C02HBa0209K17.2 CTAGCTTGGACTGGATCTTCTTCTTCATGTCTTGATGCCTTGAAGTTCTGGCATAGACTA GCTATTATTTATGTTTAGTTTCTTAGATACTATTAGCTTTAGTAATTTGAGGATAGATGT TCTTGTGATGATGACTTCCAGATTTTAGGGAATAGTAGTTGTTGAGTTTCTTTAGAAGTT TATTGAATTGATTTTCATTAATGAGTTTAAGTCTTCCGCATTGTATTTTGTTCATTATGT TTAAAATGTTGGGGTTCAGAATGGTTGGTTCGCTCACATAGTAGGATAAGTGTGGGTGCC AGTCGCGGCCCGATTTAGGTCGTGACAGTTTGACATACCCCTCAACTTTGTCATTTAGAG CTGATATGCCCCTTGTTATGAAAGTGGCTCATATATACCCTTTTCCTCTAACGGAAATGG AAAAAAAAATAATTTTAATCTAAATTTTTATTATTTTTTTCTAAAAAATATAATCCCATA TGAGTAAATTTAATCCTCGTCAAACATATTTTTTTGATTTTTTTTTGTCTCAATCACTAA TTTATAATTATTATTTTGATAATCAAATTTATTTATGTTTCACTAATATTTTTGTAAAAC TTATTGTAGATGACCAAAAATTTTCTTCGAATACGAAATTAAATTACAATACACACAAAA AAATAGTTTAATTTTTATTCTTTAAACTAAGGAATGAAAGAAAAAAAACAAAATAAGAAT AAGAAATTCAAATAATTATAATAAAAGAAGTCAAAAAATAATTTATATATGAAAAAAATT AAAATATACCTTGAACTTTGATAGAAGAATCATATATACCACTATAAAAAAAATTTAAAA AAATTAGAAGTAATAAATATAAATTTAAAACTAATTTTATAACTTCCGTTAGATGAAGGG TATATGTGAGCCATTTTGTAACGACAGGGGTATATTTGAGCCGTTTGTATAACGGTAAGG GCATATATGAGCCACTTTTGTAACGAGGGGTATATCAGCTCCAAATGACAAAGTTGAGGG GTATATCAGATCCTTTTCCTTTTTTAAAAAAAAAAAAATCGCACTATCTGAAAGTGCTTG TACTGTTCAATTTGAAATAATCTTCACTTTAATAATTTAGTTTATAATTAAAAAAAAAAA CTAAAATAGAAAATCATATATGTAATAACGTCTTTTACATTTAAAAATATATTTAATATC GTAGGTATTCACTTTTAATTGGTGTAAAGAAAGTGAAGTTTAAATTCAAGATTAAACTTT GCCCTGTGCAAATTTGAAATCGTATGAAAATAAAATAATCAAATTACCATAGCTAATTTT CATAAGTTGAGCAGATTATATGTAGTATAAGAAATTTGAGTGTGATTTTTTAAAATATCA TTTAGTTTAATTACTATGAGTTTTTCTATTGTATAATACGAGGAACAAACAATCTATAGT TATCAATTTATATCGATTGTATGTACACCATTCAACTAAGTTCATTGTAGTGACAATTTT TATACCTCTTAATTAGGGTTTTGAAAATATTTTTTAATGTTAACTTCATGATCTATTCTC GAATTTTTTAGTTGAATGCTCGTTTGATTTTAGGTTTTTTTATTTTTACGCAATTACAAT TCTTATTCTTAATCATATATTATTATAAGTAGGAAGCTCCTAAACTCAAAGTTGAATTAT CATTTTACCCTTCACTTAAATATTTTTTCTATTTTTTAAAATGTAAAAGTATTTTTAATA AATAATTAGATAATAAACTTTAAAATAATAAAGATATAATGAAAGATAAATAGTCATTCA AACATTTCAAAACATCTCTTACTTAATTTTAAGTTAAAGAATTTTTATTTAATTTTAAGT TAAAGAATTTGAAGAGTTCCATTGATAAAATTATATACATGATTTTTCCAACAAAATACA TTATTTTGATGTCTTCTCGTGACAATAGCATGTGAGTTAATTTATCTCACAAAATTCTTC TTCAAATTTTTCATTTTTCTTTTGATCAATAAATTTTAGACATATATGTATATAGATAAA AACTAATATTACATGTTTTGTTTCATTCTTTTCATCGAAAATTTATGTTTTTAACACAAC AGATGATAAATAATTCTAGAGAGTTCTTCATTTGGACAAAAAGTTTGTTCAACATTCATG AGGTAAAATAAACCTACTTGTGTGAGAAAGAATATGTATGTTGTTTCGTTAATTTTTTAT TGACGGTAAATTCTCGGAGAATATATATATCTGAATTAGAATTTAATCATTTCAGTGCAT TTGATACATTCTTCAAGAAGGTTAAAGGCTTCATGGACATTTATTTGTTGTTTGGTAAGT ATTATTTTTTATTTCAATGTTGCATATTTTTACTTAGTCATTCAATTTTTCGGTTGAAAG AAGGTAAATTGACTATTTTTTCTTGAATAATGGCAATGAAAAAGAAAATAAAATTTTCAT TTACATGTATGATGTACAAATCTTCTTTAAAGATTATGTTTATTATAATAAGTTGATTAT CATGTAGTGAACACTCTAGGTTAATGGATAAGAGAATTGAATAGTTCACATAATTAGTTT CTTCTCATAATTAAATCTACAAAAATTAGCATGCATTATATTTAATATGTTTTTTTAGAA TTTATAAATGATTTACTACTTGGATGAAAATAAAATCATGGTGTGATTTTATATTAGTAA ATAAGTACTCCTATTAACGAAAGAAGAGGAAGCGTTGAAGAAGAAAAATGGTATTGCTAA ATATTTTTATATTCTGCAACTTTATGTTTTTATTGATTAAATTTAGAACTTATTATTTCA TTTATTCTATCTAGAAAAAAAAGTATTTTGATAAAAATTTCATAGATTTTTTATACTCAT TTTAAGGAGTATATACTCTTTTTAATTTTTTAACATAAAAAAATATTATTAATAATCTTT ATACTTTTTTTAAAAAATGTGTATTGATTGATATAGGTACACAAGCGGAGGACGAGTCCA GAAATTATTATTATTTTATTATAAGTAAGAAGATTTTAACTTTAAAATAGGATTATGATT CTACGCTTTTACTAATTTAAATATTATTAATGAAATAATTAATAAAATATTACTTAAATA ATACTTATATGGTATTAACCCATCATGTTTCTAGGTAGGATTAATTAAAGAAATGTTTAA TTTATTTTTTATTCTAAAATAGAGTTCAGTAGATGAAGTGTTTCGTAACAACAAAAGATA GTAAATTATATTCGAAATATCCTTTAACATTAAAGAACAAAAATGTCCTTTGAATTACCA TACATACACATATTTAGATTTTAGTAAGAAACTTTACATATTCCAACTTTAAACAATCTA ATTCTCATAGGCGTTGATGTATATTATCAATTTTTAAATGACTTTTACAATTTCAAAGTT GTAATTATAAATACCAAAAAATTATCTTCAAAATCACTTTATATTAATGCATACACTTAG TTATTCCGATGTATAACTGTTGATGAATGATTATTGGTGGATATAATTACATTGACACAT TGTTCAACACAATTACTTTTTATTGATGCATACGCTTTGTTATTCTAATGTATAATTATT GATGGATAATTGTTGATGAATGTAATTGTTCATCACATATGCAATAAAAAAAGAGATAGA TCTGTTTATGTTTTTGTTAGTTATTGAGGAAGTTCCTCTATTCTTATAAACTAGAACTAT TTCTCTCTTTAATTTTTGTTATTTAAAAGTTTTAGAATTTATTAGCTATTTTATTATTTT TAGTCTACTCTATTTCATTTTATTTTCGAATTCATTAACTAATTTGGTATTACACTCTTT CTCTTTTGATTACTTAATTTTATGAATAACTATTTATACATATTGTAATTGTATTTAAAT AATTTACGAATATTTATACTAAATAGCGTGCAATACAAATATATTTTCTATTCTGAAATT CAATTTTTTAAGTATGCATACATTTTGTAGTAATTACAAGGGACAAACATGACAACGCAC GTTTTCAAAATCTAATTTGTTATAAGAGTTAAGCTACATTAAAGGGTGAGTAAAAAAATC ATTAAGTTAAAAAGTTAGAATTAGGAGTACATGTACATCAATTTTTTATGAGTATATCTA TATGGTTATACCAAAATTTTATTGATTCAATGGTGCAAAAAAATTATGATTTGCAAATAC ATATTTTTTAATTTGCATTTTTACAAGAAAGTAAATGGTACTTTATAATGCAATGAATAA TTAATATTGTAGAAAAGTCTTTTCATCTATTCTTATTGAAATTTTTGAATAATAACTTAC CAAAATAAAGATAAAGAAGTACTTTATAGAGTAACACATTATAATAATGTAGCTAAATTT TTGTCTACGCTTATGAAAATACTACATAATGTATTTGATATTCTTAAAAATTGTTCTACC TTTTGTGCTTTCAATTTAATTGCATTGTAGCGATATGTTTATAAAAATTCATATAAAGTG TTTGCAAAGAATGTATCACAATTTTTGGGAATTCAAGAAAGAAACAAAATTGTCAAAAAA ATTTCTTTTGTTGGTTTGACTATTGCTTCTTCTTCTTTTTTTTTTTCCAATTGATTTATG ATGTACACAACTAATTTTGTTGTTTCTTTTGACACCATATAAGTTCATTCGGTGACTTTT TCGTATTTCTTAGTTTTTTTTTGTATATTTTAATGTAATGTTATTGCTTCACACTATATT TACTTGATATGAGCATGAGTTTATATTTTAGTGATTACATAATTTTACAAGGTATTATAA TTTTGATGTCTTTTCATAATGCATATCCTCTTATCACTACATTCTATGAGTATATAAATT CAGAATATACTGATTTTCCACTCATCGATCTCTCTATGGAAGGTTTTGATCCAAACTCAG TGGAGGTATTGTGGACTTAAGCCCCCGTAAACTTATATGACAATAAGTTTGACATATAAC AGAACTCTTGCAACATAAACAGAATTCATGTTGAATGATTCTGTCAGACATGTTTTGCTT TGTAAGGATAGGTGTGTACAAGTATATAATGGTTTTTAGTTAATATTTTAGAAGGAAAAA AAGGTCTGATGAATTGTAATCACTAGCTGATATATCAACATATCTAGGAGCACCTTTCTT TTTAGCCCGAACTCATTGGCAACATGTTAAATTTGGCATCAATTTTCACTTAGACACTTC AAGTAGGTATTTTTTATTTTGAACACCTCAAGTAGGGGTCCGCTATGTCATTTTGACACC TTTTTTTATCAATCAGCTAAAATTATAACACACTTGCAGATGACATGACATGATGACTAA TTAAAAGCTGACATGTGACGTTTGAATGTAAAAATAATAATTTTAAAATGAATTATTAAA AAATAACTAATTTTTCAGCAAAAATAAATAAATAGAATTACCTATTTTCTACCACCCCAC CCCACCGCTACCCCATCTGCCTTACGTCCCTGTTGTCTCCCTAACTCTACAACCATTTTC TTGGTTCTTCTTCCAATTTTTTTTTTTTACAAAAATCATTAGATTTTAGTTTTGTTTTTT TTTTAAAAAAAAATGATTTTGAAAATTTTATATGACATACTTCTATTTTTTTTTTGAAAA AAATGTGTGTTTTGTTCTAAAGCATCTCTTTCAAAATTAGTGTGATAATTTGTAAAATAA TTATTCTTATAAACACTTTTAAAATTAGTGTGATTATTTTTTTGTTTTATTTTTTCATAT TTTGTAAGGTTTTTTATCATTAATTTTCATGATGGAAGGTGGAATTAAGTGGTAGGGCTA AAAAGTGAAGAAGAAGAAAGAGAAAAAATCAAAAATAAAAAATCCTCAAGCGCTCAAAAT GGGTGCAAAACACACATGTCAAGTCAGTAAGAAGTGTAAAATGACACAACGGGACTCAAC ATGAGGTGTCTAAAATAAATAAAGCATAGTTGAGATGTTTAAGTAAAAATTAATGCCAAT TTTAAGAAACTACCGATGTGGTCAGCCTTTTTTTATTAATAAATCATGTAATGACCTTAA GAGTGCCTTTAAACTGCAAATTCTTTCCTTCTTAACTTACTTTGTTATTCACTCATCATG ATCATGAGTAACAAATTTCTATTGACAGAAAATTAATTTCATCAAGAAATGAAAAAGAAT ATGTTGTGTAGGATCAAGCAAAACTAAAAAACAAGGTCATGTCGATTTATTGTAGGTTGG TGACTTTGGACTTTTAAAAATAAAGAGAAATATGTTGATCACTGGTGGTGTTAGGGAAAC CCTTCCATGTATGGCTCCCGAGCTATTGAATGTAGCATTAATAAGGTTTCTGAGAAGGTA AGGATTTTAACTCATAGATCCATGTAAAGATATGACACATGTGTTTAACTCAAGTCTAAA AGCTAGCTTATGAGGGGAGAATTCTGTCAATTTTCAAACAATATGAGACTTTTACCTACT CTAATATCCCCTTCATGTCCAGACCCAACTGGAGCATGGTCCAGAAGCCCAAACAGGGAT GGACCTGGATCTGATACCATTATTATTATGGTACATGGGTCTAACTCAACCTAAAAACTA GCTCATGAGAAAAAAGTTCACCCGTCCATTCCTTTAATTAATGTGAGACTTTTACCCACT CTTACGATGCAAGAGATCTGAGAATTTAAATCAACTAGTATGAATTGTTTTCCTTGGTCA ACAATATTTGTCGTTTTTCTGATATATGTGTTCCTTAATTTTCCTCTCTCACCCATAAAG GAAACAGGGTAATTAGGTGGTATATCATATGTATATGTATTTCCTGTTAATGAGAAGGAT ATTTTTAACCCTATATTTTGAAGGGAAGGGTATATTTGAGCCGAAATATAGTTCAAGGGG TATATATGAGCTATTTCGAATAATTTAAGAATATTTTTGACTTTTTTTTTTTTTTTTGTA AAAACAATAAAATATAGAGTGTTGGGTCGGGTTCCTCTTGGGCCTGGTTTTGTGATCCGT TCAATAAAAAGGGCTATAAACTTAAAAAAAAATTCAGAACATTTCGCAAAACCCTAACGA GCACAAATGGGGACGAAGCATCATTCCTCCTCCGATCCAATCAGCGAACCCAAAAAGCGC CGTCGCGTCGGATTCTCTAAGACCGATGCCGGAATTGAAGCTAACGACTGCATTACTATA TACATTGTTTCTAGCGCAGAGGAAGTTGACTCCCCAAACAGTTTCTGTCTTGAACCAATT GACTTGAATCAATTTTTTGAAGACGATGGCAGAATATTTGGGTATCAGGGTCTCAAAATC ACTATTTTGGTTAGCTTGATATCCTTTCATGCTTATGCTGATATTTCTTTCGAAAGCTCA TCAGATGGTGGTAGAGGGATTACAAACGTAAAGTCTGCTCTTGAGAATATTTTTGGTGAG AGTCTTGTTGATGAAAAAGATGCCTTCCTGAAAACATTTTCAACTGAAAGTCAGTATGTT CGGTCTGTTGTCTCAAATGCTGAAACACTGCAGCATAAAGTTTCAAAAAATGGCTGTAGC ACTGAATCGAACTGTTCAGATGTAGAGGTATTCCGGATCGCTGGCTCGCCTGTAGGGCAG CTTTATAGTAGATTGGTGCCGCTTGTACTACTGTTAGTGGATGGTAGCAACCCTATTGAC GTCCTTGATCCTGGATGGGAAATTTATCTCCTAGTCCAGGCGGATAAGTTGCTTGGTTTT GCAGCTGTTTATCGTTTCTATCGTTATCCTGGCAGTACACGCATGCGACTTGGGCAGATA CTGGTTATGCCTCCTTACCAACGTAAAGGTTATGGTCGTTTTCTTCTTGAGGTGTTGAAC AGGGTTGCAGTGTCTGAAAATGTGTACGACTTGACGATTGAAGAGCCTGAGGATTCTCTA CAACATGTTCGATTATGCATTGATGTTGAGCGTTTGCTTGTATTTGATCCAGTCCAGCAA TCCCTAGAATCAGTTGTATCACATTTAAAGCAGGAAAAACTATTGGAAAAAAGCTACATG TGCAAGTATGCTCCACCACTGAGTGCTGTTGAAGATGTGAGGAAAACTTTGAAAATCAAC AAGAAACAGTTTACGCAATGTTGGGATATTCTTATCTATCTTCGGTTGGCCCCAATTGAC AAATATATGGAGATATACCAAGCAATTGTTTCTCACCGAGTAAAGGCTGAAGTTTTAGGT AAAGATTCAGAGGGTGCAGGGAAGCAAGTGATTGATGTACCAACTGAACACGATCAGGAG ATGTCATTTGTGATGTTCAAATCGCGGAATGGTCAATCTAGTAGTAGCATAGAGACGGCT GACAATCAAAGTATTGTGGAGGAGCAGCTGCAGAAACTGGTGGATCAACGAATGAAACAG ATCAAGTTGATTGCTGAAAAGGTTTCTTCGACAAAGGCAGCTGCTATGAAGGCAGAAGTA AAATTTCGACATGAAAAAAAGGAGTCTCTGTAAGGTTAAATTAGCTTAGTCTTTCAATTA TATATGTCTGTGACTTGTTATAACTATTTGATATGAGGCAGCATTCTGCATTCTCTCTTG AACAAACTGTTATGTGTATCTTATAACAATTTGGTATGAGGCAGCATTGAACAAAACATT ATGTGCAATCTTATATTGTTGCTATTGCTATTGTTAATGAAGTAGATTATCACTTCTGCT CAAGTTACAACTAGACATCTCATGATATAGATGGATAATATTCTTTGATATGATCAGTTC ATTCATTTTGTTGAAACCAAAATTATACATAGAATATCTGTCCAACATTTAATAGGCTCT CATGAGGGACATTGAAGATTACACTATTTTCCCTGCATATTTTCCTAAGAAACGCGTAAA TATAGTCGATAGCAATTTTCTTGTAGAACCTAGAGTCCCTCCTTGCTCTAACTACAGTGT TTCCAAGAATGTGTACAACCCCAGTATCTCTACATCGATTTAAGAATTCCATTTCATCCG CCTCTGCCTGGCTGCTCTCGCGGCCTGATGATGTGACTGTGTTGTTGTGCCCTTGAGTAG GAGACTTTACAGGAATTATTGAGTCCACAGTCGAACATGTGTAGTCATTATTTCCTGTAG TTGAGTTGCCATTACTTCGCAGTAGGTAATCTGCTGAATGCTGAGTTTGCTGCCCGTATA AGCTGTATTCATCGGAGTCAGAGCAACCTTCCATCATATTCTCCAGCCGGACAAACAGGA AGAGGTTATCAAATAGCTTCCTCTCAAACTCCTCGTCTTTCTTATGGAGGTCCTTGTAAC CATACCTCGCAACACAACGGAACATGTGAAAACTCTTGGGTCCTATGCGCTTCATGAGGA ACCTCTCGTCTTCTGGAACAGTGTACACTGGAAGATACTTCACGCAGACAAATACTACAA CTGAATGTACTGCTGGCAGATTAGTGATGAAGTGAGAAAAGATATGTGGCACACCACTAG CTAGCTCAGTGTAGACAAGTCCTATCCCAGGGACACGTACAAGTCCTAAGCTGGGGCCAA GTCCAAGAATCCATGCCATTGATACCTTGCTATGCATTTCGAATTCATAACGTTTCACAG TTCCGTAATGCCAGACATACATGATGACAAAAAAAGCTGCAGCGATCACAAGTGGAACCC AACCACCCTGGTCAACCTTAAATAGCACCGCCGAGAAGTAGGTAAATTCAACCACCAGAG ATAAGAAGGTGAAGACGAGGACAAGCATCCAATGGCAGCGCCAAACTAGTAGCATTATTA AGGTCATGAGGAATGTCGTCACCAACATGACTATCACAACTGCCGTTCCTGTTCAAGAAA ATGCTATTAATATGAAAATTTCAAGCGAAGTGTTCCACAGGGGTTAATGCCAAATGCAGG ACTCTGTTTCAGCCATCCTAGTTAATTTTACGTGTTACATCTTCATTTAACAGGTCATTT TTATGCAAAACTAAATCTACATATCTAAGTATTTTTCTTTAGGGTAGCACTATCCTACCT TATCTCATCTCAGCTTCATTTTCTATACAAGACAAAATTTGGGTAGGGCAGAGCTTGACA GGGTAGAGAATAAGGCAAGGGGGTCTTTAAAATTCATACGAGAAAAGAAGTATAGCAGCA ACTCCCCAATCCTAACGAAGTAGTTCCTCCAGAATCCAATGAACAACTCTATGCTTATTA AGCATATATTATGTTTTTACTTTTTGACAATTGATGTTTTGCTGGACTTCCCCGCTACTT TCTTCAATAATATCATCTTCAGTAGCATCACCATGAAACCCAATTTTGTATACTATTGGT TGATTCATCTATAATTAGGATAAACAAGTATGTGCTCATGGCAGATCCCTGTTACAACGC GATTGCTACTGAAAACTCCTCTCTAATCTCATTCTACTGTTCTCTCACGTAAAGGTCCTT CTAACATATCCTTAAGCAGCAGTTTCAGAAACCACAAATAGCCACATCACATTTATATGT ATTTTCCATCAGGCAACGTTAAACAAAATCAAGCAAATATTATATTCCACATACATACTC ACCATATGCGTTGCCAATTTGGCTTTGATTTCTGAATCCAGCAGTCACAGCGATGCAAAG AACCATAAGGATCCAATTTATATCAGGAATGTATATCTGGCCGAGGAACTTCTTTGATGT ATGTACTACCTTTACTCTTGGGAAACAGCCATGTGCCAGAGCTTGCTTGATTATTGAAAA CGTAGCGGTGATTGTTGCTTGACTTGCAACGATAGCAGCTAATGTTGCAACAATAAAAAC TGGCCAGTATATGCTATCTGCATTACCAAAGAGATGATCTGTCAAAGACATTACAACTTC ACACTTAAGCATTTGGTGTCAGTTTCACTAGTAACAGAATTTCCATTTTCTTTTAACCCC TGTTTTTAAAAAAAGGGCAACAAAATGCTCCCTTCTATAGACTGAAAAACTAACGTATAA ATCGGGTACCAGAGTATTCAGACAACTATCCTTAATCTTTGAGCAGTCATTGATGACAAA AAAGGTAGTGTAGAATTGAGGCATAATTACTGGAATAGAGCAGGTCCCAAATGTCTGAGA CATCACTAGATAAAATGGTTGGATTATAATATTGGAATGAGTTCTATAGATCCATCAGCT CCACGGTCAGAAATGGCCAAGGAATACTTTCTGATGTTCGGTGTGGGAACTCAACTTGGA AAGACAAATTTTTCATAATCTATTTTTTAGCACAACTAACAAGGAGGCTACAAGCAGATC TTCTTAGAAAAGATGGATGTCAAGTGTAATGAAATATCTTTCAGAATACCCATCAACATA TGAGTTGGAACGATTTGGATGTCTTTTCCCAGAAGAAGATCTACAGTTATACTTGCTCTG GACAAGAAGACAGCATTTGGTAAAGGTCATCATCAAAGAACTTCTCGGTTAAGTTTTATA TGATTGTATTAATCACGGGGAAGGGGGTTCGAGGAAGGGACTCGAGGCCTATGTGGATAC AAATATGGAAGACATGAGTACCCAAGAGATAAGCTTTCTTCACCTAATTGTCACGTGGAA GTGCTCTCCTGTGACAGGCAATATGAGAAGTAAGAGGATGATAATAGTTAGTTAGCACTG CTTCTGTAAGGGAAGTGGGTTAGATACAATCACACATTGCTTTACTGTATCTTAGCTACA GAGTTACTATCATAGGTGTATGCCATGTTTGGTGTGGCCTGGGTGCTACCTAGAACCGTG GGAAATTACTGGTGACTTGGAGATTGAGATATGAAGCAAGAAAAAATGTGTTGTGGAAAC TGGAACGTATCATGTTTCTGCATTTTTGGCTGAAAATGGGAGAAAGGAACAGAAGTGTTT TGAAGGAAGTGGAAGTCCAATGGGGAGAGTAACTATCTCTTCTTTATTCCATCTGTAATA GAAAGGATACTCCATGTTATACAGATCAGTGGGGTGGATTTCTTTGAAAGCTTAATCAAC ACTCAACATAAACCTTGAGGAGACGTCAACAAAAGCACCTCGACTTACAAAAAGAATCTA GTTTCCTTTACAGTGAAAACATGGAATATAATCCACATGTTATACAGATTTGGATGGATT TTTTTGAAAGCTTAATCTACACACAATATAAGTCTTGATGTGACATCAACAAAAGTATTT TGACTTATAAAGAGAATCTAGTATCCATTACAATGAAAACAAGGAGTGCAATCTAACAAG TAAAACTAACTTTCAAAGGCAAAGTCTAGTGGAGCAGGCACACTGCAGTATCTTCAAGTA TAACTCGAGCAAGGTTGCATTTTTTGGTCCGAAGGGCACAGCACCTTAAGATTTTTTTTT GAAACTGGTAATGTTAAAAGAAAAGCACAGCACCTTAAGAGTGTCTCTCTTAATTTATCA TTTGTAGGAGAAAGGGTTTTTAGCTTCATTAGTATTCAGTGTATGATTCAAGAGTACCGC TTTCTGTAAAGGAATATTTTAGAGAAACTGGAAAATATTCATTGGACAAAATTTGGTCTT GGGTTCTCCTTTTCTAAACCGGTCTACCAACACAGCCTTAACTTGCAACAAGTCCATTTA GCTGTTTCACTTTGTGACCAGAGTCGACATACTTTTTCTTTACTTCTTCTAATTCACAAT GCTCTCTAATGACAAAATTCAGATAAGTTACGGACATATCAGGAAAAAAGTTCAGAAAAC TAGGGACAGGGAATTTTGATGGGAACTGACAGCTGTCGATGGAAACATACTCTAAGGTCT TTTGACAAAGAACTCATTAGAATTCACACTACTAATCGATTTTGACATCAACGGACCAAA ACCAATAGATATAACAACATATATTCAAGTTAAGAGAGCAAAACATGCCTGGAATAGAAC GGTAGAATGCATCGACAACATGTTCCTTATTTTGCATGAGGTATGCTGCTTGCCCCATAT ATGTTAAAAGAAGGCAAGGGAAAACAATGACTGTGAAAGCAAGCTGTATTGCTGACACTG GAAAATTAGCAAGATCAGCAAAAAGTGCCTCTGTTCCTGAAGTAGTCAACAAGGAACTAT CAGAATTCAAACAGTCATTCTAAACCATTTAACTATTGAGATGTGACAATTCGAAGAGAT GTTTGTGAAGAGGAAAAAACCTGTGATGCTGAGCATTATTCCTCCCAGGGATGTCCAACC GTCTTTCTTTCTCCTCCTAAAGTATCTATATATGTACACAGGAGAAAAGGCCCTCACAAC AGAGCTATCATATTTCCAGATATTGAAGATGCCAATACCTCCTACTAAAAGAAACCAAAG CAGCACAACTGGAGCAAACAGCCAACCAACCCTGTCTGTTCCGTAGTGTTGTACGCTAAA TAGACCAACTAATATAATGACAGCAACAATCACTACAACATCTGCATCAAAGGATGGATA TTAAAGTCGTGGTAAATGATTAAAACAGAAGCAGTTAAGAAGATGAATCAACATAGGAAA AAAAGTGGTGTTAACAAATAAGTAGATTGTACCATTACTCATCTTTGGATGGTCCACCTT GATCCCACCAGAAGCTGAAAGAACTGAGAATATTTTTCCAAAATAAGTTCTTCATCACAA ACTTAAAACATAAAAACTAACAGAACCATAAAAAACCAAAATATAGAGAATAAATCTTCA TAAGCTTTCTCATACTCTCTATCACACACACCAGAACTAAACCATTTTCCTTTTGACTAA AATGTTTTATCATAGAGAATAGTATTGAAAACACCCCTGAACTTGGCATAATTATCATTT TCATCCCCAAACTATTGACAACCTTAAAAACACCCCTCTACTTGACTAACTAAACTTAGA TACACCTTTGATCTACTACGTGAAATTGCAAGTGGTCTCAAACTCTTGTAGGAGTATGGG TCTCTTAATAGAAAACCGAGTTTAGGGGTGTTTTCAACACTTCTCCCTTATTATTATTAT TATTATTATTATTATTATTTATTATTATTATTATTATTATTATTATTATTATTATTATTA TTATTATTGTTATTATTATAAAAGTCTCTTTTCAGTAATTTCCAAATGCATAAATTTTAT TTCTTAAAGAATTAAAAAGTGTATTATGAATTGAGAACAAACACAAAATAGATTAATTTC GTACTCTGAATCAAGTCATTCGTTTCTAAAAGGACTTAAGTGTCTTGATCTCAGTACTAC GAAACATTTACTTCTGTTTCTAATAGTGGCATTGGCAGGAAACATATATGGAGAGTAATA TAAAGTGGCATGCTTTATTTGGCTGGTAGTGAAAGAAGCTGCTCTAAACCAGGACAATAT GAGGAAAAGGGGTATATCAATTTATTCAAAGTGCTACTTTAGTGGCAAAGAGGCTGAGAC AATCAACCATCCATTCCTATATTGCAAAGTGACTAGTCATCTGAGGAAAAAGGGTATTAG ATGGGCAATGCCAGGATGAACAATGGACTTTCTATCATGTTGAAATGATGGAGGGGGAAA ATTACTACCAACAAAGCCAGATGGAATATTGGCCCAGCAGCTATTTGATGGACTGTCTGG AAGGATAGAAACTTCAGATGCTTTGAAAATACAGCTAGTACTATTCAGAAGATCAAGAAG AACTGCATTCTCCTTTTTTGTTTTTGGTGTGAAGCTAAATATATTAATGATCTAGATTCT ATTTCTAAAGGTTTTAGATTCCTTGTAAGAAGAGTAAGGATTGTATCTTGGTTTTTGTTG TAAACACCTTTTGGCTTTCAGCACAATCTTTGTGCTGAAGATTCATATGACATACTGGAA TATGTTACTTCCTCGAAAAATTATAATTGTGGAATTCAATCGGATTAAACTCTCTTTTTT GATCAGAATTACTAATGAACAGTACCACCTTAAGTTATCCATCATAGGCTATACGAGGTG TTGTCTCTACTAGGTTGTGCATTTTTATCGAGGGTTAAACTAGTCCTTGATGGATTTAGG TCATTCAGGTTGCATCATATCCTACCGATTGTAAATTTTTTCACCATAAACTAGAATAAT GAACTTCTGTCAATCCAGTAGACGACAAGTAAAAGACAAGCTTCAAACAAGTACCTGATA TAGCCGGAGTAAGAATTCCATCACCTATTACCGTGCAAGTGCCTATAACTACAAGAATAA GAAGCGAGGTCTTCCTGAATGGATATGCCTCCAACCATCTTTTTGTTTTTGCAGCAAATG AGTGCTCATGGAATGTGCTGCGACTATAAGTTGTAAGCTCTTCATCTGTCCGGTGTTGGT TGGGAATTGTCTTTATCTTAGCATGGCGACATAACAAAGAATAAAGAGCAAAAGTCCCAC CTGAAAAGACAAAACCCAATTTTTATCATCTTTAACTTTTCATGCATTATTAGAGAACAT ATCTTTCATGTTGCTCTACAGTTGGGAGTTGATTTATGAAAAATATAAAGTACATGAGAA AAAAGGAAATTAAGTTAACTAAATACCAATATCAAATGAGTGCATGCAAATACAAAGTCC TTCTAACATTGTCAACATTAGAGCAATTGGTTTATTGCAGTAAATAATTAACTTCAATTG ATAGGCAAAATGATCTTTAAATTCAACATATAGTAACTGCATATCCAGGTGAAACTAAGA TATACTTAGCAAACAACTATATATCTTACAGTATTATCCAACAAGCTTTTCTCAAATTGC AATACAATCTAAAATTTTCATTCACCCTTTAATCATTTCGACATTCTCAACTTCTGCAAC TTCTTTTATCCTTGCCGCGTTCACTTTTTTTCTTTTTCTTCTGAAACAGCGGAGAAGTCG AGATTTTCAAGGGCGAGGAGAAGAAGTCTCTGTAAATGGAGATTTTTAGAAACAGACAAT AACAAGGTCAAATCTTGCCCAAAAAGTATAACATGGTCATCCCTATATCTCTATCTCTCA CATAGACAGACACACAAACATGCATACAAATCCTTTTGACTGCTTCAACCCAACTTTCAC TGCTGCACTGCTACGTCAGTTTAAGATTGAATTGAAGGGTTCTCTCCAACTTAACTAGTC TTGAAACTGCATTAACTGGACAACGGAGCAAAAAGACCCAAGATGTCCAGCCAATAAAAA AGTGCCTAATCAAGATAAGCCAGTTATATCCTGTTTCAACAATGTCTTAGCAACATTTCT CTTGAAAGTTACAGCTATCAGTGGAATAAACATTTCATACAGGAAAGCAGCTCAGCATGA CGGCATGCAAAACTTAAAAACCATGAGAAATGCATAATACAGAATCATCAACTAAATCAG ATGAGTGACTACAACTCCGGAACAGCTTACCTTGGCCATTGTCGTTTGCTCTACAAACTA TGAAAACATATTTGAGGAGAGGGATAAGTGTGAGGGAATATATAATTAGTGAAAGTGCGC CAATGACATCCTCTGTATCATCGATTCCATGGGGAAATGTATTGTAGAACACATACAAAG GAGACGTTCCCAAGTCTCCATAAACCACTCCCAGACTCTGAAAAGCAAGCCGCAGAAGCA ACAATGACGAGAAAGTCTGAATTAAGACAACTGAATCAGCACACTGGGAGAATGAGTGAT CACAACAAAAAATGAACTCATAATTTACTCCATTCCGTAATCAACCAAATACTCACAATA ATGGAATCATAAACTCATATAATAAGTAAAAACAGGACTTTAGGACATCTGCATCTAGGT ACCAAACTCAATATTTGTCAATTGCTCACCAATAAGACATCATCTACTTTTGAATTCATA AACATGAAGTCAACAAGTCTTCAGCATGAAAAATTATCTTCCTCCACCCAGCCACCCTAC CCCCCACCCAAAGGGCGACAAGGAGAAGAAAAACAGCCTTCCACATGACATGAATCGAGA AACATGCTAGGATCAAAAGAGTAACTCAACCAACATCAAGATGAATCAGAAGATACAATA GACTATTCAATCACATATAACAAATTAGTCCCCTGAATAAAAGAAAAACATCAAAGCAAG CAGAAAAGAGTAAAAGTGCATCAATCAAGTAAACTAGAAGAAAAGCTACATCTTACCTTT TCTCTATACATATTTCTTAGTCTTCCTGCCTCTTCATCCATAGGCTGATCAATCTTTTGG TCTAAATCCCACATGCCTCCTTTAGTTTCACCATTGTCTTCATCAAGCCCCATACCTGAA GCCATCTTTCAAGACAACTATGATTCAAGAAGATGCAAACCTAATACACTAACATCCAAC CACCCAACCTTTCTAATCAACCTAAATGAACACTCAATTCACTTCAAAGAACTGATCAAC TTCCAAAGTAAATTTACCAAAAAGTCAAAACTGGAAATGAAACAGTTCACAAACACCAGT CATATAAATTTTTCATGAGTGAGGACAGCTCGAAATCCAACTCCAATCAATAAAAGCCAC AGAAAATCAAGAAACCAATTCAGAAACCTCTTTTCCCAATTTAGCTAAATACCCAATTCT CCTTCTTTTTCCCAAAAATGGTTCAAAATTCAATTTTGAACCCAAATAAATTCAACTATG AGGAAATGAGAAAACCCCCAATTCATGAACCGACAGATAAAAGATGAGTTTATATCTGCA CAAAGAAAAGTTTCAGTTTTTTGGGAGTCTTTTTTATTTGTTCTCTTTTGTTCCTGTGCA GCCTGCGGCTTCAACAGGAACTCACCTCCCCATTTCCCCCACTATATGCTATGTTCCTCT CCTGAGGAAGAAGAAACTACGAATCAAAACACAAAATTCCATTGCTTTCATCTGCTTCTT TCTCTCTCTCTTCTCTTCTCTTTTCTCTCTCAAGGTCAGAGAGATGTCAGATTTGTTCTG CTGGCGTGGCGGACAGAAAAAGAGAGAGGCGTTCCTCAATTTTTCGACACAAATTCAAAT TTAATCAACTTATACGTACATAATAACAAATATCATTTGTTTGAATAATTATAGTATTAT TTCATAATATATCATATAATATTATATTGCTTAAATTAATATAATGATTGGATATATTAT GCAATAAACAAGTTCTCCATTTATGTTCCAAAACTCAAAGACATATTTATCGTCATGAAC TTATTTTATAAATAATTTTTTATTCATTTTTGGCGTATGTGACACTATCTAATAGGCCAA ACACGTGTTGACATTTTTCTTTAAGCTAATGTTATGTAGATCGAAAAGGAATAGAAAATT ATATATAAAATAACTAGTGGAGATACTATGATTTTATATAGTATAAGTGTGTCTTTTTGA GTTTTGGGCATAAGTTGAAGGTACTTATACCATCACTCAAATTGATTGTTACATAAAATT GATCTTTTCGTAATTTACTAATTATAAATATAAACGATAAGGTACAATAATATTACGTAA CAATTAAAATATTGTATTTAAATATATAATACAATACAACGTGTAATTAACAATAATCCA AACAAGTTACTGTTGAAAAAGATTGAAGCTGACAATTGAAACAGGTCTAACGCAGCTAAC TGACCTATCTGCGGCAAGTGTTGATGAGGAAGGAAACTGACAATTGGAACATGTCAAAGG AACGGGTCCAACTAAACTGACCTACAAATGTACATTATTGCTGTAAAATTAGAGTCGCAT TAGGATTAGACTAAGGTTAAAATTAGAATTGTAAATAATATAATTAGTCTAATCCTAATG CAACTTTACAACAGTGATGTAAACTCGTCGGCTTTGTTAGGCCTGTTCCTTTGACATTTT CTAATCGCCAGCTTCGTTCCTCATCAACACTTACTGCAGATAGGTCAGTTAGCTGCAGAT AGGTTAGTTAGCTGCGTTGAACTTGTTCCTTTGACATGTTTCATTCGTTGGCTTCCTTCT TCTTCAACAATTACTAATGAATAAACACCTATATAACCATCGAAAAATATATCAAAATTT ATTGTAATAATCGTATATATAAAATCATTCTAATTATTCGATATCTCATATCTAATACTT ATTTTCAAAATTAAATTAATTATCTTTTCATACCAAATTATAATCGTCACATATCAATCA TCATTCTATAATTCATCAACCCCACATTTACTCCATATAATTTCACGAGCAATGCATTAA CCCTAACATCTATGAAGGAAAAATAGTTCTTCCTTATTAATCGATCAAATTAAAAGATTA AATTAAAAACAAAAAGGACAAACAAAAAGTTAAATAATATATTATCATCAGCAAAGCCAC TAAATAGATATTAAGAGGATGAATTTAGGTTTTAATACGATTTGAAAATGATTTGATCAT ATTGTCTTTTTCCCCTTTTAGTATAAAGCATAAATAAAAAGAAAAAAAAAATTAGGCCTG CCAATATTGTGTAATTCATGTGATGTTGTTAAAATCTACTATTTTGTATCAACAAATTCA CGTATTATTTGATTTGGTTCTTCATAATAATAGAAAGATATAAGAAAAAGACACAAAAAA TTTATTTAATAATTAATGTACGTAGGTTCATATATTTGCGACAATATTTTAAATTTTAAT ATTTTTCCCTAATTTGTAGCTTAAAGAGTGTTCACATGCTTGAGGACCCACAAAATTTAT GATGGGAATCCATATAGTTTGTAATTTTTTACATTAATTCTAATTTATTGATGGCCCCTT AAATTTGACATAAATTTTCACTTAAATATTTCAACTAGACGATATTCATTTTAGACTCCT CATATAGAGTTACGATATATTATTTTGACATTTTTCGCTGACTTAGCGTAGCATATGTGT TACACGAATTTAATGCACGTGAAACGTTTTTTTTGTTAAAAAATATTTTTGTTCTTTTTT TTTCTCACTTTCTCTTTTCGTAGCTTCTCTACCTTCCATCATCCAAAATTACCACACAAT TTTTCAAAAAAATTCTGCAAAACTATGTTGGGTTATATTAGAATTCAATTTCTTCAACAA AAGAGTCAATTTCTTATAGCAACATCACCAAAAAAAATTAAGATCATCAACTCATCATTA TTTTCTAAGAATTTGTGACTTTTTCTTTTTAAAATCAAATCACATAAAGTTTGACCCTTT CTACATTAATATTGTCTGCTAATACAACTAAGAAACTTCCGCCCTCAATAATGATGAGAA AATCTCTTGATTTTCAATTTTCTTACTGAAAATTATCCTAATTTTCTATGTCTGTAACAA CGAAAATCGAAGGAACAAGCTATTATACATTTTGCATCTTCAACATTTAAATAATTAAAT CCTCAACATTTTCTCATAGCATTCATTACTAAATCCCCAAATTTTTCCTCCATCTGCATC TTCACCATTTATATAATATTATTATTTTTGTTTTAAGAAATTTTAATTATTATTTTTTTA AAAAAAAAGTTAAGAAAAGAGAAATCAAGAAATGTAACACAAGAAATCACAATTTTGTAC AACACAAGAAGAACATGTGAGGGCCGAAGAAAAATTTTAACGGATTGAAAGAAGAACAAA GAAAAAGAACATAACAAGATGCATAGAAGAAGAAGCTGAAGATGTGGAGGCTAGGGTTAG ATAATTTGAAGGAAAAAAAAGAAGTAAAAGTGAGTTTTTTTTAAAAATAAAAATAAAATT TCACATGTCGCATATTCATTCATTTATTTATCTACGTAGGAGACGTTTGGATACACACTC TTAAGCTAGTTTTAATAATATAAAAAAAGTATTAAAATGATATATCGAAATCCTACCTGA AATATATAAAATAATATCATCTAATTAAAGTGTCTAGGTGAAAATTGTTGTCAGTAGACC TCCCAATTTTAAAATCATGTTTACATGCATGACATATTTTGTTTAATTAGTGTCTACTTT CATTGAATTTTTCATATCATGATGTAACATAAATCTAATTTTTCGTAAGCAATAATCTCA TCATTGATAAGATCAAAGATTTCACTCTTATCTGTACAAAAATAGAAAAAAAATCTTTTG AATTTTCATTTTTTTTTCTTTTCTCCATTAGGGTAGGTAGAGGGAGGGGGGAAAGGGTGT TTTATATATATATATATATGCACCTTTGACTTTTTTGTAGATGCATAATTTCAATTTAAT ATTTTTAATCAATCGATATCTGATATTTATAATTCAAATAATTCGGATTCATATAAGAAA TAGTCACTTTTAAAATTAAAGCTTTGAACATATGTGAGAGTAGTTTGATAGTTTGAGCTA TATCATTATTTGATGGTGATTGAATAGTGAAGGCAATTTTAGATATTCACGAGTCAACAA TAATGTGAAGTTAGAATTGAAATCAAATATATATTATATATATTTTATATAATATATATA TACTCCTCGATTTTTAATTATCATGTTGTGTTTTTTAAAAACTAATTTAATTAATTTTTA AAGTAAAATAATTATATTATTTTGATATTTTAAATAAAAATTTTAGAAATTTAAAAATTA TCTGAAAAATTCTATAAATTTTATTATTTTTACATATTGATATGATAAAAATATACATCC TAATACTTTAATCAAAACAATTATTATTTGACTGTAAAAAAAATTATAACAAATTAAAAG TCAACGAAGATAATAGGTAAGAAACTGAATATTTGTGTGATCACTTTAGGATCAAATCAT TGTATTAATTGTTAGTTGAATCCATAGTTGAATTAATATTAAACTATTGGTGCACATTAT ATTATTGGAAGATCATGGAAGTTTGACACTATGAATAAAAAAGTAAAAATTAACATACAA TTTTGAAAGTTTTATTTTCCTGTTAAATGTCAATCAAAGTAATAATGGATTTATAGATCT TGATACCGTGCATCGAATTAATTGTTATTTGTTTAATATAATCTCATTGTCGATGTTGAT CTAAAAATTCAATAAATGCCAAAATCAGGCACATGATCTTTTGTCATAAAAAAAAAAAAT AAGGTCAGTCTTAGGCAATAAATAATTGGGAATAATGTACATAGATCATATAGAAAAAGC GAGTGAATGGAGTAGTGAGTATTTCTTCATTCTTAAATAATTTTAAGTTTAAATATTTTT TTGATATAAAGTTATTTTTATTAGAAAATATTTTATTTTTTTATATAAATTTTTTTATTA TAAATTTAAATTTAATCAAATTTTAATTTTAAATACCGAGCGAGAAAAAAAAAACAGGTA GAAGAGAGCAGTTGGGCTAAAAGTTAAACTACTAGGTCAACTATTTTTAACAAATAATTG TGAAAGTGAAACGACGTGTTTTTTGTTTCTTTATCTCCACTTGTTTTTTCTTATTACTAG TTTCCGTGCACGCGCTTTGCGCGTGTAATCCATGAGTGTATTATTTCTTAAAAGATAATA TTACTAAATAATAAAATATGTTTAATTGAGATTTTTTACTTTGTTTTACTACTAATTGTG ACACTCCAATTTTCTGACCTCCAAGTGAATGCATCGAGATAATAATATGAGAAATTAATA AAATAAACTTTGTTTGTAATTCAAAAAATAAGTTTGCAAAACTAAAAGGAAAAATAACAA CTATCTACATTAAATTTCTTGATAGTTCCGTTTTATTGGTAGAATAATGCTAGATAGTGT AAGATTAACTTTGAGTGAAGGAAAACAAAACATTTTAACTTTTTTAATGAATGTGTTTTA AGTATTGTATTAAATTTTTATCCACAAACATTTTAAACTAATTAGTTAACTATAAATATT CAAAACTAAGATGTAAAAAGTTTTATCATTTATATTTTAAAAATCAGGATATTTATGAAT AACTATTATTTCATATAAAATTTAATTATGTTATACATAACTTATCCACCATTAATCTAA TATTATATGTTTCACCTTTTTTTTTTCCATAAAAAGAAAAGAAAAGAGTAAACATCCTAT TTTATCACATTCATTCTTAAAGATGAAAATTAATGTATATGTAAAAATAAAAAGTACGGA GAAAAGAAAAAAAAAGGTACACATGAGCAAGATAATTAGGCATTTCATTTTGTTTGTCTC TATAGTGAAACTGAACATTTGAGCATACAAAATACAAATATAAATTTAGAGCAACTTGCT AATAAAACAAGAATTCAACTATATAAAGAGAGACAAAAAAAGTCTTATTATAATTCTTAC TACAAATAAGTATAGAACTAACACATCAAATTCCGATGCTTCAGTAATTGAATTCTCATC TATTCTCGTAACTGCATAAGAGAATCTCACAACTTTCACCTCAAATTGTGACATTATTTC ACATGTTTAGAATTCCTACATACAAGAATTGTAGGTTTAGTAAATAAAAGTTCTTCTTGA AAAAGTTAAATTTATAGAACAAAATTATGGAAACATGAAAAGTCACATGAGTTATTGTTA AAATAAATATAAAAAAGATAGAGATGGAATTTAATTTTAAAGATACATGAATCTACTTTA ATTTCTTGATAATTACTCATTTTTATTTTTATTTACATTTATGTTAGAAATTTGAAAGGT CAAGATTATGTAATGAGAATAAGAAGATTATATATATAAAATTATATAAGTTTTAATTTA TTAGAGGGGCAAAATGGTAATTCAACTTTTAAGTTTTGAGCTTCATGCTTATAATAATAT ATGATAGGAGTAATCAAATATTTATTTTTTGTCTACAAATAACAAAATAAGTTTTTCTAA TTATTTGTCATTTTTGAATGAAAAAACAAAAAATAATTATTGATATAGTGAGTTTATCAT TTTCTTCCTATTAATTATTAAGTAGATGAATTAAAAAAAGCAACTTACATATATAACAAA CATAAAAAATCATATTTGCATGTTATAGTTATAATTTGCATAATTACACTCAGGGGTGGC TCGACAGTGTAAACAAAGACATCTGTCTTAGGCCCCCAAATTTAGGAGGCCTCATTTTTA ATAACAATAGGTCAAAAGTTATTATTTTTAAACAAATATTGAATACCATTTGTAGAAAAA ATTAATCTTTTTATGAAAAATGAAGGAATTATTAAAAGAAATTTGACATATTTAGAGTAC TATATCTCATGAAAAATAAATTAAAATAAGTGGTTATATTATCAACTAAAAGCTAGAAGA AATCAATTATATAAAAGTTATTATCAATTCAAGTTTAAGGCCTCGATTAATTTTTGCTTT AGGCCACTAATATGTTTGAGCCGCTCTTGATTATACTCCATAACAAATTCATTCATGTGT CAAATAAGGGCTTTAAGTCGTCTATGTGGAGGTGGGGTGTGTTTAGCGTTCTCTTGCGGA GTCCATGTGGCATTTTAGCACACACATGGATGTTTTTGTTAAACAGAAGGGCAATTGTGG TTCAATAGTTAGACGGGAAAGGGCTTTTTGAGCCAAAATATAGTTTTAGGGTATGTTTAA GCAATTTCGAATAATTTAAGGATAGTTTTGGTCCTTTTCCGTGGTCATCTATGTGGAGGT GTGATCTGTTTGGCATGCACATGTGGCATTTAACACACACATGGATACTTCTGTTAATTT GAAGGGTAGGTGTGACCCAATAATTTGACAGAAAGAGTATTTTGAGCCGAAATATAATTT GAGTATATTTAAACTATTTTGAATAATTTAAAGGTAGTTTTGACTCTATTCCGTTTAATA TTTTATCAACTCTCGACCAACTAATAGAATTTCACGAAAAACTTAAGTTTAAAGGAAAAA ATAAAATATAATTAGTACCTTATGAAACAGTGCTACTTTGATTGGAGCAGAGGAAATAGT AACATATTTCAGTGAATTTTCTATGCTAAATATATAGAGTAATAGTCAAACAATAAAGAG AAATTAAATGTATACTATAGTATAATAATTATTCGTAGTATAGTACTTGGCATACATTTA TTTCACCAAAAAATGTAGGTTTAGTACAAAGGAATATCCAAAAAGAATCTAGATCATTGT ACAATTTTTTTATTCGTTGAATTTCGTTTAAATCTAACTTCAGATATTACACAATTCATT TTAAAAATGATGATTTTGACATGATATTTTTTCTATTTCTAAATTCGAATTTAAAACCTC TGTCACAATTCAAAGTAGTATATTTATGAGTGCTATTAATGTTGAAATTAATTGTAATAA GAGCAAGTAAATTTTGATTTGGTCTTTGCACGTTTGCTTTGAATACAAACAGGAAAATAT ATAATTATTTTTAATATATAAATATATAGGCCATTAGACTTGACATTATTCTAAAGATTA GGACAAAATGAATCTTAGTATAAATAAATTATATGGTCATGTTAGAGCTATGGAACATGA TTTGTATTCTTAATAAAATACTCTTAGTTGAGTATCTACTTTTTTTAATTAGGAAGTAAG TGAGATTAATTTTAAAATGAGTAGCCTTCCTTTATAAATTTTGTTATAAAGTACCTTAAT TGATTGTGATTAGCACAAAGTTTTTAAGGTTGACCTTAGAAGCTATAGTGGAATAAAATA CTCATGCTACCTTTTGGTTGCTAATATATTACTAATATTCCATAAACACCAAAAATAATC TTTAGCAATAATTATTGAAAAAATGCATAAGTAGCCCTTCAATTTATGTCCTAAATTCCA CAGACACACTTATACTGTACTAAGGTTTTATTACTTCCCTGAAATTATTTTATAAATAAT ATTCTACCCCTTTTTGGCTTATGTGACACTATCTTTTGGGCACAAGGCGTGTTGACATTT TTTTTTCAAGCTAATGTCACATAGGCCGAAAAAAGGTAGAAAATTGTTTATAAAATAAAT TCGGTAGGATAATAAGATATTAATATAGTATAAGTGTCTATGTTCGGGCATAAGTTGAGA GGGTACTTATGTATTTTTCCAATAACTTATTAACAACTATAGCTTAATTGTTGTTAAATA TGTATTTTCAGTGGTCATTGACAATCTTTATAAATGTCTCTCATAGCGACACTAAATCTA ATGACAATTAATTAATGCTAGTACGATCTTTTGCATTTTTCATTAGTGTCATATTTATTA TTTCAAAAAACTATTTTTATTGTTGTGTTCCTACATTTGGAATCAATTAAAATTGGGCTT TAATGTAGGCCCATTTTTAGGCCCATTAGAAAATACCCCATCAATAGAAACAAATGGAGT AGCCAAAGTTCAATATTTTAACCTCTTTTGTTAAATAAAGAAAAGTGCATCTTGGATCGT CTTGAACTTTTTTGACCTCCGCTTGTTTCATTGGCAAAACTTAACAAGTATTATTTTTTC ATATATAAAATATAATTTTTCGATGACCAACATTTTGTCCACATAGCTATGCCACTGGGT TCAACAATTGGCAATGGATCAAAATTAGTTGATCTTTTTGTTTGTGTTAATAGCATTATA TTGATGGAGAGAATTCTCTCAAGTTTCATAAACAAACATTACAATTAGGTTTACTAGTTT GTGATCTTATTACATAAGAATGTAAAAATAACAAAATACTTGAAGTTAAAAGAGAGTATA TTTTCGCGGTCTAAACAGAAACTTGGACCAATATGCGGATTTTACGAGATCAAACCACAG TAAACACCCAAATAAAGCTAAAGGAACACCAGCACAAGCAGCAATGAGCTTTGGCTCCTA ACACGTATGATTACTACAGACCAAAAAGAAGGTTGCTGCAAAAGCCAAGAGCATATCTTA TCATAAATAGATTTTTCTTTTAGGAAAAAATTTAGGATTGACTAATTCTTTTTCTAGTAG GAAAACGTTTAGGTCTCTATAAATAGAGACATGCTCCTTCTAACTTAATCAGCATTCACA ATATAGTCTTAATGACTTTGAGAGTTTTGGTTTGGGGGGAATTTATGGGTCACAAGCTTG ATACGTTTTCACTTGTGTGAACCTCCCATGTATCACGTTAAATCTTTGGGTCTTTTGGTA TATTTCTCGTTGTCTTCTTACTCGTGGTCTGCATTGCTAGCTTCCGCATTTACACTTGCT TATTTTCGGTCCTAACAGCTAAATATCGAGACAAACAGCATTGTGAGTCCAAACAATAAC TTTGGCGGGCAATGACACAAGAAAATCATCTTCAGCATAGCATGATGTGAGAATGGACAA GAACATAATGATGGAAACAATTGAGGTGAATAGTGCCACTGCATCTGATATGACAAATCC ATACAAATTTAGCAATATTGGAATGCCATTATCACTGTTATTTACCTCCTGGCACAGTGA ATCCAGCAGCAAAGACCATTGTGGCAATCAAAGTTGAAACAATCATACAAGAATTTATTG CAATAGATTGTATTTCAATTTAATTCCTCCCATTCGGTGTAGAAGACTGAAGACTTCCTC TTCACGATATATAACTGCAGTATGAAAAATGGTCTGAATGACCATATGAGATCAGGACGA ATGCGAGCAACCACAACAAAAAATCCTACATTTCCCTTTTCACTAGCTCTAATAGTTTAT CCTCATCACTTCTTTTACACTCCGTCCGTAGCTTTTCAAGTAGTAAACCAGCTACATATC TTTCCCTTGTCGATCCATTGTTTGAAGCAATTTTAGCACTATGTAAGCATGATATATAAT AATAAGCTTGTGTCAGTTAAAGTCCAGTACATCTTAATTGTCTTTTGGCCATGGAAATCA CACTAATTAACTTTCTCCGCTGGATTTTTTCAAGTTTCCTCTGCATTCTAAGGAGCTTAT AGATAACCTGCCTAAGATTCCGCTGTCTCCTAATTGTAACATCTTACTGGCTAATTCCTT TTCCTTGTTGAATATATATAATGCTACATCTGCAACAAAATAATTAAAACTTAGCGGTAT GTATTTATATGATCTGTAGGTATGTATTGAAAAGCAACAATAATATGAATAAACATCACT AGCTATCAGCTAGTTCGTTATGAAAAAGAAGCTTGAGATTAAAAAAAAAAAGAAGTGTTT TGTGTAGCTTACCATACAACTCACTGTGGACTGTGACCCGAAGAAGCTCTAAGCGATCTT GTGGTTGTATCCCATCAAAACTTGTGACATCAAAAAGGTAAAATACCATAGCTTTAGGCC CAAACAAAAGCTGCCAGAGTGATTGGTAATTGTCGTCCATCGCCAATAGGGATGTTTAAT AGATTGTTATTCCTTTCCCTCATTGCTTTAACAATTTCAATATACCCTGACGCTGCTGCA TGATGGAATGTCGTCTCTCTATATTTATTTTTCACTTCCAACTCATCTGGTTTCATCAGT CTCATTAGCTCTTGCAGAAATCCGGTACTTCTTGCTATTGCTGCAATGTGAAGTATTGTT CCAATACGCGATATATTTTCATGAACAAAGCTCGGATCCTTCTTTAAAATTGGTTCACCA AGCCTTTAGTTATCACTAAAAGCAGCCTGATTAAGAATTACACGTGCAATTTGATGATAA AGTTTCCTGTCTTCTGCAAATTGAATTAAATCAAACACTTGTCAGAATATACATGTTTTA TTCAACGGAGTACATAGAGAGATTGTCGTGAACTTACTATGAGATTGATCTTCAATACGA CTTCCACAAGTATGAGCATGGGAAGACTTGTTTAAGTGTCTCGACATTTATGTTATCTTG AGAGAGAGAGAGTTGTGAACTGTTTATTTACATATGAAATTAAACACTAATATTAGATTA ACATTTCAAGTTTCTATGCTCTCGCAACAGAGCTAATTTCCATTCTATTTATCATCAATT TTCTAGGAGAAAAAATAAAATCAATAGACATAGACTGTGTCCAGTAAACAACTCTTCTTA TATTGAAGTTCTAGATACATGTATATTTGGCGCATTTTAAAATACACATAAATAGGGAGA AAGACAACCGAGAGAGGGGGAGAGACAAGCGAGATAGGAGAGAGGTGAGAGTCAAAATGT AATGTTTGATACTAGCTAGATACATGAATATTTGTTACTAGATACGTTTGACATAAGATA CAACCAGAGAGAGACGAGTGAGATAGGAGAGAGGCAAACGAGACAATCAATGTATTTCTC ATACATGTAAACCACACTTGAATAGAGAGTGTATTTGAAATAAATTACACCTATTGGACA CATATATTCGAGATACATGCGTCAGGTGAATAACGTTGATGATAAAGTAGAGGATATCTT TTGCATGAAGCAATGGAATTGTTTTTGCAATATGCAGCATCACTAGACAAAGAATTTCAT AATAAATCAAATAATTTGACAATTGAGAAAAGAAACTCGACGTGCTAAAACTATTAATTA TTACCAATCCCAAATAACATTGCTGAGAATTTCATGCTCAAACTTTACAATTATGAAGGT GGTTAATCGAGTTTGTGCTTTCCCGATCTAAAAAGAAACTTGGACGAACATGTCGATTTT GCCACATCAAACCATAGATTGTACTGTAAACACCCAAATAAAGCCACAGGAACACCAGCA CAAGCAGCAATGAGTTTTGGCTCCCAACCTATATGACTACTGTAGATCAAAACGAAGGTT GCTGTAAACGCCACGAGCATGATAACTATCGAGACAAACAACATTGTGAGTCCGAAGAAT AACTTGGCAGGCAATGACACACGAAAATCATCTTCAGCATAGCGAGATGTGAGAATGGAC AAGAACATAATGATGGAAACGATTGAGGTGAATAGTGCCACTGCATCTGATATGACAAAG ACTTTGAATCCAATCAAATTTAGCAATATTGGAATGCCATTATCACTGTTATAACCGCCT GGCACAGTGAATCCAGCAGCAAAGACCATTGTGGCAATCAAAGTTGAAACAATCATACAA GAATTTCCAGTGTCTTTCATCCACCTTTCCCCTTCTTTTAGTAATATCTTGTGTTCTTCC GTGAATAATTCTCTAGGGGTTTTCCCATCCTTGTTCTTCCTCTTTTGGTATGAAGGCGGT ACAAGTTTCTCCACTTCCTAGCCGATTATTATCATCAGCAAATTAGAATTTTAAAAGCAA CGCTAAAAATTGATTCATACTTAATGACAACGTAACAGATGAAATACATATAGTTTTAGG TGATGGATATATCTAGCTCGCTCGCTCTCACCTTGAACCACAATATCTCTCTTTGCATCT GAAGCGCTGCTCCAGAAATCCTAAGAAATGATGGGGGCATAATCTTCTCTTCCTCCTGGT TTAAACAATGATATATAATTAACCGAAACAAGGAAACTTTTTGATATTTCATGTATGTAT CGCGAACATATATAGTTTAAAAAGAGAGAGGGAACGAAAAAATATACCTTAACAGCATTA GATTGGACATTTTTCTGTGGCTCCCCTAACTTGCCAGCCAAATGTAGAATGTTATTGCCA TCATGATCGAACATTTGAAAAATTATGTTTTTCATTCCTCCTATTCGGTGTATAAGACTG AAGACTTTTTCCTCTCGATATAAAACTGCAACATGGAGAAGGGTATACCCTTTATCGTCG AATGAGCACATGATCTCAGGATAATCACGAGCAACCACAAGTAAAAACCCTAGATTTCCT GCTTTTGCAGCAGAGTGGCCCAATATTTCCTTTGTCACTAGTTCATATAGCTTAATTTGA TCCTCTCCACGTCTTTGACACTTCGCCCATAGCTTCTCAAGTAGTAGCCTAGCTTGTTTC TCAACTTCATATCTTTCCGGAAGCAATTTTTGCACTATATATACATGCAGATTAATTAGT ATTACATTTCAAGCCAAGAAATGTCTAATTAGTTAATTGATCTTACATTTCAACACTCTC CACACCGGAGAAGAAGCGTCACTGATCGCTATGGACTTTTCAGATAACGTCTTCAACAAA TTAATATTTCTGTCTTCTAACATTTTAGTGACTACTAATTTTCTGTCCTTGTTGAATATA TTTAATGCTACCTCTGCATGCCATAAAAAAGATCGAATCAACTTGGCCATAGAAATACAT ACATAACTAGCTAGCTCGTTTATGCATGTGTTGTTAGCATGATAGATAAAAAAAAAGGAT CATCAATTGAGGCACTGCCAAAATACCTATGCGACGAGCATATTAGTGATACAGTTTAAT AGAACCTCCATTAATAACTACACTCTACAACATTCAATACCTATGCGACGAGCATATATA TATATATATATCACATAAGACCTCAATAATTTTTTTATTTTAACCATTCAATTACATATT ATAGGAGTAACATTTTCATCTATTATTTCATTCTCTTGAATGAATGAATGTAACGACCTG TTAGTCGTTTTGAGCAGCAGATTTTATTTCTGGAAAAACTGGCTGGGACGACGGAACCCA CGAAGGACCGTCATGGGCACGACGGATCGTCGAGGGTGTCTCGTTTCAAAACACTTAGAA ATTCTGAAAAATGGATACTGAAATCGACTCTCTGAACTTCGTAACGGAATGACAGGACGG ACCGTCACAGGCGTGACGGACCGTCACAGACTCTTCAGAGAATTGAGTCTCTGAACTCTG TGACGGAGCAGCAGGACGGACCGTCGCAGGCACGACGACCCTTCACAGGCTGCGTAATCC CAGGCGGGGTCGGATTTCTTTAAATGTTTTAAGGGGCATTTTGGACTATTCCTGCTATAA TTATAAAGTTAGTGGGTTAATATTAATAACTCAATTACTTGGGAGCTAAAAGAGGTAACC TTGAGTAAATTAGTGGGTTATTATTGCCATCTTTTATTCTTAATTATATGCTAATTAGGA TAAAAGAAAGAGGGTTTGAATAAGAAAAAGAAAAGAACAGAAAGAGAGGGAGAAGCGTAC GATCAAGAGAAAGAAGAGAATAAAGCTTTGGGGAATTTGCTTGCTTGATCACTAATCTTC GGTGGAGGTAGGTTATGGTTTTTACACTATTCGTAGTAAACTCTTAATAGCGAATGATAT GTATTGGGTAGTGTTGTAAACCCTTCTATATGCTTAATTGTGTGTTTGCATGTTGTGATT ATATAATTGTGATGAGATAAGCATGATGAAGCTATTGAATTCTAAATCTTGAAAAAGAAA CCCTAATCTACTTTGTTAATGATGATGCCTTAGTATAAAAGAAGGCTTGATGAATGAAAG TAGTGAGATTAGGGGATCGGGTGCCACGTTCCGGTACCAGGATATTATATGAGGATCGGA GTGTCACGTTCCGACACCAGGATAGTATATTGATCGGGTGCCACATTCCGGTACCAGGAT AGTATATGAGGATCGGGGTGTCACGTTCCGACACCAGGATAGTATATGGATCGGGTGTCA CGTTCCGACACCAGGATAGAATGAGGATCGGAGTGTCACGTTCCGACACCAGGATAGTAT ATTGAGGAGCGGAGTGTCACGTATCGACACGAGAGGAATAAAGATAATGAATCTTGAAAG ATGTTAATATATTCAATCTAATGAACCTAATTCCCAAATGAGTATGATGAGGAGGCGTGA GTCCTCATTGATGTGCTTGGTGTTGTAACCAAGGGTTATGGTAATTGTAAATGCTGCATG CTAAGGATATTAGTTGATTTTATGATGTTATCTGATATATACTGTTTTCTATTTTGAGTT GGCCGATGATACCTACTCAGTACTTGTGTTTGTACTGACCCCTACTTGTATGTTTTCTTT TTGATTATTTGTGGAGTGCAGCAAACGTGCCGTCGTCTTCAACTCAACCGCAACTCTAGC CAGTCTTCATTATTCCGGATTTCAGGGTGAGCTAATGCTTCTAGCTTGGACTGGATCTTC CTCTTCATGTCTTGATGCCTTGAAGTTCCGACATGGACTAACTTTTTATGTATTCTAGCT TCTAGATACTCTTAGCTTTAGTAATTTGAAGTAGATGTTCTTGTGATGATGACTTCCAGA TTTTGGGGATAATAATAATAGTTGTTGAATTTTTAGAAGTTATTGAATGTGTTTTTATTA ATGAGTTTAAGTCTTCCGCATTACTTTCTGTTGATATTATATTGAAATGTTAAGGTTTAG ATTGATTGGTTCGCTCACATAGGAGGGTAAGTGTGGGTGCCAGTCGTGGCCCGATTTGGG TCGTGACACCTAAATATCTAAATTGTTTGTACTTTGATACCGGAATTCAATTTACAACTT AATTTGATCTTCTCATGTTTATTAAACATGAATTGCATATAAACAATTGTGTTTCTACTT TCCATGATTATCTTATTTTTTAAAGTGTTTTCTATATTTCAAGTTCTTTTTTGATTTATT TTTTATTTTGTACAAGTGTAACAAATTGTAATGAATTGTGACATTTACAAAGCTTTACAA TTTGATGTAATTTGCAGAGGTTATCACAAACCTCCACAATAAAACCGCTACAAATTATTA TAAATTGCGGCGTTCACAAAACCTCACAAATTGGTGCAATTTGCGGAGGTTATCGCAAAA GCTACAAAATGATTTTATAGTGGAGTTTTTTAAAACCCCACAAATAAACCTCTGCAAATT AGCTTGTTTTTATGCATTTATTGTATATATTAATGTAATTAGATAGTGATATAAATTAGC ATGATCATATACATTTGTTGTAGAATCAAATGAATAAATATTGTGATAAAATAACTGATT CGGAGGGATAGGAAGGCAAAATTAGAGGGATTGAATATTATATTTGTAGGGATAGAATAG CTGATCTTTAAGGATAGGAATGACAGATCTTTAGAGATGTTTAATCTTTATTCTCTCTAT ATAATGGAAAAACTCTCACTTTGAAGACATTCAACAGAAAATTTAGTGGGTATCAACGCC TTCTCTTGGCTGTCTTGTTTGATAGATTCCTCCGTGGTTTCTTCTAAGATTTTTTTTTGG AAAATCTTGATTTTTGGTTGACTGTTCATCGACAATCAGTCTTACCAATTTTGTTCTTGG TCATTCTAGTTGCTTTCCTGAGTCTTTGTAGTTTTCATAGCTATCAAAAACATAAATGCA CATTATTTTGAATCCTTTAGTGTTTGTTTCACTGGAAATAATTATTTTTTTTGGAGTTTT AATGTCACATATTTGTCACAAGCAAATTAAAGAACTATGGGGTCATATAGATGGAAACGA TCCCGCTTCTATAGATGCAACAAAGCTAGGTGAATGGAAGACTAAAGATGCTCGGGTGTT GACATGGATTTTAGGGTCAATTGAACCTCCGATTGTTCTTAATCTCAGGCAGTACAAGAC AACTAAGGTCATGTGAAATTACTTACAAATGTTTACAACCTAGATAATAGCTCAAGACGC TTTCAGTTATAGTATAAAATTTCTAATTACTCTCAAGGAGGTTTTTTTGTTCAGGATTAT ATTTCCGGATTTCAGAACTTATTGGCTGAATTTACAAATATTGTCTATGTCAAAATACCT ACTATATCTCTACCAGTGATTCGGGCAGTTCATGAGCAAAGCAAGCGAGACCAACTTTTG ATGAAATTACGCTCTGACTTTGAGAGTGTTCGCTCTAACTTGATGAATCACGACATGTCT CCCTCTTTAGTTGTCCGCTTTAGGAAATTACTTCGTGAAGAGAAACGTCTTGTCACATAA AATGCTTTCAAGAAAGAAAATGATGTTATTGTTGCATTTGCTGCTCAATTTAAAGGCAAG AGCTAGAATATGAGTAAAACTCAATGCTACAGTTGCAAGGTTTATGTTCATATTGCTAGC AATTGTAGCAAGAAGTTCTGTAATTATTGTAAACAACAAGGACACATCATCAAAAAGTGT CCCACGCGCCCTCAAAATCATAGGGTCAATGCTTTCCAAGCTGGGATAAATGGTTCCACT AATGATAACTCATCTTCAAGACAAGTACTTACTCTTGAAATGGTACAACAAATGATTGTG TCACCTTTTTCATTATTGGAATTACAAGGTAATGATGTTACATCTAATTTTTGGATTATT GATTCAGGTGCTTCCAATCATATGACTAACTCAACGAGCATCCTGAAAATGTTCGTAAGT ATCAAGGTCCATCACAAATACAGATTGTCAGTGATAGTAATTTACCCATTATCAAGGTTG GGGATATTACTCCAACTTTCAAGAATGTTTTTGTTCTAGTTTCATTTTAGTAAAACAACT GGTATATAACAATTGTGATGTAAATATTTCTCGTAATGATTGTCTTGTGCAGGATCAGGT GTCGGAGACGTAATCATGAAGGGGCCTAAAGTTAGACGATTGTTTCCTATACACTTTTCC ATGCCTCCTGTTTTATCTTTTGCTTGTACTTCCAGTACTGCTAGCAAGACTGAGGTTTGA CATAAGCTTCTAGGACATCCAAATTCTGTTGTGTTGTCTCATTTATCAAATTTTGATTTA TTGGGAAATAAAAATCAGTTTTCATTTCTACTTGTAAATTATGCAAAAGTAAAACTCTTT ATTTACCTAGATTTGGTAGTCATGCTACTAAGTGTTTAGATGTCATTCATAGTAATGTTA GGGGCATTTCACCAATTATTTTTCATGATCATTTCAAATACTTTGTGATATTCATAGATG TTTATAGTCGATTTACATGAGTGTATTTTGTTCGATCAAATTGAGGTATTTTCTATGTCT AAGACATTTTTGGCTTACGTTGAGACACAATTTTCTACATGCATCAAATTATTAAGATAT GATTCTGGTAGGGAATATATGTCTTATGAATTCAAAAGATTCTTGTTTGACAAAGAAATT GTCTCACAACACTCTTGCCCATATACATCACAACAAAATGGAGTTGCTAGACGAAAAAAT CTCTATCTTTTAAATGTCACTCGTACTTTATTGATTGAGTCATCTGTACCTCTAAATATT GGGTGGAAGCTTTGTCTACTGCTGTCTATTTAATTAATAGAATTCCGTCTAAAGTGTTAA ATCTTAAGTCTCCATATTTTCGTCTTTATTATCAAAATCTTAACTATGGTGATTTTCATA CATTTGGTTGTGTTTGTTTCGAGCATTTTCCTCCCTCGCAGTGCAATAAACTTTCTGTAC AGTCTACTAAAATGTGCTTTTATTTCTAGAAATGTTGTTTTCTTTGAGAATTAGTATTCT ATTATTGTAAATTCATTTTCTGCTACTCCTCTTTTTTCTACTTTTGAGGATTTATCATCT TCTTCTTAGAGGTTCAAATTTGGATTTGTGTATGACTGACGTCGGCCAACTTTATCCTAT CCCGACACTAATCCATCGCCTGAAATTGTACCACAATTAGAATCTGAGAATTCTTCGAGT GATCCTCTTGAGCCTACTCAACGATCTACTAGAGTATCTTGTACTCTCAATTGGTATGTT TTTTCCTCTACTTTATCCAACATATTTGTTCCGTCTTGTTACTCATAAGCTTCCAAGCAA GAATGTTGGCAGAAAGCAAAGGAGGAAGAACTTTTGGCTCTTAAAGAAAATGACACATGA GATGTTGTTTCATAACCTTCAAATGTACGCCCTATTAGATGTAAATAGGTTTATTCAATC AAACTTCATTTTCGTGGAACTCTTGATCGGTACAAAGCTCAATTGGTTGTTCTTGGTAAC ATGCAAAAGTATAGGGTGGACTATGAGGAGACTTTTGCACCCGTAGCTAAAATGACTACG GTGCAAACTATTATTGTCATTGTTGCTTCATAAAACTGGTCTTTTTATCAAATGGATGTC AAAAATGCTTTTCTCCATGGTAATCTTAAAGAAGATATTTATACGAAATCTCCACCTGAT TTGTTCTCATCGCCTACATCAAATGTATGCAAGTTGAAGCGATCTTTGTATGAATTAAAA CAAGGTCCAAGAGCCTGATTTGATAAGTTTTGGCCTACTTTGCTACAATTTTCTTTTGAG GAGAGCAAATTTGACTCATCTTTGTTTCTTCGGAAAACATCTACAGGTTGTGTTTTTCGT TTGGTATATGTAGATGACATTATTATCAGGATTTGATTCTTCACTAATCGCTAGCCTCCA ACAGTAGCATAAAAGATTCATTTCATATTAAAGATCATGGTACTCTTACTTATTTTTTGG GTTTGAAAGTTCATAATGTTGCTTCAGGTGTGTTTCTAAACCAACACAAATATACTCAGG ATCTGATTTTTTTGGCTGGTCTTCAAGATTCCTCCTCCGTAGATACTCCATTGGAATTGA ATATGAAGTATCATCGTGAGGAAGGTGATTTTCTTCCTAATCTAACTATATTTTGACAAC TAGTAAGGAGTCTAAATTACCTTACTTTACTAAGCCTAATATCTCTTCTACAGTTCAACA AGTTAGTCAATTTATGCAAACTCCCCATCACCTTCACTTGGTGGTTGTTCGTTGCATTAT TCGATATCTTCTAGAAACATCTACTCGTGAATTGTTCTTTCCAGGTGATTCTCCTATTCA TCTTAATAATTTTAGTGATTCTGATTGGGCGCGATGTCCTGATACTCTTCATTCAGTCTC TGATTGGTGCATGTTTCTTGGAGAGTCATTGATATCTTGGAAGAGTAAAAGACAAGATTG TGTGTCAAAATCTTCAAGAGAGGCTGAATATTGATCCATGTACTGCTTGGTCCGAGGTTG TATGGCTTTGTGGATTACTTGTTGAGATTGGATTTCCTCAATCTCATCCTACTCTTCTCC AAGTTGACAATACAAGAGTTATTCAAATTGCTACTAATTCTGTTTTTTCATGAGAGGACC AAACACATCGAAGTGGATTTTCATTATGTAAGAGACGTTGTAGATAAATGAGTCATTACT CTTTCACATGTATCCATTGCTCTTCAAATAGTTGATGCGTTTACAAAATCCATGGCATGA CAATGCCATCAGTTTCTAGTAGGCAAATTGATGCTTCTTGATCCACAAGCATCAATTTGA AGGGGATGTTATGTTGTTCATCTTGTATTCCAAACATACTTAGAACAAAATTTTGAAAAT CTTTGTAAGACAACAAAGTTTAAGAATATTTTCACAACTAGAAAATTAAAACTAGTAGCG AAACTAGAATCAAAAACAGATTTTAAAAAAATATACGAAATATTTTTCTTAAAGAAGAAT TGTTGTTAATATGTGTCTAAAGAATCTTACTGATTCTAAAAACCTTTGCAGAAATACGAA GTTACCAAGTTTAATGAACCAGTGAAGAACAAAAGAATAGAAGAACTGAAATTAATTCAC AAATCTAATATTTGTAAAACACGTACCAGAATATGGAAAAAATTTAATAGGAAAAAGATC AAGTCCAGTGAACTCACAGTGTCCCCTTAAGAAAATTATTCTCCTCTAGTCCGAGGTTTG ATTTGGAATATGACCTCCCAGGGTAAAATGATCTCAATCACCAGAGTATAGATACCAAAA ACTCCGGTGTCAGCGAACCACTCAACGACAGTAAAGTACACTTAGAATACTAGATTTAGT AGTTGAAGAAGAAGTCCATGAATTATATATTAAAATGAGAGGAAATCCCTCAATTTATAG AAAACAAAGGGTAGTGCGAGAAAGTTCTTATTGTGCCTTACCGGAAAGGTTACAAACCTT TGGAAAAGTCACAATCTTTCAGAAAGGTCATCACCTTTCATAAAAGTCACAACTTTCCAT AAAGGTCACAACTTTTCATAAAAGTCACAACTTTTCATAAAATTCACAACTTTTCATAAA AGTCGCAACATTTCATAAAAGTCACAACTCTTCATAAAAGTCGCAACTCTTCATTTTCCA TTCTCACTTTTTTAAAACCCAAAAATCCCCCGCATGAATGGGGAATGACTCGAAGATAGG AAAACGGACAAGTATGTGTACTTCACAAACAAGAATTAATTGCATTTGGATAAGTAGGTT TCCCTTGGACTTTCCGTAGTGAACATATGTCGGATATACTCGGTCAATTGGTAGATGCAA TATCTTTGAACCGTCGAACTTTGGTGTATACCTAGATAACCATATGTCACACAATTAACC TTTATCATTTATGGTTCTTACGATTATATCGTTTTAGCCATTAACACCTCCTGGTTTCAT GAGTGTATAAAGAGATGGGCTTTTGACAATCATCTTCTTTGAAGCGGCTTACACTTCACA CTCACATAGGTGATTTCTAACCGTGTTATCGTGTAGATACACTATTTGGTCAACTCTGCC AAACTTAGCAAATCATTAAAACCATTAATCTTTATTAACTCATTAACAAGCCTTATTGTT GTGTCTTTGTCCCTGAGCATTGTCTTCATCATGAGAATGGATTGAGTTTGTTGACAATGT CGAACCGTCATTCACAACTTTGTTTTTCTCCTTGAATCTAGCTCTTGGGATCTCCAGTCT GATAGATAGAGTTACCGCCATGATGACTTGTCCTAAGCCGTAAATTCATTCTCTTAGATG ATTTTTTAACTCCCTCTCTGGTTAGGCCTTTTTGTAAGTGGATCCGACACATTATTCTTT GACTTTACATAGTCAATTCTAATAATTCCACTAGAGAGTAGTTTTCTAATGGTATCATGT CTATGTTGTATATGACGAGACTTTCCATTATACGTCATGCTCCATGCCCTACCTATTGCA TCTTGACTGTGAAAGTGTATGCATACTAATGCCAATGGTTTGGGTCAAAATATAATATCT ATCAAGAAATTCCGGAGTCTTTCAACTTATTCACCGACCTTATCTAGAGCACCTAGCTCA AAGATCATTCTAGAGCTAGAGATACATGTCTCTTTTGAAATATTTCTAAGAGACCGCTCT TCTACCAATAGTAAATACATATCCACTCGTGAATTTTACTTCATTCATCCGATGATTCAA TTTGCATCACTATATCTTTCAATATTGTTGGATATTGTTATAATGCAAAACATAGTTTTA AGTATTATTTTAAATACTCCAAAACTCTATTTATTGTCATCTAATGAATTTATTTGGGAT CACTTGTGAACCGACTCAGTTTAAAATAACAAATGTTTTATCTGATCACACACTATATGA TATATATCATGCTTTCCAAAACTCTAGCACTATCCAATTGTGAGTCACTTTTGTTTTCAC TCTTTTGAAATGCAAAGCTCACATTTATTGAAGACTTGACAATATTGACATCCAAATATT TGAACTAGTTAAGTATCTTTTCAATGGAATGAGATCGTGAAAATGCTAAACAATATAGAG TTCTATGATTCTTATATCTAAGATCGCATTAGCAACTCCAATAATTTTCATTCCACTTGC TTTATAGCATACGTTAGTAGCATTTATGTCATTAGTGTCTCTATTGATGATCAATATATC ACCAATATACAAACAAACAATGACCTTATGATTTTAATGTGAACACATTTATCACTTTCA TCATTCTTCAATCCATTTGCCGACATGGTTTGATCAAATTATGTCATTGTTTCGGTGCTT GCATAATGTGACTTAACAAGTTCACACACTTTTTTTTATTTACCAGGAACCACAGAACCC TTGGGTTGTTCCATGTAAATTTCTTCCTCCAATTCTACATTTAAGAAAGTTCTTTTCACA TGCATTTGATGAATTTTGAGGTCGTATACCACACTAATAAGTTTTGCATCCGAATGGATG TAATTCTAATTACTAACGAGTATATATACACACAAGATCAAAACCTTGGTTTTTTTTTAT CTAAAGCCTTTGACACAAAGTCTTGCTTTATATTTTTCAACAGTTCCATCAACTGTTATT TTCCTTCTAAAAATTCACTTTGAACCCAAAGGTTCATTTTCTTGAAGAAGATCAATTAAC TTCCAACATTGTTTATTCACATCATCTTTCCAAAGAATGAGCTTATCATATTCGAAGAAA GTAAATGTCCTTTAACATTTACTAAGCCTCTGAATCTCTTTATTAAGTACATTATTCTTT TCATTTCCTAGGCCTTTTAGACCCTTCTCTAGACTACTCAAGTCTAATTTTACAGTCCAC AGTCATAGGTCCTATTTTGATTCTTTTAGGAATAGGAACTTGGACTTTGACTAGATACCC ACACACTTTGAAATATTTCAAGTTGGATTTCCTTTCTTTTCATTTCTCATATGGAAAAGA TTGTATTCTAATTAAACAAAATCGCTTTCTTTCTAAAAAGACAAAACTTTTTGTTGTTCC CTTTTGCAGTAAGGATAATTTCTCCACACAAGTTTTATGTAAACCCGAACTTATAATAAT GCATCCATCATTTCTTTCAACGTTCGGTTTTTCATTAGATTGAGGTGAATATGACAGTAG TTTGATGGATATTCCACTTTTCAAATATATTTCTGCACAATGAGATTTATACTCTCCATT TTTATCACCTATATTTTTTCACACTGATTTTCAACTTTGATATTACATTGTCTAAACATT TCTATTGCTCATCCTTACCATTCAGCAAATAGACATAGTCATTTCTAATGCAATTCTCAA TAAAAGTAACAAATACTTTTTCCTACCATGAGATGGTGTTAACTTCATATCACAAATGTC AGTGTAAATTAATTCTAAGGGATTAGAATTCCATTCAACAAATTTAAAAGAATGCTCAAC ATACTTAGATTCCACAAAAACTTGACATTTTTATTTATTGCACTCAAAGTTTGGCAAAAC TTCTAAGTTGATCAGTTTTCCTTACAAGGTTTTGTAATTGACATGCCCTAAGTGTTCATG TCACAAACATTGACTCAAGCAAGTAAAAACAAATAAAAATATTGAGTTCGAAAAGCTCTT CGTTGTGAGGTAGCTTTTTCCTCACTAATATTTTGTTCCTATTTCTTACAATTTTATGTG ATACAAACATTGTTTAGATTGTCAAATGTCCTTTTCAGAAGGACATTTCCATAACTTTCA ATATAATTGTTATAGAAATACCCATGAACAAAGTTTCATCGGGTTCAATAAAGACAATAT AGTCCAGATGTTATTTTTTTTAAAAAAAAATAACAAATGACTATTCACCAATATTCATGT CTATGCAAATACTTTTATTATAATAGACATATCTTTTCATGAAAAATCACAATATTTTAA GTGATATTTTTTCCCCATAAATGAACACAATTATTTTGAACAAGTATATATATAATTTGG ATGTTTCATACTACTCACACTATATACTAGTAATAGAGAAACTCAACAACCACAATATCA AATATACTCCAAGAATTTTGTGGGTATAACATAATACAAAAGTATAATTGAATTTCATAT CTTTTGCTCCAAAGTTAAATTAGACACCAAGTCTAATCATAAGCAAATAATCCCCACATT TCAAATGTGATCTCAAAAATATTTTTCAAGTATTTGAAAATAGTTTTTCCACATATTTTA ATGTTGAAAACATTATTCTACGAAAGAATTATAGTGCTGCAATTCTCTTTTACAATATTT ACACAATGTCAAAGTTCATTCCATAGAGACATTAACTCATAAATTCTAAGTCACTTCCTC TATCATAAATAGACATACCACTTAGTATTTTAAATACTAATAATAAGGACAAAAAAAATG TACAATTTATTTCTATATTACATTGAAGTTTATAGAAAATCACAAATACAATACTGACTT ATTATGTGAAGTTTTCATATTCTTCAAATCAATTGTATAGTTCAATTTATCCAGAGTACA AAACCACAAAAGTTTTTAGTCTACAAAAATCAGACACACTAACATTTCTCATGGAGTACA AAACTACAAAAGTCTTTTTTTTTCTTCAAACGGAATAACACATTTTTTATCACATAGAAA TGTTTTTCTTATCAAATAGTCTTAACTATAATATTTTGACATACTATTTTATCAAACCAA AAATATGCATCTCTCATTTTTGCAAACTAAAGAATTTTAAAAGCAACAATATTTGCGAAG TAAAATTCATTCCACAACATATGGTTTGCAGATTTTTTTTCAAAGATACACATAATAAAA AAATAAAAAATCAAAGATGATAATTCTTAGAAACTATTTTCCTTCTTAGATAATTCAATA AGAAGGTTACCTGGTAATCTTTAAATGGAATACCATAAAATTTTTTTGTTACATTCTCAC TTCGACCTTGCTAAACAAAGCAACGAATCATGGAGAAGTAATGCATTTATCTTCTACTTC CATGATCAGATTCTCTCAATCAGTAGAATACAAAAAATACTAACAGTATATTAATTTCCT TAAGATTGTTGTTCATCTTGTATTCCAGACATACTTAGAACAAAATTTTGAATATCTTTG AAAGATCTGCAAAGTTTTTTGGAACCAGTAAGATTCTTTAGACACATATTAACAACAATT CTTCTTTAAGAAAAATATTTCGTATATTTTTTTAGAATCTGTTTTTTATTCTAGTTTCGC TACTATTTTTAATTTTCTAGTTGTGAAAATATTCTTAAACTTTGTTGGCTTACAAAGATG TTCAAAATTTTATTCTAAGTATGTTTGGAATACAAGATGAACAACATGTTACAGGTAACT AAATTAAATGATTGTGTATATCAGTGTAATTAGATAGTGATATAAATTAGCGTGATCATA TATATTTGTTGTAGAATCAAAGAAATGAATATTGTGATAGAATATTTGATCCAGAGGGAT AGCAAGACAGATTTAGAGGGATTGAATTGCAAATTTGTAGAGATAGAATAGTTGATCTTT AGGAATAGGAATGACGAATCTTTAGAGATGTGTAATCTTTATTTTCTCTATATAATGAAA ATTAAACTCTTTGACATGTGTATCTGATGAGATGTTTCATATCATATATTATTATAAGTG GAAAGATTTTGAGTTCAAAGTTGAATTACGAAAATGTCCTTCACCGAATTAAAATTTATA ACACATCAAATTATTTAAATGTGGAACTAGAGATAAAAAAATAACAAAACTGAAAAAAAA AATTAAATGTGAAACTAGAGAGTTCATGTATCTATTTCATCTGTATTAATTATCAATAAC CATGAATTTTTAGTTGAAAAAGAAGATGGAACTTTATTTCTAAGTGATAAACAATGAAGA AGTTGGAAAGTCATTACTAATTGATAAATAACCATTAAGAAAATAACTTTTATACTATAA ATAAGAAACGGTACATGTCCTAATCATATGCATAATGCATTAATGAAGTGTTAAAGATTG ATTTATTATTTCAGCAAAATATAATTTTTTTTCTTTTGCAGAATTTCAGAAGTTCTATAG TAATTAAATGTAGGTTGATTTAATTTAATACATATAATCAATACATCTGTTAAAGGAATC CTAAAGAACATCAAAGAAAATTATTTTCATTTTCCTTATGGACATATTTCAGCTCAATAG GATTTCTTTAATTTTTGTTTTTTGACTTCTTTTTCATCATTTTCCCCTTTTATTTAAAGC AATATTTGTATATAAAAGATGGTGAAATATGTAGAGTTAATGAATATATATCGAAATCAT AAAATCGCCAAATTCAAACTTTATGGGATGATATATGAAGATTACTATCTCTATCATCAA CATTAGCAAGATTAATGAGGTATGAAAGAAAGAAGAGTGGTTTCTTTGGAAAACATTTTT ATAATTTTCATTAATTGATATATTCTTTATAATTTCTTGTGATTATATTATTTATAGATG AAAAACAATGTGTACAATTTAATATGTCATCATCACTAAAGAAGTAGTGTATAGTGTATT TGTTGGGAGTCTTAAATGATATCTTGCTTAATTATTTTTATTCAATAAATTTCTAAAATT TTGCTCCATGTCATTTTTTACTAAGGTTTAGCATATCATTATTTTGAATTTTATTATAAT TATGAATATCGATAAATGAGAGTGTAATGTAATTTTACTATACTAGATATATTTATTGTT CTTGAAAAAAATAAAAAATAATTGAAATTGCCACTAAAATTATTTTAAAAAACTCAAAGG GAAGCTTCAAAAGTTTAGATAATTGATTTCTCCGGTATACTGATTTTGTTAGTTTACTTA ATTGATTCATTATTTATAGTTTATTATAATTACTTTTTGTTATAGATGAAATACAATATT GCTTTATTATTTTTATTTAATTAATTTCTAAAATTTGTTCTTTATCATTTTTATCAAAGT TCAATAGATCTTTAGTTTTGAAATCAGTCATTGTGGTGATAGAAAAATAAAGTTAAGAAG TTAAGCAAGCAATTTAAGGTTATTTTCTGTGATAGCAATTGACATTGGATAACACGTGCA ATGCACGTGTCCAGGAACTAGTATATATATATATATATATATATATATATATATATTAAA AAAAAGAAAAGAAGGATACTTTGTGTTTATTTTAATAGCTTACCATACATTTCATTCTGG ATAGTGATCTCAAGAAGGACCAAGAGTTGTTGCTTTATCACATCATAATCTGTGACCTCA TTAAGGTATGTTACCATAGCTTTATGCCCAGCTTCAGCTGCCAGAGTGATTGCTAAAATT TCCTCCTCATTAAAAATGTTTGGTAGATTCTTATTCTTTTCTCTCATTGCTTTAGCTATT TCAATGTGACCTACCGTTGCTGCAACGTGAAATGCCGTATTCCGACCTATCTCCAAGTCA CCTACTTTCATTAGTTTAATTAGCTCTCGCACAAATCCGATACTTTTTGCTGCTGCTGCA ATGTGAAGTAATGTTTCAGAGCCTTCTCCATAGTCACCACTATGAACAAGACTTTGTTCC TTCATTAGAATTGGTTCTGCAATCTCCCACCTATCTTTTATAGCAGCACTCTGAAGGATT TGAGCTACAGTTATACAATCCAGTTCCTCTTCATCTGCAAATTAAAATCTGTTATTAGAT TTACAACCAATTTTGATTTTGGAGAATTCCGACGGACCACCCTGCTATGATAGCATTAGG TCTTACACCTAACTCACATCCCAAAAGCTAGCTCAAAAGAAGAAAGATTGTTCATGCTTT ATAAATAATCCACCCATCTCATTAACATATAGATGTGAAACTTTTGTCATTCTTCATTGA CACTATTACTATTAACTTTATGTTGTATTATATATCCATAAAACTTAAAGGGTTTATGCG ATCTATAGAAGATGGTTGTGAACTTACTAACAAATATTACAGTGTTGAAAAGTTGATTTT CAACATCACTTCCTTCTTCTTCAGACCAAAATTGTTCATTATCTTCACAATCCTCAAAAA CTGATTCAATTTCATGGGAAGACTCGCTCTTCATTATCACGTGTTCGAATTGCACCTGCC AACACAAACTAAATTAGGATACACAAAAAGTATGATTCTTCTTTGCTTCAACAATATGAA CAACTTATTCCGTAAATTTCTACAGAAAACTCAATCATTGACACATTTCAACTTTGAAGT TCAAGTCCTCATTTGTTTTTGTTAGGATTATAACCGGTTATTTTCAATATAACATATGAA TGTGCATATAAAATTAAACACTAGTATTAAATTAAAAAAATTCACCTACCTTACCTTGAA AAATTAGTTGTTGTTCAAACAATATAAAGAGATCCTTTAAATGTAGTGAACTAAGACATG TGAAGTAAAACGAAGACCTAAACTAGTGGAATCTGTATTGTTTATTAAAAAAAATAGAGT AAATTTTCCCATTTGTAAAGAGTGCATAAGAAAGAAGTAAATAATTTTGATTTCTAAGGA ATGTGTTACTTTTTGCTAAATTTTCCCTCTTTGTACATAATAATATATACTATATATTTT GGGCAATAGAAAGGCTATAAACAAAGAAAATTAAAGAAGATGATTTGTTATAATAAAAAT GAATCTTCACCTACCTTACCTTGAAAAATTAACTGTTGTTCAAACAATATAAAGAGATCC TTTAAATGTTGTGAACTAAGACATGTGAAGTAAAACGAAGACCTATTTATTCATTTACTT GACCTTTCTACATACTCCATTATTTAGGTTCCGTACAAAACATTGACAATGAAAAAATTA TGATGGCTGAAAAATATAATTAATTATATTTTGATTTTGATTTTGATGGTTTACAAGTAA TTATAAATAACTATTTGTTTTTTGTCCTAAAAATAATACAATTGATTTATATGAAATTAA GAGTTAAAATCTTAACTTTACTTTTTATTTAAATACATAATTGTTTGACATTAAATCTAT ATTAATATTAATATGTTTATCTCTATTTTTATCAAATGAACATTATGAATTTTCAAAATA ATAAATAAAATAAATTAATAATTTGAAGACATTACTATTTTTCTATTGAAGAAATGGAGA AATAATGCACAAAAGAGGTAATAAATCACTAATTATAGGATATAATTATCTTTTTGGGGT AATGAAATTTTACAAAGTACTCTACATAAAAGGGGGTTAAATAGAACAGAAAATGGTCAA ATATACCCTTCTACTATAGGAAATAGTTTGAATATACCATTCGTTATACTTTTGGATTAA TATATCCCTTTCGTTATATTTTTGGCCAAATATATCCTTTATCCGTTAAATATGTGAATA AACATGAAAAATGATGGTATAGTTAAGTAAAAATCTTTATCAACTCATATCATAAATTTA ATTCATGTTTAAATAAATGTACCCCCATATTAATATTTTTTATTTGTCCATGTTTGATTT GACATAACCTTTAGTAACGATACTTAATAGTAAAAGTAAAATAGATATAAAATGGTAAAT AATTATCTGTTGTATTTCATAATGAACAAGTAAAGATAAATATCTATTTCAATATGGTGC ACAAGTAAAAACGAACGAATGGTGATTCAAATATAATGTTTGGTTAGGTAAATAAATGAA TGAGAAATATAAATAAATATACTATATTAAAAAAATATTGATTATTTATAACAATAACAT TTGTTTCACTTGATTATTTTTAATACATATATAATCTAATTTTGATACATATTATAATAA ACAATTTATTATTCACATATAAACAAGTTTTACGGATGTATAATACATTCATTACACATT TTAATTCACTTATAATACAATGTGTCAATTGCTTACCAAACAAGTATAATATATATACAT TGTATACATAATTTACTTTTCATACATAATACAAATTTAACATAGTATTGCTATGTATTG TTAAAAATGGTAATAAAAAAAATAATATCACTGAAATCAGTAATTATTTATTAAAGGGAA AAGGGTCAAATATGTCTCTAAAGTATTCGAAAAGGTCTAAATATACCCTCAATTTAAAGT TTGGCTTACTCATATCCTCGCCTCCAACTTTTCACATAGATATGCCATTCTGAGCCTTAG TTGGTCTGCTGGATATATCCAAGCTCTTTTTCCATTTCTTTAAATGTCCTCATGGAATTG ACATGTCATTTTGTCCTTACCACATGACATTTATATGGAAATGGAAAGAGATCTATTATG CCTCTAAGAAATTCAAACCCATAAACACCTAATCCAATCCATAAATCAACCCCTATTTTA AATAAACTACTCGACAAATTTTCAACAATTTTATTTAAATTTTTATTTTTTTGATAAATT CCAAAAATGAGTAATTGATTAAAAAAAGAAAGAAAAACATAAGGAAAAAATATAAAATTA AAGCAAAAGATTCACAAATAAATATAGTAACCTTAAGGGCATATCTATGCGAAAAGTTGA AATGTAAGGACACGAGTGAGCCAAACTTTAAATGAGAATATATCTAAACCTTTTTAAATA GTTCAAAAGCATATTTGATTATTTTTCCTTTATTAAAAGATACTCATCCAAATAATTTTT TTCTAAAATGGATTCGCCTTTATATATATTAGGTAGGCCCATAGTTAGGTTATGTACATA GAGTTTGGTATATACGTGTGTGTGAAACCTAGCTAGAAGATCAATAAATCCATGACAATT GTCTTAGATGCACATAAATGAGTTTCCCTCTCTTTGTTGACCTTGTTCAAGAGGGCATTC CTAGAGTAGGGACATTCTCTTAGATGCCATAATAAATGTCTCTCCAATCACCATTCTTCC TATAACTTAGTAGCCATACACTTAATATTACATGCGATTGCCTTGTTTCCCTCTCTTTCG ATTTTTTTTTTCATTTGATGTTCGGAGTCTACATTTGAGCTTCAACTAAATTTGAATCAC GCATTATAAGACAAATTCAAGAGTGGTGCTTCTAATAAGATTTTTCTCACACATAAAGTT TGAACCGATATCTCTGATTAAGGATAAAAACACTCTAATCAGTGCTCTTTGTCAACTTTG TTCGAGAGGGGATTCACTAGAGTAGGGCCACTCTCTTAGATGCACTCCCTTTGCTTTGTG GAATTATATGCTATAATTATTATATCTCCAACCACCTTTCTTCATATAACTTAGTAGCCA TACACTTATTATAACATGTGATTGTCTTGTTTCCCTTTTTTCCTTTTTTTTTTTTGTTTC CCACCCAATATCTACTTCATATACATTTATTATTACATGACAATTGTCTAATTTTCCTCT ATTTATTTTTTTTCTTCTTTTGGTTTTTTATTTAGTGTTTGGACTTCACATTTGAGCTCC GACTAAATTCGAATCGTGCATTATAGGACACGTTTAAGAGTGATGCTTCTAACAAGATTT TGCCCACACACAAGGCTCGAACCAATACTTCTGATTAAGGATGAAACATTCTCACCGGTG CTCTTTGTTGACTTTGTTCGAGAGGGGATTCACTAGAGTAGGCCCACTCTCTTAGATGCA CTCCCTTTGGTTGGTGGGAATTATATGCTATAATTGACATCTCTCCAACCACCCTTCTTC ATATAACTTAATTTTCTCCGTACATACTTCATTATACATTTATTATTATTAGTTTAGTGT GCGCGTGCAATGTTTCATGTCAATCAATAAAATTATACATTTTTTTTCATGATTTACCCT TAACACTAATCACTTATCTTCTAAATCATTTATTCAGATATAAACTATATATACATCAAT TAATATTACATATATATCCAAAATCAATTAATAAACTACAATAAAAATAACTTTTAGCAG TATTAAATATTAAAATTTACAAAGAGTGTTAAAACTTTTACCGGCTTTACTTGAATGTCA TTAAAACGAATGTTGCTAAAGACTTCAGTGACATATATAAAGACTGCTAATTGCCGCAAA AAATACATATTTAGCGGCAATTGAGAATTAATTGCCGCTAATGATAATTTTTTATGTAGA GATATAAACATATTTCTTAAGATCTAAACTATATATATACATCAGGAAAATGCACAAGTA CCTCCTCAACCTATGTCTGAAATTCCAGAGATACACTTATACTATACTAAGGTCCAATTA CCTCCGAACTTATTATATAAGTAATTTTCTACCCCTTTTTCGGCCTACGTGACACTAGCT TGAAAAAAAAGTCAATCAGCATTGAGCCCACAAGATAGTGGGCTATGAGTAACGTATATC GATCTAACGCCGTCAATTTTTAAAAAATAAAATATACCCTAAAATGTTACTGTGAAATAC GTTTATATTAGTTTTTTAAAATCTTAGAAAAACGTATTATTTTAGTGAATTGCTTTATAT AATAACTTAGTTTGGTGAAAAGGTCGAAGAAACAAGCTGGTCTACTACTTGAGGAGCTCT GGGCGGAGTGTTAAAAAAGTGGAGATGATAAAGCTGTTGGAGATAGTAAGAAGGAGAAAC TTGCTCCATCCTTTCTCAAGGTTTCTGGAGCAGCACTTCAGATGCAAAAAGAGATATTGT GGTTTAAGGTGAGAGATGGAAAGCATTTCATATCTCTCTCAGTATGAATTGAAGGCGCGT TTTTGTCCATTCTCACATCTCGCTATGCTGAAGACGATTTTCTTATGTCATTGCCTGCAA AGTTATTCTTCGGAATCACGGCGCTGTTTGTCTCCATAGTTAGCATGCTCTTGGCTTTTA CATCAACCTTCTTTTTGGTGTACAGTAATCATACGAATTGGGAGCCAAAGCTCATTGCTG CTTGTGCTTGTATTCCTGTAGGATTTATTTGGGTGTTTCCAGTACAAACTATGGTTTGAT GTAGCTAAATCAACATATTGGTCCAAGTTTCTTTTTCGACCAATAAAAGCATAAACTCTA TTAACAACAGAGCCTGAGGCTTCATTGCAGATAACAGTTGCACAGAGGAGAATCTTCTTA CTGTTACGGTGCCTTATTCTAACTACTCCTAATTGTAATGTTTGTGTTTGAAACTTCAGT GAATTTCTCCATCGATGCTAATTTAGCTAATTGATCAGTGTCACGATCCAATTTAGGGAC GTGACCAGCGAGCACTAAGGGGGAGAATCCCAAAGCAAGCCTTGTCAGAATTCTACAGAA AAATCAGGCAGAGTTTCCTCTGTCTTTGGTCCTATCCAGTTTTTCCATGTCTCAGAGATC AGCAATATAACTAAAAACATCTCCAATATAAGAGTTAGACACAATTTCCATTAACCATAT AATCGCCAAGCAATAGTACTAATTCATCTAAAAAAAAATGGAAGGAAGTATAATACTAAT CACATGTCTATATAGAACGGAAGAATACTCGTGACTCAAGTAGAGAAGTGACTGTGGAGC AGCTCTAAGAATTCAAACGAAGTACCATAACAATAGATAAGCTTACTTCCCAACATGAAC AACTACGGGCTCACCATGAAATGTCAACTTGCTAGTTCTAATTAATGAAATCCTCGCCAA CGTCACATGTGTTCTCTGTAAAAATTTAGCGGGGAGTGAGAAGCTAGCTCAGTGAGTTAT AACACTTAACCATTTTAACGAGGGAAAAGTCAAAAAACATCCTAGAATAATAATCAAAAT GATGAAATCAATGCCCTTCAGAAATGGTAAAAATATTCAATCATGTAACCAGTAAGACCT TTATGGGCATAAAGCTACTGTATCATACCTTTTGGAGGCCACAAATTTTGATATGCTAAA CGAAACAGAACGATTAGTACTTCTTGAGATGACTACCCACAATGAGATGTATGGTGAGCA CGTCAATGCTGAACTGCGATTTGCATTATTTCTACTTTCCAATACTTGCTAAGACTTTTT TCTTGCATTAAAAATATTCAACAAACCGCTCAAATATTGTTACAAGGAAATCTTAATGTC TTATACACATATTATCTCACAAGTCCTTAGTTACACAAGGATCCATTGAAGGACCTAATT ATAATTATCCACTACTGTGGAGAAAGTTTACTTCGATGGCAAGGAGCCGATTCATTACAT GTAAGATATATCTTAAAATTAATTCCAAGAAAGTTGTAATAAAATCATATCAATGTATGT CTCGATCCCTCGATCTATTCTTATTTTTCAGGGGAAAGACATATATTATACTGAAGAAAC AAGGTGGTCTATTACTCGAGGAGCTCTGTGCGGAGTGTGAAACAAGTGCAAAGGATAAGC TATTGGAGATAGTAAGAAGGGAAAAATTGCTCCAATTTGCTGCAGCAGCACGAAGTATAG AGTTTTTAGTTGTGGTTATTCACAATCTCCTCATCTCATATGGGACTTGGACCGAGAGTG GTCCATTTTCGATTTTGCAATTTTTTTAATTATATTGATTATATCAGATGCGGTGGCATT ATTCAGCTCAATCGTTTCTATCATTATGTTCTTGTCCATTCTCACATCTCGCTATACTGA AGATGATTTTCTTGTGTCATTGCCCGCCAAGTTATTGTCCCCAAGTTATTGTCCGGACTC ACAGCTCTGTTTGTCTCGATAGTTAGCATGCTCTTGGCTTTTACAACAACCTTTTTTTTT GGTCTATCGTAATAATACAAATTGAGAGTCAAGCTCATTACTGTTTGTGCTAGTATTCCT GTAGCTTTATTTGGGTGTTTCCAGTCTAAACTATGGTTTGATGTAACATATTGGTCCAAG TTTCTTTTTCGACCAGCAAAGTACAAGTTGTCTTCCATCCACCCGTGTTTTCTCCATTAA TGAGTCGTATGCGATACAAATTTAGATTAGTCAATAACAAGATATCACAAGTATATCACA ACGAAACTGGTAAAAACAAGAAATAATAGCAAGAGTACGATTTCTTTTTAACTTTGATAT ATACGTCATTTCCCATTTCATTTGCGTAATTATAATTAATTACATCCAAAACAGGACAAG AAATAATTCATAAATTACTCCCTTTTTTTTTCATTTATATTTTTTAAAACGTAAAGATAC TAATTAATAGGCACAAAAATTAAACTGGAGGTGAAACAGCAACATCAGGGCCTGGAGCAG CAACTTCAGGAACTCCAGGGACTGGAACACCAACATTAGGAACTCCAGGGATCGGAAAAG TAAATGGATTAGTAACACCAGTACCCGTACCAAGACCAGGAATATCAAATCCAGGAATGT TAAAATTCGGGATATTGAAACCAATATTCGGAATTCCACCTGGAAATGGGAATGGAAATG GAAACGGAAATCCTCCGATATTTGGAGTAGCAGGAGTTGTTGCATCGATTTTCTCGTTAA ATAAATCTTCATTTTCATCTCTAAGCATTCTTGCAGCACCAGAAAATTTAATCAAACAAA GCAAAGTAATCAACTTGAGGCAAGTCATTTTCATATCTCTTCGTAAGAGTTAATTATGTA AATTTGCTTACACTAATAAGCTGTTTATATAGAGAGATTTTGAGGTCCCTAAGAGTTAAA AATGTTAAAAGTATAAGATTGTTTTAGATTTATTCACACTAAAAAAATATGTTTTGCCAG CTACATTTGTTTAGCAATTTTTAGCATTTGTAGTTAATGGGGATGGTTAAGGATATAAAC CTAATTAATCTACTTTGACATTTTTTTTATGCAGAAGCAAATACTAGTTGTTGGTTGATG GAGAATTAATTTTATTACACCAGGTTTTCAGTAAAGATAGTGAGAAAGAAGAAAATTTGG GCTTCATTTTTTTTCGATCGCATGACTTATTGGCACTCTTAAAACACACTAATTTACTTG ATTAACTGAACTTAATAACCTTTGATGTTACAATGTAAGTGAGATACAATCCTAAATGCT CGTCAAGTTTAGGTATATTTTCAACACTTTTCTCGACTTTTTATTAAGAGTGTCATACTC CTACAAAAACTTGAAATTACTAGTTATAATGTCATGTATCAGATCGGAGACGTACTTTAA TACTTTTCTTTAACATTAAAGAAGTACACCGTTTTTTTTTTTCTTATTACTGCTTAGTTT TCAAAGTGAAATAACTGAGCAAGGCTGAAAAGATGGAGAGTTGCCGCTTGTACTTACTGT ATTTTAATGTACATCGAACTCTACTTTCAAACATGGAAACTTTCAATTTACACTTGATAT TTTGATTCATGGAAGAGGTCGGAAAAAAACTAAAAACACTACAACACGCAACAATTACTT TCTCCATTTGCTTTTACTTGTCAGGTCTCAAGTTGAAATCGGGAATTGGATCGAGTTGGG AATTGTGCCTCGAATCAAAGTCGGTGTTATAGTATTTGTTCAAATTATACCTTTTAATGT TCAATTTCTTCTTACTACCAAACATAAAAAGTTTAAAAACAAAAATTCTACTTATTTTTT TGAATTTTTTTTTATCAAAAGATTTTTTTCTTCATATGAAACACACTAAAAACTTCGTTT TGACAATGATTTTTTATTTTTATTTTTTCTAGAGTTGAACATAACTTATGTGTTTGTCAT AAAATTTTCAAATTACTAACTTCTAAGTTATTTTTCACTTCTTTCACTCGTAGTGACTCA CAATAAGTAAAACCCAATTTTACTTCATATTCATGAACAAATACAACTAAATCAATTCTC AAACATAGTTTTCACTTCAAAAAAAAACTTTTGTTTATTTTGAAATTTTACAATAAAACA TTATCGAATAAGAATGATCGAGTATAATTTTGGTTAATGTAGGTGTCACATTCTAATTTT AAGTAGTGAAATTTTTAGTTCGATCAAAAATTACGTGTGTATAATAATAGAAAGAGCTAA ATAGATAGTTCTGAAGTGGTATGATATCAACAAGGCTTAGACTCAGAAGACTTTCTGCAA TATCAAGATTTGCCTATGCTGGATGGGGAGACTTTTTGGCTATGGAGAAGAGAATCTATC ATTTAATGCAGGAGTACCATGAATTTCCTCCACAGAACATGCTAGCAATCAATTCCCAGT TGAAGGAATTGGTTAAAAATGGTGAGCTAGAAAATGCACGCCAGATGTTTGACAAAATGA CTCAAAGGGATGAGGTCTCATGGACAAATATGATTTCTGGTTACGTTAATAACTCTAGTT CGTTACAAGCGTTGTCTTTATTCTTAGAAATGCGGCGTGATCCTACTATCAAAATGGACC CTTTTGCTCTTAGCCTCGCGGTGAAGGCATGTGGGCTTAGTGTGAATTTGAAGTGTGGTG AGTTATTACATGGGTATTCGATGAAAGCTAATTTTGTTAGTTCTGTTTTTGTGGGTAGTT CACTTGTTGACATGTACATGAAAGCTGGTAAAGTGATTGAGGGTTGTGGAGTTTTTGATG AAATGCCTCTTAGGAATGTAGTTTCTTGGACCGCTGTTATAACTGGGCTTGTCCGAGCAG GTTACAATGAGGAAGGGTTGGTATATTTTTCTGAAATGTGGAGAGATGGTGTAGAGTGTG ATTCGTATGCTTATGCGATTGTGTTAAAAGCGTGTGCTGATATTGGGTGTTTGAATTACG GGAGGGAAATGCATACTAGGATAGTGAAGAAAGGCTTGGATGTGAGCTCTTATGTCGCTA ATAGTCTTGCTACTATGTACAATAAATGTGGGAAACTAAATTATGGTATGTGCTTGTTTG GAAGAATGAAGTCGCGAGATGTTGTCTCGTGGACTACAGTAATCACAACATATGTTCAAA TTGGTCAAGATCAATATGGTATACAAGCATTCTTGAGAATGAAAGAGTCGAATGTGACTC CTAATGAATATACATTTGCTGCAGTTGTTGCTGCTTGTGCAAATCTTTCAAAACTAGACT GGGGTGTACAACTGCATGCAAATGTTTTACGTGTAGGTTTTGCTGATTCTCTGTCTGTGT CAAATTCAATTGTCACAATGTACTCCAAATGTGGACAATTGGATTCAGCCTCACTTATAT TTCATGAAATGAGTAAAAGAGACATTGTTTCTTGGAGCACAATTATTGCTGGGTATGCTC AGGGTGGTTGTGGTGAGGAAGCTTTCGAGCTGCTAACATGGATGAGAAAGGAAGGACCAA AGCCAACGGAATTTGCTCTTGCAAGTGTACTTAGTGCGTGTGGTAGTACGGCAATCCTTG ACAAGGGGAAGCAACTTCATGCTCATGTTCTTATTATTGGATTAGATCATACGCCTTTAG TACTGAGTGCTTTGATCAACATGTATTCAAAATGTGGAAGTATTGCAGAAGCCGCAAAGA TATATAATTCAGCACAAAATAATGACGTTGTATCATGGACAGCCATGATTCACGGGTATG CTGAACATGGATACAGCCAAGATGCTATAAGTTTATTTGAAAGGATTTGTTATGCTGGTC TAAGACCAGATTCTGTGACCTTCGTTGGTGTTCTAATCGCTTGTAGTCATGCTGGCCTTG TTGATCTAGCTTTTCACTATTTTAGATTGATGAAAGAGGAGTACAAAATAAGTTACTCAA AAGAACATTATGGTTGTATGATTGATCTTCTCTGTCGTGCTGGACGAATAACGGATGCTG AGACCATGATCAAGAATATGCCATTTGAAAAGGATGATGTTGCTTGGTCAATCTTGCTTA GAGGCTGCAGGTTACATGGTGATGTTGAATGTGGAAGCCGTGCGGCTGAGCAAATTCTTA AACTTGCTCCAAATTGTGCTGTGACTCACACTGCTTTGTCAAACATGTATGCGTCAAAGG GGAAGTGGGGTGAAGTAGCGGAACTGAGGAAGTTGATGAGATTGAAAGGCGTCATGAAGG AGCCTGGATGGTCTTGGATTAAGGTGAAGGATCAAGTTTCTGCATTCGTTGCTGGGGACA AAAATCATTCACAAAATGAAGATATTTATTATATTTTGGATCTGATATCCTCAAAAGCAG AATCTTCTCTTCAGAATGTTACTTTTCTTTTGGAGTAGCCAAAACTTAAAATAACCTCTT CCTTATTTCCACAGGCAGCTCTGTTCTTTGTATTCAACTTTATCCATTGAAAATGATATA ATGGAAAACACACATATGAAAGTATCACATTTTTGGCGAGTTTCATATATTAACTATCAA GTGTTTGTATTTTCTATCTAAACGATCATCAAGTACTAATCAAACATACCTCGAACCTAG CTAGACCAAGTGTTTGAATACGCCAAAGGGCGTGTTACAGCTAATTTGCCTAAAAATATT TGTCTTCAACACACTCGTTAATTTCGAGGCATGTTGAACATCTTAATTTTTCAAATTACA TATGGAGTGTCATTTGACACCATCTTCGACACATAAAAAAAAAGGTGTACACCATACACA ACTAAACACTAAATTAAGGTGTTTTTTTGATAAAGTTTGTGATCATAATTTGATGTTTAA CCTGAAATATATATATATATATATAAAAGTACTTCTTTGATGGTCTTTTAAGGATATTAT GAAAAAACTGATGTGAAAGGATTAAATTATAAAATATGATAAAGCAATTGACAAATATTA GTTTGAGAACATGTGGTCCTAAGTTTTATTTTGTCCTTGTCTAATACAAATATTTATATA TTCAACCCCAATTTGATACGTGTTAGTTGATTAAAAAATATTTGAAAAATAAGTCATAAA TAGTAAAGGCTTAAGTCATCTGTGTCCCCTTAAAGTTATTCATATAATTCACTTAGACAT CTGAACTAGGACTTATACCTATTGAACACCTAAATTATCAAGAAATGTGCCTATTAAACA CAAAATGCTGATGTGGCAAAATAAGTGTATCTCACTGCTGCTGAGCGCGTGAATGCATTT TTTTATTTTTTAAAAAAAAATATTTATACCTACTTTGTTGACACTTGGCATGCATTGACT AAATATATAAAAATAATAATTAATTAAGCATAAATCTTTTAAATCATAAGAAAAAAAAAA CACCCCACACTCATCTTCTTCAACCCACCATTTTAAAAACTTTAAATTTCTCTACCTTTT GTTATGATTCATTTTTTTTTATTTTCTGTAAACAAAATACCTGCTGAATTTTCAAGAAGA AGAAAAAATGGATCATTTGGAGTTAAAAAATTGACCAATATATGTACATTTTTATTTTCA ATAACTCCACTTGAGCAACTATCACCATTCATAAACTTATTAGAAATGCTATAAAATATT TGATATAATTTTAATTTCTCTTTGTTGTTGATTTCAAAATAATTTATCAAGATCGATTAT ATTTACAAAATCGAAATAGTCGTCGAAAGAATAACATATAACGAAGAAAATGAAAGAGAA AAACATTTGGTGGATGAGTTCGGAATGAGATGGGGTTAGACATTTTTTTTTGTTATGCAG AGGAATGGTGATTGTGGAATAACAGAGAAGAAGATGAAGAAAAAAGGGCACTAAGTTAGA TGGGACGGGGGTTAGGTGGGGGTGAGGGTGGGGGAAAGATTTTTTTTTAATCAATTTAAT TTTTTTTATATATTATTAAATGAAGGAAAATATTCTTTATTTTTTAAAATTAAAATTATG GGCCCATATGCCACGTGTCGTAGTTCTATTCGTAATTTTTGTCAAGATAACAAGTGTGTA TTACACGACGCACAATATTTGTAAAGATAGTTGTTATTTTATGTTCAATAAATAAATATT TATTAATATTAAAGTGTCTAATAGGTAAGAGACTCAGTTGAGATGTCTAAATAAATTATG CGGATAACTTTAACGAGCTATCGATGACTTAAGTCAATAATAAAATACCATACAAGTTAT CACAAAAATAGCGGCATATGGTACATAATATTATTTTTTATTTATATAAAGATAATTTTA TGAGTTAGATATGAGTGGCGATGTATTTAACAAAAAATTTGTTTAAAATAGTACCTAATA TATAGACCTAGAAATACAAATTTGTGCCGAGTATTAAGGCCCTAAACAGTCGCTTAAATA AGAAGAAGAGTGATGCATTAAAACACATCAGCTACTCTTCGTCTTGCCGCCTTCACTGAT TTCAGGTTCGTCAGCTTCGCTTATTCTCCTGAATTTCTTGATCTTTTTCCTCTTATTTTC ATGTTTCTTATTCTGGGTTTCAATTGGATCATTAATCTTTCGGTTATGGATTTGAGAAGT CTGTTTTGCATTCCAGGTGTTTGATGAAATGCTTCAATGAATTTTTTACTTGTTTTTTTG ATTTTTTTTCAGAAGAAAAGTTGTATCTTTACTGTTACATAATTTCCAAATGGCGAATGT TTGTCCAATTCCAACCGATTCATACAAGCTGGGCTTTATAGGAGCTGGTAAAATGGCTGA AAGTATAGCTAGAGGTGTGGTTAAGTCTGGGATATTGCCTGCTTCTCGTATTCGAACAGC CCATTCTGGATCAGCTCGTCGTACTGCTTTTGAGTCTATTGGGGTTACTGTTTTAGATAA TAATAGTCAGGTAAGCTTATACATTTTCAATCTTAAATGTCCTATCTTTTTACTTTTGAT GTACACTCGGTGGGATGTTTTTGCTTATTGGTGATCATAATTTTCTACTTTATTGATATC TCTTATTCCTGTATGTATGGAAGTTTCTTGGTTAGTTTCGGGTGTACCCATGAAACTGCT GAAAAGAAAATTGGGTGACATTTTTAGAGAATCATACTATTGGTAAGGTTCTCTATCTTT TGGTATATCGGTTGCATCCGAGAGTTAATAAGAAGACAAAAATGTATAGTAAGCCTTATT TCGAGCCTTTTTTCTTAAGTGCCGGACAATCTTGATTTGATCATATATATTTTAATTCCC GAATTAATTGATAAATGGTTCAAGTTATTTATGATTTCAAGAATCTTCTTGTAGGTTATT TATTAATAGCACAACAAATTTATTAATTTTGATGAGTTAGAATATGGGTAAAAGAAACAT TTATTGCTAGGACCAACTGATTATTTATCGCTTGGAGTAATGCAAGACAAGTGCCCTTGA ATAGTCAGGAGAGACATTTTCTCAGACAAAATAATAAAATAATACAAAGCAGAGTTCTTA GATTCTGATTGACCTCAAATTTTGTTCAAGCAAAGAGACACTGACCTTTTAAGACGTGCG TCAACAAATACTTAGCGATTGCTATGTCAGTAACACCTCATGGTCATCTCATATTAGGAA TATCACTATGTACACTCTGCTTTTTTTGTACTCTTATAGACTCATACATGATGTGTTTTT GTTTTTCTTCTCCTAGGGATTTTTCTTACATTAAAACACTAAATGGAGTAGGCATTCACA TTTCTATAAAAACTTTAAGTATATTTTCTTTGTTTTTTTGTTCTTTTTGGTACATCTACA AATCTGAGATCTAGTGACTGACTCTAGTTGTCTCACTTTATATCTCTTCAATTGGTTCCT TGAAAATTCTTATTTCACATGTTTCTTCTTTTTTGTCAGAGCAGGTGGTTGAAGATAGTG ATGTGATTATATTCTCTGTGAAGCCTCAAGTGGGTATGGTTCAAATCTTTTCCTTTCTCT CTTTCTGTTTCCAAAAAAAGGATATTTCTTATGCTTTCTCTTTCAACACTTGCGGGAGAA TTTTAAATCCATTTTTCCGCACAAGTTTTGTTTCGATAGTCGTTAAGTTTCTATTTTAAG AAAAATTACAGCTTACAAAGTGAATGATAATATTTCCTCAATTAGATGCCATAACTAAGC AACTGTTAGGTGAAGTTGTAAACAACCTATTATAAAAAGGGATCATTTCAGTGGCTGCAT AAAAAAATAATCTTTGCATAAGTAATGCAACATTTGACAATGTCTTAAAACTTACAATGT ACCAATCTTTAGATGCAACATTGTGGTGATTGGAGTTGCTATTGAGGGAGAAGATAGACC TTAAAATCACATGGGGGGAAATTGTTTTTCTTTTTTGAGAAGGTAACAGTCTTGTATTAT ATTCCAAAAAATAAAATCTGCCACAACTTGTTACAGGTTTACTAATTACAAATAAGAATT GTTTTAAATGACACAATATCTCGGAGTTGATGCGGATTTGGCTTAAAGTAAAACACAATC GAAGCAATGGATTCATCTAGGTGAGGTTAAATTTAAGTAATTATTACAGTTACATTAGGT CAATAGGAGGAAGTGTGAGATATAGAGAACCTCTAGTTTTAAGGTAAGTACTGTTCTTTT TCTTTTTGACTTATCAAAAACAGGGAATGAATGAAGTCTATATAGAGGATTCATATCGCC AACCTTACTATTTTGATATTGACTTGTAATTGTTTTAGTGATTGACATACTTTTGTTTTG CTTTCTCTTGTGCATTTTTAGGCTAAAGACACTGCAATTGTCAAATTTTTTGCTTTCCAT ATTTATTGGATGCTTTGAAAATTGGTGGTGATTCTGCTGTTCCACTACTTTTTTAATGCA GTTAAAAATGTGGTGTCAGAGTTGAAGCCAATCCTTTCAGAGAAGAAGCTTTTGGTGTCA GTTGCTGCTGGTATTAAGTTAAAGGATTTGCAGGTTTGTGTGAAAAAAATGGTGTAAGAA ATGCACGTAAAATTCCTCAACAAGCAAAAACACAGAAACAAACTTTTTAATGTAGATGCA ATAGTTTCAGGAGCTGGCTTTGACTAGTAAGGCCTTTGTGACTTGATTACCAAAATTATT TCTCCAATTTACTGGCAGTTAAATCTAAAACCGGAAGTGACTTGTATTGTTTTCTTAAAT CAAGAAAATCACAAAACTTGTTGAGAATCACACAAATCACCGTAAAATTACAAGTAGGAA GCTTAAATAACTGCAATACTTTAAACTAAACTAACTAGGACTATTAAGCATTCTTTTCCC AATTTAGGGCTTCTTAGGAGTATCTCAACCAAGAAACTGTTGAAAGAAATAATAGTTCTA AATATACTGATGAGTAAATACTTAATCTGGGTATGTGAAGAAAACAAAAGCTAGTTTATT ACATAGGATATCCCGACTGATCAAGAAGACAGCTACCACTTTCTCAACGAGTGCGGGAAA ATATAACACCCCACCTGTGCCTAGTTAACTGGAGTGTGAATAAACTAGCATAAGGATTCA ATGGTGTAAGCCAAGAATAGAAATGGCCAGGTTCACCTACCGTGTGAAGAAAATAGACCC TGACTCTAACCCAACTCTGCAAGCTAGTTCATGATGTGAGGATTGCCGTAGACCATTTAA AGCGACGACATTCCATTTTTTAACTTTTTGACAGGTAAGAGACAGCATTCCATTTTCTAA ACCAATTTAGGACAATCTACCTGGGTAACTGTGGTTTTTGGTAATCTTGTGGCATCTAAG TGTCCATACCCATGTATATCCATTTGACACGGCTAGATCAAGACAATTAAGAGTCATGCA GCATAGCAAAATAATGATAGAACTACTAGAATAAGACTTCTGGATAATCTCAAAAAACTA GAATAAGACTTCTGGATTAAATAGAGAATAATTAAAAATAGTGTAAAAAAAATTATGTTC CCTCTGTCCTGTATCATGAGCATTCGGAATCTTTTTTCTGTCATTTATTTCACGCTATTG CATGCTTGATATATGCATGGGGTTGTCTCTTTCTGTTTAGTCACTTCCTCTTTCTTTGTG AGTAACTTGCCTCTGAAATAATACTTTGCTTCCGTACAGCACCAATGAAACTCTGGTGGC ATAGTCTTTTGTTTTGCGAAGCAACATAGGACAAATCATTGTAGTGTCATTTGGGTACCA CGGTGTGCTTTTTTGCTTTGCAATATACATGATTATCAATCACCTAAAGTAGTTGAAAGA TGGATCATTTCTCTTTTCTTGAACTTATGATTTTTTTTTGTTGAGCTAATTGCTGCCTTG CAACCTAACATCCCACTTTTTTTCAAGTCAATGGAGTATTATTCTTGATATTCCAGAAGG TACCGAGCTTATTTGACATTGGTGGAAATTTGAAATTGGCCTCGTAAAGAACTTTTATTT GCTTAATCATAATTTCTAGAAACAAAGGTAAAGTCAACAACTCAATTTATTGACAATCAG CTCACATGCCTAAGCTTGACATGCCTCTTAATGTCTACTGATGCTTAACTTTATACTTGA ACTGAGAAGAGCTTAAACTGAAACAAGATGCACGCAAGCATGCATATCGTCTGTTACTGA TTCAATTTTCTAATTTTTTACCCATTTTAGCTGAAGCATATTCTATTTTTCTCCCTTCTC AAGGAATGGGCAGGTCAAGGCCGATTTATTAGGGTGATGCCAAACACTCCCTCTGCTGTT GGTGAAGCCGCCACTGGTACATGATAAATAAATACTGATATTTGATGCTTGTTACAGTTT TACTTGATTTGTTCCGTCAGATATAACATTCATGACTGAAGTTCTCTCCCGATACCTAGA AGCTCTAGTTTTATCTAAGGACTGACTTCGGGTATCGATATAACAAATGCTTGTTGAGTT GTTGTTTCTGTGACATTGATTTGGCTATGGGTGAGAATCCTGTTGAGGTGAAGAAGTTTC CCATTGCAGGTACATGCATTTTTTTTTGTAGAATCTGCATTAGCACATACCCATGTCATG ATACCGCGTTCTACACGAAATGACCTATCTAACATGATTTGTTGTTGAGAAATTGTTTGG TGCCTTGAAGATTAGTAAACAATTGAGATGTAAGAAAACTGAATTCAGATGCAATAATCT ATTCTTACAAGTTACAATATCCATATCCAGATTTTTGGCCAGATTCTGTTCCATATGAAT TGAAGTAATTCTGTCTTCTTTGAAAGTGGTTAATAAAAGAGGCATCCTCTTGATTTTATC AACGTTAGAGGTATTTCAAGGTGGGATTGACAAAATTTTGACAATTATATTTTCCATGAA ATTTTACCTGCATTCTTCCACATCTACTTCAAACTGCATAAAAAAATTGAGTTGTCAGAA CAAGGTATTATGGTAGTTAACATGAACACGTTCACATGTTGAACTCACCATCTTACCTAA TATGACCTAGTTGACTTAAGCTTATAATGAAGACACAATGCTTTAGTGGACTATTATGCT TCAACTAATTGGAGTCGAGAAAAGGGATATTTGGAGTGTGCTAATGAGGTCTGCTATGGA GAAGATATTACCTCCAAGTCAGTTAGCTCTTCTTTTATTCAAATATCTTGAAAATGATAA GGTTTAATTTATTCGTACTATGACTTTAAGACGAGATCTCTAAAAATTGTCTCTTATTTT GGATGTATTCTCGGGTTTTTATTATGTGTAAGACACAATTTTACGTGGATAACTAAGCGC AAGTGTGTGTACACATGTACTTCTATGTGAATGTTTGTTGTATTCTTTTGTGTATTAGTG TTTGCACGTATAGGTATGCTAGTGTAAATTTGGTTTTAGTTTTTCTGTTTGTATATGCTT ATTATACAATTATTTGGTTTTAGTTTTTCTGTTTGTATATGCCTATTATACAATGCATTT ATAGCATACTCCTAGTATCTATAAGTGCACATGTATGTCTGTGATTTTTATTTTGTTTGT GCTTTATTTAAATGGAAACTTGTGTGTGAATGTGACATGAATTGCAAACAGCTGTAGTAC TGAGTACTGAGGAAATTTCAAATATTTGTGACATGATTATCTCTCGTGGTCGATCTTTTA CCTTGAAATTTTTTCTCTGGTGCAAGTTAGCGAGACACTAGCAATTTTAATTTTCTGGTT GATTCTAATAAAACTGTCTGAGTTGTTATCAGTTATTGCTATGTATGTGTCCTTATTAAG TGTCTTCATATAGTCATCACTTTGGGGGAAAAGGCAACAACCGAAGATGGAGAGTTAATT TCCCAGTTATTTGGAGCTATTGGTAAGGTGTGGAAAGCTGATGAGAAGCTGTTTGATGCA GTTACAGGTTTAAGGCATGTTCCTTCTTTAATGTTTCTAAAACTACACTTATTATCACTT AATTTGATGCCAATTTCTGCGCCTGTGACTAGCTGTTTGTTGAGCCCACTTGGGGATCTT GGTTCTTGAACTGCTTCTGCAAAGACAAGCAGAGCTCATGCAAAGTTGGAATCCAGTACC ATTGTTAACAATATCTTTTCTTTCTCCTTGAATTGTCAGTGGTAGTGGACCAGCCTATGT TTTTCTAGCAATAGAGGCATTGGCTGATGGAGGGGTGGCTGCTGGTTTACCGAGGGAGCT TGCACTTGGACTAGCCTCTCAAACCGTAAGTTAACAGTTATCCACCAATTCATTCATATT CTATCGTGCTATATTTAGTGTGGTTATGTTTGAAATAGTGAAAACAGTGAAATTGTTCTT TTGCTCTCACTGATTCAGCCTGAGATCCTTTCCGGTTTCAAGGTTCATTTGTTCTATAAG AGGCAAGGTCATTGTTCGTGAAGACTGTGGGTTAACTTACCATCATCTGCATTTTTTAGT CTATAATATATTAATATTATATGCTCTTTAATTTACCCTGCAACCCTCTTAAGTATACAA GTACAATTTTTTTTCTTAAAGAAATGTACTAACTTGTATCATCTTTCTACTTGCAAATCG CATCAATTAAGGTCCTTTTCAATGCCTCACAAAGCAATTTGTTTATATCGTGACTTAGTT TAGTTAACTGGCATAATTGTGATCATCTTTTGAGTGTCTTCTCCTTTGTTATTGACAAGG GCAAGTCATCTTTTCAACTCTTCTCACATTGAACTTTTCTTGTTCTCCCAGTAAGATTCA CTCGAGCTAAAATTTATATGACTTGCACATTATTGATGCCTGTGTTAAGAGATTTCCTTA TCCTTTTCCTTTTTTTTCTTCAAGAGAGTAACATGCATGTCCCTCAAACGCACTGCTGGT CGAATGACTAACTGATTCTCTGTTGCAGGTACTAGGAGCAGCATCAATGGTCTCCGGTAT GAGCAAGCATCCTGGTCAACATAAAGATGATGTTGCATCACCTGGGGGTACAACCATTGC TGGAATTCACGAGTTGGAGAAGTCTGGATTTCGCGGTATCTTGATGAATGCAGTTGTTGC TGCAGCTAAACGAAGTAAAGAGCTTTCTCAGAATTAATCTACTTATCTCTATTAAGGTCA TGGAGAACCAGCCGGAAGCTATTATATATGTCTAGCAGAGTTTTTTAAGTGCTAAATTAT TATGTGAAAGGTGCTGAGCTTTTTGACCAAAATAAAGCACCGTATCTGTTAAACTTTTTG GACCAACATGCCCACATTTTATTAAAGAGGCTTGTGGCACAATCACAATCACTATAAATA AACATTATTTATAGTTATTGCTCTCTCCGTTTCAAAAAAAAAAAAGACCTTATTTCCTTT TTAGTTTTTTAAAAAAAGAATGATTCATTTCCTTTTTTGGCAACACTTTAATCTTAACTT TCCACGTGGCATGTTTAAGAACACAAAATTGAAGAACATTTTGGTACATTTGACATAACT TTAATTTAGAATCACAAGATTAAAAAGTCTTCTTTCTTTTCTTAAATTCCGTTCTAAGTC AAACTAGATCATTATTTTTTAAACGAAAAGAGTAACAGTCTATATATTGTGCTAGCATGT TAAAACCTAGTCAAGGTGCTTGTTATAAATGAAACAATTATTTATAGTTGTCTCAGAGCA AAAGAAAACTCTAGAAAAAGCTTCACATTTATCGCTGCAAATATATGATAATTCAGATAT CTTTCGACCATTATCTCTTTTAAAAAAAGATAACATCGAACCTTAACTTGTTTTAATATC TCCAGTAACAAACAACCCAAAGAATTAAGACAAAAACAAACACAATATTTCCTCAGAATG GCATGGAAGTGACAAGAAGAAAAAAGGTGAAAATATATTCACTTTATTAATGAGAACGCA CAACTGTTTTATTTTAATAATATACGTATATATAATTTAAACTCCATTAATCAAGTGAAC ATGAAATGGAGTAACTACTAGTAATCATAATTTTTGCTTATGTTAATTATTTTTTCTTAG TTTTATAATTTAGGAAAATTGGGTATACATTCATCAATGCGAAGAAAAAAACATATTAAA TAACTTTAAGCGATAAAAGGTTCTTGTAATTTGTGGTAAGTTTTAGTTATCTAGGTTCTA AATAATGTATGGGAATTTTAGTTTAAACATAGGATGAAATCCTCCAATTAATGGAAGCCA AAAAAATTAGTACAAACGTTTAATTAAACTCTCCTAATTCGAAACTACTTTATTCTTCGG AAATGGAAGGGTCGTACTTAATTTTGAAAAAATATATATATTAATAAAAGTAATTGTTTT AGAATTCGAAATTAAATTTATATTTTGTTTGAATTCAATATATAACTAATTCAACAATAA ATTTATACCTATTAATTCCAAAATTATAATTTCAAATTTGTAATTTTTAAAATAATTTTA TCCGCAAATCAAACTACTTTTGTTATTTTAGACCAAAGGTGAGAGCTATAGAGAGAACTA ATCTATTGGCTACATAGCATTTATTTACCCTCAACTTGCTTTTGTTTGAATTTTCGTGCT CCTAATTAGTGATGTTGAAGTACGAAATATATTGAAATTTCATATATTTGAAAGACTAAT TATTATTATTATTGCATCCTGTATATTTCAATTTACAATAATCATAACATTTTAAAAACA AGTACAAATTTGAAAATGAACCTTAATACACAATCATTTTCTTAATTTGACATGTAAAAT ACATGTTTTTATCGACAAACGCGATAACTCTCACAATTTCTTTTTCTTCTGAAAAGCTAT TTTACGAAAGAAAAAAAACACAAAGGTTTAAAAGTTTGGCCAAACCGGTACTAAGTGCAT AAAATCCAAAAGCATGTGTTTGAATTATGAAAATCTACAACTATCCATTTAAAAAACGTG TTTGAAAAGTAAGCATATTTGAACTGCAAAATATAGCAAGTAGCAACATACAAATCCAGA TTAAATTCTCAGTATCCTGAGTCCCTTTGTTACGGAGTTACCTTTGTTAGGAAACTCCGG GCTCCAATGTGGGTACTAGACACCGGACGGAAAGCGGAAAAGAAAAATGCAAAGATGAGG ACAAAAAAGCAAAAATAAAAAGAAAAAAAAACACTGGCAAGGCTCTACTATTGATTAGCC CTAGTGTCTGAATCAACTTGCTGCCCACATCTCAGCTAATAACTATAATATAGTACTACA TCCCTCCAACGAAAGAGTCCGGCTATGCCTGACCATCATAACATTCATAAATGAGTTGGA TAGATGAATAGAGGAATCCAGACACAATCATTAGATTCGCCCTATAGAAGTTCAACCACT CAAACCCTCCGTCCCTCTCCCCCCTCCCGATTGTGTGTTCAAGGGGGAAATGGGGGCTAG ATGCAGAATATAATAAAAAATACAGATGTACAACAGTTGGTTAGCAATCCAGGGTGCATA AGAGACATTAAAGAGTCCGAGTGACTACATGAGAATGGTATATGTCACAATCTACTGGAA ACACAGATATCGTTAAGAACTAAACTATCAGAAAGATCAAAATTATGATAATAAGCATAA TACAAGACGTTTGAAGCTCAATAGAGATGGCTACTTGTCCTAGTACACCTAAATATTTTG TCAAAATACAATAGCAAAACATTCTTGCGAATCTAATTGTTGAGCATATCCATGATAAAC AATGCATTATCAGGTTTAGAAAAGTGGGGATGAGCTGCCTTCATGAATGATAAACTAACT GCATTCTCAAGAATGGAACGATCAAAATCAAGAAAATGGCACAGAATGGTCATTAATCTC AGCGATCAGTCACAAAGTATCTATAATTTTAGTTGCGGTAACCACATTTCTATTAACTCA ACAACAGAAGACGGAGGATATCTCATCGCTTACCAGAAAACAGGAGGTACGAAAAATCCC TAGAATTTGACCATACCATTCAGTGAGTTACAATTCTTCTAAAAACAGCTCGGAATGTCT GTCCACCGTTACGTGCTACCTTTTGTCCTTCTTCAGTTGCAGCACTAAGGAGCTTTACAA CCTGATCAGCTTCAAGTTCTTCACTAGTAAGTGCCTCAAACATCGGATGTTCTTCCAAAC ATGATTTCATCCACTCACCAAGCTCCTCAACATCTGTTATTGTATATATAATTCCACCAA CTGCAAGCACATACGCATACTCATCTAACAAGAATGGACTAATAACACGTCTACGATGAT TCTTCTCTTTAAAATGAGGATCCGGGAACAAGAAAAACATCTTTTTAAGCTGTCCTTTCT CAAAATAATTAGGAATATACTTCATTGAGTTTGTCCGTACCACTGAAATATTCTGATATT GACCCGAATTAGTCGTCCTCAACCCCAAAATCCGCTCCTTCACATACTCAGTCACCTTGT CCCGCAACTCCATCCCAATCATAAGATTATCAGGGAAAAGAGGCGCGAGGGCGATCAATA AACCACCAAATCCACAACCAACATCAGCAAACTCGATCCTTTTACAAGGATCAACTTTAA CCACTTCAGGATAATGCAGAGAATAATCAACCTCACAAGGAGAAATAGGAATTGGAAAAT GTGAATCACTTAATGGATTACTATGAGCACGGGCTCGATAAAAACGTTTTCGGGGCAAAC CAGTTTTCTTGTTGTGGGTATGATTTTCACCCATGATCTCTGCCTTATTTCTTCTAGTTC TTAATTTTTCCAACTGCATAACAGTTAACACATCAATTGAATGAATCTAAAAACAGAAAA AACTCATTTTTAATACATCTCATGAACAATCATATCAGCGAAACTTGAATCTAATTCCAA GCAATTATATTAATTATATTATCACTGATTTGCTTGAGTTAGCTAAAATTGAATGTAATT ATACTAATTATATTACCACTAATTTGCTTAAGTTTGATAGAAAAATGATAAACACAGTTA AATTATATGAGAAAATTTGCAGTTACATACCTTTTTGAGATATTCAGAGTTCAGCGGTAG AGCAGATGAATGAGGATTGGACTAGAGCCCTAGTAGTGCTTCTTAATTGGGCTTTATTTC GGGTCTGGTTATCCATTTACTTCGGCCCACTTAACTAAATATATTTTTTTTTTAAAAAAA AAATACATAAATGGATCATAAAATTCAAAATAATTACAAGTTCATCATATCCAGATCGAA ATTAATTTGTGAAATACTTATTCTCTCATAAATATTTACAACTCATACCTCCTATTCATT AATGTTGATATTTTTCGCTTAACTGATATCAAATCAGTATCATATATTGTATCGGTATCA ATAATTTCACTTATCTTGACACTAAATTAGTATCATATACTTTATCGTTCACTTATATTT GTCATGGTTTTCTTTATTAGGGGTCATTTGGTACAAACATTGATAATGCAGGGATTAGTA GCACATTAACTAGTAATGCAGGGATTATTTTTTGTGAAGTGTTTGGTTCACTACTTTCCA CTTAATTTTGTGTTAGATTTAAAACTCTACCAAAAAAATATCTTTCATATTATACCCTTG TGTTATTATGAGTGTTTATTTCTTATAATTGGGACAAGGTAGATAATAGCACAATGTTAT TCTAATTTTTTGTTGGTCCAATATATCTTAAACATGACATAGATTTAAGACTACTTAAAT TGTTAATACCAAAAACTATTTTTTAAATTAAAAAAAAAGTGCAAGTGGTTAATCAACAAA ATATCTTGAAAAAAAAAATCAAGAAAAAATGAAAAAAAAATATATTAACGAACTCATTAA ATTACACTAAACGAATTTGAAGAATTAAAAAAAGAATATTTTTTAACCATTCTAATATAA ATAAAAAGTAAATTAAATTATAAAAGAAATTTAGAAAAAAGAATAATATAAATAAAAAGT AAATTAAATTACAAAATAAATTTTTAAAAAAGAATAATGGCTAAGTTTAGTCATTTATGG GTCTTATCCAAGGTTTAACAAACCCTGGATTAGTTATTCCTCTATTTTTTAGGTATTAGA TAAGATCACATAGCGGATAAGCAATCCATGGATTAAATTAAATGAAGTAACCAAACAATG TATTAACTTTGAAAATTATTCAAATTGACTTTCGAAAAGCTCAACATGATAAATAAAAGT GGACAAAGGGAGCAATCGATTGGTATCATTAAGTATGAGGTATATCTAAATTTAGTTAAT CAAGTAGAAGAATATTTCTTTTAAGATTGTCAATAATTCGAGAATGAAACTAATAATTTA TAACAAATTTAGAGTGTTTTCAATACTATTTTTTGTTCAGAAAAATAAATAACTTATTTT GTATAATAAGCTCGTTAGTACCCGTTTGAATTGACTTATAGAGATCAAATGCATAATCAA AAACTTTAAATTAATGGGTCTACGACGATCTCCAAATTAATATAAAATAATAATTAAATT CACAATAGAATATTTTAGACATTTAAGTAATATTTTTACACATATACAAAGTATGTATAC AAGTTAATGAGTTTCGATGAAGCCACACGAACTTTCGAATAAAGATCCGGTTAAGTATAA TTAAGTCAATTAATGTTCAATGACCTTATAGATTTATGTCATGTGTACTATATAAAACTT TATGTTTGAGATTCATTTAATTATATACTCATATTAATAATAAAAATAACAAAGCTGTCA ATAATTGTTATTTTTTAAACTATCAAATAAAATAATTAAGTGTACCCTAGCTAATATTTT CAAGAAAAAAATAAAATTAGCGAGAATATGCGGACTTCTCATCTTTTTTACCTGTCAAAC CTCGTGCTTGTATTGGATTTTTTAAATTATTCTAATTTTAAAGAATTTGACACTTTTGAA GAATCTGAATAAATATAATTTTATAATTATTTGAAAACCTCAAAATAAGTTTTTTTTTAA TGTATTGTCGTGTTCTTTAATTGAATTAATATTTAGAACTCAATGATGTTTTTAAGTTTG GAAATAAATGAATTTTTGTTCTACCTCTCCGAACTATATATCCCCATTTAATTCTGGTCA TTGAATAAATGAAATTTGACGAATAACTAATTGATTGCTCCGATATTCTTTTCCCCCTTC CTAGTCTATTAATAACAAAACGGATTTTTCCTTAGCCTCACTATTTATCAATCAACAAGG TAAATGAGAGAAGATTTGATTGAAAGTAGTACGTCTGCAGGCATATGCCTTTAACGATTT GACCGGGACACATCCAATTGAAAGTCTAATTCCAACCTAATCTTTTGGAGATTACTTGAA AATTTGGAGAAAACATGTGTAGAATTACTCCCAAAGAAGTTTGGTGGGTAAAAAGTGAGG AAGTTCGCATAATCCCGTCAATCTTAATTTTTTTCTTGAAAATATTAGCTTGGGTACACT TAATTGCTTTATTTGATAGTTTTAAAAAATAAAAAAATTGTCAACTTTGTTATTTTTATT AGCTATTATTATAATGAGTATATAATTTAATGAATCTCAACCATAAATTATTAAAGGTTA TTGAACATTACTTGACCTAATTATACTCAACGGATCTTTATCCCAAACTTTCACGGATAT TTTTCACTATTAGGCGTGGCTTAGAGTAATTAATAGTCTAAAATCACGAATTAATAAGAT ATTATAAGTACACTAAAATCTCTATAAATTAATACTCGATAAATTAACAATCTATGTAAA ATAATATTTTTCTCTGGTCCTGACTTGGACCAATGGAAAAAATTATCAATTTCGATAAGA TAATAAGATAATATATTTTCAGTAGACCCCTATATGAATATATAGTCCTATTAATATCAT AAATTGATAATTCTTTAAAGTATAAATATATCTGAGACAATTTAGTGAAATATGGTTACA TTGTGTTCTAGTTTTTCTTAAAATTTAAATATAGTTGAAGCTCATCTCTAACTCTTCTTA TTGCATCCAAGAGCTTTGGTGTTGTCTTTTCAAACTTCACCATAAAATTGTGAAGAGTTC TAAATGCGATAAGTGTTTTCTTTCGTGTATCTGGTTCTAAAGGTACAATATCATCTTCAA CTTCATCATCAACATTGTCTTTTTCGATTGTATCCATAATTTCTTATAATTTCTAGACCT CTGAACAAGTATCACTTTTACTGGGATAATCAAACATGTTATTGACATCCATTTTACTAT GGTAACCGAGATCATTAATCATGACATCAAGTTCATGAATGACGTTTTCACAAGTAGGTC CATTCAGATTCTCTGAGATTGCATCTCCCTAATGATTTTTATAGTATCAAAAATAATTTG TTGTTGTCTCTTGTTGAACATTTGTTGTTCAAACAGATATTGTATAAGTGATAGCATTCA AAATATTGATCTTGGTTGAATCATTTTGTCCCACTCCATAGCCTTTCTAATATTTTACGA TAAATTATGTTCGATAATACATCTTGAAAGCTCTTATTATCACATCATCACAACGTTGAA ATTAATAAAATACAATGATTTTGATGTATTCATTGTACTTTATGTATGATATTTTTTTAT GTGAAATCGATAAATATGATACATAAATTAGTAAGATATAATGATTTTGAGATGATCAAA ATTAACCTTATCAAATCTCAAACTATAATAAATATTAATTTATCGATTAAATAATATCTC TATAAAATAATAAAAGTTCATAGTTCCACCTATATTAATTTATAGAGGTTTTATTATATT CTCAATGAAATTCATGTATATTTTTTTAAAATTCACCATTTTAATTCTTTTTAGATGCAA ATATTATAAAGTTATGCTTCTTAAAATCTGAAAAAATGAAATATTTTATTTATGATAAAT AAAATTATATATTATATAGAATTAAAGATCATTTTCAAGTCATTTTAACATAAAATTTTG TAATGTCTTGTATATTACCTAGGAATACATTAATTATTTAACAAATATCCTATTGTAATC ACTAGAAAATTATTATTTGTATTATAAATTTACAATTAATGTTTAGAAAACTTCATTATT TCCCTTATAGTCACGGAGTTAGGAATAAATTATTTTTTAAGAATTTCTTTTAAAAGTTAA TTGACAATATAACTTTGTCTAATATTTTATAACTTCAAATTAAATTACTTAAATCTTATT ATTTATCAAAAAGTTTTGACAATAAAATTGAAGATGTGGTATCGCAACAAATGACTATCA TTTAATTTATTTAAAAAATATCTTTTCAATTATATAGTAAGACATTAATACTGACATATT TTTATACTGAGCTATAAACTATAAATACATATAAATGACTAAGCTATATAATCATATCAA AGTTTTTGGTGGACTATGACTCATGAAAGACTTAAATTGTATAATTTGCTGGCCTGTTTC GCTGCAATTGTATAATTCACTGGCCTATTTCACTGCAATTGTATAATGTGCAATTGTATA ATTCGCTGACCTATTTTGCTGCAATATGTGTATAAAATTTGCTTTGCATATAATTGAATC GAAGTAAAATGTTTGTATATTGTATAATTATAAGTTTATAGGAAGAATATATATGTTTTT CTCACGCTTTATACAAAAACAGAAACATAATTTATACACTTCTGTTGTATAAAGCGAGAG AAAATTGTATAATTCGCAATTCTATAATTCGTTGTCCTTTTACACCGCAATATTTGTATA AAATTTGCATTTGTATACAATTGAATCGAACTAAAATGTTTATAAAATGTATAATTAAGT GTATAGCATGAAGATATATGTTTTTGAATGTGTGTATACAATTCTCTCGCTTTATACAAA ACAGAAACACAATTTTTGGGAGAGAGACGATTAACAAACTTTGGCAAAAGTTTGCCATGG GACACAATCGAATCAAACAGTAGCTACTCCATTTATTTTAGGTTATTAGTTTGCTATTAT ATAAAATTATCCGCTTAGCATGATTTTTAATTATAACGCTCAAATGTGATGCGCCTTTAA TTTTCGTTTTGGGGTTTGTTTAATGAAAATTTATAGACCAAAATATAATTATTTATGACA TAATTTTGCTACTGATAAGTTTGGAAAACGTTTGCCTCCCACTTTTGCATAAATTTTGTA GAAATTAAGTTATGCTTCAGAACTTAAGTACCTAGTAGTGCTATGCCCTAATTTCGTTAG GCATAAGCTTAGTGAATTTTTGTCTGTAAGTTCAGTAGCAACTAAATTATGCCTTTTACG ACATTACTCATGGTTCTGCTGTTTTGCCTCTATAGGCATGAGTTGGATAGGAACTAAGTT ATGCCTTTTACGATCGATAGAGCTTGTGGTTGTTGAATTGAACTTTTGTCACTATCGGCA TAATATCAAAAGGAATTAAGCAGCATAACTCGTGTTATATTATTATATGAAAAAATAAAC TTATGTCAAATAAAAATTGTTTGTTATTTCGGTGCTAGAGGTATTTTCGGCCACTTATAG TAGGCATAATACTTGTGTGCCCTTTAATTTGTCCTTAGCTAGCATCCTCTCCAAATTATA GGTGTGTACAAGTAAACATTTAAACTGTTGTAAAGTTGTACAAACAGACACACGTCCTAT GTGACATTCTTTCTCCGACAGAGGGGTAGTAATAATCAACTAGTTTCAAACAACAATGGA TGGACATCTGATGATGTGGTACTTGTGTTAGTCCATGTGTAGTTAACTTCTGATATCACA GTTCTTTCTGCTGTATCACCCTTATCCAGTTGAAAATTTGTTACTGCTGCAGCTGGCATT TGTGATCTAATGGCTTCCAATGCTGTAGTTACTTCCTTCATAGTTGGTCTTTTCTTTCCA TTCAAGTTCATGCAACGATACGCTATGTTAGCAGCTGCCATTATATCCTCCCTTTTACCT TCTTGTGAAATTTTTGCATAGATAATCGTATCAAGGAGATTTCTCTCTGTTGCCAAAAGG AAGTTTGTTGCTAAACTTCTGTCTTGGTTTGTTGTGGTTGAAATTGCTTTCTTTCCTGTT AAGAGTTCAGCAAGAACAACTCCGAAGCTATAGACATCACTTTTTTCAGTATATTGGCTG GATTGGAAGTACTCAGGATCTAAATAGCCAAATGTCCCTTGGACTCCGGTCGTTAAGTGA GTTTGATCAATTGCAATAGACCTTGAAGTGCCGAAATCTGATACCTTGGCACGGTATTTT TCATCTAAAAGTATATTGCTTGATTTGATGTCCCTATGATAGACTGGAACAGAAGTTGCT GAGTGTAGATAAGCTAATGCTCCAGCTACCTCTGTGGCAATTCTCAAACGCGTGCTCCAA GTAAAGGGAAACTCATTGTTCTCATTATGTATGAGGCTGTAGAGTGTGCCATTTATTATG AACTCGTATACTAGTAGAGGAACTTCTGTTTCCAAACAACAGCCGAGTAGCTTCACCACG TTCCTGTGATTGATTTGTGAAAGAACAGCCACCTCGTTGATAAACTGATCCAACTGGTTT TCGTCTACCAGCTTGGACTTTTTCACTGCTACAATCTTTCCATCAGGTAACATGCCCTTA TATACCGTACCTTGACCTCCACGACCAAGTATGCGATTTTCATTGAAGTGATCTGTTGCC TTCTCCAGCTCTCTAGCAGTGAAAAGTTTTCCTTTGTCAATAGTACCTTCATTATTGGAT GATAGCTGCTGTTGTAGTAAGAGGCCGCCATTTCGCTTAAAAAACCTTTGTCTTTGTCTT TTGTTCTCTCTCTTCTTGACTGTTTTGTACAATAAATAGCTCCCTAACAGTAGAAGCAGT ACTCCGATACTTATGCATACACCTGCGGAGATAGGAGTGACGAGAGTTAGCCAATAAGCT AGAAAGGCCAACAGTTTCAAAATAAGGATGTAGCTCTGACAGCATTGAGTTTTCATCAAA TGACTAGGAAGTATAACGGAAGGCGACTTACTGAGGAGAACGATTTTCGGAGATTGCTTC ATATAGATTACAATTTCTGTGCAATTGGTGCATCGTTGATTGGCTGATAACATACAAAAT AATGTTAGAACGATATGCATCAGGGAAATACGTACACTAAATATAAGTGTCGAATTGATT TGTGCCTAAATTGGATGCACAAACAATCCAAGCTATGCTAAAACTACTTATGTTGATTCA TCTAGGATAGTGTTCAATCTAGTCTCGTAAACGTATAGTTGGTCTTTCTCCTAAAAACCA TTCACCTGACCTGATGTGCATATACATGATACTATTGAATGCAACAGAGAACTAACAACT CCACATATATATCAAATGATTATATACCTTGGCATCCGTTAGAGAAGTATGGATTTCCTT GTGTTCCATTTCCACAACGACACTGCCAGTTTGCCACAGAAGTACCATCTTCCAACTTAA CAACAGCCTCAGACTTGTCGCAGAGCAATCCTGCTTCTAACTCTTTGGCTTGGAGAGTCC AGAGCCAAACAACAGGAGCATAACCAAGAAAAACAAAGGGCTGTGCAACTTCATCTGGAA CCCAAGTTTGGTCTACCAAGAAAACTGCACTGCATCTCGGGTAAGCCTCTTGCTGAATCC CCGAGTTGGTGAAGTTTGCTTTGTATGAACTTAGATCAAAAGGGAAAAGAGATTGACAAC AGTTGATGCCATAGCATCCTGTCAACGTAGCACCTTCACTACAAATCGATGTACACCCTG AGAGAACATTTTGTTTCTGTGTCACAAGACCATTTCCACAACCAACAAGCATCAACTTAT TCCTATCCTTTGCGTAATAAAAAGGACTTCCAGACAAATCTGTCCCCGTTGTGATGATTC TACTACCTTCACTCGATTTGTTGCAAAAATTCACTATGGAAACTGAAGTAGTAATCGTTT GGTTTTCAATTGACACAGATATCACCTCACTTTGAAGTTCAACTTGCAGAAATGAATTCA TAAAAGGCTTAGGAGGATCAGAACTTCGATCACACTTGATCACGTACCACGAGTTAAGAG AGCAACTAGCACTCAATCCAAATGGATAAGGAATTGTAAGGTTACCACATCTCTCTTCAC AGCCAGGCTTTGCAAGAGATGTAGCTGCTATTGAATGATCTAAAACCTTAAGCCATGAAA GAAGCAACAACAAACATACAAATTCAAGATTCATTTTGCAAGTTTTTCTAAGCATTGAAC TAATATTCAAAATCTTAAACTTTGTACTTGTAAGGGATCAAGCTTTGTACAGGCATATCA TTGTCTTAGTTGTCTTGTTTGATCAAGTCATAAATTGAGAAAAGAAGTTGCTTGAGAAAA TATCTTTTATTTGGTTTCCCATTCTCGGGACTGCATTGGAGCCGCAACTAAATTCGAATT GCGCACTGCAGGGCCTATTCGAGGGTGGCGCTCTCAACAACAGGATTTTCTCCATATTCA GACTCGAATTTGAGACATCTGATTAAAAAAATAAGCAGTCCCACCAGTATAACACAACTC ATGGTGGTTGAAAAAATATTTAAGTATTGGTACATATGGATTAATTGTTGCACCAAGACT TGGTCTAAGAAGAAATAAATTAATTTGTAGGTACAAGTCAGATTCTTATCTGCTTAATTA AGTTCCAAGTTTTGTCCTTACAGTTGAGCAGTAGTCATAATTAACCATCAATTCTTATGC TTACAATTATCTTTTATATGTCAATTGCCGGCTTGTGAATTTAAATAATTGCAAATCAGC AAAAAATGATTAAAATATAAGGAATGAGTAGTGACAAATTAAAAGTTATATATTGACTAT TCCGTCTGGTAAACTAATAATGGTGAAACAATTTGGAATTAAAAAAAAACACATTATATT TGTTTTTAATTTTCACTTTAGAAGGAAAATGATAGTAATATATTGTTCATGTTGAAAGAA AAAAACTATTCCTACCATATTCACTAATTCTTTTTGTAGTTTGCAATAATTATATATTAT CTTACAAATATCAAATTTCAAATGAGATACATCTATATATATATATATATATATATATAT TCAGAGACACTTTAAAATATAAATACGTAGGGAGAGAAACGAACGAGATAGTATAAATAT TCTAAATACATGTAAATCACACTAAATATAATTATTTAGAATACCACATATATTCTGAGA TACAAATAATTAGGAGAGAGGTGAGTCAGATAGAAGAGAGGCGAGTAAAAGAGTTGAAAA CATGCAAATCTACTTGATTACAATGTATATGAAACAAATTACATCTAATTTTTACCTTAT ATATTTAAGATACAATGTATCTGACGACCAAAATATGGCTCAAATTATAATTTCAACTTC ATGTTATTTGCCTTTTTTTTTAAAAATAAAAATAAAAATCTCATTGTCTTATTTAATATT CCAAATTAAGGGTATTTTTTTATCCTCATTAGGGTATCTGTGTTTTCCAAGTAGTGAATA TAAAACAAATAAATAGACTTTGATAGAGAATGAGAAAGAAATGCAATTTATTCATATTCT TAGGAGCAGATACAACGAATCCTAACAGCTTGATTGTATTATCGTATGTTTGTCTGGATT GTTACTTTAAATTTTATTGAATTATATCGATAAATACATTCTTAGGTAGCAAAGAAAAGT TTGATTTTGTGTAATGATTAATTTGGTGCGATTATTTTGTTATCTTATTTCTTTTTCTCA TTTTATCTTCATTTATAAATTCTATTTTATTCTGATTTCTGTAGCCTATTTTTAATAGTT CTATCTCGTATCGTACTTTTCTTATAAGTTTATCTTTTAAATTGTTGATGTCTAATCTTT CCAAACTAATGATATATTCATTAAAATAATATATTATACTATACAATAAAACGTAACATA ATACAATACATTAACTAATCTCATATATAATGATGGCAAAAATGAGCGGGTTGAAAATGA ATAGACATAAAATGGGTAATCATTCAACCAGCCCATATTTGATATGAGTAAAAATGTGTT AGATAAAATACTAGTTTACGCGTATTTTCATGAATAAATAGTACTTTACTTAAAAGTTCA ATATGAAGAAGATATTTTAGTCTTTTTTTAGATGAAAATGTTGAACCTGCTTCATTTAGT TTTATTGTATTATAAAAAAAATCCTATAACTTTTCAATATAAAAGAAATTTACGTAATAA CAAGATGAAAATATTTTTAATTTCAAAGTAAATGAATATTTGTATTTTAGGACTAAAAGA TGCTTAATGCACTTTAAGCAGTGTCAATACTAATACATAATTTGCTTGTTTCACACTATT ATTGATTATCCCATATAAAATTAAATTAATAAATAAAATGTAATTATAATTAGCAAAAGA AATATACATTTAAATTACTTTCTCTATTTCATAAAGAATGACTTTCTTTCCTTTTTAGTC TGTTTAAAACAGAATGACCTCTTTCTTATTTTGGTAACAACTTTCCACGTTGCATGTTTA AAACCACAAAATTAAAGGACAATTTTGTACTGTTGACATAACTTTAATTTAGGATCACAT GATCAAAAGTCTTCTTTATTTTTTTAAACTCTGTGTCAAGTCAAACTAAACCACTTTTTA TGAAATGGAGGGAGTATACATTTTTGGAGGGTCAAAGACTTCACCTTTTCAATTAGAGAG AAGAATAATTAATTTTATAGAATAACATAAAAAGAAAGAAAAGTTATGCTATTTTTTGTG ATATCATGAATTTTGAAGGAATAAAACTTAACGCTAATTTATATTTTACCCATATTTTAT CCATATTTTTATGGGTCCAATATGAGTATCAACCCATATTTTATCTATGTGAAAAATCAC TAACCCAACCCACTAAAATATAAACGGTTTGAACGAATCACCGAAATATGAGCTTGTTTT ACCGACACCACTCATACATACATAAGACAGTTCAAAATTATTCAGATGCATTACCATCTT AATCCAGTAGGACCACCACCAAAAAAAAAATACTCCATCCGTTTAAAAAAGAATGTCTCT ATTTTCTTTTTAGTTTGTTTAAAAAAGAATGTCCCTTTTCCTTTTTTAGTAATACTTTAA CTTTAACTTTTCACGTGACATGTTTAAGACCACAAGATTAAGGACGTTTTGGTACATTTG ACATAATTTTAATTTAGAACAATAAGATTAAAAAGTCTTCTTTCTTTTCTTAAACTCCAT TTCAAATCAAACTAGGTCATCATTTTTAAAACGAAGGGAAAAGTAGAAAAAAAAAAAAGA AACTCAGCCTCACTAAAAAAGAAACACTTTTTACCTAACGAATTATACGCGGAAAGAGCA ACTCTATTGAAACACAGAAAGAAGAAAAAATCGTCAAAAGAAAATGAAAATCTTGAATAA GTGCTGCAGCAGAATATGTCAACAAAACTTAGCTACTCATTTTCCTGTGTTATATCCAAG TTTCCAAGAACGTGTGGCTACGACGAAGTCAGAATTTTTCACTAAAGGAGATTCAAAATG TAAAAAAAGTAAACACATGAAGAAATTAAAGAGGATTCAACATCTAGTGCATAGACGTAA AACATAATTTTAATCATTACAATGCTTAAAATTAGTTTTCAATCTTTCCACACTAAGTCA ACCTCTAATCAATATATAGACGTAAAAATTCTGAATAATACCTTATATTTAGTGTGATCT TTTACTAAGGGGGTTCGAGTAAACCCTCGACTACCTCTAGCTCCGCCCTGCATGTATAAA TAGTATAATTTTCCACGGAGGGTTCTATAAGCTCCATCCCTGATATGGACAGTCATACTT TTGAAGAAAACAAACCTAATTACTATATGAGAAGCTTCTTTGAAGAAATTCAGTTGACTG ACTCTGAAAACATACAAACACGAGGTTTCTGTGGAACTTTCCAGTTTACATGAACTTCAC CACGACTTAAAAGACTTCAACAGGGCTTATGAGGAAGTGAACAACTTCAATTCCAATTCC AAAGTGAAGAATGAACGATAAAATTGTCATGGAAAACATACCGAAACTACAACTGGAACG TACACTTTCGATTCCAACATGCTTTCCACAGAGAAACTCAGTACCAAGCACTGCAACAAC ATCAGACGGATTTTCTTTCAGAAATAGCAGCAACAATACAAGAAGTTCTAGTCCACAGCA TGCTGTTACAATTCAATTTAATCACGGAATCGGTCAAGCTGAAGCCACAGTACTTCCTTC TCCCATTCAAAATGAATCTGTCTCTAGGCCTACCGCGCCTGATCCTCAGACGCTTCCCAC TTCGTTTCTTAGGCCCAGTTAAGCAAAACAGATTTGTCAATGCTTCCAATTTATACGTAC TTCTCTTTTTAGTCTGTTTAAAAAGTAATGACCCTGTTCCTTTTTCGTTGCAACACTTTA AGTTCAGCTTTTTTCCACCGGGCATGTTTAACAACACAAGATTAAAGAACATACATTTGA CATAACTTTAATTTAACACTACAAGAGTGAAAAACCTTCTTTATTTTCTTTAAATCTGTA TCAAGTCAAACTAAGTCATTCTTTTTTAAACGAAGGGAATATATGCTTCGTTTTTTTTCC ATGAACGGGTGCATGCAGAAGGTACAGATTATGGATGTGAATTTAACTTATGTGCAAAGA CATTTTGCAGTATGTCTGCATTTTAACATGTTGTAATTAGCTGTTTTTCTTTCAGTTATT AGGGATGGTTAACTGTAGTAACTTGCTTAGATGATCTTGAAGTTATCTTTACACTGTTAG CGTATAGAAGTTGAACCACGTTATATCTTATCTGGTGAACTCTCAGGAAATGGACTATCA GATATAATTAACTGAATCATGAACATGAATAATCATCCATAAGACGGAAACCTTTAGGTG AACTTCACAAAAATACTCCTTCATGAACACAAGACGATACAACCAAACTGACAAAGGGAA AAAATAGATTATCGCCTTTCTCTATTAACACGATTAACTAACAGAGTAGAGGCATATTTG CAGGGACTAAACCAATAAAACTTACCATGTATGTGCCACTTTACCAAGCAGCGTTAGGCG GTAATTGGGAAAAGGCTAGAAAATTTTTCAGTGTGCATCCTGATGCAACATCAGCCAGGA TCACAAAAGGGTGGGAGACTGCTCTTCACATTGCAGCAGGGGCTAATAAAGTTCAGTTTG TTGAAGAACTGGTTAAACTTATGAGTCCACTGGAACTGGCACTGCAAAACAAATACGAAA ATACTGCACTCTGCTTTGCTGCTGCATCGGGACTAACAAGGATCGCAAAAGTTATGGTAA TGAAAAATCGATTCTTACCAATGGTGAGGGGCAGCAAGGGAGTCACACCACTACACATGG CTGCTCTACTAGGGCACAGAGAGATGGTGTGGTATCTATATTCAGTGACAGATCATCAGT ATCTAAGCAAAGAGGACTACATTAGCTTACTCATTGCAACTATAAACTCCAATTTATTTG GTACGAACATATTCTGGTTCCAAATTTCTTTTTGAAAAATGTGAGAACTTGATTCGTTTA ATACAACCATTTCACTTGTTTTGATAGAGTTGAAACTTCAAGAGGAACTTAACACATATA TTTTTACTTACTGCTGTTAACAGATGTAGCTTTACATATACTTCAGCAGATGCCTGAATT AGGCATTGAACGAGATCAAAATGAAGACACGATACTCCATGTTTTAGCACGAAAGCCCTT AGCATTTTCTGACAAAATTGGACTTGGTATATGGCAAAGACTTGTTTATGCATGTAAGTA TCTTCATTTCTATCAAAATCAAAATGAATCAGATATATATTTATATATCACTAATTAATG GAACTTCCGATTAATGGGACTTCCTATAGATGTATCTGTTCATTTGCAGAATAGATCAAG CAACATGTCCAGCGGCTCAACGGACAAAAATAATACCATGGGTATGTAGGTATATTTAGC TTCTCATGTAATAGCATTTATGTAACCAACTGATCATAAACATTTTGGAAATGCAGCATA CCTGATCAGCACAAGGGTTATTCAGCATCTACATAAAACAATCGGTATGGAACGTATGAC ATGGTCCCAAGTTCTTGATTATTATTCTCTGTACCTGTGAAACGAAACAACTAATCTGGA GTTTTTCAACACTAGGAGTCAGAAAAGTTCTCGAGACAAAATTAATGCACTTACAAGCCC TGGAGTTGGTAAAATGTTCATGGAGAAAAGTACTTTTGTTGAATGATTCACAAATTGGTA ACTTACTTAGAAGTCCTTCGCGGCCATTGTTTGTAGCAGCAGAGTTGGGAAATTTTGAGT TCATAGTAGAGCTTATTCAGTCTTATCCAGATCTCATCTGGAAGGTTGATGAGGAAAGTC GGAGCATCTTTCACATTGCTGTCATTCATCGACAAGAAAAGGTCTACAAACTAATCTACA ACATAGGATCACACAAAGATATCATCACGTCCTACAAAAGCACAAATAATGAGAACATCT TACACTTGGCTGCAAAGCTAGCTCCTATAAATCGACTTGGTATTGTATCAGGTGCAGCAC TCCAGATGCAACGAGAGTTATTGTGGTTTAAGGTAAGTTTTCCATGTCCGGTAAGTGTAG TTTCTTTCTGTATTTCATAACATAGTACTACTTCTACGTGTCTAAAGGAAGTTGAGACAA TTGTTCAAGCCTCGTATAAGGAGATGAGAGACTCAAAAGGTCGAACACCAGGAATGCTGT TCACCGAGGAGCACAAGGAATTGATCAAAGAGGGAGAGAAGTGGATGAAGGAAACAGCAT CATCTTGCATGCTTGTTGCTGCACTAATTACAACAGTAATGTTTGCAGCAATCTTTACTG TGCCAGGAGGGAACAATAACGATACAGGCACCGCTATTTTCCTCAAAGAGAAAGCATTCA TTATTTTCTCTATGATGGATGCACTGGCATTGTTTTCTTCAGTAATCTCTATATTGATGT TCTTGTCTATCCTCACTTCACGCTATGCCGAAGAAGACTTCCTATGTACTTTACCAAAAA GGTTGATCATCGGCTTCATCACGCTCTTTGTTGCTATTGCAGCAATGTTGGTAGCATTTT GTTCAAGCTTTTTCATTGTGCTTGGACATCAAATGACCTGGATTGTCATTCCAGTGGCAG CACTTGCTAGCATTCCTATAACTTTATTTGCTTTCCTGCAATTTCCTCTCTTGGCTGATA TGATCACATCTTCGTATGGTTCAGGAATATTCACATTTACAAGTAAGGATACAATTTACT GATTTTTCACAATTGCGATGTTCATATTCATGATGCAACGAGTATTGGAAATCCTACGGA AAATACTTTAATCACGAACATAGTACATTGTGGTGAAAGTGAGAAAACAAATTAAAAAAG TACAGTCCTGTCTAAAACTGAAGGAATGCTAGGAACTCTAAGATAGATTCAGCTTCATGA GCAAGTTCCATTCTACACCATGGATGTGCTGTAAAAAAAATTGAAAAATATTTTCTCTAG CGGAATAAATTACTTAAAAACGAAAAAATGACTTTATAAATGAAAGCAGGATAAATAAGT TAACGAGTGACATTCTACATTCATCGTGTCCTCTGCGCCCTCTAACCTAGCTCATCTTTG CCCACACTCTCTCTGGCTGGACCCACCACGTTATATCCTCATCTCTTATAGCATTTGTCT AGATTATAACAACAATTATATATTACTAAAATTTCATAAATAGGATTTGTTATCTCGTAA ACATAGAAAGATTGTTTTCGAAACATCAATCTAAGTACAAGTAAGAAAATAATAAACTTG TCTGAATTATATATAAATAATTTTAGACAAGAATTTTTTATACATATCGAAAAAAAAAAT ATATAAGCAACTTCCTTATTTTCCTGAAAAATATTTTTCTTCGAATCGAACACATCCCAC GACGGTAAAACAATTGTTAGGTTAGTTCTGAGATTCTTTTTTCTTTTTGGTGGGGGGGAG TAGCTGAGTATTTTCCACAAAGCTACAGAAATATGTTTTTGCACAAATGATGTGATACAA AGAAAAAATAAAATAAAATTAAATGGGTACAAAGAAAAAATTAAATTAAATTAAATGGGT ACGAATAGTAATTCCTTTGTCCCAAATAGTAATCTCATTTCATTTCTTAATTTATCAAAA TAAATAAATAATTATAAATAATTAAAAAATAAAAATAGATGAATAATTAGGAACATAAAA ATTAGAAAATAATCATTTTTAAAAACACAATAACCGTTTATTAGTTACTAACTTATTGAT TAATTAACGAAATAATATATTTAAAATCGATATCAATTAAATATAACCGTTTAAGCATAA TTCTATGTCAACTCATCACAATAAGCAGCCCTTAAAAATAGGCCACCCAAATTAATTTAT AAGTTCTACACCACAATTTTTTTAAGATGATTATTTATAAATTATTATATATATTAAATT ATTTTTTAATATAAATACAAAATTGACACAAATTATTGAGTTATACAAAAGCTTACACTA TCTATCGTTTTTTCCACCCCCAACAACCACCATTAATACCATTGAATTATATTTAAGAAA GAATAATTAATCTCACACATGCACAACCATAAATACAATTCATGCATTAGCCACCAATCT TAAAATAGATAATTACATTTTTTTAAAAAAAAATGTTTTTCAAATAGCAGTAACACACAT CATGATATGTTCACATACCACAACTTGTTAAAAAAAAAAAACATTTACTTTAATTTCTTG AATGGGCTAATTAAGTTCATATTAATCGTTTTCATCATTTAATGTTCTTTCTTTTTTTGA ATGATATTTAAATTCGGTGAGACATTTTGCTTGAATGGCAAGTTCATATAATTTGACTAC TATATATGGAATTATTGAAATTGAAAAGTATGATATTTTAGATATTAGGATAGGAAGAAA TTTTTATGGACAGCGTCATATTCAAATAGATCCTATAGCGTGTTCATTAAATTTGATTGA AATTTTAATGCGAGTTTTAATTTAAATATCGGGCAAAAAAAATATTGTTAGGTAGGCTTA CGAATTAGAAAGATCCACTTGTTCTGTACTACTCACTATCCGCTTTATTTGTTTGATCTA TTTTACTAAAAACAAATGATCTGAACTAGTCCTTTTTTAAAAATGAAAAAAGAGTTTGAA ATATATCTAAATTTTAATAAAAAATATTGTAACAATTTCAAAGTTTGGGCAGGACTATTA TCCGAACACTATTTAATAGTGTATTTTAAAGATATATAGGTGCTTACATGAACATCACTA ATATTGCATCATTATAAATAATAACTTGTCCAACTGACCACTTATATATCTTTAAAAATC ACTATTAAATAATGCATGGATAATCGGTAAGGTCCAAAGTTTGCAATTGCTACCGTAATT TCGATCAAAGTTCAAATATATTTTAGACTTTTTTCCCTTCAAAAATCAAGATGATTAATC ATTAATTTTCACGTATATCCTTGTATAGATGATCTCCGTTCATTTTGATTCGTTATATTT AGACTTTGGTACACCATATATACACCTATAGAAAATAGTAATTGACACGACTATTTAGTA TTTACCACATAGCCTCTTAAAAATAATTTGGAAAATAATTAATTAGTGATGAGAGTAAAA TATGGGGAAAATAACTATTTTTTTATTTGTTAAAAGTAAAAACTATTTTTTAAACAGTGA ACAGGTAAAAAATATACAAAAAAAGTGTTAAATTGAGAAAAATAGACAGAGATCAATATG GCGAAAAATAGAATAGTATTAAATTGAGAAAAATAATAAATAAGAATATAAATTATTCGT TCAATAAATATTTTGTTAAAAACATTAAGAAAAAAAAGAAAAGTAGAATAGAGGAAATAG TGTAGTAACTACGAGTGTGTTTGGTACGAAGGAAAAAAATATTTGATTCTTCATTAGTCT AGTGGCTGATAAATCACAAATAAAAAGCACAATCCGTGAAATAAATATAAGAAAGAAATT GCACAAATAATAAACATATATCATTTTCAAACTCTAAGATTGTAATCAAAAACTTTGAGT TACAAAAATAAAAGGTGACAATTAATACTAATTTTTGCTTAGTTAGCTAACTATTCTATT TTTATAAGCATTAACAAGTCACAATTAATACTAATTTTTGCTTAGTTAGCTAACTATTCT ATTTTTGTAAGCATTAACAAGTCACAATTAATACTAATTTTTGCATAGTTAGCTAACTAT TCAATTTTTGTAAGCATTAATCATTCTTCTAGACACAAAACTAGAATTGGCAAATATTCA AACAATTATCTAGTCAAGTATAACGCGTAAATAAGACATTTAATGTGAACACCACTTTCA GTCATCAACTATCCCCTGTTGAAATTCAACTTATTATGACTCAATTTTTCCCCCCTTTAT ATAACTCTTTACAATAATGTATTTTCCCCACAAACCATTAAATCTCCAAATTACACAACA ATTGAAAAAAAAAAAAACTTATTCATCTCAAACACAAATGGACTCCCATTTGAAAATCAA AAACGAATTCATCTCTCTTCGAGACCATCCATTTCCATGTCGATTTCGTTACGTATCTGA AGAAAGCATTCAACAATCATCATCGATCAAAACTCATCAATCGAACTACAGTAGTACGAT TGATGAGATTCAACGAGTTGGAAACAATGAACGCAAACACTTTAGTCATCGACATAACTT GTTAACGTACTCGTTGCGTGCCTCGGACTCCGTGCACTGCAATTTCTGCGAGACAATAAT TTCAGGCATGTCGTACGGATGCAAACGTTGTAGGTATTTCTTACATGAGTCGTGTTTCGA ATTTCCACAAGTTATCGAACATTTAGCTCATCCCGAACATCAATTAACTCTCAAGTATGG TAATGACGATCAATTTAATTGCAACGCATGTCACGTTGGTGATAATCCTGCTTTATTATT CAATTTTCATTATTCATGCGATCATTGTGATTTTTCTCTTCATATGGGGTGCGCGTCTAT GCCTTATAAAGCTCTTCACAAGGAAATGGCGTTATCTGTATTTTACTCGAATCCTTTGAG GAATGAAGCCGGACCACTCCTCTGTGATATCTGCGACCACTCTATAGAAAAACAGAGTGG TTGGATATATTATAACTATGGCCATAATTTTCTTTCGCATTTCGGGTGTGTTGCTGATAT TGTATATGAGAAAGGCGGAGATGATAAAGATTATATCATCGGTGTTAAAAGGGGACTGAT TAATGTCGATGGAGACGATACTTCTATAGTAAACTATCGAGATAACGACGAAGGAATTGT GAAACATAAGAGATTTTTTCATCGACATGTTCTGCAACAACTGGATAGGTCGATGGATAA TAATAATAATAATAATAATAGTGTGAAGAATCGAAAATGTGGTATTTGTGGTATGGATAT AAGTTCAGATAAGAAAAAAGGATGTTCGAGTTGTGATTTCATTATTCATGAGAGGTGTTC TTTTTTGCCTGAGAAAATTCAACATCCGTTTCATCCACATCCACTATCACTCGTTCCTAA AAAAGACGGAGTTGAAGTTCATTGCGTTGGCTGTCGTCAATCGAGTGGTTGTCACACAAA TTACACAGTTTTATACCGATGCAAAATTTGTGAATTTCAACTTCATCCGTCATGTGCTGC AAGTCCAAGGAGATTGAAGAAGCTTGATTTAACTTTGTGCTACTCATTTCCTTATAAGAA TGAAGTATCAAAGTTATACTGCAACTATTGTTCAAAAGTTATCAGTAAGGATGAATGGCT TTACTATGGAAGAAGTAGTGATGAGAAGAGGCACATTACTTGTCAATTGGCTGTTGGGAT TTCCAATTGTTATGTTACGCTACGCGATCTAGAGGTTGAGTAATTAACTAAACTAGTTAT TTCGATCTGGAGGTTGAGTAATTAATTAAATTAGTTATTTCTTCTGTATTGATGCAGAAA TCGAGTGAATATTTGTGTCAATAATAACGATTTTTTTTTTTGGTGGTTTCGTAGAATGTT TTATTTTTATGAATAAATTTTGATGAATAGATATGTATGTATTTTGTAAAATGATAATTG TTCTATGTAAGATTATTCTATGATCGTTTGATTTCCTCTTAATTTCTTTCAAACAATGTT CAAAATCAGCTTATTTTGAAAAATATTTTATTAAATTTTTTTTGGAGAGATTTGGTTTGT TTTTTGATAATCAATTTGAAAAAAATAAATACTTTTCTAAATATTAGAGTAGGGATTTTC ACTTTATGCTTAGTCAAGCTTAAAAAAGTGATTAATCAAGAAATTATTTCTTTTTTCAAT TTTTGAAAAAACTAGATACTCAGACTCAATTATTTCTTTCTTAAAAACGTCAAATATTTT AAAAATAAATATTTTTAATTCTCGAAATTTTTGACAATATAGACTATTATTATTATCTAC TTTGTCTTGTTTGATTAATAAAATAATACTCCGTTGGTTTTCTTTGACTTTTGATTTTTC TTTTATTGTTTGTTTCCTAACACGGTATACGTTTTTTTTTCAAACTTTCTTTTAAGTTGA CTTATAAAAAATTTAAAAAAATAAACCAGTTGAACGTTGAATTTAATTATTTATATTTTG GAATTAGGAAAACGTAAAATTAATAAAATAATTTTCTATTACGTATTCTGTTGTTGACAT TTCTATCAATTTTGAGTGGAAAATTGAAAAATTCTACAATTTTAAATTTCTATTAGTTCA TCTCAAAATATCTTCCATGCTGATATTATTGAGTCTTCGATTTTTAAAAACGTGCTTAAT CGAAAAGCAAAAATAATAATGTCAAATTAGGTGAAAATTCAATTACTTCCTGTCTATTTG ACATAGTAACAAGTCCATAAAAATGATGACCAACAAGGGTTGCACTGATTGTTGGGTTTT ATTTGTCCTGAATTTTTACTATAAATAGATTTTTCTTTTAGAAAGAGATTTTGGATTGAT TAGTATTTTTTTCTATTAGAAAAAGGTTTAGGACTCTATAGATAGAAGCATATTCGTTCT TACTTAATCAACATTTACAATGTAGTAATCTTAAGGCCATTGAGAGTTTTGGTTAGGGTG AGAATTTGTGGGTCACAAGCTTGATACGTTATCAATTGTGTGATCCTCCCATGCATTTCG AGTAAATTGGTTGAGGTTATTTCTCTCTGTATTTTGTACTCTCATATTGAATTGCTCATC TCCTTTGTGGATGTACGTCGATTGATCGAACCACGTTAAATCTTTGTGTCTTTTGATGTA TTTCTCGTTATGTCTTCATTTCTCTTTATATTTTGTACTCTCATATTGAATTGTTTATCT GCTTTGTGGACGTAGGTCGATTGACCGAATCACATTAAATCTTTTATGTCTTTTGGTGTA TTTCACGTTTGTCATCTTACTCGTGGTCTTTTGAGGTTTGCTTTGCTAGCTTCCGCATTG CACCTGCTTATTTCCGATCCTAATAATGACAAATACTTTTCTATTTTTTAATCAGATATC GAGCTCGAGTCCTCGTGAGTATAAAATCGTCTTTACTAGAAAACACTTTATCTTTAATGA AAGATTTTCTTAATCTAATTTGAATTTAATCGGTCTCGAAGAAAATGAGTAGGTTATAAC GTGAGAAAAGTATTTTGGGTGGAAGTGCCGACTGAATTTACTAAGAAGAATGATAAATGA TATAATGATTAAAAAGAATTTTTTGAGTTTGAACACAAACAAAACGATCCATATTATCAG ATTTTTTTCTAAATTAACTTTCAAGAAAACAATGATATTTCTTCATACCTTTGCACTTTG AGATAATACCACTTTTGGTCCCATGGTTACAAAATAATATTTTGATTTTCCTGCATTACA TTTATTTTTTAATTATTTTAAACATATGTACTATTGGTTCTTCTATGTAGGAAATTCATT GAGGAATTTTTATATATTGCTATGTTTGAATCATAATTATGAATCATAGCAATAGCTTTA CAGAAGAGAGGGGCGGTCTAACATCAATCTCAATTAAAAGTGTATAAAATGAGAGGAACT TTGGCCAAAAAAAATTACAGAATAAGAGATGAAAGATGAGACATTTTGAGACAAAAGCCT ACATATTAGCTGTGATTTCATATATCATGATGTACAACATTATAAATACACATAAAAGAA TTGCTTCTAGTCACTGCAATTCTCAAAATGCATGCATCCAGGAAGTGTGAAATGAATAAA TAAAACTATGTATATATCAAAATGTACTAGACCGATCCTTATTTTAGCGTAAACTGTATT TTCTACATGTTAGCAGGGATGTTAATCAAAGAAGGCCAGATAGCAACCATGCCATCCCAA ATATAAGTTACAATAGTACAAGAATCTTGATCTACCACCTTCTTACCCGAAAGTCAGGGT GATCCACAAATGCTCAAAGTGGATGGTGACTGAGAAAATGTCACTAGTCTGGATCATAAT GTCGTCAAGATTCCTGTCTCGTTTGAACAGAGGCAAGAGCAATCTGGTTCAGGTAACTCT CTTTTCACAAGACGTTTATCACGATTGATCATTAACCTAACAAGTGGCAACTTCAAAGAA ACCTGTCGCCAAATTTCTTTTACTGTTCCATCTGGGTCCTCATATTCATAGTAATGCTTC ACCTGAAGATTCCATAAATCAAGAGTACATATGTTCAAACATGAAGGTATTAAAGGGTTT CTTTATGTTTGCTTAGATGTTAAAGAGTCCACATCAACTAAAGCATGAGATACTTGAAGA ATTTAGGAAAGATAACATGTAGGAACGAACTACACGGTAACCTATCCGGAACAGATCATA ATATGGTTTATATGCAAGGAACTAATTCAGGCATCACCTAGCTTATGGCCACCAATATTT TATTCATGACAAAATAGTTGGCCTATAGCACTGAGATTAGCTGGGTAAGAGATCATCTGC CTTTGCTAGCAATTAAATGAGTCAAGTACCTAGAGAGCTAATCTAAATTTCCAAATAAAC AATGTTCTTTTGTTGAGTGATTCAGAAGATATGAGACAACTGAACTTCTTCTAGAAAAAA CAATTTTTTGTAATACACATTCTTCTTCAAATGAAATTGAACAGCTTCAGCTTAACTCTA AGGATGTTTCCATAGAAGAGACAAGAAGCAGAAATTGAAATATCAAAGATTTCAGTGATC CAACAGGTAGATAATATCTTTTTAGACAATGGAACATAAGAAACATTCACTAATACTTGC TCATCTGTTTCTTTGTTGTCACTGTCAAAAATCTTGCAGATCCTTCTAAACCTTGACGCA TTTGTCAAGGCTCATATTAGACATCTTGGCACAAGATAGTAACTCTTTGAGAGAGGAAAA AGGGAACATACACACACACACACACACACCTCTTAGAGTGAGTCAGTATATCTATAGATT TTTCAATTCCTCAATCAAAGACTCGACGGGGGAAAACAGAAAAAGAACCTCACATGCTTA TTTATGTACAGAGTGTGCGATGTATGTTTAACTCCAATTAGCAAATTTATTTTCTGGCTA TAATAGGATGCAGGAACAATAATTATGTACTAGTATATACCTTTTTCAGCTCCCTTTGGT ATTCCAAAACCCTCTCCATGCTTACTTTCCTGAGCTTTTTAACCAAGAACCCTGGCTTCA CAGCTGTGTTAGAGTCTACAAAAATTGCGATTTTCCTGTAGTCCACAACATCCTCAAATG GCAATTCAATGTGATCACTGATGATTACAGGGACACACAAGCTCACAATAGCATCAAAAA GACGGCAAGCTGATGGAGTATCACCAGCTGGATGCAGACAAAATTTTGAAGTGTGCATCC CTTTTCTTGCCTCACGACGGCTCTCCCTAGATTGTGCACCATGTTTTATGATGACATCCT CTTCTTTCTCAAGCAATTGAAAAAGCAAATCACGAATTTTTCCTCCCTGACACATTACCA AACACACATAACATGATACCATTTGTCTTTATGTAAATAACTAAGGAACTTTGATGTGCA TTGAGTGCAGGGAATAAGACAGAAGAAATAAGACGGTACCAGTAAATCCTATATCAGAAA CAAGATATCAAACACCAAATTATGAAACTTTTCCAATCAAAATTACCTCCTTTCTGTATC GATTGCCCATGAAGAAGAGCAAAGAATTCCGATTATCAACGCCAATATCCCCAGTGTATG TGTTAATCCGATGTGAGTACGGCAAGATGACATCCTTAACAAGAGATGCCTGATTACGAG CCAGCCTTCCAAAATCAGAAACTAACAGCACTCCATTCTTCACCTTATCCACAACCTTGT ATAAAGCATTAGGATCCTGGCATATAAACACGTGATCCCAACCATTGTTCCTTTTCCAGT ACTCCTGCTTCTCCAACCATTCAATTAAAGACTCCTGCAACATGCACAATGCGATCATCT ACCATTTTTATGCAATTTAATTCTGTAACACAAATGTATACACGTAAACAAATGCACTTC TGGATCTAACAAGCATGAGACGATCATCATCCTCTTTCTTTAGTTTTTCTTTTTCTGATC ACAACTTTGTCCAGCCCAACTTATGTGCACCTCAACTAATACATAATTCTACCGACCAAC ACACGTACCGAATAATTCTACCTCCAATGTATATGCATTAATCAATGTGGACATTGTTCT GAAGCTCAACCATAAAATCTAAGCAACAAATTGGTGAACTAATAAAGAGAGTCCTCTAGA ATAACAAGTGATAGATCATTTAAAACACAATTCACCAATTATAACTACTGTAACTAAATT AACAAGTATGAACCAATAGAAACAAGCTATGATAAAAAAGATGTAAACTTTAACTCAAAA AGCAACACAATGCAATCCTAGAAACATGAATTATGAAGAAAATAATCCAACAAATAGTGA TTTCCTACCTGCGTTTCCTCATCACTATAAGTAGGCCTCTTCACGGGTGCAACAACAGCA TTATTGGATCTAATCGGATTCGCCACAAGGCTCAACGACGAGAAGAAAGGCACATAGAAA AGATCAGCTTCCTCCGGGTCCATAACCCGAGTTACAGCCGACCCGACCCGTTCTAAACTC GGCCGATTCAGGTCAGAAAACAAATACCACTCAGCAGAATGCTGATTTCCAGGATACTTA AGCAACGAATCATCACTCTGCTTCTCTCCACCTCTTGCCAACGCATAGCTCTCAATAACC CCATACGTAAACTTCCTAGGCAGATCATACATGTAAACTTTCACAGATTTCAAATTCTGG GTATTGTAATTCCTGCTGAAACTAACACTGCCGACATTGTTTGGTGGGTCTGAGAAGATG AATGTGTTGAAGAAAGCATATAAAGCTAAGATTGAGAACAAAGTAGTGGCAAGTGTAAGA GTTGATCTGGTAAATTTTCTGCGCATTTTGTTGATTAGGGATTTGGGTGGCGACGCCGGA GGAATGATGACGGAGGACGGTGGCGGTGATCGGAGTTTGGGTCTTGGATTCATGGATTGT TCCCCAAAATTTATTGTGGTCACACCATGTGCAATATTGCTTCAAGATTTGGCTAAATTA ATTAATATTTATAGGGTTTGTTTATAACTTATTAAAACCAAATAGAATTTGGGATAATAA TTAACATAACAAACCCAATAGGATTAAGATAATTGCCAAAAAATTATTTAACTAATGTTT GTAATATAATTTTTAAAATAAATTTCTCGCTTTTGAAATTAATTCTTATTGAGATCGAAA ATTCGAATTAAATATAAAGTTTATCTTAAATTTCAGGTTTGTATGTCTTAATTTATTTTC TCAAAAAAGTAATTTAAAATTTTAAAAACTCAATACTAAAGTCTATTTTAAATAAGCTCA AATTTCAAATAAAATTTATATATATAATTTAGACTAATAAACTTTAATGATTAATTTGTT AAAACAATTACAAATCTATTTAATATTTTTTTATTTACTTTTTCATGTATATATCTAAAT TTTAATTATGACTGAAACACGTGTTAAAATTCCTTACAATTTTAGATGTATAACTTTGAA ATATATTCCAAAAATTAATTTTTTAAACTTTTAAATTTTGAGCTTTTAATAATGACCGCT TATGAACAGAGAGTTTGTTTATCGATTTTCATTCGAATAAAGGTGTCAACTCAAAGAGAT AAAATTGCATATGAAAAATTTTAAACATATTTTTTAATTAACTAATTTTCAAGGAAACAA AGAGATAAAATTGCATATCTTTAAAAATAATAATAAAAGGATATTTTCTTCTTTGTGTTG TGATACAAAAATAATGAAAAGGATGAGAAGTGGAATTTATATTTTGAGGTTCGTGCGGTG AAAGAAAGAGTCGAGATAAAAAAAAATATTCTAAACCTCCAATTTATTTACTAATACAAA AGATAGTAGTAATTGTATATTGAAAAACTGTGTTTTTTTCGCGAAGCTTTAAACTATTCA ATTAATTTGAAGTTGTTTAAGTTATACAACATTCTTGGGTTGTATTGTGCGGGGATAATT CAATGGTTAACCAGTTGAATCAAAGTAAATTATACCACAATTATTAAAGAGATATCAAAG CCTGAATATATATTTTTATTCATATGATCTTTCAACAATGCCTGCTGCAAATTGGCTAAA TCTGACATTAATCTCACAATGCTATTCAAATTTGGGAATTCAGCATGTTCTTTTTTCATC TGAACCAACTTATGCACCTGCTACCTCCTATCAACACAAGTATCGAATAACTCTTAAATT GTCAGGGCAACTCTGTCGATCAAAACCTAGACAAATGAGAAGAAATCACCTAATGTTTAT AGCTATCGGGGGAATACATTGTTTGATACATCATTTTTGATGGTTGTAGTCAACTGGGAA AAAACAAATGGCTAGCTACTCTAAGAAAGAGCTTTAGACTAATTAATCATGCACAGAATA GGTGTTCAGCATAGTACCTATATAGATAAATACCAACAGAAGCAATTAGGGACATTCTTG AGAAGGAAACAGTTGAAGTACTTCACAGCATTCATGCAAATGCAGATAAAAAGATGATCA AGAACATACACGGTTAGTCTGGTTACTGCAATGAAGAGAAGTATCTGTAGTCATTCACCA AATATACTTGAATCACATCTAACAATAGTACTTATTGCATGACACAGATGTTGAACATCG GTACACGTGTCATATTACATCAATGCAGATAAATGGAGTACTTGCTCCCAACCAAGCTTG ATTCTAACCCGGGGGCCATTTCAGCTGTCTTCCGCCAAGTACGTGCAAGTGAAGATGGTA TACAGATTGACCTATGCAAGGAAGAGAGGGGAAACATTACTTTTGTTACTGCATTATGTA CTATGGAACTGTTTTTGAACTCCTAAAAGATACATAAAGAAAAGTTTCGATGTAAATAGC ATTGTATTCATTGTTCATACAAAGTTCCCATGTTAGCAATTAGGTTCACATTTTTGGAGA GCTGGGGAATATTAGAAGGGAGATAGACTTACATGCTGAGGGACCACTATTAATGACAAC TCGAAAACCATCTACGATGCCTTCTTTCTCCGCTACTATCTTGGCAGCATAAAGGAGGTT GCCCAATATATCTTCATGTCTTTGTTCAGCCTTCTTAGATCAGAACGGAACCAGTTGCAA GGTATCAATTACCAGAGAAATTAACGCGGAAATGAACATAAAAATAAGAAATAGAAGGTA AAACACAGTAAAATTGACTTTTTGAGGGACAACTTCGAAGTTGCTAATCTATAAAGTTGT TCACGGGCTCCGAGATTCCAGTCTTTTACTAAATATTTCTAATTTTATTCTGTAATCATC ATTGTCAAGCTACGAGCACTTTCATGTAAAACTGTTATAACTTCTTAACATCATGCAAAA AAGAGTGCAAGATGACCAACTTTTACACCCAAATAAGTGCTTGCCTTAACAAAACAGATT ATATAGATCTCAAGTATAGGGGCAAAAGCCAATATCAAAGGGATACGAACTATTTCCACT TCGCGACAAACAATTTAGATAAAGACTCTCGCACCCTGAATTTTGGTATGACTTGTGATT TGTGCTATACCAAAAGTCAAGATACGCATTCCTTGAAACTAGACATAGAAGGCATACCAC ATTGATAATAATAACAGAAATTAGATAGAGGGAAATGTACCCACCTTTCCAAGCTCTGTT AATCCATCCCTCGACTTCGGGATAATTAGAACATGAACAGGAGCTTGAGGATTGATATCC CGAAATGCAAGAACCTTTTGATCCTCATATACCACAGAAGCAGGTATTTCCTTAGCAATG ATTTTATCAAATCTGAATGCACAAAACAAATTGATCAGACTGCAGTGAGCCTAGATGATC ATTCAGTCACCATGTCTGACAGAAGGTATGCAAGTCAAACTGTGGATGTTCACATCAAAT TTACTAGTATGAAACAAAAGCTTAAGCAGCTCGACAAATTAACCAAGATCAGTTTAATCG TTCTTTCTCAGGGAAGGTAATCATGGAACATATAAGCAAACTACTGCTGCAACAAACACT TGTTGCCTTGAAACAATTCAAATCTTTCCTTTTTTCTGTAAGGTCGAAGTTAATGCTGTA TAATATGTATTAGAGGGGAAGTCGGAAACCATATATGTGGTAACATCTTGCACTAAAACT GAAGGATGATATTTAATGAGAATCAAAGTAATTATATCAAAAGTCAGGATATCATATTAC TATGCAGGTCATATCATTCTCTAAAGTAGACAAACGTGTTCTTCTTACAGATACATTTTT AGTTATCTGTTATCATCTACTATTAAGTAACCAAAGGGAAGTCCGAAAGAAATAGCAGAT CTTGTAGCAATCAGCCTTTTCATTTTTGCTGACTGCTTAGTGCCGTAAAAAAAACTATGT ACCAATGCATCTGATCCAAAATCTTAACTCCAGTTCTTGAGGAGATATACACCGGGGAGG TTTCTGAACTAAGAAATGCAAGTAAAAAGGATAACTATTGCAAAAGAAAAACACAATGCA ACAAAAAGATGCAGAGTTCAAAATAATGGTATTGACGTACAACCTTTTTTGTGCCAATTA CTTCAATGTTTTAGTTAAAAAGGGAACTCTATAGTGTGATTCTTCTTCACTAACTACCTC CAGTAGTCAACAAACTAAAGGTCTTCTATTTCCCATAAGCATAAGGAACACTTATATTCT ATAATCAATCAAAAAGAAAGTGCATAACCGATACAAACACCGTTAATTAGTTTGAAGCTC TGACAATCTAAACTTAATCAAGTAATAGAACTACAAAACGTTCTATCCACGGGAAAACAA TACATGGTTGGAGCTCCAGTATCAGCATTTACAGCAGCAGCCCTGGCAGCTGCTTCCTCA TCATGTGCAGAAGCTACATAGGACCTGTCTTTACAAAAAGAAAACAAATCTCAATAAGAA ATTCAAAGAGGACCTATGGGAGCAGAAAAATAGGATCTTACGTTACAGATATTTCTATAA GTAAGCTCCTGATTCACACTTGTTTTGATTAAACATAGAAAACACTTATCATAACTGCCT CAGTTACAGCTTTAAATAAGAGAATAAGCCAATCATGGCGGGAATGTGCATTCAAATACA ACTAGTTGACTACAATCATTTATTATGAGTGTAAGGTAGTAAAAGAGAGGCAAACCAGAA AAAAAGATTCCACTTTGAAATGAAAACAGCAAAGACCAGACTACCAGGAACAATAATCAT CCCTCAAAGAAGATGACATATTCAAGGAGTTCAATAACTCCCCCACGCTGTATAATCTCA AATAACCATCACAAGAACTTGCATTCAAATGACTAAATGAAGTGAAATCACTTGCTAGGA TTAACACATCAGTCACACTCCGTCCCACTTTTTGTGACACCCTTTTTCGTTTTAGGAGAC ACCATATTGTTTTAACACCATTACATTTCTATATAACCTCTACAACTGTCATGTACTGAA AACTAATCAAATTATTCAAAGACTTAAAATTGACCTGTTGCTTTTACTATCTAAAGTCAA ATTGAAATAAAATACATAATTCTTTAAGATTCGTATCCAGTCAATTATCATGGACTAATC AGACTACAAGAACCCCATTTTGCAGAAGCAAGTAAAAATGATAGATTCCTCAACAAAAAG GACAAAGTTATTGGTATAACAAAACCAGAATGATATACAAGCTCTCAAGAACAATCTATG GATATTGAATCACTAAATTCAGGATTTCCTTGAGAAATTTACAAACCTTTGAGATTGAAG AGGATAACGTGAGGCGGGTACGATTCTTGGTATGTAATTTGATGTCTTTATGAAACCCAA AGCTTTCACTAAGGAAGGGCCTCTGCAAATATATAAAAATCAAATCTTTCAGCAAGTAGA GAAGCAAGAAGAAGGAAGTGGGGTGTGGGGTGTGGGGGGGACTGTACCTCAAAAGTGTGA GAGAGCTCATAGCAGCCATGGAAGTGAGGAAAAACCAGAATGCTGCAATTTATTGGTGTA ATGGAGGAAAAGAGAGAAAATCTAAGGGTCTCTAGGCAATTACTGAATTTCATAAGGACC GGACAGTTTTTTCTGATTCAAACACAAAGGTCCCTTTATTTTCATATATCATCAAATTCA GTAAGATTCAAGAAGTTATACAAAAGAGAAAATGGCGAATTTTGTTCTGCAACTTCCAAA TAACCTGCGTTTAAGGAGCTTCACTGTCTCCTCATCCTCCTCTAATGGTATTCATGTTCG TTCCTTTTTGTTCTGTCTAAAAAAAATTATTCACATGGTTATTGAGAATTCCTGCTAAAA ATCCATACTTTATGAGAACATTTATCTGTTCACGTATGAGTTTCTTCTCAAATCAAGTAA TTTTAGTATACATAACTTTTCAGAGACACCATGATCTAGATAAAACCAATTTGGGCTAAA GGTGTGTGCTTTTGGTTGTTTGTGAAACTCTTTCAACCATGTATGTTTGGATTGAATGAA TTGCTACATTTCTTACTATACTATATGTTTTCTTCTTTGTTTTACTTGGATTTGTTGCTC TTGAGTACGCACACACTACACTCCACAAACCCGTGGAATTCCACTGGGTATGTTATTGTG GTTGTTGTTGCTTGCTAATTGCTATAGTACATGTTTTTGTTTTTTTGAATTGTTCTCATG TTGATTTCTGCTGCAATATTATCTTTGTATAGACCTTTTACATCAGTAACGGATTCTGCA GAGTACAAAGAATTTTAGTGTATGCGTAGTTATTGAATTGGTAATTGGTTGTATTCGTTG AGTTGATACTAGCTTAGCAGAAGCATTTAGTGGTTTTGCTCATAACTGGTTATTGTTGCA AGGGTAAACAAAAGATGAGAAAAATAATGGAATAGAATTTTTGATCTCTAAAATGTATTG TACTACTACATACAGAGGAAAATAGTTCTAATGGATAAAACCGTAAAGGATGGCGATAAT ATCCTAGTAAACAAAAACTAAAAGCATAATTACTTGGTGGACCGAGTTACTTGGTATCTG CTGGTAGGATGTGGGAGATATCCCGTGAAATTAATCCAGGTGCCCACAGGCTGGCCCAAA CAGCATGGTTATCCAAAAAAAAGGACTAGAAGCACAGTTACTGGAATATGTAGTTCATAA ACCCTTATTTCTTTCCTTTTCAATACATACTAACTTTTTGATGTGCCTAATTAGCATTTC AAGTTGGATTTTCGTAGCTGTCTTTCCATTGCGAAGTCTGTAATCATAAACCTACCAGTT CTCTTATTTGTATTGGTCATATAAACTTGTTGTGAGTTAACGAACAATTTCAAGTACATA AACTTTCTTGTTAAAGGTTAATGCTAATAAATTATTCATATAATGGTTTCAGGGGCTACT CCTGGTGTGCCTCAATCTGCCGGGCCAGTGATTCTTGAACTTCCCCTTGATAAAATCCGA AGGCCACTCATGCGTACCAGATCTAATGACCAGCAAAAAGTGAAGGAACTGATGGATAGT ATCAAGGAAATCGGGCTTCAAGTACCTGTAACTACTAAATCATCCTGTCATTTACTTTTC ACATGATTAGATGCTATTTTGCCTTCATATATAAGTTGCAGATTCATATTCTTCTTACAT ATTTATTGTACTACTCCATCCATTCCATTTTATTTGTCTTAGTTTGACTAGCCACAGCGT TTAAGAAAATAAGAGAGACTTTTGAATCATGCGGAGTTAAACTAAAGATGTGTAATGTAC GAAAATGCCCTTTGAAGCTTGTCGTCCTAAACATGTCATATGGAATGTTGAAATTATAAA TTTTTTTTGACAAACGAAATCATAAAGTTACTAAATATAGAAAATGATGTTCTTCTTGAA GCAGACTAAAAGGAAAGTAAGATGTACAAATTAAAACAAAGGGAGTATTGATTTTCTGAA TCAATAGGAACCTTGTGGCATAATTAACATCAAGCAGGAATAGCCTGTAGCTGGTTGATA TAAAAGATTATAAACTTGATAACAAAGAAATTTTTGAAGCCTTCTGTTTCGCTGATAAAT CTGCTGCATAACAAATAACAAGAACTTGAAATAATGGAACTGTATTGTTATTTTGATGTT GAAACTGAAAAAATTCTTAGGAAGAATACATCTTAGTCAGTTGTAATTCTATGTTCCTCT TAGACACAGTTATAAAAGCTAATGACACAATCGAACACTTTGTCACCTATTACTTGGAAA AATTTGTTGCCTGATAATGTAGTTTGACTGTAAAGTTTTACAAACTCAACTATTTGCATT CTTTCTGGTGACCTACTTCACAAAATGACAATCAGATAACATTTATGCCCCCTCCTAAAC CAAGTTCCCATCACTCCTTTGCTAAAAGAGAGATGACAGCCTTGACATTTCTAGAGTACT GCACTTTATTTGGTTAAATATGGGGAAAGGTTGCTCTTGACACTTCAATTATGGTTTAAG TAATTACTGATAGAAGTTTAGCTTTAGTTCTTGTCAATTTATCTGGTGTAAATATTAGAC TCAGATACAGTTCTTTCTCTCATGCAGATTGATGTGCTTGAGGTAGATGGGGTTTATTAC GGTACGTCTTCTTTCCGATTTCTTGCCTAAGCAAATAATCTATTCACTGCTATCTATTTC AACTGATACTTCATTTTTAATAGCTAAAGAGAATTTAAATAATTTCTCTTGTTATATCCA GGCTTTTCTGGTTGTCATCGCTATGAAGCTCATCAGCAACTTGGCCTTCTAACTATACGT TGCAAAATTCGTCGAGGAACAAAAGAAACTTTGAGGTTCCTCCCTTTTTCCTCCAGTCAT GCAACTTTTTTCTGCATCTCCTATTATAGCTGTATCATTCCATTGAGTTTACCCTCGCAG GCACCATCTTCGATAAGATCCAGCTAAATCACTCTAAACTGAAGATGCATGATAATGGAT CGTCCTCCAACAATATTGATGATATGTATTTAATGTAAATGTATACAAGATTTGCCAATG TTTGAGGTGTGCAGTACCTAAACTTTGGAGTTTGTACATTAACTTGGTTGATATGCAAAA GAAGATCAATAATGGCTTTATATATTGCTATACAAATCCCAGCATCCGATAAGAATATTG CATAATTATTGTCTTTCCTTTCTTTGAGGAGATTCTTCTCTTTCTTTTTTCGGTTTCTCG TTCTTTCCCTCTGTTCTGGGAATAGGATGCCCTTATTTTTCTTTCGTTGTATGCAAAACT TCAAATATAGGTTCAATTGACATATTGTACTTCTTCAACAGGATTAAGAATCACCACACC ATGTTGGTTTGGTTGGAGTTGAGTGTATCTATCAATGTAGAGGCAGAGTCTGGATAAAGG AATCCTTACATATTTGTTATCTTCTGTTTCTTCATTTCCAGTTATAGAGCATCATACTCT AGGAACGTAAGATTTCACTGAGTATATTGTTATCGTAATAGTCAAGGAAGGTAATTGTAC CAAGGCAAAGACATGGTGAAACATAGAACTCGAGGATACTGCATAGGACTGGGATCAAAT TTTGTAGTGATGTCTCTCCAAGTTCATTATACAACAAATGTCAATTGACATATTTCAGAA TTAGCTTCTCACAACTGATGATTTATCTCCTGTTAGAGCCAAACGTTGAGGAATAAATAG AGGAATTTTATGTATAGATACACAAAAATTTGTATGAACATCGTAGACAGTCCACTACTG ACTAGCAATAGAACAGAAGAAAGAAATTTACATGTTTCAAAAGTTCACTATTTTGTCACT TGTAAGATATAGGACCGGATCTAGACACTGCAAACCTTGGCAATGGACTGGGACCTGTGC TTGCTGATGTTGAGCTGTCCACGTGTTTTAATTTTCGAGTTGCACTGTATTCCAATGGTC CAGAACGCCTAACATTTCGAGGCCTATTTTCAATGCTTCCACTTTCTGTATCATATAGTT GATCCTGGGCATGGCTTGAGGATGGCTTGAAATAACCTGAATCGTTAGAATTTGACTGAG GAGTGGAATCATTGCGATGCTGCCTCATTGCAGGGGACGAATGTGCCAGAGATACAGCCG GTGAATGACGGGGTGAATCACCAAGTAGTGCCAGTGGCGCAGGAGATGAACTTCCATAGT ATTGACTGTAGATTGAGCGGATAATGGAGTAAGGAACATACGCATCCAGCGTGCTTCTTG GTAGGTAAGGGGAGATCTCACAAAACTGGTCCAGGAAAATGAGCTTTGACACAAGATGAG ATCTGCACAGAAGAGGTATAATTTTTTCAGATTATTGAACATGTAAAACAGATAAGAGAT CTACCCATCTTAGTGCCTGAGGTTACAAGATCAATTGGCAATCAATATAGGTTGTCTCTT TTGTCAGCTCGTCAAATTTAGCTAAAACAGAAAATCTAGTTTTAACCAATGGTCAATAAA TTACCAATGGAGGTGTGGGACGACTAAATTAGCCATTGAGTCATTTTCCGATTTTTGTTC AGGACATCAGTATGATTTATCAGCAGTGTTTCTAATACTAGAGTATATAAAAAAGATGAA ACCGAAGAAGTGCCATTATAGTAACAGGAAACATACGAGGCAAGTAAACTCGTTATGACC ACCACATGAAACATAATTCACTCCCTATATTTCAATTTAAATGAGACTAACCATTTTGGG ATGTTCCAAAAGTTTGGCACCATTCCATTTTATCTGACTTCACATTACTCAAAATTTAAA CTTTGATATGGTGTATTATTTATCAAACTAAGTTTTCAACCATTGTTTACTATTTTCCTC TACTACCACTAATGTAATAAGCTAGTCAAAATGACTAAACCTGTGTCCAATACAGCATAA TCATATAACTGAAACAGTGGAAGTATCTCCAATTTTCAGAATTTTTGAGCAACATTAGAT ACTTTAGAAAAACGAATATACCTGGTATTCTCGCTCCAAGAGTCTAGAATAATTCCAGAG GAAAACTTCACAAAGAGCTGCATTGTGGATTTTATGTTTGTCTCAACTGTTATTTGGTTG TGTGTTTCAGGATCCAATGTTTCACCGACATGACCATTTGAAAAAGATTGTCTCATGTGA TGCTCTCTTTCAAGTCTAACAAATTCACTTCCTGCAATTACTGCAGAAATGCACCTACCA AAAGAAAACCAACCATGTTACAGAAAGACAATAATGATCACTTAGAAAGACAATAAACTT GTGAAATATTTTCAAGCATGCTTCATCAGAAAAGAAGGAAGAATGGTTTTTAAACATGCT CTTGTATTGCCCAGTACTTGTTATATGATGATCTAGTTTGCCATCCATGAATGGATTTTC AAGACACAACTGTAACTTTGATATAGGCATAAAAATAGAGTTAACCACATAGATTACACA TGAGACAGTTTGCTTCGTTTTGCTTTCTAGACTCCAAGAGAACCCAATTCGAATTACTTT TTGAAACAGTAAAAGGTTTAGTTCCATGTAATTGTTCTCCACCTACTTACAGTAATAATG TGTCAATACAGTTCAGAGTGCAGCTGTGTGCTCTTACAGTAATAATGTGTCAATACAGTT CTTAAGACTGAAACCAGGGTGTTAAGGATGTACAGCATAATTGATCAATTGGCACTTGCA GTAATAATGTGTCAATACAGTTCATAAGACTGAAACAGGGGGTTAAGGATGCACAGCACA ATTGAGAAAAGAAAGAAACCAGCATTGCTACAGAAAATCTGTTCGAAAGATAGAGAGCAA AGACTTCCTCATAACTTGACGCAAACAATATTTTAAGCAAGAAACAAACCTTGCCAAGCA ATAGATGTTGTTGCTGAAACCCCCAGTATCCACATTAAAGCCACTACTATTCCATATATT TGATGTCATTAGAGTGGCAAACAAATAAGGCAACAAGCTCCAGGAAGCATCATTTGCACC TCCAACCTCTTCTAGTATGGATCTGACCCACTCAGCGTCATGGTCACTAGCTATATTAAA ATTGTTTGCTACTCTTTTCAACCTTCTAATCTCCTTTTTCTCAGGTATTTCATCAGGTAA ATGCTTAGCAGCCGCTGTCAGTAATGAATGTATCAAAGGAGCACCTTCTTCAAGAACAGC TGTACCAGCCTCTGCAAGAAGGCGGTCAAAAGCAACAGCCTGTCCAGCCTGAATACAGAA CCCAACCATAGTGTCCAAATCAACAATTTGCTTGATATTTGTGTCTCTATCTATTCGGTC ACCAGAATGCATGCTTCCAGCAACAGCCTCCAGATTATCTCGGTTTGCCCGTAATGATGT GTCAATACAGTTCAAGAGTGCAGCTGTGTGCTCTTTCATCATTCTATCTAACCTGTCAAC TCCATAACCACCAAAAACACGGACAAATGCTTTCAGTTCCCTGAGATCTGTCACTGACTC AGCAAAATATCCACCAACCGGCCTCGTGCTCTTGAAGCATCTGTGCCGGGGCGCAAAGAG GATACCTGCACCTGATACATCCTTGACCACGTTTTCAATGTACCAGTTACATACTGTTTC AGTGGCTGATCCAGTATGCTGCTCTGTAGCTTTCTCAAACAAGTGCAAAGATGAAACTGG ACCACAGAATGTCTCTGTTAGTAATATCTCCCGGATACCTTGAGTCAGGTCCATGCTGAT GTGTTGTTCTGCTAGATGGACAATAGCTGTATGTCTGCGTATCAGTGCTTCCAAGACAGT AGGACGCTGAAGATCATTATCAGTTTTCAGAACAGCAAGCAGTCTCCTTCTGAAGTTCCC AAGGATACATTCTCTCATGTACTGCAATATAGACGTATTAAAGAGGATTAATGAAGATAA CCTGAACCAAGTATACTTAGTCTCAGATTAATTAATCACGGTGATTTCTGCATGGATATA TAAACTTACCTGACCTGTTTCAAGAAACATACAGAACATAAAAACTTAAAATTGTAGCTT TGCATTTTATTTAAGTTTGTCAAGTCATAGGGTTAAGTAATAAGGCTGAGCCAGAAGAGA CGGCCAATTAATCCTTCTAGATCAAGCAACATTATATTAAGAAGACAAAATGAGCCCTCA GCCTCAACACAATAAATAATTTGATTCGACTCACATTAGTAAACAGGAAAAGAATCAAAA GAAAAGAACTCCAAATTGTAATACAGAGTGCAATTAACAGGATCAAGTCTACTCGCACCA TCTCCCACAAAATCAGGGCAATCAGCAATGACAAAATAAAACATGTTGATTCATGTGGCC CTATTCCCTTTGCAGTTTGTTCCAGAAAGACGTCACCTTCCTATATTTGAGAATAATTTG ACTTTGAACACCTCCCTTCTATCATTAATGACACGCTTTTATAACCAACAGAAAGTGTAG TGGCATGTTTAAAACCACAAGTTCCAAAAGACTTCCTTTTTTTCTTAGACACAATGACCA ATGAAACGGAGGGAGTAAAGAGAGAAGAATGATCCAGATGTCTCAGACAATCATTTCAAG GTGGAATGACGAGGGGCTTCTTACCTCCCTCAGAACGAAGACGTGGTTTAGAACACATAT AGGCTCCATGTCATTTAAAACTGAGCAAAGGTTGGTCAACCTCTGCATTGCAGCTTCTAA CCTGTCATTACAAAGTACAAGGAAGTCAAGTGAGCAAAATTGTAAGATAGATCGTTGGGT AATAATGTAACATTAATATGGCTCACATTTTTATGGAATTATCATTTTCAGGGTAGCTCT CGTAGCCTGGTAAATGATAGCCCGACATGGCTCTTGGGGACTTTGCAGAAGGAGCAGAAA TTCTAGAAGTCAAATTCATGAGATGTGCCGCCTGCTCTGGAAAAAGCTGATATTTCACTT GCATTAGTCTGGAAAAGATAAAATCAGCAGTGTTTCTATGTGTTGAGAACATGATAAAGG ATACTAACCTGCAACTCTAAAGAGCCAAATCCCCCTTCCGAGTCGAGAATATTTATCAAC CCTTCCAGACCTCCCATGATAGATTCAATCAGGGATTCAACATAAAGAACCGCATCACGA CCAATTTTAGTTACCTGCAATCAGAAAAGTAGCTATCAAATTGGTGTCTCTTCAACTCAA CATTTCAGTAGACATTTAACAGGTAAAGAATTGTATATTACTATATCATGCAAAATGACG GGACAGAATTATCTTCTGGTGTTCCCTATGAGCCACTAATAAACAGAAAAAGGTATGGCA GAAGAAAAGGCAACTGAAACTGCAAAAGATCACTCCCACATATAAGCAAGATACAAAAAA TTATGCTATGGTAGCACATTCCTAGAAAAGAAGAAACCCGTCATGAATGATACTTGGGAG AGAACAGCCACAACTGTTAATGATAGAAGAGGGCCACTAAGAGAAGCTACCACCTGAAAG TCTCTTGGACCATTGGCCAGTTTAGAAACCTGAATGTCACAATCCCTTACCATCCATACA TGAAAATGAACACATTGATGATGCTCAAAATAAGAAGTGGGAGTATCTAGAGAAGTCATG GGCAGTGAATAACTCAGACATTCATAAGCGTTAGTGATCTCTTCAAGGATTGACATGTTC ACTAAAAATCTTCTTTTGATTGAGCACTCTAAACACTTCATTGAACTTCTCCTAGCTTTT CCTCTCCTCCTCTCCCCATCTTCATCAAATTGACTTCTGAACACATTCTAAGAGCGCCCA TCTATAAGCTAAGTGTCAATGGAAGGTTCGAGAATTAAGGCCTTGAATAGGGACGAAGAT GTAGTTGTTTTTGTATTGGGTTGAAGAGGTTGAGCAGGAGCGTTAGGTTACAGTGGGTTA ACCTGAATCTAAACCCTTCCACTCACCTCCAATAGTTTGATAGCATTGGAACCATGTACT AAGAAGATGACCGCAGTTTAAAACAGCAAAACAAGAAAGTCGAAAGATAACTATGGTGAA TTAGGTCATAGTTAACCCACAAAAAGATTAGAAGCATCAAAATGCATGTGAATGTAATTC TTCAGATGAAACCAATCATTCCCCAGTGAATTGAGAATACATTTACAAGCACCTTAAAAG TTCAAAATTACCATAATACCTCTTCGGGGACTATTGAAGAAGCGCATTCAGGAAAACTAC TGGCGACACCAAGCCATGCACAGCAATGTTGTGGACGACCTTCTGGACCAAACATAGTAT TACGGAAAACCTGTAATACAGTTGAAAATCAAAATAAAACACAAATTCCCAATGGCAAGA ACTTACGCAGGAAGTAACTTTCTTTTGATCGAAACTCAGAAATATTCTATGTTTTAAGGC AAATACTCAGAAGCGCTTGAAGAAATGAGGGAGAGCAAAGTCAAAAAATGCAGAAGGATG AACAAGAAATAGTCACCAAGACTCCAACATTTATGGAATAAAAAGTCAGTGAACCACATA AACTCTTCAATCACTTTTGCAGAACTTACTGTTGTAAGGTGTTGGTGATAGAAGTAAAGC TTCTTTAGACTCCCATGTTTAGATAACAGGTATTCAAGCTCATCAACACACCTGCCCTGA CACAGAAAAAAGTCATTTCACACAGGTATTGCACAATAATGCACATAAGTCATCCAAAAA AACATGCTGTCTGTATCCAGAGTCCAGACAATTTTACCAAAAAAAAAAAACTTTTCAAGT TTTGTAACAAGTCAAGATGAAAATGCAGAAAAAGAGTTGTGATTCTGAAGGAAAGAGAAA ATGAGTTCCTTATTGCCAAGTTTTTGTAACAATTTGAGATGAAAAATGCAGAACAGAACC CATTCATTCTGAAAGTAAAAGAAAATTAGTTCCTTATTGCCAAGTACTTTTGGGATTTAG ATATGATATACTACTACAGTATGCTGCATTCACCATCAAACTAAAAGGACAAGATGACAA CTGAAATAAGCTTTCCAGCAATTCAAGAACTTAAAAAATGAGCAGCCTAATAATATGTAT GTTATACTGTCATTCTCCTAGACACTAGTAATCAAGATCAAGGCCAAAATTCCTATCTGC ACCACATGTACATTTGGAAGATATAACTTTATGATCACAACATCAGCAAAAAAATGACTT CATAGTTGAGAAGTATCACGCAATTAACTTAATTTGAGTCACAATTTCCAAGGTAAAGAG CAAGAACCTGGACCAGTTGTATGCAGAATTTCCTTCCGATAATAGCCCTTCCTTTCCAGT AGACACTGTAGCCTTTTCCAAATGTCGGATGTTTATAGAAGAACGAGCAGAAGTAACAAC CATCAATATAGATAACCAATCTTTGCGCAACTCCTGATAGACAAAAATGTGTTTTGCTGT CAGATGAAGAGACAGAAACAGACTAAATGCAATGATGGCCTATATAAATGAAAAATAAAA CATGCATTTGGTTGTATGTGCTTTATTTATAGGAATGATCGCACTGTATACATTAGCTTT AACTCACTAAGAACCAAGTAAAAGAAAGAAAATTTCTTTTTCAATTAAAGGGATAATGCA GAATATGTCCCATCTGAAGTCAAAATCGTTGAAGTTGTGACCTGTGGTTCTTCAAAATTG AAAGTATTGAACTATAAACTAGCTGTCATTGAACGATCATACAGAAGACCATGGAAAAAT TCAAATCTGATGAGCTGCTTACTGATAAATCACATGTGATGGCAGAAATATTTTCACCCT GTGGCTTGGGTATATTCTCAAGATGTTGAACTATCTTCTGGAAAAGTCCTTTCAGAGTAG CATCCAAGTCGAGAGCAACCATGCCAGGGGTACCCAACAAAAATCGGATTCTACCAGCAC AGGATGATAGATATGATAAGGCGTATCCTCTAATAGCTGAAGAAGTAATAAGAGGTTTTG CAGCTTAGCTACCAGAAAGAGATCAATAGACACTGTTATACCAAAATCAGTGAATAAAAG ATAAGAGAAAGCATTGTCAGACTATCTAATGAAGAAAGTACTACTGAAAACTTTATTACT AGAAAAGGCAATTATTAAACCTTGAAATTCTAGCAACGAAAATTATGTGGTGATCTGAGT ATATACATCACCTACAGAGTAAGTATGACATGCACGTATTAGAATGAGCTTGCATTCAGA ATGGCTCAAGTATACACGCTAATTCCATTAACGGATTCTGGTCTATATAAAACTGAGGAG ACATATCTGATGCAAATCAATTCACTCAGTTCCATAGTTCAGAGTTCTATAGAAAACCTT CACAATTTAGTCAACTTCCATCAGCTGACAAGTTACATGAAGTTCATCGTCTCATTTCTT ACTTTTCAAAAACTTAGTTTTCAGTTAACAGAAGCCAATCCAAACAATTTATCTATGCTC ATACAACTTTAAAAGAAAAAAAAAACTAACCAGCAATATACTTGCGCACTAGGCAACAAA GACGATCCATTCCATCCAACAAGAAGCCAATCGTTGGATCACTTGGATCCTGCATCGACA TTAAAGAAAGATCAAATACACCAAGAGCAAACAGTCAAAGAAAACACTGCATAACAGCAT ATCAGTTTTATGCACAAAAAGCTGATATGATTAAGATCTCTTACCATTTCTACCGGAACC GTTCTGGCAGCTCTTGACTTCGATGAAGCTATTCCTACATGTTGGAAATACCATAGAACC TCACTTTGAGCAAAGGCTAAGGCCGAATAAACCATCTGTGGAAACATTAGAAATGATTTT AGAGAGTATCATATTTGGCTATATAAGCACATCTATAACTATGCAACTGATACAATTGTT ATTCAAGCACAACATCTAAGGATAGAGAAACGTGATTTGGCCATATACAAGATTCTGATT TACAGACATGCATGCAATATACAAGATTCTCATTTACAGACATGCATGCAGCATAAGCCA AAGATAGAAGCATAAATACCAGACATGAATGCAATATAAGACGTAATCAATCAATGAACT AACAAAATGAATCAGGTAGGAAATAAAATTCCATATTAGTAAATTGTGTAGAAAATAGAG CAAGGTTGGTGGCAGATGATCTCAAATTTGGCCTTAAATAAAGAAAACTAAGGCTGATAA AGAACAGGGTTGAGGTGGTGGTGGGTGGACAGGCAAAGGGAAGGCCCATGCCAGCAAACT GATTGGAGAAACACAAGGAGAAGTGTAATTTATGGCACAACATACCTGAATATTAGGTGC CAACAAGCTGGGCTGGTCAGAGAAAAAAAGTACCATTCTTCCAATCTCCTGTTTTAAGAA TATTCTTCTTTCACGATGTATGGCATCACAGTAATATAATGCTTGGTCATGCACTTCACT ACAATCATTAAAAAGTTACTGAGTAAATTCACTGGCTCTCCCTCGAATAACATGGAGGAA ACATCGTAGCAATCTGCGATTTTCTCAAGGCAGTAATTGACCAAGCTTTAGATTAATCCA CAAATTAAGAAGGTAAGCGAAGCCAAAAGAGTTAAATGACTAGATAGTTACCAATGAAAC CAAGGTGCATTGATCTAAGACAAGCATAAAGAAAAGTAAAACAGGACACCAGACGGTGCA AAGATTAACTGTCATCCAGGAACCAAGCAAATAAAAAAGATGATGGTGATTGTCATTTGG TGTCTTCACTAAACATGATTCTTAGTGTGCATTCTAACTTGTTTCCTGGTGTGATTTTAG GCCCCAACACCTACAATTACCAAAGTAATATATACCAGAGGACTGCAAGAAGTTGATTGT ATGTACTATTTATATCAGAGTGGTTTCTGCAGGAAGAGAAACTAAAAGGTCTTGCCAGAA AATCTGAACTTTGATTGCCTTCTGTAAGTGTATAACTGGGCTTAGTTTCCATTTCAAAGT TTAAAAAATGCAGTATCGGAGATTCAGCAATGTCTACTTCATAATCCCTATAATCATGCT AGAAGAAATTAGAATGCTTTGAATAGCTTGGACTCCGCCAATGAAAGTATATGTTGAAAG TATCATAGCAAATCACTCAAACTGTCCCTTCCTATAGGGAACTTTTATCGGTATATCACA ATCGACAAGCCAACTAAAAGATTGACTACCTGAGAAACTTTCAAACTCCAAATGCATTTC TGTTTTCAGTACCATGGGAGTCTTAAATCACTGCTGATATACAGAAGCAGCGTTAGTCAC TAACTTCTTTTTCTAGTTTTGACAAGCCTTTTCTTCAATTTCACATTATGTCACTGATCT GATCTCTCTCAATCATGACTCCTTTTACTGCATAGAAAGTTAAAACATATCTTTTCCTAT AAGATCACTTGTATGTAAGCCTCACCTCCACCCACCGCAAAACTCCATTACCAACTACCA AGAGCCCCCAACAATGGACTTTTTTTAATCTGAAAACGTTGGATATTTCTACTTTGATCC CTTGGAAACTCGAACCAGCAACCTCATGGACGGATGCAGAGGGCATCCCTGCTAGGCTAT CCTTCCTTATCTTTCCTATAACATCAATTGCTTTTTCACATACATATTCCACTGTTTTGC TTAATCCAGACAATCAAAGTTATGTCGCTAGCTCACAAAGTTCAGGCATACTCACTATTT AAGCAAGATTATACAATTGTACTTGACAATAAAAAGCATAACAGAAACCTATTGTTTTAG TGTCCAATCATAAGTCAGTACCTTATCATTTTCTCAACCTGTTTGGCTACACTATACTCT AGATCCGCTTCTTTTTGTTTCGTCCGTCCAGATTTTGCCATCTTCTTCGACTCCAGTATC CGTGGTAAGACGTATAACTGATAATCCTCATGCAGCAATATGTACTGCGCATTAACAATG CAATTATGCTAAACCAGTCCAGATGAAAGCATGTGTACAATACTGACATAGATAACAAGA AACTGAGCAAATACCCCACCTCGTCCCTGAACAGAGGAAGGACTAGATTTTCCTTGAGTA CAATCTGCAAGGAATTAAAAAAAATAAAGGTTAAGGTAACTAAGGTTTAACTATGGATAA CATGCAACTGCCTTCAACATGTCAAAGAAAAGACCACACTGATCAGAAGCAGAAAGCTAG TTGCTCATATGCATGAGTAAGATATGAGAGATATAAGACATAAGTCACAAAACACTGCAA AATTATACTTACCAGCTCCTAAGCATTACCCAGTATAAACGGGACAGCATTTACCCAAAA GCCAAAATGAATATTGAGACAATGCAGCAGATTAATGCACCATTTAAGTTCTTCATCATT TATTTAAAACACATCACACCAGTCAAAGAAACATTGTTAAATCCTTCAAGAGATGCAACA TCTTCAACATATCTTAGCTAAAAAATGCAATCTTTCGTCATCATGTTCTTTGATACCACC AGCAGTCAGTTTCAACAGGTACACACAAAACATAAAATAATTGTTTTAGGGAGTTACCGA AGCAATATCAATGCTGGTGACCCTAAGAAGCTCATCAGGACAGACAAGATAACCAAATAA CACCCATTCCCTATATGATGTAACATTGGCTAGGTCTTGGGCTCTCTGCAAATAAGAAAA GGATCACAAAAGTGTGAGTGTAACTATGGAATCTGCACATATTTCTATAAAGAAAAAGAT GTTCTGATTGCCATATATGTTCATGAGACAACAAGTTGCAGTGTCTGAATAAAAAGCAGT AGAAGATACCCACCATTGGATGAGCTGAATTTGTCAGTATATCAGGGTATCGGGGATGGA AAGGACTTAAGAAACCCTCATTTCTGAGCTTTCGTGTATCAGTTGATAAGAATATAATGG GACCAACAGCCTCTAATACCTGAAAAGAACCGAAAGACATTCAGAGCAAGATCTCAGATA AATTTAGTGCAGACTATTCATGCTGGAGAAAAATGAAGTTCAATATGGAGACTAGAATGA ATTCATAGAATGTAACCAAAATTCAATGCAGACATCATTTTTAACAACAAAAATTCATTG AAATAATGAAGTGCAGCACCATTTCCCCTTAGTTCAGTACAGCACTAAAATTATTTCTTT AGGGAAAAAAGCGATGTAATATGTATAAGGGTGAGGAATAATCTTTAGCAATTAGATGAT TGATGTGGATAGAAGTTTCAAAGCAATGAGCTAAAAGATAATTATAAGCTTGGATTTTGT CTTCTGTTAATTAGTAAGAGTTCATTGGCTGAGATTTGGTAAATTGGAAGATTTTGTGCT TCACTTATTCTTTTTCAACTTATTTTTGACTGGATTTCACCCCAAGGTAGTTTATTACAA GAAGCTGTTATAAAGGATTTCAAACTGTTAAAAATAAAAACCCTGTTTTTTTTCTTTCCT AAATACCTACATCTAACCGAAATAGGTAAAAAGTACACAACACACATATATATCTCCGTA ATTTAGCACAAGATATTTATCAATAAAACAAAGGGTTTTTTTTTCTTTTTGTTCCAAAAA TAAGCATTAGTACCGCAAGTTAGACACGAGAACTCCTTTTGACATTGTAAATGAATAATT TAACTTCTCTACAAGAATGCGGTATTCAGGAGCAAAGACCTCTCCAATACGAGGGCTGAC AAAATTCAGGTCTTCATGCAGACCCTTCAAGGGTGGATCGTAGGAATCAACAAACTGGAT TAACCTGGAAAAGCAAAACAAGAAAGAAATCAGCGGAACTGCTTATATTTCTTTTTTATA TAGAATCACTTTCATTCAGAGTAGAGTGATCAGCATACACAAAATACAGAATGTCTCATC ATAATTGACTATTGTGAACTAACAAAATTTATCAGGTTATCTATGTCATGTACAACATTT AAGTTACACCATAATAAAATGTTGACAAGCATGTGTCAATCCATGTAGAGTCTTTTCACT TCCTTTAAAGCATCTCTTGTTGGTTTTGTCCATTTGACCCATAAAACACATAAAGGTATG GCAATCAGATCTTTTTCCCTCTCTATTTTGTGGGCTGGGGTGGGGGTGGGGGTGGGGGTG GGGTGGGGGTGGGGGGGATTAGTCGATGTGAAATAGCATTTCAAATTTTTAAGATGTTCC TTTGTGCTTTCCTGCACTTCCAACCCTTTCTCTTGGAATTGTAGGCATCATCTTTTTGAA CCCCAAAAGATTTAAAATATGCACTACATCTCTGTTGTCAAAGCACAATGCAAAAACAAA CGGTTAACCATTTCCAATTGGGGAACTCCTTCCATCAAGTTATAGTTAGGCATGCTTCAT GAGGGGCAGTCCACTCAAAATAGGCAACTCTAGATGGGACTTCAGTTTTCATAGCATTTG TCACAAGTAATATTGTGACTTTACTGTCATCTCGGAGAGCATTCTGTAGCCATATTTCAC AGTATACATTCCTTCATGCTTCCACTATGCCACCCCTATGTCTGACCCATCTCCTACCCA TTCTTTTTTTAAAAAATGGTAAATGTGTTCTTGCCGAACTTGCTAATTAGTAGGATTAGA CTATCTATTTTCCCAATCAACCAGCTTCCTTCTGAAGTTGACACTCCAGTCGTTATTTCG GCACAGACTGTATAATTTATTCATACTGAAAAGACTGAAAGTTCCTCCCTCAGAGGTGTA TGCCCAATCCTTGCATACTACCAGAATCCAATATTCCGACTACCTCCCAATCCCATGAAA TGTCCAGAACTCAACCCATAAATCTGATATGTTTCCATGAACCAAATAAAGATATGATGA AGACTTACAGCACACAAGCATCGTGTTCTTGATTGTACTTCCACAGCCACTGAAAAAGCG CCTCAACTTCCTCAACCCTGGGCACCTTTTATTCTTAGATTGCACGACACTGTTCCATCT TTAATATCAACTGGTTCTTTCCCAAAAGAGTGGCAGATATGTCAACCAGTTGCCGGAGAA ATAAGCTAGGAGCTAATAAAAGATTGTTGTGGAGACAGAACCCTTCAGTGCATTTAGGTT CATATGATATGTATGTCCACTCTGTCCCAACAAACCTCACAAACTGATCCCCTGGAATTA TCACATCAAGTCAAAGAACACGCGTACCATTTGAGCTTATGCTCTGTCTCATATAGCTTT ACTCTCCTCTAGACCAATGTTGGGTTTGGCTAAGGTGTTATATGCATCCCTTTTTCAAAA GTTAGAACTCTACATGTCATTCTCTTTAACCCGCTCTCTTAAGCCCTCCCTTTTTCATGG TCAGCACATGGAACCCCATTAAGGATTCAGCATCCTGGTTGAAGGTTGCCACACCATCGT ACTGCGAGGGTTTGTCTCCGATACCATAGTTGTTGCAGCTTAATCCCATAGCACATGTCG TCCACTTTGTCCCAACAAATCTCACGGATTTGTTTCTTGAATTATGCCACATCAAGTCCA AAACCCATGTACAATGTGAACCTGTGATATGTCTTATATAAGACTTCACTTTCCCCTCCC CTACCAATATGAGATTCGCCTAAGGTGGCATACACACATCCTTCTTCAAAAGCTTGCCAA CCTACAACCCTGCCAATCCTTCTCCTTAATCCACCCTCATCAGCCTGCCGTCCCGTTGTG GGCGCCACACAAACCTGACATCATGATAAACTTCTAGATCTGATCATGCTTTCTCAAGGG CAACATAATTTCCCGGAGCCCTCTGACAACAACCAGAGAAACTACAATCCACCAAGAGAT TACCATATATCATAAAGCTGGATGTAGCTAATTATTCTTTCCACCAGCTCAACCACCATT TCATACTTTTGACATTATGATCAATTAATTAAAACTACTGTTGTCTGGCTAAGAAGAGCA TTCCTTTCCATCGCAGGTATTAAGCAGAAAAACAAGGCTTTACTAAATGGATCAAATATA TATGTTAGAAAAGAAGAGGATCTAAATTTTAATGGACATCTTACTTCATAAAAAATTTAA AATAACAGAAGAGGATCTACAAAATTTGGCTCACTGTATCCACCCTCAATTGCTCAAAGC AAATGGAAAGTCATCGTTGGAAATAGTCTCACCATAAAGACTAAACTTCCCATTGCAGAT ATCAAGTATAACTCATTTTCTTCACATGCTTGATGTCCTAACCTAGAAGAACCCCATAGA TGATACTGATAACCAAGTAAAGAGCCACTCCTTTGTAACCATGAAAACTTGTCCAACCAA CGGCATGTTGTTCATCATGTAGACAAAAGGGTGACTTTGAAAAGAATAAGCAGTATATCA AAATGCAAACTATATATCAGATTCATGTAACACAATTACTTCAAGGGGTTCACAGAAAGA GAAATTTTGAAGTTACTTAAATTGAAGCTAAAGATACCAATGCCTTGCCATGAAACACAA ATTACTTTAGGGGTCAAAGAAAGAGAAATTTTGAATCTATTTAAAATGAAGCTAAAGAGC CTAAGTCCTTGCCATGTAACACAAATTACTCTAAGGAGTGAAAGAAAGAGAAATATTGAA GTTATTCAAAATTAAGCTAAAGAGACCTATTCAGTCCCCCGCTCAAAAAAAATTTATAAG AAATGAGAATAAGCCTAGATCCATAAGAAGTTTCACCTGTGATAAAAATCGCAGTCCCTA TCATTTCTTGCCATGGCATGAAGCAAATTGTATGTTTGCAACATCATTTTCCTTGGTATC TGTGATGGATGATAAAGAGAACAGTTTACGGCGTAGAAGTGTCATCTCAACAATATACAG AGTAGAAAATAATAGATAGAGAATTGTTTGTGTACTTGCCTTTTCTGAAAATATATTTAC ACGAACAAAAGCACAAAAAAGGTCCATAAACGCATGCAGTATGAGAGAGTTCTGGTGAGG CTGCAGCAAAAGAAACATGTAAATATATCACATACGATTTCGTTATAAGAAGACTCAGCT TACCTATTAGTCAAGACTCAAGACAAAAATTATAAAGGCTATAACAGTCCTTTTTTATTT GAAAAGAGTAAGTTAAGCTATATAAAGTTCCTTTCTTGTGTTAACAACAACTTTAGTTGG AGATAAAAAGTTGATATCATCACTCACCAACAAGGTAATCACTGTACTGCTTAGATCCAA TATTAGACGCAAGGCGTGTTCTCGAAATGCCATCAGGTCAAGAAGCATCTGATCAAGAAG AGTGAGCTTGATTATGTGCATATACTATTTATATCAACTTTTGATAACGAAATTATACTT TTTCCAACAAACAAATATCAAAACTATGATAGAAGAAAACACCCAACAGATGAGATCCCG GAAAATTTGCACACCTAATACCAAAATTGATAACAAATTTTGACCCTTAACATTATCTTT TCTTGTACTTGATTTCTCACTCTCTTTTGGCTTCATAGTTAGATGCATCCCAAACCTTTC ATCATTTAAGCAATTTTAGAAGTAGAAGAGCAAGATATCTTACTAATGGTAACTTGACAC ACCAATATATTTCTCCCACTCCCTTTTTACACTATTATATTTCGTGCAAGAATCAGTTAT AAACTTATTAAGAGTTATGCAAGATGAAGAGGAGCTGGTAAGTCGGTCATCTGCTGGTCA CTGGAAAAGTAATTCTGATGAAATCGACTTTTTTTCTTCTAAGAACGCCGATCACCAATC GCTCCTTACCATGTCTAACCAATACTTCTTAAAAACAAATAGAACATCTTAATGCTGCTC AAAAATGATTTGCTAGAAAGTGCCTGACATTTATAACTTATCGTTTCAGATAATAACATA CTCCATAAGTGAATCCCAATTTCCAGAATACGTAGGTAAAGCTTCTACTTTCTCTTGCTT AACAGCTTAGTTGTCATGCTTTCATTTTATTTATTTATTTTATCTAAGTAAACGATTTCA TTGATAATATCAAGGCCATATGGTCATATACAAGAGGTATACCAAAAAAGAGAGATCTAC AAAATATGATCCTCTCCAAAAGACACTCAATCCGCTATAGACACAGAAACTGTATGAATG CACCAAATTATGGGCCTTTAACCAAATCATTTCATTACTTCTCATTTTCTTATGGTGCCA TATTCTCTGGTGGTGAATCTAGTTAATTGCTTGACAGTTATGGGCTTTAACTCAAAATAT ACCTTACAAGTCAGTCCCAAACAAAATAAGTTTGATGCGCCGGAAATACTTTAATACTTA TTTGTAGTTTCAGTATCATTGGAGAAAATGCAGCTACACTGCATCTAAAAGTATCATATG AAGCACTGGAATATGGAGAGGAAAGAAAGAAGAGAAAAACATAGCAGAGCTAACTTACTT GAATCCATGGTTCCAAGCTTTGCAAATGAACTTCAGCACCATCATTCATAGCATCCAAAG CAAATTTGTCAATCTACAGGAACATTGGCAGTATATATCACACAAACAAAAGAATATACT TTATATCAGGAAAAGGCAAACCCCAATCTATAAGAAGAGGGCCATAATTTCTTACTCTTT CTAATTGTAACTTGCTGTGGTGCTCCGGAAACTTCTTTGATAGTAAAATACAGATTTTTG GATGATTTGGAAACACACCAGACTTCCAAAATGCTTCAGAGAATGCATGTCCAATGACAT CAGGGTAATCTAATATCTGATTAAACCTATACATTTTTGCCATCAGCCCTTCAGCTACTT GAGTGAGTTGGTTTACCCATTGCATGTTCAAGCCTTTATTAGTTGACCCGCTAGAGCTAT GGGCACTACCATCAGAGCTACCATTTCTAGAAGCCTTAGGACCAATTGTTGAAGATATAT CAGGACCCAAGTACTCAGTCCACCTAGCTGGTCCTTCCCATTCTCTTGGGCGCACTGCAG TTGGCGATGTCGACAATACATCTTCCGCTTGAAACTGCTGCCTCGGTTTAGTCATTGTGA GCACCCAAAGGACAGCTTCAGCTCAAGTATAGTTCCTTTTACTGCATAAATAACAGAAAA ATTTATAAACTCTCAGCCGAAACTCCAGATTCTAACTTAAACCACTGCCAATTAGTTTAA GAATCCCTCATTATTCCCACTGGAATCAGCAAAAAAAAAAATCCTTCCCAACATTAGCAT TTCTCCTCCAATGCAACATACACAGCTAAAATGCCTCTAATGCTCAACTTACTTCTACAA AGAAAAAATTAACTGCAAATATCTTCAAAATAATACATCAACTTTAAGTACAAAACCAAA CCTAAAGCTTCAAAAAACTGAAATGGTCCAACAAGAAAACATGAATTTAACTACCAGAAT CAAAAAGGATTAAGCAAGAGACTAGTAGAGCTGAAACATGCAGCATCATTTCTCCTCAAA TGTACCAAATACAACCAAACCCCCTATGATAACTTTAATCGAGCACACCAACAAACCACA GGAACCAAACCTAAACACCAGTAATCGAAACGGGTCCAAAAATAACAGAGCAAAAAAAGC ACCACAGTCAAAAGGGAATACACATACAACCCATCAAAGTAAAAAAAAAAAATGGCAGCA AAGCAACTAAAGCTAAATGTCCGCAATTTTCAACTCAATTTTGAACATAACCATGAATAC CCAATACACAATTTTGTCCACAGAAGTAAAATACACCAACTCAAGAACAACAAAAAACTA AAAGGGTCAGCAAAAATACAAAAATCTAACAGCAAAAGTACCAGAATCAAAAGGGGATTT TTTTGATTTAGCAAGAAATGGGGCACAAGATTCAAGAACTTACAAATTCAGATCTGGTTA ACACTCAACATTAACAAAAAGGTGGCACTAGAGTAGTAATGTGAGGTAGTTATTCAACCA AAAAAAATGGAAACTTAGAAGAGATTGTAGTAATTATAGTAATGGAGAAACTCTAGAGTT GCTAGCTATGGTGGTTATATTAAAGACAAATTAAAAAAAAAAAAAAGGACAACTCTTCTT TTCTTTTTTTCAAGTCAATTTCTTTCTGTTTTAAAGAGGAATAACAAAGAAACCAGCTTC GCACGATCTTATTCATATTGTTGTAATTTTATTTTCTCTCTTGCTTCTAATATTTAATAA AACGAGTTGTTTGATAACAAACGGAAAAAGGACAAATATATCTTCAAATTATGTTAATAG AATGTAGATATTTTTTAAAAAATATATATATTCTTTTTTGGTATTTTTTAAAACTTATTT GTATTCGTTGTATTTCATGTTTTTTTTAAAAATAAAATTATATATATATATATATATAAA TTATGATCAAATATATTTTTATTCAAACTTCACTCAAAATTAATATTTAAAAATTTGAAA ATTTATGAGGAAAAAATATTAGCTCTGGACCTAAAGGATAATATAATTTATTATATTTTC TTTTTTTTTAGTATGCTTTACATAATTAATCTTTTAAAGTAAAATTTTAAGATTTCCTAG AATATTAATAACAATTTAAAATATATTTTGAATATTTACGTTAATGTATTTCACTCTTTT TTGGACCATTAATTCCACTTTTTGAAGTAGCAAAATGGAGAAAAACATAAGTATCTTGAA ATAATGCATGCGGGTTGATTATCATTATTAATTGATAACTCAATATTAGAATACAAATTA ATCAATTTTATATATAGATGATAAATCTCTAAAATACAGAGAAAAAGTAATACAAATAAT ATACGTAGATATGTTTTTAAGAAGAAAAAAATAGGATAGTGAAAACTTAGTTAGCTCAAG ACTTATGTATAATCATCAGTATAAATCAAATTTAATATAATATCATTCATATTTTTAATA AATCAAATTTAATAAAATATCATTCATATTTTTAATAAATTCAAAGAACTTTTTGAATTT CACATTTAAGTTTTTTTATACACAAAGTTATAAAGTTTTTTTCTTTTAAAAATTAATTCG TTCAAAAATAATATATAAATCATCATACACATGAAAAAAAAACAGATGTATGCAAACAAG AAAAAATCAAAACCAACAAGGGGTATATATGTATTTATTAACGAGAGATAAATCACAACT TAATTTATTCGTCTACTTAAATTCAAACTAAATTTTTTTAAAAATCTTTTTATTTATCAT TATTATAATCATATACTAATATCAGTAAAGTTTTTTTAATATATATTTTATAATTTTCTT AAACACATGCATAGGAATGTATTAAGAAAAAAGTCAGTAACTCAAGTTACAATTAATTTT TGTTTTTCATCAAAAGTATTTTTACATCCACTAGGAAAAAAATACCAATATATACGTATT GCAATTAATATTTAGAAAATTAAAGACTAGAAAATGTAGTAAACAACTATGAAGGCAAAA CTATATCGATTGAAGTACTAAGGTTGTATCGTCCTCATAATTGATTGTGTTATTTATTGA TTTTTAAGCGATTACAAATATGTGAATTTTAGATATGTATTCAATTTATATATTGTCATT TAATATTTTTTAAGGATTAAACGATTTACTCAATATGATATTTTCATACTGAATAAATTA TTTAAATAAAAACAACTTAAAGTAAAATTTATTCCAAATGCAAAACTTCTTATACTAAAT CTTAAATCCATCTTTTTATTGAAAAAAAAAAAAGCATTATAAGGCATGTTAATATTTGCA ACCACCAATCAATAATTAAAAAGATAAGAAGTTTGATATCTTAATACACATTGATATCAT GCTATACACCTAAATTTATGAACTTTACAACCACATTGAATTTCTCAATCTTAGAAAATT AGAAAAAAAATTAACTATCTATGCTTGCTTGAAAGATAACAATAATAATAGAATTTTAAA AAGATGGAAAAATTATGTTGGCCAAAATGAATTTTAGTTTATTTATTAAAATATTTTTAT CCTTTTATCTATAATATCTTTTAATTTAAAAAAATTAGTATTTTTTAAAATTAAAAAAAC ATCACAAACTTTTAAATTTTGTGACAGAATTTTTTGATTATTTAGCATTATACGGCTAAG ATAATTCATAAATTTACTAGTCATATAGGTTGAAGCTTGAAAGTTAAATGTTCGAGAGAA AATTTTAAAAATTTTCAACATTTCTGAACAATTGAGCAGAAATTAAAAATTAAAACTATT ATTTTGATCTCTTGCAAAATTAACCTAAAAAACTAAAACTATAAGCCATTATAAATATAG TCTTCGAATATTTTCACTATTTGATCTAAAGTTTATAGTTTTGACATGCAATCGTAAATT ATCTTTCTCTATAATTTTTTAAAATCTTTTTATCCTTTTATCATTTTACATCTAAAATAT ACAAAATAATATTCTAATATTAAAATATACAAAATTAACTTTATTTTATACGGATGATTC AAAAATTTTGTTGTATCATATCAAATTGAATGGTGAGAATGTCAAAATAGACCGGATGAT ATTCTTTTAATACATGAGGATTAAGGTTCATTTCTAAGCTTAGTGTTTATAATCTATCGA ATAGAAAACTTTTGAATCTAATTTTTAACATATTCGATCACTTACCGATTCAATTACTGA GTATCAAAATTATGATTATTCTATCAGAGAGTAACAACCACATAATTGCATAGATTTGTG CGAGTCAATCCTATTAAATCCATAGATGAGTATTTATTACAATCTTATAATATAAATTCA AATTTTTTCCGATGAAACCAAGAAATCACATCTAGGTTCGAGATTTGAGTTTTGAACTAT GTATACCACACATTTTTCCATTCCCACCTCAAAATAAGTTTTCTTAAAATTACACTAACT CCAAAAAGCAATTGTTGTAACTAATATCTAATAATTTTTTTCTTATTTAATACGTCATAA TTTAGAGTTCTCCATTCAAAATTTTAGTACGTTACATGAGAAAGAAAAAGTTATCTCTCA TTATATATATTCATACATAATTATCTAATCAATATAACAACATAATGATAGTTATAATTT CAAAATCTGAAGTACTATAATCAATGACTATCTATATTTCTCAATTACAAGTACATAATT TTTTTAATAAAGATTTGATTATACCATGTGCTAAAAGCCTCAAAATGGTCCCTTTATTTG CCTTTGAATTGATTTAATCAAGTTAGGTGTGTTTGAAGGGTAGAGAGTCGGAAGAACACT TAAAAGAATTTTATTTTTTTCACTTTTACTAAAAATTTTTTTTTTTTTTAAATTGGAAAA AATACTTTTCAAAATTAAATTTTAACTTGAAACATAACAAAATTGAAAAATATTTTTTCA AAAAAAAAAGATATTCATTCATAAAAAAACATGTATTATATCCTGATAACGGAGAAAACA CTAAGTTTCACAATTCTTTTTATTTCTTTGGTTTAAGAAGTTTATCTCTTTTTTTTAATT AGAAATATGATAAATTAGAGGATTTAGAATTTTTCTAATGAAATCATATTTTACCAAATT GAGTTGTAAAGGGCACAAACTATATTATATTATTTCATAGAACATTGGGATAATACCAAG TGTTGAGTTGTTTGTATGCATTTTAGCTTATTATTAATTTTTACACAAAAGCTTAAAAAA TAAAAAATAAAAATGTCAACATGATAATGTAATAGAGTATTATTATTATTATTTACTTTT TTTAAAAATTATTTAAATATATTAGTTATATTAAAATCTACGAATTTCGGTTGTTTATTT TATTTTTACTTATTTATATATTTTATAAAATATCTAATAAACTAAAAACCAAAGTGACTC ATTTTTATAATTAAAAAAAAAGAAGATAAAGCAAATTATTACGTGGGTGATGGTATAATA AAATGAAAAAAATTAAATATTTCTGTGCGTATTTTAGAAGATTTGTTTTCAATAAAAATC CATTTGTGGAAGACATACTTAGCTTTTACATTAAGTTATATCATTACAAATTTTCTTTTT TGTTTTTTTTCTCTTTGTTTTCCTTTTACTGTAGTTCCCACTTCCCACTATATTCATATA GTTATTATTATTTGTAAAAATAATAACAATAAGAACAAAGAAGACTTTTCTTCCCTTTTA CAAAAAATAAAATAAAAGAATTTAAAAGTGTGATGTATATGATACGTAATAATAGTGCCA TATGATGTCAAAGAAAAATATTACTACTTAAAATGTTATTATTAGGTTATAGACTCCTTA GTTGGCTCATAGCTAATTAGAGACAAATCCTTGCTTTAAAACTTGTCAAACACCCAATTC ATGCCATAGTTAGTCGTCGAATCAATTCATCTGAATTTATAATTTTTCGATATAAAAAAA AAAAGCTAAAAATATATTATGTTTATTTTGAATCTATAGCTGTAATACAAATGAATATGA TATTAAAGTATTAAAAAATTAATTGACTAAATTTCAAATTTTGAATCTGTATTTGATATT ATATATAGCTATTTAGTTCCATAATCTGCAATTTTTTAAAATATTCTTTATCAGAGCAGA TATAAGAGGCTGTCGGATTTTCATTCACATTTTTCAATAAAATATATATGATATATTTAA GGTATTTTCTAAAAATGTATGTATACATATAGATTTTGAATTTCATGAATACTAGCTAGA CTAGAGGTTAAGGTGAGTGTTTTAGGGGTTCAAAAAATCGACTTGATATTTCAAGTTTAA ATTTCATGCACGACATTTTTGCTTTCCAAATCCTTCAGTAAAAATCATACATTTGCCACT TCTCCAAAGTGGTACTTTCTAGCCTGACTCGAATGAAAGTTAGAAACCTCTATCTATTTC ATATTACTTGACTTATATTAACCTAACAAACATAAAACTTTGATTATAATTGTATTTACC AGACTAATTATATCAACAGAAGAGGGCTTAAAATACCCTCAAATTATTAAAAATGGTATA AAAATATCCTCCTTCCACCTATTAACCTTCAAATACCCCCTCACATCTACCTTTAGGCTC TATATTACCCTTACTTCTAACAGACTTCAATTAAAATTCAATTAATAAATTCATTTAATA AATTTTAAATGAGGTCTATTAGAAGTAAGGGTAATATGGAGCCCAAAGGTAGATGTGAGG GGTATTTGAGATTTGGAAGAAAGGTATTTTTATACCATTTCTAATAGATTGAGGGTATTT TAGGTCCTTTTTCGTTATGTTAATGATACTCTAAAGCTCTAAATTTGATTACCACAATTT TATGGAGTTATTTCATACTAAAGGATAATATATAAAAAAAAAGATCTAAAATTTTTATCT TCATTGCTAAATAAACAAGAAAAAAAAAATCAAGACCAAATAAAATCATAAGTAATTAAA ACAACAAAACAAATACATAAGTATAAAAAGAAAATGGTTCAAGTATAATATGGGATAAGG TGACAAATACACAAAAAGCCTCCAAATTTAGCTTTTCAAACCTTGATTATGCGCTGTTTA TAATCTTTTTTGGGAAATACAAACAAGTAGTAAAACACGTTTTCTAAATAATCGGTAAAT TCTAAATATTTTCTCATTAAAAATTCAATCCAGGACTTGTCAGAGCGTTCATATGAATTT CCTCGACAAAAAATTATATAGTGTATATAAAACAATTATATATAGGGGATTTCAAAATTT ACCTTGATGTTTCAACTTCAAATTCATGATGACATTTCCTTTCTCCAAAATTTCTTAGTG AAAATTCTGTCTCATTGTTCTAAAGTTGTACTTTTCTACATAACTCCAATAAAAATTGTA AATATCATATATTACTTGACCTATATTGAACTGACATATTGAAGAAAACTTTAGCTTTTG AAGACCTTGATTAGTGCACTTTTTATATGTTTTATATTTTTTTTTATTGTTTTTAAAAAT TCTAGAATGTACACCTTTTTGGAAAATACAAACAAGAAGTAAAACGCGTATAAGATCTGC GATTTCAGTTCATATGTTAATTGATCTATCAAGCAGGCTAGAAGTGGCATAGGGTTCGAG GAGGAGCTAGACAGAGTCCAGGGGTTCAACTTCCTTCAACGAAAAATTATATTGTTTCTA TATATTAATTTTTTTTATATGAGTATATAGTAAATGTTGAATCTCTTTTACTTTTTGTAT GTTTACTTCTTCATATTGTGAATCCGCTCAATGCAAATCTCAACTCTGCCAAATGTTATC TCGAGAGTAACATTATATTAAATATGTTATTGTTAATTAGACTCTAGCTTTTATTTAGGA AAAATGCACAAGTACCCCCAACTTATGCACAAATATCTTGCGGGCCCAACACACGTTGAT ATTTTTTTTCAAGCTAGTGCCACGTATGTCGAAAGTGGGTAGAAAATTATTTATAAAATA AGTTCAGATGAATAATATGACTTTAGTATAGTATAATTATGTATATGAAATTTCAGGCAT AGATAGGGCGTTTTATTTACCGACAAACATAGAAAAATCTCATAAGATAATGCATACTGC CATCCTAAATCAGCAGTCATAGTATTAATGTACAATTCCTTATTATTTGAGAAATTTGAA ATTTAATTTAAGGTTTTTAGCATTAAACTCATTTATATTAAAATTATAGATTCAATTCTA ATATTTATTGAGATTTTTATAACCTTTTACATTTACATTTATATTTTGGATATAAAATCA TAGCTAAAGGCTACATAAGTGTATTGCTATAATGAATGTCATTGTTGTTATAGATAGAAT GTTACTGTAGAGAAGTAAAATATAAAAGTAAAATATAAAATGAGAAATTGATTCCAAAGA AAATTAGACATTACTAGTAAATATCATTACAATAAATGAGGTTTATGTATTTATTTTCAG TCACCGGAAGTAGTTGAACCCAAAATTTCTCTTTTTTATTGAGAGAACTAAAGAAGATAA ATATTTTCTGAAATATTTGGGGTAGGGTATTTGAAAGTAAGCAGAAAATATTGTTCTAAA AATATTTAAATATAATTTAAACAAACACTATAGAGTGGACTCGAGAGTCAAATTTAGGGT GGATCAACATGGAATGCCAGTTATCATGCACTTCTTAAAACACTTATTTTGCTATAAGGA AAAAAATTCCGAACACATTTTGATCAACCAAACATGAAAAAAGTCCAAATGTTAAAATAT TTTTAGACATCTTAATTTTACTAAACAGCCTTTATAGTTACTGTTACACCATGAAGAAAC ATGCAAAATCAAACTGAAAAACAAAAATGATAAAGAAGGGGAGGGTGTTTGGGGTGTAAA AAACTAAAAAGTTGAAATTTTGATATTAGCCCTATTCATGATATGGGATTCTAATTTCAT ATCCTTTCATATCAAACATACAACAACATGCAGCAGTTTAGTACTAATAGAAACTATTCA TCTTTGCTTCAAGACATTTGGTATAATCGTATCTCACTGATCAAAATACTAATAGAAACC TGAAAATGACAATCCTCCGCCTGCAGGAACAAGTACTACTGAAACAAGATGACTGTGCTA TTGGGATCAAAACAGTTCCTGTATGCTTGAGGATTAACTATATTTTCCTACCAAGAGTCG AGGCTAGAAAATGCTCGTGTCTGGAAGCAATTTTATCTGCAATGAGACAATCTCTAGTTT CAGCTGGACACAAGATTTTCAACTCTTCTAAATATCTCATCCAAGTCAAAGTGGCAAACC AGAACTTCCCTTGTAAGACAACATCATGAATTGAAACTTCCTTGTCTAGTGCTTCGACCA AGGTTTATCCTTCGAACTTTTAAGGAGTTATACCAGGAACATAAGGAACAAGGGGTTTGG GCTCCTTGGTTTTCTCTACCATTATTGCTTGAGTAGTTAGGACTATACCGGCAACGGAGA CAGCATTCTGAAGGGCACATCGTGAAACACGGCAAGGATCAATAATACCAGAAGCAAGAA GGTCTTCATATCTTCCAGTCATGGCGTTATACCCCATTTTCCAGTCACAACCTCTAACTT TTTCCACAACTGTATCCCCATCCACTCCTGCATTTGCAGCTATTAACTTTGCTGGTGCAA GAAGTGCCTGAAAAGAATTGTAGACCATTGAATTCTGGAAGCTAGAAAAGTTGTTCATGA GTCCAGAAAGAGTCTTCAAAATTCACTTGTCTACACTGACTTAAGTTAGGTTCTTTTTTA AAGGGAAAACATATAGGAGAGAAAAGAAGCAAAATCTAGTAGTGGAGAGCAAATAAACCT GTACACAACAATAAACAAATGCATATGTTTCTTTTTCCAACTTGTCAAACGAGAAGCTAC CAATATTCGATCCTTCCTTACCCTCTTCTCAATCAGAGAACTAGCCAACTAAATGTGCAA GTATGTTCAAATTGAGGAATGCAGTATGTCGTACCGTTCCTATTATGTCAGCACCGATCT GCTCATCTGGATCCTGAAAAGATTCTTTTATCAAGGGTATTTGTTCAGAAAGATGAATAA AAGTGGCACCACCACCAGGCACTATTCCTTCATCCATGGCAGCAAATGTGGCACTTTTTG CATCCTCAATTCTCAGCTTTCGGTCTTCCAGTTCTGTTTCAGTATGTGCTCCTACCTGAA CTCATACAGGACCTTATCAGAGCAGATATTTTTCAAGAGATAAACAAATATATAAGTGCA AGGATACATACTTTTCATTCCTAGCAATTTGAACCATTTTAACAGCTTTAGAAGTCAATT ATACATTTACAATTTATTCACTTTTGAAATTACAGCAATCTGGAAGTGAACTTGAATATA ACAAATACAACCAGCAGGATAAGGTTTAAATATAGTATCAATGGTTGTATAGGGATGTTT GATCCAAAACACTACACCTTAATTAATACAGACCTTCAATATAGCCACACCACCAGAGAG TTTTGCTATTCTTTGTGAAAGCTTCTCTGATATAGATTTATTATCTGTTTCTGCAAGATC CTTCTTTATCTGCATTATTCTGGCTTGTATTTCAGCTTTTGTCGAGGGGTGAGCCACGAT GGTTGTAGAGTTACTTGTTATTGTTATTTTCCGAGCAATACCAAGCTGATCGGAGGTTGC ACTTTCAAGAGTCAGGCCTAAGTCTCCAGAAAGAAAATCAGCACCTAATTGCATTATAAT GCCAGTTAGATGTCATGGTAAAGGAGATCTTCGCAGATAATTTTCGCTTGGGGCAACACT AGGTCTTGAGAATCCAATACAGCATACAAAAGTATTAGTAGTTAAGGGCAAACCCCTTTT GTGAGCATTGCTCGAGCAACGTACATTACAGAAATAACTGATTTGGCGAACTTAAAATCA ATGTATTTGTACGTAAGCATTCCAGAAAACTGTGTACACATGCACTGTGGATATCACCTA GTTTCTAATCTATCCTCAAGATGAGTTTAAAGTTAAAACTACTGTTCACTCTCTCCATTT CGACACCCTTTTTTTGGGTTTGGGCACATGTATTAACCTCTTCAATAATTCAGAATAAAG TATTTGGCTCACCTGTCAACATGGCAATGTCTTGTAATACACCTTTCTTTCCATCTCGAA ATCCTGGACATTGCACAACAGCAACATTGAGCATTCCTTGCATCTTGTTAATGACAAGTG TTTCTAGCACTTGGTTTGTAATGTCCTCAGCAAAAATCAGCAGTGGCACACTCAGTTGAG TGGCCTTCTCTAGCAAAGGAACAATTTCTTTGACACTACATATCTTTTGATCGGTTACCA GAACTTTGGCATTTTCAAACTCTACTATAGATTTTTCGGGATTGTTGATGAAATGAGGTG ACATGTACCCCTTGTCAATCTGTAGGAAAAGAACGCCTGAATACAAATCAAGAAAATAAT GAAAACAAATGGAAGAAAAAGAATTTTACATATGAAGTGGCGAAATTAGCTTTAAAATAT AAATGGATAACTAGAGGTTAATTTTTTTAGTAGGCACTTTGTTTGAGCTTTCAGATTTGC TTCAAACCTGAAAGTCTTGGAAAAGTTCAGGTGGGATCATGTTTTACCAGATAGCTTATT TATCAGTACAGAAATTGAAGTCAAACACTAACACTTTGAAGAGCATATATTACCTTCATT CCTTCTTCAACCATGATCGAGGTTTCAGCTGATGAGGAAGACTCAATACATATCACTCCA TCAGGACCAATCTTGTTAATTGCCTCAGCAATCAAACTGCCAATGAACTCGTCATTTCCA GCTGATATTGAAGCTACGGCTGCACATAGTAAGAAGAGAAAGAGATCAAATCATTAATTT TTTTCTTGAAGTGAATGAGAAATTTTCTGACTTCAATATAAAGATAAAGCAAGTTACCTT TTATATCATCATTTCCTCTAACAGGATGACTTTTCTTCTTCAAAGTATTGACCAGCTCTC TTACTGTCTGATCCATACCTTTCTTCATAGATACAGGGTTAGCGCCAAAATCAACAGCTA ATAACCCAGCTTTGATCATCTCACGGGCCAAAACAATTGCAGTAGTTGTACCGTCACCAG CTAACCTGTTGGTCTTAGTTGCAACCTGCAATAGATAAAAAATATTTACAAGATTAAGAG TTTTTCAAACACTATTCAAAGACCCAAATCATGCTCAGTGTAGGCTCAACTAATAACCTC CTGGATAAGTGTCGCTCCAGCATTTTCAATTGTATCTGGAAGTTCTATGGCTTGAGCTAT GGTAACACCATCATTAATTATTTTCAGCCCCCCAGCTTCAGAGAGAACTACGTTCCGGCC TGCATAATTTGTCACACAATCATCTAAATCTAAAACAAGCAGGCAGACAGCATATACACT ATGTCTAAAAATAAGCTCCTCATACATATTTGATTGATAAGCAAAAGTTCAAGTGCATAC CAACTAATTTCTTCCAATCATGTTTTATTTTATTTGGAGAAAGGTAACATATCAGTTGCA CAAAGGATGTACACATGATAAAAGAGAACTCATGTCATAATCTAAGTAAATAATTTTCAA AAATCCATATACAGAATACAACTTTTTGAGGAAATCACTAAAAAGTTTTTTCCCCCACAA TTTCATGGGGTAATCCAAACAAGCACTCCAATACAAGTATTAGAAAATCATGCCTTGCTG TAGACATAAGATTGAACAAATATAGTGTGCCTTAACCTGAAGAAAACCACCAACAAAATG TTGCAAATCCTACTCTTTGAAAGGTTTTGTTTCACAAATTAAATGTCCCACGATAAACTG TATTCTAGGAGGAAGTAATATGTTTCTGTGCTTATAACATTGAAAAGAATTCTTCTTTTC AGAAGATAAGAGAAGAAGTAATTCTTTAATTTCTGTTAACCATCACAACAAAATTAGTGG ATCTTCTAATCTCTTTCTTATAGCTTGTTTGGCCAATTTTAGGAGGGCTATAAGTGCTTA TTTTTACCAAAAATGTGTGCTCTTTAAAAAGTGAGGTGTTTGATCAAACTTTTGGGAGAA AATAAGTTCTTTTCAAAAACACTTAGAAACACTTTTAGGAAGCTTGGCCAAACGACAAAA GTGTTTTTAGATTTATGGCCAAACACAATCTATTTCTTAACAAAAGTACTTTTGTGATAA GCACATTCGAGCCGAGGAACTTCCAAAACCAGCTTCTCTATATCCACAAGGCAGGGCTAA GGTCTGTGTATGCTCTACACACTCCAGAGCACTTTGTGGGATTTCATGGGGGCATGTTGT TGTTGTACTTTTCTGAAAAACACTTTCGCAATTAAGCTGATTTTAGAAATCTGTCAGAAC AAACTATTAACCTCTCCTAACTAGGTCGCCTAGAGCTCACTCGAGCACACAATTTTGACT CAGGATCAAAAATAAACCAACAACTTTGTTCCCATCATCTTCATTTTCCATTTCCTCTAA TGTCTATATAACAAGTCTAATTTTTTTTCCAAAGAAGGAGGAAAACCCATTATACCTCTA GGTCCTAAAGTGACAGAAACAGCATCAGC GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_1 match_part 0.999 7072 7891 match_2 match_part 1.000 7072 7567 match_3 match_part 0.967 7073 7529 match_4 match_part 0.986 7856 8695 match_5 match_part 0.991 8375 8598 match_6 match_part 0.997 8728 9603 match_7 match_part 0.908 32042 32563 match_8 match_part 0.993 50632 51173 match_9 match_part 0.996 56276 57050 match_10 match_part 0.961 56391 57060 match_11 match_part 1.000 59090 59165 match_part 1.000 59353 59590 match_part 1.000 60585 60633 match_part 1.000 61562 61653 match_part 1.000 63364 63436 match_part 1.000 64934 65054 match_part 1.000 65260 65365 match_part 1.000 66029 66437 match_part 0.632 66906 66924 match_12 match_part 1.000 59090 59165 match_part 0.992 59353 59590 match_part 1.000 60585 60633 match_part 1.000 61562 61653 match_part 1.000 63364 63436 match_13 match_part 1.000 59098 59165 match_part 1.000 59353 59590 match_part 1.000 60585 60633 match_part 1.000 61562 61653 match_part 1.000 63364 63418 match_14 match_part 1.000 59103 59165 match_part 1.000 59353 59590 match_part 1.000 60585 60633 match_part 1.000 61562 61653 match_part 1.000 63364 63436 match_part 0.983 64934 65054 match_part 0.943 65260 65365 match_part 0.886 66029 66072 match_15 match_part 1.000 59107 59165 match_part 1.000 59353 59590 match_part 1.000 60585 60633 match_part 1.000 61562 61653 match_part 1.000 63364 63436 match_16 match_part 1.000 59120 59165 match_part 1.000 59353 59590 match_part 1.000 60585 60633 match_part 1.000 61562 61653 match_part 1.000 63364 63436 match_part 1.000 64934 65004 match_17 match_part 1.000 59121 59165 match_part 1.000 59353 59590 match_part 1.000 60585 60633 match_part 1.000 61562 61653 match_part 1.000 63364 63436 match_18 match_part 1.000 59122 59165 match_part 1.000 59353 59590 match_part 1.000 60585 60633 match_part 1.000 61562 61653 match_part 1.000 63364 63436 match_part 1.000 64934 65054 match_part 0.972 65260 65365 match_19 match_part 1.000 59122 59165 match_part 0.945 59353 59569 match_20 match_part 1.000 59124 59165 match_part 1.000 59353 59590 match_part 1.000 60585 60633 match_part 1.000 61562 61653 match_part 1.000 63364 63436 match_part 1.000 64934 65054 match_part 1.000 65260 65283 match_21 match_part 1.000 59141 59165 match_part 1.000 59353 59590 match_part 1.000 60585 60633 match_part 1.000 61562 61653 match_part 1.000 63364 63436 match_part 0.983 64934 65054 match_part 0.930 65260 65330 match_22 match_part 1.000 59142 59165 match_part 1.000 59353 59590 match_part 1.000 60585 60633 match_part 1.000 61562 61653 match_part 1.000 63364 63415 match_23 match_part 0.889 59148 59165 match_part 0.948 59353 59585 match_part 0.944 60580 60633 match_part 0.967 61562 61653 match_part 0.945 63364 63436 match_part 0.975 64934 65054 match_24 match_part 1.000 61609 61653 match_part 1.000 63364 63436 match_part 1.000 64934 65054 match_part 1.000 65260 65365 match_part 1.000 66029 66245 match_25 match_part 0.978 61609 61653 match_part 1.000 63364 63436 match_part 1.000 64934 65054 match_part 1.000 65260 65365 match_part 1.000 66029 66102 match_26 match_part 0.960 62665 63457 match_27 match_part 0.991 62665 63299 match_28 match_part 0.996 62665 63188 match_29 match_part 0.750 63274 63277 match_part 1.000 63364 63436 match_part 1.000 64934 65054 match_part 1.000 65260 65365 match_part 1.000 66029 66436 match_30 match_part 0.750 63274 63277 match_part 1.000 63364 63436 match_part 1.000 64934 65054 match_part 1.000 65260 65365 match_part 1.000 66029 66436 match_31 match_part 0.750 63274 63277 match_part 1.000 63364 63436 match_part 1.000 64934 65054 match_part 1.000 65260 65365 match_part 1.000 66029 66435 match_32 match_part 0.971 63402 63436 match_part 0.983 64934 65054 match_part 1.000 65260 65365 match_part 0.948 66029 66181 match_33 match_part 1.000 64942 65054 match_part 1.000 65260 65365 match_part 0.998 66029 66436 match_34 match_part 1.000 88633 89265 match_35 match_part 1.000 88633 89174 match_36 match_part 0.997 88635 89315 match_37 match_part 0.997 88637 89034 match_38 match_part 0.996 88642 88865 match_39 match_part 0.998 88666 89216 match_40 match_part 0.965 88666 88978 match_41 match_part 1.000 89018 89542 match_42 match_part 1.000 89018 89537 match_43 match_part 1.000 89026 89542 match_44 match_part 0.997 89164 89535 match_45 match_part 0.992 89207 89693 match_46 match_part 0.977 89214 89689 match_47 match_part 1.000 89214 89558 match_48 match_part 1.000 89220 89869 match_49 match_part 1.000 89220 89867 match_50 match_part 0.998 89220 89818 match_51 match_part 1.000 89220 89706 match_52 match_part 1.000 89220 89703 match_53 match_part 0.997 89220 89517 match_54 match_part 0.998 89297 89702 match_55 match_part 0.996 89352 89839 match_56 match_part 0.997 89357 89703 match_57 match_part 1.000 89595 90274 match_58 match_part 1.000 89665 90274 match_59 match_part 0.956 100877 100967 match_part 1.000 102113 102267 match_part 1.000 103288 103321 match_part 0.947 103442 103535 match_part 0.893 103621 103826 match_60 match_part 1.000 100886 100967 match_part 1.000 102113 102267 match_part 1.000 103288 103321 match_part 1.000 103442 103535 match_part 1.000 103621 103867 match_part 0.433 104022 104051 match_61 match_part 1.000 100886 100967 match_part 1.000 102113 102267 match_part 1.000 103288 103321 match_part 1.000 103442 103535 match_part 0.992 103621 103870 match_part 0.500 104022 104033 match_62 match_part 1.000 100886 100967 match_part 1.000 102113 102267 match_part 1.000 103288 103321 match_part 1.000 103442 103535 match_part 0.976 103621 103874 match_63 match_part 1.000 100886 100967 match_part 1.000 102113 102267 match_part 1.000 103288 103321 match_part 1.000 103442 103535 match_part 0.976 103621 103870 match_64 match_part 1.000 100886 100967 match_part 1.000 102113 102267 match_part 1.000 103288 103321 match_part 1.000 103442 103535 match_part 1.000 103621 103864 match_65 match_part 1.000 100887 100967 match_part 1.000 102113 102267 match_part 1.000 103288 103321 match_part 1.000 103442 103535 match_part 1.000 103621 103774 match_66 match_part 0.957 100899 100967 match_part 1.000 102113 102267 match_part 1.000 103288 103321 match_part 0.957 103442 103535 match_part 0.952 103621 103808 match_67 match_part 0.957 100899 100967 match_part 1.000 102113 102267 match_part 1.000 103288 103321 match_part 0.957 103442 103535 match_part 0.952 103621 103808 match_68 match_part 0.957 100899 100967 match_part 1.000 102113 102267 match_part 1.000 103288 103321 match_part 0.957 103442 103535 match_part 0.952 103621 103808 match_69 match_part 1.000 102116 102267 match_part 1.000 103288 103321 match_part 1.000 103442 103535 match_part 1.000 103621 103911 match_70 match_part 0.914 129852 130412 GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_71 match_part 0.948 9503 8812 match_72 match_part 0.997 9548 8934 match_73 match_part 0.943 9605 8937 match_74 match_part 0.950 9686 8974 match_75 match_part 0.865 16505 16351 match_part 0.915 15360 15115 match_part 1.000 13583 13533 match_part 0.983 13421 13363 match_76 match_part 0.983 53592 53019 match_part 0.771 49474 49440 match_77 match_part 0.982 53577 53066 match_part 0.632 52743 52725 match_78 match_part 0.995 53399 53019 match_79 match_part 1.000 70120 70111 match_part 0.915 69853 69314 match_80 match_part 0.769 70136 70111 match_part 0.965 69853 69372 match_81 match_part 1.000 93797 93761 match_part 0.984 92822 92263 match_part 0.667 92030 92019 match_82 match_part 0.930 93803 93761 match_part 0.902 92822 92305 match_83 match_part 1.000 95578 95109 match_part 1.000 94594 94502 match_84 match_part 1.000 95693 95109 match_part 0.973 94594 94558 match_85 match_part 1.000 100518 100487 match_part 1.000 99624 99544 match_part 1.000 98532 98385 match_part 1.000 97830 97713 match_part 0.975 97511 97158 match_86 match_part 1.000 100509 100487 match_part 1.000 99624 99544 match_part 1.000 98532 98385 match_part 1.000 97830 97713 match_part 0.983 97511 97158 match_87 match_part 1.000 99608 99544 match_part 1.000 98532 98385 match_part 1.000 97830 97713 match_part 1.000 97511 97178 match_88 match_part 1.000 100704 100668 match_part 1.000 100582 100487 match_part 1.000 99624 99544 match_part 1.000 98532 98385 match_part 1.000 97830 97713 match_part 0.961 97511 97181 match_89 match_part 0.941 98520 98385 match_part 0.983 97830 97713 match_part 1.000 97511 97270 match_90 match_part 1.000 100687 100668 match_part 1.000 100582 100487 match_part 1.000 99624 99544 match_part 1.000 98532 98385 match_part 1.000 97830 97713 match_part 1.000 97511 97285 match_91 match_part 0.976 97754 97713 match_part 0.991 97511 97293 match_92 match_part 1.000 100689 100668 match_part 1.000 100582 100487 match_part 1.000 99624 99544 match_part 1.000 98532 98385 match_part 1.000 97830 97713 match_part 1.000 97511 97300 match_93 match_part 1.000 100689 100668 match_part 1.000 100582 100487 match_part 1.000 99624 99544 match_part 1.000 98532 98385 match_part 1.000 97830 97713 match_part 1.000 97511 97300 match_94 match_part 1.000 100689 100668 match_part 0.979 100582 100487 match_part 1.000 99624 99544 match_part 1.000 98532 98385 match_part 1.000 97830 97713 match_part 1.000 97511 97308 match_95 match_part 1.000 100689 100668 match_part 1.000 100582 100487 match_part 1.000 99624 99544 match_part 1.000 98532 98385 match_part 1.000 97830 97713 match_part 0.994 97511 97332 match_96 match_part 1.000 100682 100668 match_part 1.000 100582 100487 match_part 1.000 99624 99544 match_part 1.000 98532 98385 match_part 1.000 97830 97713 match_part 1.000 97511 97358 match_97 match_part 0.889 100676 100668 match_part 0.958 100582 100487 match_part 0.975 99624 99544 match_part 0.993 98532 98385 match_part 0.992 97830 97713 match_part 0.994 97511 97358 match_98 match_part 0.875 100683 100668 match_part 0.948 100582 100487 match_part 0.963 99624 99544 match_part 0.959 98532 98385 match_part 0.983 97830 97713 match_part 0.919 97511 97363 match_99 match_part 0.857 100688 100668 match_part 0.938 100582 100487 match_part 0.963 99624 99544 match_part 0.959 98532 98385 match_part 0.966 97830 97713 match_part 0.904 97511 97387 match_100 match_part 1.000 100682 100668 match_part 1.000 100582 100487 match_part 1.000 99624 99544 match_part 1.000 98532 98385 match_part 1.000 97830 97713 match_part 1.000 97511 97444 match_101 match_part 0.925 100593 100487 match_part 0.963 99624 99544 match_part 0.925 98532 98387 match_102 match_part 0.916 98806 98449 match_103 match_part 1.000 99046 98634 match_104 match_part 0.997 99160 98779 match_105 match_part 0.965 106664 106550 match_part 0.967 105894 105682 match_part 0.973 105002 104742 match_106 match_part 0.935 105897 105682 match_part 0.981 104965 104808 match_107 match_part 0.987 106780 106550 match_part 0.962 105894 105682 match_part 0.973 104965 104820 match_108 match_part 0.900 108506 108447 match_part 0.979 108361 108265 match_part 0.968 107541 106984 match_109 match_part 0.600 115500 115496 match_part 1.000 115245 115138 match_part 1.000 114664 114620 match_part 0.993 114524 114382 match_part 1.000 113038 112906 match_part 1.000 112415 112305 match_part 1.000 112189 112111 match_part 0.994 111576 111412 match_110 match_part 0.933 119484 119440 match_part 0.988 119339 119257 match_part 1.000 116344 116260 match_part 0.984 115519 115394 match_part 0.981 115245 115138 match_part 0.956 114664 114620 match_part 0.972 114524 114382 match_part 0.916 113038 112944 match_111 match_part 1.000 130473 129828 match_112 match_part 1.000 130542 129876 match_113 match_part 0.998 130522 130001 match_114 match_part 1.000 131502 131434 match_part 1.000 131155 130955 match_part 0.998 130627 130024 match_115 match_part 1.000 131042 130955 match_part 0.997 130627 130043 match_116 match_part 1.000 131580 131434 match_part 0.990 131155 130955 match_part 0.931 130627 130135 match_117 match_part 1.000 131580 131434 match_part 0.990 131155 130955 match_part 0.948 130627 130240 match_118 match_part 0.988 130583 130252 match_119 match_part 0.980 131533 131434 match_part 0.990 131155 130955 match_part 0.964 130627 130349 match_120 match_part 1.000 133014 132898 match_part 1.000 132799 132654 match_part 0.994 132396 132073 match_part 0.956 131684 131640 match_121 match_part 0.976 133023 132898 match_part 0.945 132799 132654 match_part 0.965 132379 132094 match_122 match_part 0.974 133013 132898 match_part 1.000 132799 132654 match_part 1.000 132396 132142 match_123 match_part 1.000 133319 133198 match_part 0.986 133105 132898 match_part 0.986 132799 132654 match_part 0.978 132379 132246 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C02HBa0209K17.2 type gene exon 7072 8695 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C02HBa0209K17.2 type gene exon 8728 9603 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C02HBa0209K17.2 type gene exon 9686 8812 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C02HBa0209K17.2 type gene exon 16505 16351 exon 15360 15115 exon 13583 13533 exon 13421 13363 gene_5 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C02HBa0209K17.2 type gene exon 32042 32563 gene_6 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C02HBa0209K17.2 type gene exon 53592 53019 exon 49474 49440 gene_7 gene GT_PGL_6_AGS_2 transcript source GenomeThreader seq_id C02HBa0209K17.2 type gene exon 53577 53066 exon 52743 52725 gene_8 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C02HBa0209K17.2 type gene exon 50632 51173 gene_9 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C02HBa0209K17.2 type gene exon 56276 57060 gene_10 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C02HBa0209K17.2 type gene exon 59090 59165 exon 59353 59590 exon 60585 60633 exon 61562 61653 exon 63364 63436 exon 64934 65054 exon 65260 65365 exon 66029 66437 exon 66906 66924 gene_11 gene GT_PGL_9_AGS_2 transcript source GenomeThreader seq_id C02HBa0209K17.2 type gene exon 59122 59165 exon 59353 59585 exon 60580 60633 exon 61562 61653 exon 63364 63436 exon 64934 65054 exon 65260 65365 exon 66029 66436 gene_12 gene GT_PGL_9_AGS_3 transcript source GenomeThreader seq_id C02HBa0209K17.2 type gene exon 63274 63277 exon 63364 63436 exon 64934 65054 exon 65260 65365 exon 66029 66436 gene_13 gene GT_PGL_9_AGS_4 transcript source GenomeThreader seq_id C02HBa0209K17.2 type gene exon 62665 63457 gene_14 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C02HBa0209K17.2 type gene exon 70136 70111 exon 69853 69314 gene_15 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C02HBa0209K17.2 type gene exon 88633 90274 gene_16 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C02HBa0209K17.2 type gene exon 93803 93761 exon 92822 92263 exon 92030 92019 gene_17 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C02HBa0209K17.2 type gene exon 95693 95109 exon 94594 94502 gene_18 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C02HBa0209K17.2 type gene exon 100704 100668 exon 100582 100487 exon 99624 99544 exon 98532 98385 exon 97830 97713 exon 97511 97158 gene_19 gene GT_PGL_14_AGS_2 transcript source GenomeThreader seq_id C02HBa0209K17.2 type gene exon 100593 100487 exon 99624 99544 exon 98532 98385 exon 97830 97713 exon 97511 97158 gene_20 gene GT_PGL_14_AGS_3 transcript source GenomeThreader seq_id C02HBa0209K17.2 type gene exon 99160 98385 exon 97830 97713 exon 97511 97270 gene_21 gene GT_PGL_15_AGS_1 transcript source GenomeThreader seq_id C02HBa0209K17.2 type gene exon 100877 100967 exon 102113 102267 exon 103288 103321 exon 103442 103535 exon 103621 103911 gene_22 gene GT_PGL_15_AGS_2 transcript source GenomeThreader seq_id C02HBa0209K17.2 type gene exon 100877 100967 exon 102113 102267 exon 103288 103321 exon 103442 103535 exon 103621 103870 exon 104022 104033 gene_23 gene GT_PGL_15_AGS_3 transcript source GenomeThreader seq_id C02HBa0209K17.2 type gene exon 100877 100967 exon 102113 102267 exon 103288 103321 exon 103442 103535 exon 103621 103867 exon 104022 104051 gene_24 gene GT_PGL_16_AGS_1 transcript source GenomeThreader seq_id C02HBa0209K17.2 type gene exon 106780 106550 exon 105894 105682 exon 104965 104820 gene_25 gene GT_PGL_16_AGS_2 transcript source GenomeThreader seq_id C02HBa0209K17.2 type gene exon 105897 105682 exon 104965 104808 gene_26 gene GT_PGL_16_AGS_3 transcript source GenomeThreader seq_id C02HBa0209K17.2 type gene exon 106664 106550 exon 105894 105682 exon 105002 104742 gene_27 gene GT_PGL_17_AGS_1 transcript source GenomeThreader seq_id C02HBa0209K17.2 type gene exon 108506 108447 exon 108361 108265 exon 107541 106984 gene_28 gene GT_PGL_18_AGS_1 transcript source GenomeThreader seq_id C02HBa0209K17.2 type gene exon 119484 119440 exon 119339 119257 exon 116344 116260 exon 115519 115394 exon 115245 115138 exon 114664 114620 exon 114524 114382 exon 113038 112944 gene_29 gene GT_PGL_18_AGS_2 transcript source GenomeThreader seq_id C02HBa0209K17.2 type gene exon 115500 115496 exon 115245 115138 exon 114664 114620 exon 114524 114382 exon 113038 112906 exon 112415 112305 exon 112189 112111 exon 111576 111412 gene_30 gene GT_PGL_19_AGS_1 transcript source GenomeThreader seq_id C02HBa0209K17.2 type gene exon 131580 131434 exon 131155 130955 exon 130627 129828 gene_31 gene GT_PGL_20_AGS_1 transcript source GenomeThreader seq_id C02HBa0209K17.2 type gene exon 129852 130412 gene_32 gene GT_PGL_21_AGS_1 transcript source GenomeThreader seq_id C02HBa0209K17.2 type gene exon 133319 133198 exon 133105 132898 exon 132799 132654 exon 132379 132094 gene_33 gene GT_PGL_21_AGS_2 transcript source GenomeThreader seq_id C02HBa0209K17.2 type gene exon 133014 132898 exon 132799 132654 exon 132396 132073 exon 131684 131640 RepeatMasker tomato repeats master Gypsy00065 457 780 1 Gypsy00065 457 780 1 nucleotide_motif 2350 1 327 ATHILA6C_I 4731 4792 1 ATHILA6C_I 4731 4792 1 nucleotide_motif 262 8014 8074 Gypsy00162 490 583 1 Gypsy00162 490 583 1 nucleotide_motif 332 13965 14058 Unknown00049 360 516 1 Unknown00049 360 516 1 nucleotide_motif 585 18534 18690 Unknown00034 5144 5205 1 Unknown00034 5144 5205 1 nucleotide_motif 333 23584 23645 Unknown00046 24 197 1 Unknown00046 24 197 1 nucleotide_motif 567 25747 25916 TOTO1_LP_LTR 25 241 1 TOTO1_LP_LTR 25 241 1 nucleotide_motif 1538 26696 26913 Copia00107 616 731 1 Copia00107 616 731 1 nucleotide_motif 747 26912 27017 Copia00110 1728 2411 1 Copia00110 1728 2411 1 nucleotide_motif 3446 37872 38585 Gypsy00205 2327 2444 1 Gypsy00205 2327 2444 1 nucleotide_motif 286 48460 48576 Unknown00034 3706 3886 1 Unknown00034 3706 3886 1 nucleotide_motif 1172 50205 50380 Unknown00025 405 470 1 Unknown00025 405 470 1 nucleotide_motif 303 71225 71290 Gypsy00043 632 1115 1 Gypsy00043 632 1115 1 nucleotide_motif 2875 74489 74955 SINE1_SO 134 194 1 SINE1_SO 134 194 1 nucleotide_motif 233 81771 81828 Copia00107 273 661 1 Copia00107 273 661 1 nucleotide_motif 2426 91069 91457 TOTO1_LP_LTR 265 456 1 TOTO1_LP_LTR 265 456 1 nucleotide_motif 1136 91459 91645 SONATA2 1 173 1 SONATA2 1 173 1 nucleotide_motif 761 102372 102544 Unknown00038 3389 3524 1 Unknown00038 3389 3524 1 nucleotide_motif 390 127437 127572 TS2 533 653 1 TS2 533 653 1 nucleotide_motif 487 134167 134286 RepeatMasker tomato repeats master Gypsy00073 1 376 -1 Gypsy00073 1 376 -1 nucleotide_motif 2231 674 327 Gypsy00073 11882 12084 -1 Gypsy00073 11882 12084 -1 nucleotide_motif 1267 1044 842 Unknown00034 4017 5213 -1 Unknown00034 4017 5213 -1 nucleotide_motif 8003 2824 1624 Unknown00034 3663 3704 -1 Unknown00034 3663 3704 -1 nucleotide_motif 265 2857 2816 Unknown00034 755 1940 -1 Unknown00034 755 1940 -1 nucleotide_motif 8298 4036 2854 Unknown00043 8684 8823 -1 Unknown00043 8684 8823 -1 nucleotide_motif 313 14434 14291 Unknown00034 3713 3942 -1 Unknown00034 3713 3942 -1 nucleotide_motif 867 18330 18107 Unknown00049 360 516 -1 Unknown00049 360 516 -1 nucleotide_motif 519 18834 18687 Unknown00049 381 465 -1 Unknown00049 381 465 -1 nucleotide_motif 419 18912 18826 Unknown00019 631 706 -1 Unknown00019 631 706 -1 nucleotide_motif 293 23870 23793 Unknown00034 3694 4011 -1 Unknown00034 3694 4011 -1 nucleotide_motif 1612 25891 25582 Copia00042 1 1773 -1 Copia00042 1 1773 -1 nucleotide_motif 9748 33067 31249 Copia00079 19 4136 -1 Copia00079 19 4136 -1 nucleotide_motif 20544 37871 33818 Unknown00040 1 4680 -1 Unknown00040 1 4680 -1 nucleotide_motif 33573 43217 38346 Copia00110 1711 1929 -1 Copia00110 1711 1929 -1 nucleotide_motif 993 43438 43206 Unknown00034 5142 5213 -1 Unknown00034 5142 5213 -1 nucleotide_motif 343 43784 43713 HELITRON7_OS 1643 1692 -1 HELITRON7_OS 1643 1692 -1 nucleotide_motif 246 45236 45185 Copia00143 80 223 -1 Copia00143 80 223 -1 nucleotide_motif 697 45956 45819 Unknown00046 1869 2063 -1 Unknown00046 1869 2063 -1 nucleotide_motif 723 50158 49952 SONATA2 1 253 -1 SONATA2 1 253 -1 nucleotide_motif 1380 66694 66439 ATHPOGO 1538 2114 -1 ATHPOGO 1538 2114 -1 nucleotide_motif 2022 73362 72791 ATHPOGO 1333 1542 -1 ATHPOGO 1333 1542 -1 nucleotide_motif 880 73620 73411 ATHPOGON1 2 119 -1 ATHPOGON1 2 119 -1 nucleotide_motif 412 73855 73733 Unknown00019 49 616 -1 Unknown00019 49 616 -1 nucleotide_motif 2225 75072 74494 TLP1 157 289 -1 TLP1 157 289 -1 nucleotide_motif 428 75727 75602 SONATA2 1 253 -1 SONATA2 1 253 -1 nucleotide_motif 1356 80716 80476 SONATA2 4 253 -1 SONATA2 4 253 -1 nucleotide_motif 1439 81339 81091 SONATA2 1 222 -1 SONATA2 1 222 -1 nucleotide_motif 1014 82661 82441 Copia00151 5503 5825 -1 Copia00151 5503 5825 -1 nucleotide_motif 986 87588 87274 OSMU10 494 557 -1 OSMU10 494 557 -1 nucleotide_motif 235 122611 122554 Gypsy00107 8844 8960 -1 Gypsy00107 8844 8960 -1 nucleotide_motif 396 127756 127647 SINE_SO 2 159 -1 SINE_SO 2 159 -1 nucleotide_motif 623 128751 128600 Copia00112 96 139 -1 Copia00112 96 139 -1 nucleotide_motif 256 128853 128811 Unknown00034 3725 3908 -1 Unknown00034 3725 3908 -1 nucleotide_motif 817 129008 128833 BLAST_tomato_bacs Tomato BAC sequences BLAST_tomato_bacs Tomato BAC sequences match_1 match 686 31844 33068 match_2 match 1850 41375 43205 match_3 match 1881 40785 42415 match_4 match 3554 37872 40781 match_5 match 1344 31856 33068 match_6 match 2000 39208 40778 match_7 match 2997 40785 43200 match_8 match 1170 31841 32894 match_9 match 1197 31858 33068 match_10 match 1376 31856 33068 match_11 match 2863 40785 43205 match_12 match 3885 37872 40781 match_13 match 2795 40785 43200 match_14 match 3893 37872 40781 match_15 match 2198 41424 43205 match_16 match 2264 39152 40781 match_17 match 1164 31826 33068 match_18 match 33250 43275 match_19 match 2216 18068 19185 match_20 match 2165 96294 97433 match_21 match 2682 31826 33178 match_22 match 2718 3833 5368 match_23 match 3586 64597 66453 match_24 match 3695 45246 47154 match_25 match 3961 71619 73748 match_26 match 3992 88155 90312 match_27 match 4022 22996 25195 match_28 match 4950 68252 70829 match_29 match 5408 28912 31741 match_30 match 6342 54570 57957 match_31 match 6970 14060 17650 match_32 match 6948 25229 28853 match_33 match 8082 81471 85592 match_34 match 8429 49971 54534 match_35 match 9987 74007 79113 match_36 match 9640 59350 64527 match_37 match 5863 13618 match_38 match 7610 92061 95987 match_39 match 1174 31841 33068 match_40 match 1130 31841 32895 match_41 match 1863 126568 127588 match_42 match 3398 120465 122247 match_43 match 4042 132445 134549 match_44 match 4970 129858 132385 match_45 match 811 37896 39139 match_46 match 462 31839 32896 match_47 match 579 32054 33068 match_48 match 561 32051 33068 match_49 match 1568 31840 33068 match_50 match 1600 31840 33068 match_51 match 1600 31840 33068 match_52 match 1419 31837 32897 match_53 match 1427 31837 32897 match_54 match 2718 3833 5368 match_55 match 5863 13618 match_56 match 1178 31856 32895 match_57 match 1852 37877 40144 match_58 match 979 40918 42004 match_59 match 638 34172 35598 match_60 match 1084 36243 37865 match_61 match 815 31835 33068 match_62 match 1296 31841 33068 match_63 match 1366 31841 33068 match_64 match 581 32049 33068 match_65 match 767 31844 32896 match_66 match 1086 42210 43205 match_67 match 1780 40785 42140 match_68 match 1152 31856 32897 match_69 match 912 34097 35364 match_70 match 3457 37869 40781 match_71 match 2020 41545 43199 match_72 match 1532 34174 36011 match_73 match 1649 36021 37846 match_74 match 1350 38454 40533 match_75 match 1003 42196 43205 match_76 match 2646 38368 40609 match_77 match 1701 40785 42154 match_78 match 1292 37871 39513 match_79 match 2151 40785 42446 match_80 match 4044 37872 40781 match_81 match 2746 40785 43205 match_82 match 2151 40785 42446 match_83 match 4044 37872 40781 match_84 match 3846 37872 40776 match_85 match 2981 40785 43205 match_86 match 1292 37871 39513 match_87 match 2825 40785 43205 match_88 match 3090 37885 40224 match_89 match 1651 41292 42522 match_90 match 2537 38671 40480 match_91 match 702 36558 37865 match_92 match 952 36243 37858 match_93 match 3459 37866 40781 match_94 match 2183 40873 42470 match_95 match 2177 40785 42455 match_96 match 3887 37873 40781 match_97 match 1402 38581 40533 match_98 match 876 41006 42188 match_99 match 801 31844 33068 match_100 match 1013 31856 32894 match_101 match 801 31844 33068 match_102 match 1013 31856 32894 match_103 match 638 34172 35598 match_104 match 3824 37871 40770 match_105 match 2151 40785 42415 match_106 match 1637 38632 39804 match_107 match 1096 31831 32897 match_108 match 1614 39158 40472 match_109 match 3384 37876 40588 match_110 match 1750 41718 43205 match_111 match 3346 37872 40516 match_112 match 1945 40785 42301 match_113 match 3053 38594 40781 match_114 match 1568 40785 42050 match_115 match 2753 37872 40174 match_116 match 1497 40785 41893 match_117 match 1865 39364 40781 match_118 match 1739 41601 43205 match_119 match 3630 37880 40781 match_120 match 1628 40785 42068 match_121 match 2670 38632 40588 match_122 match 1304 31826 33068 match_123 match 2771 40785 43205 match_124 match 1639 39544 40781 match_125 match 2030 38613 40002 match_126 match 795 39433 40531 match_127 match 2498 40790 42775 match_128 match 3903 37872 40781 match_129 match 674 31894 33068 match_130 match 3501 37872 40779 match_131 match 1647 39482 40781 match_132 match 2640 40785 42976 match_133 match 531 31841 33068 match_134 match 587 31841 33068 match_135 match 1263 31856 32897 match_136 match 775 40899 42217 match_137 match 1047 39160 40533 match_138 match 916 42024 43184 match_139 match 2524 38012 40743 match_140 match 2486 38022 40743 match_141 match 1172 36243 37865 match_142 match 2006 39260 40781 match_143 match 569 31844 33068 match_144 match 755 31896 33068 match_145 match 3998 37872 40781 match_146 match 1128 31836 32897 match_147 match 1164 31856 32897 match_148 match 1172 36243 37865 match_149 match 2006 39260 40781 match_150 match 2014 38777 40722 match_151 match 1350 31840 32897 match_152 match 1128 31836 32897 match_153 match 1164 31856 32897 match_154 match 2640 40785 42976 match_155 match 1834 38235 40574 match_156 match 2944 40785 43205 match_157 match 3612 37871 40588 match_158 match 755 38581 40094 match_159 match 906 31856 33065 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) clone_1 clone 1192.5 1 118150 clone_start_1 clone_start 833 1 420 clone_2 clone 1027.5 8756 99105 clone_end_1 clone_end 957 8756 9278 clone_3 clone 1463 15099 97422 clone_start_2 clone_start 1463 15099 15879 clone_start_3 clone_start 1201 15175 15804 clone_4 clone 1395.5 15702 110189 clone_start_4 clone_start 1487 15702 16494 clone_start_5 clone_start 997 26000 26502 clone_end_2 clone_end 1197 36233 36856 clone_end_3 clone_end 1009 36263 36775 clone_5 clone 1031.5 41488 77834 clone_start_6 clone_start 969 41488 42027 clone_end_4 clone_end 1053 78366 78917 clone_end_5 clone_end 1376 88684 89401 clone_start_7 clone_start 1235 88774 89412 clone_start_8 clone_start 1106 88780 89337 clone_6 clone 1396.5 99261 134150 clone_end_6 clone_end 1213 99261 99872 clone_end_7 clone_end 886 120283 120729 clone_start_9 clone_start 1522 120460 121250 clone_end_8 clone_end 1370 120482 121172 clone_start_10 clone_start 1233 124971 125613 clone_start_11 clone_start 1427 129975 130694 clone_start_12 clone_start 1128 131740 132337 clone_start_13 clone_start 868 134080 134549 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) clone_end_9 clone_end 1552 118150 117361 clone_start_14 clone_start 1098 99105 98552 clone_end_10 clone_end 1386 9470 8772 clone_end_11 clone_end 1463 97422 96685 clone_end_12 clone_end 1304 110189 109508 clone_start_15 clone_start 1261 35086 34451 clone_end_13 clone_end 1094 77834 77283 clone_end_14 clone_end 1392 63821 63085 clone_start_16 clone_start 1441 78029 77283 clone_start_17 clone_start 1172 90312 89685 clone_start_18 clone_start 1154 90312 89694 clone_start_19 clone_start 1580 134150 133354 clone_end_15 clone_end 1027 100539 100014 clone_start_20 clone_start 1124 106688 106111 clone_start_21 clone_start 1136 115251 114643 clone_end_16 clone_end 1174 115617 115018 clone_end_17 clone_end 1298 121795 121093 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_1 match_part 0.999 7072 7891 match_2 match_part 1.000 7072 7567 match_3 match_part 0.967 7073 7529 match_4 match_part 0.986 7856 8695 match_5 match_part 0.991 8375 8598 match_6 match_part 0.997 8728 9603 match_7 match_part 0.908 32042 32563 match_8 match_part 0.993 50632 51173 match_9 match_part 0.996 56276 57050 match_10 match_part 1.000 59090 59165 match_part 1.000 59353 59590 match_part 1.000 60585 60633 match_part 1.000 61562 61653 match_part 1.000 63364 63436 match_part 1.000 64934 65054 match_part 1.000 65260 65365 match_part 1.000 66029 66437 match_part 0.632 66906 66924 match_11 match_part 1.000 59090 59165 match_part 0.992 59353 59590 match_part 1.000 60585 60633 match_part 1.000 61562 61653 match_part 1.000 63364 63436 match_12 match_part 1.000 59098 59165 match_part 1.000 59353 59590 match_part 1.000 60585 60633 match_part 1.000 61562 61653 match_part 1.000 63364 63418 match_13 match_part 1.000 59103 59165 match_part 1.000 59353 59590 match_part 1.000 60585 60633 match_part 1.000 61562 61653 match_part 1.000 63364 63436 match_part 0.983 64934 65054 match_part 0.943 65260 65365 match_part 0.886 66029 66072 match_14 match_part 1.000 59107 59165 match_part 1.000 59353 59590 match_part 1.000 60585 60633 match_part 1.000 61562 61653 match_part 1.000 63364 63436 match_15 match_part 1.000 59120 59165 match_part 1.000 59353 59590 match_part 1.000 60585 60633 match_part 1.000 61562 61653 match_part 1.000 63364 63436 match_part 1.000 64934 65004 match_16 match_part 1.000 59121 59165 match_part 1.000 59353 59590 match_part 1.000 60585 60633 match_part 1.000 61562 61653 match_part 1.000 63364 63436 match_17 match_part 1.000 59122 59165 match_part 1.000 59353 59590 match_part 1.000 60585 60633 match_part 1.000 61562 61653 match_part 1.000 63364 63436 match_part 1.000 64934 65054 match_part 0.972 65260 65365 match_18 match_part 1.000 59122 59165 match_part 0.945 59353 59569 match_19 match_part 1.000 59124 59165 match_part 1.000 59353 59590 match_part 1.000 60585 60633 match_part 1.000 61562 61653 match_part 1.000 63364 63436 match_part 1.000 64934 65054 match_part 1.000 65260 65283 match_20 match_part 1.000 59141 59165 match_part 1.000 59353 59590 match_part 1.000 60585 60633 match_part 1.000 61562 61653 match_part 1.000 63364 63436 match_part 0.983 64934 65054 match_part 0.930 65260 65330 match_21 match_part 1.000 59142 59165 match_part 1.000 59353 59590 match_part 1.000 60585 60633 match_part 1.000 61562 61653 match_part 1.000 63364 63415 match_22 match_part 1.000 61609 61653 match_part 1.000 63364 63436 match_part 1.000 64934 65054 match_part 1.000 65260 65365 match_part 1.000 66029 66245 match_23 match_part 0.978 61609 61653 match_part 1.000 63364 63436 match_part 1.000 64934 65054 match_part 1.000 65260 65365 match_part 1.000 66029 66102 match_24 match_part 0.960 62665 63457 match_25 match_part 0.991 62665 63299 match_26 match_part 0.996 62665 63188 match_27 match_part 0.750 63274 63277 match_part 1.000 63364 63436 match_part 1.000 64934 65054 match_part 1.000 65260 65365 match_part 1.000 66029 66436 match_28 match_part 0.750 63274 63277 match_part 1.000 63364 63436 match_part 1.000 64934 65054 match_part 1.000 65260 65365 match_part 1.000 66029 66436 match_29 match_part 0.750 63274 63277 match_part 1.000 63364 63436 match_part 1.000 64934 65054 match_part 1.000 65260 65365 match_part 1.000 66029 66435 match_30 match_part 1.000 64942 65054 match_part 1.000 65260 65365 match_part 0.998 66029 66436 match_31 match_part 1.000 88633 89265 match_32 match_part 1.000 88633 89174 match_33 match_part 0.997 88635 89315 match_34 match_part 0.997 88637 89034 match_35 match_part 0.996 88642 88865 match_36 match_part 0.998 88666 89216 match_37 match_part 0.965 88666 88978 match_38 match_part 1.000 89018 89542 match_39 match_part 1.000 89018 89537 match_40 match_part 1.000 89026 89542 match_41 match_part 0.997 89164 89535 match_42 match_part 0.992 89207 89693 match_43 match_part 0.977 89214 89689 match_44 match_part 1.000 89214 89558 match_45 match_part 1.000 89220 89869 match_46 match_part 1.000 89220 89867 match_47 match_part 0.998 89220 89818 match_48 match_part 1.000 89220 89706 match_49 match_part 1.000 89220 89703 match_50 match_part 0.997 89220 89517 match_51 match_part 0.998 89297 89702 match_52 match_part 0.996 89352 89839 match_53 match_part 0.997 89357 89703 match_54 match_part 1.000 89595 90274 match_55 match_part 1.000 89665 90274 match_56 match_part 1.000 100886 100967 match_part 1.000 102113 102267 match_part 1.000 103288 103321 match_part 1.000 103442 103535 match_part 1.000 103621 103867 match_part 0.433 104022 104051 match_57 match_part 1.000 100886 100967 match_part 1.000 102113 102267 match_part 1.000 103288 103321 match_part 1.000 103442 103535 match_part 0.992 103621 103870 match_part 0.500 104022 104033 match_58 match_part 1.000 100886 100967 match_part 1.000 102113 102267 match_part 1.000 103288 103321 match_part 1.000 103442 103535 match_part 0.976 103621 103874 match_59 match_part 1.000 100886 100967 match_part 1.000 102113 102267 match_part 1.000 103288 103321 match_part 1.000 103442 103535 match_part 0.976 103621 103870 match_60 match_part 1.000 100886 100967 match_part 1.000 102113 102267 match_part 1.000 103288 103321 match_part 1.000 103442 103535 match_part 1.000 103621 103864 match_61 match_part 1.000 100887 100967 match_part 1.000 102113 102267 match_part 1.000 103288 103321 match_part 1.000 103442 103535 match_part 1.000 103621 103774 match_62 match_part 1.000 102116 102267 match_part 1.000 103288 103321 match_part 1.000 103442 103535 match_part 1.000 103621 103911 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_63 match_part 0.997 9548 8934 match_64 match_part 0.983 53592 53019 match_part 0.771 49474 49440 match_65 match_part 0.982 53577 53066 match_part 0.632 52743 52725 match_66 match_part 0.995 53399 53019 match_67 match_part 0.769 70136 70111 match_part 0.965 69853 69372 match_68 match_part 1.000 93797 93761 match_part 0.984 92822 92263 match_part 0.667 92030 92019 match_69 match_part 1.000 95578 95109 match_part 1.000 94594 94502 match_70 match_part 1.000 95693 95109 match_part 0.973 94594 94558 match_71 match_part 1.000 100518 100487 match_part 1.000 99624 99544 match_part 1.000 98532 98385 match_part 1.000 97830 97713 match_part 0.975 97511 97158 match_72 match_part 1.000 100509 100487 match_part 1.000 99624 99544 match_part 1.000 98532 98385 match_part 1.000 97830 97713 match_part 0.983 97511 97158 match_73 match_part 1.000 99608 99544 match_part 1.000 98532 98385 match_part 1.000 97830 97713 match_part 1.000 97511 97178 match_74 match_part 1.000 100704 100668 match_part 1.000 100582 100487 match_part 1.000 99624 99544 match_part 1.000 98532 98385 match_part 1.000 97830 97713 match_part 0.961 97511 97181 match_75 match_part 0.941 98520 98385 match_part 0.983 97830 97713 match_part 1.000 97511 97270 match_76 match_part 1.000 100687 100668 match_part 1.000 100582 100487 match_part 1.000 99624 99544 match_part 1.000 98532 98385 match_part 1.000 97830 97713 match_part 1.000 97511 97285 match_77 match_part 0.976 97754 97713 match_part 0.991 97511 97293 match_78 match_part 1.000 100689 100668 match_part 1.000 100582 100487 match_part 1.000 99624 99544 match_part 1.000 98532 98385 match_part 1.000 97830 97713 match_part 1.000 97511 97300 match_79 match_part 1.000 100689 100668 match_part 1.000 100582 100487 match_part 1.000 99624 99544 match_part 1.000 98532 98385 match_part 1.000 97830 97713 match_part 1.000 97511 97300 match_80 match_part 1.000 100689 100668 match_part 0.979 100582 100487 match_part 1.000 99624 99544 match_part 1.000 98532 98385 match_part 1.000 97830 97713 match_part 1.000 97511 97308 match_81 match_part 1.000 100689 100668 match_part 1.000 100582 100487 match_part 1.000 99624 99544 match_part 1.000 98532 98385 match_part 1.000 97830 97713 match_part 0.994 97511 97332 match_82 match_part 1.000 100682 100668 match_part 1.000 100582 100487 match_part 1.000 99624 99544 match_part 1.000 98532 98385 match_part 1.000 97830 97713 match_part 1.000 97511 97358 match_83 match_part 0.889 100676 100668 match_part 0.958 100582 100487 match_part 0.975 99624 99544 match_part 0.993 98532 98385 match_part 0.992 97830 97713 match_part 0.994 97511 97358 match_84 match_part 1.000 100682 100668 match_part 1.000 100582 100487 match_part 1.000 99624 99544 match_part 1.000 98532 98385 match_part 1.000 97830 97713 match_part 1.000 97511 97444 match_85 match_part 0.916 98806 98449 match_86 match_part 1.000 99046 98634 match_87 match_part 0.997 99160 98779 match_88 match_part 0.600 115500 115496 match_part 1.000 115245 115138 match_part 1.000 114664 114620 match_part 0.993 114524 114382 match_part 1.000 113038 112906 match_part 1.000 112415 112305 match_part 1.000 112189 112111 match_part 0.994 111576 111412 match_89 match_part 0.933 119484 119440 match_part 0.988 119339 119257 match_part 1.000 116344 116260 match_part 0.984 115519 115394 match_part 0.981 115245 115138 match_part 0.956 114664 114620 match_part 0.972 114524 114382 match_part 0.916 113038 112944 match_90 match_part 1.000 130473 129828 match_91 match_part 1.000 130542 129876 match_92 match_part 0.998 130522 130001 match_93 match_part 1.000 131502 131434 match_part 1.000 131155 130955 match_part 0.998 130627 130024 match_94 match_part 1.000 131042 130955 match_part 0.997 130627 130043 match_95 match_part 0.988 130583 130252 match_96 match_part 1.000 133014 132898 match_part 1.000 132799 132654 match_part 0.994 132396 132073 match_part 0.956 131684 131640 match_97 match_part 0.974 133013 132898 match_part 1.000 132799 132654 match_part 1.000 132396 132142 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C02HBa0209K17.2 type gene exon 7072 8695 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C02HBa0209K17.2 type gene exon 8728 9603 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C02HBa0209K17.2 type gene exon 9548 8934 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C02HBa0209K17.2 type gene exon 32042 32563 gene_5 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C02HBa0209K17.2 type gene exon 53592 53019 exon 49474 49440 gene_6 gene GT_PGL_5_AGS_2 transcript source GenomeThreader seq_id C02HBa0209K17.2 type gene exon 53577 53066 exon 52743 52725 gene_7 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C02HBa0209K17.2 type gene exon 50632 51173 gene_8 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C02HBa0209K17.2 type gene exon 56276 57050 gene_9 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C02HBa0209K17.2 type gene exon 59090 59165 exon 59353 59590 exon 60585 60633 exon 61562 61653 exon 63364 63436 exon 64934 65054 exon 65260 65365 exon 66029 66437 exon 66906 66924 gene_10 gene GT_PGL_8_AGS_2 transcript source GenomeThreader seq_id C02HBa0209K17.2 type gene exon 63274 63277 exon 63364 63436 exon 64934 65054 exon 65260 65365 exon 66029 66436 gene_11 gene GT_PGL_8_AGS_3 transcript source GenomeThreader seq_id C02HBa0209K17.2 type gene exon 62665 63457 gene_12 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C02HBa0209K17.2 type gene exon 70136 70111 exon 69853 69372 gene_13 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C02HBa0209K17.2 type gene exon 88633 90274 gene_14 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C02HBa0209K17.2 type gene exon 93797 93761 exon 92822 92263 exon 92030 92019 gene_15 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C02HBa0209K17.2 type gene exon 95693 95109 exon 94594 94502 gene_16 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C02HBa0209K17.2 type gene exon 100704 100668 exon 100582 100487 exon 99624 99544 exon 98532 98385 exon 97830 97713 exon 97511 97158 gene_17 gene GT_PGL_13_AGS_2 transcript source GenomeThreader seq_id C02HBa0209K17.2 type gene exon 99160 98385 exon 97830 97713 exon 97511 97270 gene_18 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C02HBa0209K17.2 type gene exon 100886 100967 exon 102113 102267 exon 103288 103321 exon 103442 103535 exon 103621 103911 gene_19 gene GT_PGL_14_AGS_2 transcript source GenomeThreader seq_id C02HBa0209K17.2 type gene exon 100886 100967 exon 102113 102267 exon 103288 103321 exon 103442 103535 exon 103621 103870 exon 104022 104033 gene_20 gene GT_PGL_14_AGS_3 transcript source GenomeThreader seq_id C02HBa0209K17.2 type gene exon 100886 100967 exon 102113 102267 exon 103288 103321 exon 103442 103535 exon 103621 103867 exon 104022 104051 gene_21 gene GT_PGL_15_AGS_1 transcript source GenomeThreader seq_id C02HBa0209K17.2 type gene exon 119484 119440 exon 119339 119257 exon 116344 116260 exon 115519 115394 exon 115245 115138 exon 114664 114620 exon 114524 114382 exon 113038 112944 gene_22 gene GT_PGL_15_AGS_2 transcript source GenomeThreader seq_id C02HBa0209K17.2 type gene exon 115500 115496 exon 115245 115138 exon 114664 114620 exon 114524 114382 exon 113038 112906 exon 112415 112305 exon 112189 112111 exon 111576 111412 gene_23 gene GT_PGL_16_AGS_1 transcript source GenomeThreader seq_id C02HBa0209K17.2 type gene exon 131502 131434 exon 131155 130955 exon 130627 129828 gene_24 gene GT_PGL_17_AGS_1 transcript source GenomeThreader seq_id C02HBa0209K17.2 type gene exon 133014 132898 exon 132799 132654 exon 132396 132073 exon 131684 131640 AUGUSTUS_tom_cdna de novo gene_1 gene 1 7087 8493 transcript_1 transcript 1 7087 8493 start_codon_1 start_codon 7087 7089 CDS_1 CDS 1 7087 8493 stop_codon_1 stop_codon 8491 8493 gene_2 gene 0.99 54981 57098 transcript_2 transcript 0.99 54981 57098 start_codon_2 start_codon 54981 54983 CDS_2 CDS 0.99 54981 57098 stop_codon_2 stop_codon 57096 57098 gene_3 gene 0.5 58560 66217 transcript_3 transcript 0.5 58560 66217 start_codon_3 start_codon 58560 58562 intron_1 intron 0.5 58576 59131 intron_2 intron 1 59166 59352 intron_3 intron 1 59591 60584 intron_4 intron 1 60634 61561 intron_5 intron 1 61654 63363 intron_6 intron 1 63437 64933 intron_7 intron 1 65055 65259 intron_8 intron 1 65366 66028 CDS_3 CDS 0.5 58560 58575 CDS_4 CDS 1 59132 59165 CDS_5 CDS 1 59353 59590 CDS_6 CDS 1 60585 60633 CDS_7 CDS 1 61562 61653 CDS_8 CDS 1 63364 63436 CDS_9 CDS 1 64934 65054 CDS_10 CDS 1 65260 65365 CDS_11 CDS 1 66029 66217 stop_codon_3 stop_codon 66215 66217 gene_4 gene 0.94 82091 82402 transcript_4 transcript 0.94 82091 82402 start_codon_4 start_codon 82091 82093 CDS_12 CDS 0.94 82091 82402 stop_codon_4 stop_codon 82400 82402 gene_5 gene 0.37 83127 85382 transcript_5 transcript 0.37 83127 85382 start_codon_5 start_codon 83127 83129 intron_9 intron 0.48 83581 83723 intron_10 intron 0.55 83874 84399 intron_11 intron 0.97 84693 84767 CDS_13 CDS 0.54 83127 83580 CDS_14 CDS 0.45 83724 83873 CDS_15 CDS 0.69 84400 84692 CDS_16 CDS 0.98 84768 85382 stop_codon_5 stop_codon 85380 85382 gene_6 gene 1 88577 90043 transcript_6 transcript 1 88577 90043 start_codon_6 start_codon 88577 88579 CDS_17 CDS 1 88577 90043 stop_codon_6 stop_codon 90041 90043 gene_7 gene 1 100892 103636 transcript_7 transcript 1 100892 103636 start_codon_7 start_codon 100892 100894 intron_12 intron 1 100968 102112 intron_13 intron 1 102268 103287 intron_14 intron 1 103322 103441 intron_15 intron 1 103536 103620 CDS_18 CDS 1 100892 100967 CDS_19 CDS 1 102113 102267 CDS_20 CDS 1 103288 103321 CDS_21 CDS 1 103442 103535 CDS_22 CDS 1 103621 103636 stop_codon_7 stop_codon 103634 103636 gene_8 gene 0.99 130026 130289 transcript_8 transcript 0.99 130026 130289 start_codon_8 start_codon 130026 130028 CDS_23 CDS 0.99 130026 130289 stop_codon_8 stop_codon 130287 130289 AUGUSTUS_tom_cdna de novo gene_9 gene 0.23 17225 8783 transcript_9 transcript 0.23 17225 8783 stop_codon_9 stop_codon 8785 8783 intron_16 intron 0.98 10562 9829 intron_17 intron 0.77 12900 10818 intron_18 intron 0.61 13160 13057 intron_19 intron 0.68 15114 13422 intron_20 intron 1 16350 15361 intron_21 intron 0.71 17096 16577 CDS_24 CDS 0.98 9828 8783 CDS_25 CDS 0.77 10817 10563 CDS_26 CDS 0.95 13056 12901 CDS_27 CDS 0.6 13421 13161 CDS_28 CDS 0.97 15360 15115 CDS_29 CDS 0.71 16576 16351 CDS_30 CDS 0.99 17225 17097 start_codon_9 start_codon 17225 17223 gene_10 gene 0.93 30863 29343 transcript_10 transcript 0.93 30863 29343 stop_codon_10 stop_codon 29345 29343 intron_22 intron 0.97 30091 29958 intron_23 intron 0.94 30287 30176 intron_24 intron 0.99 30766 30695 CDS_31 CDS 1 29957 29343 CDS_32 CDS 0.97 30175 30092 CDS_33 CDS 0.96 30694 30288 CDS_34 CDS 0.99 30863 30767 start_codon_10 start_codon 30863 30861 gene_11 gene 0.78 45665 45267 transcript_11 transcript 0.78 45665 45267 stop_codon_11 stop_codon 45269 45267 CDS_35 CDS 0.78 45665 45267 start_codon_11 start_codon 45665 45663 gene_12 gene 0.49 53554 53180 transcript_12 transcript 0.49 53554 53180 stop_codon_12 stop_codon 53182 53180 CDS_36 CDS 0.49 53554 53180 start_codon_12 start_codon 53554 53552 gene_13 gene 0.8 69814 69080 transcript_13 transcript 0.8 69814 69080 stop_codon_13 stop_codon 69082 69080 CDS_37 CDS 0.8 69814 69080 start_codon_13 start_codon 69814 69812 gene_14 gene 0.58 78295 75756 transcript_14 transcript 0.58 78295 75756 stop_codon_14 stop_codon 75758 75756 intron_25 intron 0.76 77427 76943 CDS_38 CDS 0.76 76942 75756 CDS_39 CDS 0.73 78295 77428 start_codon_14 start_codon 78295 78293 gene_15 gene 0.95 95693 92634 transcript_15 transcript 0.95 95693 92634 stop_codon_15 stop_codon 92636 92634 intron_26 intron 1 93760 92823 intron_27 intron 0.98 94306 94127 intron_28 intron 1 95108 94595 CDS_40 CDS 1 92822 92634 CDS_41 CDS 0.98 94126 93761 CDS_42 CDS 1 94594 94307 CDS_43 CDS 0.97 95693 95109 start_codon_15 start_codon 95693 95691 gene_16 gene 1 100699 97444 transcript_16 transcript 1 100699 97444 stop_codon_16 stop_codon 97446 97444 intron_29 intron 1 97712 97512 intron_30 intron 1 98384 97831 intron_31 intron 1 99543 98533 intron_32 intron 1 100486 99625 intron_33 intron 1 100667 100583 CDS_44 CDS 1 97511 97444 CDS_45 CDS 1 97830 97713 CDS_46 CDS 1 98532 98385 CDS_47 CDS 1 99624 99544 CDS_48 CDS 1 100582 100487 CDS_49 CDS 1 100699 100668 start_codon_16 start_codon 100699 100697 gene_17 gene 0.11 121555 104516 transcript_17 transcript 0.11 121555 104516 stop_codon_17 stop_codon 104518 104516 intron_34 intron 0.98 105681 105003 intron_35 intron 0.98 106549 105895 intron_36 intron 0.98 108264 107542 intron_37 intron 0.98 108446 108362 intron_38 intron 0.66 108668 108572 intron_39 intron 0.79 109819 108795 intron_40 intron 1 110189 109931 intron_41 intron 1 110887 110272 intron_42 intron 1 111382 111034 intron_43 intron 1 112110 111577 intron_44 intron 1 112304 112190 intron_45 intron 1 112905 112416 intron_46 intron 1 114381 113039 intron_47 intron 1 114619 114525 intron_48 intron 1 115137 114665 intron_49 intron 0.91 115393 115246 intron_50 intron 0.88 116259 115520 intron_51 intron 0.64 118101 116345 intron_52 intron 0.82 120958 118275 intron_53 intron 0.55 121135 121034 CDS_50 CDS 0.86 105002 104516 CDS_51 CDS 0.98 105894 105682 CDS_52 CDS 1 107541 106550 CDS_53 CDS 0.98 108361 108265 CDS_54 CDS 0.66 108571 108447 CDS_55 CDS 1 108794 108669 CDS_56 CDS 1 109930 109820 CDS_57 CDS 1 110271 110190 CDS_58 CDS 1 111033 110888 CDS_59 CDS 1 111576 111383 CDS_60 CDS 1 112189 112111 CDS_61 CDS 1 112415 112305 CDS_62 CDS 1 113038 112906 CDS_63 CDS 1 114524 114382 CDS_64 CDS 1 114664 114620 CDS_65 CDS 1 115245 115138 CDS_66 CDS 0.91 115519 115394 CDS_67 CDS 0.97 116344 116260 CDS_68 CDS 0.59 118274 118102 CDS_69 CDS 0.97 121033 120959 CDS_70 CDS 0.55 121555 121136 start_codon_17 start_codon 121555 121553 gene_18 gene 0.92 132163 130340 transcript_18 transcript 0.92 132163 130340 stop_codon_18 stop_codon 130342 130340 intron_54 intron 1 130954 130628 intron_55 intron 1 131433 131156 intron_56 intron 1 132072 131685 CDS_71 CDS 1 130627 130340 CDS_72 CDS 1 131155 130955 CDS_73 CDS 1 131684 131434 CDS_74 CDS 0.92 132163 132073 start_codon_18 start_codon 132163 132161 gene_19 gene 0.99 133319 132325 transcript_19 transcript 0.99 133319 132325 stop_codon_19 stop_codon 132327 132325 intron_57 intron 1 132653 132397 intron_58 intron 1 132897 132800 intron_59 intron 1 133197 133106 intron_60 intron 0.99 134549 133320 CDS_75 CDS 1 132396 132325 CDS_76 CDS 1 132799 132654 CDS_77 CDS 1 133105 132898 CDS_78 CDS 1 133319 133198 AUGUSTUS_ab_initio de novo gene_1 gene 0.98 7087 8493 transcript_1 transcript 0.98 7087 8493 start_codon_1 start_codon 7087 7089 CDS_1 CDS 0.98 7087 8493 stop_codon_1 stop_codon 8491 8493 gene_2 gene 0.99 54981 57098 transcript_2 transcript 0.99 54981 57098 start_codon_2 start_codon 54981 54983 CDS_2 CDS 0.99 54981 57098 stop_codon_2 stop_codon 57096 57098 gene_3 gene 0.06 59390 66217 transcript_3 transcript 0.06 59390 66217 start_codon_3 start_codon 59390 59392 intron_1 intron 0.87 59591 60584 intron_2 intron 0.99 60634 61561 intron_3 intron 0.5 61654 63330 intron_4 intron 0.55 63437 64933 intron_5 intron 0.8 65073 65259 intron_6 intron 0.54 65366 66028 CDS_3 CDS 0.51 59390 59590 CDS_4 CDS 0.87 60585 60633 CDS_5 CDS 0.99 61562 61653 CDS_6 CDS 0.45 63331 63436 CDS_7 CDS 0.64 64934 65072 CDS_8 CDS 0.94 65260 65365 CDS_9 CDS 0.74 66029 66217 stop_codon_3 stop_codon 66215 66217 gene_4 gene 0.84 82091 82402 transcript_4 transcript 0.84 82091 82402 start_codon_4 start_codon 82091 82093 CDS_10 CDS 0.84 82091 82402 stop_codon_4 stop_codon 82400 82402 gene_5 gene 0.23 83127 85382 transcript_5 transcript 0.23 83127 85382 start_codon_5 start_codon 83127 83129 intron_7 intron 0.74 83581 83723 intron_8 intron 0.63 83874 83969 intron_9 intron 0.54 84042 84116 intron_10 intron 0.47 84165 84399 intron_11 intron 0.96 84693 84767 CDS_11 CDS 0.73 83127 83580 CDS_12 CDS 0.72 83724 83873 CDS_13 CDS 0.64 83970 84041 CDS_14 CDS 0.71 84117 84164 CDS_15 CDS 0.71 84400 84692 CDS_16 CDS 1 84768 85382 stop_codon_5 stop_codon 85380 85382 gene_6 gene 0.73 89144 90043 transcript_6 transcript 0.73 89144 90043 start_codon_6 start_codon 89144 89146 CDS_17 CDS 0.73 89144 90043 stop_codon_6 stop_codon 90041 90043 gene_7 gene 0.27 100892 104097 transcript_7 transcript 0.27 100892 104097 start_codon_7 start_codon 100892 100894 intron_12 intron 0.78 100968 102112 intron_13 intron 0.54 102268 103287 intron_14 intron 0.61 103322 103441 intron_15 intron 0.53 103536 104021 CDS_18 CDS 0.8 100892 100967 CDS_19 CDS 0.54 102113 102267 CDS_20 CDS 0.63 103288 103321 CDS_21 CDS 0.61 103442 103535 CDS_22 CDS 0.53 104022 104097 stop_codon_7 stop_codon 104095 104097 AUGUSTUS_ab_initio de novo gene_8 gene 0.25 17225 8783 transcript_8 transcript 0.25 17225 8783 stop_codon_8 stop_codon 8785 8783 intron_16 intron 0.95 10562 9829 intron_17 intron 0.61 12900 10818 intron_18 intron 0.92 13160 13057 intron_19 intron 0.73 13532 13422 intron_20 intron 0.75 15114 13584 intron_21 intron 0.98 16350 15361 intron_22 intron 0.68 17096 16577 CDS_23 CDS 0.95 9828 8783 CDS_24 CDS 0.69 10817 10563 CDS_25 CDS 0.9 13056 12901 CDS_26 CDS 0.88 13421 13161 CDS_27 CDS 0.74 13583 13533 CDS_28 CDS 1 15360 15115 CDS_29 CDS 0.72 16576 16351 CDS_30 CDS 0.99 17225 17097 start_codon_8 start_codon 17225 17223 gene_9 gene 0.37 28607 28074 transcript_9 transcript 0.37 28607 28074 stop_codon_9 stop_codon 28076 28074 intron_23 intron 0.39 28396 28301 intron_24 intron 0.41 28537 28454 CDS_31 CDS 0.44 28300 28074 CDS_32 CDS 0.4 28453 28397 CDS_33 CDS 0.51 28607 28538 start_codon_9 start_codon 28607 28605 gene_10 gene 0.94 30863 29343 transcript_10 transcript 0.94 30863 29343 stop_codon_10 stop_codon 29345 29343 intron_25 intron 1 30091 29958 intron_26 intron 0.96 30287 30176 intron_27 intron 1 30766 30695 CDS_34 CDS 0.98 29957 29343 CDS_35 CDS 1 30175 30092 CDS_36 CDS 0.96 30694 30288 CDS_37 CDS 1 30863 30767 start_codon_10 start_codon 30863 30861 gene_11 gene 0.54 46174 45267 transcript_11 transcript 0.54 46174 45267 stop_codon_11 stop_codon 45269 45267 intron_28 intron 0.86 46047 45755 CDS_38 CDS 0.6 45754 45267 CDS_39 CDS 0.79 46174 46048 start_codon_11 start_codon 46174 46172 gene_12 gene 0.55 53554 53180 transcript_12 transcript 0.55 53554 53180 stop_codon_12 stop_codon 53182 53180 CDS_40 CDS 0.55 53554 53180 start_codon_12 start_codon 53554 53552 gene_13 gene 0.84 69814 69080 transcript_13 transcript 0.84 69814 69080 stop_codon_13 stop_codon 69082 69080 CDS_41 CDS 0.84 69814 69080 start_codon_13 start_codon 69814 69812 gene_14 gene 0.56 78295 75756 transcript_14 transcript 0.56 78295 75756 stop_codon_14 stop_codon 75758 75756 intron_29 intron 0.69 77427 76943 CDS_42 CDS 0.76 76942 75756 CDS_43 CDS 0.79 78295 77428 start_codon_14 start_codon 78295 78293 gene_15 gene 0.36 95693 92634 transcript_15 transcript 0.36 95693 92634 stop_codon_15 stop_codon 92636 92634 intron_30 intron 0.72 93760 92823 intron_31 intron 0.97 94306 94127 intron_32 intron 0.7 95108 94595 CDS_44 CDS 0.68 92822 92634 CDS_45 CDS 0.73 94126 93761 CDS_46 CDS 0.7 94594 94307 CDS_47 CDS 0.98 95693 95109 start_codon_15 start_codon 95693 95691 gene_16 gene 0.08 100699 98361 transcript_16 transcript 0.08 100699 98361 stop_codon_16 stop_codon 98363 98361 intron_33 intron 0.26 99519 98533 intron_34 intron 0.94 100486 99625 intron_35 intron 0.98 100667 100583 CDS_48 CDS 0.24 98532 98361 CDS_49 CDS 0.5 99624 99520 CDS_50 CDS 0.99 100582 100487 CDS_51 CDS 0.98 100699 100668 start_codon_16 start_codon 100699 100697 gene_17 gene 0.02 121555 104516 transcript_17 transcript 0.02 121555 104516 stop_codon_17 stop_codon 104518 104516 intron_36 intron 1 105681 105003 intron_37 intron 0.92 106549 105895 intron_38 intron 0.89 108264 107542 intron_39 intron 1 108446 108362 intron_40 intron 0.63 108668 108572 intron_41 intron 0.52 109094 108795 intron_42 intron 0.66 109819 109170 intron_43 intron 0.99 110189 109931 intron_44 intron 1 110887 110272 intron_45 intron 0.95 111382 111034 intron_46 intron 0.9 112110 111577 intron_47 intron 0.76 112304 112190 intron_48 intron 0.29 114025 112416 intron_49 intron 0.52 114381 114240 intron_50 intron 0.35 114619 114549 intron_51 intron 0.75 115137 114665 intron_52 intron 0.99 115393 115246 intron_53 intron 0.97 116259 115520 intron_54 intron 0.25 117914 116345 intron_55 intron 0.29 118201 118102 intron_56 intron 0.65 120958 118275 intron_57 intron 0.8 121135 121034 CDS_52 CDS 0.99 105002 104516 CDS_53 CDS 1 105894 105682 CDS_54 CDS 0.89 107541 106550 CDS_55 CDS 1 108361 108265 CDS_56 CDS 0.63 108571 108447 CDS_57 CDS 1 108794 108669 CDS_58 CDS 0.49 109169 109095 CDS_59 CDS 0.98 109930 109820 CDS_60 CDS 1 110271 110190 CDS_61 CDS 1 111033 110888 CDS_62 CDS 0.87 111576 111383 CDS_63 CDS 1 112189 112111 CDS_64 CDS 0.53 112415 112305 CDS_65 CDS 0.34 114239 114026 CDS_66 CDS 0.32 114548 114382 CDS_67 CDS 0.78 114664 114620 CDS_68 CDS 1 115245 115138 CDS_69 CDS 0.98 115519 115394 CDS_70 CDS 0.98 116344 116260 CDS_71 CDS 0.23 118101 117915 CDS_72 CDS 0.38 118274 118202 CDS_73 CDS 0.99 121033 120959 CDS_74 CDS 0.8 121555 121136 start_codon_17 start_codon 121555 121553 gene_18 gene 0.67 133319 130340 transcript_18 transcript 0.67 133319 130340 stop_codon_18 stop_codon 130342 130340 intron_58 intron 0.89 130954 130628 intron_59 intron 1 131433 131156 intron_60 intron 0.88 132072 131685 intron_61 intron 0.99 132653 132380 intron_62 intron 1 132897 132800 intron_63 intron 1 133197 133106 intron_64 intron 0.87 134549 133320 CDS_75 CDS 0.88 130627 130340 CDS_76 CDS 1 131155 130955 CDS_77 CDS 0.93 131684 131434 CDS_78 CDS 0.94 132379 132073 CDS_79 CDS 0.99 132799 132654 CDS_80 CDS 1 133105 132898 CDS_81 CDS 0.89 133319 133198 AUGUSTUS_tom_ugs de novo gene_1 gene 1 7087 8493 transcript_1 transcript 1 7087 8493 start_codon_1 start_codon 7087 7089 CDS_1 CDS 1 7087 8493 stop_codon_1 stop_codon 8491 8493 gene_2 gene 0.97 54981 57098 transcript_2 transcript 0.97 54981 57098 start_codon_2 start_codon 54981 54983 CDS_2 CDS 0.97 54981 57098 stop_codon_2 stop_codon 57096 57098 gene_3 gene 0.98 82091 82402 transcript_3 transcript 0.98 82091 82402 start_codon_3 start_codon 82091 82093 CDS_3 CDS 0.98 82091 82402 stop_codon_3 stop_codon 82400 82402 gene_4 gene 0.34 83127 85382 transcript_4 transcript 0.34 83127 85382 start_codon_4 start_codon 83127 83129 intron_1 intron 0.54 83581 83723 intron_2 intron 0.51 83874 84399 intron_3 intron 0.94 84693 84767 CDS_4 CDS 0.57 83127 83580 CDS_5 CDS 0.49 83724 83873 CDS_6 CDS 0.64 84400 84692 CDS_7 CDS 0.98 84768 85382 stop_codon_4 stop_codon 85380 85382 gene_5 gene 0.93 89144 90043 transcript_5 transcript 0.93 89144 90043 start_codon_5 start_codon 89144 89146 CDS_8 CDS 0.93 89144 90043 stop_codon_5 stop_codon 90041 90043 AUGUSTUS_tom_ugs de novo gene_6 gene 0.54 17225 8783 transcript_6 transcript 0.54 17225 8783 stop_codon_6 stop_codon 8785 8783 intron_4 intron 0.95 10562 9829 intron_5 intron 0.71 12900 10818 intron_6 intron 0.75 13160 13057 intron_7 intron 1 13532 13422 intron_8 intron 1 15114 13584 intron_9 intron 1 16350 15361 intron_10 intron 1 17096 16577 CDS_9 CDS 0.96 9828 8783 CDS_10 CDS 0.78 10817 10563 CDS_11 CDS 0.88 13056 12901 CDS_12 CDS 0.74 13421 13161 CDS_13 CDS 1 13583 13533 CDS_14 CDS 1 15360 15115 CDS_15 CDS 1 16576 16351 CDS_16 CDS 1 17225 17097 start_codon_6 start_codon 17225 17223 gene_7 gene 0.94 30863 29343 transcript_7 transcript 0.94 30863 29343 stop_codon_7 stop_codon 29345 29343 intron_11 intron 0.98 30091 29958 intron_12 intron 0.94 30287 30176 intron_13 intron 1 30766 30695 CDS_17 CDS 1 29957 29343 CDS_18 CDS 0.97 30175 30092 CDS_19 CDS 0.97 30694 30288 CDS_20 CDS 1 30863 30767 start_codon_7 start_codon 30863 30861 gene_8 gene 0.7 45665 45267 transcript_8 transcript 0.7 45665 45267 stop_codon_8 stop_codon 45269 45267 CDS_21 CDS 0.7 45665 45267 start_codon_8 start_codon 45665 45663 gene_9 gene 0.47 53554 53180 transcript_9 transcript 0.47 53554 53180 stop_codon_9 stop_codon 53182 53180 CDS_22 CDS 0.47 53554 53180 start_codon_9 start_codon 53554 53552 gene_10 gene 0.98 69814 69080 transcript_10 transcript 0.98 69814 69080 stop_codon_10 stop_codon 69082 69080 CDS_23 CDS 0.98 69814 69080 start_codon_10 start_codon 69814 69812 gene_11 gene 0.57 78295 75756 transcript_11 transcript 0.57 78295 75756 stop_codon_11 stop_codon 75758 75756 intron_14 intron 0.71 77427 76943 CDS_24 CDS 0.71 76942 75756 CDS_25 CDS 0.76 78295 77428 start_codon_11 start_codon 78295 78293 gene_12 gene 0.96 95693 92634 transcript_12 transcript 0.96 95693 92634 stop_codon_12 stop_codon 92636 92634 intron_15 intron 1 93760 92823 intron_16 intron 0.97 94306 94127 intron_17 intron 1 95108 94595 CDS_26 CDS 1 92822 92634 CDS_27 CDS 0.97 94126 93761 CDS_28 CDS 1 94594 94307 CDS_29 CDS 0.99 95693 95109 start_codon_12 start_codon 95693 95691 gene_13 gene 0.21 112427 104516 transcript_13 transcript 0.21 112427 104516 stop_codon_13 stop_codon 104518 104516 intron_18 intron 0.97 105681 105003 intron_19 intron 0.96 106549 105895 intron_20 intron 0.95 108264 107542 intron_21 intron 0.96 108446 108362 intron_22 intron 0.65 108668 108572 intron_23 intron 0.82 109819 108795 intron_24 intron 1 110189 109931 intron_25 intron 0.99 110887 110272 intron_26 intron 0.88 111382 111034 intron_27 intron 0.96 112110 111577 intron_28 intron 0.74 112304 112190 CDS_30 CDS 1 105002 104516 CDS_31 CDS 0.97 105894 105682 CDS_32 CDS 0.99 107541 106550 CDS_33 CDS 0.96 108361 108265 CDS_34 CDS 0.65 108571 108447 CDS_35 CDS 1 108794 108669 CDS_36 CDS 1 109930 109820 CDS_37 CDS 1 110271 110190 CDS_38 CDS 0.99 111033 110888 CDS_39 CDS 0.85 111576 111383 CDS_40 CDS 0.99 112189 112111 CDS_41 CDS 0.48 112427 112305 start_codon_13 start_codon 112427 112425 gene_14 gene 0.09 121555 114375 transcript_14 transcript 0.09 121555 114375 stop_codon_14 stop_codon 114377 114375 intron_29 intron 0.28 115137 114549 intron_30 intron 0.9 115393 115246 intron_31 intron 0.92 116259 115520 intron_32 intron 0.74 118101 116345 intron_33 intron 0.83 120958 118275 intron_34 intron 0.53 121135 121034 CDS_42 CDS 0.32 114548 114375 CDS_43 CDS 0.89 115245 115138 CDS_44 CDS 0.9 115519 115394 CDS_45 CDS 0.96 116344 116260 CDS_46 CDS 0.7 118274 118102 CDS_47 CDS 0.97 121033 120959 CDS_48 CDS 0.54 121555 121136 start_codon_14 start_codon 121555 121553 gene_15 gene 0.93 132163 130340 transcript_15 transcript 0.93 132163 130340 stop_codon_15 stop_codon 130342 130340 intron_35 intron 1 130954 130628 intron_36 intron 1 131433 131156 intron_37 intron 1 132072 131685 CDS_49 CDS 1 130627 130340 CDS_50 CDS 1 131155 130955 CDS_51 CDS 1 131684 131434 CDS_52 CDS 0.93 132163 132073 start_codon_15 start_codon 132163 132161 gene_16 gene 0.98 133319 132325 transcript_16 transcript 0.98 133319 132325 stop_codon_16 stop_codon 132327 132325 intron_38 intron 1 132653 132397 intron_39 intron 1 132897 132800 intron_40 intron 1 133197 133106 intron_41 intron 0.98 134549 133320 CDS_53 CDS 1 132396 132325 CDS_54 CDS 1 132799 132654 CDS_55 CDS 1 133105 132898 CDS_56 CDS 1 133319 133198 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_1 match_part 0.998 7070 7891 match_2 match_part 0.945 29243 29352 match_3 match_part 0.905 32038 32563 match_4 match_part 0.993 50632 51170 match_5 match_part 0.988 56275 57123 match_6 match_part 0.987 59088 59165 match_part 1.000 59353 59590 match_part 1.000 60585 60633 match_part 1.000 61562 61653 match_part 1.000 63364 63436 match_part 1.000 64934 65054 match_part 1.000 65260 65365 match_part 0.998 66029 66437 match_7 match_part 0.992 62664 63299 match_8 match_part 0.999 88629 90274 match_9 match_part 1.000 100446 100967 match_part 1.000 102113 102267 match_part 1.000 103288 103321 match_part 1.000 103442 103535 match_part 1.000 103621 103911 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_10 match_part 0.995 8683 7856 match_11 match_part 0.984 9603 8727 match_12 match_part 0.992 17734 17097 match_part 1.000 16576 16351 match_part 1.000 15360 15115 match_part 1.000 13583 13533 match_part 1.000 13421 13373 match_13 match_part 0.912 42745 42050 match_14 match_part 1.000 53577 53030 match_15 match_part 0.991 70138 69159 match_16 match_part 0.983 93875 93761 match_part 0.982 92822 92263 match_part 0.667 92030 92019 match_17 match_part 1.000 95743 95109 match_part 1.000 94594 94502 match_18 match_part 0.947 100705 100668 match_part 1.000 100582 100487 match_part 1.000 99624 99544 match_part 1.000 98532 98385 match_part 1.000 97830 97713 match_part 1.000 97511 97168 match_19 match_part 0.998 99161 98576 match_20 match_part 0.882 109895 109820 match_part 1.000 108794 108669 match_part 1.000 108586 108447 match_part 0.969 108361 108265 match_part 0.974 107541 107198 match_21 match_part 0.935 119485 119440 match_part 0.988 119339 119257 match_part 1.000 116344 116260 match_part 0.984 115519 115394 match_part 0.991 115245 115138 match_part 0.956 114664 114620 match_part 0.986 114524 114382 match_part 0.962 113038 112906 match_part 1.000 112415 112305 match_part 1.000 112189 112111 match_part 0.995 111576 111383 match_part 0.967 111033 110973 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C02HBa0209K17.2 type gene exon 7070 7891 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C02HBa0209K17.2 type gene exon 8683 7856 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C02HBa0209K17.2 type gene exon 9603 8727 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C02HBa0209K17.2 type gene exon 17734 17097 exon 16576 16351 exon 15360 15115 exon 13583 13533 exon 13421 13373 gene_5 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C02HBa0209K17.2 type gene exon 29243 29352 gene_6 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C02HBa0209K17.2 type gene exon 32038 32563 gene_7 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C02HBa0209K17.2 type gene exon 42745 42050 gene_8 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C02HBa0209K17.2 type gene exon 50632 51170 gene_9 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C02HBa0209K17.2 type gene exon 53577 53030 gene_10 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C02HBa0209K17.2 type gene exon 56275 57123 gene_11 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C02HBa0209K17.2 type gene exon 59088 59165 exon 59353 59590 exon 60585 60633 exon 61562 61653 exon 63364 63436 exon 64934 65054 exon 65260 65365 exon 66029 66437 gene_12 gene GT_PGL_11_AGS_2 transcript source GenomeThreader seq_id C02HBa0209K17.2 type gene exon 62664 63299 gene_13 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C02HBa0209K17.2 type gene exon 70138 69159 gene_14 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C02HBa0209K17.2 type gene exon 88629 90274 gene_15 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C02HBa0209K17.2 type gene exon 93875 93761 exon 92822 92263 exon 92030 92019 gene_16 gene GT_PGL_15_AGS_1 transcript source GenomeThreader seq_id C02HBa0209K17.2 type gene exon 95743 95109 exon 94594 94502 gene_17 gene GT_PGL_16_AGS_1 transcript source GenomeThreader seq_id C02HBa0209K17.2 type gene exon 100705 100668 exon 100582 100487 exon 99624 99544 exon 98532 98385 exon 97830 97713 exon 97511 97168 gene_18 gene GT_PGL_16_AGS_2 transcript source GenomeThreader seq_id C02HBa0209K17.2 type gene exon 99161 98576 gene_19 gene GT_PGL_17_AGS_1 transcript source GenomeThreader seq_id C02HBa0209K17.2 type gene exon 100446 100967 exon 102113 102267 exon 103288 103321 exon 103442 103535 exon 103621 103911 gene_20 gene GT_PGL_18_AGS_1 transcript source GenomeThreader seq_id C02HBa0209K17.2 type gene exon 109895 109820 exon 108794 108669 exon 108586 108447 exon 108361 108265 exon 107541 107198 gene_21 gene GT_PGL_19_AGS_1 transcript source GenomeThreader seq_id C02HBa0209K17.2 type gene exon 119485 119440 exon 119339 119257 exon 116344 116260 exon 115519 115394 exon 115245 115138 exon 114664 114620 exon 114524 114382 exon 113038 112906 exon 112415 112305 exon 112189 112111 exon 111576 111383 exon 111033 110973 GenomeThreader_SGN_markers SGN marker sequences match_1 match_part 0.995 89210 89612 match_2 match_part 1.000 89218 89805 GenomeThreader_SGN_markers SGN marker sequences match_3 match_part 0.889 100676 100668 match_part 0.958 100582 100487 match_part 0.975 99624 99544 match_part 0.993 98532 98385 match_part 0.992 97830 97713 match_part 0.994 97511 97358 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C02HBa0209K17.2 type gene exon 89210 89805 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C02HBa0209K17.2 type gene exon 100676 100668 exon 100582 100487 exon 99624 99544 exon 98532 98385 exon 97830 97713 exon 97511 97358 AUGUSTUS_tom_pot_cdna de novo gene_1 gene 1 7087 8493 transcript_1 transcript 1 7087 8493 start_codon_1 start_codon 7087 7089 CDS_1 CDS 1 7087 8493 stop_codon_1 stop_codon 8491 8493 gene_2 gene 0.98 54981 57098 transcript_2 transcript 0.98 54981 57098 start_codon_2 start_codon 54981 54983 CDS_2 CDS 0.98 54981 57098 stop_codon_2 stop_codon 57096 57098 gene_3 gene 0.47 58560 66217 transcript_3 transcript 0.47 58560 66217 start_codon_3 start_codon 58560 58562 intron_1 intron 0.47 58576 59131 intron_2 intron 1 59166 59352 intron_3 intron 1 59591 60584 intron_4 intron 1 60634 61561 intron_5 intron 1 61654 63363 intron_6 intron 1 63437 64933 intron_7 intron 1 65055 65259 intron_8 intron 1 65366 66028 CDS_3 CDS 0.47 58560 58575 CDS_4 CDS 1 59132 59165 CDS_5 CDS 1 59353 59590 CDS_6 CDS 1 60585 60633 CDS_7 CDS 1 61562 61653 CDS_8 CDS 1 63364 63436 CDS_9 CDS 1 64934 65054 CDS_10 CDS 1 65260 65365 CDS_11 CDS 1 66029 66217 stop_codon_3 stop_codon 66215 66217 gene_4 gene 0.65 82091 82402 transcript_4 transcript 0.65 82091 82402 start_codon_4 start_codon 82091 82093 CDS_12 CDS 0.65 82091 82402 stop_codon_4 stop_codon 82400 82402 gene_5 gene 0.27 83127 85382 transcript_5 transcript 0.27 83127 85382 start_codon_5 start_codon 83127 83129 intron_9 intron 0.44 83581 83723 intron_10 intron 0.43 83874 84399 intron_11 intron 0.98 84693 84767 CDS_13 CDS 0.5 83127 83580 CDS_14 CDS 0.43 83724 83873 CDS_15 CDS 0.62 84400 84692 CDS_16 CDS 1 84768 85382 stop_codon_5 stop_codon 85380 85382 gene_6 gene 1 88577 90043 transcript_6 transcript 1 88577 90043 start_codon_6 start_codon 88577 88579 CDS_17 CDS 1 88577 90043 stop_codon_6 stop_codon 90041 90043 gene_7 gene 1 100892 103636 transcript_7 transcript 1 100892 103636 start_codon_7 start_codon 100892 100894 intron_12 intron 1 100968 102112 intron_13 intron 1 102268 103287 intron_14 intron 1 103322 103441 intron_15 intron 1 103536 103620 CDS_18 CDS 1 100892 100967 CDS_19 CDS 1 102113 102267 CDS_20 CDS 1 103288 103321 CDS_21 CDS 1 103442 103535 CDS_22 CDS 1 103621 103636 stop_codon_7 stop_codon 103634 103636 gene_8 gene 1 130026 130289 transcript_8 transcript 1 130026 130289 start_codon_8 start_codon 130026 130028 CDS_23 CDS 1 130026 130289 stop_codon_8 stop_codon 130287 130289 AUGUSTUS_tom_pot_cdna de novo gene_9 gene 0.35 17225 8783 transcript_9 transcript 0.35 17225 8783 stop_codon_9 stop_codon 8785 8783 intron_16 intron 1 10562 9829 intron_17 intron 0.61 12900 10818 intron_18 intron 0.81 13160 13057 intron_19 intron 1 13532 13422 intron_20 intron 1 15114 13584 intron_21 intron 1 16350 15361 intron_22 intron 0.71 17096 16577 CDS_24 CDS 1 9828 8783 CDS_25 CDS 0.68 10817 10563 CDS_26 CDS 0.87 13056 12901 CDS_27 CDS 0.81 13421 13161 CDS_28 CDS 1 13583 13533 CDS_29 CDS 1 15360 15115 CDS_30 CDS 0.71 16576 16351 CDS_31 CDS 1 17225 17097 start_codon_9 start_codon 17225 17223 gene_10 gene 0.98 30863 29343 transcript_10 transcript 0.98 30863 29343 stop_codon_10 stop_codon 29345 29343 intron_23 intron 0.99 30091 29958 intron_24 intron 0.99 30287 30176 intron_25 intron 0.99 30766 30695 CDS_32 CDS 1 29957 29343 CDS_33 CDS 0.99 30175 30092 CDS_34 CDS 0.98 30694 30288 CDS_35 CDS 0.99 30863 30767 start_codon_10 start_codon 30863 30861 gene_11 gene 0.72 45665 45267 transcript_11 transcript 0.72 45665 45267 stop_codon_11 stop_codon 45269 45267 CDS_36 CDS 0.72 45665 45267 start_codon_11 start_codon 45665 45663 gene_12 gene 0.62 53554 53180 transcript_12 transcript 0.62 53554 53180 stop_codon_12 stop_codon 53182 53180 CDS_37 CDS 0.62 53554 53180 start_codon_12 start_codon 53554 53552 gene_13 gene 0.91 69859 69080 transcript_13 transcript 0.91 69859 69080 stop_codon_13 stop_codon 69082 69080 CDS_38 CDS 0.91 69859 69080 start_codon_13 start_codon 69859 69857 gene_14 gene 0.51 78295 75756 transcript_14 transcript 0.51 78295 75756 stop_codon_14 stop_codon 75758 75756 intron_26 intron 0.79 77427 76943 CDS_39 CDS 0.8 76942 75756 CDS_40 CDS 0.62 78295 77428 start_codon_14 start_codon 78295 78293 gene_15 gene 0.89 95693 92634 transcript_15 transcript 0.89 95693 92634 stop_codon_15 stop_codon 92636 92634 intron_27 intron 1 93760 92823 intron_28 intron 0.97 94306 94127 intron_29 intron 1 95108 94595 CDS_41 CDS 1 92822 92634 CDS_42 CDS 0.97 94126 93761 CDS_43 CDS 1 94594 94307 CDS_44 CDS 0.92 95693 95109 start_codon_15 start_codon 95693 95691 gene_16 gene 1 100699 97444 transcript_16 transcript 1 100699 97444 stop_codon_16 stop_codon 97446 97444 intron_30 intron 1 97712 97512 intron_31 intron 1 98384 97831 intron_32 intron 1 99543 98533 intron_33 intron 1 100486 99625 intron_34 intron 1 100667 100583 CDS_45 CDS 1 97511 97444 CDS_46 CDS 1 97830 97713 CDS_47 CDS 1 98532 98385 CDS_48 CDS 1 99624 99544 CDS_49 CDS 1 100582 100487 CDS_50 CDS 1 100699 100668 start_codon_16 start_codon 100699 100697 gene_17 gene 0.16 121555 103649 transcript_17 transcript 0.16 121555 103649 stop_codon_17 stop_codon 103651 103649 intron_35 intron 0.65 104535 103936 intron_36 intron 1 105681 105003 intron_37 intron 1 106549 105895 intron_38 intron 1 108264 107542 intron_39 intron 1 108446 108362 intron_40 intron 0.54 108668 108572 intron_41 intron 0.86 109819 108795 intron_42 intron 1 110189 109931 intron_43 intron 1 110887 110272 intron_44 intron 1 111382 111034 intron_45 intron 1 112110 111577 intron_46 intron 1 112304 112190 intron_47 intron 1 112905 112416 intron_48 intron 1 114381 113039 intron_49 intron 1 114619 114525 intron_50 intron 1 115137 114665 intron_51 intron 0.91 115393 115246 intron_52 intron 0.9 116259 115520 intron_53 intron 0.71 118101 116345 intron_54 intron 0.87 120958 118275 intron_55 intron 0.6 121135 121034 CDS_51 CDS 0.9 103935 103649 CDS_52 CDS 0.65 105002 104536 CDS_53 CDS 1 105894 105682 CDS_54 CDS 1 107541 106550 CDS_55 CDS 1 108361 108265 CDS_56 CDS 0.54 108571 108447 CDS_57 CDS 1 108794 108669 CDS_58 CDS 1 109930 109820 CDS_59 CDS 1 110271 110190 CDS_60 CDS 1 111033 110888 CDS_61 CDS 1 111576 111383 CDS_62 CDS 1 112189 112111 CDS_63 CDS 1 112415 112305 CDS_64 CDS 1 113038 112906 CDS_65 CDS 1 114524 114382 CDS_66 CDS 1 114664 114620 CDS_67 CDS 1 115245 115138 CDS_68 CDS 0.91 115519 115394 CDS_69 CDS 0.98 116344 116260 CDS_70 CDS 0.71 118274 118102 CDS_71 CDS 0.96 121033 120959 CDS_72 CDS 0.6 121555 121136 start_codon_17 start_codon 121555 121553 gene_18 gene 0.94 133319 130340 transcript_18 transcript 0.94 133319 130340 stop_codon_18 stop_codon 130342 130340 intron_56 intron 1 130954 130628 intron_57 intron 1 131433 131156 intron_58 intron 1 132072 131685 intron_59 intron 0.94 132653 132380 intron_60 intron 1 132897 132800 intron_61 intron 1 133197 133106 intron_62 intron 1 134549 133320 CDS_73 CDS 1 130627 130340 CDS_74 CDS 1 131155 130955 CDS_75 CDS 1 131684 131434 CDS_76 CDS 0.94 132379 132073 CDS_77 CDS 1 132799 132654 CDS_78 CDS 1 133105 132898 CDS_79 CDS 1 133319 133198 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_1 match 216 55821 56972 match_2 match 171 55539 56780 match_3 match 305 55308 56960 match_4 match 225 55131 56507 match_5 match 127 55155 56144 match_6 match 268 55491 57059 match_7 match 144 55086 56402 match_8 match 145 55521 56507 match_9 match 249 55812 57053 match_10 match 185 55056 56468 match_11 match 286 55455 56966 match_12 match 132 55161 56153 match_13 match 106 55098 55844 match_14 match 271 55500 57047 match_15 match 160 55095 56219 match_16 match 200 55167 56471 match_17 match 366 55491 57041 match_18 match 228 55890 56960 match_19 match 302 55131 57041 match_20 match 185 55635 56780 match_21 match 155 55116 56171 match_22 match 236 55452 56834 match_23 match 376 55161 57041 match_24 match 122 55467 56450 match_25 match 130 55161 56246 match_26 match 234 55797 57053 match_27 match 254 55131 56765 match_28 match 217 55128 56468 match_29 match 394 55131 57041 match_30 match 292 55452 57050 match_31 match 180 55326 56780 match_32 match 221 55161 56834 match_33 match 340 55158 57056 match_34 match 171 55548 56957 match_35 match 199 55452 56732 match_36 match 267 55131 57050 match_37 match 151 55218 56453 match_38 match 315 55491 57068 match_39 match 261 55377 57023 match_40 match 261 55377 57023 match_41 match 345 55455 57044 match_42 match 158 55101 56573 match_43 match 155 55644 56834 match_44 match 247 55491 56969 match_45 match 232 55680 56957 match_46 match 157 55221 56402 match_47 match 134 55131 56111 match_48 match 289 55578 57038 match_49 match 109 55221 56336 match_50 match 267 55641 57038 match_51 match 168 55527 56432 match_52 match 110 55458 56906 match_53 match 300 55095 57014 match_54 match 244 55671 57053 match_55 match 121 55161 56147 match_56 match 134 55506 56450 match_57 match 221 55668 57056 match_58 match 175 55074 56402 match_59 match 282 55461 56993 match_60 match 169 55131 56432 match_61 match 327 55587 57083 match_62 match 170 55734 56825 match_63 match 239 55101 56477 match_64 match 381 55455 57047 match_65 match 294 55137 57041 match_66 match 162 55491 56477 match_67 match 274 55647 57065 match_68 match 271 55125 56960 match_69 match 166 55089 56417 match_70 match 232 55386 56957 match_71 match 247 55059 56471 match_72 match 364 55455 57056 match_73 match 259 55122 56903 match_74 match 374 55155 57083 match_75 match 173 55074 56471 match_76 match 281 55245 57029 match_77 match 113 55899 56780 match_78 match 201 55257 56627 match_79 match 258 55161 56708 match_80 match 198 55155 56402 match_81 match 130 55056 56267 match_82 match 297 55449 57041 match_83 match 109 55242 56180 match_84 match 229 55896 57014 match_85 match 225 55080 56795 match_86 match 219 55155 56567 match_87 match 374 55155 56954 match_88 match 113 55455 56168 match_89 match 110 55113 55907 match_90 match 278 55548 57002 match_91 match 342 55119 56957 match_92 match 157 55491 56471 match_93 match 153 55221 56183 match_94 match 259 55830 56957 match_95 match 166 55491 56468 match_96 match 159 55131 55985 match_97 match 279 55683 57056 match_98 match 144 55152 56468 match_99 match 167 55620 56921 match_100 match 125 55917 56945 match_101 match 295 55323 56954 match_102 match 160 55491 56507 match_103 match 136 55176 56090 match_104 match 262 55704 57041 match_105 match 109 55944 57056 match_106 match 218 55107 56468 match_107 match 357 55161 56954 match_108 match 162 55119 56147 match_109 match 350 55608 57014 match_110 match 279 55197 56930 match_111 match 137 55935 56933 match_112 match 188 55620 56780 match_113 match 107 55050 55922 match_114 match 243 55089 56468 match_115 match 402 55449 57047 match_116 match 126 55104 56153 match_117 match 273 55131 57026 match_118 match 207 55221 56780 match_119 match 141 55164 56150 match_120 match 277 55674 57071 match_121 match 296 55602 57062 match_122 match 154 55119 56453 match_123 match 220 55080 56468 match_124 match 198 55689 56864 match_125 match 374 55455 57047 match_126 match 131 55131 56195 match_127 match 163 55683 56783 match_128 match 173 55218 56471 match_129 match 326 55515 57071 match_130 match 213 55458 57089 match_131 match 214 55131 56420 match_132 match 282 55152 56780 match_133 match 404 55152 57056 match_134 match 194 55167 56399 match_135 match 327 55491 57068 match_136 match 239 55365 56819 match_137 match 112 55113 55682 match_138 match 397 55155 57050 match_139 match 167 55491 56534 match_140 match 125 55323 56111 match_141 match 286 55611 57062 match_142 match 189 55131 56393 match_143 match 318 55515 57047 match_144 match 138 55095 56012 match_145 match 171 55146 56294 match_146 match 273 55455 57083 match_147 match 127 55053 56150 match_148 match 146 55524 56507 match_149 match 247 55638 57044 match_150 match 135 55164 56336 match_151 match 322 55461 57047 match_152 match 135 55686 56882 match_153 match 118 55131 56153 match_154 match 295 55455 57062 match_155 match 161 55590 56471 match_156 match 138 55317 56147 match_157 match 284 55929 57062 match_158 match 129 55638 56759 match_159 match 239 55155 56927 match_160 match 246 55176 56846 match_161 match 291 55119 56966 match_162 match 187 55233 56594 match_163 match 176 55626 56780 match_164 match 236 55152 56783 match_165 match 359 55089 57053 match_166 match 162 55095 56150 match_167 match 192 55455 56573 match_168 match 301 55737 57038 match_169 match 129 55164 56465 match_170 match 118 55116 56162 match_171 match 282 55683 57050 match_172 match 126 55776 56783 match_173 match 169 55176 56393 match_174 match 248 55620 57038 match_175 match 145 55209 56561 match_176 match 259 55527 56987 match_177 match 174 55131 56411 match_178 match 310 55233 56960 match_179 match 149 55128 56171 match_180 match 206 55152 56402 match_181 match 345 55197 57086 match_182 match 385 55095 57062 match_183 match 267 55095 56834 match_184 match 394 55116 57056 match_185 match 206 55221 56789 match_186 match 151 55155 56183 match_187 match 179 55641 56786 match_188 match 197 55506 56822 match_189 match 382 55161 57053 match_190 match 144 55455 56402 match_191 match 281 55506 57089 match_192 match 137 55644 56780 match_193 match 130 55161 56231 match_194 match 188 55167 56468 match_195 match 302 55491 56963 match_196 match 204 55113 56471 match_197 match 332 55452 57038 match_198 match 137 55116 56153 match_199 match 175 55644 56825 match_200 match 194 55221 56456 match_201 match 319 55491 57041 match_202 match 145 55671 57044 match_203 match 249 55122 56789 match_204 match 199 55113 56471 match_205 match 367 55116 57041 match_206 match 173 55221 56450 match_207 match 315 55527 57041 match_208 match 194 55161 56468 match_209 match 209 55608 56780 match_210 match 350 55491 57056 match_211 match 169 55167 56402 match_212 match 190 55341 56393 match_213 match 329 55494 57068 match_214 match 208 55314 56567 match_215 match 221 55113 56450 match_216 match 400 55128 57053 match_217 match 204 55620 56573 match_218 match 129 55167 56147 match_219 match 266 55629 57029 match_220 match 115 55167 55985 match_221 match 174 55200 56507 match_222 match 290 55341 57053 match_223 match 204 55641 56933 match_224 match 219 55116 56471 match_225 match 153 55920 56783 match_226 match 355 55377 57008 match_227 match 167 55536 56780 match_228 match 181 55161 56450 match_229 match 330 55467 57059 match_230 match 291 55164 56966 match_231 match 211 55155 56408 match_232 match 285 84258 85352 match_233 match 206 55116 56618 match_234 match 308 55314 56960 match_235 match 224 55125 56921 match_236 match 213 55077 56507 match_237 match 341 55164 57041 match_238 match 200 55113 56507 match_239 match 167 55644 56567 match_240 match 358 55146 57059 match_241 match 179 55683 56780 match_242 match 217 55167 56507 match_243 match 112 55128 55850 match_244 match 338 55518 57062 match_245 match 147 55899 57011 match_246 match 170 55341 56468 match_247 match 181 55131 56111 match_248 match 338 55611 57026 match_249 match 163 55686 56903 match_250 match 194 55053 56468 match_251 match 320 55461 57038 match_252 match 191 55116 56465 match_253 match 363 55185 57038 match_254 match 156 55626 56765 match_255 match 283 55068 56819 match_256 match 171 55134 56702 match_257 match 143 55089 56150 match_258 match 305 55515 57056 match_259 match 117 55632 56468 match_260 match 115 55323 56249 match_261 match 243 55893 57059 match_262 match 120 55158 56249 match_263 match 253 55683 57071 match_264 match 140 55644 56858 match_265 match 138 55167 56258 match_266 match 312 55491 57038 match_267 match 119 55893 56780 match_268 match 189 55335 56471 match_269 match 149 55161 56111 match_270 match 298 55632 57038 match_271 match 135 55230 56147 match_272 match 242 55776 57056 match_273 match 698 55131 57065 match_274 match 152 55164 56468 match_275 match 334 55491 57056 match_276 match 172 55230 56780 match_277 match 410 55071 57041 match_278 match 164 55638 56921 match_279 match 187 55071 56468 match_280 match 320 55455 57056 match_281 match 326 55083 56966 match_282 match 134 55731 56828 match_283 match 192 55116 56450 match_284 match 179 55452 56789 match_285 match 340 55125 57014 match_286 match 217 55200 56765 match_287 match 137 55881 56780 match_288 match 221 55116 56567 match_289 match 403 55155 57056 match_290 match 261 84279 85367 match_291 match 148 55494 56450 match_292 match 148 55161 56147 match_293 match 275 55683 57059 match_294 match 139 55809 56765 match_295 match 202 55221 56783 match_296 match 215 55527 56765 match_297 match 372 55155 57047 match_298 match 211 55113 56780 match_299 match 231 55167 56768 match_300 match 364 55098 57041 match_301 match 119 55527 56456 match_302 match 265 55881 57056 match_303 match 204 55473 56783 match_304 match 241 55146 56825 match_305 match 354 55128 57062 match_306 match 122 55452 56468 match_307 match 218 55755 57068 match_308 match 121 55047 55844 match_309 match 369 55071 57041 match_310 match 152 55863 56891 match_311 match 191 55539 56765 match_312 match 231 55116 56405 match_313 match 347 55128 57050 match_314 match 190 55050 56468 match_315 match 182 55644 56945 match_316 match 347 55113 56960 match_317 match 227 55161 56789 match_318 match 206 55233 56765 match_319 match 268 55155 56780 match_320 match 415 55161 57062 match_321 match 158 55155 56177 match_322 match 116 55113 55985 match_323 match 313 55632 57038 match_324 match 156 55491 56708 match_325 match 149 55185 56264 match_326 match 236 55683 56960 match_327 match 154 55623 56783 match_328 match 185 55167 56471 match_329 match 145 55161 56150 match_330 match 332 55548 57056 match_331 match 197 55107 56480 match_332 match 345 55326 57068 match_333 match 139 55128 56165 match_334 match 290 55689 57026 match_335 match 131 55596 56471 match_336 match 220 55764 57029 match_337 match 139 55071 56120 match_338 match 273 55719 57056 match_339 match 254 55131 56564 match_340 match 233 55458 56780 match_341 match 215 55116 56264 match_342 match 148 55155 56000 match_343 match 195 55614 56765 match_344 match 420 55128 57056 match_345 match 159 55176 56534 match_346 match 267 55515 56933 match_347 match 256 55056 56969 match_348 match 190 55122 56582 match_349 match 208 55386 56780 match_350 match 142 55683 56780 match_351 match 125 55104 56150 match_352 match 135 55608 56768 match_353 match 182 55095 56765 match_354 match 279 55113 56957 match_355 match 187 55461 56864 match_356 match 162 55500 56531 match_357 match 143 55176 56147 match_358 match 318 55683 57065 match_359 match 141 55680 56531 match_360 match 117 55365 56147 match_361 match 295 55983 57065 match_362 match 225 55089 56789 match_363 match 161 55635 56567 match_364 match 360 55116 57041 match_365 match 46.2 36963 37175 match_366 match 144 36331 36918 match_367 match 32.0 37666 37797 match_368 match 89.7 37229 37531 match_369 match 42.4 37545 37667 match_370 match 174 55452 56471 match_371 match 242 55632 56933 match_372 match 168 55068 56111 match_373 match 330 55050 57056 match_374 match 133 55071 56246 match_375 match 263 55197 56987 match_376 match 218 55176 56918 match_377 match 174 55131 56402 match_378 match 390 55155 57047 match_379 match 207 55152 56783 match_380 match 202 55131 56411 match_381 match 110 55968 56540 match_382 match 348 55233 57092 match_383 match 105 55956 56951 match_384 match 169 55365 56789 match_385 match 367 55161 57056 match_386 match 360 55083 57050 match_387 match 180 55044 56264 match_388 match 312 55632 57092 match_389 match 196 55455 56471 match_390 match 134 55455 56471 match_391 match 106 55035 55844 match_392 match 308 55758 57065 match_393 match 157 55635 56861 match_394 match 185 55317 56402 match_395 match 296 55605 56963 match_396 match 210 55128 56471 match_397 match 244 55161 56825 match_398 match 244 55242 56765 match_399 match 416 55152 57041 match_400 match 157 55683 56897 match_401 match 309 55113 56954 match_402 match 116 55095 55955 match_403 match 258 55131 57047 match_404 match 154 55734 56507 match_405 match 236 84255 85352 match_406 match 254 84252 85352 match_407 match 266 84255 85352 match_408 match 238 84387 85370 match_409 match 131 55908 56921 match_410 match 173 55389 56450 match_411 match 153 55128 55985 match_412 match 299 55641 57041 match_413 match 248 55641 56999 match_414 match 272 55515 57044 match_415 match 153 55116 56393 match_416 match 285 55173 57047 match_417 match 186 55134 56780 match_418 match 173 55341 56564 match_419 match 127 55935 56765 match_420 match 160 55608 56759 match_421 match 148 55590 56471 match_422 match 258 55671 57113 match_423 match 132 55662 56780 match_424 match 136 55116 56213 match_425 match 209 55131 56765 match_426 match 365 55155 57056 match_427 match 154 55620 56765 match_428 match 346 55116 57059 match_429 match 184 55572 56858 match_430 match 213 55116 56468 match_431 match 350 55281 57029 match_432 match 262 55491 56972 match_433 match 256 55611 57068 match_434 match 181 55689 56858 match_435 match 194 55167 56492 match_436 match 221 55518 56780 match_437 match 112 55122 55808 match_438 match 393 55221 57038 match_439 match 105 55926 56687 match_440 match 262 55449 56933 match_441 match 135 55128 56108 match_442 match 194 55170 56402 match_443 match 378 55173 57065 match_444 match 273 84282 85337 match_445 match 156 55686 56825 match_446 match 171 55158 56486 match_447 match 269 55491 56960 match_448 match 219 55455 56918 match_449 match 186 55131 56312 match_450 match 176 55632 56573 match_451 match 351 55161 56969 match_452 match 202 55080 56474 match_453 match 326 55302 57056 match_454 match 125 55620 56453 match_455 match 119 55461 56147 match_456 match 241 55776 57026 match_457 match 124 55176 56111 match_458 match 145 55326 56291 match_459 match 296 55644 57071 match_460 match 228 56031 57068 match_461 match 228 55683 56954 match_462 match 286 55671 57089 match_463 match 209 55062 56468 match_464 match 302 55455 57056 match_465 match 157 55098 56450 match_466 match 263 55386 56987 match_467 match 146 55491 56450 match_468 match 290 55776 57056 match_469 match 191 55191 56453 match_470 match 145 55068 56420 match_471 match 121 55932 56882 match_472 match 273 55632 57026 match_473 match 224 56043 57065 match_474 match 177 55377 56519 match_475 match 154 55173 56111 match_476 match 305 55680 57068 match_477 match 171 55680 56789 match_478 match 258 55113 56816 match_479 match 192 55110 56288 match_480 match 317 55128 56999 match_481 match 224 55218 56927 match_482 match 295 55155 57047 match_483 match 119 55455 56150 match_484 match 276 55683 57071 match_485 match 478 7087 8433 match_486 match 140 55491 56546 match_487 match 136 55167 56090 match_488 match 286 55641 57029 match_489 match 281 55377 56963 match_490 match 106 55245 56153 match_491 match 228 55890 56954 match_492 match 110 55929 56858 match_493 match 204 55152 56468 match_494 match 327 55449 57062 match_495 match 178 55173 56450 match_496 match 110 55155 55964 match_497 match 258 55491 56954 match_498 match 280 55683 57068 match_499 match 129 55455 56195 match_500 match 112 55032 55685 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_501 match 339 76886 76119 match_502 match 401 76886 75903 match_503 match 394 76886 75903 match_504 match 388 76874 75855 match_505 match 392 76880 75903 match_506 match 374 76886 75900 match_507 match 384 76886 75855 match_508 match 397 76886 75822 match_509 match 336 76880 75906 match_510 match 336 76880 75906 match_511 match 335 76877 75906 match_512 match 332 76880 75906 match_513 match 335 76880 75906 match_514 match 226 76766 75900 match_515 match 216 76772 75909 match_516 match 143 13587 13060 match_517 match 161 10812 10489 match_518 match 520 9829 8786 match_519 match 144 15361 15116 match_520 match 119 16531 16340 match_521 match 259 9829 8786 match_522 match 126 10815 10543 match_523 match 229 76769 75906 match_524 match 226 76748 75906 match_525 match 390 76886 75906 match_526 match 246 9832 8786 match_527 match 63.2 13072 12890 match_528 match 100 13392 13159 match_529 match 123 10818 10561 match_530 match 394 76886 75903 match_531 match 394 76886 75903 match_532 match 396 76886 75819 match_533 match 217 76772 75915 match_534 match 238 76763 75906 match_535 match 238 76763 75906 match_536 match 217 9829 9209 match_537 match 122 10818 10543 match_538 match 145 13587 13060 match_539 match 163 10815 10489 match_540 match 511 9829 8786 match_541 match 148 15361 15116 match_542 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