C02HBa0009K06.2 ATATACTATATGAAGAAGAAATTTCGGTATTATTTTATTGTGTCTCGATTTATATTATGG AATTCCTGGCCTGCTACATGTTTGCCTGAAAGCTTTAGTTGATTTTTCTGATGTTAATTC AACTTTTTTGGCAGGACTCCAAAGCACAGGTGACTGCAATACACTTGATAATAGGAACTC TTCAGAGAATGCACATCTTTGGTGTTGAGAACAGGGACACGTTAACGCACAAGGCTACAG GGGTAATTATCTTAGCATCTCCTATTTCCTTTTGCTGAAGTTAATCTATTACAAATTAAT TATAATCACTGTTGCCCTTTTCACCCTCCAGTACTCTGCAAAGCTCTTGAAGAAACCTGA TCAATGTAGAGCTGTGTATGCTTGTTCGCATCTTTTCTGGGTTGACGATCAGGACAATAT CAAGGATGGAGAAAGGTTCATAGCTGTGCCTTGCGTGTTTAGGGGATAAAATATACATTC AAATATGCTATGTCTCTTTGGAGTTCCTTTTAGTTTCATGCTTTTCTGTAGCCATCTTCT TATGTGTTACTTATTTCCCCTATTGATTCAGGGTTTTGCTTTGCTTAAAGCGGGCCTTAA GAATTGCAAATGCTGCTCAACAAATGTCCAATGCAACCCGAGGCAGCAGTGGATCTGTCT TGCTCTTTATAGAAATTCTAAACAAGTAAAACCAACTCTTCATTCCTGTTCTTTTTACCT TCTCAACTACTGTTCTTTTGGAAGTCAATTTTACAAGAGATTCGTTTGTATAACAGGTAT CTGTATTTCTTTGAGAAGGGGGTCTCACAAATTAATGTTGCCTCCGTCCAGAGCCTGATT GAGCTAATCACAACTGAAATGCAAAGTGAAAATACAACAGCAGATCCTGCAGCAGATGCC TTCTTTGCAAGCACCTTGCGATACATCCAGTTCCAGAAGGATAAAGGTGGTGCAGTTGGG GAGAAATTCGAGTCCATCAACTCATAATCAAATAGCATTTCTCAAAGGAATTACGTTCTT GGTGTCACAGAAGCAGCACATTTTTCTTACAAAGTACAAAATTGATTCCTTTTCAACTTG CTCTAGAGAAAAATGCATTTGACAACGGACTAGCAGAAGCAGCTGAAAAGATGCATATAT ACTGACCACACCCCTACGCAGTAATATCCTAATAAAGATTGTTATTGTTGTAACAATTTG CTCTCCAGCTATGACTTCCGAGTGCCTGCCACTGTTACTTTTTTTTTTTTTTTTGGTGGA GAGTAGGTTTTCTTTTGAGGTGGAAGAGACAAGGAGTGGAGAAGTAGTTCATTAATTTGT AGTTCAGAAATGTGATTATGACGAGTACTAGAATAATTTGTCCCTCAGTTTTGTATAACA TGTTCTGTCCCATTTAACACATTTCGCAGACCACCAAAAACTTTTAAACAGATATTGCTC TAATGGTTATTGGAGCAATCTTTTGGTGGAAAATATGATATCATAAGGAACCAAGGAAGT CATTCATTTGAACCAATCAGTTCTGTTTACATATTTTTCTATATGAACATTTTCGTCTAG AAAAACATCACACACATTTCTCTCTATAAGACCTTAAGATTATTCAGTGGTCAACAAGAA ATTATTTAAAGCAGAAAGAAGAAACAGTGTAGTTTAACAACTATAAGAAGGAATTCTCGA GAGAGAATCCTACTTCCAAACTCAATCATGTACATATGACTTGAAGGAAAGGATTATATG CATCATCAAGTTGAGAACAATTCTCTTGTTGAATAACAGAAAAAATAAAATCACCCTTTT TATTTAAAACGAATCCCGATAATATAAATACATCCAACCGTCACTGAATTCTCATTTTCA TAGAGCAAAAGTTCTCCTGAACATATTATATATTGCTTGTAGCAATAATTTTGTGTTTGT TGAGACTCAGTTCATGGCATACTTTTGAGTCCAACTACGAGCCATTGACTCGTACTTGGT TTTATCAGTCTTGCACATATGAGCAATTTCTGGAACCAGTGGATCATCTGGATTTGGATC TGTTAGCAGTGAACATATGGACAGCAAAACCTTCATCCACAAAACCAACAGCAAATTGTA GAAGTTTATACTATATTGTTTTTGCAAGTTACTGGTCTTATTTTCAGGTAACTAGTTCCG TTTATATATGAACATTTAATTACAGTTATCCTTTATGCGACTTGGATTTTATTTTTATGT TAGCCAGCAACCAAACACTAACTAATGTGTATCCCTTTTGATTTATGAAATAGTAAATCA TTGAGGAAAAGGAAGAGCTAGAAAGCAGTAGCACCTTGGATATGGTGAGGGCAGGACTCC ATTGATCCTTCAGTATGTCCAAACAAATATTTCCATTATTGTTTATATTTGGATGAAAAA CTCTGGTCCTGAAAGCCACCTGTCAATATATATATGAAAACTTAATATCAGCAGTCCCTT TGTGGAGAGTGATCAATTGAAAACATACCTTGGGAGGTTTGAAAGGGTAATCAGGAGGAA AATGGATGGTGACTTGGAAAACACCACCAGCATAAGGGCTATCATTTGGACCAATAATAG TTGCTTGCCAATGAAACATATCCTGAGCTACTGGACCTGAAAAATATTAGTATAACAAAT CTTCAAAACTATCTTCTACTTTAAATTTGGGAAAATTACTAGTTGTAATATTGGTGTGTA CCTGCACTGCATGAAGTGGGAGGGTCTCTTTGCAAGTCTTTTAGCTCCTTTTGAATTCTC CTGGATGCCATTAATAATGAGAAGACTTTAAAAGTTAAAAGGAGAGAAAAGATGTTGGTT TTATGAGTTATAGATATCCTCAATAAGTGGTAAAATGGAAGGGTATATATAAAGAAGGGA AGCTAAGAGAAAGAAAAAGAACTTTGTTAAGTGGTCACAAACATTGACATTGTGGTATTA GATTCTGTAGCAGAAAACAGTCTACTCTACAACTTTAAAAAAGAAGAATAGATGATTTTT AGCCTAGTGAAAAAACACAAAAAGATTATTCTTCAGCATAACTTTTTTAGGTTTTCCAAA CAGACGAAATCCAATTTCAAAAGAATTTAAATTTTCCTTTCTAGTTTCCACTTTCCTCAT TTTGCATCATTATTATATATAATATATCTTCCTATTTAGTCATCCATTTCTCAAGAAATA CTCCGTGCCCACTAATTTTAACCTAGATTTTTATATTATTTTCAAATCAAGAAAATTTTA AGTGAAGAAAATCAAATTTAATTGTCTGGTTTTTTTTTCTAGAATCCCATGATAACCTGC GTTGTCACAGTTTCTGCCCTTTGGGTGAACATTCTTAGTGAGAACTGGATGAACTCCCAG TATATAATAGCCTGTAAATCACACATGGGATCAGTCAGTCCAAGTTATTGATGGATATTT ACAAGATTTGTCCGCTTATTGTTGATTGGATGCTTAAAATCGTTATATAAAATATACTCT AGATAAGAGATTTTAATTGATATTTGTTTTTAGAAAGGGGGAGTGGGTGGGGGAGGCATA ATTTTATTTAATGGACGGCATACATTATTCAAATATTGTGAGGCTACAGAATTTCACTCC ATTTTTTTGAGTGAATATACACTTTATCCCCACCTCTCTGTACCATTTGCCTAATTTGAA AAAAAAAATATTAAAAAAAGACCATACAAGTGCCTGAATCAAACAACTTTAGCTTTATCA TTTGGCACCATTACTAGTTACAGGATTACAGCACCCAATATATTCCACTATTATTTGCTG TTACCATATATATGATTTGCACTACATAAATGGACATAGAAAATCACTTGTAATTACTTT ACGAGATTTATGTGTGTAACAGTTTTTTACGCTGCCAATGCCTAAACAAGTTATATTCTT TATCATAATACATTAGCAGAATCTCGTAATCCATTATAAAATATTACTACTACTAAGTCA CAGGATTGACACATTTTATTCTCGATTAAAATAGGAATTGTACCTCGCCAGCTAAGAAGA ATCTAATCAAACTGTATAATTTGGTATCTGGCAATCAAGTTGCCATGTTTGTAGAGTCAA CATTCCCTATTTCATTTAAATTATGTAATGACAATATCATAGGATTTTGGTCAACTAACG TATTTGTTGTCCACGACCATATTATGCAAGTAGTGGATCACCTCGAATTAATTCTGGTAT CGTATCCTTTTGGAATTTTTACAACTTCACAAACTTATATTCCTTTGCCCTTCTAACATA GAAAAATAGAAAATCAAATGAAAGGCAGAAAGGTAGCTTCATGATCAGGCCAAGAAAATA AACAGAATCTACTTCAACCGATATGTCCTTAGGCACACTGCCATACATAACATAGCAAAC GATCTTTTTTCCCTTTCTCGTACCATTTACAATAAGAACTTAAGGAAGAAACTGAAAAAT TTAAGGAGAAGCAAGAGCAGAATGATACTTGAAAGAAAATAGTAATATATTTGAATGCAA TATCTAAAAAGAAACGTTTAATATGTTCAGAGAAATATGTTGTCAACATTGCCGGGAAAA TTTCCTTTTTTTTTTTTTCTAACTGGATCATCAGGTCATTAAAATACATATAAAGCAAAT CAGAACAGAGAGGGCACAATAGAGTGGCCTACGACAAAGGTGCTGTGTGACTAAACAATT AGAGATCACAGCCATTACACAGAAAACCGAGCCACCTGACAATTCAAGAGATCACTAGTA ATTTTAAATGAGACATACAACATGGACCTCCTACTTCCTCCGAGACAAATGACAAAGGAA TACGAGAGAGAGGTTACAAGGAGAAGTGTGACCAGTAATAACATTGGACCTACTGTTGAT CACAAAATAGAACATGCCTTTTGGGACTTCCCCTTCTTTTTCTTCTGCTTGGGTGGCTGG AGCACGACCTTGATAGCGGCATCAAAGACTGCTTTCACGTTCTGCAGCAAGGACATTCCA ACCACACAGGCACACACTTAACAAGATGCATCTAAAAAGTTACTTCAACACAAAAAATAA GATGCTGCCATAGAAAACATACCTGCTGTGTTTTTGAACTACATTCAATGTAAGCAGGTG CACCAATTGTTTTCCTCAGCTCTTCACCCTAAAAATTGAAACAGGGCTGAGTCAAAATAA TAGGGGAAAAAAAGCAAGGTAAAAAAAAATCCAGCAAAGCATCAAAATGAGGAAGAGTAG GTGATCCTTACCTGAGCAGTGGTAATTGGCACAGCACCAGGATGGTCTACGAAGAATTGC TTATCATCCCGAAGATCTGCATCCAAAACAGGTAGAAAGTAGGATAATTAGGCTTTGAGA TGCTTGAAAATCATCAGCAGATAAAAAGAGAAACAAAATAACAAAAAAATGAAATAAAAG TTAGACACAAGTCACACAACACAAGTCGTATCTTTCCAGTTCACGCTTGCCCAGTATAGT GAGCAGAGATTGCACTACTCCACACAAGGCGGTGGTTGCATTCAGATTCAAATTCAACTG CCATCTCCTCCTTGATTTAACTTTATCTTTAAAAAGAGAGATTAATTCCTATATATCAAT TAAGCATTGCATTGATACCTATAGGAAGAGTTAATTCCTTCAACTCAATTATAAATGAGT ACATTGAGCAAAAGCAAAAAGATTACCACATCTACTACCCACAAACCATTCACCAGCTAT ACCAGATAGAAAGCCCGCCATTCTCTTTATTCTCTCTTCAGCAGTTACCATAAATTTTGT ATGAATTACTAAAACCACTTAGATCAATCAATCAATCAATGAACTACACCTTAATCCCAA ATCGGTTGGGATCGGGCTATATGAGCCATTTAATTTCCATTCTATTTACGCTCACACAAC TATAGGTTTCAAAGTTCACTCAACCAAGCAAGTTAGGTCATATGTGCTGAAACATCCTTA TATTTCTATCGGAATTTGTTCTTTTTACCACTCAGAATTGAAGAACCAAGAGAAAAGCTT ATAGAGACCAATTTGATCATCATCACACGCAGATATATGAAACAAAATAAGATCAGATCA TGCTTAACGGAATTCTCACCTAGTTTTGTTCCAACAAGCACTATTGGAACACCGGGGGCA TAATGCTTCAATTCAGGAATCCACTGGAAATATATAAACAAAACAAGCTTAGTATAGGAA ATAAAAAACTCATCAACGCAATTGAAACAGAATGAGAAGCTCACCTTCTTGGCAACGTTT TCATAGCTGGCTTTACTAATGAGAGAGAATGCCAAAATGAAAACATCAGCTCCACGGTAA CTCAGAGGTCTTAACCTATTGTAATCCTCCTGTCCTGCAATCCATATAAAACTCATCAGG CTCAATAAAATGTGGGAACAGAACTTTTAACATTAGATATATGTATCAAATCAGAAGCTC AGGAGCAAACAAAATGGTGTCTAAAATAGTTACCAGCAGTATCCCACAACCCTAGGTTGA CAGTGCTCCCATTGACGACCACATTTGCACTGAAATTGTCGAACACGGTGGGCACATAAT CCTGTCAAACATTTCAATTAAGAAGAGGAAAACAATTGATGTCGAGTCTTAAAGAACATG ACCGAAAACCTTCTCACAGTAAACAAACATATGAAATACTCGAATGATAACACCACAACT TTCTCCAAATCCACAATGAAGTATAGGCACCAACCAAAGAGGAAAATTAATTTAATGTTC CAAAAATCATCAATTTAACGTAAGAGAGAATTATAATCCTTGGTTTCCTCATACATAGCA CAAATTATCACAGATAGGTTGAAAAAAGGCATGTAATAACTTCGCAATAATGGAATAACT CAGCATATAATTACAAAAGGTGGCATAAAGCAGAAAAATTTTGAGAACTAAGAAACTTTC TCCAAGAGAACAAAGAAGATGCATTTTTTATCACCTAATAAATTTATAATAAGACATAAA TTATGCATAGGTTAAAAAGTTGTCTGAAGCAAACAAACTTGTGAACCTATAAATTTCTCC ACGATACCTTCTTTATACCCCATATAGAACTTGAATAACAAAAGAACAAAACCCCACAAC CTTGCAAATAAACAAACAACAATTAACTCCCAATGCTCCACTTGGGCTCGTTTCAATTCC ATTACTCAATAGTTGAAAAAAAGAAACAAGAGGCACCAATTTCTTTACAATGAATACCGT CAGAATATATATGCTGTTTTCGATCAATCAATTATTTAATCAAGAACCACATTAACTAAA AAAGATGCACAAGGGAATAAACTGGGTAAAGAAAAAACACAAACCGTGGGGAAGGTATTG CTGGTGTAAGAAATCAAGAGACACGTCTTTCCAACGGCACCATCGCCGACGGTAACACAT TTGATAAACCTTGAAGCACTCATTTTTCCCGGCTATTCAGAAAACCAACAATAACCCTCC TCTTTTCAGATCTTCTTTAGAAGACCTGATCCCAGAAAAAATTTAAAAAGAAAAAAAGAG ATTAAATGTGGTATCTTGGAGCTTCTTGTTTCCGTTTCTTTTAACCTCTCCAATTCCTTT CAATGTCGTTTCTTCAGAATGGCTTGAAAACCCAGCAGAGAAGAAAATCGAGACATGCCA ATGGTGTTTTCTTTGGTTCTCTTGGTGAAACCCTAACCCTAATTCTACGAAAGGGAAAGT TCAGAGAGAATTGTAGAAGAGGGGAAAGGGAATAAGGTGAATGAAAATGAGAATAGAGAA ATGGTAAAGAGAAAATGAGGAGAAATTTAGGGATCCCAGATCTAGAAAGAGAAAGTTTGA GGTAGAGAGAGAAAGGATGAAAATAAATGGGTGTTCATCTCTGTATTTTTTTCCATTCTG AGTCAGTATTATAAGTAACCCTTTGTTTTAGCCGGGAAATAATGCCGTTGAAGTTTTCAT TCAATTATGTTTCTTTTTGTGGCTATTATTTTCGCTTATTCAAATTCAATTATTTTTTAA ATGCCTCCACCATTAAATTTAGCTTTATATGTTAATTAAATGTGGATTTTAGCATCTCAT GTAAAAATAATTTTTATACCATTATTATAATATTGAATTTTCGTATAATCAAATATAAAT TTACTGTCTTTTCTATTATATATGTATATATTGTCTTACCATCGCTATGATAAATGAAAA AATATTTATCAATTATGATCAACATACTAGGGACATAATTTAAATTCAATAGTCTTTTAT GTGAATAAAGAAAATAGTCAAAATACTTTTGTGTCTAATCTTGCCAAGGCCATGTTCATC ATGTTCACATTTGCCTCTTTTAGTTTTCAAATTAAGGCTCGTTCACACTTTAAACAGAAA TCATAATTTTTGTGAGAAAATACAATTTTTAGTCTTTTTTCAAAAAAATATATATACATA TTTAATTTATCGTATTAGAATCTAACTTTACGTCAGATAAAATCTTATATGAAATAAGAC TTTTTATTAAAAAAAAATTCATATAATTTAAATTTAAAATCTACTAATATCGTAAATTCA ATCTCATACACTACACTATATCCTATCAATCAGTAATTCTTGTCTTTTCATTGCGAAAGG TCCCACAATAATATCTTTTCTAAAAGCAAAAGTAATGGTGAGAGTGTTGTAATTAATTCC CACCAAACTAGTTAGTGCCTTGTATCAAAGTAAAAGTAGCTGAAATTCCAAATAATCATT TAAACATTATGAAATTGATTTGCGCTACCTAATCATAGTACTGCTACAAATTGGAGCTTA GTGGGTAGCATTTCAATGAAAGATGTGCACCTACCCTTTTCTTTTTCATTTTTTTTTCCT CACATGCCATTCTTCCATTGAAAATCGAAAATAAAGTAATATTATCTATTTTAAAAATTT AAACTATAAAATGACAGAGCTTTAAATACGAGTGTGACCACCGCAATAATATACAAATTT GATACTACAAGTTTTATCGTTTTTTGTTAGGTACAAACTATATTAGAATGAAAATTTGGT GCAACAACTACATCCATGTTCTCGTGGATTTGTTTGCTTAATTTAGTGGCTAAATTCCAG CTGTTTAAAGTGGGGTTACGTAATGGTTCACAAGAATTCCCAACATAGAGTTATTAATTG AAAAGAGTGAGTCATTAAATTCAAGTCAAGTTAGTTTTTACGAAAGAATATTAATAATAG TTATCTAAACTCTCACTTTACTGGTGCACGTTTAATTTTCCAATGGTAATCTCTCTTCCA TATCCCCTTCCCCTCCCAATTTTTTTTAATAAAAAAGTAAAGTCAATTGTCTAATTGAAG TGGCCAAGTAGCAAATTCCTGCACAAACAATTTTATTTCCATGTGTCCAGCTGACTGACC CCCTTTCCTCTATAAGTAGCTGTGTTAGCTGTATGAGCAATAAGTAAACATTTTTGACCA AACATACAAGTACATGTGGTTTTATCACATTTGTGGAATAAACAGTTATAGAAGATGCAT CAGCAAGTATATTAGTTGAAGAGACAACTCATCCATTATGAATATTATTAGCAGATGATG GGGCTCCACTGTTAGGCTACAAGTATAAAGAAGATTTGACAGCGGAAAAATACACACAGA AATGCTGTATACAAATATTTGAAAGCTCAAGAAATATTACACTAACCAAAGGGTAAGAAC TAGCAAAAAGGCATCTTGTATTTCACAGAGGGCATAAGCATACCTCCAAGCGCTAACAGA GCTGCCTACAACCTTGACCAACCTTTTCAGAATTGGACTAATGGTTTTAGCAGATCATAA AACTTGTATTTTTGTCGAACAATTGCTTCTATGTAACAACTCCAATTGCTTAAGATTTGG AAAATGCACGGAGTGTTTCATCGAGGGCCTTCTGGTCATAATCACCGGTAAAAACACAGT TACCAAGTGAACCTTTTAGAAGGATAAGTCTTAGTTTCCCATCTGCCACTTTTTTATCAA CCTGACACCCAAAAACAACAGAATCAATGATTGAAACAATGACTTCTAGCTATTAGGAGC TTAGAAAAACTATTGACTCTTACAGCCATGATAGACTTGAACATCTCCACAGTCATAGTT TCAGGAGGTGAAGTCGGCAGCTTTGCCTGTTGTAAGATCTTCTGCACCCGCTGTACCAGT GAGTCATCAATCCAACCAAGACGGCGTGACATGTCAACAGCCATGACCTGAAAAAAAATT ATACCTAGTTTATGCATCACGTATACAAATATGAATTTATCCTCTTTACTTTCTCATGTT TTCTTCTTTCACGTTTCTCTGAAGAACTATCCAGTAGGGGGGGAGAGAACAGTTGGATAG GAGGTGATGAAAGTATGAAAGCTATACCGTTCCAGCAGCAACTGCTTCTCCATGAAGCCA CTGCCCATAGCCAACGCCAGTCTCAACTGCCTGCAAATAATAGCTATTCTAGTGAGAGGA CATTATCTCAGAAATGACCTTGACAAGGCTATGTAACAGTCAATATTTTCTTAAGATGCA ATTTGACTGTCACACCATAAAAAAAAGCATTCTTTTTCAGACAAGGAAGTAGAGACTTCC AGACAAGCATCAAATCCCTTGAGAATTTTAAGATAAAGAGAAATAGAACAACAATAGAAA CTTATGAACTTCGCATAAAGCTGTAGTGACAAAATCTAGTTTCCCTGACCTACGACAGTT TTTATTTTTTTGAAACTGGTAACTTCTTAACTAATATAGTCTTCGCAGGCAAACAAACTA TTAAATGATGAGAGCATGAGATGGTCATCGAGCTCATGTAAAGTATCAGCAACAGGAATG CACAACAACTGTTTAACGCTTACATGACCAAAGGTATGACCCAAGTTCAAAGTTGCCCTC ACTCCGCTTTCCTTCTCATCTTGAGAAACAACATCTGCTTTGTTTTCACAGGAACGCTTG ATAGCATAGGTAAATGCAGTGGGGTCCCTGGAAAAGGATAACCACTTTCAGTAACATGTG AAATCACATCAGATAGCCAGGAAACATTAATCTTAGCAAGTCTGAAAGCTTCAGGTTATG ATACGAATGATTCAGTTCGAGTCATACAAACATTGCTGTATATACTTGTGATACCAGCTT GATCTTTAGAATGACAGTTACAACTTATCCATAAAAGGTTATGATACTTCAAATTGAAGC CCAACATAAAGGTCAAAAGACTTGACAAACTCCTAAAAATGGGTGGGGGTGCGGAGGACA CATAACTCCTCCACTTGGATACCTTATTTCTCATCAAGATATTCTTACATTCTTAATGGG TCATATAAGATTGTAGAAAAATTGAATTTTGTGCCTATGTAAGTCTCTTTCTAGAGATGA AAGCTGGACAAACTAAAAGTTGGCAATTCAACTACTCAATGACATACAAATGATTGTTTA CCTTGCTAATAATAATGGCATATTCTGTTCTTGCCACTCGAAAAACTCAGCATCTCTAAT GAGTCCATATTTTATTACTTCTGCGAGGCCAGATGCTAATTCTCTATCTGGTAAAGTATT CAGGGTATCCGTGTCTATAAGCACACATTGTGGCTGGTAGAATGCTCCAATCATATTTTT ACCAAGTGGATGGTTTATTCCAGTTTTGCCTCCAACAGAAGAATCTACCTAAAAACAGTT GGCCAAAGAACATGATACAAAAGTTAGTATCACTAAATAGAAAAATCTGTACTCATCAAA CTAGATAAGATAATGTACATTTCAAGTCACATGTAATTTATTATAGAAAGGAGAAAACTC ATAGAACCTGTGCCATAACAGTGGTGGGGATCTGAATAAAATTAACTCCACGAAGGTAGG AAGCGGCGGCATAACCACACATGTCACCTATAACTCCACCACCGAGAGCGACAAATGTAC AACGACGATCCAGCCTTGATTCGATGGCTTTATCAAAGACTTTCATAAGAGTTTCCTGAA ATAGCATATTGACAACGTCACATAAACCTTAAAGATGAAATATTTCTCTTGAAACTCATA TTCGTAAAACCCAAAGCTGCTTACCATGTTTTTAAATTGCTCACCATCTGGCAAAATGAC ACTTTCTACGGTAACATTAGGGTTTCCATCTGTCAAAGCGCTTATAGTTTTATCAAGATA TAGAGGGGCAACTGTAGTGTTAGTAACGACAAGGACTCTCTTCCCATGAATATGTCTGCA TATAAGACGGCAGGAAATTAAGCATGGAAATTCACAAGAAGTCGCAAACGAATATAAAGA CAATCAGACACACACACAAAATAAAATAAGTTTAACATAAAACTGGAAACAACTCCAAGT TATGCCAAAAATGTTATCATGATAGATCCAATTTGTTTCTCTTAACAAGTAAAAACAACC AACCAACAAGCAAATGAAACCAAGACCCTAAGATGTTAATATTTCTTTCTGAAACCTTAT AGTTCAATATCCACATAAATCAGCAAATGCAACGATAACCATGAAGAGAAATATCTTGTA TTAGTGCTGACCAACCCGGACGAGCACAATCAAAACTTACTTGGTCCTCCCAACTAGCTT GGCCCTCTTTCACAGGAAAGTGGGGCTCACCATGACTGGCAACAGTAAACATTCGTTCCT CATTGTCTTTTTATTTTGTTGTTTTCTGTGTCCATTTATACTTGGTCATTTTTTGCTACA GAAAACAAAACCTATTGATGTAAAGACATCCTAGGATATACTGTTTGGATGTCACTAAGT TGATTTGAATACATCTCATCTTGCAAAGAGGCAGATTAACTAATTGTGACTCACTTTCAA ACTGTACCAGCTTGAAATGGACTATGTTTTCATGAAGATCATTGATTCAAATAGAGGTGG TTTCTGGAGATATTGTTAATGTTTATTCATACGCGCCTTCACCAACTAATCTTTATATGC ATCATAAAAATAACACTTCTTTGAGCACACTCTGTTACCCGCTTTAACAAACAAAGAAGA CTATTAATAAGTCAATCCAAACCCATCATTTATAACTTCCTTTTTTATAGGTAACCCATC CTTTATGACTAGCATCCAAAGTGAACTTCACCAATCTCTGCTCACATTTTGTAACATACT TGCACAGTGTGATGAAAGGTTTACAGGAAAAATATTCATGAGTTTGATCACACTATCAGT ATATTGTGAAAATACATCTAATTTGATCACTCGATAAATACGTAGCCAAAATTCCACTGG AACCAAACTATAGGAACAGAAAATGAAGAAACTATACTGAACTCATTGCCCAACGAGTAG GCCCTTCTCTCCCTGCTTTATCTGTAAGCTGGTGTGGCATGTGCCAGGAAGTACGAAAAG GAAAGTGATCAGTTGCTGTCACACTGTAAAGTGGCCTCACAGTTTTGAGCGGTAATTCTC TTTGTTCGACATCAATGAAGTGCATTCGTAGACAGTGTAGGAGGCTACGGCAAGTAGGAG GACTAGGGATTTGGGGAAAGCATAATGGAACACTAGTTCACTATGCCTTTTATTTATATG AAATGAAATGAATGGGAAGATGTTTCGAAGCAACAAGAGAAGCTTAAATAACACTGTTTC TATAATTTATACTTTAGTGTGAAGAAAGAATTTTTGTATAGATCAACAAATGAAAGGATA TTTCACTTATCAAAAATAGAAAGTCCAACACACTCAACTACTACCACCAAACGAGAACTT CCCTCTATACAGCCTATGAAAACTGAAAGATATTGACAATGATGAGCTAACACCAAAAAG CATAAGACATGGGGCATATAACGAAACATTTGAATTGAGGCAGACATATAAGTCTACCCT CTAAACTGCCTAGGATATCACCAGAATGATAATTGAGAATGTCATATAAACATGTCATTT TGCCTTTAGAAACAATCAACTAATCGTATCCCGCACTCTATTCCAGTTCGCCGGGTATAT TTTTTTTTCCTGCAGATGCTAAGAGTTCTTCTTTCCCCACACGGGCTTTTCAGGGAAAGA CTTCCAAGTTCCTAATTTCACTTAACATCATCCAGTATTCCATTAGAAGTAGCTCTATTC TCTCTGTCAGTCAAACTAATACTAAAGAATGCAAAAGTTTTCCTTTCATTATTAAAAACA AACACATATGAATATACTCTAAGCAATTTGATGAAATTCAAGCAGTAGATAGCACAAGTA AGTCACCTTTGTAGGAGGTCAGGTTGATCAAGAAGTCCAGCCCCAATATAAATCGGGTAG CTCCGAGTACCCAGATCCACTTCAACAACTGTAGGAGCCTGTGAACTCGCTTTACTGGAC GAGTGATCCATCACCTTCGTGGCAGAAGTTGCCAACACCTTCAATCGTGTGGTGGCTTTC GACTTCAGCCCACACCTGGAAGAAGGTGAAGAGACGGGAGCAGGGAAACGAACGTGTATG TCACGTGGAATTGCTCTGGATTGGTGGAGTTGGTGGGTCGAATTGGTGAAAGATAAAGCC TGTTTTGGGCAGAAAGACGACGCCATGAAAGTTGGTGTGGCGGAGGGAAGGAGAAAAATT GTGGCGTCGACGATTTGTGGATGGCTGGTTAGGTGGTTATGGGACTTTCATTTCATAGTG TTATAATAAGATTAAAAAAAATTTTTGTTTAGGTGGGAATAGCGATGGAGGGCGTGGTAG GTGGAAATTTGGAAAATGCTTTTTCTGGTACAAGTTTTTTTATTTTGACTGTAATACAAA AGTGCACAAATTGTCCTTTTATAACTACGGGGAAATGGTGGATTTGTCTTAATTATGTGT TTCAAAATAGATATATTTTTATTTTTAAAAATAATTCACATGTATTCTTATATAAGTGGT TCATGACAAATTTTAAATCTCTGTAAACTATTAAATCCTAACTATAGAACTCGAGTTAAG AGTTACAAATTATTTGAAGTATAACCATTGACATATTTCTCTAATTGCAGATCAAGAAGG GTTACAAATTATTTGAAGTTTAGCCATTCTCATATTTTTCTTATCACAATCAAGAAGATG TCATAGTTTATTTAGAAGCAAATACCTAATGCTATATTGACTAATATAAGTTCTTAAGTT GTGAAACTTCTTTGCATCATTAAATTTAATTGATATATTATACTAGCATGTAGATTTATG TTTGATAAACTTGATATGGTAATTTAAGATTAAATAACAACGTGCTAGTTTAGTTGACAT GATATTATAAAACTTAGACATAATATATGAACATGATTCTTAATTTGGCATTCACAAGCT CTAACTTTGAATATGCACTAATAGGCGGCACTTAAACTATAATAAAATTAAATGAATAGA TACATATGTCTTACATATAGCATGATACAAAATTATCATGTAGGACTAATGTGTTCATTT GCTCAAGTTTATACAAATTTAAATGTTTATTTGCGCAAATCAAATATTACGGTCATAATT ATCAATTGAGATCAAGTTAAGAATTATTAATTATGATTATGCATAAAATTTATTTACACT ATTTGACTACAACGTGCATATGGGTCGCGATTTGCCTGGATATCTGGCGGGTCGTGACAT TTAGCTACTATTGAAATTTTTTACTATGAATGAGGTATACCAACTCATATTTGTTGAGGG TATTTTTTCTATTAATTTTAATGTAATATATGGGACTATACAATGTCAATTCAACATTTT CTCAACCATTTTTTTCTCTTTCATTATTATTTTTTTATTTTCGATCTTTTTGATACATCT ATTTTGAAATCAATTTTATTACTATCTCATTTTCACTTTGCTTATCATAGAAACAAAATT TTCTTTTCTCTTACATATTTTATCAAATAAAAAATAATATTTATTTAAATATTATTTTAT CACTAAATAAATACATAAAATATCAATATTCAAACTTAATATTTTAAAACATAAATAATA AGACTAATTTAATAAATAAGCCTCTAATAAAAGGCAAGTGAATTTATATATAAAATAAAT AGTGGAACACATACTATTAAATTATATATTATTGGCATAAAAATATTATTATTATTATTA TTTGATCATAAATTTAAATATATATTTTTAGTTGCAATTTATGGAGTCGACATTAAAAAT AAATTTGTGTTGGTTATATATTTTGTTATGAATATTTAAAATGATGTTCCTTTTTTAAAG TACTTAGATACAATTTTAGAAGTGAACCATCAATTTCAAAATAAATTATTAGATGTTCAA GTTTTTTAATATAACTTCAAATATAATAAAAAATTATATTTCAAATTTGTAAGGCCAAAC ATTGAATTTAAAAATAAATTAAAATATTATTATGAAAATGTGATAATTTTTTTATGTTGG AATGGATCCTAAAACTATAAGTTGAAAAATATACAAGATATAAAGATGATTTAATTTAAA GTACGATAAATGAAAAAAAAGGATTTTTCTATAAAATTTTAATAATAATAATAGTAATAG TAGTGGTAACAGTCATATTTTATATGCCAATAATATACAATTTAATAATATGTGTTCCAC TATTTAATTTATATATAAATTTACTTGCACTTTATTAGAGGTTTATTTTATTAAATTAGT CTGATTAGTTAGGTTTTAAAATATTAAGTTTGAATCTTAATATCTTATTCATTTATTTTG TAATAAAATAATATTAAAAATAATATATTTTTTTTATTAATAAAATATATAAGAGAAAAG GATTTTTTTTATGGTAAGCAAAAATAAAATGAGATAGTAATAAAATTGATTCAAAATAGA TACTAGTAAGAAGATAAAAAATGAAAAAAAACATGAAAGAGATGTAGCGTGGATCCCAAA TGCATATTTATTTAATATTTTATTAATATATTTAACAAGATGTAGCGTGAATCTCATATT TTCTTTTTAATTTCTCAATCAAAATTTATATTCTCTCTCCTTTGGTTTCTTTAGCTGCCC ACAATTCCATATGTTAAAATATGAGTGAAATCTCATACAACTATTGTTGATTATACCTCG CTCTAAATAAATTTTTTTATGGCTATTAGATTGGTTTGTTTAAGAAAATGTGTAATTACA CACAATTGGAACAACATGAACTATTGTGTCATTGACACACAAGCGAAAATTGGCATAACT TATACAATGTTATATAATTATTTATGAAAATATCAAAGAAGAAAAGAAATATTTATGATT TATAAGCATGAAAATATAGTTGCAAACGATATTGATCAACAAATGACACATTAATAATGT TGATTCGTCTTCTCTGTCATATAATCGATGAATGTACTTCAACGTGAGGGAATTAGTCAT ACTATGTGAGAGGATTATATTAAAAATCAGTAAACTACAATCTGTGTTCAGTTCTTTTTT ATTGAATTAAAGCTTGATTAATTAAAGTTAGATGAAACAATTACTCAAAGGGAAAACAAA CCTTTGTAATGATCTATTATGCAATCTTATAAATTTTTGTTTATTCGGTAAAATTGAATA ATCAATTTCGGCTATTTTAATTGTTTACAACTTCTGAGATTTTTATGTTTATGAGAAAAT ATACAATACGAAAGTTCTATATGACATGTCCAAAATAAATTTCAATTTCATATTATGATA TCATATCATGATTTTATATCACATGAACAAAATTTATTTTTCTATAAGGAGCACCTATTT CTTCTGAGGGATAAATAGAGTCCGAAGCCAAAAGGTTAACTTTTTTCTTTCAAAAAATCA AAGCGGCACATCAAAAAAAAAAAAAAGGAGAAATCGCTTCATGGGGAGCGATTTTCTTCT CACAAAAATCCATCGTTAAAAAATATAAATCGCTATCTTTGAAGCGCTTTTCTCAAAAAA AAAAAAAAAACACAGCAATTTTGGTTAAGAATTTTTTTTTTGAAAAAAAATCGTTGTATT AGATAGATCAGGAATTTCTTTTTTTATGATTTTAATCTTGCCACTTTTGAACTTCCTTTT TAGATTCAATATTCTTTTATTATTATTTATAGTATAAAATTCAATTTACCTCATGCTTCA ACAATTTTATTGAGCATATTGTCCTTGTCAATCAATTTTATATTATTAATAATTAACAAT AGGAATGAAAATTAATAGCACATTAAGAATAGACATCGCTGCAGCGATTCAAGGAAAACT AAAATCGCTGTCACAACAGCGGTCTTTAATTAAAAAAAAAATGATCTTTAATTTAAAAAA AAAAGTTTTTGGACAAAATCGCTTTGAGAGCATTGATTTTAGTCATTGTACTAGAGAAAA ATCGCTTCGTCAGGAATGATTTTGCCATTTTGATTTTAAAAAAAATTAATATATTATTTT AAAATTTTTGATAATTTTTTTTGCCTTTTTGACTCCGAACTCGAAATGAATACATGAGGG TTGATGTATTTGATTTTTTGATGAATTTAAGTCTTTTGCATTTTGTATCCTAATGTATAG TATAGTATATTCTCTTTTGCAATTTATAGCATAATTTATTATCTTTAATAATTTGCACTA TAGTTTCTTTATTTCCTTGCAAACACATTATTTGCAATTTATTAAATTGAAAATCAGGCT ATACTTCTTTTATTATTATCATAGTTTTAGAAAAATCAAACAATTCGTTGACCACCGAGA AACGGCAAAAATGACCACTTATAATAGAGATAGGTTCAAAATACTAGTCTACCGAAGATA CATTTGAAGTTTTGAACAGTTTTGCAACGTGTTCATTTATTTTGTCTATTTTAGGGTTAC TGTAATTTTTATTCATTATTATTAAGAATTATAGTTTATGGAACTGAATAGTACTGTTTA TGATACCTGAAAGGACTGAGGCGGAGTGGTTCGCTTCATTTTTAATCAACAGTTTCAAGT TTAAATTTAATTTGATGCATAATCACATTTGTTAGGGAGATTTTATTTAATGTGGAATTT ACGAATTCAGGTTTAGTCGAATTTCAATATAAGTATCAAATATCGAGTGGAAAATCAAAT TTAGTCAAGCTTCAATATGAGTATCAAACATAATGTGAAAAATAATAAGAAAAAAAATAT CTATGATTAATTATTAACTTTCACAAATTATCTAGACTTAAGTCTTAATGAATTGAGATA TCTAAATGTGCACATTATAAAATTAAAGTGTTAAGTTGCTAGATTAAATTTACATATTTA TTTGTGTATTATGTTTTAATTAATAATATTATAGTTTACTACATATTTGACAAAAATAAA AGAATGCTCAGTTTTCACTTTTCACAAACTTAGAAGGACGAAAAATGTACTCATCTTATT TTTAACGGACTAATCTGCAGTTAGCCTCAAACATAAAAGACCATTGTTATTTTCTCCCAA ATGCTCCTTTAGTTTTCTTTAAATACAAATTTTAATTCTTTTTTTGCTCTGCCAGACTAA AAAACGCGGGCATCAGCTTCTCCCTTACGCTTGCGGGTTTTGCTCTGAAAAACACCCGCC GTTTTTGGCTTTCGAAAACAAGTATTTCTACTGGAGAAGTTGCCCATTTGCTGTCTGAAG TTATGTATTTGGCTTAGTTTTTTCTAGGGTTCAATAATCTCAGTCTCGTATCATCTCACC TTAATCGTGCAAATTCTCTGATTTTGAAACTCTTCAAAGTTCTTGGTATTTTGAAAAACA ACATTGATAATCGTTCCCGTGGTAATGAAGAAAGTCAAGAGGAATGTGGCCATTGTAATT TCGTCGTCTGATGACGATGAAGACTTCTCAGTCAAGTCGAATTTCACCCACACGAAATCG AAATCGAATTCGAAATCGGTATCGGCGTCAGTTCCGAGGAGGTACCCTAAAAGGGCTAAA ACGGCGAAACTTTCGTTATCATGTCCACGCCCATCTAAAGAGGGTAGTGTTTTCGATGAG GTAATACATAGGACTCATTCGATTTAATTATAGTATTGTTTAGTAAATAGGGCTACTATT TCTCGCTGTGCTTTTCATTTGAGTGAACGTTAGTTGTATGAACGGGAAACCGAGTTTGGT CTTACCTGTAGTAGATGTTAAGTAGTGGCAGTTGGTGAGGGTGCATCCATTGCTTGCGGT TTGATCTGTGCAGATATTAGTTGAAAATTAATTATGGATTCCCTCATAAGTTATGTTGGG TTTAACACTCCCAATAAAACAGTAGATTAGTTTTGTGAAATTATTCTTCCTATGTGGAGA TTGTTTCGCCAAAAAGCGAACATTGTATTACTTATGCAAAATTGTGTGCTGGAATATCTT TACTCATCAAGCCAATCAAATGGCCCTCCTTATCAAAATATATTAGCCTCAATCTATGGA TGCTTAAGAAGGGCTCGGCACCTAGTTCACATGAGAGGAACAAACATAAATAGACTCAGC TGCTATGTTTAACAACCATAGAACAACCCCCCATCCCCCCCCCCACCCCCCCACCCAAAT ATCTTGTTTCACAGAAGTGAAAGAATGCATGTTAAGTAGAGAACTTATAGAGTGGATTAC AAATATACCTTGAACCTATGCAAGATCAAATATAAAACTCCTTGGCTTTACTGAATATAT TTATTTAACAGTTTTATTTAGTAACCTTGGGTGATGTTTGCTTTATGGATTAAGTTCTCA TGTCTCGACTAAACTGATTTTGTTGGTGGTTCATTAGCTATATATTCTGTTGTTTCTGGG ATACTCACTGCACTGTACTTTTTGCCTTTGAGTAACTCAGAATTCTAATGGCATATGCCA TATGGTATAACTGATTGCAGATGAAACGGTTTTGTGAGGAGTTTGATGACGATTTCATGG GTATCAAGGTATCTGCTGGTATGCTAGTTTCAAAAGATTTGGTTTTAGTATTTATTTGTA TTAATGTCAACAATGAACTGGTTTGGGGAGTCGGATATGGCTTTCACATGTTAAAATTTT GGAGCTGAACCATGACTCAGTATCATCTAACTATGCAAGGTTTTTTGACTTCATGTTGAT AATTCAGTTGGCAAATGCTTATTGGTCTGCATTTACAGTGATTTACCCTTCAACTCCTCC TGATTTTGTGTTGTTTTGATTGCCAGCCCTGTCTTCTCCATCAACGCATATGTTTTAACA GTCCTCTGAACCTCTTCATCTTCAGTTAGTCATCATTGGCAAAATACTAAATTTTATGAA ACTGAATCAGGTCGTCGAAGCAACAATGACATGTGGATCGACAAACATAAGCCTCATTTC CTGGAAGAGCTTGCAGTTCAAAAGAAGAAGGTAAAGAGCTGTATGTTTTCCTCATAAATT TTCTCAGATGTGAAGGTTTTAATGTTTGTTTCCTGTGCTTGATTTTGCAGGTCGAAGAAG TAAAAACATGGTTTGAAGAAAGGCTAAAAGCTGCAGTGGTACATAATTAAGAGTGTTTTA AAAGCCTTATAAGTTTCTTTATTTTCTTAGACTTCTAATATTCTGACAACACATGGTCAT CAATCCTGGTTCAACCAAGTGAATATTGCATATCTACTTTCCGTTTCCCTAAAATCTTAA AGTTCACTGTTTCTTATTCTTCGGCAGTGTTCTTAGAATCGTTTTTATAATATTGGAAAT AATTACTTTATTGTTGCTTTGCTGGGGAACCCTGTCTTGTAATGAAGGTTGAGTGGAGCA TTAAGCATACATATACTCAGAATAAAGTCTCTTTTTCTTGTTTCCCTGTTTGCAATGTGT TGCCTGGAGATCCATAGGGGTGTGGGATATAATTGGGATTTTACAACAACTTATGGTCGC AGGTCTGTCTTGGTTACCATTCTTTGTTTTTGAGCAAATCGGTAATAAATTTTTGTGTCA TAGTTTGCGCCAGCTTGATCCAAAAAAGTTTGCGCTTGCCCTGGTCATTGTTTAGATGTG TAAGTGGAAATGGTAATTAGTTATGGTGCTAAAATGAAAAAGTTTGATCCAGGAAATTGT TGTATCATAGTAGTATTGGTGACCTCTCCTGGTCTGACATTTAGCATCTGTAATTTTGAG GGTTTGGTCTTTTCAGGTGCACTTGTTTTTACAGTGCTTTTGACATGACAAGTGTTTTCT GCAATGTTCAGACTTAACATGGTCGGAATTAAGATTTTTCCTCTGCTGGTTGCAGGATGG TCATAGTAATGTTCTTCTCGTTGCTGGACCTTCTGGTGTTGGAAAAACTGTATGTCACTG TTTTCCTTTACTATTCTGAATCAGGAGTGCCATGTTTGAAACTTTTGTCTTGCTCCTTCA AGGACTGTAAAATTGCATGATCATTGGGTGCTTGTCATCTTCTAGGCAACTATCCATGCT ATTGCTTCGAATCTTGGTGTCACAATATGGGAGTGGACCACACCTACTCCAACAGTTTGG CCAGAGCATTTGCATAATTCTAATTCAGGTACATATTCATGTGTTGGAAAATGGAGCTTC TTCAAGCTATCAAGTGCTCGTTCAGAAAAGTGGATTCATATTATCATTTCATTTTTTTTT TTAATGTTGATATAGGGTTAAAATACATGTCAAAGCTAGATGAGTTTGAAGGTTTTGTTG AGAGGGTGAGAAAGTATGGATTGACTTCTCCAACGTTGAAGGGATCACAGGCTTCAGTCA TACTCTTAGTTGATGATCTTCCTGTGGTAAATGTAAGAGCTGCGTATGGAAGGCTTCAAA GGTGTTTGACCCTTCTTGTGCAATTTGTCCGCATTCCAACAGCTATAGTGATCACAAACT ATGACAAGGATGTCTCTGCAGACTTTAGCACACGCTGCTGGGAAGAACTCCTTCTATCTC TTCATAGTGCTGGGGCTTGTAAGGTTGCGTTCCTTGATAGACTTACTTTGGATTTTGAAT TCTTTTCATCTGCTTATCTTGAATCAAATGTCAAACATCCCCTATGAGTATGAAAACATG ATAAATTAGCTTCCTTGGCTAATTTTAAGCAATTTGACCTGGAACATGCCAACACTATCC ACGGCCTGCAGGCCGAAGGGTACAAAATAGTTCACTCTTGAAATCTGCATATTGAGTTAG AGGATCTTTTCTTGTCTTTGACAGTAAAACAGCAGGGAAGTTTATCATTTTTCAAAGGCA GGGGAAGAGGCGGTTATCCAACACTAGATTCTAAGTTACTAGAGTATGCCAACTTTTTTT ACTTGAGTTCATGATTTTCAGGTCAACTTCAACCCTGTCACTGTCAATTCAATCAAGAAA ACACTTACAGCTATATGCAGAAAGGAGCAGCTTGAAGTTGGCGCTGATTCGATTGATCTA ATAGCCAAAGCTAGTGGAGGTGATATCAGACAGGCAATTAATTCTCTGCAGTATCTCTGT CTTAAACCACATAGAAGGCCTATTCTATCGTCAAAAGAAAGACTGGATAACACTAGTTGT TTGGATGATGTGCTTTGTTTGCCATTTGGAAAAGATGAAACACTCTCTCTATTCCATGCA TTAGGCAAATTTCTACACAACAAAAGAGAAAGTGAGCACACAATTGCATCAGGTACATCT GACTTAACTTCATTCTCAGGATACAGTGAGTTGCAAGTGCTTACAGAACTTAGTAACTGT GTGCTTCCACACCTCTTCTCTAGCCACAAATTACTCCATCTTTGCTATTGATGGCAGTGG GGCAGGTTTAAGGCTATGCGGGGAGGGGGGGGGGGGGGGACGGGTTGAAGTGTTTTTTAT TTAAAACTAATGAAGGGCGGGGCGGGTTGCGGGTATATGTGATTTTATGTGAGTGTATAC TTAATTTTAATTTTTTACATGTTGTAAGAGTGATAGAACATTATTTATTAAGATAATTTC TTTAAAGCTACTAAAATATTCAAGACTGTAAATGAAAATGGTTCACTAAAAATAATTTAG TTTCTTACATGTTTTCCAATTGACCTCTAAAAATAAAGTTTTAAGTCACTATCCTATTAA ATTAATACAGCTTAATGAAAAAATGAATTTATTTTTAGTATCAAGTCATAGGGAATGCAT ATCTTAGCATGTACTTGAATGGTCTAATCTTGCAATCTTGGTTTCTAATTTATGAGTCAC AATATGCAATACTGTATCTTTGAAAAGTTTTTCAATTGCTAAATGTGGTTTCAGCACTTG TAGACACTACTCTAATAAAGTTGTTAAGCTGATTTCCTGAGATGTAATAATGAAATATTG TTTAAGAATGACTGATATGAGCATTGGTGATTGTCCAAGAAGTAGTCTCCCAAGTAATGG TAATTAGAAGAGTAGAAGATTAACATTTTTCACCTTGTGTAAATTACTGCCATAGGTATG AACTTACACGTTATATGTGAGGTTTTTTTAATTACAAAGCTACAGCTCTTCTTTAACCAT GTGGAGTAAGATATGAGAGTTCTCTACCAAGTGAATTGAAAGGGAATAATTGAGAATACT GTCTTTGGCAAACCCTCTGATACAGACTCATTTTTTTTTTGCAGATAGAGACACATTCCT TCTGAAGGAAAAATTTGTCAGGTTTCCTCTTAAAATGGATGCTCCAGAAGTTATTCTTTG TCAAGCACATGGTCAAGCGACGACTCTTTCTGATTTTCTGCATGAAAATGGTACTTTTTC TTCTTAAGGCGGACGGGCTTTCCAACTAATCTGGTCTGTTCTTTGCTTGTTGCATTTCTT TTGGAATGAACTTAAATGGTGGCAATGCTGGACTCAGGGCTACTTTTTTCTTTTTGTTTT TAATTCAAGCACCTAAATCTGCCATTCTGTGACATAATGCTATTTCCATATCATATTCGA CCTGCTTTATTTGTGGGCTATAACAAACAAATTAGATTCACCACAGGTCCCAATAGCTTT AACTTCTGCCTTTTTGGTGAATTTCACCGGCAAACTAAATGTTGGCAGAGCTTGTTTTTT TAAATATATTTTCCAGTTCCTTAGATTAGAGGAGAAATACTATTCTTTTGTTCAACTTGC ATTCACTACCTAATGGATTGTGCATGAAATGGGGTTATTCAGACTTATAGCCATCATATC TGCACATAGAAATGTAAAGTATGTTGTTGTCTAACATTTATAGAATTTGTTGTTTGTCTT ATTCAACTACTGATTTTCAATTTTGTTGCAGTTTTAGACTTTTTGAGTGAAGACGCAATA GATGATGCGTGGCTTGTGGCATCATACTTAAGCGATTCGGATTTTCTTCTGTCTTCACTT AGTGGACATTTATCTAGAGACTTTGGAGCTGAGAACATCATTCAGTCAGCTGCTGCTTCA GTTGCTTCCAGAGGAGTATTATTTGGGAATGCTCATCCAGTGCCTTCTAGGTATAAAAAC ATTACCTGGTTCGTTATGTTTTGTTTATATAAAGTACCTAAATATAATTTATTGCAAATT CCCGTGAGAAATCAGGTGGCATGCTATTCGACGTCCCAAACTATGGGAGGTTGAACAATC ATCACGCCGCAATAAGGTAAGATTCTTCCTGTCCCGTTCTCTGCATTTTGGTCTTGATCT TGCTCAGATAGCTTCTTATAACATGGATTTATCTGAATCAAGTCCTGAACATAATGTTTC TCACTAAAGTAGTTGCTTAGGAAGCACTAGTGCACTACTATAATTTCCTAGTGATCCTTT AGTTGGTGGTGTAGGCGATTTAGTCCCCACATAAAACACAACATTATTCTTTTGTAATGT TTTGGTTGGTATTTTGTTTTCCTTGTAACTAATACATACTTATGCATGTGAGAACCTATA TAACATTTTGTGGGATATAATGTAGAATAAGAATGTGGGTATTAGTAATACATGGATTAA GAACAATAAAATGACAAAAGTAATCCTCATATTAGTAAAACAGCCTCTTCTTTTTGTTTA AAAATGTAAACATATATTTTAAGCAATACACTGTAATTGTATCAAACTAAACATCCAACA TGACAATAATCCCTATATTACTTAACTGCATTTTTTGTCTTTTTTTAAACCAAACAGCCT CATGTTGTCCACTGATTTTGGATTTTAATTTCATCCTAACTAAGTCGATGTGTTTGCAGC GTCAAATGTTTACTCATTGGGGTGACTTGTATAATAGCCTAACCACATCAAATCAGATAG TTATGGCAACCGAGATTAGGCCTTCCCTTAAATGGCTTGGATGCAGAGCATCTGAAAGTT TCCAAGCAGACGACATGGTTGAAGATGACTCGGATAGCACCTATTTGCACGAGAATAAGC TGGATTTGTCCGACGATGAGATAGAAGATTGGTAGTTTGAAGCAGTGTTTGAGCTTGTAT CAACATATAGTCCATGTGGGCTCTTTTTCACTTGTAAATTATGTATATTGCTGAAATTCT GTAAATTTTTTAGGGGAAACAATACAACTAGTTTATACTCATTGAAGTAGTTTATTAGGA AAGACCTTTGTTTTATAATTTGAGGAATATTAAACAAACGGTTGCTAGTTTTTACAAACC TATCACTCTCCAGTAAAGTGAAGTGGAACTGGAAAACTATGTTAAGTTCTACTTTGGTAG GAGAAGAGATATGGACAAAAGTACTGTTTTGTCACTATCCCAGTTGGCATTGAAGAATTG AATCTGAAATTTGTTTTGATAAATCTCACAAAGTTATATTCCATGAAAGGAAAAAAGTTT ATCTCACCGATAGGATATTTGTTAGTTTTATCTTCTATTTATTTAATTAATAAAGTACTT TAACCAATCCCTAGTGTAAATTTCAAATAACCTCACAAACTGGGAAACAAGCCAAAAATG AAAAATCTCATAAATTTGTTTAGTTTCTTGAACTTGTGTATTTACTGAAAGTTAAAAATA CTATAAAAAAAGATGTGTCAGTCACGCATCCTACTTGGTGAGCTTACGCCGGCTATAGCC CTTTCCTTGCTCTTAGTTTGCATTCAAGGCACTAGTTTCACAAGTAAAAAATGTGGTTAA TCGAATAAATCACAAATTGCTACTCCACGGTTTCGTTCGCCCCTCCAGGCTTGGCTCCAA TTTCTACAAGTTCAGCAGCACCAATTTCTACAAGAGCAGCACCAATTTCTACAAGTTCAG CAGCAGCTTCTTAGGCTGGGCCATCAGCTTGAGGTTGTTCCTGTTCTTGATGCTTCAAAC AGTATATGAATCTGCCTTGGGCAGCTCGGTTCGACCGAGCCCATGGACGTGCTTCAACGG TATATGAATCTGCCTTGGGCAGCTCGGTTTGACCGAGCCCATGGCCGTGGTGTTTCGTCC CTAGTTGGATCGTTTCACTCCACATTTTTTTTTGTAGTTAAACAAATATAATTATTTATT TATTCCTCATGAGAAGGTAAATTTTACTTGATAATAAATGAAAGCAATTACTTCTTTAAG CCAACTCTCAACTTCACCTCACAAAAATAGGGGCATTTGTCAAACTACGCCCTGCCTACG ATGATGTATTGTAATCCCATGCTTCACACTGGTTTAGGACTTGAAAGTAACAAGAGAAAC CATTGAGTACACGATTCAAAACAACAACATATAAATGCAACTTTTGCAAAACTATTTTTT CCCAACATTTGATCCAAAAGGACAAATGGAAAACACTAGTAACTGTTTCCGAGCAAAGCT AAAGCATACTTCAAAAATCCTAACATCCTCTTAACGCCAAAAGCTGGCAATCTATATCAT CTAACTCCATCAGCCAGCCATACTTACACTGTCGATGATTGCATAAACCCAAATCATCTC TTTCGCTCACTCTCAAGAATCTGCATTTCTAAGTTACCCAATAAATTATAGCACATACTG GGAAACCAGTAGGGGGAAATTCAAGAACACATATATACATTTTTCCTGCTGGCTGCATGG ACCACAATAAAGAGTGCACTCTGTATCTCAAGGCAAAATCCTCTTCATTTCATGCACCTG ATCAGTATTTTTGGCTTGATTATATACCGACTCAAATGCATGTGTCCATACATTGGCAAA ACCTGTCACAGCCTGAAAGACATGTGGCAAACCCATCTGTAGATTGTTCAATGTCATCGC CCTAGTTACACTCACAGCTTTGTCATACTTGGCCTTCTCGTCCTCAGCTTTTGCTCTTAT TGCATCCACCTTAGCTCGTTTGTCAGTCACAGGATTCTTGTTCCTTGTACTACTGCTAGA GGAATCAGGTATAGAATACGGCCCATACTTGGACTCTAGCGACCGAAGCTCAGAAGATTT CTTGTCAAGCTCTTTGAATGCCATCTCTGATTTCTTCTTTTGCTTGATCTCTTCTGATTG CTGCACCACAATGGCATGAATAACAGTTAGTAAACTGTTGATTCCTTCCGATGCTACTTT GTCTGGAGCATTATTGACTGCAAGATGCCACTCTTCACAAAGAGAGTAAACTGCATTGTC CTGGCTGGTCTTATGTACAGGGTTGTTGCCAAGCTGGAATAGGCTAAGACGGAGCCAGCC GGTTAGAGACTGAATATAATCCCGGTGAAATTTCACTAGGTTGCAAAAAGATAGGTGCCA TTGTTCCAGTTCAAGCTCAAGTTGTAATGTTGATTGTCGATGAAGCTCAGAGGTAGGATA AGTTGATGGCACGGTATTGAGATACTTCAACTGCTGCACTATATGTGTTTGAACATGATG GCACTCATACATGCTTCTCCACATGTACATCAACCTGCAAACCACAAACAGTAAGGAGAC AAAAGATAGAAGGAAAAGTTCAAATGATTCTTGCAATATTAATCCTTTTTGCTGAAACTC GAAAAATTTGTTTCCCTTACTCACAAGGCACTACTAGTTTGTACATTAATTACTAGTGAA AGTTAAAGATTGTCCCATGAGATATAAAGGAGCAACATTGAATTTCATTAACATCATCCT TAATATTGCCAGTATTCATTTTGCAACTGAATATAGTGGGCCTTTGTTTCTAGCAAACTA CTGGTCTTTAACTACAATTTGACCCCACCCAAATAAAAGAGGGTGACCTTAATTTCAGTC AACACAATTGACCACTTTGAATAATTTCAGTCCCACTCTTAAAGAGAAGTTGGCCTTTTC ACAGTTTTTAACAGAAGAGCAGACTGTTGCTGTATGCTGCTTTCGTATATTTTTAGGACA TGAACCGAATCAGTTAAAGGAGTCAAAAGTTTCCCATTCTGTACGGAGAGCCATTCGTTG CTTTTTACTACATATTGCTATAGCTGACTTTGACCCCTCAAAATTGTAAACACTCTGCAC AGCCAAAACAATATTTTTTCCCCCAAGAGATGAACATAAAGATGGTGAATAGAACTAACC CTTTGACTAGATCAACAAGCTGTGGATAGAGCTCTGACTCCCTTAATTTGATGATTTCAG CTGATGTAGTTTCAATAGCTTGTGCAGCAACCATCATTTGTGATTCCAACTTTTCTACTT CTTTCTTGGCTTTCTCTGTTTTCACATAATCAGCTCTCTTCATCTCTAGTTTTCTAGCAT GACCTCCCCTTTTCTCATGCTCCAATTTTAATGCCTCAGCATGCTATAAATCATAATCAA ATAATTCATTAGAAAAAAATATAGTAATTGAGTTGGGACAACAATATAATATATTAAAGT TTAATTTTACCTTGACCTCAAGATAGAGTTTTTTCTCCCAAGCATATAATCTTTCCACTG TGGAACAGTGGGAAGCTGCTTTGGCACCATTTACCCCATTGATGGATTTGTTCATTGGAT CATCACAAAATCTTCCAATTCCATTCCATCTTGAACTTCCACCAAATGACCATGAAAAAG GACTCATCAACTTATCTACAGAACCCCAAAAGAACCAATTTTTATACTATATTTTTGGGT AAGCATGTTGTACCTTGTGCAGTTATATGTATACATACCTGAAGATCTTTGTTCGGAAAA AGCACAATTGGGAACTTCCAAAAGCAATGAGAGTTGTGCACCAGCATCAGCAGCATTAAG AAAGTACTCATCGAGTTCTTTGATGATTTCCACCAAGTCTTTGCCTTTAGTAGAGACCAC CACCGCAAGTTCACTTGTTGAGGTGGTTTCTTTAGAAAACTGGCTCACCGCCGACGGTGG AGCCGCCACGCTCGCCGCTCCTACCGTGGTGGTGACGGCAGCCTCCGATGTTATCGTTGT CTCGTCCCATTCCTCCTCCGTGACTGACCTCGAAGATGACGGAGGAGGCACAAATGGGTC CCAGAAATCCCAATTTGACGTCGCCGGAGGAGGAGGTGGAGGCGGCGGCGGAGGGGGTGG TGGAAGGGCGGAAGATGTAGTGGTAGAGGTTGTCCAGGATGTGGGACTCATCGGCGGCGG AGGAGGAGGCGGCGGAGGCGGCGGGTGAGGGGTGGTGAGTCGCCGTGGCGGCGAGGGTGG AAGTGGTGGAAGGTGGTGGTTTTGCGGGTGGAGATCGGTTTCTCCGGTAGCGAACTGAAG CAAAGCAGAACCAGTATTCCTCAATGAACGCAAGTACATAGAATGAGAAGCAGAAAAAGC TTGTCTTGATTTTACCAACTGTTTCATATATCTCTTTCGAGCTTTACATCTTGAAACCAA TTCTTCTCTCTCTAATCTTGAATACCAACAACCCATTTTTTTTATCTAATTTCTCTCCTC TCTTCTCTTCTTTAAAAAAAAAAAAAACACAACTCAAAAAAGAGCAAACCAAGCCTCACT TTAACCTTTTCTCCTTTCTTGAACTATCAACCATGTTCCATGTGTGTTGTACTCCAAAGA CTGACACACCAAATTTCAGACCAAAAAGAATTAAAAAAAAAGAAAAGTAGTACTCTTCTT TTTGCTTACTCAGATAGATCAAAATTGAATCTTTACACCAGCTATCCCCAATTTGAACAC TAACAAAATCACCATTTCAATGGGGAAATGTGTGAGAGAGAGAATGAGGGGAGGAACATA AATTTGGAATTGTACAGAGGCAATAGGTGTTGGACAGAGTGCCATTTCTTTTTTTTTAAA TTTATAGTCCTAAAACAGAGCCAAAATGCCCTATTTGAGAGATGTTGTGTTATTTACCAA ATTAGACATTACGTTGTCAAATGCATGAAATCTTGTTATGACCTGTGTTGAGGAAGTGAT GGGTAGTTTGGTAATATAAATAATTCAACGTACACGAGTCAATTTATAAGGTAATAAATT GAGTTTAAAGTCCAGAGTGGAGGGGGTTGGGTCATGACTCAATTGGGATGAAAATTACGA GGTCAATCTGGCTAAGGATTAACAACCCATATTAATCTTATGCAAGATTAATATCTATTA AAGGAAAAATATTTAATTAATATGAATATTTTATTATATTAATTTTATTTAATATTAAAT TTTGAAAATAATAATTAATATTAGAAATAAAATTATTTTTAAAAAGTATATTTAAAACAA TAAATAAAATTCCCTTTTTAAACTAGTGGACAAGTATTTAGTTATTTATATCCCCTTCGT CTGAAAAGGGAAAAAGAAAATAAGTAAGATTTACCTCACTAATATTTTTTGCCAGTTTTC TACATTTTTTCTTCTTTACATTCACGTCACTGTTTTTTTCTCTCAGTTTTGGACATTTTC GAAAGAGCATGAACCTTTTAGAAGAGAGACTAGAAATTGTACTACTTAATCATATTTTAA TAGATTTTTAATATATACGTAAAGAATTAAAATTATTGAATTTAAGTGAATCAGTGTAAT ATTAGAACTTTATTTTTTTTAAAAAAAATCATTATTTTGAAGTGCCTATAAGTGTCATAA GTATCATATTGATAAAAAAAATAATAACAAATATCAGATTGTAAAAACTATTCTATTTGT CTTATATTAGTTATCTACTTTATCAAATTTAGAAAGTGTTAATTATTTTTTATATCATTA TTGTAATTAATTCTTTTTTAAAATATTTTTATTTATAAAAATTACAAAAAACTTTTTTAA AAAATGAATTAGTAAAGTTATTTTTTGACTTATTAAACACTTCAAAATGAAAGTGATCAA GGAAGGAAGTGTATTTAAGTGTATACCAGTGTACTATATTATTTCTAATAATTTTATTCT CTCTATTGAAAACATGCAACTCTTGAACATCTCAATAAAATAATTCACCTTAATTGTCGC AAGAATTAATTAGAAAAAAGACAAAATAAATTAAATGAGATATTTATTCACATATACTGT TCACGAAAAATTCTAATCAAACTTGATAATTACAAACTGCTTTCTCTAATCATAATTATT TATCATTTGATTTTTTCACACATAAATTAAAAGGGATAATTTTATATTATTTTATTCAAT AATATTTGTTCACATTTTATAATATGGGCCGATCCATATGGACTTACTCTGACCCAAAAC TTATCGTATCAATTCAGTCTACAAATTATCTTCTGGTAAATCTCAAATCTTAATTAAGGA AAATACAATTTAATTTTCCCTTAATTTCGTTATTATTTGAAGAAAAGAGAATCTACGTAA CTTTGCTTTTCTTTTTGTCTTCATCCTTGTCCTATTTTTGTTCTCCTTTTCGATGTTTTT ACCAGATTAACGTTTCCTTTTCGAAATTGAAAAGTTGCAAGTTGTTTCATTTTGTTTTTA TTTTGATTTACCGTTATCTTTATTAATTAATTTAATTTATTGTTTATTCTCTGACAAACA AGACAAAGCAAAGTACTTTTCCTTTTTTTTCTTCCTTATACTAATGGTAATTTTGTCTCT ATGCCCACTACTTTAAACTAATTTCACTCTTAAAAAGTTGCTGCAACAAAAGTGAAAATA TACTATTGCAACATTTCACCTAATAGGAGAATTGTGCGGTGACTGCACTATTAAATTAAA TTAGAGTACCACTATTCACTTTTTCATATTTATTTTAATTCATCGTATCAATGAGATGAG GGTTTTTTTGTCAAAATCTTTTATGAAATTTGATATATATTTTATTCTCCTCATATAGAG GTAAACCGCTTTCCAATAACTATAATTTCATATATAAAAATATTTAAATTTAAAATCTTT AATTAAGAATAAATAAATATTTACTATTCTACTGCGATCTCTTTTACGAATGATTTCTCA CTCTAGTTAAGCTTACGTTGCGGAGTAGTAGTAATATTTTTGGGGAATTATGACTAGGAC TAGACGAGGTAACACGTGAGCAGACCTGCAGCAGGCTGCAAGTGGTAATCCAATTAATCT ATTAATTAATACTAGATTGGAGTAATAAATTTCTATTGTAATATAAACTCTTGCCAAGGT ATATACTTTTAAGATGGTCCACATATGACGAGGATCAACTAAGATTTTGGGATGATTTGT GACTCATTTTTCTAGAAGGTTCTACTTTGATATCTGCAACAATTTGAAATATCTGAGATG TTCCATTCATTAAATATAACTAGTAAAAAGCACTATAATTTCTTTTATATAATACAATTG ATGTTTGATGATAATGTCAAAAACATTTAATGGATTCAAAATATCACTCTTGCTGAGATT GTATTTACTCTCGTTACTTTAGAAATTCTAAGTTAGAACATAAAAAAAGTTTAATTGAAT ATGTTACTTTCAAGTACTCGAATTAGAATTGCATTATAACCTATAGCCTATATAAAATTG TACCATAGCCTATAGCCTGTACAGCCATATGTAATTTTGGACACCATGTGATTAAAGTTT TAGTTTTGTCAATCCCAAATTTAAATACTCCATATTTAAAAGGAAAAATTATATTCAATT ATAAATTATTAATTTAAATTAAATGTTGTAATCACGGTTTTTTTAATTTTAATTTGTAGA AATACTTGATTTCACTCACTACTTTTCCTCACCTCTTTCACATTTAGACAAACATAAATG TTAAATTGTATTTGTATTTGTATAATGCGAGAGAAAATTATATACACAAATATAAATTTC CTCTAAATTTGACAGTAAAATTCAATTTAACACTTAAACTATATGTGTGTTTAAATACCC CTTAACATCTTTTAAGTGAATTTAAATACACCCGATAGCAGACGTGACAAGTACAAAAAG TCACTGCGTGAATAAATACTAACTGAGCCCCTTTTTTTTGGGCCAATAATCTTTCTTTCA TTCATCTTCTTTACACCCCACCACCTCAATCGTTGCGCTTTTTTTACAAACAAAGCTGCC TACATACAATTTATACAAGTGAGATACAAATAACAAAATTATACTTATAAAATATTACTA TAGTTTTTATATTCGCTAAACTTAAACTTGGCTAAACAAAAAGAAATGGACTCTTACGGC CTTTTTCTACGGTCCGAATTCTAAAAGCTCATAAACCATTAATCGTCATAGATGAGGCTG GTGTAGTGAACAACAAAATAAGCTGACGCCAAGAAAATGAAGGTTCGTTAGATCTGCCAG CACACGAGCCTCATAGGGTAGCCAATAGATAAGAAATGCCCACGCCATAGCAGTTAGCAC GCATATCAACACATTCTTCAACAATACCCTACGCTTTTCAACTCTCACGTTTATGCACGC GCCAATCATCTTCCTAATTATGACGTGTGTTCTTAACGTGCTTTCTGAAAGCGAATGGGA TAACTTTTTTTGGGTTTTCCCTCCATAACAGAGAAGAAGTAAATTCGTTTCTTGTGTTCT TCCATATTCATTGTTTATCTTTTCACTCATATAAAAAATTCTCTTTTCATCTGTTCTTCT ACATAATATATATAATCCTCCAGTTCTCATAATTCCATTATTAAAAGCTTACGATATCAG TGTCCCGTATTATCGAATTATATTATCAATGGCAGCACCAAAAGTAGATGCAGAGTATCT GAAGGAAATAGAAAAGGCACGAAGAGATCTCCGAGCTCTCATCTCCAGCAAAAACTGTGC TCCTATTATGCTTCGTTTAGCGTATGTATGCATAATCATCAAGTTTTGTGTTGAAATTGA TTTTTGATCTGATATGATAAAGATGTTTTAATTTGCAGGTGGCATGATGCAGGAACCTAT GATGCTACAACTAAGACTGGAGGACCTGATGGATCAATCAGGAATGAGGTAGAGTACAAG CATGGCGCTAACAGCGGCCTCAAAATCGCAATTGATCTTTGCGGTAAGCTTATTAGCCTT TTGTTTTTCTGGAGTTTCGCGTATATAAGAGATCTAGTGATAATCTGACGGAAATGAATT TGTGTTCATTGATAATGTAATGATTTTAGTTCAAATATATGAGTGCTTTTGATTGATTTT TTTGGATGTTAACAGCGCTAATCACGTCATGTTTTATTATATCGCTTTGCATACTGTTTT TGAGTTCTTATTGGAAGATGAAAAGCTTATCATATCATATTTATGAAATTCTGTTAGTTT GTTCTGCATATAATTGGAGTCTTTCTTTGTGGTGAACAGTTTCTTATGCCTCTTTCTTTG TTCCTAGTATGGGAAGTGAAATTTACTTCGTACTGTTATCATTTTTCAGTTGAAAGCATT TAGGAGAGGTTAGAATTTGTTTAATTTTTACACAGCCACACATAAACTCCCTTACTAGAA CTGTAGATCATGAAGCGACTTGAAAACTTTGTATGTATCTATCATCTCCTCCCTGTTTAG CGAAATTTTTACTATTTTCAAGAAAAACAGACAATTTCTAAGTTTTCTCTAAATGAAGAT AGACTGGTCCTTGTCTGCTGAGTACACATCCTCCTCATATGCCATATTTTGTTTACAACA AGTGCTTGTTTTGTCAGTTTCATTAACTTTGAAGATACTAAATCCTATCTTCTAATAATC TTTTGTGTTATATGGAGTACAGAAGAAATTAAGGCCAGACATCCTAAAATTACGTATGCT GACCTCTATCAGGTGAGAGTACTTGTGTCGAAGATCTGTTCAAAATTTTGGGGAAGTTTT GTTTAATATTAGTTGTATTAGTAGTAGTAATGCAGAGGAGCAAAAATATTATGGTTTTTA CGGATTTGAGTTGTGCGTAATTACCTTTTTATTCTGGACTGCAGCTTGCTGGAGTTGTTG CTGTTGAGGTAACTGGAGGTCCAACCATTGATTTTGTCCCTGGTAGAAAGGTACAGAAAA GATGAAGACATGCCTCCTTTTACTATTTTGAACTTCAAATTCATTTGATGGGCTTGTCTT TAATTAGTAAATTCCACCTTTACATCAGGATTCATTAAGTTCACCAGAAGAGGGACGCCT TCCTGATGCTAAACAAGGTTAGTCTTCTAAAAAGTTGGCTTGGCTGATCTATTACTTGAA ATTAAGATAAAAGGTAATAAACTCAATTTTTCCTCTAATTCAAAATGTGAAGTTTACCCT CTGGGATTCTTCTCATTTGATTGAACAGGTAACCTTATCAGTATCACAAATTGACAAGGA TCCTCATCCTCTTGTAGGGAAGGAATCCATGAGAATAGAAGATAAAAATAATGAAAAATA GCTAGCTTGTTTAAGATTTAACCTTACTGGCACCTGAGGTGCGAATGGAATATTGAGTTG AACTTGATTTAGTGCATAAAATCAAGTGGAGCCTCATCTATCCTAGTTGCTTCAATTATC CTCATTATGCCATATTCTGTGCCTGATTATTGTTGTTGCATCATTTTGTTTTGAACAACT TGAATATTATTTTCTTTTACTTGGTTCTGCATCTATGTAGAAGTGATGTCAATAACCTTG GAGATGTCTCTTTGCTAATTTGCACTGGTTGCCTCCTAAACATGTTTTATGTGGGGTTCC CATTATTCTAAAGAAAATTTTGTGAAGGAAAATATATTCCAATCGGAGAGAGCTCTTGAA TATTATGAACATTGAACTGGACTTGGTGATATCCTATTGCAAAAATTGTAAATATTGCTA AAACAACTGCCAGCTACCTTTGACTAATTAGAAGAATTGGCATGAATTTCTGAGAGGGCT CTACAACTCAGTGCTCTGATTTTGAAACATAATTCTCTGCATGTTGCTCATCACTTACTT TGTTCCATGTTATAATGCCTTTTTAGGTCCACCGCACCTGAGGGATGTTTTTTACAGAAT GGGACTCTCTGATAAAGATATAGTAGCATTGTCTGGAGGACACACACTGGTATTTTGTCT CATGAATCTGCATTTAGATATTTAGATATTTCTCTCAAATGATAATGCTGTTTGTCTTAA AGTTCCTCTTTTGTGTTCACTGTTACAGGGAAGAGCACACCCAGAGAGATCTGGCTTTGA GGGCCCTTGGACTAAAGAGCCTTTGAAATTTGACAACTCATACTTTGTGTAAGATTAGTA TATGGTGGAACCTCTTTTTTATTTCATCATTGTTAAAAGAATGATTTCATGACTACTTGC CTAAATGGTACAATGATCTCTTAGGGAGCTCCTCAAGGAGGATTCAGAAGATCTCTTAAA GCTTCCCACGGATAAAGCTTTGGTTGAAGATCCACAATTCCGCCCTTATGTTGAACTTTA TGCAAAGGTATTATATCTCATATTTCCGTGCATTGTTTTAATGGTCAATTGTTGCAACAC ATAGTTTACATTTGTAACCACACTACATTGCATAATGCATGGAGGAAAATAACATAGAAA ACCAGCAAGGCTGACTAAACTGTGGAAGTTTATCTCCACTCATTTGTCACTCTGTCGATA TACATTGATGATTAAAGGATTTGCATGCTAGACTATTATTTCCTATTGATGGTTTGACAA ACAGTTAACTATGTGAGGGGTACTGGAATATTTTGCAACCTTAAGTAGTTCTGGTTTGCT GTGAGACACTTGATATTTAAGCCTATGGTACAATCCTTGACTAGTCCACCCAGCACCAAG GTCTTTCACTCCCATATATGTTTAATTTGTAAACAAAATAATACACAACTATCTAGTAGA ATCTTTCATCCAACTTAACCACAATCAAATATATCTATTTGGCTAATGAGCTACACTATT CTTCAAAAATTTTGGCGATCTCACTGGTAAAGTTTTCTGCAATAGCTAATATCTAATTTG TGTGACAGGACGAAGAGGCTTTCTTCAGAGACTATGCAGAGTCACACAAGAAGCTCTCAG AGCTTGGATTCACACCACCTTCATCTTGCTTCAAGTTAACAGTAAAGAACAGCACGGTGT TGGCACAAGGTGCCGTTGGAGTTGCTGTTGCAGCAGCTGTTGTAATATTGAGTTACTTCT ATGAAGTCAACAGGAGAATCAAGCATTAGTAAGCACACACGTTCCATAAAGCTCAATATT ACATTGGGGAACTCAGTTGAAGCAAAATGGAAACTGAATAGCTCCATAATTCAATGTCAT CAAAATTGGCGATTGTTATTGGCACCGCTAAGAATGATGCTAGTATTTCTTTATGTTTGA TCAATAAATCTTGGGATGTGCTGAGTGTAGCTACTCGAGTGTAAAATAACATGTCATTGG TGGCTTTGAAATATCATAGACCTACTCATGTTTCAAAAATATTCTCTGATTGAGAAAGAA TTGTTCACGGATTGGCATCACATTTGTCATTTCTCTGTCTTCTACTAGTTTTAATGTCAC TTATTATAGTTTATCGCACAAGAGCATAAAAGAAATTAGAGATACGTTGTAATTTTAATC TCATATACGCGCGAAGTCTCCACTATCGGGTCAAAACTCCATTGAGATATCTGTAAATAT ATAGCCTTTAATTAAATCCAAATGCTAGTATCAGTTTTGAAATGGCAAAATGGGGGTTGT TTTAGTCCAATCAATGCAATCGACTATTTTAGTCGTTTGTTTGTTCGTCATTTGGTAGTT CTCTGTTCATTGTAGGAGTAGTAATACTCCATACAATTTTGTTTCTCTAGAGTATAAAAT TATATGCTACTAGCACAACATTAAGTCATGTATTACTAATATTTATATAAGTTATGTGAA AATCTATAACGTAGAATGTTGAGTTATTTAAGAATTTAAAATAACAAATTTTGGTGACTC TTAGCTAACTTGGAATTGAACTTACCGTCCGATATTTGGGTTCGCAATTTATTTTACATT CGCAATATTGTTGAAGTATCAATTTTATAGCGCAAGTTGAAGTCAAGAGATCAGGAATAT ACGAAATTGTCCCAAAGTTCGATAATTGACAACTATAAATGTCAAAAATGAGCCAACTGA CGCTAATTCGTCCAATTCGTCTAGAATTTTAAGGATTGGAATAAAAATAATTTAAATTGG CTTCAATCTTAACTCATTCAAGTCTTAGCCATGTTAAGATAATTCTCAACTGAGCCCAAT TTAATTTCTAATTTCAACTCATTTTAAAACTCTTTATTTGCGTTGATGTAACGTATGTTT CTATATTGAAGGTAATAAAAGTTAAATAACAATATATAAAATTATTGAAATTAAGCTGCT CATGACCTAACACAATTTTTAGTCCATTTAAATCTAACTCATTTGAGCCCAAAATAAATT TGGATGGGTCAAGACCAACTCAATTTCTATTTCAACTTATTTTAATATCTCTAATTTCAA TCCAACCTTCAATTTGACACCCCCAAGGCCCTAATCCAATATATATGATGACGCGGAGTT TCACACATAAAAGTTCCAAATATCCTTTTAATTTTTACTAGTCAGTTATTTCTAAAATAA ATTTTCATTTTTATTTGTTACTTTTGACATATTAAGAAAAAATATTTTTTTCTCATGTTT TATCCTTAATATCAAATACTTTTTCCCAAATCATTTTCTAAGACATCATCTAATAAGGGA TATTTTTTTAAAATATTTATATCATTAATTATTTTCTTAGTGGTGTACTGAATCAAACTG TGACGTAAACGGATAGAGTAATTTGCTTCAAATTTTATTTCCTCATTACAAAGAGCTTAA TTGCTGAATAATTTTGACATAAATAATCCAATATTAATTAGTATTTGCCTATTTTTTTCC GTCTTACAAAAAATCACAAATGATTCCTTTCTTTTTCCTCCAATAAAATGCCTACGTCTA CTTCCTTTTCTCCTCCATGCTATTCACGAGTCATTATCATTGTCATACGTAAGAAGCAAA ATAACCAATTCGTTTCTTTTATTGTTCTATATTCATTGCTTCTATACATCACCCTTACAA AATTCCCCTCCCCAGTGCTAGCTCTATATATAATTCCCGTTTCCTATTTTCATTCATCAA ATCAAAGTTAAGCCAAAAGGCGAAGATCATTTGGCATAATATATAGTTTCAGCGTACCAT TCATGGCGCCACAAGTAGATGAGAAATATCGTGAAGAGATAAACAAAGCACGAATAGAAC TTGGAAATCTTGTAAAATCGAAGGAGTTCAGTGCTCCTGATTTCCTTCGTTTAGCGTACG CATCCCAATTCACAATTGCCAATTCTCATCATAACGATGATGCAGCAAATGCTACTTCTA CTCATGATGCCACAAAAAAGAAAACTCAATCTGCCAATAATAATTCTCTCAACACAATTG GTAAGTTTATATTTCATATGAATCGATTGTTGGTGTATCTTTTTGAATTAGACTAAAAAA AGAAAGTAAGAGAAATAAATCGAAACAGAGGGAGTACTATGCACCTTCTTATTAATGCCT TTATATTGCAGATAAAATCAAGGCCAATCATCCCATAATAACGTATCCTGACCTCTATCA GGTGAGATATATATATACTTGTTGTATCAATAATAATTATCCGTTTTGTAATTTGCTAAT TTAATTAACACCAGATGCATGCAAGCTAGTAATTGTTGAATATTTGGTACTGCAGCTTGC TGGGATTGTTGCTGTTAAAGAACTTGGTGGTATAGACATCGAGTTTGTCCCTGGTAGAAC GGTACGCAAAGGAAATATGAAAATTTATAATCCTATGTCATACAGTTTAAGAAAGACTTT TAAAAATTGTGATTTTAAACCTGTTTGACCGGGTGACTGTGAATCAAGGATAAGAAAGAG AATTTTAAAGTTAATATTTCTAATTATAGAAAGATAACATTATTTTAGGAACGGACTAAA ATGAAAATTGTACCACATACATTGGGACAATGCTAATTAGTATACTACTCCTTCTGTCCC AATTTATATATGACACCTTTTATGTTTTGAGAGTCAAACAATATAAGTTTGACAGGAAAT TTGCGCATGAAATCTTCAATTTTTTTGAAATGAAATTTATATATTTATAAACTACGTAAA ATATACTACGAGTTATAATAATTGATAATTCAAAATGTTTAAAAGACCTGTGAAAAATTT AAGATCACAGATAGACTTGCTTGACTCTTGAAATCTGAAAAGTGACGTATAAACTTCTTT ACCCTATTATTTATTTGAAACGCATCACTAAATTTTGCTACCTTTCTACCAGGAATCATT AATTTTACCAGATGAAAACTGCCTTCCTGATGTCAAACAAAGTAAGTTATATGTAAATTA GCTGATCTATATATCATTTTGAAGTTGCTATATTCCTCCATACGTCTTGTTGTTTACTGT GTTTCGATGCTGTTTTTTCAGGTCCAGAAGAACTAAGAAATGTCTTCCGAAAAGTGAAAA TCTCTGATCCCAAGCATATAGTAGCATTATATGGAGGTCTCAAACTGGTATATGCATATA TAGATCTGCATCAATATACTCATATTTCTCACACGTATATAAATGCTGTTTCGTCTTATC GTTCCTCTTCTCGGTTTGCTGCTACAGGCCACAGCTGGAGCTCAGGCTACAAATTTGAAA TTGGACAACTCATACTTTGTGTAAGATTACTATACACCCAGACTTCTTCTATATTTCAAC ATTCATTACAAGGAAAAAAATGTCATATTTGCTTTTCCAAATGATATCTTAGGGACCTCC TCGACAAGAAGAAGAATTTAAGTCCCGCGGAAAAAGCTCTGCTTGATGATCCGGAATTTC ACCACTGCGTGCAATGTTATGCAACGGTATTATAATAGCTCATGTCTATTCTCAAAGTTC AATTGTTGCAACTCATCATAAAACTCTTCAACATTATAAACATATCTACTGTGGACTGTG GCCCCTAAACAACTGTATTATCTCCAACTCAAAATGATTTTTCATATTCAGCATAAAGAG GATTTCTTTGAGGACTATGAAGAGGCACACAAGAAGCTCGCTGATCTTGGCTTACCATAT TCAGCATTTATCAAATCAACATTAGAAAAAAGTGCATCACAAGTGAAGAAGGTGCTGGCG GCACAAAAGGCTGTTGGAGTTGGAGTTGCTGTTGCAGCCGCGGTTGTAATATTGAGTTTC TTCTATGTAATCAACAGGAGGACTGCTAAGCATTCGTCATATCAGTACCAGTAACATTGG TGGTGAACTCAATTGAAAGAAAAGATATGAACAGTTGGACTCCATGGTTCAGCTATAATA AATCTTGGATATCTCCTATTAACCTCAGTTGTAAACATTCATCAAAATTCAATAAAAAAA CTTGAATTCCTTTTGAGCAAGAATTGTTCACAAATTGCATTTCTTGGAGAAATCTAGTAC TGAAAAAGAAGAAATAACTTTTTATTGAAGAATAATTGCCATAGGCACCAACAATATCAA TAATTAGACGCTGCCTAAAGACATTAGGGTGTTACCACATAACCACCTTCTTGAGGAAGT ATGGAGTAAAGGAGAACAAGTTTATCTCCGATGATAGTTAAAAATCAATGATGTTACCGT AATTTAAAAGGGAAATTAGACCTACTAATCATATAGCTAAAATAAATAAATAAATAAAGT TAGTCAAGCTCGTGGACTCATCGACAAAGTAATGTCTTGAAAAACCCTCAATCTTTTCTC AACTTTCCTTGGAAGGATTCCAGTATCTTTGCTTCCTTCAGGCTTGAATGTTTCCTGATT TGATCCCAGAGCGGCTGCAATTATAGCATCTTCAAAATCCTTGCTATCTGGCAGCAATCC TGCCCATATGTTTTCTGTTTTCTCTGGTGAAATTGACTGCTTTCTCATCTTATTTTCTGG TTCACTGATGATTGTCCCAAGGGACTCGTTTCTCATTAGTTGAGTTGCGTTTCCAGATCT TGTTCTCTTAAGACTCTCTGGAATCGGGACATTTGCTGGTTCATTCGTAGTCTTGGTCGA ATAAAATGGTGGAGCATCGATATTGAGTAGATTCCCATACGAAATATTTGGGTTCATACT CTTTTGCAGAGAAGGAGCTGTCTGGTTTCTGATGATGTTAGTAGAATTGATGTTCTCATT AGCAAATTCATCTTGAGGCTGGCTTAACTTGGTAGGTTTACTCAAAGTGCTAGTAGTATG TTCCTTGCAAGGCTGAGGCTGCCAGATAGCAGAAGAGCCCAAGAAGGCATCAAACAGTTT CCTTTGTTCAATTCTATCACCACCTTTATTCATCATTTCAGACTCGAGGTCGCGGAGCAT CTGCTGTGCTCTTTCGTAGGCCTTGAGATGAGAATCTACACCTCTGGGGCCATCTATCAC CGCTGGTTTAACTCTCCTAAGTGTCTCTTTTGCCTCACCTACTCTCCCTTGTTTCATCAA GCAGATGCCCAAATTGCACATTTTGTTGTTGTCTGGTGCAATCACTAGTGCCCTACGATA AGCATCCTCAGCTTCAATGTAGTTATTTTGTTGCATCAGCGCCCACCCTAAATTCCCCTG GAAGATTGACAAATAATTGTTATCAAACAATATTCATTTTCATAGGTGAGATCCAAAACT ATGAAGTACAAGTCTCACAATTCTATATTTACCAGTAATCTAGTTGCTTCTTGCTCCACA GAAACCTGAAACTTCTTCCCCTGGGATCTCGCAGTCTTCGTACGCTTTCCATTAAAGGCC AAACCTTGTTGTATCAAAAACAATTTGTGCCTCAACAGGACTATTTGGTCATCCAATCTT CCACATCTCTGCAGATATCACAAATTAAGCAGATATTTAAACGGAGGATAAAGAAGAACT GTGTTTATTCAAACAGTAATAAGCTTCTCAGATACTAGAGATGATAAATTGTTATGAAAA ATGTAGCAGACCTTATATAGGTCCAAAAGGATATTGTCAAGAGCTTCCTGTGCTTGATCT GAACACCTAGTTCTCAAAGACTTAACAGCTTCAATGGCTTCTTCAGCCCTATTTTGTTGC TTCATTACAATTGCCATATCTTTGAGAGCACTATCAACTCTGTCTCCTGCGTTAATAGCT GCCCAAAACAATGGAATCGCCCTTTCCGGATCCTTTTCGACCAACTGAAAAATATAAATG AAAAATAAATCACGTTACTTCCATAGTAGAACCAACCAACAATACAATGATTGGACTTCT CCTTTCAAAGATAAGAAAATATGTATCTAAACAGAAGTGGATCTTGGATTTAAATAGGGC TGAGTTCCAAGGGAATAAAACCCATATCTTATCCCCAAATGCAACAACAACATACCCACT ATAGTACCACAAAGTGTATGTAGATAACTGTAACTCTACATTTAGAGGCGAAGAGATTGT TTCCTCTATCTTACACCCGAATGAATTTGAAAAGTTAAAAATTAAATTATGTAGGGAAAG AAGCTTACTTGAACATTTTTGGCTCTAACATAAGGGCTGTCGCCAATGGGGACTTTGTGG GCAACGTGAAAGGATTCGGAACGAGTTCTGGAGACTCCAAGGGGTTTGGCCGGAGAAGAT GGAGCCGACTTGGTGGGTCTGAAACCTGGGGGTGCATTCCACATATCTTGCAACATCTTC GTATATGCGAAATGTGATTGACAAGAATATGTGGAATCTGAACAGTAATGGAGGGAGAGT TGAGAAGTGCTTAGGAGAATAGAACAAAAATAGGGAAGAAGGAAGAGAGACGGACTGACA AAATTTCAAGTTGGGTTTAATTTACGGAAACATTTTCAAATTTACGACCGTTGGAGGTTA CCGTTTGCTTACTAGCCGTTGTCTATCTCATTATTTATTTACCAAATTCAGTATATATAT TGCTAATTTACCCTTGCATTTGGTTTTTGTTTTAGTAAAAATAAAGGTTTTTAGTCCCTA CACTTCTACTAAAGGGTTTTTAGGCCCCTAAACTTATGGTGGCCTCATTTTTTTTTACCA ACAAGGTTGTATGTTTTTTTTTTTCTTAAAATAATAATATAATTCCATCTAAAATTTGTT TTTGATTTTTTCTTTTATAGGTATATATTATTTTTGTATTATTTACGACAAGAATTAAAA TATGTTAATTAAAAAAATATAAATTCTGATATATACTTTAAAATAAAAAAAGAAAAATCA AATCTTAAGAGACTATTAAAATAAAAAGACTTGGTTCTTAGAATTGATAATTTTTCACCT TTTCTTATCTCAAAATTTTAGAAAAATAGACATCAAATAAAAATACTAGTACAGTTTTTT TGTTTGGAAGAAAAATACTTAAGAGGCATGTGGCACTGAAATTAGCTCAAGTCAAATGAA GGCCTCTAGAATTATTTGTAGTTCTTGATCTACCACTGCTATTAGGTAGCATAAACACCG GGTGTATCCTCCCATTAGAATTTACATGACACCAGTTTTTAAAAAGATATATTTTTATAT TTGAAATAAATTAATTTTAAACAGCGAATCGTATCTTTAATAAGACCATTTATGGTCGCA CAAATATTATAATACATTGCAGATCCTAATTTCTTTTACAAAAACAATTTTTAATTAAAA TTTATAAAGAGACAAGCTGTATCATATATATATATATAGGAGGGATCGGTCACTAAGAAT TATTGACTTAAAATATCATTATAAATATCATCTCTTATCTATTTATTAGATTTTAATTTC TTTTAAAATTGTATATGGAAAACAAAAGAAAAGATATTTTATTTTAGGCTTGGAGTTTAT GCTCCCGTCTATTACACGAGGGCGGAAGATGGATGCCGATTGACCTGGTAGTCTTGGTTA AAATTTTACGTATCTTAAAAATATTTTACGATTTATTAATTCAAAAATGTTAAAATTCAA AACACATCAATTTCAAATCGTGACCCGTAGATATATTCCTCCAAAGTCCACACTCCACAC TCCACACTCCACTCTAAGCTTACTCCTTTTAAAACACTGTGCGCTCCCATCTAATAGAGC TAAAGCCCAAGACCCATTTAATTTATGTAATTCACTGCAATGACAAGTGAAAACTGCGCA GATAAGCTTAACGAGCAAAAGGGGAAGAAACAATGACAGTTCTCCATTTTTGTTTGAAAG GACGAAAGGATATTGTTCCTGCTGACTTGCAATTGGAAGTTGAGTAATAGTGATCAAGAA GAACTAAAATGTGTGTGCTCATGTCATGATGAAAGAAATAATTGTCTTAAAAAACATAAA TGCGACAGAGATTGCATAACCGAAGACCCTGACAAAATGAACAAGATCCTACATGCCTCA AGCAGTACAGCAACTGATAGTATATTTTTCCAGACAGCAAACTAGAAACATAGCGAACAA TGCACTTCACAAATCTAAGGACCTCGGAAACTGTCTGCTTTGTCCAGTCTTGAGATACCT GAGCTTGAGGACTCTCCCATTACATCAGGAGAAGATGTTGGATGGTGTTCGCGCTTCAAA GAAGTAGGCAGTCCTGAAACTTCCTGAAAGAAAATTAGAAGGAGTAACATTTCTTTAGGC TAAATTTACACAATTTCATGATTAGGATAGAGAATGTCATGTTGCAATGTTTGCACTCGA TAAGAATTCAGATGACTGATTTTCCACTCAACATTCAATAGCAAGCAATTATTTATACCA TTATCTGAAGGAATCAAAATTTGAGAAAATCAACAACCCTGGCCAAATCAAAACCAGTTG CCACCGGAAATACAGGCCTTAGATATAGATTATTGCTATGATTCCTTCAGACAGAAATAT CAGGTGCAGATGTAATATTTCCTCTTTATAATGCAGTGACTTCACTATTTTAATCTTAAA TGCAGGCATGTGTGCTCAGGTGAAGCACCACAGCAAATAAAACCCTAAGAACTATTTCCT CTGAAGTTATCTCATCTTAGGGGTTATAAGAAGAAAAAGGTAAATGCTTCAATTCAATCG TTACAGACACAATACAGTGCTTCACTTTCAGAGATGGCCACAGTAGCAATTGCTGTTTAC TGTTAGTCAGCCCCCAGTCTTACATTTAGCAAAGGACAGTTTAAAATTTCACTGCAACAT AAAGTATCAACATGGAGGATGAAGATGAATCATGAACTACAAAACCCTAGATAAATGAAC GTATTAGGATGCACCATTTAATAGACCTATTAAACAATTCTTATCAAATTTGGATGACAT AATAAATGAAATTTTTGTTGGAAAGAACAATTACCTGTATCTTTTATTGTTTTATTCAGT TTCATTCTAAGTTGGAATGAACCTTATTTGACATGCTTTTTTCCTTCCAAAGCGAAATAA TCACTCCGTCGAAAGAAATGAGATTATCGCGAATACACACATTAATTAACCAAATTGCCC AACAAAAACTGTAGCATAGGGTTTCATGCAGCGTCCTTTCATTGTTAGGTTTTCATGCAA CGGTTTACATTAAGCAAAAGATGGCAACTTACAGAAGAATACAAGTAAGAAAGAATAACA TGGCTGGGGTCCTCAAACTTGAGAGCTTATCACACAACTATACTCATGAGATTGTTCCCA TGTGACACTGATATAGCAAGAAAAAGTCATTAATGCATCTTACCTTCATCAAATGCAGTC TCAAGTCACAAGGCCGAACTTGATTACCAATACAGGCCATAACAAAATTTGAATATTGAA ACAAAACATCTGCAGCAGCTTGCTTCTTTTCTTCGATCTGGAATTGTAAATGAGAGTTAA AGCTAATAACACAATATAGAAATAAAAACTGCAAAAAGTCTCTTGCACATTGCATGGTAA ATGGTAATCAAACTTTAACTTTTCAGCAATCAGTTGTCACTCCAAAAATAAGGAGAACAT TAACAGTTCACTGAAGTCGCCAATAATATCTTACATTATTTTCCATCTTAGATGGGTTAA CTCATTGATTTACACACCAGTGGCATTCCAAATACATGTATTGAAAAGACAAATGACAGC AAATGCTTAAAAAATCATTAACAATCAAACTAATCTTGAATAGATTTTTTTGTATAAGGT AAATAATTTAATTAATGTAAAAACTCCTGTAAACAAGCTTAATACAAGAAAAATAGAGAA ACCCACAATGATAAGCATCTGTATGAACGTCACACAACCTTCTGAACTAATAAGAACTTC ACGGTACACCAAAAACTAAGTAAAAATAAGAGACTATTTCTGAGAATAAAATATATATGC CTATATCTCTATATTTCACAGTCAAACACTTCCATCAATCCTCAGAGATATGAAGAAAAC TCTCATTTAGTGGGGATTTCCACTTCAACATTATTAACAATCAAAATTTCCCATACAAAA TTATTTCATGGACAAAAAAGGTTCACTCTAGATTATCATTTTTCACTTTGATCCGATTCC TTTTTTTTGTTTCTTTAGCTAGCACTTTACCAAACTTAGTCAAAGTTACAATCTGAGGAA TATACCTCCTTTTCTTTACGTTCCTGCTTTAAAGAAAGATTAAGGGTAGATTTGCCACTT CTTAAGCCTTCACTGATTGCAATTGCCTTTAAGGAGGTAATCTTTTGCCACAGAATGCAA AACTAGAGTCTAGAAATCAATATTCACTACTTGCTTAATCAAACTAGGTGATTTCTTCAC ATTTGTCGTCTAAACCTTGATATGCAGAATTACCCAGTACCCCTGTGTTGGTAAGAGGTA GTAGGGTAACCAGTGGAATAGTAGAAGTGTGCCTAAGAGGTAGTAGGGTAACCAGTGGAA TAGTAGAAGTGTGCCTAAGCTAGACATGATGACACCATAATTAAACAAAGACAACATAAC ACTACTTTCTTTAAAAAAAAAGAGAGAGATGCAAGAAGAAGCTCCTTAATTACTCAAAGA ATTGATTGATTACAAACATAAACCAATTGAGATATCACTAAATAATATTCAGAATTTCAG CATTTGGAATGATCATCAAATTTTGATAAATTTGATTTCTCCCCAGTTTTGATATTCATT CTAGACTTAAATACTACCAACAACAAGGGCACGGGATTTCAAAATCCAAGGTTCAAGATT CTTTCTTCCATTCTTATAACTACTTTATGTTTGGTAATACTGGTTCAAATTGATCAAAGA TACCGACTTAATCGTAATCTTGTATGTCACTTTTTCCACCAAAACAAGAAATTGTTACAA TTGTTCAACTGCATCCGATACAAGGACTAAATTACTTGCTAAAGACTTGAAAGAAAAACC CAATAAGAAGCTCCGATTAAGCTTCAAAAAACCACAAACAATGTGGAAAGTCTATTAAAA TCAAAAGCAAAAGACCTAAAGTCGCAACTAAAAACTCAACAAAAATTAAAAAATTAGGGC TACAAAGCAAAAGGATACCAGACCCAGGATAATGGAAGAAAGCAGAAAGTTCGATACCTC GTAATCGTCCTTCATGGCTGAAATGGGTTTCTCCTCCGTTCTGTTTCTCCCTCAAATAAC CTCAGTATATTAATATAGATTATAGAAACCATATTAATATAGGAAAAAACGATATAAATA ATCATCAGGGCCCATTAGCTCAGTTGGTTAGAGCGTCGTGCTAATAACGCGAAGGTCGCA GGTTCGAGACCTGCATGGGCCATTTATTTCTTTTTTTGCAATTAAAATTTCGCATGGCTG ACATGATCTGTTTTAACTTAACTTTCTTCTTTTTCAAATAATAGAATTTCTGTGTTTTAA ATTAGGGAGTTTGAAAAATAAAAATATAGCGTTTAAAATTTGAACTTGAAGTCTAAGATT ATTAAAATGTTTTTAATGATTGAGCCAACATCTTATTTCATTAAGAGATTTAATCTGTGT ACAAAAATAAAAATCTTATATATAGAGCAATTTATTTTTATCAAAGGAATTCGATTGAAC ACATTCATCTTATAAAATGAATAAAAATCTCATGTATAGAACACATTCATCTTCTAACGT CTTATTTCGTTAGGAGATTTAATATGTACACCAAAATAAAAATCTTATCTATGAAGCAAT TTATTTTTGCCAAAGGAATCCAAATGAACACATTCATCTTCCCGCCTCCAGTTGTTTAGT AGATTCAAGACGAGATTGAATTTGTAATTTACACGTTAAAGGAAGTTTAAAAATTAAAAG TTGACTTTCACATATGTCGATAAAATCTTATATATAGAGCAATTTATTTTTGACAAAAGA ATTCGAATAAACATATTCGATTTTCCGCCTCCAGCTATCTAGAAAATTGAAGATGAAATT GAATTTATAAGTATACGTTAAAAGGACGTTTAGAAATTAAAAGTTAACTTTCACATATGT CAATAATAATTGAAAAAATAATTTTTTTGTTAATCCTAAAATTTTGAAAGGCTATAAATT TGTATTAATTAATTTATTCTTATAGCATATTGTGATTATAATTTTTATAGATGAAAAAGA TAATACATAAAATTTAAAATACAATTTACAACTAAAGATGTGATGTAATGTGATAGTATC TATGTAGTTCTAAAAAGTATAAAACAATATTTTGAAATGTTTCATTATAAAAATGAAAAT TACAAAGTGAAAAGCTTTGCATATCTAACATTCATTTTAATTGTTTATTTTTGTTGACTC AATAGTTAGATATCACTTATAATGTCTTCGTGGCACTTTGTGTTCTGATTATTTTTATTA TCTTATATTATTATAAGTGAAAAAGCATAATTCAAAGTTAATTTATTATTTTATTTTGGT AATATTGATTAATATTAATTTATTAAAATTTTAATGTATTATTAATTTGAGCCCTAATTT ATTTTTTTTCTCTGGATTATCATAATTGTCCTTTTCATCGTTCAAGTTTTATAGTTTTTA TTATCAGTTGTTTCAAAACCTTTTCAGATACTCAATGATCTATATAAATATCTCCAACAA TATGTCATTGTTTAATCAATCTCTTTTTTTCCTTTATGCCTCATTCAAATACATCATTGC AGATAAAAAAAAAATGCTTTGTTTTTCCTGTTTATTGTGTTTTTTTATCCAAATTAATTT GTTTCCTTCACATTATCACGAGTTGCTCTGTTCTTCATGTTGTTTTTTGTGTTATCTCTC ATAAATTTGTTTTCTTCTTTATCAAAAGTCTTTCTGTTTTAGAAGATAAATTGAATAAAT TTATGTTTTATTTATTTCCATCTGTCAGTAGCGTTTACTAATTTCAGAATACATTAAATG TCTTGTATAAAACTCTCTCAGACCGTCCTCTAAGCGTATATATATATATATATATATATT TCTCTTTATGGTTGCAAAAGATTTTCAGTGGTCTCTTTGAAGCCAATATGACATTATATG CTTAGAGGACGGTCTGAGAGAGTTTTATAGTATTGGCCCAGGATGATACAATAATTCTCG CAGTTGAGGAATCGTGAGGATCACATCAATGAGTTCATTTCTAAGATGAATTAGCATAGA CACCCAGGTTACCTGATCAAATTTTTTTTGTATTATCAGTTTTAGTATGAATTATTATAA GATGGAACACTTAAAATTCTAGGTGCTATTCCTTTTGCTCCACCAATTTATGTATCTCAT AAGTTTACTAATTGGTTGTTGTTTATTTATACTTAAAAAAAGAGTTTATTATAATTTGTA ATACATTTTTATTGATCTATTTTTATTATGTAAGTAGACATGTAAATAAAAATGCAATAA ATAAAATATTTATCACATGATCGTTTTTCCTTCATAATATTTGTTGATTTCTTTTCCTAT ATTATCTTATGAATTTTACTTTTTATCCATGACATATTGCTCGAACAAGATAGTGTCTGT GAGTGTGAGTTATATGAGTTGTTTCCTATATTTATGTTTGGAAGTTTTATTAGCCACTTT TGTTTAACATTTGATAACGACATGATTACTCATTCTTTTTTTTTCAGGGAGGAGAAACTA TTTCTTCTTTTGCAGTTTTTATATCCTGGCATTTTCCTTTTTATACATTTGAGAACGACA ATATCAAATTAATGCTTCGATTTTTTTTAATACATCTCAAAGCAATTTTTTTTATTTTTT TTCTCTATAATTTCGTGCAACTCAGGATACACATATTTTAATTTTTTTTTAACTTAAATA TACCAATTAATATGAAATGTACGTGCAATGCATGTTCAAGATATTAATTGATGTTAAAAA GTATGAGTTGGTGTTCCTTTGTTAAGGTGGGTGATCTCCATATTTGAATTCATTAATTTA TTCTATGCAAAGAAGTTGAAGTGTCCCGAGATTTGTATTTACTTTGATATAATAATTGAA TAAAAATTATTTTAGTTATATAAAAATATTGGAATCTTTCATCATATAAATAATCAGAGA AATTTACTTTTCACAAATATACCTAGATCATATATTAATTAATCATGTATATTATATATT TTTACCAGCCATTTTTAATTTAATTGAACACCTAATCACTAAATTAATTCTTATCCAAAC TTATATTTTATTCTAAGAAGCGGCAAACTTTTGCTTCTTTTATTTTCAAAATTGATATAT GTATGTATGTTTCTTTTAAAACATTATTGATATGACAAAGTATTAGTCATTATTTTCTCA ATCCCTATTTAGTTGTTTACTTTAGATGTGATATATATATTAAGGATAATTTTATTTTTA TCTTAAAAGATTATCCAATTTCCTAAGTTAATAAATGTATTTTTTGATTTAAAAAAATAT GCATTGCAATTTAGTAGTACTAAATTTTTTTTAGAATTAAATAAAAACATATTAAGATTT TTTTTTTTAAAAAAATACACAAATAAATAAAAATAAATATATATATAAAAAAGGCAATAA AATAGGAACAGAAGAACATATTATTTATATATATTTAGGAAAGTGATGACAGTTGTGTTT TTCCACTAAGAAAAACTATACTCTTTTTGTGAGTGATGGGGTTCCTATTCCATGTGATTG AATTACCGAAATTGGCATTCTTATGGAGATATCTCAAATTAACGGTGATTGTTTTCGTTA CTCGGCTGGGACTCTGCAAACCTCCCCCTGAAGAAGACGATGCCGATTCAAGCTACAACC CCAATAGTTACATCCTTCTATTAGACGGCACTTGCCCTTCCCTTGTCACCGTTCCAATCG AGGTTGCCACCGCCGCCGTCAAGCTCAAAGTCCCCATACTCCTCTACAGCGATTACCTCC TCTGCCGCCGGCGGAAATGCGGTCAATCAGTGAAGGGATGCTCAATCTGCCTTGAATCCA TGGAGCTAGATGAGGAGGTCAGAGAGCTCATCACCTGCAGCCATGTCTTCCACAGGGGAT GCCTTGATACTTGGGTGAACGATGGACACGTCACTTGCCCCTTGTGCAGATCTATGTTGC TACCCCCTAAGTTGACCTCTTTCCGATCTAATTCTCTAAATCCATCCATTAGTTAGTTTT CGATGCTTATTACAAACTTCTGCTTTAACTATAACAGATGCAAAATTAGTGTTTACAGAC ATTTCCTGTACAGATTTCCATACTTTTTCTAATAAAAAATCTGATAAACTTATTGAGACT TTTGCATAAGCTATAGAACAGTTACAAAGTTAGTTTCCTGTACAGATTGCAATACTATTG CTTATCAAAGCTCTGCTTTAAGCTCATGAGTTTTCTGAGCTCTTCCATTTTTGTTTGTTT CTTCCGTTTTTGATAGAGAGGTATGATGGTTAGGCTTTTCTTTTAGTCAAGGAAAGAATG GTGGAAACCATCAACTTGCTGTCTATGGGCTTGGTTAAATAAGCATCCATACCAACCTGT AAGCATTTTGCTTCATCTGATGACATTGCATGAGCTGTTAGTGCAACAATGGGAATGTGT GTTCCTGTCCCCATTTCTGATTTTCTAATTGCCTTTGTTGCTTCATAACCATCCATCTTC GGCATCTGTTAAGAAGCAATTATATCAGCAAACACAGCAGTTTCTTATAACCGTAAATTC ATGCTCTACTTACTTGACAATCCATGAGGATCAAGTCATAAGGAAGGGAATGAGAGCCTT CAGCTTGGGAGGTAATTGAATTATCATCTTCCTGAAGAGATTCATTTCTACATTCATCTG AATTAGGCACAGGTTTCAGTGCTTCCACTGCCTGTAGTCCATCTCCTACAACCACCACTT TAGCTCCCAATTTTTCCAGCATTATGGTAGCGACTCTTTGCAGAACTGGGGTATCCTCAG CAAGCAGTATGCATAAACCTGCTAGAGATTTCTGCCCTGCTACCTTATTTGAGCAGGCAT TTGTGACCTCTTTGGTGGAGGTGCTTGTTAAATTATGTTCTCCATCCCTAGTTTGTCCCA GATGAGTCCTGTCAGGAGCATTTTCTTCCAGATCTACGCTATTGAAGTCAATGAAGTAGT TGTTTAAGGTCCCATAGTGTGAAAGAGAGGCGTTGACAAAATTTTCTTCCCTCTTTTTTT CAGGAAGGAATGCACTTGCGCATTTGTCATTTCCATTATCTGACTTGTCAGAATCATCCG AGCAGGCGATATCGGAGTGGTTAGGATCAATTTCAAGGCATTCATGCGAATCTCCTTCTA CTGGTGCATTACAAAAAGACTGCAGCTCAAGAGTTTTTTCTTTTATAATAGCTTCCAAAA TCTGAATCATTTTCCCCTTATATAGTGGTCTATTGACCATAAGTAGGTGTCTCCTTCTCC GGAGTTCCATCTTGATGGTACTCGATGTATCATGGTAAAGAATCCATGCAAACTTTGCTC TACCATGGTATTTATCAAGAAAATTTAGCTGCTCCTTCCATATACTTGTGCTCAAGTCAA GGATGCCAATGTCAACAACTATGACAAAAGGTGATGAGGCATCAGGATCTTGAATGCTCA AATCTTCAGGTTCTAAGCATTCACAAGTTGTGTCTTTCAAATGGCATCTGGATATAGAAA TACCCTGAAGAATTTGAGTGAGCTCATTCCAGTCAGATGCTCCCCAAGTGTGCACCCCAT TTCTCTCTAACCACTGGGACATTATAACTCTACCCATTTTTCCGTTGAGTGCAAGCAACA CCTGATGGATGTGCGGTAATACCGCATTATACAAAATTAGAGATGACTGAATCTACAGAG AATGATAAATAACACCTGTAATACTCTATCACTCAAGTGAATCTGTGAGTTGAATGAATA CATTTAGTCCATGAAGTTTATACTTACCCTCATTTTATGTTCCTCGAAACTAAACTGGAA GTGCTGCCCAGCGACTTCTGCTGGACAGTTTAGTTGAAGGCATAATTGCATCACTGTTCC TGGTCCATTTTTCTTTACAACTTTAATCTCTCCACCCATTTTGTTAACCTGTATATCATC CTATCATCATCAGAAGCTGTCAAAGCAGTCAATATATCTTCACTTTTATGCTTAAAGCCA ATTCCAAGGGAAACATTTTAAGAAATGATGGATAGTGGAACTTTGCTCAGAGAGTTGTTG TTCATGCCATCCTTTACCTTGTAAGAGGCTTATGACCACATCAAGTCTTAGAAAATCACA AGATAGAACCTGAAATTTATTTAGAGAAAAAAATTGAACTCACCAGGGTACGTACAATGC ATAGTCCGAGGCCAGTCCCACCATGCCTGAGTGTGAACATAATCAAACGATGAGTTTTTT TCCTTCCCAGGTACTAACTAGCTTTTAAGGTAGTAAATTCATGCATGTAATCTGTTATTT AACTAAAGAAGTTCACCCATATATGAGAACGATGTGAAAACTTCTTACAAGCGAGTGGTA GAAGGATCAGCTTGCTCGAAACTTTCAAATACAGATTCCCATTTACTTGGATCAATTCCT AGAGCAACAAAAAAGGGAAAATCCAGAGAATGAGAGTTGGTATGCAGTAGCAGAAAGTGG GATAACAAGTTAACTGTTGACTTTATGGTTATTTTGGTTATTCTTACCACAGCCAGAGTC CTCAACTTCAAACCACAAGATCATTTTGTTATCTTTCTTGGAGAACTTTTTTCCCTGGCT TTCTTGTCGTTTCAACTTCACTTTAGGAGCAGACCAAGAGTCTTTCTGATTAAGTGGAAA ATTCCCTCCGCGAGCACTTCCACACCATCCGCGAAGAATGATGTAGCCAGCTGTAAGTTA TTTCTCATGTTAAAATAACCAAAATCATGACCCTAATCTCTTCGTTTTATGAGAGTTTAT ATCAATATAGGGTCAGTAGAGTCACTCTGTTTGATTCGTGCAAGGGCTTTTCCAATTATG AGGACAAATAGAAAGAGTTGAAAATGTATTTATTAAAAAGTTGCGCTTACAGGTTGTGAA CTTGAGGGAATTGCTAATCAGATTTGCGAAAATTTGAACGACTCTGGCTGAGTCTCCTTT AACTAATTTTGGCATATCATCTACAGATAGAAAAATGAGAAAATAATATGCATTCAGAAA ACAATGTGAAGAGTCTCGAAATCAATTTGTAAGGAGAACAATGATGTACCAGAGAGATCT AGAACTGTCTCAACATTGTGATTAATGCACTGGACAGAGAACATATCAACAAGTCCTTCA AGTTCTCGAGCCAAGTCAAATTCTGTTTCTTCCAACACTAGTTTTCCAGATTCTACCTGC CCAATGAATATATGATTTTTCTCAGGTCTAATTAAAACACTCTTTTGAGTAATGAGCTTA AGCTAGCTGCAACATTACCCTAAATAGTCTATTACCATTTCATCTATGCTATAATCTCTC CGAGGAACAGTAGGGTGACCTTAGTTAATCAAAGAGTAAACTCTTTCGAAAAGTATCATC AAAAGAGTTGTTAGTGTGCATCTTACCTTACTGAGATCCAAAATGTTGTTTAGAAGCCGA AGCAAGGCAGTTGAGCATTTACGAATTTGAGTAATAGTTGCATACTGTTCATTTGTAAGA AAACCATCACTTATAAGAATGTCCAGCAAGCCAATAACTGCAGCCATAGGTGTTCGTAAT TCATGACTGTGAAAAAACAAAGCATGAAGTAACTGTAGAAATGTACATATGAGAAACTAA AAATTTAAACTGAGAATGAATCTTTCGCAGAGGTAAGATGTAGAATAGAAGAGCGGAAGT AACAAAGGAGTGATGAATATTCACCTCATGTTCGCTAGAAATTGGCTTTTGTAATTGCTC GATGCCTCTGCTTTCCTTCTTGCATCTAACTGGCTTATCAGCTCTGCTCTAAGTTTCATT TCCTTTGACACTCCATCTGTTAGTACGAAGATGCAGACACATCCAATGATTAGGATGCAT ATTGATGCTGAGATCAATATTACAAGAGTCTTGATAGCCCTCTCATCTACCTTTCCCATT ATATATTTCCTTGGAATGATGATAACTCCTACCTGCAAAGTTTGCAGATCATTAAGCATC GATAAATCAGCAGAACGAGCTTATCCAATCATGATACTGAAGTGTACTAAGCTAACAATT TACCATTGGAAGTCTCTTTAACTGCAGGTAAAATGAGTCAATATAATAGAGCTGATTCCC AAGTTTAGCATTCTCTATGTGCACTTCTTGACTTGGGGTAAGCCTCTTTCCATAATCCTT CTGTAAGCACTCAGCCCCAGATCGTATAACGGGGTCTTCAGAATCAATAGCCATCATTAG CTTTGGTCCTTTTGTAGTATTCATCAAGAGAGGGCTATTCGTGGATGTAGCGAGCAACCA TCCTTCTTGAGAGGTTAAATAAATGTGACCACTATGAAACTCAACAATTTCTTTCATCAA TTGACCTACACTATACAGTGCTGTAGTAACTCCTACAACAGCAACTATGCTTTTATTCGA TGGATCCCAAACTGGCAGTGCTGCTGAAAGCAACGGTGAATCTGTATACTTGCTCACAGC CACATGCCATGAAGCTGCACCATCTGGTACTTGTGATATACCAGCAATGTTGATCAACTC GTCTGGTGGAATAATGCTTCTCTTCCCATTCCTTTCTCCAGTTGAAGGATCTAAAGGTTC TCTGTACCAAATTGCTGAGATGTTGTTGTGTATAGTTTGGTCATTCCATCCTTGACGAGA CGATAACAAATTTACATCATATGTATTACTAATAGAATAATTGGCAAGATCAGAGTATAT GTAGAATGTATTGTTACTCCTGTGATCTCTATGGAAAGCCTGAACAAAACCATTTTTATA GTTGATGGTTAACGAATTAAGAGCTTTCCGACTAGCAAACAGAGCCCAGGTTACATCCTT CATGGATTCGTACAGCTGCTGAGGGGCAAACATTTTGAATTAATAAAAGATAACAGTACC AAATAAGTTGAGCAAGAGAAAAAGGAAACAACCTCAACTTGTTGAGCTTGATCAACAGGC TTGCTATACTTTCTGATTACATACTCTGATAGCTTAACCTGAGCTGTAGTTATTTCAACA GTAGAATTCAAAATATTCCACATCCTTAATATTGGTCTCTGCAGAAGCTCATGACGAAGA CCAAATGCGAGTGTGTTTAGTGATTTTGTTGTGTAAACTCTAGTAAAATGCCATGTTAAT AAAGTTAGCATTCCAATCAAAATTGCTAGCATGACCTGCATACAACCATACAGAAAAAGC CCAAATCAACAATCTGAATCAATCGAGATTCAATTTTCAAAATCAACAAAAATTGGAGAG CAAAACTATAAAACAGCAAAAAATTATCTCTATTGTTGCTTACCATAATAGCAAGACGAA CAACGAAAACACCACGATACGATGAGTGACAAATACTACTATCAAATGGAAGTTCTTCAT CGACTTGATAATTTCTTGGGGTACCACTACCACTACGCGATGGAGATTGGTTTCTTTTGG AAAAATCAGCAAATCCAAGCATCTTACTGAGAATTCTTTCAGGCAATGATCCTTTTGGTG TAATTGGAGGGGATGAAGATTCAATGCTCAGAGTAGTAGTAGTTCCATAAGTTGCTTTAT TATGTGCCATTAATATTCTCTGTTCAACTGTATAGAAAAAGAATAAATCATTAGAGTTGG AGGAGGAATTTGGAAGCTGATAGACAGACAAGTAGTGTAAATGACAGAGACTTAAAGAAG GACCAGTCAGTGTTATTATATAAAAATACTGGTGGAAATGAACCAATGTCAGTGTGACAC TGAATAGTGGGAGTTATGTGTGTTATTTGTTTACTTTGTTCCACATCCACATAACATTTT TTATTTCCTCTTCTATCTAAACCGGTCATTTGTTGGAAACAAATTATTTCAGGATCAGAA TAGTATAAATGTGATAAATTATTCTAAATACTATAATCAAACAATTTATCCCAATACTTT TTTCTTATTCCATGACTAGTTATAAGTTACGTAGCTTAATTATCTTTTATTTTAGTTTTC GACCAACCACCGAACTAGTAGCTATCACCCGTTATGTTAAAGACTTACTCATTCTTGTGT TTATATTCAATTAAATAATTTAAAAATTAAGTGAAAATACAAATCATCTTATCATGATTA AGTGATGACTGTATGTAAAACAAAAGTATTTGTCATGCAATCCTTAATATAAAAGATTTT ATCCTTTTTTATCACTCATGTTGCTGCCTGAGTAATTTAAGTTCAATCTTGACAATAAAA TTCGCCCGATTTAATTCTTAGAACTTGAATGGAGGCATATTTATTACTCCTTTATAATTA GAAGGGTCAAATACCCTTTTCCCTTTTTAATAATATGTGAGTCGTCTAGAATAACTTTAT CAGTACAAATATGTATCAAATATTTTAAAATATTCCAAATGGATAAAATGCAATCTACAT TAGGGCAGAAAGAGTATATAGAGTAACTGGTAAAACTTTTACCCCAGGAGTACAAAAAAG AAAAAAACTTGTATAAAGTTAAAACAGACTCAGAAATGAGAAAACTCAAAATGTTTTTTA ATCAATATGTTTGATATCAAGAACCTCCATATTTTGGATAAATCCTTAATCATTGATCCC ACCACTTGAAAACCTTTTTCCCTTTTCTTCTGTTAGTAGCTAGTACTTTTTATCATACGT AACTTCTGATTTAATTGTACAAATGTGACCTGAAAAGAAACAAGGTATCATAAAAAGGAT TACACGATAAAGTAAAATTATACTAGTTAATTGGTTGTCTTAACTATCGTTCTAAATAAT TATCACTTGCTATCAATATTCAGTGATAATTAAGTGGGCTAAGGTTTCATGTTCGGAATT TATATAATTTTTGTATATGTAATTTTATATAATATAATTTGTGTAATGTTTAAAGTTTTA ATATTTGTGTTTCTACGAAAATAGTTTAATTATACAAACGTACATGTGAATTATACAAAC GAGACAACTTAAACGATCGATACAACCAGCACATATGCAATTATAACTATGAAACGTAAT TAAATTAATTATTATAGTGACTATTTGAGAAAATTCGCCGAAGAAAAAAGAAAGGGAAAG TCACACAAAGTCCTCAAAATTGATAAGTCTTTGGTTATTATAAGGCTCTTTTTTGGGGGT ATATTTTTGCTGAAACATACCACTTGATAGATTGAGACTAGTGACAAGTGAGTAGTCACC ATCGAAATCTTGTACTGGCATTGGCTATGCAAAAATGTAGTTGTCTTATAAGACCTTAAT AATTGATTTTATAGTACATACATTATTTCTTATGGTCTACACTGCCTTGCTGTGTTGAAC TGGACTCCCTCTTTCTTGTTTTTATGTTTTGTAACAAAACTCGTGCAACATCCCCATTTA CAATTGCTCAATAGTTGGATTATGTTTGCCCTAAGGTGTGTCAAAATTTGTCTCACCTCG GTTAGCTCGAGTATATTATTAAATTAAAATGGAGGGAATAATAGCTAATTTAAAACTTAT AATAGCTAATTTAAAACTTATTATGAGTTTTACTCTTTTTTTTTTGCTAGAACCACAGTT ATATAGGTAGAGAAAAAGTCTAACGAGTTCATGACTCGGCTTGTTGGTCTCACTTGTACT ATAAAAACGCTTTGTTAGGCTCGACTCAACTTGATAACTCGGGTCCATAATATCACAAGT TAGATTAGGCTATACTAGTACTATAAATTAAACACTATATACTCTTAAAAAAAAATATTT CCATATATTTATCGTGAATCAAGGTCACTATACTTTGGAGAGAAATTATATGGTAATGTT GTTTATCTGAATAGAGAACACATATGCTAAAAAAAAAAAAAGGATTAATTATCAGAATTG CTCTATGCAAAAAATTATACTATATTTATTTGAGATTAAAGTTTTTTTTTATATATATAT ATATTCTCCTTCATATATTTGCAGACACGTCATAAAGAAACAATGTTCTTAAAATAGTGT TAGGTTATAAAAAGGGATAATGCACAAGTACCCCTCAACCTATGACCAAAATCTCAGAGA CACATTTATACTATACAAAGATTCTATTACCCCTGAACTTATTTTATTAATAATATTCTA CCCCTTTTCGACTTACGTGGCACTAACTTGTGGGCCCAACACTGGTTGACTTTTTATTTC AAACTAGTGCCACGTAAGCCTAAAAGGGATAGAAAATTACTTATATAATAAGTTTAGAGG GTAATAGGACCTTAATATAGTATAAGTGTGTCTCTAGAATTTCGAACATAGATTAAGGAA ATACTTTTACATTTTCCCTATAAAAAATAGCGTTCAATCCTACAAATCGACCAATTTAAG ACCATATTTGTGCAAAATGAGGAGAAGGACGTCCCCTTTACACTCCCCCCTCCCCCAAGG GCCAACTGCCAAGGACCTTTTAAAGTTTGCATTATTTAAAGGACGATTCCATATAAAGAG AGAGGTCATAAGTTCATATAAATCAAAATTTTCAAGAACCCAAATATTCGAATAAGCAGA CAAGCCATATATTTGCAAGATTGCAAAATATAGGAGACACAACACGTGTATTTATTTTGG AATTACACCCAGCAAAAGGCAAAAAGGGTATCTCTCAATTTATTTTAAAAAAACACTCAT AGTGCTAAAGAGGCTGCATTTCCCTCGTTTTAATTTACGTGACATATTTTTTATTTGAGT CCTATTTATTTGACAAAAAAGCCAATAAAAATATATTCTTTTATTAAAAATTTATTTGTT TTAAAGAAGGTCTAACAAAGTATTTTTTATATTACGTTAAATTTCATATTTAATTAAATA ATATTAAATAAATTGAAATAAAAGGAATTAATTGTTATAGAACAAAGATATTGTAAACTA TACGCTAATTCATCCCAACTGTATGACCAAACAATCAGTTTGACACTATATGCTTTATTC GTCATTAAAAAGAATTGAGATATTTATATATTAGTATAATTTAATATTTATGCTATTGTT TTGCTTTCATAGTAGGTTCCACTACATAAAAAGAAAAGTAGTTTGGTTGAATTAAAAATA TTATAACCTTTTTAAAGTATAGTTTATGAATCAAAAGTTTTTATTTTTTTTTAGGTTGTG GTGCAACTCCTTTTGCCGATATTGGACAAAAATAAGTAATTGAATAGAAAAGGTAAAGCT CACAGAGCATAAGTATGATATGATGTCGCGATACGTAAAGGAAGGAGAATTCACGGTTCG ATTTGGTTCGATACATATCTCAAATATATTTAAAGATGATTAATATTTATTTGTATTAAG TAATTATATTTAATAAGAAACTTTACTAATCATATTTTAGTGATTAATTAAAGTCTAAAG CCAAACACATAACGTTAATCTATATATCGAGACCCGAGTATGTTAGCCTATAAACCAAGT AACCAACATTATTATTAAGAAAAATTGTATATAATAGCAAACTAATAATCTAAAACAAAT GGAGTAACTAGGGTTTGATTTAATTGTGCTCCATAGCAAACATTAGCCAAAGTTTGCCAG ACGCCTCTCTCCCAAAAATCTCGTTCGCCACTCTCCCATTCTCGCTCACCTCTCTCGCTT TATACACAAAAGTGTATAATTTCTGTTTCTGTTTTCTATAAAGCGAGAGAAAATTGTATA CACACATGCAAAAACATATATCTCCGTGTTAAACACTTAATTATACAATTTACAAACATT TTACTTCAATTCAATTGTAGACAAATGCAAATTTTATACAAATATTGCAGAGAAAAAGGC CAACGTATTATACAATTGCAGTGGAATACAATTTTCTCTAGCTTTATACAACAGAAGCGT ATATATTGTGTTTCTGCTTTTGTATAAAGCGAGAGAAAAACATATATCTTCTTGCTATAC ACTTATAATTATGCAAAGTACATACATTTTAATTCGATTCAATTGTATGCAAAGCAAATT TTATAAAAATATTGCAGCGAAATAGGCAACGAATTATACAATTGTGCATTATATAATTAT AGTGAAATAGGATAGCGAATTATACAATTGCAGGGTAATAGGCGAGCGAATTATACAATT TAGGCCAGCGAATTATACAATTGTATATGTATAGCGAATTATATAGTTTTATGTTTGCTA TGGAGCGTAATAATGCAAACTTTGTTATAGCATACAAATATGAATTTTTTATTTGCTATA TGTGAAAGTTGCCCTTATTATTAATTATTTCATCTGTTTCATAATACTTGATCCTTGTTG ACTTGATATATTATTTAATAAATAAAATATATTATATTGAACTAATTTTAGTAATGGTGT TTTGAAATTCTAAAGTATAGTTGGTAGTTTACTAAAACTGACAAATGAAATAGAACACTT ATTCTTAATACAGGAGTCGAGTAAAATAAAATGACAAAACAATAGTTACTTACAACTTAC TACTGTATATAAAAGTTTGACATCTAGGGGTACTCTCTTTAGCGTCCATAAACTGTCAAA GGTCGCACGAAAAATAGTCCAAATTAATTTTTTTCTTAACATAGTGGTCCGATTAGTGGG TGGTTAACTGATAAGAATGGAAATAAAGTTCATCAAATATAATTGCAAGAGGTGGCTAAA ATTAATAAAATACACTTTTAGCTCTTGCTTTTTCAATTTTGGGTTTGATTTGTGCGCTTC ATCCTCAAGAACAGTAATTAATCACTTACTAATAGTGATCTAATTTGTGGTCTTAATTCA TTTGATTTTCCACTCTATAGCAAAATAAACATATAGTGCTAGGTTCCATCATCGTCGGCT GCACAAATTATCCACTTCTATATAGGAAAAAAATAATATCAACTAGCAATTAGTAGTAAC AAGCTCTAATTTACCAAAGAGAAAAAAAAAGGAGTAATGTAGTGACACTTTTACTTTCTA AAAAAAAAATTCCCCTTTGAACCAATCATGTAGTCAATGTTATGATCATTATGGGCAAAG TGGGGAATTGAACGTGCGCATGGTGAATTGACCCACTTTGCTAGAACTTGTAGTGTGCAT TAATGACATTTAAATTAAAATATTTTGCCATATACAACGAAACATCTCCTTTTAATTGAG ACTCATTTTTCAGTTTAATGAAATATTTAAGGAGGTACATAGAAAAGAATAATCAAGAAG CAAAAGTGTGCAATACTTTTAATAATTGAACAACCATAAGTTATAATAGGTGTAATGAAG TGGGGCTAAAGAAGCAATTAAAAAATATGTAAACCTAATTTTCCAGTGAAGGAAATTCAA ATAATTAAACCCTTTGCGCCCTAATTCCGACTAATTGTACATGTAAATAATTTGAAAGAA AATATTGAGTTTTAATTTGCTAGACTCGCAAACTCATGAATGAGTAATCTGTGGCGTATG ATGATTGAAAAAAAAAAACTTCAAAATGGACAAAAGAAAAGTTTGGCAAGAACGTCAATG TCAATCTTTTGACACTAAAAATGAATTGGAGTATTTGATTCGTTACTTTAGTTGTACTAG TTTGATAAAGAGTATAATTTCTTTTTATGTCCATTGGGATTTGAGAGCTTAGCTAGTAGT GGTAGTGTGGTACTAAGAATTGGAAAACTTTAAATTCCATGCATTTTGATATTGGTGAGT GAGTTGGTATCCGCATTATACTAGAGATCGATAAAGATATTATACTAATAAATTTATTAG GACATGTCCAATGCTCATCACTAAGAGCTGCTTATCTATTACTTACCAGTTCTTCTGTTT GCTAAAGGACAAGATTTTTTGGAGAATATATATATCTAGTGTTTGGTTACCAGAGTTTAA AATATCTCATAAAGATTGATACTTGATTCCAAAAGAAGAAGAAAATCTAGAATTAATGTT TAAGATTTTCTGTTTGATAACATGTATTGTTTGTTTGTCATAACAGACCTCATATATTTG TCGTTTAGATTATATTATTATCAAGCTGAAAACATGCGCGTCATGTTAGCTTGTATTATG CTTTATAAAGTTTTTTACTTAGCTCTCTCATTTTAATTAATATGGGATGATCACTTAAAA TATCATGCATATGTTCCTTTCTCTTGAGAAGCTTGTTATCCTAAAGCATATCAATAAAAA AAAATTATGTTATTTGTCCCCATTGATCTGCTCTTTGCCATGAGCATCATATACATCCTT CGCTTATTGATATTGAATTAAAAGAAGTTAAAAAAATTAAAATGTGAGAAGGATAAAATA TAACGAAGGATATAATCGTTATATCATATTTAGATGATAAAATTGAGGTATAGATAATCT CTTTTCCCTTATTAAATAAAAAAAATACATTAAAACATTTTCAAGAATATTTAATATCAT ACCAAACACATTAATATTTTTGACAAGAGAGAGAGAGCGGAGACAAGGACCGAATTTGCT GATCAAATTTACACGTTTAACCGCATTGGCTTCCTCAGTAGATAATCAAATAGTGCCATG TTTCCAATAACCTACACAATATTACATGGTTTTCGTCATATGGGACCTAAAGATAACATT GTACAACAATATTTGTTCACTTAGGAAATTAATGAATAATTTTATATTTAGTTTTTTTAA TTTATTTTTATTATTAATTATAGTTATTTTCATATTATATTTTTCAAGACAATATATTTA TTATATAAAAAGGGTTATCAGTTACTTAGTAAAATTATGTTTTTATTTAGGGAAAATGCA CAAGTATCCCCTTAATCTATGTCCGAAATTTCAGAGACACACTTATATTATACTAAGGTC CTATTATCCCCTTGAACTTATTTTATAAGTAATTTTCTACCCCTTTTGGCCTACATGGCA CTAGCTTGAAAAAAAAAGTCAACCAACGTTGGACCCTGAAGATAGTGCTACGTAGGCCAA AAAGGGGTAGAAAATTATTAATAAAATAAGTTCAGAGGTAATAGGACCTTAGTATAGTAT AAGTGTGTCTCTAAGATTTCGCGCATAGGTTGAGGGGTACTTGTACATTATTCCTTTTAT TTATAATTTTTTAAGAAGCGTGCAAAATCAATAGCAGACAACTATTATTGGACATAAACA ATTGTAGTAATGGACATGATTTAATCCATTAAATAACATCAAATGGGGGCACTAAGCATG AAATTTCATATTATTAATTATCGTACCCACATGTCTAAGTAAGAAGTTTCTAATGATAAT ACATAAAACGATGTTTACCGAATTGATCATGAGAAACATTTTTAAATTAAAGGAAAGTGA TTTGTGACATAATATCCGGACTCTAAAGTCTAAACCACGTATATTGTGATAGCCAGACAA GCTAATAACGAACAGACGCTAAGGGACAAGTATAGTTTGTGTTTGTATATTCTTATTTTA ATAAAAAGTAATCTTACTTTGAGCAAGATAGGGCATTAGATAGCCACAAATCATCCAAAA TCACAATAAAGTTAATATTCTAATTAAATTCGAGATTGAACGCAGTAAAGTAGTTTTAAC ATTATGCGATGGTGCAAAATATTCAAATGCTTAGTCCTAAGCCGGCCCATGATATGGATA ATCATGGTGATCAATAAGAAAATCAATCAAATAACAACTTGTCAATATATATCAAGTTGT AGTTTTGTTATACTACGAAATGATCGGTTAGGCATAGCAGATTAATGTACAGCATAAAAC TGGACAGCTAGAAATTAGGTATGAATTAATGTCACTTCCCATACCACTTGTTAATATATT CTTACTAAAAGGTAAAATGCTATTAATATTCTGTTACCATCATATGAATGTATCCGCTCT TGGCATGCACAACTTTAAAATATGTTACTAGTTGGTAAGGTCTGCTTACTTATATACCAA ACCAAACATTTCTTTTGTGTTCTTGTTGAGGTGGGACTTTTTATTTCTAGGTGTCACAGG ATAAATCTGAATAACAGCAGCATCGCGAAGTAACATAATTGTATTGAAGGAATAAAAACA GAGAGAATCCCTATCATTATATCCATGATTACAACTAAATATACATTCAATTATGGATAA CATGTGTGTCTTGTCAATGATCAACTATATCTAAGCAAGAATTGTTTTCCTGGTGTCTAT TCTTTTTTGAAGATAACACAGATTGCTAAGAGGGTGAAGAAGTAGAAAGTCATGAGGTGG GGCTGATGTGTGAAATTTAATTTACTGCAAAGACTAAAATCCTTATCCTCTATGTATTAT TATAACATGTACAAAAATATTGAAAATATTTAAAAGAGGGCTTCAATTAAAAGCTCCACC AGTGAAAACACAAGAAAGGTCAGTACTTTGTGCTCTTGGCCTTCTTCATAGTAGCAGCTT TAGCACTAGACTTAAGTTGGGTGGCGCGATTAAAGGAACTTTTGGGGTTAAGAGCCTTTC TGATCTTAAACACAGTCCAGGCAGTCCCAACAGCATGCCCTGCTGCATCAAGCCCTTCGC TTGCCACTTTTGCTGCCTCTTCTCCATACCTACAAAAAACCCAAAGTTACTTCGTCTAAG TTAATTACAAAAGATTAAGCAGCATGCATTCCTCTTATTGTATTGCTTAACTAACATAGT GTGTGTTCAATTAGTTGAGTTAAGTTTCTCGAGATGACAGCAGTGGAAATGTATTTGTAT GGTAAGACTAGAGTTCATAAATAAGGATATAGCCAGGAGAGTTCATCAAACTGAGCTTTA CTTCTGTGAAACAAGTTCAGTTGTCACGGTGGATGATGTTGACATCACATTCTTTCCAGC TACTTCAACAGCATCACATATTTTGCCTATAACAAATTAAGACAAATATCAGGCTCCTGT TGAAAGACAAATCATATACGTTGACAACATACTCTTGTAAATACAAATGCCGAATGCACT GTGCAAAGCACACAAAAGTTCTTTTATCTAACAAACTTAATCTGATACAGGTGTCTGTGA ATGTGAAATAATTCTTTTGGTCCTAAATCTGACTCTTAGAAGAAAAAATAACTACTAAAT GGAAAACATATAGACTCCGGAAGGCTACAAACGAAGTCAGAAAAAAAAAAGGAAGCTGTT TGACTTACAAAATCCGTCCAGAGTAGCAAGGACCATCTCTCCTGGCAGCATCTTGAAGAA CTTTTTTCCTGCTACGGAATTTACAACTGAACTAGTGAAGAATCCTGAAACCGAGAGAAC TCCCGAAAGGACTCCTAAAGCTACTTTCTCAGTCATCTTTGTTACTGTTTTAACCCTGAA AATTAAACACAGCACATAATTTTGAGTAGAAAGTTGATTCTTCTCTTAGATGATTTACAG CTAGGCATATGAGTATATCCCTGATAACATATTCAATGTAAATGCACACCAGCAACAGCT AGCTCAAATGAAAGCTAGATATCATGGCACTTAAATTCTGGATTTCTCTTGTATCATAAC TTGAAACATGTACAGAACAGTAGGTAAGAACTATGTGAATAAACAAGGAAAAGATTTTCT TTTGTATTTTAGCTCCTTTGTCTATCATTAAAATTCAAGGAGATTTGGTATAAATTACAA ATACCTTGCAGAAAATAAGAAGCCACAAACATAGAAAAGGCTAATCCTAATTTAAGAGTC AACATAGTCTAGATGAGATGAAGCAAGAAATACCATCAATATTAGAAGGTCACAATACCT TTGGATCCTCTTCAATGTCTCAGGACTAATCTCGGCCTTCGTCCCTGTAGCCATCCTTTG CTTTAAAACCTCATTTCCGCGCATCAATCGTTCTGCTGACACATCTCCACACCACAAAAT CCCCTTAATCAGCTGCCCTGATCCTTGAGCAACTAATTTTGCAGCTGCTCCACTATATTC CTCCACATTGGGTGCTAACGTGGTCCAATATTGAGCACATCGTTCTTCTAACACCTCCTT CTTCTTCTCCGATTTCAAGTCATCTGGAGACAATTCCCTTGCCACAGTTCCTCCCATTGC CAATGCGGCATTTTCGTCCACTTTCTGAACAGAAAAGGTGCTGTAACTCTTCAAAATATC ATCCAGCTCCTTCAACAATGCCTCCTGACCCTTTGAAGCAATCGTCAAACCATAATTCAA CGAATCATCCGTCGGTCCCTTATCTTTCTTTTTCTTTTTCTTTTTTTTACCCTTTTCTTT GTCGTCATCAGTAGTGCAATCCGATTCATCCTCTTTCAGAGCTTGAAATGAGAAGAAATA ATGTGAATCATCCAATTTCACCGCAGTCAGGTCCTTAGTTATCGGCCATTGAATATCATC TCCCACATTAGCAAGGATAGCAACCGTATTCTTATCTTGCAGGAGACGACACAGAGACAA ATCTCCGTCAGCTAGCTCAACAGAGTAATTTTTATCGATCAAATGAATGAGGACACCGGG GATAACGAGAAGGTTTTCCTCATGGGACTCAGGAGGGGGAGATGGAGCAGAAGGGATAAT ATGGTAATTTTCAGGGAAGAGATTCTCGGCGAGGTCAGTTTCGTTTAGGGTTGGATACAA ATTGGGACGAGAAGAAGAGGTTGTTTGGAGATCTGGATCATTGTGAATGACACGTGGGTA CAATGGGGCTTTTTTGAGATTAGGGTTCTGAGAAGCCATTGAAAAGCTTAGAAAAAATTA TTCAGGATGGAGGAAGAAGGAAAAACAAGATTGGTTTTTTTCTTTTTTTTAAGGAATAAG AGGCGAAGATAGCGAGACACGTGGAAAATTTGTTTGGATGAATAACTGCTATAACTGTCT GGAATCTTTCCCGCCAAGTCCATTTGGAACGACAAATAAGAAACATAAATGGGACAAACA TTCTATCCTAATTCATGTCCTCCGCGTTATTTACTTTTTCTAGAAAAAAGGAATATTTTT CCTTCCATTTTAGCACTCATTGTCTTTTTAGGCAAAACAATGGGATATTTCTTAGTAAAT AATAAAGTTTTTGTTGACTGAAGAGAATGCTATAGAGCAGATACAGAGAAAATCAAGGTC CACCATTGTGATCCATTTTGATCATCTTTTATGGCAGAGTGGTACAGTCGGTGGCCGGAG CTGAAAAAGACGTTCTCCTCCATTTATGTTCCAGAATATACATAATCCATTTGCTTTCTT TGGCATACATCATATTTTATGGAAAAAAATATTCTCCTCTGTTAAAATGGACTCTATGAA CCAGTTATTTTGACTTTATTGGGGGTAGAAAGTAAGAAAAAATTGTTTTCAAAAATTAAC AATGAAAGTCCGTATCTCCATGGGACCAAGCTCGACTACAAGACTAGACATGTCTAACGG GCCTCCTCTAATTGGTGCAGACTCACGGCCACTGTCATGTTCTATATTCCAGTTCATCTT CTTCATCTCATTCTTGCCTTGATTCGCCGATAAGCTTGTTTCCTTGATTGCCTTTATCTG AATATACAATGTAAATATGTGTCAATGCCCTCTAACAATATCAGTAGACTGTCCGGGTTA GTATCTTAATATGCATTAGTTAATCAACACAGACAGAGGAAGTAGTTCTCAATATTATAA AGCTGCATTACCCTTTTTCCAGCAAACATTTCCTTCAGTTGAACTTTGGTTATTTTCGAA TAATCAGCGTCTTCCCCAGCCTATGCACATCCACAACACATAAATCACAATGATCAGTAG TGATATCAGTTAACAAGGCACAAAACATAGGTCCAACATATAATGATGTCATGTGTCACA CTCTCAATTTTATATTTTGTTTCAGAATTCAAGTAAATGTAAGAAGTTAATGATTTTTCT GAAGTAAAGCCGCTGTTTCTTGGTGAAGTGAGGCTGAGACAAGCAAATGAGAGAAGATTT TACCTCGTATAGATGAGCCAAACGGATAAGTACACCTCCGTTATCCAACTCCTGGAAGAT AAAAACAGAAATGACTTCATTATTTCATCAAAGGATAAGGATCATTTTAATCACTGCACG CTCTATACAATAATAACCTGGAGAGTAATCAGTGCAACATTAGGAGGTAAACTATAATTG GGATTCATGATGGTGGCTTTGGTCATATGCGAAGCTTTCCATTCTTCCTGATTCTGCAAG ATCAAGTTGTGCAATTTCCCGATATCAAGCAAAAATATTGATCATTTAAAATTAAGGAAT ATCATAAGGTGTGTAGGGCCTGCCGAATTTGGTCCTCTTCATAATATGTAGATTGTTGAG ATTACCTCATGTGCAAAAGCTAAAATAAGAGGTGAATAAATTTCTTGGCCAGTTGTTCTG CGCCAACGTGAACCATCACTGTTTTTATGAATTCCCAGATAGTAGTTCCCTCGAACCTGA CCAAGGGATATGAGAACAGGTAAGTTCAAAAGAAGCATACTAATCAGAGGTTGCTACATT TTGTATTTCTGAAGTACATTTTCCTTGATGAGCAGCTAAGTTACGGTTGAAATCTTATTG CAGCCTAGGCCTGCTTTGGAATGCCATATCAAACGTACCGTGAGTCCCTCACATGTACTC CCCACACAGACAGGCTCATCAAGGGCTTCACCCACTCCTCTACCATCATCATTGATCAAG CGCCTGGTATAATTTGAAATCCATTACATTTGGAAGTCCAACAATTATATTAAGCATGAT ATATTTATAAACAAACTAAAGAAAAAAGTTCAAAGATTTGAACCTGTGCAACATGAGTTC TATTTCTCCATCCTTTATGCTGGCTCCACCTGTTGCACGATCTACCAAAACAGACAATTC TGATTTGTTATCTGTTATGTACATTCCAAGATTTACCTGAGAATAAACATAGTATCAATA CGTGAGCTCAATCATAAAAGTGCAATTTCAATTCAAGAAAGTCTGTTGGGAAAGTAACTG GATAATAGTTCCCAGCAACAGGTTGAGTAACTTGGAGGTCCCAATCAGCTCTGTAATTTC TAACCTGATGAGCAACAAATTATCACCCAAATTAGCTCAAAAATAAACAGAAAATTGAGA TAAAGTGAATAAAATATGAAGCCCAGTACATTGAAATCCTGATGACTATTTTCCTTGTTC ATAAATTGCCAATGTAAAGGATGTTTATAATATTTCTGTTCCATTAACAAGCACATTGAG CCAATATAGCAGACAGATAAAAGCATGTTCAGCTAGTAAGCCAACATCAAGAATTATCTA GTTCAAATTGAATAGATGGTGATACAACTCAATGACATTTGTTTCAATTTGTAGATAAAC ACTTCAAGGAATTTAAACGGACATTGACAAAAGCTCTCAGCACGTTGCCATAGTATAAGG TAATGAAAGTCAAAATGTTGAGACAATAAACATGAACTAAAAAGGGAGAGAGTATATTGA CAAGATATATGCACACAGAACAAAGAGACTATATTAATGAGAAACTGTCTCCTTAGGTTT TATACAGCTTAAATGTACTTAAAGAGGAACGAAAAGTTAAGCTTACTCTTTTAAGAAAGT CCCTCCCATTAGAGTCAGTGTAGAACACTTTATCAGTGGCCATATTTGCTGTGATTTTGG TAATGACCTCTTTTCCAACACTATCTTCTGTCGGTATAGGACCAATCTTCAATTGAAGAG GTATGTCAGATATACAGTTCATAACTACCCTTCAATGTGAAATATCATTCGGCAGAGTTG ACTTACAGTGAATTCGAGTTCAGCGTGTTCTTTGTCTTTGTAAATCCTAATTACCTGAAA CATTGACATATCAAGACATAATAGAATCAATCAATACAGTTTATAACAGAATAAATTGGA AAAGATCAAAATGATGCTGACTAAAATTGAGTTAATCAAGGAATCATGCACCACACCTGA GATATCCATGAGTTGAATTGCTGGTGGATTTCATCGACCAGGGGTCCACGCATTACCTTT ATTGGAACCTGCTAGCAAAAAGGAAATTATTCTGCTATGAAGAAAACTAGATACTGTGTG AGAGATGCAAATCAAAACTTCAGTGAAATAACTAATTGATTTATTTCGGAAAAGATGTAG GACCACAATTGCTGTAATCAGTTTTACTTGTTAAATAACAGGAACAAAAGGGAGAAGACT ACTCACTGATCTCGCAACTATGACTGGGGGTGATCCATCGGGTCTGAAAATGTAGGCACC AGAATCCTGCAATGGATAATACAATTAACATCCTAACTTACTATGTCTCCTTTAGTAATG CCATCCAACATTTAATTATACCTACAAGAACATCAGCAAGTACCTGATCCAAGTTCGAAC TCGAGGCATACCAAAGATAGCTTTGTTGTACAGGTATATCAACCTAATAATAGTCATTTG TTAGTTAGAAGGATGAGACGGCCCTCGACATAGAAAAGAAAGACAAAGATCAACTAGATA AATACGGGGTAATATGAATTATTTTGTGTACTATAATCATCATCAAGCATGTCTGTCACA GCTATGCACAGAAATAGAATGGAAGATCTTTTGTTTGTTACTAAAAGTTTTTTTAATGTA ATTTAGTAGATGACAATCAAAGAAAACAACAGCCTTTACTTATAAACCCACCCTTATCTT CATTCCTAAGCAATTGGATCAAAGTTCTCATTCTACTCTTTGTTTTAGATATATTTCAGC AGATGTAATCATCCCGACCCTAATAAACCGGGGAGGAGAGATGAGACTTGTATGAAGAAA AAAGAGAATATAATGCATTTGATAGCATGTAATAGAGTATAACCTGTTGACAAGGACCGT TAGACCGCGTCCAGGTAAATAACTAGTATGCTTTACAAGTCTTAACTCAGCAAGAAAAAA AATGGCAAGGATGCATTCAATATGCTTCCAGGTTGAGATACTGACATAATTAAGAACTTA CTCCTGTTATAGAATTATATAGACGTTTAAGTTGACCAGTACTTGAGGAAAAGGACGCCT TTAAGTTCCCTGGTCCAATTTCAACAGTCTCGTTCAGTGGAATGTCCATCTTTGTGACAT AGCCCGCAGAGCTCCCTGTATATTTCAGCAGACATTGAAACATATGAAGGATGGATTTAT CATTTTACTTTTTGAAAACAGGCAATGCCTTCTTATATTTTAGTCATCTATGAGCATATT AGTGATGAAAAAGAGACATAGAGAGATAGAACATTTTGTATTACCCTTCTGTGAAGCTTT AGAAATAAAATAAGTATTCCAGCCAAGAGGTGACACAGACACTCGAAAGAAGAGCCAATA TTTGGGAGTTTGTTTGGGTGATATTCCAAGATATGCCTTAACATACAACTTTCGTAAGTT GCTGGTAATATTATCCAACTCTATAAATTGTGCCTCAATTAGATTTCCCATGGAATCTTT TACAATAAGATCAGCATCGTTGACCTGTTAAAGCAAATACAATTAGATAACCATCAACAG TGAATAAGCCATTCCAAAAAAGCATAAGAGAAAGAAAGAGAATTAGGAAAATAGATCAGT TATATAATTGTCTGAATTATATGGGACTGACATATTAAATAAAATCAGCTGGCGACTGGT CTAATGATAAAATGAGCAACAGAAAGAAAAAACAGAAAAGATTATTCATTCACCGGGATC TTGATGATATCAGTTCGATTCCATCCAAGAGGATTGTATGCCACAACAACCTGAAAGTGG GAGTATTGGTGTAAAAACATTTTTGCCAGCATATTGATAAGGTATGAAGCATGTTAATAT ATAGAAGGATAATTTACCAAATTCTTCCCCTCAGTGATGTCTTCTTCAGTTGGTGGACAA TAACTTATATTGAGCAGTTGACACTGTTCACGACATGTAAAAAAATAGAAAAAAAGGACA TGTCAAATAACTAGTGGTTATTTAAGACTTCTCGCCAAATTACTACTTCCCCTAAGCATA TCATTTGGAAAGAAAAAACTATACAAACGGAACTTTTGAAACTTCAATAGTAACTTTTAT CTACATTTGAATGTTCTAAATGTTAAGGATCTTATTAACAATTAGTTTTTAAGCTTGAAG AACTGAAGGGAAACCCAAGTAACCGAAAATTCACCTGGTTGAATAATGATGAAGTGGTAG AACATGGACCTGATCTGGAATTAACCAGGCATGATAAAGCAGAATTCACCACAACTTCAG ACTGAAAATCAGAAGAACTATAAACATTAGATCATCCTAAACAAAAGCGTAAAAACTAAA GTTCAGGCAGAAGAGATCAAGTCCAAATTAAGAATAGGAGCCCACTTCAGAAGCTCCAAT AGCCAAGCGTTTTGCATAGTCATCAGTTGTATGTTGTTTAGCAGTACCAGTCACAGCATC ATGGTGTTGTGTAACTCCCAGTGCATCTCCTAAGCTAAACGTGTTGAAGCCATTTGATTT CCTCCCAGTTAAGAATTCAAGCTGGCGAGCCGCCTGTCAAAGGATAATTCAAGGTTAAAT TTGATGTCTTCAACCTATAATCTCACTACTGAACCCATTATGCTTTGGCAAATATGGACT CAAATTTAAGTATATGATAAAATTTTAGTAGTTTCTACAGAGATATCTATGCTCCATGTG CAAAATGTTGGGTTTAGTTGAACCCATTTAACATCATTTCGCATGACCTTATCCTAGATT AAGTGAAGTAACGACAACAGAAACTCCAATTGTTAGCAAGATTAAGAACAATTTACCAAT CACCGTGTACATTGAGGTACAACCATAATAAATGTTGACACATAACACAATAACCACTTA AAAAGTAAACACACTTTTACAGTTTAAGCTTTTAGATGAGATTAGTTGCACAGTCCAACA TGATACCAGAGCAAGAACGAGGTCAATAAAAAACTTAAGCCAACATGTGAGGAGTGTGTT GAGACATAATATGATAGAGTAAGTAAATAAAAGTGTGCTCTCTCTAATAGCTTAAAGTAT TAGATCAGATGGTCAGATTCCAACTGTAAGGATATCTTATTAAGCTTCTCATAGAGACCG GTGACAGAAACTAGGTTATCAAAATGGAGATCACAGTTACACAATTTTCTTTACTACATT CAGGTTCCTTTTGACGTTGATTTTGTAATATGGAATCATGGAGCCAGAAGAAAGAAGCTA AGCAGGCTCACCAGATAATATCCACTTAGCATACGAATATATCGCTTTAAAGCTGGTCGA CTGGTAAAGAAACCAGTCCAATAAGAATTTTCACCATCTGCATATCTGAAATTAGTTAGG GATGTTAGATAAACTCCATAAAATATTCAAGATAAACCAGGAGGTATAGAATATCAAGCA AGTGCTCACGGAAAGTAATCATCAGTTTTTAGAGGCCAAGATTCATTGGTTGCATGTTTT GTATCTACATAAATTGATGGAGTAGAGTACAATGCATTCACTCGACCGTCCTGTCAAAAG AAAATGAGAGCAAGTTAGTCTCTATGATTTTGCAAATGTTTAAACTGGACTGGAACAAAT AGAGCTATTGGTTCTCCATTAGGATTCGCTCATGAAGTTTTTGAGCTAGCTGATAAATGT ACTGGACAACACCAAAACAGGCTAAGAGTCTTGTTATTACATTTTCTTGAAATAGAACTT ACGAGAAGACATATTGAAGCAATCACTCAGACAGTTGAAGAAACGTGTTCAAGATTTTTA TCGAGGATTTAACTAAATTTCTGCAGAGCCTGAAGTATTTACCTTGTTGACATAGTGAAT TAATTTATCCATTTCCTTGAACCAAGATTCAGCATATTGGTATTGGAAGTCATCTCCCAT GGTCCACATGACGTGATTCGTACGTGTCACGTTTGCCTACACATCACAATATTCAGCTTT TCATTCATTGCATTTACATGTAGATCTATTTCTAGCTACAGTTCTACGAAAATTGATGAT TATGAATAACTGAAAAGAATTGTAATCAGGGTACTTGTGTAATTGCAGCATTGATGAAGT CATTAACCCGTATATCGACATTTATGTCAAAGATAAGAGGATCATCCTGCAATTCATATA CCAAATATATCAGAAATTTGTTCTCCTTTGATATACTAAAACAAACCATAGAGAGACTAA TCTTTTATTTCTGCCAGTACCTGGACTGGAACAAAATCATCAGCATCATCCACTTCGAAA TGAAAACCATGTGGTGGACTATAATGTACAGGAAATGCGTTGGTAAATATCTGCAAAGGA ACCACAAACAGTGTTAACCACAAGTGAGCAATGATATAAAATAAATGCACAAAGCTTAAG AATGCTTCATCAACCTGGGAGGAAGAACCAAATGTTCTCGAACCACGCCATATAACCTCA AGAGCTTTATCCTCCTTACGTTTTGCTCTGTCTTGATAATCAATGCGCGCAAAGTGAACA GAATCAAATCCTACCTGTGAAAGTTATCCGGGAGAAGTGAAAGAAGTATCAATATTTCGA GTCAGATCAGGATTATAAACTTCAAAATAATTTACGTCTAATAAAAATTTAAGTTATATA TAATACACTCTAAACCACATCTTATGAACGCTCAGCTTACATACCTCTGCGCCAAGAAGA TAAGCTTGCACGGCAGAGTGCCCAAATGGATCGATCTGCCATCCTGCACGAGGAGTGATA TTGAATTCATTCTTTATCAGTTGATGGCCTAGTGTTGTCTGATCAATCATATCTATATAA TGGGTAGTCGCTTCATCATGCATACACCAACCACCATTTCTGTTCCAGAATTCTCTTTTT CATAAAAAATTCACCCGAAAGAACATAAATAGAAGTTCCTTGCAAGAAAGCTAACATACA CGAATTCCAGCTGGCCAGAAGCTACAAGATTTTTCACTTCTGCTTGAATTTCCGGGCTTT GCCTAATCCACCACCGATGGAAAAATGCCTACAGAAGGATCAACAGAAACATGCCTAATG AATTGTGCATCTTTTGTTCCTTATAACAACTTCGCCTCAATACCAAATAAGTTGTATGCA CACAAAATTAAGAAGAAGAAAAACAGCTTTACCATTTCAGCAAAGACAAATTTCCTATTC CGATCACGACGTAACGACATAACAACAGAGTCCAGTACATTTTCAACACAGGCACCCTGC AATGCATCATCAATCATTTTTTACTAACAACAGCTAAAACATAATTTCCAATTTGAATAT AAGATGTAAATATGACCTGTATGCTATTATTTGATCCAACATAGTACTGATCAACAGTCT TTAACCAGCCAACATCATCGTGTGAATGAGGAACCAAATGAACATTCAGTTTGCTTTCAA CAATGTTACCCCCAGTATTGTACTTTAGGTATCGATTAGCACCAATTGCCCCATAAACAC AAACAGTACTACAGAAAATGAACAGAAAAACTGAAGCTGGATTAACAGAAGTTCTCATTT TCAAACCCAACTTAGAAAACTGTGATAAACATGTTTACTTAAATATATATAGAGAGAAAG ATTGAATTGCTAAAATCTTCTAATTTTAATTTACATTAATGCTAAAACATTTATTTGCCT TTTATTCAACAATATTTGCTTTTTTCTCAAATACTACATTTCAGACTACTTAATTAGCTT GACTTCTTATTTATGTAAGTTGGACTTTTTTTTGCGCAAAATATAAAAAAGAAGTCAAAC TAAATAAATAGTCTGACAATCTAGTATTGGAGGAAAAAAAAGTAAATATTTTAAAATAAA AGGAAAATAAATATTTTAGTCTTAATGTAAATTTAAATTAGCAGAAAAATGCATTTTAGC AATTCAATCTTTCTCTCTCTCTTTATATATATATATAAAGTTGTCGTTTACAGAGTTTTG TTTATGGAAAGATTTTATTCCAACATGTTTTTGTTTTTTTTTTTTTCATATTAGTGGTTA TCATATGTAGGTCGTTTGGTCAAAGCATATTAATAATATTATGTTTAAGTATAGGTTTAT TTGTCATCTAATCAATCACCGTCTTGATTGCAATTGTAAACTTTCACATGATACCCTTAT CAGTTTCGAACCTTACATAAACGGTGTTGATACATAGCATTTGATACATAAGATTCTTTT TATTAGCTTAAAAAGAAAGAGAAACTTCAAATTAAATTTTTGATACATTGAGAACAATAT GTGTATCAGGTACATGAAAACATTGAGAAAAACTAAACATTATACTTTTGAATCATGTAT ATGATATGTTGGGACTGATACATAAATTCAATAGATTATCTTGCATTTATAACTTGATAC GTTGTGAACGATTAAACAAATATATATTTATAACATCAAATAACTAACAAACTTGGGGTT TTATGTATCAAAAAATAAATGAATGATGATAAATTACAATACCCTTTATTTGAGGGTTTT TTCCACAATCATTTTAGAAGTCGAAGATGTATCCTTCTCAAACTAATTGGACAAAAATCA ATACTAAAAAATCAACCTTCATTCATACGTATCAACAAATTTTTAAGATGAAAAAGCTTT TCAAAAAATTAAAAATAAAAAACTGAAGTGATTCAAAGAATTACCTCTTGAATATTTTGA ATTATTAATTAAAAGAGAAAAGATTTGAAAATTAAAAAATGCATTAATGGAGGTAACAGT GGAGACTTGGGAGATTTATCGCATGGAAAAATAATAATATTGAGTATGAGATTTCAAATT GATGTATCCAAAAAGGAAATGAGTGAGTAGAATAAGACATTTTTTATATTTTTTAAACAG TAGAAAAAGTTTAAAAAATATGATAAAAAATGGTGCTTAGTTAGGTAATATTTTTTTTTA AAAAAAAAAGGGGGGGGGGGGGGGAGGGGAGGGGGGTAAGTTGATTGAGAAGCGAATGCT TACCTAACAAAATAAAAATTTCAATAGTCAAAATTAAATAAGCTGCTAAACTTTTCTTCC CTAACAAATTCTAAATAGTGATATAGTTATTATAAATCAATATAACTCTTAATCATATTT TGAACCATGACAAGCATCAATATATTTTTAAAAGTCCCCACAAATCTTCATCGATTTTAT AACAAGAATGACTCGAAAAATTTGAAAGAATAATCAACATGAAGTATTGAGGTAAAATGT GACAAAACTGCATTGGTTTTTCCCATGTCATGTAGTACCAGCCTTCCTGTCACATTAGGA GGGAGGGACATTGGATTTCACGTGCAAAATGTATGGATGCTTTTTTAATTATTCCAGCCT GTTTTTTTTTTTTTTTGGTCTAATTCCCAAAAAAATAAAAATAAAAAGAGGAAATTGTTG TAGGGTCTAATTGGTTATTGTTGGCGTAAATAAATAGGTACGAAAGAAGTGAATCACTAG GGGACAACAACACGAAAAGTAAATTAAGTAAAAAGCAATTTGTCAAACAAGAATCTTTTT TTAAACATAAAATGGTATAGTACCCTTTGTTAGCCTTCTTCATAATATATTGTATTGACA ATTTAAGTACTAACATATATTTAGATTATCTCTATCTAACAGTAAAGAGACTTAATTTGG TGTGGTACAATAGTTGTTATTTTTCGATTTTCTTGTCTACATATTCAATTTGAGTTATAA CTACAGTCCGTAATAAATAATACACTTGCTATTTCATAACCAACAAAAAGAGTAAACAAC ATTAATTTTCTTACTAGCGAAGAACCCATTCACCAACAATTCAACATGCACAATGAATGA AGAGGCAATATGGCGCTTTAGTATGACAAATCATAATGACACAGACCTCTAAAGTTGAAA TTGAGCATATTGTATATCGTATATACATACAAAGGTATTCAAAAGTCTTTTAAAAGATTG GATTATTTCGTCCATTACCTTGTGAATTGAGTTAAATATAGTCCTAATCGACTAGTCCGC TAACATAACACCAAAAGTTTCAACATCAATACTATATATTATTAAGCACATGATTTAGTT TTAATGGTTCCAATCATTGTACTGCAATTATTGATGACAAGATAAAGACGTGACACAGAC ACGTCCAAATTTGATATAAGTTCTTTATCCTTCTATCCATGAATAAAGTCGATCTACAAG CGAAGAACTTGTCCCATCATTCGTTATTTTGAGCAAGGCAATATGCATCATTCTCTTTTG ATGTTAGTTAGTAATTGGAAATATTCAATGCCCATTGATATTAACATTTCTGAAGTCTTT TAAGGACAAACCTAATTTCTTGGTTGTCATCCCATTGATATTAACATTTCTGAAGTCTTT TAAGGACAAACCTAATTCCTTGGTTGTCATTTGGTAGTTGTTCTACAATGAATGCCTTTT AATACACAATGACGTCTGAAATGCTAGGACATCAAATTTAATTGGACCTCTCCAACACTA TTCTTAATCCCTTAAAAAGAGAAGAACTCTTGGTATAAAAGATCACGAGTATATCAATAA ACAAAGGCAATCAGAAGTAATCCGAATCTGCATTTTCAGTGATCACAAAGGATGTTAATA AGAGGCTAAAATTAAATGTTTTTGACACTGAAACATTAATTGTCACTTCATAGATTTTTT GGGGACGCATAATTTTTCACAAAAGAAAACGCTGGGTAGCTGAAGGTAAACACCATCTTG TTTCTTGCTAGGATCTGTCCTTAACGTGATTTTTTGAGAGAGAAATACAAATCATCTGGA AGCCACCACAAATGAATCTAACTGAAAGTTCCATAATCTTATAATAGTACTTTAAAGACG ATTCAATTAGTCCCTCAAGAGTAATGAGATACAGCCCTACCCCACAGACATAATAAGACC CATTCCAATGAGCAATTTCAGCAGCAGCAGCATACTTGATTACCATCTGAACTTCTCTAC CTACAAGATTAACAGTAATGTTCATACTACCGGAGCAAGGTAGGAGTATACATAACAAGA TGCAGTTTTCTTCAAAAACAAAGCATTAAGAAGTTATATACCTGAGCTGCAAATAGTTGT ACGCATCTTTACTTCTTGTCCTCTTTCTGTTCCTTATCATTGTCCTCATCCTTCTTCTGC TAGGACAAGTTAGTTCATTTTTCAATTCTATTTGGAAAAACAACAGCAAACATGCTACTT TGGTAAAAAGATGACCCCTAGAAATCCCTGGCTTTCCTCCTTCCACAATGAAAGATAATA TAACCTTAATGAAAACACAACTGGAAACTAATGGTAAGGAAAGAAAGCTGAAGCATCAAG AGTAACATAATTGCACCTACTCGTCTTTTTGATATATTTGTCACCCATACTGTTTTTTCG TTTACTTGGAAATATTAAATAATACCCTAGGATCTGTTAAGACGGAGGTCTTCTAGAATG CAAAAAGGCTATTTTAATAGGCATGGTCAGCTTTGCATCTCTTGTCTGAAGAGCACCAAT TCTTAAGGGGTCGTTTGGGAAGAGGATGCATTAGAAAAAATAATGCATGTTAGCTATGTT AGCTTTGTGTACTCCTAATGCTTTATTTGCTACACTTTCTCAACCTATCTCTATCTGGTA TTATGATGTGTATAACTAATCCAGGGGAAACCCTGGCATTAGCAATGCAAGTAGTTTTGA TGAATGCATTAGTATGGTTAAAGACACTTTCTCCACATCCTTTCCACCATTTTTGTCGAG GGTATTTTTGTAAACAATTTTTTTTTTTGGAAAATATGTCATGCATGTTATATTTCACAC CGAACGAAACACTTCATAAGGAATAATCTCAGCATACCAACATCATTCATATCAGCATTA CTAACAGTCTAACACCATATGAGCTCAAAGTACAAATACAGGCACATAAACCAGAAACAA CAATTAAACAGGAAACTAAACCCGAATACGCTCTTTGATTAATAATTAATAAACTAATTA TAATTAATAAGCTAATTAACTCACCTCGGACTGCCCTTGCATGGAAGCAAGCAAATCTTT GACAGAAGGATCGTTTGGATCAACACCTGGAAGCTGTCAATCAAATGCAAAGTTAAGTCA AAAGTGGCAAAAGATATACACTGCAATCCTTAAGGAAAAACACATACTTTCTCTGGTGAA ATAACAGAGTTTTGTGTACAGGAGACTTACTGAGGCAAGGATTGATGACACAAATGATTG ATCTGCCAACAGCTTACTCATATCTGTCGGATTTGACTGATCATTTGTACTGTCTTGCAC AGACAGTTGAAGAGCTGCAAGCACCAGAAGGTTCGAGACAAATCAGAAGTGTGCAATAAT GAGCGGAACTTGTAAGGTAACAACTACAAAGGATACTGTGCAAGCTTCGACCTTTTCAAG GAATTGGGGATTTTGATAAGGGTAAGCCAGTGCCATGAACAGCCAAGTAATAGAGTCTAA CACAACCTCCATTGGCAATTAAAGGCCAATTTCAGGACAAAAAAGGTTAAGTAAAGCATA AAATAATAGGCATTTCTTCAAAAAATAAACCTTAACTACTATGTGAGCCCATTCTATCAT ATATTATCATATCGAGAAACACGGAGAGGAGATCAGATCGGTGCTCGTTTTTTCTTTTGA ACCAGAGGAGTGGGGCCCCCGCTCCCTCTCTTCCTTCAAACATCAACTTTTCAAAATACA ATACTCATGTTGTGGCACACTTCCCTTCTAAATTTGCCCAAAAAAAGAACACTTTTCTAT ACTTAGAAACAGCTTAACTTTAAACCTCTCATTTTATGCTTAATGAGATGAATTATAGCC ACATAAATGCCCATGACTTGTTTCAGGCCACAAGTTTTAAGTCTTCCATTCTTTCTTAAA TAAAGTGCTCGTCACCCACGCCACATAAATTGAGGCAGAGGGAATAGTTGTTTTCGATCA GGAAATCATTAGAAGTGCATAGAATAAGTCAAGATTAGTTATGCACATCCTAGGTTAGGT ACGTTGTGAGAAATGCAAGAAAACAAGGAATAAATATTGTGAATGAACTTAACTGGGTTA GGTATGTTGCTAACAGTTAAAACTATGTATCTATGAGGTTGTGACAGGATACCAGCATAT CACCATTTAAGACTGCAGATATCATAACGTACCAAGTGCCAAGTCTTGATCTTCAGAAGC CGCTTCTGACATGTCAGTGTCTCGTGTAGCAACATTGGAGGACGAGTCATCCATCGACAT TGCAAGGGCTTGCTGTAACAAGGCATTCTCATCATCCTGCAAGAGATCCAATTATAATTG AAGTGTTATTTCATCTTGACTTCCAAAAGGCCAGCATCAAATACCCTTCAAGCTAACACC CAGTTTTATTAAAGAAAATTTTCAGTGTAAAACTACAGGAAACAATATCCTCTTGCATGA GTGTGAACAAGGTAAAGTGCAATGCCAGAACAACTCTTACTAAGGTATTTAAGGAAGTCC AAGAAAATAGAGGATTGATGCAATTCCAGAAACTCAATGTGTAATACATGGTTCGGCTAA CCAGTAGAGTCTTGCACCCCACCTCCCCACAGAAAAGGAGAAAAAATTCCATATACCAAA ACAATCTCAAACTTGAACAGTTGATAGGAAATATCACATTTAGTTACATCCAAAAGAACG AAAAAAGTTCTTTTTTCCAACTAACATTCAGAAGTATCAGATATGAAGAATATGGATAAG ATAAGAACCATTAGGTCAGTTGCTTTGCTTTCAGGCTCAGAAGTTCCTGCATTGACATTT TCAGCCATAGCAACATCCTGAGAAGTAGACTGATTTTCTCCTTTCTCTTGGTTACCAGCT TCTTCTGCAGCCTTCTTTGCAGCTGCTTCCTGCCTCGCCCTTTCTTCCTCCATTGAAACT CGGAGTGCGAGAGCAAGTTCTGGATCCAAATTAGGATCTACACCAAAATCATATCCAGAC ACTCCACCAGCAGCAGCCGCTGCAGCAGCAGCAGCAAATCCACTGCCACCTTCTCCATCA CCAGTGAAAATAGGAGTACTGCCGATGACAGATGAGGGATACAACTTATTAAGGAATTGC TTTTCACAAGTACAGGCAGAAAAAATCTTATTTAGTAATGATAACAAAATGGTAGGATAA GAAGATGGTTATATCAGGGATCACCTTATGAGAACATCAGAGAGAGCATTAGGACCAGGA GGAATATGAATGATGTGACTACTGTCGTTGGTATTAAGCGCAGCAACTAGTGCCTCTAGC TTCTCAGCTTTCCCTTCATCATCTTCACCAAAATTAACCACATCAAGAGCTACACTATTC TTCTTCAACTTTCTCCCAATCATCTCCAAGACCTTCTTGTCATATTTAACAGGGCTGAAA GAAGTGAAATGTCAATAGAATGATCAAAAGTTGAAAGCAGCAAAGACAAAACAGAGAAAA GCATCTGAACATCACCTGCCAGCAAAAACAATAATCCTTTGTTGTTGCTTCTTGTTTTGT CGGTGCTTCAAAGCCAACTGGGCTACCTGGATTCCAGCAGCCAAATTCATCTCACCGCCT ATCTCCAATCCTGAATGAGGGAAGACAAGGCCAAATCAGCAACTAAAGAGTTAATACAAG AGTTCATTGAACAGCCCAAGACACTAAGAGATACTACTGTCATGCAGTAATATAGAACTC AAGCACCACAAGGACTTCGGAACCACCTTTTTGATGAAAAAAATATATCCATTGATGGCA TCGAGAAGATATAGGAGTACAAAAGTGATTCAGATAGCTCCATAATATGGGGATTAAGCC AAGACTGGAAGCTCCCAAAATCTATATAAGATCAGTGTTATTTACAAGGGACAGTTTGCT CCAGCTAAATAGACCCAATAGGCACCTAGCTTTCAACGAGTGGTTTGGAGTAGACCATCA AAACATAGCACAATATCGTTCCATGAATACACACCAAAAGTACTGATGGGAGTTGGGACC ATTCTCCTGATTTTCTTGATGATTTTATAGTGAAAATCAAAGCAATAATACATACGTATC CTTTTGTGCAAACATCTGGAGAACAATTCACAAGATAATGTAATTATGCAGTTCACTTCC TACCTAGCCCCCAATCTTGACTCCTATTTTGCTACTCTATACACTTAACAGATAATTGGC ATATCATTCTCCCTCGCCCCCTTTTTTTTCTTTCCAGACATCTTTTCTCCTCAGGCTCTA TGCATCTGGAATTTCTTTGAAATTACAAAGTGGCTTCAACTCTACATGTAAATACTCCAG AATTTAAGCTTAAGCATAAGACACCTTTTTGAAATTCTTTTTGTTATTTGAACTGGTAAC TTAGCATTCCTCGGCATGCTGGTCACCTCCAAAAATTTGAACTTAAGAGAGGCCAATTAC AGTAATCCTATGAAGTCAACTAATTGAACTTCCTCGATACATTGCTCTAGACCAGAGAGC ATGGAGGTCAAGGATTAGGGTAGAAGGCCAGTAGGTAGTTGAACATTTTCTCTCTATTCT ATGGGAGGGCTTGACTCTACTTTAGAGCACTTTATCCCCCTTATCAATCACTACTAGTGT GCTATTTTTATCATATACCTAAATTTTATTGTTATTGTTGTTCCTTTTACTTTGTTATCA ATACTATTTTGATGTCAATACTTCTCTTCTTCATATTTTCATCATAGCCTTTTGCTCTTG ACCTGTTTTGAAAATATTTTTCTTGGTAGAGGTTCTAATTGGAAACAGCCTCTCTAACTC CCCGAAGGAAAGGATAAGGTATGTGTACCCCCACCTACACCCTCTTAAAACCCCAGTGTG TATGTTGTTGTTGGTGTGCCTATCATACTCCTTACATACAATATTATCCTTCTGAAAAGG CATAGAACAAGTGATTAGGCACAGTAAGAAGATGACATTAAGTCACTAACAAGACAAGTG TAACAACCCATGGAGTAAGGCAAGAAGTAGTTAAACATGCAATGACAGGTACTCTAGCAC CTCTAATGATAGATATCATAATCTGTCTAGTCACACCTCTTCTATATATGATGCATTACA CCCAAAACAAAGTCCGAGGAAACTGAGCTCTTTAAGATACTTCTAAATACAAAACTCATC TCCACATGTCTACTCTTTTCCAGGTACCTTAATAAACCTAGCGCCCCAATATATTCCATG TCAAGGTAACGAAAGCTCTGGGCTAGATAAGTTGTAATAAATGCCTTTAAAAAAGCGTAA AAAACAAGGAACAGAGCTTACCGTGCATACAAGCTAAAATTTTTCCAAGATCGCTGGTCG GAGTGACTAACACTCGAACCCCTTTACCAGCCATCGTCAAAATTCCAACTGTATTCTCGG GATTAGACTGGATCACACACAAAAAAAAGGAACAGTTAAACTTAGCGCAATTAGTTTTCA CTAAAAGTACGAGAACACCCAGATATATCATAAACCCTAGAAAGAATATAACTTGAGAAA TATAATCGAAACCTGGGTTTTGGCACCACAGATTAGATTAACAGCGTCTGCTAGAGCTTG GAACCTATTGGGCGAGTAATCACCGTTTCTCATCCACTCCGAATTGTCGATGCAGATCAT TGTCGCCTGATTAAAAAAAAAAGTTAACAAAAATTAACCCTAGTTCGCTATAACATTGTA GAGATAGAACTGAAATTGGAATCAATAAACATTATGCAGACCTCGAGCACCATGGTTAAC GATTGAAGAAAAATCCAATAATTGGAAGATTAAACTGAGAAATCTTTTCGTTCTCTCTGA AAAATAAATTGGAAGGAATTTGAGTTTACTTGCGGAGGGAGTTGGTGCTTTAAGGAGGAA AAATCACAATCCGAAGAAGATACAGGATAGTTCGCGTAGCGGTGACGCGGGTCGGGTTTT TTTCCTAAAAGAGCGGCCCTATTATATACTGTTTTTCGACTTGCAAGTAAATGTATCTAA GGCCCAATTGAGTTAATTTATGTTTATTTATTATATTAGAATTAAGCCGGATAAAATCGT ATAGAAAATTGAATTAAATGGGAAAAAAAATTGTGACTAGATAGTTTGATTTAGTTTGTT ATTCAAGAAAAAACTGAAATTTATTTGGGTTGTTTCAATTTTAATTGAAAAAAATCAATT CGAGATCAAATTAATATGATATTATATACATTTTACATATAAAGTATTATTTTGATATAA TTTGTAAATATTTGTTATATCCTTTCATAGTTTTTATCTTTTAAGATTTTATTCAAATTT GAGGCTTATAATTTTGAATGGTACAACAAAGGTTGTGGATTTGTAGTTCATTATATTAGT AGTTTAATAAAAGCTTAAATAAATATTAATGCTTAAAAGATTCAAATCAACACTAAGAAT GACAATAATGTTTAATATCTAATTTTTTAGTTTTACATTAATTTACATAATTAAAATCTA TAACTTAATTGTAGTTTTTCTTTTTAATGTTAATCATGTAATTTTGATATTTCTTTGACT TATTTTAGTATGATTCAGTATTTTTAAATTATAGACCTTTCCATTATGACTTATCAATTT GCATGATTAGTTTTATGCAACTTCATTTAAATATTTAAGTGTCATCATTCATTTTTTTTT TCATGTATTATTTTAAAAAATATCTTAAAATAATTGTATTTTGGTATGACAAAAAATATA TTTGAACACAAGTTAATTATACGTTGTATGAATATTTTATCGAAAAAACCCTAAAAGAAT CAAAATTCAAGAAACTCTAAAAAAACTTCACAATAAAATTTGAGGTTGTTCAACGACATC TCCACCCCCACCCCCATCTCAAATCTTATTAATTTATTTGATTCATATATTTAAAAAATT GACATAAATAATTTAATTTAGTATTTGAAAAATTCACGCCAATTCCATTTATGTACACCC AACGGCTAACACCCTAAAAAGGCTTAGATAACGGATATCTTTATATATTGTTAAACATTA AATACTACACAGAATAACCTAATTAGAACTAGATCTACTAAATTATTATTATGTAAGTTT CCTATTAATTTATTATCAAATAAACATTCAAATCAAATCAAACGAGTGAGTTTTCCAATT TAGATATTTTTATGCTTTTTATGAGTTTTTCAATTTAGATATTTTTATGTTCTTTATTAC ATCAATTGATTATATTCTTTATCTAAGATTATGTTGTTTGTTTTTTCGTATAATTATGAT TAAGTGTGAAAAATAGATACGTGAAAGCAATTTACATATTTTCCTTTTCAAATTTATGAA AAAGTTGTCATTTTCTTCTAAAATCATCCCATTTGAAAATTTAATGATTTAAGGTAACAA AGATTTGTGAAATAACACATTAACTAAAGTGGGAAAACTAGATGTCTTCAATTAGAGTGA AATTTTTAACACATTAACTTCTCTTTTCCTATTTCAAATTTTTAAAAATCAGAGAGAAAT TGATAAATAAATCAGTATCACTTGAAAAATAAAGGAAAAATCATCAATCTTATTGCACCA TGTTTTTTTTTGTTATCGGATAAAGATTTTCAACGTAGTGTTATTTGTATATCATATTTT GTTCATATGAAGTGTCTCGATATTTTAGTTTTTTATTTTAATTTAGATCTTTTATAACTT TTCTTTTTTTAATCCGTTTAAAGAGAATACTACTTATCAATCTTTTGATCTAAAACAACT TTTACACATTTTTTTAAATCTAAAAATACTTTTTTATTCGCTCTTTTGACTTCACATGTA TCTATGAAAATATAAATCATCTCTCTATTTTATTTTAAAAAAAATATGTATTATATGTCA TTATGTTATTGAGTGAAATAAAAACTCCACGTCAACCAAAAAAATTTTTACCATCCAAAC GGAAAAGGTTCACAGGACAAAACTTGGCAAAACAAGCCTGTGTTTGTTTGTCTTTTTCTT TTCTTATAGGAGTAATTTATAATTGTTCATACAAAGATTTTCTTAAATAGACAGCCAAGA ACTGGATGGACAACAAGCTTTTTGAGAACACCGCACTGCGATTGAATGGCTGATGAAGAG AAAAAGAGCATCTATATAGCCTGGAAAATTTGGACAAAAGCAAGATGAACAAGTTGATTA GTATGTCTAAGGTTGTGGATTCTGTAATATAAGGAGCGAAACTATATCATCTCATCATTG TTTTGATCAAACCTCTCCATGATTTCTAGGAGAAAGTGGAATATGTAACTCATCACATTC TGAGATCTCATTGGTACAACTTTGCTCAATAGGGACTCGTTGTTCCGACTCAACTGTACT CTCATCAAACACCTCTGTGCTGATAGTAGCAACGCTATGAATTTGATCTACCTCATCCTC CGCCATGGAGTCTAATGATGTGGTTGCTAATAATGTTTCTGGAGAAACGACAGAACCTTC TAGTCTAGTTTTCACCTTGTGTCGCCATCCATGTAGCGAAGTCCTAACATTCTCTGAAAC AATGGTCTTCTTGTATCTCGAACCCATCTGCTCAAACATGGATCACTGACTTGACATAAA ATGTGTAGAATGATTACTAAGGACAAAAAAAAGAGATTACATTGTGTTTGTTAGTTACCT GAGCAACAATAACATAGAGCGGAAATGTGACAAAGCTACACCAGAATTGAGAAACAACCC TGCAGCAACAAGTCACAAGGATCATGCGAAAATCAGTGTATTCAGAAACAAGTTAACAAG GAAGTGAGACACAAGATAGTTACCCAAATGACAAGCGAATCACAAGAAATGTGTGATTGT CTGTGAAACATGAAGATCCCTTAATTTCCCACTGCACCAAGAAAAGGAAATTAGTTGTCA TCCCCATGTACATATGGAAAAAATTTGTATTCATGCAGTGACACGAATGTCTGTGTTGCC TCGCCTAAGGATTAGGTATAAACATAAAACAGACACAAACTACATATGAAAACATTGTCT GTTTAACTCTCTGTGTTGTTTAGCCCATAGTTCAATAGTACTTTGCAGTTTGTTATAAGA GTTGAAAAGTTATATATATGTTCTTTAAAGTTGTACAATTTCTGTTTCCAACCAAAACTA ATTGCTTCTCCAGTTGAAAATTTTGGTCAAGTTATATTGTAGAGGCTCCCAAAAAGGCAA AATAATCAAGAGCGTCAAACGAGAAAAACACTAGGCAGAAGAATCTATGTCCCTTGCTTT GATCACAAAAGGGTGCAGAGAAAATGGAGAGTATGTGAATAATCAATGTTTGAAACTTGC ATCTACCGACTAACAGAAGGGATGTATTGGGTGAAGAATTAATTTACAGTAAAGCAAAAC TTCTATCAGAACACTAGTTTCTCAAGTTCTTACCAGTGACCATATGTATGTTGCCATCTC AAATGCATTCTGCATATGATTGAAAGAAGAGCAATCAGTAAAGCATATCCAAGGACGCTA TATCATTGAGCTAAAAATTAGTTGTAATATTCTTCTTGTTACCATTTGGATTCGAGGATA AAAAGATGTTATTGGTCATACCTGGAATGATACAAATTGTATTATCCGCAGCAGAAATCT AGGCTTCCCAAACCAGAAGAGCTCATCTCTAAGGTTGAACTGATGAAATCCTTCCAATGG ACTACTGTCAATGATTTCAACTGCCAGCTTGACCACCACGCGATGAAGCTTGGTACCAAC CAAAAGGATTAACTTCCAATAACAATTTTTGACAAAGTCAGAAATATGAGAACAAATTAT TCTTCAGAAGCAAAATGAAAAATGGAACAGCAAATAACAAGGACTTACGATAGCTGGAAA GAAGGAGATCCAAAAGTAGATATTTGTGCCTGGACAATGATCATTAAAATTGTACTGAAA AAAGCATTCCGAGGCAGAAATTCCTGATAATATCTAGTAGATAAAAGTTACCATGAAAGC TTAAAAATACACAAACTATGACGAAAATCCATAGTGGAACACTGCAGACAAGAAAAAGAA AAGGAGTGTCTTAGATGACTGGATCCATAGTAAAATTGTGCAGTAAAGCCAAAAAAATAG AATATCTTAGATGTCTTTCCATAACCATAGTATCTTACAGTTTGTGAAATATTGCATTTA GTCCTCCAACAGGGACATATATGTCAGCTTTTGTCTTACAGTACCATATAAATGGAAATA AACAACACATCGTATATGCCTAGAGATACGGAAAGCTTTAACTGTTGATCATGACAGTCA GGAACAGAAAATTGGAATGAGTTATATGAATTCTCATAGAATCTGTTATAAGTACTTACT ATAGTTCACGTGGAGCAGCTATTTTTTTACCATGAGATAGAAAATAACTAATTCTAGTTG AAGGGAAAGATAGGAAGGCCAAGTTATAGATTTAAAACGAAAGGTTCTTGTTGGCGAACA TAAAACATAGAAGTAGAACTTGTTGGTGAAGATAAAATAGAGAAATAGAAAGACAATATT TATACTCCCTCCAAGGAGGGTCAAGAATTCAATCTTAACATCTTTACTGGTTTAACCAAA CATGATAGCTGTAGCTATTAAGTGGAAACACGGAACTGTAATAAAAAAGAAAACATAAAT TGTGTAACCTCAGAACTAGCAATTACATATATCTGTATGACTACAGATATTTTATATGGA GTTATTATTGCTCTGGCATCATGTAGGATGATTCATATGTTGGAAGACCTAGTACTGAAT GTTACATTGTGACACAAAAGTTATGTTCAAAACATAAACTTAAACTTCAAATAGACATGT CATTGTACCTTATGCCAACAATATCACGAAATTCTTCCTCCATGCTTCGAAGCATATACT TATGGAAATCATAAGTTAATGGCAGCTGATGAGTCTGCAAGACCACAATAACAATATAAA GACACGAACTTGTTTTTCTGTCAAAGGGATATATAGAGGTGTAAATCCTGATATCGCAAC AACAACAAATACATTTGGCAGTAGGAAGTCACTGTAATTTTAGATAGCGAGCCCTTTGTT TCATGGATTAGTAAAAATGCTTCTATTAATAAAGAGAACTTAATCAGTGGAACAACATAG AAGTACCAAAATTAGGGCCTACTTGGTATTTATTCACATCATCTACATAAGTGAATGTTG TATTAAGTGGTTATTAGCTTAAAGAGTCATTTTCATAAAATAACCAAAATTCAAATATGA TTAATAACTGATTTATATTGTTATAAACGGGGGCAGCATGAAGTCAGCCATAGAAAGTCA GTCAGTCTTCACTTCCAAGTTTAATGACGATTGAGTGAAATATTTGCATTTGTGAAGTAT AACAATACATGACTTACAGTAATAAAACCCAAGCGCAAAGCCATGTAGTCAGCTTCATTT ATAGAACTCCAGAACTGGCGGCTGAAACAAAGCTAAAAAGGGAATATGGAATTAAATATC TTGAATCACTGGACTCATTGCATCACTTGTCAAGACTCAAGAGGTTGTGAAGATTAAAGC ATGAAGGTGAAATTTTCGTCAGACGTACATAATGATAAGAGAAAATTATTAAATTTGATT GATGCCAATACAAGCAGGACATATGAATATGCTTTGATGCACTGGTTTACAATAATTCTT TCTGAATACGTGAATTAAAGTAACAGCAAATGTAAGACCTAAACATAATTCTACAGTATT GTTAAGATTTGTGACTTGGACCTGAGTGAACAATGATTGTTTGCATAGTCATAGAATTAG TGAATGACATTGCCGATTAGTATCACCCTAAATCATAGTTTTAGCTGCAAAAGCAACCTT GAATTTGATATTCTATATTAATTTTTAGTTTTTCATCTTCTTATTGTGTACATGTTAACA CTTCTCCCCGCACTTGTCCAGAACAAATGTACACAGTTGTCCAGAACCCTTTTCAATGAC TGAGATACCTCCACCACTGGGCTATGATAACTCCCCTTAAATTGAGATAGAAGAAGCATT TCACATAACAAGGATTCACTCAACCAGATAAACAAGATTCGTCGTGAAATACCAGCCAAA CAAGAGCTCTGTGCTGGCTCCATGGATGAGTGGTCTGGTGAAAAGTAAAAGTTGATAGAC GTCCCATTCTCGTATTGTTTGGGACAGCTTCTTCAGAACCTAAGGTTAAACTTGCAAGTA AGTGTCCTGGAAATGATAAATAAAGTATGAAGAATAGTAGTATGGCTGGAAATTTTAGCA CCTTCTAGTCTTTGAAGAGCAATCGACTTGGCATAGTTCTCCCATGTTCTCCAGCTATAT ATCTGCATGGTTAATTCATGTTTCTTGATGGATTTGAGAAGAAAGTTTTGAGATGTAATA AGAGGTTAATCATGAAGAAGATATCCAACCTTGATCATTGCCAGGGCAATGGCAAAAAAG CTATACGATACATGGCTAACACCGAGGACAAGCAAAAAGCGATGGAGCTGCTCCAGGCTC TCCTTCGAAGCAAACGATTGGAGACCCTGGTAAAATCAACATGAGTGTTCTCTGCTCATA TGAATCCAGTACAAGCCCTGGCCACTTTACTAAAGCAATTTGAAACTTGCAAAGAGAATT AAATGAAATGAGAAAATGTGAGAGAACTTCCTTTCTTTTTTCTTCCTAAAGACAAGCTTC ACTAGTTGCCTGACCTAGGGAGTCCGGAGGAGTCTTTGTCTAAATGAGTCCTATTTTCAA GTTCAAGGCACGTTAAACTTCCAAAAAAATTTGCTTCTTAGCGCGACCAATCTTGTAATT GATGAGTATTAGATGTAGTAATATCATGGAACTTCACTGGACGAAAACATTTGACTATAA ATTATGCTACATTTAGGATTTACATAGAACAATCTCATGTGACAAATTTTAGCTTACAAC AATAGACTAGAGATTCCACGGTAGCATTAGTTATTTTCAGTTGATGATAGCTTGTGACAG ATCAACCAAAAACTGTTAAAAGTAAATGTCAGATTAAATTTTGAGTGGAACATTCATTAC TGGGCTACCTCAGGACAAAAATCTTCATGTCCACTGCTTAACAGTAGCCTTGATGTTGAG AAATTCGAGTATGAAGAACCTGATAAAGCAAATCTTGTAATTGCTGACTTCATCTTGTTT CTTGGCGGAGAACAGGGATAAAAGTGGCTGCTCACTGCTGACGATTTGACACAAATCTTT GCAATATAAACGATCCAATGACCCATAAGCAGTGAGAGCAGTCCAAAAACCATAAGCTCT GCTTGCCGCACAAAAAAAGGGAAGAGAAAGCAAAACAAATGAGTTCATCAAGCAATCATA AATTGTAGTGGAATGGATAGGATCCCTCCACTTTAGCGCAAAAAAGCAGTAGCGTTTAGA AGAACCAACACCACCTGTTTAGGTTTTATTAGACTGGAGGTGTAAGTTCTGACATCAACA GCTTTAGCTCAAACTCTATATTTGTGTTTAAGAACACACTTAATATGTACAATTTTCTAT AACCGATAACTCTATTCCTACTTATTTCCATATAGTATATTCGACGTTCAAGTAAAAAAT TATCTGCAGAAACCTTCTATATATGCAGTGATCAAGAAAGACTCAATATACAGATGATTA ATAGGTGGCTTACCTTCCTTGATTTTCTCTAGTGCAGCATACAGAGGTTCCCTCTTTGTC CTATGCAACCACTATAACAACAAAACACATAAGTCAACAGAAAATTTTTCACTTCCAAGA AAGATAGTCTTTTTTTCCTTACCTTTCCAAACTTCTTCAAACTTCCATGGATCAAGAAAC CAATGCTCACCAGAACAGCTACGACTGTTGCCACGGCCCATGTTGGTGTTTCAGCAAACG ACGCCCCTTCCAAATTACCCATCTTGACAAATAAGTAAAGTATGCAACAACCTTTAGAAA ACTACATAAACCTTATTTACATCATCTTCTTGAAACAGAACAATTTGTGTTGCAGAAAGA TGGAATTTTTTTCAAGTGCAAAAACTGCAGCAATGACTTATCATTAGTATTCATCAGCTG GATTTGGTTGGCAACTTCATAGTCATAGTGATGAACATTTAGTAAGGCCATGGGGTGTTA CAAAACATAATGGTCCCATGTGAAATGCCTGATGCAAATCTTTAGGCTATATGTTGTATA ACCAATTGGCATTCTGACCATCCTTGTTCTGCTATAAATGCCCGCCACACCTATGTTGTA GTAATTACAGTTTTTCCTCTTTTCTTAAAAATCATATTACCTAGGTTTAGGCACATGAAA AAAAAAAAAAAAAATCTTGATTGTAGCTATTGAAATTTGAACGCTTTTATTCAAAGATTT TCGCCCACTCTCATAGTTGGAGCTATGGGTGTCACGGGTTTAGTTTGGATCGGTTATTAG TTGTTTTAAAATTATTAAAATCAAATATAATATATATTTATTGATTCGGTGGTTATCAAT TTTGATTTGGTATGGTTCTCTTGCTAGATTATTAACCATATATAAAAATTAAAAAAAAAA ACAATTCATTCAAAATATGACTTAAATTACTCAATCACTAAATTTACTCTCTAAAACTTT AAAATTCCCTATATTGGCCTAGAAGTAAGAGAAAATAACATTGTCAGTCCCATAAAGAAT TGTTGTAGATACTAATATACATGAATAAATGTTTTCATCTTGAACATTTTTGCTTTTAAT AATGAAATTTTAATGAATATACAGATCTTTAAAATTGTTTATAAAAATAATATATTAAAT ATGTATATTAATAAAATATATATATAATTCATCGTTTTGGCTCGGTTATTTCTTCAATTT GTATGAATAAAATCATAACCAAATTAAATACTATCGATTTTCAAAAATCTAAAATAATCA AATTAAACACAATAAATTTATTTTATTTTTATCGATTTGGTTCAATTTTTCGATTTGGAT TGATTTTTATCCAAACCGCGAACAACCTTAATTGGAGCTACCATATGATGTTTGGGTTCA CGTTGTTCGAATTTAAATAACACACTTCATTCGATTTATATGATACACTTCCTATTTTTT TTAATTGACAAATATTTTACTCAGATCCTACATATTTTGGAAAAAGTCACAAAAAGTCCA ACTTCAACTGTGTTTTGGAACGTCGCGAAGTCTTGCATATTTCCTAAACCTAGTGCAGAT CTGATCAGTCAAACTACATTACATAAATTAAAAACTAGAGCAATAATTCCTACCAAAACA TAAAATATAATAGTATATATATTATTAATTTAAAATTTTGCAAGAATTATAAACTTTAAA TTTAAATTCATTTATGCCTTCTTTATTAGTGTTTTCGTCAACATTGACCCAGTCTGGTTT AGACCATAAAATTGTTCTTTTTTTTTGTAAGAGTTGTCGTATTGTTGGGGAGGTTGGTTT CTATGTTCTTCCAACAATGGAGTAACACAATGCATCATACAAACACAATCAACCTAAAAT TGCATCAGCACTTTCAAGGTGTCACAGCTCAAACGTTGTGCTAAAATTTTGTTAGAAAGA ATAATGTAGCCATGGTAAAACGTTTGAAGTTGTAGAATTGACTTGTGTAAACTTCGATTA ATTTTAAGAAATTATTATTAACTCCTATCAACACAATATTCACTTTGGTTAATCTTTGAA CAAATAAAACAAATCAACTACTACTTTTTTTTCCCACAATAATCTAAAATCTTTGTTATT TTAAGGAATTGTGACAATCTTTAGTTCCCACATGCTCCCTCACGCCTATTTATGGGGTGT GGGTCTTGCTGGTTATCACGCTATATGTTTACTGACACTAGTTGTAGCAGTTAAACATAG ACAAAAGTATTATTCCCTCGATCCATTTAAATAAATTTTATTTTGGTCCATTCACGTAGT TAAGAAAATATGATTATCTTTTTCTCATTTTGTTCATGTTTTAGATAAGTATATCTTTTT GTAATCTATAGTATTTTTTTTTCATATTTACTTGTCGTGTTTAATTTTTTTCACATTCAT TAAAAAAATAATTATTGATATAAATATTTTACCAAAAAATTTCTTTTCATTGAAATTTAG TATTACTATGTCAAAAGTGGTAAGCGAGCTATAAAATTTTTAACAAAATTATTTAAAATT TTTTTTAAAAAACACACGAACTAACTGAATGAATTCAATATCTATTATCTATATAAAAGA TTAATTCTAAACATGTATGAGTAGTAATATTATACGTTGGCTGGCTCTGCCCTGATGATA AATAAAAGCAAAACTTTATTTTAAAATTAAAAGTGATTGGGAGAATACTATTTAATTAAA AGAAGTAGGAATGGTAATAGATTTATGACTGGACGGATGGCGTACTCGGTATAAATAAAT TTAAAAAAGATGAATTATGTGCCGGCGAAATTTAACAAGTGCATTAAATAATTGCATAAT GTAAACAAATTAATGACGGTACTATTTTATTAACAATAATTTAAGCTTATCATTCTAGAG GGCTTATTTGGCAGTTGAGAATTTATAGAAAGGTAGAGGAACAGCTTTAGTAGTTGGAGT TCTGACGTAAAAAACAAATTCAGTTTATAAAAGTAAATTTGTACAACTACTCAAAAGTAT TTATTTTTCTTTAAAATTTAATCTAACATCTTGCTTCTGAAAAAATAAAACATTTTTTAC TACTACTCTAGTAAACATTCCGTATAGCGTCCGCAATCTAAAAAAATGTAGCGGTCAAAG ATCAGACGTTGTGCAATTCTTTTGTTTACATCTAATATCGGGATAAATGCGAAATCAGAA CTTGAAGATGATGAATATACAATTAAAATTAAATACATGTTAAAATAAAACTAATGTACT TACATATAAATATGAATTAAAAAAAGTTCATTTTGCCTCGTGAAGTCTTAAATTCAAAAT TAGCTAGCTTCTTTCGTTTAATATTTTTAAGGTTCAAATAAAAAAGTTACTAAAATTTAA ATGAAAAGACGTGATGCACCACACGTGATCCCGTGGATTCGCCTCACGTGGGTGGACAAA TAGAGAAAATACATGCTTGATTCTAATGAACAATTTATTGGTAGGTGGTTAATTTGTTTA CAGTTGATCTCCAGCAAAACTGCTGCAATTAAGGTGATCAAAGCTCATCTTGTGGTTTGT TTACAGCAAATCCATTCTCCACCCAAGCCAGATACCCACCTCCCATGTTGCTCGCGTGCT TGAATTCCTACCAATTTCATCATATCATATTGTTTATTTTACCAAAAATCACATAATTGT ATAACCAGATAGAAAAGAAAAAAAAGGAGAGACAATTCAACTTACAGCATTAACAAGATC AGTAGTAGCATACAGGGACCTCACACCACTTTGACATCCCTGAATGATTACCCATCAAAT TACATACGTAACATTTATCTTGGGAAATAAACAATACAATTATAATTAGATGTATTACCA CAATTAGTTTTTCTTCTTTGTCGCACGCTGAAGATACCTGCTCCATAAATTTTGGATTCT TCACCCTACCTAAAATCACCAAAATATCATTCATTTTACCTAATTTGGAAATAAAGATAC AAACACAAAAGAAAGAGGAGAGACCTTGTGGAGTATTAAACATATAGGGAATATTCAAAG AGTTGTGTACATGCCCTTTCTTATATTCTTCTTCTGTCCTGTTCAATATGAATTGAATGA AAATCAGATCAGATTTCAACTTTCATATTTGAAGAAAAAATATTAATCGTTAATATTTTT ACCGAACATCAACATAACGGTATCCAGATTGGATGAGTTGACGAGCTGCATGAACATCTA CTGTAACAACCTCTGCTCCTGAGCTACAAAACAGAAGCAGAACAACAAAAAGAAGAGACA TAATACCATTACCCATAATTAATTGAAGTAACAAATTGTGAATATAAAGAATTTTGTTCT ATTGTACCCAAGTTGACTTGTTGCCATGACAATAAATGGAAGTTGTACTTTTATACAAGA TTTTTTTTTCAAAAGAGAAACTTTGACTTCAGTAAATGCTGTTGAATCTATTGGCGTTTT CGATTGTTTTGAGGATGAAAATTAATTGGCATCTGGAACAGAGAAGCCAGTGGATTTTGA TTTTGCCGTCTGTTGTTTACGGCACTATGTTTCGTGCGTTTTAGGCTACTGACGCTGTGG CACAAAAATTAATATGAGCAAATGGGCCATTTTGTAGAGCCCGTCAAAGTCTTAACCAGA AAGTCTTTCGTGGATAATGTCAAATGACAAATTTTTTTTAAATATATATAATATTTTTTA TTTTAAAATAAATTGATATTTTTTTTTTATTTTTCAATTAAAATGTTAAAAAGATAAAAT AACATGATAAAAAGATTTTTCCTTTTTATCAAACAAGTCATCTTTTAAGGTGTGTTCAGT GAGAAGGAAAATGTTTTTTTCACGGTTAGTTTTTTAATTTATTTTTCTTGTGTCTAAGAA AGGGTTTAGTAGCGCAGTCACATATCGTCAAGGGTGTCCAATTCGTCGAAAAAACTTAGC ATATATATAAGTGAAATAATATATCAAACAATTAAATAATATATTTTCGACATTCTTAAC ATAATAAGTTGTTATTTCTAGACACACTTTAAAGAAATATTGACTTCACCATTGGGTGGA TTGACACGTGAACAAGGCATGTCAATGTGGAATGAACAGAGATGAAAGTAACTCCATAAA AAATGCATTTCAACTAAAATAGGCAATCCCTCCATCTCTTAAAATAGAGAGATGGCTTTA ACGTGTCAAATTTGAAACTAACTTTATAGTCGACTTAATATATAAAACAAGCTTTATGTA GTGCACTCTGACTAGAATGACAAGTTTATGTGTTTTAATATATGTTATTTTTTCGTATTT CTTCAGTTTATAGTAAAATTTAGTGGACGCTTTTTCTTCTCTCTAAATTGAGTGGAAGAC AAGTTGGATAATGAAAAAGCTTCTGCTGAATTTTATTGGGGTCGAACAGAACACAAGCGG CCTATAAACGTTCAGTGGGCTTTTGTCTAATTTACCCAAAATGTTCATTTTCATGTAATC ATTTTTTTCTCTCAACATTACACGTATAAATAAAGATATACTAATTAATTAGTTAATAAA GTCATAGTTTGTCAAATTATAATCTATGATCTACTTTTAGTTATAATTATGCGGCTCAAC TTTTTAGTTTTGTATACTTCGCACATTTGTACAATTTAAAATTTGTATAATATAATTTAT ACAACTTTTATATAATTCAGAATTTGTATAAGCATTTTCACTTATGATGTTTGTAAATGT ATAAATTTGTTGTTTCGAGTTTTGTACAAAAATAACTGAATTATACAAATGTACCTGCAA ATTATATAAATATGCAAATCCACGAATTAGACAAACGAGACAGCTTATACTATAACTACA ACATGTAAATATACAAAGAATAAGCATAACTAAATTTATTATGATGGCTATTTGCGAAAC TTTCCACGGAGGATTTTTGGAAATCTTTGCCATAAAATGTTTTTTTTCTGATTGGAACGG TAGCTCCGGTATTTGTATAACAGAAAGCGTTTGTATATCTTTATCAAACAATCTTATTAA ATTATCATCAAGCAAGAAGAAATATGACACAACCGTTAGCGAGCATGAATATAGAAGGAA TAGATCCTTAATTGGCCAAACGTGCCTCTCTCAAAGATGATATGTATTTTGTTTCGAAAG ATAATAAATACACCAAATTTTTTATTCCATCTTTAAGATAAATAAATTGTTTATGATAAA TCAAAAGCAAACAACTTCTTCTCTTTATCTTAAAACAAAACCGATCGTTCCCCTTGTTGA TTTCTTTCCCCAAAATTTCACAATCCTAGTTAACTGATTGGTATAACCAAGTGAAAAAAA TCTACAAGTTGTTGGGTTTGAAGGAAAAGTAACCTGCATTTGGTTTAATCTGTTAGAAAC CACAGTAGTTAGGGTTTGATACTGGAAGTGCAACAACTTGTTAAAAAAAGAAATGTGTAC TACCACTTATAATAAACATGACTATATTTATTGATCCTAAACCCAAAAGATAACGAACTA TTTTGGGTGTGGATATTTCAAAGTCTTGTGCATTTTGCATTGTTGGCCCACTATGTTTTA CATTTTGTTGTGAAAAAATAATTGAGGAGTTGACCAATTTCTTTATCTTCAAAAGATGGA ATAAAGTTGGTGTATTTATTATCTTTATACCAATTTGGGGAAAAATCTCAGCAATGAATG ATACCGAATCGGAAATCTCAGCTCTACTAAGTAAGCATTCCACTCCATTTTATTTTCCCA ATAACTCTACTTAATTTCACTATTCTCAAACACAAACATCACATTAATTTGCAGTTCAAA CAGATCAACTACTCCATTGCAACAGTACTGCTGATGATGATAATGATGACTCTCCAGTTG AACAAGTTGCACTCACCGTCCCCATCACCGACGATCCTACTTTGCCGGTGGTTACTTTTC GCATGTGGCTTCTCGGCACTATCGCTTGTATCCTACTCTCATTCCTCAACCAATTCTTCT GGTACCGCAATGAACCGCTCACCATCACCTCTATCTCCGCCCAAATTGCGGTGGTTCCGT TAGGCCACCTCATGGCCAAGGGTATTACTGACCGAGTTTTCTTCCAAGGAAGCAAGTGGG AATTCACACTGAATCCTGGCCCATTCAACGTGAAAGAGCACGTGCTTATCACGATCTTCG CTAATTCCGGCGCCGGGAACCCGTATGCGATTCACGTGGTTAGCGCCGTGAAGTTGTTCT ACAAGCACAAGTTGACTTTTCGGGTGGCGTTGATCGTCATTATTACCACGCAAGTGTTGG GATTTGGTTGGGCTGGGATTTTCCGACGGTATTTGGTAGAGCCGGCAGCCATGTGGTGGC CCCAAAATCTCGTTCAGGTCTCCATATTCAGGTATGGCCACTATTAAAACAAAATGACAA GAGATAGTTGAATTGAATAGATGCACAGCTAAATTTATGTGGCGCGTTTAATTGCTTATG AATTGTGTCGGCGGTACGTGAGCGGTGACCCACGTATCTTTTTACTTTAAAAATTATACG GAAAAGGGTTGAAATTGTCCTTAACTATACGAAATAGATTATTTATATTTTTATTATATT TTGAGATAAAAAATATCCGATAATTTACGAGATCTCAAGAGTTAACACCTCAATTTTTTA GTGATGTGATATGCCTCATGAGACTGATACCTTCACCTAAGTGTTGACAATTAAGATTCA CTGTAAAGAACTTGACATTTAGTGACAATAAAGTTGCCACAAAATTTCAAAATATTGTCA CTAAAGGTTATGAGTAATTTTTAGCCACGACTAAAGCTCCAACAACCATTCGCTAACAAA ATCAATTTTTTCAACAAAAAAAAACATGATAATTAATTTTTGATTGCAACTTATTTTTTA TTAAAGACACTCAATATTATTACAAAAAATCATAAAAATTACTTCTGGATTCACATCTAC TACTATATAATTCATCATTGTAGATTTTATACCTATATATATAACATAAAGATAAAACGT ACAATGTCTTCAAACTCCTATTTAATCAAATATCATTTTTATTTTTTAAAAACAATGAAA AAAACCCATCAAATTAGATAATGTTAAAAAAATTTATTGACGATTTTTCAGGCTTTTGTG GCGACTATTGTCGCTGCTAAAGTTCTAGTTCTTTTGTAGTGAATCCTAGTTGGCAACGCT TAAGTGGAGGGATTAGTCTCATGTGACATTGCCACATTACTAAAAAATTGGGGTGTTAAC TCTTGAGGATATTTGTAGTCTCTTAGGATAACGGCGGGGGAATTCTTGATCCCAAAATGT ATAAGTGATCTATTTCACATAGTTCAGAAACAATTTTGATCCTTTTCCGAAAATATAATA TTGCTCACTCTCTTTACTTCTATTTATCTATTGATTCAAAAACAATTTTTTTCTACTTCG ATTTGTTATTTTAGCATATGAAAAAATTATATATTTTCTCTTACTCTTAATAAACTAATT ATCTTAATCATTTTTTAAAATTTAGTATTTACTTCATTTCATTTTGTGTGGCTTTATTTA TCTTTGATATGATATTTAAAATAATAATCATGTTTATTATTATTTTAATGGATTAACTAA ATTCAAATATGACAAGTTAAAGTAAAAAAAAGGAGTATCTTTTTATAACTATAAATATCT CGGTTTTTAATTTTTCCTCTTACTATTTAGTCAGAATTATGCAAGTATTTAGTAAATATA AAATTGTTATGAGATAATTTATGTAATTATCATTTTATATAGAATTTCTCATTTTATCAT ACATAAAATAATACTACATAAATTTCTTTTAACTTATAGATCTATGCTTACTTTTAAATA GCAAATCAAATATAATATTAATTTTATAAACGAATAATTTACCTCCTAATTAGATACTAA ACATGATATTACTTTGTGATTCAGTACACCTACATAATTCACCTCTAGGTTAGCTACTAG GATTTAGTATCTAAGATTTGTTTTTGATTACAGATTAGCGGTTGTTTCTTTTTAAAATTT TGTGGTTGGTAAAATCTATCACATATATAAATAGATAAAAGAAGAAGTAAACCAAAATAA ATTATAAATAAGGTGCGATTAATAAATCATAAATATGATGTGATTATAAATTATATTATT AGATAATTTTGATGTCTAGTCAAATATGATCACACAAAATTTAAACACAAGGTGTAATGT TAGAAAAAATAGTAACTATAATGATATTATAAATTATGTCATCTGAGATCAAATTAAAAT TAAATTATTTTAAATTAAATAGTACCTTATATTGAAACAAATTCTTACCAAAAAAAAAAA AAGTGTGACATAGATAATAGTAAGTAGCGTTCCCAGAAGGAAAAATATAGCACATTCATG CTTGCAAGTCTTTACAAGAAAAAATAAAGTTTCCATCATTATTATGAAAATACATAAACT CTTTTTTCTTCAATTGATATACATTTCCGTATCAACTGTTATTGAATAATTAGTAAGCTA TTAAATTCATTTCAATTGATATTTTTCCTTTCCCTGCCGCCAATTTCAAACCAAAAAGGT TAGTTTTGTCATTTTAAAATTTAATCCACGTATTATTATATACATTTTTATTTCATACTC TATTCCGCACAAACTAAGATATATATCGCATAATTTATACACATATTGCATTTTGGTTTA TGATATCATAATTTAATATTTGTTAATTTTAATAGTAATTTTTATATAGATAAATATAAT CATGTCGAAAATGTTGATTCGTTAAACTGAACATGTTACCTTTGATTTGGTTTGATTTGA TTTTTTTATCCTTTTTTGAACACTCACCACTGCTTTAATATTTTTCCTTCCAATGGCAGG GCCCTTCATGATAAAGAAGAGAGACCCAAGAATGGAGTGACAAGAAACCAATTTTTCCTC ATTGCCTTTATCTGCAGCTTTGGTTACTACGTCTTTCCAGGTTATCTTTTTCCAATGCTA AGTTCCGTTTCTTGGCTGTGTTTATTGTTCCCTTCCTCTGTCCTAGTCCAACAGTTGGGT TCAGGGCTTCATGGTCTTGGAGTAGGCACCATTGGGTTCGATTGGTCCACCATATCCTCC TATCTTGGGAGCCCACTAGCTAGCCCATGGTTTGCAACTGCAAACATTGCTGTTGGTTAT TTTCTCATTATGTATGTTGTTACACCTCTCATGTACTGGTTCAATGTCTACAAGGCCAGA AACTTCCCAATATTCTCGGATGGCTTGTTTAAAGAAAAACGGTCATGATTACAACATTTC AAACATCATAGACCCTAACTTTCACATTGATTTAGAGAAGTATGACCACGAGGGTCGTCT TTATCTCAGCATTGTCCTTTTACTAACTTATGGATTCAGCTTTGCCTGCCTCACTGCCAC GGTTGTTCATGTCTTCCTCTTTCATGGATGGTAAGCTTCATACTTTACTGTTATAGGGGA TAAAATTCAGTATTTTAATGTGGCAATAGTTTTCAGACTAGAAAAGTTTAGTGCATAATG TTTAGTAACCATTAGTGAATGTAACCCCTGCCTTGATGTATAGAATGGAAGCACCACTTG ACTAGTTATAGTGGTGCAGGGATCTATGGCATCTCAGCAAGTCTGCTTTACAGGAAAAGA AAATGGACGTGCACACGAAGCTCATGAGAAAATACAAGCAACTTCCTGAATGGTGGTTCA CGATTATACTACTAATAAATATTATAGCAACTGTATTTGTATGTGAATATTACAAAAACC AGCTTCAATTACCATGGTGGGGTGTTTTGTTAGCATGTGGCCTGGCGTTCTTTTTCACCC TCCCAATTGGAGTCATTACTGCTACCACAAATCAAGTAAGCACATATTTAATTTTCAGTA AAATAACAGCTTGAGATCATCAATAGCTACAGTTTTTGTCCAAATACTCACTATCGGATT TAGTTAAAATTATAGCTTGGTGTCAGTGTTGTGAGTTGCTTTCTTCATTTGGCAACTCTG ATGTTCCACGATCTTTGTTGCTCAGACACCTGGTTTGAATGTGATCACGGAGTACATAAT GGGATACTTGTATCCAGGATATCCAGTTGCTAATATGTGCTTCAAGGTGTATGGCTATAT CAGTATGAAGCAAGGTTTAACCTTCCTGCAAGACTTAAAACTTGGACATTATATGAAGAT TCCTCCAAGGGCAATGTTCGTGGCTCAGGTTAGTTTTCTTAATCTTTTGGCATAGAGAAG TAACAGAGTTCTGCAAATTGAAAAGCTTGGTTGGAAAAAGGTGTTATCCATGTTTTAGGT GTACAACTATAAAGACCTGTCACAAATCTGTTTTTTTTTTGGATTTTTTATTCAGGTAGT TGGAACCTTAATATCAGCGTTTGCACATCTGGGAACAGCATGGTGGCTAATGGACTCTGT CCCATATATTTGCAATAGGGCTCTGCTTCCTCAAGGCAGTCCATGGACATGCCCAGCTGA TCATGTATTCTATGATGCCTCAGTTGTCTGGGGTCTAATTGGGTCACAGAGAATTTTTGG AAATCTTGGCTATTACTCAGCCATAAATTGGTTTTTTCTGATTGGCGCTATAGCTCCTGT ATTTGTTTGGCTGTTACAGAAAGCTTTCCCAAACCATCACTGGATTAGATTGATGTCGGT GCCTGTGGTATTAGCCGGAATAATTAAAATACCACCTGCTACTGCTGTCAACTACAACAG TTGGATCATTATTGCATTAGTTTCAGGATTTGTTGTATATCGATACTACAAGAGTTGGTG GAGTCGTCACAATTATGTTTTATCTGGGGCATTAGATGCCGGATTAACATTCATGGGAGT ATTATTGTATTTGTGCTTAGGACAGGAGCATGTTAGCCTTCAGTGGTGGGGAAGTCATAC AGATACATGCCCTTTGGCTTCTTGTCCAACTGCTAAAGGGATTGTGGTTGACGGGTGTCC TATATTTTAAGCAGATTTGCTGCAGGATATGTGGTGAAGGCCATGGTTCCATCAACGTAG TTCGTCTGGTCATGTCTGTCCCCACTGTTACAAGACTTCTGTTTGTGATCATGGCTCTTG CTTGAGTCGACAGGTTCCTAGGACGTGCCATTAGCAGCAAGAATTGGAGGACTCTATGTA AAAAGTTTTATGATTAGTCCAAGATGTCACAAACTTGTGCCAGAAAATCATGACTCAAGA AAATGCTCCTCCACCTCCTGTGATGAAGTTAGAACTGTTTTGGGACACATACAATACTGT ATAATATTTTCATTGTTGATGAATCTCCTTCATGTACGCAAAAAAAAAAAAAACATTATA CTTAGCAATTTTCCTCAATATTTTAATTAATTTTCTCCTCTCCGCTATTTGGGTAAGGAA GATAACAAGTGTAACACCATCTCTACGGCTGAAAGTGATCTGAGTTACACAGGAAAGAGT CATTGAACTTGGATGTGGATTAGCTATTGCAATGTCAACAGAAGAAATAGAAGTTATATA AGATGGAAATCCTCAAGTAGCTGGTTGTATCCTTTTCATCCAATTGCTAGATGAGTCTAA TAATAACACTAAGTTTTGCTACTGTATGCTTTTCTGATTCCTTTCTTTCTTCCAACTTTT TCGGTTCATCAGTATATGTCCAGCTGCATATGAAAGAATTACAGCTGCTTTCCCACTCCC TTTGATTATCATATACATAAAAGCATCTTCTCTTATATTCCTGGGGGACCATCCATAAAT CAGGAAGAACAAGCAGAAAGGCTAGTTATTGCTAATGGTTCCTCGTAATATTTGAAGAAA AACAATTTGGATTCGAATTGAAGGACAATTGAACTTCACATCTTAACTTAAATACAAGCA CCATTTAGTTTCTTTCTTACATTCACTGAAAGGATGAGTCACTTTAGTTCAGCAAGTAGG CCACAAGTCAGAGTTTCTCTAGCAGTGTATATATGGATTTTAATATCCTCAGTTCATCAA CTCAACTATTTGTCAAGGTGGCTGTTGCTGGATATTGGGATACAATATGCAGATGAGATT ATATTACTTCTATGATTCTGATCACTATTGAAATACCCTATTCGTCGTTGTATTGTTGTT CTGAATCTTGCTAATGTGTGGCTAGCCTCAGTGCAAGAACTAGGTGGAAATTTTTTTTGA CTAATGACTTAGAGAGCTTTTCCCAGGATCCTGAAGAATTATATTGAACAAGCAAATTAA AGATTTAGATGGTGGCATGGGAATGTATAGAAAAGGTGAAATGTGTGGTACCACTGAAAA AGAGTGAAGAAGGTACTATAGATGCTAGGGTGTCATTTTCTTCATAAAAAAGATAAACCA CTTTCTCATGTTTTCTTGACATTGTTTGGTGTACCCAAGTTGGCTAAGGAATATTTTCTC AACACATCAGCCTACCTTGAGTCTTTTCTGTCTATTTTCAGTGGCTAATCATTGTCCCAA AGTATATTTGTATTGATAATCATTGTTGTTTTTTAGTGCCTAATACTCTTCTTGTGCAAT GTGAGTGCTCAATGAAGAACAGCCACACAACTTGTTTTAGTTTTTCTTTTTATCACTAAT ATGAATTATTTAATGAATGGCCCTCAGATTTCAGAAACTAATGATTTAAGATGCATTATT TTATGAAAATTATGGAACAGAGAAGGCCAAAATTCTAGCTAGTTTTTGCCATTGGCTGAT GAATTTGCCAAGCTTATCTAGACAGCTTTCATCAGGCCAATTTTTTTTAAAAAAATTATA GCATCTTCTGCTATCACATTGTAAGGTGTGGATCTATGCATCTATCTAATAATCATCCTC TTTGGTATGGAAGCAACTAGTGAAGATATTTGTCTAGACATACAGTAGTTGATTACTATA ACTCCGTCTCGCTCAAATATATAGGTTTGATTGAACATAAAGATTTTTTAAACTTATGAT TTATAATAAAATAATATAGATATTTATTAAATTGTCAGTGTCGTGACGAGACAAGGTAAT AATAATAATACATGGTTAAGGTGATTGGATCGGCATTCTAAGCTTGTTAATTATGTTGGG TGAGCTTCCAGATGCCTCCAAGCTGCAAGTGAAAATCTTGGTGATAATTCTGTAGCTGAA AAAAATAATTCCTATGGACTCACCTCTCATTTTCCTACAAGTGTGCATTTGGAATCTGTA TTGTTAATTGACAATATCTCTCTAGTGCCACAAATCCGAAAAAAATCTTTCAAAAGGAAA TGAAAATATCTTCATAAATTCTGTATACTATCAAATATCAATTCAACAAAAAGAGTAACT GCTAGCCTGGTAGCTACCTATAAAAAAAATTAATGTGAAAAGATGGAAATATCTTTTAAA AGTTAACCGAGCAGTTTGATTTTTTTATACTACTACTACTTTCTTTCATTAGTCAAAAAG GTATTTGAAAGCTAAAATATCTTCTTATCATGATAATTTCCCTTTTGCTTACACTAAATA ATTTTTAAAAAAAAGAACAAATGCTTCCATAAAGTTTATACGCCGCGCAAAGGACGACGT TGCCCACTAATTATTTTGGCTATCTAATTACTAATAATTGTGTTTGTTTTATTTTAATGT TTTCAATGGAAGAATGATGGATTCACAAGAATAATTGCACTTCCAATTGACCGTTGGTTG GAAATTGCACAAAGGTAAAAAGTAAAGTGAGAAAGGCAGCCAAAAAATTATTCCCTAATA AAAAAATTGGGAGATTCCCTCAAATTGGAGTTTATCAGGTGTAAAATAATAGTGTGCTTA AACATGATATGTAGGTACAAAATAACATACTTCTTTAATTATATATTATATGAAATGGGA TGAAGAGAGGTGTGTTACTATCCAATTAATTGTTTGCATATTGATATTTTTTTCAACAAA GCAGAATAGAAGTCATTATTCAATAGGCAAAAGTTAAAATATCTAAACAGCCTTCACAAT TATGTAAATAGAACAATTAGCTATTTTCGCAATCTGGTAATATCATCCATCAACAAGAAT TATTATAAAATTCTACTAGTATAAGAAAGGGGTAAACCATGGTCTAACTGTTCATGGATC TGAGTTCTTCCAACTGTGCCTTTATTTGATCTTGAACAAGCTCTAATCTCTTTGAATAAA CTTCCAATTCCAGAATCTGTTGCTTCCTCCATTTCTCATCCGTCTTCATATTGATATCAC AGCTCATTAAACTGTTCCCAAATCCTACTAAAGGGGATGGACCCAATGACATTCCGAACC CAGAATATCTAGATCCATTCAAATTGTTAAACAATTCCTTGAAAATGGGTGATAGACAGC TCCTCACAGTTTCCTCGATCAAACTAGGAATTGAAGCTGCAGCTGTAGCTGTGGCTGTGG CCTGGGGGGCGGCCATCGAGACCGGAGTTGGGGGGAGAATGACATTTGTTCCTCCACCAG ATGACTGATGATAGTACTGTTGAATATACCCGGGTTTTTCTTCTCCTCCTCGAGGCCTTT TTTTCGACTTAGAAGTTTTAACATCAAACCCGTTAGGATTAAGATTGAAGTTAGGGGTGT GATCAATGAAATTTGCGTGGTTAAGGTTGAGATGTGAATCCTCATCATCAAATCCACCAT CATCTGCTGGTGGTGGTGGTGGGGGACCACTGCTACGGACGACAATTGGTCCGGCATTGC TCCAGATCTTGCGAGAGATCTCGAAGGTGGCTTGATCGTGAGGGCTCTTAAACACAAATT CCTTACCAGATCCCATCTTGCTCATCACTGTCCGATACTTCTTCTTCAATCTCCTCAGCT TCTCTACTAATTGATTCTTGTTGAAATCCAACTGCAGCTTGTTCTTGATTTGGTCATAGA ACGCACCTGTATCATGATGATGATGCGAAGATGAATTTATCCCACCGCGCTGGGTTGTGT ATTCCAGAAATCCTTGTAACAATTCGATCTCATCTTCATCCATCCACAGCCGTTGAAAAA GCTTGCGAGAATCATCCAAAACTAAGGGCTTTTTTTCTTCCACAACCATCGTGGCCGGAG TAACGCCGAAATCGTTGATCCGCTCTCGTTTTGGTTCAATACAAAGTGAATCAGTTGCAG GGACACCGACAACGGCTATAGTAACCTCTCCGGCGACGGAATGGTTCGCAACGGGCACGG GAGGAGAGGAAGTGGAATCGTCCTCTTCCTCCTCCTCCTCATCGACATCTACGTCGTCAT CTTCATCAACAACGGCTTCGTTCTGGGGATGACCGCTCTCTTCATCATCTTCCTCATCGT CAAGATCATCATCGTTGTAGACGACGGCCTGATCTTCTACGGAAGCCATTTGAG GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_1 match_part 0.853 368 435 match_part 0.982 572 685 match_part 0.932 777 1379 match_2 match_part 0.980 588 685 match_part 1.000 777 1391 match_3 match_part 0.969 621 685 match_part 0.894 777 1379 match_4 match_part 1.000 622 685 match_part 0.998 777 1400 match_5 match_part 0.944 9523 9843 match_6 match_part 0.927 9523 9769 match_7 match_part 0.930 19447 19860 match_part 0.938 20721 20768 match_part 0.962 21131 21210 match_part 0.896 21291 21338 match_part 0.963 22076 22129 match_part 0.980 22246 22294 match_8 match_part 0.930 19447 19860 match_part 0.938 20721 20768 match_part 0.950 21131 21210 match_part 0.854 21291 21338 match_part 0.944 22076 22129 match_9 match_part 1.000 22314 22348 match_part 0.968 22456 22763 match_part 0.963 23122 23229 match_part 0.944 25361 25396 match_part 0.903 25980 26329 match_10 match_part 1.000 34693 34821 match_part 1.000 34899 35023 match_part 1.000 35723 35772 match_part 1.000 35925 35990 match_part 1.000 36089 36134 match_11 match_part 1.000 34764 34821 match_part 1.000 34899 35023 match_part 1.000 35723 35772 match_part 1.000 35925 35990 match_part 1.000 36089 36137 match_part 1.000 36927 37009 match_part 1.000 37109 37188 match_part 1.000 37285 37289 match_12 match_part 1.000 40094 40380 match_part 1.000 40512 40561 match_part 1.000 40676 40741 match_part 1.000 41273 41321 match_part 1.000 41422 41506 match_13 match_part 0.993 40098 40380 match_part 1.000 40512 40561 match_part 1.000 40676 40741 match_part 0.939 41273 41321 match_part 0.814 41422 41507 match_part 0.943 41608 41660 match_part 0.968 41753 41846 match_part 0.971 41992 42060 match_14 match_part 1.000 41314 41321 match_part 1.000 41422 41507 match_part 1.000 41608 41660 match_part 1.000 41753 41846 match_part 0.968 41992 42399 match_15 match_part 1.000 41314 41321 match_part 1.000 41422 41507 match_part 1.000 41608 41660 match_part 1.000 41753 41846 match_part 0.971 41992 42399 match_16 match_part 1.000 41314 41321 match_part 1.000 41422 41507 match_part 1.000 41608 41660 match_part 1.000 41753 41846 match_part 0.971 41992 42398 match_17 match_part 0.875 41314 41321 match_part 0.988 41422 41507 match_part 1.000 41608 41660 match_part 1.000 41753 41846 match_part 0.992 41992 42382 match_18 match_part 0.975 42035 42395 match_19 match_part 0.959 107255 107471 match_20 match_part 0.996 107263 108064 match_21 match_part 0.924 110711 111213 match_22 match_part 0.978 111256 112018 match_23 match_part 0.992 111502 111755 GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_24 match_part 1.000 2811 2702 match_part 1.000 2616 2489 match_part 1.000 2419 2315 match_part 0.974 2070 1759 match_25 match_part 0.983 2817 2702 match_part 1.000 2616 2489 match_part 1.000 2419 2315 match_part 0.990 2070 1761 match_26 match_part 0.935 2732 2702 match_part 1.000 2616 2489 match_part 1.000 2419 2315 match_part 1.000 2070 1783 match_27 match_part 0.950 2781 2702 match_part 0.992 2616 2489 match_part 1.000 2419 2315 match_part 0.989 2070 1979 match_28 match_part 1.000 6282 6225 match_part 0.953 6143 6080 match_part 0.985 5296 5232 match_part 0.985 5128 5063 match_part 0.929 4961 4553 match_part 0.556 4086 4060 match_29 match_part 1.000 6241 6225 match_part 1.000 6143 6080 match_part 1.000 5296 5232 match_part 1.000 5128 5063 match_part 0.990 4961 4469 match_30 match_part 0.979 4936 4561 match_31 match_part 0.988 6305 6225 match_part 0.984 6143 6080 match_part 0.985 5296 5232 match_part 0.985 5128 5063 match_part 0.927 4961 4579 match_32 match_part 0.909 6541 6454 match_part 0.955 6334 6225 match_part 0.891 6143 6080 match_part 0.923 5296 5232 match_part 0.955 5128 5063 match_part 0.829 4961 4833 match_33 match_part 0.998 7815 7305 match_part 1.000 6541 6454 match_part 1.000 6334 6225 match_part 1.000 6143 6080 match_part 1.000 5296 5269 match_34 match_part 1.000 7904 7305 match_part 1.000 6541 6454 match_part 1.000 6334 6225 match_part 1.000 6143 6080 match_part 1.000 5296 5272 match_35 match_part 1.000 7778 7305 match_part 1.000 6541 6454 match_part 0.982 6334 6225 match_part 1.000 6143 6134 match_36 match_part 0.940 7817 7305 match_part 0.977 6541 6454 match_part 0.939 6334 6253 match_37 match_part 0.943 7828 7305 match_part 0.977 6541 6454 match_part 1.000 6334 6258 match_38 match_part 0.923 7771 7305 match_part 0.977 6541 6454 match_part 0.897 6334 6296 match_39 match_part 1.000 7832 7305 match_part 1.000 6541 6454 match_40 match_part 1.000 7827 7305 match_part 0.898 6541 6454 match_41 match_part 0.996 7827 7305 match_part 0.977 6541 6454 match_42 match_part 0.996 7832 7305 match_part 1.000 6541 6482 match_43 match_part 1.000 7778 7305 match_part 1.000 6541 6482 match_44 match_part 0.998 7825 7323 match_45 match_part 0.921 7801 7374 match_46 match_part 0.985 10413 10348 match_part 1.000 10187 10044 match_part 0.986 9961 9459 match_47 match_part 0.945 9706 9488 match_48 match_part 1.000 14534 14167 match_part 1.000 12175 12025 match_part 1.000 11935 11768 match_part 1.000 11628 11402 match_part 1.000 10947 10824 match_part 1.000 10410 10348 match_part 1.000 10187 10044 match_part 1.000 9961 9493 match_49 match_part 0.976 10947 10824 match_part 0.968 10410 10348 match_part 0.951 10187 10044 match_part 0.923 9961 9493 match_50 match_part 1.000 9793 9493 match_51 match_part 0.926 10891 10824 match_part 0.857 10410 10348 match_part 0.951 10187 10044 match_part 0.919 9961 9508 match_52 match_part 0.964 10375 10348 match_part 0.944 10187 10044 match_part 0.912 9961 9519 match_53 match_part 1.000 11603 11402 match_part 1.000 10947 10824 match_part 1.000 10410 10348 match_part 0.993 10187 10044 match_part 1.000 9961 9691 match_54 match_part 1.000 11603 11402 match_part 1.000 10947 10824 match_part 1.000 10410 10348 match_part 0.993 10187 10044 match_part 0.981 9961 9693 match_55 match_part 0.957 10370 10348 match_part 0.958 10187 10044 match_part 0.885 9961 9693 match_56 match_part 1.000 11570 11402 match_part 1.000 10947 10824 match_part 1.000 10410 10348 match_part 1.000 10187 10044 match_part 0.995 9961 9749 match_57 match_part 0.983 10942 10824 match_part 0.968 10410 10348 match_part 0.944 10187 10044 match_part 0.906 9961 9759 match_58 match_part 0.989 10915 10824 match_part 0.968 10410 10348 match_part 0.951 10187 10044 match_part 0.902 9961 9769 match_59 match_part 1.000 11808 11768 match_part 1.000 11628 11402 match_part 1.000 10947 10824 match_part 1.000 10410 10348 match_part 1.000 10187 10128 match_60 match_part 1.000 11863 11768 match_part 1.000 11628 11402 match_part 1.000 10947 10824 match_part 1.000 10410 10348 match_part 1.000 10187 10138 match_61 match_part 0.948 11863 11768 match_part 1.000 11628 11402 match_part 0.984 10947 10824 match_part 1.000 10410 10388 match_62 match_part 1.000 12086 12025 match_part 1.000 11935 11768 match_part 1.000 11628 11402 match_part 1.000 10947 10923 match_63 match_part 1.000 12052 12025 match_part 0.970 11935 11768 match_part 0.984 11628 11446 match_64 match_part 0.957 11860 11768 match_part 1.000 11628 11500 match_65 match_part 1.000 14538 14167 match_part 0.980 12175 12025 match_part 1.000 11935 11768 match_part 0.991 11628 11517 match_66 match_part 0.971 14271 14167 match_part 1.000 12175 12025 match_part 0.994 11935 11768 match_part 1.000 11628 11534 match_67 match_part 0.976 14542 14167 match_part 0.980 12175 12025 match_part 0.944 11935 11812 match_68 match_part 0.997 14520 14167 match_part 1.000 12175 12093 match_69 match_part 0.996 14535 14305 match_70 match_part 0.948 43315 42948 match_71 match_part 1.000 49477 49438 match_part 1.000 47737 47624 match_part 0.997 46523 46227 match_part 0.698 45097 45055 match_72 match_part 0.940 47740 47624 match_part 0.975 46523 46171 match_part 0.400 46054 46050 match_73 match_part 1.000 49466 49438 match_part 1.000 47737 47624 match_part 1.000 46523 46112 match_74 match_part 0.983 47740 47624 match_part 0.975 46523 46171 match_75 match_part 0.950 47724 47624 match_part 0.980 46523 46171 match_76 match_part 1.000 49470 49438 match_part 1.000 47737 47624 match_part 0.969 46523 46173 match_77 match_part 1.000 49472 49438 match_part 1.000 47737 47624 match_part 1.000 46523 46211 match_78 match_part 1.000 47737 47624 match_part 0.977 46523 46217 match_79 match_part 0.913 49483 49438 match_part 0.991 47737 47624 match_part 0.938 46523 46218 match_80 match_part 0.913 49483 49438 match_part 0.991 47737 47624 match_part 0.938 46523 46218 match_81 match_part 0.913 49483 49438 match_part 0.991 47737 47624 match_part 0.938 46523 46218 match_82 match_part 0.991 47737 47624 match_part 0.995 46523 46312 match_83 match_part 1.000 54035 54014 match_part 1.000 53945 53561 match_part 0.667 52084 52049 match_84 match_part 0.964 54153 54014 match_part 0.948 53945 53544 match_part 0.773 52084 52063 match_85 match_part 0.954 53873 53483 match_86 match_part 0.963 54611 54014 match_part 0.968 53945 53789 match_87 match_part 0.970 54841 54149 match_88 match_part 0.969 54841 54237 match_89 match_part 1.000 57801 57484 match_part 1.000 57392 57145 match_part 1.000 57006 56847 match_part 1.000 56636 56510 match_part 0.929 56420 56407 match_90 match_part 0.980 59072 58724 match_part 0.934 58595 58353 match_part 0.946 58275 58127 match_91 match_part 0.986 59072 58724 match_part 0.959 58595 58353 match_part 1.000 58275 58234 match_92 match_part 0.957 73073 73027 match_part 0.992 72946 72827 match_part 1.000 72304 72239 match_part 1.000 72156 72044 match_part 1.000 71943 71859 match_part 1.000 71696 71586 match_part 1.000 71453 71358 match_part 1.000 71271 71228 match_93 match_part 1.000 74600 74505 match_part 1.000 74355 74222 match_part 1.000 73663 73604 match_part 1.000 73506 73447 match_part 1.000 73268 73197 match_part 1.000 73074 73027 match_part 1.000 72946 72827 match_part 1.000 72304 72239 match_part 1.000 72156 72044 match_part 1.000 71943 71859 match_part 1.000 71696 71676 match_94 match_part 1.000 74969 74934 match_part 1.000 74724 74505 match_part 1.000 74355 74222 match_part 1.000 73663 73604 match_part 1.000 73506 73447 match_part 1.000 73268 73197 match_part 1.000 73074 73027 match_part 1.000 72946 72827 match_part 1.000 72304 72239 match_part 1.000 72156 72069 match_95 match_part 1.000 74510 74505 match_part 1.000 74355 74222 match_part 1.000 73663 73604 match_part 1.000 73506 73447 match_part 0.972 73268 73197 match_part 0.979 73074 73027 match_part 0.992 72946 72828 match_96 match_part 1.000 77984 77865 match_part 1.000 77714 77595 match_part 1.000 77510 77421 match_part 1.000 77326 77255 match_part 1.000 77136 77023 match_part 1.000 76730 76630 match_part 1.000 76545 76452 match_97 match_part 1.000 83460 83371 match_part 1.000 83253 83185 match_part 1.000 82316 82242 match_part 0.995 82140 81776 match_part 0.818 80539 80518 match_98 match_part 1.000 82287 82242 match_part 0.992 82140 81776 match_part 0.818 80539 80518 match_99 match_part 1.000 83459 83371 match_part 1.000 83253 83185 match_part 1.000 82316 82242 match_part 1.000 82140 81754 match_100 match_part 1.000 84369 84333 match_part 1.000 83474 83371 match_part 1.000 83253 83185 match_part 1.000 82316 82242 match_part 0.989 82140 81778 match_101 match_part 1.000 83213 83185 match_part 1.000 82316 82242 match_part 0.967 82140 81836 match_102 match_part 0.920 83395 83371 match_part 0.928 83253 83185 match_part 0.987 82316 82242 match_part 0.890 82140 81859 match_103 match_part 0.964 84964 84909 match_part 0.992 84456 84333 match_part 0.990 83474 83371 match_part 0.942 83253 83185 match_part 0.987 82316 82242 match_part 0.901 82140 81899 match_104 match_part 1.000 85091 84909 match_part 1.000 84456 84333 match_part 1.000 83474 83371 match_part 1.000 83253 83185 match_part 1.000 82316 82242 match_part 0.991 82140 81923 match_105 match_part 0.946 84964 84909 match_part 0.992 84456 84333 match_part 0.990 83474 83371 match_part 0.942 83253 83185 match_part 0.987 82316 82242 match_part 0.895 82140 81932 match_106 match_part 0.983 85084 84909 match_part 0.960 84456 84333 match_part 0.971 83474 83371 match_part 0.986 83253 83185 match_part 0.973 82316 82242 match_part 0.946 82140 81957 match_107 match_part 1.000 85487 85345 match_part 1.000 85218 84909 match_part 1.000 84456 84333 match_part 1.000 83474 83371 match_part 1.000 83253 83185 match_part 1.000 82316 82242 match_part 1.000 82140 82089 match_108 match_part 0.993 85197 84909 match_part 1.000 84456 84333 match_part 1.000 83474 83371 match_109 match_part 0.995 85550 85345 match_part 1.000 85218 84909 match_part 1.000 84456 84333 match_part 1.000 83474 83383 match_110 match_part 0.981 87494 87442 match_part 1.000 85750 85636 match_part 1.000 85554 85345 match_part 1.000 85218 84909 match_part 1.000 84456 84333 match_part 1.000 83474 83439 match_111 match_part 0.965 87729 87673 match_part 1.000 87547 87442 match_part 1.000 85750 85636 match_part 1.000 85554 85345 match_part 1.000 85218 84909 match_part 0.989 84456 84368 match_112 match_part 0.980 87771 87673 match_part 1.000 87547 87442 match_part 1.000 85750 85636 match_part 1.000 85554 85345 match_part 0.997 85218 84909 match_part 0.957 84456 84387 match_113 match_part 0.948 87730 87673 match_part 1.000 87547 87442 match_part 1.000 85750 85636 match_part 1.000 85554 85345 match_part 1.000 85218 84909 match_part 0.986 84456 84387 match_114 match_part 0.875 85651 85636 match_part 1.000 85554 85345 match_part 1.000 85218 84924 match_115 match_part 1.000 87969 87882 match_part 1.000 87786 87673 match_part 1.000 87547 87442 match_part 1.000 85750 85636 match_part 1.000 85554 85345 match_part 0.982 85218 84947 match_116 match_part 1.000 87965 87882 match_part 1.000 87786 87673 match_part 1.000 87547 87442 match_part 1.000 85750 85636 match_part 1.000 85554 85345 match_part 0.989 85218 84955 match_117 match_part 1.000 87724 87673 match_part 1.000 87547 87442 match_part 1.000 85750 85636 match_part 1.000 85554 85345 match_part 1.000 85218 85033 match_118 match_part 0.990 87983 87882 match_part 1.000 87786 87673 match_part 1.000 87547 87442 match_part 1.000 85750 85636 match_part 1.000 85554 85345 match_part 1.000 85218 85051 match_119 match_part 0.984 87945 87882 match_part 1.000 87786 87673 match_part 0.991 87547 87442 match_part 0.991 85750 85636 match_part 0.995 85554 85345 match_part 0.994 85218 85052 match_120 match_part 0.980 87983 87882 match_part 1.000 87786 87673 match_part 1.000 87547 87442 match_part 1.000 85750 85636 match_part 1.000 85554 85345 match_part 1.000 85218 85072 match_121 match_part 0.989 88062 87882 match_part 1.000 87786 87673 match_part 1.000 87547 87442 match_part 1.000 85750 85636 match_part 1.000 85554 85345 match_part 0.968 85218 85125 match_122 match_part 0.918 87966 87882 match_part 0.991 87786 87673 match_part 0.972 87547 87442 match_part 0.974 85750 85636 match_part 0.995 85554 85345 match_part 0.989 85218 85130 match_123 match_part 0.984 87942 87882 match_part 1.000 87786 87673 match_part 1.000 87547 87442 match_part 1.000 85750 85636 match_part 1.000 85554 85345 match_part 0.942 85218 85133 match_124 match_part 0.956 87949 87882 match_part 0.991 87786 87673 match_part 0.981 87547 87442 match_part 0.983 85750 85636 match_part 0.986 85554 85345 match_part 0.976 85218 85135 match_125 match_part 0.927 87963 87882 match_part 1.000 87786 87673 match_part 1.000 87547 87442 match_part 1.000 85750 85636 match_part 1.000 85554 85345 match_part 0.982 85218 85164 match_126 match_part 0.903 87984 87882 match_part 0.991 87786 87673 match_part 0.972 87547 87442 match_part 0.983 85750 85636 match_part 0.990 85554 85345 match_part 0.962 85218 85193 match_127 match_part 0.932 87955 87882 match_part 1.000 87786 87673 match_part 1.000 87547 87442 match_part 1.000 85750 85636 match_part 1.000 85554 85345 match_part 1.000 85218 85197 match_128 match_part 1.000 87749 87673 match_part 1.000 87547 87442 match_part 1.000 85750 85636 match_part 1.000 85554 85345 match_part 1.000 85218 85197 match_129 match_part 0.918 87966 87882 match_part 0.991 87786 87673 match_part 0.972 87547 87442 match_part 0.974 85750 85636 match_part 0.976 85554 85345 match_part 0.889 85218 85210 match_130 match_part 0.887 87952 87882 match_part 0.991 87786 87673 match_part 0.953 87547 87442 match_part 0.983 85750 85636 match_part 0.967 85554 85345 match_131 match_part 1.000 87892 87882 match_part 0.991 87786 87673 match_part 0.981 87547 87442 match_part 0.957 85750 85636 match_part 0.936 85554 85352 match_132 match_part 0.918 88027 87882 match_part 0.991 87786 87673 match_part 0.972 87547 87442 match_part 0.974 85750 85636 match_part 0.990 85554 85356 match_133 match_part 1.000 87938 87882 match_part 1.000 87786 87673 match_part 1.000 87547 87442 match_part 1.000 85750 85636 match_part 1.000 85554 85356 match_134 match_part 0.947 87957 87882 match_part 0.991 87786 87673 match_part 0.972 87547 87442 match_part 0.974 85750 85636 match_part 0.990 85554 85358 match_135 match_part 0.894 88032 87882 match_part 0.991 87786 87673 match_part 0.981 87547 87442 match_part 0.983 85750 85636 match_part 0.989 85554 85380 match_136 match_part 0.929 87965 87882 match_part 0.991 87786 87673 match_part 0.972 87547 87442 match_part 0.983 85750 85636 match_part 0.940 85554 85406 match_137 match_part 0.907 87989 87882 match_part 0.991 87786 87673 match_part 0.972 87547 87442 match_part 0.939 85750 85636 match_part 0.889 85554 85456 match_138 match_part 0.947 87957 87882 match_part 0.991 87786 87673 match_part 0.962 87547 87442 match_part 0.965 85750 85636 match_part 1.000 85554 85459 match_139 match_part 1.000 88033 87882 match_part 1.000 87786 87673 match_part 1.000 87547 87442 match_part 1.000 85750 85636 match_part 1.000 85554 85520 match_140 match_part 0.903 87984 87882 match_part 0.991 87786 87673 match_part 0.972 87547 87442 match_part 0.983 85750 85636 match_part 0.966 85554 85526 match_141 match_part 1.000 87988 87882 match_part 1.000 87786 87673 match_part 1.000 87547 87442 match_part 1.000 85750 85652 match_142 match_part 0.918 88027 87882 match_part 0.991 87786 87673 match_part 0.972 87547 87442 match_part 0.985 85750 85686 match_143 match_part 0.968 87943 87882 match_part 0.991 87786 87673 match_part 0.972 87547 87442 match_part 0.952 85750 85688 match_144 match_part 0.947 87957 87882 match_part 0.982 87786 87673 match_part 0.925 87547 87442 match_part 0.976 85750 85710 match_145 match_part 0.882 87957 87882 match_part 0.982 87786 87673 match_part 0.934 87547 87442 match_146 match_part 0.905 88042 87895 match_147 match_part 1.000 92966 92949 match_part 1.000 92141 92092 match_part 1.000 92009 91969 match_part 1.000 91872 91702 match_part 1.000 91569 91534 match_part 1.000 90991 90924 match_part 1.000 90839 90779 match_part 1.000 90687 90502 match_148 match_part 0.990 91695 90915 match_149 match_part 0.979 91694 91170 match_150 match_part 0.996 111433 110678 match_151 match_part 0.903 111733 110948 match_152 match_part 0.993 111993 111272 match_153 match_part 0.995 112074 111283 match_154 match_part 0.966 112037 111451 match_155 match_part 1.000 112074 111593 match_156 match_part 0.958 112037 111609 match_157 match_part 0.986 112074 111653 match_158 match_part 0.961 112074 111660 match_159 match_part 0.981 112074 111715 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C02HBa0009K06.2 type gene exon 368 435 exon 572 685 exon 777 1400 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C02HBa0009K06.2 type gene exon 2817 2702 exon 2616 2489 exon 2419 2315 exon 2070 1759 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C02HBa0009K06.2 type gene exon 7904 7305 exon 6541 6454 exon 6334 6225 exon 6143 6080 exon 5296 5232 exon 5128 5063 exon 4961 4553 exon 4086 4060 gene_4 gene GT_PGL_3_AGS_2 transcript source GenomeThreader seq_id C02HBa0009K06.2 type gene exon 7904 7305 exon 6541 6454 exon 6334 6225 exon 6143 6080 exon 5296 5232 exon 5128 5063 exon 4961 4469 gene_5 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C02HBa0009K06.2 type gene exon 14542 14167 exon 12175 12025 exon 11935 11768 exon 11628 11402 exon 10947 10824 exon 10410 10348 exon 10187 10044 exon 9961 9488 gene_6 gene GT_PGL_4_AGS_2 transcript source GenomeThreader seq_id C02HBa0009K06.2 type gene exon 10413 10348 exon 10187 10044 exon 9961 9459 gene_7 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C02HBa0009K06.2 type gene exon 9523 9843 gene_8 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C02HBa0009K06.2 type gene exon 19447 19860 exon 20721 20768 exon 21131 21210 exon 21291 21338 exon 22076 22129 exon 22246 22294 gene_9 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C02HBa0009K06.2 type gene exon 22314 22348 exon 22456 22763 exon 23122 23229 exon 25361 25396 exon 25980 26329 gene_10 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C02HBa0009K06.2 type gene exon 34693 34821 exon 34899 35023 exon 35723 35772 exon 35925 35990 exon 36089 36137 exon 36927 37009 exon 37109 37188 exon 37285 37289 gene_11 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C02HBa0009K06.2 type gene exon 40094 40380 exon 40512 40561 exon 40676 40741 exon 41273 41321 exon 41422 41507 exon 41608 41660 exon 41753 41846 exon 41992 42399 gene_12 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C02HBa0009K06.2 type gene exon 43315 42948 gene_13 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C02HBa0009K06.2 type gene exon 49483 49438 exon 47737 47624 exon 46523 46112 gene_14 gene GT_PGL_11_AGS_2 transcript source GenomeThreader seq_id C02HBa0009K06.2 type gene exon 47740 47624 exon 46523 46171 exon 46054 46050 gene_15 gene GT_PGL_11_AGS_3 transcript source GenomeThreader seq_id C02HBa0009K06.2 type gene exon 49477 49438 exon 47737 47624 exon 46523 46227 exon 45097 45055 gene_16 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C02HBa0009K06.2 type gene exon 54841 54014 exon 53945 53544 exon 52084 52063 gene_17 gene GT_PGL_12_AGS_2 transcript source GenomeThreader seq_id C02HBa0009K06.2 type gene exon 54841 54014 exon 53945 53483 gene_18 gene GT_PGL_12_AGS_3 transcript source GenomeThreader seq_id C02HBa0009K06.2 type gene exon 54841 54014 exon 53945 53561 exon 52084 52049 gene_19 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C02HBa0009K06.2 type gene exon 57801 57484 exon 57392 57145 exon 57006 56847 exon 56636 56510 exon 56420 56407 gene_20 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C02HBa0009K06.2 type gene exon 59072 58724 exon 58595 58353 exon 58275 58127 gene_21 gene GT_PGL_15_AGS_1 transcript source GenomeThreader seq_id C02HBa0009K06.2 type gene exon 74969 74934 exon 74724 74505 exon 74355 74222 exon 73663 73604 exon 73506 73447 exon 73268 73197 exon 73074 73027 exon 72946 72827 exon 72304 72239 exon 72156 72044 exon 71943 71859 exon 71696 71586 exon 71453 71358 exon 71271 71228 gene_22 gene GT_PGL_16_AGS_1 transcript source GenomeThreader seq_id C02HBa0009K06.2 type gene exon 77984 77865 exon 77714 77595 exon 77510 77421 exon 77326 77255 exon 77136 77023 exon 76730 76630 exon 76545 76452 gene_23 gene GT_PGL_17_AGS_1 transcript source GenomeThreader seq_id C02HBa0009K06.2 type gene exon 88062 87882 exon 87786 87673 exon 87547 87442 exon 85750 85636 exon 85554 85345 exon 85218 84909 exon 84456 84333 exon 83474 83371 exon 83253 83185 exon 82316 82242 exon 82140 81776 exon 80539 80518 gene_24 gene GT_PGL_17_AGS_2 transcript source GenomeThreader seq_id C02HBa0009K06.2 type gene exon 88062 87882 exon 87786 87673 exon 87547 87442 exon 85750 85636 exon 85554 85345 exon 85218 84909 exon 84456 84333 exon 83474 83371 exon 83253 83185 exon 82316 82242 exon 82140 81754 gene_25 gene GT_PGL_18_AGS_1 transcript source GenomeThreader seq_id C02HBa0009K06.2 type gene exon 91695 90915 gene_26 gene GT_PGL_18_AGS_2 transcript source GenomeThreader seq_id C02HBa0009K06.2 type gene exon 92966 92949 exon 92141 92092 exon 92009 91969 exon 91872 91702 exon 91569 91534 exon 90991 90924 exon 90839 90779 exon 90687 90502 gene_27 gene GT_PGL_19_AGS_1 transcript source GenomeThreader seq_id C02HBa0009K06.2 type gene exon 107255 108064 gene_28 gene GT_PGL_20_AGS_1 transcript source GenomeThreader seq_id C02HBa0009K06.2 type gene exon 112074 110678 gene_29 gene GT_PGL_21_AGS_1 transcript source GenomeThreader seq_id C02HBa0009K06.2 type gene exon 110711 111213 gene_30 gene GT_PGL_22_AGS_1 transcript source GenomeThreader seq_id C02HBa0009K06.2 type gene exon 111256 112018 RepeatMasker tomato repeats master Copia00172 1665 1904 1 Copia00172 1665 1904 1 nucleotide_motif 951 23655 23917 SONATA1 60 234 1 SONATA1 60 234 1 nucleotide_motif 338 40789 40949 Copia00175 2360 2530 1 Copia00175 2360 2530 1 nucleotide_motif 476 65927 66109 Copia00094 4312 4464 1 Copia00094 4312 4464 1 nucleotide_motif 1003 66091 66243 Unknown00034 3704 4017 1 Unknown00034 3704 4017 1 nucleotide_motif 2159 66109 66415 Copia00105 4016 4065 1 Copia00105 4016 4065 1 nucleotide_motif 270 76226 76275 TS2 525 655 1 TS2 525 655 1 nucleotide_motif 358 86895 87016 RepeatMasker tomato repeats master TLP1 371 2690 -1 TLP1 371 2690 -1 nucleotide_motif 540 15465 15305 Gypsy00073 1047 1378 -1 Gypsy00073 1047 1378 -1 nucleotide_motif 392 33828 33639 Unknown00034 3704 4017 -1 Unknown00034 3704 4017 -1 nucleotide_motif 1994 61699 61393 Gypsy00043 530 1314 -1 Gypsy00043 530 1314 -1 nucleotide_motif 5372 63614 62837 SONATA1 1 214 -1 SONATA1 1 214 -1 nucleotide_motif 748 84106 83899 Copia00039 97 211 -1 Copia00039 97 211 -1 nucleotide_motif 443 100794 100668 BLAST_tomato_bacs Tomato BAC sequences BLAST_tomato_bacs Tomato BAC sequences match_1 match 2367 16772 18151 match_2 match 3096 18760 20366 match_3 match 4395 5400 7703 match_4 match 1 5362 match_5 match 7980 15655 match_6 match 20393 30231 match_7 match 3063 110467 112074 match_8 match 1824 50830 51935 match_9 match 2175 49393 50531 match_10 match 2367 16772 18151 match_11 match 2956 58704 60236 match_12 match 3096 18760 20366 match_13 match 3108 60313 62102 match_14 match 3860 83180 85147 match_15 match 4395 5400 7703 match_16 match 4988 80568 83137 match_17 match 5826 85177 88307 match_18 match 6605 45903 49306 match_19 match 6698 66068 69503 match_20 match 6819 62254 65978 match_21 match 1 5362 match_22 match 39592 45013 match_23 match 52903 58657 match_24 match 33705 39505 match_25 match 7980 15655 match_26 match 69541 78993 match_27 match 20393 30231 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) clone_1 clone 946.5 1 112000 clone_start_1 clone_start 1340 1 700 clone_2 clone 943.5 1 44425 clone_start_2 clone_start 1243 1 634 clone_end_1 clone_end 1378 122 824 clone_end_2 clone_end 1449 129 859 clone_end_3 clone_end 1181 149 751 clone_start_3 clone_start 983 9185 9704 clone_start_4 clone_start 1160 12833 13417 clone_3 clone 929 32217 71086 clone_start_5 clone_start 365 32217 32400 clone_4 clone 1354.5 37341 76226 clone_start_6 clone_start 1415 37341 38065 clone_start_7 clone_start 1402 45977 46699 clone_5 clone 761.5 70773 98058 clone_start_8 clone_start 1265 70773 71418 clone_6 clone 1048 70773 98607 clone_start_9 clone_start 1265 70773 71418 clone_7 clone 491.5 80338 112074 clone_start_10 clone_start 365 80338 80521 clone_8 clone 721.5 80568 112074 clone_start_11 clone_start 825 80568 81004 clone_start_12 clone_start 817 97456 97918 clone_start_13 clone_start 1271 101169 101854 clone_end_4 clone_end 753 109866 110343 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) clone_end_5 clone_end 553 112000 111697 clone_end_6 clone_end 644 44425 44101 clone_start_14 clone_start 1255 6169 5537 clone_end_7 clone_end 1023 30231 29716 clone_end_8 clone_end 1493 71086 70313 clone_end_9 clone_end 1294 76226 75574 clone_start_15 clone_start 1316 43885 43195 clone_start_16 clone_start 1447 44465 43721 clone_end_10 clone_end 1261 44444 43794 clone_end_11 clone_end 1074 44447 43899 clone_end_12 clone_end 1029 44448 43911 clone_end_13 clone_end 724 58657 58293 clone_start_17 clone_start 755 65399 65019 clone_end_14 clone_end 751 66615 66199 clone_end_15 clone_end 258 98058 97929 clone_end_16 clone_end 831 98607 98123 clone_end_17 clone_end 1243 71667 71002 clone_end_18 clone_end 874 75394 74891 clone_end_19 clone_end 618 112074 111763 clone_end_20 clone_end 618 112074 111763 clone_end_21 clone_end 325 89622 89459 clone_end_22 clone_end 353 90075 89832 clone_end_23 clone_end 513 90156 89832 clone_end_24 clone_end 1233 92433 91771 clone_start_18 clone_start 813 98058 97625 clone_start_19 clone_start 928 102972 102505 clone_start_20 clone_start 385 109455 109250 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_1 match_part 0.980 588 685 match_part 1.000 777 1391 match_2 match_part 1.000 622 685 match_part 0.998 777 1400 match_3 match_part 0.944 9523 9843 match_4 match_part 1.000 34693 34821 match_part 1.000 34899 35023 match_part 1.000 35723 35772 match_part 1.000 35925 35990 match_part 1.000 36089 36134 match_5 match_part 1.000 34764 34821 match_part 1.000 34899 35023 match_part 1.000 35723 35772 match_part 1.000 35925 35990 match_part 1.000 36089 36137 match_part 1.000 36927 37009 match_part 1.000 37109 37188 match_part 1.000 37285 37289 match_6 match_part 1.000 40094 40380 match_part 1.000 40512 40561 match_part 1.000 40676 40741 match_part 1.000 41273 41321 match_part 1.000 41422 41506 match_7 match_part 0.993 40098 40380 match_part 1.000 40512 40561 match_part 1.000 40676 40741 match_part 0.939 41273 41321 match_part 0.814 41422 41507 match_part 0.943 41608 41660 match_part 0.968 41753 41846 match_part 0.971 41992 42060 match_8 match_part 1.000 41314 41321 match_part 1.000 41422 41507 match_part 1.000 41608 41660 match_part 1.000 41753 41846 match_part 0.968 41992 42399 match_9 match_part 1.000 41314 41321 match_part 1.000 41422 41507 match_part 1.000 41608 41660 match_part 1.000 41753 41846 match_part 0.971 41992 42399 match_10 match_part 1.000 41314 41321 match_part 1.000 41422 41507 match_part 1.000 41608 41660 match_part 1.000 41753 41846 match_part 0.971 41992 42398 match_11 match_part 0.875 41314 41321 match_part 0.988 41422 41507 match_part 1.000 41608 41660 match_part 1.000 41753 41846 match_part 0.992 41992 42382 match_12 match_part 0.975 42035 42395 match_13 match_part 0.959 107255 107471 match_14 match_part 0.996 107263 108064 match_15 match_part 0.978 111256 112018 match_16 match_part 0.992 111502 111755 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_17 match_part 1.000 2811 2702 match_part 1.000 2616 2489 match_part 1.000 2419 2315 match_part 0.974 2070 1759 match_18 match_part 0.983 2817 2702 match_part 1.000 2616 2489 match_part 1.000 2419 2315 match_part 0.990 2070 1761 match_19 match_part 0.935 2732 2702 match_part 1.000 2616 2489 match_part 1.000 2419 2315 match_part 1.000 2070 1783 match_20 match_part 0.950 2781 2702 match_part 0.992 2616 2489 match_part 1.000 2419 2315 match_part 0.989 2070 1979 match_21 match_part 1.000 6241 6225 match_part 1.000 6143 6080 match_part 1.000 5296 5232 match_part 1.000 5128 5063 match_part 0.990 4961 4469 match_22 match_part 0.979 4936 4561 match_23 match_part 0.909 6541 6454 match_part 0.955 6334 6225 match_part 0.891 6143 6080 match_part 0.923 5296 5232 match_part 0.955 5128 5063 match_part 0.829 4961 4833 match_24 match_part 0.998 7815 7305 match_part 1.000 6541 6454 match_part 1.000 6334 6225 match_part 1.000 6143 6080 match_part 1.000 5296 5269 match_25 match_part 1.000 7904 7305 match_part 1.000 6541 6454 match_part 1.000 6334 6225 match_part 1.000 6143 6080 match_part 1.000 5296 5272 match_26 match_part 1.000 7778 7305 match_part 1.000 6541 6454 match_part 0.982 6334 6225 match_part 1.000 6143 6134 match_27 match_part 1.000 7832 7305 match_part 1.000 6541 6454 match_28 match_part 1.000 7827 7305 match_part 0.898 6541 6454 match_29 match_part 0.996 7827 7305 match_part 0.977 6541 6454 match_30 match_part 0.996 7832 7305 match_part 1.000 6541 6482 match_31 match_part 1.000 7778 7305 match_part 1.000 6541 6482 match_32 match_part 0.998 7825 7323 match_33 match_part 0.985 10413 10348 match_part 1.000 10187 10044 match_part 0.986 9961 9459 match_34 match_part 1.000 14534 14167 match_part 1.000 12175 12025 match_part 1.000 11935 11768 match_part 1.000 11628 11402 match_part 1.000 10947 10824 match_part 1.000 10410 10348 match_part 1.000 10187 10044 match_part 1.000 9961 9493 match_35 match_part 1.000 9793 9493 match_36 match_part 1.000 11603 11402 match_part 1.000 10947 10824 match_part 1.000 10410 10348 match_part 0.993 10187 10044 match_part 1.000 9961 9691 match_37 match_part 1.000 11603 11402 match_part 1.000 10947 10824 match_part 1.000 10410 10348 match_part 0.993 10187 10044 match_part 0.981 9961 9693 match_38 match_part 1.000 11570 11402 match_part 1.000 10947 10824 match_part 1.000 10410 10348 match_part 1.000 10187 10044 match_part 0.995 9961 9749 match_39 match_part 1.000 11808 11768 match_part 1.000 11628 11402 match_part 1.000 10947 10824 match_part 1.000 10410 10348 match_part 1.000 10187 10128 match_40 match_part 1.000 11863 11768 match_part 1.000 11628 11402 match_part 1.000 10947 10824 match_part 1.000 10410 10348 match_part 1.000 10187 10138 match_41 match_part 0.948 11863 11768 match_part 1.000 11628 11402 match_part 0.984 10947 10824 match_part 1.000 10410 10388 match_42 match_part 1.000 12086 12025 match_part 1.000 11935 11768 match_part 1.000 11628 11402 match_part 1.000 10947 10923 match_43 match_part 0.957 11860 11768 match_part 1.000 11628 11500 match_44 match_part 1.000 14538 14167 match_part 0.980 12175 12025 match_part 1.000 11935 11768 match_part 0.991 11628 11517 match_45 match_part 0.971 14271 14167 match_part 1.000 12175 12025 match_part 0.994 11935 11768 match_part 1.000 11628 11534 match_46 match_part 0.997 14520 14167 match_part 1.000 12175 12093 match_47 match_part 0.996 14535 14305 match_48 match_part 1.000 49477 49438 match_part 1.000 47737 47624 match_part 0.997 46523 46227 match_part 0.698 45097 45055 match_49 match_part 0.940 47740 47624 match_part 0.975 46523 46171 match_part 0.400 46054 46050 match_50 match_part 1.000 49466 49438 match_part 1.000 47737 47624 match_part 1.000 46523 46112 match_51 match_part 0.983 47740 47624 match_part 0.975 46523 46171 match_52 match_part 0.950 47724 47624 match_part 0.980 46523 46171 match_53 match_part 1.000 49470 49438 match_part 1.000 47737 47624 match_part 0.969 46523 46173 match_54 match_part 1.000 49472 49438 match_part 1.000 47737 47624 match_part 1.000 46523 46211 match_55 match_part 1.000 47737 47624 match_part 0.977 46523 46217 match_56 match_part 0.991 47737 47624 match_part 0.995 46523 46312 match_57 match_part 1.000 54035 54014 match_part 1.000 53945 53561 match_part 0.667 52084 52049 match_58 match_part 0.954 53873 53483 match_59 match_part 1.000 57801 57484 match_part 1.000 57392 57145 match_part 1.000 57006 56847 match_part 1.000 56636 56510 match_part 0.929 56420 56407 match_60 match_part 0.957 73073 73027 match_part 0.992 72946 72827 match_part 1.000 72304 72239 match_part 1.000 72156 72044 match_part 1.000 71943 71859 match_part 1.000 71696 71586 match_part 1.000 71453 71358 match_part 1.000 71271 71228 match_61 match_part 1.000 74600 74505 match_part 1.000 74355 74222 match_part 1.000 73663 73604 match_part 1.000 73506 73447 match_part 1.000 73268 73197 match_part 1.000 73074 73027 match_part 1.000 72946 72827 match_part 1.000 72304 72239 match_part 1.000 72156 72044 match_part 1.000 71943 71859 match_part 1.000 71696 71676 match_62 match_part 1.000 74969 74934 match_part 1.000 74724 74505 match_part 1.000 74355 74222 match_part 1.000 73663 73604 match_part 1.000 73506 73447 match_part 1.000 73268 73197 match_part 1.000 73074 73027 match_part 1.000 72946 72827 match_part 1.000 72304 72239 match_part 1.000 72156 72069 match_63 match_part 1.000 74510 74505 match_part 1.000 74355 74222 match_part 1.000 73663 73604 match_part 1.000 73506 73447 match_part 0.972 73268 73197 match_part 0.979 73074 73027 match_part 0.992 72946 72828 match_64 match_part 1.000 77984 77865 match_part 1.000 77714 77595 match_part 1.000 77510 77421 match_part 1.000 77326 77255 match_part 1.000 77136 77023 match_part 1.000 76730 76630 match_part 1.000 76545 76452 match_65 match_part 1.000 83460 83371 match_part 1.000 83253 83185 match_part 1.000 82316 82242 match_part 0.995 82140 81776 match_part 0.818 80539 80518 match_66 match_part 1.000 82287 82242 match_part 0.992 82140 81776 match_part 0.818 80539 80518 match_67 match_part 1.000 83459 83371 match_part 1.000 83253 83185 match_part 1.000 82316 82242 match_part 1.000 82140 81754 match_68 match_part 1.000 84369 84333 match_part 1.000 83474 83371 match_part 1.000 83253 83185 match_part 1.000 82316 82242 match_part 0.989 82140 81778 match_69 match_part 1.000 83213 83185 match_part 1.000 82316 82242 match_part 0.967 82140 81836 match_70 match_part 1.000 85091 84909 match_part 1.000 84456 84333 match_part 1.000 83474 83371 match_part 1.000 83253 83185 match_part 1.000 82316 82242 match_part 0.991 82140 81923 match_71 match_part 0.983 85084 84909 match_part 0.960 84456 84333 match_part 0.971 83474 83371 match_part 0.986 83253 83185 match_part 0.973 82316 82242 match_part 0.946 82140 81957 match_72 match_part 1.000 85487 85345 match_part 1.000 85218 84909 match_part 1.000 84456 84333 match_part 1.000 83474 83371 match_part 1.000 83253 83185 match_part 1.000 82316 82242 match_part 1.000 82140 82089 match_73 match_part 0.993 85197 84909 match_part 1.000 84456 84333 match_part 1.000 83474 83371 match_74 match_part 0.995 85550 85345 match_part 1.000 85218 84909 match_part 1.000 84456 84333 match_part 1.000 83474 83383 match_75 match_part 0.981 87494 87442 match_part 1.000 85750 85636 match_part 1.000 85554 85345 match_part 1.000 85218 84909 match_part 1.000 84456 84333 match_part 1.000 83474 83439 match_76 match_part 0.965 87729 87673 match_part 1.000 87547 87442 match_part 1.000 85750 85636 match_part 1.000 85554 85345 match_part 1.000 85218 84909 match_part 0.989 84456 84368 match_77 match_part 0.980 87771 87673 match_part 1.000 87547 87442 match_part 1.000 85750 85636 match_part 1.000 85554 85345 match_part 0.997 85218 84909 match_part 0.957 84456 84387 match_78 match_part 0.948 87730 87673 match_part 1.000 87547 87442 match_part 1.000 85750 85636 match_part 1.000 85554 85345 match_part 1.000 85218 84909 match_part 0.986 84456 84387 match_79 match_part 0.875 85651 85636 match_part 1.000 85554 85345 match_part 1.000 85218 84924 match_80 match_part 1.000 87969 87882 match_part 1.000 87786 87673 match_part 1.000 87547 87442 match_part 1.000 85750 85636 match_part 1.000 85554 85345 match_part 0.982 85218 84947 match_81 match_part 1.000 87965 87882 match_part 1.000 87786 87673 match_part 1.000 87547 87442 match_part 1.000 85750 85636 match_part 1.000 85554 85345 match_part 0.989 85218 84955 match_82 match_part 1.000 87724 87673 match_part 1.000 87547 87442 match_part 1.000 85750 85636 match_part 1.000 85554 85345 match_part 1.000 85218 85033 match_83 match_part 0.990 87983 87882 match_part 1.000 87786 87673 match_part 1.000 87547 87442 match_part 1.000 85750 85636 match_part 1.000 85554 85345 match_part 1.000 85218 85051 match_84 match_part 0.984 87945 87882 match_part 1.000 87786 87673 match_part 0.991 87547 87442 match_part 0.991 85750 85636 match_part 0.995 85554 85345 match_part 0.994 85218 85052 match_85 match_part 0.980 87983 87882 match_part 1.000 87786 87673 match_part 1.000 87547 87442 match_part 1.000 85750 85636 match_part 1.000 85554 85345 match_part 1.000 85218 85072 match_86 match_part 0.989 88062 87882 match_part 1.000 87786 87673 match_part 1.000 87547 87442 match_part 1.000 85750 85636 match_part 1.000 85554 85345 match_part 0.968 85218 85125 match_87 match_part 0.984 87942 87882 match_part 1.000 87786 87673 match_part 1.000 87547 87442 match_part 1.000 85750 85636 match_part 1.000 85554 85345 match_part 0.942 85218 85133 match_88 match_part 0.927 87963 87882 match_part 1.000 87786 87673 match_part 1.000 87547 87442 match_part 1.000 85750 85636 match_part 1.000 85554 85345 match_part 0.982 85218 85164 match_89 match_part 0.932 87955 87882 match_part 1.000 87786 87673 match_part 1.000 87547 87442 match_part 1.000 85750 85636 match_part 1.000 85554 85345 match_part 1.000 85218 85197 match_90 match_part 1.000 87749 87673 match_part 1.000 87547 87442 match_part 1.000 85750 85636 match_part 1.000 85554 85345 match_part 1.000 85218 85197 match_91 match_part 1.000 87892 87882 match_part 0.991 87786 87673 match_part 0.981 87547 87442 match_part 0.957 85750 85636 match_part 0.936 85554 85352 match_92 match_part 1.000 87938 87882 match_part 1.000 87786 87673 match_part 1.000 87547 87442 match_part 1.000 85750 85636 match_part 1.000 85554 85356 match_93 match_part 1.000 88033 87882 match_part 1.000 87786 87673 match_part 1.000 87547 87442 match_part 1.000 85750 85636 match_part 1.000 85554 85520 match_94 match_part 1.000 87988 87882 match_part 1.000 87786 87673 match_part 1.000 87547 87442 match_part 1.000 85750 85652 match_95 match_part 1.000 92966 92949 match_part 1.000 92141 92092 match_part 1.000 92009 91969 match_part 1.000 91872 91702 match_part 1.000 91569 91534 match_part 1.000 90991 90924 match_part 1.000 90839 90779 match_part 1.000 90687 90502 match_96 match_part 0.990 91695 90915 match_97 match_part 0.979 91694 91170 match_98 match_part 0.996 111433 110678 match_99 match_part 0.993 111993 111272 match_100 match_part 0.995 112074 111283 match_101 match_part 1.000 112074 111593 match_102 match_part 0.986 112074 111653 match_103 match_part 0.981 112074 111715 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C02HBa0009K06.2 type gene exon 588 685 exon 777 1400 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C02HBa0009K06.2 type gene exon 2817 2702 exon 2616 2489 exon 2419 2315 exon 2070 1759 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C02HBa0009K06.2 type gene exon 7904 7305 exon 6541 6454 exon 6334 6225 exon 6143 6080 exon 5296 5232 exon 5128 5063 exon 4961 4469 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C02HBa0009K06.2 type gene exon 14538 14167 exon 12175 12025 exon 11935 11768 exon 11628 11402 exon 10947 10824 exon 10410 10348 exon 10187 10044 exon 9961 9493 gene_5 gene GT_PGL_4_AGS_2 transcript source GenomeThreader seq_id C02HBa0009K06.2 type gene exon 10413 10348 exon 10187 10044 exon 9961 9459 gene_6 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C02HBa0009K06.2 type gene exon 9523 9843 gene_7 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C02HBa0009K06.2 type gene exon 34693 34821 exon 34899 35023 exon 35723 35772 exon 35925 35990 exon 36089 36137 exon 36927 37009 exon 37109 37188 exon 37285 37289 gene_8 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C02HBa0009K06.2 type gene exon 40094 40380 exon 40512 40561 exon 40676 40741 exon 41273 41321 exon 41422 41507 exon 41608 41660 exon 41753 41846 exon 41992 42399 gene_9 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C02HBa0009K06.2 type gene exon 49472 49438 exon 47737 47624 exon 46523 46112 gene_10 gene GT_PGL_8_AGS_2 transcript source GenomeThreader seq_id C02HBa0009K06.2 type gene exon 47740 47624 exon 46523 46171 exon 46054 46050 gene_11 gene GT_PGL_8_AGS_3 transcript source GenomeThreader seq_id C02HBa0009K06.2 type gene exon 49477 49438 exon 47737 47624 exon 46523 46227 exon 45097 45055 gene_12 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C02HBa0009K06.2 type gene exon 54035 54014 exon 53945 53561 exon 52084 52049 gene_13 gene GT_PGL_9_AGS_2 transcript source GenomeThreader seq_id C02HBa0009K06.2 type gene exon 53873 53483 gene_14 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C02HBa0009K06.2 type gene exon 57801 57484 exon 57392 57145 exon 57006 56847 exon 56636 56510 exon 56420 56407 gene_15 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C02HBa0009K06.2 type gene exon 74969 74934 exon 74724 74505 exon 74355 74222 exon 73663 73604 exon 73506 73447 exon 73268 73197 exon 73074 73027 exon 72946 72827 exon 72304 72239 exon 72156 72044 exon 71943 71859 exon 71696 71586 exon 71453 71358 exon 71271 71228 gene_16 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C02HBa0009K06.2 type gene exon 77984 77865 exon 77714 77595 exon 77510 77421 exon 77326 77255 exon 77136 77023 exon 76730 76630 exon 76545 76452 gene_17 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C02HBa0009K06.2 type gene exon 88062 87882 exon 87786 87673 exon 87547 87442 exon 85750 85636 exon 85554 85345 exon 85218 84909 exon 84456 84333 exon 83474 83371 exon 83253 83185 exon 82316 82242 exon 82140 81776 exon 80539 80518 gene_18 gene GT_PGL_13_AGS_2 transcript source GenomeThreader seq_id C02HBa0009K06.2 type gene exon 88062 87882 exon 87786 87673 exon 87547 87442 exon 85750 85636 exon 85554 85345 exon 85218 84909 exon 84456 84333 exon 83474 83371 exon 83253 83185 exon 82316 82242 exon 82140 81754 gene_19 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C02HBa0009K06.2 type gene exon 91695 90915 gene_20 gene GT_PGL_14_AGS_2 transcript source GenomeThreader seq_id C02HBa0009K06.2 type gene exon 92966 92949 exon 92141 92092 exon 92009 91969 exon 91872 91702 exon 91569 91534 exon 90991 90924 exon 90839 90779 exon 90687 90502 gene_21 gene GT_PGL_15_AGS_1 transcript source GenomeThreader seq_id C02HBa0009K06.2 type gene exon 107255 108064 gene_22 gene GT_PGL_16_AGS_1 transcript source GenomeThreader seq_id C02HBa0009K06.2 type gene exon 112074 110678 gene_23 gene GT_PGL_17_AGS_1 transcript source GenomeThreader seq_id C02HBa0009K06.2 type gene exon 111256 112018 AUGUSTUS_tom_cdna de novo gene_1 gene 1 1 987 transcript_1 transcript 1 1 987 intron_1 intron 1 27 134 intron_2 intron 1 243 331 intron_3 intron 1 436 571 intron_4 intron 1 686 776 CDS_1 CDS 1 1 26 CDS_2 CDS 1 135 242 CDS_3 CDS 1 332 435 CDS_4 CDS 1 572 685 CDS_5 CDS 1 777 987 stop_codon_1 stop_codon 985 987 gene_2 gene 0.04 19645 26195 transcript_2 transcript 0.04 19645 26195 start_codon_1 start_codon 19645 19647 intron_5 intron 1 19861 20720 intron_6 intron 0.47 20779 21130 intron_7 intron 0.97 21211 21290 intron_8 intron 0.98 21339 22075 intron_9 intron 1 22130 22245 intron_10 intron 1 22349 22455 intron_11 intron 0.54 22764 23121 intron_12 intron 0.3 23486 24404 intron_13 intron 0.7 24531 25051 intron_14 intron 0.43 25251 26086 CDS_6 CDS 1 19645 19860 CDS_7 CDS 0.95 20721 20778 CDS_8 CDS 0.48 21131 21210 CDS_9 CDS 0.98 21291 21338 CDS_10 CDS 1 22076 22129 CDS_11 CDS 1 22246 22348 CDS_12 CDS 0.54 22456 22763 CDS_13 CDS 0.46 23122 23485 CDS_14 CDS 0.7 24405 24530 CDS_15 CDS 0.98 25052 25250 CDS_16 CDS 0.43 26087 26195 stop_codon_2 stop_codon 26193 26195 gene_3 gene 0.99 34709 38129 transcript_3 transcript 0.99 34709 38129 start_codon_2 start_codon 34709 34711 intron_15 intron 1 34822 34898 intron_16 intron 1 35024 35722 intron_17 intron 1 35773 35924 intron_18 intron 1 35991 36088 intron_19 intron 1 36138 36926 intron_20 intron 1 37010 37108 intron_21 intron 1 37189 37284 intron_22 intron 1 37388 37928 CDS_17 CDS 1 34709 34821 CDS_18 CDS 1 34899 35023 CDS_19 CDS 1 35723 35772 CDS_20 CDS 1 35925 35990 CDS_21 CDS 1 36089 36137 CDS_22 CDS 1 36927 37009 CDS_23 CDS 1 37109 37188 CDS_24 CDS 1 37285 37387 CDS_25 CDS 0.99 37929 38129 stop_codon_3 stop_codon 38127 38129 gene_4 gene 1 40143 42234 transcript_4 transcript 1 40143 42234 start_codon_3 start_codon 40143 40145 intron_23 intron 1 40381 40511 intron_24 intron 1 40562 40675 intron_25 intron 1 40742 41272 intron_26 intron 1 41322 41421 intron_27 intron 1 41508 41607 intron_28 intron 1 41661 41752 intron_29 intron 1 41847 41991 CDS_26 CDS 1 40143 40380 CDS_27 CDS 1 40512 40561 CDS_28 CDS 1 40676 40741 CDS_29 CDS 1 41273 41321 CDS_30 CDS 1 41422 41507 CDS_31 CDS 1 41608 41660 CDS_32 CDS 1 41753 41846 CDS_33 CDS 1 41992 42234 stop_codon_4 stop_codon 42232 42234 gene_5 gene 1 52956 53456 transcript_5 transcript 1 52956 53456 start_codon_4 start_codon 52956 52958 CDS_34 CDS 1 52956 53456 stop_codon_5 stop_codon 53454 53456 gene_6 gene 0.61 102414 107710 transcript_6 transcript 0.61 102414 107710 start_codon_5 start_codon 102414 102416 intron_30 intron 0.99 102451 102534 intron_31 intron 0.96 103112 105599 intron_32 intron 0.83 105916 106765 intron_33 intron 1 106949 107095 CDS_35 CDS 1 102414 102450 CDS_36 CDS 0.97 102535 103111 CDS_37 CDS 0.65 105600 105915 CDS_38 CDS 0.97 106766 106948 CDS_39 CDS 1 107096 107710 stop_codon_6 stop_codon 107708 107710 AUGUSTUS_tom_cdna de novo gene_7 gene 0.99 2771 1927 transcript_7 transcript 0.99 2771 1927 stop_codon_7 stop_codon 1929 1927 intron_34 intron 1 2314 2071 intron_35 intron 1 2488 2420 intron_36 intron 1 2701 2617 CDS_40 CDS 1 2070 1927 CDS_41 CDS 1 2419 2315 CDS_42 CDS 1 2616 2489 CDS_43 CDS 0.99 2771 2702 start_codon_6 start_codon 2771 2769 gene_8 gene 0.52 8830 4860 transcript_8 transcript 0.52 8830 4860 stop_codon_8 stop_codon 4862 4860 intron_37 intron 1 5062 4962 intron_38 intron 1 5231 5129 intron_39 intron 1 6079 5297 intron_40 intron 1 6224 6144 intron_41 intron 1 6453 6335 intron_42 intron 1 7304 6542 intron_43 intron 0.98 7545 7413 intron_44 intron 0.52 8823 7659 CDS_44 CDS 1 4961 4860 CDS_45 CDS 1 5128 5063 CDS_46 CDS 1 5296 5232 CDS_47 CDS 1 6143 6080 CDS_48 CDS 1 6334 6225 CDS_49 CDS 1 6541 6454 CDS_50 CDS 1 7412 7305 CDS_51 CDS 0.69 7658 7546 CDS_52 CDS 0.75 8830 8824 start_codon_7 start_codon 8830 8828 gene_9 gene 0.34 17994 9830 transcript_9 transcript 0.34 17994 9830 stop_codon_9 stop_codon 9832 9830 intron_45 intron 1 10043 9962 intron_46 intron 1 10347 10188 intron_47 intron 1 10823 10411 intron_48 intron 1 11401 10948 intron_49 intron 1 11767 11629 intron_50 intron 1 12024 11936 intron_51 intron 1 14166 12176 intron_52 intron 0.34 17989 14545 CDS_53 CDS 1 9961 9830 CDS_54 CDS 1 10187 10044 CDS_55 CDS 1 10410 10348 CDS_56 CDS 1 10947 10824 CDS_57 CDS 1 11628 11402 CDS_58 CDS 1 11935 11768 CDS_59 CDS 1 12175 12025 CDS_60 CDS 0.7 14544 14167 CDS_61 CDS 0.34 17994 17990 start_codon_8 start_codon 17994 17992 gene_10 gene 0.28 30516 27808 transcript_10 transcript 0.28 30516 27808 stop_codon_10 stop_codon 27810 27808 intron_53 intron 1 29219 28595 intron_54 intron 0.89 29530 29444 intron_55 intron 1 29798 29716 CDS_62 CDS 0.56 28594 27808 CDS_63 CDS 1 29443 29220 CDS_64 CDS 0.89 29715 29531 CDS_65 CDS 0.55 30516 29799 start_codon_9 start_codon 30516 30514 gene_11 gene 0.84 46222 42664 transcript_11 transcript 0.84 46222 42664 stop_codon_11 stop_codon 42666 42664 intron_56 intron 0.98 43652 43558 intron_57 intron 1 43931 43809 intron_58 intron 0.93 44468 44145 intron_59 intron 0.9 46092 44678 CDS_66 CDS 1 43557 42664 CDS_67 CDS 0.98 43808 43653 CDS_68 CDS 0.99 44144 43932 CDS_69 CDS 0.89 44677 44469 CDS_70 CDS 0.95 46222 46093 start_codon_10 start_codon 46222 46220 gene_12 gene 0.81 49455 46395 transcript_12 transcript 0.81 49455 46395 stop_codon_12 stop_codon 46397 46395 intron_60 intron 1 47623 46524 intron_61 intron 1 49437 47738 CDS_71 CDS 1 46523 46395 CDS_72 CDS 1 47737 47624 CDS_73 CDS 0.81 49455 49438 start_codon_11 start_codon 49455 49453 gene_13 gene 0.46 58990 53730 transcript_13 transcript 0.46 58990 53730 stop_codon_13 stop_codon 53732 53730 intron_62 intron 1 54013 53946 intron_63 intron 0.52 55227 55082 intron_64 intron 0.91 55603 55369 intron_65 intron 0.92 55788 55647 intron_66 intron 1 55967 55859 intron_67 intron 0.99 56330 56151 intron_68 intron 0.99 56509 56421 intron_69 intron 1 56846 56637 intron_70 intron 1 57144 57007 intron_71 intron 1 57483 57393 intron_72 intron 0.99 58352 58276 intron_73 intron 1 58723 58596 CDS_74 CDS 1 53945 53730 CDS_75 CDS 0.53 55081 54014 CDS_76 CDS 0.95 55368 55228 CDS_77 CDS 0.88 55646 55604 CDS_78 CDS 0.92 55858 55789 CDS_79 CDS 1 56150 55968 CDS_80 CDS 0.99 56420 56331 CDS_81 CDS 1 56636 56510 CDS_82 CDS 1 57006 56847 CDS_83 CDS 1 57392 57145 CDS_84 CDS 0.99 58275 57484 CDS_85 CDS 1 58595 58353 CDS_86 CDS 0.98 58990 58724 start_codon_12 start_codon 58990 58988 gene_14 gene 0.77 69999 67700 transcript_14 transcript 0.77 69999 67700 stop_codon_14 stop_codon 67702 67700 intron_74 intron 0.97 68101 67890 intron_75 intron 0.97 68468 68187 intron_76 intron 0.77 69058 68636 CDS_87 CDS 1 67889 67700 CDS_88 CDS 0.97 68186 68102 CDS_89 CDS 0.78 68635 68469 CDS_90 CDS 0.81 69999 69059 start_codon_13 start_codon 69999 69997 gene_15 gene 0.38 81570 70609 transcript_15 transcript 0.38 81570 70609 stop_codon_15 stop_codon 70611 70609 intron_77 intron 0.9 70931 70798 intron_78 intron 0.9 71223 71001 intron_79 intron 1 71357 71272 intron_80 intron 1 71585 71454 intron_81 intron 1 71858 71697 intron_82 intron 1 72043 71944 intron_83 intron 1 72238 72157 intron_84 intron 1 72826 72305 intron_85 intron 1 73026 72947 intron_86 intron 1 73196 73075 intron_87 intron 1 73446 73269 intron_88 intron 1 73603 73507 intron_89 intron 1 74221 73664 intron_90 intron 1 74504 74356 intron_91 intron 1 74933 74725 intron_92 intron 0.91 75394 74991 intron_93 intron 1 75585 75482 intron_94 intron 1 76451 75754 intron_95 intron 1 76629 76546 intron_96 intron 1 77022 76731 intron_97 intron 1 77254 77137 intron_98 intron 1 77420 77327 intron_99 intron 1 77594 77511 intron_100 intron 1 77864 77715 intron_101 intron 0.96 78119 78040 intron_102 intron 0.96 78332 78209 intron_103 intron 1 78496 78417 intron_104 intron 0.48 81491 78697 CDS_91 CDS 1 70797 70609 CDS_92 CDS 0.9 71000 70932 CDS_93 CDS 1 71271 71224 CDS_94 CDS 1 71453 71358 CDS_95 CDS 1 71696 71586 CDS_96 CDS 1 71943 71859 CDS_97 CDS 1 72156 72044 CDS_98 CDS 1 72304 72239 CDS_99 CDS 1 72946 72827 CDS_100 CDS 1 73074 73027 CDS_101 CDS 1 73268 73197 CDS_102 CDS 1 73506 73447 CDS_103 CDS 1 73663 73604 CDS_104 CDS 1 74355 74222 CDS_105 CDS 1 74724 74505 CDS_106 CDS 1 74990 74934 CDS_107 CDS 0.99 75481 75395 CDS_108 CDS 1 75753 75586 CDS_109 CDS 1 76545 76452 CDS_110 CDS 1 76730 76630 CDS_111 CDS 1 77136 77023 CDS_112 CDS 1 77326 77255 CDS_113 CDS 1 77510 77421 CDS_114 CDS 1 77714 77595 CDS_115 CDS 0.96 78039 77865 CDS_116 CDS 0.96 78208 78120 CDS_117 CDS 1 78416 78333 CDS_118 CDS 0.61 78696 78497 CDS_119 CDS 0.48 81570 81492 start_codon_14 start_codon 81570 81568 gene_16 gene 0.78 82266 81908 transcript_16 transcript 0.78 82266 81908 stop_codon_16 stop_codon 81910 81908 intron_105 intron 1 82241 82141 CDS_120 CDS 0.78 82140 81908 CDS_121 CDS 0.78 82266 82242 start_codon_15 start_codon 82266 82264 gene_17 gene 0.78 87893 82306 transcript_17 transcript 0.78 87893 82306 stop_codon_17 stop_codon 82308 82306 intron_106 intron 0.78 83017 82317 intron_107 intron 0.99 83184 83049 intron_108 intron 1 83370 83254 intron_109 intron 1 84332 83475 intron_110 intron 1 84908 84457 intron_111 intron 1 85344 85219 intron_112 intron 1 85635 85555 intron_113 intron 1 87441 85751 intron_114 intron 1 87672 87548 intron_115 intron 1 87881 87787 CDS_122 CDS 0.78 82316 82306 CDS_123 CDS 0.79 83048 83018 CDS_124 CDS 1 83253 83185 CDS_125 CDS 1 83474 83371 CDS_126 CDS 1 84456 84333 CDS_127 CDS 1 85218 84909 CDS_128 CDS 1 85554 85345 CDS_129 CDS 1 85750 85636 CDS_130 CDS 1 87547 87442 CDS_131 CDS 1 87786 87673 CDS_132 CDS 1 87893 87882 start_codon_16 start_codon 87893 87891 gene_18 gene 0.74 100036 99278 transcript_18 transcript 0.74 100036 99278 stop_codon_18 stop_codon 99280 99278 intron_116 intron 0.99 99465 99368 intron_117 intron 0.94 99598 99520 intron_118 intron 0.95 99744 99670 intron_119 intron 0.98 99902 99819 CDS_133 CDS 0.99 99367 99278 CDS_134 CDS 1 99519 99466 CDS_135 CDS 0.91 99669 99599 CDS_136 CDS 0.95 99818 99745 CDS_137 CDS 0.81 100036 99903 start_codon_17 start_codon 100036 100034 gene_19 gene 1 112074 110804 transcript_19 transcript 1 112074 110804 stop_codon_19 stop_codon 110806 110804 CDS_138 CDS 1 112074 110804 tRNAscan-SE unknown database tRNAscan-SE unknown database tRNA_1 tRNA 84.87 49569 49642 AUGUSTUS_ab_initio de novo gene_1 gene 0.98 135 987 transcript_1 transcript 0.98 135 987 intron_1 intron 0.98 1 134 intron_2 intron 1 243 331 intron_3 intron 1 436 571 intron_4 intron 1 686 776 CDS_1 CDS 0.99 135 242 CDS_2 CDS 1 332 435 CDS_3 CDS 1 572 685 CDS_4 CDS 1 777 987 stop_codon_1 stop_codon 985 987 gene_2 gene 0.05 19645 26195 transcript_2 transcript 0.05 19645 26195 start_codon_1 start_codon 19645 19647 intron_5 intron 0.99 19861 20720 intron_6 intron 0.55 20779 21085 intron_7 intron 0.99 21211 21290 intron_8 intron 0.97 21339 22075 intron_9 intron 1 22130 22245 intron_10 intron 0.98 22349 22455 intron_11 intron 0.59 22764 23121 intron_12 intron 0.38 23486 24404 intron_13 intron 0.98 24531 25051 intron_14 intron 0.88 25251 25335 intron_15 intron 0.74 25397 25979 CDS_5 CDS 0.99 19645 19860 CDS_6 CDS 0.99 20721 20778 CDS_7 CDS 0.55 21086 21210 CDS_8 CDS 1 21291 21338 CDS_9 CDS 0.98 22076 22129 CDS_10 CDS 1 22246 22348 CDS_11 CDS 0.57 22456 22763 CDS_12 CDS 0.39 23122 23485 CDS_13 CDS 1 24405 24530 CDS_14 CDS 0.94 25052 25250 CDS_15 CDS 0.83 25336 25396 CDS_16 CDS 0.62 25980 26195 stop_codon_2 stop_codon 26193 26195 gene_3 gene 0.93 34709 38129 transcript_3 transcript 0.93 34709 38129 start_codon_2 start_codon 34709 34711 intron_16 intron 1 34822 34898 intron_17 intron 0.98 35024 35722 intron_18 intron 1 35773 35924 intron_19 intron 1 35991 36088 intron_20 intron 1 36138 36926 intron_21 intron 1 37010 37108 intron_22 intron 1 37189 37284 intron_23 intron 1 37388 37928 CDS_17 CDS 1 34709 34821 CDS_18 CDS 1 34899 35023 CDS_19 CDS 0.98 35723 35772 CDS_20 CDS 1 35925 35990 CDS_21 CDS 1 36089 36137 CDS_22 CDS 1 36927 37009 CDS_23 CDS 1 37109 37188 CDS_24 CDS 1 37285 37387 CDS_25 CDS 0.95 37929 38129 stop_codon_3 stop_codon 38127 38129 gene_4 gene 0.97 40143 42234 transcript_4 transcript 0.97 40143 42234 start_codon_3 start_codon 40143 40145 intron_24 intron 1 40381 40511 intron_25 intron 1 40562 40675 intron_26 intron 1 40742 41272 intron_27 intron 1 41322 41421 intron_28 intron 1 41508 41607 intron_29 intron 1 41661 41752 intron_30 intron 1 41847 41991 CDS_26 CDS 0.97 40143 40380 CDS_27 CDS 1 40512 40561 CDS_28 CDS 1 40676 40741 CDS_29 CDS 1 41273 41321 CDS_30 CDS 1 41422 41507 CDS_31 CDS 1 41608 41660 CDS_32 CDS 1 41753 41846 CDS_33 CDS 1 41992 42234 stop_codon_4 stop_codon 42232 42234 gene_5 gene 0.98 52956 53456 transcript_5 transcript 0.98 52956 53456 start_codon_4 start_codon 52956 52958 CDS_34 CDS 0.98 52956 53456 stop_codon_5 stop_codon 53454 53456 gene_6 gene 0.12 102414 107710 transcript_6 transcript 0.12 102414 107710 start_codon_5 start_codon 102414 102416 intron_31 intron 0.98 102451 102534 intron_32 intron 0.99 103112 105599 intron_33 intron 0.35 105912 106119 intron_34 intron 0.39 106171 106339 intron_35 intron 0.55 106596 106765 intron_36 intron 1 106949 107095 CDS_35 CDS 1 102414 102450 CDS_36 CDS 0.97 102535 103111 CDS_37 CDS 0.22 105600 105911 CDS_38 CDS 0.49 106120 106170 CDS_39 CDS 0.5 106340 106595 CDS_40 CDS 0.99 106766 106948 CDS_41 CDS 0.95 107096 107710 stop_codon_6 stop_codon 107708 107710 AUGUSTUS_ab_initio de novo gene_7 gene 0.44 2771 1927 transcript_7 transcript 0.44 2771 1927 stop_codon_7 stop_codon 1929 1927 intron_37 intron 0.82 2488 2071 intron_38 intron 0.6 2701 2617 CDS_42 CDS 1 2070 1927 CDS_43 CDS 0.98 2616 2489 CDS_44 CDS 0.56 2771 2702 start_codon_6 start_codon 2771 2769 gene_8 gene 0.52 7403 4860 transcript_8 transcript 0.52 7403 4860 stop_codon_8 stop_codon 4862 4860 intron_39 intron 0.98 5062 4962 intron_40 intron 1 5231 5129 intron_41 intron 0.93 6079 5297 intron_42 intron 0.99 6224 6144 intron_43 intron 1 6453 6335 intron_44 intron 1 7304 6542 CDS_45 CDS 0.56 4961 4860 CDS_46 CDS 0.99 5128 5063 CDS_47 CDS 1 5296 5232 CDS_48 CDS 0.92 6143 6080 CDS_49 CDS 1 6334 6225 CDS_50 CDS 1 6541 6454 CDS_51 CDS 0.99 7403 7305 start_codon_7 start_codon 7403 7401 gene_9 gene 0.92 14486 9830 transcript_9 transcript 0.92 14486 9830 stop_codon_9 stop_codon 9832 9830 intron_45 intron 0.99 10043 9962 intron_46 intron 1 10347 10188 intron_47 intron 1 10823 10411 intron_48 intron 0.99 11401 10948 intron_49 intron 1 11767 11629 intron_50 intron 0.99 12024 11936 intron_51 intron 0.96 14166 12176 CDS_52 CDS 1 9961 9830 CDS_53 CDS 0.99 10187 10044 CDS_54 CDS 1 10410 10348 CDS_55 CDS 1 10947 10824 CDS_56 CDS 0.97 11628 11402 CDS_57 CDS 0.99 11935 11768 CDS_58 CDS 0.99 12175 12025 CDS_59 CDS 0.98 14486 14167 start_codon_8 start_codon 14486 14484 gene_10 gene 0.35 30516 26900 transcript_10 transcript 0.35 30516 26900 stop_codon_10 stop_codon 26902 26900 intron_52 intron 0.58 27902 26989 intron_53 intron 1 29219 28595 intron_54 intron 0.85 29530 29444 intron_55 intron 1 29798 29716 CDS_60 CDS 0.8 26988 26900 CDS_61 CDS 0.6 28594 27903 CDS_62 CDS 1 29443 29220 CDS_63 CDS 0.85 29715 29531 CDS_64 CDS 0.66 30516 29799 start_codon_9 start_codon 30516 30514 gene_11 gene 0.11 49455 42664 transcript_11 transcript 0.11 49455 42664 stop_codon_11 stop_codon 42666 42664 intron_56 intron 0.99 43652 43558 intron_57 intron 1 43931 43809 intron_58 intron 0.98 44468 44145 intron_59 intron 0.78 46438 44678 intron_60 intron 0.9 47623 46524 intron_61 intron 0.89 48485 47738 intron_62 intron 0.12 49398 48582 CDS_65 CDS 1 43557 42664 CDS_66 CDS 0.99 43808 43653 CDS_67 CDS 1 44144 43932 CDS_68 CDS 0.94 44677 44469 CDS_69 CDS 0.74 46523 46439 CDS_70 CDS 0.95 47737 47624 CDS_71 CDS 0.47 48581 48486 CDS_72 CDS 0.32 49455 49399 start_codon_10 start_codon 49455 49453 gene_12 gene 0.23 58990 53730 transcript_12 transcript 0.23 58990 53730 stop_codon_12 stop_codon 53732 53730 intron_63 intron 1 54013 53946 intron_64 intron 0.5 55227 55082 intron_65 intron 0.85 55603 55369 intron_66 intron 0.99 55788 55647 intron_67 intron 1 55967 55859 intron_68 intron 1 56330 56151 intron_69 intron 1 56509 56421 intron_70 intron 0.75 56846 56637 intron_71 intron 1 57144 57007 intron_72 intron 0.99 57483 57393 intron_73 intron 0.98 58352 58276 intron_74 intron 0.99 58723 58596 CDS_73 CDS 0.95 53945 53730 CDS_74 CDS 0.49 55081 54014 CDS_75 CDS 0.94 55368 55228 CDS_76 CDS 0.9 55646 55604 CDS_77 CDS 0.99 55858 55789 CDS_78 CDS 1 56150 55968 CDS_79 CDS 1 56420 56331 CDS_80 CDS 0.99 56636 56510 CDS_81 CDS 0.76 57006 56847 CDS_82 CDS 0.99 57392 57145 CDS_83 CDS 0.98 58275 57484 CDS_84 CDS 0.98 58595 58353 CDS_85 CDS 0.93 58990 58724 start_codon_11 start_codon 58990 58988 gene_13 gene 0.82 69999 67700 transcript_13 transcript 0.82 69999 67700 stop_codon_13 stop_codon 67702 67700 intron_75 intron 1 68101 67890 intron_76 intron 1 68468 68187 intron_77 intron 0.84 69058 68636 CDS_86 CDS 1 67889 67700 CDS_87 CDS 1 68186 68102 CDS_88 CDS 0.97 68635 68469 CDS_89 CDS 0.95 69999 69059 start_codon_12 start_codon 69999 69997 gene_14 gene 0.03 96022 70609 transcript_14 transcript 0.03 96022 70609 stop_codon_14 stop_codon 70611 70609 intron_78 intron 0.97 70931 70798 intron_79 intron 0.96 71223 71001 intron_80 intron 0.98 71357 71272 intron_81 intron 0.99 71585 71454 intron_82 intron 0.77 71858 71697 intron_83 intron 1 72043 71944 intron_84 intron 0.68 72238 72157 intron_85 intron 0.76 72826 72305 intron_86 intron 1 73026 72947 intron_87 intron 0.94 73196 73075 intron_88 intron 0.94 73446 73269 intron_89 intron 0.91 73603 73507 intron_90 intron 0.93 74221 73664 intron_91 intron 0.84 74504 74356 intron_92 intron 0.93 74933 74725 intron_93 intron 0.57 75077 74991 intron_94 intron 0.57 75394 75144 intron_95 intron 1 75585 75482 intron_96 intron 0.98 76451 75754 intron_97 intron 0.98 76629 76546 intron_98 intron 0.92 77022 76731 intron_99 intron 0.85 77254 77137 intron_100 intron 0.93 77420 77327 intron_101 intron 0.93 77594 77511 intron_102 intron 0.98 77864 77715 intron_103 intron 0.98 78119 78040 intron_104 intron 0.99 78332 78209 intron_105 intron 1 78496 78417 intron_106 intron 0.42 82010 78669 intron_107 intron 0.97 83017 82141 intron_108 intron 0.98 83184 83049 intron_109 intron 1 83370 83254 intron_110 intron 1 84332 83475 intron_111 intron 0.97 84908 84457 intron_112 intron 1 85344 85219 intron_113 intron 1 85635 85555 intron_114 intron 0.95 87441 85751 intron_115 intron 1 87672 87548 intron_116 intron 0.78 90372 87787 intron_117 intron 1 90778 90688 intron_118 intron 1 90923 90840 intron_119 intron 1 91533 90992 intron_120 intron 1 91701 91570 intron_121 intron 0.79 91968 91873 intron_122 intron 0.92 92091 92010 intron_123 intron 0.78 92948 92142 intron_124 intron 0.69 93497 93035 intron_125 intron 0.45 94011 93562 intron_126 intron 0.56 94192 94116 intron_127 intron 0.94 94381 94300 intron_128 intron 0.93 94529 94443 intron_129 intron 0.84 95202 94647 intron_130 intron 0.81 95773 95535 intron_131 intron 0.81 95902 95832 CDS_90 CDS 0.98 70797 70609 CDS_91 CDS 0.97 71000 70932 CDS_92 CDS 0.99 71271 71224 CDS_93 CDS 0.99 71453 71358 CDS_94 CDS 1 71696 71586 CDS_95 CDS 0.77 71943 71859 CDS_96 CDS 1 72156 72044 CDS_97 CDS 0.68 72304 72239 CDS_98 CDS 0.99 72946 72827 CDS_99 CDS 1 73074 73027 CDS_100 CDS 0.93 73268 73197 CDS_101 CDS 1 73506 73447 CDS_102 CDS 0.91 73663 73604 CDS_103 CDS 1 74355 74222 CDS_104 CDS 0.84 74724 74505 CDS_105 CDS 0.93 74990 74934 CDS_106 CDS 0.58 75143 75078 CDS_107 CDS 0.99 75481 75395 CDS_108 CDS 1 75753 75586 CDS_109 CDS 0.98 76545 76452 CDS_110 CDS 0.98 76730 76630 CDS_111 CDS 0.92 77136 77023 CDS_112 CDS 0.87 77326 77255 CDS_113 CDS 1 77510 77421 CDS_114 CDS 0.91 77714 77595 CDS_115 CDS 0.96 78039 77865 CDS_116 CDS 0.99 78208 78120 CDS_117 CDS 1 78416 78333 CDS_118 CDS 0.47 78668 78497 CDS_119 CDS 0.67 82140 82011 CDS_120 CDS 0.98 83048 83018 CDS_121 CDS 1 83253 83185 CDS_122 CDS 1 83474 83371 CDS_123 CDS 0.99 84456 84333 CDS_124 CDS 0.98 85218 84909 CDS_125 CDS 1 85554 85345 CDS_126 CDS 1 85750 85636 CDS_127 CDS 0.99 87547 87442 CDS_128 CDS 0.95 87786 87673 CDS_129 CDS 0.8 90687 90373 CDS_130 CDS 1 90839 90779 CDS_131 CDS 1 90991 90924 CDS_132 CDS 1 91569 91534 CDS_133 CDS 0.8 91872 91702 CDS_134 CDS 0.95 92009 91969 CDS_135 CDS 0.95 92141 92092 CDS_136 CDS 0.91 93034 92949 CDS_137 CDS 0.45 93561 93498 CDS_138 CDS 0.47 94115 94012 CDS_139 CDS 0.94 94299 94193 CDS_140 CDS 0.94 94442 94382 CDS_141 CDS 0.98 94646 94530 CDS_142 CDS 0.85 95534 95203 CDS_143 CDS 0.94 95831 95774 CDS_144 CDS 0.81 96022 95903 start_codon_13 start_codon 96022 96020 gene_15 gene 0.39 100036 99278 transcript_15 transcript 0.39 100036 99278 stop_codon_15 stop_codon 99280 99278 intron_132 intron 1 99465 99368 intron_133 intron 0.93 99598 99520 intron_134 intron 0.97 99744 99670 intron_135 intron 1 99902 99819 CDS_145 CDS 1 99367 99278 CDS_146 CDS 1 99519 99466 CDS_147 CDS 0.91 99669 99599 CDS_148 CDS 0.97 99818 99745 CDS_149 CDS 0.44 100036 99903 start_codon_14 start_codon 100036 100034 gene_16 gene 1 112074 110804 transcript_16 transcript 1 112074 110804 stop_codon_16 stop_codon 110806 110804 CDS_150 CDS 1 112074 110804 AUGUSTUS_tom_ugs de novo gene_1 gene 1 1 987 transcript_1 transcript 1 1 987 intron_1 intron 1 27 134 intron_2 intron 1 243 331 intron_3 intron 1 436 571 intron_4 intron 1 686 776 CDS_1 CDS 1 1 26 CDS_2 CDS 1 135 242 CDS_3 CDS 1 332 435 CDS_4 CDS 1 572 685 CDS_5 CDS 1 777 987 stop_codon_1 stop_codon 985 987 gene_2 gene 0.06 19645 26195 transcript_2 transcript 0.06 19645 26195 start_codon_1 start_codon 19645 19647 intron_5 intron 1 19861 20720 intron_6 intron 0.59 20779 21130 intron_7 intron 0.97 21211 21290 intron_8 intron 0.99 21339 22075 intron_9 intron 0.99 22130 22245 intron_10 intron 0.95 22349 22455 intron_11 intron 0.43 22764 23121 intron_12 intron 0.42 23486 24404 intron_13 intron 0.77 24531 25051 intron_14 intron 0.54 25251 26086 CDS_6 CDS 1 19645 19860 CDS_7 CDS 0.98 20721 20778 CDS_8 CDS 0.59 21131 21210 CDS_9 CDS 0.99 21291 21338 CDS_10 CDS 0.98 22076 22129 CDS_11 CDS 0.99 22246 22348 CDS_12 CDS 0.41 22456 22763 CDS_13 CDS 0.51 23122 23485 CDS_14 CDS 0.79 24405 24530 CDS_15 CDS 0.95 25052 25250 CDS_16 CDS 0.56 26087 26195 stop_codon_2 stop_codon 26193 26195 gene_3 gene 1 34709 38129 transcript_3 transcript 1 34709 38129 start_codon_2 start_codon 34709 34711 intron_15 intron 1 34822 34898 intron_16 intron 1 35024 35722 intron_17 intron 1 35773 35924 intron_18 intron 1 35991 36088 intron_19 intron 1 36138 36926 intron_20 intron 1 37010 37108 intron_21 intron 1 37189 37284 intron_22 intron 1 37388 37928 CDS_17 CDS 1 34709 34821 CDS_18 CDS 1 34899 35023 CDS_19 CDS 1 35723 35772 CDS_20 CDS 1 35925 35990 CDS_21 CDS 1 36089 36137 CDS_22 CDS 1 36927 37009 CDS_23 CDS 1 37109 37188 CDS_24 CDS 1 37285 37387 CDS_25 CDS 1 37929 38129 stop_codon_3 stop_codon 38127 38129 gene_4 gene 1 40143 42234 transcript_4 transcript 1 40143 42234 start_codon_3 start_codon 40143 40145 intron_23 intron 1 40381 40511 intron_24 intron 1 40562 40675 intron_25 intron 1 40742 41272 intron_26 intron 1 41322 41421 intron_27 intron 1 41508 41607 intron_28 intron 1 41661 41752 intron_29 intron 1 41847 41991 CDS_26 CDS 1 40143 40380 CDS_27 CDS 1 40512 40561 CDS_28 CDS 1 40676 40741 CDS_29 CDS 1 41273 41321 CDS_30 CDS 1 41422 41507 CDS_31 CDS 1 41608 41660 CDS_32 CDS 1 41753 41846 CDS_33 CDS 1 41992 42234 stop_codon_4 stop_codon 42232 42234 gene_5 gene 1 52956 53456 transcript_5 transcript 1 52956 53456 start_codon_4 start_codon 52956 52958 CDS_34 CDS 1 52956 53456 stop_codon_5 stop_codon 53454 53456 gene_6 gene 0.56 102414 107710 transcript_6 transcript 0.56 102414 107710 start_codon_5 start_codon 102414 102416 intron_30 intron 0.97 102451 102534 intron_31 intron 0.98 103112 105599 intron_32 intron 0.7 105916 106765 intron_33 intron 0.99 106949 107095 CDS_35 CDS 1 102414 102450 CDS_36 CDS 0.96 102535 103111 CDS_37 CDS 0.63 105600 105915 CDS_38 CDS 0.92 106766 106948 CDS_39 CDS 0.99 107096 107710 stop_codon_6 stop_codon 107708 107710 AUGUSTUS_tom_ugs de novo gene_7 gene 1 2771 1927 transcript_7 transcript 1 2771 1927 stop_codon_7 stop_codon 1929 1927 intron_34 intron 1 2314 2071 intron_35 intron 1 2488 2420 intron_36 intron 1 2701 2617 CDS_40 CDS 1 2070 1927 CDS_41 CDS 1 2419 2315 CDS_42 CDS 1 2616 2489 CDS_43 CDS 1 2771 2702 start_codon_6 start_codon 2771 2769 gene_8 gene 1 7403 4860 transcript_8 transcript 1 7403 4860 stop_codon_8 stop_codon 4862 4860 intron_37 intron 1 5062 4962 intron_38 intron 1 5231 5129 intron_39 intron 1 6079 5297 intron_40 intron 1 6224 6144 intron_41 intron 1 6453 6335 intron_42 intron 1 7304 6542 CDS_44 CDS 1 4961 4860 CDS_45 CDS 1 5128 5063 CDS_46 CDS 1 5296 5232 CDS_47 CDS 1 6143 6080 CDS_48 CDS 1 6334 6225 CDS_49 CDS 1 6541 6454 CDS_50 CDS 1 7403 7305 start_codon_7 start_codon 7403 7401 gene_9 gene 1 14486 9830 transcript_9 transcript 1 14486 9830 stop_codon_9 stop_codon 9832 9830 intron_43 intron 1 10043 9962 intron_44 intron 1 10347 10188 intron_45 intron 1 10823 10411 intron_46 intron 1 11401 10948 intron_47 intron 1 11767 11629 intron_48 intron 1 12024 11936 intron_49 intron 1 14166 12176 CDS_51 CDS 1 9961 9830 CDS_52 CDS 1 10187 10044 CDS_53 CDS 1 10410 10348 CDS_54 CDS 1 10947 10824 CDS_55 CDS 1 11628 11402 CDS_56 CDS 1 11935 11768 CDS_57 CDS 1 12175 12025 CDS_58 CDS 1 14486 14167 start_codon_8 start_codon 14486 14484 gene_10 gene 0.31 30516 27808 transcript_10 transcript 0.31 30516 27808 stop_codon_10 stop_codon 27810 27808 intron_50 intron 0.99 29219 28595 intron_51 intron 0.81 29530 29444 intron_52 intron 1 29798 29716 CDS_59 CDS 0.63 28594 27808 CDS_60 CDS 0.99 29443 29220 CDS_61 CDS 0.81 29715 29531 CDS_62 CDS 0.63 30516 29799 start_codon_9 start_codon 30516 30514 gene_11 gene 0.56 44636 42664 transcript_11 transcript 0.56 44636 42664 stop_codon_11 stop_codon 42666 42664 intron_53 intron 0.97 43652 43558 intron_54 intron 1 43931 43809 intron_55 intron 0.96 44468 44145 CDS_63 CDS 1 43557 42664 CDS_64 CDS 0.97 43808 43653 CDS_65 CDS 0.99 44144 43932 CDS_66 CDS 0.57 44636 44469 start_codon_10 start_codon 44636 44634 gene_12 gene 0.76 49455 46395 transcript_12 transcript 0.76 49455 46395 stop_codon_12 stop_codon 46397 46395 intron_56 intron 1 47623 46524 intron_57 intron 1 49437 47738 CDS_67 CDS 0.76 46523 46395 CDS_68 CDS 1 47737 47624 CDS_69 CDS 1 49455 49438 start_codon_11 start_codon 49455 49453 gene_13 gene 0.39 58990 53730 transcript_13 transcript 0.39 58990 53730 stop_codon_13 stop_codon 53732 53730 intron_58 intron 1 54013 53946 intron_59 intron 0.5 55227 55082 intron_60 intron 0.88 55603 55369 intron_61 intron 0.95 55788 55647 intron_62 intron 1 55967 55859 intron_63 intron 1 56330 56151 intron_64 intron 1 56509 56421 intron_65 intron 1 56846 56637 intron_66 intron 1 57144 57007 intron_67 intron 1 57483 57393 intron_68 intron 0.98 58352 58276 intron_69 intron 0.99 58723 58596 CDS_70 CDS 1 53945 53730 CDS_71 CDS 0.53 55081 54014 CDS_72 CDS 0.94 55368 55228 CDS_73 CDS 0.9 55646 55604 CDS_74 CDS 0.95 55858 55789 CDS_75 CDS 1 56150 55968 CDS_76 CDS 1 56420 56331 CDS_77 CDS 1 56636 56510 CDS_78 CDS 1 57006 56847 CDS_79 CDS 1 57392 57145 CDS_80 CDS 0.98 58275 57484 CDS_81 CDS 0.99 58595 58353 CDS_82 CDS 0.99 58990 58724 start_codon_12 start_codon 58990 58988 gene_14 gene 0.66 69999 67700 transcript_14 transcript 0.66 69999 67700 stop_codon_14 stop_codon 67702 67700 intron_70 intron 0.95 68101 67890 intron_71 intron 0.96 68468 68187 intron_72 intron 0.69 69058 68636 CDS_83 CDS 1 67889 67700 CDS_84 CDS 0.95 68186 68102 CDS_85 CDS 0.68 68635 68469 CDS_86 CDS 0.71 69999 69059 start_codon_13 start_codon 69999 69997 gene_15 gene 0.9 78718 70609 transcript_15 transcript 0.9 78718 70609 stop_codon_15 stop_codon 70611 70609 intron_73 intron 0.99 70931 70798 intron_74 intron 1 71223 71001 intron_75 intron 1 71357 71272 intron_76 intron 1 71585 71454 intron_77 intron 1 71858 71697 intron_78 intron 1 72043 71944 intron_79 intron 1 72238 72157 intron_80 intron 1 72826 72305 intron_81 intron 1 73026 72947 intron_82 intron 1 73196 73075 intron_83 intron 1 73446 73269 intron_84 intron 1 73603 73507 intron_85 intron 1 74221 73664 intron_86 intron 1 74504 74356 intron_87 intron 1 74933 74725 intron_88 intron 0.92 75394 74991 intron_89 intron 1 75585 75482 intron_90 intron 0.99 76451 75754 intron_91 intron 1 76629 76546 intron_92 intron 1 77022 76731 intron_93 intron 1 77254 77137 intron_94 intron 1 77420 77327 intron_95 intron 1 77594 77511 intron_96 intron 1 77864 77715 intron_97 intron 1 78119 78040 intron_98 intron 1 78332 78209 intron_99 intron 1 78496 78417 CDS_87 CDS 0.99 70797 70609 CDS_88 CDS 1 71000 70932 CDS_89 CDS 1 71271 71224 CDS_90 CDS 1 71453 71358 CDS_91 CDS 1 71696 71586 CDS_92 CDS 1 71943 71859 CDS_93 CDS 1 72156 72044 CDS_94 CDS 1 72304 72239 CDS_95 CDS 1 72946 72827 CDS_96 CDS 1 73074 73027 CDS_97 CDS 1 73268 73197 CDS_98 CDS 1 73506 73447 CDS_99 CDS 1 73663 73604 CDS_100 CDS 1 74355 74222 CDS_101 CDS 1 74724 74505 CDS_102 CDS 1 74990 74934 CDS_103 CDS 0.98 75481 75395 CDS_104 CDS 0.99 75753 75586 CDS_105 CDS 1 76545 76452 CDS_106 CDS 1 76730 76630 CDS_107 CDS 1 77136 77023 CDS_108 CDS 1 77326 77255 CDS_109 CDS 1 77510 77421 CDS_110 CDS 1 77714 77595 CDS_111 CDS 1 78039 77865 CDS_112 CDS 1 78208 78120 CDS_113 CDS 1 78416 78333 CDS_114 CDS 1 78718 78497 start_codon_14 start_codon 78718 78716 gene_16 gene 0.85 82266 81908 transcript_16 transcript 0.85 82266 81908 stop_codon_16 stop_codon 81910 81908 intron_100 intron 1 82241 82141 CDS_115 CDS 0.85 82140 81908 CDS_116 CDS 0.85 82266 82242 start_codon_15 start_codon 82266 82264 gene_17 gene 0.84 87893 82306 transcript_17 transcript 0.84 87893 82306 stop_codon_17 stop_codon 82308 82306 intron_101 intron 0.84 83017 82317 intron_102 intron 0.99 83184 83049 intron_103 intron 1 83370 83254 intron_104 intron 1 84332 83475 intron_105 intron 1 84908 84457 intron_106 intron 1 85344 85219 intron_107 intron 1 85635 85555 intron_108 intron 1 87441 85751 intron_109 intron 1 87672 87548 intron_110 intron 1 87881 87787 CDS_117 CDS 0.85 82316 82306 CDS_118 CDS 0.84 83048 83018 CDS_119 CDS 1 83253 83185 CDS_120 CDS 1 83474 83371 CDS_121 CDS 1 84456 84333 CDS_122 CDS 1 85218 84909 CDS_123 CDS 1 85554 85345 CDS_124 CDS 1 85750 85636 CDS_125 CDS 1 87547 87442 CDS_126 CDS 1 87786 87673 CDS_127 CDS 1 87893 87882 start_codon_16 start_codon 87893 87891 gene_18 gene 1 100107 99278 transcript_18 transcript 1 100107 99278 stop_codon_18 stop_codon 99280 99278 intron_111 intron 1 99465 99368 intron_112 intron 1 99598 99520 intron_113 intron 1 99744 99670 intron_114 intron 1 99902 99819 intron_115 intron 1 100087 99984 CDS_128 CDS 1 99367 99278 CDS_129 CDS 1 99519 99466 CDS_130 CDS 1 99669 99599 CDS_131 CDS 1 99818 99745 CDS_132 CDS 1 99983 99903 CDS_133 CDS 1 100107 100088 start_codon_17 start_codon 100107 100105 gene_19 gene 1 112074 110804 transcript_19 transcript 1 112074 110804 stop_codon_19 stop_codon 110806 110804 CDS_134 CDS 1 112074 110804 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_1 match_part 0.980 588 685 match_part 1.000 777 1400 match_2 match_part 1.000 34569 34821 match_part 1.000 34899 35023 match_part 1.000 35723 35772 match_part 1.000 35925 35990 match_part 1.000 36089 36137 match_part 1.000 36927 37009 match_part 1.000 37109 37188 match_part 1.000 37285 37333 match_3 match_part 0.997 40093 40380 match_part 1.000 40512 40561 match_part 1.000 40676 40741 match_part 1.000 41273 41321 match_part 1.000 41422 41507 match_part 0.944 41608 41625 match_4 match_part 0.996 40100 40380 match_part 1.000 40512 40561 match_part 1.000 40676 40741 match_part 1.000 41273 41321 match_part 1.000 41422 41507 match_part 1.000 41608 41660 match_part 1.000 41753 41846 match_part 1.000 41992 42378 match_5 match_part 0.983 52864 53941 match_6 match_part 0.988 107262 108041 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_7 match_part 0.974 2818 2702 match_part 1.000 2616 2489 match_part 1.000 2419 2315 match_part 1.000 2070 1609 match_8 match_part 1.000 2802 2702 match_part 1.000 2616 2489 match_part 1.000 2419 2315 match_part 0.997 2039 1688 match_9 match_part 0.950 2781 2702 match_part 0.992 2616 2489 match_part 1.000 2419 2315 match_part 0.957 2070 1837 match_10 match_part 0.989 2802 2054 match_11 match_part 1.000 7905 7305 match_part 1.000 6541 6454 match_part 1.000 6334 6225 match_part 1.000 6143 6080 match_part 1.000 5296 5232 match_part 1.000 5128 5063 match_part 0.994 4961 4467 match_12 match_part 1.000 14559 14167 match_part 1.000 12175 12025 match_part 1.000 11935 11768 match_part 1.000 11628 11402 match_part 1.000 10947 10824 match_part 1.000 10410 10348 match_part 1.000 10187 10044 match_part 0.998 9961 9468 match_13 match_part 0.997 30879 30558 match_14 match_part 0.997 57802 57484 match_part 1.000 57392 57145 match_part 1.000 57006 56847 match_part 1.000 56636 56510 match_part 1.000 56420 56413 match_15 match_part 0.973 74970 74934 match_part 1.000 74724 74505 match_part 1.000 74355 74222 match_part 1.000 73663 73604 match_part 1.000 73506 73447 match_part 1.000 73268 73197 match_part 1.000 73074 73027 match_part 1.000 72946 72827 match_part 1.000 72304 72239 match_part 1.000 72156 72044 match_part 1.000 71943 71859 match_part 1.000 71696 71586 match_part 1.000 71453 71358 match_part 1.000 71271 71224 match_part 1.000 71000 70974 match_16 match_part 0.992 77986 77865 match_part 1.000 77714 77595 match_part 1.000 77510 77421 match_part 1.000 77326 77255 match_part 1.000 77136 77023 match_part 1.000 76730 76630 match_part 1.000 76545 76452 match_part 0.800 75753 75729 match_17 match_part 1.000 78741 78497 match_part 1.000 78416 78333 match_part 1.000 78208 78120 match_part 0.994 78039 77865 match_part 0.950 77714 77595 match_part 0.895 77510 77454 match_18 match_part 1.000 83451 83371 match_part 1.000 83253 83185 match_part 1.000 82316 82242 match_part 1.000 82140 81757 match_19 match_part 0.995 88063 87882 match_part 1.000 87786 87673 match_part 1.000 87547 87442 match_part 1.000 85750 85636 match_part 1.000 85554 85345 match_part 1.000 85218 84909 match_part 1.000 84456 84333 match_part 1.000 83474 83371 match_part 1.000 83253 83185 match_part 1.000 82316 82242 match_part 0.988 82140 81798 match_20 match_part 0.930 92148 92092 match_part 1.000 92009 91969 match_part 1.000 91872 91702 match_part 1.000 91569 91534 match_part 1.000 90991 90924 match_part 1.000 90839 90779 match_part 1.000 90687 90502 match_21 match_part 0.989 91696 90900 match_22 match_part 1.000 100304 100088 match_part 1.000 99983 99903 match_part 0.986 99818 99745 match_part 1.000 99669 99599 match_part 1.000 99519 99466 match_part 0.977 99367 99146 match_23 match_part 0.998 112074 110677 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C02HBa0009K06.2 type gene exon 588 685 exon 777 1400 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C02HBa0009K06.2 type gene exon 2818 2702 exon 2616 2489 exon 2419 2315 exon 2070 1609 gene_3 gene GT_PGL_2_AGS_2 transcript source GenomeThreader seq_id C02HBa0009K06.2 type gene exon 2802 2054 gene_4 gene GT_PGL_2_AGS_3 transcript source GenomeThreader seq_id C02HBa0009K06.2 type gene exon 2802 2702 exon 2616 2489 exon 2419 2315 exon 2039 1688 gene_5 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C02HBa0009K06.2 type gene exon 7905 7305 exon 6541 6454 exon 6334 6225 exon 6143 6080 exon 5296 5232 exon 5128 5063 exon 4961 4467 gene_6 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C02HBa0009K06.2 type gene exon 14559 14167 exon 12175 12025 exon 11935 11768 exon 11628 11402 exon 10947 10824 exon 10410 10348 exon 10187 10044 exon 9961 9468 gene_7 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C02HBa0009K06.2 type gene exon 30879 30558 gene_8 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C02HBa0009K06.2 type gene exon 34569 34821 exon 34899 35023 exon 35723 35772 exon 35925 35990 exon 36089 36137 exon 36927 37009 exon 37109 37188 exon 37285 37333 gene_9 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C02HBa0009K06.2 type gene exon 40093 40380 exon 40512 40561 exon 40676 40741 exon 41273 41321 exon 41422 41507 exon 41608 41660 exon 41753 41846 exon 41992 42378 gene_10 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C02HBa0009K06.2 type gene exon 52864 53941 gene_11 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C02HBa0009K06.2 type gene exon 57802 57484 exon 57392 57145 exon 57006 56847 exon 56636 56510 exon 56420 56413 gene_12 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C02HBa0009K06.2 type gene exon 74970 74934 exon 74724 74505 exon 74355 74222 exon 73663 73604 exon 73506 73447 exon 73268 73197 exon 73074 73027 exon 72946 72827 exon 72304 72239 exon 72156 72044 exon 71943 71859 exon 71696 71586 exon 71453 71358 exon 71271 71224 exon 71000 70974 gene_13 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C02HBa0009K06.2 type gene exon 78741 78497 exon 78416 78333 exon 78208 78120 exon 78039 77865 exon 77714 77595 exon 77510 77421 exon 77326 77255 exon 77136 77023 exon 76730 76630 exon 76545 76452 exon 75753 75729 gene_14 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C02HBa0009K06.2 type gene exon 88063 87882 exon 87786 87673 exon 87547 87442 exon 85750 85636 exon 85554 85345 exon 85218 84909 exon 84456 84333 exon 83474 83371 exon 83253 83185 exon 82316 82242 exon 82140 81757 gene_15 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C02HBa0009K06.2 type gene exon 92148 92092 exon 92009 91969 exon 91872 91702 exon 91569 91534 exon 90991 90924 exon 90839 90779 exon 90687 90502 gene_16 gene GT_PGL_13_AGS_2 transcript source GenomeThreader seq_id C02HBa0009K06.2 type gene exon 91696 90900 gene_17 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C02HBa0009K06.2 type gene exon 100304 100088 exon 99983 99903 exon 99818 99745 exon 99669 99599 exon 99519 99466 exon 99367 99146 gene_18 gene GT_PGL_15_AGS_1 transcript source GenomeThreader seq_id C02HBa0009K06.2 type gene exon 107262 108041 gene_19 gene GT_PGL_16_AGS_1 transcript source GenomeThreader seq_id C02HBa0009K06.2 type gene exon 112074 110677 GenomeThreader_SGN_markers SGN marker sequences match_1 match_part 0.945 869 1290 match_2 match_part 0.976 870 1409 match_3 match_part 0.998 53315 53842 match_4 match_part 0.986 55285 55802 GenomeThreader_SGN_markers SGN marker sequences match_5 match_part 0.988 2700 2210 match_6 match_part 0.990 2700 2213 match_7 match_part 0.992 54619 54115 match_8 match_part 0.984 56977 56490 match_9 match_part 0.982 57439 56988 match_10 match_part 0.948 57464 57274 match_11 match_part 0.923 88037 87882 match_part 0.991 87786 87673 match_part 0.972 87547 87442 match_part 0.974 85750 85636 match_part 0.995 85554 85345 match_part 0.988 85218 85134 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C02HBa0009K06.2 type gene exon 869 1409 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C02HBa0009K06.2 type gene exon 2700 2210 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C02HBa0009K06.2 type gene exon 53315 53842 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C02HBa0009K06.2 type gene exon 54619 54115 gene_5 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C02HBa0009K06.2 type gene exon 55285 55802 gene_6 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C02HBa0009K06.2 type gene exon 56977 56490 gene_7 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C02HBa0009K06.2 type gene exon 57464 56988 gene_8 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C02HBa0009K06.2 type gene exon 88037 87882 exon 87786 87673 exon 87547 87442 exon 85750 85636 exon 85554 85345 exon 85218 85134 AUGUSTUS_tom_pot_cdna de novo gene_1 gene 1 1 987 transcript_1 transcript 1 1 987 intron_1 intron 1 27 134 intron_2 intron 1 243 331 intron_3 intron 1 436 571 intron_4 intron 1 686 776 CDS_1 CDS 1 1 26 CDS_2 CDS 1 135 242 CDS_3 CDS 1 332 435 CDS_4 CDS 1 572 685 CDS_5 CDS 1 777 987 stop_codon_1 stop_codon 985 987 gene_2 gene 0.07 19645 26195 transcript_2 transcript 0.07 19645 26195 start_codon_1 start_codon 19645 19647 intron_5 intron 1 19861 20720 intron_6 intron 0.61 20779 21130 intron_7 intron 0.97 21211 21290 intron_8 intron 0.98 21339 22075 intron_9 intron 0.99 22130 22245 intron_10 intron 0.99 22349 22455 intron_11 intron 0.54 22764 23121 intron_12 intron 0.32 23486 24404 intron_13 intron 0.73 24531 25051 intron_14 intron 0.48 25251 26086 CDS_6 CDS 1 19645 19860 CDS_7 CDS 0.98 20721 20778 CDS_8 CDS 0.61 21131 21210 CDS_9 CDS 0.99 21291 21338 CDS_10 CDS 0.98 22076 22129 CDS_11 CDS 1 22246 22348 CDS_12 CDS 0.53 22456 22763 CDS_13 CDS 0.43 23122 23485 CDS_14 CDS 0.73 24405 24530 CDS_15 CDS 0.94 25052 25250 CDS_16 CDS 0.49 26087 26195 stop_codon_2 stop_codon 26193 26195 gene_3 gene 1 34709 38129 transcript_3 transcript 1 34709 38129 start_codon_2 start_codon 34709 34711 intron_15 intron 1 34822 34898 intron_16 intron 1 35024 35722 intron_17 intron 1 35773 35924 intron_18 intron 1 35991 36088 intron_19 intron 1 36138 36926 intron_20 intron 1 37010 37108 intron_21 intron 1 37189 37284 intron_22 intron 1 37388 37928 CDS_17 CDS 1 34709 34821 CDS_18 CDS 1 34899 35023 CDS_19 CDS 1 35723 35772 CDS_20 CDS 1 35925 35990 CDS_21 CDS 1 36089 36137 CDS_22 CDS 1 36927 37009 CDS_23 CDS 1 37109 37188 CDS_24 CDS 1 37285 37387 CDS_25 CDS 1 37929 38129 stop_codon_3 stop_codon 38127 38129 gene_4 gene 1 40143 42234 transcript_4 transcript 1 40143 42234 start_codon_3 start_codon 40143 40145 intron_23 intron 1 40381 40511 intron_24 intron 1 40562 40675 intron_25 intron 1 40742 41272 intron_26 intron 1 41322 41421 intron_27 intron 1 41508 41607 intron_28 intron 1 41661 41752 intron_29 intron 1 41847 41991 CDS_26 CDS 1 40143 40380 CDS_27 CDS 1 40512 40561 CDS_28 CDS 1 40676 40741 CDS_29 CDS 1 41273 41321 CDS_30 CDS 1 41422 41507 CDS_31 CDS 1 41608 41660 CDS_32 CDS 1 41753 41846 CDS_33 CDS 1 41992 42234 stop_codon_4 stop_codon 42232 42234 gene_5 gene 0.69 45813 46365 transcript_5 transcript 0.69 45813 46365 start_codon_4 start_codon 45813 45815 intron_30 intron 0.69 45828 46179 CDS_34 CDS 0.81 45813 45827 CDS_35 CDS 0.76 46180 46365 stop_codon_5 stop_codon 46363 46365 gene_6 gene 0.99 52956 53456 transcript_6 transcript 0.99 52956 53456 start_codon_5 start_codon 52956 52958 CDS_36 CDS 0.99 52956 53456 stop_codon_6 stop_codon 53454 53456 gene_7 gene 0.51 102414 107710 transcript_7 transcript 0.51 102414 107710 start_codon_6 start_codon 102414 102416 intron_31 intron 1 102451 102534 intron_32 intron 0.98 103112 105599 intron_33 intron 0.68 105916 106765 intron_34 intron 0.95 106949 107095 CDS_37 CDS 1 102414 102450 CDS_38 CDS 0.99 102535 103111 CDS_39 CDS 0.56 105600 105915 CDS_40 CDS 0.88 106766 106948 CDS_41 CDS 0.99 107096 107710 stop_codon_7 stop_codon 107708 107710 AUGUSTUS_tom_pot_cdna de novo gene_8 gene 0.98 2771 1927 transcript_8 transcript 0.98 2771 1927 stop_codon_8 stop_codon 1929 1927 intron_35 intron 1 2314 2071 intron_36 intron 1 2488 2420 intron_37 intron 1 2701 2617 CDS_42 CDS 1 2070 1927 CDS_43 CDS 1 2419 2315 CDS_44 CDS 1 2616 2489 CDS_45 CDS 0.98 2771 2702 start_codon_7 start_codon 2771 2769 gene_9 gene 0.63 8830 4860 transcript_9 transcript 0.63 8830 4860 stop_codon_9 stop_codon 4862 4860 intron_38 intron 1 5062 4962 intron_39 intron 1 5231 5129 intron_40 intron 1 6079 5297 intron_41 intron 1 6224 6144 intron_42 intron 1 6453 6335 intron_43 intron 1 7304 6542 intron_44 intron 1 7545 7413 intron_45 intron 0.63 8823 7659 CDS_46 CDS 1 4961 4860 CDS_47 CDS 1 5128 5063 CDS_48 CDS 1 5296 5232 CDS_49 CDS 1 6143 6080 CDS_50 CDS 1 6334 6225 CDS_51 CDS 1 6541 6454 CDS_52 CDS 1 7412 7305 CDS_53 CDS 0.76 7658 7546 CDS_54 CDS 0.81 8830 8824 start_codon_8 start_codon 8830 8828 gene_10 gene 0.43 17994 9830 transcript_10 transcript 0.43 17994 9830 stop_codon_10 stop_codon 9832 9830 intron_46 intron 1 10043 9962 intron_47 intron 1 10347 10188 intron_48 intron 1 10823 10411 intron_49 intron 1 11401 10948 intron_50 intron 1 11767 11629 intron_51 intron 1 12024 11936 intron_52 intron 1 14166 12176 intron_53 intron 0.43 17989 14545 CDS_55 CDS 1 9961 9830 CDS_56 CDS 1 10187 10044 CDS_57 CDS 1 10410 10348 CDS_58 CDS 1 10947 10824 CDS_59 CDS 1 11628 11402 CDS_60 CDS 1 11935 11768 CDS_61 CDS 1 12175 12025 CDS_62 CDS 0.81 14544 14167 CDS_63 CDS 0.43 17994 17990 start_codon_9 start_codon 17994 17992 gene_11 gene 0.33 30516 27808 transcript_11 transcript 0.33 30516 27808 stop_codon_11 stop_codon 27810 27808 intron_54 intron 1 29219 28595 intron_55 intron 0.84 29530 29444 intron_56 intron 1 29798 29716 CDS_64 CDS 0.62 28594 27808 CDS_65 CDS 1 29443 29220 CDS_66 CDS 0.84 29715 29531 CDS_67 CDS 0.59 30516 29799 start_codon_10 start_codon 30516 30514 gene_12 gene 0.6 44636 42664 transcript_12 transcript 0.6 44636 42664 stop_codon_12 stop_codon 42666 42664 intron_57 intron 0.97 43652 43558 intron_58 intron 1 43931 43809 intron_59 intron 0.91 44468 44145 CDS_68 CDS 1 43557 42664 CDS_69 CDS 0.97 43808 43653 CDS_70 CDS 0.98 44144 43932 CDS_71 CDS 0.62 44636 44469 start_codon_11 start_codon 44636 44634 gene_13 gene 0.77 49643 46395 transcript_13 transcript 0.77 49643 46395 stop_codon_13 stop_codon 46397 46395 intron_60 intron 1 47623 46524 intron_61 intron 1 49437 47738 intron_62 intron 0.77 49608 49481 CDS_72 CDS 1 46523 46395 CDS_73 CDS 1 47737 47624 CDS_74 CDS 0.92 49480 49438 CDS_75 CDS 0.84 49643 49609 start_codon_12 start_codon 49643 49641 gene_14 gene 0.42 58463 53730 transcript_14 transcript 0.42 58463 53730 stop_codon_14 stop_codon 53732 53730 intron_63 intron 1 54013 53946 intron_64 intron 0.6 55227 55082 intron_65 intron 0.8 55603 55369 intron_66 intron 0.84 55788 55647 intron_67 intron 1 55967 55859 intron_68 intron 0.98 56330 56151 intron_69 intron 0.98 56509 56421 intron_70 intron 1 56846 56637 intron_71 intron 1 57144 57007 intron_72 intron 1 57483 57393 intron_73 intron 1 58352 58276 CDS_76 CDS 1 53945 53730 CDS_77 CDS 0.61 55081 54014 CDS_78 CDS 0.89 55368 55228 CDS_79 CDS 0.77 55646 55604 CDS_80 CDS 0.84 55858 55789 CDS_81 CDS 1 56150 55968 CDS_82 CDS 0.98 56420 56331 CDS_83 CDS 1 56636 56510 CDS_84 CDS 1 57006 56847 CDS_85 CDS 1 57392 57145 CDS_86 CDS 1 58275 57484 CDS_87 CDS 1 58463 58353 start_codon_13 start_codon 58463 58461 gene_15 gene 0.98 58990 58586 transcript_15 transcript 0.98 58990 58586 stop_codon_15 stop_codon 58588 58586 CDS_88 CDS 0.98 58990 58586 start_codon_14 start_codon 58990 58988 gene_16 gene 0.71 69999 67700 transcript_16 transcript 0.71 69999 67700 stop_codon_16 stop_codon 67702 67700 intron_74 intron 0.93 68101 67890 intron_75 intron 0.95 68468 68187 intron_76 intron 0.71 69058 68636 CDS_89 CDS 0.99 67889 67700 CDS_90 CDS 0.93 68186 68102 CDS_91 CDS 0.72 68635 68469 CDS_92 CDS 0.77 69999 69059 start_codon_15 start_codon 69999 69997 gene_17 gene 0.51 81570 70609 transcript_17 transcript 0.51 81570 70609 stop_codon_17 stop_codon 70611 70609 intron_77 intron 0.83 70931 70798 intron_78 intron 0.83 71223 71001 intron_79 intron 1 71357 71272 intron_80 intron 1 71585 71454 intron_81 intron 1 71858 71697 intron_82 intron 1 72043 71944 intron_83 intron 1 72238 72157 intron_84 intron 1 72826 72305 intron_85 intron 1 73026 72947 intron_86 intron 1 73196 73075 intron_87 intron 1 73446 73269 intron_88 intron 1 73603 73507 intron_89 intron 1 74221 73664 intron_90 intron 1 74504 74356 intron_91 intron 1 74933 74725 intron_92 intron 0.92 75394 74991 intron_93 intron 0.99 75585 75482 intron_94 intron 1 76451 75754 intron_95 intron 1 76629 76546 intron_96 intron 1 77022 76731 intron_97 intron 1 77254 77137 intron_98 intron 1 77420 77327 intron_99 intron 1 77594 77511 intron_100 intron 1 77864 77715 intron_101 intron 0.94 78119 78040 intron_102 intron 0.94 78332 78209 intron_103 intron 1 78496 78417 intron_104 intron 0.77 81491 78697 CDS_93 CDS 0.99 70797 70609 CDS_94 CDS 0.83 71000 70932 CDS_95 CDS 1 71271 71224 CDS_96 CDS 1 71453 71358 CDS_97 CDS 1 71696 71586 CDS_98 CDS 1 71943 71859 CDS_99 CDS 1 72156 72044 CDS_100 CDS 1 72304 72239 CDS_101 CDS 1 72946 72827 CDS_102 CDS 1 73074 73027 CDS_103 CDS 1 73268 73197 CDS_104 CDS 1 73506 73447 CDS_105 CDS 1 73663 73604 CDS_106 CDS 1 74355 74222 CDS_107 CDS 1 74724 74505 CDS_108 CDS 1 74990 74934 CDS_109 CDS 0.97 75481 75395 CDS_110 CDS 1 75753 75586 CDS_111 CDS 1 76545 76452 CDS_112 CDS 1 76730 76630 CDS_113 CDS 1 77136 77023 CDS_114 CDS 1 77326 77255 CDS_115 CDS 1 77510 77421 CDS_116 CDS 1 77714 77595 CDS_117 CDS 0.94 78039 77865 CDS_118 CDS 0.94 78208 78120 CDS_119 CDS 1 78416 78333 CDS_120 CDS 0.82 78696 78497 CDS_121 CDS 0.81 81570 81492 start_codon_16 start_codon 81570 81568 gene_18 gene 0.58 82266 81908 transcript_18 transcript 0.58 82266 81908 stop_codon_18 stop_codon 81910 81908 intron_105 intron 1 82241 82141 CDS_122 CDS 0.58 82140 81908 CDS_123 CDS 0.58 82266 82242 start_codon_17 start_codon 82266 82264 gene_19 gene 1 87893 82306 transcript_19 transcript 1 87893 82306 stop_codon_19 stop_codon 82308 82306 intron_106 intron 1 83017 82317 intron_107 intron 1 83184 83049 intron_108 intron 1 83370 83254 intron_109 intron 1 84332 83475 intron_110 intron 1 84908 84457 intron_111 intron 1 85344 85219 intron_112 intron 1 85635 85555 intron_113 intron 1 87441 85751 intron_114 intron 1 87672 87548 intron_115 intron 1 87881 87787 CDS_124 CDS 1 82316 82306 CDS_125 CDS 1 83048 83018 CDS_126 CDS 1 83253 83185 CDS_127 CDS 1 83474 83371 CDS_128 CDS 1 84456 84333 CDS_129 CDS 1 85218 84909 CDS_130 CDS 1 85554 85345 CDS_131 CDS 1 85750 85636 CDS_132 CDS 1 87547 87442 CDS_133 CDS 1 87786 87673 CDS_134 CDS 1 87893 87882 start_codon_18 start_codon 87893 87891 gene_20 gene 0.72 100036 99278 transcript_20 transcript 0.72 100036 99278 stop_codon_20 stop_codon 99280 99278 intron_116 intron 0.98 99465 99368 intron_117 intron 0.91 99598 99520 intron_118 intron 0.89 99744 99670 intron_119 intron 0.95 99902 99819 CDS_135 CDS 1 99367 99278 CDS_136 CDS 0.98 99519 99466 CDS_137 CDS 0.85 99669 99599 CDS_138 CDS 0.89 99818 99745 CDS_139 CDS 0.84 100036 99903 start_codon_19 start_codon 100036 100034 gene_21 gene 1 112074 110804 transcript_21 transcript 1 112074 110804 stop_codon_21 stop_codon 110806 110804 CDS_140 CDS 1 112074 110804 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_1 match 62.4 105995 106168 match_2 match 347 106763 107707 match_3 match 166 105598 105999 match_4 match 230 102570 103121 match_5 match 73.6 760 972 match_6 match 67.0 570 686 match_7 match 74.3 332 442 match_8 match 70.1 135 242 match_9 match 69.3 332 442 match_10 match 67.8 135 242 match_11 match 66.6 332 442 match_12 match 65.5 135 242 match_13 match 69.7 106001 106168 match_14 match 384 106748 107707 match_15 match 134 106338 106595 match_16 match 216 105598 106005 match_17 match 306 102573 103142 match_18 match 53.1 105998 106168 match_19 match 152 105598 105990 match_20 match 136 102762 103121 match_21 match 303 106763 107707 match_22 match 54.7 106001 106168 match_23 match 154 105598 105990 match_24 match 107 106341 106595 match_25 match 230 102573 103121 match_26 match 57.4 105998 106168 match_27 match 358 106763 107707 match_28 match 105 106341 106595 match_29 match 193 105601 105990 match_30 match 265 102573 103142 match_31 match 66.2 34709 34825 match_32 match 79.0 34900 35022 match_33 match 58.9 105998 106168 match_34 match 354 106763 107704 match_35 match 108 106338 106595 match_36 match 191 105601 105990 match_37 match 275 102573 103121 match_38 match 55.8 105998 106168 match_39 match 342 106763 107707 match_40 match 109 106338 106595 match_41 match 185 105598 105990 match_42 match 274 102564 103121 match_43 match 57.0 105995 106168 match_44 match 249 107033 107707 match_45 match 155 105598 105996 match_46 match 107 106344 106595 match_47 match 229 102576 103121 match_48 match 61.2 106001 106168 match_49 match 348 106763 107704 match_50 match 155 105598 105990 match_51 match 222 102564 103121 match_52 match 105 23119 23526 match_53 match 107 22443 22772 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_54 match 148 28593 27853 match_55 match 66.2 43557 43297 match_56 match 160 44147 43644 match_57 match 105 6338 6081 match_58 match 63.2 6541 6452 match_59 match 147 2620 2312 match_60 match 47.0 2771 2700 match_61 match 147 2620 2312 match_62 match 47.0 2771 2700 match_63 match 105 6338 6081 match_64 match 63.2 6541 6452 match_65 match 144 2620 2312 match_66 match 44.7 2771 2700 match_67 match 105 6338 6081 match_68 match 65.1 6541 6452 match_69 match 105 6338 6081 match_70 match 65.1 6541 6452 match_71 match 40.4 58966 58721 match_72 match 245 55081 54005 match_73 match 130 58601 58308 match_74 match 170 57392 56844 match_75 match 370 58278 57481 match_76 match 85.5 56681 56511 match_77 match 127 53963 53715 match_78 match 55.8 56421 56332 match_79 match 264 69963 68971 match_80 match 94.7 6338 6084 match_81 match 60.5 6541 6452 match_82 match 228 111880 110807 match_83 match 140 2620 2312 match_84 match 44.3 2771 2700 match_85 match 117 2620 2312 match_86 match 40.0 2771 2700 match_87 match 96.3 2620 2312 match_88 match 32.3 2780 2700 match_89 match 96.3 2620 2312 match_90 match 32.3 2780 2700 match_91 match 165 78038 77349 match_92 match 46.6 78431 78333 match_93 match 40.8 78208 78119 match_94 match 84.3 78685 78497 match_95 match 100 6338 6054 match_96 match 59.7 6541 6452 match_97 match 240 69975 69058 match_98 match 256 43557 42676 match_99 match 213 44147 43554 match_100 match 199 28575 27811 match_101 match 66.2 6541 6452 match_102 match 105 6338 6081 match_103 match 132 28590 27865 match_104 match 71.2 43557 43297 match_105 match 133 44147 43644 match_106 match 147 2620 2312 match_107 match 47.0 2771 2700 match_108 match 147 2620 2312 match_109 match 47.4 2777 2700 match_110 match 93.2 6338 6081 match_111 match 58.5 6541 6452 match_112 match 102 6338 6081 match_113 match 62.4 6541 6452 match_114 match 105 6338 6081 match_115 match 65.1 6541 6452 match_116 match 242 69924 69058 match_117 match 149 85751 85071 match_118 match 73.9 87789 87673 match_119 match 76.3 87550 87440 match_120 match 157 78038 77445 match_121 match 42.4 78431 78336 match_122 match 33.5 77332 77255 match_123 match 41.2 78208 78119 match_124 match 87.4 78673 78494 match_125 match 67.8 77136 77026 match_126 match 157 78038 77445 match_127 match 42.4 78431 78336 match_128 match 33.5 77332 77255 match_129 match 41.2 78208 78119 match_130 match 87.4 78673 78494 match_131 match 67.8 77136 77026 match_132 match 157 78038 77445 match_133 match 42.4 78431 78336 match_134 match 33.5 77332 77255 match_135 match 41.2 78208 78119 match_136 match 87.4 78673 78494 match_137 match 67.8 77136 77026 match_138 match 228 111889 110813 match_139 match 144 2620 2312 match_140 match 47.0 2771 2700 match_141 match 144 2620 2312 match_142 match 47.0 2771 2700 match_143 match 144 2620 2312 match_144 match 47.0 2771 2700 match_145 match 147 2623 2312 match_146 match 41.6 2771 2709 match_147 match 102 6338 6081 match_148 match 64.3 6541 6452 match_149 match 74.7 43572 43294 match_150 match 157 44147 43644 match_151 match 147 2620 2312 match_152 match 47.0 2771 2700 match_153 match 147 2620 2312 match_154 match 47.0 2771 2700 match_155 match 137 2620 2312 match_156 match 45.8 2771 2700 match_157 match 137 2620 2312 match_158 match 45.8 2771 2700 match_159 match 100 6338 6054 match_160 match 62.4 6541 6452 match_161 match 80.9 10217 10041 match_162 match 144 11679 11401 match_163 match 90.9 12177 12025 match_164 match 77.8 9961 9833 match_165 match 115 11935 11765 match_166 match 80.9 10217 10041 match_167 match 144 11679 11401 match_168 match 92.0 12186 12025 match_169 match 77.8 9961 9833 match_170 match 115 11935 11765 match_171 match 163 78038 77421 match_172 match 85.1 78709 78497 match_173 match 39.3 72307 72236 match_174 match 40.8 71945 71853 match_175 match 107 74724 74500 match_176 match 46.6 78208 78119 match_177 match 48.9 78431 78333 match_178 match 72.8 72165 72028