C08SLm0005K09.1 GATCTCTCGCTTGCGATCAAGAAGGTTTTATCGAGAAAAATTATTAAATCCTCTGGTGTG AGACACAAGATCTTATTGAGTAAGGTCATATGTGTTTTTTGAAAATGTGCAGCAAAATCA TAAACCAAACATAGCACCTCTACAGCTGTTTTTGAATATTAGCACAAAAGTCCAATCCTC AACTTAGCATCCAAATGTTGCACTAAAACAAACAGTAATTATGTTCATGAGAAAGGCATA ATTCCAAGATTAAGAAAATGAGCGGAAGATCAACAATTCCAAGATTTTTGGTAAGGAATA ATTATAAACCAAAAGAGCGGAAACAAAACAGAATAATTTTTATTCTAACTAACTAATAAA TTGAAGCCAACAGTAGGAAGACTACCACAACTAAAACCAAAAGTTGCAATCACAAGTAGT GGCACCGTCTTCCTTCACCTATCTCACACCAATATACCTTCAGTCTGAACAGGGAAAAAG GTTTCTGAAATGCACATAGGAAAAGGTAATGCACAAATCCACTAATCACTACTAGCATTC ATTTTTAATCAGCAACAAGCCCATCTCTGAACTCTATCACAGCCCATTAATCACAGTAAC CAGAGAAATAATACTAAAGTTATAGGAAAGCCAACGAACATCATTTATAAATGTGAGTTA TTCTACAAATCACAAAATCCACACTTTAAATAACACACAAGGTAGCTGTTTCCTAATAAA ATCAAATTAATCAATTTGGTCAGAACTTATCATAAACCAAAAAATATCACTAGCTTTGTC AATCCACTGAAACTGAGCAGACCGCAGCTAAAGACATAGATTCATCTCTGCTCATGGAAT AAATATCAGCGACACATCAAATAATCAAACATAAAAATGAGTTTTAGCATATCGCTCACT CTGTGCTCACCGCGGTGCTGTGTTCAGTTTTGGCATATGTTCATAAAAATATCTTCCTAG TTCTCATATTTGAAACTGGTGCTGTCTAAAGAAGTCAACCAAACATCCTCATCATTCTAT CAACCAGCTAATATTTTCCATGCTAAAAACTCTCCAGCCCTACATCACACCATCTTTTTA CAGTAAACGTAGTCTCTGAGATAACTAAACACACCTTGACCTAATCTACAGAGCAACCTG CTACAGCACACCACACCATAGGAAGTGCTGAATAACAATGAGCTCACACCAAGGGTTGTA GCTGCAACAAGAACTAGAGAATTTTCTGGGTTTATCACCTACACATCATCTACTTAGCCG CCCTGAGGGGGGCAATGCAAATTGTATTAGCTACTAGCCAAAAATAAGAGATGTTGGCGC AAAAGTGGTTCAAATCTTACAAGGTTACAAACATGGGAGGATAAGAGGTCGAAGCATGAT TATTCAAGAAATCAAGTAAACAAATAGATGATTTCAGTTCTCGCTCATGGATCTCATCTA CATTGGCATACAAGATACAGCATGTAGAAGAAAATTGGTGAATTCTTGCCTGTAATTATC TCTTGTACTATGAGGTCCAGCATTAGGTGAAGACTTCCACCTGCTTTTTTGTGGAGTAAG TTCTGCATCAGCATTCCTTGAGGTAGACCTTCCACGATCAGAGACAGACTCTACTCTGAC ACTGCTTATGGATCTCTTCTCTGCATCAGATCGCTGATCTTTACTGCTCCGAGATCTAAT ATCTCCAAGATCCTCTTTATCAAGCGCTCTCCTTCTTCCTGGCTCATCTTTATACCTTGC ACGATCATAACCAGGGTTACCTTCATGCATACCTGACCTCCTCAAATGCAAATCAGAAGC ATGACCCTCATCCCTGGAACGCTTCGCATCAGTCCGGTCACCTGAATGGTCTCTCGGAGC ACGTTCATCCCCATACTTGGCATCATTGAGTCTCCTCTTTTTATCACTTTCATCTGCTTC ACTAACATCCTTGCATCTGCCATGTCTTTCAAAATCGTCCCGATGCTTCTCATCCTTGCG CCTTTTATCTCTTTCACTGTCTTCTCTATACTTGATGTCTCTCTGCCTATCATCTCTTTC ACCCTCTTCATGATATCTATCTTCATCATGATGACCATCTTTCTCCCCATACTCTCGATA CTTATCATCCCCATGCCTGTTATCATTGTCACCATCTTCACGATATTTGTCATCCCTACG ACGACTGTCTCTTTCATCATCTTCTCGATATCTACCATCCTTGCGCCTATTATCCCTGTC ACCATCATCACGATATTTGTCATCCCGGCGTCTGCTATCTCTGTCAACATCTTCCAGGTA CTTGTCATCTCTACGTCTATTATCTCTATCACTATCTTCTCGATATTTATCATCACGCCG TTTTCTGTCCTTATCAACGTCCTCGCGATACCTATCATCCTTGTGCCTGTCATCTTTATC GACGTCTTCCTTGTACTCTTTATGTTTCTCATGTCGCTGTTTTTCACCTTTAGTACGTTC AGACCTCGAAGATAACCGTCTTTCATCGCCCTCATTTATGTCATCGTCGTATTTATCCCG ATCTCCAGGGATTTCTCTTCGCTTCCGGGCCCTTTTCTCAGCATCTTTGTCCAAGTCAAC ATTTGGTGCCTCATTTTGGATAGACCACTCTATAAAGGTCAAAGAAAATTTACAAGATAA AGGTTAAACTCTTAGCAATTACCCCTTCAGTGAAAAGGGATCACATTAACCAACATAGAA ACGATAAGAGCAATGAAGCAATAGATATAACAACACCAAAAAGTATCTTGATACCATAAT TATTTTTACTGGATAACCTCTAACACCAATCCTTACAGGTCCCCCACATTACATAAACGT ATATTATCCAACAAATAATCCTTCTTTACCATGACATTTCTACAGCTTGGCTTAGTATAT CGAAGGAGTTGCACACTTGAAAAGAAAAATGAATAGTGATGCAATAAAATGCTCATACAA AGCAATTTCATTGACAAGCAAAATTCAACTTCAAAGCCAAGCTACAACCCACAACTCAGA GGGGAGAGTAAGATAATCCTCTAACACCAATCTTTACAGCTCTCACATCAAGTTACAAAA GATATCATGTTCACTACGTGGAAGCATAGGGGAAATTCCATGAACAAACACCCAAATACA CATTTTCTTAAATAAGACAAGACCAAATGAATGCAATACAGACGTAACTACAGCAGTTTC TCTCGCAATTAACCATCAGGAACAAGATCACTCATTTCATAAACGATAGAGACAATCTCC ATTCCCTTTGACCATGTCCTCCACATCTACTAAACCAACAAGAGTGAGACAGGAATCTCT TTTTGCCTTATTTCCATGAAGGGCTCCTAGTTTAGAGTTTAAAACAGTTCCCACTAGTGT ACCCAAATCAATTAACGCAGAAAAGAATCATCTAAATTCTGGACAAAATTCACAAGGGGA TCCTACTACTCTTACACCAGACATAGAGAGTGCTTCCCCACCAAAAGGAAAAACAATTTG ATATGTGCATAACCACTGCAAATTCATTATGCAACCATACTTAGATGCTTGAACAAAAGA AGGTTACAGAATTTACTTTCCTGGAGTCACATTGGACCAGAATATTATACCCATTCTTTA GCTTGGAAATGTTAGAGCTTGAGCATGTTATGATATCAATTACGATTTAACCTCGAAAAT ATTAGAATTTGAACATGTTACATATCAACTATTGTTTTCTATTGAAATTATGTTGGAATA TTCCTAGAAGGTAGTAACACAATTCACTAAAACCTAGGACAGAGCAAAAAACTAGGGTGA GCAATGAGCGTGATCAAGTCTTCCTATAACCAAATTAAAAACATTCCAATAAAACAAATA CCACTCAATTAAGTTACCTTACCAGCAGTTTCTCTACCTTTTTTGTTCTGCTTTTCTTCA GTAACATCACCAGATTGAGACCCTTGTTTCTTCACATTGTCAGCATCATCACGCTTACTC TCGTGACCCTTCTTTTCCCTGTCTGACCCTCTCTCCTTTTCCTTCACCTCCTTGGAATCC TTGCCTTCTTTTCGACCAGAATCCTTCTCAGATTTCCTCTTTGACTCCACTCTTCCACTC TTACTCTCTTCTTTTTCCACCAATGAGGCAACATTACCTTCTTTCTTACTGCTTTTACTC TTGGAATCACTTGAGCTCTTTGTCTCCTTCCCCTTAGAACCCTTGTCTGCATCAATTTTC AAACTTTCTCCCTTCAATGCATTATCAGCAGCACCATTCCATCTATCAGCACCACCACTA CCTACCTCTACCTTCTCTTTCCGACGCTTAGAAGAAACATACTCCTCCGAAGCATCACCA TTTCCATACCCACTTAGATCTTTACCATCCTTGCCTTCCTTAGATTGGGAAGAATGTTTT CTCTTCTCACCAGAACCCGAATGGATTGAATCCTTAGAAACCCTAGCCAGACTATCCTCC TTACTACTCCTCTCTTTCTCTTTCTCCTTGGTTTTCACTTCGGAATCCGAATCCGAGTAC GAATAATCCCTACACTCCTTCGGACTATACTTACTCTGCTTATGCGATTTATGCTTTGAA CTCCGAGGCATGACTATAAATATCCCAAAACCTAAACCTAAACCTCTTTTTCAATCCCTT AACCTCCGAAACCCTAATTCACTCCCGGACACTGTAAACCCAATTCAAATCTAACAATCA AACGCCGGTTCCCCCAATCAGTAAAATGACACAAACTTCCAAAAGCCCTAATTCCCTTCC AGTTCCAAAACAACAACAACAACACAACAGCAATTAAACAAATTCCATCACAATCCCCCA CCGCCGGAATGCAACCGATTCGAATCTGCCGGAAAACTCGCCGGAAACTTCCAGAAAGCT CTTGACCTTATTCTTCGAATCGGTTTTTCGATATAGAATACAACAATATAGTGTACAGTA TACGTATATAGATACGTATAGAGAGAGAATTTGTAGAGAGAGAAGAGAAATTGGGGAAAT TTATTGAGAGAGAAGATCGGAGGCGATGGGGTTTGTTGGCTGCTAAAAATTGAAATGTGG ATTCGAATTGGGGTATCACAGATAATGGGATGTTATGTCGAAAATAACCTTGACGATTGT TTGTTTTTACCATAGAGTTAGGGCTGACACCTGCTATATACCCTCTGTTAACTACTCGAT TAAATATTGAATAGTTTTTAGCAAGGGTATATATGAAATTTCGATACTTTACTACACGGA AGAAGTCCCCAAGCAGGCGCCTCTGTGTGTGTCTACTTCTAATCGAGAGTATATATAAGA TCTCAATGCTTCTTGCTACTATCGAGAAGAGATTCTAGATACAGAGGTATCTTTTTATCA GTGAGTCTACTTTTTTCAGAGGGGTTTTTATAAGAATTTTACTCTACTACTCTCTAGAAG AGTTTAGAAGCAGGCGTCTCTTTGTTGACGTGTCTACTTAACTGAGGGTATATATGTAAT TTCAATACTTCTTACTACTATTTAGAATAGTCCAGAAGAAATCACCTCTTTGCTGACGTA TTTGTTTATAGCCAAGGGGTATTTATGAAATTTTTGTACTTTCTCCGAAGAGGTGATTGC TTATAGAAGCGGGTAAGTTTCTGTTGATGTGCTTCTAGCCGAGGATATTTATGAAATTTA CACTATTCATTGTATAGAAAAAGTTAGAAGTAAGTGTGTCTTGTTGATGTGTTTATATTT AGCCAAATGATATTATGAATTTTTAATAATTTCTCAAAAGAGGTGTTTGCTTCTAGAATC TAATAACTCTTCATCGATATGTTTGCTTCTAGTCAAGTGTCAAGTGTATTAATGAAATTT CTACTTTACTACTCTTTAGAAGAGCTCGACCCATCTTTGCTGACGTGTCTACTATCAATG AGTATTTATGAATTTTCATATTTTTATCGAAAAAATATCTACGTATAACCTTTTTATAGA ATAGTAACATTTACACTTTTTTAATTTGCTTATCTTACTCTTTTAGTTTTTTGAAAATAT GAAAGTTGCATAATCTTTTTAAAATATTAATTTAAGGAAAATCTATTTATCATTTGGATT ATAATTCATGAATAACAAAAAGAATAAAAATCATGAACAACATAAAAAAAATTGTAAACA AGTTGAATTAGATATGTTTATAAATCTACAAGTTTACTTTGGTATTCTAATAAGCAAAGC TAAAGTTTGATTCAACTTTTAGGATTTAGATTCCATCTTATTTGTAAATTTAATGACATC AAGTTTAACTCGAGTTTTCTACGCTAATACATTATGCAACAACGACTTTATAACTTTGTT TCCCTCTCTTTATACTTATTAAGTAAAAAATAATGGTTCTCGTTCTGCAAACAACTTGCT TCAAGTTTGAAAATAGAATCTAGTGTACTTTGTGCTAGTTATTCATTGATCCTTTAAAAC TCATTATCAGAATTGTCAACTCATTTTTATGGAGCAAATATTGTTTTAAGAGTCGTTAAC AATTGAATTTAACATGATGAGAATTTAGTAAAACTAACTACAAAGACTAACATCATGAAA AATAGTCGTCAACAAATTGAAATAAGAATTCATATATTAGCCATGATTCTTTCTTGTATT TCTTTCAAATCAAGTTTAGAAAATTAAGAATTTATGGAAAATAATTTTTTTACCTCAAAG AATTATAAATAAGATTTATGTACTGCATTTTTTCTAAACACCACTTGTGTTTGTTGTTGT TTTGAGTCAATTTCTACAAATACATTCTCGAAACATTCAATGTATGATATTGTTTATTCG CACAAGTAAATGTAAGATTTGAAGTTCACATTGAAATTGTTTATTCGCATAAGTAGATGT AAGATTTGAAGTCCATTAATTTTTACGATAATTTTAAATTAATAGTATATATTAATTATT GAATTTATTATCAAATATTTAATGAATCCTATAGAGACAAAAAAGAATTCTTTTCGTCCC CATTCTGGCTATTGATAGGAATAATTTACGCTCCAATTTATGCAAATTCAATGTGTACAC TATATACACCTTTTATCAATACTTATTATCTCTAAATTGTGTTTAATAATGTATTAAAGA AAAATGGTATGAAATAGCAAAATATGTTATTCAAATTAAATAATATAGCTATGATTTATT TTGTTTGTAATTTGTCACAAACATTCCATTCTTTTGTAATCTGATTCGCTATACAATTAG TCATTTCCGATATATAATTAGACATTTTATATATTTCGATATAGAATGTATAAAATGTGT TTGTGTTTGTATGAAACGAGAGAAAAGATTATATACAAATACATACATACATACATACAT ACATACACACACATATATATATATATATATTCGTTCTATATACTTATGATTATATAAATC TAGATCTTATTATACAAATTACAATTTATAAATGAATTTATACAAAACTGAACAATCTGA ATAAAATTGGATGTATCTAGCGAATTATACAAATCAAAAACTCCATAGCAAACATAAAAT TTATTATGGAACGCAATTATGCAAACTATATTTACAACATACAAATATGATTTTTATGTT TGCAATTTGTGAAAAATTACGTCTTTAAAAAAACAACTTTAGAGGCTATTTAGATGAACT TAAAAAGTAACTTTTAAATCAAAAATAAAATGTCAAACTTAAATGATTTATAAGTTAAAA AATAAAAGGCAGAGGAAGACCTACTTTTGATTTTAAACTTATTTTAAGTCATTTTAAAGT TATTTTTAACTTTGTCAAACACTTTCTGACTTATTTTAAGCCATTTTTTACTTACTCTAA GTTATTTTTTATATTTATCGAACACTTCCAAAAATAAAAATAACTGACTTTTAAATCAAT TCAAACGCCCTCTTATTTAATCAACTATATCTTCTACAAGACCCCTTTCACATGTGTGGT CCTGACTTTTAGAAATTCCTTTTGATAACAAATAGCAACATAGCGCGAATCTAATACCTC TATATACTCTGATCATCAAGTTAAATCATATGATCATTTTTTAAAAAAATCTTAAATTAT TAAAGAAAAACATAATATATCTCGTGTAATTTCATAAATGAATATAAAAATTATAATTTA CTTTTAACGCAATTCCTCACGTGTGGTCCTGATTCTTTTTGAAAGGATGGTGTAAAACAT GAGTGCAAGTTTAATCTTTTTCCAAGGAAGATAACATCATTCATGTGTTTCATTTGTCAA TAGAAGATATCAAAACAAAAACAGATTGGTGGTCAGAATTTGAAAGGACAAATTACAGTT TCCCATTTCTACTTCTCATCTCATCCTCTACCATCATCTTTCCCAAATCCAAAGTTCTTG AAAAAAAATCAAAACCATGGCTTCTGCTTCTTCCTTTCAACTCTCAAGCCTTCAAATTCA AACCCCACCTCTTAAAAAATCAAACTTTCTTGGTCAATCTGTCAATCTCAACCTCAGTAG TAGTGTTCATACCAAATCAGCTATGAAATCATCTTCAAACTCAGTTACACCAATAGCAAA ATTCAATCTTTATGAGATTCTTGGAGGTAGAGGTCTGTGTAATGGAGAAGAGGGTATAGA GAAAGAGCTAAAAAAGTCGATTTCCGAAGAACAAAAGGCAGTAGGATCAGCAGCAGCAGC AGCTAGTGATGATGATAATCAAGAAAACAAGGAGACTGGGGAGATACCGGAGGACGGATT TGAGAAAGAAATGATGGGGTTTACTGGCGGATTTCCGGGAGGTGAGAAGGGTCTAATGAA ATTTATAGAGAAAAATCCACCACCACCACCACCCAAGAAAACAGAATCAAGTATGGTTTC TGGTTTTAATCAAAGTCTTGTGAAGAAACCAAAGCCACCTGAATTGCCACTTTTGTTACC TGGGATGATTGCTATTGTCAAGAATTCTAATAATCCATATTATATGTATTGTGGGATTGT GCAGAGGATTACTGATGGTAAGGCTGCTGTGCTTTTTGAAGGTGGGAACTGGGATAGGTT GATATCTTTCAGGCTCGAAGAACTCGAACGTAGAGAGAAAGGACCGCCAATGGTGAATCT TAAGTCTGTGATACTTGAGAAGATGGTAGAAAAGAGCTCTGAAGCTTGAATTGCTTCAGT TTTTGAGTAGATTGTTTGTTCTTTTGTCTTTTGGGTTGTTGTACATACAAGCTGTAAGTT TTGTAATGGCAATGGCATGTAATAAGAAATGCAGAAAAACTTTTGTGCAGGAAGAGTTCT GTCCCAAATGAGAAGTTCAACTCTTAGCAGTGATGTTCGAAAGAACTCTTAACAAAAACA ACGTAAAAAATAAGAATCAGGTAATTCAAACCACTTGCAAAACATATAGTCAAATATTTA ATATGATTGCACAAGATCTAGTTTTGTTTAAGTAATGAATCCTAGCATGTTCTTCTGATC AATTCATAGATCATTAGATACCATCAGTAATGAGGATCTGAAATATCACACGTTTTATCG AGCAAAGAGAGAGTCTAGCAGAACAACAACATACAGTATTTAACAGTGAGTGATAAAACA ATTCTTACTTTTCACAAGCATGAGGTACCTCTGACACCACATATGGTGGATCTTAGACTC CATCCAATTGGACAACAGGTCGATATCGATGTAGATAAGTTCAATAATGATAGCTAGCCT GAGAGAGAGTATACAATGGTGCAAACTGCAAGATTTTGACAGATTCTCAAACAGATGGAC CAAAATTTTATAATGCATAGTCTGCAAATGTTTACATTCAGTATCAAGGTAGTAAGCCAA TCCACGCATTAGCCTCCAATGTCTAATGATCATTAATTAAAGATGTCATTTGCAGAATAC ACTTATAATTCCAGAAAACTGTGTCAGTTATACCATACATGCAAAAGAAATCACCCAAAT GTAAGCCAGACGTCGAAAAACTATGTCCTCTGTCTGCACATCTTCGCCTCAAAATTAGTT GCAGCCACCTAACTGTAAAAGTGGAGAAACAGTTTTAAGGGCAGTTATTGGCAGATTTTC ATAGAATTATCTCTAGAACAAAATTGTTTGGCTTGAACTTAACAAATATGGCATCATGAA TCTGTCTTCGCAGGTTAGTATCTATATGCTTGTGTTTACATCTTAAGCGCAGATTGCAGA ATGTGAAGTGATGGAAATGAAGATTATATAATTAACACAGTAAGGCATGGACATATTAGT TGAGGCTCTGTACATTCTATCACTGCTCTTTCCAATTACGAATTTGCTTTTGTTTTGACA GTATCTCAATTAGACTACGAGAGAAGATTGTGTCGACTGTTGCCCATACAAAGAACATTA ATAAGATGAAACCCTTTAATTTCAGTAGCTCTTATTAATATATACACTAATAGAAGTCTC AAAAATGCTTTACGATAGGCTTCCAGTCCCATGGAAACAATATTTGAACGGTAAAACAAA GCTGAAGCAAGAAAAACAAGAAATGCAAAGTAAAGTGAGTGACCTAAGTTGCTCGGACTC TCCGAAAAGCAGCACCCGTGTTGGATCCTTCAAAAATACACTATTTTTGGAGGATCCTCC ACGCACCTGTCGACATTTTTGAAGAGCCTGAACAACTTAAAAGTGAACAACAACATAGCC AGTGTAATCCCACAAGTGGGGTCTGAGGAGGGTTGTGCGTACACAAACCTTAGCCCTACC TTAGAGAGGTTGTTTCCTATAGACCCTTAGCTCAAAACATATGAAAAAGAAGACGACAAA AAGCATGGATAACAAGAAGAAAATACTATAATCAAAGCTAAAGAATCACCCATAGAAATA GAAATCTAAGAATACGAAAATACAAGACTAATACTTATACAATATAAAGAATATTTGATA TAACCAATACTAAAGAAATATACAGGGTATTCCCTATAATAAAAGGAGGAAAACATTGGG GATTATCCATTTTCCCACAATTGGTAACAAAAATTAATTAAACAGAACTTGTAATATTTG AGTTCACTTGGCATAGAACTGAAGAAAACAACAACCTTAATAATTTATAACTAGATTATC TTATCAAAGGATCCTATAGTTACTTCGCATTTCCAAAGTAAATGATAGGCTTTTTTCTTT CTTTTTTTTTGTTACTCAAAGTTCTGATTAGCTAATACTCCCTCCATTTCGATTATATGG CGTAGTTTGACTTGACACGGAATATAAGAAAGAAAGATAGACTTTTGAAGCTTGTGATGT TAAAAATGCTTGAGACTTTAAAGAAATACAAGTATGTATTTAGGGTAAAACAAAAAATTT GAAGTTAAATTTTCCCAAATTCAAAAAGGTGTCATACTTTTTGGAATGGACTAATAAGGA AATAGTGTACATAAAATGGAACAAAATACAATGGGAGCAGTTTATACATACCAAAATGGA CTCAATTTCCTCCTGAGACACCGGTGTTCTTTTAGGTTGGTCAGAAGCCTTCCCTGCAAC AGACGTGCTAGATGGGGATCTTGAGAAGAATGTTTGAGGAACATCATCAGTTGCGGAAGT TTTCATGTGTTGTGAGTTCTGCTGCATGGAACCTGCAGAACAAGAAACTTCTGACTAAAG AATATGGTAAATCGGCAAACAATCTATCACACTAAAAGCTAAGTGCAAGTAGTAAATCAT AGAATTGCATGCCAGACAGGAGTCCATGTTAAACAAACAAGATCCTTTATCAGGACCCGC TCTAACTCCCTCCTCCCTCCTTCCTCCTTTTTCTGTTTACTGACCGAAAAACATTTCAAA AAGAAGATGTCCGAGAACATAGTAACGACCCTAGGCATCACACACTCAGAAGAATTGGAA TACGATAGGGAGAAATCCAAGGAATTGGAATAGTAAGATATCAACTTGCTGCATAAAGAA GATTAGAGATTAAAAGCTACTGTTTATGCATCTAGTTGCACCATAGACTTCTAAACTAGA AACTTTTGCATATGCACTTTGATCTTGATGCAAAAGGAAACCAGTGCCTGATTAAGGTGA ATGGGCTGGAACATGCATTTTGTATTAAAAAAATTTCACTTGAGCAAGTCATGTTTGTTG ATCTTTGAGTGTTATAATATAGAGGTGGTTCCAAAATAAGTATTTTATCGATATAGAATA CTCATATTGATATAATGAATTTAACCATTTATTGCAAAATGTAAAAACGGGGATTTTACC CTCATTATAAACATCTTTGTTCCTTTTCTTCCTCGGTCAGAACATCCTACATTTTGAGAA GGTTGGGGAAGTTTGGAACTGAGAGTTAATAATCTTTATAGTACCTATCAACTAACTGAA AAGAGATTAAGATATCTCCGCAGAATAGTTCAGCTTCTAAATGAATTGATTAAGTGTAAA ACACTATAACTCAAAACTTCTGCCATTTAGAATCAGACAGTTTTAAAGTTTTTCTAAATG CAGGCATTGACCATAATGAACAAATATAGTAAAGGCATAAATGGGAAGATTTGGACGGAC CATGCCCCTCTCCGCGCATCGAACCACCTTGTCAATAGCTTATTCACATAAAGACAAATC AATGTGCACATAACACTACAGTATTATCAAAAAACAACATAAAACTATTAGTACTATCCC TCAAATAGGGCAGAGTCACCTATTTGGAAGTGGAAGCCCTGCTAACGTGGCTACTAAGCT TTTTCTCTGGGAAGCTCCTACTAGGATGAGAAATTCCCAGATAAAGCGCTAGTACCAGGT CAACTCATATTGGCCAAAGTGGAAGAGAAGAAAATGGTATTTCCGTTCCCTATAATCTCT ATGAAAAAAAAGACTACCATAATTTTATTTGTTTTTGAAAATGTTTTCCTTGATACAGGA GTATTGGAAACAACCTCTCTATCTCACACAAGGTAGGGGTCAGGTTTGCGTACACCCCAC TTTTCTGTTCACACTAGGCATGTTGTCATTGCTGTCAAAACCTATCACGATTTGCAAAAG AACTGACGGAGAGTCTAGGCATGAAAAAAATTTATCTATGATATGATTATTTCCAAGTAC TTATAATCAGTTGTGTATTCAATTGAATCCCCTTCACATAAGAGAAAGTACTATTTAGGA GTTAAACGATTAAAAAATTACTCGAAACTATAGGTACAAATTTCAAGTATGTCCTTATAT TTTTCTTGAATCCCTCGCCCAAATTTCCGACTCCACCACTCGGAACCCAAACTAGTTGAA GTCGGCTATATGAATCCTCTTAATAAATCCCGCTCCATTTAGACCCGCTTCACCCCCATT CTTTCTCCTTAACAATAAGCCAGTGGTTTTCTAACAGTAAGGCAGAATCTATCAAACTAG CATCAGCTAATAAATGGTTCTTTATATCCATTTAGCTCAATTTGGACCTATTTCTTTCCA AGACTTCATCTTTACAACAAATTAGTGCTTTCTACCACTATATCTCACAATTATAAACAA AAAAAAAAAGACATATTTCAAGAAGATCAAACAAGTCAATAAATACATATAGATAAAAAG AAAATTAGGAACACCAAGAATGAGAAAAAAACAAAAAGGGAATACCAGAAGAAGCTTTTG CGTGTCGTTGAGGAAATTTGATGCGTGGGATTCTCTTCACGATATGTGCTCCTGCTCCAG CCATTGTTTCGTCTCCAAAATCTGGAAAAAAAAAAAAGGTCTAAAAATTGGGTCTCTGTT AAGAACAAAAACTACAAAGAACAGAATAGGGAAATATATTAAGTAAAACAAAATAAGGAA AATATAAATTATGTACCCACTAAATATATTATAAAGAAGTTAAGAAACTTGGAAAGTTGA ATTTTCAAAATTGCAATTTTCGAATTTGTACTCTATTTTAAAATTGTATAAGAAATTCTC GTTTTACTTATAAGATAATGGTTAAGTTTACCTATAATATATTCTTTTTATATTGAAACT TGTATAAATTTATCTATTTTCAGATTGTAATTACTTAGATCAGAGGATTTTTAAGAAATT GTCAATCTACTTATACGAGTTAGTGGTTAAGTCTACCTATTATTTATTTTCTTATATTAA AATTATATAGATCTTACTACTTTAGGAATACACTCTGATTTGCAATATAAAGTTAACATT ATGTATAATTTGTAGATACATTTTATTTACCTGAATACATAACAAATCTCATTCCCTACA CATATATATATGTGAATCAAACCAGATAAACGTATATATATATTTATCTATTTTAAAATT GTAATTACTTAGAGCATGGGTCTTTAAGAAATTGTCGTTCTACTTATACGATGTAGTGGT TAAGTCTACCTAAAATCTGTTTTCTTATGTTGAAATTTATATAAATCTTATTACTTTAGA AGTTTGCTTAGATACACTTTGATTTGCAATATATAGTTAAAATTATGTATAATTTACTTA GATACATTTTGTTTACATGGATACATAACAAATCTCATTCCCTACATAGATATATGTGAG TCACACCACATACATGTATTTAGTGTGACTCACATATATTTAGGGTACAGATGAATCTCG CTTTCCTCCCTCCTCATCTCACTTACCTCTCTATGATTTAGTATATCTTATAGTAAAAAT ACATGTATCCAAGTGTATCTTTCTCAATATATGGTTAAAAACTCTTAACTAGTGTTAAAA TACCTAATATTTTAAAAGAATAAGTAATAAATTGTATATATGAGAGTAAATATGTCTAAT TATGTAATTTATTCTTTTTATTTTCAATTTAACTCACGAGGCAGCACGATCCGACCTACC TCGTTCAAGTCTCAAGGGCCAACATGCTTACTTGGACCAGGTTAAAAAGGCTTATTCTAA AAAGCCCACAAATGGAGAGAATAAGAGAAATAGGGCCCAATACCTAGTCCTAAGTTAAAC AAGACCCAATAAGGATTTGGGTTGGGCCGAAGAAGGTGAAAATGCGAGGATATATTTCAC AAATAGCCATATCAGAGGGATATTTATAAGATAGCCATTATTGTAGAATTTCAAATTTCG CAATTAAGAAACCTGTCCAAAAATATACCTTAAAGTTGTGAAGAATGAGTCAAAAGTTCA ATTATTTACAAGTTTTTTTCGAACGCCAAAAAAGAAAAATAAGTGTTTATTGTTTTTTTT TTACAATAAAATGTGAATATTACCATACAACTAAGTATTTATTGTTATTTATCGTATTTC CAATTTATTCTATGAATAATCAATTAACTATGACAAAATTGAAGTTATCCGTTTACTTGG TCATAGAGAGAAAAAAAAAGACCCTTCTATTTTTATTCGATAGAAAAAGACTCTTTTAGA GACTCAAAATGATGTGATTGAAGTACAATAATTAATTATAGGAAAAAGACCCTTTTGTTT TTGTTATTTTATGTATTTTGATTTAATTTTTTAAAAAATTGCTTTCAACTATTTCTGTTA CGATTGTTTTTCTAGAATTGAGATTTCATCATAACCCTCTCTACCTTGAGGTAGAAGTAT GATCTGCGTACACTCCATCATTTATGCATCCCAATTTATGGGACTACACTACACAGAATA TTTTATTGTGATGATTTAGTATTTTAATTAATATAAAATACTAATATTTCAAAATTTTAC ATTCTAAATTCTCCACCGAAATAACATTTATTGAATTTGTAATTCAACATTTATACATAA ATAATAATTTTTTAATAAAAATATAAAATTTAAACAAAAGTTAATGAATTTGTTTCATCC GTACATAAACAAAATTTGAAGATAGTATTAGTCAATGTAAAAGATTATTATTAGTGGATT TACTTGACCAATTGATATAGTAATATTAATATAATGATTAGTGGTAACATTAATAAAACA ATGCAACTACACGTAATGTAATTATGTATTCGAATCAATGATTAAGAAGTATGTTACTTT TCAATTTGTCTAGAAGTAGTCTAATTTATGAAGCAATGAGAACACAATCTTGCAATAAAC TAATTGCAACTATCAATTCTAATAAAGATCCAAGTTTTAATATATTATTACTATAAATCA GTAAATTTTCTATAGATCCGACTTATGAAAAAATCTATCAAAATTTAAAACCACTCGTTG AAGATGTTTTTTATTGGAAATTTTAATTTTTCAACTAAATATTTCTTATAGACATGTCCG AAAATTGATTAATTCCTAGTAATGTTACTCTATGAATTTTTTTAAGAATCAATTCTAATA TAAGCAAACAATAATATATTTAGATATACATAACCAATTTTATCAAGTTCCTTGTGACAT TTTTTTATGAATCATTATAGGTGCTTTTCTCCTACTATATATTGAAGACTCTTTATTTTG GGATCGTATATATTACCTGTGCTCTAAAAGCAAAAAAATGGGTAAAGAAGAACTTTCAAG TATTTGACGATCTTAATTAAATGTATTTGATATCAATACTGACTGATTATTTTAATGTAC TATTTCTTCAAATATAAAAGATTATGTAAATATTTATTCGAAATGACTGATTATTTTAAT GAATTATTTCTTTAAATATAAGAAGATTATGTAAACACTTAATCGAAATGAGATTCAGTT ATTAGATTCCATTAGCTAGCAAACACAATCTTTTTCTAATCAAAAGAATTTTCATTGAAA AATAAACAAATTAAATTAAAAAATCTCTCATGAAGACCACAAGTCTCTTTTTTTTTATTT TTTTATTATCAAACAAATTAAATATTTTTTGATTGTGACAGTGGGACTATATGCATATAT TACCCCAAATTATAATCCAATATAATTGACTCCTTCAAACCTTAATTCATCTATTTAAAC ACCTAATTCATTACTTCTTTTTCTTCATCCTCCTTCAACTATAATTTCCTCTACTCATAC AATATATCAGTGAAAAATAATTATGGGATTTGCTAATTTTTTCCTCAAGGGAAAAAGAAG CAACTCCAAAAAAACCAATAAAGTTGAAAGTAGTAACACTAACACTACTACTACTTATGT TTGTAGAGATGAGTTAGATAAGAAGAAGCCAAAACTCAAGAAACAAGTGAAATTTGATTT GGAACCTAAATACCAACATCAAGTACTAGAAGAAGAAATTAACAAAGTTGATGATGATGA TAATGTGATCAATAATAATCGCGGAGTTAGAGTGAAAATACTGATGAAAAAAGAAGATGC TGAGAGACTTTTATTGAAGTGTAGTGAAGGAGGTGTAGTTGAATTTATGGATGTAGCTCA TGAACTTGTTTCTTCTAGTAATGTTAGGGTTATTTCTTCTCCTATTCATAATTATTGTAA TTATGGTTCACTCAAGGCTATTCCTGAATAATGTTAGTACCTTTGAGGGTGTAATAATAA AGTATTATTTTTTATTTATATAATATATTTTGTTAGATTTTTGAGTTTCATGTTTAATTA CTTTGAAAATATTAGAGTTCTGATAGTCTAATAATAATACTGCAGTGTAACATGATTCAA CTATTCATCTAATTAAAACCTTAATTAAGTGATTGGAAATAGTTGATAAGTGAAAATTAG TAACTATTTGGGGCTATTTTTTTATTTTTTTTGGATATATAAATAATATCGTTGTGTGTT TCGATCGAAATGTTGAAACAAATAATAAACTGATGATATGTTTGGTATAAGAATGTTGAT AAGCAATATTTTTTGAATAGCTAATATGTCCATTAAATTATTTCCTAATTTATAAAATTT TGAAAGATATATGTATATGGAGAAAACCAAACATGATTAGAGATTGAAATACGTGGTATG TAATTCTAGCTATACATGTTTAATTTAGGAAAAATATAGAGTCCGAAAAATGCATTAAGC TTTAACCAAAATTATTGTTACGATATCAAATTTTGTAGAAGAGCTTTTACTCCTGCACTA TTTAATAGTGTATTTTAAAGGTATACATGTGTCTACGTGGACACGTTACAAGTTATATAC ACCCTTAAAATATATTATCAAATAGTGCAGCGATAAAAGGTTATTTCCAATATTTGACAC TGTTATAACAATTTCAATCAAACTTCGAATATATTTCAGATTTTTGCCTTTAATTTATGT CATAAGTCGAAATTAGATGTAATAACAAAAACTCTCTTATTATAAGCACTAATAGTAGTA ATAGTATGTATATATTACATGGGGAAATAAGCCTAAGATAATCTTGAGTCCGAAGCCTAA AGGGTAAAAAATATTAATAAAAATTCTAAAACGGTATATGAAATTTCTTTTTAACCAAAA GGGCAAAATCGCTCGCGAAGTAGCGATTTTGTCCATTGGAAAAAGCAAAATCGCTGCTAT AGCAGTGATTTTGTTAAATTTGATTTTTTTTAAAAAAAAAAAATTAAAACAAAATCGCTC CCGAGGGAGCGATTTTCAATTTTCAAATTTTTTTTATACCTTTTTAAGTAAGTCGCTGCT TATGCAGCGACATTACCTTAATTTTTTATTTTTTTTTGCTTTTTTTATTTAAAAAAGTTT AAATGAAAATTTTTTTTTTTTAAAATTACATTGCTGCAATTTTTAATTTTTAAAAATTAA ATCACTAAAAAAAATTTGATTTAGAATCGCTGCCTTGGCAGCGATTTATTTATTTATTTT TTAAAAAATTTAATTAAAAATCATTGCCTTGACAGCTATTTGATTTAAAAAATTGATTTA AACTTTTTTTATAAAAAAAAAACAAAAAATATTAATTAAAAAAAATTATACACAAGTCGC TGCCTAAGCAGCGACATATCAAAAAAATATTAAAAAAATATTTTTATTTTGAAAATCGCT CCGGAGGGAGCGATTTTGTTATAATTTTTTTTTTTAAAAAAAAAAGCGAATTTAACAAAT CGCTGCTATAGCAGCGATTTTACTTTTTTTAGTGGACAAAATCGCTACTTCGTCAGCGAT TTTGCCCTTTTGGTTAAAAAGAAATTTCATATACCGTTTTGAAATTTTTGTTAACATTTT TTACCCTTTAGGCTCCGGACTCAGATAATCTTGGTCTAGAAGACTAGAACTTGACATAAT ATATATATCTTATTACAAAACCTAATACTAATACTACGTACTACAATTCCACGTTCAATT CAAGGTTACAATTGAAAAAAGAGGTTAATTTAGTATAATTTTGATCTAGAACTTGATAAA TTAAAAAAATACATATATAACTTATAATATCATAATCGAAAATTATATTTTAAGAAAAAA CTCTCTTATAATAAAACCTAATCAGTACGTAAGTACGTACTACAATTCCACGTTCAAGTT CACATGGGAAAAAGGGTTAATTTAATTAAGAAAATCTTGATCTAGAACTTAACATAATTA AAAAAATAATATTATGAGAAGATTAGTAGGTATATTCAATATAGACAAACATAGAAAATA TGAGTATTAGCACTTTAACTTGACCAGTTGATTTAATAATTAATAATAACATTAACAAAA CCATTTAAATTAAAACGCGTATTACTAGAAATTTAGACTCACATTCTATTCAATATTAAT AGAAGGATAATCGAAGAAATGATACGATTTTTCATGTCATCTATACGTCATTAATTCATA CTGTAAAAATATATTTTTTATTATTTGCATCAAAATAAGTCAATTATATTATTTTTTTAA AAGATATAATTCTTAAATATGTGATATTTTATACATCGAACTGTCTTTTAAATTCAGTTC ATTTATATTAACAAGCATGTCACTTTCAAATTCCCAAGACTTGGTCTAATCTCACTTAAT ACAACATATTGCAAGTTAAAATAGTGATAAAATAGACTATTGAGGATTTCTTTAGTCTTC CTCGTGCCACTGAAATTTATATCAATCGATATTTTGACAGTAAATTCATCATAATTATGT CAATAATTAAAATTGTATTTTTATAAATAACATGATTTATACAAGTTTAAATCAAGATAC GCGTTATAAATTTATTGAATTGATACAAATAATGAATGAAGATTATAATTTTTATCTAAA AATATTGTATTAATTAATAATCAACAATAACATACCAGTATATGAAAACTTTACTATTAA AAAAATGTAAATTATACCGCGTATATAATTAAAATCAAGAGAATATTAATGTTTGAAGAA AAAGTACTATGCTTTTAAAGTAGAAGAAATAATTAATGCTACAAAATCTCTATGAGGACC ACAAAAACAATTCATTTAAGGAGTCAATTACTTAGTAATTAGGACTCTTCATCATTTCTT CTTATTATATATATTAATTAAAATGATAATTATACATGTGTTGTTGGATCAAAAAAATTT TATATTATTAATTAATATACATGTACATTATACACTTGTAGTTTTTATTTTATTCGTTAG ATACATTTCACTATGTGGATTTTTCTTAATTTTGAACAAAATGAATTGAAGCGGATAAAG CTCAATATTTTTTTAATTTGAATAATAAACAATAGACGATTTATATCGAAAATAATTTAT CTAAAATAATACTGATTATGTTGTTGTTATAATTTTAAATACTTCAATTATTTAAGTACA CAATAAGAATATTTTATTTCTTCACTGTCACAATCATGACTTCAGTGGCTGCCCCAACTT TGACTCTTTCAAAACTTAACTCCTCTATTTAAACACTTAATTCATCATCTATTTTTATTC ATCCTCTCTACAAAAATATAGCCATAAACCCCTTAGTACTCCTCCTAAATCTCCATATTA GTTCAATATTTTTTTCTAAAAATTATGGGATTTGGGAGGTCTTTTGTTAAGGGAATTCAC TTTGGTGAAAAAAATAAATCAAGAAAAACCAAAATTGTTGAAAGTAGTAATATCACTACT ACTACTACTTATGTGTGTAGAGATGAGTTAGATAAAAAAAAGCCTAAAATCAAGAAACGG GTGAGATTTGATTTAGAACCAGAAGAAGAGGAAAACGAAAAGAATAGCACTTTTGAGAAA AATACAATTATTCAAGAGGAGAAAACAAAAGTACAAGAAGGTGCTAATATTTCGAATGAT GATGGGGTTATAAAAGTGAAAATCTTAATGAAAAAAGAAGATGCTGCGAGACTTCTGATA AAATATCGAAACGGAGGGGAACTTGAGTTTATGGATATTGCTCAACAACTTGTACAAGTT CCTTCTAGTAGTGTTAAAGTTCTATAGTTAATAGTTAAGTATGACAATAGAGCATCTACA ATTTATTTTGTACCTAACTTTATGTAATAATTTTAGAATAAATAATAAATAACTTATTAT ATTATATTATGTTAAACATTTTGTTGATAACTTAAAAATTTGTTAACGTTGTATTTAAGT CTTCGTCTCTTTTAATTATCTCTTACTAGGATAGACCCGTGAAGAGACGGATATAACATC GCAACATCAAATTCATACAAATTTAATATTTTTTTTTAGGGATAAAAGTTTGAAGTATCC TCAAATTTTGATCGAAATATTGTAAAAATATCAAATTTTGGAGGATTTTTTATTTCTACA CTTATTTAATAGTATATTTTAAAGGCATATATATGTCCACGTGGACATAAAAAATATTGC ATATATATATGTCCATCAGTTCATGAATACACATATATATCTTTAAAATACACTATTAAA TAATAATATCTGCTAAATTAAAATATTTTTCAAACCCTTTTCATATTTTTTTTTATATGA AACAAGGAATTATGTTCGAATATTTATTAAAATTACAAAGAATAGTAGACGTGAAGTCTA GAAGAAATTAATGTAGTAGAAGTGGGGTTGAGAAGATAAATATATAAAATAAATAAATGA TAAAACTTCTACTTGACAAGTTTAGCTACTGAATTCTTTTGTCTCTTTTTAACCAGCGCC CTCTTTTGGATATGCAGGTACTAAGAGCCCTCTCACTATCAACCAGCGGACATTATCTGG CTGGGTCTTACCGGTATCAACAACGAGGAAGAAACAATCAGAAACAGTAACTAACTATGA CTTTTGGTTCAGACAACGTCCTAGGCGTAGGGGAGATCGGAGCAACAGAGAACGCTTAGA CGATTAAAATAAAGAGAAAAAAGAGAATTTTAATTAATTTAAGACATTTTTAAAAGTTGA TAGTCTTTTGGCCTAGAAATGTGTGAAGATTCTAACTTTTAGACTAATGGAATATTAGAA GATAACTTATAAAGACAAAAAATTGTTTTAATAAAGGTAACTTGGTATTAGTCTAATACA CAATCAAAAAATTTTCTTTTCTAAAAATATAAAATACTTTTATTTTAATTTATGTGATGT ATAATATTCTATTATAAGTTAATTAGGAAATAAAGATTTCTTTCCATATTTAAAAATAAT TTAATTTTCAGCTTATAATTTGACCTTTATTAAGATATTTTATCAGAATAAAAACATCAT GACAATCTGTCAGAATTTGTGAATAATTATAATTAATTTGTATAGAAAAAATATATCGTA TTAAATTATACGGAAGAATACAAATTAATATTGTTCTAAAATGAACCAAAAACAAAGATG TGGAAAAAAAATATAACACGTTTTGTTACATTAATTCTACGTTCACTTTTTCTATTATTA GGACAAATTATATTTGACATGTCGTAGAAGTAACGTTCCCCTGTCCAATGTCTACTAGCC TTGTGGTGTCTCCATCCCAACACCTCACGATCGAGGCGTTTTCTTATAGACAAATTTAAA ATTTAAATTTACAAACTCAATTTTTAGCGTGTTTAGCGCGGGACTTACGTCTCGCAGTCG AGGCATTTGATATAAACGAATTCAAAATTTAAATTTAACAAATTAGAGTTAAATGTACCG CTCTAACTGATCTCTATACCTCTCCCACAAGATATAGCTATAATTACGTCTAACTCTGAA TAAGATAAAAAACGTCAATATATTTAAATTAAAAAAGAAAAAATAAAGAAGGAAGAAAAT TATCATCACAGACAAAAAGTGCAGAAATTTCTTTTATTGATATATATGTCAATTCAAAAG TATCAAAATCCAACTAGTAGACTTGTTTTAAGGTTCTTAGACTAGTTAATTGACTAAAAT TCAAGTGATAAATTTGAAAAGAAAATTCAAACTTCATTAAATGTTGAAAGCTCTTAATAA AATATTCCTTTCATTAGACTATATAATAGTAAAATTTAATTACGTAAGAGTGATTGAGTT GGTATAACAAGTGATATTTCATAAGAGAGTTAGACTAGAGATTAATTGCACTTATTAATA TTTTCTCTATCGAACTCCTTGGACTGAGCTTACATAATGCAATTCACATACAGTATATGT GATTTACAAGCTATCACATAAAAATATATTTACTCTGTGCACTCGGATAAAAAATAACGT ACTTAAAGGTGTTTTGATTAAAGATTATTTCCTAAACCAAAAGATTGCAAAGTTTTCAAA TTCCTACTCATTACTTACCTAGAAATTATAAACCATATGGTACGGCTAATTAGAAAAGCA AAACATTACATTAACTTGAGCAATTAACTAACACTAATTGATGGGTAATTTGAAATGACA ATTTTATTGTATCATTATACCTTTAAAATATACAATATTTTGGAAAATGCATCAGGAAAT GATTATAGGTTATAAGAAAGATAAATTTTTCTTCTTTCTAAACTGAACAAATAAAATGTA CGTAAATTTAATTAGTAATTATTTAGTGCTAACAAATCTAATAGGGTCTCCTATATACCA CATCCAATATCTTGTTCTTATATAGTAGTAGTATTCGAGCAACCTTGCAATTTGCAAACA CTTTAAATATGGTTAAAATCTATCCGAATGTTTACATCTAACTAATGGCTAGATTTTAAT AATCCCAAGGTAGACCGAACTCCACAAAAGTAATATAATATTTGATTAGTGGCATAAAAA AAATACTATAAAAGTATAACTACACTAAGAAGCCAAAAAGACTCATTATATACTATATAT ACGTTAAACAATAATTTAATCTCGTATAAAATGTAATTTTCTGTCGAAAGATATCTTAAT GATACCTTGCGCCTAGTTACGACTCCACCCCTTGATAATACCCCAATCTATTTATTATTA GTGAGCTAATGGTTTATCGATAGAAACTTCATTATCCCCCTCCAAAAAATAAAAATAAGA TCGTACATCTTACTTCAAACTCTACTCGTAAAATTACACTAGAAATCTATTAATTATTAT TTTTATGTAGAACTTTTTTTATAGAATGAATGTGGAATAAAACTAGATGTCATTGGGTCA ATGAGAAAGTTGTTTCATTTTAACTTTGAAAAAGTCTTTTACTTTATTTTCTTGTTCATT CTTCTCCTTAATTATCTCTTAAACGAAAATTAAATAGAATTTTCAAATTTTCTTAATAAT TTGCCCCTAATTTTACTCATTTTGACTCCTTCCACATATTTTAATTATTCACTTCTCTAT TTAAATAAAACACTAATCGAGATTTACAGTCTAGTAATACAAGCGAAAGTTTTATTAACA TTGACTTGGTGTAATCACCGTTCGATTTTCATAAGGAATTGAGTTAAAAGCTCACATATG AATTCAATTTGACCTAATAACTTCTGTTTATCGTGTACACACAATAAAATTTGAATAATT TAATTATTAGCATATGAAGTCATTGTTCCAAAATTTAAAACTTTAATGACTCAAATTAAT TAATTTGGTGAATTTTGAATTGATAAAAAAAATTAAAAATTATATGTGTTTGAGATTGAA TAGCCGCAAATGCATCCTATGAAACATTTCATGAGGACCTCATGTCTATTGCAAATTCTG ACCAGACGTATTATAATGAAAAAAAAATAATTAAATTAGCTTATCTAAAATCATTTTATT ATATTAATTATGGGGTATACAAATGTAATTTTCTAGAGAAAATGTTTATATTTAAAAATC TGATCGATCGAATATGAGAAATGTGTCGCGATAAAAAGTTTCACATCAATAAAACACATG AGATATATTGAATATATAAGTAAAGAGATTTTAGTGTCATGTGAGTCTAGGTCTAAAACA GATAATATCACGAACGAACTTGAAATGATAAGAAAATACAGATGTAACATTCTTGTACAT GAATTAATAGTTTGGTGACTAATTCTTCTTTGTTGAATTTTTGTGTCTGGTTTCTATGGT TCACTATAGAGTCAACATATTATTAAATTTACCTTGAAAATAGATTACTTGATTTTTCTT GAGTTTTTGAATTTTAAACATCACTACAGTATTTTGATTTATTATGGTAAGTTTATGAAA ATAGACAGATTCATGTCACTGTCTATATATGCAAACCTAGTGGCTAATTTGTTAATTAAT GTGGTCCAATATGATACAAGGCACATGGTTATAATTTAGCTATATATAGTCTTCATTGTT AGGTGAAAATCATAATCTTTAAAATCTAGTTTAAAAACATATCGGGGCGGAACTAGTAGG GATTCAGGTGGTTCATTCGAACACCCTTCTTTGAAAAATTCCAGTATTTATACATGATAT ATAAATCAATTTTTATGTATATAAATTGTAAAATGTTGAACCACCATCGACTTTTTCATA ATTTGAAATCCTTAATGAAAATTCTGATTTCACTACTGGTCATATCAACTTACGATGGTT AAATAATTATTGAAACGAGAATAATTTAATCCACAAAATAATTTAATCTATAAATATTAA ATAATATCGTTATGGTAAAGGTTGCAATAAGTATTAATTACCATATAAAATTTCATTCCT TTTAGAGACTTAACAAAACCTATAAAACATTTGATGAAGACCTCATATTATTTCTATTAT TATACAAATAAAATAAAGTCTTACCATCTCCCAACCAGAAATACTAAAAATACTACTTAT GATGTTTTCAGTTATTTGTATTATGGTAGTTTTTCAATTATTTGTATGGTAGTTATTAAA TTCAGTACAACATATTATATAGTTGGTTTGCAAGTGACATTTAATATATGGTTCCAAATT ACTGCAGCTTAGAAGACTTTTTGAGTTCAACATGTAATGTGAACATCTGATGAAAATAGC ATATTTTTAAGTTTTTGAATTGTGACCTCTACATTTATTTACTCCGATGTTATATTTACT TGTTAAATTTAAATTTTTAAGAGATGATTTATTACGTAAAATTATTATTTTATTTATTAT TTTCTTGATGAATGTGTTAAATTAATATTGAACAAGTAAAAATAGACGGAACGAGTATTT AATAGCTTGAGTCTACCAAAATCATTAATAATTCTACACAGGGGTCATCTTCAAGTAGGT AATTAATTAATTAAACGTCGGTCTTAATTTTAATGTCTTTTATATATCTTCTTTCTCATT TACATAAGAAATACTTTTGCAATACCAGTTTATTTCCTTTTTTTCGTCAGTTTTTTTATA TAGTGACGAATCTATGATAAAAAAATAGAGTGTAATTCTGAAAAGAAAGGAATTAATAAT TAGATTTAAAGAAATAATATATGTTGTATATTAAAATTTTTATAAGACAGGACTACAGTT TATCTGTCTGCTCATCGGATTCATAATTTAGATTTTGTGAGATGTGTCTATAACAATCTC AAGTTATATATATATATATATATATATATATATATATATATATATTGATTAAAATCAGGT GAATTCATAACTAAGTTTTTAAATTCATCTCCAAGCACGAAGTAACTAAAAATAAATATA GCGCACTTCTATACTAATATATTTTACAAAACACATAATTTAGCTATAAAATTTATTGTT AATTTATAGCTAAAAGCCAGTACTTAACATGACTTTTGTTATAAAATAATATATTGTGAA TGTCCACTACACAAAATGGTTACTACATTACTTCCCTCCATTATAAAGATAATTCACTAC ACCAAGAAGTTACTACATTACTTCCGTCCATTACGAAGATAACCTCCACCTTTATGATAA TTATTCTTGTAACTTTCACCTCCGTAACCTCCTTATTTATATTCATGTTTACTGTCATGT TTATGACTAACCTTTTGTATGACTCTATGTTACACTATAAATAGAGGCATAAGGGATCCT ATTGTATATACTTGAAGATCTGGTGAATACCTGAAAGAAAGATTGTGATCTTATATTGTT CCTCTTGTCTTATATTCTTCTTGTCTTCATCTTTATATTGTTCTTTTGTTCTTTAGTTTT ACAACAACTTTTCAATAATTCATCATTAAATTAAATTAATGATGATTTTTTTACTATTTA GCAAGAAAAATTAAATTATTCACTCTAGTTATAACTTTATATGTAATGTTAAGCAAATGA CATATACAAGTTTTTCCCATGTGATCGAGAGATCAAAAAATGAAATCGTGTCTTTTTACA TAAATATATAATAAGATTACCTACTTTTATATGATAAAGCTAATACAATTCGATCCATTT TTTTTAAATAGAGTCAGCTTATAACATATACTCAGTGCATCAAATTACTTTTTCTTTCAT TTTCTTCCCTTTAATTAAATAATTAGCATACTTATGATATGACCCCAAACAAGTTGTGCA TGGCTCAAATTTAATTTTATTGTATAACGTCATGAAAAAATATGGATAAGCATTTAAGGC TAACGTAAATTATTGATGGGGTATGCAAATTAAATTAACTTATCTTAAAATCATTTTATT ATAAATGAATTAATAATATTTTTTAACATTTGACATAATCGTGACGTCAGTCTATCCGCA TCAATTTTGTACATTGAAATATGAAACTATGCTAGTAGAAATATAATTTTTTTTTACAAA AAACAATTCAGATTAAATAATTACATGGTTTCATTTAAAAGAAAATGTTAAAAAAGGGAT TTATTTCACTTTCAAAAATAATCTACAAAAGTAACCGGTTCTGAAAATCTTTTGTGAAGA CCCTTTTGACTTCTTTGTAATTATGAACAATATAATTATATACCTAATCTTAACACCACT AATTGGAATCAATAAATTGATGTACTATTCATCAGTCTATTCTTACTTGGCTAGTAACTT ACAAAACATAAATAAAATGACAATTTTATTGTATCATTATACCTTTAAAATATACAATAT TTTGGAAAATGCATCAGGAAATGATTATAGGTTATAAGAAAGATAAATTTTTCTTCTTTC TAAACTGAACAAATAAAATGTACGTAAATTTAATTAGTAATTATTTAGTGCTAACAAATC TAATAGGGTCTCCTATATACCACATCCAATATCTTGTTCTTATATAGTAGTAGTATTCGA GCAACCTTGCAATTTGCAAACACTTTAAATATGGTTAAAATCTATCCGAATGTTTACATC TAACTAATGAATGCGTAACGTGTTTGAACGTACAGTTGGAAGATTCTTACTAGAATCATC AAACTCAAAACATCACTCACTTAATACTAGAACTATCAAATTGTGAAATTGAAGACAACT ACTAATTTATAAACATCATGTTGTAGCCCAAAGTTCCTCTTTAACAATGTGATGGTTTTT ATATTCTTGATCTTCTGATCTCCTTAACAAGCTGATATTCTTGACAACTATCATTGCATG ACCTTGAGCCAATTATCCTTGTTTAGACGTGTGGCAGGTGACGATCTATACTCTATGCTA GCTTAGTTCTAAGCGCAGTGTTTAGGTCATTTATAAATCATTTAAGATATTTGAACTACA TCCTCAGTAAGATCTCTAGCCTCACATACTGCAACAGGTATAGCCCGCATGGGACATGAA GCATAGCAGATTTATGAGTGACTTAACACTTTATGCAAAATTCAGGACCAGAAATGAGAT TGATGATATTTGATCTTTAATATTGGATGAAGAGGATTAGAGTATACTCACCGAGACTGA CTGAAATGTTGAAGTATTTGGTGACATGACCCGGTCAGAGAACTCAATTCTGATCCTGAA AACACCAGCATGGAATGTCAAATGCCAATGGAAATTAAAGGTAAACCAAGAATACTAAAA ATACGTTTTAACATACCTTCGAATAGTGAAAATATCTGTCAGGATGGCCTGGAAAACCAG CACAGTTAACCATCTTCACTCGAGGAGCACTTTTTTTGTGCATTTTCCTGCCATCTTGTG GAAACACAATGTCCATATATTATACAACTTTGACAGAATTCTTTCTGAATATTATGATGT CAGGAAAGCACTCACCAGTAAAAAGTATAACTGTGGGGAAACAAGAACTCCAAATTCAAG CTTTCAATCAAGCAAAAAGAAAAAGGTGGCAAGAAAATTCTTAAATAGGGAGCAGATATT TTATAAGAAGTCATTGGATACACGGACATTAAGAAATTAATAAAGGACGAGTGAAGCTCA ATAACTAGTAAAGTATAAAAGAAAGTCACCCTTCGGGATGGCCCAGTGTGTTTGAGCTTG GAACTTTCATGTTGGAGCTCTCAAGCTCGAAATCCCTTGCCAGCGAAAGCAAGAGTTTGC CTACTGGGACGAGCTCGTCGCACCACGCTTGCCTAGTGCAGATCACCTCTCTTATGTGGT TTGCGAGCTATTGCATAGGAACGGGGGTTCAACCCTGTGCGTATCCAAAGGATAGCGGCT GCGGATTCTTTTCATAAAAAAAAAAAAGAGGAAGTCATATTTATTTATTTTTGAAACAGA AGGAAGTCACATATTTAATTATTTTTGGAACAGAAAAGTCATGTATTTATAAAGGTACTT GTTTGTCTTCACCCACAGTTGAAGATTTCTGTGTTGAATTTCTCAATTCAAACCCATCTT GTGATTCATTACCACAAGATGAGTAGGATTTCCAACTCGTCTTACTGGAAGCTCCAAGAC GAGTAGGATTTCCAACTAGTCTTGTGATTCATTGCCACACACAGACGACCAATTATGTAC CTGGAAGGAGGTTTCCAGGTCTAGCCCGATCACCAAACCTTTGGAAGATAATCAATTCAA AGACCCTACAAAATGATTACAATTATCACACCTTCTGGAAGGAGATGGCGGGCACCACCA GACAATTCCTTCCGACTTACCAAAACCATGACATTGGGTAATGGCTTAGTGGATTGCTCT GAGAGAGGATTAGCTTATGTCAACCAACCTCGTGAGAGCTAAACGTTGTTCATGGTGCAA CCAAAAAGAATCGACAATCAAGTCACTCTCACAGCTACAGTAAACAAAATGGATCTAGCA AGTAATAACAACACAGAAGACTAAAATGCAAGCAAAATTTAATACCTATTGCTTTTCTAC ACACGACACCATAATTATAATCCTTCTTAAACAAAGTCAGCAACCAAATGGGGCTAAGCC TGCACTCTGCATTCTGAAGTTGGTACACGTTCTTTGTCAAGCTGATTTTTATAAGTCAAT ATATATAATTAGAATATCAGGTTGAGTAAGTGAGCTAATCTTAAACTTCACAATCGGTAA AAGGGGAAGGCACTGTCTTTAGAAAAAGTAAGTTATGCCTGCATAAGGGGACCTTATCCT ATGCAGCTTCAGCCTAGTCAAAGGACTGCAATTTAGACTTTCACAACCCTCAGATTACAA ATGTCAAATGTGTGACATCCCAACTTCAGAGAGGCATTACATTAACTCGATACCACAATA TCTAAACAGATCCGTTGACAAAATGTGAATTTACTCTTTTTTTTTTGAGATAAGGGTAAC TTTGTATTCACAAAAAATTCAACATCCAAGGGATGATGAATGGGAAACTTACATCCCACA GGGTGGTGGGCACACCCTCAAAAAGCCATACAGAGTTACAAGTTTCCTTGAAAATCGACC ATCTCTATGCTTTCCCCTACCAACTCTTGCTTACACCAAAAAAATAATAGACTTAAGCAT TTCATTTCTATCTTCTTAAAACCATCATTTTAACCAAAAAATGTGAATTTACTTGCTTGT ATATGTTGGGTTAAAATTCCGGAGAATCTTCAGGTGATAGAATCTATTCAGAGAAATGAC CTAACAAGAAGATTACATAATTTGTCACCTTCAAAAAGATAAAGAATATGTTTTAGATTA ACATTAGCACGTACACTATCTGTTTCTAAGTAAATATGAACTTTGCACTCCAAACTACAA CTGTTTAGATATTTCTATAGTTCCATTGAGGTAATAATTTCCCGATAGACCAGTTATGCA ACAGATATTTAGTAATTGAGATTTCAGGTAATTGAATCTACTAAAGGAGTAAAGGAGCTT ATTAATAAGAGTGGTTTTTCTTTTTTAGTTCAATCAGGGTAATCTGATAATTTTGGCCAT GAAAGCAACTCAAGGGCACCAAGGATGATGAGAAATCATATGATAAGCGTAAATTAATCC ATGAAACCCTTTCCCTTGTGACAACAAATACACCCTCCATCAGATCACTACGGGCAGATA CAAACTTAGCTGCTGAATGCATCACAATATCTGATAATAACAGATCATTAAAGGTAATCA GCACCTTGAGAATTTACCAGAACTAAAAGTATCTGCAGATCTGCTCCAAGGTCCAAACGA TGGGATGGTACATGGGACATATACTGTTATCTACCAGCACAAGAGACCCATGTGAGTGAG CCAACTCAGCAATTTTCTGAAAAAGATCAGAGAGCAGAAAACCATATAACAAAAGGAAGT AAATTATCTATTGAAATTTAATAACAACAACATACCCAGTGAAATTCCATGATTAGGATC TGGGAGATAGAGTGTACCCAGACCTTACCCCTACCTCATGGAGATAGAGATCAAACGAAA AATGAATGGAGATGCGGGGGATTGAACCCCGTGCCTCTCGCATGCAATGCGAGCGCTCTA CCATTTGAGCTACATCCCCTGCTATCTATTGAAAATTAATAGACTTCAACATATCAGCAG CCACGAAAACACAAACAATATTTTCAAATCCAAGAGAAATGACACTTGCTGCCAAATGAG CAATAACAAGTAGTCTCCCACATATACATATTCTTGTCTCCCAATTAGTACTCCAACATA ATTATTACCAAATCCACCGAAGAACAACACATATGCTGTAGATAGGAAAAACGAAGCAAA ATTTCCATTAGATTTATCAAGCAGTGTCATTTCCTAAGTTTATAGCTAAGTGTTACAACC CTTACTAAATATTCTATCTCAATCACATAACATACAACTATATGCACATAGTTTAGTACT TGTATTATAAGAATCGTTAAAGAAATTGAACATAATCTAAAGCAGAAGAGTATATGCATA AAGTATTTATTAAAAATAGAAAATCAATGAAAAAACAAAAATAGAAAGGAAAAGGGAGAA AAAGAAAAACAAGCTTAGGGTTCAGGGTGTGTAGGCGACAATTGAAACTGACGAGAGGCA AGGTTGAGAGCTAGACAGAAGAGACCATCAACAATAAAGAAAAATCAAAACTAAAGAGGA GATTAAGATAGTATTAGGGAGAGATGATTCGGATACCTGGTGAAAAAAGCCGGTGACAGA GAAGGCATTGCCAATGATTGGATATTAATCATCTTGAGAACTTTTTTGTGTGATGTCACA CCAGAAGAGTCTTCCTCTTCTCCAAAATTCATAGAATCTCTGTGAGAAGGTTTTTCGTAC CACTTGTTGATCAAACATCAGGTGTCATGCTGTTTCCACCATTTATGCTTCAGTGGGCTT TCTTCGCCAACGCTGACGAGTCATCCACCGCATCAAAAAAGCTTACTTGTCTTTCCTCTT CCGTATCATTCCTATCCAGAATATCTAAAATCCACCACGAATCCGAAATCCCCAATGAGA CCATTGCAGATACACCTGAAAAATCAGAAAACGGGAGATATGATTTCAGGTTACAAGGAG AAAATGAAGAGAGGAAGGGAAGGTAAAATTAGGAAAATTCACTTCCAATAATTTGCATTC AGTATCAACTTTCTGTGGCTATTTTCTTCAATAACCAGTGAAAAGGTCTTTATTCCCAGC TAATCTCCAAATGCTGCTACTAGTAGAACAAAAGGAAAGTTACCGATATTCAATTAATTG CCACTAAAGGGCGTTTCTTCTGGCAGTGATAACAGATGGATTGTGGTATCCTGTTTTGGA AATGGATAACCACTTCTTTTATCTCCGAGTTTGCAGTAGGCGAAGTTATAATTACCACCA TAGATGGCAACAACCATAGATTAACTTTGCTTGAAGATAGGACAACTTTGAATAAAAGAC GAGCGTTGACCAGATCCGCCGAAAGGAATAAAGTCACATCATGGGATTCAAGCGCATTTT CAGTGTCAATTTCTTTGCACAATATTTCTCACATCAGAGAACTTATACCTCGGTGGAAAG GTGATTTCACCCCTAGTGATTGGGTTAAACAGATTGTAGGTGTCTTTAATAGAAAGTAGA AACTAACCCTCCGCGGGACGAACTGCGGAACTCCTTACCAAGGACCTTTGGGACCTCAAG GTAGTGAATACTCTTTTTTCATGTATGCTATTAAGATGCTTCTCAAGTTTTTGCGTTTGT ATTATTGTCACGAGGCAGCAGCAACCACGGCTGAACTCTCCCTGAATACTCGAAATAGTA GGTAACACTGACCCCATGAATTACAAACACATGTGAACTGGACTGGATCAGTGTATGTAG CAAAAGAATGAGCAATTAACCTCAACAAATCCTGTGGAAGCCACGACCAACCAGCCACTT ATAACCTGATACATAAATAGGGAATGTGATATATAATATTAGAGCAAAAAAATAACCATA CCAACTTTCACAGTATCAAACAGACTTAGTATAATAACCAAAAGAGATAATCACTAAGTA CACATCTTGTTTGTTACAAATCAAGAACTAACGCATCTATCTTAATCTTGTTTTAGAACA TCAAGATATAGCTTTAGCAAAGTAGTTAATTCTAAGAAAATATTGCTACATGTAGTAAAT GTTCCTTTTACACCACCCATTATTCACCAGACTTACAAGGTTGATTCTAGCTCATTGAAG TGTAACACCAAATCATAGAAGTAAACATACACAATGGAGGAAATAGGAATTCATACAAGA AGATTCTACATAAAGTGACAACTTCAACTAATGGCGTGACTATGTAAGGAAATAATGAAT TTCTTTAAATATAAATTGTAACTTTGTGATACATATAGGAATTTATTAGCTTATAAGAAT TTTTTTATTGAACACTTGAAATTAATTTTAGGTTGAAATAAAAAGGTGGTGATATGAAAA GAAGATTTAATAAATTACTATGTCACGACACAGTAATCAGTACATATATCTATCTACCTT GTTGGTTCAGATTTTTCCACCATTCGTTTATTCTCCTTTTTGCAGTTTGTGATAGTTTCA TATTCCCATTTGAACTTAATCTTTAAATCAACTAATTTAGTATCAATCTGAAGAAATATT TTAATGAATTAATTTGGAACGACGGACCGTAGTCCAGACCGTGGTTCAACACTTAGCAAA AGATTTGTGTGGTTTGGGCCCACGGACCCGACCTATGGTCCGTAGAATGACCAACGGTCC ATGGACGGGGTCTCGTGGGTTAGTAGGGTTTTAAATGGCTAACTTCTTTCAAGCCTTTTC CTTTAACAATTTTTTTAACAACTTAGGCCTATACATGCATTTCAACAAGTAATAATAAAT AAAAAGGATAGTATAAATATATACCTCTGCATCTAAAAAGTTCAAAGAGTAAATTTAGAA AAAAAATCATAAATTTTATTTAAATTTTTTTATAATATCTTATTAAGCTTTGGCTTAAGG GCATCAATTTTATTGAGCCACCTCTGTTGCAATACGGGGATTAGTTAGGTACTTACCTAT AGATTAGTTACTGCATCTTCTACCGTCCATAAATAATACATAAATTTCCTCATAACTTAT TCATGTATTAGTTATGAAGGATTGCAACAAGTAACTAAACACCGTACTCGGTGTGCTAAA TTTTGTACATACAAATAAAATGCTCCCAAACATTGTTCTAATTATGCTTGTTAAATACAT GAATAATTTCACTTCCTAACAACATCCAAATGACCCCTTAGTTTGTGATTTTCTGATGAC ACAAGATTGACCCAGTAAATGATCACTTTGGTGAGAGTTGTGACTGACAATAAAATATGT TAGCTATAGAGAGCCCATATATCTTATTTACAACTCACATAATTTATGTACGAAAAGCGA CATAACAAGAGGTTGAACAACTGCAAGTATTAATGTATTGGTTGTAGTAGTATCTTCATA TATTTCCACTAGGAAAAACTCATTAGTTTCTTCTACCTTCTCCTTACCCCTTTATATTCA TCGCATGAAGAATGCTTTTAGGTATGACTTGTTTCTGAAGCACATGCTTATCATAATTCA TTGGAAAGACAACAAAAATTATGTCTCAGTCTCAAATTAATTTGCATATTGCTCCCCATT TTTGCCCACTTTATTTTCTATACCTTGAACAGTGCTCGTAGCGATACATGTTACTACTAC AAGACCCCTCTCTCAAAGCTAGAACAGGGACTACCTTGTAATTGTAAGATAACCCAAAGG AATTCTGTGAGCTTTAATAGTAACATGATTGCATTGTCTCACAATAGTTAACAAAATACG ATAAACTAAAGTTAGATAGTAGTTGATCAACAGTAACAATTTCACCTTGTACATAGCAGT TATAATACGACAAGTTTTAGCAATAATCAGCAAAACTTACACTAGATGTGTAGCTGCAAA TTATAATACATTCTTGAACATCCAAAACAACTTTAAGTCATACACCTGCGCTTCACCTGG GCTTCTGGGCAAGATTTGCAAATTTTGTGAACATCAGTAGATGTAACTGGATTTGATGGA TCAGCGGATACCTGTTGCGGAAATGTGGCGGTAAATAAATGGGCGAAAGCTATCTCCAGA ATAAATGGGATTTACCGGTTAAAGAGTAATAGTAAGGGATGACGGATAAAGAGAATATCG TTCATCCAATATTTATATAGATACCAGTTAACCAGTAACTAATGCAACAATGAGAAGATT GATTCTACTTTTGCATTTCCTTCATCCAATAATCATTTAAATAGTGGTCATCTTCCTTAT ATCCTATTATGAAGGATGTTTTTTTGAACTTTAAAGTGTAAGTTTCCATGGATTTACTCA AATTACGGATCAGAAATTCCAGCCTAAACTTCTCATGTTCATCGGGAGTTAAACATGCAA AATTGTTGACAAGACACGTAAACAGCCAAAAACTTCACATAATAAATAGTTAACCAAATA GTGGAGTGAAATATTCACGTACTTGTCCTAAACTCAACAAATATGACAAACAAGATTATA GTAAGTACGTTTACATAAATATTTGCTAGCCTGCTACTATCTAATTACTGTGACTTAACC AGTTCGATAAGGTAGGACAGGTTAACAAAACAGAGAAATTACAAGAAAAAATATGATGAT ATAACAAGTATCAATATCATAACTTCAAACAAACGTTAGCTGGCAATAATAGAGCGGTTT CTTATCAACACAGCATTAACTGTAAGCACTAAACAAAAAAACAGAAAAGGACCAAACAAT CTCATCTAAGGTCACACATCATTAAGGGTCCAGAACAACATAAACAATCTACTTCTTGCA TTTATTTCTTTCTCCATCAGTATATCTATCATCGTCTCTTCCTAATTTAACGTCATCATA AAAATGTTCATTCACCTAAGAGGTTCCCAAGTAATTCAAGATTCCAATGAGACATCAAAA AGTTCCTAATTATCTTCAAAAAAGAAAATTAATCTACTAATCTATAAAACACCAAGGAAA ATTATATTTCTTTATAAATCCTCCAGCCATCTGTTCCTTTTGATTATTATTATTATTCAC TATTATCCCCCATGAAGCTTTTTGCCAGACCAAAATATAGTATAAAATTCGGTTTTTATT ATACATATTGCCAGCAAGTTCAAGTTTCTTTCAGGATGATATTAGAGAAAAAAATTGTAA TGGAGGAGGAATGTTATACAGATATTATATAGGATCAATGAAAGTATCTCAGGTTGGCTA ATCTTTTTGGATGAGAAAGACCGGCTAGAGTAGGCAGAAAATTCAACGTCGTCTACAAAA ATTTCAGTAGTTTGGTCTCTGGCGATTTCAGTTTCAGTTCTAGCAGTTCTTAGGGTAATG AAGGATTAGGTAGAGGGACATTGGCAAGAACATGTTCAGTTACAGCAACCTCCTCCTTCA GTTTCTATCATGTTTAATGCTATTTTTGGACCGATTTACATTATTCAACTTGCATAAATG TTTAAGAGAAACAATGAGAAAAGAGAGCAATAGTGCTCCAAAGAAAAGAGTACAAACAGA AAATGTTAGAAAACAACACCATTGTTTCTGCTAGTGAGTTCAGATGAGAGTATTCATTAT TCAATAACATCTCTCGCAATACCATCATCGACTTTTTTAAGTCCTCTTTGGCCAAAAGGG TGAGATTCAAAAGAGTAATTTAAACTCTAGCCCGATTAGGAAGAAATGGAAGTGCTTACA AGATGAAAATTGATGTAACACCGGTCACTAGGAATAAGGGTTGCACTTCTAAATGATGAC TTCAAGAAGATGATACATCAAAATGAAGAATCTCAAAATTGCCTTGTTGCTTCTATTGTT TCACGCAAGAGAGGCTAATGACAGTACTACTAAATGCAGAATGAATGTCTCTTCAAGCAT ATCTGACATATATTTATTCTTCCTGTGTGAAACTCATTTTGAAATTGGTGAGGAATCCAA TTGACTTCCGGGGTAAAACAAGAAGATATAGAATAACAAAAAGAGTAAATATAAAAATAT GACTCACTCGTCATGGATTTGGCGTGACCCAGATTGGAGGACAAACACGACTGACAGAAA TACCATCATAAAACGGCTCGATACTGCCATCTGCTAAGTTGAACACACCCATGTCCAAAC CGCATCCTTTTTCAAAGAAGAGGTATGCACCAATCCAGTTATCTGTAAAATAAATACAGT TGGGCTTGATTCCTGGAAATTGAGAAGCTTGGATTGATAGAGAAGCATTGGCACCCAAGA AAAAAGCCTGGTCTCCTAAATCCATGACTGGTATAGCCTTGCAGCTAGAAAACTCGATTT GGAAAACTAGAAATCTTCTTGTCCTGTACGTGCAAATCTGATCCTTCTCCTCATCTCCAC CTGGGATGCGCGTCGGTGGAATACTCTCACGATCCTCTTTGACATAACGTATATCAACAA ACTGTTGCGCAACTACAAATAATGATCCTAGTGATTCTAGGATGTAATTCTTACCGTCAG CCCATGGTGCAAGATGTGCTACACAATAAACTTTAGTGAGATCAGTGCCAACAACATCAC AAACTAGGACACAACGGCCAAAAGTGACGGCATAAAAGTGACCACTGAAATATACCACAT CACTAATATGTCCAATGTGCTCGGGGATCCAAATCCTGGTCCACAACGAATCTCCTGGTC TCCATAAACTGAGGCTCTCGAATCTTCCCTCAACGACCATGAGAGCATAGTCCGACGTAT GAGACGGATTAGCTGACAGAACTGCTTTATGGATATAGGTCCACAGATCGTGAGTTCTGT TTTGTTCATAAAAAGCAGCTGTGTTTTGATGTGGCAATTCAATTCTAACACCAGAGAAGG GTTGTAACAAACTAATCTCACCCTCATCCTTTCCAACTGTAACAAGCCATCCTTTCGACT CGAAACATCTCTTCTCACTCGCTCCGGGAATCCTCTTCTTCAAAATCATCCCATTGTACA GACTGACGAATTTTCTATGTGTTCTATCATCCTCTTCCTCAGCTAACATTAGCCAGGGAG CCCTAGGCAAATTACTACTAAAATTATCCCTAGTGGCTACAGAGTACCATGGTTTGCAAA CCGTTCGAAAATTAAGGTAGTCCTCGATCAAATTTATACGTTTAGCAATTAAAATCAACA ATTCAGGATGAAGTTCAGACCAATCAACCATTGTTCTCATTTTCAATCCCTATCTAACAA AAGTATTTAACAAAATTGGGCAAATTATCCGAAAATACCTAATTTATGCGAATCTCAAGC TCCCGATGAACATTGATATGACGGAGACTGAAGAAGCACACCGGAAATTCTTCGATCTAC CAATTTTTTCAGCGGTGACGGCGATGAAATTGGCGGAGCTCTCCAGAACACCTATTAGAA GCACAACTGTGAAAGATGTGTTTGGCTCAAACAAATTTTTTAGACTTTGTGTTTACTTAG AGTAAATTGTTTAGAAAATTATCAAAATGGTCCTCTATTTATGACAATGATCAAAAAGGT CCTCTTCTTATGAAAATGATCAAAATGGTCCTCTACTTATGAAAATGATCAAAAATGATC CTATATTTAACATAAATGACTAACTATTAACTTCATATATGACAAACGGATGTTATGAAA TTACATTCTATGAGTATAGTTTACGTAATTACATTCCATGGGTATAGTTTAGTTTGTTAG GTGACTCTAAATTTGTATAAAACATTTTTTTAATTAAATATATACAAAAATAATTATTTT TCAATAAATGGTAACAGTAGCACAAAAGATGCTAACAATAAATTTACATAATCCCATGAT TTAAGCAAAACATTAAAATTAAGTATTTCCCCATAAAAAGAATTCTAAAGCTATAGATTG ACAATACCAGTTCAAAATCAAATATTTTTTTAGATAAATCTATGAAACACACGCATACAG AGATATATTTATATATAAATTGATTATATTGTATATACTTGCGAAATTGTATATAATTTT TATATAATATTTGTGTGTAATTGATTTTGTGTTTTAAACTGTATATGACCATCATATATT CTTTTAACTTTTCTTAGGTAATCTTTTTTTATATAATATTTTAGTATGTTCCTATTTTTT TCTTTATAATTCTAGAAATTTGTATAATGTACAATAATTTTGGTATATATAATATAGTTA TATATGTGCATCTGTGATTTCATGTTTTTTTTTTTTTTTAAAAAAAAATATTAATGATTA AACTAATTGTATATAATATGCATTTGTTAATTGTATATATAGTAAGCTTGAAATATGTTT CTATATTTGAGGGTGTAACACTTATATATACAATATTTTATTATATTCATAATTTTTTGT ATATATCGACGAATTTGTATAATGTATTATAATATTATAGAGTGATTTACAAATTTCTTT ATACAAAATTAAATAATTGTATACAAATAGTTATTGCCTCATAAGACTTTGTATATGTTA CCTTAATATACAACCCACTATACACCTAACTTTAGCAATTGGTATACAACTAATAGTATA TACAATTAAGAAGCGTTTCATAATACTTTGTATATATTAACTTAATATACAAACCACTAT ATACATAACTTTGTAATTTGTATATAAATTACACTATCTGATGTTCTCGATATTCTTCAG ATTTGTCCAGTTCTGATGAGGCAGATTCAATCTCTTCTGAATCAATGTTTATGACTTTTC TCTTACTTCCACCTTCAACAATCTTAATGTCGCTAGATTTTCCGTTGTTGATGATTTTAT GAATCGCCATTGAGTCATTTTTTTTTCATGGATCTCAATTCTTCAATAGATTGTTCAACT TAAACTTGTTTATGTTTTGCCATAGACTCTACATTAACCCAGAATCATGAGTTAACCTAA TTGAAACGAATGTGGATTATCAACAACATTGACATACAATGACATACCTCTCGTAATCCT CATACATGGACAGAAATCATCTATTCTGATTTTGAAAGACTTGTAAATTAATAAGTAATA AAGATTTTTTAATAAAAATATGAAAAAAACTAACAATCATACTACATATACAATTGTTTT AGAAGGAATCAAGAAAAAAAATATTGAAAGCCGTGATTTTGGCAATTACCTACGAAAATG GAAGAACATCGGAGAGAGAAGGTCAAAATTTTTCCAATGGAAATTCAAATTAGAAGGGAA GAGTAATTTTAGGAAAAGATATGGAATGAGAATAGGAGAGATAAATTTGATTTTAAATAA AATTATACAAAAATCTTTGGATGACTATTTTTATTTTGTATACAAATAGATAGTGGGTTC CATTAATTATGGCAAAAAAATTGAAATTGTATTTACTGACCGTAAATAAATTAAACTATA CCCTTATTAACTAATTACATATGGATGTTTGCCATCCCATGTAATTTTCCCCCTTATTAA CAACTTGTACCTATAAAATTCATGTATAATGGTATAACCAACAAAACTAATATCAAAGAT TGCATTTATTCGTTATAATTTATTTGTTATATTGTATTCTATCGTTTTCGTTCGTATCAC TTGTATTCATTTGCTTATAATCACCATCATCTGTATGGGGTTTTGATATAACGAAATACA TTAAAATGAGAGTGTATGTAATGAATGATACAAATAAAATAAATATTGCATAATCAATAT ATAAATATAGTGATTGTCAAAAAAACCCTCCTCCGTATTACAAAAGTACAATCGAAATAT AAAAATATAATAAAGATCGGGAAAACGTATATAGATTTGTCGAAAAACTCTTCTTTCAAA AAATAAAAACAGTAAAAATTATATATATGAGAGATGATCTAAATGGGGAGAGAGGGTAAC ATATGGTCTAGACCTAATATTACCTATGTTATGGAGTTGTAAGCCATTTTTGTATATATG ATCTCAAGGTATCAAAAAGATTATCTTGGCAAATGTATGATCTATGTTAATTATGGTCAT GGGAGAGTTGAAATCTACAGTAATATTGAAATCTATAGTAATATTGAAATCTATAGTAAT ATTCAAACCCTCTTAAACTCATTTTATATATAATATTGTACGCCCCTTGACTTATATGGC ACATACCGTGATTCTACACGATTGAGATGCGTGAGATATATTTGGATGCCACGTAAGCAA AAAAGGTATACAAAATTATTTTTTAAAAATTAGTTCAGGGGCTACTAATACCTTAGACAT TAGATGTATATTCTAGTTATTAGCACTTGAAGTTCTGGTCCTAAAATCCAGAAGCCATAA AGTTGAAATCCTGGTTTCTCGCATGTATTGGGCAGATAATTGCTGGCACATCTACCATCC ATTAGTTCATTTATTCAAAATTTGCTACAAGGGAAACACAATTAGTTCTAATTTTTGGTT TTATAGATAACAAAGAAAATCAAGTTTTGGTAGTAATGGAGATCTCAAAGTTTCAACATT TCTTGAAATTCTTTTGTTAGTAATGTGTTATTTGGTCTCTACCTCCATGAGAAAACATGA GTGTATGAGAAGAATTAGCTGACAGAACTCCTTTATGGATTAAGGTCCATGGTTTTGAAG TCTTATTGGGTCTATAATATTCGGTGGTATTTTGATGCGACAACTGAATTTGAACACCAG AGATGCAATGTAACACACTGATTTCACCCCTCGTCTTTTCTGATAGTGAACTACCATCCC ATAGACTTCATACATCGTTTTCCTCTTCTTCAAAATCATCCCATAATAGAGACAGAAGAA TCTTCTACAAGTTTAGTAGCAACATTAGTCGCAATGCCTATAATAGTCGCCACAAATAGT ATGTTTTAGTAGCAACAGTAGTCACTGCTACTACCTATTATAGTCGTCGCTAAAAGTATG TTTAGTAGCAACATTAGCTGCTGCATAGTCGCCCTAGTAGTATGTTTTAGTAGCAAAAAC AGTCGCTGCTAATACCCATTGTAGTCGCCACTAATAGTATGTTTTAGTAGCACAATAGCC GCTGCTAATACTTATTATAGTCGTCACTAAAAGTATGTTTTAGTAGCACAATAGCCGTTG CTAATACCTATAATAGTTGCCACTAATAGTATGTTTTAGTAGCAACTAGCAACAATAGTC GCTAGTAATACCTTTTGTAGTCGCCACTAATAATACGTTTTAGTCGCAACATTATCACTG CTAATACCTTTTGTAGTCGCCACTAATAGCATGTTTTTAGTAGCAACATTAGTCGATGCT AATACCTTTTCCGTCGCCACTAATAATATGTTTTAGTAGCAACAATAGTCGCTGCTAATA CCTATTGTAGTCGCCACTAATATATGTTTTTGTAGTAGCAACAAGTCGCCACTAATACCT TTTGTAGTCGCCACTAATATATGTTTTTGTAGCAACATAGTCGCTGCTAATACTCATAAT AGTCGCCAGCAACAATAGTCATTGCTAATACCTATAAAAGTCGCCACTAATACCTTTTGT AGTCGCCATTATTAATATGTTTTAGTAGCAAAATAGTCGCTAGCAACAATAGTCATTGCT AATACTTATAAAAGTCGCCACTAATAATATGATTTAGTAGCAACAACAGTCATTGCTAAT ACCTATGAAAGTCGCCACTAATATTATGATTTAGTAGCCACAATAGTCACTGCTAATACA CATAACTGTCTCCACGAAAAGTACATTTTAGTAGAAACAGTAGTCGCTGCTTACTATCTA TAATAGTCGCCACTAAAAATATGTTTGAATGTACTTTTAAGTAGCAACAGTAGTCACTGC TAATAGTTTGTTATAGTAGCAATTATAGTCGCCACTAAAAGTATTCCCAATAGTCGCTAC TCGTTGCTAATACCTATTATATTCACCGCTAATAGTATGTTTTAGCAACATAAATCGCTG CAAATACATATAACAGTCGCCACTAAAAGTATGTTTTAGAAGCAACATTACTCGCTGTGA AAGTGTGAATATCTATTATAGTCGCCACTAATAGTATGTTTTAGTAGCAACTTTATTCAC TGCAAATACATAAAATAGTCACCATTAAAAGTATGTTTTAGTAGCAATATTAGTCGCTGC TAATGCCTATAATAGGTGACACTAAAGTATCTTTTAGTAGCAAAGCAGTCGCTGCAAATG CCTGTAATGGTCGCCACTAATAGCGTATATATTAGTGACCCCTCAAAATTTCCAACAACA AATTATTGCTTACTGTGATTAGTTCATTACTTTGCTTTCTAATTGTCTAGTTAATTGTTG CTCCTCCTAGTACAAAAAAACCAACAAATTTCAAGTAAAGGTTAATTTATTTGATTAGAG ACAATACAAATTCATCTTTCACAAAACACACAAAATCCCTCAAGATTCGACCACAACCTT GTTGAGTTCTATATTTATCGCGCGATGGCTTTACACCATGGTTAAGATATAATTTACACT GAAAAGGAGACAGACTTTGTCGAATTGCAGCATATGCCATAATGCTGGCCATCACAAAAG AACTTGCAAATTGTATCTGCAAAATTCTAATGCCATTTGAACTTAAAAAAATGGAGTCAA ATTAAGAATCTAAATTGTTCAATAGGAAGGCATAGATAAAGAAACCAACATAGTTGATAA TTTGAACAAAGGACAAATAGTACTCATGATGGCATTAGAGAGAAAAAGACAAAGTAAAGC CTACCACCAAAAGGGATAATTTAGGCCAGAATCCCTCCATACATTAAAAATCATTTTCTC AACAATCTAGTATAAAATGGCAAAAGAAAAATTTCTGAGAATTGCTTGATACTCGACCAT TTGCCCCAATATTATTATATCCTTTCGGTAGCTAGGGCTTGAAAATGAGAATAATGGCTG ATTGGTCGGAGCTTAACCGTGAACTGTTGGTTGTAATTGTAAGACGTATAAAGCTGATTG AGGATTACCTTAATTTCCGCACTGTTTGCAGATTGTGGCACTCTGTGGCCACCAAGGATA ATTTTAATAGTAATTTGGCAAGGGTTTCATGGCTAATGCTAGCTGAGGACGAGAATGATA AAACATGTAGAAAATTCTTCAGTCTGTACAATGGCATGATTATGAAGAAGAGTATTCCGG GAGCCAGTGGAAAACGATGTATGGAATCTATGGAATGGCTCATCATAGATGGAGAAGAGG GTGAAATCAGTCTGTTGCATCCATTCTCCGGTGTTCAAATCCAGTTGCCACATCAGAATA ACACCAAACATTATAGACCCAACAAGACTTCAGAACCATGAACGTCTATCAGCTAATCCT CTTCTCATACATCTTGACTATGTCCTCATGGTCATTAAGGGACACTACCAGTTCCTCGGT TTTAGGAGACCTGCGGATTTGTTATGGGATAGGAGTCAGAGTTATTCCATCTCAACCACA CAACATACAACTATATGCAGTTTGGTACTTGTATTATAAATGTCACTAAAGAAATTGAAC ATAATCTAAAGCAGATCACTAGATGCACAAAAATTAATTAGAAATAGAAAATCAACAAAG ATGGAGAAAAACAAAACCAGACCTATGACTCGAGTATGTAAGCCAGCGACAATAGAAACT CACGAGAGGAAAGGTTGATAGCCAAGAAAAAAAAGAGCCATCAACAATAAAGAAATATCA AAACAGAGGGAGGAGATAGAGATAGAGATAGATTGAGCGAGGGAGAGGTGATTTGAATTA CCTGGTGATGACAACCGGTGATAGAGAATTACTCTTTTTGATGCCACATGGGAAGAGTCT TCCTCTTCCCCAAAATTTCATCGAATCTCTGTAAGGCATTTCGTATCACTTGTTGTGTTT ACACCATTTAAGCTTCTATTGGCTTTCTTTGTTGACGCCGACGAGTCATCCACACATCAA ACAAGCTCACCTTCCTCTTACGCATCGTTCCCATCCAGAATATCAAAAATCCACCACAAA TCCAAAATTCCTGATGAAAAATTGCAGATATACTGAAAAATCGGACAACAAGCAACAAGG ATTTTGGGTTTCTGTCTGTTCTAGGTTTACAAGGAGGAAAATGAGGAATCGAGGAGAGGG AGGGAATATACAAAAAGATGGAGGGGAGATAAAATTAGGAAAATCTCGCTTTCAATTATT TGTATTACTCTAATTGCTGCTATAATTGTTGCACAAATGAAATAAATTAGTGGCATTTAA TTGATTGCCACTAAATAATTGTCATTAAAGGCATTTTTTCTGGTAGTGATAAAAGATGGC ATCATGCTATCCTGTTTTGGAAATGGATATCCACTTATTATCTCCAGGTTTACAGTAGGC CAAGGTATAATTACCACCATAGATGGTGACAAACAAAGAGTCAACTTTGCTAGAGGCAGG ACATGAAGATAGTACTACTTTGAATAAAAGGTGGGTTGCCAGATCACTGGTAGTAAAATG TCTGTCCATCATGGAATTCAAGCAAATATTCAGTTTCAAACTTCTTAGCACAATACTTTC TCACATCGGGTACTTATACCTCGGTGGAAGGGTGATTTCAACCAGTGATCAGGTTAGACA GATTTTAGGAGTCTTTTTCAATAGAAAATTAGAAATTAACCATCCTTGGGATGAACCGTG AGGCGTGAAACTCCTTACCAAGGACCTCCGGGATCTCAAGATAGTAAACTACTCTTCTCT CATGTATGCTAATAAGAAATTTTTCATTTTTACAAATCGTCATGAGGCAGCAGCAAGCAT GGATGAACTCCCTCAATACTGGAAATAGTTGGTAATACTGACCTCCATGAAGTTCAAACA CATGTGAACTGGACTTGGTATATGTAATAAGACAATGACCTATCAATCTCAACAAATCCT GTGGAAGCTCCGAGCAATCAGTCATTTACAATCTGAAACATCAATAGGGAATGCGATATA TAATATTAGAACAAATTAACAACCATAAAACTTTCACAGTAAACACAAACTTAGTATAAC ACCCATACTATGATGCTCCTTTTTTTCCTCACCAATTGTTCACCAAACTAACAAGGTTGA TTCTAGCTCATTGAAGTGCAACGTCAAATCATAGGAGTAAATATAATCAATGGAGAAAAC CGGAATTCATACAAGAGGATTCTAAATAAGATGGAAACTTTTACTAATATGGTGTCCAAT TCTTCAAACAATTGAAAAAAAAGTTAACTTCACTCTCCAACAGTGACAGTTTATATTCCT GCTAGACAAATTCCTCAGGAAATAATAAACCATAAGGTTCTAAAAAGCTACAGCTTCACT ACCACCAATTAAGTAATTCTTCAAAAACCAATATCAAGAGAGCACTGGGAGCTATAATAG TCAAAGAGGTATAAGAAAATTGTGTATAAAATGAATCTGAAAATATAAACAAAGGCAGCA AAGAAGATTTACCCAAAAACAAAGTTAATAGCTTAAACAGCCACTAACAACTTGTCAAAC AATCGAGATGATCTGGTTTTGGATTTTGAAATTAGACCTCATTTTACTAAAAGTAACGTA ATTTTCCGTTTTACCAAACATAAAAGGATTTCTCTTTCAAGACATCAACGAAATCAGGCT TCAAATCTCGCTCACAAGTTCATGCAGATTCTGTGAGAAGTAGTCTATAATTGTATAAAT CTTGTATGAAGTTCATGTTGGTTTCTGGAAAAAGACTCTACATGTTGTAAGCAATTTGTA TATAACTGTATAAATCTTGTTTCAAAACTTAAACAAAATCTGTACAGTATGTACTAAATT TGTATTGAAATGTTATTCCTCAAACATACAAAATCATACATCTTAAAAACATTTTTATAT AGAACTATTATAAAATGCACAACTTATTTACAACTTTCATACAACATCCAATACAACTAC AACAATTACTGGTAGACATGAAAATTCAAATAGTTTAATCCAAAGTTAGAAAATATAAGA CAAAATTCTAGTGTCATTTAACTAAAAACTTAAAATTGAAAATTGTTTGCTATTCCTAAT GTAACGACTATACAAGGAAATTACTTTTCAAAATGTTAACTGTAACTTTGTGACACGTAT AGTAGTTTCTTAACGGTTACAAGAAGACCTTTGTTGAAAAGTTAAAATGAATTGTAGCTT GAAATAAAAAGGTGATGATACCAGAAGATTGAATGCATTATTATGTCGCTATATGGGAAA ATTACAAATTTGTATACTAAAAAAGACTTTAACATGGTATTTAAATATGCATAGATTATA CTTGTTCTAACTATCATAAATAAAAGTTCCATCTTTTTAGATTTTAGTTTGAGTTGTCCA AATGAGTGACTAAACTAGGTCAAGTTTCTATTTCTCATTAATTGGTACATATACCTACCT TTTTGGTTCCGATATTTCCCGCTTCCCGGATATATATCCCTTTCTAAACTTAATTTATTT GAATGAATTACTTTTAGGTAACTAAACACAGTACTTGGTGTGATAAATTATCCACATATC AAATAAAAAGCTATCAAACATAGTACTAATTACGCTAGTTCTGAAACATGCCTAACTCAA CTTCCTAACCAGCAACCAAATGATCCCCTAGTTTATGATATTCTGATGACAGAACATCAA CTCGAAAAATAACCATTTTGGTGAGTTATGATTGAGAATAAAAATTGTTTAGCTACAGAG AGCCCTTTAATTTTTATTTTCATTCACATATTCTTCATACGAAAAGCGATGCAGCAAGAA ACTGAAACAATTGTAAATATTAATGTATTACTTGTAATAGTATCTTGATATATTTCTACT AGGAAAAAATCATTAATTTCTCTTTCTTCTACCTTTTCCTTCCCACTTTATACTCATTGG GTGAAGATTACTTCCAGGTATAACTTGTTTGTGAAGCACAGGCTTATCATCATTCATTTC TTAAAACAACAAAATACATCTTAATGTCAAGTTAATTTGCATATCGCTCTATTTCTGCCC CCTTCATTATCACTACCTTGAACATACCCGTTAGTGATACAAGTTACTACAAAACCCCCT TTCTCGAAGCTTGGACGCGGACCTTCTAATTGTAAAGAGGAAATAAGAGGAATGGGAAAT TTTGATCCGACGAATACTATTAATAACTCAAAGGAGTCCTTTGAGCTTCAACAGTATCAT GATCACACTGTCTCATAATATCTAACACAATATGATAAGCTAAAGTAAGATAGTAGTTGC ACAATAGCAACAATTCCACCTTATACAAATATCAATTAAAATACAACATGCTTTAGCAAT AAACAACAAAACTAACTTACGCTAGATGTGTAGCTGCAAATTATGCTACATTCTTGTATA TCCATGATAACTTGAGTCATAGGTTTGTGCTTCTAACCCTTGTGGTTCCGCCCTTCCCTG AACCCCGTACATAGCGAGAGCTTTAGTACATCGGCTTCCTTCAGATGCATCAGCTTCTAG GAACGGTTCTCAAAAATGTTATGGACATCAACAGATGTAACTAGATTTGATGGATCAAAG GATGCCTGTCAAGATAGTGTGACGGTAAATAAACGACCAAAAGCTATATCAAGAATAAAT GAGACACAGCAGTTAAAAGAGTAATATTTCCTCATATCCTATTCCAAGACTGTTTTTTGA ACTTCAAAGTTTTCAGATTCCATGGATTTACTCAAATCACAGATTAGAAATTCCAGTGTA CGAAACGTCTCATGTTCATGGGGAGTTAAACATGAAAAATTGCCGACAAGACACATGCAA ACAGCCAAAATATTTACGTGGTTAACCAAAAAGAGGAATAAATTACTCAAATACCAAGTA CCTGTTCTAAACTCAACAAATATGATAAACAAGATTTATACCAAGTATGTTTACATAAAT ATGTGCTAGCCTGTTTTTTCATAATTACTGTGACTTAACCAATCCAATAAGGTAGGATTG GCTATGTTCGGAGGGTTAACATAACGGAGAACAACAAGAAACAGAATAATGATAAAACCA TATCATTATACAAGTATGGATATCATCACTTCAAACAAAACTTAGTATGCGATAAAAGAG AAAAACAAACGATAACCAAACAATTTAGTCTTAAGTCACACAACATTAAAGGTCCATAAC AACAGTAAACCATCTGCTTCTTGCATTTAATTGTTTCTCCATAAGTATATTTGTCATCAT TTTTTCCTAGTCTTAACGGCATCATAGAAATGTTGATCCTCCTAAGAGGCTTCCAAGTAA TCCAATCAGACATCAGAAAGTTCCATTATTTTCAAAAAGAACAATTTATACAAATCTATT AAAGATGTTCACACTTTATTAACGAGTTGAAACTTCCTAAAGAAAACACTATGAAATAAC ATTTTCTTTGATAAATCCTTCAGCCATCCAACACAACATACCTTGAAGCAAGATAACAAC TAGTGAGAGTACCTTTGTCCAATTATATGAAAACCAAAAAGATGCATTAGCCAAGTCTGA AGATAAATGACATGTTGTGAATACTATTTAAAAAAATCTAGTTGACTTCCGGTGTAAAAC AAGAACATATAGAATCACAAAAAGATTAAATATAGAAAATGGCTCACTTAACAAGGATTT GGTGTGACCCAAATGGAGGACAGACGCAGCTGAGGAAACACCATATAATGTGGCTGTATA CTGCCATCTGCTAAGTTGAACACCCCCATGTTCAAGCCGCCACTTCTTTACAGGTATGCA CCTAAACAATCATCTGTAATATAAATGTGATCGGGCTTGATTCCCGGAAGTTGAGAAGCT TGGAGAAGCATTACACCCAAGAAAAAAGCTTTGTCCCCTAAATTCCTAGCCGCTGTAACC AGTTGCACAAAAGTTGCCACTGAATATAACACATCACTGATATGGCCTTGATAGGTCAAC TTTTTAATCCTGGTCCATAACAAATCTCCTGGTCTGCATAAACTGCGCGACTGGACGTTT TCCCTCAATTACCATGAGAATGTAATCAGACGTATCGATAAGAATTAGCTGTCAGAACTG CTTTATGTATAAAGGTCCATGGTTGTAAAGTCTTGATGGATTGATAATGTTTGGTGGTAT TTTGATGTGGCAATTGTATTTGAACACCAGACAATGGATTAACAGACCGATTTCACCTCT TCTCCGACTCTGATGACCCATCACATAGACTCCATACATCATTTTCCCTGGCTCCCGGAA TCCTCTTTTTCAAATCATGCTATTGTAAAGACTAAGAATTTCCTACATTTGTTATCATTC AATTCCTCAGCCACCATAAGCCATGGAACCTATGCAACTTACTTATTAAAATTGTCGTTG GTGGCTACACAGTGCCACCATGTGCAAACATGCGAAAATTAAGGTAATTCCCAATTAGAT CTATAAGTCTAACAATTACAACCAACAATTCACGTTAAAATCCAACCAATCATTCATTTT TCTCATTTTCAATCCTCTAGCTGACGAAAGTATTTAATAAAATCGGTCAAATGGATGGAA AATACCTAATTCATATGAATTGAACTCCCGATGAACAAAGATAGCTGGACAAGCAAACCG GTTACTGTTCATCAACCAAGTTTTTCAGCAGAGACGGCGGAGCTCCCTATCAGTGTTCTC CGGGAGCTCTAGCACCGGAGTTTCACCGGAGATGACGGGCGTTGAGAGGGTCGGAGCTCC CCATCAGTGTTCGCCGGGAGGAAGAACACTGAGAGTAGCGGAGCTTCCAATGAAGCACTT TGTTCGAGAAATGTGTGGAAGAATATAAAGCAAAAATTGTCAGTTACATTTTGGACATCT TCACTTTTACTATTCAATCTTAAATGTTTTCAGTTATGTATTATTTTAGTCCATTTTTAA TGTATTTAAAATAAATTATCGTTAAGTCCTTTATAGATATCGCATTATCGAAATGTATAT TATTATTTGGATATAGATTTTGAAGTGGAAAACCCAAAAACTAGTTTGAGCCGTATTTGA AAATTAGATCTTCTAATTCTTTCTTAATATTTGGTCAAATACAACAAAAGATATAGTTGA ATTATGATTTTAAAATTAAAAGTATACATCAATTATTAGTACAAGAATTCCCTTTAAAGA TAACAAAGTTAGCCTATCTTCTTAACACAAAAAATATAATTATATACATCGATTAATTCC TTATAGCTTATACGTATATTAATTATATGAATTTCTAAATCGTGAATCAAATATCGTATT ATTTTAAACATGAATAACTTATTGCTTAGGGGGTCGTTTGATGATTAGTTTGGACGTGAG TTATAAGTATAAAATAAGAAAATCGTTTTAAGAAAAAAAATTGTGTTGTACCACAAGATA AATATATATAGAAAAATTATGAAATTTATTAAATAACCCCTCTACACATGTATAGTAAGT ACTCATCCATCCCTTAACGACAAGCCTTGGTTCAACTTCTCCTAGTTACGAAGTTGTTTG TGCTAGAGAGTTGTTTATCCCCTTCATGAGACTTTCCAATACGAATCTGAAATTAGTAGA CTCAATGCAGTATCAAACATCGAACGAAAAAAAAAACTCCTCCATACCCATATATTGAAA AGGGCTACTGTAATTAGCACAAGAATCTAAAAACACAGAAGGTTTAATTCATGTATCTTG TGTGGACATCCAAAATAAGCAAAGGGCTTCACAGACATTGTTGCCAACTTTGTACTAAAA ATTCTGTCAACTATGGCTAAGAAGTGAACACCTACAGACCACAGAAAATAAAAACTTAAA GAATAAAATCAAACTCAAAGCAAGAGTGGAACATGGAGACAAAGCATACATCCAGTTCTC TACTTCTCTTCCAGGCGACGCAACACTGATTCTGCAAAACTCTGCTGCCTGGAGATACAA AACAAACAAACCGTGACTTCAAACTTTCATAATCCTCGAGGTAAAGGAAAGGATTTGAAT AGCACAAAGCATTAAGTCTATACTACTTGAGGGGGGAGAGGGGGCAATATAGCAAAACAT ACTTCCTCTCTCGATGCTTTGGGCTAGGACGAGAGTATTTCAAATATCCATCCCAAGGAA CCTTTTTAAGACCTGCTCTAACAGAAATGATGTCTCTCACCCTGAAAAGAGAGAATTGGC AAGGATTTCCTTAAATACAAGTTCTGTTGAAAAATTAATTTCTAACATCTGATAAGTTGA ATGCCCCTGTTGGAACAAAAGTTACTGCTTTTCAGAATGGGAAATTTTACCTCTCTGCAA ACTCGATTGGAGTCTCCCCGGGTCTTATGTTCTGAGGTTCCAGGTACCAAACATCACAGA CAACAGCCCAAGATGTCATGAGCTGCAAGAGGTGTGTTGTGAAGGATTGTCTGCATTTAA TAGAAGAGAGGCAAACTTTAATTTAGCAAACAAAAACAGGAGAGGAAATTCATTTATGGT AAAAAATTCTGTCATTTCAGTTATTTCTCAAGAAGATAGATATAACGAAATGAATACCAA CCAACAAACCAGATTAGCAATTTGGCATTAAGAAAACCTTACTTTTTACTATTCCAAAAG GCATCAACAAAAATTTTGTTGTACTTGATTGCAACAGGACAAACAGTGCAGCCGAGTTCA AATGCTCCCTATTCATCATGCAAGAAAAGGGATAGAGGCATAAAAACCATAAGCTTAAAC ACTTGGAGAACCACATTAAGAAAAAAAATACTAAAATATTACTGAAACTCAGAAACAACA TAAAATGTAACTTTACAGTTTCCCTCTGTAACCAATTACTCACAAGAAAGAACTCCTCGT AGTTGAAGGGGGGATTTTCAAAAGACCTATAATTTGGGGCAAGGAGAGCTCAACCATTAA TTTTTTTTTATAAATGAATGAATTCATTGGGCCTACCTTTTTGAACATGACGGTGTAGTG GTTATTTACACAAGTTCCCTCAGGGAATATAAGAAGAGGGTTGTTATCGGCCCCTTCGAC ATGTTGCCTCAACCTGAAAAATTAAATTAGGGGATTAAAAAAAGTGCAAAATGAGATGCT AGAATGATTCTTCTGACGTCACGTACTTCTTTGCTACAATTTCACGATCCTTGGCTTCTG AGCGGTTGAACCAGATACAGCCAACACCTTCTAAAATGGTGCTCTGCAGTAATCCTGCAA AAATATTATTTCTAATGAGAAATTGATACAAGGAAGAGGCGACAAAGAATCACTTCTAAA TTTTATCCTCGCAGTTATACGAAGACAAGTTTGCAGCTTGAAGTACCCTAAGCATGTGCG TCACTTTTCTTCTCAAGTACATATAGAAAGGTAACCTAATACCCTTGAAGGTCGCATGCT TAGGTAGAGAGGGAATTCACAAAAAGAATAAACGGAAGTGAAAGCATAACAAAGCATTCT TATCAGTAACTACAGCAAAATAATACGGAAATCAAAGTACAACAAATAGTGCAGTTGTGC CACACAATTCAAATACCTAGAAACAATTGAACAGCACCCCTCCATTACTGATAAGGTGAA TTACACTACAAGGGTCATACTTGCATCGCCCCTATTGACACACTTAAGCAGGGATGGGTA TAGCACCTTATACACCTTAAGGTCTGAACATAAGCAAATCTAATGCTAGAAATGATGTAA GTGATTAGCAAGTTAGACTAAATTTTGGCCTAGATAGTAGACTGCACCAGTAGGCAGTGA AGAAGATCTGGTTAACTTGTTTATTGTAATTGGCCTGGTGATCTAATAAAACTCTATGCA TACAAGATTCTAAATTCATAGAAATAACCAATTATCAAAGTAGTAACTGGTGAAATGTCT TTTCTAGACTAGTACAAACAAGGCTTTGAATTCTGCATGTCCAAGATACTAACAAGATTT GCTTGCCCAGTGAAAGAGGTAAGGAAGAGGGTAGCAATATAAAATAACCTGGAGCTAATC AAGCTAAAACTCTTATAATCATGAACAATATGGTTTTGTTGATTGAAAGTCAAATAGCAC GATAACAAATAGAAGGTATAGACAGCCAAACCATAGTTACACTCAGCTTCAATAATTGTT TTCCACATCAAATGCACTCAGTTTGCACTCTGCGCTGAATTTTTGCTAATTAGCTATGCA GTTTGCAGAATAACATCCACAAGAGTCTTGTCTGAGAAAAATATTCTTTTATTAAAAAAG GTCCAACTAGCATGGCCAGAAGTTAAGAGGGTCTACACAGCCAACTTATATTTACCTAAG CTTCAATATATACCTATGTATTTTTTGACTAGTAAAGTAAACCAAGTTCAAGTCTAAGTT CAGATCAATGCACTCACTCTGCCCCAAATATCTGTTAATTAGCTTATGCAATTATCATGA CAAAATCTGCAAAATTCCTTTCCAAACTCCTGTTCTTGAATCATTACCAGAAATTATAGG TTCTAAGAAAATTTTAAAATTTTACTGTTGAGGTGTTATTAAACCTTAACTTTATAAATG CTCCATCACAAGATTGTATATTTAGGTTTAGCCATTAATATGCATGTCTTCATATTAAAG CTTAGAAACTTTTGAATGACACACAAAAAGAACAAGCAAATAATGCAAATGCTTTAGAAC TCTTACCGACCCACCCAGGATGCTTCTGCATGATCACAGCAAATGCAGTCATCTGCTCTA AGACAATAAAGTCAATCATCGATGTGTGATTTGCCACAAAAACCTGTCAATAAAATGCAT AACGCGACTTAAGAAGTATCAAAGAAGATGGTTCACATGTTAGATTTCAATTATAGCAGC AGATGTACCTGTTTAGGTCGTATGCTAGGTCGTGGGCCATGGTATTTGACAACCCCAGTC CAAGATGCAACAAAGAAACTGCATATCAGCTCCACCAGGCACCTCTAAGAAAATTAACCA AGGCAAGGGATAACAGAAACCTTAATATGTATACATACTCTTCAAAGGAATAACAGAAGT GCAAAATAAGCAAGTCTAGACATCTTAATTCATAATAGAGAATTTCCTAACATATTGCCA ATTTATCTTACTCAGGTGGGCCCAAAAATTTGGTGGGGGTCAAGCCGCTGTCGGCTGTCG GGAGCCAGAGGATGACTCAAGTTGATTTGAGTATTGTAGTTCTTATTTGAATATTCTTGT TTGATTTGAATGTCTTTTTTAATACTGCCGTTTTTTATATACTTGAGTACTGGTAGATTG GTTTCTTTCCATCATAGGGATAGTATTCCATAACATATAATGCCATCAAATACCGCCTAT TAGTTTTTTTAATTAGGGATAGTTTCTCTGTCGCATTGTCTGGGATGGTTTTTGTTTGAA TGTCAACCGGCTACTAAGGAAAAAAAGGTCAGTTGGTGAACCAAGAAAAGAAGAAAGACA GACAGAAACTTCAGGCTTCAGCTGGAAAAAAAAAACGAGCATAGTGCATCCGAATTTGTT CTATGACTATTTTTGTTTTTGTTTGCAAAAGCTAATAGTTGAAACAGATGTAGCAGATTC CTCGTGTAATGTTTCAATGTGCTTCACCACATCTTTTATCCAAGATCATACTTGAACATA TACACAGATGTTGCAGAAACCTGGTCCAGACACAATAAGCGATTTCCAAAGCTAATCAAC ATAGTGAAGTGTTCCATTTCCATAGCTAATGGCATTTCCTAATGTTTGCAGTGCTTGCTT CAATTCTTTGTTTAGGAACATATTCCTATGTCTTGGGAAATCATATTTCTCAAGTTTCAG TAATTTCTATGTGCATGCGAAGTTAAAAGAACTAGTCTCCCCATCATCTTAACAAGTAGC GTAGTGTAAATAAAGTGGCTTTAACAAATTGTACAAACAAGCATATATATATAAGAAGCT CTATTCAAAACCAGTTTCAGTATCAATATCTGCCATAATTTGCCAAAGTCTTCTGAACTA AACTTGGTTTCCTCATACAGGCACAGCTCTTGTTTGAACCCAATTGTTCAGTATTTCACA AGACAGAATGCTGAACAATATTGCAGCTGATGGACTCTTTGGTTAGCTTAACATATTTCT TTGAGCATGCGGTTCATTTTCTACGCCTAGTTCAGCACAGGCTTATTGGCTAATTACCAA AGAAAATTTTTCTTAATCTATGGAGTTCCTTTCCGTTAAGCGGGTGATGTTTTTCTTAAC CATATTTCTTTGAGCATGCAGTTCTTTCTACGCCTAGTTCAGCACAGGCTTATTAGCTAA AATTACCAAAGAAAACTTTCTTAACCTATGGAGTTCCTTTCCACTAAGCGAGTGATGTTT GTGTCGATGTGTGACTCACGAATTCCTTATAAGATGAATATAATTTTCTCCACAGTAAGG CCAGGAATAAAGATAAACGTTATCATACTCATATTGTGAGCAAATGCCAACCAAAGTGCA GTCCTCAACTTAAAATAATAGAAGAGAAAATTTAAGTAAACTGGGTAGCAAGAGAGATAC CTCTAGCTTTTTCCTGAATTTATCGTGCCCTTTCAGAAGTAAATGCACGGGGATATAGCA AGACAGAAATATTATCCATCCTATTGTCAAGACAATGACTCTGCAATTGAATTAGAAACG AAGGATGAAAAGAGTGAGCTTTCAATGGGGTAGTGAAAAGCTATTGCAATAGGTGAGTAA ATTAGTTCATGATTAGGACACAAATGAGAAAAATAAAAGAAATTAAAGAGACTAAACCTT ATAGGAAAAAGAACTCCATATCTAACAACAACTCCCAAGCACCATAAAGGAAACAAATAG ATGTTCCAGTTCCAAGGTTCTGGTGGATTTGACTTGAAGCATCGGGTGAAAGAATCCTGC AAAAAACGAATGGATATACGGAAATGAAAATGGATACATTCAACTTCCTGAAACTGAAAA GCCAAGCTTCAACATAAAGTTTTTGACAAAATCCAAAAGAAGTAGAGGTCAAATTGTTTT TTTGGTAGTGCAAGAATTGGCAACTTTGCAGTCATGGTGGTTAATAATAAATCAATTTGC ACGCGACAAGCAAATGGGCAGTTGACAGAGCAAAAGTGACATCCAAGTTGAATGTCTAGT ATATCGCTAATTCAGTCCTTCTCCTTTATGTTCTATTAAGACTACAGCTTTAAGTTGAAT ACTAAGACACATGCATGAAATTGGAATACTTTTTCTCGTAACTTTAAATCCTTTCATTTC CTAAAACCTCGATGTGATTATATCACTTAATAGAAGGGGGGGAAATTACCTCTAGGAAGC TTATGATGAGAAAGATATGATGAAATAAACAAATGGGATTTCCTGAATAATTAGGTTGAG ATCCAAACTACTTCTTTTCAACAGACATAATAAATAGTGGCCTATCTAAAACTTTCTCAA ACTATAGGAGCAGTCCAAAACCAAGTTGTTGAAATAATCCAAAAATAGTAGAGGTCAATT CTTAGCTCATTTGCTTTGTATCTTGCTATATGTGGTACTACACTACTACTTAGTAATTGC ATAGCTTCCTATTCTTCTATGTGTAGTATTATTTGTTGCATCATTTGCTTTGTATCTTCC TATTTGGTTGTTGCATTTTTCTTGGAATCCTGCTTCAATAACATTCCTAATCAGCCAATG GATCTGTCGAAAATAACCTCTCTACCCTCATAAAGGTAGGGATAAGCTCAGCGTACATCC TCCCCTCCCGAGACCCAACTTGTACATCCTCCCCTTTGCTTTGTATCTTGCTATGTAAGG TACTATTTAGTAATAACATAGTTCCCTATTCTTCTATGTGTACCACTATTTGTTGTCTCA TTTGCTTTGTGCCTTCCGGTTTGGTTGATACATTTTTCTTGAAACCCTGCTTAACATCCC TTTCCAGTCAAGAGTCTACCAAAAACAACCCCTCTGCCCCAAAAAGATACGGGTAAGCTC AGCGTACATCGTACCATCCCCAAATCCCACCTGTAAGTAAAGGTCAATTGTTTATGGAAG TGCAACAATCAGTAAATTTGAGGTCTGCTTTCATAACATCCCTTTTCATCCGAAAGTCTA TCAAAACAACCTCTCAACCCCAGAAAAAATACTCAGTAAGCTCAGCGTACATCCTACCCT CCTCAAACCCCAATTGGAAGTAAAGCTGAACTTTTTATGGAAATGCAACAATCAGTAAAT TTACAGTCATGGATCGATGTAAGATTGAAATTCAATAACAGAAATTTTGACTCACGTCAA TAATTGCACCAGCAGCCTCAGTCAAAGTGGGAGATATATCAAGCAAATCACGCCTAAAAA CACCAATTAAACCAAAAGGGGTTACATAAAAATCAAAACTTTGAAACATTTGAAGCACCA AAATAAGAAAGGAAGAAGAGGGGATTACAATCGAAGCTTTCCATGGGGTTCTTGTATGGA TCCAGTAGGAAGATAATCTTCAAGATTGGGTCGATCGAAGTCCAATTCAGAGCTTGAAGA TTTAAGATTACTCATGATTTTGATATCAACAATACAAAGAACCTGTTCCTTCTTGATATA CACACACAGAGCATTCACTAGCTTCACTCACTTCAAGAAGATGCCTTTTCAAAAAGAACA GATTATGCAATTTTCAGAAATTAAAATATCATAAACCAATAAATTGCAAATGAAAATTGG CGTTATAATTAAATATAAAGTTGAAATTAATTATTTTTTAATGTCTTTTTAATTAAATTA GTAATATTTAATTTACTAAATAAAATTTATTTATTTATTAAGGTGATATTGCGAAAGAAA TTCCAGAAGAGAAAAGGGTCAAAAAATGTTTAAGTATCTCGATATGATAAATTTACTTCA TTTTTATTTTTAAAATTATAAATTCAAATCACTGAGAAATTTTTTGTATTGATTTGGAAT CAAAAGGTGTGCAAATTGGGTTTGGTGCAAACAAAATCATATTTTTGGAAAATGTTTTAT ACGAAGATAAAAAAAAAATGGTTTATAATATTACACTTAGTGGGTTACCTCTTTTATTTG AACTTCTTATAACAATTTTGTTAGTCTACATTATTATTATCATTTTATTATTATTATTAT TATTATTATTATTATTATTATTGTAATAAAAATAATTATGACATAATATCAGCAATGAAC TAATTTAGGTGTCACATTGTGGCAGCCTTAAAGAATTCATTCCAAGTAAATGAGCAACAA TAACTTTGTAAGGGCAATAGGGAACTTTAATACTCACTCCAAAGGGTAAAAAAGACTACT ATCGTCTAGCTCGATAACGACCCTGTGCATTTTAACACCACCTATACACAATATAATTCC ACTGATAGAGTCGGAGGATGATAGAGTCTATGCAGACTTTATTCTAAATAAAGAGGCGGT TTCCGAAAGACCCTCACCCTTGTCATGTGTATCTTACAATAACAAAGTTGGATAGTAGTA GAGACACATTAACAAGCAGTTGAAATTCTACATGCTTTAGATGTGTAGCTGCAAAGTTAC ATTCTTGAACATCCAAAATAACTTGTCATATGCACCGGCTTCTGGACAAGATTCTCAAAA TTCATCTGAACATCTTCAATGGATACCTGTCAAGGAACACTTGCGGTAAATAAACAGCCA AAAGCTATATCCAGAACAAACGAAACATACCAGTTAAAGAGTAATCGTAAGTGATGAGGG CTAACGAGGATATCGTTCACCCAATAGTGCTCCAACAAAAGAGTATAAGCAGAAAATGTT CAAAAACAACAATGTTGTCTCTGCTAGTAAGTCCAGATGAGAGTATTCAATAACATCTCC AGAAAGCACAGTGCGCTCATCGACTTTTTTGAAGTCCTCTTGTCCAGAAAAGTGAGATTC GAAAAAAGGTACTTAAAGCTGCAGCTAAATTGGTCGAGAAGGAAAGACATGGAAGTGCTT ACAAGGTGAAAGTTGATGTAACATCGGTCACTAGGAATAAGGGTCGGGCACTTTAAAAGA ATGACTTCAAGTAGAGGATACATCAAAATGAAGAATCTCAAATCTTGCCTTGTTTGCTTC TATTGTTTCAGGCAAGAGAGGCTAATGACTAACGAGTACGTGCAGAATGACAGTCTGTTG AAGCATCTCAAACATATAATTCTTTCTGCGAAGAAACTCATTGCAACCCTTGAATAGACA ACTCTAAGAAACAGTTTATTGAATCAAAGTAATAGAAGAATCTTACAACCTCTTTCTTTT CCGTTAGTATATCAATCTCAATGGTGATTGCACCTCAATATTATTATATTTTGGGCAAGT TTCCACTAAAGATTAGACAATACTGATGTAGTGAAGATTAGAAGCTAGTAGCACATTCCA ACACAACGTGCCTTGAAGCAAGGTAGTATAACAACTAATAGGAGTATATTTGTCCAATTA TATGAAAACGACAAAGATGCATCAGCCAAGCCTTAAGGTAAATGACATGTTGTAAATACT CTTTAAAATCTACTTCCTTGGTAAAACAAGAACATATAGAACAACATAAAGAGTAAATAT AGAAAAATGACTCACTCAACATGGATTTGGGGTGACCCAAATTGGAGGACAAACACGACT GAGGGAAACACCATCATAATGCGGCTGGATACTGCCATCTGCTAAGTTGAACACCCCCAT ATCAAAGCCGCCTCCTTCTTCAAAGTGGAGATAGGCACCCAAACAGTTGTCTGTAAAATA AATATGATTGGGCTTGATTCCTGGATATCGAGAAGCTTGAACTGAAAGAGAAGCATTAGC ACCCAGAAAAAAAGCTTGGTCCCCTAAATCCCTGGTTGGCATAGTTTTGCAAGCATCTAA ATCGATCTGGAAAACTAGAAAATTTCTTGTCTTGTACATGTACATCTTCTCCTCCTCCTC CTCCTCCTCATCTTCGCAATCATCTTTGACGTACCTTATATCAACACCATTTTGTGAAAC TACAAATAACGATCCTAGTGATTCTAGGATGTAATACTTACCATCAAAGCATGATGGTAG CTGTGCTACGGTAAGACTTTTAGTGGTTTCAGAGTCAATGACATCACAAACTTTTACGCA GCCACTGTAACTGACTGCATAAAAGTGGCTGTTGAAATATACCACATCACTAGTACGTGG GAAAAGGACCGGTTTCCTAATCCTGGTCCATAACAAATCTCCTGGTTTCCAAAAACTGAG GAACTGGTAGTGTCCCTCAATGATCATGATAACATAGTCAGATGTATGAGAAGGATTGGC TGACAGAATTGCTTTCTGGACAAAGGTCCATGGAACAGGAGTTTGGTTAAATTCATAATG GTCTGTGGTAATTTGATGCGGCAATTGAATTTGAACACCCGAGAAGGGATGTAACAGACT AATTTCACCCTCATCTTTTCCGACTGTGATAAGCCATCCCATAGACTCCATACATCGTTT TCCACTCGCTTTTGGAATCCTCTTCTTCAAAATCATGCCATTATAGAGACTAAAGAATTT CCTACATGTTTTATCATCCTCTTCCTCAGCTAACATTAGCCATGGAACCCTACATAAGTT ACTGTTAAAATTCTCCTTGGTGACCACACAACGCCAGGATTTGCATACAATGCCAAAATT TAGGAAGTCTTCAATCAAATTTATACGTCTAACTATTAGAACCAGTAGATCTTGTTGAAG GTCCGACCAATCAGACATATTTGTAAAGAGAGTTTTGGCAGGAATTTCAGTTTACCACTT TTACACAAATAGTCAATTGGCTTCACCGTTTACTTCAAATATCCCTACCTTTGATCATGA ATTTTGATCAGATTCTCAAAATTTGATCTTCAAGTAGTTTTTGGGACTTCCAATCACAAA ACCTCAAAAAAATCTGAGTAAAATGCATGTCCAATGTCCAAGCATAGCTTCAAATTCCAG AAATCATAACTTCAAAAACTCAAATTTCAAGTATCAACATCAAATCTATGGCCAAACAGG AACTAGTCTCCTTTCACTTTGGCATAGTTACAGTTATAAGCTTTCGAACACGAGATAGAT AGATGAATAAAGATAAATACACAGTTAGAAACGAAAAAATTCTGACCGTTTTACCGGACG TCGAGGAACAGCTCCGCCGGCGGCCACCAAACGAGACAAACAGAAAGATGGGAAAATGAT AAAATGGTCTCTTGTGTTTTGAAGCAAGTTCAAAAAAGTTCCTAAAGTTTTTGCTTTGAA CCGTTTTGGTCCTTCAACTTTTTCAAAAGCAAGCATTTTTAATATTCGTTCAATCAAAAT CCTAAAAGTTTCGCGTTCAAAAGATTATTTCGAACTTATATCTTATATGTAAGTGATTAT TTAGATGCTTCACATATTTGTTGTAGCTGTATGTTTATATATTTTCAGTAGGAAAAAAAG CTATTCATTTGGCTAAACAACAAATACTGGGTTTCGAGTTCAAACTAATTTGCACAACAC TACATTTCTCTCTGTTTCATTATATCACTACTACCTTGAAAAAAACGCACATTTGCAACA GAGCTTACTACAATAAGCCCCACTTGAAGCTAGAACAGAACAAAGCGAAACAAGAGTGAC TGGGAAATTTTGATCCAATAGATACTTTCTAACTCAAAGGAGTTCTTTGAGCTTAACAGT AACATGATCGCATTGTCTCACTATAGCTAACAAACACAACACGATAAGCTAAAGTTAGAT AGTAGTAAAGCAACATTATGAATTCTCCATAGAACAGTTAAACTACTGGATGTTTTAGCG TTGAGCAGCAAAACTAACTACACTAGATGTGTAGCTGCAGAGCTACTTTCTTGGACATTC AAGATAACTCAAGACATACGCCTACGCTTCTGGGCAAGATTCTCAAAAATCTTATGAACA TCAGCAGATGTAACTGGCTTTGATGGATCGAAGGAGGCCTGTCAAGGAAATAGAAAGGTA AAAGAATGCTCAAGCGCTATACCCTGAGAAAATGAGAAATATCAGTTAAACAGTAAGAGT TTGGGATGAGGGATATACCAGGTAGGTACCAATCTCGTCTTTAAGGTCAGCGATACCAGT CAAAACCTCCATTTTCTCGACATGGCCCAGATTATTAAGCAACTCAGCGCTCTGTTCTTG CTCATGTTCAGCTATCTTCTGCTTTGCCAGTTTCTCATATTCGGCAATGGTATCTTCTTT ATCAAGTAAGAAGGCGAGGCCTTTCTGTTTGTAGAATTCTATGCAATTTGGACACCTACA AAGGACTTCTCTCCAGTCTTTGGAAAGGAACATTGACTTGCTTTTCTCAAGGCTATTTGG AGCTTCTAACAAATTTAGTCCAACAACACATTTGGTACTAGGACCAGCATCTGTATTACA CTGATTAAGGAATGTGTTTGTTGCAGCATTTTCTCCAAGAACAGTCTTTCCATTGCAGTC TTGTTTAGGACTATTATCGGTTACAGGAGTCTCAATTGCAGAACTTCCATTGATAAGCTC CTTAGAAGATCCCACAGTCAAGGGTGCATCTTCAACCACCTCCTTGTCCTTTGAGGAATT TGTAGTAGTCTGCTGCTGGACTGGTGCAAAGATAGAATCAGGATATAGCTTTAAAAAAGA ACAAACAGTTGCACACCCCTGGCAGATTAAATCCTCAAATTGAGGCTCCCCTTTGTCATC CCTTGGAACCTGTAAAAAGACTATAAAAATTAACTTTTTTAACTACTGAGTCATAAGGGT AATTACAACCAACTCACAGATCAGGGAACGAGTAATGCATTCGTTACAGGGAAATATGTG ATCTCATGACTGAAGGGTCATATATCCTTCATGATGGACAAGAATCAAGGAACAATATGA ATGAACACAATAATTTTCAGAAGCTACGATCCCTGAAATATCTCAAACTTACTCCTTGAA ACTTCATAAATCATCAAGTTATCTCACACAAAATGTAAGGGAATTGAAGATGATCAGCAG AAATTAAGCAAGAAGAAACAAGAGTTACCAACCATATCAGAGGACTCAAGACCAAGATGC TCCTCATGAAACCAGTCCTCACAGATGCAGCATTGGAGATTCTCCAATTGGTCTTCAACA TCAGGATCAGGATATGGCCGGCCACATGTGCAGTATGAACCTTTGAAATTGTGATTATAT GAATTCTTCGTATTTTCAACATCTTTGCTAGCATCAAGCTTGCAGAAGAACTCCCCAAAC TTTGAATTTCCACAGTCACACCTAAAGTTTCTCTTCGTCCAAAGTTCCAAAATCTTGTTC AACCAGCATCCAAAATTTGAAAAAGAAACAAGATCAATATATCTCAATGTAAGAAGTAAG ATATTTAAATTATAACCACAAAGAAGAATAACATGAAAGAGCACCATAGTACTCATCTTG AGAAAATCATGCTACTGTACTAGATAACATTCTTACACACATTAGAGTCATGGTTTCACA AAATACCACTTGTGAGAACCCAGACATGCAAAAATAACAACACTGCCATGCAGTTCATCT TTGAATATGAAAAACTTAAATTTAACTTCAAAAACCTTTCAGCTTTAGTTTACCAATCTA CTTATGCTGGACAGCTAGAGAGATTAAAAACAAGCAGCAAGTTGGATTAATCAAAGAGAA CATTAGAGTATAACACATCCACTGGAGTACACTGGCAACCACCCATGTACAACATGCAGA AATCATAAACTGCTGACATTCGACAAGAAATCCTTAAGCTTTACATTTCAGAAGACAGAA TGGTGACTTGGGTATTCATTTCCCCAGGTAGTCCTGGGTTCATGTATATAAGCATAAATA GTTTACTATCAATAGCATGAGATCATTAACCTAATCATCAATTATATGAAGGAAAAAGGC AAGTTCTTAGAACAATGCATACCTCATGACCATCATGGCAAGAAAGGCTACAAGCTGTGC ATACTCCAGCAATCCCATCCGGTGTGCATGTCAAACAAGAAAAAATAGCCTGTCTCTTCA TATAACCTTTACTATAGGTGCACTCCTTGCCTTCATCACCACCTAAGACCAGACCTGCTT CCTAATGAAATGATTTATCCCAATTGGAAAAAAAATTAAAACACATACTACAGTAAAATA AAATATCAAATTGAAAACATCATGATCAACTCACTGGTCAAAATGAAACTTAAAGCACAC ACCTCTTTGAGTGAAGACACAATTTTTTATTTTTTTTTTGTGTATGTGTGTGTGTTGGGG GGGCGGGGGCGCGGGGGGGGGGGGGGGGGGGGGAATCTGTGAATCTAGTACAACGAAAAT TAATATGCAATTCAAAAAACTAATTTCAACATCCCATACACAAAAATGTCAATATTAATT CAAACCTCTTCAACCATTTCAAAGATCCAATTCACTACTCAGAATTTGACGGTGACTAGC CACTATGTAGCATAACTCCAAATGTCATGATTATCTTCTCAAACTTATTATCCAGTTTTC CATAGGTCTAGTGAGGCAACTCTGAAATTTCAAAGATATTAACTCGACCGTCAGATGTCT GAAGAAACTAGAAAAAGACCTCTTTGAATGTAGATTGGCTTTCTCACCTCTCTTACACAG ACATAAGCATAAGACAATTAGCTAAGACCCCTGCCTATACATTCATCATCATCTAGACAT CTACACCTCAAACTCAATTTAGTAGTCACCAACTATATGAACTATCTGTATCATTCTACT TTGTTTACAATATTTCGAATATTAATCACAATACTGGACATAAACTTACCAAAAAACCTC TTACTTAAACCAAGCTTGAGACCAGAAATGCCTAGCTAAAGATAATATTAACATATTAAG ATTTATATTTACCCTAGCACCTATCTTAAACATCTATTTATGGAGCTGAAAGAAAAATAA CCCAATTTGCATCTTCAAGCCTTAATATTCTATGGTTAATATGGAATATGGATCTAAGGT GTTAAAAAGTAAGAATGAACATGACCATCATAAAGTGTACACAGTATAACTATCAACACT GTTGCCGGTGCAAAGTAAGCTATTTGCTTAACATCTGAAAAGGTAAACTCGAAGACATCA TGCCAATATGATGTGTTCCACACAAACTACTGATTGAGTTTATCTGAACACTCTCATCAG GATGGAATTCAAGGGCTGGCAATAATTAAACATACATAAAAAAGTGTTAAAACAATGAAG ACATCAAACTATAGAAGACTTAACATTGAAGAATATCATCTGATGATGGACATTAGTATC AATCAACAAATCAGCCGATTAAGTATCTTTTCCAAATTAGTTGGATTTTACTGCATAAAT TGTCTATACATATTCTGCTCTATTCAAATATGCATTCTTTTTTTAACAATGAAATATCTG AGTGCCAATGACTCGCTGTTTGAAACTCAGCGGATAATTAATCTTCCCGTGTACCCTTCT TCACTTGTATACCAATTCTTCGACTGCATTAAGGTTGAGCCTGAAATATACACATAACCC ACACATGACAAGCTAAGCTCTTACCACATAACAAAACCAAGGAGGCTCGAGTGCATTTCA TTCTCTCACTTAATTATTTGTATTTTAAGGTAATTAGGTGTTCTCTTATTCTCACACTTC TCTCTAACATTTCACTGTGAAAATAAAGCACAAACTAAGCTCCCGCTGTTGTAAGCACCC TTACACTGCATTTCTGTAAGAAAATGTTTCCACAGCTCAAACCTGTGACCTCAGTCATAT GGAAGCAACTTTACCAAGCTCTTTACAGGATTTCATAATTGAACAAATGTCTTCGTGACT TCAAACTCTATTGAATTTGAAGTCAATAGAGTTTGTGGCTCCATACAGCCACAAACACAG ACACAGAAATGCAACGTAACAAGTCAAATTAAATTGAGAATCCAGTAATAAAAAAAAATA AAAATTAGCAAAGTAACTTACCAGCTCCTGCTCTTCGAGATCTTGGAGAAACTCTCCAAT TGAAACAGTATTCTCACCATCCTCTTCGAATGCATCAGCCATTTTCAACCCAGAAATGAG CTATCAAACCAAATTAAACCCTAAAAGTAGCTGCAAAATAGGAAAACCTGGGAACTCGAA ACCCTAAATTGAAGAAAGAAGAAAGGTATCTACACGCAACGATCAGCTGAATCGATGAAG CTTACTGCCATTATCCATAAGGAAATTACTCCGTGAAAAATGGGCTAGGGTTTTATTCGA GGCAAAAAGGGCTGTAAGGACATTTTCCCGCCATTTTTATCAATTTTTTTCCGAATCCGA ATTCAAGGTATTATATATGTGGGTGTCCGATGACTATATTCTTCTAGAAATGGATAAGCA AAAATTATACTCTGATTTGTTCGATACGATAGGAAGAAAAATATTTTATATAAATAAGGA TTTTATTATTTATTTTTTGTGTTTGACGAATAAAGTATTTGTATATATTTACGTTTTAAA TTAAGGTGTTCATTAAGGAAGTCGTTTATTTATTTTTTTCATAGAATTTGTTTTCCTCTT ATATTGAACAACCCTTCATATTAATTTATTAATATATATTTTGCTTGACATGAAATTTAA GAAAATAAAATAATTTAGAGTCTTGTAATTATAAGCTAAAGATATACATTATTTATAAGA GTCGAGAATGTAGTGAGATAGATAGACGTTAAATCATGTAAGCACCTAGTTGCTTAGTTG TTAGTCTTGGAGTAAGCTTAGACTTCAATTAACCCTCCAAACCTTTCAAAAGCATTAAAT ATGTGCTCTTTATTGTCGTTCTATTTTTATGTTATAAATCTAAAAAGAGCGATGAAAAGT GAATTTCAAGTTTTATAGTTTCAAAAAGGTTAGTCATTGGTGATTATACTTTCGTAAAAA CATCATTGGACGATTGTTCCTCTCCTTCCTCTTGAACCTATAACAAAAGGTTGATCTCGT CATCAACTCAACTAAAAATTTCGAATAGAAAAGATAAATTAAACCTTACTTAAGATGAAG GAAGCAATAATGGAAACTCCACCAGTTTCTTAAAGCTTCAAACTACTAGTCATTAAGACT AAAAATAAATATATTAAGATATTCTTTGATTTTTTTTAACACATGAAAAAATTAAAATTA GAAGTTTTAGAAAAAAAAATCATCTCACATGTTGTTGCCATTTGAAGAATTAAATAATGT TTACTTTGGTCACTATTTGTGTAAATATTATTTCAATGGCTTTATATTATCGGCTATTAT GATTTGTAATATCTTTAAATATTATATTTAAATTTATATTTGAAATTAATTAGTTTGATT TTTTCACTATAAATTGGATCACATAAATTTAAAATGTGGGAAAATATTTATTTATATCTC TTTTTCTTCATCTTTTTTTTTTCACAACTTTAATTATTAAAATGATAATTTAAAATAAAT TTTTGAATAAGAAAATAATTAGAAGTAAGGTAACAAGAGAATTTAATAATCATGCTCGAC TATTTGACCAAAAATTCTGTTTAGTCCATTTTTTTTCTCAGATTGTTTTTACGGAAGATT ATTATTTGTTAAAATCTATTTTTTGAGAAACTTATTAGTGTTAAAAAAATATGGATAATT TGTTTTTATGTATAAGCTAAATTCATATTTAAAGGGATCAACCTTAAGAAGTAAATTGTG AGTCATAGTTTTTGAAAATATATTTTTAACTTTTTTTTAAAAAAAAATGAGACGTGATTT ATTTCATAAGTTTCTAAAATTATCTAAAGCACCCAGAATAATATGTTTGATACAAAAATT ATCATTTTAAAAATAATTTATTATTCAAAATCATAACACGATATTTTGATAAATCTACTT AACAACACAACTATCAAAAGTACTAACTATTATAATTAGTCAAATTATTATTAGTTAGGA AGATTCATTGGAGCAAAATTAATGACTGTGTTTTGATCTTATTTTATTTTAGGGAGAATT GTATATAATGCAAATTAGTAAATTAAATTTAATGCTATAATCATATTTTAATTTAATTGT ATCTTGTAGCAAACTGTTTGTGAGTCACATGTCTCCTTCAAATTCTCCCTCGCCACTCTC CCTCTCCTGCTTCATCTCTCGCTCGCTCTTTCTCGTTTTTATACAAACACAAGTATATAA ATGTGTTTCTATTTGAAAAAACGAGAAAAAAATTTATATATACATATATTTTCGTTCCCC TCTCCTAGATCTCGCTCGCCACCCTCGTCTCAATCGCTTATACAAATAGAAAAAAATTGT ATAAATTGTGTTTCTGTTTATATAAAGTAAGAGAAAATTGTATATACACTTGCAAATACA TATATCTTCATCCTATATAGTTATAATTATATAATACAAATATTTCTCTGCCCAATTTCC TTTTGTTTTTCTCTCTTTCTCGTTTTATACATGCACAAATTATACAATTGATTTGTATAC AATTACTATCTTTTGAATATGTATAGCGAATTATAAATTGATTTATTTGTATGTGTATAG CGAATTATACAATTGATTTATTTATATATGTATAGCGAATTATACATATTTATGTTTGCT ATGAATCACAATTATGCAAATTTTATTATCACATTCGTATATAAATTTTGTGTTTGTTAT ATGTGAAAGTTGACCTGTATTATTATTTTGCCATTTTCTTTTCAAAAACATGTTTTTACC ATTTGTGGTTCTGAATTGTGATGTTAACACTGAAAAAACTGGATCCAACTTGCAATTTTT TCAACCTAAAACACGTTTGAGTAGTTAACTTTTCATAATCATATTATACATTAAATTATT TATTTGTTTTCATACATATGGACAAAATATATATAAAAACAATATGTTTCTACTTTCATA CATATAGACAAATTCAATTATCACTTATATTTAAAAAAGTTTTGTTAGCCGGAAATATTT AAAAAAAAAAGATATTTCTAAAAAGTATCAGTTTATCCGTGGTGAGTCGATCTGAAAATT ACTTTTACGATCATTAAAACATTAATTGTTTTTGGCTAAATATTCAGGTAATACTCATAA AAAAAACTCAATTTTTATCATATAAAAATAATTATCGTTACGACTATTTTCTTTAAAAGA AAAATGATCAAACAACATATATAACTTTTACTTCATTAAGAAGGGTTTTTTTTTTATATA TATAAAATAATCGTAATATTGATACACTTTTTTTGTCCGTCCTGCATACTCATAGTAGAT TAAAATATTTTGCATAAAAAAAATATAAGCCGAATAATAAACATCGAAAGTGTCTAATAC CGCATAATAATAGTTAAATTCTTATATTAATACACATTTTCACCTTGATTTTTTAAAACT AACCAAAATAATTAATTTACTATAAATATCGAATGTGAATAAAAAAAACTTCTTATTTAA TTTTATAATTTTTTTATAAGGAAAATATAAATGCTTAAATCATGTGAATTGCGGTCCTTG CAAGTTATACTTCCCAAAATATAGTAATTATGGAATGCACTAATTTCTTATTCAATATAA AGATCATTTTGCAATTTATTCAAACACGTACCACCATATATATTTTCTTATTGGCCATCA TCATCCTTGTCGATATGTGAAAGTTTGAAAAATTAACAATATTAATAAAAAAACATGATT TTAAAAATAAAAATAGGATTATAATCAGAATCTAAAGTTTATAAAAATTTAATTTTTTAT AAATTAATTAATTTTAACTTAAATAATTTATTTATATTTGATAAATTTCTTTAAGATATA TAAATCGTAGAGTAAAATAATTGAATTTAGGTAAATCAATGATGATTTTTAAATTCGTAA GTATAATTAATAAAATAAGATGACTATGATTTAATATTTTTTACATAATGGTTGAGCCCC GTGCGTGACTCGGCACCTAATTCAATTTGTATTTTACCTAAACACTTTTAATTTAATCAA TATTTTAGGAAAAAAACATTTCAAATTAATATGTTAGAAAGTGACTATAAATAAAGTATA CAAACGTGTACGTGATATTTTTAAAATTATGGAAATGATATCGTAGTGTCACTATATAAC GAGCATAAGTAACTTAATAAATATTCTCTTTTATGAAAGAAAAAAAACAAGGAAATAAGA ACAACAAATTATTTGTTGAATTTTAAAAATATAATTTAATATGTAAAAAAGATTATTAAA TCAATAAAATAATACTCCACAATTTTGAAACATAGCTTTTAAACACAAACTAATTCAATA TGAAAATAGTGAGTGCACATATATTTATATATTATGAGGACTAATATCGATATTGAAAAT TTGGAATTCCATTAATATGAATTCATTTCATGTTGGAAAAGCTCTTTATAATAACATTCG TATCTTGTTGTTACTTTGATATAATATAAAATATGTTAATTTGTATCGATCGGCTCATGA GTTATAATGTTTATATTATTTTAATTTCAAATTGAGTATAGCAGTTTTAGTAAATTTACT TAAGATAGATAGATATAAATTTATACTTAGAAACACATTAATATATATATATATATCGAA TAGTTAATTTTGTATCATAATATTAATAAGGTCGAAATTCATCTAGAAACTCCAAATACC GACCAACTTGTTTAAAATATAACAAATTCCACTTCTCACAATATTCAAATTTGCATATAT TCAAACACCATTTCTGAGCTCCACCAAACTTCATAATTTTCCATTTTTTCTCTAAACAAT AAACAAAAATGGAAATTACAGAGCTTAAACTGATGATTAACATCATAATTATCTTCTTCT TCTTCCTTAATTTTTCTCCAGTTTCCTCTGTTGATGTCTGCAACCCAACTTCATGCTCAG AAATGGGTATCGGACCGGAAATCCGGTTCCCTTTCCGGTTAAAAGACCGGCAATCGGACC GGTGCGGTTACCCCGGTTTCGATCTTTCGTGCAATGAAAGAGGCCAAACAATCATGTCAC TTCCTCATTCAGGTGATTTTTTAGTTACAGAGATTGATTACTCTGCTCAATCTGTAATGC TTTATGATCCAGATTTCTGCCTTGTCAAACGACTCATCGGTTTTAATGTCACAAATTCGC CATTCAAAGCTGATCATCAACGAAATTACACAATCGTCAGGTACTAATTCGTTATCAAAT TACAGTAAATCTGCACTAATCGCGATTTGTGTTAGTCTGGAATTTCGATTTGTTCAGAGT CTAGATAATCCTTAAATCAGATGAATTTCCTTTATTCACGATCTAGATATTTTAGGTGAT GTAGAGCTTATTTCAGTACCAGGAAAGTGGAGAATCGAACTCTCTCGATGAAATTTTGAG TAGTTAAATTACTAAGATTTCCGAAAATGCATAATCTCGTCGATTAACTGATATCTATTG CCGGTGGAAGGTGACAGTTACTATACTAAGAAATGCGCAAAAGCTAATAACTATTCCGAT CCGTAGTGAATTTGAATTTGCTCTGTGTGTTTTTAGGTGTACTTCAGATGACTGGTTAAG TTACCCAAATTATCAGGTAGCGATTCCGTTGTATTGCCGGGGAGTTACGAGCAGAAATGA GGCGATTTTGGCGATGCCGCCGAGTATCTATGAGCAAGAAAAACCAGTTGGTTGTAAATT GATTAATTCTAGAGTTTCTGTTCCTCTGCAATTGGAAGATTCGCAGTTTTGGTCTCCAAT GGAAGGTCTTGTGTTAACTTGGAGTGAACCAAGTTGCAGGATTTGTGAAAATCAAGGGAA ACTTTGTGCTTTTAAGAGTGATACTGGATCTGATATTGCTTGTTCAAATCCTCCTCCTTC TAAAGGTATGTTATTCAATATTTTCTCTCTTACCTGCATCTCCCTTCGATCGATCGGTAT GATAAGGATAATAATTTCAAAACTCTAATAAGAATTTCATAAATATAACAATTCAAATTT GACTTATATGCAACTTGACTATTTTATCAATCATCATTTACAAGTTAGACTAGTTATTCA CATCAAACTAACTAATTTTACCAGTTAAAAATTAAAATAGAAAAATGACAAATATACGTC AAAATTATCGTAAATGATGTGTAGATATTCTCTACCATATTTTTAGGACATTGTTGTCCC TGTCGTCTAAAAACTAGAACATATATTTAATAAATATTGAATCAGTGGATAAGATTACGA GACGTGTATGTTTGTTGGCATAAAAGGTATATATCCTCTAGTTTTTTAATGGTAGAAATA TCAATGTCCCAAAAATATGACGGATAATATTTGCATACTATTTATGATAGTTTAAATATA TTTATCTCTTTTTTTCAAATTAAAATGAAAATGCATATCATTTATAACTAAATAACTAAT CATAAATGTGTTGACATATTCTTCGAATACATTAGTTTATATTAATATAGATATTGGTTA ACTTTCACTACCATAGATATTGTAATTGGATGACATTTTCGCCCTTCACATCTTAAGCTT CATTTGATACACCTAATGTCTGTTATACACTAATAAATACATAAAAGAATCATCCAGTAT GGTGTAGAAAAATCGTATCGACGAATTAAAAAGATACTTTTTATTTAATTAAGTATAGAG ACTTTTCAAAAAAAAATGGAAATTAGATTTTATTTTTTTCTAATTTACTTTTTGAACAAA AGTTGTTTCCAAATTTCCAAGTTGATTATTGGTGGGGTTGTTGAACTTATAGATGTTAGT GTGTCATTTGTGAAGTGTCTTATCACTAGTGTTGCATAGTCCATGTGCATTCATGTTACA TCATCTAAATTTTTTTATTTTTTTTTAGTTTTGGTAGTTTTGTTTGTAGGGTCAAATAAT TGTAGCTCCACCTAATGAAGTTGAAAGTTTGATTTTGATTATTTATTTATTCAAAAACAA GATTGAGTCGTGTTTTATTTTTTCTTATATAAAATTATAAATACGGGAAATTAGCATTTC TAGTCCCTTATAACCGACAAAACTTAATTTCTATCTCAATGATTTCTGATAAAATATATA AACTTTCAATTAGTTGATAAGTACTGTTAAGTGCTAAATAATCCAATTGTTGAAAATGAT ATAATTTAAAAATAGTCTAGATATCACACATGTTCTATAATAAGAAACTAAATGCATACA TTATTTAATAATGTTAGAGATTTGCTTAACCAATTATTTCAATCATTAGAATCATAATTT ATCAATAATGGAGAAATAAAAAAATAATTATCCCAAGTATTGAAGAAAATGAAAATTTTG GTTGCAAAAAAAAAGTATTTAACTATTTAGAGCTCGTTTGAATGTGCTTAAAAAATAACT TTTAAAAAGTATTTTTGAAAGTGCTGAAATTTATTTTTAAAATAAGTAGTTATATGTTTG GATAGAAGTGTTTCAATTGAAAAAAAAGTTGTTGACGTGTTTGGCAAATAAGTGTTGGTA AACACTTTTTTATTAAAATGTCTAAAATACCCTTAAAACTGTTAATACGATAAAAAGTTG ATTAATTTAAGATTTTTATACTTAAAAAAATCAAAACAATACTAATTTATATTTTACATC CACAAGTAATAATATTTCCTATCATTCACATATTTCTTTAGCATCACAAATTTTTTATAA TTATAATTATAATAAAATAGTAATAATGATAATAAATAATAATAATAATAATAAAAGAAT TAACGACAAAAAAGTAATATATTTGGTCAACATAAAATAACTTTTAAGTTGAAAAAAAAA ACCTCACCTAACTTTTAACTTTTGACTTAAAATAAGTCATTTTTGACTTAAAAATAAGTC ACTTTAATAATTGTCAAAAACTCTAATAAGTCAAAAACTGACTTTTAAATCAGTTTGATC AGTTTTTAAATCAATCCGAATAGACTTTTTAAGTGTAGGTTATTGGTTGACTCTACTTCT TTTATTAGCTAGAGTCTTTTAAGTGTTTTAATCTTAGACAAAGTCTAAAGCATAGTCTGG TGTTTACATCCGGTACAGATAAGTTTTATCCAAAGATTTGATTTTCATAAAGTTATTTTT CTTTGAATTTAATGATATTTAACAAATAAAGTAACTTTACACAAATATTAATTATTAATT AAGTGATTATCCTTGAAATAACTCTTTTTTATTATAAAAGTGAGGAAAATTTTTAGATCG AAAATATAGAGTAGTAAGATTTGACTTTATTTGCAAAAAGTCAATATATAATGCCTATCA AATTTGTCACATTATTGATGACACATAGTGCAAGAATATGAGGCTCTAATTTCACAAAGT TAATAAAATTTTAGCCATATATGGCCACCATCCATGACCTTCAAAGCTACCATGCCACGT TATAGAGAGCTAACCGGTAAGGAGTTGGGCAGAAAAAAAAAATAATCAATAACTAGCTAT CTATCGTATAGACGCTTAATTTAATTATATGAATTTTTATGCTATTATTAAATAAAGGAA AAATAAAGATTTCAATTTGTCAACTTATAAAATTTTGAAAAAATTCACCAAAATAAAAAA GAAAATTTAATTAAAACGCACGAAACGACACAAATCATGAGTGTGGATCTAATTCTAGTT CTAGAAAACAAGAAGACCTAAGATAGATATAAGATTTGAATCGTCAATTCACTTTTAGAG ATATATTTAATAGTAATAATTAGGTTAGTAGTACTTTTTGGTTTTAGGTATGAATTCATA TGTATAATTAAGGGGTTCCAATTAAAATATATAGTGACATTTATATACACAATCTATAAA GAAAAGCACGAGTTAACGTAGATTAACACTCCTATCGAGACAATCATAGGTATTCGTTAT TTCTACTTACTAGACGTTTGATAATTTGTTCTCTAACATTTAGACAGATGATTTTATCTT CACTTCATTAAAATTGTAAATATTCTACTACTAACAGATTTATTTAATTTAATGGCAACC TTAAATAATAACTTGGATATATAAGTTTGTGACTAGTTTGGATTAAAGGTAAGGTCTTTA ATTGAATATTGTTTAACAATAGTCGATATTATTTGTGCAGGACTTCCAAGAGGAGCCAAA TATGGCATTATAATTGGAGTTGGGGTGCCAGGTTTTGTATGCTTAATTGGAATAATAGGC TTTGCATTTGGTAAACTTAAAGTTTACACTCTTCGTCGTGATTTGAACTCTGATCTCCCA AGAACCATTAATCTACAATCAGCCATCGCCACGAGAGGTCTTAACAGGGCAATCATTGAT ACATATCCCAAGACAGTGCTCGGGGAGAGTCAACGTCTCCCCAATCCCAACGATGGCACT TGTCCGATATGTCTATCGGACTACATGCCTAAAGAAACGTTAAGAACTATACCAGAATGC AACCATTATTTTCATGCTGAATGCATTGATGAATGGCTTAAGTTAAATGCTACTTGCCCC TTATGTAGAAACACACCAGATCGATCGTTACATCCTTGCTCATCGTCAACTTCTTTGGTA TCGTCGTCTTCTCCATAGGCCTCAACACACACACACAAAGACTCCGTTTTGCTTTGATTT TTGATGTCTTTTATAGGGAAATTATTCTTCTTGTATATAAGTTGTGAGTTCCAAGTATTG TAAATGGAAAGAAAATAAAGGATATAGGATAGAATTCTTTTTGGCGTTAATTTTTTTTTT TTTTTAGAAAGGAAATGATTTTGCACTTTACATGACGTACAGATAATGTTGCTCTTCTTT TTCCCTTCTTATTCTTCCGAACTATCAAATGAGATTGGTTGGACCTTGTACTGCACCTTA CTTAGTCTTTCGATTGAATTAAATTTTTTAAAGCTTAAATAGAAATATTCATCGAAAAAG ATTGAATAAGGAATTCACTTCTCTAAATCTAAAAAAACAGAAAATCCCGCATTGAGCATA GCTAATACGCGATTACGACTAGCCGATCATATTATTCCATAAAAAAAAAGAACTACATGT ATAAAGAGATACCCTAGATATACATGTTTAACAAATGTTTATGGATAGACAAACTTTGTG AACAGAGTTCGTGGTATTTACGTGAAAAATAATATCCCCGTTACTATTATCATAACTGTG TATGATGATTGTAGTTGATAGTTGCAAAATCAGAATTTTCATTAAGAGGGTTGAACTCCT CTAATCATCTAGCAATCACGCTTATAGATGATATCACATATTGGACATACATACTTATAT TTATTAATACGAGTTCAAGCGAATTCAATAACTTTTGCTTATATTCTATATATAAAAAAA TACTATATAAACATGCAATTATGAACCGAATAACCGAGTGAACTATGAGTTTGATGACAA AAAATATAATTATGAACCCAATAACTAAAATCTAGATGGCAAATTCAACTTCAAATCCCG ACTCCGCCCCGTCGTTCGAAATGGTTTCATAGTATTATGGGAAATTTTTCAAAATGTCAA TATTTTAGCATTTAAGAGGACTCATTAGCAACAATTTCAATATTTAGTAAAAATGTCATT TAGTTTGTTATGTATCTTATTTATGTTTTTATTATTTATTTTTATTTAAAGAATATAATT ATTTAATAACAAAAAGGAGAAAATTAAGGGGGGAATATTTTAAAGAACGGTAAGCATCCT TAATTTTCTCATCAGTTACATTTTCAAATAAAATTTAAATTTTATTTTTTTTCTTCAAAA TTTTTACCTTTTTAAAATTATATTCATTTCACAATATATTCTATTTATATTTATTATAGT TTTTTATTAGTTTGTATTCATTCCAATAGGAATGCCGAATTTATCTATGTAGTCATTTAA GAAATATATTTGTATTTTCATATATTTTTTCCCTATATAGTTTTTTTTCTTCAAAAATCC TGTATGTATTCATTTCAATATGTATTTTATTTGTATTTCTATTTATTCTAATTTTTATTT AGAATTTTGTATAATAATATATAAAATACGAAAAATTAGTATGATGAAAAAGTGAATGAA ATATAAAATTGAAAAGAAATAATTGAATATTTGGTGTACTCATTCTTAAATAAAATACAT AACTAGTTGACATACCTTTAGAATAAATACAAATTAGAAAAAAATGTCAAATTCAGTTGA CATACCTTTATTAGTTTGTATTCATTCCAATATGTATGTCAAATAAAATGTAGCTATTTA ATAAATACATTTGTATTCGTATATATTTTTCATTGTGTATTTATTTTTCTTTTCAAAATC TTGTTTCCTTTTCTAAGTCGTATTCATTCCAATATGTCTATTATTTGTATTTGTATTCAA ATACAAATAAACTAATAGAAAGTTGTTCTTCTTATAAATAAAATACATAACTAGTTGACA TACATTTGGATAAGTACAAATTAGGGACAAATACAAGGTTTATGATAAATCATGCAACAT GAAATTTTTAATAAATACAAATATTGATAGTATACATAGTGATTTGAATACAAATTAAGA AAGCATACCAAATTCTAAAAAAGAACTATAAATACAAAACAAACTAATAGAAAATTGTTC GACAACTATCCTATCTTCGTCGTCTTTTTCAAGATCCTCACGAGTAGACAAAGATTCCAC ATTTCCGTTCTGAATTTGAGGAAGGTTTTGCACACCAATGAGTCTTGTAAATGTTTTTAC CCTCTTTCTTCCCTCATTTTAGCAGCGGATCATACATTATACACTATTTGTTTAGTAATA AATAAATTAAAGGATGAAAAATCACCAGAAATTGGTTGATTAAGATGAATACCTCTAGTA AGCCTCTTGGATTCAACCATTGGAGAGTAAATCATAACGGAAATTGAAAAATACAAACAA CATTTTTTTAAGATTTAAACAAAAATAAAATTAGAAAAGAAATCTGAAAATAGGATAAAA ATTTGAGATACCTTAATCAAAGAGATTCTTGTTGATTCAACTTTGGATTAAAAAAACAAC CAAAATATATGACAAAAAAATATTTGCAACTTGAATGTTGGAGGAAAATCACAAAAGATA ACCATGAGAGAGAAAAAAAAATTACAATTTGAAAAGATAAATATGAGAGAGAATGTTTTT TCTTAAAAAAAAGGATATATAGAATTAATTGAAAATGAGAGATAAAATAGCAAGAAAATT GGGACACATAAATTTTTTAAAATAATGACATTTTTGACATTAATACTAATATTTATAAAG CTAAATATGTTATTTATTTTGACTAGTTTACTAATTTTTTCTACTATTATCAATAATTTG GGCCACTATCTTCCACAAGCCCAAAAGCCATGTGCAAGTATCTGAGAAGAATATGCTACT ACTATGAAAAGTCAAAAATACCCCCCCAAAATGGCAACAAAACTCTCGGAGCCCCGAGGT CTAAACGGGTCAACCCACCAAAAAAACCCGTTTGAAACAGAAAAATCGATCTTACATTTC ACTCCTCGTACTTTTTTCTCTCTTCATTTTACTTCATAAAACCCCGTAAACCCTTCTTTC TTCGCTCTTGCAATCACATATTGCTGTAAGTTTTCTACTCTTAAACTTCATATTCATGTA TTTTTTGAATCACAAATCACAATAATTGGGATCTGAGCTTTGAATCTTTTCTAATTTTGC TTCTTTTTGTGTCATTTTGTTGTGTGAATGAATCTAAAAATGTTATCCTTGTTTTGTGTG AATGAATATAAAGTTATCATCTTTATGTTATATGTCTCTGTATTTTTGCTGTGTGTGTGA CTTTAAGGGATCATTTTGGTAGAGTGTATAAAAACAGTACTCTGTTGTCCTCAATTTAAG TGGCACAGTTTGAATTTCGATAGTCAACAAGTTTTACTTTTTACGTAGTTTTCAAATAGC TTATGTCTGAATTTACAATCAAAGTTTAGAAGTTTGAATCTCAAAATTTTAGCTGTGCTA CACAAATTGATACTGGGGAGTACTGAATAGGGTGTATTAGTATTCAGGGTTTAATTTAGT GTATTAAGGGCGATTTTGTTTTTAATAGTGCTTATCCATGTCCTAGTAGTCCTTGTAATG CTAATACCATGGTTTGTTCATGGTTGTGTATTGGTTATACCGTTATAGATAGGTTGAGGA TCCTACCATAGAAAAGATTAAATAATATTATGACTTATACATGTATTATATTTTCTAATA GATCCTACCAAGCGTTCCCTAAAGGTTTCATATTTATGATGCTTATGTTATGTATATACT GTCATGGTTGCCTATATATGATTTGGGGTGTTAATGTTTGCTGCTGAATCTGTTTATAGG AAGCATATATAAAGAATGGCTTATAGGCGCAGCATAACAACGCGAGCGAAGCTTCTTTAT CAGCAACAAAGAGTCACTCCTTCATTTTCTTATTTTCATAAGGATGATGATGATCGTAAG AGCTGTCCTGAACCGACTTTTGAGAATTTAAGAATTACTAGTTTTTCCCAATCCCGTTAC ATGGGAAGTGTAAGTGGAGTTAACAGCTTCATTGGCTCAAGAAGCCCATATCAAGACAGG AGGTTTTGTGCTTCAGGACTTATGATTCCGATGAGTTATGGGTCCTCTTTGACCAGGAAT ATGTCAACTGATATTGGTGGTGAAGCAGATAAAATTAATTACATGACTGATGTTGCCGAA GTACTTGCTGATAAGGCTGTGGAAGCTGTAGTTTCTCAAGCTCCAGCTTTGAACGAGGTG GCAAATGCTGCTGCAGATTGTTATTTGCCGGTGAAGGCATTGATGTATTTGATGGATTAC GTTCATATATTTACTGGGTTTGAATGGTAAGAGTAAATGTTGCTGCCTCTAATTTTTCCT GTTATCTCATTCTGGTGTCTTTACAGTACATTTGCATTGCTTAGTAGGAAAAAGAAATGA AGTATATAGTTATTCACCTCTTGATAATATTTAGGTGAGAAACAGAGTGATGACTATCAC ATTAACAACTCAATGCACTCTTGGTTTGGGGCTGGAAAGGGGTTCAAGAACAAGAAGCAT GATTTTATCTCGTTTGTTATTCCCATAGTCCTTTTATTAAACAAATATACATTTTTTTGA CTGAAAGATTTCGTAGAACCTTAAGATATATAGTTTTAAGTTGAAGTTATCATTGCAATT GAAGCATCTGACATGTATTCAATTAGGCTTGCTGAGTTTGTTCTTTTATACTCTGCATAA ACTTAGCTGGGCTTCAAAATTGCAGATCTTTCATTTGAAATAATTGCTTGCTTGGACTTA ATGTTGGTAGTAGTTCTTGTTTGAGAGATATGTTTGGAAGTTCGAGATTTTACATTTTAG CTGAAATACTTTAAACCTTAGGTCGTTAAGAGTTTCTCTCTCTCTCTCTCTCTCTCAGTC ATTCTCCCCCCTCCTACCACATTTTTTGTGCAAGTTTTGTTCCAAGTTAAAATTAAGGCA TCATGCTTTGTTTAATTAAGTGACAACTCTTACGTCTTGGCTTCATCTTGAAAATTTTGA TGTTGTACAGGTGGGGATCCATAGTTGTTACAAGTATTATGATTCGGTTGGTTATTCTTC CATTAATGATTAATCAGCTTAAAGCTACTTCAAAACTTACGGTAAGTTTCTTAAGTGCAT TTTAACCTTGTTAATGTCTCAGTTTGCTTACATAATAACATCTTAAGGCAGTTGGTGAAA TAACTAGACCAAAATACGTATGATCGTACCTTTTCTTAAAGAAAAAGAAAAATGTTCCCA TAGAATCTTAAACCCACACAGGACCTCCATTGTATGCACAAAATTAGTGAAGGAAACTGA GAAGGTAATTCAGAAGTTCGAGTATGTCAACATATACAAGTTACAAATGTTGCTGAGCAA CAAAAATTATCCAATTGGTTTCCCTACTTAACTTTTGTTGGGACTGAACACTGAAGGATC TTAAAAAACCCGGACCTCAGGCGAAGTTCATTTGTTAGCTACACCTATGTTGGCGTCTGT TTCAAGTAATTGCTTGGTCTTTCGTTCTCCTAAATTTAATTTTGAAGCAATTAATATAAA GCCCATTGCTCGTAAATTGAAGTATCTGCCAGAACGAACAATCAGTGTCATATGTAACAG TAGCCTTAGGCTGGAAATACCAATTTTAGTTGTAACCTGAAAATTGAAGAAGTGGGGATA GTGTAGTAATGTTAGATAGTTTTCTTTGAGAACTTTGTAACATTAGACAATCATGTCAAA GTTGTTTCTATGTTCTGGAAGAAGTCCTTTGCAGTCATTAATTTGTATACAAACTGTCTT TTTTTGGGGAAACTGATAATGTATATAAACTGTCTTTTCAAGTATTAGATTTCCTTTACG TAACCCTATAAATGACAACACCAGATCACAATGTGTTTAGAAGCAAACAAAAAGCAACTA TGTCCATGAGGCTTGAAATGAAAAGTATGAAGTGGACTGTGTGGTTGTTTGACAGAAAGC ACCCAGATTTTGGAAATTATTAGTATCATAATCATCAAAGTTTGATTGGCACAAAGTTTA TTAAAGAAAGAAACCCGTTTGAAACTTGTGATCTTAAATACATCAACAACATACCCCCAC AGAGGTTGTTTCTGATAAATCCTCAGCTCATGTAAAGCATTTCCAAATCAGTAAGTAAAG GAAATTCAATAGTGAAGAAACATATAGAAAATAATAGAAAAAGAACAGTACCAGCAACAA CTTGTGATCTTAAATATGGAATAAAATTTGTGTGGCTATAAATTTTTGAAGTTGTAAACA TGTTATAACATTGGTGTGGCTACAAAAACTTCTCATTAAGAGATATAAGAATGTGCAATT CTTTTTGGAACAAGAAAATAAGGGAAGTGCCAAACAAAGTGGAAAGGAGGAATCAACTAA TTTTAGTATCCAATACACAATAATGCCGATTATAACCCTATTCCTCACACATGAAATTCA AAGAACCAATAACTTCTTGCTAAATCACTTTGCATGTCATTGTTTGAATGGAACACTTCT CAAACATTGCATGGCTCACCGACAAAGCTATGCCTTCTCCTGGTACAAGGCAGCAGTGCA CTGTACTTGAATTGTTCGATACACCTACTTGCTCAAGTTTGACGTTAAAGTCCAGATTTT TACTTCTTCGAGCTGTATGATCTCATAATAGCAGTACTCGTGCTCAACAGGATTACTTTT TTTATCTGTTAGTTGTTACTTGTCCAAATGACCAGAAAGCAGAGGCGTATGCAGGAGAGG TCACCGGGTTCACGTGAACCCATGCTTCCCTCCTGTGTGAACCCACAATTGAAGTATCAT AATGCAATGATGATTGGGTGCACCTTTCAGTCTCTCACTGTGATTAGAAATTTGAAATTT ATATCTATCTTGTATCATCTTTTTTTCTAAAATTAGAGAACACCTCTCTAAGTGGTTATT GTAGCACTTTTGGCGTTTTACTAAATAATCATTTCATTTTTGGACCTATTGAATTAAAAT TTTAACTGTTTTCAATGATACAAACCTGAATGTCAAACCGATTAGATCTACCTTTTCATA ATAGTGCACACATCATTCTGAAATCCTGGATACGCCTCTAGAAAGTATTTAATTTGAAGT CAACTAGTTTTTGTCAAAAAAAAAAATCAACTAGTTCTGTTCAATGTCGTGCTTTCTACA AAATGGAAGTACATCTGTGCAATAGGGATTAGGGGCCCTATGCTACTGTCTAGTTTAGCA AAATGCAAAAGCTAGATTTCCTTCTTATGGATCTTAGTTTGTTGACTTCTCGACATAATA AGCAAAAGGGAATTAAAAGAAAATATGTAGACAATGCATCTAAAACTCTACCTTTTTTAA CTAAGTGAACAAAATTTATTGATAACTACCAAGACAGTTAACATTCTCACTGGATGTGCT AAAAACTTTTTGAAATTTTATAATTAAAAGAGTTTCTCATAGGTAGGATATTTTCTACTC GTAAAGTTTGGTACGTAAAATTAATGGAATGTGGTGTCGAGCTTCTTGTTTATTAAAGAA AGAAACCCGTTTGAAACTTGTGATCTTAAATACATCAACAACATACCCCCACAGAGGTTG TTTCTGATAAATCCTCAGCTCATGTAAAGCATTTCCAAATCAGTAAGTAAAGGAAATTCA ATAGTGAAGAAACATATAGAAAATAATAGAAAAAGAACAGTACCAGCAACAACTTGTGAT CTTAAATATGGAATAAAATTTGTGTGGCTATAAATTTTTGAAGTTGTAAACATGTTATAA CATTGGTGTGGCTACAAAAACTTCTCATTAAGAGATATAAGAATGTGCAATTCTTTTTGG AACAAGAAAATAAGGGAAGTGCCAAACAAAGTGGAAAGGAGGAATCAACTAATTTTAGTA TCCAATACACAATAATGCCGATTATAACCCTATTCCTCACACATGAAATTCAAAGAACCA ATAACTTCTTGCTAAATCACTTTGCATGTCATTGTTTGAATGGAACACTTCTCAAACATT GCATGGCTCACCGACAAAGCTATGCCTTCTCCTGGTACAAGGCAGCAGTGCACTGTACTT GAATTGTTCGATACACCTACTTGCTCAAGTTTGACGTTAAAGTCCAGATTTTTACTTCTT CGAGCTGTATGATCTCATAATAGCAGTACTCGTGCTCAACAGGATTACTTTTTTTATCTG TTAGTTGTTACTTGTCCAAATGACCAGAAAGCAGAGGCGTATGCAGGAGAGGTCACCGGG TTCACGTGAACCCATGCTTCCCTCCTGTGTGAACCCACAATTGAAGTATCATAATGCAAT GATGATTGGGTGCACCTTTCAGTCTCTCACTGTGATTAGAAATTTGAAATTTATATCTAT CTTGTATCATCTTTTTTTCTAAAATTAGAGAACACCTCTCTAAGTGGTTATTGTAGCACT TTTGGCGTTTTACTAAATAATCATTTCATTTTTGGACCTATTGAATTAAAATTTTAACTG TTTTCAATGATACAAACCTGAATGTCAAACCGATTAGATCTACCTTTTCATAATAGTGCA CACATCATTCTGAAATCCTGGATACGCCTCTAGAAAGTATTTAATTTGAAGTCAACTAGT TTTTGTCAAAAAAAAAAATCAACTAGTTCTGTTCAATGTCGTGCTTTCTACAAAATGGAA GTACATCTGTGCAATAGGGATTAGGGGCCCTATGCTACTGTCTAGTTTAGCAAAATGCAA AAGCTAGATTTCCTTCTTATGGATCTTAGTTTGTTGACTTCTCGACATAATAAGCAAAAG GGAATTAAAAGAAAATATGTAGACAATGCATCTAAAACTCTACCTTTTTTAACTAAGTGA ACAAAATTTATTGATAACTACCAAGACAGTTAACATTCTCACTGGATGTGCTAAAAACTT TTTGAAATTTTATAATTAAAAGAGTTTCTCATAGGTAGGATATTTTCTACTCGTAAAGTT TGGTACGTAAAATTAATGGAATGTGGTGTCGAGCTTCTTGTTTATTAAAGAAAGAAACCC GTTTGAAACTTGTGATC GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_1 match_part 0.981 8237 8702 match_2 match_part 0.982 8237 8686 match_3 match_part 0.994 8286 9075 match_4 match_part 0.967 8293 8776 match_5 match_part 0.995 8306 9235 match_6 match_part 0.996 8335 8787 match_7 match_part 1.000 8335 8494 match_8 match_part 0.996 8338 8837 match_9 match_part 0.993 8341 9235 match_10 match_part 1.000 8346 8851 match_11 match_part 1.000 8364 8875 match_12 match_part 0.999 8447 9232 match_13 match_part 0.959 8511 9191 match_14 match_part 1.000 8576 9074 match_15 match_part 0.991 8791 9235 match_16 match_part 0.998 8795 9235 match_17 match_part 0.993 8803 9235 match_18 match_part 0.992 8851 9235 match_19 match_part 1.000 8878 9226 match_20 match_part 0.991 8884 9235 match_21 match_part 0.991 8885 9235 match_22 match_part 0.995 20652 21248 match_23 match_part 0.990 20663 21250 match_24 match_part 1.000 72301 72760 match_part 0.879 73117 73232 match_25 match_part 1.000 72301 72760 match_part 1.000 73117 73165 match_26 match_part 0.995 72381 72760 match_part 1.000 73117 73445 match_part 1.000 76661 76796 match_27 match_part 0.925 73379 73445 match_part 0.999 76661 77391 match_28 match_part 0.967 76899 77265 match_29 match_part 1.000 80095 80125 match_part 1.000 80880 81386 match_part 1.000 82091 82181 match_30 match_part 1.000 83188 83723 match_31 match_part 1.000 84680 85215 GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_32 match_part 0.920 13670 13546 match_part 0.957 11552 11392 match_part 0.910 9972 9696 match_33 match_part 0.928 13670 13546 match_part 0.963 11552 11392 match_part 0.924 9972 9696 match_34 match_part 0.995 21248 20652 match_35 match_part 0.999 39209 37808 match_part 1.000 35831 35608 match_36 match_part 0.954 45099 44837 match_37 match_part 1.000 49250 49041 match_part 1.000 46652 46543 match_part 0.984 45730 45482 match_38 match_part 0.962 53696 53617 match_part 0.942 53348 53263 match_part 0.983 53090 52971 match_part 0.949 52841 52743 match_part 0.983 52608 52550 match_part 0.938 52471 52391 match_part 0.543 50369 50289 match_part 0.553 49303 49266 match_part 0.600 48659 48625 match_part 0.667 48342 48331 match_39 match_part 1.000 53014 52971 match_part 1.000 52841 52743 match_part 0.997 52608 52286 match_part 0.538 51607 51528 match_part 0.455 51357 51314 match_40 match_part 1.000 53874 53787 match_part 1.000 53713 53617 match_part 1.000 53348 53263 match_part 1.000 53090 52971 match_part 1.000 52841 52743 match_part 0.990 52608 52302 match_41 match_part 1.000 52978 52971 match_part 1.000 52841 52743 match_part 0.997 52608 52313 match_42 match_part 1.000 59274 59069 match_part 1.000 58973 58916 match_part 1.000 57536 57418 match_part 1.000 57280 57181 match_part 1.000 55604 55509 match_part 1.000 55423 55327 match_part 1.000 53874 53787 match_part 1.000 53713 53617 match_part 1.000 53348 53263 match_part 1.000 53090 52971 match_part 1.000 52841 52743 match_part 0.953 52608 52331 match_43 match_part 1.000 52832 52743 match_part 0.985 52608 52343 match_44 match_part 1.000 55579 55509 match_part 1.000 55423 55327 match_part 1.000 53874 53787 match_part 1.000 53713 53617 match_part 1.000 53348 53263 match_part 1.000 53090 52971 match_part 1.000 52841 52743 match_part 1.000 52608 52361 match_45 match_part 0.969 53713 53617 match_part 0.953 53348 53263 match_part 0.958 53090 52971 match_part 0.970 52841 52743 match_part 0.983 52608 52550 match_part 0.960 52471 52397 match_46 match_part 0.956 57248 57181 match_part 1.000 55604 55509 match_part 1.000 55423 55327 match_part 1.000 53874 53787 match_part 1.000 53713 53617 match_part 1.000 53348 53263 match_part 1.000 53090 52971 match_part 1.000 52841 52743 match_part 0.974 52608 52492 match_47 match_part 1.000 55517 55509 match_part 0.979 55423 55327 match_part 0.989 53874 53787 match_part 0.990 53713 53617 match_part 0.965 53348 53263 match_part 0.992 53090 52971 match_part 0.970 52841 52743 match_part 0.962 52608 52503 match_48 match_part 1.000 53834 53787 match_part 1.000 53713 53617 match_part 1.000 53348 53263 match_part 1.000 53090 52971 match_part 1.000 52841 52743 match_part 1.000 52608 52588 match_49 match_part 0.958 53834 53787 match_part 1.000 53713 53617 match_part 1.000 53348 53263 match_part 1.000 53090 52971 match_part 1.000 52841 52743 match_part 1.000 52608 52604 match_50 match_part 1.000 57478 57418 match_part 1.000 57280 57181 match_part 1.000 55604 55509 match_part 1.000 55423 55327 match_part 1.000 53874 53787 match_part 1.000 53713 53617 match_part 1.000 53348 53263 match_part 1.000 53090 52971 match_part 0.989 52841 52748 match_51 match_part 1.000 55422 55327 match_part 1.000 53874 53787 match_part 1.000 53713 53617 match_part 1.000 53348 53263 match_part 1.000 53090 52971 match_part 1.000 52841 52771 match_52 match_part 0.960 53836 53787 match_part 0.969 53713 53617 match_part 1.000 53348 53263 match_part 1.000 53090 52971 match_part 1.000 52841 52826 match_53 match_part 1.000 59162 59069 match_part 0.983 58973 58916 match_part 1.000 57536 57418 match_part 1.000 57280 57181 match_part 1.000 55604 55509 match_part 1.000 55423 55327 match_part 1.000 53874 53787 match_part 1.000 53713 53617 match_part 0.977 53348 53263 match_part 0.957 53090 53044 match_54 match_part 1.000 55578 55509 match_part 1.000 55423 55327 match_part 0.977 53874 53787 match_part 1.000 53713 53617 match_part 0.977 53348 53263 match_part 1.000 53090 53073 match_55 match_part 0.988 59232 59069 match_part 1.000 58973 58916 match_part 1.000 57536 57418 match_part 1.000 57280 57181 match_part 1.000 55604 55509 match_part 1.000 55423 55327 match_part 1.000 53874 53787 match_part 1.000 53713 53617 match_part 0.977 53348 53263 match_part 1.000 53090 53086 match_56 match_part 1.000 55578 55509 match_part 1.000 55423 55327 match_part 1.000 53874 53787 match_part 0.990 53713 53617 match_part 0.987 53348 53272 match_57 match_part 1.000 59080 59069 match_part 1.000 58973 58916 match_part 1.000 57536 57418 match_part 1.000 57280 57181 match_part 1.000 55604 55509 match_part 1.000 55423 55327 match_part 1.000 53874 53787 match_part 1.000 53713 53699 match_58 match_part 0.950 59247 59069 match_part 0.983 58973 58916 match_part 0.975 57536 57418 match_part 0.980 57280 57181 match_part 1.000 55604 55509 match_part 0.959 55423 55327 match_part 0.889 53874 53803 match_59 match_part 1.000 59166 59069 match_part 1.000 58973 58916 match_part 1.000 57536 57418 match_part 1.000 57280 57181 match_part 1.000 55604 55509 match_part 1.000 55423 55327 match_part 1.000 53874 53807 match_60 match_part 0.986 59207 59069 match_part 0.983 58973 58916 match_part 0.975 57536 57418 match_part 0.970 57280 57181 match_part 1.000 55604 55509 match_part 0.969 55423 55327 match_part 0.982 53874 53820 match_61 match_part 1.000 59165 59069 match_part 1.000 58973 58916 match_part 0.992 57536 57418 match_part 0.990 57280 57181 match_part 0.990 55604 55509 match_part 0.979 55423 55327 match_part 1.000 53874 53825 match_62 match_part 0.957 59229 59069 match_part 0.983 58973 58916 match_part 0.975 57536 57418 match_part 0.980 57280 57181 match_part 1.000 55604 55509 match_part 0.959 55423 55327 match_part 0.939 53874 53826 match_63 match_part 0.959 59216 59069 match_part 0.983 58973 58916 match_part 0.975 57536 57418 match_part 0.980 57280 57181 match_part 1.000 55604 55509 match_part 0.978 55423 55331 match_part 0.958 53874 53851 match_64 match_part 0.988 59231 59069 match_part 0.983 58973 58916 match_part 0.975 57536 57418 match_part 0.970 57280 57181 match_part 1.000 55604 55509 match_part 0.969 55423 55327 match_part 0.955 53874 53853 match_65 match_part 0.977 58958 58916 match_part 0.958 57536 57418 match_part 0.970 57280 57181 match_part 0.958 55604 55509 match_part 0.959 55423 55327 match_part 0.500 55109 55100 match_66 match_part 0.983 57536 57418 match_part 1.000 57280 57181 match_part 1.000 55604 55509 match_part 1.000 55423 55340 match_67 match_part 0.983 59247 59069 match_part 0.983 58973 58916 match_part 0.975 57536 57418 match_part 0.970 57280 57181 match_part 1.000 55604 55509 match_part 0.961 55423 55348 match_68 match_part 0.979 59165 59069 match_part 0.966 58973 58916 match_part 0.966 57536 57418 match_part 0.960 57280 57181 match_part 0.979 55604 55509 match_part 0.987 55423 55349 match_69 match_part 1.000 59301 59069 match_part 1.000 58973 58916 match_part 1.000 57536 57418 match_part 1.000 57280 57181 match_part 1.000 55604 55509 match_part 1.000 55423 55353 match_70 match_part 0.952 59254 59069 match_part 0.983 58973 58916 match_part 0.958 57536 57418 match_part 0.980 57280 57181 match_part 0.969 55604 55509 match_part 0.932 55423 55380 match_71 match_part 0.973 59292 59069 match_part 0.983 58973 58916 match_part 0.975 57536 57418 match_part 0.970 57280 57181 match_part 0.938 55604 55509 match_part 0.800 55423 55409 match_72 match_part 1.000 59236 59069 match_part 1.000 58973 58916 match_part 1.000 57536 57418 match_part 1.000 57280 57181 match_part 1.000 55604 55509 match_part 1.000 55423 55418 match_73 match_part 0.992 59199 59069 match_part 0.948 58973 58916 match_part 0.958 57536 57418 match_part 0.970 57280 57181 match_part 0.961 55604 55554 match_74 match_part 1.000 59275 59069 match_part 1.000 58973 58916 match_part 1.000 57536 57418 match_part 1.000 57280 57181 match_part 1.000 55604 55557 match_75 match_part 1.000 59213 59069 match_part 1.000 58973 58916 match_part 1.000 57536 57418 match_part 1.000 57280 57181 match_part 1.000 55604 55581 match_76 match_part 0.990 59260 59069 match_part 0.983 58973 58916 match_part 0.950 57536 57418 match_part 0.896 57280 57185 match_77 match_part 1.000 59273 59069 match_part 1.000 58973 58916 match_part 1.000 57536 57418 match_part 1.000 57280 57202 match_78 match_part 0.988 59231 59069 match_part 0.983 58973 58916 match_part 0.975 57536 57418 match_part 0.984 57280 57218 match_79 match_part 0.974 59258 59069 match_part 1.000 58973 58916 match_part 1.000 57536 57418 match_part 1.000 57280 57219 match_80 match_part 1.000 59166 59069 match_part 1.000 58973 58916 match_part 1.000 57536 57418 match_part 1.000 57280 57274 match_81 match_part 0.974 59258 59069 match_part 1.000 58973 58916 match_part 1.000 57536 57438 match_82 match_part 0.995 59252 59069 match_part 1.000 58973 58916 match_part 1.000 57536 57448 match_83 match_part 0.989 59257 59069 match_part 0.966 58973 58916 match_part 1.000 57536 57463 match_84 match_part 0.958 59258 59069 match_part 0.966 58973 58916 match_part 0.980 57536 57486 match_85 match_part 1.000 59261 59075 match_86 match_part 1.000 64051 63679 match_part 1.000 63578 63241 match_87 match_part 0.925 64143 63679 match_part 0.872 63578 63281 match_88 match_part 0.937 64059 63679 match_part 0.949 63578 63443 match_89 match_part 1.000 64678 64653 match_part 0.954 64329 63679 match_part 0.964 63578 63524 match_90 match_part 0.922 65657 65543 match_part 0.969 64913 64653 match_part 0.903 64329 64009 match_91 match_part 0.838 67692 67582 match_part 0.925 65701 65543 match_part 0.969 64913 64653 match_part 0.956 64329 64194 match_92 match_part 0.980 67881 67582 match_part 0.969 65701 65543 match_part 0.946 64913 64653 match_93 match_part 1.000 67804 67582 match_part 1.000 65701 65543 match_part 1.000 64913 64653 match_94 match_part 0.970 67881 67582 match_part 0.962 65701 65543 match_part 0.961 64913 64787 match_95 match_part 1.000 67804 67582 match_part 0.994 65701 65543 match_part 0.991 64913 64802 match_96 match_part 0.937 67804 67582 match_part 0.956 65701 65543 match_part 1.000 64913 64884 match_97 match_part 0.980 67886 67582 match_part 0.975 65701 65543 match_98 match_part 1.000 67799 67582 match_part 0.993 65701 65552 match_99 match_part 0.966 67881 67617 match_100 match_part 0.998 77390 76860 match_101 match_part 0.942 79640 79090 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C08SLm0005K09.1 type gene exon 8237 9235 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C08SLm0005K09.1 type gene exon 13670 13546 exon 11552 11392 exon 9972 9696 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C08SLm0005K09.1 type gene exon 21248 20652 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C08SLm0005K09.1 type gene exon 20652 21250 gene_5 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C08SLm0005K09.1 type gene exon 39209 37808 exon 35831 35608 gene_6 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C08SLm0005K09.1 type gene exon 45099 44837 gene_7 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C08SLm0005K09.1 type gene exon 59301 59069 exon 58973 58916 exon 57536 57418 exon 57280 57181 exon 55604 55509 exon 55423 55327 exon 53874 53787 exon 53713 53617 exon 53348 53263 exon 53090 52971 exon 52841 52743 exon 52608 52286 exon 51607 51528 exon 51357 51314 gene_8 gene GT_PGL_7_AGS_2 transcript source GenomeThreader seq_id C08SLm0005K09.1 type gene exon 59301 59069 exon 58973 58916 exon 57536 57418 exon 57280 57181 exon 55604 55509 exon 55423 55327 exon 53874 53787 exon 53713 53617 exon 53348 53263 exon 53090 52971 exon 52841 52743 exon 52608 52550 exon 52471 52391 exon 50369 50289 exon 49303 49266 exon 48659 48625 exon 48342 48331 gene_9 gene GT_PGL_7_AGS_3 transcript source GenomeThreader seq_id C08SLm0005K09.1 type gene exon 59301 59069 exon 58973 58916 exon 57536 57418 exon 57280 57181 exon 55604 55509 exon 55423 55331 exon 53874 53787 exon 53713 53617 exon 53348 53263 exon 53090 52971 exon 52841 52743 exon 52608 52286 exon 51607 51528 exon 51357 51314 gene_10 gene GT_PGL_7_AGS_4 transcript source GenomeThreader seq_id C08SLm0005K09.1 type gene exon 59301 59069 exon 58973 58916 exon 57536 57418 exon 57280 57181 exon 55604 55509 exon 55423 55327 exon 55109 55100 gene_11 gene GT_PGL_7_AGS_5 transcript source GenomeThreader seq_id C08SLm0005K09.1 type gene exon 49250 49041 exon 46652 46543 exon 45730 45482 gene_12 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C08SLm0005K09.1 type gene exon 67886 67582 exon 65701 65543 exon 64913 64653 exon 64329 63679 exon 63578 63241 gene_13 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C08SLm0005K09.1 type gene exon 72301 72760 exon 73117 73445 exon 76661 77391 gene_14 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C08SLm0005K09.1 type gene exon 77390 76860 gene_15 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C08SLm0005K09.1 type gene exon 79640 79090 gene_16 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C08SLm0005K09.1 type gene exon 80095 80125 exon 80880 81386 exon 82091 82181 gene_17 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C08SLm0005K09.1 type gene exon 83188 83723 gene_18 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C08SLm0005K09.1 type gene exon 84680 85215 RepeatMasker tomato repeats master Copia00172 5195 5309 1 Copia00172 5195 5309 1 nucleotide_motif 549 10484 10596 SONATA3 1 238 1 SONATA3 1 238 1 nucleotide_motif 565 11136 11364 SOD_SINE 90 147 1 SOD_SINE 90 147 1 nucleotide_motif 320 12842 12900 TS2 509 636 1 TS2 509 636 1 nucleotide_motif 249 15413 15530 Copia00151 5522 5810 1 Copia00151 5522 5810 1 nucleotide_motif 702 17800 18045 Copia00039 264 5223 1 Copia00039 264 5223 1 nucleotide_motif 951 18166 18428 Copia00151 5506 5727 1 Copia00151 5506 5727 1 nucleotide_motif 566 21391 21602 Unknown00037 1524 4591 1 Unknown00037 1524 4591 1 nucleotide_motif 305 26558 26662 Unknown00029 2969 3331 1 Unknown00029 2969 3331 1 nucleotide_motif 978 26799 26872 Copia00172 284 522 1 Copia00172 284 522 1 nucleotide_motif 1282 29366 29607 Gypsy00202 7801 8023 1 Gypsy00202 7801 8023 1 nucleotide_motif 559 34808 35026 Copia00112 2 70 1 Copia00112 2 70 1 nucleotide_motif 306 41927 41996 Unknown00043 1842 2012 1 Unknown00043 1842 2012 1 nucleotide_motif 474 58234 58403 Unknown00043 1901 2011 1 Unknown00043 1901 2011 1 nucleotide_motif 294 58706 58816 RepeatMasker tomato repeats master Copia00110 13168 13522 -1 Copia00110 13168 13522 -1 nucleotide_motif 415 7574 7225 SOD_SINE 87 193 -1 SOD_SINE 87 193 -1 nucleotide_motif 440 10704 10607 Copia00039 910 1007 -1 Copia00039 910 1007 -1 nucleotide_motif 264 18656 18560 Copia00039 264 483 -1 Copia00039 264 483 -1 nucleotide_motif 926 18982 18756 SINE1_SO 1 195 -1 SINE1_SO 1 195 -1 nucleotide_motif 603 25596 25424 Copia00110 10830 11182 -1 Copia00110 10830 11182 -1 nucleotide_motif 1352 27186 26873 Gypsy00073 1066 1376 -1 Gypsy00073 1066 1376 -1 nucleotide_motif 606 69825 69591 Copia00110 13152 13623 -1 Copia00110 13152 13623 -1 nucleotide_motif 2085 70283 69774 BLAST_tomato_bacs Tomato BAC sequences BLAST_tomato_bacs Tomato BAC sequences match_1 match 2571 13776 15072 match_2 match 3364 11729 13524 match_3 match 3517 18826 20767 match_4 match 4549 8796 11090 match_5 match 9412 1 4748 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) match_1 match 1598 32292 33097 match_2 match 1181 29236 29887 match_3 match 636 33651 34012 match_4 match 1187 77294 77965 match_5 match 1215 53605 54262 match_6 match 1578 63879 64682 match_7 match 989 84043 84574 match_8 match 989 85535 86066 match_9 match 852 64898 65327 match_10 match 1098 29504 30093 match_11 match 959 83828 84365 match_12 match 959 85320 85857 match_13 match 513 27175 27478 match_14 match 950 81957 82435 match_15 match 462 63531 63763 match_16 match 757 65255 65636 match_17 match 1053 83580 84152 match_18 match 1053 85072 85644 match_19 match 797 84149 84587 match_20 match 797 85641 86079 match_21 match 418 11729 11943 match_22 match 839 72738 73187 match_23 match 1314 282 944 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_1 match_part 0.981 8237 8702 match_2 match_part 0.982 8237 8686 match_3 match_part 0.994 8286 9075 match_4 match_part 0.995 8306 9235 match_5 match_part 0.996 8335 8787 match_6 match_part 1.000 8335 8494 match_7 match_part 0.996 8338 8837 match_8 match_part 0.993 8341 9235 match_9 match_part 1.000 8346 8851 match_10 match_part 1.000 8364 8875 match_11 match_part 0.999 8447 9232 match_12 match_part 1.000 8576 9074 match_13 match_part 0.991 8791 9235 match_14 match_part 0.998 8795 9235 match_15 match_part 0.993 8803 9235 match_16 match_part 0.992 8851 9235 match_17 match_part 1.000 8878 9226 match_18 match_part 0.991 8884 9235 match_19 match_part 0.991 8885 9235 match_20 match_part 0.995 20652 21248 match_21 match_part 0.990 20663 21250 match_22 match_part 1.000 72301 72760 match_part 0.879 73117 73232 match_23 match_part 1.000 72301 72760 match_part 1.000 73117 73165 match_24 match_part 0.995 72381 72760 match_part 1.000 73117 73445 match_part 1.000 76661 76796 match_25 match_part 0.925 73379 73445 match_part 0.999 76661 77391 match_26 match_part 0.967 76899 77265 match_27 match_part 1.000 80095 80125 match_part 1.000 80880 81386 match_part 1.000 82091 82181 match_28 match_part 1.000 83188 83723 match_29 match_part 1.000 84680 85215 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_30 match_part 0.920 13670 13546 match_part 0.957 11552 11392 match_part 0.910 9972 9696 match_31 match_part 0.928 13670 13546 match_part 0.963 11552 11392 match_part 0.924 9972 9696 match_32 match_part 0.995 21248 20652 match_33 match_part 0.999 39209 37808 match_part 1.000 35831 35608 match_34 match_part 1.000 49250 49041 match_part 1.000 46652 46543 match_part 0.984 45730 45482 match_35 match_part 1.000 53014 52971 match_part 1.000 52841 52743 match_part 0.997 52608 52286 match_part 0.538 51607 51528 match_part 0.455 51357 51314 match_36 match_part 1.000 53874 53787 match_part 1.000 53713 53617 match_part 1.000 53348 53263 match_part 1.000 53090 52971 match_part 1.000 52841 52743 match_part 0.990 52608 52302 match_37 match_part 1.000 52978 52971 match_part 1.000 52841 52743 match_part 0.997 52608 52313 match_38 match_part 1.000 59274 59069 match_part 1.000 58973 58916 match_part 1.000 57536 57418 match_part 1.000 57280 57181 match_part 1.000 55604 55509 match_part 1.000 55423 55327 match_part 1.000 53874 53787 match_part 1.000 53713 53617 match_part 1.000 53348 53263 match_part 1.000 53090 52971 match_part 1.000 52841 52743 match_part 0.953 52608 52331 match_39 match_part 1.000 52832 52743 match_part 0.985 52608 52343 match_40 match_part 1.000 55579 55509 match_part 1.000 55423 55327 match_part 1.000 53874 53787 match_part 1.000 53713 53617 match_part 1.000 53348 53263 match_part 1.000 53090 52971 match_part 1.000 52841 52743 match_part 1.000 52608 52361 match_41 match_part 0.956 57248 57181 match_part 1.000 55604 55509 match_part 1.000 55423 55327 match_part 1.000 53874 53787 match_part 1.000 53713 53617 match_part 1.000 53348 53263 match_part 1.000 53090 52971 match_part 1.000 52841 52743 match_part 0.974 52608 52492 match_42 match_part 1.000 53834 53787 match_part 1.000 53713 53617 match_part 1.000 53348 53263 match_part 1.000 53090 52971 match_part 1.000 52841 52743 match_part 1.000 52608 52588 match_43 match_part 0.958 53834 53787 match_part 1.000 53713 53617 match_part 1.000 53348 53263 match_part 1.000 53090 52971 match_part 1.000 52841 52743 match_part 1.000 52608 52604 match_44 match_part 1.000 57478 57418 match_part 1.000 57280 57181 match_part 1.000 55604 55509 match_part 1.000 55423 55327 match_part 1.000 53874 53787 match_part 1.000 53713 53617 match_part 1.000 53348 53263 match_part 1.000 53090 52971 match_part 0.989 52841 52748 match_45 match_part 1.000 55422 55327 match_part 1.000 53874 53787 match_part 1.000 53713 53617 match_part 1.000 53348 53263 match_part 1.000 53090 52971 match_part 1.000 52841 52771 match_46 match_part 0.960 53836 53787 match_part 0.969 53713 53617 match_part 1.000 53348 53263 match_part 1.000 53090 52971 match_part 1.000 52841 52826 match_47 match_part 1.000 59162 59069 match_part 0.983 58973 58916 match_part 1.000 57536 57418 match_part 1.000 57280 57181 match_part 1.000 55604 55509 match_part 1.000 55423 55327 match_part 1.000 53874 53787 match_part 1.000 53713 53617 match_part 0.977 53348 53263 match_part 0.957 53090 53044 match_48 match_part 1.000 55578 55509 match_part 1.000 55423 55327 match_part 0.977 53874 53787 match_part 1.000 53713 53617 match_part 0.977 53348 53263 match_part 1.000 53090 53073 match_49 match_part 0.988 59232 59069 match_part 1.000 58973 58916 match_part 1.000 57536 57418 match_part 1.000 57280 57181 match_part 1.000 55604 55509 match_part 1.000 55423 55327 match_part 1.000 53874 53787 match_part 1.000 53713 53617 match_part 0.977 53348 53263 match_part 1.000 53090 53086 match_50 match_part 1.000 55578 55509 match_part 1.000 55423 55327 match_part 1.000 53874 53787 match_part 0.990 53713 53617 match_part 0.987 53348 53272 match_51 match_part 1.000 59080 59069 match_part 1.000 58973 58916 match_part 1.000 57536 57418 match_part 1.000 57280 57181 match_part 1.000 55604 55509 match_part 1.000 55423 55327 match_part 1.000 53874 53787 match_part 1.000 53713 53699 match_52 match_part 1.000 59166 59069 match_part 1.000 58973 58916 match_part 1.000 57536 57418 match_part 1.000 57280 57181 match_part 1.000 55604 55509 match_part 1.000 55423 55327 match_part 1.000 53874 53807 match_53 match_part 1.000 59165 59069 match_part 1.000 58973 58916 match_part 0.992 57536 57418 match_part 0.990 57280 57181 match_part 0.990 55604 55509 match_part 0.979 55423 55327 match_part 1.000 53874 53825 match_54 match_part 0.983 57536 57418 match_part 1.000 57280 57181 match_part 1.000 55604 55509 match_part 1.000 55423 55340 match_55 match_part 0.979 59165 59069 match_part 0.966 58973 58916 match_part 0.966 57536 57418 match_part 0.960 57280 57181 match_part 0.979 55604 55509 match_part 0.987 55423 55349 match_56 match_part 1.000 59301 59069 match_part 1.000 58973 58916 match_part 1.000 57536 57418 match_part 1.000 57280 57181 match_part 1.000 55604 55509 match_part 1.000 55423 55353 match_57 match_part 1.000 59236 59069 match_part 1.000 58973 58916 match_part 1.000 57536 57418 match_part 1.000 57280 57181 match_part 1.000 55604 55509 match_part 1.000 55423 55418 match_58 match_part 0.992 59199 59069 match_part 0.948 58973 58916 match_part 0.958 57536 57418 match_part 0.970 57280 57181 match_part 0.961 55604 55554 match_59 match_part 1.000 59275 59069 match_part 1.000 58973 58916 match_part 1.000 57536 57418 match_part 1.000 57280 57181 match_part 1.000 55604 55557 match_60 match_part 1.000 59213 59069 match_part 1.000 58973 58916 match_part 1.000 57536 57418 match_part 1.000 57280 57181 match_part 1.000 55604 55581 match_61 match_part 1.000 59273 59069 match_part 1.000 58973 58916 match_part 1.000 57536 57418 match_part 1.000 57280 57202 match_62 match_part 0.974 59258 59069 match_part 1.000 58973 58916 match_part 1.000 57536 57418 match_part 1.000 57280 57219 match_63 match_part 1.000 59166 59069 match_part 1.000 58973 58916 match_part 1.000 57536 57418 match_part 1.000 57280 57274 match_64 match_part 0.974 59258 59069 match_part 1.000 58973 58916 match_part 1.000 57536 57438 match_65 match_part 0.995 59252 59069 match_part 1.000 58973 58916 match_part 1.000 57536 57448 match_66 match_part 0.958 59258 59069 match_part 0.966 58973 58916 match_part 0.980 57536 57486 match_67 match_part 1.000 59261 59075 match_68 match_part 1.000 64051 63679 match_part 1.000 63578 63241 match_69 match_part 1.000 67804 67582 match_part 1.000 65701 65543 match_part 1.000 64913 64653 match_70 match_part 1.000 67804 67582 match_part 0.994 65701 65543 match_part 0.991 64913 64802 match_71 match_part 0.937 67804 67582 match_part 0.956 65701 65543 match_part 1.000 64913 64884 match_72 match_part 1.000 67799 67582 match_part 0.993 65701 65552 match_73 match_part 0.998 77390 76860 match_74 match_part 0.942 79640 79090 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C08SLm0005K09.1 type gene exon 8237 9235 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C08SLm0005K09.1 type gene exon 13670 13546 exon 11552 11392 exon 9972 9696 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C08SLm0005K09.1 type gene exon 21248 20652 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C08SLm0005K09.1 type gene exon 20652 21250 gene_5 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C08SLm0005K09.1 type gene exon 39209 37808 exon 35831 35608 gene_6 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C08SLm0005K09.1 type gene exon 49250 49041 exon 46652 46543 exon 45730 45482 gene_7 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C08SLm0005K09.1 type gene exon 59301 59069 exon 58973 58916 exon 57536 57418 exon 57280 57181 exon 55604 55509 exon 55423 55327 exon 53874 53787 exon 53713 53617 exon 53348 53263 exon 53090 52971 exon 52841 52743 exon 52608 52286 exon 51607 51528 exon 51357 51314 gene_8 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C08SLm0005K09.1 type gene exon 64051 63679 exon 63578 63241 gene_9 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C08SLm0005K09.1 type gene exon 67804 67582 exon 65701 65543 exon 64913 64653 gene_10 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C08SLm0005K09.1 type gene exon 72301 72760 exon 73117 73445 exon 76661 77391 gene_11 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C08SLm0005K09.1 type gene exon 77390 76860 gene_12 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C08SLm0005K09.1 type gene exon 79640 79090 gene_13 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C08SLm0005K09.1 type gene exon 80095 80125 exon 80880 81386 exon 82091 82181 gene_14 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C08SLm0005K09.1 type gene exon 83188 83723 gene_15 gene GT_PGL_15_AGS_1 transcript source GenomeThreader seq_id C08SLm0005K09.1 type gene exon 84680 85215 AUGUSTUS_tom_cdna de novo gene_1 gene 1 8357 9109 transcript_1 transcript 8357 9109 start_codon_1 start_codon 8357 8359 CDS_1 CDS 8357 9109 stop_codon_1 stop_codon 9107 9109 gene_2 gene 1 72393 77118 transcript_2 transcript 72393 77118 start_codon_2 start_codon 72393 72395 CDS_2 CDS 72393 72760 CDS_3 CDS 73117 73445 CDS_4 CDS 76661 77118 stop_codon_2 stop_codon 77116 77118 gene_3 gene 1 81151 82181 transcript_3 transcript 81151 82181 start_codon_3 start_codon 81151 81153 CDS_5 CDS 81151 81386 CDS_6 CDS 82091 82181 AUGUSTUS_tom_cdna de novo gene_4 gene 1 4571 1438 transcript_4 transcript 4571 1438 stop_codon_3 stop_codon 1440 1438 CDS_7 CDS 2609 1438 CDS_8 CDS 4571 3863 start_codon_4 start_codon 4571 4569 gene_5 gene 1 9789 9116 transcript_5 transcript 9789 9116 stop_codon_4 stop_codon 9118 9116 CDS_9 CDS 9238 9116 CDS_10 CDS 9789 9556 start_codon_5 start_codon 9789 9787 gene_6 gene 1 37869 32712 transcript_6 transcript 37869 32712 stop_codon_5 stop_codon 32714 32712 CDS_11 CDS 32775 32712 CDS_12 CDS 35831 35757 CDS_13 CDS 37869 37808 start_codon_6 start_codon 37869 37867 gene_7 gene 1 59175 52560 transcript_7 transcript 59175 52560 stop_codon_6 stop_codon 52562 52560 CDS_14 CDS 52608 52560 CDS_15 CDS 52841 52743 CDS_16 CDS 53090 52971 CDS_17 CDS 53348 53263 CDS_18 CDS 53713 53617 CDS_19 CDS 53874 53787 CDS_20 CDS 55423 55327 CDS_21 CDS 55604 55509 CDS_22 CDS 57280 57181 CDS_23 CDS 57536 57418 CDS_24 CDS 58973 58916 CDS_25 CDS 59175 59069 start_codon_7 start_codon 59175 59173 gene_8 gene 3 62358 61216 transcript_8 transcript 61887 61216 stop_codon_7 stop_codon 61218 61216 CDS_26 CDS 61887 61216 start_codon_8 start_codon 61887 61885 transcript_9 transcript 62082 61216 stop_codon_8 stop_codon 61218 61216 CDS_27 CDS 62082 61216 start_codon_9 start_codon 62082 62080 transcript_10 transcript 62358 61216 stop_codon_9 stop_codon 61218 61216 CDS_28 CDS 62358 61216 start_codon_10 start_codon 62358 62356 gene_9 gene 1 67662 63489 transcript_11 transcript 67662 63489 stop_codon_10 stop_codon 63491 63489 CDS_29 CDS 63578 63489 CDS_30 CDS 64329 63679 CDS_31 CDS 64913 64653 CDS_32 CDS 65701 65543 CDS_33 CDS 67662 67582 start_codon_11 start_codon 67662 67660 tRNAscan-SE unknown database tRNAscan-SE unknown database tRNA_1 tRNA 58.82 31819 31747 AUGUSTUS_ab_initio de novo gene_1 gene 1 8357 9109 transcript_1 transcript 8357 9109 start_codon_1 start_codon 8357 8359 CDS_1 CDS 8357 9109 stop_codon_1 stop_codon 9107 9109 gene_2 gene 1 72393 77118 transcript_2 transcript 72393 77118 start_codon_2 start_codon 72393 72395 CDS_2 CDS 72393 72760 CDS_3 CDS 73117 73445 CDS_4 CDS 76661 77118 stop_codon_2 stop_codon 77116 77118 AUGUSTUS_ab_initio de novo gene_3 gene 1 4571 1438 transcript_3 transcript 4571 1438 stop_codon_3 stop_codon 1440 1438 CDS_5 CDS 2609 1438 CDS_6 CDS 4571 3863 start_codon_3 start_codon 4571 4569 gene_4 gene 1 38809 37811 transcript_4 transcript 38809 37811 stop_codon_4 stop_codon 37813 37811 CDS_7 CDS 38809 37811 start_codon_4 start_codon 38809 38807 gene_5 gene 1 55372 52560 transcript_5 transcript 55372 52560 stop_codon_5 stop_codon 52562 52560 CDS_8 CDS 52608 52560 CDS_9 CDS 53062 52971 CDS_10 CDS 53713 53617 CDS_11 CDS 53874 53787 CDS_12 CDS 55372 55327 start_codon_5 start_codon 55372 55370 gene_6 gene 1 62358 61216 transcript_6 transcript 62358 61216 stop_codon_6 stop_codon 61218 61216 CDS_13 CDS 62358 61216 start_codon_6 start_codon 62358 62356 gene_7 gene 1 67662 63646 transcript_7 transcript 67662 63646 stop_codon_7 stop_codon 63648 63646 CDS_14 CDS 64248 63646 CDS_15 CDS 67662 67582 start_codon_7 start_codon 67662 67660 AUGUSTUS_tom_ugs de novo gene_1 gene 1 8357 9109 transcript_1 transcript 8357 9109 start_codon_1 start_codon 8357 8359 CDS_1 CDS 8357 9109 stop_codon_1 stop_codon 9107 9109 gene_2 gene 1 72393 77118 transcript_2 transcript 72393 77118 start_codon_2 start_codon 72393 72395 CDS_2 CDS 72393 72760 CDS_3 CDS 73117 73445 CDS_4 CDS 76661 77118 stop_codon_2 stop_codon 77116 77118 gene_3 gene 1 81151 82181 transcript_3 transcript 81151 82181 start_codon_3 start_codon 81151 81153 CDS_5 CDS 81151 81386 CDS_6 CDS 82091 82181 AUGUSTUS_tom_ugs de novo gene_4 gene 1 4571 1438 transcript_4 transcript 4571 1438 stop_codon_3 stop_codon 1440 1438 CDS_7 CDS 2609 1438 CDS_8 CDS 4571 3863 start_codon_4 start_codon 4571 4569 gene_5 gene 1 37869 32712 transcript_5 transcript 37869 32712 stop_codon_4 stop_codon 32714 32712 CDS_9 CDS 32775 32712 CDS_10 CDS 35831 35757 CDS_11 CDS 37869 37808 start_codon_5 start_codon 37869 37867 gene_6 gene 1 55372 45678 transcript_6 transcript 55372 45678 stop_codon_5 stop_codon 45680 45678 CDS_12 CDS 45730 45678 CDS_13 CDS 46573 46543 CDS_14 CDS 53713 53617 CDS_15 CDS 53874 53787 CDS_16 CDS 55372 55327 start_codon_6 start_codon 55372 55370 gene_7 gene 1 62358 61216 transcript_7 transcript 62358 61216 stop_codon_6 stop_codon 61218 61216 CDS_17 CDS 62358 61216 start_codon_7 start_codon 62358 62356 gene_8 gene 1 67662 63489 transcript_8 transcript 67662 63489 stop_codon_7 stop_codon 63491 63489 CDS_18 CDS 63578 63489 CDS_19 CDS 64329 63679 CDS_20 CDS 64913 64653 CDS_21 CDS 65701 65543 CDS_22 CDS 67662 67582 start_codon_8 start_codon 67662 67660 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_1 match_part 0.998 8237 9235 match_2 match_part 0.995 20652 21248 match_3 match_part 1.000 72301 72760 match_part 1.000 73117 73445 match_part 0.999 76661 77391 match_4 match_part 1.000 83188 83723 match_5 match_part 1.000 84680 85215 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_6 match_part 0.999 39209 37808 match_part 1.000 35831 35608 match_7 match_part 1.000 49250 49041 match_part 1.000 46652 46543 match_part 0.984 45730 45482 match_8 match_part 1.000 59301 59069 match_part 1.000 58973 58916 match_part 1.000 57536 57418 match_part 1.000 57280 57181 match_part 1.000 55604 55509 match_part 1.000 55423 55327 match_part 1.000 53874 53787 match_part 1.000 53713 53617 match_part 1.000 53348 53263 match_part 1.000 53090 52971 match_part 1.000 52841 52743 match_part 0.997 52608 52286 match_part 0.538 51607 51528 match_part 0.455 51357 51314 match_9 match_part 1.000 64051 63679 match_part 1.000 63578 63241 match_10 match_part 1.000 67804 67582 match_part 1.000 65701 65543 match_part 1.000 64913 64653 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C08SLm0005K09.1 type gene exon 8237 9235 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C08SLm0005K09.1 type gene exon 20652 21248 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C08SLm0005K09.1 type gene exon 39209 37808 exon 35831 35608 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C08SLm0005K09.1 type gene exon 49250 49041 exon 46652 46543 exon 45730 45482 gene_5 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C08SLm0005K09.1 type gene exon 59301 59069 exon 58973 58916 exon 57536 57418 exon 57280 57181 exon 55604 55509 exon 55423 55327 exon 53874 53787 exon 53713 53617 exon 53348 53263 exon 53090 52971 exon 52841 52743 exon 52608 52286 exon 51607 51528 exon 51357 51314 gene_6 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C08SLm0005K09.1 type gene exon 64051 63679 exon 63578 63241 gene_7 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C08SLm0005K09.1 type gene exon 67804 67582 exon 65701 65543 exon 64913 64653 gene_8 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C08SLm0005K09.1 type gene exon 72301 72760 exon 73117 73445 exon 76661 77391 gene_9 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C08SLm0005K09.1 type gene exon 83188 83723 gene_10 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C08SLm0005K09.1 type gene exon 84680 85215 GenomeThreader_SGN_markers SGN marker sequences match_1 match_part 0.998 8237 9235 GenomeThreader_SGN_markers SGN marker sequences match_2 match_part 1.000 59301 59069 match_part 1.000 58973 58916 match_part 1.000 57536 57418 match_part 1.000 57280 57181 match_part 1.000 55604 55509 match_part 1.000 55423 55327 match_part 1.000 53874 53787 match_part 1.000 53713 53617 match_part 1.000 53348 53263 match_part 1.000 53090 52971 match_part 1.000 52841 52743 match_part 0.997 52608 52286 match_part 0.538 51607 51528 match_part 0.455 51357 51314 match_3 match_part 0.990 59260 59069 match_part 0.983 58973 58916 match_part 0.975 57536 57418 match_part 0.970 57280 57181 match_part 1.000 55604 55509 match_part 0.979 55423 55327 match_part 0.989 53874 53787 match_part 0.990 53713 53617 match_part 0.965 53348 53263 match_part 0.992 53090 52971 match_part 0.970 52841 52743 match_part 0.946 52608 52388 match_part 0.786 52299 52286 match_part 0.590 51675 51593 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C08SLm0005K09.1 type gene exon 8237 9235 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C08SLm0005K09.1 type gene exon 59301 59069 exon 58973 58916 exon 57536 57418 exon 57280 57181 exon 55604 55509 exon 55423 55327 exon 53874 53787 exon 53713 53617 exon 53348 53263 exon 53090 52971 exon 52841 52743 exon 52608 52286 exon 51607 51528 exon 51357 51314 gene_3 gene GT_PGL_2_AGS_2 transcript source GenomeThreader seq_id C08SLm0005K09.1 type gene exon 59260 59069 exon 58973 58916 exon 57536 57418 exon 57280 57181 exon 55604 55509 exon 55423 55327 exon 53874 53787 exon 53713 53617 exon 53348 53263 exon 53090 52971 exon 52841 52743 exon 52608 52388 exon 52299 52286 exon 51675 51593 AUGUSTUS_tom_pot_cdna de novo gene_1 gene 1 8357 9109 transcript_1 transcript 8357 9109 start_codon_1 start_codon 8357 8359 CDS_1 CDS 8357 9109 stop_codon_1 stop_codon 9107 9109 gene_2 gene 1 44796 45041 transcript_2 transcript 44796 45041 start_codon_2 start_codon 44796 44798 CDS_2 CDS 44796 45041 stop_codon_2 stop_codon 45039 45041 gene_3 gene 1 72393 77118 transcript_3 transcript 72393 77118 start_codon_3 start_codon 72393 72395 CDS_3 CDS 72393 72760 CDS_4 CDS 73117 73445 CDS_5 CDS 76661 77118 stop_codon_3 stop_codon 77116 77118 gene_4 gene 1 81151 82181 transcript_4 transcript 81151 82181 start_codon_4 start_codon 81151 81153 CDS_6 CDS 81151 81386 CDS_7 CDS 82091 82181 AUGUSTUS_tom_pot_cdna de novo gene_5 gene 1 4571 1438 transcript_5 transcript 4571 1438 stop_codon_4 stop_codon 1440 1438 CDS_8 CDS 2609 1438 CDS_9 CDS 4571 3863 start_codon_5 start_codon 4571 4569 gene_6 gene 1 9789 9116 transcript_6 transcript 9789 9116 stop_codon_5 stop_codon 9118 9116 CDS_10 CDS 9238 9116 CDS_11 CDS 9789 9556 start_codon_6 start_codon 9789 9787 gene_7 gene 1 37869 32712 transcript_7 transcript 37869 32712 stop_codon_6 stop_codon 32714 32712 CDS_12 CDS 32775 32712 CDS_13 CDS 35831 35757 CDS_14 CDS 37869 37808 start_codon_7 start_codon 37869 37867 gene_8 gene 1 59175 52560 transcript_8 transcript 59175 52560 stop_codon_7 stop_codon 52562 52560 CDS_15 CDS 52608 52560 CDS_16 CDS 52841 52743 CDS_17 CDS 53090 52971 CDS_18 CDS 53348 53263 CDS_19 CDS 53713 53617 CDS_20 CDS 53874 53787 CDS_21 CDS 55423 55327 CDS_22 CDS 55604 55509 CDS_23 CDS 57280 57181 CDS_24 CDS 57536 57418 CDS_25 CDS 58973 58916 CDS_26 CDS 59175 59069 start_codon_8 start_codon 59175 59173 gene_9 gene 1 62358 61216 transcript_9 transcript 62358 61216 stop_codon_8 stop_codon 61218 61216 CDS_27 CDS 62358 61216 start_codon_9 start_codon 62358 62356 gene_10 gene 1 67662 63489 transcript_10 transcript 67662 63489 stop_codon_9 stop_codon 63491 63489 CDS_28 CDS 63578 63489 CDS_29 CDS 64329 63679 CDS_30 CDS 64913 64653 CDS_31 CDS 65701 65543 CDS_32 CDS 67662 67582 start_codon_10 start_codon 67662 67660 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_1 match 109 76720 77055 match_2 match 105 76816 77055 match_3 match 105 76816 77055 match_4 match 159 8408 9094 match_5 match 119 76768 77058 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_6 match 142 64332 63697 match_7 match 166 64919 64644 match_8 match 142 64332 63697 match_9 match 166 64919 64644 match_10 match 142 64332 63697 match_11 match 166 64919 64644 match_12 match 65.9 53715 53617 match_13 match 70.9 55604 55500 match_14 match 62.0 53881 53786 match_15 match 72.0 55426 55325 PolyBayes unknown database PolyBayes unknown database SNP_1 SNP 0.596159951732356 8779 8779 SNP_2 SNP 0.81419109911057 9152 9152