C02HBa0257H21.2 TGAGAACTTGGAGCTGAGTAGTGCAATTGTGCGTGGTTGATTCTAAATGCTACATTATTG TCATACAGACTAGGAAGTTTTAACGGGTGTGACAGTTTGCTTTGAGTTTATGAACCAAAG TATATCCTTGAATTATTTTTTCCTCAGGACTAATGTTTAATCAATCTGGCAGAGAAATTT GAACTGTAAAACTGTTATGCTATAACTTTGATAACACTCTTTTATTGTGCGAAGAACTCT AATTCACCTCCCTGTGGATTTTGAATTTTATGATTCTCCTCTTACGGTATCAAAATTTTG CTGATTCCCTCCTCCTGGTAGCAGTCAGCTTTGGTATATCTGACTGATGACTTATTCCTC ATAGTTGTTCTATTTTTCTCCTGCTCATAAGTACCCTTCTGAAATTGTTAGTATCATAAC GACCATGAAATGCATGAAGGCATATCTAAAAATGCAAATCAACGTGAAATATATATTCAT TTTCACTACATACTATTTTAACTCTCATCTTGTTACGTATCATAAATTAGAGTATGAAAT TCTATTCGAGAGGATATGAGTATTGTTTAGAAATGTGCTATATTAGGAAATTTAGGTATA CACTTTAATGCATGAAGAATTTCTGTTAAGAATATCCGTGAGCTGTCATCAAGAAGGACT TTCATCTCTTTGTGATTTATTCCTTTGAACTTTACTTTTGCAGTTAACATTTCTTTTGGT TTACTGTGGGAATATAAGGAACGAAACTCTTTCTTACCCACCTCATGACCACACTCATCA TATTCTTGTTTCCTTTAATAACAGCTATTTTCCCTTCTTTTTAAACATTGACAGCCTTGA GAAAGAAATTTTGGACCGCTATCTTGATGTTGTTCTGAAGGGGAACAAAGATGGTTTGAA GGTACTGTGTGACTCTTATTTGTTCTTTTCACAATTTCTTGAGGTTTTTGGTTTATGAAT AAGGTTTATGCAACTAAGTTGCATTTATTCAAATAGTCTTACCCACAAACCACAATAAAA TACCTCAATCTCACTGGTAGCTGCAGCTTATGGTGATTTCGGCTCTATATGAGGTCAAGT CAATCAAGAGATGGAGATAAGAAAGTAGTTGGAAAAGTACGAGTAGGGTTTAACATATCT AGGGAGTTGGATTGCATTGCCTACAATTGCTGTCTTTTATGATGCATTTCTTGGTTTTCT TTAAGTTGTTGAAATTTTCTCTATTTTTGAAAATTTTATTTTATATGTTTTCTGCAATAG AAATTGCGCTTACGAATAGAAGATCCACCCAGAAGAAAGCATATGGTGTATCTCGGTGGT GCAGTTCTGGCCGGAATTATGAAGGTATGGTGGTATCGATTTCCTCTCTGTAGCCCCATC TCTGCTCCTTGCTTTTTCATGCATATAAAAAAGAATTTATTCCCAGGAGAAACAAAAAGA AAGCTAATAAGATACATCCTTTTCTAATCTGTGTACACTTTTTCATAATTTTCTGGATTT GAATATTCTATTTCTGTCCTCCATTGAAGTGGTTGTGGCACATGTTGGATTATACTATTT TGATATGATTTAGGCCCGTGCAATCATCAGATTCAGGCACAAGGAAATTTGTGTTTCACA TCCCTCCGATCCTTCTCTTTTTCTTGTTCTTCCTCTGCAATTGATCAAATAATCTGTGTA TGAGAGATGTTCCTGTGGCTGAATGCAACTAAATTAAATAAAGTCCACTTAGTAGAGCAA GTAAAAGAATTTTATGCCGTAACTTAAATGTTTAATATTATGCTGAAATCATAGTGGCTG GTATATTTCCATGTTTAAATTATTCTTGCTGTCCTATTCTTCCAGTCAGGAAGCTCATTC ACCTAAAAAAATAAATTCTCGTCATTCTTCTCCTTGAGCGTTCTTAAGTTTTTTCTTTTC ATTATGCCAAAAAGGAAAAGGATTGCAATGAATCAATGCACACCCTAATTGAAGAGCATA CAATTTGAAAGCAACATTATTATGTTAACAGAAATAAGTAGATAATTGAATAATTTCTGC AGGATGCCCCTGAGTTTTGGATCAATAGACAAGATTATTTAGAAGAGGGAGTTGCATGCC TAAGCAAGTGTGGTCAGGCATGATTTCTACATGTCCATGAATTGTTTAAGCTCTGGCTAT CTTTTCAAAGAAAAGCTTGGAAATGTACAGATCAAGACGTGCTGGAAATGACTCTTTACC ATTCAAATAGAAGTTCTTGTACTGTATTTTGCCAAAAAATTCTCAAAGAGACAGGACGTG TCATACTTGAATGTTTTTACTGCATCTGCTTTCCATGAGTTGTTTAAGGCTTGATTTTGA ACTTGTACAGTCCGTATTGAAGTAAAACATTGCTAATTGGAACTGCTTTCCGTTCCTACT CTTCTGTGAAGTATTAAAATGTGTGCTGAAACATAAGCAGCTTATTCCGTAATCTGGTGC AGGCAAAAGAGATCGTAAACTAATTCTCACAAATGTATAACAAGCTTGAGCTACATTTGA TGTTTGTTAACTTTCTATCCAGATATTAACTTTATATTCCTTGTCTATCCACCTCCATGG TTGAAAATGGCTTACAGGTTTGGATTTGCGATGAAATTGCTGCTTAAATCATTCATGATA TGAGATGGAGTTAAATTGGAAAGTCTCTTGTAACAATGAGTCAAAGGAATCATTATGCCA TGCTTAGGCTTGTAAGTTTTTTTTTGTGTTATTGCAGTTGATCAAGGCATAGTATTATTT TCACTATTTGCATGTCAGTAAAAACTCAGCTAGCATCTGAGCTCTAGTGTTGGAGTCAAG TGATGAGAATATAGAGTTGTCATATCAGTAAAAGGTAAAATGAGATTCTTATTTCCAAAG AGCTATAAGACACAAATTTGAACCTTCTTTCTTTGTTTTCCATCAAGAACAATTAAGCAT CTAAGAACAGTTCCTCTGGCAAGGATGAGGACTTGGTGCCTGTTTCTAATACATATCCTT GTATTTAACAGCATAGCTTTTGATTACTGGAAATAAAAGGGACATGAATTATACATATTA TATTCCCTATAAATGGGAATGAGAGAAGACATATAAAAAGGAAATAAGATAGTTGGAGTT CTAATTTCCACAGAGAGCAACATTTCTCTTAGAAGGTCTGAAATTCAAAGCAGTGAGACT ATAGATGCACATGTTTGCTTGTTTAGATTTGATTGTAATCTCATCAGTAGTGGTTCTTGT AGAGCCAGGTACATTACAGAACGAAGATGAGCTTCCAATAAGGCTAGCCCTGCAGGAATT GCCCACTGCTTTCTCAGCAGCACACTCTATTCCATCCACAGAAGGTATCTCCAACCTGTA AACTCCATATTTGTTAGTAGTTCTGTTCACTGACACTGATACTAGTTCTGCCGTCCTTGT CGCCATTGCCTTGAAGGTGCATTCTATTTTCACTTCTACACCTGTTCAGCCATCAATTCC AATTAATCGACCAAGTTTTAATGGGTTTGGATTATGACCTATTTGTTGGGTTGAACCCAG ATGATTAACCTAAGGGGTCAAAATTCAACTCAAACCCAAATATATAAAATTCAAGATTGG GGATATTGTAAATTTGGAAGAACTTGAAGCATTTAGCATTTGATTATTTGGGGGTGGTTA GAGTATTGACCCGTGACCCATTTATGAGCTTTGAGCCGTTCAACCTGTTCATTTGCCACC TCCCGTGTATAGGACTTTAACTATTTTAGATAGCTTTATGCAAAAGATGAAAAATGTTTA ATTTGCCTCAAAAACTTACCTGGCATGAAGTAGCTGTGCCTGGAGAAGGAATTATTGGAA CAAATGTCACAGTAAACCATACCCATGACAGTGATCTGTGGATTAACCACTTTTGCTGCT GACGATAGACTCAACCACAAGAAGCAGCATGAGACCACCAACAGGACAAGTGTAGTAGTA GTCATGGCAAACTGAGGTGAGACTTGAAAAGGAATTGAGATAAAAACAACTAATTATATG TGAGATTGATATATTACACAAAAAGACTAGTTGAAGAAAAGAATTTTATGTTTTTTTAAG AAGAAATGAGCTAGAATGTGTGTATGGATAATGAGAGTATAAGTGATGACAGAAATGAAA AAGAAGAGATCAAAGTTAGAAAGAGGGAGACAGGGATCGAACCTTATTGCTAGTCAGAAT TCAGAAACAAACAAATCATGTGAACTTTGTTTGGAGTTTTGTAAGGGTGGATGTGTAGGA AAGAGAGTATAGTGGGAAGTAGACAAATTCATTTACATAGAGGAATAAATAGACCTTCCT TTTCATTCATACATGTTTGTTGTAATTTATGGTGGCCTTGCTTCTTAACGTGATACTATA AATAAATAGAGTACTTATTATTTGACCTTACCCCAAGGAGCCAGTCACGGACTTGCCACT CTCCCCATATCTATTATAAATTTGGTCTGGCCACAGAGAAGGATTGTTCCTACTCAGAAT CATGTGATATATCAATATCATAGAGGCAAAGAATTCAGCCAACCATTACTTCACTCACAT TTATTGTAAGTTCACTTCTCATTCTCTTTTTCATTCTTCTACTTCCATTTTATTAGTAAA GGTGTCAAATCGTGTTTCTTATGAATTACAATGTTACAAGCAATAGCGCACTGAGAGAGA GTATCACTTGCAACTTTAACACCAAGTGAGTTAAGTCATATAGAAAAAAATTGTTCAAGT TCGGTCACATATATAGCCTGAACTTCATGCAAAATGACTAAACTTCAGCTATCTACGGTC TGAACATTATCCAAAATGGATGGAAGTTGTTTGCTTCTAAATTCTCTCACATTAGGCTTT GATAAACTAAATTTAAAAAGCAGATAAACTTGCAAAAAATTTAGGCTTCCGTTTATGACT TAAATGGGGATGTATAGGGTGTTATTTTTATCCTTGTATATATATATATATATATATATA TATATATACACACTATGGAGGCCACTCTCACATGCCAGCCTAATGGTAAGACTACGTTCT TGGGCTTTTAGTTAAAACAGGAAGAGAAAATTTCAAAATTAATAAGGTAACTATAGTTTC AATAATTGCGCTTCATAGCTATAGTTTTGTTTGCTATGGAGGCTTTGGTTTGTATATTTC TGTCCGTTTGTATATTTCACTTGCAAGTATACAAATATCACAAGTATATACAAATTTTGT ATATACATTCAGGAATTTCAAAACGATGTTGTACATTTCTCTTGCTAGTAAACAAATAAA AAGTAAGTATATACTCTCTCCATCCCATTTTATGTAGCACCATTTTCTTTTTTATCAGTC CCAAAAAGAATATCACATTTTCTTATATGATAAATATTTAAAAGTACAATTCCTCTTTTA TCCTTGTTGGTTCCATTTAATTTTAAAGATAATAACTCTAATACATTTATGAGGAGAGAG AAAAGTGAGTTATTTGGTAAACATTTCAAAGTCTTAATTATTTCTTAAACTTCGTGCGCG TCAAATGTTGTCATATAAAATGGGACGGAGGGAGTACAAATTGTGGATTTTTACAATCAG GAATCGAATTATACTAATTTTGGATTTAGACAAATCAAGAATCAGACGAATAACAAGAAT TGGGGAAACTGTTGTAAGTCCCGAATTATACTGTTTTTAAATTGTAGTTATAGTACCTAA TATAGACTAATTGTTTGTTATTTTGCATAATTTTCCCAAATTGAAATTTTCAAATAAGCC AGTTAGATTGAATTTAAGTGGATTAAAATGGATTACCCCAACTAATGAATACTTTTGTCA TTTAACTCATTCAAAAGTTATTTGGACAGAGATGGATTGGGCCAACAACTAGCTGGTCAT AACTCAACTCATCCAACTCTAACCCAAAAAAAGAAAAAACAGTTATTTGGACAGAGATGG ATTGGGCCAACAACTAGCTGGTCATAACTCAACTCTAACCCAAAAAAGAAAAAACTACTC TTTGTTTGTTTGCTAATAATTTGTTGAAACTAACAAAGTTTTTTATTCTTTATGTGACTA TAAACCATACTCACAAAAAGAGATCTTCTCATGGATCAATTTGAATTATATATATTGTAA AAATAAACCCCAATTTTAGACTAGTTGAATTAACGAGTGGGAGCTAATTTATTTATTAAA TTGGACAAATCATATTACCAGCCAAAATAGAGGGAAGAATAGAATGGGATTAAGCTGGCA TGTCACGTGTATGAAAATAATTGGTGGGAAAATCTCTTTTTGTGTGTGTACGTTATATTA GGATTTTGATTTGTTGGTCTTGAACGTTCACGTTTCGTGATAGAGGAGGGAAATTATAAA AGCATCACTTGTAATATATGATTCACAACCAACCTGTGCGCATTCCACATTATACTTGTA ACAAAAATAAAATCAGTATTTATTTCTTCCAGAATCTCCTAAATAACTATGCATGTGATG ATGAATGAAATGAATTTTCACTTCACATCGGTTATAATTTAAGCAATGTTACTTCCTTTA AGCTAGCTAGCTGCCCCTAATCAATAACTAGCATACGATTTAATTGTTCATTATGTGTAT CCAAAAAGAATATAAAGGGAAAAAGTCAGAAATGTGGATTTTCCATTTGTATGTTAGCTA GCATACCAATCAACAGACTTCAGATCATTATGATATATAACTATACATATTTTTGCAGAA ATCATTTTTATCTTTTTCTTCTTCTTGTAGTAGCTAGAGATAACAAATGTATGCGAAAAT GGAGAAAGACAAATTATTTATCTTTCTTTTTTCTCTTTGCAGATGAATAAATATTCAATT GAAATCCTGTAAATTAGTTGTGTGTACATATATCATTCTTGTTTCACTCAAGTGCTCATT GATCCTAGTGTTTCTGTATATCACAAAATTATAGTCTACTTCTTTTACTAAAAACAACAG AGTACTAAATATGATTTTATTTTTTTTACTATATATACCACTCTATTCATATACAGTATT AAAAGTTATGTGATATAACACTTCTCTATGGTCTTGAATTTTTTTTTCTCATTTTATGGC ATTTTTCTCTCCATTTCACTCTCTCTATATATATATATAAAAAAAAAAAAAACCTACTCT ATTACTAATAATCATTAATCTCTTTAACTAATCACACATTTACATCTTCATAACTTCTAC TCTTACTAATCTTCATTACTTGTATGTCTTTTCAAGTCCATATATAACTCCCAAATAATA TGTTACTTGTAAATTTTGACATCTATCATAATTTTCTGATTGTGAATTTTTATCTGGTCA CAGGTGAAAAATGGCAAATGCATATTAAACATTGCACCTTTATGGTTTTATGGAGTATTA TGATTAAGCAAGCAAATGAATTTAATTTGTTTCCAAGTTGAAATGAAGCATTGATACAAT TACATAACTGATTGTAAAGTTAGGTATATAAGAAGTTGAGAGGGTGCAAAATGTTTGTGT ATGATATAGTAATAAAATAATTTTTTCTATATATGTTGTTTGGTCCTTGGTGTATTCATG GTTTTGGTTCGTTATTATTTGTCTTTCTTTTTCAAATTCACATATGATTATTTTCTTTTA TGGATATTACTATATTCGAGTAGTCCAATTCTTATGATTGCGTGAAAGCGTCGTAAATAT ATGTGGATCTCAAAACAAATAGTAGCAGCATCATTAAATACCTATCGTTGTCCATTAAAA GATGAAGTAGACGAGCTCAAACGCCTTTTTTTTTGTTATATTATTACACGTGACCCTAAC TTTCTTGCCGCTCCATCTATATATTTAGTGTTTCTGTGATGGGGAAAATAATTTATATTT TTCATTTTTTAGTATCCATTACTATTAATTTACAAATAAAAAACTATGCAACATTCATTA ATTAGCAACAGTTTATATACTTTTCACTGTTGGTAATATATATTGGAATTATGTATGGCT GAGGAATAATAATAAATTTTATTAAGTATTTTTTTTTTTAATCAAAATAAGGTGGAGATC GATGGGAAATTAGTGAATAGAAAAATGCCGACTTCACAAAAAAGAGAAAAAGCATTCCAA ACTCGACGCCACATGAGACGATGCTGTCAATTTCTCCACCCTTGTTTTACTTTAATTTCC TCTTATATATACGATTAATTCAACAAACATTATGCTATATATATATATATATAACAAATT TACGTATCCTCTCTAATTCCTCTTCCACATTTAATTTGTCACCTTCCTTAAAATGTTTAA TTCCGGCCTTAGCTTCCTATCTTACATATATATATAGTTTGTCTTTTAACAGCAGAAACA ATTGTCTTTCAATTTCATCAACAAGTACATTTTCTTTACTGTAATAATTTTCAACAAGAG CAAGTGGAAATTAAACCTAAAAGGTTACAACTCAACGGCGCCAATTATTAGCCTAAGATA CCATTTTTACCATTGTCATAGAAACATGTGTTATAAATGTTATGCTCCACACATGCCAAG ATACTTTATTTTATAATACAATAGACAAAGTGATAGCTTTTGAGGTTAAATTAAATGTTT AGTTCAATTTTTTTAGAAAAATGAAGGTAGCAGGAGGACTTGTACAATTCTTTCTTTGAA CAGCATAGTAATCATCTGTGATTTAGTATTGTTTTCTTCCCAAAAATATATATAGTATAT GAAATTAAAATGCAAAACCTAGGAGTTTGCAGTAGCCTAGCGATTATCCCAATATCCCCT ATCATACAAGAGTGGCCTCTTTGCACAGTTTTATTTTTTATTTATTGACTTTTTACTGTT AGTCCTAAATCAATAGAAAATTTTATATACAACATTGACTTTTTTTATTCATTTCCGTCA AATCAGCTCACTAGAAAAAAATACAATTAAAATAGGTTTTCACTGAAATAGTAGGTAACT TTTTAATTTTATGGATGTAAACATTACTATTTTTTTCTCACTAATTTGTGAGAATAACCT GTGAATATTTTTAGTGGGAAATTCATAGAGAAAATAGTAATTTTGTGCAATTTTGAGCCA CAATTTTAAAGTATGTACGGAGCGTGATTGTGACTCCGCCGTTGGCCTGAAGAACATGTA GATGCTACTGAAAATGAAAAGAAACTCTTCATATCCAAATGCGTTGAGAGTCTATTTTCT TCCTTACACACAAAAGACTAGACTAAGTGAAATTGTATCTTGCAGATTGATGCACTTACT ATATATTTCCATGCATTGATAGTGTTAAAAAACTACATTATCAAGTTAAGTTTACCACAA TAACATAACAGACAACTCTTAAGATCAAGCTTGGTATCGTAAGCGCCAATAGTGTTAACA ATGTATATGTGACTCAAATTAATTCGTGAATTAGGATTAGGAGTTTGGAGTTTTTGGTTT CAAACGCATGGAAAGCATTTACACGACCTTTTCCTCGCTGAGCTGTTTTAATGGTTTACA AGTTAATGTATTTATTTAATTTTCTAATAAAAATATAATCTACGAGTGTAATCATACTCT TTTCACATTAATGCTACCTAAAAACAATAGAAAATAGTTCAGAAAAATAGAAGATTATCT GATCAAAGACATGCATACCCTGTATTAAATTTGAAACAAATGACATTACATAGCAAGAAT TTAGGTTTTATCAATTTCACTCCATATTTGTTCATTTCTTCACTATATATGTTTTGTGAT GTCATAGGAAGTGGATAGATTTGATAATACTGTTAAAAGTAAGTATGGGTAGAATTGATC ATAAATTTGTTAAGTGGGAAAGTGAGTTGATTGTAACCTAGAAAGACGCATTGCATTTAT CTAATATCCTTTTCATTCCGCTTCGACCAATCCCCTCTTGCGGATTTCACTATACTTTAT TTTTAGTTATTATTATATATCCGTCAGCTGGGCCGGCCCACCCACTCCACGAAACTTCGT ACAACTGGACCTTAGTTTAAGAGGTGAAAATTTTAGTTTTAGTAATAAAGGAAGGTATAA TTCCAAATCCCATTATAAAACTCACAAACTCCCAAACATGCAAAATGAAAAAGCCTCAGA TGCTACAGTCTGGACAAGCCGACGAATGACAACCTCTCAACTCTCAACTATAAAAATCTC TTTTCTTTTCCTTTTCGCCTGATTTTGCAACTTACATTTCTAATATGACATCAAATCATA ATAATAAAAGTTGATCGCAAAAAGCAGGTGTGTGGTAACATGGGGAGTTTAAAGAACGAC ATAATAAAAAATGAGGTTGGCAGTGAAATAACAAGTTTTAAGGACCAGAATTCTTACATC AAACTGCTTCCAGAGGACTCTCTTGCCTCTTCTGAATCCAAGAAAGTCACTCCTATCTCC TCGGACTTTGAACTCGATTGTGGCAGCTTAATACCTACCAGCCTCACTTTCCCTCCCGGA GGTGGCGACGATGATGATGTTGAAATCCAATCTCCTGATAACTCAATCTGGGAGTCCTTC TTTGCTGATCAGCTGGAGGCAGATTTCATGATCTCTTCCCCCGTCAGGAACCTTTCCTCG ACTTCGACTTTCTGTACTACTACTACTACTCACAATAACAACACATACACACATCATAAT CAGGGAATTCATGGGCAGAGCATGATGATGTGCTCCCCTCCTCGCTCTCCCTTGAGACCT AATAATTACAACTCCACTAATAAAGGCAAGGGACTTAGCCCCTTCCAAAAAGTTTTCAAC TCTCCTAATAACCAGTTCATGCAAATTGAGAGCTTTAACCTGCCAGCTCTTGAGAGTTTC TTAGATGATGATTTGGCATCCGAATATTCCACACTCAAAGTTTCAGATGTTGGATCCTCT TCCGAGTCTCTCTCAGTAATTCCTGATTTTTTAGAGTGCCTGGCGTTGCCAAATTCATCA TCCAATACGTCCGCTAGCTTTATGGGATCATTACTCAGCAACACATCTGTCGGACAAGTA GACGATGAGATTTTCCAGACGGGGTCTATTGCACCTCTGTCACAACAGCTACATCAAGAA CGACACCATGAGAAGCAACAAAAACAAATACCAACACATGTTCAACTACCATCAACACAA CAACAATATACGCAAATGATCAATCACAATTTGGTTGTTGCTGCACCTGATCAGGTATAC TTCCATCTATAATTTTCTGTTTCTCCTTTCTGAACGACACTTATCAAGGGTTTTACCACA TTAACTGTGAAACTGTATCCTCTAGTTCTCATGCAAATATAACATATATATATATATATA TGTTATATTTGCATGAGAACTAGAGAATACAGTTATATATATATATATATATATATATGT TAAAAAAAAAAGTAGTGCCTTTTCAAAATTCCAATGCTTCTGTTTTAGTGTTGAATGTTC CAGCTTCACAACAGTTGTTTTACTTTAGTAAATGCAGCTTAAATTGCAACATGTGTCTAC AGTGAACTCATATATCACCATGCAATTTGTCCTAGACAAAAGTTTTATTATATATGAAAG GAATTGGACATCTACTACACTGGACAAATATAAACTATTGCGCATGTCGCCAGATACATA GGAATTAAGTGCTAATTAAATTGTGCAGATGCAGGAACAGGACAGTGGCTTACAATTGGT GCACCTTCTCCTTGCCTGTGCTGAAGCAGTCTCCAAAGAGGACTATATGTTGGCAAGAAG GTATCTCCACCACCTGAATCGAGTAGTCACCCCAATCGGTGACTCAATGCAACGAGTGGC TTCTTGCTTCACGGAAGCTCTTACTGCTAGACTTGCCGCAACATTAGCCACTAAACCCAG CACCTCTGTCCCAAAACCTTTCAATCCTTTTCCTCCTAATTCCCTTGAAATCCTCAAGAT CTATCAGATTCTTTACCAAGCCTGCCCTTATGTCAAATTTGCTCATTTCACAGCTAATCA AGCCATATTTGAAGCATTTGAAGCAGAGGAGCGCGTTCATGTTATTGATTTAGACATCCT TCAAGGTTATCAGTGGCCGGCTTTTATGCAGGCCTTAGCAGCCCGACCTGGCGGTGCTCC TTTCCTTCGTATCACAGGAGTGGGTTCGTATCCGGAAGCGGTCAGGGAAACAGGTCGATG TTTGACAGAACTGGCGCAGTCCCTCCACGTTCCTTTTGAATTTCACCCGGTGGGGGAGCA GCTTGAGGATTTGAAACCGCACATGTTCAACAGAAGGATAGGTGAGGCTTTGGCGGTGAA TTCGGTGAATAGACTCCATCGAGTCCCAGGGAATTGTATTGGGAACTTGTTAGGCATGAT CAGAGACCAAGCTCCAAATATAGTAACGATCGTGGAGCAAGAGGCGAGCCATAACGGACC GTATTTCCTGGGTCGGTTCCTGGAGGCACTGCACTACTATTCGGCCATCTTTGATTCCCT GGACGCTACATTTCCAGGGGATTCATCACAGAGGGCAAAATTGGAACAGTACATATTTGG ACCTGAGATAATGAACATAGTTTCGTGTGAGGGAATGGAGAGAATGGTGCGGCACGAGAG GTTAGAAAAGTGGAGGAGGGTGATGGAAGGAAAAGGTTTTAAAGGAGTAGCACTGAGTGC AAATGCAGTCACACAATCCAAAATATTACTGGGTCTCTACTCCTGTGATGGTTATAAATT GACAGAGGACAATGGTTGCTTGCTTTTGGGATGGCAAGATAGGGCCATTCTTGCTGCCTC TGCATGGCGATGCTGATTCATTTCATTACTTTTCTCAATACTCTACTTTCACTTTCCTTC TTGAAGAATTACGAAAAAGTGTTCATTTCTTTCAATTATGACTTATTTCCATCATCAATA TACTAATAATTTTCGAAATTGGTCCCCAAAAGTAGAGTCTGGCAAGTGTCACAATGAATA AAAGATTTTTGCCAGTTTCTTTGCGCTACTGTCATTTTCTATCAGAACCAACAACGTGGT TACTCTCAAGATCAGATACCTTTTTGGTGTCAAAAGTTAAGTTGTAGCTGAGATAGAGCC ACAAACAGAGAAGCTGCACTGATTGGAATACACAACAAGATTAGATGCCTGCAAAGAATC AGCTTCTTCTCTTTTACTTTGTACCCCCTTAACATATTGTAATCTCCATCGACAAGCCAT GCAATATTTCACACTAATTTGCCAGTTACTGACTAAAACATGAATCCATAAATATATATT TAATCATACATCTTCTTCACAAGATGGTCCAAGTACATACACATGTGATGACCAGAGTAA ACGGATTAGTATATTATAAAAAAAATAGTTACAGCTAAATATCCTTCTGCATATCTCCAG CCTTCTCTGTAATTTTTATATGAGAAATCTGTGACTACAAGTATAAAGATACAAACTTTA TACAACAAACGTGATTATACGAGCATGCAATAGTTACAAATGCTTTTCAACAAACATGTA ATAATGAGGTATCATACAAATTATTGCTCCAGAGTCCAGACTTAACTTCACAGAGCAGGT AACCCAAGGATACCACAAGATCAAACTGAATCACTTGCAATCTCACAATATGGAGCACGA ACAGATGCTTTGATTTTGGTTCTCGTCAATCTTCTTTTCTGTTGACAAATACAAGTCTCA GAAACAAGAAAGGAAATGATTAAAGACATCAATGGCTCAACAACACAATGCTTGGACTGA AGATCAGAAACCGGGGGCGAGAGTAGGGAATAGGGTGTAACAGGGCCACCAAAGATCTTC AAATACAGAGCTCTCTATTAGTTTTAAGATAAGCACATTGATATAAATAATCCAGCTTTG AGTATTTCCAACTTCAACAAGTAGAACAAAACTCCTAAGAACTTAAAAGCCCACATTTTG TAGCTCCTCTACAAGTTAAGTGTCTGTGGTAATCTCAGGTCACACTATAAGTGGAAGATT ATTTCAATTGTAGCAAAAAAAAAAAAAAAGAAATTATGCACACAATTGTAACATAGCCCG CACAGGTCTTCAGATAATTCCATAAAAAAGAAAGCAAAAAGTAGCACTACTTGCAGGTGA AGAAGTTATAATAACCTATGCTGCTCGGACTCTTCAAAAATGTCGACCGCTGCATGTTGG ATCCTCCAAAAATAGTGTATCCGGAAGGATCCGACACGTGAGAGGCAACATTTTTGGAGA GTCCGAGCAACTTAGAAAATAACAACAAAGAAAAGATAGACCAAATAGACGTGATGAAAA AGATGCAACATCATCAATTGCACCTCAATCTCAAGCTAGCTACAGTCTGCTATATGGATC CCCGTAACCATGTTGTTCCCATTTAGACCAGCATCGATCCAGTTTTTGAAGATTTAGATT CACAACATTTATACCAGTGTACAAAACCATAATCAAAATCGTATGTCGATATTTTTCTTC CACTCTGCCATAATTTGCAGAGTCTACATGGATCCTGAGAGACAGTAGTTCAAGATAACT TCTTCTGTATGACTTTAGGTCTACCTCATCTTTTTCTAATACTTTCCGTTAGTGACCGGT GCATCAGGGAGTCGATATGGGACATCATAAAATTCAATCAAGCGACTTCTTCTCATTTTA TCCTCCAAATGTGTCACTTGCACCCCATACCGAATATGATCACCTAGTATTTTCGCCTCC ACTAGAATATGAACCTGAGACCCCTGGTTCTAATTCCACTTCATTGACCACTAGGTCACA CCCTTAGGCAGTGGCGGACCGATTTTCGTTCAGGAGGTTCGAAAAATAAAAATATAAACG TGTAAATAAGCCTTTCGAAATGGGCCCTTTGAATTTTTTTGGGTTTAAAACCACACTTTT GGCACGTTTTTAAAATAAAAAAATGCTTGAAAAACAGAACTGATTTTATTAAACAAAAAT AAACTGAAACTATAAAGGAAAATAAGTAAATGTTGTTGCAGGGATTCAAACCTGGGGCGT GCACCTTAATATTCAAAGGTCTTACCATTGAGCCATCTATTTTTATTTGTTATTGAGGGG GTTCAAAATATATCCATCTACAGAAATACAGAAAAATTACCTTATATATATCGTGTATTT TTTTGCCGAGGGTGTTCGGGTGAACACCCTGGACCCAACATGGGTCCGCCCCTGCCCTTA GGTGTATACTTGTATCTTCAGAGATAGATACAAGTGTTACATGTGAAGGATAGTTGATAA TTTAGTGGACATAAGTTCATTGAATCTGTTAAACAAGTATAATGTTCAAAGTAGAAAAGA AAATTATGGATGGGATCCAAAAAATGACAAATCATCACAACCCCCTTCTTTCTTCTCATA ACTATACACATTTTTCCATACCACATGAAAAAATGCAACTAAACAATATCTGAACAACTT ATACTCTTGCCTTGAGAGAAATGCCAATCTTCAGAAAATCTTATCAGAGACAATCGACAT CTCCAGCATAACTATGTTAGGCACATATTATGTCAGAAATAAGATTTGCACTTGCAACAC TGTTGCTCAAAACAGACATAGAATGAAAACATATTGCGTAGTAAAGGGAATCTACCTGAC TTTGCTTTAGCTAAAGATGGTTGTACAACAGCATGCATGGTAATTATTCCATTTGGTAGC TCACCAAAAGGTGTCTTGCATTGACCAACAGTCCTGCTGTTTTCCAAAATTTTACCAGCA CATATCAATTTTACATCATTTGCCACCTTAGGTGCAACTTTTTTATCTGCAACAAAAGCA GTTGAATATTATCAAAACATAGCCTAGTAACCATATAATAAACCAGCTCGGATGAAGACC TGTTTTCACAAATCGCTGCAGAAAAAATGGACCGTGCATAAAGCAACAAAGCATAATATA GACTATAGAGGAAGATGTCAAATGTCAAAATTCAGATGTCTATTCACAATCTTGCACGGT ATCAGAGCAAACATTAAGGTGGTTTTAACCAGGATCAAAATTAAATCTCTTCTACCAATA TATGTTTATAGTTTGAAAATATATGGTCTTGGGTTTACCGCCAGTTAGATAGGAGTTAAT TTAAGACATATTGAAGGTTCATTCGTTAAGTATAGAAACCTAAAACTGTCTCTTCTAATT CGGAAGGATCTTGTGTCCCTGACTTTGGCTCTAGAAGAACTTTACCTATAGCTAATACAG AGAGCTTTTAATTTTTGGGTGATCTTTTTTCTTTACTTTTGTATTTGAGTGTGCGGGAGG GAAGGGACATATTTGTCCAGGATCTTCAAATCCAAGTCCCTCATCAAAAGATTCACTTAG GCTCACCCTACAAAAACAACAAACCCAGTGTAATCCCACAAATGGGGAGACTTACCCTAC GGTATTTGAACAAATTTTTGACATCATTTAACATAGCATTCTTTCCTATGTTATCATCCA TATAGTTATTTATCATAGTTAGAGTTATTTTCCTGGTATTAGATATAAATTGTTTGTTTT TGCTGCTGGTCAGCACCTATTGAGCAATGTACTTGGATTGTGCTTAGCTAAGAACCAATA GACCATGGTGCTTTTCTACGCTTCTGGCCACTGACAACAATGCGCTTACCCACGAACAAT AACTCCAAAGGTCTGTGGGTTCTTCTTCATGATTTCCCAGGAAAAATAAGTAGGGACCAA AGTGCTTGTCAATCTTCAATAAGAATCATTTCTATGTCATTACCTTGAATAAGTCCCCTT TCTACAAATACTCTCTTCATATTTGTTGGTACTCTCAACAAATACTTAGCAAGGCTGTCA TAAGTACCCCTGGATAGCCTCCAATGGTACACATTGTATGAGTATAATACACTTGTAGAA TTCAGTACATATCTTACACTTGGCATACATGTGCCACTTTTCACGTAAGACAATATCAGT CATGCAATTTTAAATGTCTTTGGTCTCATTAGATCTACATTTGAGTCACTCCAGTGATGG TGTTGATTTTGATCTTAAAGATGGATAACCAATATATCCCTGCTGCCGGTTGATTATCTA AACACTGGAATATATAACTGTAGTAGTATGTATGAATGCATTGCCTTCATGTGATTTTTC CACAGATAATATGTACGAGCGAGCAATCATAGGTGCAAGAATGTTTGGCTTATATGAATA GTTAACTAAGGGTATGCTAGATAAGGTTCTATCATGGAAGGCATATGCCTGCATGAGCTA CTGGTTTGGATAAAGAAACTAGCAATACATAGCATGAGATTCTACTTCATCATAATTTAA CTTAAAACAGAGAATACCTCACTACAATTCTTGCCTCATAAAATTCCGGGGAAAGATACT TTCTCTCATTACTTCAGAATCAGGCATTAGCACTTTTGGGTTCTCTACTTGTAACTTAGA AATTATGACAAGAGAGTTAGTCAAAAAGAGTGTATACCAAAAGTCAACTTACAAACAAAT TTTCAAAGCAGAGGGATGAGAGGAAACATTGTATAAATAGGGGAAGATGAAGAGAAAGGT CAGCGATGCGAAGATAAAAGAGTAAAGGAAAGCAGAAAAAGAACCTTTGGGCCAGTCGGC GACAATCCTCTCTTTGAGGATAGCTATGGTGGAAGTGGGTGCGTATTGAAAAGGACCAAT ATCTGATCCATCATACAACCGAAATTTGAGTTCAATTAAGTCCTCCTCCGGCATTTGAAA TCCCCAGCACTCTGTTTAACAAACGAACCTCCAACCTCTTGACTCCCTATTATTTTTCTA AGCTACTACCAAGTATAAATAATTAGACAGTAAAAGAGAGGGAGGAACCCTAGAACCCAA TCAAATTTATCAAGGAAAAAGAGAACGCGACGACTTCTTTTTCCTTTTTCGTTTTCTTTT AATAAAATAATATATACATACATACCAGCAGTTATAAATTTCCCTTTTTTATTTTTATAA CATCTGAAATTGAGTTTGATAAATAATCAATGGATGAGGTTTCTTTGTAATTGTAGATTG TGACTTGTGAGAACCAGACACTATTTTACAGTTGAGCAAAAAAGACTGTACGTATTTGAA TTTGCTAACATCTGAATTTTTTTCTATTAAAAAAAAATTACAATAATAAATAACATGTTA CTTGCATTTTAAAAAGTAGAATAGGTTCTCTGGTAATTAGTAGTGATGAGATGGGCATTA TTTTTGCATCTCTATTTCATAATAACATAGGTATGTTGGTGTATTACTTTTAAATTAGTT AGTAGAATAAGAAAAGAGACGGAAAAAGGTTAGATTTGAATAGTGTGAAGTTGGGTGATG AAATTAAAGCACCAGCGTCTTTTATTTTAAAGTGTGCCATTAATATATCTATATATTCTG TTGAAGCATACGGCTCATGCCTGTTTCATCCAAGGTCATTTCCCTGTTTATTTGAGTTGT GCTAGCTCCTAACTGTGTGGCAACTTCACATGTATTTCACAACTCTCTCTTCCTCCTTAA TTTCTTTGACATGATTGGAACTTTCAGCATTTTCCTGATGATAGTGACTTAAGGGTATCA CACGAATGGAAGTAAACAAATCTGTATAACCAACGCTCATTATTCACTTGCAATCTGAAA ACCTTAAATTAACACTCACTTACATAAAACAATAGCATTGCTTCATGCTCAAATAAGCAC TCTGCATATTGCTATGTTGTTTATATCTTTTAAGTAATTTTGTCCAGTGGCGAATCCACG ATTTAAAGGTTGTGGTGTTCACTTTCTTTAACATATAAATACGTTAGCAAACACATAGGG TAAATTAACATAAACATGTTAGCAATTACCTATGGTAAATGTATACTAACTCAAACTCTT TAATAAAAAAATAAATGTATATTAACTCAAACTCTTTAATAAAAAAAAAAGTAAAATAAA TAAATAAAACAATTCATCAATATTATCATCATAAAGAAATAACCTTTATTGATAAGTCAC AATGATCTATTACTAATTATCAAGTCATAATTGTTTTCGACGACTTTTCATGTTTCAAAA CGATAAATAATAGCATCATTACTTACATTTAAGTCAAAACAAGTAAGAATTGATAAGGTC AAAACAAGTACAAAATTCAGAGTTAAATAAGCCCTTAATTAGAAAAAAAATTAAAAAAAG GTGTAAAATTCGTTGGAAATTTTTTTTTAAAAAAAAGAATAGCAAAAAAAAGTACAAAAT TCGAAGTTAAATAAGCTCTTAATTAAAAAAAATAAAAAAGGTGTACAATTCGCTAGAAAA AATTTAAGAAAAAGGAATGTGGCTGGTGGGAATCGAACCCTTGTCATTGGCTTCGCACGT CTTTTACTTTAGGGTATAAATCAGCAGACCAATAACTACTTTTATTTTAAGGGTGCTCAT TCAAATTTTAACAACGTATGTATCATATTTTCTACATATATAAAAAAAAATTAAAGTTAA TAGGTGCTCGATCAATCGCGTCTAACTTACTTACTGTGTCTCCCCTTTAATTCTCCAATT TCCAACATGTTATGGGGTTCACCGACTAAACTTTTTAGCGGAGGAAGGTATAACTTTAAG TTTGGATGAGTTAGTAGTATTTTGTACATTGTGGTTTGATAAAATGAATTAAATGTTAAT TATAGAGCCATGTTAAAGTAACCCTTTTGGACATTTGCTCACGTGATTAGTGACCCAACA ACCCCCACACATGAAAATGGGGACTCTACTAACCCTTTAATATCAATACACTAATTTTGG ATCACCTAAATCAAAGGGAAAAGATAGGTCAGCAGTATTAGACTATGCAACTTTAGCCGT GAATGTTATTCCCAAATTGCAGGTTCGACTAAACTGTAGTTTCTTACGCTCACAAGTACA CTGTCAACCAAATAAATTTAAAAATCTAACGAAGAGATATGTCTCCATCTATGTCGCTAC ACAATTAATTTGCAAATTATTGGTCATCATTATAAAGTTGAAATAAGGCTTCCTTGTTCT CACCTTAATAATGAAATTTGACGGATGGCGAGGACAAGAAGAAGAATCTGAAAAGTCTGC CTGATAGGAATATGAATGCGGGAGGGCAGTTTTCACAATTCTACCGCGTAATTGTACAAG AGTCTCTTTATGGCATGACACATACAACATGTAATACAACCACTGCATTCTTTGAAGCCA TTTCTTCTACTACTTACTTTTGCTTTTGGAGAAAAACGGGTATGGCATTTGTGGGTTTTT TTTTTTTATAATACTAGAGCAGAGCAGCAAAAATGGTGTCTGATTTCTTCCTAGTACCAA CAGCAGCAGGACAGCGGAATAATTACCTTCTTCTCCCGAGATATGGGGAAAAAAACCAAA ATCAACATTCATTGAATCTCCCTTTATAATAAACTGGAGAATTAATTAGCAATTGAACAT TTTACTAATATTTCCACACCGACTTCTTTCTAGTGCAATAACACCAACAACAACCTCCAA TCTAGAAACAAAAACACAATATAAAGTTACATAGTTACAGCCTAATCTTTCTTGTACATC AGACCAGTTAACCAACACAAGCTATGTATAGCTCTAAAATAACAACCTACGGACGGCTAA CTGGTGCCATCGGCAGGGATGAAGACTGGTGGCTATATAAACTACTATCACTTGAATAAC CTTGATAACCAATTGTCGCCGGATATGTGAAAGGAGAAATCCCATTCACTGGAGGGACAA AACCACCCAATGTTGAAGCTGGTTGCACTTGCTGGCTTGTTGCGTAAACAAACGTTGAAC TAGGCAACTGCCCAGATGTCTGAATGATCTGACCTGCTGGATATGGCTGCATAGGAGGCA ACGGTGCCAATGGTGGAGGCGATGATGGTAGAGGAGGTGGTTCAGTTGGAGTTGATTCCC GCCCAGTGCTTGCAAGATTGTGTTGTACTGAGTTTGGCTGAGAGAAAAATGTAACCGCTT CTTGAGGATTCTGAGAGGGAGCATAACAAGAGCCATCATTTTCAAGCTTCATCCTTTTCT CCGGTTGATTATCATGCAAAGATTCTTTAGTTGAGTTGCCTATGACACCCTCCGATGCCA AGGATGAGAGGACATAAGACAGCATCTGGGCTGAAGATGTTGATGCAGTCAGCTTTGCTG CCACTGCAGCAGCCGCAGACTTCATATCTTCCTCAAGGTTGCCAGATTTTTCATAAGATA CCTGTCGAGTGTACATCACTGGAGCAGATTGTTCGCGATTTCCAGATATGAACGAATGTG GAGCTTGGGAGGTGTTAGCTTCCTTTATATTCTGCTCAGCCAAGATTTGCCCATTGCCAT CAAAATTCAGCAACTGTCCGCAAATACTCCCAACCTGATCTGCGTGGGACTGAGCAGCCT AAAATCCAAGTAATGAAACGTCACTACACTGTTTATTAGGAATATGTGTGACCCAGAAAA GCTAGCAGGATAGCATTATATACTAATGTGAGAAGTATCACTTCTTTACTGGGAAAGTAA AAAAAAAATGCACTGGCTATTCCTTCTCTAAATTGTGACTTTTGATGAATAGGAAAGCTG GTAGCTCCAATAGGATTTCCCTTCCCTACAATTTTTTTCTTATCAAATAAAAAAGGAAAA TAACTCTGCAAGTAAGCATGAGGTATATCTCTCATCGTCTACTCAACTATATTTGATTCT CTTTGAAACCAATATCATGTAATCTATGACAGAGCAAAATCAAAAGTTCACCAAAATATC ATAACACATCAAAGAGGAGGTGCATCACAGACATTTACAGAACTCAAAAAATGACACAAC TGGCCATCCCACAAAGACGTATATCATGAATTTAGCAATGACCATTTCAACAGATATAAA TAAGCACATTATTTACCTGAAGATGATTGCGTACTTGATCCAACTTATATTCCTGAGGAA AAACCCACGGACCACTTAATCAGGAGCAAAAACACAAAAACAAACAGAAAGATGGAAATG ATGCACAACAATGGGATGACTAACCTGCTCCTGGAGGACCTCTCTGAGATGAGAGATGAG GTTTACCCTGGATGACTCAACAGTTGTTAGCTGCTCAACACAGTCCTTCAATATTGTGTG CTGCCCCTTGAGCTCATCCACTATACCAGATCCATTAAGATGGCCTGAAGGGAAAGGGAG GAGGTCAATAGAAAGTCTAGTGTGACAAATAACAAGTATCAAATAGAAACAAATCAAACT ACATTTTAACAGAGGAAATATAAGGTATCATAATATGGATTAGATAGTTGAAAACTAAAG ACCATAATACTGTGTGGTTAAGTATTACATTCAATCATGCCCATGAAAATCGGCTCCTCT GACTAGAAATAATCCCTATACATTTACCTAAGAAACACGATTTAAATAAAGCTTTATAAC TTTCTCTTTTTCTCCAAGTAAGACTGCAAAAGATGATAAATGGCTCTAATGGTGAATTGA CTGGGAAGAAAAGTTTCTCTGTAGAGGAAAGGAATAATAATTTTTGCAGATAATTATCCT ATATGCAGTCATGTCCTCCTCTACAATAATAAAACACATACAGTTTCCTTAATTCCCCAG AGTTGAAGACTAATTGAATTGGTTACCATTACAGCAAACAGTAGGCAACACATTTTTATT TTCAAAAAGATTATACAGAGCATGAGCCTAAGCAAATTTTAAACAACTACTGTCCTCACA ACAAGTAACTTCAAGAGATTTGAGTGTTTGAGCACTTTTAGCTAAAATTGATACCAAATT TTTCTGTTTCATTTGCTATTTTGTCATAATAAGCAATGCATATATGATGCTCCCAGCAGA ATAATTTTGACGCAAGAATCCAAAACAGGAAATTTCCAACATTTAGTAATCACATTCTAT CTCCGCCTTGATCACATACCGGGTTGTATAAGTCAACTTATATGTTATTGTATTAGAATA AAAGAGAAGAGTGAAAGATGTTGGAATTTTGAGAAATAGGAAAATATCTGCCAAACCAGT CTAGGATTACATTATTTATTTGAAGAAGTAAAACTTGGTCCTCAGTTATCTTTGTCCAGA CCTAAAAGAAGTGTCAAAAAAAGAAGGTACAGAACCATGAGGTATCAAGTTTAAATTCCA GCAGCCGCCCAAAAAACTGGTTTCTTTTTTTTTTTCTGATGAAGAAAAACACTGGTTTCT ACCAATCTGCCTAAGCCTTGGTGGGCAAAGCTACCTGGTGCCTGTGCTGAATGGAAGTAG TAGGTACCCAGTGAAATAGTCGAGGAACACACAAGCTAAACCGGACATCATTATTACAAA AAAAAAAAAAATCTCCTCTTTCCATTTCTATTTCAGCAGTCGTACCTACAACCCTCTGGT CTGCCACGTAGTACTCGAGTGCCAACCTCTGTCTGTGAGATTACATATTCAAGCATGTTT AACCTTTTAAATATTTTTTCGAGTAAGTTTTACTTCTCTGGTGAGGATCTTTTTTCTAAT AAGTCTTTTTCCATGAAAATTCAAATGAGGATCTTTTTTCTAATAACTCTTTTTCCATGA AAAGATTCAAGTCCTTGTACTGAAATCAAAAAAGTATTTCGGCTCAGACTCTCAGTCATC CCTTTCCTGATAAGGTATCCCAAGGCTTTTTTCTCTATGGAACTTCTTAATCAGCCAGAT ATAGAAGCAAAACAAATAATTTGAAACTAGACATGTAAGCAAAACAATTGAATGTAGCTT TTTGATTGGTAAAATTAAGAAATCGGAAGAAGCAGAATGGCAATGAAAAAAGGAAACTTC AATTGGGGATAAAGGAAGCCAACAAATGATGATAAGCCAAATAAATAAAGAAGTAAAATA TCACAGACATGCACACACTCTTGGAAGAAGGAAGCCCCTTCTTCCTACTTTTGTTTAAGC TAGGCATAAAAATTTCACTCGCCGGCCAGCAAATGCTATAAACATCCAATTCGAATATTT AGACAGAAAACTACCATATATTAGTGAGGTCACTTTAGTTTTGTGGAATTAAAGGGAATC CAAGTAATTAACCCCAGAAATTATTCATTTAAACAAAACAGAGTTGTATGGATCAATTGG AAGACAATTGTCTGGCAACTAGGGAAACCCTCGCAAAAGGAATGAGTTGTTTCTTTGGGC CACTGCAACATGAACTGGACAAGCCAAACTATGTTAGGCACATATTACAAGTGGAAAAGA AAGGGCACCTGGATTTAAATCACTCCCAATCTTCTTATCTATTTTTGCAACACAGCTAAT AGCATTTTTAGCTCTGCTCAATATCGCATCTTCATCAATTTGACCACCATACAATATCTG ATAGCTTGAAACTATTTTGTCAAGGGCATCTCCAGCTGAGTTTCTCTGCATACCAAAGAG TTCAATGAGAAGGTACTATCATCTTCAAATATATAGAAAATAGAATGAACAGCTAAAAAA AATCAGGAACAAAAGACCAGGATGAAAAGCGAGATCTACCACTTTGCCTCCACTATGCTT TCCATTCCCAACATGCTTTCCAGCAAACTCTTCCTTCAGGATCTGCCCTCGAGAACCAAA GACTTTTCTCTCGTCCCAGATACTGATCTGTGGTTATCAGGAATAAAATGGAGCATTAAG ACGGGCAGCATGTCAGTCCCACAATGCCAAGTCAGAATAAACTCTACCCAGGATAAAAGA TTTGATATCAAAGAAAATTTGCATCTAATTTATTCATGCTATTCAGGTCAAATTACAAAA TAAGTGGCTAATCAAAATTAAAACTCATGGCTACAAGAATTGCAATCAGTATAACCATAG TATAGGCCTCGCAATGCATGTACATATCATAAGTTCAAGAACATCTTGTCAGTCCTCAAT ATATTTGTAGGCTCTTGAAGATGAAAATGCAATAGGAATCACCTTGAAAATGTAGTTTAG CTAAGTGCTGGAATCAAACATCTTATATCTATGATCTAGAACAAGGTCAACTAAGATAAA CCAGGAGGGCGTTCGATGTGTAACTCATATCCATACAATAGTGTTCGTGTTTATCCTGAA GAAACTTTCATCCTGAACGCAAGTATTTCAAGGGTAAGAGATGTGAATGCAGGGAACAAT TACTTTATTTGTCGAATTACCAGAACAGATAAATCTACTAATAATTGTTATTTCATCTCT GACCAACAATCATAAAGCACAAAAAGGTGTTGTTTCGACTCCACACATTTTTAGCCGGCA ATAACTGTTTTGAAAGGAGCAGCCCAGCCGCATTGCCTAGATACACAACAGTAATAAGAA TCATACTCAATTTCCATTTTCCACAACTACTGTTCTTACAAATGTTACTCCAAAAAGAAA TCGAACTACTAAAACTTAGTGCAAAACCGTGCAGGACACTCAATATGATAGGACAATGTC ATATGATCAGAAAGCATTGACCATATTCCTGCTTATTCATGGCTAAGACTTGACCAGCAG CTTATAAAATAAAAGGTTGATACATAAATCTTGAAATCACAAGGAAAGGAAGTTGTCCAA AAAGACCTATAATCTATTAAATTCCATGTGAACTTTTCAAGAAGTTAACACAATGGGAAC ATAAGATTCATATAGGCGATACCAATTAGTTGTGATTTAAGCTTAAGTTCAATAAATGCT AAGAATTAGTCTGTTTGGATATTTGTATCCCAATAAAGTCTGAAAACCAATAATTATTAA AGTACAACAAATTATTGATCATCGGAGTGAAAGGCCCAATTGAGTGAAATGGATAGAGAG GATTTCTGTAGCCAACCACAACTAGCTTGGAGTTGAGAAGTAGTTGTTATTTTTGTTGCA CGTAGATCTGTAGAAAAATGAAGGTTCGTCCCACTTCTTACAACAAAAACAATCCAAGCA CACTTGGTGGACTATATGGACAGAGAGGAATCTTAGGGCCCGTTTGTCCATAGGCTTCCC AAATAAAATTTGGAGGGAAAATTTGGCAAATAGTGTTTGTCCATAAAATTTACCATTATT TGGCAAATAACCCAAATTCCCAAATACTAGAAAAAATTAGTATTTGGGTCAAGTTTCATT ATTTGGGAACTTTTAATAATTCATATTCTACACCAGACTTTTATCTTTTACAAGAATACC CTTTATAGTAGTTGTTTTCGTTGTTTTACATAATTCTTTTACGTGAACATCAAAGTAGTG ATGGAATATACCGTAAATATAAAAGTGATGATGTGGTTGTTGATGAAAATGATGAACAAT CCATTTAGGGTAGCAAAGTCATGTGCTATGTTATACAAACATATGGTTAGTTTTGGTAGT TTTTAAAACTTATGAGTAGAAATTATATTTCTTAAAAAGGTGAAATATAGGCCAAATACG TAGTGAAATTTCACCCAAATAATATTTCCCAAAAATATTTGGAAATCTATGGTCAAATGC TAGCTTAGAGTTTCTGAGAGTGAGGGTAATTGTAATCTGACTTCGCATTTTTGGTGTAAT CAGGTTTACTCTAATGAAACGGTCTCTATCATTGATGTTTTACACTCATTATAGGGATAG GGCAGTTCTCTCAGAGTTCCTTGTGTAAATATCAATACAACCATGTACTGATTTACAGAA ATAGAAACAGTTGCCAATTTCAGAATGAAAAAAAATCACAAAATAAATAGGAGACTCGGT TAAGTTTTTTTAGCCGAAGTTTTCTAGTTTCATATCTTGCAAACTGGGTAATAAGGCTTT TCACTTCAATAATGGGCTTGCATATCTTTGACAATGAGGATTCAAGGCTCAAAGCTCCTA AGTTCAATCTCTCAAGTAGCAAGTAGTCTGACGTAGACTTGTATTTATTTTCTTACCTTG TTGTGGGTATCATGTGACATATTCATGATTACTCATCATTTGAGCAATACACCTTTTGTA TTCTCCTTAATTTGATGCTATCGTACTATCATCGCTTCTCTCTCAGATAAATCTACAATC TAGTATAGTGAAACTAAATACACCTCCCTCTTGATTGAATGTTACCTATTTACTTGATCA GAACACCATGTATAGGGAAATCTTAGGGAATCTTAACAACTCAAAGAAGAGATTTGTCAG GAAATTCAGAATTAGATGCATAGGTCTTCCTCTCGGAATACTAATCATCCACAAATATGT GTCTCAAATGCTACACACAAATGGGTGAACTAAAACTAATCAAACTCATTTACCCCCTTA TGGCTACATAGTGGAGCTAAAAATAAGGAGCTAGAGAAACATACCAGCCGCAAAGCAGCG TTTCTTCCAAACTCATTTCCATTTTCAATAACATCACGAAGAGCATCTGGAAGAACCTTC CAAAATTCAGCAACAAATTCTGCACCCTTTCTCCGACTATTCTGAAGGATGTCATTTGCA AGGTAAAGAAATGACAATCTCTGTTCACGTGGTGAGCAATGGAATTGCTGGGCCCAGGTT TCCACAACTTGTTTTGCTTTGGTCATGTGAAAAATACACCAATGTGATAAAGCTAGTTGG AGTTGAGGATTACAAAAGCAAGCATTAGTTAAATAAATAATTGCTAAAGAAATAAATGAG AGAATATTTTTTCCTACTGTACCCACAAATTCAAATTCAAGAGAACGGAAGTCCAATATT CTATGATAAGGAAAAGTCACAGCCGCTACCCTTTGGGTGCGCACAGGGTAAAACCTCTGG TTCTATGTAATAGCTCGCAAACCACACAGGAGATGTTACCCGTACTAGGCAAGTCTGATG CAACGAGCTCAACCCAAAACACAAACAACCCCATGTTTTCGCCGGCAAGGGTTTTCGAAC TTGAGCCCTCCAACATGTATGTCCCAAGCCCAAACCACTAGGACACCCCGAAGGGATGAC GAAAGTCCAACACTAGTCCTCAATCTTTTTCTTATCCACCAAATTAAACAAAAAGAAAAT AACTTATTTTTTGTTCATTATAATCTCCTTTGTTTCTCCCTAGTTTTCAAACATGGAGTT AATTTCCATGCCCCACCAATTTGTTTCCTGAAAAACTGGATCGAGGGGATACCATAAGAT CAAATTATTATTTTACTTAAAAAGAAAAAATTTAAGATCAAACAATTATCTAAGTAGCAT GTAGAAGTTAATGGATACTTTCAATGCTTTGCTGTGAACTATTAAGCATTTCCAGCTTAT CCACCAAAATTTGCGTATTGAATGTGCTCCCCATTGTTTCGGAAGCAATATTCATCAACT AGTAAGCCGCAAGCAGACCTTTATGAGAAAAGAACACTCTGCCATAAACAAACTAAATAA GCACAATATCACTTTTGTGGGAGCGAAGAAAAAGAATTTGACTAGATAATAATAATTTAG TAGGACAAATCCTGTCAAATCACAAGTATAGACATGAGAATGATGCCAAATTTAGAAAAA GGAAGCACTTTTATGGGTCAAAGGATCCATGTTGAAGAAGCGGACAAGAATGTTTCGAAG CAAATAAGTAGTCTATGTTTACAGTTAGTCTCTTAACAATATAGAATAGTCCACAAATTG CATTCCAGGATGCCTGTTATGTGTCCTGACCACTTAAGGATAGCTCCTGAAAAATGAGTC CTTACAAGTAGTTCCTAAAAAGCTACCAAATTTTTTTTAAAAAAAAGGGGATCTCCCAAC GGAGTATGGGGATGATTTCTGGATTTCTGGCAGCTGAATATTTCCCCTAAGATTCATTTA CCGAATAGCTCTTCAGATCTCATAAAGGATACATAGATGTAAAACGTATTATAATGTTTG CCCTCTAATATATTCCATGCTTGCAGTTGCAATTCATTCTATTATACCATTAACGCTTTT TTCGAGGATAAAAAGATACCATACACACATTGTGTGCATCTCTGTTTAACTAGAGCAAAT ATAGCAAACTGAACCAATTTAACACACATTCACTCCCATAACTTGCAAAGAATCTTTGAA AAATCAAAATTGTAATTTAGACAAGCTTTAACAATTAAAATACCATTCTTTTGATCAACT TAATAGTTGAAATAACATTTAATGTCCAATTGTACCCTTTCTAAAAGTTAGAATTAATCA CCAGCCATCCCAATCCTACCTTTTGGAATTTTGAAAAAACAGATAGGGTCTATTTGCTGC CCCAGTTAAGAAAAGATTGGATGTTTAGCCTTTGAACATTGGATTACTTATGTTTACTTA TAAGTTTCTCTCTAAAGTCTAAACAAAAAAAAAAGAACAGAAGGAAAAGTTTTTTTAAAA AAAAACAAAAAAAACTAACATATCAGAATTGGCATGTGAGTTCAATTCCTAGGTTTCTAG GGTTAAAGAAGCTCGCAAACAAGAAAAATCAAGAATTAAAAAAATATATATAACCCTAGA ATCAGAATAAGGTGGGGGCAAAAAAAGGAAGAAGAAAGACAAACCAGAATGCAGCAGAAG TGAGTAGCGGCGAAGGGAATTGTAAGAAACAAAATCAATTCGTAATTGAACCCGACTTAC AGAGTAGTAGTTGTTATTGTTGTTGTTGTAATAATACACTTCTTTTCAAACTCAAAGCCC ATATCTAACCAAACCAAGTTGGGTTTAGCTTCCGCTCGTGAACCAACCTCTCCAATTTCC GCACCTCTCCTTCCTTACTCATTTTAATTACCTTTATAACCCCTTCTCTTTCCTTTTTTT TTTTCTTTTTTTTTTTAATACTAATCTAACAATTTCAGATTAAATAAAATTAATACCTTC ATTTAATTGGAAATGTTTATTATGTATTTGGAGGCTCAAATTGGAAAAAATTCATTGATT GAACATGGAGATCATGTTCAGTACAAAATCATGAAAATTGTTATTTTTGTTATACTATGA GTATTGCAATGTCATGAGGTTTGTGTATATATTTATGGGATATTTGAGAATTATGAGATT GTTCAATTAAAGAAACTTTGTTGAATTCTACACCCCATGTGGAGGCTATCATCCACTCGG TAGTTAGGTTTATATAATCATCCTCTCAATAGTTAGTATAGTACATAAACAAATTCTTTT TTCTGATTTCATCAATAACACAGCCATGGAAGAATTTTTCACAACACTAATATATGAAAT TTTGAATGAATCAGAGGCAGTTCTGCAGATAATTCAACTTCATAATTCATTAATCTAATT TTGTGTTAAATCCTATAAGAACTAACGTAGCTTAGACTCGCATCAGATTCTAAATTATTG CGCAAACCTGTTTGAATGAACTTAAAAAAACAACTTTTAAAAAGTATTTACATTCATAAG TAATAATATTTCTCTATCATTCACATATTTCTTTATCATCACAAATTTTAATAATAATAA TAAAAATAAAAATAATGTAACAATAAAAAAAAAATTATAACAATAATAAAAGAATTAAGG ACAAAAATGTAATATACTTGGTCAACATAAAATGAATATTAAGTTGGAAAAAAAAAACTC CTCATCTAGCTTTTAACTTTTGGCTTAAATAAATAAATCAAATGAAATAATTGCTGCACA ATCTAATAAGTTAAAAATCAAGTCAGTTTAATCAGCTTTTAAGGGCCAGTTTGGATGGGC TTAATAAAAACAACTTTAAAAAAGTACTTTTGAAAGTGCTGAAACTTATTTTTAAAATAA GCAGTTATGCGTTTGGATAAAAGTGCTGAAGTTAAAAAAAAAATTGTTGATGTGTTTGGC AAATAAGTGCTGACAAACAGCTTTTTAAATCAAAATGTCTGAAATACCCTTAAAAATTGT TAACATAATAAAAGTTAATTAATTTATATTTTACAGCCATCAATAATTATATTTTGCTAT CATTCACATATTTCTTTCTCATCACAAATTATTTATAAGAGGAATATAAACTTATTATAG ATTTTAAAGATATATAATTTGAATAGATTAAAGAACGATTTAAGATTTTATTTTAGTTTC ATCCATAGGTAATAATAATTGTTTATCATTCACATATTTCTTTATTATCACAAATTATTT ATAAGAGGAATATAAATTTTTATTCAAGTTATATGTGCAACTAATTTTACATTTTATTAA TATATAATTTGAATAGATCATTTGAAAGATTTATGATTTATTTTATTTTCATTCATTAGT AATAGTAGTTGTCTATCATCCACACGTGAAAAAGGAAAAATAGAAGAAAGAGATGTTAAG GTTATGTGGGTAATTTGGAGATTGTATAAAAATATTAAGGGCAAAAAGATAAAAATGTGG TCAACTTAAAACAACTTATAAGCTGGAAAAAAAAAAAAGCACCCCTAACCCAGCTTTTAA CTTTTGGCTTAAAATAATTTTTTTTTAACTTAAAATAAGTTATTTTGAGTATTGACAAAC AGCTAAATAAGTCAAAAACCAACTTTTAAGTCAGTTTGACCAGCTTTTAAGCTGAGCCAA ACAGGCTCTAAGTCCATCCAAACAAGCTCTTATAATGACTCTAATTACTTTTTAGTTACA CTTTTATTAGCTTGATCTTCTCCAAAGCATGAGAAATATTTTATTATGTATGAGGCACGT CATGTCATACTTGTATAAGACATTGTTTGATTGACAAATGAATATAGATGGGACCCATTT GTCAAGCTAATAAAGGAACACTTTTAAAAGCCTGTTTGGCTCAGCTTAAAAGCTGGTCAA ACTGACTTAAAAGCTGATTTTGACTTATTTATCTGTTTGGCAATACTCAAAATAACTTAT TTTAAGTTAAAAAAACTTATTTTAAGCCAAAAGTTAAAAGCTGGGGTAGGGGTGTTTTTT TTTTTCTAGCTTATAAGCTGTTTTAAGTTTGACCACATTTTTATCTTTTTGTCCTTAATA TTTTTATACAATCTCCAAATTACCCACATAACCCTAACATCTCTTTCTTCCATTTTTTCC TTTTCACGTTTGGCATAGCAACCTCAGCACTTTTATCCAAACGCATAACTGCTTATTTTA AAAATAAGTTTCAGCACTTTCAAAAGTACTTTTTTAAAGCTGCTTTTATTAAGCTCATCC AAACGGGCCCTAAGTCTTCTTTGTCATTTTTTTGTTTTATGTCTCTTACTCAATATATTG TGTTTTAACTTTTTTTAAAATATGTTTTTTTTAAAGATTATTTTAATCACATCTTTTAAG GATTTATTTGTTGATCGAATTAGTTTATGCTTTTCTTTTTTTACGTACTGAGTTTTTATT TAAATTGTACGATCATTATAAAAGTTTTTAGTTTATTATTTTTTTATTATATGATATTTA TTCTATTACAATAAATATTGTTTGAAATTTAATTTTTAGTTTATAAAATCAAGTTATAAT AGGTTTTCTAATCCTAAAAAATATCTTTAAAAACTTATAAATAAAATTTATAAAATTGCA AAAATTCTTTTAAGGAATAAATTATTTAAATTATTATTTATATTTATAATTTCTTAAGAA ATGTGTAAGAAAAGTTAATAAATAAAATATTAATTAAATTACACCTACCTTGAATTTTAA GAATAAAAATATTGTATAAATTGACGGAAATAATATGTATTTATGTTGGTGTTTATGGAT GTATTTCGTTTTTGAATTTCATGACAATAGTATCAAAACTTATGTAAATGTTTGTCAATA TCATTAATGTTCTTTCCGTTATATTTACTTTTGAAGAATATTTTGTGGATTAAATTGTTT TTTGATTATGAAATTGTTGAGAGAAAAATAAAAGAACATATTAAATTTCTACCTTCTTTG TTTTCATATTAATAATCTATTTTTTCTTTTACAAATTTCTTAAGAAATCATAAATAGAAA AATAGTTTTACTAATTTACACTTTAATTTTTTGGGGTAGCTTTATAAATTTTACTTTTAA AAATAATTAATTGTTATAATAAAATAGAAAATTGTATTTAATTAAATCTTTAAAAATTAA CAAATAATTTTATATAACCATTTTCAATTATATAAATAATTAATATCGACATGAAAAAAT ATTATCAAAAAGTTAAAATAAAATGAGTCGAGTAAGATTTTTTTAATTCCATATTTTTCA TGAATAAAGTTATATAAAATTTGGAATAATTGTTAGAAAATAAAGGGAAGAAAGTAAAAA AAAAAGTAAGAGAAGGAAAACGTGAAAAGGAAGAGAGAAAAATATTTGGTCAATTTTCTA AAATAGATCCACTTGGCAAAATATAAATGGGTCTTATACACTTTTATCTGCCATATCATA CTTGTGTCTCATTCATCATAAAATTTTTCATAGCATCATGAGGTAGATCGATATGTAATC TGCATATTTATTCAGGAAAAAGACATGAATTGCCCCCTCAACTTGTACCAAAAAGTCTTT TACACAATTTTATTAATGGGGCAACCTATTACACACATTAAGTACCCCTTTCGTCACCCA ACCCAAAACATTATGCATAGAGTGAGAGTCACTCGCCTCTAGCCTCTAACTGAATAAATT GATGCCTCGACCCGATTCATTTGATCCAAACCCGTTTATTTTCACCTAGGTTCATTTTTT TCAATCCAAATTTAGTTTATTTTACCCTAGTCCATTTATTTCACGCACCCATTTCGTTTC GCTAAGAACACCAAGCTCTCGAGGGAGAGAGAATACTAATGAGGCGTTCATATGTGTGTA ACAAAATAACACTTATAACGAGCGTAATTTATGTGTCTGATTTAATCAACAAAGTTATTT TTCAATATTTTTGTTCTTTATCTTAATTTATGTGACCCTTTTTTTAAAATTTATATTAAA AAATATACCTATTGAAAATATACTTTATTTTGAACTTCTTCTTTTTTTTCTTAGTCCTTT TACAGGTATACATAGTAACGTGTCAATTGTCATTCTCTATATTTGAATATCAATTTCAAT TTCTCTATTTTATACCTTTTTTCATTTTGATTTTTTTAATTATTTTTCTAAATAATCATC ATGTAATATAAAAATTTATGTATTTCAAAATGTCGATGTAATATGAATTTCATAAAGTAA AATAAGATAAATATTACATCATAGTTAAAGAAAAACTCTATTTTCAAGACGGTTATGTTG CTCCTATAAAACTAAAGTTTGGGATTATATATAAAACTTAAAAGAGAAAGAAAAGTTTAA TTAATTGAGTACTGTATAGGTACCACTACAAACATGAAAGAACAACCCAAAAAAAAGAAG AAAAAGAAAGTTACAACACAAAAAAGAAACGTTATTGATCATCAACTGATCTCTCTCTCT AGATAATAATAATATAATAAATATATGGATTACAATTTCTTCCTCCCCCATGGCGTAGTA TTTCCATCGAATAGCTCATCAATGTCTGTTTCAATTTCTTCAGGTTGGTACTTTACATAC TTCTCCGTCTGCCTTCCCGGAGTAAATGTTTGACTAAACCTTCCCAAGAATGACCTGTAC GCTGGTATAACCATGTTTGATATGGAAACTCTCAGCTCCGATTGCAATTGCTCGTCGCTA ATCACCCAACTGCTCTGCGTCTTGTGTATCTCATCAAACAATGCATTGAAACTCTTGAAC CTCTCTTTTAATATTGGTTTATTCACTTTCCCATTCACATTCAATCCCTCGTGGTTTAAA CATTGCAACAATTTACCCCACGTTTCTCTTTGGTAATTCTTGTGGTACTGTCTTAGATCT GAAGATCGCTTTCTGTACCATTGATCCCCCATCAGGCTATTCATCTCTGGAGATCCTTTT ATTTTTTGCAAGATGTATCGTCCGTTATTCATCATGAATATTGAACTGAGTGAAGTGTCT TTGTAAAGCCTTGATTTTCCCTCCAGATTTGAATCCAATAGATCCATCACTTTTATCATA TGCGTCTCAAACGGTGATGGTTTATTCGATGACGTATTATTATTATTATGATTATTATTA TTATTATTATTATTATTACTACTCTGACCCGCTTGTGGATTTTGACAATCAAAATCCGAT CCCGTGGCTGAGTCAGCTCTTTCTATCATTTGATGTTCTCTGAATACCTGCTCTAACGTG TCTCTGTACTCCCCTACATATTTCAGATAATTCATGATGTACCGAGTTAAAGGATGAACA GCACCACCTGGAACCGCGGTCTTGTTTGAGTCCCCCTGGATTGAGTTTTCCAGCTCCGAA AAGATAGAAACCATGGATTCCCCTAAGCGGCCCCGACTCAATGTAGCTTCAGCCTTGAGT TCATCAGCGTAAGAAACTGGAAATATCTTATCCACCAAAGGGATAAAATCCCGCAACGTC TCATAAATGTCGAGAAACTTGAAGAGTTTTTCAGCAGCCCGTTTTGTCATGGAAACGGCT TCAGCGAAATTAAGGAGTTGGATCATCATACCTCGAGACAAATTGCTGAAGATGGTCTCA GAAATTGATGGTTGATCCTCAAACACCGCATCCGCCAGCTTGCGTTCACTGGAGAAGAGC ACATTAGTGCAGTGCCTGAATGTTGCAATCCAAGCAGTAACCTCTCTCTCCAATGGTTCC CAATTCATCTTCTGCACATCCTCGATGCTATATTTTTCAAAGCCAAGCTTATGCAAGCTT TCCTCCAAAGCTTTCCTCCGTGCGATGAAATAGACCTGACAGCATTCTGCTTCATAGCCT CCTGCAATTAAGGCTTTGGAAAATTTATTCAATGTGGCTACGATTTCCTCAGAGTAGCCT GGAAATTTATTTTCTTCAGAAGGTTTAGATTCAGAAGCAGTGTCTTGTTCTGCATCTTCA TTGGTGTCTGATGATGAAGAATTAGGGTTAGGCTTGGCAGAAGAAGTGTCTAAATTGGTG ATATCTGAATCAGTATTGATCTTGTAATCGTAGAGGATTGACTTGTATTCTTCCTCTATG TAGGACATTGCTCGTTGAAGAACACCATCGACGCGGCTGATTGAATAAGCATATTTGTAC TCTGAAGAAAATCGACAGAGGGAGGTAAATAGCTTGGAGATTCGATCTACAATATTTAAA AATGATGTGGCTTCCTCCTGAGCTAGCTGGCTCCATTTGACGGGTGCATCACCGCCATCA TATTCATCAATTTTCGCTTCAACAAGAACAGCAAATTGTTCTACAAACACAGGAACATCG GGAGGCTTAGATTCATCATCATCCCCTTTAAAGTTTGATGATTCAGAGATAAATTGATCT ATTTCTTCTGAAACCTTATCGAGATCAGGAGGCAGGGGAGAAGAAACTTCAACCTTGACC TCATCGTCGTCTTCAGGTTTGATATCGTCTGTCTTGGCACCATCATCCTCTGTTGTGTTG ATGACTCTATCGTCTGTTTGCAGTTGTTCAACAATTTCTTCTTCTGTAGACTTTGTTTCA TGGGCAGGAGGAGTTTCATCTGGCTGTTTGTCATTGGATTTTGTTTGATCAGAAGAAGTT TGTGTTAGATCCATGATTGTAATTGTGTGAGTGAGTAGGTAAGTTTAGCAGGAAAATTGA GCTTACATTATCAAAAAGAGTAAGGAAAGTGTTGTGATTGGAGATGCAGCGAGCAAATCG ACGAGAAAGGAAATGTGTGGGATCACATTAATTAGTTAGTTACCTTTAACGTCCACTCTT GTCCACGTCTAATATTCTCAATGCCATAAACTTGCACGAATCAAGGACGGCCTCTCCCAC TCACTACTCACCATCTCCATAACCATCTCATCCAAAATATATTACTACTTCCATTTTAGT ATGTCAACATAAAATTGACTTAATTTTTTAATTTTTGAGATTCTCAATCTTTTAGCTTAT ATAACATCAAACTTGTGGTCACTGTGTTATGAAACAAATGATTATGGGAAATATTGAAAA AGCAAAATAAAGTTGTAGTTATAACATTTTAGTAATTTGTCCAATATTTTTTAAAAAAAA ATTATAATGATTTTATCAAAATTATTTATGAGATGACATAAATTAGGGATAGGGAAGAAG AAAGGAGGAGGAAGGTAGAGGAAACAAGTGATCCTATTCTCCATGTATGTATTTAAGTGT AGACAGGCAGGCCCGACCCATCCGATCCAATGTGAATTATTAACCCTAGGTAGGTATTGG TAAAGCTTGAGATGCGAATGAGAATGTGATCAATGGGTAAACCAACTACCCCTCATCTTC CTCCAGGTTCCAACCTACATACTTTATTAATAAATGTTTTGGGTTTTTACTCCCAAGCTC AGGATTATGTTTGCATACATCTGCTGCCTGACATTCTTTTTGCTACATGCTCTCACGAAA CTTCTATTATTTATCTAGGTTATCAACTTCAATCACATTAGTAGTATTAAAGGAAGCTTG AATTTGTTATGCATCCCCAATTACATGCAAATATTGCTAATCATTTTTCCTATTTTTAAT TACTCTGCACCTTCCAGATAATGCTATCAAACATAGCTCACTGCTGGAGCCCACACAGCA AGTACTGATATCAAAACATGATTCTCCTCCGAGAAGCAACCTTCCAACTTTTTCTTACCG GGATATTGCAACCGCCACAAACAATTTCAGGCGACAATCCATTATTGGGGAAGGTGGCTT TGGGCCAGTATTCAAAGGGAAACTTAACACGAATCAGGTGATTTTCACTAAATGAAGTGT GTTTTGGTCATTTCAAATTTATCATCCTTGAATTTCTATAACCATTCAGGTTGTGGCTGT TAAGAAGCTAAATCATTCCGGTCTTCAAGGGGATAAGGAGTTCTTTGTAGAGGTTCACAT GCTCTCACTGATGCGGCACCCTAACCTGGTTAATCTAATTGGTTACTGCTCTGAAGGAGA GCAGCGACTTCTTATCTATGAATTCATGCCTCTAGGATCTTTGGAATATCATCTCCATGG TAATGCTCATTCACTATTCTCACCTTAGAAATAAATTCTTATTTGTCAACCTGCACCAAT CTGTTATGCTTCAGAGCTCTACATTCATGCATTATTTGCTATAAACTTTTGGATCGTCTT TGATAGCTTAACTCATTTAGAGCCCGACCTAATAAAATAAATAGCTTTTAAGTTTTTAAG TCAAAAAAATAAAAAGTAGGAGAGACCTACTCTTCTCTTTTTTAAAAGTTTATTTTAAGT TATTTTTAACCTTGTCAAACACTTTCAGAAGCTAAAAGTGACTTCAAAGTAAGTTTGATC AAACTTTTAAGTCCCTTGAAGATATGAAGTTACTATTAGTATCATTCTTTAATACTCATT CACTTCTATTTTCATTATTTCTTTTTTCTTTATCGAGGAAGTCTTCACTTCTTTAAGGCT GCACTGCCACATTTGATGGATATCAACTGCCCTCTCTTATTATTCTATTAACCATGTATT AAATTTGTTGATCCTTTTTGTGGTTGTCTGCCAAAGTTGTTACTATGTGTGGGAACTTTT TTTTCTGTAGATTTTTTTAAAAATTGTACATGCATCAGAGGATGCAACTAATATATTCAT TTTCCCTCTAAAGTATGAAAAATGTGTTGATTAATAGTATAATGTGCAGATATTACGCCT GACATGAAGCCATTGGATTGGGATACCAGGATGGTAATAGCATCTGGTGCCGCCAAAGGC CTGGAGTACCTTCACAACCACGCTGATCGTCCTGTTATCTACAGGGACCTTAAGTCGGCA AACATATTATTGGGTGAGGGTTTCCATGCTAAACTTTCTGACTTTGGTCTTGCAAAGTTT GGCCCAATTGCAGACAACACACATGTTTCAACTCGGGTTATGGGCACTCATGGATATTGT GCACCTGAGTATGCTGGAACAGGAAAACTGACTATGAAATCCGACATCTATAGTTTTGGT GTGCTCTTGTTGGAGCTAATTACTGGATGTAGAGCAATGGATGACTCTCACGAACATGGA AAAGAAATGCTTGTTGACTGGGTAATTACTTCACATTTAATTGATTGAAGTCATTATACT TGGCAAGCTGGAAAATGAACCAACTTTGAGACACAAATATAAGTTTTTGTTTCACTATTG AGTTTAAAAATGTTTGTGTGTCCTTTTTTGACTCTTGAAGCATAAAGTTTTTTCTCTGAG TGATGCATAGTTCTATCAACGTGTCAAAGGTATTTTGGTTGAAGGTCTCTCTCTGCCTTG GAGGAGGCCCAAAGTTACCGAAAAATGAGAATGACTGATCTATCAAGTGATATGCACAGT TCTGACCATTGAAATGTATCATAGTTTGATTTTTTTTTCTTTTTCTGAATGAGAAGTGTA GGCTCCTGTTTGTGCGCTTCCTTTTCTCCCTGCTAACAGTGAAGTTTCTCAGGCACGTCC TATGTTAAAAGACCGCATGAACTATGTACAGTTAGCGGATCCAATGTTAAGAGGCAAATT TCCACAATCTGTCTTCCGCAGGGTAGTAGAACTGGTCTTAATGTGTGTTCAGGATGATCC CCATGCTCGACCTCACATGAAAGACATCGTGCTTGCTTTGAGTTACTTTGCATCCCAAAA GCATGATTCACCTGCAGCTCAGATTGGATCTCATGGGGGAGAAGGGACAAATGGAAGCTC TGTTGATTTTGATGGAGCTCAGATGGATATAACAGAAATAAGAGCTTCAAACAAAGATCA AGAGCGGGAGAGAGCTGTTGCAGAGGCCAAGAAGTGGGGCGAGACCTGGAGAGAGAAAGG GAAACAGAATGCGGATGATGATTTAGATTATAAATCAAGGTGGTGATTGATTGTAAGTTA GTTTCCTTGTCACAGAACAGCATTTTTATTCAAATTTTTGAAACAGTGTCGTATGTATAT ACTCATAAAAAAGAAATTATTGGCATTATTGATGTATTTGTATGCTTGACAAAATAAATT CAATACAACTACTATATGGCATTTATCATTAACAAGTACTACTAATTAGGTTTTGTTCAA GTACTAACCAAACAAACAAGAATGTTAAATTAAGATTAAAATATATAAGCAACCACATGG ATTAAGGATTCAAGAGTAATAATGTAAGAATTGTACCGTACAGAGTTTAGTAATGTAGGT ATGATTCTTCTTATTTCACTTTTTATCCCTCAAAATATCATAAATAAATTCATGTATTCG GTTAAGATCGGTTATTGGTAAAAATTAAAATCAAATTAATCTAGTTGGTTTTCTAAATTA CTAAAACCAAACCAAACGGATAAAATAAATTGGTTTGGTTCAATTTTTCTATTTTTTTTT TCAGTTTGAAAGTAATACATTTTTCAGGACAAACATATCTTGATCGACACAAACACCTAG TATATGAACAATAGAGATAAAAACTATTGTTGGTTCAATTAGCAATAAGCAATATTAAAG TTATCATTACACGAATAAAGAGATTCAATTAAGAGAAAGTGTGGAACCTTAACTAAGGTA AGTGTGGGGTTTAAGAAAATGATAAAGCTAAAGACTTAAAGTTACTTAAAATTTAAAAAA CTATTTATATTTTATTTATAAATAATATATAAATAATTATAAAATTTATATATCTAATTA TAAGTTCAATTTCGATATTTTTGCAGTTGTCTTTTTTTAGTAAAATCAAAATCAAACTAA ATAGTATTGATATTCAAAATTCAAAGCCAAATCAAACGAAATTTCAAGTTTTTAATTAGT TTGGTTCGAATTGTGGTTTGGTATGATTTTTTGTAGCCATAACCGTAAACAATCATGGTT CGGTTTGGATCGATATTAATTAAAACCTTAAATTTCTAAACCCAAACCAAATGGAAAAAA AAACCATCGGTTTGGTTTGGTCTGATTCGGGGTTTTGTTCTTTTTGGTTTAAATTAAATT TATTGAGAGTATATGCATCTCGATAGATCCAAAAACCTATTACATGAACAATCCACATGA AAGTTATTATGTATTCAATTAAACAATATTATAGTTATCATTATGCGAATAAAGTGGTTC AATTAAAAAAATGTGACTATCTAATGTGACGCGGGGTAGATAAAGATAAAGATTTTGATT GACTTGGTCTTAGTCGGGCTAAAAATTAAGTGTTGAATTTAAAAAAAATGTGAAAGTTAA GACTTAAGTTAATTAAATTTTATTTATGAGTAATATATAAATAATAATGAAATTTATATA CAAAATAATATTGATTTTCAAAAGAGAGGTCCTACCGGGAGTCGAACCCAGGTCGCTGGA TTCAAAGTCCAGAGTGCTAACCACTACACCATAGAACCAATTGATACTATTCTTCAGCTG AATTGTATTTAGATTATGTAAGCACTATAAATATATAATATTTTTTTTCTGTGATGAACT CCTTAAAAGTGAGAAAGAGGGTCATTTGGTTGGTGGGTGAGTAAACAAGTAATTTCATTA CAGAAACAAAAATAGAAATAGGAGGGCTAGGGCATTAGTGAAGAAGGAAAGGAAAGGTAA CAAAAGTTGATGGGGTCCAGACTCCAGTATGTCAGCCAACGATAATATGCCACGTCAGTT TGACCATCCTGTAAAGTGAAAAATGGGTCCCCTACCAAACCAAACCAAACCCTTTTTACA CACTCTCTCTTTACTACCCTCATGCCTTTGTCGGCTCATTTAACCAAAAAAAAAAGCTTC ACCGGAATCTGAGTGTTTGTCCGGCAAGGCACAGAAGTCTCTCTGTTTGCTGCTGGAGAT CTCGAGGAAGCCCCAGAGATGTATGTCGTTCCTCCTCCAAAACGACCCGATCCATTGTCT GGATCCGAGGACTTGCGGATTTACCAGACATGGAAAGGAAGCAATGTAAGAGCTTATCCA GTTTATTCACACTTGCTATCTCATCTAAAACTTAACATCATGTTTGTCACATTAACTTTT ACCAACGATTATTTTATCAGGACAAACTGAATCAGGTCTATAAAAACGATTTACTATCTT AAAAATAGACAAAAGTTATGACTCCTTCCTTACTAGAACTTTTATTCTTAAATTGCTGAC AGATATTTTTCTTCCAAGGAAGGTTCATATTTGGGCCAGACGCAAGATCCCTAGCACTGA CCATATTTCTCATAGTGGCCCCTGTCTCAGTTTTCTGTGTCTTTGTTGCAAGAAAGCTCA TGGATGATTTTTCAAATCACCTGGGGATATTGATTATGGTTGTAGTCATTGTGTTCACAT TCTATGTAAGTTCTCTCTCCCTACTTCTCATTGATTCTAACATCCTCATCACCTGCACTT TATGACAACACAATACCTCTATAAACTTGCCTTTATTTAATCTCACGGTTACTGGAAACA AAATTCCGAGTATTAGAAAGTCAATCATCTCAAAGTTGATCACATATCAACTTGGCACTG CATCTCAAGGATGTAAGGTTGGCTTGGTTGTGTCAATAGTCTTCCATTCGACGGTTAAGT GGCTCTCCTTACAATGAATAGGATTGGCAACCTAATTGCCTTCCTATTTTGTATGTCTAA TAGTTTCACATTTCAATATTACAGGTTTTAGTTCTACTCCTTCTCACATCTGGAAGGGAT CCAGGAATAATTCCTCGTAATGCACACCCTCCAGAACCAGAAGGTTATGATGGTACTGTG GAAGGTGGTGGACAAACCCCTCAATTACGTTTGCCTCGCATTAAAGAAGTTGAGGTCAAT GGCATTACCGTCAAGATCAAATACTGTGACACCTGCATGCTTTATAGACCTCCCCGCTGT TCTCACTGTTCAATCTGCAATAACTGCGTTGAAAGATTTGACCATCACTGCCCTTGGGTA GGGCAATGCATTGGGCTGGTAATAGTTCTTTTTTTTCTTGTTCTTTTTCGTAACATATTT TTAGTTAGTACTGCCACACTAGTAACTGATATTCTCTCTTTTCAGTTTTACTTTTCAATG CTTGATATGTCTGATGAACTATTGCATATAATCTGATATGAAGAGTAACCAGACATTTTA TCATGATCACACTCCTTCTCTCTGCATTGAAACCTCATAAAAAGAGACTTAACAAAAGAC TGATTCTTTTACTTGTAAAAACGAATAAAATAGGTAAGACCGATTCTTTCTTTGTTATCT TTTTAAAAAATTTACCTATTCACTCTAATGTTAATTCGCGAAAACAAGCAAGTTACATAA AATGTCTAAAGAAAAATTGTTGTCTTAATGAAGCAATGCTGTGGATCTGAAGTATTAGAT CCTCAAAGCATCTTGAAATCTAGCTCTCAAAGTTTATAATTATGTAAAACCGTTAATACT AATTTATGAATCAGACTCTTTTAACTATTGATGCTGTTGGCAGCAGGAGGAAGTTTAAAA GGTTTGTAACTTGAGCATTTAGTTCAAATGGCCATCATGAAGACAATTATATGTTTTAGA AATATTTAGCACTCTAGATCTTTGCAGTGGAACTAAAGTTAGAGGGTTTAGTACACATAT CCACATGCTTAAGTTCTCACATTTCAGCTGAAATCTTTTTGTCCTTGCGTACAGTACTTG CTGTCGTGATTCTCAGATTTTTGAAGTTATGAAGTCAGGCTGGTCAATTTACCTGTTAAT GTCACGTCCACCTTTGATTTCAGAAATATCTATAGTCTTTGCTTGCGCTGATAATTTCTG TAACAAATGCATCTTTTAAAACGGATCATCTAGTGTTGATGTCTTGGACTCTTTCCTTAT GTTGCACAGATTTCTGAAACTTGTGTCTTTTTATTGCAGCGAAACTACCGTTTTTTCTTT ATGTTTGTCTTCTCTACAACACTTCTTTGCATATATGTTTTTGGGTTCTGCTGGGTCTAT ATTAAGAGAATCATGGTTCTAGATGACACCACCATATGGAAAGCAATGATCAAAACACCG GCTTCCATTGTTCTAATAGCATACACTTTTATATCAGTATGGTTTGTTGGAGGTCTTACT GCTTTTCATCTATACCTCATCAGTACTAATCAGGTATGTTCGTGGATTGTAATTTTGTTT TTCCCTTTGTCTATCTGAGGTGGTTTGGATTTTGATGTGAACTGGGAGTGACGTCTATTT TTTGGGTACTGCAGACTACTTATGAGAATTTTAGATACCGATATGATTGGCGTGCCAATC CCTACAACAGAGGAGTGATGCAGAATTTCAAGGAGATATTTTGTACTAGTATTCCTCCAT CCAAGAACAATTTCCGTGCAAAGGTGCCCAGGGAACCCAAGGTGGCAACTCGATCTGCAG GTGGGGGTTTTGTGAGTCCAAACATGGGGAAGGCTGTGGAGGACATAGAAATGGGCAGGA AAGCGGTTTGGAGTGAAGTAGGGGATAACGAAGGACAACTTAGCGACAATGATGGCCTGA ACATTAAAGATGGCATGTTAGGGCAAATGTCTCCTGAGATAAGAAGTACAGTAGATGAGA GTGATCGTGCAGGAATACATCCTAGAGGATCAAGCTGGGGAAGGAAAAGTGGAAGCTGGG AGATGTCACCTGAAGTTCTTGCTTTGGCATCAAGAGTGGGAGAAGCTAATCGAACAGGTG GGAGTAGCAGACCAACAGATCAAAAAAAGTTGTGATTAACAGATAGTATGAAAACTGGAT TGAATAGATTAGTGGTTCTTGGAGGTGTATGGTATGTGGTCATTCAGTGTCGTGTATTAT CAGATGTTGGCTTTAGGAAGTGTGTGATATGAGGGGTGGTTTTAATTCCTAAAACTTGTA TTGTATGTGTGGATTAGTTAGTGTAATACATTAGTTTTGCTCTGTTCATGCTAGGCGGTG CATTTATTCTTTGTGCTTAAACAATGTGGGCAAGAGTCCCATATAATATATATAGTACGT TGTAACAGTTGTTATTTTACAAGTAAGAATCTGGGTTTTTGCTGAATCACAGTAAGGGGT GGATTTGAGTAAAAATAGAGAAAATACACAAGTCCCGTGTAACCACCCACAATAGTATAT ATGGCTCGAAGGAATTCTTTTATAATATGATAACACCAACTAAAAAGGTAGTCCAATTAT ATTTCTTCAACCATAGGTTCTTTTCCTGGAACAAACAAGCATTCATAATATTTTTCCTTT CGATCACAGCCATGAGCCAACCAAACTTGCTCCACCATAGTTGTTACCAACATCTCCCTC GTGTCAGCACAAGTTAAGCCTAAGGGACTCCTCAACTTTCCATCCTTTAGGATCCATTAA ATTAAAAAAAGGAAATAGTATGACCCTTCTTGAGAAGTCTTTCTGTTGATGGGTAGAGAA CGTTGGCATTTGTAAATGGTTTCTTATCAAATGTGTGTGTGGTTTCATTTAATACTTCAG ATGAGATATCATGCCCTCAAGATTAACCCTAGATGGTCTCCTTCTTACAATTGTAGATTT ATTATTCAAATTATGAATGTCTGAGAACAATACAATTGATTCAGATATTATATTCATTAA AACAATACATTACGACATATAAAAATAATACATCACAACCATCAATTACCACTTTTTATG GAGAAAAGAAAAATTAAAAAGTTTCAAATAATATAGTCATGGGTAAATATAAAACATCGT CACTAAAAAATGAGGGAGAATAGTTTCCACCAACTTTTGCAAATAGGTTAGGTAAATTAA AATTAAAATATTAATGTTTTATATATATTAATATTTTGTATATATTAAAAAATTTCAAAT AATATTAATGTTCCGCGTGTGCAAAATATTTTGTATATATTAAGAGTGAGTTGGTACGAA GGAAAATATTTTCTCGAAAATGTTTTCCAATTTTCTCATATTTGGTTGATATAAAAGTTT TGTAAAATGTTTTTCAAATCAACTCATTTTCCTCGAAATTAAGGAAAATGACTTCTCTTC AAAAATTAAGGAAAACATTTTTCAAAATTCTACTCCAATTTCAAATTGCATTTTTTTTTT CGAAAGACATCAATTTTAAAAGAATATTTTCAATTTTAAAATTTTATGTGTTTACCCAAT CCCTCCCCCAACCCCCTAAAATATTAATTTCATTCATAAATCAAACACACGAAAATATTT TCTACTCACCTACCAAACATGAAAAAATAAATTTAAAATCTACTTATTTTTCAAAACACA TGTATCTACGCTAGGTTGGGGGGTCTAAAATTAATTTAATTAAGAAAAACATAATCTTTC CAACTTTAAGCAAATTATGTAAATCAGATTGATGGAGAAAAAAATTACCAGTCATGATTT GTCTTAAATAATCATTAATAAGTACATAAAAATAAAAGTAATACGACATCTAAAAATATT CCAAGTTGCCATATTTTTTCTTATTACACTCTGTTGCACTTTTCATTTTACATGGCGCTC AAAAAATTATAAATAAAAGAATAAAATTTTTAAATTTTTTTACAAATAAATATAAATATA TTTCAAGAAATAATTGCAAAAGTAATATATGACAAATTCTATTATTTATTTTAATAAAAT AATGGAGACAATTATTTTTTATAAGAATATGGAACGGAATTAATAAGAGTAGTGGATGGA TCCAGCTAAGGTTTTTTTAATAAATAAAGGGAGAATAGTGGTCAGCAAAATTTTGCAATA AATAGATGTGTACAACTTCCAAAATACTCTTCGTTCAGAACGTTATCCATAACATGTCAG CATCTCGTGGCTACACATCATCTTCTTTTATTAATAATATATCACCTTGCCTATTGCAAT ATTAATTACAAATTATGTTTCTCATCATCAAATTTATATTCAAGGGAACACATGTTTCAT ACACCAATTTCAATTTATTAAAATCAGTTCATCAATCATGACTAATAGTTAATCTTTTTA CCAAGTTGAAAACAAATTAAATATCATCTAGATAACTGCTTGTAATATGAGTGAATCATT GCACGTTTTATATACCTACTACTCGCACAAATCTCGAAGGAAACCAATTAGCTGTAAGCT GACTATTACATTTTTTTTTATTTTTTTAAAAAAAAAGGAAAATCAAAATTTTTATTTTTA AACTTGTGTTAGTAATTGAAAAACTTACCACATGTAAGAAGAAAAAATCTTTTTAAAGTT GACCCAATAGTAAATTGTAAAAGAAAAAAAGTAAAAATTATGGTCTATAGATATCCTTTT CAGAATAGCATCATGTGGTATATATTTAGCATATTCTTCCTTACAAATGCAATATCGAAA TCAACTTTTAAAAAGTAACGACGATTAAGGGGAGCGAATATGGTTACTGAAGGGAAATTT CGTACTTTTGCAAGTCGAATTATTGCAGCATGAAGTTAAATTTGAAAAAAAAAATATATA TAATAAGAGAGTTGAGATTTTAGAAGGAATCTATAATGTGATGTATTAATTATTAATTAA AATAAAGGAGTAAAGAGGAGGACGCGTCTGATGTACGTGGGGAGGGAGAGAGGAATATCC AAAAGCATAACACCGATTACGGATTGAGAATATTCCTGATCCCCTCTAACCTCCCATAAA TACCATTCTTTTCTTACTTGTTGTTGCATCCAATCCAATCCAATCATCCCGTTTTCTCTT CTCTTCTCTTCTTCTCATATATATAATATATATACTAGTAGTATATATATATATAACAAT ACAACAACAATGGCTCTTACAGCTGTTCATGTTTCCGATGTTCCCAATCTAGATCAAGTC CCTGACAAAGCTCCTCTATATGCCACCCGATTCTCTCAAGGTTTCCTTTGTCTTTAATTT CTATACTCATTTATTCTCTTTCTTTCTAGACAATACATACATAATCTCTTATTTTGCTTT GCAGGCATTGAAATTGGAAGAGCATCCGAATTTTTAGTTGTTGGACACAGAGGGAACGGG ATGAATTTGTTGCAATCGGCTGACCGGAGAATGAATGCCCTCAAAGAAAATTCCATTCTT TCTTTCAATGCAGCTGCCAATTACCCAATCGATTTTATTGAATTTGACGTTCAGGTAATT TTCTATTTTCCGCGTATTTCCTTTTTTCTTTCTATTCCCCCCGCCCAAAAAAAAAATCGA CCCGACCCGACCCGATTTAAAAATATTAACAGAAAAACCTTAAACCCTAGATCTTGGCCC AGTATCTCTCTGAAGATGGATTCTACCTTTAGATTACCAAAGTAAATGTCATTTTTTGTT TGTAGGTGACAAAGGATGATTGCCCTGTTATTTTTCACGACGATTTCATCCTCACTCAAC ATAATAATGTAAGCTCTTTTAATATCCAATAACCCCTTTCTCTTCTAATCAAATAAAATC TCATTCTCATGGTGCGTGTGCAGGGTACAGTTTATGAAAGGAGAATTACTGAATTGTCAC TTGCTGAATTTCTTAGCTATGGACCCCAAAAAGAAGAGGGTCTCACTGGAAAACCTTTAA TGAGGAAAACGAAAGATGGAAAGATTGTTAGCTGGACAGTTGAAACCGATGATTCCGCAT GTACCTTAAAAGAAGCTTTTGAGAAAGTGAATCCATCTATTGGTTTCAACATCGAGCTCA AATTTGATGATCACATTGTTTATCAACAGGACTACCTCATCCATGCTCTTAAAGCAGTGT TACATGTCGTATTAGAGTATGCTAAAGGCAGACCAATCATATTCTCAAGTTTCCAGCCTG ATGCTGCTCTGCTTGTCAAGAAGCTCCAGACATGTTACCCTGTACGTACGTTTCCATTTT GGAATCTATCTTAAACACAAGTGAATTCGATCTGACATACTTACCTTTTGGCACTGTGTA GGTGTTTTTTCTCACAAATGGAGGTACAGAGATTTACTATGATGTTCGAAGAAACTCGTT GGAAGAGGCCACTAAACTGTGCTTAGAGGGTGGTTTGGAAGGTATTGTTTCGGAGGTGAA AGGCATCTTCAGGAATCCAGGAGTAGTTAACAAGATCAAAGAGTCCAAGCTGTCTCTGCT GACATACGGCAAATTGAAGTAAGTAGAGTATTGATTCAGTTGGACACTAACGAACTAACG AACTAACCATTTATTTATTTATTATACGTTCAGTAATGTGCCTGAAGCTGTGTATATGCA ACACCTGATGGGAATTGATGGAGTGATAGTGGATTTTGTTGAACAAGTAACAGATGCTGT GTGTAAGCTGGTGAAGAAGCCAGATGAGATATTGCTGGAAGGGGAGGAAAAGGTTCAAAA TAGACCTCAATTTTCACAGAGGGAATTGTCTTTTCTGCTCAAACTTATCCCCGAACTGAT ACAACAATAACAATTCATAAAATGATTGTAGATAGCAAAGCGTGTAGAAATGTAGATTTT CATTGTATTTGCACCCTCTCTGTAATCATATCAAAATATTTTATGAATTGTCTTGGAATT TTAGCAACATCAACTCACTTCAATTAGGTTGGTTATTAAACAGTCCAACCCACATTAGTT ACCAAATGTACCTGTGGCTGTGAATCATAGTTAAAATTGACATGACCTTTCGAGAGAAAG CAAAGCAAGTAACGTATTAATCTCAAGTAGAGGGGATTCATTTATGACAGTGAATATTAA TTAAACAATAACCATTAGTCTTCAGTTCCCAATTCTATATTTAAAAGTTCCAATCTTCAA TTCCTAATTGCTTAAAAATATATTACAACGTTTTGAAGCCAAAGCAATTAGATACAATTA TCATCACCTTGTGTTATCGACTCTCCACACAGAGTGATAGACATGTTCCTCAAATACAAT ATTCTTTCCATTTCATTTATTCCGTCTTACTTCCCTTTTGATTGCAACTTTTCGCCCAGT ACATTTAAGACCACAAGATTAAAGAATATCTTGATGCACTTTACATATCTTTAATTTAAA AGTTTTCCTTACTTTCTTGAAACTCAATATCAAGTTAAAACAAATTAAAGTATTTTTATT TCGACAGATAATGATAGCAGAATATCTAATAGGTAAACTCCAATATACATGTTGTATATT AATTCATTTCAAAATACCAGAGAAGTCGTTGTTTCTTGTTGGACTTTGATGGATTAGGAT GTATGTATGTTTTGGTCCAGTACTTGTCAAGGCTATGAGACTCATAAGAAATAGGGCAAA ATTTCTATTTATATGCTATAACAAAGTTTGCATAATTTCGCTCCATAGCAAACATATATG TGTATAATTCGTTATACATATACAATTGAAACGAATTGTATAAAACGAGAAAGAGAAAAA TTATATACAATTTGAATTTGTATAAAACGAAAAAGAGAGAAAGACAAAAGAAATGGTTTA TATAAGTGTATATTGAGAATATGTAAATAAATGAAAAATAGAACTCGTTGTAGTTTATAT ACATATATCTATTGGTGTTGTTCTGAGTTGAATAAGTATATGAAATTGTTATCTATTTTT TCAAATTTGTTTATTTATACAGTGAAGATTCGTCCTTAGTTTGAATGTATGATTCTGTGT ATATACATTATACAAACATATTTCAATTTACTTATGTGTATAAGTTTGTGCAATTGTATG TCTAAATGATCATTATACAAAAAGTATCCTTGTTAAAAAAACAATGCATAAAATTGTATC AAATGCAAATGTTTATATTGTATATACAGAGAAACTATTGTGACGCTACTAATACAATAA CTATTAATGTATTAGTGGAATAGTACATTATAATTTTAAAAAATTGTGTATAATTAAAAT TTATATCAGTGGAAATTATATATAATTTTTAAACCAAATTCTATTTGGAGAGAGATTTTA GGAGAAATTGAAAGAAATTGGGAGAGTAAAAATAATTAATGAATTTGCATAAAAATAGAG CATGGGCCCCAATCAATTGAAAAAAATTGATTTGGGGAGAGATTTTAGAAAAAATTGAAA GAAAATAAAAAAGAGAAGACAGGAAATGGATTTGTATAAAATAAATCTTCCGCTTTTTTT TTAGATGTGTGGGTCCCAATCAAATTGACAAAATATGTGCAACATTTGTTGTGCAATACA AATAAATTAAATAGTAGCTATAAAATTTATTTTGATTTAAATAATTGCTATTATATACAA TTTTTCCCTATGAAATAAGCGCGGGCCCAAATCATGTCTTGTTGATATCGATTTCCTTCA TATTAAGCCATTGAGCCTGCAAATTCACTCATTCTTGAACCCACACCATTTTCCTTTTCC TTTCATGTTTGGATCCAAACTCTTAACTATTCTTCTACCTATATTTTGCCATCCTAAATT TCACTCCTAAAATTACATCAAATATGTTATGCTCTTTGTCTCACGCCATGGATTTCGTTT ATAAATTAGTTACCACATTTATTTACTTGTGAATCATGTTATATTCATATTTTGATTAAC CTTTTCATGCTATATTGTAGAATGTTTTTTTTTTATGTCTTTTATTTGTTGTGCAACATT CTATTCGAATATGAATACTTTAAATTTACATCCTAAAAGATCCCATCTAAGGAGAAGCAC TTCCTATCATTCTATTATTTAATAAAAATAACACTACACACATTTAAGATATTAAATATC AAGTTATAAACAAACTTTTTAATAATAAACTACTTATAGCATATTATTATCAAGTTATAG CATATCAAGAAAAAATATATTATTCTCATTAATTTTTTAAAATAATAATTAACTTATTTA AATAATTACATTTATTATTCAATTACCTTATTTAAACCAATGTAGTTAATTAAATTTATT ATTTTAAGTTATCTTTTTTAAACAAAACTCTTAATTAATGTAATTTAAATTAAATATTAC ATAGTTACCTTTTTTAAGATAACTACAAAATAGGGATTTTATCAATATCTAAAACAATTA CAGTTTTATTTTTAAAACTGTAAAACGTTATCTAAAAAAAAATAATTATATTCCCCAAAT TTTTGTTCTTACCCAAATCCTTTCAAAATCATTAACTTTGCACGCCTATCAAAATTATTC ACCAAATTTCGCACACCTAAATTTTTATTTTCACCAAAATTTCGCTTAAAATCGCTTCTC TCTTAACAGTCTTCTTCAAGAATTCTCAAATATTTGCATTCAAATCTTCATTTTTAGCAC TCAAATCTTCAACTCTTGCGCTAAACAAACCGTACAATGTCGAAAAGAGGCAATGAAACA CCGAGAAAAAGTAGAAGATTGAATGATGAAGCAAGTTCAGACGATTTTCATGCTCCATCT TTCAAAATTTTATCACAAACGCAATCTCAACCTTCATCTGTTAAAGTTAAATCTAGATTA GGGAAATCAAAAATAGAAAAAAAAAATAAAAAAACATCCAAAGGAAAACGAGAAGAAGGG AAAAGGGAAAGAAAAGAAAAAAGTAGATGAATCTGAGAAAAGGACGAAAGAAAGAGGAAA GAAGAGGAAAGGAAAAGAAATCGAGGACGCATCAGATTCTGAATCTGATTTCGTAGAAGA GTTGATAAAATCAAAATCCAAAAAACCAAGAGCCTCTGAAATCGATACTTCACATTTACA AGAAGAAGAAAAAACAGTTGAACCCAAAAAAAGTTCAAAGATTAGTAAAAGTTAATTTTT TAAAACTTTTTTATGTTCTGTTATTTTTATTTTCTGTTATTTTGGTATAAAATAGTTAAT ATATATTTTTTGTGTATATAAATAATGTATAAATTGTGTAGGATTCACTGTATGAAATTA CAGATTTCTTCATATTACAATATCAATTGCTCAAACATGTATTTTTTTATGTATGATTCA CTGTATGAATTATGTATGATTCACTGTATATATAAAATGTGTATGAATTGTGTATAAATT TTTTTGTATCAAGTTTTTTTATACAATTTTTTTTTCAATTTATATACAGTGATTGTGGTT TATACACATCTCTTTTCGCCAAATACATGAGCAATGGTGTTTTTGATATATCACATATTG ATATTGATTCAAAATATCATCGTCAAAGATATGCTACATTACTTTGGAATTATGAAAAAT CAAAAAATGATGAAGACGCAATCAGTGAAAGTGAAGTTACAGGCACAGTTGTTAGCAAGA AGGGTGGACCTCGAACTCAAAAAGAACAAATTATGGACACCACCAATTATCCTACTCCAA AATTTCGTATCAGGAAGTAGAAATCTTCATGGCACAATATACATTTTTTGAATGAATTGT TTTTTTTAAAACTTATGAACAATTTATGTATTTTTTCAATTTTTTTATTATGACTACTGA TGGTTTTATATAAATTATTAATGATTATTACTAAATGTGTCTCACTTTAACATATATGAA CACTGAATGAATCATGTATGAAAATTATATGAATTATGAATGTCATATTAAAATTTGATA TATAGTACATAGTAATGTTAAATTATTCCATAAATTTGTTTTGCATGAATACTATACACT TTCAAATACAAACAGAAACAAATATTAATTATATTACTGGTATAAATTATGTATGAAAAA TGTATGAATTATATCATACAGTTATACATTAATAAATGTGTATCACCTTCTTGCATACAT TATTCATACCAGTAATATACATACAATTTGTTTCTGTTTGTATTTTGAAAAAATATATAT TTCAAAATACAAACAGAAACAAATTGTATGTTTATTACTTGTATGAATAATGTATGAAAA CCGTATGAATTATAACATATTATAATTTAATATGTATAACATAAACATACATTATTTTTT TATATGCAAGTATTGAATTTGTATAAATGTATAAATTTTGTATGTAGTCCCCATTATGAA TGCAATAACTGAATAAATGTTATATGATTATATGAATTATTATTGTTAAAATTTGTTAAT ATATGAACAGTTGTATATACAATTTATGACATTTGTATGAAAAGTAATTTTATTCAATAA AAAACATTTTATAACAATGTAAACCCTCAAAAACACAGATTTAACAGTACGACATCATTG TTTTTGTACAGGATAATTTGAACAAGTCTTCCTATTGTGTCCAACCTGATGGCATCTACT GCATGTGCTTTTTGTCCTCTCGAATTTCACATCTACGAACCCCTTCCACCGTTCAAGTTT GGGTCTTCCTGCTGCTCTTTTTGGACCAGGCGACATCAATTTAGGATCTGAAATATAACT TGGTATATCCCATGTACTCTCGCACGGGATAGGCTCGACAGGAATGACAGAAGCATCTTT GAAATTCTTGAGGCTATAAAAAGCAAAACAGAAATCTGCTTCATGTACATGGCTACACGG TATCTCATAATGTTGAAATCTTTCGCAACTACATATCCCTGTGTTCAAATTTACTATGTA TTTCTTTGATTTCTTAGCTACAGCATGCAGATCAACAGTTGAAGGTATCACCTGCGGAAA AAAAATTATACATATTGCAGATTAGTATGAATTAAAAATACAATACAGTGAAACACATAC CCTCATATTGCACGACAACGTAATACTTTTCTATAGATAAATATCATATTTTTTTGTCAG ATTAGATGTAGTCTTATCAGCCTCTTCATTATGCTTGTGAATCCACCTCTGAATTAAAAT TACATTCAGTGCATCCCATAATAAAATTATAAATTTATTCATACATAATTAATACACACT TCATACACAATTTATATACAAGTCACTGTTTAACACACACTTCATACACTTCGTACAAAA ATAATACACACTTCATACACAATTTAATACACAATTACTACACTGTTTATACACTATTTT AATTTAATACACAATTAATACATTATTTATTACACACTTAATACCATTTTATACAAAATC AATACACAAATCATACACAATTTATATACAAGTCACATATATATGCAATAATAAAATTTT AAATTAATACCAAATTAAAACAATTTTTATACATACTGCATACTTCACAATTAACTACTA CATACAAACTAAAATACACTTTCATACTCAATTTATCCAATTTAATAAAAAATAATAATA TACAGTTAATTCAAAATTTATACAGAATTCATATATATATTACAAATCAATAACATCTAC GTACTACTATAAAAATTGACTTTCGTATATATTGTTCATACACTATTTATATACATTAAA ATACAAAATGTATACATTATTAATACAAAATGTCAGATATTGTTCTACTGTTTCAAAACA AAAAATTTGCAAATTGATAAAAAAACTGCAAACTTTTTAATTTTAACCAGTAATCACATT TAACATCATTCTTCGTTTTAATTACACATGAAAATACATTTAATATTAGGAAATATTTAT TAGTGGAAACACTGAATAAATGTATCACAAAAAAAAAAATCAATTGAACATATGCAATAT AACATGGGAAAAAAATACGACACATTAATAAAATATTAGAAAAAACTAACCTGATGAATT TCATTTGCCACCATGTTTAATTAAAACTGACATAAATTTCTCCATCAAATCAAATCTAAA CTTTTTCAACCTTCAATTTTAATTGTTTTCCAAAAAAAAAAAAGATAAAATATGACAGAA TTCGAATATATGAATATACTTAAATTTCTGGAAAAAAAATGATACACGTTTATGGAAAGA AGATAACAGAATATAATTTTTTAAGGATAAAAAATCAAAACTAATTATCATTAAAAATGG ATTGAGATAATTAAGGTGCATATCTATAATTAATATATTTTAAAATCCCTTAAAAGGTGC ACATTTTGTTAGCAGTTAAAAAACATTAACTACATTCACGGAAATTATCCAATTTTAATT AATCATTTTTTTATTTTATTTTTCATCCTAATTTTACAGAATAAATATTAACAATATTTT AATTTAAATAAATGCTATAAGTTGATATATTAAATGTTATAAAATGAAAATCAAAATCTT ATGATATAACTTGAGAATATGCTATATACCTAATTTACACTTCTATTTAAGATTCAAATT CAAAATTTCTGATTAAAAAAGTACAATTTCATTCGCACGTCTTTTTTTTAAAAAAAAAAG AGAAATAGTGATCTCATCTATTACTTTGTTGTTACTATATTCAACAGTTTGAATGTGAAA CTTTTGGCAAGCGAAAGTATCTACCAATTGAAAAAACATAATCACAAAATAGAAATACCT AGGTAGATGAGTTGAGCTGAGAGGTAGTAGATCACTCAAGCCTCACATTATTTTGCACTT AATTTAATTATTCATATTTGAACTATTTTTTTAAATTTAAATTTTACTTTTAGATCGATA TTTTATTAAAATGTCTATTTTAAAATTTGAATTTCAAAATGGATAAATTTTTTAAAATGT CCGTACAAATATTTTCGTTCATCCATTAATATTGTTTAAATGTTTGCAATTTTTTTCAAT AATATTATTATTGTTGAATAGGGGAAAATAGATGGGTAAAGTAATTAAGCTAGTGTTATT GTGGATTAAGAAAATGGGTCAAAGTAGAGAGGCAGTTGCCATTCTGACTTGGGCGCATGA CATTAGAATTTTCTTGGTAAAACTAATAAGCTCCTCCTTCCCACCCCTCTCTGCAACTTA TTTCAATTCTTAAGAGTTATTACTTTCTCCGGTCTCCGGCATACTGCACTTCTGTCTAAA TCATTTATTAACACACAGTGTGTGAGATTAGGTGTGAGGTAGAGACAGATCAATAGTAAA TCTGAAAAGAGAGAGGCAGTAAATTAATGATGAAGTCGTCTTTCGGAAAGCTCAAGAAAT TTGCACTACACAAGGATAAGAAGGATCATCAGATATTGTTGCATTTGGACGGACTTTCTC AGGCATCACAGGTACCCTTCCTTCACTATTAGGGTTTCCGATTCCTCTGCTATTTTACCC GACCCGTATCCATTTCCCCCCTGTTACAAATCTGATTCATCACTCCTCTATTCATTTCCT TTGCAGGATATGAAAGACATGAGAGATTGTTATGACAGCTTGCTATCTGCAGCAGCAGCT GCGGCTAATAGTGCCTATGGTATTACCAATGTTATTCATCTTCACTCTAACTTTAATACT TACTTCCTATTTCTCAAAAGAGATTTATCAGTTGTTTGTTTCATAACAACAAGCGAAAGA TTGCTTTATTTACATTCTGTAACAGAATCCAGAAATGAAATTCCAGGATTTACTTCACAA AAAAAATCCCCATATTCAGCTCATCAAACGGATCATCACTTTGCTCATTTCCTTTTTCAG AATTTTCAGAATCCTTGATGGAAATGGGAACCTGCTTACTGGAGAAAATTGCATTGAATG GTGATGGAGAAAATCGTAAGTTAACCAATGTTTAGGTCTCCTTTCTATAGTGATTTTCAT TATTAGCTTCTGTCGGAGATCATTTATTCTGTTCATATAAAGTTATCAGCTTAACAAGCA GTTCCGTGCAAAGCTTATTTGATCATTGACATCCAGTTCCATGCAAAGCTTATTTGATCA TTAACATCTTTGCGTAATGTATACTTAGATGTTTCCAGTTCTAATTAATTCCTTAGAACT TGGAAAAAAAGTCAAGACACCAGTTTTAGTTAACCCTTAGAACTTTTCAGTTTGAAAAGA ACTATTGGTTTGCCCTTGGTATTTCCGGAGGGAATGTCATACTTTTCACGCTGTTATACA TTTGCCTTGCAGAAGCTCTATCTTTTACTGGTTCAGAGCTTTTTATTTGGGGTCTCAGCA GCGGCAGAGCTAGAAAGTCATATGAGATTAAAAAAAAGACTAGAATGTCATACCTTGGAC TTGAATTGGTGTTCTAAGACAATATTTGAATCACCCTTACCATTACACTAGAATCCAAAT CATATATATTACCAAAAAAAATTATTTTTTGGCTACGCCACTGTGTCTCAGCTTGTCAAC CTGATCACAATCTCCTCATCAGTTCAAATTATATTAGGAACTGTAAGAAACGCTAATTTC CCTCTGATCTTTGTGTTCTCCGAAGCTCACCAACAGTGTAACTAATTTAGAAATGAAAAA GAATATAATAGTACCAAATGGTAATAGATGTAGTTAATTTATGATATATGTACTTATTGT TCTCTTCTTGAAAATTTGATTGCACGCACATAAGATCTATTTTTTGACGAGTACACATGT ATAACATCTTTTTTCTATCCATTTTTTGTTTTCTTCCTGTTTCCTTAGTTTTCTTTTTTT TTCTGTGACTTTTTTTTGATACGTGCGTTTTGCTGCTAAAAAATATGTAATCTACTGTTT AAAAATGGACTTGCCTATCATTCCACATTCTGTTTTGTGATTTTTTTCTTTGTAAAATAC TATCTATATGCAGGCAAGGCAATGTCGATGCTTGGAGGAGTACAATTAGAACTTCAGAAA TTCGTAGACTGCTATGTCAGTGCCTGTTCTTTTTTTCGTTAATAATTTATCTACCAAATT TAAGTGAATGTGGTTATGACCTTTGCCTTCTGTATTGCAGCGTTCCCATATCATCCTAAC TATCACAAACCCATCTGAGTCTCTTCTTAGTGAACTTCGGAAAGTGGAGGTTTGTTCTTT TGTGATTCTGTTGATTATCTCTAGATCCTTTTGATAAGTTCAAGTTTCCTCATTCTTTTG TTTCAATTTGTTTGTCTTATTTTTCATTTTTAGCCCATTTCAAAAAGAAAGTCTCTTTCC TTTTTTGACAACTCTTTAATTTCAACTTTCCACATGACATCTTTAAGACCACAAAGTTAA AAGGACATTTGGTACATTTACACATCTTTGATTTAAGACCACAAGATTCTAAATTTTATT TACTTAAACGTTGTGTCAAGTCAAAATTAGACATACAAATTGAAACGGAGGGAGTAGTTA TTAACTGTTCCAGTCCTGCTATTTATGGACTATATTTTCAATGATCACACTTTTAATTAT AATTCAGAAACTATTTAATTATAAGCCATGCTAATTCTTTGGTCCTCTCTATAGTTGTTT CTCTTTAACTGGTTGTAACTTTTGAAAGTTATATTGGTTGATGATGTTTCTTTCCTTTTC ATTGTTGTTATTGTCCCAAGTTGTGAGAAATTTGATGAACTCCTAATGCTTTTGACCCAG GTACAACTTTAGCTTATGTTAAGTTGTTACTTGATATTCTTCTGTGTCTCCCACAATAAG GGCTGTAATAAAGTCTTAATTGGGTGGGGTTGGAGTTTCTAATAGATGCATCACTACTGT GGCCTCTTAGCTATCTGGTAGAGTTTGAAATTATCGATGATGTTTTTACACCAACAGTCC CATATATGTAGAGTGCTTGGTTGGTTGGGTTTCAATTAACTTATATATTTCTTTTTCTCA TTAATTTGGTTGCTTTAATCAAAGTCGTTTTTGCTAATCCTATTAAACATCGACTTTTAT AGCTAGGCATTACTTTTTATTTTGGAACTGGTAACATACTCTATTTATCCACAGGTATAA TACAACCAAAAGTGTAGTTCCCCTTCAAAAGTATTACATTCTATCAAAAGCTTAAGTCTA TTTGTGTTACCTATAAACAATCTAGAATTTCAAAGATGTCTTCAGTTTGAGCTAATAAAC CATGTTTACACCAGAAGTAAAATAGAGCTAAACACTTCTTTTTGACATCCTGTAGACTGT TCTGCACATCTTTAAATCTCCTATTGTTTCTCTCCTTCCAGATTGACCACCAAATGCATG CTGGGACAATCTTCCATCTCCCCTCCTTCTTTGTAACTTTCCCATATCTGATCCAGCTAC TAAGTACTCTTCTATTGCATCCTGGTTTCACCCACCTGATCCCCTTCAGGCTAGTGAACG TTCTTCATTGTTGTTCTGTCCATTTACAATGTAAGAAAATATAGCTGATTGTCTCAGCTT GATCTCCACACAAGTAACGCCTAGAAGCTAACTGATGGCCTCTCTTGTTCAGGTTCTCAT GTGTTAGAACAGCTTGTTTTGCCAAAAACCAAGTGAAACATTTCACTTTGTAAGGTACCT TAGGTTTCCATATCATCTCCCATGGCCATTCTTTCTCCTGTCCCCTTGTCCTGTTAAGGG CCGTAGGGCTGTATAAGTAGACTTGACTGAGAAGTCACCTATGCTGTCTTCCTGCCATAT TATCACATCATTATCCTCAGTAAAACTTCTGTGAACATCTAAATAGATCTTCCAGTCATT TAGTGGTCTTCTTTGGCCAAGATTTCATCCCTCCCCAGTCCACATATTAGCTGCAGTGGC CTATTGCCATTGACTGATTGACATAGTGTAAATTTGCCAGGTTCTGGTGTCCTATGACTG ATTAATTGAATTAACTCAGATGAGCAGAAACAATTTTATTGATCCCAAACAAATCTATTA ATTTGAATCAACTGCCATACTGATGTACCTTTGAAGGCTAATTATAGAACACATATATGT AAGGATTTTTGCATTGTTTCCTCATTACTCAGTCGGATGTATCCTCTTCCTTGATGCAGG AGATGAAACTGCAGTGTGATGAAAAAAGGTATCCCTCGCCATGTGTCTTTTTGACATGAT ACAAAAATCCTTTTTTAAAAATAAAATTTCAATCAAGTCTTGCTAACATCAGGCATGATC TGCAGGGAGGTGTACGAGTATATGGCAAATAGAGGAAAAGGTGGAAAAGGTGAGAACTTT ACTTCTCAGCAGTTACAGGCAGCCCGGGAGGACTATGAGGAAATGGCAAGACTTTGCATT TTCCGTGTACAATCTCTGAAGCAAGGGCAATGTCGGAGCCTTTTGACCCAGGCAGCTCGT CACCATGGAGCACAGGTGTCCTTGTGCATTTCATAAGTTTATTTATTCATTAATGGTTAT CAATCTTTTTCTTGAATCGGGTACTTACTTGTCTGCGTAATTTCTCTTTTTCTGGAACAG CTTAATTTCTTCCGCAAAGGACTTAAATCTCTTGAATCTGTTGAACCACAAATAAGGATG GTTGCTGAAAACCAACACATTGACTATCAACCTGTTGAATTGGATGATAGCGAGGATGGA GGCAAGAGCTATGAGGCCAATGATGATGGTGAATTGAGTTTTGATTATAGAAAAAATAAG CAGGAACCAAATGACTCTTTCCCAATGAGGGATTCAATGGAGGTAGGTAATCATATTGCT GTCATGCATCTTTCCCTTTGCGGAAGATTGTGAGCTGCCTACTGGCTTGATTGTTAAATC TTTTGGTAGCATGTCAATTCTCAAATGCTGTTTCCCTGCCGTTAGCTTAAGAACCACAAT CGAACTGGCTGATCACTAATATGTTTCTAGTTCATGCGCTACATCCAATTATTCTTGGCG TATTGTTAAATGCTGTTTCCCTGCCGTTAGCTTGTAATAACCACAATAAAACTGGCTGAT CCCTACTATATTTCTAGTTCACTTGCTACATCCAATTATTTTTGGTATATTTGGTAAAGT GATGAGGTGCTAGTTTTCAAGCAGCACAAAAATAATCTTTTGGTTTCCTAATCCCAGTCA ACACATTTCTACACAAACTGATTCCGATCTCACAACTACTAAAATCAGCTTTAAGTATAA GTCTTCTTATTACTGCAATTGTCCTTCAGTGTCATTACATCCCTAGATCAATTTTTTGTA CTCATTCAATGCACATCTAATTTGTCCGCCCGTGTCTCTATATTTAAAGAGACACACCTG GGAAGAGAATGACAGTTATGATCTATAGTGATATTATATGCATTATCAAAATCTGATCTT AGATGATGACTTGCTTAGTTTGCCAAATTTTGGATTTTGGTCTAATATACCATATTTTGG CAGTTTGATCCCGCTGATGCTCCAAGTACCCTAACCTCTGGGATGGAGGAAGTGGAGGTA AAGTTCTACTCCTGTGGCTGTATCTAGTATTTGGTGAACATTATGTTAGCTATATATTTT CCCCATATGGCTTGTATAAGGGACTTTCAAAGGGGTTTATTAAGGGTTTGAGCTACTCCA CACGTTGCCTTGAGATTTTCAGTTGGATGCTCAGATTTGTTGGGTCTTTTGTATGCTTCT TATTGTCAACTTGTGAGATGTTGCTTATTTATTTTGAAAGACATTTTCTTGCAGTTGGAT TTGGGCAGAAACCAGGAGCAGGTTTTTACTAGACAACCACGTGTAGTCAGTCATTCTGCT CCAATATTTGCAGAGAAATCAGATATTTCTGATAGGATCAAACAAGCACAGACATCTGCC CGGAAATTTCACACATACGCCTTACCGACTCCAGCCGATGCTAAAAGTTTGACTTCAAGG ACAAGTGTTTCCCTTCAACACTCAAGTACCATGAATACGAGTGGAGGCAGCAACAATCCG TGGCATTCTTCCCCGCTTAATATGGATAAATACTCTAAATTTTCAGATGACAACTTGTCA ACAGACACTCTTGCAAAAGGCCAATCCACTGCTCAAGAGATTAAAGATCATACTTTCTCC ACCCCACTACCCCCGCCTCTTGCTGAGGGAACTTCTCTCCCACAAAATGATATACAAAAT GGAATTGATGCCAGAAAGATGAGAAGACTTGCTTTCTCAGGTCCATTAGCAAGTAAGCCT TCATCCAGCAAGCCACTGTTATCTGCCAGTGGACCTATTGGCTTGGCCGAACGGCCTCTT TTAGAACCTGGATTGGCTTCTGGTATACCAATAAGTCAGCCACCATCGACTCTAGATGTA TCCTACAGTGCTTCACCTCCCCTTGTTTCTTCACCAAAAATAAGTGAGCTTCATGAGCTC CCTCGTCCCCCTGGCATATTGGCCTCCAAGCCATCAAGTTCTACTGCATTTGGGCACTCT GCGCCTTTAGTCAACCGAAATCAAGAAACATCACCAACTAATCAGAGCCCTGTGCTGGCA TCAAATACGGGTTCTCCACTACCACTTCCTCCGCTAACCATTCCTCGAAGTTTTTCTATA CCTTCCAATAATCAGAGAGCAATGGCACTACATGTAGCCCAGCTTCTAGAATCTCCTCAA AGAAAGGGCAAGGGTGATGTGATGTGCTCTCCTCCATTGACACCTCTCTCTCTTTCAAAC ACTTCAAATTCTGGGCAAATCAGAGGTAAAGTTGATTCATAGTAACCTGGCAACTATACT GTTTCCAGACAAGTAGCTAGTGAGAAATTCTAAAGTGAACCTCATATCTGTGATTGATCT GCCTGAGTGTTTTGAGAAGGAGAAAGAAGGGTTACAAGTTGTGTTTGAATCTTGTCTAGT CTTGTACCCTCCACCTGGTTAAATCTTCACTGGTAAAGTATGTCAGATTGGTTGTTTGTT TGTTTGGGTGGGTGGATAACTGGTGTTGAGTAATTGAAGTATTTGTAGAGTAGCTAAAAG AGGAATGCGTTGATTTTCTTGTGATAGTATAATTCATTTCCTCCCCCTTTATCTTTGACA TGCCATTTTTGGTGGATGCAGGTAGGAGCTGATATATATATATTTTTGTTTTGGGTTCGT GGGTGTGTAGAGTTTGTTTCCACAAGCATTATTGCAGGAGTGGGATTTGTACATATGTTA TTAATTAATGTAAGGTTTTATTTGTTCGGTTTTGAATGGTTCTCCATGTATCTTACTTAC ACAAATGTAACGGGAGCTTCCTGCCACAATTTTGATCTCGCGGTGTTCAAATCCACCCCT ACCCCCCTTGTAGAGAAACGTCAAATTAAGAATGATTCCCAGTTACCTTGTGTTTATAAT CTAGTACATTCTATTACTGTCCATGCAGCAATCAAAAGTTGCAATTTAAGCCGAAGGCCG TTTAAATTTATTTATTTGATAAGAATTACCATATTTTTTTAGTACAAAAAGTGTATGTAC AGAAAGAGAATAAAAAGTGCGTAAAAATAATAAAATTTGATATCCTTAGCTTGGTGATAA GGAAAATGAAGGTGGTCCAATTGGCTCAGCCATTCGTCGTCCCTACTTTTTGCCATCATC TGAAGCCGCCCAGAGCAGTTTCCAAGCATAACCATGGTGAGTCGTCGGTCTTGTCTGTCT GTCTGTGTCTCGCACGCCAAATGCTTGATAATGGTTCCTAATTAACCTGAGTATGATTTC TCATTTTCAGATTTCACCATTTCGTTAACCCTCAAGGTAAGATTGAGGATGCTTCTGTTT ACGTCAATCTTCTTTTTTTAACTAGTCCATTTGACTGACTCGATGTGATTCAGAGGAAAG CAGCAGAGATATCCCCAGACTTGAAAGGAACTTGTTTATTCCTTGTTGGTGGGCATAACT TTTCTCCCTTGTTTCAATCTTGTCATTTTGCTTTCCCAAAACTCACTCACTAATTATCTC GTGTTGCTTTGAATTGAAAGGAATAAACAGCTCCATCAAATCTAACTCCGCTCAACTTCT TGCAGACGCACTGCGCTATTATTATTTTGACAGGTACATCACTTGTTCACGTTTTCTCCA AAAACCCTAAACTAAACTCATCATCTTATTACCTTAATCTATTGCAGCGATAGTGTTGTT GAACAAGCTTTGGGAGGAAAGGATGCTGTCCGGTCGTTTATGAAGACAGACTTGAAGGGA TTTCGTGATTCGGAGGTGCCCGTCTTCCTAATGTACCGCTTCTCTATGTTGATGTTGAGA TTTATGACCGAAACCTATTTTGAAAATGCAGACGGAGGTACTGAAGCAGTTGTCATCCAT GGGTCGCCTTGTTGTTTGTGCTGGGAATGGTGCAGTTCAGTGTGCAGCAAATCTGTATGA GTTTTCTTAATTATACTCTCCCCTGGAAGACGATCACTTGTTCTTGATCACAACTTGACT ACTTTTACAGGGCGCTTATGAGACACGGCATATCAATATGGATCGATGTCCCCTTGGATA TGGTAGCCAAGCAGATTGTGGAGGAGAAATTTCAACTTCCTGCTGCTGAAGCAATAAATG GATCATATTCCGAGGTATATTTCTGATGACTTCCACCTAAAAAGCAAGACAAAACACAGA TATTTGATGTTAATCATCCTTTTCTAGCTTAATAATACCTCTTGTTTGTGGATTTCTTCA GCTGTTGGTCTATCATGCTGATTTTTAGCTTACCATGGCCACAGGTGTTGACTCAATTAA CTGCTATTTATGAAGATAGCCGTAATGGATATGCTACAGCTGATACAACTATTGCACTAC AGAGTAATTTCTATTTGCTTCATACTCATTAGCACTAACACATCTTTTGCTGTATTTTAA CAGCTTATTTATTCTTTGCAGATACTGCTTCTCGGCTAGGCTATGATACACTGGACGCAG TGACCACAGAAGATATGGTTTTGGAGGTAAAAGAAAATTCTTCATAAGTGGGAGGATGGA TATATATTATTTCATTTGATAATTGACCTTATAGGTGTTGTATTTTATTGTGATTTTAGA CTCTGAAGGAGGTAGAGAGATTGATGAGATCAAAAAAGTTGATGGAAGAAGCTGCCAGGC CATTTTAGTTTCATTCACCACCAATAACAATTATTTATTTTGGTTAGTTCTGATTAGTGT TGTTGACATGGGTGTTTGGTGATTTTCTTTTAATCTCATCCTTCTAATGAACGGGACTGA GAATGTATTTATTTACCTTCATCCATTTAGAAAAGCTAACATTATTCTGGAGGTACCAGA CCTCTTCCTAGGCTTGCTCTTTTATATGATGGGAACTCAAGACAACCAAACTATCATTCA TTATGTTATTTTCAATTTCTACCAATGTTGGTGATGGATGACACATTAGCTGCATTTAAC ATTGTGGTATCTCGAATCTAAATGTGGGAAAAAAGATTAGATCAAATAAAATAGTGATAT GCTGAATCGTGAAGGAAGTTGCAATGACGTATTTTTTTATGAAGTCGCCCTGAAGGGATG TCTTTTTTCCAGGGGAGTCAGATAAAAATCAGCATTACTTCCAGCCAATTGCAATTACTC GTTTAAGAGTCAAGTTAACCAAATGCAGGTGACTGACTTGAGAATGAATTAGAAAAAGTA TATTGTTGACCAAAGTAATCCTCCTATTGAACAAGTCTTAGATGTACAATTGACTTACAA AAGTAGCCCTAGGTATACATACAAATGCGGTGGTTCTTTTATCAGAAGATCCAATGAAAG TTTTTGAGTTATTCAAATTCTTATTTGCATTTATTGTTTGGAGCCGTAAGCGCTGAGCTG AAGTTGGCGAATGATGGCAATATTTGATGCTCTTGCAGTATTGTGAGAGTAAGAATCTTA TTGTAAATGTTGTTTACTTAAACATCAGCGCTACCCAGAAAACTCCCTCCTCTAAATCTT TGTCGACCAAACTGCAATCAGACAGAGCAATAATTTTAAATATATGTGAAATTCTAGTAT ATCAAGGGGAAAAATTTAAAAGGCTGGCTGGGTCCATCCCTTTGCTTTAGTTGATTTTTG ATCCCCGGATGTACATTTCTCCTCGAGTTATGAGTGGGATGATTCCTGCAACATGCAGGG TGAGGAGTGGTGGTTTTATTGGATGCAGGGAGAATGGGCAGAGTATAGTTTTGTGGCACC AAATTATAAAAGGGAATGCGAGTGTAACATCAAAATTGTCTCTCGGCTGCCAAATTCATT TTGTTTCTAGTTATTTACTTAATTTTTGTCACGATAGTAAATTTTCAACTAGCATATATT ATAATTTTAATTAAAAAAACCAACGTTGCATTGATTGAGACGTCTTGTTAAAGTGGGAGG AGAGTATAGGTAGGGAATATAGTTGTGGGTTTTATTGTGATTCCACTCACTGCTACTAAT TGTAACAAACTCAAGTAAGTGACTGTCTGTTTGTCCTTTTTCTACAGAATAAATAATAAA ATGAATGACAATTCTAGATTCTCATAGAATGTCTAGAGTAGTTGATGATATAACAACATA GGTGTTACTCTCTCTCCACCACCATGTCCATCCATACCTCCCATCTATAGGCATTTTAGA GGTGACTTTGCCTTCTTCTTTTAATGCTTGTTTGTTTCTTCTCTGTCAGAAGCTGAACCA ATTTTCCTTTGTCAATCACTTTTTTCCCTTTCCTTAAACAAATACTATAACTATATCAAT CTCCTTAAAGTTAAACCACTCTCACGTACTCACCCATACCATTTTGAGTTTTAACACATC CATCCCTATATCTAATCAAAAATCACTCATAGTATAGGTATCCTCTTATCACTTTAACAC ATCAAATCATCTCTCCTCCTCAACACTAGTATTTATTATTCTTTAATTGATCTTAATTTA AAACTACAAATCCCAATTTATATGGCATAGTTGAAATTTCAAGAATCATAATAATAAAAA TCATTATTACAAGCAGTAATAATTTAAGATATTTAAAAGGCATTTAAAGAAATTCAGGTA AAAAAGATTGATCTGCCCTTGAAATTCGATTGTTCCACATAAATTACTGGAGCAACGAAT CTATATATGTTTTGACAATCAAATCGGAGAAAGTATTTTTATCTTGTAAAATGTACCCCG GTAGGGTCTATAAGCTAAAAATGTAAATTAAGAGTAATATTGGAATACCTAAAAACCAAT TTAAACTTGAATTGTTAATAATCAACATAAGCTTGTGTACGTTGTATTTTAGTGTTGATA TTACAACTCTTGGATTAATTTTAATTTACGTTAGAGGTGGGATAAAATAGTGAAAAACAA TGAAGTTTGAAAATAAAGGATAAATGAATAGTTAGAATGAAAGAGAATATGAGTTCATTT CGAAACTTAATTGATCCTAGGAAGTTTTTAAGTCGACAAATTGATGGAGTAATATATTTG TGTAGTTACTTATTATTAAGAAATATTATTGGAAATGATGAGTAAAAATGGAAGGAAGGT AGCTAGCTGTACACTTTAACAACTGTGTACTAACAACAACGGGGTGGAGCTGAATGCAGC TGATAGATATAGATATATAGAGAGAGAGAGAGAGATACAAACAAATTAACACTCTCTCTC TCTTCTGTTGATCTGCAATAATATTTCTGTCCCATTATATTCCTCCTCCTGCTAGCTCCT CTCCCCCACCCCACTACTGACCACTACTCTCTCCTCTCCTATATATACATACATACCTTC TCTGCTCTGAAATTAAAAGTCATTAATGGCGGACCACACCCACCTAGTTTATGATTTCTG GAACCAGTCTAACTCCGTTGCCCCAGATATTATGCTGGAACCACCCATGATCCCTAAACC TAAAGTAGCTCCATCTTCATCTAGAATGTTCTCTTGCCTCTATTGTTCCCGTAAGTTCTG CACTTCTCAAGCACTTGGAGGACATCAGAATGCTCACAAACGAGAAAGAGCCGCTTCTCG CCGGAATATGTTCTCTACCGACCCTAACAATAACAATAATAGGCTCCAATTCCATTTTCT TCACAACAACAATGAGAATGTGCCTCAACAACACAACATCATCAATGCTAATTACTCCTG CCAGCTCCAAGTCCAACCACCGCCTCCTTCAAACAATAGCTTGTGCTCCTCCTCATCCGC CGTTTTCTATCCTCCGCCGAATCATGGATATTTTTCTACTACTGGTGAGGATTTGTCATT GTTCCCCATTGATGAACCCCAGCTGAATCTCGACCTTACCCTTCGTTTGTAGATTTTGCT TCTTTAGAACTAGCGAGCATTAGATCTGAATGGTATTAGTCGCTCCGTTATACTACGTCT TATCTTAATTAATCCATGTACTACTCACCTTTAATTATATTAGTCTTGTTTGATTAACTC TTATTCTCTTATCGGCGGTACTACTTTAATCTTTTAAAATTGAATATTATTATTATTATA ATACATTAACCAAATACATTGGTTACTATATGAAGAAATGTGATAAAGAGTGTTATTTAT AGTTGCATGCATGCATGGTTGAGAAGGGAAGGGATGTTTGTTAGGAGCAGAGTTAACTAA CTAGTTATGCTCTCAATTATGGCGCAGTGAAGTGAGTAAAAGAAGTAAGTGACCAGGTGG GTTTGGCTTGTCTTTATTCATTAATATTAATGCATGAGATGATCAAGTACCTAGGCTCTT AATTCATTCTCTGCATGCAGTGGATTTATTCTCCTCTGTCCCCTAGCCCAAACAAAGTAA ACATTCTGTTGAGCTTCAAAACCAACCATTCCACAATCAAACAAGTATTATGTTGTTAAC CACATCCCATATATATTTAGTTAATAACATTGCCATTAGACCTACTTCATAATTAATTAC CTTACTATACTTGATGAAGGGACCACTTCTACCTAAACGTCTTTTGCCTAATCATTTTTG CTCTATTCTACTGAAACAAGTGTTTTAGGGCATTATCATTAAACTTAATATTACATTATA CTATAGGTTTGGCCTACGCTGGTACCTTTTAACTAATACTGCGCTCTACACATTGATCAA CTCGATCGCTGCAACAGTATTAAGTATTTTCTTTTGTTCTTCTTTTACATAATACTATAG ATCAAAGGTGGGAACTTCAGAATCAAAGCCATGGCTAGCCTGGTAAGGCAGGCGGGCCAT TATATTCCTATACGAATCACTCTCTCTTTTCTCCTTCAGGTAATCAATACATCTCTCAAC CTCAGACTTCACTTCCAAGTATAATTCATGTGCTTTCTCCTTGCTTTTAAGTTCCTCCTT CCTCCCTGCAAAGCGCAAACAACAACTAAATTAAACCATATATATATATATATATATATA TACGTCAAGAATACACTCAAATATACTTCACAAATTACCTGCTGTTTCAATTGGCTTGCC AAAGTAGAAGTAAAAACGGCCAGGAACTTTCGGAAGAATGATTGGAAGATGCACATCTTG GTTTGAAACCTCTCCTTCAGTGTCATATCTGTGTTCACATACAAGATACCATTCTTCTGT GAATTTAACTCTCACTCAACTAAATGGTTTGCAAAGTGAACCAAAATAATTAGGGGGGAA AAAGTAACTGGAAATAAGAGACTAGTAGAACCAACTCCTATCTTGGACAGACTACTGATG TAAAAAATAACTTATCCTCCTTATGTCACAAATCATTCCGTTCAACTTACACAGACATTA GTAGTAGTACCCTTTAGTTTTTTTAAAAAAAAAACATCAAACCACTCTTATATTTACTAA AAATATTATTAATCTTTTATATATTATTTACTGGAAAACATTTACCATGAAATATAACTT CTTCGCCATACCAAAAACACACACTAAGTCAGATAAACTAAGGAAAGAACAAATTCAATA CCTTAACTTCTCCACCTCACCAGTTAACTCCTCTATGAGAGCCTTGAGATATGGAACCTT CATCATGTCATCATAATCAAGGAGCATCTGATTGAAAGATTGACGAGTGAACAAGAGGAA GAATTTGTGATACAAAAGTTGATATTTCCAATAAGGAAATCTATCTCAATGTTAATCACA GCAGATTCAGAAAACAGCTGGTGCATTATTGTATAATTGCTTCTTAAGGAAAGAGCTTTG GGGTAAAAGCAAAATTAAAAAGCATTTTCTCCATGCTCCAAATTGAGGGGATATCACCAG CCAAATAATGGCTAATTTTTCTACTTGCAAAAATTTCAAACCATCTGAACTGGATAACCT CAGCACTTGAAAAAGCCTAAATAATTCAGTTCAATTATTAAAACACTGTTATTGAACTGA AGCCACAAACTGTTCTGTCCCATCAAATCTGATCCATTCAGGTAAAACAATGAATTTCAT CTTGTTGTCATATGTATTCAACATTCCTTTAAGCAATTGTTTTTATATTTATTAATGTAT TTATGCATTCCCAAAAAAAAAAATCTCAACTTTTGTGGTGAAACTGATCCACCAGAATAT ATGTTGGTTGCATGTCCTGATTAAACACTTCCAAAAACAAAATATGTTAACTCGTGAAAC TACCTGGCCAATATCATCTTCACCCACTGTACCAAAAGGTATAATTTTTGCTCCAAATCT AGCTGCCATCCTGACAAATTCAGACTGTTCTGGCCAGAACAATTTGTACTCCTCCCCCTG AATATAGAAGACTAAATTATTAGAAGAGCAGCACACTTTTATCTTCTGCTCACTGGCTAA ATAATAACCTTATTCAACATTAAGAACTGCAAGGATTGCTGCTATACTGTTCCAAGTCAA TCTCCCCATAATTGAGCAAACATCTTTCAGCAACTTATTTCAAATTTCAATACTTAACTT ATGCCATATATAGATCTACACTTTGTATCAAGCTTTCCATACAACCACAGACAACAAATA CATAGCATATTGAGAAATCAACAGGTTGTAAATTTCAATTTTGTTTCATCAATATGAGAA TGGCCATTTAATTCAACATTTTGTGATGTGTTTGGACATACAACGTAAATTAGTACACAT ATTTGTAATATCTAACGCTTACGGATAAGAGATTCAATTTTCAAACAGCATTGTTAAATT TCCTATCATAATAAATATCTTCGGATATATGAACAAGATAAACTGCTTATACATATGACA TTAATCAGACTAAAGTTGAGCCTAAGATACAAAATCAATTGATCTGGTGGACGGTGCAGT ACAAATTTGTCCTTAGGTTTTGATGAAACAAAAGTTCAGTGGTCAACTCATTCATGTTTT ACATGACTTTATGTTTCAAGTGGAGAAGAGAAAAATCACACAAGTTAATCACAAACTTTT TAAGAAATGCAACCCTTCGATTCTTAAAACAAAATATAGAATTTGACTGCATTGAAGTCG GTAAATGCAGAAATATTTTGAGAAGAGCGTTTATTAGCAAGATGCTTTAACTAGGTAATA CCTTCCGATGAAGAGCTTCCCGCATACCCCCAGGATAAAGCAAGACATGGGATTTTGATG ATAAAAGTTTATAAAAGTTAGTGGCTGACACGGGAACCGCACCCATAAATCGGTAATCAT CATACATTGATAACACAGGCATTTTTCCCTCTCTTCGCTTCTTAAACATCAATGGATGTG CTATGCCTCGCAGGACAATCTGATGTTCATTCCACAAACGGGACACCAAAGGAACTAGTT CAAGTCCAAGCATCATGTGGTAACCAACAAGTAAGACTGGTCCTTCAGAAGGAATTCCAG TCAGACCCCGAACAATATTCCCATTCTCAAGAGTTGATATCATCACAGGATTGAAGGCAA CTTCCATCCACCTGTGTTTTAATCAGTCACACAAGAAATAATGATCAAATAAACTTGCAG TATTTGTGTTTATATCAAATGAACTAAGTACACATAAATAGCAGAGCAGAAGAGTTGATT CACTACACCAATAAGAGCTTCTGATTAGCTTAACCCTAATTTAGTCCTAAGGTAGCATCT TATATAGAGAAGCAAGACCACCAAAAAATACATTGTCAGAATGGAACCTCCTAAACTAGA TACCATATCTATGAACATAGAGCACATTGTAAATAACCAGGAAACAAATTATGCATCTCT ACAATCCCCTACCGACTGGTTAGTGGTTAGTTTTGAGAATATAATTAAATAATACGTGTG TTTCTCTCTAACAGTTT GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_1 match_part 0.927 352 901 match_part 0.952 1261 1344 match_part 0.902 2043 2144 match_2 match_part 0.931 352 901 match_part 0.952 1261 1344 match_part 0.966 2043 2101 match_3 match_part 0.971 762 901 match_part 0.976 1261 1344 match_part 0.877 2043 2450 match_4 match_part 1.000 835 901 match_part 1.000 1261 1344 match_part 0.981 2043 2460 match_5 match_part 1.000 863 901 match_part 1.000 1261 1344 match_part 0.964 2043 2406 match_6 match_part 1.000 1292 1344 match_part 1.000 2043 2382 match_7 match_part 1.000 1292 1344 match_part 1.000 2043 2382 match_8 match_part 1.000 41434 41625 match_part 0.997 41843 42417 match_9 match_part 0.941 41439 41625 match_part 0.962 41823 42005 match_10 match_part 0.966 41452 41625 match_part 0.995 41823 42005 match_part 0.987 42325 42473 match_11 match_part 0.959 41456 41625 match_part 1.000 41823 41946 match_12 match_part 1.000 41463 41625 match_part 1.000 41839 42005 match_part 0.996 42325 42564 match_13 match_part 1.000 41513 41625 match_part 1.000 41823 42005 match_part 0.993 42325 42618 match_14 match_part 1.000 41513 41625 match_part 1.000 41823 42005 match_part 1.000 42325 42525 match_15 match_part 0.983 42440 42618 match_part 0.979 43540 43773 match_part 0.984 43875 44125 match_16 match_part 1.000 42586 42618 match_part 0.979 43540 43773 match_part 0.985 43875 44332 match_17 match_part 0.993 43623 43773 match_part 0.989 43875 44577 match_18 match_part 1.000 43733 43773 match_part 0.973 43875 44437 match_19 match_part 1.000 43733 43773 match_part 0.986 43875 44360 match_20 match_part 0.996 43982 44662 match_21 match_part 0.996 44165 44662 match_22 match_part 0.990 44243 44662 match_23 match_part 0.972 44431 44647 match_24 match_part 1.000 47332 47500 match_part 1.000 47585 47754 match_part 1.000 47946 48008 match_part 1.000 48084 48346 match_25 match_part 0.990 47398 47500 match_part 0.965 47585 47754 match_part 1.000 47946 48008 match_part 0.994 48084 48250 match_26 match_part 0.885 47423 47500 match_part 0.935 47585 47754 match_part 0.937 47946 48008 match_part 0.961 48084 48337 match_27 match_part 0.946 48094 48461 match_part 0.970 48542 48738 match_part 0.937 48814 49019 match_28 match_part 1.000 48097 48461 match_part 1.000 48542 48738 match_part 1.000 48814 48912 match_29 match_part 1.000 48444 48461 match_part 1.000 48542 48738 match_part 0.983 48814 49156 match_30 match_part 0.980 48542 48738 match_part 1.000 48814 48870 match_31 match_part 1.000 48658 48738 match_part 1.000 48814 48889 match_32 match_part 0.990 56219 56531 match_part 1.000 56647 56719 match_part 1.000 56941 57015 match_part 1.000 58034 58095 match_part 1.000 58181 58235 match_33 match_part 0.993 60354 60495 match_part 1.000 60601 60822 match_part 0.957 61504 61549 match_34 match_part 1.000 63574 63696 match_part 1.000 63791 63816 match_part 1.000 63894 63948 match_part 1.000 64041 64113 match_part 1.000 64188 64275 match_part 1.000 64352 64434 match_part 1.000 64511 64634 match_part 0.987 64785 64863 match_part 1.000 64942 64957 match_35 match_part 1.000 63575 63696 match_part 1.000 63791 63816 match_part 1.000 63894 63948 match_part 1.000 64041 64113 match_part 1.000 64188 64275 match_part 1.000 64352 64434 match_part 1.000 64511 64593 match_36 match_part 1.000 63597 63696 match_part 1.000 63791 63816 match_part 1.000 63894 63948 match_part 1.000 64041 64113 match_part 1.000 64188 64275 match_part 1.000 64352 64434 match_part 1.000 64511 64634 match_part 1.000 64785 64863 match_part 1.000 64942 64987 match_37 match_part 1.000 63601 63696 match_part 1.000 63791 63816 match_part 1.000 63894 63948 match_part 1.000 64041 64113 match_part 1.000 64188 64275 match_part 1.000 64352 64434 match_part 1.000 64511 64634 match_part 0.962 64785 64863 match_part 1.000 64942 64973 match_38 match_part 1.000 63602 63696 match_part 1.000 63791 63816 match_part 1.000 63894 63948 match_part 1.000 64041 64113 match_part 1.000 64188 64275 match_part 1.000 64352 64434 match_part 1.000 64511 64634 match_part 1.000 64785 64863 match_part 1.000 64942 65006 match_part 1.000 65100 65154 match_39 match_part 1.000 63602 63696 match_part 1.000 63791 63816 match_part 1.000 63894 63948 match_part 1.000 64041 64113 match_part 1.000 64188 64275 match_part 1.000 64352 64434 match_part 1.000 64511 64634 match_part 1.000 64785 64844 match_40 match_part 0.979 63602 63696 match_part 1.000 63791 63816 match_part 1.000 63894 63948 match_part 1.000 64041 64113 match_part 1.000 64188 64275 match_part 1.000 64352 64434 match_part 1.000 64511 64627 match_41 match_part 1.000 63617 63696 match_part 1.000 63791 63816 match_part 0.982 63894 63948 match_part 1.000 64041 64113 match_part 1.000 64188 64275 match_part 0.988 64352 64434 match_part 0.992 64511 64634 match_part 1.000 64785 64812 match_42 match_part 1.000 63617 63696 match_part 1.000 63791 63816 match_part 1.000 63894 63948 match_part 1.000 64041 64113 match_part 1.000 64188 64275 match_part 1.000 64352 64434 match_part 1.000 64511 64630 match_43 match_part 1.000 63617 63696 match_part 1.000 63791 63816 match_part 1.000 63894 63948 match_part 1.000 64041 64113 match_part 1.000 64188 64275 match_part 1.000 64352 64434 match_part 1.000 64511 64627 match_44 match_part 0.904 63624 63696 match_part 1.000 63791 63816 match_part 1.000 63894 63948 match_part 1.000 64041 64113 match_part 1.000 64188 64275 match_part 1.000 64352 64434 match_part 1.000 64511 64634 match_part 1.000 64785 64863 match_part 1.000 64942 65006 match_part 1.000 65100 65262 match_45 match_part 0.925 63644 63696 match_part 0.981 63791 63948 match_part 0.987 64041 64275 match_part 1.000 64352 64434 match_part 1.000 64511 64551 match_46 match_part 1.000 63680 63696 match_part 1.000 63791 63816 match_part 1.000 63894 63948 match_part 1.000 64041 64113 match_part 1.000 64188 64275 match_part 1.000 64352 64434 match_part 1.000 64511 64634 match_part 1.000 64785 64860 match_47 match_part 1.000 64074 64113 match_part 1.000 64188 64275 match_part 1.000 64352 64434 match_part 1.000 64511 64634 match_part 1.000 64785 64863 match_part 1.000 64942 65006 match_part 0.986 65100 65312 match_48 match_part 1.000 64074 64113 match_part 1.000 64188 64275 match_part 1.000 64352 64434 match_part 1.000 64511 64634 match_part 1.000 64785 64863 match_part 1.000 64942 65006 match_part 1.000 65100 65199 match_49 match_part 0.925 64209 64275 match_part 0.964 64352 64434 match_part 0.935 64511 64634 match_part 0.949 64785 64863 match_part 0.846 64942 65006 match_part 0.893 65100 65314 match_50 match_part 1.000 65132 65423 GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_51 match_part 0.998 3363 2887 match_52 match_part 1.000 3336 2887 match_53 match_part 1.000 4088 3800 match_part 1.000 3461 3123 match_54 match_part 0.952 4265 4183 match_part 0.989 3976 3800 match_part 0.987 3461 3160 match_55 match_part 0.952 4265 4183 match_part 0.989 3976 3800 match_part 0.976 3461 3211 match_56 match_part 0.993 17649 17505 match_part 0.977 15706 15536 match_part 0.981 13598 13547 match_57 match_part 0.993 20973 20298 match_58 match_part 0.967 29430 29401 match_part 1.000 28178 28039 match_part 0.996 27412 27165 match_part 1.000 24507 24400 match_part 1.000 24285 24129 match_part 1.000 22064 21925 match_part 1.000 21832 21797 match_part 1.000 21298 20331 match_59 match_part 0.998 20972 20453 match_60 match_part 1.000 29506 29401 match_part 1.000 28178 28039 match_part 1.000 27412 27165 match_part 1.000 24507 24400 match_part 1.000 24285 24272 match_61 match_part 0.984 29386 29325 match_part 0.964 28178 28039 match_part 0.923 27412 27165 match_62 match_part 1.000 29372 29000 match_part 1.000 28178 28039 match_part 0.978 27412 27186 match_63 match_part 1.000 29372 29000 match_part 1.000 28178 28039 match_part 1.000 27412 27286 match_64 match_part 0.963 29372 28990 match_65 match_part 1.000 34374 33993 match_66 match_part 1.000 34337 33993 match_67 match_part 0.984 69520 69459 match_part 1.000 69365 69023 match_68 match_part 0.996 69301 69023 match_69 match_part 0.972 71808 71522 match_part 0.991 70737 70624 match_part 0.942 70047 69962 match_part 0.933 69568 69479 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C02HBa0257H21.2 type gene exon 352 901 exon 1261 1344 exon 2043 2460 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C02HBa0257H21.2 type gene exon 4265 4183 exon 3976 3800 exon 3461 2887 gene_3 gene GT_PGL_2_AGS_2 transcript source GenomeThreader seq_id C02HBa0257H21.2 type gene exon 4088 3800 exon 3461 2887 gene_4 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C02HBa0257H21.2 type gene exon 17649 17505 exon 15706 15536 exon 13598 13547 gene_5 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C02HBa0257H21.2 type gene exon 29506 29401 exon 28178 28039 exon 27412 27165 exon 24507 24400 exon 24285 24129 exon 22064 21925 exon 21832 21797 exon 21298 20298 gene_6 gene GT_PGL_4_AGS_2 transcript source GenomeThreader seq_id C02HBa0257H21.2 type gene exon 29372 29000 exon 28178 28039 exon 27412 27186 gene_7 gene GT_PGL_4_AGS_3 transcript source GenomeThreader seq_id C02HBa0257H21.2 type gene exon 29372 28990 gene_8 gene GT_PGL_4_AGS_4 transcript source GenomeThreader seq_id C02HBa0257H21.2 type gene exon 29386 29325 exon 28178 28039 exon 27412 27165 gene_9 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C02HBa0257H21.2 type gene exon 34374 33993 gene_10 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C02HBa0257H21.2 type gene exon 41439 41625 exon 41823 42005 exon 42325 42618 exon 43540 43773 exon 43875 44662 gene_11 gene GT_PGL_6_AGS_2 transcript source GenomeThreader seq_id C02HBa0257H21.2 type gene exon 41463 41625 exon 41839 42005 exon 42325 42618 exon 43540 43773 exon 43875 44662 gene_12 gene GT_PGL_6_AGS_3 transcript source GenomeThreader seq_id C02HBa0257H21.2 type gene exon 41434 41625 exon 41843 42417 gene_13 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C02HBa0257H21.2 type gene exon 47332 47500 exon 47585 47754 exon 47946 48008 exon 48084 48461 exon 48542 48738 exon 48814 49156 gene_14 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C02HBa0257H21.2 type gene exon 56219 56531 exon 56647 56719 exon 56941 57015 exon 58034 58095 exon 58181 58235 gene_15 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C02HBa0257H21.2 type gene exon 60354 60495 exon 60601 60822 exon 61504 61549 gene_16 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C02HBa0257H21.2 type gene exon 63574 63696 exon 63791 63816 exon 63894 63948 exon 64041 64113 exon 64188 64275 exon 64352 64434 exon 64511 64634 exon 64785 64863 exon 64942 65006 exon 65100 65423 gene_17 gene GT_PGL_10_AGS_2 transcript source GenomeThreader seq_id C02HBa0257H21.2 type gene exon 63644 63696 exon 63791 63948 exon 64041 64275 exon 64352 64434 exon 64511 64634 exon 64785 64863 exon 64942 65006 exon 65100 65423 gene_18 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C02HBa0257H21.2 type gene exon 71808 71522 exon 70737 70624 exon 70047 69962 exon 69568 69459 exon 69365 69023 RepeatMasker tomato repeats master Gypsy00046 4068 4121 1 Gypsy00046 4068 4121 1 nucleotide_motif 233 4938 4992 Copia00181 1833 1885 1 Copia00181 1833 1885 1 nucleotide_motif 257 4955 5008 Unknown00037 214 3639 1 Unknown00037 214 3639 1 nucleotide_motif 235 19197 19256 SHAMUDRAV_MT 6237 6296 1 SHAMUDRAV_MT 6237 6296 1 nucleotide_motif 235 34760 34820 Gypsy00163 7750 8120 1 Gypsy00163 7750 8120 1 nucleotide_motif 2041 45531 45893 Copia00110 13187 13342 1 Copia00110 13187 13342 1 nucleotide_motif 590 49858 50005 Unknown00043 8235 9114 1 Unknown00043 8235 9114 1 nucleotide_motif 1705 59114 59955 RepeatMasker tomato repeats master SONATA3 1 246 -1 SONATA3 1 246 -1 nucleotide_motif 532 5556 5291 Gypsy00046 4065 4174 -1 Gypsy00046 4065 4174 -1 nucleotide_motif 250 11362 11250 Copia00172 5171 5321 -1 Copia00172 5171 5321 -1 nucleotide_motif 550 14196 14046 Copia00172 287 510 -1 Copia00172 287 510 -1 nucleotide_motif 1195 27775 27543 SONATA2 16 169 -1 SONATA2 16 169 -1 nucleotide_motif 419 49675 49536 Unknown00019 48 134 -1 Unknown00019 48 134 -1 nucleotide_motif 229 50827 50741 SONATA2 1 226 -1 SONATA2 1 226 -1 nucleotide_motif 1074 58556 58336 BLAST_tomato_bacs Tomato BAC sequences BLAST_tomato_bacs Tomato BAC sequences match_1 match 1677 52976 53987 match_2 match 3203 67782 69397 match_3 match 5495 69423 72257 match_4 match 1750 52972 53987 match_5 match 1750 52972 53987 match_6 match 2101 5995 7105 match_7 match 2349 1 1185 match_8 match 2405 14911 16144 match_9 match 3194 16187 17797 match_10 match 4316 8816 11055 match_11 match 5073 11352 13934 match_12 match 7162 1254 4956 match_13 match 7563 19214 23217 match_14 match 23232 28530 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) clone_end_1 clone_end 971 6 495 clone_start_1 clone_start 729 4556 4952 clone_start_2 clone_start 442 6105 6343 clone_start_3 clone_start 363 7133 7315 clone_start_4 clone_start 932 10550 11055 clone_1 clone 425 18523 55906 clone_start_5 clone_start 519 18523 18784 clone_2 clone 442 18523 56243 clone_start_6 clone_start 519 18523 18784 clone_3 clone 376.5 18850 55906 clone_start_7 clone_start 422 18850 19062 clone_4 clone 393.5 18850 56243 clone_start_8 clone_start 422 18850 19062 clone_end_2 clone_end 688 23315 23661 clone_end_3 clone_end 1292 35502 36157 clone_end_4 clone_end 654 36294 36623 clone_end_5 clone_end 682 36637 37007 clone_start_9 clone_start 357 37743 37922 clone_start_10 clone_start 1005 64353 64859 clone_start_11 clone_start 676 67290 67638 clone_end_6 clone_end 1340 70768 71443 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) clone_end_7 clone_end 331 55906 55740 clone_end_8 clone_end 365 56243 56039 clone_end_9 clone_end 331 55906 55740 clone_end_10 clone_end 365 56243 56039 clone_start_12 clone_start 654 28888 28547 clone_end_11 clone_end 617 29573 29221 clone_end_12 clone_end 406 29809 29597 clone_start_13 clone_start 1013 37198 36637 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_1 match_part 1.000 835 901 match_part 1.000 1261 1344 match_part 0.981 2043 2460 match_2 match_part 1.000 863 901 match_part 1.000 1261 1344 match_part 0.964 2043 2406 match_3 match_part 1.000 1292 1344 match_part 1.000 2043 2382 match_4 match_part 1.000 1292 1344 match_part 1.000 2043 2382 match_5 match_part 1.000 41434 41625 match_part 0.997 41843 42417 match_6 match_part 0.941 41439 41625 match_part 0.962 41823 42005 match_7 match_part 0.966 41452 41625 match_part 0.995 41823 42005 match_part 0.987 42325 42473 match_8 match_part 0.959 41456 41625 match_part 1.000 41823 41946 match_9 match_part 1.000 41463 41625 match_part 1.000 41839 42005 match_part 0.996 42325 42564 match_10 match_part 1.000 41513 41625 match_part 1.000 41823 42005 match_part 0.993 42325 42618 match_11 match_part 1.000 41513 41625 match_part 1.000 41823 42005 match_part 1.000 42325 42525 match_12 match_part 0.993 43623 43773 match_part 0.989 43875 44577 match_13 match_part 0.996 43982 44662 match_14 match_part 0.996 44165 44662 match_15 match_part 0.990 44243 44662 match_16 match_part 0.972 44431 44647 match_17 match_part 1.000 47332 47500 match_part 1.000 47585 47754 match_part 1.000 47946 48008 match_part 1.000 48084 48346 match_18 match_part 0.990 47398 47500 match_part 0.965 47585 47754 match_part 1.000 47946 48008 match_part 0.994 48084 48250 match_19 match_part 1.000 48097 48461 match_part 1.000 48542 48738 match_part 1.000 48814 48912 match_20 match_part 1.000 48444 48461 match_part 1.000 48542 48738 match_part 0.983 48814 49156 match_21 match_part 0.980 48542 48738 match_part 1.000 48814 48870 match_22 match_part 1.000 48658 48738 match_part 1.000 48814 48889 match_23 match_part 0.990 56219 56531 match_part 1.000 56647 56719 match_part 1.000 56941 57015 match_part 1.000 58034 58095 match_part 1.000 58181 58235 match_24 match_part 0.993 60354 60495 match_part 1.000 60601 60822 match_part 0.957 61504 61549 match_25 match_part 1.000 63574 63696 match_part 1.000 63791 63816 match_part 1.000 63894 63948 match_part 1.000 64041 64113 match_part 1.000 64188 64275 match_part 1.000 64352 64434 match_part 1.000 64511 64634 match_part 0.987 64785 64863 match_part 1.000 64942 64957 match_26 match_part 1.000 63575 63696 match_part 1.000 63791 63816 match_part 1.000 63894 63948 match_part 1.000 64041 64113 match_part 1.000 64188 64275 match_part 1.000 64352 64434 match_part 1.000 64511 64593 match_27 match_part 1.000 63597 63696 match_part 1.000 63791 63816 match_part 1.000 63894 63948 match_part 1.000 64041 64113 match_part 1.000 64188 64275 match_part 1.000 64352 64434 match_part 1.000 64511 64634 match_part 1.000 64785 64863 match_part 1.000 64942 64987 match_28 match_part 1.000 63601 63696 match_part 1.000 63791 63816 match_part 1.000 63894 63948 match_part 1.000 64041 64113 match_part 1.000 64188 64275 match_part 1.000 64352 64434 match_part 1.000 64511 64634 match_part 0.962 64785 64863 match_part 1.000 64942 64973 match_29 match_part 1.000 63602 63696 match_part 1.000 63791 63816 match_part 1.000 63894 63948 match_part 1.000 64041 64113 match_part 1.000 64188 64275 match_part 1.000 64352 64434 match_part 1.000 64511 64634 match_part 1.000 64785 64863 match_part 1.000 64942 65006 match_part 1.000 65100 65154 match_30 match_part 1.000 63602 63696 match_part 1.000 63791 63816 match_part 1.000 63894 63948 match_part 1.000 64041 64113 match_part 1.000 64188 64275 match_part 1.000 64352 64434 match_part 1.000 64511 64634 match_part 1.000 64785 64844 match_31 match_part 0.979 63602 63696 match_part 1.000 63791 63816 match_part 1.000 63894 63948 match_part 1.000 64041 64113 match_part 1.000 64188 64275 match_part 1.000 64352 64434 match_part 1.000 64511 64627 match_32 match_part 1.000 63617 63696 match_part 1.000 63791 63816 match_part 0.982 63894 63948 match_part 1.000 64041 64113 match_part 1.000 64188 64275 match_part 0.988 64352 64434 match_part 0.992 64511 64634 match_part 1.000 64785 64812 match_33 match_part 1.000 63617 63696 match_part 1.000 63791 63816 match_part 1.000 63894 63948 match_part 1.000 64041 64113 match_part 1.000 64188 64275 match_part 1.000 64352 64434 match_part 1.000 64511 64630 match_34 match_part 1.000 63617 63696 match_part 1.000 63791 63816 match_part 1.000 63894 63948 match_part 1.000 64041 64113 match_part 1.000 64188 64275 match_part 1.000 64352 64434 match_part 1.000 64511 64627 match_35 match_part 0.904 63624 63696 match_part 1.000 63791 63816 match_part 1.000 63894 63948 match_part 1.000 64041 64113 match_part 1.000 64188 64275 match_part 1.000 64352 64434 match_part 1.000 64511 64634 match_part 1.000 64785 64863 match_part 1.000 64942 65006 match_part 1.000 65100 65262 match_36 match_part 0.925 63644 63696 match_part 0.981 63791 63948 match_part 0.987 64041 64275 match_part 1.000 64352 64434 match_part 1.000 64511 64551 match_37 match_part 1.000 63680 63696 match_part 1.000 63791 63816 match_part 1.000 63894 63948 match_part 1.000 64041 64113 match_part 1.000 64188 64275 match_part 1.000 64352 64434 match_part 1.000 64511 64634 match_part 1.000 64785 64860 match_38 match_part 1.000 64074 64113 match_part 1.000 64188 64275 match_part 1.000 64352 64434 match_part 1.000 64511 64634 match_part 1.000 64785 64863 match_part 1.000 64942 65006 match_part 0.986 65100 65312 match_39 match_part 1.000 64074 64113 match_part 1.000 64188 64275 match_part 1.000 64352 64434 match_part 1.000 64511 64634 match_part 1.000 64785 64863 match_part 1.000 64942 65006 match_part 1.000 65100 65199 match_40 match_part 0.925 64209 64275 match_part 0.964 64352 64434 match_part 0.935 64511 64634 match_part 0.949 64785 64863 match_part 0.846 64942 65006 match_part 0.893 65100 65314 match_41 match_part 1.000 65132 65423 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_42 match_part 0.998 3363 2887 match_43 match_part 1.000 3336 2887 match_44 match_part 1.000 4088 3800 match_part 1.000 3461 3123 match_45 match_part 0.993 17649 17505 match_part 0.977 15706 15536 match_part 0.981 13598 13547 match_46 match_part 0.993 20973 20298 match_47 match_part 0.967 29430 29401 match_part 1.000 28178 28039 match_part 0.996 27412 27165 match_part 1.000 24507 24400 match_part 1.000 24285 24129 match_part 1.000 22064 21925 match_part 1.000 21832 21797 match_part 1.000 21298 20331 match_48 match_part 0.998 20972 20453 match_49 match_part 1.000 29506 29401 match_part 1.000 28178 28039 match_part 1.000 27412 27165 match_part 1.000 24507 24400 match_part 1.000 24285 24272 match_50 match_part 0.984 29386 29325 match_part 0.964 28178 28039 match_part 0.923 27412 27165 match_51 match_part 1.000 29372 29000 match_part 1.000 28178 28039 match_part 0.978 27412 27186 match_52 match_part 1.000 29372 29000 match_part 1.000 28178 28039 match_part 1.000 27412 27286 match_53 match_part 0.963 29372 28990 match_54 match_part 1.000 34374 33993 match_55 match_part 1.000 34337 33993 match_56 match_part 0.984 69520 69459 match_part 1.000 69365 69023 match_57 match_part 0.996 69301 69023 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C02HBa0257H21.2 type gene exon 835 901 exon 1261 1344 exon 2043 2460 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C02HBa0257H21.2 type gene exon 4088 3800 exon 3461 2887 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C02HBa0257H21.2 type gene exon 17649 17505 exon 15706 15536 exon 13598 13547 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C02HBa0257H21.2 type gene exon 29506 29401 exon 28178 28039 exon 27412 27165 exon 24507 24400 exon 24285 24129 exon 22064 21925 exon 21832 21797 exon 21298 20298 gene_5 gene GT_PGL_4_AGS_2 transcript source GenomeThreader seq_id C02HBa0257H21.2 type gene exon 29372 29000 exon 28178 28039 exon 27412 27186 gene_6 gene GT_PGL_4_AGS_3 transcript source GenomeThreader seq_id C02HBa0257H21.2 type gene exon 29372 28990 gene_7 gene GT_PGL_4_AGS_4 transcript source GenomeThreader seq_id C02HBa0257H21.2 type gene exon 29386 29325 exon 28178 28039 exon 27412 27165 gene_8 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C02HBa0257H21.2 type gene exon 34374 33993 gene_9 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C02HBa0257H21.2 type gene exon 41439 41625 exon 41823 42005 exon 42325 42618 gene_10 gene GT_PGL_6_AGS_2 transcript source GenomeThreader seq_id C02HBa0257H21.2 type gene exon 41463 41625 exon 41839 42005 exon 42325 42564 gene_11 gene GT_PGL_6_AGS_3 transcript source GenomeThreader seq_id C02HBa0257H21.2 type gene exon 41434 41625 exon 41843 42417 gene_12 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C02HBa0257H21.2 type gene exon 43623 43773 exon 43875 44662 gene_13 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C02HBa0257H21.2 type gene exon 47332 47500 exon 47585 47754 exon 47946 48008 exon 48084 48461 exon 48542 48738 exon 48814 49156 gene_14 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C02HBa0257H21.2 type gene exon 56219 56531 exon 56647 56719 exon 56941 57015 exon 58034 58095 exon 58181 58235 gene_15 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C02HBa0257H21.2 type gene exon 60354 60495 exon 60601 60822 exon 61504 61549 gene_16 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C02HBa0257H21.2 type gene exon 63574 63696 exon 63791 63816 exon 63894 63948 exon 64041 64113 exon 64188 64275 exon 64352 64434 exon 64511 64634 exon 64785 64863 exon 64942 65006 exon 65100 65423 gene_17 gene GT_PGL_11_AGS_2 transcript source GenomeThreader seq_id C02HBa0257H21.2 type gene exon 63644 63696 exon 63791 63948 exon 64041 64275 exon 64352 64434 exon 64511 64634 exon 64785 64863 exon 64942 65006 exon 65100 65423 gene_18 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C02HBa0257H21.2 type gene exon 69520 69459 exon 69365 69023 AUGUSTUS_tom_cdna de novo gene_1 gene 0.72 835 2123 transcript_1 transcript 0.72 835 2123 intron_1 intron 0.72 1 834 intron_2 intron 1 902 1260 intron_3 intron 1 1345 2042 CDS_1 CDS 0.72 835 901 CDS_2 CDS 1 1261 1344 CDS_3 CDS 1 2043 2123 stop_codon_1 stop_codon 2121 2123 gene_2 gene 0.67 10240 12736 transcript_2 transcript 0.67 10240 12736 start_codon_1 start_codon 10240 10242 intron_4 intron 0.67 11155 11608 CDS_4 CDS 0.91 10240 11154 CDS_5 CDS 0.76 11609 12736 stop_codon_2 stop_codon 12734 12736 gene_3 gene 0.44 38404 39586 transcript_3 transcript 0.44 38404 39586 start_codon_2 start_codon 38404 38406 intron_5 intron 0.94 38782 39121 CDS_6 CDS 0.48 38404 38781 CDS_7 CDS 0.94 39122 39586 stop_codon_3 stop_codon 39584 39586 gene_4 gene 0.99 41539 44375 transcript_4 transcript 0.99 41539 44375 start_codon_3 start_codon 41539 41541 intron_6 intron 1 41626 41822 intron_7 intron 1 42006 42324 intron_8 intron 0.99 42619 43539 intron_9 intron 1 43774 43874 CDS_8 CDS 1 41539 41625 CDS_9 CDS 1 41823 42005 CDS_10 CDS 1 42325 42618 CDS_11 CDS 0.99 43540 43773 CDS_12 CDS 1 43875 44375 stop_codon_4 stop_codon 44373 44375 gene_5 gene 1 47410 49030 transcript_5 transcript 1 47410 49030 start_codon_4 start_codon 47410 47412 intron_10 intron 1 47501 47584 intron_11 intron 1 47755 47945 intron_12 intron 1 48009 48083 intron_13 intron 1 48462 48541 intron_14 intron 1 48739 48813 CDS_13 CDS 1 47410 47500 CDS_14 CDS 1 47585 47754 CDS_15 CDS 1 47946 48008 CDS_16 CDS 1 48084 48461 CDS_17 CDS 1 48542 48738 CDS_18 CDS 1 48814 49030 stop_codon_5 stop_codon 49028 49030 gene_6 gene 0.41 56427 62802 transcript_6 transcript 0.41 56427 62802 start_codon_5 start_codon 56427 56429 intron_15 intron 1 56532 56646 intron_16 intron 1 56720 56940 intron_17 intron 1 57016 58033 intron_18 intron 1 58096 58180 intron_19 intron 0.53 58250 60179 intron_20 intron 0.96 60209 60305 intron_21 intron 1 60496 60600 intron_22 intron 1 60823 61503 intron_23 intron 0.98 61558 61794 CDS_19 CDS 0.82 56427 56531 CDS_20 CDS 1 56647 56719 CDS_21 CDS 1 56941 57015 CDS_22 CDS 1 58034 58095 CDS_23 CDS 0.99 58181 58249 CDS_24 CDS 0.53 60180 60208 CDS_25 CDS 0.96 60306 60495 CDS_26 CDS 1 60601 60822 CDS_27 CDS 1 61504 61557 CDS_28 CDS 0.99 61795 62802 stop_codon_6 stop_codon 62800 62802 gene_7 gene 0.99 63606 65168 transcript_7 transcript 0.99 63606 65168 start_codon_6 start_codon 63606 63608 intron_24 intron 1 63697 63790 intron_25 intron 1 63817 63893 intron_26 intron 1 63949 64040 intron_27 intron 1 64114 64187 intron_28 intron 1 64276 64351 intron_29 intron 1 64435 64510 intron_30 intron 1 64635 64784 intron_31 intron 1 64864 64941 intron_32 intron 1 65007 65099 CDS_29 CDS 0.99 63606 63696 CDS_30 CDS 1 63791 63816 CDS_31 CDS 1 63894 63948 CDS_32 CDS 1 64041 64113 CDS_33 CDS 1 64188 64275 CDS_34 CDS 1 64352 64434 CDS_35 CDS 1 64511 64634 CDS_36 CDS 1 64785 64863 CDS_37 CDS 1 64942 65006 CDS_38 CDS 1 65100 65168 stop_codon_7 stop_codon 65166 65168 gene_8 gene 0.96 67826 68332 transcript_8 transcript 0.96 67826 68332 start_codon_7 start_codon 67826 67828 CDS_39 CDS 0.96 67826 68332 stop_codon_8 stop_codon 68330 68332 AUGUSTUS_tom_cdna de novo gene_9 gene 0.63 3014 2281 transcript_9 transcript 0.63 3014 2281 stop_codon_9 stop_codon 2283 2281 intron_33 intron 0.63 2893 2454 CDS_40 CDS 0.63 2453 2281 CDS_41 CDS 0.69 3014 2894 start_codon_8 start_codon 3014 3012 gene_10 gene 0.92 3965 3121 transcript_10 transcript 0.92 3965 3121 stop_codon_10 stop_codon 3123 3121 intron_34 intron 1 3799 3462 CDS_42 CDS 1 3461 3121 CDS_43 CDS 0.92 3965 3800 start_codon_9 start_codon 3965 3963 gene_11 gene 1 17634 13543 transcript_11 transcript 1 17634 13543 stop_codon_11 stop_codon 13545 13543 intron_35 intron 1 15535 13599 intron_36 intron 1 17504 15707 CDS_44 CDS 1 13598 13543 CDS_45 CDS 1 15706 15536 CDS_46 CDS 1 17634 17505 start_codon_10 start_codon 17634 17632 gene_12 gene 0.84 28114 20507 transcript_12 transcript 0.84 28114 20507 stop_codon_12 stop_codon 20509 20507 intron_37 intron 1 21796 21299 intron_38 intron 1 21924 21833 intron_39 intron 1 24128 22065 intron_40 intron 1 24399 24286 intron_41 intron 1 27164 24508 intron_42 intron 1 28038 27413 CDS_47 CDS 0.98 21298 20507 CDS_48 CDS 1 21832 21797 CDS_49 CDS 1 22064 21925 CDS_50 CDS 1 24285 24129 CDS_51 CDS 1 24507 24400 CDS_52 CDS 1 27412 27165 CDS_53 CDS 0.86 28114 28039 start_codon_11 start_codon 28114 28112 gene_13 gene 0.91 36314 34170 transcript_13 transcript 0.91 36314 34170 stop_codon_13 stop_codon 34172 34170 CDS_54 CDS 0.91 36314 34170 start_codon_12 start_codon 36314 36312 gene_14 gene 0.8 71887 69175 transcript_14 transcript 0.8 71887 69175 stop_codon_14 stop_codon 69177 69175 intron_43 intron 1 69458 69366 intron_44 intron 1 69961 69569 intron_45 intron 0.8 70623 70048 intron_46 intron 0.94 71521 70738 CDS_55 CDS 1 69365 69175 CDS_56 CDS 1 69568 69459 CDS_57 CDS 0.85 70047 69962 CDS_58 CDS 0.94 70737 70624 CDS_59 CDS 0.99 71887 71522 start_codon_13 start_codon 71887 71885 tRNAscan-SE unknown database tRNAscan-SE unknown database tRNA_1 tRNA 74.09 41078 41007 AUGUSTUS_ab_initio de novo gene_1 gene 0.74 10240 12736 transcript_1 transcript 0.74 10240 12736 start_codon_1 start_codon 10240 10242 intron_1 intron 0.74 11155 11608 CDS_1 CDS 0.98 10240 11154 CDS_2 CDS 0.76 11609 12736 stop_codon_1 stop_codon 12734 12736 gene_2 gene 0.18 36993 39586 transcript_2 transcript 0.18 36993 39586 start_codon_2 start_codon 36993 36995 intron_2 intron 0.22 37027 37277 intron_3 intron 0.98 37478 37549 intron_4 intron 0.99 37740 38389 intron_5 intron 0.97 38782 39121 CDS_3 CDS 0.22 36993 37026 CDS_4 CDS 0.88 37278 37477 CDS_5 CDS 0.98 37550 37739 CDS_6 CDS 0.99 38390 38781 CDS_7 CDS 0.87 39122 39586 stop_codon_2 stop_codon 39584 39586 gene_3 gene 0.21 41539 44375 transcript_3 transcript 0.21 41539 44375 start_codon_3 start_codon 41539 41541 intron_6 intron 0.42 41626 41720 intron_7 intron 0.61 41736 41822 intron_8 intron 0.93 42006 42324 intron_9 intron 0.6 42619 43539 intron_10 intron 1 43774 43874 CDS_8 CDS 0.57 41539 41625 CDS_9 CDS 0.63 41721 41735 CDS_10 CDS 0.91 41823 42005 CDS_11 CDS 0.61 42325 42618 CDS_12 CDS 0.97 43540 43773 CDS_13 CDS 0.97 43875 44375 stop_codon_3 stop_codon 44373 44375 gene_4 gene 0.76 47410 49030 transcript_4 transcript 0.76 47410 49030 start_codon_4 start_codon 47410 47412 intron_11 intron 1 47501 47584 intron_12 intron 1 47755 47945 intron_13 intron 1 48009 48083 intron_14 intron 1 48462 48541 intron_15 intron 0.98 48739 48813 CDS_14 CDS 0.99 47410 47500 CDS_15 CDS 1 47585 47754 CDS_16 CDS 1 47946 48008 CDS_17 CDS 1 48084 48461 CDS_18 CDS 1 48542 48738 CDS_19 CDS 0.77 48814 49030 stop_codon_4 stop_codon 49028 49030 gene_5 gene 0.2 56427 62802 transcript_5 transcript 0.2 56427 62802 start_codon_5 start_codon 56427 56429 intron_16 intron 1 56532 56646 intron_17 intron 0.85 56720 56940 intron_18 intron 0.96 57016 58033 intron_19 intron 1 58096 58180 intron_20 intron 0.55 58250 60179 intron_21 intron 0.99 60209 60305 intron_22 intron 1 60496 60600 intron_23 intron 0.86 60823 61503 intron_24 intron 0.64 61558 61794 CDS_20 CDS 0.8 56427 56531 CDS_21 CDS 1 56647 56719 CDS_22 CDS 0.83 56941 57015 CDS_23 CDS 1 58034 58095 CDS_24 CDS 1 58181 58249 CDS_25 CDS 0.55 60180 60208 CDS_26 CDS 0.99 60306 60495 CDS_27 CDS 0.99 60601 60822 CDS_28 CDS 0.87 61504 61557 CDS_29 CDS 0.94 61795 62802 stop_codon_5 stop_codon 62800 62802 gene_6 gene 0.59 63606 65168 transcript_6 transcript 0.59 63606 65168 start_codon_6 start_codon 63606 63608 intron_25 intron 0.99 63697 63790 intron_26 intron 0.86 63843 64187 intron_27 intron 1 64276 64351 intron_28 intron 1 64435 64510 intron_29 intron 1 64635 64784 intron_30 intron 1 64864 64941 intron_31 intron 0.71 65007 65099 CDS_30 CDS 0.99 63606 63696 CDS_31 CDS 0.9 63791 63842 CDS_32 CDS 0.99 64188 64275 CDS_33 CDS 1 64352 64434 CDS_34 CDS 1 64511 64634 CDS_35 CDS 1 64785 64863 CDS_36 CDS 0.83 64942 65006 CDS_37 CDS 0.71 65100 65168 stop_codon_6 stop_codon 65166 65168 gene_7 gene 0.97 67826 68332 transcript_7 transcript 0.97 67826 68332 start_codon_7 start_codon 67826 67828 CDS_38 CDS 0.97 67826 68332 stop_codon_7 stop_codon 68330 68332 AUGUSTUS_ab_initio de novo gene_8 gene 0.54 3965 3121 transcript_8 transcript 0.54 3965 3121 stop_codon_8 stop_codon 3123 3121 intron_32 intron 0.64 3799 3462 CDS_39 CDS 0.87 3461 3121 CDS_40 CDS 0.58 3965 3800 start_codon_8 start_codon 3965 3963 gene_9 gene 0.4 17634 15391 transcript_9 transcript 0.4 17634 15391 stop_codon_9 stop_codon 15393 15391 intron_33 intron 0.59 15535 15432 intron_34 intron 0.69 17504 15707 CDS_41 CDS 0.59 15431 15391 CDS_42 CDS 0.8 15706 15536 CDS_43 CDS 0.74 17634 17505 start_codon_9 start_codon 17634 17632 gene_10 gene 0.78 27386 20507 transcript_10 transcript 0.78 27386 20507 stop_codon_10 stop_codon 20509 20507 intron_35 intron 0.94 21796 21299 intron_36 intron 0.92 21924 21833 intron_37 intron 0.9 24128 22065 intron_38 intron 1 24399 24286 intron_39 intron 0.98 27164 24508 CDS_44 CDS 0.97 21298 20507 CDS_45 CDS 0.96 21832 21797 CDS_46 CDS 0.91 22064 21925 CDS_47 CDS 0.98 24285 24129 CDS_48 CDS 0.98 24507 24400 CDS_49 CDS 1 27386 27165 start_codon_10 start_codon 27386 27384 gene_11 gene 0.9 36314 34170 transcript_11 transcript 0.9 36314 34170 stop_codon_11 stop_codon 34172 34170 CDS_50 CDS 0.9 36314 34170 start_codon_11 start_codon 36314 36312 gene_12 gene 0.64 71887 69175 transcript_12 transcript 0.64 71887 69175 stop_codon_12 stop_codon 69177 69175 intron_40 intron 1 69458 69366 intron_41 intron 1 69961 69569 intron_42 intron 0.73 70623 70048 intron_43 intron 1 71521 70738 CDS_51 CDS 1 69365 69175 CDS_52 CDS 1 69568 69459 CDS_53 CDS 0.75 70047 69962 CDS_54 CDS 1 70737 70624 CDS_55 CDS 0.87 71887 71522 start_codon_12 start_codon 71887 71885 AUGUSTUS_tom_ugs de novo gene_1 gene 0.75 835 2123 transcript_1 transcript 0.75 835 2123 intron_1 intron 0.75 1 834 intron_2 intron 1 902 1260 intron_3 intron 1 1345 2042 CDS_1 CDS 0.75 835 901 CDS_2 CDS 1 1261 1344 CDS_3 CDS 1 2043 2123 stop_codon_1 stop_codon 2121 2123 gene_2 gene 0.55 10240 12736 transcript_2 transcript 0.55 10240 12736 start_codon_1 start_codon 10240 10242 intron_4 intron 0.55 11155 11608 CDS_4 CDS 0.86 10240 11154 CDS_5 CDS 0.68 11609 12736 stop_codon_2 stop_codon 12734 12736 gene_3 gene 0.5 38404 39586 transcript_3 transcript 0.5 38404 39586 start_codon_2 start_codon 38404 38406 intron_5 intron 0.97 38782 39121 CDS_6 CDS 0.5 38404 38781 CDS_7 CDS 0.97 39122 39586 stop_codon_3 stop_codon 39584 39586 gene_4 gene 1 41539 44375 transcript_4 transcript 1 41539 44375 start_codon_3 start_codon 41539 41541 intron_6 intron 1 41626 41822 intron_7 intron 1 42006 42324 intron_8 intron 1 42619 43539 intron_9 intron 1 43774 43874 CDS_8 CDS 1 41539 41625 CDS_9 CDS 1 41823 42005 CDS_10 CDS 1 42325 42618 CDS_11 CDS 1 43540 43773 CDS_12 CDS 1 43875 44375 stop_codon_4 stop_codon 44373 44375 gene_5 gene 1 47410 49030 transcript_5 transcript 1 47410 49030 start_codon_4 start_codon 47410 47412 intron_10 intron 1 47501 47584 intron_11 intron 1 47755 47945 intron_12 intron 1 48009 48083 intron_13 intron 1 48462 48541 intron_14 intron 1 48739 48813 CDS_13 CDS 1 47410 47500 CDS_14 CDS 1 47585 47754 CDS_15 CDS 1 47946 48008 CDS_16 CDS 1 48084 48461 CDS_17 CDS 1 48542 48738 CDS_18 CDS 1 48814 49030 stop_codon_5 stop_codon 49028 49030 gene_6 gene 0.78 56427 62802 transcript_6 transcript 0.78 56427 62802 start_codon_5 start_codon 56427 56429 intron_15 intron 1 56532 56646 intron_16 intron 1 56720 56940 intron_17 intron 1 57016 58033 intron_18 intron 1 58096 58180 intron_19 intron 1 58250 60179 intron_20 intron 1 60209 60305 intron_21 intron 1 60496 60600 intron_22 intron 1 60823 61503 intron_23 intron 0.97 61558 61794 CDS_19 CDS 0.8 56427 56531 CDS_20 CDS 1 56647 56719 CDS_21 CDS 1 56941 57015 CDS_22 CDS 1 58034 58095 CDS_23 CDS 1 58181 58249 CDS_24 CDS 1 60180 60208 CDS_25 CDS 1 60306 60495 CDS_26 CDS 1 60601 60822 CDS_27 CDS 1 61504 61557 CDS_28 CDS 1 61795 62802 stop_codon_6 stop_codon 62800 62802 gene_7 gene 1 63606 65168 transcript_7 transcript 1 63606 65168 start_codon_6 start_codon 63606 63608 intron_24 intron 1 63697 63790 intron_25 intron 1 63817 63893 intron_26 intron 1 63949 64040 intron_27 intron 1 64114 64187 intron_28 intron 1 64276 64351 intron_29 intron 1 64435 64510 intron_30 intron 1 64635 64784 intron_31 intron 1 64864 64941 intron_32 intron 1 65007 65099 CDS_29 CDS 1 63606 63696 CDS_30 CDS 1 63791 63816 CDS_31 CDS 1 63894 63948 CDS_32 CDS 1 64041 64113 CDS_33 CDS 1 64188 64275 CDS_34 CDS 1 64352 64434 CDS_35 CDS 1 64511 64634 CDS_36 CDS 1 64785 64863 CDS_37 CDS 1 64942 65006 CDS_38 CDS 1 65100 65168 stop_codon_7 stop_codon 65166 65168 gene_8 gene 0.93 67826 68332 transcript_8 transcript 0.93 67826 68332 start_codon_7 start_codon 67826 67828 CDS_39 CDS 0.93 67826 68332 stop_codon_8 stop_codon 68330 68332 AUGUSTUS_tom_ugs de novo gene_9 gene 0.9 3965 3121 transcript_9 transcript 0.9 3965 3121 stop_codon_9 stop_codon 3123 3121 intron_33 intron 1 3799 3462 CDS_40 CDS 1 3461 3121 CDS_41 CDS 0.9 3965 3800 start_codon_8 start_codon 3965 3963 gene_10 gene 1 17634 13543 transcript_10 transcript 1 17634 13543 stop_codon_10 stop_codon 13545 13543 intron_34 intron 1 15535 13599 intron_35 intron 1 17504 15707 CDS_42 CDS 1 13598 13543 CDS_43 CDS 1 15706 15536 CDS_44 CDS 1 17634 17505 start_codon_9 start_codon 17634 17632 gene_11 gene 0.45 28114 20507 transcript_11 transcript 0.45 28114 20507 stop_codon_11 stop_codon 20509 20507 intron_36 intron 1 21796 21299 intron_37 intron 1 21924 21833 intron_38 intron 1 24128 22065 intron_39 intron 1 24399 24286 intron_40 intron 1 27164 24508 intron_41 intron 1 28038 27413 CDS_45 CDS 0.75 21298 20507 CDS_46 CDS 1 21832 21797 CDS_47 CDS 1 22064 21925 CDS_48 CDS 1 24285 24129 CDS_49 CDS 1 24507 24400 CDS_50 CDS 1 27412 27165 CDS_51 CDS 0.58 28114 28039 start_codon_10 start_codon 28114 28112 gene_12 gene 0.92 36314 34170 transcript_12 transcript 0.92 36314 34170 stop_codon_12 stop_codon 34172 34170 CDS_52 CDS 0.92 36314 34170 start_codon_11 start_codon 36314 36312 gene_13 gene 0.8 71887 69175 transcript_13 transcript 0.8 71887 69175 stop_codon_13 stop_codon 69177 69175 intron_42 intron 1 69458 69366 intron_43 intron 1 69961 69569 intron_44 intron 0.8 70623 70048 intron_45 intron 0.95 71521 70738 CDS_53 CDS 1 69365 69175 CDS_54 CDS 1 69568 69459 CDS_55 CDS 0.83 70047 69962 CDS_56 CDS 0.95 70737 70624 CDS_57 CDS 1 71887 71522 start_codon_12 start_codon 71887 71885 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_1 match_part 0.900 1325 1344 match_part 0.964 2043 2377 match_2 match_part 1.000 34016 34408 match_3 match_part 0.995 41404 41625 match_part 1.000 41823 42005 match_part 1.000 42325 42618 match_4 match_part 1.000 41433 41625 match_part 0.997 41843 42423 match_5 match_part 0.978 41537 41625 match_part 0.962 41823 42005 match_part 0.959 42325 42618 match_part 0.978 43540 43585 match_6 match_part 0.993 43623 43773 match_part 0.997 43875 44660 match_7 match_part 1.000 47328 47500 match_part 1.000 47585 47754 match_part 1.000 47946 48008 match_part 1.000 48084 48461 match_part 1.000 48542 48738 match_part 1.000 48814 49146 match_8 match_part 1.000 47336 47754 match_part 1.000 47946 48008 match_part 0.967 48084 48356 match_9 match_part 0.997 56206 56531 match_part 1.000 56647 56719 match_part 1.000 56941 57015 match_part 1.000 58034 58095 match_part 1.000 58181 58249 match_part 1.000 60180 60208 match_part 0.984 60306 60429 match_10 match_part 0.973 60349 60495 match_part 1.000 60601 60822 match_part 1.000 61504 61543 match_11 match_part 1.000 63468 63696 match_part 1.000 63791 63816 match_part 1.000 63894 63948 match_part 1.000 64041 64113 match_part 1.000 64188 64275 match_part 1.000 64352 64434 match_part 1.000 64511 64634 match_part 1.000 64785 64863 match_part 1.000 64942 65006 match_part 0.997 65100 65424 match_12 match_part 0.925 63644 63696 match_part 0.981 63791 63948 match_part 0.987 64041 64275 match_part 1.000 64352 64434 match_part 1.000 64511 64551 match_13 match_part 0.891 64230 64275 match_part 0.964 64352 64434 match_part 0.935 64511 64634 match_part 0.949 64785 64863 match_part 0.846 64942 65006 match_part 0.892 65100 65311 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_14 match_part 0.997 4090 3800 match_part 0.998 3461 2887 match_15 match_part 0.997 17843 17505 match_part 1.000 15706 15536 match_part 1.000 13598 13250 match_16 match_part 1.000 17731 17505 match_part 0.982 15706 15214 match_17 match_part 1.000 29390 29325 match_part 1.000 28178 28039 match_part 1.000 27412 27165 match_part 1.000 24507 24400 match_part 1.000 24285 24129 match_part 1.000 22064 21925 match_part 1.000 21832 21797 match_part 1.000 21298 20308 match_18 match_part 0.997 29374 29000 match_part 1.000 28178 28039 match_part 0.978 27412 27186 match_19 match_part 0.979 69552 69459 match_part 0.991 69365 69027 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C02HBa0257H21.2 type gene exon 1325 1344 exon 2043 2377 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C02HBa0257H21.2 type gene exon 4090 3800 exon 3461 2887 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C02HBa0257H21.2 type gene exon 17843 17505 exon 15706 15536 exon 13598 13250 gene_4 gene GT_PGL_3_AGS_2 transcript source GenomeThreader seq_id C02HBa0257H21.2 type gene exon 17731 17505 exon 15706 15214 gene_5 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C02HBa0257H21.2 type gene exon 29390 29325 exon 28178 28039 exon 27412 27165 exon 24507 24400 exon 24285 24129 exon 22064 21925 exon 21832 21797 exon 21298 20308 gene_6 gene GT_PGL_4_AGS_2 transcript source GenomeThreader seq_id C02HBa0257H21.2 type gene exon 29374 29000 exon 28178 28039 exon 27412 27186 gene_7 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C02HBa0257H21.2 type gene exon 34016 34408 gene_8 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C02HBa0257H21.2 type gene exon 41404 41625 exon 41823 42005 exon 42325 42618 exon 43540 43585 gene_9 gene GT_PGL_6_AGS_2 transcript source GenomeThreader seq_id C02HBa0257H21.2 type gene exon 41433 41625 exon 41843 42423 gene_10 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C02HBa0257H21.2 type gene exon 43623 43773 exon 43875 44660 gene_11 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C02HBa0257H21.2 type gene exon 47328 47500 exon 47585 47754 exon 47946 48008 exon 48084 48461 exon 48542 48738 exon 48814 49146 gene_12 gene GT_PGL_8_AGS_2 transcript source GenomeThreader seq_id C02HBa0257H21.2 type gene exon 47336 47754 exon 47946 48008 exon 48084 48356 gene_13 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C02HBa0257H21.2 type gene exon 56206 56531 exon 56647 56719 exon 56941 57015 exon 58034 58095 exon 58181 58249 exon 60180 60208 exon 60306 60495 exon 60601 60822 exon 61504 61543 gene_14 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C02HBa0257H21.2 type gene exon 63468 63696 exon 63791 63816 exon 63894 63948 exon 64041 64113 exon 64188 64275 exon 64352 64434 exon 64511 64634 exon 64785 64863 exon 64942 65006 exon 65100 65424 gene_15 gene GT_PGL_10_AGS_2 transcript source GenomeThreader seq_id C02HBa0257H21.2 type gene exon 63644 63696 exon 63791 63948 exon 64041 64275 exon 64352 64434 exon 64511 64634 exon 64785 64863 exon 64942 65006 exon 65100 65311 gene_16 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C02HBa0257H21.2 type gene exon 69552 69459 exon 69365 69027 GenomeThreader_SGN_markers SGN marker sequences match_1 match_part 1.000 835 901 match_part 1.000 1261 1344 match_part 0.983 2043 2459 GenomeThreader_SGN_markers SGN marker sequences match_2 match_part 1.000 1040 565 match_3 match_part 1.000 1040 577 match_4 match_part 1.000 29372 29000 match_part 1.000 28178 28039 match_part 1.000 27412 27165 match_part 1.000 24507 24400 match_part 1.000 24285 24272 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C02HBa0257H21.2 type gene exon 1040 565 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C02HBa0257H21.2 type gene exon 835 901 exon 1261 1344 exon 2043 2459 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C02HBa0257H21.2 type gene exon 29372 29000 exon 28178 28039 exon 27412 27165 exon 24507 24400 exon 24285 24272 AUGUSTUS_tom_pot_cdna de novo gene_1 gene 0.99 704 2123 transcript_1 transcript 0.99 704 2123 intron_1 intron 0.99 1 703 intron_2 intron 1 902 1260 intron_3 intron 1 1345 2042 CDS_1 CDS 1 704 901 CDS_2 CDS 1 1261 1344 CDS_3 CDS 1 2043 2123 stop_codon_1 stop_codon 2121 2123 gene_2 gene 0.58 10240 12736 transcript_2 transcript 0.58 10240 12736 start_codon_1 start_codon 10240 10242 intron_4 intron 0.58 11155 11608 CDS_4 CDS 0.85 10240 11154 CDS_5 CDS 0.73 11609 12736 stop_codon_2 stop_codon 12734 12736 gene_3 gene 0.5 38404 39586 transcript_3 transcript 0.5 38404 39586 start_codon_2 start_codon 38404 38406 intron_5 intron 0.91 38782 39121 CDS_6 CDS 0.52 38404 38781 CDS_7 CDS 0.91 39122 39586 stop_codon_3 stop_codon 39584 39586 gene_4 gene 2 41539 44375 transcript_4 transcript 1 41539 44375 start_codon_3 start_codon 41539 41541 intron_6 intron 1 41626 41822 intron_7 intron 1 42006 42324 intron_8 intron 1 42619 43539 intron_9 intron 1 43774 43874 CDS_8 CDS 1 41539 41625 CDS_9 CDS 1 41823 42005 CDS_10 CDS 1 42325 42618 CDS_11 CDS 1 43540 43773 CDS_12 CDS 1 43875 44375 stop_codon_4 stop_codon 44373 44375 transcript_5 transcript 1 44064 44375 start_codon_4 start_codon 44064 44066 CDS_13 CDS 1 44064 44375 stop_codon_5 stop_codon 44373 44375 gene_5 gene 1 47410 49030 transcript_6 transcript 1 47410 49030 start_codon_5 start_codon 47410 47412 intron_10 intron 1 47501 47584 intron_11 intron 1 47755 47945 intron_12 intron 1 48009 48083 intron_13 intron 1 48462 48541 intron_14 intron 1 48739 48813 CDS_14 CDS 1 47410 47500 CDS_15 CDS 1 47585 47754 CDS_16 CDS 1 47946 48008 CDS_17 CDS 1 48084 48461 CDS_18 CDS 1 48542 48738 CDS_19 CDS 1 48814 49030 stop_codon_6 stop_codon 49028 49030 gene_6 gene 0.83 56427 63152 transcript_7 transcript 0.83 56427 63152 start_codon_6 start_codon 56427 56429 intron_15 intron 1 56532 56646 intron_16 intron 1 56720 56940 intron_17 intron 1 57016 58033 intron_18 intron 1 58096 58180 intron_19 intron 1 58250 60179 intron_20 intron 1 60209 60305 intron_21 intron 1 60496 60600 intron_22 intron 1 60823 61503 intron_23 intron 0.99 61558 61794 intron_24 intron 1 62786 63141 CDS_20 CDS 0.84 56427 56531 CDS_21 CDS 1 56647 56719 CDS_22 CDS 1 56941 57015 CDS_23 CDS 1 58034 58095 CDS_24 CDS 1 58181 58249 CDS_25 CDS 1 60180 60208 CDS_26 CDS 1 60306 60495 CDS_27 CDS 1 60601 60822 CDS_28 CDS 1 61504 61557 CDS_29 CDS 1 61795 62785 CDS_30 CDS 1 63142 63152 stop_codon_7 stop_codon 63150 63152 gene_7 gene 1 63606 65168 transcript_8 transcript 1 63606 65168 start_codon_7 start_codon 63606 63608 intron_25 intron 1 63697 63790 intron_26 intron 1 63817 63893 intron_27 intron 1 63949 64040 intron_28 intron 1 64114 64187 intron_29 intron 1 64276 64351 intron_30 intron 1 64435 64510 intron_31 intron 1 64635 64784 intron_32 intron 1 64864 64941 intron_33 intron 1 65007 65099 CDS_31 CDS 1 63606 63696 CDS_32 CDS 1 63791 63816 CDS_33 CDS 1 63894 63948 CDS_34 CDS 1 64041 64113 CDS_35 CDS 1 64188 64275 CDS_36 CDS 1 64352 64434 CDS_37 CDS 1 64511 64634 CDS_38 CDS 1 64785 64863 CDS_39 CDS 1 64942 65006 CDS_40 CDS 1 65100 65168 stop_codon_8 stop_codon 65166 65168 gene_8 gene 0.95 67826 68332 transcript_9 transcript 0.95 67826 68332 start_codon_8 start_codon 67826 67828 CDS_41 CDS 0.95 67826 68332 stop_codon_9 stop_codon 68330 68332 AUGUSTUS_tom_pot_cdna de novo gene_9 gene 0.57 3014 2281 transcript_10 transcript 0.57 3014 2281 stop_codon_10 stop_codon 2283 2281 intron_34 intron 0.57 2893 2454 CDS_42 CDS 0.57 2453 2281 CDS_43 CDS 0.67 3014 2894 start_codon_9 start_codon 3014 3012 gene_10 gene 0.99 3806 3121 transcript_11 transcript 0.99 3806 3121 stop_codon_11 stop_codon 3123 3121 intron_35 intron 1 3799 3462 CDS_44 CDS 1 3461 3121 CDS_45 CDS 0.99 3806 3800 start_codon_10 start_codon 3806 3804 gene_11 gene 1 17634 13543 transcript_12 transcript 1 17634 13543 stop_codon_12 stop_codon 13545 13543 intron_36 intron 1 15535 13599 intron_37 intron 1 17504 15707 CDS_46 CDS 1 13598 13543 CDS_47 CDS 1 15706 15536 CDS_48 CDS 1 17634 17505 start_codon_11 start_codon 17634 17632 gene_12 gene 0.79 28114 20507 transcript_13 transcript 0.79 28114 20507 stop_codon_13 stop_codon 20509 20507 intron_38 intron 1 21796 21299 intron_39 intron 1 21924 21833 intron_40 intron 1 24128 22065 intron_41 intron 1 24399 24286 intron_42 intron 1 27164 24508 intron_43 intron 1 28038 27413 CDS_49 CDS 0.99 21298 20507 CDS_50 CDS 1 21832 21797 CDS_51 CDS 1 22064 21925 CDS_52 CDS 1 24285 24129 CDS_53 CDS 1 24507 24400 CDS_54 CDS 1 27412 27165 CDS_55 CDS 0.8 28114 28039 start_codon_12 start_codon 28114 28112 gene_13 gene 0.93 36314 34170 transcript_14 transcript 0.93 36314 34170 stop_codon_14 stop_codon 34172 34170 CDS_56 CDS 0.93 36314 34170 start_codon_13 start_codon 36314 36312 gene_14 gene 0.99 71887 69175 transcript_15 transcript 0.99 71887 69175 stop_codon_15 stop_codon 69177 69175 intron_44 intron 1 69458 69366 intron_45 intron 1 69961 69569 intron_46 intron 1 70623 70048 intron_47 intron 1 71521 70738 CDS_57 CDS 1 69365 69175 CDS_58 CDS 1 69568 69459 CDS_59 CDS 1 70047 69962 CDS_60 CDS 1 70737 70624 CDS_61 CDS 0.99 71887 71522 start_codon_14 start_codon 71887 71885 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_1 match 131 38401 38763 match_2 match 140 38401 38784 match_3 match 134 38413 38781 match_4 match 134 38413 38781 match_5 match 188 11645 12727 match_6 match 186 11645 12727 match_7 match 109 37358 37735 match_8 match 159 38407 38781 match_9 match 109 37358 37735 match_10 match 159 38407 38781 match_11 match 118 37328 37738 match_12 match 180 38407 38781 match_13 match 128 38413 38784 match_14 match 122 38413 38784 match_15 match 141 38413 38781 match_16 match 114 37358 37735 match_17 match 165 38407 38781 match_18 match 283 11600 12730 match_19 match 128 37334 37735 match_20 match 181 38389 38781 match_21 match 214 11645 12730 match_22 match 139 38413 38781 match_23 match 129 38413 38775 match_24 match 129 38413 38775 match_25 match 130 38404 38781 match_26 match 149 38413 38781 match_27 match 148 38407 38787 match_28 match 123 38401 38790 match_29 match 129 38398 38784 match_30 match 122 38413 38781 match_31 match 122 38413 38781 match_32 match 122 38413 38784 match_33 match 141 38413 38781 match_34 match 137 11609 12259 match_35 match 140 12284 12733 match_36 match 227 11645 12730 match_37 match 124 38413 38784 match_38 match 129 38413 38784 match_39 match 122 38413 38784 match_40 match 126 38413 38784 match_41 match 124 38413 38784 match_42 match 129 38413 38784 match_43 match 120 38413 38784 match_44 match 121 38413 38784 match_45 match 120 38413 38787 match_46 match 137 38413 38781 match_47 match 121 38413 38784 match_48 match 119 38413 38781 match_49 match 134 38407 38787 match_50 match 222 11636 12730 match_51 match 127 38413 38796 match_52 match 120 38413 38796 match_53 match 120 38413 38796 match_54 match 126 38413 38784 match_55 match 126 38413 38784 match_56 match 126 38413 38784 match_57 match 125 38413 38796 match_58 match 149 38413 38781 match_59 match 117 37370 37735 match_60 match 167 38389 38781 match_61 match 230 11633 12727 match_62 match 128 38404 38781 match_63 match 298 11600 12730 match_64 match 114 37349 37735 match_65 match 147 38407 38805 match_66 match 140 38413 38781 match_67 match 120 38392 38733 match_68 match 135 38398 38784 match_69 match 125 38389 38784 match_70 match 122 38413 38781 match_71 match 147 38413 38805 match_72 match 151 38413 38781 match_73 match 122 37334 37735 match_74 match 177 38389 38781 match_75 match 130 38407 38784 match_76 match 120 38413 38724 match_77 match 276 11600 12730 match_78 match 130 38407 38781 match_79 match 120 38413 38787 match_80 match 115 37358 37735 match_81 match 159 38407 38781 match_82 match 115 37358 37735 match_83 match 159 38407 38781 match_84 match 123 38413 38784 match_85 match 250 11558 12730 match_86 match 155 38413 38781 match_87 match 105 37343 37735 match_88 match 156 38413 38781 match_89 match 127 38383 38784 match_90 match 124 38383 38784 match_91 match 150 38404 38784 match_92 match 150 38404 38784 match_93 match 135 38413 38781 match_94 match 138 38413 38781 match_95 match 122 38413 38796 match_96 match 152 38419 38781 match_97 match 126 38407 38745 match_98 match 112 37367 37738 match_99 match 178 38389 38781 match_100 match 115 37358 37765 match_101 match 155 38407 38781 match_102 match 115 37358 37765 match_103 match 155 38407 38781 match_104 match 115 37358 37765 match_105 match 155 38407 38781 match_106 match 142 38413 38784 match_107 match 142 38413 38784 match_108 match 122 38410 38784 match_109 match 127 38413 38784 match_110 match 122 38413 38784 match_111 match 181 11645 12727 match_112 match 178 11645 12727 match_113 match 125 38413 38781 match_114 match 133 38413 38781 match_115 match 125 60304 60831 match_116 match 177 11630 12730 match_117 match 140 38410 38805 match_118 match 131 38401 38787 match_119 match 112 37367 37735 match_120 match 143 38407 38781 match_121 match 78.6 43495 43773 match_122 match 138 42346 42753 match_123 match 64.3 43872 44018 match_124 match 128 38413 38781 match_125 match 128 38413 38784 match_126 match 128 38413 38781 match_127 match 125 38413 38781 match_128 match 125 38413 38781 match_129 match 125 38413 38781 match_130 match 125 38413 38781 match_131 match 125 38413 38781 match_132 match 115 37355 37735 match_133 match 161 38410 38805 match_134 match 185 47946 48464 match_135 match 179 48542 49024 match_136 match 114 37355 37738 match_137 match 150 38401 38781 match_138 match 288 11600 12730 match_139 match 127 37367 37735 match_140 match 184 38389 38781 match_141 match 124 38410 38784 match_142 match 141 38413 38784 match_143 match 141 38413 38784 match_144 match 120 38410 38784 match_145 match 124 38413 38781 match_146 match 125 38413 38784 match_147 match 143 38407 38781 match_148 match 114 37370 37735 match_149 match 177 38407 38781 match_150 match 127 38413 38784 match_151 match 127 38410 38781 match_152 match 105 37367 37741 match_153 match 144 38413 38781 match_154 match 144 38413 38781 match_155 match 134 37325 37735 match_156 match 178 38389 38787 match_157 match 193 43872 44348 match_158 match 144 43495 43773 match_159 match 184 42346 42615 match_160 match 130 37370 37738 match_161 match 173 38389 38781 match_162 match 112 37355 37735 match_163 match 164 38410 38805 match_164 match 112 37355 37735 match_165 match 164 38410 38805 match_166 match 124 38413 38787 match_167 match 125 38413 38790 match_168 match 185 11606 12730 match_169 match 185 11606 12730 match_170 match 185 11606 12730 match_171 match 108 43872 44237 match_172 match 127 43480 43773 match_173 match 157 42346 42615 match_174 match 176 11705 12730 match_175 match 297 11603 12727 match_176 match 119 37265 37765 match_177 match 144 38401 38781 match_178 match 75.5 43495 43773 match_179 match 62.4 43872 44015 match_180 match 130 42346 42612 match_181 match 73.9 43872 44171 match_182 match 98.2 43540 43773 match_183 match 147 42271 42615 match_184 match 149 38413 38787 match_185 match 127 38413 38784 match_186 match 130 38413 38781 match_187 match 130 38413 38781 match_188 match 130 38413 38781 match_189 match 121 38413 38787 match_190 match 120 11606 12733 match_191 match 125 38413 38781 match_192 match 125 38407 38787 match_193 match 149 38410 38781 match_194 match 129 38410 38784 match_195 match 171 11615 12727 match_196 match 133 37313 37735 match_197 match 166 38389 38781 match_198 match 169 11855 12544 match_199 match 132 38413 38784 match_200 match 125 38410 38784 match_201 match 57.4 43872 44018 match_202 match 111 43495 43773 match_203 match 160 42346 42615 match_204 match 125 38413 38784 match_205 match 119 38413 38784 match_206 match 121 38413 38796 match_207 match 138 38413 38781 match_208 match 131 38410 38784 match_209 match 135 38413 38781 match_210 match 136 38389 38781 match_211 match 145 38410 38784 match_212 match 150 11645 12730 match_213 match 162 38410 38781 match_214 match 111 37355 37735 match_215 match 159 38407 38781 match_216 match 111 37355 37735 match_217 match 159 38407 38781 match_218 match 136 37367 37738 match_219 match 186 38389 38781 match_220 match 142 38413 38784 match_221 match 74.3 43872 44108 match_222 match 92.0 43531 43773 match_223 match 130 42346 42612 match_224 match 127 38413 38745 match_225 match 124 38413 38784 match_226 match 134 37367 37738 match_227 match 191 38389 38781 match_228 match 115 37280 37735 match_229 match 162 38410 38805 match_230 match 116 37277 37738 match_231 match 139 38398 38781 match_232 match 275 11618 12730 match_233 match 123 38413 38784 match_234 match 123 38413 38784 match_235 match 138 37289 37738 match_236 match 201 38389 38781 match_237 match 120 38410 38787 match_238 match 157 38410 38781 match_239 match 144 38398 38781 match_240 match 145 43872 44315 match_241 match 130 43531 43773 match_242 match 166 42346 42612 match_243 match 145 43872 44315 match_244 match 130 43531 43773 match_245 match 166 42346 42612 match_246 match 155 48542 49024 match_247 match 192 47946 48464 match_248 match 155 48542 49024 match_249 match 192 47946 48464 match_250 match 257 11624 12730 match_251 match 124 48542 49021 match_252 match 166 47946 48464 match_253 match 121 38413 38790 match_254 match 138 38413 38784 match_255 match 130 38398 38814 match_256 match 260 11648 12730 match_257 match 260 11648 12730 match_258 match 120 38413 38781 match_259 match 123 38413 38727 match_260 match 120 38413 38742 match_261 match 119 38413 38805 match_262 match 105 43540 43773 match_263 match 67.4 43872 44018 match_264 match 147 42346 42597 match_265 match 145 11885 12730 match_266 match 122 38401 38787 match_267 match 155 38410 38787 match_268 match 121 38407 38781 match_269 match 144 38410 38781 match_270 match 199 11630 12730 match_271 match 119 38413 38784 match_272 match 120 38413 38805 match_273 match 131 38413 38745 match_274 match 119 38413 38790 match_275 match 121 38389 38775 match_276 match 122 38389 38784 match_277 match 119 38404 38772 match_278 match 194 11636 12730 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_279 match 331 35963 34209 match_280 match 238 35894 34203 match_281 match 349 35900 34194 match_282 match 124 71878 71522 match_283 match 376 35921 34203 match_284 match 232 35801 34203 match_285 match 238 35900 34200 match_286 match 231 35903 34203 match_287 match 144 71896 71522 match_288 match 204 35897 34209 match_289 match 207 35999 34203 match_290 match 363 35909 34191 match_291 match 132 69570 69178 match_292 match 150 71896 71522 match_293 match 120 3465 3127 match_294 match 152 27410 27162 match_295 match 271 35930 34197 match_296 match 207 35903 34203 match_297 match 305 35990 34197 match_298 match 121 3462 3124 match_299 match 528 36287 34194 match_300 match 568 36281 34194 match_301 match 125 3462 3127 match_302 match 132 69570 69178 match_303 match 152 71893 71522 match_304 match 132 69570 69178 match_305 match 151 71893 71522 match_306 match 320 35897 34200 match_307 match 304 35960 34197 match_308 match 246 35564 34203 match_309 match 380 36134 34194 match_310 match 244 36011 34200 match_311 match 244 36011 34200 match_312 match 249 35780 34191 match_313 match 249 35780 34191