C02HBa0185P07.1 TGTGGGAGAAAATGTTTGAGGTCACAAGTGCCTCTTCTTTTTTTTAAACCCCATATTGTT GTGGCTTTCATTTTTTTCCCCTCAAAAGTTTCTATTATGTCACTTCTTCAACTCTTATTC TCCGTATATTAGAGTTCGATCAATTTAAATTTACACAGGATAGATAGGCTCCCTCTCATA GCAGGTGTATAAACGATGGATTCATCGAGTTGAGAAACTCGCAAACTGGGTGTGCCTTCG AGTTGAAATTTCCAACTAAAAACAAGTGTAGCGAAATCACCTTCATTTTCGATTTCTATT TTGACAGAGAGAGATCATAATAGAGTCAAAATCACAATTAGAGTCAATCCGAATAAAAGA AAGAGTCCAATTCTCTTCTTTCTGATCTTATTAGCCTTATAGCGGACAACCTTATAACGG GCTCGAAGATTATTTTATTTCTATTGGAGTTAAGAAAAATTCAAAAAATTTCAATAAGAG TGCTCCAACATTTTTCGTTTTAGAAGGAAGTGGTTAATAACTATAAATCCATCTCATTTA GAATTAAAATGCGTTATTTCAAGTAAAACAAGTAGTATTAAATATAATAAGATGTTGTTG TTCTTTATAGAATATAAATAAATTGGGATTAATTAAAAAAGGCACTATATTTTTTCCTCT AAACAGTAAACATATCAGCAATTGGATAATTATAGTATCTATGTCCTGACTCACTTGAAA TACCAATTTAAATATTGATTTGACTCGATAATTAATTAATACTAACTTTTTATTACTATC GAAATTCTTTATAAAATTTTTGTAACAACAGAAAATATAGCTCGATTCTCCAAAAATAGG GAGTGTATATGTATGCAAGAGTTTTTATTTATTGCCCACACCCTTCATTTACTTCTTCTT TCAAATAATATTATCTTCATGTATTTTCGTAATATCCATGAATAAACAATGTTACAAAAT TTATATCAAAACCCAACATAACTTATTTCCATGAGTTAAACTTTTAGATAGTTAAGGGTT TAAATTATTTGAAATTTAATTTGCAAAATATGTATAAATCTTACGAGAAAATACTTGATT ACTGAATAAAACTTGAGGCATGTTAATGATATTATTCCATCCATTTCAATTTATGTGAAA TATTTTGAATTTTGATTCAAATAAGTTTATCTTTGATCTTAAATTTTTCATACATCTTTA AATATTTTGAATTGTCAATTATTATGACTTAAAGTATTTTATATATATATATATATATAC ATACATATACATAATTCATGCGTAAATTCATGTTTGATTCTCACTAAATGAAATGTGTCA CATAAATTAAAACAATCACATCCTTTTAATCAAATGATAGATACTTGTTTTGTTGTTTCG TTTTAATAAGGATTAATATGATAAATAAATTTCATTTACATTCGTTATTTCTTCTAAAGG GAAAAAATAAAGTTTCATCATTGATATCAAAAACTCAAAACTATGTTGGTAATTAACTTG TGATGTTTGACAATAGCTCATAGTTAAATTATTTAAACAACTAACTGGTAACATTAATTG TTAAATAATCAACACGAAATAAGATGGATGATCAAATTACTAACAGTAAACCTTACAAAA TAACACACTTAAAACTGAATCCTACAAAAAAAAAAAAAAAAAGTCTTGCATTAATGTTTC AATTATATAGCACACTAGTTTATTACGTAATATAACTTCATTGGCCTTAATGGCCGTCAA AGGCCTCATTAGTTAATGAAAGTCATAAAACACAATAAATTAGTGCCCTAAAAATAATTT TGTAAATTTTGTTATGGTCCCTCATTTCAATTAATTTCACTTACTTTCGCATTATTTAGG TTTTGAACTTCTTTTTTTAGAATTTAACTTCATCATGAGGGTTATAATCGTAGATAGAAA GTTGTGTGAAGGATACGTATAAAGTAGAAGGACAAATATATAAGAGAAGATGATTTAATA TTTGTTTTAAAAATAAGATGATTTATCGCTAGATACATTTTTTGGACTTATACCATTTTT CTTTTAATAGGGAAGGGTGTAAAAGACGTTAAGCATACTCTTATGTAATTCTTTTCAAGT TTTCAACTCAGATTCACATGAATTTGGACATAGACACAAAGTGGTACCAAAGCTGGTCCA ATCCAATGTAAGTGTTGAAAAGAAGAAGAAGAAAAAAGAAATATAAGTGAAACAATAGAA ATTTTGAGGGCAAAAATGGAAAAGAAAAAGAAAAAGGAAATTAATAGAAGAGGGACCTCA AACTGTTCTGATATTTTCCATACTTAAATTCTAGTTATTCAGGTATTTATTTGCCAAATT TTCCATCTTTCTCCTTTGGTCTTCTTCTCTTATACATTTGTTCTTCCATTTCGTGTTCGA TTTTCACATTAAAGCTTGATGACTAAATTTATGTTCGCACCAGAAAGTTCTACATTGGAT GTGAATCTGTCTCCAAGAGGCTCAAACCTGAGACCTCTTGATTAAGGATGAAGGAGTACT TATCACTCCACCAAAATCCTTATTGTATGTTATAATTTTGTACTTTTGGTAAAACAACCT CATTACTTTTAAGATAGTGGTAAAGTCCGTACACATTAATTTACCTTCTCAAACCCTAGA TCAGTTTATTTTTGTTGTTGTTGTTGAAAAATGTCAAAAACAATTTGCCCCTCAATGTAA TCCCGTGGCTGAGAAAGGATAAAGTGTAAGCAGATTACTGTGAAAATAATGAGACTTTTT CTAATTAATAGACCCTCAACTCAAAAAAACACAATTCGAAAATATACAACAAAGAGATAT AGAAAACACACGACAAATCATCCTGAACAATAATTACAACAAACTAATTCCATAAACAAA ATGCAAGAAATAACAAATAGTAACTAAAATCAAGAGACAAGAAACTACATGAATGTTACG ACTAGTATGGAAGGATAATTGAATTTTTATTTTTATTTTTTGCTATATTCTTAGTAATAA AATTATAAAATTGAATTTACACGAGATTATATTCCGTAAATCCATAAAACTTATGTCTGA GGTCTATCTCGCTCCATGCTATATAAAATGTCTTGTCTCATGCTTCGCCTTTTAAATCAC AGCAACATAGTGTACCTATATTCATTAGCCAAAAGATAACTATGGACAAGCAATAATTTT GAGTCTTAATGGAGGACCAAAGGGATATTATTGCAACTATGGACAAGCAATAATTTTGAG TCTTAATGGAGGACCAAAGGGATATTATTGCTTTCAACTACCACAAAATCATCAGCATTT ACTCATTTGTATTTTGTGTTTTTTGGTACAATGAGCTATTTATACTTGACCAACTATATA TCTCATTCACCTACTTATGCATGATATTGGATTCTTATATCTAAGTGGTATAGAATTTGA TAATTTTGATTTTTTATTTTAAAAAAGGGAAGTGCTAAATGATTAGAAAATTTGGTCAGT ATTTTTAAAATATTATAATATTTTATTATTTTAAAACAAACTGATCTTTTTTTTTTCTTC ATTTTAGTCAAAAGATATTAAGCTTAAAAGGGTAAAAATATTTTGAAAATTAAAATAACA TAGATAAAATATCATTCTGACCAAAAAGATTTTTCCTTGTGATATTCTTACTAAATTAAT TTGGTATTAATTTTTTTAATTCAAATACATTTTTTATTTTATTAAACTTTTAATAATATT TTGGAATTCTAAATTTGACTACTAAGTTTACATAGTTATTTATTATTAAAAATAATATAA ATAAGAAGTATAAAATAAATCTCTCTTACACTTTTAAAATAAATAAATAGAGTATTTTAT ATATATAATACAAAAATAAATAAAAACATAGTATTTAATATTTAAAAATAATAGAAATAA TAAGTATTAAAACTCTCTTAAACTTTTAAAATGATTATTTGAGTTTGTTATTCTTATTTT GTTTTTTTCTTTCATTCCTTAGTTTAAAGGGAAAAAAATTAAACTATTTTTTTTGTGTGT ATTGTAATTTAATTTCGTATTCGAAGAAAAAATTTGGTCATCTACAATATGTTTTACAAG AATATTAGTGAAACATAAATAAATTTGATTATCAAAATAATAATTATAAATTAGTCATTG AAACAAAAAAAGTCAAAAAAAATATTTGACGAGGATTAAATTTACTAATATGGGATTATA TTTTTTAGAAAAAAATATTAAGAATTTAGATTAAAATTATTATTTTTTTCATTTCCGTTA GAGAAAAAGGGTGTATGTGAGCCATTTGTTTACAAGTAGGGGTATATATGAGCCACTTTT ATAACGAGGGGTATATCAGCTCTAAATGACAAAGTTGAGGGGTATATCAAACCCTTTTTC CTTCATTTTTCAATATTTAGGTGACTTATATTTAATAATAACAATTAAATGAATTACTTT ATCATTTTCTGCTTATTAATCTCAACGTCAAATCAACAATGAATAATATTATTGAATATC GAGTCGAGATTAGGTCATGTGAAAGACTTAGATAAATATTGATAGGGGAGAGGAATTGGT TGGGAGATATGTAAATAATAAATAAGTGTTGAGGTGAGATTCATAAATATGGACAGGTTG CTTCATTCTTCTCCACCTGCCCACTCCCAAACCCTAATCGTCTACCTTCAAAACTCCCAC CATTTTTTCTTGGTAGAGGGATAGACCTAAAACTAGGTATGGGTGGTCCTACACAAATTA TAAAAATGAAAATTTGGTGAATCTACGTAGGGATTATTGGATTGCGGATATAGTTATCTC GAAATTATAGATCTAAAAATATATTTTTTACAAGTAATCACGTGAAATAGAGTAACATTT AATTTGATAGGATAAGATAAGATATTCAAATATGCTTTTTTTTTTATTTTATTTATAATA TTTTAATAAGCGTGGAAAATCAATAGTTGACAATAGTATCGATAAAATGAATTCATATTT TGATAATTCGCTAGCTCGCCTATATTTTAATAGGCTGAGTGAGTTACGATGGATAAAATA TGGGTTGATATTCATGTTCAACCCATAAAAATATGGATAAAATATGGGTAAAGTATGAAT TAGCCAAATGATATCACTGGAAAAATTGTAACTTCTCTTCCATTTTATGTTCTTCTATAG AACTAATTATTTTTCTCTATAATTAAAAAGGTGAAGTCTTTGTCCCATATATTTTAAATG TACAATTTCTTTTGCTAATTATAAATTTTTTTTATTTGTTCAATTTTATATTGAAAAATA AATAATTGTGTAAAATAAGCAAATCATGCATTAGTATTGATATTGATTAAAGTTCATTAA TATGTTTTAGTCCTAAAATGCAACTATTCATTTTTCTTTGAAATTAAAAATATTTTTCCC TTGTTACAATATAAATTTATTTTATATTGAAAAGTGTAGGATTTTTTTAACTCTTATTGT ACAATAAAACTAAAATAAAGCATTTTCAACATTTTTCATCTAAAAAAGACTAAAATAATT TTTTCATATTGAATCCTTTAAGTAGAGTATTATTTACAAATGAAAATATGAATAAACTAG TATTTTACCCAACTCATTTTTTTTTTTTTTATCCATATAAAATATAGACGGATTGAATTA TTATCCATTTTATATTTACTCATTTTCAACCCGACTAAATTTGATCCAACTCTCCCTTTT GTTACCACTAATTAATAATTATAATTAAGCAAATGGAGTTTTTTATTTCCGTAACATTTT ATCAAACATAAAAAATATCAATAAAAATAAGTACAAGCAACGAAATTATTAGATTCTTAA ATAATGTTAAAATATAGTAATCAATTAAAAAGAAAGTCAGCATCTGGTACGCAGTTAAAC GACTTTATTAATTTCAGAGTATGGCAGAACGTTTACTAAATTACATAAAAAAAAAAGTCG TCACGAGAATTCCAAAATAAACAAATAAATAATCTAAAGGTCAATTTGGTAAATTAACAT CGTACCTTTGTTGTATAAATATACCCCAAATCCCAAAATGAGTACTCGCAAATTCAAAAT TACAATCCTCACCCTCCTCAAATCGCTTAAAAAAAATTCAAATCTCTGTGAAATCGGAAA AAACATGTCTCAAGTAATCGCAAGCCACCGTGAAAATGCCGAAATTTACACAGATCCGGT GGTTTGCAAGCAGAAATCACTTGAACTCCTGAAGGAAATCAACATGCCTAATGGTCTTCT CCCACTTGAAGACATTGTAGAAGTCGGCCGCAACGCCGAAACCGGATTCGTGTGGCTGAA ACAGAAGAAGGCGAAAGAGCACAAGTATAAGAAGATCGGGAAGCTCGTCTGGTACGATAC TGAGGTGACGGCGTTTGTGGAGAATCGCCGGATGAAGAAGCTCACCGGCGTAAAGAGCAA GGAGATCCTCATCTGGGTTACGATTTCTGATATTTCAATTTCCGATCCGGAGTGTAAGAA GATTAACTTTGCTACCCCTACTGGACTTTCTAGGTCTTTTCCTGTGTCGGCTTTTGAAGA GGAGGAAGAAGAAGAGGAGAAGAAGTGAAGCTGAAGGTTTCAGGGGTATTTTAAGGAATT AATAATGTGTTCTTTTATTTTACTAGTACTATTTAAATAATTAAATTACTGTTTTTTTTT ATAATCTATTTTAATCCTATCCTATGTAACCAAAGTTAAAAATGAAAATGGAACTATAGT TTATACTGGATTGTATTTCTCTTTCTATTTGGACCTTTTTAGCTGCATACATAAAATCTA CACCTCTGATTCATTTTCATATAATTAAGAAATTTACAAAATATAAAATGTGGTGAATTT TGAACTGTAAGAATGTTAAAAATGATTTTACTAGGTAAATATTTCAAAGTTTTTCTTAAT TCATTCCACGATTTTTTACGAGCAAAAGATATAACTTCTATTAGTTGATAAGTTATTCAC TATAACTTCTGGACCAAGTTAATGTAACTTGATAGAATGAATATAAATATTAATTAATCA TGATTATGTACTGTTTATTTTTTTTTTAACCGTGATTTTTAATAGCGTTTTGCGAACCTA ACCCATCACATCCGTTGTTTCAAGACGGATGCACCACAATTAATTTCACGAAATTCTAGA AATGTGATGCGTCTATAATGCCTCAGTGGCCCTACTAAGATTCAAACTGAAAGACTTTAT TCTCAGTTGAGCTATGCAGATTTATGATTATATACTGTCATTTGTATGTTTATATATGCG TAGCTATTATTTATTCATTTGAAATAAATATCGATATAAATGCTTATCACCTACTCAATC ACAAAATTCTCATCCCAAAATAAACAAAAAGGAAAAAAAAAGGATATTACTCCTATAAGA AGAAAAGGCAGAAAAAGACGGTACATGCCATGAATTTGGAAATCGAATAGGTGAATTTTT TATTTTTTATTCCTCGATGAGTATTTGAGTTTAATAAAATAAATTAGATTTATATTGAAA AGTTTATATATTAAAAAATATAAATTAAAAATTTCTAATTAAGAAATGAATAACTCTATA CTCAAGAACTCTCTATAAAATAAATAAAATAATACTTATAACTCCGTCGTGTATCTTGGT GGATAAGCAGCTGGAGTTAAGTTCTGAAAAACAAATGAGGACAGATAGCAATTAAGAGAG GAGAAGGTAGGTGACCTAAATTTTAATTGTCATATGAGTGTGTAATAGGCACAGCTAAAT GGGTGCCTAAATTACAACGTGTCAGTGTGTAACAGCATTTTAAAAAAGACAAGATAATAA TAATTAATATAATAAAGTTATAATTTAATTTTTATTAAATATGATTTCAAAAAAGAATGA ATTAAAATTTAGAATTTTTTAAAAAGTTTAAATGAGAGTATAATAGGTAAACAAAATTTA TTCTTTCTTGATTTGTCAAAATGGACAAGTAAATAAGGACATCTAAAAGAGAAAATATCG ACAAGTAAATAGGGGCAGAGGGAGTAATAAATAGGGAAAAGACACAGATTCCCTGTTAAA CTTATCTCGAAAAGTCAGATACACGCTTAGAATATCGTGATGACTTATTATACATCTGAA CTTGTTTAAAGTGATATTAATGACCCCTTCCAAAGACAATCCCAATTTTTGTGTGAGAAA ATGTTATACACACGTTTTAATGATGTAAATAATATTTTTTTATATCTTTCTTTTAACCTT TTCCCTTAATATTTTCTCACACTTCCCAACATAGTTGTTTCTACTATTTGTGTTTTTCCT CCCCTCTCCGTCCTTTTACTTTTTTAAATTCATTTCTTCTTCGTTCTTCATAAACTGAAG CAAAAAGAGAGAAAATAAGACTAAAATAGTAAGAAGATTATCAAGAAGGAGATGATGACA GATAGGCGGATGCAACACCATTGTTGTCGGTGAAATAAAAAAACTCACAGATCTATAAAA TTACTTTCAGATATATATTTTTCTTTAGAGTTATTGATATTTATGGATGCAAATTAAGCA TTTCATTTGTATTTTTTCTGCGTAGTAAATAATCAAATATGCTATTGATGACGAATTGAG ACAAAATAACATTGTGATTGGTGATAAGAATAGTGAAGACAAACATCAAGTAATCATTTT CTTCAATGGATTTTGAAAAATTTAGGTAAATATAATCATGAATTTGATGAATAAATAATC ATATTGTATTTTCAATAAAAGTCATTATCTCTCTAATGATTTTTTTTTCAATAATCTTTT TTAGTGGATGCTCAAATGAGTTTGAGCATGAAGATTATAAAGTTAATTGAATTGAGACAC TATTGAAAATCATCTTCTTTTGCACTCCTTTCTAGTTTTTAAGAGTTTTTCCGTAAGAGT TTGAATATATGTCCATAGGTATGAGGCTAATGGACAATAATTAATGGTAATAAAGTTATA AAGAACTGTTGAAGAAAAAGATGTCAAAACAAAAAAAAAATGCGAAAACATTTTAAAAAA ATTGGGAGCACAAATAAAAAAAATATAATTAATATATTAGAAATTATAATACTTTATTAT ATAATGATCAATAAGATAGTGCCACATGTTTAAATTTGTCATTTTAACATTTTTTTTCTT CTTCTCACGCACCTAAAGGAAGGTGAAAATATTTTCTCTGCCATGTCACTCTAATTAAGT TCAGGTGTGTAATAGATCATCTGAATAGTTAAAATGTTCTAACTGACTGTTCGACACAAG TTTAAGGGGGAATCTATGTCTTTTCCTAATAAATATTATTTCTATTATTATTTATATGTC AAATTTGATTTTTATCGGATTGAAAATTGCTGGTATAAGATAGTGTTTTATTTGAAATTT AAATTTAATTGATTCCTAATAAAAATAGCTGGATATTGCCGATGAAAATCGAAAAAGAAA AAAAAATATTCGATACAAAATAGTTTAAAGGTGAAATTGGCTCTCATTCTCTCTTGTTTT GGAACCAGTGACGCCATAATTTTATATCAGTGAATTCTAAATTTTGAAAAAGAATAACGA TCAAAGGGTGCGCAATGACCACTGAGCCAAACGCTTCACTATTATCATTGGTTCGCAAGA AATATATATACATTCTACCTCATAATTTATTACCAATATGAAATTTACAAAAAAATCAGT GAATTCAGCTAAACCCCCCTCGGCTACTGTAGTTACGCCCCTTTTTTGAAACAATCATTA GAAGAAAGGAATTTTTGTTCATTTCGTTAGTTAGAGAATACTATTTTAAGCCAAAATATA ATAACAAGGACATTTTGACCCAAAATATATATATTTAGAGGTAAATTCGATATATTTTTA ATAGTTTAAGTCTCCAAAAACTTTCTTACTTTTTTTCACAACAATAAATAATCATCATGA AAGATTTCTCAGGCATATAATTAGTTCTTCTTTGGATTTTTAGTCTTTGCACCCTCATGT TCAAATTAAAAAATTATTCAATTAGACCATAGATTACAAAATTTTAATCACTATTTCTCA AAATAATCCAGTAACAAAGACCATTACAAGAATAGAGCGTCCTAAATACTCAACTCGCTT CCTAATGAACTTTCTCATCGTTAGCTTTAAATTCTTCTAAACATATCGACTTAAATAAAA AATAAAATAAAAAAAATTATATTTTAGATATAATCAAGAAAAAATAGAAAAATAATTTTT ATAAACAGAAGTATCAGTATCGAAATTAAATGGATCTATATACTTCAATTTTTGTGTGTG CTAAAAACCTAACCACGACAATGCTAATTAGGGGTGCTTACAATTAATTTTTGATCCTTT TTATTTAAAAAAACAAACACGTTTTAAAAATTACATAGATAAATAAAAAAATTAACCTAT ATAGCCATCTTAAATAAACAAAAAGGATAATCAATAAACATACAATACAATTTTTTTTCC TGTACCAATTTGAATTATTCCGAATGAGACATAAAATCATTAAAAATTAAAATTATGTCC AAACGAAATATTACGATACTAAAATATAAATTCATATCCCGCAAAAGGGCTAAAAGTGCA AATGACTCCAACGGGTCAAAAGCCCAACAAACAAAGAAGTAGAGCAACAATGTCTTGTTA ATCAAGTTTAAAAACAAAAGAAGAAGAAGAAGAAGGAATAATCTTCAGTTCAAACAAAAT CTGAACAAAGGGTTTTTGGATCTGTAGCAAAATTTCAACAAAGATGTTTCTTACAAGGTA AAATTTGCATTTGTTTGGTGCTTAATCTACTTTTTTTTTGTTCAATGAAATCGGAATTGA ATGATTTTGTTTTCTTCCTGTATTTTGGAAATTGGGTATGAAGAACTGAGTATGATAGAG GTGTTAACACTTTCTCGCCTGAAGGACGATTGTTTCAAGTTGAATATGCTATTGAAGCTA TCAAGGTAAATTCTTTGATTTTTGCTTCCTGTGTGAATTTTTTTTTGGGGGACTGAAAAT AGCTGATGGGTGTTTTTTTTTTTTGGTTTTATGGTTTTGAAATTACGATTTTTTGAAGTT GGGTTCAACTGCAATTGGATTGAAGACTAAGGAAGGAGTTGTTCTTGCTGTGGAGAAGCG CATTACTTCACCACTTCTGGTTTGTAACACTTGTTTCCGATGTTTTTTTGTTACTTCTGT ATGGTTTACTGATTATGTTCATGGGTTATGGTTGGATGGTAAGTTCAATTTTTCAGCAAT AACATCTATAAGAAATGCTGGTAGAGCTTCACCGATGTAAATTGAAGTATGAATTTTGTG GGGCAGAGGATTGGGGAAATGATTGCTAATTGTTGGAATCTTGTAATTTTGTGAAAGGAG TTCTTCCCCCTCCGCAACACAACTCAACTTGTACATGTCTCTGCGTTTAACTATGTGGCT GCTCATTTTCCTTTGAAATTTTCTTAATTGACATTGACATCGACATTGGAAGCAGTGGGT TTTTTCTAAATTAAATTGTAAAAACATTGAATGGTCACTTTATGAGGAAACAATGGAGCA TGTCTGAATATGGTTGGAGTTGTGGTTCATATGAAGAATGTTGGGGCGTTAACCTTAATT TCCTCTAACTCGATTAATGAAAGTTACAACTTCACTGATGGGAAAAAGTAAAACCCTTTT TGCCTCTCAAAAGGCAATGCCAACCCTATATGTCTGTATTCTGAAGTCTCTTTTCTAGTG TCACCATATCATTGGAGCCTGAACGTACTTGATTTTAGAAAAATCATTTGTGCTAACTAT TAGTTGACACTGTTTGGTGCTTAGTATATCATTGGTAATACCTACATTTTAACAGTTAAA CTTGGTGGTCTCTTTTGGGGCATCTGATGAAATTGAAATGAAACAGTTAAACTTGGTGGC AGAGATATCCATAGTAGGCTACACGGCTTATAGATCAAGAATTAGAAAAGCTACAGACCT ATTTCCCTTTAATTGGTTGCTTGGCTATCACTCTATTTTGTGTACTCAGTTGGTTCATCT AAATAATAGAGAACATGCTATACGCTCGCCTCATAACTTCAGTTTATTTTCTGTATTATT CATTCATGACACCGTTTTGATATTCTTTTAGGAGCCAAGCAGTGTGGAGAAAATTATGGA AATCGACGAGCATATTGGCTGTGCAATGAGTGGATTGATAGCTGATGCACGAACACTTGT GGAACATGCACGGGTTGAAACTCAGGTATTTAGGATAACATCTCCAACCTTCAAGTATTT GTGTGATAGTGGTAAATTGCTGATTTTGTGGTGTTGTTTTGTCCTCTCTTCCCCTTTCAA CAGAACCATAGATTCTCTTATGGCGAGCCCATGACTGTTGAGTCCACTACCCAAGCTCTC TGTGATTTGGCGTTGCGATTTGGTGAGGGCGATGAAGAATCTATGGTGAGATTCGTTTTA CTTTAGTATAGTACTGTTTGTTTCTCTATGAACAACTATCTTTCTGTGAAAAATTAGTGG TGCCTTATTTTGTAGAAAGCATCTTTTCCATTTTCCAATATTATCTTTTGCTGTCCCTTG TTATTTTGACTAAAAAGTATTAGTTGGAACTAAACAGATGACTTTATATGAAGTGGAATT TAGATTTTAAGCTAGTTATGTTAATTTCATCAAGTGAATAAGTAAAATAAATATAAACCA GCAACTACTTCATGTGACATAAGGTGAAAATAAATATAATTAGTGATAGGTCCTTGTTCC CTTCGCTTTATGTTTCACTAAAGGACTTGTGCATGTATCAAGTGCTCTCGAACATTGCCT ATGCTGACTTTAGAATGAAAAGGTAACGGGTCACTACATTTATCTCCTCCCCCCTCCAAA AAAGAGATCAGTGATCAGCATGAAGATTTTTAGGCAGTGATCATCTCTGTATGTGTCTGT TTCTCAATTTGTAGTTGTATTTCAAATGCTCTTGCATATGCCAGCTGGGTAGTGATAGAT CTAGAGGCTGGCTGTTGAGTCTGAGATCCTCTTAGATGCTAGGACCTAGGATCATAGTTT ATCAGCTATATAAGTGCATTTGCTCTTCTCTTTACATTCTATATTCTATGGAAAAATGAT GCATGATACTCATGAACTTTGTTTGTAAAGAACTCATGAAGTTAGAGTGGTGATTCTATA TGGTGTAAGCTGGACTGCTGGACAAAAGATATGCTTAGCCTGTCTGGTTATCTTGGACAA AAGGAAAGGGGAGAACGGAAGATGGCAAAGGGTTAATTATGATTTAACTAGTTAATTAAG TTGTTTATGGAATTACCTGGTTAATCATGATCATATTCTGTGGTGTGCATTTTGCTCTAC TGACTGTCTTGTGCTGATCTAGTTTCTTCATTTCCTTTTTGTTTTATTTGATAACATATT CTAATAAGTTGGATGTCTGGAGATTATCAGTGTTGTTGATGAAGTTTGTCAGAAGAAATA GACATTCTTCCGTAGTTTCTACAGTTGACTTACTCATCAGCAGGATTAGATTTTCCCTTA TTGTATGTTTTGAGTATTGTAAGGTCAGATCTCTTACCTTTATGTATTAATGGTCTATCT CGTTTGTTTTATGCAGTCCAGGCCTTTTGGTGTGTCCCTTCTCATTGCTGGTCATGATGA GAATGGTCCCAGCTTGTAAGTCTTTGCACCTCTTCTACGCTAGTATTGGAAACTATGATA TTTTCTTTTCAATATTTTCTTCTCTTGGTATTGAATCAAGTCTGATAGAGCTGCCGGAAT GTTATCTTTCAGAGAACTTCCTTCTTCTCCCAAATTTCTTTCGAATACTACTTTGACTTT GGCTAAGTTGGACTTATGCATATTGGATCTCGAGAAAACGATGTACAATATTTGACTAGA TATTCCACTGCATCTCAGATGCATTAATACTAAATCTCATGGGAAAAAACCTTTACACTT TTTTAGACAACTCCTTTCCACTTATATGACCATGTTTTTTATAAATCTCATCAAATCACT CTAATCTACACAAATCATCTTAATATAGCATGGAACATCACTTCTAAAATTTTTATTCTA TTTTTGTTAGATAATGAGCTTTTTTTAATGTAAATGAAAAATTCTATCTCAATTAGTTGA AAAATGCTTTCATATACATTGAATATTAAGCACTTAATATATTACTCCCTCTAGTTCATA TTAAGTGAATTGTTGGGGTATGACACACACGTTAAGAAAAATATACAAGGATATAAAATC AAAGACTATTTTCCACTATTACCCTTTTGATTATTCCCAAATTTTTCTCCTAGAAAATGT GAAGTAGTTACGAACCTCATTAAATGAAGGGTAAATATAGAAAAAGTCCTAGCAATTCTC TTGAACTTTGAATACACTTCATTTAATTTGAACTATGAAAAAGGTACCAACAATTCACAA CAGTCATTGGTCGTTGCGTATTGGCCTGAGCTCAACAAGGATGATTGTGTATTAGCCTAC CTGTCATGGTTGTCACATTTGGTGTCTTATGTATTAGGCACTGGTTCACTTAAACCTACC TCTCCAAAATTACTAAAATGTTGCTCTAATATTATCTCCTAATCCCTTGTTATAGTCTTT TGAGCCAAGGGTCTATAAGGAAGAGCCTCTCTACCCTCCCCCCCCCCCCCACTAAGGTAG GGGTAAGGTCTACATACATACTATCTTCCTAGACCCTACTTGTGGGATTACAGTGGGGTA TGTTGCTGCTGTTGTTATTGTTGTTAATGAATATTAAATACTGAAGAGGTCAAGAGATCA CATTCCTGGAAATGATTCTACCAACTGGCCATGATCGATTGGGCTTTTGTGTGATGAGCT GCTAAAATCAGACTTTTGTCTATATTCCTAAGAGAATACTGGAAACAGAATTTCATAAGC ATACTGTTAACATTACATAGTTTATTCAAGTGTTCGGCCTCTCATTACTTACTAACCTGA TTGTGGGTATTAAGCAACATAATTTGTAGATACTGAATGTCGCCCAATTCTGATGTGCAG GTACTATACTGATCCTTCTGGTACATTCTGGCAATGCAATGCTAAAGCTATTGGGTCAGG TTCTGAAGGTGCTGATAGCTCTTTGCAGGAGCAGTATAACAAGGTATCTAGGTTTTTTTA TTTTTCTAGTGAAACCGTGACCCGTAGTCCTAATTACAGTCCAGTCTGCAGCAGGCTGGA GGTAATGTTGCTAGTGGAAGATGTAATAATAGGTCCTGTTCCTTTTTTTATTCACCCTCA TTTCAACTGTTTGGATGCTTGAATGCTGGTGAACTTCATGAGTTCCGCATAAAGTATCTT GGTGGAAGCCGAGAAGTAGAGGAGGATTCCCCTCCTTGTATTTTTGCCCTAAATAGCTCA GCTCAAACATGCTGTCCAACCTTATTAGTCCGAGTAGCTAGTTTGGTTGGTGATGCGGTC ACCCACTTGTACGTTTTCAAATAAGCATGCTAGCCTTCACACCTCCGAAATTAGATGTTT GTGGAACAAGTATTCAAGAAATCTCGTGTTCTATCTTCGTAACTGTTGTCCAGTCTGCAG CAGCTTGGGGTTGTTTGATGCTTTCCGTTGCCTATTCAACCCCTAAGACCATTCCCCTCT TCTCTTCCTCCAATAGAGGGAATTAAATCAGTCACTTTTCACTCATAACATTAAAATTGT AGGTGACTATTTTTGTAACCGAAAAGCTGGAGTTTAGTTTTCATATGGTTCTTAAAGTTG ATCTAAAGTCGATTATCTCCTTTCTGCAGGACCTTACCCTTAAAGAGGCTGAAACCATAG CACTGTCCATTCTCAAGCAAGTGATGGAAGAGAAGGTAAGCAATAAGCCTCATGACACTT GTATTTTCATGATTTCGTTCCTTGTTTCTGAGAAAGCTCCCCCTATTTGATTCAGGTGAC TCCCAATAATGTTGATATTGCGAGGGTATCTCCAACTTACCATCTATACTCACCATCGGA GGTGGAAGAGGTTATCAGCCGCCTATAAGAAAGCATGTGATCACGCTCGTTATGATATTT TTCTTGTATGACAAAAACACTTTCTTGTTGCTGCAGCCCTGGAGCCTGGAGGTCATTGGA TTGTTTTTTCCTTCTTCCAAGGCTAGGAATTGATTCAGACAAGTGTTTTCTGTATGTTCA TTACATTATTTGCTTCAAGGATTTAAGTCCATCTATATCTCTTGCTGCTTTATGAGTTGG GATTTGTTCTGAAAATAGGAGTTTTAAAGTGTTTTGAAAGCAAGAGGCAAGTACGATACT GTGTAGGATTATATAAATAGGGGTTTACATTTTCTTGAATGAAATATTTCCAATGTATCT TAGTTTAATTGGATACGGAATTTAAAAAGTAATGAACTTGCGATTTTTTAAACATAATAT GCAACATTTTGAAATTAAAGAATTCTTAGTTAGTTATAAATTGATTCAATGATTAATAAG TATGCAGTTATTTTAATCAAAAATTTGACAATAATTAATAACAGAGAAAATAAAAAATTA GATTTAATTTATCTTTTAATCTACTTTCTTTGGGGTTTATTCCTCATGAACAAATAGTAG TACAAACGAGAAAAATTGAACATATAATATTGTCGCAAATGAAAGAAAATCGAAGTAACA TGAGAAATTTATTTGATAGAGTGTATAAGAAATAATAGTATGTTTTTTTGAAATACTTTT TCAAACCCAAGATGCATGGCTTTGTCCCATCAATGTTTGATGGCTAGAGGACCAAAAATA AAAAATAATTAATACATGAAAATTTATGATATTAGTAATGCACTCAGTTTTAACACATGT ATTAAAATGATTAAAAATACAACTGTCCCTCAAAACTGTTTTTACATCATTTCCACCATA TTTGTGGAGTTTTCTTTTAGAAATTATGACATAGATATTATTTTTAATATACCAAATCAA ATAAGATATAAAAAATAATCTCTATATAATTAATTGTACGTACATTATTAATACACCTTA TTCAACATTATTCTTCGTAATATTTAATACCTCTGCCAACAAAACAATTTATGAGTTATT AACTCAGAATTCGATACACATAAGGGTGAAAATAAATTTGGTCAAATATGAATTTAATAA AATTGTATTAACTCATATTTACCCCTCTTCATTTATTAAATTGTATTAACTCATATTTAC CCCTCTTCATTGTTATCTTGAGTTTTCTCTATAAACACAGAGAAATTTTTCTCTTATCGT TCTTGTTGTTTCATCAATCTTCATAACCAAGTCAATGTTGAAAATTATGTCAGATGAATA TGCATATGATGGTTGTTGTCTATATTATTGTATAGTTAGTTTAAGTATAATATTTATTTT AATGGTCATTTAGATTTTATTATATCGTATTTAGGTAAATATGATATGGTGTGATTATGT GTTACCTTATTATTTTCTTTTTATTTTGTCTTTATGTAATAGTTTAAAAATTCTATTTTA TCATTTACTCTATCTTTCATAGTACTTGTACATCGTTTTCTAATTTTCCTGTAGGTTTAT CATTCGAATTATGAAAGTGTGATATTAGAAACAACGTAATATAATACAACCTATCCAAAT ATTATATTTATTTAAAATGTACGATACAAATATATAATATGATATGATCGATTGTGAAAT AATAATGAAATAACTCAACTTTCTTTGGATCGAATGTTATATCAATTGAAATTAACCATG TACCTAGTCTGATTCATGATTTGCCGGATATTAAGCATGACCAATGTAACATCGAATTTC ATAACATGGTAACAGAATACTAAAAGAAAAGAAAAGAGTCGTATGAAATGTACAAAACAT ACAATTTTGATTTAAAATTACAAAAAATGAACTTTCATGAAATAAGGATAAGAGATAATG CTTTCCCACGAATGACAAACACTGTTGAATTTGGAAATAACCCTTGTTGAAATCCGAGAG AAAATAACATATATCTTTTGAAATACATGATAGTTAATTATAATTTTATTATTGATTTTC TTTTTCTTCAATGAGGAGTATAACTTTTCTCGTAATAATTTGTAAGTCATGACATCTGTA TATATAAATTAATTTACGTTATATAACACCAAAAATATTGATATCTTACGTAAGCTCTTA TTGATTTTAGTTTTGAAAACATTTTCAATCGACTCAATTATTACATAAACTATCACAATT ATTATTAAAATAATAGAAGTATTCAAATGAGTATATCAATTAAAGTATCATTATTAGTTA TACTAGACACATGCGTCTGTGCTAGTAAAGGTTCAATATCTATTTTTTATCTCATTTTAT GTGACACGGATAAAATTTAGCGAGTTAATTAAATTTTAATATGTTTTTTAAATATTTTAA GTAGTTAATGATGTATTTATATAACCTTTACGTACTTTAAACAATATATATTACTTTTGT TGTCTCAATATATATATGTAGCACAAATAGAATTTCAAGAGTCAACATGTTATTAATTAT AGTGTGGAACCACACATGTGAAGCAAACATGTTGATCGATTCCTGCGTGGTTCAGATGAA ATAACTAAAATATGAATAAGAAATATTTACGTAATTTGAAATGTCAAAAACCTCAAATCA ATAAATAAGATGAAATTAATTAAAGACCTCTACTAAGTAAAACAGAAATTATCAAGCTGA AAATCACGTAAATCAGTTAGTAGATATATAGGTCTTTAATTATCAAAAATACTATGATTT ATGGCGGGGGGGGGGGGGAGCTGAAATTAAAATAGAAAAACAAAATGAAATGTTGGCAAG GTTTGAACCTTGGTTGAATTTTTAATCAAACTAAGTCATTATATAAAACAATTTACCAAA GTAATACATTTTTCTAAAATTTTACAAAACTAGTATAAACGTATTTCATGGTAACGTTTT AGGGTATATTTTATTTTTTAAAAACTAACAGCATTAGGTTGATATACGTCACTGTAAGTA ACGTTTTACTTTTAAAATGTTATTTTCAGTAACGTTTTACTCCTAAAACGTTAGGAGTAA AATGTTACTGTGAGTAACGTATATCAATCTGACGCCATCAACTTTTAAAAAATAAAATCT ATCCTAAAACGTTACTGTAGAATACGTTTATACTAGTTTTGTAAAATTTTAGAAAAACAT ATTATTTTGATATATAATGACTTAGTTTGGTCAAAACCTCGAATTGTCAAGCCTAAACCA ATAGACCAAACAACTGATTATGTAAATAAGCACATAGTTGAAGCAGACATTTTGACCCTC AGTTGTGTGCGTATTGACACTTATATATAAGTAGTAGATAAACCTCTAGCAATGACCACC AACTACCACCAGTGGCGGAGCCACCATATCTTTAGGGGTTCGAACTTCCTTCGGCGGAAA ATTATATTATTTTCATATGGTTAAAATAATTTTTTAGATATACATAGTCAATATCGAACC CCTTTCGACTATTTCGAGCATCTATTTTTTCAAATTTTGGACTCTCTTATCAAAAATTCT GACTCTGCTTCTAACTACCAGGACAAGAAGCAAGACAAACAACTTATAAAAACTCGAACT AACTAATATGTTCATAGTCCAATCATAAAATTAAAAAATGATTGTAACAAATATAATTCA CACAAATGAAGCAGGAAACGAATACTAGTATTTTTCCTTTTAATAGATAGGTCGTATTAA AAGTTATATCATAAAGTGTTACATTAATTTCGCATCTAATAGCCATGAATGTTCCACGGA ATGTTAACATTACCACGAGCCTAAAGTTGTCAAATTGTACTATTATGCTTCTCTCCCATA TACCTATACATATATTATTTCGACTGTCAGTTCGATATTAGATAAATATCTTACTTAAAA ATAGTTATTTTATATTTAAATTAAAATAGAATTAATGAAAATTTTTTAAATTAATTTATT AATAATTTTTTTAAAATTATCAGTATAAAATAGAAAATGTTCATCTAATACGAGTCTCTG TGTAATTCCATTTAATTGTAACGAATGAATATCTACTCTTCCCAAAAAGGCATTTGTTAT ATATATATATATAAGTCAAACAAGATAATCAATTAATCCGCCCTTCTTTTTCTCTCTCAA TCCATTAATTCCAAATTAGAATTCTCTTTAAAATGTATATGAATAATATCAAGAAAAAGA ATCTTCTTCTAATTTTCGTCTTCTTTTATTACCTCTCTTCAACTTGTTCAAAAGAATTTG AGTATTCCAACAATCTTGGATCAGAAGCTCCATCATCTTTACATGATCATGATCATAACA TGATCAAGAATCAAGGAGGGTTGATGAATACAAATACGAAAGCGAATACGAAGAAGATGA AGATGAATACAAGAACATTAAAGTTGAAGAGTAGGGGAAAAAGTTCATCAGATAGAAAAA GTACGTATAGAGCAATGCTTCCAAAAGGTTTTGTGCCTCCTTCAGGATCTTCACCATGTC ATAACACTTACCCTAATTCTGTTACATTTTTTTGTCATTTTTCTATTAGGCCTAATAATA AATTACCCTACACACCATAGATCAACTAAAAATTGTATAGAGTAACATGATTCCAATTAA TATTTCATATGATGAATTTCTTGATCATCAAATATATAAAACGATATATATTGAGTTTCT TCTTGTTATCGTCTATATTATTTTGTTATAATGACATACACAAGTTCTCTTCATATAATT TTTAGCTACTATTTTGTGATTTTTTGCCATGGTGTTGAATCAATGACTAGTATATATCTT TCTTTTTTTGTATTATTATTGAAGTGATTCTATTTTCTTTTCTTTCTAAATTGATTGGAT GGTTGTTGCATTGTATTGTTTGTTTAAATAACTATGACGTGTTAGTTTTGATTGTTGTTT AAATTTTATCGTAGTCTGTCATTTTAATCCATCGTTAGGTAATAACGATAAGTCCATTTT GTGTAGCAATTATTTTGGTGTGATCGCATTGCATTACCTTTTTTTTTCATCTTCTCAATT TATCTTCTTAATCCTATTTTATTCTTTATACCATATTTTTAATAGATCTATCTCGTACCT TTTTTTTCTTATAAGATTATATTTTAAAATGCTCATATGTGTGACATTATGTGATGAGGA AAAATGATCTATTCAAATGTTGTATTGATCAACACTTGACGATACGGTGCATTATGAAAC GATATATAAAGAAAAACAACGCAAACAAAGAGTAAGTGAAGTCAATAATTAATACTCTTA ACAGTATTGAGTGGTCAATGAAGTATAATGAATACTGTAAAATGAAAAAAAATTATAATA ACAAGCAGCAATTTTCTCTGCAATTCTCAAGTAAAATTATATACTTTTAACTAAGTTTTT TGAAGAGTTTTACTGAATTTAATTGAGAAATGTTGTATTCATCAGAATACTACATTAAAA ATAATATTAAGAGTAACTTAGTAACTTAGACTAGATACATGCCTTGATTATGGATAAATA TATACAAATATTTTTACGATGGAGTAATATTTTATTACTTACGTATCAACCCGAAAAATA AATAAAAATAAAAATCAAACCATTTATTTTTTTAGAAAATATTTTCAATACACCTAAGTT TTTGAATATTTTATCATTTTGAACAATCGATCACCAACAAAAGTTCAAACTTATTCTATT GTTGCACGTGAGAAAGATATGATTTTAAGAAAGATGTCTGCTGTGTATTTTGACTTGTAA GTATGTTTCGTGTAGCTGTTAATTTCTTGTTTGACTATATAGAGTTGAATAGAGTAGTAC TATAAAATTAAGTCAATTGTCTAAATTTTCGGTACTTGAAGTCTACATTAGAGTTTCGAC GAAATCTGAATCGCACAATGCAACTCTTGACGCTCCATAGAGAAATTGAACAAGTGGTGA TGAAAATGTAAGAGAAGGAAATGAATATATATATATATATATATATAACAAAATTTTCTC TATATATACTCAGGGTTCGATGAAACAGTCTCACCACTACACCATAGAGAAACTGAACAA GTTATGATGAAAATATAAGAGAAGGAAATGAGCGTGTATATATATATATATATAATAAAA TTTTCTCTATACTCAGAATTGAACTCGATGAAACAAGTGTATCAGAAATGTCAATTGTCC ATATGATAGGGCATGAAATGGGAAGAAAAAGCATATGGAAATTCCACCATTTGAGGGAAG TTGCTTGCCTCATGGGGTTAAAAACAAAGTTTCTTACTTTCCGTTTACTCCATGCACATT CATCATGCGTCCTAATTAACTCCAAAACTCCTAACTCTTCTCTCGATAGGTTACACAATT CTATACATATAATTACTACTTATAAATACTACTAGTACCAAAATTCTACTATATCAAATC TAGTAGTTTAATGCATTTATATCACGCACCTTCTATAATTGTAGTTTCACCTAATATGTT CGTAGATGTTGAAATTTTATGGGACTATACAAGACGTGTTCAATTCGAATTGAGACTCTA GAAAGTGTAGAATTCTTGGAGGCTATTCAACCTTAAACCCTAATTCATGCCTATATAAAG GGTACTATACATACGAAGGCGTTGGTCCATCGGTGCCTTAGGGGAAATCATCTGCTTGCT CGGTCACTTTCGTGATAAAATTTTGCATCTCGAAATTTTTTATAAAGAGATCAAAATGTT AAATATCTCAAAATATCCCATAATATTATGTTTAAAGATCAAGATCTCGAATATTTCAAA AATCGATGGAATATCAATGTAGATCAAATCTAAATCATTACAGATGAATCTGATGGGAAG AGAACAAAATTGTACCCGCAATATTGATGAATTAAATTACATGTTTCTTCTTATTTTATT GTGATTGTAATTTATTTTTTGTCGCTTTAAAATTTAGTATAAACAACGCCACATACAAGA TTAATAAGTACTCACACGGTTAAGAGTATATGTAGTGGTGAAGGTAGTTGCTAAGAATAC TATTAAGTGGTAATTCAGTGTTATACGTTTAACATAATTTTTCGATGAAGGGGTTCAGCT ATATCTTTTCTTTTCCGATCCGTTGATAATTGTGGTCCTTCTTTTGGTATGTGTTTTTAG TATAACATCGCGAGTAATAACTTAGGTAGGAAAAGGAGATATCAAATAATGCATTGTTGA GTTATGAAATTTATAAAATAATAGTTAAGATGTGTTTTTAATCGTTAATGATTCGATTGA AGTTCTCTAGTAACGTGATATTTTTAAAAAGGCATATATTTTTTTTTCCTTTTTAATGAA TAAACAGTACTTCTGAATTTTGATTGTTGATTACTTCCTATTCTTCCCACTAAATTTTCT CTTTTTTCAAATTATAGAATTGAAATAGCTGCATGGCAATTTCTTTTTGTGTATAATCGC CCACAATTAAAGTTACGTAGAATTAGATATTGTATTTAATCAGATTATGTAAATCGTTTT TTGTTGAATCTATTAATGTATATTATTTCGAGTCGAAAAAATAACAAAGAAAAAAATCTG ATGGAATGGAATTGTTATTTCACCCAAATAAGAAAATAACAAGTAATACATAATATTCTT TTAAAAAAGGAAAAAAACTTATTTTCGAAGATATAAAATGTGCCACAAAGGTAGGTGAAG GAGTATATTTAGCAAAATAGGCTGATGAAAGTATTTTAACCATGTTTGGACTTAATTAAA GCGTACATTGGATGGGGCTTTGGCCCAACTGATCTCCGCACACGCGCACGCATATATATA TATATATATATATGTATATATATATATATATATTTTCACATATAGCCACTAAAAAAAATA GCCTAATTATTTTCTATAGCTATAGTTTATTAATTATAATTCGTAGCTACATGTTATGCG GAGGAGAGAGGTGAATTGTATATGTATATTACTTAGATAATTGTATATTATATAGTATTT GTATATAAGACAAGCGAGATTGGGAGAGGGAGGAAAGAGGAGAGCGAGTTTTGGAGAGGA AGGAGAGAGACAAGCGAGATTTGGAGAGAGAGAAGAGAGGCGAGCGAGATTGGGAGAGAG AGAAGAGAGGCGAGAGAGATTGGGAGAGGGAGGATAGAGGCGAGCGAGATTGGGATAGGG AGGAGAGAGGCGAGAGAGAGGGAAGAGAGTGGGAGAGAGGTGAATTGTATAGGTATATTA GTTAGATAATTGTATATTATACATATGCATTTGTATAAAAAGCAAGTAGATAGGGAAAGA GAGGAGAGAGGCGAGCGAGATTTAGAGAGGGAGGAGAGAGGAGAGCGAGAGAGGTTAGAG AGTGAGGAGAGAGGCGAGCGAGAGAGGTTAGAGAGTGAGAGAGAGGTGAATTATATATGT ATATCGATTAAATTATGTATATTATACATATGTATTTGTATATTCTAGCGAATTATACAA ATACAAATGTGGCTAATTATACAAACTCGAAGTTAGCCCACTAAATTAATGTATAATGTT AGTAGTAAATGATAATTATAGCAAACAATAGCTATAATAAGTAATTGAGTAGTATAAATT TGCTTAAATGGTAAAATAACAAAACTAATCTTCTTAATAGTAAGAACATGTTTTATTTTG TCTAAACATTAATAAAAAGATTTAAATCATACATTATAAATTTATAATACTAATTTGACA TACTGGTTTGTATATAACTATTTTTTACATTAATCTATATATATAACTTACTTCCAACCC AAATACCACCTAAATCATACTTGAATTTATTTATTATTTTGCATTGTATCAAAAATATTA TTACATATATAATCGATACAAGGATTAGGTTATTGAAAAACAAAATGTTGCGAGAATAAG TAACTTTTTTATACAAAAGTAATTTCCTTATTGTTAATTTAATGAAAATTTGAAAAATAA CAAATATAATACATAATAAAGCTCTATAATTATCAATATGGGTATGCTTCACCCTTAATA AGAGGTATCGGGTTCAAGTCCTGATATAATTTCGTCAATTGCGCTTTGTAGCTATCGTTC TGTTTGATATAAAGGTCGCAGTGGTATATTTCCGTCTATATTTCACTTGCGAAGATACAA ATATAATAACTAATACAAATTCTGTGTTTATGCACTTAGGAATTATTTAGAATTCGTTTA TATATTTTGCTTGGCTGCAATCGTATATTTCTGATTGTTTGTTGGCTACAGGTTGTATAT TTTTGTATATTTCACTTGTGAACATACAAATATAATAAATGTATATAAATTTTATATTTA TGCATTAAGAATTATGCAGAGCTCGTTTATATGTTTCGCTTGCTAATATACAAATGTTGT AACTTATTAGAAATTTTTTATAAGTCATATATAAATAGCTAGAGTAAGCATAAACAAACC TTTTAATTATATAATCAAAAATCGAATTATCCAAATTTTAGACTTATAAAAATTAAGCGA ATTATACAAATCAGATTAATAACAAGATTGAACGAAACTATACCTACAAATTAGAATTTT CCTAAATAGTAACTATAACATTAGTAATATGATTTAAATGTTTGTTATTTCACCCAATCT TTTAAATTTAATATATCATTTAATAAATATGAGTATATATAATTATTGTATGTATTTATT GATTTGACATATATATTGTAGAAAATAAAATTTAACCATGGTTTAATTGGACTAATTTGG TCGTTCCTTCAAATGCCATATCTCATCACTCTTCCATCGATGGTCACCTCCGGATTCCGG CGACACCCAGTTTAATATTCATCTGGTTCTGTACAATAATACACTCCTATATACGTGCAC GCGCCGCTGTACTATAGTAGGCAATACACACGCGTTTACGGCTGCTGTAAGGCAGAGCCA AATTGAGAATCTGAAGTTGTTGCTCTTTTGTTTTGTATCGAGAATCAGACGATGTCGAAA TCATTGCCCTATTCAATGAAAGATGTGCACTACGATAACGCCAAGTTCAGACAGCGATCC GTATCTCAGGTCAGCTAGCTCAATCAGAATTCGTTCCTTTGAATCTTGTTTTTAATTTTT TTTGAATTTCGATCTCTGAACAGAGTAAGGATTAGTTTAGAAGTGCGCTGATTTGTTTTC TTCATAGAACAGCTTGGAAATAACCTGATTTGTCTATTTGCGTAGTTTGAGAGGAGGAAA AGGAGGCTTTTTGGTTATGAAATGTCGTTTTGCTAACTGAAAGATATGATCAGATAACTT TTTTTTTTTTTGTATTTTTTCTCTGATGTGAACTGAAGTATGCCCTGGTGAAAGTGTGGC TAAAATGGGAAATAATGTTCACAAGCCACTCAATTTGAGAAAGTAAGAGCCAGTTCGGAA TACGAGAAATAAAAAAATATATGCAAGTCAAACATGGTTGTTCTTAAACTTGATTTGGTA TATAGCTAGCATTGAGAGCTCCGTGACTGGTCAACCAATGATTGATAGGCCATTGATTTG AATATTAGATTGTCTAATTTTTGAAGGAGTCTCAAGTAAGCTGTTGAGCTAAGTAGTATA CTATATTTTTATATTAATGTACCACTTTCCTTTTTGAGCTGAGTTCTCTTTTAAAGCCTT TTAACCATCGGCACTCTCATTCTGAAAGTTTTCGTTATGCCCCTCTTTTTGTGGTTTTGG CGGTGGGGTTCGGGGGGAGGATTTTAATATTTGGACTTGGTATGCAGTTTGTTACATGAA AGGGTGCTGCAACAGTGTTGTACTTACACGAAACCACCTTTTTCGATATAATTAACAAGT TTTATGTTGTGCATCTTAGTATCCGGACACCTTTAAAAGCGTTATTATCGTCTCAGCCTG TAAAGGCTACATAAGAAAAAGAGATAGCCAACTTTGGTTGAAGGTGGTGATAACTAAATT TTAGTTTCTATTTCAATTATAAGATTTGGACCCCATTGCCATGGGATAAATATAAGATAT TACTGCTAACATATTTGAGAGAACTAAATTAAAAACCAATTAGAGTAGCTATGGATAAGA CCATTGTTGTCTCTTACTAAACATTCCTTTCTTCTCAACCCCAAAGGTTAATCGGCGAAT CTCTACCCTAAGGAGACATGATTCCTTTTGGTTATTGGTGGAAAGCTGGAGTTTGGCTAA TGATTAGTGTATCATTTAATTCTTGTGCTTATTGATGGTGAACTCGATCAATTTTAAGAC CTTGATCAGACCTGGACGAATTTGTGATTTGATTGTAAAACTCTGATATTCAGGAAACAT ATGCACAATACTAAAAAGAATTATAAAAGTCCAAAAAAATTACATCAAGAGAAGGTACTT CTGTTGGACTCTTGGTAAAGGATATGTGAAACCATTATTCAAAAGAAGCTTTACCTTTTC ATAAAAAAACAATTGTACAAAAGAGGGAATGTGATATCAATATGCAGAATTTTCCTGGGA AGGGATCTTAATGTTCTATTCAGCTATCAGTCTTTTTCTAAATACTTCTCCGTGCGTCTT CTCTATTTTAATATGTATTCTCCATATTCTTTAGATGTTTATTGGATGAATGTACAAAAG AGGGAATGTGATATCAATATGCAGAATTTTCCTGGGAAGGGATCTTAATGTTCTATTCAG CTATCAGTCTTTTTCTAAATACTTCTCCGTGCGTCTTCTCTATTTTAATATGTATTCTCC ATATTCTTTAGATGTTTATTGGATGAATTTGTTACACTCACTACCCTTGGCAGTGTTCAT GTAATAGCCTAGTTCACTGATAGGTTTGGTTATATATTCATTAATCATCTACTTTGCTCC TTATAATAACCTTGAGTAACGGAATTGAGTTTTAAAGAGTTGTCCAGTTTAATTTCCTTC AGAGCTTAGTTGATAATCTAAGACATGATCAAAAGAAAGGAGGAAGTTGGAAATCTCGAC TGGAAAGAGTGGTAATTGCTCACAGCTTTGCGTAGCGATTTGCTTACAACAGCATTAACC CCTTTAATATGGTCTGATTTGACTGTTCTAAAGAGTGTGAAAAAGTATTTCATTCACATA TTGAGTTGTTCCTTTCTAATTAAGTCTGTTGCCATATATCTGAAGTTCATGATTCATGCC ACGTAATAAGCGTCACTAATAAAGACGAAATAGGAAAAATATAAAAAATAATAATAAAAT AACATAAAATTGTGATATAAAAAGTGTCATTTTGCCATTCATATTTGAATCTCAAATAAA TTGGAGTTCTGAAGATTAACTTAAGGAATCAATATGATGGCAGACAGTTAAATATTCTTG AATATTTCAAATGGAAATTGCACCTCATAAGTTAGAAAGAGAGCAGTTTTCCATTTTCTC TCATATTATTGTCAATTCTGGCATATCTTATATCATGAATTCGAGTAGCTTGGATTTTTT CATAGAAATACGGAGTGCTTTGATGTAGTCTAAATAGTATATTTGGTGCCTTACAAAAGT TTTCTTTTCTTCTTGGTATGGGTAGTGTTGAGAATATCATTAACTAATAAAAGTGTGTTC TCTCTAATTTTAGAGAGAACACACTTTTATTAGTTCATGATACTCTCAACACACTCCTCA CATGCGGACCTAATTTTTTTTCCATGGGTCAAACGTGTGAAAATTCTTTTTTAATTTGGG TGTGGAAGAATCCTTATAAAGATTTGGTAATTCTCCTCCCTTTGAGCTAGCTTTTGGGGT GTGAACTAAGCCTAATTTAACATGGTATGAGGGCCCCCAAAATCAAAATTGTTAATGCAC CAAATGCGAAGCACTGGGCATGAAGTTGGGTGTTAAAGAATGACAAAAGTTCCACATTGG TGGTTAACAAGATGGGTGGACTCCTAATAAGGCTTGGGCAATCCTCTTCCATTTGAGTTA GCTTTTGAGGTGTGAGTTAGGACCAAGGCCTAACTTAACGGGCAGCAACCTTTATATAGT GTACTTATGGTGCATCGTTCCAGAGACTACTGAAGTCATACATCTCGTAAGGAGATTGAC GGAGCAGTATAGGGAGTGGAAGAGGGAACATATGATGTTTGTTGACCTAGAAAAAGCTTT CGACAAAGTGGGTATTTGGATTGACTTATTTTAAGTAGCTTTCGACTTTTAAACTCTTTT TGTTTGTTTTGGAAGTGTTCGAAAAACACAAAAAGTGCTTTTAAGCATTTTTTTTTGGCT GAAAAAGAACAAAAAGAAGAGTCAAAAGCCAAAAAATGGGTGTTCCCAACTTATTGCTTT TAGCTTTTAACTTATATGCCACTTTAAAAAAGTCAATTCGAACATCCCCCAAGTCCCTTG GAGGGTTCTATGGAGTCGTTTGAAAGCTAGACGTGTACTTGCAGCTTACATTAGGGCGAT TAAGGACAGATTCAATGGATCCAAGACCCGAGTGAGGACAGTGGGCTGAGACTCGGAGCA CGTCAGTATTTGCCCACAATGTAGTGACCCTGACTTGTGACATTAATGACTTCAGGAACC AAATTATGTTGAATTTGCTATTTTACCTTTACTTAAATAATTTGTTTTTGTAGCACCTAA ATGGCCATATATGGTGGGTTTTGCCTATAGCTTGCATATTAGAAGTGTGCTTTATCTCTG ACTATCTTCCCTAGCACCAGTAATGCACATATAAATTCTTGCTTTTAAAATTGAGATAGC TTCCAGATCATTTTCATTCCTTGAAAGGTCTTAGTATTTCTGCAGCAGAATTTTGTAGTT TCTCTTGTATGCTGAAATTTTATAGTTCTGCTTATCTTTTCAGGTAATTTCTCAGGTTCT ATTAACCAGTAATGGGAAACGAGATTATTTGAAATGTAGCACTGGGAAACTTCTCGTGTT ACTGATGCTTGGTGGTTTAGCATATCTAGTACTGACTAATAAAAGTGCTGTCCATCCCGT GTCTGATGGTATAGCAAAAAATGATGGATCAAAGGAAGGAGAAAATCTCATGACTCATGG AAGTGGTAAATTCAGGAGATTTTGGAGGAAACCACCTAGACTTCCACCCCGGTTATCTCC TGATGAAATAATTAGTAGGAATAGATCCATTCAAGAGTCCATGAAAAGAGAGGAGCCAGA ATGGGTGGCAAGACAACAGAAGGTGAAAGATGCATTTATCCATGCCTGGTCTGGATACAA AGCCCATGCCATGGGTTATGATGAACTTATGCCCTTAAGCCATAGAGGGGTTAATGGTTT AGGAGGTTTGGGAGCTACAATTATTGACGCTTTAGACACGGCTATGATTATGGGAGCTGA TGAAGTCGTTCATGAAGCAGGCTCGTGGATTGAGAAACATCTTCCTGAGAGGATTGAAAA GAAAGGCCAAGTAAATCTCTTTGAAACTACAATACGACTTCTAGGTGGTCTTTTGAGTGC TTATCACTTAAGTGGTGGAAGTCAAGGGAGAATTCCAGAACAGAAAGGGCCTAATCCATC TATTTACCTGGAAAATGCTAAGAACTTGGCTGATCGCCTACTTACTGCTTTTACAGCAAG TCCATCCGATATTCCATACAGTGATGTAGTCCTGCGTGAAAAGTCTGCACATCCTGCTCC TGATGGTCTGAGTAGCACTGCGGAAGTTGCAACTATACAGCTTGAATTTAATTATCTTAG TTATTTAACAGGTGATCCAAAGTATAGCACAGAAGCCATGAAGGTTCTACAACATATAAA GACTTTGCCAAAGGTGGAGGGACTGGTCCCTATATACATTAGGTAAGTAACTAAGATCGT ATTTTCCTATGCCAGCTTGTATAGGCAGATGCTTGCCCTCGGAATATCTGAAAAGTAATT ATATCATGTTCTGCAATAATTCCAGTATCTTGAAATGCGTCTTGTTGACCGGTAATTCAA TGCAACTTCTAATAATGTAGGGCATTCAATGCAACGGTAACATAACCATATGATTTTAAA AAAGGCTTCTTTATGTTCTGCCTGTTTCTTTGTTTTATTGTTAAAGTAAATATAGCTTTC CTGACAAGATTAACTGTTTAAGAACATCTTATGATGAAGATGGTCTACAGTTCACTCGAT ATCTGTAGAGCCAATTAACTTCTACTATTCAACATGCAAGAAAACCAGAACAGTATTTTC TACATCTAGTTGTATATGTATTGCTGGTTACTCTTCTGTCTCCTGATTCTAAATTCCTAC TTACAGTTGCACTAAACTAATTTTTCCATTGCCAATTCCTTCTTCACTGTATCATGTTAG AAAAATGCTTTTGTGCTCACTTCCAGAAATCCTGCATATAATTTGCAAGACATGTTTCAA AATTTGAAACACAAATCTTTCTTGCCAAGGATCCTTAAATGTCTTCACTATTTGTTCATG ATTTCCAAGTTATCTAATCGTAAACGAAGTCTAAACCTAAATTTCACTTTCCTCTCCACA ACCAGAACATATGGGCATCCTTATCAGTACATTTAATTCTTGTTGTAGAACCATGCTAGA TGTGTACATTAGGATAGAATTAACCGGTACTTGTACAGGTGTAAGGTAGTAGGTACCTAG GTGGATTCATTGAGTTGCATGTAAGCTGGCTCAGACACCATTACTACCAAAGAAAGAAAG GGCATGTCTGCTATAAGCGAGTACCTTTATTAGTACACACACACACACACACACACAACA CACATATATATTCATGCTTCCTTAACATATTAAGACTAGCATCTAGTTGTGGTTAGGATC TCTGAATGGGTCGAGGTGAAAATATCTTGTTCACTTGCTTCAGCATATGCTTTCACCGCC ACATCTTTCTTTCCATGCTCAGCCACTTCAAGTGATACTTCACCATTTCTTGTGCCATGT AAGTATCTCAGCAAAAGCTGGAATTTAACCCTGCAGATTACATGTTTAAGAATGGGTGGT TTTTATATTTATTTATTCTTACTTGTCTACTGTTGGATTAAGAAAATAAAGAACTGTTAT ACCAGTTGACTCATCATTTGAGCTTATGATGATGTCAGCCCTCAATCCGGACAGTTTAGT GGAGACAATATTAGACTTGGATCTCGTGGTGATAGCTATTATGAGTATCTTATCAAAGTG TGGCTTCAGCAGAAAGGAACTAACTTTTCATACTTGTACGATATGTATGTCGAAGCAATT AAAGGTGTCAGGCACCTTCTTGTTCGCAAATCTGTTCCAAATGGCTTGGTCTTTGTGGGA GAATTGCCATATGGGCAAGAAGGTGGTTTCAGTCCAAAGATGGATCACCTGGTATGCCAT TTCTCTTATTATTCTTTTTCAAATATACTTCAGCATTGTAAAGTGAAAAGGTCAAAATGG GACTAACAGGGAATCAGCTGCACGATGCCACAGTTAGCCGCAGAATTCTATTTTTTCCTT TTGAAAAATAATTAATCTTCTTAAGCAACATGGAAATCCTTTCCTTGATATGTTAAGCCA ATTCTCTATTATAAATTTCTTATGCTGATAGAACGTTTTTTTCTTTTCTTTTTCTCCAAA TTCTTCATTCATTTTGCTCGCTCAAAGAGTTCACTAACATACTAAAATCACTGGCCGTAA CTTTGATTTTCTTCTTCTGAGTGCATTGATTTATGATGGATTACAAGTTGCAGATATCAT ATAGCTTTACCTCACTAGCTAGGGTATACATTTCAGTAATGTGCTTTTTATTGAAGTATA TAATCTCGAATCTTAATTAAAGAAATTAATCTTCTCCTGCCTCTTTCTTTTCTATTCACA ATGAGACTTGTTTTCCTAAATGTATGAAAGCCGTATCTTAAATGTTGATGTCTGTTCTTA TAAGTTTGATATCATTTGACATCATCCGCAGGTGTGTTTCCTTCCTGGTACCCTAGCCCT TGGTGCTACAAAGGGGTTGACAAAGGAAAGAGCTATGAGAGAGAACTTGCTCACTTTTGA AGATATGGAAAACCTAAAGCTTGCTGAAGATCTGGCTAAGACTTGCGTGGAAATATACTC AGTAACCTCTACTGGCCTTGCTCCAGAAATAGCTTATTTCAATATTGAGGTGAGTTGAAA CATTTTTATTTCCTTCATCACTTTTGGCAACTATCATATTATGTAAGGTGGTGTTTTCAG TTTTCCTTTATCGGTCTTTTTTCTTTTCTTTTTTGAGGAAGGTGAGTTTTTGAAAGTTAA AAGAATTCTGTTGCATATCTTAAACTTCTGATCTGTGTTTTAACTCTTTTATGTCTAGAT GTAACACGGATTAATCAGTTGTAAAAGATGTAAGAATTAGGGCCCTTGTGCATTGGCTTA ATAAAAGTAGCTTCTAAGAGGGTGTTTGGATTGACTTAAAAGTTGGCCAAACCTACTTTT ATGTCGGTTTTTTACTTTTGGAAGTATTTGACAAATATAAAAAATAATTTAAGATAAGTC AAAATTGAGTTAAATAAGTTGGGAAGGGTTTGACAGACTTAAAATAAGTTAAAAACCAAA AGTACGTTTTACCCTACTTTTTATTTTTTGACTTAAAAGTCATTCAGGTTGACTTTTTAT TTTTGACGTATCAGCTACTTTTATTAAGCCAATCCAAAGGGGCTCTAAGTCAAAAATAAA AAGTCAAACTGAAATGAATCAAACCAATCTGGAAAACAATCAGAGTGAAAATGTGCCTAT CTTGACTTGAACAATCTAATATCATCATTAGTGAGATGCAATATAAATTAATGATAGTGT TCATATGTCTACCCTGACTTGAAGTACTATTATGACATAATTGGAAAAATTCTTGCATCA TAAATGTTTTTCTGGTATCTTGTTTTCTTCGAGCAGGGAAATTCTGAAGGTGGTCCTGGT GGTGGGAACAAAAGTTCGAAATATTTGAATGACATAATCATAAAGCCTGCTGATCGTCAC AATCTTTTGCGCCCTGAAACTGTTGAATCATTGTTTTATCTGTATCGCATTACTGGCGAT TCAAAGTATGTTCTTATTTTAAAGTTGTGTACTTTTGCTTTATGGGCTTGAACAACTAAG TTTGTTAACTTTGTGGACTCTTCTTCAGGTATCGTGAATGGGGCTGGCAAATTTTTGAGG CATTTGAGAAGTACACTAAGATTGATTCTGGAGGTTACACTTCTCTTGACGATGTTACTG TTATTCCTCCACAAAGAAGAGACAAGATGGAGACTTTTTTCTTGGGTGAAACACTCAAAT ACATCTATTTGCTGTTCGGTAATAGCACCACGATCCCTTTGGATGAGTATGTATTCAACA CAGAAGCTCATCCTATTCCAATAATTTCTAGAAGTGTATGATTGATACTTTGCTTGCAAG AAGAAATATTTTTTCCAGTATTAGCGGAGATTCAGATGACCCAAGAGAACATGTTTCAGC AATCTCAGATGGCATTTTAATTCGTTTAAGTCGGTTCATTAGGTTGGAAGTGACCTCATG GAAGCTTATTCACAAATGTTCCATTTAGATGAAGCTCCCTGAAATTTCCATCTGAAACTT CTACTCGAGTGATACTTGAGGCGGGGAATTTTCGATGAACATCTTGTTTGTGTAGTGCAT ACAGAGATAATTACAATTTTTATTCAAGTGTTAAAGGCTTAAAGCTCTATGTTGTTATTC AGGGAAAGAACAGGATAGTGTAATCCTTCTGTAGTAAGTTGGAACTTATTCTTGTAATTG ATGTATTACATCTACAGCTTTGATTTCTCCCTTTGGAGATACAAAGATTGAATCATTTAG CCTAACATTTACACAATGAGATCAATATACAATTGCTTTGAACCTCTTCTCTACACTTTT GATTCGCGATCAATGATGATTATATTCTATGCTCAAGCATTTGTGTTAAAGGAAAAACAA ATGGTCGCCATCTCTGACAACATCAATGTCATCTATTTCAGCATCCTCTGCATTTACAGC TCTCTGGAAATCACAACCTCCAAATCTTTGACCTGCAGTTGGAGGAAGCTCCAGAGTGAG AAAGAATGATCGGCGTTCTTTCAACTTTCACAAAATGAAAGGTAATTACCTGCTACTCTG AAGAGCTCTTGTAGTGAATCAGGTAGAATGATTAGTTTCCCAAACTGGTGATGCAATGGT TCTTTCTTCATGTGAATGGTGATTCTCTTCTTATGGTGGGTAGATTTTGTCCCTTGAGAG CCACTTGAACTGGTACTACATGTGGGTCTTTTAAGGCAAGAGTTGGAACAAAAGGGGACC TCAGGCTTCAGTTGACAGCTCTTTGTTCCCTCATCTGGTCCAATGAGCTCTACATTATGC TCACTTAACTCACTCTTATTTTCAAGATTTATTGACAAATCATTCATGGTTTTGTTTACT TCTTGTCCATCATCTTTCTCTTGCTTCTTAACTCTAGCTTCCAAATTATTGATATCTATG CTAGTAAGTGTGATATCATCATGCCTTTTGATTTCTGGTCCTGCGTTTGATTGGTGGTCC ACATAACCAAAACCTCCAAATCCCTGAAGTTTCTGATTAACAAAAAGAACCGATTTGTCA ATTTCGTTTTTTTTTTCCTAAGCAATAACAACAGTGGATGATTTACCAGTACATAATCTG GTTTACTTACCATCAATAGATTGTTCATAATTATCCGTTCATCTTCTGGATTTGCTCGAA GAATGTTCATCAATGATGTCCTGTTTAGCCTTAGAATCTGAGAAATCTCGGTGGTTCGAA CAGCAAATGGCTGTGGTCTCCCACATAAAACACCTATTTCTCCAAATATTTCTCCTGCAA CAGCTTTTCCAATTGTCTGTTTGGGAACATGATTGAGAAGAGAGATTTAGTTATATATCC TAAAGTTGACACTTAATAATAATAGTTACTATGTAGTAATATACATACTTGCTCTAGCCC TTCAATCTGTGCTATAAATTCCTGCAACAATAACATATAACATACTGATTAACAACATGA CAAACACAGCTTTAATAGTATGCACAAAATCTATAAACTAAACTTACCACTGCTCCTGAA ACTATTATATACAGATCAGTTGGTGCCTCATTCTGCAAAATTACGTCTTGCTTCGGAGGG AAGTATTCAGCTTCCATTTCAGGAACCTTAGAAATCAAAGTATCACACTGTTAAAACCAA TGCAAGAGTGATCGAGAGAACAAAAGAGACGGCAAGGGAAGGGGAGAAAATTACCAGTTG GAAAAGGAGGTTCCGTGAAACACCTTGGAACAAATGAACATTTTGAACTATAGGAAAAAA CAGATGGTGTGCAATGCTTGTTCTAATGGCTTTAGGCAGGCCATTAAGAGTCTCTTCTTG TTTCAATGTTTCTGTTTTGAACTTGAGACACATGTGAGACAAAACCTGATCTTGCACTCT TGGAGGCAACTGATTCCTTTTCGCGAATTCTTGAGCTGCTTTCACCGTCTCCCTCTACAA AAGAAACAAGACTTCACAGGTTTAAGATGAAGAACACGCGATATACGGAGACAGAGAAGG AGGAAGAAGAAGAAGAAGCATACGAAGTTTCTGGTGCGACTAGTCCAATGAACAACAAGG TTAGTCATGTTTCCAATTAAGTACGATGTCAATCCCAAGTTGAATAACATGTAAAAGATG TCAAACAGCATCTCTCTTGAGTTCTCAGCATGCAAGTCTCCATAACCGGTTGTGGTCAGC GTTACAATAGACCAGTACAATGAAGTTATGTATCTATCCCCAACACTTAGTTGCTTGAAA TCTGGATATACAGCACCAATCCATGTCTTTTTCGGATCAGGATATCTATCAGCAATCATA TAGTTAATGCATCCAGCACAGTGAACTGCAAACAATGTCACCTGAACTCCAAACAAACCA CATGTTGCTTGTCAAAAACATATTTTTTAAAATCATCTTTTTTTAAAGCATGGATAGGAC TTACTGATACGAGCTTTGTACATCGCGTCCAGAAGTAGTTGAACCGGATATCCTTCTCAA GTCTGAAGGAAAGCAAACCGGCTTATATATGTGAGTTTTTTTAGCATTGATCATAATTCA TGATGTAGAAACCAAATACAGTGTGGTATTTTGGACCTTGCAAACAGGGCACTGACTCGT CTGAGACGCCATAATCTGAGCATGCTGAGCAATCTGAATCCAACTCCTCCGCTTTCTTTA TGATCCGTGAAGACGAGTATCAACGATTGGAATGGTACAGTAGAACATACATCGAAAATG AACCATGTTGACAAGTACCTGTTTACTCACATTGACATATAATTAGAAATTTAGAAAATC TCATTCCCTCTGTTTATATATGTACATAAAGATTGAATCTTTAACTATACCTTATTGCTA TTTTCTTAGGTTCATCAACAAGAAGATAAGACTCTGGATGAAGATACGCGACGAAGAAAG TAAGTAAAATGTCAATAGCAAAGAAGCAATCAACAATGTTGTCAACAATGAACAGAGTAT CATCTTTCTTGTATGACAAGAATGCAACTTCAAACAGAGAAATCCAAGCTGTGTAAATAA CCATAACAACTAGAAACATCTCCCAACACCTGAAATCATAACAATCATTAAGTTCAAAAG CGGAAATGTCAATCAGTCGATCAGAGTCATTTTATCTTACCTGTAACGTGGATTATAAGG CGAAATGATGAATCTTCGGAGTTTAGTAGCGTAGTTGATTCGAGCTCCAAGTGATGGTAG AAGATCACTAGAGAAAAAACCACTATGTGTGGTTTCTGTATCCATTTGGAACTCCTCCAC ACAGAACCGTTGTAAACAGTTTTTAGCATAAGAAAATGACATTATTATATATTGCTGCTT CTTTTTTTTAATTTTTAGAGTTTCTTTGAAAACGCGATATCTAATATTTAAACTAGTTAT TTTTTAGCGCGTTTATATATATAGAGGATGTAGTTGAAGAAGTAGTTGGGGTGATACACG GGTCAAGTGTTTCTTTATTGTGATTCTTTTGAAAAAGCATTTAACTTTAAGAACGTGACA TTGCTACTTCTTATGGTATCTTTCCACAAGTGAGGTCCGGAGAAGGTAGACTGTATGCTG ATCTTACTTTAGGGTTCGAAGAAGGTAGATCGTATACCGATCTTACTGTAGACTGTATGT AGATCTTATTGTAGGGTCCGAAAAAGGTAGTTTGTATGCAGACCTTGTTGTGGGGTCCGG AGAAGGTAGATTGTATGCAGACATTACGGTTACCTAGTGGAGATAGCTAGAGAGTCCCGT TTTCAAAAGCTCGAGTGTGCAAATGCAAGTAAAAAGGAGAAGAAAAACATAACGATATCG AAACACAGTAAACAAATGACGTGGCGAGATATAAGTTATACGGTTGTTGAAGTGGCAGAC ATGATTTTCATGATAATAATTCAGGTGCAAATGAAATTTTGTGAGAGAATTAAGAGAAAG AAAAATGGAAATAATGTTGTAAGATTTTTGGGGGAAAATGGTAATGGTGGTGGGATCTCC ACCAAGATAGAAATTTTAAGAATAAGCATTTTATTGTAAGGATGGAATGGAATTTGAGTG AAAAAACAGATAGGTGTTTTTCATTTCATTTTCTAGAATTGGACCAACAAATCACAAATA GGATTTGGGGAACTATTTTGTGGAAAACACGTGGACCAATAAGAAATCGAATTCCATGTG AGAAAACTTTAGTTTTTTTTACAAGTAACAAAAAAAAAATCTACTTCCTTTTTATCCTTT CCTTTTCAAATTTAAAGAATCAATTTTTCTAACCTTATGTTATTAATAAAGTAGTTGTTG CTACAATGTAAGTTCGATTTTTTAAGTTGTGATCATGTCTTAAGGGATACAATTGGAAAT GACGTTGGACTACGATATTCTCATTTGTACTACACCTTTTCCATTTCGAATTCTCTATTG AAGTTGTAGACAGAATAGTTGACAAAATTTGTAAAAGGTCGATAAAATCGTAGAATGATT TTATTTGGAAATTGAAATGATGCCCATGCCTAACAAATGTTGTTGTGTCTTCTCCATACA TAAGGTTCCATGTGGTTGATTTTTAGAATTCATTGAATCCCTTTTGGTATTTTAAGTCAC AAATTGTATCATATATTACAAATTTTGTTTTAGTTAATGTTGGTATGGAATGCAAAATGA TAGAGACGGGTGAAGGGTTGGTTCATGCAATAAATAACACGCCCACATGCATAAAATTTC TTAGAAAATGAGGTGTTTGTGAAGATGGGTGAGATTAAATGGAAAAGGATATAGTCTTTA AGTTCTATTTAATGATGATGATTAGGGGCGGAGCCAAGTTAGGTAAGATTTAAGGAGTTT ATTTGAATCTTTTTCGATAAAAAAATATGTCGATTGTTATACAATTAAAATTATTTTTAT ATATAGTAAACGTTGAATAATCTTTGATTCCTTTATGTATGTAAAAAAAATTTATATTTT AAATTTTTTAATAAAAATTTCTGATTTCATCTCTGGTGACGATATCATCATCACGATGAA AGAGAATATTAAGGAGGAGGAGGACCCCATTTAGTAGGGCTTAGGAGGGGAATTTTATTA TGAAAATCACATTATTTGGGAAAGATGTTTTGCCGACTTAATTTGCACTGTAGCAAAATT AAACTCCATTTATCAATCAATTACAGTAAAGCGGTAAGTAAATATTTATTTTTAATCAAG CTCAGTTTGAATCTAATTGAATACAGTCATCTTTGTTAAAAGTTATTTTATTTTTCAGTG TACGACTTTTTTATATGAATTATATTTTTTACATAAATTTAATGGAGATAAAAACCTTCA TAATGTGTACGTACAAAAATAAATCGTAACCAAATAAATTTATAAAATATTCTAGAATAA TATGGTCAAATCGATCAGCAATAGTGACATACAAATCGAAGGATCACACATACGGTTGCT TAATTATTAATCTAATGCTTTTAAGATAAGGTTCTAAAAGTTTGGCGAGTCAAAGTAAAA TTTTGTAAGTATAGAAAATTTTGGTTTTTATAAATTTGCTCAAATTATCGATTTAAAGTT TGAATGTAAAAAACTAATCACAATCAATATAAAATTAATCAATTTGTGAGGAATTCTAAT AAGACAAGCCATCATTATATTCTCGAAAGAACTTGTACTAGAAACCAAATTTAGTTTAAG AGAAATTTTGGGTTAAAATTATCAATAATTTTAAAGTACGTTATGAATGAGATTATTTTA ATTTTAATTAATAATTTTGTATTTGAATTTTAGATATGAAATTAACTTTGATAACGAGTT CAAATCTCGAATGGACTCCTAGCTAGCACGAATATAGAATAGTAGGGCAAGATTAAAAAA AAAAATCGGATAATAAGAAACTTTTAAAAAAAAATAAAAAAAATGTATCAGTAGTATTAT ATTTTAGGCTAAGGAGCTATATTTCTCCTTAACTTGAAAGATAAGTGTCATTTGCACTTC CGTTTACATTTTATTTTAAGCTGGCCTTTAATTTTTATCTATTAAAAAATAATTAGATTA TATAATTATTTTGTTGGATGTAATTTATACTTTTAGATTATAATATTTCATAATGATTGT TTTGCTAGAGGTAAATAAATCCAACTTTTAACGACAACATAAAAAATTAAGGCTGTATTT TATATAATAAAAAAATATTTTACGAGGGATGAGAGTTGAGGGAAGAAACAATAAACTTAG AATGTATCAATCAAATAAAAAAATATTTTTTGAAAATATTTTTCTCCCTCCCTACGAAAC ATACTGAGACACCAACTCGTTTAAAAGGCAAAAATGCAAATAATTCTTTACATGACCTAA TAGTAGCGTCACAAGTGGTCCAAAACTTATAAAGAAGAATAAATGTGTAAAGTCTCTTTC TTCTTGTGTAAAAATTAAAACAACAAACTAAAATATGTAAAGAATCTAAGTCTCTTTTAA CTAAGACCATAGAGTAAAATATAAAGGATATCCTCTATTTGTGGTCTAGTATAATCCATA TAGGAATTTACCCTACCATACATACACAAAAATTATTGTTTAATTTCATCCTCTTATATG GAACAAACAACTCCACCTTATAAATAAAAGGGAAAATGCACAAGTACCCCCTCAACCTAT GCCCGAAATTCCAGAGACACACTTATACTATACTAAGGTTCTATTACCCCTGAACTTATT TTATAAGTAATTTTCTACCCCTTTTTAGCTTACGTGGCACTAGTTTGAAAAAAAAATCAA CCATCATTGGGCCCACAAGATAGTGCCACGTAGGCTAAAAAGGGGTAAAAAATTATTAAT AAAATAAGTTCAGGGGGGTAATAGGACCTTAGTATAGTATAAGTGTGTCTCTGAGATATC GGGCATAGGTTGAGGGGGTACTTGGGCATTATCCCTAAATAAAAAAACAATGATATGGAA AGTGAAAAATAATTGCAGAATTGTAATAACTTAATTGTAGTTAAAAATAAATTTTTAGTA ATATGTAGCAATTTTTGTAAATATCTTCAAAGCTTATACTGACATTAAATTCAATATCAG TTAACTAATATTAATAAAGATTTTATCACTCTTTATTAATATTTATTTATTACAAGTAAA AACTGTTTTTTAGTTGCAATGGGCCAAATAAAAATAAAAGGGCAACTTGCAAACATAAAA TTCAAATTTGTATGCTACAGCAAAATTTGCATAATTGCGCTCCATAACAAATATATAAAT ATATAATTCGCTATACATATAAAACTGAAAGCTATGCCCATTTCGTTGTAATTATAAGTG TATAGGACGGAGATATTTGCATTTGCATGTGTATATAAAATTTTCTCTCGCTTTATACAA ACAGAAACACAATATATACAATTATGTTGTATAAAGCAAGAGAGGCAAGCGACACTGACA AACAATTTGTTAAGAAACACAAATAAATTAAACTATTTGCTAAGGAACACAAATAAATCA AACAGTAGCTACTGTATTTATTTTACATTATTAATTTGCTATTCTATACAAGCAAAAGAC CCATACGTAAGTAGAAATTATATGTAAGAAAATAGATATACCAATTTTAAATTTTTATAT CATGTAAAATTTATTAACTTCATAACAACCAATAATGGACACGTGATATATATGCAGCAT AGTTTTCATGTAATCTCAAAAATGTGATGTGTATAATTGTAAGAAATAACTGTAATATTT TCAAAATTCACTCAGAATAATATGAAAATACTTCACTTTCTACATTCAAATGAAGTGAGG GGTAACTTTTCTTCCTTTTTGATTTAAAAAAAAAATCTATTTTTAATAGTATCAAATACC AAAAAGTAACTTTTCTTGAAAATAATAAATATTATTATTTTTTCTCTAAGCTTATGCCAA CGAAGTTGGATCTTAAATACAAATAGTTTCGTATTGTCAATGTCAAGAGATATGAATAAT AATAATCCTTGTCTTTTTCTTTTATTTATATTTTTATATTTTTCGATCCGTTAACTTTGT TAGTAGTTTGCCCTTTGACAAGACCAACAAAATAAAAGTTAATCCTTTTGTTTTAATTTT TTTATATAATTAAAATTAAATATGTGTTAAATATATTAAAATATTTTTTAATTTTATAAT CTTAAATATATTGAAAAGATATCACCCTTTCAAAATCCGACTAAAAAAATATTGGTCAAA CAAATGAAAGAAAATATTTTTGATATATTATTTAATTCAAATAAAATATTTTAAAGTGAA AATTGAAAAAGATTGGGCATTAGAAGAAAAAGGATCTTCTTAGATATAACTGCCACGTGC ATCACATGTGAGAATTAGTGGGTGTAGGTTCCATGGAGTTGGGCTAAGTTTGGCCACATC CACTCCACTTGTTTCCTAAGTTACAATTTAATTAGCCCACTTGACATCATATCCATTCAT TCACGATCCAAAAATTCGAGTCATAATGATATTTATTAAAAGCTATTAATAGATTAGCTA ATTTATATTTCGAAATAACAAAAATAATAAGTATATCACGCAAAAAATTGGAAGCAATGG AATATAATAGAGAAAAAATAATAAAAAAGAGAAAAGACGTAAATATATATATAAATCTAA TAATTATACTAAAATTTAATTGAATTTAAATTCGTAAAATCAATCTCAAAGGTTGACCTC GACACCTTCTTTATATTGGATTGCTAAAGCCTAATTCCCAAACGAAGTGTTTGGCATGTT ACTAATGCAATCAAAATTCCGACGTATTTAATAAGTTTGGTTTATCACTCCTAAAACTCA TTCATTTCATGTAATTTAAGACATAAATTATATTTTTTTTATTTGATATTGATATCTACG TGACTAAATTTGAATTCATGTTGAAAAGTTTTATATTAAGAGATAAAACGCTCCTTAAGA AAGGTGACATTGTACCCTATAAACTCAAACCTGAAAACTCTCGTTAAGAATAAAAATATA TTTACCGCTCCGTATCCTTCGTCATTTCACAACTTGCCCTTCCCTAGCTAATCACCTATA TATCATATTGGCACAATCTTCATTGAACTTTGTAGTTCAATTTGGTAGGACCTACTCAAG ATCCTTGTCAGAAACAACCCCACACCTAGGGAGTCTCTTATTATCCTTTAATCTCCATTT CTCAATCCATCCCATTTAAATTAATTAATTAGTAAATACATTTAAGAAATTAGTACTACT ACATACTAATTAATTAATTAAGCCTTTTTCATGCTAGAATAAAAAGGCTAGAGTAGTAGT CCCCAAAATAATAAGTTGGATCCTTTTCTTGAAGTTTCAAGAAGGTCAATTTCTCTTGAC TTTTAGTTAAATTGGATGAATAAAGAAAACATTTGAGAAAAATCCTCACCACCAGACCAA AAAGTCTAATCAAAGATAACTTATTTTAATCAAATATATTTATTAAATTATTACTTGTGT AGACACATAGGCCCAGCATATAGTATATGAGATGATAAAATAGAATATAAATTTTTATGT ATTCTCTTTATGAAAGTCAAAGTCTTTTTTCCATTTTAAAAATCTCTTCCCAATTATTTG GAGTTCAGACAAAAATAACAAAGGACAAAAAGAATAAGAAACAAAATGCAAATTTATAAA CTTGAAAAAAAAACAATGTCTCTTTCAACTTTTTTTTTCATTAACAATAATAATTTGTTT GTTTATTGTTTTTTCAACTTTCTGGATTAGGTCTTTTAATTATTTAGTTGATTAGGGTCA TACTCACGAGTTTAACAAAATTGTTGAATAAAGTATATAATATTTAAGTCAAAAGTGATG CATGAATCATGATTAAAGTTTAATTTGGTAGATTTAATTAAGAGAATCACAATACTCTTG TGATTATTTAACCCCTATAAATCCTTTTCTGCCCAAAAAAAAAAAAAAGGAGAAAATCTC GTGAAGTGCAGATAATTACGGGCCTAAAAACGGGATGCTGCACACCGTGGTCCTCAGCAA AAGTTGGTCCAACATAATTTTTTCGATTCGATCCGACTGATTCAAATATATAAATTTGAT AAAACGCAATAATTTTGGTTCAAATTCAATATATAGTTATGTTTGAAAAATATACTAACT ATAACTCATTTACAAACACTTGAGTCGTTGTCCAAGAATTTAGAACCAATAAAATTTAAA TTCAAAAGTTGCTTATGATCACTATATTAGAGTTTGAAACACGTTATACGTCAAGAAGTT CTATACTTTCAAAAATTGAATTTGAAATCTCTGATTAGCTTCCATTTGATCAGATAAATT TTCAAAAACTACTCACCGGTAAGGATGTTCCTAGATATACCTTCTATGAAAGTACTTTCC AATAATTTTGTCTATATATATCATCTCTATGGTCTTGTGGTCCTTTGACTACAAAAAAAT GCTTCACTATATCAAAATGCTCTCTTAGAGAATCTAGCTTGGAATAATATTTTTGACCAT TACCTACCTATAGTTTTAGGATTTTAGAATTTCAAATCATTTTAAGAAACTAACCATAAC ATTTCTTAACTAATTAGAACTTCCTAATCATGCAAATAACATGTTAATTTATTTATTGGT TATAAATTTAATCAGCATTTTGAGCTCATATTGGTGATCGGCGGGTTGCGTATAAAAAAA TATATATAACACTATAATAACTATACATATTAATAAAAGTGTTAAAATTTTTATCGACAT TAATTAATTGTCATTAAATTCAATATCTCTATAAATTTTAAAAATATTTACAAAAAGTGT TAACTGTTGCTCGAGAAAATGAGTTGTTTGCCTTGTTTGAGAGGTCCCCATTCATAGTAC TATTATTATATATGATGATCAACTTGTATGTACCAGAAAGACAGTAATACAGATAAGTCA CGAGCCTTTGCTTTGCCTTATTATTAGAAGATATTTCTTTATTCTTTATTATTCTAAAGT AACAATATCCTCTCTTTTTTTCATCGAAGAAAAATTATCAACGAAGATAGATACATCATA CATGCAGTACTCAAATAATAAACGCAATAAAATAACTTTAGAATTTATTCCATGTTTTAC GATGTATTTTTTTTATAAGATGAATAAAACACTAGTACTCAATCATTGAAGTACGATAGA AAGGTACTTTTTTGCACTCTTTAATCCACTTCTAGTGTGAAATCGATCTTGCCTTGTACA ATTACGCAATAGAAAAGATTTCAATCAAAATAATAACCTAAGTTCACGTAAACACAGAGC TAGAGTTTTAATTATAAATTCAACATACATAACCTTATAATATACAGTATCTTTATAACA TTCACATTATATGTATAAATAATTTATGTACAATACATAAATATAACCCTTAACTTAGTG TCAGCTGATAACTATGACACTTAACTTTGTGTGTGCACGAGTAAACACTTAAACTTGTAT AAAATTAAACAAATAAACACATTCGTTCTACATGGCACCCTACATGACAATTTTGAGTCC TATGTGGCATCCTACGTGTATTATTTCACGTAAGACACATGTATCAACTTGTTCAATTTT ATATAAGTTTAAGAGTCTGCTGAAATCAAATTAAAAATCATGTCTATGTATTATATCGTT AATTTATTCAAAAATTAATAAACTATCAAAATTTTGAATATGTCTCTGCTCCGACGTGAA GTGAGAGGGCAGGCAAGGACCAAGTTGATGGAGATTAGATTCACCCAATTGCCTTCTTTC ATCTATTATTGCATGTAGTCAATAAGGCACCCACAGACTAGTGCTATTCTGGTTTAGTTT TCCAGTGTCAGTTCATGTGAAGAGCCACTTTCATGGTCCACCCACTAGCTCTACCCCTGC CTAGCTACTTTAGGCCTTACTTATTTGGATCAATATCAGGAAGTTTTATTCGGGGAAAAC GTTTTTTAAACGATATACATAAATACGATCTATTTTTAGAATTTAAATTTGAACAGTTAA AATGAGTTACTTATCTTATTACAATCTCTTGTGATATTTCATATGTTAAGATAGCACATT TAAATTTGACACGAGTTCAATTTACCTGATGATTAGGATGAGAATAAATACATGATTTTT TTTTTCATTAAGGAAATTTTTTAACTTAATTGGAAATGAGTGTTTGTTTTTGTTTGTTTC TTTTAAATTAGATAAGACAAATAATGAATATTCTTGAGGCTAAGTTTAGCCATACCCATG GGTTGTGGTCCTTTGGTTTAACCAATGAACACTAATTATAACTATTTAAGTTGAAAATGA TTGGAAGTGGGACCATTTTGCATTTATGTTATGTTAGCACATTTGATCTTGCATTAATTT GAATTAGAGTACGTAAAAAAAAAAATTAAAAAGGAAAACTAAAGTTTTAAAATATTCCTC CTTCCTATTTTATTTGTCACAGTTTAACTTCGTATATTCATTAAGGAAATATTTATTTTT ATTATCAGATGATGTTCAGTATTAAGTCTTTAAAGAATATTATGCATTCCTTTTATGGAA AACTTCATTCCTTAATTTTTCATTATGATTAGCTAATTTAAGTGATTAAAAAAATTTAAG TTCGTAAGCTAAATTATGATATTGTAAAGTTGAAGGTAAAGGGTTCTTTCGTTGGAAACT TACGTAGATATGCACTTTCTTTGATTTCGAAAATAAATCAATCATTTTGGTGATGAAAGG GTTTGTGGGGTTGCAACACAACCCATGTGTTTGAGATCCAATAAGATAAAGCACGTGCCA GATGTTCCCCCTCATGTGTTGGTCTTCTTTCATGATTTGATTTTTTCAATTAGTGCAAGT AAGGGTCCATATATAGAATGTGACATTAATTAATTGTGTGTTTATTCAAATTAAACACTT TTTAAATCTAAATTTAATTATTATTTTCATTGTTCACTTTAACTTATACATTGATTTAAA AGTTTTCTATTAATTATTATTTTCTAAGAAATGTCAATGCTCAAAGTAGTCAAGTAAAAA TGAATGAAAAAAAATGAGAAAAGACATAAAGCATCATCAAAGTTGTTCCGTTTTTGCATA AAGATACTTTAACTTTTAAAGTATCCTATCACCCCACAGAACTATTTAATTTCTTTGTAA ATGGACCATTTTGACTCATTTCCTAATCTATGTAATGGTGTGTGTTGCTCAACTTCCTAT GATATAATTCAACCCGACCCGATCCTATTCTTTGAAGAAAAGTAATCTTCTCCTTTCCTT TTCTTCTCAGTTTGGCATGCACCTTCAAAAAAAACTTCCATTAATTTTTCTTCATTCGAA TTTTTTTATTCAACTATGGAGTTAGGTGACAAGAAAATATTGAATGTGAAATTGTTTTTA GTTGCAACCCTTTTGGTAGCAAAACTCATATCTGCACTAATTATTCCCAGATCTAAGTAG CGCCCCAAGGGGGATCTGCCTAGATATTGCATCAACTAACACAGAGTTTCTTCCTCCCAC CTTCACATTAATTTTCAGTGATAAACTCGTTTCAGGTCATCAAAAAGAGAGCCATTATTG TCTAGAAAGATAACAACCAGGAGATCAAGCTTCTTCGATAGCGGCTGCAGCTTTGTCCTG GCATCATGAAATCGATTTTATCAGAATTCGGGTTGAAGTTCATTTGAATATTCCACACAT TTGTGCAAGCTCAAAACAAAACCATGTCAAAAATGAGGACAAACAATGATTATTTTGGGT TTAAATTTGGGGAAGATGACATAAATTGATTAAATAATTAATAATAAAGAAAAATAATGA CACATGGCACCTTTAAACTGGTACATGGTAGTAAAAATATTGCATGACGCGCCTCATGTG CGTGGTAACAACCCAGACTTGAGAATGGGTCAAAATAGTCCATTTACAAAGAAATTAAAT AGTTCTGTGGGGTGATAAGACACTTTAAAAGTTAAGGTGTCTTTATACAAATACGGAATA ACTTTGATAGTATTTTTATGTCTTTTCTTTGAAAAAAATAAATACTTTATGTATTTATTT GATGATAATAATAGTATCGAAATTTAACAATAAATTTCTCTTGATTTCAAAAGACGATCG AGTAAAATTTAATTGAAAATTAAATCGTGTATTAAATATATATTAACAAAAGACTACCAC ATAAATTAAGTGGGTGGGGGTGGGGGGTTCTAATTAACTACGTTCGATTAGTATTATCTT GCCTAATTAATTATAAGTAGTTGATTTGACTGTGGCTTGTACAAAAAAATCCAAGCAGAT ATTTAGGCAATGATGCTGAATTCCACAAATATTCAAATTCTTGGTTTATTGCCTAATTAT CATGTCAAAATTAGGAATCTTGTTGGGTTACCTGTCGAATGCAAACACAAAGTTATGTGT TATATTTTTCTTTTTGTGTACGTGGTCATCGATGGCTGCGTACTAAGCTAGTTATCACGT AAACTAGTTAATTAAGACAATAATAATTGTCATTTCTTTACATTATTGTATATTCAACGT GTCTCAATATATTCCAATTAGAATTATTATTTGCGAGTTATATTATTTTGATTGAAACTC ATTTCAGTATTAATTTATTAGTAATTCGTAATCAACAACTCATTAAATGTTTAATTTCTT AAACATCATGATTCAATTTTGTAACCTAGGTTGACATGATTGAAATATGCTTGCATTTAT CATTTATATCAGAGTAAAACATATCAAGCTTAATTTTAAACGCTAACTAAAAATAGAAAA TATTTCGAAGGTGCTAGCTGCCTATTTACTGAGCACAACTAAGTGCTGACAAAAAAATAT ATTATTTTGAAATTAAAACTAGCTAGGTATACATAAAATGAGAAATATAATGTACAAGCA AAGGAGACATAGTATTAGAGGATTGAGTTCTTTTAACCCTCTCCCCATATTCGATTAAAA AATAAAATCCATATCAAAATTCACATGGCCTATACCAAAAACTCAACAAGAGTCAGATCT GTAAATATTATGATGAGATGAATAAAATTCTATAGCTCTTGTTCTGAGAATTGAAAAGGT TTTATACAAAAAAAAACTAATTTAAACCAATTATAAATCCAAAATAAACATAAAAAAATA TTGAACGTAATTTTTTTTCTTTTTTTAAAAAATAAATCCAAATGAAGAAAGCTAGTCTAA GGCAGACAATTAAAATCAGATACTTGTTATTCAGTGCGGTCAAAATCACTAAGCGTTGTG AGGCTTGCACTTGATACACCACCAATAGGTCAAAGCAACATCATTGGAAAGTAGTCAATC ACATTATACGCTTCCATTTCATTTTACTTGACACTCGTTATAATTTGACGCTCTCTATTT ATTTTATAACGTTATTTTTATCAATAATACTCGAAAAAAGAACACAACTATTATTTTATG TTAATATTTAATGATCAACAAGGATAAATATCAAAAGAATAATACATAGCCAATGAAATC TTACAAGCAAGGTCTAGCAAGAGTATACAGACCTTATTATTATCTCGTGAAGATAGAAAA ACCATTTTTGAAAGACGAGCAAGTAAAAGAAAAAAAAAGTTATTTTAGTATAAACGTAGA AAGATAAAAGATATCGAAATCTTTTTCTTTTTAATTAAAAAAAAAAGAAGTAAAATAAAA ATAATACAAAACTCCACTAGCTTCCATGCCACAGCCTGCCAAGATTGCAAAATTGAAAAT GATTTACCAAAAGAAAATCTAGTGGGTCCAGGAAAGAACATGAGAATACTAGTGAGGCAT TCACCAAAATGAATCTCAAAATTAAGATATAGGTGTCGGTCAAAAAAAACACAAACAAAA AAAAAAGAAGTCAAATTAAATCAATCAGAATAACTATACCTAAGTATGAAAACGGATAAG AAAAATGTCATTTTGTTGAGATATATTCCAATATACATTCAAGATTTGGAATTATATATA GTCATATATACAGCTAACATGTTGCTGTAAAATTCAAATCAAATGACTTAAGATCTGAAA TAGCTCATAAACTCTTGCGCATTCATAAAAATCAGAAAACAAGATTTTTAAAATTTCATA AACTTAATCCCATAATTCCTACAAAAGTCATCAAAAAAAATAAAAGCAATCGCCTATTGT CAAAAATAGTTGATCGCCTGATATTCCTAACGATCGAATACATTGCAAGGAGGGTCAAAT CATTTTTCATTCAAAATTGAATACGTCGCAAATAGCCCTCGAATCACGAAAAAAATAAAA ATGCCGTGTGGTACCCCTAGATTGTTCTAGTGCTCTATTTTTCGTGAATCCACAAAAGCA AAACAGGAAAAAGAGAATGAGAGAATGCAATTAGTTGCTCCCACCACCTCAATCTTATGT CAAATTATTTAACTTGACGCGAAATTTAATAAAGATGTAAAACTTTTAAAACTAATAATT TAAAACAAGTTATAAATGTTTGCTTCACTATTAATCATTAATATTTTAAAATTTAATTAT CATCAAATATAAAAAAAAAGTATATTTTTTTTAAACTAACTAAAAACAAAGCGTGTTTCG TAATCACGGAGAAGAGAGAGAGAGAGTACAACGTTTAGTACAAGTAGTTATAATGTTCCA TAAAGGTTGAAACAGAAACCCTCACTCACTAATGAATTAGAGTATTCAAATGTGTTAATG ATTGAGCGCAATAAGCCACTTCTTTTCTCAGGTGAATATGCATATATTCATTTAATTCCC ATGTAAGATTATTTGCATTTTAATCATCAAATTGAAGAATATAAGCAAAAAAGGAAAATG AAAAAGTATACAACATGTGTGATGTTAAGAAAGTGCTTCTTGATATTCATGTCTCTTTAC AAATTAGACTCATCTAACGTATAAAATATCACATATGTATAATCTATGCTCTTTCCCTTG AAAACACAGCATATAATATAATATTATATTATATATATATAGTGTGTGTATATATATAAT ATATAAGTAAGTAGTTTCTACTTTCTACGACTTTTCCCACACCCAAAGGGTCGAGTGTTT CATTGATTGATGAGGGCCCAACAGGATGAGGTGACATGGGGGAATGTATAATGCATACGG CCTATTGACTAAGAGTCGAGAGTTTAAAAAAATAAAAAAAAAATTTAATTTATGTGATTC GAAACAAAAAATATGTGAAATGATATTATATTATTAAAAAAGTAACGAGGCACTTTTACA AAACCAACAAAAGTATTACTCATTCTTTAATAAATATACTTTTGATTTAGAAGAATTTCA AATTATAAAAAAAGAAAATATAGCAAAAACTAGAAGAATTATTTTATACTTGTGGTGTAA GACTGTAACTAGGAATAATCACTTTACGGGTCATGGGAGGTATATATATTTTACTTTCAA ATTTCACATATTAAGAAAAAGTTATATGTAAGATATCTTCTGAATAATGAATCATGAATA AAATAAAGGGAAAATTATATATAATAGCAAATTATTAATTCAAATTAAATGGTATAATCA TAATTTGATTTAATTGTACTAATAGCAAATTGTCGTTATTTCGCTTCTCTCTTGGTGAAT TTCGCTCACCACTCTCATTTTCTCCCGCGTCTCTCTCTCTTTTATCAAACACAAATGTAT AAAACGTGTTTGTGTTTGTATAAAGTAAGAAAATTATATATATATATATATATATATATA TATATATATATATATATATATATATATATATATATTCGTTTCCCTCTCTCTCCTCTCCCA ATCTCACTATCCACTCTCCCAATTTTCGCTCGCTCACTCACTATCTCACTTTATACAAAA ACACAAATGTATAAAGATTGTGTTTGTATAAAGCGAGAGAAAATTGTATATACATATATT TTTGTTCCCCTCTCCCAGATCTCGCTCGCCACTCTCCCAGTTGTCCCTTGCTCGCTCGCT TCTCTCACTTTATACAAACACAAATGTATATACAAATACAAATATATATATTTTCGTCCT ATACACTTATGATTATACAAATACAATCTTTCCCTGCTCTTTTTTTTTGTCTTTCTCTCT TTCTCTCTTTATACAAACATAGATTATACCATTGATCTTTTTGTATATGTATATCAAAGC AGATTATACAACTGCTTTCTTTTGTATATGTATAGCGAAATTATACAATTGTTTCCTTTT GTATATGTATAGCAAAATATACATATTTATGTTTGTTATGTAGCGCAATTATGCAAATTA TAGCTATAGCATACACATATAATTTTTATGTTTGTTATATGTGAAAGTTATTCTAAAATA AATTGTGGCATATAAAACTTAAACTCACAATTTAATGGTTTAATTTCATAGTTTTTGGTG CCATAAAGAAAGTTGGAACTCCAAAATTAGAGCAAGTACAAAGTAGAGAGTCCACTGCGA CAGAGTCATTGGGCTTTTCATTCTTTAAGGGCCTTAAGCTACGTAGAATCGTTTTGCCGG CCCATCCATCCCATGACGAGCGGCCCAAATGCATCAAGCATTGTCAAGGAATTTTAAAGG GAAAAACGATATGATATTCTTCTTAACTTTGTCATTTAGAGTTTGTTTAGAAAGTCACCT GATAATTGAATTTGGTACACGACTTAGTAATTACAATGACATGTTTGTTTGCCAGACCCT TAAAGTTGATATACCCTCATAATGAAAGTTATTCATATATATCTACTATAATATAAATGA CTCAGATATACCATTTTTCTATGACGGATTAAAAAAAACAATTAATTCTAGTTTAATTTT TATATTTTTTTAAAAATATATTCCATATGGTGTATATATGATCCTCCTCACACGTATACT TTTTTTGACTTTTTTTCAATGAAAAAATAAAAACTTATTATTTTGATAGTCAAATTTATT TATGTTTCAATTATTTTCTTGTAAAAAATTCTTATAGATGTCCCATTTTTTAATCTGAAG CATTTTTTAGGGGATCCCGAAACCACCAGTCACCCCGACCTAAATCATAATAGGTCCGTC ATTCATTTCCATTAGATAAGTGTCATATGTAAACTCCTTTTGAAATAATGAAGATATATA CAAGTCTTTTGTATAACAATAAAGGTATACGTGAGTTAATATCACACCAGAACCTAAATT ATAATAGGCCCACCATTCATTTCCATTAGATAAGTGGCATATGTGAACTCTTTTTGAAAC AATAGAGATATATGTGAGTCATTTGTATAACGACAAAGATATATATGAGTCAATAACATA TCGAGGAGTATATTAGTTATAAATAACATATCAGACAGAACTTTAGCATAACAACATAGA AATTTGAAATTTAGAAGTAATTATTTTCGATTATAAGATCGAGTGACAAATAGGCTTTTA TTTTTCTAAAGAGTGTGAATTAGAGAAAACTAAAAAGTCATGTACGAACTTTTGAATTTG ATCATCATATGTTTTGAAATAAATACAAATATCTATAAAAAAAATTATGCAAAACAAAAT TTAATGTTGAGCTATTGAACTGATCTTTCATACTGAGAAAAAAATAATTAAAATCTTTGG TTTAATTTGGCATCATCACGTTATTTCATTTCAAACTTATTAAACAGTGACTTGAGATTG ACAATATACATTCTTTTGTATTTCTATTTGATTTAATAAAATAATGCCATAATGTAAATG GTAATACAATCGAGCCAAAAAAAAATTGTGTCAGTATTAATGTGCTTGACATGTTTTATC ATATAAGCGTAAAAAATATCTCTATATTTACCGATATAATTGTGATATAATAATAGAATA TGAGTCCTAAATTTTAAGAAAATCACAGTGAAAGTATCACTTTCAAATAAATTCTCAAAT ATTCAATTTTTATCGATACTTTAATGCAAATCTCAAATAATTAAAAAAGATAGTCATCAA AAATTTAAATCTTAATAGAAAAAAAAAGTAAATACAATGAAGAGAAATTTTCGTCTCTCT TTTAAATTTTTTTTCGATATTTGTATCATGGAAACTATCAGACAATAATGAACAACTTGA ATGGCACTCACATTAAAAAATATATGCGAACATCCCAGCTGCATTTGTTTTTTCTTTTGG ACGGTAAAATAATATTCAATTGATATAAATTATTAGTTTTATTCTTAAATTATTGAAGTC GAGGATTGGTGAAATCGTATAAGGAGTTCACCCATATCATTAACGATATCGCCATAATAT GGGGTGTGTAATAACCTGTTTAGTCGTTTTGAACAGCAGATTTTATTTCTGGAAAAACAG GCTGAGGCGATGGACCCACGACGGACCGTCATGGGCACGACGGACCATCGCAGGGTCTCG TTTCAAAACACTTAGAAAATCTGAAATTGGGTACTGAAAATCGACTCTCTGAACTTCGTA ATGGAATGGCAGGACGGACCATCACAGGTGTGACGGACCGTCACAGACTCTTCAGAGAAA TTGAGTCTCTGAACTCTGTGACGGGGCAGCAGGACGGACCGTCGCAGGCACGATGGCCCG TCACAGGTTGCGTAATCCCAGTCGGAGTCGGATTTCTGTTTAAGTTTTAAAGGGGCGTTT TGGACTATTCCTGCTATAATTACATATTTCGTGGGTTTATATTAATAACTCAATTTCTTG GGGGATAAAAGAGGTAACCTTGAGTTAAATTGTGGGTTATTATTGTCATCTTTTACACTT AATTACATGTTAATTAGGGTAAAAGAAAGAGGGTTTGAATAAGAAAAATAGAAAGAACAA AAAGAAAAGAGAGGGGATCGAACGAGAGAAAAAGGGAAACGAAGAGGATAGCAAAGATCT TGAGGAATTGCTTGCTTGATCACAAAATCTTCGGTGGAGGTAGGTTATGGTTTCTCTTAC GATATTCGTAGTAAACTCTTAATAGCGAATAATATGTATTGATAATATTGTAAACCCTGC TATGTGTTTAATTGTATGCTTGCATGAATGTAATTATATAATTATGATTATATAAGCATG ACAAAATTATTGAATCCCAAATCTTGCAAAATCCTAATCTCTTTGTTAATAATGAGACCT TGGTATAAAAGAAGGCGTGATGAACTAAAATAATGGGATTGATGATGCCTTGGTAAGAAA GAAGGCTTGATGAATTGATAGAAGGATATTAGGGGATCGGGTGTCACGAACCGACACGTA GTATTAGGGGATCGGGTGTCACGAACCGACACGTAGTATTAGGGGATCGGGTGTCACGAA CCGACACGTAGAATTAGGGGATCGGGTGTCACGAACCGACACGTAGTGTTAGGGGATCGG GTGTCACGAACCGACACGTAGTATTAGGGGATCGGGTGTCATGAACCGACACGTAGAATT AGGGGATCGGGTGTCACGAACCGACACGTAGAATTAGGGGATCGGGTGTCACGAATCGAC ACGTAGAATTAGGGGATCGGGTGTCACGAACCGACACGTAGATTTAGGAGATCGGGTGTC ACGAACCGACACGTAAATTTAGAGGATCGGAGTGTCACGTACCGACACAAGAGGATTAAT GAATATGAGGGAGCGGAGTGTCACGTACTGACACAAGAGAAATAAAGATAATGAATCTTG AAAGATATTAATATACTCAATCTAATGAACATGGTTCCCAAATGAGTATGGTATTGAGGC TTGAGTCCTCATGTGTGAATTTGACGGTAATTGTTAATGATATAGTGCTTGTTGTTGCTA CATGTTGAGTATCATAGTTGATTTTATGATATTACTTGGTATATATTGATTTCTATTTTG AGTTGGCCGATGATATCTACTCAGTACCCGTGTTTGTACTGACCCCCTACTTTTATGTTT TCTTCTTTGTTATTTGTGGAGTGCAGCAAACGTGCCGTCGTCTTCAACTCAACAGTAATT CTAGCCAGTCTTCGTCACACCGGATCTTCAGGGTGAGCTAACGCTTCTAGCTTGGACTGG ATCTTCTTCTCATGTCTTGATGCCTTGAAGTTCCGGCATGGACTAGCTTTATGTATTTTT AGCTTATTAGAATACTCTTAGTTTAGTAATTTGATCATAGATGTTCTTGTGATGATGACT TCCAGATTTTGGGGATAGTAATAGTTATTGATTTTATTAATGAGTTTAAGTCTTCCGCAT TACTTCCTGTTGATATTATATTGAAATGTTATGGTTTAGATTGGTTGGTTCGCTCACACA GGAGGGTAAGTGTGGGTGCCAGTCGCGGCCCGGTTTTGGGTCGTGACAGGGTGAGACGGG TAGATACCACATTAAATTAGGTTTTAGGCCTAACTCACTAACTCATACCCCAAAAGTTAG CTCAAATAGAGGAAGATTGTTCAAGCCTTAGAATAAGTTCACCATCTCATTAAGTATCGA TGTGAGACTTTTGTCATTCTTTAACACTCTTAATAAAAATCTACAAAAATTAAAAACAGT TTAAAAACTTAATGAAATTTTAGGAGTGTATTTAACTCGTGTGACAAGATGAAAAATATT TAAATTTAATTAATCAGATAAGAAAATATTTTTTATAATTATCAATTATATCAAAATAAA TTAATAATTCACAATAAACTTAGGTATAATGAATACTTCTGCCTCTAAAATTTTAATCAT ACTTTCAATTAAAATAATTAAAATTTATTTTATCTTATTTTAATTTAATATCATCTCAAA TAATTTTAATCTACGAATCTTAAAAGTCTTCTTGTTGTACTATAAAGTAGAACAACTTTG ACTGCTATTGACATTATAGAGTATTTCCCGCCATTACCTCGATTTCTGTGCTAATATTCC CCTAATTACGATTTTTTAACATAAAAAATCCCCAAAATTTAACTCATTAACCAAATCATG AGAAATTAATAATTGAAGTTTTCGCAAATTTCTAAAATTCGGCGGTGACCCCACCGTGTG TTGTGGGTCCCACTAAAGGTGAGAAAGTGAAACACAAAAATCAAAAAACGCGGAATGTAC TTTATGCTTTCTTTATATGAAGTGGGTAACACAAACCCTTATATCTCTTACATTTTTTTT ATTTATTTAAATTCATTTGGATTATTGATAAAAATAAAATAAAAATTTTAAAAATTAAAT GAAATGAAAAAATAACTATCAATTTAGTCACTACCGGTTTGGTTTTATTTTTTTATGCTT GAAAATAATATCTTTTTAGGACATATGTATTTCGATAGACACAAAAACTTAGTAAATAAT TCGGAGGAAAGCTATTAGTTAACATTGGTTTAATTAAGCAATGCTAGAGTTATTATTACA CGAAGAAAGTAATTCAATTAAGAGAAATTGTGATTATCTTATACGAGGTAGAGTAGGGTA AAGACAAAAATAATAGATTTCAACGGACTTGAGACTTAGGTTGTAATAGTTAGGCTAAAA TTTAAATGTTGAGCTTGAAAAAATGGTAAGTTAAAACTTAAGTTGATTAAAATTTAGTAA AATAATTATATTTAATTTTTCAGTTTGATTTGGTTATTTTTTGTGATTGTTTTTTAGTAA AATCAAAACTCATATAATATCAATTTTCAAAATTTAAAATTAAACCTAAGCAAATCAAAT ATTAATTTGATTCAAATTGTAATTCAGTTTGATTTCTTAACCATAACCATGCATTATCCT ATTTTTAGAGTGTATTATGGCCAAAAAAAAATTCATGTTCAATACTTAAATATAAAAATT CTAAATAAATTTTTAGATGAGCTAGACAAAATTATGAAATGGGGAATGAAATAGGAGCTT GATGTGAAAGGGTAGAAACTTGAAACATTTTTTAAAATTCTACTTTTGTAGTGATACATT TTGAGACTAAATATATTGAGATTCTACAATTAGCTATTTAGTATGTGTTGATGATAAGTT TGATGTCTAAGGGGTGGTGAACTTTTTATTTTTTATTTAATAAATCTCTCTATAAGGTTA AAGTTATTAAAGTAGATATTGATGTTTTTTATTTATTTATTTTGTCTATTTATCTCGTAA TAAAAATCTTAGTTTAATTACTGAGTTTTGATTCAAGTCTTTAAAATAAAATATTTTTAA TGAGATTTTTAATGTAAATTTAAATTAGTTTCATTGTAAATATATAAATCACTAAGTGGA AGACAAAAAAATAACCTTTAACTAGGTGTTTGGGCAAAGGATTTGATACATTAATCTCAA TTTCAATCTGAAATGAATATTGTTTATAAATTTTGCACAAAATTCAAACTTTAATTTCAA ATTTCAAATTCTTCAAAAGTAAAATTTGATCTTTTAAAAATGTAACACTCGGCTCATATA TTTAAATTTTATAAAAATATTTTTTTTATAAATAAGAAAACTCATGCTCAACGTAAATAG ATTATTAATATCTTATGAAATGATATACTAAAGACTCATGATCACAAATATTTCTTTATT ATTTATTAAAGCGTTATCCTGTGATATCTCAAAACGCTTTTTAATTCATGATTTATTCAT TCGATACAATTAAATAAAAATTGATTTCTTTAATTTATATAAAAATATGTTAACAAATTT AAATTACATATTGAAATAAAATATCATCTTCCAATCATATATCCAAATGGATCCTAATTT CACTCCTGTTTTTGACTTGTATTATCAACTGAAATTGGCATTGATAGTGGGATCAAGAGG AGCATGGTAGGCCAAAGTTTGTCTCACAACAAGACAATTTATTTATTTTTGGTTTCTTGA ATCAAAGTTTTGTTAAAAAAACCAACACAATCTTTGATAAAAGATTATTCTCTAATAGAT AAAAACCAAAAGAATAATATATATGTACTTAACAAAAAAATATTGTAATATGAAATTAGA AGAATCTTAATTTAGCAAAGTCTCTCTTAAGAAACACCTTTTCTTATTATTTTACTAGGA AAAGCATATGTGCTTCATCATTCATTGATCAACAAAAGAAAAAGTTACTCCTAAAAGCAA ATTAGCTCTAGCTGTTTAAAGTCGACCTCAATAAACCCTAGCCCCTTCAATACCAATCAA AAGATTATAAAAGAAACTTAAAATATGATGCTCCATCATAGATATATTTAATAATGTTTT CTTCATTTTTTTAAAAAAATTTGAAGTTGGTATATACATATTGAAGTTTTTTTTATTCAA ATTGTCTTATTCAAAAAAAAGTGCTTCTACGAATCATTTTTATTTTCAAGGCTCGAATTT AAGATCTCTAATTAAAGTATCAACACTATTATCAACTACAACACATTATTTGATATATGT TTACCATTTTTTTGTTTAAGCTATTAAAAAAGAGCGAATTTTAGATTTAGCAAACATAAA AATGTTTGTGTGCTATAACTATAGTCTGTATAATTGCGTTTGGAGCATTATATTTGTATA AATCGCTGACAGAAGCATCATATTTGCATAAACCGCTGGCAGGCCTCTCGTTTCTATAAA AATGATCTGTATTTGTATACTTATAAGTGTATAAGACGAAAATATACATATTTATATGTA CAATTTTTTTCTCGATTTATACGAACACAAACACAATCAATATATTTGTGTTTGTATAAA GTGAGAGAGGCAAGGGAGTGTGACGAGCGAGATCTGAGAAGGAGACGAGCGAGATTCCCT GCTGACAGAGACGAATGAAAAGATATATATATTTACAATTCTCTATCACTTAATATAACA CAAAAATAATTTATACATTTGTATTTGTATAAAGTGAGAGAGACGAAAGAAAAACTATAA AGTGAGATCAGGTAAGCAGCGAGCGAGAAATGTAAGGAGAGAGACTAATAACAACAATTT GCTACATGTTACAATTAAATCAAACTGTGATCATAGAATTTTACTTCTACTAAAAAATCA CCATACAAATTAAAGTGAGGATTTTTTTTTCTTCACACTACCTTAAAGTTTTGTTCTTAA TTAAATTATGTATCTTTAATAACAATTTTTTACTATCGGTGGAGAAAACTAAATAGACAA AAAAAGAAAAAGGATAAAAGAAAATTGAAAAAAAAAAAAAAGAGCAAGAGGCCCCCACAA AAAAAATAAAAAATGAAAAAGAAAAAAAGAGCGTGAATCTTGGATAAAAAGGACATTTTG CTGTTGCCCCTTTTCTTCTTCACTCAAAGCAGAGTGTTGTTAGAATAGAAAAAAAAAGGG AATTTATTCTTTGTCGCCATGGAAATAGCTTCAAGCTCAACAAAATTCAAATGGGTCACT GCATTTCTTCTGCTTCTTGCTTGCTCTGCCGCTGGACAAGTACAAGATGGTTAGCTTTCT TCTATTCTCTTTCAATTTTTCACTTTGAGAACCTACTTTTTTTTCAACTTACCTCTGTTT GGTATGAGATCTGGTAAATAATATCTTGTATCTTCATTTTAAGCTTCAAATGTATGCTAA TTTTAAGCTTTGAGACTCAAATTGGTATGAACATTTAATCACAAATAATATATTTGTAGT TATATTTTGTTATCTCTGTCTGAAACAAAATTAATTTGGTAAGTACCAGAGCAACATATT AGCAAATAAAAAAATAGTACTCACGGTATTTAAGTAAATAGTACTAATATAACATTTAGT TGTAATTAAGTATCACTAATCATTTTGTTGATGTTGATCGTCCTGAGTTGTTATTGCGAC ACCCTGTAAAAATCATGATTATGTTGCATTTGTATAATTCAATTTAGTTGTTTGTTTCGG TATACAAGTGGAATGACATAAAACATGAAATGTCCGTTGGAAATTACAAATAAAAAAATT ATGATTATAGTATTTAATTTAAATTAATTATTTGCTATTTCATATAGTTTTCCTATCCTG ATATTTGGTGCTTTTAGTTCTACTTTTTTATTATTTAAGACAATGGACGTTTAGTTTAAA TCTTTTCTAAAACCTATCTTATGAAATTCACATATTCATGTCTCACTTTTAAATTCAGAT AAAATCTTAGATAATTTTTTTCATATATTCTAATGTTAGGTGAATAAAATTTTAATTGCT AGCGTGATGTAATAGATATCTCATAAAATTAATATAAATACTATGCATTAATTTAGACAC GTTATTTTAAAAAATCAATTCTAAAAATTAGCTCCTGATTCCATAAAATAAACAACCGAA GTGAAACAAACAATTAGGATAGGCGATACTCAGTTTTTACTGTTATTTAAGATCAATATA TATATTTTTTGAAAGATTTTCGAAAGAAAATTATTGGCTGTGTGAAAGGGTTGTTAATTA AATTGCTTAGTTAAAGTGTGTGTTTCTATAATTTGTAGCACATCGTTAATTTTCAATCCA ACTTTACATTTTGCAGGTCCGTTAGTTAACGGTAATTTTGAGACCCCGCCGTCAGGTGGT TTCTCTTCCGGCGATGGATTCTCCGACGGTCCATCTGAAATCCCCAGCTGGAAATCAAAC GGCACCGTAGAGTTAGTAGAATCCGGGCAAAAACAGGGTGGAATGATCCTCATCGTACCA CAAGGTAGACACGCAGTTCGGCTTGGAAACGACGCCGAGATAAGCCAAGAGCTCAAAGTA GAGAAAGGTTCCATTTACTCGATCACTTTCAGCGCGGCTCGCACTTGCGCTCAGCTAGAG TCACTCAACGTTTCAGTTCCTCCTGCCTCACAGACCATTGATCTTCAGACTCTGTATAGT GTTCAGGGCTGGGATTCTTACGCGTGGGCCTTTCAGGCTGAAGAAGATGATGTGCGGGTC GTTTTTACAAATCCTGGCATGGAAGATGACCCCACTTGTGGACCCATTATTGATGATATT GCTAT GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_1 match_part 0.994 6046 6729 match_2 match_part 0.999 6058 6729 match_3 match_part 1.000 6059 6729 match_4 match_part 0.972 6063 6732 match_5 match_part 0.974 6067 6732 match_6 match_part 0.990 6068 6788 match_7 match_part 1.000 6070 6570 match_8 match_part 0.998 6073 6727 match_9 match_part 0.973 6074 6732 match_10 match_part 0.959 6077 6732 match_11 match_part 0.929 6077 6712 match_12 match_part 0.957 6079 6732 match_13 match_part 1.000 6083 6552 match_14 match_part 0.949 6084 6732 match_15 match_part 0.954 6084 6732 match_16 match_part 1.000 6084 6729 match_17 match_part 0.921 6085 6729 match_18 match_part 0.970 6085 6726 match_19 match_part 1.000 6086 6745 match_20 match_part 1.000 6087 6461 match_21 match_part 0.941 6091 6737 match_22 match_part 0.942 6091 6729 match_23 match_part 0.945 6091 6729 match_24 match_part 0.915 6091 6724 match_25 match_part 0.959 6091 6531 match_26 match_part 1.000 6093 6567 match_27 match_part 0.993 6121 6540 match_28 match_part 0.998 6144 6729 match_part 0.733 8341 8355 match_29 match_part 0.987 10659 10737 match_part 1.000 10844 10925 match_part 1.000 11039 11119 match_part 1.000 12092 12205 match_part 1.000 12304 12405 match_part 1.000 13577 13635 match_part 1.000 15001 15103 match_part 1.000 15750 15815 match_part 0.998 15896 16314 match_part 0.714 17776 17789 match_30 match_part 0.925 10671 10737 match_part 0.988 10844 10925 match_part 1.000 11039 11119 match_part 0.991 12092 12205 match_part 1.000 12304 12405 match_part 0.980 13577 13625 match_31 match_part 1.000 10676 10737 match_part 1.000 10844 10925 match_part 1.000 11039 11119 match_part 1.000 12092 12205 match_part 1.000 12304 12405 match_part 1.000 13577 13635 match_part 1.000 15001 15103 match_part 0.955 15750 15815 match_part 1.000 15896 15905 match_32 match_part 0.885 10677 10737 match_part 0.976 10844 10925 match_part 0.975 11039 11119 match_part 0.982 12092 12205 match_part 0.980 12304 12405 match_part 0.983 13577 13635 match_33 match_part 0.851 10691 10737 match_part 0.963 10844 10925 match_part 1.000 11039 11119 match_part 1.000 12092 12205 match_part 0.988 12304 12385 match_34 match_part 0.900 10708 10737 match_part 0.939 10844 10925 match_part 1.000 11039 11119 match_part 0.974 12092 12205 match_part 0.990 12304 12405 match_part 1.000 13577 13635 match_35 match_part 0.915 10844 10925 match_part 0.889 11039 11119 match_part 0.912 12092 12205 match_part 0.902 12304 12405 match_part 0.915 13577 13635 match_part 0.874 15001 15103 match_part 0.909 15750 15815 match_part 0.898 15896 15983 match_36 match_part 0.923 15078 15103 match_part 1.000 15750 15815 match_part 0.975 15896 16174 match_37 match_part 0.982 25706 25989 match_part 0.982 29744 29857 match_38 match_part 0.942 25731 25989 match_part 0.980 29744 29940 match_39 match_part 0.929 25821 25989 match_part 0.981 29744 30330 match_40 match_part 0.986 29989 30618 match_41 match_part 0.974 29989 30375 match_42 match_part 0.982 30367 30702 match_part 0.992 31959 32211 match_part 0.979 32792 32932 match_43 match_part 0.982 30367 30702 match_part 1.000 31959 32034 match_44 match_part 0.977 30660 30702 match_part 1.000 31959 32211 match_part 0.990 32792 32989 match_part 0.966 33757 33905 match_part 1.000 33989 34004 match_45 match_part 0.984 32020 32211 match_part 1.000 32792 32989 match_part 1.000 33757 33905 match_part 1.000 33989 34272 match_46 match_part 1.000 32138 32211 match_part 1.000 32792 32989 match_part 1.000 33757 33905 match_part 0.979 33989 34427 match_47 match_part 1.000 32827 32989 match_part 1.000 33757 33905 match_part 1.000 33989 34004 match_48 match_part 1.000 34037 34569 match_49 match_part 0.996 34210 34728 match_50 match_part 0.996 34267 34728 match_51 match_part 0.913 55225 55662 match_part 0.918 55733 56014 match_52 match_part 0.908 55225 55628 match_53 match_part 0.941 55859 56096 match_54 match_part 0.931 55860 56338 match_55 match_part 0.938 60520 60649 match_part 0.958 61697 62074 match_56 match_part 1.000 60521 60649 match_part 0.990 61697 61898 match_57 match_part 1.000 60524 60649 match_part 0.994 61697 62164 match_58 match_part 0.920 60525 60649 match_part 0.964 61697 62165 match_59 match_part 0.926 60529 60649 match_part 0.962 61697 62165 match_60 match_part 0.949 60533 60649 match_part 0.940 61697 61746 GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_61 match_part 0.923 6721 6178 match_62 match_part 0.903 34650 34186 match_63 match_part 0.906 34715 34217 match_64 match_part 0.971 37747 37541 match_part 0.982 37469 37251 match_part 0.969 37158 36997 match_part 0.966 36902 36845 match_part 0.969 36761 36444 match_part 0.975 36354 36115 match_part 0.990 36026 35928 match_part 1.000 35841 35809 match_part 0.946 35716 35531 match_part 0.965 35432 34970 match_part 0.908 34892 34577 match_65 match_part 0.930 56185 55873 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C02HBa0185P07.1 type gene exon 6046 6788 gene_2 gene GT_PGL_1_AGS_2 transcript source GenomeThreader seq_id C02HBa0185P07.1 type gene exon 6046 6729 exon 8341 8355 gene_3 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C02HBa0185P07.1 type gene exon 6721 6178 gene_4 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C02HBa0185P07.1 type gene exon 10659 10737 exon 10844 10925 exon 11039 11119 exon 12092 12205 exon 12304 12405 exon 13577 13635 exon 15001 15103 exon 15750 15815 exon 15896 16314 exon 17776 17789 gene_5 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C02HBa0185P07.1 type gene exon 25706 25989 exon 29744 30702 exon 31959 32211 exon 32792 32989 exon 33757 33905 exon 33989 34728 gene_6 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C02HBa0185P07.1 type gene exon 37747 37541 exon 37469 37251 exon 37158 36997 exon 36902 36845 exon 36761 36444 exon 36354 36115 exon 36026 35928 exon 35841 35809 exon 35716 35531 exon 35432 34970 exon 34892 34186 gene_7 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C02HBa0185P07.1 type gene exon 55225 55662 exon 55733 56338 gene_8 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C02HBa0185P07.1 type gene exon 56185 55873 gene_9 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C02HBa0185P07.1 type gene exon 60520 60649 exon 61697 62165 RepeatMasker tomato repeats master Gypsy00073 1 386 1 Gypsy00073 1 386 1 nucleotide_motif 2701 3996 4383 TS2 531 655 1 TS2 531 655 1 nucleotide_motif 424 14578 14714 Copia00151 10090 10192 1 Copia00151 10090 10192 1 nucleotide_motif 414 14629 14738 Copia00151 8227 8314 1 Copia00151 8227 8314 1 nucleotide_motif 449 23792 23881 Copia00105 8308 8350 1 Copia00105 8308 8350 1 nucleotide_motif 254 28465 28507 Copia00143 119 219 1 Copia00143 119 219 1 nucleotide_motif 468 28617 28715 Copia00143 45 205 1 Copia00143 45 205 1 nucleotide_motif 1078 28739 28899 Unknown00034 3695 4031 1 Unknown00034 3695 4031 1 nucleotide_motif 2574 41000 41330 Gypsy00043 530 631 1 Gypsy00043 530 631 1 nucleotide_motif 559 41560 41652 Gypsy00043 753 903 1 Gypsy00043 753 903 1 nucleotide_motif 431 41640 41803 Gypsy00073 11880 11929 1 Gypsy00073 11880 11929 1 nucleotide_motif 235 52914 52963 Gypsy00043 1011 1217 1 Gypsy00043 1011 1217 1 nucleotide_motif 601 59819 60021 Gypsy00043 1066 1258 1 Gypsy00043 1066 1258 1 nucleotide_motif 460 60025 60205 RepeatMasker tomato repeats master SINE_SO 4 189 -1 SINE_SO 4 189 -1 nucleotide_motif 745 19508 19325 Unknown00013 3452 3594 -1 Unknown00013 3452 3594 -1 nucleotide_motif 783 22567 22439 Unknown00014 155 3465 -1 Unknown00014 155 3465 -1 nucleotide_motif 346 22778 22661 Unknown00014 532 667 -1 Unknown00014 532 667 -1 nucleotide_motif 339 22906 22771 Gypsy00042 5967 6034 -1 Gypsy00042 5967 6034 -1 nucleotide_motif 349 23804 23737 SINE_SO 3 186 -1 SINE_SO 3 186 -1 nucleotide_motif 352 39391 39201 Unknown00019 585 683 -1 Unknown00019 585 683 -1 nucleotide_motif 547 41667 41569 Unknown00019 55 286 -1 Unknown00019 55 286 -1 nucleotide_motif 932 41931 41695 Unknown00046 420 2834 -1 Unknown00046 420 2834 -1 nucleotide_motif 1134 46001 45748 Gypsy00073 1230 1381 -1 Gypsy00073 1230 1381 -1 nucleotide_motif 717 51997 51842 Copia00110 13393 13567 -1 Copia00110 13393 13567 -1 nucleotide_motif 321 52117 51960 STOWAWAY50_OS 60 125 -1 STOWAWAY50_OS 60 125 -1 nucleotide_motif 330 52120 52055 Gypsy00043 1066 1192 -1 Gypsy00043 1066 1192 -1 nucleotide_motif 512 52257 52121 Copia00110 13160 13610 -1 Copia00110 13160 13610 -1 nucleotide_motif 1552 52674 52218 Gypsy00043 507 631 -1 Gypsy00043 507 631 -1 nucleotide_motif 532 52696 52571 Gypsy00073 50 348 -1 Gypsy00073 50 348 -1 nucleotide_motif 814 53331 53040 Gypsy00073 11916 12046 -1 Gypsy00073 11916 12046 -1 nucleotide_motif 388 53668 53536 Gypsy00078 3070 5037 -1 Gypsy00078 3070 5037 -1 nucleotide_motif 11396 56628 54607 Copia00143 74 213 -1 Copia00143 74 213 -1 nucleotide_motif 846 56789 56643 BLAST_tomato_bacs Tomato BAC sequences BLAST_tomato_bacs Tomato BAC sequences match_1 match 765 55270 56475 match_2 match 785 55270 56475 match_3 match 1275 55598 56628 match_4 match 1366 55598 56626 match_5 match 728 55478 56475 match_6 match 767 55478 56475 match_7 match 1031 55597 56628 match_8 match 1334 55633 56628 match_9 match 1213 55602 56628 match_10 match 1263 55529 56628 match_11 match 1350 55529 56628 match_12 match 662 55611 56628 match_13 match 815 55576 56628 match_14 match 1600 55208 56628 match_15 match 805 55562 56629 match_16 match 1542 55527 56629 match_17 match 1435 55630 56628 match_18 match 2127 55206 56612 match_19 match 1148 55633 56628 match_20 match 1298 55529 56629 match_21 match 1219 55633 56628 match_22 match 1407 55633 56628 match_23 match 1810 55211 56629 match_24 match 1215 55633 56628 match_25 match 1249 55633 56628 match_26 match 1522 55598 56628 match_27 match 1300 55563 56628 match_28 match 1257 55633 56628 match_29 match 1867 53254 54267 match_30 match 1901 50052 51310 match_31 match 2296 48179 49447 match_32 match 2660 45109 46495 match_33 match 2401 58933 60344 match_34 match 3166 55198 56794 match_35 match 3178 60449 62165 match_36 match 3570 40453 42373 match_37 match 1951 55208 56629 match_38 match 1110 55533 56628 match_39 match 1873 55226 56628 match_40 match 1195 55529 56628 match_41 match 1203 55529 56628 match_42 match 1463 55529 56628 match_43 match 1469 55529 56628 match_44 match 1005 55563 56629 match_45 match 1449 55527 56628 match_46 match 1374 55597 56628 match_47 match 1400 55632 56628 match_48 match 1840 55269 56628 match_49 match 1608 55528 56628 match_50 match 1312 55528 56628 match_51 match 1320 55528 56628 match_52 match 850 55528 56628 match_53 match 1334 55598 56616 match_54 match 1342 55598 56604 match_55 match 1189 55635 56628 match_56 match 1168 55562 56628 match_57 match 1193 55562 56629 match_58 match 1191 55477 56626 match_59 match 1463 55598 56628 match_60 match 1534 55598 56628 match_61 match 1080 55631 56628 match_62 match 1150 55598 56606 match_63 match 1600 55529 56629 match_64 match 1782 55228 56628 match_65 match 1400 55563 56616 match_66 match 1415 55563 56616 match_67 match 1562 55480 56628 match_68 match 1178 55633 56629 match_69 match 347 55633 56628 match_70 match 749 55527 56629 match_71 match 1356 55633 56628 match_72 match 1459 55538 56629 match_73 match 1384 55564 56629 match_74 match 1263 55633 56628 match_75 match 1411 55634 56629 match_76 match 1223 55633 56628 match_77 match 1134 55598 56628 match_78 match 1431 55597 56628 match_79 match 1509 55562 56628 match_80 match 979 55529 56628 match_81 match 1257 55633 56628 match_82 match 1481 55634 56628 match_83 match 1340 55633 56628 match_84 match 1255 55538 56628 match_85 match 1338 55528 56628 match_86 match 858 55598 56612 match_87 match 1215 55208 56612 match_88 match 660 55527 56628 match_89 match 1467 55528 56628 match_90 match 1497 55529 56628 match_91 match 1247 55528 56628 match_92 match 1338 55528 56628 match_93 match 1382 55598 56628 match_94 match 1421 55598 56628 match_95 match 1338 55563 56628 match_96 match 1451 55563 56628 match_97 match 1255 55538 56628 match_98 match 1338 55528 56628 match_99 match 1292 55633 56628 match_100 match 1990 55208 56610 match_101 match 2032 55208 56628 match_102 match 1380 55633 56628 match_103 match 728 55478 56475 match_104 match 767 55478 56475 match_105 match 1291 55633 56629 match_106 match 1671 55208 56628 match_107 match 1752 55208 56629 match_108 match 1838 55208 56622 match_109 match 1291 55633 56629 match_110 match 1689 55438 56628 match_111 match 1562 55563 56629 match_112 match 1538 55208 56473 match_113 match 1308 55634 56628 match_114 match 1497 55599 56628 match_115 match 728 55478 56475 match_116 match 767 55478 56475 match_117 match 1118 55635 56628 match_118 match 1215 55633 56628 match_119 match 1130 55600 56628 match_120 match 753 55270 56628 match_121 match 751 55270 56628 match_122 match 1100 55633 56626 match_123 match 1168 55633 56628 match_124 match 1265 55633 56628 match_125 match 1197 55528 56603 match_126 match 1261 55528 56604 match_127 match 1340 55528 56630 match_128 match 1209 55633 56628 match_129 match 1503 55228 56475 match_130 match 1606 55598 56629 match_131 match 1100 55633 56626 match_132 match 1168 55633 56628 match_133 match 1342 55633 56628 match_134 match 1396 55598 56628 match_135 match 1538 55632 56628 match_136 match 1618 55527 56628 match_137 match 1681 55527 56628 match_138 match 1386 55598 56628 match_139 match 509 55605 56629 match_140 match 1423 55598 56628 match_141 match 1291 55633 56628 match_142 match 1411 55600 56624 match_143 match 1419 55600 56628 match_144 match 1128 55528 56628 match_145 match 1178 55538 56626 match_146 match 1181 55538 56612 match_147 match 1265 55528 56628 match_148 match 1298 55599 56628 match_149 match 1443 55563 56629 match_150 match 1411 55600 56624 match_151 match 1419 55600 56628 match_152 match 1233 55528 56616 match_153 match 1255 55528 56628 match_154 match 1106 55635 56628 match_155 match 1199 55600 56628 match_156 match 712 55270 56603 match_157 match 1382 55633 56624 match_158 match 1390 55633 56628 match_159 match 1536 55630 56628 match_160 match 1178 55633 56628 match_161 match 1088 55633 56628 match_162 match 918 55632 56629 match_163 match 1158 55598 56628 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) clone_1 clone 1185.5 1458 39127 clone_end_1 clone_end 1045 1458 2063 clone_end_2 clone_end 313 27374 27531 clone_end_3 clone_end 1106 27435 28000 clone_start_1 clone_start 1051 32898 33529 clone_start_2 clone_start 880 35961 36412 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) clone_start_3 clone_start 1326 39127 38405 clone_start_4 clone_start 1068 14392 13833 clone_start_5 clone_start 1524 34386 33618 clone_end_4 clone_end 1285 37725 37078 clone_end_5 clone_end 1415 46318 45605 clone_start_6 clone_start 815 52861 52451 clone_end_6 clone_end 971 62150 61649 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_1 match_part 0.994 6046 6729 match_2 match_part 0.999 6058 6729 match_3 match_part 1.000 6059 6729 match_4 match_part 0.972 6063 6732 match_5 match_part 0.974 6067 6732 match_6 match_part 0.990 6068 6788 match_7 match_part 1.000 6070 6570 match_8 match_part 0.998 6073 6727 match_9 match_part 0.973 6074 6732 match_10 match_part 0.959 6077 6732 match_11 match_part 0.957 6079 6732 match_12 match_part 1.000 6083 6552 match_13 match_part 0.949 6084 6732 match_14 match_part 0.954 6084 6732 match_15 match_part 1.000 6084 6729 match_16 match_part 0.921 6085 6729 match_17 match_part 0.970 6085 6726 match_18 match_part 1.000 6086 6745 match_19 match_part 1.000 6087 6461 match_20 match_part 1.000 6093 6567 match_21 match_part 0.993 6121 6540 match_22 match_part 0.998 6144 6729 match_part 0.733 8341 8355 match_23 match_part 0.987 10659 10737 match_part 1.000 10844 10925 match_part 1.000 11039 11119 match_part 1.000 12092 12205 match_part 1.000 12304 12405 match_part 1.000 13577 13635 match_part 1.000 15001 15103 match_part 1.000 15750 15815 match_part 0.998 15896 16314 match_part 0.714 17776 17789 match_24 match_part 0.925 10671 10737 match_part 0.988 10844 10925 match_part 1.000 11039 11119 match_part 0.991 12092 12205 match_part 1.000 12304 12405 match_part 0.980 13577 13625 match_25 match_part 1.000 10676 10737 match_part 1.000 10844 10925 match_part 1.000 11039 11119 match_part 1.000 12092 12205 match_part 1.000 12304 12405 match_part 1.000 13577 13635 match_part 1.000 15001 15103 match_part 0.955 15750 15815 match_part 1.000 15896 15905 match_26 match_part 0.885 10677 10737 match_part 0.976 10844 10925 match_part 0.975 11039 11119 match_part 0.982 12092 12205 match_part 0.980 12304 12405 match_part 0.983 13577 13635 match_27 match_part 0.851 10691 10737 match_part 0.963 10844 10925 match_part 1.000 11039 11119 match_part 1.000 12092 12205 match_part 0.988 12304 12385 match_28 match_part 0.915 10844 10925 match_part 0.889 11039 11119 match_part 0.912 12092 12205 match_part 0.902 12304 12405 match_part 0.915 13577 13635 match_part 0.874 15001 15103 match_part 0.909 15750 15815 match_part 0.898 15896 15983 match_29 match_part 0.923 15078 15103 match_part 1.000 15750 15815 match_part 0.975 15896 16174 match_30 match_part 0.982 25706 25989 match_part 0.982 29744 29857 match_31 match_part 0.942 25731 25989 match_part 0.980 29744 29940 match_32 match_part 0.984 32020 32211 match_part 1.000 32792 32989 match_part 1.000 33757 33905 match_part 1.000 33989 34272 match_33 match_part 1.000 32138 32211 match_part 1.000 32792 32989 match_part 1.000 33757 33905 match_part 0.979 33989 34427 match_34 match_part 1.000 32827 32989 match_part 1.000 33757 33905 match_part 1.000 33989 34004 match_35 match_part 1.000 34037 34569 match_36 match_part 0.996 34210 34728 match_37 match_part 0.996 34267 34728 match_38 match_part 0.913 55225 55662 match_part 0.918 55733 56014 match_39 match_part 0.908 55225 55628 match_40 match_part 0.941 55859 56096 match_41 match_part 0.931 55860 56338 match_42 match_part 1.000 60521 60649 match_part 0.990 61697 61898 match_43 match_part 1.000 60524 60649 match_part 0.994 61697 62164 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_44 match_part 0.930 56185 55873 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C02HBa0185P07.1 type gene exon 6046 6788 gene_2 gene GT_PGL_1_AGS_2 transcript source GenomeThreader seq_id C02HBa0185P07.1 type gene exon 6046 6729 exon 8341 8355 gene_3 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C02HBa0185P07.1 type gene exon 10659 10737 exon 10844 10925 exon 11039 11119 exon 12092 12205 exon 12304 12405 exon 13577 13635 exon 15001 15103 exon 15750 15815 exon 15896 16314 exon 17776 17789 gene_4 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C02HBa0185P07.1 type gene exon 25706 25989 exon 29744 29940 gene_5 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C02HBa0185P07.1 type gene exon 32020 32211 exon 32792 32989 exon 33757 33905 exon 33989 34728 gene_6 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C02HBa0185P07.1 type gene exon 55225 55662 exon 55733 56338 gene_7 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C02HBa0185P07.1 type gene exon 56185 55873 gene_8 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C02HBa0185P07.1 type gene exon 60521 60649 exon 61697 62164 AUGUSTUS_tom_cdna de novo gene_1 gene 1 6038 6568 transcript_1 transcript 1 6038 6568 start_codon_1 start_codon 6038 6040 CDS_1 CDS 1 6038 6568 stop_codon_1 stop_codon 6566 6568 gene_2 gene 1 10724 15988 transcript_2 transcript 1 10724 15988 start_codon_2 start_codon 10724 10726 intron_1 intron 1 10738 10843 intron_2 intron 1 10926 11038 intron_3 intron 1 11120 12091 intron_4 intron 1 12206 12303 intron_5 intron 1 12406 13576 intron_6 intron 1 13636 15000 intron_7 intron 1 15104 15749 intron_8 intron 1 15816 15895 CDS_2 CDS 1 10724 10737 CDS_3 CDS 1 10844 10925 CDS_4 CDS 1 11039 11119 CDS_5 CDS 1 12092 12205 CDS_6 CDS 1 12304 12405 CDS_7 CDS 1 13577 13635 CDS_8 CDS 1 15001 15103 CDS_9 CDS 1 15750 15815 CDS_10 CDS 1 15896 15988 stop_codon_2 stop_codon 15986 15988 gene_3 gene 0.85 25912 34241 transcript_3 transcript 0.85 25912 34241 start_codon_3 start_codon 25912 25914 intron_9 intron 1 25990 29743 intron_10 intron 0.86 30703 31958 intron_11 intron 1 32212 32791 intron_12 intron 1 32990 33756 intron_13 intron 1 33906 33988 CDS_11 CDS 1 25912 25989 CDS_12 CDS 0.88 29744 30702 CDS_13 CDS 0.86 31959 32211 CDS_14 CDS 1 32792 32989 CDS_15 CDS 1 33757 33905 CDS_16 CDS 1 33989 34241 stop_codon_3 stop_codon 34239 34241 gene_4 gene 1 60559 62165 transcript_4 transcript 1 60559 62165 start_codon_4 start_codon 60559 60561 intron_14 intron 1 60650 61696 CDS_17 CDS 1 60559 60649 CDS_18 CDS 1 61697 62165 AUGUSTUS_tom_cdna de novo gene_5 gene 0.43 1852 1845 transcript_5 transcript 0.43 1852 1845 intron_15 intron 0.43 1844 1 CDS_19 CDS 0.43 1852 1845 start_codon_5 start_codon 1852 1850 gene_6 gene 0.21 37665 34786 transcript_6 transcript 0.21 37665 34786 stop_codon_4 stop_codon 34788 34786 intron_16 intron 0.91 34969 34893 intron_17 intron 0.67 35530 35433 intron_18 intron 1 35808 35717 intron_19 intron 1 35927 35842 intron_20 intron 0.64 36114 36048 intron_21 intron 0.99 36443 36355 intron_22 intron 0.84 36844 36762 intron_23 intron 0.68 36996 36903 intron_24 intron 0.88 37250 37159 intron_25 intron 1 37540 37470 CDS_20 CDS 0.91 34892 34786 CDS_21 CDS 0.69 35432 34970 CDS_22 CDS 0.88 35716 35531 CDS_23 CDS 1 35841 35809 CDS_24 CDS 0.73 36047 35928 CDS_25 CDS 0.89 36354 36115 CDS_26 CDS 0.95 36761 36444 CDS_27 CDS 0.87 36902 36845 CDS_28 CDS 0.69 37158 36997 CDS_29 CDS 1 37469 37251 CDS_30 CDS 0.92 37665 37541 start_codon_6 start_codon 37665 37663 AUGUSTUS_ab_initio de novo gene_1 gene 0.96 6125 6568 transcript_1 transcript 0.96 6125 6568 start_codon_1 start_codon 6125 6127 CDS_1 CDS 0.96 6125 6568 stop_codon_1 stop_codon 6566 6568 gene_2 gene 0.45 10724 16113 transcript_2 transcript 0.45 10724 16113 start_codon_2 start_codon 10724 10726 intron_1 intron 0.7 10738 10843 intron_2 intron 0.98 10926 11038 intron_3 intron 0.96 11120 12091 intron_4 intron 1 12206 12303 intron_5 intron 0.96 12406 13576 intron_6 intron 0.91 13636 15000 intron_7 intron 0.83 15104 15749 intron_8 intron 1 15816 15895 intron_9 intron 0.88 15971 16056 CDS_2 CDS 0.89 10724 10737 CDS_3 CDS 0.77 10844 10925 CDS_4 CDS 0.99 11039 11119 CDS_5 CDS 1 12092 12205 CDS_6 CDS 0.99 12304 12405 CDS_7 CDS 0.99 13577 13635 CDS_8 CDS 0.88 15001 15103 CDS_9 CDS 1 15750 15815 CDS_10 CDS 0.88 15896 15970 CDS_11 CDS 0.9 16057 16113 stop_codon_2 stop_codon 16111 16113 gene_3 gene 0.15 25912 34241 transcript_3 transcript 0.15 25912 34241 start_codon_3 start_codon 25912 25914 intron_10 intron 0.56 25990 29743 intron_11 intron 0.39 30703 31958 intron_12 intron 0.96 32212 32791 intron_13 intron 0.96 32990 33756 intron_14 intron 1 33906 33988 CDS_12 CDS 0.96 25912 25989 CDS_13 CDS 0.82 29744 30702 CDS_14 CDS 0.45 31959 32211 CDS_15 CDS 0.97 32792 32989 CDS_16 CDS 0.99 33757 33905 CDS_17 CDS 0.73 33989 34241 stop_codon_3 stop_codon 34239 34241 gene_4 gene 0.99 60559 62165 transcript_4 transcript 0.99 60559 62165 start_codon_4 start_codon 60559 60561 intron_15 intron 0.99 60650 61696 CDS_18 CDS 0.99 60559 60649 CDS_19 CDS 1 61697 62165 AUGUSTUS_ab_initio de novo gene_5 gene 0.31 37665 34786 transcript_5 transcript 0.31 37665 34786 stop_codon_4 stop_codon 34788 34786 intron_16 intron 0.96 34969 34893 intron_17 intron 0.58 35530 35433 intron_18 intron 0.99 35808 35717 intron_19 intron 1 35927 35842 intron_20 intron 0.67 36114 36048 intron_21 intron 0.99 36443 36355 intron_22 intron 0.99 36844 36762 intron_23 intron 0.92 36996 36903 intron_24 intron 1 37250 37159 intron_25 intron 1 37540 37470 CDS_20 CDS 0.96 34892 34786 CDS_21 CDS 0.68 35432 34970 CDS_22 CDS 0.82 35716 35531 CDS_23 CDS 1 35841 35809 CDS_24 CDS 0.75 36047 35928 CDS_25 CDS 0.92 36354 36115 CDS_26 CDS 0.99 36761 36444 CDS_27 CDS 0.99 36902 36845 CDS_28 CDS 0.92 37158 36997 CDS_29 CDS 1 37469 37251 CDS_30 CDS 0.86 37665 37541 start_codon_5 start_codon 37665 37663 AUGUSTUS_tom_ugs de novo gene_1 gene 0.95 6125 6568 transcript_1 transcript 0.95 6125 6568 start_codon_1 start_codon 6125 6127 CDS_1 CDS 0.95 6125 6568 stop_codon_1 stop_codon 6566 6568 gene_2 gene 0.99 10724 15988 transcript_2 transcript 0.99 10724 15988 start_codon_2 start_codon 10724 10726 intron_1 intron 1 10738 10843 intron_2 intron 1 10926 11038 intron_3 intron 1 11120 12091 intron_4 intron 1 12206 12303 intron_5 intron 1 12406 13576 intron_6 intron 1 13636 15000 intron_7 intron 1 15104 15749 intron_8 intron 1 15816 15895 CDS_2 CDS 1 10724 10737 CDS_3 CDS 1 10844 10925 CDS_4 CDS 1 11039 11119 CDS_5 CDS 1 12092 12205 CDS_6 CDS 1 12304 12405 CDS_7 CDS 1 13577 13635 CDS_8 CDS 1 15001 15103 CDS_9 CDS 1 15750 15815 CDS_10 CDS 0.99 15896 15988 stop_codon_2 stop_codon 15986 15988 gene_3 gene 0.84 25912 34241 transcript_3 transcript 0.84 25912 34241 start_codon_3 start_codon 25912 25914 intron_9 intron 1 25990 29743 intron_10 intron 0.84 30703 31958 intron_11 intron 1 32212 32791 intron_12 intron 1 32990 33756 intron_13 intron 1 33906 33988 CDS_11 CDS 1 25912 25989 CDS_12 CDS 0.92 29744 30702 CDS_13 CDS 0.86 31959 32211 CDS_14 CDS 1 32792 32989 CDS_15 CDS 1 33757 33905 CDS_16 CDS 1 33989 34241 stop_codon_3 stop_codon 34239 34241 gene_4 gene 1 60559 62165 transcript_4 transcript 1 60559 62165 start_codon_4 start_codon 60559 60561 intron_14 intron 1 60650 61696 CDS_17 CDS 1 60559 60649 CDS_18 CDS 1 61697 62165 AUGUSTUS_tom_ugs de novo gene_5 gene 0.32 37665 34786 transcript_5 transcript 0.32 37665 34786 stop_codon_4 stop_codon 34788 34786 intron_15 intron 0.93 34969 34893 intron_16 intron 0.57 35530 35433 intron_17 intron 1 35808 35717 intron_18 intron 1 35927 35842 intron_19 intron 0.58 36114 36048 intron_20 intron 0.99 36443 36355 intron_21 intron 1 36844 36762 intron_22 intron 1 36996 36903 intron_23 intron 1 37250 37159 intron_24 intron 1 37540 37470 CDS_19 CDS 0.93 34892 34786 CDS_20 CDS 0.62 35432 34970 CDS_21 CDS 0.84 35716 35531 CDS_22 CDS 1 35841 35809 CDS_23 CDS 0.7 36047 35928 CDS_24 CDS 0.88 36354 36115 CDS_25 CDS 0.99 36761 36444 CDS_26 CDS 1 36902 36845 CDS_27 CDS 1 37158 36997 CDS_28 CDS 1 37469 37251 CDS_29 CDS 0.92 37665 37541 start_codon_5 start_codon 37665 37663 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_1 match_part 1.000 6046 6732 match_2 match_part 0.984 10674 10737 match_part 1.000 10844 10925 match_part 1.000 11039 11119 match_part 1.000 12092 12205 match_part 1.000 12304 12405 match_part 1.000 13577 13635 match_part 1.000 15001 15103 match_part 1.000 15750 15815 match_part 1.000 15896 16311 match_3 match_part 0.920 15766 15815 match_part 0.918 15896 16174 match_4 match_part 1.000 25668 25989 match_part 0.985 29744 30197 match_5 match_part 0.984 32020 32211 match_part 1.000 32792 32989 match_part 1.000 33757 33905 match_part 1.000 33989 34728 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_6 match_part 1.000 37740 37541 match_part 1.000 37469 37251 match_part 1.000 37158 36997 match_part 1.000 36902 36845 match_part 0.956 36761 36603 match_7 match_part 0.915 56190 55863 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C02HBa0185P07.1 type gene exon 6046 6732 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C02HBa0185P07.1 type gene exon 10674 10737 exon 10844 10925 exon 11039 11119 exon 12092 12205 exon 12304 12405 exon 13577 13635 exon 15001 15103 exon 15750 15815 exon 15896 16311 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C02HBa0185P07.1 type gene exon 25668 25989 exon 29744 30197 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C02HBa0185P07.1 type gene exon 32020 32211 exon 32792 32989 exon 33757 33905 exon 33989 34728 gene_5 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C02HBa0185P07.1 type gene exon 37740 37541 exon 37469 37251 exon 37158 36997 exon 36902 36845 exon 36761 36603 gene_6 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C02HBa0185P07.1 type gene exon 56190 55863 GenomeThreader_SGN_markers SGN marker sequences GenomeThreader_SGN_markers SGN marker sequences match_1 match_part 0.982 30367 30702 match_part 0.992 31959 32211 match_part 0.979 32792 32932 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C02HBa0185P07.1 type gene exon 30367 30702 exon 31959 32211 exon 32792 32932 AUGUSTUS_tom_pot_cdna de novo gene_1 gene 1 6038 6568 transcript_1 transcript 1 6038 6568 start_codon_1 start_codon 6038 6040 CDS_1 CDS 1 6038 6568 stop_codon_1 stop_codon 6566 6568 gene_2 gene 1 10724 15988 transcript_2 transcript 1 10724 15988 start_codon_2 start_codon 10724 10726 intron_1 intron 1 10738 10843 intron_2 intron 1 10926 11038 intron_3 intron 1 11120 12091 intron_4 intron 1 12206 12303 intron_5 intron 1 12406 13576 intron_6 intron 1 13636 15000 intron_7 intron 1 15104 15749 intron_8 intron 1 15816 15895 CDS_2 CDS 1 10724 10737 CDS_3 CDS 1 10844 10925 CDS_4 CDS 1 11039 11119 CDS_5 CDS 1 12092 12205 CDS_6 CDS 1 12304 12405 CDS_7 CDS 1 13577 13635 CDS_8 CDS 1 15001 15103 CDS_9 CDS 1 15750 15815 CDS_10 CDS 1 15896 15988 stop_codon_2 stop_codon 15986 15988 gene_3 gene 1 25912 34241 transcript_3 transcript 1 25912 34241 start_codon_3 start_codon 25912 25914 intron_9 intron 1 25990 29743 intron_10 intron 1 30703 31958 intron_11 intron 1 32212 32791 intron_12 intron 1 32990 33756 intron_13 intron 1 33906 33988 CDS_11 CDS 1 25912 25989 CDS_12 CDS 1 29744 30702 CDS_13 CDS 1 31959 32211 CDS_14 CDS 1 32792 32989 CDS_15 CDS 1 33757 33905 CDS_16 CDS 1 33989 34241 stop_codon_3 stop_codon 34239 34241 gene_4 gene 0.43 57803 62165 transcript_4 transcript 0.43 57803 62165 start_codon_4 start_codon 57803 57805 intron_14 intron 0.86 57806 60509 intron_15 intron 0.53 60722 61658 CDS_17 CDS 0.9 57803 57805 CDS_18 CDS 0.46 60510 60721 CDS_19 CDS 1 61659 62165 AUGUSTUS_tom_pot_cdna de novo gene_5 gene 0.46 1852 1845 transcript_5 transcript 0.46 1852 1845 intron_16 intron 0.46 1844 1 CDS_20 CDS 0.46 1852 1845 start_codon_5 start_codon 1852 1850 gene_6 gene 0.94 37665 34786 transcript_6 transcript 0.94 37665 34786 stop_codon_4 stop_codon 34788 34786 intron_17 intron 1 34969 34893 intron_18 intron 1 35530 35433 intron_19 intron 1 35808 35717 intron_20 intron 1 35927 35842 intron_21 intron 1 36114 36027 intron_22 intron 1 36443 36355 intron_23 intron 1 36844 36762 intron_24 intron 1 36996 36903 intron_25 intron 1 37250 37159 intron_26 intron 1 37540 37470 CDS_21 CDS 1 34892 34786 CDS_22 CDS 1 35432 34970 CDS_23 CDS 1 35716 35531 CDS_24 CDS 1 35841 35809 CDS_25 CDS 1 36026 35928 CDS_26 CDS 1 36354 36115 CDS_27 CDS 1 36761 36444 CDS_28 CDS 1 36902 36845 CDS_29 CDS 1 37158 36997 CDS_30 CDS 1 37469 37251 CDS_31 CDS 0.94 37665 37541 start_codon_6 start_codon 37665 37663 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_1 match 132 6125 6535 match_2 match 228 61627 62163 match_3 match 226 61696 62163 match_4 match 340 29741 30700 match_5 match 149 31954 32217 match_6 match 143 33987 34223 match_7 match 115 32792 32983 match_8 match 68.2 33802 33909 match_9 match 106 6125 6460 match_10 match 167 30050 30700 match_11 match 98.2 33990 34235 match_12 match 41.2 33841 33909 match_13 match 153 30098 30700 match_14 match 98.2 33990 34235 match_15 match 41.2 33841 33909 match_16 match 135 6125 6535 match_17 match 157 61696 62163 match_18 match 230 61696 62163 match_19 match 145 61687 62163 match_20 match 160 61624 62163 match_21 match 144 61696 62163 match_22 match 143 61780 62163 match_23 match 162 30047 30700 match_24 match 101 33990 34235 match_25 match 41.2 33841 33909 match_26 match 119 6134 6535 match_27 match 164 61780 62163 match_28 match 164 61780 62163 match_29 match 169 61627 62163 match_30 match 171 61648 62163 match_31 match 111 30029 30652 match_32 match 136 6140 6535 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_33 match 97.8 36354 36112 match_34 match 35.0 37632 37540 match_35 match 139 36761 36444 match_36 match 35.4 36904 36839 match_37 match 91.7 37474 37244 match_38 match 31.6 37160 37107 match_39 match 63.2 36044 35928 match_40 match 106 36354 36112 match_41 match 40.8 36919 36839 match_42 match 161 36767 36444 match_43 match 60.1 36044 35934 match_44 match 94.7 36761 36444 match_45 match 30.4 36916 36842 match_46 match 81.3 37722 37519 match_47 match 62.4 36038 35913 match_48 match 114 37474 37247 match_49 match 52.4 37160 36996 match_50 match 134 36354 36112 match_51 match 192 36767 36444 match_52 match 48.9 36904 36839 match_53 match 94.4 36354 36112 match_54 match 36.6 37160 37086 match_55 match 97.4 37474 37247 match_56 match 144 36767 36444 match_57 match 38.9 36904 36839 match_58 match 90.1 36354 36112 match_59 match 37.0 37635 37540 match_60 match 90.5 37474 37244 match_61 match 137 36761 36444 match_62 match 59.7 36044 35928 match_63 match 33.5 37160 37107 match_64 match 39.7 36904 36839 match_65 match 78.6 36354 36112 match_66 match 28.5 36904 36839 match_67 match 55.5 36038 35928 match_68 match 139 36761 36453 match_69 match 78.6 36354 36112 match_70 match 28.5 36904 36839 match_71 match 55.5 36038 35928 match_72 match 139 36761 36453 match_73 match 78.6 36354 36112 match_74 match 28.5 36904 36839 match_75 match 55.5 36038 35928 match_76 match 139 36761 36453 match_77 match 82.4 37722 37519 match_78 match 63.2 36038 35913 match_79 match 110 37474 37247 match_80 match 49.7 37160 36996 match_81 match 127 36354 36112 match_82 match 197 36767 36444 match_83 match 46.6 36904 36839