTAAATATAAATATTTATTCATTGTTTTTG TGAAATGATGGAGTAAATTTGGGAAAGCACAAATTCAGCTCACTTGATTTAGCTTAGATT TAGTTTTTTTTTTTCCAACAAAAAGCTAATTTGGTGATTATCACTTTAAAACTTTTTTTT GGCATATTCCACGATGACCGTATAATTTTTAAAAATCATTTTCTTGATATATCATATATG TATCAGATTAAGTTAAGACTTTTATTAAATTAATATTTATTAAATTTAAATAAAGAAAAA AATTATATATTCCATATGTTTAAAAAATAAATAGTCTGAATTATTTAGTATTCAAGTCTA TTTTAATGCAATATTTTACAACATAAGAATTTGAGCATGTATTCAGATTCAAATATTTAA GTATTATTGTACATCATATTTATTCAGTATGTTATGATATTATCATTGAACACATATCGA TGTTATTTATTTTTATTTTAATCCTTTCATATCAAAGGATTTACTTACTTACGTACCATA ATTAATTCCTTGAATCTTCTTCATTGGTGATTAATTCTCATGGCTGTCACATATGATTTC CCAAGAAGTTCACGGTTAAGATATCCTCTATAAAATTCAGTGGCTCCCATTGTTTCGAAT CTAGGTGGATTATGAGATGTAACAAGGCTACTTGCTGGACCTAATATAACATCCAATCTT GAACTCTGAAATGTTGCAACTGAAATCCTTTCTTTTTCTAAGCTCACCATTGATCTATGC TCTATGCTTTTGTAAATTCCATTTGAGAAAATCTGGTCCAAATTAAACAATAAAGAAATA TAAGAACGGGTCTACAAGCCGAGTCAGGGTCGGGGTGAGGGTTTTGAGTCAAAGTCAAGT TTTGAGTCATGCGTCAAGGTAGTAGGGTTAAGGTTTTGAGTCAAAGTCGGGTCTCGACTC TCGAATCAGGGTCGGGTTATCTCAAGTCAGGGCCGAGTCTTGGGTTCTGGGTCTAAGTTG AGTCTCTAGTTAGTGTCTGATCAAGGATCTCGTGTCCAGGGTTGGGGTTGGGTCTGAGTC AAATTAAACTTAGGTCCCAAGTCTTGGGTCAGGGTCAAGGTCATCATGAGTCGAGGTCAC GTCTCGGTTTTTAGGTCAAAGTCGAGTCAAAAGGCTCAAGAAAAGTCAGGTCTTAAGTCT AAAGTTGGGTTTAGGGTCTTATGTCTTGAGTTAGGGTTAAAGTTATAAGGTCTCGAGTCT TGGGTCGAGGTCAGTTTTGAGATTCCCTGTCTTGGGTCGGGTTAGTTCTCTAGTCCCAAT TGTTAGGTTTGAACTCCCATTTCTAGTCAAATTTGAGGGTCGATCTTAGGGCTTGGAATC TAGATTAAAATTGAGTCTCGATGTGGGTCTAAGGTTAGGGTTGGGGTCACGTGCTCAACT AGGGTTTGAGACTCGGGCCTCAAATTCTTAGTCAAAGTTGGGTCTTAGATCGCGGGCCGA ATCTCGCGTCATTATTGGATCTTAGATATCAAGTAAGGGTCAGGGTTTTCTCAGGGTCGA GTCTCGAGTTCTGGAAACAAGTTGAATCTCTAGTTAGTGTCTGGTCTAGGATCTCACGTC CACAGTTGGGGTTGGGTTTTAATCAAACTTACATCCCAAGTCTCGAGTTAGGGTTAAGGT CATCATGAGTCGAGGCCGCATCTCGGGTTTTAGGTTAAAATTGAGTCTAGGGGCTCGAGA AAAGTCAAGTTTTAAGTCCTAAGTTAGGTTTAGGGTCTTATGTCTTGAGTTAGGGTCAAA GTTAGGTCTCGAGTCTTGGGTTGAGGTCTATTTTGAGATCTCTTGTCTTTGGTCGGGTTA GTTCTCGAGGCCCAATTAGGGTTGGATCTACCATTCCTAGTCAAATTTGAGGGTCGATTG TAGGGCTTGGGTTCTAGATCAAAATTGAGTCTCGATTTGTGTCTGGTTACGTCCTTGGCT AGGGTTTGAGACTCGGGTCTCGAATTCTTAGTCAAAGTCGCGTCTTGGACCAGGGGTCGA ATCTCGGGTCATTATCAAATCTCTGTGTGTCAAGTTAGGGCCGAGTCTCTTATCTAAGGT CTAGAGTGACAGGTCCAGGGTCAAGGCTCATGTCTTGGGTTTCAAGTCAAGGTCAGGTCA GGTCAGTCGGTCTTGGCTATATTTTAACAATATTAGTCAATTATGGTCATATATATTAAA ACTATATAGAGAAAAGAATAATAGATAAAAAGAAGAGAATTAGGGGAATACCTCAAAAGT ATCTCCAATATTGACTATGAAAGCATTAGGGAGGGGTGAAATTGGAATCCAAATTCCATC TTTTTTAACTTGCAGACCTTGAGTTTCATTGACTTGCTAAGCTCGAGATGCATGATGTCA TGATCATTCGATGCGATTGATGAACTGTCCTGATCATCACGTTCTATATAGTTGAAAATA TATTTATTTTAGAAGAGATTTCGTGTTGGAAAAGTTTCACATTTACTAATTATGGGCCTA GGCTATTTATCTGTTGTGGAAATGTTATCACATATTAGTATCCCCATCTCTTTTTACTAG GTTCAAGAATTAAGGTCATAATTTAAGTTCTGTTTTCTATTTCATTAAAAAAAAAAAAGG TTAAATTGTAGCAAAAGTCAAATTTAGGTTGATGTGTACATGATCGGGTTGATTTTGATT TTTTAAATATTAAATCAAATCATTTGTGTAGGATTTTTGAATTTATAAACCAAACCAAAC CAATAAAACTCTGATTTTTCAACTTCTTTCTTCAGTTTTTTGGTTTTTTTTTCTTCGAAT TTTAGGGTTTTTTTCGATAAATTTTTCATACAAACGTATAATTTACTTGTAATTCAAATA TTTCTTTAGTCATGCAACTATCCAGTTATTTCTCGAGAAAATAACGAAAAAATATGATAT GATTAACGACACTTGAATATCCAACAAAATAATAATAATAAAATCGCGTAGAAAAAATAT TTCAAATGAATAAGTTATAATGAAATTGATCATAATTTAAAATACTAAATCATGCTAAAA TAAGTTTAGTAAGTATTAGTTACATGACTAAATATTAAAAGAAAGTAAAATTAGTGCATG TATTTTAATTGTCTAAATTTATGTAAAAAAACAAATATTCAATATTATTGTTATTCTTAG TGTTGATTTGATTTTTATTTAAATTTTTATTATATTACCAACATGTAGAGACTATAATCT TTATTAGATCATTAAGATTTCTAACTTCCAAACATGAAATAAATATATTAAAAAAATAAA AACTATGAAAAAGTATAATAGATATTTATAAATTATATCAAAATAAGTATTTTTACGTAT AAAATAAAATTTAAAATTATATATATAATGTCGGGTTGATTTAGTCTTAGGTTGTTTTTT TAGTTGAAACCAAACCAACTCAAATATAGTCGAATTTTTTTTCAATATCAAACCAAACCA CTAGTCAATATTTTTTCCAATTTATTCAATTTGCGATCTAATTCGATTTTGGGTTCGATT TACCCAAAATAAACAGATTTTGTCAAAAATACTCCATTATCATGCTTCAATTTTCCATGG ATGAACTTGGACAGAAGTTAGAGAAGATGTATGTTTAGAGGGAAACAGAGAAGATGGAAG TTTGGGGGAAAAAGTGTATGTTTATTATGAGAGTATCACACTTTTATACAATACAGAAAA TATAGAAAATATCTAAAACTGTGTAACAAGAAATATAACAGAATTAAGGATAAACTAACT AGTTTTAACTAACTAACTGCATTAACTAACTAAATGATTGTGTCAACTATAATTATCAAT ACCCCCCTCAAGTTGGAGGTGTGGAAAACACAGATAACTTGCTTAATGCTGAGGAATGTT TGATTTCTGTCAATGTCTTAGTCAATATGTCTGCTAGCTGGTCATCAGAACTTATATAAT GCTGCGAGATGAGTCTTGTCTTAAGTAAGTTCCTCACAAAGTGGCAATCAACTTCAATGT GTTTGGTGCGTTCATTAAATACTGGATTTCGAGCTATATGTAGAGCCGACTGACTGTCAC AATACACTTCAATAGGTGCAGGTAATGTCAATGTTAGTTCCTCCAATAATCTCTTCAGCC ATACCAGTTCTCCTGCAACTTTCCTTAGAGCCCTATACTCTGCTTCTGCTGAAGATAAAG ATATAGTCTCTTGCTTCTTGGATTTCCAGCTAAGTGGGCTGTTCCCTATCAATACAATAT AACCACTTACTGATTTCCTAGTGTCAGGGCATGCAGCCCAGTCAGAGTCACAACAAGCTT TGACACAATACGATTGTTCTTTAGACATAAAGATCCCTAGAGTAGGGTCTGTCTTTAGGT ACCTTAATACATGAAAGGCTGCTTGTAAATGTGGCTCCCTAGGATCTTGCATAAACTGGC TGAGATGCTGCACACTGTATGATATATCCATCCTAGTATTGGTTAAAAAATTCAGCTTTC CAATAAGTTGTCTATAAAAGAGTGGTTCTGTTAAAGGTGTTCCTTCTTTGGCATGGAGCT TTACTGCAGCATCAAGTGGAGAAGTGCAGCTATTCATACTTGCAACCTTGTAATGCTTCA ACATATCAAGAACAAACTTTCTTTGAGATATTATTAGTCCATCATCTTTGTAGAGAACTT CCATTCCTAGGAAGTAATGTAACTTTCCCAAATCATTGATCTTGAATTGATCATGTAAAA AGCTCTTAAGTTCCTCAATCTCAGAAACATTAGTCCCTGTTAGAATCACATCATCTACAT ATACAGCAATAAATATGCTAGAAGTTTCAGACTTTTTATGGAAAAGAGAATAGTCATTCA ATGAGTGAGTGTAGCCTTTTGAATATAAGGCTTCAGTTAACTTGGCATACCATTGCCTGC TAGCCTATTTCAGACCATATAAAGACTTGTTTAGTCTGCATACTAGTCCTGGTTTGTGTA TTGCTAAACCTGGAGGAACTTCCATATAAACCTCTTCATGTAAGTCTCCATGGAGAAATG CATTGTTAACATCAAGTTGGAATATATTCCAACCTTTTTTGACAGCTGTGGCTAATAAAG CCCTCACTGTTGTCATTTTAATCACTGGTGAAAAAGTTTTTGTACAGTCAATTCCAGCCT CTTGTGTGTAACCTTTCACTACAACTCGTGCTTTGAACCTCTCAACAGTTCCATCAGCTT TGTGTTTTACTTTATAAACCCATTTGCATCCTATGACCTTCTTGCCACTAGGTAGAGAAA CAAGATCCCAAGTATGATTTGTATGCAAAGCTTCAAACTCCTGTGTCATTGCTTGTTGCC ATGCAGGATTCATAACAGCTTCTCCATATGAAGAAGGCTCTTCATCATTACTAATATTCC TCACAAGAATTTGACTCTCAAGTGCCAAGACCTCAGGTGATATATGTTGGTGTTTGGAGA AAATTGTATTTAGAGAAATGTTTGGGTTTTGTGAATGTTTAGTCAGATTTTTGGGTAGAA TATAATCATGAAGATGTTTTGGTAGCTTATGTTGTCTAGATGGTCTGTTGATAGCTTTGG ATATAGGTGAAGTTGCAGGATTGTGCTGAATGGTGGAATGTGAAATTTCAGTTGCATGAT TAGGTGAAATGTGAGGTAAAGTGTCATTTGCATCAATTACATTATTGTCAACATGTTGTC CAGTTTGTGTTTCAATATTAGTATGCAGAGTTTCAATGAAGGGAACAGAATCAAGAACAG AAGGAAAAGAAGAAACATCAGACAAAATAGTAAAAGGAAAAATATTTTCTTTAAAAACTA CATCCCTTGAGATATGTATTTTTTTAGTGGCTAGACTTAGGACTTTATAACCTTTTGATC CAAAGGGGTAACCTATGAAAATATGGGGTGTTGTCCTGGCTTGAAATTTATCCCTATGAG GTTTTGGAATTGTATGATAACATAGGCAACCAAAAGCTTTCATGTGAGAATATATTGGTT TGGCTTTGTATAGCAACTCATAAGGAGTTTTTCCTTTCACATGAGAATTAGGAAGCCTAT TAATGATATATGTGGCACATAACACACATTCACCCCAGTATTTAAGAGGTAATTTTGATT GGAAAAGAAGAGCTCTAGCAGTCTCTAACAAGTATTTGTGTTTCCTTTCCACCACACCAT TCTGTTGTGGTGTATAAGGACAGGTTTTTTCATGGATAATTCCCTTTGTTTTGAAGAAGG TGGAAGTTTCTGAATTGACAAACTCTAGTCCATTATCAGTTCTTATGGTCTGAACACATG TGGTGAATTGAGTTTCAATCATTGACAAAAAAGTTTTTATAACTCCCAAGGTGTTACTTT TACATGCTAACAATTGAGTCCATGTACATCTACTGTAATCATCAACAAGAGTGATGAAAT ACCTACAATTATCATGAGTAATATTATGGTATGGACCCCAAAGATCTATGTGCACAAGTT GAAATATTTTGGTAGAGGTATGAGTGCTATGAGGAAAAGGTATTCTTTCTTGTCTTGCCA TGGGGCAGATATTACAAATGAAAGGTTGTTTAGCAGAAAAATTCTCAGGTATTGACTTAA TTTCCTTCATCTTCACAAAAGGAACATGTCCAAGTCTATTATGCCACAACACATTTACAT CATCATTGGTATGAGTCTTAAAAGAAGCAGAAACACAAGGACTTTTATTGAATGGAACAG AATGTTGATTACATTTATTATGTGTGCATGAAGAAATAGAACAAGAAACAGATTTGAAAC TGGAAACATCTCGACTTGAAATTGAGACTGAAGAGCTACATGAATCACCAGAATGATTGG ATTTCATCAAGCATTTAGAACACAAAAAGTATAGCCCATCTTTTGCTTCACCAATTACCA GAGGCCTCTTTATTGAAGGGGCCTGCAAAATACATGAGAATTCAGATAAAAATACAATGC TCTTAGGCATAGACTTTGAGAGACAATTAATAGAGATAAGATTGTATTTAAAGGAAGGCA CATACAAGACTTCATGTAGAATAATGTTTGATGCAAGTATCACACTACCTATTTTTACTA CTTTCACTTTGTAACCATTTGGTAGGGTAATCAATAAAGGACAGGGAAGGTATGCAATAT TTGTTAAGAAGGTTATGTTGGAAGTCATATGGTTAGAGGCCCCTGAGTCAAGTATCCAAG AGTCAATTTTATTGTGAGGACACCTGCATGATAATTTGCCAAAATCAACTGAAGAAGTAC ATGCTATCATACCTGCAAAGGCAGAATTCACAACACCACCTGAAAAATCATTGTGTTGTT GAGTATTGTCTTTCCCAGCTTGAAATTGTTGTAACATCTCCATGAACTGAACATACTGTT CTTTTGTCAGCTGATGACTTGCATCATCATGATTTCCTTTGTGATTTTCTTCTCCTGAGC AATTTTCACCCTGAGTATCAACCATAAGACCTTTGCCTTTGTTCATTCTAGAAGGATTCT GATTGCTCATCTGTGGATAACCATGCAACTTATAACATCTATCTCTAGTGTGCCCTGGTC TTTTGCAATAATCACATATCATTCGAGGCCTGTTGCTACCATTGTAAGAACTGGTCTGGG AGTAATTTGTTCTGAAATTGGAGTTATCTGTGGAAGGGTAATTTGGCTTCATGGACCTAG AAGTACTTGCTCCTGCTGAGCTATTTCCACTGAAGTTAACAGATTCAGTAATTTTCTTTC CTGCACCTCTAGCATATAGGGAAGTAGACTCCATGAACATTTGAGTGTTAGGCTTAATTT CTCTTTGTTTTTCATCCTGTATCAACAAGGAGAAGGTGTGTGCTAGAGAAGGTAATGGAT TCAACATGAGAATGTTCCCTCGAATTACAGTATAAACCTCATTCAACCCCATAAGAAACT GTATCAATTTTCTATCCTGATCTACCTTGAACATATTATCCTTAGCTCCACAAGTAGAAT TGCAATTACACTGAGTTTTCACATGCAATGTGTTCAACTCTTCCCACAGTCTTTTCATCT TGGTGTAGTAAGTAGTAATGTCTAAAGTTCCCTGTGATAACTCGTTAATTTCACGTTGAA CTTGATATAGCTTTGCACCATTAGTTTGGTCATATCGATCCTCTAATTCTTTCCACAGTT CGAATGAATCAGAAACATACTCCACACTTTCTGCAATTTCCTTTGACAGAGAATTAAGGA TCCAGGAAGTAACCATATCGTCGCATCTTCCCCATTGACGAAATCGTGGTGTTCCTGGAT TAGGCCTTCTACAATCACCATTAATAAATCCTAGCTTATTCTTCACCGATAACACTCTAA GAACACTTCGATTCCATGATCTATATCCTACTCCATCAAAAGGAACTTGAACTAGTGAAG CACCTGGATTATCTGAGGGATGCATATACAGAGGTGAATTGAGTACCTCATTGATAGCAC TACTGCCATTTACAGTAGTATCATTTGAAGTTGAACCAGTTTCAGTCGCCATAGTGATTC AATTCAAGGATCTAAGTGAATGAATACAGCGGAAGAAGAGAAAAAAAACAAAATCGATCT GAATTCGATCTAACAATCGATCAGATTCACAACACAAAGAACAAAACGAGTAATTCGATC AACATAACTGCAGAAAACAGAGCAAATACCTCCTGCTCTGATACCATGTCAAAAATACTC CATTATCATGCTTCAATTTTCCATGGATGAACTTGGACAGAAGTTAGAGAAGATGTATGT TTAGAGGGAAACAAAGAAGATGGAAGTTTGGGGGAAAAAGTGTATGTTTATTATGAGAAT ATCACACTTTTATACAATACAGAAAATATAGAAAATATCTAAAACTGTGTAACAAGAAAT ATAACAGAATTAAGGATAAACTAACTAGTTTTAACTAACTAACTGCATTAACTAACTAAA TGATTGTGTCAACTATAATTATCAATAGATTTTTTTCCCCAAAAGCTAAAGATTTAATGC TACTGGGTAGTCGTGACATGGCTATTAATTCATTACTAAAGAATCATTATTTTTCTACTG AAATTTCTCATTAAAAATATATTCAGCATAACTCAAAAATATTTTAATTGCACAGATGAA AAATATTATAATTTTTTCAGTAATAATTCAATGAGAATATAAAATAATTTCGCTAGCATG ATCGTTTCATCAAACTGTCATGCCTAACCTGTGAAGTAGTGGGGTTTAGGCAGACTCTTG CCCCGAGTTAAAAAGTTATATGATACGTATGTGATGTAATTTTTTTAGTATATGTATATA TTAAGTTTATATTCTTTAACTAAACATAAAATTAGAGATTGACTAAATAATCTTGCAATT TCAATCATATATTGAAAAAAAGTCTTAGTTTTCCACCACAATCAAATAATGTTATGCTGA TAAGCTTGTACGTTGCTCTTGAAAACACATGTCATCTATATGTGACAAGCAGTAACGGAT CTAGAATTTTATAGTTATGGATCTGTTCAGAAAGTAGTGGTGCCAAAAATTAAAAAAAAA AGGCTTCGAACTCAAGGACAAACAACACCACAATAGCCTTAAGCACCCATTTCATGAGGC AATAGACCAATTAGATCATTTTTTAATTGAGTGCTTTTTATTGATTTCATTTAAATACAT CTTAATTTTACATATATATATTTCAAGACGAGGTTGACAAGTGTTCGAGCACCCGAAAGA CTTATGTGGGTCCGCCCCGTGATGAAGAGTCTGGACACAAAGACGTGCAACTTTAAATTG TTTGCAAAATTCAGAAATTATAATGACGATAGATAATTTGTAGATTAGTGCTGGAGAAAA CAACATGAATACTAAATTATCTCATCTCCTTATGTATTTGATTGCTTAATAAATTTTAGA AAAAACACAAAATCAGCTACCTTTATTCACCTTAGCTTTTGTTATTCTTTTTTCTTCAAC AAAAAGTTTTGGTAATTCCCACTTAAAACTATTTTGGAGAAGAAATCGTCATATATTTAT TGATAATTCGAAAAATAATTTAACTCGTAATTATTAGATAAGGTACATCATCTTCAATCG ACATCCACAATCATCATATAATTTTTTACATATGAATAATATTAATTTATAGTATTGAAA TCTTAATACAATAGACATCCAAAATCATCATATAATTTTTTTACATATTCAAAAATATAA AGAGTCATAAATTTTTAGTCTTGACATCTTAATATAACATCTTACAGCATTATAAGAATT CAGATATATACTCAAATCGAGATATCTAACTAATTGTTTAGATCATCTTCATTGGTGATT CTCATGGTGTCCACATATGATTTCCCATCAAGTTCACGTGTGAAAAATCCTTTATAAAAT TGAGTGACTCCAATTTTTTTGAATTTTGGTGGATTTTGAGGTGTAACAAGGCTACTTGAT GGACCTAATATACCATCCAATCTTGGACTCTGAAATGTTGCTACTGAAATCCTTTCTTTT TCTGAGCTCACCACTGATCTATGTTCTATGCTTTTGTATATTCCATTTGAGAAAATCTGA TCCAAAAAAAAAAAAAAAACATTTATAGTACATATATAATAAAAAAGAAGATAAGAGTGG GGCTACGAGTAAGGCTGTCAAATATGGCCTACAAAAACGATGGCTCGCCAAGAGTTTTAA GGATTGAGCAGAAGATAGTTTTATATTGGGCTAATTTTAGATCGATTTATTATAATTCAT AGGAATGTATATGATCGGGTTGATTCAGACTTTTCCAATATCAAATTAAATTACTTCTGT TTGATTTTTGAATTTATAAACTAAACAAATAAAATTTGAGTTTTTCAATTTCGGGTTTTT TCGATGAAGTGTTCATACAACCATATACTTTACTTGTACTTCAAGTATTTCTTTAGTCCT ATCAAAATGTAACTATCTAAGTTATTTCTTAAGAAAACAACACAAAATATGATATGATTA ATGACACTAAAATATCTAACAAAAAAATAATAATAAAATCGCGTTAAACTATATTGCAAA TTAATAAGTCATAGAAATTGATCAGAATTTAAAATTACTAAATCATGCTAAAATAAGTTT AATAAGTATTAGTTACATGATTAAATACTAAAAGAAAATAAAATTAGATGCATTTTAATT GTCTAAACCTATGTAAAACTAAAAAAATAAATAATTCAATATTATGTCATTCTTAGTGTT GAGTTGATTTTTTTTTTGCATTAGTATCAATTATTTAAACTTTATTATAATTACCAACAT GTATGAACTATAATTTTTATTGGATCATTAAAAATTCTAACTTTCAAACATGAAATAAAT ACATTAAAAGATAAAAACTATGAAAAAGTATAAGAGATATTTAAAAATTATATCAAAGTA AGTATTTTTATGTATAATAAAATTTTAAAAATATATATAAAATGTCGGGTTGATTTGATC TCAGTTTGATTTTTTCAAGTTGAAACTAAACCAACTCAAATATAATCAGATTTTTTTTGT CCAACACCAAATCAAGTCAAACCAAATTACTAATCAATTTTTTTTCTGATTTGACTCCTT TTACGATTTGATTCAATTTTATACGCCCCTAATAACTCATTTTGAAAGTGATCTTCAATT TAACTCAATATTAGCCTAGTTATTGCTTATCTCTAAGATTTTGTTTGATTTTTTCTATAG GCCAGGATTCGAATCTTACAACTCTAGTCCCTAAGTCAAGGTCAGAGTTGAAACCAGGTC TCGGGAGTTAGGTTCTATGTCAAAGTCGGATTGAATTTCGGGTTTAATCAATGAACGCTA ATTGATTTTTTTTTTCAAGCTAGTGTCACATAAGTCGGAAAGGGGTAGAAAATTACTTAT AAAATAAGTTTAGAAAGTAATATGACCTTAGTATAGTATAATTATATCTTTTAGATTTCA AACATAGGATAAAAAAGTACTTCTACATTTTCCCTAAATAAATTGTACGATTGATATAGC TAATGCAGACTCCTAAATAAGTATGGACTACTGAAACACTAATACCAAGGAAATTTATGG GAATATTCAACTAGCTAGTCATGAGATGTTTTTTCTCTTCATTTTGTTACTTGTTATATC TCCCCTTTGACAAAAGATCGTAGTCAAATATCACCACATAAATTAAAACTACGGTAAAAA TAATACCATACTACTCAATAAATATTGAGAGAAGAGGATGAAGGAAGTACCTCAAAAGCA TCTCCAACATTGACTATGAAGGCATTAGGGAGTGGTTCAATGGGGATCCAAATTCCATCT TTTTTAATTTGAAGACCTTGAGTTTCATTAACTTGAAGAAGTATTGTAAGGCCTGTTGCA TCTGAATGAGGAGTAAGTCCCATCACTTTCTCTGGTTGTGGACATGGTGGATAGTAATTC ATCCTCATCGATTGCATTCCTTCTTTGAAAACACTCTTCACTTCATCTTCATCAATCCCC AAAGCTTTACCCAACGTTTCCAATACTCTCATGCTTAGCTTCTTTATTTCATCCGCGTAC TCTTCAATCGTCTCTCTACATTTATACGCATTAATAAGCGATTCTCTTACTTATTTTCAA GCGTTAAAAAGGGCGCAAACAACGTTTGGTATGTACCTAAGTGAAAGGTAAAGCTTGGAA AACACAGGCTTTCGCAAATATGTGGGTGAAGTCTTCAAGTAAAAGAGATCAGCCCAGTCA AGCTTTTGTTCATCAGAGACGACGAATAGCTGTCCAAATCCATCTGTATCTCCTGAAGAT TTTTCAAACTTTTTCTTCTCTTCTAATGGCAGATCGAAGAATTTTTGAGTCTCGTCTTTC ATCTTCTCCACTACTGAACAACTAACTCCATGATTAATCAACTGCAGCATGTAGTTGAAC TTGTTATTACTATCTATTGCGCATGGAGTTTAAACTATTGGGAGTGTAATACACTTTATG CATATATGTATTTTAACTTAGTTTTAAATCACATTTATATTCTTTAACTTTGGATATATA AAAGTAGACGCTCAAATTAGTATAAAATTGAACAAATAGACATGTAGGTCTAACATGACA TCCTACATGTCATTTTTGTTCTACATGGTATCCTACGTGTATTGTTTCATGTAGGACTTA TATATTTACTTGTTCAACTTTATACAAGTTTAAGTTATACATATCCAAACTTGGAGGGAC ATACATGTAAAATAAATCCAAGTTAAAGAGCACATTTATATAGTATGCCTACCTTCTGTT TTACCAGCAAAACTTCGCCACATAAATAAAATATGTCTTAATTTTTTTTTAAGTAAATCA TTAATATTAATTGAAAGATAAACATTAAAGTATTACTATCCCAGAAGAATTTTTTTAAAA AAAAAGATAAAATCTAGAATTTTTTTCTTACCCCACCCTTTTATTCTTTTAATTTTTTTT AAAAAAATTCCAAACTTCACCCCCTTCCTCACTTCTTCCTAAAAAAGATTGATATTATTT TTATTTTTTTATTAAAAAAGAAATTCTACCATACACCGTCTACTCTCTTTTTTCTTTTTT AGATATATTTTTTTAGTTTTGTGCTAGATATGTACATATATTTTTAGAAAAATATTATAT ATAACACAATATGAGGAAATAATTGAAAGTATTGTGTTAGGTGGAGTGAGGTAGAATTTT TTTTTAAAAAAATAAAATAATATCTAAATTATTATTTGGAGAGTTAGGGGGAGAGGAAGT AAGATATTTTCAAAAAGACTTTTACAAATGGAATTTTATTTTTCTTTTAAAAAAACTAAA AAATTGTGGTGGGGAGGGGGTGGGGTGAGAGGAAGTGGTGGAGTCTGGAGTAAAAGTAAG AAAAATATTTTATACTTTATTTTATAAATTTTTTGGATATATAGTAATGCCTTTACTTTT AACTTTAACTAATACTATAATTTATTAAATTTTTTTGTTAAGGTGAAATATAATTTTGTC TATTATTTTAATTGATATTAATAATCTATTTAATTTTTGCCAAGATAGAATGTTTTGTCC ATGATTTTTATGGCATAATACATGTATATGCCCTTTAACTTGGCATCATTTAACATGTAT ACGATCCAACTTTGGGCTGTGCAAAAATAGACACTTAAACTTGTATAAAGTTGAACAGAT TGACACATTAATCTTACATGGTACAATACACACAAGACACCATGTAGAACGTAAATTACC ATGTAAGATGCCACATAGGGTGTATGTGTCTATTTGTTCAATTTTATACGAGTTTAAGTG TCTACTTATGCACACTCAAAGTTAAAAGGACATAAATATAACATGAGGTAAAGTTAAAGG AGTAGGTGTAGACGTACATACACCATGATATAAGAGTGTAATAAAAGAGAAAAATGTGTT TCTCAAACTACTAAGTAATAACTTAAATGTGAGACTCATATTCTCAATAATTTAGGTATA GAACTAAGAAAAGATTGATTTAGGTGTTTTTGACACTGAAAAAAATTGTATCATAAAAGT CGAGACAAAGTAAAAATATGCAAATACAACCTATATATGGTCCGTTTTGGCTGAACCACG GACTACTTCAAGGCCAATGGGCTTTACCGTTTTGAACCAAACAATCTTAAAAACTGATAT CATATTAAAGTATGTGATAATTTTATTTAGAAAGCTTAAACTAAAGAATACATATGCTCT TTTAATTGATATTTTGTATGAGAAAAGTCACTTGATATATCTTTGCTAGTATATTATTGA TCTATATGTACCTGAAAGAAACCCCAATCTTTAGCTGCTAAGTGCAACTTGTTAAGCTCA AGATTCATGGAGTCATGATCATTAAAGTTGATCAATCGTTGCATATCAATTACTGGGACT TCTTTATAAATTGATGATGCAATTGAACGGTCTTGATCATCGCGTACGTATCGCGATGGA ATCGACACGAGTTTCTTCTTGGCCAGTTCCTGTACAGAAGGAACTTCCATGTACTTGACT TCTATGTCTCTCATATTTGTTTAACTGCTTAATTCTATGGTGTTCCAATATTGAATAATT TGATATTATATATATTAACTCTACCATCCCTTTCATTTCACTTGTGTCCACAACTATTTT ACGATGATATCTCAATTTTAATTAATTTATTGCGTGTGAGGTCAGTACAATTGGTGGGCA AAAGTAGGACCAAACAAAGACCAGAACATGCACCACCAGAATCATATTATGTATGGTTAT ACACTTGTTATAAACAGAAAAAAAGTCAACATTATCCTTGAATTATTCAAAATAGCTCAT ATATATCCGTTAATTATGTTTGGGATCAAAACTATCCTTGCCATCTATGTTTAGGACCAT AAATATCCTTAAAACGTTATCTTTGTCATTAGTGTTGACATGGCAGTCCATCCATGTGGT CCAACGTGACAAAAATACCGTTCTCTCAATAATGTTCTTCCTAGCTAGTTCATTCCTATA ACAGAAAGAAAATCAAATATAATTCTTTCATTGTTCTTGTTTGAGTTGTTATTCGGGCTC TGGAGCTCCAATGTCAAAGTGTACTGAAGTTTGTTTGAGGTTGTAATTGTTCGTTGACGG ATCGAGTTCATTGTTTGGAATTTGGGGTCATAGATTCACAAAATTGATTTTTAGTTTTTC AAGCTTTTAATAACTATTTCATATATTTTTGGGGATTTCAACTCAAATCTTCAAAATATC AATCTTCAAAGAAAAAAATCAATTGTTAAACGACAATTTTTAGCTTCAATAACAATATTC AAGCAATTTTTAGTAACATTCAGCTAAATCTCTTCAAATTTTTGCACTTCAAAAACCCAA TGAAGGAGAGAAATTTCTCATCAACAAGCTTTCAAATAAGTAACTATTTTTGAGTTTCAA CACAAAAAGAATGACTTCAACAGTTTTTCAGCATCTTTCAACCTTGAGAATTAAAATTTC AGCCTCAGATTCGATGACATCAAAATCCAAACAATGGATTTGATCATTCAACACACAACT ACTATCTCAAACGAACTTTAACACACTACGAAATTGAAATTTTAAAGTCCATGCAATAAC GCATACAAGAACAATGAAAAAACTATTTGTGATATTATTTTTTAAAAAAAGAAATTGTGA TAGAATGAAACAAGAAAGAACAACATAATTGAGAGGAAGGGATTTTTGCCATGTTGGACT CCCTAGATAGACTATCGTGTCAGCACATATGACAAAGATAACATTTTAAGGATATTATCG TCCAAAATATAGACATCAAGGGTAATCTAGATCCCAAACATAAATAAAGGATATATATGA GTTATTTCGAAGAGTTCCAGGATAATTTTGACAATTTTCAATATCATAAATAACGTGGGA CAATAGAAATCGTGTCAATTTGTTTATTCTATTTTTAAAATTAATTTAGTATTTAAAAAA GAACATTTTTTCTTTTTTTTTTTATTTCAATTTTTCATATGATATATTTATAAATACAAA TACAAAAATTCTTTTTACTTTCTTAAATTATATGTCAAATCAAAATCATATAAACAAATT AAAGTGAAGAGAAAAACAACTTATTATTAACGATCACCCCTACATATATGTGAAATATTT TTCTTTTAACTTCTTTTTTTTAGTATTATATATATAGTTTGGATTCTCTAATCAAACATA AAATTAGAGGTTGACTTAATAATTTAGAAACCGTTAGAAGGTGAGACTTTCAACGTGATG TTTATAAAATTGTCACGAGTTTCTCCCATTTATGTTTAGCTGCTTAATTCTATGGCGTTC TGATATTGAATAATTTGATATTTTATTAATGCATAATCCATAAAATATGTCCTTAACTTG ATCACATTTCATATTATGTCCTTTAATTTTGAGCGTGCACAAATAGACACTTAAATTTGT ATAAAATTGAACAAGTAGACACAAACATTCTAGATGACATTATGCACGGAAATTTGTGTC CTACATGATGTCCTACGTATATTGTGACATATAAGACTTGTGTATTGTGACATATAGGAC TCATGTGTATATTTATTCAACTTTATACAAATTTAAGAGTCTATTTGTGCACATTCAAAA TTAAAAAGCATAAATATAAAAATAAATTAAGTTAAAAAATATATTTATGCATTATACCTT ACGTTAACTGTACCATCCCTTTCCTTTCACTTATGTCCACAACTTTTTTACGATGGTATC TCAATTTCATTAAATTATTGCGTGTGAGGTCAATAAAAATGTCACAATCTGTTGGCAAAA TTAGGACTAACAAAGACATAATTTCTAATTCTTGGTATAGGTTTAAAGCAGTAATGTCAA TCAACTTTAAAGCTTTAAAGTCTTTATGAGCGTGAACTAAGTGTTATTAAAATTAATATT GCTAAAAATTTTAAAAATTTATACTAAAAATGTTAATTATTGTTATAGATATATATTTAG CGACAATTAACGACTAATAATCTTTATGATATAGTGCACCAGAAAAATATTTATTTATAT CCTCGTTACCTCATCAATATGTGGGCCATCGGAGATGTCTTAATTTTTTAATAGTTTTTA AAAAAAATGTGTTTTACTTTAAAATACACAAAAAATCAAAAATATATTTTTACTTTTTTA AAATTACGTATCAAGTCATAACAATACAAATAAATTAAAATAAAGTGATATCGCTATCAT GAATGACACACGTATAAAGAAATTTTTGCGGTTCACACGTATATCCTTTGCTATGACTTA CCCCTTGTCCTTAAAAAAAAAAAGAAAAAGATTTACACCACAATATATTTGCTTCACTAC AAAATTATTAAAAAGTCAATTTTTCAATATTACAAAGAGCAAAACAGGACGTTGGAAATA AAAAAAACATAAAATAATTGTTTAAATTAAAAGACTTCAAAAATTATTTAAAAAGATCAC CTCTTTCTTTCTATTAAAAAATAATTCCCTTCATTTCTCTCTCCCCCCTTTAAGTTACCA ACTTCCATTACCATATAATTCAACCTTTTTATGGTTTTGTTGTGAATTGTTAGATTTCTA TAGTTAAAGTCTTCCTGAGTTCTCAAACCAAGGAAGAAGCAGAATGTAGGAAGAAGAAGA AGGAAACTAAAATTGTTATTCTCTCATCTGTAATTCAATGCAAGATACATGATATGAGAA ATATATATACACGTTTTATATCACACTTTCTAGAAGATTCTCTAACAATGTATGTAACTG CATAACTAACTTTTAACTACTTTCTAACAAACTTAGTTAAGCCTAACTCAACTACAATTA CATCAGCTTGCTCCTTTAGTTCAACACTCCCCCTCAAGCTGATGGCTTGAATATATCTTT TAGGCCTATCTTCCTTAGCAAGTATTCATGTTGAGCTCTTCCTAGTCCTTTAGTAAGTAT ATCTACCAATTGTTCTTCAGTAGACACATGATCAGTTTCAATCATCCCTTTGCTAACCTT TTCTCTTACAAAGTGACAATCAATGTCAATATGTTTGGTTCTCTCATGAAATATGGGATT TGCAGCTATTTGAATAGCTGCCTTACTATCACATCTTAAGGTTATAGGTTGTTGAATTTG AGCTCCAAGTTCACTGAACAATCCTACCAACCACGTAAGTTCTGCAGTGCAAGCTGCCAT ACTTCTGAATTCTGCCTCAGCAGAACTTCTAGACACAGTTTCTTGCTTCTTAGATTTCCA GGAAATAACTGCTCCACCAAACTTAACTAAATACCCTGTGACAGACCTTCTTGTTTCCAC GCATGCTCCCCAGTCTGAATCACAATAGGCCATAAGTTGATTTGTAGTACCAGCAGGCAT CATCAGTCCCATTCCTGGAGTCCCCTTGATGTATCTCACTACTCTTAGAGCAGCTTCCAT GTGAGATCTTTTTGGACAATGCATATATTGGCTTAAGAACTGTACAACAAATGCAATATC AGGTCTTGTCATGGTCAAATATAGAAGTTTTCCCACTAGTTTTTGGTATGATGCATGATT TTCCAATACTTCATCACCAATTTCAGCTTTGCTTGATACATGTTTATCATATTCTGCAGA AGTTAGCTTTTGATTTATCTCAAATGGTGTACTTGCTGGTTTTGCTCCACTCATTCCAGT TTCAGCAACCAATTCTAATGCATATTTTCTCTGACACATTACAATACCTTCATTTGATCT GGCTACTTCAATTCCCAGGAAGAATTTAAGTTCTCCAAGATCTTTCATCTTGAAGCTATG CTGTAAATCCTTCCTTGCTTTGTTTATCAATGTCTGACTATTTCCAGTTACTATCAAATC ATCCACATATACTAGAATTATTACTAACTCTTTTCCTGTCCTTTTGATGAACAAAGAATA ATCATAATGACTTTGTCTAAATCCCATTTGAATAAGAGCACCAGTCAGTTTTTTGTTCCA CTGCCTTGGAGCTTGTTTCAACCCATATAAAGATTTATGAAGTTTGCAGACCTTGTGAGA CTCCCCCTGTCTTGCAAACCCCTCAGGAATAGTCATATATACTTCCTCTAGTAAGTCACC ATTTAGAAAAGCATTATGTACATCCATTTGATAGATATACCACATATTAGAGGCTGCAAG AGCAATCAGAGATCTGACAGTCACCATTTTTGCAACTGGTGAAAAAGTCTCAAAGTAATC CATCCCAGCTTGTTGGCTATAGCCTTTGGCCACTAGCCTGGCTTTATGTCTTTCCACCTC TCCAGAAGCTTTGTACTTAACTTTATATATCCATCTACAACCAATAGGTATTTTACCACT TGGAAGATCAACAATAGACCATGTCTGATTTGATTCTAAGGCTGCAATTTCTAATTTCAT AGCATGAACCCAGTCTGGATCCTTTGAAGCTTGTTGAAAAGAACCAGGTTCTGTAATAGA AGAGTACACTAACAAAGCATAATGATAGGACTTGGATATATTAGAGTATGTGACAAAGGA TGAAATAGGATAAGCACATTGATTGACAGAAGAAGGAACAACAAAGTCAGTCATCCATGT AGGAGGATGTCTTATTCTGGTAGATTTCCTAAGATTAACAGGAGAGGATAAAGAAGTTAG AGGAAGTGAGGAGAGCTGAACAGATTCAGTGACATCTAGATTAGGCTGTGAGATAGGTTC AGTAATAGGAGGATTCATAGATTGATTGGATTCAGTAGTAATGAAGATAGGAGACTCTTG AAGAATATTTGACACATCAAGTACAGGGAAAAGAGGAGAACCATAAGATTTTGCATGTAT GAAAGGAAACACTGACTCCTGAAACACTACATTTCTGCTAACATAAAAACTATTAGAATG AAGATCATAGAGTTTATAACCTTTTTGAGTAGATGAATAGCCCCTGAATACCCCTGGAAC AGCTTTTGCCTTGAATTTATCAGATGATGGTGTAGATGAGGCATAAGTGAGACAGCCAAA AACTCTAAGATGAGATAAAGAAGGAGGATGACTATGTAAAATTTCAAAAGGTGTTTTGAA GTTTAGTAGCTTGGAAGGAAGTCTATTGATAATATATACAGCAGTCATAACACATTCACC CCAAAATTTCAAAGGTAAAGTAGCTTGGAACCTAAGAGATCTTGCTACACCAAGAATTGT TCTATGTTTTCTTTCTACAACTCCATTTTGTTGAGGAGTGTAGACACAAGAACTTTGATG TAGTATGCCATAATCAGACACCAATGACTGAAATTCAGAACTAAAGAATTCACAATCATT ATCAGTCCTTAGTACTTTCATAGTAGTTGAAAACAAATTCATTATTCTATTCAGAAAGTT CCTCAGTACAACAATGACTTCAGACTTAAATTGGATTAGAAACAACCAGGTAAACCTGCT ATGATCATCTACCAAAGTAACAAAATACCTTTTTTTATTGTAAGTAGGAACTCGATAAGG ACCCCAGATATCACAATGCAACAACTCAAAAACAGACTTAGAGTAGGAACTACTAACAGG AAAAGGAAGTTTAGTATGTTTTGCCAAAGGGCATACAGTACACAACTGATGAGAATGGTG TAAATATTGAAGTTGTTTATGAACTCTGATGATATTCATGGGAGCATAACCCAGCCTTCT GTGCCAAAGGATGCTAGATTCAAAAAGTTTTCTTGAGTGATACCAGATCTAGTTGTAAAA CCACATATAGCAGACTTCTCAGAATTGCTCTTTAAGATGTACAAACCCTGTTCTTCTCTA CCAATCCCCTTCACCATGCCATTTAAGAGATCCTAAAATATACAGAAGTCAGGAAAAAAT GCTACAGAACATTTTAACTCCCTTGTTAACCTTGAGACTGACAACAGATTAAACTTAAAC TCTGGTAGCACTAGCACATTCGAGATAGAACAATCATTGAATATTTTTGAACTTCCTGTA TAGGCTACTGATACTGTCTGTCCAGTAGGAAGATGAACTTTATTATCTGCATATTGAGAC ATTTTATGACATGTATGTAATATCTCAGAACTAGATGCCATATGATTTGAAGCTCCTGTA TCTATTATCCACTTAACAGATCCACTATTGACTGAAGTAGATCTTTGAGTACCTGCATTT GCTGTTTGAATGGTAGGGATGAATCATCATTTGTTTTGTTCAACAAGTGAAGAATTTGTT GATACTGTTCTGGAGTAAATGAAGGAAGAATAGATGATTGTGCTGCAGTTCCTCCTACTT CCTGATTTGTATTATATGAACTTGAGTTCTTTGCCTCATCAGAACAAGAAGAAAAATAAT TGCCTACTTGATTAGCAAATTGAGATGATCCTTGTCTTCTGTTCTTAGGCCAGTCAGATG GATATCCTATGAGTTTGTAACACTGTTCCTTAGTATGTCCATTATAATTGCAAAACTCAC AAACTACTGGTTCTCTCTTTTGTGGTCTGCTTCCCCCTGCTGATGATACTTTACCATTGT GATTGCCTCCTGAATTAGAACCTCCTCCATGAAATGATCTGTTAGAATTAAACACTCTTC CATTGTTATTAGGCTGACTTCCTTTTTTACTGAAGAATGCAGCTCCTTCCAACACCTCAG AACTCTTACTGACTGAAGTTGACATTGCAATTGATCTTTGGCTTTCATGATTTATCACTA ATGAGTAAGCCTTGTTCAGTGTTGGAAGAGCTGTTAACATTAGGATTTGACTTCTACATT GAGCATATGTCTCATTAAGACCCATGAGAAATTGTAAAAGTCTTTGATATCCATAATGTT GAGCATAACTACGAGATTCAGTGCAATTGCATCCAGGACATGGTATGAGTGCATCAAACT CATCCCACAAATTTCTCAACTGAGAAAAATAGTCAGAAACAGATTGACTACCTTGTGTAA GAGTAGCAATTTCTCTATGAAGATAGAACACTCTGGAACCATTCACAGTATCAAATCTCT CCTGCAAATCTAGCCAGACCTTATGAGCATTCGAAGCATATATTATGCTGCTCAGTAATT CAGACTTCACAGAGTTCATTATCCAAGATAAAACCACTGCATTCACTTTTTCCCACTGAT CATACATTGATTCTTCAAATGTATCTTTAGTGTGTCTGCCATCTACAAAGCCTAATTTGC TTTTTCCCAACAATCCTAAACGCATAGATCTACTCCAAAGTGCATAATTTTCAGATCCAG TCAGTTGAATCGAAATAAGAGAGCTACCTGAAGTGTCGTTAGGATATAGATACAGAGGAT GTGTGTGATCAATCACAGATCTGCCTGAAACCGCTGGGACTGCTGAAACTACCGGAACTG CACCTTCTACTTCCATGATCTTCTTCTAAATTTGAATATAACACTAATCTGAACTCTTTG ATCGAAGCTCTGATACCATGTTATATTTCTATAGTTGAAGTCTTCCTGAGTTCTCAAACC AAGGAAGAAGCAGAATGTAGGAAGAAGAAGAAGGAAACTGAAATTGTTATTCTCTCATCT GTAATTCAATGCAAGATACATGATATGAGAAATATATATACACGTTTTACATCACACTTT CTAGAAGATTCTCTAACAATGTATGTAACTGCATAACTAACTTTTAACTACTTTCTAACA AACTTAATTAAGCCTAACTCAACTACAATTACATCAGCTTGCTCCTTTAGTTCAACATGA ATCAAAAGCATCACCCTGCAAAATCATGTACAAACAAAAGATAACGTGTCATTCGCAAAA AGAGGCAGGAGTGCAATATTAGTCGGTTCGATTTTAAAGTTTAACGGTTTAATTTATAGA ATCATAAATATATTGATTTATCGATTTTTGGTTTATTGATTATTGATCATTATCGATTTA CTAATTGGTTTAACGGTTACAATTTGACAAAAAAAACCACTGGAAACATTTAATAACAAG GTGACAAACCAAATAAATCATGCACATGAGTTTACAAGTTACATCTTTCTCAAAAGTAAG CACTTTTACATTGTAGAATAACCAAGAGTTTGGGACAACCAGAAGTAAAAGTAGGAAATC AAACTCTAAGTCAAGTACTTTACATACAAAATGGTATAAATATAATTATTTAACTTACTA CCAAATTATGGGTTTTACCAATTAAAAAAAATTAAAACCGTTAAAAACTGACAATCCAAT AACAAAAAAAAGTCAAAATTTTAATTAAAAGCGCTAAATCAATAACCCAATATAAATAAA CCAATAACTTTTTTCGATTCCAATTATCAGTTTCGATTTGTTTTTAAATGTCCCTAATGC AAATCATGAATCGCTTTATATATATAAACCTTGTAGTTAGGATTTTGATTGTGTTGTTAC CGTGTTCTTTTTTTAATATTTTTAACAGGGAAAATATATTTTTCTCATCTATTTTAAAGT AATTTTTCTTTGAAATTTTATTTATTCTTAATGAGATAAATTATAATTATATAACAATAT ATTATAATTTGTTTTTAGATAACAAGATTTTAAAAAAGTCATGCCTAATATGTGACATAT TGGTTGGTTTTTAGTCGAGCCTAGATCAATTTTACATTATGTTAGGATCTAACAATTTAC ATTTACAAATTCCATTGATTTCATCACTTTAGAAAATAGCAGTTCACCAATTTTATCTAT TCATCATCGTCGATAATTATAAACTTTTGTTACTGTTTTTTATTATTATTAATTACATGT CAATATTCATCACTAATAACGACACAATCATTATATTGTCAATACATTATAATCAGTTAT CGTTGTTACTGTCATTAGTCACCATTTACAATCACCACTATCAACCATCACATTTTATAT ATTGCTGTCTTCGCTAATTATTAATCACCACCATAACCTGTTACTATCATCCACCACAAC TATCAATCTCAACTGCCAATCACCATACTTCTCTCAAAAAGTTTTTTTATTTTAAACAGT AATTTTAACAAAGCTACTTCTTAAAATAAGAAGTTCTTGATAGTTAGGGGAAACAGTTAA TCGAACGTCGATCATTAGTGTAACTTTGACAAAAAGAGAAAATTACTAGTTATCTCGATT TGTCGTAAAGTGAAAAGTTACAAGTAAAAATTTATTTTGTTTTAATTTTTTAATAATGGT AGGATTAACTTAATTACAATTAATTCAACTACTAATTAATTTTCATGGTATCAACATATG ATTTCCCAACAAGTTCACGTGTGACATATCCTTTATAAAATTGAGCAACTCAAATTTTTT TGAATTTTGGTGGATTATGAGCATTAATAAGGCTATTAGCTGGACCTAATTCACCATCTA ATCTTGGATTTTGAAATGTTGCTACTGACATTCTTTCTTTTTCTGAGTTCACCACTGATC TATGCTCTATGCTCTTGTAAATTCCATCTGAGAAAATCTGGCAAAAAAAAAAAAAAAACT TTACACAAAGCTTACAAAGACTAAAACCAAATAAAACAAATGGAATGTGGTAAAAAAAAA TGCTTGAAATTGATTTATTAATTAAGTACAAAGATTCATTTTTGAATCAAGTTATTAAGA AATGATATTTCCCCCTCTATATTTTACACTAACTTACCTTCACATAAAATAGGATGGATT TAAATCATTTCATCAATTACTCTGATAGTATTATCTTTTTAATTTGTCTAAAAAGGATTT TATTTTTATATACTTAGAAATATTTTAATTTTAATTTTTTACTGAAATAATATATTGTCA CATAAATATCTAAATCGTCCTTTCTTTTTCATATTACATATTATCTTATTTTAGAAAATG CACAAGTATCCTTTCAACATATGCTTGAAATTTCATAGACACACTTATATTATACTAAGA TCATATTACCTCTGAACTTATATTTTATAAATATTTTTCTACCCTTTTAGACCTACGTGA CACTATCTTGTGGGCCCAGCGTGTATTGACTTTTTTTCAATCTAGTGTCAGGTAGGCCAA AAAGGAGTAGAAAATTATTTATAAAATAAGTTCAGGGGTAATAGAACCTTCGTATGATAA AAATTTATCTCTGGAATTTCAGATTAAGACTGAGAGAGTACCTATACATCTTTCCTTCAA TATCATCACATAAATTGAAACACGAGAATATGAAAAAAAAAAAAAAAGAGTAAAGGAGAG AATAAAGGAATTAGTACCACCTCTAAAGCATCTCCAACATTGACTACAAAGGCATTAGAA AGGGGTAAAATGGGAATCCAAATTTCGTCTTTTTTAATTTGAAGACCTTCAATTTCATTG AGTTGAAGAAGTTTTGTTATAAAGCAGAGGAATCTGAGTCAGCGCAAAGTCCCATCACTT TGTTTGGTTGTGGACATGGTGGATAATAATTCATACTCATTGATTGCATTCCTTCTTCAA AAAAAACTCCACTTCTTTTTCTTCAATCCCCAAAGCTTTACCCAACATTTTCAATACTTT CATGCTTAGCTCATTCACTTCTTTTGAGTACTCTCTGTATAATAGAGTAAAATTTCACTA AATCAATATTGTCAGAATCTTAAATTATCATTATTAATACTTGTTTCCTCAACTGTTTTA TAATTCCAATTTGATTATCCTATACATATTGACTAGCTAGGATGATCTAGTTAGATTATT GCGTGTGTGGTCGATAAATTTGAATATTAGCTATTTATATATGGAAGAAAAAAGGAAGAA ATTTATTTTTTACCACACCCCACCACTTATGCCGACCCCAAGCAGCCTATCCCAAAAAAT ATAAAAAAGAAATTAATTTGTTTTTTTTTTAAAAGAAAAATCTTTATTTTCTATAACCTC ACCCCACAAAAAAATAAACAAATTATTTTTTAGAAATAAAACTTGTGGTCCTTTGCCTCT GCTACGTTTTAATAGGTGGGGAAATATATAGACAGGTAAGTAAGTAATAACGACTATCGT TGTATACTTATTAATTGTTCATCAATTTATGTCACTTCTCAGTAAAAATAATTAACAAAT TGCATGCAAATAGACTATATATGCATTTTAATAAAGATTTAATTACTCATGCCATCGTAA ATTAGCAAAGTTATGCACGCAAGTATCAAGATCATAATTGAAGTTTATTTTGAATTTAAA TTAAAAAAATGGTTAAATGTAGAACAAAAGTCAAAATTTAGGTTAGGTTCTACACAAAAA AAAATTAAGCAAGAATTTTTGTTCTCGAAAGCTGAAGATTTAATGCCACGCTCTAATCGT GGCATGGCTACTCACGACTAAAAATTACTCACTTTGTTCTTAATTAATTCTTCACTTTTT CTTTTTAAGTTATTCTTGATTACTTGTTTATTTTAACAAATAAAAAAAATAATTTCTTTT TCTATTATATTCTCAATTTATTATATTAAAAAATTTAGAATTTTTAAAAAAATAATTTTT AATTTATATACTTCATAATTAATAAAAATAAAATAGTAAACTCGTTATATCAATTATTAA TTTTTTAATAAGTAAAAGGCTAGTGCACATTTACTTCGTGAAAATATTGGGAGGTTTGGC AAGCCCTCGCCTCAGCAAAAAATTGTATTACATGTTAAGTAATTTTTTGAGCAACCTACA AAAATAACTATATTTATAGGGTTATTAAAGTTCAATAGCTATAAGTATGATATATATAAA AATGATTATATTTTAGCTTTTTTACTAGCTATATTATTGTATATATTTTTTATTTTTCTA TTATACATTGATACAAGTTTAATTACAATGAACTAAATGAGGAAACTATATTAATTTTAT GAATTCAAATTAGTATCTTTATTTATAAAATTTAAAGTATTAATATTTTAAGAATACAAT TATTTGTAAAAACTTAATGTATTAATATATTAAACAAGATAAAGTATAACAATTCAGCAT ATAAACACGATAATTTGAAAAATGAATACATTGTTGTTAAACAAAAAATGAATACACTAA TATAGTATACATATGAACATTATTGTTGAACAAAAGATGAATATATTTGACAAATAAATA AACAAAAAAATGAAAAATAATAGAATGTGTTTGTAGCAAAAGTGTGCAAGTATTCGGTTG TATAAAAAAATGAAAAAATCAACAAACATCAATCTCTTTTGGTCAAGTTTTTCTTATAAT ACTTGAGGCTTGGTGTTGACTCGTGCATTTTTTTTAATAAAAAATTATATTAATGTATCT AATTATACTTGTATTGCCTAATTAACCTTTCAAATTTGATAGATTACTTATGTATCCAAA TATACTTGTATTCAGAAATTACCATTTCAACTTGTGTTAATATTAAAATACAAGTATATA TGTATATAACTATTCTACTATATACAAATTTGACAATTTTACAAACCTCAATCTTTTTTT GTTCGTGTTCTTCTTGTACTACTTTTTTTTATTACTATAGTCATTGTAATACAGAAACAA GTCAATTGAAAGCCTATAAAAATAGATGCAACATATATGTATAAAACTATGATCTACACA AAGACGAGGAGAAAATCAATCAAGTAATATATGATGAATTCAAATTACAAAATTGTTCCT AAAATCATCAAAAAGATCTTAAATTGAAAGAAATTTGATGAAAGAGAAAGTATTAGTGAG GGTAAACACGGGAACCAATCACACACAACATGCTTAGAGATAATAAATTAGGTGTGTAAC AATAACTTTCCTATTTAATATCAATTACTTTTCTAATTATTTTTATATATAATTAACTTT TCTATTTATTGTGTAATTATATCCATATAACATAAAAAAAGAAATGGATTGTAGATATTT ATTTTAAATGTATATTAGTATTTATCATATTTTGTAGTTTTTCCTAAATTTTTTTTGGTT AGTGTCTAATAGAGTGACTTTAATTTAGTGAACACAAAATTAGAGGTCAAATCTCAAATA TTACTTAACTTCAAGTACAAATTCTAGGAATTAGATTGGCCACTAGAGTTGGGCAGGCCT AGATCAATTTTACCATCCCTAATTAATTAAAGACCCAACTAATTAACATTTCGAATTAAA CAAAAATAAATTAAAACGATTTTTTTTTAATTTTGAATATGAGGTGATACTGTTAATTAC AATTTTCATAATTCGTTTGTGTTTACATGGTTAAGAATACTGTTTTTACCTATCAAATGA ATTTTTTAACACAAATATAAAATTTGAGATAAAGTTATTGAGTTCTGTCAAATCAGTATC CAAAGGGTGGCGGACCTTGATGGCTATGGCATTTTTTGTGTCAAAGAGCAGATAATAGAG CATAATTGCTCTGTTCTCAATAATTCAGCAACATATTTTTACCCTTTCCCAATTCAAATA TAGGATTGGAAGTTTATGCATTTCTTAATGGTTTTAAATATAAATATAAGCAATAACTGT TCTTCTGCAACCTTTTACATCACATGAGATAGCTCATACAACTAAACAGACCACCATTGC TACAATAATTATCATACGAGCGGAATAAAATGCAACATTGATCAATTGCTATCATGATCT CCATTTCCAATTTTTAGAGTATGTAGGTATGATTTTCCATGGAGCTCTCGAGAAAAAAAT CCTTTGAAGTAATCGGCCACTCCAATCCTCCTATATTTTGAGGAGTGAGGAGACTTGGTG CTGGACCTAAATCTCCGTCCAATTTGGGGCTAAAAAATGTAGCAATAGAGATCCTCTCCT TATCCCCATGATCAATGCTCTTGTAAATTCCATTTGTCACAATCTGCAAAAAAAACAAAA TTAACAGAGCTTTACCCACAAATTGACTTGTATCATACTAAACACACATATATCTCACCT CTAAAATATCTCCAATGTTGACAACAAAGGCATCAGGAAGATATGGAACCGGAATCCAAG CTCCATCTTTCTTAATTTGAAGACCTTCCGTTTCATTAACCTGAAGTAATATAGCTAGAC CAATAGCATCAGTATGGGGGCATAACCCCATTACGCGCTCTGGTTGAGGACAAGGAGGAT AATAATTTATTCTCATCATTTGTGTCCCGTCTTGTTCAAATAATACATTCATATCCTCTG TTTTCATCCCTAAAGCTCTGGCCATTACGTACAGAATTTTCATAGCAAGTTCCTTCAGTG CTCTTGAGTATTGTTCCAATGCATCCCTTAACGGTCCAAGAATTTAAATATTTAATCGTA AACTCAGTTATATATTATCGTACCTGAACGAGGCAGGAAGCTTTGGAAACAAGTGAGGTT TTCGCAAATGAGTAGGGAGAGTGATCATGTAAAGTATATCAGCCCAATCTAACTTTTTCT CTTCAGATACAACAAATGCTTGCCCGTATCCTTCGAGATCTCCCTCTTCTTGCTCGAATT TCGTCTTCTCTTCCATTGGTAGATCGAAAAATGCTCTGATTTCTGATTTCACTTTCTCCA TCAATGATGAACTCACTCCGTGATTCACCAACTGCGCAATTTAATTAGACATATATTTTT GCTAAACTAACTGAGAAAAAGTAGTTATGGAGCATAATGAAGAGTGTTTGATCTATGAAA CGTAACCTGGAAAAATCCCCTTCTTTGCAAGCAAGATGAAATCTGTTAAGCTCTGTATCA CCGTCTTTAATTATTTTGAGCAGTTTTTTCATGTCAATAACTGGAGCTAATTCATGAGGC AATAATATGGACGAATTATACAATTGATTTTCGTCATCATTAACACGAATATATCGCGAC GGAACACCTGCTAGTTGTTGTTTTGCCAGCTCCTGAACGTTAGAAACTTTCAAAGAGCCA CCTAGCTTTCTCGACCTCGCTTCTTCCATCATCAACTTGTATTTTTTTTTTTTTAGCAAA ATCATTATCTAGGATTGAAAGATTATTGTGTGTAGTCGATAAAATTTTATTGTACTTTGC CTTGACAACGTTGGATAAATATGTATGGAAACGATACTAAGACTAATTTATAATCGTCCC AATTTGATTATCCTATACTTATTGATTAGTAGGTTCTAATAAGATTATTGTGGGGGGGGG GGGTTAATATTTAATAAAACTTGATGATGCATTGTGTTGACAATGTGTTAAATTTGCATA AATTACGTAAATTTCACAGTTTTAATATGAAATTACAGTTTATCCTTAATAAGTTTCTAA TTTTATTAACTCCTTAAAAATTAAAAAAAAAGGATATAAAAATTGAAGTTCGGATACATT AATATGTAGCCCGGATGCAGTAAATGTTATCTCGAATACATTAATATATAGTTCGGATAT ATTAAAAACTGGCCCGAATACATAATATGTAACTCAAATATATTAAATACTGACTTAGGT ACATTAATATGCAACTCGTATAAATTAAAAAAATAAACAATTTTTGAAATTTTTAAAAAT AATAAAGGGTAATGAAAATAAGTGAAACAAAATGTATTTATTTCTGTAATTTATTCTAAT TTTATTTGGGTAAATATACAGGACGGCGAGTAATTACTACTCGTATGTAATAAGTATCAA TGTTGTAGATAATTACGAACCCAAGTGGAAGGTAAAGCTTGGAAAATATTGGATCTGCAA ATTGACAGCATTTAAAAAATGATATGCCTAAATCAATTATACTTTTTGATAATAATTAAT GGAAAAGATAATATATCTCAATTATCGTATATGGCATGCAGGTTCATAATAGTATAATTT TTAATTTTTTAACTAAATAGTATCGACCTTGCTTCTTCCATCATCAGCTTTATAATTTTT CCAGCAAAATCATTAACTAGGATTGGTCACTTCCTAGTTACACATGTGGCATTGATTCCC CTATTTGTATTTATAGAAAGATTATTGCATAAGATTTTTGTGGTAACGTTGCCTTGACAA CGTTTCAAATTTATGGTTGGATAAAAATGTAGAATGACCCAAGACTATTAATTAGTAGTG TTGTAATTATATAAGACAACGACGCAAGATTATTTTATGATCGATCTAGGAGGATCTAAT CAGATTATTACGTGGTCAATAAAACTTGGAGTCTGATTAAATCATGATACACATTGAGGG GTTAAACACTTTCTAATAAAGATAATTTCGTATTGAACACGGACCCTCTTATTAAGGATG AAAGAATATTTATTGCTCCACTACAATCCTTATAGGTGCTTACTGCCTTGATAATACTTT ATTTACCTTAAACATGTCATGTAAAAAGTTATTATAAAAAAAATCATTTAAACAGACTAA AATAGAAAAAAAGTTGTTTTTTTTTAAAATAGGAGAGGTAATTCTTACTTTAGGTACTCC CTCTATTCACTTTTACTTCTCACTTATTCCTAAAATAAATTTTTATTTTTATTTAGCATC TTTTACGTATAAAGAAAAAGACAATTAGTTTTTTTTCTTTATATTTTATCCTTAGCATTA ATACTATTTATCCGTATCATTTTTTAAGATCCAATACTAAACATTAATTGGTAGGGATAG AGAGGTAAAATAAGTATATCAATTAAAAAAAAAATTCTTAATGTATGTGTCTAACTTAAT AATAGATAAAAATGAACGGATGGAGTAATAAGTATCAAAGTTGTATAATTCATCAATCTA TATGCATGGCTTTTATTGAGACGAGGCCACAGTAAGTTAAAGACTATGACATAACAGAAA AATAAAAACGTAGAAGCTCCAAGTTACAGCAGCAACAATAACTTGTACAAGTGTAACAAA TGCTACGATTCTCCATCACTCGTCTCTACCTTCAAAAAATCAAGGTTCGATTTTCTGTCA AGTTTTCGTGCAAAAAAGTCCTGTAAATATTTGTGCACCGAAACTCTTTGGAAAATGGGA GGATTATGTGGTCCGATGAGGCTGTGTGCAGGTCCTAATTCGGATTCAAGGTTCATGTAA TAGAATGTCGCAACAGAGAGCCTTTCTTCATTTGAGTTTACAATTGCTCTGTGCTCAATA CTCCTATACACACCATTGCTCAATATCTGCCAAGTTAAATATATCACATTTACGCGCATA ATATTTTCAGGCGGTAGTAGAACATTTTTACCTCCATCATGTCTCCAATATTCACAATCA AAGCATTTGGGAGGGGCTTTATGGGCACCCAAATATCATCTTTTCGGACTTGTAGACCTT CAGTTTCGTTCAGCTGGAAAAGGATGGTGAGGACACCAGGATCAGAATGAGTGCTTAAGC CAATTGCCCTGTTTGGTTCAGGGCAAGGCGGATAATAATTCATCCTCATTGACTGCATAC CATCACTGAATAGATCTCTCATTTCCTCTTCGTCCATCCTTAAAGCCTTTGTCAATTGGC ATACGATGATCCTTGCTAGGCTCTTAATTTCTTTGCAGTAAGCTTCCAAGACGTCCCTAC ATTTCAATACACACAAACATATTAATTAAAAGATGAGGAGAGCGGGATATAGTTATAAGG AGATAGGCACCTGAGATTCGAGGGCAATTTCTGAAACAAGTCCACTTTGCGGATACGAGG AGGAAGAGTCATTATGCCAAACATATCACTCCAATCAAGCTTCTGCTCCTCCGATACAAC GAATGCATTCCCAAAACCTTCCAAGCTGTCTTCCTGTTGCCATAGTTTCTTCTTTTCCTC CATTGGTAGTTTGAACAATTGAATAACCTCTCTCTTGAAATCCTCCAGTAACGAAGGTGT CACTCCATGGTTAATAACCTAACATTCAACATTATGCTAACAAATTTAACAACCTTTCAA CAATTACAAAGCTAGGCGCATTAGGAGAAAATAAAGACTAATTTTGTCTAAACTAACACT CGTACTATCAACAAAAAATGAGAAGGATTAAAGCTAACGTGATATTATTCTTGAGACAAT ATCATAGATTGTCACTCAATTAATAGACTCTGTTCTCACAAAGTCAAACTCAATTTTGGT TTTTAATTCAAAAGTCACTCAATTATGAATTTTTTTTCTCAGGAAGTCGCTCAACTATAC TCTGTTGTTCATCTTGTATTCCAAACATACTTAGAACAAACTTTGAACATCTTTGTAAGA CAACAAAGTTTAAGAACATTTTCACAATTAGAAAATTAGAACTAGTAGTGAAACTAGAAT CAGAAACGGATTTAAAAAAAAAAATATACGAAATATTTTCTTAAAGAAGAATTGTTGTTA ATATGTGTCTAAAGAATCTTACTGCTTCCAACAAACTTTGCAGAAACACGAAGTTACCAT GTTTAGTGAACCAGTGAAATAAAAAAAATAGAAGAGCTGAAATTAATTCACAAATCTAAA ATTTGTAAAATACGAAGCAGAATCTGGAAATTTTTAATAGGAAAAAAAATCGAGTCCACT GAACTCACAGTGTCCCCTTAAGAAAATTATTTTCCAGGGTAAAATGATCTCAATCACCAG AGTATAGATACCAAAAACTCCGGTGTCAGCGAACCACTCAACGGCAGTAAAGTACACTTA GAATATTAGATTTAGTAGTTGAAGAAGAAGTCTATGAATTCTATATTAAAATGAGAGGAA ATCCCTCAATTTATAGAAAACAAAGGGTAGTGTGAAAATGTTCTTATTGTGCCTTACCGG AAAGGTCACAAACCTTTGGAAAAGTCACAATCTTTCAGAAAGGTCGTCACCTTTTATAAA AGCGACAACTTTCCATAAAAGTCACAACTTTCCATAAAAATCACAATTTTAGTCACAACT TTTCATCAAAATCGCAACATTTCATAAAAGTCACGACTCTTCATAAAAGTCGCAACTCTT CATTTTCCATTCACACCTTTTTAAAATCAAACATACTCTTCACTCAATTTTATTTTAACT CAAAAGTTACTTAATTATAAATATTTTACTTCCAAAGTTACTAAACTATGAAATTTTCAC TTTTCCTATTTGAATTATGGTCAACAATTTATCGAAACACTCATCAACTGTGTGATTCAC TATTCTTATTTGAACTATCATCAACAATCGATCAAAACACACATCAACTATTAATTATTT CCTTTTACTAACTGAAATAGTTAAACAAAACTATGAAGAAAATGAAACCTGTAGGAAACC CCATTGTTGGCAAGCAGAGTGAAGCTCTTGCAGCTCAGAATCCATGGAATCGCCTGAAAT CAGCTTTTGAAGATCGATTACTGGAACCGATGCTCCGGTGGATATGACCGGAGTTTCTTG CTCTGGGCGGACATACCTGGCCGGAATATTGGTTAGGTGCTGTTTGGCAAGCTCTTGAAC ACTTGGAACTAACAGAGATTTTCCAAAGTATAATTTTTCCGGCGTTGACTCCATTTGCTT TTGTTGCAAACTTGAATTTTTTTAAAATCAATTTGGGTTTCTCTTCCAAAACCATATAGT ATATAAATAGTATAATTTTTAATTTTTTAACTACATATGCCATTTTCCGTTGTTTAATTG TAAGCAGTGGCATACACAACAACATTTTTTTAAAAGCGGTATCACTATTAAAGGGACAAA ATGGCTGACTTAAGAAAATCAATCAAAAAAATTTTTTAGGCCTCCAAAAATTTAAGATCT CTTTTAATTAGATAATATTATAATTAAACCATTTACATCTTTATATTATTAAATAAAATT TTATTTACAATATTATTCAACATGGGCATTGCAAATAAATGATTACGTCTTTAAAAGAAG ATGAAAAAGAAAAGAAAAAAAGAAGAAGTTATAGGCCTTATTTGTATAATTTATATAATT CTCATAGTATAAATCCTAAATTATATTCTATTTCTATACTTTTCTATTTTACAGAAGTTT TACACCACTATTCATGTCGGATAACCTTTTTCAATAATTCAAAAAAATGAAAAAATCATT GCAATTATAATATATATGAAAAAAATGACTCAGGTGATAATAATAAAATAAATTCGAGTA TATAACTATAGTTCTCCCGAAATTCCATATTTTTTAAAGGTATACATAATATCCTCATTA GAAATACGACTAAATACTTCCTTTTCTATATAAGGCACCAAACAATCACTCAAAAACTCA TTATCCATTCGATTTCGTAAGTCAGTTGAAGCTTGAGTAGTTAAAATTGTTTGTATAAAA AAAATTGGAATAATAACTCTCCATTAAAAACTTAGACTAATATGATTTGACCTGCACAAT TAGTAATTGAGGATCAAGGATTACAAACAATTTTAATCAATTTAATGAATTCTAAAATAT TTCATTGCAACAAGTAGATAATAAAAAATAAAATTATTATTATGAATAAATAAAAATAAA AATTCAAGCACATGATAAAAAAATTGAATAACAAAAAAATATTAACCTAATATGGAGATT CAAGATAAAAATAAGAATGATAGATGAATAAGAACCAAAAAAAATCACAAATCAGAAATA TAGATTTAGAGCCTGTTTGGCTCAGCTTAAAAGCTGGTCAAACTGACTTAAAAGCTGGTT TTTGACTTATTTAACTGTTTGGCAATACTCAAAACAGCTTATTTTAAGTTAAAAAAAACT TATTTTAAGCCAAAAGTTAAAAGCTGGGGTAGGAGTGTTTTTTTTTTTTAGCTTATAAGC TGTTTTAAGTTGACCATATTTTTATGTTTTTTCCCTTAATATTTTTATACAATATCCAAA TTATCCATATAACCCTAATATCTCTTTCTTCTATTTTTCCCTTTTCACGTTTGGCATAAC AACTTCAGCACTTTTATCCAAACGCATAACTGCTTATTTTAAAAATAAGTTTCAGCACTT TCAAAAGTACTTTTTTAAAGCTGCTTTTATTAAGCCCATCCAAACGGGCCTTTAGAGCCT GTTTGGCTCAGCTTAAAAGCTGGTCAAACTGACTTAAAAGCTGGTTTTTGACTTATTTAG ATGTTTGGCAATACTCAAAACAGCTTATTTTAAGTTAAAAAAAACTTATTTTAAGCCAAA AGTTAAAAGCTGGGGTAGGGGTGTTTTTTTTTTTTTTTAGCTTATAAGCTGTTTTAAGTT GACCACATTTTTATCTTTTTGTGCTTAATATTTTTGTACAATCTCCAAATTACCCATATA ACCCTAACATTTCTTTCTTTCATTTTTCACTTTTCACGTTTGACATAACAATTTCAGCAC TTTTATCCAAACACATAACTTCTTATTTTAAAAATAAGTTTCAGCACTTTTAAAAGTACT TTTTTAAAACTGCTTTTATTAAGCTCATCCAAACGGGCTTTTATTTAACTATAACTCTAA TTGCTAAAAGAAAACATTAAGATGCCAATAAAACAAACAGAAAAAAAAAATGTGCCTCCG AGAATCCAACCTGTGACGTCATGCAACGATTGTAAGCATAGTTAAGCTT GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_1 match_part 0.972 8845 9059 match_part 0.964 10854 10990 match_part 0.970 11082 11216 match_part 0.982 11630 11740 match_part 1.000 11851 11901 match_2 match_part 0.963 8869 9059 match_part 0.971 10854 10990 match_part 0.985 11082 11216 match_part 0.964 11630 11740 match_part 0.971 11851 11884 match_3 match_part 1.000 8882 9059 match_part 1.000 10854 10990 match_part 1.000 11082 11216 match_part 1.000 11630 11740 match_part 1.000 11851 12117 match_part 1.000 14144 14168 match_4 match_part 0.970 8891 9059 match_part 0.956 10854 10990 match_part 0.933 11082 11216 match_part 0.937 11630 11740 match_part 0.922 11851 12003 match_5 match_part 0.982 8892 9059 match_part 0.945 10854 10908 match_part 0.982 10991 11216 match_part 1.000 11630 11649 match_6 match_part 0.972 11111 11216 match_part 0.982 11630 11740 match_part 0.989 11851 12117 match_part 0.995 14144 14338 match_7 match_part 0.958 11169 11216 match_part 0.982 11630 11740 match_part 0.989 11851 12117 match_part 0.978 14144 14277 match_8 match_part 0.958 11169 11216 match_part 0.982 11630 11740 match_part 0.978 11851 12078 match_9 match_part 1.000 14147 14343 match_part 0.975 14973 15255 match_part 0.991 15629 15739 match_10 match_part 0.987 14191 14343 match_part 0.968 14973 15255 match_part 0.991 15629 15739 match_part 0.946 16478 16606 match_11 match_part 0.769 15509 15521 match_part 0.973 15629 15739 match_part 0.984 16478 16669 match_part 0.957 18227 18719 match_part 0.800 18830 18839 match_12 match_part 0.957 16576 16669 match_part 0.952 18227 18687 match_13 match_part 0.955 22943 22964 match_part 0.991 23042 23147 match_part 0.991 26013 26462 match_14 match_part 0.995 22966 23338 match_part 0.987 25329 25626 match_15 match_part 0.995 22967 23338 match_part 0.988 25329 25501 match_16 match_part 0.995 24979 25536 match_17 match_part 0.994 25031 25652 match_18 match_part 0.970 25045 25810 match_19 match_part 0.976 25051 25631 match_20 match_part 0.958 25057 25556 match_21 match_part 0.993 25068 25506 match_22 match_part 0.993 25280 25826 match_23 match_part 0.983 25280 25626 match_24 match_part 0.993 25336 25943 match_25 match_part 0.997 25560 26155 match_26 match_part 0.994 25755 26267 match_27 match_part 0.984 25806 26563 match_28 match_part 0.964 26113 26585 match_29 match_part 0.978 26147 26693 match_30 match_part 1.000 32230 32464 match_part 1.000 32684 32903 match_part 1.000 33037 33082 match_part 1.000 33162 33201 match_31 match_part 1.000 32231 32464 match_part 1.000 32684 32903 match_part 1.000 33037 33082 match_part 0.974 33162 33473 match_32 match_part 1.000 32231 32464 match_part 1.000 32684 32903 match_part 1.000 33037 33082 match_part 0.996 33162 33402 match_33 match_part 1.000 32232 32464 match_part 0.995 32684 32903 match_part 1.000 33037 33066 match_34 match_part 0.946 32262 32464 match_part 0.964 32684 32903 match_part 1.000 33037 33082 match_part 0.879 33162 33433 match_35 match_part 0.965 32322 32464 match_part 1.000 32684 32903 match_part 1.000 33037 33082 match_part 0.990 33162 33466 match_36 match_part 0.925 48976 49082 match_part 0.984 54840 54962 match_part 0.985 56590 56655 match_part 0.980 56994 57143 match_part 0.980 58064 58165 match_part 0.941 58283 58434 match_37 match_part 0.969 49018 49082 match_part 0.976 54840 54962 match_part 0.985 56590 56655 match_part 0.973 56994 57143 match_part 0.929 58064 58275 match_38 match_part 1.000 49047 49082 match_part 0.984 54840 54962 match_part 1.000 56590 56655 match_part 0.980 56994 57143 match_part 0.990 58064 58165 match_part 0.990 58283 58480 match_part 0.984 58584 58646 match_part 0.982 58734 58789 match_39 match_part 1.000 49048 49082 match_part 0.984 54840 54962 match_part 1.000 56590 56655 match_part 0.980 56994 57143 match_part 1.000 58064 58143 match_40 match_part 0.974 58253 58480 match_part 0.984 58584 58646 match_part 0.933 58734 58838 match_part 1.000 59054 59128 match_part 0.882 59711 59837 match_41 match_part 0.963 58267 58480 match_part 0.984 58584 58646 match_part 0.914 58734 58838 match_part 1.000 59054 59083 match_42 match_part 0.958 58768 58838 match_part 0.987 59054 59128 match_part 0.992 59711 60083 match_part 0.833 61010 61021 match_part 0.625 61316 61339 match_43 match_part 0.958 58768 58838 match_part 0.987 59054 59128 match_part 0.995 59711 59898 match_44 match_part 0.958 58768 58838 match_part 0.987 59054 59128 match_part 0.995 59711 59897 match_45 match_part 0.961 116411 117161 match_46 match_part 0.951 116421 117013 GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_47 match_part 1.000 37111 37045 match_part 0.990 36929 36834 match_part 0.978 34236 33828 match_48 match_part 1.000 37111 37045 match_part 0.990 36929 36834 match_part 0.990 34236 33833 match_49 match_part 1.000 37111 37045 match_part 0.979 36929 36834 match_part 0.982 34236 33844 match_50 match_part 1.000 37327 37045 match_part 1.000 36929 36834 match_part 1.000 34236 33848 match_51 match_part 0.915 36892 36834 match_part 0.984 34236 33860 match_52 match_part 0.989 34241 33863 match_53 match_part 0.940 37244 37045 match_part 0.969 36929 36834 match_part 0.961 34236 33906 match_54 match_part 0.940 37244 37045 match_part 0.969 36929 36834 match_part 0.961 34236 33906 match_55 match_part 0.936 37342 37045 match_part 0.969 36929 36834 match_part 0.960 34236 33914 match_56 match_part 0.995 37486 37045 match_part 1.000 36929 36834 match_part 0.997 34236 33916 match_57 match_part 1.000 37182 37045 match_part 1.000 36929 36834 match_part 1.000 34236 33916 match_58 match_part 0.986 36904 36834 match_part 0.994 34236 33916 match_59 match_part 0.977 36877 36834 match_part 0.991 34236 33916 match_60 match_part 0.985 34153 33954 match_61 match_part 0.991 37486 37045 match_part 1.000 36929 36834 match_part 1.000 34236 34163 match_62 match_part 0.997 37392 37045 match_part 0.990 36929 36834 match_part 0.966 35953 35657 match_63 match_part 0.980 37538 37045 match_part 0.938 36929 36914 match_64 match_part 0.998 37615 37135 match_65 match_part 0.998 37615 37135 match_66 match_part 0.945 37723 37176 match_67 match_part 0.998 37615 37195 match_68 match_part 0.951 37565 37199 match_69 match_part 0.992 38119 37402 match_70 match_part 0.874 38927 38618 match_part 0.952 38132 37776 match_part 0.778 37479 37471 match_71 match_part 0.951 38860 38618 match_part 0.968 38132 37603 match_72 match_part 0.877 38828 38618 match_part 0.941 38132 37673 match_73 match_part 0.869 38793 38618 match_part 0.941 38132 37673 match_74 match_part 1.000 38857 38618 match_part 0.982 38132 37676 match_75 match_part 0.949 38676 38618 match_part 0.990 38132 38029 match_part 0.941 37728 37678 match_76 match_part 1.000 38817 38664 match_part 0.998 38132 37697 match_77 match_part 0.874 38927 38618 match_part 0.946 38132 37708 match_78 match_part 0.877 38869 38618 match_part 0.951 38132 37744 match_79 match_part 0.997 38923 38618 match_part 0.989 38132 37769 match_80 match_part 0.862 38893 38618 match_part 0.966 38132 37776 match_81 match_part 0.855 38893 38618 match_part 0.968 38132 37819 match_82 match_part 1.000 38857 38618 match_part 0.997 38132 37823 match_83 match_part 0.936 38695 38618 match_part 0.932 38132 37853 match_84 match_part 0.890 38927 38618 match_part 0.967 38132 37919 match_85 match_part 1.000 38926 38618 match_part 1.000 38132 37921 match_86 match_part 0.851 38839 38618 match_part 0.980 38132 37933 match_87 match_part 1.000 38930 38618 match_part 1.000 38132 37950 match_88 match_part 0.923 51267 50593 match_89 match_part 0.929 51247 50674 match_90 match_part 0.928 51245 50674 match_91 match_part 1.000 82871 82655 match_part 1.000 81740 81493 match_part 1.000 80862 80800 match_92 match_part 1.000 82909 82655 match_part 0.968 81740 81493 match_part 0.900 80862 80823 match_93 match_part 0.982 96406 96351 match_part 0.980 94676 94218 match_94 match_part 1.000 96826 96757 match_part 0.991 96675 96351 match_part 0.994 94676 94355 match_95 match_part 0.996 99162 98892 match_part 1.000 97001 96351 match_part 0.947 94676 94507 match_96 match_part 0.980 98941 98892 match_part 1.000 97001 96757 match_part 0.988 96675 96351 match_97 match_part 0.879 99056 98892 match_part 0.898 97001 96757 match_part 0.940 96675 96426 match_98 match_part 0.960 98941 98892 match_part 0.988 97001 96757 match_part 0.971 96675 96467 match_99 match_part 0.926 99135 98892 match_part 0.914 97001 96757 match_part 0.905 96675 96476 match_100 match_part 0.951 113694 113386 match_part 0.864 113323 112970 match_part 0.778 112729 112721 match_part 0.683 111994 111954 match_101 match_part 0.940 113720 113386 match_part 0.870 113323 112933 match_102 match_part 0.934 114477 114127 match_part 0.923 114031 113784 match_part 0.956 113726 113429 match_103 match_part 0.986 113991 113784 match_part 0.983 113726 113431 match_104 match_part 0.842 114164 114127 match_part 0.968 114031 113784 match_part 0.986 113726 113506 match_105 match_part 0.960 114480 114127 match_part 0.940 114031 113784 match_part 0.957 113726 113516 match_106 match_part 0.960 114480 114127 match_part 0.940 114031 113784 match_part 0.936 113726 113539 match_107 match_part 0.943 114475 114127 match_part 0.923 114031 113784 match_part 0.982 113726 113562 match_108 match_part 0.958 114480 114127 match_part 0.940 114031 113784 match_part 0.974 113726 113575 match_109 match_part 0.960 114479 114127 match_part 0.939 114031 113820 match_110 match_part 0.950 114469 114127 match_part 0.989 114031 113937 match_111 match_part 0.910 118876 118609 match_part 0.919 117258 117011 match_part 0.810 116936 116879 match_112 match_part 0.919 118842 118609 match_part 0.895 117258 117011 match_part 0.846 116936 116911 match_113 match_part 0.908 118870 118609 match_part 0.899 117258 117011 match_part 0.800 116936 116917 match_114 match_part 0.878 118739 118609 match_part 0.925 117258 117019 match_115 match_part 0.900 118819 118609 match_part 0.918 117258 117040 match_116 match_part 0.907 118877 118609 match_part 0.916 117258 117069 match_117 match_part 0.892 118858 118609 match_part 0.914 117258 117074 match_118 match_part 0.908 118870 118609 match_part 0.909 117258 117105 match_119 match_part 0.909 118816 118609 match_part 0.924 117258 117193 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C02HBa0072A04.2 type gene exon 8845 9059 exon 10854 10990 exon 11082 11216 exon 11630 11740 exon 11851 12117 exon 14144 14343 exon 14973 15255 exon 15629 15739 exon 16478 16669 exon 18227 18687 gene_2 gene GT_PGL_1_AGS_2 transcript source GenomeThreader seq_id C02HBa0072A04.2 type gene exon 8892 9059 exon 10854 10908 exon 10991 11216 exon 11630 11740 exon 11851 12117 exon 14144 14343 exon 14973 15255 exon 15629 15739 exon 16478 16669 exon 18227 18687 gene_3 gene GT_PGL_1_AGS_3 transcript source GenomeThreader seq_id C02HBa0072A04.2 type gene exon 15509 15521 exon 15629 15739 exon 16478 16669 exon 18227 18719 exon 18830 18839 gene_4 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C02HBa0072A04.2 type gene exon 24979 26693 gene_5 gene GT_PGL_2_AGS_2 transcript source GenomeThreader seq_id C02HBa0072A04.2 type gene exon 22966 23338 exon 25329 26693 gene_6 gene GT_PGL_2_AGS_3 transcript source GenomeThreader seq_id C02HBa0072A04.2 type gene exon 22943 22964 exon 23042 23147 exon 26013 26693 gene_7 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C02HBa0072A04.2 type gene exon 32230 32464 exon 32684 32903 exon 33037 33082 exon 33162 33473 gene_8 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C02HBa0072A04.2 type gene exon 38930 38618 exon 38132 37045 exon 36929 36834 exon 34236 33828 gene_9 gene GT_PGL_4_AGS_2 transcript source GenomeThreader seq_id C02HBa0072A04.2 type gene exon 38930 38618 exon 38132 37045 exon 36929 36834 exon 35953 35657 gene_10 gene GT_PGL_4_AGS_3 transcript source GenomeThreader seq_id C02HBa0072A04.2 type gene exon 38817 38664 exon 38132 37045 exon 36929 36834 exon 34236 33828 gene_11 gene GT_PGL_4_AGS_4 transcript source GenomeThreader seq_id C02HBa0072A04.2 type gene exon 38676 38618 exon 38132 38029 exon 37728 37045 exon 36929 36834 exon 34236 33828 gene_12 gene GT_PGL_4_AGS_5 transcript source GenomeThreader seq_id C02HBa0072A04.2 type gene exon 38930 38618 exon 38132 37776 exon 37479 37471 gene_13 gene GT_PGL_4_AGS_6 transcript source GenomeThreader seq_id C02HBa0072A04.2 type gene exon 34241 33863 gene_14 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C02HBa0072A04.2 type gene exon 49018 49082 exon 54840 54962 exon 56590 56655 exon 56994 57143 exon 58064 58480 exon 58584 58646 exon 58734 58838 exon 59054 59128 exon 59711 60083 exon 61010 61021 exon 61316 61339 gene_15 gene GT_PGL_5_AGS_2 transcript source GenomeThreader seq_id C02HBa0072A04.2 type gene exon 48976 49082 exon 54840 54962 exon 56590 56655 exon 56994 57143 exon 58064 58165 exon 58283 58480 exon 58584 58646 exon 58734 58838 exon 59054 59128 exon 59711 60083 exon 61010 61021 exon 61316 61339 gene_16 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C02HBa0072A04.2 type gene exon 51267 50593 gene_17 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C02HBa0072A04.2 type gene exon 82909 82655 exon 81740 81493 exon 80862 80800 gene_18 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C02HBa0072A04.2 type gene exon 99135 98892 exon 97001 96757 exon 96675 96351 exon 94676 94218 gene_19 gene GT_PGL_8_AGS_2 transcript source GenomeThreader seq_id C02HBa0072A04.2 type gene exon 99162 98892 exon 97001 96351 exon 94676 94218 gene_20 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C02HBa0072A04.2 type gene exon 114480 114127 exon 114031 113784 exon 113726 113386 exon 113323 112933 gene_21 gene GT_PGL_9_AGS_2 transcript source GenomeThreader seq_id C02HBa0072A04.2 type gene exon 114480 114127 exon 114031 113784 exon 113726 113386 exon 113323 112970 exon 112729 112721 exon 111994 111954 gene_22 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C02HBa0072A04.2 type gene exon 116411 117161 gene_23 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C02HBa0072A04.2 type gene exon 118877 118609 exon 117258 117011 exon 116936 116879 RepeatMasker tomato repeats master Copia00110 2413 2717 1 Copia00110 2413 2717 1 nucleotide_motif 1772 8363 8658 Unknown00034 8968 9074 1 Unknown00034 8968 9074 1 nucleotide_motif 353 19921 20025 Copia00214 4553 4636 1 Copia00214 4553 4636 1 nucleotide_motif 440 49566 49655 Copia00214 1 4636 1 Copia00214 1 4636 1 nucleotide_motif 42272 49852 54487 HELITRON7_OS 1600 1683 1 HELITRON7_OS 1600 1683 1 nucleotide_motif 441 71365 71448 Copia00112 7625 7715 1 Copia00112 7625 7715 1 nucleotide_motif 287 71368 71460 TLP2 6 292 1 TLP2 6 292 1 nucleotide_motif 1552 98173 98461 Unknown00030 1276 1375 1 Unknown00030 1276 1375 1 nucleotide_motif 384 98525 98617 Copia00215 1 4552 1 Copia00215 1 4552 1 nucleotide_motif 41406 102447 106998 Unknown00050 3396 3865 1 Unknown00050 3396 3865 1 nucleotide_motif 2050 107394 107876 Copia00110 1727 2411 1 Copia00110 1727 2411 1 nucleotide_motif 2867 117542 118221 RepeatMasker tomato repeats master TS2 568 655 -1 TS2 568 655 -1 nucleotide_motif 389 1021 937 Copia00107 274 751 -1 Copia00107 274 751 -1 nucleotide_motif 3179 19383 18904 Copia00110 2715 2821 -1 Copia00110 2715 2821 -1 nucleotide_motif 316 20002 19894 Unknown00025 254 470 -1 Unknown00025 254 470 -1 nucleotide_motif 726 20887 20653 Unknown00038 16 3524 -1 Unknown00038 16 3524 -1 nucleotide_motif 376 31432 31307 Unknown00025 262 471 -1 Unknown00025 262 471 -1 nucleotide_motif 483 42723 42496 STOWAWAY50_OS 259 461 -1 STOWAWAY50_OS 259 461 -1 nucleotide_motif 281 45887 45868 Gypsy00046 4079 4138 -1 Gypsy00046 4079 4138 -1 nucleotide_motif 282 45947 45888 STOWAWAY50_OS 78 258 -1 STOWAWAY50_OS 78 258 -1 nucleotide_motif 281 45965 45948 SONATA2 1 253 -1 SONATA2 1 253 -1 nucleotide_motif 1455 48501 48253 Unknown00029 2634 2808 -1 Unknown00029 2634 2808 -1 nucleotide_motif 381 69504 69315 TLP1 374 466 -1 TLP1 374 466 -1 nucleotide_motif 358 69950 69861 Unknown00049 1657 1709 -1 Unknown00049 1657 1709 -1 nucleotide_motif 265 70214 70162 MuDR1_HV 463 1325 -1 MuDR1_HV 463 1325 -1 nucleotide_motif 374 71427 71343 Unknown00046 346 2835 -1 Unknown00046 346 2835 -1 nucleotide_motif 1171 72086 71756 Copia00143 1 206 -1 Copia00143 1 206 -1 nucleotide_motif 1090 80408 80192 Copia00143 151 218 -1 Copia00143 151 218 -1 nucleotide_motif 421 80464 80397 Unknown00013 3527 3587 -1 Unknown00013 3527 3587 -1 nucleotide_motif 289 83145 83085 Unknown00014 528 770 -1 Unknown00014 528 770 -1 nucleotide_motif 857 83362 83131 Copia00009 1 4845 -1 Copia00009 1 4845 -1 nucleotide_motif 25931 92806 87962 Unknown00034 3704 3869 -1 Unknown00034 3704 3869 -1 nucleotide_motif 775 96095 95934 Copia00110 2508 2735 -1 Copia00110 2508 2735 -1 nucleotide_motif 1040 97277 97047 TLP2 3 305 -1 TLP2 3 305 -1 nucleotide_motif 1293 97371 97078 TLP2 6 309 -1 TLP2 6 309 -1 nucleotide_motif 1325 101277 100926 Unknown00034 3703 4033 -1 Unknown00034 3703 4033 -1 nucleotide_motif 1543 109677 109356 Unknown00049 1658 1705 -1 Unknown00049 1658 1705 -1 nucleotide_motif 265 117515 117468 Unknown00040 4341 4680 -1 Unknown00040 4341 4680 -1 nucleotide_motif 2398 118353 117982 HATSOD1 3675 3815 -1 HATSOD1 3675 3815 -1 nucleotide_motif 486 119604 119461 BLAST_tomato_bacs Tomato BAC sequences BLAST_tomato_bacs Tomato BAC sequences match_1 match 3527 87934 89857 match_2 match 5719 89923 93016 match_3 match 2553 4273 5878 match_4 match 3209 21354 22972 match_5 match 3309 1 1771 match_6 match 9833 18668 match_7 match 1059 30108 31344 match_8 match 5666 116007 119101 match_9 match 2668 109317 110851 match_10 match 3251 95800 97496 match_11 match 4549 98139 100517 match_12 match 4577 112437 114919 match_13 match 5666 116007 119101 match_14 match 102088 107723 match_15 match 694 30099 31083 match_16 match 694 30099 31083 match_17 match 694 30099 31083 match_18 match 1055 30110 31219 match_19 match 1130 30096 31429 match_20 match 1096 30173 31430 match_21 match 720 21492 22583 match_22 match 1039 30084 31219 match_23 match 5384 50964 54482 match_24 match 1138 30109 31428 match_25 match 1138 30109 31428 match_26 match 7991 49821 54422 match_27 match 795 87962 89581 match_28 match 1116 30126 31429 match_29 match 811 87962 89581 match_30 match 3527 87934 89857 match_31 match 5719 89923 93016 match_32 match 811 87962 89581 match_33 match 1080 30088 31158 match_34 match 1655 52893 54333 match_35 match 2882 49838 52135 match_36 match 4617 89923 92999 match_37 match 2428 87934 89494 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) clone_1 clone 936 1 119613 clone_end_1 clone_end 1279 1 684 clone_2 clone 989.5 1 119613 clone_end_2 clone_end 1394 1 727 clone_3 clone 946.5 9143 89403 clone_start_1 clone_start 737 9143 9514 clone_start_2 clone_start 1225 10504 11121 clone_4 clone 1354.5 10525 81609 clone_end_3 clone_end 1641 10525 11371 clone_start_3 clone_start 1072 10533 11073 clone_5 clone 1230 11841 108613 clone_start_4 clone_start 1465 11841 12587 clone_start_5 clone_start 749 15126 15518 clone_end_4 clone_end 829 18251 18668 clone_end_5 clone_end 573 18739 19059 clone_6 clone 761 23440 61998 clone_end_6 clone_end 628 23440 23780 clone_start_6 clone_start 1501 26421 27189 clone_7 clone 1491.5 26421 77993 clone_start_7 clone_start 1544 26421 27211 clone_start_8 clone_start 722 27684 28059 clone_8 clone 1411.5 29091 96775 clone_end_7 clone_end 1364 29091 29786 clone_9 clone 935.5 33898 59824 clone_end_8 clone_end 1247 33898 34537 clone_10 clone 830.5 33898 59417 clone_end_9 clone_end 1247 33898 34537 clone_end_10 clone_end 1063 43980 44637 clone_end_11 clone_end 827 43980 44504 clone_start_9 clone_start 944 49127 49650 clone_start_10 clone_start 733 49141 49549 clone_start_11 clone_start 862 49180 49650 clone_end_12 clone_end 468 49333 49600 clone_start_12 clone_start 438 49827 50055 clone_start_13 clone_start 698 53965 54316 clone_11 clone 847.5 59489 113717 clone_end_13 clone_end 545 59489 59784 clone_12 clone 1409.5 60656 97067 clone_start_14 clone_start 1352 60656 61364 clone_end_14 clone_end 1283 65155 65809 clone_end_15 clone_end 1209 72089 72741 clone_start_15 clone_start 394 76212 76418 clone_end_16 clone_end 1138 78386 79013 clone_13 clone 884 80647 119634 clone_end_17 clone_end 1134 80647 81239 clone_start_16 clone_start 1114 95820 96419 clone_start_17 clone_start 1100 103171 103749 clone_start_18 clone_start 1207 115115 115762 clone_start_19 clone_start 1045 115197 115762 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) clone_start_20 clone_start 593 119613 119249 clone_start_21 clone_start 585 119613 119249 clone_end_18 clone_end 1156 89403 88813 clone_end_19 clone_end 1076 10412 9833 clone_start_22 clone_start 1346 11031 10342 clone_start_23 clone_start 1068 81609 81030 clone_end_20 clone_end 995 108613 108083 clone_start_24 clone_start 894 61998 61527 clone_start_25 clone_start 375 23780 23584 clone_start_26 clone_start 892 24275 23826 clone_end_21 clone_end 1146 24897 24299 clone_end_22 clone_end 1378 26644 25946 clone_end_23 clone_end 1334 26933 26261 clone_end_24 clone_end 1439 77993 77268 clone_end_25 clone_end 698 28792 28420 clone_start_27 clone_start 1459 96775 96036 clone_end_26 clone_end 942 32594 32064 clone_start_28 clone_start 624 59824 59489 clone_start_29 clone_start 414 59417 59190 clone_start_30 clone_start 906 40128 39574 clone_end_27 clone_end 402 40199 39963 clone_end_28 clone_end 829 53356 52931 clone_start_31 clone_start 1150 113717 113085 clone_end_29 clone_end 1467 97067 96328 clone_end_30 clone_end 1469 63533 62789 clone_start_32 clone_start 634 119634 119249 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_1 match_part 1.000 8882 9059 match_part 1.000 10854 10990 match_part 1.000 11082 11216 match_part 1.000 11630 11740 match_part 1.000 11851 12117 match_part 1.000 14144 14168 match_2 match_part 0.982 8892 9059 match_part 0.945 10854 10908 match_part 0.982 10991 11216 match_part 1.000 11630 11649 match_3 match_part 0.955 22943 22964 match_part 0.991 23042 23147 match_part 0.991 26013 26462 match_4 match_part 0.995 22966 23338 match_part 0.987 25329 25626 match_5 match_part 0.995 22967 23338 match_part 0.988 25329 25501 match_6 match_part 0.995 24979 25536 match_7 match_part 0.994 25031 25652 match_8 match_part 0.970 25045 25810 match_9 match_part 0.976 25051 25631 match_10 match_part 0.958 25057 25556 match_11 match_part 0.993 25068 25506 match_12 match_part 0.993 25280 25826 match_13 match_part 0.983 25280 25626 match_14 match_part 0.993 25336 25943 match_15 match_part 0.997 25560 26155 match_16 match_part 0.994 25755 26267 match_17 match_part 0.984 25806 26563 match_18 match_part 0.964 26113 26585 match_19 match_part 0.978 26147 26693 match_20 match_part 1.000 32230 32464 match_part 1.000 32684 32903 match_part 1.000 33037 33082 match_part 1.000 33162 33201 match_21 match_part 1.000 32231 32464 match_part 1.000 32684 32903 match_part 1.000 33037 33082 match_part 0.974 33162 33473 match_22 match_part 1.000 32231 32464 match_part 1.000 32684 32903 match_part 1.000 33037 33082 match_part 0.996 33162 33402 match_23 match_part 1.000 32232 32464 match_part 0.995 32684 32903 match_part 1.000 33037 33066 match_24 match_part 0.965 32322 32464 match_part 1.000 32684 32903 match_part 1.000 33037 33082 match_part 0.990 33162 33466 match_25 match_part 1.000 49047 49082 match_part 0.984 54840 54962 match_part 1.000 56590 56655 match_part 0.980 56994 57143 match_part 0.990 58064 58165 match_part 0.990 58283 58480 match_part 0.984 58584 58646 match_part 0.982 58734 58789 match_26 match_part 1.000 49048 49082 match_part 0.984 54840 54962 match_part 1.000 56590 56655 match_part 0.980 56994 57143 match_part 1.000 58064 58143 match_27 match_part 0.958 58768 58838 match_part 0.987 59054 59128 match_part 0.992 59711 60083 match_part 0.833 61010 61021 match_part 0.625 61316 61339 match_28 match_part 0.958 58768 58838 match_part 0.987 59054 59128 match_part 0.995 59711 59898 match_29 match_part 0.958 58768 58838 match_part 0.987 59054 59128 match_part 0.995 59711 59897 match_30 match_part 0.961 116411 117161 match_31 match_part 0.951 116421 117013 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_32 match_part 1.000 37111 37045 match_part 0.990 36929 36834 match_part 0.978 34236 33828 match_33 match_part 1.000 37111 37045 match_part 0.990 36929 36834 match_part 0.990 34236 33833 match_34 match_part 1.000 37111 37045 match_part 0.979 36929 36834 match_part 0.982 34236 33844 match_35 match_part 1.000 37327 37045 match_part 1.000 36929 36834 match_part 1.000 34236 33848 match_36 match_part 0.915 36892 36834 match_part 0.984 34236 33860 match_37 match_part 0.989 34241 33863 match_38 match_part 0.995 37486 37045 match_part 1.000 36929 36834 match_part 0.997 34236 33916 match_39 match_part 1.000 37182 37045 match_part 1.000 36929 36834 match_part 1.000 34236 33916 match_40 match_part 0.986 36904 36834 match_part 0.994 34236 33916 match_41 match_part 0.977 36877 36834 match_part 0.991 34236 33916 match_42 match_part 0.985 34153 33954 match_43 match_part 0.991 37486 37045 match_part 1.000 36929 36834 match_part 1.000 34236 34163 match_44 match_part 0.997 37392 37045 match_part 0.990 36929 36834 match_part 0.966 35953 35657 match_45 match_part 0.980 37538 37045 match_part 0.938 36929 36914 match_46 match_part 0.998 37615 37135 match_47 match_part 0.998 37615 37135 match_48 match_part 0.998 37615 37195 match_49 match_part 0.992 38119 37402 match_50 match_part 0.951 38860 38618 match_part 0.968 38132 37603 match_51 match_part 1.000 38857 38618 match_part 0.982 38132 37676 match_52 match_part 1.000 38817 38664 match_part 0.998 38132 37697 match_53 match_part 0.997 38923 38618 match_part 0.989 38132 37769 match_54 match_part 1.000 38857 38618 match_part 0.997 38132 37823 match_55 match_part 1.000 38926 38618 match_part 1.000 38132 37921 match_56 match_part 1.000 38930 38618 match_part 1.000 38132 37950 match_57 match_part 0.923 51267 50593 match_58 match_part 0.929 51247 50674 match_59 match_part 0.928 51245 50674 match_60 match_part 1.000 82871 82655 match_part 1.000 81740 81493 match_part 1.000 80862 80800 match_61 match_part 1.000 82909 82655 match_part 0.968 81740 81493 match_part 0.900 80862 80823 match_62 match_part 0.982 96406 96351 match_part 0.980 94676 94218 match_63 match_part 1.000 96826 96757 match_part 0.991 96675 96351 match_part 0.994 94676 94355 match_64 match_part 0.996 99162 98892 match_part 1.000 97001 96351 match_part 0.947 94676 94507 match_65 match_part 0.980 98941 98892 match_part 1.000 97001 96757 match_part 0.988 96675 96351 match_66 match_part 0.960 98941 98892 match_part 0.988 97001 96757 match_part 0.971 96675 96467 match_67 match_part 0.951 113694 113386 match_part 0.864 113323 112970 match_part 0.778 112729 112721 match_part 0.683 111994 111954 match_68 match_part 0.940 113720 113386 match_part 0.870 113323 112933 match_69 match_part 0.934 114477 114127 match_part 0.923 114031 113784 match_part 0.956 113726 113429 match_70 match_part 0.986 113991 113784 match_part 0.983 113726 113431 match_71 match_part 0.842 114164 114127 match_part 0.968 114031 113784 match_part 0.986 113726 113506 match_72 match_part 0.960 114480 114127 match_part 0.940 114031 113784 match_part 0.957 113726 113516 match_73 match_part 0.960 114480 114127 match_part 0.940 114031 113784 match_part 0.936 113726 113539 match_74 match_part 0.943 114475 114127 match_part 0.923 114031 113784 match_part 0.982 113726 113562 match_75 match_part 0.958 114480 114127 match_part 0.940 114031 113784 match_part 0.974 113726 113575 match_76 match_part 0.960 114479 114127 match_part 0.939 114031 113820 match_77 match_part 0.950 114469 114127 match_part 0.989 114031 113937 match_78 match_part 0.910 118876 118609 match_part 0.919 117258 117011 match_part 0.810 116936 116879 match_79 match_part 0.919 118842 118609 match_part 0.895 117258 117011 match_part 0.846 116936 116911 match_80 match_part 0.908 118870 118609 match_part 0.899 117258 117011 match_part 0.800 116936 116917 match_81 match_part 0.900 118819 118609 match_part 0.918 117258 117040 match_82 match_part 0.907 118877 118609 match_part 0.916 117258 117069 match_83 match_part 0.892 118858 118609 match_part 0.914 117258 117074 match_84 match_part 0.908 118870 118609 match_part 0.909 117258 117105 match_85 match_part 0.909 118816 118609 match_part 0.924 117258 117193 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C02HBa0072A04.2 type gene exon 8882 9059 exon 10854 10990 exon 11082 11216 exon 11630 11740 exon 11851 12117 exon 14144 14168 gene_2 gene GT_PGL_1_AGS_2 transcript source GenomeThreader seq_id C02HBa0072A04.2 type gene exon 8892 9059 exon 10854 10908 exon 10991 11216 exon 11630 11649 gene_3 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C02HBa0072A04.2 type gene exon 24979 26693 gene_4 gene GT_PGL_2_AGS_2 transcript source GenomeThreader seq_id C02HBa0072A04.2 type gene exon 22966 23338 exon 25329 26693 gene_5 gene GT_PGL_2_AGS_3 transcript source GenomeThreader seq_id C02HBa0072A04.2 type gene exon 22943 22964 exon 23042 23147 exon 26013 26693 gene_6 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C02HBa0072A04.2 type gene exon 32230 32464 exon 32684 32903 exon 33037 33082 exon 33162 33473 gene_7 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C02HBa0072A04.2 type gene exon 38930 38618 exon 38132 37045 exon 36929 36834 exon 34236 33828 gene_8 gene GT_PGL_4_AGS_2 transcript source GenomeThreader seq_id C02HBa0072A04.2 type gene exon 38817 38664 exon 38132 37045 exon 36929 36834 exon 34236 33828 gene_9 gene GT_PGL_4_AGS_3 transcript source GenomeThreader seq_id C02HBa0072A04.2 type gene exon 38930 38618 exon 38132 37045 exon 36929 36834 exon 35953 35657 gene_10 gene GT_PGL_4_AGS_4 transcript source GenomeThreader seq_id C02HBa0072A04.2 type gene exon 34241 33863 gene_11 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C02HBa0072A04.2 type gene exon 49047 49082 exon 54840 54962 exon 56590 56655 exon 56994 57143 exon 58064 58165 exon 58283 58480 exon 58584 58646 exon 58734 58838 exon 59054 59128 exon 59711 60083 exon 61010 61021 exon 61316 61339 gene_12 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C02HBa0072A04.2 type gene exon 51267 50593 gene_13 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C02HBa0072A04.2 type gene exon 82909 82655 exon 81740 81493 exon 80862 80800 gene_14 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C02HBa0072A04.2 type gene exon 98941 98892 exon 97001 96757 exon 96675 96351 exon 94676 94218 gene_15 gene GT_PGL_8_AGS_2 transcript source GenomeThreader seq_id C02HBa0072A04.2 type gene exon 99162 98892 exon 97001 96351 exon 94676 94218 gene_16 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C02HBa0072A04.2 type gene exon 114480 114127 exon 114031 113784 exon 113726 113386 exon 113323 112933 gene_17 gene GT_PGL_9_AGS_2 transcript source GenomeThreader seq_id C02HBa0072A04.2 type gene exon 114480 114127 exon 114031 113784 exon 113726 113386 exon 113323 112970 exon 112729 112721 exon 111994 111954 gene_18 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C02HBa0072A04.2 type gene exon 116411 117161 gene_19 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C02HBa0072A04.2 type gene exon 118877 118609 exon 117258 117011 exon 116936 116879 AUGUSTUS_tom_cdna de novo gene_1 gene 0.11 8871 18571 transcript_1 transcript 0.11 8871 18571 intron_1 intron 0.26 1 8870 intron_2 intron 1 9060 10853 intron_3 intron 1 10991 11081 intron_4 intron 1 11217 11629 intron_5 intron 1 11741 11850 intron_6 intron 1 12118 14143 intron_7 intron 1 14344 14972 intron_8 intron 0.57 15256 15628 intron_9 intron 0.95 15740 16477 intron_10 intron 0.79 16670 18226 CDS_1 CDS 0.27 8871 9059 CDS_2 CDS 1 10854 10990 CDS_3 CDS 1 11082 11216 CDS_4 CDS 1 11630 11740 CDS_5 CDS 1 11851 12117 CDS_6 CDS 1 14144 14343 CDS_7 CDS 0.57 14973 15255 CDS_8 CDS 0.95 15629 15739 CDS_9 CDS 0.79 16478 16669 CDS_10 CDS 0.77 18227 18571 stop_codon_1 stop_codon 18569 18571 gene_2 gene 0.34 25690 26094 transcript_2 transcript 0.34 25690 26094 start_codon_1 start_codon 25690 25692 CDS_11 CDS 0.34 25690 26094 stop_codon_2 stop_codon 26092 26094 gene_3 gene 0.93 32338 33248 transcript_3 transcript 0.93 32338 33248 start_codon_2 start_codon 32338 32340 intron_11 intron 1 32465 32683 intron_12 intron 1 32904 33036 intron_13 intron 1 33083 33161 CDS_12 CDS 0.93 32338 32464 CDS_13 CDS 1 32684 32903 CDS_14 CDS 1 33037 33082 CDS_15 CDS 1 33162 33248 stop_codon_3 stop_codon 33246 33248 gene_4 gene 1 49023 59830 transcript_4 transcript 1 49023 59830 start_codon_3 start_codon 49023 49025 intron_14 intron 1 49083 54839 intron_15 intron 1 54963 56589 intron_16 intron 1 56660 56997 intron_17 intron 1 57144 58063 intron_18 intron 1 58166 58282 intron_19 intron 1 58481 58583 intron_20 intron 1 58647 58733 intron_21 intron 1 58839 59053 intron_22 intron 1 59129 59710 CDS_16 CDS 1 49023 49082 CDS_17 CDS 1 54840 54962 CDS_18 CDS 1 56590 56659 CDS_19 CDS 1 56998 57143 CDS_20 CDS 1 58064 58165 CDS_21 CDS 1 58283 58480 CDS_22 CDS 1 58584 58646 CDS_23 CDS 1 58734 58838 CDS_24 CDS 1 59054 59128 CDS_25 CDS 1 59711 59830 stop_codon_4 stop_codon 59828 59830 gene_5 gene 0.19 60292 67348 transcript_5 transcript 0.19 60292 67348 start_codon_4 start_codon 60292 60294 intron_23 intron 0.45 60443 61783 intron_24 intron 0.77 61936 63295 intron_25 intron 0.94 63518 63590 intron_26 intron 1 63830 63937 intron_27 intron 1 64464 64582 intron_28 intron 1 64857 64951 intron_29 intron 0.51 65625 65703 intron_30 intron 1 65933 66013 intron_31 intron 0.98 66281 66349 intron_32 intron 0.97 66614 66700 CDS_26 CDS 0.45 60292 60442 CDS_27 CDS 0.43 61784 61935 CDS_28 CDS 0.94 63296 63517 CDS_29 CDS 0.98 63591 63829 CDS_30 CDS 1 63938 64463 CDS_31 CDS 1 64583 64856 CDS_32 CDS 0.51 64952 65624 CDS_33 CDS 1 65704 65932 CDS_34 CDS 0.98 66014 66280 CDS_35 CDS 0.97 66350 66613 CDS_36 CDS 1 66701 67348 stop_codon_5 stop_codon 67346 67348 gene_6 gene 1.36 73116 79199 transcript_6 transcript 0.94 78699 79199 start_codon_5 start_codon 78699 78701 CDS_37 CDS 0.94 78699 79199 stop_codon_6 stop_codon 79197 79199 transcript_7 transcript 0.42 73116 79199 start_codon_6 start_codon 73116 73118 intron_33 intron 0.6 73245 74098 intron_34 intron 0.58 74154 74871 intron_35 intron 0.96 75048 75157 intron_36 intron 0.99 75380 75462 intron_37 intron 1 75702 75791 intron_38 intron 1 76318 76422 intron_39 intron 0.97 76697 76782 intron_40 intron 1 77447 77539 intron_41 intron 1 77769 77853 intron_42 intron 1 78121 78201 intron_43 intron 0.96 78466 78554 CDS_38 CDS 0.47 73116 73244 CDS_39 CDS 0.61 74099 74153 CDS_40 CDS 0.57 74872 75047 CDS_41 CDS 0.96 75158 75379 CDS_42 CDS 1 75463 75701 CDS_43 CDS 1 75792 76317 CDS_44 CDS 0.97 76423 76696 CDS_45 CDS 0.97 76783 77446 CDS_46 CDS 1 77540 77768 CDS_47 CDS 1 77854 78120 CDS_48 CDS 0.96 78202 78465 CDS_49 CDS 1 78555 79199 stop_codon_7 stop_codon 79197 79199 AUGUSTUS_tom_cdna de novo gene_7 gene 0.87 29803 27737 transcript_8 transcript 0.87 29803 27737 stop_codon_8 stop_codon 27739 27737 CDS_50 CDS 0.87 29803 27737 start_codon_7 start_codon 29803 29801 gene_8 gene 0.54 33965 33624 transcript_9 transcript 0.54 33965 33624 stop_codon_9 stop_codon 33626 33624 CDS_51 CDS 0.54 33965 33624 start_codon_8 start_codon 33965 33963 gene_9 gene 1 38711 34224 transcript_10 transcript 1 38711 34224 stop_codon_10 stop_codon 34226 34224 intron_44 intron 1 36833 34237 intron_45 intron 1 37003 36930 intron_46 intron 1 38617 38133 CDS_52 CDS 1 34236 34224 CDS_53 CDS 1 36929 36834 CDS_54 CDS 1 38132 37004 CDS_55 CDS 1 38711 38618 start_codon_9 start_codon 38711 38709 gene_10 gene 0.4 84659 79569 transcript_11 transcript 0.4 84659 79569 stop_codon_11 stop_codon 79571 79569 intron_47 intron 1 80537 79836 intron_48 intron 1 81492 80863 intron_49 intron 1 82654 81741 intron_50 intron 0.4 84652 82987 CDS_56 CDS 1 79835 79569 CDS_57 CDS 1 80862 80538 CDS_58 CDS 1 81740 81493 CDS_59 CDS 0.64 82986 82655 CDS_60 CDS 0.67 84659 84653 start_codon_10 start_codon 84659 84657 gene_11 gene 0.9 99134 84681 transcript_12 transcript 0.4 99134 84681 stop_codon_12 stop_codon 84683 84681 intron_51 intron 0.58 94454 84933 intron_52 intron 1 96350 94677 intron_53 intron 1 96756 96676 intron_54 intron 1 98891 97002 CDS_61 CDS 0.67 84932 84681 CDS_62 CDS 0.58 94676 94455 CDS_63 CDS 1 96675 96351 CDS_64 CDS 1 97001 96757 CDS_65 CDS 0.94 99134 98892 start_codon_11 start_codon 99134 99132 transcript_13 transcript 0.5 99134 84681 stop_codon_13 stop_codon 84683 84681 intron_55 intron 0.61 94631 84933 intron_56 intron 1 96350 94677 intron_57 intron 1 96756 96676 intron_58 intron 1 98891 97002 CDS_66 CDS 0.6 84932 84681 CDS_67 CDS 0.61 94676 94632 CDS_68 CDS 1 96675 96351 CDS_69 CDS 1 97001 96757 CDS_70 CDS 0.96 99134 98892 start_codon_12 start_codon 99134 99132 gene_12 gene 1.72 114001 113114 transcript_14 transcript 0.97 114001 113114 stop_codon_14 stop_codon 113116 113114 intron_59 intron 1 113398 113324 intron_60 intron 1 113783 113727 CDS_71 CDS 1 113323 113114 CDS_72 CDS 1 113726 113399 CDS_73 CDS 0.97 114001 113784 start_codon_13 start_codon 114001 113999 transcript_15 transcript 0.75 114001 113114 stop_codon_15 stop_codon 113116 113114 intron_61 intron 1 113398 113324 intron_62 intron 0.91 113789 113727 CDS_74 CDS 1 113323 113114 CDS_75 CDS 0.96 113726 113399 CDS_76 CDS 0.79 114001 113790 start_codon_14 start_codon 114001 113999 gene_13 gene 0.08 118854 114340 transcript_16 transcript 0.08 118854 114340 stop_codon_16 stop_codon 114342 114340 intron_63 intron 0.08 116611 114481 intron_64 intron 0.89 117010 116937 intron_65 intron 1 118608 117259 CDS_77 CDS 0.08 114480 114340 CDS_78 CDS 0.42 116936 116612 CDS_79 CDS 0.9 117258 117011 CDS_80 CDS 1 118854 118609 start_codon_15 start_codon 118854 118852 AUGUSTUS_ab_initio de novo gene_1 gene 0.07 8876 18571 transcript_1 transcript 0.07 8876 18571 start_codon_1 start_codon 8876 8878 intron_1 intron 0.97 9060 10853 intron_2 intron 0.89 10991 11081 intron_3 intron 0.79 11217 11629 intron_4 intron 0.99 11741 11850 intron_5 intron 0.95 12118 14143 intron_6 intron 0.83 14344 14972 intron_7 intron 0.51 15256 15628 intron_8 intron 0.93 15740 16477 intron_9 intron 0.66 16670 18226 CDS_1 CDS 0.98 8876 9059 CDS_2 CDS 0.93 10854 10990 CDS_3 CDS 0.91 11082 11216 CDS_4 CDS 0.81 11630 11740 CDS_5 CDS 0.99 11851 12117 CDS_6 CDS 1 14144 14343 CDS_7 CDS 0.48 14973 15255 CDS_8 CDS 0.93 15629 15739 CDS_9 CDS 0.88 16478 16669 CDS_10 CDS 0.65 18227 18571 stop_codon_1 stop_codon 18569 18571 gene_2 gene 0.66 32338 33248 transcript_2 transcript 0.66 32338 33248 start_codon_2 start_codon 32338 32340 intron_10 intron 0.91 32465 32683 intron_11 intron 0.88 32904 33036 intron_12 intron 0.89 33083 33161 CDS_11 CDS 0.81 32338 32464 CDS_12 CDS 0.96 32684 32903 CDS_13 CDS 0.82 33037 33082 CDS_14 CDS 0.8 33162 33248 stop_codon_2 stop_codon 33246 33248 gene_3 gene 0.57 49023 59830 transcript_3 transcript 0.57 49023 59830 start_codon_3 start_codon 49023 49025 intron_13 intron 0.74 49083 54839 intron_14 intron 0.96 54963 56589 intron_15 intron 0.99 56660 56997 intron_16 intron 0.85 57144 58063 intron_17 intron 0.99 58166 58282 intron_18 intron 1 58481 58583 intron_19 intron 1 58647 58733 intron_20 intron 1 58839 59053 intron_21 intron 0.98 59129 59710 CDS_15 CDS 0.75 49023 49082 CDS_16 CDS 1 54840 54962 CDS_17 CDS 0.96 56590 56659 CDS_18 CDS 0.91 56998 57143 CDS_19 CDS 0.99 58064 58165 CDS_20 CDS 1 58283 58480 CDS_21 CDS 1 58584 58646 CDS_22 CDS 1 58734 58838 CDS_23 CDS 0.99 59054 59128 CDS_24 CDS 0.86 59711 59830 stop_codon_3 stop_codon 59828 59830 gene_4 gene 0.48 61717 67348 transcript_4 transcript 0.48 61717 67348 start_codon_4 start_codon 61717 61719 intron_22 intron 0.83 61936 62707 intron_23 intron 0.92 62763 63057 intron_24 intron 0.94 63234 63295 intron_25 intron 0.98 63518 63590 intron_26 intron 1 63830 63937 intron_27 intron 1 64464 64582 intron_28 intron 1 64857 64951 intron_29 intron 0.72 65625 65703 intron_30 intron 1 65933 66013 intron_31 intron 1 66281 66349 intron_32 intron 0.97 66614 66700 CDS_25 CDS 0.77 61717 61935 CDS_26 CDS 0.92 62708 62762 CDS_27 CDS 0.92 63058 63233 CDS_28 CDS 0.98 63296 63517 CDS_29 CDS 0.9 63591 63829 CDS_30 CDS 1 63938 64463 CDS_31 CDS 1 64583 64856 CDS_32 CDS 0.72 64952 65624 CDS_33 CDS 1 65704 65932 CDS_34 CDS 1 66014 66280 CDS_35 CDS 0.97 66350 66613 CDS_36 CDS 0.99 66701 67348 stop_codon_4 stop_codon 67346 67348 gene_5 gene 0.57 73116 79199 transcript_5 transcript 0.57 73116 79199 start_codon_5 start_codon 73116 73118 intron_33 intron 0.99 73245 74098 intron_34 intron 0.97 74154 74871 intron_35 intron 0.99 75048 75157 intron_36 intron 0.98 75380 75462 intron_37 intron 0.99 75702 75791 intron_38 intron 1 76318 76422 intron_39 intron 1 76697 76782 intron_40 intron 1 77447 77539 intron_41 intron 1 77769 77853 intron_42 intron 1 78121 78201 intron_43 intron 0.97 78466 78554 CDS_37 CDS 0.65 73116 73244 CDS_38 CDS 0.99 74099 74153 CDS_39 CDS 0.96 74872 75047 CDS_40 CDS 0.98 75158 75379 CDS_41 CDS 0.99 75463 75701 CDS_42 CDS 1 75792 76317 CDS_43 CDS 1 76423 76696 CDS_44 CDS 1 76783 77446 CDS_45 CDS 1 77540 77768 CDS_46 CDS 0.99 77854 78120 CDS_47 CDS 0.97 78202 78465 CDS_48 CDS 1 78555 79199 stop_codon_5 stop_codon 79197 79199 AUGUSTUS_ab_initio de novo gene_6 gene 0.96 29803 27737 transcript_6 transcript 0.96 29803 27737 stop_codon_6 stop_codon 27739 27737 CDS_49 CDS 0.96 29803 27737 start_codon_6 start_codon 29803 29801 gene_7 gene 0.13 38711 36840 transcript_7 transcript 0.13 38711 36840 stop_codon_7 stop_codon 36842 36840 intron_44 intron 0.46 37044 36930 intron_45 intron 0.66 38387 38133 intron_46 intron 0.36 38629 38478 CDS_50 CDS 0.46 36929 36840 CDS_51 CDS 0.92 38132 37045 CDS_52 CDS 0.66 38477 38388 CDS_53 CDS 0.58 38711 38630 start_codon_7 start_codon 38711 38709 gene_8 gene 0.78 82906 79569 transcript_8 transcript 0.78 82906 79569 stop_codon_8 stop_codon 79571 79569 intron_47 intron 0.99 80537 79836 intron_48 intron 1 81492 80863 intron_49 intron 1 82654 81741 CDS_54 CDS 0.94 79835 79569 CDS_55 CDS 1 80862 80538 CDS_56 CDS 1 81740 81493 CDS_57 CDS 0.84 82906 82655 start_codon_8 start_codon 82906 82904 gene_9 gene 0.69 99134 94410 transcript_9 transcript 0.69 99134 94410 stop_codon_9 stop_codon 94412 94410 intron_50 intron 0.73 96350 94677 intron_51 intron 1 96756 96676 intron_52 intron 1 98891 97002 CDS_58 CDS 0.72 94676 94410 CDS_59 CDS 0.78 96675 96351 CDS_60 CDS 1 97001 96757 CDS_61 CDS 0.97 99134 98892 start_codon_9 start_codon 99134 99132 gene_10 gene 0.28 114001 113114 transcript_10 transcript 0.28 114001 113114 stop_codon_10 stop_codon 113116 113114 intron_53 intron 1 113398 113324 intron_54 intron 0.56 113783 113727 CDS_62 CDS 1 113323 113114 CDS_63 CDS 0.55 113726 113399 CDS_64 CDS 0.57 114001 113784 start_codon_10 start_codon 114001 113999 gene_11 gene 0.62 118854 116283 transcript_11 transcript 0.62 118854 116283 stop_codon_11 stop_codon 116285 116283 intron_55 intron 0.9 116611 116547 intron_56 intron 1 117010 116937 intron_57 intron 1 118608 117259 CDS_65 CDS 0.63 116546 116283 CDS_66 CDS 0.98 116936 116612 CDS_67 CDS 1 117258 117011 CDS_68 CDS 1 118854 118609 start_codon_11 start_codon 118854 118852 AUGUSTUS_tom_ugs de novo gene_1 gene 0.37 8876 18571 transcript_1 transcript 0.37 8876 18571 start_codon_1 start_codon 8876 8878 intron_1 intron 1 9060 10853 intron_2 intron 1 10991 11081 intron_3 intron 1 11217 11629 intron_4 intron 1 11741 11850 intron_5 intron 1 12118 14143 intron_6 intron 0.99 14344 14972 intron_7 intron 0.56 15256 15628 intron_8 intron 0.88 15740 16477 intron_9 intron 0.75 16670 18226 CDS_1 CDS 0.97 8876 9059 CDS_2 CDS 1 10854 10990 CDS_3 CDS 1 11082 11216 CDS_4 CDS 1 11630 11740 CDS_5 CDS 1 11851 12117 CDS_6 CDS 1 14144 14343 CDS_7 CDS 0.58 14973 15255 CDS_8 CDS 0.88 15629 15739 CDS_9 CDS 0.77 16478 16669 CDS_10 CDS 0.71 18227 18571 stop_codon_1 stop_codon 18569 18571 gene_2 gene 0.93 32338 33248 transcript_2 transcript 0.93 32338 33248 start_codon_2 start_codon 32338 32340 intron_10 intron 1 32465 32683 intron_11 intron 1 32904 33036 intron_12 intron 1 33083 33161 CDS_11 CDS 0.93 32338 32464 CDS_12 CDS 1 32684 32903 CDS_13 CDS 1 33037 33082 CDS_14 CDS 1 33162 33248 stop_codon_2 stop_codon 33246 33248 gene_3 gene 0.37 49023 59830 transcript_3 transcript 0.37 49023 59830 start_codon_3 start_codon 49023 49025 intron_13 intron 1 49083 54839 intron_14 intron 1 54963 56589 intron_15 intron 1 56660 56997 intron_16 intron 1 57144 58063 intron_17 intron 1 58166 58282 intron_18 intron 1 58481 58583 intron_19 intron 1 58647 58733 intron_20 intron 1 58839 59053 intron_21 intron 0.47 59129 59710 CDS_15 CDS 1 49023 49082 CDS_16 CDS 1 54840 54962 CDS_17 CDS 1 56590 56659 CDS_18 CDS 1 56998 57143 CDS_19 CDS 1 58064 58165 CDS_20 CDS 1 58283 58480 CDS_21 CDS 1 58584 58646 CDS_22 CDS 1 58734 58838 CDS_23 CDS 0.97 59054 59128 CDS_24 CDS 0.38 59711 59830 stop_codon_3 stop_codon 59828 59830 gene_4 gene 0.04 60292 67348 transcript_4 transcript 0.04 60292 67348 start_codon_4 start_codon 60292 60294 intron_22 intron 0.27 60443 61783 intron_23 intron 0.71 61936 63295 intron_24 intron 0.95 63518 63590 intron_25 intron 1 63830 63937 intron_26 intron 1 64464 64582 intron_27 intron 1 64857 64951 intron_28 intron 0.48 65625 65703 intron_29 intron 1 65933 66013 intron_30 intron 0.97 66281 66349 intron_31 intron 0.99 66614 66700 CDS_25 CDS 0.19 60292 60442 CDS_26 CDS 0.24 61784 61935 CDS_27 CDS 0.95 63296 63517 CDS_28 CDS 0.98 63591 63829 CDS_29 CDS 1 63938 64463 CDS_30 CDS 1 64583 64856 CDS_31 CDS 0.48 64952 65624 CDS_32 CDS 1 65704 65932 CDS_33 CDS 0.97 66014 66280 CDS_34 CDS 0.96 66350 66613 CDS_35 CDS 1 66701 67348 stop_codon_4 stop_codon 67346 67348 gene_5 gene 0.49 73116 79199 transcript_5 transcript 0.49 73116 79199 start_codon_5 start_codon 73116 73118 intron_32 intron 0.64 73245 74098 intron_33 intron 0.59 74154 74871 intron_34 intron 0.96 75048 75157 intron_35 intron 0.99 75380 75462 intron_36 intron 1 75702 75791 intron_37 intron 1 76318 76422 intron_38 intron 1 76697 76782 intron_39 intron 1 77447 77539 intron_40 intron 1 77769 77853 intron_41 intron 1 78121 78201 intron_42 intron 0.95 78466 78554 CDS_36 CDS 0.55 73116 73244 CDS_37 CDS 0.64 74099 74153 CDS_38 CDS 0.59 74872 75047 CDS_39 CDS 0.95 75158 75379 CDS_40 CDS 1 75463 75701 CDS_41 CDS 1 75792 76317 CDS_42 CDS 1 76423 76696 CDS_43 CDS 1 76783 77446 CDS_44 CDS 1 77540 77768 CDS_45 CDS 1 77854 78120 CDS_46 CDS 0.95 78202 78465 CDS_47 CDS 1 78555 79199 stop_codon_5 stop_codon 79197 79199 AUGUSTUS_tom_ugs de novo gene_6 gene 0.55 241 91 transcript_6 transcript 0.55 241 91 intron_43 intron 0.56 90 1 CDS_48 CDS 0.55 241 91 start_codon_6 start_codon 241 239 gene_7 gene 0.87 29803 27737 transcript_7 transcript 0.87 29803 27737 stop_codon_6 stop_codon 27739 27737 CDS_49 CDS 0.87 29803 27737 start_codon_7 start_codon 29803 29801 gene_8 gene 1 38711 36840 transcript_8 transcript 1 38711 36840 stop_codon_7 stop_codon 36842 36840 intron_44 intron 1 37044 36930 intron_45 intron 1 38617 38133 CDS_50 CDS 1 36929 36840 CDS_51 CDS 1 38132 37045 CDS_52 CDS 1 38711 38618 start_codon_8 start_codon 38711 38709 gene_9 gene 0.19 99134 79569 transcript_9 transcript 0.19 99134 79569 stop_codon_8 stop_codon 79571 79569 intron_46 intron 1 80537 79836 intron_47 intron 1 81492 80863 intron_48 intron 1 82654 81741 intron_49 intron 0.19 94573 82987 intron_50 intron 1 96350 94677 intron_51 intron 1 96756 96676 intron_52 intron 1 98891 97002 CDS_53 CDS 0.99 79835 79569 CDS_54 CDS 1 80862 80538 CDS_55 CDS 1 81740 81493 CDS_56 CDS 0.76 82986 82655 CDS_57 CDS 0.23 94676 94574 CDS_58 CDS 1 96675 96351 CDS_59 CDS 1 97001 96757 CDS_60 CDS 0.98 99134 98892 start_codon_9 start_codon 99134 99132 gene_10 gene 0.33 114001 113114 transcript_10 transcript 0.33 114001 113114 stop_codon_9 stop_codon 113116 113114 intron_53 intron 1 113398 113324 intron_54 intron 0.54 113783 113658 CDS_61 CDS 1 113323 113114 CDS_62 CDS 0.54 113657 113399 CDS_63 CDS 0.59 114001 113784 start_codon_10 start_codon 114001 113999 gene_11 gene 0.45 118854 116283 transcript_11 transcript 0.45 118854 116283 stop_codon_10 stop_codon 116285 116283 intron_55 intron 0.48 116611 116547 intron_56 intron 1 117010 116937 intron_57 intron 1 118608 117259 CDS_64 CDS 0.45 116546 116283 CDS_65 CDS 0.76 116936 116612 CDS_66 CDS 1 117258 117011 CDS_67 CDS 0.99 118854 118609 start_codon_11 start_codon 118854 118852 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_1 match_part 1.000 8869 9059 match_part 1.000 10854 10990 match_part 1.000 11082 11216 match_part 1.000 11630 11740 match_part 1.000 11851 12117 match_part 1.000 14144 14168 match_2 match_part 0.995 22965 23338 match_part 0.986 25329 25683 match_3 match_part 0.991 24977 26684 match_4 match_part 0.988 32208 32464 match_part 1.000 32684 32903 match_part 1.000 33037 33082 match_part 1.000 33162 33456 match_5 match_part 0.993 48943 49082 match_part 1.000 54840 54962 match_part 1.000 56590 56655 match_part 0.980 56994 57143 match_part 0.990 58064 58165 match_part 0.990 58283 58480 match_part 0.984 58584 58646 match_part 0.938 58734 58830 match_6 match_part 0.945 58766 58838 match_part 0.987 59054 59128 match_part 0.995 59711 60077 match_7 match_part 0.956 116410 117179 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_8 match_part 1.000 38932 38618 match_part 1.000 38132 37045 match_part 0.990 36929 36834 match_part 0.988 34236 33832 match_9 match_part 0.997 37393 37045 match_part 0.990 36929 36834 match_part 0.979 35953 35665 match_10 match_part 0.923 51256 50647 match_11 match_part 0.914 80607 80538 match_part 0.994 79835 79489 match_12 match_part 1.000 82934 82655 match_part 1.000 81740 81493 match_part 0.989 80862 80676 match_13 match_part 0.996 99158 98892 match_part 1.000 97001 96757 match_part 1.000 96675 96351 match_part 0.988 94676 94252 match_14 match_part 0.996 99162 98892 match_part 1.000 97001 96351 match_part 1.000 94676 94528 match_15 match_part 0.961 114481 114127 match_part 0.940 114031 113784 match_part 0.953 113726 113386 match_part 0.878 113323 112897 match_part 0.667 112729 112721 match_part 0.655 111994 111966 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C02HBa0072A04.2 type gene exon 8869 9059 exon 10854 10990 exon 11082 11216 exon 11630 11740 exon 11851 12117 exon 14144 14168 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C02HBa0072A04.2 type gene exon 22965 23338 exon 25329 25683 gene_3 gene GT_PGL_2_AGS_2 transcript source GenomeThreader seq_id C02HBa0072A04.2 type gene exon 24977 26684 gene_4 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C02HBa0072A04.2 type gene exon 32208 32464 exon 32684 32903 exon 33037 33082 exon 33162 33456 gene_5 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C02HBa0072A04.2 type gene exon 38932 38618 exon 38132 37045 exon 36929 36834 exon 34236 33832 gene_6 gene GT_PGL_4_AGS_2 transcript source GenomeThreader seq_id C02HBa0072A04.2 type gene exon 37393 37045 exon 36929 36834 exon 35953 35665 gene_7 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C02HBa0072A04.2 type gene exon 48943 49082 exon 54840 54962 exon 56590 56655 exon 56994 57143 exon 58064 58165 exon 58283 58480 exon 58584 58646 exon 58734 58838 exon 59054 59128 exon 59711 60077 gene_8 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C02HBa0072A04.2 type gene exon 51256 50647 gene_9 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C02HBa0072A04.2 type gene exon 80607 80538 exon 79835 79489 gene_10 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C02HBa0072A04.2 type gene exon 82934 82655 exon 81740 81493 exon 80862 80676 gene_11 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C02HBa0072A04.2 type gene exon 99162 98892 exon 97001 96351 exon 94676 94528 gene_12 gene GT_PGL_9_AGS_2 transcript source GenomeThreader seq_id C02HBa0072A04.2 type gene exon 99158 98892 exon 97001 96757 exon 96675 96351 exon 94676 94252 gene_13 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C02HBa0072A04.2 type gene exon 114481 114127 exon 114031 113784 exon 113726 113386 exon 113323 112897 exon 112729 112721 exon 111994 111966 gene_14 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C02HBa0072A04.2 type gene exon 116410 117179 GenomeThreader_SGN_markers SGN marker sequences match_1 match_part 0.967 8845 9059 match_part 0.956 10854 10990 match_part 0.978 11082 11216 match_part 0.982 11630 11740 match_part 0.989 11851 12117 match_part 1.000 14144 14343 match_part 0.972 14973 15255 match_part 0.991 15629 15739 match_part 0.984 16478 16669 match_part 0.959 18227 18715 match_2 match_part 0.995 28282 28923 match_3 match_part 1.000 32229 32464 match_part 1.000 32684 32903 match_part 1.000 33037 33082 match_part 1.000 33162 33169 match_4 match_part 1.000 32230 32464 match_part 1.000 32684 32903 match_part 1.000 33037 33082 match_part 0.990 33162 33466 match_5 match_part 1.000 32230 32464 match_part 1.000 32684 32903 match_part 1.000 33037 33082 match_part 0.990 33162 33466 match_6 match_part 0.925 48976 49082 match_part 0.976 54840 54962 match_part 0.985 56590 56655 match_part 0.980 56994 57143 match_part 0.980 58064 58165 match_part 0.970 58283 58480 match_part 0.984 58584 58646 match_part 0.914 58734 58838 match_part 1.000 59054 59083 GenomeThreader_SGN_markers SGN marker sequences match_7 match_part 0.991 29574 29008 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C02HBa0072A04.2 type gene exon 8845 9059 exon 10854 10990 exon 11082 11216 exon 11630 11740 exon 11851 12117 exon 14144 14343 exon 14973 15255 exon 15629 15739 exon 16478 16669 exon 18227 18715 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C02HBa0072A04.2 type gene exon 28282 28923 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C02HBa0072A04.2 type gene exon 29574 29008 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C02HBa0072A04.2 type gene exon 32229 32464 exon 32684 32903 exon 33037 33082 exon 33162 33466 gene_5 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C02HBa0072A04.2 type gene exon 48976 49082 exon 54840 54962 exon 56590 56655 exon 56994 57143 exon 58064 58165 exon 58283 58480 exon 58584 58646 exon 58734 58838 exon 59054 59083 AUGUSTUS_tom_pot_cdna de novo gene_1 gene 0.97 8876 18571 transcript_1 transcript 0.97 8876 18571 start_codon_1 start_codon 8876 8878 intron_1 intron 1 9060 10853 intron_2 intron 1 10991 11081 intron_3 intron 1 11217 11629 intron_4 intron 1 11741 11850 intron_5 intron 1 12118 14143 intron_6 intron 1 14344 14972 intron_7 intron 1 15256 15628 intron_8 intron 0.97 15740 16477 intron_9 intron 1 16670 18226 CDS_1 CDS 1 8876 9059 CDS_2 CDS 1 10854 10990 CDS_3 CDS 1 11082 11216 CDS_4 CDS 1 11630 11740 CDS_5 CDS 1 11851 12117 CDS_6 CDS 1 14144 14343 CDS_7 CDS 1 14973 15255 CDS_8 CDS 0.97 15629 15739 CDS_9 CDS 1 16478 16669 CDS_10 CDS 1 18227 18571 stop_codon_1 stop_codon 18569 18571 gene_2 gene 0.45 25690 26094 transcript_2 transcript 0.45 25690 26094 start_codon_2 start_codon 25690 25692 CDS_11 CDS 0.45 25690 26094 stop_codon_2 stop_codon 26092 26094 gene_3 gene 0.93 32338 33248 transcript_3 transcript 0.93 32338 33248 start_codon_3 start_codon 32338 32340 intron_10 intron 1 32465 32683 intron_11 intron 1 32904 33036 intron_12 intron 1 33083 33161 CDS_12 CDS 0.93 32338 32464 CDS_13 CDS 1 32684 32903 CDS_14 CDS 1 33037 33082 CDS_15 CDS 1 33162 33248 stop_codon_3 stop_codon 33246 33248 gene_4 gene 1 49023 59830 transcript_4 transcript 1 49023 59830 start_codon_4 start_codon 49023 49025 intron_13 intron 1 49083 54839 intron_14 intron 1 54963 56589 intron_15 intron 1 56660 56997 intron_16 intron 1 57144 58063 intron_17 intron 1 58166 58282 intron_18 intron 1 58481 58583 intron_19 intron 1 58647 58733 intron_20 intron 1 58839 59053 intron_21 intron 1 59129 59710 CDS_16 CDS 1 49023 49082 CDS_17 CDS 1 54840 54962 CDS_18 CDS 1 56590 56659 CDS_19 CDS 1 56998 57143 CDS_20 CDS 1 58064 58165 CDS_21 CDS 1 58283 58480 CDS_22 CDS 1 58584 58646 CDS_23 CDS 1 58734 58838 CDS_24 CDS 1 59054 59128 CDS_25 CDS 1 59711 59830 stop_codon_4 stop_codon 59828 59830 gene_5 gene 0.19 60292 67348 transcript_5 transcript 0.19 60292 67348 start_codon_5 start_codon 60292 60294 intron_22 intron 0.54 60443 61783 intron_23 intron 0.76 61936 63295 intron_24 intron 0.98 63518 63590 intron_25 intron 0.99 63830 63937 intron_26 intron 1 64464 64582 intron_27 intron 1 64857 64951 intron_28 intron 0.51 65625 65703 intron_29 intron 1 65933 66013 intron_30 intron 0.99 66281 66349 intron_31 intron 0.91 66614 66700 CDS_26 CDS 0.54 60292 60442 CDS_27 CDS 0.5 61784 61935 CDS_28 CDS 0.98 63296 63517 CDS_29 CDS 0.99 63591 63829 CDS_30 CDS 0.99 63938 64463 CDS_31 CDS 1 64583 64856 CDS_32 CDS 0.51 64952 65624 CDS_33 CDS 0.99 65704 65932 CDS_34 CDS 0.99 66014 66280 CDS_35 CDS 0.91 66350 66613 CDS_36 CDS 1 66701 67348 stop_codon_5 stop_codon 67346 67348 gene_6 gene 0.5 73116 79199 transcript_6 transcript 0.5 73116 79199 start_codon_6 start_codon 73116 73118 intron_32 intron 0.71 73245 74098 intron_33 intron 0.63 74154 74871 intron_34 intron 0.96 75048 75157 intron_35 intron 0.97 75380 75462 intron_36 intron 1 75702 75791 intron_37 intron 1 76318 76422 intron_38 intron 1 76697 76782 intron_39 intron 1 77447 77539 intron_40 intron 1 77769 77853 intron_41 intron 1 78121 78201 intron_42 intron 0.95 78466 78554 CDS_37 CDS 0.58 73116 73244 CDS_38 CDS 0.71 74099 74153 CDS_39 CDS 0.63 74872 75047 CDS_40 CDS 0.93 75158 75379 CDS_41 CDS 1 75463 75701 CDS_42 CDS 1 75792 76317 CDS_43 CDS 1 76423 76696 CDS_44 CDS 1 76783 77446 CDS_45 CDS 1 77540 77768 CDS_46 CDS 1 77854 78120 CDS_47 CDS 0.95 78202 78465 CDS_48 CDS 1 78555 79199 stop_codon_6 stop_codon 79197 79199 AUGUSTUS_tom_pot_cdna de novo gene_7 gene 0.39 4285 3181 transcript_7 transcript 0.39 4285 3181 stop_codon_7 stop_codon 3183 3181 intron_43 intron 0.58 4201 3307 CDS_49 CDS 0.71 3306 3181 CDS_50 CDS 0.93 4285 4202 start_codon_7 start_codon 4285 4283 gene_8 gene 0.85 29803 27737 transcript_8 transcript 0.85 29803 27737 stop_codon_8 stop_codon 27739 27737 CDS_51 CDS 0.85 29803 27737 start_codon_8 start_codon 29803 29801 gene_9 gene 0.66 33965 33624 transcript_9 transcript 0.66 33965 33624 stop_codon_9 stop_codon 33626 33624 CDS_52 CDS 0.66 33965 33624 start_codon_9 start_codon 33965 33963 gene_10 gene 1 38711 34224 transcript_10 transcript 1 38711 34224 stop_codon_10 stop_codon 34226 34224 intron_44 intron 1 36833 34237 intron_45 intron 1 37003 36930 intron_46 intron 1 38617 38133 CDS_53 CDS 1 34236 34224 CDS_54 CDS 1 36929 36834 CDS_55 CDS 1 38132 37004 CDS_56 CDS 1 38711 38618 start_codon_10 start_codon 38711 38709 gene_11 gene 0.21 110043 79569 transcript_11 transcript 0.07 110043 79569 stop_codon_11 stop_codon 79571 79569 intron_47 intron 0.98 80537 79836 intron_48 intron 1 81492 80863 intron_49 intron 1 82654 81741 intron_50 intron 0.39 84733 82987 intron_51 intron 0.62 94454 84933 intron_52 intron 1 96350 94677 intron_53 intron 1 96756 96676 intron_54 intron 1 98891 97002 intron_55 intron 0.27 108885 99122 intron_56 intron 0.37 109992 108998 CDS_57 CDS 0.96 79835 79569 CDS_58 CDS 0.98 80862 80538 CDS_59 CDS 1 81740 81493 CDS_60 CDS 0.67 82986 82655 CDS_61 CDS 0.65 84932 84734 CDS_62 CDS 0.62 94676 94455 CDS_63 CDS 1 96675 96351 CDS_64 CDS 1 97001 96757 CDS_65 CDS 0.84 99121 98892 CDS_66 CDS 0.28 108997 108886 CDS_67 CDS 0.35 110043 109993 start_codon_11 start_codon 110043 110041 transcript_12 transcript 0.14 110043 79569 stop_codon_12 stop_codon 79571 79569 intron_57 intron 0.99 80537 79836 intron_58 intron 1 81492 80863 intron_59 intron 1 82654 81741 intron_60 intron 0.3 94573 82987 intron_61 intron 1 96350 94677 intron_62 intron 1 96756 96676 intron_63 intron 1 98891 97002 intron_64 intron 0.28 108885 99122 intron_65 intron 0.39 109992 108998 CDS_68 CDS 0.99 79835 79569 CDS_69 CDS 0.99 80862 80538 CDS_70 CDS 1 81740 81493 CDS_71 CDS 0.7 82986 82655 CDS_72 CDS 0.47 94676 94574 CDS_73 CDS 1 96675 96351 CDS_74 CDS 1 97001 96757 CDS_75 CDS 0.87 99121 98892 CDS_76 CDS 0.29 108997 108886 CDS_77 CDS 0.35 110043 109993 start_codon_12 start_codon 110043 110041 gene_12 gene 1.7 114001 113114 transcript_13 transcript 1 114001 113114 stop_codon_13 stop_codon 113116 113114 intron_66 intron 1 113398 113324 intron_67 intron 1 113783 113727 CDS_78 CDS 1 113323 113114 CDS_79 CDS 1 113726 113399 CDS_80 CDS 1 114001 113784 start_codon_13 start_codon 114001 113999 transcript_14 transcript 0.7 114001 113114 stop_codon_14 stop_codon 113116 113114 intron_68 intron 1 113398 113324 intron_69 intron 0.87 113789 113727 CDS_81 CDS 1 113323 113114 CDS_82 CDS 0.95 113726 113399 CDS_83 CDS 0.75 114001 113790 start_codon_14 start_codon 114001 113999 gene_13 gene 0.07 118854 114340 transcript_15 transcript 0.07 118854 114340 stop_codon_15 stop_codon 114342 114340 intron_70 intron 0.07 116611 114481 intron_71 intron 0.93 117010 116937 intron_72 intron 1 118608 117259 CDS_84 CDS 0.07 114480 114340 CDS_85 CDS 0.49 116936 116612 CDS_86 CDS 0.93 117258 117011 CDS_87 CDS 0.99 118854 118609 start_codon_15 start_codon 118854 118852 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_1 match 33.9 74856 75068 match_2 match 46.2 65236 65631 match_3 match 82.0 77860 78462 match_4 match 45.8 75170 75388 match_5 match 21.9 64939 65010 match_6 match 162 64936 65622 match_7 match 23.5 76767 76841 match_8 match 373 65702 67327 match_9 match 210 63591 64463 match_10 match 251 76782 77768 match_11 match 337 75463 76698 match_12 match 216 77860 78465 match_13 match 308 63591 64463 match_14 match 569 65702 67342 match_15 match 478 75463 76719 match_16 match 99.8 63293 63520 match_17 match 277 78555 79181 match_18 match 109 75155 75388 match_19 match 133 64583 64864 match_20 match 150 64583 64873 match_21 match 97.4 63060 63236 match_22 match 105 74871 75059 match_23 match 322 78555 79196 match_24 match 42.0 65233 65631 match_25 match 82.0 77860 78462 match_26 match 22.3 64939 65010 match_27 match 365 65702 67321 match_28 match 160 64936 65622 match_29 match 23.5 76767 76841 match_30 match 205 63591 64463 match_31 match 248 76782 77768 match_32 match 330 75463 76698 match_33 match 210 77860 78465 match_34 match 297 63591 64463 match_35 match 557 65702 67342 match_36 match 469 75463 76719 match_37 match 97.4 63293 63520 match_38 match 267 78555 79175 match_39 match 106 75155 75388 match_40 match 130 64583 64864 match_41 match 92.8 63060 63236 match_42 match 147 64583 64873 match_43 match 100 74871 75059 match_44 match 318 78555 79196 match_45 match 94.0 76770 77744 match_46 match 33.9 75170 75382 match_47 match 80.5 64936 65631 match_48 match 35.4 74847 75068 match_49 match 90.5 77860 78468 match_50 match 119 77860 78465 match_51 match 67.0 75155 75388 match_52 match 191 63591 64505 match_53 match 341 65702 67327 match_54 match 28.1 76770 76856 match_55 match 65.9 63293 63520 match_56 match 394 65702 67327 match_57 match 28.9 64936 65016 match_58 match 211 63591 64463 match_59 match 317 75463 76710 match_60 match 337 75463 76698 match_61 match 71.2 63060 63236 match_62 match 76.3 74871 75050 match_63 match 263 78555 79181 match_64 match 130 64583 64864 match_65 match 265 78558 79181 match_66 match 133 64583 64864 match_67 match 82.4 77860 78465 match_68 match 102 77109 77762 match_69 match 35.4 74883 75068 match_70 match 41.6 75155 75382 match_71 match 107 77860 78465 match_72 match 157 63591 64463 match_73 match 69.3 75170 75394 match_74 match 318 65711 67321 match_75 match 356 65702 67327 match_76 match 276 75463 76698 match_77 match 66.6 63308 63520 match_78 match 185 63591 64460 match_79 match 312 75463 76725 match_80 match 29.3 76770 76844 match_81 match 238 78555 79181 match_82 match 72.8 63057 63233 match_83 match 123 64583 64873 match_84 match 251 78555 79175 match_85 match 133 64583 64873 match_86 match 26.9 65329 65607 match_87 match 40.0 75155 75382 match_88 match 77.8 77860 78465 match_89 match 34.7 74883 75068 match_90 match 94.4 77109 77762 match_91 match 100 77860 78465 match_92 match 152 63591 64505 match_93 match 23.5 76770 76844 match_94 match 69.3 75155 75394 match_95 match 66.6 63293 63520 match_96 match 314 65723 67321 match_97 match 350 65702 67327 match_98 match 270 75463 76698 match_99 match 187 63591 64460 match_100 match 311 75463 76722 match_101 match 72.0 74841 75047 match_102 match 70.9 63057 63233 match_103 match 236 78555 79181 match_104 match 251 78555 79175 match_105 match 120 64583 64873 match_106 match 133 64583 64873 match_107 match 233 65705 67318 match_108 match 203 75676 76722 match_109 match 134 63999 64460 match_110 match 202 78558 79172 match_111 match 66.2 64939 65619 match_112 match 102 76770 77762 match_113 match 42.4 65266 65631 match_114 match 100 77866 78465 match_115 match 115 77860 78465 match_116 match 171 63591 64463 match_117 match 366 65702 67327 match_118 match 354 65723 67327 match_119 match 73.9 75155 75394 match_120 match 279 75463 76707 match_121 match 74.3 63293 63520 match_122 match 62.4 63060 63236 match_123 match 234 63591 64460 match_124 match 357 75463 76698 match_125 match 71.2 74868 75050 match_126 match 242 78555 79181 match_127 match 261 78555 79181 match_128 match 126 64583 64864 match_129 match 125 64583 64864 match_130 match 80.5 77860 78465 match_131 match 88.6 77857 78465 match_132 match 93.6 77106 77756 match_133 match 71.6 65035 65622 match_134 match 57.0 75155 75382 match_135 match 53.9 63293 63520 match_136 match 303 65702 67321 match_137 match 321 65711 67330 match_138 match 179 63597 64457 match_139 match 262 75463 76698 match_140 match 273 75469 76698 match_141 match 62.8 63060 63236 match_142 match 219 78558 79175 match_143 match 234 78555 79184 match_144 match 177 64002 64460 match_145 match 85.9 77860 78462 match_146 match 53.1 65239 65631 match_147 match 23.5 64939 65010 match_148 match 174 64936 65622 match_149 match 370 65702 67327 match_150 match 245 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27740 match_860 match 129 29716 28625 match_861 match 380 29467 27740 match_862 match 51.6 117258 117010 match_863 match 162 114034 113195 match_864 match 146 97004 96333 match_865 match 100 116938 116609 match_866 match 116 29662 28784 match_867 match 335 29299 27740 match_868 match 109 29680 28553 match_869 match 148 29623 28307 match_870 match 253 29662 28055 match_871 match 113 29341 28325 match_872 match 129 29149 28079 match_873 match 245 29638 28055 match_874 match 143 29707 28613 match_875 match 241 29299 28055 match_876 match 139 29578 28259 match_877 match 143 29383 28319 match_878 match 142 29662 28325 match_879 match 121 29143 28205 match_880 match 411 29605 27740 match_881 match 166 29605 28307 match_882 match 134 29359 28319 match_883 match 410 29638 27740 match_884 match 376 29707 27740 match_885 match 207 29671 28175 match_886 match 333 29344 27740 match_887 match 136 29431 28505 match_888 match 459 29638 27740 match_889 match 152 29509 28289 match_890 match 271 29719 28157 match_891 match 28.5 114350 114150 match_892 match 75.1 116938 116609 match_893 match 159 114040 113204 match_894 match 127 97010 96345 match_895 match 64.7 117258 117010 match_896 match 53.5 116549 116352 match_897 match 149 114040 113204 match_898 match 119 97010 96345 match_899 match 62.4 116890 116609 match_900 match 30.4 114350 114150 match_901 match 60.1 117258 117010 match_902 match 50.1 116549 116382 match_903 match 185 29719 28307 match_904 match 276 29638 28055 match_905 match 270 29710 28118 match_906 match 164 29503 28307 match_907 match 280 29632 28124 match_908 match 394 29632 27740 match_909 match 123 29707 28634 match_910 match 313 29170 27740 match_911 match 124 29578 28625 match_912 match 363 29326 27740 match_913 match 125 29452 28616 match_914 match 235 29119 28055 match_915 match 211 29299 28121 match_916 match 128 29671 28616 match_917 match 364 29299 27740 match_918 match 763 29710 27740 match_919 match 117 29713 28814 match_920 match 187 29638 28121 match_921 match 134 29257 28274 match_922 match 114 29695 28436 match_923 match 383 29308 27740 match_924 match 340 29521 27740 match_925 match 312 29140 27740 match_926 match 117 29629 28583 match_927 match 128 29140 28307 match_928 match 383 29344 27740 match_929 match 148 29344 28307 match_930 match 174 29638 28343 match_931 match 116 29104 28289 match_932 match 283 29638 27752 match_933 match 72.4 116938 116609 match_934 match 157 114040 113204 match_935 match 25.8 114350 114150 match_936 match 135 97010 96345 match_937 match 50.1 116555 116352 match_938 match 64.3 117258 117010 match_939 match 143 29638 28169 match_940 match 227 29635 28076 match_941 match 122 29242 28319 match_942 match 156 29656 28322 match_943 match 152 29671 28616 match_944 match 257 29314 28055 match_945 match 143 29680 28364 match_946 match 244 29308 28055 match_947 match 257 29629 28124 match_948 match 117 29452 28613 match_949 match 196 29308 28142 match_950 match 130 29446 28484 match_951 match 400 29587 27740 match_952 match 222 29650 28130 match_953 match 152 29671 28616 match_954 match 362 29254 27740 match_955 match 158 88936 88259 match_956 match 176 103428 102751 match_957 match 166 50836 50153