C06HBa0159P11.1 AAGCTTGAAAGCGCGGAGATTCAGACTCCTTTGGGTTGTCGCATTCTAAAGATGTCTAGA AGGTACATCTAGCATTAGAGTAACGATAACGCAATAGCGAGAGAAGAATCAATTAATGCA ACAGCTTAATCCTCTGTACCTTCAATTCTGGAGTACAAGCATCTGAACTCCTTAGACCTC CAGAGTAGCCCCAAGATGAACTGACTCGGCCTGCATAACAATCAAAACATGAGAAAGCAT AACTTACACCTCAAGCAACCACGTGAACTTCACTAGTGCTGTCCACATATATATCTTGAT ATCTCCCAAAACAACTAAATGCAACAGAAGTCTCTACAATTACAAATCAAGTAGAAGTTA AATTCTAGGATGATATCATGCAGTACCCTCAAAAGTACAATTTGCATAGACCAATCTTTC AAAGGCCAAGCATATTAAGCCAGTGACTTCTTAGCAGTCCCTCAAATAGCTTCCTTTTTT AAGCTGAATGAAAAGAAGAAAAAAAAAGGAAGAACGCTTGTTCGCCTTGGCCAGATTTCC GCATAAAATATTGCATAAGTTAAGAGCAAAGCCAGTTTATCCCCAAAAGAAATGGTAAGA GCAAAGCCATTCATGCAATTTCTAGACTGCTTGCTGCAATAGAGGAGAACTAGCTCTTAC TGAACTTCGGTTGTTAAATGCACAATGATCAATTTACATATCTGTCCTTAAATTCAGTGC TAACTACTTAGTAGAAAAAGGTTATCAACATTCAAGCAGCCAAGAAAGGGAGTCCCAATG CATAAGTAAGAGCAAAGCCATTCATATAATTCCTAGATTGCTTGCTGCAATAGAGGAGAA CTAGCTCTTACTGAACTTCGGTTGTTAAAATGCACAATAATCAATTTACATATCTGTCCA TAAATGCACTGCTAACTACTTAGTAGAAAAAGGTTATCAACATTCAAGCAGCCAAGAAAG GGAGCCCCGATGCATAAGGTACAACTAGCTAAAATAGTGAATAAGTACTTCCATGATACT GTATGGACGGAGAAACATAGAATTACCAGACTTATCAATAGGAAGAGAGAGAGAGAGAGA GAGAAATTATCCATGTTTGTCCTTTATCAAACCAAAATGCCAATTTCTCATCAGAGTTGT CTCTATAGGTAACAAATATAACTTTGCATATGACTTCTCAAACTTTATAAATCACGCCTA CTAATGGAGATTCAGTATGCTGCAGGGCGAAAGAGAACAGGTCCTTGGGAACTGAAGAGA TTTTTGATAGAGCCTACTAAAAGACAATAAAATAACAATTAAGGAACAAATACAAGGAGA AGAATGCAAAAGCTTTTAGCACTATTTAATCAAGGCAATGGTGTTTTTCCAATGCTTCCT GCGCTTCTTTGGGTATCACAGAAAACTAGGAAAAACACCAAGTATGGATAAACATGCAAA CCAGTGTAACTACGAAATTAATCCTAAAAATTAAACAACAATGTATTAATCTAATGACAA TAAATAACAAATAAGGAACAAAAACGAGAGAAGAATGCAAAAGCTTTTAGCACTATTTAA TCATGGCAAGGTGTTTTTCCAGTGCTTCCTGCTTCTTTGGGTGTAACAGAAGACTAGGAA AAAAAACAAAAACATGCGAACTATTGTAACTATGAAACTAATCCAAACAATTATAAACAG AAATGTATTAATCTAAACTCAACATGCAGTTATTACTTTTGGATGATAATTCCATGCACC TAAAAGGTGAAATGTACTTCACTCCTAACTCTGTCATGCATCTTTGACTGTGTTATCATT CTGCAGGGACAATTGAGATCTCCGAGGTTAACTGTTTTATGTTATCTTATTACTATATGT ATGCATAATTTAAAAGAGATATATGCATGCCAAATTTCTTAAACTATTGATACAGGTGTT TTATTGGTTTGCTTATTTCCTTTTATCCAGAGAACTAGGAAACAAGTGCCAAAACAGAAG CCAAAAATATTTACGGCCATCATTCAAATTTTACCAGTCTTATTGGGTGTTATCACTTAT GTGGAACAGGGGTGAGGTACCATGTAAGCCACTTAAAATATCAAGGATGAGGGCAGGACT GTATGTCAATGGCACAGCTGGGGTGAATACCGTCAAGGAGACACGCACAGGAAAGCCCAT CACTGTTCACAATAGAGACAGCACAGGGCAAGATGGGACGCAGCACTCAACCAAGTACCA ACCACAGCAGAGCAGCCTGTGCAACCAGCCAAGAGCGACAGGACCGTGTTGGTTCAAAGA AGACTACCCGGTCCACTTAGCCACTGATTGTAATAGGTTTGAAGATCTTTTCATGTGCTC GTACCCATTCTAAACTCCCCCCAACCCCTTTTTTCCCCGAAAGAAAAATGGGCCCAACAA AGAAACCAATTATGTTTTCTAGTAAAATCTCTAAACAAGAAATACAGCCGTTTTATTCCA TGTTTCCTATTCTGTAAAAATTAATTGGGAAGCAAGTGACAAGGCAGAAACTAAACATAT CAATGCTTTGTATTAGCAACCCTCAAAAGTTTAGGCTGTAGGTCAGACTTAATTATCAAC TAAGTCCTATTCCTCAATAATTTTCCTTCAATCTCAATGGCACTAAGAAAAGTTTACAAG GTGAGAGGCACTGCAGCCACCATCTTCTCCCCATTCCTGAAGAAAACTCACTCAAAAGAA AAATTATTGGCACTCCAATTGTCACCATTAACTGACAGATCAATAGATTCACAGAACGCA CTTCAACAAAACTATCACCTAGAGTAGCGTGGAATTTTAAACCAAAACCAAGTTACCCTG CGAAAAAAGGGTCCCATTTTTCGTTCATTTGACTCCAATTAAACATTTAGTCCTTTGGAA AATAGAAGTACAACCACTGCATAATTCGAAAGTAAAACCCTTTTTGAGAATTTCATTAAA CCCTAACTTCTACCTCATTGTCTAACAGTGTATTGTTTGATTTGATTTATTTTAGAATGA ATAGACAATCAAAATAGAACCATACACAATAAGTCGATTTAATTTAAAGATTGATATTCA AACAATCAAGATCTCCATGAGAAACCATGTCGCGCCACTGCATGATTCAGTTTCCTAATG TGAGTCAAAGAGTAGCCAGTAAATCACACAGTCCAAACAAAGTTTAAGGACATCTCTCTT AGTGTTTCAGGCGCTGGGTCATCTAATTCCAAGAAAGTTCAACTGATTTGGAACTAAGAC TCTCGTGTTAAATTTTCCAGCTGGATCAGCATTTGAGAACTATTTACTTCTCCCGAGTGA TAAAAAGTTACCCTTTCAGGCACAACTTATTAGTATAAGCCAGTGGGTGTCTTGAAGTAC CACAGCACTCACCAATCAGATATACATACATTTTAGAAGATCAACTGTAGATAGCTCAAG CCAGTTGCCAAATGACTACATCCACCAATGTAAATCCTTTTTGTAATAGAAAGACAGCTA CTTTACCTGCTTCAGAAGATGATTCACTATTCTGCAGCCTCGATGGTCCAGGTACACGTG GGCTTTGATCCCTCGAACGACCGCTCTCAGAGGACATACTATCTGAATTGCTCCGGTTAT CAACATTTTCCGCAGAACCCATCAGTGACCTCTTCTCATCCTTCTTCCTCATAACAGAAC TAGACGGCCCATCACCACCACCCCGGCCACCCGCTACATTCTTTGACAAATTGCTAGCAC CTAGTAAATTCCCCTTATCTCTACTAGCATACCCAAAAAAGCTCTCTTGTGGCAAGGGCC CAGATCGAGTCTTTATCTTATTTAACCCCAATGATGATGCTACTATCGGCGACACAGATA CAGAAGTCGGCCTCAGTTCCGGTTCACGGGTTCTCACCGGATTCTTAATCGAATTCGGAC TCGGGCTGGAACTCGGACTTTCTTTACCTTTTTCATCTTTTTTCTTATCTTTAAAAGTTG AAATTGAAGATGGAGTGATCGGAGAGTTGTCTTTGGAAGTAGAACCTGACTTTGCTTTCT TCTTGTCCGATCGGATCGGTGAATTGGAGCCAATAGATCGTGGACTGTTGGAGGATCCAT CTGGGCTTGATGGGTCGGATTTCTTCGATGAGAAAAATCTACCTTTAAATACCATCTTCC GAAAACTAGCTGCTATTGATTCCTAGGGTTAAATTAAACGACTCTTGATTTCTTCTTGTT GTTGAACTGAAAATTACAGCCCCTTGGGGCTGTGAGGTTTTGACTAGAGCATTAATGGAG AGTTTGGTTTGGACTGAAGAAAGACTCTGTAGTCCACTGTTGCTCTGTAGAACCGGAAAT GGTGACGGTGGCTGCGTCGAGAGACAAAAAGAGAAAAGTATTGGGGCTAAAATGAAACAA TCAAGAAAAAGCTTGACTGTCTTGGAACTCCATATTTATAAGGGGGGAATTTCGAAATTC TGGGTTTTTTAAATCTCAAAAGACAAATAAATGAATATCAAAAAAACATATCCATCTTTT TTTCCTCTTTATAAATATAGAAAAAAATCGATAATCAGTTTGGTTAAGCTTATTTTGTAA AAGAAAATATATAGTTTTTAGAGGAAAAAGATATTTCGTCAATTTTTTAGGAAAAATAAG TATTTATGGAGAACAGCAAAAGTTATTTTAAGAAGCTAAAAAGATGTGTGTGTTTTTTTG GCCTAATTTTCAAAATTTATTGTTCAAACACAAATTACAAAATTGAATTTAAAGACTTAA CAAAAGATATTTACTTGTTACTAACAAAAAAACGAATAAATTTATTGAGTTAAGTATTTT TTAAAAAAAAATAAATTATATAATATAATTTAGAAAGATGAACCAGAGATAATTAAAAAA AAATTGCGGAGAACAAATTATGAAAGAAAGTACAAATTAATTACTAATGTAAACTGAGAC GTTACTTTAATTATTTATTTTTTTTGTATTTGTACATATTTAGAAGTCAAGGAAACTTGT TTTTTTAATTAATACTACACTCTTTTGTTTATTAAATTTTATTATTTCATTCTACTTTTA ATTGTCATAATTTCAATTTTAGAATCAAAAAATAAAAACTTTAACTATTAACACTTTACT ATATATTTTTTCAGCATATTGATATTCAAAAAATTGCAATTTATAGTACTTTTGTTATAG TTTTTAATATCTAATTTTTTTTTTACAAAAAATTGAATTAATTTAATAAATTAGTCAAAA TTGATTTTGGTAAAACGCAACATAACAATAAAAGTGGAGGGAGAGAATATTGGATTAGTA TTCTAGAATTAACACTTTACTTGACATTTTAACATATCAGGAAATAATAATTATTATTTT CATCATTTTATCCTTGACATTCGTTACTTATTCATTAAATTTTTTTTCTAAATCTAAAAC TATATATTAAACGATATCAATATTCTAGAAAAATATTCATATCAATTAGTCTTATTTTTT AAGAGACGTGTAGAATACCAAAGGAGTACTAAACATTCATAATATGCTTGACATTAGTAG TAAAAGAAAAATATGTTAATAGTAATGAGATCATATGGAATGAGACCAAAAAATGTTTGT GGACAAAAATAAAATGTTAGTATTTGTTTGCCCCACGTAAAAGAATACTAAAAATGTTTG TTTTTTTTTTCTTTAATGACTTCACCTTTCTATACGTTTTGATTAAATTCCCTAACAGTT TTGCAATCACTTTGACATATGTTTGTGTAGTTAGGTTCAAAGCCTCACAATTAGGTGAAA TAGTTTTGAAAATTAATTCGAGTTAAAATGTAATTTAATTAACGATATATTAATGGATGT GCATTATTAATTAAAGATTTTATTTTTGAATATTAAACGAAATCGTTTTCAGTAAAAAAA CATATTGACTCTCAAATAATTTTTTTAACATAAAAATAAATTGGCAACTTTCACATATAG CAAACAAAAAATTCATATTTGTACGCTATAGCAAAATTTGCATAATTACGCTCCATAGCA AACATAAAATTGTATAATTCGCTATACATATACAATTGTATAATTCGCTGGCCTAAATTG TATAATTCGCTATCCTATTTCACTGCAATTGTATAATTCGTTGCCTATTTCGCTGCAATA TTTGTATAAAAATTGCTTTGCATACAATTCAATCGAAGTAAAATATATGTATATTGCATA ATTATAAGTGTATAGGAAGAAGATATATGTTTTTTTGTCGCTCTATACAAAAACAGAAAC ACAATTTATACACTTCTGTTGTATAAAGCAAGAAAAAATTGTATTTCACTGAAATTGTAT AATTCGCAATCGTATAATTAGTTGGCCTTTTTCGCTACAATATTTGTATAAAATTAGCAT TTGTTTACAATTGAATTAAAGTAAAATGTTTGTAAATTGTAAAATTAAGTGTATAGCACG AAGATATGTGTTTTTGCACATGTATATACAATTTTCTCTCGCTCTATACAAAACAGAAAC ACAATTTATACACTTATGTGTATAAAGCGAGAGAGGCGAGCAGAGGGAGAATGGCGAGCG AGAACGGGAGAGTGGCGAGCGAGATTTTTGGGAGAGAGGGGACTGGCAAACTTTGGTTAA CGTTTGCTACGGAACACATTTAAATCAAACCATAGCTACTCAATTTATTTTATGTTATTA ATTTGTTATTATATACAATCATCCCAAAATAAATTAATCGAATCTCAAAACATGTACATG GACTAAAGAAGAAACATGCATAAAACATGTAAAATTAATGCAATAAATACACCAACCACC AATAGTAACACAAATGTTAATGAATGATGAGGTTTAGGTATTAAGAGAACAATTAATACT AAGAGAGAATTAGCTGCAATATTTAATGAATTAGATACTGATAATTGAATGTTATCATAT GTAACTTTTAAATATCTAAAATCTAAAATCAATGCTTTCCTAAAGAGTGAATAAATAAAA AACTCAATACTCTATTTGTTCTTAATCAAATTGTCTAATTTTTTCTTTTTAATTGTTCAT TTTCCAAAAAAAACAAGAAAGGATGATTTCTTTTATCTATCACACGCTTAATTAATTAAT TTTGTAAACGATAGAATTTTTTGAAAACTTAAAATTTTGAATTCATTTACTTCATAATTA ATAGGAGTAAATTTTGTAAACTCATGATGTCAATCATTATTTTCTTAATAGATATATCAA TTCAAAAATGAACAACAGAGGGAAGTATGATACTTATCTTTTCAATTTGGATTTATTCTA TTAATCTCTATTACACACGGAACATCGAGTTAAGAAGGATTTAATTTAGTAAGATTTGAA CTCAATTATATTCTACATGGGTACTTCTATCGACAAAGAATTGAAGACTATAATCATATG TACAATATGTTGAATTTTCGGATCACTTTCATATATATCCATTTGTTGAGTTTGTATTTC ACAAATACTAATTATATTTAGAGTTATAACCCTAAACAACTTTATGAATTGAAGTAAATA AATAAATTTGAAGGTTGATCCGCAAATCAAGTAATGAAAAAAAAAATCCGATCCAACAGA AATACACAGTATAGGAAAAATTTCTCAAATAGCCACTTCATAGTTACTATTTGAAAATAA GCCAACTAATTGAATCTAATCAATCTATTGGATCGGAAATGAGCGATCTTAAAATTTTGA CCTATGCTTAGCGATTGACATATAGGAAAAATCTTTAAGGTCAAAAAACAAAACGTGTTC ACTATGAAATATTTCCCTACAAACTGATTCAAAAGTTCAAAACTACTCGCCTTCAGAATC ATTCTAGTAACCATCCTATATTTTTTCATTTCATAATAATTGTATACAATAAAATTCGCA TCGACAAAACAAAAATCAAGAACAAAGATTATAGCAACAAGTGATTTTATTATTTCAAAT GCGAGTGTTACAATATTTATTATTTCTCTGAATTCGCCTTTTCAAATATAAATTCAATGG CTTTAAATCTTGTTCTTGAATCTCTGATGATCCTGAACTTGAATTTTATCTTGATCTTAA CTTTTATTTGAATTCAATGACTTCGAACTTGTTCCTGAATTTGGTGGTCTTGATCTTGAT CGTTCTTTCTTGAATTTGAATGCTTGAATTCTTAAACTTGTAGCTTTGTAGAGAATTAAA TGACATTTGTACCACGAATTTTCTCTAATTTTTTGTTTAAAATTATTGGTTCTCTTTTTT CAAATTATGAGACTCCTATTTATAATTTTAGAATAGAGGAGTTGTAATTAAAACAGGACT CCCTCCGGCCGATCAAATTTAAGTGAAATATCATATGATTTTATAGAATAACTTTAATTA AATTCATAATTATCTGAAAAATTATATTAATCTATACTATTTATTTAGATTAATATATTT ATTAATTTAATATAATCTAAATAATTTTATAAATTTATATTTAATAAATTTTAAGTGACT ACTGTTGGCATGGGCTAGCCTGCAGTTTTCTGGCCCATGATGGTACTAAAGATGGCCCAA ATAGAAAATGTGTAAAAAATAATTCGTTCATTGTCATTTCAACACTCAACAGCACTAACT ATGTGATTTTATTGCCTTGTCACTGAAAATATTAAAAGATTAATTACGGAAATTTCACAT TTTAATTTATTATTATTTTTTATAAGTTTTACAAATTTTTAAATTTTTTTATTTTTGTGC ATTACATTAATGTATCTCGCGCATCAGATTGGCGTATCTCGCACATCAAATTAGTGTCTC ATGTACAAAATGTTCATCAGATTAGTATATCATGTATAAAATGTAATTAATCTTACTTAA TGATTAATATATCTTTCGCATTACATTAATGTATCAATTCTTATATTTTGTATCCGTTTT GAGGCTTTTTTGTAATTAGGGTAAAGGGTCTGATATATCCCTCGACTTTGCCATTTGGAT TTGCTAGTTATGAAAGTGACTCATATACCCTTACCGTTATACGAACGGCTCACATATACC TCTGCCTTTACAAAATGAGCTCACATATACCCTTCATTTAATGGAAGTTAAAAAATTGGT TTTAAATTTATATTTTTTACTTTTAATTTTTTTAAAAAAATTGATAGGTTTATATATGAT TCTTCCATCAAAGTTCAAGATATATATACATAAATTATTTTTCTTTTTGTTGTATTGTAA TTATTTGAGTTTCTTATTCTTGTTTTATTTTTTTTCTTTCATTCCTTAGTTTAAAGAAAA AAAATTAACTATTTTATTTGTCTATATTGTAATTTGATTTTGTATTTGAAGAAAAAATTT GGTCATCTACAATAAGTTTTACAAGAATATTAGTGAAACATACACAAGTTTGATTATCAA AATAATAATTCTAAATTAGTCATTAAAACAACAAAAGTCAAAAAAAATATTTGATGAGGA TTAAATTTTTCTCATATGGGATTATATTTTTATAAAATATAATAAAAAATTAGATTAATT TTTTTTTCATTTTCTTTAGTGGAAAAGGGTATATGTGAGTCATTTGTTTATAAGTAAGGT TATATATGAGTCACTTTCATAACAAGGTATATATCAGTTATAAATGACAGAGTTGAGGGG TATATCAGACCCTTTTTCACTTTAATTATAATTATAAATTTTTAAGGGAATAAATTATAA TTTTACCTTTAAAGCATATGATTTCTGTAATTTGTCTAATATTTAAATGGAAAATATTTT TTTTAAGAGATTAATAATACTCCATATGTGCCTATTATATTCATTACAATATTAATTCTG CACCTAATCATAATTTTTAAAGTTTGTGGCTTTATTTTCACATCGTTGCAAGTGATACTA ACTTGACGTACTAGAACATATATTTTTTTTTTAGAAAAAGAAAAAAGACTTCCACTCAAC TACTATATAAATCTTAAAAATTGCAACTATCAAACATTATAACAAAAAAACAGAAAAGAA AAAATAATAGAAGTTACACCTAAAATGTGCACTAAACTCCAAAAATGATATAGAGAAATA TATTAGAAACTATAAAAGTTATATCTACAAAAATCATGTGAATTTATGTTAATTCTTTTT TTTCCTAATCGTACAGTTGATATAGAATAATCACAATTTGTCAAATATTTAATAAAGATC AAAGATGTTCATATTTTACTAACTCAAATAATTAAAGTATTTGTTTTCTCAATCGTTGCT ATCATTTTTGATTATTTCTTTTCGGTGATTTTTTTTGTAATAAGCATGAATTAAACAATT GAAAGTTTGAGTGAAAAATATCATTTTATTTTATGTGGTGATTAGACATGATCACCTAAC AACTTTTTTTTAAATACTACGAAATAAATGGGAATCATGTTACATATTATATCTTTAATT AATAAAGGAATAATACATAAATACCTCTTCAACTTATGCTCGAAAATACACTTATACTAT ATTAATGTCATATTATTTCTGAACATATCTTATTAATAATTTTTTATTCCTTTTATTCTT TTAATCTACTTGACACTATCTTGTGGAGTCAATGTTGATTGACTTTTTTCTTCAAACTAA TGTTACGTAGATCGATAAAAATAAAAAATTACTTATAAAATAAATTCAAAAAATAATAAA ACCTTAATATAATATAAATATGTATCTAAATAGATGGAGTGAATATTTATACATTTTCCT ATTAAAATACGAATATTAAAGGATAGTCATGGGTGGCGTGTATGAGATATTTAAAAAAAA ATATTTTTGGTGGTTAGTGCTCATGTAGTCATGTGGATTTGTTATTTTATACATTACTTT AAAAAATAATATTTGCTTCTTTTGGAATGATCCTTCACAGAATATACTATTTTTGTGTCC TTTACTTTATATATTATACATATTTAAATAAATTAAAGCTCTCTAACTTGCACGGTGGAA TTAATTTATTTCTATTTGCATATTCAATATTCATTATTAAGATAAAGGTTATAAAAATAT TTTAATTTTGATCAAATTTATTATTGTGATACTAAATTTATATTAGGACCTATTATCTCA TTAGATTATCTAATATCGTATTTTAAATATATATATCGTATAAAATTATAAACAGTGACA TGTTCATGTGAACACATATATATCTTTAAAATATATTATTAAATAATTTAAGGGATAAAA AATACACTATTAATAATTCAGTAAAGTAATAAATCCTCATAAAAATTTAGTATATAAATT CTAACAAAATTGGAGTTCTTTTGGGACCATTATCCCTTCATTATTCATTCATGCATATTT GGGTTTTAGAATAAGGTGTTGCGTAAATTGAAAAGAAATGAAAGTAAATACAAAAATTTT GTCCCTCATTTATTTATATGAGGGAAAAAACCTCTTATACTTTTACTTCCTCTGTCCGAA TTTCGGATATTTTTTGGATTTCAAAATTAAATAATTTTTTTATCGTAAAATTTTCATGTA TGTTATAATTATTTTGAGTTGTTAATTATTGTGATTTATAATATTTTTTACGTAGTTTAT AATATATGTTTATTTTTAAAAAATAAAATTTCACGCATAAATTTTAATCAAACTTAAATT ACTTGACTCTATAAAAGATAGTATATAATTAGAAAAAAAAATATATAGAACTACTAATTT TTTTTATAAAAATTGAGAAAAGGCTTCCAAGGGACATGAATTATTTAAATAAGATTTGAT AGGGTGGAGGATTAAAGAAGTCTATCTAGTGAAAAGTTCAATGAAAACTTTGCCTAAATT ATTATTTTTCTAACGAATACCGAGTACATATATGTATATCAAATCTTAAAATAATACGCA TTTATAGTGCGTAACATGCTATTTGTAGTAAATAATTCCTCTTTGCAATTTTTAGAGCAA GAAATTATTCGCCAAATTAATAGTTATAATAATTATTAAGTGAACCAGATTTTGACACGC CCTATTAGTATATTAAGAACTACTTAATTAGATCTATAAATATTAGTATCTAATTTTTTA ATTGTACATTAAATCGTGAGTCTGTCTACTCCCTTTTACTCCATTTTACTTGCCATTTCG CCTTTTTCATACTCTCATAATAAGAAAATACAAATAAAATTATTATTTTTGAAATATTGA TTATAAAATTCTTTATTTTTAATTTTTCGCTGAATGTTTGGAGCTGATATTGAAGCCTCA ACCGAGTCCTTTTAAAATAGGGTAATTTTCACATATAGCAAATTTAAAATTCATATTTGT ATTCTATAACAAAGTTTGCATAATTGCACTCCATAGCAAACACATAAATGTATAATTCGC TGTACATATACAATTGAAGTGAATTGTATAAAACGAGAAAGAGAAAGAGACTTAAGCAGA TAATTGTATAAAAACGAAGTGTATAAAATGAATTGTATTATTATAAGTGTATAGAACGAT CATATCCAAGTTGAATTTGTATAAAATGAGAAAGATAAAAAGACAAAAGAGATTTGGGCA GGGAATATACGGTTGTATAAAATTGTATAAAATGAGAAAGAGAGAAATTATATAGAATTT GAACTTTTATAAAACGAGAAAAAGAGAAAGGCAAAAGAAACAGGGGAGTATTTTTATTGT ATAATTATAAGTGTATAGGACGAAAATATATGTATTTGCATGTGTATATATAATTTTCTC CCGCTTTATACAAAAAGAAACACAATTTATACATTTCACTTCTGTTTGTATAATCGAGAG AGGCGAGAGAGATTAGGAATAGTGGCGAGCGAGATATGAGAGAGGGGACAAAGGAGACAA AAATATATGTATGTATACAATTTGTTTTGCTTTATACAAATAGAAACAGATTTTATACAC TTGCATTTGTATAAAAGTGAGAGAAAGTGAGCGAGAGAGGTGAATGGCGAGCGAGAGTTT GAGGGAGAGAGATGAGTGACAAACAGTTTACTACGAGACACAATTAAATTAAAGGATGAT TATAGCAATTAATTTGATTCATTAATTTGCCATTATATATAATTTTCCTTCAAAATATTG TATCTTCATATTTATTATATTATAATTAAATAAATTTTAAAATAATGGATATTTTGAATG CGTACCATGCTACTTGTTTTAAAACAAACTCTTATTGAAAAATTTAAAACAAAGATATTG TTATATTTTCAATTAAAATAGACAATTATTTAATCAAGTGATCCAAATTTGACACGCTTT ATTAATTTATTAAGAACTACAACTACTTTTTAAGCTATATACAATGAACAATCTTACATC TATAAATATGATAATCTAAAATTTAATTAGTTTGACCTTCTACACCACTTATTAAAGAAG ATGGAGTAGGATAAAGATTCTCATTAGCCATATAATTCTTAATTGTACATTTTAAATTGC GTATCTTGTCATTTTAATTGTTTTATTTTATAAAAAGAAAGAAAGAAAAGGGGCAAAAGT AAACTCCTTGGCATTATCATAATATATATAAAATATTAAATTTTGAAAAATAATTTAAAA TAAATAGTTAATATTTAAAAGTAGTACGGGTTGTTTATCCAAATAGCAAAAAATATGGAT ACAACAAGTGAATGTTTTTTTATTAAACCAAAAAAAAAACAAACAAAGTTTTGAAAATCA GTTCTTTGGCCCTGAAAATTTAAAAGTGTAATTCAAATTTAAAAATCAATTTATAACTTA TTCTCTAACTTTTAAAATAATTTACAGTACATTTAATTATAAATATTATTTTACATATCG TAAAAGTATATCAATTAACATTAATATTAATATTATTGGACTCGTACATATATATATAAC ATGAATTATCACCGCTATTTATTATTTTATATTTATAAGGAGTAAGTAGGAGCCAATCGG AGAAAATTGCACAAATAGAATATCATAAAGGATGATTTTTTTTTTTAATTTTTGCTTACA ATTTTTTCTAAAAATCTTTTAACTTTTAAAAAACTCGTTACTTATCAAGCATAATATAGC AATTCGTGTTTTCAATTTAAAAAATGTAAATATATACTTATTTATTGGATTAAGAATGAT TCTTTACAAAGTAGAGGGAAAAAAAAACAAAGATTAATACTAACAATTTTTAACAAAAAA ATCGTAACTTATAACTAAGGTAATACCTTAGAGATTGAACGAATCAAAGTTTTATTCATC TTAGTTAGTAGTCAATTGAGTAAGTTTATTAAACTAATTAGAAGTATTTCAAACTTTTAT CTCATATACAGAATAAATTTAAACACGAAAAAAAATAATTCAGCCTATACAATTTTCAAA AGTTATTTAAAAAATATATATGTCGTGCAAGGTAAATTAGAAGTAATTAATAGCCATTAT ATTAAAATTCCAAATTTTCTTATTGACGCTTCTTCTAGTACTAGTATACTTTTTTGCAAA TTATTTGATAAAGATATTCCTAGTATACAGGGTAAAACAAAAAATATAATAAATTGTTTC AAAATATATTATTAAATAATTTGATTGCGTAAATAATTTTCGCACCGTGCAATTTAACAT ATAAGTTGACTATTACAAATTGTTTTAAACTATTGAAGAATATTATAAAATTAAGTTGTC CTGTACCATTAATCATAAATCTGTATTATATTGTACATTCAATAATCAAGCATAATAGAA AATTGATTTACCTATTATTATTTTTTTCGAAAAACATGGTGCATGCATCAATGTTAAGTA CAGCTGTGTAAATCTCCATTTTTTATAATTTAATTTTAATAAAATATGAAAACTTCATGG ACAAAGACCAATTATAATACGTTGAAAATTAGAATAAAGAATAACGTGGGCAATTGTCTA CGAATCTTTATATAAATGAAGCGAGCTTAAGCTTTAATTTCATTTAATTCCTTCTGTAGT TCTTATTTCTCTCATAATTTTGCCTTCGTCTTCTCAGCACCAATCTCTCAATTAATTATT TTGATAAAATATAGGTCTATTTGATTTTCTGAGTTACGTTGAAAGCCTCATCACCTCCCT CAATTTTTCTTTTATTTATGCGTTTTAACTTTGAGTTGCATTGAATTAAGTTAGATCGAA TGGAGAGGGATTTCACGGGGTTGACAGTAAAACAAGAAGTCCTTGAAGAACCGGCCACGG ATCCAGCTGGTATGTATATACTCCCTCCATTTTAATTTTGATTTTTTACTTAATATGTTG AAGACTATAAAAATATCGAAGACTCTTTATATCTTTAGTCTAATATCATAAAATTCAAAA ATATTTTGTAATACTTGAAACTTCGTATCAAGTCAAAAACAGCAGTGTTATCATTTCTGC TCCTTCATTTATTTTTATGATGTTTGTTGTGTAAGCTTGTGAATACTATGGTTTTAGTGT ATTATTAGAACGTTGGATTCCTTTTAACGTGATTTGCTTTTGCATTTTGGCTGAGTTGGA TATAGTACATTAGCAACATGCACCTATGATCTACCTTCTCTTTATTTTTATTATTATTAG TCTATATAGTTAGCTAATACAAAATTATTATAAAATTTAAGTTATATCATACATATATGT AGTGCATTTTAATGATTGCTATAACTAAGTTAATCTGTTTAAACTATAGGAGATTACAGA TTATCTCTTTTTCGTATAATTATTCATGAGTAAATGCCATTTTTTTTAGTAACTTATGAC CTTTATTTCATTTTTCTTAACAAATTAAAACTTTTACGAGGAAACGTTAGATAACAATTT AATGTTTGCTCATAAGGTTGAAAACTAGGAGTCTTACAAGAAAGAGTCATTTCCAAAGGC TATCTATATATTTAGCATAACTTATAAAAATAACGACATAATCTAAATAATGAAGGAAAA GTAATAATTAAGTAAATCAACTTTTAATCTGTTATATAGTTAATAGTATCATATGATAAA TTATTTATAATTATTATCCTATAAGAAATAATTGATAATATTATTATATTAATATTTCCC GTGCGTAAAACCTAAACTTATATTCTTATATTAAAGAGACGTGTTGATGAGCAGCAATAG CATAAAGTCGCCTAATATTGTACATATTTTTTGTTTTTCAAAGTCAATCAGTTTAAGTTT GATCATAAATTATTACAATAATTGATAATTCAAGATACTTGAAAAATTTATAACAAAAAT ATGATCAAAGATAGACTTTTTGGAATCTCGAAATCCAAAAAAATACCACATAAAATGAGA CAAAGTGTGTAATCAAATAAATGAGGAACTTTCACATATAGCAACTCAAAAGTAAGCTAA CTATTCTCCATAGTTATAGTTTGATAATTGCAATTCGTAGCTACACGTTGTAGGGAGGAG AGAGGCGAGCGAGACTGGGAGAGAGAGGAGAGAGACGAGCGAGAGATGACAGAGAGTGGA AGTGGAGAATTGTATATGTATATGTATATCAATTAGATAATTGTATATTATACATATATA TTCATATATATGGCAAGTGAGATTAAGAGAGGGAGGAGAGATACGAGCGAGATTGGAAGA GGAGGAGAGAGGCTAACGAGCAGAGGCAGAGCCGGAAATTTGGATAAGCGGGTTCAAAAT CTGAAGAAATAGACATACAAAATAGCCGAAAGGGGTTCCACATCTACTATATATACCTAA AAAAATTAATTTTAACCATATAAAAATGATATAATTTTCTGCCGAATGAGGCCCTAAATA TACTGTGGCTCCGCCACTGCCAACGAGAGAGGGCAGAGAGTGGGAGAGAGGTGAATTATA TATGTATATCGGTTAGATAATTGTATATTATACCTATGTGTTTGTATATTCTGGCGAATT ATATATATACAAACGTGACTAATTATACAATCTCGAAATCAATCCACGTAATTAATGTAT AATGTTAGTTGCGAATAGTAATTATAACTACGATAAGTAATTAAATAGAATAAATTTAGT TAATCATCTATTTTTTCCTAACATGAATTAGCAATAAACAACAATTAAGCAATAACAATA AACAATTACGTCTTGGCCACCACTAGATTTAGAATGCAGAACAAACACATAAAATATATT AATATCACTGTTTTGACCAGATCTTGCTTTAATTATAATTTATTATCTCCCATCAGATGC ACTTAACAGGCTAATTTTAAAATCCACAGACATGTTCACCCCCTCTTCTTCAGCTATACG TTTGACTAATATTATAAGAAAATATAGAATTAGAGCAAGATGTGGTCAATAATTGGTATC CATCTCACTAATTTCACATTGTGATATGGTATCACACAGTCAAATATCTACTAAATTTAA TATTTTAAAGTGTACTTTGTTAACACTGTCATTTTAGATATTAATACACTGGTGAATAAG ATCGTCCAATCCTAAAAGAATACATTCTATTAGCCTCGGGTACTTGAGAGAAATAATTTC CTTAAAAACATATTATGTATATATTCAATTAACTGCTTTTTTTATTTGAGAAAAATGTTA TCTATTATTTCTATTTGTTTCAAATCCTCTATTTATTTCTTCACTAATTTTAAGGTTTTC ACTTTGTAAGTATTGTTTATACGTTATTATTTCTTATCAAGTTCTTCAAAACTATTATTC TGAATATCTTAGAAATACAGGATCAACAAGTTCGGTAATGCATTGGTCATATTCTAACAA GGCTCATCCTCAATACCACCTTTCTTTGAAGGACCAAGAGAATATTATTATTAATAATAA TAATAATAATAAGCCTAAGATTGGTTTCGAATCTCTTGCATCAGCTGGATTAGTGACGAT AACCACAACTACTGAACTATTTGACACAATTCATAGACCATATACTACTCAATTTGGTGC ACATCATGTCCCAACACGCAATGGTGTTGTGGGCACCACTGAATTGAGGTACGTTACGCA AATTCAATTTACGAAATTATCAACCGTTTCATTTTATATAACACAATAATTATAACATAC TTTTTTTTATAGTCGTAATTGGAAAATGTATGTACTGCAGGGGTACACCTAGACCATCAC CAGGACCTGCTCAATTGACCATGTTTTACGCTGGTTCTGTCTGTGTTTACGATAATATTT CACCAGAGAAGGTATATCCTATCGACTTGACACAAATCAATCAATTTTTATTTTGTTTGA TTTTAATCAGAAATTAATTATTCTTCGATCGATATTTCAATTTCAGGCTCAAGCTATTAT GTTACTTGCTGGAAATACACCAATTAGTACAACAATTCGAAATTCTCCTTCTCTTGATCA TCATCATCATCATCATCATAATAATAATAATAATAATAATAATAATAGTACAAATGAAAC AACAATTATCAGATCAATCGGAGTCCTAAAATCCCATGAGCTATCGAAAATTGTTACTTC TCAAGAATCTCGTCAACCTCCCAATCATAACTTATCAGGTACGTACGTATCTACATCTAA TTTTGGCGTGGTTTATGAGGTAAAAGATTTTTTCGAGCACAATATTGATAGCCTTTTTGT TTATTTTGTACAGCTGTTCCTCAGGCTCGCAAGGCATCCTTGGCTAGGTTCTTGGAGAGA CGCAAGGAAAGGTTAGAGTTTTAAGTTTTATATACTGACGTGTCAATAATATTCAAAACT ATAGCGGTAGCATCAAAAAGTGCTCTTTTTAATCGCTGTGGTATCTGATAAAACATATTT CAGGGTAGTGAGTGCATCACCATATGGAAATGGCAAGCAAAGCTCACAACATATGATGAA CTTTACAATAAATTCCTCAGGCTCAAGTACTTCACTTCCTGCTGCAAATTAGTGTATGAA TTATTGAAGACCATGCATGACAAAATAGTTAATGTTGAAGATTGTAGTAATATTACATTG TAATTCTCTTTTATTTTACCTTCATGTATACTTTAATTAATTATCGCTTAGATATGACAT TGATTATTAATTATTATAGATATTTTTGTCCTTGTAATTGTGATAGGTAGGAAGCCAATT TCATCCGAAAATACTATAGGTGTTTAAAGAAGTTTCTTTTTTTTTTCTCTTTCAAAGTTA TGTTAATTGTTCTTTATATTTGTTGTAGCAATTTAATTACTATTTTTATCCGATTATCAA TTAATACTTATCAAGAAATTCACTTGTAATAATGAGTGATCTGATTATTAATCATCTCCC ATAACAAGTAATGTTCGTTTTCTTTCTATAATTACCACTCACGACTAATATTATACATTA ATCATGTGTGTTAACTTCAACTTTATATAATTTGCCAGAATATACAAATATATATGTATA ACATACAATTATCTAATCAATATACATATACATTTCACCTCTCTCCCACTCTCTGCCCTA TCTTGCTCGCCTCTCTCCTCCCTCTCCCAATTTCGCTTGTCTCTCTCCTCTCTAACACAT GTATGTAGAGTTATTCTATTTTAATCATTAAAAATGAGATTACGAAGAAAAAAAATGTTT CCTACTTATTTATTAGTTAAAGTAATTTTCAACAACAAAAAAAAACAATTCTCTAAATTA AAAGGAATATTTTTATGAAAATGCGTTCGTAGTAATCACGTTATTAATTTTCATTTTGAT AACAATAATTTTGTTAATACAATAACAACACACCAGTGATATCAATAGAAAATATTTTAT TCTTTAATACTTTTCGAATTGAAATAGGATAAATACTTTTTACTTAAAAAAAATATAAAT CTTCATTAGAAAATAATGTATTTTATATATATAAGAAAAACATGATTTGACACACTGAGT AACATAAGAGAATTTTTGGATCAAACTATTGACGGCAAAAGTATTTATGAACCAAATTGT CGATTAAGAATATTTTTTCATTTCACATAGTTTAAAAATATTCTTTTTATCCTTTCTCTT TGTTTTAATAAACTCAGTCATCAACAAGGATTATCGTAGAGTAACAAATACTCCTTTATC TTTAATCAGAGGTCTCGCTGTGTCGAATCCTCTGAGTGCAGAAAAACACATTACACCCGA TATAAGATATTCTAACATAAATTTAAATTTAATCAAACTTTAATACGAATATCAAATACC AAATAAAAAATAAATAAAGTCATTCAGGTCATGTAATATATCTTAGAAAATCACTCCGGA AAGTGCATGGAAATTCTTATTGGCATTTTATATTCTAATTTTTGATTTGGTTGGTGATAT TTCCATGATAACTGCCATCAATAAAATGGTTTGACTTGGACGGCAAGACTTTATTTTATA ATATATAATATAAATACAGAAATTAAAATAATGTAAATATTATTTTGTCGATATATTAGT GGAATTTATGTTAGGTCTATTTCCCTTTGATCACTCCCAAAAATGCGTTTCTGCCATAAA TGGTATCTCCCTCTTCTGTCATACTAAGAATATTATTTGTACGCTCTTTCATTTTAGGTA TTCCTTTAGTAATTTAGAAATTAGTATCTCACAAAAACTTATATCTTGAAAATTCTATAT TAAAGTCAACAATTATTTCTTTCTCCATATGGAATATTTTAAAAATACTTTTTAATACGG GCTTGAGTCTCAAAAGCCATCTACAAATAGGAGTAACTTAGCCATCTACAAATAGGAGTA ACTTATTATATTGTACTTTATTTTTCTCGATGAAAAAAAAACTAAATCGACAATTAAAAT AGGAATGTAGAGGTATTATTGGTTTTTTTTGTCTTTATTATTATATATACATATATTAAA ACTTAGAATCAATTTTTTTTAATTTTAATATTAAAAAATATTTATTTTCTTTTTGAATAA AATATTTATGACTATTTGTTATAGGGTTGTACCAACCAACTTGAAAATACGTATATTAAT GTTTAGAAGTAGATTATTGATATAGTTTATTATTGCACGAAGCATGAGTTATATATATGT ATATGACCGTGGTCTATTATAATCCATCATAATTTTTGTTCGTTTTGTTAATTCTACGAT CAATGTCGAGCTGGATTGTAATCCAGGATACCACTAAGATTGACAAATAAAACTATACAT ATTCCTTTTTGGACTTATTCTAGGAATTTTCTCCTATATATCATTCTACTATTTTTTGTT CAAAGTATAGTATTATATGCTTCATCAAGTAGTTTTGAGTTTTGACCAAATCGTTGTGTT TAAAATCAGATCAAATTGTCAAGTTAAATATTTTGAGGTAATTTACGTTTTGATTGATCA ACTTGCGATGTTGGTGTGGTTCAATTAGATAACAATCTCCACGTAAAATTATAGAGTTTG TTATTTGATTGAGCCGTGCCAATATCACATGTAAAGAAAATAACATCCCTCTTTATATGA TAACCTTTTTATATATAACATTTTAAATTTTTACCTCTTTCTTTGTTCTTACGTGGTTTG TTAAAAGGTTGGATTAAGATATGCTTGTTTTGGATGTACCTATTAGAGCTGTCAATATGG GCTAGCACATCCCATTTGGGTTAACTCATACAAGCTTTAATATTTTACGGGTCAGGTCCG GCCAATCCATTTTTGGTGTGGCCCCAGCCCACAAGTACGTGAGCTACAGGCTTACCGAGC CAGCCCACTTTTTAAAAAATTATATATATATTTAATTATTAATTTAAATTATAAATTATA ATTTATATATATTATCATAAATATCGACAAAACAATATTACATGATGTTGATGTTATTAC TTGTTAATCAAATTCACAAATAAAATTGTCTTTATAAAATATTTATTAAGTTAAGTTACC ATTTTAAAAAATAACAAAAAACTATTAAGTTTTTTTAAGTATAAACATCTAAATAGAAAT ATTAACTTAATTGTTTTGAGTTTGGACTCTCATCAATTTTAAATTTTAATATTATCTTAT ATTTTTTAATCAAATTTTATTGGCCCACGGACCGGTCCTACCGATATTTCTCAAGCCCCT CAAATCAACAGACTTATTCAGGCCGGGCTAAAAAGCCCTTTTCTTGAATGAGCTCCAAAA ATTTTAGCCCAGCCCTACTAAGTCCCAGGTTAGGCCTGATTGGCCCAAGGGCCTAGCCCA TATTGACGGCTTTAGTACCTATGTAGATATGACCTAAGAGATGTATATGTGATATATGCA CAAAAAAATACTTATTTTTATTAAATATTCATAAAATCTATTTATATTAGATCAACGTAA TTTCATCGAGCCGTCTTGATTAAGGATATATAACAGATATTATTAGATTCATTTTCCCAC GCCGTTACTAATATTACTTGCGTTTCATGTATCTTGATTAGTCAATGTGGTAAAAATGTT AATTTCAAGCTATTGATCGTACTTCTATAGTATAATATGTTATTCATTTTATTTAGACGA ATTGTAGCTTGTGTTGATTGACTATCTGAATACACGGTAGAATGTTATTATTAGACTTTT TTTTTTCTTTTTTACAAAAAGCATTAAAAAGTATTTACGTGTGTGTCTTCTTAAATCCCA TATTAAGCAAACAAGTCCATTAAGTAATAAATGATACTCCTTTCATTTCGTATTAATTCA ATTTTCGAGGTATTTTTCAGTTTTCAAATTAATTTAATTGTTCAGTTTTCAAAATTATTT TTAGAGCGTTCATTCAATTTTATTCTTCATTAGCTAGTATTGAAATTAGTGATTAACTAA TATTTAGTAATTTTAATAATAAATTTGATAATAATTAAATAAGTAAAAATGAAAAATAGG TTCAATTTATATCTTAATTTGAAAAGGATGTGAAACCCCTCAAAAATAATTAAGTTAATA TAGAATAGTGGGAGTAATTAATATCAATGCATTAAGCCATTAAAACCTAATGCCTATTCC TATATAAATCATAAATTCTTGCCTATACGATAATAGAAACACTTTATCATGTGTTTTATT AAATATGTCATAATTTAAATTATTAAATTAAATTTATTAGTAATATTAAAAAGTTGTCCA TTTTTTTTTTAGCCATATAAATCAACTACATGCATAAATACACACACAAATGAACGTGAA TTGCTCAAAGACATTTTTAAAAAAAAAGGAAAATGTTGAATGCCCCTCTCATTAGAACCC TAAAATGGAGTTAGTAATATTTGAGTGAGAGTGTCATGTATGAGAGCTCTTCTATAGGGG AGCGATCTCAATTTTTTTTTCCAAGTTGAGTAAGAAGAACCAACCTTTCTTCAATTTTAA TTCAGTCACGTATCATAGTCTGCTTCGTCTATTTATCAGGCGCAAATTTCACCTCATACA AGATGATCTTGTTCAATGAGGTTTAACTCAATTTTTTCCCCTTCTAGATGTTTTTTAATT CAATAATATCATCCATCTTTTTAGGAATAATAATAATAACTATAAATAGAAAAAAACTCA CGATAGATAAGTGTTATAAATATTGCTAAAATCATTTGCCTAATGGACAAGAATTAAACA CTTATAAATATATAATTAAGAACCACAATTCCTATTAACAACATATTTTCGAACTTGTTG CCTTGCCTTGCCTTAAATTTCATCATTTTCCCCCTCATTTGCATGTAAAACTCCATATCC CCCAAGAAATACACAAAATAGGCATTACCTTAACAATATCCTCTCCTAATTAGGCAGGGC TAAGCTCCTTTATTAAGAAGATCATTCAAATGTAAGTATCAATTATCAACTTTAATTTAT AAATGAAAATATAATTTTTTTTTCTTCCATATTCTTCAAATGATTGAAATTAAATTTCTA TTCTTTTTCTCTACATTTTGTCAAAACTTTTTCTTACGATTGGAATTAGATCTAAGTCAA TTTCAATAACAAATTGGATTGGCTTCTTTCTTTTACGTGATTTGTCAATCCTGATAAACA GTGGCGAAATAAAAAAATTTAATGATCAAATTCAAAAGAGTTTTAAAATGTCACACATGG AATTCTTTTATAATTTTTTAAATTTATGCAATATATATTTTAAATCCCCCTTACTTTGTA TTTGCGTGTTAAATTCAAAATCCAAAAATATAAAAGAATCTAAATTTCAAATCATAAATT TTAAATTCTAACGGAGACTCAACTGATATATCTATAAAATCCTTCAATTCATACTCCTAA AATACCTAAATTGTGACTATTTTTTTTCTTTCTAATATATATACTTGTTTTCCCATTTTT TCAGATTGACTAGAGGAAGACTTTCACTTGGCGGGGAAGGTGTTAAGGAAAAAAAAAACA TAAAAAAAAAATAAATTCTTTTTCTTATTAATTAAGTAACTGCTCTATTACTGTAATCAA TAAGTTTTTTTTTTTTTTTGAAAAAAAAAATATAAAGAGGGGAGTTTATATTTTGTTTAA AGCAGCCGAGGAAGGAAGAATATAGGAAAATCCTTAATGGACAATCTTTTTGGTCTTTTA AGAATCAAAATTAAGAGAGGTATAAACCTCGCTGTACGTGATGTCCGCAGCAGTGATCCT TATGTTGTTGTCAAAATGGGTAATCAGGTACGAAAAAATTATATTATTTATATATGATTA ATTTTTTATTTATTTATTACTTTAAAATTTAAATCTCTTATTAAAATTTTGAGTCCGTTA CTGGCTCATTCCCAATTAGTTTGGGATTGATTGTCTTAATGTTTGCTTGCATTTGGTTGT TTCCAAGATTGAATTTTGTTTCCCCTTTTGTCCTATTTTTTAAATCTCAATATGTGTATT TTTTGTATTTCTTGGGATGTTGGGTTGGCTTAGTTTCTTCTGGATATGATTGTTGAATTC TGTAGTGTTTACATATTTCTATCCACCAATAGGGTGTGTTAGGTATGAAAGGAAACTGTT TTCTTGAAAATCGTTATTCATAACACGTTCCTACTCATTTTCTTGCGTACCTAATGAGGT GTACTGTTGGAGGGTGGGGCGGACACAATCAATGTGGTTTATCATTTAAGTAGAGCTTGT TTTCCCTCATTTCTGAGGAACTTGTTTTCCTGGAGAACATATTTTTCTAGATATTTGACC CAATCGAACATGGAAAAATTGAAAAAATAGAACACGTCCTAATTAGTTTTTGAAATGCTA AGCTTTACTTTTTACTCTAGGCTCTTGATAATGTATCTTGAGATTAAATTGCAATTTTTT TCTCCTGTTCTGTATAGTCTTTATTGATCACTTGTGCAGAAACTGAAGACGCGAGTTATA AAGAAGGATGTTAATCCTGAATGGAATGAATATCTTACCCTTTCTGTATCAGATGCAAAT CTTCCTGTGAAGCTGGTAAAGTTCATTAGTTGCTGATACAATCCTTTACCTACGCGCGTG CAAATGTATTGTCCTGATTATGCATTCATGTTTGTTTGCTTTTAGACTGTATACGATCAC GATAGGTTCAGCATGGATGACAAAATGGGAGATGCAGAATTTGATATCAAACCATTTTTA GATGCTTTGAAAATGAATTTAGATTCTCTCCCATGTGGCACAGTGATCACAAGAGAAACG CCGTGCAGGACAAACTGTCTGTCTGAAGAGAGCAAAGTGACATGGCAAGACAACCAAGTT GTGCAAGATTTGTGCCTCAGATTGAGAAATGTGGAGTGTGGAGAGGTAGAACTTCAACTT CAGTGGATCAATATTCCTGGAAGCAAACGTTTATAGAGATTTATCTCTTCTGTTGTTTAT TCTAACCTGATTTGCCCCTATATATAGGCCAGAATTGATAAATATGCCTTTGTACAACAC AAGGTCTGCACTCTGCAGCTTAGTAAAATCTGATTTCAAACATTCTATATATATATACTC TGTTTGCTGAATATGGAGCTACAGATGATATATACTTCTTATACAAAGTTAGCATGCTAG GTCATTCTTAAACAAAACTTCATCATATATATTGTTATTTACAAAACAGATAAGTTATTG TCAAAGGATTAGAGGCATTTACATTCTATAACACTAATAATCTGCGGTTGTGGAAGGTTA CTGGACTCTCTGAAAATATTGAGATTCTCTAAAAGTAATGCGGTTTTAGAGTATTCGATA TGAATGCACAACATTTTTTATAGCCAGATTCTGTTGATTGGACTAAACCAAATATAGTTA AACTTTTCCATAACGGCATTTAACCAGGCCATATTTCCTTCGGAACCAACTTTTGATAAA TATTACAATTTTATGTTCTCTAAAACATATTTCGTTATATGAGGAAAAAAAAAAAAATCA AACCTAAGCATCAATTATTGAACCCATGCATTTAGATGTAGGCCACAATATTTTTATAAC CAAACACCGCCAAAAAGCTGCTTTAATATGACTTTTACATACAACACTTTGTAAATAAAG AATAACAAAAATAAAGTTCCACTATCGCTGGTTTAATGAGATGGATGGACTTTTTATAAG GTTCGAACAATTTTTCTCCTTTTGAGCTAATTTTTGAGGTGTGAGTTAAGCCTAAAACTT AATTTCACATGATATCAGAGCAGGATCCGTCTCATCCGATATTGGGACAGATTTGACCAA TCCGCCTCCATTATTTGGACAATCCTCCACCCATGTGAATTAGGACTAAAACCTAATTTC ATATATATATATATATATGTTAAAAAAGTGAGACAATGAACAGTTTATGGTAGATGAATG TCACGTTAAGTGAATATAGAGTAGTTATAATATAAGGGTGGATGTGGATCTGTAAATTCA ATAACTTTTACTCAGAAACAATACATATGTATCTATTAAGGGAGAGCGGTATTTGAATTA AACCGAAAATCAAACTAAAATAAATCAAATTTTAATTTGGATTGGTTTTTTGAATTTTTG ATTTGGTTTTGGATTAATAATTTATTTTGTTTTATTTTTTTGTTTGGATTCGATTTTAGA AAAATGAAAACTGAAAAATCGAATCATATATATATATATTAAGTTGGCGTTAACCCCTTT TGTCTCTTTTTAGTTATTTTCATTATGATTTAGTTTATTTTCTAATATTTGAACATCTAT AATTGATACTTTTAGGTATTGTGTTTTACGTTTTACTTGTGATTTATATTTTAAAGTATA TTTAAGAAACTCAATCTTATATATATATAATTTCTTAAATTGCAAATAATTTTTTTTATT ATGTTTCTAATTATTCACATAACTGATTAACCAAACAGAAAAAATTTAAACCAAAAAGAA AAAAATCAAATTAAATCGAATTTATTTTGATCTGAATCGAATTACACTTCTTCAAAATCA AAAATTAAAAATACAAATCAAATAATATAAAATCAAATCGAAAAATCAAATGCACGATCC TAGTATCTATAGTAAAAAAATGTATTCAATATATGTGACTATTTGTTTATGAAATCAATT ACTCGTACTAGCTAGAAATATTCATAGAAACTTTAAATTTTAGATTGTTTTATAAGGGCA GAGATTATGTATATAGTAATTAAAGAGATTCGCAAAATCGTGTATAATATAATAAAATAA TTTATGTCGAAAGGGTTGGTTTCTTGGATCCATCCAAACGTCTCTTATGGCTCTGCACGG CCTTACACATCTGGGAAGGGCTTAGCAGATTATAATAATATAATATATAAAAGCAGAATA TTCCCAAAAGATAAATAAAAACGAGGAAGAAAAATATACTAGTTTTCTTGGATCTTGTTT TGTTGTTTGTGAAATTTTTATCTTTTTAATGTTCAAAAACATGAATAATCAAGGGTGTGA GTGAATAACTAATTATGTATTTGAGAAAATTTTAGAAATAACGAATATAATAAGGTTTTA TAACTATATTTTGATAATTATGTTTTATACTTATATTTCGATTTGTTATGGAGGTTGCAG TGGTATATTTCGCTTGTCAATATATGAATAGAATAGTTTATTATGATTTTTTTTTATAGA TCTTATTTGTTAGGATAAACACATACAAAATTTTAAATTGATACAATTAATAATCGAATT ATGTAATTTAGGCGAATGGAAAAATTATAAAAATCGTATCCATAAATTGTAATTTTAAAA AAATGATAGCTATATTGGGCTAATATAGGCTAAATACTTGCTATTCTACTTATGTTTGGA TAATTGGATCTAAAAAGAAGTTAATAATGTTTCTCTTTTATATATTAAAAAATATAGTAT GAGTATATGGCACTCTGGAATACCTGTTATTTTACCCACGTTTATTTATTTAAACTGCTA TTTAGATTTTCATTTATTTTTAATCATAATTTTTTTTTTCTAGACTAAGGGCCCGTTTGG CCATAAATTTTACAAGTAAAATTTGGAAAAAAATTTGGTAAATTTTGTTTGTCCATACAC TTTTTTATTATTTGGCAATTTTTTTGGGTAAATTTTCCAAATTCCCAAATACTAGAAAAA ATTAGTATTTGGGCCAAATTTCATTATTTGAAAAGTTTTAGAAATTCAATTTTTACCCTT AACTTTTTATTTTATAAAAATAATATATTTATTGACACCAATCAATTCAATTAGCTCCCC ATCTGCCAACATTATTTAGTCTTAATGAACTAGCTACTAAATAAAACATGAATTGCATTT ATTTTATTTTGGCAGATAAATATTACGTTGTTGATGTTGGTCTACAAAACACAAGAGGAT TTTTAGCTCCATTCAAAGGAATGCACTATCATTTGCAGGACTACCGAGGAAGTGAAAGAG AGCATAAGAATGGAAAAGAGCTATTTAACTATAGACATGCTTCTCTGCACAATGTAATTG AAAGAACTTTTGATGCGTGGAAAAGTAGATTCAGAATACTAAGACAAGGCATGAACAACT ATGAATGTGACATGCAAGTGAAAATAGTAATTGCTTGCGCTGTATGGCATAATTTTTTAC GTGAACACCAAAGTAATGATGTAATATTCAATGAATATGAAAATGATGATATGGTTGTTA ATGAAAGTGACGAACTATTGGCTCAGGGTAACAACATCGCTTCATCTTCTCGATCATCTG ATTCGGAAATGCAAGCTCATCGAGAAGAGATTGTTTATAAAATGTGAGAAGATTATATTA AAGAATAGGTTGATTGTAATGATTCTTGTTGATTTGTTGCGGAAGTCATAAATTTTGTTA CATGAGATTTCTATTGTGCTATGTAATACAAATTTATGGTTAGTTTGATAGTTTAAAAAC TTATGGGTATAAATCATATTTCTTAAAAAAATGAAATATGTTTCTCAAATTCTATGGCCA AACACATGGTAAAATTTCACCCAAATTTTCATCCAAATAATATTAAAATATTTGAATATC TATGACCAAACGCTAGCTAAGAACCTTGTTGAATGCCTTGAATCGGACCCGCTACAAACA GAAAGGACGGGGGTCTCGCTGCCCGGTCAGCGAGTCGGGGGGTCCAGGGGGGCGACGCGC CCCCTGGCCTGGGGGTCCCTCTCTTCCCGTGGACGTAGCCAATTTATTGGTGAACCACGT AAATCTGTTGTCTTGTTTTTCGCGTTTATATATTTTCTCGTATTATCTCAAATTCCGCAC AACAAATTGGTATCAGAGCCTCTCGGTTAATCGGTGTTCTTGGAGAATTCGAGATGTCTG CTTTGAACGTGAAAATCGACAAATTCACAGGGAGGAACAGTTTCAGTTTATGGCAGATCA AGATGCGGGCTTTGTTGAAACAGCAAGGCTTCTGGGCGCCGTTGTCGAAAGACAAGAACG CCGTCGTTACTCCTGAGATGGCGATTCTGGAGGAAAAGGCGCACTCGACGATCATGCTGT GTCTCGCGGATGACGTCATCACGGAGGTCTCGGATGAAGAGACTGCTGCTGGTCTGTGGT TGAAGCTGGAGAGTTTGTACATGACAAAATCTCTAACCAACAAGCTGCTTCTGAAACAAC GTCTATTCGGTTTACGAATGGCTGAAGGTACACAACTCAGGGAACACTTAGAGCAATTGA ATACTTTGTTATTAGAATTGCGTAATATCGATGTGAAGATCGAGGATGAAGATGCTGCCC TGATTCTGTTAGTATCTCTCCCAATGTCGTTTGAGAATTTTGTTCAATCGTTCATTGTTG GGAAAGATACTGTGTCACTGGAAGAAGTCAGATCGGCCCTTCATAGCAGGGAATTACGGC ATAAGGCTAACGGCACAAGTACGGACATACAGCCTTCCGGTCTGTTCACCAGTAGCGGAA AGGGAAGGAAAAACGGCGGAAAGAAAAATAAGGCGATGTCGAAGGGTGCAAAGCCGGATG ATGTTTGTAATTACTGCAAGGAGAAGGGACATTGGAAATTTGATTGTCCGAAGAAGAAGA AGCAATCGGAAAAACAATCAGTGTCTGCTGCTGTTGCTGAAGAAGACACCAATTCTGAAG AAGATATTGCCCTAGTTGCGGATGAGCACATTCATCATTCAGATGTGTGGGTTCTCGATT CTGGGGCATCCTATCACATCTGTCCTAGGAGAGAGTGGTTCACGACTTATGAGCAGGTAG ACGGAGGCAGCATCTCGATGGCCAACAGTTCTGTCTGCAAGGTGGTTGGGACAGGCTCGA TCAAGATAAGGACACATGACGGTAGCTTCTGCACATTGAACGAGGTCAGGCACGTTCCAT TGATGACGAAAAATCTGATATCTCTCAGTCTTTTGGACAGCAAGGGATTCAGCTGGTCGG GAAAAGATGGAGTCTTGCGGGTCTGGAAGGGTTCAAATTTGATTCTGAAAGGTGTCATGC GTGGTACTTTGTATTTTCTACAAGGTTCCACGGTTACAGGTTCAGCCCATGTTGCATCGT CAGAATTTCACCAGAAGGATATGACTAAGTTATGGCACATGAGACTTGGTCATATGGGTG AAAGAGGGATGCAAATTCTGTCAAAGGAGGATTTTCTTGCTGGTCATAAGGTTAAGAGCC TAGAGTTTTGTGAACATTGTGTTTTTGGAAAACTACATCGCAACAAGTTTCCAAAGGCCA TTCATAGAACAAAAGGCACACTTGATTATATCCATTCTGATTGCTGGGGTCCATGCCGTG TTGAGTCTTTGGGAGGCTGCAGATTTTTTGTGTCCATTATTGATGACTACTCAAGGATGA CTTGGGTGTACATGATGAAGCATAAAAGTGAAGCTTTCCAGAAGTTCAAGGAGTGGAAAA TCTTGATGGAAAATCAAACAGGGAAGAAGATCAAGAGGTTGCGAACTGATAACGGGCTGG AATTCTGTTGGTCTGAATTTGATCAATTCTGTAAGGATGAAGGGATTGCTCGACATCGTA CAGTCAGAAATACACCACAGCAGCATGGTGTAGCTGAGCGGATGAATCAAACACTTCTGG AGAGAGCAAGGTGCATGCTCTCTAATGCTGGGCTAGATAGAAGATTCTGGGCAGAAGCGG TTAGTACAGCTTGCTACTTGATTAACCGCGGACCACATACAGGCATACAGTGCAAGACAC CTATGGAGATGTGGTCAGGAAAAGCTGCTGATTATTCAAATCTGAAAGCTTTTGGTTGTA CGGCTTACTATCACGTCAGTGAAGGTAAGTTAGAACCAAGAGCTAAAAAGGGAGTATTTG TGGGCTACGGAGATGGAGTGAAAGGTTTCAGAATCTGGTCTCCAGCAGAAAAGAGGGTTA TTATGAGCAGGAACGTTGTCTTTGATGAAAGTTCTCTGCTTAGAACCATTGTGAAGCCTA TAACTACGTCAGAAACTGGGAGTCTTGACAAACAGGTGGAGTTTCAAGTCATTCAGAACG AGAGCGATTTAAAGGAACCTGAAGAGGAGGATCAAGAGCCACAGACAGAAACTGATATTC CAGAATCTATGCCATCAGATATCCATCAGAGTATAGCTCAAGATCGGCCAAGGAGGGTTG GAGTTCGGCCACCTACGAGGTATGGTTTTGAGGACATGGTGGGTTATGCACTGCAGGTTG CTGAAGAGGTAGATACATCTGAGCCGTCTACTTACAAAGAAGCCATTTTAAGTCCTGATT CTGAAAAATGGTTTGCTGCTATGGGAGATGAGATGGAGTCCCTACACAAGAATCAGACAT GGGATCTGGTCATACAGCCTTCGGGAAGAAAGATTATTACTTGCAAATGGGTTTTCAAGA AGAAGGAAGGGATATCATCAGCAGAAGGAGTCAAGTATAAAGCCAGGGTTGTTGCCAGAG GTTTCAACCAAAGAGAGGGAGTGGACTACAATGAGATCTTCTCACCAGTGGTGAGACATA CTTCCATCCGAGTGTTACTAGCGATAGTTGCACATCAGAATCTGGAGCTTGAACAACTTG ATGTGAAGACAGCGTTTCTACATGGAGAGTTGGAGGAAGAGATATACATGACTCAGCCGG ATGGTTTCCAAGTTCCAGGGAAGGAAAATCACGTCTGCAAGTTGAAGAAGTCCTTATATG GACTTAAGCAGTCTCCAAGGCAGTGGTATAAAAGGTTTGACAGCTATATGGTGAAGTTGG GCTATACTCGGAGCTCATATGATTGTTGTGTCTACTACAATAGGCTCAATGATGATTCAT TCATCTATCTGGTGCTTTATGTAGATGATATGTTGATAGCTGCAAAGAAGAAGTATGACA TTCAGAAGCTGAAGGGTTTACTTAGTGCTGAGTTTGAGATGAAGGATCTGGGAGCCGCTC GGAAGATTTTAGGGATGGAGATCATTAGAGACAGAGAGAGAAGGAAACTTTTCTTGTCAC AGAGAAGCTACATTCAGAAGGTCTTGGCAAGGTTTGGCATGTCTTCATCTAAGCCCATTG ATACCCCCAGTGCTGCCAATATCCATCTCACTGCCATGTTCGCTCCACAGTCAGAAGAAG AGAAGGAGTATATGTCACGAGTCCCTTATGCCAGTGCCGTAGGAAGTTTGATGTATGCTA TGGTCTGTACAAGGCCAGATTTAGCACATGCAGTCAGTGTAGTGAGCAGATTCATGGGAC AACCAGGGAGAGAACATTGGCAGGCTGTGAAGAGAATTTTCTAGTACCTTAGAGGTACAT CTGACGTTGGTCTCATTTATGGAGGTGATACTCAGTGCTTGGTTACTGGCTATTCTGATT CAGACTATGCTGGAAATGTTGACACAAGAAGATCGATGACTGGCTATGTGTTTACCCTTG GAGGATCTGTCGTCAGTTGGAAGGCAACTTTGCAACCTACAGTGACTTTGTCTACTACGG AAGCGGAGTACATGGCCTTGACAGAGGCTGCAAAAGAAGGGATTTGGTTGAAAGGGCTGG TTAGTGATCTTGGTCTGCATCATGATCAGGCTACGGTGTATTGTGACAGTTTGAGCGCAA TTTGTCTAGCCAAGGATCAAGTCCATCATGAGAGAACCAAGCATATTGACGTAAGGTATC ATTTTCTGAGAAGTGAGAAGAGAATCAAGGTGAAGAAAGTAGGAACTGCTGATAATCCTG CTGATATGTTCACAAAGCCGGTTCCACAGAGCAAGTTTCAACACTGTTTGGACTTGCTCA ACATCAGAAGCTGTTAATTGCCCTGTGGGGCAACTCTGAGGAAGAGGGGGAGGCCTGACA CTATCATAGTGCGTCTGAAGAATCTGTTCGGAGAATTCAAGTCAAGGTGGAGATTTGTTG AATGCCTTGAATCGGACCCGCTACAAACAGAAAGGACGGGGGTCTCGCTATGGCAAACCC TATTTTGTAATTCTGTTTTTGCCTCTCCATAATAAAAACTGCTCCCTCTCTTCCCGTGGA CGTAGCCAATTTATTGGTGAACCACGTAAATCTGTTGTCTTGTTTTTCGCGTTTATATAT TTTCTCGTATTATCTCAAATTCCGCACAACAAACCCAAATCGAAGCATCAAAAGACACTT CTCAAGAAGACCAACAAATTGAAAAATCTCAATTTTATTTAATTATTTTTGATAAACAAA TTGAAAAATCTCAATCGTATTTTTTTTTTTTGAAAAAGAAATGATAAAAACGTAAATTAA TGATAAAACTATATGACTCTTTTGTCATTGGAATATGTACCTGAGAAAGAAGACCACACA TTATAATAATTTTATATTCTCTTGGTCCAATATTAAGCTTTTAAACTAAAATATTCAGCC ACTCGCCTACCAATCTGTAGAAAAAAAAAAGATTAATTTAATTCAAAATAAACATCACTA AAATTTTCCCTAATATAATAAACAAAAAGCATAAGCTTGCTCATGATCACGATAGCCAAA AAAATAACAACTTACTGCTCCCTTTTGATTTTTAGAGTGAATTCGAACCTAAGAATCTCT AATTTATTTATATATTCGGAAATTAATTTTTAAAGCAATATTTTAGATAATTTGTGATAC TCTTTCTATTTTTAAAGGCTGTTTTAATAAAAAATAAATTTCAAATCAAATAGTGTCACG GTGAAGGTAACTAATTTAGAAACAACAAAAAAATATCAGCAGTGTTTGTGTTTATCAATG CTTTTGTCGTTGTCTATAAAGTGGCAAAAGCCACAGCAAACACAAATTGCTTAGCATCTT TTGGTTTAGTTGATGCAGCAGAGAGGTAGAATTAGTAATTGTAAATCAAGGTCCTTTTCT AGATCTCGTCTTGCTGTTGAAGGTTCTTAACCTCTTCAGCTTCTATCATGGCTGCCATTG CTCCAGGTAATCAATGTTCTCGCTCTTTTCAACGTGATATCAGAACAAGCAAATGTCTCT ATCACCAGAGTATCCGTATCGGGTTCATCTGAACTAATACTTTTGACGTGGAACATAAAC AAGTTCAATGCTGAGAAATTTTAAAATTGAATTCATAACACTTAACAAAAGATATATTTC TCTGTAATTGTAGCAAAGTTAATGTGTCATCTATTTAATTATTATGTTTTTTTAGATGAG AGGAGTGCACTAAACAGTTTTAACATTTTGTTTGAATTGGACATTTTAATGTGTTGTGTG TAGAGGTAGGAGAAGAGCGTGAGATTCAAAAGAGTTATTGGATGGAGCAAACTAGTGAAC TCAATTTGGAGGCAATGATGCGTGATTCTGCAGCATCTGATCTTGACAAAGAGGATAGGC CTGAGGTATATATATTTATGTGCGCGCTTCTTTCTGTATAAATTGTTCCTTGTTGAAATT ATAGTTTCAGACTTAATTGAGTGTGAAACCTTATTAATCTACACCGCTTTATTATGGTAA GATTTGTGGTAAGAAAATGTATTGGGTAATACACTCAACTATTGAGATTTGTCATGTACG TAGGTGCTTTCACTGCTCCCTTCATATGAAGGTAAATCCGTGTTGGAATTGGGTGCTGGT ATTGGCCGTTTCACTGGGGACTTAGCCGAGAAGGCTGGGGAGCTTGTAGCAGTGGACTTT ATTGAAGAAGTGACTAAGAAGGTTTTGTGGCTTTTTTTACTTTGGGGCCTTTGATTATAG GAACCGGTGAATGAGTTGGTTCTATCTATGATTCACTTGTTGTTGCTTTATTTTTAGATA ATATGGTGACAAATCAAGTGAATAGGCTTTTATATACTTGCTTATCGATTTGTTTGCTTC GTTGCAGAATGAAAGTATCAACGGGCACCACAAGAATGTCAAGTTTGTGTGTGCTGATGT GACTTCACCAGATTTGACGGTTTTACCTGAATCAGTGGACTTGATATTTTCTAACTGGCT ACTGATGTATCTTTCCAACGAAGAGGTAACATCTTCCTGCTTCCTACACGAAAATGTCAA TAAGGTTGCACATAATACAAAAATTTTATAACCAGGAAGTTATTTCTATGCTCAAATCCA GGAGGCATGACACGATGCCTAGGCGGACTCCTGCTAATTAAATGCCTATTGTGTAAAAGA AGTATGGAAGACACACACTAAACTATGTCAATAACACAGGATATTTGAATTGACATGATT CATCAATATCTTTTTAATATAATGTCCGAGAACTTCAACGTAGTGTCTGCAGCATCTAAC AGTGACATGCATATATGATCATCAAAATGCAGCCTCTTTGCCAGATCATGCTTGCGGTAG GAAGGCTTAAAACAAAATAGTGTTGTATAGGTTATACCGTTCAATAATCCACCACCATCC CATAGTTTTTGAGTTTCATCCCTTTAGAAAACTTGAGAATTTGAGTAAAATTTTTCAGAA CAAGCCAACATTCTAGAGTCATTAGACTACTTTCCAAATGTGGATAAAGAACATCTATTA TGGATGATGATTATGGAAAAATGAATGTCTTAGGATCTCCCTTGCTCTTCATACATATGT CTTCTATTTCTTATTTAACTGATTACTATTTAACATTTCAAACTACTTTTTTTTCCATTT TTTGCAGGTTCAGGACCTTGCGGAGAGAATGATCAAATGGTTGAAAGTTGGTGGCTATAT ATTTTTTAGAGAGACATGCTTCCATCAATCAGGAGACCACAAGGGAAAGAACAACCCAAC CCACTATCGAGAGCCTCGATTTTATACAAAGGTCATTCTCAAAAGTGTTCTTTTCATTCA CACTCAAAAATTAACGCATGAGTGACTAGAGCTTTACATTAATTCTATGTGTAGTGTGAT CTTTTCTTTTTTGATCAGCTTAAACTACTTGATTCTGTTGTTTGATTATCTTCTTCTTCT GATCTTAACTTAATGCAGGTTTTCCAAGAATGTACTTTAAAGGATGATGCTGGAAAATCA TATGAACTTTCTCTTATTGGTTATAAGTGCATTGAAACTTATGTAAAAAACAAAAAGAAT CAAAATGAGGTAAGACTTTGCCATCATCATTACACTTCTATAAGTTACTATTCACATGAC GATAAAATTAATGTGTTCTTGCTGCTTGCAACTTGCAGATTTGCTGGATATGGCAGAAGG TTCATTCCGAGGATGACAGGGGATTCCAGCATTTCTTGGACACTGTTCAGTACAAGTCTA ATGGTATACTGAGATATGAACGTGTGTTCGGGGCAGGCTTTGTCAGCACAGGAGGAATTG GTATGCCTCTTGGATTATCACTTTATGCAATAAACTATAGGATCTTTAGTTTGCTTCTTT GGATTATCACTGTGGTTAGGGCTTGTACACATGGTTCTTCAAACATTTCTGTTTACGAGT TCTGTTCCTTCTTTCCAAAAACAATAATTTAGTGCAGAAGTAAACTGATATTTGGTTTTT CTGTATTTGTTCTTGAACAGACACCACCAAAGAATTCGTTGCCATGATGGATCTTCAGCC TGGCGAAAAGGTCCTTGACGTTGGCTGTGGCATTGGAGGAGGTGACTTTTACATGGCTGA GAAGTATGATGTTCATGTTGTAGGCATTGATCTTTCAGTTAACATGATCACATTGGCTTT TGAACGTGCTATTGGGCGCAAATGCGCGGTTGAATTTGAGGTTGCTGATTGCACGGTGAA AACATATCCTGAAGAATCATTCGATGTGATATACAGCCGGGACACTATCCTGCACATCCA GGTAATTAGCAGTCTCTCATTTCATTTTCTTGGTTGTGCTGCACCTGCTCTAAAGTCATA TGTTTGACCTTCAACATTACATTGTCACAATTGTTCCTCGTCCTAACGGTTGAATAATTA TCGAGTGTTTGCAGGACAAGCCTGCATTATTCAGATCTTTCTATAAGTGGCTGAAGCCTG GAGGCAGAGTCCTCATAAGCGATTACTGCAAAAAGGCAGGACCAGCTTCCGAAGACTTTG CAGCGTATATCAAACAAAGAGGCTACGATTTACATGATGTTGAAGCATATGGACAGGTAA ACATTTACCCCATACAATGAATGTGTACCCAATCCTCTTTCTTTGCATGACAATGCTACT TTATAATTTCACATCATAGATGCTTAGAGATGCTGGTTTCAACGAAGTTATTGCTGATGA TCGAACTGAGCAGGTATGTTTTTCTTTCTTTGTTTTGGATTTAAGTTATACACACTGACA GTATAAAACACTATCAGCATGTAGTCAGCTTAGTTATCTTTTTTACATCACATTTCAACT TAAAACTCGTATTCTTTCGCTTGGAAGAGAGTGATGATATGCACCTAAAATGTCTATTAC TTTCCTTGCAGTTCATGCAAGTTCTCCAGAAAGAGTTGGATACTGTGGAGAATGAAAGAG AGTTATTTATCCAAGAATTTTCTGAAGTGAGTGCATTGTCATATAAGTATAATTGAAATG TCTAATGATTGATTTTATCTTATTTTGCTTCTATTTTTGTGTATACACAGCAAGACTACA ATGATATAGTTGGAGGTTGGAAGGCCAAGCTAGTTAGAAGTTCATCTGGTGAGCAGAGAT GGGGTTTGTTCTTTGCCAAGAAAAATTGATGTGTGTTATTGTGTACTGTTGTTTCATTGA AGATAATAAAAATGATTTAAGTTTGATGTTGTAATGATTCGAGGCTCTACCCTATGTAGA CCCCATTTATAGGATTACACTGGCTATGTTGTTTATTTTAATGATTCCTACTCTGTCGGT TTAATGTAATATGTGAGTTGGTTAAGATCATGTTATTAATAAAAGTTTGTCATAAAGATT TAAATGCCTTTAGAAATTTAAATTTCATATATTTGATTCTGTAAATTTTTCTTATATTAT TAGTGTGTTTTAATTTGTTGTAACAAGTAGCCTATCTAATTTTCTAGGTCATTTGACAAT GTAAAATTATTTTTACAAATGCTAAAGCTCGAATCCAAGAACTTTTAATTATTTGATAAA CAATATATCACTTTCCTCTTGATTAACATCATCGATACAAGTAGTATTGGTAGTGAAAAA TATTTTTCAGAATAAAAACATACTAAATATTAATTAACATATATATCAGCAAAAATGGAA GTATTAGAGGTTAATAATATGCTAGTATATCTCTCACGAGTCGTGCCTTTTCCGGTGCAA TTTTTTTTGTTTGATATCCATATTGAAACCTAACTAAATTCAATTCGCACTGAGAAGTTT TACTTTGGAGGGTAAAATACACTCCCTAACAAAGACGACTCTATAGACTATATGGCAAAA GACTCAAACCTGAGATCTTTGATCATAGTAGACTAGGTTGTGTTAAAACTTAAAACTTTG CTATAGTCGTACGTCCTCGGATTAAATCCACCTGTAATATTGAAGGTCCAATAATTTATT TTAATTTAAAAATTATTGTAGAAATAAAAATTTTCTTCGATAGAATGTTCAGATCATTAT GCGACATTTTAATCAAATGTCTTGCAACATAATCAAAGCTAATGATCATAATCTATGTCC TCTATCACAATCTTTATATTTATTTCCTCTATCAATACTATATGCTTCTTAAATATTATT CTGCACGCTTAAAACTATAACATTTAAAATATGAACTACACAAAATTGAGTATATCAAGA TTATGAATGAGTCTGATTATAACTATAATATTTAAATATAATGATATTTTATTGAAGCTT TAGGTTGTGTTCCTCCACTAATTATATAGAAGAGTTTAGATGAAGTAAGATATTTTCTCT AGTTCATAGTTGATGATTTATTATGCAATTATGGAGTCGTCGGTTTCGTCAACTCTTTTA ACTTAAAAAGGTCGCAACACGTCCTACACACGCCTCACTCACTTCCAACTTGTCACACAG TCCCCACATCCCTCTCTTGTCCATATATTTAATGTAAACGAATAGATTTAAATAACATAA AATATATAATAATCTAAATTTATTTATCCTTCGAAATGTATTGTTGATCATCCATATGGT CTATGGATGACCTAGAATTTATTTTCGTCAATGTCTTCTGAGTCGAGATTTATATTGTTT AGAGTTGCTATATGATTTACAAATATTTTTTAATTTTTTTGGGGGGTGGGGGTGGTTGTC TTCATGACCTAAACAAAATCATTTATTAGTTTATCTCCGTTTTGATAAAAGATACTCCCC CTCCATTTATTTGATGCTCAATTCTTTTTTAAAAAACAATTGTGACATTCATTCATATAT AATCACTAAATTTCAACTAAGGATCTTTAGGACAACAGTTATTTTATGGAAATTTAACAT CATAAATAATACATATAATCTCTTGACCTGAGGTATCCGTAAGTTTTATATATTAAAAAA CAACTACTTAAGCACTTTGACGTAACTTTAACATCTGTTCAAACTGTAAATTAAAGATAC TACTTTAAAATGACGAATTACGTTTAGAAAAACAAATTCAAAATGAAACAGACAAAAGCT ACCGACTCATATAATTTAACTTAACTAAATTTGTGTTTTTTATTTAATTTCTCATTGGGT GCTCCATACTCTCTTCAACTCTACTCAATTTGAATTTGCACGAAAAAATGTGTTGGGTAA TTTATATGAGACTCAAACACAAAATATCTAAAATAATAATATATCATAGATTTCATAAAT GAATTTGTGGGTTCCTTATAAGATATAGGTAGATTTTATTTCAACTTTTGTGAGGCAATA AGTTTGTTTCAATAGACCCTATTTCAAAATAAATATAATTCGAACATCATATAAAAAAAT TTATAGTAAAATAACATGTTATTATAAAATAAATATTTTTTTCATTTTAAAAAGATTGAT CTTATTTTTTTTTTAGATTGTTTTAAAAAGAATGATCTCTTTTTTTAGCAACATTTTAAT TTCAGCTTTTCACGTGATATGTTTAAAGCCACAAAATCAAATAGCAATTTTATACATTTG ATCAAACTATAAACTCTATGCCAAGTCAAACCAGATCATTCTTTGTGAAACAGAAGGAAT ACGTAGTATATGTACTAACTAATAAGTATTACTTTCTTTATTCTACTTTATGTGATACTT TTCTCATTTTTTTTAAAAAAAATAATTTAAATTTGATTCATAATTTGTCCATGCAATCTT TAATTTTTTAAAATAAAATTTATATGGTAAACTAAGTAAAATATATTATAAGACATAATA ATATTAAAAAATGTATAAAAGTTTTATGATAGAATTTTTTTTTATAGATAAAATTTATCT GCATCTAATATTTACATTAAGCTAATACATGCATATTATGTATTAAAATTTATATCTTAT TTTATTTCATTAAATCGTTCCAAACCGTAATATTTTAATGTAAACACTTTGAAATAAAAA ATAATATTTTAAAAAGACAAATTAAATCCGTTGGGTTCAACTGGTCACGAGTAATGAGCT CTCTATCTCTAACCCTGCACCTCTCATTCTCTCTCTATATAACTTCCCTACATAAATCTC CCTCCATTTCTGTAACGCATTTTCTCTATTCTCTCCATTTTTCTCACACACAATCGGAAA AAATGGCTACCGAAGGTCCCAAGCCCTGCGTTTACCTTCAAGACATGGAAGAAGTGAAAA AAGTATTCGCACGCTTCGACGCGAATGGCGACGGCATGATCTCCGGCGACGAACTTTCCG GCGTACTGAAAGCCCTAGGATCCGACACTTCGCCGGAAGAAGTTGCACGTATGATGGCCG AAATTGATACCGATAAGGACGGTTGCATTAACCTAGATGAATTTGCAGATTTTTGCAAAA ACGACGAATCCGTCGACGGCGGCGCTAAGGAACTGAAGGAAGCGTTTGATCTTTACGATC AGGATCATAACGGAAGGATTTCTGCTACGGAACTTCATCAGATCCTGAACCGCTTGGGCC AGAATTGTACCCTTCAGGATTGTACCAGAATGATCACGTCCGTTGATGCAAACGGTGACG GTTACGTTTGCTTTGAAGAGTTTAAGAAGATGATGGGTAATAAATAAATCATTTTATCGT AAGTTTTACAGTTATTTGAGTGGCTGATAACGGTGGGGTACACCGGATATTTGTGCGTCC TCCTGTAGTGTATAACTTTGTGGTCTAATAAATAGCAAGACCTTAGCTTTCCATCGCCTT TTATTTTGTACGTAGATCTCGTTCATTTTAATTTATGTGATAATTTTTATTTGTGTTAAT TAATGAAGAAGTTTTGAAGGTAAATTAGTTTATCATTTAAAATTATATGAAAAAATGATA TAAGGTGGATGAGCTTGTTTTCTTGAAATGAGTTTAAGCTTCGAATAAAATAATGGTTAA AAAAAGAAAAGAAGAGAGGAAAAAACTATATAAATAATGTCTCAAGCTTCTCACGCTCCA TTAATATAAATATTTTTTATTTTTCAAATTAACTTAATAGTTCAATTTTCAGAATGATTC GAAATTACCTTCCATATGTTCTTTCAGCTTTTACAAAAATAACAACTCTATCAACAGTAG CGCTAAGGAATTGAAGGAGGCTTTTGATCTTTACTATCAGAATCATAACAAGAAATTTTT GCTATGAAACGTCAAATTCTAAATTTAAACTTGAATTTAAAATTTTTAATTAAAAAGAAA CAATTTTATTCACTCCGTCGTTGATCGATTAGCTTAAAGAGTAGCTGTCATAAAAAGTGA TTGGTTCCCACAAAACAAAATTTTGTGTTCAAAAAATTTGATGTAAAGACCATTTTCACA AGTATGTCTGCCACTTTATTTGACTCTTTGAAAGCTCACTTACCTTCAACACCACTAAAA GTCACCAAAAAAATTTCAATGGAAGAATGGTTCCATTTTATTGAAGTTTTACATAAAGAT ATTGAACAATTCTTTTACAATAAAAAGTTATTAGACATCGATCTAAGTATCATATAACAT GGAAGTCTCCAGCTCAAATTATTGGGCCATCCCGAAGGGTAAATATCTCTATTATTTTAT AGGATAAATAACAAAAATCTCACCTTTAAGTTCTCTTATTACCATTATTCCCTATTAGTT TTATAAATTTTCAAAATTCATCATTTTCACGTATCAAATTAATGTATCAGTGCATCAAAT TAATGTATATATATCTCGCGCATCAGATTAGCGTATCATGTATGAAATGTATATCAAATT AGTATATCATGTATAAAATGTAATATATATCTTACTTAACGATTAATGTATCTCGCGCAA CAGATTAATATATCAACACTTATATTGTTGTATCAATTTGAAATTTTTTTATAATTATAT ACTCATAGAGGACAAATGATAATTTTACCTTAAAATTGTATGATTTCTGTTATTTACCCT TTTTCTTTTCTAATAAGTTCTGTAATAGGAGGCAAAAATGAGGGACCTTTTGATTACAAA TCTCTTTTAAGTGAATTTTTGTTATAATTTAATATAACATTAATTGATCTTTTTTTTCAC TATAAAAATAATTTAGTAAATTTAATTAGTGCAATAAAATAAAAATCCAAGAACTTACTC CAGAAATTCTTATTTGCTAATAATTTGTTAAATTATGCAAAAAAAGGTTTAAATTAACCA ACTCACGAAGCCAAAAAAAGGGAAATAATTTATTATTTTCTCCGTCTCCAATTAACAATC GTTTTAGCTCCAAAAAGTTGTACCAAAAAAATCATCACTTAAGCAATAAAAATTAACAAT TGCTTTTAATTATAATCATAAAATTACAAAAGTATTTACCTTTTTTAAGCAACTTAAAAA CGGTAGGAGTAACACGTACCAAGGGACTATTTGGTCATGCGATCTGATATCATGATATGA AATCATAATGTAGAATCATAAAATGAAATTAAAGTTTTGTTTGAACATGTGATATGAAAA TTTTATTTTATACCGTTCATTCAACTCGTTTACTCTTCAAAATTATTATAGTTACACTGA GTGTGTCCTTGCCTTAATCTCATATTTGCATAGCTTTTTAAAAATCAAGAATTGTAGATC CATAGAGAAGATTAGTGATGTTACTTTTTAACTAATTTTTAAAAAATTAATTAATTTAGT TTTTAATTTTTTTGTTGGTTTACTTGATTTTTATATAATAGTTTATCACTCATTATATTT CAGCGTTCAAATTATGGAATAGTTAAAATTTAATACATTTTTATTTTTGTCTTTGCAAAG TTTATGTTTGCATGTTCCTAATGTCTTGCTTAGTGTCTTTGCTACAAGTATATATACATA AGTCCAATCACAAAACAAGACCCCACTCTAATCAGTGGCGGAGTCAGAAATTTATTAAAA GGTATCTAAAAATAGCAACTTGTTATGTTAAAAGTGTCTAAAATAGATTATTTAATTATT TCATATATCATTTTATTTATATATATACTAATTTTTTTCCGATGAAGAGTTTGTCCAATG GTTACGCCACTGCCACTCTTGCCCAAGACCTAACCTAGCCCAAATTCCATCTAAAGTTGC CTTAGTCAAAAAAAATTTCAGTTACTATTTAATATAATTTATACTAAATAGCATATACAA TAAGTAAAATTCGAGATAGCAATAAATTTAAGGCAAATTATAAAAATCACATACTTTTAT AACAAAATTACAATCTATCTCTTAAAAGTTTTAATTACAGAAATCACTCAAAATCGATAC AATAATATAAGCGCTGATACATTAATCTGATGCGCGAGATACATCAATCGTTAAGTAATA TACACTACATTTTATACATGATACGCTAATCTGATAAATATTTTATACATGATACACTAA TCCGATGCGCGATGCCCATTTTATACATGAGACACTAATTTGATGCGCGAGATACACTAA TCTGATGTGCGAAAATAAGGAATTTTAGAAATTTGTAAAACTTATAGGGAACAATGATAA TAAGTAAACTAAAAGGTGGATTTATGTAATTAATCCATGAACCTAAGAAATAAGGCTTAA TAAAGACTAACAAAAATATTAAGTAGATAAAGAGTTTACGATATTTAATTTCGTATGATG ATAACATGAATTACATACCTCATATAATAAGGATTCGTGTTTGTTAACATCAATATCAAT TGAACCCGAATTTGTATAGGAATCCATTATTGCTACAGCAATGTCTGGCCTTTGAGTATT AAGTGCTTTCTAACAAAAACGATTTTATACTGTATCAATTATTTTAATACTTAGGTATGA CAGTTAGTATTGATGCATTTGGAAATATTGATTGTTCGTTGCTATTTTGATAATTTGCAA GCTTAAAGATTAAGACTCCTTTAATATTTAAAATTCATGTTATCATATATTTTAGTACTC CACAACTATAGTATATTAGCTCTCCTTAAACTTTAATACCTCTTAGGAGTATCATATATT TCAAAACTCTTCAATTATTATTATTATTATTATAGGAATCCATTATTTCTTCAACTATAA AATATGTCCCCTTGAGTCTTAAAATTTTTCAGGATTCTCTTACAAACAAAATCATTCAAG AATAATTTATAATTAGATATGGCTGGACGTTGTTGTCTAATTATACAAGGTTGTGTTAAA CTTTTGATGATCGCATTTTATTTGTTGGTTGAAATATTTGTAATCAGTTTCATGTGTTAC GTTGCATTCAAACCGCCAACATGTTTGCCAGACGAGATTCAAGTATTCATCAAATTTTGT GCAATCTCACTTCTTGTAAGATTTAGCATCGTTTGTATTTGGGAATGCTATCGATTGAGA AACTAAATATATGTATTTGCAAGCTTCAAGTATGAACAATATATAGACATGTTACTTCAT TTTTTTTTTGGTTATGATTTTTCTAGGTTGGTTTAATTTGATTTTCATGCAGTAGTTTAT TTTTGTTATGTGGGAATTACCATTAGTTTCTTTTTCTTGCAAGTTGAATATTTGAAGTTC TCTTGACTACATCAATACACCTCCTTAAATGTATAACTAAATAATATGGCACAAATGTCA CCTCCTCAAGATATATATATATATATATATATATATATATATATATATATATATATATAT ATATATATATATATATATATATATATATATATATATATATATATATATATATATATATAT ATATATATATATATATATATCGGAAGTATGCTCTTACGGAAACACTTTAGTTCTTCATCA ACAAGCCAAGAATGTAAAACTTTGTTGTCGTGTTTGATCTTAGAGTGCTTGTATAGATTT TGTCATATTGTATGACGGAATATCAATTATAGTGTCTTTCAATTTCAAAACTAATTAATT AAACTCTAATTAAAGAGTGAAGACCCAAAGTCATCCTACATTTAGGTCTACCGAATCCGA GAATTTGAGCCGCTGCTCGCGGGCCATGCCATCGCAAGGTGTGTGGGACGTAAGAGCGGC TTTTGGAACCTAGTTTATATTTATATTTGAACAAATATTGTTGAAAAAATTATATTTTAA TATAACGTATTCATAATATATAAAATACAAATTTACATACCGGTTCAGTTCAGGTGTGTA CTCGATTCAATACTTGGTTTTGGAATATATGTCACTAAAAAAGTTGTAGAGTTGGTCGTC TTTTATATCGAGTTGTCTCATTGTGCCATAATCGGAGAGAAAACTCCTTTAATAAGGAAA AGGGAATCCTATGAGTTGGATTGCTCGTATATCCGGGACAAATCCTGTTTGAAATGGATG GTATGAATCTGTCAAATGTTGGACAAGCCGCTCTCTAGATCTCTTCCAAGCATAATGTTC AAATACCAGATCCACCTCTATTTCGGAGATGTTAATGTCACTATAGTTACTGACTTTTGG ACATCAACCCTACCAACAAGACTAGTTTGTGCACTAATAGTAGAGCAGAACAAGTAAAAA TTGAACAAGCAGAATATTCATGAATTTTATAAAGATTGTTGCAACCTATGAATCATATAA CAAATAAAGTTGCAGAAAAATTCTTAGTAGAAGATTGAAGTTTTACCAGCTTAGCTCTTA TTGGGAAAGATTGCGACTGTACAGCGGAAACTCTAAAAGGAATATAGTTTTGAACCATGA AGGAAGCTTTCCATATAATCCAGGGGGCAGCAAAATGAGAGGGCTGAAACAATTCAGTTT AAAATTCATTGTTACCTTTAATTTAATCTTACAATCAGTGAAACGATCCAGTGAGCGATT ATGAACTGACCTTGTCGTATCCTTATAGATTATATATTCAGCTACATTTCCGTATTTCTT GTCTGCTGATTCCTGTTATAAGTAGCAGTTAAATTGTATAACAGACATACTCAGATGGGG ATGTTAAGAGATAGAACCAACAAGTCAATGATATCACCTCAAGCAAGGGAATGCCACTAA CGAAAAGCAGCAGCAACGTTAAGAACACTGGTCCAAGCACAACAAGCCATTCAGCACCCT CCAGCACAGGCGTTGATGCCACAAATATTCCCCACCATAGAAAGATCTGAAGATATTATA CGGATCAAAACCTTCAATGTGCTAATGTAGTGCTTGTGTATGCACCGAATCCAACATATT TAGTCCAGAGGATGTCAAATTCAGAAACACGAATTGAAAGTATAACCTCGCCAAAATAGT TTGGATGCCGTGAATACTTCCAAAGTCCAACATTGCACCACTTTCCTCTGTTCTCTGGGG AGTTTTTGAATGTTAACTTTTGTTGGTCAGAAGCGATCTCAACTGATATTCCGATAGACC ACATAATCCAACCAATGATGTCTACCGTCTGAACAGATGGTTGGTGGTCACTTGCATTAA CAACTGTCACTGGTAAACTCACAGTCCACACCCAGATTGCCTGTAATATAAATTAAACTA TAAAAATCTCATCCTGCTGTAAGCATTAGCCCGCGATCAGATGCAAGATAATGTGGTATA TCTTATGGTTTGGAAAAGGAAAATGAACCTGAAATAGCCAAAATATTGCCAGTTTCCCCA GATTATCACGCTTATCATCAAAACGTCTATCCTCGCCCCATTGTAATATCCTGAATAGAA CAAAAAAGTATAATCTTAAGAGGCTATAACAAGGTTCTAATATGAAATGGGCAATAGTCC CTTTCTCAAGCTAAACATATGACATATAATAGATTGGTGTTTTTACCTCATTAATAGAAA TAGCCCCAGTCGAAGGCCCCATATCACGACAAACACAGACAAAACCACCTGAAAGAGACT TCAAACTATTTGAGCCGCCTCTCTAACTCAGCTATAAACTTTATGGGCACGTTTTATTAT GTAATTAAGCTCATTCTTGATCCAAATATGCACAAAATGCCACCAACATGTGCATCAAAA CTTATAAAAAAACTGACTCATTTAGAACAAGCAATTCTCAAAGTGAAGCATGGAAGTGCT AGTTGAAGGTAAAATTCACTTACCTGTCGAAAATTCCATGAACCTTTTAGTATCAAAGTT AATACTGCAAGCACAATGAAATTTGTACCTCCTGTATGCAGATGAAAAAAAATGACACAC AGCAGTATTAGTAATAGATTGGTTCGTGATTTGGCTGCTTTTTTAGCAGTACCATTTTTG AACCACGAATATAATATAACTGGCTATGTAAAAAGGCTTCATACATAATCAACCACTTAA ACTTGTCTGTATACGCCAGTGATCATGTTTTAGTCGAACATCTCAACTCCTAATGAAGTA TTTCAACTAGACATTTTAGTCGAACAACTAAACTCCCAATGAAGTATTTCAACTGGACAT TTTTTGTTCAAATTAAATATATTATTTCTTTTACTTATACACAATTACTAACAGGTGAAA ACCCAGAAATTTACTAAATATGTAATAAACCTTATTTGGGAATTCAAATTTGACAAGAAG TGAAGGCAAATAATTTACCTGCGAAATCTGTGACTTTATCAAATTTGAGGAGTGCTGTGA TTATAAAAAAGATTAATTGGTAAACCACCTGCAACAATTATTTTTGTTTGTGAATTATGA GAAAGAAATAATAACAAAAAAAAAGAGAGCTATTTTTACTTACTGTAACAATGGCGGTTA GGCCCAAGAAATGGGAGTCGATAACTGTCCCCATTCACAAAAAATTCCTTTCTTCTGTGT TAATTTTTTTTAATAAAATGAAAGGGGCTTAGTACTATACCATATGTACTACGTCACCAC TAGTATTGTCCTCTCATATTTGTGTGGTGTAGGATTTTTTTTCAACCTTTTGACTTACAT TTTGATTCCTTTCTTGTTTATCAATCTAACTAGGTATATCAATTTTGATTCTTCTTTCAA ATGATGACAATACTAGTCAAAAGGGTAAATGGTTTTTTGACAATTGTCTCGCGGAGCGTA TAAATGACGGGTTCAACTAAATTCAATATAAAACGAGCTCAACGCTAAAATATTTAAAAT TAAAATCATAAAGTTTAGATCTTAAATATAGTCTAATGTATGGTTGGTCTCAAGAGCTAT ATTTGCACATGTTTCAATAAAATAGGTACAAAATATAAATGTTGACCTAAAACATAGATA AAAGAGGAGCTTGAGCTCCTTTAAAGCAATTCTTTCTTCTTTTTTTTTAATTACAAAAGA GGGAATCAATATGAATACACAAGGGAAGGCAGATACACAATTTTTGAGGACTAGGGAAAC ACTGCTAACAAAAGAATCACAATTTGGCTTAAAATGAAGTATCTGACTGTCAGGTTCTTT GATGTCTTCTTTCAGCTTCTTGAGCTCAAATTCGGACCTGTTTAAATTCAACGAAAAATA CGTCTATTTACGTTCTTCAGTATTAACCCTGCTCCGCGGATGCATCTTCTAAGATTCACG ATGGTTGGCCTCTGGCAACTGGTGGTTTTGGTGCATGTGAACTAGTAATAGGCTTTTGTA GTGGTTTCAGAGCAGCCATTATCTCAGTAAATGAAGGCCGTAACTTTGGATCTCTGCATG TACAAAAAAACACAATCAGATCATTCAACCAACTGTGTTTCAATCACGAATTAGTTGAGG TTGGCTATATGAACTGTTCTGTTGTATTGTAACCAGCACGAGGCCTGACCAAAATTTAGA AGTGAAGGACAAAAGATAATGAAGAATCTACAAGTCGTCTATGTTGCTTGGACCCTCCAA AAATGTATAACTTTTGAGGATCCAACGAGCAAACATAGAAAGTAAAGTGACTGAAACACC ACAGAAACTCACGTTTGCCAGCATTTCCTGATAATGTCTGCAATAGCTGGATCCGTGTCA TCTGGTATGTCAAGACGACGGTGCTGAAACCCCACAGCGCCAACGACTTGCATTGGATTC ATTCCTCCCCATGGTTGCTGTAAAGTACAGAGCTCCCATAGTATGACACCGAAGCTATAT ACATCACATCTGCAGGGGACAATTGATAATCCAACATCATCAATCATATACCGAATGCCA CTGAATAAATCTATTTGTGAAACTGTCACCCTATAAGGACCAGAAAATTTTAACTTTTGG CTTTCTATAATCACTTCACTGCATCATTATTCAACATTTTTCAGTTGGGTAATATGGTTT ATCGGACATACTTTTCATTTGAAGGTTCATTTCTCAGCACTTCTGGGGCCATCCACTCTG CCTGAGAAACAAAATGACTCGAAGAATTATGAGATTGGATGTGGAAAACAACTAAATATA GCAAGCACAAAAAAAAAAGTTCCCAATCTGCACGAAATAATCAAAATTTTTATACCTTGC GTGTAAAGTTAATATATCTAATGGGAAATGGTTTACTACTGCTACTGTTAACTTTTTATC CACAATATTGCAATCATTTTGTGTGCACAAAGCTTAATTAGACAGGTCTTCCACATTAAC ACCAAATAGTATCGCTTTACTTCTCATCAAAATTGGTTCATTCACCAATCACTAAGATGA GCAAATATATATCAGTAAAGCAGCTAATTCCCTTGAAATATCTTGAAGAATGAGATACTT TCAACTCTATTGCTATGACCAATAAAACAGCATAAACAATATCAAAATAGAAACTACTCT TGTTCTACAAGAATGCACCGAGTGCACAAACAAGGTCTTTTTCTTCTTTTTTTTGACAAA TCTGAAACGAAGTTTTATATATAAAACGGAAACTACAATACAGAATTGGAAGCCGAGATA CTCTTCCTGAAAAAGTAAACATATCATGAAGTTATTTTTCGAACCATGGATCATAGCAAC AACATTTTTGAAGGAGAAACATGGGAATCACAACATATTCAAAGGCCAGAGAGGATTAGG ATAGCGTTGACCTTATCTTCTCCAACGGCCGATATAAAATGATGTATGGCTGATTAGCCA GAATGCAGGATGGAAGCATTACAAGTTTCATTGACAAAGGATCCACAATGAAATACCCAG GCAAGATGTGGAACAAAAAACACTATAGAAAAAGAAATATATCAACCATCAAAGATATCA AACTATATTGGCAAGACCAACAGATCTAAGAATGTACTACGGAGCCTGTTTATTGACGAT CATACAGAAAAAGCATTAGACTTCAACTTACCGTCCCAGCAGTAGACCTAGAAGAAAGAA ATGTGCTGTGCTTCATTCTTGACAGTCCAAAATCACATACCTAGAGTCAGAAAAATCAAA AGATATCACGTGGATTCTAAGTGAAGAGCAAGCAACAAATTTCCCAAGGTTTAACAGTTA AAAGGAAGTCCACCTTCACAACCCAGTTCTTATCTACTAGGAGATTTGGTGACTTCAAAT CTCGATGAACTATCATTGGAGTGCAGTTGTGTAAATAGTTCATTCCTCGAGCCTGTTAAG TTAGTAAAGCACATTCACCAGTAAGTCACAAACTAATACAAAAGGATTGAACATATGGAG AAGTTATAAATGAAAAAGTCGAACATACAGCATCAAGAGCCATCCTCAACCTTCTGCGCT CATCTAACTGATTGTTGGGTCGATGGATTAATCTGTACAAACTTCCTCTGCAAATCAAAA TATATTTTGAATTCAAGAAATTGTTACCAAGTTTTAGTTCAGATTTCCAAGTTAACCAAC AACAGCCACTTCAAATTAACTGATGTGATGACCATAAAAGTGAAATGTATTTTATATTAT CCATAAAATTCTGCCCATAGCTTTTAACATACCTATGAAGAAACTCAGTAACAATTGAAA GATGTGGAGAACGAGTAACAGCTCCCATGAACAGAACAACATTTGGATGTCTGAGCCTTT TCATGATCCGCACCTTGCAAACCAGATGAATATAGAGAATACAATTCAAATTGTAATCCA GAAGTTAGGCTAAGCAACATATCAGAAGATTAAGCACTGTGATGCTATCATCACAGCTAG GGGAAACTGGATTGATTTAGTGTCAGCAAGAAAACCCTGTAGGAGATATTATAATGATCA GAGAAAGAAGAACTACAAACCAACTGGTGTAATGATGTCTTGATTTCACTAAATACCTAT GTATCATGTACGAGTTAGGAAAAAAGTGACAAGCTGTTTATTTTTCTGATAACTTGAAAT TTTGATAATTATGCATTTGATGAAAACATTAGCTTCATTCAAGATTTTCCCATCAGCTTT TAAAATTTGTTCAAGAGTAAGATCTCTTAGGACATGATAATAGTTACAGAGATTGTGATA TTAAAGAACACCGATAGTGGCCTATGTTAGTCAAGAAGGGTAATACCTCACTTCTGAACT CCTCAAGGGATTCACCAGTTATATCTTGATCCAGGAACTTTTTTACAGCAACTTCCTGAA AATAAGTAGGCTTAATCTATTTTGTCTTAATTCAGGTTGAAGAAAATAAGGAATTCTTAA GTGCAATTTATTTGTTTCCACTTATAGTTGATGACAATAAGTAATGAATGAATATGAGAA ACTATGGTAAAAATTATGTGCATGCAACAAATGTTTTGACACAGAATCAGACATGTCCAG CAAATATCTCAGCGGTTAAATTAGCAGAGATATCATCACATCAGATTTGAAGTACAGAAT TTAAGCAATCCTCAAGTATAAACAGAGTCTAGAATGTAAAGGAAAAGTGGTTAGCAAAGG AGTTTCCAAAAGAGGCATGAGACTCCCCGAAATTTATGAAAAATAAGAGGGAAAACAAGC AGATGATACAAATTGAATATTCAGTATAACAAGTTTACAACAGATTTTTTGAGAAAACAA CAGATTTTGACATATATTATAAAGATTAAACCAAGATAACAAAGTAAACCTACAACAGAC TCATTCTTCTTTTCCATATATAACATAACAACCCACTGTAATTCCACAGTGGGGTATGGA ACCTTGGAAGGTGGAGACGTTGTTATCGATAAACCCTCGGCTCAAGGAAAAGCAGTTCGA AAAAAGAAAATAATGGGAGTGAAAAAGCCATGGCAATAGACAGACTCATTCTTTTTTTTC ATTTTAGCAAATTATAAAAAATAATCAGACATTAGTAAGTTGCAAAAAGAACAAGGAATC TTCTCATTATTATGTTCTTGAAGATTAGATCTACAACTGAAATCAATTAGATTTAGGTTC CAAGAGATCTAGTTATATAGATAGATAAAAAGAAAGGTTGGCCTTTTTATGCAGGAAGGA AAAAGATACCACATAAAACTTCTTTAGACCAATCCCAAGATAAATAAGAAGAAACCCAAC TGACACAAGGATAATGAACTTACAGTTCCATGCCACTCTCCACGATAGACCTCTCCATAA GATCCTAGAACATAGAAATTATGAGAAGTGTCAGATTACAGAGTCTAAATCACCTGCATT AAAGAACCTTCAGGTCTGGTAAAACACAATGCAGTTCATACCAAGTCCAATACGCTCGCC CAAGGCAATATCCTCCCACGGAATCTCACAGTCTGCTACATCATCAAGTGTCACATCCGA TTTAGTACTATCATTACTAGTTGACTTATCTGACATCCTTTCGCCCTCTGAATTTGCTCC TGCTGCCTCATGCTCTTGATGACCACATCCCTGTTGCTCATAAACAGCAGTATCTGCATC TCCATCAGCTCTTTCACAGTCTATATGATTAAGAAATACAGAAGATTAACTGGACAATGG CACATATCTCCAAGCTTTCATTTTGTTGCCAAGAAGAAACAACAAATTCATTAACAAGTT GGACATACCTCCTTGTGCCTCATATTGCTTACTGACTGCTGCAGTTGTTGCTACTACTGC TGCAGCTGTGGCTGTGGCAGCAGCTGCTACGGGAAGGTCCCCGTGAGGGTTAGTCTTGGC TGCAACAACTACCATCGAAGAGGCAACAGCAGCTGCGGCAGCGGCAGCAGCAGCAGCAAC AGGAACTTTTTTCATATGTTTTGGTGGAGCTACTTCAGACTGTCTAGAGACTTGCTGTTC ATCAACTTCTCTCACATTTGGCTGAGGTTCCAATGATCCACGTGCATTGCCCTTTGAGTA TGGACTGTGATAAGGCAGAGGGGGTAAGAAGCGGGCTCGATTCTTATCAGATTGACCCCT GACTTTCTGGAACTCGTCTCTTTCCTCTAGCCTGGATTTTCCCTCTATATGAGATACGTC TAGTTGTTCTGGATAGATCTCAGCGAACAAGTTTGGTGGTGCAATAACTCCACTCTCAAG TAAAACAGTGTGCAGTTTTTGAGCTAGCTGTGGATTTTCTTTGGCAGCATCGATCATGTA TTGTGAAGCATCCTTTACTTTCATTTTGTGTGCAGCTGGGGAGCTAACACCTTCTGTCCA CGAAGGAGATCTTGCATGTGTAAAAGCAGATCTTGCATGCCCAGCTCTAGAAGAAGTTTC CTGTCCTTGCTCCTTAGGACTGTAAGCCTTTGTAAAATCAAGGAAGGTATTATAAGATTC TTTTTCCGCTTTTACCTGCAGTTCTGGATTACCAGAAGAGGGAGATTCATTTCCTGCACT AGTGCTTTCCGCAAACCTGGATCTCTTGTCTGCCGTTCCATAGTCTGAATGATCTCCCAA TGAAGAAGCAATCCCACTACTATTGGAACCTGGATGAGAATCAACATCTTTGGAGGATGG ACTGATGGAGAGAATAGACTCTTCATAGTCTCCATGTACTCCAGATGTGTCAGATGGAAT AAGTGTTCCGGGGGCTGCCATCAAATCGACAATATACTCCCTGCAAATGTATCATCTAAT TTGTACATAAAAAAAAAATAATCCCAGCAAAAGAAATTATTGCAGCAAAAATTTATCCCA GACAATGTACCAACAAATACTTGCATCATACAAACAACAGCACCAATTTAAGACCGTAAA ATGCTGTAAATTGTGAAGGAAATTAGAAAAATCAATTCATAGTCCAAATTAATTGTGAAT GCCTGGCGGGTGATCATCAAGTGAAAGCACTAAGGTATGCGCCGTAAACCAGCCAACCAA CAGCTTTTTCAAAGTTTGTGTTAGTTTATGAGCCTCAGAGGCCTGGTGCAAAACAGTAGA TGTAACTTGCGAGAAAATATATTAATTATTAAGGGAACTTTACTAATGAGCACTTAAGCA ATTACGAATTGGAACTCAGAACTCTAGAATTATCTATAAGAAAACTAGTCACTAGTGAAA AACTTAAAAAGGTATCTTGAATTTGATCAGGAACTTAAGATTGATATTTACTTTGATTGA CATGTTTTTCCCTTCATTGCACTTCCTTTTCAAGTTTCCTACTAATATTCTTGGTGTTTG TGTTCATAGTTTTTCTTTTCAATCATGTAAATCTTTTTTTTTTCAGTTTGCGCCTGTTTC GTTAAGCAATGTGTGATGTGCCTTAAGTAGCTCCTACCTTGGCCCTTTGTTACTACATTT CATGTTTGATAAGGCTGACACTTTCTCTGACTAAGCCACAAGGTGTATTTGTGCAATGCA AACCAACCAAGGAAGAATATCCAAGAAAAGTGAAAATACTGACCAAGTTTCAATATGTAT ACCCCACCTGAGAGAACATAAAAGAAAAAGATTGCATCTATAGCATCAAGGAAAGAAGGT AAAGTGAATAGCAGCAACCTTCCATCGATCTTTACATAGTTCATTGCAACATCATCTGAA CCTGTATACTGCTTTCCTTTTACTAATCGGCAAGGAATCCCCACACTATCAGCTAGAACC TAAATAATTTTCAGAAGCAAAAGAGAATTAAAAAAATGTGATGTTATAAGCAAAGCATAG CAAATGAAAGGGTAAAGCCAACCATTACCAAGTACCTACAATAAAAATAATAGTGATTAT TAGCAGATTGACAAAGAATAGCACCATTGAAATGACTAATGCATCAAACCAAAATAAAAA CTATGGACAAGTAATATCATGCAGACAGAATTAATTGCTATCTGCGAAAGGGATCAAAGA GAACAATAAGGTACAGTCACAGCAGCAATGGATGCAGAATACTGACAAGTAGTTGGAAAG ATCAAGAACTAGGGGACAAATACTGGAGCTAATTCAGATTAGAACTGAACCATGCCTATG CTGACGTTCTGCTTAAATGAATTAATTTTTCTATATGAAGTTCCCCATCCACAGAACAAT CATCCTTTACGACAAGTAGAATTCCCTTCTTTAAATAGTCATCTACGTACCGAGTCCTAG CCAACTATACAAGTAAATTAGGCTTTAGAAGTGAGATTAGGATATTCGGGTATCTCAGGC ATTTTCGTTGTCAATAGGCAAGGGATATTACTTCATGAGAAAACTAAAAGATATCACAAA CTAATTATAATCAAATACTGCTATAGATTTAAGACTCCAAAATGCTTAGTACCTTGAATA ACAATGCACGATGACGAGCCAATCCAATGGTCAAAGAACCAAGAGGCAAAACCATACTCC CTAGAGTTGCCTTAAGATTATAACTAATACTTCTCCATGCAAGCAACATGCTCTCTGGAT CCACAACTGGGCCCCCCATGTGGTCAGAAACTAGCACAGCAAGCTCATGTACCAAACTGC TGGCTGAAAAATCCATGAGTTTTGACCTCTCCTCAACAGCAATCTCTAGAGCTCTCTGTT CAAGTTTCAACAACTTGGAGTCCGCAGCTTTACTGATAAGGATGGCTTCCCAACTAATAT GATCTGATACTTCTGTTCTTTGCAGATCAATGAGGGAGGGCATTTTCGAGGAATTGGACT CCATGAGGACACCATACAAATCATAAAATCCATCCAGGATCTTGTCATCATAGCTTAGAG CATTGTAATTCTGTGAAGCATTGATAAATCTATAATATGAGATATGTCATGTGTTAGAAA GGAATAAGGACTAGGAAAGGGAAATTTTTGCACAAACAGAAACTGATCTGACGAAATAAT AGAGCAATTTATACACAACAAAATCAATCCCTCCATATTTTAGATAATGTAGCTGTCTAA TATACCTTCTTGCTGATTGTTTAAGGCGGATAAGCTATTGGAACCACTTAAACACCAGAC AGGAATATGGAGAAGTAGAAACCAGAAAATATGTGCATCGCTATGAGCCAATGACTATGA TATCTAGAAGGCAAAATATATTTAGTCTTTGGCAGTGTTTCTTACCCGCAATATCAAGCT TACCCCATTCTAATCATTACAACATTTCTAGTCCAATAATGTCAGTAGAGGTTGTACTTG GCATCTCTCTCTCCTCAACTATATCCATCAAGTCTTATACTCATTGATCACTTAATTCCT CAGTCAATCTAAACTTTGTTTTCTCCCACTACCTTCACTACAGCATTTGAATTCTCATAT ATCCAGTGACTTATCATTATTACCAATAGGTTCTCATTTATACCATGTCCCAGGACCTTA TGATATGAGTAATTGTATTGGTGTTCCTTCCATAAACAGTACGCCTCCTAACTGACACAA TTCGAATTTCCTTTATACTTCTTTCAATATCTCTTTTTGTGACAACAATGGTGCCGAGCC AGCTTTTGCTTAGCTGGATCATTCCACCGGGTAGTTCTACCTCCCACCAGCACAAGTACC GGGTAGTTTGACTTAACAATGGTTAGGTAGATGACAAGAAATCACCTAGTGTTTTTAGTT TTTGTTGAGAAGTGAATCCTGATCATGTAAAGGTTCACACTCCAGTCAGCTTGAGGCCAT CCCCAGACTTCAAAGATGAAAGCCGATAATCAAATTGCTTAATTCAGCATAAGGATTAAT GAATCTACTAACCAATACCTTTCAGGGATGACAAAAACAATCAACAGCAAGGCACAATGA CCATTACCATTATAATACAATGCTCGAATTCTAAAGTCTAAATTTGATTAAAAAAACTAA ATCAGTAGTTTCCTGTTCAGCAGTGGTCAACCACATCCATTAAAAAAGAAGATACAAACT TCAAAATGCATACACGATTTACCTCAGCAAGGTAAGTCAGATCAAGGGATTAAATGACAT GGCCATTTCCTTTTCTTTTTCTTTTGTGAAATAAAATCTATATACAATATATTTACCTAA AAGATAACAGATTTGCTAAGCATGCCTTTAGGTGCCTAGAGCAAAGTAAGCCAAGAGTTG TGATATGAATGAAACAAAATAGACACATACGCACATACCCAATACCGATATGCTACAACT TCTGCAGGAGCATTCTCTGGGGCAGAAGAGCCTAAACTGATTTGCTTTACAGCCTCAATT TGAACTGCCTCAGGGTCCTCCTTCGCGCTCAACTCTAGAGCTAACTGAATTTGATACTCC TCCTCTACACCAGGATCCCTTGAGCTGCTTGACTCCGAATCACGCTGTAGAGCATCTAAA ACAGCATCAGTGCCACCAATACTGACAGAGTCAGAATGTTCCATTCTATTCCCTCTATTC ACATTTGAGGAAGACGGAGGACTGGGACTATGCCTATTTGTAACTGAATTTAACCATCCT GAAATTGCTGAAAAAGGTTTATTATCAGACCCATGATAGCTTCTAGAGCTTGAATGCTTT TCAGGTGATGAAACATCAGTTAATTTCTTGCTCCTTGAGGAAGATGTTGATCCTTCTGAA TCTTCTGATTGGTTGGACCCAATATGAAGTTTCTTGAGAAAATTTTTCATTGTTGTATTC ACTAAACCACAATGCTTAGTAGTTGTACTAAAGAAACAAAAAAGCTGGCCATAAACCTCT CAGTAAATAAATGGATCCCGAGTCTAACTCAACTCCGGAAGCTAGCTCACTGGTGATGAA CTATCCAAGACGGAGACCACCTATCTCCTTAACCACCAACGTATAGGACTTTCTCATTCC TCAACACTCTCCATTGTCCCACTACAATCATGAATCACAGTTACAAATCTCTTACCTTAA AACCTGTAATAACAAGAACTGCATAGTTTAAGCTTGTTTTTAACCAAATCAAATCCAAGA ACCAAACTTTACTTCGTTTGTGAAGAAACTCCAGTTACCACTTCCCTACTGAGCAGCAAA AAGACTCAATCTTGAACACAAATTCAAGAACTCAGCCTAAACCAAAAAAGATTGTTCCTT TATCCCTTAAACAGCTAGAGCAAACCAAGAAAAGGGTATGAAAATGCAAATGAAGATGTA GAAAATGGACAAAAAGAAGAAAGACTAAATTGTACAGTTGAAATAAATGTGTCAATTAAA GTGAAAAAGGGCTTCAGTGGTCAGTTTTTGAAAGAGTGGGGGTGAGGGCAAAAACAACAA GTGGGAGTGGGGAAAGTAGGACCTCACTAATCAAGAATGACCCACTTGGTTTTTCTGAGG TACCAGTATCACTACACCAAACCAATATTCCCAGGAATTTCATGGTCATAGAAAAACAAA GAAAAAGGGTATTTTGCTGTTAAAGGAAATTGAAAAAGAAAAATCAAGTTACCTGCTTTG GATCTCTCTATTTTACACACAAAACTCAATGGTGAATGGCTATTGGTCTGATTTTAGCTC CCGACAGAGTACTAGAAGTTTGCAACTATGAGAGTGGCAATAAGTGGTTAATTGCTGTAA GCCTCAAAAACTAACACAGAGTAGAATATTTGAAAAAGAAACTCAACTTTTCTTTCTACT ATCGCTGCTAGCTACCTTTGATTTTACTTGACTCTATATTTTATTACAGTAATAATAAAC ATTAGAGTTAGATTAATTTAATGAAGTATACTTTTAAGAAAAATAATGTTACAGGAATAT GAATTCAGTAATATAAAACGAAGAAATTAGTAAGATACTCTTATTATGTTACTTCTTTGG TTTCAAAAAAAAATGTTCCTATTTCCTTTTTAGTTTGTTTCAAAAAGAATGTCTTTTTTT CTTTTTTGATAATAATTTAATTTTAACTTTTCACGTGGCATGTTTAAATACCACAAGATT AAAGGACATTTTGATACATTTTACATAATTTTAATTTAAAATCACAAATTAAATAGTCAT TTTTTCTTCTTAAACTTCATTTTAAATCAAATCAGGTCATCTTTTTTGAAACGCGGATAG TACAGTTAATGAATGACAAAATAGGACAATATCTTTTTAGGGATAGTGCAGCTGTGCAAG AACACTTTTTGTTATTATAATTATTCCAGCTAGATAACTATAGTGGTAAGAGATTACAAA TGACCTAGTTGATTCTTTTATGTTTCCCTATAATCAATTGTGTAAAGTGGAAAAATATTT GATTGTCATATATATAAACAAAATATTTTGTTTATTTTGTTTTATAATAGTTTAAATATC TATACGTGGGAGGTATAATTATTTGTTAAAGTTAAATTAAAAGGCAAATTCAGTAGACAT CAAAATATTTTGAACTCTACCAAACAATTTAGATTTCAATTTAGGTTCTTGGAGGCTCCT ATATCCAAAATTCTAGCTTGTGTTTCTATATTTAAAGGATTATATATTCTCTTAAAGAGA CATCGTGAGAATTTCATGAAATATCTATAAAAAGATCAAGATGTGGTCTTCAACGTTTGT GAAATACGTTACTAGCTAATAATCCTCCGAGAAATACGTTACTAGCTAACAAGTAACAAC TCTCGAATAATCAAGAGAGTAACATAATTGTAGTTGCACTATTTTATCAATAAAATATTT TTATTACTTCATATTTCATTTGCAATTGTAATATATTTTTTATCGATTTAAAATTTATTG CAAAACAAATATATTACCTTACTGCCCATTATTATTTGTAATTCTCCTTGATGTTCCTAT GTTGTCTATTTCTTCTCATAATTTGATTTCTTTAAAAGGATATTATACAAATGATAAGTA AGAAACTTAGGAAACACAATATGAAAGTGACATTCAGCTTAATTAATTTTCCACAAATGA AGATGTTATATTTATTTATTTATTTTGTATTAAGATGAGCTGTAATAGTTGAAATAGTAT GTGTGGTTTGTAAATTACCAAAAATTAAAGAAACAAAACTTAATTCTGCAAAAATGTTTT TTTTCTCTCTTTTTTTATGTGGTTGTGTGGAGTTTTCTTCCTATTGGTCACTTAATACTT TGAGCAGACTTTCCCTAAAAAGTTAATAATAAAGCTGAATAAGTTGAGTCTTTTTTTTAA AAAAAAATCCAAAACTTAGGATATGAGGAAAAAGGTGCCTCATCTAGATAAACAACCACA GTCTGATACTCACTTTTCCTCTTAATATCCTACTATTGTATGAATCTTTAGTACCAAGAA TCATAAATATGTGTAGTGGTTATTTTCATAGGTGAAAATAATATGAAAAAATTAAGAAAT TTTACATTATTTAATGAGAATCTACTTTGCATTATGCATTTCTGGAATTGGTTCAATCAA AATGAATTGATATGAAAATAATATTAAGAAATTTTACATTATCTAATGAGAATCTACTTT GCATTATGCATTTGTGGAATTGGTTCAATCAAAATGAATTGAAAATTATATTTTGTAGGA TAGATTTTTCAATGATTATTGGCGATAATAATAAATTTTAAATCTAATATTGTTAAAGAA TAACAAAAGTCCCACGTTGGTGGTTAATGAGATGGGTCGACTCCTTACGAGGCTTGAGCA ATCCTCCTCCCTTTGAGCTAACTTTTGAGGTGTGAGTCAGGCCTAAGACCTAATTTCACA AATATTATTATCAATTTGTTGATCTATATCTGTAATGTATGTTTTTTTTTATTTTTCACA TACAATAATTAATACTTATATTAAAATTTGACTAAACAATATTTATATATACAAAATCAG AACATTTTGTTATATATAGTTGAAAAAGGATAAATAAGTTTCGCTCTTATTAACATGGAG CTAAAATTGAAATTGAAAATATGATTTATCATATATTCTTGTCTTTTCTTTTTAATAAAA ATAAATGATATATTTCTAAATGTTACTTTATAATTAAAATTTGAACCTCAATTTTCTAAT TAAAACTTGAGAGCTTCTAGAAATCTCATCATGAACAATGAACGACCTAAATTCAATAGA TATGTGGGCAACATAATTACGACTTAATTCACTTCTCACTTTTCTCTTATTTTTAAAATA GATTTTCACTTTTAAAAAAATATTTTTGACATATTATAAAAAGATAATTACTTTTTATAT TTTATTCTCAATATTAAATATATTTTTTGAATCAATTTTAAAGATCTAATTCTAAATATC ATTTAAAGAATAGCTTAATAAAATATTTATATCAATTATAATTTTTTAATATACATACTA AATATCAATAAATAAAAATAAACGAAGGAAATAACGTTTTTCCTCGTGCCATATTAAATT ACACTTTATGACCTATTATTTGGACGGCTGAAATTCTTTTTGGCTGTCACAATAAAAGAA AATTAAATTACCTACTTCATCGGTTTTAAATCCAAATAGATTTTTGATAACTTTTAAAAT TTATAAATAATAATAATTTGACTAATTCTACCTTGTCTTTAATGATAAAACATTATGGTC ATGGATGTTATGATATGCTTAAAATAAATTATAGTCAAACTTATTTACGTTACATTGAAT TACTACACGAATTGAGAAATATTCTATCGGTCTTCATATTATAGTGGATATTTTTATTTA CTAGATTAAGTTTTTATGTTAGTTTTCATAATTACAATAATTAAATAAAATTTATTTGAT AAATAAATTATTTAATATTAAATTATCATCTTATATTATTCATACTTTAAAAATTTCGTC GAATTTTATTGGTAACGGAACATTGTTGGAAGATGTATCATATTTTTGAGGAAATAAGAT GCATGGTGCCACTGAAGCAAATTAAAGAGAAAGTATATTATCAGATGCAGGGGAATTAAT TAACGTATACATACAATGAAAATAAAGTTTGGTTCCCAAAAGGCAAAAAGTTAGGTTATG GTGACCATCTAGAAAAGGAAAAAAATACGAGATTTGAATATATATATTTAAGGAATAAGA AATCATTTATGGTGGAGGTGGAGCAACGTAATTATTTATTATTTTTTTTTTAGTTCTTCT TAATTAATAATTAAGGATTTATTTTGTTATAAAATCAAGTTCATAAGATTATAATTATAA AGAGAAGAAGGCAAGAGAAATAGATAAAAGAAGAGGACTTTCTTCTTATTCAAGTGTGTC CTTCAAATCGTGAGCGATGTCTCTATTTACAGTGTTGAGATATCACTCTCAAAGGTCACC AAATTAATAGATACGTGTTTATTCATAATGGATCATATCACCTTAGAAATATGCATACAT GAATACAAATAATTCATGAATATCCAATGGACAATCCACTTAATTAGTTCAATGGATTTG TAACATATTTTAATAAATTAAAAAAGAATAAAAAATTTATCTCATGTACCTTCAATTAAT TATTTTGAAAAAGATGAAAAAAAAATCAAAAAATTTAAATTTTAAATTCATTTACTTCAT AATTAATAGGCCAAAGTGGTAAAGTCAATTATTATTTTCTTAATAGGTGTGTCAATTTAA AAGTGGACAAGTAACTAGAGACTAATAAAGTATTATTTAAATTTGGAAAAAATGTCTGAA AGATATTTAAACTTTAACCGAAATTATTGTTACGATACCAAACTTTGAAAAAGATATTTT ACTCTTGCACTATTTAATAGTATATTTTAAAAATATATATGTGCTCATGTGAACATAAAA TATATTGCATAATTATAACTAGTAATATGTCCACTTGGGCACACATATTATACCTTTAAA ATACACTATTAGATAGTTCAGAGGATAAAATATCCTCTATGAAATTTGATATCGTAACAA CAATTTCAATTAAAGTTAAAATATTTTTCAAACCCTTTTTCCTTTTAAATTTCTAACTTA TACTCTATAATCTTTGTGTTAACTTTGAAGCTTTTGCATACATTGACCTTTTTTTTGAAG TGGTTTTTTAAATTTATTTTAGAGAAAATATGATGATTTTTAATTTCGGTGTTTAATAAA ATTTTGTGAATGAAAATGGTTTTATTTATGACCGAAATTCGCTTGGCATAAGCGTAGTGA ACTTCTCTTTATAGTTACTTTACATAAATTTCATGTGAATCAAATTATTTGATATGAGTT GTGTAGTATTACTATGAGCTAATTGATTAGCATAAGTTTACTATGTGAATTAACTCATGT CTCTTACAATATAATTATTTGTGAATTATAAAATTGATTTTTTATTTTCTATGACATCAA CTTTATTAAGTTTGTATAAGTGACTCTAGGGCTGTGTATTGATTGGTTTGGGTCGATTTT AAAGTCTATCGGGTTAGCTTATTAGTTGTCGGTTTTTAGAGATGCTAAACCGTCATAGAA CCATTAAGATATTGGGTTATCGGTTATTGGTTTATCGATTTTAACGTTACCGTTAAGATT TGACACAAAAGAAAAAATATTGAAAATCACTTAGAAACAAGGTGACAAAACAACTAAACC ATGCACTTGAGTTCAGAAGTTACATCTTGCTAAAAAACAAACACTTTTACATCGTAGAAT AATTAAGTGACTGAGACAATTAAAAAAGTAGAAAATTAAACTCTAAGTCGAGGACTTTAT ATACAAAATGGTATAAATATAGTTATTTAATTTACTATCGGGTTATCGATTAACCCGTTA AGATAAAACTTTAAACCGTTAGAATCGATAACCCGATAACAAAAAAAATCAAATCCGTTA TCAAAACCACTAAATCAATAACCCAACAGTATAAACCAATAACTTTTTTATTAGTTCAGC TTATCAATTTCGATTCGATTTTGAAGAGCCCTAAGTGACTCGTTAAATTTTACATTTATA AAGTTCAAACAAAATCTTTTGGCTGCCATTGTAGTATAGGTCCAAGAAGGAGCCCATACA TTTTCATTTTTACATATCTAAAAACGCTAAGGAGTGTTATAAAACATAAGTAAAATATTG AAAAATAATATAGACAAAGGTATATGAGGGATAAAGTGTAATTCAAATGTCTTCTTCTTT CATCTGTCTTTATAATGGTGAAAGAACAATCCTAGTTATAGGTTGAAAAGTCATTCTAAA AGTTATCATATTAAGTATCATGATAAATAGATATATTCTTATTCAAAAAGGTTAATAGAA CTTAGGAAATATGAATAGTTATTCATGTATTAACTCAATGGACAATTCACTCATTTAATG AATTTATAACAAGAAATATTGTTTTAACTTTTTAAAATAAACGGAAAAAAAATCACATAA ATTAAAATAAAAAAATTAATTAAAGATCGACTTTTATTTTGATATTATATTGGCAAGCAG AAAACATAATGCATTTTCACAAGCTATTAGCTGTAGTAAGCAGATTTTAACTAAATTAAA TGAGTTATATTTGCAAATGATTGGGATTTGTCTATATTTTTATATAGACAAAATGGATAA ACTAAAGAACGTCGTGCTTAATTAATCATTGATTAAAAAATGTGACATTATTATTATTAT TATTATTATTATTATTCAATATGTGAGTAGCATGAACTGGAGAATGTGCCAAAACATGAT ATGTTGTATTCAATATTTAATGATCGGATTTGGGAACCTAAGGAGAATTATTAATTAACA TGCAGTTTAATATTATATTATACATTTATTTAGATGCAAACTTCTTACACTTCTTAATTC TTAATCTTTAATTAGTGGTCAAACTTATTTATCGTTTTATCTTGGACAACTTTCATCCAT ATAAATTTTTTATTTGTTTTACTTTTTTCGGTTTTAAAAAGAATGTATACATATTTTTTT GTCAAATTCAACTTTATATTACATGTTTAAGATTATAAATATAAAAAATATTTTAACATA TATTTCATATTAATTGAATGTTAAACACTTAAAAAGTTATTGAACCTGCACCGAAAAATA TAACCTAGTGATTAATGTATTAGTTGAGAACTCAACGCATTAAATTATTGTCTCATTTAT TACTTTAAGGAAAAAGAACAAATACACTCTCTCGAATTATTGTAAATGATATGCAGATAT CATTTGTCATACTTTTAGGACATTAGTGCTCTTTTCGTTCAAAAATTTGAGCGTTTACTC TAACGGAAGACTAAATAGGAACACGTGACATAATCTTATCAGTTGATAAATATCGGATCA ATAGATAAGATTATGACACGTATATGTCTGTTATTATAAAAGAGTGTATATGGTTTAGTT TTTGAACGACAAAACACCAATGTATCAAAAGTATGATGAAAAATATTTGCATACTATTTA CGATAATTTAGAGATATATTTATTCTTTTTTCCTTACTTAGTGAGAGGCGACAGAAATCT AATATCATCACTTAATCTGAAGTAGTAGACGTTTTTAAGATCACGAGATATAAAAATAAT TTTTACTATCATAAGCTTCGTATAAGTTAAGACTCGACAGGTATAAAGCCTGCTTTTTCT TTTCCCTCTTGTTTCCTCTTTTTACTACAACTCTTCTTCTTCATCTCTCCCATTATCTTT GCACAACACCAAGAAACTCGGAAGAAACCGCTGTATTTTGTGGTGGCAACTGTCAAGAAA GAGAGAGAAAAACATATTGGCGTGGAAAGCTGAGATCTTGTGGTCGCAAATCAAGAATCA ACACGACAGACTAGGGGAATTCAAAAAAAAAAAGACAAGGGGGGTGTTAGTAGTAGTATA TGGGGGGTGGTAGTACATTTGTGGACGGAGTTCGTCGTTTGTTTCATCGTCGTTCAAGTA CTACTACTATTACTACTATTGTTCATACCAATGCAGAACCGATCTTGAACAATCTTGAAA AACCCATTAAGATTTCAGACTCAAAATACCAAGAAGAAGAAGGAGGAGAGCTTACCATTA TTGAAGACTTTGACATTTCGGGTCTTAAGTTTATAAGAGTTCCTAAAAGGGTTGATTTCC CTTTTTCATCTGCTTCTTATCAAATGGATCATCACAGAAAGGTTTGATTTTTCCCTTTAT TTTGTTCGCTTTTTATTGACTTTTTTTTTTGCTTTTTGATTTTGCATGGAGTTGATTAAG TTTGACCATCATTTTACTGCTCAATCTGATGTTGATGTCAGTTATTCATGTATGTAGACA CAAATTGGTTTCCCACCTGAGAATTTGGTTGATATATGTAGAAAATATTGCTAAAAAAGG ATGAGGGAAAGTAAAGCTTGCAACTTTACTCATTTTGGATCTTTCTGTCTATTTGCTTAT GTCATTGAAATGAAACAGATATTTATTGGTAAGTCACAGTTACTCACCCCCACCTCAAAA GAAAACTTATCTGAACTATCTTTCTTTCCTACCTAAGAATCTTGTAGTCTGTTTGGTCGG AATCCCCTGCTCGTTATTGCCATGCGCTTTTCTCTTGGAGGCAAACAAAAGATGTGTGTG TGTGTGTTAGATTATAATATTTGCTATCTTCATAATTGCTAATCTAAGGAAAACTGAAGT TCTTGCTACCAATGACGAGTGGGATTTCACTTGGTATCTTGTTGTTGTTGCTACCAATGA CCAGTGTTTTGTAGAATCTTGTGTCTGTTAGATTTTATCAAGACCTATCAGACTTGTCTT CTTCATATGAGGAGGATCATGTTTCAAGCATCAGTTTTGTGGTGTTTTTATTTTTTCTAT ATTATTGTGTGTTCATTTCCTTGCACATAAAGTAGCGTTAGACCATTATGCAGATTACTA TCATGTGGCATATTAGTGCCTAATGAACTTTTCAGTTCTATGTAGACTTACATGGGTAAG GAAATGGGAAGATGCAGCTGTATTATACTGCAGATATCAGTCACACATTTGTTTTGACTT GAATATTGTTATTCAAAACTCACAGGAGGCAGAGTTCTTCACAGAATATGGAGAGGCAAG CAGATACCAAATTCAGGAAGTTATCGGCAAGGGTAGCTATGGAGTTGTGGCCTCGGCTGT TGATACCAAAACTGGAGAAAGAGTTGCTATCAAGAAGATTAATGATGTGTTTGAGCATGT CTCTGATGCCACTAGAATTTTAAGAGAAATTAAGCTTCTTCGGCTTCTACGGCATCCTGA TATCGTAGAAATAAAGCACATCATGTTGCCCCCTTCTCGGCGAGAGTTTAAAGATATATA TGTCGTCTTTGAATTGATGGAGTCTGATCTCCACCAGGTTATTAAGGCCAATGATGATCT TACACCTGAGCATTATCAGTTTTTCCTATATCAGCTTATGCGAGGATTAAAATATACTCA TACTGGTTTGTTTTTTATACAAGTTGAAACCTTCTCTTTGACATCTCTATGTAATGGAGA AGCTAACTTTTCCTCGGGACCTCTTAACAGCAAACGTTTTCCATCGAGATTTAAAGCCGA AGAATATTCTTGCTAATGCTGACTGTAAATTGAAGATTTGTGACTTCGGGCTTGCTCGTG TATCATTTAATGACACACCCTCAGCTATTTTCTGGACTGTATGTTTGATCTCTAGAAGGC TTCTCTTTTCTCATTATTTTAGTACTCAAATTTGTGAGTGATTTCTGATATACTTGTTGT TTGATGTATTTAAGGATTATGTTGCTACTCGATGGTATCGTGCTCCTGAGCTATGTGGCT CTTTTTTCTCTAAGGTAACTTAGCTTTATCACTGACATCTACAGTTATAATTATTAATTC CATTTGCCAAACATGCAATTATTGCAATGTCACTTAAATTTCGCATAGTTTGTGACAATC AGTATAATGCATTGTGGTCAATTATACTTTCTATACACTCTTTTCTCCGGTATTTTGATT GTCTGAGAATTTCTTGGTTTTATGTCACTCTGTTTCTGTCTTCAGAGAAGACTGGAACAA TTATAGATTGAACAATATTTTTGTTTACATGGTTTTGTGGCTGATACAGAATGAAGTCAT ATTTCTGTTTTCCCTATAAGTGTCTGCTGGATGCTTATTGACTTATCAGCCTTCAACAAT GCCTTCAGAATTTACTCTCAAACTAGTATTGTTTAATTACAAGGATCATGATCTGGTGAT GGATCACTTGACTTCAAATGCTTAGAGGTTGCTGGGAGAGGGAGATGAAGCATGTCTAGG TTTCTATACTATGCACGAAAAGATCGATTCTGACAAGATGTAAAAAACACATCATTGTGA GATTGATTACATCACTCGTTCTCTATATTTGGTACTTCATTTGGCTGGGAGAATGTTCAA TTGAGGATTCAAATTGTTTATTGTATCCAAGTTCTATCTGTAAAGAGTCACAGTGTCATT AGAAGTGGAATGCAAGTGGATTGATGAGGAGCTTCTTGTTGGAAAAAGTAATCACCTGCT GGACGATAGTTTTGACTTCAAGAGCTTAATAGTAGATTTTTCTTTAAATTGGATGAAAGA TGAGAGTTCCCTGTTTGTAGTATCCCAGTATTATGAATATGACCTAGTCAACTTGCAGTT AGGAGAAAGTGGCAAGATTACTGATTCATCTTAACTAATCAATAAAAGTAAAAAGGACTG TCCCGAGCATCAATCTCTCACTCTAGTTCAATGCTCAGTAAATATGTGATGTGAACATGC TGTTCAGCTTTAAGTCCTACAACCTATGCTGCTGGGGCTTTTCAAAAATGTCAATGGGTG CGTTCGGATTCTCCAAAAGTAATGTATTTTTGGAGAATCTGAGACGGGTGCGCCATCGAA AGTAAAGAGTTAGCCTGCAACTGTGAATGAACATATGCGGGCTGGTGGCTGTACATGTCA GGTTTTAATGTTAGAATACAAACATACATATCTTTTTTACTGTGGAGGCATAGTATAAAT CTCTTGGAACAGAACCTGCTTGTAAAACAGATAGTTAGGGTAGTGCTTCAAGGGGGTTTC CCAATTTCTAGCTCAAGAATTATTTTCTGCCCTTGTGGCCTAAGACTGTTAATGTTCCGA GTATGCAGATATATTTTTTGTGGTCTCAGTGTCTCCACATCATGGAGTGGTATTTCTCCT AAAAAGTTGAGATTGATATTCTGGGAAGTGGACTCAGTGTCTCCACATCATGGAGTGGTA TTTTTTGTTGCTTTTTACCTTATCAGAGAACAAAAATTAACTAGCATTCTTTCTTGTAAA GTGATATCTAAACTGTAAAATTTGATGACGTGATTTCACTGCGAAGCAACTATATCATAT AATATATGTTGATAGTTCACTTGTGTTTTTGACATATCTGTATAGACAGATTTACTTATC ATGTGACATGTACTATCACTGAGAGTTCTCTATTTGCAGTACACTCCTGCTATTGATATT TGGAGCATAGGATGCATATTTGCAGAAATGCTCACTGGAAAACCATTATTTCCTGGAAAG AATGTAGTGCATCAATTAGACCTTATGACTGATTTGCTAGGAACACCTCCTCCTGAAACC ATTGCAAAGGTTAGTTCTCTCATTGCATACTTCTCTTTCTTTGTTAATGTTCAATCAGAT TAACTTCAGCTGGAGGATAAGATGTCTTCGTTACTTGCTGGTAAGAACATCAGAGAACAA AGGTTAAGACAAAAAGAATAGTTGGTATGAGGTCCTAGTAAATCACGTCTATGTCCCACT CTAGTTATTCCTGTTTTACTAAAGAAATTCTACTGAACTGGCAGATTAGAAATGAAAAGG CAAGAAGATACCTCGGTAACATGCGCAAAAAAACACCTGTTCCATTTGCACAAAAGTTTC CACATGTGGATCCTTTGGCTTTGCGCCTACTTGAACGCATGCTTGCATTTGACCCTAAAG ATCGACCATCTGCAGAGGAGGTAATTGTATGAAGTTTTTATATTGTTCTATCTACCAAAG AAAATCTTGACTCTGATAATGTGACAAGACTTCATCTCATTATTGGTGGTTTTGGTTTGA AGGCATTGGCTGATCCTTATTTCCGTAGTTTGTCGAATGTGGACCGTGAACCATCTACTC ACCCAATATCAAAGCTTGAGTTTGAATTTGAGCGGAGAAAGTTGGCAAAAGAAGATGTTA GAGAGCTCATTTATCGGGAGGTACAGTTTTCTCCATTTTGATGGCTCTCTTTTATGTGGA ATGAATTTACTGATTAATTTCTAAACTTGTTCTGAGCAAACAGATTTTAGAATATCATCC TCAGATGCTTCAGGAGTATCTTCGTGGTGGAGATCAGACTAGTGGGTTTATGTACCCAAG GTTAGGAGACACCTAAATCTTGCTCCGCATAATTTATGTTCTTTTCTAATAACTTTTTTC TGCCTCATTTTTCCTTGCATTAAAAGCTGATTGTTTAGTTTAGTTAGAACAACAAATTGC TTGTCTTTTAGTTTCCTCCAGTGGTCGAAAACTATAATGCATCTTTGGAGGGCATTGACA ACTCTTTCCAAAATGGAAGTAACCTCAAGTTAATACTATACTAAAGCATTTTCTTTCCTT CAAGGGCTGCGACAGCTAATTCACAATATATATGTTGTATTAGTGTGTAATGTGTTGTGC ATATGTATCTGCTTGACTGGTCTTGCTTTGTGTACATATTGCAATAAATGTTTTGTACTA CTCTTTGAGAAATACTTTTTGATGGTCTTTCTTTTGTGTCAATTTAGTGGTGTTGATCGG TTCAAGCGTCAATTTGCACATCTTGAGGAGCATTATGGTAAAGGTGAACGGAGCACTCCA CTTCAGAGGCAGCATGCTTCCTTGCCTAGGTGTGAACTCTGTCTATTCTTTTGCTCTGGG TGGTAAAGGTCGTTCTTCAATAATAATCTGCTGAAGTCATTTGTCTAGAGAAAATATGGA CATTTTAATATTTGTCCGATTCAAGCAGTCCTTATTTTAGTTCCAGTTCTGAGAGACACC CGTCCGATTTAACCTTATTTTTGTGCACTTATTTGATAAATGATTGTTTCTAAACAGAAA TGTTGTAGGTTGATGCAATTTACTTTAAAAGCTGTATGTATTTCCTGAACAAGATTAATT TTGAGTATATAGCAAGTGCTTTAGCAAATCTGATTTTGCGGTTATACGCTACAAACTTTA GCCAAGGAATTAACTTGGTCTGTTTTTGAATACTCTCATCTTAGAGAGCGGGTTCCTGCA CCTAAAGATGAGACGTCTTCCCAGAACATTGATTTTGAAAAACGAACTTCAGCATCTGTT GCTTCTACTCTAGAGAGCCCACCAGGGAAGTCCGAGAGATCAGAGAACTCAGATGCTAAT GTGCAAAATGGGCCAAACAAAGCAAACTATAGTGCTCGTAGCTTGCTGAAGAGTGCTAGT ATCAGTGCTTCAAAGTGCGTCGTAGTTAAAGGAAGAAATGCTGAGGTAACTTCTACCCCT TCTCTCTTTGTTGAATATCAATGACATTCAATCATTCAACCATGAAAAATTGTTTTCATG TAAAAGGAAAAAAGACCGCCATTCCAATATTGACAACTCAACAGAATGCCTGCTTATGTC CTTGCTTAAAACCAAAATGCCAATTGTTCCTTCATTTTTTTTTGTCATTTTATTGATCTA AAAGGTTGGCATTATATTATAATGTTCTGATAGGAAGAGCCAATTAAAGAGCAAAGTGAC GGTGTTGATGGTTTAGCTCAAAAACCTGCTGATTGTCATGGCTAATTTATTACCCAGCAT ACTCTGTAGATCTGATGAACCAGCCATTGACCCTTCCATCGGGGTAAGATGCTTACATCC CACCCACTTCATGCCCGGGGCTGCCCTTGTGTAGTTTTGACATTCTTGATTATGTACACT CTATTATGTATCTCCTTGTCCTGTAAATCATAAGCTTTTTTGTACTACAAATAGTTGAAG TTTACTGCGGCATTTCAGGCAGAATGCCAACTGTTAGGTTTTCAGTTGCTATTTGTACTG TGAATTTTTATTTCACATAGCAGGAAAAGAAAATGTTCTCCAGCTATTTGTGGATGAGAT TACATTTTCATATTGATTTGTAAACTATAGTTACTTGTGACAAGTTGAAGTTTGTAATGA CTTGAGAAATACAATGCCTAAGATCAAAATCCCTGAGGGATTGTTTTTTTTTTTTTATGA ACTTTTGTTCACTTCATTGCGAAAACTCATTTGTTTCGTTGCAGTAAACAACTATGCCTC AGTCCTAGTGGGTTTTCAGATGAAGTGGGGTAAATATATGTGATATAGAGGCTTGTGAGG AACTCCAATTATTGGGCTTATTGCTCTCCCAAAAGAGCAAGGACCATGTGATCTGTTTTT TCCTCTTATGTCATGTCATTTTCCATGTTATACGACAAAGGCATTTTTCTTACAAACTTA TTAACGCTGTAAACGGAATGCAACTAGTATGAAATTTATGACATTATGGTTGAGAATGGA GTTGCTTTTGGTATAAAGGCGTTTTACTCTGACTTCCAAATGTGAATTTATATTAGAGAT TTGAGGTTTTGAAAAATGTGTATTGGCTAGCAAATTAGTGACATAGACATTGGAGGATGT TGAGAAGATATTGATGAATAAGAGAAGTATATATATCTACCAATTAAAATAGCAGGTCAT AATCGTATTATTATATTACTACACAAAACATCTTGTTTCTTTGTTTCTTCACTTATTTTT TTCATTCCTTTTTTGTGGTTGTTAACTTGTTACATCATATATGTCAAATAGAATAAATCA ATTCTTTTTCATGTTTAAAATATTTCATACTAGTATTTGCAAGTATTAAATTAACCAACT GCTTTCACTTGCATGTCATTCACATGAATTTGCAAATGATGACCAAATAGTATAAGTAGT TGACACAGTTCCATAGTTGCTTTAAAGCATATTATAATCATATACACATACTAAGCCTTA TAAGAGTAACAAACAAACAAACAAACAAACTTTCTCCAACCTGCCATACCCCACATTACT CAGCCATTAGCTTCTCATTCAGTCTATTCCTTCATTACCTGGACTGGTTCAGAATTTGAA ATTTATAAGTTCGAGACTCGGTCTTTCAAATAATGAGTTTCGAATATTAGATACAAAATA AAAAAATCTAAGAGTACTGTTGTCACTACTCCCTCATCACCACCACAAACCAAAGGAAAA AAATATAAGCTACCATTTATAATCAATGGCTTCTCACTAAAGTTCCTCAAACTTCCATTC TTTTTTTTAAACACATTATCATTTTCCAACTTCCTTCATTTCTCTAATTATAAGCCATGT CCTTTAACTGTTTTTCCTTCTTCTTGTTTACAGTTGTTTACATCACCAATCTAACTGTAA TACCTGCCTTTCCGGTTATACCCGAACCCGACCCGACTGAAACCAATCCTCACTCATTCT CCCCAGCCCCTTCATTGCCAGCAACAATCCCTGCTTTCCCAGAACAATCAAACTTCGACA GCTGTTCTCTAGACATACCAGAAGACCTTTACAAAGGGATAACATCATCCTGCAGGTCCA ATGATCATTCGGGTCAAATAAATCCGACCAGTTGCTGCCCGGTTCTCGCAGCATGGCTCT ATGCAGCCTACTCGAGAACCGCGCTTCACAGAGCCATTGCAAAGTTCCCACAATACTCAA TGTCTGCTGAAATGCCTGTGCTCCCTGATGATTCAGAGACTTGTGTGGTTTCTTTTGGAA AGGCTTTGGAAAACAGGGGAATTGAGTTGGTGAAGCCAAATGAGACTTGTGATGTGGTTT ATTGTTACTGTGGTATTAGGCTGCATCCACTTAGCTGTCCGGAGAAATTCACGCTGAATT CGAGTGGAGAAATTGTTGGAGGTGAGAGTGTGAAGAGATTAGAGAGAGACTGTTTTAGCA GTAATGGATATGCTGGTATTGCTGGTTGCTCTAAATGCTTGAACACTCTTTATTTGGTAA GTCTTGTGTTTAGTAACAGACTAAATTAGATGTTATAACTTGTTAAAATAATCTGATATA TTTCATGTATATACAATAGAAGTTGAATCCTCTTGTCTTTTTCGTATGATTGCTTCTTTA TGTTTTGAATCCTCTCGATGAAAATCCTGGATATGCCACTCTTGTAACTTGAGATATAAT GTCAATCAACTATAATTCAATCCAAAGCTAGTTGAGTCAGGTTATGCTAATTATTTAGGA GATTCATCTTTAATGACTATTATATGTTAACATCAAGCTTCCATAACACAATCCTCTTTC ATAATTTGGATTTAAGAACTGAGGCATGTAGTGTTTACTCTACTACAATATGTTCTAAAA CTAATGACCAACAAGTGCTTATGTTCATCTGCCACACGTTTCACTATCGGGCATTTTTTT ATTTGATACACGTTTATATGCTAACTCTGTGATAAGTTGTGTAATGTGTCACGGTTCCAG TGTAAGTGTGTACACTAGAGTCTAGACATAGAAGATAGGTGATCAGTACATATCACTAGC AGTTTGTCTTAGGTAGTCAAACAGTCATGAATAAAAGAGTTACTATCTGATATAAATGGC ATTGATAAATGTTACGTAAAGTGATTTCTTCACATGTCGACCTCTGATTGATCAGTCGTT TTAAGGTTAGTATCCTACTCACGACCGTTTGGAAATGCTCTTCTAATTTTTATGCCTTCT TTAGTTCCTGTGATGTTGATGAACAAAATTTTATCTTGCAACTTGTTTTTGGGGCTGACA AATGAATAAGAAATATCAAGTCTATATAACAAATTAGATATCCAGGAAAGCAATATGCAA AAGTTAAGCTTCGCTGATACTTGGCTGGATCGTCTATGTTAGGTGGGATATGATTCAATT ATTTGACAATAACCTTACTAAGTTCATATGTTATTACCCTGTGCTTTGATCATTTCTCTC CTTCTATTAATTTTGCCAGTAAACTTGTAATGTTCATTTAACCTTGGGATCAACAGTAGC TCATAGTTTCTTCTAGGAGCCATGTTAAAGAGGGTATTTTGCCAATAACGATCGAGCATA TATGTCTTATCTGAGTTACAAGTGAAATATGTTGCTTATTCTCTAATAAGCTGAAGTTAA TCTGCAGCTCAGTGACAGCAGATTGGAAGATACAAGCATAACAAATGATAGAAGTAGCAA ACTGCGGAGCATGGGTTGCCAAATGATGGGCTTAACTTGGCTTCTCAACAAAAATACATC TGGTTACATTCATACAGTTTCTGCTGTTTTAAGGGCTCTAATGATGAGTGAAGACGGTTC GAATCCTCAGTCATGCACACTTAACAGTGACGGCTTGCCACTTGCAGTCGACTCCTCAGA GATCAACGATCAATCTTCTGCAACTTCTCTTCAGGCATCGGTTTATTGTTACCTCCTACT TTTTGTTTTGGCATACATAAACTTTACTGCATAACTCTTTTCAAAATTTTGCTGTAGTTG ATCTCCAAAAAGACTTGTTCTTGTCTACTTGCTGATTCAAATGTCACCTAGAGTAAATAC ATTCCTCTGTATTCATCGATTCAGGTTCGTGAAACTGTAATTATTTTGGTTGTGTGATGG TGTTAGAAAAAAATGAATGGAGCCTCCATTTGTAAGAGTTGGGACTAACATCGCTACGTC AAAAATGATTTTTAGCGGCAATTAACTTAATTGTCGCTAAAAATATATTTTAATAACGTC ATTTGACCACTCTTTGTAAATGTCCCTAAAGTCTATAGCGATAGTGGATTCAATATCAAT TAACTAATGGTGGTAAAGACTTTATCGTTCTTTATTTAGTGTGTATTTATTGGTGCTAAA AATTATTTTCGACGCAGTGCATGCATACTTATAATTAAGACTAAACATGCATACTTATTA AATAATTGAATTTTAAAAGGGACAGTTTGATATATATCAACAATAAAGTAATTAGTTAAC AACAAATATAGTCATGTTTTATATTAAAAGTCATAAATTATACCATGACGGTACAATATA TCTTACGTATACATGAGTTATAGTACATTATATCTTACATGTATATGAGTTATACACTGC TTATACATGCAAAAAATCGAATGTAACTTAACTGTATGTACTCCATATACATGAAGAATA CTATTCAATCTTAATAAAAACTAAAAACCACTTCTAAACAATTCTCAATTTTAGATATGA ATTCCTCTAGATATTTCGAGTCTTATTATAATTCTCTCGAAATGATTCACGATTGTGGAA TATCAAAATTTTAAATCAAGCCGGCTTTGAAACTTTGAATCTGCTTTTTTGAATATAACT ACATAAAGCCGAGAAGTGAAGCAAAATCAAGAACCCCAAATTAGCAAAGGGTATGAACAT CCATTTCTTGATGGAAATAGAGCCATGAACCCCAAATTAGCAAAGGGTATGAACATCCAT TTCTTGATGGAAATAGAGCCATGAATCGTAATAAATGTTTATTGAAGAGAGACTATAGTT AGTAACTATGTTGCTTGAAGTCTTTAAAAATAATGATAGGTGAATGTTTGATTCTTTAAA AATAGTGTCTTTTTTGAAGAATCTGACGCATGCTCAACATCAACTTTGGAGAGCCCTAAC TAACATAGGCTAATAATCTCTAACATGATGGTCGAATCATGAGCCTTGCCCCTAAATTAT ATACAGTATCAAATTTATGAGATTATAAGGTGCTAATGGGCCTCAAGAGAAGTTGGTTCT TTCATGTATTCAAACAACCCGAAATTCAGTACCCAGACCCGTTTGCCTGCACCCATTAAC AACACTCTAAAAAACCCTAAATTTTCTCATATAAATACATCCGCTTAAAACCCTAGAGTT TTCTCTCCATTTTCATCTCCGCCTCTCCTTTCTCTGCCACCAAAGGTGATTTCACTGACG GCCGCCACCAATCTGAGAAAATGTCGCAAGAATCACTAGTCCTCCGCGGTACCATGAAAG CCCACACTGACTGGGTCACTGCTATTGCAACCCCAATTGACAACTCCGACATGATTGTCA CCTCCTCCAGGGATAAGTCCATCATCGTCTGGTCTTTGACTAAAGACGGCTCACAATACG GTGTCCCTCGTCGCCGTCTTACCGGACATGGCCATTTCGTTGAAGATGTCGTGTTGTCGT CTGACGGCATGTTTGCACTCTCCGGTTCATGGGACGGTGAGCTCCGTTTATGGGATCTTC AAGCTGGAACAACTGCTCGTCGTTTCGTTGGACACACTAAAGATGTTCTCTCTGTTGCAT TCTCTGTTGACAACCGTCAGATTGTCTCTGCTTCCCGTGACAAGACCATCAAGCTATGGA ACACACTCGGTGAGTGCAAGTACACAATTCAGGAACAGGATTCACACTCTGATTGGGTTT CTTGTGTCCGTTTTAGCCCAAATAATCTTCAGCCCACTATTGTGTCTGGTTCATGGGATC GCACTGTCAAAATCTGGAATCTCACCAACTGTAAGCTCAGGTCTACTCTTGCGGGTCACA GCGGGTATGTGAATACTGTGGCCGTGTCCCCAGATGGTTCGTTGTGTGCTAGCGGAGGGA AAGATGGTGTCATATTGCTATGGGATTTGGCTGAAGGGAAGAAACTGTACTCTCTTGATG CTGGCTCCATTATCCACACCCTCTGTTTTAGCCCGAATAGGTATTGGCTCTGTGCTGCTA CTGAATCTAGTATCAAGATTTGGGATTTGGAGAGCAAAAGCATCGTGGTTGATCTTAAAG TTGATCTGAAACAAGAGAGTGAAATGTTCGGAACTGCTGCTACCGATTCCAAAACCAAGG TTTGTTTTATCTTTCAAATATCCCAACGTTAATTCTATTTTATGTCAATCAATACTTCAT TGTTGTTAATATCTAATAATCAATCAATTATTATATCAGCCACTTTTGTACTCGTTCAAA TACTAAGAAAATGATTTAAAAATGATTTTTAAGGGAACATTTCTATTATGGAAATGATTT CCACTCCATATGGAACTGGTTAGGACTATATAGGATACTTGTAGCTTTTGCTTGTAACTT TTTATTTTGAGTTTTGGTGCCATGAGAAACTTTGTATGAAGCATTGCAGGATATGGAGCT TTCCAGCCACTTGTTTTTGTTTGTGGTCAGGAAATTGCAGTAGTAAGGCTGTGGAAGTTC AGAATATCCATTTTTTGTAGTATCGATATTCTGATTTTTAAGTTGTTAATGAAAGGCTAT GGAAGTTCAGAGACAGGGTAATAGTCTAAATGATATTACATGTCACATTTAAGTGGTGTG GGTGAATGATGGCGAATGGTGCTATAAGAATGTGTGACCAAAGGTCAATTTCACAGAGCG GTGGTTAGATCAATATTGTTTTTTCAGGTATAGTGTTAGCAAGTCAAGAATTGTGTTGGC AATGTAATAACGAAGTTAAACAGAGTGGGTCTTGTGGCAGACAAGCTTATAATGATTTGG GCATGTCAATCAGAGGTACACAGACGCCCTAGTAAATATGAAAGATTGACCCTAATAATA GATAGGAGAGATAGGATGAAAAATAACACGGGGAGGCGATTAGACATGGCCCTAACTAGG AAGGGTAGAACATAGAAGGGTAGTAGGTGGCCGATTGTTGTCACACATTATGAGGGTTAG GTGGGGGTGGTCTCCTCCCCTCTTCTCTTCGTTAGTAGTATTATCTAGTAGTCACATAGT CTCTTATTCTTCAATTTGTATTACTAATTGTGGTGCTTTATTTACATTATGTCTTTTTAT TTTGCTGCCATATTTTTCTTGCAATCCTACTTTTAAAGCATTTGTTTGAGCTAAGAGTCT ATTTGAAATAACCTCACTTACCCCACAAAGATGGGTAAGGTTTGTGATTTCTACCCTCTG AGTCCTGAGTTGTGAGATTACACTGGTGAGATTACAGTGGGTATGTTGTTATAGTATCGA TCGTCTATGTGTAATTTGTCACTTGTGGTGTCCTGTATTTCCTTCTCTTTTTGGTAGATA AAGCACTTTTTTGTAATGCTAATTGTACACTGTATCTGCAGTGATAGAATTAATATGCCT CTGAATTGTAAAGACGTATTTGCTCCTATAGTTTTTCAGCAGATAGGATTAATATGCCTC TGAATTGTAAAGACGTATTTGCTCCTATAGTTTTTCTGTTTTCGAGTCTGTTACTATGTA CTGGACTGCGCCACTGTTAACCCAGTTACTGTAATGTGATATTTCCATTGCTGTGACGTG AATGATGAATCTAAATATAATTGCATCTAAATTGGCAGGTCATATACTGCACCAGTTTGA GCTGGAGTGCTGATGGAAGCACACTTTTCAGTGGCTATACAGATGGTCTGATTAGAGTTT GGGGAATTGGACGTTATTAGGGAAGAAGAGGATCGACGCGAGCCATTTGGCCAATACTGA ATTAAAAGTCTTTTAGATTTTGAAGATTCTCCGTGTTTTTCATTATTATGAGGCCTCAAC TGTTTCAATTTTGGATTTTTATTTTGTTACATTGGATATCTGTCTTGCTATAAATCTAAG TTGTTTTGCTTAATCTTCATGTATTGGAGTTTCTTGCTTGTTGTTTACCTCCATCTTCAT TAAATCATCACTTCATATGTCTCTTTTCCTACATCTCCCAGCCTTTGTTAACTCGCCAGA TGAACTTGCTTTTGTGTGTTCTTAATTTTTCTCTAAATTTTATCTCTGCATTGTTGCTAA GACTTCATAACAGATTACATACAAGAGATTGATCAATGAAGTGAAGTGAGTTTGGTAGTA TAGTATGTCATATATATGAGACATAAAATAAACCCCATTGAGCATTTATTTTCTAAAACG TGATATCAATATTGTGTAAAGTTGGAAAGGGAAGATATCTGTTGATGCAATCATGTAAAT GGCAAACTTTTAGTCGCTTTGAGGACCTTCAAAACACAAAAAATAATAAAAATACAGAAT TGAATACAAAATATGATAATTAAATCAAATGAGAAAAAACATATAAAAAAGACAAAATTA ATATCAATTTGTAGGGCAAACTTTCACGCTAGATCGATACAAAAAATCAAAATCCTCAGA ATTTGCTAAGTTGATGTAAGATATGACTTAAATTACTGATCCAAAAAAATTTATGAACCA AAAAAAAAAGAAAAGCTTTTTAAGTTTAAAAATAGTCCAAAGAAAGAAAAAAATAAAAAA AAAAAAAGTTTGACAGGCCGGTTTAACATCTGAACCGATCCTAAAACCCCAGGTTACGGT TTCAGCAAGTGGTATAAAAAAAAGAAGCGGGCAGCCTCCAATAGATTTTCATCAGCAGCA CCTTCAATTTATTGTCACCGCAAGCACAAACCCTACGCGTCCTCTCACTCAATTAACCGA GCCCCATGGGTATGTAGCTTTTCTCGCTTGCTGATTTATATGTTATGTATCAGATCTTCA CTTCTTCTATCGATTTTTCAATCTAGGGTTTATCGTCGCATTTAGTCCATTATTCTTTTG GCGGAATTTGCATACTGAGTTAGATTAGAAGCTATTTACTTTGACTGATAATCTAATATC CTTATAGCTTATTTGAGAAGAGCTCAGTAGTCGATTTCGTAGAAATTCAGTAAAAGACAA TTCGCTTGTTGGAGTTTTTAATGATAGAATATCTGTTCATGGTTTTTCAGTGTTTGGTCA CCTTGATATATTTCCTGGATTATGTCCTTTGTTTGTTTGTATGTTGTAATAGTATATCCT TAGGTTAATAATGGTGAACTCTGTAAGTTTCAATCTATACTAATTTATTAACTATTTGAT TTTGGTTTAGTCGAATTAATATAGAATAAAGTTCTCTTTTCATCAAAATTCAACAAAAAT CTTTTGAAAAACTAATACATAGGCGATTTGTAGCTTAAAAAGGAAGTGTCTTTTAATGTT AGGACTAAGGAAGTCCTTTTCTTATAATAACAATTTAATTCAATTAGTAGTTAGGAGTTA TTGGGGTTAAATTGAATAATGTCTACAACAACTAAACATATACATTGTAATCCTACTTTG CATAATAACATCTATTTTTAAATTATTATCTTGAAAATTCTTACTTTGTATCTTATGTAT TATCATCATGAACTAAATGTTTATGATATGTTTGTGCCATTCAACCACTTTTCACTAACA ACATGATTTATTCCCTTCAATTTTCATGAAGTTTCTGTTAGTACAATGCATAGATAAGCA AGATGTCAATTGAGATTTTGTTGAAGCAATTAGAGTTAATTTGCTCAAAAACATAGGACA ACAGTTTGCTATGATTAGTTTTCTTTAGTATTGGGTTCTAATGTTCATATTACTAATAGC ATCATTGATGTATTGTATCTAATTTATAGTCAACTAGTTAAAATGATATGTTTTAAAAGA AAATATCTTTTACCAGGTGTTCGATGGATAACATATTCCTCCATACCGAACTCACCAAAA GAAAAACATTTTTACCGATACATGTCAGGTGTTCGATGGATAACATATTCCTCCATACCG AACTCACCTTCTATAGATAATGACTTCTGTGATGTTTTTTTTTTTACTGGGTTTTCTCCC ATTTGTTGATAACTTCTGAGATTGTTGGGGTATGACGGATTCATGGATTTCATACTTTTG GTTGTTTGATGTGATAGATATTGAAGAGGACATCAAGGCGCTGCAGCTTGATTCATCTGG TATATCATTAATTACAGCAGTTCTATGATTTGTTCTATTCTTATTGCCACCTAGGTTTTT TTATGTAGTCATAGATTGTTTATCCACTTATCATTGAAGTCGACCATTAATGGCTTACAT TACTTTACCATAAGGAAATATGGTTTTGAGTGTCTAATCTGTGATTGAATGTCAGCAGAA GATACTGTGTTGGTCAACGTGGAAGATGCTAGACCTGGTGAAGCTATAAAACATGATAAA GTTGATGGAGGTTAGTAGCAACTTCACTGATGTCTTGCCTTGCTTGTTCTTGAGTGGCTA TTTGCTTGTAGTGTTTAGAAGTGGTCTTTTCATTGCGATGGTCTGATGTCAGTATATTAT TGCTAAGTTCATGATTTATATTGATTTGTAAAAAAGTCTATAATTAAATTTGATCCCTCT CCCTCTTCCGCTTCTCTCCTTCCCCAAGATTTGTAATTATTATCCACATCATAGAAACTT CTTGTGGTTTAAAAGTAAGGCCTGTTCTTGTGTATATGAGATGCTTCCTTGCTCCTTTGG GCCTGGGGGTCCATGTAAGACTTCTCTTCTTAGTTTTCTTTGGTGGACTCACATCATTGA AACTTCTCGTGGTTTAAAAGTTAGGCCTGTTGTTGTGTATATTTAGATGCTTCTTTGCTC TTTTGGGCCTCGGGGTGCATGTAAGACTTCTCTTCTTTTGTTTTCCTGCTTGGTAGTTAG GTATTATCCCCATAGGACAATTTTTTTTAAGAAGAAATCCTTTGTTGGTCTTATATTTAT ATGCGATCATGTGATGTTACTGTTAACTTTGACATTGTCGTTTTCTAAATCTTGTTTCTT TGGGGGCGATTGTCTTAAGTATCTTTGACAAGGTTTAGAGTCCTTCAAATCACTACTTTT AGTAGGCTTCATGAAAGTTTGTTGCTTTTAGTTTTGGATGGTAACGCACACAAGAAACTA CCTACAGAGTTCAAAAATCATGATTTCCCTATTTACTTACTTTTTATTTTTTCCAAAGGA GAGAAAATGTTCCTTTTTTATATTGTAACTTGCAAAGGCTATTAGACTTTGTTCTTAGTT TCTGCTAATATCTTTCTAAAATCTATTTTTTGATACCTTGTACATTTGTTCTTTCATATA TTATATGTCGATATACTTTTACCCCCTGCTTTCATGTCCTACATTGATATCATTAGGAAC TTTCTGGATGACGTTTTGATTGTTTATTAAATGGTAGAGGATAGTTTTATGGAAGAAGAG AGGAAGACTGATGATGTTGGGAAACCTGATATGCCGGAAGATGGTAGGTAGATTCATGAA CAGATTATGCATCATCTGGTTCTTGTGGAGGTTATTCTTTTGTGTTATTAAGTGATTTCT TTTGATATGCTTGACCGGGAAATCTGCATCTATAAAACAACTTTTTGTCCTAGTTACGGG ATTCTATTTTATCATAAATCTGATCCCCGTTTTTTCTTTTTCTTATAAATGAATAGATCT CTTTACTTTATGACTTAGATGTCTCGTAATTTCTCAAAAAAGTGATTCTATTGATGTGAT TTGGTATGAGATCAATGATCTGGATGAGTTTCCTAATTTTCATCTCCTCTTGATTGGGAG GGTTTTTGAGGTGGGAGTAGGTAAAAGAATCATGCTGAAATTAGCTGAAGGGGCTCATGT CATCTGCGCTGAAATGATGGCTTTATGTTGCAGAAAGATGTCAGTGTAATGGGGATTGAG CCTTTTCTTTTAACTGTATTCACAAAGAGTAATCTTGTGGGCCTTACTGTTCAAAAGAGG GAGATCAGTTGCTACTTGTGCCTCTCTCTCTGGTGTTCTGCTCAGCAGAGAGGAGAGAGA CTGGTCTCACAGCTTGGCAATTTTGTAGTCACAGACATTGATGTTTTGGTGATTCAGCTT ATACGAAGATTATTGGGTACTATATCTATGGAAATTTACCTTGAGAGAATCCTTATTGAG GTCTTCAAGTAGCCACCCTTCAATGATAATTGTTCCTAACTCTTTTGTTGACACCTCCCT ACTTTGTTACATTACTCATAGGGCATTTTGGTGTATTCAAGTTTTACAAAAGGGAGAACT TTTGGGGTATTTAGAGTTTTAACTGTTTTGGTGAAAAATGATATCTTTAGATTACTGAAA CCTTTATTCAAACTGTTACGTAATTGTTTACTTCATTGACGGTATCAGAGTTAAGAGATG AAGCACATCCAGACTTAAAGCCAGAGCATGTCGATCCAAAGGGTGTCTCTGGAAAAGAAA GTTCTCCCCCAGAAGATATGCAGGTGGAGGTTGAAGTCAATAAAAAGAGGCATCTGAATG TGGTATTTATTGGTCACGTGGGTAAGTCTTCCTTTTTCTATTTACTCTTTATACACTTGA TGCATGATTGTCATTGTAGTGAAGCTTGATGAGTACAAATCTCCCAAGTATCAAGAAGGA AAATTAGGCAAACAAAATAATATGGTAAATGAGGAAATAACTATTGGTACAATGTAGTTT TATTTTCTGTCTTTTTTGAAATTCTTTTATGGTACTGATATTTTTTTATCATTAAGGACT TATAGGTCCTGCCCGTTTATTTATTTCCCCCAAAATCGTATGTCGTCTTACCTCTCAAAC ATATCTTGAGCGTTTTTAGGTACTCTGTGGATGTAGTACTCTATGCATCTTTCCTCAATC TTTTTGGTGTTTTATGTCTGCATTTTTTTTATTTATCTTTTCTCCCCGTTCTTGATTTGG TAAAACATTAGCTGTTGCTTGATGAGAATTGAGATGTCGGTGTGGCGTGGAAATTGAAAT GGCGATGTTTGAGTTTTTGGTTAAGTAGGTAAGCTGTATCCAACTTATTGAACTAGTAAA ATCCATTTTTGCATGTGCAGTATGTCGGATCGGATGTAGTACTCTATGCATCTTTCCTCA ATCTTTTTGGTATTTTATGTCTGCATTTTTTTTATTTATCTTTTCTCCCCATTCTTGATT TGGTAAAACATTAGCTGTTGCTTGATGAGAATTGAGATGTCGGTGTGGCGTGGAAATTGA AATGGCGATGTTTGAGTTTTTGGTTAAGTTGGTAAGCTGTGTCCAACTTATTGAACTAGT AAAATCCATTTTTGCATGTGCAGTATGTCAGATACAAGATCACTTTTTACTTATTCCAAT TTTTAAAAAAGGATGCAAAATCGCTTTCTTGTTTTTTATGTGAAAGTTTTCATTCGCAAA GCTGATTGGTAACTGGTAAGATGCGATCTAATTGTTTAACTGAGAAACATCATATATTGT TACTTAGAGTTCTCCATATCACCTACAGATGCTGGAAAGTCTACTATTGGAGGACAAATA CTATTACTTAGTGGTCAAGTTGATGACCGTACGATACAAAAGTATGAGAAAGAAGCGAAG GATAAAAACAGAGAGAGCTGGTAAGGTTTACTAGCTTACTATAGTCAAGATATGCTGTCA GTGTTTCTTAATTGATGAACTTGTGTATGACTTTTGCAAAATTCATTGTGGCCTCTTGGT TTGTTAGATAACCTGCGATACATTCTATGAAGCTTGGTTTATCATGATTTTCATTAGTTA GACAAATTTTGGCTGTTGAAGTCACAATTTACCGAGTACCAATGTCAAATGGACCATGAC TCAAATAATTCTCAAATAAACTACTTGCATTGTCCACTCTTTTCAGGATCTCATCCAATA CGTAGGTTATCTGCAATTTATACCTTACCATTTTAAAGAAGAAGTATGTTATCTACAATA TTACTTGCATATTGTGATGGTTTGCTTTCTGTGAATCTTTTGTTCAAATGTGAATGACAA GAAGTGCAGCCACTGATGGCAATAATTAGATATGATAATTGCAATCAAGGAAAAACTAGT TGTTGTTTCACTTTTAATGGATTTGTTAGGTTCACTAATTAGTAATTTAGTTTTGCATTC CGAATTATGTGCTAGTTAATTTGGAAGCTCTGAGAAGTGATCTGGTTGCTTTAGAGCATT TTGTTATTTTAGAAAGCATTGAGTATGTTGTGCAGTATTTTGCGTGTGTGCTGAAGGGTC TTTTTCTTTTTGAAAACAGTTGTTGTGCTTAAGATTCTGTTGCCACCATTAGCTTCTTTG GGTGTATATTGAAGATTTAGCCCTTCTATTTGTCATTTTATTGCATGATGATAACTGAGT TGCTGTTCTAATGATTGGTTAGCCTCATTAGAGAGCTCAAGTTACAACCCAGTAAAACTT ATCATCTGATGTTCAAGTTTAGGATATTGTGGCATTTTTCTGTTAAGACTTCCATGAAAT GATTGATTTCTTATAAACCAGCCATCTGCAATTCTGCTGGTACTTTCTTTTAATTGGAGT TAGAATTTGGTGGATGTGAAATTGTACTATCAAAGCTTGGATCATTGTTTACTGCTAGAA CTCTTGAAGTTCTGAGTTTGGTTACGGAACATAGGGTTACTAGTTCCTGTTAATTCTGAT AATCTAGGCACATTCCTAGAGTCCAACTGACCTTTCTATCTGCAAGAGGTTGTTGCAAAG ATAGATGCTCATTCTTGTTTTTTTCGGTTTCTTTAATTCTGAAGCTAGTTGTGTGTTGTT TGCATGGTTCCTGATATTTCATGCTTGATTATTCTTGAGATAGAATATCTCTTGATTCCA TCTTGTTAACTTCGAGTACACAATTATCGATAATGAGTTTTGAAGAGGGTCCACATCAGT TTAGTTTCTTGCATGTGGAATGATCTTCCACACCGTCTTTGATTAATTATTGCTTTTCCT TTTAGTTTTTAACTTTCCTTTTTCAATGTCTTTTAGGTATATGGCCTATATTATGGATAC AAATGAAGAAGAGAGGGTGAAGGTATTGCTTTATCTATTACTTAAATTGGTATATTACCT CTTTTTTGGGGCTGGTAATGTGGAGGAGCTTACGAGTGATTCTGTGTTTCTTGGTCACTT CCTTTTCAGGGAATAACAGTTGAAGTAGGAAGAGCACATTTTGAAACAGAGACGACAAGA TTTACAATTCTTGATGCCCCGGTAACTTTTTATCCTCATGCTTTTTCTGGTTTACCTTGT GCACGAGGGAAAAGGTGCGAGTATTAAGTGACGAGTTTATGTGCACGAGAGGTGCCGTTT GCCCCATGGTTTCAAAGATCTATAGAAAGTTTTCCTTGATCTAAAGTTGTGAGTCTCTAT GCCATATTAGTGTTTTTGGTACCATCAATTTTGTATCATTAAACATTGTTGGAAGATACA GTGCTTTAGTAATACAACAAAGGGAGTGTCCTAGTGGTCACTGAATTCTCAGGTTCTAAT CCAACGGTAACAAAAAAAATAGTTGGTTTCTTTCCATCTGTCCAAGCCTTGATGGACATA ATACACATTACCTGTGTTGGTGAGAGGTAGCAGGTACCTCGTGTTATCAGCCTAGGTGTG TGCAAACTATCCCAAACACCTCAATTATTTTAAAAACAGTGCTTTTGTGATCTTATAATG AGTGATAGCTTGGAAAAAGTCCCATGCTGATCTTAAATCATAGATTAATCCCTTTTTTCG CCAGAAATTGACGTTCATCTCCTCTACAATTGTCTTTTGAGCCTTTATTTTATATTACTA CATGACTAGAAGGTCGAAAAGCTTAGGACAAGCCAATGAGGTCTAGTTTTCACGAAGTTT AAGAAAAAATAAAGAAGATTTTTCTATCTTGTGGCCCTTTAATCTTGTAGTCTTAAACAT GCCACATGAACTTGTGGTCTTAAAGTGTTGCCAAAAAAAGGAGTAGGGTTATTCTTTTTG AAACAGACCGAAAAGGGTAGTAGGTCATTCTTTTTTAAATGGAGGGGGTAATAAATAATG ATTCACTATGTAACGAATAGTTTTCAAACAAACTTTCTTAAATTTATTTGATGGCAGTGT CAGTGTCAACTTGCACCTCAGTTGTCCCAACGAATACATGCTACCTCCCACTACAGGTGC CGAGTAGCTCTACTCACCAAAGCTT GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_1 match_part 0.963 23477 23611 match_part 0.960 24125 24424 match_2 match_part 0.932 24226 24447 match_part 0.979 25120 25215 match_part 0.970 25306 25610 match_3 match_part 1.000 24404 24447 match_part 1.000 25120 25215 match_part 0.988 25306 25787 match_4 match_part 0.983 31625 32273 match_5 match_part 0.974 31626 32010 match_6 match_part 0.993 32284 33091 match_7 match_part 1.000 34450 34566 match_part 1.000 34864 34985 match_part 1.000 35164 35301 match_part 1.000 35468 35605 match_part 1.000 36248 36391 match_part 0.981 36559 36610 match_8 match_part 0.991 34450 34566 match_part 1.000 34864 34985 match_part 1.000 35164 35301 match_part 0.970 35468 35601 match_9 match_part 0.991 34454 34566 match_part 1.000 34864 34985 match_part 1.000 35164 35301 match_part 1.000 35468 35605 match_part 1.000 36248 36391 match_part 1.000 36559 36669 match_part 1.000 36759 36900 match_part 0.993 37101 37381 match_part 1.000 37515 37676 match_part 1.000 37760 37813 match_part 1.000 37992 38066 match_part 0.997 38151 38457 match_10 match_part 0.827 34456 34582 match_part 0.967 34864 34985 match_part 0.957 35164 35301 match_part 0.969 35468 35594 match_11 match_part 0.991 34459 34566 match_part 1.000 34864 34985 match_part 0.988 35164 35333 match_12 match_part 1.000 34844 34985 match_part 1.000 35164 35301 match_part 1.000 35468 35605 match_part 1.000 36248 36329 match_13 match_part 0.974 35491 35605 match_part 0.986 36248 36391 match_part 0.964 36559 36669 match_part 0.986 36759 36900 match_part 0.962 37101 37257 match_14 match_part 0.974 35491 35605 match_part 0.986 36248 36391 match_part 0.964 36559 36669 match_part 0.982 36759 36867 match_15 match_part 1.000 35524 35605 match_part 1.000 36248 36391 match_part 1.000 36559 36651 match_part 1.000 37636 37676 match_part 1.000 37760 37801 match_16 match_part 1.000 36276 36391 match_part 1.000 36559 36669 match_part 1.000 36759 36900 match_part 0.989 37101 37193 match_17 match_part 1.000 36630 36669 match_part 1.000 36759 36900 match_part 1.000 37101 37381 match_part 1.000 37515 37532 match_18 match_part 1.000 41209 41880 match_19 match_part 1.000 41210 41618 match_20 match_part 0.913 41368 41827 match_21 match_part 0.935 66602 67061 match_part 0.300 67339 67348 match_part 0.927 67946 67986 match_22 match_part 0.923 66631 67061 match_part 0.937 67937 68063 match_23 match_part 0.980 68101 68558 match_part 0.833 68655 68672 match_24 match_part 0.991 77808 78674 match_25 match_part 0.957 77817 78254 match_26 match_part 0.995 77819 78626 match_27 match_part 1.000 77821 78779 match_part 1.000 80259 80532 match_28 match_part 0.989 77821 78629 match_29 match_part 1.000 77821 78627 match_30 match_part 0.998 77821 78270 match_31 match_part 1.000 77821 78258 match_32 match_part 0.992 77822 78688 match_33 match_part 0.999 77830 78578 match_34 match_part 1.000 77835 78497 match_35 match_part 0.979 77837 78351 match_36 match_part 0.992 77838 78627 match_37 match_part 0.973 77838 78498 match_38 match_part 0.999 77839 78684 match_39 match_part 0.978 77839 78245 match_40 match_part 0.999 77840 78617 match_41 match_part 0.965 77840 78519 match_42 match_part 0.954 77840 78489 match_43 match_part 0.957 77840 78474 match_44 match_part 0.975 77840 78441 match_45 match_part 0.983 77841 78308 match_46 match_part 0.941 77841 78211 match_47 match_part 0.948 77841 78109 match_48 match_part 0.977 77844 78441 match_49 match_part 0.995 77845 78763 match_50 match_part 0.998 77845 78667 match_51 match_part 1.000 77845 78629 match_52 match_part 0.997 77845 78625 match_53 match_part 0.993 77845 78601 match_54 match_part 0.975 77845 78357 match_55 match_part 0.964 77845 78350 match_56 match_part 0.969 77845 78201 match_57 match_part 1.000 77846 78433 match_part 0.975 80282 80401 match_58 match_part 0.988 77846 78614 match_59 match_part 1.000 77846 78496 match_60 match_part 1.000 77846 78245 match_61 match_part 0.979 77847 78688 match_62 match_part 0.970 77847 78573 match_63 match_part 0.972 77847 78568 match_64 match_part 0.977 77847 78497 match_65 match_part 0.954 77847 78388 match_66 match_part 0.973 77847 78356 match_67 match_part 0.974 77847 78354 match_68 match_part 0.995 77848 78690 match_69 match_part 0.998 77848 78497 match_70 match_part 0.998 77848 78362 match_71 match_part 0.996 77848 78354 match_72 match_part 0.992 77848 78217 match_73 match_part 0.969 77849 78594 match_74 match_part 0.963 77849 78530 match_75 match_part 0.995 77849 78507 match_76 match_part 0.971 77849 78497 match_77 match_part 0.975 77849 78497 match_78 match_part 0.974 77849 78472 match_79 match_part 0.975 77849 78458 match_80 match_part 0.973 77849 78438 match_81 match_part 0.919 77849 78388 match_82 match_part 0.961 77849 78357 match_83 match_part 0.985 77849 78177 match_84 match_part 0.971 77850 78506 match_85 match_part 0.964 77850 78384 match_86 match_part 0.987 77850 78368 match_87 match_part 0.996 77850 78354 match_88 match_part 0.990 77850 78353 match_89 match_part 0.977 77852 78363 match_90 match_part 1.000 77853 78468 match_91 match_part 0.975 77853 78166 match_92 match_part 0.975 77854 78457 match_93 match_part 0.998 77855 78376 match_94 match_part 0.999 77856 78779 match_part 1.000 80259 80531 match_95 match_part 1.000 77856 78508 match_96 match_part 1.000 77857 78573 match_97 match_part 0.971 77858 78613 match_98 match_part 0.962 77858 78363 match_99 match_part 0.976 77860 78361 match_100 match_part 0.976 77860 78356 match_101 match_part 0.973 77860 78307 match_102 match_part 0.999 77861 78651 match_103 match_part 0.984 77861 78496 match_104 match_part 0.995 77861 78471 match_105 match_part 0.998 77861 78456 match_106 match_part 0.998 77862 78497 match_107 match_part 0.998 77862 78470 match_108 match_part 0.998 77862 78456 match_109 match_part 1.000 77862 78422 match_110 match_part 0.996 77862 78363 match_111 match_part 0.995 77862 78245 match_112 match_part 0.994 77862 78220 match_113 match_part 0.969 77865 78581 match_114 match_part 0.973 77865 78307 match_115 match_part 0.975 77865 78262 match_116 match_part 0.959 77866 78567 match_117 match_part 0.954 77866 78501 match_118 match_part 0.980 77866 78361 match_119 match_part 0.972 77869 78512 match_120 match_part 0.977 77869 78508 match_121 match_part 1.000 77871 78503 match_122 match_part 0.966 77875 78605 match_123 match_part 0.998 77875 78426 match_124 match_part 0.974 77879 78450 match_125 match_part 0.972 77886 78239 match_126 match_part 0.958 77894 78509 match_127 match_part 0.996 77894 78132 match_128 match_part 0.976 77899 78307 match_129 match_part 1.000 77907 78677 match_130 match_part 0.996 77907 78675 match_131 match_part 1.000 77910 78497 match_132 match_part 1.000 77934 78088 match_133 match_part 0.989 77941 78687 match_134 match_part 0.966 77982 78419 match_135 match_part 0.992 78006 78774 match_136 match_part 0.999 78017 78779 match_part 0.941 80259 80513 match_137 match_part 0.973 78027 78441 match_138 match_part 1.000 78036 78497 match_139 match_part 1.000 78044 78779 match_part 1.000 80259 80360 match_140 match_part 0.959 78047 78530 match_141 match_part 0.964 78049 78497 match_142 match_part 1.000 78060 78495 match_143 match_part 0.992 78062 78670 match_144 match_part 0.976 78080 78704 match_145 match_part 0.995 78158 78779 match_part 0.980 80259 80356 match_146 match_part 0.983 78158 78759 match_147 match_part 0.976 78236 78779 match_part 1.000 80259 80320 match_148 match_part 0.979 78244 78779 match_part 0.974 80259 80527 match_149 match_part 0.978 78273 78779 match_part 0.985 80259 80527 match_150 match_part 0.978 78275 78779 match_part 0.964 80259 80538 match_151 match_part 0.966 78287 78779 match_part 1.000 80259 80333 match_152 match_part 1.000 78303 78779 match_part 1.000 80259 80413 match_153 match_part 1.000 78317 78779 match_part 0.996 80259 80538 match_154 match_part 1.000 78317 78779 match_part 0.990 80259 80358 match_155 match_part 0.993 78331 78779 match_part 1.000 80259 80532 match_156 match_part 0.997 78388 78779 match_part 0.988 80259 80344 match_157 match_part 0.971 78401 78779 match_part 0.938 80259 80485 match_158 match_part 0.965 78410 78779 match_part 0.950 80259 80538 match_159 match_part 1.000 78410 78779 match_part 1.000 80259 80506 match_160 match_part 0.991 78437 78779 match_part 1.000 80259 80527 match_161 match_part 1.000 78446 78779 match_part 0.972 80259 80540 match_162 match_part 1.000 78446 78779 match_part 0.989 80259 80536 match_163 match_part 1.000 78450 78779 match_part 1.000 80259 80292 match_164 match_part 1.000 78497 78779 match_part 1.000 80259 80529 match_165 match_part 1.000 78499 78779 match_part 0.974 80259 80598 match_166 match_part 1.000 78539 78779 match_part 1.000 80259 80532 match_167 match_part 0.987 78541 78779 match_part 0.925 80259 80485 match_168 match_part 0.986 78573 78779 match_part 0.925 80259 80485 match_169 match_part 0.989 78600 78779 match_part 0.934 80259 80485 match_170 match_part 1.000 78606 78779 match_part 1.000 80259 80572 match_171 match_part 0.988 78607 78779 match_part 0.943 80259 80521 match_172 match_part 1.000 78608 78779 match_part 1.000 80259 80527 match_173 match_part 0.972 78637 78779 match_part 1.000 80259 80515 match_174 match_part 1.000 78743 78779 match_part 0.997 80259 80572 match_175 match_part 1.000 78762 78779 match_part 0.996 80259 80531 match_176 match_part 0.952 80373 80538 match_177 match_part 0.964 80373 80538 match_178 match_part 0.964 80373 80538 match_179 match_part 0.958 81299 81369 match_part 1.000 82638 82679 match_part 1.000 82859 82930 match_part 1.000 84889 85041 match_part 1.000 86009 86120 match_part 1.000 87517 87551 match_180 match_part 0.879 81304 81369 match_part 0.952 82638 82679 match_part 0.986 82859 82930 match_part 1.000 83918 83987 match_part 0.963 84889 84942 match_181 match_part 0.922 81306 81369 match_part 0.976 82638 82679 match_part 1.000 82859 82930 match_part 1.000 83925 83987 match_part 0.974 84889 85041 match_182 match_part 0.952 81307 81369 match_part 1.000 82638 82679 match_part 0.931 82859 82930 match_part 0.939 83918 83983 match_part 0.961 84889 85041 match_part 0.982 86009 86120 match_part 0.978 87517 87562 match_part 0.958 87670 87741 match_183 match_part 0.952 81307 81369 match_part 1.000 82638 82679 match_part 0.931 82859 82930 match_part 0.939 83918 83983 match_part 0.961 84889 85041 match_part 0.982 86009 86120 match_part 0.978 87517 87562 match_part 0.972 87670 87741 match_184 match_part 0.889 81307 81369 match_part 1.000 82638 82679 match_part 1.000 82859 82930 match_part 1.000 83918 83987 match_part 1.000 84889 85041 match_part 0.973 86009 86120 match_part 1.000 87517 87562 match_part 0.969 87670 87701 match_185 match_part 0.951 81309 81369 match_part 1.000 82638 82679 match_part 0.958 82859 82930 match_part 0.924 83918 83983 match_part 0.954 84889 85041 match_part 0.982 86009 86120 match_part 1.000 87517 87537 match_186 match_part 0.938 81322 81369 match_part 0.976 82638 82679 match_part 0.931 82859 82930 match_part 0.939 83918 83983 match_part 0.964 84889 84999 GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_187 match_part 1.000 48750 48704 match_part 1.000 48628 48559 match_part 1.000 48151 48084 match_part 1.000 47868 47807 match_part 1.000 47690 47609 match_part 1.000 47500 47307 match_188 match_part 1.000 48744 48704 match_part 1.000 48628 48559 match_part 1.000 48151 48084 match_part 1.000 47868 47807 match_part 1.000 47690 47609 match_part 0.993 47500 47363 match_189 match_part 0.963 48757 48704 match_part 0.986 48628 48559 match_part 0.971 48151 48084 match_part 0.968 47868 47807 match_part 0.918 47690 47630 match_part 0.857 47500 47494 match_190 match_part 1.000 50281 50232 match_part 1.000 50049 49873 match_part 1.000 49613 49128 match_191 match_part 1.000 50235 50232 match_part 1.000 50049 49873 match_part 0.996 49613 49129 match_192 match_part 0.985 51439 51374 match_part 1.000 51280 51212 match_part 0.980 50281 50232 match_part 0.989 50049 49873 match_part 0.948 49613 49187 match_193 match_part 0.667 51382 51374 match_part 0.971 51280 51212 match_part 1.000 50281 50232 match_part 1.000 50049 49873 match_part 0.995 49613 49222 match_194 match_part 1.000 51382 51374 match_part 1.000 51280 51212 match_part 1.000 50281 50232 match_part 1.000 50049 49873 match_part 0.989 49613 49246 match_195 match_part 1.000 51382 51374 match_part 1.000 51280 51212 match_part 1.000 50281 50232 match_part 1.000 50049 49873 match_part 1.000 49613 49265 match_196 match_part 1.000 51381 51374 match_part 1.000 51280 51212 match_part 1.000 50281 50232 match_part 1.000 50049 49873 match_part 1.000 49613 49291 match_197 match_part 0.971 51246 51212 match_part 1.000 50281 50232 match_part 0.972 50049 49873 match_part 0.850 49613 49368 match_198 match_part 1.000 51913 51813 match_part 1.000 51647 51569 match_part 1.000 51472 51374 match_part 1.000 51280 51212 match_part 1.000 50281 50232 match_part 0.983 50049 49873 match_part 1.000 49613 49569 match_199 match_part 0.992 54475 53829 match_part 0.939 53720 53558 match_200 match_part 1.000 56571 56453 match_part 1.000 55799 55699 match_part 1.000 54820 54556 match_part 1.000 54480 54386 match_201 match_part 1.000 58304 58239 match_part 1.000 56890 56453 match_202 match_part 0.997 59217 58444 match_203 match_part 0.955 78058 77859 match_204 match_part 0.926 78703 78339 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C06HBa0159P11.1 type gene exon 23477 23611 exon 24125 24447 exon 25120 25215 exon 25306 25787 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C06HBa0159P11.1 type gene exon 31625 32273 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C06HBa0159P11.1 type gene exon 32284 33091 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C06HBa0159P11.1 type gene exon 34450 34566 exon 34864 34985 exon 35164 35301 exon 35468 35605 exon 36248 36391 exon 36559 36669 exon 36759 36900 exon 37101 37381 exon 37515 37676 exon 37760 37813 exon 37992 38066 exon 38151 38457 gene_5 gene GT_PGL_4_AGS_2 transcript source GenomeThreader seq_id C06HBa0159P11.1 type gene exon 34844 34985 exon 35164 35301 exon 35468 35605 exon 36248 36391 exon 36559 36669 exon 36759 36900 exon 37101 37381 exon 37515 37532 gene_6 gene GT_PGL_4_AGS_3 transcript source GenomeThreader seq_id C06HBa0159P11.1 type gene exon 34456 34582 exon 34864 34985 exon 35164 35301 exon 35468 35605 exon 36248 36391 exon 36559 36669 exon 36759 36900 exon 37101 37381 exon 37515 37532 gene_7 gene GT_PGL_4_AGS_4 transcript source GenomeThreader seq_id C06HBa0159P11.1 type gene exon 34450 34566 exon 34864 34985 exon 35164 35301 exon 35468 35605 exon 36248 36391 exon 36559 36651 exon 37636 37676 exon 37760 37801 gene_8 gene GT_PGL_4_AGS_5 transcript source GenomeThreader seq_id C06HBa0159P11.1 type gene exon 34459 34566 exon 34864 34985 exon 35164 35333 gene_9 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C06HBa0159P11.1 type gene exon 41209 41880 gene_10 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C06HBa0159P11.1 type gene exon 48750 48704 exon 48628 48559 exon 48151 48084 exon 47868 47807 exon 47690 47609 exon 47500 47307 gene_11 gene GT_PGL_6_AGS_2 transcript source GenomeThreader seq_id C06HBa0159P11.1 type gene exon 48757 48704 exon 48628 48559 exon 48151 48084 exon 47868 47807 exon 47690 47630 exon 47500 47494 gene_12 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C06HBa0159P11.1 type gene exon 51913 51813 exon 51647 51569 exon 51472 51374 exon 51280 51212 exon 50281 50232 exon 50049 49873 exon 49613 49128 gene_13 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C06HBa0159P11.1 type gene exon 58304 58239 exon 56890 56453 exon 55799 55699 exon 54820 54556 exon 54480 53829 exon 53720 53558 gene_14 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C06HBa0159P11.1 type gene exon 59217 58444 gene_15 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C06HBa0159P11.1 type gene exon 66602 67061 exon 67339 67348 exon 67946 67986 gene_16 gene GT_PGL_10_AGS_2 transcript source GenomeThreader seq_id C06HBa0159P11.1 type gene exon 66631 67061 exon 67937 68063 gene_17 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C06HBa0159P11.1 type gene exon 68101 68558 exon 68655 68672 gene_18 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C06HBa0159P11.1 type gene exon 77808 78779 exon 80259 80598 gene_19 gene GT_PGL_12_AGS_2 transcript source GenomeThreader seq_id C06HBa0159P11.1 type gene exon 77817 78433 exon 80282 80538 gene_20 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C06HBa0159P11.1 type gene exon 78058 77859 gene_21 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C06HBa0159P11.1 type gene exon 78703 78339 gene_22 gene GT_PGL_15_AGS_1 transcript source GenomeThreader seq_id C06HBa0159P11.1 type gene exon 81307 81369 exon 82638 82679 exon 82859 82930 exon 83918 83983 exon 84889 85041 exon 86009 86120 exon 87517 87562 exon 87670 87741 gene_23 gene GT_PGL_15_AGS_2 transcript source GenomeThreader seq_id C06HBa0159P11.1 type gene exon 81304 81369 exon 82638 82679 exon 82859 82930 exon 83918 83987 exon 84889 85041 exon 86009 86120 exon 87517 87562 exon 87670 87701 gene_24 gene GT_PGL_15_AGS_3 transcript source GenomeThreader seq_id C06HBa0159P11.1 type gene exon 81306 81369 exon 82638 82679 exon 82859 82930 exon 83925 83987 exon 84889 85041 gene_25 gene GT_PGL_15_AGS_4 transcript source GenomeThreader seq_id C06HBa0159P11.1 type gene exon 81299 81369 exon 82638 82679 exon 82859 82930 exon 84889 85041 exon 86009 86120 exon 87517 87551 RepeatMasker tomato repeats master Unknown00025 237 470 1 Unknown00025 237 470 1 nucleotide_motif 500 5026 5265 Gypsy00043 528 1407 1 Gypsy00043 528 1407 1 nucleotide_motif 5136 5920 6715 Gypsy00073 11881 12084 1 Gypsy00073 11881 12084 1 nucleotide_motif 1006 8893 9088 Gypsy00073 1 396 1 Gypsy00073 1 396 1 nucleotide_motif 2202 9242 9628 Copia00110 13148 13342 1 Copia00110 13148 13342 1 nucleotide_motif 733 12188 12386 Copia00110 13356 13623 1 Copia00110 13356 13623 1 nucleotide_motif 1273 12552 12839 Gypsy00043 1066 1314 1 Gypsy00043 1066 1314 1 nucleotide_motif 642 12787 13010 Copia00151 8217 8386 1 Copia00151 8217 8386 1 nucleotide_motif 537 16219 16390 SINE_SO 3 184 1 SINE_SO 3 184 1 nucleotide_motif 734 16525 16699 Copia00143 80 218 1 Copia00143 80 218 1 nucleotide_motif 794 26276 26421 Unknown00043 425 541 1 Unknown00043 425 541 1 nucleotide_motif 258 29065 29183 Copia00001 1 6515 1 Copia00001 1 6515 1 nucleotide_motif 37038 29356 33589 Copia00099 2818 2983 1 Copia00099 2818 2983 1 nucleotide_motif 1351 33586 33752 Copia00039 97 236 1 Copia00039 97 236 1 nucleotide_motif 550 43953 44105 Gypsy00019 586 656 1 Gypsy00019 586 656 1 nucleotide_motif 306 45662 45732 HELITRON7_OS 1550 1680 1 HELITRON7_OS 1550 1680 1 nucleotide_motif 554 45672 45802 Copia00143 77 206 1 Copia00143 77 206 1 nucleotide_motif 957 61611 61740 Unknown00050 3310 3865 1 Unknown00050 3310 3865 1 nucleotide_motif 2882 64347 64893 Copia00089 3910 4019 1 Copia00089 3910 4019 1 nucleotide_motif 262 74982 75100 Unknown00046 1869 2051 1 Unknown00046 1869 2051 1 nucleotide_motif 462 76615 76809 Unknown00043 1842 2026 1 Unknown00043 1842 2026 1 nucleotide_motif 430 79711 79886 Copia00151 10053 10174 1 Copia00151 10053 10174 1 nucleotide_motif 244 79786 79916 SONATA2 42 253 1 SONATA2 42 253 1 nucleotide_motif 688 88371 88550 RepeatMasker tomato repeats master Copia00198 253 776 -1 Copia00198 253 776 -1 nucleotide_motif 925 8140 7846 Gypsy00107 10733 10878 -1 Gypsy00107 10733 10878 -1 nucleotide_motif 528 8462 8331 Unknown00034 3706 4017 -1 Unknown00034 3706 4017 -1 nucleotide_motif 962 10679 10386 Unknown00019 166 697 -1 Unknown00019 166 697 -1 nucleotide_motif 710 12734 12204 Copia00109 214 5106 -1 Copia00109 214 5106 -1 nucleotide_motif 343 17443 17296 Copia00110 1706 1787 -1 Copia00110 1706 1787 -1 nucleotide_motif 329 17623 17551 Gypsy00071 4062 4141 -1 Gypsy00071 4062 4141 -1 nucleotide_motif 248 18305 18231 HAT1_MT 1 125 -1 HAT1_MT 1 125 -1 nucleotide_motif 266 22034 21911 Copia00037 2753 2878 -1 Copia00037 2753 2878 -1 nucleotide_motif 913 29369 29245 SONATA2 102 253 -1 SONATA2 102 253 -1 nucleotide_motif 681 40621 40474 MuDR1_HV 1232 1322 -1 MuDR1_HV 1232 1322 -1 nucleotide_motif 376 45819 45731 Copia00143 74 198 -1 Copia00143 74 198 -1 nucleotide_motif 286 58929 58812 SONATA2 1 253 -1 SONATA2 1 253 -1 nucleotide_motif 1070 60122 59870 Unknown00014 4 901 -1 Unknown00014 4 901 -1 nucleotide_motif 353 60784 60432 Copia00063 9 165 -1 Copia00063 9 165 -1 nucleotide_motif 422 63307 63164 Copia00151 5508 5834 -1 Copia00151 5508 5834 -1 nucleotide_motif 1274 63949 63623 Copia00008 4923 5104 -1 Copia00008 4923 5104 -1 nucleotide_motif 968 65291 65110 Copia00172 5195 5315 -1 Copia00172 5195 5315 -1 nucleotide_motif 368 77588 77464 BLAST_tomato_bacs Tomato BAC sequences BLAST_tomato_bacs Tomato BAC sequences match_1 match 7442 29356 33552 match_2 match 7999 29356 33589 match_3 match 7941 29356 33552 match_4 match 8094 29356 33589 match_5 match 5899 29356 32470 match_6 match 2105 32482 33579 match_7 match 7906 29356 33583 match_8 match 7906 29356 33583 match_9 match 8094 29356 33589 match_10 match 5899 29356 32470 match_11 match 2105 32482 33579 match_12 match 8094 29356 33589 match_13 match 8094 29356 33589 match_14 match 8094 29356 33589 match_15 match 6782 30013 33589 match_16 match 7933 29356 33552 match_17 match 7898 29356 33526 match_18 match 7963 29361 33552 match_19 match 5533 30186 33555 match_20 match 7357 29647 33560 match_21 match 3245 29356 31082 match_22 match 4438 31233 33583 match_23 match 7975 29355 33552 match_24 match 7269 29356 33552 match_25 match 4476 30991 33584 match_26 match 2894 29362 31011 match_27 match 6887 29356 33272 match_28 match 8034 29356 33579 match_29 match 8094 29356 33589 match_30 match 7870 29356 33589 match_31 match 8070 29356 33585 match_32 match 2623 32135 33589 match_33 match 2972 29356 31056 match_34 match 7814 29356 33553 match_35 match 2311 32370 33579 match_36 match 5808 29356 32376 match_37 match 3075 29356 31263 match_38 match 6794 29356 33356 match_39 match 2666 32007 33553 match_40 match 1715 3953 4979 match_41 match 2054 1 1063 match_42 match 2216 16532 17691 match_43 match 2537 5079 6505 match_44 match 3299 6582 8335 match_45 match 4530 1633 3917 match_46 match 7372 29356 33552 match_47 match 7814 29356 33553 match_48 match 7951 29356 33589 match_49 match 7372 29356 33552 match_50 match 7814 29356 33553 match_51 match 2311 32370 33579 match_52 match 5808 29356 32376 match_53 match 4094 31400 33564 match_54 match 2311 32370 33579 match_55 match 5808 29356 32376 match_56 match 8094 29356 33585 match_57 match 8021 29356 33552 match_58 match 7355 29356 33552 match_59 match 5231 29356 32316 match_60 match 8086 29356 33589 match_61 match 4684 30295 32953 match_62 match 7943 29356 33545 match_63 match 7257 29356 33552 match_64 match 7349 29356 33552 match_65 match 7398 29356 33552 match_66 match 4676 30295 32953 match_67 match 7985 29356 33582 match_68 match 7410 29356 33552 match_69 match 5985 29356 32832 match_70 match 7963 29361 33552 match_71 match 7291 29356 33552 match_72 match 6518 29682 33344 match_73 match 7834 29356 33494 match_74 match 3092 29468 31197 match_75 match 7315 29356 33559 match_76 match 7087 29523 33589 match_77 match 5148 30580 33552 match_78 match 7291 29356 33552 match_79 match 7479 29356 33589 match_80 match 2028 29356 30501 match_81 match 1846 29356 30485 match_82 match 4930 30681 33551 match_83 match 7963 29361 33552 match_84 match 3648 29468 31759 match_85 match 8094 29356 33589 match_86 match 8015 29356 33582 match_87 match 1846 29356 30485 match_88 match 4930 30681 33551 match_89 match 8013 29356 33580 match_90 match 6863 29356 33587 match_91 match 7087 29523 33589 match_92 match 7947 29356 33555 match_93 match 8027 29356 33576 match_94 match 8027 29356 33576 match_95 match 4064 29362 31727 match_96 match 3207 31795 33552 match_97 match 8056 29356 33589 match_98 match 5529 30524 33552 match_99 match 6595 29356 33204 match_100 match 7929 29356 33574 match_101 match 8023 29356 33589 match_102 match 8060 29356 33589 match_103 match 8027 29356 33579 match_104 match 5644 29356 32601 match_105 match 2452 29464 30912 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) clone_1 clone 1106 1 88670 clone_start_1 clone_start 1076 1 570 clone_2 clone 1509.5 25034 57240 clone_end_1 clone_end 1461 25034 25835 clone_3 clone 1387 25041 57234 clone_end_2 clone_end 1376 25041 25807 clone_end_3 clone_end 1160 29510 30126 clone_start_2 clone_start 1082 29514 30079 clone_end_4 clone_end 1334 29731 30423 clone_start_3 clone_start 1332 29840 30547 clone_end_5 clone_end 1164 29940 30546 clone_start_4 clone_start 1334 29980 30688 clone_end_6 clone_end 1275 30501 31163 clone_start_5 clone_start 1090 30512 31069 clone_end_7 clone_end 1118 31005 31604 clone_start_6 clone_start 1275 31174 31848 clone_start_7 clone_start 1057 31182 31734 clone_end_8 clone_end 1271 31314 31966 clone_end_9 clone_end 1402 31391 32129 clone_end_10 clone_end 1059 31467 32039 clone_start_8 clone_start 1090 31717 32290 clone_start_9 clone_start 1138 31724 32342 clone_start_10 clone_start 1108 32033 32603 clone_start_11 clone_start 1269 32155 32798 clone_start_12 clone_start 1158 32287 32890 clone_start_13 clone_start 1326 32391 33095 clone_end_11 clone_end 1336 32455 33156 clone_start_14 clone_start 1152 32584 33188 clone_start_15 clone_start 1247 32589 33249 clone_start_16 clone_start 1409 32591 33321 clone_start_17 clone_start 1140 32593 33187 clone_start_18 clone_start 1489 32614 33384 clone_4 clone 1438.5 46767 87097 clone_end_12 clone_end 1402 46767 47493 clone_5 clone 1174.5 51542 86227 clone_start_19 clone_start 1213 51542 52153 clone_6 clone 768 51542 85586 clone_start_20 clone_start 1213 51542 52153 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) clone_end_13 clone_end 1136 88670 88077 clone_start_21 clone_start 1314 8090 7378 clone_start_22 clone_start 1558 57240 56443 clone_start_23 clone_start 1398 57234 56518 clone_end_14 clone_end 1312 30593 29904 clone_start_24 clone_start 1499 30729 29958 clone_start_25 clone_start 1255 31102 30438 clone_end_15 clone_end 1205 31112 30473 clone_end_16 clone_end 1130 31108 30523 clone_end_17 clone_end 1142 31155 30556 clone_end_18 clone_end 1189 31404 30766 clone_end_19 clone_end 1251 31512 30850 clone_end_20 clone_end 1136 31620 31024 clone_start_26 clone_start 1344 32005 31312 clone_end_21 clone_end 1100 32175 31585 clone_end_22 clone_end 1241 32578 31921 clone_end_23 clone_end 1160 32529 31921 clone_end_24 clone_end 1366 32661 31938 clone_start_27 clone_start 1386 32790 32060 clone_end_25 clone_end 1213 32748 32109 clone_start_28 clone_start 1136 32944 32356 clone_end_26 clone_end 1130 33034 32437 clone_start_29 clone_start 1158 33137 32534 clone_end_27 clone_end 1277 33242 32571 clone_end_28 clone_end 1185 33207 32582 clone_end_29 clone_end 1132 33207 32613 clone_end_30 clone_end 1086 33242 32671 clone_end_31 clone_end 1364 33513 32790 clone_end_32 clone_end 1259 33513 32851 clone_start_30 clone_start 1168 33487 32863 clone_start_31 clone_start 1342 37228 36516 clone_start_32 clone_start 1475 87097 86343 clone_end_33 clone_end 1136 86227 85655 clone_end_34 clone_end 323 85586 85412 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_1 match_part 0.963 23477 23611 match_part 0.960 24125 24424 match_2 match_part 0.932 24226 24447 match_part 0.979 25120 25215 match_part 0.970 25306 25610 match_3 match_part 1.000 24404 24447 match_part 1.000 25120 25215 match_part 0.988 25306 25787 match_4 match_part 0.983 31625 32273 match_5 match_part 0.974 31626 32010 match_6 match_part 0.993 32284 33091 match_7 match_part 1.000 34450 34566 match_part 1.000 34864 34985 match_part 1.000 35164 35301 match_part 1.000 35468 35605 match_part 1.000 36248 36391 match_part 0.981 36559 36610 match_8 match_part 0.991 34450 34566 match_part 1.000 34864 34985 match_part 1.000 35164 35301 match_part 0.970 35468 35601 match_9 match_part 0.991 34454 34566 match_part 1.000 34864 34985 match_part 1.000 35164 35301 match_part 1.000 35468 35605 match_part 1.000 36248 36391 match_part 1.000 36559 36669 match_part 1.000 36759 36900 match_part 0.993 37101 37381 match_part 1.000 37515 37676 match_part 1.000 37760 37813 match_part 1.000 37992 38066 match_part 0.997 38151 38457 match_10 match_part 0.991 34459 34566 match_part 1.000 34864 34985 match_part 0.988 35164 35333 match_11 match_part 1.000 34844 34985 match_part 1.000 35164 35301 match_part 1.000 35468 35605 match_part 1.000 36248 36329 match_12 match_part 1.000 35524 35605 match_part 1.000 36248 36391 match_part 1.000 36559 36651 match_part 1.000 37636 37676 match_part 1.000 37760 37801 match_13 match_part 1.000 36276 36391 match_part 1.000 36559 36669 match_part 1.000 36759 36900 match_part 0.989 37101 37193 match_14 match_part 1.000 36630 36669 match_part 1.000 36759 36900 match_part 1.000 37101 37381 match_part 1.000 37515 37532 match_15 match_part 1.000 41209 41880 match_16 match_part 1.000 41210 41618 match_17 match_part 0.991 77808 78674 match_18 match_part 0.957 77817 78254 match_19 match_part 0.995 77819 78626 match_20 match_part 1.000 77821 78779 match_part 1.000 80259 80532 match_21 match_part 0.989 77821 78629 match_22 match_part 1.000 77821 78627 match_23 match_part 0.998 77821 78270 match_24 match_part 1.000 77821 78258 match_25 match_part 0.992 77822 78688 match_26 match_part 0.999 77830 78578 match_27 match_part 1.000 77835 78497 match_28 match_part 0.992 77838 78627 match_29 match_part 0.999 77839 78684 match_30 match_part 0.999 77840 78617 match_31 match_part 0.983 77841 78308 match_32 match_part 0.995 77845 78763 match_33 match_part 0.998 77845 78667 match_34 match_part 1.000 77845 78629 match_35 match_part 0.997 77845 78625 match_36 match_part 0.993 77845 78601 match_37 match_part 1.000 77846 78433 match_part 0.975 80282 80401 match_38 match_part 0.988 77846 78614 match_39 match_part 1.000 77846 78496 match_40 match_part 1.000 77846 78245 match_41 match_part 0.979 77847 78688 match_42 match_part 0.977 77847 78497 match_43 match_part 0.995 77848 78690 match_44 match_part 0.998 77848 78497 match_45 match_part 0.998 77848 78362 match_46 match_part 0.996 77848 78354 match_47 match_part 0.992 77848 78217 match_48 match_part 0.995 77849 78507 match_49 match_part 0.985 77849 78177 match_50 match_part 0.964 77850 78384 match_51 match_part 0.987 77850 78368 match_52 match_part 0.996 77850 78354 match_53 match_part 0.990 77850 78353 match_54 match_part 1.000 77853 78468 match_55 match_part 0.975 77853 78166 match_56 match_part 0.998 77855 78376 match_57 match_part 0.999 77856 78779 match_part 1.000 80259 80531 match_58 match_part 1.000 77856 78508 match_59 match_part 1.000 77857 78573 match_60 match_part 0.999 77861 78651 match_61 match_part 0.984 77861 78496 match_62 match_part 0.995 77861 78471 match_63 match_part 0.998 77861 78456 match_64 match_part 0.998 77862 78497 match_65 match_part 0.998 77862 78470 match_66 match_part 0.998 77862 78456 match_67 match_part 1.000 77862 78422 match_68 match_part 0.996 77862 78363 match_69 match_part 0.995 77862 78245 match_70 match_part 0.994 77862 78220 match_71 match_part 1.000 77871 78503 match_72 match_part 0.998 77875 78426 match_73 match_part 0.996 77894 78132 match_74 match_part 0.976 77899 78307 match_75 match_part 1.000 77907 78677 match_76 match_part 0.996 77907 78675 match_77 match_part 1.000 77910 78497 match_78 match_part 1.000 77934 78088 match_79 match_part 0.989 77941 78687 match_80 match_part 0.992 78006 78774 match_81 match_part 0.999 78017 78779 match_part 0.941 80259 80513 match_82 match_part 1.000 78036 78497 match_83 match_part 1.000 78044 78779 match_part 1.000 80259 80360 match_84 match_part 1.000 78060 78495 match_85 match_part 0.992 78062 78670 match_86 match_part 0.995 78158 78779 match_part 0.980 80259 80356 match_87 match_part 0.983 78158 78759 match_88 match_part 0.979 78244 78779 match_part 0.974 80259 80527 match_89 match_part 0.978 78273 78779 match_part 0.985 80259 80527 match_90 match_part 0.978 78275 78779 match_part 0.964 80259 80538 match_91 match_part 1.000 78303 78779 match_part 1.000 80259 80413 match_92 match_part 1.000 78317 78779 match_part 0.996 80259 80538 match_93 match_part 1.000 78317 78779 match_part 0.990 80259 80358 match_94 match_part 0.993 78331 78779 match_part 1.000 80259 80532 match_95 match_part 0.997 78388 78779 match_part 0.988 80259 80344 match_96 match_part 0.965 78410 78779 match_part 0.950 80259 80538 match_97 match_part 1.000 78410 78779 match_part 1.000 80259 80506 match_98 match_part 0.991 78437 78779 match_part 1.000 80259 80527 match_99 match_part 1.000 78446 78779 match_part 0.972 80259 80540 match_100 match_part 1.000 78446 78779 match_part 0.989 80259 80536 match_101 match_part 1.000 78450 78779 match_part 1.000 80259 80292 match_102 match_part 1.000 78497 78779 match_part 1.000 80259 80529 match_103 match_part 1.000 78499 78779 match_part 0.974 80259 80598 match_104 match_part 1.000 78539 78779 match_part 1.000 80259 80532 match_105 match_part 1.000 78606 78779 match_part 1.000 80259 80572 match_106 match_part 0.988 78607 78779 match_part 0.943 80259 80521 match_107 match_part 1.000 78608 78779 match_part 1.000 80259 80527 match_108 match_part 0.972 78637 78779 match_part 1.000 80259 80515 match_109 match_part 1.000 78743 78779 match_part 0.997 80259 80572 match_110 match_part 1.000 78762 78779 match_part 0.996 80259 80531 match_111 match_part 0.952 80373 80538 match_112 match_part 0.964 80373 80538 match_113 match_part 0.964 80373 80538 match_114 match_part 0.958 81299 81369 match_part 1.000 82638 82679 match_part 1.000 82859 82930 match_part 1.000 84889 85041 match_part 1.000 86009 86120 match_part 1.000 87517 87551 match_115 match_part 0.879 81304 81369 match_part 0.952 82638 82679 match_part 0.986 82859 82930 match_part 1.000 83918 83987 match_part 0.963 84889 84942 match_116 match_part 0.922 81306 81369 match_part 0.976 82638 82679 match_part 1.000 82859 82930 match_part 1.000 83925 83987 match_part 0.974 84889 85041 match_117 match_part 0.889 81307 81369 match_part 1.000 82638 82679 match_part 1.000 82859 82930 match_part 1.000 83918 83987 match_part 1.000 84889 85041 match_part 0.973 86009 86120 match_part 1.000 87517 87562 match_part 0.969 87670 87701 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_118 match_part 1.000 48750 48704 match_part 1.000 48628 48559 match_part 1.000 48151 48084 match_part 1.000 47868 47807 match_part 1.000 47690 47609 match_part 1.000 47500 47307 match_119 match_part 1.000 48744 48704 match_part 1.000 48628 48559 match_part 1.000 48151 48084 match_part 1.000 47868 47807 match_part 1.000 47690 47609 match_part 0.993 47500 47363 match_120 match_part 1.000 50281 50232 match_part 1.000 50049 49873 match_part 1.000 49613 49128 match_121 match_part 1.000 50235 50232 match_part 1.000 50049 49873 match_part 0.996 49613 49129 match_122 match_part 0.985 51439 51374 match_part 1.000 51280 51212 match_part 0.980 50281 50232 match_part 0.989 50049 49873 match_part 0.948 49613 49187 match_123 match_part 0.667 51382 51374 match_part 0.971 51280 51212 match_part 1.000 50281 50232 match_part 1.000 50049 49873 match_part 0.995 49613 49222 match_124 match_part 1.000 51382 51374 match_part 1.000 51280 51212 match_part 1.000 50281 50232 match_part 1.000 50049 49873 match_part 0.989 49613 49246 match_125 match_part 1.000 51382 51374 match_part 1.000 51280 51212 match_part 1.000 50281 50232 match_part 1.000 50049 49873 match_part 1.000 49613 49265 match_126 match_part 1.000 51381 51374 match_part 1.000 51280 51212 match_part 1.000 50281 50232 match_part 1.000 50049 49873 match_part 1.000 49613 49291 match_127 match_part 1.000 51913 51813 match_part 1.000 51647 51569 match_part 1.000 51472 51374 match_part 1.000 51280 51212 match_part 1.000 50281 50232 match_part 0.983 50049 49873 match_part 1.000 49613 49569 match_128 match_part 0.992 54475 53829 match_part 0.939 53720 53558 match_129 match_part 1.000 56571 56453 match_part 1.000 55799 55699 match_part 1.000 54820 54556 match_part 1.000 54480 54386 match_130 match_part 1.000 58304 58239 match_part 1.000 56890 56453 match_131 match_part 0.997 59217 58444 match_132 match_part 0.955 78058 77859 match_133 match_part 0.926 78703 78339 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C06HBa0159P11.1 type gene exon 23477 23611 exon 24125 24447 exon 25120 25215 exon 25306 25787 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C06HBa0159P11.1 type gene exon 31625 32273 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C06HBa0159P11.1 type gene exon 32284 33091 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C06HBa0159P11.1 type gene exon 34450 34566 exon 34864 34985 exon 35164 35301 exon 35468 35605 exon 36248 36391 exon 36559 36669 exon 36759 36900 exon 37101 37381 exon 37515 37676 exon 37760 37813 exon 37992 38066 exon 38151 38457 gene_5 gene GT_PGL_4_AGS_2 transcript source GenomeThreader seq_id C06HBa0159P11.1 type gene exon 34450 34566 exon 34864 34985 exon 35164 35301 exon 35468 35605 exon 36248 36391 exon 36559 36651 exon 37636 37676 exon 37760 37801 gene_6 gene GT_PGL_4_AGS_3 transcript source GenomeThreader seq_id C06HBa0159P11.1 type gene exon 34844 34985 exon 35164 35301 exon 35468 35605 exon 36248 36391 exon 36559 36669 exon 36759 36900 exon 37101 37381 exon 37515 37532 gene_7 gene GT_PGL_4_AGS_4 transcript source GenomeThreader seq_id C06HBa0159P11.1 type gene exon 34459 34566 exon 34864 34985 exon 35164 35333 gene_8 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C06HBa0159P11.1 type gene exon 41209 41880 gene_9 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C06HBa0159P11.1 type gene exon 48750 48704 exon 48628 48559 exon 48151 48084 exon 47868 47807 exon 47690 47609 exon 47500 47307 gene_10 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C06HBa0159P11.1 type gene exon 51913 51813 exon 51647 51569 exon 51472 51374 exon 51280 51212 exon 50281 50232 exon 50049 49873 exon 49613 49128 gene_11 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C06HBa0159P11.1 type gene exon 58304 58239 exon 56890 56453 exon 55799 55699 exon 54820 54556 exon 54480 53829 exon 53720 53558 gene_12 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C06HBa0159P11.1 type gene exon 59217 58444 gene_13 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C06HBa0159P11.1 type gene exon 77808 78779 exon 80259 80598 gene_14 gene GT_PGL_10_AGS_2 transcript source GenomeThreader seq_id C06HBa0159P11.1 type gene exon 77817 78433 exon 80282 80538 gene_15 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C06HBa0159P11.1 type gene exon 78058 77859 gene_16 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C06HBa0159P11.1 type gene exon 78703 78339 gene_17 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C06HBa0159P11.1 type gene exon 81304 81369 exon 82638 82679 exon 82859 82930 exon 83918 83987 exon 84889 85041 exon 86009 86120 exon 87517 87562 exon 87670 87701 gene_18 gene GT_PGL_13_AGS_2 transcript source GenomeThreader seq_id C06HBa0159P11.1 type gene exon 81306 81369 exon 82638 82679 exon 82859 82930 exon 83925 83987 exon 84889 85041 gene_19 gene GT_PGL_13_AGS_3 transcript source GenomeThreader seq_id C06HBa0159P11.1 type gene exon 81299 81369 exon 82638 82679 exon 82859 82930 exon 84889 85041 exon 86009 86120 exon 87517 87551 AUGUSTUS_tom_cdna de novo gene_1 gene 1 3432 4166 transcript_1 transcript 3432 4166 start_codon_1 start_codon 3432 3434 CDS_1 CDS 3432 3531 CDS_2 CDS 3616 4166 stop_codon_1 stop_codon 4164 4166 gene_2 gene 1 18336 25596 transcript_2 transcript 18336 25596 start_codon_2 start_codon 18336 18338 CDS_3 CDS 18336 18402 CDS_4 CDS 18494 18551 CDS_5 CDS 24363 24447 CDS_6 CDS 25120 25215 CDS_7 CDS 25306 25596 stop_codon_2 stop_codon 25594 25596 gene_3 gene 1 28488 28967 transcript_3 transcript 28488 28967 start_codon_3 start_codon 28488 28490 CDS_8 CDS 28488 28967 stop_codon_3 stop_codon 28965 28967 gene_4 gene 2 34548 38249 transcript_4 transcript 34548 38249 start_codon_4 start_codon 34548 34550 CDS_9 CDS 34548 34566 CDS_10 CDS 34864 34985 CDS_11 CDS 35164 35301 CDS_12 CDS 35468 35605 CDS_13 CDS 36248 36391 CDS_14 CDS 36559 36669 CDS_15 CDS 36759 36900 CDS_16 CDS 37101 37381 CDS_17 CDS 37515 37676 CDS_18 CDS 37760 37813 CDS_19 CDS 37992 38066 CDS_20 CDS 38151 38249 stop_codon_4 stop_codon 38247 38249 transcript_5 transcript 34935 38249 start_codon_5 start_codon 34935 34937 CDS_21 CDS 34935 34985 CDS_22 CDS 35164 35301 CDS_23 CDS 35468 35605 CDS_24 CDS 36248 36391 CDS_25 CDS 36559 36669 CDS_26 CDS 36759 36900 CDS_27 CDS 37101 37381 CDS_28 CDS 37515 37676 CDS_29 CDS 37760 37813 CDS_30 CDS 37992 38066 CDS_31 CDS 38151 38249 stop_codon_5 stop_codon 38247 38249 gene_5 gene 1 41223 41687 transcript_6 transcript 41223 41687 start_codon_6 start_codon 41223 41225 CDS_32 CDS 41223 41687 stop_codon_6 stop_codon 41685 41687 gene_6 gene 1 67823 80360 transcript_7 transcript 67823 80360 start_codon_7 start_codon 67823 67825 CDS_33 CDS 67823 67855 CDS_34 CDS 67946 68345 CDS_35 CDS 68431 68558 CDS_36 CDS 70360 70509 CDS_37 CDS 70725 70880 CDS_38 CDS 70983 71120 CDS_39 CDS 71204 71280 CDS_40 CDS 71688 71789 CDS_41 CDS 72165 72374 CDS_42 CDS 72730 72763 CDS_43 CDS 77817 78779 CDS_44 CDS 80259 80360 stop_codon_7 stop_codon 80358 80360 gene_7 gene 4 81366 87807 transcript_8 transcript 81366 84901 start_codon_8 start_codon 81366 81368 CDS_45 CDS 81366 81369 CDS_46 CDS 82638 82679 CDS_47 CDS 82859 82930 CDS_48 CDS 83918 83987 CDS_49 CDS 84889 84901 stop_codon_8 stop_codon 84899 84901 transcript_9 transcript 81366 87807 start_codon_9 start_codon 81366 81368 CDS_50 CDS 81366 81369 CDS_51 CDS 82638 82679 CDS_52 CDS 82859 82930 CDS_53 CDS 84889 85041 CDS_54 CDS 86009 86120 CDS_55 CDS 87517 87562 CDS_56 CDS 87670 87807 stop_codon_9 stop_codon 87805 87807 transcript_10 transcript 84978 87807 start_codon_10 start_codon 84978 84980 CDS_57 CDS 84978 85041 CDS_58 CDS 86009 86120 CDS_59 CDS 87517 87562 CDS_60 CDS 87670 87807 stop_codon_10 stop_codon 87805 87807 transcript_11 transcript 82592 87807 start_codon_11 start_codon 82592 82594 CDS_61 CDS 82592 82679 CDS_62 CDS 82859 82930 CDS_63 CDS 83925 83987 CDS_64 CDS 84889 85041 CDS_65 CDS 86009 86120 CDS_66 CDS 87517 87562 CDS_67 CDS 87670 87807 stop_codon_11 stop_codon 87805 87807 AUGUSTUS_tom_cdna de novo gene_8 gene 1 48754 46678 transcript_12 transcript 48754 46678 stop_codon_12 stop_codon 46680 46678 CDS_68 CDS 46783 46678 CDS_69 CDS 46932 46871 CDS_70 CDS 47500 47267 CDS_71 CDS 47690 47609 CDS_72 CDS 47868 47807 CDS_73 CDS 48151 48084 CDS_74 CDS 48628 48559 CDS_75 CDS 48754 48704 start_codon_12 start_codon 48754 48752 gene_9 gene 1 58484 49496 transcript_13 transcript 58484 49496 stop_codon_13 stop_codon 49498 49496 CDS_76 CDS 49613 49496 CDS_77 CDS 50049 49873 CDS_78 CDS 50281 50232 CDS_79 CDS 51280 51212 CDS_80 CDS 51472 51374 CDS_81 CDS 51647 51569 CDS_82 CDS 51913 51813 CDS_83 CDS 53404 53364 CDS_84 CDS 53720 53502 CDS_85 CDS 54820 53829 CDS_86 CDS 55799 55699 CDS_87 CDS 56890 56453 CDS_88 CDS 58484 58239 start_codon_13 start_codon 58484 58482 AUGUSTUS_ab_initio de novo gene_1 gene 1 3432 4166 transcript_1 transcript 3432 4166 start_codon_1 start_codon 3432 3434 CDS_1 CDS 3432 3531 CDS_2 CDS 3616 4166 stop_codon_1 stop_codon 4164 4166 gene_2 gene 1 34935 38249 transcript_2 transcript 34935 38249 start_codon_2 start_codon 34935 34937 CDS_3 CDS 34935 34985 CDS_4 CDS 35468 35605 CDS_5 CDS 36559 36669 CDS_6 CDS 36759 36900 CDS_7 CDS 37101 37381 CDS_8 CDS 37515 37676 CDS_9 CDS 37760 37813 CDS_10 CDS 37992 38066 CDS_11 CDS 38151 38249 stop_codon_2 stop_codon 38247 38249 gene_3 gene 1 41223 41687 transcript_3 transcript 41223 41687 start_codon_3 start_codon 41223 41225 CDS_12 CDS 41223 41687 stop_codon_3 stop_codon 41685 41687 gene_4 gene 1 67823 78812 transcript_4 transcript 67823 78812 start_codon_4 start_codon 67823 67825 CDS_13 CDS 67823 67855 CDS_14 CDS 67946 68345 CDS_15 CDS 68431 68558 CDS_16 CDS 70360 70509 CDS_17 CDS 70725 70880 CDS_18 CDS 70983 71120 CDS_19 CDS 71204 71280 CDS_20 CDS 71688 71789 CDS_21 CDS 72165 72374 CDS_22 CDS 72730 72763 CDS_23 CDS 77817 78812 stop_codon_4 stop_codon 78810 78812 AUGUSTUS_ab_initio de novo gene_5 gene 1 54801 49496 transcript_5 transcript 54801 49496 stop_codon_5 stop_codon 49498 49496 CDS_24 CDS 49613 49496 CDS_25 CDS 50130 49873 CDS_26 CDS 50281 50232 CDS_27 CDS 53404 53364 CDS_28 CDS 53720 53502 CDS_29 CDS 54801 53829 start_codon_5 start_codon 54801 54799 gene_6 gene 1 58484 56429 transcript_6 transcript 58484 56429 stop_codon_6 stop_codon 56431 56429 CDS_30 CDS 56890 56429 CDS_31 CDS 58484 58239 start_codon_6 start_codon 58484 58482 AUGUSTUS_tom_ugs de novo gene_1 gene 1 3432 4166 transcript_1 transcript 3432 4166 start_codon_1 start_codon 3432 3434 CDS_1 CDS 3432 3531 CDS_2 CDS 3616 4166 stop_codon_1 stop_codon 4164 4166 gene_2 gene 1 18336 25596 transcript_2 transcript 18336 25596 start_codon_2 start_codon 18336 18338 CDS_3 CDS 18336 18402 CDS_4 CDS 18494 18551 CDS_5 CDS 24363 24447 CDS_6 CDS 25120 25215 CDS_7 CDS 25306 25596 stop_codon_2 stop_codon 25594 25596 gene_3 gene 1 34548 38249 transcript_3 transcript 34548 38249 start_codon_3 start_codon 34548 34550 CDS_8 CDS 34548 34566 CDS_9 CDS 34864 34985 CDS_10 CDS 35164 35301 CDS_11 CDS 35468 35605 CDS_12 CDS 36248 36391 CDS_13 CDS 36559 36669 CDS_14 CDS 36759 36900 CDS_15 CDS 37101 37381 CDS_16 CDS 37515 37676 CDS_17 CDS 37760 37813 CDS_18 CDS 37992 38066 CDS_19 CDS 38151 38249 stop_codon_3 stop_codon 38247 38249 gene_4 gene 1 41223 41687 transcript_4 transcript 41223 41687 start_codon_4 start_codon 41223 41225 CDS_20 CDS 41223 41687 stop_codon_4 stop_codon 41685 41687 gene_5 gene 1 67823 80360 transcript_5 transcript 67823 80360 start_codon_5 start_codon 67823 67825 CDS_21 CDS 67823 67855 CDS_22 CDS 67946 68345 CDS_23 CDS 68431 68558 CDS_24 CDS 70360 70509 CDS_25 CDS 70725 70880 CDS_26 CDS 70983 71120 CDS_27 CDS 71204 71280 CDS_28 CDS 71688 71789 CDS_29 CDS 72165 72374 CDS_30 CDS 72730 72763 CDS_31 CDS 77817 78779 CDS_32 CDS 80259 80360 stop_codon_5 stop_codon 80358 80360 AUGUSTUS_tom_ugs de novo gene_6 gene 1 48754 46678 transcript_6 transcript 48754 46678 stop_codon_6 stop_codon 46680 46678 CDS_33 CDS 46783 46678 CDS_34 CDS 46932 46871 CDS_35 CDS 47500 47267 CDS_36 CDS 47690 47609 CDS_37 CDS 47868 47807 CDS_38 CDS 48151 48084 CDS_39 CDS 48628 48559 CDS_40 CDS 48754 48704 start_codon_6 start_codon 48754 48752 gene_7 gene 1 58484 49496 transcript_7 transcript 58484 49496 stop_codon_7 stop_codon 49498 49496 CDS_41 CDS 49613 49496 CDS_42 CDS 50049 49873 CDS_43 CDS 50281 50232 CDS_44 CDS 51280 51212 CDS_45 CDS 51472 51374 CDS_46 CDS 51647 51569 CDS_47 CDS 51913 51813 CDS_48 CDS 53404 53364 CDS_49 CDS 53720 53502 CDS_50 CDS 54480 53829 CDS_51 CDS 54820 54556 CDS_52 CDS 55799 55699 CDS_53 CDS 56890 56453 CDS_54 CDS 58484 58239 start_codon_7 start_codon 58484 58482 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_1 match_part 0.963 23477 23611 match_part 0.963 24125 24447 match_part 1.000 25120 25215 match_part 0.988 25306 25787 match_2 match_part 0.983 31625 32273 match_3 match_part 0.993 32284 33091 match_4 match_part 1.000 34450 34566 match_part 1.000 34864 34985 match_part 1.000 35164 35301 match_part 1.000 35468 35605 match_part 1.000 36248 36391 match_part 1.000 36559 36669 match_part 1.000 36759 36900 match_part 1.000 37101 37381 match_part 1.000 37515 37676 match_part 1.000 37760 37813 match_part 1.000 37992 38066 match_part 1.000 38151 38463 match_5 match_part 1.000 41209 41880 match_6 match_part 1.000 77821 78779 match_part 1.000 80259 80538 match_7 match_part 1.000 77846 78433 match_part 0.975 80282 80401 match_8 match_part 0.889 81307 81369 match_part 1.000 82638 82679 match_part 1.000 82859 82930 match_part 0.986 83918 83987 match_part 1.000 84889 85041 match_part 1.000 86009 86120 match_part 1.000 87517 87562 match_part 0.969 87670 87701 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_9 match_part 1.000 48750 48704 match_part 1.000 48628 48559 match_part 1.000 48151 48084 match_part 1.000 47868 47807 match_part 1.000 47690 47609 match_part 1.000 47500 47307 match_10 match_part 1.000 51913 51813 match_part 1.000 51647 51569 match_part 1.000 51472 51374 match_part 1.000 51280 51212 match_part 1.000 50281 50232 match_part 1.000 50049 49873 match_part 1.000 49613 49129 match_11 match_part 1.000 58304 58239 match_part 1.000 56890 56453 match_part 1.000 55799 55699 match_part 1.000 54820 54556 match_part 0.992 54480 53829 match_part 0.939 53720 53558 match_12 match_part 0.997 59217 58444 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C06HBa0159P11.1 type gene exon 23477 23611 exon 24125 24447 exon 25120 25215 exon 25306 25787 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C06HBa0159P11.1 type gene exon 31625 32273 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C06HBa0159P11.1 type gene exon 32284 33091 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C06HBa0159P11.1 type gene exon 34450 34566 exon 34864 34985 exon 35164 35301 exon 35468 35605 exon 36248 36391 exon 36559 36669 exon 36759 36900 exon 37101 37381 exon 37515 37676 exon 37760 37813 exon 37992 38066 exon 38151 38463 gene_5 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C06HBa0159P11.1 type gene exon 41209 41880 gene_6 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C06HBa0159P11.1 type gene exon 48750 48704 exon 48628 48559 exon 48151 48084 exon 47868 47807 exon 47690 47609 exon 47500 47307 gene_7 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C06HBa0159P11.1 type gene exon 51913 51813 exon 51647 51569 exon 51472 51374 exon 51280 51212 exon 50281 50232 exon 50049 49873 exon 49613 49129 gene_8 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C06HBa0159P11.1 type gene exon 58304 58239 exon 56890 56453 exon 55799 55699 exon 54820 54556 exon 54480 53829 exon 53720 53558 gene_9 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C06HBa0159P11.1 type gene exon 59217 58444 gene_10 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C06HBa0159P11.1 type gene exon 77821 78779 exon 80259 80538 gene_11 gene GT_PGL_10_AGS_2 transcript source GenomeThreader seq_id C06HBa0159P11.1 type gene exon 77846 78433 exon 80282 80401 gene_12 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C06HBa0159P11.1 type gene exon 81307 81369 exon 82638 82679 exon 82859 82930 exon 83918 83987 exon 84889 85041 exon 86009 86120 exon 87517 87562 exon 87670 87701 AUGUSTUS_tom_pot_cdna de novo gene_1 gene 1 3432 4166 transcript_1 transcript 3432 4166 start_codon_1 start_codon 3432 3434 CDS_1 CDS 3432 3531 CDS_2 CDS 3616 4166 stop_codon_1 stop_codon 4164 4166 gene_2 gene 1 18336 25596 transcript_2 transcript 18336 25596 start_codon_2 start_codon 18336 18338 CDS_3 CDS 18336 18402 CDS_4 CDS 18494 18551 CDS_5 CDS 24363 24447 CDS_6 CDS 25120 25215 CDS_7 CDS 25306 25596 stop_codon_2 stop_codon 25594 25596 gene_3 gene 1 28488 28967 transcript_3 transcript 28488 28967 start_codon_3 start_codon 28488 28490 CDS_8 CDS 28488 28967 stop_codon_3 stop_codon 28965 28967 gene_4 gene 2 34548 38249 transcript_4 transcript 34548 38249 start_codon_4 start_codon 34548 34550 CDS_9 CDS 34548 34566 CDS_10 CDS 34864 34985 CDS_11 CDS 35164 35301 CDS_12 CDS 35468 35605 CDS_13 CDS 36248 36391 CDS_14 CDS 36559 36669 CDS_15 CDS 36759 36900 CDS_16 CDS 37101 37381 CDS_17 CDS 37515 37676 CDS_18 CDS 37760 37813 CDS_19 CDS 37992 38066 CDS_20 CDS 38151 38249 stop_codon_4 stop_codon 38247 38249 transcript_5 transcript 34935 38249 start_codon_5 start_codon 34935 34937 CDS_21 CDS 34935 34985 CDS_22 CDS 35164 35301 CDS_23 CDS 35468 35605 CDS_24 CDS 36248 36391 CDS_25 CDS 36559 36669 CDS_26 CDS 36759 36900 CDS_27 CDS 37101 37381 CDS_28 CDS 37515 37676 CDS_29 CDS 37760 37813 CDS_30 CDS 37992 38066 CDS_31 CDS 38151 38249 stop_codon_5 stop_codon 38247 38249 gene_5 gene 1 41223 41687 transcript_6 transcript 41223 41687 start_codon_6 start_codon 41223 41225 CDS_32 CDS 41223 41687 stop_codon_6 stop_codon 41685 41687 gene_6 gene 1 67823 68476 transcript_7 transcript 67823 68476 start_codon_7 start_codon 67823 67825 CDS_33 CDS 67823 67855 CDS_34 CDS 67946 68476 stop_codon_7 stop_codon 68474 68476 gene_7 gene 1 69708 80360 transcript_8 transcript 69708 80360 start_codon_8 start_codon 69708 69710 CDS_35 CDS 69708 69767 CDS_36 CDS 70360 70509 CDS_37 CDS 70725 70880 CDS_38 CDS 70983 71120 CDS_39 CDS 71204 71280 CDS_40 CDS 71688 71789 CDS_41 CDS 72165 72374 CDS_42 CDS 72730 72763 CDS_43 CDS 77817 78779 CDS_44 CDS 80259 80360 stop_codon_8 stop_codon 80358 80360 gene_8 gene 4 81366 87807 transcript_9 transcript 81366 84901 start_codon_9 start_codon 81366 81368 CDS_45 CDS 81366 81369 CDS_46 CDS 82638 82679 CDS_47 CDS 82859 82930 CDS_48 CDS 83918 83987 CDS_49 CDS 84889 84901 stop_codon_9 stop_codon 84899 84901 transcript_10 transcript 81366 87807 start_codon_10 start_codon 81366 81368 CDS_50 CDS 81366 81369 CDS_51 CDS 82638 82679 CDS_52 CDS 82859 82930 CDS_53 CDS 83918 83983 CDS_54 CDS 84889 85041 CDS_55 CDS 86009 86120 CDS_56 CDS 87517 87562 CDS_57 CDS 87670 87807 stop_codon_10 stop_codon 87805 87807 transcript_11 transcript 81366 87807 start_codon_11 start_codon 81366 81368 CDS_58 CDS 81366 81369 CDS_59 CDS 82638 82679 CDS_60 CDS 82859 82930 CDS_61 CDS 84889 85041 CDS_62 CDS 86009 86120 CDS_63 CDS 87517 87562 CDS_64 CDS 87670 87807 stop_codon_11 stop_codon 87805 87807 transcript_12 transcript 84978 87807 start_codon_12 start_codon 84978 84980 CDS_65 CDS 84978 85041 CDS_66 CDS 86009 86120 CDS_67 CDS 87517 87562 CDS_68 CDS 87670 87807 stop_codon_12 stop_codon 87805 87807 AUGUSTUS_tom_pot_cdna de novo gene_9 gene 1 48754 46678 transcript_13 transcript 48754 46678 stop_codon_13 stop_codon 46680 46678 CDS_69 CDS 46783 46678 CDS_70 CDS 46932 46871 CDS_71 CDS 47500 47267 CDS_72 CDS 47690 47609 CDS_73 CDS 47868 47807 CDS_74 CDS 48151 48084 CDS_75 CDS 48628 48559 CDS_76 CDS 48754 48704 start_codon_13 start_codon 48754 48752 gene_10 gene 1 58484 49496 transcript_14 transcript 58484 49496 stop_codon_14 stop_codon 49498 49496 CDS_77 CDS 49613 49496 CDS_78 CDS 50049 49873 CDS_79 CDS 50281 50232 CDS_80 CDS 51280 51212 CDS_81 CDS 51472 51374 CDS_82 CDS 51647 51569 CDS_83 CDS 51913 51813 CDS_84 CDS 53404 53364 CDS_85 CDS 53720 53502 CDS_86 CDS 54820 53829 CDS_87 CDS 55799 55699 CDS_88 CDS 56890 56453 CDS_89 CDS 58484 58239 start_codon_14 start_codon 58484 58482 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_1 match 58.9 68427 68693 match_2 match 108 68003 68344 match_3 match 119 41262 41675 match_4 match 64.3 68427 68693 match_5 match 112 67997 68344 match_6 match 64.3 68427 68693 match_7 match 112 67997 68344 match_8 match 62.4 68427 68693 match_9 match 117 67979 68344 match_10 match 62.4 68427 68693 match_11 match 117 67979 68344 match_12 match 489 77910 78785 match_13 match 146 70722 71123 match_14 match 120 68430 68720 match_15 match 49.3 71189 71278 match_16 match 226 67946 68356 match_17 match 146 70722 71123 match_18 match 120 68430 68720 match_19 match 49.3 71189 71278 match_20 match 226 67946 68356 match_21 match 170 41229 41675 match_22 match 170 41229 41675 match_23 match 119 25117 25584 match_24 match 125 41262 41675 match_25 match 169 25117 25581 match_26 match 58.5 36556 36672 match_27 match 32.7 37760 37813 match_28 match 98.2 37509 37679 match_29 match 84.0 36756 36896 match_30 match 169 37100 37381 match_31 match 58.5 36556 36672 match_32 match 32.7 37760 37813 match_33 match 98.2 37509 37679 match_34 match 84.0 36756 36896 match_35 match 169 37100 37381 match_36 match 493 77910 78788 match_37 match 36.2 71189 71278 match_38 match 133 70725 71123 match_39 match 117 68427 68720 match_40 match 206 67922 68344 match_41 match 62.4 68427 68693 match_42 match 117 67979 68344 match_43 match 62.4 68427 68693 match_44 match 117 67979 68344 match_45 match 104 77940 78692 match_46 match 141 25117 25584 match_47 match 154 41256 41675 match_48 match 105 41259 41675 match_49 match 149 25117 25599 match_50 match 149 25117 25599 match_51 match 135 25117 25593 match_52 match 139 25117 25593 match_53 match 158 25117 25593 match_54 match 55.1 36556 36672 match_55 match 97.1 37509 37679 match_56 match 159 37100 37381 match_57 match 90.1 36756 36899 match_58 match 34.7 37760 37813 match_59 match 55.1 36556 36672 match_60 match 97.1 37509 37679 match_61 match 159 37100 37381 match_62 match 90.1 36756 36899 match_63 match 34.7 37760 37813 match_64 match 153 41271 41681 match_65 match 149 70722 71123 match_66 match 120 68430 68720 match_67 match 47.4 71189 71278 match_68 match 222 67949 68356 match_69 match 111 68364 68720 match_70 match 149 70722 71123 match_71 match 40.8 71189 71278 match_72 match 197 67946 68356 match_73 match 111 68364 68720 match_74 match 149 70722 71123 match_75 match 40.8 71189 71278 match_76 match 197 67946 68356 match_77 match 111 68364 68720 match_78 match 149 70722 71123 match_79 match 40.8 71189 71278 match_80 match 197 67946 68356 match_81 match 111 68364 68720 match_82 match 149 70722 71123 match_83 match 40.8 71189 71278 match_84 match 197 67946 68356 match_85 match 135 25117 25566 match_86 match 112 41211 41681 match_87 match 63.2 68421 68693 match_88 match 122 67979 68344 match_89 match 105 41265 41675 match_90 match 105 41265 41675 match_91 match 106 41280 41681 match_92 match 105 41265 41675 match_93 match 110 41271 41675 match_94 match 117 68352 68720 match_95 match 211 67934 68344 match_96 match 106 41262 41675 match_97 match 65.9 68427 68693 match_98 match 117 68003 68344 match_99 match 53.9 68427 68693 match_100 match 109 67973 68344 match_101 match 104 41283 41654 match_102 match 105 41262 41675 match_103 match 108 41232 41675 match_104 match 33.9 71189 71278 match_105 match 141 70725 71123 match_106 match 115 68427 68720 match_107 match 204 67952 68344 match_108 match 183 25117 25593 match_109 match 60.1 36556 36672 match_110 match 96.3 37509 37679 match_111 match 32.3 37760 37813 match_112 match 163 37100 37381 match_113 match 92.0 36756 36899 match_114 match 122 68364 68720 match_115 match 160 70722 71123 match_116 match 51.2 71189 71278 match_117 match 106 70351 70512 match_118 match 226 67946 68356 match_119 match 122 68364 68720 match_120 match 160 70722 71123 match_121 match 51.2 71189 71278 match_122 match 106 70351 70512 match_123 match 110 68183 68356 match_124 match 221 74328 74933 match_125 match 490 77910 78788 match_126 match 110 41259 41675 match_127 match 105 41265 41675 match_128 match 117 68003 68344 match_129 match 113 77931 78719 match_130 match 120 78063 78695 match_131 match 105 41265 41675 match_132 match 60.5 68427 68693 match_133 match 112 68003 68344 match_134 match 58.2 68427 68693 match_135 match 124 68003 68344 match_136 match 105 78072 78680 match_137 match 105 41262 41675 match_138 match 105 41271 41681 match_139 match 311 31881 33311 match_140 match 132 74409 74960 match_141 match 119 67979 68344 match_142 match 116 41274 41675 match_143 match 123 68364 68720 match_144 match 221 67934 68356 match_145 match 144 25117 25587 match_146 match 149 41256 41681 match_147 match 105 41259 41675 match_148 match 126 30597 30950 match_149 match 144 32463 33167 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_150 match 204 54822 54112 match_151 match 127 51649 51212 match_152 match 125 58730 58239 match_153 match 187 56890 56450 match_154 match 72.8 46935 46666 match_155 match 163 47719 47018 match_156 match 68.6 46935 46681 match_157 match 162 47692 47018 match_158 match 68.6 46935 46681 match_159 match 170 47719 47018 match_160 match 68.6 46935 46681 match_161 match 170 47719 47018 match_162 match 200 54822 54037 match_163 match 126 58754 58239 match_164 match 134 51649 51212 match_165 match 202 56890 56450 match_166 match 122 56887 56450