C05SLe0101I15.2 GAATTCACCTTGTATGTTGAAATTGGCAGACTCTACCAAAGGCAAAACATTGAACTGGGA GAAAAGATTTGACATCATTATAGGGACTGCAGAAGGTTTGGTGTACCTCCACGAGAACAA TAGAACGAGGATTATTCATAGAGATATAAAAGCCAGCAATATCCTGTTGGATTCGAGGCT CAGAGCGAAAATTGCTGATTTTGGGTTGGCCAGGTCTTTCCAAGAAGACAAGAGTCACAT AAGCACTGCTATTGCTGGGACTTTGTTAGTGATTCTTTCTTTACTTTCACCATTTAAATC ATAGCTCAAAACTTATGTTTGTGATGTGTTAAAATCTCATAACGTGCAGAGGTTATATGG CACCAGAATACTTAGCTCACGGCCAGTTAACTGAGAAGGCAGATGTTTACAGCTTTGGTG TTCTTTTATTGGAGATTGTTACCGGAAGGCAGAATAACAGAAGCAAAAACACAGAATACT GTGACAGTTTAATTTCCATTGTAAGTTGTGAACCACTTTGATACAATTGCAGCAGAGAAG AAGAATGTTTTTTGGTCAGTGATTGATTTAACTATTTTTGTGGATGAAACAAGGACAGAC GTGGCAGCATTTTCAGCATGCAAGAGTAGAGGAACTGTTTGATCCAAATCTAATGTTGCA CAACTATCACACAAGCAATGTAAAAAAGGAGGTTGTAAGAGTGGTACATGTAGGACTTTT GTGCACACAGGAGGTTGCGGGATTAAGACCGTCTATGTCCAAGGCATTGCAGATGCTAGT GAAGAAGGAAGAAGAGTTACCTGCACCAACTAATCCTCCGTTTATAGATGAGAATAGTAT GGAGCTTGTGGATAGCCATGATGATTCAGCTTCAATTGCAAACATTTCTCACAGCTCATT CTACCCCAGATGATGCCTCAAACGGATGTTCTTTGTGCTTGCACATTGTTAAGTAGATAC ACATTATTATATCATTGTTGGACATAATAATACTATCGCCCGTATATAGTTTATGTTGAT CATGAAAATGGTTCAGTGTAAAAAGAAAGATGGCTTCGTCATTCATTGATTGATGTTTAA TTTGTATTTTTCTGTTATACAAAAGGTGGATGTGATGCAAAGGAGAATATTTATCTTCTT ATTCCTCTGCGAGCCACGTTCAATGCAGAGATCATTCAAAGACCAGATTCAGATAATTTA AACTTATTTTTGTAACTAAAAGTAATATGAAATATTATACAACTAAAAATGATAAATGTT TTTACTATCTTTGATTGTTTGGGTAACAATGGGTCAATTGAAAATGTTTTCAAAACTAAA ATCAATAAGATTTTATCTAAGATATAAATATTTGTTGTGTTATGATAATTTTAAATGTCT GTTGTGTCTTTAAAAATTATTATAACATATATCATAAAGTAAATTTTTAAAAATTAATAT ATATATTTAAAAAATTATTAAATATAACATAAAATCTTTTTTTTCTTGAGCGTGCTTCGA CCGTGTCTTCGGGGCACAGTTGAATGTAGATATCATGAACGCGAGGTGCAGGATACCAGA CCGAGAAACCCGGGCAACCATTCCCCTATGTGCCAATCGCTAGCGCATCCAAGGCCCCGG CGCCCAACTCAGCTGGAGAGGCCTAGCCTGATCTGAGAAGTGCTAATTCCGAATCCGGCT AACACTATTCATTGAGTTTAGTCCACTTTTCAAAAATCAAACTTCTATATTCCTAACCAT GATTGTCGAGAATAGGGTTTATTCCAAAAATTTTAAGAATTAAATGGAAAAATATATTCA AAAATATAAATCATTATCACTATACTATTCATATTTACAAGAGAACACTCTAATTTATCA AAATCAATATCAATAATTTAATGTATTAATTTGATATAAATATCATAAACAAAATTTTTA AAAGTATACTTTTTTTCATGTCTAAAAGTATACTTCTTTTCATGTCTACCATATATATTT CTCAAAGGAACTTAAGATGTCTATTTCCCACGTAGGTATTGAGGTGATGGAACACCATCT ACCTTTCTTCGATAAGACCCTTATGGCTATTAATAATACTAATAGTTAATAATAAAGGAA CAATCCTCCATGTGATTAACTTTAAAAAATCCCATAACCAACCACCATTAGGTGTGGAGT ATATCATACTAAAAATAAGTGCATGCATATGAAATGGATTCCTAATGAAGAAAAAATTAC TCATATTTGGTTTATTCATCCAATTAATATGATTTTATTATGGTTAAGCGATATATTAAG GTGATAAAGTATATTAATTAATCATAATGAATGTCTATATAAAAGATAAATATTTTAACA TCATTTTTTTTAATTATTAAAAAGTAAGACATCATTTTCTTTTCTTTTCTTTGTGTCCTC TTTTAGTTTATTTTATTAATAAAAGAGTGCGGTATGTGTTATTCCACAATTTTATATGGT AAAGAAAAAGATAATAACATCAATGATGACGACGGCATTATTAAAATCTATGAGGTATTT ATGTTAATTTAATCGTTCAAAAGTTTATGTTAATTTAATCAAGCCTCAACAGTGAGGGTA TAATTGTATTTTTCGTACACCCCAAACATTGTCCTTTCTAATGTTTCTTTCGCATTTCCC TTTATATTCTTTAGGCTTTATATTATATTGTATTATTTTAATAAATATAATAATTTTATT AATAATAATAGGTAACACACCTCCAAACAAGCTGTTAAGGTAGTATATTACATTTTGAAG CAATGAATTATATAGTGCCTGTACTGTCGGTGGAACAAGTTGCACTTAAACTAATAATGC AAAAAAAAAAAAAAAAGTGTGTCTGCTAGTTCACCTGTAAATTTCCATTTTAGCCCCTCT CCTTACCAATAGTTGGACAGTATATAGTTTGATTAATATATCTGTTGAAATTATATTATT TTTAAAAATGTCAAATTTAATATATTTTTCAATACGAGATCATGTGATTAGCAGATATAT CATATCATATATTTAGGATGACTCTCTCTAGAAAGGTATATATTGAGGGCGTGAATGTGT AGATTAAGAAAGAAGGGTGAAATAACGCTCGATTGATTGAGCAAAAATATAAAGAAAATA TAGTTTAAATTGACTAAAATGTGAAGTAATAAGAATAAGAAAAATAATAATTTAATCAAA GAGTATATGATAAATATGTTGGTGAATCTCTTAGTTAAACATAAGTTTTTAAATTTAATT TAGAATAAGTGATGAAGTCATGATAATACACATTATTTATAGCGGGATCCACTAATGTTG ATTTTGAAAAGTAAAAAGTATATACTCTGTTATACATATGTACTGTATTAATCATTTAAC AATGAATAGTTATTCAATCGAATTGATTTCAATTTATATAGCTTAATTTAATTAGACGCA AAATGAAATTATAAGAATATTTTTAAAATCGTAAATATTATATTTATGTGATCAATTTTC TTTTTTGAAATTTAGATTTATTTAATATTTATAAAATAAAAATTACTTTTAAATTTAAAA ATGTATCATTTACTAAATAAGACAATGTCATTTGACTATCATGTTCTTTGCAAGTTTTAT ATTTGAACTATTATGTATTTATTTTTTTTCTTAATTATTTTTATCACAACACTCTAAAGT TTACTAGACCAAGTATTTGAACACAACTTAATTTTCATCCACGTGGCAGCTGAATCAGAT GAAATCATATAAATAAAATCCATTTTCTTGAAAAATGTATGAAGATTAAAGAAAAATGAA TCTAAATGAAACTTAGATCAAAATAGTATGATTGGAGTAAGTTTGTAATTTTTTCACAAG TGAAAGATGACTGTTGTTTGTTGGTGAATGAAGGGAATCTATTCTATGTAAATAGGCCAA TTTTACACTCCAATTAAAGTAGGAAGCAAAGAAGCATCAAAGAGGGTGAGCGATGTTTGT CTAGTAGTGTCGGTGTCGGTGCCTTCAACTCCTTCCACCTTCATATACTTGATCATTATT GCCCATTTGAATCTATTTCTCTTTCCTCTTCCTCTCTCCCTTCACTACTGTACTAGGAGC TCAAACAATCATCAACTCAGTATGTATGGGAGGGATCCATGGGGAGGTGCATTAGAAATT AATGCAACAGATTCAGCAACTGATGATGATCGGAGCAGGAACTTGCAGGATTTTGATAAA GCAGCTTTGTCACGAAATTTAGATGAAACGCAGCAAAGTTGGTTATTAGGTCCTACAGAG CAAAAGAAGAAGAAATATGTAGATCTGGGTTGTATTATTGTTAGTAGAAAAGTATTCAAA TGGACTCTCGGATGCATTATTGCAGCTGCACTTATTGCTGGATTTGTTACTCTTATTGTT AAAACTGTACCTAAGCACCGACACCATAATCCTCCACCAGATAACTACACTTTAGCTCTT CGTAAAGCTATCATGTTCTTCAATGCACAGCGCTGTAAGTTTTTTTTTTCCTCCCAAATA AATGTACATGATTTGTTTTTGATTTTGTCTTTGATTTTTTGACAGCTGGGAAACTTCCTA AGCATAATAATGTATCATGGAGGGGGAGTTCAGCTCTACAGGATGGGAAATCCGATGGTT CCACTACCTTTAAGAATTTGGTTGGGGGTTATTATGATGCAGGAGATGCCATCAAGTTTA ATTTCCCTCAATCTTTTGCTTTAACTGTCTTGAGTTGGAGTGTGATTGAGTATCCTGCAA AATATGAAGCTGCTGGAGAGCTCACTCATATCAAGGATGTTATCAAGTGGGGAACTGATT ATCTCTTGAAAACATTCAATTCCTCAGCTGATACCATTGATCGACTCGTTTCACAAGTAA ATCTCATTCATTTTTTGTTGAGTTAACATTTTATATACGCGTTTGGCATTTTCAAATACG AAATCAACTATCTCATTTGTGCTCTGTTATATATAGGTGGGGATAGGGGATACCTCAGGA GGACCAGATCCCAATGATCACTATTGTTGGGTGCGTCCAGAAGACATTGATTATCCACGG CCTGTAACTGAATGTCACAGTTGCTCGGATCTTGCTGCCGAGATGGCTGCTGCACTGGCT TCTGCTTCCATTGTATTTAAGGACAACAAAGTGTACTCACAAAAGCTTGTCCATGGTGCT AGAACTCTGTTCAAGTTTGCCAGGGAACAACGTGGTAGATACAGTAGCGGAAATGAAGCT TCAATTTTCTACAATTCGACTAGTTATTGGGATGAGTTTGTGTGGGGTGCATCCTGGCTA TATTATGCTACAGGAAATACTTCATATCTTCAGCTTGCTACGACTCCTGGTATCGCCAAA CACGCTGGTGCTTTCTGGGGAGGTCCTGATTATGGCGTGTTCAGCTGGGATAATAAGCTC TTTGGAGCACAAGTAAGAACATATACCCACCCTTTATTTATACTAAAACAATGCTTGTCA TTTTGTATGAGAGATCAATATTGTATTGAACCAATGCTTTTCATTCTTTGTTGCTAGGTG CTTCTAAGCCGTTTGAGATTGTTTTTGAGCCCTGGATATCCTTATGAAGAAATTTTGAGT ACGTTTCATAACCAGACAAGCATAGTCATGTGCTCATTCTTGCCATTCTTCACTTCATTT AATCGAACGAAAGGTAATCTAGTTAGCATATAAGATGTTTTTGTGGAGTTTGTGGGAAGT CAAATATAAACCGTTGGGTGTTTGCAGGTGGGCTGATAGAATTAAACCATGGAAGGCCTC AGCCACTTCAGTATGTAGTCAATGCTGCCTTCCTGGCTACCTTGTATAGTGACTACCTTG CAGCAGCCGACACCCCTGGATGGTATTGTGGACCTAATTTCTACTCCACCGATGTCCTAC GTGAATTTGCACAGACTCAGGTAAAATGAAATTCCCAATAGTTGTGAAAAAATTATTCCA ATACTTGATGAATGTTGTTATTATCGAATGTTAAAACCATTTGTGGCATTAACTTGGTTG TTCTTCTTTGACATTTAGATTGACTATATCCTTGGCAAGAACCCCAGGAAAATGAGTTAT GTTGTTGGCTTTGGCAATCACTATCCAAAACGTGTCCACCATCGAGGTGCATCAGTTCCT AAAAACAAGGTCAAGTATAATTGTAAAGGAGGGTGGAAATGGAGGGATTCATCTAAGCCT AATCCCAATATTCTTGTTGGTGCCATGGTTGCTGGACCAGACAAGAATGATGGTTTCCAT GATGTTCGTACTAATTACAATTATACCGAGCCAACACTTGCCGGAAATGCTGGGTTGGTT GCAGCCCTCGTAGCTCTATCTGGAGATAAAAGTGTTGGAATTGACAAGAACACGATATTC TCTGCAGTACCACCCATGTTCCCTACTCCACCACCTCCGCCAGCTGCTTGGAAACCATAA TTTGTTGATCTTATCAACCCCAGTCTTTTGTGTTGTCTATAGATTCATTTTTTCATAATG TGGGGGATTCTGGCTCAGACAAGTTTGAAGAAACAGGAGATGAGCGCACCGCGAATGTTG AACTCAGCCTGGTCTTGAATCTAGAGGTTGAACAAGTGTTTGTTATTTGCAATGTATCAA CAATATATACACAGTTTGTATGTATGTAACAAACCAAACCAATATATTTGTTTTCAATAG ATGTGCCACAGTTATGTGATGTTTGATCTAGTTACATCTGTAAGTTTTTATCCAAGATGT TTTACCATTTTTCTTAAAAAATAAAATGAGAACACTAACATAGAGCAGTTATTTACATAA AAATTTAAAAATGCCTCTCCATATACAACATAGAGCAGTTATTTACATGTAATATAAAGT TAAAACACTTTAATCAATTCAAGACAAACCTTTATAAAGAAGAAAATAAAAATATTGAAA TATATCGGTTTGGACTCAACAAGAATAGAATAGAGCGTAACGTTGTCTTGTACCAAAAAA TCCCATCAAAAAGAACGTTGGAGAATTGTACTTTCAATTTTCTATCCGTTTTTGCTTCCT CCTCTCTATATAAAGTACCCAGCCAGCCGAACTTCATTCATTCTCTGCTTACCTACTTGA AGATTTTGCCATGTCTTTCTTGGTATCATTACTTCACTTCCACCTCCTCATTTCTGCTTC ATAGTATTATTATTATTATTATTGTGGTTCAACTAGTCGTTTTGCTATGTATCTCAACGC ATTCTGAGTTTCTTTATTAATTAATTTTAAAGTAGAAGTACTATTTGGCTTCATCTCTGT ATGAAAGTAACATCTTCGACATGACTTGTTTCATTTTGTTTTTGAATATATCTAATTGTT GCTTTTTCTTATCCTTGTGAACATTTTTGGTCATATTATTATTGAGATATATATTGAAAT TTGTACGTAGTTAGTTGAAAATAACACCAACTCTATTTATTGAAAGATGCATTCTTCAGG CTAGTTAGATTCTCATAACAGTACCTAAACGTGAGACGTGCTTAGAAATATATTCTTTTT CAGTTTTCTAAGCTTTTTCGCTCGATTAGCATCGCTAAGGTATCGAGATCAACCTATATG TCTTTCTGATTTCTACCCTAATGCATTATTATTGATTATCAGTTCTCTTTCTACTTAACA GGGATTGAATTTTCATTAGTTTCTCCTAACATCTGTTGTTGTTCAACAATATTTTATAAG TCTATTTCCTTAGTTACTTGGGAGCATCACTTTTCGTGGTAAGATAAATTGGTTCATGAC TCCGTATTTAGTTTATGTCAACTTAAATTTCAAACTATTTCACAAAGCAAAATTGTTAAC ATGAACAACCAAATGAGGAAAAAAGCGATCGCGCTCCTTTTGTTTCCCCCTTTCATGTAA TTATTATGTTACCTTTTTTGTTATAATTTATAAATCATACACTTAAGTAGTTCACTATCG GGGTTACAAAAACTCTATATAAACTCGAAAAGGAGTATAAAAAATCATCAGTTTTCTTAA TTTAAGATATAGAAAACTTGAAGCATCATCGAAATATCTTAATTTTCTTTGCATAAAAAG CGATTTAAAGGATATGATTTGGCCAGTAATTTTCATTGAAATATCTATTTCTAGATATGA TTTTAAAAATGAAAATTTGTTCAAAAACAAGTACAACTCAGATCCGAGACAAATATAAAC CAGAGAAGGAAGAGAAAACAGGGAGACGAAGTAAAGCAAAACGATATAAGAAATATAAGA AATTTCAATTCCTTTTCTGATTATAAAGTTCACTCATCTCATTAATCACCGATGAGTCCT GTCCTGCTCTCATACCATGTGAAATTAGGTCTTAGGCCTAACTCACACCCCAAAAGCTAG CTCAAAAGAGGGAGGATTACCCAAGCCTTATAAAGAGTCCACCCATCTCATTAATCACCG ATGTGGGACTTTTGTCATTCTTTAACAATATTAATCAGCACATCGTATTCAAAATTAACA AGTTGTTAACAGAACTGCATTGGGATATTTGATACTGATACATTAGATAATTTCATCTTT AAGAATTGCTATAACGCACTTAGTGGTAAATGAATAACCTCGATCGAGTAAAGTTATCTT AGTGAAATGTTAATTAAGTGTGTAGTTGGAAATTATAAGGAGTCTAATAACACCTAGTGC TGGATGAATTACATCGAATTTAATTTTAGAAACAACTCAGGTGACCTGATTCTCTTTATG AACAAGGGTTGTTAATTTGACTTCCCCGGCTAGCATCAACATCCTCTTGATATGGGTGGG CTTCCACCAAATCTTTTGATTTTTAAATTCGATGTCTAAAACCATTAGTTATGAACAAGT ACGTACAAGTTTCTATTTGGAAAATTGGAAAAAAACTTGCTTTCAGGCGCATTTGAACTT TAAAATGGTTTTTTGCGGGACGAATCAAATACATTATCGAGGTCTTAACCCACATTCATG AAAAAATTTTGATCATTTCGTTTTGAAAAGTCTGGATCATGACTTTTCATGATATATATG TACCTTCTTTATGCTCGTTTGAACTTGAAAATGCGCTTGTTTTCTCTGCTAGATGAACTG GATACTAACTATTCATCAAAGCCAAGTGGACATTTCATTATTCACAAGACGCATGACATT ACCTCTTTGCACTATACATAACTTGATTGTCTGAGTTCAATGGCAAACCTGTAGACTGTT CTTTTCAAGTAACTATATCATAATAAGATTTTGTTTTTGCGTACAAACTTAAAAAATAAT CAGACATTTCATACATACATATTGGACTGATATTACATTAGAATGTTTTTCTTCAGTTGT AAAATTTAATTAAATACATATATATATATATATATATATCCATAGTTTTTTGGATCTTTA CTAGGATAGTCTTTCTTGTTCATTCTCCTCTCTAAATTTGTATAACAAAAAGTAAACCTT TACAATTAAGCAACTGTCACTATTATTTATTTATCATTAATTTTGATAGTTAGCTAGATC GAGAAGAATTGAAAAATATACAATTTATATAATAAAAAGAGAAATGATGAGAGCAGTATT CGAAACTCAATCAACATCTGATGAGAAGAATTGAGCACTTAGATTATCCATAACAGCTAA TTGCATATTCTCAGATGGTTTCCAATGTCTCTTCCTTTGATTTATAAACCAATTGTTGAT CTGCTTTGGATCAAGTCCTGTTGATTCTGCTAGTGAATTCTTATCAGCCTCCTATTTAAT TCAACACAAGGTAACATTATATTTCATGTCACGTTATAATTAATTAACTAAAACAGAGAG ATACTAACCGTAGGATAAGGCCATCTAAAGTGATCATCCCACCATGCAAGTAACATTTGC CTTGCCTCTTTTGGTAGCTTCCCTTTCTTCTTTTTCTTTGAAAATTCCAACTTGAGACTA CTTAAATGACTTCCAAACTTACGTAACAGCCTATCTTTCAGTTCATTATCCTCACTTCTT CTCATTGATGATGATGCATCACCACAACTTAACTCTTCCTCCTCCTCCTCATCATCATCT GCACTAACATTTTTGACATCTTAATATTAAAGATAATATCAATGCAAACTTAAAAGCTTG TCAGAAGAAAGACATAATATATAAATATGCTTTTTAACTTGACTTCGAATCACATTTATG TCCTTCAACTTTGGATGTGCACAAGTAGACACTTAAACTCGTATAAAGTTGAACAAACAG GCACACATGTCCTATATGTCATTTTTTGTCCGACGTGGTGTCGTACGTGTGTTGTGTTAT GTAGATAGTTAAAGTGTCTGTTTGTGCATTATGAAAGTAGGTGGTCAAAGTAAAAAATTT GAAGCCAAATTTAACGTCCAATATATGTATTATGCCTAGAAAAAATCGATCCACCTGAAT GCTAACAAATTACCCACAAAAGGAAAAAGTAACAGATCGGATCAAGAATTTGGAACAACT ATGTGCACCTTCAAACTACACAAATTATTATGATATCAGTAATACATAAGGAAATCTATG TATCGTTTAATTTAATGCATGAATTCATTAAGCAGTGTAGTAGTTATATAAGGTAGCATT CGTAGTTATCCATTTTCTAAATTACAAACCAAACACTATAAAATTAATTTTCTACATAGT CCTCACCAACTACCAAACAAAATATTAATCATACACATTAATATTTCTCTTAACAAGCTA CCAACATCATCAAAGATAATATAACTAATAACCTTTGTAATAAAAGCGGATCGATCTGTT GTATTAAAAATGTAGTGGAACTTGGAAGGCTGCAAGGAAACACGTGTATACACTAGTTTT ATTATATGACAGTATTTAACTCAGACAGTAAAAAAAAATATTTATGTCTCTGTCTATTAT ATATACAAGTTTAATTAATATATAAAAATATTACATAATCTTATTAAATATTTTATTTTA AAAGCACATGTTTTTAGAATTAAAATCAAATATTTTTGTTACTGACACAAATTATATAAT ATGGACAATTTACGTACTAGACCGATTGATATAAGACAGCTACGTATTTCTCGATTGCTA TTTTATCAGGCGCATATTTATATGGTAAAAACCCTCTTTAATGAAAAGAAAAGTACTCTT TTTATTAAAATTAATTTATTCTATTAGTTAAATCCGTCACAGAAAAATTATTTAACAACT CTTCATACTGCTTTTTATAAATTTATGTTAAATTAAGATAAAACATTTATTTAACTTATC CTTCTTTTTAGCCCATCCCAAAAAAGGACACAAACAATTTAATTTTAAAATGTTATTATT TATTTTAAATTATAAATTTTTTGCTTTTTTACTTAAACTTTATATCAAATCAAATTACTT CACATAAAATGAGAGGAAAGGAGCAGAAATTAAAATCAAAAAATATATTGGAAAAGAGAC ATTGGGGAGCACAAAGAGCCATGACTGGACTGAACCCACCAGAGTGGCCTACCAAGATTT GACTACCATCACCCTGCAAACACTATCACTCTCAGTGGGTTTTCAGTTTCGAGAGAAATC AAAAAAGAAAAGATAAAAATGTATATTATTTTTAATTTCTCATCCAATCCAATGTTCAAT ATCCACTTGAATTCTCTCTCTCTATATATATATGGATTTAGAAGCTTGATCACTTTGTTT CACTGTAATCCTTTGTGTGGCACTTTGCTCCTAGAGTATCAGAATAATACATCATTATGT AACAATATTTGATTAGTTTGTTTATTTATTATCTAAACTTACGTGTTCAATCTAATTTTT ATTTTTTTTAAAAAAAAGAATTGTTGGATAATAGTAGTTGTTGAATAAAAAGGGAAGAAA CAAAAGAAAAGAGTTAGAATTGGCAGCGTAAAGCACGGGAGTCCATGTGATATATCGACC ACCCGCTCTACACGGGCTGGCTTTCTCTCCCATTAATTGTTTTTGGGTCCTACCCTTTTT ATTCAATGTCCCATTATATATAATACACTCTATATAATAAAATAAGATAAATGTCCCTTC ATTCATTTATTTCTTTCTTTAATAATTCAACCTTCTTTACTACTCCTATATTTATTATTA CACTATATTCAAACAAGAGTATACATTATCGTATAGTTTGACAAATACTCTTGGACTATA TTCAAATCAAACGACATATTCGGTATAATTTTGCATAAAATCTAGAGATGATGATGCATA TACGGTCTCACTTTCTATTTCGTTTAAAGGGAGAGAACAACCTATGTCAACTTAAATAAT GTGAATACATCATATTGAAAACGGATTACTCCAAAGGTGTACCTCAGAACCAACTTTTAC TTCGACTTGGAGAAGAAAATGCATGTAAACACATATCATTTTAAGCTTAAATGATAAAAA TAAGTTAAAAAGTCAATTCAAACGGACTGAAGAAGTCTTTCCAATGCATATTATCAACTT AAATGAATCTCAATGCAAGAACCTAAATACACAAGAATTGTGTAAGGGTTCATGCTTGTT GTTAAGAAGTTGAAACTTCATTTTGCAAACTAAAACAAAATTTGGTAGTGGTAATATTCT TAAACAATCAACGTTTTCTCACCGAGCCTCACATAATTACTACTGATCAAAGTAAGGTCT AGTACTACTAACAACCACTACGATAATTACTACTCCGCAATTACGAGAATGGCTATATAA TTAATTATCTACTATGCCAATGACACAAATATATGTATTAATTTAGCTTACATCTCAAGC ATAATATTAATATAACAGGCAAGCATGCATAAACTTTTGAACATTAAAAAAAGAAAGCCA CAAGTACAACACAATAGGGAAAACAGCATCCAGCAGTTTATCAGTTTAATGCAATCTAAG CACGTGAACATATGCAGTTGATCACTTTGAACTTACTAAACTAAAAATAATCTTTTTATT GAAATTAAAACAAAAGGCACACGAGGCTAGATTAATAAATTACTCTCTGTATCATTAAAA AGTTAATCTGTACTTTGAAACTAAAAATAAATATTACTTATATAGTTTGTCAAACACAAA GAATATATTTACCCATTCATTATTATTAACAACCCTTTTATAATCTCCTCGTCAATTTTT TAGACTGTAAGGCTGCTGCCTGCCTTATACAGATCAAATTATACCATTTGCCTCTCAAAT TAATTAAACTATTTGGACAATGACAGCTTCTAATACGTGGAGAAAGCATAAAATAACACA ACTTTGTATCCTATATATTTAGTTTAATACTTTAATCTAAGCAATTAATTATTAGATTAG ATCAAATTAAAGCAAACATTATAAACAATAAGTTCCAATTGTACTTAGCATGTATAACTT ACTTTAAAAAAAAAAAAAAAACTGCCAGGCCATCGATTCTTAGATTTAAAATCTATTAAT ATAGAGTTAAGGTATATATTTCTCGATTATACATTATTGTAAGATGGAGATAAATCATTA GGTAAATGAAGAAGATTATATAATCACTTTTAAGTGAACACCAATGAGACATCAAACAAT TCCCAATGTGTCTGGCAAGAACACATAGCACTATAATATTGGAACTTGAAAAATAAATAG GATGAAGGCGTTGGAAAGACCAATTAATTGTGGTTCCACATGCAAGCCACATTCTATCTG AGAATATATATACATACATCCAACTATTATAGACTCTACTCAAACATATGGTCTTTGTTG ACATACTGTACTTGAATCTAATTTATGAGTTATGTTGTTTGAATCTTTCAAAAAATTTAT TAAAACTACAGTAGATCTTCCCAAATAAAAAAATGTAGCACCAAAAAACATATTGAAGGA TCCAAACAACATTATATGAGCTTAAGAGTCGAGTTGTTTTTCAGATAATTACTCATCTAA TAATCAATTATTATTTCAAAGACTCACATTTCTTCCTAATATCAATTATCTTCAACAAAG AAAATGACTTTCTGAAGTAGAAAATTCGTAACTAAGTGACCAAATGAGATATAACCTAAA AGATGAATGTAAAATAATGCTACAATAGTGACCTAAAACAAAATGAAGTAAGTATATATC TTTGTATTGAAAATATATATCCAAGTTGAAAACTCAAAATTTGTACTACCATCAATCATC TATGTCTAATCATACGCGTGAGCCAGCTCCAGCTACAACAGTAGTCCAAGTACAAGAATT ATGAACCCTATTTTCATCTCCACAATTTGATAGGAACTAGTTTGCTATTTGATTATATCT TGGATTCAGACATTTAAGTATTGGCCAAAGAAATGATCGATTTACATCAAAATAATCGAC TTAACCTTTATGAATTAGCTGAAAATATGTACCACTTAACAATAACTAAGTGATAAACTT GTCCTTCTTGTGCAATCATCATCAAATTACCAAAAACAAATAGATATAAATGTACAGTAA ACTTGCATGATATTAGATCATCTTAATTTCAGTTGTCCACGTAACGTGTTTAAAATTACA AGATTAAAATTATTAAAATTTTATGTAAATTCAAATTAGATCATTCTTCTGAGGGGAGAG AGAGGGAGTATATAATGATCACCTTTCCTATATATAAAACATGAGCAATGATCTAGTAAT AGGGTAGATATAGAGTATAGAGGACATACGTCACTGTTTATTGAAAGAGCTACTATAGCC ATGTCACCTCAATTGTGATATGTCAAAATCAGAATCTCTGAGCTAAAGTGGTTTTAAATG AAAAAAAGAAATTCTGACAACAAAACAAAAGGCAAGTGAAGCACCACAAAAACAATATGA GTAAAACTAGGATATCAAAGGTCCCAGTGGCACTCAAAAAAAAACATCTAACCCTCAAGG AGGGCAAAAAATTACATAGTTTTTTTGCTACTATCAATGAATTATTTTCCACAAAACAAG CAAAATTTTCCAAAATTATATAATCAGTCACGGCTTGAATACACAGAGGCAAGAAACACT TGATCATTATTTTCATCTCTGACAACTTTTGGTTATATTTTTTGTAGCTCTATGCTCCAT TATTATTTCCAAACACACATGTGAATTTTAGTAGTTCGTTTCCTTAAAATGATTTTACCT CCGATGACAATATTAGTGAGAGCGAGAATTACCTATAATAGACGTATGTTCAATTCTTGT AGTCTCTACTCATATGAGAGAAGAATTGAAGGAAAAGAGGTTCTCAACCAGAGAAAAGTA TTGTCATATTCTCATGGATATTTTGATTGAAGAAGAAAAAGGATGATGTTCTCATGTAGA AAAACCACTATGACAGTTAGAATCTGTTTTTCGCTCTGTGGAAAATGAGCCATGTTCTAT AACACAAATTTTCTACTCTAATACTACTCCATACAACAATATTTCATTACACTAATATCA ATACAAACAACATGATCGAGAAAGAGATTACGATAAAATGTTTGACTAACCTTTGCAAAG ATTACCTAATTGCATTTCAATCTTGTTGAGGAAGGTTGTTGCTTCATCAAAAGGCCTAGA CAGATCGGACTTATACTTCAACAATATATCACAATACGTTTCCTATTTGATTGAACAAGC ATATGGTATGGTCAAACAAACTATTCACACTAGATAATTTTAATTCAACTTAACTTTCCA AAAGAAAGTCCAACAATAAATTCTACAAACAGAAATAAAAGAGCTAGTAACTAACCATAA ACTCATCAAGTTCAGGATCAGCTCCTATACATAAACAAGTAGCGTTTGGTTTACGAAAAT CATTTTGTTGCCTTATCTCTTCTAGCAGATTTACTATACCCGCTGGTGCTCCAACCTGGA AAAACAAAATTTCCAAGTTATATTATATATATATATATATATAAAAATTTAGGTTAAGAA AATCCAATAATTCTTTCTAGCTAGTATATATAATGTTCATAAATAAGGAATCATAATACC ATAGTTAACCAACCTTTTGGCAATCAATATAAGCGTTGAGTAATTTAGGATAATAAGGAT GTGAGAGGATTTTAGCCTTGATAATATTTGAACCATCTTCATCATTATTATTATTGTTAT CACCACCACTTCCACTGCCTCCACAACAATTTCCACGATAAATATTATTTTGAAGCGTTT GTTCCGATGATAATTGAATAGGATCGGATCCAAACATGATGGAGGAGTTGGTATAGTTGT GGAAATTGTTGTACTCAGTTTGCATCATCAAATTCTCCGGTGACATCAAAGCTTTATCGG CATAATCATCTCTTGTGGAATTAAAACCATACATTATTTCATCATCCATATATCTAAAAA AAATACAAAATAATCAAATCAGGAATTTGTTTGATATTTCAAGTGGGTGTTGTGTTTTTC TTTTTTCTTTTTTCTTTTTTAAAAAGGGAGAGAACTAAAGGAGAAGAGGGGAAAAGAAGG GAAGGTGAAGAGGAAGAGAGGTCCCATTACTTAGAGATAAAATAAAAGAATCTAACATTT AGTTGGTTTAAACACGCTTGTAATAACTATATAATGGTAGATATAGAATATTTATTTTAT ACCTAGATTTATATTTTATAGTGTGCTAATTAAATAATAATAAATATTATTTAGTGATTT TTATTTTTTCATTTTTGTAGATGCTTGCGGATTGTTTTATTGGGTTAAAAATGCAATAGT AGTATATACTCTCGTTCATCAATTTGAAGTTTGAAATTTTGTTCGGATATATATTTTTTA TAAGCATAAAAATCTTACAAATAAATTTTTATATCATCGACTAAATGAATAAATCTATTT ATATAAATAAGATATTAAAATATTCTAAATAAGAACTATATTGATAAACACGGCACAAAT AATACATACGTAATTAATATATATATGATTAAATTCTGCATAACTAATATGTGTATATCT AAATTATGCATAATTATAATGTATGTATAACTAATACTCATATTAACTATACATACATAG CTCTATTCCGCTATTAAACGATCCCCAATTGTTCCTAGAAATTTTACACCCAAAAATATA AAGTGGGCTCAGATGGGGCAAAATATGTAATTGTAATTTTTAATAAATTAATAATAAGGT AAAATTCATTTTTTTTTAATTTTATATCCGATGTAAAATGCTTATATCAAAACCTAACTC TTTCAAATTCATTGTGTAGATCGCCTGACCATTTTGGATTCACTGGGTAGGTTCTCGTTA GAAGAAAGTGCTCTTTATTGAAGATTTTTCTATACTTAAAATTTTAATTTGAGACTTATA ATTAAAAAAAAAAAAAGAGCAACCTCATATATCTAATTCAATACGCCGCATCCTTTTTAC TGGAAATATTTACTAATGATGATCTGAACTTCATTATTTAAAATAACTGATAAAATATCA AAATACTGGTTTAAAGAGTATTTTTAATTGAAGTATTACTTTTCAATTACTAATATTGTT GAAGTTTCACAATCTCATTTTTCCTTCTAATTAAGTTAATGCCCAAACATAACTTAAAAC TTTATCTACGGAGTCGTTAAGCAGTTTCCTCTATCCAATCATATGGTTAAAATAGAGGTT TTTTCAATCATGAATCAATATGATACTAGTATTAATTTTTTTTCTCATTAATTTATAATA TTGTGTGAAAATCATCATGGTGCATTTATTTAGTAATAAACTTCAATAAAAAATATTACT AATTTATTTTAGTGGATTTATCAACACGAGTTGACCTTTTCTACTTGAAGCTTCTTGTTC CAGTGAGTACACTCTTCAACCTGTGAAGACTTCTAAAAATTACTCTCACCGTTTCATCGT AATTGTCATTTTAGCTCAAAAAAATTGACTCAAAATAATTGGGCAAATCATTCAGTTCAC ATTTTTTGTTACAAAATTTTCGAGTGTACATAGGTTATGTTGAATATTAATAGTTATGAA AATGAATAAATATATAATTGAGAAGAAAATTTGCATATAACTCAAATCGAGAAAGAGGGG AACAAGTAAAGATGGTGCAATTTGTAAAGAATTATAGCCAATAGGTTCATGAGATAAGAT GGCCATTCTTAGTGCCTTTTCCAGGTATAATATATATTTCCTCCGTCTCCATTTATATTA TTTATTTTTTCATTAAGTTTAATATATTTAATAATAATTTAATATTAAAATATTTATTTT ATTTTCAATTAAAATAATTTATAATCACACAAACAAACATGCATCACTTATTTTAGATTA TAATTATTTTTTTTTAAAAAAATTATTTTAAACTTTATGTTAAGTCAAACTAACTATATA AGTACTATCCAAATTTTGGATCAATTGCTTTTTTCCTGTTGATTTCGTTTTCATAAATGT AGTCTTCGCAGAGTCAAAGCCATCTTTTTTAATGGCGAAAATGCCCTCCTTGTCTATCCA CCTCTTTAATCAATATAACCAATAATTAGAGTATCCTCCCATCAGATCCACGTATTCATG TTCATGTTTGACTTTAAAAAAAAACTGTATTACGAAAAAATCGCGAGTCTTATTTAATTT TATATGATTTATTTTTTTAGTTAATCAAAAAATCCTGTATCATGAAAGAATCGCGAATTT TATTTAATTTTTTAGAATTTATTCTTCTTAATTAGTCAAAAGAAAAAAGATAAATTTATA TACTTATTATTTATTTTTAAAAAAAAAAATGTTCATAACCTTTATATTAGGTCAAATTAA TTCGTATAAGATAGGACTGACATTTTGTATTTGATATTTAATGAGGGGCTCATAATGCCT GTGAGGATGCCTGAATGGACTTATTTTGGTAAAGACATATAGTGCTTTAGGACTTAAAAA TAGTAATATTTATAAAAAAAAAAAGTTAAGAGTAAATAGCTTTTTTACTTTTAGGTAAAA ACAAAAATTAAAAAGGAGGCTATCCAAACACTTCCTTAGTCTAATAGATATTTTACTAAC CGGTATATCAATACTTAAAATTATAATGTGCACAAATCACTCAATTATATTAAAAATCAC TAGAATTTATATTTGACAAATTAAAAAAGAAGTTCATGAAATTCGTTGTTGAAAAGTTAG AAGAAATCTCTCTATTTTAAACAACAAAAGATAGTGTAAACATATATTTATTGTGTCGTA TAGAAAAAGTCACAATCTTTTCAAGAAGTCATACCCCTTCAAAAAAGTTAAATCCCTTCC GAAGGTCACAATCTCTCAAAAAAAATCACAATGTTTCTGAAAAATCACAATATTTCATTC TTCATTCACACATCTTGAAAAAGTTCAACAACAAATAAAAAAACAAAGAACGAATAACAC GATTTAACATAGCATGTATCGATTAAAAAGAAAAAAGAGAGATACAATTACTCTTATTTA TCACCTTATCATATAATTAAATAACTATATGAGTTATATTGGTGGAACTGGAAAAAACAT CTCCTCTAATCTTCTAAAGTTGCAAATATTTTATTATTTAATTTTTCCATTTAAGTAAGA AATAAGGAGGATAGAAGAGATCAGTATACCATAAGTTTGAAAAGAAACGTTCGAATATTA AAAGGTTGGAATACAAAAAATTGAAACATAAAAAGTTGAAAAATATATTTAAAGAACTAA AATTATTGGCAATAGTCTCCTATAAAGAGGAGAAAATGATGGTTGATCAGACAATTCAGA TTGTGATATTTATAGGAATAACTTTGTGGAATAGTAAAAAGAGAACCTTAGATAACGTTA TATTGTAACAAAAATAATTTTTAACGAAATAAATATACATATAACATATTAACAGAAAAT TATAGATTTTAGAGACATTTACAAAAAGTACTAATATTATTAAAGAAAATGTATTTAATA GCAATTAAACTATTAATGTTAATTAATTAAAACTAAAAATAATGTAATGTTACGATTATG GAATATATGCATGAGAAGAGAATCAAAGTACTTTAGAGCTACATGTATGAATAAAAACTT TATTAATTATCTAATTATTAATCAAGGGATTAAAAAGGGTTACATCTATTTGTAACTAAA AAGATTAGTCCTTCAAATTAGATGAATATTGTCCCAAAATGGTTAATTTTGTAGACTTTT CCTTTCTTTTTAATGTAGAGGATTAATTAGTTTTATATTCTCTATAGAGTTTGCCAAATT CAAACGGATAAGAGGCTGAGGGATAAAATTCACATTGTTATAAATTTAAATAGATTTTTA GGATTTGACCTTAAAATTTTGATGAATTATAACAATTTTTGCTTCAAAAATAGTCAAATC AATTCTATATTTTTACATCCGATCTTCTAATACCAATATCAATAATTTTAATCATTCGAA TTCACTCAAATATTCAAGACTCAATAGGCAATAAAATTACTCAAATAAAGTAATGATTTT CGTTCAATTTTCTTCAACCAAATCAATAAGGATAAAAATTCAATCAAATATTATTCATAT TGTTAAAGAATGACAAAGGTCCCACATCGATGGTTAGTGAGATGGGTGGACTCCTTATAA GGTTTGGACAATCTTCCTCTCTTTGAGCTAGCTTTTGGGGTACGAGTTGGGCGTAAGACC TAATTTCACATTGTAACAGAGCAGGACTCATCTCACCCGATGTTGGGGTTCCTAAAATGA CCCGTCTCACCCGATGTTGGGGTCCCTAAAATCAAAATTGTCCACGCACCAGATATTAAG CACTGGGCGTGAGGTGGAGTGTTAAAGAATGACAAAAGTCCAACAATAGTGGTTAATTAG ATGGGTGGACTCCTTAATTAGATGGGTGGACTCCTTATAAGGCTTGTGCAATCCTCCCTC CTTTGAATTAGCTTTTTGAGTGTGAGTTAGGCCTAACACCTAATTTTACACATATTAATT TCACAAATAAATAACAAATCTTCAATTTTATAACATATATCTCATTCTTTTCAATTTTAG TTTTAATTCACGTGTCTCTTGATATCAGGATTGATATAATTAAAATTTTGATGTTGTAAT GACCCGATCAGTCATTTTTAAAAAGTTTCAAGAGCTGATTTTGGGCGGGTTGTAGTTTGA GGAGGTTGAGTTGGGATGAAAAGGAGTATTTGATTCTAGCTACGTCAGCTTGTTTATTAG GTTGTTTGATGGGTATTTGTTGTTGGTACTCACTCCTTACTCTTACACATGTGTAGATTT CGAGTTCGGACCTGTGTGATCTCTTTTTCCTTCTCCTTTTGCCTTCTCCTTCTTCTGATT TTGTGGCTTGTCAAGATTTTTGAGTGGCAGTTGCTTGTCATCCCGACGGACTCTCTTATT CCTCTATTTTATGTTTTATTCTACTTGAGAAACAAAAACATTGAGACTTGTATTTATCTT TTGAATTATGTTTTTATATTAGTGGTTTGTATACGTGACAATCAAATTTTGAAGTGTTAA TAGAAAAAATAAACTTTTTGCGTTATCTTGGTCTTGATGTATCTTTTAGCATTCTTATCG TTTCGTTGGGTTAAAAATGATTTGTCTTGATGAAAATAGACAAGTCCTCACATCCACCAT CCATTTTTGGATCGTGGCAGAAGCTACCTCTGATTCGGTCAATATGTCTCTACAATATTT TCTATTGTTTTTCTTTACCGATATATGTGTGTGTATATATATAAAATTGAGATCATATCA TGTATACCCTAGTAAAAAAGATAGAGATTATTCTTGAAAATTAAATAATCGCAATAATGA TTTTGACTGTTTTATAATGGCCAACAGGATTGATTCCCATTTTATCCTTCTTTTGCTTAA TTTGGACAATACAGCAGTTTAGTCTTGAGACCTAAAATGGAAAACATTAGGTAATCCTAA TATTTAATTAAAAGAGATAAGTGAATGAAGATTTATGGTATGTATATGTCACTTTCCTGG AAGACTGTTTGCTTTGATTAGTTAATGGTAATTTCTTGTCTTTTAGCTTTTTTTAAGCAT AATAAATGTATTCAATTTAAAGGATATAACCATCCCAATCTAGTAATATACTTTTTGGGT GGAGTAGGAGGAACTTAATATCTAAAATATTTTACGTTCAGACAAAAGATTTAAAAAAAC ATCACACTTAAAAAATGTAACTCAAATTTGAGAGTTTATATCCCTCTGGCTTAGTTAAAA TCCAACTCAGTCTAATTCATCTAACAGCTTTGATCGACTAGAAAATCTATGTGGCTCAAA TTGGCACAATTGGAAACTTATAGGAATGTAGAAATCCAATATTTTATGTTTAGAAATTTG AAGAGCACATTTGGAAAAGATTTGGTGCTTATGATGGTTCGATATTTGTGTATATCTTTA TGTATATCTCATGTATATATTTGCATACATTGATAGATAGTGTGATATACATATGCCACA TGTATTGTCTATTATAATTGTAACTAGACATAAATGTCCGTGGTAGCACGGACTCAATAT CTATTATATTTTAAATTTTATTTTTTTAAAAAATATTTTAAATTATTAATTATTATAATT TATCACGTTTTTATGTTTATTTTTAAATATATATAAAAAATAAAATAAATAATTAAAAGG GAAGAAAAAAATAGACAAATGAAACCACACCGCCCACAAGGGTGAAGCAGCATGTCACCG CCACGTGTGGTTATCCAAATAAGTTGAGTAGATACTAAAATATATTGGTATACAGTAATA TACATAAAGATATACATGTTATTGCCATAAATTTATAGAAGTGGTGCGTTTGAATATATT TGGTAAATGTCTGCCGTTTTATTTTTGGATGAATCTGAATTTTGGAAGAAGACAAACGTG AAACTGGGAATTGTATATTTGATTTTTATTTCTTTCATTTTAAGCCTATTTTACAAACTC ACTCAAATTTTAGATTTAACTTAAACCATCCAATTACTTGGAAATGGTAGAAGATAAAGT CACATTATTTTCTTTTCTTTTTACCTTTGTTAGGTTTGCTTCTCATAAAAATTCGAATTC TTCCGTCGTATAAATTTGCTACAAATGGAAAGCCCTACTTGACGCTGGAATTTAGATAAG AATGTTCTTTTTAATCTTTTTTTTTTCACAAGAATTTCCACAACTACTTTGCATGCAAAT ATAAATATATAATTTTTTTTATTCTTGTTCTCTCTTTTTTTTCGCTTTGCATAATATTGA TACATAAAAATTCGTAAAGTTAGATGCTTTTGAATTACCTCAAACCGCAGTATGTATAAT TCTGTGATGCATATATTTAGCGAAAAATATGAAAGTTAAAATTAAAGTCTTAATTATCCG AGAATGGATTAGGTCAATCATTTCGTACTCCATTCTTTCACTTACTCACCAATATATTCA TCTCCAATGAAACAAAACAGACCTTTTTAGATCTACTTTAAGTTGGTGATTTGTAATTGT AAATCACAGAGAAAAATCTATGAAAATTTAAATTTTGAGCGGTGCATGCACAAAAATATT TATTGACTATGGTAAAAATACAAGTACGATACCTTTTCAATAGGTTAATAGTTTACCTAA TAAGGAATTGAATAATTCGTCCTCACACTAATGAATCATTAGCTATATAATTTTAATCCG TTCATCAACCATTAATACAATAATCAAATATCAATAATTCAATTTTGTGGTTAACTTATC AATTTGATTTAATTTTGAACAATCCTAGATTTCTTTAGAATAAAATTTATTTTTCTTATT GTTTTTTTAATATGACTATTGATATTTATATCAGAGTTTGTACATTTTAAATTTATGTCA GGTAAGACAATTTTTAAAAAAAAATCTTTATTGAGAATTTTTTTCATATTCAAATATTCA AAATTCTAATGAGACCATAGCCTCGCCCACTCCGCCACATGGTAAGATCGAAATTTGAAA CACTAGTGGTATTATTAGAACAATATTACTATCATACATTCTCTAAGTAGAGCAACAATT TTTTGCTGCAAAATTTGCAGGACTTTTCCAGAGTAAAGCAAAGATAAATACTTGTGATTG ATTGATTGATTTGATTTGATTAATATTTGTCATTTAAAGCTGCTAAAATAAATACTCCAT CACCTACTTACAAGAGCCATTGGATTGGTTTTGGCATACCCAAACAATTTAATGGAATCC AAAGGGTACTGAAATTATTTTGTTTCTTGCAATACAATTTCAGTTTAATTTTGATATTAC TATAATGGGGCAAAAGGTAAAAATTTGATAATTATGTTAGTTTGGAGCGTTAAGATGTCA CGTAGATTAAAATATTAAGAACATTTGACACCCTCAAAGAAGGCTATAATTTAACTATTC ACGTAACTTCAAGGGTATGTATTATGGTATAGTTAGCATAACGAAGGGTAAAATTTGTCC ATTTTGTATAATAAATAAATAAATTGTATTGACTTTTTATATCTTTAACAATTGATTTAT AAGAATGATCTTAGAAATGGATGTTTTTGAACTTTTTTTTGACTATGTTTGTTAAATGAA TAAACCTTCAAACTTTATTTTTAATTTTTTTTTAATTTAATTTTACCTCTTTCAGAAAAA TCGAATAAAAAATTTAAAATTACTTATTTTCAAGCTTGAGTATGATCTTCCTCTTTACAT GATATAACTTTATACGACGGTCCAACTTCCTCTTTATTAAGATCAACTTGCAATAATGGA CATAGTTGGAGCTTTATTATAGATTTATAACTAAAGTTATTTAAATTTTATGATTCAAAG TTACGTGTTTAAAGTAGAAATTAAAGAGGCGATGAAAAAGGGAGAGAGAGACAAGCGAAG TTTGAGAAATAGGAGGACGGGAAGCGAGAAAGAGGCCGAATACATATTGTATTCGTTGTG TTTTATGACCAATACTAATTGTATCAAGTGTACCAACAAATGCAAATTGTATATACACTA TGTATCAAGTGTATGAACATGTAAAATTCTATCAAGTGTATTAAAAAATATAATTTATAA CAAATATCGCAGTTGTACCAATGAAAACAATTGCGTCAAGTATATTAAGAAGTGCAATTT GTATCAATGAGTACAATCGCATCGATATCAATATTCTCAATAGCATATGAATTTAATTAT TCTCACAAAAATATTTTTCTTGATAATGAACGATGGTTAAATCTAATCCTAAAATTTCCC TTTACTATAATAAAATATTGAAATGCATGAATACTTTATTTTAACACGCTTCTACTTATA TTCGTAATAAATTAATATCAATCCTTTTGAAACATATTAAAAAGAATAATAGGAACACTA GAAGCATGTTGAAACTTGAACCTTCTACCGGATTCTGAAAATTCCTTAATATATTTGTAA AACTAAATATATAGTCCACTCACCTTAACTAGCAATAAAAATTAACAAAACTAATTCTCA TTGTGTACATGCATATGCAAGTGCCATATGTTATAGTAACTTAATACGGAGATCGCATAT AATACATCACTTTTAAGGTAGTGCTAGAATTAACTTAAAAATTTGTCAAATTTACAAAAT CAAAAATAACTTAGAATAAATTTATATTGACTTAAAATAAATCAAAAACTAAAAGTAAAT CTCCTTTTCTTTTTATTTTTTAATTTAAAACATAAATGTCATTTTAATTTACGTTTTCTT TTCAACTTAAGAAGTACTTTTTTTTTAAAAAAATAATCCAAACGGATTCTAATTAATTTG AATGACAGGAAATGGTGTCAACACAAGACAAAAAGATGCATGTCGAAGTCACGTACCAGA ATTTATCTTTTTTATGAAAAAGCAATTCATAAAAGCAGATATCACACCACCTTGAAGTTA TAAGTTAACATGCTGCAACTAAACAAAAAAGAGAATTAAAAAAGGAAGAAGAAATATTGT TAAAAATCATACAGCTATTGCATAATTAAAAAAGGCAAGGAACAAAACTGACCTTTGAGA TATGTATTTATAAAAGAAAATGTCTCTAATCCCCTAGAGTTTTAATAGGGAAATTATAAT GAAAGAATTAGGTACTAAAAACTGATCAAATTTGATTTTTGCTTATGTGTTTTTAGCTTG GTTATTTATAGAATATTTTTCCTAAGTGGGACTTTTAAACTACACCTATTTAATTTGATT TGGACCATTGAAATACTAATTAATTTTAAAACATATGATATCAGAATATATCTACACGTG AGATACCATGTAAATAATTACTAGTTTTGTGTTTACTTAACTTTGTGTTGAATAGTTAAA ATAAGACTTATTAAGTGAGGTCGAAATTTAAAAATTGAGTAGTCTTTGATAGAAAACATG TTAATTTTAAATAGACAGATTCAAAACTAAAAGTTAATGATTCGTGTATTAACTTTGGGG CATGACAAAAAAGTCAAATCCTTCATATCATATCTCGTGAGAAAAGTCGTCTTTGATTGA TTCCTCTCAGTTAACATATATTAATAATTAAATTTTACAATAAAATATTTCTCAATAATT AATAATTATGAGATAAAACTAGTGAATTTTTATGAATCTATAGGTTCTCTTCTAGATTTG CCTCAGCTCAAAAATGGCTTAGCATTAATCGATCAAAAACCGATCGAATGGTCCATTGAG TAACAATGTTATTAAAAATGATTAGTCTAAAGTGAAGCACTAATACAAATTAAATTCTGA TTAATTAGTCAACCAAGCAAATCCCCATATCAATGGAATGAGCATTAAGGGAAAAGTAAG TGATTAATTATTGATTTATTGTCATCCTTTAAAGTTGAAATATTAAGTCAAAACCTTCGT GGCTCTCTTCAAATTAAGTAAAAGTCATCATCAACGGATGCCTTCAAACAATGAAACCTT TTTTTTTCTTTTCTCTTTATTAGGGTAAGTTTATTTACTAATTATTTCACTAATTTAAAA TGCACAAAATACGAATATCATTAAGCCACGTTCCACATTCTGTGACATTAAAAAGTTGCG TTTTGACTTCTTTTATTGGGCTCTTATGGGAAGAACCTTTTTATCAAGATTGAAAGTATC CCAACAAATAAAAAGTAATTATATAAAATATTTTTTGCTGGCAAGTTCGTTTGAAAATGA GTTATGCATGTTTTATAAATTATTTATAAGTAATATCACGTTTGATAGCTTGTTAGAAGA TGATTAGGTACTCATGTATAAAATTGTTATGGTATTCAATTTGCAATTTAGAATTCCGCA TGTATAAGTTATGAGATAATATATGTATTATTATTTTAGAATTACGATAAAATAAGTGAC ATTTCCTTATAACCAATATATATTACTAATATATACATTAGTCTAACCCGCTATCAAATC CCTCGTATTTCAACTTCTTTTGTGGAGAAAAATAGTTGGTGTATTGCCACAAACTAATTT TGCTATTAGCTAATTATGTAACTTTTATTAATATAAGATGCTATGATGACTTCTAATGAT AAGAGGAATAAATGTTACCCCTTTTTATTTAATTTTAACTTCTACAATAATTTGTCTAAA GAAAGCATAACATTTTGAAAATGCTAATCTTCTTTTTGAGGATTGGTTTTGCCTTTTGGT GACTATAGTTATGGTTCATTGGTTGCTTAAGCACACTATAATTTGGTCAAGAAACATCTG GAATAGTCAAACTTACTTTCATAGTTATTGCATACTAATTATTGCCTATTTAATTATCTT ATCTTCAAATTATTCCTCCATTTGTTGTGCTTATAAGAGAAAATTAGAAAAGACTCTTTA GAGTATTGCTCTTTCTTGTATTTTGCTAATGTTGCAATGTTTTCGTGCACATATTATGAT TTTCTTTTTAAATTTTTTTTACCTGAAGAGTGTATTAATATTGAAAATCAATAAAAAAAA TAAATATGGAATTAAATTAGGACTTTAAACTAGTATTGACTGCATCAAATGAGAGAGAAT TAGAATATTTTCATTCCAACAAATAGAAAAATGTTTACATAATATTCTAGACTAATATTT ATATTAGAGCAATTTTTTTTTAGAAAAAAAATCTAACTATTAAGTATTGTTGTTGTTTCA ACTGATGTGTTATATTTAAAATTTAAAAATATATTTTTATTCCCTTATTTTTCTTTAAAC ACATATGATTGATCCTTTGTTTTTTTAAAGAAAAAAATTATTATTTTATTATTACTATTT TATTTCTCTTATTATTTGTCAAACGATTTTAAAATAGAGTTCTTTCTCTTTTTATCTCCT TTTTCTCATTCTAGGAAGTTAGCTTTTCACTTTCTAAATACATGTAATACACACATACAT ATACGATTAAAGATCACAACAAAATAACATATACTTATACAACTTACTGCTAAATCAATT TCTTTTTGTAAACATATTTCAAATATATACTTATATAATTAGAAAGGATACTTGCATATA CAAATTAATAACTTCATAAGCAAATATAAAATTTGATATAAAACGTAATTATAAAAATCA TAACTATATCATATAATATAATTTTTTTTTAATATTTGTTAAACCTAAAATTTGTGTCAA TTGCATGCCCAAGTCCCAACAGCCCAATAGCTCATTAAAAAGGGAATGAAACAAGATAAA GCCCATTGCTCATTAAAAATGAAAAAAGAGTGAGAGAGGATAATAAATCTGAAAGTTAGA TTTCGCCCATAGGGAGGAGTTGTAATGAGATGGACGTTGGAATATTCAGAGCGCGTAGAG AGGAGATAATAAATTTGAAACTTTTTTTTAAAAATAATTTTATAATGATTTTTGATAAAC TATGTAATAGATAATTGAAAACACACACAATTTTTTCTTTGACATTTGTATATGTCAAAA TTATTTAATTATTAAGAATTGGAGTGTTCAATTATAACAAGGCTTAGTTCAAGTGTGTAA ATAAAATGTGGATTTGCCTCTGTTCACGTAGCCAGCCAATTATTAATGAATGAAAAGAGA AAAAATACTATTTTTTTTCTTTTTGTTTTTTTGTAATTGGCCGACAAGTATTATGGGATT AATTAGTGAAATACTGAGTTGATACATACATGGAGTTATAAAGGGGAAGATGGTGGATGA GTGAGTCGATTCACTAGTAAAGAGAAAAAAAAAGGACTAAAGTAATGCACCATTTGGCAA GAATATAGTAAACTTACAAGCTAGCTAGTCATTCATATTATTTTATTGATTCCACTAAGC TTTAATGGCTGCTCACTATTCAAATAGCTTGAAGAATAGATATTTGAATGACCTTTATTA AAAATGTATATATATTTTATACAGTTTAAAAAGTTATTTTTATAACCATATATATTAAAT CTTGAGCGTACTTAAAACGAACTCGATAGATCTTCACCACTGATTCTAAGACTGAGGATA TTGCATTTTTTAAATTATGAATTATGAATTTAATATTTGTCTACGTTTTATTCATTTTCC ACACAAAAATAGGCACATGCCTAACTTAGGATGAATTTCTAATTTCGCTCTCAAAGAATT TAAGTGCTATTAGCCAGCTTAGACAAAAAATTATATTATTTAATATTTTTATATATAGTA AATGTTACATTCTCTTTAATTAGTTTGTGTATTTATACTTTTTCCAGATTTTCATTAAAA AAAGGATTTTGTGAATCACCAAACACTTGATGTGAAATATAAAGAGATTTGTGTGGGGAG CAATAGTGAAAAAGAAAAAGGTAAAGCATAATACATATAGTAGTGGTTTATGATGTAATG ATTTGTTGAGTTCTTCTATTTAAGGCCACAATCTATGGGCTAACTTACCACTAGCTTTGT CTCAAGAGCCTATTGGATACAATTAAAGAAAATAACACTATTCAGTTTCCCTTCTTGAAA CCTATACATTATTAAGTGAGAGAAAAAAAAAATGCAGTGGGATGAAGCAATCCACGGGTC TTAGAAAAGATAGGCAAGTTGGAGTGGAGGAGTTTTAAACTGCAGGGCAGTTATGTTGCT CGAATTTGTTCAAAAATATCGACAAATACATGTTGGATTCTCCAAATTCAACGTGATTAT AACAACATCTCTGGAGAGTCCGAGCAAACATAATTCCTCCCTATACAATTTCAAGTTTGC TCATACTTAGCCAAATTATGTGTGGATATATGGCAAAAGGATGGCAAACCGGCAAGTCAC AAAACGGCAATTGTGGACTCCGTTTTGGAGTCTTTCTTGGCTTTCAACTTAATGTTGTAC CCTTTAAGTATATTATTATATGATATCCACTCTTGTGTAAGGTTACATGCAAGTGTGTAT GTTCTAATGGATTTTGGTAAGATTGTAGTACATTCCTTCTCTAGTCCTATGTTGGAATAT ATATAACTTGAATATCATGAGTATAAATTTTGTGTTTATGCTTTGATTGTTACTTAAATA CAAGATATCACATTGTTAGATAATGAAAAATAGTGTGATTAGCTCAATATTCTCATCTCC AATACTGATCTATCTAATACACACGAACATCCCCAGCTTCTTTTTTGCATTGACAAGAAT GAGCAATAAAGAAAAAGTTCAGTTGTTCCAAGAGCCTTTTCTGGTTTTCAGGAGAGACGC ATATAACAACTCGTTCCAAGTGTCGGGTACACCTGGTAAGCACCAATGACTGCAATCCTG AGAGTGTATTGCTTCTTCTACTCTCTTGTACTCCTTTCTGTATATCGATGGATGACCATC TTTACGATAGTCTGTAAGCCTACTAATGTTCATATAAATGACAGGGGTAGTCATATTATG AAGGACGTGATGTAGCACTTTCATTTTTGAAGGGTATTTTGCTAAATAAGACTTGTTGAA TATTGGTTCCCTTTCTTTATGGCACTGCCCCCCTGAGTTCCATGGACCTCCCCTGCATAA AAAAAATAAATAATAATCCCTTCTTCAATACACAAACTTACTAACGTGAGAGATTATTTT AACATCACTATTGCTGAGTACATGTAATGTGAATAAAAGAATCCCATAGTTATCTACTTT CTGAAGGAATCAACATATATTTGATAAAATTAAAGTGTTTATTCTTCTGTATATTCATTA CGTGCAAGTTTGCAGTGAGCGACCAACTTGACCATCTCACTAAACAGCACATCCCTTTAT ACATTCACAAAACAAGCCTAACAGAAAACAGGACATACATTCACTTTCCCAGAGGTCCTT AATCATGACATCCCCTTCAGAGTTGTAGCATAAGTAACATGTAACAAAGAATTGTACCTG AAGTGTGTGACCGAATATCCTCTAAAAATAACTTGACTTCTGCTTCCGTCAAAGTTCTGA TCCACCCACCTTGCCCAAGTGGAAATCGCTCTCTTATACGCCTCTAAAACCTTGAGCCTT CCATGCACATGATTACCTTCCTGGTAGTAGTCTTCCCTATAATCCACCAAGAGCACAAGT TCATAAATTTCAACTACCAATGACATGCAAGATCCAGCTTTTAGTGAAAGAAGTAAAGTG CTAACCCTCTGGAGGTTTTCTCATGAGTCCACCAATGACCAGTGTTGAAAATTACAATAT CAGCATCACTATACATTGAAGTCGTCTTGTCCATCAAATCCAATCTTAGCGTCTCGAAAG AACCATTTTTCCCTTTAAAAGTTGATTGTCTGACAAGAAATGGAGAGCTAACAAAATCCA CAGAACAGTTATAATCCTGCAACCAAATCACAGCATGATAAGATGAGAAGGATATTAGCA ATTCTCAGGTCACGGAAAAAAGAGGTTAAATAGCTTGCCTCAAATCTGAATGCATAGAAG CCCTTCTTTTTGAATTCATGCCTTCCTGATATCTCATAAACTCGCCTTTTGTCTCGGATA CTGTGGCGAAGAATGCAAACAAGGGACTCCCACATGTTCCTATTCAATGAGTCCCCCACA AAAACAAGCTTTTGCCCTCTCAATCTCTCCAGAAAATCAGTTGCATTGAGGCTAGTGTGT GAGGTGTAAATCAGTTAAATCGACCAATATAACTAAATATGCAACATAGACTATGTAAAT CTAATAAATTTCATTGGCGATGTGAATAATGTCAGTAAAGAAACACATTTAAAACGACGT CAAGTTTGGCTGCTTGCAGTTCATAGGTGTGCACTCAAACTTTCACACAAGATATAGTCA AAAACTAACACCCTAAGAAATTTACAAGCAATTGCAACATACTGGATTAACTTATTAGAA AATACATTGTACTTTTTGGGGCAGCATCGGAATATAGATTTCTATGTTCTGTCTTACAAG GTAGTTCCAGAACATTTGTTCTTAAGTTCAATCCAAAAGTAAATATCACTTTATGCATTG AGGGTGTTACCAAAGACTAAATTGTAATTCATAGTCAAATTTCAAACATTGTGAGTAGGA GTATTAGTACTCGTACCTCGGTATGTCACATGCATATGGTTGCCATCTCCACTTGATATA CTCATCATCTGGCCTCTTATTAAGGTGACAATCAAAATCCCTATCAATCATAGGGCAAGA ACCCGGAGGATAATACGGCTTCGTGTCATCTCTAACCCATTCACCATCATATACATCACA ATCCCCATAAAAATCCCTGTGGCGTCTAATCAATGATTCTCCATCACTTTTAAACAACAC AGCATTCTTCTCCACAGGCAAACTCCCTTTACCCTCACCCACTGCAACTTTTTTTCTATC ACCACCACTTAATCCCACAACATCCTCAATATAAGTTGAGGTCACATTATAGTTTGTGGA ATCTTGGATACTCAAAACAGTTCCATTCCCTGATTCTTGAACAAGAAAGCTTTCATTTTT TACCTTTTCAGAGACATGGGGATTTCCTAAAATTTCCCCAAAATTGGAAAATATCCCACT TTCATCAATTTTATTGGTACTAAAGTTTCCACTGTGTGAAGCTTTGGAACTCAAACTAAC ACTAGCATTAGAGAAAGCGAAAGGCCAAGAAATGAGGGTACTATTACTGTTGTTATTATT ATTATTATCACTGTAACTAAAAACAGGGATTAAAAATGGAGATTTTGATGAATACTTCAA CAATAGAATACAAACAAAAGTTAAAGAAGCAGCAACACCCAAACCAAAGCCAGAAACAAC TACCTTTCTTCTTGGAGAAGAATCAGAAAATGGCAGTTTCGTCAAGTCCATTCTAAATCT CAAAACCTCATCAATGGAAAACAAAAAAATCAATGATTTTCTTTGTAATATACACCAATT TTTATGAACAAAGTTTGTTCTTTTGGCAATTACAATGTGGAAGAGGCAAAAAAGAAAAAG TTTTTTTTTGTAGATCTCTTCTAAGGAAGGACTCGTGGTGGACTGTGGGGGACTTCAATT ACATTATTTTTTTGAGATCTAATCTATTACTATATATATATAGAGTACTTATTTGAGATT TTAAAGACAAAGTATATTATATTATAGTTAAGTTTTGACGATTTTATTACTCTTTTATTT TATATTATTTGATTTTTTTTATTGTTCAAAATAATAATTGAATTACTTTTTATTTATTTA TTGAAGTTTTAGATTTTTTAGGTTATTTTATAATATCATGAAAAATATATAATAATAAAA ATTATGTCTTTAAATATATTTGTTGAATATATATGTGCAATCTTACAAATTTAGTTAACA ATAGAGGGAGTAGTAGTTCATCAAAATCATATTTTTTTTAATAAAAAAAATACCTTCAAG CAAAATTAAATGAATGATACTTTTCTCTTTCTGTTATATGTGACATTGTTTGACTGTGGA CAATACTTGAAAAAATGTAGAAGCATTGTCTGAAATAAACTTTTATTTAGATAATTGTAA ATTATTTTATTAAAAATAAAAACATTATAAAATTAATTGTTTCAACTTGTAATAAAGTTC GTGACACTTGCCACATCAAATAAGACTAATTAGAGTATTTGATTTTCATGGCAACGCCTC GTTTGCCAAAACTTCTCATAGAATTCTTGTAAGAAAATGTTTATAATTTTAAACTAAATC CAAGTAAAAAATGACGGAGGAGTAACATGAACATATGGAGTAATTCTAGATATTTGGAAA ACTAAATCCTCATATTTGCCAAAACTTTTTATTTATCCAAAGGCACATCCTATTAAACAC CTAATAAATATTAAAATATAATTTAATTGAAATTTCAAGTTCAAAAATTAGATTAGTCGG TAGATGAGTGAATACATGTTCAAATTTACTCGAGACCTACATCACGAACGGTAGATATTG TAGAGCAAAGTTATCAAATATCTAATTGTGTATAGTTACACCAAGCAGAAACTTAAGAAC AAAAACAAAAAACGAGAGCATAAACTTGTATGATTGTGTTCCAACTAACAAGTTCAATTT ACGAGCGTTTCTTGCTTCTTTCAACAAAATTAAGTAGCATCATAGAGTTTTTACAACCTG CAATGATATAATCTTACTTCACATCACAGTACGGAAAAATCTTTTGTATAAGGTTCAAAA TGGTGAATTGAGGTAAAGTAGACCATTTGGTCGAAAGCTTGCATTTGCTTCTCCTATGTA GTTGCTAAACCATGAGTAGCAAGTATATATGTTCCCCTGAACACATGTATGATTCTACAA CAACCTGCAATCATCAACAATATATATGAGTATAAGTTGTTCTTATTAGTGTGCGAAATA TCAGTTGAAACTCCTACAGGTTGGTTTCCTTATGGAGACATGATAACCAAAGAAATATAC ATGTAAAAGAATATGTGAGTTGTGTTGTGTGCCTTTGGTTACATCACAAAAAGAATAGGA TATCCTGACCCCTTTTTCAAAAACTAAAAGCTTCTAGTTTAAAATTGAGACGGAAGAGAT AATGTTGCTGCCTACATCTAGAAGTGAGCAATGTTTTATCGACAGGACAGAAAGTTAACT CGCGAGTATAGCAGTAGGTTGAAAAAGAAATAGAAACTAATCTTCTTATCTGTAAAGGGG AAAAAGAATGATGTAAGTTTCAGATTATAGAATACAGCAGTAAGTGAAGTTGAAGTCTGA ACTAGAGACAGCCTTCAATGTCTGGAAGTTTGATGAAATGGGAGGAGAAGTTTCATAGTT GTGGAACACTAAGGACCAAAAGAAGTTCAGGTCCCTCGCTAAGACGTGTCTGTAGAAAGG CAAACACTTAATGAAACCAGCATTAACATGTTTTCCTTCCAAGAATAGGCAAAGCATCGT CAACTATTACTTCAATGTTCACATTCCTCAACGTATCAGGTCATTTGGTATAACAATTAA CACCGATGATGAAGATGAAGAAGAGGAGGTCACTTCTCCCAGACGTTCTCGTAAAAGGAA TCGAGCAAACAAAGGTGTCTCTACTAGTTCTGGATCTCTGAAGACAAAGTTCTTAAGTAG TCGACGATGACACCAGAAGTATCAATCAGGGCCGACTCAACAATATTGGGGGACTTAAAG CGATATTTAAGAGAGAGGCCTCAATATTTTTTTTATAGCAGTGAAGAAGATTATAGCAGC TACACGCTTCCTAAAATTGTTTTCTCCTTCAACTCAGTTTCTCAACTCAATGCTAAAGTG AAAGAAGAAGAGCCGGATACACTCCGTTTCATGAAGATTTTGGAAAGGTGTCGGTATCTA TGAAAGAGGAAGGAGGAGGTGTCTGATCTAAAGTTATCTAGAGTGTTTTTTGAATGGGCT GAAACATTAAGGGAGATAAAGGCGATGGCTAAAAGGGGAAGGATCAAAATTCTGTTTTGC AGCAACTTCAGGGTTTTAAATTTGGATAAAGTAGAGGAAGTTCAAGCAATAAATCAGTTG GGTCAGACTCAATTATCCTCGAGTCGCACACATACTTGAAACACGTGACTCAAGAGCTAG AGTAGAAGGCGTAACACTTATTCACCATTGCAGACGACAGCAAAGTCGACTAGCTTCAAT GCAACTTCAGTAGCAAAATCTGAGCAATTCAAAATGTTGTATGATTCAACATTTGCACGA AAAAGCTATGTTGCTCGGACTTTTCAAACATGTCGACGGGTGCGTGTCCAATCCCCCCAA AATAGTGTATTTTTGAAGGATCCGACACGGGTGGGGCATCATTTTTGGAGTGTCCGAGCA ACATGTTTTAGATGTGATGAAATTATTTGGCCTCAATCGTCGTTGTAAATAGGCAACTTA ACCTATTTTGATAATTTGAGAGGTACACCGAATACAGATGAAAATGATAAAGAAGAAATC TTTGAGCCTGCCAGAAAAGATGTAGTTGAAGGGGAAATTAAGGTACTACGATGGTGTTGA ATATGAATTCGGTTTTGGGCCTTACAGCAGCTATAAGTTGTTCTCCTTATTGACGAGGCA AAATTTAAGAGCTAAATACCATATTAAGCCCCTAAAGGTTGGTAAATGTTGAGTGCTTTT GGTTACATCAAATTGAGATTTAGTTTGAGAGTAACAGATCACGCAAAGAATAGGATATCC TGACCCCGAAACAAGATTTTTAAAATAAAAAGCTTAGAATTTAAAATTAAGAGGGAAGAG CTAACGTTGCTGCCAACATCTAAAAGTGAGCAATGTTTTATAGGCAGTTGAATAAATGGA AGCGACGAAGGTCAGAGAAAATGAAAAAATTAATTCACCTGCATATAGGTTGAAAAAAGA AAAAGAAATTGATCTTCCTATTTGTAAAGGGGAAATAAGTTAGTTTTATAGTGTGTTGGA CACTGCAAATCAACACTTCCAACTGTGCCTATGCTCACAAAATGATTCAAACTTTTGAAA AATGAGTAATTCTTACGAAAGTAGGAAGTTTTTGTTAAACTTTAAATGATGATAACATCT ACCTTCTAGGGATGGCAATGCGGTGGGGCCGGACAGGGCAGGGCAGGTTTAAGCCTATGC GGGCAGAGGCAAACCCGAGATTTGAAGATAGGGGGCACCAAAAGTGGCTCAAGGGTAAGG CTAGCAGCGACTCAAGGGTAAGGTTCTCAAAGCGTCTGTTTAGGCCTCCATAATTTTGAG GCCCCAATGAATTTTAATAGTGACTTTATATTTTATTCCAGTTTAACAAATACTGAACAT TATAGTTAAAAAAAAAAATAGAGAAAAACAATCTACTTTTTATTAAGAATATTTTAGAAC AACAAAAACAATATATAATGGAAGAATCACACTCCTCTTTTCACAAGACTATAAAATATA AACTTATAAATAAACACCACATTTCTGATAGGGGAATCACACCCCTTCTTTCATAGGACA AATATAAGTACGCTTAAAAAGAAGAACTTGTCAATTTATGCAAAGATATTAGGAGTAGGA CTTCATTTATGTATGAAGATTGAAGAATACTTGTAAGTTGTAAGTTCGTAGATATTCTAG CAGTCTTATGTTTTATTTAGAATTGTGCTAGGGCTTTTATTTGTCTTTAATTTCAATAAA GAAAGGAATGGTGTCAGATGAGATGGCAAAAAGGGGTGATTAAGAAAGGAGGTGGGTCAG ATGAGGTGGCAAAAAGGCAATTAATAGAACCTTTCGCGAGATTTGAACTCGCGTTGTTTC AGTCCGAAGGGGAAACTTCGACCAAGTGCACTCAGACGACTTTTGGTTATAAGATTGCTC AATCAAATATACTATCGTTTTATAGACCATCTATACATATATATATGATATAATTAAAAA AAAAAAAGTTGTCGGGTGCATGTGGGTCCGCTTATGTATGCGGGCAGGTTTAAAGTAAGG CTGTGCACTGCGGGGCGGGTAAATTTATTTTAAATTGATGCGCGGCAAGGCTGGTTGCAG GTTTTATGTTTAAGTCTTACTGCTAGGATAGAATTGCTCCATCTTCTGCAATGCTTCTTA GCTCCTAATTTCAGGCTTGAAGTGATTAACACCTTGGTAGAAGTCATATATATTTTGGAG TTGGTAGGAATACATGGAAATATTTATTTTGAATATTTGAGTGACATTCCAAGATTAGAA TTGATAACTCAATTTAAGTAGGAATATCTGGTGTATTCATTTTGAACATCTTGGGCAACA TTCTAAAGTTAGTCTACTATAAACGAAAAAATAAGCTTAATATTAAAACACGTGAAAAAT GCAGCGAAAGAATACTTACAAGTTGTTAACTATTACGACAGGAGCTCTGACATCTTTCAA TATTTGTTTGGTAAATCCGGACAAACTAGGCTTTCAATGCAGATTTCTGCCTCAACAATG CTGTAATAACTAGTAACGTCAATATTATACGTTGCATGTGTGATAGAGTCAGTAAGCTCA ACATTAGTAACCGTTGGATATGTGATAGAGTCGTTCTTTGGATCATATATCGCCAAAGAT GATTTAAACGCGAGTAGAATTTTACCTTTACTATACGTGAAAAGGGGCGTCACTAGCTTA TAGTTCTCGGGATACCTGATGGTATACAGTTTTGTCCAAGATGCTTTAACTCCATATTCC TTCATTACCCACACATCAGAGTGATTTCTCTCATCATTACTAGAGAGGAACGAAAGATCA CCTTGCAACACTCCAAGCTTCAATTCTTGTTCTTCTTTGCAGCTAGGCAGCTCCAACTTT CCCCATTTCTCTTCAACCAAATCAATACACGAGATGCCCCAACCACGTCTACGATAAGTA ATCCAATGAAGTTTACGATGCACAAATTTAGCATCACCACAGTAAGTCACCCCAGGTTTA AAATCTTCAAGTGTTGTGCAAGAATCCCTTTTTAAACTATATATGACAGCCTCAAAATAG GCCTTAACCATGTTACTAAAAATACCCACTACCTTATAGTCATCATGGACCTCATCATAT CCAAAACCACTCTTGAACCAGGCGGAACCCATCTTTGTAGGCAGAAATCCAAACACATTC TTGAACTTTCTAATTGATGGATTCCATAGCACCAACCTACCAAACCCATCAGAAAGACAA ACCAAACCATTAACAGAACCCGAAATTTGAACACTTTGAGGTGTATTTTTCATGGGACAA TACAAATCAAGCGCCTCAATAACAGGTTCATGAAATAAACAAGTAACATAACAATATTTA ATCTCCGTCGATAGTGCATTATATTGTAACAGAGACATATGGCGGGTGTAATCGTTAGCA GAAAAATCAAGATGAGTTTTCACAAATTCAGGGCTAGATATCAAATTAAACCAATTTTTG GAAACACATTTGAACTGTAAGAGGTATTTAACTGGAACCCTTACAAGAATAGCTAGGATC AGTTCTTCTGGCAAACACCCCATGGAATCTTCCCTAGAAATTTCAGTACGCCTTCTCAGC CTCCTCTGTTTTGGGCGTCGATGACGACCTTCAGATATCATTTTGGCGACCAAAAATTTC ATCGAAAGCTTCATTCTTTGCCTTATCGAAACCTCTCTTCTTGCCGCAAGTTATAGTATT TACTACTCTTATAATATATATATATATCACCTTTTTTTGGTCGGTAATAAAGGGTTTTTT TAATCATTCTTCACCAACAGAATGTATATATATACACATTTCTCTTTTGTCTTTTTTAAT ATATTCGTCATTTTTAGCAAGTTTTTTTCTATTCTTCTTCAATTAACCACTTGATTTTGT TACGAATCAATCAAATTTTTTCTCAATGTTAATTGTTATGCTTTTTTTCTTTTTGAGATT TTTGCGCTAACGATTATTTTTCGCGCCTTTTTCATTTTAAATGAAAAAAATTGTTTTTGT TGAGTTTTCTCTAGTGATGTTTCATTGGTAGATGCTCATTTTTTTAGTGAATTCGGTAAA TGTATAATTCTATTTTTCTATAGCTTAAGTTGATTGTTGGCGATGACTTGATAAAGAATT TTGTAAAAGAAGTTCTCAAATCGAATTACGATCAACGCATAACAATCGAAAATTGCTATA ATATCATAGTTATAGTAATTAGTCAAATAATCAATCGAAAATTGCGAGATTAGTAAAATA AGTATGATAGTACTCTAAAAAAATGAAGTCTAAGTTAAAAAAAAAATGAATATTTTGAGA TCAAAAACTAGAAAAATATATTTTCAAGATTTGACTCATCATGTGACATAACTAGTTAAA GCCTAATTGACTATCACTTAATGATTAATAATTTTAATTCACTGTGAAGAAAAAACTCAG CTCAAATAAACAATGAGTTTCTTGGTATTTAAGTCTTTTCATATGAAAGGAAAAAAAGTA GGTAGGTACTTACTTGATTCATATTTTTTCTTGATTATTCGCTTGCATTCACATCAACAC ATATTGTTTTTCTGTAAATACATATCATAAAGTTACGACTCAATTGAAATGTCATAATAT ACACACCACTAGGCACTAGCTATTTCAACCAACAACTCCTTATAACTGAAAAGGAAACAG CTATGAGAAAGAGAGAGATGCACAACTCTACATATTTCAAAAAGTACTCACTACAACATC CACAGAAAGAGAAAGAGACGCACCCAATCAAGCATAACAACACCTTTCTGGTTGGCCCCT CGACCAAAGTCCATAGCTTTCTGACCTGTAATCAGCTCAAGTAGCAAGATTCCAAACCCA AAAACGTCAGTTTTTTCAGACGATTGGCCAGTAGACAAATATTCTGGAGCAATGTGGCCA ATGGTGCCCCTAACAGCAGTTGTCACATGAGAATCGCAGTGATCCAAGAGCTTTGCCAAT CCAAAATCACCAACTACTGCCTCAAATTCTTCATCCAACAGAATGTATGCTGCTTTGACA TCACGATGGATAATTTTGGGATCACACTGCTCATGCAAGTAAACTAGCCCTCTCGCTGTA CCTTGTGCTATCTTCTTCCGCCTTGACCAGTCTAACAATCAAACATTAAAATAAAATATT TTATTTTAATGTTTGATTGTTAGACTATATGGAATATTGCTAGCTAGTGGTGTGTACATG TAGTTTACAAGGCTCGCATACTTCAACTCTCTCTCGTTTAATGATATGCAGGTGAGAAAG CTGCATCAAGAGGAGAAATTGAATGTTATGGTAGATAGCAATTTGAAAAATATTGTTCAG ATTGTGAGTCTCCTTTGTGGAAAACCTTATATATTTATAGCTCTTAGCCGTGCTTCCCAT CTTCTAAGAACTCTGACTCTTTTGTTGCTTTGGATACTTAAGTCTATACGTCTTTGGACT CCTGTCCTGGATATGTGTTGTACAGTTAAGAAGTCTCATATCGGTAGAGGGATGGGAATT TGGTCTCTTTAGATAGACTTGGACAAACCTCCCCTCATGAGCTAGCTTTTGAGGTTCAGT TAGGCTCATGTGTGTGTAGTATTATAACTCGTGATCTTTTCTACTCAAGACTCCTTTTAT TCAGAGATAAAGTCAAGTTGGACTCTGTATGCTAAAACATGTATCATCTACCTATTTCAT GAAGTTATTCCATTACTTTGTCAATCATCAAAATATACGAAACCCAACAGAAAATGATTT CTTTGCATCCCTCTACTAGCTTTTATTTAGAGATGAATAATAGAAACTTCAGTCACATAT CTTCAAGAAATAGATATTGAATGGTATATCAAACACTTCAAAAACTGGACAGCAGTACTA TTCCCAATTATGAGAAAAAAGGAACTGACCCATCTTCAAAAAAGTTCAGTTTTAGCACAC AGATTCAAGTATATAGCATATAGCCTCTTTAGTTACAAGTATAACATTAGAAAATACGCA TATTAAAATTTAGAGAAATCGAAATGTAATTAGGTGAATATCGCAAGAGTGTACCAGAAA CGAGTCAAGCAAATGGTTTTCTAGCCCAATCTGGAGGCTGTATTGTAACTGTGAAAGCAT CATTTGCCATGTCTTCATGTTGCGCAGTTTGAATTTCCAAGGCTGAATTGGAAACAGACC GGCCACACCTGTTTACTTCAATGCTTTTCAGAGTTACGGCATCACCAAAATGAGAAGGGA TTTCCTCAAGCTGCTTACACTTGGTTAAAACCAAATGTTCAAGCTTAGGAAAAGCATCAT TAGAGAGGGACCACTGTGAAATGTTGATGTTGTCCAAATTTAAGTATTTGAGTACACGAA ATTCTGAATCATTCACTTCCCATTCATTCCCTTCGAAGGCTCTGGAAAGCAACCTTAGGA TCTCCAAGTTAGGCAGTTCTCCAACGATAGAAATTTCGTACCAGGGTAAGCGAAACTTAG ACAAAGTCAATTCCCTTAGTTTTGAGGGGAAATTGAACACATGAGGAAGCTTAGATGGAT AGCAGTTGGAAACCAACTTTAGGGATTCAAGGTGACTTAGAAACTCTAATGTGGGAAAAC GAACACACCTTCCCTTCAATTTCTCTAAATAACTAAATGTCTCCAAAAATATACAATTCA ACTTTCTCAAATTTGGCATCTTTGTCAAAATCATCTCTGCATCTTGACCATAAGAGAGGC GTGGAGTGGAAAAGGTTTCCAAATAATCTAATTGAGAGTTAGAAAATGATTCACCCATGT TTCCTTGCAAACTAAATGAAGCACGATTTTTTACAAGTAAATGCCTCAATTTGACCATCT TTAGAATAGAAGAAGGTATTATCACCTCTCCTCCCAATCCTCTTACCACAAAAGTTTCAA GATTCCGAAGCTTAGCTATAAACGAAGGAATTGAATTTGCATATGTTTGAACAGCAAAGT ACCTCAAATGAATTAATGACTCTACTTCACTAGGAAAAGTGCCACCTATGTTGAACGATT CCAAATCCAACACTTTAACAAGTTTGAAGCTGTCAAAGATGAAGGAGATATCACGAGGCC ATAACAAGCTATCCGGGTCTGCCACTTTGAATTGTAAAGAACGGACATTTGAGCCACATG GACGCCACGAATCAATCTCATCTTGGTAAGAATGGATGAACAATCGGTAGTCTTGAGGTT TTTCAGGAAGCATATCTTCTCCCCTAAATCAGAAAAAAAGAAGGAACATAAACAAAAATA AGTGACAATGAGAAGCATAACACAACGAAATCAGTATAATTCTCTCAGTACCTGTTCATT TGGTTAAGGAAGTTTTCTTGCTTGGACTTTTCTAGGCAGAAATTGTGCAAGAGATCATGA ATGCGACAACTTTTCACCTTATCATTAGGTCTCTCCTTCATGACCATTACTAGATTTCTA CTAATAAGATCTTCCAAGAAATCGTGTGCGGTATCTGTTCTTTTTTCCTTATTTGCTTGT ACAAACCCTTCTGCTTGCCACAACCGAGTCAATTTTGAGACATGAATATCCTTCCCCTTA AAAAATCCTCCAAAATAGAGGAAACAAGGCTTCAGATGATGCGGTAAATTCTTATAACTG AATCCAATTAAAGACATACTCTTTTGCAAGCTACCAATATTTTTGGAACCTAAACTTTCT TCTACTTCTTTCCACAAATCTTCTTTCTTCTCTTTCTCTTTTAGAACACCACCAACTAAT ACAATGGAAAGTGGCAATCCTCCACAACTTTTTGCTATTCGAAATCCCACATCTACAAGT TCAGTTGGACAGCTCTCCCCTTGAAACACCTCTTCTTGTAATAATGTCCAACTCTCATCA TCTCTGAATAAACGAAGATGATGGGGTTCACTCTTACATTTAGCATAATTGGCAATGTCA CTCAGCCGGGTAGTTAGAATAATTCTACTACCATTCTTAGCATCTCTGAAGCACATATAT AAATGGTCCCAGACTGTTTTATCCCACACATCATCAACGAGAATTAAGAATCTCTTGGTT AACAAAACTTGACGCAGCTCAGTAGCTAATTCACCATCTTCTTTTCCAGTGCGATCAGCG GGATCAAGAACATCATTCAAGATGGTAAGCAACAACTCTTTCCATGAATATAGTTGAGTC ACACGACACTTAGCGTGAACATCAAAGTGAGGGGTAACTATGAGATTATTGTAAATCTTC TCAGCCAGAAAGGTCTTGCCGATTCCAGGCATACCAACTATGGAGATAATATCTAGCTGA GAAGATCTTCGAAGTAGTTGCCTCTTAATTTTATCCATTGCCTCGTGAAAGCCCTCCATT TCTTCATTTTCTCTTGGCGTATAAGCTAATAAGGATGCCACAGGATTCATGGAGGTCTTT GCAACTTTGTTCACTATCACATCTATCTCCTTTCTTTCATAAGTCTCAGTAACAGCTTTA TTTAAAAGCTTGATATTCTTAAGAACTTCAGACATTCGATGAGATTTGTACCAGAGTGGA TGAGAACTGACTAAGCAGGAGTCAATGACAAACTCTGCTTTATATGCCATTTCAGTGACC TTCAATATAAAACCATAAACTTCATCTAGCTCATCAAAGTTCTCAGCGAAATGATCTCTT AGACACAGTATGCCTTCCTTGACTGATCCAATCTGATCCTTCCAGTCAATAACGGAATCG AGCTTAGAACATAACAGCTCCTCCAAGTTTCCTAGAAAAAATTGAAGAAATCCTAATCCA TTTGTCTTGGGGAAGCTATAACTTGATGACTCTGGAGCTTTAGGAATAATTGTTTTGACC TCTGTCTCAACAAACTTAAGCAATTGCTTCATATCGGAGAGAGATAACATGTAATACCAA GCAGATTTATAATCCCCAACAGACAATAAACAGACATACTTGGTATCTAGAACATGTTTC ATGAGGTCTTTGAGTCCTTGATGCATATTGTAGTGTTGTACAACATCTGCAAGAAAGTGT CCCAAGTACATAAGTTTCTCTTTGAGAACTCTACTTCGATTCATCAGAAAAGCAATCGAA CCAGCATCACAGTCAAGCACTGTGTCCAGGCGGTTTGATAAAAAGTTTAAAAGGCCTTTG ATATCTGGCAAAGTCATAAGTGATGCATCCAAGACCTGAATGCATACCTTTCTAATTTCT ACCTTGATAAACTTAATATCATATAGGAAATCAGACAATATAAGACACACTTCCCAGGTG CTGTTTTCGTCCATGAATCTTTCATTACGAAAACGACTGAGTTGTGCTAACTTGTTGGCA GTCTCCTCAACATTCCTCAAGAGATGATGATATTTGTTAAGCTTCATCTGTTGCCTGAGA ACATCCATTAGAAAAGCTCTGAGGAAAATAAGCTCTTCATGAGCACTTTCAACCATATCC AGTATTGGAGCTTTCAATGTGGCCTTGGTTAGCATATCCATCAAGGTTTCCTCAGGCTCA ATAAGCTTTAAAGCTACAGTCAAATACTGAAGAACAAGACTGACCCTTCTATTTCTGTTA CTATCACCAGCAGCCTCAATTTCGATAGTTCCAAATCCACTACACTGAACTAGAGGATCA AAAAGATATGTTACCAGGAGCAACAATCCATAGTAAAACTTTTTAACCTCATTTGTATTA GTAAATGTCAAACTGGTTTCATTCTTCAGTTGCAGGTTGTCAAGAATATATTCATGAAAC CCCATCAAAACCAAATCCATCATCGGGCTATCGGAAGAATCTATCGTTGATGATTTTAGC ATGCTGAAATAAGAATCAAGGACCTTAAAGTTGAGAGGAAGAAAGTTCAACAGATTTATT GTGGGATGGTCCAGTATTGATGACACAGAAATTCTGGGACATATCTGTCCAATCACTGCC CTAATAAACCTGAACTTAAGAAGCAACTGAAAATGTGACCAACTAATTTCCCTGGCTAAG CCTTCTTTCTTTATGTCACGATAAAGAGAATAAATGACCAACCATGCTTGGCTAGTTACA GATTGAATAAGATTGAAAAATTCAGTGACGTTAGTTTGCTCTTTGCACTGCTCAAATGCA TCCATGAAAAAAAAATTCATGAATATCAGCTCTTCCCGAACACAATCAATCAGATCTTTT AGAGGAGCTATTACAGTGGGTTTACTTTTCAGTAGCTTAATCAGGGAGACTTCTACCTTG ACATGATTTAACTTCAGTTGCAAAATAAAAGGCAAATGGTCTGTTTCAGTAGTCTTCATT TTCACTTTCTCATCATATGAGGTGTAGATTGCAATCGCTGCCTCAATGGCCACAGCTTGC ATCTGTGATTGAAGAGAAATCAATTCTCCAAGTGGAAATGGATCTGATTTTATGTCCCAG AGAAATCTAGAAAGGTGTGAAAGTCCTTGTTGGAGACGAATGCACGGACTTTGATGAACA TTGCTTAGTAGCTCTTCCAGATCATTACGGAGGGCACTAACAAAATCAAACATATATTTG GCATTCATTGTAGTCTCTGATCTGAATGAATTTAACCCCATCAAGACACTCAGATAAATC TGCCTCACATCAGGGCTAAAAGGACTTATCCTTTTCAGAAATTTAGAGATATCAGTATCC ATAGTGCCGTTCAAGCCTAAGAAACATAGGTATGCTGCAGTGTAAGCTACATCCTCAGCA TGGGTGAAGAAATCCTTCATACTCTCATGCTCAATGCACTGCTTTGCAATAAACGTGAAG AAGCCTCGTATATCCACAGCTTCTTGACAAGAACAGACACATGAGCATCTGCACTAATAA AGAACAGTGCATGATGAACAGAAACAAGCAAAGATTTGACAAACTCCACCATCTCCAGAG TGACTTGGCTAGATGATCTTGATGGTTTTGAAGCTTTGATTCGCTCAGCAATGTTCTTCA ATTTGATTATTTTCAGCACCTTCGAAATCCTTTCAACGATGTCACTCTTCTGGCCTTGAT CCTTCATGTGAGAAGATATTGCAGACAAACCATCAAGAGCTTCTAGAAATAGGGGCCTAA GATATGTTGATATCGTATTCTCCGGGGATCTCTTCTCCAGTTTTCTCAGAAATCCAGCTG CATGTTCTAGATTATTTCTAGCATCCTCCAGTTGATGAAACGTCGACATATCAAAATGTT GGACGTCCCTCACAAAGTTCATGGCGCCTATCACTTTGCCACACTCCATGGCCATCTCCT TATTTCAGTTCCCTCTAATTGTTAACAAATCCTGCATTAAATGGAATCATCAATATCAAC TTGACTTAGAGCTTGACACCAACATATTTCATACATTCATTAATTTTACTGATTCCATTA CCCGCTAAGCAGTGAATCCTTGATTTAGGTTGCGGTTTTTACACTTGTAAAGCCGATTGA TTTTTCAAGTTAAATCCTACTGTGTACTTGACGATTTTTACACCTTTTGAGCCAGGTGGA TAGGTGTTTTTTCATGTTAAATCTTACTGGATACATCCTGATTTTACACCTTCTGAGCCA AATGATTTTTCACATTAAATTTTGTGTCCATTACTATTCTGCACTTCACAATTATAACTG TTTGAACTAAATACTTATACAAAACAGGTTCTTTATTTGTAGCTTAGTTTCTGCACACTT GCGTAATAGGGGGGCAGAATTTTTATTCTATTTCCTGAGTAATATATAAATACTTTGAGT TTTAGGAATAACAACAACAGCCATCGAATCCGTAGAGTGTAGAGTGTATGCAAACCTACG GCCATAATTCTTCCCCCGGTTCTACCTCCTTCTGCAATAGTGATCTATCCCGTCAATCCC ACCCGCGAGCTATCCATTCTAACCTGTCTTTGCCTAGCAAGATACGTCTAGTTCTCCCTC CGCTTGCCTATCTCAGAAGGAAATTGGAACAGTCTCCGATTTCAAAGAAAAAGCTGAGGC GAGAGCTATACCTTCTGGAACCAAAATCTCATAAGAGAAGAAAGCTTTTAACGTGGGTCG GCGTATAGCCCACTCCATTCTATCTATGACGCATCGGATCAACTCTGAGTAACGAGAGAG ATTCTCGACACGAACGAACGACCCACCAAGTTCGAACTGACATAGGTGAATCGGACCAAC ACCTATCAACCACCAACAAGGAGTCGCTTTGGTTAGCAGGCAGGCCGCTTAGATCTTTTT AGCATAAGACTCAGATAAATATAGGGTTAGCATCCAGTTCTGAGAGGTATAGAGATTGAC CCTAGGCTCTAGTGCAGAAAATTCAAGTAGAAAGAAGAAGAAAACAATGTCACATTTATC CTACCTCTGTCTTTTCTTGCAACTTCTTTTTATATTTTCATTCATATTTTAATATATAAA ATTTATTTGTTTTATTGGTTGTACTGTACATAGTTTAATATTCTCAATAATATTTATTCT GATCAATCTTTTAACATTCGTTAAATACTCTATAAAGTGTATTATAAGGTGGGTTTGTCC AATTATTTCATTTGCCTATTTTGATTAGATTTCTCCTCCAAAAAGTCTTACTTCAGATAA ATCTATTCCAATATAATTGATTTAGCTATAAATACTGACCAACACTTTTTGTATTATTGC TAAGCTAGCAGCATATTCATTTCTTTTAGTATAATATCTATTTATGAAAAGCTTCTGTTA GCAATAAAATTCAAATTCAGATACAAGTTGATCTGTGAATGTCTTTGCAGATTTGAACTT AGAAATGTGGACATGGACTATGCTTGGAGCACTTTGGTTCATAGTTGATTGTGTACTCGT GTAATTTAAAATGGTATAAAATATGCGTGCGGTGCACGTGTTCGAGAACTAGTTAATTAA ATAATTATGTCCCTTTCGTCTGATGTCATTGCAAAAAATTTAAACTCAGCAAGTATAGGA CGGTATGGTTGAATTTGTTTGAGGTCAAAGATATGTATATTTAATTTAATTTAACTTGTT GGATTTGGTTTATTAACAGTCCAATGTGTTTGGAAATATAGGTAATAAAATGAGTACAGA AAGTAGTATTAAGTGTTGGAGCTTTGATAATAAGTGTATTGCTATAATATCAAATGCCTT ACAACTGCATAAAAACTACAGCTATTTACTATAGGTTATATAAAGGTTACATTAATTAAC CAATAAAATATCTCCACTAATCTCAAATCTTTCATATAAAAAGGAGTACTGAAATCATAA TTACATGCCCTATCATTTTAAAAATTGAAAGAAGAAGGGATATATAATATCATATATGAA GTCAGCTTACACATGCATGACTTATTCCCTTTTCTTTTAGAGAATAAGAAAAAGAATACA TACTACACATTGAACAGCAATGAAATACTTTTCACTTCAAAGTGGATGTCATCTAGGTCC AGAAAGTTCCATTGGTTCAACTAGTGAAGAGTCTTGGACGTAGTCGGAATACGTTTGTGG AGTAGGTTCAAAAGCTCGCTTTCTACGAGTCTCCAGATTTTGTGATGCCGCCCATTGTTC AGCCAATCCATCGCCTTCTAACATCCTTAGTGCTTCAGACATTTTTGGGCGATGACAAGG GTTGAAATGGGTACATAAAAGGGCAACTTTAACCATCTCTTCTAGCTCAATACGCTCAAA ACTATTTCTCAAATTGCTATCTACCATAAGGTTCAATTTATCCTCTTGATGCAGCTTTCT CACCTGCATATCAGTAAAACGAGCCTTGTAAACTACATGTACACACCACTAGGCACTAGC TATTTCAACCAACAACTCCTTATAACTGAAAAGGAAACAGCTATGAGAAAGAGAGAGATG CACAACTCTACATATTTCAAAAAGTACTCACTACAACATCCACAGAAAGAGAAAGAGACG CACCCAATCAAGCATAACAACACCTTTCTGGTTGGCCCCTCGACCAAAGTCCATAGCTTT CTGACCTGTAATCAGCTCAAGTAGCAAGATTCCAAACCCAAAAACGTCAGTTTTTTCAGA CGATTGGCCAGTAGACAAATATTCTGGAGCAATGTGGCCAATGGTGCCCCTAACAGCAGT TGTCACATGAGAATCGCAGTGATCCAAGAGCTTTGCCAATCCAAAATCACCAACTACTGC CTCAAATTCTTCATCCAACAGAATGTTTGCTGCTTTGACATCACGATGGATAATTTTCGG ATCACACTGCTCATGCAAGTAAACTAGCCCTCTCGCTGTACCTTGTGCTATCTTCTTCCG CCTTGACCAGTCTAAAACTGGTTTACCATTTATGCTATCTGCAAATTTAGAAACCACAAT GCATTTTCAATCAAGCCAATATAAAATTCAGTGAGTTGGAAACTATTAAAAAGTAGCTGA TGAAGTTCCAGAAAAGCAAAAGGAGTTTGCTTGGCTTACGAACATGCAGAAACATACCAC AATGGTTTCAGCCAGCAGCAAACTGATAATGTCCTATCAGATAACTACAGAAGTACAGAG TATGTGAAGGTGAGCATACCACCGCGGGCTCAAGGATGGAACTGAGGTAAGGGTGGGTCG TAACATCTAAGCTAGTACTTAACCAGAATCTTATGGCCTCAATTCATCTATGACAGCGGT TGCTGGTCTTCAGAACACTCGCTATCATGTTTAATGGCAATAAATTGGGAAGTAGGAACT ATTCACTAAATGACTACTTTTAAATTAGACATGCTTCAAAATTTGGCACCATTCTAGAAT TATATTGGTCTGTACACCTTTTACAACTTTAAGAACTCAAATTCATTTAACTATCCTCAC TCTAAAATTTATATGATGCTTTCTTCAACAAGTATAATAACCACTATTTAAAAAAATTCT CCTACTCCAATGTAATAAATGAGTGAAATTAAAATTTTAAACTCTGTATCCTATCAATTA TCTGTCAAACAAAATGAATGAATGGAGTAGTAACAAACAAACACCATGTGAGGATATTTA ACTTTTATAAATGGAAATGTTGGACTCATTATCTGAAATCAATAGTGATTATTATGTATT AACACATGGAGGCAAGAAGTAACCTTTTAATCGTGATGCTACACTTCCATTTGGCATATA GGGGTAAACAAGAAGCCGTTCACTTTCAGCTGAACAAAACCCCAGCAGATGGAGAAGATT TCGATGGACAGCCAAACTAATCAACTCTACTTCCGTCTGAAATTGATTTTCACCACCAAC AGCATTATAGTCATTCAATCTTTTGACGGCCACAACAGTACCATTGTTTAAGCTGGCCTT ATACACAACCCCAAATCCTCCCTTTCCCAAAATACGTTTTGAGCTGAAATGGTCAGTGGC AGTCCGTAGTTCCTTAAGGGTGTACCTTTTCAGGTGACCCAAGCATACCTCTGGATAACA ATGATCTGCATTTGAGAAGTCGCTACTCAGATACAGCTTTGAGGAATAGCTAGAGACAGA TGAAGAATATCTTTTGAAAAAGTGAGACAGGGAGAAAATAATAGTAGTGGTTTTTGTAGT AACAAGTGATGGCAAATGATTAGAAAGAGTAAAGGCAAAAAGGTCCCAAAACTGATCCAC ATATATGAATCAGACAAACAAAGTAAAAGATTATCAAGAGTAACTTTCAACGCAATAAAT GTGGCAAGGCAATTCATCAGGCATGGTGGCCGGAGAGAGTGAACACAACGCCATCTTCCT TTTACAGAAATATTTACTTCAACTTTCACAAGAAAATGCAAGTGTGACCATTCAGATATG TGATTAACAAATTATTCTGTTAATGTTTGGAACTAAAAGTTTAAGTTAGCCTGTACTGGA TCAGGACTTGCCCCGATAACAACAAAATTCAAACAACTTTTATGAGTCCTTACTAGGAAA ATTGACCAGAACTACTGAGTATGCAAAAGGGCATAATTTTCTAACTGACGCGGCTCAAAA GTTCTTCATATTCAACAGGTTTATTGAATATGGTAAACACAGAATTTATCCCCAATACCT ATTACTTGATCACTCATGTCCTCTCTAAAACTAAAAATGAATTTAAAATCAACAATGACA AAAATCTTTATAGAGATTAAAATAAAGATTCAAACCACAAGCAGGTGACTCTATTACATC CTAGCTTAAAAAATATTCACATGAGACCTAACACCAATCACTCAGACAATAATGAAAAGC TCACTTGGCTCAACTTATATATCTGTGGCAGGAAAAGAATTAGACATGCAGAACTAATAA AAGCTCAAATTATCATATAGAAGAGGGGGGAGAAGTAAATCAACTTACCATTGACATCAA AGAAGATCTGTTGATTATGTCTGTAGCGCCACCAAAGAAGCAAAGCCAGGGCTATTATGA CCAAGAAAGCAGCACCAAAACTTGCAACAAACGCAACAACCACGCGACGGCTCTTGCGTG CAGCACCAGATTGATCTGTGATATCAAAAATAAGAGATGCAACACATTTTCAACAACACA AATAGCATAACTTCCTCAGTATGTATAATATGTTATAACAGTTTTCCATTTTCAGCTGCA AAGGGAAGGGACTTGATCACGAAAATCTTATATGTACCTGCCAGACTATCAGGTGGGAAG GACAGTGGCTCTGGATAGATTGCTGAACAGTTATTCTCAGAACCTTGACCACAAATTAAA GGATTCCCCAGCACTCTGAAAGCCATGAAGAAGAAGTCAATGTCACTATAGCGTGGAATA CTAATGAAATACTTTTCAAGTAGCAGTTCACCCAGAAACATTTGTCATTGTATTTTAACT AATGGACTTTTGTCAACTATGTATCGAGATCTACAGGTACATCAATAGTTTAACTTCAAT AATATTAATAATAACTACTTGAAAGTGAAATAACTGAGTATTATGGCAATAGGAAAAACC AACTCACTTGAAAGCTCGTGCTGATAGTTTAGGAAGGGTACCACTTAGATTATTATAAGA GACATCCCTGCAAGCAATGATCAGCTAAGTCAATACATGATGTATACAATCTTTGAGAGA GTGAAATATATGGTTGCAGTCAGTTTTAATCTGTTATAAGAGGTCTCTTGAAAATGAATA ATAATAAGTGTAAATTTATGAACTCACAAATAATTCAAATTCTTCAGGTCTTCGAAGGAA GTGGGTATTTCGCCTTCAAATTTATTGTTGGAAAGATCAAGTGTCTGAAGCTTTTGTAAC TTCCCAATCACATCAGGAATATGACCAGAAATGGCATTGTTTTGCAACAATCTACATGAA TCAAGAACAGTTTGCGAGAACATGGCTTAATAACACTAGGAAAATCATATAAGAAGTGAC GCTAGCAACTAAGAGATGTATATAGTCAAGAACTTACACATATTGCAAGTTAGTAAGATT GCCAATTCCAGGCGATAAGGTGCCAGATAGACTTTGACTAGGTAGTGCTCTGATTCAGGA GAAAACATTCAGTGATAAAGTTACTGGATTAAAATCAAGCCTTTTCATGAGCCAACTAAG TTTCTACAAAAATATTTTTTCATCTAAACAACTTACAGAGCAGACACATAGCCCTCCAAG GAACAAGTGACCATTCTCCAACTGCAAGGGTCTACAGAAGTCACATCCCAATTGTCCAGA ACATTATAGGGGTCATGTAAGGCCTTCTTAATTTCCGTCAAAGCAACAACTGCACATTAT TATAAGGAAAAAGAGTCATTATATTAGATTAGTTCCACTGTTTTCACTTTTCAGTTTGTC ATTACATCAAAGATTCAATGTAAGGAGAGGCAATTGTATAGAAAAAAGATAGATCACATA CTCGTACACATTGCAAAGGAGTAAGGGGTACAAAATATAAAGAAGTAAACACACGACGAA TACAAGGGGATTCAATGTCTATTATACATAGATAAAAATAATCTTAATCTTAAATACACC AGGTCAATTTTTTGTCGAAGTGGATTCAGATGAAACCCTTGCACCCCTGATGCAGAGGAT TTAACTAGTTCTTCTACTTTTTGCCTAATTTGATAATATGAAAATTTCAGTACAACTGAT AAATTTCAAGAAAGAAGCTAACCTTCATAATTAACACCAGCAGGAGAAAGTGTAGCAGAA GAACTCTCTATCAATGTACAAAACAGTAGCAGTACCACATTCCAAAACAGATGCAACATT CTTTCCATTACAGATTTCACCTACTCAACAAAGTAATTTTTTTAACAAAACCCCATCATT TACCATTGAAATAAATGCCCTTTTATCCATTTTCAAATATCCCTTCACAAGAACCTGATA AACTTGCTCATTTCAAGATTGAAAATTTCAAACACATAGATGATAAAGTTTCAGTCTTTA CTCAACTAGCTCTTTCAAGAAACTGGAAAAAGCTCAAACACCCAAATGACAAAGTTCCAG TATTTACACAAATAGTTCATTTCAAGATTGCAAACCTCGAGCACCCAAATGAAAAAGTTT CAGTCTTTACACAATTAGCACTTTCAAGAACTAGAAAAAACTCAAATGCCAAGTTTCTTT CTTTTACTCAATTATGCTAAAATTGGCAACATTTAGAGCTTAAAAGGTAATAAAGATAGA ATTTTTATCGAGAAAGCTTAAAAAGAAACAACAGAATGACGAAAAAAGCCTGGAATTCTG GAAACCGTGAGATCTAGGAATGTGTTAGTAACTGACCCCCATAAATTCTTCTTGGTGAAT TTTAACTTAAAAGTTACTAAAAAAGTTTTCCCTTTTCAATATCGTTATCATTATCTCCCT CTATTATTATTATGTCTCGTCACTCTTTTCTTTATTAACCAGAAAAATACAAACATGCCA AACTTCTTAAGGCCAGAAACTCTCAGACAGAGATGTGGACAGCTTTAAAAGTTAATGAAT ACAAAGTACTACGTAGTAAAAAAAACCATCTACTTTTTTTAAAAAAAAAAAAACTGGATG CATTTTGGCAGTTGTCTATCTCAAACTATATAATTTATATAACTAAGAATTGTAAAGATG AAATAAAATTAATCGATTAGTAGTCTAAATGAAAAATTGTTGTTATTTGACTTACTTATG CTAAAAAATTTCATTTTCTTATAGAAATTTGGCGGATTCACGCAAATTCACTTGTTTGAA TTATTTTTTGGGTTGAGTTATTCATTTTCACACTATATTGTATGATGTTTGAGTTAGATC CATCCCAATTATATCATCTTCACACAATATTGTATGATGTTTGAGTTAGATCCATCCCAA TTATATCATCTTCACACAATATTGTATGATGTTTGAGTTAGATCCATCCCAATTATTTGT TCATTAATGTTGGCCCCATATTATACTGTCCAAGCTCAAGTTAACGACTCCAAAAAAGTG TAGAAATTTTTGAAACCGCAACTCGAAGTTATGTATAAAATATTATGATACTTTCCTAAA TACAATTTCAAAAAAATTATTAAATAAGTGACTTTTACATTTTATTTCGAAGTTTTAGTT TTTTTTTTGTTTTTTGTTTTTTTTTTTGCTTAGGAGTTTTAGTTAGTATATAGAATATAT TTTTACAAATTTATTTATTTATATATAAGTTTTAGTTAGTGAGGGAGTGTAGATGGGGTG GGTGGGGTGTTTAGAAGTTGGGAGCATATAATTAAATTAATATGTCATTTAGGCATGCTG TTTTACCTCCTCTCATTAAAAATAATTTTGTTCTCAAGAAATATATGTTCTTCAAAAATT AGTTTTTAAAAATATTTTAACTAGTTAAACAAAAAATACTTTCTTTCGTACAAATACAAC TAAGTTCTACAAAAATCATAATGAAATAATAATAATAATAATAATAAGGTCGAAACACAA AAAATTTAAAAATGATTCATATTGGAATTGTGAATGCTTAAAAGGGTCACAAGATTACTT TGGTATAATCATTTCCAATGAAATAATATACTCATTGTTCATAATAAATACTAATTTTGC ACCTTTTACAATGCATTAATTTATTTACGTTTGTAAAACCCAAAGCTCAAGGGTATTTTT GTCGCTTTGGGAAGACCGAATATTCTCTCTAATCACTTGCTCAGCACTGATTTTCTTAAA CCTTTTATTTAATATAGAGTATTAGTTTCATAAAAAGAAATATAAATGATCAAGTCTACC TTTTTTATATTCTCCGATCTTTTTTAATTGTCATGTTACATAATAAATTTAACAAGTGTT AAAAAGTCTCAGATAGACTCTTCGAATACATTATAATATTTGTATTACTTTCTTGACATT TGTTGTTATTTCTTTTTAGAGTTAATGTAACAAACTCAATAACTAGACCAACATACTTCA AACACAAACAACTTAAGAAATAAAAAAAAAAATTAAAGAGCATGGAATAGAAGAAAGGAG ATGAGAAGTAGGACTCAAAGAAAGGAATAAAAGAATTAAATATTTTTCTCAACAATTTGC GTAAACAACTTTTAAATTCATTCTATTAGCAAATTGTTAATTGAGCCTAGGTCCTGAATC AGCCTTTGCAAAGGCCTTCCTGTTACGTGGCTTTTTCTCGGCCCAATGACTAGTTGTGTG ACATCCTCATACACATTGAGTGGAGGTTGGTTTATAATAGTTAATTTGATTAATTTTTAA ATTAAATTAGATTATATTTATTTGATAATTTTAAATTTAAAGTCTATATATTCAAAAATC ATAGAAAAGTTCTATAAATTATAAAAAAGAAAATAGAAAAAATTAATATAATAAAAAAAA TACATCTTAAAATATTTATCAAAGTTCATATTATTTGATGCTAAAAAAAAAAACCGTGAC AACTAAAAATAACAAGAAAATACCAGTAGTTTAGCTTAACATCGGAAGAGGCATAAGTAA AGTTATGATTTCAACTTTATGATTTTTATAATGGCAATTTTAGGCGATAAAATATGAGTT GTAAATTTAATTATTATTACACAATCTTACGAGTTTAAAGAATTTCATGCAATAACATGT ATATCCTCGTGTATGTCATTATTATATTAGTAATAACAACACCTACGATATGTGTATAAC AATTTGTGCCATATATATTAGTGTATATCACACATAAACTTGCATATATATATATATATA TATATATATATGAACTTGTAATTTGTAGATATAGAAGTGGATATACACTTATATACTCGT GGATACACACAGTTATACATGACAATAAACCTCACCTTCCATTTTTTGCTCAGAAAATAC AATTTGTTCTTCGGATTTCAACAATCTAACACATAGTTTACTACAAAACTACAACAAATA TTACAAACTCATTTTGCAGTACTAATGATATTTCATTGTTTTCAAGTTTTTCCAAATATA TCCGTTTGATATAGACTTTAGTTTTCATATTGGAAAATCTAAAACCTACTTCAAAATATT ATAATTCAATACCTTGAAGTTCGAAAAATATTAATATGATACGTAATGTATTAATACATG ATAGATACAAACCCCCACCCCACCTAGCTCCACACAAATATTATTCATTTGTGTCAATAT CCACCAACACTATCATTTTTCTTCAGTATAATATGTAAACATTAAATGTATAATATACTA GTGTTTTTTTTTAAAGATACACAATTTATACTAATATATTTCTTTAACTTGGATTTTAAA CTAAGAAACGAGATTTTGACAATAATTTGGTGAGCAAATCGACAATTTGATCATGAGTGG TCTTATACCAAACTAAAAGGGACTAAGATGAACTTTGTCAGAAATATTTCATAATTTATG ATACACATGAATGTATACATATTTTTCAGATAATATTGGTTTTGTTTTTTTTAAAAAATA AAGAATATGTGGTGCTCTTAATGTTCAGCAATACGCAATTTAAGTTGATACACCAAACAT AAACATGCGTGCAATTTGCTTTAAGTTTTGTTATTGTTGTATTTGCATATACATATTCAC ATGGCAAAAATAATATTGTATATTTAATCATGTTTACCACTCTACAATTAATCACTATAT GTATCTAAAGACGTGTATGCAAAATTCAAACAGTTGCATATAATATAAGAACTATATCTA TAGTGTTATACATATTATGTTGTGCATAATTGATACCAATAAATTGACTTGATATCTTAA AAAGGTCATTAAACGTTAAAAAGTTATCAAATAAAGTAATTAAATTTTATCTTGTATCAA TAAAATCACTTAATTTAATATTTTTATTTTTAAAAATCATTCAACTAAATTAAAAAATTA AATTTGACATGATTAATTCAATTATTTTTATAGTGCTTCATAATAAATCCAAAAATAAAC AAAATTATAGAATCTATTTTATTTATATTTACTTTCCCCATAAATTGGATTCATCTCATG AGTAAAATTATTGTTCCTTTGGTAAGCTAAATCTCCAACTTGTGCAATTTCTTTGTTTAT TTATAACCTTTTAAGATATTTTGTCATTTATATATATAAATAAACCAAACATATGCATAG ACCCTTTTAAAAGTTATCCTAGAAAATTTATTACTTAACAAACAAATATTTCAGAATCCT TTTTAATAAAGAAATATCAAAAATAATTTTAATTCAAATTACTTCTATATAAAATCTTAA CTTCAAATCAATCCGGTATTAAATCATAATTAATATCAAATAATTACAATTTAGAAAAAA GTGGTTCATTGTTGGTAACTTAACCAAATGGTCAAACACTCCTTTTTAATTTAGTAATTA ATAATCAACAATAGTTGGTACTTTGTACCAACATTTTTCAAATTAAAAAAATAACACTTA GTTTTGTCCATGCATTAATTTTATTTTTCACAACACAGTAAATTTCCGATTTTCCGATAG CATAGCTCGTTGCAAATCACCTAACCCAATAACAGAACAACTAAACACCACTCTCTGCGA TCTATTCCCGTCGCCGGCAGCGTCGTTTTTCATGCTCCACCACCGTAATTCGCCGTCGTT TCCGAACTCACAACCTACTATCTCCTCCGCCATCTCCGACGACTTGCTCATGTACGCATA ATTGCCAGCTAAGCAAACACTGATTGAAGAAACTCCATAGGTTTCACTCTTAACCTTCTG AATCAAGGCCGCCGGCATTTCCCCCAATTCCTCACACTCAAAATTCTCCGTATTCACTTT CCAAATTTTAACTCCGGCCACATTTTCGGACTCTCCGATCATCCCAATCAGGATCAATCG ATTGTTTGCGAACCCGATAATTGAGTGAAAAATACGTGGATCCGGCTTTAACTCATACGG ACCTGACCAATTCTTCGTTTTCGGATGGAAACAGTAAGTAACTCCGGTGAATTTCTCTGC AACGACGAGTTTATCGCCGGTGGCAGCGATTGACAGCCACGTAGATGCCGCTGAGTCTTT GAGTATGGCGGGCATTGATTCAGACGTTTCCCAAGTGTTGGTTTCGTTATTGTAAATTTC CACAGCTAATGGATCATCTTCAAAATCGCACGTGCCACCGGCTATAACGATGGAGCCACC TACATAACCCACAATAGGATCGGTTCTCCACACGCGCGGTGCATCGACGTGATGCCACGT GAGATTCATGACGTCGTGGGAGAAGGATAGCTTCGATGGAGAAAGCATGTAGAGTAAATT GGAATGAGATGATCGGAGTGCAGAGATATACTTAATGGATGGTCGAGACATGTCGACCCA AACATTCGAGCGAGGGTCGTAGCCACGTACCGAAATGTCATAAGGTGAGCGGGTGCATTG AGTGTGGATAATTAACCACGGCTTCGGCTTGTTGAAGCATTTCAGAGAAGAAGCAACAGC TCGATTCCATGATTTTGAAACGCACGAAGAAGGAACTAAGTCGACAAGTGGCACGTGTGA AAGAATCGTTTCCAATACATCTCCATGAATAGGAGCTTCATCCTCAAGAATAATTGCCAT TTTATGTTTTTTTTGTGAAGAGAATAGGGTTTTGGTATGTTATTTATATTGGATAAGAGT TGGTGAGAGCCCATAGGAATTTTTAGGTTCGTAGAAATGATACATGTCTTTGTAGTTGTA ATATTTGACTCACCAACAACAATGAGCCAGGTCAACTTTTCCTGTTTGAAATTATAAAAA TAGAGTATAATTAAATTAATATCTTAAAAATCCTATCATATAAATCAAAGACCGAAAAGT TGGTGGCATATGACTTTTAGTGGTAGACTAGTTTGTGATGAATGGTCGTGAGCAGCAGAA TATTTCGTCCAAGGCCAATGAGTCCTTCGTAAACGGAGGCGCCACCAAATTTTCCTTTTA ATTCATAATTTATCATTTTTATTTTCAAGAAAATAATTTAAATTGAATGTTGATTTCAGA TGTACTATTTTAATGTCATATGTTGTTATTGGGACGAATTTCATAAAATTGTAGATTCTT TTTCGTTGGAGGCTAGAATGTTCTGAGTCTTGGTTTATTATTGTTTCAGAATTATATCTT AATTATTTTTCATGTCTCATTGTATGACTCAATATTCGTAATGTTTGGCTTTAATTTTTA ATATTTTTTACGATTTATCATTAAAGACATATTTTGGAAAATAGGATATTGTATTTGTTG TAAAATATATGGTAAATTAAGTTGTATATTTATATAAATTTTTTAATAGATTAAAAAATT AATGTTACTCAATATTGACTTAACACACAACTTGAAAAACGATAAATAATATAGATGATA TTGTTATATTATCCTTTGAATATTGATTAATATTGAATAACAAAATTTATATTTATTATA TTTTTCAACGCCTTTAAAATTTACCATTTGAATAACTCACTCTTATCATCCTCGAGGCTT CGCGCCCCCACACCTCAATCCCTCTCATTACAAAACAAATATATTTTCTTTCTTTTTTTC ATGAACAGTATCATGGTACCATGTAAAAAAGATCTACTATAATTTAGAAGTCAGATCAAT AAATACTGAACGATGAAAGTGATGCGGCAAATTGAAATGGAGGGACAATTTTACTCACAA AATCACATGGGATAAGGTTTAAGATTTACTGAGGATAAGGCGAAGAGGTGCACCACAAAA ATTATACTATATATATGTTTTTGCTTTATTTTACCTATTCTTATATCCTATTTTGACAGT TATTAAAAGTATTTGTTCCAAAATAGTTTGTTAATTAGATAATTAAAAAAAATAATATTA ATTATTTTAAAGGAACGCTCGTGAAGGTTAAATAATTAACGAGAAATATATTGATCAAAT AACACTGTTTTTTTTTTATAAGTAAAAATGATCGAAGGAATTAATATATATTTTTACAAT TTACTTGTTTATATTGATAAATAAATCAAAAAAATATTATTACTCTTTTGTCCAATAACA ATGGTCGATTATTGACTTGACACACATATCAAGAAAAACTTTTAATACATTAGCCCTTGA ATATATTAAATCAAAAAAAGATTTTTTTGGCGATCAGTAAAATATCACATTTCACATTGT GATATTTTACCTTTTAATTTTAATGTCTTTTAATTGAAAAAAATCAGTTTATTTTAAATA AAAAGAATATTATGGACTTTTAAAATTTCTGGTAATTTAACATTATCATTAAATTTAATG CTTTAAAACATATATTTTTTATTTTTATCATTGTTCAAAATAATTAAATCATTCAAACAT TTAAGACGGATGATTTCTTTCCCATGTTTACCCTTTCATTTGATGATGTTTGATTTCTTG AGGAAAAATTACCTTATTTATAGTGCAAAGTATGATTTAAATTATGTCCTTAGATGTTTT TCTTAATAACATTGCTTCTAAAATTCAATTAACATGAAATAGAGAAAAGTATTGAATAGT CACATGATAAAATAGACGTAAAAAAATAAATTATATCTTATTTTTTCAAGCTAGATAAAT AATATTAGACAACTATTATTGACATTATTTTAAAAAAATGTGTGATGTTTTAAACGTGAA AAAAGTTCTGCCATCTTCATTAATTCATAATATCAAGGAAACCTATTTTGAGCCACAAGT GTTTGAGGGTACTATATAGCCTTCTGCCGTTTTGTCATTCAATAATAATTAATACAATTT GGAGTATGTGCTCTCTTGCAAACAAAGTGGAGCCCAAAATACAATTTAATCAAATGTACG TGATGTAATTTTATAAATAAATATACTTTAAGTCTTTATTTTGAGTAAAAAAAGTTACTC TCAATAATTATTAATGATTGAAATTTAATCTAATCAATAATATCGAAAAACTCTCTTCTT TTTCTTCTTCACTAAGGTGGAATAGACACGATTAAGATCATTTTATTTTTAATTTAAAAA AATAAAAATATAAGTTAATTCAAATCTTAATAATAGAATTTTCTTTGATAATTAGTGCAG TAGACCTAACCAAACACAAATATGAGTGGATTAGGAGATTTAGATATTTGTATATTTTTA AAATAATTTAACTATCATTTATTATTCAAAATAGTCATTCATTTTTTTTCATAATTAGTT ATTTTATTATTTAACTTGTCCGCTCCACATTGCCTTTAACCTATCTGTTTTGCCTTCAAA TAACCTCGCATAGCCTTTTCAACCTGTCTCACCATTTCTAGGCGAAGTGCATTATGAATT GTGATTCACACATTATAACATATAAATTTATCTTTTTAACTTGACTTTACATAATATTTA TATTCTTTAATTTTGAGTATGCACAATTAAAAATTTAAATTTGTCATATAGGGCTCATGT GTTTTACTTGTTCAATTTTATACAAATTTAAGTGTCTACTTATGCGCACCAAAAAAATAA GAAAACACAAATATAAAATAAAGTCAAATTAAATGACATATTTATATATTATGCTATTTC AATACATTATAAGCTTTTTAAAACCATTTCATTTCACATAATTTTTTGGTTTGGTCCAAC TATGTCGTTTATTCACCTAATTAAAGTTGTATAGTTGACAAAAAGGTCACATATCAACAT CAAAAAATAGCTTTTGTGGAGGATCAATTGAACATTACTCATAAGTTTAAAGTTTATGGT TATAACTACCACACTTAAAAAGAAAGAAAGGTTATCAACTATTTAGTGCAAAAGTTAAAT TTAATGGACACCACCAAAAAACATTTAAAAAATGAACACCACCAAGAAGTTGCCATTTGT CCAAGTCATTTTCAAAGATAACATCATTAGGCATCTTTAAATTAATTTATTTTACTAACG ACGAAGCTCTTAAGTAAATCTCACTATCGTCTATCTTCCTTTTGCTTTAATTATTACTAA CAATTAAAATTTTCTTTTGTACTAATTTTACACTTCTTTGGCATTGGAATCTTACATTTA TAAAATTACAAAAACATATTATGAGGATGATTTCAATTAAGTAAATGCTATAAAATGACG TTAAAGTTTCGTCGAAATGAAATTGGATCAAAATTCTAATATATATATATATATATATAT ATATACTCGTTCTAATATGGTTTTTCCAATGCACAATAATGCAATTGAAGCAATAGACTA GGAAGCTGACCTCCTAATTGTAATTAAGTTATGTCATTTTTCATATTATCTCTACATTTT TGTATTTTTTATTTATATGTATGGTCAAGTTCCTAATCTTGTTTATTTGGTAGTGCTCCT TGCTTCTTGTTTTAGGCTAGTAATGGAATAATATATTTTTGACAAATGTCACATCTCACC AACTAATGTGAAGGCCCTACTCACCCTATATTGTCAAAAACAATATATTTTTTGTTTGGT ACACACCAAATCACTTAATCCAAATATGTCTCTAATTTTTCATGCAATATAGACATATTT TTTATATATACAAATATATGTGAAGCTCCAAAGATGCAGTCAAACATTAATTAATTAATT TTTAAAAATAAACTACATCCAAACAACCTCGGCGATAACTATTGAAGAAATGAATCTGCG AGTCACAAAATTAATGATACAAAAAAGGTGAGCAAGTATACATGGTGTTGGAGTAGCCAA CAACAATATTCAGTAATTAAAGGCAACTGTATAGATATGTTAGTGTATGTATATATATAC ACTAACATATATATATGTACGTAGTTAGGTTTTTGTTTTGGAATGTAGAGATAAGGATAG AAGATCCATTAACATATCTTTATGTAATTAATGAATATCTCTTTCTTTCATCTGGTAGTA TAATGATTGTTGAAATTGAAAAACTAAAATTCATTATTGTTCATTGCCCATTTATGTGAA ATGTCAAAACATACAAATCAAATAACACACTAACACAAAGCAAAAAAGACAGAGACTAAA AAGTTTCAACTTGGTTAATTTATGCAGCTGCACTGATGCACTCAATAGCCTGTTTGCAGA TGCCAGTCATGGTTTCCTCAGGTCCATAAACCTTCAACAAAAATTACAACTCATTTGATG TTAGCGGGGAAAATAGTCAATCTTTTATCAGTAGTTGACACTACTAGCACATACCTCAAT TGGGATGCCAATTTCCTCACCAAGAGACCTCATTTTTGCAAGACCTTTTTGGTAGTTTGG ACCTCCTCTTCTAACATAGATATGCATTCTTGCAGCTTTAAGTTTTGACTCCTGCAATAA CAAATGTTCAGTAAGGAAACCTCAACATCAGGGCAAGAGCAGCCAATTGTGTTACACTAC ACCATACCTTCTCCTTAAGAGCTCGAATAATACCACTAAATGTAGCAGCAACATCAGTGA AATTGGCTATTCCACCACCAATCACAAGGGCTCTCTTACGACCATCAGGGTTTGCAGTGG CACACTGCAATATGGGATTAGGGTCAGTATCCTTCTCCAATTCCTTTCAGGGTGCATAAA CGGAGAATGTGGCATAACATAATGTAATGAGTTTTTTTTTTCTTTTTTCTGTGTGTCAAT AAAATGTTTTATGTAACCAGTTTATCCTTACATCAATTACAACTCTAGCATACTGCAAGA CCTCTTCTTCATTGGGAGCACCACTGTACTCTGCATAGTTCCCAAGCTCAGAAGCATATC CAAGATCACCTACCTGTTAAGGTAAAATGGCAAGTTTAGACAATAGAATATATAATCAAA GGAGGTAGTATTTTCCAAGGATAGATATGTACAGTATCGGCATAAATGACACTAGCTCCT CCACCAGCAACCATAGTCCAAATTCGCCCCTTGGGGTTCAAGACTGTGAACTTCAAAGAT GCACTTGTCTGCAATAAATCGACTTGAACATTTTAGCATATGATGTAGTCATTGACAGAT AATTTGCAATCTAAAGCTGAAGAATTTTTTTTTGCCTCTCAACACTTAATTATTGTGCTC AAGATATACCTTTTCATCAAGCCCGTGAATGAAGCTCTCTGTAGCACTCATAACCCTTCC AAATGGCAATGGAAATTCAATATTTCCCCACCTGCAGGATGAAAAGCATATTCTTAGTCT ATGATGAGTCGATTACCAAAAGTTGATTTCACTTTTAGCCAATATAGCTTAGGAAGCGAG TAATAAGAGTATATTCAGATGTTGGAGCAGCTGATTTACTTTTTGAAGTTCTTGAAAGCA GCAGTGTCATCAAGCTCTCCCCTCATATCGAGAGGATAAGGCTTCCCTTCAACCAATGCG AAAGGGTTCATCTCTAGGAAAGTGAAGTCGAGATCTGATAGAAAGAAATGTTGAGATGGT TACACAAAAATACAAAAAGGTCTTAAAGATCTAGCGATGACCAATTATCTCGTAGATACC TTGAAATAGAGCGTAAATCACTTTGAGGAACTCCTCAATGACACCCTTAATCTGTAACAT ACAAGTAAAATTTCAAATTAAAATTGAGATATCAATTGCATGAATGAGTAAAAAGTAGAC AGACTATTCTTGCAGTATTATTTCTTCTTCCTGTTCTTTCAAATATTTACCTCCAATGGT AGAGTGGCTACAAGTGGAGCACATATCTCTGATGTAAAAGAAGTCCCAGTCGGCACAGAG ATGGTCTTAACCTGGATAAAAAGGACTATATGTTAGATTGAGATATTAATACTATAACAG ATTTGGACTTCACATGCCTACTTTTGAATTTAGTCACATACCTTGTCCCAGTTCTCTTCG ATGTCAATTCCTCCGCATTCAGAAAAGCTTACGCTGCAACCAAGCCTATCCGAGACAATA TTAAGATAAAACTCTTCATTGTGGGGGATGAATGGCTCAACAATGAAGGTTGTGATGGGA CCTTTGCATCCGCCCATCTCCACCTGCCAATGTGAAAACAAACATGAGCAAATGATCCGA GACAAGGACACTATGTGTTAATAGTCCAAAACAAACATGAGCAAATGATCCGAGACAAGG ACACTATGTGTTAATAGTCCACATAAAACAAACAATACGCTTGGTTTTAATCAAAAGGGA CAAGGTAAATGAATATCTGAACAACCTCTTTGCCAAGACGCTCCTTCACAAAAGTAGCAA CTTGAGCAAGATCAAGATTCAAGGCGACTAGTCCACTCTTTCCACGCTTGCCAAACAACA TATCAGGCTTTACAACCAACTTTGTTGAGTTGAGCCAAGGCTCCTTCTCTGCTAGCTCAT TGATGTCAGTAGACTCTGTCACCTAAGCCACAAAAGAAGGGACAAATACCATCAAATATT TTAGGAAGATACACAAGTGGTTGATGATATTTGTCTTTTTTCATTATTAGGAGTATTTTC TAAGAGAATTAATAACTTGAGTCTAAAGAATGTTAGGATTATCAAGTAGCAAACTTCATT ATTAGGCACTCTCTTTAAGTTTTAGCATTGTAGCTGACCTACCTGTTCTGCCCCACTATA TGGGAGGTTCTGAAGAGTTAAACAAAAGGCAAGGGTATCTTAGCCCCCCAAATTTGAGGG GCTTCATTTATTTACTTTTAGCAATAATAAGTTTATAGTTGAGTAAGTACTATTTGTAGA AAAGGTTAATTTTTTCATATAAAAGGAGAGAATTACTAGAAGTGTGACATATTAGGGAGT ACCCTCACATGGATCGACTATATTATAGGGAGAAGATTGTCCAAGTCGACATGGCTCTGA TACCATGTTAGATCATGAGAGGAGGATTGCTCAGGCTCATATAAGCAAATTGTCGGTCTA TTCCCCAACCAAAGTGTTTACTTATTAAAAACTTTACATCTCAAAAGAATAGGCTTAATA AGAAGTTTAAGGTCACTAATGTCATGTGCTTTGATCCACTAATCAAAAATAGATCTCAAA TGTAGAGGTAGCAACCATTACTTCAAAATAAATGCAGAAAGGATTTTACAAACCAGAGTC AAAATCAACATTTCTAGATTGAGTTTGCTTTTAAAATTAAAAATAAAAACTCATATGCAT CATATGGATTCAAGTAGGTGGCCTAATTTTTAATGTAAATTCTACCTAAAACATTCCAAC ATTTCACAATCAATTTAAAAAAAACAGAACTTTCTTCTTCTTCCCATTTTATCTAAACAT TTTGAAATAAAAAACCACTCAAATTAAACTAAACATTAAAGATTTGATCCGAATGAAATC CCGCTAAATGGAAGGGCAGAGTATCACTATCTATCAGACATAAAGATTTGTTCAACATTT GTAAATTAACAAAAAAGATTACCTGTGCAGATTTGATAGCCAAATCATAACCTCCAAGTC TCTTGAAATGCTCTTTCAACAATCTCTTTGAATCATACTCTCTGATCTTCTTCCTGGCCA TTTTTTTTTCTTTAACAAAAACAGGAGAAAATTTCAAATCTCAGTGACAGATCTGAAAAT CCAAATCAAATCTAGTTTCACAGATCAATATGATAGTAACAAAGTTGAGATCTTTAACGT TAAAAACGAGACACGCACACACTGACAATCTTGGGAACTCTAATACCTCTATCTATTTAT ATAATAAGTTCAACAAATAATAGACAAATGAAAAAATAAGGAATTGTAAAAAAAAAAATA AGATGGTTTGTTAGCGGGAATTAGTTGTTGGTAAGTCTAATGGACAGCGGACAAATAACA GCACAAAAAAAATGCCTGCACGCCAATGTGGACCAACCAACCGGTAAAATAAGTTATTTG ACGTGAGATATAAAATATAATAATTTTGACATAAAACATAAGATATTTTATCTTTTGTTT CGTTAGCGATATTAGATAATTTTTAGATTATTTATTCCACAATTTATATCATACATATAT AGTGAGCTAACCTATTTGGATGATTAATTAATCTTGAAATAACATATTTTCAACTGAACT ACCCCTTGGTATGTTTGGTACATTGGAGGATATTTTCCACCGTTGATAGGTGATCAAGAA TATATTACTTCAAAAGCATTTATGTTATCTAGCTAATGCTATGAAAGGGGGATAGAATAG AGATCGGTGATTCGAGAGTTGGGTGGATCGGGGTAAGACAATATATTTAAAATGTCATCT ATGTAATTTGTTTTTTCGTAGTTTATCATAAAAATCATTTTTCTTATATTTAAAATAAAT TTATTTGGTCAGAAGACATTTTTTCCAATCACACCATATTGGCTTTAGCCACTGACCCAC TCCCTATAGGAGAAAATAAGTATAACCATTTCTTAGAACTTCAAATATTTATATAATTAT GCTTTTATTTAGTAATTATAGGTTAAAAAAAATTATAAGTATCAATTGATAATTTGGTAA TTAAAAATTATAACTAATAGGAAATTATTTATAAGTATCATATTAATTAAAAATGATAAC TAACATGCTATTATAATTTAATGATACTATATATAATAAAAAAACATTAATTTTATCTTT GTATGCTAATGTGTAAATACTCTTTTATAGTATTAAGTCACCAAAAGGTATATATATTGA TGGCGTAAAAATTGTGGAGTTATGTCTTTTTGTGTAACGGTCCAAAAACTGGAGTTATGT CATCTCTAGGCAGCCATGTCTGATTTTGTTAGTAGATTGTCTTATTTTATTTTATTTTAT TTTAATATTATAAGTGTGACACTTTGAACAGATGGGGGTCGGAGTCTAAAAGATGGAATA TACACGAGTAAAAAGAAACAAAATGATATACTTCTCTTTGTTTTTACAACAAACGGTTGA AAAGATTTGTATAAAGAAACGTACATAAATTTTATATTATTTTGACAAGTTTTAATTTGT AATATTATGTATTTTATTAGATTTTCATGTCTTCAAATATGTTTAGATAAATATAGAGGC GAATCCCCCTATAGGGGTGCACGTACACTTGTTAATTTTAAAAAAGTCATGTATATATAT GTATATATATCTTGAGAAACTTGCATAAATTAGAATATAATAAATAGTGCATCCAGATAA ACCATTCGCAAATTTATTCAAGATAATATTGATGCACCCGAAGTCTTTAGATCATGATTT TACCTTTGAATATATTTATCTTGAATACATGAGGTCAAATTTAAATATAATTTATTTTAA ATATATTAAATCCAAGTGAAATTTTTAACGAATCTCAAATAAAGTTTTTAAAATAGAGGT CGTACATGAATTCTATCTAATTATAATTAAACTATTCTCATAGTGTTTGTGGCTATCAAA TTTAATGGCATTGTAACCAAAAAAAATTAGGCTTAGGCGAGAAATTGCCAGAAGTGGTAG GCTGCCAAAAACACCAAATTAATGAAGTTTGCTTAACGTGGCACGCTAAATATAATATTC TTTTATAGTTGTATACATTTTTAATTTCTTGATATACATATTTATATTTAATTCATTCAA TATATATGTGTCAGTAATTTTAAAATATTTTATCATTTAGCCGTTGTAGACATATCTAGC AGAGGATGTCAAATAAAAATCTAAAAAATCACACGATTAATTATAAGACTTTATCATCTT AATGACTTCAAACTGGTAACAAATCCTTAAGAGGAAGAAGTAGAAATTAAAAGTAAGAAG GTAGGGAGGTTCGAAATTAATCTAAGCAACTAAGAAGTAAGAGACAAGTTCCATAAACCT AGCTAATTGAATATTTCCCTTTTATACATAAACATCTTTTCGAGATCTCAAATGTAATTT GATATCTTATCACATGAGTTCTCCATCTTAGTTATATTCATAACAAAGTATCTCTAGAAA GTAAAAATAACAAAAAATTTAACACAGAAAGTATCACTCTTATACCAAATGATTCTTTAT TTGCTATATCGTGCTTTTTGATAATTTATTTAAAACTAATACTACTATAAATAAAATTTA TTTTTAGAATATGAATTTTCACTCATTTCTAATTGATCCATCTCGCCAAAATAGATTCCG AATGAAATATCAAAAAACTTCTTAATTTTCTATTTTGTTTAATCGTTTTATTAAACATTA CTATTTCTCAACCATTTTAGATTGGAAGAGTCAATACTCATGTGTCTGCTAAAGCTTAAA GGAATTGTTGGGAGCTTGTGAAGTATGACTTCTATAATATAATATAGTATAATATATATA TATATATATTCATCACTCCACTCCACTGATATGACCCTATTTATTTTTTTATAATTTAAA TTATTTTAAGAAAAAAACTCAAATATGTTAGTAGATTTTGAAAAAAAATTCATATATGTC ATTATTAAAAATTTGTTCCATCAATGTCATTTAACTCACAAATTTTAGATTTAATGATAT AAATTGAAACAGAAAATAAATAATTAGTCTTCCCAGAATGCCAGTCAAAATGATACTCTC AAGTCTCAGCTTAAGCTAACTAAGTCAAAATTATACCCCATATATATATATATATATATA TATGATTCTTTAGTATTTTATTGACTTTTTTTATTACAATTTCTGGATAGGCTGCAAAGT TCACGTTCTTCACAGTATGTTAGCTTAGCCATCTTTGTTTTATTTATTATAACATTAGTT TCTTGTAGTGTTCTCTTTTTTACTTTTTTAAATTTCAAATGACAAAAATGGAAGTCTTAT GTTGTTTATTCACTTCAACTCAAGTGGATGGCTGCTGATCTATAGTTGGTGGTTTTGATG TTTAGATTTTTAATACTTCTGCATTTTTCAAAAAAACTGATTTGATATGTATTATTGAAA ATGATGTATACACAATTATATACTATTTTATTAAATTATTTTGAGTAAACAACATCAATC CACTAGTTTAGTGTCTAGTTACATGTCTTCACTTAAGTTAATAAATCATATATTTGTCAC AACATACATGTATTTGGCATATTTAAATACATGCAAAATATGTACATCTACTTCTGTGCA TTTAAAATCGAAATATATCTGAAACATACTAATTTAGGAGTAAATCACGTGTCTAGAGAT TCATGAGGATCTGGCCAATCCCTGATCCAATTTTTTTTCCGATTTTGATTCGATTTTCGA TTCGATCTACGTTTAAAATACTAATACCAATGTACAATAATGTTAGAAGCCCATTCTGAG GCCCAATTTAGATTCACCGAATAGGCCTATTACAAGAGGCTGACTTGTGTAAATGTCACT TTTTAAGCTATCATTTATGTTTTGTCTCTTTTTAAAAAGTAGCACAAATACGTATCAAGT TTTAAGATTTTACACACAGTAGAAAATTTTGAAGGTAATTTAAAAATTATGAACTATTTC ATATCCCAAAAATATCTTTTATAATTGAGTAAAAATAAGAGTTTACTCCTTAAATTTCTC ATATGTATTCAACCTATAAAATATCTCTCTCTCATCTTAATCTGTCACCATACTAACCAA AAAAATAACGAACAAGTTATTTTTCTCATTAAATAAAAAATTTACAGTAAATTCATTTAT AATAATACTTGTAAAATGTTCGCTCTAGGAAAGTACGAATGGCTCCCCCAAAAAATTTAA TAATGAATTTTATAATTTTATTTTCATCTAAATAATATTGAAAATTATAAAAAATGATCA AAATTTATGCAGAAAAAAAGAAGCAAAAGTACCCTACTTTTTTTCTCAAAAATATTTTAA AACTTTAAATTAAACGACTTAAACCTTTATATCACTAAATTAATTTTTTATAATAATATA CAATGTAATGTATTTCAAATAAATAACACTTTTATGTCATATAAAAATAAGAATGATGTA AAATAAATTTTAAAAAAAGGCAACTAGAAATTATTACTATTATTTTTATGTGTACGTGTG TGTATATATAATAATAAAAATATACACATAAAAATACTTAGGGTCATATACTCCTTAACT ATATGGGGCAATTCTATTTCCAAATTTGTCTCAAATAATATTAGTATATACCTATTTAGG CAAAACATCAGTTGTCTCGCCTTCATGGTCTAATGTGTTAGTGAAATAAAACCTAACTTC TCCCATAGGGTGAAGATAGGGATTGGTCATAGCAGTGGTATGACCTGCAAGTAATTGTTC TAGATTTAGTGTTGTGGTGGTCAAGATAGCGGCCGCGATCACTATGACAGTGACAATGAA TATAATTATAATGATGGAGATAACTGACAACAATGATTGCTAGTGGTGTTGGTTGTCAGT GGTAATTGTGTATGGTTGATAACTGACAACAATAATTCTGATTGCAAATTACACTCAATT ATCTACTGATCAAATAGTTACACGACAAATTAAGTATGTCAGACAATGTAATTACACCCA ACTACACTAAAGGATGACTTTCCAAACTGGCCGATGAGATTAAAACTTTATTTAACATCT TAATCATTAAGATGTATTCAGAATCAACTCCATCTGAATGTACTTAATGACTTAAGATTA AACCTCTATTAGTTACAAGCAAATGAGTCCCTAATCTATAAATACAATAGGTCAGAAATA TAATTGCTCATGGATAAGAATAATAATTAACTGTGTTGGAGCCTTCTTAGGCAAGCAATA ACCTTTTTTGATATGGACTTTTATCACCCAATATGGGGAATCAAGATCCTTATTTTTAGC TACTTATTTTTAATGAGCAGAAAAATGTTCTAATATGCTAACTTGAAAAATCACAAAGTA AAAGGTAACCAACTGAGTGTTGTTGAAGCAAATGACAATTCTATTGATTCTTGATGGTCC CTTCATGTACATATATAACACAAGATAAGAAATGGCCATAATTGTGTACACTTTTCTTAT ATTTGTCATGACAAAGCAATCCCTTTTATTGTCTCTCTTGGTAGCTATTCATTTATTAAT TGCAAACTTGTATTAAAAGCCAATCCAACCATATATAAAACTATTGATTAATTTTGTAAT GCTACCTTTGTGGTTTACTGAGTTTAATTAGGTGGCTGCACCTTATTGTTGATCATACAG TGTCATGCAATATATACGGGATTTCACTGAATTTATAATTTTTAGAAACAATCTCTCTAC TTAAGAGAGATAATGATCATGTTTGAAATACACTCTATGCAATTTATAAAATTTCACTTA ATTCATTATTGTCGTTGTACCTTTTATTAGGTGGAACTATTCATTGATTTTGTAAGGCCC CATAGTAAATGTATGTGGTATCTAAATTTTAGGTTTGGAAGGCCCATAGGGATATTTAGT AGAGGGGGAGAAGTAGTTTGAAATAAATTGAAATTGCTTTTAAGGGATGAAAAGGTCTTT AGACACCCGTGCTCTAACTTTTGAGCGATTATATCTCTTAATATATAATGAATTAATCAA TGAACCATATATCAAATGAAAGCTCTTTTAATATAGTTTCCAACAATTCAAATTCTTTGT CATTCCGATAAATTTGAATATGATAAGTATAACTAGTATATGCTTTTTTTTTTAAAAAAA AAAAAAAGGACCACAAGTATTTCAACACAAAAGAAAGTAACATAGTAGAAAAATACCATA ATAGAATATGTGTGCACACCTCAACTATTTTATATTATAGATTGTAGTATACACAATAAA AAATAGAGAATATTATTATAACATGTGTATAGATACACGAAAACGTAAGTTAGCAAGTTA CCATTATAATTTGTGTGGCTCTTGGGGACCTTAGCTAATGTAAGTGGCTATGAACATGAC AGTGTAGGTGTGCTACATGTCTAGCTAGATTATGAATTTTATTATAGTATCATGTGCTTG TTTTTTTCTCTTATATTGACCTTGTGCCTCAACAAACAAAATTTGGTTTTATTTTCAACA TAAATATGTTACCTTTTTTGGACTTTTTTGATGAGTCTTATTTTAAAAAGGGGTCTACAT AGCCAAAACTTGACAAATCCGTGAATGCCCGTGTTCTCTGATTATTGCTACAATATATCA CAGTATTTCTAAAATAAGTTAAAAAACAGAAGAAAATCTCCCCCTATAATAATTTTTTTT TTTCGACTTAAGAATTATTTAAATTTAACTGTTTTTATTTGAAAATTTCTTTTATTTAAG TCAGTTCTAAAACTCTATTTTTTTATAAATTTATGTTTTAAATTCTTGAATAAAAACAAA CTAAAAGTTTCACATGTCAAACAAGCTAATGAATCATTTCCATTGGAAGGTTAAGATAGG ACAGCAGATAGATATATACCCTCATTTTCTGCTTCTCTTTTATACTTTTGTGTCTCAATT TACAAAGTTCTATGATGATCCGTGAACAAAGTCTTTAATGTTCGGACGGAGTTAGTGTAG ATTACAGATCCCATCATATATATATATATATAAATTTATAAAAATTGTTTTTGATTGGGT ATAAATTTAAAAATAAAAAAAATGATGAAATACTTAATGTAAAGTAAGTTATAAATATTT ATACGATTATATATTGTTAGTAATTATAAGAAGTTGATTTGTATGGTTCCACTTTTCCAA TGCAATGCTTTTCACATGGTAATTCTAACTTTGGTTGGACAAATTTACTCCCTTTAATAC ATGTGAGTTTAGCATTGTGATTTGCATGTGTAGTCGTAATTATTAATAAGGAGATTTGCT AGCGTGAATTTGAATTTAAATATAAATAAAAAGAATTATAGTTGATTGTAATAATCAGTG ACCAATACAATTATTTAGTCATTTTTTAAAGTCTAAAAATATGATCAACAATCATAATTA GTTTTTTTAAAGTAATTATATTTACTCATTGATAAAATATCAATCACTTATCTAGACATG TAATTTTAACAGTTTTGCAAAAGAAGAAAATAGTACTCCCAGTAAATAACAATATTAATT ACAATAAAGACAAAAGAAAATTTCCATTCGATCTGATCCAGTGTATATGGCTAGGAGAAA AAGAGGAAAAAAAACAAAAATATGATAATTAGTAATTTATATATATATATCTTTCCTTTT ATTGCTAAAGATTAATTTAACTACCATCTCAAAATTGTAAATTGCTATATATATACTGTT GCCCTACATTAGGATGCAAGAAGAAGTGCTAAAAGCTTATTTGGATTAGCTCATATTAAG TATTAAGTTAAATTAGTTTTAAAAATTATTCTAACTTAGGAGTAAGTTATATAAGTCATC AAGACTCTAATTTTTTCTTTTATCTATTTCCTTTTCTTCAATTTTTTGGATACTTTTTCA TTGATGAGGGTCAAATAAAAATTTTGTACCATCCATTTCGATACTAAGTTCAAAGTTTGA TAAAATTTAATAGTAGAAACCACACAATAAGTATTAGGAAATTGACAAAATAATTCTTTA TACTGAGGGATAAATCTAAAGTATATTTTGAGCAGTTTTGATTATTTTATTCTTTAGATG TGCAAAAAATAATTATTATTTTTTTCATTTTGTTTTCTTACTTCAAATTACTTGCAATAA ATTAAAATAATTCAATTTTGTTTCATGGCTAACTATAACTCCATTTCAAAAAATTATTTT TTACTTCTAAAATTAAAACTATTTTTTTATTTCATAATAAAACATGGTTAAACATCTTAT AAATATCAATATTTGAGTATTTTTAAAGTTGACTTGGACCAATTTGTTGACCCAAGAATA ATCTATTTGCGAGAAAAAACATTTAAATTTATATTGCCTAAAGACTTAAGAAAAAAACAC TTCATATATACTAAGATTTTTTACTCGTGATTTAACTTGAATATGGAAACTCAAAAAGTT ATCAAACATTAGAATTTAGAACAAAGAGAGTAGAAAATTAATAGAATCTACTAGTTTGTT CATAATTTTTTTCATACAAACAGAAAGGTCAAAGAGTTAGAAATACAACATTTATTAAGT TATTTCTTATCTATGTACCACCAAAAATAATATACGTACTTTTCAGTATCTTTGTTAATC GTACATGCATAAATAAACGTATATAAAATTACAACTTTGATGTTTTTACTTTTAACCTTT TGCATCCATCCTTTTCAAGTATAACTATTGATTAACTTTTAGTCACATGCATTAACTTTA ATTAGCATAGATTCAGATTTAAAGAAAATAATGTTCCCTAACGAATTTCTGTTTCATTAT ATAGTGTTTAGCTGTTAGTGGCAAAAAAATAAAATAAATTAAAACACCTAAATTGAGAAT CTAATTAATTAAGACTATTAAATTCAATACGATAAAAAAAAGTAGGCAAGTGTATGAAAC AACAACTCATTATTAATTTATGTAATGTAGCATTCCCAAGATTTAACATTTGTAAAACAT AGATTTAAAAAATAAATTAAATATATAATAATCATCATATTGCTAATAGTATATTATGTA AATTATTTATTAAATAAAAAGACAATAAATTAAATTGACCTGGCAGACAAGAATGAAGGT ATTCCGTTGGTGTCATCACTCATACAAGGAAAAACATCCGTACAAATTATTCAGCAAAAT TAGGACTTGGTTATATATTATAAAAATATATATTATAGTTGGTATCTTTTAAGATGTATA AAATAGTATCTTTAAGCATGATGTAGTTTGATGATGGAAGAATTTAGTGTTTATAACTAA TTAATTGTATAACACAAACGTATAAATTATAAATCATGCAAATTATTCTTGAAAATGGTT GACGTATAACAAAATTGAGAAATAATAAACTAGGCGATGTAAATGTTACGATTTGAATCA TAATTATTTGGGTGCTAATAATGATAGGATAAGGCACCATGGTTGGCCTCCAAATGTCAA AGTTGCATTATATAAAAGCCTAAAAGAGAAAAGAAAGCTGGCAATTTATTAAAACCAATC ATATACTAAAAAAAAATTAAAAAAATATAGTATAATGTTTTGCTGAGTTCACGGGAGGTA TCAAATAAGTTCACGAGCATAACTTCCACTAAAAGACGAAGATCCTACTACCTACCCTAC TCATCATATTTCTTCTTTGCTTTTCCTAATGTCCTACCAAACTGATTCAGAATTTAAATT TTATAAATTATTATATTTAAACTTATTGTACTCTTACATATAAATTTAAATTTGTTTTTA TTGTAATTTTTAGACGCATAATTTGTATTTTCTATCGAAATTATTGAGTTCAAATGAATC TCAATTTTTTTTTTGTTTTTCTTCATGACAATTGTTTATGATCTTCTTTCTATCACAAGT TCCCAAGAAAGAAGATTTAACTTTATTTCTAATCAAATAAGATAAAATGAAAGGAAAGGA GTATATGAAAAATTGCCTTTGTATTATACATTTCAATTGAGACTTTTAGAAAGTGACAAT GTGAGAGTAATCATCATCAAGACTCAAGACAGATCAAAGGAAAACCATATGGTACATTAT TGGTTTTCGTAAAATATTATTTATATCAAATTAAATTGATACGATTTGATACTTGCGAGA TGATAAATTAACAATAATAATTTTACATACTCACGTAATAAAAAATTACAACTTTGATTT TTTATATATAAAAAAGAATAACGTCTTAGAGCAACTAATTAAGTAATTTCTTTTGTTAAA CAATTATAGAAAAATACATTTTAATCAAGTTAGAGTAGTTTTGTACTAATATACTAGTAG TTTATATATTTATTAGTATTTTCATAATATTTATAAATATATATGTAACTATATACTTTG ATATATATATTATTAAAATAATGATATCAAAATTTTGAATTTCGATATAATAATTCAATA CGGTAATCATGCTCGACATACCGTCCTGCAATGCTGGAAAAGATTATATACATGTGATAT AATATTTTCTTTATTACTATTAGAAAGAACAGCTGTTTTGAAAATTAATTATTGATTGTT TTTAGTACAAATTGAAATACTGTGTCATTTGGACGTTAATACAGGTGGATTTCCACAGTT ATATATTACGTGAAGAAATTAGAGGGACATTAAATGACTTCAATTTAAGTATTAATTAAT TAATTAATTCGTGTCAGAGGAGCTTTACATAAATCTTCAAATATATGGAAACAGGCAAAA ATCATGGCCCCATAAATGGGATGAAATTATTATTGATTACAAAAGGGCATTTTGAATGGA TGTACCGTCACGTGCATTTACCTGTAAAATTCATGGAGATTTTTTATAATAATTCCTTAT TGTATTTAGGTAAAAGGTCTCGTATTAAGGTGTATAAGATCATTTTTTCTTAAATTTATT ATATTTGAATCAAAAATTTTATGAAAACAATCTCTCTATTCTTTTTAAATTTTACCTGCG GATAGATTATCAATTTTATAAAATTAGGATTATTTTGCATTAATTAACCTTAAAATTAAA GGGGTTGTTATCATGAATTAGTCTATGTTTAACCTTAAAATTAAAATGATATCTATTAGG ATTAATAAGGCCGTAAGTAAAGTCTTGTACGTATTTCAATGGATAATTTTTATTTTACCA TTAATAATAGACCAATAAATTTCTACATTATCTAGCATAATATAAATTCGAGGAAAAAAA GTAAGTCTCTTCAACCATTTGATGTAAAATGTGACAATACACTTTGAAACATTATTTCTT ACTTCTCTAAACTATCTAGACATTATTTTAATAGATACTCCACCAATTCAAATAGTAAGA ATGAATTTGAAAACAAACTAGTAAATCCTTCAACTTCTTCTTCTAAAGTATCATATAATA TAAACTTTGGAACAAATCAAAAGTCACATGAAATACAAGTGTCAAACAATACAATATATG TGTAAGAAAGAGATACAAATTAAAATAGAGATAAGAGAGGTCAAAGTGCAAAAGACAAAA CTTGTTGGGTGGAAAAAATGAATTGTGGTTCCAAAATACTGTCTATCTGTATGTCTTAGC TTAACAGGTAGGGTGATGTAGACATACAACTTCTTGATACCTTCACATATATATGAAAAA AAAAAAGATATATACTTTTTTTTTCGACTTAATTTGACTTGACACAATGTTTTTTTATAA AAAAAATGAAAGGTTAGAATTTATGGTCTAAAATAAGTTATAAGTAAGTATTTGTGTGAC TGACTATAAATCATTCATTAAGGACAAAGTTAAATTATTACTAAATATAAAAATATGTTA TCATTTTTTTTGAAATTGACTAAAAATAAAAGTGAGTCATGTAAATTGAAATAGAAGAAG ATAGAAACATACATATACAAACAATATTTATGAATATTTTATATACTGACAATATAAAAT ATTTTCTTAATTAGCGTAAATTCGACTCTAAATATTTTACTCGCATATTTTTTTTCTTCT TCAAATTATGAATCTATACTTATATTGTATAGGCTACGAAGGGATTCAATTAAATTTCCG TTAAGAAAATTTTAGTGTGCAAAAAGTGGGGAAAATATTCTAGTGTATAGATGTAAATTG TTGAAACTAGAAAGAAGAGATCTAGAATCTTTTAATTTAATATAGTAATAAATATGATGC AATAATGTGATTCGAAAATTCAAATTTTTGACCCTATAAAAATCTAAAAGGGAGAATAGT GTCAAGGTCACAAGTATTGGTATTTTTTTTTTTTGAATAAGAACTAAAATTCATAAAAAG GTATTGAAAAAGTAAAGAAAAAGTTTAGTTGGACAATCAACAAAAAGAGAGAAAAGAAAG AATTTAATGTCATTGAAAGCTCAAAAACTACCCATATGATGATGTTGGTAAAAATTCTTT GGTCACAATCAGATCAATTTCTGTTCACATAAAAAGTGCAAAAAAGAAAAAATACCTACA TTCTATTGTGACATTCATGAATTCCAGAGTGCCCTACCACAGCCCCCACAAATTTTTTAT CTACATTTTTTTTTTTATAAATAATATAAAAACTTTATTCTAAACCCACCATTCCATAAA CAGCTAAAGCATGTGATCCTTTTTGTTACGTACATTGATGTTATGTGGACTAAATTATTG TCAGTTTGGACACTTGGCTTTGTGTATGCATATTTTAGTAGTATACTGTACATAAACCTC ATGCAACTACTTATTCACATATATTTAAATAAATAAAAATAAAACCTACCTTAGTACAAA ACCATGGGCGTTATGTTTCTATTCCCCCTCCCCCACCCCATTCTTTCGTTGATTACATCG TTCCGTTTCATTTTATATGATAAAATTTTAATTTAGAATAATTTTTTTTTAAAAAACATC CTCGAAAATCATTATTTTAAACACGTTTTGATATTTATATTCACAACTACTAGAAATAAA CATTTTTTTTTCACAACAAATCAGTGAAAAATATATGTCATAAGACACAATACTTTTATT TATTTTTCATTGAATCAGTTCCGTGGAGAAAATATATGATGAGAATCAGATTTTTTTACT GAAATAGTACGAAGCTTTTCTAGTTTTTCCATATGAAACAATTATAATTTTTTTTAATTA ATCGTAACTATTATAAGATCATAGTAAGATGAGAGTTTAATTAAAACAAACTGGGAAAAA AAACAGTAACAAAATCAAACAAATAAGAGTACGATTGCACTTGCCAAACTATACATTGGA GGAATTCATGTACTTTTCCTTCCTGATAATTAATCAAATATCCAAAATTTAAATTAGTAA TTACAAATCGCTGAACTCACTTCTTGCACGCACTTTGCATCTATATATATATATGCTTAT ATATTAAATCTGTTCATTTTTTCTACTGATTGAAGTCTATAGTATAGTATGAGGGAATAA AAATATAATGATTCGATAGAAGTAATTCATTTGAAATGGAAATTGCAGGAGGGGAAGAGA AAATTAAAGGTACAAAAAACTTAAGCCCGTGAAGGTTGCATGTGATCATAAAAGAGCTGT TATAATCAGTGGTCTTGACCACTTATACACCCAACCACGTGCCCTCTTTTTGGCTTTTAT AATCAAAAAATTTAGCAAAAATAATAATAGCATATAATTCCTACTAACTACTAAATTTAA TCCAACAATACTATTCCTATAATTATTTTCTAATAATTTGAAAAGACACACGCATAAAAT AAAGCAGAAATTTCCTTGCTTAAACATGTAAACGAAAATAATTTCGCCAGCAAAAGAGGT ATTTAGTAGCAATAGATTTTCTATTTATTGGTATAATAAAATTTAACAAGAATTGAGTAA ATACCATTGAATTCACAATAGTTAAAATCTGTAGTGTCATTATAATAAACATCATTTTTT GTGGCAATATATATAAGCATTAACAAATGATACTTTAATTTTCACGGATATTAGTTAATT ATCATTAAATTCGATTTCACTATAAGCTTTAGTAATATTTAAAAAAAATTTCACTAATAA TTGCCTCTAAAAATATATATTTAGCGATAACTAGGTTATTATCATTAGTCAATTACCGTT AAAAATCATTTTTAATATTTTAATTACGTCATGCGTATAAAAACTTATTTTATTGCATAA TTATGTAAAATTAAATTTCCCTTATTTGCATGACAGTTGAAACCAACCAACTGTTTTGTT TTTGTTTTTTTTTTTCAACTCATATGCCAAAGATGATGGATACTAAAGGGTAACAATTTT TTTTCAGCCAAACAAAAATCACATCAAGAAAAAGAAGTTTATTAATTAAAATAGGGGACC AAGAATAAATGACATAAATGCCTAACATATAGTATATAAAATATTATTAAAACAAATTTC TTTTTTTTTGGTTTATGCATGTACTATTTACATTTACATGTTCTTTCCTATATAAACCAC CAGATACCTCCTCTGTTGTCCAAGTAAAAAAAAAAATAAAAATCCTCCATTGTTTCTCTC TTCCAAAAAAAAAATAAAATTATGGGAAGATTAAGCTTTCGGAGCGTTACGTTTATGTTC ATGGTTACATTTCTGGTATGGTCATCGTTAAATGTTGAGTTTTGTAATGCAAGAAGAGGT AAACATTGGAGACAACATGGTACAACATCCTCTGTTTCTTTGTACAAGAAGAAGGGGAAG AATCATGGTAGTAATAACCACCATAAAAGTGGTGGCAAACCGAAGCCAAAATACGCGTCT CCACCACCAATTAGTCCGCCAACCAAAGGCTACGACAATGTACCTTCGACTAACCTATTT GATGTAACAAATTTTGGTGCTGTTGGAGATGGCAAGACCGATGATACTAAGGTAAACTCA TGTTTTCAATGAATAATTTTTCACTATTCGTTATTAGAATGAGTAACTTTGTTGAACAAG TAGTGCAACGTTGAAATTCAGTGACAATACATGTAATTCACTCAGAAGTTTGTCAATTGA CTCTGTACCACACTCTGAATTTCCAAAATGTCAGTTCATAGACATTAGTTGATGAAAAAA GTTGAAGAAATTCACATTGATAATTTCATGTTTACAGGACAAAAAGTTAGGTAAATGTGA GTTGTGACAATTTTATTGTTGTATTATTATTATTAATAAACTTGACTTTGGGAGTACAAC AATATATATTTTTGAAATAAGGAGAACTTAATAATACATTAGATAAGACAGAATTGCAGG CAGAGTCATAGAGAGAAATGTGGTGGCTCCCACTTTTAACTTACAACTGAATATGTTTAT GAAAATTTTGATAACATAAAAAAGGGCGAGACCAGTGCACCAAAGCTCCCGCTATGTGCA AGGTTCCGGGAAAGGCCTATTATACCTTGCATTCTGTTAGAGGCTGTTTTGATAGTAGCA TACTGATCACCTAAAATGCATATTTCTATTCAACTAACCATGAAATCTTGAAATCTAACA GGCATTTCAAGCTGCATGGGCAGCTGCTTGTAAAGTGGAAGATTCAACGATGATCGTTCC ATCGAAATATGTATTCCTTGTAGGACCAATTTCATTCTCAGGTCCATACTGTCAACACAA CATTGTATTTCAGGTCAGTACTCGAAAATATTGATTGAATGTATGAGCCAATGTTACTTG GTGTACATTTTTACTCTGCCTTTGACATATATGTGTCTGAATGAGTTTGAACACTCTGTC ATGAAGAATTACATGATTCCGAATCATAATACTGATACGAGTTTCATACACATCAGGAAG AATTCAAGAAACGAACCAGTCTTAAAGTTGCGGACTAGTCTTAAAGACTGTTTTGATGAA TATGTTATATGTTCTGTTTTGCAGCTTGATGGAACAATAATTGCTCCAACAGATGCAAAA TCTTGGGGTTCAGGTATTATGCAATGGCTTGAATTTACCAAATTGGTAGGAATTACAGTC AAAGGAAGCGGGGTGATTGATGGAAGAGGTTCTGTTTGGTGGCAAGATACACCGTATGAT GATCCTCTAGACGATGAATTGAAACTGATCATCCCCTTAAACAAGACATTATTGAGACAT CCTCTTACTCCTGTAATTACAAATCTCTCTATCAATTATGAATATCTAAATTCAATTTAT TATCCTTTCTTATACTCTTTTGTTTGACAGATAAATAGCTCACTTAGTGGGAAAATGCCA AGCATTAAGCCAACAGTAAGCACAGTTTCAAACACTTGGTGTTTTTCAAGTTTGGGCATT ATGTTGTTCACTATATACTAAACGAAACACTGAAATGCAGGCTCTACGATTCTATGGGAG TTTCAATGTTACTGTAACAGGCATCACAATTCAAAATAGCCAACAATGTCATCTCAAATT CGACAACTGCATAGGGGTATTAGTAAACAATTTCACTGTCTCATCTCCGGGAGATAGTCC TAATACAGATGGAATCCATTTACAGAACTCCAAGGACGCGTTAATTCGAAGTTCCAACAT TGCTTGTGGTAATTACTATACTCAATGAATTCTTTTACAACAAACATAACTGATAACAGA GAGAACAATATGCCAAAATATTGTCCACATTGATAATAAGGACCACATTCTTCAATGTGT GACCACTAACACTTCGACACGTAGCAACAACCTATCTTTAATGTATAATTTTTGCACCAC AAGCTTCAAGACCCTCCCTCCAAAAACTCATCTTGTCTATATAGTAAAAGAGTAAATTCA ATGTAGAGATAGACTTTTTTCCCCACACATTTAATATTTCAGTCCTGTTACTCAAAATAT GATAGTAACTTTATGATAGAATAAACAATTTGAACATCAAAAGAGCCAAGCACATATTAT GTCCTTCAATTTAAAATGCTAGTATATGCAAAAAAAAACTCATCGACGTTTATTTAACTT GTATAGGAGATGACTGTGTCTCGATACAAACTGGATGCACCAATGTGTATGTCCACAACA TAAATTGTGGACCAGGACATGGAATCAGCATTGGATCACTAGGGAAAGACAATACGAAGG CTTGTGTTTCAAATATTACTGTCAAAGATATTATTATGAAGAACACGATGAACGGTGTCA GGATTAAGACATGGCAGGTGTGGTTTTCTCATAACGACATTTTGAGTTCAAATGTATCTA ACAACGAATATTAACATTTGATTATACTACTATGCAGGGCGGGTCAGGGTCAGTACAAGG AGTGTTTTTCTCAAACATTCAAATGAACGAAGTTCAGCTACCGATTGTAATTGATCAGTT CTATTGTGACAAGAGCAAATGCAAAAACCAGACAGCTGCAGTGGCTTTATCAGATATCAA CTACGCAGGAATTAAAGGAACATATACAGTAAAACCGGTGCATCTAGCATGTAGTGACAG TATGCCTTGTCAAGACGTGACCATGATGAATATCCAACTAAAGCCAATACAGGAGCGTTA CCACATGTATGATCCATTCTGTTGGCAGACGTTCGGGGAGTTATATACTCCTACTCAACC TCCAATTGAATGCTTACAAGTCGGAAAACCAACGAGCAACAAGATTCAAGCAGATCATGA TCAATGCTAGTATAGTAAGATTATTATTATTATTATCTATAATTATATATTTTTGGTGTC TTCATTTGTGAGGCCGGCATACTTTTGCTGACCCCTATTACACCATATATAGAATGATTG CATATTCTTAATGCATAAGAGTATAGAATTTTGTTTTTTCTCTTTTAGTAAAATTACTGT ATGTGGTATTGAGTGGATTTCTATAGTAAGGTATGAGAAGATACTTCCTTCTGGTAAAAC TGTTAACTTGTTCTGCTACACTGACACCAACAGAATTACTAACCTACGAATAATGATTGA AAACACAAGGAGTTGCTACTCATGATATTGTATCGAAGACACATTGGTGGACACTCCGCT ATGTTTTCAGAACTTTTAACATACCACCATAGACATTAACGGATAAGCTGCGTACTCTAT GCAGAAACTAGAAGTGGTCATATTCACATACACATATATCTTCAACAAGATAACTGAAAT CCATATGCATATGCCTTCCATTTAAAAGCCAGTGATTGATCCCTATAACTCGCTTTATGA ATTC GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_1 match_part 0.987 113 264 match_part 1.000 350 500 match_part 0.993 599 1032 match_2 match_part 0.990 397 500 match_part 0.993 599 1032 match_3 match_part 1.000 3776 3912 match_part 0.997 5111 5412 match_part 1.000 5518 5588 match_4 match_part 0.998 4034 4474 match_part 1.000 4546 4856 match_part 1.000 4957 5412 match_part 1.000 5518 5653 match_part 1.000 5728 5900 match_part 0.999 6019 6690 match_5 match_part 1.000 4048 4474 match_part 1.000 4546 4856 match_part 0.993 4957 5094 match_6 match_part 1.000 4048 4474 match_part 1.000 4546 4856 match_part 0.983 4957 5077 match_7 match_part 0.995 4050 4474 match_part 0.984 4546 4800 match_8 match_part 0.995 4057 4474 match_part 1.000 4546 4601 match_part 1.000 4776 4856 match_part 1.000 4957 5113 match_9 match_part 1.000 4058 4474 match_part 1.000 4546 4856 match_part 0.988 4957 5127 match_10 match_part 1.000 4070 4474 match_part 0.994 4546 4856 match_part 1.000 4957 5014 match_11 match_part 1.000 4070 4474 match_part 1.000 4546 4659 match_12 match_part 0.987 4076 4474 match_part 1.000 4546 4551 match_13 match_part 0.980 4077 4474 match_part 0.974 4546 4659 match_14 match_part 0.957 4083 4474 match_part 0.960 4546 4670 match_15 match_part 0.965 4101 4474 match_part 0.920 4546 4770 match_16 match_part 0.986 4115 4474 match_part 0.996 4546 4768 match_17 match_part 0.997 4116 4474 match_part 0.996 4546 4799 match_18 match_part 0.939 4117 4474 match_19 match_part 0.997 4149 4474 match_part 0.955 4546 4856 match_part 0.981 4957 5112 match_20 match_part 0.968 4253 4474 match_part 0.942 4546 4856 match_part 0.971 4957 5095 match_21 match_part 0.968 4253 4474 match_part 0.942 4546 4803 match_22 match_part 0.933 4265 4474 match_part 0.939 4546 4856 match_part 0.889 4957 4974 match_23 match_part 0.966 4300 4474 match_part 0.939 4546 4856 match_part 0.936 4957 5176 match_24 match_part 1.000 4363 4474 match_part 1.000 4546 4723 match_25 match_part 1.000 4390 4474 match_part 0.979 4546 4732 match_26 match_part 1.000 4411 4474 match_part 1.000 4546 4856 match_part 1.000 4957 5412 match_part 1.000 5518 5588 match_27 match_part 0.932 4548 4856 match_part 0.948 4957 5242 match_28 match_part 0.959 4590 4856 match_part 0.975 4957 5193 match_29 match_part 1.000 4613 4856 match_part 0.997 4957 5295 match_30 match_part 0.989 4670 4856 match_part 1.000 4957 5334 match_31 match_part 1.000 4716 4856 match_part 1.000 4957 5259 match_32 match_part 1.000 4772 4856 match_part 1.000 5518 5653 match_part 1.000 5728 5900 match_part 1.000 6019 6496 match_33 match_part 0.906 4825 4856 match_part 0.978 4957 5412 match_part 1.000 5518 5526 match_34 match_part 0.977 5021 5412 match_part 0.971 5518 5653 match_part 0.962 5728 5884 match_35 match_part 0.985 5080 5412 match_part 0.985 5518 5653 match_part 0.971 5728 5900 match_part 0.988 6019 6102 match_36 match_part 0.997 5087 5412 match_part 1.000 5518 5653 match_part 1.000 5728 5900 match_part 0.992 6019 6270 match_37 match_part 0.997 5087 5412 match_part 1.000 5518 5653 match_part 1.000 5728 5900 match_part 1.000 6019 6264 match_38 match_part 0.993 5121 5412 match_part 1.000 5518 5653 match_part 1.000 5728 5900 match_part 0.996 6019 6302 match_39 match_part 1.000 5192 5412 match_part 1.000 5518 5653 match_part 1.000 5728 5900 match_part 1.000 6019 6403 match_40 match_part 1.000 5192 5412 match_part 1.000 5518 5653 match_part 1.000 5728 5900 match_part 0.997 6019 6375 match_41 match_part 0.994 5233 5412 match_part 1.000 5518 5653 match_part 1.000 5728 5900 match_part 0.994 6019 6341 match_42 match_part 0.896 5250 5412 match_part 0.978 5518 5653 match_part 0.971 5728 5900 match_part 0.987 6019 6094 match_43 match_part 0.987 5256 5412 match_part 0.978 5518 5653 match_part 0.971 5728 5900 match_part 0.987 6019 6095 match_44 match_part 1.000 5258 5412 match_part 1.000 5518 5653 match_part 1.000 5728 5900 match_part 0.986 6019 6302 match_45 match_part 0.992 5294 5412 match_part 1.000 5518 5653 match_part 1.000 5728 5900 match_part 1.000 6019 6496 match_46 match_part 1.000 5309 5412 match_part 0.706 5518 5653 match_part 1.000 5728 5900 match_part 1.000 6019 6160 match_47 match_part 0.967 5383 5412 match_part 1.000 5518 5653 match_part 1.000 5728 5900 match_part 1.000 6019 6595 match_48 match_part 0.971 5515 5653 match_part 1.000 5728 5900 match_part 0.996 6019 6496 match_49 match_part 1.000 5572 5653 match_part 1.000 5728 5900 match_part 1.000 6019 6656 match_50 match_part 0.987 5575 5653 match_part 1.000 5728 5900 match_part 1.000 6019 6345 match_51 match_part 1.000 5649 5653 match_part 0.971 5728 5900 match_part 0.973 6019 6423 match_52 match_part 0.990 5725 6494 match_53 match_part 0.994 5731 5900 match_part 0.990 6019 6649 match_54 match_part 1.000 5738 5900 match_part 1.000 6019 6434 match_55 match_part 0.965 5760 5900 match_part 0.967 6019 6138 match_56 match_part 0.993 5767 5900 match_part 1.000 6019 6665 match_57 match_part 1.000 5837 5900 match_part 0.992 6019 6529 match_58 match_part 1.000 5837 5900 match_part 1.000 6019 6378 match_59 match_part 1.000 6014 6678 match_60 match_part 1.000 6147 6678 match_61 match_part 0.984 6178 6675 match_62 match_part 0.974 6181 6644 match_63 match_part 0.948 6394 6680 match_part 0.595 7788 7824 match_part 0.600 8132 8136 match_64 match_part 0.931 6411 6670 match_part 0.595 7788 7824 match_part 0.500 8142 8153 match_65 match_part 1.000 6417 6678 match_66 match_part 0.979 6491 6680 match_part 0.789 6874 6892 match_67 match_part 0.984 30216 30661 match_68 match_part 1.000 35050 35532 match_part 1.000 35681 35876 match_69 match_part 0.885 81656 82011 match_part 0.962 82622 82753 match_part 0.942 83005 83124 match_70 match_part 1.000 81666 82011 match_part 1.000 82622 82753 match_part 0.996 83005 83232 match_part 0.933 83311 83355 match_part 1.000 83441 83465 match_71 match_part 0.881 81685 82011 match_part 1.000 82622 82687 match_72 match_part 1.000 81707 82011 match_part 1.000 82622 82753 match_part 1.000 83005 83232 match_part 0.933 83311 83355 match_part 1.000 83441 83458 match_73 match_part 0.848 81821 82011 match_part 0.962 82622 82753 match_part 0.974 83005 83232 match_part 0.956 83311 83355 match_part 0.910 83441 83529 match_74 match_part 0.991 83002 83232 match_part 1.000 83311 83355 match_part 1.000 83441 83648 match_part 1.000 84067 84257 match_part 0.983 84338 84458 match_75 match_part 1.000 83004 83232 match_part 1.000 83311 83355 match_part 1.000 83441 83648 match_part 1.000 84067 84257 match_part 1.000 84338 84471 match_76 match_part 1.000 83514 83648 match_part 1.000 84067 84257 match_part 0.990 84338 84719 match_77 match_part 1.000 83528 83648 match_part 1.000 84067 84257 match_part 0.993 84338 84483 match_78 match_part 1.000 83528 83648 match_part 0.979 84067 84257 match_part 1.000 84338 84344 match_79 match_part 1.000 83581 83648 match_part 1.000 84067 84257 match_part 0.988 84338 84840 match_80 match_part 1.000 83581 83648 match_part 1.000 84067 84257 match_part 0.995 84338 84754 match_81 match_part 1.000 83581 83648 match_part 1.000 84067 84257 match_part 0.994 84338 84674 match_82 match_part 1.000 83581 83648 match_part 1.000 84067 84257 match_part 0.994 84338 84653 match_83 match_part 1.000 83581 83648 match_part 1.000 84067 84257 match_part 0.946 84338 84448 match_84 match_part 1.000 84101 84257 match_part 0.998 84338 84951 match_85 match_part 1.000 84188 84257 match_part 0.994 84338 84953 match_86 match_part 0.998 84522 84953 GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_87 match_part 0.443 7014 6954 match_part 0.679 6903 6876 match_part 0.998 6680 6164 match_88 match_part 0.824 6892 6876 match_part 0.982 6661 6267 match_part 0.400 6211 6207 match_89 match_part 0.857 6960 6954 match_part 0.935 6697 6543 match_90 match_part 0.857 6960 6954 match_part 0.961 6697 6543 match_91 match_part 0.857 6960 6954 match_part 0.968 6697 6543 match_92 match_part 0.857 6960 6954 match_part 0.968 6697 6543 match_93 match_part 0.857 6960 6954 match_part 0.968 6697 6543 match_94 match_part 0.857 6960 6954 match_part 0.968 6697 6543 match_95 match_part 0.857 6960 6954 match_part 0.968 6697 6543 match_96 match_part 0.993 16363 15914 match_part 0.992 15775 15656 match_part 0.991 15522 15411 match_part 0.987 10018 9789 match_part 1.000 9711 9490 match_97 match_part 1.000 31218 31138 match_part 1.000 30772 30222 match_98 match_part 0.989 31568 31386 match_part 1.000 31296 31138 match_part 0.993 30772 30361 match_99 match_part 1.000 31218 31138 match_part 0.992 30772 30515 match_100 match_part 1.000 31851 31659 match_part 1.000 31576 31386 match_part 1.000 31296 31138 match_part 0.973 30772 30591 match_101 match_part 0.992 33195 32956 match_part 0.980 31760 31659 match_part 0.988 31576 31319 match_102 match_part 1.000 32426 32297 match_part 1.000 31851 31659 match_part 1.000 31576 31438 match_103 match_part 0.993 32572 32297 match_part 1.000 31851 31710 match_104 match_part 0.996 32572 32297 match_part 0.988 31851 31766 match_105 match_part 0.997 33272 32487 match_106 match_part 0.996 33214 32749 match_107 match_part 0.943 34776 34193 match_part 0.725 33383 33344 match_108 match_part 0.998 42646 42004 match_109 match_part 0.979 52945 52898 match_part 1.000 52791 52648 match_part 0.939 52507 52459 match_110 match_part 0.825 53871 53603 match_part 0.962 53209 53077 match_part 0.972 52969 52898 match_part 0.980 52791 52694 match_111 match_part 0.902 54196 54034 match_112 match_part 0.977 58745 58136 match_113 match_part 1.000 58668 58142 match_114 match_part 0.987 58782 58387 match_115 match_part 0.934 59402 58691 match_116 match_part 0.997 59455 58824 match_117 match_part 0.938 59402 58827 match_118 match_part 1.000 59270 58834 match_119 match_part 0.997 59440 58862 match_120 match_part 1.000 59442 58863 match_121 match_part 1.000 59440 58911 match_122 match_part 1.000 59405 58972 match_123 match_part 1.000 59440 59078 match_124 match_part 1.000 64874 64870 match_part 1.000 64748 64653 match_part 0.971 64573 64472 match_part 0.957 64324 64208 match_part 1.000 64131 64015 match_part 0.944 63931 63717 match_125 match_part 1.000 64500 64472 match_part 0.974 64324 64208 match_part 1.000 64131 64015 match_part 0.957 63931 63721 match_126 match_part 1.000 64702 64653 match_part 1.000 64573 64472 match_part 1.000 64324 64208 match_part 1.000 64131 64015 match_part 0.986 63931 63725 match_127 match_part 1.000 64303 64208 match_part 1.000 64131 64015 match_part 0.971 63931 63726 match_128 match_part 1.000 64546 64472 match_part 1.000 64324 64208 match_part 1.000 64131 64015 match_part 0.976 63931 63727 match_129 match_part 0.975 65159 65080 match_part 0.988 64951 64870 match_part 1.000 64748 64653 match_part 0.990 64573 64472 match_part 0.983 64324 64208 match_part 0.966 64131 64015 match_part 0.926 63931 63728 match_130 match_part 1.000 65127 65080 match_part 1.000 64951 64870 match_part 1.000 64748 64653 match_part 1.000 64573 64472 match_part 0.983 64324 64208 match_part 0.983 64131 64015 match_part 0.980 63931 63728 match_131 match_part 0.935 64106 64015 match_part 0.975 63931 63733 match_132 match_part 1.000 64678 64653 match_part 1.000 64573 64472 match_part 1.000 64324 64208 match_part 1.000 64131 64015 match_part 1.000 63931 63739 match_133 match_part 0.985 64935 64870 match_part 1.000 64748 64653 match_part 1.000 64573 64472 match_part 1.000 64324 64208 match_part 1.000 64131 64015 match_part 0.981 63931 63879 match_134 match_part 0.952 66007 65966 match_part 0.988 65783 65622 match_part 0.988 65531 65451 match_part 1.000 65331 65280 match_part 0.983 65194 65080 match_part 1.000 64951 64870 match_part 1.000 64748 64653 match_part 0.990 64573 64472 match_part 1.000 64324 64304 match_135 match_part 1.000 65513 65451 match_part 1.000 65331 65280 match_part 1.000 65194 65080 match_part 0.988 64951 64870 match_part 0.990 64748 64653 match_part 0.974 64573 64535 match_136 match_part 1.000 65313 65280 match_part 1.000 65194 65080 match_part 1.000 64951 64870 match_part 1.000 64748 64714 match_137 match_part 1.000 67389 67163 match_part 1.000 66142 65966 match_part 1.000 65783 65622 match_part 1.000 65531 65451 match_part 1.000 65331 65280 match_part 0.990 65194 65096 match_138 match_part 0.955 67338 67163 match_part 1.000 66142 65966 match_part 0.994 65783 65622 match_part 0.988 65531 65451 match_part 1.000 65331 65280 match_part 0.980 65194 65096 match_139 match_part 0.862 67220 67163 match_part 0.994 66142 65966 match_part 0.981 65783 65622 match_part 0.988 65531 65451 match_part 0.962 65331 65280 match_part 1.000 65194 65186 match_140 match_part 0.838 67390 67163 match_part 0.972 66142 65966 match_part 0.944 65783 65622 match_part 0.963 65531 65451 match_141 match_part 1.000 67227 67163 match_part 0.972 66142 65966 match_part 0.956 65783 65626 match_142 match_part 0.910 67373 67163 match_part 0.949 66142 65966 match_part 1.000 65783 65670 match_143 match_part 0.987 67389 67163 match_part 1.000 66142 66116 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C05SLe0101I15.2 type gene exon 113 264 exon 350 500 exon 599 1032 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C05SLe0101I15.2 type gene exon 4034 4474 exon 4546 4856 exon 4957 5412 exon 5518 5653 exon 5728 5900 exon 6019 6690 gene_3 gene GT_PGL_2_AGS_2 transcript source GenomeThreader seq_id C05SLe0101I15.2 type gene exon 4048 4474 exon 4546 4856 exon 4957 5412 exon 5518 5653 exon 5728 5900 exon 6019 6680 exon 6874 6892 gene_4 gene GT_PGL_2_AGS_3 transcript source GenomeThreader seq_id C05SLe0101I15.2 type gene exon 4048 4474 exon 4546 4856 exon 4957 5412 exon 5518 5653 exon 5728 5900 exon 6019 6680 exon 7788 7824 exon 8132 8136 gene_5 gene GT_PGL_2_AGS_4 transcript source GenomeThreader seq_id C05SLe0101I15.2 type gene exon 4048 4474 exon 4546 4856 exon 4957 5412 exon 5518 5653 exon 5728 5900 exon 6019 6670 exon 7788 7824 exon 8142 8153 gene_6 gene GT_PGL_2_AGS_5 transcript source GenomeThreader seq_id C05SLe0101I15.2 type gene exon 4057 4474 exon 4546 4601 exon 4776 4856 exon 4957 5412 exon 5518 5653 exon 5728 5900 exon 6019 6680 exon 7788 7824 exon 8132 8136 gene_7 gene GT_PGL_2_AGS_6 transcript source GenomeThreader seq_id C05SLe0101I15.2 type gene exon 4050 4474 exon 4546 4856 exon 5518 5653 exon 5728 5900 exon 6019 6680 exon 7788 7824 exon 8132 8136 gene_8 gene GT_PGL_2_AGS_7 transcript source GenomeThreader seq_id C05SLe0101I15.2 type gene exon 3776 3912 exon 5111 5412 exon 5518 5653 exon 5728 5900 exon 6019 6680 exon 7788 7824 exon 8132 8136 gene_9 gene GT_PGL_2_AGS_8 transcript source GenomeThreader seq_id C05SLe0101I15.2 type gene exon 5515 5653 exon 5728 5900 exon 6019 6680 exon 7788 7824 exon 8132 8136 gene_10 gene GT_PGL_2_AGS_9 transcript source GenomeThreader seq_id C05SLe0101I15.2 type gene exon 5725 6680 exon 7788 7824 exon 8132 8136 gene_11 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C05SLe0101I15.2 type gene exon 7014 6954 exon 6903 6876 exon 6680 6164 gene_12 gene GT_PGL_3_AGS_2 transcript source GenomeThreader seq_id C05SLe0101I15.2 type gene exon 6892 6876 exon 6661 6267 exon 6211 6207 gene_13 gene GT_PGL_3_AGS_3 transcript source GenomeThreader seq_id C05SLe0101I15.2 type gene exon 6960 6954 exon 6697 6543 gene_14 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C05SLe0101I15.2 type gene exon 16363 15914 exon 15775 15656 exon 15522 15411 exon 10018 9789 exon 9711 9490 gene_15 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C05SLe0101I15.2 type gene exon 30216 30661 gene_16 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C05SLe0101I15.2 type gene exon 33272 32297 exon 31851 31659 exon 31576 31386 exon 31296 31138 exon 30772 30222 gene_17 gene GT_PGL_6_AGS_2 transcript source GenomeThreader seq_id C05SLe0101I15.2 type gene exon 33195 32956 exon 31760 31659 exon 31576 31319 gene_18 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C05SLe0101I15.2 type gene exon 34776 34193 exon 33383 33344 gene_19 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C05SLe0101I15.2 type gene exon 35050 35532 exon 35681 35876 gene_20 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C05SLe0101I15.2 type gene exon 42646 42004 gene_21 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C05SLe0101I15.2 type gene exon 53871 53603 exon 53209 53077 exon 52969 52898 exon 52791 52648 exon 52507 52459 gene_22 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C05SLe0101I15.2 type gene exon 54196 54034 gene_23 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C05SLe0101I15.2 type gene exon 59455 58136 gene_24 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C05SLe0101I15.2 type gene exon 67390 67163 exon 66142 65966 exon 65783 65622 exon 65531 65451 exon 65331 65280 exon 65194 65080 exon 64951 64870 exon 64748 64653 exon 64573 64472 exon 64324 64208 exon 64131 64015 exon 63931 63717 gene_25 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C05SLe0101I15.2 type gene exon 81656 82011 exon 82622 82753 exon 83005 83232 exon 83311 83355 exon 83441 83648 exon 84067 84257 exon 84338 84953 gene_26 gene GT_PGL_14_AGS_2 transcript source GenomeThreader seq_id C05SLe0101I15.2 type gene exon 83002 83232 exon 83311 83355 exon 83441 83648 exon 84067 84257 exon 84338 84953 RepeatMasker tomato repeats master TLP1 1 289 1 TLP1 1 289 1 nucleotide_motif 1038 10098 10357 Unknown00020 258 403 1 Unknown00020 258 403 1 nucleotide_motif 393 19083 19231 Copia00143 77 218 1 Copia00143 77 218 1 nucleotide_motif 1010 20401 20542 Copia00143 3 45 1 Copia00143 3 45 1 nucleotide_motif 270 20533 20575 Copia00143 15 206 1 Copia00143 15 206 1 nucleotide_motif 1055 20579 20810 Copia00191 3816 3973 1 Copia00191 3816 3973 1 nucleotide_motif 255 20972 21124 Copia00172 5193 5331 1 Copia00172 5193 5331 1 nucleotide_motif 307 35884 36021 Copia00143 91 188 1 Copia00143 91 188 1 nucleotide_motif 342 41069 41165 SINE_SO 25 160 1 SINE_SO 25 160 1 nucleotide_motif 549 53363 53500 HELITRON7_OS 1543 1679 1 HELITRON7_OS 1543 1679 1 nucleotide_motif 270 56568 56697 TLP1 376 464 1 TLP1 376 464 1 nucleotide_motif 256 62175 62264 TLP1 158 2891 1 TLP1 158 2891 1 nucleotide_motif 490 62262 62452 SONATA1 29 241 1 SONATA1 29 241 1 nucleotide_motif 565 78810 79020 RepeatMasker tomato repeats master Copia00143 101 136 -1 Copia00143 101 136 -1 nucleotide_motif 236 8274 8241 Copia00143 77 218 -1 Copia00143 77 218 -1 nucleotide_motif 1150 8427 8286 Copia00110 2490 2719 -1 Copia00110 2490 2719 -1 nucleotide_motif 1060 10311 10088 SONATA1 1 99 -1 SONATA1 1 99 -1 nucleotide_motif 346 11365 11274 Gypsy00202 2275 2385 -1 Gypsy00202 2275 2385 -1 nucleotide_motif 227 16897 16785 Gypsy00007 5967 6142 -1 Gypsy00007 5967 6142 -1 nucleotide_motif 261 21159 20988 Gypsy00160 6165 6445 -1 Gypsy00160 6165 6445 -1 nucleotide_motif 333 21502 21221 Copia00172 5199 5328 -1 Copia00172 5199 5328 -1 nucleotide_motif 544 36002 35871 HELITRON7_OS 1555 1697 -1 HELITRON7_OS 1555 1697 -1 nucleotide_motif 256 56720 56574 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) clone_1 clone 919.5 144 85257 clone_start_1 clone_start 884 144 589 clone_start_2 clone_start 264 11623 11755 clone_start_3 clone_start 900 11778 12242 clone_start_4 clone_start 1183 31784 32392 clone_2 clone 706 36747 71864 clone_end_1 clone_end 1158 36747 37363 clone_3 clone 764.5 36747 71389 clone_end_2 clone_end 1158 36747 37363 clone_end_3 clone_end 837 37936 38357 clone_end_4 clone_end 1134 46554 47141 clone_start_5 clone_start 385 47341 47542 clone_start_6 clone_start 896 80878 81353 clone_start_7 clone_start 955 84783 85264 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) clone_end_5 clone_end 955 85257 84772 clone_end_6 clone_end 846 7830 7396 clone_start_8 clone_start 1150 13245 12637 clone_start_9 clone_start 254 71864 71737 clone_start_10 clone_start 371 71389 71182 clone_start_11 clone_start 1291 44923 44261 clone_start_12 clone_start 1400 82886 82173 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_1 match_part 0.987 113 264 match_part 1.000 350 500 match_part 0.993 599 1032 match_2 match_part 0.990 397 500 match_part 0.993 599 1032 match_3 match_part 1.000 3776 3912 match_part 0.997 5111 5412 match_part 1.000 5518 5588 match_4 match_part 0.998 4034 4474 match_part 1.000 4546 4856 match_part 1.000 4957 5412 match_part 1.000 5518 5653 match_part 1.000 5728 5900 match_part 0.999 6019 6690 match_5 match_part 1.000 4048 4474 match_part 1.000 4546 4856 match_part 0.993 4957 5094 match_6 match_part 1.000 4048 4474 match_part 1.000 4546 4856 match_part 0.983 4957 5077 match_7 match_part 0.995 4050 4474 match_part 0.984 4546 4800 match_8 match_part 0.995 4057 4474 match_part 1.000 4546 4601 match_part 1.000 4776 4856 match_part 1.000 4957 5113 match_9 match_part 1.000 4058 4474 match_part 1.000 4546 4856 match_part 0.988 4957 5127 match_10 match_part 1.000 4070 4474 match_part 0.994 4546 4856 match_part 1.000 4957 5014 match_11 match_part 1.000 4070 4474 match_part 1.000 4546 4659 match_12 match_part 0.987 4076 4474 match_part 1.000 4546 4551 match_13 match_part 0.980 4077 4474 match_part 0.974 4546 4659 match_14 match_part 0.957 4083 4474 match_part 0.960 4546 4670 match_15 match_part 0.986 4115 4474 match_part 0.996 4546 4768 match_16 match_part 0.997 4116 4474 match_part 0.996 4546 4799 match_17 match_part 0.997 4149 4474 match_part 0.955 4546 4856 match_part 0.981 4957 5112 match_18 match_part 1.000 4363 4474 match_part 1.000 4546 4723 match_19 match_part 1.000 4390 4474 match_part 0.979 4546 4732 match_20 match_part 1.000 4411 4474 match_part 1.000 4546 4856 match_part 1.000 4957 5412 match_part 1.000 5518 5588 match_21 match_part 0.959 4590 4856 match_part 0.975 4957 5193 match_22 match_part 1.000 4613 4856 match_part 0.997 4957 5295 match_23 match_part 0.989 4670 4856 match_part 1.000 4957 5334 match_24 match_part 1.000 4716 4856 match_part 1.000 4957 5259 match_25 match_part 1.000 4772 4856 match_part 1.000 5518 5653 match_part 1.000 5728 5900 match_part 1.000 6019 6496 match_26 match_part 0.985 5080 5412 match_part 0.985 5518 5653 match_part 0.971 5728 5900 match_part 0.988 6019 6102 match_27 match_part 0.997 5087 5412 match_part 1.000 5518 5653 match_part 1.000 5728 5900 match_part 0.992 6019 6270 match_28 match_part 0.997 5087 5412 match_part 1.000 5518 5653 match_part 1.000 5728 5900 match_part 1.000 6019 6264 match_29 match_part 0.993 5121 5412 match_part 1.000 5518 5653 match_part 1.000 5728 5900 match_part 0.996 6019 6302 match_30 match_part 1.000 5192 5412 match_part 1.000 5518 5653 match_part 1.000 5728 5900 match_part 1.000 6019 6403 match_31 match_part 1.000 5192 5412 match_part 1.000 5518 5653 match_part 1.000 5728 5900 match_part 0.997 6019 6375 match_32 match_part 0.994 5233 5412 match_part 1.000 5518 5653 match_part 1.000 5728 5900 match_part 0.994 6019 6341 match_33 match_part 1.000 5258 5412 match_part 1.000 5518 5653 match_part 1.000 5728 5900 match_part 0.986 6019 6302 match_34 match_part 0.992 5294 5412 match_part 1.000 5518 5653 match_part 1.000 5728 5900 match_part 1.000 6019 6496 match_35 match_part 1.000 5309 5412 match_part 0.706 5518 5653 match_part 1.000 5728 5900 match_part 1.000 6019 6160 match_36 match_part 0.967 5383 5412 match_part 1.000 5518 5653 match_part 1.000 5728 5900 match_part 1.000 6019 6595 match_37 match_part 0.971 5515 5653 match_part 1.000 5728 5900 match_part 0.996 6019 6496 match_38 match_part 1.000 5572 5653 match_part 1.000 5728 5900 match_part 1.000 6019 6656 match_39 match_part 0.987 5575 5653 match_part 1.000 5728 5900 match_part 1.000 6019 6345 match_40 match_part 0.990 5725 6494 match_41 match_part 0.994 5731 5900 match_part 0.990 6019 6649 match_42 match_part 1.000 5738 5900 match_part 1.000 6019 6434 match_43 match_part 0.993 5767 5900 match_part 1.000 6019 6665 match_44 match_part 1.000 5837 5900 match_part 0.992 6019 6529 match_45 match_part 1.000 5837 5900 match_part 1.000 6019 6378 match_46 match_part 1.000 6014 6678 match_47 match_part 1.000 6147 6678 match_48 match_part 0.984 6178 6675 match_49 match_part 0.974 6181 6644 match_50 match_part 0.948 6394 6680 match_part 0.595 7788 7824 match_part 0.600 8132 8136 match_51 match_part 0.931 6411 6670 match_part 0.595 7788 7824 match_part 0.500 8142 8153 match_52 match_part 1.000 6417 6678 match_53 match_part 0.979 6491 6680 match_part 0.789 6874 6892 match_54 match_part 0.984 30216 30661 match_55 match_part 1.000 35050 35532 match_part 1.000 35681 35876 match_56 match_part 1.000 81666 82011 match_part 1.000 82622 82753 match_part 0.996 83005 83232 match_part 0.933 83311 83355 match_part 1.000 83441 83465 match_57 match_part 1.000 81707 82011 match_part 1.000 82622 82753 match_part 1.000 83005 83232 match_part 0.933 83311 83355 match_part 1.000 83441 83458 match_58 match_part 0.991 83002 83232 match_part 1.000 83311 83355 match_part 1.000 83441 83648 match_part 1.000 84067 84257 match_part 0.983 84338 84458 match_59 match_part 1.000 83004 83232 match_part 1.000 83311 83355 match_part 1.000 83441 83648 match_part 1.000 84067 84257 match_part 1.000 84338 84471 match_60 match_part 1.000 83514 83648 match_part 1.000 84067 84257 match_part 0.990 84338 84719 match_61 match_part 1.000 83528 83648 match_part 1.000 84067 84257 match_part 0.993 84338 84483 match_62 match_part 1.000 83528 83648 match_part 0.979 84067 84257 match_part 1.000 84338 84344 match_63 match_part 1.000 83581 83648 match_part 1.000 84067 84257 match_part 0.988 84338 84840 match_64 match_part 1.000 83581 83648 match_part 1.000 84067 84257 match_part 0.995 84338 84754 match_65 match_part 1.000 83581 83648 match_part 1.000 84067 84257 match_part 0.994 84338 84674 match_66 match_part 1.000 83581 83648 match_part 1.000 84067 84257 match_part 0.994 84338 84653 match_67 match_part 1.000 83581 83648 match_part 1.000 84067 84257 match_part 0.946 84338 84448 match_68 match_part 1.000 84101 84257 match_part 0.998 84338 84951 match_69 match_part 1.000 84188 84257 match_part 0.994 84338 84953 match_70 match_part 0.998 84522 84953 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_71 match_part 0.443 7014 6954 match_part 0.679 6903 6876 match_part 0.998 6680 6164 match_72 match_part 0.824 6892 6876 match_part 0.982 6661 6267 match_part 0.400 6211 6207 match_73 match_part 0.857 6960 6954 match_part 0.935 6697 6543 match_74 match_part 0.857 6960 6954 match_part 0.961 6697 6543 match_75 match_part 0.857 6960 6954 match_part 0.968 6697 6543 match_76 match_part 0.857 6960 6954 match_part 0.968 6697 6543 match_77 match_part 0.857 6960 6954 match_part 0.968 6697 6543 match_78 match_part 0.857 6960 6954 match_part 0.968 6697 6543 match_79 match_part 0.857 6960 6954 match_part 0.968 6697 6543 match_80 match_part 0.993 16363 15914 match_part 0.992 15775 15656 match_part 0.991 15522 15411 match_part 0.987 10018 9789 match_part 1.000 9711 9490 match_81 match_part 1.000 31218 31138 match_part 1.000 30772 30222 match_82 match_part 0.989 31568 31386 match_part 1.000 31296 31138 match_part 0.993 30772 30361 match_83 match_part 1.000 31218 31138 match_part 0.992 30772 30515 match_84 match_part 1.000 31851 31659 match_part 1.000 31576 31386 match_part 1.000 31296 31138 match_part 0.973 30772 30591 match_85 match_part 0.992 33195 32956 match_part 0.980 31760 31659 match_part 0.988 31576 31319 match_86 match_part 1.000 32426 32297 match_part 1.000 31851 31659 match_part 1.000 31576 31438 match_87 match_part 0.993 32572 32297 match_part 1.000 31851 31710 match_88 match_part 0.996 32572 32297 match_part 0.988 31851 31766 match_89 match_part 0.997 33272 32487 match_90 match_part 0.996 33214 32749 match_91 match_part 0.943 34776 34193 match_part 0.725 33383 33344 match_92 match_part 0.998 42646 42004 match_93 match_part 0.977 58745 58136 match_94 match_part 1.000 58668 58142 match_95 match_part 0.987 58782 58387 match_96 match_part 0.997 59455 58824 match_97 match_part 1.000 59270 58834 match_98 match_part 0.997 59440 58862 match_99 match_part 1.000 59442 58863 match_100 match_part 1.000 59440 58911 match_101 match_part 1.000 59405 58972 match_102 match_part 1.000 59440 59078 match_103 match_part 1.000 64874 64870 match_part 1.000 64748 64653 match_part 0.971 64573 64472 match_part 0.957 64324 64208 match_part 1.000 64131 64015 match_part 0.944 63931 63717 match_104 match_part 1.000 64500 64472 match_part 0.974 64324 64208 match_part 1.000 64131 64015 match_part 0.957 63931 63721 match_105 match_part 1.000 64702 64653 match_part 1.000 64573 64472 match_part 1.000 64324 64208 match_part 1.000 64131 64015 match_part 0.986 63931 63725 match_106 match_part 1.000 64303 64208 match_part 1.000 64131 64015 match_part 0.971 63931 63726 match_107 match_part 1.000 64546 64472 match_part 1.000 64324 64208 match_part 1.000 64131 64015 match_part 0.976 63931 63727 match_108 match_part 0.975 65159 65080 match_part 0.988 64951 64870 match_part 1.000 64748 64653 match_part 0.990 64573 64472 match_part 0.983 64324 64208 match_part 0.966 64131 64015 match_part 0.926 63931 63728 match_109 match_part 1.000 65127 65080 match_part 1.000 64951 64870 match_part 1.000 64748 64653 match_part 1.000 64573 64472 match_part 0.983 64324 64208 match_part 0.983 64131 64015 match_part 0.980 63931 63728 match_110 match_part 0.935 64106 64015 match_part 0.975 63931 63733 match_111 match_part 1.000 64678 64653 match_part 1.000 64573 64472 match_part 1.000 64324 64208 match_part 1.000 64131 64015 match_part 1.000 63931 63739 match_112 match_part 0.985 64935 64870 match_part 1.000 64748 64653 match_part 1.000 64573 64472 match_part 1.000 64324 64208 match_part 1.000 64131 64015 match_part 0.981 63931 63879 match_113 match_part 0.952 66007 65966 match_part 0.988 65783 65622 match_part 0.988 65531 65451 match_part 1.000 65331 65280 match_part 0.983 65194 65080 match_part 1.000 64951 64870 match_part 1.000 64748 64653 match_part 0.990 64573 64472 match_part 1.000 64324 64304 match_114 match_part 1.000 65513 65451 match_part 1.000 65331 65280 match_part 1.000 65194 65080 match_part 0.988 64951 64870 match_part 0.990 64748 64653 match_part 0.974 64573 64535 match_115 match_part 1.000 65313 65280 match_part 1.000 65194 65080 match_part 1.000 64951 64870 match_part 1.000 64748 64714 match_116 match_part 1.000 67389 67163 match_part 1.000 66142 65966 match_part 1.000 65783 65622 match_part 1.000 65531 65451 match_part 1.000 65331 65280 match_part 0.990 65194 65096 match_117 match_part 0.955 67338 67163 match_part 1.000 66142 65966 match_part 0.994 65783 65622 match_part 0.988 65531 65451 match_part 1.000 65331 65280 match_part 0.980 65194 65096 match_118 match_part 0.862 67220 67163 match_part 0.994 66142 65966 match_part 0.981 65783 65622 match_part 0.988 65531 65451 match_part 0.962 65331 65280 match_part 1.000 65194 65186 match_119 match_part 0.910 67373 67163 match_part 0.949 66142 65966 match_part 1.000 65783 65670 match_120 match_part 0.987 67389 67163 match_part 1.000 66142 66116 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C05SLe0101I15.2 type gene exon 113 264 exon 350 500 exon 599 1032 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C05SLe0101I15.2 type gene exon 4034 4474 exon 4546 4856 exon 4957 5412 exon 5518 5653 exon 5728 5900 exon 6019 6690 gene_3 gene GT_PGL_2_AGS_2 transcript source GenomeThreader seq_id C05SLe0101I15.2 type gene exon 4048 4474 exon 4546 4856 exon 4957 5412 exon 5518 5653 exon 5728 5900 exon 6019 6680 exon 6874 6892 gene_4 gene GT_PGL_2_AGS_3 transcript source GenomeThreader seq_id C05SLe0101I15.2 type gene exon 4048 4474 exon 4546 4856 exon 4957 5412 exon 5518 5653 exon 5728 5900 exon 6019 6680 exon 7788 7824 exon 8132 8136 gene_5 gene GT_PGL_2_AGS_4 transcript source GenomeThreader seq_id C05SLe0101I15.2 type gene exon 4048 4474 exon 4546 4856 exon 4957 5412 exon 5518 5653 exon 5728 5900 exon 6019 6670 exon 7788 7824 exon 8142 8153 gene_6 gene GT_PGL_2_AGS_5 transcript source GenomeThreader seq_id C05SLe0101I15.2 type gene exon 4057 4474 exon 4546 4601 exon 4776 4856 exon 4957 5412 exon 5518 5653 exon 5728 5900 exon 6019 6680 exon 7788 7824 exon 8132 8136 gene_7 gene GT_PGL_2_AGS_6 transcript source GenomeThreader seq_id C05SLe0101I15.2 type gene exon 4050 4474 exon 4546 4856 exon 5518 5653 exon 5728 5900 exon 6019 6680 exon 7788 7824 exon 8132 8136 gene_8 gene GT_PGL_2_AGS_7 transcript source GenomeThreader seq_id C05SLe0101I15.2 type gene exon 3776 3912 exon 5111 5412 exon 5518 5653 exon 5728 5900 exon 6019 6680 exon 7788 7824 exon 8132 8136 gene_9 gene GT_PGL_2_AGS_8 transcript source GenomeThreader seq_id C05SLe0101I15.2 type gene exon 5515 5653 exon 5728 5900 exon 6019 6680 exon 7788 7824 exon 8132 8136 gene_10 gene GT_PGL_2_AGS_9 transcript source GenomeThreader seq_id C05SLe0101I15.2 type gene exon 5725 6680 exon 7788 7824 exon 8132 8136 gene_11 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C05SLe0101I15.2 type gene exon 7014 6954 exon 6903 6876 exon 6680 6164 gene_12 gene GT_PGL_3_AGS_2 transcript source GenomeThreader seq_id C05SLe0101I15.2 type gene exon 6892 6876 exon 6661 6267 exon 6211 6207 gene_13 gene GT_PGL_3_AGS_3 transcript source GenomeThreader seq_id C05SLe0101I15.2 type gene exon 6960 6954 exon 6697 6543 gene_14 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C05SLe0101I15.2 type gene exon 16363 15914 exon 15775 15656 exon 15522 15411 exon 10018 9789 exon 9711 9490 gene_15 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C05SLe0101I15.2 type gene exon 30216 30661 gene_16 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C05SLe0101I15.2 type gene exon 33272 32297 exon 31851 31659 exon 31576 31386 exon 31296 31138 exon 30772 30222 gene_17 gene GT_PGL_6_AGS_2 transcript source GenomeThreader seq_id C05SLe0101I15.2 type gene exon 33195 32956 exon 31760 31659 exon 31576 31319 gene_18 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C05SLe0101I15.2 type gene exon 34776 34193 exon 33383 33344 gene_19 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C05SLe0101I15.2 type gene exon 35050 35532 exon 35681 35876 gene_20 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C05SLe0101I15.2 type gene exon 42646 42004 gene_21 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C05SLe0101I15.2 type gene exon 58782 58136 gene_22 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C05SLe0101I15.2 type gene exon 59455 58824 gene_23 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C05SLe0101I15.2 type gene exon 67389 67163 exon 66142 65966 exon 65783 65622 exon 65531 65451 exon 65331 65280 exon 65194 65080 exon 64951 64870 exon 64748 64653 exon 64573 64472 exon 64324 64208 exon 64131 64015 exon 63931 63717 gene_24 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C05SLe0101I15.2 type gene exon 83002 83232 exon 83311 83355 exon 83441 83648 exon 84067 84257 exon 84338 84953 gene_25 gene GT_PGL_13_AGS_2 transcript source GenomeThreader seq_id C05SLe0101I15.2 type gene exon 81666 82011 exon 82622 82753 exon 83005 83232 exon 83311 83355 exon 83441 83465 AUGUSTUS_tom_cdna de novo gene_1 gene 1 1 6420 transcript_1 transcript 1 6420 CDS_1 CDS 1 264 CDS_2 CDS 350 500 CDS_3 CDS 599 836 CDS_4 CDS 3923 4474 CDS_5 CDS 4546 4856 CDS_6 CDS 4957 5412 CDS_7 CDS 5518 5653 CDS_8 CDS 5728 5900 CDS_9 CDS 6019 6420 stop_codon_1 stop_codon 6418 6420 gene_2 gene 1 81682 84730 transcript_2 transcript 81682 84730 start_codon_1 start_codon 81682 81684 CDS_10 CDS 81682 82011 CDS_11 CDS 82622 82753 CDS_12 CDS 83005 83232 CDS_13 CDS 83311 83355 CDS_14 CDS 83441 83648 CDS_15 CDS 84067 84257 CDS_16 CDS 84338 84730 stop_codon_2 stop_codon 84728 84730 AUGUSTUS_tom_cdna de novo gene_3 gene 1 16186 9547 transcript_3 transcript 16186 9547 stop_codon_3 stop_codon 9549 9547 CDS_17 CDS 9711 9547 CDS_18 CDS 10018 9789 CDS_19 CDS 15522 15411 CDS_20 CDS 15775 15656 CDS_21 CDS 16186 15914 start_codon_2 start_codon 16186 16184 gene_4 gene 1 53114 30439 transcript_4 transcript 53114 30439 stop_codon_4 stop_codon 30441 30439 CDS_22 CDS 30772 30439 CDS_23 CDS 31296 31138 CDS_24 CDS 31576 31386 CDS_25 CDS 31851 31659 CDS_26 CDS 32703 32297 CDS_27 CDS 38796 38673 CDS_28 CDS 42074 41769 CDS_29 CDS 42803 42543 CDS_30 CDS 45383 42892 CDS_31 CDS 45902 45777 CDS_32 CDS 46342 46149 CDS_33 CDS 47702 47532 CDS_34 CDS 49838 49464 CDS_35 CDS 51975 51829 CDS_36 CDS 52245 52118 CDS_37 CDS 52791 52648 CDS_38 CDS 53114 53077 start_codon_3 start_codon 53114 53112 gene_5 gene 1 59460 58348 transcript_5 transcript 59460 58348 stop_codon_5 stop_codon 58350 58348 CDS_39 CDS 59460 58348 start_codon_4 start_codon 59460 59458 gene_6 gene 1 67261 63860 transcript_6 transcript 67261 63860 stop_codon_6 stop_codon 63862 63860 CDS_40 CDS 63931 63860 CDS_41 CDS 64131 64015 CDS_42 CDS 64324 64208 CDS_43 CDS 64573 64472 CDS_44 CDS 64748 64653 CDS_45 CDS 64951 64870 CDS_46 CDS 65194 65080 CDS_47 CDS 65331 65280 CDS_48 CDS 65531 65451 CDS_49 CDS 65783 65622 CDS_50 CDS 66142 65966 CDS_51 CDS 67261 67163 start_codon_5 start_codon 67261 67259 AUGUSTUS_ab_initio de novo gene_1 gene 1 4102 6420 transcript_1 transcript 4102 6420 start_codon_1 start_codon 4102 4104 CDS_1 CDS 4102 4474 CDS_2 CDS 4546 4856 CDS_3 CDS 4957 5412 CDS_4 CDS 5518 5653 CDS_5 CDS 5728 5900 CDS_6 CDS 6019 6420 stop_codon_1 stop_codon 6418 6420 gene_2 gene 1 84383 84730 transcript_2 transcript 84383 84730 start_codon_2 start_codon 84383 84385 CDS_7 CDS 84383 84730 stop_codon_2 stop_codon 84728 84730 AUGUSTUS_ab_initio de novo gene_3 gene 1 46795 15905 transcript_3 transcript 46795 15905 stop_codon_3 stop_codon 15907 15905 CDS_8 CDS 16253 15905 CDS_9 CDS 31576 31386 CDS_10 CDS 38796 38673 CDS_11 CDS 42074 41769 CDS_12 CDS 42803 42543 CDS_13 CDS 45383 42892 CDS_14 CDS 45902 45777 CDS_15 CDS 46795 46283 start_codon_3 start_codon 46795 46793 gene_4 gene 1 53114 48949 transcript_4 transcript 53114 48949 stop_codon_4 stop_codon 48951 48949 CDS_16 CDS 49263 48949 CDS_17 CDS 49838 49444 CDS_18 CDS 51975 51829 CDS_19 CDS 52245 52118 CDS_20 CDS 52791 52648 CDS_21 CDS 53114 53077 start_codon_4 start_codon 53114 53112 gene_5 gene 1 59460 58348 transcript_5 transcript 59460 58348 stop_codon_5 stop_codon 58350 58348 CDS_22 CDS 59460 58348 start_codon_5 start_codon 59460 59458 gene_6 gene 1 67261 63860 transcript_6 transcript 67261 63860 stop_codon_6 stop_codon 63862 63860 CDS_23 CDS 63931 63860 CDS_24 CDS 64131 64015 CDS_25 CDS 64324 64208 CDS_26 CDS 64573 64472 CDS_27 CDS 64951 64870 CDS_28 CDS 65194 65080 CDS_29 CDS 65331 65280 CDS_30 CDS 65783 65622 CDS_31 CDS 66142 65966 CDS_32 CDS 66369 66343 CDS_33 CDS 67261 67163 start_codon_6 start_codon 67261 67259 AUGUSTUS_tom_ugs de novo gene_1 gene 1 1 913 transcript_1 transcript 1 913 CDS_1 CDS 1 264 CDS_2 CDS 350 500 CDS_3 CDS 599 913 stop_codon_1 stop_codon 911 913 gene_2 gene 2 4102 6420 transcript_2 transcript 4102 6420 start_codon_1 start_codon 4102 4104 CDS_4 CDS 4102 4474 CDS_5 CDS 4546 4856 CDS_6 CDS 4957 5412 CDS_7 CDS 5518 5653 CDS_8 CDS 5728 5900 CDS_9 CDS 6019 6420 stop_codon_2 stop_codon 6418 6420 transcript_3 transcript 4102 6420 start_codon_2 start_codon 4102 4104 CDS_10 CDS 4102 4474 CDS_11 CDS 4546 4856 CDS_12 CDS 5518 5653 CDS_13 CDS 5728 5900 CDS_14 CDS 6019 6420 stop_codon_3 stop_codon 6418 6420 gene_3 gene 1 81682 84730 transcript_4 transcript 81682 84730 start_codon_3 start_codon 81682 81684 CDS_15 CDS 81682 82011 CDS_16 CDS 82622 82753 CDS_17 CDS 83005 83232 CDS_18 CDS 83311 83355 CDS_19 CDS 83441 83648 CDS_20 CDS 84067 84257 CDS_21 CDS 84338 84730 stop_codon_4 stop_codon 84728 84730 AUGUSTUS_tom_ugs de novo gene_4 gene 1 16186 9547 transcript_5 transcript 16186 9547 stop_codon_5 stop_codon 9549 9547 CDS_22 CDS 9711 9547 CDS_23 CDS 10018 9789 CDS_24 CDS 15522 15411 CDS_25 CDS 15775 15656 CDS_26 CDS 16186 15914 start_codon_4 start_codon 16186 16184 gene_5 gene 1 32391 30439 transcript_6 transcript 32391 30439 stop_codon_6 stop_codon 30441 30439 CDS_27 CDS 30772 30439 CDS_28 CDS 31296 31138 CDS_29 CDS 31576 31386 CDS_30 CDS 31851 31659 CDS_31 CDS 32391 32297 start_codon_5 start_codon 32391 32389 gene_6 gene 1 46795 35244 transcript_7 transcript 46795 35244 stop_codon_7 stop_codon 35246 35244 CDS_32 CDS 35333 35244 CDS_33 CDS 38796 38673 CDS_34 CDS 42074 41769 CDS_35 CDS 42803 42543 CDS_36 CDS 45383 42892 CDS_37 CDS 45902 45777 CDS_38 CDS 46795 46283 start_codon_6 start_codon 46795 46793 gene_7 gene 1 53114 48949 transcript_8 transcript 53114 48949 stop_codon_8 stop_codon 48951 48949 CDS_39 CDS 49263 48949 CDS_40 CDS 49838 49444 CDS_41 CDS 51975 51829 CDS_42 CDS 52245 52118 CDS_43 CDS 52791 52648 CDS_44 CDS 53114 53077 start_codon_7 start_codon 53114 53112 gene_8 gene 1 59460 58348 transcript_9 transcript 59460 58348 stop_codon_9 stop_codon 58350 58348 CDS_45 CDS 59460 58348 start_codon_8 start_codon 59460 59458 gene_9 gene 1 67261 63860 transcript_10 transcript 67261 63860 stop_codon_10 stop_codon 63862 63860 CDS_46 CDS 63931 63860 CDS_47 CDS 64131 64015 CDS_48 CDS 64324 64208 CDS_49 CDS 64573 64472 CDS_50 CDS 64748 64653 CDS_51 CDS 64951 64870 CDS_52 CDS 65194 65080 CDS_53 CDS 65331 65280 CDS_54 CDS 65531 65451 CDS_55 CDS 65783 65622 CDS_56 CDS 66142 65966 CDS_57 CDS 67261 67163 start_codon_9 start_codon 67261 67259 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_1 match_part 0.943 1 264 match_part 1.000 350 500 match_part 0.993 599 1032 match_2 match_part 1.000 4053 4474 match_part 1.000 4546 4856 match_part 1.000 4957 5412 match_part 1.000 5518 5653 match_part 1.000 5728 5900 match_part 0.990 6019 6699 match_part 0.800 7788 7792 match_3 match_part 0.995 4057 4474 match_part 1.000 4546 4601 match_part 1.000 4776 4856 match_part 1.000 4957 5113 match_4 match_part 1.000 4772 4856 match_part 1.000 5518 5653 match_part 1.000 5728 5900 match_part 1.000 6019 6496 match_5 match_part 1.000 5309 5412 match_part 0.706 5518 5653 match_part 1.000 5728 5900 match_part 1.000 6019 6160 match_6 match_part 1.000 35050 35532 match_part 1.000 35681 35876 match_7 match_part 1.000 81666 82011 match_part 1.000 82622 82753 match_part 1.000 83005 83232 match_part 1.000 83311 83355 match_part 1.000 83441 83648 match_part 1.000 84067 84257 match_part 1.000 84338 84953 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_8 match_part 0.636 6975 6954 match_part 0.967 6697 5731 match_9 match_part 0.443 7014 6954 match_part 0.679 6903 6876 match_part 0.998 6680 6164 match_10 match_part 0.993 16363 15914 match_part 0.992 15775 15656 match_part 0.991 15522 15411 match_part 0.987 10018 9789 match_part 1.000 9711 9490 match_11 match_part 0.999 33272 32297 match_part 1.000 31851 31659 match_part 1.000 31576 31386 match_part 1.000 31296 31138 match_part 1.000 30772 30222 match_12 match_part 0.992 33195 32956 match_part 0.980 31760 31659 match_part 0.988 31576 31319 match_13 match_part 0.943 34776 34193 match_part 0.725 33383 33344 match_14 match_part 0.998 42646 42004 match_15 match_part 1.000 58782 58142 match_16 match_part 1.000 59455 58824 match_17 match_part 0.987 67389 67163 match_part 1.000 66142 65966 match_part 1.000 65783 65622 match_part 0.988 65531 65451 match_part 1.000 65331 65280 match_part 0.983 65194 65080 match_part 1.000 64951 64870 match_part 1.000 64748 64653 match_part 1.000 64573 64472 match_part 1.000 64324 64208 match_part 1.000 64131 64015 match_part 1.000 63931 63737 match_18 match_part 0.910 67373 67163 match_part 0.949 66142 65966 match_part 1.000 65783 65670 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C05SLe0101I15.2 type gene exon 1 264 exon 350 500 exon 599 1032 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C05SLe0101I15.2 type gene exon 4053 4474 exon 4546 4856 exon 4957 5412 exon 5518 5653 exon 5728 5900 exon 6019 6699 exon 7788 7792 gene_3 gene GT_PGL_2_AGS_2 transcript source GenomeThreader seq_id C05SLe0101I15.2 type gene exon 4772 4856 exon 5518 5653 exon 5728 5900 exon 6019 6496 gene_4 gene GT_PGL_2_AGS_3 transcript source GenomeThreader seq_id C05SLe0101I15.2 type gene exon 4057 4474 exon 4546 4601 exon 4776 4856 exon 4957 5113 gene_5 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C05SLe0101I15.2 type gene exon 7014 6954 exon 6903 6876 exon 6680 6164 gene_6 gene GT_PGL_3_AGS_2 transcript source GenomeThreader seq_id C05SLe0101I15.2 type gene exon 6975 6954 exon 6697 5731 gene_7 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C05SLe0101I15.2 type gene exon 16363 15914 exon 15775 15656 exon 15522 15411 exon 10018 9789 exon 9711 9490 gene_8 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C05SLe0101I15.2 type gene exon 33272 32297 exon 31851 31659 exon 31576 31386 exon 31296 31138 exon 30772 30222 gene_9 gene GT_PGL_5_AGS_2 transcript source GenomeThreader seq_id C05SLe0101I15.2 type gene exon 33195 32956 exon 31760 31659 exon 31576 31319 gene_10 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C05SLe0101I15.2 type gene exon 34776 34193 exon 33383 33344 gene_11 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C05SLe0101I15.2 type gene exon 35050 35532 exon 35681 35876 gene_12 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C05SLe0101I15.2 type gene exon 42646 42004 gene_13 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C05SLe0101I15.2 type gene exon 58782 58142 gene_14 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C05SLe0101I15.2 type gene exon 59455 58824 gene_15 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C05SLe0101I15.2 type gene exon 67389 67163 exon 66142 65966 exon 65783 65622 exon 65531 65451 exon 65331 65280 exon 65194 65080 exon 64951 64870 exon 64748 64653 exon 64573 64472 exon 64324 64208 exon 64131 64015 exon 63931 63737 gene_16 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C05SLe0101I15.2 type gene exon 81666 82011 exon 82622 82753 exon 83005 83232 exon 83311 83355 exon 83441 83648 exon 84067 84257 exon 84338 84953 GenomeThreader_SGN_markers SGN marker sequences match_1 match_part 0.986 4115 4474 match_part 0.996 4546 4768 GenomeThreader_SGN_markers SGN marker sequences match_2 match_part 0.934 59402 58691 match_3 match_part 1.000 59455 58824 match_4 match_part 1.000 59442 58863 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C05SLe0101I15.2 type gene exon 4115 4474 exon 4546 4768 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C05SLe0101I15.2 type gene exon 59455 58691 AUGUSTUS_tom_pot_cdna de novo gene_1 gene 1 1 6420 transcript_1 transcript 1 6420 CDS_1 CDS 1 264 CDS_2 CDS 350 500 CDS_3 CDS 599 836 CDS_4 CDS 3923 4474 CDS_5 CDS 4546 4856 CDS_6 CDS 4957 5412 CDS_7 CDS 5518 5653 CDS_8 CDS 5728 5900 CDS_9 CDS 6019 6420 stop_codon_1 stop_codon 6418 6420 gene_2 gene 1 81682 84730 transcript_2 transcript 81682 84730 start_codon_1 start_codon 81682 81684 CDS_10 CDS 81682 82011 CDS_11 CDS 82622 82753 CDS_12 CDS 83005 83232 CDS_13 CDS 83311 83355 CDS_14 CDS 83441 83648 CDS_15 CDS 84067 84257 CDS_16 CDS 84338 84730 stop_codon_2 stop_codon 84728 84730 AUGUSTUS_tom_pot_cdna de novo gene_3 gene 1 16186 9547 transcript_3 transcript 16186 9547 stop_codon_3 stop_codon 9549 9547 CDS_17 CDS 9711 9547 CDS_18 CDS 10018 9789 CDS_19 CDS 15522 15411 CDS_20 CDS 15775 15656 CDS_21 CDS 16186 15914 start_codon_2 start_codon 16186 16184 gene_4 gene 1 33051 30439 transcript_4 transcript 33051 30439 stop_codon_4 stop_codon 30441 30439 CDS_22 CDS 30772 30439 CDS_23 CDS 31296 31138 CDS_24 CDS 31576 31386 CDS_25 CDS 31851 31659 CDS_26 CDS 33051 32297 start_codon_3 start_codon 33051 33049 gene_5 gene 1 46795 35244 transcript_5 transcript 46795 35244 stop_codon_5 stop_codon 35246 35244 CDS_27 CDS 35333 35244 CDS_28 CDS 38796 38673 CDS_29 CDS 40711 40312 CDS_30 CDS 42074 41839 CDS_31 CDS 42803 42543 CDS_32 CDS 45383 42892 CDS_33 CDS 45902 45777 CDS_34 CDS 46795 46283 start_codon_4 start_codon 46795 46793 gene_6 gene 1 53114 48949 transcript_6 transcript 53114 48949 stop_codon_6 stop_codon 48951 48949 CDS_35 CDS 49263 48949 CDS_36 CDS 49838 49444 CDS_37 CDS 51975 51829 CDS_38 CDS 52245 52118 CDS_39 CDS 52507 52448 CDS_40 CDS 52791 52648 CDS_41 CDS 52969 52898 CDS_42 CDS 53114 53077 start_codon_5 start_codon 53114 53112 gene_7 gene 1 59460 58348 transcript_7 transcript 59460 58348 stop_codon_7 stop_codon 58350 58348 CDS_43 CDS 59460 58348 start_codon_6 start_codon 59460 59458 gene_8 gene 1 67261 63860 transcript_8 transcript 67261 63860 stop_codon_8 stop_codon 63862 63860 CDS_44 CDS 63931 63860 CDS_45 CDS 64131 64015 CDS_46 CDS 64324 64208 CDS_47 CDS 64573 64472 CDS_48 CDS 64748 64653 CDS_49 CDS 64951 64870 CDS_50 CDS 65194 65080 CDS_51 CDS 65331 65280 CDS_52 CDS 65531 65451 CDS_53 CDS 65783 65622 CDS_54 CDS 66142 65966 CDS_55 CDS 67261 67163 start_codon_7 start_codon 67261 67259 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_1 match 81.3 50 262 match_2 match 53.1 351 449 match_3 match 81.3 50 262 match_4 match 53.1 351 449 match_5 match 102 84374 84691 match_6 match 92.4 83997 84257 match_7 match 89.0 4987 5415 match_8 match 95.5 4545 4871 match_9 match 27.3 4396 4473 match_10 match 89.0 29 265 match_11 match 60.1 351 476 match_12 match 84.3 50 262 match_13 match 50.8 351 449 match_14 match 84.7 50 262 match_15 match 53.5 351 452 match_16 match 109 82996 83406 match_17 match 126 84030 84308 match_18 match 189 84374 84727 match_19 match 116 83441 83653 match_20 match 80.5 50 262 match_21 match 56.2 351 452 match_22 match 83.2 29 262 match_23 match 53.9 351 491 match_24 match 86.3 23 262 match_25 match 53.1 351 464 match_26 match 89.4 23 262 match_27 match 52.4 351 470 match_28 match 68.9 50 262 match_29 match 56.2 336 479 match_30 match 85.9 41 265 match_31 match 62.0 351 479 match_32 match 76.6 20 262 match_33 match 48.5 351 449 match_34 match 92.4 50 265 match_35 match 64.3 351 458 match_36 match 74.3 84374 84676 match_37 match 82.0 84066 84257 match_38 match 83.6 50 262 match_39 match 53.9 351 452 match_40 match 58.9 351 563 match_41 match 75.9 50 262 match_42 match 82.8 50 265 match_43 match 60.8 351 497 match_44 match 85.5 50 265 match_45 match 57.8 351 482 match_46 match 91.3 23 265 match_47 match 59.7 351 494 match_48 match 87.4 50 265 match_49 match 52.8 351 458 match_50 match 87.4 50 265 match_51 match 52.8 351 458 match_52 match 94.4 38 262 match_53 match 52.4 351 452 match_54 match 85.9 50 265 match_55 match 47.4 351 452 match_56 match 89.0 41 262 match_57 match 55.8 351 449 match_58 match 84.0 50 262 match_59 match 53.5 351 452 match_60 match 91.7 50 262 match_61 match 59.3 351 479 match_62 match 89.7 50 265 match_63 match 56.6 351 476 match_64 match 91.3 50 265 match_65 match 56.6 351 476 match_66 match 95.9 38 265 match_67 match 54.7 351 458 match_68 match 95.9 50 265 match_69 match 53.9 351 458 match_70 match 97.8 50 265 match_71 match 53.9 351 458 match_72 match 95.5 38 265 match_73 match 51.2 351 458 match_74 match 105 84374 84691 match_75 match 89.0 84066 84257 match_76 match 80.9 50 262 match_77 match 51.2 351 449 match_78 match 80.9 50 262 match_79 match 51.2 351 449 match_80 match 80.9 50 262 match_81 match 51.2 351 449 match_82 match 113 82996 83355 match_83 match 181 84374 84727 match_84 match 116 83441 83653 match_85 match 130 84054 84308 match_86 match 86.3 2 265 match_87 match 50.1 351 452 match_88 match 79.3 29 265 match_89 match 51.6 351 452 match_90 match 42.7 593 910 match_91 match 86.3 23 262 match_92 match 57.8 351 479 match_93 match 169 4894 5670 match_94 match 117 4102 4473 match_95 match 83.2 5724 5903 match_96 match 127 4545 4859 match_97 match 130 6019 6363 match_98 match 40.8 593 895 match_99 match 50.4 351 503 match_100 match 94.4 23 262 match_101 match 42.0 593 895 match_102 match 50.4 351 503 match_103 match 94.4 23 262 match_104 match 79.3 23 265 match_105 match 49.7 351 452 match_106 match 82.0 38 262 match_107 match 52.8 351 452 match_108 match 74.3 84374 84676 match_109 match 80.1 84066 84257 match_110 match 97.4 596 910 match_111 match 82.0 351 497 match_112 match 130 29 265 match_113 match 63.9 351 458 match_114 match 107 50 265 match_115 match 93.2 23 262 match_116 match 56.2 351 458 match_117 match 82.8 23 265 match_118 match 43.5 351 452 match_119 match 72.8 50 262 match_120 match 55.1 351 476 match_121 match 85.1 44 262 match_122 match 50.4 351 452 match_123 match 82.8 23 265 match_124 match 47.8 351 452 match_125 match 83.2 84374 84664 match_126 match 82.4 84021 84257 match_127 match 80.9 50 265 match_128 match 47.0 351 452 match_129 match 78.2 50 265 match_130 match 47.0 351 452 match_131 match 75.9 50 262 match_132 match 53.9 351 452 match_133 match 85.1 47 262 match_134 match 48.5 351 452 match_135 match 80.1 23 265 match_136 match 49.3 351 446 match_137 match 89.4 35 265 match_138 match 45.8 351 452 match_139 match 95.1 38 262 match_140 match 52.0 351 449 match_141 match 62.8 84374 84583 match_142 match 87.8 84066 84257 match_143 match 84.3 50 262 match_144 match 51.6 351 449 match_145 match 81.6 50 265 match_146 match 53.5 351 452 match_147 match 53.1 84374 84580 match_148 match 89.0 84039 84302 match_149 match 31.6 542 799 match_150 match 90.1 2 265 match_151 match 55.8 351 464 match_152 match 90.5 50 262 match_153 match 57.4 351 470 match_154 match 80.9 50 262 match_155 match 50.1 351 449 match_156 match 92.8 41 262 match_157 match 54.3 351 452 match_158 match 82.0 38 262 match_159 match 62.4 351 494 match_160 match 85.5 38 262 match_161 match 61.2 351 494 match_162 match 78.2 23 265 match_163 match 49.3 351 446 match_164 match 78.2 23 265 match_165 match 49.3 351 446 match_166 match 109 84374 84724 match_167 match 106 84066 84257 match_168 match 73.6 50 262 match_169 match 53.5 351 455 match_170 match 73.6 50 262 match_171 match 53.5 351 455 match_172 match 84.3 41 265 match_173 match 48.1 351 452 match_174 match 79.7 47 265 match_175 match 48.1 351 452 match_176 match 67.8 84374 84583 match_177 match 80.5 84066 84257 match_178 match 87.4 38 262 match_179 match 51.6 351 449 match_180 match 40.4 602 889 match_181 match 85.5 29 262 match_182 match 54.3 351 503 match_183 match 96.7 84374 84697 match_184 match 90.5 84042 84257 match_185 match 78.2 50 262 match_186 match 48.5 351 452 match_187 match 83.6 50 262 match_188 match 51.2 351 449 match_189 match 83.6 29 262 match_190 match 57.0 351 455 match_191 match 86.3 29 262 match_192 match 56.6 351 476 match_193 match 86.7 29 262 match_194 match 62.8 348 458 match_195 match 87.4 29 262 match_196 match 62.8 348 458 match_197 match 87.4 29 262 match_198 match 62.8 348 458 match_199 match 56.2 351 503 match_200 match 84.3 23 262 match_201 match 84.0 35 262 match_202 match 60.8 351 458 match_203 match 83.6 23 262 match_204 match 57.4 351 458 match_205 match 88.2 23 262 match_206 match 57.4 351 458 match_207 match 58.9 336 476 match_208 match 88.6 23 262 match_209 match 86.7 23 262 match_210 match 57.4 351 458 match_211 match 37.0 593 892 match_212 match 50.4 351 494 match_213 match 85.5 50 262 match_214 match 39.3 593 856 match_215 match 48.5 351 503 match_216 match 90.9 23 262 match_217 match 41.6 593 868 match_218 match 83.6 23 262 match_219 match 55.1 351 479 match_220 match 62.0 351 563 match_221 match 83.2 23 262 match_222 match 39.3 602 910 match_223 match 82.4 29 262 match_224 match 60.5 351 503 match_225 match 38.1 602 910 match_226 match 59.7 351 497 match_227 match 83.6 23 262 match_228 match 38.1 602 910 match_229 match 60.1 336 497 match_230 match 85.9 23 274 match_231 match 38.9 599 910 match_232 match 60.1 351 497 match_233 match 84.3 23 262 match_234 match 34.3 602 886 match_235 match 82.4 23 262 match_236 match 59.7 351 497 match_237 match 86.7 23 262 match_238 match 54.3 348 455 match_239 match 30.8 602 823 match_240 match 82.8 23 262 match_241 match 62.0 351 497 match_242 match 214 4957 5670 match_243 match 157 4545 4859 match_244 match 191 4102 4473 match_245 match 105 5727 5903 match_246 match 163 6019 6363 match_247 match 30.0 593 856 match_248 match 87.8 29 262 match_249 match 53.5 351 479 match_250 match 53.5 596 835 match_251 match 57.8 351 503 match_252 match 81.3 23 265 match_253 match 84.7 32 262 match_254 match 46.6 351 455 match_255 match 83.6 32 262 match_256 match 45.4 351 452 match_257 match 79.0 23 265 match_258 match 49.3 351 446 match_259 match 51.6 348 482 match_260 match 83.6 50 262 match_261 match 58.9 351 494 match_262 match 88.2 38 262 match_263 match 78.6 50 265 match_264 match 47.0 351 452 match_265 match 84.3 38 262 match_266 match 53.1 351 449 match_267 match 81.6 50 262 match_268 match 50.8 351 449 match_269 match 38.1 602 910 match_270 match 84.3 29 262 match_271 match 60.1 351 497 match_272 match 70.9 23 262 match_273 match 54.3 351 452 match_274 match 79.0 47 265 match_275 match 49.3 351 452 match_276 match 82.4 50 265 match_277 match 46.6 351 452 match_278 match 84.0 44 262 match_279 match 46.2 351 452 match_280 match 133 84374 84727 match_281 match 117 84054 84302 match_282 match 114 83429 83653 match_283 match 79.7 23 265 match_284 match 50.4 351 452 match_285 match 84.7 29 262 match_286 match 51.2 351 449 match_287 match 84.7 29 262 match_288 match 51.2 351 449 match_289 match 75.9 50 238 match_290 match 52.0 351 452 match_291 match 27.7 599 778 match_292 match 79.0 20 262 match_293 match 53.5 351 485 match_294 match 77.0 2 262 match_295 match 53.5 348 455 match_296 match 77.0 50 262 match_297 match 57.0 351 452 match_298 match 108 23 265 match_299 match 58.2 351 458 match_300 match 84.3 47 265 match_301 match 49.3 351 452 match_302 match 82.8 35 262 match_303 match 50.4 351 452 match_304 match 265 4894 5670 match_305 match 178 4545 4859 match_306 match 200 4102 4473 match_307 match 177 6019 6363 match_308 match 113 5727 5903 match_309 match 80.9 23 265 match_310 match 50.4 351 449 match_311 match 78.6 23 265 match_312 match 48.5 351 449 match_313 match 49.3 351 506 match_314 match 77.0 23 265 match_315 match 78.2 35 265 match_316 match 48.5 351 452 match_317 match 80.5 50 262 match_318 match 48.5 351 452 match_319 match 45.8 351 452 match_320 match 85.5 23 265 match_321 match 81.6 50 262 match_322 match 57.8 351 452 match_323 match 71.6 50 262 match_324 match 54.7 351 494 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_325 match 129 40715 40380 match_326 match 132 49815 49480 match_327 match 133 40715 40338 match_328 match 136 49815 49438 match_329 match 133 49878 49444 match_330 match 126 40715 40344 match_331 match 120 40715 40338 match_332 match 127 49830 49438 match_333 match 114 64573 64208 match_334 match 126 65786 65448 match_335 match 42.0 63952 63875 match_336 match 73.2 64134 64012 match_337 match 57.0 64953 64870 match_338 match 69.3 64751 64650 match_339 match 139 40715 40338 match_340 match 142 49815 49438 match_341 match 152 40829 40338 match_342 match 158 49833 49438 match_343 match 113 64573 64208 match_344 match 31.2 65346 65275 match_345 match 141 65786 65448 match_346 match 42.0 63937 63863 match_347 match 76.6 64134 64012 match_348 match 58.5 64953 64870 match_349 match 80.1 65195 65079 match_350 match 69.3 64751 64650 match_351 match 113 64573 64208 match_352 match 31.2 65346 65275 match_353 match 141 65786 65448 match_354 match 42.0 63937 63863 match_355 match 76.6 64134 64012 match_356 match 58.5 64953 64870 match_357 match 80.1 65195 65079 match_358 match 69.3 64751 64650 match_359 match 152 43922 42906 match_360 match 124 49824 49090 match_361 match 119 40715 40344 match_362 match 107 40718 40344 match_363 match 109 49818 49444 match_364 match 118 40745 40344 match_365 match 122 49827 49444 match_366 match 116 40715 40338 match_367 match 121 49830 49438 match_368 match 115 40712 40401 match_369 match 118 49812 49501 match_370 match 129 40718 40338 match_371 match 130 49818 49438 match_372 match 116 40718 40338 match_373 match 122 49827 49438 match_374 match 107 40718 40371 match_375 match 110 49818 49471 match_376 match 121 40715 40356 match_377 match 124 49815 49456 match_378 match 60.8 9992 9789 match_379 match 82.4 9711 9556 match_380 match 60.8 9992 9789 match_381 match 82.4 9711 9556 match_382 match 283 59445 58384 match_383 match 147 40718 40338 match_384 match 155 49827 49438 match_385 match 149 40715 40338 match_386 match 155 49827 49438 match_387 match 112 40715 40344 match_388 match 115 49815 49444 match_389 match 116 40715 40344 match_390 match 119 49815 49444 match_391 match 124 49842 49444 match_392 match 120 40715 40344 match_393 match 107 40715 40404 match_394 match 110 49815 49504 match_395 match 107 40715 40404 match_396 match 110 49815 49504 match_397 match 136 40715 40338 match_398 match 139 49815 49438 match_399 match 244 49815 48952 match_400 match 149 50934 50605 match_401 match 199 40715 40338 match_402 match 124 49854 49489 match_403 match 117 40718 40389 match_404 match 155 49818 49090 match_405 match 145 40718 40338 match_406 match 110 40709 40380 match_407 match 119 49827 49480 match_408 match 177 44225 42906 match_409 match 138 40718 40338 match_410 match 146 49824 49438 match_411 match 148 43943 42906 match_412 match 117 40715 40341 match_413 match 120 49815 49441 match_414 match 122 40715 40344 match_415 match 125 49815 49444 match_416 match 119 40715 40344 match_417 match 122 49815 49444 match_418 match 129 49824 49075 match_419 match 120 40715 40338 match_420 match 124 49836 49456 match_421 match 120 40715 40356 match_422 match 131 40715 40344 match_423 match 134 49815 49444 match_424 match 133 49815 49090 match_425 match 126 40715 40344 match_426 match 124 40715 40389 match_427 match 127 49815 49489 match_428 match 122 40715 40401 match_429 match 125 49815 49501 match_430 match 139 40715 40338 match_431 match 142 49815 49438 match_432 match 139 40715 40338 match_433 match 142 49815 49438 match_434 match 139 40715 40338 match_435 match 142 49815 49438 match_436 match 148 43856 42906 match_437 match 142 43850 42888 match_438 match 141 43904 42894 match_439 match 130 33039 32296 match_440 match 88.2 31295 31137 match_441 match 112 31579 31373 match_442 match 177 30774 30466 match_443 match 122 31850 31659 match_444 match 123 49263 48952 match_445 match 74.7 52790 52623 match_446 match 68.6 53210 53076 match_447 match 40.4 52506 52438 match_448 match 174 50934 50605 match_449 match 39.3 52965 52897 match_450 match 248 49857 49438 match_451 match 232 40715 40338 match_452 match 28.9 65346 65275 match_453 match 113 64573 64208 match_454 match 146 65786 65448 match_455 match 42.0 63937 63863 match_456 match 58.5 64953 64870 match_457 match 79.0 64134 64012 match_458 match 82.0 65195 65079 match_459 match 69.3 64751 64650 match_460 match 120 49845 49444 match_461 match 116 40715 40344 match_462 match 116 40715 40344 match_463 match 119 49815 49444 match_464 match 113 40715 40344 match_465 match 116 49815 49444 match_466 match 117 40715 40356 match_467 match 124 49839 49456 match_468 match 105 49815 49444 match_469 match 105 49815 49444 match_470 match 117 40715 40338 match_471 match 120 49815 49438 match_472 match 131 40715 40344 match_473 match 135 49824 49444 match_474 match 120 40715 40341 match_475 match 123 49815 49441 match_476 match 117 40718 40341 match_477 match 121 49818 49441 match_478 match 116 40718 40338 match_479 match 126 49827 49438 match_480 match 148 40718 40338 match_481 match 158 49827 49438 match_482 match 135 49854 49498 match_483 match 129 40715 40398 match_484 match 120 40715 40374 match_485 match 123 49815 49474 match_486 match 122 49857 49444 match_487 match 116 40715 40344 match_488 match 227 49824 48952 match_489 match 147 50934 50605 match_490 match 204 40715 40338 match_491 match 113 40715 40377 match_492 match 120 49827 49477 match_493 match 126 40715 40338 match_494 match 131 49833 49438 match_495 match 115 40745 40344 match_496 match 119 49818 49444 match_497 match 118 40715 40338 match_498 match 121 49815 49438 match_499 match 137 49833 49438 match_500 match 130 40715 40338 match_501 match 134 49839 49480 match_502 match 129 40715 40380 match_503 match 127 49830 49489 match_504 match 124 40718 40389 match_505 match 115 40715 40338 match_506 match 119 49815 49438 match_507 match 215 49857 48952 match_508 match 147 50934 50605 match_509 match 202 40715 40338 match_510 match 213 49857 48952 match_511 match 141 50934 50605 match_512 match 199 40715 40338 match_513 match 138 40727 40338 match_514 match 144 49833 49438 match_515 match 122 40715 40389 match_516 match 125 49815 49489 match_517 match 117 40715 40401 match_518 match 120 49815 49501 match_519 match 126 40715 40338 match_520 match 129 49815 49438 match_521 match 62.8 52787 52584 match_522 match 57.4 53210 53076 match_523 match 30.4 52506 52438 match_524 match 146 50922 50605 match_525 match 221 49842 49438 match_526 match 37.0 52962 52897 match_527 match 211 40715 40338 match_528 match 128 40715 40389 match_529 match 132 49824 49489 match_530 match 126 49839 49456 match_531 match 120 40715 40356 match_532 match 115 40715 40338 match_533 match 119 49815 49438 match_534 match 115 40715 40338 match_535 match 119 49815 49438 match_536 match 121 40715 40401 match_537 match 124 49815 49501 match_538 match 134 40715 40341 match_539 match 137 49815 49441 match_540 match 116 40715 40356 match_541 match 119 49815 49456 match_542 match 116 40715 40356 match_543 match 119 49815 49456 match_544 match 118 40715 40341 match_545 match 121 49815 49441 match_546 match 121 40715 40338 match_547 match 124 49815 49438 match_548 match 149 40715 40338 match_549 match 152 49815 49438 match_550 match 122 40715 40392 match_551 match 125 49815 49492 match_552 match 116 40715 40338 match_553 match 119 49815 49438 match_554 match 125 49833 49471 match_555 match 122 40712 40371 match_556 match 120 40715 40389 match_557 match 123 49815 49489 match_558 match 53.5 31289 31134 match_559 match 69.7 31591 31388 match_560 match 69.7 31832 31659 match_561 match 52.4 31289 31137 match_562 match 69.7 31591 31388 match_563 match 69.7 31832 31659 match_564 match 146 44171 42894 match_565 match 122 40715 40356 match_566 match 125 49815 49456 match_567 match 128 40715 40341 match_568 match 131 49815 49441 match_569 match 117 40718 40338 match_570 match 122 49818 49438 match_571 match 117 40718 40338 match_572 match 122 49818 49438 match_573 match 41.6 31576 31394 match_574 match 51.6 31289 31137 match_575 match 76.3 31847 31644 match_576 match 91.3 31579 31349 match_577 match 83.2 31850 31659 match_578 match 140 30771 30469 match_579 match 119 40715 40362 match_580 match 122 49815 49462 match_581 match 117 40715 40338 match_582 match 122 49824 49438 match_583 match 129 43850 42942 match_584 match 115 40715 40341 match_585 match 119 49815 49441 match_586 match 128 40715 40338 match_587 match 131 49815 49438 match_588 match 151 49818 49006 match_589 match 142 40718 40338 match_590 match 124 40715 40356 match_591 match 129 49830 49456 match_592 match 132 39134 38160 match_593 match 151 49827 49090 match_594 match 137 40715 40338 match_595 match 142 40715 40338 match_596 match 151 49827 49438 match_597 match 122 40811 40356 match_598 match 125 49827 49456 match_599 match 29.6 52506 52432 match_600 match 114 49263 48952 match_601 match 61.6 52790 52626 match_602 match 59.3 53210 53076 match_603 match 156 50931 50605 match_604 match 221 49842 49438 match_605 match 210 40718 40338 match_606 match 37.4 52962 52897 match_607 match 114 49263 48952 match_608 match 58.9 52790 52650 match_609 match 59.3 53210 53076 match_610 match 156 50931 50605 match_611 match 221 49842 49438 match_612 match 210 40718 40338 match_613 match 37.4 52962 52897 match_614 match 115 40811 40392 match_615 match 121 49839 49492 match_616 match 121 40715 40338 match_617 match 124 49815 49438 match_618 match 121 40715 40338 match_619 match 124 49815 49438 match_620 match 114 40718 40389 match_621 match 119 49830 49489 match_622 match 165 43850 42894 match_623 match 162 44273 42903 match_624 match 176 44261 42894 match_625 match 121 40715 40338 match_626 match 124 49815 49438 match_627 match 151 44099 42903 match_628 match 151 44099 42903 match_629 match 125 40715 40389 match_630 match 128 49815 49489 match_631 match 127 49830 49441 match_632 match 123 40715 40341 match_633 match 115 40718 40341 match_634 match 120 49830 49441 match_635 match 120 40715 40344 match_636 match 125 49821 49444 match_637 match 145 40715 40338 match_638 match 148 49815 49438 match_639 match 75.5 31576 31307 match_640 match 110 30771 30460 match_641 match 80.5 31847 31662 match_642 match 113 40718 40398 match_643 match 118 49830 49498 match_644 match 122 40715 40338 match_645 match 125 49815 49438 match_646 match 123 40715 40341 match_647 match 126 49815 49441 match_648 match 132 40715 40338 match_649 match 136 49824 49438 match_650 match 112 40718 40338 match_651 match 114 49818 49438 match_652 match 107 40718 40401 match_653 match 111 49818 49501 match_654 match 117 49824 49438 match_655 match 114 40718 40338 match_656 match 115 49824 49438 match_657 match 113 40718 40338 match_658 match 115 49824 49486 match_659 match 112 40718 40386 match_660 match 105 40718 40386 match_661 match 109 49818 49486 match_662 match 106 40715 40386 match_663 match 110 49824 49486 match_664 match 105 49824 49486 match_665 match 105 49824 49486 match_666 match 112 40715 40386 match_667 match 116 49824 49486 match_668 match 123 49839 49456 match_669 match 117 40715 40356 match_670 match 116 40715 40344 match_671 match 119 49815 49444 match_672 match 108 40715 40341 match_673 match 111 49815 49441 match_674 match 105 49815 49444 match_675 match 118 49824 49441 match_676 match 116 40718 40341 match_677 match 122 49854 49441 match_678 match 120 40718 40341 match_679 match 106 40715 40344 match_680 match 109 49815 49444 match_681 match 107 49815 49444 match_682 match 107 40715 40344 match_683 match 111 49824 49444 match_684 match 105 40715 40386 match_685 match 108 49815 49486 match_686 match 106 40715 40386 match_687 match 109 49815 49486 match_688 match 104 40715 40344 match_689 match 108 49824 49444 match_690 match 117 40715 40392 match_691 match 120 49815 49492 match_692 match 115 40715 40392 match_693 match 119 49815 49492 match_694 match 57.8 53210 53076 match_695 match 142 50922 50605 match_696 match 62.4 52787 52647 match_697 match 34.7 52962 52897 match_698 match 220 49842 49438 match_699 match 210 40715 40338 match_700 match 129 49830 49489 match_701 match 126 40718 40389 match_702 match 133 40718 40338 match_703 match 137 49830 49438 match_704 match 242 49857 48952 match_705 match 148 50934 50605 match_706 match 204 40715 40338 match_707 match 142 40718 40338 match_708 match 152 49827 49438 match_709 match 136 40715 40338 match_710 match 139 49815 49438 match_711 match 117 40715 40344 match_712 match 120 49839 49444 match_713 match 118 40826 40389 match_714 match 121 49815 49489 match_715 match 114 40718 40341 match_716 match 119 49818 49441 match_717 match 115 40718 40341 match_718 match 119 49818 49441 match_719 match 120 40715 40353 match_720 match 123 49815 49453 match_721 match 125 40715 40338 match_722 match 131 49827 49438 match_723 match 119 40745 40398 match_724 match 121 49815 49498 match_725 match 118 40718 40338 match_726 match 122 49818 49438 match_727 match 42.7 31570 31394 match_728 match 51.2 31289 31137 match_729 match 73.9 31847 31644 match_730 match 42.7 31570 31394 match_731 match 51.2 31289 31137 match_732 match 73.9 31847 31644 match_733 match 72.4 31295 31140 match_734 match 89.4 31579 31373 match_735 match 85.9 31850 31659 match_736 match 149 30771 30469 match_737 match 128 40715 40389 match_738 match 132 49827 49489 match_739 match 128 40718 40398 match_740 match 132 49818 49498 match_741 match 132 50928 50605 match_742 match 182 40718 40338 match_743 match 191 49827 49438 match_744 match 116 40715 40389 match_745 match 119 49815 49489 match_746 match 121 40715 40377 match_747 match 127 49824 49477 match_748 match 122 40715 40338 match_749 match 127 49824 49438 match_750 match 115 40715 40338 match_751 match 119 49815 49438 match_752 match 285 49842 48952 match_753 match 149 50937 50605 match_754 match 217 40718 40338 match_755 match 128 40715 40338 match_756 match 131 49815 49438 match_757 match 128 40715 40338 match_758 match 131 49815 49438 match_759 match 119 40715 40338 match_760 match 123 49824 49438 match_761 match 125 40715 40353 match_762 match 129 49824 49453 match_763 match 53.9 31289 31137 match_764 match 72.4 31591 31385 match_765 match 69.3 31832 31662 match_766 match 65.1 31295 31137 match_767 match 75.5 31591 31373 match_768 match 79.3 31847 31659 match_769 match 125 30774 30469 match_770 match 121 40715 40344 match_771 match 124 49815 49444 match_772 match 119 40739 40371 match_773 match 125 49821 49471 match_774 match 152 44186 42906 match_775 match 126 49830 49480 match_776 match 122 40715 40380 match_777 match 137 40718 40338 match_778 match 147 49827 49438 match_779 match 108 40718 40386 match_780 match 112 49818 49486 match_781 match 115 40718 40347 match_782 match 119 49818 49447 match_783 match 147 44186 42906 match_784 match 147 44186 42906 match_785 match 234 49857 48952 match_786 match 144 50922 50605 match_787 match 202 40715 40338 match_788 match 121 40850 40365 match_789 match 121 49842 49465 match_790 match 151 44186 42906 match_791 match 118 40715 40338 match_792 match 121 49815 49438 match_793 match 81.3 31576 31373 match_794 match 127 30774 30469 match_795 match 69.7 31289 31137 match_796 match 73.2 31832 31662 match_797 match 138 49839 49480 match_798 match 132 40715 40380 match_799 match 137 49839 49483 match_800 match 132 40715 40383 match_801 match 132 49839 49480 match_802 match 126 40715 40380 match_803 match 135 49839 49456 match_804 match 129 40715 40356 match_805 match 132 49845 49441 match_806 match 126 40715 40341 match_807 match 131 49827 49438 match_808 match 126 40715 40338 match_809 match 125 40715 40338 match_810 match 128 49815 49438 match_811 match 116 40712 40338 match_812 match 119 49812 49438 match_813 match 133 40715 40389 match_814 match 137 49824 49489 match_815 match 142 40718 40362 match_816 match 144 49818 49462 match_817 match 128 50931 50605 match_818 match 181 49857 49438 match_819 match 176 40715 40338 match_820 match 127 40715 40338 match_821 match 130 49815 49438 match_822 match 132 50928 50605 match_823 match 182 40718 40338 match_824 match 191 49827 49438 match_825 match 128 40715 40389 match_826 match 131 49815 49489 match_827 match 119 40718 40389 match_828 match 121 49818 49489 match_829 match 120 40715 40338 match_830 match 123 49815 49438