C02SLm0128E12.1 TTTCTCCTCTCTGCAGTCTTTACACAACCTAGTAGTCATTGTTGGATAAACACTTACATT TGGTGGTACTACTGCTATACCCTTGAATCTCCGATGGATTAGATCAATGATCTGTTCTGA CTTGCCAGAGTCCGTCTCCATAGAGGAGGAGGAAAGTACAAAATACTGCACCATACTAGG CCTGCGTCTCCTTAACAAGTCAACATCTCAGCAAGCAATTCCACAATCCACAAAGATTCC TTAGGTGTTGGTTTATAATCGTCTGTTGAATTTCGGCAACTACATTACATGCATGCCTAA TAAGAAGTGTCTCCTCACTACTTGGAGCTGTACCCACCTCAGCTACTGAAATAATTTCTG TAATAACATCCACTTCCTCTGTTTTCATGAACTTGGAACATATTCAAGTGAATTGCCGTA ACATCTCTTGGTTAGATTGATTATCGCCATTTACCACGTTAGCAAATACTAATAGGTATT CACAGACCATCTCGAGAGTTCATTTTGATCTCTCCGGTATACATCCTCTCACCTCATCTT CAATCAAAGTCCTCAAGTTAGTATATTCTCTGATACATCCAAAGATTAGCTTTTGATTTT CTCATTCAACATGCTATATTGGCTGAAAATTCGTAGTCACAAATTTGATCAAACAGGAAG AAGAGAACAAGGTCAACTGAAACAGAAGTAAAATCATTAACCTCAGAAAACTACAAAGCA TTTCTGCACTTTTAAGCTTCATGTATCAAAACATACATCCTCTGCCAAAACTAAAGATAC ATAAACAAATTGTTACAAGTCCAAACAGGACACACTCGAAAATGCCGGATCACTTCACAT CATAGAAAGACACCTAAATATCTCAACCGGATATTTACAGGAAAAAGAAAGAAAGCCAGT CAGTGCTAACATGGCAAAGCATATAACCGGAAAAGTGTAACAAAGGGCCTGTGCACCCAA ATTCTAAGCTTCAAGGTATGTACATCATGTAACAGCATAATAGCATGAACAGATTGTGTA TGTGCAGAGTGTCGATTGAGCAAATAAACGCCAGAGTTGAGTAATGCCAAAGATGACCAT AGCCAAAATTTTCTTCCCACTATTATCAAAATTTCTCACTACCACAAAAATTTCTGCATG CATCTTCCGCTCCAAGTTGAATAAGCATTATCCCGCCAGTTCAGTACCATATTTGCAAAG CGATTAAGGTTTGGAATTTAAATGCAAATCTGAGATTTGGTATTTAAATGCAAATCGCTT ATCAACTAAATATTTGAAGAACCGCAATTCAGTAGCTCCTTCTGGCCCAACTATGAATGT AATGAAGAGCAACAACCACTCGCGCAAAGAGACTTAATTGACATCAGCAGGCAGAGAACT TATATATTTCAGTTCTCAGTTTCTTATAATTGAATCTTGCAGGACACCAGTTAGGATGCG TCAATATCTAGGAATTCAAGTATCGCAGTGTATGTACAGTAAAAATTTTCTAAATCAAAA TTTCGGAAGTGCAGAGTTGGAAACGTTCTCCAACACCACAAATTAGTTCAGTATTTTTGT TCTGCACATGCTTTATCATAAATCAAATCAAGGACAAGCATCCACGAAGCATACCTGAGG TCTATTATTAGGAATCCAAGCAACCATAATTACGAGCCTATTATGCATATCTGAATCCGA GTAGATTTTGTCCACAGATAGTGCACTAGATTTGGAGTTGTTAGCACTGATGAAATCGAT GTTCAATCTTGAACGTTCACCTTCATAATCTTCTTCTGCCTTGACTGCACAAACTACCAA TACTATATGATAATTGCAAAAAACTAGCTATCTGGGTTTTTTTAGTCTAATTAATTGCAA AGTTCAAATGCTATCTAATTAGCCTGTACCTTACATTTGGGTGGGCGGCAAATTAAGGAT AGCTCGTTGAGAGACTGCTGATCTGACGATGCAGAGCATAACGTGCAAACAAGAATCAGA GAAGGCATAAAACACACACACACACCAAGAGGGGAGAGATCCCGGGCCAAAAAAAAAAAT CCGTGCTATCTCCCCCTCAAAACCCCGAAAAATCCAATTTATATTAAATATAGGGACCTG CCATGCAAGCGCACCCGACATGGCAAAGGCCAGAGCAGTAACAGGGTAATTTAAAACGGG ACATCACCCCTGATATTAGGGCTTTTATGCCCCACCTATACCTCTATACATCTTCATACA ACAACAACTTCCTATGGGTATTGCTCTCGACGCTTCTGATTATGACAGGGAAATCCATCC AACAACGCCAAGAATTCAAATTCATCTGGCACCCTAGCCATCTGAGCCAAGATTCCTTGA GATGACGAATCAAGACTCTCCTCTACACAATCTGAGCCAAGATTCCTTGTGAAGACGTAT CAAGACTCCTTTCTACGCCATCTCAGCCCTGAGATGACGAATCAAGACTCCTTACTACCA GGGGCGGATCATTCGAGCCATCACGCTGTTCATACCTGATCGACAATACTTTGGGCAAAA CGACCCTGCTCCCCAGCAACCTGCTTAAGGAATCCACGTTACTCATCCGGCGGAAAAGAA GGCTAGAATGACTGGAGAAACTATCTAATTACAGGCTATATATAGAGAGATTGTCAACCG ACTTATTTGCGAGGCGGCGGATAGAATCCTAGAAGAAAAATATCTAATTGAAGGCTATAT GACCGACTCTTCTCTTGAGATGACTAATAATTATTCTATGACACGTGACGTAACCGGCGT GTTCCTATCCGAATTGAGGGCTTAACCACAAGTAACTCTAAGCGCAGCCCACAAAAGCCG TTGCAAGAAGGCCCAATTCATAAATGTTCCTTTCGTTTTAAAAAGATATATATTTGATAT AACGTTAATTAAGAATCACAAAATTAATTTTTTTTATTTAGCTTTATTTCAAATCAAACT AGGTTATTTTCTTAAAATAAGGAGTAATGAATATAGTCATTCATGTTGCGGGAAGGAACT TTAAATCATGCAATAGTGGCTAATTTTTTAATTACAAAAGTTCTAATCAGGCTGGAGTTA TACAAGTGAGCGGAACTCATAATATAGGACATTCTTTTTTTCTTTTTAAAGAAGACCAAA AAATGGCCAATGGTAGTCATTTCTTCAGTAGCGCAACGAAGGAGGTACTACTTAACTGAC ATATTCATGTTCAAGTAGTACATATCAGCAAAATTACATCATACCCATATCAGGCTGATA CATTGTAAGATCATTAATTTAGAATCAACCATCTTCCAACATTATACCAAGTGACATATA CCGGTATATAATGTTGCTCTAGTAACATTTGTGCAGTACTAACCACGACCCCGGAACTAC AGTTATTTGCCCTAATAATATCATGATATGTGGGAAGTATTGAATTGCTTGAATTAGTGA ACACTTCCATGGTTTTATGCATACACATTACTATCTGAGTTAGCTATAACCATGCATAAT TTGGATTTCCAATATCGAGCTTCTAAGAACCGCCTCAGACACACATCAGTAGAGAACTTT AAGCTTCGACTAGATAGAGGTTCAAGAGCCGCCCTCAACTCGCTAACCTGGTCTGATAAG GATAATTAATTCCTCTTCAATAACAATAAGTGGTTTCAACAACTAATCGCTAATTTTATG TGTTCAATAGTCCTGACAATTCATTTTGAGTAGAAGAAGTAGTGTGTTGCGCATTTCCAC TTGAACATTACGCGGATTTGTTAAGGGATAATTGAGGCAGAAACATGATCAACATGGATT TCCACTTGAACATTACGCGGATTTGTTAGGGTGAAACTTCTGGTCCCCTCGTTCTCTCTC TATGCACACAGTAACCTAATTCTTTTCAGTAAAAGTAGACAACACCACTCGAAGTTCTAG AGAAATCACTCAAAGAAGGTATTCACTTTTAACAGAACCAACCTGGAAAATGGAATTTTC GTCTTCTTTTTTGGACACTATGATGTCACTATACCCAACTATATTTACTATTCAAAGCAA ATATGTACAGATTTGGTTGAAACCTAACAAACACACTGACGTTAATAACAAACTGCAGGC CAACAATTTAGAGTACTTGACAAAATTCAGTTACTTTTCCTATTACTGCCCTATAGGGTT GGTTCAAGTAGCTCCCCGTGCTATAGGTAGCATTTAAAAACTTACAGATTTAGGCAGTGA TTTGTTAGGGGTTGCAAGTGATTGGTGTAAAATCACCGCCCTTCAACTGCTTGTTTAAAA CTACAGTCAGAATATTATGGCGTCCATGCTTTACTCAACACAAGACCATAACCCAGGTAA CTCCAAAGAAGGTCCTCTTTAAAGAAATAACACAGACACGGATCAGCATAGACATATTCT TCAATAAAAGATAACCTACACAACACTGCTGCCAATTAAGACGAGTCCTTACTGCCAAGC ACTACAAATCAAGTTTTAATACACGGACACTAGAGGAACAAACAAGTTTGTTCAAGCCTA TACTCCACGGAAAATACACAAAGCTTCACGTTCACATATAAAGATTTTAAATTTACAATT GGCATGTAACGCCTTAATAGAAATGATATACGGTTATCTGTACTCCTTTGACTACCCTTA AGCTAGTACTGATCACCTCTAGTATTTCAAAATTTCTGAACACAACAAGGTCCAGAATAA ACGCCTCATCCACTCCCTGAATGGATCTCTACAATCTTCAACAATCTAGTAGTCGTCGTT GGATGACATTTACAGCTGGTGGTAATACCGCTGAAATATGGCCACTAATCCTTGACTAAT TAGATCAATAATCTATTCTTACTTTGCCAGATTGACCGTTATCCCATCCATCTTTGCAGA AGAGGTGGAAAGTACAAAATACTGCATTATACAGAGCCGATATCCTCTTCACAAGTCATC ATCTCAGCAAGCAATTCCATAAGGTTCCTGTAAGCAGTTCCATAAGGTTCCTTGGATGTT GGTACAAAAATATCAGTTGAATCTCGGCACCTACATTACATGGCAGGCCTAATTCGAAGT GTCTGCTCATTCCCTTATCCCTTCATGTAACTGATTGTCATTATTTACCACATAAATACT AATACTATATAGAAATAGGTATACACAGACCATCTCAAGAAGTCACTTTGAAATTTCTGA TAAATATTCTCACCTCATCTTCCAATTAGAGACTCCACAAGTTAGGATTTGATAGTTCCA AAGATCTTACTATTGATTATCTGATCCAACATGTCATATTGGCTGAAAAGTATATACAGA AGATTCACAAACTTGATCAAGCTGGTAAAAAATTACATCAACCGTAACAGAAGCAAAAGC ATATACCTCAATTGGCTGAAAAATATATACAGAATATTCACAAACTTGATCAAACTGGAA GTATAGAATTACATCAACTTTAACAAAAGCAAACGCATTTACATCAGAAGACCACAAAAG GACTTCTACATTCAAAAGATTCCAAGTTCCAGAATCAAATACTCCGCGAAAACTAAAATT ACATAAATAAAAAGCTAAAAATTGCGTACAGAACACACTTACTTGGTCACCTAGATGTCT CACAACTGGATAGTTACAAATTTAACCAACAAAAAAGAGGAAACAGCCGATCAAAATGGT AACATACCGAAGCATGTAACAGATTAGTATACGAAGGGTCTTTGCACCCAAATTCTAAGC TTCAAGACATGTACATTTTAAAAATTCAATAGCATGAACAAACTATGCATGCGTAAAGTG TTTCGAGCACATATTGAGCAAAGCTAAAACCTGACATTACCCTTTCATACCAGTAGTTCT CCCTATCAAGTCTGCATAACATCGGTTTTTTCAAACCTTTCACCACGACCGAACAATAAA TAAAACTTGACTGGATTTGCCTATATCATAAAACAGGCCTACAGAAAAGAGTGTCTATAC CAAACCACAGCCCAGGGCGTGATACATATCTGATGTACGTCTGCAGCCAACAATAGAACA GAGTATCTCAACCGCAACCTAGCTCGATTTCTCAATTGCATAATCCCACGATCTTTGGGT GAGTTCTCCTCCGCCGATTACATCCACCACAATGAACGCCAGAATTGAGTATGCCTAAAG ATTACCGTAGTTAACATAATTCTTTACATCATTAAAATCCCCCCCCCCCCCCAAAATATC ACACTACTGCCAAATTTCTACATGAGTTCCGCAACAGTTACATGTTCGAAGTTGAAAAGC AGCATCCCGCCACTTCAGTACCGTATTTGCAAAGCGATCGATATCTAAATGCAAATCTTC ACTGCAGATTCTTCTAGTCCAACTTCTAATGAAATGAAGAGTAACAGCCCACTCATACAA AGACTTAATTGACATTAGCAGACACAAACTTAAAACAGTTCTATGTTTTTAATAATCCAA TCTTACTGCATGACCCCAGTTAGGATAAGTCGAGGCCGATATCTGGAACTCAAGTCGAAA TTTATTGATCGCAGTACATAATTTTTGAATCAAAATTCTGAGAGCATAGAATTAAAAACA TTCCACAAAATTGTTTCAGTATTTCTGTTCTGCACATGCTTAATTATAAATCAACTGAAA AGACGAGCGAAGCCTACAATGCGTACCTAAGGTCGTCAATTATTAGGAATCCGAGCAAAC CATATTTACGAGCTTGATATGCACCCGAATCCAAATAGCGCATCTAAAGTCCTCCAGGAT TTTGCCCAAGCACATTTTTCAGAAACAGATGCTTGGTTTTGTTAGATTTGGAGATGTTCA AAACTCAAAACTTAAAGGTCATATTCATCATCTTCTACGGCGTTAACAGCAGAACCTACC AACAATATATATGATAATACAAATTAAGTGGCTTCCGTTGGCTATCATATAAAAAACCTG TAGTTATCTACGTTTTTTGTCTAATTAATTGCCCAAGTTCAAATTCAAACTAATTAGCCT ATACCTGATTTGGGCGGTGGGCGGTGGGCGGCCAATTAAGGATAGTTCGTTGCTGATCTG ACGATGAGAGCATAACGTGCAAACAAGAATCAGAAAAGGCACAAACACACACACATCAAG AGGGGAGAGAACCCGGGCCAAAAAGAAAAAAAAACCCGTGCCATCTCCCCCCTCGAAACC CCAAAAAAATCCATTTTATATTAAAGTTAGGGACCTGCCATGCAAGCGCACCCGACATGG CAAAGGCCAGAGCAGTAACAAAGTAATATAAACAGGACATGACCCCCTGATAGTAGGCCT TCTATATCCCGATTATACACCTATATATCTTCATACAACAACATACTCAAATGGATATTG CTCTCCACGCGACAGGGAAATCCATCCAACAACGCCAAGAATTCAAGTTTATCTACACCC TGGCCATCTGAGCCAAGATTCCCTGAGATGACGAATCAAGACTCCTTTCTACGCCATCAG ATCCAAGCTTCGCTGAGACGACGAATCAAGACTCCTTTCTACCAGGGGCGGCTCATCCCA ACCACCATGCTGTGTATATCTGATCAACATTACTTTGGGCAAACCCTGCTCCTCAGCAAC ACGATACTTACCTGGAGGAAAAACCATCTCATTAAAGGCTATATACAGAGAGATTGTCAA CCGAATTATTTTCGAGGCGGCGGATAGAAGAAAAATATAACCGACTCTTCTCTTTAAAAA AAAAACAAAACAATGAATATACCCTTTTTTTTTCTTATGGCGGTTATGTTGACCAATTAT TTCGTGACAAGTGGCGTAACCGACGTGTTCCTTCCCGAATTGAGGGCTTAACCACAAAGT AAATCTAAGCGCAGCCCATCAAAAGCCGTAGAATGGTAGGGACAAGGCCCAACTATGCAA GCCCAAAATATTTATGTGGACGTTTAGACAAAGAAACATTCAGAAATACTAACAAATATA CCGGAAAAATTACGCAGTTAAACAAATTTATACTACTTAACTATTTGATAATAGCTTGTT ATAATTATCACTCACGATTAATATTATACATTAATTAAGTGGACTAAAATTGAGTTTGTA TAATTAGCCGCATTTGTATATTTATAATTCGCCAGAATATATAAATACATATGTATAATA TACAATTATCTAATCAATATATCTACACAATTAACTTCTCTTCCACTCTATGCCCTCTCT CGTTTTCATCTCTCCTTCCTCTCCCAATCTCGCTCGCCTCTCTCCTCTCTTTACAATCTC GCTTGTTTTTTATACAAATATATATATGTGTATAATATATCATTATCTAACCAATATACA TATACAGTCCACCCCTCTCCCACTATCTGCCTTTCTCTCTCTCTCATCCCTCTCCCAATC TCGCTTGTCATATATATATATATATATATATATATATATATATATGTATAATATGCAATT ATCTACCAATATACATATAGAATTCACCTCTCTCCTCTCTCCCAGAGTCTCACTCGCCTC TCTCATCCTCATAACATGTAGCTATGAGTTGTAATTATCAAGCTATAGCTATGAAAAGTA ATTAAATTACTTTTAGTGGTTGTACGTGAAAGTTCCTCTTTTCTTATTGCGGAAAGGATA ATGGTTATTTTTTTAATCACAAAAGTTCTACTCAGCTGGAGTTTTACGAGTTAAATGGAA CTGGACATTCTTTTTTAAAAAGGACAGAGAAATGGCCAATGGAAGTCATTTCTCCAGTTG CGAAATGATGGAGGTACTATCAATTGACATATTCAGGTTCAAGTAGTACATATCAGCGAA ATGCAACACATTATTTGTGAAGAGATCATCAACAAAAACACAGAAAAACTATAGTACTAA ATATTAAATGTCTTGCAAGATTAAACACTAAATTTGGAAATTTTTATTCCATATGTTAAG AGTAAGCGTTGAGCATTACCTCAAACATATTTACACGTCAAAAAAAAAAAAAAGAGAAGG TTGAAACTCGTTTCGTCAAGTCACTAGTAGTGGAGCCATTTTTTGTTCAAGCTACTTCAG ATTGGTTACGAGCCTTCTCCTTCTCCTTGACTTCACTTCCTTGTTTGTTATCAAACTCTG AACCTATCAAACAAATAGTATATGAATCAATAAAGGACTAGAGAAGAGAAAAACGGAACC ATGTATTAAGAACATGAAGTGATGAGTGAATTTTTAATTACCATGGACAACTTTTTCCTC ATCCTCTTGATTTCCTCCATAGATCCCTCCAAAACCTTCTTCATCTGACCTAGTGGCATA TCCCTCTCCAAAGCTGGACATTGTCTCCCTTTGACCCAATAAATATAAATCATAATCATA TTATCACACCTTATGCAACACCAATTTAGAATTTAAAGTTTATAAATTTATTAAATATTT CGATCACTGTTTTAAAAGATGGGGCATGAGGTGAATCGTTACTAAAAATAAGGTATTATG AGGTAAGCCTTGTTTAACATAGAGCGTAAGTCATATAATAACACAAAATTATAATCTATA ATTTAAAATAATTACCAACCTAATCAAGAAAAATCATAGAAAATAAAACACCTCATATGA TTATAGTATGAATAATCTAATATCTTAACTTTTTAAGAATTAAAATCATTATTTTTAAAA ATATATTATTATTATTATTATTATTATATATACCTTTACCTCTAAAAGAAAATAATAATT AAAATTTATTAGTATTATAACAAAAATATAATTCCAGCATAAATAAAAAAAATTACTTCA TATTGCAATTCGAAAAGGTTAAAAATATTCCTATACTATTCAAAAAGGTTTAAAAATACC TCTCATCCATCTATTGGGCTGATAATATCCCTTAGATAAACTTTTTGGCCTATTATTACC CTTTATTGAATAAAGTTTAATTCCAACCACCAAACTTTTTCCTAACACACTCAACCTATA TTCATATCCCTTTGATCCAAACCCAATTACAAGATCCATTAAAAATAGAAAAGGTTGAAT CATCTCTTCTCCCTTAAAACTTATATCCTATTTTTCTTCTTCCCTTTACTTATTAAGGGA TTTAAAGATCAATTTCACCCAATTTATTTTAGCTTTAAACACATAATCTATGTTATCCCA TTTATACGTTCCATTTGATCTTGCTGCTACTGATCCTCAGTGCCACTCATTTCTTGGTTC ATCTTCTTGTTTCCAATGTCCCAACAGTATAAATGTGTGTGCATGTTGGCGTGTTTTAAA ATCTTCAATGTACCGTCCATTTATGTAAAGATTGGTACAATGTTGATTAATTTAATTTCT AATATGGAGTAATTTATTGAAACCTTTTATATATATTATAATTAATATTAACATTTCAAA TGAAGAGACTGAGACTTGTATAGTTGTATCTCACCTCAACTAAACAAAATGAATAAAATG TATTAACAAAAAAGTAGTAATACTAATACTTACTTAGGGTTGGTCTGGTCCAGTTTGACG TCGTCCTGTTTGCTTGATTTTGTCAAAAGAGTCCGCAATCCAATCTGTGAAGACTTTGAG AAGAGAGAAAGTGGTTGTACTCCGGTAGCTGATCTGAGTGCGTACTGTTCGATTGTCAAA TTGTATAGTTGGAATTACTTGAGCTTGAGATCAAATGCTATATAGAGAGGAGGACAAAAC GAAGTCCTTACATTTCGCCACACATGTCTCTTTTTCATCGACACGTTTAGACTCGCGTGT CATCGGTTGGGTATAACCGTAAAACAAACTATTCTCCCGTGGCTCGTTCTTCTGATATTC CTGGTAGATTTTAACTAATTTCTTTTATTCAAATTGGGTACGGCTCCAAGGGCTTTTTAT GAGGGATGTTTTATATTAATAAATTTAAATGGCATCAAACCACAAAAATTAAATATTTTT AAGGTAAAATAATTAATTATTCTTTATAAATTTTATAATTATGGAAATTAATATAAGTAT TGATATATTAATTTGATGTACGAGATATATTTAATCGTTACGTAAGATAGAGTATATTTT ATTTATGATACACTAATTTAATTACATTTTACACATGATATATTAATGTGATGCGCAGAA TTTGATACGTTAATACTTTAATCTAATGCGTGAAAATAAGAAATTTTAAAAATTTATAAT ACTAATAAAGAATAATGATAATGAGCAAAATTTTTTACTCAAGATGCACGGTACATTTAT TAGAGAAATGTGATGTTAATGATCCCAAATGGATCCATGATTCTTCATTTGAGCTGGTCG TCGTTTCAGCTATAGAAACAAAATTAATTTGGGGCGGGTTTTATTTAATTTGGGGCGAGT CAATTTAACTTGAATTGGTGGAATATTTTTATTTTTGTTTAAGTTAATTATAAAGTGACC AATAGATTATTGCCACATCATTTAATAAATTTATTAATTGAATTTTAAATGAGTTCTGTT AGAAGTAAGGGTAATATGGAGCCCAAAGGTAGATGTGAGGGGTATTTGATGGCTAATAGG TGGAAGTAGGGTATTTTTGTACCATTTCTAATAGTTTGAGGGTATTTTATGCCCTTTTCC GAAAAATAAATAATATTACTCTCTTGGAAAAAATATCTAAAAGTACTGAACATTGATATT ATGAACACGATATCAACACATACAAATTTTTATTTGTTAATCACATACTTCAATGAATAC TTACAAAAATAAACTTATGAAAAACACACTTCGATGAATAGTTACAAAAATATATAATAG TCAACCTAAGATTTAGTTGAAAATTTTGATCATTCCATCATTCCTTCCATAAAAAAACTA GCTAATTTAAAAGAGTTGATTTTGTTATTTACACTAAAAATAAATATAAAAAATATTTTT AAATATTCATAGCCCAAAGACTGATCTCTGACGGTTACAAATTGGGCTTACAAAGCTAGC GAACGTATTGAGGCTGGAAAAATAGCCTCATTCTTAAATGAGTTGAAAATTTTAAGCCCA ATTTCACTTAATTAAAGGATTGAATTGAACCAATCTAGCGAACTAAACTCATTTTGACAA CTCTACTCGTCGTTAACAATAAAAAGAGAAAAACAAACAATATAAGGTTGTAGCTACCCA AGCTCTACTACATTCAGTCCATTTTCAGCTTGTCTAATACTTTGTTTGTCCTTTAATTAC TTGTACAATTTATTTTTGGAAGCTATATCTCTTTTATTTGTCTATTTTGATAAATTAAGA AAAAAATAATTTATTATATTTTCAATTAAATAACTGTAAAATAGGTAAAACTTTTAAGAA TTTTAAATTTTAATTCATCTAATTTATAAATAATAGGAGAAAAATGATAATTTCACTATA TTAATTATTATTTACTTAATAGTTGCCACTTTAGAAATGAACAGGTAAAATACCAAGTAG TAGACTACTAAACAAATCAAGGAATTATAAGTGTTCTGTTTAGAAATTTTGTCGTAATTT TAGTTCCAACGAGGCAGAAAGATTGAAGTTAAGAAATATTTATGGTGAAATACGGTTAAT ACCAATTTTAAAAAGTTTCTCAAAGTAATAGAAATAGTCTATTAGGAGTTGGTCGTTTCC ACCAAATGCGACTAACAAATTGGGCCGTTCAACACTTGAAGAACCTCAGCAACGCACGAA GAAAAAATGCTAAGTGATTCTTTATTTAATTTTAATTTTGGTGAAAAAATTAATAATTTT TTTTATTCATATCGAATGTATATATCAAATAAATATTATTTTAATTATTATGTGATTTAA TAAAATAAAATATAAATTAATTAATTAAGATTAAGTAAAATAAATTATAAATTTGAACAC ATAACATGCATATATTGAATTGGTATACACACTTACCTGGTATTAGTAACTTTTTGCTTG TATTTGATAAAAGATAACATATATTTCGTAAAATGAATAGATGTATGGATAAACTGATTC ATATAATACTATTATTATATAAGAAATATAATTATATATGAAAAGTTCTAAGATAAGTCA CTGTAGTACTTCCAACCGTTATAAACTCTTCAAAGTACCAAAAGCATTTAATTTGCTTTC TTAATGATGGATGTTATATAAAAAGGTTTTGCTATATTTGGTTTAAAGAATATTATTTTG TTTTTTTCGTAGAAAAGTGGTAACCTCTGTTTCTAAGAGGTGTTAGAAAGAGAAGACGTA AAATCCTTTTTTTGAAGATAAAAGATGTTGATACCAAATTAAAGACATTAGGATCCAACC GCACGCAAGAAAAAATAATGGAGACCAATTTAAACAAAATAATTTCCCTAATTTGCTTAA TTTGAGTCCATAGTCAAAAAGTTATTGATTGAAATTCATGTGCTAATTAAACTCATTAGT TATTTAAAATTCAGAAAGAAGTTTATTGAATGAGTAAATTATTTTGATATATTTATCGAA TTTTCCATCAAACTTATCGTTAATGAATAAATAAGAATGGATATCTACGAGCTTCATAAG AAGATTTATTTCATTTCTATCTTTTTGAACTTGCAAATTGCATTATTGGGAACTTCATAG CACTTAGGTCAGCAATTAAAAGAGTTAAAGTTTGCAATTGCAAATGAAACTTTGAGAAAG GCAAAGTTATTACTGACATCTCACCTCTTTAATTTTGGGTTGAAATGTATGATTGATTGA CTACATTTACCCTACCAAAGAAAAGGGAAAAAAGGAAGTTTGAAGAAAAATTACAGAAGG TGTCTCGACAGCCTTGGACCAGTCGACCGTTGGATCAGACTCCCCCTTACACCTACCATA CTCAACGGACCCCTTCAATTTATTTATTTTAATAAAATTAGAAATTTCGATATTTTTTAA TCTTGTAATTCGAAATTATGTTTAGATACGAAAAGAATAAAAATTTAAAAATCTCCAAAG AGCCAAAATCTAAACAAAGCAAATTTCATGTCAAAATGAATTTTTTAAAATTTTTGAGCG CTAATATTTGGTATTATGGAGACAAATTAAAGATTATGTAAACCTGCAATAATCCAGGTT GCCTAATGTCTTTTCGAAAAAAAGTGCAGCCATAAGTCTTTTCAATACTGACTTTGTTTT TAATTTGATGATAGTAGCATACCAACACAGAGCAGTTCTCGAAGTAAGAGAAGCCACGAA ATTGATAAAAATTGCAGATTTAACTTCAATCTAAAGATGGGCTCTTTTATCGAAGCTGGA GTGGTTCATCGTCATCTTCATCATTGTCAATTTTTTAATTGTCAGAAACAACTTTTTCAA GTGGAAATGCAGACTCTGTACCTGTTTCTGTTTAATTAATTTAATCTATTTAAGCTCTGG GTCTTATGGACAGTAAACTGCAGAGTTTCCCATAATCTAATCCAATTAATTAATGATGCT TAGTTAATTATCTCTGGGTCATATTATCAATTATGAGTCTTGGATTGCTCATCAGCTCAC TTCTTTTTTAAATAACTCAATTGTTTTTTCATTTAAAAAGTTTGTTTGGCACGCCGAATA AGATAATTTGATTATTTTCTGAGACAAAATTTATAATTCAAAAAACAACTATATGTAAAT TTTCAGTTTCATTAGTATTAATAATCTTAAAAATGATTTCTATTTGATCAATTAAATTTA AATAACCTCGATCTATCATATGACATATCAAATGATCTCAACTTTTATCGGAGCATGAAA TTCATAAATTTTAATACTTTTTTGTTCATTTTTATTTGTGATGTTACATTTTTTAAAAGT CAAGTTAACTAATTTTTAAAGTTAAATTAGATTATATTTATTTAATATTTTAAACAAAAA AATTTAAATATTTAAAAACTATATGAAAAACACTATAAATTACAAATTTTTGTATATCAA TATGATGAATACATCTTAAAATGTTAGCAAATGTTTTTAAAGTTTGATTCTAAAAATAAA ACAATAACAAACAATAGTGGACAGACTTCTCGAGTAATAAATAGCTCAGAGAAGTGTTGA AAACACTTTAACTTGATGAAAATTTAGAGGCATATTTCACTCATTCTGCGAGTATTTAAG ATCAATTAAACAAGTAAAGTACATTTTTAAGGTTACTAATAATTCAAAAATGAAACTAAT CAGTCACGCTAGGAAAGTAGTAGTACCTCCTTGATCATACATTAAAAAGCAATTTTGAAA TATTAACCTCTATTATCTAGTGACACAGGCAGTTTGTTGTACAACCTCCAACAATAATTA GTACATCAAAAAAACTATGTCCCATCAAAATTTGGATGGATAAGAAACGCCGTATATATT TTTTTCTTTTTGCTAGCATTTGAATCTAAATTTTAATCATTTTCTCCAATTTCATTAGTT AATTAATCTACTAGACCATAACTCTTTGTAGTAGCTACATATGCCTTTCATTAGCGTATC ACATTTTTCTACTAGTAACAAACTCATGGCCCATTATGCAACTTGTACTACGACTTGCTC AGCAATTCAAAGAGGCAGTAGTGATCAAAGCGCACTACGGATGGTCCAAAAATTAGAGCA AAATAACATTTTTTTTCAGTATATGAATTTAGTGTTTCAGTCAAATAATTAGGCCCCCTA CCACCTCTATAGTTTTGTAAAAGAGCACGGCTCTTGTTCATCATCAACAACTGCTGACAG GAACTGATATTAGGTGAGTGAAAGAAAGAAAGGTACTATTCTGAATTCATTTTAGAGTGA AAGAGACTCCCATTAATTCATTGCCATATAATCAAAGTTTGGTACTATTATTTCTACTAC AGAACTTACCAAAAAGGAATAGACTTTACTAGAGTGTAAGGCTCTTCCTGAATGAAGGAC ATGGCAAAAGTCAGTAATAAAACACCATTTCCTCATGAAAAAAAAGAACTGTTTTTATTT CTCTAGCTAGGCTAAGCTAAGTCCACAGGTTTTGGCTTAAAGTCTTTGTCAATGGAACTT CCATTACAGAACCTGAGAGAAAAGGACCTTCTTTCTTTTGGACTAATAAAACCTCTTATA ATGATTGAATCGTTTACTCAATTAAGCTTTCACTAAGGCAGCAACAACATGCTATCAATA ATTCATCAATAATTCACAAAATTTATGCACAATTACAGTTGATTTCTCCTCCTAATGACA CAAACCTAGAAAACTAAATATGAGAACCGAGAGAAGACACTATTCATATAAACAGAGAAG GCTTTAATCTTGAAATTCAAAGTTAAACTTGCTCAAAAATATCATCTTTCTATACTAACT TTTTAATCTACAGAGAGCAATGAAATTTAAATTTAAGCACTTAGAAGAAAGTACCTAACA GAACTGATGTAGAACACAATTAGTGCCATGAAGAAACAGTCAAAAGGGGATTATCTTTCC AAGCCAAGGAGAGAAACCCAGGGGCAGAATCAATTAATCCAAATGATGAACTATAATTAT AGTTCCAAAGAAGAATTTTTGCTTGACTCATTGCATAATGGCTAAGTGTTACTGGTTTAA AACCAGCCCCTTCCATTAATTCTTTCCAATGTTCTTTATCTTCCATACATTCTCTTCTGG TTCCGCCATCGTCTAGGCCCACCGCTCCGGCAATTCTCCGGCCAAGTATCAGTCTTTCCA CTTGTACTCTCTCAGCGGAGTCTCGGGTCAAGCTCGGATCCAATGACTCGAAAATAGTTG AGTAGTATTTCAGTGCGTTCTTAAATCGCTGCAGGAATCCAACATCATTCAAATTCACCT CATACTCACCCAATGTCACAATGCTTGGATTCAATGATTTGGCTAAACTCAGTGCAGTTT TTACACCAACATTTGTTTCGTCCAGTAAATTGTACAGCTGCAACATGAAGTTCACAGCTA AGATTTCATCTGGATCAACTCGAAAACTAGACCCGTTAAGTTCCTGAACTGGAGTCAATA TTGGTTCGAATTCGAAGTTAAGATCCAGAAGCTTCGCGAAGTCACGAAGACGATTCCCTG TAGCTAAAAGTGAAGCTGACGGAGAGTTACCCAATACCACTGATGGAATGCCAGAGATTC TAACACTGACTGGTTTACCAGCTGATCTAGTTGCTAAAGCTTGTAAAAAAGCTGCCCATT GGATACCATGAACAATTCCAAAATCTACAATGTGAATCCTCGTTGCTTTTTCAGTTGCTT CAAGAATCGCCTGATTAGCCGTTAAGTGAGCAAACTTTGAGTAGGGACATGCATCATTAA AGGCTTTGTATGACAAAGTGAGCTCCTCCGGCGCAGTACCAAAGATTGACGGAGTTCTCT CTGCTTGACACGACGAAAGCCTATTGTAAAGAGCTTCTAAGAAATAGAACCCAACTCGCT CCATTGGATCTCCTTGTTGGGAAACTGATTCCCTTAGTCGAATCAATGATTTTACTACAT TTTCAGGCTCTGATTCAGCGAGTCTTGCACATTCCACCAAGGATTTCAACAATGGTTTTG ACGAAAAACTTTCAGGGGAACTACATGGCTGCACATCAACTGATACCACCTTGGATTCTT TGCTCGCGGGTTGAACAATTGGAGGAGGAGATGAAGATGGTGCGACCCATGGAGATGTCT GTGGTTGTAGTGGGCTTAGATTTTTCTGGGTTTCCGAAAAAATGACCCCATTGAGATCGG AAGAAGGTGGAGGCGGAGGAGCAGAACCGATACTGAGTCGATTCGGACAACTCGGGAACG GATCTCCGTAGAGGGTAGTGAATTCGGAACTCGTCTGCCAGGCTTCGCAACCAGATTGAA GATTAGAGCTTCCGGTAGAATCTCCGCCGCCTATCAAGCTCTCCATCCACTCATCTGAGT CAAACTCACCACCCGGTCCACCGCCGAAATCAGCAAACCTAAACCCGGTCGAATGATGTT CCAAGTTAGGGAACTGAAATCCCGGCTCGGCGCTATCTGTTCCTCCGGCGACCTGAAATG GGTCTGCAAAACCCGACCCGGTAAGTCCATATCCTAAAGTGGGGCTATTAGTTAAGGTCT GGTGATTGGAAGTCCATGGGCTGAGACACAAAGGATTAACACCCAAGAATTGTTGTTGCT GCTGCTGCTGTTGCTCTTGCTGTTGGAGCTGCTCCTGCTGCTGCTTTTGCTTTATGACTT GCTGAGCAATTGCCATTAGATTCCCACTGTCCGTACACATATAGGCCATTCTCCACACCA AATCTTACTAAGCTACACTACTCACACATTACCTCAACAACAACAGTTATAAGAAGAAAT TGGTGAGCAAGTTTTGAGTGGACTAACAGAGTAGCCCCAAGAAGAGGGAGAGAGTTGAAA AGGGGGTTAGAAGTGCTTAGCTTTAATTGAGAAAAGCTCAGCCTTACAAGGAGGACAAAG TTTTGCTTGAAATGGCTCCATCTGTCACACTATATTAATTTTAATTTGAATCTCCCCTAG GTCAAAAATGTCTATAATTTCTTTCAATTGGAGTATTATATTTTTAATTTAAGTATTCAG CTCGTATATAATATCAAAAACTTTCATTAAATTTGAATCGCAAATTACAATAACAATGAT ATGATATCAAGCTTTTATTAATTTTGGGTTACGCACCACGATAACAATAAAAGGTAAATT ATTTTACTTTATAATATTATATGTGTCCCTATTTATTTGTTCATATTTTTTTTATATTTA TTTTTATTTACTTGTCTATTTTAATAAATTAAGAAAGGATAATAATTTTTTCTTAATATG ATTTTATTTAATTCTAGAAAACTTTTCATACTACTAAATTGTAATGCATGCTTTTGGAAA TTAGAAAATATATTTATTATATTTCGAGAGTTGCATAATTTTTTAAGTTAAGAATAAAAT AATAACAAATTTATGATAATAATTAGTGCCTTAATATATGTGTCATAATTTTTTAAGTTA AGAATAAAATAATAACAAATCTATGATAATAATTGGTGCCTTAATATATGTGTCACTTTT AAAATGAGCAACTAAATAGTATCACTTCTAAAGTGTACGACTAAATACGAACTGATTGAG TATTATTTTTATATATAAAAGAAGTTGTATTTTAAGTGATAACTGATGCTATTCTTTCAA ATTATTATTCTTTCACAGTTTTATTGGACACTTGAAACTCGGCATACCCAAATTTATCAC AACTTGCTTTATTTGTTCATCAAAGAAACAACAAAAAATAAAATAAAATTGTGGAATGGT TCATAAAATTAATATTTTATGAACAAAATTTAAAATATAAATAATTTTTCTAATTGTTTT TGTGGGGAACAAATGAAACTATTTGAGTAGTTGTTATGTGTAAATTTTTAAAATTACATA TACGTTTAGGACAAAGCCGAGTATGATAGGTAGAAGCGGGTTTAATTAATTTTTTTTTAA ATTTCATTCGATAAAAATAAATACGTAATAAATAATAATTAAATTTTTTTTATAAGCGAG CATATGATAATTTCGAGCCTTAACTGGCAATTGAAGATGTTGTCTTATGGACCCTAATCA AGAAATTAGAAATCCTCCAAATTAATAACTCAACACTGAAAGGGTACGTGTGAACTGCTG ACAACAAATTCTCAAACAATTTGCAAACAAACAGAAATTATCAAACTTAAATGAAGAAGA ACGAAACCAAAGTACACATAGTGATTCTATCAATATGTTAGATAAAAAGTCCAGTTACTC AAAGTCACGAATAACAACTCAAAATTCAACAAAAAAAGATGAAAAGCCAAAAAAATAATG ATATACTACAGAGAAACTCGGTAGAATTCGCATCTACAAGCTCTAATAACTTCCTTTAAA ATCATGTTTTGTATGTGTTTAAATGGTACAAACATGCTCACTAACAAAATATATTTTTAA TAAACAAAAATGGTAATACGCACTCAACAATAATATGTCAAGCACGACATGTCACACAAC GTATGACATTTTATGCTAAAAAGGCTTTTTTCGAGACTTTTGATTTCTGAAAGCTCTGGA CCAAAATTATTTTGTCAAATTCTCTCATGCTAACTTTATTCTCCATCTCGCTTAATTTTA TGTTGATTATTACTTAAATTTTAAAACTTTATTTCATTTTTATAAGCTTCAAAATTTATT TTTCTAATATAAATTATATATTGATGTTCAAATTCTGATTCAAATACAATTAAAATAATA TAATATAACACAAAATCTAAAGAAAAATATATATTTTCTGGCCAAATGCCAGCCGTCAAA TAATCAAAATTAAGAGTAAGACACGTAGGGCATTAAATCGTTACAATAGACTTGATTTCC TAAGAAGATCCAACATAGTTAACCCGTTAGCCTTATGGGATGGACCGCCTAAAAAGATAC AAGAACTATAATCGAAACTAAACTCAAGTAACATATAATATATATTTATTTATTTTAAAA TTTTTACTAGAACAATAATCGAAACTAAACTCATGTATAGCTATTTTTTAATAAAAATAA AAAGATATCAGTATGAATAAGCATAAACAGGAAAGACTTTGTCTTACCAATTCTCATGAA GTATCTAATCTTTACTGATTAATAAAGTATTAAGAAAATAAGAGCTTAAAAAAATCAAGT ATTTTGAAATCACCACAAAATTTGTATAATACGATTCAAGATGATATTATGATGAGAATG CTTAAATAATATAAAAATATGACAATCAAAAAGATGATTAAATAATCAACCTCAAACTTT TTATTACGAAATCACGAATAAAAAAAATAATTACTGCTCATCAAAAGTAACTCGAGGTAT TGTTCTCTTTTCTTCTTCTTTAAACATATCCCACAACACTTGACAATTTATACATTCTTT ATGTATTTATTGGAGCTTTGTTGAACCCACTTTATTACATTGACATTGTTTTGTTTTGTC TGACACATCAATAAGTGTCTTGAAACAAATTCCTTACGCACTTTACCGTCCCAACCATTT TGCCTTCTATGTGTCTTCTTTTTTTTCTTTCCTTGCTTCTTCTTATTTGTTGCCTATGTG AGAAATGCAATGCATATGTCCGGCTCTTTCTCATACTCATCAAGAGAATTCTTGCCCAAA TTACATTTGTCACTTAAAATCCTTTTTATTCATTCTTTTTTTTGTTTATAATCACTCATT TAGGCACAAATATAGAAGCTTCTGAATTAAATTTGCTATTCATAGCAGTTTATGAACCCT ACTCTTCTTGGACTATATTGATATCGTTCTCTTTTGACCTTACTATTCACCAAGCAACTA CAGAGATGGAAAATAGATTTTTCAATTGTGCTTTTTAAGATAATTAGTTATCGATAGAGA AATACTATCTATAATTATAATTATTATTCGTAGTGATAGCGTATACTATCAATTATTATA ATTAGTGTTCACTATAAGTAGTCACTATTTACATTTGTCAAAATCATATTGTCATGACAA CAACAATCATTAAATAAAATCAATAATTATCCCCGTCACTAACCATTACTACTAACTACT AATCACAACCATTATCGTAAGTTGATATCCCAACTATTATATTTAACCATTAACAGAAAA CAACAGTACAATTTTTAAAAATATTTATTGAGATATTTTCTAATAATTAATATATGAACT ATTTGAATTTTATATATTAATATATATAAAGAAACTTTACATCAAATATTTTTTTAATTA TGTAATATCTAAATATTATACCTATATTAAATGTATAAATCCTAAAACATTTTAATATTG AGATATGGCTGAAGTACTTGGGAACTCAAGTGTATAAAGAAAAAACAAGAATTGATGCGT AATGATTTTATTTTATTTTGTTATTAGGTATGAACATAATGATAATTTTTACTAGATTTT TACTCTGAAGTGAGACAAATTAAGTATAGGGAGTGCTAGCCAGTGAATAGTCAAGTTACT TTTATTTTTCTAAAGTTTCCTTCTTTCTTATCGTGACAAAAAACTGTTATTTCACCCTTC TTTTTATTTCACATACAAACCTAACAAAATAATATTTGACACAAATAGAAACCTTTTACC GCATCAACTAATCACATCATGGATCTTCCATGTGAAAAAATAAAAACAATTCACTCTCAA CAAAATGAAAACACGTGATTTTTATCTCAACTTGTTTATAGACTATTGTTTCATACTTGC TTTTATATCATATACATTATATAAAAAGTAAGTTTCTTCAACCGAAACAAAAATAATAGT CTAAGTTCACACAGATTATTAATCCATTCTTTTATCAGTTTGATGAATTTCAATATGACC ATTTTAAAAAATAATATAAGTTGAGAAGCTAAATCATAATTTATTTTTTAACATTTATAT ATTCAAATTCAATCCATTCATTTGATAAGGATCGGGGTAAACCAAAATAGTCGATAAATT TTTTCATTGAAAAGGGGCATTCACAAAATCTAATACTCCTAGTGGAAATGCAATGATGTA AAGTGTATATAGTCTTCAGGGGCTGAGTCGTGCATGACGTGTCTTATAGTGCTGAGTGGG TCCCATGTCCAATAACGCCACGTCATTAACGTCCACGTGTACCCAACTTTCCTCCCGCGC TGTTCGGGTACCTTTGTGTGGGTCCCACTTATATTTGATTATTTGACACGTGGATATATG GCGCCATCCACATCCCTTCTCGTGAACTCCATTTATCATCTCATCTTTCTAGATGTTTGT AGGACTAGATCTTCACCGTTCATTTTGGAATAAACGGCAAGAAATATTGTTTCTGATTTT TAATATATAAACTTTAAATTATAATTAAATAAATTATCCATATACCCTAATATAAATATA ATATTTATATTTAAAAGTATTTGAGTTTTATCAAATTTATAACAATCGCTCTAACTCCCC CTCGAAGGTTCAGTCAACATCAATTAGAAGTTAGTACTCCGTAGGAAATTGATTAGTATT ATTTTCAACCCTTTCATAATTTTAGGTTCGAACATAAAAATGTTTACTATATTAACAAAC TTTTCATCACAAGAAATAGATTTCTACTTGGCAGCAAGTAAATAAGCTATAAGATTAAGA ATATTATAGTTAACATTAATAAACAATATAAGTATGACGTACTTATCTTTATTGAATGGA AGAAAAGACGACGTACCATCATAATTTTCCACTCATATCGTTGGAAGTAAGAACACTTAA ACAACTACTTTTTTTTTTTTAATCTTTTTTCTATAAATATTAAAAAAAAAATTGTGATGA AGGCAACAATAAATCTTATTAATCATTAATTAAATATCTCAATTCTATTTTTTCAAAATA TGATTTTAATCACTAAATATGAAACACACGATACAAATTTGAAATTCAATCAGACTTTTA TATAAGCGATAAAAAAAAATCAAATACTTATAATCATCCTTTTTTTGTTCTGGGAGTTTT AGCATAAGAAAGTGGAGTTTCCTAGTGTAAAGATTTCAATATTTGTGTGAAATTTCAGTA GATTTTTGACCAACAAAGCAAGAAAGTAGTACAACATCAGCAAATGAGTCAGCTCTGAGC TGGTATTCTACTTTGGTCAAACAGTGGCTAGAGGTGAAAAAAGAGAAAAGGTAATTGAAA TATTATTTTTTTCTAAAAAGAAAAAAAATGATAGAGAAAGGGAGATAATGTGAACGTTAA ATTGGGTTACGTTGATTTTGGGCGGTTTTGTGGGCCCATTATGGGACCGGTGGGCCCTTT CGCCGTAAGACCAAAAGGGGAAAGTTAGGGACCATTTTAGAGGAGAAAGTAACGGTACAT GATATTTTTGTATTTGGCCCTAGTGATAACGGGAGATTACAAAGCCTAGGGCCCTAGTGA TAACAACACCAAACAAATATGGTCCATAAGTATATGGTCGATATCAAAATTAAAACTTTT TGTAGCTTAAAAGTAAGAAAACTTACCTATTATTATTAACAAAAATGATTTAATGGTATA AAAATTTCATATACTAACATTATATATTATGTTTTGAATTGTTAAAGAATATATAAATCA GTTGGTAGGTAGACACTCAATTTCATCGTAGTTTTCATAATTATGGTTTACTTTTTTTTT TTTTTTTTTGTATATGGCGCAATATGTATATTTATAGGATTTGATGCAGTTCCAAAGTAA GAAAAGAAAAGACAAATATTCATTAAACCAAAAATGTCAAGTGGCGGTGAGTTGTGTCAA CCGATATTGTAGAGGACCAATATGTTACAACTATTTAAAATTACTTGTATGATATAAATT TCGTCATATATATTTCTGGAGGCACCATAGACAAGGATGTGGCTTTTGACGTTTGTTATA ACACTTTAATAATTGTAAATATCTTTTTTTGTACTTAAAAAAAAAGAAATATATTAAGCA GATTAATGACTTATCGAAATAATAATAACTATTAGGGTGTGTTAAATACAAAGAAAGATG TTTTTCTAAAAAATATTTTTCTGAAAAACATGTACATTTTGGATTTATTTTCTCATGTTT GGTTAGTGAGTGAGTGAAAAAAAATTTTGAAAATGATTTTTAGTGTTTTGAAAATGATTT TTGAAAATTATTTTCTCATTTTGAAAATGATTTTTGAAAAATATTTTTTATTTTACTAGA GTAAAAAATAATTTATGAAATTGAAAATATTTTTTAGAAACAATTTCTTTTTTTTGGGGG GGTGGGGTGGGTGTGGGTGTGGGAGAGTGTGTTTGTAGTGGGGGGGGGGGGGGGTTAGGG GATGCAGGGATAAGTGAAAAAAATAAAAATTTGAAATTGAAAATATCTTTTAAAAATAAA ATTAATTTTTTTGGAGGTTGGGGTGGGGGAGGGGGGCTGGGTCTGCGTGGAGGGGGGGGG GAGGCAGGGGTAGGTAAAAAAAAATTTAAAGTTAAAAATATTTTTTAAAAATAAAATTAC TTTTTTTGAAGGGGGTAAGGGGTTAGTAGGGGAAAGGGGCCGAGGATTTGAAGAAAATGA GTTGATTTATAAAATATTTTCAAATACTTTTATCCCAATCAAATATGAAAGTTGAAAAAT ATTTTTCTTCGTGCCAAACACACCCTTAGTGATGCTAGTTTTCTTTTTGGCCAAAGTCAT ATGCGGCCCCTCAAACTTGTCCCGATTATTCATTTAGACACCTTAACTAGACGTACTACC TATTGAACACTTCAACTATTCTGAATTTCAACCATTTGAACATTTTTTTGAGAATAAACA AAAAATAGAGTATGTGTGAAATTCACTCGCGCTGACATGTCAATTTGACCAATCAAATAA TGACATGTGTTATTTTCTAATCCAAAACATTATTTAAACATTATATTATAAAGTAAAACA AATAAAAATTATATTAAAGTAAAAAAAATGAATAAAAAAAAAGTAAAACCTAAACTACCC TGCCTTCAACGGGAACAAAACATACATTTCCTCTAACTCCATTAATGACTACCTTCCCCT CTCTGTACAGTTCCATCTTTAATCCGACAATTTTTTTATCAATTTTTTTATTAATTATAA CTTTTTACTTCATCTCTTTTTTTGGTAGAGAAAAATGGGGAAAAGAATCTCTTCGAAAAA ATTATAAATGAAACAAAATGCTAAGAATTTTGAAACCATTAGAATGTTGGGGGAAGAAGA TAACCACTGATACTAAAATTTTTGAAATCATTAGAATGATGGGGAAGAAGATAACCACTT GTGTATGAGTATGGGGGTTGGGATGGGCTGGGCTGGGGTTGATAGAAATAGGGAAGAAGA AGAAGACAATTGTTCTTCTTCATTTTTGTTAATTTTTTTTTAAAAAATTAACTTAGGGGT ATAAATTAAGAGAGAAAAAAAGAAAATATTATTTTTAATAAATTAACGCGCTCAAGGAAA GTGAATTACACGTTTTTTCCCATGTCAGCATTTTATGTCTAATAGGAATGACTTTTGAAC AAATAAAGTGTTCAATTGGTACAAAAATTAGTTAAGATATCTAAATAAATTATGCGGACA ACTTTGAGTGGCTGGAGACGACTTAGGTTTTTTTTTTTTTTTTTTTAGCTTGGATGGAGA TCATGACCTGGCAAGTGTTGGCTTGAAAGCAAAAGCTAAGAGCCTATCTCTGACTGATCT CTGATTATATATGGACATAAGGCACGCAACAAAGTCTAGGCAGTGACCGTATATGATAAT AAGACATTAAAATATGAGAAGGAATAGCATGATTGGTACAAGATATTTATTAGAAAATTT ATGTCTTGCAAGACAAGTTAATAATGCATGTAAGGTCACCTTCAACTGTATATCCAATGA ATCCCGCAACTCTTTAAAATATTGGTGTTTGATATCAATATTGACTCTCCATTAAATATG AATTTACTTTTTGTATGTCAGCGCTTTTAATATAATATTTTTTTTTAATTTTAAAACCTG AAATTTCTGATTAAGAATGAAAGACTTATTATAAGAGAATAAGTGAAGTCCCAAACTTAG ATTAACAGTATCTAATTTGATGTTTATAACTTGTGTCCTTTTCTTATCAACTCTGTTATT GTCTAGTCGCATATTCAAAAATTGAACTTGTGGGCTATTTCTTCCCAATGCTTTGTCATT ATTATTTTTCTTATAATAGTAATATTGCACATCTTTTTGACATTTAAAAGCAACAGGAAC AGTAATTTCAAAAAATCTAGTCATCTATACTTTATAAAGGCGTCTAAACTAAGACTTAAT TAGCAGTTAACATTAAGAAAGTAGAAGTTCAATAGTAGAATTTGTTTTCTTAATTGGTAC AAATATAAAAAGATACTTTTTACTAGTGAGAGGTGACATATATTCATATATTCTGTGGTG CGAAAAAGCTGAAATGACACCATATTCATTTTTGTAAAAAAAGAAGGTAAAAGTTGAAAA TGGGTCTTAACTTCACTTACATTAACTTTAACTTTTTTTAAAGAGACAAAAAAACCCACT TATAGAACATTGTCTCAAAGATTAAACTCTTTATATTAATAAATTTTGTGATAAGAAAAA GGAAATGACAGAATTGATTATCTTGCACCTGTCACATATATACAAGTTGCAATTCTATCA ACAAAAAGAAATAAAGTACCAAAATTATATTCTTCCAATGAATTAATCACTCCACTAGTC ACTTCTCAGTCCCCAAAATAATGTTCTTTTATTTGAAATTATTTGTTGATAACCTTATCT TGTTTCCTTAAATTTTGTTCCACCTTCAAACTGTATGTGACAAAAACCCCTTCGATGGAA CTTAAAAGTTGGCTTAAACAGAGAGGAGAAAATGCAACATACTATTACTAATTTTCTTTT TTGAAATGTTCGATCAAACTTATTTATCAATATGACCGAAATATACAAAATCTATACATT TGCTGATTGTTTTGTAAACTAGGTCATTCAAAGACGTTGAACTGTGACTATCCCTTTCTT TTTCCGCATTGATGAATATTGATGGATACATTAATTTTGATTTGGATTCATAACTTAGAA AATTTGTTAATCCTTTATATTAGAGTGTGATTTTTAGAGTATTGTCCACCAAGCCTACCT CCTCTACGTACTATAGTAGTACAAAATTACAAACTCATGGAGATAAAATCTTGAAAAGTT TAGTTAATTACAACAGTGTTATGAATAGTGACAAAAGAGGTTGTTGGTCAAAGGTTGTAT AGATTGGTTTATTGATCCAAATCAAAGAAGGAACTGATTTAGTGGATAAGCTTCTACGTT TTACTTTGTTGTGAGTTTTAGGAACAAAGCAAAGAGACATATTTAGTGGCTTTCTGAATG TCTCTTAGTGGACTTTTTGGGAGGTTGGAAAATGAACGTTGCCAATTGAGTGAAATTGCA CCGCACTTTTTGACTGAAAAAGGGAACTATGGACTAACTATTGATTATAATTAAACAAAT TAATTGACGTAGACTTTTAATATATAAAGTATATATACTATTTTTTTTCTATAGTCCTGT CTTCTGTTGCCCTTTTTATCTGTGAGAAAACAAAAATTGATTTGATAAAGATAGTTACAG TTACGATAGGTAATAATTTTTTTGTTTTTTTTATTTACAAAGAAACGTTAGGTAATGCTT ATCAAAAAATAAGATTCAAACTTACTCCAATTAAGATGCAGAATAATAGTTCTTCTATCA AAGACTACGCATAAAATAGAAAACAAATATTTTTTTTCAAGCACCTTTATTTTAGAGGCT TAACGTTACAATAAAGTTTATATACAAAAAAGAGGGAGGTTGAAACAATTTTTGAGTTAA AGACATAAAATTCAAATCATTTTTGAATAAGGCTTAGATGATACAACTCCTTATAATTTA ATAGTTCACTTAAGAATTTCTTACTACTGTCTAGATAACGAGGCTGTGTAGCCAAGGGAG AATTGATTATGTCTACTTATAATGCGAGGTTGTATAGGTAAAGGGATAATTGGTCACGTT CATTTATCATTATTTTTTTTTAGTTCTATATTCATTTTACAAGAGATTTTAGTTTTCACA TGAAAGAAATCTAAAAGGCTATTTTTTTTATTCATTTTATAATTGAGTAAAAGATCTTAA TTCGTCAATTTTTTATTAAAATTGCTTTTAGATTTAACAAGGTTCATCTGAACACTTCTT AAAGAGTCTTGTTCAATAGAAATACCTTGTCCAACTCGAGATGATAACCACAACAGTTGT AGCGGTACGAAGAGAGAGAGTTGAGAAATTACAATTTATTTTAGCTAAGTTATAGTGTGC TGTAAGCCTGTAACGGTTGGTTTCAAGACAGAATGGTGAAACCCATTATAAGGGGAAAGC AGCAATGTTCTTCCTGTAAATGGATAAAGATCAAATGGCATTTAATTGCATCAGAACAAT AGTCAAACTCAAAACGAATTATTTTATCAGCGTGACTGTTTCTTAAAAGTAGGACAAAAA ATAGTACTCAGCAGCTTAAGCTGAAATATTCACTCCTACGAAGTGCGTTGCCCTACCTTG GTCTACCACAGATCAATACAAATTGGTATTAAGGTAAAGTTACCATAGTACGCAACAACT AAATAAATTGTGGGACTACAGTTTTGTGAAACATCATCATCAGTTAACACAAATTTAAAA AAATCTTTTATTACTTTTATGCATCGAACACAAGCCAATTCACAAATATCTAACGTAAAA ATGAAAATGTTTCAAGAGCAGGTCAACTGCTTTCTTAAGCATATGCTACTTTTCTAACGC TACACACACTAAAACCCCTATATAAGGTTCAGAATTCACAAATTAAAAATCAAAAGTAGA GACTGCTGTCATCCTCTACACACCTTTCACAGTACGAAGATCAATAAAAGGTTCACCAAG TCGGAATAAACATCAACAGACATTCGTGTCTAGTGAGATGCATAAATCACATGGTTCTGT GGCTTGCTTAGTTTTTCTAGAAAATGAAAAAACCAGGGTAATGAGATAATGTCTTCAATC GTGTCAAAATGCAAGAAGTAGAGTATATAAGAGCATAAACAAGTGATTCCATCATCTTCT ACAAGATCGAAAAGTCAGGAAGCCTTGCTTCCTGATTACAAGACAAACGGTGTTCTGCTT CTAATATTTATGAACACTTCACAGGCTGCTTACAATTCATCGCACAAATAAATCAAACAG TTATTACCAAAATTTCACAATTTTCGCGATTTATTGCAACCTTCCTTATTATCAACTTCT ACGCCATCCAAATCCCCCTATAAATGAGTATATCAGTAGACACGAGCCTTTGGTGGGAAC GACTCGACTTCGTCATCTAGAGTGTTCATATGCACTGGTCTGTATTCTAGCCGAACTTTC TCGTCCTCCCAATATCTGCAGATATATGAACTTTGTTAAGCTGAACACTTGGTAGGGTAC ATCTACCATGATTTCTTTAATCGGTAGAGCGCATCAATCATGGTAAGAGCACTGGAGAAC AATTAAGTCACTACCACAGGAACACATTCCGATGGATAATAATTTTTGAAGGATAATACT ATTTTAACAAAAAAAAAATAATTTTTTGAAGTATTACATCAATTTCACGAGATGATGGAT GTATGGATACACTACGAGAGAAAAGATGCAGGAAGGAAGGATTAGAGATTGTTCGGACAT GTAGAGAGAAGGAACACAAAAGTTCCAATGAAGAGGTGAGACTTGAGAGAGGCTGCCAGT GATGGGCCCAACAAGAGGTAGAGGTAGACCGAAAAAGAATTGGGGAGAAACAATTAAGAC ATAATATAACACATCTTCAGCTCATTGAGAACATGACCAAAGATGGGAAAACATGAAGGC AGGGTAGAGGGGGTTAGTAGGTAATCAAGCAATTTCTCTCTTTCCCACGGGAGAGCATGG TTCCAGGCTACTAGCTTAGAGCACCTTGTTTGCTCCCTCTTATCAGAATTATTATTATTA TTATCCTATTCTTCAGTTTTTCAGCTATTTTTGTTGTTGTCTCTTTTACTGAGGCTATCT TTATTGTTTTTGTTGCCCCTACTTCTCATTTCCATAAAATTTTCACTATAGCTTTTACTT TAGTATTTGTCAGATCAGTTTTAGATCATGCTTTTCTTGAGCCGAGGATCTGTCAGAAAC TACTTTTCTACCTCAACAAGGTCGGCGTAAGGTCTGCATACACCCCACCTTTCCAAATTC CACTTGTGAGATCACACTAGGTACAGATTCTCAAAAATGGTTGCAATACTCCTCCGCTTT CCCTCCCTCCCAACAAGATATGTTCATGGAAAGGTGATTTAATGGATGATCAAGCAAACC TTTCATCAATTGCAGAGACTAAGGAAAGATGACTAGAAGTAAGCCATCAAAATAAACAAG GAAAACACTTACCCTATGGTGTGTTTCATCCACTTCTCATCATCTCTTTTCTGCAAAACC ATCAAAAGTTCAAACCATTAGGAACAAACAAGAAAAAAAAGAGCACTACTATCTGATTCA TAAGAAATTGAAACTGACCGTAAAATCTTCACGAGCATGAGCTCCTCTGCTTTCTTTTCT TGCCTCGGCTGAGTGCATGGTGATGCATGCATTAATTAAAAGATTTTCCAACTCAATAGT CTCTATAAGATCTGTGTTCCTATGAATTTGAAATAGAAGGAAATTCAGGAACACAACAAG ACGAAAAGGAAGACCTAATATTTAATAACGATTCATAATCTCCTCCATAATACCATATTA AACCTCTGTCCTTCAACTGAACATCATGGAAACTCTCCCATGTTTTGTCAATGAGCTGGC AACCTGTAACCGCAACAGAGAAAATAGTCAGCTCAGCTGATAAAGTCTCCGAATATTTAA AAGAAAATAAAAAATAAAACCTTCCCAAGACACTTATTGCAAAAAAAAATAAAAATGATA TAGATAAACTTTAAAAATATGAAAACACCTCCTCTTCCTACCTTCCTCTAATGTCTCTTG TGTGCGGAAGACAGCAGCATTGTTTTGCATAACTCTTTGCATGTCCAGCCTTATCTTTGA GGTGGGCAATGAACCATTTGAGTTCCTAATCTTGTCCAACCATGCAATGGTCCTCTCCCC AGCATCTTTTTCAAGTGGCTTTTGTTCCGCGCCTGGAGATATGAAAGTTCAGAAATCTTA AACATGTTATGCATGCCTAAAAATTATATAAACAAATTCTCTAACCTGGTTTTTGGATCT CTGCAACCCTATTAGCACATGCCCGTCCAAAAACAACAATATCTAGAAGAGAATTTGCAC CAAGACGATTGGCACCATGAACAGATGCGCATGCTGCTTCACCAGCAGCCATCAGTCCAG GGATCACAGCATCTGGATCATCCCCGTTTTTAGTGACCACCTTCCAAACAAAACATACAA AAAATGAGTTCAGACTCAAAAATGGAGCAGGTAAGAAAAACAAAAGTTGAAAAATAGATT TTCAGAGAGGGAGACGTTAACTAATTTTTCATACCTGTCCATGGTAATTAGTTGGGATTC CTCCCATATTATAATGCACGGTAGGTAAAACAGGAATTGGTTCCTTAGTTACATCAACAC CAGCGAAAATGGCAGCTGTTTCAGAGATACCCGGAAGTCTCTCCTTAAGAACCTCTGGAG GTAAGTGATTGAGGTGAAGATAGATATGGTCCTTCAAAGGTCCTACCAAAAGTTTGACAA TAATATCAGACGTTTGAAAACTGCTTTAGAGGAGGAAGAAAAAGGGGAGGAAACAGGGCA GGAGTTCATCCTGAACACATGTGCCACAAACATCCAAAATACTCAGAATAAGTACTGTCA TTTGCAGTCTCACACACACACACTTATGAAGTTATGATACTTAAAGTTTTCACAACAAAC AAGCTTCACTTGTCACTAATAATTGAAATTGGTCGATGAGTAGTTCTCATGAACTAGTAT ATCTCAATGCAGAGTTGAAACATTTGCTATTTATTTAATTGAGATTGTTGCTGTATTACA AATGCAGTTGACTTTATAGCAAAATTACCTTACGATTTAGGTGGCTTACCATCAAACATA TTGTCTAGAGATAAAGTTTACAAGCTTCTAAATTGGAGGAGCACTCACGTTAGTATACTC ATGCATGCCTATATAATTATGCTCTAAACAAATAAAAATAACAATGACGTCTAAGTCAGA CAGAAGCTAGAGATGAATTGAATATAATACATCCAATTAGATAAAGGTCTCGCATTTCAG ACTTTCACTATGGTCATCGTAACATGATGACTTTAAACAGACAGATCATAAACTTCGCGG TCGATATCCATCCAGTGCATTTTAAGCCTATAGAATCTTACTCCACCACAGACCACAATG ACTTAAGCTTAAGACAAGGGCTCTTACAAGAGTGCTAAAAGAATAAACTTCTTAATTCGG CTAAATTAATGACATCATACCTACACCACGCCCTTCTCGAATTTCCATAGTCATAGATCT GGAAACAACATCTCTTGAGGCAAGATCCTTGGCAGTTGGGGCATACCTTTCCATAAATCG CTCACCCTCACTATTCCTCAGGATACCACCTTCACCGCGAGATCCTAAGCATGGAATGAG GCACTTGTTACAAATAGAAATTCAAGAATGTCAACAGAAAAGTTAAATACTATACTCAAG AAATCACTCTCAAAAAGGAAAGAAAAACACTGTACATCAGGAAACACGAATGGAAGAACA ATTGACAGAAGAATGGACAATCAATATAATTATAACCATCACTAATAGCATTGAAGAAGA AACAAACCTTCAGTAATGAGGCAACCAGCCCCATATATACCAGTTGGATGAAATTGCACA AACTCAAGATCCTGCAAAGAGACATAGCAGAGTTTATTTAAAATAACGTACCATAGAAGG GGGGAGGGGGAATTGACATGGTCAGAAGATGTCATTATAGAATGACCTGAAGAGGAAGCC CAGCACGCGCAACCATAGCATTACCATCTCCAGTGCAAGTATGAGCAGATGTTGCCGAGA AGTAAGCTCGGCCATAACCCTAATCCAAACATTTATAAAAGAGAACGCTTACAAATTCAT TACTACTTCAAGAGGTCTAAGTAGAGGTCAATGTTAACCAGTAAGTACCCCGGTGGCCAA AATTGTATTGGCAGCACGGAATCGATGCAAGGTACCATCCTCCATATTTAGTGCTATTAC ACCTTGGCAGCTCCCTGATGTCGACACATTATTTAAAGCACAGAGAAGAGTTGATTAGTA GAATGAAACAGCTAAAAATGAGCAAGAGGTCCAATGAATCTCCATATAACTTCAACCACA TGTATACTGATAAATATTCATATCAGAAAAATGTTAAAAAATCAAAAGAAATACAGGATA ATTTTTAGTATGACATGCTAGATTACTACCACAAAGTTTCAAAGTATACAGTGCAAGTCA AGTAATATCAAACTAGGCTAATATTTAATCATATGACATAAAACTGAGTTTCTAAGTAGA AGACAATACCATCACTGTTCATTAGTAAATCCAAAGCGAAATATTCCACAAAAAACTGTG TATTATGCTTCATGGCCTGGCCATAAAGAGTATGCAATAGAGCATGCCCAGTCCGATCTG CAGCGCATGCACAACGATATGCTTGTCCTCCTGTCCAAGAGAAAACAAGAGTCAGATTGA GAATTTTTTTTTCTTTGGTTTCCTGGATACCCAGATTGGAGTCCGACTAAATCTGGATTC GCGCAAAAAGTCCCATATCAGAGGGTAAAGCGCTCCCTAACAAATGCGACTTGGCACCCA GGAAATAATACAACTAGATCAAGTGCTCAACTTCTTACCTTTCCCAAAGTCCAGGCTTTG ACCACCAAATGCACGTTGATATATTTTACCATCTTCTGTTCGAGAGAAAGGCAAACCATA ATTCTCAAGCTCTATAACTGCTTTTGGAGCTTCTCTACACATGTATTGGATAGCATCCTG ATCACCTGGAATCAACACACTTGCATTGAGACAAAGAAAAACCCAAGCCATAATATCAAA GGTCCAAAAGTTGGCCAGTTCATACCTTTCTCCAAAACAAAATTATTGGTTTTGCCAAAA ATGTAAAACAGGTCATAGAGTTTATACATCAAAGTGGTTAAAACCGTGTAACTTTGGCCC ATTGAAAGCAATTGGTTCTATTTTGAAGTACAACAGGTCCAAGTAAGAGATAAAACTGTA ACTGTCAAGCTGCATATTTCTAATCTATACTTTTGAGCTTCACGTGGTTTATTCATACAA AAGAAGCATTGAGTTAATGCCAACAGACATAGAGAAAATCTGACTTCAAGATAAACCTTA CCTAACCAATCACTTCCTTTGACTGTATCATACATGTGCCACCTCCAATCGTCTTCTGTC ATGTTGCCTAATGCAGCATTTATACCACCCTACAAAGGAAAATCACAAACCAAAACTTAA GCAATTACATGTAAAATCCTATTCTAGTCAATCAATCTTCAAATCCAGACCCATCAAACT GCAGAGCAAACCAGCTTTCTATCCAATTTCTCTAAGTTAGCAAGATTGACACAAGCAAGA ACAATAATATTTAAGTAATCTCTCACTTACTAGCAGATAGCATTCTGTACGAACTAAAAC ACAAATCTATCTCAACTGCCACTGTCATGAGTTTAATTTTTTAAAAGTAAATCCAGTGAA CCTTGTTCAAGTTTCTATTCATCTCCAAGAAAATGCAGCGTAAAAATGAGTATTGTCTAG TTGGCCCAGCCCACCAAATAAACATGCAACCCGACAACAAGGAGCAAAGAGTCCCAATTA GAGTATATTATTCGATGTTCTTTGTGCAACAATATTTCCTTCTAAAATTTGGAGTCTTCT CCTCCCTACCATACAATGATACAACAATAATGCCTAGTCCAAGAAAATAAATATAAATAA AAATTGGCAGAGTTAGAATCCAGGTACCTGAGCTGCAACAGTGTGAGATCGAGTAGGAAA GAGCTTGGTTATGCAAGCAGTATTGAATCCATGCTCAGACAACCCTATTGCTGCACGAAG CCCAGCACCGCCTGCACCAACCACCACCGCATCATATGTGTGATCGACTACCGTGTAGGA CGAGCCTCCCACATTCTGCTAGGCAGCACACAGTATTCAACAATGAAAAATTATCATCAG AATCTTATATATATAATTATGAAATAGAAAAGTGAAACCTCAGCTTATAAAAGTAAAAAA TAGTAAAAATGATAATAAAAAAGAGCTTTAAGGCTAAATTGAGAAATCTTAAAAGCTCGG AGATTCTAGAACAATCGCACACAAAGTCCTTCAAAACAGAAGATCAAATGCAATAACATC TAGGTCGTTAACCTGATGCGATGTCAAAACTAAAACTCAATCAACCAAAGATCCTAAGAT TCGCCAACAGCTAGGTCACCAACAATGATTAGAACACGCTTCAATACAAAATGTATCAAT CGAAAATCAATAAGATTCAATAAAACGATAGAATCGGGTGCTTATAATTAGTTGATCGAA TAAATAGACTGAGAAAAAGAGAGAGGGACCGTACAGTTTGTGAGGAGAAGAGTCGGCGAA AATGGCCGCCGCCGGAGATAGATCTGTTGGAGGAAGCGCGAAGACCACGCGACACACAGC GCCACATTCTGAAACGTATCGGAAACCAATATGCCGGTGCGGATTCTGTTCGGAGATTGA ATGGAGTTATAGATGAAGAAGTACAGAATACAATGTAGAGCAATCAAATGGATGTGAAAG TGGGATGCTCTTTTTTTGGGTACCGGGACAAAGTATAAGGCGACTGACGATTATGTTCCC ACTTTACTGGAACTACCCCTAATGTTAACCAATATTACTAAACGGCCACCGTCACGCTCT GTACGACAAACCCGTAATTTAATCGCAAAATTAATTTATGTTTATGTAGACCTAAAATAA TAGTATTACGTTTAACGTGTAAATTTTATTTTAAAAATATTAATTTTGAGATATTCCAAA CCTGAATATAATGAAATCCTAAAAAAAAGTTTTTTCGCAAGAAAATATGAAATATCATTC TTTTAAAATTCTAAATGAAACACAAATAATTAAATTATGCTATTGATTTAAATTAATCTG CTCTTACCAATAATCCCCAGATTATTCGAAAAGAAAAGTTTCCATAATAAATGGTATGAG AATGGACGCGCAAATGATTTGGAAGCCATAAGCAAATTAATGGGAAAACCTTGCAGCGTG GCCTATGTTCCCGCCGCTTAACAAAGTCATCTTAGACTTGCCATCTTAATTATTCTTAAC TAATGCTCCAGAAAAAAGGATAATATAATACGTATTTCTAGATTTAACATTTTTAAATTC GTGAATACTCTATAAAATAAATTAAAATATTATTATAATCAGATAAAAATGGATACACAA ATTCTATATATTTTTAACTAGCAAATCATTAGAATATATAACACATTAAAATACACGTTA CTATCATAATTATACTCAATGATTTGTTATGATTTGAAAATGATCGATGAATTGATCATT AAGTATGTTTCAAATACTTTATCCTTTATATAACAAACTAAATAATTGTTCAAGAACTTA TCTAATTGAACAAAGAAATTCAGATTCAAATATTACTCCTCTCAATTTTAAGGTCCAAAA GCCAGAAAATATGAAAGGAGGCCGAGTAAAGAGTTGGATAACAGGCCCAAATTAGTATAC TCATCAAGATTGGTCTGAACCACCACCATTTTATTGGTGGTTTTTTGGAGCCCAAAGAAA GTGGGCATTTGAGAAGACAAGGTGTCATAAAGAAACCAGGCCAGTCAAATATCTAGGCCC ATACTGAGACACGTTGGTTGACACCTAAATTACATTATCTCACCAAAGTTAAATTATTTA AAAAAAGAAGTTGAAAAAAAGGCTAAGTAATCGTATGATTTAAGGGTGTGTGGTACGAAG GAAAATGTTTTCCTAGAAAGTTTTTCTAAAAAACAAGTAGATTATTTGACTTTGTTTCTT ATGTTTGGTTAGTGAGTAGAAGATATTTTCTAGAAAAATATTTTTTTGTATTTTTGAACG AAAAATATTATTGAGGAATATCTTTTATTTTTTACTATAATAAAAAATAATCTTTTTAGT TGAATTTTTTTTAAAAAAATAAACTTAAAATTTTTTTCGTGATAGGGGTGGAGGTGGATT CGATGATAGCGATGAAAAAATTAAAATTTAAAATTGCATTTTAAAAAAAATAATATATTT TTTTTGGGGGTGGTTTGAGAAGACAAGGTGTCATACAGAAACCAGCCCAGTCAAATATCT AGCCCATACTGAGACATGTTGGTTGACACCTAAATTACATTATTTCACCAAAGTTAAATT ATTAAAAAAAAAAATGAAAAAAAGGCAAAGTTAAATTATTTTAAAAAAAAGGTGAAAAAA AGGCTAAGTAATCGTATGATTAAGGGTGTGTTTAGTACGAAGGAAAATGTTTTCTTAAAA ACATTTTTTTGAAAAACTAGTAGATAATTGATTTATTTTTTCATGTTTGGTTGGTGAGTA GAAAATATTTTTAGAAAAAATATTTTAGTGTACTTTGAATGAAAAATGTTTTTGAGAAAT ATCTTTTATTTTTTACTAGAATAGAAAATAATTGTTGAAGTTGAAAATTTTAAAAAAAAC AAACTTAAATTTTTTTCGCGGTGAGGGTGGGGGTGGATTCGATGATAGGGGCGAAAAAAT TAAAATTTGAAGTTGCATTTTTTTAAGAAGTAATTTTTTTTTGGGAGGGGAAGGTTTGAG GGTAGGGGTGAAAATATTAATATTTAAAGTTTTAGAATTTTTCTTTAAAAACAATATTAA TTTATCTTTTGGGGGTTGGGTAGGGCTAGTAGGGGGTGGATGATCTAGGGGTGAAAAAAA TGAATTTTTGAAGTTTAAAATACTTTTTTAAAAATAAATTTAATTTTTTTTTTGAGATGG GGGTGGTAGGGGTTGGGGTGGAGGGTCAAGGGTAGAGGTGAAAAAATGAAATGTTGAAGT GAAAATATTTTTAAAAAAATAAATCAAAATTTTTTTTAGGGGTAAGGGGGCTGGTAGAGT GGTGGGTGGGGTGAGTAGGGGAGGTAGGAGGAGAGTCTTGGAAAATGTTTCATTTTTTCC TTAAGTTTTGAAGGGAAGTAATTTTCCTTAAATTTAAGGAAAATGAGTTGATTTGGAAAA TATTTTTCAAAATATTTGACCCAACCAAACATGAGAAATTTGAAAAAACACCTTTCTAAA AATATTTTCCTTCGTACCAAACACACCTTAAGTAAATATGTTGTGTTATTATTGGTTTGG CATAAATATACATCAAGTTCTCCTAGGTAATTGAAAACAAAGAGAGGTTTTTAAATAATT TCAAAGTTAAATGTGAAACATGCTTATCATCCGAACAATCTTCTCTTATTTTGTATCTTT GATTTTCTTTTTATTTTTAAGTGTTTGGTTTTTACTTGAAAAAAAATAACTCAAACACCT TTCTATAAGAAAACTACACTCGTAGAAACAATAACTATTTAAGTACGTACTATTTCTCTT TCATATTGTACAATTTTTATCATGTGAGACATTTTGAGACAACATACCCCATAAAATAAA AGTAGTATTGAAAATGGAACGTGCTGCTTGTGAGACCAAAGAATCGTGAAGTCAATTTTC GAATATAGTACACCAATAGAGAAAGGAGCAATAAAACGAACTTCTCACACGTCAGAAAAT GAAAGGAGACCTAACATGCATGGCAATTTGGATAACCTATTCATTCATTTGGTTCTTCTC CTTTTATTTAAATTTACTAAAAATATAAATCCATCAACATTGCTAACGTATTGAAAATTG CTTAAATTTGTATCATTTATTTATTTATTGGATGTTATCTTTTGGGTTGGAAACGCAAAC TATTAGACCATAATATTAAATAATGTTTCTATACTTGAATGCAACCCGTAAATGTTGAAT TGAAGTTGAAAATTAACCAAAACTTCCCTAGAACAACCTACTTCAAGATAGTGAAGACTC ACGTGCAACCCCTTATATTAATTTCTAGATTAAAAGATCTCCTTTAAACAAAATTAAAAT GATGCATGTAAGGTCCAAATTCTCAATTAAAAATAGATGAAATTAATTTGTTGGTTCAAT CAATATATTGTTATTTAATTTACAAATTTTGCCTGGATTCAATCATATCTCAAAGTGAAG TAGTATATATTTTAATTTGAGTGTCAAAAAAGTTACTAGAATGCCATAAATTTTGAATCT TCCTAACATAATTTTTGAACTCTCTTTGCGCTATGCTAGAATTTTCTGTTACTGCTTCAT CAATTTATCTATATAACACAAGAAAAATCATTTTCGCCTTATTGACACAATATTTTTTTT TATGTGGAGGATTCAATTGAACTCCACTGTGCATAACACCCATGTTAATTAATTTGTACT TGCATATATATAGAGTATAGTTTAGATTAATATTCTGATATAGTTAGTTAAAAGACAAAG CTACATGAGGCTTATTAATTTTTATTATATTCTTATCGAGATTAATTATTATGTTCACAG TTATTACTGTTGAATAAGTAAATAGAACTCCAGCATTGCATGGCTAATAAGATAAATAGA CTTTTTTTTGCCATGATTTTCGGGTGTCGCATTGCGAACCCGACTAGCTGTATCCATCGA ATTCCGCTGTTTCAAGGCGTTAGTTTTACGGGGCCCTGGAAACACAACCGATTTGTAATA CCTCCAATGGCCCTGCTGGTGCTCGAATTGACAACCTGAAGAACTTTGTCCTCAAGCCTT TACCAGCCAAGCTACCCCTCAGGGTTAATAATATAAATAGACTTGTTATAAAGTTGAAGT GATTTTCGTCCATTTAAACTAATTTTTGAGCGTAAATTAAGCTAAGACCTAATATTTTAT TTTATTTTATTTTAATTATTATTATTATTATTATTATCTTTTTCAAAAAGTAGATAGCAA GGAAGATATTAATGACTTAATTAATTAACTATCTGATTTAACTTATTGACGAGGACTCAA TTCTCTTTTTTATAATCATCATCTTCGTTATTTTTCTTTCCTCTACCCTATTCTATTTTA TTTTATTCAGAAAAAAGGAAAATAAAAGTGCGGCAGTGCATGCCCACTAGTTATTGAAGG ACAAAAAGAATTATTAGGGGTGGGTCCTGGAAATAAATTAAAAGATGTCAGAGATTAAAA GCTGATATATTTTAAATATTTTTAAATTTTAATTAAATAAGATAAAAAATTAAATTAAAA ATCATAAGTTAATATTACTAATTTTATGACCTAAAGTTATAAGTCTATCTAGTCGGATAA ATTAAATCTAAATTTAAAGAGAACAAGGTTATATATAGTAGAGTCTTTGTTTACTCTTAT CTACCGTTAGGTTGTTATCTGATTGGACTTCACATGCAATATACAGTACCTAACAAGATC TTCCATAAGTTATCATATCGATTTGACAATTATTTCATTATATTATGTTTTGTACACTGT CCTCTCCAACTTTTTTTAAGAATAAGACGACTCACAGCACCTCAATTATAATTGCTGAAT ATATATTCAAATATAGATACTTCATGTATCATGTATGTTTTATTTAAAGAGGTAGTACTT AATTAATCATTAATTAAATATGTTTATCTATATATTATCCGCGCATATTTTTTCCGTCAA CCTGACTCATGAGTGATGAGCATAAATTAATTAAAATTTGGCCATACAATTAATGGTGTC GTATATTCTAAACATACATCCACGTACGTCAATCTATTAGCATCATTGTTTAATAAGGAA TCAATTAGAAAAGTATGTACCAACAAAAAAAGATTAGTTGAAATTTGGCTATGCAATAAA AAAATGAAAATCCACGATTTATGAGCATTTTTATTAGATATTACGAATCACTTAGGATGT ATATTATGTATCAACCATAAAATTAATTGAATTTTGACCATGCATTGGTGTTACATATTT TAATTCAACAAGAAGTTGGGAGAACATCCCCAAGATATGAGATATCCATTATTGGATTTC GTGAAGATGATTTTTTAAAATTCTTATTTTTGTATATGACAAAGTTGATCTATTAATTTG TGAAGCAAGGTTCCTGTTGAATTTCATTATTGAAATTTGTCGGTAATGGGTAATAAAAAG TTGTATATCAAATTCAATTTAAAGTTAAAATGTGATGGTGAACAATAAACTAACATGTGG ATTGCCAGAATTTCAGCCATAAATATTGAAGAACTAAGCGATCCATTGAGATTTGACCAA AAATTCCAACAAATATATATAACATTATTGTTGAGCCAAATCTGGACCGAATTTCAAATA AAAACTCCAAAAGATTGTGTCAAATTTTGAAGCGAAGGCTATTTTCACAACACATCTTTT AACTAGGGCGAAATTTAAAAAGTGTGATGAGTTTGTTCAAATCACCCTTCCAATATTTAA AGTTTACACCCACGGTTACTTTACGAGCATCATTGCAAGTTAAATTGAAATTCGATGATA TAAACATATAGCGTTATCACATATTAAAAACATACATTCACGATTGAGCATATCATTGTT AATTAGGAATTTTATAGCAAAGTAATAAATAGAATATCCACAAAGTAAAAACGGAGAATC GAATAATTTCGCTGTATTTAATTACATAGAAAATTATGTACTACGTAACGGAAAGAAAAA AGAAAAAAAAAACAAGAGAAGAGATAAAGCAAAAAAAAAAAAGAGAGAACAAAAACTGTA GCAGCTGCTTCACCTCCTAGATAATTAGCTAGATTTACAAAACATCTCTTTTGGTTTGAA TCATTTCAAGTACCATCCTCTTTCCCATTTGTTCAGCTACCATTTTTTATTTATACAATA TAATAAAATGTTTACCCATAGACGATGCGATGTGCGAGCGAACGTAGATTCTAATACGAT GAATTAGGGCTAGTCATGTAATTTATTTAACGATCGATGTTGGATATTGATAGGTAGGGC ATTGGGAAAATCTACGTAAGGATAGGCAAAAGCCTGATCAGTTGCAGCTAATTTCCAGTG AAAATTAAGAACAAGATAGTGAATGAAAATGGCCATCTCAAGTTTGGCCAGTTCAGATCC TGCACATAGACGTGGACCTCCCCCAAATGGCATGAAATTATTACTACTTTTTGTTGTGCT GCTTGTGCCTGTGCTTCCTCCTTTACCTGAAGGCGACTCTTCTGCGTTCTGCATTAATAC ACTACTCATCACTTTTAAATTTAAATCTAAGGTGTCATTTTGGTACGATGAACCAAAGAC AACAAATTCAATTAACTATTAGTACCCAATAAGTTGCTCGAGATTTTGTTATTTGGAATA AAGCAATGAAAATGACAAAAATACTTTTTTTTGACATCCTTCATACCCTTTAAATGGTAA AACATAAAGTATCATTTGTTCCTCTCAACTATATTGCCGACATTATCAATGCATTTCACA CTGTGCGGTACAGTACTTCCCATTCGATAATTAAGTTTAGATTTCAGAAGAAAATGAAAA TTGCATAAGTGAGTATCTGCATTGAGGAACAAGTAGTGGTGCTGAAAGCAGTAAATGCAC TTTGAATATTTTTGACAAATAGGAATTAAAATAACATGTAATTGTGGCCCCAAGACAGAG GATAGAATGGGAAATGGATGGACCAGCATGGAGTAGAGTGGAGGTGAGCCACCATGAAAA GCACAGGTGCACGTGCACATGAAAACCCCACCACCCACATGCGGGTTGGGTTTGGACAAG TCTTTTAATTGTGTAATTACCTTGATTGGGTCCTCCCCTATTAGGACTTTGGACTAGTTT TTGGTTGGAATATATTATATAGATAGAAGATAAATACGAAAAAAAGAGAGAAGATAATTC AATCTAAAAAGCATATTACATTAACATAAAGATTGCATTTCAAAGAGTGCTATTATAATG ATTGCTTCAAATGGAGACAATTTTTTTTCTCAAGAAAATAACTAAAATAAGAAGTCATCC AATATATACGTATTAAAGTCATTGTCCTAGAACCATAGGAGAATTCAAGAGTGAGCTTTA TTGGTTCAATTAAAGGATTTTACTACTGACTCAATTGATATGAGTTTTAAATCAAATGTT TATACTTATTATATTAATTACATACACAAGGTTTGAAAATGATCATTCCTATGAACCGAA CACTAATTACTCTTCACATCTATTCCAACTGAACACTTGAACTCAAAATCTCTAACTAAA GAAAAGAGAATTTCGTCCGTCCCACCATATTTATTCCTTGCTTATATTATTTGCACCCAA TTCACATCTTTAAGCTTAAGGTGTGGTTTTACTTCGTGCATAATGCAGCAGCATATGTGC ATGAATTGATTGTGACAGTTCATTTCTATGGATTATTATGATTACCAAGATGGCTAAATC CCACCTTGCTTTTAATTGATGATATTTTATATGTTCTATCATGCGACTCAACAAACGGCC TACATAGAATGTTCTTTTCCACTCTCCCCAACCTAGTCTTAATTCACTCCCTTATCCATT AAATTATTGTTTTCTCTTTTGGGAAAATATTATCCCCGTAACGTAGCTTAATAAGTACAT TCCAATCTTAAAGCTGAAGCACATATTTGGTTCTTAAAATTAGAGGTGTGCGTTCCTTTC AATTTTTCATCACATGATCCCACGACGTAAGACGACTAAAATTGGTGGATGCATTAAAAA CTACTTTTTGCTTTCAAATTTAACTTTCCTTTAGCTCTTCTCATAAAGTTGCAAGGTTTA GTTTACTACTTACATTTATCTATGAAAGATTTTTAAAATTGGATGAACTCTTGGAACAAT AATAAAATTATCTTTGTGTGATTTATAGATTACGACTTTGAATCGTGAAAGCTTTTACCA ATACTTGTATTTGGATATACATCACACACTAGAGTAGTTGAGTTAAAGACCTTAATAACG TGGGATGCTTTGTACACTAAATTGAGTGTCGGTTTAAATGCACAAATTGACTAACCTGCC ATCTCCAAGGATCAAAGTCGTGAGGTCGGTCGAAAAGTGAAGGATCTAAATGCGCTGCTG AAATCACCGGCAACACTTTCCATCCACATGGAATATCATAACCTTTTTTTGAGTTTTCAA GTTGAAAAACAGAACAATAACAAAAAGATTGTTAAAAAGGCAAAAACAAATCAGATTTTA AAGCTGAAGCCATGCATCATCATACAATAATACCTTTATATCGAACATCTTTCACAGCTT TCCTGTGCAGAAACCTCACTACATTCCCAAGTCTTAGAGTCTCATTAATAACCTGCAAGT GAAGGAAAAAATAATAATTTAGCATTACATATGTGTTACTATCAATGTATATAGAGTTTT CACACTATTAATGTGTGTGTAACATGTAACAAAACAATTGTACTTTGTGTACGAACAGTT ATCTTTTAAATGAGTTGATAAGAGCTAAAGAGTATAAACTTACACATTGGGTGAATTCCA TTTTCTTGTAGTCATCCCAATTTAATTCTGTTTCTCCTGACTGTTTTTTTGCCCGGGAAA TCTCCAAGTGCTCTTCCTAAATTTATTACCAACAAGTTGAAAAAATATTAAAGAGTGGAC TAGAAGAAAATTCTATAAAAGTGTTTGATTATTTGAACTTACTGTTAATTGTTGAACAGC AGCAGGACAGCTTTCGAGTAAGAAAATAGACAGAGCTATTGCTACTGATGAAGTTTCATG GCCAGCAAAGAGCAAACTCAGTAGCAAATCAAGAATTTGCTCTTTTGAGAGATTTGAATT CTTCAGAACCCAACCTAGAAGGTCGTTTTCGTTTCTGTTCATTTCCTTAAGCCTCTCCTC CATTTTTCTCTCAATAAATCCAAGAATTGTTGATCGAGACTGTTGAAAAGAGAAAAATAA TTCGTAACTTGAAAATAAGTGAACAAGTAAAAGGGGTTGTTCAGATGGTAAGCACGTTCA TGTCCTAGTGATTTATAATGGTACCTGTAAGGCCTTTCTGTAAGCTGTTCCTGGAAAATT CAATGGAGCAGAAACCACTCCTTTCATAAATGTGATGTACTCTTTTTTCAGCTTCTCTGT CTCTGGATTTCCAGGTTGTAGACTCATGATATGCTCTGCCATAAAGTTGAATGTTAACTG TAGAAATTTCACACACAAAACAACAACAATTTCCAAAGTTAGAGTAGCATCAATAATAAC ATACTCAGTGTAATCATACAAATGAGGTCTGAAAGAGTACATTGAACGAGGTCTGAAAGA GTACATTGAACGTGTAAACCTTACCCTACCTTGAAAGGTAGAGTGTTTTACACTCACCTT AAGGAAATTATGGAAGTGCAAAAATCATGATAAAATACATTGAAAAAAGAAGAAAAAATA CGATCAATAACTACAACAAAATAGTGCGAAGCCACTTATTCACCTTCTTTGCTTCATCTT GTGCACAAACAACAGAATCCTGTTTCCAAGAGCCAAGAACAAGCAAAGTATGCTTTTCAA CTTCACTTAAAAGTTGATTCCTTAGCCTAGCATTGCTCAAAAAATTCAGAGAAATCATCC TCATATCTCTATGCATTTGTCCAACTTGAACTAACATAGACCATTTACCAAGTATCCCAC CTATACTTCTTGGATAATTACACTCAAATAATCTCCCTTCATTCTGCAGAATGTATCTGT TTAGCCCTGCATCTGCTGAAACTATTGTTGGCTCTCCAAACAAATTTGACTTGAAAATTT TCCCATACCTGAAAAAAGATCCAATTTTTTCAGTACAAAAATTCAACAAACACACAAATA AAAAAGGGATTTACCTAGAAATATGATCTTGCATGAAATCTCCAATAGTAGTAGCTGAAT AAGGTCTCAAATAACCAATAGTTTCACCAAGAAAAGGCCAACCCATATCCCCTGGTGGAA GATTTTGAAAGTTGTGTTTTCTTTTGAATAGATTAAGAATTATAAGTACTGCTAAGATTG GAGGAATAAGAAAAAGAAAAAACTCTAAGTCAGACATTGATGTTATTCCTTCTTCTCTAT TTCTTTCTTCTTCTTTTTCAGTTTCAACACTCAATAAGCTCTGTTTCTGAAGCAGAGGTT CGAATAAGATAGTACTCAGTATTTATAAGAGTATTATATTATGACCTAACGATGTGATAC AGCGTATGAGATTGCTTCCTATTAATTAAATATTTTGAGTTTGAGTCTAAATATGAAAAA TTTCTTCATAGAGTGTATCTGCCCAAATAGGGCCTACACAATACGAATTTTAAATAATTA AACTCTAATATAAATACGTAACATTAAAATAAATTATTTTAAAAAGAGAGTATTATATTA TGTGCAGCATCGTCTATGAATCTTCTGAGATGCTGTTATAAAGAAACTTTCTGTTTTGTG AAGCTCTTTTTGGAAAGTATCTTGCTTTTATAGGCTTCTTTCTTGTCGTTTTATCATTTA CGCCGTTCACTTCCTTCACACTTTTATAATTGAACAACTAATTTATGCACTAATTAAATA TGAGAATATTACTCTTGATTACACTAAAACTATTAATTTATTACTCCTGATTACACTAAA GATATTAAAATATTATGATGTTTTACTAAATACGAGAATGTGACGGTATCTTGTTACTTG ATGAAATTAGTTTCAATATTGAAATATATCAAAATTTATCTTATAATGACATAATATTGT ATTATTCGCTCTTTAAATGTTCATCTCCACATTATTTCAAGTCTCAACCTTACGAATATT TTTTTTAGATTAATATTTGCATAATCTTAATCAATAATAAATGCAATTTATAATAATATT TGTATAACTTTAACCAACAATCAAATTAATCATTTGATATCAGTGTAATATAATTGCGAG TATATACTTTTTTTGGTTAATATAGTTTTTTCTGTTTTCTATATAAAAGCATTCTAAGCT AATGCATCATCTTTGGATTTTAGACACTAGAAAGAATTATAATATGAGAAGAAAAGAAAC AGCATAAGTACTTAAGAGTGACAGCATAGCGAGATCAGAAGGAGATCCTTGAGCTGCACG TACGACTGTCTACGGCCACAGAGTTCTAGGTTGAGTTAGGTATCGAAGAACTCTTTGAAA TACTCCGTCCGTCTCATATTTTCCTTTTCAAATTATAAAATTTTTTATTTATATTTATAT TAATATGTAAAAGTTTATAATTTGTAGTACTATCTTTTTGTATAGTTTTTAAAATATTTA ACTTTTTTATTTAAAGTATTAAATTAATATAATCTAATTAAATTATGAAAATTAATTAAA TTGACTTTCGAAAAGGATAACATGACGAATAGAAATAGACGGAGGGAATATAAAACGAGG CAAGGGTGTTTTAGGATTTCATTTTTCTAATAATTTTTTTAGAAAAATTAACTTCTTAAA AAAAAAATGATTATTCTAGTAAAAGTAGGAAAAAACATGTTTAGCTATTTCAATAATTAA CTTGTGGAATGTAATATTAGTTATGTGGAACGTGTCTTTTTTACTTTTTTTTGAAAAAAA TCATTTTTTTGGGGATTAGAGAAAGAGGTTGTTCAGGAACTTAGCAGAGAGATAATTTAT ATAGATCATTCGATATTGAAAAATCTTTATTATTTGACAAAGTAAGAGGAGTCCGGAAGA AATTGCTAAGATATTCACCAAGATGGAGCATAAAACTTCGTTTGAGTTCTTTCAAGACAA GTGTGAGATACTTTCCAAAGAATCATTCTAAGGAGCGTAAAAAACTAAAGTTGCTTTTTC AGAGATACAAAAAGTATCTTAGATATTTAATAGAACTTTCTAAAATTTTATAGAGTAAAT GTCTTTGATATTATACTTAAGAAAAATCTAAATAGTCTACATTATAAGATATTTGTAGAA ATGATTAGAATAGTCTAGATCCTTAGTATCTAAAATCATCCATTTATAAGTATAAACAAA AATTGTCTCAGTCATTTGTATTAATTGAATCTTCTTATCTTGGTTAATAAGAAGACTTCT CAAATCATACTTTTCTTTTATTATTTTCTACACATAACAACTATTTATAGCCCAAAATGT GACACTATCTTGTTACTTTATGAATTATATAACAAATTATAATAATATTAATATTATATT GTTCATTCTTCAAATACTTTAAACTGTTATATGGCCAACTCCGAGTTTATGGCCAAAACT CTCTCCAACTCCACATTACCTCAAACCTTGGAGATATTATTTAAGAAATATTTGCGTAAC TTTAATCAATAATCAATACTAATTAGAATAATATTTATATAACTCTAGGTCTCTAAGCAA TAATTAAATTATTAATATCAATTTAACGTAATCGCAGAGTATATACTTTTTTCTGTTTTC TAAAAGCTTTCTAAGCTATTACATCATCTTTCGAATTTTAGACACTGTATAGAATTATAA TTTGTTCTAAAGCATATAGTGGAATCAAACTTATGAAACAGCATAAGTACAAAAGTTAGG CAATTGTCCTCGTCTCCCATCACTAAGCTGCACGTACGACTGCCGACGGCCAAGTGAATT ATATCTAGCTACGTTGTGTTTGGTATGGAATATGGAAGACTTTTTAGATACTTTCTTCGT CTCATTTTATATAAGCTAGCTAAATTCGATACCATCAAATTTTAATAAAGAATAAAAGAT TTATAATTTAAAATGAATGATAAATATTTATATAACTATAAATTATTTTATTAATAATAA AATATATATTTTAAAATTAAATTGTTATTCAATACAAAAATATATAATTTGAAATAGAAG AAAAAAACAAATCATATAAAACGAGATAGAAAAGTATTAGGTTTTTATTTTGTTTATATT TATTTTTTTTTTAAAAAGAAAATTCTAAAAATGATTCTAATAAAAATAGTAAAAACATGT TTTATATATAATGTTACAATCCAATAATTAATGTGGAGTGTAATATTACTTTGTGAGACG TGGCGTGGCTTTTCTTACTTTTATTAGAATAATTTTTTTAAAAAAATATTTACCGAAAAT TACTTTAGTTTTAGAAAGACAACTTCGATAGAGAATACTTTCTTTCATATCCGAGATATT AGAGTTTTACCGTGTCATAGCATTTGTGATAGTAAAATTTTTGATTTTATAATCCTCAAA TGATTTAATATTTATTTTTTATTTTTATAAGTTTTTCGTGAGGGTGAAAAAAGTTTATAG GAGAGGCACAACTTGTGTTAGTTGCGTGAGGAAATTTTTTATTGCAATTATATTTTGATT TATGGGACTCAGTTTTTATTTTTATTTGTGTTAGTTGCGTGAGGAAATTTTTTATTGCAA TTATATTTTGATTTATGGGACTCAGTTTTTATTTTTATTTTTTTATCTTCTGTTTCTCTT TCATGGTCTTTTTTTCCTTGTTACTTTTTTTTAAAAGTATTTGAAAATCAATTCAATTAC TCCTTCAATTTTATAATATAAATAAAAATATTTTTATATTTAAATAATTACCTAAGATAT TAATTGTCAAATTTAGATATGAATATAATTTGTATTCGTATCATATGATTGAACCATTTT TTATTTATAGTATTTAGACCATTGTACGTTAAATTTAACATCTTCTTGGCCTTCTCAATT ATCAAAGTTAATTCACCGTACTTTAATTCATCATGAGACATTTATATATGCTTCACATCA ATTAACGTCTAATAATTCTTAAAATTCAGACATTAATTGAAAAATATATAGTTTAAGTAG ATTTGACGTAAAATTCTCTGTTTTCTTTTGTTAGAACTTTTATAATTTGGTAAATGGTGT TTATCAAGTGGGACAAAGACAAATAATTCCGTGTAGAAGTAGTTTTAGTATTTGAATTGT ATACATCAATTACAACGATCTGTAAAATATTGATGTTTCACTATTTGACTCGTACCATGC TTTTAGTCGTGAGACAAGGACAAAAGGCAAAATCGAAAAGGTACACCCAGACACAACAGT ATACTACGTTATTACTACGAAATAATGTTTCAAATATATATGACAATAAAATAAGGCTTA AGTTATTGACCGCACCTTAAAAATATCTGAATAATTTATTTACACACCTCAACCAAGTCT TGTACCTATTGAACATCTAACACTATGTTTGGATCATTGTATTGTATTGAATCGTTACTA TACCTACAATGTTTATTTTGATTGTTACTTAAAGCATATTGTACCGTATTGTTAAATTTC GTTGTTCCGTAACAATAAAAATCCCTATTTTATGAAACAACCAATTTGGTGTGTTTTCAT TGTTACTTAATTTATTTTTTCAATTATATTTTTACATAATATTTCAAAATACTATTTTAC CCTTTACCTTAATTATTTAAGCCTAGTCAAAACATCTACCCTAGAATAATTAAGAATATT TAAGTAAATTTATAAATTACAACACAGTAGATACAATCAAACCAAACAATTAAAATGTTA TTAAACAACAACAAACAATACAATTTAGCCAAACATTGTATCTACCATACAATGCAGTAC AATAAAATACAATAAATTATGAAACAATTGGTAACAATAATCTAAACAAAATGTAAATTG TTCAAAATGTGTACCTATTAGACACAAAATGCTGATATAGCAAAAAATGTCTATTGCACT TATGTGAAGCGCTGAAAAGACTTAAAATAGTGTCTTTTTTATTTTTTTTATTTTACATTT TTTCTTCTTTTATTGACACTTGACATTATAATTAACTTAAAAAATATATTTCTTCTTTTA TTTACACTTTTTTCAAAAAGGAAAAACACTTCACTCCATACCTATCATCTTCTTCATAAT TTAGTTTACAAAACTTTTTTCATTTTAGCTCCAACATAATTCTTTTTTTTCTTTTTTTAT ATACAAAAAATCTATATCTTCCAAATATCAAGATAAATGAGAATCAACTATGAAAATTCA GATTTGAAAAAAAACTTCGTATGATTTATTTAAATCTCATAAAAATAAGGAACAAATATG AAGAAGATGAAAGAAGATAAATGATTTTTACGTATAAAAAAAGTTAGCCGATATTTATTT ATAACAATTTTCGAACAAAGATTTTTACTCAAATTCATATGTGTTCATTAAATTTATCAA AAATGATGTCAAAAAATTTAAAAGAAATAATTTTGGAGCTATCATTTTCATTTTGTCATA ATGTAGAGTTGAATAACCACCAACAAAATTTCTTTCTTCTTCACTCTTAGTATGAAATGT TTATATATATATATATATTAAAAAAATTAATCTTGAAGTTATTTGAACAGAATAAGATTT TGTTATTTGAGAAAGAATGTGTTTTGAGGAAGAAGATGAAGATGAAAGGGGGTTGGGGTG GGTGGGGTAGAATAGGTTAACATTTTCATTTTTCCTTTTTTTATTTAAAAAAAAATTAGA TATTAAATGTGTGTATTTTTATAATTTTCGGGGCCCAATGCCAAATGTTATTTTTTAATT AGTTATTTTGTCAAGTCACTGCAAGTGTATCACACACTCTTTACATTTTGCTGATTATCA AAAAATATCTAATAGAAATGATTTTTATACAGATAAAAATATTTAATTGGTACTAATCTT AATTGAGATGTCTAAGTGAATATGCGAATAACTTTAAAAGATCGCTGATGACTTAAGCCA TAAAATAATAAAACAATATCATATAAACTGAAAATACAATACACCATAGCCTATATTTTA TAAAATTACTGTAGCTATAATTTTAATATCTAGTTTTACCGTGTCTTCATTAATCAAAAA GTTTTCAAAATTTTGTTATTTTGAAAAGGGTTTTTTTTTTGGGGGGGAGGGGAAGGGGGG GGGGGTGGGTTATAATTACTTTTTGAAGTAACAATTTGTGTTTGATTAATTATTTTGAAA AAACCTTTTATTAATATTGGAGCAATAGTTATGATTGACCAAGACTTTAAAAGTATTCTG AAGGCTAATTTACTCTTTTCAAATTCTGAAAAATATTTTATTACTATTGAAAAAGACTAA TTCTCTACCCAAAAAAAAAGACTTTCTCCGTTCATAATTGTTTGACATGTATACTAAAAA TAGATATTTAAAATTAATTGTCAATTTAAATAATCAGGAAATTATTAGTTTTTTTTCAAT GCTGCCCTTAATAATTACTCCATTTTGTTCAATTGAAAAATTATATAGACTTTTGATATT TTTGATATAGTAGAGTTATATTAGTCAAACTACATCTTGTATTATTGGAAGTTAATAATG CAATTTGTACGATATGAAGAGTTACATACAATAATATGATATTTAATCATTGTGAGCATA CACGCTCTTTATAAGAGTAGAGTACTTAAAAGCTTGTCGTGTTCACACAATATTTTGAAA TTGTCCACTTCAAGAAAGTAAGATATAGATAATTCACCTTAATACTTTGATTAGTGGCCA ATTCCAACTCAAATTAATGATATATAGGTCACATTCATTTATGTCAATTTTACATCAAAT TATAATTTATAAATCACACAAAAATAACTTTATTGACTATACCAAAATCTCCCCTTTCTT ATATATATATATATGGCAACTCAATAATGTTTTAAAAGAAAACTGGCTTTTCATATTAAA GAAGATAGAGTACCCACCTGGTCCAATAAGCTGTATTCTCCATAATTATGGAACCAAACA CACCAACCAATAGGAGAAAACAACTCACCATTCGTGCGGGGTGGACCTTTTTTTATTTTA TTTAATAAAATAAAATATATTTTTTTATCCTTTTATCCAATCATTGCCACACTGTCAAGC CCCACGTTTCAGCAGCGCACACGTGTGAGGTAAGTTTAAATTGCGCACCAACTGCGTACT TTAAATGTAGGCCATGTCCGCGGGCCGTGAGTTGGGGACAAATAGAGTTTTATCGATCGA CTTTCTTTACAGCAACATTTGATTAGACTTTGCAATATAACAAAATTTAAATATAAAATA ATCAATCATCAAAGAAAGAAAAAAAAGAGGATCTTTTTTTTGTTACAAAAGGACAAACAT CCTCCATTGTATACGTCTTGTCAAGTGAGAAAAAACAGGATCTAATTGATTATTTTTGTT TTTATTAAAAATAGTACTAGTAGTTGTTGAGAATTGACTTCTGTTTTATATGATGAACCC CAAAACGAATGCTTAATACTCCCAATTCATTGAATAGGATGGGACTTCAACAACCAATTC ATAACAACATGATGGGTTTTGAAGTTGTGTTAGACATATTAAGAGTGTTCATTATTTAAT ATATATGTATGAAAAATAATTTTTAATTTATATAATTTTCTTATATATATAATAATATGA TTTTTCGATGAATGAGTTTGATTGATGCACCCTGCATTACAAGTGGCTGCTCTACTGATT ATTATAAGGTAAGTCAAATATCACTACTGAAATTGATTGTATGTATATAAGTAGGGCACT TGCTAATATGTGTTTGAGTTGGAGACATGTAGTCCGTATCATTGTCAAACTTGCAAGTGT GGCCACTTACTTTGATAAATAATCAGGAACAAGCCTAGTTGAGTTACGTCTATCTAAATG CAATCGGGTTAGAATTTTCAATTTATGAATATAAATTTTAAAAAAGTTTTGATAACTATT TATACATACAATTAAGTGGATTTTAAAATATAAATACAAAGTCTAGGCTAAAATTATTGA GTTATGTTGAATTCGCCCTCTGGTCTAACTAATCCCCTCTTTATGTTAAGGGAGGATGCA TTCAGCATTACATGGTTCAAATTATTCATGTTATCTGTAGGCTTCCTTTATGTGCATGCA TTTGGTGCACCAAATGAGCTATATGTGTGACCCTTAAGAGGGCAATAAATTGACCCTTAT CTGTATGTTTAGTGGGGTGGGGGGTTTTAATTATTGCATATTGCTTCAATAAACGACTCC AACAACAACGACTGATCACACACTTACTTACACACACGTCTAAGCAAATTCATCACAATA TTTCACATCCAAGCATGGGCTAATTGAATATGTTGGATGATTAATTGTATATCCATTCAT ATTGTGAAAATCGACAATGTGCGATATGACTCAGGTAACTGATTAGTTATTCTTATGAGT CTAAATTTATTCTTGTATCTTAATATCATGTTCAATCTTGATTTTATCATGTTAGTAATT TTCGTACACACATTTCAATGTACTACCCCACAAGGGCCAAATCCATTTAATTCCATAACA TTCTCTCGATAGGAAAGAAACATGGGCTAATTGCATGCACATGTTACGCCTTAAATAAAT AAATCAACCTCATCAGGGGCCAACCATAAGTTTTATTTAAACTTATGTAATATTTAAGAG AAATTATAGAATCCTAGATCGATCCTTTCGTTGGTATCTAGCGTGATTCATTTGAGACAC CAACACTATTTTCTACTATTACAGCAATAAATTAGCCATCTTTTAAATTTTATTTACATG GTAGGGGTCATGCCAAAAACGCTTTGTCAAAACGAATTTAGTAAATAAAGAAACATAAAA AGAGCATTCTCATGAGTGTTTTTGTAAGCAGACACGCTTCCATGTTATCCTCTAATTTTC ATCTCAAAACATAAGCCAAAACTCCTGTTTGAAAAGCAAGTATGTCGAGACAACATAATA AAAAGAGACCAAATTCCCTTTAAATGAGTAGATGAAGAATGAAAAAAAAAATGCATAGAT AAAAAAAGGAAGAGAGAAGAAGAATTACTAGCAATTTTGTCAATTATTTTGTCTTTCTAA TGTTAGAGTCAGTCAAAAAACAGATCGATTAAATAATGGTCCACAAGAATTGTAGAGACC ATAAAAATCATAATTTTGCATGGCAAAGGGGCATTAAAAATCATTGCGCACGCCTGGTTT CGTAAAACGTGGCTACATTATGCTCAGAGAATTCTAAGCATTGTGTGCCCATTTTATATC ATTACCTTACTTTTCTTTTTTGTTACCATCATTAATCACGAATAGACTACTACTCACTAC AATATTTTTTTTCCATATTCTAGATAATACGTAATAATTTCCCTACTTCTTCTCCAATTA CTAATCCACATCAACCTTCAAAAAATTCTACTACTCCCTCTGTCTAGTGTGGAATCAGAA TTTTGATATAAAGAAGTAAAATTGAGTAGAAGTAATTGAGTATTGTTATGTAATGTATAT ATAAATTTAAAAAAATATGTTTACCTAACTACACAATATAATTTTCTGATGAAGGATCGT CGACCAATATATGTGGTTCTGCTATTATCCATCTCTATTTATGTGACGTGATCTGGGTGA GTACTAAGTTTAGTAAATATATATGAAAACTTTACAATATTAGTAAACTATCCATAAAAT GAATGAATTTTTATATAGAAGAGGAAACCTTTTTACTGAATAAGTGGAATCCACATGAGA AAATGTTGATAATGTAATTTGCTAAATAAGAAAACTTTATTATTCTTTTTTGGACAAACA AAAAAAATGTGTAATATAAATTAGTAAAGGGGGTTGACTTTGATTAAGTAGTTAAGCAAC AATTTTGGAATTTTTCTGTAGGCATGTCTCTGTATTTGAGGTTCACTGTGTCACACTGAG ATGATAAAGCCAAGCATCTCGTGTCTGTATAATTAATAATTAGCGGACTTATATGGGCTT GAGTTCTTAACTTAATTACTCATGAATAGCAAGCAAACAACTTTTTTGTCTTCACTTTTC ATATGCAAAGCATATAGGGAGTACCTACCTAGATGCCTATAGCAAGCAAGCATCTATCAT GCAACTCACCCAAAAAAAAAGTTTAAAAAGTGAATGTAAGTGTCCATAAGTGAGAATTCT GATTATTCACAAAGTGATTTAAGTAATATATACTTTCTGTTTTTGTTTACTTGTCAATAT TTTCTCTTTTAGATGTCCCTATTTACTTGTTTATTTTGACAAATCAAGAAAGAACAAAAT TTTTTTTCTATTATATTCTCATTTAAACTTCTTGAAAATTTCTAAGTTTTAATTCATCTT TTTTGAAACCATATTTAATAAGGGTAAAATTGTAACTTCACTATGTTAATTATAGTTATC TTAATATATGTCTTATCTAAAGTGAACAATTAAATAGAGACAGAGAGAATAATACTAATA TTAAATGAGTTCACACTAAAATATTTATACATATATATAAAAAAGCTATAGAATTCACGT GAAGCTATAATTAATATTCATATATAGTAAATCCACCTCCAGCGGGAATGAGACTAGCAT ATAAACTTATTCACTCAGAAAATAAAAGTAGTTAACGTGGTGTAATAGGTAAAGACAATA GTGAGTATAAAAGAATTTTTACAGAGAGATAAATAAGTAGAATCATTTCCTAATAGTATA AGTCATGGTAAATCTTCCCTCTATAAAAGTTGTAAACCCCAAAAATGGCAAAAAAATTAT CTAGTTTGATGGAAGGAAATGTCAAGTGGATTTGAGCCTAAATTAAACAAAAACTAGCTT ATGAATAAAGAATAATTCAAGTCATATTAAAAAGATCATCAATTCCTTACAAGATTGATG TGAGATTCTTCACATTCCCTCAAGCTCAGTAGTACTAAACATCAAATGCATAGAACATTT AATATAAATATCCAATATCAAAATTGAGAATTAAAATGAGTCATACTCTGATATCATATT CAAAATTATGCTTTAAACTCACCACTCAAATGCATGATTCTCTACGAGAAATAACTATAA AAGAAAAGAAAGAAGGGGTAAAATTCGATTTAATGATTATAATGCAGTGATCACTTTAAA TTTGGCAATGTTACATGGGACATGCATCATTTAGGTCCCACTCTCCAACCCACTGATTTG CTAAAGGATGAGGACTCCATTTTATTATATAATTATTTAATAAGCTTTAGAATTAAGGGT GCTGGTAAAATCAAACATCAGTTCCTGTTCAGTTTAATCAATCAATATAGTGTTTAGTTA TTATTGAAACTTCAATGATGGCGTTATGGGCAATGAAGCCCTACGTAATATATTTTTTTT ATAACTTAGTGGAGTATTGATTGACCGAGAATTTCGGCCTTAGATACCACATTCAACAAT ATTTAATTCATCTATTCATATCTCTATTAGGAAGAAAAAAAAATGAAAGGTAAACAACGG TAAATATAATAAGTTCAAAATATAATAATCTTGAATAGATAAAGTGATATATTTATAATA TGAATACTACAAGTTTTACTCATATCTTTGTAAAGAATAAAAGACATACAATAATCAATA GAATACCATTTGAAACGTAATTTGATAAGTCCAATTTGTAATAATATTGAATAGTACCAC GGGATCACCACTTGACTCACACAGTTTGATAAGTCAAAACCGCAATAATTTAAACAATGA AATGACTGATCCAAAATTTGAACTATATCAGTTTTATTTATACACATTTTTTTGTATATC GTACGTAGAAACTGACTTCAAATTACTTGGTTCCGTCGAACCGACAGAATTGTTGTGTAG TTGAGCATGTTTTCCATCTTTTCTAATAACAAAAAATGACAAAGCCGCCGTGATCAACAA CTAATTAATAATCATATCTAGCTCAGATATAATTAAAGGGCTACAATGCAACTACAAGAA AACTAGCTAGTTAAATAAAGTTTTAGGGACAGGTAGTGATGAAGTTTTTGATAAACATAC TAAAAATAATATTCAATTCTATATACATAATATAATTTTTTAATGTTAATGTAGAGTCAA GGGTGATTAGTTTAAGTGTTTTTTCATGAACAAAATGAAGTTAACTGTGAAAGGTTGCAT TGCACATATTCGAAATGTTTTCCACAACGATAACGTTGATGAAGATTTTCATAAAACTAC AAAAGGAGAAACAAGAAACCCAACTACTTTTTTTTGAAAACAGTCGAATGAGCAAGTGAA AAGGCCTTGGGTTGACAATTCGATAGACTGAGTTGATATTTGAAAGACAGTGTTTTGGCC CCAAGAAAATTAGACCAAACACCAAGAAGAAATAAATTCCTACAAAATCCAAATGGCAAC GTAACATTGGAAAACTGATCTGTCAATTTTGTGAATTGTGTGACAAGTCGTAATAGGCGG CTCTAGAAACTAGAGGATGTGCAGATTAGAAATTGGCAACTCCATGAGTCAAGTATTCCA TACATGTCAATGTTATCTTAATTTAATTACACCAGTGATTCACTTCAATTGATTATGCAT CTGGAGTAACAGCTCTAAAATTTAAGAATTAGCTTTCATTAAAACAATAGTACAACTCTT AAGTCATTCTCTTACATGACTCAACTTTTCTACACGGTTCAGTATAATATTCCTGAACCT AAGTCATTTCAACCGTGTTCAAAGACTATTATCTGATGATTTTGATCATTCAGATACTAC GTGTTAATCTCTACATACACTTCAAAGTTTACTACAATCAGAGATGCTTGGAATTTATCC AGTACTGAGCATCTTTTTACCCACCAGGTTTAGTTTACAACAAAGCAAGAATTATTAAAA TAGCTGAAACCTTGAGCTCTGGTTGTTCATTTCATAGGGAGCTAATTGATCGTCTAAATC CTGTTTCTTAATGAATGAGTCATCAAGAGTAATATGAAGGGTGTGTCCCATCTTTCACAG CAGAAGATTGGTCAGCCTATGTGACGAAGATCAAAGAACTGTATTACTACAATTGGAGAG CACTTTTGTGCAAAAGGTATTCCTTTCACTTAAACCACTGTTTGGTGCTTCCAGAAGTAG AAGGAAGTTCACATAGACAAAGGTAACTGTCTTACTTTCTTTCTTGCATGAGCCTGTCGT AACATTCTCAGACGCACTGGAAGGGTAATGGCAAGGCTTATAATGAGAAAGGAACTCCAG TAATGTCGTAAATAAAGGGCCACATATGATGATAATATAAGCACACCAAATAACAAGGCG CAGAATAAAGCAACTGCAACATCAGCCCTACATAAAAATTGAGACAATTACAAATTTGGA ACACTATTAACAAATGCACAGGTCTCCCAAAACTGTTTAGATTATAAACTTGTGGAATGA AGATTGCATCATGTAAATATTATTCTAATGACAAGGCATAACTGAAGGTGCAAAACAGAG GGTAATTTAGTTTGAGTGTGTGAGTAGATTCAGATCTTGCGCATCCAAGCTCGTAAATAT ACGAGAAAAGAAATTTTCAAGTTACACATAACAGATGATGAGCTAATATACTACTACTAG CACTGCATCCATTTACAAGTGCAATTGCCTGACATACCATTAACAAAGGAGTTTGTCCCA ATTTTATGACAACCATCCCTTTCACAACGTCCTAAAATGTTTGAGCCATTACACTAAAAA TATTATACTATACAACTTTCAACAAGTTAAATTTTATCTCTCTAAAATAACTTCTTAAAC TCTTTTAGTAGTTACTTCCACTACATCTAATATAACACAAATTGTAAACAAACATTTTAA TTTTGTACCAAGTCAAACATTACTACGTAATATAGTATATGGAGGGAGTAACAAAAAGTT GTTTATAATATTTTATCAACATCTGATATTGTGATTCTAAAAATAATTAGTCTACTTTTA TTGCCGTTTCAATGGTGTTCACTTTCTGCAATTCTAACGCCAAATTTAATTTTTACAGAA TGAACCTGTAATATCATTCAGGACATCTACTCCTTTTACAGCTTACTCCTTGAGAACACA TGAAATACGATATAAATTGTGATTGATGGAGCAACTAAATGTTCCTTTTACAAGTTCCAC CACTATTAATATACAATACTCTCATAATCTTCCAGCAAAATTTTGTATCTGAAATAGTAA TTTATCAAACTATTTCTCTTTAAATTTTTTCATTATGTATACTACAACTTTGTTTCTGGT GGATCCACTCAACACTTTTCAATACGTTTGCTTTTTCTATTTTCACCTTAAAAATACATT AATCATATCACAGTCCAAGATGTTTCCTCGACAGATATTAAGCATCTAGTATTTTCTCTT ATAAGCGACCAAGTCAAACGGTACTCCACATTTGAAATGGAGAGAGCAGATGAAAGCAAG TCAAACTGAGAATAAGAGTAACTTACAAAATGCAATACTTATGCTCTAATATGCTAGATA TGAGCCTTTAATGCTACATATCCATTCTTGTCATTCGGGAAAGAGGATTATGGTATTTGA TGCACAAAGAGAATAAGTAAATCAGACAGGGGAAACATCTGATATTGGAGAATTAACGCA ACATGCGAGATTGCAGCAGATACCTACCTAAATGATCTCGGAGAGGGACATTCTAGGAGA TGAGGAGAGTAATTTTCATGCTAGGAGACCAACAATGAAGAAGAAAAGTGATATCTTGAA ACAGAACCAACAAAGATCAACAAGGCAAATGAGTCAATCTTTTATAACAGAGATTATGCG TAAAAATAGTAAATGAAATCAAAGTGTTGATGAACCAGGACGGTTCAGATAAGAATGTCA AAGTAATAAGAATCTAGGGAACTTTTAGGTGTTTCACTTTCATGGGGATCAGTCAAGGAA TTTCCAGGCATCCTATGGGAGTCAGACTAAGCAAATAATGATGCAATTTGAGAAGGGCCA GTAAAAAGATAGCAACTAAGTATAAGAAAATCACCTATAAAGAGAGAATGACACAGAAAA ATCATCTATGATAGATGGAATGTAATGTCAGGTAACAAAGGAAAGGAGCTAACAGGGGGT TGTCTATTGGGGAAGAGATTATATCCAGATGAAGTTTTGTTTACCTTTTGTACGTGGGTA TATATATAGATTGGATTTTGTTGATTTGCATTTGTTTGTGTGTTTAGATCGGAATTTGTC TGAAGTTGAATGGCAGTTGGTTGAGTATCTACGTAACATGTGTACTGGAGATATTGGTGC ATCTGTGGCGTTCTCTAAATTATTCACATGCAAAACAAAAAAAGCAATTTCCAGCATACT TCTTTTTAAAATAATCGTGGTGTCCGAGCCTGCTTGCTTGTGCCTTAATTATTCCATTGG GCACCTGTTATCTCCCACCAGCATAGGTACCAGATAATTTTGCCTCAAAGGCTTAGGCAA ATGGGAAGAAACCCCCAAGTCTTTTTATCTCCGCTAGGATTTGAACTTGAGACCTCATGG TTCTCTTCTCACTTCATTGACCACTAGGCAACACCTTGGGTGCAATTTCTGGCATAATGT TGATGAGTTATCCATAAACAGTAATCAGTTATTTGAAAATATGTGTATTACTCTGTACCA TATTCCATTATACTGTTCAAGATACAACACATGATCCGTTGCAAAATTTAAGGAGGGATT TGTGTCCTGATTTGACAATTTTTAGAAAAAATTAGGAGTTTGATATTCTAAAATTACCAA ATGTACACTCAAAATTATCGATGAGTGATGCTATAGCCTTACAGCTTCCCTCCAAGCCCA TTCCAAAAAAAATAAAGAAAGAACTAAACATGGAAAGGCGAAAATATTAAGTATTTGACA TGGAAGCTTAATTACATTAAATAACCAACATGAACACGATGCTATAGTGATATACTTATA GGAAATCTAAAGTTCTAGACAATCAGAAGATGAAGGTGCAGTGATTGACATTCACAGACG AAAAAAGGAGAGGTGATATTTCAATTCTACTCAATTGGGAGAACAAAAAGAGGTAAGATT AACCGAGGTTGTTCAAACAGACATAAGCCAACTAAACGGCATTTCAGTAACAATTAACCG AGGCTGTTCAAACAGGCATAGGTCAACTAATAGCATGGATATATGTGAGAAAAAAGGAAG CTTCAAAGAAGTGGTACTCAGAGGCAACAAGGGCTTCGAGGAATCTCAGAAAATAGAGAG GAAGACCTATCCAGGAAAGGTGGTCTGTATTTAAGGATGAGGTTTCTTCTCTCGGTAGAA GTAATGGATATTTGAAATATATGTAGAAAGAAATACAATGAGTTTCTATTGGTTCGGGAG CCAGAGCTTAGTAAATTTGCAAAAATAACTATGGCAATAAAACACTACAGAGAGAGATGG GGTTTTGATGGGTCAAGCTTTAAATGAAAAAGGTGTTTCAACTTGGCTTAAGTTGACAGA GGGGGAAAGTTCTGAAGAATTGAGATACTGAGAAGGCTAGGATGAAAGATGGACGGGTAT TGGATAAATCATTAACACTCGTTAAGAACAACTCCCTCAGAGTAGGTTCAACTTAAAGGA TTCTGGCAAGGTAAGAAAGGAGAGCAGTGACCAGAACTAGCAGAGAATATTATTCGCGGG GATGATCTACATCAATGAGAAGATGGGTGGAGCATTCTTCAGTGTAAGAGTATCTCTTTG CCTGTTCAAATATCTCTGAGATGGATGGAAGAGATGTGACCAAATGGGAAAGGATGAAAG AAAGCTGTGTGAAAGGAAACTGACAATCATTTACAGGTTCAAATAATCAAATTAGAACAA GTGCGACCATTCCTATTGATGCCGGTTAAGAATATAATTAAATAATAAAAGTATGCTCAA TCTAACCACTTAAGCTTTTAAATGAGATGGTCACACACTTTAACGTGGTATCAGAGCAGG ACTCATCTCACCAAATGTTGGGACCCCCAAAATCAAAATTGCCCACGCACCAAATGCTAA GCATGGGCATGAGGTTGGGTGATAAAGAATGACAAAAGTTCCACATTTGCGGTTAATAAG ATAAGTGAATCCTTATAAGGCCTGGGCGATTCTCCTCCCTTAGAACTAGCTTTTGGGGTG TGAGTTAGGCTTAAGACCTAATTTAACAATGCCCAACAAACTAACAGGTTTCACATATTG GGCCAAAAACCGACATTCCTTTACCATATACCAAGCAGAATTATATGGACCAGAAAACAA CAAGGATTAATTTATAAGATAGATTTATTCCATGAACTTCAGGTGATTAACCCACTAAAA TTGAACTGACAAAAATTTTGGTGAATTCAGAAGCTTGAGTACCAGATCATGCAAAAATCA TTTCCTCTTTATGGGGAGAAATCGTATTGGTGGAACTCATCACGTGGAGAGATCCATAAA GGAGAATAAGTCAGTAAACTACATTCAAGCTTTATGGTTGAAAACGGATCTGAGCAGCAG ATGCTACTTGGTAATCAAGAAGATATTGGAAGAGCAGAGGTAGCACAGTTTTAAGGAAGG TGATCAGAATTTGGGTGACCACATCAGAAGAGAATGTCGCCACAATAAACTTAGTAAAGA CCCAAGACTCCTCCTCCACCATAAAATAATTGCAAGATAAAAGAAAGACAAAAAGTTACT CTTTAATAACTTCAACAGATGGAGAAATATCTGGAGAGAATTGCCCCCTAGGGCTTTGAT CTAGTTGTTAGTGTAATGCTGGTGTAGGTTATACATATGTCACAGGTTCGAACCTTGCCA AAAATAATAACTTGATAATTAAGTGGAGAATGATAAAAGAACAAACCCATTATTCACTGT GTTTCAAATTATGTATCATTGGTATGAGGATTATCTCAATTATCAAAAAAATCAGGATAG ATCAGATTCTTATTTTGTAGAATGCCTTAGCAATTTGTACCCAAGGTGGCTTTCAGTCTA GCCAAAATCATTGCAGATCATAATTTTTTTGGAATTAGTGAGTCCATGTCCACTGCCTTT GCAATTCAAAGCTGGTTGGCTTTATGCCTCAGCAGACGCTTTGCCTTTGCAATTCAAAGC TGGTTGGCTTTACGCCTCAGCAGACGCTTTAGATTCATCGTTTGTATAAATTGAACTATG ACATTCTAGTTGAACTGCTTAAATATCTATAACTGAAGTAGTTTACCAAATCACATATTC ATAAATTCAAAATAATGCACACAAGGTGTAGCTTAGTTGTTAATGAAGTAAGTAAAAACC ACGGTTAAATAACAAAAATAGCTCAGTGATTTCTACTCATCGGACTACAAACATGCCAAA ATTCCTGCTGGTGGCAGGTAATGCGAACAATTAAATATCACAAAATCAGTTTTTTTTTGT ACAAATAGCTCAGGTATACACAAATAAATTGAACTAAATAAAAAAAAAAAAGCATAAAAG TCTAAACAGAAACTTCTCCCTGCTAAATTTGTTAAACTTGATATTACTATGTGCAGGGAT AAATACATTTACAGAGAGAAATATGGAGACGTACCAGTTGGAGAGATAAAGCTTTGGTGA AAAGAAAGTAAGAGGAGGGCACTTGTGTTGAGATCGGATCTGATAATCTCTGAGCTGCTC AACCAGTTTAGACCTTGTTATCATGTTAACCAAAACGATCGAAAACCTGATTCTCCGATC TCAATTAATTTTTGCCTTCAATACCAATTGCAAATTCAGAAGCAACGAACTACACCTAGG TATTGGTAGATTAGCAATTGAAGAAACGATCCCTCCGAATAAGCTGTTACACTGGTCCAA CGCAAAAGGAAAACGAAGAAGAAAATGCTAAACTGAGAGGGATTCGCATGACCCCAGTAC ACAGTTAGACGAAATAAGATAGAAGATTTTTTTAATACAGTATGCTATTTTATTAAGAGA AACAAATTACAAAATGAAAAATATCAACTTACATATATTTATCTTTAATATTATATATTA TCTTATTAAATAATGATTTTGAATTAGTTTTTAAGTCAAATTATTACTTCATGAGAAAAT ATATTTATCTTTAATATTATATACATTATAAAATACAAATATATATAAGCAAAGAAGTAA GTGAGTAAGGCGAGAGACAAGCAAGTAAGTTAATTTTGAATTAGTTTTTAAGTCAAATTA TTACTTCATGAGAAAATATATTTGTCTTTAATATTATATACATTATAAAATACAAATATA TATAAGGAAAGAAGCAAGTGAGTAAGGCGAGAGATAAGCAAGTAAGCAAGTAAGCAAGAA AGTTAACATATATAATTTAATAATTATAAAAAATTTGATTAATATTTTATGGTGTAATTT TTTTATCTTTTTAATATTCAAAAAATACAGTTTATGCTACTATTTAGATAATCTTTGAAT ATCTATTTTTTTTTGTGCGTTTAAAATATCAAATTAATATAATTTAATTTAATTTTAAAA TATAGCAAATTTACTTTTCAAAAGACGCAACATGAACCAAATGAGTATTAGATAAAATAT ATGTACTTTAAATACAGAAATATTTTGAAATACAAATATATAGTAAGAAAGGTGAGCGAG ATAGAAGAAAGATGAGCGGAAAAGTTAGTATATCGCAAATATATGTGAATCATATTTTAG TATCGTGTATTTAGAAATCTAGAATAAATTATATTTAATTTTGACCCGTATGAATCCAAT ATTGCAAAATAAATATGATAGATAAAATAATCAGAAAATTGTATATAATGATAAACTAAT AATCAAATTAATTGCTATAAACACCCTTTGATTTAATTGTGTCCATAGCAAACTGTTTGT CAGTCGCCTCTGTCCCTCAAACTCTTGCTCGCTTCCTCTCACTTTTATACAAACATAAAT GTATAAAATCTGCTTCTATTTGGATAAAGTGAGAGAAAATTGTATAAATACATATATTTT TGTTCCCCCTCTCCTCTCTCCCATATCTCGCTTGCCACCCTCGCCTATCTCGCTTATACA AACAGAAACGAAATGTATAAATTGTGTTTCTGTTTGTATAAAGCAAGAGAAAATTGTATA GATACATGCAAATACATATATTTTCGTCATATACACTTATAATAATACAATAAAAATACT CTCCTGCCCAGTTTCTTTTGTCTTTCTCTCTTTCTCGTTTTATACAAATTCAAATTGTAT ATAATTTCTCTCTTTCTCATTTTATACAAACTCAAATTGTATATAATCGTTCAATACACT TATAATTATACAATTCGTTTTATACAATTTTTTGCCAAATCTCTTTCTCTTTCTCGTTTT ATACAATTCGCTTCAATTGTATATGTATATCGAATTATACATTTATATGTTTGCTATGGA ATACAATTATACAAACTTTGTTATAACATACAAATATAAATTTTATGTTTGATGTATATG AAAGTTGCCCTTAAATAATTCCAAAAACTAAGACGGAGGCATAAACCAGTGAAATGCATA TTATATGCTCATTAAATTAAGATACCATGATACATTCGCAAAATATGTTAAATGGAGCCT CGTGCTACTAAATAAGAGAATTTATGTGTTATTAAACTCACATAAGAAAATTTTATACAT TTTAGGACACAAACTTTTAAATGATGTATTTCTTTGTTCGGAGAAAAAGGGGTAGGCTGA GCAGGAGAAAGCAATTGGTCATTGAATCAACTGCCGAGGAGTCTGTTGAGCATATTCATT TTTGGGGAAGAAGAAGGAGGGAGATCTATAATGGCGACGCCAAGAGCAGATAGGGAATTA GAGCTTCTCATACCAATGGGAGGCGTTGAGAATATTAATGCTAGTCACTCCAAATCTTCT TCTCCTTCTCATTCCCCTAAGATTCCATCTTCTTCTAGGTCTCATCACTCTTCTGGCAAA GAGGTTTCTCTCTATCATTCATACGCCATTTTGTTATCATCAATCTGATCCGTTACATTT CTCATTATATTTTCTATGGGTTAATCTGAAGCTTATTAGACTATATATAACATGAATCCT GTATTTGCCTTGACGTACTTGTATCAAATGTGCGCTTATTATTTCATGAAAATTCTCCAT AAAAAATTGCGCAAAATCACAGTGATTACTTATATACTGAATTTCTATCCGGAAATCAGT CCAGGTAACATAGAGCTTGAATTGTGATGAATTTTTATCTGTCTATGCAGGCATTTAGCA AAGTTATTCGTAGCTGGACTTGGAAAAAGTTCATCAGCGGATGGTTAGTTTTGTATTGTT CAGAAATCTGTTCCTCCTGTTGTTATGCAGTGCTTTTCTCTTTGCTGAATGGTTTATTTG CATGAATGTTCTATAATTGTTTTGCAGTGTCATCTTATTTCCCATAGCCATAACTTTTTA CATCACCTGGTGGTTCATTCATTTTGTGGATGCCTTCTTTTCCCCGATCTATAACCACCT TGGAATCAATGTATTTGGTTAGTACCTACGATCTTTATGTATTCATCTATTTAACTGTAC AAAAACTGATGAAGATTAAGATTAAGATGGTTTTAAGTGTTGAATGACTGTGTGCGCGCG CCTCTCATTTTATGTATGCATACCGATACGTCTCTCCAATTTGAGTGCCTGTATTCTATA TTACCATATTTAATTTGAGTATGTGGATGCTCTTCTGAGAAATGTCTACATGAAGTACTT TCAGTATCTGGTCTTTCTTTTGAGCATGAAAAGATTTATTGCTGTTGTTAAATGCACATT ACATTTATGGTTAGTGTTCATATTAATTCACAGGCCTTGGATTTGTTACCTCCATGACTT TCATCTTCTTCGTTGGGGTGTTCATGTCCTCATGGTTAGGTGCATCTCTTCTTAGTTTAG GAGAGTGGTTCATAAAAAAAATGCCCCTCATGAGCTACATCTACTCTGCCTCCAAGCAAA TTAGCTCAGCAATTTCACCAGGTATTCTACCAAAATTTGAAATTATGTTTGAACATTCCA AATACTAAACAGAATGTAGCAATTGTTTCCAGATAAAACTTCACATGCCTTCAAAGAAGT GGCCATAATAAGGCATCCGCGTCTTGGTGAATATGCATTTGGTTTTATCACTTCAACAGT CATACTTCACAAGCATTCAGGTGCAGAGGAACTCTGCTGTGTTTATGTGCCAACTAATCA CCTCTATCTTGGAGATATCTTTCTTGTGAATTCTAAAGACGTTATGAGGCCCAATCTCTC TGTTCGAGAGGGTATAGGTAAGAGTCTAAATTCGAGCTTTTTGACAAACTAACTTTGCAG TTTTTACCTTCATCTCTTTTTAACGACGTTTAAATTTCAAACTATGTAGAAATTGTAATC TCCGGGGGCATGGCTGTACCAAAAGTACTGAACATACAGGAAGAGCAATCTATTTTATCT CCGAGAGTTGGAAAATTTGCAGTACCACAAGTTTGATTACTCAACCATTTAAACAAGAAA CCAAGGAAAAGATACTGCTCGACGAGTAAACTGGACATACAGACGTAGAAATGAGGGTTA ATAATGCATGGATAGAGGCTCTTACAAGAAAATATCTCCAATCTTTCTCCTCTTATCTTT GTGATTTTTTGGTACATTTATCTGATTTTAGTACAACAATATTGAACAAACAAGATTTTG TCAAATGAGCTCAAGTTAGAAACTGAGCTCAACTCATACCTATACAGATTGGAACAAGGA GGCTGCCTCTGATATATTTTTTCCCCTCTCTTCTCAACAACTTGCATATATTTCTTTTTG GATGAGAACAAGTACAATATTATGTTATAGAGGAGCATGTAAATAATCTAAGATTGGTAT GGGTCATTTGTAAGTTCATGAAACCAAGGAATTTTTCCTTGCCAGATCTGTCAGGCCCAT TGTCTTTTGTCTACTACATTCAGTTGTGTCATCTCTTCCCTGCTTCCTTTAAAAAAGCAA GTTTGAAGCATTTTAACTAGAACTAAGTTTTATGCAGGGAATAATATTCATACAATTAGA TTAATTAAAAGGTAAATACATGTTTGATAACATACAATTATAAGTAATAAAAGGTTAAAG TACACTAAATGTGTAAAAATTCATTCAATTTCCATGTATGATTCTTTTTAAATTTATTTC AAATGAAGTACAACTTAAAATGCGGTCATTTCCGCACAGATTTTGAGGGGTCCAAAAAGT CAGGCCCTGGTGACAGTCTCTTAGATTTTTATTTTTCTTTGAAACTATAGACACATACAT CCGTTATCGTCCAGCGGTTAGGATATCTGGCTTTCACCCAGGAGACCCGGGTTCGATTCC CGGTAACGGAATTCTTTTTCTGCCCCATGTCCAACTTAAATCGTACTGCCTTCAATAGAC TTCGTAAATGAGTGGATAACATTTACTATAAAAAAAAAAAGAAGAAAATATTTTTCTCTT GATAAGCTAAACTGAGAAATCATACGAGAAGGAAAATATTTTACTAGATAATCAAAATTA GAGAATATTCAAAGCTTATAAAATACACTCTGACATCAATTCTATGCAAGGCTCAAATTC AGTGAGTTCCAAAATAAGTTAATCAGTGTAACGTTACAATAAATGCTAGTCAATATCTCA AAACTTTGTCCAAAAAAAGAGCCCTTCCTCCCCCATTTTTACCCCACTTCATTAGCACAG CTTCACAAAATTGCTGCTGTTACCAAAAACATCATTTAATACTTAAACAAGTTCACCCAC TTCAGCAGCAGCCCAAATTTACAAAATTTTGCTGGGGTTAACCCACAACATAACTCAATA ATTAGCTATTACTAAATAAGTTCTAAAATATGTAATTGTCATCAGCTGTTGAGAGTAGAA AGCATTCCTCCAGTTGCAGTTGGAATAACTACTTCCCAACCAGGTCCTTTGAGAGGAAGG ACATTAACACATGATTCTGTGTTTCCATCTTCACCTGAAGGAGGGCGGATAAGTAGATCA CTACGGTCTAAAATCCTCTGCAGATCTTCGTCACTGATATCTGTCTGCACCAACTTGTCC TCCTCACTGTCTTGATCTCTCAAGAGAGACAACAAATCTTCCTCCTGCAACATTTGAAGA TTAATTAGCAAAACTCACCTATTATTTTCATCTACCAAGTGCCACAAATAATCTACTCTG TTGCATTGTTACCGCATAAAACAGAAAAGAAATGGGTTCAACAACAAACAAGGTAAAGCA GGAACATATTTGAACTAGTAATGAGAAAGTAAACAACCAAAAACTATCAGTCTCCAATAG TTGCTACACAATGTTTGAAAGATAGCAACTCACTAATTATACTATACAGGGAAAACAGAA TTTGCAAAATGGGATGAAAAAAATAGAACTTCCTAGAGGGAAACAAGCAGAAACCTCTGT AACATCCATGGAAGGCTTGCTACTTTCCTGCTTAAATTGTCCTTTTCCAATAACCACATG CTCAAGCTTCAACTTGCTAAAAGCTCTTTTGAGGATTCGACCCTGAAACACACAAATTTT ATTTATTAGAATAAGCAATAAAGAGCTGCAAACACACTTCCAGATATAGGCCCTGAATCA TACCTCCACAGACAGAGCTGTTGAAAGTCTGTAAACATGAACAGGTTTGGTTTGACCAAT TCTGTGACACCGATCCATTGCCTGTAGATCCATTTGAGGATTCTGAAAAGGAAAATGTAA ACTAACTTATTAATCTAAATTGGCCATCAATTCCATAAGTGCTACAAACAAGGAAAAATA GAACAGCACAAAAATAACATAAAAGAAAAGGCAAATGCAAGGCAATAGTTTGATGAGGTA AGGGGTTGTTTGGTAGGGCGTACAATATTAGTAATGAATAGGGAGTATCGGTAATGTGGG GATTAATTATGCTGACATTTTTAACCGACTGTTTGGTTTGTTGTATAATTGAATATAGGG TACATTAGAATAAGAATAGTATACTGAATAGGGACTGTTGTATTTATTGAATAGACTGTA CTAGAATAGAAATAGTACACCGTATTGTTAGTGACATGGTTTATTATGTATAACTTATAC AGATGTTGAAAACACTACCAAACAAGATGATATCTGATAAATGAAACTACTCTATAAGAA AAGAGAGGAACTATAGCATACAAAATTACTGATTCTGTAGGCTCGAAACTATGCAGTTCT CTTCAAGATGGACTCGAGAGTCTACTTGTCAGAGGAAAAAAAATCCTTATTTTTATCTTT GATATCATGGAATTCTTTATGCTAAAGTCAATTATAGAACTATCTAATGGGTGAACCATG CAAAAAAGATCATTGGAAAAAGGCAATAAGCAAATGAAAGCACAAGGGGGTCTTTAAGAA CATACCCAGTCACTGTCATACAAAATACAGGTATCAGCAGCAGTGAGATTGATACCAAGG CCACCAGCTCTTGTGCTCAGAAGAAATATCCTGTACTTGCTGCTAACATCATTGAACTCC TTGATCTGTTGCTCGAATAAGGAAAATACAAACGGATCAACTTCATTAAGAATTTTACAG ATAATGAACAAGATTATTTGACCATTCCAACAGCACATGAACTACAATAAGAGCCAAAAT ACTTTAGAGGGAGTTCAAGTGAGTGGAACATTAAAATGCAACATTGAGAATAGTCATTAA GAAATTTGTTACATTAAAGTAAAATAAAGCAACATAGCACTACTTGATATCAATATAAGC AAGGAGATGGAAACTTTGCTCTGAAATGAAAAATGATAGGGGACAGCACATGAGATAAAT TGGAAAGGAAGAACAGACTTCAGCAGGAGAGTTCATCACTTCTTTTTTCCAGAAAAATGG AGTGAAACAACTTAGAGTCCAAAAGCAAATACTTTATGAATAGAAATCATTAATCCTAAG CACTTTCTCTAGCCAATCATGAGAAAAGTACTCAAGTTGATTGGTACACCATCACGTTTC AACCAGACAATCCACACACATCAGGAACAGTAAAGTTCCACCCATAATCAATTAGAGTTA TGAACACAAGAGGTTATCCATACAGCAATTGTAGTAGCCAGATGTTGGTAAAAACTCATG CAGACTATCCCACAGCCATAACTGCCCACAACTTCTGTGAGCAAGACAATTAGACAAGCT GGAATGACAAAACAATCAAAACAATCTTAGGAATTACAGACTTCAATGTGTGAAGTACCA ATTGTTTACATCATCACTGGTTCAAACCTTCGAAGAATCAGAACAAAAACATTCTGAATC AGCATCAAAAGTTAGGACCAATTACCTGTCTTTTTCTTTCATCCAATTTCACACTGCCAT CAATTCTACAAACATCGAATCCCCTTTCACTAAAATAATAGTCCATTAGGTCTAGTACTC TAGTCCACTGAGAGAATATCAAAACCTGTTGGCAGTTAATGAAATGAGTTTAGAATTGTT CAAGCAAAGTGGGAAGACAGAAAATCTTGAAGCACCAGACAGCTTAGAAAACCTTGTGTT TGCGAGCAAAAAGCTTTGATAACAGCCGGTCCAGCAAGCGAAACTTGCCACATTGCTCAA CTATTTGTTCCACAGGTGGATAAAAATCTGCCAATTAAAGAATGATATTACAGGTTACTA CCAACACAAGCACACACTATCAGTTCCACAAATCATCCATCACATACTAGAACTGTTGAA GATAGACTCCAAGAGGTCAGGATGGTTGCAATTCTTGCGAAGTTGAACCATCAAGTTATT AAGCCTTCCTTTAAATCCATTCCCTGCAAAATAAACCAGACAAGGCATTAGGACTGTGAA CTCAACAGGGTCCAGGCATAACTAAAACCATATAATGGTACATAAAAACAAATTCACTTC ACAGGATAAAACTAACATAAAAGACACTCCAAATACCTGGAGATGCCGTAAGTGTGGTAA AAGAAAGTCATTGTTTTATTACAAGAGACAATAAAGCAAAGTTTAACCAAGACAATTCTC TCAAACTAAGATATAAGTTAAAATTTTACCATGATACAGTGAACACATTCTTTATAAAAC CAAAAATCTAGAGAGTACACACTCTTGATCAAACTGAAACCTCGAAGTAATTGACCAATA CACCTCATCAAAATCAGATATATTTAAGATTACACTAATACCAGTGGACACATTCTCAAT CAAATAGCCCTCCAACACATTCTTTATAAAACCAAAAATCAAGAGAGAGAACACATTCTT GATCAAACTGAAAACCTAGAAGTAATTAACCAATACACCTCATCAAAATCAGATATATTT AAGATTACACTAATTACCAGTGGACACATTCTCAATCAAATAGCCCTCCAGCGTCCTATT AATTAGGTGTTCCTGGAACTTTTTCTGGTAATCAGTCAGGGTGGCATACAAAATTATCTC CTTCTTACGAGGAAGCATTTGCTCAACATCCACTTTCAGCCTCCGTAGAAGAAAAGGGCG TAATATTGCATGGAGTTTTGCCACCACCTGCAATTACCACATTATCAATCAAGTGGTGAT TGTTTTAAGTTGAAAAAGAAATGGTTATAATACTGGAAAATAATCATACTTGTGCTCTCC TTCTTTCTTCCATCTCTTCTTTTTCAGATTCAGTGCTGAACTTCCCCGACAGATCAAACC TGATAAATAAACAGACCACCTAATATATTACACCAAGATTCTTCATGATTTCCATTCAGT AAAGCTTATATATGAACAGAGTTAGGGGATGATCAGAACTGTGGCAGATCCTACATTTGA TTCTCCAGCTACATGCAACTTCATACTGATAGACTAAGTAGATCATCATTATTCATTCCT ATGAACTCTGAAAAGAATCAGTGTAATTACTCCAATACAAGTGACAATACAATAATAGCA CGTATTAGGAGTTTTAAGACCAGACAACAATAGAAAGTCAATTAAGAGAATTGGGACACT TTAAGCAATCAAAGTAATTAGACATCATATCTGTTGAAGGACTGATACATAGCCTAACCA TCACTGATGTGACAGTTTTAACTCAAAAGCCCCAAATAGACAAACAAATCAATTGAAGGT GAAGAAAGAAGTGGCAGCTACTTTTGAAAAACATATTAACATATAACATCAGCAGATAAA TACAAATCACAATTATATTACAGTTATTAAAACATGTTTAAAAGTCACATGAAAGCATTT TGACCAAAATGGTCAAATTAATAAGCTGATTACCATGACTCGAATTCATCGTGGGATGAG AATATATCAGGTAAAATGAAGTTTAACAAGGACCACAGCTCAGCTAAGTTATTCTGCAGA GGGGTTCCAGTTAATAGAAGCTTGTTTTCAATCGGCAACAGCTTCAACTCTTTGAGCAGT TTGCATTTCGAGTTTTTTAGCCTATGTCCCTAAGAAAGAAGTAACAAAATATCAGAAAAG CGTACAAAATGAGCTGCTTTTAAACGGAATGACTGTAGATAGAAAATGATACAAAATAAT AATACTAAGTTTAAAAGGCAAACTGTTAGTTGTGGGTACCTCATCCACCACAAGATATTT CCAACTGTAGTGCCTCAGGAATTTCCTTGAGTCACTCATTGCAATTTCATAAGACGTAAT TACAATGGGAAAGTTGGGACCTATGGTCCTAGGCATGTGCTTCATCCTTATCTCATCTCT CTGTTTCTTGTCACCATGATAGATGATTGCCTTGATTGAGGGCACAAACCTTTCAATTGA AATAGAAAAAAAAAATATCATGCCTCATAGTTGGACACAAATAACACAAGTTTCAGCCCA AAAAGGAAGCAGCTTTACCAATACACAAACAGAACATATCAAGATAATGACACAGGAATG GAGATGCTGATGTACCTTTCCATTTCATTCAACCAATTTGAAAGTGTAGACAGGGGAGCA ATGACCAAATATGGACCATTCAACCCATTCCCCTTCAAATGAGCAAGAAAAGCTATTGTT TGAATTGTCTTTCCAAGTCCCATTTGATCTGCTAGAATACCATTCAATCCATTTTGCCAT AACGAAATCAACCACTTGACACCTTTCAGTTGATAAGATTTCAACTTCCCACCAGTCAGC AAGGGCACTAGTTCCGCCTGCTCTTTCTCAAATCTCTCTTCCTCCGTAAGGGTTGCATCT TCAATAGGAACATCCTCTTTAGATCTAGTAAGCATGGCAGCAACAGCTCTTTTGGCTTTG TTCTACGCAATTTATTAAAACTGTTTCAATGAAATGAAGGTGACAACAAAACTAGCCTTC CACAATTAAGAAAAGGAAATAGCCTCCAAAAGAAGTACAGTTATATTTTTAGACACGAGT ATTAAGGGCCACAGTAAAGCAAAACCATATACATTTTAGTAATTTCCATGAGACAAAAAT GAAAGAAATTTAAAATACAATCCAAAAGAAAATTCAACCAGTCTAATGGCAGGATAAAAC TATCCAACAAACTCTCAACTAGAGTTCTTTGTTTGATGATAATTTCATGATATAGGTAAA ATAAGACAAGAAGAAAAGGTGTACATTGTTGTAGCTTGTTGCCTTCCGTTTTGAGCCACG ACCTTTCTTGTTTTCTTTAACGCTTTTCTCTTCATCTTCCATCACTTTCTGCTCATACAA AGTGAAAAAATGAACTTGATAAGCAAAATATTTTCAACGTTTCCACATTAAATTTAAATT TTTCAAAATGTCAGGAATATACCGTTGTTGTGATGTTATCCATCTTCTCCAGTAGAAACT CAGAGTAAAGCTGTGTCTGGGTAAGAAGCTCATCCAGCTTGGTAAACTGAGTGTCATTCA AGATGGGGACTTCCTTGAGATTATTTAGCTGTTCCTCTTCCTCCTTTGCCCGTGTTTTTA TCAATATTTCTTCCTCCTTTGCCATGTTTTCAGGTATATGAGTGGCATCCCCATTTTCTG AGTACAAACTTACTTCTTCCTCCAATTTGACAGTCAAGTCCTCTTTGCAGGTATCCTTCA AGACAGGAACAGACAATAGATTCAGAAGAAAAATAACATTAAAATGCTTTTTTAGAACCC AAGGAGCTAGACTCTTGCACGGAAAAGAAAACAAGAAAAAAAGTATCAGAATGAAATCTC CCTCAAACCTAAAATCAGAAAAGAAAAAAGCAGGACAAGAGTCTGACCAAACTACTACAA CTAATTCTCCTTACAGCAACTCTATGCTTTATGATTAATATGGACCTATAATCAACCTCC AGAACATTTTCTTCAGTTAGATGGGGTAATATGCCTCCATCTAAATTCAGAAATAAACAA TAGGCTACAATTGCAATACAGGTGAGGAGATACCGAAGAAACTTAAATCCCCATCAGGGC AGTGTTCCTTGATTCAGTAAACCTCCACACAGAAATAACTGGTAAGTGATACCAAAACTC AGCATGTTAATCAAAAACATATACAGAAAGCAAGAAAAATAAGCAGCTATTGGTAAATGA TACCAGAACTCAGATGTGACTCAAAACCATAACTATAAGCAAGAAAAATAAGCAGCTACT GGTAAATGATACCAGAACTCAGCATGTGAATCAAAAACATTAACCGAAGACAAGAAAAAT AAGCAGCTACATGCCTTGGAAACTCACGAAAGATTAGGAAGAAAACATTACAGCATTTTA TACTGATGACTAGTAGAGTGACAATCACTTCAAACAAATTGATCTAACTTTGGAGTTCAT AAATGTCCTGCTTCACTAATCTTCCACTCCTCCCCTTCCTCACTTCTCTGCCCTAGGGTA CGCAAAATGTCTTCAAACCAAGTTATTACTTTATCAAGAAACCTCCGCCTAAGCTAGCGA CTTATTTTCAAGGATAAGGATTTGAGAATTCAAAGTCAATACATTATACAGTAACCAACA ACACCTACAAACTACAAAGTATACTTCCAATCACAACAACTGCAACCTTAAAAAAATTCA GTAGGGACAACGGTAAAGAGCAAGAGAACACAAATAAACATTACAAAAATAAATAAGTAA ATACGCGAACGATTGAGCAATACCTCATCTTCGAGAACGGATACAGGAGAGTCCGCAACT GCCCTGTCCTTCACTCCTTCGTCGGCCACCATTTTTAGTCCAAACCTAAGCTCGGATAAA CAGCATTACACAATCAAAAACAGTCCAACAAAACCAAAATATAGGTAACTCAGTAAAGCA TCTACACTCTTGTATTTCCGCCGGAGAAAAATTAATCAGTAGAAAGACGGAATCGGACTA AAGGAAATAAGAAAATGCTCAAAATCACCACATACTGAATCAGTTTCTTCAATGAACGGA AGAAAGTCGGAGCAACGGAGCCGGGATGAGACCGGAGAGAATGGGCGGCACTGGAAAAGG TGCACTGTATTTGCAGAATTGCAGCTAAAATGTTAATAAATAATTTTTTTCTTTCTTTTA TTGCAATCGAAATAGTCGTGCAAGAAGACCAAAAGGCGGGAAAACAATGTTACAAGATTA CCCTAGGAAGTTGGAAATAATATCATGAAAGCCATCGATGGCGTCTGCGCGTGTTATAGT GCTCCACATCGCTAAGCCCGAAATATTGTCGCGTTATCCCGTAAAATATTAATTATGGGT TGTCACATCCATAGTGGCCCAATTTAAATTTAAATTTTGCAGAGAGAGATAACTAAAGAG GAAACTTTGATCTGTCTCCCATGAGACTGATTCTGCTGACCAGTATGGTAGAGGAATTTT TAAAAAGAACAAACTCTGTAACATCCAATTATATGCAAATTTTTTAATACTCTTTCAAAG AGATAGACAGGCATGGTTTATGTGATTACTTTATCTCAATATAAAATAATTTATTTCATT ATTTATATTAAAAAATAATGAGCGAATTAATTTTAAGACGAAATGATATTCTTTAAAAAT TTATTATATTTATTCCACCAACTAGTCCTTCTTATTTCAAGAAGTTTATAGCATTTTATA CCATGATCAAATATTTTTAATTTTTAATTTTTCAAAACTAAACTACATAATTGAGAAAAG AATTGATTGCCGCTCTAACTAATTTATAATTATATTAACTGGACCAAACAAAATTTAAAT TTTTTCTCAATATCCTAATAGAGGTAGTTGTTGATAGTGACTAGAATTAGTGCTTGGGTC ATGGAAGTTGATGATGGAGCCCGTAGAGGTTGGTGAAAGCATCAACCAAAAATCTTAAGA TGAGAGGAATAACAAATGATCATTTAAATTCCTTTTTGGACATGGGTAGGTAACACCTCT CATATATGTGATCAGGTGCGAAGTCAGTTAGGGAGTTAATTCGAATCTTCTTTCGTAAAA GATTATATCATTTATAATTATACAACATTAAAATTATGGTTTATCTATATATAGTAGAAG ATGTCGAAATCATTTCGTCTAGTTTGTGTATTTATTTCTTCATATTTTGAATCCATTAGT GAAAATTCTGACTCTATCATTGCATGTAACTCGATTCTTATATTTCTACGTGAACTATTT GTTTTAAGGCGTTTTATTAAGAATTAATTAGTGATTATGAAAGAATACTCAATAGGTTGA AAATTGACTATGCAAAACATCAAGGCATACCACAAAAATATGACTCCTAAATGAACTTTT TTTTCCAAGTGTGAAGAAATATTCTTGTAGTCGAAGTAGAAGAAATTTAGTACTCGAACA AAATAGAGATGGATCCAAGTTATCATTTTGTTTTCTTCTTGAAAACAAATAGACACAATA CAAATTGAAAATGTAACTACTTATTACAATGTGGAATTAAGTATTCATATCCTTCCACAA GTAGCCTTTGTATTGAATCCAAATTACATATCTAGGAATGGTAACATAGATTGTCAAATC CCATATAGTCATTGTTCTTCAGCTTCTCTATCATATTTGCTATCCCCACACCACCTGCCA GTTATCCAACATAAGGTTATTTTTAAGGCTCAGAAAACAGAAAGAAGCAATTGACAGGAT GAAAGATGATTTATACCTAAGCTGATTGCACTGGTAAATATTGTCATGGCCAGTATGAAT ATGATTATAGAGGCTCTTCCAAGCAGTGCAATTACTCTTCTTATAACGTGTTGACCAACT ACTGCAGCAATTGTTGCTATTGAAACGAAATAAGTAGCTGCATTTTGAAATATAAACTGT CAAGATTAAATTTCTTCGTAAGGTAGTTATAGTGAAGATAATTTCTTCATAATTTTTTTT TGTCTATGTTGCGTACCGTATGGGACAGGGAAACGCTTCAATAGGTAATATTGCACAACT GACATAGAGGATGAGAAAGTCATTGAAAAGGTTGATGTTGCACTTGCTACCTGCCATATT TGTTTTGATCACTTTGTCAATTCGAGTACTTATTGTGAGTAATAGTTATTGTATTACCCG ACTGTCAATGTATGGAAGTTAAACACGATTGGTTTTACATGAACAGAGTTATTGTATAGG TACAAGAAAGAAGAAACAGGGAAGAAGCAGATAGAATATATGGAGTATTAAAAGGCAACA TGTACCTGAGGAGGAATTCCAAGTTCTAGAAACAGTGGTCCAAGGATGAAGCCACCTCCG AGACCAAGCAATCCGCCAACAATACCAGCAACTATGCCACAACAACAGTAAAAGAAGAGT AGATGTGGCTTCCAGTTTGTTATCTCCTTTCCTTTTGATGCAATCACCCTTGTCCCCTTG TACAGACATACTGCTTCATACAACGAAACCGAAACAGCAACAGGTACCTAATTTAACACA TATATCAAATCGTCATCCTTCTTGCTCATTCAAAAAAGTTTTTGTCTTAATTCCCAAACT AAATGGGAATTACCTGCAATAAATTTAAAATCCAGTACCCGATGGAGCATGTCACGGTGT AGGTCTGCAAGCAAAAAAATGAATAAACCTTTGGTATAAAAATAAAGAAGCAGCATATAC ACCATGAGTATGTGTTGGAGACTAGAAAGATTATTGTTTACCTTGACAACTTGAATAGCA AGGAAAGCCACCCAAACAAACATTAGAAGTCCCAATTCTTTCCAGTAAACGTTGCGAAGC ATGGGAACCTAATCAGGTGAAATTGGAAAGTTGAATTAAATGGAGTAGTTGTTAAGGAAG ATGGGATAAAATTTAGTCATTAACAGAGCATACTTACAGTGTCATCTACACTAGCTAATG GACCACTAGGAAGTAGCTTGTATTCCCCTTCAGACTCTGCATTCATTTCAACTCATAATT TACTTCTTGTATGATCTCTAATTATGCTTCTACTACTCTATTTGTTTTCATGCAATCGCG CACTCAAAGAAGCCAAAATTTTACCTGGCTTGTACTCTGACTCTAACTGAATCTTGGTTG CTTCCTGTAGCGCGATATCAAGGTCTAGTGAATTCATGAAAAGAAACGCTACAACATAGA ATCATGAAGAAATGTTAAAAAAAAAACTCACCTTTTTCATTAATGTTTCCTTCTTCCATG TCTCAATTCCCTTGAACAATGCCTTTGTCGAGGTACCTACACAACATATGTAATATAGTT AACCTTTTTTGCAAAAGATGGAATAATATTGTACATGGCAGGAATCCAAGACACATTTCG TCACAAGTACTGAAACGACAATGATAATATAATAAGTCAGTTCAGTACGATGATCAAATT GATTTGGGAATGGAATGGTTACCAATGAAAAGGATGATAAGGAGTACAGTGACCATCCAA TCAGCAAAGATGACATTGAAAGCCACCCCAATGCTAATACCAAGCATGAGCATAGGTTGT AAGAGCAAAGCCAAATCATAGTCAATTATAGGCATATCTAGAGTTGGGTGCCTCAGCCTC ATGTTGTAGTACACTGTTGATCCAGCTGCTCCCATTATCATGCCTTTAACAAAATCAATA TAGTTTAGTACTGTTTCACAAATATACATACTAACTACATGTTAGTATATGGTACATAAA TACTTACACTTGGATATAGCTGTAGATGATTTTGGATCAAAGCCAATAATAAGAGTTAGC ATTGGAACAAAAATTCCACCGCCGCCAACCCCTCCAACGCTTCCCAAAGCAGCACCAAAG AATCCCACAATGGATCCAACAATTACTCTCCATCCAAACTCCATCTCCTGCAAGCTCCCA AAGGAAAAAACATTATTTACATTTCATTACTACTTTTTATGTGATCATGTTGTTTGTCAG GTTACGGAATTTGAGAAATAAAAAAAAGATTTTTGAAACTAGTAATCTAAAACAAGTCAT ATATATTTTCATGTTGATATTGAGTAAACAAAATATGCTCTCTATAATCTTACCGGCCAA ACGTGCTCATAAGAGGACTTTCCACTCCACAGAAAATGCACAAGCCTTACTGCAAAGGTT TGTGGTCTCATCTCATTATTCTCTACATAACTAATGTTATAAGTAGCAGCTGGCTCTAAT TTATCCTTCAGAGTAAGCCTTTCTGCATTAATCCCAGCTTCGCTTATTATGAATAATCCC CAGCATAGTATCCATACTGCTGATACGAAAAACGCCTTCATTCTCTTTTTTATCTCTTCA TTAGCCATCATAAAAAGTTCAACTCAAATAGCCTTAATTAAGAAATATATATAGAAGTAG CTTCCTCTGAGGTAATAAATTGGCTACTTCTATATATATTCCACTTTGAAGAACCTGAGG GGAATTAAAAGAGCAGAAACAAACTTTTAATTTGTATGCTTGAATATCCTTTCACTGCCT ACGTTTATATATATATTACGTATATAAGTTGAAAGAGCTGTTAAAACGTGTATGTGATGG ACATTTTACGTGTTTTGTACTATTGAACAAAGATATCCTTTTAAATAAGGTTATATAAGA ACTTATGTCCTTTTATATGTCATGTAATTACTTGATTATACAGATATTCTTTACACCGTC AATATACAAAAACTTAAGTCACGAGGCTTAGTTCAGCTAGCCAGAACGTGGCGGAGCCAG AAATTTCTTAAAAAGTGTTCAAAAATAGCAACTTGTTATGTTAGGAGTGTCCAAAATAGG TTATTTAATCATTTCATATATCATTTTACTTGTATATACGTTTTCTTTCCGATGAATTGG ACACCCTTAAGTGGCTACGACACTGCAGCTAGCCTAGACAGATCACATCTCATTAGAAAG GCTCTTTTCTTTATAACACTTTCAAAACTTTAATGACTAGTAAAATTGAACTAGCGCGAA AAATGAAACCATCTAGATGGACATAGAATTCGAAATTTTCTTACCCTTCATGTTCAAACT CAATAATGTTGTCAAACATAGAACTAGTGTTTGTTTCTTGATGCTAATTACTTATGTCTA CACTAAACAACCATAGGAAAATTTGCAAAGTTTTAGTAATTTTGTCGTATATATGCAAAT TGAAGGGAGATATAGAAAAGAAAGTCTTTTTTTTTCTTTTCTTTTTTTTTGCTTCTACTC CACAAATTAGGAACCAAAAAATTAGAGGGAAGCAGCGTCGTTTGTCTTGTTAATGTGAAA TTTCCAAGAAACCCTCCAATTCATCATCTTACGCATGGATATAACCATGCATGTCTGACG ATATATATGTATCTCAGAGCATGAAATTTACACTTGACCATATTGGTATGAATATCATGA TGATAACACGTACATCTGATTACTTGATATTTGGGACTACATACAGGATTTCATTAAGAA ATTTATTTGTAATTCGTTTTAAGTTAGAGTTTCATGTCTATTTCTCTAATTGGTCTGGGT TATACATGTACTAACCGGTAATATAAGGATTAGTTACGAGAGAATCTATATATTATTTTA TGTAAGAATTAGTTATTGCATATTTTATTTATTTCCTCATTTAACTTCTAATGTATTTAA ATTTTTTTCACAGCAAAAGAATGGTACTCCTAAAACATGATTTAATACATCAATAGCTTG CTTAGCTTCTAATCGGACTATTTATGGAACGTAGAGAGAAAATGTAATTAATTAGCCAGG ACTCAGTGACTTAAGAAATGATAGTATACAGTTGGGGATTATGGCGTCTGTATAGAAACA ATTTACACGTTTTCCAGAGAACGATATGATGTAAAACAAATAGAAAATTTTGGTTAATTA TAACAGCCTAAACAAGTTGTATATTTCTAGGAAACTTCTGAAGATGTATTTGTGTACGAT CACTGGAAGTACAGAAATCTTTGCTCTCAGCACAGTACCAAATTGTTTAATTTGGATCAC ATATATCCTTCGCGTTAAACTATCAGGTTCCTATCATAAGTTCATGCACATTTACGCGCT TTCAGTTTTAGGGAAAAGACATATGAAGTAGATGTTTCGTTTTTTAGCCCTCCTCCTTAG AAGCTTCCAACCATGATGATTCGAACCAACAACCCATAACTTCAGTTCAGTGTTGGAGAT GGTGGAGGCCTAGTTATATTACCTGCCACCATTTATTCTAGTCTAAGCTAACATTTTCTG TATTGGGATCACATATCATAAAAATACCGTCTAAGCTGTTTTACCTGTTATCTTATTTGA TTTCAATAATGCTTCTATTGATATTAGTATTTTACCAAATATATAAAATAAAAAATTTAC ATTTGAAGACAAATTAAGTTCTATTCATATATTTATCTCAGATCTTCACATGTATCTCTT CTCAAATTTCGATTCTTCCTCTTTAAGATATGCTTGATTTTAATTGGTCAACTTTCACAT ATAGCAAATACAAAATTCAAATTTATATGTTATAGCAAAGTTTGCATAATTGTGCTCTAT AACAAACATTATGAGTGTACATGGCCGGATTGGTTCGGATTTTTAAAATATCAAACCAAA CAATTTCTGTCAGGTTTTTGAATTTATAAACCAAACCAAACCAATAAAACTCGGCTTTTT CAACTTCGGATTTTTTCGATAAAGTATTCATACAAACATATAATTTACTAGTACATCAAA TATTTCTTTAGTCCTACCCAAATGTAACTATCTAAGTTATTTTTCAAGAAAATAACAAAA AATATGATATGATTAATGACACTAAAATATCCAACAAAAAATAATAATAAAATTGTGTAA AAAATATTGCAAATTAATGAGTCATAATGAAGTTGATCATAATTTAAAGTACAAAATCAA GCTAAAATAAGTTTAGCAAGTATTAGTTACGTGACTAAATATTAAAAGAAAGTAAAATTA GATCATGTATTTTAATTGTCTAAATCTATGTAAAACTAAAAAGCAGATATTCAATATTAT TGTCATTCTTAGTGTTGAATTGATTTTCTTTTTGCATTAATATTAATTAATTTTGTTTTC AAACTTTACTATAATTACCAACATATATGAACTATAATCTTTATTAGATCATTAAGAATT TTAACTATTAAGAATTTTAATTTTCAAACATGAAATCAATATCTTAATAAAAACTATGAA AAAGTATAAGAGATACTTCAAAATTATATCAAAATAGGTATTTTTACGTATAATATAAAA TTTTAAAATTATATATATAATGTCGAGTTGGTTAGGTCTTGGATTGATTTCATAAAAGTT GAAACCAACCCAACCCAAATATAGTTGGGTTTTTTTTTCCAACACCAAACCAAGTCAAAC CAAACCACTAGTTGATTTTTTCTGGTTTGACTCGGTTTGCGGTTTGATTCGATTTTCGAT TCGATTTTGTACACCCCTAGCAAACATATATATGTATAATTTGTTATATGTATATAAATG AAAGTTATGCCGATTTCGTTTTACGATTGGACAGTGAATATAAAATTGAATGGAATTGTA TAAAACGAGAAATAAAAATTATATACTATTTGAATTGTATAAAACGAGAAAGAGAGAAAG ACAAAAGAGATTTGGGCAGAAAAATATTTGTATTGTATAATTATAAGTATATAGGACGAT TATATACAATTTGAATTTGTATAAAACGAGAAAGAGAGAAAGACAAAATAGACTTTGGGT AGGAAGTGTATGATTGAATCAAATTCTATAAACGAGAAAGAGAGAAATTATATACAAATT GTATTTGTATAAAACAAGAGAGAGAAAGGCAAAAGAGGCTTGGACAGAAAAATATTTGTA TTGTATGATTATAAGTATATAGGATTAAGATATTTGTATTACAATTTTCTCTAGCTTAAT AAAAACAGAAACACAATTTATGCATTTCTATTGTATAAGGCGAGAGAGGCGAACGACGAG GAGCGAGAGAGGGAGAATAGCGAGTGAGAATATGAGGGAGAGAGACGACTGACAAACAGT CTGCTATGGAACACAAATAAATCAAACAGTAACTACTTTATTTATTTTACGTTGTTAGTT CATCATTCTACACAACTGTCCCATTTTAATTATGTAAGGGAAATAGATTAAAGGGCCACA CAGACATGTAAATCGTGTTGATATAAATGTCATTTATATGAAACTCTTTTTACTCGTACA AAACAAAGCATGCCTTTGAACAAAGTCAGTAAGGCGTACTTATTGGTAACTACTGAACTC CAAGCATTTTCTATTCAACATTTTATGTAAACGAACTATACTTCTTGGCTATCAAAACTC TGACCATCCATAAATATACAGAGCATACGACCCAGCAAGGTAGAGACATCTCACTCAAAA CTCAAAGACCTGTGGTTAAAGGATAAGAACGAAATCCATTTCACACATTTATAACTACTT TGAAGCCTGAAAGACATGATAAAGATATCCCTACAATTTTCTAAATAATTTAGACGCTGG ACAATTTAATTAATTTATTATTATTCTACAGGATTCCAGCCCCCTCGAAGAAATATCAAG ACTATTTTGATCATCGGATATAATACCCAAAAACAGATCCATAATAAAGTGCCACAATAC CATAACATAAGCGAATAATCTGTTCAACATACAATACCACATAACAAACACATTACCGCG CACACATCCCCAATAAATTCGCATTTAACAAGTCACATTAGAACTCAGCAAGTAATTTAC CAAACAATTCCAAAAGAAGATACAAAATTCAAAACATGGGCTGATGCGCCGCATCATCAT CTTTAATGTTTCCATCCCCGCACTAGTCAAGTAGGTAATCCAACAGATAATTGCATTTTC ACTGAGGTATCAGTAGGCCATGTCTTCCTGTGAGTCAAAAATTCAGACAAGTCTAATGCA GCAATATTATTGACTGACAAATTAAAAAGTACCTACATAGCATGTGGATTTTATTGCAAC CTTACCACAGCAACACAGGCTGAAGCATACTCTTCATCGTCAGTAGTCATATTCACGAGA ATGTGACCTATCTGAACGCTTGTAATCCCGATCCCTTTCTTTTGTCTCAGATGCCCCGTG GTCATAAGCATAATTATCCTCTTCCATTTGATCATAACGATCATGACCACGACTGGCATC TTTATAGCGATCATCCCCACCTTGTGCATCTGGATTCTCATAATCTCCTCGACCTTGGTG GTGATCATAATAGTCATAATGTCCATGATCATCTTCAGGTTCTGCAGGATCATAATTCCT CTCTTTGTCACCGTGTCGGTCTCGCTCGTGTTTTGAATCAACATGCTCATAATCATATTC TCTATCACGAGAACGCCCACGACCCTGGTCAACCTCACCTTCATCCCTACCTCTTTCCCT GTCCTTCTCACGGTGACGATCTCGCTCACGGTGACCATCCCGGTCTCTGTCTTTGCCTCG CTCACGGTCACGTGTCCTATCACGTTCGCGGTCTCGATCACGGTCACGACCACGATCTTT TTCTCTTTCTCTGGTTCTCTCGCGTTCCCTATGATGTTTGTCATCTCTTTCACGTTCCCT TGGCCTGTCATGAGAACGCTCACGAGATTTCTCTCTGTCCTTATCTCGCACCCTTTCACG GGACTTCTCCCGATCCCTGCTAATATGGGAATTCATAATTGTATTAGACGTGAAACACAT TATAGTATTAACTCACATTTAAACTAAACAGAGTAGTAAATCAGACAACTCATCCTTGGA GAAGTAGAAATTTGTCTGGGAGTCAAATTGGGAGAAAGAAACTCAAAGCAAGCATAAGCT ATAAATGCCTAGGTTGTTACCTATCCCTGTCATCTCGTGCTCTTGGCTCCTCAGAGCGAG ATGCTGCCCTTCCAGGCTGAACCACCTCTCTGAAAAATAAAAGGAGTATTAGAGTCTTCA ATAATTAAAATTCCATCCAAGAATTTAAGCTTTTCACTTTTACAATCATACCAAGAGGGC AACTACACAAAAAAAAAACTACTTTTAAGAACATTTTACGAGTAATTATCAAACTGAATG CCAAACAATAATAAATTCAACTTCTAAGCAAGACGTCATACATAAATGCTCAGAGCAGCA AGTCCTTTATAGGGAAAAAAACACAAACTGAAGCATCCATATAACCCAAAAGATGAGTTG AAATTCAAAAAAGCAGTTCATGTCAACTACAAGCAAACATGTCTTGCTGTATCTATCAAA ATAGCGTTCTTACTCCATAGACACTACAGGAACCATTATTGCACTAAAGAAGAGCTGAGA TCAATGTCCGTTATAGCACTATGCAATGCACATATGACAAGTTCATGCAATACCTAGTAG CATCTTCATTTCCAACTCTTGTTGTTCCAAGTCCACCACCAAGTCTGCGGGGACGCCAAT TGGGGACTGTTCTACCACGTTCTACATCAACCAGCACTCTTCTATTATCAATCTTCTTTC CATCAGCTTGTTTATACGCAGCTGAATTATATCCAAAAGAATTAGAGATGGAAGTGAGAC TTCGAAAAGACAGAAGAACAGGAGTTTAGAGAAACCTTTCATATCCCGTGTATGCACATA CTCAATGAAAGCATAACCCCTGGGTTTATTGTTTGTCTTGTCCATAACCAAGCGAACCTG AAACTCAAACAATTTATGGAATTGACACTACTAATAACATTATAATCATTTTCGATGCAG CGGTCAAAAAAGTTAATGTTTTTTATCTACTCAACGCGATTAGGTATAGTAAGCTCCTAA TGGCACGGCAGGCACTATGCCTAATTAGCCGTGCTCACCTTTGAATCAAAGAGCTCCCAG GCGAGATGCTTCACCATCACTGCTAGAGTTGCACAAGAACTGTGGCCTTATGTTTGCAAT ATATTCTAACTCCCCTTACCAGGGAACATTTTAAAATAAAATAAATTATTATAGAAGTAT AGTCAAATACCAGGTGTCTCCTGAAATGCTTGAAACTTTTTTGATAGCCTTTGAATCCAA AAGTAAAATCTTAGCAGCATAGATGGGATGTAAGAAGAGTAAAGAAGAGAAAAGGTCGAT ACTCCCAACAGTTTTTTTACCAAGTAAAGGCAAGTATCAATCTCCGGTGTTGCTTGGAAT AAGAGGCCAAAGATATATTGCATCATTGCTCTGCTCATCTAAGTGTTCAGCTTTGTTTCA TGTAATGTAGCTCGGACTTGGAAATTGAATGGTTATGTTTGGCAACTCAAAAAAACATAA AGCTACCAGATAATTAAGTTTTACCCTTACCAGGAAAATACCTAGGAGTTGAACATCTTT ACCTTTGTGGTTCTAGAAACTAAAGGAATACCAGAATGAATAGTACTTGAAACTAATGAT ATCCAAACCAGGATAAGAGGATAAAGGCATCAAACTGATACTCAATAATTGGAGTACTGT TACCTGAGGAAGGGCATACTGGCAATCTGACCTTTATTTTACAAAGCAAAGAAAAACTAG TAACTTCACAAAAAAAATCACCCATTTTCAGAGAGCAGTATGCACCTCGAACACCAGGGA AGAGTGCTAGCAGTTTAAAAAACAATCCATTTCTTAACTACAGCCTGAAGAGATGCACCC AAAGATACAATTGAAAAAAAAGTTCTCCGGATAAAACGTGTTTTTTGATGATCTGAAGCA CTAAGAAAGTCGAGAGCTAATCAGTTTATTATTTAACAGACAACTGCCGAATTCAATAAG TTCTTATCAAAATACTGAAGTGCAATCCATGCTATAAGTTTATACACAGAATGTGAATCG CATGCACCTTTAAGTGGAAGTTTGAAACTTAGAAGAGTAATGAGTGACACTTCCTTTTAG GTAATCCACCCTCATTTCAGAAAGTGTATCGACCCCACAGTTCTTTAAATTTTGGTTATC AAAATCTGTTTTAATAAGATGCTAATTTTTTTTATGAAGTACATAAAGAGAAGCTGCTAA AATCGTAAGATGTTCTATGCTTTAAGAAATAATAAGTTGTGGAAATATCAATTTGAGAAA CGGAGGAAGTACCATGCCACCATAAAAGTACACATCTTACCAACCAAAAGCCAGTAACCT GAGCCCCAAAAGGGATGCTCTATAATACCTACCCGCTTGATTGGACCATAAGCCTCAAAT TCGCGTTTGACTCTGCTTTCTGTTGTCTCATAATTCTGAAAAACATGTAAAAGACAATCA ACAAAATTAAGGAGATATTCCATTGTCAAAAAAAAAGAAAAAGATTATATTCACAGCAGC AAAAATGATCTAAAAAGATCTTCACTCACAAGTCTTGCAACAAATAGTGTCTTGTATGGA TCCCCGGTAGCATTTGGGTCGCTGCTAGGATCATCTGTCCAGCAGAAATAAAAAATTATT CCATTTTTCCCATAAATGTCTCTCAAATATTCAGAAAATTTAAGCACTTGATACATTTTT CAAGCTCCTCAGCAGCCTTTTTAGCACCCTCCTCCAGCCGTATCTTGTGGATCCTAGCTC TTCGTTCAGTCTGCATGCAGTACCAAAAGCAATCTATGAGCATAAAGAAAAAATATACAC AGATTCACCATAGTATGTAATTGCACAGCTTATGTTACATCTTATTATACTTTTCTGGAA AAAGTAACTCTTCAGAACCGGTTGGATACCAAAGGATATAACTGTCTCAATCCCAAATGA GTTGGATTAGATAACCCACATCTCAAGTTAAATAGTAATTATAATGCACTACTCTAACTA CATGCACTACCAATTTACAACAGTTTCAGCTCCACTGACTTGGGGAGACAACAGTATCTT CTAAGATGAGATCCAATGGTTACAACAGCTCTACAACTTGGAGAGATGATAATAGCACCT TCCCATTACACAGGACATCTTTGCATTATTCAGTGAAGACAAACATAAAACACAGAACTA AAGAAGTACCCTAAAGAAAAAGATAAAGAACAAGACATGATATTACCAATAATTCAACAA CAACACAATGTTTTAGTGTCATTTGCTGGACATTCAAGATTCATTCATCTCGAAATAGAA AACAATTCAGCAGCACATGAAATGGCAGAGCACACATAAATAATCAAGCAAACATCATAT TCATGAAATTAATATCACTGTTAAGAGAAGAAGAAGGGAGAAGAATGAATATGCAACCCT CAATTAAATATATCGGCTTACCCAAAAAGATCAGAAAAAAAATTTGCAGTACATAAAATG AAGTCTTACCGGGGTTTCAACCTCAGGGATTGGTGGAGCATATTCTGGATCACCAGGTTG AGCGAAGTTACTAACAAATTGTGCCATCCCTAAAAAGAGAAATGAGAATATATCTAAGAA TTATACGAGATGACTGATGGAACAAGAAATGACTCAATCCATGAAGAATGTTAACCAGTA TATGAAGGGCATTTTCTCTTCTCAGGGGGTGGTTTGTACTCCAAAGGTGGTCGGGGCTCA AACAACTTCAGAAGATTAGCAGTCAACCCAGTTGGATGACTTTGACCAATCTGCATATAT TAAGTATATTAACAAAGTTAGTACACAAACTTGTAGCACCAGTGAAGAACAAAGAAAAGG ATATCCAATAGTGCAGCAGCCTGACAACATAGTTCTACTGTTATTCTAAGCCAACTATCT AATCACACAGTATATTTAGATGTCATAAAAGCACAACAAATATGCATCTTAGACAATTTC GAATCTCATTTCACAAAAAACAAAAATAATGAACCTTGAGTTGGAACTGGACGAGTTCTA AAATATCACGAAACAAGAATTAAACCACAAAACCTTACTCACTACCCATAATAACAAATC ACCAAGACATCAAGAAACCAACAACTTGGGGGTTGACATATGAATCCACATCAATTCCAC TCCATCCAGGTCTGTTTCCCCCAGTATCATACAATTAATATTTTGGGAAAGATTATAGGT ACCTAAGATTATAAATAAATCGACATTGAGAATCCCCAACCAAATTAAGAGAGGGACTTA ATATGAGTTTACCAACAACAACTGACTAGACCATAATCCCAACAAGTCGGTATAGTCTAT ATCGGTACTTCACTTCTACTCTAATTTTTCCTTTGCTGAATAACGAAAGACCAAACAAAT TGTAGCAACAGGACATAAAATCATCTAAATTTATAACCTAATACTCATCAAGAAAGAACC TACGGAAAACCTAAACAATCAAAAAACACTAACACAAAAAAAAGGCCTAGTTTAACAATC TAAGCCAGTAAACAACAAAGACAACAGATCGAGGGTTATAACTTACCAGCTTGAGTTGCA TGACATTAGCGCGATTCTGGGCCTTTGCACGGGCCTGAACGTTAGGGTTGTTCCGCATGA AGGCATCGTTGAAGTCTCCCATTGAAGCCGACTAGGGTTTTTGCTAGATGCGAATCGCCG CCACAAGAAGTGGAGTTACGTTAATCGGACGATTGGAGAGATGGAGAAGATAGCTGAGGC GGCACGAAGAACAAAATAGAAACAAGGGTTTATCCGGCGCAGAGAAGCGGCTTATATAAA GACTCCATCAGAGATCGTACTCCAGCACTGGCGAGTTCATTTATACCAAATTTTAGAAAT ATTTTTTTTTAACTAAAAATACGAAATATCATTTAATCTTTTAAATATGTTATGTAAATA ACGAAAAAAATTATCCAAAAGTAAGATAAATTTTCTTTTAAAATTAACTAGAAAAAAAAA GCAAAGAAATGAATTAGAATGAATAAATCAATAACTATGAACAATGATAAATACATACTT TTCTATGTCTTAAAATACGAAATTTTATAAAGTCAATGAGACTTTTAAATTTTAAGGATA AATCAACTCAAAAGAAAGACATAATTTATGTAATTAATATTTTCTCTAATCCATATTAAG TAATATGTGTTCAAACGAATGTCATTTAATTCTTGACAAGTTTTAGTACGAAACTGTTTT TATTTGTTAACCCTTCAGTTCAATATATTTTGATATTTTTATTTATTTTATGAAAAGGGA TAAATATATCCTAAACTATTCGAAAAAGATCATATTTATTTTTAAATTATATTTCGACTT AAAACTATTCTTTCCATCAAACTGATGGGTCAAAAGTGGATTTTATTAACGAAAGTTGTT AAATGTCTTGTACGCCAATCGAGTTCCACTGCCACGGTATGTACAATCAAATATTATATT GTATAAAAATTTATATATATAGTCAAAATGTACAATAATGTGCAGAATATTGAGACAAAA ATGATACTCTGCTATATATAATGTAATGTAATATATACATAAGCATATTTTGCTGCTATG ACTTTGATTTTGTATATTTACTAGACAAAAATCACGAAAGAGTAGATCCATTAATTGTAT CAGTTCTAGGGAAGAAGTCAAAGTGTTAGCTATTCATCCTGTCAAGCTTCAAGTTTTCAG CTAGTTAGCTATTCATCCTCTACTTCTTTGATGATGATCAAGCTCACTGGAATCACCGCT CGAGGAGGAAGGGTTGAGTCCATAGTCACTTGTCCCTCCATATTCACTGCTATTGAATTC TTGGTTTGATATCATTTCCCTAAACTTGATCATGTCAGCGTTGTATGCACTAGTATCGTA GGTATCAGTCTTTGCACCATCGCTCATGTCCTCCAAAGATGAATCGCCATCCAAAGCTCG CATAATCTGTTCATTAGAATGTGCATCACTAATTGTCTCCAGAAAGTAGAAGAGAAAGGA ACATATACCATGAGTCTAATTGCAGTGGTATAAGATATAAGTTCAAAGTAATAGGTAAAG GTAAACCACAAAACCATGTACCAACCGGCTTAACAAAGGAGGGTCTAGTTTGATAGCTCT AATCTAGAAGATGACATACCTGAGTCATCTTTGGACGTCTTTTAGCAGAATAACGAGTGC TAGCAGCAGCACAGACTACTAGCCGATGCAGCTCTTTTGGAACATTGTTTCCTTCAAAAG GAGCACCTACCAATTCGTCATATTTTCCCTCTTCCAAGGCAGTTTTAAGAAGCGGCCTAG CCTGTTCATATTCATATATTAGGCTAATAAGGGTATGCATATACAAAGATTGGTGTCTAA ATACATGTTAAAATCTAGGTATTGTTGATGCAATGAATGATAATATGAGAACTTGAGATC AAGAGCGAACCCATTCTACTAAACTGTCTTCCATAATATTGCTAGGATCAATAGGTCGCT TCCCAGTTATGAGTTCCAAAAGCACAATTCCAAATGAAAAGACATCTGATCTGTCTGTTA GCTTGCCACTTGATGCATATTCAGGAGCCATGTACCTGTAGTATAAAAATAAGACGGCTT TTTCATTACTGATGCCTAATTTCTTCCAGAATCAAGCATCCGCATTTATTACTTTAACCA AGAGGTCAGAAAAAGTTAAAATGACCTCTAAAACATTTTTCATGTATGTTAAACAGTGGT TTATTTTTTGCCTTCACTGTGGATATCTCTTGCCTAAGCTACTATGACTGAGCATATGAA AAGTCTCTGAAAATTAGAGACCTTTAGAACCCCAAAACAAAAACATCAAACAGATTTTCA GGGCATACTAAATTTTGCAGAATTATCAAATTTCTAGGCCTTTTAGATTGATAACATGGT ACATGATTGGATTTCGACCAATTAAGATCTTTCAGTAAGTCTGGAAACATTTAAAGATAA AAGATTGTATGTCACTTCTAAAGATAAGCACTAACCTTCACCTAGTATTTCTTTTACCTC TCAAAAAGTAGAAAAATGCTATGCTCGACTCACCCGAAAGTTCCCATAACACGGGTGGAG ACATGAGTAAGGTTGTCAGAAGAAAGCTTAGCCAATCCAAAATCTGCAACCTGAGAAACC AGAAACACTCTTGTAATTCCCAAGGTTATCATGATTATTAAGCAACGCTTCTAATAAAAG TGGAGATTTATGTTGAAAACCAACATCATAAGTTTCCTGACATGTGCAAAATACATAAAA ACAAATTCACGAGACAATAATGACCTACAATAATTTTACCTTAGCTTCAAAGTTGTCCTC AAGTAGAATGTTTGCAGCCTTTATATCACGGTGGATAATTTTAGGATGGCCTGTGTGTAG AAACAAGGTTGAGAAAGAGAAACAAAGAGTAAAAGAAAAGGGGAGCATTGTGAATAGAAA AAATTGTATACAATCTTCATGGAGGTAAGCTAATCCTTTGGCTGATCCCAATGCAATTTT AAGCCTTGTTCCCCAATCCATAACACGATGTCCCTTCCCTGCAAACAAATTTAGTTTTAA CTATTAGCATGGAGAGCATTTTCAACAGTTCCAACTCATATATATTGAAGAATTTTTATG TTATTACTTGGTGGATTTCCTCACTTGCAGTAAGACATAATTTGTCTTATCCTATAGGTT ACTAATCCCACTTTTTATGATAATTACCTGTAGTTATATTTAAGGCGACCTGATTGTGTA ATAATTCTTTATACTAGCTAGTGCATATAAACTCTTACGGAAGTATTTCAATAATGTATC ATAAAGGGAGTATTCAGTGACAGGGGAAGTACCATGAAGATGGAATTCCAAGGTTTTGTT AGGAACATACTCATAGACCAACATTCGTTGTCTATCAGCAATGCAATATCCAACAAGAGA AACAAGGTGGCGATGATGAACTCTGCTAATGATATCAACCTCTGCCTGAAATTCTCGTTC ACCTTGTCCACTGCCCGACTTCAAACTCTTGACAGCTACCACCGTTCCATCAACCAAAAC ACCTTTATGTACATAGCCAAAACCACCTTGGCCTAACAAATTGGCCTTAGAAAATCCAGA AGTTGCTCTAGCTAGCTCCTCATAAGTGAACTGACTCTTTGAGAACCCACCAAGACTCGG AGATGGCACAAGAGCTTGGCCATTAACAGCAAAGGTGCTATCATTACTTGTATAAACTGT GGTAGGAACCTTAATAATGTGTTCCATGGGCTTAGGACCTTTGTAGTATGGATCAGTACT ACCTGCACCTAAAAACAAAAATATACACTGTTACTAGGATAGTGAAACCTCCTACAGTTT TTGAGTTTCTCATTAAAACAACAAACCTGTGCTTAAATAATTACGACAGAAATTGGATAT GCATATAAGTTAAACCCTTATTTATACAAGAGAGTACTGATTATGCTTTTAAGCCACTAG ATAGTTCAAGTTTTCATCAATTTACAATATCAGGATAGGTAACATATATTCAAAAAGAAA CAAAGACACATAGGTTACAATTTTACGAACCTTTAGGTGGACGTCTAGAAGGACCAGGAG GAGGATTGGTATAGTAGTGTTCTTTCTTCTTCCTTCTCCAGTAAATTAAGCAAACAATGA TAGTGGCGAAAATCATCAATCCTGCCACTGCTATTCCAGTGACTACAAACATATCAGATG AACCTGAATTAGAGGAAGGCGAGCCATTGTTGTTTCCTGAAGAACCAGCTGCTGGTTTGC CTGAATGTTGTGCACCGTCTGGTTTTTCAAAAGGTGCTGATTTTTCTGAAGGTGGAGGAG GAGATAATTTTCCAGCAGATAATGAAGGTGATCCTGAGGAAACTGGTGGTGGAGGATTAA ATTTGGATGAGGTAGGAGGAGACGCCTCAGGAGCATTGAGTGACGTGGTAGTGGAATCTG ACGGAGGTGGTGGTGATTCAGAAGCTGAGGGTGGTGGTGATGACGGAGGAGAAGATTCCT TTGACGGTGGCGGAGAATTTACAGGTGGAGGAGATTCTGGGGGTGGGGAGGTAGGCGGAG CTGGTGGTGGGGGAGACGGGGAGGAATTAGAAGGAGAAGAGGAAGTAGTCTCATCTTTGT CGGACGAAGCAGTACTAGGAGGTGATTGCATATTTCAACAACGGTGAAATTTCCGGCAGC CCAGAAATTCAACCTCTCCCGTTAGCTGCTCGTCTCAACAAATCTTCAATGCTCCTATAT TTCCATGAAAAACGAAAAAAAAAATGTTATCTTTACAGATCCTACACAACATATAGTAAT AAAAATGATTCAATTTGGACATGAAAGAGAAGAAATTTACCTGAAAGATGTATGAGAACA GAGGGTTCTCAAAAGGGAGAGAGAGAAATCTTAGCATTGTGATGTTCAAAGAAAGCCTAC CCCTTTCCCCTCTCTCACCCTCAAACTGTTTGCCACCCTTCTCTCTTTCTCCCCCAATTT TATTTTATTTTGCTTTTTAACACAATGGGGAAAACATTAGTGGGGATATTACGTGGAATT AGTCGAGATGTCGAATTTTTTTAGTCAATGACAGAGCATTGCATTAGTAGGTACATACTC CAATTAAGTTGGACTGAGTTCATAAGTGTACTATTATGATTCCTGAATTCAAGACTTAAT TTCTTTATTTCCCATTTATTATTGAGAAGAAATGGAAGGAATGACTTACTTTGGTTATAT TTGCTTTATGAAGATTCGAAGAGTACGTAATTGTGAGAGCAAGCAAAGAGTAAACAATCA GCTCATCTTCTATCAGAAATAGGAGGAAGTTGATGCCTATTGAGAATATGTAATAGTTCC AAACTGTAAGTATTATCGTCAAAAGAGAACCTGACTATACAATTCCAACAGTTTGCACTT GTTTAGAACCAAAACTGAAAACTAGCAGCAAGAAAGTAAAATGACTGGAGGACAAAAACA AATCATACTACTAGCCCAAATGAAACAATCATCAAGGGCACTACTTCATATTCTCCAGAT CCTTGTAACATAACGAGGCAGCTTATGTAGGCTGAGAACCTCTCATCAGTATTCGTCCCA GACTCCACACTGTTCTGCTCCCTTGGGTTATTCTCCAGCATTGTGTACCATAACAAGGCT GTTTATGTAGGGTAAGAACCTCTTATCAGTATCCACTCGTCCCGGACTCTGCAGTGTCTC AACCTTCTGGTCCCTAAGGTGATAAAAGTATATTGTTGTGTCCGTGTGGATCACCACAGT ATCACTGACAGTACAAGGTAGTACCTCACAACACTTCTCATTGGGTATTCCAAGCACTTG AGTACGAGGCTTCTTGCTACCAAGATTTACACTGACACTGCGCTTCAGGCCCATGTCTAC ACCTCCATAGATGTCTATTATGAAAACACTTCCACAGTCATTATAAGCAGTAACATAGCA AACCTCATCTCCTATCTGCGTCAAGGCACCACGTTGTCCAGATTGAAGAACAGGTAAATG TAGAACTGCTGGAATCTCATTTTTCACATCGAATGCTAGCACTTCATTCGATGATGTATT CCTCCAGTAAGCCACCCCCTTCATATAATATCCTCCACCTGCAAGTCTTGTATTTTCCAG CTCTAGACAGTCTGAAGGAGAGCACCTCCATGAATCTGATTCAGAACAGTAAATCTCAAA GCATACAACTGGATTATCAAGAACAGGGACTGCAGCGACCACACGATAAAATGATTCAAT ATTGAACTGAGGATCAAATGCAAGAGCAACAGCAGGATCAGATCCGTGGTAATATTGAGG AGGAGGAAGCTTTTTCCAGTCTTTGGTTGCAGGATTGCAAACATAATAGCTGTCCTTCCC TTGACAAAGGAGCAACCCGCTGCTAGAACTTAGTACTTTAACCTTCACAGGCAAGAAACG AAGTGAAGGACTCGGGACTCCAATTGCAGAACGATGCAGAGACAAAAGTATAGGAGGATC ATCTACATTATCCAGTCTTTGATAAAAGTAGCCTGAAAGCTTCTGAAATGTTGAACTTTG ATTGTACGCAAGTAATGGACTAGCTATCCACTGATTCCATTCTTTGGAGACTGCCCGAAG CTTCATCAGTGATTTAGCGGGGAGGAAAGGCAGTATATGTCTCTTCGCTACATCTTTGAT CGTCATGTTCACTCTCATTATGATTTCGACAGGATATTTAGAACCATTGTTCCCTTCCTC CACCTTATAAGCAGCAGTTCTCAAGTCAAACTCTGCTAACTGCAATCCAAACCGAAAGAC TTGTTAAAAGTAGTACAGTAATCATTAGCAAGAGCGATATACTAACTATGCTGCAATATC ATACTAGTTAGGATGATCTATATTTGTATCCACTCCTCTTTTTAGGCTAGGCATGTTGTT CACTCAGAAAGACTCATTTAAAAAGTAAATATATTCATTAATGTAAGAAAAATGGGAAAA GGAACAATAGAAAAATCAGGACTAGAAAGCAAGATCTTATGAAGTAGCTTCCTAGCAAAA CAGGGAAGCAGAGATTGTCCATGACACCATGGCATTGTGAAAATAAAAGGATAGTGGATT AGTACATTTGGCCCAAACTAGCTTGGAATTGAGGTCATTGTTACAATTGTAACTTTAGGC AAACCGGAATAGGGCAGAACTGAGATCCAAGGACATTTATGAGGACTAACTTACACTACT TTAATACATCTGCCATCTGCCAATTTCGAAATGGACATCTTAGAAACCACCACTTAGAAA TAAAAAACATGAAAACGCAAAGTATAGAGTCATGTTCAGTATAAGTCATTTAAGACACAA AAAAAGGACATTAACGTTCAACAAGAAACTTCAAGTTCTGCTATTGAGATTTCAAGACCT TAACATCCCAAAGCAAGTAAAAAGTAACATTAGAAAGTTGGATAGAAGAGACGATGATAA AAAAAAAAGAACTGTTGAACAATTGAAACAAGAAACAAGAAAGCGAAATAAAAGGGAAGA AAACTATACCGAGTCAATCCCACCACCCTGAGGTTTAACAGCAACGTAAAACTCAGAGGA GTCAGAATACATGTCCTCCTCCAAAGATTCATCATTCAGCATGTCAATCCCAGAACATGC CATTTTTCTGCATAGACATTTAAAAATTACAGCGTCTATTACTTAACAAAAATAATAATA TGAAAATGAGAAAATCAAGAAATTCATCTCCGTATCACCTATCAGCAGAGCCCTTGATGA TAACTTGGGTTTCAAGAAATTTCACTGTACTGTAAATGAGAAAATCACGAAAAATATTAG TAACGAAAAAAAGAAGAAACAAGAAAACCCCAGATTGAATAGAGCACTAAATATAGCTAC ATTTATTTCCTCAAGAAAGCAAGAACATAAAACGATACATTCGAAGATGTAAAGGAAACA ACAACACTACCAAAAATTGGATCAAAAGAAAAACGAAAATGATCCTATCTTTTCATGACA AAATTGATCAGCAATTGTAAAACGGAGAAATTCAGTATTTTTTCTTATTTTTTTTTTAAA TAAATAAACAACAGCATGTGATGATCAGTACCGGTAAGCAACAGAAGAATTAAGAAGAAG AAGAACTCACAAAGTGCAATGCGCTAAAATTCTGGTGAGTAAAGTCGCCGGAAAACCAAG AAAGAATGGCAAAGAATCGCCGGAAAACCCTAACGACGACGCGACGAGGAAAAACGCGTA AAGAACGGAGAGTTCAAGACTGAAGTGAATGAGAGTTGTAGTTTGAGGAGGTGTGCATTC TCTGGCTTTAAGGAAATAAATTCACAGGCTTACCCGGTCATTTTTATTTTAATTAAATAA ATAAATAAACTTTAAAATATTTATTTAGGGAAAATATATTTGACATCTTTTTCGCATGAA TTACATGACCGGGTAAGTTCCTAATTAATGGGGATCAGTAAATTCATTTTTCACTTGAGT CAAAATGCACTAAAAAAACACTGAGAAAAAGTAGTTGGTTTTAAGAAATTACACTATCCA ATAAAATATTCACTTCCAATAAAAGAACACTGTCCAAAAAAAATTATTACTCTTATTTAA ATTTACTTCAATACTTTACTCAGTCTCTTTCGTTCAATTTTTTAATGTTTTATTATTATT TGTTCTTCCATTCTTCCTCCTTTTCAGGAGAAAAAAAATATAGATTAATTTAAAAAAAAT ATAATTAGTATTTTCTATTTTATTGATTCGTTAATATTTCTATAAAATAATAATATTTAC GATTGTAATAATTATACTTCATATTGAGGAATGAGGATAGAATTACTAGTTATCGTGAAA GTTTTAAAACGTTTAATTAAATTATATTTTTAAATTAAAAAATTTAGATCACAATAAGAA GAGTATTTTTAATAGGAAATGGTGTCTGAAGAATACTTCAATTTTGATCGAAATTGTTGT TACCATACCAAATTTTACGGAGGATCTTTTTCCCTTTGCACTATTTAATACTCCCTCCAT TCGGTATTGTTTGTCATGGTTTTTATTTTTAGAGTCAAATTATAAAAAAAAATTGACTAA TATTTTAATTTTCATCATATTAATATACAAAAAAATTGCAATTTATAGTATTTTTTCATA TAGTTTTAGAATATCTAATTTTTTTATTTAAAATATTGAATTAATATGATTCAATTTACC TTTGAAAATTAGTCAAATTGACTTTCGATAAGCGCAATAATTTCGAATGGTCCCTATCTC TCTGTAATTTACCCGCAAACGAAGAATTCAAAAAGAACTTGCAGCAGTTATTTGACGATC AACTGATCAAACAGTCTCTTAATCTGTATCAATGATTGACCTTCTGTACCTGTACCTTTT GATGCTAGAAGAGGATTGAGACAGTGTGACTCTATGTCCCCCTTTCTCTTTGTTTTAGTA ATGGAGTATAATTCATGATTATTGAAGAGCCTAATCACCAGTTCTAATTTTGAATTATAG CCTAGGTACTTAAAGATAAAACTTATTCAATTAGATTTTGTGGACGACTTATTAGTATTA GTATTATCATCTTAAAAGGGTGTCATAAGATATGTTCAATAATTTTCTCATGCTTTTGGT TTGACATTGTATAGTTATCTTGAATATTTTGGGCTTTACTAGAGGTGAGATGCCTTTTAG ATACTTAGGTGTGCTTCTGAGTTCTAAACGATTATCAATCACTCAATTTGGGATTATAGA ATATTATTATTTTATAGAGATATTATTTAATAGATAATTTAATATTTATTAATTTAATTA GTGTTTTGGCATTGAAAAAATTGTTTAGGAATGAAATTTCAAAGAATTTGAAAAAACCCT ATTGTGGAAACGTCATTCATGGAACTTAGGGTCATATACTAATAATCTAGATTATCGCAA TTTAAATGAATGATAGTAACATATTGGATGGGTGAAAAGATACATGTTGTAGATATCATT GGAGAAATAATATTGATGATAAAATTGAATATGATACAATACCTTTGGAACCAGTAAGGA AACACTTGCATCTAGAACACTTCAAAATTTTATGGTGCAATTAGAAAAATAACATCGAAT TTTTCGGAAGCAAGAAGAAAAGTAAAAGATGAGTTTGAACTAAACTTAAATTTTAACAAA AAAAAACATGATACAATCATATTTCACTAAATTTTCTTAGATAAATTTGTATTTTTAAAA AATTATTAATTTATAATTTTAATGAGATCATATATTTATATAGTAGTATTCTAAAAATGT ATTATGTGATTTTTCCGTGGACTTAAATTGGAATATAAAAAAATTATTAATTAAACGAGT ATTAATTTAGTAAAATTATTGATTAAAACAGAAAACAGAAAAACAAGAGAGCTTGGTATT TAAGATAAATATAATTAGTCCCCAATTCCCGAACCCTACAACATTACCTCTGTCTTTTTC CAGTTAAAACCCCTGCACTCCACTGCCGGCTGCCGCTTCTCGCCGTCAGTTGTCAGCGAT CAGGTTTGTTCTTGCCTTGTGTACTTTGTATATTATCTCGATCTACCAAAATTCATGGCC CAATTTTGTCACCCAAACTTTAGCTTCATTACTGACCCAAATTCTTGTCGATATCCGATG CCTCAACTGAAAAATATGGTAATTGATGGTATATATTTCACACTGAGTTTGAAAAATTGG ACTATCCTTAAGTTTGTTATTAGAATTTGATTACCAACATAGGTCGTCGAAATTGAGTGT TTCTTTAGGTTAATACTATGAAATTCTATTACGTTTATCTTCATTCTTAATCTACAAATT ATCTCTGTTTGTTTGGATTGGTTTTTTCTTACCATATGATATGTTACACTTTTTAAAATT ATAATTTAGTTAAAAACTATTTTGATTTTAAAACTCTTCAAAGTAAATCAATCCAAATAG GCTAACTTGCTTTTTGACGATTAATCATGTTTGGGTTGCATTAACTTTTGACTTGCAAAA GTTCTAACTTATGATTTTAGACTTTAGAAACACATCATATAAGTCAATTTAAACACGCTC GATGTTTGAAGTTTCCTTTTTGATTATACAATTCAAAACTTGAGTTTAATTCAGTTTCTA CTAGTTTAATATATTTTTTGATTAAATTTTAATATTGTAATACTTCTATAATTTTAAAAA TTAAAAGAGATATTAACATACATTAGTGTTTTAACATATTTATAAAAATAACTTAAATAC ACAAGTATAAGTCTAATTTTTCCTTTTTTTATATATTACATAATTTCCTTTTTTTTTAAA TTTTAATAGAAGTTTAGAGATATATAATCTTCTCTCTCCTATAACACACACTTCCCCAAT ATCATTCCTATTTTTTATCTACTAAAACACTCAATTTTCTGAATCACTTTTTAAATTTTG AATTATTACTTTTAATTAAACACGTTTCACAATATTTAATATGCAATTTTGAATTTCAAA ATTCAAAAATTGCAACAATTTCAAATACTCGTGATACATAGAAAGAAGTATAAAAAAGAC ATGCCCCGAAGCAATGTCGGCCAGACAATAATGGTTGCTGATGCTTTTCTCTTTTTTGGT GTATTTTAGCAACCTTTGATTTAGATGATTCCCCAATATCTTTGTTTGAATCCTTCCGAA CATTCATATGATCATGTAAAGATTTTTTTCTATTTTCATCGTCCGAATCATAAATTCTCC TATTCGTAAAAGGATACATTAATATAATGTAATAGAACGATGAACAAGAAGAAAAGAAGA AGAACGGATGATGGAGTAAGAAGAAGAACCAGAGACGGATGATGAGTAAGAAGAACCAGA GAACAATGGTAGTTTCAATTTTTAGAAATTTCAGATTTTTGAAATTCAAAATTGCATATT AAATATTGTGAAACGTGTTTAATTAAAAGTAATAATTCAAAATTTAAAAAGTGATTTAAA AGATTAAGTGCTTTAGTGGAGAAAAAATAGGCATGATATTGAAAAAACGTGTGTTATAGG AGAGAGAAGACTATGTATCTCTAAACTTCTATTAAAATTAAAAAAAAAAGAATTATGTAA TATTTAAAAAAAGAAGAAAAAATTAGAGAATACTAAACTTATAGTTGTGTATTTAAGTTA TTTTTCTTTACGATGATTTTTCTTAAATTAAAATCACAAAAATAAAATACCTGTCGTTGC TTAAATTGACTCGTCTCTTTTTTTCATTAATTATATCATGAGATCTGTTCCCAACTTCCA AGAAGAACAAATGAAATCTCAATGCTACATTAACAAGAGAAAAAAAAATGAAAATAGAAG TAAGGCGGATATAAATATATGTTGAAAAAAAACATAAATATGATCACTATGAATTGATGG TTTATCCAGTAATAAAATTTAAGTTTTTTTCCTCGTGCATTAATAACACAAGTTTGGTGC AAGGTGGGAGTGTGCTGGGAGGGGAAAAATTTTCAACACTTCAATTTCAAAAGTGTAGGT TAAAATTTTAAAATAACATGTTAATGTCCCCAATGCACGTCCTGGTGAGTTTTAAATTTT TCATTGGGAGTAGGTTCAACATGAGATATTCTGACAATAAAAATTTGTGTTACATGTTCA ACATGAGATCCATATAAGATAAAACGAAAAGCCTGATGTTCATAGCACAAAGAATACTAT ACAAATTTCTTCAGTACAAGTAACCATCTGAAAAGGAGATGTTTGTTTTCCTCATTAAGC TGATTGAATTTAGAGGGAGACTAGGCTGTTTACATATGGAAAGCATCGATCAAGAATTCC AACTTTACTGCTCAGAAATTTTGTTAGACGAGACTTGAAATCGTATGAGCACGTTCTTCT TCCACAAAGAACCACCATTATATCACTGTCAACATGTAAAACTGTGTGGTTCCTTGCTGC ACCATCCCCAACAATTTCACTGTCAAGAACAACAATCTCTTTCTCTGACCACATTTTGAT TTGGCTACCTATTTGCATTGTATTTGAGTGGGTATTAGCCAAAACGTTTAAGCTGATTAT ATCACCACTGACATCAACCTTACAGAGCTTTCCACTAAAAGTCCCCAAGAACCCACGAGT GCCATAGCTTTCAAGGAGCTGTGTCCTACCCTTTGTTAGATCAAAAGCAAGAATATTCTT ACTTGTCATCCAGTAAACAACGCCATTCACATGGATCCCTGATTTTGGAAATATTGTTCT ACTTCCAAAGCACATCTCCTCAGCAATTTTCCAACAACCCTCTCTTGAGTAATATATATC AAATTCAGTTGCCTTGTCAAAATCTGTCGATGGAAAAGCACATATAATTTTGTACTCTGC TACAAAGTTGAGCAATGATGGTTCAAATAAGAGCACAATTGCTGGATCTGATCCATGATA AGCATTTGATTTTGGTAGTTCCTTCCACTGCTTAGTAAAAGGATTACATATGTAGTAGAC CTTGTCCCCTTCACGACCTCGGCAACAAAGCAGTCCATTGGAGGAGGATTTGATGTCAAC GGGCTCAGGCAAGAAGTTAAGAAATGGATCTGGCACCCCACAAGAGTTTGCGTCAATGGG TATAAGGAAAGGAGAACCCCTGTTAAGCTGGGAAAAGATGCCTGATGTACTGTTACAAGA AAGTGACTGCTTGTGGGCAAAAAGTGGAGCCGAAATCTGGAGTCTCCAGTCCCTACAAAC AGCTTGGAATTTGACAGCTGATTTGGCAGGAAGGAAGGGAAGCGCATTCTCCTTGATGAT GTCCTCTAAATCCAGATAAATCCTATTACTTCGTGCAGCAAGGTCTGGTATTTTTCCACG ATCCATCACTGCAATCTAAATAATTGTCAAACAACAACACTAATCTAAATATAGAATTAT TTATTTGAAATACTCAATTTAGGACAACTGGAATCAAAAGTTCCATTTTTCTCCTCCCAA CATTATAATTGTTAAGTAGGCAGATGCAGAAACTTCCAAAACAAGATTTCATACCATGGA AGCAGAAATTTTCGGGTAACAACAAATGCTAAGATTGTAAATGGAGCTTGTTGATGACTA GGAGAATATTGCATTTTCAAGTTGGCCAGAAATATCTTTGAAACCATATTTTCCTAAGAC ATCACAATGAGGGTGAATATCACAGTAAAATATAATAGAGACTTTAATGTATTCAATTGG ACCACTAGGCGGTCATTACGTGAACATTAGTTATCAGTCACAACTTGGCATTTCCATATC TCATATTTCTTACTCAGCAATCACTAGACAGAGACCAAGACTATCTAAGGTAAATACCAA TAACAAAAAGTAGAAAGGAAAATCTAATTTCAGTAAGGATCCATCGTGTATTTGAAAAAA TACATAAGATTTTGATTCTAACCCATAAGAAGATGGAAAATTTTTGAATCATCAGCAGTA ATCATTCTGTCTGCCACATATAAGCATGGCTTAGATATCAAACTTTCATGTTACTTACAA GACAACAACCTACTGATTACTACAGGAGGAGCAGAACATTAAAGACTAATCAGGATCAAA TTTCACTGTATGTTCTAAAGAAAAAATATGGAATATGCCCAAAAACCACAAAATCTTGTT TAGAAGCCATAAGAAGGAAGGAAGAATGGATTATAGTCACTGATGATTAAGACAGTGCAA CAACAGTCTCCTTCTTGTTTTTTCAGTCTTCAGTTACTAAAGATAACCAAATGCCTCTAA CATCTTGAGGGTTCAGTTTTGACTTGCTTTAACTTGATGCATAACCAGTCCAAATTTGAC CAAATCTGCCCACCATTTTACACCTCTAAATTCAGTCAAGATTGTTGCTTTTTATTTTCT ATACAACAACAACACACCCAATGTAATGGGATCAGAGGAGGGTAGAAATTAAGACACACG AACCACTTACCCCCTACCTGGGGTAGGGAGAATATTTCCGATGGACCACTGGCTCAAAAA AGAAGTTATGATGCAAGAAAATAATTTTCTTGACATTCTTGAAGATCAAATGACGATAAT CTCTTCCAGCAATACTGGAAAGACGGTACTCTATATGAAATATATCTAAAAGTATACTTG ATGAACAACATAACATATCAACAAAACGGTCTCTCAAGAAAAAAACTTATAAACTAAATT GGCATAGAAATCTCAAAAAAAAAAGAAAAGAAAAAAGAAGAAGAGAACAGATTGCGAAAA CTAGAATATACAAAAAGCCTAATCTGAATATCACAGAAAAAGATAAGAACAATCCAAAAA ACTCTCAAATTATGGTGCGATCAAAGCGAAACATCCCAAATTATTATGAACTGTAAGCAC ACGCAAAACCCTAAATTGAATGATTTGGAAAATAAGAATCAATACCTGACTGAATCTTCT ATCAAGAGAGTAATTCAATAATTGTTGTTGAGCAAGAATAATGGATCCCGCTCATACTCA ACGCTCAACTCTTTTATACTGCGAGACTCGAATTAAAGACTCCTTCGAGTTCGTTTTTTT AAAAAAAAAACTTTTCTTTCTAAAATAAATAAAATAAAATATTAGAGTACAACAGAACAC ATGCTCTCTATTTTTAAGATATTGCATCCCTCAAAGTTTTAAAATTAAACACAATAAGTA CATGATTTAATGATAAAAGATACTTTCAATTTTTAAAATCAAATAGTTACACGCTTATTA TAATATAGAAATTATACAAAAGTAAAATAATTTAAACAGGCATGCATTCCCTGTTTATAT GACTGCTATTTTGAAATATCTAATGATATTCTTACTATAAATTAGGATTTATTTTTCAAT ATTTAGCTGACTAATATTTAATAAAAATGTTTTGATAAAATTACATTTATCAACGTAATT CCTGTATTAAATAAATAGTGAAAAATTATGTTGAACAAATAAAATATTCATTGATGTTTA ATTAAAGTCAGATGACTTTTAAGTTATAAAACACGAATTCTATCCTATAGTCAGGATTAT TTCTTAGAGATATGTAGAGTGGAAATGATGCTAGTGGCGAGATGACAATATCGAAGTGAA GTTGCGTAATTTTCCGTAAAAGAAAAATTCAGTCACTCTGGTAAAATGACGACTACTCCA CTTGGCATATATTTCATGGGAGCTTCCAAAGCAAAAGAATTAAGCTACTTAGGAGCTTTC AAAACAAATGAATTTAGTTTCTCACCTGCTACTCAATATGCCAAATAAAATTAGAAACCT AAGATCTTCTTTCTCCATTTTTATATCAACAAGGCATGAATAAAGCATATATATAAAGGC GAAAAGTTATCACCAGCGGCGCTCAGTACTCCACACCAGAGAGTGTTCCAAGCTATATGT GTTGGGAGAAGAAATAGGATATTAGTATCACTATCATTGTAACTGTGGCTTATTAAGAAA CTATTATGAGGAGGAGAAGGGAAATAAGACTTCATAGATGATTGAGGAAATGTCCATTTA AGCATCTGGTTGCTCAAAGCTCCACGAGAGTACTAACTGAAATTTATGCGAGGCCTTTTT GAATAAACTATTTCTCCCTCTTATAGGCCCCCCATCTTCTAACCAAAGTAATTGCTTATT ATCCAGCCACATATGGCTCCTCATTCTAACTTTACTTAATGAATCCTCTATCTACATGAT TATTATATGCAACCTTTTGTGGTAGTAGCGCTTGAACATTGCAAAAGAGCCAGGTGATAC AGCAGGCTGGAGATTCAGAACACTGAAGCTGAAGTTGCAGTTGACACAGGTGATAACAGA ACTGGCTGACATCAAAGAACTAGAAGCAGTTTTTGCTATTCGTGAAAAGGTGAGATTTAT ATTATAAATCAATCTCCATTTCTTCAGTAGCATTCTGACTCTTATCTGTAGCTGATTTAA CACCACCTTCAGCAGGAGCTTGAGGCTTCCAAAATGGTGGTGGCCAAGATAATTGAGTTG TATTAATATTATCTTTGCTGTCGGAGTCCTCCTTGCCTCTGATCTGAGGAGATATATCTA ATGAGTCGACTGGTTTAACTGGCTTGTCCCTCTCAGATGAAGTTCCCTCAACTATATCAA CTCTCGGTGTTGATGAACGGCCTGTAGCAATGGTAGCTGAAGGAAAAGCCTTCTCTGGTG GAACAACTGGTTTATAACTTGATGGTAGGAGATCATCCCAGTTCTCCAAAAGCTCCTTGT ACACCTTACGAAGAGTAACCTCAGTTAGTCCAGTCACCTTACATATTTCAGCCTGGGTCT TCCGCTTGTCCTCTAGTTGACATGCCAAATATATAGCAGCAGCAGAGATGCTAATTGGAT TCCTTCTAGTGCAAAAGCATTTATTGATGATTACTTCACCAATGTGAGTCGCCAGCTCCT GATGCAATGGTTGTGCAACATACAGTCAAAAGATTTAGTAAATACAGAGGAACGTAAGTA AACTAAACAATAACTTCTTGATGAAATTGAGTAAAAACATAGGACCAACATGACATGACT TATTCGCAGTCTCAAACAAATTGATTGGGAAATAGAGTTTTTATCGGCTATTGATTTTTT GTTAATGGCAATAGTATATACAATTATCTAAGTTAACTGATTACTAACTTCTGAATGAAC CAGTTAGGTACCTGAGCAGATTTATTCAGCTGAAGGAGTGTACAAAACCTTGGCATATGG ACTGATATAGAATTACTATTGATAGGTTGACTGAGTTGTAACGCTTCTCCAAGAATCTTT ATGTACTTCCCGATTTCCTTCTGAGGTAAATTGGCCGCAACTGATATTTCCTAGTTATCA ATTAATCCAAATTAGAAAAGCACAGAAAAATCAGAAAGTTCATGGAAGTTTTTTTATGAA ATGCATCTCAGACTACCACTCAGTTGCAAAAAATAAGCATCCAGTGGAAGAGGCGAAAAA AGCCAAATGTTCAGTTGACCTACAATTGGAAGAATGTCTGATTATTTCAAATTAAACATG GTATACAAATTACAATCAACAACCATTGACAAAGACACACTAGCATAATATAAAAAATGA CAAGTTAGCAATATTGAGACCCCTCTCTCTCTCTCTCTCTAGCTCACTTACTACAAGAAT GACAATTGACAATAGTAACACAATGGCAGTACTTCACATTCAATACATGAATGTTGCTTT CCACATTGTCATTGCTATTTTGAAGCACTGTTCTATTTCACGGAGTATATGTTTAAAATA GACCAAGAAACAAAATTCAAATTGTGAGCTTAAGGTTATTGACCATTTACTTGGGTTTAA GTGCAATCAAATGGGTAGTATCTCTAAACCACTTTAAAGTTAGCAGCAAATTTATTGTTG ATGGTCAATCCCAGGGCATATCATCGATGCAACTATACTGCAACTCCAGGTTCGGCACAC TAATAAAGGAAACAAGGAAAGGGAAGAGGAAAGAAGTACAAGAGTTCCCTCATAGAAAAA CACAGGAAAAGAACATTGGGTGGGGGACTGGGTGAGGGGGGGGGGGTGAGGAGGAAGAAG TTCCCTTACAGCCCACCAAAAGTTTCCTGTCTTTTCTCTTCTATTTCCCTCTTTGTTCTT TGTTTTTTCCCTTCCATGATTTTCTACATATAGGGTATCTTCCACTTAAGATAAGAAAGA GGAAAAGTAGTAAGTGAAAAAGAGAGGTTTGGAGAAGGCAAAAGGTTATCAACATTAGAA TAAACCCTAGGATGGAAATAAGCTTGAACAAGAGAACAAGAAAGGAAATAGCAATACGAA ACAAACTACAATCACAAAGGTTCAGCTGAATCAGTTGGTGCACTGAGAAAAACGAAGTTA CATAGCTGCAATTACCAGTGTTGTGAAAGGCGATTGCCTCGTCGCCAATGGCGAGAGGCG AGGCGACCCTTCATTGCTTTTTAGCTTTGTGGCGAGGCCATCTTCGACAGGCGACGCCAT TACGACAAAGGCGAGAGGCGAGAAAGGCGTCGCATTTTGTATTTTCGTTAAAAAAGGCGA CAAATTTAGGATTTTAAAAGCTAAAAGGTACATTTAGGGTTTTCGACTACACTCCTCCGA CGGCCAGCCAGACTTCTCTGGCAACTCCAAAGTCCAATCAATACATATTTCTTCTTTTCT TCTTCTTCCTCAGTTCTTTTCCTTGTTCTTCCTCAGATTTCAGAGTCACTTCTACCTCTG TTTTGACTTATATTCTTTTTTTTTCTCATTCAAGTTCTAGACTTTTAACATGTACTATCT ATTTTGAGTTTTTGAATTGAAATATTAGCTAATATGTTATTGCTATTGAGATTTTTGGCA TAGTATTTATGGCATCCATTTACCAATTTAACATACCTGGAGAGTTCTCGGCTCTTGGGC TTCCCTGATAGCGTGCACAAGAGCAGCAGTAGCAAGCGCTTCAACACTCCGATTCCTTAA GCAAGTTGCTGAAGAACAATCCCTGAAGAGCTGAAACGCGTGGTCCGAAATATCAGAATC CAGTCGCAGAATAGAAGCCACATCAATAATCTGCAAATAAGCCCGGAGATTTTCCACCAC GACAGAAGAAGAGGACGAACTGGAGGAAGTTGACGTCATTTCGAGGACCCGCTCGAGCTC TGCAAGGTGACCGGCGAATGAAATGGAGGATTGGGCAAATACTGGGTAGGGTTCGAGAGA CCAAGTAGAGAAAGTGGTGATGAAACCAGTGGGTTCAAATGGGTCTTCATCGTCGTTAGT GGCGGAGATGGGAAGAGTGGGGAGATCAGAAGTAGCCAGGCACAGAGGAGAATCTTGGGC ACGGGTATGAAAAAGATGGTGGGATTGGGTTAATCGCTCCTCCACTACCCGGCCGCAGGA TGTGCACTCGGTTATCGGTCTGCCACTGGTGCTGCTGGTACACCGCCCTTGCTCCGCCGA GCAGTACGGACACCGCATTTTTCTGATTTCAACTAGCTAGGCGTGGGGAATTGCAGTACT GCTCCTGCTGGACCCAATTATTTGTAGAACAGTTTTGGTAACCGGTGCTGTAATATTTAA AGTTTTGTAATCGAAAATGTGACTAATCATTACCATTAAATATGACTTATAAATTGTTAT TATCCGCTCAATTATAAATCACAAATACTAAGCATAATTTTTAAAAATCACAACTCAACA CAATATATAAATAATACTCAAAATTTGATTCATAATAACTTTTACATCAATAATAATATA AATAAACGTTTACATTTTCATTATAAATTTAATATCAAAGTCTCAATAATATAAGTTTTT GTGTTTTTTTATGTGAACAAATACAAGGCTATTTCCACTATTAATAGTAAAAATTATTTA TATTTTCATTTATTTAAATAACTAGATATCATTATTTTGTGATTCGATCTTAAAAGTACT TTTAAATTTGGAGAGGATTAAAGCAATCAAGTACTTCTATAACTTCTTAATGATTTGGCT AAATATATATTGCAATGATACTAATATATAAATAATAAAAGTTACTATATTGGTCAAAAG AATATTTATCAAAATAGTTAATTTTGAAATAATAATCTAATTTTAAATAAAGATGGAATG ATCATTAAATTGATAATTCTGCTTCACAACAATAACGGAGAATATAATAAAAATACAATT CAAATTAAGCAAAGTACAAATAAATACGTATAAAAAGGGAAAGGCAAAAGGAATTGCAAA TGGATTCCAAACAAAATATGTGAAAAACACAGAAAGCAAACATTATAAAATCATACTTTA TTTTAATTTATCAACCAACAATAATAAATATAATTCTAAATTCGTACTCATAAATATAAT TTATCGTTGTCATTATATATGACTTACACGTAATTATTATCAACACAATTAATAAGCATA AATCACAACTAGTAAATATGACTTTAAAATCCTAACTAAACACAACATAAAAAAAATACT TGAAAATTTTAGTTTATAAATATATTTTAAACCGTAAAATTAAGACCAACCCTAAAAAAA TGCATGGCATACTCTCTCACATATGTTAATCGAAAATTTAGTGTCTTCATTCATTATTAA TGATCTGATCTTTAAAATATTTTTAATTTTAAAAAATCGAAAAACAATCTACCATTTGAA AACATTCTAATAATAGACTAAATATAAATTTCTATATAATATTAATATATAAATACTTAC TATATTGGTCAATTGTTTTTATATTTATATCAAAATAAGTAAATTTTGAATATTACAAGT AAAAATTAGTGTGGCCATGAAAATAGATTATCCAGGAGAATCCCAGAATAGAGATGCAAT CAAATTCAAATAAACCAAACGTACATATAAAAGGGAAAAGGGAAAAGGCAAAAAGGAATT TTATTTGTTCAAAAAAGAGAAAGAAGGAATGAGGGATGACGATCTTCCCATATCAACGCC AACAGCACCTTCATCGTCGTTCACGACTTCGAAGAAGGAAACTTCCTATTTTGCCATTTT CGGTAGAGGTCGTTATAAGTTTTGGGCCTTTGCCGCTATCTCATTGTTAGCTTTGTGGTC TATGTTCACCGGAACTGTTACCCTCCGTTGGTCCGCCGGTAACCTCAACGCCATATCCGA TGACATCGACATTCCCCTCCCCGAAGATCTTGACGTTCTCGTCCGTACATTTCCCATTTT CAAACCTTTTGTTTTTTTAATTTATGTCGTCCTATTGGAAATGCTGGGGCTAGTTTGGAA TTGAGTGATTGGATTACGTACTTATTAATAAATTGATATTTTTCATTGGTTGATTTTCGG AAATTGTTATGAATTTTTGGCAGGAAATGGAAGAAAGGGAGAAGTTAGTGAAGCATATGT GGGATGTATACACAAACAGCCGTGGGATCAAATTGTTAAAGTTTTGGCAGGAAGCATTTG AGGCTGCCTATGAGGAGTTAGCCAGTGACGTCCCTGGAGTCCCAGAGGATGCCCTTTCTG AGATTGCTAAGATGTCTGTACGCTACATTCCTATTGAATCACCACCTCTTCATTCGTCGG TTAGCTCTCTCTTTCATTTTTGAATCCAATTCTCATGGCGATTTGGGTGTTTTTTAGACA AGCAATAAGCCTCGTAGCGCTCTTGTGATCTTTACCACTGTTAATTGATTGTTACAATGT GAATTGTCATTTTAACGGTGTGCTGATAGAAGCTTTAACAACAATAGCAACCATACTTCA AAGTCTCTGTTTGATTGGGGTTTACTATATAGATTTTTCATTTTTCGTTTTGACTCGATT TGTTCATGTTTCATTTCAATACTCTTATGATTTCTTTGTAAGACAAATTTGCAGCTCTCT AACCCTATTGTATTTATCTTACTTTTATACAAATCTCTAAATGTATATAGAAGATGTCCA GCATACTCCAGACTGTAAGTGTATCAACATTACCAAGTCTTAATCTCGACTAGTTGGCAT TGCTCAAATGATCTTTTGCTTTCATTGTGTTTTGCTCTTCACCAAGTCTAGCTAACTTTC TTCCATGTGATTTTAGGATTACCTCATTTCCTTTAAAATAACTTCAATCATTATTTGGTA ATGCTGACAGATCAGTGCACTTAAAGATCTACCTAAACTCTTTTATGAATCTTTTCTTTC AAGTGTCCTATTTTAATTCTTAGACTTACTTTTTCATGTATTGCACCATTCTCTTAGATT ACTAGGCTAGATCTCTGAATTGTGTGCATTTAGACATCACACCTGTTGAATCTCAACTTC ATTTGTGCTGGCAGAGTTTATGTAAAAAAAAATAACTAGAATTTGCTTGTATGTTCCCCT TGTCATCTTTAGTTTCGTTATTTTGGCGATACTATATACTTAGAATGTTGCAAATGCTTC ACTTGTCTATCATCACTCATAACAATGAATTTTAAGTAGTTTTTCCTTGAACTTTAAGGT ATATGGTAAGTCCAAGTCAAAGGAAACTGAAAAATGCAACATAATTTGGTCTATATTCTT TGCAATGCAACTTTTAGGTAGTTGCCATTTCTTAAACTTTTCACAATCCACTAACTTAAT CTGATGGTTGTGTGAGTTTATTATATTTAAGAAGATATCATAATGAACTGAAGCACATTG GGAAGTATACTTTTCTGCTCTTTGGCTCACAACTATCATAATGTCGACTTGGTCAGAAAT AATACACTGAGTAGACTGTTCTATTTGGTACTTCTTAGAAAAAACATAATTTGTTTCAGA TTAGGTAAGGTAGTATTTGACCTCTACACATTAAATATGAATTTAATACTGAAGTTAGCC ATTTTGACTAAAGCATCTCCCTGATTTATTTAATTCTAATCTCCTTGGATGCTAAATCAA ATTTACCCAATAAACTGGTATCTGCTGCAATTTCGTAAGTTGACTTTCCTGAGACAGTCG CTATTTCATATATATATATATATATACATGTACACGTAGAGATAGGGGTGGGCATTCGGT ATTTCGGTTCGGTTCGGGTTTTTTTTCGGTTTTTAGTTTTTGTAAATTGCGTACCGAATA CCGAACCGAAATATTTCGGTTCGGTTCGGTTTTTTAATGGGCCTGTTTAGTGGGCTTTTT AAAATTTTAAACTTAACAATTTTTTCAATTTTTTGTTTGATTTTTCAACTTAATGGACTT TGATATTTCAACTTAGGGTTTCTTATTTTTTTTAAAAAGATTATTTAATATTAATAATTA TTAAATATAATATAATTTATAAATTATAATATAATATTTCGGTTTAAACCGAAATACCGA ATTCCAAAGTAACATGTACCGAAAACCGAATCGAAATATCAAAAATACAAAAAATTAAAC CGAATACCGAACCGAAAACCGAAATACCGAAACCGAAATTCTGAAAAATTTCGATTCGGT TCGGTGTTTTGATTTTCCGGTTTTTATGCCCACCCCTACGTAGAGAGAGAAGTTCCAACT ATCCCTAACTGACGCTGGTAGGGAAATTTGGAAATTCTCTCCCACGTCACGCTAGATTAT GATTATGGGCTAAAATTCAACAGCTGATGTCACCAGCCCATAATGGAAGATTTTTCACTA TTAGTATTGTTATATTATTATTTCTAGTTTTTAAACTTGCACTACTCTTTTTCTTGTTCA TTGTTTGCTTCTGGGAAATGCTTTTCTTTTTGTAATGGTGGTGTCCGAGCAAGCTTATGT GTGTCTTGACTTTTCCACAGGGTACCTGCTACCTCCCACCAACATAGGTACCAGGTTGGC TTAGGCAAATGGGAAGCTGGGATTCATACATGATACCTCATTTTCTAATCCCACTTCGCT GACCATTAGGCAATACCCTTGAGTTCCACTTTGGTGCAATGTTAATGCTTACATTCTATT TGCTTCTTAATTTGAGATTTCATTGATTACATTTTATCATTAATGTGGCGATATTCTACA GCCGCAAGTTTACTAGTTTTATGTTCTGTGTTCCTTATGGTTGCTTCCTTCGACTATTTG AAACCATCTAATTGTGGTTTGTTGTGTGGACCCATTCATAGGGAGAAGTGTTCTCAGTAA CTAGATTCATGAGTTGTATTTTTAGATAACTTTGATATGAAAACTTATTTTTCTTTCTTC CTTGGCTAGAATTTACCTGCATGTTGACTGTACTTGGCTATTTTGCTATGTTGAACTTTA GCGATTTGCATATGGAAAAGTTTAAAAAAACAGTCCTCCCGTTCCATCTTGCTTATTGAA TCACATGATAGTGTAAATCATCTGTTGTTAACTTGTTATTTTCGATAATATTGGTGATAG GTCTACCATTTCTGTCTTTCACTTTTACCATCAACATGAGATGATCTTCTATAATTCGTT TGCTCCAGTCGAAAATTTCTCCTTGTTTACATTGACAAAATACAACTTCCTCGTTGGAGC TGATTGGACCTGATAATAACACAGTTCTCTTTTCGACTTTGATGTGCGTATTCTTGTGTT ATTTCTTTGTTTTCTCTGATGAAGCTTATGAAATTTCTTGTTGCTCCATATAAGAGTTGA AGAAAGTTCTCAGTATTTATATATGTATGTAATAAAGAGTTGAAGGGAAGTTCTCTTTGC CTCTTAGAGGGCAGTTTACATGAAATATGCAGTAACTTCCTATTAAGTACACTGTGATAA AATAGTAGCTTTTCTTTCTGCAACTTAATTGGTCAAGTTGGTTGGCGTGAAACACGATAG CCTAACAATATTGTGCCCAAGGTTGGCAGGTGATGGATAATAAGATGTTCCGTTTTTCCT TTCTATAGGCCAATAACTTTGGCTGGAAAAACAACATTCTTTATGGCTGGATCTCTCTCT TTAGCCTCTAACGTGCGCTGATTGTTGCTGCTATTTTGTGTTGTCTTTTGTTAAAAGTTA CAGTCAAAGATAACTTTCTTAATTCCACCCAGTTTGCTCTCCTAGATTCTTGTTATGTTG TGATTGTTCCTAATGTTAATGATGCGTTTTGATCCCATTTTAAACTATTTCAGGGAATTC GTGAATTAAGTCTAAGGCAAATGAAGAGGGAGCAAACAACTGCAACAGGGAGAAAGTTAT GACTTGGAGAATATCAATCCCCATTTGTGTGGTCACCGCTTTTCACACACATGAATGATA GATTTATCCCATCTGCTGTCTGGTTATTGTGAAATAGCATTTGTGAAAAGATTACACTGT CAGTTCATTGCATTTTTTGCTGTTAGGGAAAAACTAGTATCTATTTAGGATTTCATACTT GTAAATTTTTTCTCCTCTTATTTTTGAAAATCACAAGTTCGTGAAAACTCGAAAAACGTC ATGATTGGATTAATTCGTGCAAAAAAGACGATCTATATTTGTTGCTATTAGTTTTGCGCT GAAATACAGTTTTGATAATAGACATGTTTTGGGCTTGTATTTAAATTTACTGATGATACT CTTATCATATGTACATTGTGAACTTTGTGTTTTTTGTTGTACGGTTTTGAGAGAGAATTT GAGTATTCAGAAAGTAAAATCATCATATTTCCAAACTTTAACTTTTTGATTTGATTCTAC GTATATAACCGCTATGTCCTCGGTAAGTTCTTAAGTTCTCTTCATGAAGCAGCAACCCGC ATGTCCGTTCTTGATTTTTTAATTACATGTTTTAGGGGAAAAAAAGAAATAAGAAAAGTG ATTGATTGTTATGAAATACTAAGCGCTTCAATGTGGAAGAAAGAATTGTATTCGGACGTG TAAGAACAGCACAAAGCCACAAATGTTTTGTTGATAGTAACTGTGATCTTCAGAAGCTTA AAATATGTATATAGACGATGAGTTCAAATGTATGTGCTCTTAAAATACGTATTTTTTTGT ATATGTATACATAGACCGAGTGGAAAATTAGGGTTCAATTCAACGCACTGAGCTCGTCCT AGGTCCTAACTGGTATGAACTACTTCTTCCATTATTTAATTTTCCGAATGTAAGAAAGTT AAAGGTTAATATATGTAGAGGCAAAGAGTTGTTATCAGATAGAAACTTGACAAATTTCTC TAATATATACTGCTCAAATTAGTACAGTAGTTTTTTCTTTAAAGACTAGGAGAAAAAGCT TTCTGTTTGTGTATATACTGCAAAATTGTGTTGAGTATGCTTCAAGTATATAATTTCCAA ACATCCATTCTAGACTCGAGAACGTTCTTTATCGAAATCTGAAGGAGGCATGAAGAAATC AGTCGTCAATCTTCCAACATTAAAATCTACCTCTTCAATTTTCCATCTTTCCTCCAGCTG CCTCTTGTGGTTTGCAGAGTGCTCACCATATCTGAAAACTGTAACAAAAGTTTTGCCACT ATGTGCAACATTAACTCCTTCAACATGCTTATAGTCCTCCATAACAGATTCTGTGCTAGT CTCCCAGAAGACGCCCTCATCGTCCCTGCTGGTCTTTACTGTTAGCAGCCTGGAATCCTC AAACTTGATCATTAGACCTGATCTTTGGCTGAAGTATCCCCAGATTGTGTGATGAAGTAT TTCATAATTTGGACCACTTTGTGCCTCCAATGCTGCTTGGTTTGTGTCTAGTTTGAGAAT GAAACAGTCCTCTTCGTTTATTATCTTCTCTCCTATGCAGACTGCATTCGCAAACAAGTT TGATATAGATCGAGGATCTAGTCCCTACAACAATAGCATATCATCATTTAGCTACCAAAT ACAACGTTGATACTACACGTAATTGAGAAGTGATTTGAAAACTCAAATGACTGGAAGGCC AATTTTCCGTCCCTAGAGCAATGACCAGTCATTTGTATTTAGTGACCAGTCCGTGCAGAG TTGAGTTACTTGCTATGACAGTTTAAGCTTGTTTTACCTGCAGGAAGCGGCGGAGAGGTC TTGGAGGACCCTTGGAGATAGGCCTAATTTGATTAGAAGATTGTCTCCATGAGATTTTGC CATTACTACCAGAAATGACTTTACATCCGGAGATAAGTAACTCTAAGCACCAAAGGTCAG GATTCTTTTGCCAAAGCACAAAGCCTCCGTTTTCGTCACTTTTTCTCACCTTCACACTTT GATCACCTTGATGAAAATCAGATCCAGAAATTTTAACATGCCCAATTACACACATACTAT TCACTGCATTTAACGCTGGTTGTCCCCCTGTTGCTGCTATGTATTGTTGCAATATGTATT TCGCTGTAGACGCTTCCTGCACATCAATTTCAAAAATAATTAGTCGAGATATGTATCAGT AATTATAAATGCCAAAAACTTACAATGGAAGAATGTTTGACAGGACGATTAACGGATTGG CCCAATTGGATCTGGAAAGGGATAAGAGGAGATCCCACCATATAAAGTAGAAAACTAAGT TCATTATAACGAGCAGCAACAATAGGTGAAGACCATTTATCAGATGTTTGAGCTTTCATC CATGTTGCCATATTTTGCCATCTAAGTGCTGCATTACTTCCCATGCTTTTGAACATTTCA TCTGGAATTGGAACCTCCAGCACCGTCTCCAACCCATCTTCTTTATCAACATTTGGACAA AGTATCCTCATGTAAAAATTATTATTTAACTCAAGACGTATTTTACCTTATGCAAAATTT AAACTTACTACTTAATTTTAGCGTGAATTTAATTTCGAATATCAAACGAAAGAGAAAAGC ACAAGGCTGAGAGATAATGAAGGATTGTTATGCAAAAACAACATTCTATTCTATGCTTTT GTTTGCCTAAAACAAAGTAGTATTTGAGGTGGGCAAGTTTTTGCGGAGAGATTTTTATAA AAATATATTTCTAAATTAATTAAGGATTTAAGGTTCCCCATTCTTTTAGCAATCGTGCGG CCAACATTTTATCTAATTTTATTTTGTTTCGTATCGACTAAGGACCATTTAGAGCTTTAA AATTACAAGTGCAATAAAAAATTTTAACTTCACAAATAGGAGTGAAAATACATGATATTT TAGATTCTTTTGGCTCATATTTTGGAAAAGCTTATGCACAAACATTCATTTGTATTGTAT CAAAAATGGCTTTTACTAGATAAGTATATTTTTATTTATTTAAAATTTGTTTTTAAATTA AAAATCATATAAGCAAATATTAATTTAAAAATTAATGAAATAGATTTAGTGATTTATAAC TAAATTTGAATTTTGAATTTAAATTTAAAGTTAAGTGATTCTATGAAAGAAAAATTCATA TTTTATTAATTTTGTGTTAAAAATCAAAATTAAATGAATTTATGAGAAAAAAATTTATAA TCGAGTGACTTTAAAAATAAAAATTAAAATTGAAGGAGTCACATATAAAATATTATCTCA ATTTGTACTGTATCAAGAACAAAGTATTAAAGACTATTGGGAGAAGAAATATTATGTGTG AGATTATAAATTGAAAACACTTGAAACAATTGAATGTAAAGTAATGATAAAATATTTCTT CATTTTTTAAATTAGACAAGTACAATGTAACCTCACTAACAGGTGAGACTATGAAATATT ATAATTTTACAGAGAAACTATGTAATCGATAAACTTATACTTATTAATTTAAAAAAATGT TTTGAGATTTAATCTTGTGATGCTGTAAAAATAAAAACGTTCAAGATGTATTATCGCAAC ATATTTTATTGTATGATATTTTAGAGTGCTACAAAGTGCGACAAACGGATCCAAAAAATA TTGCTATCAATTTTGCAATCCTCGCTTGGACAACAAATGTTTAAAGAAAGAAATAATAGC AAATTATTTTCAACATTGCAAAAATTGTTGGGAAAAATAAATCTTAAAGAATTTGAATGA ACCCAGTTGAAATGTCATTCATGAACTTGACATAATGATTAATTATCTCAGTTACCATAA TAAAATCAACGTCAACAACTTGTCGGATTATCCGGATGAAAATGATACACGTTCAGAGGT TTAAAGCTTAATAGAAATTGAAGATATAAATGTTGATGATGAAACTGAAGATGATACAAT ACATTTGGAAGAAATGACGCATAAGAAAACACTTATAGCATCTAGAACTATTCACAATTT TATGATTCATTTAATAAAGACAACACATGAACTTTGAGATATAATAACAAAAATTAGAAA TGAACTTCGACTAGAACTAAATTTTTTTCACTTGATCACTTTTAATACATTTATAATACA ATTTTAATACATATCACAAAAAAATTATTTATTATTCACATAAAATACAAATTTTATTAA TGAATAATACATTTTTCACATATTTTATTACGTTGATTTATTACCAAACAAGCATAATAT ATTTTTAAAAATAATTACAAACACATATATATTACATACATAATTTCACTTTTAATATAT ATTGTAGGTTAACATAATGTTGCTATAAATGGTAATAAAGAAAAAGTATCGCTAAAATCA GTAATTTATTTTTTAAAATATATTAATTAATGTAATTTTTCCTTTATTTTTTACATAAAA TTTAAAGTTTGTATGAATATATCATTTTCTCAATAAATAAGTGTGCAAATAGAAAATTAT ATTTACATTTGCTATTATTAACGGGACAAACATAAAATTATTCAAACAACATTTTTAGCT TTGCTTTTAGTAGCGGAACAAAATGAAAGCACGTTTCATATTTTTCGTCTTCGTTCGAAT GCATATAGGAAGAATACACTGAATCCTATTAAACTTATCACTAAATTATATTTTGATATT TATCAATTGTAATTTGTTTTAATTGAACATTTAAACATATAATAAAATGTTTCATTAGAT ATTTTTGACTCATATTTTAAAAAAGTTTTTGCACGTTTTCACAAACGATTATAAATGAGC TATTGTGCATCATTATATTAGAAATTAAAATATTGAGCGCATGAAAATTAATTAAATGAC AAACTTATTTGCATAATGTATGCACTTCAAGAACAATTAGATGAGCTTTTTTCAGCATTT TAAATTGGATTTGTCTAATATTAACATTTTATCATATGTTCAGGCAGTGTCGGAGCCACA TGTAGTGAAACGGTGTCGATCGACAATCTTTCGTTGGAAAATTACATTATGTAGCTAGAA TAAAGATATTTTTTGTGTATATATATAGTACAACATATTGACACTCCTTGACTTCTACAC GATTTTATTTCTTTAGATTTTGACATCCTTTAAATAAAATTCTAGCTCCGTCACTGTGTT CCACAAAAATATGTCTTAGTTCGAATATCTAATTAAAATTTACTGACAAATTTAAGAAAT TATCAATGGTGAGAAAATGTTAATTGACTAATGGTGTTATATACAATTTGTGTTGCAAAA GGCTCTATTGTGTTCAACAATTTGTTGGTTAATAATTCACGCCTAGTATAAACTATAAAG CTAGAAGTACGAGGATAGTTTTTTGGATGTCCATGAAATGTAAGAAAGTTTGGCAAAAAG TCATACTCAGCAAGTGTCCTTTTATTTCAATTCCCATACTCTTACATAAATATGGACCAA CACGTAATAACCTACACATCACGTGACTTGATTTTAACTACTCATTTCTACTCTTCATAG TAACACATGCAATCCAACTGACTTGATTTATATTATTCATTTCACCGTAACAAAAATATC ATTAGTGATATTTAATTTTTAAGCAGTAATTGTCATTCTTTGTATATGTTCCTAAAGTTT TTAGCAATATTGGTTCTAATGACACTTAACTAATGTCGATCAAGACTTTAGCACTATTTA TTAGTGTCAACATTTAATGCCGTTAAAAATTATTTTTCTTTATAGCGTTTGTACTCTTTC TTTTTGGTTTGCAGAAGTAGTCCACTTCACCTAATTGACAAAAAATAATGTATTTAAATA TTACTAGTAGAAAGAAAAAGTTATTGGATTCTACTATACATCTTCATCCCTTTGTTTTAA TCTGTTTTCTATAAGGTAAAGTAAAGTAGATAAATTTGATATAACAGAGTAAATTTTTCT GAAAGTATGAAAAATATTACTAGAATGAGTGCATATATGAATTAAAATTCATGTAGTAAA CTCGTGCGCACCTTACTAGCGCAAGTACTTCACAACTGCTCATACTTGTGGTTTGTCGCC AGTAGTAATAGTGACTGAGCTACTCTTTGTCCAAAGAATGTTAATTGACACTCCTCCGTA TATAAAAAGTTTTTTTTTTAATTTTTTTTATTTACATATATTATTCTTATGTCTAATATT ATGTGATACTTTTTTTTTTTTAGTTTGTTCCAAAAAGAATATTACTTTATTATAATAGGA AATAACTTATCTTTTTAAATTTTCACTTTTATTAGGCCACAAGTTTCAAACAAATTCATT TTTTTCTTCTTAAGTTAAGTTAAACATTGCCACACATAAAATGGGTCGGGGAGTATATGT TTTATTTTTGTGATGTCTCCATATGCGTTTAGATAGGAAGGCATGATTATCATAAAAGTG TAGAAGATTGATAGGTCGCTGAGAATTGTAATATAGAGCATTGCATCAGTTGTAGACTCC TAAATATTATATTCATGTAGTGTTTGACTTTTGATATTTGATATCATTTTTGATTTGTTA TATTTAGGTGATTGCCCTTCTTCTTATTGTAACATGTTCCTGGCATACGTGCTCCGTGTT ACTTTGCTATTATTTGTCATATTTTTTTCTCTCCTATTATCAAGAATCTTTTGAAATAGA CTTAAATTTTCTTATAGATTCTATTCTTTACGAATCTACTTTATGATATTTTACTCATTA TGTAAGTGATAGTTATTCAAAGAGAAAACAGAGAAAAGAAAGGACAAGCCCATGGATGGA TGATTTTGTTTTCTTGGATTCCCTTATAATCTTTTGAGAGGCTTCTTATTTGAATTGGCT TTTCTTTAAGACATATCATTGAAAACACTTTTGTCCAAAGACAAAGATTAGTTCCTTTTC TTTCATTTCTCTCAAGTTCCCTATTATGCAAATGGTTTCATTATATCGAAGACAAAAATA TTCTTTTCTTTGCAAACTACTTTTTGTCATTAATGCATGTTTGTCTCACTATTTTTTTTT TTTTTTTGGGCAGAGTAACATCTATATTATTTCTTTATTGTGTTTGTTAGATCCTCATAT TATCACTTTGCCAAGTACAAAGGTTTTCCCTCATTTTTTAAGAAGTTTAAAAAAATATCA AACCAAACATATTCAGCATCGCAGCACCAATTTGAAAAAAACACACGGGGCTTAGTTGAT CCATGATTTATGTTTCATCTTTCGTTTCCTTTTCGTTTGTTTCGAGAAATCTATCGATCA ATATTGATTTTTTTCTTTTTCTCTTGATTCTTTTCCGATCGAGATATGTAGATCCTGTTC ATGGATTAACGAAAATGTGCAAAAGCTCTATTTGCCTCTGCCATTCTATGAGTCTCTTCC TTTTTGCGTATGGCATCGCCACTCCCTTTGACAGCATCCACTAATTCGGGTTTCAATTTG AAAGCCATATTTCGATCTGGACGTTTTTGGAATGCCGCTAATAACCAATGGCAAGTGCTT TTCGCAAGTCATTATTGAAATTTTCTCAAATTTTTTTTAAATTTTTTTAACTTTGTGGGT GTTTATTACCATTGAATAACTTCAAAATTGTATGATGTATACCTTATTTTTCACCCAATA TCACTTATACTAAAATATTTATAAATTACCCACTAATAGTCACTAATCACATATTAAAAT TAATATTTAATTATTTTTATTTGATTCCTTTGCTTCTTCTTTTTTTTGCTTTTTCTCTTT CTTCGGCTCAACCTCAATTATTTGTCGCCAAACTTGCTGTGGCTGGACAGAATTTCCCAG AATCGCTATTAATTATTTGTCAAAACTATTATTAATTAAATTATTTATGAAAATAATATT TTCAAATAATCAAAATCTAAATATTCAAAATATCATCAAGTCAAAATCTAACATGTAAAT CACCACAATCTCCAACTTCTTACTCTCAAATCAAATTTCCCATAATTTCTCTATTCTCAA ATTCTAAAAATGAATAAGGAAGACATAGATGCCAAAAAGATAAGCTAATGATGATAGTAA AGATGAGTAAAAAGATTTGAAAATTAAAAATTATTCCTAATAAAGTTATAAAAGATAATA AATATATGAATTTTTATATTTTTTCAAAGTAAGTCAAATTGAGAGTGTTATATTGGTCTG AAAAGCTGTATGAACAACCCTCATGCGCTATGTTTCGTGATAATACGAATAGTGTTAAAA TTAGTCATATATATATATATATATATATATATTATGAATTTAAATGGTTTTATGGGGATA ATACAATATTCATAAAATTTAAAATGTCTTTTTAAAAATTCTATACAACTTTAACAATGG ATTTATGTTTTTTCTTGTTCTTTTTAATGTTATAAAATATTTCGATTAATGTTTTCTAAT TATATATGAGCATGTCGTGGATCCATATATAAGAGGAGGGAAAGTGAGGATAAGAAAAAA AAGAATATTTTGGTGAGATTTTTGTATGTTATCACTATTCCACTTGTTGACTCGCAGGTA TATGAATGTGAGTGAATGATACAAATTTAAAATTTGTTAATATAAATTTAAATGATAGAA ATTTGTGTGGTTATAAATTATTTTATTATTAGTAAAGATATTTTAATTTTAATTCTTATT TAATATAGAAATATATTATATTTTTATTAGTTATGTATAAAAATAAATCATATAAATTGA GATAAAAAGAATGACTTATGAGTTGTATTGGCCTGACGCGTAATAATAGTGTTGCAACTG TTGGACTTCATCAAATTTTATCTATTACTAGCGCTAAAGTTAAATGTATAATTAGCGTTT GATCATAAATTTTAAAATGAATCATTTTAAAATAATTATATATTTATAAAATTTTATCTT ATTTAAAAATAGAATAAACAAATTATTTTTTAGAATTTACCCACAAAACTTTAAAATTTA TGGGTAAACCGAAAGGTAATGTCCTGGTGAAATGAATGAGAAGTATGTAGAAAGTCGGAA GTTGGAGATAAATATGGGAAAACATGGGAATCCAACAGAGTACGATTTTTTTCCCTGAAT AGTGCATACATTCACTTTATTAAATTCTATCGCCTGCTAGACGCCAACTAATTTCAGACC TTTGATTGAATTTTTTTCTATAGAGTTAATAAATGACACTGCAGCTTCCTGTTGCTCACT GACTAGCTACAACTTTAGCCCCAATCAACATTCTAATTCAATCTAACATCTTTAACACTA GTGCTAATTTGAAGTTTGTCGCATTGTCTTCTCCTCCCTGCGACACATTATCTTCTTCTT TCTTAATTTATATGAACGATGAAATTTAACTTGTTTTTATATTGTTTAACATAAAAATGT TAAAATTTGAATAATTTGTCTTAATTAGCGTGAAAGGAGAAATTAAACCGTTATGATTAA AACTAATTACATTAACTTTGAGTAATAAATCCACATTAAGAGACGCTGGGTCACGCTCTC TTCACCCCCTGACCCCAATATAAATAATTCTCACTTCACACTTTTTGTAAGAGGAAAAAA AAAAGCAGAGACAAAAAGAATGGGAAAAAGTTTGAAGCTTCGGTTCTCCAGAGTTATTGC TTCTTTCAATTCGTGCCGTTCGAAAAACCCTTCTTCTCTTCCCCAAAATCCTAATTTCTT CCCACATAAGCTCACTAGTACAAAACACATTTCCCCCGATTTCCCTCTTATTGATCAAAA TCAAAATCAAAATCACCGTAATTACGTGCCAGAATCCACGATGATCTCCGTTGGGTGTTG TAGATCAGAATTCAAGTGGGAGAAAGAAGAGAAGTTTCACGTGGTTTCTAGTTCCTTCGT GTCTGAAGAAGAAGAATGTGAAGAGGAGATCAATTTGGCCTTACGACCTCCTCTTACACC TCCGCGATTCAGTAGAATTGTTGTTGAGAAGAAGAAGAAGAAACAACAGCGAGTTAAAAA AACGAAAACAAAAAGTAGAATCATCCGAATGAGTACTTCCTCAGCTGATGAGTACAGCGG GATATTAAGCGGTACTAATACTGATTGGGATAATAATGAAGAGGAAACTGAATCTTTAGT TTCATCTTCCAGAAGCTGTTACGATTTCTCAAGCGATGACTCATCTACTGATTTCAACCC TCACTTAGAAACCATATGTGAGACCACTACAATGAGGCGTCGTCACAAGAGAAATGCCAA CACCAAGAGGAGATCAATCAAGCAATCCAGACCAAGTTTTTCCTCTTCAAAAGGTAAAAG TACTATTTGTGCGATCAAATCTTTTATATTTACAGATAATTTTACAGTCACATTAATAAG TATTGCTTTTCGCGTGTGGAATTTGGAGAGGACAGAGTAAACATAGATCTTATAGCTATT TTGTGGAGAGATTAATTTCAAAAGACACCCAATAACAATAACATATTCAATAAAATTCCA CTAACTAGAGTAGAAAAAGGATAGAGTTTACACGGAGCTTACCGTTCAAAAATTCTGGCT CAAAGCAAATGCATATCTTATTTAGAGATCAATAATTTTATTTTAAATATTTTTATCGTC TTTTTCTTTGGGAAATAGTGTATATGTAATTGTCGTACAAAAATATATGAAGCTTAATCA AAATTCATTACATTAATTAAAACGGAAAACTATTTAATTTATAATTATGTCTCAACATGC ATGCTTCCTTTGTTACTTGTTTATTATTGGGTCGAATATATGAAAATATATTTTGGAAAG ACTTTTGTTGCGCTAGTATTTAAAAAACTAGTACTGATTAATTATATTATGTTTGAACAG GTAGAAGATCGTCGGTTTCTACGTCATCAGATAGCGAGCTACCGGCAAGGTTATCGGTGT TTAAGAAGCTGATACCGTGTAGTGTGGATGGGAAAGTGAAGGAGAGTTTCGCGATAGTGA AGAAATCTCAGGACCCGTACTAAGATTTCAAGAGATCGATGATGGAAATGATTTTAGAGA AGGAAATGTTTGAGAAGAATGAGCTGGAACAGCTTTTACAATGTTTTCTGTCGTTGAACG GAAAGCATTATCATGGAGTGATAGTTGAGGCGTTCTCAGACATTTGGGAGACTTTGTTTT TAGGTAATAATGATAGAGTAAGGAGGATGTCAATTCATGATCCCACACCCACCTACTGTA GGTAGTAGTAGAAGAACCTCCTTTGATTAATCATGATTTAGTTGTTAATTAATAAATTTA ACTTTTCTTTTATGTGTTAATTGTGATTTAATTGGAGTACGATATTTCACTGTTTTTTGA TAGTGCTACTTATCATCATTTGGCTTTCTAAATTCTGAAAATACCGTAACGATTAGCACC TGAACTTGTTTTTTCAACTTAAAATTGATAGTGCAGACAACTAGCAAGAAAATTCAAAAT ATTAAGAAATAACAGACAAAATAAAGTTTGATTCAACGTCTAGAATATATACATAAAAAA TATCTTTCACTTTAACATAAAAGAGAGTTTAATGTTTTACTTGCTCATGGGACTTCTAAC TCCACCCTGGATAAATAAAAGGACAATGTAAAAATCAGTATAATAATAGCAAGTTAATAA TAACAAATTTTTTACATTAATAATTGTCAATCATGAATGCTTTTGTTTGCTTTTTTGACC AAGGGGTATGTATACCTCTTAGCAATGAGAAAAGAACAAGCCTACAACACGCCTATATCT ATGGAATGATATTATACCATTTGGTTTAAACTTTTTAATTTCTTCAAAATTTTGATACAT TTTAATCTACTTAAACTTTAACATCACATATTTTAAATAAGTATTTTTATTTTTAAAACT TCATATCAAATCAAAACAAACGAGATCATGTTAATGAACAGTATCGAACTTTAATATGTA GTGAGAATTGGAGACTGATTCGCTGGTTCTGACTGGTCAGGATTGATGGATGGAACATAG ATGTAACCCAACAAAGAAACTGCAAATTATAAATTCACAACGTCTTCCCCAAAATATGTA TAAATTTCCATCAACTTTAATAGATTCTTTCATGTTTAACAATTTTCCAGGATTCCCTCA ATCCTTGCATCTACCATATAGAAACAACAAGTCTATGCTAATATATATCTATATCTATAT ATATAAATAACCTAACTATGCAGTGTAATTTTATGATAAAAAAATATCAAATTAAAAAAA TACTTTATACGTGACTCCGCCACTATCTGCGACTCGTTATCATAATTTTTTACTATGAAT TTGCGTTCATTGCAATATGGTTTGACTAAAGTGGATTTGACGTGAAAGGAGTCATTGCGC GATATATATGACCACTGACTGATCCCTAATGTTACAGCAAAGCGACACCCATGAAACACG CATCCGAAATTTTACTTACTTTTATGATGCCACGTCTAGTCATTCAACTTGTTTTCTACA AATAATTGGTGTAAAATTACACTAATGTAGAATTAGCCAACAAAAAATTATTACTTAGTG GTAATCAGTTTAAGTTATACATAATCTTGATTTGTTATGTTATCAATAACAATATACCCA TATAGTTACCAGTGGAGTTTCGGGGAGGATAGAGTATATGTTAAATTTATTTTTGCCTTG TGAAATCAGAGAGATTATTTTCTAAAAGACTCTTAGATCAAAAGAGTCAAGTTAAAACAC TTAAAATAAAAGACAAACACGACAATAAAGATGACATGTCAACTAATAAGCGAACGTTAT CAACAAAATTCATATTGCAATTATAGACAAGACGGACCCACTTTGGGTTCAGAGGATTCA CCCGAACTCCCTCGGTAAACATGATATATATAAGGTAATTTTTTGTATTTCTATAGATGT ATATATTTTTAACCCCCTCAATAAATAGATAGCTCAGTGACAAGACCTCTGAATATTAAG CTAGATTTCCCTAGTTCGAATCCCTGTAATTAACATTTATTTATTTTCCTATTTTAGTTT CTGTTTATTTTTTTTTTAGAAAAAAAAATCAGTTATGTTTATCAAGTATTTTTAAGTTTT ATTTTTTATTTTAAAAACGTGTTAAAAGTGTGATTTTAAACTAAAAAACTTCAAGAGTCA TATTTCAAAAGACTTATTTATATGTTTATACTTTTATTTTTTGAACCCCTAAATAAAAAT TTTGAATCCGCAACTTATTATAGATATCGTTTACGAGGAAATACTTTTATTTGGGTACAT ATGTATATGTTCCTTCTCACTAGAATTGTGGAAAGGCATCTCGAGAAATGGTAGATGCCA AAACAACCCACATTCAATCAAGTCAACATGGGTTGAAAAAGAGAAATATGATAATAGTTA GAATTTTAAGAATTATTTGATTTATTTTTATCGTGATATATAATTTTTGAAGTTTGAAAT ATAATCTTTAAAGTTTTGAAAATAACTTTCATATTGAGGAGGGATTATTATTTTCAGGTG CTCTAACGAAAAAGTTGATTTTTTTACACAATAATTAAACCCCTTTATTATATACCAGAC AAAAAAGAGAGGCCTCTAGATTAACAACAGAATGATCAGCCGTTTGCCATTGCTGTCTAT CTAAAATATTACTCTTTTTAATTGTTGTTTTATGTTTTTTTAAATTTAAGTTGATTAATC TTTAAAATTAAATAAAATTATATTAAAGCGAAATTGCTACTAGAAGGGAAAATCTCTTTA GAGAAGGAAAGTCCTAATGAAAGCTGAAAGGTAAGTCAATTCTTTTAGAAATCCATAAAG TCTTCGGTAGGATTGGCATCATCCCCCCTCAAGGCACGATTCCGAGAAAGAATCTCTTGA AAGAGAAAAAAACATTCATGTTTTCTCTCCCTGATTTGCAGGTCTCTGTTCTCGAAACAG AGTAACCTGCAATACTCTTTCTGAGAGCCAGAATTGTGAAGGGTGCTTTTTACTTCTTCC CAGTAGGCTCCTTTTGCTTTTTCAAGCAGAAATACGCTATTTTCGATGAAAGTCAGGATG AAACCTGCTTTCATTCAAAACCAACTCACTCTAAGGAAAGGAGAGCTTTGCGAAAGTTTA AAAAGGAATTGAGTGAGCTCTCGCCTAAGAGAAGAGTTTAATAAAGCGGAGAGGGATTTT CCGACAACAAAAAAGCTTTTCTCCTACGATATTTCTTTAAGAAAAGATATTTAAAAATTG TATAAAAAATACTTTAAATTGTTAATTTTTGCATAATTGAATAAAAAATACATTATAAAA TATTAGACTTTTCAATTATAATTTTTTAAAAAAATAAAAAATATCCTTCATCCAATTATT ATATTAAAAATATTGTTTCATAAACCTGTTTAATCTGTTGAGTCTTTAAAAAGTAGTTTT AAGTTAATTGGTAATTGTAAATTAATTTGGATGTAGTTAGATGTGGACCAATAAAAATAA TACTATATATTTAATTTTAAGAAATTATGTATGTCATTTCATCTTCTATTAAAAGGAAGG TTAAGTTTACACTCAAGTTTATCCTTGAAGGTATTTTTGATCTAAATAAGTGGACAGAAA AGCACTTCTAGTCCAATAGTTGGATAATGGTTTTTTTTTTTTTACCTTTTCCAATAGGTC AAGGACAATTTTAACCCCTTTTTTTAAAAAAATATAACTCGTTAGGCTTTAAAAGCCTTA CAAGAAAAAAAATTTAATATCAAATTTTTCACGTGTAAAAAGAAAATAAATAAGAATGAC ATTCTACTATTATAAAAATGTGGATAATGTAGCCGTATCAATATATTAGTTTTTGGTCTT TAAAATTCAAATTGAGGGCATTTTTTACTTTCATATACTATAGCAAACGTATTTCGACAG TAAAACATCATACATTCATCTTATCTCATATGCATCTCCTCATACCAACTTCAAAGCTAT TGTTCTCTCTTCAAAAAAATAACATCAAACAAAGATAATAGACCGTTTAAAGCTTCAATT CTTAATTCTTAATTGTTATAAATTTTTTATAAGGTATTGTTTAATTTTATTTTACTTTCT TATTTCTTTGAATTTGTTGTTTCTGATCCTAATATTAATGGATCATTGCATTTAATTTTT TCACAATTGCATTTGTGTAATTTTTCTTCAATTCACTCCATAACTTTAAATTTTAGATGA AACAAAAAATAATTTTATCTCCATTTAATTTGATTTGCATGAGTTGATTGTTCTTATATG TGGAGCTCAATTTTGATATCTTTCACAAAGAAGAAGTCTAATATAAGCTCTTATAGGACG CATGTTATTGTTGTTTTCTTAGATTATTGTATTGAGATTGTTGTTTCACCTTTATGGTTA GTTGTTCCTTCAAATTATTGGAGCCTAAGTTGTTTCGATAATAAAATATAATTAAATTAA GAAACTACAAATTGCAAAGAAAAGATTTACATATGAAGCTTTTAGAATAACATTATCGAT TGGATATGGCGGAAAAAGGAATCATGGATCTTACAAACAAATAACAGAAGGTCATAAAAC CTCATTAGATTGTTATTTGAGGATATTCGTGCTAGAGAGTTAGTGAAATCAACATTGTTG AAAATGATTTTAGTGGTTGTTCAGCAATATTCCATTGTTATATTTGAAAGATGTAGTTTT GTTTTTTTAAACTTTTTTAAGTATTTGAAAGTTCTTTCATTTAAAAGTGAAATATGTTGT TTAAAAACTAATACAGTTATATTTAGCTATGAATATAAATTGATGTTATTTTTTACTCTT TGTGAAACTTCTTTCTCATTTTGTGGAAAATGAAACAATGGTGTTGCTATGACATTATTT AGATGCACATCATTCAATTTTATTTTTTTAAAAGTCAATTTCAAATAACAAAAATGATAA AAATATAATAGCAATAAGCTAGATTAATATAATATATAAGACTAATTTATGAATGAAATA CATAACAACTAATAAGATAAATATTAAGTCCATGCACACATGACCAAAATTATCTAATTT CCTTAATAAGTGCTACCAATGTGGTAACTAACTCAGTCTATAGACCAGCTTTTCATGTCA TCTCCAATTAAATTAATTATTTGTCAAATAAAAAAATTATTTATTAGAAAGCAGTTAATT AAATAGTTATGACAATTAATAGCTAAGGAGGATGTGTAGATGGTCGCGAATCATGATATT TGGAAACATACACCTCTACAAACTAAAAATTATAATATATATATATATATATATTAAATT ATTTTTTTAATTTTTTATCTTAAATATATTAAGGAAAAGTTGAATTTAAAAATGACAAAA AGGAAAAACATTATTTAATGTTATCGAAACGAACTAAAACAAACTTTTTTTGACATAAAA GAAGAGCTAGCTAGCATAAGACAAAAAGATTTCTAGGGAGTACTACAGCAAGCAAATTTA AAATTTTTTTATTACATAAACTGGAAGTGACAGGATAAACTGTAAATATACTTTTTTCGT ATGCAATGAAATGTAATATCTGAGATCTCTCTGTTAACTTGTATAAATATTTTAACGCGT GCCTGAGTCCCTGACCTAGGCCGGATAGAGTTTTCATCATGGATTGGTCGAACTCGATAT GAAGTTTTAATCAAATTATTATTTGTTGCTGGGTAGTTAGATATCTACGTATTATTTTAT GTCATAATTTGTTAAAATGAGTTTAGTTATTCTAGTATTGTTTATATCAACTTCTATTTT GCATAAACTTATATACTATAGATTAATGGGTTTCTATATTCCAAATTAAACATAATAGTA ATTTTATACATGAATAATTTATCTCCCAATCAATTACTAGACATGATACACTTTCATTCC ATTTTTAATTGTCATATTCGTTTTTACGAAGTCAATTTGACTAATATTTAAAGTAAAATA AGGTTAAATTAATTCGATATTTTAAATTAAAAATTTAAATATTTTAAAACTATATGAAAA GTCTTATAAATAACAATTTTCTTTTCATAAACGTTAATCAAAGTTTTATAGTAACTTTAA GAAAAAACATTAAAATAAACGGAGGGAGCATTATATATATTATATTTAGTACATGCATAA CTCACCTTTCCAGAACTCAAAAATTTTATTAAGATAAAAGGAAAAAAGATTTTATCTAGA AAATTTATCGAGAATTTGTCTAGACTGAGATTTTTTCTATATAATTTTACTTTTTTAAAA TATTACCCTTTTTAGATTTAATACCTTTTTACTTTAAGGGAAAAAGACTCAAATTGAACT AATTTTTTTATTAAAAAATTGATGATGTGGCGAATTATAATTGGTCATGTATCAAAAATT GTTTTGCAAAACCTCTATTATAAAACAATGGTATGAATGAGTTTTTTCTTGAATGGTAAT GGCATAGATGAGCCAAACTTTTAACAATGAACCTTTTCTGAAAGTTTGTTGACATATTTA AGTCTTTTCCCTATACTAAAAAATGGAAGAAAAAAAAAATCAGTTTATGCCATTACCATT CAATTCCGAATCGATCTACTTGCCCATGCGAGCAGCAAAAGTGGTGTAGAATTTAGATTA AAAATACGTTAGCTGCATGAATATGGGATAAAGGCACCACCTTTTTCATGATTACTATAA ATTCTTCGACCTTTGGGCTCTGAACAATTCAAGTTTCCTCAATTGTTGATAAATACACTG ATACAAGGCATCAGAGATTTTTTTTCAAACCTTTAATCAAGAAAGTAGGCCTAAAACGGA GGGGCAACTTGTTAAATGAAGCATAACTTTTTTTATTTTACAGTTAGTGGTTTTCATATT CCATCAATTCATATTACTGCTGCTACCTACTTATACTTTACTATTGATTGTGCAAATCCA AAATCTTTGCTTTATGCATCGTGATCAGAGTTGGAGATCAATAAAGTGCAACTTCACAGT TCTCTTCTTTATACTATTCAAAACCCAAGAGGGATGTCAAGGGGGAAAAACCTTTTAAAC GATTAAACAAATGTTTTCTAAGAGATTGTTTGATCTGACACAAAATTTTAAAAAATATGA AAAGACTTTGCATTATGTGAGATTGTTTAACTGAATATAAAATTTTAAGAATATGAAAAA ACTTTGCAGCAAATCAAAAATGAATTTTCAAATAGACGAGTATACATTTTGTAAATTTTA GCCAAATAAATGAGATTCAACATCATTAAAATGTCGATAGCGTTACTAAATATTTGTCAA ATTAAAAAATGTGTTTTTAAAGATCCGATTAAAAAGAAAAGTGCGCGAGGGAAGTATATT TTACCTTGAAAGTTGGTAAGTATTTGCCGTCTGCCGATTTCGGTTAGTACAAGAAGATTT GGGGTAATATAGCTATAATAGTTCAAAAAGAAGTTTTTTTCGTAGTTTGTATGGAGATCT CCGTATTGATTTACTATAATATATATTTTTTTTCCAAAATTGGTAAGTATTTTGGAATAT ATTATTTTGGGATTTTTGAAAATAATCAAGAAAGATTGGTAAAAGGCTGTAATATATTTT CTTTTAGAAAAAACATATTCAGATGTGTTCTGAATTTACCCAAAGCAACAAACTGAAAAA GGATCGAATTAAACGAGAAAAGCCATTAAGGCCCTTGGTTTTGTCAAACCATTCTTGGAT ACATTTGGTAACTTTGTACCTAGTAATGCTCGAATCCAAAACCTACTATCTACCGTACCA AACAAACTCTCAAGTTTTTTACATGGACGTTGGTTTGCGGACATGAAAAGCTAAAAAAGA AATCCACTAAAACCATGGAAGAAGGGCCCTTCGAGAGGAAAAGGTGACCCTCAGAACGCG TTTAACGCAAGGCCAAAATCAAAGAGCCAAAGACGTGAAGTTGGCTGTGGTTAGGATCTT TTGCTACAGCAGAAGAAGTTGCTGTCTTACCTTAATTTACCCCATATGAGAGCTAATTTC AATCCATTGAACAGATCACACAAGTTCTAATGGTTCACTTCCAGCAACAACTTTGTTTCA TCAGTATTCCCTAATAGCACTGGCTGGCTAAACTTAAAAGTGCTCAAGCCTAATGTTCAC CAAAGACTTCAACAACTCAAGGGAAAAGAGGAATACAAAACAAAACCAAACAAACGCCAC TTAACAATTCCACATGTGGAGGAGAAAAAGGAAGTCAAATTCTCGTCATGATCAAGAGAA GCCTCAGATTGATCTTAATGGATTTCTTCAACAGATTTGAATACTGAAAAGAGATGATCA ACAGCCTCATAGAGGTCATGATTGTAAATCAGTTGTTTCAGAGTGTGGAGTTTTACTGAA AGATGACAATGTTTCTTTGCTGATACAACAAGTTACAGATAAGACGCACTAGGTGCAATA ACGGGTACAGAAGATCACATCACGAGGCAGCAGCAGAGGCTAGTAGATTTGTAGATGCTT ACAATGTAAATGATGTGCTTATATTTCCCTCTTCACTATGGAACTTCTGAAAATACTGAA CTATTTTAATAGGTCTAATACGACTAGATTTATGGTAGCTGCTTGTATGCACCATCTTAC TAGAATCAAAATCATCACCAACTAGAGGGGAAACCTTTTAAACCACTCCTGGGTAATCAA TCCCCTGTTCTTTAGGGGTGGGAGGATATTTGCTGATGTTAGCAGACTTGGACAAGCTAA ACGGAAACCTTGATCATTGGCATTCTTAACTGACTTTTCCTTGGGAGGTCTAACAAAATT TCTAGCTTTAAAGACAACAGAGACATAATTTTTACATTAAGCAATAACATCAAAATGATA ATTCATGATGTTACTACAAGCTTAGTCTAAGGTTTACCAACAATTTGAAGAATATGACTC TGGCAATATGATGATAAAAATCTAAAATCACTTGTAGATAAGGGCATCACGACCAGGTCC TATACCAATGTAATGGATAGGTACCCCAACAAGCTCCTCTATCCTTTCTACATACTCGCG TGCAGCCTTAGGCAAGTCAGAATACTTCCTGATGGAAGAAATATCACTCTTCCACCCAGG CAAAACTTCATACTCCACCTGATGTAGATGATAAATAATAGAAGTCAAAATACAGGAAAG TACAAAATGGTATTAAGACACACAACAGGAGGGAAAAAGATTCAATATGCATAATGAAGG TCTCCAGATATGAACAAAAAATAGGAAAAAATCAAGATACATGGGAGAAAACGACAGACT GAAAGAACAAAGAAGTACCAAAAAAATCAGAAAACTTAGTTTTTTTCATCTCTCAATAAC AGGGTAAAGGAAATCAAACAAAAGTTAACTCCTCACAAATGAAACTTCAATGATCTATGC TTTTCAGTGACACAATGTGTTAATACAGCTCAATTTCCCCATGAAGTTGAAACTAATAAT CTGGATTTCCAAACACCACAATATCATGCAAAAGGATGTTGAAAGAAGAAAGAAAGATAA AAGAAACTTACCTTTATTTGCTCAAGAAGACGAAGATCAGAGGGAAAAGAATGTAATGCT GAGCCATCAGGATGCCTGTAAGTAACACCCAATTGAATTTCTGGTAGATCTGACAGCACG TCTAGTTTTGTAAGGTTAAGAGAAGCAAATCCATTTATTTGACAGCAGAATTTCAGCGCA ACTATGTCTAGCCAACCACAACGACGCGGACGTCCAGTGGTTGTGCCAAACTCCTGCCCA GCAAAACGAAGAAGGTCACCACCTTTGCCCATGATTTCTGTTGGAAAAGGACCAGAACCA ACTCTTGTGGTATATGCCTTAACCTGCAGGGAAACATCAGTTAAAAATGTTTACTGCTCT ACACTAAATGCAAAATGAAAGACCATGCTGTGAATCGGTTCCAAAGAGCTAGTTGATATG AAGATCATATTCTTTCGCAAAGAGCTGGGTACATTTCATGTTAAACCGATTGACGATGAT ATATGTACTGCAATATGTTTTTGGAAAGATAATACTAGCTTTATTCCCATAATATTAGCT AGACTATCAGATAAAATTGAACGTCATGAGAATTCTTCATTCTTCAGTGCAAGGGAAAAG CTCCCTTAAGAAAATAAATCAAGTTTGCTTACCACACCAACAAGATCACCAACAACTTTG GGAGCAATGCCAAGACCTGTGCAGATTCCACCAGCCGATGGACTGGATGAAGTCACAAAA GGGTATGTTCCAAAATCTATATCCAACATTGTTGCCTGACCACCTTCCACCAAAATCTTC TTTTTCTGAGATATAGCATCATTCATGAAGTGCACGGTATCTGTAACGAAGGGTTCCAAC CTCTCAGCAAATTTCTTGTAGCGTTCCACTTCTTCCCTGAGCATGTCAGGACCATACTTA AAGCCTGGGAATCTTGCAGCGGCATCTGATAATAAAAGATCAAGCTTTTGGGGGAATGTG TCCATATGCCTTAAATCACTTACTCTTAAGCCATTTCTAATAACCTTGCTTGAATAGCAT GGCCCAATGCCTCTCTTGGTGGTTCCAATAAAGGATTTAGCTAGCTCAGCTTCTCTAAGC CCATCTATTTCTTGGTGAAAATCAAATAACAAGTGTGCACGATCAGATACCAAGATCCTT CCTTGGCAAGAAACTCCATTAGCTTCAAGACCATCAATTTCTTTAAAAAGTCCCGGTAGA TGCACCACAACTCCATTACCAATAACACACAGAGTTTCCTCGTTGAGAATCCCAGAAGGG ACAAGGTGCAGAGCAAACTTCTTCCCCTCAGAATTGTATATAGTATGCCCAGCATTGGCT CCACCCTGACAGCAAGAAACGTTATTGAAAAGCTTAGCTATCATAGCTAACAAGTTTATC TCTCAGGCAATATAAGTAAAATGGAATGACAGGATAGCAAAAAAATATTAAGTTTAAAAC AAATTGGTAATAAGTAATACGTATGAAACATTAAAAAAAAAATATTTGATATAAACATTG ATAATTTCATAATATAGAATTTGAAACAGTTCTCTACAGAACTATGAAACCAAGGTTCCA CTAGGCATCTTTAGGAGGCCTCCTTTACCCTAATTCACCCACTTACTGCAACCAAGCATA TCTCACAGAATTTCCACATAACAAAGCAAATACTGTTCTTGATATGGCCTAAAATTTACT CCAAGATGTTAGCTTTGCAGTATGAGTGTTATTTAAGCGGTTAAAGCAAGTTATTACTCA CCTTTACAAGGTTAAGATATCATGCATATCAAATTGTTTATGAACATAAACTCATATAAA TATACCTGACAACGAGCAACAATGTCGAAATGTTTAGCCAGTATATCAACGAGCTTTCCC TTTCCTTCATCGCCCCATTGGCAACCCAACACGCCGGATACCTGACTGAGTGACTCAATT CGTCTCAGTCCTGACTCATTAACCCCCTGATGGTCCACTACCGAGGCAAGAGGCTTTGTC GAACAAACGACAATTGAAGCAGTCTTCTTCCTCTGCTGGAACTGATTGAACCTATAACTA TAGGTCCCATTGCAACCGAGGATCCCATTCCGGTGAGTCGCCGTTGCCGTAGTGATTGGA TTGGAATCGAGTCTTAGAGTTGAGATGTTCATGGTAATGGTAGTGCCGCGGCGGCGTGCG GTTGCGCTGTGCACGCTATAAACGGAGATATGCAAGAGAGAGGAATAAGAAATGTTATTT TTTCAGGGTTTAGGTCCAATTCATTACGTGCGGCAAATATTATACGTATTCATATCTTCT CGTTTCTCTCTTTGTTTCCTTTTTCTAGTTTTATTGAACAACTTTATTATCCTTGTTAGA AAATAAATTAAGATATTTATTATTTAAAAAATAAAAATATAATTGAATATAATAAGTATT GACTAATTATTAGTGTAGAAAATCTAACTGAATAACAGTAAAAACACACTCATATTTTAA CATTGGTGATTTGAAATAACTCTTTATTTTTTAAAAAAGGATATTGATGACAAATAAATT AATCCCGTTAAAGTACTCTTTAAATGACATTTACTTTAGGTACATCCACAAAATTTAGAA TTGTTTTTAACTTTTTAAACCCTTATCAAGTGAAAACAAATAAACAACAAAGGAGAGTAT ATAATTTGATTATTAATAGTAATAATAATAAAAAAGGCAGAATCAGTGTTTGGGCCATTT GTGGCTTGATGTGCATGACGTTGAATGAGTACTTGGATCAAGTTTTTGCGCGAATTTTCC TTAAAATTGATCTGTGTTAAATTTGTCTTTGTTGTTCGTTTAATGAGAACGCATGGAATC AAAGTCAATCGGACTAAATTCACTCGGCGTATAACTTGATGCAGTGACACTACATCAAGT TCTCCTTATTTGTTGGCGCTACATATTACTCGCCAGGAATTTAGTTTCTGTCCGAACATG GCCAGATCAATCTTAAATACGTTGATATGCTGTGTGCATTGACCAAACCAAATCAAAGAG TAGAACTTATTTCAAAATATTCTAGTAACCAAGACAAACAAGTTGAAATGAATGGAGTGA TAATGGTGGTAAGTGAAGGTGGCTTTGTGTATTACATATTTCATGCCTGGTTAACCTATT CATGAGGGAGAAGAACAAAGCAATGGATCAACAGGACATTTAGCTCATGGAGTTCAAACA TCATGTAAAGCTCTATATTAACTTCATAAAGGTCATAACAATGGGAGGTCCCAAGTTAGA ACTCACATCTTTATGATAAACAAGAGAAATTCAATGATCTAAAAGCCATCTAAGTAATGA AAATGAGTATAAACACTTCAAGCTAACAAAATCGTCCAAAAACATCCACCTACACAGTCA AACTAGTCTTATTGGACTCTAATATCAGGGGCTTCAGCCAAACCAAGCTCCTCCTCTAGC TTGGTCCAAGCTTTTACCAAATTAGGAGGGAACTTCTTCTTCACGGTCCTACTCATCCCT TTTGCATCTTTCAACTTTGATTTCTTCACCAACCCTTCCACCAAATTCTTGAGTGTATCG AAATCCGGGATCTTTTGAACTTTCACACTCTCCTTGAACACCTTATAACCAGTCTCAAAC CTTCCCTTCTTACACAAATAAAGATTAAAGTCCTAAAAGTTGCAGAATTTGCATTACACT CATTTTTCTCCAGATCCTCATAAACCATCTCTGCCTCGTCCATCAATTCATTCTTACAAT AACAAGTCATCGAGTAACTGTAGCTAATCGTATCAGGATTTAATCCAGCATCGCTCATTT CCTCAATTAAAGTTTTCATGCCCTCCAGATCACCACCCTGAATGTTCATAATCTTCACAT TGTACGCACCAACATCTGGACCACACCCTCTGTTCACCATCTCGTCTCATAACTTCTCCG CCTCATCACTCTTCCCTTTCTTGTAGAATGGATGTAGTATAGTAGTGAAAATAACCGTTG TAATCTCCACAACCTTTCTCCTCCATCTCCTTGAGTCTTTCCATTGCCATTTCCAGCAAC CCCATATCACAATGACCTAATCAGTAATACTGTATGACCCTTGAATTCTTTTGCTTTGCT TTTGGTGTAAAGTGGAGCTTGTAATTGCTGCTGACCCTCTATTAGATTTCATATATATCC CCTACGGTAGTAAAAGGAATGCTGCTAGCCTTGTACAAATATGTCATTACCAACTCATAG TTGCTCTTATGAATAAAATACTTACCTCATCAAAAAGAAAAATTCTCACCAACTTTATGT GCAAGTCGTCTAACTCCTCAATAATCTATGTGCCAAGACCTTCTCCTTGAATGGAAACTT ATGATGTGCAAGTTGCAAGACTCGCAGTGAAACCAACCACTTGCACGTGCACCTCCACTC ACACATCCAACAGATCAAGAAACCTTAAGTTCATACAAGTATTCTAGCGTAGGACACAAG AACCTCAAAGTTTAAGCATGCTGACCCGAAACATAGAAAGGCAAAATTACTTCTCAGAAA CTTGATATCTCAATTCTCAAGTAACATGTGAGTAGCACACTTGCAAATAAGAGAGGGATG TTACTACAAATGGCAAGATCAACCTATAAAGGCAAGATAACTTCTTAGGAAATATTATTC CAAGCCTACAACTAGCAATCAGAACACTTGAAAATAAGTGGCATTACTCCAACAGGTAAG ATAACTTCTTAGGTGTTTTCCCTTCCCTCCCCACCCCACACCCAACTCTGTCACTAACAG TGAACCTTAAACAAGCATGCCTCTCCCCCGCCCCTTCACCCTCTATATCGAGAGAATGGA ACCTTAAACAAGCATAATTCATCCTTCTCAAAGTAGTTTTCTTGCCTAGTTCAGTTTGCA GGTTTTCTTTTTGGTATAAATGCAGCAGGCGAGCAGACACGCGACCAGCTTGGGATTGAG GCATAGTCGACTAATTGAACTCAGTCGCCCATATTTAACTAGTCTAACACAACCATCATA CTTGAATTTTCTCAAATCACAGACAAACTAACCTGTCAATCACATAACCTGATCCAAGCA TAACATACTATTAAACACAATTACAAGCGAACAATATGCATTCCCGAGTGAAACTGAAAA AGAATAATATTGTCAACCATTGTCATTTCACAATTATCATATTGCTGCGTTTACAGCATC CAACGTTTCATTAGAACTGAACAAAACAGTAAGCTCAAACTTCAAGTCTACGCTTAAAAG TTTTAACATTTATTTCCCAACTTTCTAAAAACACAAACTATAAACAAGGAAAACTATCCC CATTTATCGAAGCCCTAATTTGACAATCCAAAAAAGGGCGGAATTCAAAACCATACCCGA GCAGATCCACATATTATTCCGCATCGGCGGATTCAAGTTCGAGGCGTTTTAGGGCTTCTT GGTGGGCCCAAGTTTCAAGGGTGAGATCGGGCTTGGCATTGAGTCCCACACCCAGGATGA CGATGGTGAAGAAGCTGGTGATGTAGCAAGGGAGTTCCCAATCCTCCCATTTACGGGACT GTCCAGGCGGTGGTGGAACACGGTTGAATAGGTATCCGTTAGGTCGATCCTGGTGGCCCG CAGTGGTGAATGGATTCGGCCCGTGTCCTCCTCTGGTGCGGAGGCCCGAACTAACACGGG CTCGTAGCGCGCCGGCGGCGGTCGCTAAGGGTTTCACGGACGGCATCGTTGGACAGATGA ACGAAAGTGTGTGAGAGACTGGGCCACGGTTGAGTATTTGTGTATTTGTGTTATTGGATC GCCCGTGCTGTGAAAGCGGAGCCAAACGTTGTCGTTCTATGAAGGGCAACGTAAAGGAAC TAGGCTTAAAAAGTGTGTTTCGGATTGATGTTTCTAGGTCATAATTGCTTTAAAAGAATT TTAGGGCCTTTTTAGATAAAATAATAAAATGGTATGGTCTGTTCGAAATTATTTGTCATG TCACATTTTTTGAAAGTCAATTTAATGAATTTTTAAAATTTAATTAGATCAAATTAATTT AATATTTTAAATGAAAAATTAGATATTCTAAAACGATATGAAAAGTACTATAAGTTATAA TTTTTTGTATATTAATATAATGAAAAAATATATCTCAAATGTTAGTTAAAGTTTTTATAA TTTGAACATTAAAAATAGAAACCATAAAAAATAATTTCGGACGGAAGGAATATTACTATT GATTCAAAGTTAAAATAACAAAAATAAGTTAAAATTCAAAAGTTAAAATTTCTAATACTT GTAATTCATAAGTTAAAAATTAATTTATACCGTTTTTTTAACGTGAAAGTACGGAACATA ATCTCATAAATATTTAGTTTGTAATTGAAAATATACAACAATATAATAACATGTATACAC TAATAATTTTAAAAAAATTTAAAACATGATTTAAGAAATTCATAAAAAAACAAATCTTCT AATACTATCTTTTTATAAATAGAAATAATGCAAAGATATAAGATATTGCAAGAAACAACA GAGCTTCTTCTTCACAGTCCAAACTAAGCTTTGAACACCTTGTAACCAGTTTTATATCTT TCCTTGTTGCACAAATAAAAGATTAAAATTCTAAAAGTTGCAGCATTTGGATTACACCCA TTTTTCTCCAGATCATCATAAACTATTTGTGCCTCGTCCATCAATTCATTGTTACAATAA CAAGTCATCAAGTAATTGTAGCTAGTCGTATCAGGTTTCAATCCAACATCGTCATTTCCT CAATTAAAGCTTTCACGCCCTCCAAATCACCCCCCTGAATGTTTATGATCTTCACATTGT ATGCACCAACATCTGGACCACACCCTTTGTTCACCATCTCGTTCCATACCTTCTCCGCCT CATCATTCTTCCCTTTCTTGTAGAATGAATGAAGTATGGTAGTGAAAGTAATCGTTGTAA TCTCCACACTTTTCTCCTCTATCACCTTGAGTATTTTTATTGCCATTTTCGACGATCTCA TTTCACAATATGACCTAATTAGTATATCGTACGACACTTTATCTGGTAAAAATCCATACT TCACTGAAATTTCATCAAGCAGCTGGGGGACACAATCATATAGTTTTGAGCGCACGCAAG CTGATAAAAGCACATTGAAGGAAATAACTGGTCTGGGGGTGCCTAAATCATCCATCTGAT GATAAATTTTGAGTGTGTGATCAAACATGCCGACGACACCATAAGAACGAATTATGGATG AAAATTTTGGGTCTATTCTTGTGAGATTCGAGGAAATTTTCGATGTCAGAGAAACGATGT GACTTAGCGAGTCGCTTGACTGTGAATTCTTGTGCATAGCGGGAGGACATAGAGGAAACG TAACGATCATAAACGGAGGAGTAAATCTCGAAGGCTTTATCAGGGTCGTGCTCGACTTTG AGCTTTGATTTTGCTTTAGAGATAGAGATGGTGATGGTGGAAGGTGACGAGGCGACGGCA GCGGCGGTTGTTGTGAGGTGGCGTGCCTGGCGCAAAGCGATGGAAGAAGACATTTTTTCT AGGGTTTAGAGATTGCTTGAAATGGAGTAGGGTTTAAGGATGCCTTCGAAGATTTTCACT TTGATAGTGAAAGGTCGTTTCCCAATGGTTTCATATCACGAAAATTACCAAAATCATTTA TTTCTTTGTTAGCCGATCTTTGTTTTAATCGTTTTTTTAAAAATGTATTTAAGTCGAAGT ATTTTTAAAATGTTTAAATAAGTTGAAAAAATATTTAATTTAAAATTAAAATAATTCAAT TTGATATGTTGAAATTTTTAATTTATGATTATTAATTTATAAGTCAAAAAGATAAAAATT AATCTAAACTTTTATATTATATTATTATACGTTGCTTTCTCCAAAATTTAATTTCTAACA ATGTTTTGCTTTTTGTTTATAGCTGAGAGTACTTTATATGTTGAATATATATTGATTATT GTTACATAATCCTGATCTATTGATGACAATGAAAATTTTAAAACGTTTAAAATAAATATT GAACAACTAAAAAGTATTAAAAAATCAATAAAAATTTATCAATATTTTAAATAAAAAAAG GGTTAATGTTTAATTGAAAGAAGAAAAATGACTACACTTCTAAAAATTTTTAAGAGTTTT TTCCTTATATGACAAATCACCTCTTCTTCCCTTCCTCCTCCACCACTTCCTTGGCGTCCA AGCACCCAATGGAAATTAAATGTTTAGAGTAATTGACCATAATAATCACAATTTTATTTT GTCATTTAAAATAATTATTTTTCATAGTCATATAATTTTACGTAATCAGTTTTCACAATT TCTTCAATCAAAAATTTAATTTATATTATTTATTTAATAATGATGAAACAATTACAATCC TTTTGAAAAGAAATATTTAAAAATTATAGGTATTTAGGACTCAATCTATCCTAAATCCGA CCAAATTTTTAATTCAATCCTTATAATTCTGATTTTACTTCATTATTTTAATTTTCCTTG TGGTTTATGATGCTATAATATAATCATGTCCCTTATTAAATAGTTCATTTAACCTCTGCT CTTGTTTAATCAGACGGTAAAACAGACCCACAGAACTGTTAAAGCGTCAGCTCCAACTAA TAAACCCTAAACCCTTCCTCCACCATTGTTACTTGGAGTTGAAGTTTCACTTTTCCATCC AGAAAATTGCAGTGATGGATTTGGACTTCGACGGTCCAAGTAAAGTCCCGAGCAGGCAAG CTCGTTTCGCTCCCAAGAACTCCAAATTAAAGCCCCAACCCAAAAGTGAAACACTGCCAT TGAAGGTAGATTCAGAGATTCCGACTAAAAAGGAAGAATTTGTATCACAACCCCCTCTAA GAGATCATATAGTGAAAAACGGAGAGGCAAAAGTTGAGGACGACGTTCTTTTGAATGGAG AGACTACGGGAAACGATCTTGCAGAAGAACAAGTCGGAATGGAAACTGATAGCGATCAGG ATGAAGTTGTTCGTGAAGTTGACGTGTGGCTTACCCCTTCCGCCAATGAGGTAGATTTTC TTGATTCAATATACGTCTGTTTTATTGTTGAATTTGCAAATTTTTCTATTTGTGAAGTAT ATTTTCTTTTCTTTTTCAGTTCTATGTACTCCAATATCCGTTGAGGTCCGAATGGCGTCC CTATGGTTTGGATGAAAGATGCCAAGATGTGAGTTACAACTGCTTTTAGTGTTTTCCTTT GAACAAATTGGTCACTGTTATGTGATATTGCTAAAGACAGGAATTGATTGGCTGGTTTTA AATGACCAGTTTGGATGTCTAAAATCGATTTTTTAATCATTTTGCAGGTGAGGTTGAGAC CTTCATCGGCAGAAATGGAAGTTGATTTGGCAATAGATTTTGATTCTAAAAATTTCGACA GAGACTCTGTACATGCAGCAACAATAAAAAAACAGGTTCTTTTAGAGCTATGGAAGCTAG ACTTTTATTGTTTTTTCTCTTCTTAAACCAGCAATAAAGACAAAAAAAAGAATCTAGGTG ATTTATTTTTATATGTGTAAGACTTGTGCAGGAGCTACCAGCTACATTTGTTGGTTAGGG GCATATTACTTAGTCGGAAAAACATTGCAGCTCTTTTCGTCATGTCGCTTTCCTTTTGTT TGGTAACTCTTTAATTTTAGCATGTTTAAAACCACAAAATGAAAGGACATTTAGTCCCTT CTACCTTTTCTTAGTTTACGACCACAAGATTCAAAACTCTTCATATCTTAAACTATGTGC CAAGTCGAAACGAGTCAAACAAATTAAAATGGAGGGAGTATTACATTCCTCCCATTTCTC TGCCTTAAATTCCATTTGTAATACCATCTGTTTTGGGCCTACTCCTTGCTCTTAATGGAC ACGTGTATATACAGACAAAGGCAGACCCGCGTGTGGGAGGAGGTGGGGTGGGGGGTCATG GGATCCTGTTGACTTTAGGAGGAGTCGAGTGTTCAATTTTGTTTTCTTTAAGCCTCAATT TTCTTAACAAAAGAGGCTCAAAAATTTTCAAATGTAATGTTTAGAGCAAGAGTCGATCCT ACACCCTTTACAGAGCAAATGAGGTGTTGGAACAAGAATCACTTTGTTAAGCTTTGTCAT TTTTGCTTAATATATCCACTTCTTTGTAATCAGGTGGTGTCACATTCAACATGCATTCGA CTTCACGGTTGTAACTTTGTTGTTAGTAGTAGGATAAGGAGGTTGTATTTTGAGAACTTT GACAATTAGAGTCTGGAAACTCCGCACTTGATATTTGTTCCCTTAGCAGGAATTACAGTT CTAATTGTTTGACCCAGAATCTGATTGGTTCTGAATTTCTAGATTGTTTCTACAAAATGG GTGCCATCATCTACTTGTGCTGACTTTGCTGTTGGGATCTTCATTGGTGATAAGGTAAAT GATTTGTTGTTGATGGCTTGAATGCATATTTAGCATCTGGTCTCGTGGAGTTCTGATTGA CTAAAAGTTAGTCCTTCACAGGTTTTATATGTGCTTATCCTGTTCTGCTTTTGTCCTTTT TTTGTAATTATTAAAAAATAACTAATTTGGACCAGAACAATATCGGGCGGCTACACTCTC AACCTCAAATGTAATCAAGTCAATCTTTTATCAGCTTCAAGTTGAAGCAAACTATTTGCT GTCTGCTGTCAAATCTAACTCAACTGTTACCTATGGAGTTGGAAATTGTTATAATACCTC TGGCTCTCTTATTTAGCCCAAGTTCTGCCACTTAATATTAAAAAATTGTCAAGTCCTAGT TATATTCTTCTGTTTCTTATATAAATTGGTGTGAGGAACTTCAAGTAAAATCTCTAAGTT TGATGATAACTATCTGAAGCTCATTGCTGCAGTCAAAAGAAAAAATATACTGTAAAAATG CTTTTTACTTTTCAGTACAACCTATATACTGTACTTGTCAGTATACACAAATGTTACCTT CTCAAAAAAATTGATAAAATAAGTATCAAAGCTTATTAATGTTCTCAATAGTCACACTCT TGCTTCCTGTTTGTTATGCAGTTCCACCTCAATCCTGTTCATGCAATTGTACAGCTCCGA CCATCACTGCAGCATCGTAAGGAAAGTGAGTTGAAGAACCTTACCACCAGCAATGATGAA AAAAGTTGTGAAAACGAAGACGTCAAGGAGAAAAAGCCTGTGGGTCTGTCAAAGAAGCAG GTTCATTCATGATTTGCTATTTGATGCCAGCTTCTAAGCTCAACTTATATGAACCTTGTA TACAGTTACCTTTCATGTGATATTATGGTACATATCAGTGGCTAGCACTTAAAATATCAT ATGTCAAGGCTTTTCCCCTTCTCCGGTTAACTTCATTTTTTGAACCGAGGGTTTATCGGA AACGATCTCTCTACCCCACAAAGGTAGGGGTAAGATCTGTATACATCTTAGTTCTTACCG TCCCAAACCACACTTGGGGGATTACACTGGGGGATGTAGTTGTAGTATGTTAAGGACTTC TTTGTTCCTGATTTACTAGCTTTGCCACAATTTTGGATAAATAATGATAAAAGGAATACC TAAAGATAAGTCTTCTATGGTTAAGCACTTTCTGCTATTTTCAAGACTTCTTGTCTAGAA TGGTGAACTTCACAATCTTACCCAGGACTCAGGAGCCCAGTATCTGCCTTCCCAGTTTGC CTCACTTGGTGACCTGATTCAACCCTATCCCTCCCCTGATGCTGTTCAAACTTTTCGTAT AAGTGCTTTACCTTTTCTTTGATCTATTCTTGAAACACGTATCCTTTGTGCAGAACAAAC TACCTGGGAACTACAAGGATATTGGAGAGGTATGAACACCTGTTAACATGACAAAATTTC CGCTTTTCAGTATTAGCTAATAACTCTTCATAATGTTCATTTGCTTGAGTGGCTGCCGTT TTTTCGTCTACAATTTTGGATTTGACGTTTCTGTTGCAAGTGTTTTCTATTTATTTGTAC TCAAGAGCAGTTAACTTTCTCCATGCAGTTGCCAATATCATTTCAAACAGTTTCATTAAT GCGGATCCTTGACTTATTGATATCTGTTTCATTTCCTGTTTTAGCATTGGTTACATCTAA AATACCATGGGACTAGGAGTGACATTTCAGCCAGACATCTTCAAAAAATGGCTATGGAGG GAGGCTCCCCAGTACCATTTTCAATGATCCCGTATGTATCTGCTAATATGGTTGATTTTT CTTCGCTTGAGCCATATATATTTTTTGCAAACTGCTTCTGTTCTGGACAATTAAAAGATA CATTTCCTGCCTCAGAGCATACATTTATCTACTCTCATTCTTCTATGATGAACTAAGGGT AATTCACTAAAAAGCATCCAGAAGATGCAAGCAGAAAATTACAAGAGAGGGAGATAGTGT CTGCTCGTATCCTCATACCACTACATACCCAGTGTTATCCCACAGAGATAGTGTCTGCTC ATAGCCTCATACCACTGCATACCCAGTGTTTTCTCGCAGAGATAGTGCCTGCTCATAGAC ACACTAAAACACTATTCTATCACTAAGGAGTAGTGAACAACAACACACCCAGTGTAGACC AAAAATTGAACACAACTAGTTACAGGGGCCTGATTGAGCCAACTATTACAAAAACAAATT CAGTAAGTATTTTGCTTTGAGTACACGAGTAGGAGTTGAAATCCCACAAAACATCTATGA TTCCATTCATTCCCCATGTACCAAAAAATAGCAGCAGAGACTGTTTCCTAAACACCAGCT TTCATACGCTTCTTGATGCTGTAAGGCTTGACCCAAGCTAGTCAACAACAACAACAACAA ATCCAGTGTAATCCCAGAAGTGTTGTCTGGGAGGGTAGTGGGTACTCAAACCTTACACCC CTACCTTGAGAATATTGACTGTTTTCGATAGGACCTTTTGCTCCAAAAGATATGTAAAAG AAGTCAAAACAACAGCAAGATAACACAATAATCTAAGAATATTAAAATACATGAATGATA CTACTGCGGGAATAATATCTACTAACCTTCTACTCTAATTGACCCAGGCTAGTGCAAGAA TAGAAAAGAACATGCTCCAAATATCATATGCTACTGAACGATGCAAAAAAAAGATTTCTT AACACTTTCAGAATCCAAATTGCACATCTACTCTCATTTTTATTCTAATACCAGTTTTCT TCCTGCAAATTTGATACACAGGAGTGATTATCTGAATGCCATTTGTCCTGCAAGACCAAC TGACATTGACAGATTAAGAAATCTTAGAACAAGGTACTGCAGACACTTTAGTTGGTCCTT CACATCTATTGTTTTGACATTGAAAGGTCTGGAGGTGCTGCTAAAGACAAAAAGAAAATT TTATTTACATCTATGATCGTAGAGCTGTCTTCTTCTTTGATATGTGGCGTAATCATCCTC TAGTATTGTTGGACCATTCAACTAACTGCAAATTATCATCTTCTTTTTCAAAGAAATCAC ATATTACTGTAATCTGTTTCCTTATCTCCCCCTTCCACTTTATTTATTTAATTAGTTAAT CTCTTTTTGCTTTCTGTACAATGTTAAGATGAGATTTTGATGATCTTTGATTACTTGTTG ATAATCTAGTTTTTAGTTAGCAATTGACTCGTCTTTGGTTGATGGACTGGTAATTTCCTA CAGTGTCAGAGATTAGATTCACATAGTAGCTTAAGCCTAGGCACAACGTCAATGGATGTA ATTCTGATTGACTAAATTTGTAGATCAAATTGGGAAGGAGAACGTTTTTCTGAGATGGGG AAAAATCTCTCTAGTGGCGGATCCAGATTTTTTCACTACAAGGGTTCAAAAAATGAAAAT GTAGTACTTGAGATTTGAACTTGGAACCTCATGGTGAATTTTGAACCCCCTCAGCCAACG TCATCTTATATTTAGGAGGTTCAAAATCTCTATATGTACACAAAAATTTAAAAATATCCA AATGGTGTCATTTTTAGTCGAGGGTTTGGGTGAACCCTCTAGATCCACCTTGACATGAAT GCTTCTGCTGGCTTGGACTCAGGGGAGAAAGGAGAATTTCACTAACAGATCAAGTTCAAC AAAATATTGTGGAGGGGATTTCTAAAAATGCAGCATTGGGAGGTTTAGCTAATCTTTGAC GATGTGTGATGTTGGATCAAATAATATTTTGGGGGGAAAATTAGTAGAGAATGTGAACAC AAGAAAATACTGGAAGCTATTAGGTGCTCAAACTCTAAGGTCCAGTCTGTCCCCCCACCC CTCACCCCACCCCCACCCATTTTGATGGTTGAACTTGGTCTATATTTCGGTCAAGTACAT ATTGGTGTTCCCTCTAAGGTGTGCTTTAGAAACAATCTAGATTCTGAATTCTCTCAGTAT TGCATATGTCAGTCAAAAGTTGGAAAAAAGTCTCCAGTCTGCTGGGGCTATGAAGATTTT GATACTAACACCATGAAGTGGTAGGCTAAGCAGGAAAAGGAGAGAACTCAGACTTGAATT GCGAGGCAAAATTAAAGCGTGCATTTTACTGAAGAAAACTGAATCAAGACCATAAAAATT TAAAAAAGTTATACTTGTAAAGATAAATTAACTATAAACACAAACAACTATATGGACAAA TCAAAGCAGACAGGTGTCCTGACTTTGAGCTTCACAACCACCATTACGAAAAAAATTCCT CGTGCTTGACCCATGGAAAAGAATAAGACTTGCATGTTTGGGGTGTGTTGTAAGCACGAC TAAATAAATAAGAGTATGCTCTGTTAATCCGCCTCAACTTTTAGATGAGGTGTTCACTCA CTCCAACATCTATTTTTATAGTATATGCAGGAAGCATTGTTGTCCCCGGTTTATAAAAAA ATGTGTTACGGAATTAATTTTGGCATTGTGGTGGTAGGTGGGGGTGGGGGAGGGGGAGAG GGAGAGTAGGTTAAAGGCTTAAAGCTTTGTTGCTTTCTTGGTTTGTCATTGTAATAAATA TGAGCTGTATGAAATGCAAGTTTACATTATGCTTTGTTTGCTAGAGAACCTAATCTTCCA GAAAGTAGTTTTTGTTCTCGATGTTCTAGCAATGAAATAAATAAGAAAACATGGTCTTGC TTCTTTCTAGTTTTGGAGTGATTGGCAGATCTACAAAAATCTTCGGGGCATTTTTATGTG ATAAATCTTATTTCCATTTCTTTTGTTCATCACTTCTTGAGGCCGAGGACGGGAGTGGAC TGTTGTTCCAGAATATGCTGTTGGATACATTTTCACCATGTTACTTGGCCAAACTTGCAC CTCACTGGTCATCTTATCCTTGGTGTTCTACCTTTGTCATCTATCAAATTGATTTCTTTT CATTTAAAAAGAACTTTGTTCTAAATAGCCATCAGTTGTTAAAGTTGATTCCTTGGAATT AATTATTATTGACTGGTGTGACTTGTATTCATTCTAGGTGTGCTGGTGTAGTAAAATATA AATATGCAGTTTCTCTAGCCAGAAGTTTGCTGTTTCTTCCATTCAGTATCCAAGCCATGT AGAATAGATATCAGTACTGGATATGCCATATTTCTCAATTATGTTAAATTAGCATTCTTT CCCAGTCATTTTATGCTCCTAACTTGTAAATTGCCAAATGGATGGTTTTCAGGTTGTCTC AGAAACCTTTTGAAGAACGTGTTAGAACTTGGCTTCTTGAGGTTTGTACCTACTATTTGG ATTTTGCACTGCTTATATTTTTATGCCTGCAAGGCTGCAACAAAGTTTGTTTAGATGGCC CCATGGTGCTTATAACTCAGCACATTTCTAAATATGAATTCTTTTCGCAACAGGGACCTC CAATTCATCGTTTTGATACTCTAAAGCACCTAGCTCCAGATAATCCTGTTGATGAGATTT TGGAAGTTCTCAAAAGTTGCGCACAATTAGTTCAAGGATTGTGGGTTGCAAAAAGTTCAT TAGTCTATGACACAAACAATGGAGTCGAAGTTTTAGCGAGGAATTTTGTTCTTTATGAGT TTACCAAGAGTACTTTAATTAAGAAGTCAGTGTTTGGCAGGAGGCCTGAATTCCTTAAAG CTGCGACACCAGTTCTAAAATCATTAGCTGTTGAGAGGCCTGACCTGGATGATTGGAAGC TCAAAGAGCTTCCTGACAAGAAATTCGAAAACCTCTATGGTGATGTTGTAAGAGAGCAGG AAGCTATCTGGGAGTCCATGGGGAAACAGATCAATGATATTATGCATGGAGGAAGAAACA GGCCTACTTTGAAGAATCCTCTAAACCCAAAGGCCAACATTCCTGCGTTGTCAAGTAGTG ATAAGCCCACTCCTACGACATTTTTGAGAACATCTCTGTCAGAAGAAATTCGTGGAGCTT TACCTAAGGCGCTTCAAAATGTTTTTAGAATCCATAAGGTTTGCAGGTGAGGTCTCTGAA AATGACTTATGAACTTTCTGCCTTTGCTGTTTATTATATAGTTAAACGTAATTTTAGGTA TTCATAATTGTTAGAGCATGCAGAAACCTGGGTCAAGCAGGTGGTTTATTGACCTTGGTT TGATTGCTCAACATTTTTACAATTATTTTGGGGCTTTTTAAAATAGCTATTCTCCCTTTA ACTTCTGCCACCTGTTGTCCTCCCTTTCTGTTTGGGTCAAGAACCCTCACCTTTTTGTGG GTAAACTGTAAGTTACCTCTTTATTCAATTCTTCCTGATTTCACCCTCCATTTATTTGAT TGTTTCATCCTTTCTTTTCTTTTTCTTTTGATGAAGTAAGAGAATTTCATAGATGGCATC AAGAAGATGCAGAGATTACGAAAGTAAGTAGATACTCAAAAGGTTATCAGCCATAGCCGC TACAAAACTAAGCTAATGCACTCTTAGACTACAACTCTAACCAATCGACATGATTAGACT TCTCCGGCGACTCCAAAGTCCAACCAATACGTATTTCTTCTTCCTCTGTTTCTTTTTTCT TTCATCTTCTTTAGACTTCAAAGTTCTTCTACCTCTGTTTTTTTCTCTGTTGGGACTTCT GTTCTGTTTTTTTCTTATTCAAGTTCTAGACTTTTTTAGTATGTACTATCTATTTTTAGT TTTTGAATTAAAATATTTGCTAATATGCTATTGCTATTGAGATTTTGATTATTTATATAT GCAATTAAATATCTTAATTTTTTTATATTTATTGGCGCCATACTTCAAAAGGCGAGTGCC CTTGCCTTGTTGCGGGCCAGACCCGTTTCGCCCTTCACTGACCAAAACACTGGTATGATC AGTCTTCTGAAAAGATGAGATGGTCTAGTTATAGGACATTTCTTTTTGCTTTGGAATGTT TTGATACCTTTGAGCAGTGGTATCACTCAGAGTCCTGTTTATATTGACTTATTGTTAGAG GTGAGCTGTGCGAGGATTTAGGTCGAAATTGTCCATCGCAAGATTTATGTTGCCTTTTCA GTATGTTGTATATCTACTTTACCTTTCTCGAATGGTAATGTATCATAACATAGAATATAC AACATTGTCTTTTTCCTGTGCTCCTCATCTGTCTGAGATTTAGAAGGAACAGAGTAATTT CGTTGTTCAAGAAAAAAAACAAACTGTGCACTACTTGTTTTATTTACCTGATCCATCTAA ACTTGTGACCCCTAACCAATTTAGAATCTACTGTTTACTTTTTGCCAGTTTGCTTCAAAT TTGCGAACTGATGGAAAAGGAAGATCCAATGAAAGCTATAATTTCACCCGCGGGTATTTC TGATGCACTTCGAAAGGAGATAGAGGCAGTGGTTAATCAGATTGCTGTAAACATCCACGG TGTCTATGTTTTGAAGTCATCGCCAGATAATCCACAGTATGATGCATTGAGGTTAGTAAC TATTGCTATATAACTAACACTTAAACACCTTGCTCCGTGGCTAATACATAGTTTTTGTTC TCAGGAAAGTTGTAATTGATCTTTTTATGGCCGAAGGGTCGAATGCAAAGCTAAAGAAAG CATCTATAGTTGAAGCTGCCAAGTTGCAACTGGGAAGGGATGTCACCACTGTGGAGTTTC AAAAGGTGAGTACTTTTCTTACTTGTCATGAGAATTAAGTTATATCTTCTTTGACTTTAT TGTATGGGGTTTCAGGTAGTGGCAGAAGTCAATAATTGAACAGTTTTTTTAATCATAGTT GATGCAGCGATTTCGATTAGTCAATCAATCAAATATGCCTACTTCGGGTTATTTAAATAC TTGTAAGAAATTTGTCTTGAGGGCATATTTTAGGGGTCTCAAAAAATAGAGGTTCTCTAT ATCTCAAACTTGTATGTACTCGAACCTAATGTATGTGTAGCTACAACCATGAAAGCTTAG TACAAGTAGTTCTGTAGTTGTATTCTATCTAACCAAGTCCACATTAACTCCAATTGATTT TAGGTCTTTGATCCACCTCCAAATAATTTTAGGTCTATTTCATCTTTTTAACACTTTCAA TCACTAGAATGCACATATGAACTGGTAACTTTCATGGTAAAGAAGCGTTTCAATGTTTCA TGGACTTGCAAGTAATGGGATGTCGATGGAGGTTTTGTTGGATTTGGTCCTATAGATTGG TGAGACTTGACCCTCAGATAACCCCCAAGAAAGATTGTTTCAAGTACATTGGGTCTCTAA TCCAGGGAAGCTGAGACATTGATGATGATATCATACATCGTATTAGTGGGCGTGAATGAA GTGTAGGCTTGCATTCAGAGTCTTTATGATAAAATGGTATCATCAAAACTTAGAGATAAG TTTTATAAAATGATGGTTAGACCGACTTTGTTGTATGAAGCAGAGTCCTAACCAATCAAG AACTCCCATGTTCAAAAGATGCATATCGCGGAAATGAGGATGTTGATCAAGAACTCCCAT GTTCAAAAGATGCATATCGCGGAAATGAGGATGTTGAGGTGGATATGTGGGCACATATGG AGCGATAAGATCTTGAATGAGGATTTTTAAGATAAGGGGGGAGTGGACTTCGTGGTGGAA AAGATATGAGGGAGGCGAGATGAAATGGTTTAGACATGTGTAGAGGAGATGCGAAGATGC TCCAATAAGGAGGTGCAAGAGGTTGATTATAGTAGGGTACGAAGAGAGGTAGAAGTAGAC TGAAAAAGTATTACGGAGAGCTAATTAGACAGGATATGACTCAACTTCGGGTTATTGAGG AAATGGCCTTAAGAGTTAAGATAAAAGGGTGTGGAGGACGCGTACTAGGGTAGATGGTTA GTAACCAGGAGTGTTGTCTTGCTTTTCGAGGGTTTTAGGTGTGTTGGTGTTTGTCCTCAT ACTGATTGTATTATTGTAGTTCTTGCTTTTGATATCTATCATAATTTGTTGTTTAATGTG TTTCGGTTAGAGCATTATTTTGTTCTTGTTCCTTTCTTGTAGGATTTGCACTGCTTCCTT GTTAGTTCTATGTTTTCCCCTCCACTGCTTTCTTACTCTTTGTTTGGATTTACTAAATTT GAGCCGAAAGTCTTTCAAAAAGCAGCCTTTCTACCTCCATGAGGTAGCGATTAGGTCAGT GTACACTCTATCCTCCATAGAACCCTTTTGTGGGATTCAGTGGGTATATTGTTGTTGTTG TCTGCTAGTTAAAAAGAATTTCCTTTTTAATTTTCCATTGAGTTTCAAGAACTGTTATTT TCTTTTTTCCCCTTCTTTTTATTATTATTGGATCTATGGTTTGGAAAGTTTTAATTTAGG GTGTGTGTTCGTTACAAAGGGAAATGCTTTTTTGAAAAAAGTCAGTTTCTTATTTTTCCG TGTTTTTAGTATTTAAGCAAAACATATTATTTTAAAAACATTTTTACATACTCTAGATAG TGAAATACTATGGAGATGGGGTTGTAGGTGTGGTGGGGATGGGGATGGGGCTAAGAGGGA TGGGGTGAAGATGAGGTGTGTTGTGGAGGGTAGGGGAGATTAAATCAATGTGAAATCCCA CTTTTAGAACTTGTTTTCCCTACTTTCCACTAGGCAAGTCATTTTCCTCATTTTTTTTCC ACGAAGTTCCTCATTTTCAAGGAACTTGTTTTCCTAGAGAAAATGATCTCCAATTTTTTT AACCAACTGTACAGGGGAAAATGAGGAAACATATTCTGGGTCTTGTTTTCGTCCATTCCG GACACACCCTTATGTTCAAATTAATGACTGTCTTTTTCAAATTACTACAGGTAACAGAAA AAAATTGATTACGACAAATGTGAAAGTTCACCACAGACCAAGCTAATCATGTAGAGAAAA CTGTGCATGATATTTTTTTTCATGGAACTGCTCTGTGTTTTAGCTATCAACGTAATCCTA GAATAGGAAATGATCTTCGGCACTGTTTTATGCAAACTGCTCATTTGTTATAAAATTAAG CCGATCAGACCTTTTTTAAAAAATAATAATTTTGAAGACCAAGTTAAGGTGGAATGCAGT ATGTTTTAATCTCTTCTCCACCCCTCCTAGTACCATTTACCCCTCATATTTTTATGACTT GCAGCAGTGGTGATTTTGCACATTCAGATAACTAGAGACCAGAGAGAACAATATAAAAAA GGAAATGGAAGTGTAATCACCTATCTGTTTAGTATGTGCAAAGAAGAGAAAGAGACAGTC TCCAATCAGCTTTTTATTGAGGAGTGAGTGGAGAAAATTGTTTCCCAGTAGGTCTCGTAA AACAATGGCTAGACAAGTAACAAACCTCTTATCTATCCCAAGCTAGCTCTCATAGCTCCC CTGATTTTAAACAGTACATGTTTCTACTTTTGGGTAAACCACTAAAAACTTGTTATAAAA TTACTTTAAGAAATTTAAATTTTGTAAGTTTTATATTGGAACTTCACCCTTCATCGCAGA TGTTTCTGACCTTTAAATTGGGGTGTTATTATTTCATGCCTTAGTCCTGTTTGAATGTTT AGAGATGATCAAAGACATTTTCTGGAGTACGATAAAAGTTGGCAATTCTGCCTGACTATG CCAAATGAGTTGGAGATATCACTGCAAAAGAAACAAAAATGGCAAAGTTAACACTAGCAT TTGACAGGATGCATTTCTTATCCTCTTTTGTATGGTGTGGTGATGTTTCTACCTCAGGCT TTGTTTTTTCTCCTGGCCTCCTGTCAGGTTTCTCTGTATTGCTCTTCTTTTATGTAAATT GGATCCAAGCAACTCTGTCATGATCCTGCTTATGTGCTGACACAGGCGGCTTGGCCTTGG AAAGTTATTGGGATTTAAATAACTTGGACATACGTGCACTATATTATGAAGTTGATCTAT TTACCAGCACATGCAGATGTATCCGATAGATGTTTGCAGTATCCTGTTTCCGATCCTCTT ATCCCAGTTCCCCATTATTTTTTTCCTTTTCTGATAGAATATAAAATGTGACAGTTCCAA ACTTCCATGTCATCTGACTCTATACTACACCTATTGTGGTCTAGAATCTTTCAAGTTGCC TGGAACTTTGTATTGTGAAATATTGGCGTTTTGTCATATTGCAGTGAATTTTAAAAAATT CGTGCAGAAGCTTCATTTCTTTTGTCTAATTCCTGATGGAAAAATATAGAAAATCTTTTC TTGACGACATGAATCCTATATATTTTTCTATGCTTGTGCAGGTTATGAAGGAACTATGTC GTTCAGAAAACTCAGCATGGGTTTTGGGAATCAGTGACAGCAATCCACAACAGTAGTCTG CTATTTTTGATTAAGTCGTACAGGTCATGGGAAGTTCACTGCTAGCTGCAGAAATTCTCA ATGCTGAGGAGAAGTTGGCTTTTCTTGAAGTTCCACTTTACTCTTGAGAGTCATAATTGT TCAGTTTTGAGGTTAACACGGAGTCTCGCGTATATGGTTGAGCTGTTGATACGCTTCGCG GTGCATTTGCAAATCTGGGAGAAAATTTAGTTAGGATTAGCAGATGTCAAGCCTTTTTTG CTCATTCTTTTATCATTCAATTTATTCTTTTCATGAACGAAAATATAGTCAGATGTTTCT TTTCAATGTCTTGAATATCTCTGTTAAAATGTATGAATTGTTGCATCTCTTTACTTGCAG AAGAAAATCATTCAGCATATTTGTACCATCAGAAGAAAAATACAAGTTAAAAAGTTTGCC GTTCTTGTAATTATATACGTATTTGATTCACCAAGTTGTCAAATTTCTAACATTTTTCAT TTGAGGTTGATGTGTTTTGTTAGTTAAAAGAGATGATATTTTTCATGTGGTAACGTAAAT ATCAACAACTGAAAGTACATAATTTTACTTTAGAAAATTGAATTGAAAATGTCAAGTATT TTAATGAAAAATATGAACAAGCTTAAGGGATTGACAATACAAATTAGTTTGATTTTTACT ATTATTAATTGGTTGATTTGCTTTATTTGTAAAATATATAATATATCAAATAATAAATAT TACTTCAAAATAGATTTTTAAATAAGTCAATATTTTAGCTATATGTCAATCTGCAGGTTT AATTAGGTGGTATTTAATTTTGCTATCCTCCGTGTAGGATAAAACGAAGGAATTGAAAAC GCAGCTTGGAGTTTACGGTTGTACCCTTTTTTTAATTAGACAAAACCTAAAAAGGAAATC GCAATTGGATTTTGCAATTCCCAAATACAGAACGGCAAAACTCATTTCTAGCCCTAGTTT TGTACTGAAGAGAAAAATTAGGGTAAAAACGTAGTGGAACGATGCAGGAATATGAAGGTA ATGGAGAAGATATAGAGAATAATGGTTCTTCTCCTTACAGTGACTCCAAGTCTCAGGTAT TTTTTTTTTCGATAAAAAAATGGATTTGAACTTATAAAGGTGATGAAGTAATACACGTAG ATATTTGCTTTAATTAGGGTTACGTATATGCTTTTGATTGTTTTATGTTCGATGACTGGG AAAGTTTTATATGAATTGCTTGATGGGATGCGATAGCTGGGTATATCTCTGTCTCTGTGT GTAGTTATGGTTTATGGAGTGTTGTGTTGATGAATTTCTTTTCTTAAGGGCGTTTATTCG ACTACTTGTTCCGCTAGAAAGAGTGATGGGATTTGGAATAGAAGCATCAAAACATGTATA ATCGGACAATTATTTTTTGAATTCAAATTACACTGTTGGAGTTATGGAATAGAGCCGATT ACATAAAAGATGTAGGCTGTTTTTGTTGGTGGTCGGGTTGAGGAGTATTGCCTATGGTTG GCCTCTGGTAGGATCCAGAGAGGAGCTGGTTTGCTCCTGTTGGACAGCAGTTCTGATCTT TAACCTGTAAACGTAGCCAAAACAAAAATTTTATGATATAAAATTATTTTCCCTGATTTG TGTTGCTCTTTGTTTTAATTTCCTTAGCTTTAGATTAGTATGGCTTCTGCTGTATGGTAT TCCGTTTTTGTTTATATTTTTAAGTTTTGTTGTTCTCTTCATAGACTAAACATTTTTATT ATCATTTTCCAGCATACTTCTCGTGACCCCGAGAAAGAAAGGGGCTCATCAAGAAGCAGG GAGAAGGAGAGGGAGAAAGGGCGTGATAAAGACCGGGACAGGGACAGGAATAGAGATAGA GATAGAGACAGGGACAGAGGTAAGGAAAGGGACAAAGATAGGGATAGGGACAGAGAGAGG GAGAAGGACCGTGATCGTCATCACAGAGATCGTCATAGGGATCGGAGTGATAGGAGGGAG AGGATCAGAGATCGAGATGAAGATGATCTTCAGCGAACTCGAGATTACGATAGGTGAGTT CAAATGCAGTTCTAAAAGTTAGTTGGATTCATGTTCTGTACCTCTTTTCAGGTACTCATG TATGATGATAATACATAATTGTGGTATTCATTTTAAGAATCATGTTTGATTTAATTTTGA AGTGCTGTTTTTTCTTTGTCACTGTTCTCTATGCTCGACATGCTTTAGTGTGAGCTTCAT ATGAGATTCACCATTCATGTGTTTGGTGCTTGCTGATTTAGTGTCTCAACCAATTTCTTA TCTTTCTTATGTTCTTGTATATGATTGTTTATTTATCCCTCAGGCGAAGAGACAATGACA AAGATAGAGAGGACCGACAGAGACACAAGCCTAGCTCTAGGGGTAGATCCGAGCATAGAT CAAGGTCTAGATCACGGTCACCATCTAAGAGGTTTGTCTTACTCCTATATCTTCTTGTAG GAGCATTATCAAGATACGTTTTATTGGTTATTTTTGATGTCCTAATGCTCCGTTAGACTG GTTTCTTTCTTTTGAACTTTGAGTGAAGCAAATTGTAATTTGCTGTGATGTTGGCAAGAC TGGTCATTGGACTATTTGATCTGTCAATTTGGAAAGAAATCACAAGTGTTGATGTTTTAG AAATTAGAACTATAGATAGAATTGGGCTAAAACATTAGGTGAAGACTTTGTTATTTGGCC ATATGAGCTGATGTTGCCATGTTGGCTTACAAAAGTATTTGTTCTTGCAAAATCTTAAAG CTACTATGATGACTTTCACTCTCTAATTACTGGAACCTATTGGATTTTAACTGTTTGTTC TTTTCCTTTATTTTTTTTTCCTTTTGAATTCTCTGGGGTAAAGTCTGTTTATATTCTACT TTACATTCTATTGGCCTCCCTAGACCTCACTTGTGGGATTGCACTGGGTATGTTGTTATT GTGATTTTTCTGTCAGTGGCTAACTTCTATACAGATCGTAGAAAGTTAAATTTTCAACCA TTTTATTATTTCATTCTCAAAAAGAATAATTCATTCTCAAAAAAATTTATCACTTCGCTG TTGGTACTAATGATGGTTCTTTTCAGCAAAAGGATCAGTGGTTTTGATATGGCACCTCCC ACCAGTGCATTGCTATCTGGCGCTACTGATGTTGCAGGTACACGGTCCATCAATTTCATT ACAATTTAAGTATCTTGAAAACTGTCATGTTTTTCCTGGACATAGTGTGGAAGTTCGTAT CGAAATGCATGGTTACATTTTGGTAAGCTTTTTGTTTCTTTGACTTCCACCTATACTAGT AGCGAGTCCTAGTTAGATTAGCTCTTTTGCTTTTCTTTACTTTTTACTTGGTGAAATAAT TCTGAGACTGAGGGTTTTGGTTTCTTGTTGTGTTTGGTGTTTGTTTGTTTGTTTTGTATT GTCTTATGTTCTAAGAAGGCAATGTTGGGCTACTTGCCCCACTGTGCTGACAATGGGCGT GAGCCGACTTCTGTAGCTTATATGTACAAGGAAGAATCGATACAGGTCTTGTTCATCTTC AAGGAATTGCTAGTTTGGTAGTTTACAAATATTTTCTCTAGTAATGAATTCACATTAAAA TTCTCCATTCCTAAAATTGTTTTACTTCAATTTGATTACAAACTCTTCTATTTTTTCAAA TACATCGAAAGACAAAAAAGATTTTAGTGTAAATATCCATTTATTTTAGCCACTTGAAGT ATGTATGTATTTTCACTCACTGATTTGTAATTTACATGCCGCGCAGGTCAAGTTCCTGGG ACCACTAACCCATCAATACCTGGAATGTTTTCTAACATGTTTCCTCTAGCAGCAGGCCAG GTACTGTGACAGATCCTTCTTAGCATACCTTCACTGGTTATCTATATTCTCATATATTTG TTTTGTGGCTTCTCTAGTTTGGAGCTCTCCCTATTATGCCAGTCCAGGCAATGACACAGC AGGTTTATAATTTGTGACATTTCCTATTCTCTCTCGCTTATGGGCTTCTTTTACCTGAAA AGCATTTTATTAAATGTTGCTTTTTCAGGCTACCAGACATGCTCGGCGAGTTTATGTTGG TGGACTTCCGCCTACTGCAAATGAACAGGTAGCAAACTTCCTCCCATGACTTTGCACATT GGCTGTTCTAAGATTTTGTCTGCTCAAGTTTGGAAGCCGCTGTTGTCTTTCTAGTTATTC TTTGTGGAATCATTTTAGTTTTTCCTTCACAAGCTACTGCTTGTAATATGGTGCAATATA GTGTCTTCACGTACATTTTCACAGCTGTGTATTCCATCTAATTAACTTTTTGACATAAAC ACTAACACATAGCTTTTCTGATTTACTGATGTCGTGCAGTCTGAAACCATTTGTAGTTGT AGGTATTTTTGTGTTTTTTTGCTAGACATCTTTATATTTTCTTCTAAATATATGGAATTG CTGCATCTGATCCTATAGTCTTTCGGAAACAGCCTCTCTACCTCCACGAGGTAGTGGTAA GGTTTGCGTATATTCTACCCTCCCACACCCCACTTGTAGGATTTCAGCAGGTATGTTGTA GTTTTGGTTAGACCATTAATTCTTATGTTAGCATTTTTGAAATTTTATTCTCACGTGTGA TGTTTCGTTCTCCATTGTAGTATTTTTTGTACTATGTCGGCCAAATTAGGCTTTTTTATG TGTCGTGTATGGAATCATCAAGTTTTGTCGTCCTCCAAAATTATCATTTGTTTGAGCTTC CTAATTTCATGATTTGGGTTAATTCTGCACTGCCATATTTTTGAGTACTTCCTATGTTTG CTGAAAGTTAATCTATATGCAGTCGGTTGCTACCTTCTTTAGTCATGTCATGTATGCAAT CGGAGGAAATACTGCTGGTCCAGGTTAGTTCATAGATTTATGTGGTTTTCCTTCTAGTAT CACTATAAGTTTTCCTTTTTTAGGTGCTTAAAATATTGTTGAAATTTTCAGGGGATGCTG TTGTCAACGTTTATATAAACCATGAGAAGAAGTTTGCCTTTGTTGAAATGAGATCTGTTG AGGAAGCTAGTAATGCAATGGCTTTGGATGGTGTCATTTTTGAGGTACTAAAAATCATCT GATAGGTGTTTATATGTTAGCTTTCTACTTATGGTTGTAGGGTGTTCCTTGAAAACGAAG TAAAGAAAGAGAAGATTTTAGTTTCACCTCATTCACAGACTCTGATTCTCCCTATCTTGT TCGCCACCAGATAAAGTTTGGAACTAATGTCCCTTTGCCCCTTTCCCATTATATAATCTG GAGTCTGCAAACCCTGTCTTTCTGTGGTTTTTTATTTGTTTGTCTTCTTATGGTGATTTG TGGTGGTGGATAATGTATGACCAAAGCATCATGCTGCATTATGTCAAGTATTCTTATACA TACATTTGTTTTCTGTGCACTTGATGTTTTGTTCAGGGCGGACCGGTTAAGGTTAGAAGA CCCAGTGATTACAATCCTTCCTTGGCAGCTACACTTGGTCCTAGTCAACCGAGCCCCAAC CTCAACCTGGCAGCTGTTGGATTGACACCAGGTTCTTCCGGAGGGCTTGAAGGACCTGAC CGTATATTTGTTGGTGGTTTACCCTATTATTTTACAGAATCACAAATCAGGGAACTTTTA GAGTCTTTTGGTCAACTTCGAGGATTTGATCTGGTCAAAGATAGAGAAACTGGGAATTCA AAAGGTTATGCTTTTTGTGTGTACCAGGATGTCTCTGTTACTGATATTGCTTGTGCAGCT CTTAATGGGATTAAGATGGGGGATAAAACTCTTACTGTTAGGCGGGCTAACCAGGGCACA ACCCAACCCAACCCTGAGCAAGAGAGTGTATTGTTGCATGCACAACAGCAGATAGCTTTG CAGGTAGAGATACTTCTATGCTCTTCCATTCAGTTTTCAAGTTCTTAGGCTTTAACACTT TTATAAAAAGGACTTTCAAGCTCACCCTTAGTGTTTTTTTCTTCTACAGAGGTTCATGTT ACAACCTGGTGCATTAGCCACAAAGGTTTTGTGCTTGACAGAAGTGGTTAGCGTAGATGA GCTCAAAGATGATGATGACTATCAAGATATTTTGGAAGATATGAGGATTGAATGTGGTAA ATTTGGTGAGTAGCCATATCTAGTGTTCTGTTTCCTCTAGCATACCTTATGCCTTGAACT TAGGTTGAGAATTTTAACTTGTATTTGCTTTTGTATGTCTACTTTGCAGGAGCTCTCCTG AATGTTGTCATTCCACGTCCAAATCCTAATGGCGAGCCTACACCTGGACTCGGGAAGGTA CATGTCTGCTGATCTGTTGAGTCATCATCTAGATTAGTTACGTCTACAATCTGATCTTGA CGTTCCTATATATGTTTGTTAAAATGAGATTCAACTTGTTTCTAATTTTCTTCACAATGA CCAGCTGAAAAATGACTATTCTGTTAAGTGTCTTTCACTACGATTATTTATTGCTTCCTT AAACTGTTTGTGCATGGTTTGGAACAATTACAAAAGGGCTCCAATACCTTGCTCTTTTTT TTTTCTGGTGGTTTCTACTTCTGAATGTACAATGGTTAAGACTTGTATCCTGGTTCTTCA GGTATTCCTGGAGTATGCAGATGTTGACAGTTCCAGCAAAGCTCGCCAAGGGCTGAATGG AAGAAAATTTGGTGGTAACCAAGTTATTGCTGTCTTCTATCCAGAGAACAAGTTCTCTGA GGGAGATTACGAGGCTTAACTGTAACCACTATAGCTGTGACATAATATTCAGATTATTAC AGGGAGTTGTTTGCATGTCCTATAGGAATTATATCCCCCTTTTGACAAAGATTATTAGTG TCCTGTCTTTTTTTCTTTTGCTTTTTTGTTTTGGTGAGCATGGGATATTTTATTCTGGAT TAAATTTAGTTTGTGGTTAAAGCTGGTGTAAAGTATCAAACAGGAATAGTGTTATCGGGT TGTTTGAATGTCTTTTTTCTTTTTATAATTATGGCTATCCATTTTATTCATGTGCTTTAT TGTTCCCCAGCCAAGAAGTTGCACAGTATTTTTTGTTTTGAGTGCACTCTATTGTTTATA ATTTCTTGAACGTCACTTAAATTATAGTAGCAGTTTATACTGTAATGAGGTAGAGTTGAT AGTTGGAAATTACTTGTTCTAGTGGATAGCTACTTAGGTCCTCTACTCTGTTAGTGGAAC AGAAATAGGGGTTGGACTTGTCAAAAGTAAAATGAGTTTAGGCAGATGGTAATATCTTAT CAAGATATCATCGCAGCATAACTAATGTATTTCGACATATATCTCTTTCATCACTCCGGC AATTTAGTCCAAATTTTAAATAATAAATGTGTAGTTTAGCTAGATAGAAATACGAATTAT AAACTCTTGTACTGTATCACAATGTCTGGTCCCTTTGCTTCAATGTGAAAATGAAACGAT AAAGTCGTTTTCTTGAACTATTCTCTGTATAGTTGGACATACCTCCGTGTTTTTTCTAAT TCCAGTTGACCCCTTTGTTAGTGTAATTTGTAACAAATATGCTATTAATCTTACATAAAA CCAGAAATATAAGATAATTAATTAAAGCTTTATATGGGTCATCCTATTTTTATGCACTAA TGGAAAAACGTTCATCTTAAGAAATAATAAAATTTAAAAAAAGAAAAACAAGAAAGGGAA AAAAAATAGTAGTTAAAACTTTGTGGGGGCGGTCCATACCACTCCTCGGCATATATAATT GATGAAGAGTTTGAAAAACAAAACAAAAAAAAAAAAAGTAGATGCATTCAAGTCAACGGA AACATTAATAAAGTGTTAGAGAAAAGACAATTCAACTTTTTAGCATTTGTTTACTGGAAT TACACTTTTAACTTAGGGTTATCCCATTTTAACTGTGTGACTAATTATATAATCATAAGG TAAAGTTTTGTTAATGTAAAAAACAAAAGAAGCTCACGTGCAACTTCGTATGCCACTATT CAACTTTGATAAAAATAAATAAATAGATAAGTATCTGTCCTCTTTAACTAGAGATCTCGA GTAGTCAAACTTCAATGTGAAAATCGGATATCAGATCAAAAACAAAAATCAATGAATTAG GATTATTTGTGAAATATTATAATGGTTATTCATGAATTAGGAACTGGACTAATGTTTTTG AATGTTCAAATTTAACAAAGACTAATATAAGGAAAAGAATGTCCAAACAATAATTTTCAC TTAAAAAGGGAAAAATTAAGTGACTTTAATATGAAAAAAATGAATAATTTTTCGATCAGA TTAAATTTTATTAAATATATATTATGTTATTTGTCCTCCTCAATAAAGTGCTAAATCGAC ATTTTGTGTAGATTTTTAATCTTTTGAGTCAGCTAAGCCTCTTTATTTGAAGTGTGACAA ATCAATTGTTTGACTAGTAGTACTAAATGAGTAAATATAATGTAACATGTCCACTGGCAA ATAGCTGTTTCTCAAACACTTGCAGGAATATAAAAGGAACAAAGAAAATAAGATTATGCC CTACTCTTAAAGAATGCACAGCAAAGTGTAAGGGAGAAAATTCAAAGATTTAACTTGTTT GAAGGGAAAAAAAAAATTAAATACCAAATCATTTAAAGGGAACATTGTGTTATTAATGAA ATCATAACAATATGTTAGTGACTAATATCTTTTTATTTCGCAGTGGAAGGAAAACAAAAT TACACAGAGTATTAAATTCATATAATTATATATATTCTATCATGGAAGTTGTTCCAATTT TTTTAAAAATAGATTTTTTATTGTTCTCGGATACATTCCTGATTTGTTTGATACATTGTA AATAATATATTATTTGATGGGAGGAATTTTTCTAAGACGAGAAAGGAGTGTATCCAAGAA TGAATTTTTGTAATTTTTTTAAATGGATAGAAAAATTCAGAGATTATGATATTTTAATTT TTGTGTTTTTTATAAATGTTTTTGTTATTTTCTCTAATAAAAAAAAACTTTTCGACCACT ATTTTCAAATATTGATCATCGGTTACTAATTTTTTATCCAATCTAATATCGTCATAACAT AAAAAAAATTAAATGAATTTATAGATAAAAATATACCTGTTTAATTTCTTAATCGAGAGG AAATGGACACTTTACCTCAACCCTTGACGTGATAACGAAGAAAAACTGTTTATTAAAGCC TAACATTGATAAGTCAGATATCATCAAAGAATGTGGTGCACTGAATGAAGTTATTTTTCT TTTAATTATTTAATTTCGAGCCTTGAATATAGAAAAGTCTTTAATGAAAAGAATTTTCCT ATGAATCCTATACGATACTAATTTAATATGAGTATCAAATATGAAAAGGAAAAAAAAACT ATCTAGTCAAAGTGGTTTTCTTAATCATATATATGTAACCTCTAGTTATCAATTATTACA AGGAACAAGGATTTTTCATCATGATTATAAATCATTCTTCATTAAAAAAGAATGATGTAA TAGTTGAGGCAAAATAAATATTTATTGATCAGTGAGAATTTACTATTTTGTTTGTATTTT TTAACTTGTATGATGATTTTTATTTTGAGAGTCAAATAATATGTGTTTTATTTTTAAAAA AAACTATATGGTTACCCAATTTTTACGTGAACATGTATATACGTAAAGTAAATCCTGTCA AATTATACAAAAGTTGAGCTGACAATAATTTAGATGATTAATTGTAATCCTAATAAAAGA TCAATTGCTAATAAAGGATTGGGACCAAAGAAAGATTACAACACCAAATTTTCAACTCCA GTAAATTGACACGTGGAATTTTTCAAATTTAGATGAAATTATAACTTAATTAGTTTAAAG AAAGTTAGCTCGACTTTTTTCTCTCAACCAAATTAATGCAATACACCTTTTTTTTTCTTT TTCTAATCTACCTTAATTCAACCAAAAAATCATATTTTTTTTCTCACTTATTATGTGTTT GAAACTTAATTGATTCTATCATTATAATTTAGAACAAAGAATCAAACTTCACCTTCATCT TTTAATTAAAAGATAATGTTTCTCTCTTAATTCTCTAAAATTATATTTATTTAATTTTCA AATTCTTTTTTTTATGGCTTTTGTTTGCTTCTTTTTTGGCAATTTTCAGTAAAGCTTTTG TAAAAAATGAAAAATAATTTTCAAAAACAGCTCCAAAACCTAAATGCTCTCTCTTTTTTG TATTAGAAACTTTTTGCCTGAGTTTTTATTAAATTGACCATTGCTATTTGGGACTTCCCA AGTAGTGGGGACTAGGAAAATCTTGGACTTTATATATGATTTGATTAAATTTTTTTTTAA TTTTTAAGATTGAGTTAATCATAAATTCTTTTACAGATTGAATTGATTCTTATTTATGAA AATTTTTAAGATTGAATTTGACACATATTTTTTCACAAATTGAATCGATTATTGTTTACT AGAAAATAGTAACAGTTAAAGTCTAATATTTATAGTCAATTTCAAATATTTGCATTTTTA CATTCTATCTTTTGGATAATGAAAAAGTTGGATGGTGAAAGGCTACTGATCATTGAAAAT TAATAGAGAAGACACAAGATGTGATAGTAAAAATTACCCGATTAAATGCTGAAAATTTAA TCAAAGTATTTTGTGTAAATTGGTGACTTTTGATAATTCTAACGAGATAATAAATTCAGA TTAAAAATTGATATATAATTGTTTTGATGTATTTATGTTAGTTTAATTGAACACAAAAAA TAATTTTTTTTAAAAAAAAATTATGATGTATTAAAATAATTCTCAATTTATAGTGTTAAA CATGCTTGGTGGATTATGTCGGCTTAACAATAATGTCCAAAAAAATTACTTTAAAAAAAA TAAATTAAAAGGGATAAACAAAATTGAAGAGAGAATTTCCAATGTTCTCATTTTTTGAGT TATGAATTTATTTATATTATTAGTACAAGTAAGGAAATACTCATATAAATGAAAAAAATT CATGTTTTGGAAACTACAACCACTCCTCTGAATCATTTTACATGATTCAAATATAAAAAT ATATATATTTAAATTTAATTTATTTAGTTATTTTAACAAATTTAATTAAACTTAAACTTT CTAATACTATTCTTAATTTAAAATAGCTATATAATAGAAAATGATAATAAATTCAATATA AAATTTGAAGATATTAATAACAAAAGTAATTTAGTTAATTATATTTTTTATTTAACTTTT TAAAAATTATAAATCAACTTACAATAAGTATATATATATATATATATATATATAAAATAT TAGTAGACGTCTTTATCCTCCAGAAATGAGACACATTTATGATTTATTTACTTTTTATTT TCTTAGACACATTTATTTACTCACTGTAAAGAACAAGTACTAGCTACTACACACTAGTAC TATGATTTTTATTTTTCATTTGATTAATTTTCTGTTCTGTTTTATTATTTTATTTTTCTT CATCTTCTTGAAAAGTAAGAATGAAGACCAAAACTGAGTAGACTTTTTTTGCGGTCTCTG TTTTCACATTAAATTTCCTCTCTTTCTCTCTATTGATTTCCGAGCCGCCGACTTGCGTTG TCACAACTGCTTCTCATTTTCATCGAGTTTTTCTTCATTACTTTTACTTATAAGCAAACC CATTTACTCGAACTTAGCGACTTTCCCGGCAGAAAGTTCACGCCGGTGATTGACTTTCTG GTGATTTTGGAATCTGGGTTTTTCAGCTAATTTCTATGTTATGGGGATTTGCTATTTTAG CTTGGTTTGATCAAAACTGGTAGTTGGGTGTATGAAAGAAAGAAAAACGAAAAAGCAAGA TTGACTGGTAGATACGGCGAAAAGAGAGAAAGTATTGACTCCCCCAAGAAAAGATTGATA TCAAAAAGGTTTTTTTAACATAAATGTTCTAAAGATTTGCTTTTTTGAGCAACCCCCCCC CCCCAAAAAAAAAAAAAAAAACATGCCGGCCGACCCAGATAACTCATCCGCCATGAACGA TTCTACAGGCTCAGGTGAAGCAAGCGTTTCGTCTTCAGGTAATCAAGTAGTTCCTCTGAA AGAATCAGCCAAGAAGAAACGGAATCTTCCTGGGATGCCAGGTAAATCATGTTCCGTTAC GATTCTTGATGAACCCAATTTTACTAATATTCAGCGAAGATTTGATTTTCTGTTTTTGGT TGCTTTGATTAGATCCCGATGCAGAGGTTATTGCTTTGTCACCAACAACTTTGCTGGCGA CGAACAGATTTGTTTGTGAAATTTGTAGTAAAGGGTTTCAAAGAGACCAGAATTTGCAGC TTCATAGAAGAGGTCATAATTTGCCATGGAAGTTGAGGCAGAGATCAAGCAATGAGGTGA AGAAGAGAGTATATGTTTGCCCTGAATCCAGTTGTGTTCACCATGATCCTTCTAGGGCAT TGGGTGATTTGACCGGAATCAAGAAACATTTCTGCCGTAAACATGGTGAGAAGAAGTGGA AATGTGACAAATGCTCCAAGAAATATGCTGTTCAGTCTGATTTAAAGGCTCATTCAAAAA TTTGTGGAACTAGAGAGTATAAATGTGATTGTGGCACTTTATTTTCAAGGTAAATCAACA GTATGCTTTTTGAGCTCAATTTAAGTTCTTTCTGGGTAATAAAGTTGTTAACTTTATTTG CTAATAATGTACAGGAGGGATAGCTTTATCACCCATAGGGCATTTTGTGATGCATTAGCT CAAGAAAGTGCTAAAACACTGCCAGAGAAGCCTCCTAGTACTAATGAGGAGCCTAAGACA CAAGCTGTTGCTTCATCATCACCACCGCCATCGCCACCAGCCCCTCCACCTGCCACCGAG TCTCAACCACCACCACCACCACCAGCAGCTCCAAAGTCTTTAATGACCCCTACCGTTCCA CCGTCAACTGCCGTAATGTCATTTGCTTCCTCCGTTCAAAATCGAGGTACCTTCTCTGCG TTTGATGTTTGTCGCATTTGTGTTTGTTACATATCAAACAAAATAACTTTGTTGTTTCTA TATCTTGGAAGCTAGTTAATTTTGTCATTTATTGATCTTTGTTCTTATCTGTATTTATTC TTTGTACAAAATCATTTATCTTTTTCTATTAATCAATCAGAATCTTGTAGACAGAAGTAG GGTCTAAAATAGGAAGGAAAAAAATGAAGAAAATGATCGGATAATTAATTATAAACTAAG ATTCAATGTCATGAAACCGTTGGCTAAAGAAAGAATAAGTAGTATAATGCTTAAATAAGG TAAAGATTGTAAAGAAAAGATACTATATTTGGATCTCCTTTTGCAATAGATAATGTTCTT TTTCTATGAAAAGTTTTAACTTTCTCTGTTTCCTTAAAGAAGTATGCTTCTTTTCATCTT TTTAATATAACTGCTACAATTTGTGCAGAATTGCGGGAGAATCCAGTCACAAATTCTGCT GGAGCTGCTACGAAGCAAGTTGTGGAGGAAGCAGCAGTGGTAGCAAGCTTGACTGGAAAC TGTAGCAGCTCTTGTAGTAATGGAAGTAGTAGCAGCAATGTCTTTGGAAGTTTGTTTGCT TCATCAACAGCTTCGGGAAGTCTGCCATCTCAAGCTCCTGTTTTTTCTGATATATTTCGA GCCATGGCGCCTGAGCACACTCTTGAGATGGCACCACCTTCATCTACAGAACCAATATCT CTCGGCCTAGCGATGAGTCACAGTTCGTCAATTTTTAGACCAGCTGGTCAAGAACGGAGG CAATATGCTCCCGCACCACAACCAGCTATGTCGGCAACAGCATTACTGCAGAAGGCAGCT CAGATGGGTGCAGCAGCAACCAGCTCATCGTTCTTGAGGGGCATTGGGGTTATGTCCTCC ACGTCATCTTCAAACGGTCATCAAGAATGGAGTGGGAGACCCAGTGATGCCAATGGTGCA TCATTAGCTGCAGGTCTTGGTCTTGGACTACCGTGTGACGCTGGTTCTGGTCTAAAGGAA TTAATGTTGGGAACTCCCTCGGTGTTTGGTCCCAAACATCCCACTCTTGACCTCCTTGGA TTAGGAATGGCAGCTAGTGTCGGTCCATCGCCTGGATTATCTGCCCTTTTAACATCCATG GGTAGCAATCTTGACATGGTGACTTCAGCTGGATCATTTGGTAGTGCAGATTTCAGTGGG AAAGACTTGGGAAGAAATTCATGATATCTTAGAGTCAGGTTTAATTTATTCTGTATAGGA CAATGAATTTCACTTGATGCAGCAAAAAACATATTGGCAAGCTCTCAGCCCCAAAGATTT GAGCATAGGATGGCAGGAGGAAAGAAGGCAGTTGGACACTTTTAAGATTGTTCTACTGTC TCCTTTGTGTAGGAAAAGTAGAAAGGTTTTTTTTCTGCTGTACAGTAGAAGTTGAATGTA TAGCTGTATTAAAACTCCTCTGCTTTTTGTTACAGATGAAGCTGTTAATGTGTTTAGTAT ATAATTTGCTATAAGCATATTTAACCAAGAGAGGCTCATCTAGTGGGAATTTTTATCAAA TGGTATCTCTATTTCAGACAGTGCAAATTTTTATAAAATTTGTATAATTCAGATGCATAA CTAATGCAGCAGTGTTAAACTCTTTGAGCAAAAAAGTTTAAAATTTAGCCAACGAATCGT TGAATCGGCCATTCTAGGGTTGGATGTTTGAACATTCTGTTTATGTTTTTATTTATTTTT ATATGGTAAGTATATATGAAGCCGGCAAGTTGGTTCCTAATAGTCAACTTTATATTAAAA AAAATAATTTGGCCTACTGCTAGTACCATTTTCTCACAAGCTGCCCAACATATTCGGTGT GAACCTATACATAATACCTATTTTGATTGATTGATTAATAAGATAATAGGAGTTCAAATT TTTACAGTTTCAAAATGTTATTCAATTTGTTTTATATATCACGGTTAAACAAAATTAACT GTTTTAATATAAGTGAAAGGTAGCAAATATTTTATAAAATTTGCATAAATTAGTGTAGAC ACTACCGTTATTATTTATTTCTTTTATTTTTAGATATAGAAGTGGTAATGATTAAAAGTT GAATTAAGAAGTTAAGTCGTAATTAGAGAAAAGACATAAAACGGATTAGATCAAATGAAT GTTCTTTGTTGGGCCAATTGTAGTTGTGCTTTTGACATCAATTAAAGGAATCTGATGCAG ATTTATTTTTTCTTAACATTTCTCAGTACCAATTTGACTTTGAAATTACATCTAATCTTG AACAACAGTGCATGAAAATGAAGGGTTATCATCAGTTTAAGTAGCAACCAACTGTCTTCT AATTATTATATAATATTTCTGTAATAGTAGTGACATACTTTGGGCTAATAAATAAATAAT TAATGAACTATTGTGGAAGGTTTATGCCTTAATCTTGTCGCTTTATTCTTGTTTGGTAGC ATAATCAGGAATAATGAAATATGATTAATTTCTGGATGACGTCATAAACTATGGTCTCTC TCCACCTAATCTTCCTTTTTATTTAAATATATGCAATATAATTAGGTGCTTGCTCTTTGT CTAAGACCTGTCAGAACTGATTATTTACAATTTATTCTCTTCTCAAAATTAAAATAAAAA ATCATGATTGCAAAAATTTACTATAACAATAAAAGAGAAAGAAATGAGCATCTTTGAGAA ACCTATTTCTAAAAATTACGATAGATAGTTTGAGATGGGAAACTATAAAACTAAAATAAC AGAATAAATTACAAAATCAAATGTCACAAATATAACTGATCCAATTTTTAGTTTAGTCAC TTTTGGTGGCTGTTGAATTGCAAACAATTTTACTACTGATTAAAAATATAGAGATGTTGA CTTGTGGCATATGGAGAGTAAAGTCAGGCCAGGAGGCTGTAACTAAAGAGGGCACTCAAG CTGTATGCAAGTTTTTCATCACTGCCAAGCCATAAATGCAAAGTTTGTTGTACCAAAAAT TACTGTATCACTGAAAGATTTGAATTCAGGATTTGTTCATAAGTCTATGATAAATGGTCA AAAAATACTACAAGAAATAAATAATTATCTTTGGGGATGATTTAATTAGTATGAAGGGTA ATCATCTGTTTAATATCTTTTGAGTGGAGGTTTTATCCGTAAAGCGTACTCATCCCATAA GAAATTGAATAGTATAACGTGCTCATCCGAAAGACAGAGACTGAATTAATGGGGCTGTCA CGAAAGATATGGGATATCCAAAACATTAATCTTGTAGGTCCCATAATTGGTTCATGATGC CTACATAATATCCAAGCCCATCTCCATTTCACTCTCAACACCACCTATCTTGTTTCATAA AAAGAGTACACCATTTACTTTTGTACTTTTATATACTTCCATCCTCCAAATTTTATATAA TCACATTTGCTTGACACGTAAGATATTTCATCAAATTTTTTGGTATCTTTGTATTTATTG GTAGTATCGGACTTTGTATGTATTATTTCATTTTCCATCTTTAATTGCAGCAACAAATCG CATCAGTATATCAGAAAGGACATACGTACGTACTACTCCTGTAGTTCATCAATGCTCACT GCTATGTGGTCCTCAAAACCCTATTTTAAAGTGTTTCTAAAAGTTCTAAAGGAGGAAAAG TAGTTATTTAATTCGATTCACATTTAATTACGGTAACAAATCCAAATTCTCAACACAAAT ACTTTAGCTATAATATTCCTGATGGCCTAATCACAACAACACTTAATTAACTAAAGAAAT ACAATTAAAGTTACTGAAATGAGAAACTTAGGGTCCGTTTGGCCATTGCGATATGATATC ATAATATGAAATTAAAATTTTGTTTGGACATGCGATATAAATTTTGGTGTTATATATTTT CTCATAAACATAAATATTTAATAAGTTCTAAAACTATTAAATAGCCCAAATTGTTTATTC AATCTTATCAAATAGACAAAAAATTATAAAATGGCATAATAAATTATTAGAAATCTATTT GTTCTCCACTTAAGTAATTGTTTCAATCTAACTTTTACTTCTCATCAATATATTTGAATA AAAAGGAAACACCGTTCACAGATCTTCAAGATTTTACTACTCAACAATCGTGAAGTGTGA GTTAAAGTGACCATATGTTGGTGAGAATAATAAATTTTATTCCAATGAGAATAATAAAAT TTAAAAAGTAATGATGTGAATTTTATTTACATGTGAAATAAATGGTTAGTAGATATAAAT GTGGGGTTGTTTTAACAAAATATAAACTTGTGGGTTAATTTTTGGTATTAAAATATCTCA AATCATCATATGGTATTCTGTATAATTCCATATCATGGTTTTTGGAGAATATGAAATCAC ATCTCATGATATGGAATCAGCGTAAAATCACATGTCTAAAGTTTGATTCCATCTCACGAT ACCATATAGCGTATGATATCGCATGTCCAAATGCCTACTTAGACTCTAGAAGAAGAGAAG AGGACTTAGACAATTCTTTCACAATATGCATGAATTCTCCATACCGTTGTGACAACTCTT TTATCTCTACTCAACCTGAATCCCGAACAAATCTATTGTTGGGCTGTTTTACTCTTGGGC CTCTTTGTGGTTCAGCCCAGGGCCCAATAGTTTGTATAGCCTCTGGGCTCTTTGTGTTCA ACAATTACCATACCCCTTTTGCCCTTCCTCTTTTCATTGGAAAATTGGCAATAGATGTAT GACTTAAAAGTATCTGTTACTGACTGTTATCTTTTCGTATTTCTATAATGTATTATTTGT TTTTACCGGTGTTCTTTTTCTCTAATGCTTTGTATTTCTATAATGCATTATATTGTTTTA GTATTTGCTACAATCTTCTTTATTTTGTGAATATTTTATCAAACTGCTCTAAAATTCGAT ACTTTAATTTATGGTATGTTTCAGAGAAGAGTGTGTCAGACTTTATCGTCGAGCATGTTA TTGTTGTTAAAGAAAATGTGGACCGTGTTTCCTAAATAAAAAAGACGGAATCCCACAACA CATTTGAATCAGAATTTGAATACGATTTAAGTAATTAAAGGGATTAGAAGATAAGGTCAA CATATTCAACAATCTTATACACTCTGTTTCTAGCTGCACTTACCTTTATTTTCCCTTTTT TTTTATTATCTCTCTATTATTATCTGTATTCTGGAACGACGAATTGCTCTACTGTTTTTC TCTAAACAGAGTTATTCATATTAAAGACAGAAGACAGATTCGAATGAGAGAAGTTCACCT CCATGTTTGAGTCCCTGTGCAGCAACAGACAATGATTTAAATGTATGAACTGCTTTCATC CAGATAACATCCTAACACCTTCTGCTACATTGCTGGAGACTTGCCAGGGAAAAGTGATCT ATGAAAACTTGTTTCGGTGTTATTACATAAACTCATAAATATGACAGCAAAAGTAAATGA AAAGACGTACACACACATGAGATTATACAAAAACGTAGAGACTATTCAGCTCCTGAGAAC TTGCTGAGTACACTAGTTACACAACACACTCATAGGCTAGTTTGAGGAATATCCGTTCAT TTCAGGTTGGCCTGGCTCCTCTTCCTCGGTTTCTTCTTGTTGATGCCTCTCTTCTGTTTC TTCCTCCCGTCTCCTAGCTTCTTCTTGTCTTTCAGCTTCCTCTTGCCTTTCCCTCTCTGC CTCTCTTGCTGCCTCTTCTTCACTCCTCCTTGATTCCTCCTCTTGTCTCCTTGATTCTTC CTCCTCCTCCTCCTTCCTTCTTGTTTCTGCTTCTTCTTCTCTTCTCCTTGCTCTCTCTGC TTCTTCCTCCTGTTGTATTCTCCTTGCTTCTTCTGCCTCTCTTTGTGCTTCTTCCTCCTC TATCCTTCTTGCTTCCTCTGCCTCTCTCTCTGCTTCTTCCTCATGTTGCCTTTTTGCTGC TTCTTCCTCCTCTCTCCTCCTTGCTTCCTCCTGTTGCCTTCTTCTTGCTTTCTCCTCTCT CCTTGATTCTTCCTCCTCCTGCCTTCTTTTTTCTGCTTCTTCCTCTTCTCTCCTTGCTTG CTCTGCCTCTCTTTGTGCTGCTTCTTCCTCTTCTTGTTTCTTTCTAGCTTCCTGTCTCTC TCTTTCCTCTTCCTCTTCCTCTTGTCTTCTCCTAGCTTCCTCTTCTTCCTGTCTCCTCCT TATTTCCTCTTCCTCCCTTTTCCTTGCTTCTTCCTCTTGTCTCTTCCTTTCTTCCTCTGC TTCTTTCTCTCTTCTCTCTTCTTCAGCCTTTCTTGCCTCCTCTTTCTTCTTCGCTTCCTC CTCCTCCTTCCTCATTTCTTCCTCCATCAACCTCTTCTCTTCCTCAGCACAAGATGTACA CTCCAGTATAACTGAATCACCCTGTGCTTCAAGAATCTGATGCATTGTTGTGTTGCCCAC ATTGAAAGATGCTTCCAATATCTGCCTATCCAATGTTCGGAGGACCGATGCCTTCCCCGT TAAGTACTGAGGATGATGTTTCTTTGTAGTTGTGCTAAACCCCACAAACACAAATGAATT GTTATTGAATGCCATTTGAGCCATAGGATCAAACCTTGGCACAACAAATACATCCCCTTC TTCCACTTTAAACCTCATGTTTTTACACCCTGTTCCACTCTTTGAGCAAACTACCCTCAC CATTCCTTCTCCTTGAATTGCTATTCCAATTTCAGTAGCCATTGGATTCCAATGTGGCCC CATCATTGATCCTTTCGTTAAGTTCACTACGTAAATACCAATTTGCGAGCCCTTTAACGC CGGCAATTTCTTCCTGTTTATTACCGTGCTCCACCCGTTGCAATTCTCAAAATCTGGTTT CTCTTGGAATACATTGAACAATTGAGAACTCTTCTTTTTATTCCTTCGGTTGTCAAAGAA ACTATAACTACCCCTTCCTAAAACAGTCTTCATGAACTGAGCCTCCATCTCCCATAAGTT CTTCTTCTTCTTAGTTGACTTTGGCACACCGTGCACTATGGCTGGTACTTCTGTTCCAGC CAACACTTCTTCTATCACATCCTCTGGTACCTTCATAAACAAAATTTTACATTAATTAAA ATGACTCCCCAACAAGATGGGACTCTTTTTATTACTGTGTGTCAATTCAAACTACTCGTC ACATTAATTAATTGGGCTAAAAGAAAGCCCAAGTAATATTAAAAACTATTGAGTAAAAAA TTCTTACAATACATCTTGATAACAGCTATGATTAAGTGATATTCTTAACTAGCATTTTTA AACACACCAATTTATGACCAAAACAGCATTGTTGGCTAATCACTAAGGTCTTATTATACA ATTATAGCTGTTGTGAAGTGTGTAATTAGGCGGTTAAAGAGAATTAGTTAATGATATTTT TCGACCGTAGCCAATATATAAATATATAGTAAAAACACACTGAATTAAAAAGATGGAGTA GGGAGTTGTTATACATGAAATGCCGCTTGGAGGACTTTCTTGTCGAATCCAAGAACCATT TTACGGATGCTGGAGTAGGGCTCACTCAGTGATTCCTGTATATATTAGGAAGAAATATCC ATCCTTAATTAAAATAAAAATGAATCGAATAATTAAGCTTTTCGAAGAAGGCAAAGAAAT ATTACTCGGCCTGAATTGGGAAAAATGGAATAAAGTCTAAGTTTGTGTCTGATAGGGTCT AAGTCACTCTCTAAGAAGAAAATA GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_1 match_part 0.940 16117 16796 match_2 match_part 0.969 29505 29727 match_3 match_part 0.991 68653 69109 match_part 0.467 69369 69383 match_4 match_part 0.993 68697 69109 match_part 0.467 69369 69383 match_5 match_part 1.000 112939 113320 match_part 1.000 113484 113699 match_6 match_part 1.000 112939 113315 match_7 match_part 0.894 113058 113320 match_part 0.968 113484 113699 match_part 0.862 117174 117340 match_8 match_part 1.000 126740 127433 match_part 0.997 127981 128345 match_9 match_part 0.997 126740 127315 match_10 match_part 1.000 126745 127433 match_part 1.000 127981 128025 match_11 match_part 1.000 126745 127337 match_12 match_part 0.994 126745 127228 match_13 match_part 1.000 126747 127315 match_14 match_part 0.645 131410 131440 match_part 0.769 136756 136768 match_part 0.906 136861 137159 match_15 match_part 0.588 142091 142107 match_part 0.750 142442 142453 match_part 0.917 142700 143110 match_16 match_part 0.930 142675 143271 match_17 match_part 0.940 142691 142908 match_18 match_part 0.931 146194 146570 match_part 0.899 146660 146728 match_part 0.944 146868 146975 match_part 0.944 147883 147954 match_part 0.952 148582 148602 match_19 match_part 0.978 146206 146570 match_part 0.971 146660 146728 match_part 1.000 146868 146975 match_part 0.972 147883 147954 match_part 0.987 148582 148740 match_part 1.000 149334 149369 match_part 0.981 149625 149731 match_part 0.986 150742 150813 match_part 1.000 153173 153221 match_part 0.983 153354 153946 match_part 0.978 155209 155391 match_part 0.983 155465 155585 match_part 0.925 159162 159694 match_20 match_part 0.929 146206 146570 match_part 0.942 146660 146728 match_part 0.954 146868 146975 match_part 0.972 147883 147954 match_part 0.965 148582 148638 match_21 match_part 0.929 146206 146570 match_part 0.942 146660 146728 match_part 0.955 146868 146933 match_22 match_part 0.956 146207 146570 match_part 0.913 146660 146728 match_part 0.974 146868 146906 match_23 match_part 0.915 146358 146570 match_part 0.942 146660 146728 match_part 0.954 146868 146975 match_part 0.972 147883 147954 match_part 0.957 148582 148696 match_24 match_part 0.983 150754 150813 match_part 0.980 153173 153221 match_part 0.956 153354 153602 match_25 match_part 1.000 150756 150813 match_part 0.959 153173 153221 match_part 0.960 153354 153625 match_26 match_part 1.000 160177 160316 match_part 1.000 160993 161273 match_part 1.000 161564 161578 match_27 match_part 1.000 160182 160316 match_part 0.996 160993 161271 match_28 match_part 0.988 160235 160316 match_part 0.943 160993 161273 match_part 0.981 161564 161671 match_part 0.972 162327 162397 match_part 0.949 163007 163065 match_29 match_part 1.000 160241 160316 match_part 1.000 160993 161273 match_part 1.000 161564 161671 match_part 1.000 162327 162397 match_part 0.989 162679 162765 match_part 1.000 163007 163068 match_30 match_part 1.000 161161 161273 match_part 1.000 161564 161671 match_part 1.000 162327 162397 match_part 1.000 163007 163050 match_31 match_part 0.991 161163 161273 match_part 0.981 161564 161671 match_part 0.958 162327 162397 match_part 0.946 163007 163080 match_part 0.975 163158 163197 match_32 match_part 1.000 161227 161273 match_part 1.000 161564 161671 match_part 1.000 162327 162397 match_part 1.000 163007 163080 match_part 1.000 163158 163202 match_part 1.000 163289 163315 match_33 match_part 1.000 162342 162397 match_part 1.000 163007 163202 match_part 1.000 163289 163348 match_part 1.000 164063 164123 match_part 1.000 164212 164324 match_part 0.969 164677 164803 match_34 match_part 1.000 162342 162397 match_part 1.000 163007 163202 match_part 1.000 163289 163348 match_part 1.000 164063 164123 match_part 1.000 164212 164324 match_part 1.000 164677 164803 match_35 match_part 1.000 162343 162397 match_part 1.000 163007 163202 match_part 1.000 163289 163348 match_part 1.000 164063 164123 match_part 1.000 164212 164324 match_part 0.983 164677 164918 match_36 match_part 1.000 162356 162397 match_part 1.000 163007 163080 match_part 1.000 163158 163202 match_part 1.000 163289 163348 match_part 1.000 164063 164123 match_part 1.000 164212 164324 match_part 0.993 164677 164951 match_37 match_part 1.000 162668 162765 match_part 0.959 163007 163080 match_part 1.000 163158 163202 match_part 0.983 163289 163348 match_part 0.984 164063 164123 match_part 0.991 164212 164324 match_part 0.977 164677 164986 match_38 match_part 1.000 164073 164123 match_part 1.000 164212 164324 match_part 1.000 164677 165123 match_part 1.000 165230 165365 match_part 1.000 165470 165534 match_39 match_part 0.984 164820 165123 match_part 0.967 165230 165352 match_40 match_part 0.970 164823 165123 match_part 0.978 165230 165365 match_part 0.985 165470 165537 match_part 0.872 165842 166216 match_41 match_part 0.967 164910 165123 match_part 0.963 165230 165365 match_part 0.897 165470 165537 match_part 0.905 165842 166083 match_42 match_part 0.940 164957 165123 match_part 0.978 165230 165365 match_part 0.985 165470 165537 match_part 0.889 165842 166236 match_43 match_part 0.970 164959 165123 match_part 0.978 165230 165365 match_part 0.985 165470 165537 match_part 0.894 165842 166161 match_44 match_part 1.000 165310 165365 match_part 1.000 165470 165537 match_part 0.995 165842 166207 match_45 match_part 1.000 165310 165365 match_part 1.000 165470 165537 match_part 1.000 165842 166207 match_46 match_part 1.000 165310 165365 match_part 1.000 165470 165537 match_part 0.994 165842 166201 match_47 match_part 1.000 165310 165365 match_part 1.000 165470 165537 match_part 1.000 165842 166201 match_48 match_part 1.000 165311 165365 match_part 1.000 165470 165537 match_part 1.000 165842 166207 match_49 match_part 0.998 170761 171341 match_part 1.000 171400 171476 match_50 match_part 0.979 172140 172186 match_part 0.989 172649 173094 match_51 match_part 0.909 172143 172186 match_part 0.944 172649 173006 match_52 match_part 0.988 173260 173862 match_53 match_part 0.993 173261 173862 match_54 match_part 0.981 173272 173862 GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_55 match_part 0.989 1411 665 match_56 match_part 0.998 1337 702 match_57 match_part 0.986 1125 702 match_58 match_part 0.989 1081 702 match_59 match_part 0.967 1318 715 match_60 match_part 1.000 1719 1615 match_part 0.998 1415 797 match_61 match_part 1.000 1719 1615 match_part 1.000 1415 808 match_62 match_part 0.998 1291 875 match_63 match_part 0.994 1092 930 match_64 match_part 0.998 1643 982 match_65 match_part 1.000 1643 1093 match_66 match_part 1.000 1643 1115 match_67 match_part 0.992 1646 1127 match_68 match_part 1.000 1643 1170 match_69 match_part 1.000 1643 1175 match_70 match_part 1.000 1643 1234 match_71 match_part 0.996 1842 1309 match_72 match_part 0.987 2062 1457 match_73 match_part 0.987 2062 1506 match_74 match_part 0.985 2062 1530 match_75 match_part 0.992 1909 1543 match_76 match_part 0.986 2062 1549 match_77 match_part 0.993 2476 1895 match_part 1.000 1784 1577 match_78 match_part 1.000 2132 1890 match_part 1.000 1784 1663 match_79 match_part 1.000 2555 1895 match_part 0.937 1784 1674 match_80 match_part 0.990 2308 1895 match_part 0.980 1784 1734 match_81 match_part 1.000 2343 1858 match_82 match_part 0.993 2476 1904 match_83 match_part 0.999 2685 1932 match_84 match_part 0.993 2478 1933 match_85 match_part 0.998 2403 1945 match_86 match_part 0.992 2343 1987 match_87 match_part 0.995 2569 2008 match_88 match_part 0.961 2474 2013 match_89 match_part 0.942 2672 2054 match_90 match_part 0.938 2672 2057 match_91 match_part 0.976 2618 2160 match_92 match_part 0.994 18220 16137 match_93 match_part 1.000 17367 16541 match_94 match_part 0.925 17446 17020 match_95 match_part 0.966 17814 17113 match_96 match_part 0.944 18203 17687 match_97 match_part 1.000 18286 17903 match_98 match_part 0.914 25647 25012 match_99 match_part 0.993 31509 31362 match_part 1.000 31203 31134 match_part 1.000 31039 30919 match_part 1.000 30830 30793 match_part 0.997 29775 29426 match_part 0.643 29356 29343 match_100 match_part 1.000 31142 31134 match_part 1.000 31039 30919 match_part 1.000 30830 30793 match_part 1.000 29775 29374 match_101 match_part 0.966 29736 29379 match_102 match_part 1.000 31719 31606 match_part 1.000 31532 31362 match_part 1.000 31203 31134 match_part 1.000 31039 30919 match_part 1.000 30830 30793 match_part 0.969 29775 29391 match_103 match_part 0.969 29727 29505 match_104 match_part 0.968 29727 29509 match_105 match_part 0.917 31918 31895 match_part 1.000 31780 31606 match_part 1.000 31532 31362 match_part 1.000 31203 31134 match_part 1.000 31039 30919 match_part 1.000 30830 30793 match_part 0.987 29775 29626 match_106 match_part 0.970 31771 31606 match_part 1.000 31532 31362 match_part 1.000 31203 31134 match_part 1.000 31039 30919 match_part 1.000 30830 30793 match_part 1.000 29775 29637 match_107 match_part 1.000 31671 31606 match_part 0.953 31532 31362 match_part 1.000 31203 31134 match_part 0.992 31039 30919 match_part 0.974 30830 30793 match_part 0.948 29775 29660 match_108 match_part 0.980 32092 31895 match_part 1.000 31780 31606 match_part 1.000 31532 31362 match_part 1.000 31203 31134 match_part 1.000 31039 30919 match_part 0.974 30830 30793 match_part 1.000 29775 29751 match_109 match_part 0.996 30619 30066 match_110 match_part 0.974 35482 35368 match_part 1.000 34829 34742 match_part 1.000 34385 34239 match_part 0.986 34050 33910 match_part 1.000 33614 33529 match_part 1.000 33439 33382 match_part 1.000 30938 30919 match_part 0.974 30830 30793 match_111 match_part 1.000 31663 31606 match_part 0.953 31532 31362 match_part 0.986 31203 31134 match_part 0.992 31039 30919 match_part 0.947 30830 30793 match_112 match_part 1.000 31671 31606 match_part 0.953 31532 31362 match_part 1.000 31203 31134 match_part 0.992 31039 30919 match_part 1.000 30830 30808 match_113 match_part 1.000 32941 32841 match_part 1.000 32082 31895 match_part 1.000 31780 31606 match_part 1.000 31532 31362 match_part 1.000 31203 31134 match_part 1.000 31039 30931 match_114 match_part 1.000 34824 34742 match_part 1.000 34385 34239 match_part 1.000 34050 33910 match_part 1.000 33614 33529 match_part 1.000 33439 33347 match_part 1.000 33251 33188 match_part 1.000 32984 32887 match_part 1.000 31173 31134 match_part 0.987 31039 30961 match_115 match_part 0.989 32078 31895 match_part 0.989 31780 31606 match_part 0.953 31532 31362 match_part 1.000 31203 31134 match_part 0.986 31039 30968 match_116 match_part 1.000 32004 31895 match_part 1.000 31780 31606 match_part 1.000 31532 31362 match_part 1.000 31203 31134 match_part 1.000 31039 30971 match_117 match_part 1.000 31770 31606 match_part 1.000 31532 31362 match_part 1.000 31203 31134 match_part 1.000 31039 30972 match_118 match_part 1.000 32932 32841 match_part 1.000 32082 31895 match_part 1.000 31780 31606 match_part 1.000 31532 31381 match_119 match_part 1.000 33571 33529 match_part 1.000 33439 33347 match_part 1.000 33251 33188 match_part 1.000 32984 32841 match_part 1.000 32082 31895 match_part 1.000 31780 31606 match_part 0.993 31532 31383 match_120 match_part 0.933 31775 31387 match_121 match_part 1.000 33206 33188 match_part 0.979 32984 32841 match_part 1.000 32082 31895 match_part 0.989 31780 31606 match_part 0.965 31532 31391 match_122 match_part 0.931 32912 32841 match_part 0.995 32082 31895 match_part 0.983 31780 31606 match_part 0.957 31532 31395 match_123 match_part 1.000 32877 32841 match_part 1.000 32082 31895 match_part 1.000 31780 31606 match_part 1.000 31532 31396 match_124 match_part 1.000 32918 32841 match_part 1.000 32082 31895 match_part 0.994 31780 31606 match_part 0.966 31532 31475 match_125 match_part 0.928 33415 33347 match_part 0.984 33251 33188 match_part 0.993 32984 32841 match_part 0.989 32082 31895 match_part 0.940 31780 31632 match_126 match_part 0.889 33418 33347 match_part 1.000 33251 33188 match_part 0.993 32984 32841 match_part 1.000 32082 31895 match_part 0.965 31780 31667 match_127 match_part 0.993 32975 32841 match_part 0.989 32082 31895 match_part 0.984 31780 31719 match_128 match_part 1.000 32917 32841 match_part 1.000 32082 31981 match_129 match_part 0.990 34342 34239 match_part 0.979 34050 33910 match_part 0.988 33614 33529 match_part 0.978 33439 33347 match_part 0.984 33251 33188 match_part 0.979 32984 32841 match_part 0.977 32082 32039 match_130 match_part 1.000 35450 35368 match_part 1.000 34829 34742 match_part 0.986 34385 34239 match_part 0.986 34050 33910 match_part 1.000 33614 33529 match_part 0.978 33439 33347 match_part 0.969 33251 33188 match_part 0.923 32984 32843 match_131 match_part 0.954 35454 35368 match_part 1.000 34829 34742 match_part 1.000 34385 34239 match_part 1.000 34050 33910 match_part 1.000 33614 33529 match_part 1.000 33439 33347 match_part 1.000 33251 33188 match_part 1.000 32984 32967 match_132 match_part 0.949 34780 34742 match_part 0.932 34385 34239 match_part 0.837 34050 33910 match_part 0.953 33614 33529 match_part 0.968 33439 33347 match_part 0.893 33251 33196 match_133 match_part 0.942 36165 35975 match_part 0.976 35535 35368 match_part 1.000 34829 34742 match_part 0.986 34385 34239 match_part 0.972 34050 33910 match_part 1.000 33614 33607 match_134 match_part 0.969 36169 35975 match_part 0.976 35535 35368 match_part 0.989 34829 34742 match_part 0.986 34385 34239 match_part 0.957 34050 33958 match_135 match_part 0.921 36126 35975 match_part 0.976 35535 35368 match_part 1.000 34829 34742 match_part 0.980 34385 34239 match_part 0.937 34050 33988 match_136 match_part 0.995 36184 35975 match_part 1.000 35535 35368 match_part 1.000 34829 34742 match_part 1.000 34385 34279 match_137 match_part 0.990 36183 35975 match_part 0.988 35535 35368 match_part 1.000 34829 34742 match_part 0.985 34385 34318 match_138 match_part 0.967 36184 35975 match_part 0.976 35535 35368 match_part 0.989 34829 34742 match_part 0.984 34385 34324 match_139 match_part 0.955 36286 35975 match_part 0.976 35535 35368 match_part 1.000 34829 34742 match_part 0.983 34385 34326 match_140 match_part 0.941 36194 35975 match_part 0.976 35535 35368 match_part 0.989 34829 34742 match_part 1.000 34385 34357 match_141 match_part 1.000 36168 35975 match_part 0.994 35535 35368 match_part 1.000 34829 34749 match_142 match_part 0.864 36158 35975 match_part 0.946 35535 35368 match_part 0.975 34829 34749 match_143 match_part 0.860 36024 35975 match_part 0.929 35535 35368 match_part 1.000 34829 34802 match_144 match_part 1.000 45667 45505 match_part 1.000 45399 45163 match_part 1.000 45076 45046 match_145 match_part 1.000 46193 45944 match_part 1.000 45657 45505 match_part 1.000 45399 45177 match_146 match_part 0.906 46579 46335 match_part 0.982 46268 45944 match_part 0.974 45657 45505 match_part 0.952 45399 45379 match_147 match_part 0.911 46570 46335 match_part 0.982 46268 45944 match_part 0.966 45657 45540 match_148 match_part 0.910 46578 46335 match_part 0.982 46268 45944 match_part 0.957 45657 45611 match_149 match_part 1.000 46597 46335 match_part 0.997 46268 45975 match_150 match_part 0.996 46246 46008 match_151 match_part 0.918 46565 46335 match_part 0.981 46268 46009 match_152 match_part 0.995 65165 64775 match_part 0.978 58102 57923 match_part 0.542 57683 57660 match_153 match_part 1.000 65103 64775 match_part 0.995 59547 59124 match_154 match_part 1.000 65005 64775 match_part 1.000 59547 59280 match_155 match_part 0.916 65085 64775 match_part 0.981 59547 59285 match_156 match_part 1.000 65005 64775 match_part 1.000 61788 61476 match_157 match_part 0.914 65037 64597 match_158 match_part 0.979 79551 79457 match_part 0.975 79336 79217 match_part 0.906 79134 78911 match_159 match_part 0.968 86681 86466 match_part 0.890 86367 86113 match_part 0.467 84916 84872 match_160 match_part 0.967 86680 86466 match_part 0.884 86367 86083 match_161 match_part 0.967 86679 86466 match_part 0.894 86367 86086 match_162 match_part 0.961 86746 86466 match_part 0.881 86367 86107 match_163 match_part 0.950 86707 86466 match_part 0.895 86367 86130 match_164 match_part 0.959 87000 86466 match_part 0.874 86367 86153 match_165 match_part 0.957 86815 86466 match_part 0.901 86367 86166 match_166 match_part 1.000 87864 87834 match_part 1.000 87389 87321 match_part 1.000 87136 86964 match_part 1.000 86828 86536 match_167 match_part 0.963 88857 88671 match_part 0.971 87354 87321 match_part 0.952 87136 86697 match_168 match_part 1.000 87874 87834 match_part 0.986 87389 87321 match_part 0.996 87136 86854 match_169 match_part 0.952 88857 88671 match_part 0.971 87354 87321 match_part 0.928 87136 86915 match_170 match_part 0.990 91982 91787 match_part 0.974 91010 90896 match_part 1.000 90809 90730 match_part 0.921 90010 89935 match_part 0.908 89854 89790 match_part 0.921 89675 89613 match_part 0.988 88137 88056 match_part 0.971 87981 87948 match_171 match_part 0.990 91982 91787 match_part 0.974 91010 90896 match_part 1.000 90809 90730 match_part 0.987 90010 89935 match_part 0.938 89854 89790 match_part 0.968 89675 89613 match_part 0.976 88137 88056 match_part 0.931 87981 87953 match_172 match_part 0.988 91951 91787 match_part 1.000 91010 90896 match_part 1.000 90809 90730 match_part 1.000 90010 89935 match_part 1.000 89854 89790 match_part 0.984 89675 89613 match_part 0.976 88137 88056 match_part 1.000 87981 87956 match_173 match_part 1.000 91976 91787 match_part 0.974 91010 90896 match_part 1.000 90809 90730 match_part 0.987 90010 89935 match_part 0.938 89854 89790 match_part 0.937 89675 89613 match_part 0.917 88137 88066 match_174 match_part 0.972 92032 91787 match_part 0.983 91010 90896 match_part 1.000 90809 90730 match_part 0.987 90010 89935 match_part 0.954 89854 89790 match_part 0.984 89675 89613 match_175 match_part 0.979 92029 91787 match_part 0.974 91010 90896 match_part 1.000 90809 90730 match_part 0.987 90010 89935 match_part 0.923 89854 89790 match_part 0.968 89675 89613 match_176 match_part 0.971 92031 91787 match_part 0.974 91010 90896 match_part 1.000 90809 90730 match_part 0.987 90010 89935 match_part 1.000 89854 89837 match_177 match_part 0.980 92031 91787 match_part 0.974 91010 90896 match_part 1.000 90809 90744 match_178 match_part 0.918 92043 91787 match_part 0.896 91010 90896 match_part 0.922 90809 90746 match_179 match_part 0.972 92032 91787 match_part 0.983 91010 90896 match_part 0.981 90809 90757 match_180 match_part 1.000 96592 96581 match_part 0.983 96474 96005 match_181 match_part 0.993 97775 97066 match_182 match_part 1.000 98455 97785 match_183 match_part 1.000 98455 97821 match_184 match_part 0.988 98455 97852 match_185 match_part 1.000 98455 97965 match_186 match_part 1.000 99918 99851 match_part 1.000 99509 99459 match_part 1.000 99367 99250 match_part 1.000 98499 98105 match_187 match_part 1.000 99918 99851 match_part 1.000 99509 99459 match_part 1.000 99367 99250 match_part 0.991 98499 98166 match_188 match_part 1.000 99936 99851 match_part 1.000 99509 99459 match_part 1.000 99367 99250 match_part 0.994 98499 98182 match_189 match_part 0.998 105134 104598 match_190 match_part 0.968 109068 108531 match_191 match_part 0.958 109600 109577 match_part 1.000 109490 109332 match_part 0.996 109078 108849 match_192 match_part 0.970 111661 111037 match_part 0.974 109490 109336 match_193 match_part 0.965 111661 111037 match_part 0.984 109490 109429 match_194 match_part 0.980 137141 136896 match_part 0.697 132208 132176 match_part 0.846 131745 131733 match_195 match_part 0.969 138308 138213 match_part 1.000 137903 137592 match_part 0.994 137178 136836 match_196 match_part 1.000 137828 137592 match_part 0.994 137178 136837 match_197 match_part 0.988 138292 138213 match_part 0.974 137903 137592 match_part 0.946 137178 136863 match_198 match_part 0.978 137149 136877 match_199 match_part 0.939 138326 138213 match_part 0.974 137903 137592 match_part 0.960 137178 136904 match_200 match_part 0.929 138254 138213 match_part 0.907 137903 137592 match_part 0.916 137178 136964 match_201 match_part 0.936 138588 138213 match_part 0.910 137903 137592 match_part 0.934 137178 137088 match_202 match_part 0.941 138550 138213 match_part 0.897 137903 137592 match_203 match_part 0.940 138725 138213 match_part 0.920 137903 137654 match_204 match_part 0.937 138578 138213 match_part 0.923 137903 137658 match_205 match_part 0.932 138714 138213 match_part 0.906 137903 137691 match_206 match_part 0.938 138725 138213 match_part 0.869 137903 137805 match_207 match_part 0.961 138956 138241 match_208 match_part 0.889 139484 139386 match_part 0.929 138905 138244 match_209 match_part 0.907 138960 138317 match_210 match_part 0.894 139536 139386 match_part 0.930 138905 138519 match_211 match_part 0.860 139656 139386 match_part 0.932 138905 138525 match_212 match_part 0.961 139772 139386 match_part 0.970 138905 138640 match_213 match_part 0.909 138960 138663 match_214 match_part 0.949 139799 139386 match_part 0.965 138905 138705 match_215 match_part 0.961 139793 139386 match_part 0.963 138905 138715 match_216 match_part 1.000 139789 139386 match_part 1.000 138905 138761 match_217 match_part 0.976 139799 139386 match_part 1.000 138905 138851 match_218 match_part 0.986 143262 142707 match_part 0.571 139911 139849 match_219 match_part 1.000 143108 142661 match_part 0.571 142431 142390 match_part 0.545 141292 141238 match_part 0.469 140695 140664 match_220 match_part 0.933 143153 142619 match_221 match_part 0.968 143274 142651 match_222 match_part 0.981 143274 142653 match_223 match_part 0.985 143179 142655 match_224 match_part 0.956 142907 142657 match_225 match_part 0.960 143102 142658 match_226 match_part 0.963 143040 142658 match_227 match_part 0.950 143080 142660 match_228 match_part 0.962 143264 142666 match_229 match_part 0.963 143123 142667 match_230 match_part 0.968 143134 142672 match_231 match_part 0.985 143286 142679 match_232 match_part 0.983 143278 142679 match_233 match_part 0.995 143291 142686 match_234 match_part 0.959 143175 142689 match_235 match_part 0.973 143248 142692 match_236 match_part 0.919 143187 142694 match_237 match_part 0.958 143271 142698 match_238 match_part 0.956 143271 142700 match_239 match_part 0.988 143270 142703 match_240 match_part 0.989 143274 142705 match_241 match_part 0.954 143274 142706 match_242 match_part 0.959 143274 142720 match_243 match_part 1.000 143277 142740 match_244 match_part 1.000 143277 142740 match_245 match_part 1.000 143277 142748 match_246 match_part 1.000 143277 142748 match_247 match_part 1.000 143277 142752 match_248 match_part 0.981 143277 142755 match_249 match_part 0.981 143277 142755 match_250 match_part 0.998 143277 142755 match_251 match_part 0.998 143277 142755 match_252 match_part 1.000 143277 142759 match_253 match_part 1.000 143277 142767 match_254 match_part 1.000 143277 142767 match_255 match_part 0.994 143238 142773 match_256 match_part 0.972 143210 142778 match_257 match_part 0.988 143273 142793 match_258 match_part 1.000 143198 142796 match_259 match_part 0.993 143238 142805 match_260 match_part 0.995 143238 142806 match_261 match_part 0.995 143238 142807 match_262 match_part 0.964 143094 142873 match_263 match_part 0.936 144732 144188 match_264 match_part 0.996 178276 177515 match_265 match_part 0.995 178148 177599 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C02SLm0128E12.1 type gene exon 2685 665 gene_2 gene GT_PGL_1_AGS_2 transcript source GenomeThreader seq_id C02SLm0128E12.1 type gene exon 2685 1895 exon 1784 665 gene_3 gene GT_PGL_1_AGS_3 transcript source GenomeThreader seq_id C02SLm0128E12.1 type gene exon 2685 1895 exon 1784 1615 exon 1415 665 gene_4 gene GT_PGL_1_AGS_4 transcript source GenomeThreader seq_id C02SLm0128E12.1 type gene exon 2685 1890 exon 1784 1615 exon 1415 665 gene_5 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C02SLm0128E12.1 type gene exon 16117 16796 gene_6 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C02SLm0128E12.1 type gene exon 18286 16137 gene_7 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C02SLm0128E12.1 type gene exon 25647 25012 gene_8 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C02SLm0128E12.1 type gene exon 36286 35975 exon 35535 35368 exon 34829 34742 exon 34385 34239 exon 34050 33910 exon 33614 33529 exon 33439 33347 exon 33251 33188 exon 32984 32841 exon 32082 31895 exon 31780 31606 exon 31532 31362 exon 31203 31134 exon 31039 30919 exon 30830 30793 exon 29775 29374 gene_9 gene GT_PGL_5_AGS_2 transcript source GenomeThreader seq_id C02SLm0128E12.1 type gene exon 36286 35975 exon 35535 35368 exon 34829 34742 exon 34385 34239 exon 34050 33910 exon 33614 33529 exon 33439 33347 exon 33251 33188 exon 32984 32841 exon 32082 31895 exon 31780 31606 exon 31532 31362 exon 31203 31134 exon 31039 30919 exon 30830 30793 exon 29775 29426 exon 29356 29343 gene_10 gene GT_PGL_5_AGS_3 transcript source GenomeThreader seq_id C02SLm0128E12.1 type gene exon 36286 35975 exon 35535 35368 exon 34829 34742 exon 34385 34239 exon 34050 33910 exon 33614 33529 exon 33439 33347 exon 33251 33188 exon 32984 32841 exon 32082 31895 exon 31780 31362 exon 31203 31134 exon 31039 30919 exon 30830 30793 exon 29775 29426 exon 29356 29343 gene_11 gene GT_PGL_5_AGS_4 transcript source GenomeThreader seq_id C02SLm0128E12.1 type gene exon 36286 35975 exon 35535 35368 exon 34829 34742 exon 34385 34239 exon 34050 33910 exon 33614 33529 exon 33439 33347 exon 33251 33188 exon 32984 32887 exon 31173 31134 exon 31039 30919 exon 30830 30793 exon 29775 29374 gene_12 gene GT_PGL_5_AGS_5 transcript source GenomeThreader seq_id C02SLm0128E12.1 type gene exon 32092 31895 exon 31780 31606 exon 31532 31362 exon 31203 31134 exon 31039 30919 exon 30830 30793 exon 29775 29374 gene_13 gene GT_PGL_5_AGS_6 transcript source GenomeThreader seq_id C02SLm0128E12.1 type gene exon 36286 35975 exon 35535 35368 exon 34829 34742 exon 34385 34239 exon 34050 33910 exon 33614 33529 exon 33439 33382 exon 30938 30919 exon 30830 30793 gene_14 gene GT_PGL_5_AGS_7 transcript source GenomeThreader seq_id C02SLm0128E12.1 type gene exon 30619 30066 gene_15 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C02SLm0128E12.1 type gene exon 29505 29727 gene_16 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C02SLm0128E12.1 type gene exon 46597 46335 exon 46268 45944 exon 45657 45505 exon 45399 45177 gene_17 gene GT_PGL_7_AGS_2 transcript source GenomeThreader seq_id C02SLm0128E12.1 type gene exon 45667 45505 exon 45399 45163 exon 45076 45046 gene_18 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C02SLm0128E12.1 type gene exon 65103 64775 exon 59547 59124 gene_19 gene GT_PGL_8_AGS_2 transcript source GenomeThreader seq_id C02SLm0128E12.1 type gene exon 65005 64775 exon 61788 61476 gene_20 gene GT_PGL_8_AGS_3 transcript source GenomeThreader seq_id C02SLm0128E12.1 type gene exon 65037 64597 gene_21 gene GT_PGL_8_AGS_4 transcript source GenomeThreader seq_id C02SLm0128E12.1 type gene exon 65165 64775 exon 58102 57923 exon 57683 57660 gene_22 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C02SLm0128E12.1 type gene exon 68653 69109 exon 69369 69383 gene_23 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C02SLm0128E12.1 type gene exon 79551 79457 exon 79336 79217 exon 79134 78911 gene_24 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C02SLm0128E12.1 type gene exon 92043 91787 exon 91010 90896 exon 90809 90730 exon 90010 89935 exon 89854 89790 exon 89675 89613 exon 88137 88056 exon 87981 87948 gene_25 gene GT_PGL_11_AGS_2 transcript source GenomeThreader seq_id C02SLm0128E12.1 type gene exon 88857 88671 exon 87354 87321 exon 87136 86466 exon 86367 86083 gene_26 gene GT_PGL_11_AGS_3 transcript source GenomeThreader seq_id C02SLm0128E12.1 type gene exon 87874 87834 exon 87389 87321 exon 87136 86466 exon 86367 86083 gene_27 gene GT_PGL_11_AGS_4 transcript source GenomeThreader seq_id C02SLm0128E12.1 type gene exon 88857 88671 exon 87354 87321 exon 87136 86466 exon 86367 86113 exon 84916 84872 gene_28 gene GT_PGL_11_AGS_5 transcript source GenomeThreader seq_id C02SLm0128E12.1 type gene exon 87864 87834 exon 87389 87321 exon 87136 86964 exon 86828 86466 exon 86367 86083 gene_29 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C02SLm0128E12.1 type gene exon 96592 96581 exon 96474 96005 gene_30 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C02SLm0128E12.1 type gene exon 97775 97066 gene_31 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C02SLm0128E12.1 type gene exon 99936 99851 exon 99509 99459 exon 99367 99250 exon 98499 97785 gene_32 gene GT_PGL_15_AGS_1 transcript source GenomeThreader seq_id C02SLm0128E12.1 type gene exon 105134 104598 gene_33 gene GT_PGL_16_AGS_1 transcript source GenomeThreader seq_id C02SLm0128E12.1 type gene exon 111661 111037 exon 109490 109336 gene_34 gene GT_PGL_16_AGS_2 transcript source GenomeThreader seq_id C02SLm0128E12.1 type gene exon 109600 109577 exon 109490 109332 exon 109078 108531 gene_35 gene GT_PGL_17_AGS_1 transcript source GenomeThreader seq_id C02SLm0128E12.1 type gene exon 112939 113320 exon 113484 113699 exon 117174 117340 gene_36 gene GT_PGL_18_AGS_1 transcript source GenomeThreader seq_id C02SLm0128E12.1 type gene exon 126740 127433 exon 127981 128345 gene_37 gene GT_PGL_19_AGS_1 transcript source GenomeThreader seq_id C02SLm0128E12.1 type gene exon 131410 131440 exon 136756 136768 exon 136861 137159 gene_38 gene GT_PGL_20_AGS_1 transcript source GenomeThreader seq_id C02SLm0128E12.1 type gene exon 139799 139386 exon 138905 138213 exon 137903 137592 exon 137178 136836 gene_39 gene GT_PGL_20_AGS_2 transcript source GenomeThreader seq_id C02SLm0128E12.1 type gene exon 139799 139386 exon 138905 138213 exon 137903 137592 exon 137178 136896 exon 132208 132176 exon 131745 131733 gene_40 gene GT_PGL_20_AGS_3 transcript source GenomeThreader seq_id C02SLm0128E12.1 type gene exon 138960 138213 exon 137903 137592 exon 137178 136836 gene_41 gene GT_PGL_21_AGS_1 transcript source GenomeThreader seq_id C02SLm0128E12.1 type gene exon 143291 142619 gene_42 gene GT_PGL_21_AGS_2 transcript source GenomeThreader seq_id C02SLm0128E12.1 type gene exon 143291 142661 exon 142431 142390 exon 141292 141238 exon 140695 140664 gene_43 gene GT_PGL_21_AGS_3 transcript source GenomeThreader seq_id C02SLm0128E12.1 type gene exon 143277 142707 exon 139911 139849 gene_44 gene GT_PGL_22_AGS_1 transcript source GenomeThreader seq_id C02SLm0128E12.1 type gene exon 142675 143271 gene_45 gene GT_PGL_22_AGS_2 transcript source GenomeThreader seq_id C02SLm0128E12.1 type gene exon 142091 142107 exon 142442 142453 exon 142700 143110 gene_46 gene GT_PGL_23_AGS_1 transcript source GenomeThreader seq_id C02SLm0128E12.1 type gene exon 144732 144188 gene_47 gene GT_PGL_24_AGS_1 transcript source GenomeThreader seq_id C02SLm0128E12.1 type gene exon 146194 146570 exon 146660 146728 exon 146868 146975 exon 147883 147954 exon 148582 148740 exon 149334 149369 exon 149625 149731 exon 150742 150813 exon 153173 153221 exon 153354 153946 exon 155209 155391 exon 155465 155585 exon 159162 159694 gene_48 gene GT_PGL_25_AGS_1 transcript source GenomeThreader seq_id C02SLm0128E12.1 type gene exon 160177 160316 exon 160993 161273 exon 161564 161671 exon 162327 162397 exon 163007 163080 exon 163158 163202 exon 163289 163348 exon 164063 164123 exon 164212 164324 exon 164677 165123 exon 165230 165365 exon 165470 165537 exon 165842 166236 gene_49 gene GT_PGL_25_AGS_2 transcript source GenomeThreader seq_id C02SLm0128E12.1 type gene exon 160177 160316 exon 160993 161273 exon 161564 161671 exon 162327 162397 exon 163007 163202 exon 163289 163348 exon 164063 164123 exon 164212 164324 exon 164677 165123 exon 165230 165365 exon 165470 165537 exon 165842 166236 gene_50 gene GT_PGL_25_AGS_3 transcript source GenomeThreader seq_id C02SLm0128E12.1 type gene exon 162668 162765 exon 163007 163080 exon 163158 163202 exon 163289 163348 exon 164063 164123 exon 164212 164324 exon 164677 165123 exon 165230 165365 exon 165470 165537 exon 165842 166236 gene_51 gene GT_PGL_25_AGS_4 transcript source GenomeThreader seq_id C02SLm0128E12.1 type gene exon 160177 160316 exon 160993 161273 exon 161564 161671 exon 162327 162397 exon 162679 162765 exon 163007 163068 gene_52 gene GT_PGL_26_AGS_1 transcript source GenomeThreader seq_id C02SLm0128E12.1 type gene exon 170761 171341 exon 171400 171476 gene_53 gene GT_PGL_27_AGS_1 transcript source GenomeThreader seq_id C02SLm0128E12.1 type gene exon 172140 172186 exon 172649 173094 gene_54 gene GT_PGL_28_AGS_1 transcript source GenomeThreader seq_id C02SLm0128E12.1 type gene exon 173260 173862 gene_55 gene GT_PGL_29_AGS_1 transcript source GenomeThreader seq_id C02SLm0128E12.1 type gene exon 178276 177515 RepeatMasker tomato repeats master POTTEN2 528 797 1 POTTEN2 528 797 1 nucleotide_motif 496 11242 11520 Copia00143 108 200 1 Copia00143 108 200 1 nucleotide_motif 260 40283 40373 Unknown00025 275 470 1 Unknown00025 275 470 1 nucleotide_motif 341 47668 47866 Copia00143 45 9644 1 Copia00143 45 9644 1 nucleotide_motif 1028 63086 63388 Copia00039 79 238 1 Copia00039 79 238 1 nucleotide_motif 625 82170 82340 Gypsy00043 524 613 1 Gypsy00043 524 613 1 nucleotide_motif 565 83918 84009 Copia00110 13333 13457 1 Copia00110 13333 13457 1 nucleotide_motif 436 85037 85165 Copia00110 13309 13504 1 Copia00110 13309 13504 1 nucleotide_motif 622 85237 85408 Gypsy00073 934 1170 1 Gypsy00073 934 1170 1 nucleotide_motif 461 85247 85483 Copia00151 5505 5607 1 Copia00151 5505 5607 1 nucleotide_motif 544 100625 100730 Unknown00025 245 446 1 Unknown00025 245 446 1 nucleotide_motif 692 100745 100959 ATHPOGO 1674 2002 1 ATHPOGO 1674 2002 1 nucleotide_motif 664 101708 102011 ATHPOGO 1330 1536 1 ATHPOGO 1330 1536 1 nucleotide_motif 693 120725 120923 SONATA1 70 242 1 SONATA1 70 242 1 nucleotide_motif 348 125726 125892 SINE_SO 24 111 1 SINE_SO 24 111 1 nucleotide_motif 244 128566 128650 SOD_SINE 74 195 1 SOD_SINE 74 195 1 nucleotide_motif 336 148902 149025 Copia00151 9368 9428 1 Copia00151 9368 9428 1 nucleotide_motif 249 152288 152348 Copia00151 10053 10176 1 Copia00151 10053 10176 1 nucleotide_motif 499 157019 157141 Copia00151 10116 10180 1 Copia00151 10116 10180 1 nucleotide_motif 307 162122 162189 TS2 544 651 1 TS2 544 651 1 nucleotide_motif 629 163698 163803 Unknown00043 5272 5442 1 Unknown00043 5272 5442 1 nucleotide_motif 288 176002 176173 RepeatMasker tomato repeats master Gypsy00088 1 81 -1 Gypsy00088 1 81 -1 nucleotide_motif 273 8387 8308 STOWAWAY50_OS 45 118 -1 STOWAWAY50_OS 45 118 -1 nucleotide_motif 280 8423 8350 Copia00151 8216 8357 -1 Copia00151 8216 8357 -1 nucleotide_motif 461 8563 8422 Unknown00025 244 473 -1 Unknown00025 244 473 -1 nucleotide_motif 621 14897 14655 Unknown00046 775 1274 -1 Unknown00046 775 1274 -1 nucleotide_motif 1317 20921 20413 Gypsy00163 8059 8140 -1 Gypsy00163 8059 8140 -1 nucleotide_motif 351 24448 24362 Gypsy00163 7774 7856 -1 Gypsy00163 7774 7856 -1 nucleotide_motif 444 24967 24887 Gypsy00163 8019 8148 -1 Gypsy00163 8019 8148 -1 nucleotide_motif 359 37516 37381 Gypsy00163 8059 8148 -1 Gypsy00163 8059 8148 -1 nucleotide_motif 340 37991 37903 Gypsy00163 7740 7915 -1 Gypsy00163 7740 7915 -1 nucleotide_motif 879 38730 38547 Unknown00043 6977 7082 -1 Unknown00043 6977 7082 -1 nucleotide_motif 274 61666 61553 Copia00113 7232 7274 -1 Copia00113 7232 7274 -1 nucleotide_motif 234 61745 61703 Gypsy00073 934 1381 -1 Gypsy00073 934 1381 -1 nucleotide_motif 854 66425 65966 Copia00110 13333 13623 -1 Copia00110 13333 13623 -1 nucleotide_motif 1430 66426 66120 Copia00110 13158 13361 -1 Copia00110 13158 13361 -1 nucleotide_motif 737 66673 66467 SINE_SO 2 186 -1 SINE_SO 2 186 -1 nucleotide_motif 561 78679 78491 HATORY 24 138 -1 HATORY 24 138 -1 nucleotide_motif 247 115583 115462 SINE1_SO 1 154 -1 SINE1_SO 1 154 -1 nucleotide_motif 478 122336 122188 SONATA1 1 126 -1 SONATA1 1 126 -1 nucleotide_motif 283 123535 123419 Unknown00025 329 470 -1 Unknown00025 329 470 -1 nucleotide_motif 352 134120 133971 Unknown00025 236 456 -1 Unknown00025 236 456 -1 nucleotide_motif 555 143747 143509 SONATA2 1 188 -1 SONATA2 1 188 -1 nucleotide_motif 630 147340 147168 BLAST_tomato_chloroplast Tomato chloroplast genome, cultivar IPA-6 BLAST_tomato_chloroplast Tomato chloroplast genome, cultivar IPA-6 match_1 match 402 124368 124683 match_2 match 402 124368 124683 BLAST_tomato_bacs Tomato BAC sequences BLAST_tomato_bacs Tomato BAC sequences match_1 match 2018 38927 39971 match_2 match 2070 21596 22675 match_3 match 2083 35695 36790 match_4 match 2276 44691 45859 match_5 match 2121 23152 24434 match_6 match 2502 20135 21489 match_7 match 2660 40767 42171 match_8 match 2740 11137 12620 match_9 match 3261 76351 78037 match_10 match 3937 113070 115229 match_11 match 4597 42236 44623 match_12 match 4659 5542 8056 match_13 match 5695 107262 110242 match_14 match 6086 14812 17989 match_15 match 5792 121631 124873 match_16 match 7045 31855 35585 match_17 match 7436 92512 96262 match_18 match 9103 115550 120204 match_19 match 9267 78097 83026 match_20 match 9618 66013 70963 match_21 match 71028 76281 match_22 match 1 5508 match_23 match 57787 65192 match_24 match 85489 92154 match_25 match 2214 83084 84228 match_26 match 5380 96326 99178 match_27 match 5810 103823 106874 match_28 match 7115 53886 57694 match_29 match 25520 31258 match_30 match 2450 143996 145231 match_31 match 2141 166927 168171 match_32 match 2694 178546 179904 match_33 match 2948 126100 127715 match_34 match 3126 160989 162613 match_35 match 3860 152467 154473 match_36 match 3937 113070 115229 match_37 match 4403 127750 130114 match_38 match 4700 157448 159929 match_39 match 4890 154625 157157 match_40 match 5118 172105 174824 match_41 match 5745 174886 177810 match_42 match 5695 107262 110242 match_43 match 5824 103823 106874 match_44 match 5792 121631 124873 match_45 match 7963 162663 166862 match_46 match 9103 115550 120204 match_47 match 9848 146658 151790 match_48 match 134377 139919 match_49 match 7012 139976 143524 match_50 match 1499 144091 145207 match_51 match 2018 38927 39971 match_52 match 2070 21596 22675 match_53 match 2083 35695 36790 match_54 match 2228 83084 84228 match_55 match 2276 44691 45859 match_56 match 2121 23152 24434 match_57 match 2502 20135 21489 match_58 match 2660 40767 42171 match_59 match 2740 11137 12620 match_60 match 3261 76351 78037 match_61 match 4597 42236 44623 match_62 match 4659 5542 8056 match_63 match 6086 14812 17989 match_64 match 7045 31855 35585 match_65 match 7123 53886 57694 match_66 match 9267 78097 83026 match_67 match 9618 66013 70963 match_68 match 71028 76281 match_69 match 1 5508 match_70 match 25520 31258 match_71 match 85489 92154 match_72 match 57787 65192 match_73 match 2694 178546 179904 match_74 match 5118 172105 174824 match_75 match 5745 174886 177810 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) clone_1 clone 810 1 35303 clone_end_1 clone_end 1019 1 514 clone_2 clone 732.5 44 179824 clone_start_1 clone_start 726 44 417 clone_start_2 clone_start 1154 838 1419 clone_3 clone 1482 966 118986 clone_start_3 clone_start 1402 966 1676 clone_start_4 clone_start 1465 967 1735 clone_4 clone 919 1412 39933 clone_start_5 clone_start 940 1412 1906 clone_start_6 clone_start 1009 11256 11861 clone_5 clone 1483 16006 159863 clone_end_2 clone_end 1451 16006 16737 clone_6 clone 1370 17095 74542 clone_end_3 clone_end 1358 17095 17779 clone_7 clone 1187.5 32567 136937 clone_end_4 clone_end 1209 32567 33176 clone_8 clone 649 51337 92010 clone_end_5 clone_end 765 51337 51887 clone_9 clone 941.5 58108 90474 clone_start_7 clone_start 910 58108 58590 clone_10 clone 1204 63594 153527 clone_start_8 clone_start 1332 63594 64327 clone_11 clone 1271.5 66239 100033 clone_start_9 clone_start 1314 66239 66901 clone_12 clone 1041.5 71356 110242 clone_start_10 clone_start 1219 71356 71994 clone_end_6 clone_end 559 72771 73068 clone_13 clone 1152 74562 152439 clone_end_7 clone_end 1281 74562 75237 clone_end_8 clone_end 1277 87841 88484 clone_end_9 clone_end 1059 93060 93600 clone_end_10 clone_end 1382 98090 98797 clone_end_11 clone_end 1479 106064 106837 clone_14 clone 1297.5 108157 147595 clone_start_11 clone_start 1287 108157 108805 clone_15 clone 810 108370 145231 clone_end_12 clone_end 1148 108370 108948 clone_16 clone 832.5 109064 146599 clone_start_12 clone_start 537 109064 109334 clone_17 clone 1033.5 116292 153732 clone_end_13 clone_end 971 116292 116802 clone_18 clone 978 121023 153591 clone_start_13 clone_start 731 121023 121433 clone_19 clone 962.5 121631 159929 clone_start_14 clone_start 944 121631 122106 clone_start_15 clone_start 416 127155 127364 clone_20 clone 629.5 132812 173245 clone_start_16 clone_start 339 132812 132982 clone_21 clone 680 133108 173245 clone_start_17 clone_start 440 133108 133350 clone_22 clone 1067.5 141259 179143 clone_start_18 clone_start 963 141259 141744 clone_start_19 clone_start 1120 141685 142257 clone_start_20 clone_start 1302 148242 148919 clone_end_14 clone_end 638 148583 148904 clone_start_21 clone_start 367 160732 160924 clone_end_15 clone_end 363 160742 160924 clone_end_16 clone_end 406 160989 161193 clone_start_22 clone_start 472 160989 161226 clone_end_17 clone_end 797 165373 165774 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) clone_start_23 clone_start 601 35303 35001 clone_end_18 clone_end 739 179824 179452 clone_end_19 clone_end 1049 831 299 clone_end_20 clone_end 1562 118986 118171 clone_end_21 clone_end 898 39933 39450 clone_start_24 clone_start 1515 159863 159100 clone_start_25 clone_start 1382 74542 73827 clone_start_26 clone_start 543 19645 19372 clone_start_27 clone_start 1166 136937 136350 clone_end_22 clone_end 611 33698 33391 clone_start_28 clone_start 620 34350 34011 clone_end_23 clone_end 700 42596 42236 clone_start_29 clone_start 430 43300 43084 clone_end_24 clone_end 963 43733 43191 clone_start_30 clone_start 533 92010 91742 clone_start_31 clone_start 682 55436 55030 clone_start_32 clone_start 1291 57466 56775 clone_end_25 clone_end 973 90474 89984 clone_end_26 clone_end 1076 153527 152985 clone_end_27 clone_end 1229 100033 99363 clone_start_33 clone_start 1322 67233 66548 clone_end_28 clone_end 1409 69554 68824 clone_end_29 clone_end 759 70272 69882 clone_end_30 clone_end 864 110242 109720 clone_end_31 clone_end 932 73900 73404 clone_start_34 clone_start 1023 152439 151867 clone_start_35 clone_start 498 78404 78097 clone_start_36 clone_start 391 92456 92260 clone_start_37 clone_start 829 92929 92512 clone_end_32 clone_end 472 94211 93974 clone_end_33 clone_end 1308 147595 146891 clone_start_38 clone_start 472 145231 144994 clone_end_34 clone_end 1128 146599 146031 clone_start_39 clone_start 1096 153732 153180 clone_end_35 clone_end 1225 153591 152974 clone_end_36 clone_end 981 159929 159435 clone_start_40 clone_start 1118 126759 126105 clone_end_37 clone_end 983 126669 126124 clone_end_38 clone_end 920 173245 172782 clone_end_39 clone_end 920 173245 172782 clone_end_40 clone_end 1152 138185 137605 clone_end_41 clone_end 1172 179143 178546 clone_start_41 clone_start 1130 152439 151820 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_1 match_part 0.991 68653 69109 match_part 0.467 69369 69383 match_2 match_part 0.993 68697 69109 match_part 0.467 69369 69383 match_3 match_part 1.000 112939 113320 match_part 1.000 113484 113699 match_4 match_part 1.000 112939 113315 match_5 match_part 1.000 126740 127433 match_part 0.997 127981 128345 match_6 match_part 0.997 126740 127315 match_7 match_part 1.000 126745 127433 match_part 1.000 127981 128025 match_8 match_part 1.000 126745 127337 match_9 match_part 0.994 126745 127228 match_10 match_part 1.000 126747 127315 match_11 match_part 0.940 142691 142908 match_12 match_part 0.978 146206 146570 match_part 0.971 146660 146728 match_part 1.000 146868 146975 match_part 0.972 147883 147954 match_part 0.987 148582 148740 match_part 1.000 149334 149369 match_part 0.981 149625 149731 match_part 0.986 150742 150813 match_part 1.000 153173 153221 match_part 0.983 153354 153946 match_part 0.978 155209 155391 match_part 0.983 155465 155585 match_part 0.925 159162 159694 match_13 match_part 0.956 146207 146570 match_part 0.913 146660 146728 match_part 0.974 146868 146906 match_14 match_part 0.983 150754 150813 match_part 0.980 153173 153221 match_part 0.956 153354 153602 match_15 match_part 1.000 150756 150813 match_part 0.959 153173 153221 match_part 0.960 153354 153625 match_16 match_part 1.000 160177 160316 match_part 1.000 160993 161273 match_part 1.000 161564 161578 match_17 match_part 1.000 160182 160316 match_part 0.996 160993 161271 match_18 match_part 1.000 160241 160316 match_part 1.000 160993 161273 match_part 1.000 161564 161671 match_part 1.000 162327 162397 match_part 0.989 162679 162765 match_part 1.000 163007 163068 match_19 match_part 1.000 161161 161273 match_part 1.000 161564 161671 match_part 1.000 162327 162397 match_part 1.000 163007 163050 match_20 match_part 1.000 161227 161273 match_part 1.000 161564 161671 match_part 1.000 162327 162397 match_part 1.000 163007 163080 match_part 1.000 163158 163202 match_part 1.000 163289 163315 match_21 match_part 1.000 162342 162397 match_part 1.000 163007 163202 match_part 1.000 163289 163348 match_part 1.000 164063 164123 match_part 1.000 164212 164324 match_part 0.969 164677 164803 match_22 match_part 1.000 162342 162397 match_part 1.000 163007 163202 match_part 1.000 163289 163348 match_part 1.000 164063 164123 match_part 1.000 164212 164324 match_part 1.000 164677 164803 match_23 match_part 1.000 162343 162397 match_part 1.000 163007 163202 match_part 1.000 163289 163348 match_part 1.000 164063 164123 match_part 1.000 164212 164324 match_part 0.983 164677 164918 match_24 match_part 1.000 162356 162397 match_part 1.000 163007 163080 match_part 1.000 163158 163202 match_part 1.000 163289 163348 match_part 1.000 164063 164123 match_part 1.000 164212 164324 match_part 0.993 164677 164951 match_25 match_part 1.000 164073 164123 match_part 1.000 164212 164324 match_part 1.000 164677 165123 match_part 1.000 165230 165365 match_part 1.000 165470 165534 match_26 match_part 1.000 165310 165365 match_part 1.000 165470 165537 match_part 0.995 165842 166207 match_27 match_part 1.000 165310 165365 match_part 1.000 165470 165537 match_part 1.000 165842 166207 match_28 match_part 1.000 165310 165365 match_part 1.000 165470 165537 match_part 0.994 165842 166201 match_29 match_part 1.000 165310 165365 match_part 1.000 165470 165537 match_part 1.000 165842 166201 match_30 match_part 1.000 165311 165365 match_part 1.000 165470 165537 match_part 1.000 165842 166207 match_31 match_part 0.998 170761 171341 match_part 1.000 171400 171476 match_32 match_part 0.979 172140 172186 match_part 0.989 172649 173094 match_33 match_part 0.988 173260 173862 match_34 match_part 0.993 173261 173862 match_35 match_part 0.981 173272 173862 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_36 match_part 0.989 1411 665 match_37 match_part 0.998 1337 702 match_38 match_part 0.986 1125 702 match_39 match_part 0.989 1081 702 match_40 match_part 0.967 1318 715 match_41 match_part 1.000 1719 1615 match_part 0.998 1415 797 match_42 match_part 1.000 1719 1615 match_part 1.000 1415 808 match_43 match_part 0.998 1291 875 match_44 match_part 0.994 1092 930 match_45 match_part 0.998 1643 982 match_46 match_part 1.000 1643 1093 match_47 match_part 1.000 1643 1115 match_48 match_part 0.992 1646 1127 match_49 match_part 1.000 1643 1170 match_50 match_part 1.000 1643 1175 match_51 match_part 1.000 1643 1234 match_52 match_part 0.996 1842 1309 match_53 match_part 0.987 2062 1457 match_54 match_part 0.987 2062 1506 match_55 match_part 0.985 2062 1530 match_56 match_part 0.992 1909 1543 match_57 match_part 0.986 2062 1549 match_58 match_part 0.993 2476 1895 match_part 1.000 1784 1577 match_59 match_part 1.000 2132 1890 match_part 1.000 1784 1663 match_60 match_part 1.000 2555 1895 match_part 0.937 1784 1674 match_61 match_part 0.990 2308 1895 match_part 0.980 1784 1734 match_62 match_part 1.000 2343 1858 match_63 match_part 0.993 2476 1904 match_64 match_part 0.999 2685 1932 match_65 match_part 0.993 2478 1933 match_66 match_part 0.998 2403 1945 match_67 match_part 0.992 2343 1987 match_68 match_part 0.995 2569 2008 match_69 match_part 0.961 2474 2013 match_70 match_part 0.942 2672 2054 match_71 match_part 0.938 2672 2057 match_72 match_part 0.976 2618 2160 match_73 match_part 0.994 18220 16137 match_74 match_part 1.000 17367 16541 match_75 match_part 1.000 18286 17903 match_76 match_part 0.914 25647 25012 match_77 match_part 0.993 31509 31362 match_part 1.000 31203 31134 match_part 1.000 31039 30919 match_part 1.000 30830 30793 match_part 0.997 29775 29426 match_part 0.643 29356 29343 match_78 match_part 1.000 31142 31134 match_part 1.000 31039 30919 match_part 1.000 30830 30793 match_part 1.000 29775 29374 match_79 match_part 0.966 29736 29379 match_80 match_part 1.000 31719 31606 match_part 1.000 31532 31362 match_part 1.000 31203 31134 match_part 1.000 31039 30919 match_part 1.000 30830 30793 match_part 0.969 29775 29391 match_81 match_part 0.917 31918 31895 match_part 1.000 31780 31606 match_part 1.000 31532 31362 match_part 1.000 31203 31134 match_part 1.000 31039 30919 match_part 1.000 30830 30793 match_part 0.987 29775 29626 match_82 match_part 0.970 31771 31606 match_part 1.000 31532 31362 match_part 1.000 31203 31134 match_part 1.000 31039 30919 match_part 1.000 30830 30793 match_part 1.000 29775 29637 match_83 match_part 0.980 32092 31895 match_part 1.000 31780 31606 match_part 1.000 31532 31362 match_part 1.000 31203 31134 match_part 1.000 31039 30919 match_part 0.974 30830 30793 match_part 1.000 29775 29751 match_84 match_part 0.996 30619 30066 match_85 match_part 0.974 35482 35368 match_part 1.000 34829 34742 match_part 1.000 34385 34239 match_part 0.986 34050 33910 match_part 1.000 33614 33529 match_part 1.000 33439 33382 match_part 1.000 30938 30919 match_part 0.974 30830 30793 match_86 match_part 1.000 32941 32841 match_part 1.000 32082 31895 match_part 1.000 31780 31606 match_part 1.000 31532 31362 match_part 1.000 31203 31134 match_part 1.000 31039 30931 match_87 match_part 1.000 34824 34742 match_part 1.000 34385 34239 match_part 1.000 34050 33910 match_part 1.000 33614 33529 match_part 1.000 33439 33347 match_part 1.000 33251 33188 match_part 1.000 32984 32887 match_part 1.000 31173 31134 match_part 0.987 31039 30961 match_88 match_part 1.000 32004 31895 match_part 1.000 31780 31606 match_part 1.000 31532 31362 match_part 1.000 31203 31134 match_part 1.000 31039 30971 match_89 match_part 1.000 31770 31606 match_part 1.000 31532 31362 match_part 1.000 31203 31134 match_part 1.000 31039 30972 match_90 match_part 1.000 32932 32841 match_part 1.000 32082 31895 match_part 1.000 31780 31606 match_part 1.000 31532 31381 match_91 match_part 1.000 33571 33529 match_part 1.000 33439 33347 match_part 1.000 33251 33188 match_part 1.000 32984 32841 match_part 1.000 32082 31895 match_part 1.000 31780 31606 match_part 0.993 31532 31383 match_92 match_part 1.000 33206 33188 match_part 0.979 32984 32841 match_part 1.000 32082 31895 match_part 0.989 31780 31606 match_part 0.965 31532 31391 match_93 match_part 0.931 32912 32841 match_part 0.995 32082 31895 match_part 0.983 31780 31606 match_part 0.957 31532 31395 match_94 match_part 1.000 32877 32841 match_part 1.000 32082 31895 match_part 1.000 31780 31606 match_part 1.000 31532 31396 match_95 match_part 1.000 32918 32841 match_part 1.000 32082 31895 match_part 0.994 31780 31606 match_part 0.966 31532 31475 match_96 match_part 0.889 33418 33347 match_part 1.000 33251 33188 match_part 0.993 32984 32841 match_part 1.000 32082 31895 match_part 0.965 31780 31667 match_97 match_part 1.000 32917 32841 match_part 1.000 32082 31981 match_98 match_part 0.954 35454 35368 match_part 1.000 34829 34742 match_part 1.000 34385 34239 match_part 1.000 34050 33910 match_part 1.000 33614 33529 match_part 1.000 33439 33347 match_part 1.000 33251 33188 match_part 1.000 32984 32967 match_99 match_part 0.995 36184 35975 match_part 1.000 35535 35368 match_part 1.000 34829 34742 match_part 1.000 34385 34279 match_100 match_part 0.990 36183 35975 match_part 0.988 35535 35368 match_part 1.000 34829 34742 match_part 0.985 34385 34318 match_101 match_part 1.000 36168 35975 match_part 0.994 35535 35368 match_part 1.000 34829 34749 match_102 match_part 1.000 45667 45505 match_part 1.000 45399 45163 match_part 1.000 45076 45046 match_103 match_part 1.000 46193 45944 match_part 1.000 45657 45505 match_part 1.000 45399 45177 match_104 match_part 1.000 46597 46335 match_part 0.997 46268 45975 match_105 match_part 0.996 46246 46008 match_106 match_part 0.995 65165 64775 match_part 0.978 58102 57923 match_part 0.542 57683 57660 match_107 match_part 1.000 65103 64775 match_part 0.995 59547 59124 match_108 match_part 1.000 65005 64775 match_part 1.000 59547 59280 match_109 match_part 0.916 65085 64775 match_part 0.981 59547 59285 match_110 match_part 1.000 65005 64775 match_part 1.000 61788 61476 match_111 match_part 1.000 87864 87834 match_part 1.000 87389 87321 match_part 1.000 87136 86964 match_part 1.000 86828 86536 match_112 match_part 1.000 87874 87834 match_part 0.986 87389 87321 match_part 0.996 87136 86854 match_113 match_part 0.988 91951 91787 match_part 1.000 91010 90896 match_part 1.000 90809 90730 match_part 1.000 90010 89935 match_part 1.000 89854 89790 match_part 0.984 89675 89613 match_part 0.976 88137 88056 match_part 1.000 87981 87956 match_114 match_part 1.000 96592 96581 match_part 0.983 96474 96005 match_115 match_part 0.993 97775 97066 match_116 match_part 1.000 98455 97785 match_117 match_part 1.000 98455 97821 match_118 match_part 0.988 98455 97852 match_119 match_part 1.000 98455 97965 match_120 match_part 1.000 99918 99851 match_part 1.000 99509 99459 match_part 1.000 99367 99250 match_part 1.000 98499 98105 match_121 match_part 1.000 99918 99851 match_part 1.000 99509 99459 match_part 1.000 99367 99250 match_part 0.991 98499 98166 match_122 match_part 1.000 99936 99851 match_part 1.000 99509 99459 match_part 1.000 99367 99250 match_part 0.994 98499 98182 match_123 match_part 0.998 105134 104598 match_124 match_part 0.958 109600 109577 match_part 1.000 109490 109332 match_part 0.996 109078 108849 match_125 match_part 0.980 137141 136896 match_part 0.697 132208 132176 match_part 0.846 131745 131733 match_126 match_part 0.969 138308 138213 match_part 1.000 137903 137592 match_part 0.994 137178 136836 match_127 match_part 1.000 137828 137592 match_part 0.994 137178 136837 match_128 match_part 0.978 137149 136877 match_129 match_part 0.932 138714 138213 match_part 0.906 137903 137691 match_130 match_part 1.000 139789 139386 match_part 1.000 138905 138761 match_131 match_part 0.976 139799 139386 match_part 1.000 138905 138851 match_132 match_part 0.986 143262 142707 match_part 0.571 139911 139849 match_133 match_part 1.000 143108 142661 match_part 0.571 142431 142390 match_part 0.545 141292 141238 match_part 0.469 140695 140664 match_134 match_part 0.968 143274 142651 match_135 match_part 0.981 143274 142653 match_136 match_part 0.985 143179 142655 match_137 match_part 0.956 142907 142657 match_138 match_part 0.960 143102 142658 match_139 match_part 0.963 143040 142658 match_140 match_part 0.962 143264 142666 match_141 match_part 0.963 143123 142667 match_142 match_part 0.968 143134 142672 match_143 match_part 0.985 143286 142679 match_144 match_part 0.983 143278 142679 match_145 match_part 0.995 143291 142686 match_146 match_part 0.973 143248 142692 match_147 match_part 0.988 143270 142703 match_148 match_part 0.989 143274 142705 match_149 match_part 1.000 143277 142740 match_150 match_part 1.000 143277 142740 match_151 match_part 1.000 143277 142748 match_152 match_part 1.000 143277 142748 match_153 match_part 1.000 143277 142752 match_154 match_part 0.981 143277 142755 match_155 match_part 0.981 143277 142755 match_156 match_part 0.998 143277 142755 match_157 match_part 0.998 143277 142755 match_158 match_part 1.000 143277 142759 match_159 match_part 1.000 143277 142767 match_160 match_part 1.000 143277 142767 match_161 match_part 0.994 143238 142773 match_162 match_part 0.972 143210 142778 match_163 match_part 0.988 143273 142793 match_164 match_part 1.000 143198 142796 match_165 match_part 0.993 143238 142805 match_166 match_part 0.995 143238 142806 match_167 match_part 0.995 143238 142807 match_168 match_part 0.964 143094 142873 match_169 match_part 0.936 144732 144188 match_170 match_part 0.996 178276 177515 match_171 match_part 0.995 178148 177599 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C02SLm0128E12.1 type gene exon 2685 665 gene_2 gene GT_PGL_1_AGS_2 transcript source GenomeThreader seq_id C02SLm0128E12.1 type gene exon 2685 1895 exon 1784 665 gene_3 gene GT_PGL_1_AGS_3 transcript source GenomeThreader seq_id C02SLm0128E12.1 type gene exon 2685 1895 exon 1784 1615 exon 1415 665 gene_4 gene GT_PGL_1_AGS_4 transcript source GenomeThreader seq_id C02SLm0128E12.1 type gene exon 2685 1890 exon 1784 1615 exon 1415 665 gene_5 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C02SLm0128E12.1 type gene exon 18286 16137 gene_6 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C02SLm0128E12.1 type gene exon 25647 25012 gene_7 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C02SLm0128E12.1 type gene exon 36184 35975 exon 35535 35368 exon 34829 34742 exon 34385 34239 exon 34050 33910 exon 33614 33529 exon 33439 33347 exon 33251 33188 exon 32984 32841 exon 32082 31895 exon 31780 31606 exon 31532 31362 exon 31203 31134 exon 31039 30919 exon 30830 30793 exon 29775 29374 gene_8 gene GT_PGL_4_AGS_2 transcript source GenomeThreader seq_id C02SLm0128E12.1 type gene exon 36184 35975 exon 35535 35368 exon 34829 34742 exon 34385 34239 exon 34050 33910 exon 33614 33529 exon 33439 33347 exon 33251 33188 exon 32984 32841 exon 32082 31895 exon 31780 31606 exon 31532 31362 exon 31203 31134 exon 31039 30919 exon 30830 30793 exon 29775 29426 exon 29356 29343 gene_9 gene GT_PGL_4_AGS_3 transcript source GenomeThreader seq_id C02SLm0128E12.1 type gene exon 32092 31895 exon 31780 31606 exon 31532 31362 exon 31203 31134 exon 31039 30919 exon 30830 30793 exon 29775 29374 gene_10 gene GT_PGL_4_AGS_4 transcript source GenomeThreader seq_id C02SLm0128E12.1 type gene exon 36184 35975 exon 35535 35368 exon 34829 34742 exon 34385 34239 exon 34050 33910 exon 33614 33529 exon 33439 33347 exon 33251 33188 exon 32984 32887 exon 31173 31134 exon 31039 30919 exon 30830 30793 exon 29775 29374 gene_11 gene GT_PGL_4_AGS_5 transcript source GenomeThreader seq_id C02SLm0128E12.1 type gene exon 36184 35975 exon 35535 35368 exon 34829 34742 exon 34385 34239 exon 34050 33910 exon 33614 33529 exon 33439 33382 exon 30938 30919 exon 30830 30793 gene_12 gene GT_PGL_4_AGS_6 transcript source GenomeThreader seq_id C02SLm0128E12.1 type gene exon 30619 30066 gene_13 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C02SLm0128E12.1 type gene exon 46597 46335 exon 46268 45944 exon 45657 45505 exon 45399 45177 gene_14 gene GT_PGL_5_AGS_2 transcript source GenomeThreader seq_id C02SLm0128E12.1 type gene exon 45667 45505 exon 45399 45163 exon 45076 45046 gene_15 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C02SLm0128E12.1 type gene exon 65103 64775 exon 59547 59124 gene_16 gene GT_PGL_6_AGS_2 transcript source GenomeThreader seq_id C02SLm0128E12.1 type gene exon 65005 64775 exon 61788 61476 gene_17 gene GT_PGL_6_AGS_3 transcript source GenomeThreader seq_id C02SLm0128E12.1 type gene exon 65165 64775 exon 58102 57923 exon 57683 57660 gene_18 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C02SLm0128E12.1 type gene exon 68653 69109 exon 69369 69383 gene_19 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C02SLm0128E12.1 type gene exon 87874 87834 exon 87389 87321 exon 87136 86854 gene_20 gene GT_PGL_8_AGS_2 transcript source GenomeThreader seq_id C02SLm0128E12.1 type gene exon 87864 87834 exon 87389 87321 exon 87136 86964 exon 86828 86536 gene_21 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C02SLm0128E12.1 type gene exon 91951 91787 exon 91010 90896 exon 90809 90730 exon 90010 89935 exon 89854 89790 exon 89675 89613 exon 88137 88056 exon 87981 87956 gene_22 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C02SLm0128E12.1 type gene exon 96592 96581 exon 96474 96005 gene_23 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C02SLm0128E12.1 type gene exon 97775 97066 gene_24 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C02SLm0128E12.1 type gene exon 99936 99851 exon 99509 99459 exon 99367 99250 exon 98499 97785 gene_25 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C02SLm0128E12.1 type gene exon 105134 104598 gene_26 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C02SLm0128E12.1 type gene exon 109600 109577 exon 109490 109332 exon 109078 108849 gene_27 gene GT_PGL_15_AGS_1 transcript source GenomeThreader seq_id C02SLm0128E12.1 type gene exon 112939 113320 exon 113484 113699 gene_28 gene GT_PGL_16_AGS_1 transcript source GenomeThreader seq_id C02SLm0128E12.1 type gene exon 126740 127433 exon 127981 128345 gene_29 gene GT_PGL_17_AGS_1 transcript source GenomeThreader seq_id C02SLm0128E12.1 type gene exon 138714 138213 exon 137903 137592 exon 137178 136836 gene_30 gene GT_PGL_17_AGS_2 transcript source GenomeThreader seq_id C02SLm0128E12.1 type gene exon 137141 136896 exon 132208 132176 exon 131745 131733 gene_31 gene GT_PGL_18_AGS_1 transcript source GenomeThreader seq_id C02SLm0128E12.1 type gene exon 139799 139386 exon 138905 138761 gene_32 gene GT_PGL_19_AGS_1 transcript source GenomeThreader seq_id C02SLm0128E12.1 type gene exon 143291 142651 gene_33 gene GT_PGL_19_AGS_2 transcript source GenomeThreader seq_id C02SLm0128E12.1 type gene exon 143291 142661 exon 142431 142390 exon 141292 141238 exon 140695 140664 gene_34 gene GT_PGL_19_AGS_3 transcript source GenomeThreader seq_id C02SLm0128E12.1 type gene exon 143277 142707 exon 139911 139849 gene_35 gene GT_PGL_20_AGS_1 transcript source GenomeThreader seq_id C02SLm0128E12.1 type gene exon 142691 142908 gene_36 gene GT_PGL_21_AGS_1 transcript source GenomeThreader seq_id C02SLm0128E12.1 type gene exon 144732 144188 gene_37 gene GT_PGL_22_AGS_1 transcript source GenomeThreader seq_id C02SLm0128E12.1 type gene exon 146206 146570 exon 146660 146728 exon 146868 146975 exon 147883 147954 exon 148582 148740 exon 149334 149369 exon 149625 149731 exon 150742 150813 exon 153173 153221 exon 153354 153946 exon 155209 155391 exon 155465 155585 exon 159162 159694 gene_38 gene GT_PGL_23_AGS_1 transcript source GenomeThreader seq_id C02SLm0128E12.1 type gene exon 160177 160316 exon 160993 161273 exon 161564 161671 exon 162327 162397 exon 163007 163080 exon 163158 163202 exon 163289 163348 exon 164063 164123 exon 164212 164324 exon 164677 165123 exon 165230 165365 exon 165470 165537 exon 165842 166207 gene_39 gene GT_PGL_23_AGS_2 transcript source GenomeThreader seq_id C02SLm0128E12.1 type gene exon 160177 160316 exon 160993 161273 exon 161564 161671 exon 162327 162397 exon 163007 163202 exon 163289 163348 exon 164063 164123 exon 164212 164324 exon 164677 165123 exon 165230 165365 exon 165470 165537 exon 165842 166207 gene_40 gene GT_PGL_23_AGS_3 transcript source GenomeThreader seq_id C02SLm0128E12.1 type gene exon 160177 160316 exon 160993 161273 exon 161564 161671 exon 162327 162397 exon 162679 162765 exon 163007 163068 gene_41 gene GT_PGL_24_AGS_1 transcript source GenomeThreader seq_id C02SLm0128E12.1 type gene exon 170761 171341 exon 171400 171476 gene_42 gene GT_PGL_25_AGS_1 transcript source GenomeThreader seq_id C02SLm0128E12.1 type gene exon 172140 172186 exon 172649 173094 gene_43 gene GT_PGL_26_AGS_1 transcript source GenomeThreader seq_id C02SLm0128E12.1 type gene exon 173260 173862 gene_44 gene GT_PGL_27_AGS_1 transcript source GenomeThreader seq_id C02SLm0128E12.1 type gene exon 178276 177515 AUGUSTUS_tom_cdna de novo gene_1 gene 0.83 657 735 transcript_1 transcript 0.83 657 735 intron_1 intron 0.83 1 656 CDS_1 CDS 0.86 657 735 stop_codon_1 stop_codon 733 735 gene_2 gene 0.74 23983 29663 transcript_2 transcript 0.74 23983 29663 start_codon_1 start_codon 23983 23985 intron_2 intron 0.91 24026 25937 intron_3 intron 0.81 25995 29544 CDS_2 CDS 1 23983 24025 CDS_3 CDS 0.87 25938 25994 CDS_4 CDS 0.81 29545 29663 stop_codon_2 stop_codon 29661 29663 gene_3 gene 1 126740 128123 transcript_3 transcript 1 126740 128123 start_codon_2 start_codon 126740 126742 intron_4 intron 1 127434 127980 CDS_5 CDS 1 126740 127433 CDS_6 CDS 1 127981 128123 stop_codon_3 stop_codon 128121 128123 gene_4 gene 0.35 146235 153950 transcript_4 transcript 0.35 146235 153950 start_codon_3 start_codon 146235 146237 intron_5 intron 0.94 146571 146659 intron_6 intron 0.71 146729 146867 intron_7 intron 0.74 146976 147882 intron_8 intron 0.99 147955 148581 intron_9 intron 0.68 148741 149333 intron_10 intron 0.68 149370 149624 intron_11 intron 0.75 149732 150741 intron_12 intron 1 150814 153172 intron_13 intron 1 153222 153353 CDS_7 CDS 1 146235 146570 CDS_8 CDS 0.94 146660 146728 CDS_9 CDS 0.74 146868 146975 CDS_10 CDS 0.99 147883 147954 CDS_11 CDS 1 148582 148740 CDS_12 CDS 0.8 149334 149369 CDS_13 CDS 0.78 149625 149731 CDS_14 CDS 0.97 150742 150813 CDS_15 CDS 1 153173 153221 CDS_16 CDS 0.77 153354 153950 stop_codon_4 stop_codon 153948 153950 gene_5 gene 0.25 155231 155679 transcript_5 transcript 0.25 155231 155679 start_codon_4 start_codon 155231 155233 intron_14 intron 0.97 155392 155464 intron_15 intron 0.35 155586 155655 CDS_17 CDS 0.64 155231 155391 CDS_18 CDS 0.85 155465 155585 CDS_19 CDS 0.35 155656 155679 stop_codon_5 stop_codon 155677 155679 gene_6 gene 1 160242 165979 transcript_6 transcript 1 160242 165979 start_codon_5 start_codon 160242 160244 intron_16 intron 1 160317 160992 intron_17 intron 1 161274 161563 intron_18 intron 1 161672 162326 intron_19 intron 1 162398 163006 intron_20 intron 1 163081 163157 intron_21 intron 1 163203 163288 intron_22 intron 1 163349 164062 intron_23 intron 1 164124 164211 intron_24 intron 1 164325 164676 intron_25 intron 1 165124 165229 intron_26 intron 1 165366 165469 intron_27 intron 1 165538 165841 CDS_20 CDS 1 160242 160316 CDS_21 CDS 1 160993 161273 CDS_22 CDS 1 161564 161671 CDS_23 CDS 1 162327 162397 CDS_24 CDS 1 163007 163080 CDS_25 CDS 1 163158 163202 CDS_26 CDS 1 163289 163348 CDS_27 CDS 1 164063 164123 CDS_28 CDS 1 164212 164324 CDS_29 CDS 1 164677 165123 CDS_30 CDS 1 165230 165365 CDS_31 CDS 1 165470 165537 CDS_32 CDS 1 165842 165979 stop_codon_6 stop_codon 165977 165979 gene_7 gene 0.83 171203 173424 transcript_7 transcript 0.83 171203 173424 start_codon_6 start_codon 171203 171205 intron_28 intron 0.85 171342 171432 intron_29 intron 0.99 171830 171914 intron_30 intron 1 172187 172648 CDS_33 CDS 0.97 171203 171341 CDS_34 CDS 0.85 171433 171829 CDS_35 CDS 1 171915 172186 CDS_36 CDS 1 172649 173424 stop_codon_7 stop_codon 173422 173424 AUGUSTUS_tom_cdna de novo gene_8 gene 0.37 1988 1266 transcript_8 transcript 0.37 1988 1266 stop_codon_8 stop_codon 1268 1266 intron_31 intron 0.37 1614 1311 intron_32 intron 1 1894 1785 CDS_37 CDS 0.37 1310 1266 CDS_38 CDS 0.84 1784 1615 CDS_39 CDS 1 1988 1895 start_codon_7 start_codon 1988 1986 gene_9 gene 0.08 7033 2423 transcript_9 transcript 0.08 7033 2423 stop_codon_9 stop_codon 2425 2423 intron_33 intron 0.14 3510 2592 intron_34 intron 0.14 6964 3588 CDS_40 CDS 0.61 2591 2423 CDS_41 CDS 0.18 3587 3511 CDS_42 CDS 0.74 7033 6965 start_codon_8 start_codon 7033 7031 gene_10 gene 0.28 9261 7373 transcript_10 transcript 0.28 9261 7373 stop_codon_10 stop_codon 7375 7373 intron_35 intron 0.53 7544 7453 intron_36 intron 0.52 8995 7672 intron_37 intron 0.72 9161 9064 CDS_43 CDS 0.75 7452 7373 CDS_44 CDS 0.42 7671 7545 CDS_45 CDS 0.51 9063 8996 CDS_46 CDS 1 9261 9162 start_codon_9 start_codon 9261 9259 gene_11 gene 1.7 18109 16280 transcript_11 transcript 0.93 18109 16280 stop_codon_11 stop_codon 16282 16280 CDS_47 CDS 0.93 18109 16280 start_codon_10 start_codon 18109 18107 transcript_12 transcript 0.77 17001 16280 stop_codon_12 stop_codon 16282 16280 CDS_48 CDS 0.77 17001 16280 gene_12 gene 0.85 64884 29673 transcript_13 transcript 0.85 64884 29673 stop_codon_13 stop_codon 29675 29673 intron_38 intron 1 30792 29776 intron_39 intron 1 30918 30831 intron_40 intron 1 31133 31040 intron_41 intron 1 31361 31204 intron_42 intron 1 31605 31533 intron_43 intron 1 31894 31781 intron_44 intron 1 32840 32083 intron_45 intron 1 33187 32985 intron_46 intron 1 33346 33252 intron_47 intron 1 33528 33440 intron_48 intron 1 33909 33615 intron_49 intron 1 34238 34051 intron_50 intron 1 34741 34386 intron_51 intron 1 35367 34830 intron_52 intron 0.99 35974 35536 intron_53 intron 0.96 44733 36106 intron_54 intron 1 44983 44813 intron_55 intron 1 45162 45077 intron_56 intron 1 45504 45400 intron_57 intron 1 45943 45658 intron_58 intron 1 46334 46269 intron_59 intron 0.88 59375 46607 intron_60 intron 1 64774 59548 CDS_49 CDS 1 29775 29673 CDS_50 CDS 1 30830 30793 CDS_51 CDS 1 31039 30919 CDS_52 CDS 1 31203 31134 CDS_53 CDS 1 31532 31362 CDS_54 CDS 1 31780 31606 CDS_55 CDS 1 32082 31895 CDS_56 CDS 1 32984 32841 CDS_57 CDS 1 33251 33188 CDS_58 CDS 1 33439 33347 CDS_59 CDS 1 33614 33529 CDS_60 CDS 1 34050 33910 CDS_61 CDS 1 34385 34239 CDS_62 CDS 1 34829 34742 CDS_63 CDS 1 35535 35368 CDS_64 CDS 0.98 36105 35975 CDS_65 CDS 0.99 44812 44734 CDS_66 CDS 1 45076 44984 CDS_67 CDS 1 45399 45163 CDS_68 CDS 1 45657 45505 CDS_69 CDS 1 46268 45944 CDS_70 CDS 0.89 46606 46335 CDS_71 CDS 0.99 59547 59376 CDS_72 CDS 1 64884 64775 start_codon_11 start_codon 64884 64882 gene_13 gene 0.07 91882 64921 transcript_14 transcript 0.07 91882 64921 stop_codon_14 stop_codon 64923 64921 intron_61 intron 0.55 70112 65032 intron_62 intron 0.98 70614 70305 intron_63 intron 0.99 70803 70723 intron_64 intron 0.95 71585 70903 intron_65 intron 0.95 72505 71706 intron_66 intron 0.95 72712 72626 intron_67 intron 0.99 72887 72808 intron_68 intron 0.88 73517 72984 intron_69 intron 0.98 73789 73708 intron_70 intron 0.98 75075 73860 intron_71 intron 0.86 75744 75423 intron_72 intron 0.86 75922 75829 intron_73 intron 0.98 77243 76196 intron_74 intron 0.4 77495 77326 intron_75 intron 0.39 79745 77585 intron_76 intron 0.66 80053 79968 intron_77 intron 0.65 80201 80105 intron_78 intron 0.91 80377 80289 intron_79 intron 0.99 80544 80437 intron_80 intron 0.64 80671 80585 intron_81 intron 0.64 80902 80737 intron_82 intron 0.99 81187 81104 intron_83 intron 0.97 81533 81348 intron_84 intron 0.91 86527 81703 intron_85 intron 1 87320 87137 intron_86 intron 1 87833 87390 intron_87 intron 1 88055 87982 intron_88 intron 1 89612 88138 intron_89 intron 1 89789 89676 intron_90 intron 1 89934 89855 intron_91 intron 1 90729 90011 intron_92 intron 1 90895 90810 intron_93 intron 1 91786 91011 CDS_73 CDS 0.99 65031 64921 CDS_74 CDS 0.56 70304 70113 CDS_75 CDS 0.99 70722 70615 CDS_76 CDS 0.95 70902 70804 CDS_77 CDS 0.96 71705 71586 CDS_78 CDS 0.95 72625 72506 CDS_79 CDS 1 72807 72713 CDS_80 CDS 0.99 72983 72888 CDS_81 CDS 0.89 73707 73518 CDS_82 CDS 0.98 73859 73790 CDS_83 CDS 0.99 75422 75076 CDS_84 CDS 0.86 75828 75745 CDS_85 CDS 1 76195 75923 CDS_86 CDS 0.47 77325 77244 CDS_87 CDS 0.39 77584 77496 CDS_88 CDS 0.99 79967 79746 CDS_89 CDS 0.66 80104 80054 CDS_90 CDS 0.91 80288 80202 CDS_91 CDS 1 80436 80378 CDS_92 CDS 0.64 80584 80545 CDS_93 CDS 0.64 80736 80672 CDS_94 CDS 0.97 81103 80903 CDS_95 CDS 0.99 81347 81188 CDS_96 CDS 0.9 81702 81534 CDS_97 CDS 0.98 87136 86528 CDS_98 CDS 1 87389 87321 CDS_99 CDS 1 87981 87834 CDS_100 CDS 1 88137 88056 CDS_101 CDS 1 89675 89613 CDS_102 CDS 1 89854 89790 CDS_103 CDS 1 90010 89935 CDS_104 CDS 1 90809 90730 CDS_105 CDS 1 91010 90896 CDS_106 CDS 0.89 91882 91787 start_codon_12 start_codon 91882 91880 gene_14 gene 0.2 96391 91904 transcript_15 transcript 0.2 96391 91904 stop_codon_15 stop_codon 91906 91904 intron_94 intron 0.89 93085 91974 intron_95 intron 0.73 93379 93217 intron_96 intron 0.48 94293 93537 intron_97 intron 0.98 94539 94371 intron_98 intron 0.86 94691 94611 intron_99 intron 0.68 95018 94779 intron_100 intron 0.91 95790 95529 CDS_107 CDS 0.89 91973 91904 CDS_108 CDS 0.64 93216 93086 CDS_109 CDS 0.48 93536 93380 CDS_110 CDS 0.98 94370 94294 CDS_111 CDS 0.94 94610 94540 CDS_112 CDS 0.86 94778 94692 CDS_113 CDS 0.65 95528 95019 CDS_114 CDS 0.94 96391 95791 start_codon_13 start_codon 96391 96389 gene_15 gene 0.06 119579 96429 transcript_16 transcript 0.06 119579 96429 stop_codon_16 stop_codon 96431 96429 intron_101 intron 1 96580 96475 intron_102 intron 1 97399 96608 intron_103 intron 1 99249 98500 intron_104 intron 1 99458 99368 intron_105 intron 1 99850 99510 intron_106 intron 0.48 104528 99930 intron_107 intron 0.55 108606 105549 intron_108 intron 1 109331 109079 intron_109 intron 1 111036 109491 intron_110 intron 0.44 115113 111525 intron_111 intron 0.85 118343 115243 intron_112 intron 0.99 119017 118825 intron_113 intron 0.96 119423 119357 CDS_115 CDS 0.94 96474 96429 CDS_116 CDS 1 96607 96581 CDS_117 CDS 1 98499 97400 CDS_118 CDS 1 99367 99250 CDS_119 CDS 1 99509 99459 CDS_120 CDS 0.48 99929 99851 CDS_121 CDS 0.72 105548 104529 CDS_122 CDS 0.63 109078 108607 CDS_123 CDS 1 109490 109332 CDS_124 CDS 0.98 111524 111037 CDS_125 CDS 0.44 115242 115114 CDS_126 CDS 0.85 118824 118344 CDS_127 CDS 0.99 119356 119018 CDS_128 CDS 0.38 119579 119424 start_codon_14 start_codon 119579 119577 gene_16 gene 1 139712 137008 transcript_17 transcript 1 139712 137008 stop_codon_17 stop_codon 137010 137008 intron_114 intron 1 137591 137179 intron_115 intron 1 138212 137904 intron_116 intron 1 139385 138906 CDS_129 CDS 1 137178 137008 CDS_130 CDS 1 137903 137592 CDS_131 CDS 1 138905 138213 CDS_132 CDS 1 139712 139386 start_codon_15 start_codon 139712 139710 gene_17 gene 0.64 142706 140949 transcript_18 transcript 0.64 142706 140949 stop_codon_18 stop_codon 140951 140949 intron_117 intron 0.64 142644 141181 CDS_133 CDS 0.64 141180 140949 CDS_134 CDS 0.95 142706 142645 start_codon_16 start_codon 142706 142704 gene_18 gene 0.36 144541 142934 transcript_19 transcript 0.36 144541 142934 stop_codon_19 stop_codon 142936 142934 intron_118 intron 0.7 144330 143377 CDS_135 CDS 0.72 143376 142934 CDS_136 CDS 0.36 144541 144331 start_codon_17 start_codon 144541 144539 gene_19 gene 0.96 145073 144741 transcript_20 transcript 0.96 145073 144741 stop_codon_20 stop_codon 144743 144741 CDS_137 CDS 0.96 145073 144741 start_codon_18 start_codon 145073 145071 gene_20 gene 1 179256 177757 transcript_21 transcript 1 179256 177757 stop_codon_21 stop_codon 177759 177757 CDS_138 CDS 1 179256 177757 start_codon_19 start_codon 179256 179254 tRNAscan-SE unknown database tRNAscan-SE unknown database tRNA_1 tRNA 72.20 69480 69551 AUGUSTUS_ab_initio de novo gene_1 gene 0.82 66991 68676 transcript_1 transcript 0.82 66991 68676 start_codon_1 start_codon 66991 66993 intron_1 intron 0.99 67144 67430 intron_2 intron 0.99 67484 67587 intron_3 intron 0.97 67698 68013 intron_4 intron 0.92 68182 68252 intron_5 intron 0.95 68478 68569 CDS_1 CDS 0.96 66991 67143 CDS_2 CDS 1 67431 67483 CDS_3 CDS 0.99 67588 67697 CDS_4 CDS 0.94 68014 68181 CDS_5 CDS 0.95 68253 68477 CDS_6 CDS 0.96 68570 68676 stop_codon_1 stop_codon 68674 68676 gene_2 gene 0.84 113069 113723 transcript_2 transcript 0.84 113069 113723 start_codon_2 start_codon 113069 113071 intron_6 intron 0.94 113315 113483 CDS_7 CDS 0.94 113069 113314 CDS_8 CDS 0.88 113484 113723 stop_codon_2 stop_codon 113721 113723 gene_3 gene 0.9 126740 128123 transcript_3 transcript 0.9 126740 128123 start_codon_3 start_codon 126740 126742 intron_7 intron 0.9 127434 127980 CDS_9 CDS 0.9 126740 127433 CDS_10 CDS 1 127981 128123 stop_codon_3 stop_codon 128121 128123 gene_4 gene 0.02 146235 156488 transcript_4 transcript 0.02 146235 156488 start_codon_4 start_codon 146235 146237 intron_8 intron 1 146571 146659 intron_9 intron 0.94 146729 146867 intron_10 intron 0.84 146976 147882 intron_11 intron 1 147955 148581 intron_12 intron 0.83 148741 149333 intron_13 intron 0.83 149370 149624 intron_14 intron 0.79 149732 150741 intron_15 intron 0.9 150814 153172 intron_16 intron 1 153222 153353 intron_17 intron 0.21 153947 155208 intron_18 intron 1 155392 155464 intron_19 intron 0.52 155586 155943 intron_20 intron 0.19 155973 156343 CDS_11 CDS 1 146235 146570 CDS_12 CDS 1 146660 146728 CDS_13 CDS 0.94 146868 146975 CDS_14 CDS 1 147883 147954 CDS_15 CDS 1 148582 148740 CDS_16 CDS 0.97 149334 149369 CDS_17 CDS 0.84 149625 149731 CDS_18 CDS 0.92 150742 150813 CDS_19 CDS 1 153173 153221 CDS_20 CDS 0.28 153354 153946 CDS_21 CDS 0.38 155209 155391 CDS_22 CDS 1 155465 155585 CDS_23 CDS 0.53 155944 155972 CDS_24 CDS 0.07 156344 156488 stop_codon_4 stop_codon 156486 156488 gene_5 gene 0.65 160242 165979 transcript_5 transcript 0.65 160242 165979 start_codon_5 start_codon 160242 160244 intron_21 intron 0.98 160317 160992 intron_22 intron 0.98 161274 161563 intron_23 intron 0.94 161672 162326 intron_24 intron 1 162398 163006 intron_25 intron 1 163081 163157 intron_26 intron 1 163203 163288 intron_27 intron 1 163349 164062 intron_28 intron 1 164124 164211 intron_29 intron 0.99 164325 164676 intron_30 intron 1 165124 165229 intron_31 intron 0.74 165366 165469 intron_32 intron 1 165538 165841 CDS_25 CDS 1 160242 160316 CDS_26 CDS 0.99 160993 161273 CDS_27 CDS 0.98 161564 161671 CDS_28 CDS 0.96 162327 162397 CDS_29 CDS 1 163007 163080 CDS_30 CDS 1 163158 163202 CDS_31 CDS 1 163289 163348 CDS_32 CDS 1 164063 164123 CDS_33 CDS 1 164212 164324 CDS_34 CDS 1 164677 165123 CDS_35 CDS 0.74 165230 165365 CDS_36 CDS 1 165470 165537 CDS_37 CDS 1 165842 165979 stop_codon_5 stop_codon 165977 165979 gene_6 gene 0.91 171203 173424 transcript_6 transcript 0.91 171203 173424 start_codon_6 start_codon 171203 171205 intron_33 intron 0.94 171342 171432 intron_34 intron 1 171830 171914 intron_35 intron 0.99 172187 172648 CDS_38 CDS 0.98 171203 171341 CDS_39 CDS 0.94 171433 171829 CDS_40 CDS 0.99 171915 172186 CDS_41 CDS 1 172649 173424 stop_codon_6 stop_codon 173422 173424 AUGUSTUS_ab_initio de novo gene_7 gene 0.07 2566 58 transcript_7 transcript 0.07 2566 58 intron_36 intron 0.53 57 1 intron_37 intron 0.57 853 182 intron_38 intron 0.57 1614 949 intron_39 intron 0.7 1894 1785 intron_40 intron 0.25 2448 1943 CDS_42 CDS 0.36 181 58 CDS_43 CDS 0.56 948 854 CDS_44 CDS 0.82 1784 1615 CDS_45 CDS 0.68 1942 1895 CDS_46 CDS 0.54 2566 2449 start_codon_7 start_codon 2566 2564 gene_8 gene 0.05 9261 4887 transcript_8 transcript 0.05 9261 4887 stop_codon_7 stop_codon 4889 4887 intron_41 intron 0.17 5856 5011 intron_42 intron 0.22 6964 5901 intron_43 intron 0.85 7306 7018 intron_44 intron 0.5 7472 7388 intron_45 intron 0.58 9009 7572 intron_46 intron 0.75 9161 9064 CDS_47 CDS 0.48 5010 4887 CDS_48 CDS 0.25 5900 5857 CDS_49 CDS 0.93 7017 6965 CDS_50 CDS 0.5 7387 7307 CDS_51 CDS 0.81 7571 7473 CDS_52 CDS 0.58 9063 9010 CDS_53 CDS 0.97 9261 9162 start_codon_8 start_codon 9261 9259 gene_9 gene 0.87 18109 16280 transcript_9 transcript 0.87 18109 16280 stop_codon_8 stop_codon 16282 16280 CDS_54 CDS 0.87 18109 16280 start_codon_9 start_codon 18109 18107 gene_10 gene 0.82 36067 29673 transcript_10 transcript 0.82 36067 29673 stop_codon_9 stop_codon 29675 29673 intron_47 intron 0.98 30792 29776 intron_48 intron 1 30918 30831 intron_49 intron 0.94 31133 31040 intron_50 intron 0.99 31361 31204 intron_51 intron 1 31605 31533 intron_52 intron 1 31894 31781 intron_53 intron 1 32840 32083 intron_54 intron 1 33187 32985 intron_55 intron 1 33346 33252 intron_56 intron 1 33528 33440 intron_57 intron 0.99 33909 33615 intron_58 intron 0.96 34238 34051 intron_59 intron 0.94 34741 34386 intron_60 intron 1 35367 34830 intron_61 intron 1 35974 35536 CDS_55 CDS 0.98 29775 29673 CDS_56 CDS 0.99 30830 30793 CDS_57 CDS 0.97 31039 30919 CDS_58 CDS 0.93 31203 31134 CDS_59 CDS 1 31532 31362 CDS_60 CDS 1 31780 31606 CDS_61 CDS 1 32082 31895 CDS_62 CDS 1 32984 32841 CDS_63 CDS 1 33251 33188 CDS_64 CDS 1 33439 33347 CDS_65 CDS 0.99 33614 33529 CDS_66 CDS 1 34050 33910 CDS_67 CDS 0.94 34385 34239 CDS_68 CDS 0.94 34829 34742 CDS_69 CDS 1 35535 35368 CDS_70 CDS 1 36067 35975 start_codon_10 start_codon 36067 36065 gene_11 gene 0.33 46537 42430 transcript_11 transcript 0.33 46537 42430 stop_codon_10 stop_codon 42432 42430 intron_62 intron 0.84 44515 42709 intron_63 intron 0.96 44733 44623 intron_64 intron 0.98 44983 44813 intron_65 intron 0.98 45162 45077 intron_66 intron 1 45504 45400 intron_67 intron 0.51 45943 45658 intron_68 intron 1 46334 46269 CDS_71 CDS 0.84 42708 42430 CDS_72 CDS 0.95 44622 44516 CDS_73 CDS 1 44812 44734 CDS_74 CDS 0.98 45076 44984 CDS_75 CDS 0.97 45399 45163 CDS_76 CDS 0.98 45657 45505 CDS_77 CDS 0.98 46268 45944 CDS_78 CDS 0.83 46537 46335 start_codon_11 start_codon 46537 46535 gene_12 gene 0.16 77769 70062 transcript_12 transcript 0.16 77769 70062 stop_codon_11 stop_codon 70064 70062 intron_69 intron 0.98 70614 70305 intron_70 intron 1 70803 70723 intron_71 intron 0.96 71585 70903 intron_72 intron 0.91 72505 71706 intron_73 intron 0.98 72712 72626 intron_74 intron 1 72887 72808 intron_75 intron 0.96 73517 72984 intron_76 intron 1 73789 73708 intron_77 intron 0.77 74433 73860 intron_78 intron 0.77 74739 74610 intron_79 intron 0.39 75075 74930 intron_80 intron 0.99 75744 75423 intron_81 intron 0.98 75922 75829 intron_82 intron 0.84 77243 76196 intron_83 intron 0.6 77495 77326 intron_84 intron 0.53 77701 77571 CDS_79 CDS 1 70304 70062 CDS_80 CDS 1 70722 70615 CDS_81 CDS 0.96 70902 70804 CDS_82 CDS 0.93 71705 71586 CDS_83 CDS 0.98 72625 72506 CDS_84 CDS 1 72807 72713 CDS_85 CDS 1 72983 72888 CDS_86 CDS 0.96 73707 73518 CDS_87 CDS 0.99 73859 73790 CDS_88 CDS 0.76 74609 74434 CDS_89 CDS 0.39 74929 74740 CDS_90 CDS 0.74 75422 75076 CDS_91 CDS 0.98 75828 75745 CDS_92 CDS 0.93 76195 75923 CDS_93 CDS 0.73 77325 77244 CDS_94 CDS 0.54 77570 77496 CDS_95 CDS 0.62 77769 77702 start_codon_12 start_codon 77769 77767 gene_13 gene 0.77 81761 79052 transcript_13 transcript 0.77 81761 79052 stop_codon_12 stop_codon 79054 79052 intron_85 intron 0.87 79216 79135 intron_86 intron 0.91 79456 79358 intron_87 intron 0.91 79745 79551 intron_88 intron 0.96 80053 79968 intron_89 intron 0.95 80201 80105 intron_90 intron 0.99 80377 80289 intron_91 intron 1 80544 80437 intron_92 intron 0.98 80671 80585 intron_93 intron 0.96 80902 80737 intron_94 intron 1 81187 81104 intron_95 intron 0.99 81533 81348 CDS_96 CDS 0.86 79134 79052 CDS_97 CDS 0.9 79357 79217 CDS_98 CDS 0.91 79550 79457 CDS_99 CDS 1 79967 79746 CDS_100 CDS 0.96 80104 80054 CDS_101 CDS 0.99 80288 80202 CDS_102 CDS 1 80436 80378 CDS_103 CDS 0.98 80584 80545 CDS_104 CDS 0.98 80736 80672 CDS_105 CDS 0.98 81103 80903 CDS_106 CDS 0.99 81347 81188 CDS_107 CDS 0.99 81761 81534 start_codon_13 start_codon 81761 81759 gene_14 gene 0.45 91882 86500 transcript_14 transcript 0.45 91882 86500 stop_codon_13 stop_codon 86502 86500 intron_96 intron 1 87320 87137 intron_97 intron 1 87833 87390 intron_98 intron 0.94 88055 87982 intron_99 intron 0.67 89612 88138 intron_100 intron 1 89789 89676 intron_101 intron 1 89934 89855 intron_102 intron 0.96 90729 90011 intron_103 intron 1 90895 90810 intron_104 intron 0.96 91786 91011 CDS_108 CDS 0.73 87136 86500 CDS_109 CDS 1 87389 87321 CDS_110 CDS 1 87981 87834 CDS_111 CDS 0.94 88137 88056 CDS_112 CDS 0.74 89675 89613 CDS_113 CDS 1 89854 89790 CDS_114 CDS 1 90010 89935 CDS_115 CDS 0.99 90809 90730 CDS_116 CDS 1 91010 90896 CDS_117 CDS 1 91882 91787 start_codon_14 start_codon 91882 91880 gene_15 gene 0.52 96391 92953 transcript_15 transcript 0.52 96391 92953 stop_codon_14 stop_codon 92955 92953 intron_105 intron 0.86 93379 93217 intron_106 intron 0.93 93670 93542 intron_107 intron 0.85 94293 93816 intron_108 intron 0.99 94539 94371 intron_109 intron 1 94691 94611 intron_110 intron 0.81 95018 94779 intron_111 intron 0.89 95790 95529 CDS_118 CDS 0.86 93216 92953 CDS_119 CDS 0.93 93541 93380 CDS_120 CDS 0.86 93815 93671 CDS_121 CDS 0.99 94370 94294 CDS_122 CDS 1 94610 94540 CDS_123 CDS 1 94778 94692 CDS_124 CDS 0.72 95528 95019 CDS_125 CDS 0.99 96391 95791 start_codon_15 start_codon 96391 96389 gene_16 gene 0.77 100061 97348 transcript_16 transcript 0.77 100061 97348 stop_codon_15 stop_codon 97350 97348 intron_112 intron 1 99249 98500 intron_113 intron 0.99 99458 99368 intron_114 intron 0.97 99850 99510 intron_115 intron 0.78 100053 99980 CDS_126 CDS 0.98 98499 97348 CDS_127 CDS 1 99367 99250 CDS_128 CDS 0.99 99509 99459 CDS_129 CDS 0.78 99979 99851 CDS_130 CDS 0.8 100061 100054 start_codon_16 start_codon 100061 100059 gene_17 gene 0.86 105546 104470 transcript_17 transcript 0.86 105546 104470 stop_codon_16 stop_codon 104472 104470 CDS_131 CDS 0.86 105546 104470 start_codon_17 start_codon 105546 105544 gene_18 gene 0.88 111618 108542 transcript_18 transcript 0.88 111618 108542 stop_codon_17 stop_codon 108544 108542 intron_116 intron 0.98 109331 109079 intron_117 intron 0.9 111036 109491 CDS_132 CDS 0.98 109078 108542 CDS_133 CDS 1 109490 109332 CDS_134 CDS 0.9 111618 111037 start_codon_18 start_codon 111618 111616 gene_19 gene 0.99 119711 118330 transcript_19 transcript 0.99 119711 118330 stop_codon_18 stop_codon 118332 118330 intron_118 intron 1 119017 118825 intron_119 intron 1 119423 119357 CDS_135 CDS 1 118824 118330 CDS_136 CDS 1 119356 119018 CDS_137 CDS 0.99 119711 119424 start_codon_19 start_codon 119711 119709 gene_20 gene 0.81 139712 137008 transcript_20 transcript 0.81 139712 137008 stop_codon_19 stop_codon 137010 137008 intron_120 intron 0.97 137591 137179 intron_121 intron 1 138212 137904 intron_122 intron 0.98 139385 138906 CDS_138 CDS 0.86 137178 137008 CDS_139 CDS 1 137903 137592 CDS_140 CDS 0.98 138905 138213 CDS_141 CDS 1 139712 139386 start_codon_20 start_codon 139712 139710 gene_21 gene 0.86 141460 140949 transcript_21 transcript 0.86 141460 140949 stop_codon_20 stop_codon 140951 140949 intron_123 intron 0.87 141265 141186 CDS_142 CDS 0.87 141185 140949 CDS_143 CDS 0.96 141460 141266 start_codon_21 start_codon 141460 141458 gene_22 gene 0.83 143266 142934 transcript_22 transcript 0.83 143266 142934 stop_codon_21 stop_codon 142936 142934 CDS_144 CDS 0.83 143266 142934 start_codon_22 start_codon 143266 143264 gene_23 gene 0.64 144715 144278 transcript_23 transcript 0.64 144715 144278 stop_codon_22 stop_codon 144280 144278 CDS_145 CDS 0.64 144715 144278 start_codon_23 start_codon 144715 144713 gene_24 gene 0.84 145073 144741 transcript_24 transcript 0.84 145073 144741 stop_codon_23 stop_codon 144743 144741 CDS_146 CDS 0.84 145073 144741 start_codon_24 start_codon 145073 145071 gene_25 gene 1 179256 177757 transcript_25 transcript 1 179256 177757 stop_codon_24 stop_codon 177759 177757 CDS_147 CDS 1 179256 177757 start_codon_25 start_codon 179256 179254 AUGUSTUS_tom_ugs de novo gene_1 gene 1 66991 68676 transcript_1 transcript 1 66991 68676 start_codon_1 start_codon 66991 66993 intron_1 intron 1 67144 67430 intron_2 intron 1 67484 67587 intron_3 intron 1 67698 68013 intron_4 intron 1 68182 68252 intron_5 intron 1 68478 68569 CDS_1 CDS 1 66991 67143 CDS_2 CDS 1 67431 67483 CDS_3 CDS 1 67588 67697 CDS_4 CDS 1 68014 68181 CDS_5 CDS 1 68253 68477 CDS_6 CDS 1 68570 68676 stop_codon_1 stop_codon 68674 68676 gene_2 gene 1 126740 128123 transcript_2 transcript 1 126740 128123 start_codon_2 start_codon 126740 126742 intron_6 intron 1 127434 127980 CDS_7 CDS 1 126740 127433 CDS_8 CDS 1 127981 128123 stop_codon_2 stop_codon 128121 128123 gene_3 gene 0.25 146235 153950 transcript_3 transcript 0.25 146235 153950 start_codon_3 start_codon 146235 146237 intron_7 intron 1 146571 146659 intron_8 intron 1 146729 146867 intron_9 intron 1 146976 147882 intron_10 intron 1 147955 148581 intron_11 intron 0.81 148741 149333 intron_12 intron 0.53 149370 149624 intron_13 intron 0.39 149732 150741 intron_14 intron 0.44 150814 153172 intron_15 intron 0.67 153222 153353 CDS_9 CDS 1 146235 146570 CDS_10 CDS 1 146660 146728 CDS_11 CDS 1 146868 146975 CDS_12 CDS 1 147883 147954 CDS_13 CDS 0.99 148582 148740 CDS_14 CDS 0.86 149334 149369 CDS_15 CDS 0.56 149625 149731 CDS_16 CDS 0.44 150742 150813 CDS_17 CDS 0.65 153173 153221 CDS_18 CDS 0.74 153354 153950 stop_codon_3 stop_codon 153948 153950 gene_4 gene 0.15 155231 155679 transcript_4 transcript 0.15 155231 155679 start_codon_4 start_codon 155231 155233 intron_16 intron 0.96 155392 155464 intron_17 intron 0.33 155586 155655 CDS_19 CDS 0.55 155231 155391 CDS_20 CDS 0.93 155465 155585 CDS_21 CDS 0.33 155656 155679 stop_codon_4 stop_codon 155677 155679 gene_5 gene 1 160242 165979 transcript_5 transcript 1 160242 165979 start_codon_5 start_codon 160242 160244 intron_18 intron 1 160317 160992 intron_19 intron 1 161274 161563 intron_20 intron 1 161672 162326 intron_21 intron 1 162398 163006 intron_22 intron 1 163081 163157 intron_23 intron 1 163203 163288 intron_24 intron 1 163349 164062 intron_25 intron 1 164124 164211 intron_26 intron 1 164325 164676 intron_27 intron 1 165124 165229 intron_28 intron 1 165366 165469 intron_29 intron 1 165538 165841 CDS_22 CDS 1 160242 160316 CDS_23 CDS 1 160993 161273 CDS_24 CDS 1 161564 161671 CDS_25 CDS 1 162327 162397 CDS_26 CDS 1 163007 163080 CDS_27 CDS 1 163158 163202 CDS_28 CDS 1 163289 163348 CDS_29 CDS 1 164063 164123 CDS_30 CDS 1 164212 164324 CDS_31 CDS 1 164677 165123 CDS_32 CDS 1 165230 165365 CDS_33 CDS 1 165470 165537 CDS_34 CDS 1 165842 165979 stop_codon_5 stop_codon 165977 165979 gene_6 gene 0.82 171203 173424 transcript_6 transcript 0.82 171203 173424 start_codon_6 start_codon 171203 171205 intron_30 intron 0.83 171342 171432 intron_31 intron 1 171830 171914 intron_32 intron 1 172187 172648 CDS_35 CDS 0.98 171203 171341 CDS_36 CDS 0.83 171433 171829 CDS_37 CDS 1 171915 172186 CDS_38 CDS 1 172649 173424 stop_codon_6 stop_codon 173422 173424 AUGUSTUS_tom_ugs de novo gene_7 gene 0.93 18109 16280 transcript_7 transcript 0.93 18109 16280 stop_codon_7 stop_codon 16282 16280 CDS_39 CDS 0.93 18109 16280 start_codon_7 start_codon 18109 18107 gene_8 gene 1 36067 29673 transcript_8 transcript 1 36067 29673 stop_codon_8 stop_codon 29675 29673 intron_33 intron 1 30792 29776 intron_34 intron 1 30918 30831 intron_35 intron 1 31133 31040 intron_36 intron 1 31361 31204 intron_37 intron 1 31605 31533 intron_38 intron 1 31894 31781 intron_39 intron 1 32840 32083 intron_40 intron 1 33187 32985 intron_41 intron 1 33346 33252 intron_42 intron 1 33528 33440 intron_43 intron 1 33909 33615 intron_44 intron 1 34238 34051 intron_45 intron 1 34741 34386 intron_46 intron 1 35367 34830 intron_47 intron 1 35974 35536 CDS_40 CDS 1 29775 29673 CDS_41 CDS 1 30830 30793 CDS_42 CDS 1 31039 30919 CDS_43 CDS 1 31203 31134 CDS_44 CDS 1 31532 31362 CDS_45 CDS 1 31780 31606 CDS_46 CDS 1 32082 31895 CDS_47 CDS 1 32984 32841 CDS_48 CDS 1 33251 33188 CDS_49 CDS 1 33439 33347 CDS_50 CDS 1 33614 33529 CDS_51 CDS 1 34050 33910 CDS_52 CDS 1 34385 34239 CDS_53 CDS 1 34829 34742 CDS_54 CDS 1 35535 35368 CDS_55 CDS 1 36067 35975 start_codon_8 start_codon 36067 36065 gene_9 gene 0.81 46537 42430 transcript_9 transcript 0.81 46537 42430 stop_codon_9 stop_codon 42432 42430 intron_48 intron 1 44515 42709 intron_49 intron 1 44733 44623 intron_50 intron 1 44983 44813 intron_51 intron 1 45162 45077 intron_52 intron 1 45504 45400 intron_53 intron 1 45943 45658 intron_54 intron 1 46334 46269 CDS_56 CDS 1 42708 42430 CDS_57 CDS 1 44622 44516 CDS_58 CDS 1 44812 44734 CDS_59 CDS 1 45076 44984 CDS_60 CDS 1 45399 45163 CDS_61 CDS 1 45657 45505 CDS_62 CDS 1 46268 45944 CDS_63 CDS 0.81 46537 46335 start_codon_9 start_codon 46537 46535 gene_10 gene 0.08 81761 70062 transcript_10 transcript 0.08 81761 70062 stop_codon_10 stop_codon 70064 70062 intron_55 intron 1 70614 70305 intron_56 intron 1 70803 70723 intron_57 intron 0.97 71585 70903 intron_58 intron 0.92 72505 71706 intron_59 intron 0.92 72712 72626 intron_60 intron 0.98 72887 72808 intron_61 intron 0.9 73517 72984 intron_62 intron 1 73789 73708 intron_63 intron 0.96 75075 73860 intron_64 intron 0.85 75744 75423 intron_65 intron 0.85 75922 75829 intron_66 intron 1 77243 76196 intron_67 intron 0.33 77495 77326 intron_68 intron 0.33 79745 77585 intron_69 intron 0.72 80053 79968 intron_70 intron 0.71 80201 80105 intron_71 intron 0.94 80377 80289 intron_72 intron 0.98 80544 80437 intron_73 intron 0.7 80671 80585 intron_74 intron 0.66 80902 80737 intron_75 intron 1 81187 81104 intron_76 intron 1 81533 81348 CDS_64 CDS 1 70304 70062 CDS_65 CDS 1 70722 70615 CDS_66 CDS 0.97 70902 70804 CDS_67 CDS 0.95 71705 71586 CDS_68 CDS 0.91 72625 72506 CDS_69 CDS 1 72807 72713 CDS_70 CDS 0.98 72983 72888 CDS_71 CDS 0.9 73707 73518 CDS_72 CDS 0.98 73859 73790 CDS_73 CDS 0.98 75422 75076 CDS_74 CDS 0.85 75828 75745 CDS_75 CDS 1 76195 75923 CDS_76 CDS 0.37 77325 77244 CDS_77 CDS 0.32 77584 77496 CDS_78 CDS 0.94 79967 79746 CDS_79 CDS 0.72 80104 80054 CDS_80 CDS 0.95 80288 80202 CDS_81 CDS 0.99 80436 80378 CDS_82 CDS 0.7 80584 80545 CDS_83 CDS 0.71 80736 80672 CDS_84 CDS 0.94 81103 80903 CDS_85 CDS 1 81347 81188 CDS_86 CDS 1 81761 81534 start_codon_10 start_codon 81761 81759 gene_11 gene 0.94 91882 86500 transcript_11 transcript 0.94 91882 86500 stop_codon_11 stop_codon 86502 86500 intron_77 intron 0.99 87320 87137 intron_78 intron 1 87833 87390 intron_79 intron 1 88055 87982 intron_80 intron 1 89612 88138 intron_81 intron 1 89789 89676 intron_82 intron 1 89934 89855 intron_83 intron 1 90729 90011 intron_84 intron 1 90895 90810 intron_85 intron 1 91786 91011 CDS_87 CDS 0.94 87136 86500 CDS_88 CDS 0.99 87389 87321 CDS_89 CDS 1 87981 87834 CDS_90 CDS 1 88137 88056 CDS_91 CDS 1 89675 89613 CDS_92 CDS 1 89854 89790 CDS_93 CDS 1 90010 89935 CDS_94 CDS 1 90809 90730 CDS_95 CDS 1 91010 90896 CDS_96 CDS 1 91882 91787 start_codon_11 start_codon 91882 91880 gene_12 gene 0.26 96391 92953 transcript_12 transcript 0.26 96391 92953 stop_codon_12 stop_codon 92955 92953 intron_86 intron 0.91 93379 93217 intron_87 intron 0.44 94293 93537 intron_88 intron 0.97 94539 94371 intron_89 intron 0.9 94691 94611 intron_90 intron 0.65 95018 94779 intron_91 intron 0.92 95790 95529 CDS_97 CDS 0.91 93216 92953 CDS_98 CDS 0.44 93536 93380 CDS_99 CDS 0.97 94370 94294 CDS_100 CDS 1 94610 94540 CDS_101 CDS 0.9 94778 94692 CDS_102 CDS 0.62 95528 95019 CDS_103 CDS 0.99 96391 95791 start_codon_12 start_codon 96391 96389 gene_13 gene 0.89 100061 97348 transcript_13 transcript 0.89 100061 97348 stop_codon_13 stop_codon 97350 97348 intron_92 intron 1 99249 98500 intron_93 intron 1 99458 99368 intron_94 intron 1 99850 99510 intron_95 intron 0.92 100053 99980 CDS_104 CDS 0.97 98499 97348 CDS_105 CDS 1 99367 99250 CDS_106 CDS 1 99509 99459 CDS_107 CDS 0.93 99979 99851 CDS_108 CDS 0.92 100061 100054 start_codon_13 start_codon 100061 100059 gene_14 gene 0.98 105546 104470 transcript_14 transcript 0.98 105546 104470 stop_codon_14 stop_codon 104472 104470 CDS_109 CDS 0.98 105546 104470 start_codon_14 start_codon 105546 105544 gene_15 gene 0.74 109376 108542 transcript_15 transcript 0.74 109376 108542 stop_codon_15 stop_codon 108544 108542 intron_96 intron 1 109331 109079 CDS_110 CDS 1 109078 108542 CDS_111 CDS 0.74 109376 109332 start_codon_15 start_codon 109376 109374 gene_16 gene 0.37 111618 111028 transcript_16 transcript 0.37 111618 111028 stop_codon_16 stop_codon 111030 111028 CDS_112 CDS 0.37 111618 111028 start_codon_16 start_codon 111618 111616 gene_17 gene 0.99 119711 118330 transcript_17 transcript 0.99 119711 118330 stop_codon_17 stop_codon 118332 118330 intron_97 intron 1 119017 118825 intron_98 intron 1 119423 119357 CDS_113 CDS 1 118824 118330 CDS_114 CDS 1 119356 119018 CDS_115 CDS 0.99 119711 119424 start_codon_17 start_codon 119711 119709 gene_18 gene 0.8 131174 130905 transcript_18 transcript 0.8 131174 130905 stop_codon_18 stop_codon 130907 130905 CDS_116 CDS 0.8 131174 130905 start_codon_18 start_codon 131174 131172 gene_19 gene 1 139712 137008 transcript_19 transcript 1 139712 137008 stop_codon_19 stop_codon 137010 137008 intron_99 intron 1 137591 137179 intron_100 intron 1 138212 137904 intron_101 intron 1 139385 138906 CDS_117 CDS 1 137178 137008 CDS_118 CDS 1 137903 137592 CDS_119 CDS 1 138905 138213 CDS_120 CDS 1 139712 139386 start_codon_19 start_codon 139712 139710 gene_20 gene 0.49 141460 140949 transcript_20 transcript 0.49 141460 140949 stop_codon_20 stop_codon 140951 140949 intron_102 intron 0.49 141265 141186 CDS_121 CDS 0.49 141185 140949 CDS_122 CDS 0.52 141460 141266 start_codon_20 start_codon 141460 141458 gene_21 gene 0.16 144541 141486 transcript_21 transcript 0.16 144541 141486 stop_codon_21 stop_codon 141488 141486 intron_103 intron 0.71 143031 141617 intron_104 intron 0.64 144330 143377 CDS_123 CDS 0.71 141616 141486 CDS_124 CDS 0.64 143376 143032 CDS_125 CDS 0.26 144541 144331 start_codon_21 start_codon 144541 144539 gene_22 gene 0.93 145073 144741 transcript_22 transcript 0.93 145073 144741 stop_codon_22 stop_codon 144743 144741 CDS_126 CDS 0.93 145073 144741 start_codon_22 start_codon 145073 145071 gene_23 gene 1 179256 177757 transcript_23 transcript 1 179256 177757 stop_codon_23 stop_codon 177759 177757 CDS_127 CDS 1 179256 177757 start_codon_23 start_codon 179256 179254 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_1 match_part 0.987 4693 5477 match_2 match_part 0.995 66952 67143 match_part 1.000 67431 67483 match_part 1.000 67588 67697 match_part 1.000 68014 68181 match_part 0.951 68253 68477 match_part 1.000 68570 68590 match_3 match_part 0.992 86138 86269 match_4 match_part 1.000 97075 97775 match_5 match_part 1.000 112938 113320 match_part 1.000 113484 113699 match_part 1.000 117174 117232 match_6 match_part 1.000 126740 127433 match_part 0.998 127981 128411 match_7 match_part 0.909 136995 137115 match_8 match_part 0.997 146191 146570 match_part 1.000 146660 146728 match_part 1.000 146868 146975 match_part 0.972 147883 147954 match_part 0.917 148582 148714 match_9 match_part 0.978 146206 146570 match_part 0.971 146660 146728 match_part 1.000 146868 146975 match_part 0.972 147883 147954 match_part 0.987 148582 148740 match_part 1.000 149334 149369 match_part 0.981 149625 149731 match_part 0.986 150742 150813 match_part 1.000 153173 153221 match_part 0.985 153354 153946 match_part 0.978 155209 155391 match_part 0.983 155465 155585 match_part 0.925 159162 159692 match_10 match_part 0.986 160172 160316 match_part 1.000 160993 161273 match_11 match_part 0.993 160180 160316 match_part 1.000 160993 161273 match_part 1.000 161564 161671 match_part 1.000 162327 162397 match_part 1.000 163007 163080 match_part 1.000 163158 163202 match_part 1.000 163289 163348 match_part 1.000 164063 164123 match_part 1.000 164212 164324 match_part 1.000 164677 165123 match_part 1.000 165230 165365 match_part 1.000 165470 165537 match_part 1.000 165842 166207 match_12 match_part 0.983 162339 162397 match_part 1.000 163007 163202 match_part 1.000 163289 163348 match_part 1.000 164063 164123 match_part 1.000 164212 164324 match_part 0.983 164677 164918 match_13 match_part 0.997 170740 171341 match_part 0.993 171400 171543 match_14 match_part 0.979 172140 172186 match_part 0.994 172649 173851 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_15 match_part 1.000 2683 1890 match_part 0.998 1784 674 match_16 match_part 1.000 2670 2202 match_part 1.000 1942 1895 match_part 0.998 1784 722 match_17 match_part 0.954 2673 1890 match_part 1.000 1784 1615 match_part 0.995 1415 996 match_18 match_part 0.997 2028 1434 match_19 match_part 1.000 7553 6627 match_part 1.000 5262 5174 match_part 1.000 5060 4433 match_20 match_part 1.000 6107 5713 match_21 match_part 1.000 7647 7307 match_part 1.000 7017 6965 match_part 1.000 6835 6509 match_22 match_part 0.989 7553 6848 match_23 match_part 0.999 18300 16152 match_24 match_part 0.994 36501 35975 match_part 1.000 35535 35368 match_part 1.000 34829 34742 match_part 1.000 34385 34239 match_part 1.000 34050 33910 match_part 1.000 33614 33529 match_part 1.000 33439 33347 match_part 1.000 33251 33188 match_part 1.000 32984 32841 match_part 1.000 32082 31895 match_part 1.000 31780 31606 match_part 1.000 31532 31362 match_part 1.000 31203 31134 match_part 1.000 31039 30919 match_part 1.000 30830 30793 match_part 1.000 29775 29403 match_25 match_part 0.982 30633 29907 match_26 match_part 1.000 34825 34742 match_part 1.000 34385 34239 match_part 1.000 34050 33910 match_part 1.000 33614 33529 match_part 1.000 33439 33347 match_part 1.000 33251 33188 match_part 1.000 32984 32887 match_part 1.000 31173 31134 match_part 0.983 31039 30919 match_27 match_part 1.000 46613 46335 match_part 1.000 46268 45944 match_part 1.000 45657 45505 match_part 1.000 45399 45163 match_part 1.000 45076 44984 match_part 1.000 44812 44734 match_part 1.000 44622 44516 match_part 0.997 42708 42103 match_28 match_part 0.997 65168 64775 match_part 0.998 59547 59103 match_29 match_part 1.000 65007 64775 match_part 1.000 61788 61476 match_30 match_part 0.998 69105 68634 match_31 match_part 0.953 80286 80202 match_part 1.000 80104 80054 match_part 0.995 79967 79746 match_part 0.989 79550 79457 match_part 0.943 79357 79217 match_part 0.778 79134 79081 match_32 match_part 1.000 81953 81534 match_part 1.000 81347 81188 match_part 1.000 81103 80981 match_33 match_part 0.940 87916 87834 match_part 0.986 87389 87321 match_part 1.000 87136 86964 match_part 1.000 86828 86536 match_34 match_part 0.988 91957 91787 match_part 1.000 91010 90896 match_part 1.000 90809 90730 match_part 1.000 90010 89935 match_part 1.000 89854 89790 match_part 1.000 89675 89613 match_part 0.976 88137 88056 match_part 1.000 87981 87956 match_35 match_part 1.000 96592 96581 match_part 0.983 96474 96005 match_36 match_part 0.968 99944 99851 match_part 1.000 99509 99459 match_part 1.000 99367 99250 match_part 1.000 98499 97785 match_37 match_part 0.996 105136 104608 match_38 match_part 0.929 109604 109577 match_part 1.000 109490 109332 match_part 0.997 109078 108212 match_39 match_part 1.000 111655 111037 match_part 1.000 109639 109581 match_40 match_part 0.954 111589 111439 match_41 match_part 0.974 138250 138213 match_part 1.000 137903 137592 match_part 0.994 137178 136836 match_42 match_part 1.000 139790 139386 match_part 0.984 138905 138592 match_43 match_part 0.936 144732 144188 match_44 match_part 0.996 178276 177515 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C02SLm0128E12.1 type gene exon 2683 1890 exon 1784 674 gene_2 gene GT_PGL_1_AGS_2 transcript source GenomeThreader seq_id C02SLm0128E12.1 type gene exon 2028 1434 gene_3 gene GT_PGL_1_AGS_3 transcript source GenomeThreader seq_id C02SLm0128E12.1 type gene exon 2670 2202 exon 1942 1895 exon 1784 722 gene_4 gene GT_PGL_1_AGS_4 transcript source GenomeThreader seq_id C02SLm0128E12.1 type gene exon 2673 1890 exon 1784 1615 exon 1415 996 gene_5 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C02SLm0128E12.1 type gene exon 7553 6627 exon 5262 5174 exon 5060 4433 gene_6 gene GT_PGL_2_AGS_2 transcript source GenomeThreader seq_id C02SLm0128E12.1 type gene exon 6107 5713 gene_7 gene GT_PGL_2_AGS_3 transcript source GenomeThreader seq_id C02SLm0128E12.1 type gene exon 7647 7307 exon 7017 6965 exon 6835 6509 gene_8 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C02SLm0128E12.1 type gene exon 4693 5477 gene_9 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C02SLm0128E12.1 type gene exon 18300 16152 gene_10 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C02SLm0128E12.1 type gene exon 36501 35975 exon 35535 35368 exon 34829 34742 exon 34385 34239 exon 34050 33910 exon 33614 33529 exon 33439 33347 exon 33251 33188 exon 32984 32841 exon 32082 31895 exon 31780 31606 exon 31532 31362 exon 31203 31134 exon 31039 30919 exon 30830 30793 exon 29775 29403 gene_11 gene GT_PGL_5_AGS_2 transcript source GenomeThreader seq_id C02SLm0128E12.1 type gene exon 30633 29907 gene_12 gene GT_PGL_5_AGS_3 transcript source GenomeThreader seq_id C02SLm0128E12.1 type gene exon 34825 34742 exon 34385 34239 exon 34050 33910 exon 33614 33529 exon 33439 33347 exon 33251 33188 exon 32984 32887 exon 31173 31134 exon 31039 30919 gene_13 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C02SLm0128E12.1 type gene exon 46613 46335 exon 46268 45944 exon 45657 45505 exon 45399 45163 exon 45076 44984 exon 44812 44734 exon 44622 44516 exon 42708 42103 gene_14 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C02SLm0128E12.1 type gene exon 65168 64775 exon 59547 59103 gene_15 gene GT_PGL_7_AGS_2 transcript source GenomeThreader seq_id C02SLm0128E12.1 type gene exon 65007 64775 exon 61788 61476 gene_16 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C02SLm0128E12.1 type gene exon 66952 67143 exon 67431 67483 exon 67588 67697 exon 68014 68181 exon 68253 68477 exon 68570 68590 gene_17 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C02SLm0128E12.1 type gene exon 69105 68634 gene_18 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C02SLm0128E12.1 type gene exon 80286 80202 exon 80104 80054 exon 79967 79746 exon 79550 79457 exon 79357 79217 exon 79134 79081 gene_19 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C02SLm0128E12.1 type gene exon 81953 81534 exon 81347 81188 exon 81103 80981 gene_20 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C02SLm0128E12.1 type gene exon 86138 86269 gene_21 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C02SLm0128E12.1 type gene exon 87916 87834 exon 87389 87321 exon 87136 86964 exon 86828 86536 gene_22 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C02SLm0128E12.1 type gene exon 91957 91787 exon 91010 90896 exon 90809 90730 exon 90010 89935 exon 89854 89790 exon 89675 89613 exon 88137 88056 exon 87981 87956 gene_23 gene GT_PGL_15_AGS_1 transcript source GenomeThreader seq_id C02SLm0128E12.1 type gene exon 96592 96581 exon 96474 96005 gene_24 gene GT_PGL_16_AGS_1 transcript source GenomeThreader seq_id C02SLm0128E12.1 type gene exon 97075 97775 gene_25 gene GT_PGL_17_AGS_1 transcript source GenomeThreader seq_id C02SLm0128E12.1 type gene exon 99944 99851 exon 99509 99459 exon 99367 99250 exon 98499 97785 gene_26 gene GT_PGL_18_AGS_1 transcript source GenomeThreader seq_id C02SLm0128E12.1 type gene exon 105136 104608 gene_27 gene GT_PGL_19_AGS_1 transcript source GenomeThreader seq_id C02SLm0128E12.1 type gene exon 111655 111037 exon 109639 109577 exon 109490 109332 exon 109078 108212 gene_28 gene GT_PGL_20_AGS_1 transcript source GenomeThreader seq_id C02SLm0128E12.1 type gene exon 112938 113320 exon 113484 113699 exon 117174 117232 gene_29 gene GT_PGL_21_AGS_1 transcript source GenomeThreader seq_id C02SLm0128E12.1 type gene exon 126740 127433 exon 127981 128411 gene_30 gene GT_PGL_22_AGS_1 transcript source GenomeThreader seq_id C02SLm0128E12.1 type gene exon 138250 138213 exon 137903 137592 exon 137178 136836 gene_31 gene GT_PGL_23_AGS_1 transcript source GenomeThreader seq_id C02SLm0128E12.1 type gene exon 136995 137115 gene_32 gene GT_PGL_24_AGS_1 transcript source GenomeThreader seq_id C02SLm0128E12.1 type gene exon 139790 139386 exon 138905 138592 gene_33 gene GT_PGL_25_AGS_1 transcript source GenomeThreader seq_id C02SLm0128E12.1 type gene exon 144732 144188 gene_34 gene GT_PGL_26_AGS_1 transcript source GenomeThreader seq_id C02SLm0128E12.1 type gene exon 146191 146570 exon 146660 146728 exon 146868 146975 exon 147883 147954 exon 148582 148740 exon 149334 149369 exon 149625 149731 exon 150742 150813 exon 153173 153221 exon 153354 153946 exon 155209 155391 exon 155465 155585 exon 159162 159692 gene_35 gene GT_PGL_27_AGS_1 transcript source GenomeThreader seq_id C02SLm0128E12.1 type gene exon 160172 160316 exon 160993 161273 exon 161564 161671 exon 162327 162397 exon 163007 163080 exon 163158 163202 exon 163289 163348 exon 164063 164123 exon 164212 164324 exon 164677 165123 exon 165230 165365 exon 165470 165537 exon 165842 166207 gene_36 gene GT_PGL_27_AGS_2 transcript source GenomeThreader seq_id C02SLm0128E12.1 type gene exon 162339 162397 exon 163007 163202 exon 163289 163348 exon 164063 164123 exon 164212 164324 exon 164677 164918 gene_37 gene GT_PGL_28_AGS_1 transcript source GenomeThreader seq_id C02SLm0128E12.1 type gene exon 170740 171341 exon 171400 171543 gene_38 gene GT_PGL_29_AGS_1 transcript source GenomeThreader seq_id C02SLm0128E12.1 type gene exon 172140 172186 exon 172649 173851 gene_39 gene GT_PGL_30_AGS_1 transcript source GenomeThreader seq_id C02SLm0128E12.1 type gene exon 178276 177515 GenomeThreader_SGN_markers SGN marker sequences GenomeThreader_SGN_markers SGN marker sequences match_1 match_part 1.000 31144 31134 match_part 1.000 31039 30919 match_part 1.000 30830 30793 match_part 1.000 29775 29373 match_2 match_part 0.957 46541 46335 match_part 0.985 46268 45944 match_part 0.974 45657 45505 match_part 0.952 45399 45379 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C02SLm0128E12.1 type gene exon 31144 31134 exon 31039 30919 exon 30830 30793 exon 29775 29373 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C02SLm0128E12.1 type gene exon 46541 46335 exon 46268 45944 exon 45657 45505 exon 45399 45379 AUGUSTUS_tom_pot_cdna de novo gene_1 gene 0.87 657 735 transcript_1 transcript 0.87 657 735 intron_1 intron 0.87 1 656 CDS_1 CDS 0.89 657 735 stop_codon_1 stop_codon 733 735 gene_2 gene 0.71 23983 29663 transcript_2 transcript 0.71 23983 29663 start_codon_1 start_codon 23983 23985 intron_2 intron 0.89 24026 25937 intron_3 intron 0.81 25995 29544 CDS_2 CDS 1 23983 24025 CDS_3 CDS 0.81 25938 25994 CDS_4 CDS 0.81 29545 29663 stop_codon_2 stop_codon 29661 29663 gene_3 gene 1 126740 128123 transcript_3 transcript 1 126740 128123 start_codon_2 start_codon 126740 126742 intron_4 intron 1 127434 127980 CDS_5 CDS 1 126740 127433 CDS_6 CDS 1 127981 128123 stop_codon_3 stop_codon 128121 128123 gene_4 gene 0.54 145120 153950 transcript_4 transcript 0.54 145120 153950 start_codon_3 start_codon 145120 145122 intron_5 intron 1 145208 146133 intron_6 intron 1 146571 146659 intron_7 intron 1 146729 146867 intron_8 intron 0.99 146976 147882 intron_9 intron 1 147955 148581 intron_10 intron 0.76 148741 149333 intron_11 intron 0.76 149370 149624 intron_12 intron 0.82 149732 150741 intron_13 intron 1 150814 153172 intron_14 intron 1 153222 153353 CDS_7 CDS 1 145120 145207 CDS_8 CDS 1 146134 146570 CDS_9 CDS 1 146660 146728 CDS_10 CDS 1 146868 146975 CDS_11 CDS 1 147883 147954 CDS_12 CDS 1 148582 148740 CDS_13 CDS 0.86 149334 149369 CDS_14 CDS 0.82 149625 149731 CDS_15 CDS 0.98 150742 150813 CDS_16 CDS 1 153173 153221 CDS_17 CDS 0.74 153354 153950 stop_codon_4 stop_codon 153948 153950 gene_5 gene 0.27 155231 155679 transcript_5 transcript 0.27 155231 155679 start_codon_4 start_codon 155231 155233 intron_15 intron 0.99 155392 155464 intron_16 intron 0.4 155586 155655 CDS_18 CDS 0.61 155231 155391 CDS_19 CDS 0.83 155465 155585 CDS_20 CDS 0.4 155656 155679 stop_codon_5 stop_codon 155677 155679 gene_6 gene 1 160242 165979 transcript_6 transcript 1 160242 165979 start_codon_5 start_codon 160242 160244 intron_17 intron 1 160317 160992 intron_18 intron 1 161274 161563 intron_19 intron 1 161672 162326 intron_20 intron 1 162398 163006 intron_21 intron 1 163081 163157 intron_22 intron 1 163203 163288 intron_23 intron 1 163349 164062 intron_24 intron 1 164124 164211 intron_25 intron 1 164325 164676 intron_26 intron 1 165124 165229 intron_27 intron 1 165366 165469 intron_28 intron 1 165538 165841 CDS_21 CDS 1 160242 160316 CDS_22 CDS 1 160993 161273 CDS_23 CDS 1 161564 161671 CDS_24 CDS 1 162327 162397 CDS_25 CDS 1 163007 163080 CDS_26 CDS 1 163158 163202 CDS_27 CDS 1 163289 163348 CDS_28 CDS 1 164063 164123 CDS_29 CDS 1 164212 164324 CDS_30 CDS 1 164677 165123 CDS_31 CDS 1 165230 165365 CDS_32 CDS 1 165470 165537 CDS_33 CDS 1 165842 165979 stop_codon_6 stop_codon 165977 165979 gene_7 gene 0.9 171203 173424 transcript_7 transcript 0.9 171203 173424 start_codon_6 start_codon 171203 171205 intron_29 intron 0.9 171342 171432 intron_30 intron 1 171830 171914 intron_31 intron 1 172187 172648 CDS_34 CDS 0.99 171203 171341 CDS_35 CDS 0.9 171433 171829 CDS_36 CDS 1 171915 172186 CDS_37 CDS 1 172649 173424 stop_codon_7 stop_codon 173422 173424 AUGUSTUS_tom_pot_cdna de novo gene_8 gene 0.36 1988 1266 transcript_8 transcript 0.36 1988 1266 stop_codon_8 stop_codon 1268 1266 intron_32 intron 0.38 1614 1311 intron_33 intron 1 1894 1785 CDS_38 CDS 0.36 1310 1266 CDS_39 CDS 0.83 1784 1615 CDS_40 CDS 1 1988 1895 start_codon_7 start_codon 1988 1986 gene_9 gene 0.41 7240 2423 transcript_9 transcript 0.41 7240 2423 stop_codon_9 stop_codon 2425 2423 intron_34 intron 0.46 6964 2592 intron_35 intron 0.89 7174 7018 CDS_41 CDS 0.54 2591 2423 CDS_42 CDS 0.89 7017 6965 CDS_43 CDS 0.9 7240 7175 start_codon_8 start_codon 7240 7238 gene_10 gene 0.39 9261 7373 transcript_10 transcript 0.39 9261 7373 stop_codon_10 stop_codon 7375 7373 intron_36 intron 0.56 7544 7453 intron_37 intron 0.52 8995 7672 intron_38 intron 0.69 9161 9064 CDS_44 CDS 0.91 7452 7373 CDS_45 CDS 0.43 7671 7545 CDS_46 CDS 0.52 9063 8996 CDS_47 CDS 1 9261 9162 start_codon_9 start_codon 9261 9259 gene_11 gene 1.83 18109 16280 transcript_11 transcript 0.94 18109 16280 stop_codon_11 stop_codon 16282 16280 CDS_48 CDS 0.94 18109 16280 start_codon_10 start_codon 18109 18107 transcript_12 transcript 0.89 17001 16280 stop_codon_12 stop_codon 16282 16280 CDS_49 CDS 0.89 17001 16280 gene_12 gene 0.59 64884 29673 transcript_13 transcript 0.59 64884 29673 stop_codon_13 stop_codon 29675 29673 intron_39 intron 1 30792 29776 intron_40 intron 1 30918 30831 intron_41 intron 1 31133 31040 intron_42 intron 1 31361 31204 intron_43 intron 1 31605 31533 intron_44 intron 1 31894 31781 intron_45 intron 1 32840 32083 intron_46 intron 1 33187 32985 intron_47 intron 1 33346 33252 intron_48 intron 1 33528 33440 intron_49 intron 1 33909 33615 intron_50 intron 1 34238 34051 intron_51 intron 1 34741 34386 intron_52 intron 1 35367 34830 intron_53 intron 0.71 35969 35536 intron_54 intron 0.64 42617 36224 intron_55 intron 1 44515 42709 intron_56 intron 1 44733 44623 intron_57 intron 1 44983 44813 intron_58 intron 1 45162 45077 intron_59 intron 1 45504 45400 intron_60 intron 1 45943 45658 intron_61 intron 1 46334 46269 intron_62 intron 0.95 59375 46607 intron_63 intron 1 64774 59548 CDS_50 CDS 1 29775 29673 CDS_51 CDS 1 30830 30793 CDS_52 CDS 1 31039 30919 CDS_53 CDS 1 31203 31134 CDS_54 CDS 1 31532 31362 CDS_55 CDS 1 31780 31606 CDS_56 CDS 1 32082 31895 CDS_57 CDS 1 32984 32841 CDS_58 CDS 1 33251 33188 CDS_59 CDS 1 33439 33347 CDS_60 CDS 1 33614 33529 CDS_61 CDS 1 34050 33910 CDS_62 CDS 1 34385 34239 CDS_63 CDS 1 34829 34742 CDS_64 CDS 1 35535 35368 CDS_65 CDS 0.7 36223 35970 CDS_66 CDS 0.65 42708 42618 CDS_67 CDS 1 44622 44516 CDS_68 CDS 1 44812 44734 CDS_69 CDS 1 45076 44984 CDS_70 CDS 1 45399 45163 CDS_71 CDS 1 45657 45505 CDS_72 CDS 1 46268 45944 CDS_73 CDS 0.96 46606 46335 CDS_74 CDS 0.99 59547 59376 CDS_75 CDS 1 64884 64775 start_codon_11 start_codon 64884 64882 gene_13 gene 0.12 86280 64921 transcript_14 transcript 0.12 86280 64921 stop_codon_14 stop_codon 64923 64921 intron_64 intron 0.61 70112 65032 intron_65 intron 0.99 70614 70305 intron_66 intron 0.99 70803 70723 intron_67 intron 0.98 71585 70903 intron_68 intron 0.95 72505 71706 intron_69 intron 0.93 72712 72626 intron_70 intron 0.99 72887 72808 intron_71 intron 0.82 73517 72984 intron_72 intron 1 73789 73708 intron_73 intron 0.99 75075 73860 intron_74 intron 0.78 75744 75423 intron_75 intron 0.77 75922 75829 intron_76 intron 0.95 77243 76196 intron_77 intron 0.92 77495 77331 intron_78 intron 0.95 79065 77585 intron_79 intron 1 79216 79135 intron_80 intron 1 79456 79337 intron_81 intron 1 79745 79551 intron_82 intron 0.75 80053 79968 intron_83 intron 0.75 80201 80105 intron_84 intron 0.98 80377 80289 intron_85 intron 0.99 80544 80437 intron_86 intron 0.74 80671 80585 intron_87 intron 0.74 80902 80737 intron_88 intron 1 81187 81104 intron_89 intron 1 81533 81348 intron_90 intron 0.83 86255 81683 CDS_76 CDS 1 65031 64921 CDS_77 CDS 0.62 70304 70113 CDS_78 CDS 0.99 70722 70615 CDS_79 CDS 0.97 70902 70804 CDS_80 CDS 0.99 71705 71586 CDS_81 CDS 0.93 72625 72506 CDS_82 CDS 1 72807 72713 CDS_83 CDS 0.99 72983 72888 CDS_84 CDS 0.83 73707 73518 CDS_85 CDS 1 73859 73790 CDS_86 CDS 1 75422 75076 CDS_87 CDS 0.77 75828 75745 CDS_88 CDS 0.98 76195 75923 CDS_89 CDS 0.92 77330 77244 CDS_90 CDS 0.95 77584 77496 CDS_91 CDS 1 79134 79066 CDS_92 CDS 1 79336 79217 CDS_93 CDS 1 79550 79457 CDS_94 CDS 1 79967 79746 CDS_95 CDS 0.75 80104 80054 CDS_96 CDS 0.98 80288 80202 CDS_97 CDS 0.99 80436 80378 CDS_98 CDS 0.74 80584 80545 CDS_99 CDS 0.74 80736 80672 CDS_100 CDS 1 81103 80903 CDS_101 CDS 1 81347 81188 CDS_102 CDS 0.86 81682 81534 CDS_103 CDS 0.51 86280 86256 start_codon_12 start_codon 86280 86278 gene_14 gene 0.36 91882 86307 transcript_15 transcript 0.36 91882 86307 stop_codon_15 stop_codon 86309 86307 intron_91 intron 0.62 86460 86368 intron_92 intron 0.63 86802 86742 intron_93 intron 1 87320 87137 intron_94 intron 1 87833 87390 intron_95 intron 1 88055 87982 intron_96 intron 1 89612 88138 intron_97 intron 1 89789 89676 intron_98 intron 1 89934 89855 intron_99 intron 1 90729 90011 intron_100 intron 1 90895 90810 intron_101 intron 1 91786 91011 CDS_104 CDS 0.63 86367 86307 CDS_105 CDS 0.62 86741 86461 CDS_106 CDS 0.63 87136 86803 CDS_107 CDS 1 87389 87321 CDS_108 CDS 1 87981 87834 CDS_109 CDS 1 88137 88056 CDS_110 CDS 1 89675 89613 CDS_111 CDS 1 89854 89790 CDS_112 CDS 1 90010 89935 CDS_113 CDS 1 90809 90730 CDS_114 CDS 1 91010 90896 CDS_115 CDS 1 91882 91787 start_codon_13 start_codon 91882 91880 gene_15 gene 0.19 96391 91904 transcript_16 transcript 0.19 96391 91904 stop_codon_16 stop_codon 91906 91904 intron_102 intron 0.91 93085 92031 intron_103 intron 0.81 93379 93217 intron_104 intron 0.48 94293 93537 intron_105 intron 0.96 94539 94371 intron_106 intron 0.92 94691 94611 intron_107 intron 0.71 95018 94779 intron_108 intron 0.87 95790 95529 CDS_116 CDS 0.91 92030 91904 CDS_117 CDS 0.81 93216 93086 CDS_118 CDS 0.48 93536 93380 CDS_119 CDS 0.96 94370 94294 CDS_120 CDS 0.97 94610 94540 CDS_121 CDS 0.92 94778 94692 CDS_122 CDS 0.66 95528 95019 CDS_123 CDS 0.95 96391 95791 start_codon_14 start_codon 96391 96389 gene_16 gene 0.08 119579 96429 transcript_17 transcript 0.08 119579 96429 stop_codon_17 stop_codon 96431 96429 intron_109 intron 1 96580 96475 intron_110 intron 1 97399 96608 intron_111 intron 1 99249 98500 intron_112 intron 1 99458 99368 intron_113 intron 1 99850 99510 intron_114 intron 0.42 104528 99930 intron_115 intron 0.6 108606 105549 intron_116 intron 0.96 109331 109079 intron_117 intron 1 111036 109491 intron_118 intron 0.44 115113 111525 intron_119 intron 0.79 118343 115243 intron_120 intron 1 119017 118825 intron_121 intron 0.98 119423 119357 CDS_124 CDS 0.97 96474 96429 CDS_125 CDS 1 96607 96581 CDS_126 CDS 1 98499 97400 CDS_127 CDS 1 99367 99250 CDS_128 CDS 1 99509 99459 CDS_129 CDS 0.43 99929 99851 CDS_130 CDS 0.69 105548 104529 CDS_131 CDS 0.66 109078 108607 CDS_132 CDS 1 109490 109332 CDS_133 CDS 0.98 111524 111037 CDS_134 CDS 0.44 115242 115114 CDS_135 CDS 0.79 118824 118344 CDS_136 CDS 1 119356 119018 CDS_137 CDS 0.98 119579 119424 start_codon_15 start_codon 119579 119577 gene_17 gene 1 139712 137008 transcript_18 transcript 1 139712 137008 stop_codon_18 stop_codon 137010 137008 intron_122 intron 1 137591 137179 intron_123 intron 1 138212 137904 intron_124 intron 1 139385 138906 CDS_138 CDS 1 137178 137008 CDS_139 CDS 1 137903 137592 CDS_140 CDS 1 138905 138213 CDS_141 CDS 1 139712 139386 start_codon_16 start_codon 139712 139710 gene_18 gene 0.81 144715 142934 transcript_19 transcript 0.81 144715 142934 stop_codon_19 stop_codon 142936 142934 intron_125 intron 0.81 144330 143377 CDS_142 CDS 0.81 143376 142934 CDS_143 CDS 0.81 144715 144331 start_codon_17 start_codon 144715 144713 gene_19 gene 1 145073 144741 transcript_20 transcript 1 145073 144741 stop_codon_20 stop_codon 144743 144741 CDS_144 CDS 1 145073 144741 start_codon_18 start_codon 145073 145071 gene_20 gene 1 179256 177757 transcript_21 transcript 1 179256 177757 stop_codon_21 stop_codon 177759 177757 CDS_145 CDS 1 179256 177757 start_codon_19 start_codon 179256 179254 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_1 match 24.6 171311 171367 match_2 match 43.5 171904 171975 match_3 match 233 171432 171830 match_4 match 43.5 171904 171975 match_5 match 231 171432 171830 match_6 match 23.1 171311 171340 match_7 match 42.7 171904 171975 match_8 match 221 171432 171830 match_9 match 181 171432 171830 match_10 match 24.6 68566 68667 match_11 match 62.4 68013 68180 match_12 match 122 68249 68476 match_13 match 219 171432 171830 match_14 match 47.4 171913 171984 match_15 match 68.2 165224 165367 match_16 match 43.5 165469 165540 match_17 match 266 164671 165123 match_18 match 181 171432 171830 match_19 match 124 171540 171830 match_20 match 184 171432 171830 match_21 match 125 171540 171830 match_22 match 179 171432 171848 match_23 match 223 171438 171830 match_24 match 45.1 171913 171975 match_25 match 41.6 171904 171975 match_26 match 223 171432 171830 match_27 match 26.2 68566 68610 match_28 match 134 68249 68476 match_29 match 79.3 68013 68180 match_30 match 26.2 68566 68610 match_31 match 134 68249 68476 match_32 match 79.3 68013 68180 match_33 match 110 128022 128312 match_34 match 26.9 68566 68613 match_35 match 67.4 68013 68180 match_36 match 129 68249 68476 match_37 match 26.9 68566 68613 match_38 match 67.4 68013 68180 match_39 match 129 68249 68476 match_40 match 25.8 171287 171367 match_41 match 43.5 171913 172014 match_42 match 232 171432 171830 match_43 match 43.9 171913 172005 match_44 match 222 171432 171830 match_45 match 32.0 171203 171367 match_46 match 114 172891 173364 match_47 match 44.7 171913 172023 match_48 match 240 171432 171830 match_49 match 22.3 171311 171367 match_50 match 42.0 171913 172023 match_51 match 227 171432 171830 match_52 match 71.6 165227 165367 match_53 match 45.4 165469 165540 match_54 match 278 164674 165123 match_55 match 73.2 165227 165376 match_56 match 278 164674 165123 match_57 match 69.7 165227 165394 match_58 match 278 164674 165123 match_59 match 27.3 171293 171367 match_60 match 39.7 171913 171975 match_61 match 224 171432 171830 match_62 match 24.6 171311 171367 match_63 match 44.7 171904 171975 match_64 match 232 171432 171830 match_65 match 38.5 171913 171975 match_66 match 195 171474 171830 match_67 match 35.0 171203 171367 match_68 match 117 172891 173421 match_69 match 240 171432 171830 match_70 match 45.1 171913 171975 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_71 match 113 95370 95056 match_72 match 113 95370 95056 match_73 match 112 95370 95089 match_74 match 154 17437 16286 match_75 match 158 17380 16286 match_76 match 115 95448 94996 match_77 match 154 95406 95047 match_78 match 108 95370 95077 match_79 match 105 95370 95077 match_80 match 173 17392 16286 match_81 match 118 95460 95026 match_82 match 176 17422 16286 match_83 match 166 95406 95047 match_84 match 108 95385 95071 match_85 match 108 95385 95071 match_86 match 149 95391 95074 match_87 match 105 119356 119018 match_88 match 154 118815 118357 match_89 match 174 95406 95065 match_90 match 162 118815 118357 match_91 match 199 17419 16286 match_92 match 176 95442 95047 match_93 match 117 95370 95071 match_94 match 170 17422 16286 match_95 match 50.1 144284 144081 match_96 match 108 144775 144338 match_97 match 113 95406 94996 match_98 match 113 95406 94996 match_99 match 113 95406 94996 match_100 match 82.8 144763 144293 match_101 match 50.8 144284 144090 match_102 match 181 17287 16286 match_103 match 175 17392 16286 match_104 match 165 95388 95047 match_105 match 166 95406 95047 match_106 match 110 95469 95077 match_107 match 106 46441 45941 match_108 match 92.0 119711 119424 match_109 match 191 118815 118345 match_110 match 133 119356 119018 match_111 match 116 95451 95062 match_112 match 141 118815 118309 match_113 match 110 95436 95056 match_114 match 37.4 144281 144090 match_115 match 80.5 144775 144347 match_116 match 37.7 144962 144786 match_117 match 172 17392 16286 match_118 match 188 17413 16286 match_119 match 55.1 33257 33186 match_120 match 60.5 33439 33359 match_121 match 219 32083 31604 match_122 match 56.6 33627 33529 match_123 match 106 31536 31360 match_124 match 193 95406 95047 match_125 match 173 144781 144290 match_126 match 26.6 141614 141552 match_127 match 106 141517 141191 match_128 match 92.8 141200 140979 match_129 match 77.4 144287 144090 match_130 match 75.9 144962 144783 match_131 match 213 179250 178549 match_132 match 110 95499 95074 match_133 match 110 95364 95065 match_134 match 131 81347 80901 match_135 match 124 179103 178564 match_136 match 155 17380 16286 match_137 match 156 17431 16286 match_138 match 129 17380 16286 match_139 match 147 143266 142952 match_140 match 107 95370 94996 match_141 match 114 17302 16286 match_142 match 207 17392 16286 match_143 match 105 75350 75063 match_144 match 42.7 144284 144123 match_145 match 94.7 144775 144347 match_146 match 41.6 144281 144081 match_147 match 112 144775 144338 match_148 match 117 95370 95056 match_149 match 181 95406 95065 match_150 match 35.8 119690 119424 match_151 match 103 119356 119018 match_152 match 158 118815 118357 match_153 match 164 95400 95044 match_154 match 187 95466 95047 match_155 match 109 95373 95023 match_156 match 169 17380 16286 match_157 match 169 17380 16286 match_158 match 169 17380 16286 match_159 match 536 18109 16286 match_160 match 168 45660 45166 match_161 match 66.2 45076 44915 match_162 match 238 46462 45944 match_163 match 105 42642 42463 match_164 match 184 17392 16286 match_165 match 68.6 119711 119418 match_166 match 96.3 119356 119018 match_167 match 166 118815 118357 match_168 match 181 137903 137583 match_169 match 112 137199 137011 match_170 match 442 138953 138210 match_171 match 149 143266 142952 match_172 match 127 17326 16286 match_173 match 125 17392 16286 match_174 match 112 95370 95056 match_175 match 119 95367 95026 match_176 match 111 95370 95071 match_177 match 109 95373 95077 match_178 match 159 17392 16286 match_179 match 105 95373 95023 match_180 match 105 95373 95071 match_181 match 139 17305 16508 match_182 match 107 95505 95023 match_183 match 106 95373 95077 match_184 match 106 95373 95077 match_185 match 111 95373 95077 match_186 match 108 95373 95077 match_187 match 105 95373 95077 match_188 match 107 95373 95077 match_189 match 107 95373 95077 match_190 match 110 95430 95065 match_191 match 157 95370 95074 match_192 match 182 95508 95050 match_193 match 107 95478 95056 match_194 match 207 109081 108674 match_195 match 290 111618 111037 match_196 match 114 109081 108779 match_197 match 290 111618 111037 match_198 match 182 144793 144284 match_199 match 119 141517 141185 match_200 match 98.2 141200 140964 match_201 match 92.4 144287 144090 match_202 match 83.6 144962 144783 match_203 match 205 179250 178549 match_204 match 145 17443 16286 match_205 match 107 95451 95074 match_206 match 111 95370 95089 match_207 match 117 46465 45941 match_208 match 117 46465 45941 match_209 match 61.6 119711 119466 match_210 match 125 119356 119018 match_211 match 194 118815 118345 match_212 match 128 118815 118357 match_213 match 105 95418 95053 match_214 match 186 17392 16286 match_215 match 111 95370 94996 match_216 match 111 95370 94996 match_217 match 105 75350 75063 match_218 match 105 75350 75063 match_219 match 108 95409 95086 match_220 match 154 95454 95074 match_221 match 181 17392 16286 match_222 match 204 17422 16286 match_223 match 204 17422 16286 match_224 match 107 95451 95059 match_225 match 113 95421 95059 match_226 match 108 95418 95059 match_227 match 111 17428 16286 match_228 match 115 95370 95071 match_229 match 125 95382 95026 match_230 match 162 17380 16286 match_231 match 235 118815 118342 match_232 match 134 119275 119018 match_233 match 112 72802 72503 match_234 match 52.0 72984 72889 match_235 match 113 74937 74740 match_236 match 185 75419 75072 match_237 match 55.1 33257 33186 match_238 match 60.5 33439 33359 match_239 match 224 32086 31604 match_240 match 58.5 33627 33529 match_241 match 109 31536 31360 match_242 match 105 34386 34237 match_243 match 630 18109 16286