C04HBa0208L16.1 AAGCTTACATTTGTATGTCATGCCTTCGGGTTTAAATTTCTGTCCTAAGTACTAACCATT TAATTTGCTCTAAAAAATAATTAGCTAACAGTGAGTTCTAGCTTTCCTTTGAGTCTTTGA TCTGCCAATATCGTCATATCTTTACCCTTCTTGGACTCCTGGTCCACGCTTCAGTTGTGC TTGGGCGTGAAAGGGGTATTAGAGTGGGTTAGAGTCCCACCTTGGTTGGAAAATGGATTG GTGGTTTGCTTATATGGACTTGGGTATTCCTCCTCTCATGGCTAGCTTTTGAGGTTGAGT TAGTCCTAGTTGTCATATCTTTACAATTCTCAAATTTTCACAGTTCTGGTATACTCTGCT CGTGCATGATTGCTCGTGTGTGTGTGATATACCAGCATCTGTAGGACATCGTGATATGCA AGAAATTGAACTACTTTTCCTCTTACTCATCTAATATCCTAAGATCACTACTTTTGCAGT AAAATTGTTTGAGCTTTTTATGTTTTGTATGCTGGTAAAAGCTTTATGGCAAAGTTACTT ACCAATTTGTCTAGAGAACTCTTCTGACATGCTTCTTCAGACAGGGGGTGGTACTTCCAG ATTGATGGAAAGATGAAACTCGGAATGACGATAAATGGCGCCTTCAAGCATGCCTTAGCT ACTTGGAAATCTTGGGTTGAAAAGAAGGTCAACACTGATAGGACACGTGTATTCTTTCGG ACTTTCGAAGCTACTCATTGGAGGTGTGCTTAATTTTCTGATATAACCTGCTCGTCTCCA TTGATTTTGCTATGACTTCCATTGAAAATTTAAAATTTATGTCTGGGCTTTCGATTGAAC AATTGATTCATTAGACACTTGGATATAGTTTGCATATTTGTTCTATGAAGATCTCATGAG CTGTGTTCTTAATATCAAAATCTATTCCATGGTAAAAGCTATATTTTCTCCACATATAAA TCTTTCTAAATTTGATGAGTCTTTACTTATGCTCGAATCAGTGACGAATCCCGTGATACA TGCAATGTGACACGACTGCCTTGGTCGGAAACCAACGGAAAGGATGAGGATCTGTTTTCA GACATAATTATTGACACTGTGAGAAATGTATCCAGCCCCGTGACATTGCTGCATGTCACT CCGATGGGGGCATACCGGAGCGATGCACATGTTGGTACTTGGAGTGATAATCCATTAGTG CCTGATTGCAGCCATTACTGCTTACCTGGTGTGCCTGATATGTGGAATGAACTGCTTTTC ACCTTCCTGTTCTCGGATCAGATATATTAACTTCACGGATATACAAGTACGTTTCCTATT CTTTCTCTTCCCTTACGAACATCTGTTAGATAATGTGTTTGGACTCGAACCTGTCATCCT CTGTTCCATAGTCTGATTTCAGCATTTGTATACATTTTCTTTGTGCAGGTCTTATTCAAC TTGTTTAACCATTAACAAATACATCGTCGTCTTTGTCTTGAACTTTGCAAGGATATCGTC GTCAATGGTTTCATGTTGATGCTGTCAATGCATGCTGCAGTATAACCTGTCTTGATACAG ACATCATATACCTTTTTCTTATTATTTGTATAGTGGACTATGTGAATACTGATGATTCAC ATAGCCCGATCTCAACGTGCGAAGTTGTTGTTAATCATGTGGTAGTTATGGAGAGCTTGT ACTCGTGCAATTTATTAGGAATACATAATATTTGACTTGTGTCAAGTTAAAAATTTGATC CTGAAAGAAACTGCATGAGGTAAGACTAAGGGCCTTGCCTTGTGCGCCCTGCAAGAGATT ACCGGGGGTCTCGATCTTTTTTATGGTTATGCCGGCGATGATAGGTGGATTTGGTAATTG GTCTGTTGGGCGTTCGGTCTGTTCGATTCGGTTTGGTAAAAATGTTAAACCAACCAAATT GAAATAAATTTGATTTTCTCGGTTTTGATTATACCAAATTTAATAAATAACTAAATTTTC AAATTTGGGACACAATAGTCACACACAAGTTGAGAAACTCCTTAAATTATGATTAATCAT TGGACCATTTGGAAATTGGGTTGGACATAATTTTCAATTGGGTTTGAACCTTTCAACTGC CCATGTGTAGTGTAAATTGTATATTGCAAGTATAGTGCAATTTAATTTCAGGTTTTCGGT TTAATCGAGTTAAAAATCGAAAATTGAATAGAATAATCATAATTTTAGAATTAATAACCT AAACCGACCAAAAAAAAAAAAGAAATCAAATAAAAGAAAAATTAATTCAGTCGATTTGAA CCATAACACGCCCGTAACAAGTTGGGGAAGCTATATGTATAGTTCGATTGTTTTTTTTTC TCACGCATATTTTCTCATTTCGAGCAAAATTTTAGGAACTACAATGATTTTTATTTATTT CTTGTGTATTATTAACTCATGTATCTAACACCTCTTGAATTTTTTTTTTCTGAAAAAAAA GTGTATGAGAACTTCCGTAATAAATTGGGGAAACATTATGAGTAGTCTCACCGTTTAAAA TTTTGAAACAAAATCTAACAGACTATCTTCTTTGGAATCTAGCTGACTCGTGAGATTTTA ACGAATATGTTATCATTTCAATGCTTACTCGTGACTTTAATAATTTTTTTTTTATAACTT TAAATTTAAATCCAATTAAGATGTACCAAACGTAGTATAAACTAACATATTTCATTCCTT CTAACAAATTATATTTCTATTAATTAATATAATAATCTGTTAATTACCATATGATTAACC AAAAAATAAAATATAAAAGCAAAGGGGAATTCAAAATGTGAGATCCTTCCGTTGTCCGCT CCTAACGGATATCTAAATCAATTCAAATTAGCTTCTTCTTCTTCATTCTTTTTCTTGAAG AATAAGTTTCTTCTTCCTTCTCTTGAAGAACAGAGCGATGAATAATCAGTGGCGAAGAGA CGAGCAATGGCAGCGAATTCATCGGAAAATCGAATCATACAACTGTTACTGCTCGATTTC TCATTCCTCCGAACTCGTGAGTCTTGTCTATGTTTTTGATTAATGGTTTGATCATTCAAT TTCTTTTATGGGGTTTCTTGCGTCAATTTGTGTACGGAAGGAAAATATGGGTGGGTTTTG TGATTTCTTTTTTTGGGGTTTTCTTTTTGGCCGAGATTGTGATATTTGGTAGTTGAATTC TTTGATTATTGACTTCCCTTTGTATGAACAAGTTCACTGTTTCAAAAATTATGTATGAGT TAAGTTTTCTTTTAATGGTTAAGAAGTATTTTGGATGAATGGAAAATTTAAACATTTACG TGCAAACTTCAACACAGGAGGAATCATAATCATCCAGAAAAGAGAGCATTCAAAGTGATT CTGGCTTTCCACAATCTATGATGATATCTTCCAAGCCTTTAAAGAGAAACAGATGTGATT AGGAAACTGATTACGTTGCACGGGGAACTCCACAGCAAGTTCCAGGTTGTTCGTGGACGA TTGGCGCTATGGAAAGAGATATCTACAAATTTACTTTCTATTGGAGTCGATCGAAGTCCT GGACAGTAGTGTAAAACTCTCTGGGCTTTTTTGGTTCAAAAGTATGAGGTGAGAGTTTCT GATTTCTTGTCTTCTCCTTGAGCATATGTACATTTACCTGGTTGTGCTGATTATTGGAAG AAACAATATTTACAATTAACAATGCAGGCTGATTATCCTTTTTACAACTTGTTTTTAGGA CATCACATTATTCTGTCTGATGACATAGAAATGAAAATAGGGATAGATGTACCCTTTTGT ATGGTGTGTTGTGACATCTTAAGGAGAAAAAGGTAGAGAAATAAGATTTATCCATATCTT GAATTGTAGATATCACATTTTTGATGCACCATCTCATCTTGTCGTTGATTCTGCATCATA ACAAAGCTCCAGTTGGGATAACCTTATATTAAACAAAAGAACTCCTTGAAATTTGGCAAT GAGAGTGAATCAGTTACCTACTTGGCAGCTCATAATGACTTCTTAGTTCTTACAATGGAC ATCATATCGAGCAATTTCTACTATGTTTGGAGAAAATGGTCTTAAAAGATAAGTAGTACA TACAATAGCGAATCGTGAGGCATCTTCCTACGATTTGGTAGAGAAATGAGCTAGCGACTA AAGGGCAGCTTTTTTGTTTCCTTTGTTTATCTGTCCACTTTGCTTTATGAACATTTGAAG AAATTTCCAGTGTTAATAGGCTGTTGAAACAATTCTGCTTTACATATGCACATAGTGCTT AATTTTCATGTTTTGGGATCATTTAAGCTTACATTTGTATCTCGTTCCTTGGGGTTTAAT TTACTCTAAAAAATAATTAGCTAACAGCGAGTTTTAGCTTTGCTTTGATTCTTTGATCTG CCACATCGTCTATTTTGAGCATCGAGAAACCATTTATGGATATCGGCTGCTTATGTGCTT AAGCTTTTTATCTAATTCATGTCGATGTAAATTTTTGTTTAGCCTAACTGTCATTGAATT TCCTGTTCTTATATTTTGATATAAAATTGATCAACTTTATCTGTGTAACTATAAGTTTGT TTGTCCTTGTCTTGATAATAAGTTGTCCTGAAAGTCTGTCTACAATCAGTGTTTTCAAAG TGTACTCATTAAATGATTTTTCTGCAGTTAATAGTTGGCTCTTTTCTGAGAGCATGAATA CATATTTCTTTTTCTTCTTTTAAATATATATTGATCATGTTTGTGTTTATTTCTTCCTTC TCTTAGATACTGTCAAATGAGTTTGTGTGTTGGTTTCCCCTCTCATTATATGAATTCTGA AATAAATGATATACTGTAAATCTTTCCCATTTCGTCTAGCATCTGGCAAGCCTGTTTAGA AATAGGGTTGGTTAATGATATACATGTTCCAATGCTGCCATGTTTGTGCCTTGATGCAAT TTGAAATACTTCTACAGGAGTCGCAATCATTTTACCAATAGTTTGTGTTTAGAAATTTCT AAATCAGTGTGAATGCTTAATTAGGTTGTATTTCTGATTTCGAGTATTTCAATTCCTCAT ATTTAGGAAGTCCTTGTCTGTCAATATGTAGAAAGTCCTTCTTGGTTGTCAATTTACCAG TGGCATTCTAGATCATTAATGTGGATTAGTGGACCAATTTCTGTTTTTTTGTCTCCTTAA AAGATTGTTTGTTTCATAATTTCTTGCTAACATTTTGTCACCAACCATGTCATAATGTTA TCTTTGATCATCGTACTAGGCAAGGAAAAAGGAAAGGCTTTCCACATATTCCATCCATCG GGCATGCGCGCTATATGATTTGACTGGCATGTTGAGGTAAACTTCTAATATCTTTCTTGG GGGGGGGGGGGGTAGGGGGTAGGGGGTAGGGGGGTAGAGGGGGGGCAGGGGGGTAGGGTA GTAAGGGGTAGGGGGTAGGGTTGGGGGTAGAGGATTTGGGGGGAGGGGAAGGGAGGGTAG GGGTAGGGGGGAAAGGGGGTAGGGGGTAGGGTAGTAGGGGTTAGGATAGTAGGCGGGGGA GGGGGGGGGGGATACGGCCTCGGGGCTGGGAGCCTCGAGGCCGGGGGGTAGGGTAGGGTT GGGTTTAGGGGCTGGGTTCCTCGAGGCCGGGGGCTAGGAGGGGGGGGTTGGGTAGGGCCT TGGGGTTAAGGGGGGTAGGGCCTTGTATATCGTAATATATATCTAAAAAAATTACATCTT TTAAAATTTGTTGCTTGTACAATGACAAAATGTAGTCTTTTATTTCGTGAAAATCATCTT CAGTATATTGAGATATCATACCTATACCAATTATATTTGCATTATTCAACTAGGGTGAAT CTAATATGAAAATCAAACACTCAAGATAAAAAGATGGCGACATAATAATAATTATTATAG AACGGGAAAAACAACAGCGATGACAATATTCCAAATTATTAGTATACTAAGAATATAGAA TATATAAAAATAATAATGGTAATAAAATGCAAAACTCTATTAAAAATCTCTTGAGTTTAA AATCGTTACTTGTAGCAACTAAGTAAGATAAGATAAATACATAACTTGCACATTAATTAA TTTAGGTGTTGTTCACATGAGAAAGATTTTGAAGTCATGAATATTTTAATTATCAATTTA AAATAGAAGTTACACAGATAAAAAAATGTGAATGATGGAGAGTAAATTTTAAGAGGAGAT TTTGGAATCATTTTTTAAAATATTACAGTGGTGAAGAAAAAAATAGAGAAAATGCTAAAA GTTTAGGAGAAAAATGAATATAGAAAGATACTACATCTTCTTATTTCATATCTAATATTT TAACTTTATACCTAGATAGATATATTGGTCGAAATTAAATAATAAAGAAAAAATAACTTA AAATATCTTTTTTTTAAATTGTTATTTTAAAATTTATAATTAGAAGAAGGTTAAAAAAAG AAAATAAAATGAAAATTATTTTAATAAGAGTGAAAACTAAAAATGTGTGAGTTATGTGAA GAGTTTTTGTTGTAAATGTTCTTCCATTAATAATTCTTCCATTAATAATTAATTGTTTGT ATTTAATCAAGTAAAATACTTTTACAAGAAAACAATTTTTAAATAAGAGAAGAGGTTTTA AAAAAAAAAGATAAATGTCACATACTTTTTTTATGTTTCTCAATAATTAAGAGAACTTAA AGAAATGATATATTTTATTTTTAATATAGTTAATGTGTAAGGGGAAATTCTTTCTTCATT CTTTTCAATAAATAACTTTTTTTTAGGGATAATGTCCAAGTACCCTCTCAACCAATGCCC GAAATCTCAGAGACACACTTACGTGGCAGTATCTTGTGGGCCCAAGGATAGCTGACTTAA TTTTTTCAAACTAGTGCCACGTAGGCTAAAAAGGGGTAGAAAATTACTTATAAAATAAGT TCAGGAGGGTAATAGGACCTTAGTATAGTATAAGTGTGTCTCTGGGATTTCGGTCATAGG TTGAGAAGGTACTTGTGCATTTTCCCCTTTTTTTTATTAAAAAATTTTAAAAATACTAAA AAGATTGTTTTTTATTTATTTGTTAATTCATTTTATGATTGTTTTTATGACAAACCATAG CATATATTTGAAGGGGCAGCAATTACCAATTTGCAATAGTAATGAGAAATGTATCATGAT TCATGTGTAATGTTATATCTTCAAATTATCACAGAAATTGAACTATTAACTAGAACTCGA TAAACATCTATACATAAAAATAAAATTGTATAACCTTTTATCTTTGTTCATTCACATGAT AATAATAAGAAGAGCAAAGTAAAATGAGTAAAAATTGCTAATTGAGATTTCTAATATGAT GATCAGTAGAGTTTCATAACTTGATTTTTGTTGAATAACATGAAATTATTTATATATAAT CAAAATAATATATAAACAAATAGAATAATATTAGATGAAATCAAATAAATCTTCAAAATA TTTGGAAATCATTCAAAAATTTGTGCTAATATCTCTTGATGAAATCCTTCAAGATAATTA AATTTCCTTCTCATTTTGATGAACTTATACCAAATTAATATGAACATCAATATGATTAAT CTTGAAGAATATATCATGGTCTTTATCAAAATGAATACCATATGGTACATTATTAAGTAC ATAATTTTCTAAAAAGATGAAAAAAAAAAAACTTAAAAAGAGGAAAAAACTATACTAATA AAAGAAAAAAAATGAGAAAATGAAAATGAACATTGAACAATAAATCATAAGAATAATTAG AAATAAGTTGAAGAGAAATGTATTATTTAAGTAGTGAATGTAAATAGATGGAGGTTTTGT TATAATTATATGTGTGTTTTTCTTTTAATTTGTTGATTTATTTTCTTTTTTGTTCGTTAT TTATGTAAGAATTTTTTTTCCTGTGTATTTTTGTAGATGGTTATGAAAATATCAAAAAGT TCATGAATAAAAACATTAACAAATAAAAAAAATTGAATTAGCACCACAATTTTTTATTTA TCCAAATATATGGTAATTGGAAATTTAAAATTAATATCTATGTATATTCCTATATAACTG GGCATAGACAAAGTGGTATTACAACTCTATAACTAATAACCACATTTTTCTTTTTCTCAA TTTTTTTTACCATTTTCCTATTTTTAAATCTGTTTTTATTATTAAAACAAAAAAATGTCA AAAAAATAAAAGTCAGTGCTTCAAATATTTCTCATGAATACATGTAACTCATATTTTTAA TTACTTACTATTAACTATCACTTATTGTATTCGAGTCTCTTTAATGTGTAACCTATTATA TTAATTTTAAAATCTAAATTTGATTAAATAATTAGGCAAGATAATTACTATAAAAGATGA AGAAAGATGAAAGACGTTAGAGTTTTCATTGGTGATGAGAATATTAAAGTAGAAAAAAAG TATTTAAAAAAGAGTAACTTTCACATATAGCAAACACAAATTTATATTTGTGTGTTATAG CAAAGTTCGCATAATTGTGCTCCATAACAAACATAAATATGTATAATTTGCTATACATAT ACAAAGAAACCAATTGTATAATTCGCTAAACATATCCAAAAAAAATCAGTTGTATACAAA TCAATTGTATAATTTGTGTATGTATAAAACGAGAAAAAGAGAAAGACAAAAAAATTGCGC AGAGAAATATTTGTATTGTATAATTATAAGCATATAAGACGAAGATATATACATTTGCAA GTGAATATACAATCTTTTCTTGCTTTATACAAACAGTAACACTATTTATACACTTGTGTT TGTATAAAAGTGAGAGGAAGCGAGAGATGGAGCGAGAGAGGGAGAGTGGTGAGCGAGAGT TTAAGGAAGAGAGGTAACTGGCAAACAGTGGTGATAATCAAGAAGAGAATAATGATATAT TGAGAAAAAATAATATATTTTCTAAACTAGAGCTTATTATTTATGGTATGAACAAATGAC GGGGAGATTAGATACGGGTAAAAATAAAATTTTAAAAATAATAATTAAGAAATGATATTA AAATACAATTAATTTCTACTTATATTACCTATATACTTTTCATTTCATGTTTTACTTTAT TTTATCAGAGGAAACATTTTAATATATATTATTGATTTTGTAAGAATATATAAGAAGTTC ATTTCTAAATTTACAGAGAGTTTTTATGATCGTGCAAATCACAAAAATGTTCATTAGTAT ATACAATAAAGTGGAGTTCTTGTGTAATAATAGAAAATGTATGTTACTAGTTTAGTTAAT GGAGAATAATGAAGATCACTAACAATGAATAAAACACAATTTTCGAATGTGATTTATGAA AAAATTAGAATTTTTTTTCTGAAAAATTTTTGTGAGAATTTTCGTAATTGTAAGTATAAT GCAATTTGATTTTGATTTTTCGATTTAACCGCATTAAAATAATTTAAAATCGAAAGCCGA ACCAAATAACCAAAATTCTAGAATTAATAATCAAATTGATCGAACAAATTGAAATCAATT TTTTTAGAAAAAAAATTAGTTCAGTCATTTATTTTGTTTTAAACCATAATATGCCTAATC CTAGTCAAATGATATCCAACTAAAACACCTATATTACTCAGATTCTCCTATAATAATGTG ACATCCATATTAAATCCTTCAAAGCATCCATTGATTTTATTAAAGAATCAAAACAATAAC TCTTTTTTATTCTTTTTCTAATATATTGTTACACAATATCAAAAGATGACAATAATCAAT TATTTTGAAGTGCTTGAATGGATTTCTCAAATATAACTACCTAAAATAAATGTCCTCAAA TGATTTTATGCGACAAGAAGTAAAGAGCGGCGAAATTTAAGGTCCATTTCACACAAAGCT CATATTTACCTTAGTTTTAACCAAAAAAAAATGTGAAATTTATTACTCCATTATATTATA TTGTATTATATTATTATGTAACTATGTTACGGTAACTTGATAGAAGTCTTTGTAAGTGCG AGTCCGATATATGTGCATATTTTTTAATTTTTATTTGTGAAATTTGAAGAGTCGATCAAT TGAATTTTTTATAAAAATTATTATTTACTGTGATTTATAGTATTTTAATTTTTGTATCAC TTTTAAATAATATATGTTATTCCCTTTGTCCAATTTATGTCGCGCGGATAAAATTCGGAG AATCGACTAAATTTTTTATATGTTCTTTTAAAATATTTTAAGTTATTAAGTATTATAATT TATAATATATTATACGTAATTTTCAAATAATATATATTACTCCCTTAATCTCAATTTTAT GTACATCGATAGAATTTCTAGAGATCTACTAGCTATTATATTAAAACATATTCAAGCGAA GTGGGAGAAGAAAAGGGTGGATCAATAATGGAACTTATTTTGTACTCAACATGATTAGAG CAGAATTAACGGTGTGACTTAGTAATCAGTGAAAGTGATTTTTTTTATTTGTTCTATCCT TGGTCTATGGCTGAGCCAACTAATGGTCAGGGAGTTCATTCAAACAAATTATAGTATTTA TATATAGTTAAAATTATTTTTAATGTATTTATAGGGTATGTTGAATTCTTTCAGTTTATT CGTGTGTTTACTTCTTTAGATATTGTATTTTTTTAATTTAAATCCTTACTCCGACATTGA CTTTAGTTTGACACGTATTGTGAAATTAGTTGCATGTTGAATTACCTGATATTTGTTTTT GATGAAATATGATATATATTTCGTAAAATTAGCTCAAACACCACAATTGCCTTTGAGTTT CCTATAGAATTTCCATGTTTTGAGGAGTAGGACACTAGAAGATCACTTAAAAAGCAAAAT AACTACGTTTGTAAAAGAGTGCAACAAAGGGAAAAGTGTTCTTCACTACAATCAACGCAT CAAAATTAAGACTTCCTATATCTTCACATGAGAGCCAAGTCTTTGCTTACTTCAAAGCAT ACCCTAAAAACAAAGGGAGAAAACCCCTCTTTTGTTTATCTGATTTTAACTTAACACGAA ATTTAAAAAAATAAAAAATATATTTTAATAAGTAATTTTAAAATAAAAATATGTAGAATG TACCAAAAATCATGTTGAAACCTAAAATTAAGAAATTACCAAAAAAGAAAAGAAATAATT TTTTTCCGACTGAAAAGAAAAGTAATACAAATAAATTAAACCTTTAGAAAACCACACATA AATAAGAAGCCAAGAACTCAATATACTCTTCATCACAACTTCAAAAGTCATCATCAAGAA CTCTCAACAAAATTCATAACAATTTCCCAACACATCAAAACTATGGATAACAACTTCCCA TTTCCACCACCACCACCTTCCTCTGATCAAAGCTACACCATAGTAATACTCATTTTCTCG ACATTCGGTTGCATCTTACTTGGCCTAGCTATTCTTGCTTTTTGCACATACTTCTTGAAG AAAAAAAAGAAGAGTACAATGCTAGTTGAAGAAAAAGAAGTGAAACACATTGATAATCAT GTTAAAATAAAGGAAGCAATTGTTGAAGAACCTCATGGGAAACTTGAGACAATAGTACTC TCAATTGAAGAAGATTTGCATGAAAAGGATGATATTATAATAAGAACAAAAAAGGAATTA GAAGAAGTTCATCATCATAACTTATTGCATGCTAAGAACAAATCATCACAAATTACAACT TCTGCTCTTGAAAATAGCCATGTATAGTCCTCGACAACATCTTAATTTTGTTATATATAT TAACAATTGCCTTATCAAAGGCTAATAATGGTTGATCATTTAATTCTATGAAAATTATAG TGTACATACAACGTTTAATTTCTGAACGTTATTTGTCTATGTATTTCCTCTGTCTCATAT TAATTATGATATTTACTTTTACACGTTTCTTGCGAAATCATAAATAAAAGTATTTTTTAC TATTTCACCCTTACCTCTCTCCAACAAATGCACTATATTTGAGAACAAGATTAAACTAGT CTTTATTTCAAGAACATGAAAGAAAAATAATTACTCCCTCCATTTCTAAATGTGGTACTT TTTGATTTTCGAAATTCAAATAAGTTTATTTTTTATTTCATACATTTTTTAAACATTTTG AATTGTCAATCATGGTGACCTATAGTACTTTTTATGTAATTTATAAATATATAAATTTCA TTTTTTTTAAAAAATTAAAAATTCAATCAGTAAATTGTTGGTCAAACTTAAACTATGTCA CTCTTGTAAAACGAAAAATGACAAATAAATTGAAACAAATATTTTTAGTAACCTTGAACT GATACTTACGATATTACATGTATGTATTCTGCCTTCTCCAAAATTAGAAAATAGAGGTTT CAAATTAAACTACATATGCAAATATTATTACTCTATTAAGTTAAGAATTATTATGAGATT GACTTATTGATAATATATGTTCCCTCTACACAATTTTAAATTTACATGATAGACATTTTC ATAAGTATGGTAATTACCTTTCATTTATGATAAACATTCTCATAACGAGTGGTAATTACC CTTCATTCTAGTTTCTTTTAACTCTTGAAAGCAATATTTTGAGTCAAACATTTTCCTAAC GAGAGAATCTATCTCTCATTTTTTAAAATTTGAACTCGTGATTTCTTAATTAGTTTTAAA ATTAGGTACACATACATTTTAAAATGCATAAATTTAACTCTGAATTTATTTTGAAAAGTT AGCAACATACTTAAATTATCATGACAATCTATTACACATTTTACAATTTAAAACTGAATT TTTTTTACCCACCAAAACTAACATGGCAAGAAAATTAAAAAAAATAAAAGCATGTTTGGT AATAAATAAAGTTTTAAAAAAATCAATATCCTCTTTCTGTCATCAACCCATCCCGGATTT GACTCGTCTCTAGTAATGGATCCCTTTAGTTCCTTCATTATCCCCATTAATATTTTAACA TGTCATATAAATAATTTAATGACTTGAATTAATTTGATTAACTAAAGAGTTTTATCATAG TTGATATTTCTCTCACTTCCTTTTTATACTTAGAATTCTTTCTTCTTTGTCATACTTTAG AAGAATCATTAACTTGCTGAAAAATAATATGTAAGTTTTTTTATTAAAAAATGTACCATT CATTCAATTTCATTACATTACTTATTGCGACTCTTTTCATTCTTTATGTGTTGAAGAATG TTTTTTCGATATTTTCTTCTTCATCATATTTAATTTTCTTCAGCTTCTACATCTTCAATA TATTCATTCTCTTTAACTAAGTCTGATGTTGAAAAAATTGATATATACAGATATTAAACA ATTTAACAAAATGAATAAAAATAATTTACGAAAGAGAATTTCAAAGAAGCCAGATTTGGA AAATATCTAGGATTTATTACCCAAGTCGTCCTGTAAGAATGACAGCGAAAGAACTTCTTT TAAAAAAAACAATATGAAAACAGAAACTAAGCTTTTTGAGATGGAAAATAAAAAAGAGTG GTGGGTTGGAAATTATTAATGATTAAAAATAAAATAAATTTTGAAGTCCAAATATCAACA CTACAAATAAAATCCATAGATCTATTGTTGATTTGCTAAAAACAATGTTTGAAAAAATAA ACTATAGCAGAGAAGAAAGGATTCTAAGCACAGAAAGGAAGTGAGAGAAATACTATCTAT GGTAAAACTCTTTAGTTAATCAAAGACAAAGGAGAGCGACAATCGAGATGGAAGAAAAAC GATCGAGATTTGTATACATGTGAATTCACTTGGATCATCATATTTAGAGCAAATTAATTA TACTTATTTGCATGCACTAAAATTTAATAAGATGCATAATATTTTAAATTAGTGTACATC TAAGTAATTAGCTCTCAAATGGATGAGATTTTTATAAGTTATTGATTAAAAAATCTCTTT ATTTGAATTTTTTAATGTTTGGAGTTGTAGTCTCATGCTAAGTCTTTTAACATCTAGTTG GTCATAAAAAAATCTAAGCAAACTTTTGTTTTTTCTTGTTGGCGTATTATGTACTTCAAA GATTGTCTATACAAACATGAGATGATGATATAGAAAAAACCAAGTCTCTAAATTGACAAA TATAACCTTAAATATTTGAGTAAAGAAGTAAACAATGTAAGAGTATTTTGGAGAATTTGC AACATATTTTGTATGTAGATGTTTTTGTCTTGGACTTGAGAGCAATTGCAACCTCACTTT CCTCACCATTAAATCTTCTTCCAATTCATGATTCATAAATAAGCTTTTCTTTCTCCAATT TTTTCTCATTATCCAATTAATATTTTTACTTTCTTTTTCTATTCAAAAACTTCAAATAGC ATCCATATTCTTATCTTACAATCAAACTATCAAAATCTTGTACAACTTTTCCTCAGGTAA TTGTTTAATAATCTAATGTTTAATTATATGTTTTTTTTTCAAGTAACATTAATTCAGTAA TGACGAATTATTTTAATTAAGTAGTGAACAACATATTGATTTTATACTAAAAATCTTTGC TTTTTCAATCATAGATGGTTTTTCTTTAAATAATAAATGAGTATTAAATTGCAAATTTTA GTAAATTTTTCTATTATTAAATCATAGATAAATAATTAAGGTGAAGGAGGAGTGTTTGGT GCACATATATAAGTCCATTTATTATGATCACGTTGTATTACACCTCCATACTTGTCATTT CGTGATTTCAAAGTTGCTCCAAGTGGATCTCGAGAAAATAGAGAATTCCACATATTTTAG TACATTTTTATACTTTTTTTATTTGACCATTATTTTGAATTTTATTTTTACTTCACATTT TTAACATATTAAGAAAAAATAATTAAATTTTCTTATATTTTATATTAAAGTATTGATTAC TGACGTAACATAAATATATCCAATTAATAAAAATAATATAATAAACTAATCACATCATAT CATTATTTTCTTAATAAATATATTTTGAAAAATAAAAGTGAACCAATAGAATAGTTATAT ACATGAGTCAACTAGGTTATATTATAGATTGTGAATCCCCGTGTAGCCATTTAATTCTTT CACTTCTTTTAATTCCTATTTATGTGTCGTTACTGTTAAAAATAGATAGTATTTTTTAGT ATTTGTTATGTCATAAAATCAATACATGATGACACTATTTTTTCTATTTTATCCTTTGAA AGTTTTTAGCTTGAAACTTGAAAGTATACATTTATCTAACATAGAAAAATTAAGTACTAC ATCCCTTCTTATATATGTCGTCTTTTAATAGAACACTTGTCGCAATCACAAAAGCAATAT ATAAATAATATTATTCTTTCTATTTTATCCTAGAAAGTATAAATTTGATTAACATAGAAA AGTTAAATAATAAGTTAATGCGCAATAGTGAATGTAATTAATCAAATAAATTAATTTTCA TTCATTTATTAAAAATCTGACTGAGATCACAAAATAAGAAGACAATAATAAATTTACCTA ATTTCTTAAGGGATATGAAACTTAAAATAAACAACTAAATAAGAATGGGGGAGTATACAC AAATCCCACAATCCATATGACCCATCCTTCATTTTTTTGAGATGCCCGTCTATTTTGGAT CAAGTTTTGATATTTGAGCTTTCTTTTTTATATGTGTCTATGACCTAACAAAGTTATTAT CTTTATCATACAAAATTGAGCAAGTTCCAACTTCTTGTTTTTTTTTCCATCTTAGAGGTA TATAATCGTGGAATAAAGAGTTAGTTAAATATAATTAGGTTAAGTAATGTTCAATGACAT TATAGATTTATGTCATGTGTAGTGTATAATAATTTATGATTGATAATCATTTAATTATAT ATTCATATAATAATAGCTAATAAAAATAACAAAGCTGTCAATTTTTTTTAAAAAGAAAAA GAAAAACTATCAAATAAAACAATTAAGTGTACTAAGTTAATATTTTCAAGAAAAATATTA AGATTGATATGAATATGCGAACTTTCTGACTTTTTATCCGTCAAACTTCTTCGGGAGTAA TTTTCCACGTGCTTTCTTCATTCTGAAATAATCTTCAAAAATAGATCAAACTTAAAAACA TCATTGAATTCTAAAATAGTAATTCAATTAAAGAACATGATAAGATAAAAAAAAACTTAT TTTAAGATTTTCAAATAATTATAAAAATATTTATTCAGATTCTCCAAAAGTGTCAAATTC TTTAAAATTAGAATAATTTAAAAAATTCAATACAAGTACGAGATTTGACGGGTAAAAAAG TCGAGAAGTCCGCATAATCTCGTCAGCCTTATTTTTAAAAAAAAAATTAGCTTGGGTACA CTTAATTATTTTATTTAATAATTTTAAAAAATAAAAATAATTGACGAATTTGTTGTTTTT ATAATTAAAATGAATATAATTTTAATGAATTTCAACCATAAATTATCCATAAATTATTAT ATGGTACATATGGCATAAATTTATAAGGTCACTAAAAATTACTTAACCGAATCTTTGTTC GTAATTGAGTTCTTTTTGTTTAGGTTTTTAGATATCGTCAATGTATCTACAACTTTGAAA CTTATATCTCATCTTTGTGTAAGAGTTTGCAACATAATGGTTTACTAATTAATGATAGGC AATTGATCATTATTGTTAGGTATGTGTTTGAGTAAAATAAAAGAAAATACTTATAAATAC TTATTTTTAAGTTAATTTAATAAAAATAAGTAAAAAAATCGTAAGCTATAATAATTTTCA ACTTATAATTTTTTATTTATAAGTGGTAAATTGAAAATCAGTCCAAACATATACTTGTCC CTTGAGAGGAGTTCTTTCAAACAAATTTATTAGTCACAATTTTTATATTTAGACATATTA TGTTATGGTTTCACTATTATAAACCTAAATCTGACAAATATATTACTATTAAGATTAAAT TTAAAACATGTGAAAATGGATTTATTTTTTTTTAATAAAGAAATGGAAAATAGGTGACTA ATTTTTAAAAAAAAATAAGGATTTTTCTCCCCAAACTCTCAAATTATCATCTTCTTCTCC ACATTTCCCTCATCTTTGCCACTTCACTCTCTCATTTCAGTCATCAATTGAAAGGAAGCT CAATTCACTATTATATTACAAACCTCTTCTTATGCCCCTAAAAGGGTCCAATTAAAGCCA ACTATAAAAGGGTATGCTTTGAGATTTACATTTCTGATGTTAAAATATTAATGGGTATTT TCAAGAACCGAAACAATCTTTGAATTTTGGTATGAAATGTTATTTTGGTGAATAGTTTTT GTTTGTTTTCTTGTAAATAAAAGAGCTTTGAATAGACTTCTGCTAGTTTTATATTCATGC ATTTTTCAGAAATTTGTAAACTTGCTGCAGAATTCTAGGAGATGATGCACTATTAGAAGT ATGGGGTGATGAACTAAAGATGGTTTTAGGTGTAAAGTTTGGAACTTTATGATGAAGCTA TGCTATTTATGGTGGATGGTTTAAGCATTTCATAGCTATGTATTCTTTGCAATTTACTCA AGTTTGAAATGTTATTATCAGTTCACCAATTTCACAATGATTTAAGTTTTTTTTTTCTTT ATTAGAGTTTCTCTTAAGATTTCCCTGTTAGTCTTCTCATTGAGAAAGAGTGTTTGTTAG GGTCTAACCGGAGATCTTGTTATTTCAAAATAATTTTTTGGATGTTTAGTATTGCATAAC TTTGTCTTAAATGTAGCTACATGGTCAATGAGGATTCATGTAGCCGACCCCTACTTGCTT GTGATTGAGTCACAGTATTGTTGTTGTAGTGTTATATACTCCCTCCGTTTTAAAAAGAAT GAAGAGGTTCAAAGTACGAGGGTGGAACCATCTGCTTTTCCGTATCAATTTGGATGTTGA TTTATACATCCTTTGAAATAAAATGTATATAATTATGAGAGTTAGCTTAAATGGTTACTA GTTCTCTTCCATGTTCTGAGATGACCCTCACATACTTTCTTCCCCTTTCCCCAGTCACGT TCTTTTGTGTGCTTCCGACTTGGTTTGCAGTAATGTATCAAAGATTGTTTAAGTTGTTCG GATTATGTATTTTGAAATCAATGTATAGCCAAGGTTGAGGACACTGATCCAACACACAGT GAATTGGACTGATGGAAATTAAAGAAGTTTGTTATGTTCCGGTGTCTCTGATTTTGCTCT TTCTTATTATAGCTAAACGGATTGAAGTATGTTGTGCTAATAGTTTACTGTCCTAATTTG TTTTCTTTTTTGTGAATTAATTCTTTTGGCTTTTGATGCAGATTTCGTACAGGCTGGACT TTGTGTTGGAGCATACCAGTAATTGTCTTTTCATTTTAGTTGAAAACTATTAGAAGTTGG ATCAGCTGCCTCTTTGGGAATTACCCTTTATACCCATTACGATTGACCTTTTTAGATAAA AATATCTCCCTTACAGCTGGTGATGAATATAAACTTATAGTTCCTTCATTTTTTGATATC TTGAATGGCTGGATCTTTGTTGCCAGTGGGTAAGGCAGTCCTACGTTCCCGCCAACCTTC CAAATGTTATATGTTCAATGCTGATCTCCAGCATCCGAAGTCAATTCCAATTCTCCCTCC ATATAAGAAAAGAGTCAAACAGAATAATACTTTGAACAAGTCAGTGCTCCTAAGTCCATT AGTTTGCCAATACCGGTTAAAACCAGTTTCGGCGCTTGACTCAGATGTTCCCTATCCTAT TGAACAGGTATTAATCCCCTTTCATATGCATCTAATAATGGTTGTTGGGCTCATTTTTAA AAGTAAGCTACGGTTCAGTTGGAGGTAATGAAATATGACCTAACAGTGATGTTAAATCTA GAGTTCAGAAGGTTTAAAGAGCAGCGAGAGCTTTAAGCAATGGGATTCATTGACTGCGAA ATTTGCAGGAGCTGCAAATATTCCGTTTCTCATATTACAACTGCCTCAAATAATACTGAA TGCTCGTAACCTTCTAGCAGGAAATCAAGCTGCATTATTTGCAGTTCCATGGCTGGTATG GCATTCTGCTTTATTCTAGCTACTTATAGCTGTGGTCTTATTAATGTTGAGAGATAAATA ATCTGAGATGAACATAATACAGGGGATGTTCACTGGATTACTTGGTAATTTATCTTTGCT ATCATACTTTATAAAGAAGAGGGAGACGGAAGTGGTTGTTGTGCAAACTTTGGGTGTCGT GACCATTTACGTTGTGATATCACAATTAGCCATGGCTGGATCTATGCCTTTGCCTCATTA TGCAGTCACTTCTGTTGTTATTGCGTGTGGTCTTGTTGTGAACTTCATGAACTACTTCCA CTTGCTCAATCCCGTAATCTGGCGTTACTGGGAGGATTTCATTACTATTGCTGGCTTATC TGCGCTTCCCCAAGTAATCACCCTCTCTTTTCTTTCATTTTCTACTCATCCATATGATGA ATTTGGTTGAGATTCTTATATTTGTTTGGCATTCTGCACCAGGTCATGTGGTCAACTTTC ATCCCATATGTTCCAAATACCATCTTGCCTGGTGCTGTGGCTTTTGTTCTGGCTATCTTA GCTGTCTTTATGGTAAGCTTTGACACTGTAGCTTGTATATATGGTTACTTTTTCAAGTAT AATGTTGAAATGGCCATTTCTATTATTCTGCCTTGAAGTGAACAAACTGAAGAAAAATAT TGCAATGCCAGAAAAAGAAGATTATTTTTTTTTGCTCGACTTAATAAATAGAAAGCTAAT TCAACATGTGCACTGGGAGAATACTCAACTCTATGTTCAAATTTATGTTGTTTCTGAACT ACTGCGGCCACACAAGAAGCAAAGAAGGGTTTTTTTCTTCATTCATGACTGAGGGGAGAG AGATGATAGCTTCTCTGGCTTGGGGTGGGATAACTGGCTATCAGTCAATTCTTTTCATAT TTCTTCCTTAATATTAATAAAAGGTTTCAGTTTTCTGATATAAACTGGAAGGGCAAGTCT AAAGTGGTGGCTCAACTAGGTGATTGAGCGCTTGTATTCCAGATTTGATGATTGTTTATG CTTTGTGTCTTTATGAATAAGAAGATATTCTTTTAAAGGTACAATAATGGACTGCATGTG GAAGCTCGAAATTCTGTAGGGAGGTTGTCACATCTGATTGATGTGCCTGGAAGTATGGAA GCTTCTGTTGTGGCTTACTGCGGTTTTATGTCATTTTTGCTCCATGGTGACCATAACTGG AACTTGATCTGAAAGTTTTCTGCTTGCTTTTATTGCATATATCACACGTATAAGAGAACG CTTAACTTTCATGTTACCAAATAATGTCGCAAAGGCAGTTGCTCACACATTGACTTTTCT TTACTTTTGATATTGTTAGATTACACACACTAACTCGATTAGGATTGACAATTATCTTGT GTTCATTTTCCTTGGCTCAAGAGCAAGCTAGAGACTTTTGTATGCACTTTCTGTGGGAAG ATAATTTTGTTATGCTTGAGAAAATGAGAACATGGATCTGAATTATTCTGAATTTCAAGC TACTGTTATTTACAGTCTCGGACTGGGAAACTTCCAGAGAAGGGCATCAAATTTGTAGGA TCATTATCTGGATGGACTGCCACACTTCTTTTCATGTGGATGCCAGTTTCACAAATGGTA GTTTCTATGAAGTTATTTTGGAGTAAAATTGTCAAATCTTGGTTTTTTCACAAGTTTGAG GTTCCTCATCCTGACTTATACCTTCTGTCTAGTGGACAAACCTTCTAAATCCAGATAATA TAAAAGGTTTATCAGCTCTTTCGATGTTGCTTGCAATGATTGGGAATGGACTCATGATTC CACGAGCACTCTTTACTCGGGATTTGATGTGGTATGGCATCTTACAATTGTTTTCCCTTA CATTACAAACTTCCTTTTTCTACTTTAGCTGTCAAATTATATCTAGCGTTCCTCACATCA CCTATTTATTTTTGCTTACAAGCATCATTGTCTACAACTTTTCTTTTTTTTTTTTGTATA ATGTTCTTGTTCTCTTCCTTTACTTTTTTGTTATTGTGAACCTTCAGAACTAAATTTGTT CACATTTGGTGCAATTCAAATTTTCTTTTGTAAATTTCTTCATTAAATTTCACCTACCAC CTGGTCAGCTGTTTAGTCCCGTGATGCTGAGTATTTCTTTTAGTTCTTCTTTATGGTGTT TAATTTTCCCCTCTTGATTCTCTTCTTGATTAATAATAGGTTCACCGGTTCAACTTGGGC ATGCGTTTTTTATGGATGGGGAAACCTTGTCTGCTTATATTGGTAAGTTGTGCAGAAGTG CTGTGCTCAATAGTTTTCAAGATTTATTCAAGAATTGAGCATTGTTCTACTTAATAAATC CCTTTTGTTCTACATCCAGCTGCGAAGTTATAAGCAGGGAATTTTTCTTGGCTTCAACAA CTGCCTTTGTAGCATGGCTGGGTACACTCTCACTTCATTTATTTTGTTTTAACTTGAACT TTCTGTCTCTCGCAAGTTTAACTATACTGTTTGGGCTACAACTCCATGCCTTGTTCATCG ATGGCTCAGCCAGTCATCCCTCGGGGTGCCTCATGATGGCCTTTTCCCCCGTTCCCTCGC GTGTTATTGCATTTTGCTGATGGCAATATGACTCCTCTTTCATTTTCTTTTCTTTGTGGG TGAAAACAGTGTTCAGCTTCTGGAGAGACACACAAGTATATGGATATAATTCTCCATTGA AATCGTTGAAGGAACTGATTTCTGGTTCATAACTGATCCTACTTGTCCTACCTTGTTGGC TTTGGCTACATATTTGAAATGCAAGAATGTTAAAGTTTGGCATTTCTGCTATGAATCAAT TGCTCTTCTTTAGAAGATTTGGTGAAAGTGCTTTTGGCAAGTGTTTTTGGGGGTACATCA GGCAAGGTCTAGTTGCAATGTCAAATTATTCAGCATATGGTTTATGAGGAAGGTTCCTGT GGTTCTTTTACATGTAATATTAATCAATAATAAAGCTACATTTGCAATGTTAGTGCAAAT ATATTTGTTGTATTACATTTTGGGACAAATTCTTAATAAATATAAAGTTTAAAACCATAT TTGCAAAAAAATTAATTGTGTTTAGGTTATTACATTATTTTGTGGCTAATACTTTCTTGT TGGTTGGTTTGTCTCTTTTCCACACACCTATTTGCCTCTGCAAGATAGATAAGGAGTATG ATTTGCGTACACTTTGAATTTTTGCACTTAACTTCTCATAGTCTTGATGGTGTTACAATG ACCTATTGTAGTCTAAAAGATCTAAGTTAGTAGTATTTAGAGTCTAAAATTTGTTCTAAA GCACAACAGTACGAATATAACATGGAAGTGACCAAAACTCAAAAAGTCTTTCAAAATATG CAAATATTATTACACAATATGTTGAGCAAACTCAGGAGGCCTTTTAGAAAACATATACTT TGCCTCCAAACTCTACTTTTAACATTATTTTACCCATTAAAATACCGTTTGTTTTATTAC ATTCAAGCTCTATATTACTAGGTAATATACTGTCCTATTTTCCCTATTTAGCATATTTCA ACGTCCCATAGTGATCATGCAACGGAGGCCTTCCCCTTTCAGCATAATGTCAAATGCTTT GTTGATCTCTGAAAATGGTACTTGATGGGTGATGAACTTCTCCAGCTCTAGTTCCTGAAA AAATTTACTCCGGGATGAAGTTCAACTTCTATGCACGGATAGTCGTTTTGAGTATATATC GAAAATAGGTGCAAGGATTACCTTATTCATGTACTTGGCCACCACAGATGGGAGATCAGT TTTGGGCTTGTAGTTACCAAAGAAGGTGCCCTTGAGTGTCCTCTCATTCAACAGGTTCAT GGGATGAGTTTTGAATGCATCGTCTTTGTTTGGCACGCCAACAAGCACAGCCACACCCCA ACCCTGTAAATCAAGTATGTCATAAGATTGTGACCCTTACATTTGAGTGGAACGAGATGG AAAAAAGACTTAAAAACAGATGAGAATTGTTACATCATGAACACATTCAAAAGCAGAGAT CATAGCGTTAACATTTCCAGTACACTCGACACTCCGGTCAACACCTCCATTGGTCATCTC AGCGATCACCTGAAAATCATCGCGCAAACCTCAGACAAGAAGTTGCTACACATGATATGT TATGTGCAGTGGAAACAAGATGGACATGCCAGAGACAAACAAACCTCCTGAACAGGCTTA TCATGATCTTTTGGATTCACAAACTCTGTGACACCGAATTTCTTGGCTGTCGAAATTCAA AAGAAAAACAGAAAATCAACAAATTTTGACATTACATTCTTGGTCATCCATAATCAAATG CACTCACCATCATTGAATCTGCTGGGATTCAAATCAATACCAATGATCCTAGAAGCCCCA GCTAGCCTAGCTCCTTCAGCAGCCTAATACAAGATGACCGACACAACATTCTCATTATGA CAACGAACGGACATTGTATCGAAAAGCAGAGGGTGGAATGTACACTCACAGCAAGGCCAA CAGCTCCCAAACCAAAAATAGCCACATAAGAACCTCTAGTAGGTTTGGCAACATTCAGAG TCGCACCAAGTCCTTCAGAATAGATGAACTCCGCCATAAGACAATATCCAATTATAAAAA ACTTACTCAAATGACTAAAGTTGAATAAAACCTGTTGATATTCCGCAACTCAGGACACAA ACTTTGTCAAGTGGTGCCTGTGGATCGATCTTGGTGACGCAACCAGAATGAGCAACAGTG TATTCACTAAAAGTGGAAGTTCCAACAAAGTGGTATATCGGCTTTCCATCCTTGGAAAAT CTTGTTTGACCATCACTAATCATAACTCCCCTGTCTGTATTTATTCTTAGGAGTTCACAC ATGTTGCTTTCTGATGATTTACAGTGACGGCATTGCTGACATTCTCCGGTAAACACAGGA AGAACATGATCTCCTGGTTGAAGATCTGTAACACCTTCACCTACACTCTCCACAATTCTA CAACCACACAAATGTAAACACTCTTATACATACTGAATAAGTTCGAAAATAACATAAGAA AATCAACTACTCCATACCCTCCAGCTTCATGTCCGAAAATTCGAGGAAACAAAGGTGTTT GTCCCTACAGCAAAACAGAGGATTGCAAATCAATAACTACACCAACCATCAAGATGGAAA AATATGCAAAAGGGTCAAGACGAATGCTACAATATTCACCATGATTGCGAAAAAAAGGTA TAAGCAGAACAGACCAAGTGATATTTAACAAAAGATAACAACTTTACATATCAAAAACCT CATAAAAAACATACATTTTTTATTGGGATCACATAGGTAACAACAAGTATAGTCATTATA CCAAACTTTCTATCTAATAAACAGAACCCTTTGTGCTTCTAACACCAATAAGCATGATCA ACACAGAAAATTAAAAATTAACAACCCAAAGTTGACAGAGTTAGGTAATTCACTACATAG TGGTTAGATATCTCTCCATTCTACCCTTCAGGGTGGGCCATTTTCCCCTTCAGGGTGGGC CAGTGGTTTGGGCTTGGGACATGGAGGTCTCAAGTGTGAACTACCCTTCGGGGTGGGCCA GTGGTTTGGGCTTGGACTGGGACTTCCATATTGGAGGTCTCAAGTGTGAAACCCCTTGCC AGGGAAAGTGAGGGGTTTGGGCTTGGACTGGGACTTCCATATTGGAGGTCTCAAGTGTGA AACCCCTTGCCAGGGAAAGTGAGGGGTTTGCCTTCTGGGTCGAGCTCGTCGCATCGAGAG CTCGTCGCACCGAGAAAGTAATGGATTTGCCTTTTGGGTCCGGCTTGTCGCACCGGGCTT GCCTAGTGCAGGTTAGCTCTCTTACGTGATTTGCGAGCTAGCATAGGATAGCTGCTGTGG ATTTCCCTTGTCATCAAAAAATAATATCTCTATATTTGTACAGAGAATCAAATCCTTACA AATTGAACTAGCACTAAACACTCAAAAAAGTTGATATAATGATTTCAAAACACACAAAAG TTTGAAGAAAAAGACCTTAGCTTCCCAGAAGTAAACATCAGTGTGGCACAATGAGGTGAA GAGAATCTTGAGACGAACTTCATGTTTCTGTGGAGGTGCAACATCCACTTCTTCAATTAC CAAAGGTTTTCCAGCTTCCCATGCAACCGCAGCTACACAAAAACAATCACAAGACCATAA AAGAGCCACAGATTTTGAAAAAATCTAAGAAATTTTACTTTCACTCACAAAAAGATCATA TTTTTTTCCAAATCACAAACAACCAAATCCCCAAAAATCACAACTACACAGATCCTTGAT ATAGCCAAAAAAAAAAAAAAAGGATCACCTTTGCAGCGAATAACCTGACCAGCAGTATTC ATTGTTGTTGATTTATGGCTTAAACTTTTTTTTCTAAAAATGGTGTTTTGTTGAATTTAT GATAACTCGGCACCGTCTGTTATAGTGCGAGCGTAAAAAGGCTTACACACTTCATTTCTG TTTTTAGGACCACGTGTCTTCCTTCTTCTATCTTCATTACAACACCTCTTTTTTTGTCAA CTTTCTAGTTATAGTTTTAATGTAATTGTGCCAAATAGCATACTACTACCACCATCTTTG TTATGTTTTTTAAAAATTTAACTTTTTTTTAAAAAAAAATTATATATTCAAAAACTATAC ATAAAATACATATTAATATAATGAGAAAAAAAATATTATAAGATCAAAATTTTTATCGTT TGAATTTAAAAATGAAAAGTATGATGATAAAAAAAGTGGATGGAAAGAGTATTATTTTAA TTTTTGGATAGCTCTATTAATTCAGATTCTTTTCAGGTAAAATTTTATTTATTCTAGTCC CCAATCACAATAATAATACAATTAACGATCATTTCTGAAAGATGTAGGTATATTTCTTAA GGTTTCGAATAATAAAGAATCACATCGCAAAATTTTATTTTGTACAAAAAGATATAATCA AAACACTAATAGTTGATTATATTGTTGAGTTCATCCTATCTTTTTGGTCAATTTTTGTTA TTCAATTGCTACAAGTAATTGTTAAAAAGGAATAGTAATTAGAGTTGAAAATGAATGATT TGGTAGTTGACAAATTAGTAAGATTTGCAATCCTTTTTTTTACTTTGCTATATTTGCATA TGTCATTAGTGACTAGGCATGATTTTATCCTTCTATAAATAGAGCATTCTTGCTCATTTG TAGTACACACCAAGTTAGAGAGAAAAATCATTTTGAGAGCAAAGTGAGGTATTCCATAGA CTAGAAGAAAAATAGATGTGAGTGATATTTTAGTAAGGTGAAAATCAAAAGAGTGTTGTT CCTTTTGAGATTTTGAAGAACAATTTGTTTAGATAAGGTTCTTAGACTTTAGGGAAACGA ATTTAACTAAAGGAGGTGTGAGAAGCACTTCATTATTTTTTTTATGAATGAAGGTCGAAT TTAACTAGAGGACTTGACCTTAAATATTATATATGGACACATCAAGGTCGAAGAATAATG AGTAGTTGGATCGTTATTTTTTTTTCTTTCCGCACTAGTTATTTCATAGTATTACTCTTG TAATTTCTTGTTTTTTGATTTATGTTACTCGATAGTGTTTCTTATATTTCGATTATCATA TTATTTTAATTGTAGTTCTCGTTCCTTTTATCATACTACTTTGTCATGATTTTTTTGTGG TATTTTAGTTATGATTTGTTTACTTTTGTCAATCTTTCCAAACTATTTTGAATTGTTTTT TTCTAGAACCGCAACTCCTTAACCCTCTAAGACATGTAGAGATAAAATTTCCACATATTT TATTCTCATTAGGTTCATATGAAAAATTACATTGAGTACATCGTTGTTGATTAGTATGAA TGGGTATAAAAATTAATATACAATAATTTTTTTGAGGAATGTTATATTATGAAATAGCTT TTGATATTAAACATGTCACATAAATATCAAAATTGTTAAATTATCTCAACTCCATTTATG AGACTATACAAACAAATTGAGACTACATACGTACTTTTTACAAATTGAACTTTCATTTAC AAGCATGCATGGAATAAATATTTGTTCCTTCAAAAGTAAAATAATGGTCAAGGGCTCAAT TAATTATCTTTAGAAACTGATGAAAAGAATATTAATTTACAATATGAATACTTAATACTT TTTTCCATCAATACACAAAAGCATTGAAAAAAATTATAGATAGTTGAACAAAAATTCTCA ACATTTACAAGCATGCACTAAATATTTATTCCTTCAAAAGTAAAACAGTAGCAAGGGCTC ATTTAGTTATCTTTAGAACTGATGAAAAAGAATATTAATTTACAATGTGAATACTTAATA CTTTTTTCCATCATCACACAAAAGAATTTAAACAGTTCTCATGTTGAGAGTGGGATTTGA ACCCACGCCCTTTCGGACCAGAACCTTAATCTGGCGCCTTAGACCAACTCGGCCATCTCA ACATTTGATTATTAATAGTCACCACATTTAATATATCTTTGTATGCAAAAGAATTTGAGA CCACAAGAGGATACTAAGATCAATCGTATATTTATATAATATAAGAACCCGAGGCCTGTC CACGTGGCGCCACCATAATAAAAAAAAATTATAAATTTATTTATTTTCAAGACTGGTCTT GCTCTTTTATGAAAATATGTGAATTTTATGAAAAGTTTGTACTTTTATAAAAAGTTGTGA CTTTAACGAAGAGTTGCGACTTTTATCAAAAGTTGTGACTTTTATGAAAAGTTTCAACTT TAATTATGAGTTGCGAATTTATGAAAAGTTGCGACTCGACTTAAATGAAAGGTTGTGAAC AATCCGAAGGGTTGCAACTTTTCCAAATAGTTAAAACCTTTCTAATAAAACACAATAAAC ATCTGTTCACACTACCCTGTGTTTTCTATAAATAGAGGGCTTTGTCTCATTTTAAAACAA CAAACATTGTGATCTTCTTCTTCTACTTCTGTCAAATTAAATATTCGTGTACTATGCTCA TTTTGAGTGACTTGCTAGTACCACTGTTTTTGTATGAATAAGTTGGTGAATAAAATCGTT CCATCGTGAGAGGATATAATTCATTAAACATCTGGTATTGGAGGGGAATAGTTTTCTTAA GGGGACGTCGTGCATTCAGTGGTCTCGATTATTTCCTTTCTATTTCATTCTATATTTACA TATCCTGGTATGTTTTATTTACATTCATTAATATATGCATATGATATTAATTGTTCTTTT TGAGTACATGTTTTAAACTCAATTGTCTATGCTACTATAAAGTTCCTGTCTCCAACATTA TTGAACATATACATTTATAGTACGTATATTAATTGTGTAGAAAATAATTATTGTACTCTA TTTCAAGAATTCGTGTTTTGATATTCTATATTAAATTCTAGGCATAATACACAAATGTGT CCTTTAACTTGGCTTTGAATCACATTTATGCCCTTCAACTTTGGTGTGCACAAGCAGACA CTTAAACTTGTATAAAGTTGAACAAATAGACACACATGTCCTACATGTTATTTTTTGTCC TACGTGGTGTCCTACGCGTATTGTGTCATGTAGGATTAATGTGTTTATTTATTTAAAAGT TGGATAGTTAAAGTGTTTGTTTGTGCATTATGAAAGTTGGAGGTCAAAGTTAAAATTTGA AGTCAAGTTTAGGGTCCAATATATATATTATGCCTAAATTCTATAACGTAAAAGTACTAT ATATAAGCTTTACATGTTATCTATTTTTACATAGATATGAAATTTCTCACTTATCAATTG AAGAAATTCGTTATGTAAGTTCAAAAGTTATAATTGTTTTCATGTTCAAGTCTTTTTTTG AATATGTTACCATATTTTTGAATTTTCTCTTAAGACATATATCACAATTGTATAATCTAT GCAACTTAAATGATTCTTTTTATTACAAATGTCCTTGTATATATATTATTATTTTATTTT TTATTTTCCTTTTAATGTTTATCAAAGAACCAATGATATATTATTTCGTTAATAATTCAT TCATTATAGGTTCTTGAGTTATGTGATAATGAAAATTAATCAAATTTATGCTTATATTTT TTGAAAAACCTATTTTCCATTATTTTTAATATATTGATATTAGTAAAAACTTTTTTTCAA GTTCAATGCAATTATTATTTATGACCGCGCGAAGCCCGATCAAATTACCTAATTTAAAAT ATTTCATTACACTTTATATCACCATCACGTAATGAGTAGATATCACATATTTTTAACTTG TATCAATAGATCCAGATGATGGAGCAAATTTTTACTTGTACTTAAGAATCACTGTGTTTG GGGTACATCGAATATAATATGTATCAATTCTCAATATCAAATTTATTTTGTATTCAATAA AATATAAGTGACAGAGATGAAATTTGTATTCTAACAACAATGTTTATAATATGTATTGAC TGTATTCATGATACAAGTACAACAATTGTATCCCATCAAATATAAGTGAGAGAGAGATTA GATTTGTATTCTAACAACGATATATATATTATGTATAGATTGTATTCATGATACAACATA CATATTCATTCTCTCTCCCACCCCCATCCCACTCACCTCTCTCAATCTCGAAGAAGCACA AAAAGAGAGACAGCATTTGGACTTAGGCTGCAGGTTATACTCTCACACAACCATTAATCA TTTTTTATGACAATTTTCAAGAGAGGACCACTGGAGGCGTTCAATTCAAACCCAAATAAA CAAACACATCAGAAACGATGGCCTCCGGAGTTTCACTTGAACATGAAAATCCCCTTTTAA ACGATTCTTTTGAAAATGCATTTGCATAGTTCCGTTCAAACATAAAGGAACAAAGTAAAC ACTTGAAACTCATGAGCATAACATGAAAATATAATACAACTATTGATCACAACTTGTTCA CTAACTAGAATTGCTTGTCACTATGCATGCGCTAACTTGGCCAAAAGTACCATGTCTAAA ATTTTAACATCAAGGGTATCATCCACCTTTACAATCCCATCAGTGCCATCAACACCAATA AGCTTGCCGGTTGCACCACGTTGAGGACCACCCATTATCTTGATTTTATCAGACTTCTTT GGTACAATTATATCAATTTCAGTTGGGTGCGCAATGATAGTGTCACCATTGCCGCTTGAT CCAAGACCAACACTACAGGAACCATCCTGCTCCACAAGCAAGTTAGAGAATACTGGTTAA TTTTCCAATGAAACTATTCCCTTGAAAAGAAAGTTCACAGCCAGATACAAAAAAGCAGAA GAATCAACCTCTGATTAAATAGAGCCATTAGCACAGTTTTATATACGTTACACACATTCA CTTTAATGGCTTCTATACACACTACTGATGATGGAAGAACGTTCTGAAAAAATGTGGTTA AATAACAATAACAGAGCATCACATCAAAGTTAAAGAGTGGATAGTTTAAAGTTGTAGAAC TAGAAAGATATCAATCATTTCGAAACGTCCCAGTACCGAGAGCACGACAATTGGAACAAA TAGGATGAATATTTTTAGTATAAAGTAAAAATGAAATTACAAAGTTCAAGATCTAATCCA GCAAAATTAGAGAAAAAACATTCATTTGTCTAACTCCGTCATTTTCACAACCCTTATTTG GGATAACTTGAATATTCAATAATCCCTTTCGAACTAATATTCACATGTGCATTGCTCTTC TAGCTTAGAGCCATGCTCCCTCGTCCATTTATCAGTATCATTGTTCTATTATTATATTAT ATTACTATTGTTGTTACTTGGGTTATTTTTTGTCGTTGGTAGTTGTCCTTTCTACAATAT TTTTGGAAACGCTTTTCTTAAATCAAGGATCTATGCATACACCTCAACTCTCCCGGACCC CCACTTCTAGGATCACTAGTATAATGTCGTATTTACATGTGCAATGCATCTTCCCAGGAA GTGGTTAAGAGGTTTCGATGCACTTCTCAACATTCTCTAAATGTACAATTTTAAAAATAA AAATAAAAACCTCTAAAATGTAATGATCCCTATATCCCAATTTATGTGACATTTTCCGCT TTTCGAGATTCAAACAAACATATAATTGGACAGTATCTATTAGTTTTTTGAAACAAAATT ATATGTTCGAAAACTATATTAAAGGATTTATAAGTTGTAATAATTAATAATTCGAGATAA TTAGAAGACAAAAAAAATTATGGTCAAAGAATAATTTGTTTGACTCGAAATCCGAACACC ATCACATAAATGGGACGGAGGGAGAACTAATATTTATCACATGCACAATCAGGTCGTATG TGAAGCGAATTCCCACTATGGAGTAGATAAATTAGTGCAGGATATCATACCGCTAACACC TCATGGACAACTCCGATGACAGTATCATCATTGGACTTCCGTACATTGACCAAGATATCA GGCAAGAGCCAAGGACCTTCTGTATCCCCACCTGCAATTTCAAAGTTGTCAGCTATACTG GATGTTGAAAATAGTATTGCCAACGGCTCTTCTAGATAAAATAATAAAATGAATTTGCAA TGATGAACAACATTAAAGGTCATTCTCCTCTATGTCTAAATCATCATGGTGCAAGTAAAG ACGCAACTGTTCGGACAAATTTGCATTCCTCACACTGCAATTTTGATTAACATTAGAGCA ATTTCTACATTATAATCAGCACAAACCATTGAGAAAATACAAAAATTGAACACAGTAAGC TAAATGACAATTTTAATACTGCAATGTTCTGTAAATCAAAATGCACGAATATGAATAACA AGGACCACCAGTTCATCACATGGCAAAGTGGAAACAAGAGACCATCTGATCTCAATAAAA TGTTTTCTATTGCTAGACAAGATATTATGGGTAAAATATATAAAATCTGCAGCAGTCACA AGTTTACCAGCTCAATAGCGTAAAATGCTTCTCATTTTAACTTATCAGTAATATATATAT TCTAAGTGATTTGCCATTCCAAAAGACACAAATTATTGTGCCGAACAAGGGACACACCTC CTATAGGTGACATCATATCCAGCCCACCACTTCCAGGAGTCATTGGCTGCCCACCAGGAG TACCAGGTATATATGCTGAACTTGGTGTCATTGGTGGTTGTCCACCAGGAGTTGATGGCA AGTAAGGACTTGGAGCATTAGCTGCATGGAACAAAGAAAAATGGCATTATATACTCCATA CAAGGATCGAAAGAAAAAAAATGCAGCTTTTACTCCTATAAATGAGACTTTAGGTTTACC ATATGCAGAACCATTGTCTCTTGGGGTACCAGCATCACTGTAATTACCGCTAGGTGTATT AGTCCAACCAGAACCAGGAGTAGGTGCTTCATACGCCCTTGAACGAGGACTAGATGGCTG AAAAATGAACAAAGCATGATGATCTTTCTTTGTGAAGAGAAAAATGCATGATAATCCCCC CCCCCCAACCACAAAAGTTAGCTCAAAGGGAGGACTGTCCAAGCCTTATAAGAAGTCTAC CCATCTCATTAACCATCGATCTGGGACTTTTGTCATTTTTTAACACCCCACCTTACGCCC AGTGCTTAGCATCTGGCGGATGGGCAATTTTGATTTTAGGAGCCCAACATCGGGTGAGAT GCAACCTGGCTCTGATACCAAGTGAAATCGGGTCTTAGGCCCATCTCACACCCAAAAAGC TAGCTCAAAGGGAGGAGGATTGTCTAAGCCTTATGGGACTTGGATCATTCTTTAACCACC GGTGTGAGACTTTTGTCATTCTTTAACACCAACTAAAACCTTATATTAATGAAATTAATG AACTCTTATATTTATTGTTTCTAAAAAAATTAATGAAAAGGGTGTAAAAGGAGTTAGAGC GACAATTAAATTGGAATATAAATAATTTTCAAAAAGAATGGAACATAATGCCTTGATTTA GAAGAACTTCGTTCAACACGAAAACGATGCTCTAGCTATTTGAATTTCTAAATTAGGCAT CGAAAGTTAAGGGTAACTTTGTGAAAAGATGGAAGTTCTATGTTCTCTCTCTAAGAAAAC TTTTCTGATACCTCTTAGTCAGAAATACGAAGATGCATAAGCAGCAGTCATCTGGAATCA ATATTTATGAAATGGGCCAAAATTTGTTCATGTTCAAGTTCTCTTCTAAGTTGGAAACAG AGAATGTAATGAGAGGTGATTGGCACCGGAAAAAACACAAACTCAAACTGCAATGGTGGA CGCCGACGGTGAGATCTGCTCCAAGACATGAAGAGGTGAATCAAGTCTGATTGATAGGTC TTAGCCTTCGGTAATGGTCCAAAAGGTTTTCAAGGAGATCCGAGACCTCTGTGGTGGCTA GATTCAAACTGAAGAAGAGATGGAGTTGAGAAATCACTCAAAATGGGGTACGACTAATGG TTAGGGGTGACGGCGACGAAGTCCCACAGTGGTGAAGGTGGAAAGTGAAGGTATTGTCTC TAAGATTCAAATTTGGTGTGAAGCTCCTGTGAGAATCAGTATCAATTTGGTGTGAAGTTC CTGTGAGAATCAGTATCAGAGCTGCCAGAAGAGAGAGAACATCAGACCAGCGGATAATAG AAGGCACATATAGTACAGGGTAGCATTTCAAGGTGATATAGCTAGATGGGGCACGTGGGG TGTCCAGAAGAGGTGGAGGCCTTCCTAGGTTGGAATATCCACGTGACCATGCCATGGGGG AACATTATTCAGCCAACAGCCCTCTTATTCAATAAAAAGAATTTGGGTCCAGATCTGCTG ACCCAAAGTCAGCATTATATCATGGAATGTCAGAGGGTTGAATCAACAATCGAAAAAGAT GCTAACAAAAAAAAATATATCCACATATGGAAGGCCAATGTATTATGTTTTTCGTAATCA AAAAATGGAGGAGATAATAGAGTCATTATCAAAAAATTAAGGCCAAATAGATGGAGAAAA ATTAGAGGCTAGTGGGACTAGAGAGAGCACTGTAACTTTATGGGATAGCTTACACTGTCA GGAGAAATTATAATATCAACAGCAAGTGTAGTCACCAAAAAATGGGGTCTACACAGGGTA AGAAGTATGCAGACTTGACCCTAACTTTCTATCCTCAGAGGTAGAGAGGTGTGGTTCCCA ATAGGCCTTCGGCTCAAGGAAAAACAATCCAAAGTAGTCCAAAAAAGAAGTAATGGAAGT GAAAGAATAACAAAGCAAAATACTAGCAATGCGACCTTGTTTGTGTCCTCCTATCTAAGG TCATTTCCACTACATACGATTTACACGTGCAACGCACATACACCAAATCACATTTAAGAG AAAAGTACAGTTTATATAGAAATAAAGTGGAAAGCGTGAAAACCTGATATTGCGGACTTG ACCCCCAGGAAGCAGGGTTTCCATCTTCCCAATCACCCCCCCTGTCACTGTGCCATTGCA ACCATTTAATATAAAGAGAATAGAATTGCAATTCACCAAATCTATGGCAGTAAAAGCAAC AAACTAAAATAGCAAGATCAATCTAACGCAAGAGCATGCCACTTAAAGTGTAATCACTAA CACACATGAAGATAAAAAATCAGCACTCATTATATCTAGCAAATGCACAGAAAAGCTTTC AAGTTCAAGATGATAATTCTATAACTTATAGTCATACAAAGAGGGAAAATTTACAAGTCA CATGTAAATTTCTCCTCTGTGTGGCTGGAAGTTCTAAAATTATAGCCTTAAACTTGAAAG CTTTTGTGCATTTACTAGATACAGTGATTGCTGATCTTTGGTCTTCATATGTGTTCGTGA TTAGTTTCAGGTCTAAATAAGAACTAGGAAGATTACATGGCCTTCATTCTATTTTCAAAA CCTTAAGCCATTGGGCTTATTTTCGCCAGAGAAACAACATACCTAGTTGGACTCATTGGA TTCCATGCTCTGTCACGCATTGGCGTCCTCATGCCATCATGGATAGGTGTTGCTATAGAA GAAAATAACGAGAAGAGCTAAAGTCAAATAGCTGGGAGGGAAAAGAATGAAAAACACTAT TGGAACAGGGCAGCAGAATAATGGACCTCCAGGATCTCTCATAGGTGTCATAAATGGGTG CAGTGGAGTCCTTGAAGGATGTGATGGTGTTTCACTTCCCAAACCATATCTAGATGGTTC CCTGCACACAGAAAAAATTGTTAGACGATGAACATGAAAAATAACCCAAATTTTAGAATG GACATATACTTTACCTGAACGGCACTGACACGTTAACATTATCAGAGATATGGTTGCGAT CAACTGCAAGAAACATTGCAGTCAGCAATGAGTGAAAGCAGTCAAAAGTTGAACAAACAA AAACTTCAAAGAGAATATCATGCCCTAAATTTGGATGACTGTCCAAAAGGTGGATTCAAG ATAGCCTCCATCCACAAAATTTCCAAAAGAGAACCCTTAGCATTTAAGAAATCACCCCAC CCCACCCAAAAAAAAAAAGAGAGAAAAAAAGAATTCAGAAAAAATGAGGCTATTCTCAAC ATTACTGAAACACTTGCCTGTAACAACTTTCATCTGGGCTTCAAGTTCAACTCGGACTGA AGTTCCTTTGATATCAACAACACGCCCTTTACAGCCTTTGAATGGTCCAAGGCGAATTTT CACGTCAGCTCCAACTAAAGCATCGTGCCCTCGTCCACCTCTATGTCTGCCTCCATCTAG AACGCGCCAAGCATAAAGGTTGAGACTAATAATTCAATGAAAAACAAAATAAAGATAGAA ACGGTAATAAAAAGCATTTAATAATAAACATCGGATGATCAGGGCTCCACACGTTAACAG ATTTTTTTAATTTAAAAAAAAAACTTATTACATCCAGATATCACCATTATCAGAAACTTA CAACTCATAGGTGGGCCACCTCTAGATGATCTCATTGGAGATTGAGGAGCACGTGGTGGA GGTCTCATATGCGCAAATCTTGATGACATGGGGTTACCCTAGAGGAGTTCCATTGTAAGA ACAATATTTGCCAGCAAGACAATGTTAAGATAGAATTGCAAAAGCAATAGTGAGCTCAAA CTTCCAGAAGCAAGAAAATACTATACATACATTTCTATCACCATTTGCCCGTGAGCCACC AATCAACACACAAGATTGGGTTTTGGCACAAATATAACCAGCATGCTCAAGGTGATGACG ATCATAAATAAAAACTACTCCTCTGAAGATGTGTTCAACAGGACCTTGTTTTCCCTATAC GTATCAAGAATTGTTATAACAACAACATACAAAATGTATAAACAATGTCAGTCCCAAGAA AGTTCTTAGAAAAGCCAATACTCACTTTACAAGGACCCTCGAGAACTTTTACCACGTCTT TCACCGCCAAGTGGTTCTTATACCGATCTTGGGCATTTCCTTTCTTTTCAACTTTCGCTT TGATCTCTCTAAGTCTAACAAGTGCTACTTCAGGTCTATCAGGCACACCCTTAAGGACCT ATATAACATCACCCAAATGTGAGCAACACACTTAGCAGAATAATTTCAACCTCAAACTAC AGTACTCACCTGGAAGGCTTCACTGTCTACACGAATAATCACACCAAAGCTCTTATTGCT GCAGAAAGTGTAATCAATTAAGAAATTTAGCTGTTGGTTCAAAAAGGACTACACTTTTTC ATGTCCTGTTTACTCTCATAAGAAGCTAAATGCTTACTCTAGAATTACAAGATCATGGAG CTCATATTCCCCAATACGAGTGAGACCAGATGTTACTTCAGAACTCTCAACAACATTATC GGCAAATACACGGAGCTGCAGTATAAAAAATAAAAAAAGTTGAATCACCATTGGTCTGAA GACTTTAGATTAGAGATCTCAAATTACCATGTATGCTCAACTTACAAGCTCCTTTGTTGT ATCAGATACCAGGTTAACCACATGTCCCTGAACAGAGACAACCATACCGGTTGCACCTTC AGATGAACCAGATACTACTTTCACGTGATTTCCAAGATCAAAGTACTTGCATAGCTCTTT GTCACTAAAAGCCAAAGTCTGCTCCCAAAATAAGTAAATAAAATGACAGTACTACTCATT CTGAGACACTTGATTCATGAAACAAGAAGTATTTAAAGAAGGGAAATATTACCAAAGGAA GGTCCTTCTGATTTGGTCTGATATGAACAGTATCTTCTTCGACTTTCTCAACATGGCCTT TCAAGTTTCTGAGATCCCCCTTCACCACAATAACGCGGTCACCCTTCATAAAATGACCTT TTTTCCTATTTGCAAACAAAGTAGATAGACTAGCCATATCACCATCCCCACCCTCACCAG TTTGCCGGAATTTCTCAAGTTCATCAAAAGTTGGCTGTATATTCAGGGTCCTGATTGATT TCATTGACACTGTCTTATACAAGAAACCATCTTTGAACATCATACCTCCAATATTCTCAA AATAGTCACCTGACATCGGGTCTCGCCTACGTTCCACACGTAGGTTCATCTCTCTGCAAT CAATGAGAAACAGATTAAGCAATTCCATGTAGACCATTATTTGTGCTCTTATTGCAACTA GAGACACCAAGGAACAATTACCTAGCTTCATCGATATTCATAAAGCGTGGTGGAGGAATA AATGCCTTTTTCTTTGGAGCTTCCCTCCCTTCCTACAAAAGCAATACAACATGCAAGAAG GAACGTCAACCGTTTCTTTCGACAAGAAAGATTTGTTTCGAATAGGTGAGCACAATATTA ATAATTGCCAAAAAAAAATAGCTTTATATAATGCTGTGGATCTACAAAGATGTATAAGTT AGCCAGGTTTCAACAATCCCTTTAATGAGATAAGGAATTCAATAGGTTCTTACAACATAA ACATTTGATGCTCATGTATTTCAAGAATACAGAACCTATCAACTAACAAGTATAAGAGTG AACATACCAACTTGTTCGCAAGAGCCTGTAAATCAATCCTTGGGATTAATTTCACGACGA CTTTCTGTCTCACATTATCTACATCCATAACCTACATAGCAGAAAGATCGATATCAGAAC AGAACTTCCAAATTTACTCATAACAATAGAAAATGCAGAATACTTGACAACCTTTGCAAG GTCTCCCTTGTAAGTTCCCATCTTCATTCTGACCCAAGTATCCCTGGCAAGATCAACCGC TTTGCTTTCAACTGAAAGGACATCAGTCATCTCCTTTATGGGGACCAGCATTATTTTCGC AGAGGCATATATATTGCGCATACCCTTGCACGCCTGAAGCATATAGGCATGATACAAATA ATCGGGTTATTGGGTGGTTACACGATGGACACATTATTTTAGCAATTCACATAAATATAA GCCAAAACAGAGCATACTGTATCATCTATGACATACCTCCCTCACGTGAGCTTCTTTGTC CGCTTCTATGTATATATAGTTCTTAAGATGATCAAGGGCTACAACTGATCGAATTTGCAA TTCAGGTCCTCTATCAATCGCCTTTTGCATTAGGCAAACCGCAACCTCTCTCTCACGGCC AATCTACAAAACATGATGTAGCAACAAATTACAAGACAAAATGTGAAGGTTGAAAAAAAA TACAAAGAAATATAAAAATGCCTAAGCACACAAGGGAGTGGCCCAGCCCAGTGATCAATG AAGTAGGAGAAGAACCACGAGATCTCGGATTAAATCCTAGCGGAGCCTAAAAATAATAGG TGATTTCTTTCCTTCAGCCTAAGCCTTTGTGAGCAGAGTTACTTGGTACCCGTGTTAGTG GAAGTAGCAGGCAACCGATGGAATAGTGAGGTTACATAAGATACCATGTACACCACTGTA ATTTTAAAAAAATAATAAAATGCTGAACTTCACGGCAGAACGCCAACACCATACCGCACA TTTCACCATCCAGAGCTTTGGATCCCTGACAGATGGCAAGAGAGCTTGCTGCTCAACATC TGTTGCTTCCTCATCATACTCAACATGAGGTGACCTCGCATATCTTTGCTTAATGCTCCT CGTAAGCTCCTCAAGGTCTTCTTCTTGGTCCTCATGCGGCAACAATCGGTGACGATATTC ACGTCTGGCACCATCCTCGTCAGGAATATCTGCTCCACTATCTACTATGAAATCTGCAAA AGAAAATCTAACAATCAAAACCACAACAGATAAAAGACAATGCAGGGAGAAAGATACCAC AAGAAAAGCTCAAAGTTATTACTCCGTTTATTTATTTATTTATTTATTGAGCAAGGTAAA GTATTACTCCGTTTATAAAATAAGTTCCCCTTATATTTTTCCTAAACAGAGACAAACTCA GGTCACACCAGCTTTCAAACTCATAGACTGGACAAGAAATTCCAGCTAGTACATTGTAGA CTGCAAATAAACTGTACATAGCATCTCGAACTAAAGATTTCCCCGAGGATAGTGTCACAG CTACAACAGCTAACCCAGAAAGTATATGTGACAGATGTTGAATAATATCCTTTTCGGGGC AGCAGTGGAAAAGTTTCATTTAAAAACATCAAGAAGATATTGCAACGGGAAAGAGTGTAT TTGCTCATGTAAGCAAAAACTAGTGTAGACTGTAGTCTAATATCAAGGAAGAAACACATC CAAAAATAGCACAACTAGTTACAGGAGCTTGATTGAGCCAGCTAAATAAGTTAAGCCATT GCTTTTAGAGCACAATTTGGAGCTGAGAACCCATCAAAACATCTCTGATTTCTCATTCCA AACGCATCACGAACACCAGCTTGCATATGCTTTCTTGATACCATTACGCATGACGCAAGT CAGTTCACAAAAAGGAGAAAGGAGAAGAACATGCTGCTACTGCATAATGCAGGAATAGTG TCCAACATTTTCTAACTCTATCTGGCACAAATAACACCTGTTTCATGTCTGAGTGCTCCT CCCCCTAAGGTTAATTTGATATAACGCAGACATCAAATTATGTTACCCAGCTAAAGCGGA GGGGGTGGTTTTGTCCATTTGGCAAATAAACTCCTTGTGGAGCAGAGTTGTAGATAGTGC CTCGCCGCAAAGAATATTCCATCTTCCACCTGAAGGTATGGAGAAACCCCCGCTAGTTTA ACAAACAATTTCATATCTCATTCATCTCTTAGTCCTGAATGTTCCTCCTGAGTAGTAGGT CACTGTTGTTGTGCTGCCAATTTTGTTCGACATTAGGCTCTTCGTTGTTCGCCAGTGCAC ATAAATTATGAAGCTCCTTATTCAAAGCCACTTCCATTATTCCAGAATGATATGTGTGAT CCATCTATTACCTAACCTGAATGATGAATTGCACTAGAAATCCTCTCACAATTCAAAGAT ATCCTTCCAAGGATATGTATCATGAGGTGAGGGCTCTGGCTTGTTAATATTGCTCAATTC ACCATATTTTGCTTTAATTATAGCAGTCCACAGATTTCATCTTATTATACCACCAGTGTC ATTACACTGCATACTCTTTTATTGAGTAATGGCGAGGTCTTCTATCCCAAGTCAAGTAAT TACTTTTTAGGCAACGGTGTTAAATATATAACCGAGCTGTTTAGATAGATATGGGGAACA TATAGATTTGATTGAAGCTGAATTAAAAATAGGCCAAAATCCAAATGGAGATGAAAGAGA GAGCAAAACAAGAAGAGATATCATGGAGAAGGAAGTTGGCATGTTTGTGGAACCAAACCG CAAACCGAAAAAAAAATCCAACTAGTGGTTTGGTTTGACTTGGTTTGGTATTGGAAAAAA AATTCGACTATATTTGGGTTGGTTAGGTTTTAACTAAAAAAAGAAACAACCCGAGACCAA ACCAACCCGACATTATATATGAAATTTTTAAAATTTTATTTTATACATAAAAATATTTAC TTTGATATAATTTTAAAATATTTCTTATATATTTCATAGTTTTTATCTTTTAATATATTA TTTCAAGTTTAAACTTAGAATTCGGAATGATCCAATAGAGATTATAGTTCATAGATGTTG ATAATTATAAAATAAAAATCAAATTAATACCACTGCAAAAAGAAAATCAATTCAACGCTA AGAATGACAACAATATTGAATATTTGTTCTGTAGTTTTACATTGGTTTAGACAATTAATT AAATATTTAGTAATGTAACTAATATTTATTAAACTTAATTTAGCATTAGTACTTTTAAGT TGTGATTATTTCCGTTCCGACTTTACAATATTTATTTACATGACGATTTCATTATTATTT TTTATTGAATAATTTTGTGTCAACAGTACTCATCACATATTTCATGTTATTTTTCTAAGG AAGACCTTAGATAATTGTATTTTGGTTGGACTAAAGAAATATATGGAGCACAAGTTAATT ATATGTTTATATGCAAACTTTACCCAAAAAATCCAAAAATTTGGAAAAGATCCGAGGTTC ATTAGTTTGGTTTGATTTATAAATTTAAAAATTCGACACAATGGTTTGGTTTGGTATTTG AAAAACCCGAACCAACCCGAGGTTGAAAAACCCCAAATTTTATTAATTTGGTTTGGTTTA TAAATTTTATAAAATTCACAAATGGTTTGGTTTAATATATGAAAAATCCAAACCAACCCC AGTCTTGTACACCCCTACTTGTGGCTAAAGCAGAGAGATAGAAATACCAAGTTTTTATTC AAAAAATGGTCATTGCTAACAGAATGAGTAATCATATTGATGTGATAAAAGTGGATGGAA CAATATTAAAGGATTTAGTTGAGATAAAAATGACTTCTGGATTCTTATGAAAGTTTCATT TTGAAGACTGAAACTTAGCGACCTATAATCAAATTAAGACTAGCTCGTACGATCACTGAT GAAAGGAATATTTCGCTCCAAAAGTCATTTGAAAAGAAGTTCCTTGAAGTAATAAAGCAA TGTGCTAGTCACAAAACTCCAATACCACATGGGTATACTATCCGGTTCTTCCAAAAGTGG TGGAATTACTTGAAAGAGGATAATATGGAGGCCTTCATATATTTCCATGACGAATCTGAG AAGAGCTTTAATGTCACATTTATACTTCTTATCCCTAAAAAGAGTGTGGTTAGAGAATTA AGAGATTGTAGAACTATAATTCTACTTGGTAGTTTCTACAACATTGTGGCTAAAATTCTC GCTGAAAGGTGAAGGGTGATGCCTAAATTAGTGTCCAGCAGTCCTATTGAATTCTGGAAA GGGAGGCAAACCATGGACATAGCTTTAACCGCTAATTAATGCCTCGATACTAGGTTGGGC GAGAAGATACCATTACCACGTACAATGTGCAAACTTGATATTGAGAAGGCATACATTCAT GTGAATAGGGAACTCTTGTTAAAGGTTTAGTCTTTGAGAAGAAAATGATGAATTGGACTT GGCATTATATGACCACTTTCAAGTTCTCGGGCTCTTTGTACTATACATGGACCATCACAG GGTTTCTTTGCTTCCCAACAAGGCCTCACACAATGAGAATTGAGATCATATTTCTCATTT CCTATTCTAATTGGCAACGGATTGACTTGGTAAAACAACCAACTCTACAGTTCAGAAAGC TGGATTAGTGGTTCCAGAGTGAAAATGCAGACAGGATAACGACCTCTCTATTTCACATCT TGTCTATACATATGATTCTCTTAATTTTTGTGAATGGAAATGAGTCAATTAAGATATTTG AGGCTGATACTATGTGTGCTTAAACTGGACAAGGAGCAGAATAATTCAATTGAACACAAC TCAAGATTTGATTGTTGTTGAAATTTTAGGATGCCAAACACAGTTTCTTCCTACTAGTTA CCTGGGATTCTTCTGGCAGCACAAGCAAAATCTGAATTTATTTGACAAGGAGTAGTGGAT AGATGTGAATCAAAATTGGCTAATTGGAAGGAGCAATATCTTTTTCGCAAGATAAATGGT TGGGATATCTACCCTTAGAGAATAATATTAAGATTTGTACTTGAAAAAGAATTCAAGTAA CAGAATATTTGGCAGGCAACAGTTGGAATACAAAATTCAGACGAAACACAAATGATTGGA GCTGAATCAGGTTGCTGAATTCTTCAGCATACTCCTTCATCTGTAAGCTTAACCACTGAT GAAGATCATTTGAAAAGGAGAGGCCTTTGATCATTTGATAAGGAGAGGCCACAACAAAGG GATTTATACTGTCAAGACATGTTTCAATATAGCATAAACTTCAACCAACTTCTTTTCCGG ACTTCAATTTCAAAAACAAAAGATTTCGCAAGTTCAGCTTCAAACATATGCTCAAATTGA CCCTTAAAGATCTGAAAGACCGTGTCATTGAAAAATAAAACTCTCCACCTATACCGATCC TACTTCATCTGCTTATCCCCAAATTCCAATCTTTTTTTTTAAAAAAAAAACAATATTTTC AATCCATTTTTATGATAAATTCTTCATTCTATTCAGGCAACTAAACAAATCAAGCTGAAC AACCAAAAGGAAACAGAATAGATAGTAAGTCTAACCATCTTCGCCTTCTTCTTCCTCCTC ATCCTCATCACTATCTACAGCAGCTTCTAGGTCAAAAAACTCCGAACCAGTCCTCCGTTT AGGTCGTCTTCTCCCACCACCGCCTCCACCTCCACCGCCATAATCCTCATCATCATCGTC CTCATCCTCATCGTCATCTTCCTCCGCCGCATCATCAATAAAATCTGATCTACGACGTTT CCGTCCAGCCTTCCCTCCATCGTCCTCTTCCTCCTCGTCCTCCTCTTCATACACGTCCTC TTCTTCCTCCTCTGGCTCATCGTCATCGTCGTCGTAGTCCCGGTGGCGCGGCATATCGGA ATTGCTTCGAATTTGTAGAGTTGTGTTGAGTTATAGAGAGATTATTCGAAATCCTTAGGT CCAAGTGTTGAAATGGGAAGGGTTCACTGGATTGTATAGGGTGATGGAACCCTAGGTGAG GGAGAAGAAGATTTGATGAGTGTAATGGGAAAACAATGGAGAAAAATAACAAACTAGTCC CTCAAGTTAGTAGTTAAACTCAAAATAGTCCTTAATATACATTTTGTTATTTTTCTTCTC TCTCTTTTTTTGGGTAATTTAATCGATATTATCACCAAAGCGAAAATTAAAAAGTGAAAG AAATTGTTCTCGACAATCCAAATACTGTTCAACGAAGAAGGTAATAATAATATCAGTTAT TTATTTAGATTGATGTACAAATAGTTGGGTGCGAAGCTTTCTGTATGAAAAAGCGGAAGC GACTACTTTTTATTCTATTTTTATTTATTTATTTGAAAACTTGTTATTCTCCAAAATATC TCCTAAGAATAATAGTTAGTTTTGATCTCATATGACAAAATTCAATGACTCTACGATGAA TAACTTGAATGTTGATTTCGTCTCAACGATTTATTTCAAGAAGATAGAAGCTTGAAATAG TACAAACTTTTATTTTAGAATTTCGTGATTGTTTATACTTATCCTTATTTTATTCATAGT CAATCTTTTTTTCGAGTAAAGAGTTCAAAAATGTTTACAAGTAGCTGCTTTATTCTGATC TGTTACATTCAAGAATTTTCAGCAGCTATTTTTGAATTACATAATCACTTTCATGTTATT AATAATATCTTCGTTATATTTTAATGGATGAAAACTATTATTAATAATTAATATGGATCG TCTTTTGATCCATTCCATATATAAAAATCATTATTAAAAGAAAACACATTTCTATATTAG AAAAGAAAATTAAATTTAATTACTTAAATATTATACTTCATTAGTGATTTTTTATATTTT AATAAAAGAAAATGTTCAATATCAATACTGTGTACGAAGAAAAAAGACATTGTTATTAGA ATTTAAAAACATGACAATATAAAGAGTTAGTTCAAGAACTTTATATACTCACATATACAA ATAGCATATTACATAATTTATGAATGAGGGAATTAGAATATGTATTGATGATAAATAAAT ACATAAAACGAAATATATGGAAAGCATATATTTAAGAAAAAGATTATTATTTACTTATGT ATTATCATGACGTATATTATAACTTATGCATTAGTGTCTAAATAATTAAATAAGAAATCT TAATTATAACCTAAATAACATATGCAATCAACAAATTATAAAGAAAGATCGTAAAAAGAA AGAAATTTGTAAGAACAAACCATCAACAAAAACTATTATATAAGATGAGCTCTTACGTCT TAATATATTGAGGAACAATAAACATTAATAAATTTTGGTGATTCAATGAGAACTTATTTA TTGATGTCAAGATAATTAAAAATTTGTATAAATCTACAAAAATGATTAGATTAAATTTTA ATTAGATACATATGATTATTTTTTATTTATTTATGTATGATATGTTATCTCAGTAGTCAT TGAGTTATTGCATACAAAGTTGCGCTTCTTTCTTTTCCTAGAAACGTCTGAAATAATCGC TATAAAACTGTTGAGCAGGAATTAAAATACGTTAAGTGAATACATAATTTTGCGTCTGAT CAGAGAATCAAAAATCAAATAATGACAGAGTGATACATCCAAAAAAAAGGCAAGAACTAG AAACGAAGTAGCTCGACCAAGAGGAGAAGAACGAAGCACGAAACTTACAACAATTTATTC GTACACGTTCGACTTGCATGTGTTAAGCATATATCTAGTGTTTCTTCATAGATCTCTGAA TTTCACTTTAACCCAATAATTTTCTTTATATAAGAAAACTTGTATCCTCGTACTGCAAGA TTGAGTTTTACTTATGTATGTGTTTGTTATAATTATTAGCGACAGCAGTTGCATTGAGAA TGAGATAGAGTATGGAAAAATAGAGAAACTTAAGATAGAGATATATCAACAATAAAAATA ATGCAGTTGTTGAAGAAGATTTAAGATTGGTATTTCTTATCAAGATCGATTAAAGCTTTA TTTAATAAAAAAGTAACTGAGTAAATTGATTCTAACTATGAATAAAAATAAAAAAGACAA TATTCAATTTTGCTTTGATAACTTACTGCATCGAGCAAATTGGTGGCAATTATTTCTTTT GTTATTAAATAAATACTAATATTAAAAAATTATTGTGTTATAAACTTGTAGTGTATTGCC TATATAGTATCTAATTTTTCGATAGATGTATATGAGAGATGTAATAGATATTTATGTAGA ATAATATGAATCTTATTAAAATAAGATAATAGGTCAAATAGTTATATGAATAATAAAATA CAAATTTATGTGAATAATCAAGATAAATCCTTATTGATCTTTTAGGGCATTCAAATATTC TAAAAAATAGCTTACATTGAAGTGTCATAATACTACACTACATCATATGAGATTAGTGAC TTTGGGTTGAATTTCATAATGTAACCTTTCCAAAATCATTGGTGACATTATGCTCCTTTA TTTCCATTATTTTGTGTAGAATGTTAACTTAAATTATTTTATTTTATTTTATTTTTGTAA AAGGTTTAATTCTTTATTTGTTCATTATTGTACTTTTGTTATGTCTTTTTCTCTCCAATA GTTGTAACTTTTTTGAGTTAATCAATATAACTTTTTTGAGTTAATCAATATGGTAAAAAA TGATTGAGTGCAACTTCTCACATTGAATGATTATAACTTAAAGGGAATGACTTATTAACA AATACATACATTTTACAGAAATTTTGAATTCTCTCTTGTTATCGCTTCAGAATTCTTTGA TTCTTTTTTCGAATTACCAAAGCATAAATTTAGTTAGCAATCAACATATGTATTTGTTAG AAATGGTAATAGGGTGGATTGGAGTGAGTGAAATTTGCAATTATACAACCCATAATCTTA TTTATTATTAAGGTGCGGATATCTCGCTCTCTTTAAAGATATTCAAGTCCACTGCATCAA ATGTTATTTCACCAATTCAACAGTAGTCCTTCTTGACCTTGTCCCCTCCGGCCTCCCGGA TACAATATCTCAATCACAAAAAATAACTCAACATTTCTGGATAAGAGTCGAGTCCAAAGC TCTACAGAAAAAAAACAACTCCCTTCAACTAATAAAAATTTTCTTTTTGACAAACTTTAT GCACTCTATATTTTCTTGTGTATTATGTGTTTCAAATCAAATGAAAACTATTTCTATTTA TACTAGAAGAAGTCTTTCGAGCAATATTGAATAAAGTGGTAATGATGTAGTAAATAGTGA AAATAAATGATCTAGAGATTATATATATAACGTAAATCATAATGTATGATGGAGAAATAA AGAATGAAAATCTTCTTTATGATTTTACATCATTTTATTTTTTATCTCTCTTCTTTTAAG AAATTTCACTACCAAGTGTAGAGATTATTGAATTTTGAACATGTAATGTTACAATCAACA CGATAATATATTAGGAGTCTTATTAAAGGTCCCTTCACGTGTAATCATCTCAATTTTTTG ATTGACTGATTTTGACATAATTTTTTGTTTAGGATCTTACAAATATTTTTTATTTATTTA CTCAAGTATCTTATTGTTGAGATTAACTCATACTAATTTCTTTTTTCCAAATTTATGATA CATTGGCTAATGATTCTACCAACATTGGCTATGATCTCACTTGAGACTTCAATACCTCTC TATTCACATTAACTCTCTACCAACTAAATCCTCTTATACCCATTGGATTATGTAAATGTT GCTCCCTTTATGTAACAGTAAGTATTATATAATATAAAATTTGTTAGACAAAAAAAATCT ATTTAATTGTGTCTAGTTTAATGGATATTTTATACATTTTTAAGAAAGTCTAAAGCCAAA AGAGTGAGCTATTTAGATTTTTTAACTTTAAATTATGACCCTTTAAACATCATTTTTGAT GTGTGATTCTTATAACGTAAATTTTAGGTCATAATACATAAATATGATTCTTAACTTGGC TTCAATTGACAATTATGATCTTTTATTTTGGACGTATACAAGTAGACATTTAAACTTGTA GAGAATTAAACAAATAGACACACGTAGGACACATGTGCCTGTCGTTCGATTTTATGTAAT AACAACTGTCTACTTGTACACACTCAAAATTTGATAACATAGTTATATGTTGAAGTCAAA ATAAATGACATGTTTATGTATTAGGCCTAAATTTTATATTTAACCTAAAGATGTGCTCAT TTTGGACCAGTGCATAAGGATCAAATTTTTTTCACATAGACAACTAATTAAACACGATAA TTGATATCTAAATGTTGTATTTTACTTTTTATGTCATAATTTATGTTAGTATTATTCGTT TTTCAAGAACCTACTTAATTAATTTATTTTTGAAATCAAATTAATTAAATTACTTTAGTT TTTTTTAAAATCCAAAATATATATATATTCAAAACAATTCTTATTATATTTACTCCTTTG ATCTTACTTTATAATTTTAGGAAAAGGGTCGAAAATATATTTGAATTATGATCTAAATTA TTGTAACAATTTTAAATCTTAAGCAGGACTTATTATTTCCATCTTTTTTAATAATGTATT TTAAAGATATATAAATGTAGATAAGTTACTATTTATAATGACATAATATTTATGATATTC ACGTGGACATTTATATATCTTTAAAATACATTTAATATAAAGGATAATAGGTCCTTTCTA AACTTTAAAATTATTATTAATAATTTTAATCAAATTTCAAATATATTTCGAACTCTTTTA CCGACATCATATACCAAGGAGGAGGAATCGTGTAAGAATAGAATCACTCTATTTCCATAA AATATGAGCATGTTCACACACTTAAAATATCTATTATCGTCCATCAATATACTGAATATG GTATAATTTGTACAAATAGGGACTATATTACTCAACTAGACCATAAGAAAAGCAAATAAT GTTCTTTATAAATATTTGGTTTTTTTTTTAATCTTTTACTAAAAAATAAAACAAAAAGCA CATGGCTGTTTTAGAAAGAGACATGATAGTTGAGCTCAATACCCTTATCTATTTTGGTGA GGAAGTCGGCAAAAGTAACCATAGTTGTAATTTTGTTTTTATTATTACTTCTTTGAATGG ACCTAAGTTGTTGGACCATTAATTCTTTTTCTTTTTTAAACTATGTTTTTCTTATAAAAA AATAATTTTTAATCTCAATTTGATCATTTCAAAATAGTCTATACATTTGTAAAATAAAAA ATATTTCATTATAATACGAGTTTAGTCTAACTCAATAATAATCGATAGTGTGATAAATTA AGGAAAGAGTAAATGTGAAATGAACGAAGAGAAATTAATTTTTAGTATAAAAACAAAAAA TGTCTGGCTGGAGAAGAGTTGCATGGATGACATGTAAGTCATGTAGTTTTTATTTTTGGA CAAAACATATCTTGTTTTATTATTTAAGGCAATTTTACTTCATTTACTTTGCACTATTTT ATTATATTTCCCACTCATCTATTTATTATTATCATAGCATATTCCTCTCCATTTTATTTT TCTAATATAACAACAACAATGGCATTGTTCAACAAAGATGCAAAGAGTTTTATAAAATTA ATTTCAATAATTTGTTTCCTACAAATATCAGCTCTAAATGGACAACTTAGAGTTGGGTTT TATTCTGAAAGTTGTCATAATGTAGAGTCCATTGTTAGTTCTATGGTTAAAGAAGCTTCA CAAAGAGAACCAAGAATGCCAGCCATCTTACTACGACTTCATTTCCATGATTGCTTTGTT CAGGTTCTTTCTTATGTTTTAAAAACTAATTTTTAGTATGTCAATTTTAACTCTTTCTGA TTTTCATGTTGATTGGAAAATGGATTCATATTTTGCTGACATGGTCTTGGATAATTTTTG TACTGAGTTAGACATAAGTGTCATATCTAAGCCAAGATTCATTTTTGTTTGACTTTTGGT CCACACTTCAATAGGTCTGGGCATGAAAGATGTCAGAGTGATTTAGACTTATAGTTTTGT TTATATATTATGTATTTTGAATCGTTCCTTTTTATGCGTTGATATATAAGGTTGAGTTAG ACCTAACTATCATATCTTATATATAGTATTGGAGTCTAGCCGATTCCTATTTTGACTACA TACTAGTTCATACTTCAGTGTGTTGGAATTTCAAGCTATTAAAAAATAGATCGATGATTT GCTTATATAGAATTGAATATTTTTTCTTTCTGAGCTCTTTTTTGGTTGAGTTAGAAATAA ATTGATTATAATAATTTATACTATTATTTGTACCAAGAACCTTAATTCTTCTTTTTGAAA TGTGTTAGAAGGGTTGTGATGGATCAATTTTGATCGATAATGTTAAAGAAGCTGAAAAAA ATGCATTTGGTCATGAAGGACTTGGAGGATTTGCTGAGATTCAGAAAGCCAAAACTCAAT TGGAAGTTCAATGTCCTGGTGTTGTATCTTGTGCTGATATTGTCGCTTTAGCGGCTAGAG ACGCTGTCGTCATGGTAATACTATAGTACTATTTTAAAATTTTTTATGCATATATATTTT TTTGTGTGAGTTTTTTTTTTAATTTTGTAACAAAATTTCTAACTCCGTCAGGCTGGCGGA GAATCTTATGAAGTAGAGACAGGTAGAAGAGATGGAAGAGTATCAGATTTGTCATTTGCA TCCAAAATGCCAGATGTGGATGACTCAATTGAAGTTCTCAAAGAAAAATTCAAAACCAAA GGCTTTAGTGAGAAGGATCTCGTCACTTTGAGTGGTATGTATGATGATCATATAATTTTT CATCGTTAACTAAAGATCTTGAATTTAAATTCTAAGAATCAATCAAAAAATAACTTTTGA TAGAAAGTGTTTCCTTTTTTAATAAATCTTACGTGATACAAATCTGAATTAGCCAATTCA TGCTAGAATAAATATATTTGACCAAGACTAATAGTGCTTTACTGAAAAGGACAACATTAC TATAATATATTTAACGTAACGGACCACTTTGACACTAACATTTTGTTTTCTAGCTACAAC AATGTCATACATTTTTGTCACTTTATTATGATAACTTTTAACATATTAAAGTTTAAACGT CTTTCATAATTTAAGACTCTGCCTTTATTCCTGGTTCTACCTCTAATCCTGGCTCTGCCT CGATCTGTTTTAAACATCTTGTAGGGGCACATACAATTGGCACAACAGCTTGTTTTTTCA TGCCTAAAAGACTATACAATTTTACTGGAAAATCAGATGCAGATCCAAGTATAAATCCTA AATTCCTCTCAGAATTAAGAAGCAAATGTCCCAAAAATGGGGACGTAAACGTTCGAATAT CGCTCGATAACCTAAGTGAAAGAAAATTTGATGATCAAATAATGCACAACATAAAGAATG GATTTGCAGTTATAGCATCAGATGCAAGGCTTTATGATGATAATGCTACAAGAGCAGTGG TTGATTCTTATCTTGAGATTACAGAGAAATTAAATCCCAATTCATCTTCATTTGGGACTG ATTTTGGTTTAGCAATGGTTAAATTGGGAAGGCTTGAGGTTAAGACTGGATTACTAGGAG AGATTAGAAAGGTTTGTAATTCTTTTAATAAAATGTAGTTTATAAAGTTGTGATATTACT TAATTAAGGTTGGAGGTCATATATTATAAGTAGTAATACATTTTAATTAGTATTAAAAGA ATGTTAATCTTGAAGTTACTCCTTTCTTGACCGTCATATTAAAATAGTTCTCTCATATTA CTTGTCCACATTAATTAATTCTTTTTACATAAAATTTCCAATTTTTTTTAAAAGATAAAT TATGCGTGTTTAAAGCAAAGCGATCAACTAATATGAGACAATATTGTTTATATGCTTGGT GATGCATTAATCTTAGACGCTAACATAATGGTTATTGAAGAAATAAAATGCATACTTAAG AAGCCAATCATTTTGGCACGAAAGAGGCAAATAAATAAATGAAAATTTGAGCATAGCTTA ATAACACGGTATAAAATTTTAAAACACGTTCGTAATATCATTGAGGTACTACACCACTAG TACATCAAGTATTTTAATTAATAAAAAAAGAATGTAAAATAATTAAATTATGTGTATTGA AGTTAGATTATATAGGTTTAAGTTATTAGTGATTTTTTAAACTTATCTGTGTATTTTACT TAAATATTCAATCAAATCTTATATTTATTGAATACTTTAAAATTGTTTCTATTAAATATT TTTTTAATAATCATGTAAAGTGTGTACAATAACAGATTCAAGATTTGAAGGTTACGAATA ATCCTTTTCTTTAATGTAAAATTGCTTGCTTAGAAGGGTTTCCTTCTATTATTACTAATA TTTTATAGTTTAGTTAGTAAATGAGATATTAAAAATAAAAAAGTGCAAATGGAATATATC GAAAAGAAAAAAAATTAAACAAATAGTAATAAAAGGTATATTTAAAAAGAAGTAAAAATG TAAGGGAAAAAATTCAGTTTACCTTTTCCTCGTTTAAAAAAATAACTAATTTTATCCAAA TTCAAATCCTCACACTCAAGATCGTGCACGCTTTAACTCAAACCCTCACACTCAAGATCA TGCACGCTTTAACTTCAGCACACTCATCATATCCTTTGGTTGATGTGTGCTTACGAATAG AATATATCAAATTTTCAATATTTTATATGTACATATAAATTTTCATCGCATTATTGGACG TTCAAGCACTCTATATGTGGGTTCGCTCTTGTACACTCACGTGACATAATAATAATTTTT TGGTTATAAATCTGTAATGTCAAAGTACTTTGCTAATCATAGATTGTGCTCTAGTATTAT TGATAAAATCCATCTCTTTTTGTAATCGCCTTCACATCCTTACTTTTCTTATTGCATTCG TTCCTTTCTATTCATATATTATGAATTATTTCAGTGTACACCAAAAAGTTGAGCTTTTAA CCTTTATCTTTTGGTTTTTATCACAACTTCAATAATCTAGTTCTTCCAATCACTTGTTAC TAGTGATGTTTTCTTTGAGCCAAGAGCAGATTTTAGTCCACAAGGTACATCGAACAAAAA AGTGAACTCCAATTTCAAAACAAGCATTGTGAAAATCACAATTAGATTCAACATTCACGC CATTTTCAATAGCCTATACTTCATAAGTAATCTATTTTACATGTGAATACAACCACACGA AGAATATACCTATAGGCTTAGCCTCATTTATGTATATTATGACCTTCCATGGTATTTTTC CTATAACCTTCAATAATTATAGATAAACTTGTCGTATAATGTTGTGCTCTACCTTAAAAG GTAGTTCTATTGTTTTTCAAATTATATGAGTTGCAATAATTGTATTGATCATCCAACTTG CTTGTTGCGACAAATGGTTAGCCTTTGACACGATAGTAATTAAAAGATGACAAGTGTCAT TGACGTTCAACTTTAATAAGCTATCAATAATTTATATCGATTTTTTTTTTATAATTGTAT CATTAATTCATATTAATTTACACCATTTCATATTACTTATCCTCGTTGACGATAAAACAC TTGACACTAGTTATCCTTACAAAAATTCAAATAAATAAAATATTTTCTAGTTAATCATAT TATTGATATTTTAAAACTTTAATTTAATAATTATTTAATACTAACAATAATATAAAAATT GAAGTCTTTTAATTTGCATTTCCATCTTCTTCTTCATTGCGTTTACACTTAAACACTCAC CTCACTGCTCTGTTCTGCTCAGTAGCAACAACAACAATGGCAACCATACACAGCAGCAAG ACCAGACCTTTCCCTTCACACCACACAGTAACCCCGTGCACTCGCACCCACCAGATCGGC GCTCTAGCTCTCGTCATCATCACTTTCTTCCTCACCAGAATCTTCGACCAGTCACTCAAT TCCTCTTCCTTCTCAATCCCTACTTCTGGACAATACAGATCCAAGAACGACGTCATACGC TTCTCCGATTCCGGTGGGTCCATCTTTTGGCCACAACGCGGGTATGGGACCCATCTTTCA CTGAAGATTTATGTGTATGATGAGAATGAAATTGATGGGTTAAAACACTTGTTGTATGGC CGTGATCGGAAGATTTCGCCTGATTCTTGCGTTAAAGGTCAATGGGGTACTCAGGTAATA TTTTTTCCCAATTTTTCCAGTATTATGAGAAACTTGTTCAAGTTAAATTGACAGGAATTA GCGAATTGCTGTTAGTTTTTGTGAATATTGTTCTTCCTATCAGATTGGATTTGGGAAATG TTAGATTTTTTTTAGGATAATCAAGTATTTTAGTGTAATGTAGTAGAAGTTAATCATTAT ATGGTTGCGATTTTGGTTATCAAGAACTTGGTTGAATTTGTGTTGGTAGACCAGATCAAT AGCAGCTCCACACATTGATTTTTTGCAACTTCTAGCATATGGAGCTCGCTAACATCCACA TATTAGTGAGAAAATGGCGAATCATCAAGGAAGTTATCGTTTTGTTTTAATCATGTATTT GCTGTCTTGGATGAAGATGCTTTAGAGTAGTTATGATTTTGAGGGCATGATTTGAAATTA GTTGTTACAATGTAGATGTGGTTATTGTAAGCTAGTAGCAAAACTAGGTAGCGTGAAGTA ACTTCTAGCATATGGACCTCGCTAACATCCACATATTATCAAGAGCCTGCATTTTGCCCG TTTATCGAAGTCTAATTTTTGTCAAACATTACTTTTTCCATGTCTAACAATGAGGATTAA TATTATCTTTTTGAGGCTGGTAACATTAGTCTAGAGATATCCACAGGTATACAACAACCA AAAGTGTAGTTCCCCTTCAAAAAAAGTATACATCTTATAAAATAATCAGACCTATAAACA ATCTAGTACATCAATTATGTCTTCTGTTCTAGCTAAAATATCTTGTTTACACCAAATATA GAAAAGAGCTAAGCAATTCATCCTAATCTTCCGAAGGCTATTCTGCACATTTTCAAAGCT CCTATTGTTCCTCTCTTTCCAAATTGTCCACCAAATACATGTTGGGACAATCTTCCATCT GACCTTCTCCTTTGAAGCATTGCCACCAAATGCATAAGGGTTAACATCTAAGAGTCAAAG TGGTGTGAAGTTGTTGTACAATTTGTAACTCTCTTCTTTTCGAATTATAAGTCGTTGTTG CAAAGAAAGGGAAATTGAAGAAGGAGAAACAGAAAAGGATCTTAAGGGAATATATCTGTT TTCTTCATTTGCTTAAGTGACATCTGAGGAACTATCAAGGAAAAGCACATTTGTCCTTCT ACTTGTGAAGCGACTTGAAGTCCTTCCTTGTAGTTCTCTATCTTCATTTGAGAATTACTT GTAAATTTTCTTGACTATTTGAGATCATGTGCAACATTTCTACTCCAAATCTACTCCGGC TGTGGAGAAAAATCTGGAAAACCAAAGCTCCTTAAAAGGTTTATTGTTCTGTCTAGTTAG TTGCAAAGGAGGCCTGCCTAATCCAATACAATCTCCAAAAGAGAGGCTACCAAATGTGCA GAAGATAACCACTTTGTGAAGGTTAAGTGGAAGACAAGCGTCTCTTCTTGCACTGTCACT TCACACATCAAATGTGACCACTCTTCTTCAATACCTTTACATTAAAACCAATCGTCGACT TTCTGAAGATTTGGCACAGTAAAAAGACCTCAGCGAGGCAACATCAGTATTTGGCATTCC ATCCCAGCTGCTATATGGTGGACTCATTAGAGGGAATCAGGGAAAGAAACCATACAGTTT TTGAAGGCAAATTTGAAAATGTCATTACCCTTAAGCATAGTTGTATACTTTTGCTTCACT TTTGGTGCAAGTTGGCATTGTAAATGATGCCGAAGCCATTCTGCGTTTCTTCAGAACTTT ACATTATATGTGACTGCATCCTCTGCTTAGTCTCCAAATCATCACTTTCTTACTGATGGA ATAATTTGTTCTTTACTTGTCAGAAAAAGTTTCCTATCTTTATTTTTTGGAACTGGTAAC TTGGATGTATAAATAAACAAAACAGTACATGTGTTGTACTTTAACTATATTTTTTGAGAT TCTAAGGAATTAGATGGTACCTAGAACATTAACTATATCAACAGAATCCTCAGAATAAGT CTGTTTACACAAACAAAAAAGCAGAAGGCAATTCTATTTGATCTTTTGCACTGAGTTAAT CAAAACACCTGGAATTCCTTTCTTTCCAGACTGTCCACCAAATGCTTGCAGGGACATTTC TCCATCTACTCCTGTCTTCTGCCTGAACTCCCGCATTCTCTCAACTATGTAAAACTTCAG TGACCTTTTCGTGCATTATCCGTTTGATCTTCGGTTGAAAGTGATATCCCATCCATGCTC TGTCCTTATTTCTTCTATGGTCTTATGTTGAAGCACCACTAAGTTGAATATGTCTGGGAA TCTCTCAAGAAGACTAGTTCTCTATCTTTATTTGGTAATCAATAAAGAGGTTTTAATATT TTCTTCCTTTTATTTATTTTCTTTATTTCATTTCCTTAACTTCAAAAGCTTTAGTGACAA AGATGACTCGTTGTGTCAATAAATTTCTCCGTCTATGCAGGGTATTGCTAGAATTTACTC TCCACTTTTTTCTTCAAACTATAAATCTGAGTATTTTTATTTTGGCTCTTTTTCTCGAGG GAAACATAAGTAAAGCCTGCAAGTATTACATTGTTGCCACCCAATAATAGCATGAAAAAT TTTCAGTACTAGGCTTTGTAGACCCTTGTGGTCTGGCCCTTCCCTGGACCCCGCGCATAG AGGTAACTTACTGCACTGGGATTCCCTTATTAGGCTTCCTGTTATAGTTTTGAATTTAAC TATCTAATGCTTCTATATCTTGTTCTTTTGATGTGCCTGTAGGTTAAGATACATAGGATG CTTTTGCAGTCAAGGTTCCGGACTAGAAAGAAAGAAGAGGCAGACCTTTTCTTTGTGCCT GCTTATCCTAAGTGTGTTCGAGTGATGGGTGGACTGAATGACAAAGAGATTAATCAGACC TATGTGAAGGTAGTAAAATTCAGGACCTGAAAATTACATTGGTGCTGTCAAAAAACTTTC TAAGTTCTATTTATTGCTATAGTTGAATAATTGAGATATTTTGCTTGGCTTTAGAGCTTC AATTGAATTGTCACTGTATCCATTTTCTCTCATGTACCTTTATGTATGATCTCCTCTCTC TCTCTCAACCTTTTGCTTGCAGGTCCTAAGTCAAATGCCATATTTCAGGTTATCCGGTGG CCGCAACCACATATTTGTCTTCCCAAGGTATAAGTTGTCATATGGAGATATTTTGAACTC ATGAATTGGAAAGTTGACCCAATGATGTATGGAGTTTGTAAGAGCTGGTAAATGAATATG ACAGGCATTGCTAAGTTCTGCATGGGCTTAGATGTAGATATAAAGCCACAACCTCAGAGT TGCAATCTGATAAAAATATCGCCTAATGGTAGTTGTGCTGCATTTGTCAAAACTGCCATT TGAAAAAGGCAGGAATATTTACCTTATGAACTGGGATGTAGATGTGAAGCACAACTTAAA TGTTGCAGTCAGATAAAATATTGATCATCCATTGTTACCTGTGCTAAATGCTGTTGCAAA TAGACGTGCAACTAAATTTCTCTAAGTAGCATTTTCAATTGAAAGAATAATACTTTTTCT TATGTGTGCTACTTTTGCTGAACTACAGTGGTGCTGGAGCTCATTTATTTAAATCGTGGG CGACATACTTGAATCGGTCTATAATACTTACCCCTGAGGTAAGGTCTTACAAACTGTTAG TCTATAATCCTTACCCATCATATGTAGTCGTAGAAAATGTCTCATGGGTTGCTGTGCTGT CATTCACTATGCACTGATCTAACTTTTTCTGTGAATCTGTCTCTCATGGAATGTCAACTC ACTCTCACTGTCTGTATGTTGTTTCCATGGTCTGTTCGTTGTGACAATTTAATATATCAT GCACAGAACCTGCCTAAGAAAATAAATTATAATATTTCTGTCCAGTGACATGAGATTATT AGCAGGTTCATCAAGTTATTCTCTATGTTTGTTGTCTTAACACGCTTGCATCTATCATGC CTGTTATCTTCAATAAGTTAATCTCATTCAGCCTTCCATGTTGAGGAATATCATTACATC TAATTCAGGGGGATCGCACAGATAAAAGAGACACTAGTGCCTTCAATACATGGAAAGATA TTATCATACCTGGAAACATTGATGATGGGATGACTACTCATGGCTCTAGGATAGTTGAGT CTTTGCCTTTGTCAAAGAGGAAACATCTAGCGAATTATTTAGGTCGAGCACAAGGAAAGG TGGGTCGCCTTCGGTTGATAGAACTCTCGAAGCAGTACCCAGAAAAGGTAAGCTT GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_1 match_part 1.000 591 776 match_2 match_part 1.000 14175 14336 match_part 0.996 18222 18667 match_part 0.994 18782 18947 match_3 match_part 1.000 14175 14336 match_part 1.000 18222 18667 match_part 1.000 18782 18847 match_4 match_part 1.000 14175 14336 match_part 0.993 18222 18667 match_part 0.905 18782 18844 match_5 match_part 1.000 14175 14336 match_part 0.998 18222 18667 match_part 0.966 18782 18840 match_6 match_part 1.000 14175 14336 match_part 0.997 18222 18548 match_7 match_part 1.000 14272 14336 match_part 1.000 18222 18636 match_8 match_part 0.980 14287 14336 match_part 1.000 18222 18574 match_9 match_part 0.745 14290 14336 match_part 0.571 17657 17663 match_part 0.901 18222 18667 match_part 0.960 18782 18955 match_part 1.000 19043 19057 match_10 match_part 0.979 17015 17111 match_part 1.000 18222 18507 match_11 match_part 1.000 17092 17111 match_part 0.991 18222 18667 match_part 0.971 18782 18955 match_part 0.905 19043 19063 match_12 match_part 1.000 17092 17111 match_part 0.991 18222 18667 match_part 0.992 18782 18907 match_13 match_part 1.000 17092 17111 match_part 0.991 18222 18667 match_part 0.959 18782 18855 match_14 match_part 0.901 18222 18667 match_part 0.960 18782 18955 match_part 0.934 19043 19133 match_15 match_part 0.890 18233 18667 match_part 0.954 18782 18955 match_part 0.925 19043 19095 match_16 match_part 0.871 18575 18667 match_part 0.966 18782 18955 match_part 0.962 19043 19333 match_part 1.000 19423 19428 match_17 match_part 0.882 18575 18667 match_part 0.966 18782 18955 match_part 0.907 19043 19258 match_18 match_part 1.000 19200 19333 match_part 1.000 19423 19512 match_part 0.990 20476 20577 match_part 0.992 20673 20791 match_part 1.000 21160 21222 match_part 1.000 21320 21381 match_part 0.970 21610 21777 match_19 match_part 0.966 20404 20577 match_part 0.983 20673 20791 match_part 0.984 21160 21222 match_part 0.984 21320 21381 match_part 0.933 21610 21952 match_20 match_part 0.949 20499 20577 match_part 1.000 20673 20791 match_part 1.000 21160 21222 match_part 1.000 21320 21381 match_part 0.971 21610 22025 match_21 match_part 0.516 52271 52361 match_part 0.537 52864 52904 match_part 0.996 53731 53994 match_part 0.986 56743 56889 match_part 1.000 57083 57147 match_part 1.000 57569 57638 match_part 0.991 58029 58139 match_22 match_part 0.979 53563 53994 match_part 0.983 56743 56860 match_23 match_part 0.995 53576 53994 match_part 0.984 56743 56869 match_24 match_part 0.959 53582 53994 match_part 0.980 56743 56889 match_part 1.000 57083 57147 match_part 0.971 57569 57638 match_25 match_part 0.946 53585 53991 match_26 match_part 0.995 53606 53994 match_part 0.986 56743 56889 match_part 1.000 57083 57147 match_part 1.000 57569 57638 match_part 1.000 58029 58217 match_27 match_part 0.995 53606 53994 match_part 0.986 56743 56889 match_part 1.000 57083 57147 match_part 1.000 57569 57638 match_part 1.000 58029 58116 match_28 match_part 0.964 53611 53973 match_29 match_part 0.994 53611 53928 match_30 match_part 0.963 53723 53994 match_part 0.966 56743 56889 match_part 0.985 57083 57147 match_part 0.969 57569 57633 match_31 match_part 0.960 53723 53994 match_part 0.980 56743 56889 match_part 1.000 57083 57104 match_32 match_part 0.982 53772 53994 match_part 0.962 56743 56795 GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_33 match_part 0.908 22020 21608 match_34 match_part 1.000 22814 22702 match_part 1.000 22614 22293 match_35 match_part 1.000 25332 25289 match_part 1.000 25112 24976 match_part 1.000 24064 24018 match_part 1.000 23937 23612 match_part 1.000 23532 23450 match_part 1.000 23363 23288 match_part 1.000 23206 23145 match_part 0.990 23049 22954 match_part 0.929 22863 22850 match_36 match_part 0.964 34898 34843 match_part 0.914 34361 34304 match_part 0.975 32337 32220 match_part 0.993 32121 31978 match_part 0.960 31411 31311 match_part 0.978 30146 30009 match_37 match_part 1.000 35183 35175 match_part 0.989 35101 35007 match_part 0.971 34912 34843 match_part 0.914 34361 34304 match_part 0.975 32337 32220 match_part 0.986 32121 31978 match_part 0.960 31411 31311 match_part 0.909 30146 30103 match_38 match_part 1.000 37909 37868 match_part 1.000 37592 37522 match_part 0.997 37433 37073 match_part 1.000 36978 36826 match_part 1.000 36735 36641 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C04HBa0208L16.1 type gene exon 591 776 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C04HBa0208L16.1 type gene exon 14175 14336 exon 18222 18667 exon 18782 18955 exon 19043 19333 exon 19423 19512 exon 20476 20577 exon 20673 20791 exon 21160 21222 exon 21320 21381 exon 21610 22025 gene_3 gene GT_PGL_2_AGS_2 transcript source GenomeThreader seq_id C04HBa0208L16.1 type gene exon 17015 17111 exon 18222 18667 exon 18782 18955 exon 19043 19333 exon 19423 19512 exon 20476 20577 exon 20673 20791 exon 21160 21222 exon 21320 21381 exon 21610 22025 gene_4 gene GT_PGL_2_AGS_3 transcript source GenomeThreader seq_id C04HBa0208L16.1 type gene exon 14290 14336 exon 17657 17663 exon 18222 18667 exon 18782 18955 exon 19043 19333 exon 19423 19512 exon 20476 20577 exon 20673 20791 exon 21160 21222 exon 21320 21381 exon 21610 22025 gene_5 gene GT_PGL_2_AGS_4 transcript source GenomeThreader seq_id C04HBa0208L16.1 type gene exon 20404 20577 exon 20673 20791 exon 21160 21222 exon 21320 21381 exon 21610 22025 gene_6 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C04HBa0208L16.1 type gene exon 22020 21608 gene_7 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C04HBa0208L16.1 type gene exon 22814 22702 exon 22614 22293 gene_8 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C04HBa0208L16.1 type gene exon 25332 25289 exon 25112 24976 exon 24064 24018 exon 23937 23612 exon 23532 23450 exon 23363 23288 exon 23206 23145 exon 23049 22954 exon 22863 22850 gene_9 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C04HBa0208L16.1 type gene exon 35183 35175 exon 35101 35007 exon 34912 34843 exon 34361 34304 exon 32337 32220 exon 32121 31978 exon 31411 31311 exon 30146 30009 gene_10 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C04HBa0208L16.1 type gene exon 37909 37868 exon 37592 37522 exon 37433 37073 exon 36978 36826 exon 36735 36641 gene_11 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C04HBa0208L16.1 type gene exon 53563 53994 exon 56743 56889 exon 57083 57147 exon 57569 57638 exon 58029 58217 gene_12 gene GT_PGL_8_AGS_2 transcript source GenomeThreader seq_id C04HBa0208L16.1 type gene exon 52271 52361 exon 52864 52904 exon 53731 53994 exon 56743 56889 exon 57083 57147 exon 57569 57638 exon 58029 58139 RepeatMasker tomato repeats master Unknown00046 367 544 1 Unknown00046 367 544 1 nucleotide_motif 701 6855 7034 Copia00110 13159 13557 1 Copia00110 13159 13557 1 nucleotide_motif 2160 8410 8806 Gypsy00043 1012 1219 1 Gypsy00043 1012 1219 1 nucleotide_motif 820 8645 8846 Copia00172 287 377 1 Copia00172 287 377 1 nucleotide_motif 297 24466 24548 Copia00172 286 377 1 Copia00172 286 377 1 nucleotide_motif 587 24523 24619 Copia00172 303 404 1 Copia00172 303 404 1 nucleotide_motif 596 24611 24718 Copia00172 360 520 1 Copia00172 360 520 1 nucleotide_motif 535 24732 24864 Copia00003 4144 4511 1 Copia00003 4144 4511 1 nucleotide_motif 2219 25942 26289 TLP1 1 110 1 TLP1 1 110 1 nucleotide_motif 623 47795 47904 Unknown00057 343 634 1 Unknown00057 343 634 1 nucleotide_motif 589 54638 54924 Unknown00057 472 615 1 Unknown00057 472 615 1 nucleotide_motif 311 55980 56113 RepeatMasker tomato repeats master Unknown00034 3961 4025 -1 Unknown00034 3961 4025 -1 nucleotide_motif 445 6801 6737 Copia00094 4330 4564 -1 Copia00094 4330 4564 -1 nucleotide_motif 1432 6986 6745 SINE_SO 2 180 -1 SINE_SO 2 180 -1 nucleotide_motif 575 10616 10449 Copia00110 2719 2840 -1 Copia00110 2719 2840 -1 nucleotide_motif 544 27726 27605 Unknown00020 1 391 -1 Unknown00020 1 391 -1 nucleotide_motif 1158 28066 27650 Copia00110 2011 2409 -1 Copia00110 2011 2409 -1 nucleotide_motif 965 28136 27738 Copia00110 2409 2717 -1 Copia00110 2409 2717 -1 nucleotide_motif 2023 28655 28360 TLP1 334 662 -1 TLP1 334 662 -1 nucleotide_motif 1829 28703 28368 Copia00143 1 177 -1 Copia00143 1 177 -1 nucleotide_motif 1014 32600 32408 Copia00143 75 226 -1 Copia00143 75 226 -1 nucleotide_motif 882 32730 32581 Copia00168 4387 4654 -1 Copia00168 4387 4654 -1 nucleotide_motif 1052 47143 46874 TLP2 3 132 -1 TLP2 3 132 -1 nucleotide_motif 498 48029 47901 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) clone_1 clone 1307.5 1 58214 clone_start_1 clone_start 1402 1 707 clone_2 clone 1089.5 1 58214 clone_start_2 clone_start 1138 1 574 clone_3 clone 984.5 9496 43085 clone_start_3 clone_start 728 9496 9862 clone_end_1 clone_end 813 10548 10978 clone_4 clone 795 21543 55928 clone_end_2 clone_end 801 21543 21946 clone_end_3 clone_end 1227 30043 30665 clone_start_4 clone_start 1134 46450 47045 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) clone_end_4 clone_end 1213 58214 57603 clone_end_5 clone_end 1041 58214 57674 clone_start_5 clone_start 349 2760 2555 clone_start_6 clone_start 387 3115 2905 clone_end_6 clone_end 1170 5132 4543 clone_end_7 clone_end 1241 43085 42460 clone_start_7 clone_start 789 55928 55531 clone_start_8 clone_start 757 36594 36189 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_1 match_part 1.000 591 776 match_2 match_part 1.000 14175 14336 match_part 0.996 18222 18667 match_part 0.994 18782 18947 match_3 match_part 1.000 14175 14336 match_part 1.000 18222 18667 match_part 1.000 18782 18847 match_4 match_part 1.000 14175 14336 match_part 0.993 18222 18667 match_part 0.905 18782 18844 match_5 match_part 1.000 14175 14336 match_part 0.998 18222 18667 match_part 0.966 18782 18840 match_6 match_part 1.000 14175 14336 match_part 0.997 18222 18548 match_7 match_part 1.000 14272 14336 match_part 1.000 18222 18636 match_8 match_part 0.980 14287 14336 match_part 1.000 18222 18574 match_9 match_part 0.979 17015 17111 match_part 1.000 18222 18507 match_10 match_part 1.000 17092 17111 match_part 0.991 18222 18667 match_part 0.971 18782 18955 match_part 0.905 19043 19063 match_11 match_part 1.000 17092 17111 match_part 0.991 18222 18667 match_part 0.992 18782 18907 match_12 match_part 1.000 17092 17111 match_part 0.991 18222 18667 match_part 0.959 18782 18855 match_13 match_part 1.000 19200 19333 match_part 1.000 19423 19512 match_part 0.990 20476 20577 match_part 0.992 20673 20791 match_part 1.000 21160 21222 match_part 1.000 21320 21381 match_part 0.970 21610 21777 match_14 match_part 0.949 20499 20577 match_part 1.000 20673 20791 match_part 1.000 21160 21222 match_part 1.000 21320 21381 match_part 0.971 21610 22025 match_15 match_part 0.516 52271 52361 match_part 0.537 52864 52904 match_part 0.996 53731 53994 match_part 0.986 56743 56889 match_part 1.000 57083 57147 match_part 1.000 57569 57638 match_part 0.991 58029 58139 match_16 match_part 0.979 53563 53994 match_part 0.983 56743 56860 match_17 match_part 0.995 53576 53994 match_part 0.984 56743 56869 match_18 match_part 0.995 53606 53994 match_part 0.986 56743 56889 match_part 1.000 57083 57147 match_part 1.000 57569 57638 match_part 1.000 58029 58217 match_19 match_part 0.995 53606 53994 match_part 0.986 56743 56889 match_part 1.000 57083 57147 match_part 1.000 57569 57638 match_part 1.000 58029 58116 match_20 match_part 0.994 53611 53928 match_21 match_part 0.982 53772 53994 match_part 0.962 56743 56795 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_22 match_part 1.000 22814 22702 match_part 1.000 22614 22293 match_23 match_part 1.000 25332 25289 match_part 1.000 25112 24976 match_part 1.000 24064 24018 match_part 1.000 23937 23612 match_part 1.000 23532 23450 match_part 1.000 23363 23288 match_part 1.000 23206 23145 match_part 0.990 23049 22954 match_part 0.929 22863 22850 match_24 match_part 1.000 37909 37868 match_part 1.000 37592 37522 match_part 0.997 37433 37073 match_part 1.000 36978 36826 match_part 1.000 36735 36641 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C04HBa0208L16.1 type gene exon 591 776 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C04HBa0208L16.1 type gene exon 14175 14336 exon 18222 18667 exon 18782 18947 gene_3 gene GT_PGL_2_AGS_2 transcript source GenomeThreader seq_id C04HBa0208L16.1 type gene exon 17015 17111 exon 18222 18667 exon 18782 18955 exon 19043 19063 gene_4 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C04HBa0208L16.1 type gene exon 19200 19333 exon 19423 19512 exon 20476 20577 exon 20673 20791 exon 21160 21222 exon 21320 21381 exon 21610 22025 gene_5 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C04HBa0208L16.1 type gene exon 22814 22702 exon 22614 22293 gene_6 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C04HBa0208L16.1 type gene exon 25332 25289 exon 25112 24976 exon 24064 24018 exon 23937 23612 exon 23532 23450 exon 23363 23288 exon 23206 23145 exon 23049 22954 exon 22863 22850 gene_7 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C04HBa0208L16.1 type gene exon 37909 37868 exon 37592 37522 exon 37433 37073 exon 36978 36826 exon 36735 36641 gene_8 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C04HBa0208L16.1 type gene exon 53563 53994 exon 56743 56889 exon 57083 57147 exon 57569 57638 exon 58029 58217 gene_9 gene GT_PGL_7_AGS_2 transcript source GenomeThreader seq_id C04HBa0208L16.1 type gene exon 52271 52361 exon 52864 52904 exon 53731 53994 exon 56743 56889 exon 57083 57147 exon 57569 57638 exon 58029 58139 AUGUSTUS_tom_cdna de novo gene_1 gene 1 585 1290 transcript_1 transcript 585 1290 CDS_1 CDS 585 743 CDS_2 CDS 1002 1290 stop_codon_1 stop_codon 1288 1290 gene_2 gene 1 18425 21692 transcript_2 transcript 18425 21692 start_codon_1 start_codon 18425 18427 CDS_3 CDS 18425 18667 CDS_4 CDS 18782 18955 CDS_5 CDS 19097 19333 CDS_6 CDS 19423 19512 CDS_7 CDS 20476 20577 CDS_8 CDS 20673 20791 CDS_9 CDS 21160 21222 CDS_10 CDS 21320 21381 CDS_11 CDS 21610 21692 stop_codon_2 stop_codon 21690 21692 gene_3 gene 1 50352 57638 transcript_3 transcript 50352 57638 start_codon_2 start_codon 50352 50354 CDS_12 CDS 50352 50354 CDS_13 CDS 50452 50614 CDS_14 CDS 53603 53994 CDS_15 CDS 56743 56889 CDS_16 CDS 57083 57147 CDS_17 CDS 57569 57638 AUGUSTUS_tom_cdna de novo gene_4 gene 1 43734 22498 transcript_4 transcript 43734 22498 stop_codon_3 stop_codon 22500 22498 CDS_18 CDS 22614 22498 CDS_19 CDS 22863 22702 CDS_20 CDS 23049 22954 CDS_21 CDS 23206 23145 CDS_22 CDS 23363 23288 CDS_23 CDS 23532 23450 CDS_24 CDS 23937 23612 CDS_25 CDS 24064 24018 CDS_26 CDS 25112 24976 CDS_27 CDS 25353 25289 CDS_28 CDS 30146 29917 CDS_29 CDS 31471 31311 CDS_30 CDS 32121 31978 CDS_31 CDS 32337 32220 CDS_32 CDS 36418 36266 CDS_33 CDS 36538 36490 CDS_34 CDS 36735 36638 CDS_35 CDS 36978 36826 CDS_36 CDS 37433 37073 CDS_37 CDS 37592 37522 CDS_38 CDS 37951 37868 CDS_39 CDS 38463 38326 CDS_40 CDS 39053 38815 CDS_41 CDS 43734 43416 start_codon_3 start_codon 43734 43732 tRNAscan-SE unknown database tRNAscan-SE unknown database tRNA_1 tRNA 69.68 27422 27342 AUGUSTUS_ab_initio de novo AUGUSTUS_ab_initio de novo gene_1 gene 1 43734 22498 transcript_1 transcript 43734 22498 stop_codon_1 stop_codon 22500 22498 CDS_1 CDS 22614 22498 CDS_2 CDS 22863 22702 CDS_3 CDS 23206 23145 CDS_4 CDS 23363 23288 CDS_5 CDS 30146 29967 CDS_6 CDS 31471 31311 CDS_7 CDS 32121 31978 CDS_8 CDS 32337 32220 CDS_9 CDS 36418 36266 CDS_10 CDS 36538 36490 CDS_11 CDS 36735 36638 CDS_12 CDS 36978 36826 CDS_13 CDS 37433 37073 CDS_14 CDS 37592 37522 CDS_15 CDS 37951 37868 CDS_16 CDS 38463 38326 CDS_17 CDS 39053 38815 CDS_18 CDS 43734 43416 start_codon_1 start_codon 43734 43732 gene_2 gene 1 53843 53373 transcript_2 transcript 53843 53373 stop_codon_2 stop_codon 53375 53373 CDS_19 CDS 53415 53373 CDS_20 CDS 53843 53581 start_codon_2 start_codon 53843 53841 AUGUSTUS_tom_ugs de novo gene_1 gene 1 585 1290 transcript_1 transcript 585 1290 CDS_1 CDS 585 743 CDS_2 CDS 1002 1290 stop_codon_1 stop_codon 1288 1290 gene_2 gene 1 18425 21692 transcript_2 transcript 18425 21692 start_codon_1 start_codon 18425 18427 CDS_3 CDS 18425 18667 CDS_4 CDS 18782 18955 CDS_5 CDS 19043 19333 CDS_6 CDS 19423 19512 CDS_7 CDS 20476 20577 CDS_8 CDS 20673 20791 CDS_9 CDS 21160 21222 CDS_10 CDS 21320 21381 CDS_11 CDS 21610 21692 stop_codon_2 stop_codon 21690 21692 gene_3 gene 1 53617 57638 transcript_3 transcript 53617 57638 start_codon_2 start_codon 53617 53619 CDS_12 CDS 53617 53994 CDS_13 CDS 56743 56889 CDS_14 CDS 57083 57147 CDS_15 CDS 57569 57638 AUGUSTUS_tom_ugs de novo gene_4 gene 1 43734 22498 transcript_4 transcript 43734 22498 stop_codon_3 stop_codon 22500 22498 CDS_16 CDS 22614 22498 CDS_17 CDS 22863 22702 CDS_18 CDS 23049 22954 CDS_19 CDS 23206 23145 CDS_20 CDS 23363 23288 CDS_21 CDS 23532 23450 CDS_22 CDS 23937 23612 CDS_23 CDS 24064 24018 CDS_24 CDS 25112 24976 CDS_25 CDS 25353 25289 CDS_26 CDS 30146 29917 CDS_27 CDS 31471 31311 CDS_28 CDS 32121 31978 CDS_29 CDS 32337 32220 CDS_30 CDS 36418 36266 CDS_31 CDS 36538 36490 CDS_32 CDS 36735 36638 CDS_33 CDS 36978 36826 CDS_34 CDS 37433 37073 CDS_35 CDS 37592 37522 CDS_36 CDS 37951 37868 CDS_37 CDS 38463 38326 CDS_38 CDS 39053 38815 CDS_39 CDS 43734 43416 start_codon_3 start_codon 43734 43732 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_1 match_part 1.000 14175 14336 match_part 0.998 18222 18667 match_part 0.994 18782 18955 match_part 0.905 19043 19063 match_2 match_part 1.000 19200 19333 match_part 1.000 19423 19512 match_part 1.000 20476 20577 match_part 0.992 20673 20791 match_part 1.000 21160 21222 match_part 1.000 21320 21381 match_part 0.971 21610 22025 match_3 match_part 0.995 53563 53994 match_part 0.986 56743 56889 match_part 1.000 57083 57147 match_part 1.000 57569 57638 match_part 1.000 58029 58217 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_4 match_part 1.000 22814 22702 match_part 1.000 22614 22293 match_5 match_part 1.000 25332 25289 match_part 1.000 25112 24976 match_part 1.000 24064 24018 match_part 1.000 23937 23612 match_part 1.000 23532 23450 match_part 1.000 23363 23288 match_part 1.000 23206 23145 match_part 0.990 23049 22954 match_part 0.929 22863 22850 match_6 match_part 1.000 37909 37868 match_part 1.000 37592 37522 match_part 0.997 37433 37073 match_part 1.000 36978 36826 match_part 1.000 36735 36641 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C04HBa0208L16.1 type gene exon 14175 14336 exon 18222 18667 exon 18782 18955 exon 19043 19063 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C04HBa0208L16.1 type gene exon 19200 19333 exon 19423 19512 exon 20476 20577 exon 20673 20791 exon 21160 21222 exon 21320 21381 exon 21610 22025 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C04HBa0208L16.1 type gene exon 22814 22702 exon 22614 22293 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C04HBa0208L16.1 type gene exon 25332 25289 exon 25112 24976 exon 24064 24018 exon 23937 23612 exon 23532 23450 exon 23363 23288 exon 23206 23145 exon 23049 22954 exon 22863 22850 gene_5 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C04HBa0208L16.1 type gene exon 37909 37868 exon 37592 37522 exon 37433 37073 exon 36978 36826 exon 36735 36641 gene_6 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C04HBa0208L16.1 type gene exon 53563 53994 exon 56743 56889 exon 57083 57147 exon 57569 57638 exon 58029 58217 GenomeThreader_SGN_markers SGN marker sequences GenomeThreader_SGN_markers SGN marker sequences match_1 match_part 0.995 53563 53994 match_part 0.986 56743 56889 match_part 1.000 57083 57147 match_part 1.000 57569 57638 match_part 1.000 58029 58217 match_2 match_part 0.959 53585 53994 match_part 0.980 56743 56889 match_part 0.985 57083 57147 match_part 0.969 57569 57633 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C04HBa0208L16.1 type gene exon 53563 53994 exon 56743 56889 exon 57083 57147 exon 57569 57638 exon 58029 58217 AUGUSTUS_tom_pot_cdna de novo gene_1 gene 1 585 1290 transcript_1 transcript 585 1290 CDS_1 CDS 585 743 CDS_2 CDS 1002 1290 stop_codon_1 stop_codon 1288 1290 gene_2 gene 1 18425 21692 transcript_2 transcript 18425 21692 start_codon_1 start_codon 18425 18427 CDS_3 CDS 18425 18667 CDS_4 CDS 18782 18955 CDS_5 CDS 19043 19333 CDS_6 CDS 19423 19512 CDS_7 CDS 20476 20577 CDS_8 CDS 20673 20791 CDS_9 CDS 21160 21222 CDS_10 CDS 21320 21381 CDS_11 CDS 21610 21692 stop_codon_2 stop_codon 21690 21692 gene_3 gene 1 53617 57638 transcript_3 transcript 53617 57638 start_codon_2 start_codon 53617 53619 CDS_12 CDS 53617 53994 CDS_13 CDS 56743 56889 CDS_14 CDS 57083 57147 CDS_15 CDS 57569 57638 AUGUSTUS_tom_pot_cdna de novo gene_4 gene 1 43734 22498 transcript_4 transcript 43734 22498 stop_codon_3 stop_codon 22500 22498 CDS_16 CDS 22614 22498 CDS_17 CDS 22863 22702 CDS_18 CDS 23049 22954 CDS_19 CDS 23206 23145 CDS_20 CDS 23363 23288 CDS_21 CDS 23532 23450 CDS_22 CDS 23937 23612 CDS_23 CDS 24064 24018 CDS_24 CDS 25112 24976 CDS_25 CDS 25353 25289 CDS_26 CDS 30146 29917 CDS_27 CDS 31471 31311 CDS_28 CDS 32121 31978 CDS_29 CDS 32337 32220 CDS_30 CDS 36418 36266 CDS_31 CDS 36538 36490 CDS_32 CDS 36735 36638 CDS_33 CDS 36978 36826 CDS_34 CDS 37433 37073 CDS_35 CDS 37592 37522 CDS_36 CDS 37951 37868 CDS_37 CDS 38463 38326 CDS_38 CDS 39053 38815 CDS_39 CDS 43734 43416 start_codon_3 start_codon 43734 43732 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_1 match 104 51018 51437 match_2 match 104 51018 51437 match_3 match 145 53617 53997 match_4 match 119 58026 58250 match_5 match 145 53617 53997 match_6 match 119 58026 58250 match_7 match 125 1018 1284 match_8 match 64.7 50443 50613 match_9 match 139 51024 51449 match_10 match 70.5 50169 50348 match_11 match 129 51018 51449 match_12 match 103 51018 51449 match_13 match 168 51018 51449 match_14 match 72.4 50452 50622 match_15 match 86.7 50169 50348 match_16 match 135 18791 19354 match_17 match 70.9 20434 20577 match_18 match 75.9 20673 20792 match_19 match 103 51018 51449 match_20 match 113 51018 51449 match_21 match 105 51018 51449 match_22 match 113 51018 51449 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_23 match 75.5 23052 22501 match_24 match 43.9 23360 23172 match_25 match 41.2 23656 23444 match_26 match 88.6 23052 22501 match_27 match 48.9 23360 23142 match_28 match 37.4 23539 23444 match_29 match 137 23936 23610 match_30 match 23.1 24049 24017 match_31 match 72.8 23046 22513 match_32 match 47.8 23360 23145 match_33 match 150 23936 23610 match_34 match 38.5 23539 23444 match_35 match 23.1 24049 24017 match_36 match 72.8 23046 22513 match_37 match 47.8 23360 23145 match_38 match 150 23936 23610 match_39 match 38.5 23539 23444 match_40 match 23.1 24049 24017 match_41 match 39.3 24064 24017 match_42 match 65.1 23363 23142 match_43 match 201 23052 22504 match_44 match 49.3 23539 23444 match_45 match 192 23936 23610 match_46 match 97.8 36975 36487 match_47 match 152 38463 38026 match_48 match 69.7 36430 36266 match_49 match 64.7 36174 36052 match_50 match 176 37441 37076 match_51 match 45.1 37592 37503 match_52 match 50.1 37951 37868 match_53 match 100 36975 36487 match_54 match 166 38463 38026 match_55 match 82.0 36418 36218 match_56 match 114 39054 38812 match_57 match 111 30146 29931 match_58 match 177 37441 37076 match_59 match 48.9 37592 37503 match_60 match 49.7 37951 37868 match_61 match 41.6 23360 23142 match_62 match 95.1 23052 22507 match_63 match 150 23936 23610 match_64 match 38.5 23533 23444 match_65 match 25.8 24052 24017 match_66 match 41.6 23360 23142 match_67 match 95.1 23052 22507 match_68 match 150 23936 23610 match_69 match 38.5 23533 23444 match_70 match 25.8 24052 24017 match_71 match 41.6 23360 23142 match_72 match 95.1 23052 22507 match_73 match 150 23936 23610 match_74 match 38.5 23533 23444 match_75 match 25.8 24052 24017 match_76 match 48.1 23360 23106 match_77 match 95.9 23936 23610 match_78 match 41.6 23539 23426 match_79 match 22.7 24049 24017 match_80 match 100 23052 22513 match_81 match 65.1 23360 23130 match_82 match 150 23936 23610 match_83 match 40.4 23533 23444 match_84 match 22.7 24052 24017