C08HBa0235H18.1 AAGCTTTTATTACACGTAAATTCGTCTCTGTTTTCTCTCCACCTCTATGACTGGATGTTA AAAGGCATCCATCCAAAAGATGCTTCTTCAAACAGGTTACTTATTTGTGAAAAGATTAGA AATGTGCACTCAAACAGAGTGCAGTAGTATGCACCTTTTTGAGACCCATGTTCATATTCC AGTAGGTACCATAAAAAACTCATCTATCCATTCTTTAGGTGAAATAGTCGTGGCGAGTTG GATCGAACACCATCATATGTTTTGAAAATGAGAAGAAATAAAGAGCGTTAAGGACAAAGT TAGAGTGATTTCTTCACATCATATGTTTTGAAAATGAGAAGAAATAAAGAGCGTTAAGGA CAAAGTTAGAGTGATTTCTTCACAATAATTTCTAGATATTTGACTTGATTATCTCATAAC TTGACATTGTTGTTCTGCATAATAACAAACCTTACATTGTAGCATATGATAAAATAATTT AACTTGAAAAATGAAAAGAAAATCCCAACATTTTTATTACAGTAACCCGTATAGACTCAA AATAGCTCTTTTCTTTTTTACTATATGAAATCCACACTTTTAACACTTGAAAATGTTATA ACGGGTAAGATAAGTTCATAATTTAAGCAAGAACAAATTGATCAGTCGAGTAATGCTTCA CATCAATAAGAAGACTCTTTCCATCCACCAAGGTTCTCTTCTTCATACTCCCTCTCAGAA TATTCCTACAAAAACATAGCAAAATATATCATGCACATAGAATACCTATTATACTTGCAT GTTACGAGTTCCTTTATTCATATAGCCAATCTGAACTTGTTAGCTCGGGATTGAGGCATA ACCTTTTTTTTTTTTTTTTTTATAAATCAATAAAATTTTAGAAAGTAACTTGCCTCAGGA GTAAAGGTGAGACCAACTTTAATTTCTCCACAATATTCCTCATCTTTAACAACATTATAA CATGTTATTGGGATGCTCCCTTCTGAAAAAACTGGTTCAATTGGTATCCTGCAAGTAACA TATTATTGAACATATCTCAAAACCAATACTAGCAAACTCAGATTATGTTTGCATATATAT ATATATATATATATACAGAAATTGTATATACAGAAATTGTATAAATCTTAGATTCGTCTC TGATAGGTAAATGCTTATTCGACTCCATGAACTAATAATCTCAACTGTTTTAGGCAAATG CTTATTCGACTCCATGAACTAATAATCTCAACTGTTTTAGGCAAATGCTTATTCGACTCC ATGAACTAATAATCTCAACTGTTTTAGGCAAATGCTTATTCGACTCCATGAACTAATAAT CTCAACTGTTTTAGGCAAATGCTTATTCGACTCCATGAACTAATAATCTCAACTGTTTTA GGCAAATGCTTATTCGACTCCATGAACTAATAATCTCAACTGTTTTAGGCAAATGCTTAT TCGACTCCATGAACTAATAATCTCAACTGTTTTAGGCAAATGCTTATTCGACTCCATGAA CTAATAATCTCAACTGTTTTAGGGAAATGCTTATTCGACTCCATGAACTAATAATCTCAA CTGTTTTAGGCAAATGCTTATTCGACTCCATGAACTAATAATCTCAACCGTTTAAACCAT GGTTTGTATAACACCACTAGAAAGTAGATGTATACTACAACAACCACAAAAATAACTATA TATTCAGTGTAATTTCACAAGTTGGATATTGGGAAGGTAGGATATCGATGTACGCTGAAC ATACCCCTACCTTTGCAGGTTGTTCACGAAGGACCCTGAACTCAAAAGAAAAGAAAAGAA AAAGCATGGTGCAAGTAAATAAAACGACAAAATAGCAAGATACAAATCAAATGAAGCAAC TGATTGTAATAATCATTAAAGAAAGGAAACTACGCGATATACAAAATACTACTACTAAAA AGGAGAAGTAGAGACTAGGCTAGCCCTCTTCCTCTCCAATAACAAGTGCAACAACACTCA GGCTCACTAACTACTAACCTTCTACCCTAATTTTCGACCTCCACGTCTTCTTATCTAAAG TCATATACGTCTATTTATCTCAACATATACAAGTCATGGATGCATGTACTATCAAACTCA AACTATGTTAATATAGAGAAAATACGTATAATCTTAGATTCGCCTCTAATTAGATATACT TACTTAGCTTCCCCAACAATATCGTCCTCGCCGATAGAATCACTGTCCATTATCTTCAAG AAGAGTTCTTCAGCATCCTCAGAAATGGAGAAAACAAATGTTTCATTCCATTCTGGTTCA CATCCCTTCCCTATGAAAATTTAACATTATAAATATCGATTGATCAAACTTCATTTCATT TTTCTTAAAAAAAACATAGGTAACTAATAACTAAGTAATAATTAACCAAAGATTATTAAC AAATGTACCTGATGCAACAGTACTCTTTTTCTCCTGAGATCTATAAGTTAAGATCACATA TGGATCCATATCATCTGTATCACACAAAATAACATTTTTTAAATTAAAAAATAAAATAAA ATACAGAGTATCAATCAAATTAGCCAAGATGATTATCGATTTTTGATTCATATTCCTCGA TTCTATTTTATTTGACATCGTTTGACTAGGCATAGACCTAAATGTCAACTTCACATACTT TGATTCAAAATTTAAAGTTTACCACGAAGTCAAATTAATATACATTGATAAGGTTTGGCC ATGAATTTTGACAAATATCTGTTTGATCATGAAAATTTGATCCGATCTTCAAATAATTCT CTATTTTCCTAAATAAAACGCACATTCAAACAGGTGTTGTGTGAACACATAAATTACATG TAGATCAACCTCTAATTCACATAAGTAACAATCGAAAATTAGGTTGATTAAGAAAACATC AAATGTAATCGAAAGAAAAAAGAGATCTATACATTAATCTGATCAGATCAAAACAAATAA ATTAGAAAAAAAAACAAAAAACTTACTGAGAAAATCAGTGTTTTCAAGGCCTTTAGCTCC AACAAGTTGAACTACAAGTTTTCCTCGTACCATTTTCAATCAAACTCTTAGCAGATTCCC AGGAAAAAAAAACAGATTCTCGCACGAATTTTCGGACAGAGATCGTTTTCTTTTTTTTTT TTTTTGTTTCGATGAAGAATATGTTGAGCTGATGTGTATTTATATGTGAACAAAAGACCG GTTTAAAGTGGGGTTAGACCGGTGAGTGTAAAGTGAACCGGACGGTTTAGGCGAAAATCA CATTTTAGACCAAAAAAGGCAAAAAAGAAAATCACATTTTACGCACCTAAATTATTTCGA GTATGAAAAACATATTTAAACTAATAATAATAAGTTTGAGAAATATACTTCAAGTAATAT GTGATGTCGTGTGTATTACGTGTATACACACATTTGATTATGTTAGATTGCGTTGGCGAA AAAAAAGCCACGTGGATTATTTTTTTTTTTGGATCAAATGCGTCGGAGTGTGCATTTGGT CTGGTTAGAATTGAATTGTGTTTTTTTTTCTTCAAATTAATGAGTGGTAATATTGTAGAA ATGAATCAATAGAATCTTCTTCATTTTAAGATTTTAGGTTTCAATTATTCGTTTTTGTGA CTGAAAAAAGGCTAATTCAGCAGCTTTTTGTTCAATTTCTCGTGCAGTCAAATTCTCATC AGTACAGGTCAAGAGAATGGACCCCTGGCCTCGGATGTCCATATAAAGAACACGACAAAC ATAAATATCCTCTTTCACTTCTATTCTAACGAACTGAATATCTTTTATAAGGAATCGGAG TACTTAGGAACATGTTTTATACATTTTCAATAATTTAAATATGATATTAAAAAAAAAAGA TTGTTCAAATATGTTTTGACATTTTTAGCTTTTATTTTAATAAAATAGATTTAAAAAAAA GTATCTTTGAACTACGTGAAATTCAACAAATGTCTTCTTCAAAAATGCCATCCTATTAAT ATTCTTGTCCAAACATATCCCTACCATGAATATTTTAGTCAAAAAATATCCTATTACTAC TTTTGAGTAAAAAATATCTTTTTAAAGTATTGTTTCTTTTCTGTTTAAACAAATTCCCTT TTTAAGAGATATTTGATATATACCCTTTGGGCCTTGATGGTTGATGAGGTGATCCAAGAA ATATTTAGACTATCATTTAATGCTTGTTTAACAAACGAATATTAAGAAAGTGATTTAACA TTTTTTCTTTATAAGATTTACCGTTTGTTTCAAAAATAAATTTCGATTTCACCGTTTAAT AGATTTGGTAAAAAAAGTGATGATCGTAAATTTTTTTTTATGATTTATTAATATCACTCC CTTTTAGTGATATATCATACATTTCTTATTTTTTTAAAATGGATATTATGTGCAGATTAT TATCTCAAGTGGACATATTATGACCAAGCAAAATTATTAGGTTTTGTATATGTTCATTGT ACATAATAATTGTATATGCTTATAGCCGCCTATCTAGCTATATCTTTATAAAAAAATATA AATTATGGTTTTATTAATATATCAAGTGTCTATATATACATATATATATATATATATTTA TAATATTGTCCATAGTGTAAAAAGCCGCCATACCCCTATATAAACCCCTAATTTATTGTG TAAATATATCAACAAACCAAATATTCTTCTTTTATTCTAAAATGAGTCATTTGACAACTT GTTTAGTGTTCTTTCTCCTTGCCTTTGTGACTTACACTTATGCTTCCGGTGTATTTGAGG TCCATAACAACTGTCCATACACCGTATGGGCAGCGGCGACTCCCGTAGGAGGTGGCCGAC GTCTCGAGAGAGGTCAAAGTTGGTGGTTTTGGGCTCCACCGGGCACCAAAATGGCACGTA TTTGGGGTCGTACTAATTGCAATTTTGATGGTGCTGGTAGAGGTTGGTGCCAGACCGGTG ATTGTGGTGGAGTCTTGGAATGCAAAGGATGGGGTAAACCACCAAACACCTTAGCTGAAT ACGCTTTGAATCAATTTAGCAACTTAGATTTCTGGGACATTTCTGTTATTGATGGATTCA ACATCCCTATGTCTTTCGGCCCAACTAACCCTGGGCCGGGAAAATGTCATCCAATTCAAT GTGTTGCTAATATAAACGGTGAATGCCCTGGTTCACTTAGGGTACCCGGAGGATGTAACA ACCCTTGTACTACATTCGGAGGACAACAATATTGTTGCACTCAAGGTCCATGTGGTCCTA CCGATTTGTCAAGATTTTTCAAACAAAGATGTCCCGATGCCTATAGTTATCCTCAAGACG ATCCAACAAGTACTTTTACTTGTCAGAGTTGGACTACAGACTACAAGGTTATGTTTTGTC CTTATGGCTCTACTCACAATGAAACAACAAATTTCCCATTGGAGATTCCTACAAATACTC TTGAAGTGGCTTAATTAAGTAGAAATCTTGAGTTGAGCCAATCTCTTTTTTGTTAAATTT GTTTTGAAGATGGACATTGTCTTTAATTTGCCTTGTACACATTTCTTTTACATTTGTTTG TTTGAAGTGGCTAAGATCTGAATAACAATCTATGATCGATGCTTTGTCTTATATATGGTA TTTTAATTTTAAATTGAAATTATATCTGGAGTACAGTTTTTTTCTTAAAATTTTTAATTA TAATGAAAAAAAATTAGTCTAGTTAATATATTAAAGTACCTAGATCTGAAAATATAAAAT TGTAGGGACAACTCGTTACATGTCATAATATAAGTCAAACAGATGGAAATATTTTTTTAT TGGCGGCTTTTGGAACATTTTCAAGTATACTATAGTATATGAAAATTCATTAAAATTTTA ATAAGTGTTTAGATTTGAATTTATAAGTTTAAAGAAATAATAAATTCAATATTAATTAAA AAGCTTAAAGATTCGAACATTAAGTTAAACTGATAATTAAATGAGTCGATATACAAAAAA GAAAAAGAAAAAAGAAGAAGATAATTTTATATAAAAGTCAACTTTTAAAAATCACTTACC CCATTAATATCTTCCTTCTAAAAGACGTTATCCTTTAGTATCTGAATTCATAACTTGAAA TAGCAAAAAAGGGCTTTCACTTTCAATTGCGATTCAATGCCTAAGCTAAGAATTCAACAT TATTTAAATATTGATATTGTATTAAAATTCATTACTTCCAAAACTCTTTTATTATAAAAA AATAAAATAAAATACAATTGGGCGTTCGTATTGCTTAAATAATTGCAATGTTACTTAAAA AATTCTATTAAAACAATTTAAGTTCTTTTATTCTGCCCAAGCAGTTACACGTTGTTGATT TCAGACTCCTCCGGTAGAGCCAACAACCATTCAGTGAATTGTCTTGTGTTACTAAGTTTC AAGTCGTTCACTGAATCCTTCACGATGTTTTGGTGGCAGGTACTAGTACATCTACCGATC AAAATCAAATCCAAAAACTCTTGCATGTTCCAAAATTAAACTCAAATATACAATCATCTC ATTTAAACTCAAGAATATCTTATTATGAACCAACAAACAAAGACGACCATGATGACAACG ATAAAAAATCAATACTCCCTCCGTCCAGAAATATTTGTCATGTTACGCTTATCGAAAGTC AATTTTGATTGATTTCTAAAGGTAAATTAAATCACATTAATTCGATACTTTAAACCAAAA AAATTAAATATTCTAAAACAATATGAAAAGTACTATAAATTACAATCTTTTCATATTAAT ATGATAAAAAAATGTATCTTCAAATGTTAGTCAAAGTTTTTATAGTTTGAGTCTATAAAT AGAAACCATAACAAACAATATCGGACGGAGGAAACATAAAACAAAAATCAATATCGAACA AATTATTCAATCAATAACAAAAATCATTGCTAGTTCTATATCTAGTAACCAATTAGGGAT AGATTATTCAAAACTTTGCATATTAGAGATAGATTAGTAACGAAATTCATAACTAATTTC AAAATTCATTTTTCTCGTGTGAAACAAGACCTACATAGCTTGTATCGAATAAAAAAAAAA TTCAAACTTTTAAGGTTCCACTCATCTCTACGCCTACCCATTTGCTCAACTTTTTTGACT GTAGAATGCATGCACATTTTCAATTAATTATTATGTCCACTTGATAAATATGCTATAAAT AATTTAATATAAAAATCCACTATATATATACGACGGAAAAAAATAATCAAGGGAAAAAAG GCAATTGTCTGTAAACAAAAATTACAAATTTGTAATTCAAAATTTTTAAGTTATTTTATT TATGAAAACATAACCAATAAAAATTATGAAGAGAATTCTCTACTAACTAAATTTCTCATG AAAAAATGTTCAAAAAAAATTAGGAAATTTTCCACAATTTTAGGTTTCATGCCCTGCCAT GCATTTTTCCGATTTGTTGTATATACTAAACTAAATAATTTAAAATTAATATATAGTTAA ACACAAAACTAATAATACGTATATATCACTTAATTAAAAAATATCTTCTCTTTTTTTTTT AATCATTATAAATATCATAATGTGTTAATGCATAAATTTTCAAAATAGCAAAAAGTTGAA CTGTGAAATATGACTGGAGTGAACAAAATATATTACTTATAATAGGCTGTACTCATATTA TATTGGCGGCTTTTTTTTTCAAGTGGAGATATTTTGGATACAATTTTTTTTTTTAATTTT CTATATATGTTTATAACAAGTGCCAATATTTATATGATTAATGTCCATAGTGAAAAAAAG CCGCCATACCACTATATAAACCCCTAGCTCGATATGCAAATATATCCTACAACTTCTTAT ACTAAAATGAGTCACTTGACAACTTGTTTAGTGTTTTTTCTCCTTGCCTTTGTGACTTAC ACTTATGGTTCCGGTGTATTTGAGGTCCATAACAACTGCCCCTACACCGTTTGGGCGGCA GCGGTCCCCGTAGGAGGTGGTCGACGTCTCGAGAGAGGTCAGAGTTGGTGGTTTTGGGCC CCACCTGGCACTAAAATGGCACGTATTTGGGGTCGTACTAATTGCAACTTTGATGGTGCT GGAAGAGGTTGGTGCCAGACTGGTGATTGTGGTGGAGTCCTGGATTGCAAAGGATGGGGT AAACCACCAAACACCTTAGCTGAATACGCTTTGAACCAGTTTGGTAACCTAGATTTTTGG GATATTTCTGTTATTGATGGATTCAACATCCCTATGTCTTTTGGCCCAACTAAGCCTGGC CCTGGAAAATGTCATCCAATTCAATGCACAGCCAATATAAACGGTGAATGCCCTGGTTCA CTTAGGGTACCTGGAGGATGTAACAACCCTTGTACAACATTCGGAGGACAACAATATTGT TGTAATCACGGTCCATGTGGTCCTACTGAATTGTCAAGATTTTTCAAACAAAGATGTCCT GATGCCTATAGTTACCCTCAAGACGATCCAACTAGTACTTTTACTTGTCAGAGTTGGACT ACAGACTACAAGATAATGTTCTGTCCTTATGGCTCTACTCACAATGAAACAACAAATTTC CCATTGGAGATGCCTACAAGTACTCTTGAAGTTGCTTAATAAGTAGATTCATCATGAGTG TAGCCACCTCTTTCTTGTTCAAAATGGTTGAGTTTTGTTCATTACTTGTCTTTTGTATTA TCCACATTTCTTTTAGTTTGTTATCTTGAGGTGGCTAAGATTTCAATAACATATTGTACT TTAATTTGTCTTACACATGATGTTCAAAATTCTCACACAAGAGTGCATTTGGAGTATCGT TTAATTTTGTCTTTTTAATTCCTAATTATCTAAGTCTTAAACCTTAGACAAAAAAAGGAA TGAAAAATAGTATTGATAACATTCTACCGTAATCAGATCAAAAATATAAAATTGTAGGGA CAAGATAAACTATTATAATTACTATATAGGATAGCTATCTTTATAGGACATAATAATTAG TCGAGGTGGAAATCTTTTTTGTAGGCGGCTTTTAGAATATTTCATGCAAAGGTTAAGGTG GAGCCACGTAGAATTAAGGGGTTTATTCAATTTTTTAAATAGATAATTATTAATTTTATT TATATATAGTTAAAATTATTTTTAATGTATATACAGTGATTAATTAATGAATGAATTTTT TTTTTCTTTAAATTGTTAGTGTGTTTATTTTCTCATATTTCAAAATCCTCTAATGAAAAT TATTACTCCGCTATTAATCATGCTCTTGATATTCAACATTTGTATTGAGCTTGATAAATT TAAATTTGCATTCGAAAAATTTCACTTTGAAGGCAAAACACTTATTATATATAATGAAAA GAAATTTACTCTCATGGCTCAAACTCGATATATCAAATTAAAAATTGAAAACTAACATCC CACCACAGCCCCTTTGCATATTTTCAGCACGTTATGGTGCATATTCCGTGACTTTTATGC AATCACTCCTGATAATAAGAAGCAAAGTCCTTAGCACCATAATATTCAATTCATTTTAAA ATATTTATCATGTTTTATTTGAAATAACTGATCATTAACAAAATATGTTCAAATAATTTC ACTCTTTTTTTTCTTAAAACTTAACTTAATAATTTAAATTCACATTACGTAAACTTTTTA ACTCCACGCCATTATTATAAAAAAATATGTCATGTGTCAAGTGGATATATAATTAAAAGA AAAACGTATGTGTATCTACACTCAAAAAAGTCAAGAAAATGGGGGTATATGGAGATATTG GTGAGTGGGGTTTTTTATGTTACTTTGGTGGTTAAATAATTATTCATCATTACTTACTAT ATTGACAAAAGAATATTATTTTCAAGAGTAATGTTGTTAATTGTTTTAGGACAACTTTCG CATATAGCAAATAAAAAATTTATATTTGTGTGTTATAGCAAAATTTGTATAATTACGCTC CATAGCAAACATAAAACTGTATAATTCACTATAATATACAATTGTATAATTTGCTGGCCT ATTTCGCCGCAATTGTATAATTCGCTATCATATTTCACTGCAATTGTATAATGCATATTG TATAATTCTCTGCAATATTTGTATAAAATTTATTTTGCATACAATTGAATCGAAGTAAAA TGTATGTATATTGCATAATTATAAGTGTATAGGAAAAAAATATATGTTTTTCTCTCGCTT TATACAAAAACATAAACACAATTTATACACTTCTGTTGTATAAAGCAAGAGAAAATTGTA TTTCACTGCAATTGTATAATTCGTTCGCCTTTTTCGCTGCAATATTTGTATAAAATTTGC ATTTGTCTACAATTGAATTGAAGTAAAATATTTGTAAATTGTATAATTAAGTGTATAACA CGAAGATATATGTTTTTGCATGTGTATATACAGTTTTCTCTCGCTTATACAAAACAGAAA CACAATTTATACACTTTTGTGTATAAAGAGAGAGAGGCGACTGACAAACTTTGGCTAACG TTTGCTATGGTGCACAATTAAATCAAATCATAGCTACTCCATTTATTTTAGGTTATTAGT TTGCTATTATATACAATTATCCCATTATTTTATCCCAATACAATATTTAGTCATTTCATT CCATCAATTTCGGTGAAGTTCAAATCAATCGTTGTTTTAAAAGAGATTAGTATTGATAAA GTCACGTTCTACAATATTTTTTATTTTTTTGAGTGGCGATAAATTATTAATATTATTTTT GACAATTCATTTTATTCTTTAGAGTGCGATATAATCAACTTGTTAATCTATTATATCAAG TTAACAAGTTATTAGAATCTTTTTCACTCTTAATCCTCTAAAATATGTAAAACATGTTAA TGATAAAAAAAAAATAGTGAATTTTCTACGTTTATAAATATAATTTTTTTTAATAAAAAT ATAAATTTTGCTCAATTTAATCTTTTGGCATTGTGTCAAGTAGCACGTGCAGCTAACATC ATTTAGCTTGAAAATGTTCTAAGAGCCGCCTATAAACAAATATTTCCATCTACTTTTGAC TTTGCCCTAAAATTGTGGATAATAATTTCTAATAAAATGGGATTATTTTATTTTATATTA TTTTAAGGTACTAGTTACTTTTGAGATTAATTTATTTTATTTTTATATTTTGTGATGGAA CTTTTATCATATAAAAAAATGAGATAAAATAATCTCGTGAGATGTTCTTATTTATCTTAT CCAGTATATTATAGTTTTTATGTTTTTAAACTGACTGATATTATTCTTTTATTTGACAAG TTAATACGTAAATAACAAAATATACATAAAATAATATTCGAAACAACATATTTGTGATGA TGTGACTTTTATTCATGTAATTATATTAGGTTTATTACAAGCCAATTATATAACTCGACT ACTTCAAGCAATTTAAAAGAAAGTGACTCAATTTTACTTAGCCTCTTCATCACTTGAGGG CATCTCCAAGGGGAAATTTGGGCTAGTAACACCATTAGGACAAAAAACAACCCTATAATT TGTACTACCACTAGGGCAAGTAAATGTGCTAGTAGGATCATCTTGTGGGTAGCTATACGC ATCAGGACATCTTTGTTTGAAAAATCTCGACAAATCAGTAGGGCCACATGGACCTTGTGT GCAACAATATTGTTGTCCTCCGAACGTGGTACAAGGATTGTTACATCCTCCGGGTACCCT AAGTGAACCAGGACATTCACCATTTATATTAGCCGTACAATGAATTGCATGGCATTTCCC TCCACTAGGATTGGTCGGGGCGAAAGTCATTGGAATATTAAATCCATCGACTAAAGAAAT GTCCCAGAAATCTAGGTTGCTAAACTGGTCCAAGGCGTACTCGGCCAGGGTGTTTGGTGG TTTGCCCCACCCGGTACATTGCAAGACCCCACCACAATCACCAGTCTGACATGAACCTCT ACCAGCACCATCAAAGTTGCAATTCGTACGACCCCATATACGTGCCATCTTAGTGCCCCT CGGTGCATTGATGACCCATGTTTGGCCTCGATCAAGACGTCGACCACCGCCTATTGGGGT CGACGCCGCCCAGACGGTGTATGGACAGTTGTTGCGTACCTCGAAAGTGGCAGCATAAGT GTAAGTCACAAAAGCAAGAAGGAAGAAAACAAAAGAAGATCTCAAGTAGGCCATGTTTGT GGAACTATTTTTTTAAATGTAAGTTGTTGGATTTAGTGACAAATTGTTAGGGTGTTTATA TAGGGGTGTGGCGGCTTTTGAAACTATGTATATTAATCACAAATATCAATATCACAATTG ACTAATCAAACGAATAATATTGAAAAAATACTTAAGTAAAGGTTGAGGTGGCTCAACATA TAAGAGCCGCCTAGTAATTACTCCATTACTTTATATAAAAATAAATATTTAATTATTATT TTTTTCAATTTCTTATTTAATATTAAGGTATTTTTGTCCTGATTAAATTTAAATTTACAA ATTAATAGCATTTTTTATAAGATTTTTTTATTTTCAAGATTTACAAATTTTCATTTCTAA TTAAGAATCGAGAAATTTCGGTCCGCTACAATCCATATATGGATAACATAGGGACAAATT TATTTGGTATAACGTGATAAGACTTTTTCTTAACTTAATTAAAAGAAGTAACCATTATTT TTCTTTCATTGACAGAGTTTCTTTTGTACTCCCATTAAATTATTTTTCATTTTGTGTGAT GTTTAAAATCATAAATAAAAAAAAATAATTTTATTAATTCACTTTTTTAAAAAAGTTAAA AATTTATAAATAAATATGAACACTTTCAAAAGAGTCAATTACAAGAATAATATAAGAAAA ATAAATTAATATTTTTTTATTTACTAAAATAATTAACTAATATAAAATCAATGGAGTACT TATCTTGTCATTTTTTATTTCGTGTTCAAGTTTCACGCGTATTATTTGGAGGCGAAATTT ATGGATCGCAATCAATAAAATAAGGGAAGTTAATCTAATTAGGTAGCATCTAAAATCTCA ATTAAAAAAACGAAAAATTACATTAATGACGTATAAAAACTTCAAATAATTACATGTTTT ATATTCAATTCAATTCAAGAAATATTATTCTCTTAAAATATAATACAGCCCATACCCTTT CCCATTGATTAAGGTTGATTATTTTTGCTTAATACATATTAAATCAGTATTATATATTAT ATATTGTATTGATATCATTAAAATTTATAATTTCATTTAATTGATACTAAATCAAATATA TGTATATATATATATATTGCCTATGTATTATCACTGGCAACCTAAGATCTATTTGTTATT AATTTTCGTCGCAAATTTAATTATCATTAATTATGGAGTTAATTACTTGCAGTGACATTA TGGTCGCCACTAAAAATATTCAGTGTCGATTTAAAGAGGCTCATATACATGACAGCGTGA AATGATTCTCGAGGCATTATCAATACTTTTTTGTTTGTTTATTGGTCTAATTTAGGCTTA ATACTTTTCTAAAAGTTATTTTTTTTTTAAAAAAAAAGAACGATAATTCAAATGCACTGT TGTTTTATACATCTAAGACAAAAGTACACATGAGATGTAACTCTTATTCCGGTCTTTAAG TTTGTTACGAACTCTTATCAATAAAGTAAAAGTGAATATTTAAAAAACTGAGCTATTAAG ATTTTTCATTACGGTAGAGATCAGTTGACTAATTGAGGCGATTTAAAATGAAGAAACTCA AATTCACTTGGCCACTTCATCAGTACTTGCAGGCATCTCCAAGGGGAAATTTGGATCAGC AACACCATTAGGACAAAAGACAACCCTATAGTTTGTACTACCACCAGGGCAAGTAAATGT GCTTGTAGGATCGTCTTGTGGGTAGCTATAAGCATCGGGACATCTTTTCTTGAAAAATTT GGACAACTCTGTAGGGCCACATGGACCTTGGGTGCAACAATATTGTTGTCCTCCAAACGT GGTACAAGGGTTGTTACATCCTCCAGGTACCTTAAGGGCGCGAGGACATTCACCATTTAT ATTGGCCGTGCAATGAATTGCGTGACATTTTCCTCCACTAGGTTTTGTTGGGGCAAAAGT CATTGGAATATTAAATCCATCGACTAAAGAAATGTCCCAAAAATCTAAGTTGCTAAACTG GTCCAAGGCGTACTCGGCTAGGGTGTTTGGGGGTTTGCCCCATCCGGTACACTGTAAGAC TCCACCACAATCACCAGTCTGACATGTACCTCTGCCTGCAGCATTAAAGTTGCAACCAGT ACGACCCCATATACGTGCCATCTTAGTTCCCCTCGGAGCATTGATGACCCATGTTTGGCC TCGATTGAGACGTCGACCACCGCCTATCGGAGTCGATGCCGCCCAAACGGTGTATGGACA GTTGTTGCGTACCTCAATAGTGGCAGCATAAGTATAAGTCACACAAAGAAGGAAGAAGAG AACAAAAGAAGATGTCAAGTAGCCCATGTTTGTTGAAATGTATATATGAGGATAACTTAT TTGAAAGCACTTTATATAGGGGTGTGGCGGCTTTTGGCACTATGTATATTAATCATAAAT AACAATATCATATTTGACAAAAAACGAATAATATTAAAATACGATATAGTAAAGTGGAGG TGAAAAAAGAAAAAATGTATAAGAGCCGCCTAATAAATAATAATTTTATAAATATAGTAC AAGTTCACTTTATTTGGTGACAACTTTGTAACGTGACGGAACTTATTTCTCAAAATAAAT ATTATTTAAAAAAAAAAAACAGCATCTTTCGTGACCAAAGTTTCTTTCTATATTTATCAA TTCCATTTTTTTTACTTTGACAGTATTTTGTATACGTTTAAACATAAAAATTAGGTTTTT CATATTACTCGTATGGATCGATTAATTTCAAATATACAAATCAATTCGATTAACTATTAT ATACAGTGGAAATGATGTTTATGTGACTCGTAATTGATATTTTAAGCGATCAGAATATTT TAATGCATATCTATTAAGAAAATACCTATTGATGCAAAAGTCAACAAAATTATTTAATTT ATTTATTTTACGATCGAAGCATGAATACATTTACTAATTAAAGTAAATTGGGAGGAATTG ATGGACGAGTCATCAAGCTTATCAAATGTCAATCAACATTAAAATAATGTTAGTTTATGG CTGCTTTTAAATGAACAAGTGGATCATGTACAATTGAGTAAAAAATATCTCCTATAAATA TATATATCCCTCTAAAACCAAATAACATAACACACAAATATAAACTTTAGATTCTTAAAA ACAAAGCTGAATTATATGGAGGCAAATAAGTCTATGGTGAAGTTGGTTGCTTTCTTGATA ATTCTTGTATCATCATGTAATTAATTGACCATTTATTTCTACTTTATTAAATTTATTCAC ATTTCTTATTTTTATTTGTTAAAAGAAATTGATTAATTATGTAAATTATTTATGAACAGG CTTTCAATCTCTCACTGCTCAAGATTTGGAAATCGAAGTTAGCGATGGCTTAAATGTATT GCAAGTACATGATGTGTCTCAATCTTTTTGTCCAGGTTTGGTTTTTATCTCTACCGTCCT TTTTGGATATATATACACGTACGACGTCCAACTAAATCTAAATAAATTTTTGGATCGAAT CTTAGGTCGATTATCAGGGTAATATCTATAGATTCGAGTGTTGGGGTTGAGGTCATATCC CAATTTAAATGTCATGTTTCGAGTTGGGAGTTAGGGTCAGGTACTAGGTTAAATCCCATG CTCGGATACTGAGTCTGTTGTCGAGTTATGTCCTAATTCACGTGTCGAAATCGAGTTCCG AATGAATTTTCGATCAGAAACTATTTTCCTACTCTCTAGCCAAATATAAAAGATATTTTC TAAAAAATATTTTCCTTCGTAGCAAACACACCATAATTAATTATTTTTTTCTCATATAAA ATAACTTTTGATTCATAGTTTTTTAGTCAATGCTCTTTTATAAATAATTAGTTGTATTTT TTTTTTATAAATTATAGGTGTGACAAAGGAAAGTTGGCCAGAACTTCTTGGAACACCAGC TAAGTTTGCAAAGCAAATAATTCAAAAGGAAAATCCAAAATTAACAAATGTTGAAACTCT ACTGAATGGTTCAGCTTTTACAGAAGATTTGAGATGCAATAGAGTTCGTCTTTTTGTAAA TTTATTGGACATTGTTGTACAAACTCCCAAAGTTGGTTGAACAAAATTAATTGATGTTAT ATCATATGTATCTAGCCTCCACAAAAATAAATTGGAGATGTATGGTTAAAATTTCCACTA TATTTGGTGATAAATAAATGTGGCTTTTAATATTAATATGATTTTTGTTATATATACAAT TACTTCTACTATATACCAGTGAAATCTCATTAGCATTGGGAAGGTGTTACGTACGCAACC TTATCTTATGCTAACTATCATCAGGGCGGTCTTAACGCTATGCAACTAAAGGGGGGTGGG GGGTATTTCTAAGAAAAAATTAATTATAAATGTTATTTTAAAAATAATTATATGTACTAT GAGTGGTATGATTTCTACAAGGAAATTGCATATATAATGAGTATATCATCTCAATTGTGA CTTTGATGAAAAGTTCTGACTTTTAAGAAAATTTTGTCTTTTATGAAAGATAGTGACATT TGTTTTATCGAAAAAGGGTGGTGATTTTCGAAAAGAGTTTGTTTTTAGACTTTTAGGAGT CGCCACTTAATTTTTAAGAAAAATCAAGAAAACTTCGTTTCTAAACAACTTAAACAGAAA AAATTGTTTTGAAACATTTTAAGGGTTCGGGATTCCTATTAGTATCTTAGGAAGGTGTAA GGCACCCAAAACACTCCGTTAACTTACGGTTTTCCAATGATTAACTATTTGATTATTTTT ATTTTTAACCTTTGCAAATTTATTTGAACTTTTAACATGACTTACTTAGCCAAACTTAGC CAATTTTGAAATATTTATTGTTTATCTTGCCAGTTTACGAAACCATTTCAAAGTTAAGCT TACTCAAGGTTTTATCTAAACAAGCCTTACGAATTTGAAACAATTTATCATTTAGAAGTT AGTTTTAAAAATTTTTAGGTTTGATAAAATAACAGGCGTTCGATGAGGGTTTGGAGTTTC CTAATCCTAAGCTAACGGCATTGAAAACAAAATAAGATAAGCAAATAGTAAAGAGAAGGA TAGAGAGAGAGAGATTTGGGTCCAACTCCGGGTTCTGTTATCCTTGACCGAATGTTGGAC CCACCTGCCTTTGGGTTTTTTAGCCCATTTCTGTACCTGTCCTAATCTAAACATACAAAC ATAATATAGAAAACAAAAAAACGACAAGAGGGCTTAGGCCCATTACAAAATATGCAAAGT AAAATAAAACGAAAGAAAAGTCTTTTAGTCCATCGTCTTCAATCTCCATGACCCTTGTCT TTCTACACTTGCTCGTTTTGATGAATTGACTCGATAAAGTTCAGAGTCTTCAAGACTCTC TCGAAATGCGAGGAGGATAATGGGATTCCCATAATGGACTCACGGGGAGTTTTCACATGT CACAAAAAAAACGATAAAATGAAGATTGGCATTTTTAAAACTACAATTAGAATAAGCAAG GTTCTAAAGCATAACAAGGATATCTTTATAATGCAATACTAATTAAATCTTCATGAGAAG CAAAGCCAACATCCAACAACCTTAATGGTACTTAGAGATATGCAAATCAGTCAACCTAAA TGACACTACATAACGATACGTAAACTGTGCGGCGAAACCCCAAGTGTAGTGAAACCTTCA CACAAAATTGTTGGTAATTTCCAAATTTTATATTTAAAGAAAGGACTTAGCATGGGATAA ATAACGAATACAAATAGAGATGCATCATAAATTGAGTATCAATTAGCCGTTTTGCGCTTC AAACATTTGAAACAAACTTGAACCAATCATAAGAGGACAGCCTCATCAAATAAAACAGGA TCCCGATCACCTTATCACCCAAACATCTAACACACTAAGCGAAAGGACCATTCAATCGAC CTACTACATGGCTGTGACCTCGGACAGCTAACACAAGTGGCCACCAAGATAAAGATGGCC TTTCAAACCACAGATTTCCAAAATCCACACCACCCATACGGCATACAAAACGAAACTTTC ATGCAAGACGCCTGACAAACATGATATCTAAACAAGATAACAAGTTTGGGAGATAAATAC ATTATAGAGAATAAACAACCCTCATATATTCTTAAAGCGATACTCGAACCAAAAGCTTGA AGAAGGTTCGATTGAAAAGAAGCTTACAACTACAACTCCCGCGAGATAGACATCATGAGC AAGCTTGGACGAGACAACAAGGGAAAATTACACTCTAAACATACATACATGCATACAAAC AATCCAAGAGCCTGCTTTAACGAATAGACATCGATACTCGGATTAATGAGTCATTTCACA GAAGCTCTTGCCAATATGTCTTAACAATCTCATTCCAATCATGTGACGAATAAATAGTGT TCTACGAGATTAAGCTAGCATATATTGAAAGTTCTAAATGGCAAGCAAAGCAGCGACAGT GTTAACAAACCACAAAGACAAGCTCAACCGACCATGTATATTCACATTTTCGAGTATCTC AACATGTTCGACCACAAACTAAGAAAGGGCCAGCAAGTCGATTAACAAACATCACATGTC ATACGGCGAAGGCTCCTCGAAACAAATACAAAGTCATGACTAACTCGTGAAGACAAACAG AGAAGCAATGTCGACGAACCATCACATTGGGACAGAATCACAACGTAAGACATATTCCAG ACTTAAACAACCAAACGAAATATGATACCTCATGTTGACAGCACCACAAACCACGACTCA ACTCCATAAAGAAAATTTAAAATAATAAAGAAAAATGGGACATGTACCTTTCTCGGAGCA GCGGAACAGGGATGACGGCGAGCAGACGACGATGACTTCCCCACGCGACCCACGGCTAGA CGTTTATCTCGTTTGTTCTTCGTATTGGAGTCCTATTCCCGAAAAATCCCGACTGTTTTG CTACACGAACAGGACAGGAAGAAATCTTCTTCAAAGTCTTCCTAAACCAGAATTTCTAAC CAAATTTTCTAACTTCTTTTGGTTATCTCAGAAACAATGGAATAAACCCAGAATTTCAAA CAACGTTCCCAACCCAAAATTTCCTAACAAGAGACGGAAGAAGCAGAGTCTTTTTTTTTC GAAAATTTTCTCAACCAAAATCCCTAACCCTTTTCTGTGTCTTTCTTTTCTTTTTCAAAA ATCTCAAATATCTAACATTCTTTCAACTCCCAAAATTCCCAGCGCTCCAAGTTCTGCTTT TCCGAATTTTTCGATGAAAAAATCTCTCACCCCTTTTCTGATGAAGAAAAGGGGTATTTA TAGAGGAGAAGAAATAGCCCCCCTTTTCTCCTTTTGAAATCGAAACTAAATCCCGTTTCG GTCAAACTTCACATGGCACAGGCGTGTTGGAGAGGATGAAATTGACACCTCGCAGACCTA CTCGACAGCGTATGGGTCTCTGCGCTTCCGTTTGGTTCACGCGAAGAGAAAGATGGAAGG AGAAGAGCGTGGGGTTGTTGGAGTCTCTCTGTTTTTCGCGTGATTTCTGGGGAATTATGG GTTTTTGTCGAGAGGGGAAGGAGAGAGCGAGCGTGGGGGAGACGCGGGGAGAGGATAAGA GGAAGGGAGAGAGCGAGGAGAGAGCGTGGGGAGGGGGTCGCGTGGCTGCGCATCTGGGAA TTGTTTGGGAATTTTGGCTTTCTGTTTTGCTGGGTTCGCGTGGGGTGAGGGGAGAAGAAG GAAAGGGGAACGGGTCGGGTCGGGTAGGATGGGTTCTGGGTCGGGTAGGATGGGTTATGG TGAATTGGGTTGGGCTGGAGAATAAAAGAATTGGGTGTTGGGATTAATTTGTTGGGCTTG TTTTAAAAATGTGTGTTGGGTTGGTATTTTTTAAAAGAAATAAAAGGGGATGTTGGACTG GGTTGAAGAGGATGGGCGTCTGGGGGGAATTGGGCCTTGAGTCTGTGGGCTGTTGGGAAT ATTGGGTGTAAGGAATTTAGGCAAAATGGGTTGAGGACGAAAGTGGGCCTCGGAATAAGA GTGGGCTGATGGGTAAAGGAATGGGTTCAAGATATACATATATACATATACATATATGTA TATACATATATGTATATATGTACATATATTTATTTTCGCAAGGTTTATAAAACTAACTAA CTCATACCGACGCGGGTCAAAATTGGGTGTCAACAACTGTCCCTCATTTTACTTGGGTGG ATGCAAGCAACTCGAGGAAAATGAAGTTGACCGAACCAATTTTGACCAACTCCACTCGCC TTCAGGAAGAAGGATTTGTCAAAGAGTTTAGGAATTATGGCCGAACCCTTGCAAACGGGT CTCCTACATACCTCAGGCTATATGAGAATTCAGGCCACTTGTAGTTCGATAAGCTTGATT TACCGCACGATTTCAAAGAATCAAAAGCCACCTTGACACCGAATTATGAAGGTATCGAAA TGCTCGAGAATAGAATTCGAGAGCGAATGTTGGAATACAGCTGAGTTTTCAACATTGAAT CCGCCTACATACCCTTAAACCTTCGGAATCAGGCTGTGTGTAGTTCGACTCGATCGTTGG AAAAGGAAAACTATTATGCTAGCTAACCTTCGGTTTTGGACGAGTGACACATTAAACGAG TATGAAAAAGAGGCTTGTAACCTCTTAGCCATGAATGTGGCGCGCTTCACATCCATAATT AAGAACTTACACGGACATAATTTCCAAATCTTTTGGCGTATTGTCACTCAGATTGGAAAC TTGCTTCCGATAAAACAAAACTTTCGGAAGCGAGACAGAAATTGACAGGACTAGAGAAAA CTCGTATGCCTCGAGAGGGTGTTTCGATTGTGGTGGAAGTCGCTCCTCTGCTCGCGTCCT AAGAGTTTGACACTCCTCTTTGGACTGTGTCCCAGTTCGCTGCTAAGAAAAAGTTCCACG TTGTGCTGCATCCTTTTTGATGTCGTCCGCACCTGTGGTTTTTGGAGAATTCATCCTTTT GGATGCTCTCGACAAAGACTGAGATAAAACTCGTCAGCTTAAAAATGCAATTAGGATGGG AGACAGTGTCTTTTACCATGTCGACACTTCATTGTTCTCCTCCATGTTCGACGTCGACTC GATCGGTCTGACGTCCAGCAAATAAAGCTTATGCCTTGTGTTTTGCAATATCATCTTCAG TGTATTCCATACTTGCTGTCAAAATAAATAAATAAATGCTGATGCGATATTGATGTTTCT TTTGTTGTCATCTTCGATGCTCTCCATGATGTTTATTTTTATAAGAAATAACATAATGCA GTCGAGGCCAATGGATAAGTATTGCTCTTTCTTTATCCAAGTACGTCTTCTTGCGGGTCA TGAATATCTTCCCGCGATACGTAAATTCTCGCGAGATATGAATCTTCTCGCGATGCATAA CTTTCAGCGAAGAATAAAATCTTCTTGCGATGTGCAAACTTTGACGAGGCATGAATTCTT CTCGTCGTGCATAAATTTTGACGAGGCATGAAATCTTCTCGTCGTGCATAATTATTGACT CGCGATGCATGATTTCCGCGATGCATGATTCCGCGATGCATGAATTCCAGCGAGGCATAA ATTCTTCTCGCGATGTATAAATTTTGACGAGGCATGAAATCTTCTCGTCATGCATGATTA TTGACTCGCGATGCATGATTCCGCGATGCATGAATTCCAGCGAGGCATAAATTCTTCTCG CGATGTATAAATTTTGACGAGGCATGAAATCTTCTCGTCATGCATGATTATTGACTCGCG ATGCATGATTCCGCGATGCATGAATTCCAGCGAGGCATAAATTCTTCTCGCGATGTATAA ATTTTGACGAGGCGTGAAATCTTCTCGTCATGCATGATTATTGACTCGCGATGCATGATT CCGCGATGCATGAATTCCAGCGAGGCATAAATTCTTCTCGCGATGTATAAATTTTGACGA GGCATGAAATCTTCTCGTCATGCATGATTATTGACTCGCGATGCATGATTTCCGCGATGC ATGATTCCGCGATGCATGAATTCCAGCGAGGCATAAATTCTTCTCGCGATGTATAAATTT TGACGAGGCATGAAATCTTCTCGTCATGCATGATTATTGACTCGCGATGCATGATTCCCG CGATGCATGATTCCGCGATGCATGAATTCCAGCGAGGCATAAATTCTTCTCGCGATGTAT AAATTTCGACGAGGCATGAAATCTTCTCGTCATGCATGATTATTGACTCGCGATGCATGA TTTTCGCGATGCATGACTCCGCGATGCATGAATTCCAGCGAGGCATAAATTCTTCTCGCG ATGTATAAATTTCGACGAGGCATGAAATCTTCTCGTCATGCATGATTATTTATATTGCCC CCGTGAATAATAACGGCAAGACGACCTCCAAATAATATATCGACTTGATCGATAATGATA AAAATAATAATTGCATAGCTGTCTCTTCTGAGGTAATGCATTGTCTTGATCGACAATAAT CATCTTGCTTTGATAACGCGATGCAAATAGCGTCTTCTATAGAAATCGTGAAATCTTCGC TAAGATTCCTTTTTGATCCACCTTTGAATCTGGCCAGGCACTTTGTAAATTTCATGTATT GGGGAACGGCTTGAAATAAACAAACACATTCACAAGCATCTTGGCATAAAGATATGAAAT GCTTCTTGCTTTCAATAAAATCACCGGCTTTGGAAATAGTTTTCGCCTTCTCCGTATTCA TCAGTCGGAAGAATTCGGCCGATTTCGAAGTGAAGCTATAAACCTGCATCCACAGAAAAA TTGTCAGTTTTAAACATACTGATCTGTGTCGATCCCTTCGATTGTTTGCTCCTTGTCTTG ACGTCCTCGGTTGATTTCCCGATTTCTCGACTCTTGATAGATAAGAAAATATCTTATGCC AAAACAGATGAAATATAAAAGGGAAATTTTTAAGAGAAGCAAGAAATTTTTTAAGAAATA GTATCTCGAAAAAGTCAATGCCAAGTCATGTCATGTCAGGCTTAACGAGCTTCTTTGAGT CCGACGCTTGTCGAATGAATTTCAGAGGCATTCCAGACTTGTGGGGAAGTCCCATGACGA AATTTTGAGGCCATCCTCAAAATTTCTGTCCCAGTTTAGTATCTTGTTCATCTTTCCATT GTAACCGAACAGATCTCGGAATTTTTGAGATCTTCTAAAAAATTCTGTCCCAGTCGCAAA TTCGAAATGTCTTTAGTTTGATCCGCTGAAGAGAAGGTTCCTTCTGGAGAATTTTTGAGT CCCTCTCAAAATTCTGTCCCAGTTTCTATTGTAGAAAGGGGGGAATAGAATTTACGAGAT ATATGACCGAGCCCTTGTGGCGCCTACGTATCCCGTTGAGGCAGGAATCAGGTCAAACGT AGTTCCCCTTTAAAGGTTAACAAGAATAAAATTTACAAAGAAACCGACCGAAGCCGACAA AGGCCGCCTACGTATCTCATTCTTGAGAATTCAGGTCGAACGTAGTTCAGGTCGTAGAAT TTGGTCTTCTGTTTTGACTTGTTAAAGAAGTCTTACTTCAAATGAAATTTTGAGATCCTC TCAAAAATTCTGTCCCAGTTTCCATTATGGAGAGAAATGGAAATCTTCTGGGTATATGAC CGAGCCGTTGTGGCGCCTACGTATCCCGTTGAGGCAGGAATCAGGTCAAACGTAGTTCTA ACGTAAGGAATAATCAAGGGGAATAAATGGGGTGACCGAAGCCGACATAGGCCGCCTACG TATCTCATTCTCGAGAATTCAGGTCAGACGTAGTTCGTTACAAGAGGGATAAGAATTCAA ATTCGAACCAATACAAGCAAACAGAAGATTACAAGTAAATGGTGGGAAATGCAAAACGAA CTTCACACGTAATATCTCTTGACAGCATCTGAGTTGATAGGTTTGGGCCATACAGCGCCA TCCATCTCTGACAAGACTAAAGCACCTCCAGATAGTACTTTGCGGACCATGTAAGGACCT TGCCAGTTTGGTGCGAACTTTCCTTTGTACTCGTCTTGATGAGGAAAAATACGCTTAAGA ACCAACTGACCAACTTTAAAATTTCTGGCTCTTACTCTTTTGTGAAAAGCGCGAGTCATT CTTTGTCTATACAACTGGCCATGGCAAACGGCAACCATCCTCTTTTCATCAATCAAGGCT AGTTGATCAATCCGTTTGCTAACCCACTCAGCATTACTTAGCTCAGCTTCTTGGATGATC CTCAGTGACGGTATCTCGACTTCGACAGGTACGACTGCTTCTGTTCCGTATACTAGCAAG TATGGAGTAGCCCCAGTTGATGTTCTGACCGTCGTTCGATAACCCAGTAGAGCATATGGC AACATTTCATGCCAACCCCGCTGCTTGTCAATCATTTTCCCCAGAATCTTCTTGATGTTC TTGTTGGCGGCCTCTACAGCTCCGTTCATTTGAGGGCGATAAGCAGTTGACCTTCGGTGA ATAATCTTAAATTGTTCACATATCTCTTTCATCAGATGACTGTTGAGATTTGCACCGTTA TCAGTGATGATGGATTCTGGAACTCCAAATCGGCAGATCAGATTGTTGCGGACAAAGTCG GCCACCACTTTCTTGGTTACCGATTTGTAAGAGGCTGCTTCCACCCATTTGGTGAAATAA TCGATGGCAACCAAAATAAATCTGTGTCCATTGGAAGCGACCGGTTCTATAGGGCCGATG ACATCCATTCCCCAAGCTACAAATGGCCAAGGTGAGCTCATAGCATTGAGTTCGTGAGGT GGCACCCTTATCAAATCTCCGTGCACTTGACATTTATGGCATTTTTGCACGAATTTGCAA CAGTCGTTCTCCATAGTCATCCAGAAGTAACCGGCTCGAAGGACTTTTCTTGCCAAGGTA AGCCCGTTCATATGTGTGCCACAGACTCCAGCATGTATCTGTTCAATAAGCCTCACGGCT TCAGCAGCATCCACGCATCTCAAAAGACCCAAATCTGGAGTCCTCCTGTAAAGGACTTCT CCATTCAAAAAGAAATTGAGAGCCATACGACGTATCGACTTCTTTTGATTAGATGTGGCG TCTTCTGGATATGTCCCAGACTCCAAGTACCTCTTTATGTCGAAATACCAAGGCAAACCA TCTGGTTCTGATTCCACGTGTGAACAATGGACTGGATGCTCCTTCAAATCTATATCCAGC GGGTCGATGTAATCAATATCCGGATGTTTGATCATTGAAGCGATGGTGGCAAGAGCATCA GCTAATTCATTCTGTATTCGGGGAGTATGTCTGAACTCGATCTTGCGAAACCTTTTACAC AGGTTTTGCACATATTGTACATAAGGTACAATCTTTGGGTTCTTCACAGCCCATTCTCCT TGAACTTGATGGATCAAGAGGTCTGAATCTCCAATAACCAGTAACTCGTAAACATTCATG TCAACGGCCATTTTCAAACCGAGAATGCAAGCTTCATACTCAGCCATGTTGTTTGTGCAG TTGAACCGTAGCTTAGCCGCCATAGGATAGTGCTGACCAGATTCTGATACCAAGACTGCT CCAACACCTTTACCCTGGTGATTCACCGCTCCATCAAAGAATAATCTCCAACCTGGATAA ACTTCAGAGATATCTTCACCCACAAATGACACTTCTTCATCGTGAAAATATGTCTTGAGA GGTTCATACTCTTCATCAACGGGATTTTCCGCAAGATGATCAGCCAAAGCTTGTGCTTTT ATTGCCTTCTGAGTCACGTACACGATGTCAAACTCACTCAACAGCATTTGCCATTTAGCC AGCTTCCCGGTCGGCATCGCTTTCCGGAAAATATACTTCAATGGATCCATTCTGGAGATA AGATATGTAGTATACGACGACAAATAGTGCCTCAGCTTCTGGGCAAGCCATGTCAGAGCA CAGCATGTTCTTTCCAGCAAAGTGTAACGAGACTCGTACGGAGTAAACTTCTTGCTGATG TAGTAGATAGCTTTTTCCTTCTTCCCTGTCTCGTCGTGTTGACCAAGTACACATCCAAAG ACGTTATCCGAGACAGACAAATATAGCAACAAAGGACTCCCTTCTCGCGGAGGAACCAAT ACTGGTGGGTTAGACAAGTAGCTCTTGATAGCGTCGAAAGCGGTCTGGCACTCCTCAGTC CACTTAGTTGGGGCATCTTTCTTCAGCAACTTGAAGATAGGCTCACATACCACCGTCGAT TGTGCTATAAAACGGCTGATATAGTTTAACCTCCCTAAGAAGCTCATCACCTCTTTTCTC GTCTTCGGCGGAGGTAACTCCTGAATTGCTTTGATCTTGGAAGGGTCGAGCTCAATACCT CTTCTGCTGACTATAAACCCTAACAATTTCCCAGCTGGGACTCCAAAAGCACACTTGGCG GGATTTAGCTTCAAGTTGTACCTACGCAAACGTTCAAAGAATTTTCGCAGGTGTGTCAAA TGATCCGAACTCTCGCGGGATTTAATTATGACGTCGTCCACGTACACTTCAATTTCCTTG TGCATCATGTCGTGGAAGATAGTCGTCATGGCTCTCATGTAAGTGGCACCGGCGTTTTTG AGCCCAAACGGCATCACCCTGTAGTGATATACCCCCCAAGGTGTGATGAAGGCCGTTTTC TCCGCGTCTTCTTCATCCATCAGAATCTGGTGATAACCCGCGTAACAATCCACAAATGAC TGCATCTCATGTTTCGCACAGTTATCAATCAGAATATGGATATTTGGCAACGGGAAATTA TCCTTTGGACTAGCCTTGTTGAGATCTCTGTAATCAACGCAAATCCTGATTTTTCCATCT TTCTTGGCGACCGGAACGACATTCGCCAACCAGGTGGGATATTGCGTTACTTCTACCAAC CGGGACTCTATCTGCTTGGTGATTTCCTCCTTAATCTTCAAACTCAACTCAGGCTTGAAT TTCCGAGTCTTTTGCTTCACTGGCTCGAACCCTGGGTTGATAGGCAGCTTATGAGATACG ACATCGGTACTCAGCCCCTGCATGTCACTGACCTTCCAAACAAACACATCGCTGTATTCG GCAAGCAAATGAATCAGGCTCTCCTTCTGAGTTTCATTCAGGTGAGTGCTGATCTTAACC TCTTTGACACATTCTGAATCTCCCAAATTTACCGTCTCTGTTTCCTCCAGATTCGGTTTA TGTTGATTCTCGAACTGTCGAAACTCTTCTACTACATAGTCTGGTTCCCCACTTTCTTCA TCGTAGTCGTCAGCCTCATCGTCATTTACCTCATTTTGTTCGTTTAGCTCATGACATGAC ATGACGTTGGCAGGTTTGTAACTTACGTTACTGAAATCATAAACAGACAAAATTAGAAAA GTAAAACATAACAAGCAATCGAATAAACAAAGTCAAAATAAGGAGGCTTTCATTTAAATT GAATCAAGATGCAAAGTTGGGTCATGGCACAAGGCCACGTCGCCCTTTAAACAATCATAA CAAAATTCAAAATCAAGAAAATGCAGAAATGGTGGGTCTCGGGCCTCTTCCGAACGACCA CCGATTTTGGCATGCACAAAATAATTCCTTTCTACCCAAAAGTCCGGGACATCAGGATTG GTGTGGACGTCCAATTCTTCAGCATCTCCCCCGGTTCAGCATCGCGAAAGCCAGCTGGCT CGGCCTCCTCCTCTATGACGGCATTGATCTCCTTGAACAGGTCACAGATTCCTTCCCCGT CGTCTTCAGGCTCGGCATGCTCCCGAATTGGAAAGGAGTGATAGAGATGCGGGATCGGCT TAGTCAACTCTTGATCCCTTCTCCTCTTCATCTTCATATCATCATCTGTGGGGATGTACC CCAAACCATACTTTGATCCCTGAGCAAGGACCGGAACAGGCTCAATAATTCCTTGGGAAT CTCTTCCCAATCCGAAACCTGGCTCGAACCCATTTTGCAACATCACCGTGGCTATCATTT TGTACACGGTTGGCATGGAGTTGAGGGCCAAATCTTCGTTGGTGGCATTCACCAGCTCCA CCGTGTAAAAGTCTGTGCCTTGCGGCATCTCATCAATGACCGACACCTGCTTGCCCGAGC GACTTCCCTCGCCGTGAATCACTAACTCTTCATTTTTCCACACAAGCTTCATCATCTGAT GGAGAGTAGAGGGGACGGCTCCAGCCATGTGGATAAACGGCCTTCCCAAAAGAAGGTTGT AGCTAGTGTCTATGTCCAATACTTGGAATTGCGCACTGAACTCTGCGGGGCCCATTTGAA GGGTCAAAGTCACAGCCCCCAAGGTGTCTCTTTGCACACCATCAAATGCCCTTACATTGA CCTGATTCTGCTCCAGTTTCCCAAGGTCAAAATTTAGTTGCCTCAACGTCGTCAATGGGC AAATATTCAAACCGGACCCATCATCTACCAAAACACAGTTGACAACCTTTCCACGACATA TCACGGTAATGTGTAGCGCTTTGTTGTGGGATCTTCCTTCGACTGGCAACTCATCGTCAC AAAAGCTGATCCGGTGCCCCCGAATGACTTGATGAATCATAGAAGCCACGTTATCACTAC TTGTACCTGAGGGTACGTATGTATCATCAAGAGCTTTCATTAAGGCCTGCCTGTGGGACT GAGAGCTCATCAGCAAGGCCCACACGGAGATCTGAGCCGGAGTCTTCTCTAAATGTTTGA CGATGGAATAGTCCTTCGGTTGCATCCTTCTCCAGAATTCTTCTGCTTCCCCCTCGCTTA TCGGCCTCTTAGCATGGTCCTTCTTCTGTCCTCCGAAGAAACCTCATCAGGAGTGTAGCA CCTTCCGGACCTGGTCATGCCTTGGGCCACGGCAGTTTCAATGACAAATTTGGGCTTAAC GAGGGTTTTCGAAGGCACCAAGGCAACAGCCTTTGCAGGTGTCAGAATAACAAACTTCCT CCTCTCTTTGACACTTAAAGAAGCGACAGCCCTTTCCAAGTCCTCATTCATAATAGGGGT AATCATCTTTGTTCCACACCCGTCTTCATCCGTTTCAATCATATTAAGGTTGTCACCTCC ATGATTCGGCAACGGATTTGTGTTGACGTTTGGCACCGCCGGTTGAAGAGAAACTACCTC CTGATCGATCAGGTCTTGGATTTTGTGCTTAAGGTTGATGCAATCTTCCGTGTCATGTCC AACACGATTGGAATGATAAGCACACCTTTGATCTGGCCTGTAGAACTTTGAGTTGACATC CCCGGGTTTGGGCCCCACAGGGTGGATGTATCCATCTGCGGCTAGCCTCTCAAATAGTTT GGTCCGGCTTTCAGCAAGTATGGTAAAGTTCCTTGAAGGCCTTTTTTCAGATCTCGGACG GGAAGTATCATAATTGCTTTGCCGAGGGGGAGGCACCCGCTGATAATTTTGGGTATTTGT ACGAGGGGCTTGGCTCCGGGGATAAGGGTTTGCCTGGAAATTTGGCATTGGAGCTTGGTA ATTCGGGAGGGGGTCCTGGTATAATGGAGCTTGGACTTGATAAGTGGGCGGAGGTGGTCG GTAGCTCGACTGTACGTTGGCACAGTTGGGAGCAATATTCTGATAAGGGGATGGGATCTG GTATGGTTGAGGGTAATTTGGGAATATGGGAGAAAAATTTTGGAGATTAGAGGGTGGACC TTAGTACGACGAAATTTGAGCATTCTGATAGGTGGGGATAGTATTGTGGTTATTAGGATG ATTGGATTGTGGGTAGTAGGATCGGTGAGACTTTGGGGAAGGCCTGGAACGATCTTGGGA ATGTGACGGGTTTTTAGGGGTTTTTCTTCCCCCATACGAGACAGCGGCAACTTCCTCTCT TCGCTTTCTTATCAATCCTGAAGACCCAGGCGACGCAGATACACGGGCTATCTTCCCCGA TTTTAGACCATCTTTGATAGTCTCACCGACTTTGACTATCTCAGCGAATTTAGCTCCGAC CAGCAACATGATTCTATCATAGTACTCAGGCTCCTGTACCCGCACGAACACTTCCACAAT CTCTTTCTCGGTCATGGGTGGCCTTACCCTCGCCGCTTCTTTCCTCCACCTATAGGCAAA TTCCCTATAGCTTTCAGTTGGTTTCTGCTTCATCTTCTCTAGAGAATACCGATCGGGCAC TATTTCAACATTGTAGGCGAATCGGTCAATGAAGTCCTTAGCCAATGCATTCCAACTGGG CCACTGCCTGGTTTCATGTGAAGTAAACCACTCGAGGGCCTCTCCACACAGACTTCGGCT GAAAAGCCGCATCAACAAGGCCTCATCCCTGCCAACTCCCACGAGCTGGTCACAATACGC TCTCAAATGCGCCATAGGATTGCCCACTCCTCCGAAGGTGTCAAACTTCGGAATTTTAAA ACCTTCGGGAAGGTTCAAATCTGGATGGATGCACAATTCTGCGTAGCTAAGTCCGACGGC GTCTGGGATGCACTGCAGCTCTTTCATAGCCCTTTTGATTTCTTCCTTTATATCGATCTT CACTTCTTCTTTCGCCTTCCATTCTCTTTCCTGTTCTTCATAGTGATCCAACTCAGAACC GTGCACCTCGTGCTCGGCAGGAACGGGAACTTGGAAGGTGGCTCTTTTTGGTAGGGGTGG AGCTATAGAGGGACTTGGAACGTTTTGGACGGTCTGGTAGTTTTGTGGGTAGGCCTGAGG ATTGGTGTTCTGACTCAAATGCGGATGAAATGCTTGGGTATTGAAGGCAGTTTGAGTTTG GTTTTGATTTTGTGGCGGTGGGGCAGTTTGAGTATTCTGAGGATGGGGTGGTATTTGAGG GTGGTTATTTGGAAGAGGTGAAGGAGTTTGGTAAGATGCAGAAGCGTATTGAGGGTTTTG GGTTGTGAGGTCAATCACAGACGGATTATGCACAGGTGTAGAAGGCTGGTTCTGAGTTGG ATCTATGTTTGATGAAAGGAAGTAGACCGGAGGTCTTGCATCAGCAATATTAGTACCAAA TCCAGGTGGAGGCGCATCCTGTCTCCGTTGCATTTCAACTTTCATTTCAGCAATCTGTTG CATCAGTTGCATGATCAATTCGTTCTGTTCCACTACAGTGGGCTGAGCCACCACAACGTC TGTAAGACGCCCTTCGTCATTGTTGTCTCCCATAACTATTTTTCCTTTGTCTGAATTTGA TCGAGGGAAGGAATCTGTAGGACCTTTTGACCTGGTGAAGTAAGAATGATCTGCCAGCTT TATCGACACAGATCAGTAAAAGGTACCTGAGAGGTAGAAACAACTCAAAGGCAAATTTGT TAGTGCATATCCAGAGTACAAAATGCATAATATCGCACATAAAACAGATAAGCACACAAG TCGTTTTGTTTGAGGATATCTTAACCCACGAATAAGGACGGATATATATTTTGAACAAAC AGGAATTTGTTTGTTTGGAGATATCTTGGGAAATCTGAATCACGTTGAGCTATGGTCTTC TTGCAGCTGCTTTGCGACGTCTGTTGATCTTATCTTCGTATCTCCGAAACATGGAGGAGA ATGAAAATTTTCTGTGATAGGGGCCGGGCCGGGAAGGCTGCCTACGTATCTCACGGGGAG AATTCAGGCCCAACGTAGTTCGGATTTTAGGATGAAAATTTTCCATTCATTCTTTCGTTG TGATTACAAGGGAATTGAAAAACAACATTGAGATTTCTAGAAGACCACATTTGGAGATTT CTTGTCTTGTGGCTGCGCCATTCCTTTCCTTTCATGCAGTCGAAAATGGAGGCTTGTAGA CGATTTCTTCTTCATCATCCTCCTCAATCACTTCATGGCCGGGGCCACTGTTGCCTGTTC CCTGATCACGGGCGAGGTATTTTCCGCCCTTTGGGTCGCTATGGGTTGCCAATTCCTCGT CGAGCGCCGTGCTTCTGTCCAACAACACAGCAGTCTCGATATCTATCTTCGCCTCTCTCG CCTTTCCTTCGTGTATCTCCAAACGAAGCAAGTTCAACCTTTTCCTTAGGCTTTCGGTTT CCATCTCAACCTCCTTCTTTCTCTTTATCTGTGACGCCAGATCTTCATCCAATGTTGTGA CCGCAGCTTTGTAGATCGCCGTGGTCGCGTCTACTTTGAGTCCTTCTTCCTTAACCTTCT GAATCTCTCGAGTGACTCGCTCGATCTTTCTTTGCAATTCCTCCTCAGTGAGCTCCGTCT GGACGTTCTTGCCTTTGTCCATAGCGGTGATTCGACTTTCCTGAGATGATAGAGCGGTAT TTAGGATTTATGGTATGGATTTTGTGTGAGAAACTTGGGACTCGGGAATTTTGGTCGGAC ATTTGTAATGTTGGCTTCTGTATACTCTTTTGAATTTTGGCTAGGAGTGGGTTTACGATA TCCTCAATCAAAGCAACATAACATATAAACATTTAAACAAATATATCGTGTCCTAAACAT GCATGTGACCCTTTTGTGCCAAGGGTAGGCCTAGCGATCTGAAGGATGTATTGCGCCATT TAAATAAGTAATTGTATCCCCGAAACAAATTTCACTAGATGTCATAGCGTTCATTACACA ATCAAAATTAAACGGGATATATCTTGGGAAGGGGATGTAGTGCAAATACACATATAAAAT CAATCCCACGCAGGGGAGTTAAAAGGTCGATGATCCAGCTCCTCTTCTGGCCTTCTCCAC TTCTTCTCGGATAATGCATTTGCTGGTGAACACGTATGGCTCCGCGAACGCAGCTTTGGA AGATGTTGGTACGGCTTGTAAGGTGTTCATCTGCTCGTCCAAAATAGTGTCCAAACGCAT TAGACAAGTCCTTGTGTCAGCTAATTCTTGTGACATTACGGCTAAAACTCTCTGATTTTC TAATTCCCGGAGTTGGTACGCTTGCTCCCTTTGTTGAAATTCCTGTTCTTTCTTATAGAA TTCCTGCTCCCTCCGGTCCCACTCTTGCTGAAAATGGTACGCGTGAATCTGAAGCCTTGT CTCCACGTCTTCGATTTTCCGACTTGTGCGTGGTGTCGGATCCACTACACCATGCAAATT ATTATGCAACCATGTCTTATATTCGTCGACATACCCAGCTCCATACCTATCTTCGGTGAC CTCCCACTTCATGTTGACACGTCCGGCCCATTCCTGGAGGATAATTTTAGCGAAAGGTAT TTTGTCCTTCCCGTTGTAATCAACAATGAAAGAGCTGGCATCTCCTTGGGCGGGTATGAT TTGGACTTTCCCAAATTGCCGCATTACTCGTGTCGGGTTGTAAGGACGCAATCCTCTGAT GCCGGGAAGGACTAAAAATGGCAATTTGGCCCCTTGGGCTGCTATCATCTGAGACCTGAA GCTCGGTAATACCCATTGTATGTCTCCTTCTTTCAAATTGTAAAACACCTTTGCCCACGC ATCCCTGGTGGTGTGAATTGGAAATTTACGGATACTCAAGTAGAACTCGTAATTATTGAG AGGACTTGTTTGACTTGGTTCGGCCAAACCATGTAGCTGGGGGTTGTCTCTTTTGCATAG ATGCTCCGTCAACCACCATTGAAGTAAGATGTTGCAACCTTGGAAAAACGGAAAACCATT CTTGCACAGGCTCAAAGATCGGTAAATGTCGGACAGGATGACTGGGGCCAAACAGCAATA TTTCTTTTCTTCAGATTTTCTACCGACTCCTCTGAACATGGCATTCACTACCATTATTAC CCGGGTGTCGATCTCTTTTCCTTCGTCTTTAGGGAACACCATAGTTCCCAAGAGGCATGC GGAGAAAGCGATAGCTTGAGTTTGCCTCCAAGTACTGTGATCATGGAATTCGTCCGGGAA CAATCTAAAATAATTGTCGTGCCCCCACCTCTCGAAAAACCTCATCAGTGGAATGTTGTG AGTCTCTAGCCAATTCGCATTCACTAGGGATAATATGTCTCTTAGCTCAGTCTCGGTTGG CCTATCTGGCAGGAGAATGTGATGATCGGGACGCTTTTTCCTTTTGCCACACGTCCCAAT CGAGTCAAGGCAATCTTTGATCTCTTCTAATGTGGGTTTTATTTCGACATCTCCAAATCG AAAGACCATCTTCTTATCGTCCCAGAATCGGGTGATGACTTCGATAAACGTGGGCCATAC CTTGAAGTCCATTATCGAAGGTAGGTGACCCAAGTAAATCGAGATCTCTCTCTTCTGACA CTCCTTAAGATTTTCCCACCATACTCGAAGAATGTCGGGTGCCTGGGTGACCATTTTGAA GTGAAGGAACTGACTTGACATCTACAAAAACATACAACTAGTTAATTTTCAATCCCCCCG ATACAACAACTCGTTAAACACGCAATACATCCTTCAAATTTAAACAACAAACATGAGCGT CCTATCGAGCCGCAGGCTCTTTGGACTCAAGGTGGACTTTTCTAATGGGCCCGACACTCC TTGGGTGTCGGGTCATCTTAGGCCAATGCGCTATTTTCGGGATTTGGTTTCGCTCTATCC TAGTTTGACTAAGAGTGGGTTGTATTTAGAGTGGAATGGGTAACCCAAGCGGACTACTTG GGCTGGAACAATTAACGATCGTTGACTATCAAGTAATCAACTACACTCGTCAGGGTGCCC CGAGAAGATTTTTGGTTAACGAACGACTGCGAACCCGCATAATCGTCCTTTAGTGGAAAT GTAAAAAAGTGTCGTTTGACGGAAGTATGTATGCTATGTATGCAGCAGTTTAAAAATCTA AACAATTTAAACATTTAAACAGTTAATCACAAATAATCAAATACGTTAATCTTAAGGTTA GAATCCTCCAAGTCCCCAGTGGAGTCGCCATTTCTGTTTTATCGAAAAAGGGTGGTGATT TTCGAAAAGAGTTTGTTTTTAGACTTTTAGGAGTCGCCACTTAATTTTTAAGAAAAATCA AGAAAACTTCGTTTCTAAACAACTTAAACAGAAAAAATTGTTTTGAAACATTTTAAGGGT TCGGGATTCCTATTAGTATCTTAGGAAGGTGTAAGGCACCCAAAACACTCCGTTAACTTA CGGTTTTCCAATGATTAACTATTTGATTATTTTTATTTTTAACCTTTGCAAATTTATTTG AACTTTTAACATGACTTACTTAGCCAAACTTAGCCAATTTTGAAATATTTATTGTTTATC TTGCCAGTTTACGAAACCATTTCAAAGTTAAGCTTACTCAAGGTTTTATCTAAACAAGCC TTACGAATTTGAAACAATTTATCATTTAGAAGTTAGTTTTAAAATTTTTTAGGTTTGATA AAATAACAGGCGTTCGATGAGGGTTTGGAGTTTCCTAATCCTAAGCTAACGGCATTGAAA ACAAAATAAGATAAGCAAATAGTAAAGAGAAGGATAGAGAGAGAGAGATTTGGGTCCAAC TCCGGGTTCTGTTATCCTTGACCGAATGTTGGACCCACCTGCCTTTGGGTTTTTTAGCCC ATTTCTGTACCTGTCCTAATCTAAACATACAAACATAATATAGAAAACAAAAAAACGACA AGAGGGCTTAGGCCCATTACAAAATATGCAAAGTAAAATAAAACGAAAGAAAAGTCTTTT AGTCCATCGTCTTCAATCTCCATGACCCTTGTCTTTCTACACTTGCTCGTTTTGATGAAT TGACTCGATAAAGTTCAGAGTCTTCAAGACTCTCTCGAAATGCGAGGAGGATAATAAGAT TCCCATAATGGACTCACGGGGAGTTTTCACATGTCACAAAAAAAACGATAAAATGAAGAT TGGCATTTTTAAAACTACAATTAGAATAAGCAAGGTTCTAAAGCATAACAAGGATATCTT TATAATGCAATACTAATTAAATCTTCATGAGAAGCAAAGCCAACATCCAACAACCTTAAT GGTACTTAGAGATATGCAAATCAGTCAACCTAAATGACACTACATAACGATACATAAACT GTGCGGCGAAACCCCAAGTGTAGTGAAACCTTCACACAAAATTGTTGGTAATTTCCAAAT TTTATATTTAAAGAAAGGACTTAGCATGGGATAAATAACGAATACAAATAGAGATGCATC ATAAATTGAGTATCAATTAGCCGTTTTGCGCTTCAAACATTTGAAACAAACTTGAACCAA TCATAAGAGGACAGCCTCATCAAATAAAACAGGATCCCGATCACCTTATCACCCAAACAT CTAACACACTAAGCGAAAGGACCATTCAATCGACCTACTACATGGCTGTGACCTCGGACA GCTAACACAAGTGGCCACCAAGATAAAGATGGCCTTTCAAACCACAGATTTCCAAAATCC ACACCACCCATACGGCATACAAAACGAAACTTTCATGCAAGACGCCTGACAAACATGATA TCTAAACAAGATAACAAGTTTGGGAGATAAATACATTATAGAGAATAAACAACCCTCATA TATTCTTAAAGCGATACTCGAACCAAAAGCTTGAAGAAGGTTCGATTGAAAAGAAGCTTA CAACTACAACTCCCGCGAGATAGACATCATGAGCAAGCTTGGACGAGACAACAAGGGAAA ATTACACTCTAAACATACATACATGCATACAAACAATCCAAGAGCCTGCTTTAACGAATA GACATCGATACTCGGATTAATGAGTCATTTCACAGAAGCTCTTGCCAATATGTCTTAACA ATCTCATTCCAATCATGTGACGAATAAATAGTGTTCTACGAGATTAAGCTAGCATATATT GAAAGTTCTAAATGGCAAGCAAAGCAGCGACAGTGTTAACAAACCACAAAGACAAGCTCA ACCGACCATGTATATTCACATTTTCGAGTATCTCAACATGTTCGACCACAAACTAAGAAA GGGCCAGCAAGTCGATTAACAAACATCACATGTCATACGGCGAAGGCTCCTCGAAACAAA TACAAAGTCATGACTAACTCGTGAAGACAAACAGAGAAGCAATGTCGACGAACCATCACA TTGGGACAGAATCACAACGTAAGACATATTCCAGACTTAAACAACCAAACGAAATATGAT ACCTCATGTTGACAGCACCACAAACCACGACTCAACTCCATAAAGAAAATTTAAAATAAT AAAGAAAAATGGGACATGTACCTTTCTCGGAGCAGCGGAACAGGGATGACGGCGAGCAGA CGACGATGACTTCCCCACGCGACCCACGGCTAGACGTTTATCTCGTTTGTTCTTCGTATT GGAGTCCTATTCCCGAAAAATCCCGACTGTTTTGCTACACGAACAGGACAGGAAGAAATC TTCTTCAAAGTCTTCCTAAACCAGAATTTCTAACCAAATTTTCTAACTTCTTTTGGTTAT CTCAGAAACAATGGAATAAACCCAGAATTTCAAACAACGTTCCCAACCCAAAATTTCCTA ACAAGAGACGGAAGAAGCAGAGTCTTTTTTTTTCGAAAATTTTCTCAACCAAAATCCCTA ACCCTTTTCTGTGTCTTTCTTTTCTTTTTCAAAAATCTCAAATATCTAACATTCTTTCAA CTCCCAAAATTCCCAGCGCTCCAAGTTCTGCTTTTCCGAATTTTTCGATGAAAAAATCTC TCACCCCTTTTCTGATGAAGAAAAGGGGTATTTATAGAGGAGAAGAAATAGCCCCCCTTT TCTCCTTTTGAAATCGAAACTAAATCCCGTTTCGGTCAAACTTCACATGGCACAGGCGTG TTGGAGAGGATGAAATTGACACCTCGCAGACCTACTCGACAGCGTATGGGTCTCTGCGCT TCCGTTTGGTTCACGCGAAGAGAAAGATGGAAGGAGAAGAGCGTGGGGTTGTTGGAGTCT CTCTGTTTTTCGCGTGATTTCTGGGGAATTATGGGTTTTTGTCGAGAGGGGAAGGAGAGA GCGAGCGTGGGGGAGACGCGGGGAGAGGATAAGAGGAAGGGAGAGAGCGAGGAGAGAGCG TGGGGAGGGGGTCGCGTGGCTGCGCATCTGGGAATTGTTTGGGAATTTTGGCTTTCTGTT TTGCTGGGTTCGCGTGGGGTGAGGGGAGAAGAAGGAAAGGGGAACGGGTCGGGTCGGGTA GGATGGGTTCTGGGTCGGGTAGGATGGGTTATGGTGAATTGGGTTGGGCTGGAGAATAAA AGAATTGGGTGTTGGGATTAATTTGTTGGGCTTGTTTTAAAAATGTGTGTTGGGTTGGTA TTTTTTAAAAGAAATAAAAGGGGATGTTGGACTGGGTTGAAGAGGATGGGCGTCTGGGGG GAATTGGGCCTTGAGTCTGTGGGCTGTTGGGAATATTGGGTGTAAGGAATTTAGGCAAAA TGGGTTGAGGACGAAAGTGGGCCTCGGAATAAGAGTGGGCTGATGGGTAAAGGAATGGGT TCAAGATATACATATATACATATACATATATGTATATACATATATGTATATATGTACATA TATTTATTTTCGCAAGGTTTATAAAACTAACTAACTCATACCGACGCGGGTCAAAATTGG GTGTCAACAACATTTTTAAAGAGTTGTGACTTTTATGAAAAATTGTGACTTTAATAAAGA GTCGCGATTTTTATAAAGGTTGTGACCTTTCTAAAGGAATGCAACTTTTTTAAATAGTTG TAAACTTTTTGATAACACACAAAATACATTTGTTCACACTTCTTTGTTGTCTATAAATAG AGGGATTTTCTTTTATTTTAAAACAACAAAAATTCTTAAACCTCCTCCTCTTCTTCTTCT TTTTGCACAATTAAATAGTTATGTATTTTGCTCATGTTGAGTGACTCACTGAAACTATTT CTTATGTAACAGATCCTAGTATGTAATTTTATAGTCACTAATTTATGCTTATGTTATTAA GGATAAATGATAAGATTTGATAATTTTCATTTTCCTTTACATTATTAATATTTGTTATTA CATAATCTTGTATGTAAGATAATATATATAGTGTTTTAGTTTTAATGATCGATAGATTTT TAGTATTATTTTATAAATTAATGAAATACACGTCTTATTTTTCCCTTATTTTCAATATTC CCTTTTATTTCTAAAAACCTCTAAAATTCCTTATTTATTTAATGTAACTGAGTTACATAT TAATGTATCTAAATCAATATTTAATATATTTGAGCTGCATATTATGTATTCGGTTTATTT TATAATGTATCTGAGCTAGTTCTTAATGTATTCGCGCTGCATATTAATGCATCCAAAAAC TAGTATGTAATGTATCCAAGCTACATATTATGTATCCTATTTATGTTATGATGTACCCGA GCTACATGTTATGTATCCGAGCTACATGTTATGTATCCGATTTATGTTATAATGTATCCG AGATACTCTTTAATGTATCTGAGCTACATATTAATGTATCCGATTTGTGTTACTTTTAAG AGATTAATGTAATTACAAACTAAAGAGGGATAGATTGTAACTTCACATTAAAACTCTGTG ATTTCTAAAATTTATCCAAAATCTGTAATATTAAATGCACGAATAGTTTTACTAGTATAT ATATAGCATATCAAACTATGTTTTCACTTTAAGTTGAAAGGGTTTGTGTATATATATTCC ACACGCATATATACAAACTTATTATCAATATTATTTTGGTAATTTTTCATTCATTTTTTT CGCAACCAAAATATTCTTTTTATGGGCAAAAAACTACTTTATAATTAGTTCCTCCAAGAC AAGTAAAATATTAGTTTTAGCATCCTTAGGGTAAGCATCATAACACCTTTCCTTAAAAAC ACTTACACTGTTGGATCACATTTACCGGAATAACAACAATATTGATCGGTCTTAAAAATC GTACAAGGATTGTTATAACATCCTCTGCGAGTTTTTAGCACTCATGGACAAATCATGTTA ATATCAACTCTACACCTAGTGCCACGAGCACGCCCATTCGATATAGGGCTAAATTCTATT GACACGTTGAATCTAGCGATGAAATAGACATTCAAAAAATTAAAAAAATATATCATCTTA AAACTTCCACTACATAAATTGTGAAAATTTGTAACTCTTTCAATACAGAATTAAATGGAT GGAATGATTACAAGGAAAATTTCTATAAGGGAGAAATTTAATAGGTAGCCACTTATATAT TTGATAAGTGTAAGACATCATATTGAAGGAGCAATAGAGAAAATTCATCACATGAAATCA TGATATTAATTATGGCTATATTATATTACATACTGTCATTTAATCTAAATTACCAAACTG CAATGATGATTACTTCTTTAATTTCTGGAGATTCAAAGTTAATTAAAAAAACTCTGCTAA TGAAATTAAGAAAACAGGACTGTTGGTTCATTGGTTAAGTTTGACTATCGATTTAGCGTG TTATAAATAAAAAATACACAAAAACCTAACTGAACCAATCAATAACCACATGGACAATAT CCAATACGAGTTATGAACCTGCCAATTTATTAGCACTAGGCATGTTCAGGGATGGTCGAC AGTGTTAAAAAAAGACATGTGTCATAGGCCTTCAAATTTAAATTATAACAGTCGTAAATT ATTATTTTTTAAAAAAAGTTTAACATTTCATGAAAAATGAAGAAATCATTAGAAGAATTT TGACATATTTGGAATACTATATCTCATGAAAAATAATTAAAAATAAGAAATGATTATACT ATCACATGAAAACTAGACGAAATCAATTATATAAAAATTATTAACAATTTAAGTTTAAAA CCCCATTTAATTTTTACTTTAGAACGTAATACGCTTGAGCCGCCCCCTCGATTTAACCAG GACGTAAAAGTACTAACGATATTATTGTTTATTCATTATGATAAAACTATATTCAGTTGA AGGGAGACATACATAACACACGTTGGAGATTATTATCACATTAAGGCAACATAGTTTAGC AGACCGTTTAAGATGCTTATTATTTTGGTAATTTTTTCATACCATTCAATTTGTAGCAAA ATATGCTTTATTGTGGCATCAATTATGGGCAAAAAACAACCCTATAATTTGTACTACCAC TAGGGCAAGTGAATAAGCTAGTAGGATCATCTTGAGGGTAGCTATACGCATTAGGGCACC TTTGTTTGAAAAATCTCGAAAATTTTGTAGGACCACATGGGCCTTGAGTACAACAATATT GTTGTCCTCCGAACGTGGTACAAGGGTTGTTACATCCTCCGGGTACCCTAAGTGGACTAG GGCATTCACCGTTTATATTAGCCGTGCAATGAATTGCATGGCATTTTCCTCCACTAGGAT TGGTTGGGGCGAAAGTCATCGGTATATTAAATCCGTCAACCAAAGAAATGTCCCAGAAAT CTAGGTTGCTGAATTGGTCCAAAGCATATTCAGCTAGGGTGTTTGGGGGTTTGCCCCACC CGGTACAGTGTAGGACCCCACCACAATCACCAGTTTGGCATGAACCTCTACCAGCACCAT TAAAATTGCAATTAGTACGACCCCATATACGTGCCATCTTAGTGCCCCTCGGCGCATTGA TGACCCATGTTTGGCCTCGATCGAGACGTCGACCACCGCCTATCGGGGTCGATGCTGCCC AAACGGTGTAGGGACAATTGTTGCGTACCTCGATAGTGGCAGCATAAGTGTAAGTCACTA AAGCAAGGAAGAAGAAAATAAAAGAAGATGTCAAGTAGCCCATGTTTGTGTACATATTTT TGTTTATTTTTGATATATAGTTACATATTATTGGGTAGTTTATATAGGGGTGTGACAACT TTTGGCACCTTGCACATTTAGAATTCCACTATATAAGTTGTGGAAATTTTTACCATAAAG AATTAAATGGATGGAATGATCATATGGAAAATTCCTCTAAAGGAGAAATTTACAAGCCAC TTAAATTGGAGGAGGAATAGAGAAAGTCATCACATGAAGTGATATTAATGACAATATTAT ATAATTGTCTTTTAATTTGTTAGCAACAATAAAAAATTCATAGCTAATTCCTAATCTGCA AAAATGATTAATTCTTTATTTTCTAGAGATTCAAAGTTAATTAATTATAAAACTCTCCCA ATGAATTTAGAAAACAGGGAATGTTTTTTGGTTCGTAGGCAAGAAAGTTTTTGGAATTAA ACACAACAAAAATAATCCTCATATCCTATTTTTAACTAATACTTTAATGTGTCTAGATTT TTATTAATATGTCTGCTTTATATTAAAATTTCATTTTTTTAAAAAATAATAGGAAAATTC TCAGACCGTCCATAAAGAAAAATCAAAATTAAATAGTTTCTTCTATTCAAAATTAAGATG AGTTGTCACCATACTTTTAGAATTTTTGATTTTTTTATGCAAGAATAAGACTTACGAGAA CAAATGGTAATCAAAATAAGATAGGAAAAAGGGTCAAATTTCCTTTTTTTTTCGCCTAAC TTATTTTATTAACTAATTCATATTTAGTTGTGTCTAAAACAGGTTTAACTGATAAAGGTT AAATAAAAAAAAATGTTACTACTGTGTTGATTTATCAATTTTGGGTTATTGAATTAACCG TCTTAGAATATTAGTTCAGCTTCCAATTTTAAAATTTTAGTTAATGATTAAATCAATAAC CTAATAAAATTATATTAAAACTACTTTTTTTTATTTTTATTTCTATTTATATAATAATGA CTTTATTTAAACTTCAAATACAAAACCTATTTTCTTTTGCATTTTATAATCAATGTATTG ATGCTGATGTGTTTTGTGCACTTGTTAAAGTTGTGTTATTATATTATTTTAATATTAATA TAATAAATGAAGCAGTGTTTTTGCTTGTAAATTTCTAGATTTCTATTTATGAAGTTCTGA CTTAAACGTATCTAACGAATAATTAAATAAAAAATCAAGTATTTAAGGATCGATAGTTGA TTATCTAAATTATTGATCATTGATTTAGCATGTTTATAAATAAAAAATCGATAAACTAAA CCACAAAATCTAACCAGTAAACATTGAGACCATATCGAATACACCTACAAGTAATTCATT AATAAGTTTCAAATTCAATATACAACAACAAAAAAAAAAGGCAAGAAAATGTTGAAGTAA AGTAAATAACGACACACGATTATTAAAGATATTATTATTTGTTCATCAATGATCAAAATA TATAAGTTGAAGGGAGTGTGTATACATTACACAAATAAGATATTATTATCTCACCCAACA TAAATAGTTTAACAAACCTTTTAAGATACTTATTGTTTTGGTAATTTTTCATACCATATA ATTTGTAGCAAAATATGCTTTATATTGTGGCATTAATTATGGGCAAAAAACAACCTTATA ATTTGTACTATCACTAGGGCAAGCAAATGTGCTAGTAGCATCATCTTGTGGGTAGCTATA GGCATCAGGGCATCTCTGTTTGAAAAATTTCGACCACTCAGTAGGACTACATGGACCTTG GGTGCAACAATATTGTTGTCCTCCAAACGTGGTACAAGGATTGTTACATCCTCCGGTTAC TTTAAGTTGACTAGGGCATTCACCGTTTATATTGGCGGTGCATTGAATTGAGTGGCATTT TCCTCCACTGGAATTGGTTGTGGCGAAAGTCATCGGTATATTAAATCCATCGACTAAAGA AATGTCCCAGAAATCTAGGTTGTTAAACTGGTTCAAGGCGTATTCGGTCAAGGTGTTTGG CGGTTTACCCCACCCGGTACACTGCAAGACTCCACCACAATCACCAGTCTCACAAGAACC TCTACCAGCACCGTCAAAGTTGCATTTAGTACGACCCCATATACGTGCCATCTTAGTGCC CCTCAGTGCATTGATGGTCCAAGTCTGGCCTTGATTGAGACGTTGAAAAATCTTTTTTTT TTCATGTTTCTTGTTTATTTTAAATTTTATATATTTGTTTGTTTGTTTTTTTCTCTGAAA GAACGTTTCTCTCTTCTTCTTTTTTTTATTATTTTATTTTATCATTATTTTTAGTATATT ATTATTTTATAGTTTTGTCTTCTTCTTTTCTTTTTTTTTTTCCAATTATTTTGTACTAAT TTTGTTATTCTTTTATCGTTTTTTTTAATTGTGTTGTTATTATTTGTTTTGAAACATTTT AAGGGTTCGGGATTCCTATTAGTATCTTAGGAAGGTGTAAGGCACCCAAAACACTCCGTT AACTTACGGTTTTCCAATGATTAACTATTTGATTATTTTTATTTTTAACCTTTGCAAATT TATTTGAACTTTTAACATGACTTACTTAGCCAAACTTAGCCAATTTTGAAATATTTATTG TTTATCTTGCCAGTTTACGAAACCATTTCAAAGTTAAGCTTACTCAAGGTTTTATCTAAA CAAGCCTTACGAATTTGAAACAATTTATCATTTAGAAGTTAGTTTTAAAAATTTTTAGGT TTGATAAAATAACAGGCGTTCGATGAGGGTTTGGAGTTTCCTAATCCTAAGCTTACGGCA TTGAAAACAAAATAAGATAAGCAAATAGTAAAGAGAAGGATAGAGAGAGAGAGATTTGGG TCCAACTCCGGGTTCTGTTATCCTTGACCGAATGTTGGACCCACCTGCCTTTGGGTTTTT TAGCCCATTTCTGTACCTGTCCTAATCTAAACATACAAACATAATATAGAAAACAAAAAA ACGATATTTTTGTGAAGTTAACTTTTTAATAAATGATAAATATAATAAATTTCAAAAATC AAATATATTTGGACGACTACTTAAATGTTTCAGTTTATTTTTTGAGCCAAATTTTTATCA GTGTGAATTGAATTGATTCAAAATTTGAAAAAGAAAAATATTTTCCACCTCAATTTTTCT ATATATTTTGTGTAAAAATGATTTTTTTTTCCCGAAGTTCTTAAAGCAAACTTGACAATA TCACAAAATATTTAAATTTCATTACTTCAAAATGATCTAAATATTCCTGCTGAATATGAT GTTAGTTTATAATGAAATTAGACGAGAAATTCCTGAATATGACTGCCCACGTGAATTTTA GTTTTTCTTTGACAAAGAAAAACATGGCAACTACTTATTAATTTTTTTAAATTGATCAAA TATTTATTTTCAAAAATAATTAATTATTAAGAGTATAATTAAAAAATTATTATAATTTAT ACATTAATTTTACAAAATAACAAATATTACGAACTAACTATTTTATAATAAAAATGACAT ATAAAAAGATACGGAATAAAAATAATCACATATATCAATAATATTACATCGGAATAATGA TGAGGAAAATTTTCCACGAGTCACTATTCCACGTCCGCATTTAATTCTTCATGAATATTT TTTGGTCTTTTTGGGAACCTTCTCCTAACTTTACTCGTATCGAATTTAACTAAATCTAAA TTCTTATTAAAAAATTCTATATTAAAAATATAATATTTGTGATTTAAAATTGTGAACATC TAATTTTTTATCAAAATATAAAGAATCAAACACCAATTTTTTTAAAAAAAGGTTATATTT AAAATAAAATAAAATAATAATAATAAATTGTAAATTAATAAAACTAATAAAATCAATTAT AGTTTATTAATAAAAAAAGAATTGATAAATAGAAGTTGGGAATTTAAGTTATTTGTTAAT TATCTAGTTTAAAAATAATTTAAGTTATTTGTTCACCTTATCCTAATTATTCCCAACTTT CTAACTTATTTTACTAAAAAGTTTCATTCCATTAATTTTGATTTTTTTTTCTTCTGACGT TCATTTGACTTTTTTTTTAATTTTTTTTTTAAATTTAATTTTCTATTATTATTATTTATT TATTTTATATCCTTATCTCAACCCCAATTCCCTCAACAATATTTCAAACTAAATCCTAAT CCAACTCTATTACTATCCATTTAATTAGCATCAAACTCTCTCAGTTGAGAAGAAAACAGA GAATACAGACAAAGAAGAGACACAGACACACAGATACAGAGAGAAATATAGGGGAAAAAA ACGAGTTATTTCTTTTGAGAATTAGGCTAGAGTCAGAAATTTGGAAATTTGATCGTGATT CCGAATTTGTGGATACAGCTCGCTTTTTGTGGTATCAATTTTCGCAGCGAGCTAACTATA AATTCTCGCGTGATTTAAATAATACTACTTCTATGAAAAATTGATTTTAATAGCAATCAC ATGTATTATATTATTGTTACGTTATTACTATTATTATGTTTTTTTTAGATAGATTTTGCA ATTTATGTTGCTTCATGATATTGAGTTGTTGAATTTAAATAGATTAATATATATTTTCGT CTATTTTCACTTTAGAAGATTTTTGTTGAATTAATTGTATACTTGTTAGATTAGGATATA AAAATAATAACTAATAAATAATTTTTTTTCAAAAAGAAAAACTAATCTAAGTAGAATTGT AATTAAAAGGTAAATAAATTTCATTTAGAGATTAATATTATAAACTAATAATAATAATAA AAATAATAATAATAATAATAACAGAAGTAAAAATTGAGAAATGATATAAAGAGAAAAGAG ATTTTAAAAAGAAAAAGAAAAAAAAAGGGGCATGAAAATATAATAATAAAAAAAACATAA CAAAATTTTTTAACAAAAACAAAAAAAAAAGAACGTAAATTAAAAAAAAATACAAAAACG TAAAAAATAAAAAGGGAGAAGTAAGAAATAAAAAATAGAAATTTAAAATTAATAAAATAA AACGTTAAAAAAAAACAAATAATAACAACACAATTAAAAAAAACGATAAAAGAATAACAA AATTAGTACAAAATAATTGGAAAAAAAAAAGAAAAGAAGAAGACAAAACTATAAAATAAT AATATACTAAAAATAATGATAAAATAAAATAATAAAAAAAAGAAGAAGAGAGAAACGTTC TTTCAGAGAAAAAAAAAACAAACAAATATATAAAATTTAAAATAAACAAGAAACATGAAA AAAAAAAGATTTTTCAACGTCTCGATCAAGGCCAGACTTGGACCATCAATGCACTGAGGG GCACTAAGATGGCACGTATATGGGGTCGTACTAAATGCAACTTTGACGGTGCTGGTAGAG GTTCTTGTGAGACTGGTGATTGTGGTGGAGTCTTGCAGTGTACCGGGTGGGGTAAACCGC CAAACACCTTGGCCGAATACGCCTTGAACCAGTTTAACAACCTAGATTTCTGGGACATTT CTTTAGTCGATGGATTTAATCTGCAAATTAGAAATTCGGGTAAGGAATTCTGTTGACCGA AGGGAAGGTATTAGGCACCCCTCGAATCCCGTGGTTCTAGCACGGTCGCTTTATTAACTT TAATATGACCTGACTTAATTTTGGATATTATATTTTTTAAACTAATTATAAAATTGTTAT TTATCCTCAAATTTATTTTAAACTTATTTCAAACTGGCTTATTTATTTTAAAGGGTGTTT ATTTTTATTTTTATTTTTGTGTAATTTTAAAATTGAACATCCGTATATATTTTTTTTGCT TATATTTGTATGTTTTTAATTTTTAATGTTATAATAGGTAGAATATATATAGATATCTAA TTTCTAAGAATTAGAGTTTGTGTAAAAAGGACATATTTAGAGTTCAAGTTAATTTAGGAT TACATATTTTAGATTTTATCGAGACTCAATACAGATACCAGATATTAATTTCTACTGCAG GGTCTATTTGGGAGTGGCGCTTCTAACATGATTTTTTTCATATCCAAAGCTCGAATTCGA GATTTCTGATTAAGGTAAAGCATTCTCACTAGTGCACCACAACTCATGTTGGTCATATAA AATTTTTTAATTTTTGTGATAATATTATTTTCTTCTAAAAAGTCTCACTCAATTAAGAAT ATTCTTAACACTATATTTAGCTTCTTCTATTTTTCAATTATATATTAATATTTATTTGCA CATATTAAATTCATAATTTAAATTGCAATTGACCGCATGCAAATCAAAGTCTTCGTCAAA TACGACGAGTCGTACACATGCCTTAAAATTTGAGGGGCTTATTTTTTTAGCAATAATATA CTTATAAGTAATTTCAAAAGTAAGTATCATCTATTTCAATTTTTAGTTTAACAGTATAAG ATTTAAATGATTTTTTTATTTAATTTCAATTATCATATCAAGTCAAAAAATAAGATAAAT AAATGGAAAATTGAAAGTACTATTTATTGAATAAAAATAAACTATTTCATGTGAAAGAAA AAAAATAACTTTCCATCACTTTTTAAGAAATATATTAGTAGCAACTTTGTATTCTAAAAA AAAATATAGAAGAATGGACTTTCTTTAAATTTTAAATAGTACTTATTTGAATTATAAAAT AATCTCAATTAATGTTCTATTTTTTTTCCAAGAGATATATTATGGTTTAAAAATTAATCC ATGATGTGGAAAAATGATCAGGAAATTTTCCCACAAACCACTATATAACTTCTTCTTTTC TGTACTTTTGAATTCGATTAAATTAAAAATTTTGTTAAAAAATTCAAATTGAAGATATAA CTTTCAACTTTAATGAAAATTTTAGATCAACATTTAAATTTGAGATTACTGGAAAAAAAA TTGGCATGTATTACTTATGTAATAATAGTTATTAACTATTTGTTTTAGAATTATCAAAAT TCCAGTATAATTAGGTGATTCTTTTTTGGGACATTGTGGGGTTTCAACTTTCAATTTACA AGACTAGCAAGACTTGCTGTTGATAGGTTAGAAAAGTCTTTGTAAGAAATGAATTGTATT ATTTTTCAAAAAAATTATAATATAAAAGAAGATATAAATACATGTGTAATGATATATTAT CTAATTAAAATAATAAGTATTTTAAAGTTAAAGTATATTACTAAATATAAAAAAGATATT TATCATTTATTCAAAACTGATTAAAGAAAATCACATAAATTAAAATGAAAGAAATACAGC CTTATTTTCTCAAATTAGTGGAAATAGTTAAAATTTGAATTTGAAATAATGACATTGCAA ACCCGTATTGTATATATAATATATCAAAAAGCTATATACCTATAGGGAAATATAATTAAT ATATAAATTTTTCTCGTCAAGTAAAAAAGTGTTAATACATATCTTAATATATAGATATTC ATTCAAATTCAAATGTCTTAATTTTAAGGAAAGTATTAGAAACAATTAAATGCTTACAAC TAAACGAAACAAAAAATTCAATCTGTCGGTGGCATTTACTGACACTAAAAGGGAATAATT AGAAATGTTCATTTTTTAAAAAATAAAATAAAAATAGAAATCTCCTATAACCAAAAACGA CATTTTCTATTAATTTACCCTTTATATATTTTTTATCACTTTTAAAACACAATCCTAATT TTTAGGGAAAAAATAAATTAATTCTTCATATCTTGATTTTTAAATTGACTAGGATTTTAA AATGAACTTTGTCTTTAATAATGTTGATAATTAATATGAGACAAAGTCGGAGAATACTTA ATGGCTTTAGTCATGTTGCTCAGAAAGAAATGTTTAATTAGTTATATACTACGGAAAAGG GTTAAAATATTCTTAAACTATCAGAAATAGATTTACCCTTAAATTATATTTTGATTTAAA ACTATTTTTCTATCAAATTATTGGGTCAAAAATACCCTTCTTATTTTTTTTACCCTTTTC CGTATATATTTTTAAAAAAGACATTTTGATGAAAATTTTTAGAAATTGGAGCAAAAAGCA TTAGATGATCATAATAATACATATTGCAAATATTTGACTGCAAAGCTAAGTCTTTGTCAA TAATAAATATGAAGCTATTGCAATTTGTGGTCCTCATGCATTGGAAATAGTATGCATAGC CTTTTAATTAAGATGTACATTGAGTTACATAGCTGGAAAGTCGTCGTTTATTAAGAGTGT TTTATTTATTAATGTGAATTTTTTAAATACAAATTTATATTTAATCGAGATTTAATATGA ATAATTAAACACCAAAATTTAAATTTAAGAAGGTACAATAATTTACCCCTCCTTTTGTTT TTAACTAGCTAGATCGAATTGTATATATAGGTAATCATAATATTCAAATTGTGCAATATT TGACTGTGTATAGCTAAGTGGTCAATTTATAGTTGGTCGTCATCACTAGAACTTTATAGC CTTTTAACTCTTCTTTGAAAAATTAAATTGATTAGAATACTTTAAAGAAATTAATTTAAT TTCATGTGAAAAAGTAATTTTAAGCCACTTAATTAATTTCATGTACTTAATAATGGGAAC GAGGAATATAAAATTATATTGGGTGAAGCTTCCACAAAGAGAATCCTTAATATTATAATA TTATATAATACTTTTTGTTCTGAATTAAATCTCGATGATTTTTAAAATAAAATCTAGCTC GCTTAATTAAGAGTGTTCATAATGTTAATCGTAACTTCTCTTACTTTTCAATTATATGGC AAATGTGAAGTTTTGCACAACTAGAAAGCAATCTCCTTCTCGAATTAAGTTTCATGTATG CATGACTTACCACTTTATTCCTCGAATAATTTTACATAGCTCATCACTAAAATCGTCGAT TCATGTGTTGAAATGGATATTAATTATCTGTCACGTATAGTTTTCAAATATTTATGATCA TCGAAGTCCATATATAATGCAAGCTCCTATTATTATTAATTTTTGTCTAGCTTTTCATAG AGGGTGAAAGACGGATCAGACTCAATACCATGCATCTTCATACTCATCTCGTCAAAAGCT ATTAACTTAAACCTTGAGGGAAACTTAAAAGTGACCAAATCATCATAAAGATATTCTTTA TTTTCCTTTTATTCATCACAAACTAAGGAACTACATAGTACTTCCATATTATCACTATAT ATATGATGAATAAAAACATCATATTTTTCCTTGACTTAGTAATTAATCCTCCTAGCAAGG AGAATAACATAGCCTTATTCAAATTATTAATACAAAAGGATATATAGATAGGCAGATAGA TATTTAAGGACAGAATACAACCCTATAATTAGTACCAGCAGGGCAAGTGAAAGTACTAGT TTGATCATCCTTAGGGTAACTATATGCATCAGGACACCTCTCCTTAAAAAATCTCGAAAA TTTAGTCGGACCACAGTTACCAGAGTTACAACAATATTGATCAGTCTTAAAAACAGTACA AGGGTTGTTACATCCTCCGGGAGCTTTCAATTCATTAGGACATTGTTGATTAATTTCCGC TTTACACGTTATGCCACGGGTGCACCCATTGGAAGTTGGACTAAATTCCATAGGAACATT AAATCCATCGACAAGAGAAATATCGAAAAAATCTTTATTTGCAAATTGGTTTAGGGCATA TTCAGCTAATGTATTTGGTGGTACACCAAAAGATTTACATACAAGAAGACCATTACAATC TCCAGTTTGGCATTTTCCCTTACCGGATGCATCGAAATTGCATCCGGTACGGCCCCAAAC TCGAGCTTGTTTAGTCCCCGGAGGGGCGTTTATCGTCCACGTTTGGCCACGATCGAGGCG TTTGCCGCCTCCGGCTGGGACTCCGGCAGCCCAAACGGTGTAGGGACAATTGTTACGAAC TAAAATTGTGGCTGCATTGGCATAGGTGAAAAAAAGGGAAAAGAGAATAAAAATTGAAGT TTTCATATTTTTATTTTTTGTGTGACTACTAATAAATTGGGATGAGTGATTTTTTATGAG GGAGTAATAATAATTAGAAGGGTATTTATAGGGTAAAAATGGGGCACCAATATAGTTGGT AAGTAACTAATTTGTTTGAAATTTTAGTTTGTGATAATGTAATGTAATGTTTTGAGTAGA CTAGTACATTATTCTATCGAGGGTGCAAGGTGTGGCTACTAGAAGTTGTAGAAAATGTAG CTAGGGTCTATTATTCAAGCTTGGATTTTATTTTTTACTTTTGAATAATATGTATATATA TATATATTTATTTTTTTTACGTATCAGAACGAAGTTCGATTAAATTTAGATACGCGCTTT AAAGTTGTATATTGAGTATAAAACGTTTCCTAACAAAAATAACTATGTACTTAAGAGACT CGAACTCGAAACATCTGATTAAGAATTAATGAAATAGAATACTTATCACTTCACGGCCAA AAGCGAAAAAGAAAAATCAAAGTCAAGAACAATGAACTTAGAATTTGGATGGTACATAAA TTCAAACTTTTTTAGATAATCATGCAAGTTTAAGGACCTCTATTTAGCAACAATCGAAAG GCTATGCACACATGAACATTATATTGCTTTGTGATTTACATAAGTGACTTTTTTCAGTAT CCACATTTGATATTCATATTGAATTTTAACACTCTATAAATAATAAAAATCGTGATTGAA TTCGATCGAAATCTTAAATTAAAAATTTGAATCAAAATTACTGAATTCTTATTCGTCAAT ATTTAATGATCTGTATTAGTGCCCCTCGAATCAATAAAGTTTAAAAGATGGTGACTTGTT AAGTGTACAAAAAAATCAAAAGAAAAATAGAGACTTGAAAGTAAGAAATATCAAAGTTTA CTAAATATGAAAGAAAATTGTTAACTACCTTGTACAAAATTAGGTGGTGGAAAATTCGTC TTCAATCATATAAAGGCATTTTTATAAAAGTTATGTCATAGACAAATGACTGGCCAAAAA GTTATATATTTGCTAAAATAAAAGGTTTAAAATTAAATAATTTTTAAATATAAAATATAT TAATCTTTATGAAGTAGATTAAAAAGAGATGTATTTATATTAAAAAGAATAAAGACTTTT AAAAAAATAATTATAAATAAGAACAAAACTCGAATAATATAGGAAATTTGTAGAAAGGAT AATGTCTCCAAATAAAATATGGGACGACTCAAGCAAACAGTGCTACAATTCAAACGCAAT TAACAAGTGAAATAAAAAATTTGTCAGAAATTTCAAAATCAACAAACGATTTATGAGGTT CAAAAATTTATAAGAGTTTCATCTTTCTTCTGCATTCTAATATCTCATTTCCAATAATAC GTTTTAATACACTTTGTCTCAAATACAAATAGTAAATGAGTCAATATATAACGTAAAATA ACGGCGATATACGATAAATATGGGAAATCTAAGCATGTGTGAACATAACACATAATAAGT CATCCATTATTTACTGATTTATGGTAAATTAAGTAAGGAAGAACGTGACATTTTATTATT ATTTAATGAAAGAAAATACTTTGAGAATATATTAAACATGACTAAGAGAATTCAATATTT TATACATTTTAATTTATGGCACATTAATATAGTTTTTCCACTTCTGTAAAAAATATTTTA ACTTAAATTACACTTTATCTAGTTTCTAAAGACGAAAATATTAATTTTCAAACAATAATT AGTCTAAACTGATTAATTGAGCTAAAAAGGTAAAAATTGATGAGATTGTATACCAAGAAG ATTATTATAAAGTAGTTTACTATGAGAACATATTATTGCAAATGAGTGTATTGATACTTT AACCTAAATTAATGTGCCAAGCTAATGTATTTTTTATCAATAGTTTACTGGACTGATATA AAAAATAAAGGGATTTTTCCCCTCGAAATTTTGATCAAAATTTATTATAATCGTATTTTA TTTATGTTATTTTATGTTTTAGTTTTTTCTATTCTTTTAATTTTAATAGCTTTTTATTTT AAAAAATTAATTTATTTTAAAATAAAAAATATATTTAATATTTAAAAAAAATTAATAAAA TTTTCCGACCATAAATAAAATATCATATGCAACTTATAAATTAAATGAAAAAAAAAACTT ATTTAAATGTAAGGAATATTTTTAAAATTTAGCTAAAAAGTTTCCCAAGTTACGAGGGAG GGAATATGGATGTTCATATTTTGGATAAAATTGATTCGGAAAGCTCAATCAAATTGATTA AACAAAATAATTTGTTTTTTATTTAATTTTACATTTTTTAAATTAGATAATAGTTGGCTT TCCTTAAAAAGCTCAAAAAAAAATTAATCAAATATATATTATGAACAATTTTAAATATTG TATATATGCTTTCGTCAAGATTTATATATATAAAAATTGTTCAACACAAGAACATCTATT TTATGTATCAATTTTATTTATGTGAGTTTTTTACGAGATTAGGAATGTCATTGCCACTTC CTAGTCAGGGACAAAGTGGTGAATTTCAACGCTTTGTTCACATTAAATTTAGTCTTTGAA AGTTTTGTAACGTCATCCGATCTAATTATTTTTTTGTTTGAATAACTTGTTAATTTTTTC TTCCCTTTTATATGAATCAGTTCTTTTATGTTTTATATATGATTAATAACTGAATAATCG AATAAAATCACATTGAAATCGATAACAATCAAGCTGATAAATGTATATTATATTAGGTTT GATTTGATTTTGATTTTGATCAATAACTAACCCTAATCGACTTGTGAACACTCATAGTTG ATGATAGTAATGGTTGTAGTTGAGTTGAGGACGGTAGTTATGGACGTTAGATGATGGTGA TAATTATGACTGAAAATAGATGAAACAGTGATGATTTGTTATCTCTATAAAATTCTTAAA TAATAAACATAAGACTTCCATATAAATTTCAATCATTCCGACTCATTTAGACCCATTAAG TACGGTAAAGATCAACACGTGAGTAATTAAAAACTCATTCACAGTATTTCAAACTTGCAT TTGTTAACATTAAACATTTTACAAAACACGTGAATTATTAACCATGCAAAAGAATTCCAA ATTTGCAGAATTCGACCATCCTTCTGTGACTGAATTCAATAAAGTCATATCGATAACTTT TAAATCCGTTACTAACAAAAACTATTTGTATGCATATATACAAAAAAAAATTGGCTTATT TTTTTAGTCTAGTTGAAAAATATATTATCTCGAGATAAATTATTACCCTAAAGAGAGACG GAGCTAGAAATCGAGTAATATAAAAAAGAGGTAAATGAAACGGCGTTAAAAAAAAAAAGT CCTTCCTCAACCCCACAGCTTGAGTGTGTTTCTTCTATAACACACTACTTTTGTATATAT ATTTTCAAATCCAACAAATCCGTCAGTTACTCTTCAGAATCTTCTTCAGTTTCCCGCTAC TCTCTCTCTCTACAAATTAATATCTTTAAACCCTAACTTCACTCAAAAACGGTCAGTTAC ATTCAATTATACTCTCTTTCTCTCTCTACAATTTAGGTACATTTTTTTTCTGATTTTTAT TTAGATTTTACGAATTCGAAGCAATTTTAGCTGTTTTGTTCATCATTGTATGTTTTCAAG CTGTTTTATTTTGGATTTTGCGGTTTTTTGTTCGTTCGTTAGGTGTGAATCTGGTTGTTG TGAATTTTTGATCCTGTTCGATTGATTGATGGAATGTTAGTGTAAAGTTTTGATTTTTTT TAGTTAAGAGATGTAAAAAAGGGGATTTTTTTGTGTGTTTTATGCACCTGGGTGCATCTA TGGAAAGGAATAGATATATGAAAATTGTATTGGAATGAGTGAGTTTGAGTGGTTAGGAAT GATTTATATAGCGGATCTGTACTGGTTTGGGGTTCAGGTGTACTTCACTGAAACAGTTCA TTTAATTTGACTACTCTGATTAGCTATATCTGTATCTAGGTTTTAGGTGGATTTTTATGT GTTTTATAAATTTGTTTTTGTATCCATTCCCTGTTTATTTCGAAGCTTTTCAAGTGTTTA TCTGCATTTCGTGGCATCTTGTTCATTATTGTATGTTTTTAAGCTTTTTTGGGGGGAATA TATTTTTTTTTGCTTATTTGTGTTTTTTATTAAGGGGTTAATTCTCTTCGTTTGGAAAAT CTCGTGATGTTTGATTGCTGAAAAAAATGCTAGTTTAAAGTTTTGATCTTTGTGTTGAAT TTTGAGTTTTTTTTGCTTAAAATTTGGACTTTTGTGTGTTCTAAGGTTCTTGAGGAGGTA CTTTAGGGATATTCATGAAATTGAAATTATGAAGTTGATTTGTTTGGCTACTATGCAAAA ATGATGTTCGTATTGCATAAATTGATTTATATTGGGATTGAGCTTGAGTTGATACAAATG ATTTTGATAGAAGATCTTTACTAGTTTGGGGTCAAGGTGTGGTAATTGATTGATTAGTTC CTGAGGAGCACACACATCTTTATTGTCTTTCTCTTGCAGAGCTGTGAGATATTTGATCGT ATTACTGGATTGTTGGGAATTCTTTCCATACTTTTGTTTGGGTGCCTTGAACATTTAGGA TTTATGACATATGTTTGTTTTGTTGAAAAAGATTCTATTTTCTTACTTGGTGTAACTAAT AGCTCTCGCGACTTCCATGTCTAGATAAAAGTAGAGGGTTATAAGTTGACAGCTAGTATA AACGTAGTCTAGCATTATACTGATTGTCGGGCACAACATGTTTACTGATGCGAATAGAGC AAAATGTGGTTTTAATTTCTATAACTGTTCTTGTTTTTCTTCATTAGCTTGTGCATTTGA GCATTTGTTCTTACTTCTTCTTTGTCGTAATTGTTTTGCAGTTTAAGGATATTCTTTGGC TGCAAGACATGGTACAAGTTAAAGAGGAAGCTCCAACTCTGGACATTGGTGGATTCATTT CTTGTTCATCTCTCTCAGATAGCAGTTATGAGGCTAGCACTCCGAGATGCTCCTCCGAGC CTGGGTATGCTGAAACCTTTGATTTTTTTCTGTCTTTGAACAGTTGGGCCTCAAATAAGG TCTTTCAAACAGATACGCTGATTGATGCAATTTTAGTTTTCACTTCAATTGTTTAATCCT ATTTCAGTTCCAGTTGTCGAAGGAGCTCAGGTCCAACTAAGCGTTCTTCTCAGGCAGGCT GGACAGAAGAAGAGGTAAAAGGCTAGTCGCTAGAGCTTTTGTTGTACCTATATGTTGTTT GATTTCTAGTGCATTAATTCTCCATTGAAGTATCCTGCATACATGTATGATGGTTTTTAT AACCTTGTGATGAGAGTGTGTCTCCGTGATAGTTAGGTACTTATAGAAGTATCTGTATGA GTTGTCATCTCCTTTTTCCTTTTGGGTTCTGATGCACGTGGATGCTTAGGATGTATAATT GAGCTAAGGAAAGGATAAAGATAGATTTTGTTACTCATAATATCAGTTTAATTTACTCAT TTTTACTATTTCCATAGGCTCATTTTCTTTGATCTAGAAATTTCTGACATCTTTATTTCT TTCACAGGACAATCTGTTGACTGAAGTGGTGGAACGGTTCAAAGGAAGAAACTGGAAAAG AATTGGTAAAACTATTTACTCTGTCATGCTCTATACTTTTCAGCTAGGTTAACCACAAAG ACCTTCACTTTTTGCTCCAAGTCACTTTATGACTTGGTTTCCATATTTTGAATACCTGAC TATTTCATGGAGTAACTTATACTGTTGTATCTATGAGCAAAATTTGTCTGCTGAACATTT TGTGTGGTTTTATTGTGTTCTCTTTTGTTCTATAGCTGAGTGCTTGAATGGAAGGACTGA TGTGCAGTGCTTGCATCGCTGGCAGAAGGTTCTGAATCCTGAGCTTGTAAAGGGTCCTTG GACAAAGGAGGTATTAAACAGTTCTACATCCATTGGTTTTCTACGAGTTGTATTCCAATT ATCAATACTTTGATTATTAAAGACAACTGTTTTGTTCTATTTGGAATTTCAGGAGGATGA CCTGATTATTGAGTTAGTTGAGAAACATGGCTGTAAGAAGTGGTCCTCTATTGCAAATTC TTTGCCTGGTCGCATTGGCAAGCAGTGTCGGGAAAGGTCAGTTTCTAACTCCGCCTAAAT CTGTTGCTAGGCCACAGCTTCTATTTATACCTCCGACTAATTTACATGATCATAAACCCA GAATTTTTCAAAAGGCTTCCTGGAACATCTGTAGTTATGTTGCTTACAGAGTTATTCCTT GCCATCAGAACTCATTTTGTCTCACTTTTCTCTCGTGTTTTGCAGGAATTGTATCTTTTT GTCTTATTTTCACTTAGTCCTACTGGATTTTTTGTCCTGTTGAGGCCCTGCTCGTTTGTA GGAGCATTGTATTTCTTGTTATCTATTGCTTGATATATTGTGTGCGTCTTTTCAAAGCAA TTAATCAATCAACTACTGCCCCAATTCGTAGTAGGGGTTGGCTATATGAAAAATCCATAA TTTGGGGCACAACTCTTCTTTATAAGGATTCAAACTGGCTATGTTTTGCACATAGGCAGA TTTCTCTTTTGTAAGTGAATAAGAAAAAGCATGAAAACTGGGAGCCTGCTAAATATTTGG TTACTGCAATTTAATGGTATATTATTCGTTGGATTTTGCAGTTAAAGCTTAAAAGGAGAT CCACATTTCTATGTTCTGTTCCTTTTGAATAAGAAAATGACATTGGTTGATTAATTGCAA GTTATCATAGTTGTTTCAGTCTGCTATGTTCACTAACGTTGTGAGATCGTCCATGAATGT CACAGGTGGCATAATCATCTTGACCCAACAATAACAAAAGATGCCTGGACTGAACAGGAA GAAATGGTCCTATGCCACTATCACCAATTATACGGAAATAAGTGGGCTAAAATTGCGAAG TTTCTTCCTGGAAGGTATTCTTATAAAACTATTCTTCTATTATGTATATCAGTGTCTGAT TTTGAGATTCCTTGGGCATTCGTAAAATGTGGATCAAGTAATTTGTTATATCTATCACCC TCTCATACCAATGGCAGATCGTTTGGAGTGCATGATTCTGAAAAGTCAGTATTAGTGTGG TATAACTTGTATGCCAAATCAAACACAACTTTTTGATTTTTAGGTTTCCTTGGTACATTG CTTACAGAGTGTATCAAAATCTTGGATACTACTCGAGTTTGTTCTAGGGAGATAAGTAGA TAATTTTTATAATGAAGGCAGTGAAGGCATATGCAGCTTTCTCTTTACTTTTACTTCTTT TTATCTTATTCTCCAGTTTCACTTCCATCCAGACTTCTAAATCATTTTCTCCCAATATGG TTTCTTCTTTTACTTCTTGAGGTTCAAAACTATTCATGTCTGGAACTCTCTTAATATTTT ATTTTGTCAATTTGACATGGAAAAAAAGTTGAAAGAATCATTTTGGGCCTAACTCCACCC CAATATCTAGTTCAAGAGGGAGGAATGCCCAAGACTATGTATGTAGATCAGCCATCTCTT TTTCATTCTATAGAGGGCTCTTAAACACTCTCGTCATGCCCAGGACTGAACATCAGGAGT ATGGGCAATTCAAATAGGGGCCCAACATCGGGAAACAAGAATTGGGATGAGTTCTGGTAT CACCAGGTAAAGAAATGGATCTTGGGACTAACTCAACCCCAAAAGCTAACTCATGAGTGG AGGATTTCCAAGGCCATATACGGAGACCACCTATCCCTCTTTCACCCTATGTGGAACTCT TCAACAATTTTAAACTTGTAGTAATAAGCTAAGTTTTTTTTTTTTGGTCAGATTGACCCT CGGCAAGCAAGTTAGGAGAACCAAATGGGGACAAAGTTAGTAATAGTATTATAACTTCTT TCTGCAGAAGCCTGGATATTCTAGGTATCGTAAGTGTACTTTTAAGGACTCAATCGTGCA CTCTGTTTAATTCAGAGGATTGTCGTTCTTTTGTGCTAATAGCTGCAGGTACATGTGTCA ATTTGTATCTATTAAGTCCAGTTTCTAATTTATCATGATTACTCTAAAATGATTTTTTTG CCTACGCTTGATGCGTTCTGCTTGAATGATTTTTGCTCAAGTATCATATAGGTACATATC TTTGATTAGTTCTCCTTTCTGATCTATTTTTCCTTTTGGCACTCTCTCAGGACTGATAAT GCAATTAAAAATCATTGGAATTCCACTCTGAAGAAAAGATTGAATTTGAATTTACTAAGT AGGTTAGTGCCGGATATCAAAAGTGAGGGATCTCCGGACTTCTCAACTCACAAGAAAAAT ATGGAAATCAAGAAGCATCCAACACAGGCTCATAATGCAGAAACAGTCTTTTTGAGCGAG CAAACAGGAGTAGGTAATGCTGCTGATGCTTGCCCAACTGATTTGAGGATTGGATCTGCT AATTCTCCTCAAAATGGTTTGCATAAGGGTACTTCTTCATTGGGAACCTGTAAATCATCA GAACAGAAGGAGAGGGATCTGATAAAGCAATTTGGTGGAATACAATTTGTCAAGGCAGAA ATTCTTCCAATAGGTGAGACAGATAAACAATGCCAATCCACTTTAAGTCTCACTAAAATA TCATATCCTCTGTTGGACTCTTCTTTAGATGCTCGTTTGGATCCATCACACAACACCGGA TGGAGTAGTTCTCAAGTTGAGGCTGTTCGTCCTACTTCTTTTGGGAGTATGTATGAATCT CCCAAAAGGTCTAGGTACGATGCTGCCAATGATCCTGACCATGATTTCTTGAGTTTGTCA TTGGCTGCCTTCACCGAGGTTTCCTACGGTAACAAGAAAAACAGAACATATGATACACAA TATTCTTTGGCTCTCAATCAGCCTGGCCGCTTGTGTTATGAACCACCAAAAGTAAAAGAC CTGATGATTTCTTCAATGGATGAAAAACTTAGTAAAGACAACTTTATCGGGCAACATCAT GGCCATCCACTTTGCTCTACACCTCCTAGTCTTAAGTTAACAGTCTCTGCTAATGGTAGC AGTCCAGAATCTGTGTTAAGGAACTCCGCAATGAGCTACACAAAAACTCCTTCAATCATA AGGAAGAAGAATTCAAGAATTGCAGAAGCTTCTGGTCATTCTAGTTGCACAGGCAGTACC ACACCCATGCATTTTCTCGGGAGTGTACCTGACAGGGAAGACTCCTCAAACCTGAAGGAC AGGATTTCTGGATGTAAAAGATCAGTTTCCGGAAAATCCCTTGGAAGACGGTTGGAATAT GCCTTTGATGTGGAATGGGATTCCTCTAGATCTTGCACACCAGTTTCTGCAGTTCCACCT TGTGGACTTACTCTTGGTGCTAATACAATGTTAACACCATAAAACAGGTAAGTGAGGCAT TTTCTTTTTTAGATTTTCCTTTATTTCAGCTTCTTCCTGCGCAGTTAGACGATTTTTATT ATTTGAGAGCTTGAGCTCTACATGAGCATCTTTATTGCTGTAGTTCCAGTTAAAAGAGCA ACTGATCTGATAAGCCTTAGAAAGATCTTAGCCTAACCGCATATTTATGGATGTGTATAA GTGCATTGCTTTCTGCATTTATTAGCACTAATCATAAAGGGTAATTTCTCATCAAATTAC CTTGCATCTCTACTCGAACTTTTTAAGATCATTTATTGGAAGCTAGGGTAGATTTGAAAA AAAAAATTAATGCTTTGGTTTTCTAGAGCAACACTTGTATGGACCAAATTGATTTGGCTA AAAGGACATTTATTTTGGACCAGAGTAGTAAGGGTACTTCTTAGGCTGCTTGTATTGGAC GACTAGAATAGAAAGCAACTTCAAATTGATGTTTGACATTGTTTTAGTTAAATCAATGTA TAAAACAAGGGAACTCGTCAAGATTCTAGCTTGTTTGTCTCAAAGAACCGTTGAGCCTGC AGGTTTTCACGGCTTAAACAGACCTGAAGATGACCTTATGGTATAACGCTGAACAAATTT GTTATTTTCATTGCCTATCCCCTAATGGATTATTTTTGCATTTCCTTATTTGCAAAGCTG ATAATAGTTTATGGCAGAAGGAGTGAAGTTGTATGTGCATAGATGTGTTAAATGTTTATG GGAATATTTGACCATTCTGCAAAGAGCGACGTCACATGTTTCCGCCTAAATGTTCATCTT TACTCCATCTGAACTAGTTTTGATCTAATCCTGCATTCTACTTCAGACTATATTTGTATT TTTTCTGTTGTAATTCTCTTTTTTGATTTTAGGATTGAGCTGCAGAGGATTTGTCTGGGG AAGCTTTTGTTGTAGATTACAAGCAGGTAAATTTTTATCATCTTCTCACAGTTGTTTCAC GATTATTGCTAGTGCTCCTATTTGTATATCAATTGATCAATTCCAAATTGCAGTGTCAAA CAGAAAACTCTCAACGCATGTCAATTTTCAAAGACCAGTGAAGCAATGACATATGCCCAA ACACTTGACAGAAGTCCATACCGGAGCTGAAGAATTAATGAGAAAACATCGCGAAAGGTA TAAAACTATATATGACAAACATGTAAACTTGATTAGGGTAAGATTCTCGTTTCAATTCTA TGTGGATGTACACTCCGAAAAACTGTTTTTCCCTGTCCTATTTCAGAAGTCTAGGATTGG TTTTGTAAATATGCATTTTAACTCAATTTCACATCTGTTCAAAAAATGCGTTCCTAGTGT TTCTGCCATGGATAAATAAGGTGAAAATTAGTTGTAGTAACTAACTATTGGTTTGATAAG TTTCAAAATCTACTCTCACCTTGATTAGTTCATATTTTCATAAAGGAGGTCGGAGATCGA TTTTCCTTCTCAATGGTATCGAAAGTGTGGTTTCTGAAATTATTATTTTATAGTGATTTT AGGATATGGACGTATATCGTCAGCATTTTTGGTAGACCATCATTTTCTCTAAATAACAGA ATTGTCTTTTTAAAAAAGAGAGTTTTAGGATAAAATGATAAGAACCAATTATTGCTTTGT CTATCAATCATTTAACTAATAATATATCCTATAATCGTACTCCCTTTTTCTTTATTGAAC GCTTTTTTTCTTTATGATAAGATAAGAGTTATAATCCCTATATTAATATTATCCTTTCTG ATGTACGGTTTGATTATAAAACGGGAAATGGCAAAAAGTAAATATTTTTTCATTGTTTAT TACATTTATTTTCTTTAAATCAAACTGAGCTATCTGTACCAGATTTTCAGTTAGGAAAAG AATTCTTGAAAATCGAAATCTCTTAAAGATGAGAATTCCACGTCAGCCTTGACGTTTGAA AATGACTCAAAATAAACTTATAACTCATGTGAAATTTTAATTCAAGAAAATTAATTAATA ATTTTAAGTAATTGATATTTAATAATAATTAAATATCTATAATTATTTAATGAATTTTTA AATATATTTATTCATATTCGATATTTTTATTAAGTGATTGAATAAGTTACAAAAATACTA TCAATTAACCACAATTAAGTGTTAAAAGCCTACATGCCAACACCTATCATACACCTACTT AACTTACTATAAACAGCGTCTGCAAACAAATTTTTACCAAATATATTTTTCACAATGCAA GGAGTATAGTTCAATGATCTTTTATAATTTTTCGAAAAAACTAATAACCATATCTAAACA TGGTATAAAATGTAAACAAATACAAAGAATACATTAAAAATCATTATAAAATTTAAGAGC AACAAGTAGTACAAGTTTTTGGTAAGTGATATCTGGAATTATTATGTATATATGTTCATA GTAACATATAGATTCACCAAATCCTTATTTAACTATTTATAGAGCAACAATTTAATTATT ATTTACTTGGTAAGCCATAGTCAATAAAATATATATATTACTATAATATATATATATAAT ATGTATTATATAATTATGGAATGTAATATAAGACATAAATCTTTGAAGATTTGTCCTAAA ACATTCAAAAGATTTGAATGTACACATTACTTAAAAAGTCAGCCAATTTATTGATTGACT CGATTTTAATAGCTATTAAACTTATAAACATATTAAATAATTATAAAATTATTAAAATTT TAATTATTACTTTTTATGATTTAATTATTAATTTTAATTGTTAAAAAGCCGAGCATCAAA TTATTACCAACAAATTTTCAAGTTATGTCGAAAGATATTTTTTTCAATTAGCAAAATATC AAAATAATACTACAGCCAGTGAACATGGAAGCATTGTTTTCATCGAGTAAGACTGTTATT TAGTAAATACAACAGAGTTATCAATTAAACTACTAATAAAAAATTAAAATTCTTACAAAA TATAACAAACAAACAAACTCAGTAAAATTCGGAGAAGATAAAATATATACATAAATAGTA AATCATTGAGATTACTATGGAATCCCAACTTAATTATAAAACATCCTAAATCATTACAAA ATTGTTAAAACAATAATTAACTATCCATAAATCAAATATTTTCTATAATTTTATTATATG ATTATAATTTTAGCCTAGCCCCCCACCCCACAACACACACAAAACTCATGCAGCCATAAT TAGGATCCCAAACTTCCATAAAATTCTCTTTTCATCCCAATCTTCTTCCAAGAAACCCCA CCTCACCCCACCCCACCCCCTCATATTTTTCCAATTTTTTCCTTATTTAACATCGTTGCT TATCTACTTTTTTTTTCAAGAAGAGTCTTGATTTGCTCAAAACTTTTTCCCTTTTTCTTC ACGTATCTTCTACAACTAAAAAGAAAGAACCCCTTTTTTTCTGATTTTCCATAAAAATTG GTTCTTGAAAGGATAAAGATTGAATCTTTGTTGTGTTTTATGAAATGGGTGTTCAGTGTC AAGAAAATATTTTGGTGACTGGAGGAGCTGGTTTCATTGGAACACATACTGTGGTGCAGT TACTGAATGAAGGGTTCAAAGTTACAATCATTGATAACTTTCATAATTCTGTGAAAGAAG CTGTTGATAGAGTCAGAGAATTAGTTGGTCCTCAACTTTCACAGAATCTTGAATTCCATT TGGTATGATTTTTTTTTCAATCTTTTTTATTTTTTATCAAACCCGACATACACCCTTTTT CTAAAAGCACAAATTGTGGGTGGGGGGGGGGGGGGGGAGAAGGAAGGAAATGTGAAAAAA ATGAGCTTTTGAGATGATCATGTGTGTGTTTTGTAGTCATTGAATGTTTAAGGCTCCATC ATTAGCTTTTTGTGTCATTGTGTGTGTGTTTTTCATTGCTGCCTTGTATCGTGTTGTTAT CATTTTCTTAAAAAAGTTATCTTTATTTTATTTTATAGGAATCTTGATAGCTCTGTGATT GTACAACTAGTTCTTTTTAATCCTATTTTTTTTTTTTGTGAAATGAATGTTGATCTTACA TACCTTGTATTCACAATGCTAGAATTGTGTTTTTTCACCTTATCTGGGATTTTACCTTTG TTGCTTCTTGGTGGCAGGGTGATATTAGAAACAGAGATGACTTGGAGAAGCTATTTTCTA AGAAAGAGTATGAAAATTTTCTTGTTTTCAAATTATCTCCTGCTGTTATTATTTCCTTTG AATGCATTTCTATGGTGTGTTGTGATATTCATTGTTTTGTTATATATATTGAAATAGGTT TGCTGCTGTGGTCCATTTTGCTGGGCTTAAGGCTGTTGGAGAGAGTGTTGTTCAGCCCTT CCTTTACTTTGAGAACAATCTGATTGGATCAATAACTTTGTATTCAGTCATGGCCAAGTA TAATTGTAAGAAGGTACGTCTTTCGATATAATTTTGGTTTCATATAAGTGAAATATGCTA TGCATTCAGGGCAAGTTGGAATCTGTTATGTTCATGATTGCTGCTACCCTTATAGTTTTG GTAGAATTTGAAGGCTAATAGTAAACATGGTTCTTCTTTCAAGAACTCATTTAGCCTCAA GAACATGGGCGTTGCTAGGGGGCGGAAGGAGGTTCAGTTGTTCATGGTGTGGCGAACTGT TGGATTCGTAGGAGGGTATTGAGTAGGTTGGTCAGGTTGATAACTTTTTAATTTCATTGT GTGAAATTGCAGTTGGTTTTTTCATCATCTGCAACAGTTTATGGTCAGCCTGAAAAGGTT CCCTGTGTGGAGGATTTTGAATTGAAGGCTATGAATCCTTATGGTCGAACAAAGGTTTGT ATTGTCAATAATTGTCTCTTAATTTCATACTGATTAGAGATAGTTCATTTGATAGTATCT CAGTCTGTAAACTATGTGACCGAACCTGTGTTTTGTTCTATTTAATTAGCTATTTCTTGA AGATATTGCACGGGATATCCAGAAGGCTGATCAAGAATGGAATATCATACTGTTGAGGTA TTTCAACCCGGTAGGAGCTCATGAAAGTGGCAAACTCGGGGAAGATCCAAAGGGCATTCC GAACAATCTTATGCCTTACATTCAGCAAGTAGCTGTTGGTAGATTGCCGGAGTTGAATGT ATATGGCAACGACTACCCTACACCTGATGGTACCGCGGTAGGTTATGTTTGGCTGATTCT TTGTGACTGTAGCTTCTTTGTATGAGGAAAAAAAAGAAACTGAATGACTCAACATACCAT CTGTGACTAGAGTACATACGAAAGAAACAGAAAATGAAGAGCGAGCAGAAGTTAACAGCC GGAACAACTTATTGAACTACTAATAATGAAGAGAAAAGACAGAAATATAGTTGAATATCC AAATATACTCATGACATGAATCACCTTTAACATATTTTGCTTCTTGTACTTGACTGTTAA ATGATCTTTAATCTATTTCTCACTAGATACGAGATTATATCCATGTTATGGATTTGGCGG ACGGTCATGTTGTTGCACTTCAGAGACTTCTAAGGCAGAATCACATAGGTAAGTAATCCT TTTCAAAGCAAAGTTTAGATCTGAATTCTTTTGACGTTAGTTCGAGCTAATGATACCCTT TTGTATGATTTTGACATTTCATATATTTCGGTTGAAGGTAACATCTTGTGACATTTGTTC TTCTGTTTAATGGTTTGCATTAGGTTGTGTTGCCTACAATTTGGGTACTGGAAAAGGCAA ATCTGTCCTAGAGATGGTTGGTGCCTTTGAAAAGGCGTCTGGAAAGGTCTCTTAACGGAA CACGCTAAACCATACTTAGTAGAATTTGAACAAAGCAACAATCTCATATTATGTTGTACT AATATATTATTTTTGTTCCAGAAAATCCCGCTTAAAATGTGTCCAAGAAGACCAGGAGAT GCCACTGCTGTTTACGCATCTACTGAAAAAGCTGAGAAGGAGCTCGGTTGGAAGTAAGTA GTAAATGGTTATTTTTCTATTCTTGGATCAACTGATGCTTGTGCCTAGCAGCCTCATAAA GGCTAATCTTCTTGCATCTCATTCATTTCACCAGTTGAAAGAGAAACTGATGGTGGGATC AAATCTTTTCTACTTCTTTTCAGGGCAAAATATGGGATAAATGAGATGTGCAGGGACCAG TGGAAATGGGCAAGCCAAAATCCTTGGGGTTACCAACCAAAGCCTTGATATGTTATAATA ATAATAATAATAATACAAGTAGCACTTGGAGTACAAAACTGTAGTCAACATCCTAGTACT TTACATTTCATGCAAACATTAGATGTATCCAAGGACAAAAGTGTTCATCCATAATAGTTG TTGATGGTTATGTACTACTAAACCCTGTTGTTGTCTCCCTTAAAGGTTTTATGGGAACTT GAATGTTCATCCTATTATGATCCCTTCAACCAAATCTCTTTACTGATTGTAATTCATTCA AAAAGAGTAAATGATCTAGTCTACTATGCTATTGAAGGTGTTCAATTCTATACTTCATTG TTGATGAAGTTATGGTTTATATTTGACTCAAACATATCTTTTAGCTCAGAATAGTTGACT TTTTTCACCTACTTACATTTAAATTTAGTAGTGGTTAACCAACTATTCTGTCCTTTGGAC AAGACTTATTACCAGCTAATTAGTTATCTCTATGCAAATTTGCTCAATTGGCTGCAAAAG TATCCCAGACTTTTTGGTCAAATTGTTCTTTTGAGAGTAATCATTTGCTAACAGTTGAGG AAAGGAGAGAACTATGAAAGAAGAAGGTAATGTGATGGTGACTGCTCAGACAATCATATC TGGTGCTTCTCCTTCTCCTACATTAACTCCACAACCACCTTTGCCAACACCATCACCATA TTCGTTCTCAGTGGCATCGACAAGGTTGAGATCAAGGCCTTCTATATATGCATATGATCT TGCCCTAAGATCACTGGCACTTCTGTTCTCTTTCATATCTGCTCTTTCACTAGCTGTACC ATCACCAACAAGGACAAAACGAGGAACGATTTCAAAATTCTGTGATTACCCACAATTAAC GTAAGAATCAACACAGGATTTCAGGATTTAAACTAAGACAACATTCAGTTCTATGGTTTT GAGAGCTGTTTTTACACTACTGCAGGTACTGCTTCAGTGTAAGCGTATTAGCTTTTATCT ACTCAGCTTTTCAACTCTTCAAAAGAGTTTGTGACATCGCTTATAGAGGTGTCTTGATCT CCGATAAGACCTCTGACTATCTCAGTTTCATACTCGATCAGGTATATACTAACTTTAATA AGCTAGAGATTACTTCCGAGTCCAAAACCTAAAGGAAGCTGGCTCACTGTTTCACATGTA ACTACGACCATAAAATGGTTGCATCCCTACCTTTAGTTCAAACTAGTAGCAAGAATTTAC TCTCTCACTTGGGATTTCGCCTGATGTATCATCAACATCTACGCTCTATTATCCACTAAC AGTGAAACTTTATGTTGAACAATAATGGCAAGAAACAGAAATCATCTTATAGGAAGAAAC AAAGAGTAGAAGCATCTTATTTGAATATCAAGCATCCTAAATTTCATTTCTTCTGAATGC TTCTCTCTAGTTCTCCTTTTCATTTACTGCAGATAAATATTTCTAAACAACGAATTCTCA TAAGCAGAATGTTTTACAGTTGACAGGTTACCTCCTCGTGTCCTCTTCTTCAGTAACTAT ACCAGTCATTCAAGAGATGGATATCCAAGCCTCTCTCTGGAAGGCAGCTATTCTTGCTGT TTGCATGTCATTTGCTGCTTTCATGGTCCTTGCAGTGTCTGCACTTTTATCAGGCTACAA GCTGTGCAAAAGGATCATATGGTGATGGACTGGGAATTGAACGTGCAGCCTTCAACTCCA GGATTGACAAAGCAATCGTAGTGTAAAATGGGACATGATTTCTTCGATCTGCTTGAAGCA TCACAAGAAGCAATTGGGTGGCAGATACCAAATATCCTCTACTACACTAATGGTCTGGTA GAAGTTGATAACAGTAAGAAGAGGGTTTCAGAAGTTTATAGCAAAGAATAGAAATATTTT TGGAGGAAAATATCCATATACACTATGAATTGTTGTCCCACCGCCATGGTGAATGAACAG TATTAAGTAGTAACAAACTAGTTTGAACTTCCTTGCTTCGAAGTATAACAAAAACTTACA GTTCTTTTTCTACAGATAATGTTTTACTGCTTCACTTAGGCCAAGAAGATAATAACAGTG TAATGTATAAAATTATAAATACTATCAAACACTGGCAGCTCCATATAACCAAAATACTAA ACCTTCCTTGATGAACAAAGAAGTAATTTCAGTTTAAAACCTACAGTTATCTCATATTCA ACATTAGGAACATCAATTCACATAGTACTTACGATATCTATTTATTTATACCCAGCAAAT CTTGAAAATCATTCGTCTCAGATGGCTTACATATATTCGTTCACCATACCATCAGATATT CAGATCAAATGTAGACTGCTCGGCACATTCTAAAGTCGGCACATTCTTTAGAAGGCAAAA TCTCATCTGAATTGGCATGTTTAATGGCAAGCAACAACATTTCAGCTCTCACCACTAGTA AACAAATTTCAGTTGTCTTTAGTGATTTGTCTAGTTAAAACTTGACAGAAGCAAGTGCTA TGCAGTTTAATCTTCTATAATGACAAGATTTCCCTCAGAAAATTCACATGCCTCGATAGA GAGGGAAAGTTGCTTCTGTAGCTTTTTTACCACAAAGACTTCTGACTCTTCACATATGGT TACTACCGTGCCCTTGCGACCAAGCCTGCCCGTACGACCAGCTCGATGAGCATAATGAAC CGAGTCAGTAGGTAACCCCAGATTAACTACAAGATCACATTCAGGTAAATCCAAGCCTCT AGCTGAAAGCTCATTCGTTAGCAGCACTCTAATCTCCCCATTTCTGAACTTCTTTAAGAT TGTTGATCTCACAAGTTTGCTAAGATCACCATGTAATTCTGCAGCATTCATACCACGAGC TTCTAGTTTGAAGACAGCATCTTTTAGCTGTTTTGTGTGGTTCATAAAAGCTATTACACA TTTGGCATCCAGAGCGTGCACACACCTTCTTAACATATCAACTTTGTGCTGTATCCTAGT AATAGTGTAATAATGCTGCAAATTAGGGGGTAAGCTCTGAACATCAGGCATAGGTTGTAC ACTTGAGCTTGAATCAGTAGTAGAAGGTGTTCCCGGTATATTAACAGATCCAGAAGGAGT GACAGACTCGAGTGGAACAACTTTATTGGCTTGGATGAGAAGTGGATCACAACCCCAACT TCTTGCTGCTCTTATAACTGAAAAAGGCACTGTTGCAGACACCATAATAGTCTGACGTGC AGCTCGCTTGACAAGTGGACTATTTGACTCTCCTCCACGTGCACCAGGTCTTCTCCCCAC ATGGTCTAATATACGCTTCATGTCCTCCCTGAAAGTGAATGCAAGGAGTTGATCAATTTC ATCCAATACCAAGTAACGACAACCATGGGTAGGAAGCTTTCCAGCTGCACTAATCTCTGC TATCCGCCCTGGTGTCCCCACTACAATGTCGGGCTTGTTCTTCTTCAGAGCATCCTCCTG TCTAGATCGGTTTGCACCCCCTACAAGCTGCTGGACTAGTTTCTTATTCGCTGGTCCTAA CAGCTTTTCAACTTCCCTGACAATCTGCATGCCAAGTTCCCTCGAAGGAGCTACTATAAC TGCTTCGATGTCTATTTTGTTCCCAGTTTCATAGCCATCTGGAAGTTCTTCCTTCAACGG ACCAACTCGAGACAGTATGGGAAGGAGATAAGCTAATGTTTTTCCTGAACCTGTGTAGGA CTGAATCACAACATCATGATTTTTAAGAACAGTTGGAACTGCAGCAGCTTGAACATCAGT CGGAATCGTAAAGCCTTCCGTCTCTAGTCTTTCGACCAACAAAGGTGGAAGGCCAAGTTC TGAAAATGACTTCGCAGCAAATGGTGCAGTCATTATATCTACTGGGTTTTTCTCCTTAAC CAATCCTTGTTTATTGCCACTAACTCTTTTCTTCTCTCTGCTCTTTGGGACCTCAATAGT TGAAATTCCCTGCTGGAGCTTATTTTTCTCATTTGCACTTACTGTCTTAACTTCACTCTT CAATCCAAGGCTAGCTAGAGTGAGGGATCCACTGCTACTTAAAAAGCGAACATTGCCTTG AGATGGAGCTATCCGTGTAAACTGTGTAGCTTTTCTGAAAGCTAAAGAATCCCCAATTAA CAAGAGGGCCCTTGTTAGCACTAAAGCAGGCATGGTTTTTCTAGTACTTGTTTTCCCAGT TGCTATCTCATGGAACAACTCAAACTTGATATGACTATTTATAATGCCAAAATCCTCTTA AGCAATTTACTATCATCACCAATCAGACTGCAACAAAAATGTTAAAATATCAAATATACA TAACAATATAGGACCTATGATAAGTAAAATTAAGATTTAGCATATCAGCATTCTTTTTAC TAAAAATTGAGAATGTAGTGACAAAAGTATGCCTCTTTTGCTGTAATATCCCTCTTCAAG AAAAAGAAAATAATCAGCAAAGAGCATTAGTGCAAAAGGCAAGTCAAACAACTCAATGAA TCAATCGATCAATCAAAACTAGTTAGTGTCTGTACTCTGTTATATGAATTCTCTATATCC ATCCCGCTCCCTTCAGCCATAAATCCTATTTTCCTTTTCTCCACTAAGCTTGAACCTCAC CTTAGGTGCCAAGTGATATCCTCTACTCCCTAACTAAACATAGTTCAACTATATCATTCA AACACCACATAACTGTCCACTCTTGAAGATCAATAGCAGGGATGACTGAATGACGTTTAC TGCAGTAAATCATATCCCACATAACCTCTTATATAGACATTTTTTTAACACCCAGAAACT AGAAGACACTAAACATTTCATCAAACACATGGTGACCATTTCATCAAAAACATATCAAAC CCTCAACTCTCATTTCTACACACCTACGCATTTTCACTATCACATTCAATGCATAATCTA TAAAGTTTTCAACTTTCTAGAGAGTTCGAACTCATCAAAAAATAAAAATGGAAACAAACA AGAAGCAAAATTTGAAGGAAAACTAAACATATAAGAGAACATGAAACTAACAAAAACAAA TAAACACGAAAGCTTAGCCTCCATTGAATTGGGTAAGAGAATAAAGAGGAAATTGAAGGT GTATTTTTACCTCCTTCATCTTCTTCTTCACAACTTAGCTGCCCTTCCTGTTACTCTGCT AATAGTGAAAGCTAACCATATCCTTATTCTTTATCATTGTTGATGATAACCTCAAGGCCC AATTATAAAATATCAATCAAATTCATTTGGGCTTTACATATAAAAGTCCACAATTTTTGG ACCACTATTTAAGGAGTAGCCAAAATTAAGTTCAACCAATTTATTTTTTTCTTACACATT AGCTAACATCCGGATACATAGGTGAGGTATGTACCGAGGCAGTGGCAGACTCAGATTTTT CATCCAGGAAATAAGAAACATAAAAATGTAAACGTGTATATACGCCAACAGAACAAAATT TCAAACAAGTAGTAGTTATTAATTTTAGTGACGGACCCTTGAATTTTTTTGGGTTTAAAA TCACGTTTTTGGCATGTTTCATAAAATTTTAAAAAAAAAAACTAAAAAAGGTGAAAAATG GAATTGAAACTGAAAAATAAATAAATGAAACACTTGACGCAGGGATTCAAACCCTTGATG TGAAGGATAATTTCCAAGGGACCTGTCGTCGGGCTATCCGTTTCATTTTGTCACTTATGA GGTTCAAAATTGTATATATTCATATAAATATAGAGGATTATCCTACATATACAGTGTAAT TTTTTAACGAGGAGGTTCGGGTGAATCCCCTGGAACCCACGTGGATCCGCCCCCTGCCAA GAGGGAATAGGACATTCAGATACATCAGTAGACATCCTGATATATAGGTGAGGGATATAA CAGAGAGGGGATAAAGATGTATCAGCGAGAGGAGATTGATGTTCCGAGAGGGGATTTTTA AAATTTTCTTAGATGATAGAAAATTTTAGAGATTATGATAAAATAAAATATTTATTGAAG TAATGTTTCCATTTTTTTTTTATAGGTTAATCACTTTAAAATCAATGATATCGTTTGAAT TTTTTATCCAAATATTCGAGTTCAAAAATTTAAATATTTTAAACAATGAATTATTTTAAA TCTTCAACCACACCCTATAAGTGTGACATAAATGATAAACATAATGTGACATTTGATTAA AGGTCACATTTTTCATTCTAAGCAACGTTTTCTAGAAGTAACATAAACATGGCATTTTGT ATGATCAAAGGCCAAGCTAGTAGAATCCCTCTATGACTACGTTTTTCAAACTTTATAACT ATACTTCTAAAGGAGCATTTGCAAAGTGTAGTCTTAAATTAATTAATTAATAGGACACCA TTTAGCTAGAACCCTATGATCACAATATAGTGTAAAATTGTTATAATTTTTTTTATATTA AAATTGTTTTTTATTTATATTTTGAATCATAAATATCTTTAAAATGTTAAATCTATCACT AAAGTTGACATAATAATCCACCTATGCAGTTCAACATGTTTTAATGATGTGTTGTTCTTC CTTGTAGAGAGTTCTATCACACACACAAAAAGATTAGAAAATATTAAAAATAGTTTATCT GTTGTTTTTGTTTGAATTATTATTTGAACTTTGAAACTCCAATTTTAAAGTGTGCCAAAG TTATTGAAAGATCGAGTTCATAAAATGATTACAAAAGCTTATAAGATTTATTAATTCAAT TTTTAACTATTTTATGGTATTTCTTTTTAAGAAAAAAAAAGTGAAAATTAGGTAAGTAAT AAAATGAACAACGTTAATTTTCTTAAAAAGACTGTTAGCCGAATAGAGTTTAGTACATAA GAGATTATCCTAAACCTACGACATGCTAAAAGTTAAAATCAATAAAAACTAAATTTCATA ATAAATACTCCAGTACAATAAAAAAGAGCTTGAACTTCATTAAAAAAATTATCAAAACTA CGCTACTTAAGTTGGAATTTTCTATTATATTAGATATTATTAGGTTAATATTAGTTAGTG ATTTTCAATTTTAAATCTGGCTCATAATAATCATTTATCAGAAACATGATTTTAATTATC AAATGATTAAATAATCGAGAGAATTCTCTTTTCTTTCTAATTAACAATGACAATGCAAAT ATTTGAGGACTATTTATTTAAAACTGGCGTGGACAGAATCATTTATTTTTTAAGCTAGAA AAAACATAGATTACCCCATCACATGACATTTTGATTTTCTAATATAGTGGTGGTTGGTAT TGAAATATATATTTATGAGAAAGTTATTTTGTCATATTAATTATTAAAATATTTTTTTAC TAATTAATTGGACAAATATGACATATCTTTTATGATTGGAAATCATTCAGTATGCTAATA TTATCATAAAAATTTGACGTATGATATTTTTCTTTTTAGAAAATGTTATCCACCCAATAC CATTAAATAGTTTTATAATATTTTTGATGGAGAACATTATTCATGGAGAAACGACTCGCT CAGAGTCGGTTTGATTACATATGAAATTTGTTTTTTTATAAAATAATTTTTAATTAAATA GTTATCGTATATTAACAGTCCTTTTTTACTTTAATTTTTTTTAACCTCCTCATTTCACCA TCAATCCCTTTTATGTTCAATAACGTTACTCCTTGAGATCTTTAATTAATAGTGTATTAA TTCTAATATATCTGTAGTTATTTTTATATGTAACTTACTCTCCTAACTATATAGCGATTA ATATTTTTCACTAAATTGAAACCGCCGTTGACCACATCATGACCTCTTATAGTTCTTACA CTATATTCAACTTTTTTTATATTTTTCGTACATACTTAATAATTTATTAACTTCACAAAA TTAACTATTTATTAAATGTAATAGATCAGCAACGTTATCTCCAACGTAAGAATAAATTCC ATAACTTCTATGACACGTGTTCTTTCTACGAATACATTTTATAAGTGCCAACAAAAAGAC GCACACTATTAATGCTGTTCGAAACTGGAGAACCTTCTAGAAATAAAAAAACAACTTTTT AGTTTTTCTTTTTTTTTAGTAAGTACCTTCTCGCAACTTCTTAACGAAAAAAATTAGTTA CTGGGCCCCTAGAAAAAATTTGACCCGACCCATTTTTCATTTTACTCTTTATAATTAATA ATATTTTTATTTTTTTCCATCTTTATTTTTTCCTTTATTAGCCATTTGCTCCTTCTCTCC TCCTATCCTACTCACCTCCTAAGAAACTTCTAGAACAAAAACGCAAATTTCTCATTTTTC TCGTCTTCTCGATCTGTTTAGAGGGGGTTTGGATCTGAATTGACGGCAACGGTGGATGCT ATGGTGCCATCGTCGGTTGATTGTACCGGCGAATCTGCCACCGGGGAGAATCAGAGATCT CTTCCGACGCCATTTTTGACGAAAACTTATCAGCTTGTCGATGATCCTGCTATGGATGAG TTGATCTCGTGGAATGAAGATGGAACGACATTTATTGTTTGGAAACCTGCGGAGTTTGCT AGGGATTTGCTTCCCAAATGTTTTAAGCATAATAATTTTTCCAGTTTTGTTCGGCAGCTT AATACTTACGTAAGATTAGGTTTAATTTTTTTTTAAAAAAATTATATAATTTTTGATTGA TTTAACTGATTTTGTTGAATTTTTGTTTAGGGATTTAGAAAAGTTGTACCTGATCGATGG GAATTCGCAAATGACTGTTTCCGTAGAGGTGAGAAAGGACTACTTCGTGACATTCAACGC CGGAAAATTTCACCGGCAGGTGCTGCGGTTGTTGCACCAGCAGTAGTAACGGTGAATGCT GCACAAGCGGTGACGGTAGCGGTAGCACCAGCGGTCAGGGTGGTTTCTTCATCGAATTCC GGTGATGAGCAGGCGTTCTCATCGAACTCATCTGGTGCCGCAGCTGGAGCGGCGATGTTA AGGACCACTACGTGTACGACGACGCCGGAGCTTATAGAGGAGAACGAACGGTTGAGAAAG GAGAACGCACAACTAAATCAGGAATTGAATCGGTTGAGAAGTTTATGCAGTAACGTATAC AATCTGATGTCCAATTACACGGCGAATCCGGCGGATATACCGGCAGGTATACTAGGAGGA CGAGCTTTGGAATTGCTTCGTACGGGGCAAGTTGACGGCGGCGGTGCGGCCATCACAGCG GCGGAGAGCAGCGGCTTCAAGGCGGATGAAGATATGAGCCCACGGTTGTTTGGTGTATCA ATTGGGGTAAAGCGCGTGAGGAGAAGCAGCGAAGAAGAATCTGAGGATCAGGATCAAGTA CAACCGCATGGATCAGACATGAAATCAGAGCCGTTAGATTCAGGAAGTGCTCAACATGAT GATCAGCCATGGATTGATCGATTAGATTTAGGGTGTTGATTTCCCTTGGAGGGTGGGGTC CACAGAAGCACTTCGGCATTGATGACCAACACGTGTACAATGGAAGATTGTTGGTTGTTT CTGGTGGTTTCTAGAAGAAGTGAGAAATCAAGTCAAATGGTTTTTTGAGAAGGCCCCAAA AGAGGTGGAAAAGGAGAAAAACGAAGTGGCTTTTTTAATATGTTTTCATAATTGGATTGG AAAAAATAGAGGGGGCTGAGCTGGTTGGTTGAAAAAGATGACAAATGTTGGAAATGATAG TCAAATGTATTAATTAGTTGGGATTAGGGAAATATTTATGTTACAATTTAAGGTGCCAAC TAATTTTTGGCTAAGGAAATTATTTGTGCATAATTGAAACATTAATAATGTTGTAACTTT ATGTTTAGAAAAAAATACCTGGGTAAATTTACTGAATATTTGCTCCCATTCATTTTCCTT CTTAGTTGCTTGTTATGTAGTTAATTAATCGATAAGTTTGTACCAAAATCTAAAGAGTTA AATCTAAAAATTACATGTTTTATTATGTTGTTTTATTTGCATGAAGTCGTGTAAATAAAA AATGTAATTGCTACTCCTCTAGTTCCATTGAATAATTAAAGAGAGTTAAATGGGGGAGTA GAACCTAGTTAGAGATGAAATTATCAAATATTTTGTAACTTTATTTAAAGAAAAAAAAAA GAAAAGGGAAGTACGTTAACAAAAAAAAAGATAAATTATATGTAGACTATAAATTAAATT GAGTCGTCAAAGAAGTAACACAGACAATTAAATATAATTACACCTCCATTTATTTGTCAA AATCCTTGACCACACTTTTATGAAACTGATATAATTATTCTCTTGTCTTAAAATATTTAT TGTATTTTTCACTTTTGAACACTTTAAATGAAACATTAATTTAAAGAAACATTTAGCTTT TATTTATTCATTTATATTTTGAGATATAATTTCTTTTTATATCTATCATAATTGTAGTCT TCAAATATCATATTACCATTAAAAGCACGACGTGAAAAAAAATTATAATTTGCCTTAGAC TTCTTAAATGACAAATATTTTGTTGAGACAATTATTTTTGGTAAAAAGATAACATGTCTG ATTATTTTTAGTTTTGAACATTCCTCTACTCACCAAAAATGTGATGAGACTAGATTTGAT CATTTGCATTAAAAAAATATTTGGGAATTAAATCAAATAGCATGTAAAAATATCTCAAAT TTATGATTGAATTATTTTGCAGAATATATCTGTATATTTATTATCATTAGATTATGGATT AAAATGTTCGATTCTTTTATATAGTACAAATCCAAATTAACATAACATCCCCTACAATTC ACTAGAGTATGAGAAATTATAAATAAATAATTTATTTTTAGTTTGTAGTTTTAATACAAT ATGAAATAAAATAACTTACTAATTATAATCATTCAATGGAACATGTCATAGTGTGAATGT GTTGCTACGTGTTCTTGTTTTTTGTTTCGATTCGATAATTGATATTCAAATTAGAATTTA ATAAATTTAAATTTATATTTTATAAAATTTATTTAGGTAAATATTTCCTACTAAAAATGG GTCATTGTTTGTTATTGTCCAATATGAGAGGCATAATGGCAAATCACAATAAATGAAAAT CATTTATGATGAACTTAGATGCTCTTTTTTAGTTAGAGGGGTTTTAATTGAGCTAAAGGT TGGTCAAATTTATTTTAAAATTAATTTTTGACTTTTGAAAATGCTTGACAAATATGCAAG GTAATAATTTAAAGTAAGTTAAAAATGATATTGAATAAGTTAGAAAGTGTTTGACCATGT TAAAAAGTAACTTAAGATTAGTAAAAATAACTTAAAATAAGTTACAAACCAAAAATAGAT CGCTCATACTTTTTATGTTTGACTTAAAAATTATTTTAGTTTGACTTTTTGTTTTTGACT TAAAAATTATATTTTTTTAAAGTTAATTCAAACTCGCTCATTTTAATAGCCTCAAATAAA TATGAGATTTCTTTTACGATTGTTTGGTTCGAAGACAAGTTATATGGTTAATCTCTGATA TTAACTTTTATTGACTTTGATTTATTATATTAAAATAACATGATATTTTCTATCATATTT AATAGGGAAAAAAAAGTCTGAAATTCTTGGGATTATTTTTAATTATTATTTTATCTCAAA ACTAATACTATTATTCCACCATGTCTCAAAGATAACTCATTCCAATATTATTTAATAATC TTATTTATTACATTCCAAACGTATAGACAACAAACTTTTCTTTTTTCTGTAACCTTTTGT TTTGTGGAGAAATTGAATGGTAATTGTATGGAAGATCCTTGTAATGGGCCTATGGAAATC TTGAAGCTAGTGTTTGACTACTTCAAAGGCAAATATTATCTTGTTTTTGTTTTTTGTTTT TGTTTTTTTCTCTTTGATCGTAAACGTGGAACTTGAACCTAACTCAGTCTCAAAAGTTTG TTAATGAGGTGAGTATTTTTCAAGTGGATATAAAAAGATTAAATTTCTATCACTTTTCTG TTGTAGGAATTTATAACATTGCCCCACACGATACCATGAAAAGATTAATATGATCTAACC TAACCTCAAAAGTTAGCTCATAAAGTGAGAATTGTTACATGATTTGGGTCTAACCTAAAG TAAGGATTGTTACGTTCAAGTTCATACAAGGAGAATTCTTAACATTGACGCCATTGATAA ATATATAAATAAATAAGCAATAAAATTATGCTTTTAGTGGTTCACTTTCCACATATAATA ATATATGATTAAAAGAAAAGGGAAATCGTCTAATCCTATCATTTTATGTGGAAAAAATCA CTTTGAAATCTCTATGCTTGATTTCGACCAAAAAAAAAAAAAAGAAATATTAAACTAATA TATATCTTATTTTTTCGATTCTTAGTATTAAATAATTAAATAAAATAATAACAAATAAAT TTAGAATTTCAAAGTATTGTTAACAAAGTTAATTTAATAACATACATTTCTAACTAAAAT TTTCTTTAAAATATATATCAAATATTAATACTTTATAAAATAGAGTAAATATTTATCAAT CGTCTTTTCACTTTTTTTCTTGGCCTCTTGTGGAAAAATTCTTGACTTATCAGTACAACC TTCTACTTAGGAATCTTGATGTTAAATCATCAACTAATAGAATGATTAAGAAAATGATGG AATGAGGGGACTTTTTAAAAAAATTTAATGCTTGGTTGGTTACTGAATTAAAAAATATTT TTTTGCGAATCTAATTTAATCTTTTAAAATAAAAAAAAATTTAGTAAAAACTAAATTTGA TATAATTGATTTTCTCCTTTAAAATGTAATTTTTTCAAAAGTTTTTTTTGTTTCTAAAAG AAAAAAAATCAAAAGTTTCGGCCATATGACAAAATTCAAATATTTTTTGGGGGAAAACAT TTTGAAAAAATAATATTATTTTCTCATTGCTCATCGTTATTGCAAGTGTATCAGCTCGTT ACTTCCTAGAAAGAATTGATGAAGAAAAAAAAAACGGCGTGGGCCTCGTTAATTAATTTT CAAATGGTTGGCCACTATATATTAGTAGGTCACATTTATCCTATTCAAGTTTTTTCCTTC TTCTTTACGTTAAATCCAAACATATCGTTTTAGCTCGGTCTCAATTGATATGACATATTT TTTATTTAATCAGTTTAAATTAAAAAAATATCATCTTTAATATATTTAAAAATAATTTCA ACATTTTTATTTAGATCGTATATAATTATAATTATGACTAATGAAATAATTAAATTTAAC CTGAAGTCTCATATTCAAACTTTTGGTAGAATTATAATTTTTCAAATAGATTTTATAGTG TACAATTTAAATTTAATCAAATTTCAATATAAATATCGAACGTGAGGAGTAACTAAACGT TTACATTTCAAGTCCACCTAAACTTTTTCCACATGCGAAGTTGCATGGGTGCATCGTCCC TCGTATTATTAAAATAGCCATCAAATTGCATCATACAAACTATATTATATATCTTTTAAT TTCCTTTTCTTAAAAAAAAAAATTTTTGGTCGATGGAAATTACTATCATATCAGCTCAAG GTCTCAAGAACACCACCACCTGGCCGTGGCGGTTCCGCCCTTTCGCCACCCTCTCCACCG TCTCCGCCACCTCCACGAATGAACTTCATATAACTAGTGTTGATGAAACAATACGTAACA ACAACATCGATAATAATTATAATGCTATGTGGGGCGATAAATTTCATCTATCTATCGATG CTAGTCTATTTTTACATGGACATTTATGTATATACATTCGAATATATTCTAAAAATTTTC TTAAGGGTCGGAGTGAACTAGGGTGGTGTATGATTTCGGCGGCCGACGTATTCAACGGGT TACTTCCGGCGGGTTTTCTCCGGCAATTTAGCTATAGGCTACGGAATAAAGATGGTTCAA GAGGTAACGGAGTTGTCAATGTTGCCGTTAAATTGGGTACTTCGTTTGTTTTGGGAATGC ATCCTCAACGATCACCGTTAGTGACGTATTTACCGAAGGTGAGTGAGTACTCGCCGGTTC TTGGAATTCCGCTGATGGCATCATCGACAAATATGTTGTAAGACAAATGAACGATATCAT ATTATTTAAGTTACATACGTTGACAGTAAAGGACATTGTCATTATATATAAATTATCTAA AAAAAGTTTGTGGAATGCTATGTTTGTTAGACTTTAAAAGCTTATTTGTTTGGAGAAAAT CGTGAATTTTAATTGATCATCGTTAATGACATATTTACAGAAGGTGAGTAAGTACTCGCC GATTTTTGGAATTCCGATGATGGCATCATCAACAAATATGTTGTAAGACAAATGAACGAT ATTGTATTATTTGTGTTATATATGTTGACAGTAAAGAATATTCTCACTATATATAAATTA TCTAAAAAGAATTTGTGGAATGATATGTTTCTTGACTTTAAAAGTTTATTTCTTTGGAGA AAATGGTGAATTTTAATTTGTCGATGATTAGTTTGTGATAATTAATGTTGTTGTTCTCAT TTGATCATTAAATAGTTCCTTTTTTAGGGGGTTTTAGTTACACTTTAATTTGTTTATAAT TAATTCTCTTAATTATGCCTTTTAAAACATTAATTGAAACTAAAAAAAAATCAACTTTTT AGTTTCATTTCTTTTAAGGATACATCTTATATTAAATTCATTTTCTATAATAATTAGAGT AAGGGCCGTTTGGATGGGCTTAATAAAAGTAGCTTTAAAAAAGTACTTTTAAAAGTGCTG AAACTTATTTTTAAAATAAGCAGTTATGCGTTTGGATAAAAGTGCTGAAGTTGTTATGTC AAACGTGAAAAGAGAAAAATGGAAGAAAGAAATGTTAGGGTTATATGGATAATTTGGAGA TTGTATAAAAATATTAAGAGCAAAAAGATAAAAATGTGGTCAACTTAAAACAGCTTATAA GCTAAAAAAAAAGCACCCCTACCCAGCTTTTAACTTTTGGCTTAAAATAAGTTTTTTTTA ACTTAAAATAAGTTATTTTGAGTATTGCCAAACAGCTAAACAAGTCAAAAATCAGCTTTT AAGTCAGTTTGACCAGCTTTTAAGCTGAGCCAAACAGGCTCTAAGAGTAATTCTAAGATC CATCTTTATAGTAAATATAATAAAAGATGTATATTTAATTTGCTATATCAAGTTGCATGC TAATAATTTTTCATGTAACTAGTTTCACTTGTTATTTTGGAAAAGTCGAGTGTAATTATT TTTTTCAAATTTAATAATTAATATGATGATAAATTTTAAAAAATTACTTTATCAACTATA GAAATCGAAATTCTCTTATGTTAAATTTTCTCCATTCAAATTTCTTTTCAATTGTGTGAT TTTTAAAGCCAAAGGAATACTTGAATAAGTGTGCAAATTATAGTTTTATCTTTCTTTTCA CTTTATTTTTATGATAGTTTAATCAGGTTATCGATTTACTCATTATTGTGTCATAAGGTT ACTTTTATTTTAAATTTGTATGGAAATGAGATGTATAATTCAAGTTTTGTTAGTAAGATG GACGAAATTACATAAGAGTTAATTGTCCAACTGTCCTACCTATACATGGAAAATTTTCCT TTTCTTATCCAACAACTAAAGAAGGAAAATTTGGAAACAAATTTTTCTGTTCTTTTAGTA TTTATCCAATAAGGTCATATCATGTTAGAGCCAATTATTAAATATATATACTAGACATCG GTATCTATTCACTGATTCAATATCTGTTATTTTTTTATTTCAGTTTATGCGATATAGATG GAATTAAATAGTAGATTAAATTTTGACATGAATTTTAAAAAAATTTAAGTAGTTGTTGTA ATTTATAGTATTTTACTGTAATTTTTAAATAATATATATTACTTCTTTTGTCCCAATGTA AGTGATATCCCAATGTAAGTGATACCGATAGAATTTCAAGAGTCAATCAAATGTTGTTAA TTATTGAATTTACAATATTTTCTACGTAGTTTTCAAATTAAATATTTAATGTTACTTCTT TTGATTATTGTAATTTATAGTAATTTTTACGTATTTTTTAATAATATATGTTACTTCTCT TATCCCAATGTATGTAGCACAAATAGAATTTCAAGAGTCAATCAAATGTTGTTAATTATT GAGATTTACAATATTTTCTATCGTAGTTTCCAAATTAAATAATACATGTTACTTCTTCTA TCCTTTTTATGTGACATAGATAGATTAATTTTATGAATCAATCGAAATTTTTATTTATTT TTTATAAATATTTTAAATTGTCAGTTAAAACATTTAAAATCAAGACAAACAAATTAAAAC GGAAGAACCACCGAAAAAGAAAAAATAATGCAGCTGTCAGGTAGGGTCGACCATGACCTC CCTGGTTACTATCACTTATATATATAAAAAAAAATTAAAATCAAGACAAACAAATTAAAA CGGAAGAATCATAGAAAAAGGTAAATAGTGTAGCTATCGCGCAAGCATGCATGTCGATCA TGACCTGTCTGTTTGTTGTCACTTAAATATAATAAAATTTATAAATCAAAACAAACAAAT TAAAACAAATAAAAAAATAAAAATATAAATGCCCACCAGACATATCAATCATGACCTGCC TAGTTATTGTCACTCGTATATGTGTAATTTCTTTCCTCTTTTTGCTTTTTCCTTCTATTT CATCTAGAAGTTCCATTCCTAATATGTTACCAAATTTTATTTTTAAAAAATAATTATCAC TGAAATGAGTTAATTTGTGCAAATTTCAATTATTTTGATTAAATAACTACTATCTGCTAT CCAAAAATTGAATTACACTTTTTGAAGGGATTTTATTAAGAGTAAATTAACACATGATAA TAGTTATGATAATTAAGATATATTGATTAACCTATGTGGGATTATACCTCTCAATTATAA TGCTTTTTGACTAACTTTTTTTTTTTGTTCTTTTAAATTCTTACGTATTCCAAACGGTTC TATCCTCTAACACAAAATCCCACTTAAAAATCAGGAAAACTCAGAAAATAAAAAAATGCA CATTTTAATTATATTGATCAATTATTTAATCAAATGAAGATAATTATTTAGTAACTATCT TCATTTATATTTTAATTGTATTAGTGAGAAACAGAAAAAATAATATTACTAGTGTTTTTA CACAGGAAAATTAGTAAGCTTTTTAATATTTCGGTAAGAATACTTTTCTAGTGAGCTAAT TCGACGAGAAAAACTTTTATCATCTACATGTATTGTAGAAGAAATATGGAAACTGCTAAG GAGGTTCTGTAGGGTTACGATAATTTGAAAAGTTTTAGGATTATTACCAAAAGCAATCAA TTAATCAGTTAGCTGCATGTCTCAATCATAAACTAGTTATAGTGATAAAATAATTAATAG TCAACCATACTAATAATTAATTAATAAAATGAGACCAAGAAATAAATTGAGCCTTTATAT TAACGAACCTTCCTAGTGCTCACTTCTCAAATATTAGAAGTTGCTAAGAAGAAAAATTAA GGAAAAATTAATACACGTCTGGTGTTTCCCTTATTTTTAATTTTTTATTTTATTTTTAAA ATCTCTAAAATTCCTTACGTCTTTAATGTATCCGAACTACATATCAATGAATTTGAACCA ACATTTAATGTATTCAAGCTACATATATATATATTCATTTATTTTATAATGTATCCGAGC TACATATTATGTATCAGATCTAGTTTTAGTGTATCCAAACTGCATATGTGTGTATTCAGT TTATGTTATAATGTATCCGAGATACCCTTTAATGTATCCAATTTGTATTACTTTTTAAGG GATTAATGTAGTTACAAAACTAAATAGGAATAAATTATGATTTTCATATTAAAACTATGT GATTCCTAAAACTTATCCGAAAAAAGTCCACGAGAAGATCGCCAGGTCTCTTTCTGAGAC AGTGGCAAACTAGCTCAGACATCATAATTATAAGAAAATAAGATCGAGTTTATTTCAATA TGATTAAAATATTCATATTCTTACTTAATTTAAAGACGTTATTTACATCTTGAAAAACCT GCAAAATTCTTATATATTATCATAGCTTCCATAGTTAAGTGCTCTTAGTAAGGAATGTGT AGCAATAGACTGTGAAAATGAAATGTGCTGCCTCAATTACTATAATTATTTTTGCAAGCA TAGGTTATGTTGTTATTGCTAGTATAAAGTTGCTCCATGTGTCTTAAATCACATCTTTTA TGGTGCATTAATTAACAAGGTAGGTAAGTTGAGACTTCTATTTGAATTTTCTCATATATA ATGACATAAAATTTCAATAATGTGGATGCAAAGTAAGGACAGGCATACATGATATGTCAC AATGTTGATTTGCTAACTAGGTATGAGATGTAGATATACTATAATCTGGGAATGTTACTT TTACTTTTATAGTTGAGACCCAGAGTTTACAACATTGATCTACATCTTCAAAGTTAGAAG CAAACATGACAAAATTTTCTGAGAATAATACTCCCAGAATGGAGTACCCTCTCATTCTTC ATTTAAATGCAATTTGCATATATGCAACTTTTAACGAGTACCTTTAATGGGCGATATGCT GTTAGGAAGGCGTCCATCATCACCATCCCACTTGCCTAAAATCTGATGTTGCGTCTTGGA TTTTCTTCTTTAAAGATCTGAAACTGCTACTGCTTTTGTCAGACCAACGAAACGAAGCAC TCCTTTTAATGAGATCTGCCATAAGTGGCGACTTCATAGAGGAATCCTCCACTGCAGCCC CACTGTACACTGCGCTCCAAAAAAAAAAATTGGATTTCAGGAGGTGAAATATATACTTTA TCATATCAGCCTTTTGGGAAACCATAACAAACTAAAAGGATTCGAAAGGGCACCTGACGA TGGTGGGAGGTGGTAATAGCGCTTCAAGAATTTTGAAGCTTCTCTCTCCTTCTTGTGACA TAAAACGCGTATCAAGGTGTGTGCATCTCCCAGATGTCTGTGGCCATATTTATGTGCTTC AAGTCCTGAACTGTGTTCACTAGAAGTCATCAACAATTGGATCACAGATTCAGCCTGCTA CGAAAACCAAAATATTAAATAGGTCCCACAGCATGCATACAGAAACAGGCTAAAAGCTTT AATTAATTCTTAACAAACCCGGAGGGAAAATAAACTGAGGATTTGATGAGCGAATCTCGC TTCTTCTTCAACTAGTGATCGGGGAAGCCCTTCTCCGTCAGCAACGAACAAGTCCTAGAA AGTGAAAGAAACATAATTGTTGTTTCTCAAATAGTCGCTGAATATCTCTTGCAAAAGATA TCTAAAATCCAAGCATAATAGAAGCAAAAGATCCATATAGGCAAATATCAACTAGCTGAG TTACATCACCAATGGATAAATTCAGTGTGGTCAGGACTCTTTAAGATCTGGTTAAAAAAA TTTACCTTGGTTTCGGGGAAGTGTGAAATTCAGAAAACTTCTATTATGAAAATACAAGAA AAATTATTTAGTATTGGAAATCAAGGAATTAAAATAATTAGGAAATGAAAGCAAAAGGTC AAACACAATTAAACCAGCCTACAAGAAAAAAATTGTCTAGAATATTAAATTTCAATGATC AGCCATATATCTTTTATAACTAAGAAATTCCCAAGGGACAATATAGCGCATGGTTCAAAA CTCTGGATAATGAACGCGGCTTTGTCAGGGTCCAAGTTCGAAATATGAACTGTGACTAAC ACGCACATCATGCTTTACGCTCTTACCACTAGATCAAAGGCCTAGGGCCCAATGACCAAA GCTAATACACCACATTGTGGGCCAAAATTAGAGATGAGGTTCGTCAATGCAGGCTTTTGG TTACTAAAAATAACAATTATGGAACTATAATAAATAAGAGAACGAGAGACAAGGATCATT AGCTCAGAGAAAAGATAACTTATTACGAATCTACATAGTTACAGAAATCCTTGTCCTAGT TGAAACTTGAATGACCTAACTAAGAATATCTGTCAAACATATCAGAGGATTGTGAACAAT TTTTCAAAAGAATTGATTGGATACATGATATTCCTGACAAGTAAGAAGACTTTAAGCTGA CTCAAACAGATGATGACATCATTACAAAAAGGAAAGTTTAACAGAGGTGCATAAATACGC TATTGAATCTTTTGTCAAAACCAAATAATGAAATGGCCTTCAAGAAGATCAGTAAATGTT CAGAATATCGTGGTCACTGGTGATGACGTTGATGAGGTTGCAAGATTGAAGGTTTACCTG AGCCGCACCTTCGACATAAATTAGGCATACTAAGGTACTTCTTGGAAACAGTATACCAAA ACAATTCAGATTCTATATTTTCTAAGGGCTGCTAAATATTAAACTGACGAACATGACAAG AGTTCTCTACAAAAACTCAAGGTGAACGTGAATTTTTCAGAAGATATCACACCTAAAAAG AATCTATTATTTGAAAGAAGACACTACCTAGAATATACACTTTTTCTATACTTGCTGGCA ACAGTCAAGAACTGAAATTGCAAGCAACTCTATGTATTCCTTAATCTGTATAGTACATAT GACGTACACAAATGGCTATAACAGAGTTTCTCTTATTAATAATACTAACAGCTACTCTGG GAGTCTCAGTGTGACTTCTTGCCTTTAGAAGATTACAGAACTTATGAGACATCCTTCTTA GAAGAAGGTAGCAAGAGGCAAAGGAAGTTCTCAATTGTCCCGTATGTAACTTCAGTTTAA TTCACAGTACCATTTTGAATAGGAAAAAGATATCATTGGAACACTACACCAGGAAGGGAA GTGTTCTATGCAAGTGAAATAAATACTGCTTGAGAACACCAAATTCAACTGCTGCTTTAA CAAGCACAATAACCACAAGTAATAAGAAAGTTAGAAGAGGAACTTACTTTTAATATATTG AGGTCATCTTCCATCATGACAACATCAAATTCAGAAAATGCACGTGATGGACCTCCATCT AGTAATACCCAAGCATAACCTTCCTATCCAATGAAATCAGAGAGTCAGAACTGGACAATG GGAATCATAATAGGAAAATTCACAAGAATGAGACTGAGATTCTACCAGTGATGCCTTAAA AATACTTTTCACTACAATGTCTCTGAGGGCGTCATCAATCAGAGCACAAACATTATTGAG GACCTAGAAAACAAAAAAGGCTGTGAATACAGTAATCTTGGAACTGGTCCGACTTTTAGA CCATGCATTGAAAGAGAATATGCAATCCCTTTATCGTTTCTTTCCTTTATTTAGGGATAT TAGACTGTAGAGTGAAATATTGAATGTCTTACTCTATCAAATTGTGGAAGTATAGTTTCC AATCGTGCCCCTTCAACATCACCGTGATATAAATTAAATATGAATGGTTCTCTCATGTCC CAAAACACAACTCTAGCTCCTACAGGTCACATAAGAATAGCTTAGGATAAAACTTTGTAG AAGAGACAAAAGAAGCAAATTTTTGCCTTCAAAACTCAGAAAGCAAATTATATACTACCA TCAAATCCAAGAATGAATAATTGCTCAAAAGTCGCACAGCATTTATTAATATGAAAAAAG AAAGTTGGGGAAGACATTAAAGAGCTTTAAGAGGATACCAAGAACGTCTATCTGGCAAAT TAAGTAAACAATGAGAGAGGCCAGTTCTATTGATTGTTCAAGTTGAACGCACACATGAAA CTATCTCGTTTTAAAAACAAGCTTTCATGAAGTTAAAATAATGGACCAAACATAGATTGA GTGATTCCACATGTTTGCAAGATGCCTATTTTACCTTTTTGATAAACAAATGACCATTTC CAAAGTACTAATAGTGGCATGAAAGACTTACAGACCACCAGTACTCTTTTTTGTTAATTG TTAACAGAACAGCAGTACCATATAATGAAAGAGAAGCAAAAAGAACGATAAGCAAAAAAC TAAAGCAAAATCAAGAAGCAATCTGTGACGATCACTTGTGTAGCAATTGGGTCATTCGAC ATTTCAACAACTAAAAGTCACCAAACCATCAAGGACATCCCTTCAATTCAATTTGCGAAA GCACTTCATAAAGCATATTTCCAGAAGAAAGCCTTCCTACAGCATCAATTGAATACATGG ATATTTTTTAAAAAAATAGAATAAGTAGCTAAATTTAGAAAATGGTTTACGCACTAGCAT GATATTTGCTTTGGAGAACTTTGAGAAGGTGCATTCCCTAATACTTCAAGGGGATTACAC ATTCAAAATTTCAACACCGTTTGACTTAATTTTAGGGGTAATACCCAACTTGGGATGTTC TCAATATCCTGATACCTACATTTGCTTTGGCTAGACACTTTATGCTCAGGGATAGTCCTA AAAATTAGACACCTTTGTTAGGCCCGGGCAATCTTTTTCCTAATTTTCAGAGATTTATAG TAAAATTTGATGAAAGCCAGCATGAATACTTCATAGGGCTCACTTGTAGGCCAAAGTCAT TTGTCAATAAAACCAAGATAAGCTTGTGCCACAACTTCAACTCATGTTTCAACTGAAAGG TCCTATGGAGCATGTCTCAGATGGTCCCCAGACGGAAGAGATCTCCCTAGATTCCAGATC AAAATAGAAGCAAGCAAGTACACTTTCACTGACAATCAGGTGATGGAACAACCTTAATAT TACCTTGTTTGAGGATTAAATAATACAATAACATTTACTCAACAATATATAATCAGCATC CTCCGAAATAGAAATCAAATGCTAAGAAAGGATAACTTCTGTTACAAAATAACAATATCC AATTAGGATACTTTGAACAGCAACCAAACTAGGACTTACATCATCATATTAACTGAGAGA TCCCAATATGCTGTTCTACACTATATAATAAGTCTAATTCCACCACCACTAAATAAAACA AGGATAGTTATCTTACCCACTAACTCGCAAGTTCTCTTGATAGCATCAGCAGCGCTATCA CGGATGCAGTCAAAGGTGGCAACAAAAAGCTCATCAACTGACTCACTACACATTTCCAAA ATCCCATTTGAAGTCCAATGAGAATCCTCATCAACTGTGAAGGTAACAAAAATAGACATC AGTAAATAACTATTCAAAGGTAGATAATCTTCAGATAACTCCTATATTATCTAATATGTT GATAACTTTTTTTTGAAACTGCAAAAAAAAAAAGTTAACATATGTGGATAACTTTATCAA GTTTAAAACTGAAATTTCTATTTCCTTGCAGGCAGAGAAAATATCCGACAGAATAAACCT CTTAACCTCAGCATTTCTATGGAACCCCTGAAAAGTTGGGTTAACTCTCTTGTTAATCTT CATGGTTAATTTTCAAATTACTCGATATAAGATACCTTCCAATAATATAATAAGCAACTA ACTACAACATCTCCAAAGAATATGGCTGAGAGAATAGGACTAACTTCAAATAATAGCAAA CTATACTTTGTAAAAGTAAAGAAGCAGAACTTACGGCATGTCTGATCTTTAAAAACTCTA ACAGCTGACCATGACTCCCTAATACCATCCTCAAGGGAGGAAATTTTTTTCTGCATATAC TGCAACAAGAAGGTATCACTGTCATCAGAAAGATTGTAGTTTCTGTGACTAAATAGGGTT ACAATGAGCCAACCCAATGCAAGGAAAAGAAGCAGGGAACATGATATCTCAAGTAAATTT GGAGAAATGGGTCCAACTCAACCTCAAAAGCTAGCTCTAGAGCTGAGGGTTTGCAAAGAC TATAGAAGAAAGAAGACAAAAGCACATATTCTCAACCAATGTGAGGCGCTCTAAAAGCAA AATATGAACACTTGATGCATGACAAAATAAAAATCAATACAGCAACATCAATCATCATCG TCACTAAACTAACTGAAAGTGAGAAAGCCATCAAATGGGAAGAAGCTTGCACTCACTTGA AGGGTATTCATTCTGACACAAAGTTTGGACGTTGTCAAGGCATCCAACTTCTTATTCACC GCATTATCAAGAACCACATATTCAACCAACTTTTTCTTGGCGCTTGTAAATGCTGTCTCC TTATAACGAGTCAAGGGAGGAGCAGGAGGATAAAGATTATGCTTGTCAACTGCACCATTC AACAATTTGCAATTGATATCGAATAAGAACTGTGGAAAATAATATGCTAATGTGCTGATC AGAAGATATATTAGCAAAACAAGCTTTTACTTTGCAAGTGCTTGAAAGCTCTGGTTCTTA GAAGTGTAATATCTCTTGCTGTGCATAACAAGACAAAAGATGTTCCTTACTGGCCAATCC TAATCCATCTGATGAAGAAATTACCTTACCAATCTTCTCGAAAGATGTCCGTCTAGAAAT CACTAAATTGCAATATACTTATGTGACAGGAAAAAATTCAAACCCAGTATTTCTAAGAGA AGATAAAAGCAATGACAATATTTATGAGGACATAACACAAGTTCCAAAAGAAAGGCTTCC CATAAAGGGTTTAAAAGGATTGTATACATGTCTAGAAGACCAGAGAATCAACTGTTCAGG TCAGTTATAAATTCAACAACGTATATTAATCAGATGACGACCAACATTCACATATCTGCC ACATGCTATTATTGTTGAAGACCCCAAAAAATTTCGATCATCCACAGGAACAGTACCAAC TTTCTAAAACAATTTTGGAAGCACGAAAAAAAAGGCTCTATCTAGACACGTGTTGTCCTC GCACAGTACACAATAACGGTTATAACTTGAAGCAGAAAAGGACAAAGATATACAAAAGAC TTTGGATTTCAAGAATCACGTTACCTAACTGGTTAACCACTTTCTGCAAGTAGGCATCCA ACGTGTGAAAGATTATGGAAAGTAAAGCCTGCAAGTGTGTGATATCCACTGGAAGCCTCA GCTCAAAAAATTGATCAACAGTCTGCAAATCAACGCGGAGATGAAGTCCAGAGAAAATAA ATAAACAAACAAACGGTATATCAACCAAGAAATAGGATCTACCTAAAATGACTTCAAAAA AAAAAAAGGAGAACAGCAAGTACAAGCATAGGCAAAAACATATACAGGCTCTGCAAACAC GGAGACCTAGTAATCTCTTGAAGATAGAGATACATGAAGTTTTACGGGCTAGCATGCACA CATATACTTACCTTAGAGTAATTAAAATATATAAAAACAACTTAGCTAACACAAAAACCG TCTTGAATGGGCTTTAATTTATCTGATGTTTCGTTTTGTAATATAAGTTCATTATTGGTT TTAGAAGATAAAAACAGAAATCAATAGTGAAAGAATTTTAATTCCAACTAGACGGAAGAA TATAGTCTACTATATGTGCATGCGTTATTCTTCTTGGTGCCTACTCCATGAAATACATTC ACTGAAAGTCTTCTACTGGCTAGTATATTGCAGATACTACACATCAAGTGGTGAAATGCA ATAGGCCTTTCATGAAATTCCCTCCACCAATCTTCAGTGAGACTGGAAGACTTGTTTAAT GTTAACTCTTTGTAAGAGACATCTCCTCCCAGCTTCTCTTCCACTCAGCTCTCTTTCTGG ATGACCATATATTGATCAACTATAAAGAGGACTAAAACATGGATCAAAAGTTGAGATTAA TTTAAGTAAAAGGAGTAATATATAGCAACTACTCTTTTATTTACCTTAGTTTTCTTTACC TTCCGTGGACTCGTTAACTGATTTGGAGATCATTTATTGTAGGTACTGGAATGATAGAAA TAAAGCAAGTGGATTTGATGATGTGAGAGTGTTTCGACTAACCTTATGGAGGGAGTTTTC TTAACACAGAGTCTAAAATGCAGGAGAAGCCGAGAAGGGTTGCTAATGCTATTAAATCAG GAACGAGAAAGTGGGTCAAGAATTGCGATAAGGAGGCCTATGATCTGGGAAAAGAAATTT GTTGGACTCGATTAGGGCCAAAGTGTTTGGCAAAGTGTGGAGAAGGCTGGTGAGGGATGG CTGATACTACACATAATTCAGTATATTGATAAACAATTATATAATATATATATATATATA TATATATATATATATATATATATATAGACACACACACACACACACACACACACACAACAG AACGGTATATGACCTAGGGACTAAGGACCAAATAGCGGCATAGGCCAAAAACCAGATATA TAGCATTTCTGGAAATGACACACAATCATTAGTGTAAGTAGTTTAGCAGAAAAGTTTATA TATCCATGAAGCATCCAAGGAACATTTCAAATATAGAAGCACCAAGAGCATATTCAAACA CCCAACAGTAGCTTCACCACATAATATCTAGAAGTTAAAAAGTCGAAACTTATCAAAAGA AAAGGGGAACATCAATAATTGAGGGCCATACCTCCTCTATGATTCTAAATACTTCTACAG CTGAAGCTGCTTGTTTTTGCTGATGTGATAGGGGCTCCCAGTCCTGTGATTAAGACAAGA CTATTTTAAAGCTCAAACAACATCCCAGATTTGCTAGGAAGAAACAAATTGTCAAAAACA ACAGAACTGTAACTGCTATTTCAGACCAGAAGATAGTAGCAATATCTAAAGGAGAGAGAT ATGAGCACAATGACTAAACATAAGTTCAGATGAAAGATACACCTATGTTCAGTTTAAGCG CTTATAAATATTTGCTAATGGGATGAATTCTTTGCATAATTACTAAAAAGGACCTAGGAT AAAGAAAGAAAAACCAATGTACAGTTCAACCAGCAAGTTGATTATTCTGACAAAAGGCAG GAAGCAAACACCATTATCATGACTTCATCTTATTTAGCATTAGGAATTTTACAATTACAT ATGTCACAACTAAATAGAAGCTTCTAAAAGAGAACCTCAAGATCAGCAGCACGTCCAGTC CATTCAAGTATCCTCTCATGCTGAGCAATCACCCAATCAAGAATAATTGGCCTTGCGATT TCTCCAATCTTGCAACCAAGAAAATGAAAGCAACATAATACCTCTAATTAGAGTTTCATA AAGTGAAAGATATTTAAATGATAACTACTTACAACACAGCTGGAGAAGTATGATTGTTTA TCAATACCATACATGCTCTTAAACATTATTTTGTCTCTTTTCATCCATTTAACCATTTCA TGTAGGACAGCAGAAAATTCAAGTTCTGCTGTAACTCATGCTAGATAAGCAGAACATGGG AGTATAGTTGAACAAAAAATAAAGCGCCAAGTTTTTCTAAGGAAGTGAGTGCTTCAATTT AAGCAAAAAGTGCAAGCTTTAATACGTAGGTGCTAATGAAGCAGAAATTAAAAAATAACT ATGTAATGCAGAATAACTACAAACAACAGCAAAATTATATAGTCAAGAAAACTGAAATAT TTTGTAAAACCGGTATTAATCAAGTTCAGAACCATTTTTTAGCTTTTTCACTTCAGATAC AAAGGTATAATTTAACATTGTTAATTATGATTAGGTGACTAACCACTTACATACTCATCC ATAACATTTCCTTTGCAGTTGATATATCACTTCGCCAACAAAATCTATTTTCTAGTGACA TACCACATAGCCACCAAGGCGCAAGTTTTAGTGCCAAGGTGCCTGGCCTCTTGAGCAAGG TAAAATGCATAGCCTGCATGCCCAGATTTAGACACATCTTTTGCAACACTAAATACTACT TTCCACAAATGCTATGGACTGAAAAAAAAAAAAACTCAACCAAGTAGGAGAAATAAATTA ACCATATTTTCCATTTCATTTTGAAGGAATTTTCAGGAAAGAGTAGGAAAAAGAAACCCC ATCTACTCTAACGAAAGCATAAAAACAAAAAGATTATGTGTGGCATCCGTAGCCAGGAAA GCTTCAAAAAATGAATAAGCTCATTAGACAATTTCGCAGTATGATAGCTTTCCATTGTAA GTTTACCTCACGCTCAAAATCAAACATCAATGGAGAATGCACCCCCTTTTTTACTTGTTC TGATGAATGGAGTTCAATTAGATAATTCTCCAACAGAATAGCTGCAGCAAGCACCTGCTT CACATCTTCCGAGAGGCAAGATATATTTTTGAGAAATGGGTCCTACACAGCAGCAGAAAA AATTTGACTCAAAGGAATAACCAAGAAGGTGCTGGATATTAATATCTATCACTGCAAACT GACCAGTCTTTCACCATAAAACCTGTGCAATATTGAAGCTGAAACTACTCCAGCTTCAGC ATACCAAAGCCTCAGGACTGGATGGTATACAGTCAGCTGTCTCTCAGCAATTGACTTCAA TTCACTTGCAAGTAAAGCCAAAGGATGTTTCTTATCTACTTTAGATCCAGTATTTATTGC ATCAGTAACCTGAGATCAAGCTAATATGTCAAACTTTTCAAAATCAGGTATTCCTATACT ACATTTGTGGAGCCAATAGATACCATACCCTCTTGCAAGCAGCTTCGGCAGACCTCTCAA CATACATTCTGACTTTGCTATCAATGATTTCATTTGAAGCATTGAGCATCAGCTGCAACA ATGTGACGAAAGACATATTAACCACTATAAGGAAACATTAAAGAATTTAAGTCCAATTTG TTCTTGAGAGCATCAAAAAGAGTCACAATAAAAGCTTAATGCATTCTTTCACAACTAAAC TTCTGTAAACCAAACTTCTAATCCAAGAAAAGAAGACAAGCCCAAGGAGTCTAAGAAACT CCTTTCTACCCCTGCTTAAAAAATAAACAAGTTCACAGAAAAGGAATCTCCTACGTACAC CTGATCATCAAAATACTGAATTATGGTTCCCTCGATGGTGTTAATGCTTGAACAGGATCA GAAGATACTTTATTTACTCAAGGGACAGCAGATGCCAGAGACAGGATTCTGTACTGTAGC CACAGATGGCGGTGATGCAGAATACTGATGAAGGAAATGACACTCTTTCTTACGCTGTAC AATTTTTGAGGACGTATTTAATGTTTTTAAGTATTTTTTATCTTTACTTTTTGGTTTTGA ATTGTGTGGCTGGTGATCAAGCAAAAAAGGTAGATAATTTTGTCCTTCCCACTCAGTGAG TATTAGTTAAGTGTTGTCAAAAGCAAAAAGCGCAATAAAGCTCTAAGGTTTGATGGAGCT TTAAGCGCAAAGTGCTAATAAAATGTGGGCTTTATTTTAAAAAGGCGCAAAGGGAGAAAA AATACAAATAAATATGTTTAGTCCAAGACTAAATATTATAAGCAAGAATGACAAATATAT GAACAAAAAGAATAGAAAAAAAAATATGATAAAGCGAAATACCAATTGTTGGATGTTGCC GTTCCATAAAAGGTTCATTAGAAAGGAAAAGTATGCCTTAGAACCTTGATGACGACATCG AAGCGCACATTTAGTTAGGCGAAACACTCAACACATTTTGATCCCTGCTTTAGGGCTTAA GTGTGCCTTTGACAACACTAATCTAAGTCAATTTTGTTAATATTTTCCCATCCTACTTGG AGACATTAATAAGTTGGGCCATAGTATTTTCTGTTTGTTAAATAATCAGACTGACAGGTA AGAATTGCTGGTAGGTTCTAAAATCTGGGTGCAGTTTGCCGATTCCACATAGTGTATGAG TTGATTTGATGGTTCCAAACTGCCTTGGAGATCTGGTGATGGAAAGGAAGAACTTTGGAA AAAAGTTGTGAACGTAAAATATAGGATGGAATCTCCCTGGGGCATTAAACTGGAAAAAGC TCCCTACAGGATAGCCATACAGAGGCAAATTAGAAATTGCTGGGATGAATTTAACTATTT AACTCACGTACAAGCCTAAAGATTGGAAATGGAAAAAAGATTAAACTTTGACCGAATAAA TGGTTCGAAAACATTGCCTCAAGGGCCATATTCCCAGATTTATACAATCTAGTTATCTAC AATACTTATACCATAACAAGTTGCTTCTCTGAAGAAATGGAATTTTCTTTTCAGAAGAAG TTCCAATAGTTGGGAGATTGGAAAGATGAGCTGCTTGCCCAAAAAAATTGAGCGTTGTGT TTTTTGATGAAGATAAGGAGGACAGCTTTTTCTGGCAAGGTAGCAAGCACAGATATTTTT CAATGAAGACTTGCTATAAATTACTTTCAAAACAAAAATGGTGCAGCGAGAAGAATACGA CCTTGGAAGTCGATATAAAAAACAATACCCCCTCCTAAAGTAGCTTGTTTTGGACATATT GCAATTCTAGATTCTTGTCCAACTTAAATGTCCAAGTACACAAATAAACACATTACAGAT TCCAATTAAAAGGATGTCAAGCCATGTCTTTCCAATGAAGACTTGCTATAAATTACTTCC AAAACAAAAATGGTGCAGGGAGAAGATACGACCTTGGAAGTCGATATAAAAACAATACCC CCTCCTAAAGTAGCTTGTTTTGGACATATTGCATTTCTAGATTCTTGTCCAACTTAAATG TCCAAGTACACAAATAAACACATCACAGAATCCAATTAAAAGGATGTCAAGCCATGTCTT TTCAGTTATACACTTTGAGAACTAGTGCTGGAGAATCATACACACAGGCTCAAGTGACTA TTAGCATTTAGATGCCCAGCAAAATATTTTCCATGGTTGTCTTATTTCATCCACCAGAGA AGGCACTTAATAGAGATAAATTTGTACCAAATACCTCCATGTTTCCAGACATTTCGAACT TCTGATTCCCTGCTGCCAATGCCATGGATAACACCCCCTTGAAAAGAGAAGGCTTCTAAC AAAGGGAGAAAATTTTCATCAGATACACAATTTTGCATGTTAGACAACCATTAACAAGTC ATACATCACAACGGAGAAACAAGATAAGAAGAATATACAAGTACAGAAAACAACCTTAAA AAAATGCCAATGATAATCATGCAACTTATTGTCGCACCATAAACCAATTGACCAAAGGAT AGACTGCACCAAATTTAGCCTAATCTCAGAGCCACTGCAGTGATTTACACAAACTAGACT CTCCAAATACTTCTTTTCATTCTGTACGACATCTTCAGATGACGGAATATTCCGCATTTT ACGAACTGCATACTCCAAAAGCATTGCCTCCTCTGTCCCAAGAAACTTCAATAAGAAGAA AATACATCAGAAATTTTATCAAGTCTACAAATAATAGCAATGACTTTACAAGGAAACTAA TTTCGCACTATTTAAATGCTAAATGCATCAAAATGTCTACCAAAGCACAGAAATTGTAAC TCCTTGTTAGCAAACTGCAAGCAACTGAATTATCACAAAGTGAGGAGCAATGCTAGATTT AACTGTGCAAAATTAAGAAGGCTAATATTCAGGTGTTTTGAGAAGACAAAACTAAAAGTG CAAGAAAATTAGCAACAATAAATTTTAAATGAAAAAGCATGTATCATATAGCCAGAGTAG GCTCCCTATCATTGACTTGGTTGATTCGCGGCTTTAAGACAAGCTCAGCTCCAGCAGGTT TATGATAGGTGTTCTGTCTCCTCATTAATGTGGACAAATATAAGTTTTAATGGTCGGACC AGTTCCTCAAAGAAAAGGTAGACGCTTGAAGGAGAGCTTCTTTCAGACCTACCTCTATCT CTCTTCTTCTTCTTTTCTTTTTTAAAATATTTAACTCCCCTAGAAACACTTCCTCTCAAT ATTCAACAACGGCAACTGGTTAATAATTTGTAATTGTCGTTAAAGAAATTTTTTAAAAAG TCAGCTGTTTTATAAAACAGGGACAAAACAGGTGCAACCGTGCCAGAATAAGTAAAAAAC TCAACTGCAAATCTGGCGACATCTTTAGTCTATCATGAAAGGCCTTATGTGTGATAGGTC GACCCAGCTATAAAGATTCACCAATCTGTTGTTCCTCACAATCCATATACTCCAAGAAAA AAATCATATGGGAGGTGAGGCACCCAAGCAGCAAGGTACAAGCCATAACAAAAGCATACA CATGTAATAATTTGAGAACTGAATGCTACTGCATCACAAACAGGGGAACAGGAAACAAAA AAGTTATTAAAGGAAGATTAAACACACAAGTAGCCAGCTTACATCACATTGCAGTAAAGC ATATAACTCTCCATCTTTCACAGTAAACTTTTTAACATAACAAGCAGACTTCAAAGTGAG TGGCAACATGGGTGCAACTCTAGGTGTTCTATTTTGTGCAAACAGTAGAAGCAATTGAAG AATCTAAGCTAAAGTTATGCATTGATAGAAATCAGTATGTCTGGGCCCATGAGTTGTGCG ACGGAAAATAATAGCTTCATTTCCTAGCCACGCATACGTATATTCTGTGTCTAATAAAAG CATCAAAAACTGGGAGAGAGAGAGAGGACGGAGATGGTAGAAGGTTGCTTCAATAACATG GTTAAGCTCAATTACCTGCTGAAAAAGCACCCATCCATATAATACATCATGTAACTTCTG GGTAATTCCCAACAAAGGCCATGTTGATTTGATGAGCTTTAGGATTTCATCAGCTTCCTG ATGACGAGAACATTAAGTACACTACATTCAGAATAACCAACACAAAAGGTTAAAAGATAT AACGTAAACCTCTATGAGCTTGCCATCTTCCAGAATGTCAAATAAACCAAGGAGTAGCTT CTCATACAGCCTCATGTTAAACGGATAACCAGCACTCCAGTAATATGTCTCGCCTTGTAT GCCACAATTTCCAGGCATAGATGATAATGTCGAAGCAATATTTCTAATGGAATATAGCAC CTCTTTGCATTTGGAGGGAGACATTTTGATGTCCCATTCCTACAGAATAATCAAATATCT TCTCAATCTGCAACTGAAGAACAGATTTGATAAGCGACAGGAAGGTGAGCTACAGACAGG CATACCTGAAAATTCCTAATTTTTGCAACTAAAATTCCAACTGATTCCTCAGAAGATAAG AGTTCTTCAAGAATATTAGCCTACAAGAGAATCATGTAGAAGTTAGAATAACTAAGAGGC AGAGAAAGTTATTTACATTAATTGGAAGTTCAATTGGATTATAAGCAACAAATATCTCAG TAATCAGATTTATGAAATCCTAGGAATACTCACTTCAGATTTAAGTTCTGTACAAAACAG ATGCATCCCCAACAACCACTGTTTGTTCAGCTTATTAATATGATTTTGCTCGGACATTTT TTCTTATATTTTTGAATTCCACCCAAATAAAATGTACTTGTTTGTCTCGGCAATATTTCA ATCAAAAAACAAGTTTCACCTAAATTATTTCAAAAAAACTTGTGATTTGAAGATTGCAAT GACCGGGCCACATGCAATACGTACCTTGTGGCAGGGGCAGATGCAGTTTATCATTAATGG GTTCAAATTGAACTCAGTACTTTCAGTGTGGAGCATAAATTTGTGTGAAATTTCACTAAA AATGCGAGAAATAGTAGATATGAACCCAAATCTTTAAAATTCTAATCTATAGGGTTCAAT AATAAGAACCTTTAAGGTTGAATCCAAAAAGCTTAAATCTTAGATTCGTCTCTGCCTTAT AGTATTCTAAAGAAGAATCAAATTTGGTATGATCCATCATGCTAAAAGTAATCACCTTTT CAGATCCTTGCTTTATTGATGTTCATATGATATCAGATTAACCATTGAGTTACTCCTTTA GCTTGAAAGTATATATGAATTACCACCACAACTCCAATTTGTGGTGTAATGGAACATGTC AATCCGATAACCAACACATTATGGACCCAAATCAAACCAAATATGGGTAAAAAGAACATA GAAAGATGACTTCCACTGAAGCTAAAACATGACACTCCAAATCTTTTAAAAAGGAAACTT TTAAGTGGAAGAAACATGTAATGAAACAAAAGCCAAAAGTGACTATTACTTGTCTGTTCT TCCATTGGATATATGACTTCTCATTCGAAAATTCAGTCTTTGTTGTGCCATTCAAAAGCC CTAGTGTGATTTGAGGAACATCGATTTGTTCAAATGATTTCTCAGAAGCTAAACGCACCA ACTTTCGCCGAGTGAGAGCATCCATTGTTTCTGAGATCTAGTGAATAGTATATGTTAGTC ATAAAACAATTTAGAAGAGCAAGAACTTAAGGACATAGTAGACAGCAAACAGTGTAAAAA ATAAAGGGGGAAAAGTGTATAGTCAATCAATCAGAAGAAACTTCACATATAAGTCTATTT AGACTAACTTACAAATAGGTGTAGTGAGGTGACTTACCTCATAGGAAAGATTTAACTGGA GGGTGTTGACAAAAGAGATTCCAAAAGGTAGATAAGTCTATTTGCACAAATATAGGATAG ATTTAATCTATCACCCATCAGATTCAGTTGTCTCCCTGTTGTTGGTCTAAAGTTAATTTG TGACCTTTTAATGTGATTGTTTTTTTAAATTGTTTGTGCCCTACCCACCCACTACTGAAA ATCATATACTCTTCAACTCATATTCCACAGACACGGCAGGTACTACAAGTTTATCTGTGG CCGGAGGCAAGATTTAATGCCTTGCTTTCCCCTTCCACTATTACTTTTCAAATCAATTCC ATGTTGATTCCATACGTGCTACAAAGACTACATAAATAAAAGTAAAAGCGATATTTCAGC AGTCTTATATTAATTGACGTACTTTCTAAATTTATCTTTCCTAAATGTTGACTTATCCGA AAATGCTGAACTTTTGCTCTCCAAGCCTCCAACAACTAAAATAATATTCCCTCCGCTTCA ATTTATGTGACACTCTTTCCTTTTAGTCCACCCCAAAAAGAATGACATTTTCTATATTCA GTAATAATTCAACTTTAAACTTTTTATTTTACTCTTTAATGAGATGATTTATGAACACAC AAATATTGACGGCTTATTTGAGCACGAGTTTCAAAACTCTCTTCTTCTTTTTTTGTAAAG GTAACAATCAAAAGACTTCGTTTCATTCTTGAACTTTGTACACACTCATACACCTACACA TAAATTGAGACAAAGGGAGTACTAATGATTGTTTAAAGTCTGAAGTAATCAAAAAATTAT TATTTTCTCTAAACAATGTGACGTGTTTTCAACCAACTGAGGAATTTTTCTCATTTCAAG ATTTTTTCAATTTTTTGTCTATGACGTAATATAATAATCCATTCTAGATCAATTTAGAAT GGACAAAATTTCAATCATACTTCTCACCTCAGCCATTGTTCTTTTCGAAAGAAATGCAGA TATGGATATTCCTGAGCTGAACGAAAATTGTCATTCCTAATTTAGATTAATTACAGCCTT TTGAGAATTTAAAGATTTTCTTGACTTGATTTCAATTGTCATCACCATGCCTAGATCTCG TAAATTAAACTTTGATTAACAGGATAATACCACCACCCCATCTCATTACCTCAAACTCAT CAATGCAGACCAGCAAAGACCTCAATTTCCCCGAGAGCCCGCAGTCAAACCACTTGATTT CAGTTCTAAGAGGAGAAAAAGCTAAACTACTTGACTTCAGGAATTATTGATGTCTCTTAA ATATGAAGCATGCCATCCCTCTAGCATATTCATATTTATATTCATATACAGTTATGGGGA TTAGTAAACTGGTCTATAATAGTTGGGGACAAAAGCAATGGCACATAGTGGTTGAACAAA CTGCAAGATTGCTCTATTAAATGCAATTGTGCATTTTGTTTGCAGTTCTTCACACATGCA TGCGACGCCACAAGAAGCAATTAGGTAAAGAACAAATATGTCATCCTGGCCACTTATTTC TCAGACAGGTCAGCATCTTCTAGGCCATTCTTCCAAAAAAAATATTACTTCTTCAAGAGC ACCACGGAATGCACCAACTTTCACGCAACTTTATTTTATAGCTAAGAATCTTGTATATTT TTCACTTCCATTTTTGTGGGTGTTTTAGAAAATACTCACTGAAAGAATCACCCAAAATAA GAATATTTAACTGGCTTCAAATTGCAAAGGTATGTCAGCAGCAAATGTAAAATTCAAAAC GTACAAAGATAATGATATCTTGCCTGCATTTGTGTCCTGAAAGTTTCAATAAGCTCAGCA TTTCTATCGAAAGGCACGGACCCAGACAGGGACCGTGAATGTCTTTTCTCTCTTCTCTTC AGCCCAGAAAGAAATCTAGGACTCTTCTCTTTCTTTTTACACTCAGCCAAGCGAACCTCA AGCCTAAATGTAAAAATTTAAGTTTTAAAAGAGTGAAAGAGAATGTAGTGCTAAGACGTG AAAGAAAATGAATGGCCACCAGAACGCAAAATATGTAATTAGTGCATTTTCATTAGTTCC TTCAAATAATCATAAATTGACGCTCAACTACAAATACATGGTGAGAATCATAGTTAAGAA GTTTTACCCAGAGCAGATCATGCAAGCAAGGAATACTTCATAGGCAGATTCACGCAAATC ATCGTCCAGTAGCCCTTCAGGAGACCTAAAACTTTGTATCAGTTTACTCCAAAGGTGAAC ATATACAGTCAAGATACAGACCAATAATTCTTCCACCCGCTACAGGACCTAAACAGTTTC GTATGTCATTCTTCTTTTTTGTATCATGATAATAAGCATACACTACCTGTTTTCAGTGCA GGTATTCCTATTGATGGAAGATCAGTTTGCTTAATGGTAAATGACCCTGAAGTTCCTGCG GTTTTACTGTCAACACCATAATCATCATTGTAAGGAGAGAAATCTGTCAAATCAGAACGG CATGATCCATTATTATTGGAGTGATTCTTCATAATAGAAGGTGGCACACGCTGTGGGTGG GAGCCAGCTGATTCTGAATCTGTAACAAGAAAATACGCATCGCCTGTGTGCAACTGCATC TGCAGAGAGCATTACAAGAATAACATATTAAACATTTATTCCATTTTAAAAGTAGAAACA TCAAAATGCTACTCCTCCATGAGATGAGGCAAATCATTTTGCAGTTTCTTTCACAAACAA TGATTCATTCTTCAATTTAAAAGATTCAAAGACAAATGAAATATATTATTATACATCTAG AATTAACACATAGAACACAGATCAGAGTTAGGGGAAGTTTCTTAGAGTTAGGTTACTTGG GCATTCAATCCAGAAAAGATTAAAAAAGGAAAAATAAAATAATGGAAAAGCAACACTATT ACTAAATCAAGTTTCAATATATGCTGCTTAGCGTCATATCCTAAAAGAAGATTGGTCATA CAAACTTAGACTAAGAAAGAGTATTGCAGTTGGTGCGCAATAATTTGATCATTTGTGCAT GGCTATCTTCAGTTTCCAAAGATGAATGTGGTTCACTCACAAGTCAAAATAAGCTTACAG ATCTGATCTCCATAAATTTGCCTAAAGTGACTGGTATACTAAATGGAGAAAAGAACAAAG GAAAACAAAAAAAAGAGTTGAGGGATCCAAAATATATAAATTGGATGTATATAGAACATG TAGTTAATCAAATTCTTATTCTTTCTTAGATGCATAGTTCAAATTTCTAAAGCAGGAGGT AGTTGCATCTCCAATATTGATGCAGGTATAAACTTTTCAACTTCTACTAGATAATTTCAT GACAAAAGAAGCAACAGTTACTATTGCTAATACTTTGGTTTACTTCCCTCAACAAAATGA AGCGAAATCACAACATAATCTCCGTCCATGGATATGCACATTAGTGGATTATAACTTCCT CACCCCACTATAGCTGTGATCAATTGAAGACAACAAAGAATTTTTTATTAATATTATTAA AGGTATTCCTTACTGTTTTTGGATGTTGACGTTCATCGTGATACTTCTTAGCTGCTAAAG AAACATCCAGCACCCCACCTAATCATACAAAACAATGACAACGAAACCAAAAGCTTCAGC CTTTGAAGGTAAACAAACAAAAGGAACACACGAAAACACCATTCCATAGAGAAATAACAC AGAAAACCATACAAAAAAACAGTGCAGTATAAGTTAAATTACCACTCCTCCTTAACTACT CCCTCTATTTCAACTTTGTTTGCCTGGTTCTGACTTGACACAGAACTTTAGAAAGTAAAT AAGACTAAAGATATATAGGTAGAATGCACCAGCATGCCCTTAACAACTAAAGAGTTCACA AAAAAAGGAAAGAGATATTCTTTTCAAAACGGACTTAAAGGAAAATAGCACAAACTAAGT TTTTCTTTGCCAGCTTGCATGCACCTCAACTAATTCCACGAGATACCTTTCACCTCACAC CAGCAACATGTACCACATAACTCTGTCTCTGCTGGTATTTGAACATGAGACCTCATGCAC TCAACCACTTCATTGACCAACACCCATTATCATTTTCATTCAAAATTATTTCTAAGTACA GGATAAAGTTTCAATTTTTAGTACTTTCATGTAGTTCTTCTTCAATAAAGCTAAGAAATC AATACCAAAACTTATACAAGAATACTAATTTAAACAATCCTAATGAAACATATTTATGTT TTATGTTAAATACTTTTCAAAATGCAGAAAAACTTACCAGATTGTACACATTCTAGAACA TAATCAGCACTAATAACATCGAGATTGATGTTAGATAGGGATAAAGTTGGACCAGAAGGA GTTCGAATTTCTTTAATTAATCCACATGATAAAAGAAACTCTAGAAGATTCCTACGATCG TTACGATACCGTTGTAGAAGAGAATTTGTCTCCATTTATCACCGTTAAAATTAAACAAAT TTCCCGCCGCCGGGAAAAAAATGAGCCGGTGAATTAGAAGACAAAAAAGCCCTTTGAGCA TTCGAATAATCGGAATCTCTTCCGATTCCGGCCGGTGAAAATAGCCACCGCGTACGGCGT TTCCCGGCGAGAAGGTGAAAGGTGGTGAAAAAGAGGCGAAAGAAATGGCACAAAGCTGGA AAAAGTAGTCGTCTGTTTTTTCTTGTTTCCGCTTTTGTTGATCAGTTTATGTCGTCTCTT TTTTTCTTTATTTTTATTTTATTTTTTAATTTACCTGGTCAAAGATTGTTGTTTTTATTT AAAGGGAAGAAAAAAAAAGAAGAGATAATAACACATTAGTCCTTGAGTTATTGGAAATTA ACAATTATATTTTTATTTTTAAGATAACCAACAATATGTTAGAATTATTTATTCTTAATT AGTTAGGACAATAAGTGTCTGTTATGATCGATTTGGTTCGATTTTAAAGTTTATCAGTTT GGCTTATTGGTTATCGATTTGTAGTGATGTTAAATCGTTATATAACCATTGAGATATTGA CTTATTAATTATTGGTTATTTATTTGTCGATTTTTTATCGTTATCGATTTAACCGCTAAG ATTTAATCAAAAATAAAATAAAAATCACTTAGATACAAGGTGACAAACCAAATGAACCAT GCAAACGAGTTCACAAGTTACATCTTGCTCAAAAGCAAACATTTTTACAGTGTAGAATTA CCAAGTGCTTGAGACGCAAATAAATATAGGAAATCAAACTCTAAATTAAGGTCTTTATAA AAAATAGTATAGATGTTTTGGGTTATCGATTAACCCGTCAATATTAAAATCTCAAACTGT TAAGAACCAATAACCTGATAATAAAAAAAAATCAAAACCGCTAAATCGATAATCCAATAA TAATAAACCAATAATATATTTTCAATTGAAACTATCAATTTCTGTTTCATTTTAAACCGC CCTAATTTTCTATTTTGTTGAATTGATTTAATAATAATAACTTATAAATAAGTTTACATA GTATATTCCACTCCAAGCAAAGACAAACACAAAGGTAAAGAGAAAGTCCATGCCTACAAT AACTCTTGTATTTTTACCTTAATTGACCATTTTTATTCTTTATTTATTTTAATTTTTTAC ATTTACATTTAATTGCAAATTGACTTTCGATAAATATAATAGGATAAATATTTTCAAAAA GAAAAAGTATGATGTAATAAGGGGAAAAAATTCAATCATTTTCTGCATTATTAAAATGGA TAAATAATTAAAAATAAAAAAATAAATAATTAAAAAACTTTAGGTAACAACTAATAATGC CTTAGATAGGACCATATTTTTCAAAGTTCAAAAATTTGTTTTTTTTACATCAATTTGAAT AATATTATTTGAATTACGAGTTTGATAAAAAAAGAGGTTTATTTCTCTCTTTTTTACAAA TTTTATTTTATAATTTTTATATTTTAATATTTAAAATTTACGATCAAACCATAGCAATTA AATAGGACAAATACTTCCAAGTATTTACCATTTTGCTATTGGCCTAGTTCCCTCCAATTT GAAGTTGCAATAGGAGGGTTTTAGGAAGGGCTTATTTTTTTTTCTCTTGGAGTTGAGAAA TGGCATCGTCTTCTTCGACATCATCTGGACCAGAAATCCCTTGGGTTGAGAAGTTTCGAC CCACCAAAGTATCCGACATCGTCGGCAATGAAGATGCAGTTGCCAGGCTTCAAGTTATTG CTCGTGATGGAAACATGCCCAATCTTATTTTAGCCGTAAGAAATTTCCCCAATTTTGCTA CTTTGTCATTATTTGTTGCCCCATTTGTGAAAAAATAAGAAATTTTAGCTTATGGGGTTG AGGTATTTGTCATATATAGTATTTCTGTTACATAAAAAGACTTAACTTTTTGTGCAATTT TGTGGATGATGGGGAACTTTTATTTCTAGGTTTGAGGGTTAGTGTTGAGATTAGTAAACA CAGCTACTGTGAATTGTTAAGTATTTCTGTTACAAAAAGGACTGATTTTTTGTTCAATGT ATGAGTAATAAGAAGCTTTATTTTCTGGGTTTGAGGTTTAGTGTTGAGATTTGTTCACCC AGCTTTCCAAATTTTAATTGTGCTTCTCAATTTGCTTCTGTTTCTCTTGTTTTGTTGCCC CATTTGTGAAAAATAAGAAACTTTGACTGTTGGGGTTGAAGTATTTTGCAGATAGAGCAT TGTTGCTTATTTCTGTGACAAAAAAAGACAACTTTTTGTGGATGAGGAGAAACTTTATTT TCTGGGTTTGATGTTTAGTATTGAGATAGACCCAGCTTGTATTGTTTATTGATTTCACCG GATATAGAAAAGAAAATGAAAAAAGTGTTAAGAACTTTCATGTGGTGATCCTAACAAGCT T GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_1 match_part 0.998 4627 5601 match_2 match_part 0.999 4628 5523 match_3 match_part 1.000 4638 5598 match_4 match_part 0.998 4639 5102 match_5 match_part 0.992 4649 5243 match_6 match_part 0.997 4650 5304 match_7 match_part 0.995 4650 5245 match_8 match_part 1.000 4651 5269 match_9 match_part 1.000 4651 5178 match_10 match_part 1.000 4651 5102 match_11 match_part 0.998 4651 5086 match_12 match_part 0.995 4658 5240 match_13 match_part 0.959 4683 5373 match_14 match_part 0.987 4747 5462 match_15 match_part 1.000 4762 5202 match_16 match_part 1.000 4781 5116 match_17 match_part 0.996 4809 5040 match_18 match_part 0.963 4813 5354 match_19 match_part 0.999 4846 5606 match_20 match_part 0.997 4904 5598 match_21 match_part 0.996 4905 5598 match_22 match_part 1.000 4905 5451 match_23 match_part 1.000 4905 5427 match_24 match_part 0.992 4906 5399 match_25 match_part 1.000 4935 5525 match_26 match_part 1.000 4935 5525 match_27 match_part 0.992 4936 5562 match_28 match_part 0.998 5000 5558 match_29 match_part 0.975 5176 5574 match_30 match_part 0.955 7796 8576 match_31 match_part 0.948 7802 8246 match_32 match_part 0.996 7803 8368 match_33 match_part 1.000 7803 8283 match_34 match_part 0.998 7803 8231 match_35 match_part 0.998 7803 8202 match_36 match_part 0.959 7805 8458 match_37 match_part 0.958 7807 8593 match_38 match_part 0.928 7807 8221 match_39 match_part 0.949 7811 8203 match_40 match_part 0.969 7817 8298 match_41 match_part 0.971 7827 8033 match_42 match_part 1.000 7828 8322 match_43 match_part 1.000 7857 8500 match_44 match_part 0.942 7858 8377 match_45 match_part 1.000 7859 8369 match_46 match_part 0.962 7875 8506 match_47 match_part 1.000 7878 8625 match_48 match_part 0.998 7879 8459 match_49 match_part 1.000 7949 8446 match_50 match_part 0.962 7952 8655 match_51 match_part 0.992 7965 8703 match_52 match_part 1.000 7980 8230 match_53 match_part 1.000 7986 8580 match_54 match_part 0.995 7991 8649 match_55 match_part 0.990 7999 8667 match_56 match_part 0.991 7999 8581 match_57 match_part 1.000 8023 8667 match_58 match_part 0.988 8073 8724 match_59 match_part 0.987 8130 8722 match_60 match_part 0.971 8130 8710 match_61 match_part 1.000 8169 8753 match_62 match_part 1.000 8169 8753 match_63 match_part 1.000 8234 8753 match_64 match_part 1.000 8240 8753 match_65 match_part 0.810 11071 11091 match_part 1.000 11258 11734 match_66 match_part 0.700 12840 12869 match_part 0.973 13491 14344 match_67 match_part 0.650 13377 13416 match_part 0.998 13483 14114 match_68 match_part 0.641 13378 13416 match_part 0.996 13488 13977 match_69 match_part 0.641 13382 13420 match_part 1.000 13525 14100 match_70 match_part 0.765 13408 13424 match_part 1.000 13609 14094 match_71 match_part 0.750 13409 13424 match_part 1.000 13525 14114 match_72 match_part 0.991 15208 15316 match_part 1.000 15420 15515 match_part 0.994 15978 16295 match_73 match_part 0.882 15215 15316 match_part 0.948 15420 15515 match_part 0.893 15978 16304 match_74 match_part 1.000 15215 15316 match_part 1.000 15420 15515 match_part 1.000 15978 16295 match_75 match_part 1.000 15215 15316 match_part 1.000 15420 15515 match_part 0.984 15978 16294 match_76 match_part 1.000 15216 15316 match_part 1.000 15420 15515 match_part 1.000 15978 16295 match_77 match_part 1.000 15216 15316 match_part 1.000 15420 15515 match_part 1.000 15978 16291 match_78 match_part 0.874 15222 15316 match_part 0.948 15420 15515 match_part 0.937 15978 16200 match_79 match_part 0.932 16049 16180 match_80 match_part 0.964 30943 31477 match_81 match_part 0.969 31781 32166 match_82 match_part 0.630 39584 39610 match_part 1.000 40751 41642 match_83 match_part 0.712 45661 45726 match_part 0.998 50665 51257 match_84 match_part 0.850 47339 47358 match_part 0.977 50672 51505 match_85 match_part 0.882 47342 47358 match_part 0.980 50672 51505 match_86 match_part 0.875 47343 47358 match_part 0.980 50680 51578 match_87 match_part 0.611 47918 47935 match_part 0.975 50676 51557 match_88 match_part 0.818 64233 64254 match_part 0.971 64310 64622 match_part 0.980 65058 65107 match_part 0.978 65218 65353 match_part 1.000 65653 65754 match_part 1.000 65870 65880 match_89 match_part 0.818 64233 64254 match_part 0.971 64310 64622 match_part 0.980 65058 65107 match_part 0.971 65218 65353 match_part 0.977 65653 65695 match_90 match_part 0.818 64233 64254 match_part 0.971 64310 64622 match_part 0.980 65058 65107 match_part 0.919 65218 65353 match_part 0.955 65653 65674 match_91 match_part 1.000 64270 64622 match_part 1.000 65058 65107 match_part 1.000 65218 65353 match_part 0.922 65653 65754 match_part 0.968 65870 66058 match_92 match_part 1.000 64270 64622 match_part 1.000 65058 65107 match_part 1.000 65218 65320 match_93 match_part 1.000 64288 64622 match_part 1.000 65058 65107 match_part 1.000 65218 65353 match_part 1.000 65653 65682 match_94 match_part 0.991 64288 64622 match_part 1.000 65058 65107 match_part 0.966 65218 65246 match_95 match_part 1.000 64289 64622 match_part 1.000 65058 65107 match_part 0.977 65218 65261 match_96 match_part 1.000 64290 64622 match_part 1.000 65058 65107 match_part 0.991 65218 65332 match_97 match_part 0.907 64291 64622 match_part 0.980 65058 65107 match_part 0.985 65218 65353 match_part 0.990 65653 65754 match_part 0.941 65870 66022 match_98 match_part 0.907 64291 64622 match_part 0.980 65058 65107 match_part 0.985 65218 65353 match_part 0.980 65653 65754 match_part 0.967 65870 65930 match_99 match_part 0.949 64292 64622 match_part 0.980 65058 65107 match_part 0.978 65218 65353 match_part 1.000 65653 65754 match_part 0.974 65870 66097 match_part 0.963 66387 66468 match_part 0.952 66624 66706 match_part 0.989 66802 66893 match_part 0.913 67044 67239 match_100 match_part 1.000 64292 64622 match_part 1.000 65058 65107 match_part 1.000 65218 65353 match_part 0.986 65653 65725 match_101 match_part 1.000 64292 64622 match_part 1.000 65058 65107 match_part 1.000 65218 65353 match_part 1.000 65653 65724 match_102 match_part 1.000 64292 64622 match_part 1.000 65058 65107 match_part 0.993 65218 65353 match_part 1.000 65653 65723 match_103 match_part 1.000 64292 64622 match_part 1.000 65058 65107 match_part 1.000 65218 65353 match_part 1.000 65653 65682 match_104 match_part 1.000 64292 64622 match_part 1.000 65058 65107 match_part 1.000 65218 65249 match_105 match_part 1.000 64293 64622 match_part 1.000 65058 65107 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65218 65353 match_part 1.000 65653 65724 match_114 match_part 1.000 64303 64622 match_part 1.000 65058 65107 match_part 0.993 65218 65353 match_part 1.000 65653 65695 match_115 match_part 0.988 64303 64622 match_part 0.860 65058 65107 match_part 0.909 65218 65261 match_116 match_part 1.000 64304 64622 match_part 1.000 65058 65107 match_part 1.000 65218 65353 match_part 1.000 65653 65696 match_117 match_part 0.987 64304 64622 match_part 1.000 65058 65107 match_part 1.000 65218 65243 match_118 match_part 0.987 64304 64622 match_part 1.000 65058 65107 match_part 1.000 65218 65242 match_119 match_part 0.971 64308 64622 match_part 0.980 65058 65107 match_part 0.978 65218 65353 match_part 1.000 65653 65754 match_part 0.953 65870 65912 match_120 match_part 0.937 64308 64622 match_part 0.980 65058 65107 match_part 0.985 65218 65353 match_part 0.971 65653 65754 match_part 0.865 65870 65906 match_121 match_part 0.937 64308 64622 match_part 0.980 65058 65107 match_part 0.985 65218 65353 match_part 0.977 65653 65695 match_122 match_part 0.988 64542 64622 match_part 0.980 65058 65107 match_part 0.985 65218 65353 match_part 0.990 65653 65754 match_part 0.966 65870 66014 match_123 match_part 1.000 64595 64622 match_part 1.000 65058 65107 match_part 1.000 65218 65353 match_part 1.000 65653 65723 match_124 match_part 1.000 65081 65107 match_part 0.985 65218 65353 match_part 0.990 65653 65754 match_part 0.978 65870 66097 match_part 0.963 66387 66468 match_part 0.956 66624 66668 match_125 match_part 0.985 65220 65353 match_part 1.000 65653 65754 match_part 1.000 65870 66097 match_part 1.000 66387 66441 match_126 match_part 0.990 65256 65353 match_part 1.000 65653 65754 match_part 1.000 65870 66097 match_part 1.000 66387 66468 match_part 1.000 66624 66706 match_part 1.000 66802 66819 match_127 match_part 1.000 65272 65353 match_part 1.000 65653 65754 match_part 1.000 65870 66097 match_part 1.000 66387 66468 match_part 0.976 66624 66706 match_part 1.000 66802 66893 match_part 0.923 67044 67095 match_128 match_part 0.988 65673 65754 match_part 0.978 65870 66097 match_part 0.963 66387 66468 match_part 0.952 66624 66706 match_part 0.989 66802 66893 match_part 0.919 67044 67229 match_129 match_part 1.000 65694 65754 match_part 1.000 65870 66097 match_part 1.000 66387 66468 match_part 1.000 66624 66706 match_part 1.000 66802 66893 match_part 1.000 67044 67209 match_130 match_part 1.000 65696 65754 match_part 0.991 65870 66097 match_part 0.988 66387 66468 match_part 1.000 66624 66652 match_131 match_part 0.972 65880 66097 match_part 0.963 66387 66468 match_part 0.952 66624 66706 match_part 0.989 66802 66893 match_part 0.917 67044 67273 match_132 match_part 1.000 65900 66097 match_part 1.000 66387 66468 match_part 1.000 66624 66706 match_part 1.000 66802 66893 match_part 1.000 67044 67211 match_133 match_part 1.000 66123 66468 match_part 1.000 66624 66706 match_part 1.000 66802 66847 match_134 match_part 0.955 66425 66468 match_part 0.952 66624 66706 match_part 0.989 66802 66893 match_part 0.921 67044 67410 match_135 match_part 1.000 66446 66468 match_part 0.988 66624 66706 match_part 1.000 66802 66893 match_part 0.992 67044 67292 match_136 match_part 1.000 66461 66468 match_part 0.976 66624 66706 match_part 1.000 66802 66893 match_part 0.996 67044 67282 match_137 match_part 1.000 66615 66706 match_part 1.000 66802 66893 match_part 1.000 67044 67330 match_138 match_part 1.000 66659 66706 match_part 1.000 66802 66893 match_part 0.992 67044 67282 match_139 match_part 1.000 66803 66893 match_part 1.000 67044 67410 match_140 match_part 1.000 67576 68201 match_part 0.987 68600 68749 match_141 match_part 0.994 67577 68196 match_142 match_part 1.000 67911 68201 match_part 0.969 68600 69141 match_143 match_part 0.997 75323 75669 match_part 0.992 75751 76236 match_144 match_part 1.000 75549 75669 match_part 0.996 75751 76470 GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_145 match_part 1.000 2280 2164 match_part 1.000 1008 894 match_part 1.000 725 384 match_146 match_part 1.000 948 894 match_part 0.988 725 384 match_147 match_part 1.000 2280 2164 match_part 1.000 1008 894 match_part 1.000 725 400 match_148 match_part 1.000 3114 2967 match_part 1.000 2474 2409 match_part 1.000 2290 2164 match_part 1.000 1008 894 match_part 1.000 725 495 match_149 match_part 1.000 3115 2967 match_part 1.000 2474 2409 match_part 1.000 2290 2164 match_part 1.000 1008 894 match_part 1.000 725 533 match_150 match_part 1.000 3106 2967 match_part 1.000 2474 2409 match_part 1.000 2290 2164 match_part 1.000 1008 894 match_part 1.000 725 620 match_151 match_part 0.886 3089 2967 match_part 0.970 2474 2409 match_part 0.976 2290 2164 match_part 0.974 1008 894 match_part 0.854 725 637 match_152 match_part 1.000 3114 2967 match_part 1.000 2474 2409 match_part 1.000 2290 2164 match_part 1.000 1008 894 match_part 0.976 725 641 match_153 match_part 1.000 3022 2967 match_part 1.000 2474 2409 match_part 1.000 2290 2164 match_part 1.000 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match_part 0.989 11796 11264 match_170 match_part 0.989 11793 11264 match_171 match_part 0.988 11784 11264 match_172 match_part 0.988 11761 11264 match_173 match_part 0.982 11598 11264 match_174 match_part 0.981 11584 11264 match_175 match_part 0.974 12121 11267 match_176 match_part 0.989 11823 11267 match_177 match_part 0.994 12090 11272 match_178 match_part 1.000 11929 11272 match_179 match_part 0.996 11842 11272 match_180 match_part 1.000 11823 11272 match_181 match_part 1.000 11802 11272 match_182 match_part 1.000 11826 11280 match_183 match_part 1.000 11956 11285 match_184 match_part 0.999 12145 11298 match_185 match_part 0.995 12104 11318 match_186 match_part 0.995 12149 11322 match_187 match_part 0.957 12132 11349 match_188 match_part 0.991 12145 11383 match_189 match_part 0.914 12119 11456 match_190 match_part 0.913 12119 11464 match_191 match_part 0.994 12131 11472 match_192 match_part 0.998 12118 11473 match_193 match_part 0.992 12104 11473 match_194 match_part 0.912 12120 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match_part 0.994 14431 13790 match_313 match_part 0.993 14383 13790 match_314 match_part 1.000 14421 13793 match_315 match_part 1.000 14416 13793 match_316 match_part 1.000 14396 13793 match_317 match_part 1.000 14218 13793 match_318 match_part 1.000 14159 13793 match_319 match_part 0.990 14194 13806 match_320 match_part 1.000 14357 13828 match_321 match_part 1.000 14110 13828 match_322 match_part 1.000 14092 13829 match_323 match_part 0.997 14412 13830 match_324 match_part 1.000 14431 13871 match_325 match_part 1.000 14429 13879 match_326 match_part 1.000 14416 13879 match_327 match_part 0.996 14421 13888 match_328 match_part 0.998 14423 13889 match_329 match_part 1.000 14343 13889 match_330 match_part 1.000 14414 13890 match_331 match_part 1.000 14432 13891 match_332 match_part 0.998 14421 13891 match_333 match_part 1.000 14382 13891 match_334 match_part 1.000 14371 13891 match_335 match_part 1.000 14301 13891 match_336 match_part 1.000 14390 13892 match_337 match_part 1.000 14431 13898 match_338 match_part 1.000 14414 13899 match_339 match_part 0.987 14288 13899 match_340 match_part 1.000 14430 13901 match_341 match_part 1.000 14421 13901 match_342 match_part 1.000 14406 13901 match_343 match_part 0.998 14318 13901 match_344 match_part 1.000 14166 13901 match_345 match_part 0.985 14370 13905 match_346 match_part 1.000 14431 13908 match_347 match_part 0.997 14260 13911 match_348 match_part 1.000 14432 13915 match_349 match_part 1.000 14371 13915 match_350 match_part 0.992 14414 13925 match_351 match_part 0.989 14391 13925 match_352 match_part 1.000 14362 13927 match_353 match_part 0.974 14428 13928 match_354 match_part 1.000 14414 13928 match_355 match_part 0.990 14422 13930 match_356 match_part 0.996 14384 13930 match_357 match_part 0.987 14406 13933 match_358 match_part 0.997 14343 13953 match_359 match_part 1.000 14431 13955 match_360 match_part 1.000 14417 13955 match_361 match_part 0.984 14412 13966 match_362 match_part 1.000 14394 13974 match_363 match_part 1.000 14362 13974 match_364 match_part 1.000 14431 13975 match_365 match_part 1.000 14431 13988 match_366 match_part 1.000 14412 13988 match_367 match_part 1.000 14433 13989 match_368 match_part 1.000 14421 13989 match_369 match_part 1.000 14417 13989 match_370 match_part 1.000 14407 13989 match_371 match_part 0.995 14417 13992 match_372 match_part 1.000 14401 13992 match_373 match_part 0.998 14431 14001 match_374 match_part 1.000 14418 14001 match_375 match_part 0.993 14414 14002 match_376 match_part 0.977 14362 14020 match_377 match_part 1.000 14418 14024 match_378 match_part 0.992 14414 14025 match_379 match_part 1.000 14303 14039 match_380 match_part 0.984 14433 14048 match_381 match_part 0.994 14407 14050 match_382 match_part 0.997 14417 14056 match_383 match_part 0.997 14417 14105 match_384 match_part 0.980 14417 14119 match_385 match_part 0.990 14418 14123 match_386 match_part 1.000 14417 14129 match_387 match_part 1.000 14432 14142 match_388 match_part 0.960 14344 14144 match_389 match_part 1.000 14409 14155 match_390 match_part 0.996 14431 14174 match_391 match_part 0.988 14431 14183 match_392 match_part 1.000 14421 14201 match_393 match_part 1.000 14446 14335 match_394 match_part 0.921 24799 24064 match_395 match_part 0.914 24799 24104 match_396 match_part 0.918 24799 24105 match_397 match_part 0.901 24858 24118 match_398 match_part 0.997 41166 40858 match_part 0.523 39156 39113 match_399 match_part 0.955 51455 50695 match_part 0.812 45700 45669 match_400 match_part 0.980 51557 50695 match_part 0.697 45702 45670 match_401 match_part 0.972 51487 50695 match_part 0.759 45699 45671 match_402 match_part 0.953 51359 50695 match_part 0.571 47783 47763 match_part 0.857 47358 47338 match_403 match_part 0.949 51242 50695 match_part 0.571 50487 50481 match_part 0.697 47370 47338 match_404 match_part 0.983 51521 50695 match_part 0.429 50487 50481 match_part 0.800 47364 47340 match_405 match_part 0.979 51557 50695 match_part 0.882 47358 47342 match_406 match_part 0.980 51557 50695 match_part 0.429 50487 50481 match_part 0.824 47358 47342 match_407 match_part 0.960 51499 50695 match_part 0.683 47382 47342 match_408 match_part 0.907 51158 50695 match_part 0.857 50487 50481 match_part 0.686 47376 47342 match_409 match_part 0.981 51566 50695 match_part 0.429 50487 50481 match_part 0.818 47364 47343 match_410 match_part 0.937 51385 50684 match_part 0.875 47358 47343 match_411 match_part 0.962 51381 50695 match_part 0.571 50487 50481 match_part 0.750 47371 47344 match_412 match_part 0.974 51459 50695 match_part 0.700 48279 48250 match_413 match_part 0.974 51550 50695 match_part 0.700 48281 48252 match_414 match_part 0.977 51564 50695 match_part 0.760 48279 48255 match_415 match_part 0.979 51566 50682 match_416 match_part 0.979 51588 50695 match_417 match_part 0.976 51584 50695 match_418 match_part 0.971 51579 50695 match_419 match_part 0.978 51575 50695 match_420 match_part 0.979 51569 50695 match_421 match_part 0.983 51569 50695 match_422 match_part 0.978 51521 50695 match_423 match_part 0.970 51504 50695 match_424 match_part 0.975 51496 50695 match_425 match_part 0.983 51496 50695 match_426 match_part 0.979 51463 50695 match_427 match_part 0.959 51033 50695 match_428 match_part 0.952 51029 50695 match_429 match_part 0.977 51576 50697 match_430 match_part 0.971 51551 50697 match_431 match_part 0.947 51393 50698 match_432 match_part 0.975 51533 50699 match_433 match_part 0.968 51511 50702 match_434 match_part 0.972 51570 50704 match_435 match_part 0.979 51579 50709 match_436 match_part 0.959 51554 50721 match_437 match_part 0.975 51359 50725 match_438 match_part 0.980 51584 50726 match_439 match_part 0.984 51581 50733 match_440 match_part 0.983 51566 50735 match_441 match_part 0.976 51582 50737 match_442 match_part 0.981 51570 50744 match_443 match_part 0.983 51577 50745 match_444 match_part 0.979 51566 50748 match_445 match_part 0.984 51491 50748 match_446 match_part 0.984 51586 50761 match_447 match_part 0.975 51450 50772 match_448 match_part 0.976 51584 50799 match_449 match_part 0.981 51580 50805 match_450 match_part 0.980 51578 50820 match_451 match_part 0.979 51569 50825 match_452 match_part 0.976 51581 50834 match_453 match_part 0.986 51577 50853 match_454 match_part 0.952 51571 50860 match_455 match_part 0.983 51577 50864 match_456 match_part 0.994 51577 50905 match_457 match_part 0.991 51577 50910 match_458 match_part 0.967 51584 50918 match_459 match_part 0.968 51571 51001 match_460 match_part 0.952 51573 51078 match_461 match_part 0.990 51396 51110 match_462 match_part 0.987 51585 51195 match_463 match_part 0.961 51577 51198 match_464 match_part 1.000 51572 51223 match_465 match_part 1.000 51572 51223 match_466 match_part 0.991 69984 69141 match_467 match_part 1.000 69964 69156 match_468 match_part 1.000 69889 69156 match_469 match_part 0.939 70023 69188 match_470 match_part 0.977 69361 69189 match_471 match_part 0.999 70262 69489 match_472 match_part 0.959 70125 69489 match_473 match_part 0.999 70262 69496 match_474 match_part 0.993 70262 69551 match_475 match_part 0.999 70262 69570 match_476 match_part 0.967 70467 69748 match_477 match_part 1.000 70261 69874 match_478 match_part 0.967 70558 69892 match_479 match_part 0.968 70125 69941 match_480 match_part 0.998 70937 70127 match_481 match_part 1.000 70903 70304 match_482 match_part 0.947 72228 72191 match_part 0.990 71367 70634 match_483 match_part 0.973 71367 70701 match_484 match_part 0.946 72227 72191 match_part 0.988 71367 70794 match_485 match_part 0.973 71367 70808 match_486 match_part 0.919 72252 72191 match_part 0.976 71367 70908 match_487 match_part 0.978 71367 70916 match_488 match_part 0.943 71374 71004 match_489 match_part 0.887 72252 72191 match_part 0.987 71367 71049 match_490 match_part 0.966 85516 85309 match_491 match_part 1.000 88030 87948 match_part 1.000 86274 86179 match_part 1.000 86094 85914 match_part 1.000 85809 85348 match_492 match_part 1.000 88029 87948 match_part 1.000 86274 86179 match_part 1.000 86094 85914 match_part 1.000 85809 85612 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C08HBa0235H18.1 type gene exon 3115 2967 exon 2474 2409 exon 2290 2164 exon 1008 894 exon 725 384 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C08HBa0235H18.1 type gene exon 4627 5606 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C08HBa0235H18.1 type gene exon 7796 8753 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C08HBa0235H18.1 type gene exon 8743 8231 gene_5 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C08HBa0235H18.1 type gene exon 14461 13428 gene_6 gene GT_PGL_5_AGS_2 transcript source GenomeThreader seq_id C08HBa0235H18.1 type gene exon 14461 13485 exon 13426 13408 gene_7 gene GT_PGL_5_AGS_3 transcript source GenomeThreader seq_id C08HBa0235H18.1 type gene exon 14461 13485 exon 12398 12360 gene_8 gene GT_PGL_5_AGS_4 transcript source GenomeThreader seq_id C08HBa0235H18.1 type gene exon 14461 13488 exon 12398 12370 gene_9 gene GT_PGL_5_AGS_5 transcript source GenomeThreader seq_id C08HBa0235H18.1 type gene exon 14461 13488 exon 12378 12348 gene_10 gene GT_PGL_5_AGS_6 transcript source GenomeThreader seq_id C08HBa0235H18.1 type gene exon 14461 13487 exon 13436 13375 gene_11 gene GT_PGL_5_AGS_7 transcript source GenomeThreader seq_id C08HBa0235H18.1 type gene exon 14461 13487 exon 12803 12790 gene_12 gene GT_PGL_5_AGS_8 transcript source GenomeThreader seq_id C08HBa0235H18.1 type gene exon 14461 13489 exon 12398 12368 gene_13 gene GT_PGL_5_AGS_9 transcript source GenomeThreader seq_id C08HBa0235H18.1 type gene exon 14461 13528 exon 12803 12786 gene_14 gene GT_PGL_5_AGS_10 transcript source GenomeThreader seq_id C08HBa0235H18.1 type gene exon 14461 13528 exon 12869 12834 gene_15 gene GT_PGL_5_AGS_11 transcript source GenomeThreader seq_id C08HBa0235H18.1 type gene exon 14461 13530 exon 12398 12359 exon 11638 11624 gene_16 gene GT_PGL_5_AGS_12 transcript source GenomeThreader seq_id C08HBa0235H18.1 type gene exon 14461 13532 exon 12398 12351 exon 11638 11609 gene_17 gene GT_PGL_5_AGS_13 transcript source GenomeThreader seq_id C08HBa0235H18.1 type gene exon 14461 13600 exon 12803 12790 gene_18 gene GT_PGL_5_AGS_14 transcript source GenomeThreader seq_id C08HBa0235H18.1 type gene exon 12149 11218 gene_19 gene GT_PGL_5_AGS_15 transcript source GenomeThreader seq_id C08HBa0235H18.1 type gene exon 12149 11272 exon 10986 10954 gene_20 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C08HBa0235H18.1 type gene exon 11071 11091 exon 11258 11734 gene_21 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C08HBa0235H18.1 type gene exon 12840 12869 exon 13491 14344 gene_22 gene GT_PGL_7_AGS_2 transcript source GenomeThreader seq_id C08HBa0235H18.1 type gene exon 13409 13424 exon 13525 14114 gene_23 gene GT_PGL_7_AGS_3 transcript source GenomeThreader seq_id C08HBa0235H18.1 type gene exon 13408 13424 exon 13609 14094 gene_24 gene GT_PGL_7_AGS_4 transcript source GenomeThreader seq_id C08HBa0235H18.1 type gene exon 13382 13420 exon 13525 14100 gene_25 gene GT_PGL_7_AGS_5 transcript source GenomeThreader seq_id C08HBa0235H18.1 type gene exon 13378 13416 exon 13488 13977 gene_26 gene GT_PGL_7_AGS_6 transcript source GenomeThreader seq_id C08HBa0235H18.1 type gene exon 13377 13416 exon 13483 14114 gene_27 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C08HBa0235H18.1 type gene exon 15208 15316 exon 15420 15515 exon 15978 16304 gene_28 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C08HBa0235H18.1 type gene exon 24858 24064 gene_29 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C08HBa0235H18.1 type gene exon 30943 31477 gene_30 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C08HBa0235H18.1 type gene exon 31781 32166 gene_31 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C08HBa0235H18.1 type gene exon 41166 40858 exon 39156 39113 gene_32 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C08HBa0235H18.1 type gene exon 39584 39610 exon 40751 41642 gene_33 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C08HBa0235H18.1 type gene exon 47339 47358 exon 50672 51505 gene_34 gene GT_PGL_14_AGS_2 transcript source GenomeThreader seq_id C08HBa0235H18.1 type gene exon 47918 47935 exon 50676 51557 gene_35 gene GT_PGL_14_AGS_3 transcript source GenomeThreader seq_id C08HBa0235H18.1 type gene exon 47343 47358 exon 50680 51578 gene_36 gene GT_PGL_14_AGS_4 transcript source GenomeThreader seq_id C08HBa0235H18.1 type gene exon 45661 45726 exon 50665 51257 gene_37 gene GT_PGL_15_AGS_1 transcript source GenomeThreader seq_id C08HBa0235H18.1 type gene exon 51588 50695 exon 50487 50481 exon 47364 47340 gene_38 gene GT_PGL_15_AGS_2 transcript source GenomeThreader seq_id C08HBa0235H18.1 type gene exon 51588 50695 exon 48279 48250 gene_39 gene GT_PGL_15_AGS_3 transcript source GenomeThreader seq_id C08HBa0235H18.1 type gene exon 51588 50695 exon 50487 50481 exon 47376 47342 gene_40 gene GT_PGL_15_AGS_4 transcript source GenomeThreader seq_id C08HBa0235H18.1 type gene exon 51588 50695 exon 50487 50481 exon 47370 47338 gene_41 gene GT_PGL_15_AGS_5 transcript source GenomeThreader seq_id C08HBa0235H18.1 type gene exon 51588 50695 exon 47783 47763 exon 47358 47338 gene_42 gene GT_PGL_15_AGS_6 transcript source GenomeThreader seq_id C08HBa0235H18.1 type gene exon 51588 50695 exon 50487 50481 exon 47371 47344 gene_43 gene GT_PGL_15_AGS_7 transcript source GenomeThreader seq_id C08HBa0235H18.1 type gene exon 51588 50684 exon 47358 47343 gene_44 gene GT_PGL_15_AGS_8 transcript source GenomeThreader seq_id C08HBa0235H18.1 type gene exon 51588 50695 exon 45700 45669 gene_45 gene GT_PGL_15_AGS_9 transcript source GenomeThreader seq_id C08HBa0235H18.1 type gene exon 51588 50695 exon 45699 45671 gene_46 gene GT_PGL_15_AGS_10 transcript source GenomeThreader seq_id C08HBa0235H18.1 type gene exon 51588 50695 exon 47382 47342 gene_47 gene GT_PGL_15_AGS_11 transcript source GenomeThreader seq_id C08HBa0235H18.1 type gene exon 51588 50695 exon 48281 48252 gene_48 gene GT_PGL_15_AGS_12 transcript source GenomeThreader seq_id C08HBa0235H18.1 type gene exon 51588 50695 exon 47358 47342 gene_49 gene GT_PGL_15_AGS_13 transcript source GenomeThreader seq_id C08HBa0235H18.1 type gene exon 51588 50695 exon 45702 45670 gene_50 gene GT_PGL_15_AGS_14 transcript source GenomeThreader seq_id C08HBa0235H18.1 type gene exon 51588 50682 gene_51 gene GT_PGL_16_AGS_1 transcript source GenomeThreader seq_id C08HBa0235H18.1 type gene exon 64270 64622 exon 65058 65107 exon 65218 65353 exon 65653 65754 exon 65870 66097 exon 66387 66468 exon 66624 66706 exon 66802 66893 exon 67044 67410 gene_52 gene GT_PGL_16_AGS_2 transcript source GenomeThreader seq_id C08HBa0235H18.1 type gene exon 64233 64254 exon 64310 64622 exon 65058 65107 exon 65218 65353 exon 65653 65754 exon 65870 66097 exon 66387 66468 exon 66624 66706 exon 66802 66893 exon 67044 67410 gene_53 gene GT_PGL_16_AGS_3 transcript source GenomeThreader seq_id C08HBa0235H18.1 type gene exon 66123 66468 exon 66624 66706 exon 66802 66893 exon 67044 67410 gene_54 gene GT_PGL_16_AGS_4 transcript source GenomeThreader seq_id C08HBa0235H18.1 type gene exon 66615 66706 exon 66802 66893 exon 67044 67410 gene_55 gene GT_PGL_17_AGS_1 transcript source GenomeThreader seq_id C08HBa0235H18.1 type gene exon 67576 68201 exon 68600 69141 gene_56 gene GT_PGL_18_AGS_1 transcript source GenomeThreader seq_id C08HBa0235H18.1 type gene exon 72252 72191 exon 71367 69141 gene_57 gene GT_PGL_18_AGS_2 transcript source GenomeThreader seq_id C08HBa0235H18.1 type gene exon 71374 69141 gene_58 gene GT_PGL_19_AGS_1 transcript source GenomeThreader seq_id C08HBa0235H18.1 type gene exon 75323 75669 exon 75751 76470 gene_59 gene GT_PGL_20_AGS_1 transcript source GenomeThreader seq_id C08HBa0235H18.1 type gene exon 88030 87948 exon 86274 86179 exon 86094 85914 exon 85809 85309 RepeatMasker tomato repeats master Gypsy00043 521 1147 1 Gypsy00043 521 1147 1 nucleotide_motif 3877 9821 10420 Copia00145 11909 12418 1 Copia00145 11909 12418 1 nucleotide_motif 1843 34323 34832 Gypsy00043 12925 13030 1 Gypsy00043 12925 13030 1 nucleotide_motif 592 47115 47220 Copia00113 5674 5853 1 Copia00113 5674 5853 1 nucleotide_motif 453 47116 47302 Unknown00038 3408 3530 1 Unknown00038 3408 3530 1 nucleotide_motif 249 49430 49545 SINE1_SO 71 195 1 SINE1_SO 71 195 1 nucleotide_motif 356 72779 72893 SONATA2 1 69 1 SONATA2 1 69 1 nucleotide_motif 318 104937 105006 Unknown00050 3327 3865 1 Unknown00050 3327 3865 1 nucleotide_motif 1846 106109 106624 RepeatMasker tomato repeats master Unknown00025 232 470 -1 Unknown00025 232 470 -1 nucleotide_motif 792 6818 6557 Unknown00019 48 699 -1 Unknown00019 48 699 -1 nucleotide_motif 3364 10523 9831 Gypsy00049 218 457 -1 Gypsy00049 218 457 -1 nucleotide_motif 838 16855 16621 Unknown00019 3285 3482 -1 Unknown00019 3285 3482 -1 nucleotide_motif 425 16881 16677 Copia00112 7624 7682 -1 Copia00112 7624 7682 -1 nucleotide_motif 279 20188 20132 Copia00149 5253 8210 -1 Copia00149 5253 8210 -1 nucleotide_motif 14367 23270 20215 Gypsy00049 2702 13145 -1 Gypsy00049 2702 13145 -1 nucleotide_motif 49691 32558 22058 Unknown00019 4767 4875 -1 Unknown00019 4767 4875 -1 nucleotide_motif 256 33639 33531 Gypsy00049 1535 1711 -1 Gypsy00049 1535 1711 -1 nucleotide_motif 428 33732 33553 Gypsy00049 218 538 -1 Gypsy00049 218 538 -1 nucleotide_motif 1189 35069 34756 Copia00112 7625 7682 -1 Copia00112 7625 7682 -1 nucleotide_motif 288 38403 38346 Copia00149 2397 2481 -1 Copia00149 2397 2481 -1 nucleotide_motif 311 38507 38429 Unknown00020 83 360 -1 Unknown00020 83 360 -1 nucleotide_motif 808 38757 38470 Gypsy00073 1668 1838 -1 Gypsy00073 1668 1838 -1 nucleotide_motif 320 39138 38966 Gypsy00073 1643 1693 -1 Gypsy00073 1643 1693 -1 nucleotide_motif 281 39228 39178 Gypsy00073 1567 1743 -1 Gypsy00073 1567 1743 -1 nucleotide_motif 669 39428 39251 GYPMET_I 4438 4611 -1 GYPMET_I 4438 4611 -1 nucleotide_motif 290 59194 59023 Copia00143 91 210 -1 Copia00143 91 210 -1 nucleotide_motif 376 59341 59222 Gypsy00073 1641 1838 -1 Gypsy00073 1641 1838 -1 nucleotide_motif 436 84750 84551 Gypsy00073 1674 1745 -1 Gypsy00073 1674 1745 -1 nucleotide_motif 243 84819 84747 HELITRON7_OS 1582 1699 -1 HELITRON7_OS 1582 1699 -1 nucleotide_motif 371 93116 93002 Gypsy00046 4067 4202 -1 Gypsy00046 4067 4202 -1 nucleotide_motif 313 93135 93117 Copia00172 1106 1487 -1 Copia00172 1106 1487 -1 nucleotide_motif 1712 96439 96070 CALYPSHAN_I_MT 4985 5018 -1 CALYPSHAN_I_MT 4985 5018 -1 nucleotide_motif 228 99482 99449 SONATA3 49 247 -1 SONATA3 49 247 -1 nucleotide_motif 467 101879 101683 BLAST_tomato_bacs Tomato BAC sequences BLAST_tomato_bacs Tomato BAC sequences match_1 match 1707 23926 27425 match_2 match 476 28196 29380 match_3 match 1931 24307 27419 match_4 match 944 23941 25933 match_5 match 1562 23941 27088 match_6 match 668 28177 29459 match_7 match 402 23805 24920 match_8 match 426 28101 29313 match_9 match 1423 20239 21554 match_10 match 3887 31664 34849 match_11 match 4819 23784 27479 match_12 match 1296 27558 29773 match_13 match 1300 20213 21340 match_14 match 1086 27558 29623 match_15 match 664 30581 31640 match_16 match 3497 23769 27209 match_17 match 1057 27558 29172 match_18 match 1497 25871 27517 match_19 match 1096 24291 25295 match_20 match 1237 20224 21351 match_21 match 539 26076 27478 match_22 match 666 23786 24827 match_23 match 850 24854 26033 match_24 match 444 28167 29313 match_25 match 1528 31205 32496 match_26 match 5491 23784 28135 match_27 match 684 25160 26501 match_28 match 1528 31205 32496 match_29 match 664 25308 26474 match_30 match 2712 23792 27418 match_31 match 1354 20233 21559 match_32 match 1941 20224 21480 match_33 match 7002 30580 34601 match_34 match 24143 30518 match_35 match 1378 23784 24794 match_36 match 1691 20367 21630 match_37 match 4534 31666 34849 match_38 match 1647 22418 23569 match_39 match 2486 26331 28038 match_40 match 4014 23776 26273 match_41 match 2405 20190 21628 match_42 match 7914 30580 35036 match_43 match 22199 30518 match_44 match 2405 20190 21628 match_45 match 7914 30580 35036 match_46 match 22199 30518 match_47 match 563 28062 29662 match_48 match 555 30584 31721 match_49 match 860 22447 23563 match_50 match 2692 25072 27517 match_51 match 1497 20224 21581 match_52 match 1336 23938 25054 match_53 match 2557 20224 21753 match_54 match 7775 30580 35036 match_55 match 22324 30518 match_56 match 2230 27558 30503 match_57 match 3816 24066 27528 match_58 match 1584 31594 32689 match_59 match 1562 27558 29999 match_60 match 636 30581 31657 match_61 match 3233 23789 26532 match_62 match 1396 25324 27173 match_63 match 1509 20228 21554 match_64 match 844 25048 26533 match_65 match 684 23955 24991 match_66 match 5358 30580 33738 match_67 match 2623 20225 21738 match_68 match 2621 22057 23572 match_69 match 23784 30024 match_70 match 462 28848 29880 match_71 match 668 30581 31671 match_72 match 5164 23769 28891 match_73 match 1189 20349 21389 match_74 match 1830 20190 21210 match_75 match 517 28155 29313 match_76 match 1176 20224 21484 match_77 match 5897 23784 28029 match_78 match 1673 22418 23569 match_79 match 971 25573 27434 match_80 match 3039 100469 102043 match_81 match 353 24475 25543 match_82 match 1915 15414 16430 match_83 match 20190 30518 match_84 match 2190 13478 14582 match_85 match 2286 42610 43792 match_86 match 1996 3272 4485 match_87 match 2361 11092 12324 match_88 match 2581 4567 5934 match_89 match 2793 7501 9011 match_90 match 2864 9126 10636 match_91 match 2991 38404 39933 match_92 match 3727 49869 51805 match_93 match 3907 17175 19190 match_94 match 3907 35389 37404 match_95 match 4246 39949 42153 match_96 match 8849 30580 35043 match_97 match 9559 55709 60674 match_98 match 3883 17175 19190 match_99 match 3883 35389 37404 match_100 match 1043 20224 21351 match_101 match 1334 26691 28038 match_102 match 2952 23784 26489 match_103 match 618 27680 29319 match_104 match 490 28164 29314 match_105 match 2068 23941 27434 match_106 match 2147 23941 27434 match_107 match 5358 30580 33738 match_108 match 2621 22057 23572 match_109 match 23784 30024 match_110 match 353 24475 25543 match_111 match 1594 31209 32511 match_112 match 2349 22199 23568 match_113 match 2547 20190 21628 match_114 match 486 25411 26482 match_115 match 460 23788 25124 match_116 match 486 25411 26482 match_117 match 969 23939 25679 match_118 match 476 28152 29313 match_119 match 2726 32082 34709 match_120 match 1465 20244 21577 match_121 match 2920 24915 27479 match_122 match 1312 23769 24905 match_123 match 2103 20190 21628 match_124 match 3858 30580 32772 match_125 match 22073 30518 match_126 match 4165 32829 35043 match_127 match 4573 32106 35036 match_128 match 1893 22418 23568 match_129 match 7739 30580 35036 match_130 match 2644 20224 21753 match_131 match 21947 30518 match_132 match 755 28152 29314 match_133 match 1471 31196 32493 match_134 match 1739 22748 23856 match_135 match 6867 23783 28038 match_136 match 2335 20234 21628 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) clone_end_1 clone_end 1403 26 761 clone_1 clone 1290.5 94 108007 clone_end_2 clone_end 1261 94 757 clone_end_3 clone_end 1340 20916 21630 clone_start_1 clone_start 963 20945 21461 clone_start_2 clone_start 1390 21206 21913 clone_start_3 clone_start 301 21727 21893 clone_start_4 clone_start 567 21727 22023 clone_start_5 clone_start 258 21727 21863 clone_start_6 clone_start 250 21727 21863 clone_start_7 clone_start 468 21837 22084 clone_start_8 clone_start 258 21947 22084 clone_start_9 clone_start 266 21947 22084 clone_start_10 clone_start 293 21947 22098 clone_end_4 clone_end 266 21947 22084 clone_end_5 clone_end 351 21990 22178 clone_start_11 clone_start 367 22010 22210 clone_start_12 clone_start 337 22029 22210 clone_start_13 clone_start 258 22073 22210 clone_end_6 clone_end 289 22073 22230 clone_end_7 clone_end 351 22116 22304 clone_start_14 clone_start 337 22155 22336 clone_end_8 clone_end 1096 24786 25354 clone_start_15 clone_start 1225 27800 28441 clone_start_16 clone_start 1275 27876 28538 clone_start_17 clone_start 1400 28185 28929 clone_start_18 clone_start 1092 66556 67134 clone_end_9 clone_end 944 97451 97947 clone_start_19 clone_start 973 100212 100728 clone_end_10 clone_end 1223 100489 101120 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) clone_start_20 clone_start 1320 108007 107298 clone_start_21 clone_start 383 16829 16621 clone_start_22 clone_start 1362 18237 17536 clone_start_23 clone_start 1136 18594 18022 clone_end_11 clone_end 1534 19160 18387 clone_start_24 clone_start 618 22066 21727 clone_start_25 clone_start 882 22191 21727 clone_start_26 clone_start 460 22084 21837 clone_start_27 clone_start 258 22210 22073 clone_start_28 clone_start 462 22317 22073 clone_start_29 clone_start 258 22210 22073 clone_start_30 clone_start 1312 25243 24546 clone_start_31 clone_start 1021 25534 24992 clone_end_12 clone_end 1376 25738 25021 clone_end_13 clone_end 1158 25744 25125 clone_end_14 clone_end 1390 26860 26144 clone_start_32 clone_start 1390 27049 26341 clone_start_33 clone_start 1223 27084 26432 clone_start_34 clone_start 1225 27360 26711 clone_end_15 clone_end 983 27485 26978 clone_end_16 clone_end 1086 28114 27555 clone_start_35 clone_start 1053 30518 29956 clone_start_36 clone_start 987 30518 29993 clone_start_37 clone_start 1247 31673 31045 clone_start_38 clone_start 1326 32203 31535 clone_start_39 clone_start 1294 34518 33834 clone_start_40 clone_start 1370 36451 35750 clone_start_41 clone_start 1136 36808 36236 clone_end_17 clone_end 1534 37374 36601 clone_end_18 clone_end 1411 39407 38696 clone_start_42 clone_start 1411 62790 62046 clone_end_19 clone_end 1126 100392 99797 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_1 match_part 0.998 4627 5601 match_2 match_part 0.999 4628 5523 match_3 match_part 1.000 4638 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68196 match_115 match_part 1.000 67911 68201 match_part 0.969 68600 69141 match_116 match_part 0.997 75323 75669 match_part 0.992 75751 76236 match_117 match_part 1.000 75549 75669 match_part 0.996 75751 76470 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_118 match_part 1.000 2280 2164 match_part 1.000 1008 894 match_part 1.000 725 384 match_119 match_part 1.000 948 894 match_part 0.988 725 384 match_120 match_part 1.000 2280 2164 match_part 1.000 1008 894 match_part 1.000 725 400 match_121 match_part 1.000 3114 2967 match_part 1.000 2474 2409 match_part 1.000 2290 2164 match_part 1.000 1008 894 match_part 1.000 725 495 match_122 match_part 1.000 3115 2967 match_part 1.000 2474 2409 match_part 1.000 2290 2164 match_part 1.000 1008 894 match_part 1.000 725 533 match_123 match_part 1.000 3106 2967 match_part 1.000 2474 2409 match_part 1.000 2290 2164 match_part 1.000 1008 894 match_part 1.000 725 620 match_124 match_part 1.000 3114 2967 match_part 1.000 2474 2409 match_part 1.000 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match_part 0.977 14362 14020 match_333 match_part 1.000 14418 14024 match_334 match_part 0.992 14414 14025 match_335 match_part 1.000 14303 14039 match_336 match_part 0.984 14433 14048 match_337 match_part 0.994 14407 14050 match_338 match_part 0.997 14417 14056 match_339 match_part 0.997 14417 14105 match_340 match_part 0.980 14417 14119 match_341 match_part 0.990 14418 14123 match_342 match_part 1.000 14417 14129 match_343 match_part 1.000 14432 14142 match_344 match_part 0.960 14344 14144 match_345 match_part 1.000 14409 14155 match_346 match_part 0.996 14431 14174 match_347 match_part 0.988 14431 14183 match_348 match_part 1.000 14421 14201 match_349 match_part 1.000 14446 14335 match_350 match_part 0.921 24799 24064 match_351 match_part 0.914 24799 24104 match_352 match_part 0.918 24799 24105 match_353 match_part 0.901 24858 24118 match_354 match_part 0.997 41166 40858 match_part 0.523 39156 39113 match_355 match_part 0.955 51455 50695 match_part 0.812 45700 45669 match_356 match_part 0.980 51557 50695 match_part 0.697 45702 45670 match_357 match_part 0.972 51487 50695 match_part 0.759 45699 45671 match_358 match_part 0.953 51359 50695 match_part 0.571 47783 47763 match_part 0.857 47358 47338 match_359 match_part 0.949 51242 50695 match_part 0.571 50487 50481 match_part 0.697 47370 47338 match_360 match_part 0.983 51521 50695 match_part 0.429 50487 50481 match_part 0.800 47364 47340 match_361 match_part 0.979 51557 50695 match_part 0.882 47358 47342 match_362 match_part 0.980 51557 50695 match_part 0.429 50487 50481 match_part 0.824 47358 47342 match_363 match_part 0.960 51499 50695 match_part 0.683 47382 47342 match_364 match_part 0.907 51158 50695 match_part 0.857 50487 50481 match_part 0.686 47376 47342 match_365 match_part 0.981 51566 50695 match_part 0.429 50487 50481 match_part 0.818 47364 47343 match_366 match_part 0.962 51381 50695 match_part 0.571 50487 50481 match_part 0.750 47371 47344 match_367 match_part 0.974 51459 50695 match_part 0.700 48279 48250 match_368 match_part 0.974 51550 50695 match_part 0.700 48281 48252 match_369 match_part 0.977 51564 50695 match_part 0.760 48279 48255 match_370 match_part 0.979 51566 50682 match_371 match_part 0.979 51588 50695 match_372 match_part 0.976 51584 50695 match_373 match_part 0.971 51579 50695 match_374 match_part 0.978 51575 50695 match_375 match_part 0.979 51569 50695 match_376 match_part 0.983 51569 50695 match_377 match_part 0.978 51521 50695 match_378 match_part 0.970 51504 50695 match_379 match_part 0.975 51496 50695 match_380 match_part 0.983 51496 50695 match_381 match_part 0.979 51463 50695 match_382 match_part 0.959 51033 50695 match_383 match_part 0.952 51029 50695 match_384 match_part 0.977 51576 50697 match_385 match_part 0.971 51551 50697 match_386 match_part 0.947 51393 50698 match_387 match_part 0.975 51533 50699 match_388 match_part 0.968 51511 50702 match_389 match_part 0.972 51570 50704 match_390 match_part 0.979 51579 50709 match_391 match_part 0.959 51554 50721 match_392 match_part 0.975 51359 50725 match_393 match_part 0.980 51584 50726 match_394 match_part 0.984 51581 50733 match_395 match_part 0.983 51566 50735 match_396 match_part 0.976 51582 50737 match_397 match_part 0.981 51570 50744 match_398 match_part 0.983 51577 50745 match_399 match_part 0.979 51566 50748 match_400 match_part 0.984 51491 50748 match_401 match_part 0.984 51586 50761 match_402 match_part 0.975 51450 50772 match_403 match_part 0.976 51584 50799 match_404 match_part 0.981 51580 50805 match_405 match_part 0.980 51578 50820 match_406 match_part 0.979 51569 50825 match_407 match_part 0.976 51581 50834 match_408 match_part 0.986 51577 50853 match_409 match_part 0.952 51571 50860 match_410 match_part 0.983 51577 50864 match_411 match_part 0.994 51577 50905 match_412 match_part 0.991 51577 50910 match_413 match_part 0.967 51584 50918 match_414 match_part 0.968 51571 51001 match_415 match_part 0.952 51573 51078 match_416 match_part 0.990 51396 51110 match_417 match_part 0.987 51585 51195 match_418 match_part 0.961 51577 51198 match_419 match_part 1.000 51572 51223 match_420 match_part 1.000 51572 51223 match_421 match_part 0.991 69984 69141 match_422 match_part 1.000 69964 69156 match_423 match_part 1.000 69889 69156 match_424 match_part 0.939 70023 69188 match_425 match_part 0.977 69361 69189 match_426 match_part 0.999 70262 69489 match_427 match_part 0.999 70262 69496 match_428 match_part 0.993 70262 69551 match_429 match_part 0.999 70262 69570 match_430 match_part 1.000 70261 69874 match_431 match_part 0.998 70937 70127 match_432 match_part 1.000 70903 70304 match_433 match_part 0.947 72228 72191 match_part 0.990 71367 70634 match_434 match_part 0.946 72227 72191 match_part 0.988 71367 70794 match_435 match_part 0.966 85516 85309 match_436 match_part 1.000 88030 87948 match_part 1.000 86274 86179 match_part 1.000 86094 85914 match_part 1.000 85809 85348 match_437 match_part 1.000 88029 87948 match_part 1.000 86274 86179 match_part 1.000 86094 85914 match_part 1.000 85809 85612 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C08HBa0235H18.1 type gene exon 3115 2967 exon 2474 2409 exon 2290 2164 exon 1008 894 exon 725 384 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C08HBa0235H18.1 type gene exon 4627 5606 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C08HBa0235H18.1 type gene exon 7803 8753 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C08HBa0235H18.1 type gene exon 8743 8231 gene_5 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C08HBa0235H18.1 type gene exon 14461 13428 gene_6 gene GT_PGL_5_AGS_2 transcript source GenomeThreader seq_id C08HBa0235H18.1 type gene exon 14461 13485 exon 13426 13408 gene_7 gene GT_PGL_5_AGS_3 transcript source GenomeThreader seq_id C08HBa0235H18.1 type gene exon 14461 13485 exon 12398 12360 gene_8 gene GT_PGL_5_AGS_4 transcript source GenomeThreader seq_id C08HBa0235H18.1 type gene exon 14461 13488 exon 12398 12370 gene_9 gene GT_PGL_5_AGS_5 transcript source GenomeThreader seq_id C08HBa0235H18.1 type gene exon 14461 13488 exon 12378 12348 gene_10 gene GT_PGL_5_AGS_6 transcript source GenomeThreader seq_id C08HBa0235H18.1 type gene exon 14461 13487 exon 13436 13375 gene_11 gene GT_PGL_5_AGS_7 transcript source GenomeThreader seq_id C08HBa0235H18.1 type gene exon 14461 13487 exon 12803 12790 gene_12 gene GT_PGL_5_AGS_8 transcript source GenomeThreader seq_id C08HBa0235H18.1 type gene exon 14461 13489 exon 12398 12368 gene_13 gene GT_PGL_5_AGS_9 transcript source GenomeThreader seq_id C08HBa0235H18.1 type gene exon 14461 13528 exon 12803 12786 gene_14 gene GT_PGL_5_AGS_10 transcript source GenomeThreader seq_id C08HBa0235H18.1 type gene exon 14461 13528 exon 12869 12834 gene_15 gene GT_PGL_5_AGS_11 transcript source GenomeThreader seq_id C08HBa0235H18.1 type gene exon 14461 13530 exon 12398 12359 exon 11638 11624 gene_16 gene GT_PGL_5_AGS_12 transcript source GenomeThreader seq_id C08HBa0235H18.1 type gene exon 14461 13532 exon 12398 12351 exon 11638 11609 gene_17 gene GT_PGL_5_AGS_13 transcript source GenomeThreader seq_id C08HBa0235H18.1 type gene exon 14461 13600 exon 12803 12790 gene_18 gene GT_PGL_5_AGS_14 transcript source GenomeThreader seq_id C08HBa0235H18.1 type gene exon 12149 11218 gene_19 gene GT_PGL_5_AGS_15 transcript source GenomeThreader seq_id C08HBa0235H18.1 type gene exon 12149 11272 exon 10986 10954 gene_20 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C08HBa0235H18.1 type gene exon 11071 11091 exon 11258 11734 gene_21 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C08HBa0235H18.1 type gene exon 12840 12869 exon 13491 14344 gene_22 gene GT_PGL_7_AGS_2 transcript source GenomeThreader seq_id C08HBa0235H18.1 type gene exon 13409 13424 exon 13525 14114 gene_23 gene GT_PGL_7_AGS_3 transcript source GenomeThreader seq_id C08HBa0235H18.1 type gene exon 13408 13424 exon 13609 14094 gene_24 gene GT_PGL_7_AGS_4 transcript source GenomeThreader seq_id C08HBa0235H18.1 type gene exon 13382 13420 exon 13525 14100 gene_25 gene GT_PGL_7_AGS_5 transcript source GenomeThreader seq_id C08HBa0235H18.1 type gene exon 13378 13416 exon 13488 13977 gene_26 gene GT_PGL_7_AGS_6 transcript source GenomeThreader seq_id C08HBa0235H18.1 type gene exon 13377 13416 exon 13483 14114 gene_27 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C08HBa0235H18.1 type gene exon 15208 15316 exon 15420 15515 exon 15978 16295 gene_28 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C08HBa0235H18.1 type gene exon 24858 24064 gene_29 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C08HBa0235H18.1 type gene exon 30943 31477 gene_30 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C08HBa0235H18.1 type gene exon 31781 32166 gene_31 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C08HBa0235H18.1 type gene exon 41166 40858 exon 39156 39113 gene_32 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C08HBa0235H18.1 type gene exon 39584 39610 exon 40751 41642 gene_33 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C08HBa0235H18.1 type gene exon 47339 47358 exon 50672 51505 gene_34 gene GT_PGL_14_AGS_2 transcript source GenomeThreader seq_id C08HBa0235H18.1 type gene exon 47918 47935 exon 50676 51557 gene_35 gene GT_PGL_14_AGS_3 transcript source GenomeThreader seq_id C08HBa0235H18.1 type gene exon 47343 47358 exon 50680 51578 gene_36 gene GT_PGL_14_AGS_4 transcript source GenomeThreader seq_id C08HBa0235H18.1 type gene exon 45661 45726 exon 50665 51257 gene_37 gene GT_PGL_15_AGS_1 transcript source GenomeThreader seq_id C08HBa0235H18.1 type gene exon 51588 50695 exon 50487 50481 exon 47364 47340 gene_38 gene GT_PGL_15_AGS_2 transcript source GenomeThreader seq_id C08HBa0235H18.1 type gene exon 51588 50695 exon 48279 48250 gene_39 gene GT_PGL_15_AGS_3 transcript source GenomeThreader seq_id C08HBa0235H18.1 type gene exon 51588 50695 exon 50487 50481 exon 47376 47342 gene_40 gene GT_PGL_15_AGS_4 transcript source GenomeThreader seq_id C08HBa0235H18.1 type gene exon 51588 50695 exon 50487 50481 exon 47370 47338 gene_41 gene GT_PGL_15_AGS_5 transcript source GenomeThreader seq_id C08HBa0235H18.1 type gene exon 51588 50695 exon 47783 47763 exon 47358 47338 gene_42 gene GT_PGL_15_AGS_6 transcript source GenomeThreader seq_id C08HBa0235H18.1 type gene exon 51588 50695 exon 50487 50481 exon 47371 47344 gene_43 gene GT_PGL_15_AGS_7 transcript source GenomeThreader seq_id C08HBa0235H18.1 type gene exon 51588 50695 exon 45700 45669 gene_44 gene GT_PGL_15_AGS_8 transcript source GenomeThreader seq_id C08HBa0235H18.1 type gene exon 51588 50695 exon 45699 45671 gene_45 gene GT_PGL_15_AGS_9 transcript source GenomeThreader seq_id C08HBa0235H18.1 type gene exon 51588 50695 exon 47382 47342 gene_46 gene GT_PGL_15_AGS_10 transcript source GenomeThreader seq_id C08HBa0235H18.1 type gene exon 51588 50695 exon 48281 48252 gene_47 gene GT_PGL_15_AGS_11 transcript source GenomeThreader seq_id C08HBa0235H18.1 type gene exon 51588 50695 exon 47358 47342 gene_48 gene GT_PGL_15_AGS_12 transcript source GenomeThreader seq_id C08HBa0235H18.1 type gene exon 51588 50695 exon 45702 45670 gene_49 gene GT_PGL_15_AGS_13 transcript source GenomeThreader seq_id C08HBa0235H18.1 type gene exon 51588 50682 gene_50 gene GT_PGL_16_AGS_1 transcript source GenomeThreader seq_id C08HBa0235H18.1 type gene exon 64270 64622 exon 65058 65107 exon 65218 65353 exon 65653 65754 exon 65870 66097 exon 66387 66468 exon 66624 66706 exon 66802 66893 exon 67044 67410 gene_51 gene GT_PGL_16_AGS_2 transcript source GenomeThreader seq_id C08HBa0235H18.1 type gene exon 66123 66468 exon 66624 66706 exon 66802 66893 exon 67044 67410 gene_52 gene GT_PGL_16_AGS_3 transcript source GenomeThreader seq_id C08HBa0235H18.1 type gene exon 66615 66706 exon 66802 66893 exon 67044 67410 gene_53 gene GT_PGL_17_AGS_1 transcript source GenomeThreader seq_id C08HBa0235H18.1 type gene exon 67576 68201 exon 68600 69141 gene_54 gene GT_PGL_18_AGS_1 transcript source GenomeThreader seq_id C08HBa0235H18.1 type gene exon 72228 72191 exon 71367 69141 gene_55 gene GT_PGL_19_AGS_1 transcript source GenomeThreader seq_id C08HBa0235H18.1 type gene exon 75323 75669 exon 75751 76470 gene_56 gene GT_PGL_20_AGS_1 transcript source GenomeThreader seq_id C08HBa0235H18.1 type gene exon 88030 87948 exon 86274 86179 exon 86094 85914 exon 85809 85309 AUGUSTUS_tom_cdna de novo gene_1 gene 1 3520 5414 transcript_1 transcript 3520 5414 start_codon_1 start_codon 3520 3522 CDS_1 CDS 3520 3526 CDS_2 CDS 4585 5414 stop_codon_1 stop_codon 5412 5414 gene_2 gene 1 7807 8559 transcript_2 transcript 7807 8559 start_codon_2 start_codon 7807 7809 CDS_3 CDS 7807 8559 stop_codon_2 stop_codon 8557 8559 gene_3 gene 1 15256 16180 transcript_3 transcript 15256 16180 start_codon_3 start_codon 15256 15258 CDS_4 CDS 15256 15316 CDS_5 CDS 15420 15515 CDS_6 CDS 15978 16180 stop_codon_3 stop_codon 16178 16180 gene_4 gene 1 44876 50773 transcript_4 transcript 44876 50773 start_codon_4 start_codon 44876 44878 CDS_7 CDS 44876 44930 CDS_8 CDS 46891 47105 CDS_9 CDS 50440 50494 CDS_10 CDS 50691 50773 stop_codon_4 stop_codon 50771 50773 gene_5 gene 1 59881 64374 transcript_5 transcript 59881 64374 start_codon_5 start_codon 59881 59883 CDS_11 CDS 59881 60133 CDS_12 CDS 60209 60388 CDS_13 CDS 64193 64374 stop_codon_5 stop_codon 64372 64374 gene_6 gene 1 64425 67128 transcript_6 transcript 64425 67128 start_codon_6 start_codon 64425 64427 CDS_14 CDS 64425 64622 CDS_15 CDS 65058 65107 CDS_16 CDS 65218 65353 CDS_17 CDS 65653 65754 CDS_18 CDS 65870 66097 CDS_19 CDS 66387 66468 CDS_20 CDS 66624 66706 CDS_21 CDS 66802 66893 CDS_22 CDS 67044 67128 stop_codon_6 stop_codon 67126 67128 gene_7 gene 1 67694 68785 transcript_7 transcript 67694 68785 start_codon_7 start_codon 67694 67696 CDS_23 CDS 67694 67706 CDS_24 CDS 67914 67980 CDS_25 CDS 68066 68201 CDS_26 CDS 68600 68785 stop_codon_7 stop_codon 68783 68785 gene_8 gene 1 75532 76479 transcript_8 transcript 75532 76479 start_codon_8 start_codon 75532 75534 CDS_27 CDS 75532 75669 CDS_28 CDS 75751 76479 stop_codon_8 stop_codon 76477 76479 gene_9 gene 1 107280 107498 transcript_9 transcript 107280 107498 start_codon_9 start_codon 107280 107282 CDS_29 CDS 107280 107498 stop_codon_9 stop_codon 107496 107498 AUGUSTUS_tom_cdna de novo gene_10 gene 1 3033 663 transcript_10 transcript 3033 663 stop_codon_10 stop_codon 665 663 CDS_30 CDS 725 663 CDS_31 CDS 1008 894 CDS_32 CDS 2290 2164 CDS_33 CDS 2474 2409 CDS_34 CDS 3033 2967 start_codon_10 start_codon 3033 3031 gene_11 gene 1 11928 11374 transcript_11 transcript 11928 11374 stop_codon_11 stop_codon 11376 11374 CDS_35 CDS 11928 11374 start_codon_11 start_codon 11928 11926 gene_12 gene 1 14805 13684 transcript_12 transcript 14805 13684 stop_codon_12 stop_codon 13686 13684 CDS_36 CDS 14499 13684 CDS_37 CDS 14805 14776 start_codon_12 start_codon 14805 14803 gene_13 gene 1 40423 32659 transcript_13 transcript 40423 32659 stop_codon_13 stop_codon 32661 32659 CDS_38 CDS 33516 32659 CDS_39 CDS 34281 34141 CDS_40 CDS 39804 39746 CDS_41 CDS 40423 40399 start_codon_13 start_codon 40423 40421 gene_14 gene 1 41635 40943 transcript_14 transcript 41635 40943 stop_codon_14 stop_codon 40945 40943 CDS_42 CDS 41635 40943 start_codon_14 start_codon 41635 41633 gene_15 gene 1 43731 43237 transcript_15 transcript 43731 43237 stop_codon_15 stop_codon 43239 43237 CDS_43 CDS 43731 43237 start_codon_15 start_codon 43731 43729 gene_16 gene 1 54355 50884 transcript_16 transcript 54355 50884 stop_codon_16 stop_codon 50886 50884 CDS_44 CDS 51666 50884 CDS_45 CDS 54355 54332 start_codon_16 start_codon 54355 54353 gene_17 gene 1 71253 69607 transcript_17 transcript 71253 69607 stop_codon_17 stop_codon 69609 69607 CDS_46 CDS 71253 69607 start_codon_17 start_codon 71253 71251 gene_18 gene 1 105635 85640 transcript_18 transcript 105635 85640 stop_codon_18 stop_codon 85642 85640 CDS_47 CDS 85809 85640 CDS_48 CDS 86094 85914 CDS_49 CDS 86274 86179 CDS_50 CDS 88043 87948 CDS_51 CDS 90094 89961 CDS_52 CDS 90599 90515 CDS_53 CDS 91169 90957 CDS_54 CDS 95544 95429 CDS_55 CDS 97735 97655 CDS_56 CDS 103799 103547 CDS_57 CDS 104778 104714 CDS_58 CDS 105635 105458 start_codon_18 start_codon 105635 105633 AUGUSTUS_ab_initio de novo gene_1 gene 1 33823 68846 transcript_1 transcript 33823 68846 start_codon_1 start_codon 33823 33825 CDS_1 CDS 33823 33897 CDS_2 CDS 34085 34160 CDS_3 CDS 51235 51346 CDS_4 CDS 54531 54558 CDS_5 CDS 56442 56584 CDS_6 CDS 56708 56774 CDS_7 CDS 57593 57696 CDS_8 CDS 59751 60133 CDS_9 CDS 60209 60388 CDS_10 CDS 65678 65754 CDS_11 CDS 65870 66097 CDS_12 CDS 66387 66468 CDS_13 CDS 66624 66706 CDS_14 CDS 66802 66893 CDS_15 CDS 68066 68201 CDS_16 CDS 68736 68846 stop_codon_1 stop_codon 68844 68846 gene_2 gene 1 75532 76479 transcript_2 transcript 75532 76479 start_codon_2 start_codon 75532 75534 CDS_17 CDS 75532 75669 CDS_18 CDS 75751 76479 stop_codon_2 stop_codon 76477 76479 AUGUSTUS_ab_initio de novo gene_3 gene 1 12114 2164 transcript_3 transcript 12114 2164 CDS_19 CDS 2290 2164 CDS_20 CDS 2474 2409 CDS_21 CDS 12114 11661 start_codon_3 start_codon 12114 12112 gene_4 gene 1 33348 32659 transcript_4 transcript 33348 32659 stop_codon_3 stop_codon 32661 32659 CDS_22 CDS 33348 32659 start_codon_4 start_codon 33348 33346 gene_5 gene 1 71253 69607 transcript_5 transcript 71253 69607 stop_codon_4 stop_codon 69609 69607 CDS_23 CDS 71253 69607 start_codon_5 start_codon 71253 71251 gene_6 gene 1 107359 87229 transcript_6 transcript 107359 87229 stop_codon_5 stop_codon 87231 87229 CDS_24 CDS 87308 87229 CDS_25 CDS 90094 89957 CDS_26 CDS 90599 90515 CDS_27 CDS 91169 90957 CDS_28 CDS 95544 95429 CDS_29 CDS 97735 97655 CDS_30 CDS 103799 103547 CDS_31 CDS 107359 107345 start_codon_6 start_codon 107359 107357 AUGUSTUS_tom_ugs de novo gene_1 gene 1 15256 16180 transcript_1 transcript 15256 16180 start_codon_1 start_codon 15256 15258 CDS_1 CDS 15256 15316 CDS_2 CDS 15420 15515 CDS_3 CDS 15978 16180 stop_codon_1 stop_codon 16178 16180 gene_2 gene 2 33823 68785 transcript_2 transcript 33823 67128 start_codon_2 start_codon 33823 33825 CDS_4 CDS 33823 33897 CDS_5 CDS 34085 34160 CDS_6 CDS 51235 51346 CDS_7 CDS 54531 54558 CDS_8 CDS 56442 56584 CDS_9 CDS 56708 56774 CDS_10 CDS 57593 57696 CDS_11 CDS 59751 60133 CDS_12 CDS 60209 60388 CDS_13 CDS 64465 64622 CDS_14 CDS 65058 65107 CDS_15 CDS 65218 65353 CDS_16 CDS 65653 65754 CDS_17 CDS 65870 66097 CDS_18 CDS 66387 66468 CDS_19 CDS 66624 66706 CDS_20 CDS 66802 66893 CDS_21 CDS 67044 67128 stop_codon_2 stop_codon 67126 67128 transcript_3 transcript 33823 68785 start_codon_3 start_codon 33823 33825 CDS_22 CDS 33823 33897 CDS_23 CDS 34085 34160 CDS_24 CDS 51235 51346 CDS_25 CDS 54531 54558 CDS_26 CDS 56442 56584 CDS_27 CDS 56708 56774 CDS_28 CDS 57593 57696 CDS_29 CDS 65218 65353 CDS_30 CDS 65653 65754 CDS_31 CDS 65870 66097 CDS_32 CDS 66387 66468 CDS_33 CDS 66624 66706 CDS_34 CDS 66802 66893 CDS_35 CDS 68066 68201 CDS_36 CDS 68600 68785 stop_codon_3 stop_codon 68783 68785 gene_3 gene 1 75532 76479 transcript_4 transcript 75532 76479 start_codon_4 start_codon 75532 75534 CDS_37 CDS 75532 75669 CDS_38 CDS 75751 76479 stop_codon_4 stop_codon 76477 76479 gene_4 gene 1 107280 107498 transcript_5 transcript 107280 107498 start_codon_5 start_codon 107280 107282 CDS_39 CDS 107280 107498 stop_codon_5 stop_codon 107496 107498 AUGUSTUS_tom_ugs de novo gene_5 gene 1 3033 663 transcript_6 transcript 3033 663 stop_codon_6 stop_codon 665 663 CDS_40 CDS 725 663 CDS_41 CDS 1008 894 CDS_42 CDS 2290 2164 CDS_43 CDS 2474 2409 CDS_44 CDS 3033 2967 start_codon_6 start_codon 3033 3031 gene_6 gene 1 12114 11374 transcript_7 transcript 12114 11374 stop_codon_7 stop_codon 11376 11374 CDS_45 CDS 12114 11374 start_codon_7 start_codon 12114 12112 gene_7 gene 1 14427 13684 transcript_8 transcript 14427 13684 stop_codon_8 stop_codon 13686 13684 CDS_46 CDS 14427 13684 start_codon_8 start_codon 14427 14425 gene_8 gene 1 33348 32659 transcript_9 transcript 33348 32659 stop_codon_9 stop_codon 32661 32659 CDS_47 CDS 33348 32659 start_codon_9 start_codon 33348 33346 gene_9 gene 1 71253 69607 transcript_10 transcript 71253 69607 stop_codon_10 stop_codon 69609 69607 CDS_48 CDS 71253 69607 start_codon_10 start_codon 71253 71251 gene_10 gene 1 105635 85640 transcript_11 transcript 105635 85640 stop_codon_11 stop_codon 85642 85640 CDS_49 CDS 85809 85640 CDS_50 CDS 86094 85914 CDS_51 CDS 86274 86179 CDS_52 CDS 88043 87948 CDS_53 CDS 90094 89961 CDS_54 CDS 90599 90515 CDS_55 CDS 91169 90957 CDS_56 CDS 95544 95429 CDS_57 CDS 97735 97655 CDS_58 CDS 103799 103547 CDS_59 CDS 104778 104714 CDS_60 CDS 105635 105458 start_codon_11 start_codon 105635 105633 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_1 match_part 1.000 4628 5598 match_2 match_part 1.000 7803 8753 match_3 match_part 0.964 30943 31477 match_4 match_part 0.969 31781 32166 match_5 match_part 1.000 64270 64622 match_part 1.000 65058 65107 match_part 1.000 65218 65353 match_part 1.000 65653 65754 match_part 1.000 65870 66097 match_part 1.000 66387 66468 match_part 1.000 66624 66706 match_part 1.000 66802 66893 match_part 1.000 67044 67410 match_6 match_part 0.988 64303 64622 match_part 0.860 65058 65107 match_part 0.909 65218 65261 match_7 match_part 1.000 66123 66468 match_part 1.000 66624 66706 match_part 1.000 66802 66847 match_8 match_part 1.000 67576 68201 match_part 0.969 68600 69141 match_9 match_part 0.977 69189 69361 match_10 match_part 0.997 75323 75669 match_part 1.000 75751 76778 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_11 match_part 1.000 3114 2967 match_part 1.000 2474 2409 match_part 1.000 2290 2164 match_part 1.000 1008 894 match_part 0.988 725 384 match_12 match_part 1.000 12145 11272 match_13 match_part 0.994 12090 11272 match_14 match_part 1.000 14447 13487 match_part 0.697 12378 12346 match_15 match_part 0.938 14167 13488 match_16 match_part 0.972 14311 13600 match_17 match_part 0.921 24799 24064 match_18 match_part 0.901 24858 24118 match_19 match_part 0.997 41166 40858 match_part 0.523 39156 39113 match_20 match_part 0.987 70023 69188 match_21 match_part 0.947 72228 72191 match_part 0.997 71367 69489 match_22 match_part 1.000 88030 87948 match_part 1.000 86274 86179 match_part 1.000 86094 85914 match_part 0.986 85809 85309 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C08HBa0235H18.1 type gene exon 3114 2967 exon 2474 2409 exon 2290 2164 exon 1008 894 exon 725 384 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C08HBa0235H18.1 type gene exon 4628 5598 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C08HBa0235H18.1 type gene exon 7803 8753 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C08HBa0235H18.1 type gene exon 12145 11272 gene_5 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C08HBa0235H18.1 type gene exon 14447 13487 exon 12378 12346 gene_6 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C08HBa0235H18.1 type gene exon 24858 24064 gene_7 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C08HBa0235H18.1 type gene exon 30943 31477 gene_8 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C08HBa0235H18.1 type gene exon 31781 32166 gene_9 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C08HBa0235H18.1 type gene exon 41166 40858 exon 39156 39113 gene_10 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C08HBa0235H18.1 type gene exon 64270 64622 exon 65058 65107 exon 65218 65353 exon 65653 65754 exon 65870 66097 exon 66387 66468 exon 66624 66706 exon 66802 66893 exon 67044 67410 gene_11 gene GT_PGL_10_AGS_2 transcript source GenomeThreader seq_id C08HBa0235H18.1 type gene exon 66123 66468 exon 66624 66706 exon 66802 66847 gene_12 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C08HBa0235H18.1 type gene exon 67576 68201 exon 68600 69141 gene_13 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C08HBa0235H18.1 type gene exon 72228 72191 exon 71367 69188 gene_14 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C08HBa0235H18.1 type gene exon 69189 69361 gene_15 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C08HBa0235H18.1 type gene exon 75323 75669 exon 75751 76778 gene_16 gene GT_PGL_15_AGS_1 transcript source GenomeThreader seq_id C08HBa0235H18.1 type gene exon 88030 87948 exon 86274 86179 exon 86094 85914 exon 85809 85309 GenomeThreader_SGN_markers SGN marker sequences match_1 match_part 0.994 68553 69058 GenomeThreader_SGN_markers SGN marker sequences match_2 match_part 1.000 3114 2967 match_part 1.000 2474 2409 match_part 1.000 2290 2164 match_part 1.000 1008 894 match_part 0.988 725 384 match_3 match_part 1.000 14431 13955 match_4 match_part 0.986 69951 69458 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C08HBa0235H18.1 type gene exon 3114 2967 exon 2474 2409 exon 2290 2164 exon 1008 894 exon 725 384 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C08HBa0235H18.1 type gene exon 14431 13955 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C08HBa0235H18.1 type gene exon 68553 69058 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C08HBa0235H18.1 type gene exon 69951 69458 AUGUSTUS_tom_pot_cdna de novo gene_1 gene 1 3520 5414 transcript_1 transcript 3520 5414 start_codon_1 start_codon 3520 3522 CDS_1 CDS 3520 3526 CDS_2 CDS 4585 5414 stop_codon_1 stop_codon 5412 5414 gene_2 gene 1 7807 8559 transcript_2 transcript 7807 8559 start_codon_2 start_codon 7807 7809 CDS_3 CDS 7807 8559 stop_codon_2 stop_codon 8557 8559 gene_3 gene 1 15256 16180 transcript_3 transcript 15256 16180 start_codon_3 start_codon 15256 15258 CDS_4 CDS 15256 15316 CDS_5 CDS 15420 15515 CDS_6 CDS 15978 16180 stop_codon_3 stop_codon 16178 16180 gene_4 gene 1 44919 50773 transcript_4 transcript 44919 50773 start_codon_4 start_codon 44919 44921 CDS_7 CDS 44919 44930 CDS_8 CDS 46869 47105 CDS_9 CDS 50440 50494 CDS_10 CDS 50691 50773 stop_codon_4 stop_codon 50771 50773 gene_5 gene 1 59881 64374 transcript_5 transcript 59881 64374 start_codon_5 start_codon 59881 59883 CDS_11 CDS 59881 60133 CDS_12 CDS 60209 60388 CDS_13 CDS 64193 64374 stop_codon_5 stop_codon 64372 64374 gene_6 gene 1 64425 67128 transcript_6 transcript 64425 67128 start_codon_6 start_codon 64425 64427 CDS_14 CDS 64425 64622 CDS_15 CDS 65058 65107 CDS_16 CDS 65218 65353 CDS_17 CDS 65653 65754 CDS_18 CDS 65870 66097 CDS_19 CDS 66387 66468 CDS_20 CDS 66624 66706 CDS_21 CDS 66802 66893 CDS_22 CDS 67044 67128 stop_codon_6 stop_codon 67126 67128 gene_7 gene 1 67694 68785 transcript_7 transcript 67694 68785 start_codon_7 start_codon 67694 67696 CDS_23 CDS 67694 67980 CDS_24 CDS 68066 68201 CDS_25 CDS 68600 68785 stop_codon_7 stop_codon 68783 68785 gene_8 gene 1 75532 76479 transcript_8 transcript 75532 76479 start_codon_8 start_codon 75532 75534 CDS_26 CDS 75532 75669 CDS_27 CDS 75751 76479 stop_codon_8 stop_codon 76477 76479 gene_9 gene 1 107280 107498 transcript_9 transcript 107280 107498 start_codon_9 start_codon 107280 107282 CDS_28 CDS 107280 107498 stop_codon_9 stop_codon 107496 107498 AUGUSTUS_tom_pot_cdna de novo gene_10 gene 1 3033 663 transcript_10 transcript 3033 663 stop_codon_10 stop_codon 665 663 CDS_29 CDS 725 663 CDS_30 CDS 1008 894 CDS_31 CDS 2290 2164 CDS_32 CDS 2474 2409 CDS_33 CDS 3033 2967 start_codon_10 start_codon 3033 3031 gene_11 gene 1 11928 11374 transcript_11 transcript 11928 11374 stop_codon_11 stop_codon 11376 11374 CDS_34 CDS 11928 11374 start_codon_11 start_codon 11928 11926 gene_12 gene 1 14805 13684 transcript_12 transcript 14805 13684 stop_codon_12 stop_codon 13686 13684 CDS_35 CDS 14499 13684 CDS_36 CDS 14805 14776 start_codon_12 start_codon 14805 14803 gene_13 gene 1 40423 32659 transcript_13 transcript 40423 32659 stop_codon_13 stop_codon 32661 32659 CDS_37 CDS 33516 32659 CDS_38 CDS 34281 34141 CDS_39 CDS 39804 39746 CDS_40 CDS 40423 40399 start_codon_13 start_codon 40423 40421 gene_14 gene 1 41635 40943 transcript_14 transcript 41635 40943 stop_codon_14 stop_codon 40945 40943 CDS_41 CDS 41635 40943 start_codon_14 start_codon 41635 41633 gene_15 gene 1 44311 43237 transcript_15 transcript 44311 43237 stop_codon_15 stop_codon 43239 43237 CDS_42 CDS 43769 43237 CDS_43 CDS 44311 44302 start_codon_15 start_codon 44311 44309 gene_16 gene 1 54355 50884 transcript_16 transcript 54355 50884 stop_codon_16 stop_codon 50886 50884 CDS_44 CDS 51666 50884 CDS_45 CDS 54355 54332 start_codon_16 start_codon 54355 54353 gene_17 gene 1 71253 69607 transcript_17 transcript 71253 69607 stop_codon_17 stop_codon 69609 69607 CDS_46 CDS 71253 69607 start_codon_17 start_codon 71253 71251 gene_18 gene 1 105635 85640 transcript_18 transcript 105635 85640 stop_codon_18 stop_codon 85642 85640 CDS_47 CDS 85809 85640 CDS_48 CDS 86094 85914 CDS_49 CDS 86274 86179 CDS_50 CDS 88043 87948 CDS_51 CDS 90094 89961 CDS_52 CDS 90599 90515 CDS_53 CDS 91169 90957 CDS_54 CDS 95544 95429 CDS_55 CDS 97735 97655 CDS_56 CDS 103799 103547 CDS_57 CDS 104778 104714 CDS_58 CDS 105635 105458 start_codon_18 start_codon 105635 105633 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_1 match 140 65879 66100 match_2 match 71.6 65653 65757 match_3 match 167 7807 8490 match_4 match 168 4686 5345 match_5 match 167 7831 8490 match_6 match 169 4686 5345 match_7 match 169 7810 8484 match_8 match 171 4665 5339 match_9 match 155 4734 5354 match_10 match 155 7879 8499 match_11 match 158 4689 5354 match_12 match 157 7834 8499 match_13 match 131 75484 75846 match_14 match 152 75475 76158 match_15 match 135 65879 66100 match_16 match 68.6 65653 65757 match_17 match 57.4 65650 65775 match_18 match 122 65879 66100 match_19 match 123 4734 5372 match_20 match 120 7879 8517 match_21 match 168 7807 8490 match_22 match 170 4662 5345 match_23 match 178 4683 5342 match_24 match 174 7840 8487 match_25 match 182 7807 8487 match_26 match 183 4662 5342 match_27 match 187 7807 8487 match_28 match 190 4662 5342 match_29 match 162 7828 8514 match_30 match 165 4683 5369 match_31 match 188 4713 5339 match_32 match 183 7876 8484 match_33 match 164 4692 5342 match_34 match 166 7837 8487 match_35 match 117 75397 75846 match_36 match 120 7840 8484 match_37 match 121 4695 5339 match_38 match 128 75454 75846 match_39 match 122 75445 75846 match_40 match 121 75484 75852 match_41 match 115 75451 75846 match_42 match 112 75484 75843 match_43 match 111 75472 75852 match_44 match 62.0 65653 65775 match_45 match 119 65879 66100 match_46 match 318 7807 8538 match_47 match 322 4662 5342 match_48 match 150 46875 47138 match_49 match 253 75448 76458 match_50 match 119 75454 75846 match_51 match 137 75457 75846 match_52 match 127 75451 75846 match_53 match 57.0 65653 65775 match_54 match 118 65879 66100 match_55 match 152 7828 8487 match_56 match 152 4746 5342 match_57 match 105 57392 57697 match_58 match 105 57392 57697 match_59 match 169 4692 5342 match_60 match 167 7837 8487 match_61 match 169 4692 5342 match_62 match 167 7837 8487 match_63 match 151 75472 76251 match_64 match 165 4656 5378 match_65 match 169 7810 8523 match_66 match 166 7861 8523 match_67 match 162 4734 5378 match_68 match 160 4683 5342 match_69 match 163 7828 8487 match_70 match 164 4683 5342 match_71 match 165 7828 8487 match_72 match 139 7828 8532 match_73 match 143 4671 5387 match_74 match 121 75490 75846 match_75 match 120 75490 75852 match_76 match 120 75490 75852 match_77 match 173 4656 5342 match_78 match 171 7828 8487 match_79 match 152 7831 8487 match_80 match 154 4686 5342 match_81 match 132 7783 8511 match_82 match 130 4653 5366 match_83 match 119 75484 75852 match_84 match 117 75478 75846 match_85 match 106 75481 75843 match_86 match 206 75412 76332 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_87 match 111 69966 69718 match_88 match 616 71253 69610 match_89 match 170 12093 11434 match_90 match 167 51522 50887 match_91 match 176 41602 40946 match_92 match 176 14406 13747 match_93 match 149 43725 43240 match_94 match 167 12114 11434 match_95 match 163 51522 50887 match_96 match 172 41602 40946 match_97 match 173 14406 13747 match_98 match 149 43725 43240 match_99 match 163 14427 13753 match_100 match 162 41602 40949 match_101 match 168 12093 11440 match_102 match 167 51498 50890 match_103 match 159 43725 43243 match_104 match 159 51474 50887 match_105 match 167 14346 13747 match_106 match 177 12048 11422 match_107 match 172 41542 40946 match_108 match 162 43779 43240 match_109 match 168 14409 13747 match_110 match 168 51540 50887 match_111 match 174 41617 40946 match_112 match 181 12087 11422 match_113 match 162 43779 43240 match_114 match 124 14352 13732 match_115 match 114 43779 43240 match_116 match 130 51480 50887 match_117 match 133 12048 11419 match_118 match 130 41548 40946 match_119 match 175 51573 50887 match_120 match 175 41641 40946 match_121 match 175 12132 11434 match_122 match 180 14430 13747 match_123 match 145 43725 43240 match_124 match 179 41623 40946 match_125 match 181 12114 11437 match_126 match 187 14427 13750 match_127 match 187 51540 50887 match_128 match 165 43725 43240 match_129 match 179 41608 40946 match_130 match 190 12114 11437 match_131 match 189 14412 13750 match_132 match 159 43725 43240 match_133 match 203 51540 50887 match_134 match 190 41602 40946 match_135 match 197 12117 11437 match_136 match 195 14406 13750 match_137 match 197 51540 50887 match_138 match 170 43725 43240 match_139 match 177 41602 40946 match_140 match 184 12093 11422 match_141 match 179 14406 13750 match_142 match 175 51534 50887 match_143 match 171 43779 43240 match_144 match 143 70926 69730 match_145 match 154 43779 43243 match_146 match 181 41563 40949 match_147 match 172 51498 50890 match_148 match 181 14367 13753 match_149 match 182 12054 11440 match_150 match 159 51543 50887 match_151 match 167 41608 40946 match_152 match 172 12099 11434 match_153 match 179 14412 13747 match_154 match 160 43725 43240 match_155 match 123 14394 13753 match_156 match 127 51522 50890 match_157 match 129 41590 40949 match_158 match 123 12039 11440 match_159 match 152 70944 69694 match_160 match 151 70941 69673 match_161 match 136 70926 69652 match_162 match 145 70932 69667 match_163 match 152 70929 69700 match_164 match 139 70926 69652 match_165 match 139 70926 69652 match_166 match 142 71070 69667 match_167 match 318 51549 50887 match_168 match 344 12105 11389 match_169 match 332 14418 13750 match_170 match 337 41614 40946 match_171 match 288 43785 43240 match_172 match 105 51486 50887 match_173 match 110 14358 13741 match_174 match 111 41554 40934 match_175 match 114 12039 11428 match_176 match 162 12129 11434 match_177 match 166 41617 40946 match_178 match 157 51531 50887 match_179 match 168 14421 13747 match_180 match 148 43725 43240 match_181 match 152 70944 69700 match_182 match 105 51222 50878 match_183 match 166 51543 50887 match_184 match 171 41608 40946 match_185 match 180 12099 11416 match_186 match 180 14412 13747 match_187 match 164 43725 43216 match_188 match 166 51543 50887 match_189 match 171 41608 40946 match_190 match 180 12099 11416 match_191 match 180 14412 13747 match_192 match 164 43725 43216 match_193 match 177 14418 13705 match_194 match 177 12105 11380 match_195 match 167 51573 50887 match_196 match 170 41614 40946 match_197 match 152 43779 43240 match_198 match 172 14373 13705 match_199 match 173 12060 11380 match_200 match 166 41569 40946 match_201 match 152 43779 43240 match_202 match 165 51492 50887 match_203 match 162 41599 40946 match_204 match 150 51480 50887 match_205 match 168 14403 13750 match_206 match 170 12090 11422 match_207 match 153 43782 43240 match_208 match 167 14418 13750 match_209 match 162 41599 40946 match_210 match 150 51480 50887 match_211 match 170 12090 11422 match_212 match 153 43782 43240 match_213 match 145 12102 11437 match_214 match 159 51537 50842 match_215 match 157 41611 40946 match_216 match 153 14415 13750 match_217 match 127 43725 43240 match_218 match 183 14403 13729 match_219 match 177 41581 40946 match_220 match 189 51537 50887 match_221 match 183 12090 11416 match_222 match 155 43782 43240 match_223 match 166 70929 69652 match_224 match 166 70929 69652 match_225 match 153 51534 50887 match_226 match 164 14418 13723 match_227 match 160 41614 40946 match_228 match 170 12096 11410 match_229 match 146 43779 43240 match_230 match 143 14427 13747 match_231 match 137 12090 11434 match_232 match 140 41599 40946 match_233 match 115 43725 43240 match_234 match 138 51501 50887 match_235 match 157 71010 69700 match_236 match 115 70932 69673