C06SLm0074G21.1 GATCCTCTATTCCAGGAAGTCGAAAATTTGCTCACATGAACATTCAGTTTTCGCCTATCA AACTGTAATTCCATGTGGTTTTGCTTATTACTACTGATTTACGGTCAAAAGAATCAATCT TTTGAGGTGGGATGACTAATTGTTGCGGTTAGTGGAACAGAGATTTGGGTTGTTAGTGTT CAGCTATGAAATGGTTCATCCTTTTATGTTAGGGTTCATCTTAATTAACACGCGAAGCAA GCAGTGAAAAATGAAGACGGAAAAAGAGGAAGAGAGGCATATGGATCCTTTGTTTCCTAG ATTACATATAAATGATACAGACAAAGGAGGTCCAAGAGCACCCCCTAGAAACAAAATGGC TCTTTGTGAACAGTCGTCATCCAGATCGCCTCAAAGTTTCACCTCTAGTTCTACTCCTGC AACCATGCAAATGCTACCTAATAGTGGAAACTCTATTTCTGCAGCATCTTCTACTCTTGT AAGTACTAATTCTTCTGTACGGTCCAAGTATTGGTAGTATGTTGTTTGGTAAAATTATCA TCCATCTACTTGTCATGTTGAGTTTTGTATGATATCTATGCAATTCGTATGGTCTTAGAA ATAGGAGGTAAACTATATTAGAAGAGCATATACTGAAATATTTCTTGTTTTTAATCATCC CAAACCTTTGGATTTTCAATTTTACTTCCATTCCTTTTTGTTTACTTATTGCTTGTCCTG TTTCAGATGAGTGAATCTGTTTATCCTCTTCATTCATTGCCAACTCAAGGTATTAGAAAA TTGTACGTTTGCTTCATAGATTATGCAGTGTGCTTCCTTAGATTGAGAATTTCTTGAACA CTTAACGTCTTACGACCAATTATGACTGCTATCACCAACAAGTTCATTGTGCTGTCTGTC CCATTCGATCTGCTCACACGAGCTCTTGAACACCCTGTAGGTTGGTTGCAACAAAAGGAA TTATTTTCTCCACAATTCATCTGAGTCTTCTCATTTGGTTGAGATACCTCCCTTTTCTTC TGGAGGGATAAATTTTACTATGAGACATCCTGATGTTCCACCAGTCAAGTCGCTAAATCC TCAAGTTTTATGTCTTAAAGGGAATTTGCATGCTACATCTCAGCTTAATCCCATTCAGCA ACACAGTTTATCATACTATAATAGTAACCCTTCTGCCAATAAATTAGGAAGGGAAAATGA TTTTTGTGGTCCAAATTTCGTCACATCAGGGAAACCTCTATATCATGGTAACATACATAA AAGTGCAGACAAGGAAAAAATGGTTATAACAAACTCCAAACCTTCTTTGAAATTTCAAAG CGTTTTCGAAAAGCAATATAAGGATACAGACAGGATGCAACTAAATTGCAGGGAGCATAG TGGAAGTCAAGCTGGAGATCAAGCAAAGTACCAAAAGAGAGAACATTGTGTTAAACTACC TGCTCCTCATCTGTCAACTATAGAGACAACTGTGGTGCATGAAACTCCAACTCCAGGACA TAGCAAGCTAAATATTAGTAAATCATTTGTATCAAGTGCTCCAGAAAACAGATGTGGTCT AGTAGGTGACTTGAATAGATGTAGTGATTCTAATTCTGAATCTGATGAAGACTCTTGGAT TTTACACAAAAGGAAGGCTGCAGAAGATGTTACTAATGCGAAGCATGAAGATGCCTCGAC TAAGAGATGTGCTTCAATAATGGAAGGTCCGTCGTGTTCCTTTCTGCCTCACGGAAACAG CCATCAGAGTCCGAAGAGAGCTAAATCCTCTTCTGACTGTCCTGAAGACCAGATTAGTGG GGCTCCAGATGTAGCAGGTGAAGAGAGAAGTGAAGGGATCTCAGAAGCTTCCTCCTTGAA CTCTAGATTAGTAGAAAAAATGTCTTCAGATAATGTCATAGCATTGATAGGTCAAGAGAT ATTCTGGAAAACAAGAAGAACCATTGCACAGTAAGTCTCTTTAACTGGTCATCTTTTATG TATATATTCAACTAATCGTTACAGTAGAAATGAAAACGTGTGGCTTGATCTAGGGGTTAG TCGAAGATGTCTGCTGATCATAATTTGTCTACTTTCAACCTATATCATGCATCTTCATAT CATATATTTCTCTTTTCGCTCCATTACATCTGTTTCATCTTTATAAAGGTGTTATCTTCG GGAACTATGACCTATAAAAGTAAATGAAATCTAAAGTACTCAAATTGGCATAAACACCAT ATTCATACTTATACAAGGATCTCTAATTTGTAGTATCGATATGAAGTTTCATGTTAGTCT AGCCTCTAGGTCTATATTTTGTTGTCGTCACTGCTTCACTTCAATAAACCTTAAAATCAT ATTCTTCAACAAATTTCTGAGAAATAATAATGTCTAATTCGCAAGACAGAGATCCCATCT TTACTATGTTATAGTTGTTGCCCCTATGATGACTAGCTGAAATGATGAACAATTATTTAT GTTAGGCTGATCTTATTCTGTTTCCTCTTCCAATATGTTTTCTGAAATTTACCTTTTAAC TTGTGTTTCACTATTTTTCAGCCAGCAGCGGATCTTTGCAATACAACTATTTGAGCTACA CAGACTAACACAGGTATCTTGAAGAGACAAAGCGCAAGTGCAATAAAATCAATAAGTAAA AATGGGTAAAGGAGGTGTTTTAGTGTTTTGCTTAAATTTTGAAAGAACTTACTTATTTTA GCATCTTTGCAGGTTCAGAAAATGATAGCCAGATCACCAGATATATTTTTCAAAGACAAC TTCTATCTCCACCAACCTTCTATCAAATTTTCTTCTTTGAAGAATTTAGCATGTGATGAT GTTCTTGAACCTCCTGTCGTGGAACAAAAAATTTCTACAAAACCAAACAATTTTGAGCTT ACGACAGATAATGTTTATCTTCCCCTCCGCAAAGATAATGATAAGAAGAATATACCACAG CAATCATCTCAAAAACTAAATGTAGGGACACCAACATCGAGATCTTTTTTATCGGATCCA AAATTAGCACCTCGATCCTTCCAACCACCTCCTGGATATCAGTATTTAGTTCCAATAAGG TCACCTTCTGAAGGACTTATTTATAAACCTTATACAGGACCTTGTCCACCGCCTGGAGGG ATCATAGCGCCAGCTTATGGTAGTTGCAGGCCTGTGACTTTATCTCCACCTATAGGTGGA GACTTCGCGAATGTGCCTTATAGTGTACCGACTTCCCACAAGCAGGGTGCTGGGATTTTT CCTGGTCCTGCACTCTTTGATCCATCCTGCATTCAACCGTATTCCATGCCTGTGATAAAG CCATCTGCTTCAAGTTCAGCTATCGAGCAAATGAATCCACTTTCCAGGATCAGGTCAAGT GAGAAGGAGAATAGTCCACTTATGCATGAGGTCAACTTAGTTAGGCCTCATCAAAAATCA TGCAACATATCATGCCAGAAGAGTGCGGTCATGTCAGATTGTGATCGAATTATTCAGGCG GATAGAGGGAGTGACATGCAAGGAAGTACCGCAAGTAGTCCTCCTGAGAGGGTGCAAAAG GGTGCACTTTCTCTTTTTCCTGTCACACCAACTGCAAAAGGTTCAGATCAACCAGTTCAG GATAACGACACGGAGCAGCAAATTCAAGTCATCAAGGTTGTGCCCCATAATCCAAAGTCA GCATCTGAATCTGCAGCGCGGATTTTTAGATCTATACAAGAAGAAAGGAAAATGAATTAC TAGTATGCAAAACCTTACAACTTAATGTTGTAAGAAAAGCCTTTTCTTCTGTATGTTTTC CCTTATCTAAATTTCCCTCATTTTATAGTTTACCTCTTGGATTAAAGGCTCTTTACTGTG AATATATTCAATGGAAAGTGAAAAGCAATACAGGTTCATTCTTTTTCTACTACTTCATTC TCTTGATTTTCTCTTTCAATCATCCTGCTCCATCATACTTTCTGACTCTGTACATTCAAA CTTGCTAAATGTGTTGGACGGCGGTAAGGATACATGAAAAATGTATAGTTTTAAACATGT TTTCTTAGATTACAAAAAAGAAAGAGATCAACTTCTCTGAATGAAATTAAGGTGGAAGTT GGTGGAGGAATGTAGCATAATATATACAATGTCTTGTAAGTAGCTTTCTTTAGTTTACCG ATTCTACACACATGAATAGTCTTAGTATGTAAATGATTCCCTACAACCCTTTGTTAAACA AAACTTTAGTGTCGACCATTCGCTTGTGTCAAATAATTATTAAGTTCAGTTTTGTTTCCA CAAATGGTGTTTTGAGTCAAAATGGTATTGACGTTACATACTGCAAATAGAGGATCTAAA TTGTGATAGATGTGAAAAAGTTTATACATGCAAGTACAGTAGACCTCCAACTCGAATATT AAATACTGGGATTTTGATATAATAGATCATAAATATCGATATATCTTTAGTATAACATGA CAATGTCTATCATGTGATGAGGCCTTCAGCAATCATGTATGTTTAAGGCTGATTTTTATA CTTGGATATATCAGATAACAAAGCAATGGAATTTCAGAAGCCTAGATACTTGGACGATAG TTTTAATAAAGGATCTAATGCACTGGGAGAAAATTTTCTAGCAAAAAGTAGACAATATGA AGTCGTCTGGTTACTGTAGACACATCTCCTCTGGCCTTCCGAAAGTTGCTTCATAAACTT ATCTGTAACATCAGCCTTTCCAAATGTAGCAGGATGAGCACCGCCTCTATGCCAGTCTAC CCAAGTGAGACTGGTATTTGTCAGGAGATGAGGGGATTGGATGTGCAGCATTGTTGGGAA ATAGTGTTCATCAACATAGCATGCTGGTTTGCAGAACTGTTTGAATTTAGGGTAGTATAT GTCATCTGTAACAATGTCAACAGCCAATTTCCTGTTAACCTCAAACCACTGAGATCCTTT ACGCCATTGAGTGATTTTAACCACAGGTGACATCTTCCAATTGTAACGCCCTCTTCCAAC AGAACTAGGATCATCAAACACATTCACAAAACTGTACTTGGATTCTGATATGTATCGATA GATAACACTGAAGTTGTGGAGAGGAATGCACGACTCTGATAGGATTATAAACCATTCGTT GGAGATATCAAGCAATGCATTAGCAAGAAGCCGTCTTTCAGCATCAGTGATACTAATTTT CCCCCACTCTGCCACCTACGCGAAATCAAACCCATACAATTACTACCAAGTACAGTAATA GCCTCCGAGGTGAATTCTCAAATGTATCATCTCAACTCATAATTATTATTTCTAAATGAG AACATGACATCAGAACAATATATATCAACCTCTCACGTGTTGAAGCACAATTTGGAAGTT CAGGGAAACTAATTTTTTTTGAATAAAATTTGTACAATAACATTATTACCTGACTAGGAA CTTGCCTGCCATAAAACACAGATGAAGTTGGGAAATCAGGGTTGTAAGATGGTAAATTAT GAATGTAGATTGAATAAAACTCTTCATTCCCTTTGAAAAACCTCTCCCACAACGGAGCCA AAGGCAGAGGCCCTCTCGTTAAGAACAAGAACGCGATTTTAGGTGTTCTCTTAAAAGGCA ATTTTTTCATTTGAGGAACAAATGAAGCCCTCCAAAAAAGCTCAGCATCATTCATTGAAT GATGCAAGTTTGATAGAGGCTTAATCCAATTCTCTAAACTATTTTGTTGTTCAAAACATG GAGATTGTACCACAGGGAGTACCTTTTTCAATTCTGAAAATCTAAGCATAAACATACTTA AAATTGATAAAGCAATTCCTAAACCCAAAAACAACAAGAGAAACTGAAGCACTTTTAATG ATAAAGGCTTGTTGTCTTTGCCATTCTCCAAAATCCCCATATTCGCAAACTCAACTTTCA ATCGAACACCAAATCGGCAAAAAGAAAAAAAAAATCTGTCAATTCTCCTTTTTTCTTATG TAGTTAAAAAAAAATCCATTACTCATTAAGAAAATTAATTAAATTAGCAAAAGCTTTTAA AATTTAAAACAGATATTATCAAAATGTGAAGCTGCTATTTTGTCATTAACAAGAAAAAAA TAAGAAGAAGAAGATAAAAAACTAAAATCCAAGCCACAATAATGAGACGTTTGGGTTTGA ACTTTGAAGAAGAAAACTAATTCTTGTTTCAACAGAGTTGACAAAATCTTGAAATAAAAA TTTCTTATGAAAAATTTATTGGAAGTCTGTGCACAGTTCCCAATGTTGATGTTCTCTTCT CATGGGGTTTTATTATGGAGGCGTCCTTTTCTCTACACATAATTGTCTTTTAAATTTGCC TTTGAAATTTCCGATTTGTGGCCTTTTGTCCAAAATTTTAATGTTTTTAGCCTTTTCAAA ATGAATATTTTTTAGGTTAGTTTGACTAATTTTTGAGAACTAAATTATATTATAATAATT TTAATATTTTAATTTCATAAAAAATATTACTATAAATTGCAAAAAAAAATTATATCACAA TGGTGTGAAAATAATATTAAAACATTGATTAAATTGTTTGCGAGTATATAAACTGCTTAA ATAGAGATTATAGATTTTTTTTTTTGTAAAATTAGAAATAGACTATTAAATAACCAGTTA TTTGAATCTCAAAAGTCGAAAGTAAAAAATATTTTGAAGGGAGTAAAATCACAAAAAGGT TTTAAAATTTAAACTTTTACCAAACCAAACTTCACTTACTATTTTTATAATTTTCTTTTG CAAAAAACAAATTCTCAAAAGAATAAAACAAAAAGGAAGGAAATATTCACTTTCTTTTTA GGCCAAAAAAATATTTAAAATGTGAGAAAATTTCCGAAACAAAAAAGGTACCTTAATATC AAATGAAGGCATTTATATTTGTAACCATTAATTCTAATTTTAAACTGTTGCATCAAATTC TCTTAATCATAAAATTGTAATTCGTATTATTTTTTTACTATGATATGGGGTTTTAGTTAA AGGATCAATAAGTCGATTCACATAAAAGAAAAAAATTAGAAGTGTTGATTCTCATGTATA ATCTAGTCTTGTTGTTTTCAAACAAGAGATTTCTAAGCAATTAATTATGTTTTGATTATT CGTTCCTTCACATATTTTTCTATTCCTTTTTTAGTCATAGTCAAATTTTAGTTTGAAGTA TTTAATTAGTTATACATGTGCAATATTAGCAAAGAATACGCTGTAACAGATGAGATTGTT TTTCTCTTGATTTCAAGTTTTATTTTAAATTTTAAATATGAAAAAAAATTTAATAGAAAG CACTTTTCTAAATAAGTTATACACGATATAAATTCAAATTAATCATATTCCATTCATTAT ATATAACAACGATCATTAAAAAAAACATTAATAAAGAGAAAGTCAACATGAACCAAATTA GTTGCTAACATAAATAAAGTTTAAAACCATAAGCTTTTTACATGAAAAGTCATCCTTTTA AGATTGAAAATGCATGATCTATATTTAGGACGTAGAGTATGCTCTCTATTTTCCCTCCTA CTTATCCATGGGATTTTAGACACGTTAAAAAAAATGATTGACAAACTAATATTTAGTATT AGATTTTAAAAAATGATTTAAAATTAAAATATTTTTTTTTTAAAAAAAGGATTTTTTTGA GAAATTGACATCAACAAATAAAATAAAATTTTATTCTTAAAAAAATTAATGAGTAAAAAT AAAGGAGAATATTTTTTTCTCCAAATTTTAACGGTGAGAAAGTGCCTAATTTACTCTATT TTCTAGAGTGGATGAAAAGTCCATGGAGAATTTAATCTCTTGGTGTCAACTGTCACTTCC TACAAGTTAGAATAGAAATAAAACTTCTCTACCTCCACCCTTAAGTATCATTCGGTTTAT ATCGTTAAATTTTCGAACTGTTAGCACGTGTGTTTCATATTAATTAGAATTAATATTTTT TAAAAAATATAACTAGTTTAGAGTATATATGTGATGAAAGTCGCAAAAAAAAAATATCAA TACGAAACAATGAGTAATTAACTTGTTTGATCAATATTTTTTGTAATCGTAAAATATTAA CTTATGAAAATTGTTTTCAAATTATGAACATGAGAATATCCTTTAATTTTTTGGGGATGA AATCTGAATTTAATAATGAATTATTTGTTATACAATAGTAATTAATGAAAAGATCATTAT GCAATGGACCAAAGAAAGGATTGATGTTATACAAGAATTATTTGTTCTAAAAGCATTCTC GTCCTTTAATTTATATAATAATCAAATTTGCGTATTGCTAATACACATATTTTTATTTCA TATTTAATCTCACATACATAAAATTATGCACAACTTAATGCGATACTCATTTTTTTCTTT TACCACTAACTAAACATTGCATTATATTATGCTGTATCTATTGACTTGATTATACTACAA AGTACAATCAAACAGAACGGCTCCTTCAATTAAACCTGAAATCATTTTTAGCCAAAAATC CACAATTTCAGTTCCAATTTTTTTTTTTTTTTGTGTACTTCTCAGTAATATATATCTCAT TATCTTCTGGAAATTTTGACTGTAAATTTAAAATACTTTTCCTTTTGAAGTTATTCTTCT AATTAGCATTAATTCAGTGGTGAATATTAATCTTGTTGCTTCCGCCTAATTGCAAGGATC ATTTGAATAATCTAATTGGGCGAATTTTCTTATGCATATTTCATTTGTCGAGAGTGACTT TCTAAATATATATAAAAAATAGCCTTACATGATACATTTTATATATGTCACATAGTCACT AAATTATATAGTTTTGCTTTGAGTAATAAGCACTGATTAATAAAAACTACTTCATATTCG GAAAATTGTGCATCCGATTATCGAGCGGTGCAGGTACACTCTTTCCTTTTATTCAACTGA TTTTTTCAAGCAATCGCAGCTACTAAAGAAAATAGATAGGAGATAGAAAAATAGAAAAGA AACGAATTAATTATAGAAATATCTCTCTATCTCTAAGGTTCACTAATTATTTGACTGTTG GTGGGTCTCTTTATATATGTTGTCCGGAAAGAAGAGGACTCAATGATTATTCGTTAGCCG GAACCAGAAGTTAAAATTTTGGTAGATTTCTGAATCTAACATTTTAATTTTGTCAGACTT GTCTTGAATTGTCCTTCTGCAAAGATGATAAGATCATCCATTTGAGCACCACATGTACTT ACAAGGAAATTAGAGAAAACTGTAAAATCTCCAATACAGGCAACGACTTTAAGAACAATT AATTACCCAAATTAAACGTGTCTAATTATTAGCCGTCAATTGCTTTTCCATTTGGTCCAA TTTGACTAGTTTGGCCAACTATCGATCTTTTGAAAAGTAACCTAACAAACATTTGGAGTG TATTTTCTGGTATAACAAAAGAGAAAGTACTATTGTATCTGCAATGACATATATGCGATT ATAATGGTATAAATTCTAATTGAGTTTTATACTGTATTTTTTTTAGATAACACAATCTTA TATAGTTGTTTAATTATAATTTTTTTTATAAAGTCATTTAACTTTGATTTTTAATTCAAA AATTATTCTAACTATTAAAGTTTACTTACAAAGTTACTCAATCTATTTATTCAATTTTTT TTTTTTTTTTGCTAATGTCAATTTTTTTTTTATCTAAAACAAAAAATTTGAAGGAAAAAA AATATCTGTTTAAACTTATTTCTTCTCCTTATTTTTACTTTGTAGCATGGTTTTTAAAAC TTGTTTTATATACTTCTTAATCCTAATTCAGTAATTCAACTGGATTCAAAATTTGTTCAT CCTTGGAAAGGCAAAGTGATCTCTTTGAAATAAATTTCTCTTTATTGTTATTTGACTCCA AAAGTAAGATGTTAATTAATCAAATTGTTTGTTTTCTGAATTTGGTTAAACATTATCCTA ACGAATCATTTATAATTGAAGTTATATTAAGTTGTTAGTATATTACTAACTGTAGTTCCA AATCTTAAAACTCAATTTGGTTATATAAAATTTAATCTAAATCTTGTTTTTATCTTGGTA CATTATCACAAAACATGTTGTATTTCTAATGGGTGTAGTCATTAAAATGGTTTAAATATA TTTCTTTTTATTAAAGAAATTAATTTTGAATAAAATTCATATTGTTAAACTTTAATGAAA AATCAATTAAATAGATCGCGTGACTTTTAGGTTACACCAATAAACTTAATTAGAAGTTAT CTCAATGAGTAATTTGTTTTTTTTAATTGTTATACTTGTTAGGACCGGAAATAAGCAGGT GTAAACGCGGAAGCTAGCAAAGCAAAGACCACGAGTAAGAAGACAACGAGAAATATACCA AAAGACACAAAGATTTAACGTGGTTCGGTCAATCGACCTACGTCCACAAAGGAGATGAGC AATCCACTATAAACATGAGAGTACAAAATACAGAGGGAAACAACCTCAACCAATTCACTC GGAATACATGAGGTTCACAAATTCTCCCTCTAACCAAAACTCTCAAAGCCCTTACTACAT TGTGAATGCTCATTAAGTTAGAAGACCTTTATTTATAGAGTCCTAAACATTTTCCTATCA AAAAAGAATAGTCAATTCAAAACCTTTTCCTAAAAGGAAAACCTATTTATGGTAAGAAAT CAGGGCAAATAAAACCCAATAAAACTATTATTTATTTACTCCATAAAATTCATATAAATT TAATAGAGATTACTCAATTAGTAAGTTTATGTGTTTAAATGATAATAACAACGTAAAAAA TGATCATGCAAGGAAATATTCTCCATGCCTAAGTTAATATACTTTTGATAAAAGATATAA TCACATAAAGATTATAAATACAATATTTTCTTTTCAGTATTTTGTGTTATATAATATAAA ATAAAATATGTAATTAATGAACTACAAACTCCAATCTCACACCTTAATTTTAAGTGATTC GTGCTTCATTATAAATATTCTTTTAATTATTATATTTGTAAAAAAGCAGCATAAATAAGA TTTGCAAATAAAATTTGTCAAAAATAACATAAATGCGACAAAAATTATAGTAAAATAAAA TAGAGAGGGGCAGTTCCCATAATATAATTTCCCTTTAGGGTTTCACTGGCGTCTTCCTTT TAAGTTTATTGCGTCTTCTTGCACAGGCCGTCGAATCGAAACTCTACAGACCCTTTTGCT ACTCACAGTAAGTCCCGAACGCATCTTTGCTTTTCTGCAGATCAATCGACGTGATTAATT AAGCTTTATTTGTGATCCAATTGACAGGGTAGGTGGTGTTGAAATGACGACAGTTCCAGG GCAACTGGTTTGGGAGATCGTCAAGAAAAACAACTCATTTTTGGTGAAGGAGTTTGGTAA TGGTACCGCCGGTGTCGTATTCAGCAAAGAGCCTAACAATCTTTACAATCTTCACTCTTA CAAGCATTCTGGTTAGTATTGTAAACATTACCCTCTGCTTATGTCGATTTAACAAATTTG GTTTCTGTTGCGAATAGTGGTACCTTGAGCTTATACGGTAATACAGCTAATAGGTTTTTG GGGAAATGTTCTATTTTTCAAGCTAAACTGATAGCTGTTTTGTGGAGTATATTGTTTTTA CTACTTGCACTTAATGTGATGTTGGAAAACTGGATATATATCATGTGTGCATTCAAACTG TAATGAAGTTCAGCTATTTTCCATATTCCATTAGTATGTTTTATGTGGGCAAGCCATGTC TCGATGATGGAATAACCTTTCTGATGAACCAAAATTCAGTTAAGGGTTTGAGTTTCTTCG TAGAAATGAAAAAGGAAGGCTACATGTAGTATCTGTCCACTGTCCCCTTACACCGAACTA ACCACAGAGCACCTAGCATGTGGGATAAGCCATTTAAGCCCGTTAGTATGTCGTATGGAA TGTTCTTACATGAAAGAATAACGTGAATTTGTAATAGTCATTGAATGGAACATTGCATTG CTGAATGAGTTAGATTTCTAGTTTTAGCTATTTTGGTTTTCCATTGCTTGCGTTAAGCAT TAGTTGAACTGCTGTTGTCATGACTTTGTAGGCCTAGCAAACAAGAAGACTGTGACCATC CAGCCTGGAGGCAAAGATCAATCAGTGTTGCTTGCTACTTCAAAGACCAAGAAACAGAAC AAGCCTTCAAGTTTGCTGAATAAATCTGTAATGAAGAAGGAGTTTCGGTGCATGGCCAAG GCTGTATCAAACCAGGTGATTGTCTTTTTTGACCAGTAGAATGTGTATATTTACATGAAT TTGTTTGGTCTCAAGCTGCATATTAGCTGCTTATAATGATCACGGGTTTGATTGTTCACT TCTTGATTGTTTCAAAAGGCTTGGTATATGTTCTGTAATTTGTTTGACGTTTTTTTGGAT GAATACAAAAAGTTGTAAATGGATTAAAAATTCACTTTCTAGAGAGCTGGCAATTGGAGT TATCTGAGCATTACAATGTGTCTGACTAATTATTACTGTCTACTGTTCACCATTTTCTCC AAATTGTGCTTGACATATTCTATGTAATGAATATACCTCCACCTTTCTGTTGTAGGTTAT GTATTGCTCTTCATTTCCCGTTATTCCGTTGGTTTTACTAATCTCATTTATGTATTCCCT ATCAAACTGCTATCCTCTATTTTAAGCTGTGAGGGTGGTCTAGTAGAAACAACCTCTCTA TCTCTATGAGGTAAGGTTTGCCAGACATGCTGTTGAATATACCTCTACCCTTCATAGCAT CAGTATTTTTGTTAGATAATTTGATTATTTTTTCTCAGCAGGTTTTTCTTTGCCTTCACT ATTTTCAGATGTTGCAATCTTTAATTTGCATAAACTTGTATGTGATACAGGTAGCAGATA ACTATTACAGGCCAGATCTGAAGAAGGCATCCCTTGCAAGATTGAGTGCTGTGAACAAGA GTCTCAAGATTGCGAAATCTGGTGTCAAGAAGAGAAACAGGCAGGCCTAGATTCCCATTC TAGAATATGTTAGGCTAGGCTGTATGAGCTGCACTTGATTTTTTTTTTCTTCCCAATGTC CTCTTGAGTACCCGAAAGTTTGCTATTTGAGTTCATATTTTTCTAGATTTTTGGCTAAAA CGTACGTTCTATTTGAGATTTTTATAAAGATGGCAGTTATTCTGATTAATGAGTTCCAGT TTTTTTTAAAATCTTTTGTTTCTCACTACTATTCATGGACCCAATAAAAGGAAAGGGAGT GTAGCAGCGGAAGAAATTGATTTCTTAAATCGTACGCAAAGGATATAACCGAGTAAACAA ATTGCATTACGAGTCCTTCATATATCATAAGCTTTTGTATTTAGTCTTTGTGATATTTTT ACTACATCTATTAAACCTCAATCAATGAAAATATGTACTTTATTCTTGTTATAGGCTAAA TATTTTTAAGTTTAACAATTTGTTAACTGTTATTACATCAGGTATTTATTTAAAAAGTGC TTCTAACGCCTACCTTTGTCCACAAAGAAATGGAGCAAAATGGAGTGTCATTAGTTACTC CTCCACTCATTGAATTAAATTTACATTATTTACCGTTGTTTTTAAGCTTAAAATTGTTCC TCAATTGACAAGAACAAATACATGATATAATTGTGTCATTAATGGTAAATAATTCTAAAC TTGAAATACTGTAGGGACTAATTTAAAGATGAAAGAATTTTTAAAGTTACTTCTAATATA TTTAAGTATGCGTTGTTAATTCATTCATGAGAGTAATAATAATCTTAAAAATTGCCTTGA CTCGGGACTAGGACGGCACACTTCAATTGATATTTGATTGAAGGATTAATGCGCTAAATC AAAAAGTAAGAGGAGCAAACTCGAAATTCATCAGAAATTAAGGGATCAAAAAATCAAGTA AAGAATTAGCAATGAAGAAAAGAAACTTGACCCGATTGCCCCTGGCCCTACAAAATTGAG TGGGCATATCCAAAATCGGAAAGGGAGAACTGCTAACCCTAACTTCAGAAATTGAAAAGG TGATTGATTGATCAAAGGCGAAGAATCGCCAAAAACAATCGAATCACCAAAGGTTAGAAA ATGGGAAACGCCGAGAAATTGATGAATCAGATCATGGAGCTCAAGTTCACATCGAAGAGT CTCCAACGCCAAGCCCGAAAATGCGAGAAAGACGAAAAGTCTGAGAAGCTTAAGGTCAAG AAGGCCATCGAGAAAGGTAACATGGACGGCGCTAGAATTTATGCTGAAAACGCCATCCGC AAGCGCAGCGAACAGATGAACTATCTCCGTCTCTCCTCTCGCCTTGACGCCGTTGTGGCT CGTCTGGATACTCAGGTAAAGATCGATACAACATTTAAGCAGTGACGCAGATGCTTCCAC ATCTCGATTCTGTACGTATAACTAGTAAATTGTGATATATTTTGTGTACGCAGGCGAAGA TGACGACAATCAGCAAGTCAATGTCCTCGATCGTCAAATCACTGGAGTCTTCACTCAACA CAGGGAATCTACAGAAAATGTCAGAGACGATGGATTCATTCGAGCGTCAGTTTGTGAATA TGGAGGTTCAAGCTGAATTTATGGAGAGTTCTATGGCTGGAAGTACTTCCTTATCGACCC CAGAGGACCAGGTGGGCAGCCTGATGCAACAGGTGGCTGATGACTATGGACTCGAGGTGT CCGTGGGGCTTCCGCAAGCAGCGGGCCATGCTATATCTTCTAAGGACGAGGAGAAGGTCA GTGAGGATGATCTGTCCAGGCGTCTTGCCGAGCTCAAGGCGCGTGGGTAATTGAGAAACT GAAGATTCTTCTGTTAATATAGAACCTTTGGTATTGGTGTAATGTGATACAGTATGTGGA GTTTTATCTGTTGCATACATTAAGATTGAACACTTCTATGTACATTTTACTCTCTTGTGA TTGTGTAGTCAATTTGCTTTACCAATTGAGCCTGTGACATCTGTATGTTTGCATTATTAG ACATTGCAGCATCTTAAGCCTTTTCTCATGTAGATTTGGGATGTCCATGCTAACTTATTC TTCAGAGTAGTAGAGGATTCTTGGTGTCCGATTTGAACTGATATTTTCTGATGTTTTTGA GAATCTATGATGTTATGCGATTGTGAAGAAGCTATGGGTTGGCTTTGGTGTTTTCCCTGT TGTTGATGGGATGTGTACCATACGCCTAAGTTCCAAATGCTGAACATTTGGTACATCCCG GAATTCTCAAAGTCTTAAGAAAGATGTGAGGTTTAATGTAGTTGATTATGGAGTTTGATA CCCACATAAGTCACCTCTTCAACAAAACTTGTGTCATCCTTGAGGTTCTCTAAGTCCAAT GATATGAACTTCTGAAGTAGTTGTGGTCCTTAGGGATGATGACGACCCTTTATGACTCTA TATACCTTAGCAGCTGAGGCTTGAGAGCATCGTAACGGGATGTCCTATATTGTATTAGGA ATTTTCTAAACTCTACCGCCTGTGTTTCCTTAAAGTAGGTTTTAGTGGAAACATGAGATT TTATAGAACATTGCTAGTGGACTTGGGATACTCTGATCAGCTTGCCAATGTGCTCGTTGT TGTGCTGCATCTATAAACTTTGTTATCTGAAAGCGCTCTGATATAAACTGTGGTTCTTTA TTCTTTCCTTAATGTAACTCGCTCTTTGGTCTTGATAACTGCTGTTCATCGTACACTTAT TTGAAGTTTTTCCTTTGAAAACCTTCATCTGAGGGATATGTAAAATACCCATTTACACTT CAAGTTGAATAATTGAAGTTATGAGGCGATGGTCAGGTACTCATATCCCAACTTTGTTGC CAGCAAGTTGTTGCACCCAGCGTGCTAATATGCAACTATTCTGACTGCATTTTTTTGGAC TGGAACAAATTGAGCAAACCTTTTCAGCAAGGCGGATCATGAGTACAGCATATTGTTTGT TTCTTCTAAATCGTATTACTCATATTGGTGCATCGTTTGGAAGTTGGAATGGACGATATG ATATGATAGACCAAAACCGGTTGAATTTTTAGCCCAAGATTTTATAATCCCAGCGTAGAT GTGGAAGACTGTTTAGTTGGGAAATACTGTAGTCCACCCTCCCAATCTTCCATCGGACAT CATAGTAGGTATTACCCACAAAATGAAGACCAGCTAACACCAGCTCATTAAAAGTATGTA AACTTTTTTACTTGCATTTCTATGACGTACCTCTTAACCAGTAACTTTTCAAGGTTAAGA ATCCCCTTGGATGAACATGCAGGCAAAAAGTTTGTAATAGAATTACACGGGCTGATAGTA TGTCTGTCATCACAAGAAGACATGCTAAGTTTATTCAAATTAAGCCAAGACGCAACAACA CTAAAAAAAACCAAGGAAATTATGAAATGGACCATTTGGCTCAAAGTCTGCATTCTGGTG GTACTTCTATTATCTCCAAGTCATCTGCATTTGTGAAAATGTAAATGTAGTTCTTCAACT TCTCGAGCAACGCGCTCGTAAAATTTTGAAATTTGACTCTCTCTAACTTATGCTTCCCAA CACTTAAAAGGTAGAGATACGCATGTACAACAAGGTCTCTCATCCTTATCTGATGCATCT CTGTAATCTGTATATAAACTACAAAACAACGAAAACCTGCAAGAACACAATCATGAAACC TATATAAAGAATGTTAAAGCTCTTTTTATCAGCTTATGAATCGTATTAATACAGTGCCCA ATTGGGGAGAAATCCAAAACAAACTATCAAGAACGTCCACAACTGAATGTTTCACTAGAT TATGAATGTTTACATGGAAACCATTAGTAGCATAAAATGGAGTGTTAATTGAAGTTTCCT CTCACGTCTTTTGGTATAACTATCACCTATACAAACAAAAAGAAGGAACTGTTAGAAATT CACATCTGATCTGCTTATTCAGGCAAGGTAGTAAGTAGTAAGTAGACAGTTTCATTCCAT GTACCTCATCACAATCGCAGCTTAGATAACAGACTTGGAATGATTAAAGTTACCAAGAGA CTTTGTGAGCTTAGAGTACCAATGAGACTCGATGGTTTCTGGGATCAAGGTGAGATGAGC TTCCAGCGAATGTGAACCTTTCAGTTTGAGTGTGGTTCCATAATGAACATGATATGTGAA TAACATTAAGTTAGGAGCATCCACATCCAAATTATCACACGCGACGATTGCCAAGCGCTC GAGACAGTCACATGAGATCTTCATGGTGTTTAGCAACAGAAATCTCTTGAAAGACAAAAC TTGTAAATGATTACAAGTTGTGCGTAGATATTGAAGTAATTGCTCGTCCAGAAATGATTC CTCAAGGTGTAACTCTTGCAAAGATGAAAGTTTTAGGTCCGATGAGGGTAGTTTGAGCTC AAATCCATATAAACGAAGTACATTTAGTATATCATTATGAAGTTAGAGAACTTCAATATT TACTTCGTTTGAATCTATTGTATATTACTTCTAAACATTATGCATAATTTTATAATGTAT AGTTGATGAATAATCACTACATAATTTGTGTATAATCAATATGTATATCCTATATATTGA TTATACAATAGATATAGGCCTATCATCACTTTATTCACCTGACTTTAACTTCTTTTTTTT TAAAAAAAAAAAGTAAATAGAAATCGCACAAAATTCTCAAACTTAAATATTGACCTTCGT TTGAAACAATTGCACATTACCTGTAAAACTTATTATACATAGATGTATACTATATATGAG GAATAATCACTACACAATAGTGTAAAACTGATGGTGATTGTGGTTGACGATGCGTTTGGT TGTCATTGCCGACATTGTTAATTGAGATGGTGGGGTGATTGATAGTAGGGATCGATCGTA ATAGTGTAGTAGTGAAGGCGGCAGTGGTGACAAGGATATGATATAAATAATAAAAATAAT AAATGTGATAGTGACTGACAATAGTGATTGACAATAATGATGGTTGTCAGTGATGATTGT GATGACATAGGTTATTGGGGTCAATAGTGATGATTAATAATGATGTTGAGTTAGTGATGG TGATCAGTGATTGTGAATAAATCGGCGATAAAAATTCTCCACACAAATTATCTCCTTATG ATATAAAGAGAGCTCAATGATTAAAATCTTCTCAAACCAAATAAATCAACTTAAGGTCTG AATTCAAACCTTTATTAAATACAAATAAATGAATCGTAACCAATAAATAATAACGAACAA TCGATAAAAAATCAAAATTATAATAATACTATCCGACCCTCAATCAATCTTCCCCTTCTT TGAAGTAATCAAAAGTAATGACTAAGCTAAGTCCCTCCACTAGTTAGTGGCACAATGACA TATCACTTCCTCAAAAACTGAAAGTCAACTCAATTTTGCCAAAAGATCTCAAAACAAATC GATGGTTATGTATTCATTTCTTTTCAAAATGAGAAACAATATGATGAATTTTCCACCTTA CAAATAGACCACTACATTTATTGTCATATCAGAAATTGAAGTCAGAAAGGCTGCAAATTT GGTTGGCAAACAGAGACCAATCACTCACACTAGCAGTAGCTTTAGGGTTGAAGTAGTTAA TTAATTGAAATATTACACCATTTTGTAACACATTCACTCTGACTTTTGCATGAATCATAA CTCATTCATGACTGAAATTTAGTCATCGCACACACATACACATATATGGTATTTTTTCAA CATTAAGGATAAAGGAATCGTAAGAATTAAACACACACCTATTATGATATGCACGGCCAT ACATAACATAGAAATCACATTGATCAGCCACACTGAGATTGAGACACGGCCCATATATAT ATATATATTTATATATATATATATAAAATATTAAAGGGTGAGTAGGTCAAGTGAATAATA GGACCACATTCTCATGTGAGTTGGTTTAAGATAGGAAGGAATTAATCAAATATAAATTCC CCAGAACTTAGAAGTGGTCCATATATAGGAGTTGTACATCATGATTTGTGGACCATTTTG ATAAAAAATTTCTTCATTTTGACAAATTTATTTAGTTGATAATCATCACATCACATTCTG ACTAGCAGCTCCACCAACTACTACATTAACAATTCAATGTGCTTCTCACTATTTCTTCTT TTCAACACAACCTTAGAGGAAAGAAAAAAGATTTTGCTACCCTTTGTTCATACAATTTTT TTTTATTTAAAAAAAAAAAAGACTTTTCTCAAATAGTGATATTTTTAAACTTTTCATTTT TTTTGTCCAAACGCCTATTATAACAATTGAATTGTTTACAAGGTAATTACCAAGTTAAGG TGGATGTACTAAATTGAGAGATCTCATTTTTTAATTTTCAGTCCACTTTTAGGTAGATAT TTATCTAAACAACTGGTTTAAATTTTATCAGTTCATTAACTAATATTTACCATCTCAAGA ATTACTTGTAATTTATACTATTAATACATACCCCTCTAACTAATATTTGGTAATTATGGT CAATAGACGTCTGCCATTACGTACGTACTGCGCCTAATACATTTGCCTACATTATTGGAG CTACGGCAAATCTTGAAATAATCGTCACCAATACACCAAAAATATCTTTCAAATCATTAA AAATTTAAAAAAAAAAGAGAGAGAAAAATATCAGTATAAAAAACAAAAGTAATAAATTTC ATAATTTATCATTTCCCTTGGAATAACATACATGAAATCTCAAATCACACACAATTATGT ACGTACACTAAGCATTACCCAAACAAAACTAGTTTGATGCAAAGTAAAAATATTAAGTTT TCGTAAACATGAACTGAGTCACTCAGTACATGTATTAATAAAAAACTGAGATGCACGACA AGCTGATACGAAAACTACTAGTAATAGTATACAATCCGCAAACAACACTTCCAACATTCA TGCTTAGAAAAAGATAAGTGCATTTTCATAAGTATTAGTAGTACTAATACAAAGTTCTAA TAATCTATTGTAATTAATTAATTAATTAATTACTGAAAGGTTGAACCTGGGGTGTAAATA GCAAGATCAGCCCAACCATTAGTACCATTCCAACAATTAGAATCTTCACCCAAAAATTCA TGATTATTATTACTATTCCCACTTTGAGCGGCAGCAGCGTCTGAGCCCGAATCGGGCCCG TTAGGATTCAAAACATTTAAAAAATTCCCTATCTCCGGCCCGTTTGATGCTAGTAGCGAG CCGAAAGGCCCATTGGCGTCAACAATCGGGCTGTTCCGAACAACAGGGGTATCAAAATGC TCTGTTTTTGAATTTTGTTCTGATGAAGTTGAAGATGAAATCGTCATCGTTGAGGAGCGT TTACAGCTATTCGAAGAAGATCGTTTTGTGTTCTTACGAGAGCTTCCACCAACTGGAATA TTCCTCAAAATACCTCCTTTAGTCCAATACCTTTTACAATTCTTACAAAAATGGCGTGGC TGAGAAAGATTGTAATTGTTGTAGTAACAAAACTTCGTGTTGATTGAATCACATCTAGGG CATTTCAGGACTTGTTGATCTGGGAACTGAGGATTGATCTGTGAATATATTGATGATGGA TCTTGCATATTGTGAGCTTCTGTTTGCTCTGTTTTTTAGGCTTATTGAGAGAACAGAGTG TTATTGGCGTCTCTCTCAAAAAAGTTCGGATTTTGGCGTAAATAAAGAGGACAAATTTCA CTTTATCTATCCAAACATTTTAAAATTTTGTATATGTACCAAACAAAATCCCCTGGTCAA TAGACTTTTTTTTTATTGCAAAATAAAAATAAAATGATATGATGTCAAATTGAACAAAAT GATTTTAAAGTCTTCTAGATTAATCAAGTGGTATCATTAATTTTAGCACCAATCGAAAAA AATGAGACAAAATGATGAAAAATGTTTTCAAAAATACTCTTCTCCTCTTTTTCATCCACG TTTCATATCTACATTAGAACATAACTAAATTCAAGTTTTAATAATAATCTCATATTAGAG TAAAAATATTTCTCAACAAAAACGACTATGTATTCTTTACTCAAAATCTCAAATTCAATA CATCTAATTAAAGATGAAAGAATTCTTATCATTGCACTAAGTGGACCAATGTTAATTTTT GGGATAATATCCAAGTACCTCCTCAACTTATGTTCGAAATCTCAGAGACACACTTATACT ATACTAAGGTTCTATTACCCCTGAACTTATTTTATTAATAATTTTTTACCCCTTTTTAGC TTACGTGGCACTATCTTGTGGACCCAACGATGGTTGACTTTTTTTTTCGAATTAGTGCCA CGTAGGCTAAAAAGGGGTAGAAAATTACATATAAAATAAGTTTAGGGGTAATAGGACCTT AGTATAGTATAAGTGTGTCTTTGAAATTTCTAGCATAGGTTGAGGGAGTACTTAGGTATT TTCCCTTAATTTTTATAAAACTAGAATTGTCCAAAATTATATAGTAATTATTTTAAACTT CTCAATTGATGATAACATATTAATATTTGTAATTTCTGGCCAAAATATTCGTGATTTAAA AGTTTATCTCCATGGAAAATTTAAGAGATATGTCGTCTCCAACATAAAGTTTTAAAAGGG TAAAGTAAAAATTACTCGATCGAAAATTAGAAAGAAATAAAAGTAAGCAAAAACTTAGGA ATAATTACATTTCGTCAACCAAATTGGTGTATCAAAATTCAAACAAAGAGACAAAAGGTC AATTCTTGTCATCAATATGTTTACTAACCTTAAATCTAGTGACCATTATCCTTCTTTGCT TTCTTTCCTATTTTATTTTTATTTTAAAACCAAAAGAAACACTCCAACCAAAACATTTTA GACAATTTTTTTTATTTAAGAAAGTTATAAATATGATCCTCAATAAAAAAAATTATATAT TCGTAAGTATATGACAAGAGGGAGTTTCCGATAGGTATAATTTATTTTCAATTTTAAAAT TGTAATATCAAGTTATTAAAAGAATAAAAAAAATCAAAAGCTCTGATAGCATTGGAAAAT AATTCTTTTATATTTTTTAGCCTTCATGTCATGATCATTTTAATTCTTTTCCATTCTAAG GAAGAGTATGACGATTGCGTAAGATATTAAATTCATTCAAAAAGATGCATACGCTGTTTA TTCCTTTTCTTATTTTAATTATAAAAAAACACACGTAGAAGTTTCCTATTAACATATAGT ATCTCCATCTGTGTATTATTTAATAGTAGAGAACTCTTATAAGTAAATTGTTTACTGGAA GAAAAAAAAGATTTGATTGAGTCAAATTAATATAAAATATTATTGTAGTCAGCAACTACA AGTAATGAAATTTTTCATTGATTTGCATCAATCAAGATTTGGAAGTAGTGGTGAAAGTTG GAGTGAAAAATGAGCATTGCATGTGCTTGTTAATTATTATATATCATATCAAAACATGAG TTTTGATACAGTGATAAGAGTTTACTGCTCTTAATTATATGTCTCAAATTTATAGCTATA AACATCAATATTATAAAAATGAACTTTGTAGTGCAGAATTCAGATTTATTCGAAACTATA GTATATATATCGAATACCTAACTAGCTAGCTGGAGAAAAGGAAAACCTTATTAGGAAGGG AAGAAAATTTAAAAATATGTGTACTACTGTTTGTGTCATTTTTATTGTGCAATTAGAGAT GTCAATGGATGTGCTTAGTCATTAAAGATATGATGACTTGACCCCTCACCTGCAAGAAAA TATAATATCAAGAAGAAAAAAAGTGTACGGCTCCCATTAGAAATGAAGTATTATTCTCTA TTACATTTAATCACTTTAGTCATAATCTATCACTTTAGTCATAAAAGCTTGTTACAAAAT AATCACACTTCATAAATCAAGAAAGTTCTACTTATTTTTTTTTATTTAATTTCAATTCAA ATTATACCTGTCATTAAACAAATGGTTCATTTTGATCGTCTAAGGCAAGTAATTTCAGGC ACTTAGTTTTATAGACACGGCCATGGTATTCAAAAGGTACAATGATTATATAGGTCTAGA GAAGTGAAACTAGCTAGGATTTTAATTTTACGGGTTATGTATTTTATTCCGATGATTTTA GGTTATAATAACTCAGTATTATTTAATGAATTTATTAACATAAATATAATATTTAAAAAC AAAATTTATTAAATTCGATCAAACTCACATACAAGCTACTAAACTCTACCCCTGGTAAAA TAGATTCCACATTTGTGACCTATGGTTGTTTAATTGTATCTCATCATGTATAATAAGACG ATTGGATTAGATAAAATAATAGTTTGATGGTTTATCTCGTCCCGCGTATCAACAGACAGA AAGACTCTAGTCAAAGGAAGGTTGTTGTTGGTTCGATGTTGCCACACATGCGTTTTTCAC ATTTGAATAATCAAACAAAGGGGTGTGAGTGTCAAACTGTCAAATCCATAGCAAGCAACA CGCCTCAAGTTGTGCCACCAGGAATCATTTCTGACAATCATATTACATATGCAATAGTGA TTAGTGAAGGCAGTCACTGTTTCAAAATATAAATGAAATTCAACTGAGGCGTAACAACGA CTTCCCTAACAATTTATGTGATTAGGAGTACCTTATTAGCAGTAAATAATATAATTAGAA AAAACAAGAATATATCATGAGATTAGTGTTTGTAGTTGATGTGACTTTAAAAATAAAACG GTGAAAAAAATGTTTTTAATAAGCCGTATTAGTTGAAGTAAATCTTTACAATAATACTGA CTTCTTGAACGTAAATTATTTAATAGATTTGATTGAGTCAAAAAATATATAATACTTAAT AAAGTAACCTCAACTAATTTAAAATTGAGATGCTCATTCATTGGCATCAATCAAGATTTG GAGTTAATGGTGAAAAATGAGCGGTCCATGTGCTTGATATCCAATGCATAATCCTTTTAG AAAAGGAGAAAATTCTAAGGGCATAGTGGAAGAAAAATGTGCTGTGGTTCGTGTCATTTT TGTCATGTAACAGATGCCAAAGATAGTGTTTAGTCATAAAAGATATGATGACCTAACCCT CACTTGCTAAAATATTTTCATGAAAACACGTCATAGACTTAATGTTTAACATAAGAAAGA TTTTGAAAACTTATCTTCAAATATTTATTATTTTACCATAATATTTGATCAGATGTTCAA ATATTTTCAAGAGAGATTTAAATTACACCCAAAAAAATTTCAAATCTATTCAAATAAAAC GCATGCTCAAACACAAGTTCTAAAAATCGCAACTTTCACAAACATAACTGAGAATCAATG ACCAAACCAGAGCTAAGTATTTTTAGGCACTTGGTCTTTATACTAGGACTTCTATGGACA CAACCCCAGGTCTCCAGAAGATACATCTATATCAAACACAACTAGAGGTGTCTATCCACT GATAACTAAATGGCTAACTGACAATTTATATTAAGGTTGAGGGACTATCTAATAATTTAG TCTTTATATAACTGAGTTAACTGAACTCCAAATCTCAATCTCTATATACCCTCAAACCAA TTTCAGAAGTGCTCAGTTTCAAGCCTAATTTAAGTCATGTCTGTTGAAAAAATTTAGGTT GTAAAGCACTTAGGAACCCCAAGTGATACAAAGGTGTGCAACTTTCACTTTACGAAAGCA GATAAATAAATACCAGCTCCCTTGAACTTTTACAGGACAAGAAAACAAAGCTACTTTAGT TCGATAATCTATAGCAAAGAAAAAAAAACATCAAATTATCCTACAAAAAATACTTCTACC CAATAAAGTAAAGCCAGCAGGTCTTTTCCAGCAGGATTGAAGTAAAACAGCATTTACCTT ACATCTAGTGATAATTTCTGCATATCTAACAGTTTTGCTTGAGGGGAGAACTATAAAGAC ATTGGAGATCTTGAGAAGGGTGAAGGTAGGAAGAGAACAAGAACGTTGGGTTGTTGACAA GTGAGTTACTAAATTGACCATTCTTTGAGCTATGACATTAAGAACTTGTAATATATGCCG GCATGGATTCTGCACGTGAGAAATGGTAGAACCTCGAGTTGGTTTGAAAAGAAGCCTTCT GAAAAAGCACTCCAAGAAACGCAACCCAAGAGAACCCGATTCCTCCTGTCATGACTTATG CATAATACATGTACAAGCTGTTTGCAGCAGCACATGCAATTGAATTTTCAGTTGGATGCC ATGTAAGGTGGAGCAGTTTGGTTGTGAAATCAAATGAGTTTCCATTGGCATCAGCCCCAG GACTTTCTGATCCTGCAATGCATCATAAAGATTCAGCTATATTTTAGAGTGGTGGGAAAA ATTGCAAATACAGATAACGAGCATACACAGATATAGGAAGAAAGGATGTATTTGTATCTA GAAAAGCATACCTCTCCTGACAACACGGGTTATACTGCTGCTCAAGGACCTGGAAGGCCT CGAAGGGGTCTGGACTTGTCTCCTAAGAGAGAATAATCAAAAGGCACCAAAAGCCATGAC ATTACTACATGTCCATATAAATTTACATGCTGAAAACTTTTAATACAAGTACCTGGGGTT TTTGCTCGCTTCTAATGTAGTCGCTTCTGCGCTTCCCGGAGCACAACCGAACACACGAAA AAGATTGCTGAAATAGAAGAATTATTAGCTGAAAATAAATCACATTGGTGGAGAAACAAA ATGAAAGAAAGAAAAAGAGAAGTCTACACACCTATAAGATCCAGTTGCTACTCGAGAACC ATCACCACTAAGGCAACACTCGAATTTATCAAAGATGGAATCATTCTCATATAAATCACA CAGCTGCACAGCGATACAATAAAACTATTAATCAGCTGATACAAATGAGAAACTATCAAG CACAAACACACAACTTTGGGAGAAAGCAATTCACCTTTGGTCTCAAATGTTCATGAACCT GAAAAGTTGAAACTGGACCAGAATCCATGTTTATATCCCATAGCTGCAGGTAAGGTGAGT TTCAGTAATAAAGGAGCAATCTTACATATAATTAGGTTAAGACTCACCTAGTCAGGAAAA AAGAATCACTGAATAAAGAGACCAGCAAATTCATACTGAAACCAGCTCTATACCCCCCCC CCCCACTTCTTGTCATACTTTCTTTCCTCAAAATGAAAAAAAAATTGACGAGTAGGCGTA CGTGACCAAAAGCTGAGAGAAAGTAGAGATCTATCAGGAACTTGAATATAATAGTTACCC TTATGGTGTAACATATGCATATTCTTGCCAGCAACTACAAAAGCATCAAAAAAACATGAA GAAACTGCACTTTTAAGTTCAAAAAAGCTTTTCCAGACTCACGAACATAAGATGCAAATG GAGCCTAACCTAATGAAACTAAGAGAGTTTGTATGTAATTAAGATTTTTTGAAAGATGAG ACTTAGCAGAAAAAAAAAACTCAATTGCAAAGTTATCCGCAGGGAAACACAAGGATTAAA GAAGCATGCCAATCAATTACAGATAACAATGATAATAGAAGGGTCAAAATGTATTGTAAT AAGTGGTTCATGCGCTGAATGATTGAAGAATCTGTCAATTATTTGTTTGTAAATCTGACA CGACTAATGAACTAATGAACACGACCTTTCCATCAGGCAATGGAAAGAACTGTGAGTAAC TATTTTGCAATTGGAGAGGCTCTCCAATTCATAATGAAGAATGTAAGGCATTTTCTTAGA CAGCTCATCTATGCATTATGTGGTCGCTATGAAAAGATAAGAACAGAAAATGCTCTGAAG GGGTCTCAGAGGCACTATCGGCTTTACAACTTTAAGATGGATGTCTTGGGGTTTTATTTA GTGATGTAACCAAAGTTTTGTATATGGTGTAGAGTATCTTTTTTGAACTCTTTCTAGATG TAAAATCTTGAAAGTTTTGCAGTACCCGTTTGGTACCATTTTGTGAAAACAACACTTGCT TGCAAAAACTGAACAGAGAAGATAAGAGAAGCACCACAAACGCTGGTATACTTGCAAAAG AGATCACACTCCGTCAATGAAGAATTTGACAGAGCTCATTCATTAAACATGTTCCTAAAC CAATTACCAGGAATATGACCTAGAGATGCAATGGACTTTGCCCATGGACTAGAGTCATAT AACCTTCTGAGAAGTCTGCTTTCCTTACTTATACATATCAGACAGTACTTAAGAGAGTCA AGAATATGATACACAACGTTGCACATCTCTCATATTAGTCAATTGAAAAGGTTTAGACCT ACAGAAAAGAGTGGAAGACCAACCTTCAGGGTCATGTAGTCACGACTGAGTATGTATCTT CCAGCCTTTGCAAATTTTATATCTGAAATTGAAGCAATTATCTCGGTAAAAAAGGACCTT GAGCCAGGAGTTTCCTGCTCCTCAAACCTGTGTATAGGAGAAAACCAACATTTCAACTTA TAAAAGCTATGAGAAAGTAATTAGAAAATAAGTATCTCTCAACTTGAAGAATATCATTTT CCAGGGCCCCTTATACTGTTAAGAAACTAGCCCGCTTCCAGAATATTTCTTTGCAGGTGG ATATCTTGTTTTGTTTTGCAGTATTAAAAAGAAAAACACCCATCAGCAAAAAACTATAAG TTAAGTAAATGTAATACTTACAACTTAGAGTGCGAGTCGCACAATGCTGACTGCCGCATA TCTACCAAACGTATTGATCCTCTTGAACTACTATAAGCCAATATGTTACAGTGAGTAGGG TGAAATTCAGCTGAAGTTATCACCTCTGCAATAAGAAACATCTAAGCACATTTGAGCATT CACTGAAACAAGTGTTTCGATAAATAAATAAGCTAATAAAACTATCATGTGATGTAACCA CACCAAAATGGAAGTTGAGATCGACATATCAAAAACTCACCAGTTAGATCTTCCATATTT GTTGGCTTGACATCAATAATATTGAAACTTTGATTGCTTATTTGCAAGTTCCAAAGGTTT ATACGGAGATCATCAGCTGATATAAATGTTTCCCCATCACTAGGTGGAAGAAAGAAATGA ACATTACTATAAAGTTCTCACAAATAGAAAAGACATGATAAATCAGATTTCAATGTAGCA TGGATCTTCACCAGTTAGTTGAAATAGAATTGATATGATAGTCATGTGCATGGGCATACA CTCTTCTACATCTAGCAGCAAGGCTGGTCTCACCGCTAGTAACCTGCAATCAGATTCCAA AGCTCTAAGATGCAGATGAAAGAATAATAACGAGAGAAAAAAAAAATCAACGAACAGCAC TTGTCAGAGGGAACAAGAGCTAATGGGTTTCAGTTACCCAGCCAGAGAAGTAGAGGATAC ACACACCTATATGCTGACCCATATCCATGCAAACAAGCACATATACACATGTACATATGT ATGCTAGCTTGTATGCATAATTAATAAATTTTAAAGGGAGCAATTTGTAATATACTAAAA TGTGAACAACAAAACATGGATGAACAAATTAACCAAAATGATATGGATTAGTGTACAGTC ATCAAAACAGATTCTCAACATAACCAAAGTAAGAAGTATCACATACGAGTTGAGCTCAAA TAATAATTTGTGAGATCTCCTTCCTAAAGTATTTTCTTTTCGACAATTATATACAATTTA TACCAATGGAAGTTGCTGTTTTTATAGATAATGCTGGACATACTTAAGAAAACCAATGTA CATGGAGAGGTAACAAAAACCAATGCACATAGAAGAACTTGATGCCAGAATATAGGCAGT GCATATATAGCTTGAGTCCAATTACCACAGGTAAGCGTAATCCAGGAAGACCACCAGGTG GAAACGACAAATCATTGCTTAAACATTCAGAAGATCCATCTGTGTAGCACCCATTTGCAA GATACTGTTTTTGACTGGAAGAAACGCTTGAACTGGGCATGCTACCTTTTGCAACACCTC TGGAAGGGTCGATATTCAGATCAGATATCTTCTTAACTTTCTTCTCTTGGACCTGAAAAA TCCAGGAAAAATAATCAGGAAGCAAATCAGCATGTTGATAGGCAGCCTCAAATATAGATA GTCACGCGTCTCAACTAATATGCAGTCCACAGGAATGGAAGGTAGGTTTTGTCCATAGCT GATGTACAACTAAAAAGAAACAATACACCCTACAAAAGACAATTTCTCCAAGGCATTAAA CCAAATATTCTTTTTCCCAGGCATCCCACTACACTACTTTCTCTGCCGCTTCCTAATACA AGTTTCTAAAACAATCATGAATTTGAAGATGAAGACATGTCAGACTACACACTTGAAATT GCTTTAGTTTCACTCTCCCATGCAACAGTACTGAGGGAGAGGCAAATAAGGAATACGAGA TATTTTCATTTTACTTGATAGGGGTAATCAAACACCTATGTTACATTTAATACCACTGAG GAATGAGGATTGTGGAGTAGTAAATCGAACCAGATACCTTACCTTCCAGAACTTAATAGT TTTGTCATTAGTAGACAAAAGGAAGAGGGCACCATTAGCCATTTGGCACCACCGGATCTT ATTGATCTTCTCCTCAATCTCCAAACTCTTCAAATAATCAAACTGAATGATGCAGAAGAG GAAATTAGAGTTCTACTTGAATCGGCAAAACGAGGAAATAAGAGCAGATAAAGAGTGAAA ATTCGCAGTAAAAAAGTGGTAATCTACATGCACCCAAGGGTGTGGCACAGTGATCAATGA AGAGTGTTAAGAACCATGAGGTCTAAGGTTCAAATTTCAGCATTCACAAAAATGCTAGGT GATTTCTTCACCTTTCTCTAAGCCTTGACAGAGTTACTCGGTTGCATGTGCTGGAGAGCG GTAGAAAGTATTACCGTTGAATAAGTCAAGATGTGTGCAAGCAGGTCTGGACACCACAAT TATTAAAAAGAAGGGCAGTAATCCACAATTGATACAGGAAATTGGTGGCTGAAAATATCA ATCTCTTTCTAGGACACAGGAACAATAAGGTAAAATTTTCCTTTAGCTCTTTAAAATATT GTTACCAGACAAGTATACAATGCAAGCGTTCCTAAGAGAAAAATCTAGCAGGAAAGAAGG TTAGGAACAGAGATGAGTCACCTACCTCAGGCTCATGGCTTTGAAACTCTGTTTTGTAAC GGAATTCGGGATGCCGAGCGACTGGATAATCCATTCTCTCTAATTCTCTTTGGCTTCCAG CATGCTAAAAAAAAAAATAAGTGCAAGGAAAAGACCTGGTCAATCAAAAGAACCTCCAAA TCTGAATAAACTACAAGGTTGAAGAAACAACCTCCTTCGCATCGGTCCTTTCAAATAACA CCACCCTACCCCCTCGATCCCCGGTGGCAAGATGGTCGCCAGTTCTATCAAACTCAATAG CTGAAATGACATCAACTGCAAAAACAGAGACAGAAAACAAATCATGAGACTCAAAAGAAG TGTCAAAATTCTCTAAACAGTTCTACCATAGTAAATATTTTCCCACTATCTGAGAAAGTT ATGCAATTGCAGAAAGAATCAGCATCATTATTACATGTCATCAAATCCATTATGTAATAT TTGATCCGACAGTTTTGTTGTTTTCAAGGAAAGGTTCATCTACACGTAAAAATCTGACAG TAAACTATCAGCAACTATCTTCAGGTAACATGAACTGCCCAAAACTACTAGTCAAACTAT GATATACTCCAAAGAACAAGCTGGTATTATTAAGAGGAATCCATGCACAGTATTGAGAGG CATCTCTCTGTCTCTTTCTGTTCACGTGAAAATTGTCATATCAGTATAAATATCCTAAAC TGTAAAATCCTATATTAAATGAACTCAAACTAATGAAAAAAAATAACCGCAACACAGTGT TATTGGCAGCAGATTCACTAAATGAACTCACTGAAATACCATGCAAAGAAAGCTCTGGAA TGACGAGCTTATCCTTATAAAGAAATGACGAACATTGCATGAATCTATTAACACAACTAT AGAAGTAGGAAGTGTCATTAAATGACATTACTTTGCCGCTTAAAGCGCTAAAACTAAGAA AAGATAGGGGTTTATCGTTTCATGAGTTAAGCCACACACTTTAGAGGAATGAGCACTCTC ACTTTAGAGGAATGAGCACTTCAACAGCATGAAGAAAGTGACTTAATGAGAATCAGTTGA TTATTCTGTTTCAATTTTGAGGCTTTAGACTAATATACTTGAATTCTCGATATAGTTGTC GACATAATGATCACCCTAAGATGATCATCTTGTGGCTATTGGAGAGCAAATTAAAAATCA TTTGGTTATATTCTCAATCTTTCCGACTTGCTCCTACAAAACCAAAGTCGGATAGATTGA AAAAATTGTGAATAGATTGATGAAGGGTCCCTTGAAAGACAAGGATTAGTAATTCTTTTT TAGAAATCCAACAGATTTGGTCTTATACAAACGCTAGGAAGGTAATCAAACAAGAAAGAG AATGAATTCTTTATGTTATCACTTAGGAGTTGTGTGAGATAGAAGTCTCATGCACGGTTT TGAACGGAAGGAGGAGGCTAGATTACCCGAAAGATGGTTATTGGTTCAAGATCGTAAGGT GTCTCTCATACAATGCATTTCAAACGTATGATCATTACGCTTCAACATTAAGATAAGTGC AACATTGTTATGAATTGTCCAAAGCCTACAGTTTCTTTTATAGGTCACTATACAAGCCAT GCTAAATGAACTCACTAAAATTCCATGCAAAGAAAGCTCTGAAATGACGTGTTTATCCTT GTTAAGAAATGATGAGCATTTGCATGAATTTATTAACCCAACTATAATAAGTGTTATTAA ATGTCATCACTTTGACGCTTGAACCAATGAAACAATGCAAAGCGAGTGGATCATTAGTGA AGCCACACGCATTAGAGAAGTGTGTACTTCAAATAATGCGCCCAAAGTGATTTTACGAGA ACCGGTTCATTATTCGAGTCTCAACTTTGATGAGTTAGATTAATATACTTGAATTCTCGA TGTAGATGCTATAGAATTGGTTTGCACCTCTGGAAACTACGAGTCTAACAAAGAGCATTC GCTGACATAATGATCACCCTAAGAGATCAACTCAAGGATTTTTTTGACTTACTCATATGA AATCAAGGTCGAAAAGAGTGAACATGTCAATGACGAATAAAGGATTCCTCAAAAGAATAA GGGTTAAGGGTTAGTAGTCCTTTTTAGAAATAAAATAGATTCGATCTTATACGATATGCT AGGAAGGTAATCAAAGAAGAAAGAAAATTTTTCTTATCACTAAGGAGTCGTATGAGATGA AAGTCTCATTCACAAGTTCAAAATGAAGGATGAGGCTAAATTGGCCAAAAGATGGTCATC GGTTCAAGAACGTAACATGTCCCTTCATACAATGCATTTCAAATGTATGATCATTATGCT TCAACATCAAGATAAGCGCAACTTTGTTAGTTACTTATATTTTTTATAGGTAACTAACAA GGCCTAAACTAAATGAACTCACTCAAATACCATGCAAAGAAAGCTCTGAAATAACAAGCT TATCCTTATAAAGAAATGATGAACATTTAATTTTAAAAAAAATGATGAACTTTGCATGTA CTTATTTACACAACTATTGAAGAAGGAAGTGTTATTAAATGTCATCACTTTACAACTTAA AGCGACAAAACAATGCAAAGCGAGGGGGTCATCACTTCATGGGTGAAGCCACATGCTTTA GAAAAGTGTACGCTTTAGAGAAGTGTGCGCAAAGTGATATGTTGAGGATCGGTTGCCTAT TCAAATCTCAACTTTAAGAAGTTTAGATTAATATCAATATATAGAATGCTTAAAAAGAAT TTGTTAATTAGAATATAATTATTATAGTACGAAAATCATATTTTTGTAACTTTTATATTT TTGCAACTTGTGGGCTTCAGTTCAAACAAGGGATAAAATCAAAATCTCAATAATGTTCGA GCCAGACACAAATTACAAAAGAAAGAGATCAGTCACTTTAAACACATAATAAAATCTCAG TGTGCTTTTTTAAAGAGGATTATTGTTGATGGAATGCAATTCTTCTCTATTCAAACAAGG CATAACTGCCAAGAAACATTGTGAATTTGGTACTGCCATGGATTTCCACGGAGCCTTGCA ACATAAAAGAAGGAGCATCCAATATTCTAGAGAAGACCGCCATGATCAAGCAAACTAGCT CCATGAAGAAGGAGTTCTGCAACTAAAAGTGTTGTTTTTAGGCATTCTTCAGCAGTTTTT AATGATCAACACTATATCAGTCAGTGTGTCTTCTCTTCCACTGAGTAAATATATATTCTT GTATTCAAAGTATTTCCTAACTTTAGTTGGTGTGTCAAATCCCATTCACTTTAATTTGTT AAATTAATATCTTGGCTACACCATTTATGAGTCAACAACCCTGCCCATACGTTTGAAGAT CTTTGGATTCCTATCACAAATTTCTAACATTTATTCTACAGACATATCAATTTTGGGCAG ACTGCTGTCTACTACAAATTTCAAGAATGAAAACAAAGGGATAGAAAATGAAAGTCGCCA AATATTTCCAATATTACAACACTCGTATATAACAAATAATTACTCCAAATGCTTAATGAA CCTCAAATTTGTTTATTTGATCTTCTTGTAGAAGTTCTTGGAGCATATTCTACCTGCTCA TATATAAAGGGACTTCTCTATTGATAAGGCTACAAGCAATTAAGCCATATATACTCCAAA TTAGTACGAGCTCTCACTAATTCATGGATTCATCATAATAAGATATCAAGAAGATCAAAA TTTTATCAAGTTCCACAGAATTGTATAGCTAGAAAGTACAATAATCAAGCTAACAGGAAA ACCATTTAAGAAGAAGTATGACCACAAGATACAACTAAGCCTATGCTAGTACCAGAAGAC TGATTGGTCATTGGTAGCTTCTTCTCTTTGGTTCTCCTCTGATGAAGCAAGAAGCAATTC TACCTTTTACTGAGTCTTGGCATAACCTAGATCATTTTCACTATGATAATAACAAATCAA CGAGGCTCCCTTTTGATCAGTCAATCTTCACAGATGAGTAGATTTTCCTAACAAACCAGA AGGAAGCATAGAATCCGATGGTTCCTGTTACTACAAAGAAGGCGTATGATGCAATCAACA TATAGCCGAAATACAGGATTCCTGAAACCAACTTTGTGATTTCCAACTTGGTGAAGAAGT AGAAGACGGAGTAGAGAAACAGGTATAAAGCAGAGGATCCAGCAGTCAGATATGCTCTCC ACCACCAATGATAGTCTTCGCTGCACAACTGGAAGTAACAGAGCACAACGGATATCTCCG CACATGTGATTATCAAGATCAGGAAAACGATGAAAAGGAAGCCAAAGATGTAGTAGTACT GGTTCAGCCATATAGAGGTCAGGATGAAGAAGAGTTCAATGAAAACAGCTCCAAATGGGA GAATACCCCCAATAAGTACAGAAAAAGACGGTGTCATGTACCAAGCCTGCTCTGGTATTT GCCTAGGTATTTTGTTTGTCTTAACAGGGTCCTCAATGGCTGGCTTTTTATATCCAAGGT AGCTTCCAACAAACACCAAGGGGACCGAGATTCCAAACCATAAGCACACAAGAGCAAACA TGGTTCCAAATGGCACTGCTCCAGAAGATCGCTCTTCCCAGATGAGAGCATTCAATATGA AGAAGATAGCAAAAAGTATACCAGGGAACATGAAAGCAGTTTTCAAGGTAATCCTTTTCC ATTCTGTTCCCTTGAACATCTTGTATAGACGTGCAGAAGTATACCCAGCCAACAAACCCA TGAAAACCCATAACAGAACCATGGCAGTCATTAGTCCACCGCGGTTGGAAGGTGACAAGA AACCTAGCAGAGCAAAGATCATTGTGACTAGTGTCATTGCAAGTATTTGTACACCAGTTC CAACATAAACACAAAGTAATCCAGAATTGATTGGAGGACGGAAGACATCTCCATGAACAA GCTTCCATCCTGTTTCTTCTTGAGCTTCATCTTGTGTTTCCAATTGGTTATAGTTCGCAA TATCTCTGTACAAAGTTCTCATCATAATCATGGCAACCATACCAGATAGGAAGAGAACGA TCATAAGAGAATTTATGATGGAAAACCAATGAATCTGATCATCATTCATGAGAAGGTATG TATCCCAACGAGAAGCCCACTTCACATCGCTTTCCTGGAGACAAATAGATCATAGTGAGT AATATACCAAAATAGTTGACGAATAGCTTTAAGTCAATAGCAGGAAGTATAAGGATTCAA TACCTTGAAAGCAACATCATATGTGAATATAACCTCCTTATCTGTATCTACTTCCTGGGG AGCAGCACTACCTAGTATCAATTTTTTTGTATTCTCATTGCACGTCGATACTTGAGGGTT CTTGTCATTCCATTCCTTGTATTCGTGATTAATGCTGTTGAAAAAATTATCAGAAGAGAA CAGATAGCCTAAATCTACTGTTCCCCACCCCTTGGGATGAGAAGAATTGAAACAAAAACA CAAGCTATAGGCGTAAAGCATCTAAACCTGTTTGGAATGACTTCAAACCCAACAATACGA GCAGTATCAGTTTCAGGATCCTTGTGGTACTTAACTAGAAAGCTTAAGTGGTTGTTTATA AAATATCTCTCCTCTTTGCTCTGGCAGAAGCAAGTAAAATGTAAAAACATTTATATTATT CTAAGAGGATTAAGATATCAGTATCTGACAAGTCAGAAACAGCACTAACCCCAGCATAAT TCCCCTTGAACCCAACACGGAAACCATGTTCATATGTAGTTGACTGACTTCCATCCTGCC TTTGCCTAGGAACAGCAACAGGAAGATTATCCAATATCCTGCAACACCATGTAATTGAAA TTGAATTTTCATTTTCATTCAAAAACATGAGCAGAACTAACATGCGTTGCAGGAATGAAC AAAATATAAAGAGACCAATGCTGAAAAGACATTACTCTTACATATTAACTTTGTATTCAT CGTCAATCTTTTCCTTGAAATTTTTTGCAGATTCAGCATCAAGTTTTTGCCGACACAATA CTTGGCATGACTGATCTTGTCTCATAAGGAACTGTGGACGGATGAACAAATAGAAGATAC ACTCAGCTAGTGCAACATTACATATAACCATCAGACTACAAGAGCATATATCCTTACAGA ATAAACTGAATTCTCTATGCGGTCTCCTCGAAGAACCTCCCCCAGATTCTCCGCACTATT CAAAACTTTAGTAGGTTTGCAGAACTTCAAGTAGTAATAGTCATAGGGAAGTTGTGTCTT AGTAGATGACAGCTTGTTCACTTTAACATCAAGTGAATCACCCTGTTAGAGAAAAAGAGA GACATAGAAAAAGAAAACTTCGTTAGAGTCAATTACACCACAAGGATTCAGTGGGATGCA TGAAATAGCTAGGGAATACAATTTTTTTTATAAAGGTGAAGCAATCAAAAGCAACAGATA TAAGCATATATAGCACAACATAACACTCAAAACACAGATTTATTCAACTGTTCTCTTTCC TAACAGATTCTATCCAGCAACTATTCCATAGTTTTAAATGGAAAGATACAACTCAGGAAG TAACGACTAACGAGCCCATACTCCAAGAGATTTTGCTTAACCCAACAAATATCCGATAAC TTCAAGTAATACAGGCTAAATTGGAAAAACAACACGTGGAGTAATCTATTAAAGATCTTC ACGATTTCATTCTCTTTAATAAAAAGGCTTTCGAGCTTTGACGCATACTCCCACTATCCC AATTTGTTTGGTACTGTTACTATTCGGGCACTAACTAGTCATTTGATCCTCCTATTCCAA ACCCCACCATTCAATTAGGAACACAGACAAAATAATATAATTTGTCTACTAATTTTACCT CAGTTGACTAAGTTAGAATCAGTCCATCAACAAAGAGCGAAAAATGATCACACTCATCAA GCAAGTCAAACAATTTTACAGAAACTAAACAAAACAACAGATCAAACAGGTAACTGAAAC CCACTTCATAAAACCATAGATCCAATCATTAATCCGTCTGACAAAATCTGTAAATGGGGA AATCTCAGAAATTACTGAAGACCCAGAATTGAAATAACCTTAAATTACTAAAGAAACATT AACCATATTAGTATTTTGATCCAAATGATCCAATCAACCAACTAGAAAACAAAAAAATAA AGAGTAAATGATAGATGAAGTTTTGAGTGCACAGTTTGAAAATCGCGAGGAGCAACGCCG GGGAGATAGAAGGAGTTCGTCGACGAGATGCAGAAGACAATAGAGAAGCAGATGACGGTG AGCCGGCCGGATAATCCGTGACCCATCTTCAGTTTTTTCTGCTGGGAGCCAAAAGGTTGA AGAGTCGGTAGTTTGAGACAAAGTTCCATATATATACAACAAGCAAATGCTATTTCCCTT TGCCAACATTTGGTCCAAATTTGGAGAAACTATTTGAAAAAAAGATTTCGAATTAATTTT TTTTCTCTGTGAAATAAATTTTCATTTTATTTTATTTATTGCATTTAATGAATAAAAAAA TATAAATTTTACAAATTTTAAATGTTTATATTAGATAAAATTATGGCTAGCACCCTACTA AAGCGTATTTTTTTTAATATATAAACAAAATTATTTTCAAATAAATTAAATGGTCAAATT TTATGAAACAAACGTCTACGTCAAGCAATGATAATAAAGTAGTTCCAATATTTGATTTTT TGACGTTACAAGCATAAAATGTGCGGAAATGGAAAAGAAGAAAGAAAAGAGAAAATAATA TATCAGTTTGGGTAAAATTTATCAAATTTGTGTTTATATTAATCCAATACATACATGTTA TGTGTTTAAATTTATCGTTTATTTAATTTAATTTTAATTAATTAATATATTTTATTTTAT TACATCACATAATAATAAAAATTACATTAATTTGATATAAATACCAAATATGGATAAATT TTTCATAAAATTTGTTTATATCATTGTTAATAGTTTGATCTAAATTATGAGTGGTCCTAA TTATTTAATCATTACTACGTCAAGTAGTAAAAGAGTGGTCCTAATTAATTTTATCGTTAT TCATAAATTAAGTAAAACTAGACAAAAATATCACTCATTAATAATTTGATTTAAAAATAT CTCTATTACTAATAACTTAATACAAAAATGAAATATATTGTTACTTAATGATTCGAAAAC ACATATTTCCAAATAAATCTGTTATTCTTTTTTAAGGCACATTTTATTTCAAATAAAAAT TGTTTTTATTGAATTCAGTTTTGATATTTTTTTTGAAATATTACTTTAATTATAGTATAT TTAATTGGAAAAATATTGTGCTTAAAAAGAAAGTTTATATATTTATTTGAAAAAAAAAAA TGTTTCTGATCCACTAGGTAACAATAAGAATATTTTTAGACAAATTACATCTCGTAGAAA TATTTTTAGAACAGTTTTGTTCATTTCTACTCATTTTAGGAACATTTAATACTTATTCAT TATAGTAATTTTTAATTTAATTTAACTAATAATCCCATTTTATTTAGAACTATATTGCTT TTTACTTTTAATTGCAAAATTACAATACTTCTTACTTGACGACACAAGAACACAACATTG ATCGAGCTTTGAACTTTCTCAAATGGGTATTTCCCCTTTTTATCTCTCTAGTTTTTGCGG TTGCGGTTATATATTATATCACTAAAATTCACACTCTACTTCAATATCACTAATTTAATG ATCTTTTTTTAGTTCAGCCCCCTTAATTTCTATTTGTTCTATTCAATAATTTGTTCTATT CAATAATAATAGTTATCTACTATTGATATGCAACAAGAAATATATAATAAAAATAATATT ATTATATTACCTTTTAAATATATTAGATTTGATGGCTTGGGAACGTATGAACTAATACTG AAAAGTGCTTAGTAACAAGAATAGACTAGACCAAAAAAAATTATTTGTTGATTTTTTAAA TTGAATAATGTTATGAAACTATATGAAATTAGAAGAAGAAGAAGAAAGTACGGACAAGAG AAAATACTCTTATTTCTCTTGAAGTATATTCAGAATTCATTGATCTTTCACCATTCTTAT TTACAATGAAGGGAAATCCTTTATTTATAGGGAAAACCTTACTTGGTCCCCAAGTAGGAT TCCTAATCATATCCTACAAGGACTCCATATAATTAGACATTTACTATAATACAAATTGTA TATAACACTCCCCCTTGAATGTCGGTAGATTATGTGCCTCGTTAAAACCTTACTAGATAA AACCCAGTGGGAAAAAAATCTATGTTTTATTTAAAAATTACTATTAACTATTTTTTGGTT TAAAAATGAAAAAATATTGACTAGGTTTCGAAAAATCAATTAATCTTATTATTTAAGAAA AATCGATTTTTCGAATTACGGAGTCGCCACTTGATTTTGATAAAATCAAGAAAAATTTCA AAAGATTTAAAACAGATTAAAATCAATTGAAAAACAAAGGTTCGAAGTTCAATGTACATC CCGAGAAGGTATTAGGCCCTCGAGATGTCCGCTAACTTGCAGTTGACCGGCGATTTGACT AAATGACTATTAAAAATAAATTGTTAACTAAATAAAAAGAAATTCGTTTTAATATTTTTT ATTTCATTGTTATTATTTTTATTTATTTCTAAAGGGAGATATTTTGAGGGAATTAATTTA AGGAAAACTAAATTGTGATAAAAGTAAGTAAAACAAAAATAATAAAATTTAAATAATGAA AAATGGCTACCCCTTTAGGAGATTTTTTAAAATTCTACCAAGATATTAAATAATTCAAAC AAATAAATAATAGAGAAAGAAATATTTGAACTTGGGCTTGATTGCCCAAATTCTTTCATT TGGGCTTTGGCCCACTTGTCATAAACTAATCCTTATACTTGGGCCTTCTTTAAAACCTGC AGAAACAAATGGCCTTTGGGCCTGTTAATAAGGGGGGGGGGGGGCTGAAGGGCCCTGGCC CAATCCTGAAAAAGAATCACAAAGTATACACAAGTGTATACATGCTGTATACAGCACATA TTTGACCCATTTGGACCTCTCAAGCCCTGCACCTATTTGAATATATATTTTCCGTTACCT TTCCCTGTATTGCCCTGCGTATTTGTACCTGTACAATTTTTAAAACTTACTTAACAAGTG TATATCGTCGCCCGATAATGTATACTAATGTATACAGGCTGCACCCTACGTCCGCATTGT TTGCCTAATTCCGAATTTTAATTAGAATAGGCGTCCCTCTACGTTAACCTGCAATTCACA TTTTTTACACATATTTATATTATATCGTGTCTGTATATCAGTGTATACAGGCTGTATATC AGCCTGATTTTCAACTTTCGAAAGTTGAAACTCCTTTTCCGAAGCGTATCCTCACTGCCA CAAACCCAGATTTCGAGTTCGTATTTCCTGTGCATTTTCGACATGTATACCAGTGTATAT CAGATGTATATAGCTGGTTTACAGCTTCAAAAAAAAACATGCAGTCGAATTCTGCAAACT GCTACTTCCAGCAGCTCTCCAATGTCGGATTTCGACCTGTAAATGGGTCTTAAGACCTCC TAGACTTGAGATTGGCCGACTCAAAGATCTTTTAACTCGGAGGAATGCGGGAGTGGAGTC CGAAACGGACTCGAATCGATGTCACATGTAATGAAAAAAAAACAAAAGAAAAGGATTAAC AACAACCTTAAATATTATCATTAAAACAAGATCCTCAACAAAGCAAGCATTAGGCAAGAA CGAGTTCTTTAGACTTTCAGACATACATAAGTATGAAACCTTCGGCAAATTCGAAGATAG CAATAGACAACAACACATAAACTATTGTAACTAAAGTATGCTTTGAAACAAAGGGAAGTC ATGCTTTCATTAAGATGTAGAAGTCAAAAGAAGAAGAGTTGTATGAACAAACAAAACAGA CGATCAAACTCCGGCAAACATACACGTTATGATCATTCCCAACTATGGCAAACAAATCCC AAAGACGTACGACAGAAACTCTCTACCCCAAGCCATCACATTTGAACCCAAGAAGAGAAA GAGATTATATGGAAGGGTGTTTACCTGTTGGCGAGCAGCGACACCGAGACAAGCGAGCAA AACACGAACGAGCTTCCACCCTCAGACGAGACAACGAATGACGAGAGCAGAATCGAGACC TTCGACCCTTTTGAAGTCTTTTTCTCGATAAGTTCACACGTAAATGTCTAAGGTTCCTAT CTTCCTGAAAATCTCCAACAAAATTTCCCACCTAGAATGCTAACAAAAGTTTCAACCAAA GATTCAACCTTAACTTTCGACCAAATTTTCGAAAAAAAAAATGTCTCCCAAGTTCTGCTT TTCCGAATTTTTCGATGAAAATTTCTGACCCCCTTTCTGATGAAGAAAAGGGGTATTTAT AGAGGAGAAGAATTAGCCCCTTCTTGAATTCAAAAAAAAATTCAAATTCACTTTGAGTCA AACCTCACATGGCCATCGCGTGCCGGCGAGGATGACTGCGACGTTTCGCAGACCTGCTTG ACAGGGTATGGGTCTCTATCGTTGCGTCTTGCTCACGCGAAAAGGAGGAAGGGAGAAGAA CGTGGGGTTGTTGGCGCGATTTCTGGGGAGTTTGGTCTGTTTTTTCTGGGTTTCGGTCGA GAGGGGAAGGAGAGAGCGAGCGTGGGGGAGACGCGGGAGAGAGGGAAGGAGAGGAGAGAG GACGTGAGGGAGATGCGAGCTTCGCGTCTATTTCCGGGAATTTTCGCTGGGTTTCTGTTT TTTTTTTCGCGTCTGCACCTGTTTCTGGAAAAGGGGCGTGAGGAAGGGGGAAGAGGGAAG GGGAGCTGGGTCGGAGCGGGTCAGGAGATTTGGGGCTGGGTCGGGTAGGAAATTAGGGGG TTTGGGTTGGGTTAAAATTAAAGGGAGATGGGCCTGAGGAGTGGAGTGGGCTGAGAATTA GGAATACTTAAGATACACACATATACATATACATATATGTATATACATATATGTATATAT ATACATATATATATTTTCGCAAGATTTATAAGACTAATTAACTTTAAATAATTTGAAAAA CTCACGAAGCTCGATAATTAATTTGTACCGACGTGGGTCAAAAATTGGGTGTCAACAATC TAGTGAAGGAAAAAGAGTACACACATCTAACAATACGCATTACGGATGCCTCATTAAAAA CCTTACAAGGAAAACCCAGTGGGACAAAACCTTGTGAGGGAAAAAAGAGTACATCGCATA TTAACTCCCTCTAATGACAACATCTATTCAGAGACTAGAATCTTCGTTTTCCAAGCTTGT GCACCATCCTTTTGAAAGTTGTAGTTGGTAGAGACTTGGTGAATAAATCAACAATAATAT TACTTGAACAGACCTCTTGCATGTTGATATCACCATTCTTGGGAGCTTATGAGTGTAGAA AAACCTTGACGAAATATGTTTTCTTCTATCTGCTTTTATAAATCTTCCCTTCAAGGTCAA AGATTTCTTCAAGTTCCTTACTTCAACTTCTTTAAGCAAATAATATATTGCCAAGAGGTT CAATTCTAGTTATCAATTTGCATAACAATATTTGTATATGCTTCATGCATTTTGAATCGA TTTAATCCTTATGAGGATGATAAACAAGTTTTCCAAAAACTTGTATATGCTTTAGATTTT GAACCCATTGATATTTAATTTTGTCAAGTAACAACATTCAATATTAGATGTATGACATCT TCTAGTGCCTAGATTGCAAGTCAAATAAGCTTTACGCTTACCAAGATGCATCATTCCACT TTTCACTTGATAATTATTTCTACACAAGCATGCTTTAATAGATGTAGAATTCATATCCTT ATAATCTTTTACAATATTGCGCGCTATTATATCAAAGATATACCATTTTGTATCGATTCA CAATACGACAAAACTTATTGAGATCTCATCACTTCATTATTTTTAGGTAGCTACCCCTCT CACGAGGTTTCATAAAGTGTTATGTCGTAGGCTCTCCAAGAGCACATTATCTCCTTATTA TGATCATTTTGATTCTTTGATCCTCCCCCTTTTTTCAAGGATTATTTTATTTAGAATTGA TTAGTCTATCATGCTTCATTCATGTCATAGACTTTATCCCTTAAGGGATATTCAATAGGA GTATTTACAACTTTTGTGTTGCTTCTAATCTCCCCCTTATGTTAGACAACCTAACATATA TTTCAATCTTTTGGAGAATCTATTTTTGTGCGTCATAGTATATTCATTAATCATATATTG CACATCAAAATTATCAGATGAAAACTATTTGGTCCCTGACCATAAACCAATTAACAGAAA AATTGATCATAACTCATTGGTTTGATTCATACAATTATTTTTGTATGTAATATCATATTT CAGATCAACACATGAAACTTTATTTTCATAAGCAATGATTCACTATGTGAGACATTCACA TCATCTTATATATTTATCAATATTATCAAGATGAATTATCTTGATTTCATATTCTGAAAG TTGTGCTTTTAGCTCAATTATCTTGCACAAACAATTTTGCGAATGTCAAACTGCAAGTTG ACAACAAACGCACATGTGATTGTATTATTGATGCATCTTTTTATCATATCACATGATAGG TGAACGGGCCCATATTCACCTTTTATATTTTTCAGAATTTAGGGATTTAGTCCCAACTTT AGTTCATCCAATCAACTTTATCACGAGAACAAGCAACGTAAAGAATTCTTAAAGAATCTT CTAATTTTTCAATGTATGTCCATTACTCAGTATGCACATCTTTGGGATGACCAAATTATT CATGCCAACTAATAAAATTATTAGTACTCGTAAACTCCATGTTTACTACGTCATGTGCCT TTTACTTTAGTAAATTTCTGATTTACTATTATATGAGTAAATTTTAATTTTATCAATCCA AGAGTAATTTTCAAATTTATTTCTTCTCAATTACTTCACCCTTTAGGTGAGTCATGATCC CATCATTGAATGAACTAATCTGAAGAAAATTGTGCATGTAACATATTATTTATGCCAACA TTTTTGCACTCATGCCTAGTATGGTCTTACACCTTATTCCCTTTAAAGAATGAATTTATA TTTTTACCATTTATCAAAATTTCTCATTCTTCATGAATGAAACACAAATATGTGAGCCTA TCAAATAATGATAGCTTTAGTACCTCATTCAATATCTATGTGCATTATTCAATCACTTGT CTTCTTTCAGACATATTATGCACTACAACCATATTGACTTTACGTAATGAAGCAAATTCA GTAAATTTCATGACTTTTCATCAAAACACATTAGTTTTTCTTTAGTCATTATTATATCAT CAATATGGTGCATTGAGACTCACATTCAATGTCTTATCCATATAAAAGTGTTTTAGGTCA TAAATTGATGGATCTTGAACCCAATATCGTATCATCATGGTGCATCAGGACTTTAACCCA ATGTCTTACCCTCTTTTTGCGATTGGACATAAATTCATCGTCTTATTCTTTTGGTGCGAT AAAACTTAAATCTATCGTCTTACCCATAATGAGGCTCAACCTCAAACCTTCAAAATAATT ATAATTTTATCACTTTTGATGATCATCAATATGATCATACATTATAATTACACACAAAAT TGAAATTATTGATTTATTATAATCAACATTAGTAGTTAATAAATATAGCTTAATAGATCA CATACCTCATATAAAGGTGGAAAACATACCTTTCACTTAATTGTGCTTATTCAATTATTA AAATAAATTAAGGAATTCTCTTTCCAATCGATTAAAATTAAACGTATAAAAAGTCAACAA ATCTCTTTAAATACTTACTTTAGATGGTACCTCCAGATCCGTCACACAAATAATTATAAC ATAAAGATAAATCATACCTTAAAGATATAAGAATCTTATTGCATAACTTATGCACTTTTT TTCGTCTTCTTCATAATTCTTTAAGAATGGAACAATTGTGCTGATAACGTGTTATGAAAC TATATGAAATTAGAAGAAGAAGAAAGTACGGAGAAGAGAAAAGACTCTTATTTCTCTTGA AGTATATTAAGGATTCATTGATCTTTCACCATTCTTATTTACAATGAAGGGAAACCTTTA TTTATAGGGAAAACCTTACTTGGTCCCCAAGTAGGATTCCTAACCATATCCTACAAGGAC TCCACATAATTAGACATTCACTATAATACAAATTGTATATAACAAATAAGTATTATTTAT AATTATTTTTAACACAGTGAACAAGTAAAGATGAACAGAGGGACTAGTTTTTTTTTGTTG CTCCTATGATTATAAACCAAATGTTATTCTTGGCTAATATTGTTTCTCTCTGGCCATTGG GTTTCATTTGTAAAGGTTAAAGATTTTTCCTTTCAACTTGATGTCTTGTCCTAGTCTGGA TATGTTCTCTTTAGTTGTTTTTTTGTATTACTGTTATAGTGTATCTTGCTTAAGACATGA TCATAAATATAAATACTTTTTATGGGTTCGTTTATTTTGAAGATAAGTTATGTTAAAATT AGTTATAATGGTGTCTTCGCTAATGCATATTGAAGTTATGCATATTGGGGATCAAAGCAA GTGTTTAAGTGAAACGGTGCAAGTGGTGTAATAGTTTGGTTTTAAGAATGGAAGTTCGTG GAAAGTGAAGATTCGCATTCACTTCAACTATGCTTGTTACTTTGTTTTGAACCATTCTCC AAACTGTTCTAGCTTACTAATATGTCCAGTTTTTGATGTGCACAGTTGGTCTGACAACCA TGTTAACTTTCGGTTTGAAATATATCTTCAGAAATTCTTTTGAATTTGAATATCTGTGGT TTTCTTCTATGCTGTATCTTTATGATTTTGTGGTTTTCTTTCTCATCAACCATCCTTTTA ACTAGTTGTTTAAAGGGCCTTGTAATTTTTCTGCTTCTAATTGGCCCAATAAGTAGTTGT GTGGCATCCATATAGCTATTGACATTGGGCCGAGGCTGGTTCACAACAGTACGACATGTA TACTAGGGGGGGGGGGGAACTTGAGGTTAATGACATCGCCTTTAAAGTAGATTTTCTTTT TCTCCCTTCTTGTATCCCCTTCTACAGCTTCCTCGTTATATATCGTTCACCCCCCTTATC TGGTTTTGCTATCAATTTTGTATTATGTGATGCCTAATATCCTATGTGTCTGAAGGAATA GCAATAAATGTATTTTTACTGATACATGACAAAATCTCAACATTAAGGTGATGCTTGTGA AATGCTGAACCTGATTTTCTTTTTGCAACAAAGCTACTGTCATGTTCTGATGACCTTGAG ACCTTTACCCCCTGTACATGTTAAGTTTCTGCATGAGCATTACATTAACTTAGCAAGAAA AACCAAACAGGAGACGACATAATTTTAGTTTCTTCTCATCAGGAGTGTTATTTTCCGTTG CTATGTTATTGTATTTTTGCCTTTGGTTCAGGCAACAAGATAAATTATCAGTATATGAAA GAAAATTACAGACTGATGACAGTAGTACTATTTAGGCTTTTCTGATTTCTTATGTGAAAA TGAAGAGGGGACTAGTGAATGTGTTGAGCAGCATGTGAATTTGTTATAAGTAACTATCAA TAGGTATAACAAATTAGTCTATTTTTGTGTTACTATCCCTTCTCTATTTTGTTCAGCTTT TATTCTTCTGTTACATTGTCATTTTACCTTTTACTTTCTTATTGTATAATGTACTTTACC AACCAAAAGAAAAAGAATTCTTATTGTGGAATGTACATAACTCATTGGATGGATACTATT ACATTTCATGTGGTCTAGAATTGGCAATTCCCAACTTTCCAGCCCAAGATATTGCTTCAT TTATTGCAAAAGATTGCAACTGTCTTTTTCTCTAAAAAAAAAAAAAAGAAAAAACAGAAC ACAAAAAGGTCAATTTGATTTCCAGATGGTTAGCTGGCTTAGCTTGAATATAAAACTGCG TATATTTTTTGATAAACATTAGTCTCCAAGTTGGTTTGGGTGCCTTTCGATTTCTTGAAG TATATATATATATATGAAGTAATTCTATTCATCAAGATTTGAATAAATTAATTTTTTTTA TTCAATTCAATAACACACCATTTAAACTTATATAACTAGCTTTTGAATTTGAACCTTGTT GGGATTTAGCAAGTGTGAATGGAAAAAGAAAAGAGAGAATATGAAAACTGGGGAAATTAT TTTGGAGGGAAAATGAAAAGTCATTTGCAAAGTGTCATTTCTCTCATATCGGCAAAAGAA AGGAAACTGTTGTCCTTCTAGAAGTAAACACTTCCATTACTTCTTAAAGAAGATGCCCCC CGGGCCTTGACTTCGAATTCAGATTCGGATTTGGCAAATGATGTGATTGATTGTTTTTTG GACAAAATTTATTTAATTAGTTTTTGTTAAATCAAATAAATCCTATTAAAATTATCTCTT ATAAATTTGCAGGTAACGGTAACATTCCGAAAAGTTGTTACTCTTTTCGAAAAGTCGTTA CTTTCCAAAAAAGAGTCGTTATTTTCCTAACAGACACAATTTTCTGAAAAGTTGTTATTT TTTCCAAAAGACACAACTTTCTGGATAAAATGGGTCTCAACAGATTTCACTGAACAGACA TGTTCCTTGCTGAAAATGGCTATAAAAGGAAGTCAATTTTTGATTTTTTGAAAACACTGA AAAATTTTCTTCTCTGCATTTATTTTTTTTTCAAATAAAATCAAAGTGCCGATCGACTGA GTCTGTGTGACTTGTTGCTGTTCTTAAGTTCGTTGAAGTTAAAGACGTTTGAGGTACCGC TATTTCTTTAACAGGTTTAATCCGTTTTATCTTGAGAGAAATTAATCCATAACCTTGGGT ACAGTGAGGGGATTAAATTTCTTAAGGACACACAATAATTTCTATAAACTCAAATTAATT CTTGTATTTTATGTATTTTTTGCTTCATCTTATTTCTGTTTATGTTCATTGGTTAACATT ATAAATACAGATTACTAAATTATTAACCAACCTGAAACCTCACCGTTCTAAACCCGATTA ATCTACCTAATAGTATTGTATCTTTCTATATATAATATATGAGAGGTGGCAAAGGTTTAA TATATTCACATGGAAGAAAAGAAAAAACAATGAATGTTGCAAGTTATAAGTTGGAGCTCC CACCTCCCAACTGCGGCGTATTTACTGCACACATGCACTTTTCCATTTACTTTGTGTTTT TAAATATTTTTTTTTATTTGATCAGTTATTTTCTTGTTCATTGTATGCCAATAATAATAC CAAGAAATATTCTTTGTAATTATTGTATACATCTATATATGTTATGTTTTCTGACTAGTA ACAAACGAATTACTTATTCCTTATTATTTATTCATTTTTAAATGGACACTTAATTAATTG ACTTATTAAGTTTATTATTTTACTCTTATTGATTATAAAGTGGATGAGATTTAGAATTTA ATATTTTTTTAAAATAATTAATTAAAATTATAATAGATAAAAAAATTATTTTTTCTTAAT TTATCAAAATAAACAAATAATTAGAAGTAACTATTAAACAATTGGACAAATAATTATAAA CCGAGAGAGTATTCCATTGATTTCCAACTTTCAAGTGGAAGTTAAAAGGAGGATTAATGT CCTAACTAAACTTGTGAACATAAAAAAAAAAAAACATAATCTGCTATGGGCATGTGCACA TGCATGACATGTTCCAACTGAATGAATAAATGTTATGATATTCAAAGTTGTAATTTCTTG GATTTACTTACCAAGATCAAAGTTGAAATGGTATAACTAACTAGCTTGATTAGGATAAAT TAAAAATATGACTATATCAAAAATAATTATTAGTTATGGTTAGTATTTTTTTATATGTTT TAAAAAATCTAATGATATTTAATTAATATTAATAAAAATTTTAACATTTTTTATTAATAT CAATATTTATTATCGTTAAAAATTATTTTTTATTGTAGTGTATATACCAATTACCATCAT TTCTATTTGATGGATGTAATGTAATTTATGTTTTCACTCCTACGTTTTTTTTACTACTCT TATTAATTACATATTTTGGAGATCTAGGTTTGGCTAGTACGTTTTTTTGTGTGGTTACTT ACTGATAAAGAGTATCAAAAGAAAATAATACATCTGAAATTTAATGTTAAAACTAGTAAT ATTAATAGTTTGAGAAAATTTCAGCAAACAACTATAGTTTTACCGACATTTTTTGGACTC TTGTCTATAGTTTGTGTACTTCATTTGTCTCATGCGGCAACGTGTCGTGAATAGCGTTTA AGCAACGACGAAACGTAAATGAACCACACTTTCCTATTAAGCTGAAAACAACGCTTTGGA GATGATGCAAATAACAAATTTATTTCAGTTATGTTTTCTATTTTAATTTATATGATATTT TTTATTATTAATTTTTTAGAATTAAAATATAAAAAGTTAAATTGATATATATATATATAT TTGTTATATTGATATGTAAAAAATTGTAATGTATTGATATTTTTCTTTTAATTTTCTGAA TATTAAATTTTTTTGTTTAAAATATCGAATTAAGGTAGTCTAATTTAACTTTAAAATTTA GTTAAATTGACTTTTAAAAAACGCAACATGACAAATAAAAGTGAGATGGAAAGTATAATT TAACTTGATATTAAATTTAAGAAGAAAAAAAAATTTGAAACTTGTAATCGATCTAAAAAA ATTATAGATGTTGAGTATTTTAAAGTTAAATTGTACTAAATATAAAAATATGTAATTGTT TTGGAATTAATTAAAAAGGGCGAATCATATAAATCGAGGTGCATAAAATATTATTTTCTT TGTCCCATAATAGTTATCCACAACTAATTTTGTACGCTTCTTAATAAACTATAAATAGAA GAGATAATTTTACTATATGAACGTTAATATAATCAACATAATGTTTTAAAAAATGTAACA AAAGAAATTACTATAATTAATAATAATAAAAAATTATGAACTAAATATAAAATTATTTAT TAATTTCACAAAATTAACAAATATTATTAAACATCTCAAAATAATATAATGAAAAACTAT TATTAGATAAAAAGAGTAAATTGTGAAGGTGCATCGTGGTTACATATAATAGAGTAATAT TCTATATGCAACAATAGCTCTTGACATATTCATTAAGAAACAATAAATAATAGGAACAAT ATTAAATTTAATGATGATAAATAACTCTCCCTTGGTTCCTTTCAATATATCATTTTATTC TATAAATAGTTGATCCATAATATTTATCATTTTATAAAATTATTGCATAAATTACCATAT TGTTCCTTTTTCTCTTGTTCTTGACCAATTTAGAAAAACTAAGTAAATGATTTATGTTCA TTGGTTAAATTAATTAATTAAAATAAATTAATTTATATACATTGATTGAAAATTTTAAAT TTCAATAAAATTAAATAATGGTAAAATAGTAAATTTGCTTAGTTTCTTAATGCACGTGAA ATTTAAAAAATAATGACATATAAATAAAAAACGAAGAGAGTATTTAATAGTATGAATAGT TAGATACAAAAATAAGTTATTTCTTAATATTTTAAATTAATTAAATTATTAAACAATTAT TATTAAAAAATAATACTAATATTATATGTGTGTCTTTATGAGTAGTGAGTTGTCCAAATT ACGTGCTTAGACAAAGATGATAGACAATTTTCATTATAGATTAATTGAATGGATAACCAA TATGCATTAATAAACGACCCCAACCGTAGGCATTTATTTCGTCTTAAATGAGTATTACTC TCCTTGTTTCAAATTATTTTTCATTTTAAAAGTTTAAAATAAGATAACTTTTTTTCATTT TATTCTTGGTAATAGTTATATTTTAAATTTACAAGCATTTCATTAAAATAAATATTTAAT AAAAAGAATTGTATTTCATAAAAAAAATTATGAATATATGCTTCTACATAAAAAAAAAAA ACATAATGGATAGAGACAGAAAAACTAATTCATGGAATAAAAGAGTGAACCTTCCTCTCT CCCTTGAGCTCTTTTGTGTTGGTAACAAATTAAAATTTTGGAGTAAGTGAAATGATGAGA AATTAGGCGAAAATTAAATTCTCACCAATAAAATAAAAGTTAAGTTTTAGGGTGTATATA AATTAAATCTTAACAATAATGACTCAATAATACTCACTATATCACTACTCTTTTTATTTC AAATAAGTGATATTTTAACATTTACATTTTATTTTAAAATAAGTCGTATTTGACCCAATT AAGAAAATATCAACACTATTCTTTAAATTTTATCCTTATTTAAATACTTTTTTTAACATA AATAAAAAGCTAAATTTATTTTAAGGTATTTAATAATAATAAATTAGTAAAAATGTATTT TTTACTTTATAGCAACAAGTAGTTGTTCTTAATTAAGAGTTGTATCGCATATTAAAATAT CATTTATTTTGAAATGAAAAAACTGTCTGCCACGTATAACATGATCTAATATTTGTAGCA ATTAATGGTATAGTTGCGGAATTCTATAAGCTGTAAGCGAATCAAGTGCTAGTGTTTATA TATATATATATATATGTGAATGTTGATAGTAGCACACAGAATATATAATTAGGCCAATTC AAAGAAAGGCACAGAGAGTTCAATGGCAGTGGTAATTGGTGCAGTTATGCCTGTAATTGT CAAGCTTTTGCTACTGCTTTTATGCCTCAATTTTAACTCTTCTCTCACTCAAGGTACTAA TTTTTGCTTTTCATCACTTGTCTTTATTTCTACTCATCAAAGAAAAAATAGTTTCTTGGT AGTCCAGTTGAAAACAGAAAAAAATAAAGAGAGGAGTTCTCTTCTTGTCAACTATTGTTC CTTGTTCTTTCGATGGGCTAAAAACATAAAAAAAATAATTATTCTATGTATCATACAACT GACACATGCCGTATGAGGTTTCTTTTTATTTCATAGATTTAAATCTTTTCATATTTATTC ACAATCTTTCGATCCATCAATTTGTGAAAGAAAAAAAAATAGAGAAAATACTTCTCTCTA AAATCCATCTAAGTTAATGAATTAAACTTAAATATAGCTTCAATTTTACCACATGATATA ACAAGTGGTCTCAAACCTTCCAAGAGCATAAAACTCTTAATCAAAGTCCAGATAAATGTA AAAAATATTTTTTAACTACGTGGTAAGATCAGAATTGTATTTATGTTTAGTTAGTTAAGA ATTAAAAAAAAATCAGACAACTTATTCAGTTACGTGAGAGACAACGTAAAATTTTTCGGA AAAAAAATAAAATTATCCCCTAATATGAGTTTTAGATTAAGTTTTCTAACAATGGGAGTT GTCTGTTTTTTTGTAAAACAGCAAGAAAATGGGAATCGTGGAAAGATAAATACCCATTCA TAAAGCCAGCAAGCTCATTTTCATCATCAAATGCTTGGAGCAGCGGTAGCAGCAAGGGTC ATAATTATGATTACATAATAGTGGGAGGAGGCACAGCTGGCTGTCCATTGGCAGCAACTT TGTCACAGAAATTCAATGTGTTGTTGCTGGAAAGAGGGGGAGTCCCATTTGCCAATGCAA ATGTCTCCTTAATGCAAAATTTTCACATCTCTTTGGCTGACACTTCTCCTCATTCTGCTT CCCAAATTTTTGCTTCAACTGATGGTGTCTTTAATGCAAGAGCTAGAGTCTTGGGTGGAG GCACTTGCATCAATGCTGGTTTCTATAGTCGCGCTAGCCAAAGGTTCGCAATTTGCACTT ACCTGACTCTTATACTAAAAATAAACTTTTACGTCTTTTTGCAATTCTCATTTCAATTGA ATCTAAAGTGCATCGTTTATCATGATATCAGAGTGTCAATTGTGAGATC GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_1 match_part 1.000 19 478 match_part 0.997 1372 1745 match_2 match_part 1.000 1189 1784 match_3 match_part 0.998 2776 3676 match_4 match_part 0.981 2930 3665 match_5 match_part 0.986 2948 3898 match_6 match_part 0.999 2952 3824 match_7 match_part 0.998 2952 3805 match_8 match_part 1.000 11081 11167 match_part 1.000 11248 11411 match_part 1.000 12032 12195 match_part 0.984 12831 13134 match_9 match_part 1.000 11085 11167 match_part 1.000 11248 11411 match_part 1.000 12032 12195 match_part 0.971 12831 13138 match_10 match_part 1.000 11085 11167 match_part 1.000 11248 11411 match_part 1.000 12032 12195 match_part 1.000 12831 13124 match_11 match_part 0.976 11085 11167 match_part 0.988 11248 11411 match_part 0.988 12032 12195 match_part 0.924 12831 13080 match_12 match_part 1.000 11086 11167 match_part 1.000 11248 11411 match_part 1.000 12032 12195 match_part 0.987 12831 12905 match_13 match_part 1.000 11105 11167 match_part 1.000 11248 11411 match_part 1.000 12032 12195 match_part 1.000 12831 12990 match_14 match_part 1.000 11111 11167 match_part 1.000 11248 11411 match_part 1.000 12032 12195 match_part 1.000 12536 12670 match_part 0.987 12831 13133 match_15 match_part 0.982 11111 11167 match_part 1.000 11248 11411 match_part 1.000 12032 12195 match_part 1.000 12536 12670 match_part 1.000 12831 13128 match_16 match_part 1.000 11112 11167 match_part 1.000 11248 11411 match_part 1.000 12032 12195 match_part 1.000 12536 12670 match_part 1.000 12831 12853 match_17 match_part 0.920 11118 11167 match_part 0.976 11248 11411 match_part 0.963 12032 12195 match_part 0.906 12831 13149 match_18 match_part 0.915 11121 11167 match_part 0.951 11248 11411 match_part 0.963 12032 12195 match_part 0.904 12831 13123 match_19 match_part 1.000 11122 11167 match_part 1.000 11248 11411 match_part 1.000 12032 12195 match_part 1.000 12831 13124 match_20 match_part 1.000 11135 11167 match_part 1.000 11248 11411 match_part 1.000 12032 12195 match_part 1.000 12831 13128 match_21 match_part 1.000 11135 11167 match_part 1.000 11248 11411 match_part 1.000 12032 12195 match_part 1.000 12831 13125 match_22 match_part 0.962 11142 11167 match_part 0.963 11248 11411 match_part 0.976 12032 12195 match_part 0.923 12831 13128 match_23 match_part 1.000 11143 11167 match_part 0.963 11248 11411 match_part 0.963 12032 12195 match_part 0.973 12831 12978 match_24 match_part 0.913 11145 11167 match_part 0.970 11248 11411 match_part 1.000 12032 12160 match_25 match_part 1.000 11147 11167 match_part 0.976 11248 11411 match_part 0.963 12032 12195 match_part 0.903 12831 13128 match_26 match_part 1.000 11147 11167 match_part 0.921 11248 11819 match_27 match_part 1.000 11147 11167 match_part 0.921 11248 11819 match_28 match_part 1.000 11151 11167 match_part 0.976 11248 11411 match_part 0.963 12032 12195 match_part 0.907 12831 13121 match_29 match_part 0.916 11257 11411 match_part 0.915 12032 12195 match_part 0.899 12831 13128 match_30 match_part 1.000 11259 11411 match_part 1.000 12032 12195 match_part 1.000 12831 13089 match_31 match_part 0.986 11269 11411 match_part 0.982 12032 12195 match_part 0.996 12831 13115 match_32 match_part 1.000 11372 11411 match_part 0.976 12032 12195 match_part 0.894 12831 13133 match_33 match_part 1.000 12112 12195 match_part 1.000 12831 13124 match_34 match_part 1.000 12128 12195 match_part 1.000 12536 12670 match_part 1.000 12831 13128 match_35 match_part 0.934 12135 12195 match_part 0.930 12831 13073 match_36 match_part 0.995 13903 14295 match_part 0.992 14394 14904 match_37 match_part 0.910 13931 14295 match_part 0.949 14394 14880 match_38 match_part 1.000 13953 14295 match_part 1.000 14394 14482 match_39 match_part 1.000 13954 14295 match_part 1.000 14394 14677 match_40 match_part 0.997 13958 14295 match_part 1.000 14394 14839 match_41 match_part 1.000 13965 14295 match_part 0.997 14394 14753 match_42 match_part 1.000 13974 14295 match_part 1.000 14394 14904 match_43 match_part 1.000 13974 14295 match_part 1.000 14394 14902 match_44 match_part 0.983 14004 14295 match_part 1.000 14394 14753 match_45 match_part 0.937 14011 14295 match_part 0.913 14394 14888 match_46 match_part 0.933 14012 14295 match_part 0.960 14394 14797 match_47 match_part 0.993 14012 14295 match_part 0.994 14394 14751 match_48 match_part 0.952 14023 14295 match_part 0.965 14394 14680 match_49 match_part 1.000 14028 14295 match_part 1.000 14394 14901 match_50 match_part 0.941 14075 14295 match_part 0.958 14394 14913 match_51 match_part 0.943 14103 14295 match_part 0.964 14394 14888 match_52 match_part 1.000 14104 14295 match_part 0.988 14394 14973 match_53 match_part 1.000 14110 14295 match_part 0.997 14394 14753 match_54 match_part 1.000 14135 14295 match_part 0.997 14394 14737 match_55 match_part 1.000 14143 14295 match_part 1.000 14394 14902 match_56 match_part 1.000 14167 14295 match_part 1.000 14394 14879 match_57 match_part 0.961 14169 14295 match_part 0.963 14394 14875 match_58 match_part 1.000 14175 14295 match_part 1.000 14394 14904 match_59 match_part 1.000 14429 14879 match_60 match_part 0.995 14557 14942 match_61 match_part 0.994 14585 14904 match_62 match_part 0.997 14655 14973 match_63 match_part 1.000 14667 14904 match_64 match_part 0.692 32364 32389 match_part 1.000 33465 34233 match_65 match_part 0.947 47636 47863 GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_66 match_part 0.571 4007 3994 match_part 0.998 3892 3304 match_67 match_part 0.571 4007 3994 match_part 1.000 3892 3304 match_68 match_part 0.913 6201 5410 match_69 match_part 0.934 14866 14655 match_70 match_part 1.000 20291 19592 match_71 match_part 0.994 20100 19610 match_72 match_part 0.997 19950 19610 match_73 match_part 0.996 20575 19800 match_74 match_part 0.996 20583 19848 match_75 match_part 1.000 20582 20032 match_76 match_part 1.000 20582 20032 match_77 match_part 0.936 20585 20195 match_78 match_part 0.919 25002 24618 match_79 match_part 1.000 25838 25835 match_part 0.957 25743 25652 match_part 0.947 25567 25493 match_part 0.972 25402 25332 match_part 0.898 25212 24744 match_80 match_part 0.989 27653 27562 match_part 0.984 27327 27204 match_part 0.986 25903 25835 match_part 0.957 25743 25652 match_part 0.947 25567 25493 match_part 0.972 25402 25332 match_part 0.947 25212 24966 match_81 match_part 1.000 27822 27821 match_part 1.000 27685 27562 match_part 1.000 27327 27204 match_part 0.986 25903 25835 match_part 0.989 25743 25652 match_part 0.987 25567 25493 match_part 1.000 25402 25332 match_part 0.959 25212 25164 match_82 match_part 1.000 27823 27821 match_part 0.968 27685 27562 match_part 0.960 27327 27204 match_part 0.986 25903 25835 match_part 0.967 25743 25652 match_part 0.973 25567 25493 match_part 1.000 25402 25332 match_part 0.977 25212 25170 match_83 match_part 0.972 27892 27821 match_part 1.000 27685 27562 match_part 0.984 27327 27204 match_part 1.000 25903 25835 match_part 1.000 25743 25652 match_part 1.000 25567 25493 match_part 1.000 25402 25394 match_84 match_part 0.991 27933 27821 match_part 0.992 27685 27562 match_part 0.984 27327 27204 match_part 0.986 25903 25835 match_part 0.957 25743 25652 match_part 0.972 25567 25496 match_85 match_part 1.000 27822 27821 match_part 0.984 27685 27562 match_part 1.000 27327 27204 match_part 1.000 25903 25835 match_part 1.000 25743 25652 match_part 1.000 25567 25497 match_86 match_part 1.000 27925 27821 match_part 1.000 27685 27562 match_part 1.000 27327 27204 match_part 1.000 25903 25835 match_part 0.989 25743 25652 match_part 0.979 25567 25520 match_87 match_part 0.822 28076 28032 match_part 0.908 27939 27821 match_part 0.855 27685 27562 match_part 0.903 27327 27204 match_part 0.913 25903 25835 match_part 0.946 25743 25670 match_88 match_part 1.000 27823 27821 match_part 1.000 27685 27562 match_part 1.000 27327 27204 match_part 1.000 25903 25835 match_part 0.986 25743 25675 match_89 match_part 1.000 34509 33930 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C06SLm0074G21.1 type gene exon 19 478 exon 1372 1745 gene_2 gene GT_PGL_1_AGS_2 transcript source GenomeThreader seq_id C06SLm0074G21.1 type gene exon 1189 1784 gene_3 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C06SLm0074G21.1 type gene exon 2776 3898 gene_4 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C06SLm0074G21.1 type gene exon 4007 3994 exon 3892 3304 gene_5 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C06SLm0074G21.1 type gene exon 6201 5410 gene_6 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C06SLm0074G21.1 type gene exon 11081 11167 exon 11248 11411 exon 12032 12195 exon 12831 13149 gene_7 gene GT_PGL_5_AGS_2 transcript source GenomeThreader seq_id C06SLm0074G21.1 type gene exon 11111 11167 exon 11248 11411 exon 12032 12195 exon 12536 12670 exon 12831 13133 gene_8 gene GT_PGL_5_AGS_3 transcript source GenomeThreader seq_id C06SLm0074G21.1 type gene exon 11147 11167 exon 11248 11819 gene_9 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C06SLm0074G21.1 type gene exon 13903 14295 exon 14394 14973 gene_10 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C06SLm0074G21.1 type gene exon 14866 14655 gene_11 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C06SLm0074G21.1 type gene exon 20585 19592 gene_12 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C06SLm0074G21.1 type gene exon 28076 28032 exon 27939 27821 exon 27685 27562 exon 27327 27204 exon 25903 25835 exon 25743 25652 exon 25567 25493 exon 25402 25332 exon 25212 24618 gene_13 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C06SLm0074G21.1 type gene exon 32364 32389 exon 33465 34233 gene_14 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C06SLm0074G21.1 type gene exon 34509 33930 gene_15 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C06SLm0074G21.1 type gene exon 47636 47863 RepeatMasker tomato repeats master Gypsy00188 7645 7740 1 Gypsy00188 7645 7740 1 nucleotide_motif 226 18718 18811 Copia00198 2938 3127 1 Copia00198 2938 3127 1 nucleotide_motif 962 39059 39243 Copia00019 78 429 1 Copia00019 78 429 1 nucleotide_motif 2099 42119 42471 Copia00019 2465 2715 1 Copia00019 2465 2715 1 nucleotide_motif 411 43188 43426 Copia00012 3212 3288 1 Copia00012 3212 3288 1 nucleotide_motif 377 43781 43857 Copia00198 8076 8316 1 Copia00198 8076 8316 1 nucleotide_motif 733 44976 45245 Unknown00046 1970 2063 1 Unknown00046 1970 2063 1 nucleotide_motif 288 48908 49002 Unknown00025 245 470 1 Unknown00025 245 470 1 nucleotide_motif 431 49436 49673 SONATA1 144 231 1 SONATA1 144 231 1 nucleotide_motif 291 49756 49838 RepeatMasker tomato repeats master Copia00107 269 736 -1 Copia00107 269 736 -1 nucleotide_motif 2730 10646 10232 Unknown00034 3703 4020 -1 Unknown00034 3703 4020 -1 nucleotide_motif 2168 21367 21057 Copia00013 3673 3741 -1 Copia00013 3673 3741 -1 nucleotide_motif 540 39256 39188 Copia00149 10772 11976 -1 Copia00149 10772 11976 -1 nucleotide_motif 5226 40456 39263 Gypsy00042 5967 6027 -1 Gypsy00042 5967 6027 -1 nucleotide_motif 324 42013 41953 Copia00149 8168 8273 -1 Copia00149 8168 8273 -1 nucleotide_motif 513 42119 42012 Unknown00029 1280 1618 -1 Unknown00029 1280 1618 -1 nucleotide_motif 736 43153 42825 Copia00124 1950 2307 -1 Copia00124 1950 2307 -1 nucleotide_motif 913 43763 43447 Copia00124 739 833 -1 Copia00124 739 833 -1 nucleotide_motif 286 44306 44217 Copia00112 4484 5394 -1 Copia00112 4484 5394 -1 nucleotide_motif 5349 48013 47157 BLAST_tomato_bacs Tomato BAC sequences BLAST_tomato_bacs Tomato BAC sequences match_1 match 1635 42872 44048 match_2 match 1590 42872 44048 match_3 match 1727 42772 44048 match_4 match 1590 42872 44048 match_5 match 2070 51722 52909 match_6 match 1015 42965 43980 match_7 match 1415 42872 44048 match_8 match 977 42872 44048 match_9 match 1308 42912 44048 match_10 match 1679 42872 44048 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) match_1 match 878 12736 13236 match_2 match 1045 51736 52413 match_3 match 973 51616 52217 match_4 match 1057 44203 44739 match_5 match 765 44175 44575 match_6 match 561 36318 36631 match_7 match 874 51616 52132 match_8 match 365 17952 18135 match_9 match 803 18209 18613 match_10 match 1257 855 1488 match_11 match 402 39725 39931 match_12 match 1007 36780 37308 match_13 match 1001 52393 52909 match_14 match 954 24 516 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_1 match_part 1.000 19 478 match_part 0.997 1372 1745 match_2 match_part 1.000 1189 1784 match_3 match_part 0.998 2776 3676 match_4 match_part 0.981 2930 3665 match_5 match_part 0.986 2948 3898 match_6 match_part 0.999 2952 3824 match_7 match_part 0.998 2952 3805 match_8 match_part 1.000 11081 11167 match_part 1.000 11248 11411 match_part 1.000 12032 12195 match_part 0.984 12831 13134 match_9 match_part 1.000 11085 11167 match_part 1.000 11248 11411 match_part 1.000 12032 12195 match_part 0.971 12831 13138 match_10 match_part 1.000 11085 11167 match_part 1.000 11248 11411 match_part 1.000 12032 12195 match_part 1.000 12831 13124 match_11 match_part 0.976 11085 11167 match_part 0.988 11248 11411 match_part 0.988 12032 12195 match_part 0.924 12831 13080 match_12 match_part 1.000 11086 11167 match_part 1.000 11248 11411 match_part 1.000 12032 12195 match_part 0.987 12831 12905 match_13 match_part 1.000 11105 11167 match_part 1.000 11248 11411 match_part 1.000 12032 12195 match_part 1.000 12831 12990 match_14 match_part 1.000 11111 11167 match_part 1.000 11248 11411 match_part 1.000 12032 12195 match_part 1.000 12536 12670 match_part 0.987 12831 13133 match_15 match_part 0.982 11111 11167 match_part 1.000 11248 11411 match_part 1.000 12032 12195 match_part 1.000 12536 12670 match_part 1.000 12831 13128 match_16 match_part 1.000 11112 11167 match_part 1.000 11248 11411 match_part 1.000 12032 12195 match_part 1.000 12536 12670 match_part 1.000 12831 12853 match_17 match_part 1.000 11122 11167 match_part 1.000 11248 11411 match_part 1.000 12032 12195 match_part 1.000 12831 13124 match_18 match_part 1.000 11135 11167 match_part 1.000 11248 11411 match_part 1.000 12032 12195 match_part 1.000 12831 13128 match_19 match_part 1.000 11135 11167 match_part 1.000 11248 11411 match_part 1.000 12032 12195 match_part 1.000 12831 13125 match_20 match_part 1.000 11259 11411 match_part 1.000 12032 12195 match_part 1.000 12831 13089 match_21 match_part 0.986 11269 11411 match_part 0.982 12032 12195 match_part 0.996 12831 13115 match_22 match_part 1.000 12112 12195 match_part 1.000 12831 13124 match_23 match_part 1.000 12128 12195 match_part 1.000 12536 12670 match_part 1.000 12831 13128 match_24 match_part 0.995 13903 14295 match_part 0.992 14394 14904 match_25 match_part 1.000 13953 14295 match_part 1.000 14394 14482 match_26 match_part 1.000 13954 14295 match_part 1.000 14394 14677 match_27 match_part 0.997 13958 14295 match_part 1.000 14394 14839 match_28 match_part 1.000 13965 14295 match_part 0.997 14394 14753 match_29 match_part 1.000 13974 14295 match_part 1.000 14394 14904 match_30 match_part 1.000 13974 14295 match_part 1.000 14394 14902 match_31 match_part 0.983 14004 14295 match_part 1.000 14394 14753 match_32 match_part 0.993 14012 14295 match_part 0.994 14394 14751 match_33 match_part 1.000 14028 14295 match_part 1.000 14394 14901 match_34 match_part 1.000 14104 14295 match_part 0.988 14394 14973 match_35 match_part 1.000 14110 14295 match_part 0.997 14394 14753 match_36 match_part 1.000 14135 14295 match_part 0.997 14394 14737 match_37 match_part 1.000 14143 14295 match_part 1.000 14394 14902 match_38 match_part 1.000 14167 14295 match_part 1.000 14394 14879 match_39 match_part 1.000 14175 14295 match_part 1.000 14394 14904 match_40 match_part 1.000 14429 14879 match_41 match_part 0.995 14557 14942 match_42 match_part 0.994 14585 14904 match_43 match_part 0.997 14655 14973 match_44 match_part 1.000 14667 14904 match_45 match_part 0.692 32364 32389 match_part 1.000 33465 34233 match_46 match_part 0.947 47636 47863 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_47 match_part 0.571 4007 3994 match_part 0.998 3892 3304 match_48 match_part 0.571 4007 3994 match_part 1.000 3892 3304 match_49 match_part 0.913 6201 5410 match_50 match_part 1.000 20291 19592 match_51 match_part 0.994 20100 19610 match_52 match_part 0.997 19950 19610 match_53 match_part 0.996 20575 19800 match_54 match_part 0.996 20583 19848 match_55 match_part 1.000 20582 20032 match_56 match_part 1.000 20582 20032 match_57 match_part 0.936 20585 20195 match_58 match_part 0.919 25002 24618 match_59 match_part 1.000 27822 27821 match_part 1.000 27685 27562 match_part 1.000 27327 27204 match_part 0.986 25903 25835 match_part 0.989 25743 25652 match_part 0.987 25567 25493 match_part 1.000 25402 25332 match_part 0.959 25212 25164 match_60 match_part 1.000 27823 27821 match_part 0.968 27685 27562 match_part 0.960 27327 27204 match_part 0.986 25903 25835 match_part 0.967 25743 25652 match_part 0.973 25567 25493 match_part 1.000 25402 25332 match_part 0.977 25212 25170 match_61 match_part 0.972 27892 27821 match_part 1.000 27685 27562 match_part 0.984 27327 27204 match_part 1.000 25903 25835 match_part 1.000 25743 25652 match_part 1.000 25567 25493 match_part 1.000 25402 25394 match_62 match_part 1.000 27822 27821 match_part 0.984 27685 27562 match_part 1.000 27327 27204 match_part 1.000 25903 25835 match_part 1.000 25743 25652 match_part 1.000 25567 25497 match_63 match_part 1.000 27925 27821 match_part 1.000 27685 27562 match_part 1.000 27327 27204 match_part 1.000 25903 25835 match_part 0.989 25743 25652 match_part 0.979 25567 25520 match_64 match_part 0.822 28076 28032 match_part 0.908 27939 27821 match_part 0.855 27685 27562 match_part 0.903 27327 27204 match_part 0.913 25903 25835 match_part 0.946 25743 25670 match_65 match_part 1.000 27823 27821 match_part 1.000 27685 27562 match_part 1.000 27327 27204 match_part 1.000 25903 25835 match_part 0.986 25743 25675 match_66 match_part 1.000 34509 33930 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C06SLm0074G21.1 type gene exon 19 478 exon 1372 1745 gene_2 gene GT_PGL_1_AGS_2 transcript source GenomeThreader seq_id C06SLm0074G21.1 type gene exon 1189 1784 gene_3 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C06SLm0074G21.1 type gene exon 2776 3898 gene_4 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C06SLm0074G21.1 type gene exon 4007 3994 exon 3892 3304 gene_5 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C06SLm0074G21.1 type gene exon 6201 5410 gene_6 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C06SLm0074G21.1 type gene exon 11081 11167 exon 11248 11411 exon 12032 12195 exon 12831 13138 gene_7 gene GT_PGL_5_AGS_2 transcript source GenomeThreader seq_id C06SLm0074G21.1 type gene exon 11111 11167 exon 11248 11411 exon 12032 12195 exon 12536 12670 exon 12831 13133 gene_8 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C06SLm0074G21.1 type gene exon 13903 14295 exon 14394 14973 gene_9 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C06SLm0074G21.1 type gene exon 20585 19592 gene_10 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C06SLm0074G21.1 type gene exon 25002 24618 gene_11 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C06SLm0074G21.1 type gene exon 28076 28032 exon 27939 27821 exon 27685 27562 exon 27327 27204 exon 25903 25835 exon 25743 25652 exon 25567 25493 exon 25402 25332 exon 25212 25164 gene_12 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C06SLm0074G21.1 type gene exon 32364 32389 exon 33465 34233 gene_13 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C06SLm0074G21.1 type gene exon 34509 33930 gene_14 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C06SLm0074G21.1 type gene exon 47636 47863 AUGUSTUS_tom_cdna de novo gene_1 gene 1 2722 3723 transcript_1 transcript 2722 3723 start_codon_1 start_codon 2722 2724 CDS_1 CDS 2722 3723 stop_codon_1 stop_codon 3721 3723 gene_2 gene 1 3969 12950 transcript_2 transcript 3969 12950 start_codon_2 start_codon 3969 3971 CDS_2 CDS 3969 3983 CDS_3 CDS 11079 11167 CDS_4 CDS 11248 11411 CDS_5 CDS 12032 12195 CDS_6 CDS 12831 12950 stop_codon_2 stop_codon 12948 12950 gene_3 gene 1 14062 14750 transcript_3 transcript 14062 14750 start_codon_3 start_codon 14062 14064 CDS_7 CDS 14062 14295 CDS_8 CDS 14394 14750 stop_codon_3 stop_codon 14748 14750 gene_4 gene 1 14858 20403 transcript_4 transcript 14858 20403 start_codon_4 start_codon 14858 14860 CDS_9 CDS 14858 14913 CDS_10 CDS 20154 20403 stop_codon_4 stop_codon 20401 20403 AUGUSTUS_tom_cdna de novo gene_5 gene 1 32036 25076 transcript_5 transcript 32036 25076 stop_codon_5 stop_codon 25078 25076 CDS_11 CDS 25212 25076 CDS_12 CDS 25402 25332 CDS_13 CDS 25567 25493 CDS_14 CDS 25743 25652 CDS_15 CDS 25903 25835 CDS_16 CDS 27327 27204 CDS_17 CDS 27685 27562 CDS_18 CDS 27939 27821 CDS_19 CDS 28123 28032 CDS_20 CDS 28912 28706 CDS_21 CDS 29502 29383 CDS_22 CDS 30124 30026 CDS_23 CDS 30315 30212 CDS_24 CDS 32036 32033 start_codon_5 start_codon 32036 32034 gene_6 gene 1 35044 33977 transcript_6 transcript 35044 33977 stop_codon_6 stop_codon 33979 33977 CDS_25 CDS 35044 33977 start_codon_6 start_codon 35044 35042 AUGUSTUS_ab_initio de novo gene_1 gene 1 2722 3723 transcript_1 transcript 2722 3723 start_codon_1 start_codon 2722 2724 CDS_1 CDS 2722 3723 stop_codon_1 stop_codon 3721 3723 gene_2 gene 1 14062 14750 transcript_2 transcript 14062 14750 start_codon_2 start_codon 14062 14064 CDS_2 CDS 14062 14295 CDS_3 CDS 14394 14750 stop_codon_2 stop_codon 14748 14750 AUGUSTUS_ab_initio de novo gene_3 gene 1 32036 23811 transcript_3 transcript 32036 23811 stop_codon_3 stop_codon 23813 23811 CDS_4 CDS 23873 23811 CDS_5 CDS 27327 27204 CDS_6 CDS 27685 27562 CDS_7 CDS 27939 27821 CDS_8 CDS 28912 28806 CDS_9 CDS 29502 29383 CDS_10 CDS 30124 30026 CDS_11 CDS 30315 30212 CDS_12 CDS 32036 32033 start_codon_3 start_codon 32036 32034 gene_4 gene 1 35044 33977 transcript_4 transcript 35044 33977 stop_codon_4 stop_codon 33979 33977 CDS_13 CDS 35044 33977 start_codon_4 start_codon 35044 35042 AUGUSTUS_tom_ugs de novo gene_1 gene 1 2722 3723 transcript_1 transcript 2722 3723 start_codon_1 start_codon 2722 2724 CDS_1 CDS 2722 3723 stop_codon_1 stop_codon 3721 3723 gene_2 gene 1 3969 12950 transcript_2 transcript 3969 12950 start_codon_2 start_codon 3969 3971 CDS_2 CDS 3969 3983 CDS_3 CDS 11079 11167 CDS_4 CDS 11248 11411 CDS_5 CDS 12032 12195 CDS_6 CDS 12831 12950 stop_codon_2 stop_codon 12948 12950 gene_3 gene 1 14062 14750 transcript_3 transcript 14062 14750 start_codon_3 start_codon 14062 14064 CDS_7 CDS 14062 14295 CDS_8 CDS 14394 14750 stop_codon_3 stop_codon 14748 14750 AUGUSTUS_tom_ugs de novo gene_4 gene 1 32036 25076 transcript_4 transcript 32036 25076 stop_codon_4 stop_codon 25078 25076 CDS_9 CDS 25212 25076 CDS_10 CDS 25402 25332 CDS_11 CDS 25567 25493 CDS_12 CDS 25743 25652 CDS_13 CDS 25903 25835 CDS_14 CDS 27327 27204 CDS_15 CDS 27685 27562 CDS_16 CDS 27939 27821 CDS_17 CDS 28912 28806 CDS_18 CDS 29502 29383 CDS_19 CDS 30124 30026 CDS_20 CDS 30315 30212 CDS_21 CDS 32036 32033 start_codon_4 start_codon 32036 32034 gene_5 gene 1 35044 33977 transcript_5 transcript 35044 33977 stop_codon_5 stop_codon 33979 33977 CDS_22 CDS 35044 33977 start_codon_5 start_codon 35044 35042 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_1 match_part 1.000 19 478 match_part 1.000 1372 1784 match_2 match_part 0.998 2776 3676 match_3 match_part 1.000 11085 11167 match_part 1.000 11248 11411 match_part 1.000 12032 12195 match_part 1.000 12831 13124 match_4 match_part 1.000 11111 11167 match_part 1.000 11248 11411 match_part 1.000 12032 12195 match_part 1.000 12536 12670 match_part 1.000 12831 13128 match_5 match_part 0.995 13903 14295 match_part 0.969 14394 14973 match_6 match_part 0.833 22835 22852 match_part 0.946 24636 25002 match_7 match_part 0.692 32364 32389 match_part 1.000 33465 34509 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_8 match_part 0.571 4007 3994 match_part 0.999 3892 2948 match_9 match_part 0.913 6201 5410 match_10 match_part 1.000 20583 19592 match_11 match_part 0.936 20585 20195 match_12 match_part 1.000 27925 27821 match_part 1.000 27685 27562 match_part 1.000 27327 27204 match_part 1.000 25903 25835 match_part 1.000 25743 25652 match_part 1.000 25567 25493 match_part 1.000 25402 25332 match_part 0.977 25212 25170 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C06SLm0074G21.1 type gene exon 19 478 exon 1372 1784 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C06SLm0074G21.1 type gene exon 2776 3676 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C06SLm0074G21.1 type gene exon 4007 3994 exon 3892 2948 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C06SLm0074G21.1 type gene exon 6201 5410 gene_5 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C06SLm0074G21.1 type gene exon 11085 11167 exon 11248 11411 exon 12032 12195 exon 12831 13124 gene_6 gene GT_PGL_5_AGS_2 transcript source GenomeThreader seq_id C06SLm0074G21.1 type gene exon 11111 11167 exon 11248 11411 exon 12032 12195 exon 12536 12670 exon 12831 13128 gene_7 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C06SLm0074G21.1 type gene exon 13903 14295 exon 14394 14973 gene_8 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C06SLm0074G21.1 type gene exon 20585 19592 gene_9 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C06SLm0074G21.1 type gene exon 22835 22852 exon 24636 25002 gene_10 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C06SLm0074G21.1 type gene exon 27925 27821 exon 27685 27562 exon 27327 27204 exon 25903 25835 exon 25743 25652 exon 25567 25493 exon 25402 25332 exon 25212 25170 gene_11 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C06SLm0074G21.1 type gene exon 32364 32389 exon 33465 34509 AUGUSTUS_tom_pot_cdna de novo gene_1 gene 1 2722 3723 transcript_1 transcript 2722 3723 start_codon_1 start_codon 2722 2724 CDS_1 CDS 2722 3723 stop_codon_1 stop_codon 3721 3723 gene_2 gene 1 3969 12950 transcript_2 transcript 3969 12950 start_codon_2 start_codon 3969 3971 CDS_2 CDS 3969 3983 CDS_3 CDS 11079 11167 CDS_4 CDS 11248 11411 CDS_5 CDS 12032 12195 CDS_6 CDS 12831 12950 stop_codon_2 stop_codon 12948 12950 gene_3 gene 1 14062 14750 transcript_3 transcript 14062 14750 start_codon_3 start_codon 14062 14064 CDS_7 CDS 14062 14295 CDS_8 CDS 14394 14750 stop_codon_3 stop_codon 14748 14750 gene_4 gene 1 14858 20403 transcript_4 transcript 14858 20403 start_codon_4 start_codon 14858 14860 CDS_9 CDS 14858 14913 CDS_10 CDS 20154 20403 stop_codon_4 stop_codon 20401 20403 AUGUSTUS_tom_pot_cdna de novo gene_5 gene 1 20528 19950 transcript_5 transcript 20528 19950 stop_codon_5 stop_codon 19952 19950 CDS_11 CDS 20528 19950 start_codon_5 start_codon 20528 20526 gene_6 gene 1 32036 25076 transcript_6 transcript 32036 25076 stop_codon_6 stop_codon 25078 25076 CDS_12 CDS 25212 25076 CDS_13 CDS 25402 25332 CDS_14 CDS 25567 25493 CDS_15 CDS 25743 25652 CDS_16 CDS 25903 25835 CDS_17 CDS 27327 27204 CDS_18 CDS 27685 27562 CDS_19 CDS 27939 27821 CDS_20 CDS 28123 28032 CDS_21 CDS 28912 28706 CDS_22 CDS 29502 29383 CDS_23 CDS 30124 30026 CDS_24 CDS 30315 30212 CDS_25 CDS 32036 32033 start_codon_6 start_codon 32036 32034 gene_7 gene 1 35044 33977 transcript_7 transcript 35044 33977 stop_codon_7 stop_codon 33979 33977 CDS_26 CDS 35044 33977 start_codon_7 start_codon 35044 35042 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_1 match 122 52506 52787 match_2 match 108 52497 52787 match_3 match 109 52497 52787 match_4 match 201 14319 14747 match_5 match 127 14041 14319 match_6 match 156 52503 52787 match_7 match 204 14319 14747 match_8 match 124 14041 14319 match_9 match 115 52506 52787 match_10 match 103 2707 3711 match_11 match 29.3 2540 2596 match_12 match 119 52503 52787 match_13 match 113 52494 52787 match_14 match 120 52506 52787 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_15 match 104 20468 20325 match_16 match 104 20468 20325 match_17 match 104 20468 20325 match_18 match 235 35077 33980 match_19 match 235 35077 33980 match_20 match 124 5680 5390 match_21 match 271 5169 4537 match_22 match 206 5169 4588 match_23 match 264 35131 33980 match_24 match 125 5166 4579 match_25 match 275 35137 33980 match_26 match 106 30316 30026 match_27 match 135 27941 27564 match_28 match 80.9 25746 25495 match_29 match 51.6 25909 25832 match_30 match 55.8 28123 28034 match_31 match 106 30316 30026 match_32 match 135 27941 27564 match_33 match 80.9 25746 25495 match_34 match 51.6 25909 25832 match_35 match 55.8 28123 28034 match_36 match 108 20501 20325 match_37 match 108 20501 20325 match_38 match 77.8 25746 25495 match_39 match 132 27941 27564 match_40 match 50.8 25909 25832 match_41 match 54.7 28123 28034 match_42 match 77.8 25746 25495 match_43 match 132 27941 27564 match_44 match 50.8 25909 25832 match_45 match 54.7 28123 28034 match_46 match 119 20501 20325 match_47 match 142 5758 5384 match_48 match 296 5166 4522 match_49 match 142 5758 5384 match_50 match 235 5166 4522 match_51 match 94.7 36031 35690 match_52 match 79.0 35379 35224 match_53 match 59.3 35600 35490 match_54 match 98.2 36285 36118 match_55 match 647 35137 33980 match_56 match 126 5166 4564 match_57 match 185 5169 4537 match_58 match 128 5716 5390 match_59 match 130 5716 5255 match_60 match 228 5169 4537 match_61 match 228 5166 4537 match_62 match 276 35137 33980 match_63 match 168 5166 4546 match_64 match 74.3 36031 35690 match_65 match 54.7 35376 35224 match_66 match 59.3 35609 35493 match_67 match 84.7 36282 36121 match_68 match 606 35137 33980 match_69 match 108 20546 20325 match_70 match 100 36031 35690 match_71 match 82.4 35379 35224 match_72 match 63.5 35600 35490 match_73 match 101 36285 36109 match_74 match 664 35137 33980 match_75 match 121 20528 20325 match_76 match 157 5758 5255 match_77 match 303 5166 4537 match_78 match 108 20483 20325 match_79 match 118 5154 4555 match_80 match 118 5154 4555 match_81 match 104 20615 20325 match_82 match 104 20615 20325 match_83 match 364 35134 33980 match_84 match 172 5166 4546 match_85 match 179 5166 4546 match_86 match 115 5154 4543 match_87 match 111 20501 20325 match_88 match 70.1 36031 35690 match_89 match 60.5 35376 35224 match_90 match 56.2 35600 35493 match_91 match 88.6 36285 36109 match_92 match 621 35137 33980 match_93 match 142 5758 5387 match_94 match 313 5175 4537 match_95 match 130 5169 4576 match_96 match 130 5169 4600 match_97 match 242 5166 4537 match_98 match 113 5154 4543 match_99 match 70.5 36031 35690 match_100 match 59.7 35376 35224 match_101 match 58.2 35600 35493 match_102 match 87.8 36285 36109 match_103 match 625 35137 33980 match_104 match 126 5154 4555 match_105 match 143 5758 5387 match_106 match 300 5175 4543 match_107 match 367 35137 33980 match_108 match 274 35137 33980 match_109 match 172 5166 4546 match_110 match 172 5166 4546 match_111 match 172 5166 4546 match_112 match 106 20534 20325 match_113 match 111 20474 20325 match_114 match 107 20552 20325