C02HBa0012A12.1 TCTTCTTCCATATTTGTATGGAGCAGAATACAGAGAAAACTTGCTTCTACAAGCACTTAG GTTGTATGGACTAGTATTTCCAGGCATGCCGGCTCATGGTCCTCAAGAGTATATTAATGC AATTTGTTTGGGAGATGCTAATTTGTTCACCAATGTTGCTGTATCATCTTGACAATTCTC GTCTACTTTGGTGTCTTATTGGAAATTGGAATTTATTCCTACATTAATCAAGAATCACAT ATTGTATATTAGGCTTGTTACTCAAATTTGTGTATATTGATGTATATAGAGTAAATATAT AACAAAAACTATACCGCACTCTTTTGGCAAGCTACATGATGGTCCATTGACATAGCTATA ATTTGTCTAAATTATAATTCGCGACTTACTTTAGTTATAATGACGCAGCTAAACCTTTTA GTTTCGTATAATTCAAAAATTTGTACAACTTTTGTATAATTGAGTTTGTAGAATTGTTTA CACTTTTAATGTTTGTAATAGTATAAGTTCATTTTTTCGAATTTGTTTAAAACAACTAAA TTATACAGATGTACCTTTATACAAATGAGATTGCTTAAACCGTAGCTACAATCCGAAAAT ATGCAATTTATAGCTATAAAACATATATAAATTTATTATAGTGATTGTTTACGAATGTTT CTCTAATAATTTATTAAACTATATTTCTGATCAAAAGATTTATTTTATCTTTCATTGTTT TTTATTTGGCAAACAAAGGTAAAATCACATAGCATATTGAATATTAATAATTGTGTTATT TGTACTCTTTGTGATGTTTGAGAGTTGTGGCTATATTTTTATTAAATGGTAGAATACTTG TTGAATTACATTATTTATATATATAAAAAATAGCATTCTCTTCAAAAATATGATTGAAAA TATTTTTGATCTCATGGAAAGTTTAAAATTCAATCTCATATAAAGTTTGCTAACATATGT ATTATTATTTCACAAAATATGACTAAACTTTCTCAATAACAATAAGTATTATTCAACCAG TAATATTGAAGAACTCTCCAATATTTTTATTAGTTTTTTTAATATATATTTATAAATTAT ATTATAACCTCATGTCATTAATAAGATAATGTTTATGTTCAAAATCATGATTCACACAAA CATTTATAAATGACTTTCGAGAAAATGCACTTTAATTATCACTAGTATGACCCATGCTTC CACAAATACTGGAGAGAGTGGTTGTAATTTTTTAATGAGAAAATAGTCATTACCCAGCTA ATCTATTATCAACTACACATTTATATTTTATGAGAAATTTATTGCAATAAAAATATTTAC ATCTTTAATTTATTTCTTTTATTTTATACTATTACTTTTATTTGATTCTTTTGAATTATT ATATTTTTATTTATTTTTTCATTTTTACCTTTTTCCTCTTCTTTATTTTCCTCTTTAACA GGACAATATCATCTCACCTTTGAACTTTAGTGTAAAAATGTTGAAGAATTCATTAAGTAA CAAACTCATTAACTTAGTTAATGAAGAATATATTTAAAAATTTATTGGATAATAAACTAA TTAATGGCTAAAACCCATTTATTGAAATGGTTGCAAGAGTCTATAAGACTTCTTAGGTTA ACTTTGTTAAATCGAAATCGACACTAGTCTCTTCGCTAGCCAACATCGATATCGTCATTT CGGTTAATTAGTGTTTTTTATTAGTAATTTTTGAAGTATTATTTTAAGTTCTATACTAGT AGAAAAAGCATAAGTGATTCCGATAATGGAGTTTCTCATTATGCTATAGCTTCAATAAAG AACATCGAGATTTTGTTGATCAAATCTCCTCTAAAGTTTTGAGAATATGTAGTAGTCATG GAATGTATCCTATCTAAAAAGACATTTATTTAGCTGAAAACTATTTTTAAGGTAAAAAAA AAGAAGGAATGAAAAATGAAAAAATAAAAAGTAGAAAACAAAAATCTAAAAGGAAATAAT TATTTTTAATATTAAAAAAAGTAATATTAGTGGTAGGATGAGTCCAATCACATTTTGATG CGAATTTGAGTGTTCAATTTTAATGTCATTTTGAAATTGTCTAGGAAAATAATATAACAC CCCTGAAATATAAGGGTATAATTGATAATCTGATTATACATTTAGGAGTGATTTGATTAT TTTGTCTTTTTAAATTAAAAGAGAGATTACTGTTGCAAAAATGCAACTTAAAGAAAATAT TTAGTATTATCCCAAAAATAATGGTGAGACAATGTCCATTGAGTGATTATATATCAATGC GGGAAGGGTTATAGTTGTAATTTTAATAAAAGCCTCGGGAGGTCTGAAGGGATTATATAT ACTAATATAAAAAAGACGGGACGGATAAGAGCAGTGGCTTGGGGTTTGAAGGAGCTGAGC GGCGCGAGGAAGAGCGAGCGGAGCGGAGTGAGAGAGCGAATTAGGGTTTTGATAATCGGA ATCAAGAAGGTCAGTGGAGCGCGTAAATCTAATTTAGTACTCGTTGTGATTTTAATTTCT TTGGTATCCGAAGATCTTAGAGAAATTGGTGAGTTTGTTCTGAAATATGATGATGATGAT GATATTTGTGTGTGAGAAAGAGGTGTGTGTCTGTTACCTGCAGGAAGAATCGTCTTGTGT GAGCGATTCGTTTATAGAGAGAGGTGTGGTGAGATCGCGAGAGCGAGTTGAGTGTATATC CTACGATTTCCACTCTCCGCTAATCAATTTGTCAGACAAGTTTTCGTTACCATGTCGGAG AAGAAGCTTGTGGTAAGTTTTGGTTTCTTTCTTGATTTTCAAGGCATGTTTGTCTTTGAT TGCAATCTTAATGTGATTGCTTCTTGATTTTTAGGTTTTAGGCATCCCATGGGACGTGGA TACAGAAGGTCTAAGGGAATATATGATCAAATATGGAGATTTAGAGGATTGTATTGTGAT GAAGGTCAGTCTACGCAGCTACCTTGACTTTTATGATATGCATTGTTTCAGATATACTGT AGTTCCAAAGACTTTCATGACCTAACTGTGTGCAGTCTTGTTTTTTGTGTTGACAATGTT GTTTCTTTTTTTGTTTGTTAATTGTGCTTGTATCAGAAAATGAGATATCAAATCTGGGTT ACAGAAGGTCATATATTTATCATTTGGTGCACAGCTTGCAGCTTTTAGTGCATTTAGCTT TCTTGTGAAAAACTTAGGGCTGTTATATCATTTATGGTGTAACAAAAACATAAGGATTTC CATTGCCCCAAACTATGTTATAGTTGTTAGGAGAAGGTTGTTGCTTCGCAGTTCGCTACT TGGAAAATTTAGCAGAACTATCCGCTTAAGAGATGTCACTTTTGGAATTCAACCAAGAAC GTGTCCCAAACTGGTTTATTTCTTGTTAACTACATTGGTGGGCACATGAGAACTGGGTCT CAGGAGAAAATCTTGTCGAATAACTAAATGGCAATATTAGGGTTTTTAAAAACAAACGTG ATTCACGACTCTCTTCTTCAATTTTCTCTTTGACACGTGTCTCTCTTCTTCAATTGTCTA GTAGATTCAAGATTGCGTTGGGTTCTTTCCTGGTAAAGTAAACCAGATTATCAAATGCGA TTGCCTTTGGCCAGAGATTTTGCGCCTATTACTCGTAAGGCGCAACCCTGCAAAGGCGAT CAATGGCGAGAAATGATGAGTGGTGAGGTGGCACCATTGTTGCCCTTTTATTTTATTCTT TTTGAAAAAAAACAAACGTGCTTAATAATTAAATGGCAATATTAGTGTTTTTAAAAACAA ACGTGACTCACGACTCTCTTCTTCAATTTTCTCTTTGACACGTGACTCTCTTCTCCTCAG CTTCAGCCTTTAGTTACGTCTTCTTCTTCTTTCTCCTCTGCTTTGCAGCTTCTCTTCTGC CATAGTCAGCTGCTCTTTTTTTTGCTTCTTCATCTTCTTCTCTTCTTTTTTTTAGTAGGT CAATGTGCCCAGCTTCCTATTACTCTGTTAGTGATTCCTCTGTTCTTATTTTATGGTCTG TTTTTTTTAATTTTCTGCAGATGCAAATCTGCCTTTCTACAGAAAAATTCCAGGTCCTAT TTTAATTTTTGTCCAACTCAACTTAGTCATACAAGTTCTTGGGTTCTAGTCTTGTTCGTC AAATTGTCTCATGAATTATTGAGTCATTCAAGTTCTATGGTTAGTTTTTAAATTGAAATA TTTGCCAATATGGTATTGCTACTGAGATACTGGTTATTTATATATGCATTAAATATCTTC AGTTTTTTATATTAATTGGCGCCTCAATTCAAAGAGGCCAGCACCTCGCCACGAGGCAAG ACATGCCCTTGTCGTCTTTCGACTTAACTTGCATTCCATTCCCAATTTTTGTGATGCTCT TTCCTTTCTAGTCATTCTTTAATAATGACATTTTTCAATATTTAGTAACATTTCAACTTT AAGCTACCAATTTTATCCCTAATGAAATGATTTATATGATTTATAGGCACACAAAAATCT ATAGCTTATATTAGACCACAAGTTCCAAAAGTTTTCCTTTGTTTCTTAAATTCCGTGCAA AATCTAATACGTTCACATAAATTGGGACGTAGGGAGTACCAAACATTGCCATGTTTGTGT ATTTTGATTCTGGTGTGTTTTGCCAATGATTTTATTGATTGCTTTTGTGACAATTTTAAA CATAAAATCAACAGTGTATCAGAAGATTGATCCGTTTTACTAATTTCCCAAAAGTGTGCT GTCTGGTTTATATAGTTAATATATATTTGCATTTTAGTGCTTTGAAAGTAAATGTGCTTT CTGTTGCTAAATTTCTTATCATCTGACTGAAGAAGACTAATGAGTATTGATCTTCATCTA GGAACGTGCTACTGGTCGTTCTCGTGGATTCGGCTATGTCACATTTGCTACAGTTGAGGA TGCTAAGGTGATTTTGGTTTTAATTTGGTTTTCATGTCATTGTTGCAATCATATTTGCAT ACTACCCTCCAGTTAAACTTTCTTACAATGTATGGTCTTGTTCTTCGTCCTTGGTATAGC TTATTTATGATTTTGTGGTTTTGATGCAAACTTGATTCCTACACTTGTGGATTTGTATGA TGCAGAATGCATTGTCTAAGGAGCACTTTCTTGGAAACAGAATGCTAGAAGTGAAAGTGG CGACACCGAAGGTGCAATGCTCTTACTCTTAATGAAAAAACTTCTCTTTGTTACTTTAGT ATTTCATCCAATGCTGTACTTTTACTATCTAGGCCAACTATTAATATATTGTGGTGGCTT GAGTTGATTAAAATGGAATGGTTATCATGGTTCATATTGATTTCTTCATTTGGTTGGACA TGAAAATTGCATTATAACAAGTGAAAGCCCATTTTATAATCGTTGTGCCTCTAAATACTT TGTAAGGTCTAATACTGATGCTACTAATTTTTTTGGCAGGAGGAGATGAGGGCTCCTGCA AAGAAAGTGACCAGGATTTTCGTTGCTAGGATTCCTCCGTCTGTGTCTGAAGCTACTTTC AGAGGGTATTTGTGAAGGATTGCTTTATTAAGATTATTTCTAGCTGGTTGGTTGCTTCAT TATTAGAATTTAATATCCTTATTTGATTTTCTTTTGCAGTTATTTTGAGAAGTACGGTGA AATAACAGATCTGTACATGCCAAAGGTTCCCCTGTCTCGTTGTGTCATTATTACTTTATA TATGTGCTGTCATGTTCTGGCATTAAATCATATGATTCATTATGTACTAATTAATCTTAC CCAATCTGCAGGATCCATCTACCAAGGGACATCGTGGAATTGGGTTTATTACTTTTGCAA ATGCTGGTATGTCTCCCATCCTAATTTTTTGCAGTTTTTTCTTTATTTTCCAGGTATTTT CTGGCCACATTCAGTTATTCCTCTGCCTAATATCTAGTTATTGGGAACAGTTTTTTAATA AAACATAGGAACTTATTTTTTGGCAGGAATTGTATCTTGTAGGAACTTCCTGGGTAAATC CTATGTATCCATCTTATATTTCAGGGAGGGAAAACATTGAGTGTTGTAGTTGCAATGTTT TTCTCTGAAGGTGTCTTTAGTGCATTCACTCGGACAAGCGCTCAATTAGTGCAGTTAATT ATTAAAATCTGGATCAATCAGTTTACCTTGATTCAGCATAAGTTCTTTTAATTTAATTGT TATAGATATGAAGATCTTCAACCTTTATGCATTAATCCATTACTCCAAGAAATTCACATT CTTGATATTGTAACATTTTTTGTCATTTTGGAATAACAGCTCACTGGTCAGGTGTTTAAC CCGTGACCCAACAACGGTTAAAACAATTAGGAGGTTAATAATTTCCCCTTAATTCCACAC TCTGTATATTGCCTCTCGGGGTGCTTATTTTGAGCCTGATAATGGGGTGATGATAAATGA ATTTGACATTTGAAGAGTTTCTACTGTAGATCAGCATAATATTTGATTTGATCTCAGCCT TGATTCTTTCGCTAGTTATTTTGGTGTCAACTTGTATACCCCCACCCCATCCGAAACTGT TCCACTGGCAGTCTAGTTATACATTCTAGGTATTTTGATTGACATTCATCTTGTTTCTGG AATATAATTAACTAATAAAGTGTGTCTCTCTTAAGTGCACGCAGAGGTCCTGAGATCGAA TCTCACCGCCACCCTATCAAAAAGAATTTCCATGTGCTTGGCCATGAAAAAGAATCAGGC CCGCACGTGAGGGGACGTGATGAGAGTAGAATTAACTAGTAAAAGTGCGTTCTCTCTAAA AATATTAAGCTTTTAGATTAGATGGTCACCCACTTCAACACATCTTTTATCACCTTTAGA AGTCTTGTAATTGTGCTGTCTCAGAAGAATCAGTTTCGTTTAATTTTTTCTAGGGATGTG GTAGCTACCACCTTGTTTTTATTTTTTCACCCAGGTAGAGGCAGGGAAGTTCCCTACATG CATGCCTATCATGTCTTCTGCAGACTCTAGTTTCTAGTCAGTTTTGTAATGATTTTCCTT TGAATTGAGTGGCTTTTGGTTTCTTTGCCCAGAATCAGTTGATGATCTGATGAGTGACAC CCATGAACTGGGAGGTTCCACAATTGTGGTGGACCGAGCAACACCCAAGGCAAGTTATGC ATAACCGAACTTTGATGTATCTCCAGTGATATATTCTAGATGTCATTGAAGTTCACACGT TCTGTGATGATTCATTAAATTTGCATTTTCTGCTGATGATTCTAGGAAGAAGATTTCAGA CCTGTTAGTCGGATGTCTCAGAGTGGAGGAGGATATGGTGCATATAATGCATATATGAGT GCAACTACTAGATATGGTGCGCTTGGTGCTCCTACCTTATATGATCATCCTAGTTCTATG TATGGAAGTAAGTAAGCAACAATTCTTTTTTTTTATGACAAGGGAAACCCGCAGCCGCTA CCCTTTGGGTGCGCACAGGGACTCCTATGCAATAGCTCGCAAACCACAAAAATGAACAGT AAATAATGACAAATATATCTTAAGCATGACACAACATCAATCATGCCTCTTATTTGACAC AATTTTTTTACTAAGAGAATTTAATTAAATAAATCAGGAGGTGGAGGTGGAGGTGGAGGT GGAGGTGGAGGATTTCCATCTCGTGGTGGCTTGGGCCAGAAGATCTTTGTTGGTCGACTA CCTCAAGAGGCAACAACTGAAGATCTTCGCCAGTATTTTGGTAGATTTGGCCGTGTTTTA GATGTGTATGTCCCAAAGGTAAAATTCTCTTATTTTCTTTCATTTTGGGGTAACAGATCT CGTCTCAAGTAACTTGGTAAATTGTTTAATTCTGTTATGATTGCGATGCTTATCTCCTGT AGGATCCAAGAAGACCAGGGCATAGAGGGTTTGGTTTTGTTACATTTGCTGATGATGGTG TTGCAGATCGTGTTTCTCGAAGGCCTCATGAGATATGTGGACATCAGGTATTTTTTGGGA TTTTAGTAAAAAAAATATTTCCTTATCTTTTGTATCTCCCACCCCAATGAAATCTGTAGA CCTTGAAGTATCAGTTGACCAGATTTTGAAATGAGACCATGGATGAGGAAAATCCATGGC CTGACGACTAAATGAGGGGAAATGCTTTCCACTCTAGAGCCACTTGATGGATGATATCTT AAAACTCCCTGGCTATTGCCTAGGATGTTCTGCTTACATTATAAGTTTGTTTGAAAGGTT AACTGTTTTTTGCAAAATTTAAATCTATTGAAACTGACCTGGCCATTTACCTGGATGTAC TGCAATTCAGCCAATAGAACATTGTTGTGAAGATGATAAAGTTTCAACTGTTTGCTTGGC AAATGAAAATATACATTAATGTGAAGTTGGGTTTTAGGGAGTTTGAACTTTTACATGCTG AATTTTCACCCTCCTAAATGTAAAGCCAGCTTGGGCTACCCTTTTGGCTTCACTAATATC AGTGACCTTTCATGTTATGCTATGAGTAGTCTTATTCCTAGTTCTACCTTGCTTTTTTAG GTTGCAATTGATTCTGCTACTCCTCTTGATGATGCTGGTCCAAGTAACAATTACATGATG GATCCTCCTCCTCCTGCTCCTGAAGCATATGGGGGATATGGTGGTCCTATGCGTACTTAT GGAAGGATGTATGGGGGCCTAGATTATGATGATGTAAGTATTTGAACCCTACTTAGCCAG TCAAATAACTTCAGTTGTCTTGTCTTTAACTTTGACCTCCACGATAGAATTGCTTTTATA TTGTTAAACATCTATTGCCATGAAAGGCTTCCACCTTGACTGTTTCTTTGGGTGATTTTG AGCTTCCAATCCTCCCCTCTCCCACCAGAAAAATGGTCAATAACTGGACCTTCTTCCTGA GTCTTTCAGCTGTGGTTCTGACTTCTGCCTGGACAATAATTCAATTTGCTCTCTTTACTG ACTGACCTATGCAATATGCACAACAATGCTATGTGATGCTTTTTATGTCAATGGAAGAAA ACACTCATGTTTACGGCATCTTCCTATCTTTTCAGTGCGGTGATTCAACTAATGGAGTAA TTTTTGTATTTTCATATTTACCATCCTCAAAAAGACAACAATTTATCATCATGCTTTATT CATACCTCTTTCCGGTTTTAGTTTTCTCCAAGTTTGTCTCACATGGATATTATGACCAGT CTGTTTATTGTTAGTCCTTAATTTAATAGATGAGAATTCTGGTGATAACCTTTAAATATG TGATTTTCTTCTGGTTCTGACAGTGGGGTTACGGCCTGGGTGGTGGGAGACCTTCAAGAT CAGATATGAGATACAGGCCCTACTAGCTGGCCTGGTTGGATAGGAGGCGGTCAAGATCAG ATATGAGATTCAGGCCCTAGTAGCTTTGTGTTGCAGGAGGTCAGAGGCTGTCTGAATTTC CAATGGGTGACAACAATAGATATGTCATATTTATATCAGTTTATTATTAGGTGGACATCA TAATACATGTGCTACTAATACTTAAGTAATTGAAAAAGCAGTGCTGATGGATTGTGCAAT TCACTTCATACTTGATCCTTTGTATTAAATGTATTGAAGAAACAAAGAATGGGTGCTAAT TCCATATCCAGGAGTAGAAACATAGTTGGTAGTGAAGCAATATAGCAAATTATGTTTTAT ACCTAAAGTGAGTTTTCCTGGAAATCCGTTCTGAGAGATGAGTGGTTTCCTGTATTTATG TTTTTGTGGAAATCGGAAATTTAAATGCTTCTACTCGCTCCCCCCTCCCCCCCCCCCCCC CCCCCAAAAAAATGAGATACCGCATCGGGATCAGAAGTTGCGTCGAATAATAGATTTCCA GCTTGTCTCAATTATATGTAGGTTGGACTAGTGAAATATATATTATGTTGGTGTTCTAGT AAGGGACATGACTAGAAAATGCTGCATTTTTATGAGGTGTGTACTACAACCAGTCTGTCT TGGCATGTGTATTCTTTCTGGGTATTGTGGAGATATCAGATGGTATGGAATTCCACGAGA CAGTGATAAGGCCTGAATACATAGCCAAAAGTAGGTGGATTACTGAATAAAGCAGTCAGC AACGAGTTGTCTGTTCCTTTAGATTACCATTAACAACTGAGGCTCTAGATTTGACAAGAA CCACCTACAATGACTTGAATTTTACTTCAGAAAGCCTCATGCCTGTACACAAAATCAAGG GATACGGCAAACAAAGCAACTGCTAAATGATGTAATCTTGAAATACTCCCGAAATGGAAT GATTCTGTGGGAATCCCTTCTAGGCTGACTCTCCGAAGTTGCACGTCTCATATTTTGGGC CTTCACCTGAGCGTGTCTAAGCTTGTTCAGAATCTTATCCATGGATGCTGACCTCCTCTT TTCTAGTTTCATCTGAAATGCAAATAATAGTTAAGTCTTCTTTTATGCTCGTCCTATTCT TTCAAACAAGTATCAGTGTCTGGATATATGTCTAACGAACCTCAAGCTTTTGGATTTCTG CTTCTGCTTTGGCCTTCTGCAAGTTCTCCCAAGCAGCGATCCTGGCTTCCTCTCTTTGCG ACCTTCACAAAATGCACAACCGTTATTCATATATAGTATTTTTGCTCCTTGACAAATGCA CCTACTATAAGTATACATATGTATTGCCAAAAGAATGTCCATCAATCTTTTATTTGTGAA TCTAGCAGTGAGGTGAAGGTTGTGTATTTCGCTACTTGGCCCAAATAGTTTCTACAAACT TGTGGAGTTACACATAAGGGCATGTCAGTTCCCTTGAAAATGTGGAATATTTGTATGGAA GGACAAGATAGCTGCATTAGCAAACATAAGAAGCAAAAACAAGCCGGAAATGCATGCTTA CTTTGTCATACTCTTTGTTCCATCTACAACATCCCACGTTGAGATAGGCGAACTTATGTC TGGTAATTGTTTCTTGGGTTTCCTCACCCGGCTTTTCCGAGATAGCCCTAAAATTGGGTC TCCTTTGTCAACCTGCACGTCTCTAATCTCGACTTTAGTGGAATGCTGCCTGCTCTGCTC CACTCCAGGAGGGATTGAAGATGACCTTTCCTGGGGAGATGTATGTGTACTGTCATCAGA GCTCATTTGTGTTGCCATGTCTCTCCTCAAAACTGCAAAGGAAATAGAATCTGGCTCCTT TGTGACATCATCTGTTCATTGGATTCATCAACAACAGAATATCATTAAATTATAGTGGTG TACTTTACTAAAGACATATCTTTCTCTCTCAAAAATCGTTTCATAACTGAACAATGGCCT TTTGCTGGTAAACTTGATGCTTAACAAACTTCAAACAAATGGCCTGAGTGTAGTTAAGAA GCATCAAAGTCATATTTTTTAAGATGAACCAACACTACTTGCAATCCTAGCATAACAAGA TGATTATTCATCTAAATCAGTTTATACAATTGCATACTGCTTTTTCATCCGTCATGTAGC ACATAAGTGTAGATTCATATGATAGGAAGTCCTCAACACTTGGATCTTGTGTTACATGAG ATATTGCCATCATCAATTGCTAAAACTTAGGAGGACAGTCACTGAACTTCGATTAAACTT CTGTTTTAGCTGGGTTTCTCATCAAATTCAAGATCCGTGTCTTAGCTATTAGTTATTCCC GATCCCAATTCTTAATCTGCAGGCTACAACTTCCACATTTCAAGTGTCTTAAGACTCTAT AGCTAAGTTGACTTAAATAATACATTTAAACCTGATATAGAGACAGTAGGACCGTTGAGA CCTTCTTTTGCAAGAACTGAAGTGACAACAAATTAAGATTCACCAGAATTAGGTTAGTGC TTCTCTCGCGCTATGACAACCAGTACAAAGCAGGCAACGGAAGAAATGCATACCTGGAGA GCTTGGTACTGAAGATTCACTGAACAAATCTGACAGACCGGGAGCACTGGTTGCTCGAGC CATACTATTCTGAGCATATTCACCAGCACCATAATGAATGGATACCCCATCAGGCACCAG TACACCAGTTGTAAATGGTGAATTTGCAATGAAGTTACTTATACCTCCACTTTCAAGGAC TGGCATAGAGGGCGAATAGTTCGGTAAATACATTAGGCCAGGTGGCCCAAGAGGTCCACT TTTAGACTTGGGGCCCCTGTAGGTTTGTGCGTTTGGAGTCCTCCAAACACCATAACTTGA CACTGGGCTAGTAATCCACCTTTCAGCATCATCCCATTTTGAAGGCACTGTCCTTCCACT ATTGAAAGGCATCAATGCAGTAGTACTAATATGCCTCCTGCCGCTGTTAGTCGGCAACGG GACTCGTTCAGAACTCCATCCCTTCTGAAATCCTCTAACATTATTATCTCCATATTCTGG TGTTGCTGGGCTTGTATATAAACCCGAATTCCTCAAGGAAGTAGAATTCTGCTTCATGAT TCTCAATAATGGCAAATTGCATGCCACATAAATCTTGGAACAATAACCCTATCCAATTGG TTAGAACATTAAAGACCATAAATCTAAACTAGGCTTTTTACTATCACACCACCACTATAC ATCCAAAATTAAAAAAATGCTATCCAGGTATGTCCTCATTTTGTCTTGAGCAACACAGAA TTACTCTCAAAAATCTTGAAATTTGTGGCAATTAAGTAATTTAGAGGTTACAGTCATCAC AAAGTCAGGACCACTGGAAAAGTTAAAATGGCCAAATATTGCCAGTAGTGGAATAAATTT ATTACTAGTAGATTCAAAAGAAAGTTGACACCTGAACAAATTTTTATTCAGTAGCTCGTT CAATTAGTTGACTATCTAAACTTCTATCTTGTTGGCTAGCGTTCGATTCTCAAGTTGTTA TCCCCTCCCATTTTTCCCTAAATCTAATAAACACAAGAAGATTTGAAGCCCCCTAAATTT AATCAACAGTATCTTCCGTCCCCAGAAGGGCAGAGGAAGAAGTAGAAAGAAGCAATCAGC AAGAAAGTTGGTTATTCCTATTACCAGTTATATACCTCAATTATACAAAGTTAAAAAGTA AAAAAGTGCATGTTGCATTCAGGACCCCTGAAAAAGGATGAGAAAAGTGGGGGGAGAAGC AAAAAAGCACAACAAGTTTCAAACTTTTACAGCAAATAAATGTTGATTAAGTGAAGCTTT TACCTTTAACTACTGCTAATGCAGAAGAGTTCAGGCTTTTACCAACTTTGAGTTGTGGTG CTCACAGCTGATTAGTGTGAATGAGTGAAGAAAATGTATTGGTAGTGACATCCGAAACAA TAATTTAATACCCAGAGAGAGAAAAAAAACAGAAAAGGAATAAACAAATGGGAGAAGGGT CACCACCTAGTGTGAAAAAAAAAATCAAAAAACTTAATAATGGGATGTTTGACGATTGGG GCCTACAGGTACCACGACGGCTGAGGGTTCATTTAAATCTTCTTAGATTAAAAAAAAAAT TACATCATTTAAATCCTCTTATTTACTTTTAAAATATTAGTTAAAATTTTAATTGAGATT GTCGTACCAAAACATTAAAAGGGAATAGAAGAGAAGTTTCCTAAGTATGGACAGGAGAGG ACCGACAGAAGCAAGAAATGGGTGAGGGTTGGCACAAACAAATTTGTCCAAAATAAATAG GCATTCCCACGTGAGTAAGCTTAAATTTGGGATTATACTTTTTGGAGCATTGCACTCCAT TTCTTTTCATTGACACATATCAATTATGATTACTTTTTATTAGCACATGATTTTGCATAT CAAAGCTTAGATTATTGCTTTTATATCAATTTTATTGTGGCTATATAAGTCACATCCTAA TTTATTTTTAATTTTTTTTTAAGTCTTATCTTCTTAGTTTATTTTTGAGGTGGGGGCCTG TAAATATAGGAAGAAGAATGGATGACATTTATACCCTACATTAATATAAATGACTAGAGA AATTCAAACAAATAGGCAGAAATTCCTAGGTCCTACCATACATTCCTAAAAACAGCTTAT AAGTAGCTCATTACTTTTTATATAAACATAAATGTATAAAAATTGTTTCTAATTATATAA AGCAGAGAAAATTATATAAATATATATTTTTGTTTCCCTCTCTCCCCTCTTTCAGATCTC GCTCGCCACTCTCCCAAATCTTGCTCTCCGTTCTCGCCTTTCTCCCTTATACAAACAAAA GCGAAATGTATAAATTGTATTTCTGTTTGTATAAAGCGTGAGAAAATTGTATATACACAT GCAAATACTTATATTTTCGTCCTATACACTTAGAATTATACAATAAAAGTACTCCCCTGC CCAGTTTCTTTTGTCTTTCTCTATTTCTCGTTTTATACAATTTTCAAATTGTATCTAATT TCTCTCTTTCCCGTTTTATACAATTCGATTCAATTGTATATTTCTTGTCAAGTCTCTTTT GTCTATCTCTCTTTTTCATTTTATATAAATTCAAATTGCATATAATCGTTCTATACCATT ATAATAATACAATTCGTTTTATACACTTCATTTTTATACAGTTCCCTGCTCAAGTGTACA CTTCGTTTTATAAAATTTGCTTCAACTATATGTGTATAGCGAATTATACAGTTTTTATGT TTGCTATGGAGCGCAATTATGCAAACTTTGCTATAGCATACAAATATGAATTTTTTATTT GCTATATGTGAAAATTGTCCAAAATAAAATGACAGACATTGAGAGTGTGTTTGGTATGAA GGAAAATATTTTTTGGAAAATGTTTTTCAATTTTCTCATGTTTGGTTGGGACAAAAGTTT TGGAAAATATTTTCCAAATCAACTCATTTTTCTCAAAATTAAAGAAAATGACTTCCCTTC AAAAATTAAGGAAAACATTTTCCAAAATTCTCCTCCAATTTTAAGTTATATTTTTTTTGG GAAAAACAACATTTTTTAAAAAAAATAATCAATTTATATATATTTTTTTACCCGATCCCT GAGCCCCACCCACCCACCACCGGCCAGCCCCCCTCCCCACAAAAATAATTTTTGCTTTTT AAAAATATTTTCAACTTCAAATTTTTATTTTTAAACTCCTACCCCCCCCCCCCCAAAAAA AATTAATTTTGTTTTTTAAAAATACTATGAAGTTCAAATTTTTATTTTTTCACCCCTGCC CCCTGCCCCCCCCCCCCCCTCCCTCCATCCCAAATAAAAATTGTTTTTAAAAAATATTTT CAATTTCATAGATTATTTTCTACTCTAGTAAAAATAAAAGATGTCTCTGAAAAACATTTT TCATTCATAAATCAAACACAAAATCATTTTCGAAAAATATTCTACTCACCTACCAAACAT GAGAAAAAGCCCAAAATCTACTTGTTTTCTAGGAAAACATTTTCCATGAAAAACATTTTC CTTCATACCAAACACACTCTGAGTCCAAAGACTTAAAGTTTTGTTAATTAAATTATACTA TTTTATTTGACGTTCTTAATAGTAACTATATTAGAAAGAGATCTCTAAAAGAAGGTGTTA ACTTTGCCACAAAGGTTTAAAATCTGAAGAAATGGAGGGAAGGATCAAAATAGTTCTTTT TCTTTGGGTTAAGGCTCAAAGTGATCCTTGAGTTTTTACAAGGAGCACTAATAGTCTGTC GTGTTTGCAATATTGATGCACTTTTGGTCCTCCTCCAAAATTTTATCTATTTTTTAGCAT TAATTTTATCCATAACCTATGTATGGGATGTGCAATCGTCATTTTATATATTTAGTAGAA ATAACAACTCCATATGAAAGTATGTGAGAAGAAAAATACTTTGTTTTGTTTAGTAGAAAT CGTATTGCAAGTAAAGTCGAGAGGTCCATCACGATAATTTCACGTGCAATAGTACGATTT TTTCTTTTCCTGCAAAGTCATATGTTAAGATGTTTTTAGTTTAGCTGTAGTAATATTTCT AATGAACAAAACAAGTTGTTTTTCTTATCACCTTTTCTCAAGTAGAATTATTATTTCTAT TATATATATAAAAAGACAATTGGACATTCCTTATATAAAGTTTTGTACAAAATTAATGCT AAAAAATAGGCAAAATTTTACAAGAGGAATCAAAGTGCACCAATATTACAAACATGCGGG ACTATTAGTAGGCCATGTGAAAACTCAAAGATCATTTTGAATCTTAATCCAAAGTTGAGG GACTATTTTGAACCTTTACTCGAAGAAATGACACTTTTTTAAGTATTTTTTATTTTATTA AGTTAAGCTTTGATGGACAACTTCTTTTTAACTTGAAATTAACAAAGCCCAACATATAAT ATTATAAAAATGATTTCACTAGAAATGAAAGAGACAAGTCATATACGTAACAGAATAAGC TAGCATGGAGCGTATGGCTATCGTGTTGATATAAGTTTTCTTGGGACAGTAATCTAATCT TATGAAAAGAACATAAAAGGAAGTGTTGTAGCAAGGCTACATATATAATTTTTTTCTCCG ATGTACCTCAATGTTATTTTTCTATTGAATCATTGAATCACCTATAATATATTTCTTTTA AACACCGTTGGCTGATGTGAAATCAGGTTTTGCGAGGGATATTGACAGAGGATACATATG TTGTTCCAAAACTCATTAGTTCAATTGATAGTGAAAACGTTCGAGAATAATTGTGTTTTA CTTCAAATCATTTGAACACATTAGAAAACAAATGAGACTTTGTTGGAATTTTGACCCCCA AATTTGCCTAAGGAACAAGTATATTCTATATGTTTCTTTGCAGATTATAACAGTTACGTT TTGCGAAGCAAATAAAATAATGACACAATATTTTATTGTTAAAAATCTCAACTCATAAGG GGTAAAAATTACAACTTACGACTCTGTAGGATTTAACTCCACTTTATTAAACTCCGAACC TCAACAAAAGATTACAAGCCTATTTAACCTAAGGAATTATAAACTCTAATTCCAAGCTAA GAAATTATAACTCTAATTCCTAGCTAACCAAGACAAAACCCCCCAAGTTAAGTCTTCTAC CGTCCGTCAAGTTTCTCAAACTTGTTAGACGAATCCTACACACGCACTTAACTGTAATCA AAACTCTTAATTACAATCTTACAACTTTTCCTTACAAATTGGCAACACTCCCAAGTAACT CTCAAAACTCTCTCAAACCTCTTGATAGTGTTTTGATCTGCTCTCTATGTAAGTACGCAA ATTTTTCTTATAAAATAGCTCCCTATTTATAGATCGGAATTTCAACAACTCCTTGTTTGA TTCAACTTCTTCTTTGCCTCTACAAAACCTTGTTGAACTCAACTTGGACTTCCTTTTGTC TTTTCCGCAACAAAAACTTATGCTTCTTTCCTTTTAAACGATGCCGCCTCAAACTATTTC CTTAAACAAGTAGGAAACAATTTTCCTTCTTTGTCTGGACCGCCTCAAACTATTTCCTTG ACCAAGTAAGAAATAGTTTTTCCTTCTTTACTTAAACCTAGTCGAACCCAACTTGGATTA AGTAATAACTTGTACAAACACGCTTTCTGATTTAACTTGGATTCATCAAAGACGTGTTAC TGCCTGCGACATGTTACTGCCTGTGTCTTCGCCGCTATACAACTTGTCTTCCTATGTTAC TGCATGTGTCTTTGCCGCTATACAACTTATCTTCGCAACTACAACATGTTACTACCTGTG TATATACAACTTTGTCATAGTTCATAAGAACTTCTTTTCACAATTAACTATAGAAACTAT TTTCCTTAAATAAGAAAACTCTATTGAAACTTATTCCGTCGTCGACTTGGTTAGCACAAC CTATCACGTTAGCAGCACAACCTATTCTACGTACTTTGTCAATCTTCAAAATAATCAGCA ATTCTAGCGTCTGACAGACTAACACACAGTTTGTCTTCATCCCTTAAATCAAGATCATTA CAATGCGAACATAATTGAAGACATTTACAGTAAAAAAGCCGATCAAAATCCAAGAATTGT TTAGACATCTAATTGGTTAATAACTGAAAAGTTGAAAAATAGAGATATAATACATAAATA TGACCTATAGCTTGACATTAGTTGATAATTATGACCCTTGACTTTGAATACACACAAGTA GACATTTAAACTTGTATGAAATTGAACAAGTAAAAACATATGTCCTACGTGACATGATAC ACGTAGGACACAAAATTCTCATGTAGGGTGTCATGCAAGACAGGTGTGTCTATTCAATTT TATACAAATTTAAGTGTCTACTTGTGCACATCTAAAGTCAAGGCTCATAATGCAAACTGA GGCCAAGTTAAAGGTCATGTTCATATATTATACCAAAAAACAAAAGTTACCTATAAACAA ACAAATAAAATGGAAGTAAATCGCACATGTGAAGTCCCATGATTTTAATTATTAGTCGAT AGAAGATGTTGCTTAATTATATAGCTGTAAAAGCTAATTTATGAATCTCTCCTCAAATTC CAAAATCTTATCCCAACTAAACAGTAGAAATTAAGTATTAATTTCAATTAATAGAAAAGC ATTCAGCAACCAAGTGGAGAATTTGGTATCTGTTGGTTCTTCTTTTGGAAACGAAAGAAA TGGACTAATGCCAAATAATAATATTTAAAGTAAAAAGCAAATTACTTTATGAGTTTCAGT TATCACTCACAAACTGTTTAATCTAATCAAGGATGGAAGTATTTATTATAATTGCTAGAA ATGGACACTATTTTCCACTAAAAGAAGGGAAATAAGAAATGATCACCTCTTTTCTGGACA TAAGTCATTTTCCCTCACAATTAGTCTTTTAACTAAGTATTTAGAGTATTCTAAGATTTA TGAATATTGTGACAAATTTAAAATTCGTAAGTTTAGATTCTATCTTTTGACCCATCAAAC CAATAAACAGATTTGAAATAATAAAAACATATATTTGATGAATATTCTTCAATTGCACAA TTTCAGCCAATGAAAAATCTATATTCTTAAGTAGTTAGTTTTATATTTTGAATAATACTA GAAAAGACATTTCTAAAAAATATCTTGGCAAGAAACGCACAGGTTTTAGATTTGCACCAC ATAATTGCTTTATTATTATAACAAACCACATGGATGAAGACTTGTCTAAAATTTTATACC ACAAAACCATCAAAAAATCTAAAATCAGTCTTTATTTCCCTCAACAAGGTCTCTCTCCTC TTTCATTTTGGTGGAAATATTAAGTGGCCAAACTCGTAGATGAAGTACTTTTCTAATATA AACTATGAAAAAATATTTAGCATTTTACCACGATTTTTATTGATAAGTTTGGAAATATAT TATTTTTTGTCGAATTATTTTCTGGCTGTGTTCTGGACTACGTTGTACAGTGTATGCCAT TTAATTTTATTTTGAATGTTCTATTTTTTGTTTTTGTAGGCTAGTCAATTTCAAAATATC CTAAACCTCATGTTATGGTATTTTGTTTGTTCCATTTACTACCCCACAAAGAAACCACAA AACCGTACTGTGATTTTTTATTTTTTTTTAAAGATTTTATTATTTAATGTATCGTTATTT ATTTGAAATAGTACTTTAATATTATTAAATATAGATATATCCTTCTTTTTGTGAAGATCA CTTATTATTAAAGTTCTAATACTTAATAATCACCACGAGCTATCTTTGTACAATTACTAT GCAAAATACTATAAATAGTACCACTAATAATTACCTCCAACACCTTACAACTCTACTACT ATTACAATTCACAATCATTATCACTATCATTATCAGTTATTATAATTGCGTTACTATATA TTATCACAATGCAGCCAAGATAATCACCAGTTCACACCAGCTATACATGCCCATATCAAA TCATAGTTTATTTCAACCGTCATCAGTGTTAAGTATTTCTAAAATTACTAGTTACTATCA TCAACAATTAGCTTCCAATCTTTTCACAATTACAGTTCACTGCGCCCGCTCCTTTAAATT TAAAGGGCGGCGGCGTTCAAGCTTACCTTATTATTAGAGAAAGGTTTGGAACGAAGTAGC CTTTGTTGTTTGACAATCACCACTATTAACTAATATTGTCACTAGCTATTTACGATAAAT TACTACCACATAATTACTCCCATCACTTAATAACCTAATATGCATACAATATTTAAATTG TGGGTTTATTAATTTTGTCATTTGAGGAAATAAAAACTATATAATTAGATGTAAATATAA CATCTTGACATTTAAAGACATTTGAATTAAAAAAAAACAATCCTTAAATTTTAAAAACTT CGTCGTTTCCTCTTTTTTATACCACTAGATAGAGTCCACTATCGGATTAATTTGGATTCT CCTACATATAAGCCTAAAAAAAATACAACGAACTAGCTATTAAAAAGAATTTTATTTTTT GAGAGGTAAATTTCAAAATAGTGTAAAAAGAAAAATCTAATTTGACTTGATACTAAATTA AAGAAATACAAATGTATAAGAAAGAAAATGATGCATAAGTCAAGCAGCTAAAAGAAAATA TCCACCATTTATGAGTGAACAAGAGTCAAAGATCTGGCTGAGCTTAGTCATACAAAGAAG CAACAATGAGAAGCCACCTGGCCATGGAATCTACATCATTGGTGCTGCTTAATGCATCAT GGATTGGTTCTCAATCTTCCTCTGCCCCACCACCACCACCCTCACTATCACCCACAAACT TCCACTTCCTTTTCAAATGCCTAACAAACAAACATTGGCCTAATTAACAACTCCCATATA TCATCTAACTTCTTCTTTTCACTGAATCATATATTACTTGTTTGGATATCAATCTTCCTT GCCCCACCACCATCCTCACTTTAACCCACAAATCCCACTTTCTTTGGCCTAATTAACAAT TTTTTCAATAAATCTTCTTTTCACTGAATCATACATACATTGGAAGAAAAACTCAAATCT TCTTTTCTTGAACTGGGGTTCAATTAAAAGATGTATTCAACTGTTTTTTACACTTCAGTG CATCCTTCCACTTCAGTTTTATCAAGAAAGCAGCTACCTTTATTGATTTCCAAGGACTTT TCTGCAGAGTTATATCATTCTTTACCTTGTAGGAGCTTGGAAAATGGGCATATCAACAAG GTTAAAGGAGTAAAAGTAAAAGCAACAATTGCTGAAGCTCCAGTTACTCCTACAGAGAAG ACTGACTCTGGGGCTAACGGTGATTTGAAGGTTCCACAGAAGAAGTTGAAAGTACTTGTT GCGGGTGGTGGGATTGGTGGGTTAGTGTTTGCTTTGGCAGCAAAGAAAAGGGGGTTTGAT GTATTGGTGTTTGAGAGGGATTTAAGTGCTATCAGAGGAGAGGGACAATATAGAGGTCCA ATACAGATACAGAGCAATGCATTGGCTGCTTTAGAAGCAATTGATTTGGATGTTGCTGAA GACATTATGAATGCTGGCTGCATCACTGGTCAAAGGATTAATGGCTTGGTTGATGGTATT TCTGGCAACTGGTAAATTCACATCACTATGATTTCTTTGTGCTAATTAGGTGCTTGTTTA TGCTTTACTCTGATATGTTTTACTTGAGTCGACATCAAAAGTTAGGGATACCACCCTCCT CAGAACCCACTCGTGTGCTTGTCCGAAGAGAAACTCTTGGTGTTATTTAACAGTAACAAT CATACACAAGCTTTTACTAAGGATAACTGAAGAAGATAATGAAATACTTAAGTCTTTCAG AAAATTATACTGAAATTATTTGAGGGAAAATAATTCATTTAGTGAAAAGTTTATTGAGTC ATAGTTGTTGAGCTTATTCCGGAAAAGGATCCATATTTACCTGCAATCAGATTGGTGAAT TGGTCTCGTTATTGTATGAACAGCTTTATTATGAGAACAGTTCCTTTTTAGTTCTTGAAC TGCACACAGTGACAATAGTTGGTTTTCAGGTATTGCAAGTTTGATACGTTCACTCCAGCA GTGGAACGTGGACTTCCAGTGACAAGAGTTATCAGTCGCATGACTTTGCAGCAGATCCTT GCACGTGCTGTTGGTGAGGAGATAATTATGAATGAAAGTAATGTTGTAGACTTTGAGGAT GATGGAGAGAAGGTATCTGGCTATTTCCAAAACTCAAAATATCAAGAAAGATTAGAACTT CTGTTAGTTTCATTTAAGATTGTGTCGATCAGTGTCAATGGTAGCTAATTGTTGTGTCTT ATTAATCAATTTTCATTATAGCTTCTCATGTTTGTGTGAAATCAGGTTACTGTGGTTCTT GAGAATGGACAACGATTTACAGGTGATCTTCTGGTTGGTGCTGATGGCATAAGATCTAAG GTATTCAAAATCAGTCTCATTCTATTTCCTTCTAATATTGCTACTTGTGTTGATTACAAG GATAGAGTAACTTGTCCATATGTTACTTTGAGATTGTGGTCCATGTTAAAAAAGTAGTTG GTCAATTCGGCTTGGTTTAGAAGATCTCAAACATTGGTGTTTATTGTAGGTACGGACTAA TTTATTCGGACCCAGTGAAGCTACTTACTCTGGCTACACTTGTTATACTGGAATTGCAGA TTTCGTTCCAGCTGATATTGATACAGTTGGGTATGATATTCTTACTTATCGGATTGTCTT TTCCCTCTTCATGTCCTTAGCTGGTCCCCTTATGCTCATGCTATGTTGTCATAGTAAAGG TTAAATTCAGATTTCTTTTCTGAAGGTACCGCGTCTTTTTGGGCCACAAACAGTACTTTG TTTCTTCAGATGTGGGGGGAGGCAAGATGCAGTGGTATGCATTTTACAATGAACCAGCTG GTGGTGCGGATGCCCCAAACGGTAAGAGTTTTTAGGCCGTTTGTAGTTCAGGATATAAAC GTGCTTACTAGAAGACGTTTCTGAATGCTTGACTTGTTAAGTAATGTCTATATAACCCAA GGGGTTTCTCGAGGATTTTTCCTTGTTGAGACCTGATTATAGTGCTGCAATAAGGTAAAG AAGAAGTCAAGATTAGAATGAGATAGATTCAATGAATTGTGAGTTGGAAAGTTTTGAATT GAAGTGCTGATTCATGCATAATCTAACTTTTGGTAAGCAGTTGCACTCTTACTCATCTAA TTCATTTCTGAAGAGTTTCAGAGAATGATGCACCACAATTCTTTGTTTCTACTCATAGAT GTGAGGTCCTTACTTCATCACAGAAATTGTTTATTAACTTGTATATGAAACGCATGTCTT ATTATATTGTTGTAGTAGTACCAGTTTGGATAAAAGAATCACAAACTTTTGGGGGGTTGG CACTACATGAGATGAGTATGGTATCTTGACACTCTAAATTGCCACTATGATGCTCAAGAG GTTAGGAAATATATGTAGTCATATTGTCATTACATTGGTTGTCAATAGTTTATCTGTTCA TGCTGCAGGTAAAAAGGAAAGATTGCTTAAAATATTTGGGGGATGGTGTGACAATGTTAT AGACCTATTAGTTGCCACAGATGAAGATGCAATTCTTCGTCGTGACATCTATGATAGACC GCCAACCTTTAGTTGGGGAAGAGGTCGTGTTACATTGCTTGGGGACTCCGTCCATGCCAT GCAGCCTAATTTGGGTCAAGGGGGATGCATGGCCATAGAGGTACATTCTTTATAGTAACC TTTTTTACTTCACTTAATTAACATGGTATTATTGGTCGATTCTATCCCTTAGTCCCTTCT ATCTAAGAACTAAGAAGTAGGGTATTATTGTTATGTTGTGTAAGCCACTGAACGTTTCCT TTTACAACTACAGGATAGCTATCAACTAGCACTGGAACTTGAAAAAGCATGCAGTCGAAG TGCAGAGTCTGGAAGCCCTGTGGATATCATCTCATCTTTAAGGAGGTAATCCATTATTTA TTGGCTCAAGTGATGTATAGTGGTTGCTTGAATACACGCTGTTTGACAATTGAAAAGTCA TTTAAAATTGGCTGAAGTCTTAACTTCACCTTACCACCAGCCAAGAAAGCCTGCTTTAAA TGCCTAAATGAAGATGAATTGACTTGAACAACTTCTGTTTCTGCCAGTTAGCTGATCCTT TTATGATTTTCTGTATCCACAGCTATGAAAGTGCTAGAAAACTTCGAGTTGGAGTCATCC ATGGACTGGCTAGAATGGCTGCAATCATGGCATCTACTTACAAGGCTTATCTTGGCGTCG GACTTGGTCCACTATCAGTATGGAAATCTGTCTCTCTTTGAAATATGAGTAGCTAAGTTG TCTGATTTAGCATAGATCTTCTTATGATATGGATTTGGATTTCTATCATTTTTTGCAGTT TTTGACGCAGTATAGAATACCACATCCTGGAAGAGTTGGTGGAAGAGTTTTTATTGACTT GGGAATGCCTCTGATGTTAAGTTGGGTTCTAGGAGGCAATGGGTAGGGAATATGCAGGCC TTTTCTTGGTTCAATATTTTAAACATGAACTTGATTTTACTTATGTGATCAGCCTATAGC TAGAGAGTGAAATTGCAAAGCCATATATTTATTTTTACTTCTAATGCTTCTTGCGGTGAA CCCTTCCTTTTATCACAGTTCAATGGTTCATGATTATTCTGTTGATTCTGTTTAGTCGGA ACTTTTACTCGAAATTCTTTTATTGTACCTAAGCTTCAAATTATTAGTTCTTTTTTGTTC GGAAAAATTAGAAGTTGAGCTTTCCCTCATCCTTGATGAGTTCAATGGATTCTTGGAAGT TGATAAACTAGTAGTTTGACTCGGCTTTTTTTTTCTTGCAGGGACAAGCTTGAAGGCAGA ATAAAACATTGCAGGCTATCTGAGAAAGTATGTAGACTAAGGAATTATGCACATAAAAAA TTGTGGTTTCCATTGTTACATAATTAACAAGTATGAATTTTATGGGAGTATTAATACACT GTATTGTGGTAATGAAGGCAAATGACCAATTGAGAAAATGGTTTGAAGATGATGATGCTT TAGAGCGTGCTACTGATGCAGAGTGAGTTTGACAAGCTTAATCTTTACAAATTTCATTTA TATGTATGTCCTGTTTTTCTTGTTTGCTTGCTAATTTTGATGCTTAATTTTTATCTTTCA GGTGGTTACTTTTACCTGCGGGGAATGGCTCTTCTGGTTTAGAAGCTATTGTTTTAAGCA GAGATGAGGATGTCCCTTGCACTGTCGGGTATGCTTTTAGGTTATGGTTTATTGGATTTA AGATTGTTCATAGCTGACTGTTACGTCTTTGTGGCACATAGTTTAAAAGATTTAAATAGT TCAAGTCATTTTATTACTTAGCTCTCGACATAATCATACACTATGGTGTGCATCAGTTGC AAATATTTCACCATCAATCTCCTCTAATTTACACATCCAATCCATGCACATACTTTCAAA ACTGTGAACCAGACAAAAAATGAATTTCACTTGGCTGTAAAGGGAGAATGTATAACGCAA TATTGTTTTATTAGAATAGTCACTGACAGGCTTTTGGTTTCAGGTCCATCTCACATACAA ATATTCCTGGAAAATCAATAGTTTTACCTTTGCCACAGGTGATTGCCATATTATTCTATA GCTCAGTATCCTGGACCTTCTTCTGGTGAATGCATGATTGAATTGTCAAATTTCTTTTTT AATCTCAGGTATCTGAAATGCACGCCCGGATATCATGCAAAGACGGAGCATTTTTTGTAA CTGATTTACGAAGTGAACATGGTACCTGGGTTACAGAGTAAGTTCCATGTGTTCCTGTAT ACAACTCTACTATTAGATATCCCATTTTATGAAAACAATAGTTACGATTGATCTGCGTTA TCATGTAGTAATGAAGGCAGAAGATATCGGACGTCTCCAAACTTCCCTACACGTTTTCAT CCATCAGATGTTATCGAATTTGGTTCTGATAAGGTGAGATTCATCAAAGTATTTTCTCTT TAACGCAAAACTTTGGCATTAGCATTATTCTTTTAAACCGTCATGTGCAGGCAGCATTTC GTGTTAAAGCAATGAAATTTCCACTAAAAACTTCTGAAAGGAAGGAAGAGCGCGAAGCAG TGGAGGCAGCGTAAAGCTTGACCTGATATAAACAGGAAATTGTACAGCATTTTATAGCAA ACATCAGGCGTTGAGCAATTTAAGCATAGTTAATTTTGTATACTGTAGGTTTTAGAAAAG ATCCATAAACAAGACACCATGAAAGAAAATACAGAGATTCTCCTAAAGAAATCTGGAGAA TGTCATGGACATTGTCTCTTATTCTACCATTGCTAAAAATATATTACTTCTCTATGTATA TACAATTATAGTCTAGATCTACTTCATAAATATTTTCGTATGACAAGTCTTCAATTTCAA AAATTAACTGCTAATTTATAACAAAAAAAATTATATGCTCCAATTACGAAGTTAATGTTA GTAGTTGACTGACATTGAAAAAGCTTAGACCATTGTCCAACGTCCATATTGCACAACATA CTAGGTTTACACAGTTCAATTTGTGTTGGATTTTGCCGTAAATTTTGGTGAGATTTAATT TATGTTATATTTTATAAAAATATTTATAAGCATATTTTTTCTTCAGAAGTTTTCTCGGAA AAAAACTCTTTAAAAAAAATTAAAAAAATAATTCTAATGCTTTTCAGAAATATTTATTAT TTTCACCCGCTTAGACAAATAAAAAAATGAACGTTTTTGTAAGTAAGGAGAAAAAGGACT TTTGAATTTTGAGTTCTTAAAAATTGGCCGGTCAAATAAGCTACGTCCAAAAAAATCAAT TATCCAGGAAATTCAAAATAGTATAACAAGTAAAGAAAATTACAATGCACCATTTTTTAC ATTTGAATTCTAGATAGCTAGATGATTAGTTTTGAAAAAGGTTATTTAAATTTCTTAAAA TATCATTCGACCTAACTCTCATCCCAAAAGTTAGCTCAAAGGGAGGAGTAAAATTAGGTC TTAGGTCTAACTCACACCCAAAAGCTAGCTCAAAGGGACAAAGATTGTCTAAGCTTTATA AAGAGTTCACCTATCTCATTAATCATTCATGTGAGACTTTTGTCATTCTTTAACAACCCA CCTCACGCCTAGTGCTTAGCATCTGGTGTGTGGTAATTTTTTATTTTGGGGCCCTATCAT CGGGTGAGACGGACCCTGCTTTGATACCATGTGAAATTAGGTCTTAGGCTTAACTCACAT CTCAAAAGCTGCTCAAAGGGAGAAGGATTGTCCAAGCCTTATAAGGAGTCACCCATCTCA TGAATGATCAACCTATAGCACCTTCATCAATAGCTCCCTCTCTCAGAAGGACTTCCAGAA CCATCAAAGAGCCTTCTGGGATGCTGGACTACACCATCTCCACAAAGAAAAACAGTATTA AACATCTTTTTGGCCAACTATCTGTGTTATGACAATAAAACTCCTTGCTATAGGAGTTAC TTGAGCAAGTTCACTATTCCTATTGCAGAACCAAAATGCTACAGACAGGCCATTAAGGAT GAGAAATGGATCCAAGCAATGAAACAAGAAATTCAAGCTCTTGAAGATAACAAAACTTGG TTAGTTATTGACTTACCAAATGGGAAGAATACTGTTAGCTCAAAATGGGTGTATAAAGTC AAATATAAGGCCAATGGTGAGATGGAGAGATTTAAAGCCAGGCTGGTGGTAGAGGGATAT AGCCAGCAAGAAGGGTGGGATTACCATGACACATTCTCACCAGTTGCCAAGATGGTGACT GTAAGGTGTGTGATTGTATTGACTGTATCTAAAGGATGAAACTTGTATCAAATGGATGTC TATAATGTCTTTCTTTAAGGTGATCTAGATGAAGAGCTGTACATGGAAATGCCTGAAGGT TTTAGACAACCAGGAGAAACTAAAGTGTGCAAATTACTTAAGTCATAATGGCCTTAAACA AGCTTCTAGGCAATGGAACTTGAAGATCACAAATGCTTTATTGGACACTAGTTTTACCCA ATGTGCTCATGATTACTCCTTGTTTACACTAAGAAGAGGTGAAGCTTTGGTCCTTATTCT TGTTTGTGTGGACGATTTGCTGATCAAAGGAAATAATGAACAACTTATCACTGAAGCCAA AAACAGTTTGCATAAGGCGTTTAAGCTAAAAGATTTGGGTGAGCTCAAATATTTTTTGGG AATTGATGTTCTCAGATCTCCCAAAGGTGTTGTTTTGAATCAAAAGAAGTATATCTAGAG CTTATTGCAAATTCAGGGCTTACTGGTACAAAACCAACAACCACTCCCATTGAATCCAAC GTGAGACTTACTTCAGTTGAACATGACTTAGTAACTGGCTATACTGAAGATGAGGTTCTA CATGACATTTCTCCTTATCAAAGATTGATTGAGAAGCTTATCTATGCAACCATTACAAGA CTTCACATCGGCTATGCAGTTCAAACTCTTAACTAATTCATGCAATCTCCCAAGAAGTCA CATTGGGATGCAGTTACTAGAGTAGTCAGATATTTGAAAGGCACAATAGGTCAAAGGTCT GACTACAAGTTAAACCTGCCAATATGATCACCTGTTGGTGTGACTCTGATTGGGCATCTT GCCCCAACATAAGAAGGTCCATTACGGGAAATGTAGTCAAGTTTGGTGAATCATTGGTGT CTTGGAAATCTAAGAAGCAGCAAACTGTCTCAAAGAGTTCAGCTGAAGCATGGCTTCAGT TGTTTCAGAAATCACTTGGCTGCTAGGCCTTTTTACAGAACTTGGTGTCTCAATTCACAT GCTTGTTACCATCTTTAGTGACAGTAAATCGGCAATTCAATTATCAACCAACTTAATCTT CCATGAGAGAACCAAACACATTGAAATAGATTGTCATTTTATCAGAGATAGGATTAAGTC AGGCATGGTTGAGATTGTTCATGTTCCTACACGGCAACAGGTTGCACATCTACTGACTAA GGGATTAAGTCAAGCTCAACATTCTTATCTTCTAGCCAAGCTTGGCGTGCTCAATGTTAT GCACCCTCCAGCTTAGGGGGGGTGTTCGAGTGTGCATTATTGTAAATCAGTTTTTACTGT TTACATTCAAATGCTAGTTAATTGGTTAGTTAAATGTGTTAGCTGGCAATATGATTAGTT GAGTTAGTTAGTCAGGTCATTTTGGTTTGATTCTTCTAGATTGATTTCCGCATCTATAAA ACATTGTATTTTCATCATATTGTAACAGATTTCTCAATACATGAAATAAAATGTTGGGTT TTAAAAGGTGTAAATGGAAAATGAAAGAGTTGTAATTTTTATGAAAAGTTGTGACTTTTA TGAAAAGTTGTGACTTTTATAAAGGGTGACAACCTTTCCGAAAGATTGTTACTTTTTCAA AAGTTTGTGACCTTTCCGATAAGGCACAATAAGAACATCTCCGTATTCTTATTTGTTTTC TATAAATTGAGTGATTTCCTCTCATTTTAAAAATAGAATTTATGGACTTCTTCTTCTACT ACTAAATCTAGTATTCTAAGTGTATATTATTGTCGTTGAGTGACTCGCTGACACCAGCGT TTTGGTATCAATACACTGGTGATTGAGATCATTCTATCCTAGGAGGACATATTCCAAATC AAAACCTCGGATAATAGAGGAGAATAATTTCCTTAAGGGGACATTGTGCATTCAGTGAGT TTGATCTTCTTTCTGTTTTTCTAAATTCTGATATGTTTTACAAATTTTAGATTTGTAAAT TAATTTATGTTCTTTGGTTCTTCACTGGTTCGTTAAACTTTGGCAACTTCGTGTTTCTAC AAAGTTTGTTGGAATCAGTAAGATTCTTTAAACACAGATTAACAACAATTCTTCTTTAAG AAAAATATTTCATATATTTTTTTTTCTTATCTGTTTCTGTATCTAGTTTTAATTTTCTAG TTGTGAAAATGTTCTTAAACTTTGTTGGCTTACCAAGTTCTTCAAAGTTTTGTTCTAAGT ATGTTAGGAATACAAAAGGCAAAATAGTCCAGTGGACCCTCGTACTTGTATCGGATTGTA TTATGGACTCTTCTACTTAGCTTTTTGTCACCTGGACTCCTGAACTTAACCAAAATGAGA TTTTTAAATCCCTCTAACCATGGGTGTATCTCACTCTCCCTTACATAGATGACATGTTAG ATCCATGTCATATATATTAATGTCAAGTCATAATTTTCTTCATAATAATTTTTTAATTAT TAGTAAAAATATGAAATAAAAGACAAATTTTAAAAAAATCTATTTTATTTTATAAAATAA TTATTTTTGTACACCTTTACTCTACCTTTCCTAACCCATCATCACTGTCAAAACTCCACC ATCTCCATATCCCCATTTTTTTCTTCTTCGATTTTTTCACAATCCAGCAATCTGATAGTC ATGAAACTACTTCACTCCCCGCTAGTGCCATTTTAATTTTATTATTGACATTTCTAATCC TCCCTATTTTCACTATTTCACCACTAAGCCGGCGTCGTAAAACCCATAAAATTCAACTGT AAAACCCAATATAGCATTTCCAATTTTACGGCATGGATAGCAATACAAATTGGTCGGAAC AAGGTAGAGGATCTCGTCGATGCCGCATAAATGATGGAGCCATTGCGTCATCTCCATTTT TTACGGCAGCGTCTATCGCCATTTTTACTGGCGTAACAACAACCTAAGTCATCTAACAAC CACAATAACAACAAGAAGTCACCTAACAACCAGATCTAACCAAACTTTTTTCATAATCCA AGCTAACTGCTATTTCACACCCTAAATTGCTTACAAATACAATAATAATTTTGACATCAA AAGAGGTCAAGTTACTCATTAGAGATATCAACAACTCCTCTAATTTCTGATGTACGAGGG ACCACCAAAATATTGTGCCAATACAAAGTGAACAACATAAAATTATCTCCCATTTTCTCT GATTGAGTTTCTAGTTTTCTCACTTTATTCTTTTTTATTGTACAAATATCGAGATTTATA AGATGAGAAAGACAAAAAAAAAAGTTCATTCAATAATTTATTTTTTTTTGTAATATACTA GAGGGCGAGTACAGAGGGCGAGTATTCATAGTGATAATTCTCCTATTGTTACCATATTTG TGTAAAAATCATATTGGATTAGAGTTCAATCTTTCTTTATTAGTAAAATAAAAGCTAATA ATAAATTTTTAATGAGTAATTTAGTAGAAGTTATTAAATTTTACTTCTGCTAATTTGTCC ATGAAAACATATATCTTATTTTGTAATACAATTAATAGCATATGAACTCTAAACATTAGT TAAGATTATTGATATAATATAATGATCGGACTTACATATTAAATGAATATAATAATATTT TTGGTAAAATGTTGACGTTAGATTGATTTGGTAAAATTAATTTGTAACTACACTTTGATA TGAAATATTATTCTTATACTATAATATATTTGTTACCTCTAGAAGAACGGTCGCAGCGCA AAAACAATTCCTTCAAGTGGACTACACAAAACAACAGAAGTGCTCGATTTTCCAAATTTG AGGATATGCCCAATTTTCAATTCTTCATGGCAGAACTGCAGAATTTTTTCGAAAAATATC TCTGATATAGTCAGCTCAATTTTTTTTTATAAGACACTGTTTTAAAAATCACAAATTTTT TATTTTATCATACTACTAAGGGGCAAGCCTCTTTAGTATGGTCACGTAGCTTTTGTTATC TATTTCATCATACCATCAAGGGCATTAGAGGTGTAGCCCATATTAAAATTTTATTATAAA TCTCCTTCTGCGTATCGTTAAATTGTCAATTAATTTTATTAGAGATTCACTTGCTTTAAT TAGTATTTGTACTATTCAGCAGACTACGAACATAACTAACTTTGTAAGAAAGAAAAGCAT TTTTGCAAACATTTCACGGACCAGAAAACAAACAGAGGCCAATCTCCACCGTTTCTTCAG ACATCAAGACAAATTTTATTTAATGCTCCATTTCCTTACTATTTTATCCCCAAAGATTAG AAAAAAACAATTATAATAATATTTTTGAAGTTCAATTTTTTTGTGTATTTTTTTTTTAGC TAATTCCACTAAATAAATATAATGTGCATGATTACAATTCGAGCTAGATAAGATAAAATT GTGTCTATTTTACGTAGTCCACCTACGTCCATCCAACTATTCAAAAAATCATCAAATTAG TGAATTTATATATTCTTCTCTCTTATTCTATGCAAGTGTGTAAAAATCAGGTGGGGGAGT TTTGTTAAAATCCTGTGGTCAAAAGAGGAAAACCTCGTTTTGTCACAATAATTAACAATT GAATTAATTGCATGTCCAGAATTGAATTAAATATGGGAGACACGTACATCATCAGAAGGC AGTATGGCACATGATGATCACCATTCTATGACATGTGATGAAACCCAACGGTCGGTTTCA GATTCAGTTGCTGACCGTTGCACCATTTACTACTCATAATCATTCAAAACATCTATTTAT TAATGAATAAATAACAAGAAATCATTTTAGTTTTATTTTTTCTTTATCTTGATTCCGCAT GCAGATAATTTTGTTACGTAAGACTTTAAAATAAGTCATAAATATTTGTGTGACGGAAAA GCATTTCATCAAGAATAAAACGAGTATTCTAAAGCTAAAATTTATTAAATAAATCACCTT CTTTTTGACGGACCAAAAAGGTAAATATATAGTATAAACTGACGCAGTTTTCGCCCTAAA ATTTGAATGTAAGTGAATTTAATATTCATGTATACATATAATTGTAAAGTTAATATTTAT AATCTACCCGATATAATTTTTTAATCAAAAATATTAATTGATACCTCTTCGAAAAAAATT GGCTCGCCATCAAAATTTCCGTTTATAGATAGATTATAATAACTTAGAAATCAGGACACA TACAAGTAATTGTGTTTCGAATTTTACATTTCTCTTCTGATATGGGTAATTCAAAATTAA TTACTACTACTTCAATTATATAATTCATGCTATATAAATATAGTTTTAATTTTTAACAAT AGAGGTAAACTTTATGTGTGTACAAAATAATTTGAGTCGATTATTTGAAAATAGGTAGCG AACCCACACTTAGATTGGGTCAAGCAAGTGTATCTCACCCCCGCGGCCAACGGCTCCTAC CCTACTTGAGTCGTCATATTTTTTTCTTCATCGTTTAATTATAGTCTTTGAAAGGATTCC TTTTGTTTGGTTAGAAGACCAGTCAATTCCAAATTTAGTCAAGTACAAGATAGTAGTCTT ACATATTATGTCTTTGAAAGCAATAGTTATATTTTTCATTGTTTAGAGGATTTTTTCTAA GTTACTATAAGCTAATGAACATCTCCTTTTATTATGACATGATATAAGCAATGATTATTG AGGAGCCTTTTGGAATAGGCTTCCTCTCGAAGCAAGTAAATGATCACTATTTATATTTTT TGTCGTGATAAAATGACACACTGATAATTCTACCTGAAAACAAAGAGTGCCCATTTCCCC TAGGAATAAATGATGATGACACTTGTCAAATAAAAGCTTATAGAAACATTTAGAAAAAAT GTGTTCTTCTATGACATCATTATATTTGACAACGAGAAGTTGTTCAGATGATAAGCATTT TCTATTATTTTTTCTAAGACAATAAATTTAAGTCACCCAAAAAACAAAAACTCTTACACA AGGGTAAAAAGAAAAAATTACATTTTAAATGATTTAAGGACTAGTAGAGATATATAATCG TAGTATTAACAAATCTTTTTGATGCGCTACCTAAAGAATGCCGTTATGGTGTGATTGATA ATAAAGTACCAAATGCAATAATAGTATACTATTACATGTGTAAATATTGGATGCTTCAAA GTGGAAAATGGCCCCTACTACAATTTTCATGCTTTGGTGAGTTTTAGCCGTTCCTTGGAT TTTGTTGAGCTTAGCATTGACTACATCTTATATTCCTTTATCAAAGCTTAACTACACATG TTGGAGAAAAGAAAAATAAAAATACTTAGCTATACATTCTAAGATGTCATGTTTCAACTT TTCACTCACATTTCATCCTGTCCGATCATCATTTTTTCTAGTTTCTATTGGTACTATGCA TATAACTCAGTCCAATCGAAGTTTTGCTAGCATTGTACCATAGATTTTTTTAATCATATT ATCATAAGTCTTAGACTCGATCACAGACAAAAAAAAAGTAGAATTTGTTAGACAAATACT CTTATTATGAGAGAACTAGCTAACTTACTTTATTTAGTATTTGTTTGTACCTTGCTAAGT ATAGCAACAAAAAAATCAACTAATAAAGGAAATTAATATGTTTTGTAGTCTCTAATTGGA ATGTCTTGTAATTATAATTTGGCGTAGAAAGGAGATTATACCAATGTGCGTACTATTATA ATTACCAAGCTATTGTCTCTATATCATATATATATATATATGATCGTAACGTACAGCTGA CAAAAGACAATTATGTTTGTGCTAGTACAAAGAATCCTTTCAAATGAAATTGTGTTACAC TGGAACTGTAATTAAAAAAAAACAGATTGTTTGGTACATTACATTCACAAATTTTACCAT TTTGTATTTGAAAATACTAACAAAATTGTACAAATGTAGAACGTGAAATAAGTCCCCACC ATTGGTGTTTCCCCACCACAACCACTTCTATAAACTATCCATTTTAGACGTACGGTTAGT CCTATTATATCAATCTTACAAGCCAACTCACGTGCAGCTACACTTTTTTAACTGAATTTG CTTGTCTTCTACATTTCTTCCTTTTTGCATTATTGTCTTCAAATTTTTGAAGTTTGAAAT TCAAATTCTTTTACATAGTTTCAAAAATATTTTTTTGGTAAGTTCTTTTTGTCATGGTTC TCTCTACCTATTGTTAAACCACTCCCAACTACACAATGGGATAGAAAAGAGGCAACCGCT AATTTTCTCCATCTCAATTTCTAAATCAGTTACTTGAATTTATTTAACAAACTATAGTTT ATTTGTCAATCATTAAAACGTCACATGGTCACAATTGAGAACATTTATGAAGGACATTGA GCAAATTCGAAGGGACATTAATAATGGACTTACTATCGTAAAAAAATTTTTTGTCATTTT TACTATATGTTAATATAATAAGTCACTAACTTTATTCTAGGTTCACTTCCAATATTGTTG AGATCAATAGATTTTGTGGTAGACAATAATATCAAAATAATTTTTGTAAAGAAAAGAAAT AGGAACATAAAAGGTGTCACATCATATATATTCAATAATCTACGTAAATTATAAACTTTC TAAATTTAAGACAAGTCATTTCTATGACAACAAACGTATCAAAGAAAGTAGATCTGTCAT GGGAAAGATGGTGGTGGACATAATTCATATAAATATTTTAATTCGTAAAAGACAAGTTGA CTAATTAGTCCGTGGAAACCAAGCAAGCAATCTCTTGTTAAAATCTCATCACTTTGACTT GGATAATGAGTTTTAAGTATAAAAGAGACAAAGTGTAAACAAGGTTAATTTAATATTAGT ACAAGTAAACACTATATCAATTTGGTAATGGGAAGAGTGGGAACAAAGAGAGACCTTCCA ACACTACAACTAAAAATGAAGAAACCAAACAAAACAAAAGCAATAGAAAAAAAAGGGAAA AAGGAAGAAAGAGAGAGCCGGAATAATTGAAGGTTTCAAAAGCAAAGCAGCACCTTGTTG TTGTGTCTCTTAAAAGCCAAACTAGGAGATGTTTTTCAAGTGTCAGCCTTCCTCTGCCCC TATTATATTCAATTCATACAAAAACACTTCCCAAATTCCAAAGTAGAAAATATATGTATA AACTTTTCAAGTATTATACACATTGCTATCTATCCTTTTCCCACTCTCTAAACTCAAAAG ACACTATACTCTGCCTCAAAAGAATACTCGTTCCCTTTCACTTGCTACTTCCTTCCACAC GTACGCGGACTTAGCGCGCGTTAAATTAATTTATGCGTACATCAACTAATTACACAAACA AACTAGACACTTGTATAGTTTTTTAAAAAATCAAAACATAAAGATGTTTAAAATTTCAAT AATTTTTTGAATCTAAATTTATGTATAGGCTTTTGTGCATCCCGAAAAAGGGCTAAATGT GGAAGGGGAAAAACTGAAATAAAAGCAGAAATTTATTTACTGAATTTCCTGCCAAAACCA AACATATTTCTCCGCACAATTTGCCAAACAGCACGAGCATACTCATTTATTACACTGACA ATTATCCAAACGACGCCGTGGGCTGGCTATCGCTTACCTCGAAAGCAATGCACTGTCCCA CGCCCCCACCCCTCTCTACTCTAAATAACTCAAACTTCTATCATAGGCCGTTGATTTGAT TCATAGTAGTTTTTTAGCCACAGATAATTCAAAAATTATATTTTTCGATAAAAATTTAAA AATTACGATAAATAAATTGAGATAGAGCAATTACGATGCTAAGTTTTCGTAATGGAAGGG GCCTAAAGCAACGTCTCTTTTTCTTCAGAAAGGCACACACGTGCATTCCCCCTATTCGAA ACCTGTGCCACCTTAATCCTTACCCACTACATTTTATTATTATAAAGTTCTATTTACCAG AACACTTGCAGCTGTCTAACATTTAACATTTTTACCAACAAGTTTTTATATTCCAATACG GAAAAACAGAGAACTTAATACAATTTCTTCTAATTTTTTCCATATTTCAAATTCTTTGTA CTTTTTTAATAATAATACATCAACGCGTATTTGTTTCTCTTCTTTTTTTTTTCTTTTTTG CGTCTGAATATCAATTGTACCAAAAAAGAGGCATATACCAAACCCGAGGTTTCGAAAATC TAAAAAAGAACATGAAAAAAGGAATCTCGATGTTTGCCGGTAGCCGGTTAACCAATTCTA TGAGGATGACCGTGAACGGGTTACCGACTCAGCCAATTTCCCGATTCTTTCCGCTAACTC CGGTGAAAGCTTCTTAGCCGGTTTCTTCTCCTTCTCCGGTCGATAATCAAAACCCAGTGC GTAAGAAACTTCTTCGGAGCTCCACCCGGCTTTACGGAGCGAATCAGAGAACCGATCCGC TTTCACAAGAAGAGCATCCATAACCGCTTGATTATCTAACAATATCATTTCACCTTCGAA GAATCCAGAAGCTGTAACTTGTACAATTTCCTTCACATCCGATTCAGCCCACCCGCCTTC TTTTAAAACCGACCCGATATTATCTACGTACTCGTCGACCCAATTAGGCATTTTGGACTT GGGCATTTCAAAGTACCTTTCCGGTGAGGTTGAACATGACGATGACGAATTTGAGTTCCT CCGCCTTCGATCTACGGCAGCGTCGCTCCAGAACTCTACCCAACGCGGCGTCCGACCACC GGAGAGTGTATCGAGACTCCTCCTTGAGAAAGTGGATGATGAACCAGCGGATTTTTCACT TAAAGAGCGCTGTTTTGAAAGAATCTGAGGATCTGAACTTTGGAACAAAGATGATTCACG ATCAAAGAAGTCGGATAGATCAAATCCGCAGCAGAAAATCCTATTTTCGTCCACGTAGAA AATTGGGTTACCTGCTAAACAAGGATTACAAGGAATGTAACAATGGTTGAAAATGGGTAT CAGAAGTGGAGCTCTTTTGAGAGCATTTCTTGCTATTTTAATTGCCTTTTCTGGGTCACA TGGCCTAGGACCCCATGACTTAGACCACAAAGCATTACGAGCTATATGGAATGAAATTGC AGCGATGGGTAAGTCAATCGAAGCACGAAGCTGGAACCGAGCCGGACCAGTAGAGCGCCA GTCAGGAAAACCAGGTCCGATGGGTAAACCGGCGGAGAGAACAGCTTTTAAGTCAGGTGG AAAAGCAAACCCAAACTCTGCTTCAGCTCTAGCGAATTCCACATCCGACAACCCGGCCTG AACCTGAATACCAGAGCTCTTTAGATGAGATATAACTTTATCTGCAAGAAAGGAGAACGA AAGGAGACTATTCCGAGGAGGCATCGGAGTCGACGGAGAAGAAGCGGCGGCTCTTGCAGA GAGACGGCGGAGTCCGGCTAAGTGAGCCGGATTCAACCCGGTCATCCTCCGGTCTACGTC GACCATTGTAACTTCAACAATCCGGCCGGAAAAGAGTGTAAAAAATCCGATCACGTTGAT TAACGGTAACAGAAACGGCGAAATGAAGCAAAAGCGAGTGTGTGGGAACGGTGGAGAAGT AAATTTGGGGAAAAGGAGAAGTATAGATTTTTGGATCTTAAAAGAAAGTTAAGGATATTT ATAGCAAGTTTCTCGAGTGGTGTCCCACTTTAAAGATTTTGGAAATAGACCTCTTTTTTC TTTTCTCCATATACATTAAATGGAAATGACAGCATTATATTATTAATCACATCTTCAATT TAATTTGACTTCTCTACAATATTCTACAAATATAGGGGTACAGAAGCAATTTTTATAAAA ATAATCATAAGTTAAAAATAGTAGTCCACTAATTTTTTTCTTGGTCCTTTCTTAACTTCT AAATTAACCGTGTCCATTTGTTTAAACAAAGAAAAGTTTTAATACCTTCTCTCAATCTGT TGATTCACTAATTTAGGTATGATTATTAAAATGCTCAAATATTATGGTATCTTAATAAAA GATATTTGCATGAATCAAGATAAGATTATTTTATATTTGGAATAAGAAAATATCTTCCTG TAAATATAATTATTGAGGGTACATATAAGTGGTAAGAAGATTATAGCATATTACAACTCA ATACCAAACAGAAATGAAATAATAACTAAAAATAAAAAGAAGTAAATAAGTACATTCTTA AGTTTTGGTGACCAATTACTTATTATCTATATCAGAAAAATATGAAATGGTGAACATTTG GAAGAATGATTTACTTTTATTAAAGAAAAGATCGTGCAAGGAAAACAAGTTATTGGAACA ACGTAAAATATGGTAAAATAATTAATTTGGCATATATGGAAAATGATTTACTATACATGG ATAATGGGGATCCTCTTTTCTTAGATTTTTTTTATATTTTTGTTTTGGAAGAATTATATT TTACATTTTGCAGTACAATTCCTACATGTATTTTTTTTTTTAGTCTATAAAAGGCTAAAA TTTTATTTAGAAAATTGTAGTTTTTAGGACCATACTATTAAGTAAGAGGTAGGTAGTGGG ATAAATAAAATTTAGCATTGAGGTTAATAAATATAAGTACGTAAGAGAGCAGCTTTTGAG GGGAACGGCACGTTGTCGTGTTGAAGACAACCTATTTGTAGTCCACTTGAGATTTTATTT TCTTCAAAAAAAATAAAAAATGTATGCACCGCAAAACTTTTTCCATTTTTTTTTTTTGTT TTTGCCTTTATTTTCTTGATAATTATAAAATTTTAATTTTAATATATTTAAATTTAGAAA TTGAATAACATTTTAGTATGTTTAACATATTTTTAAAAATTACAAAAATTATTTTAATGA ATAAAAAAATATTGACTTCATTTTCTAAACAGAAGTACATTTAATTATTTCACAATGAAC TGATCCTCATGTTCTCAAACTTATCGTATCATTTTAAATCAAAAAATAGTATTCAAAAAT AATTATTATCTTAATAATTCAAGATTAAATTAGTAGCTGTGTTCAATTATATGATTAATT GTACTAGGAAACAATCTAGTTTAATTAAATAGGAATAATTTAGTACATTATTACCTTACA TTTTCTTTTTAATGAATAGAAAAAGTCTAAATAACGATTGCATAAGTAGCTTGTATTTTC TAGCCTATGACCTTAATTTCATAGACATACATAAACTTAACTAGAGTCCTATTACCCTTA AACTCATTTTATTCGAGTCACCAAAAGAGCAAAAGAGATGAAAATTCCTAGGTAAGGTTA AAAAAAATAATTAAATCTCACGTAATCTTTTAAAATTTATATAATTACAATTTTTACCCA ACTTTTAAAATAATATAGACCCTTTTTTAATTTTAAATTGTCCGCAAATCGTGCTTCTTT AATTTCCCAAGAGAAATAAGTTGAGGTAACTTCCTTCAACACTCTATTAGTATTAATATT TATGCTTTGGACCATTTCAATTTAATCACGTTTCGATTCTAGCTTAATCTACTCTATTCA AAGTAAATGGGATTCTAAATTGAGACAAATGAATAAAAAACGGAACTACTACTATTAATT AAGAAAGTGTATCACTAACTTACGAAATTTCCACAAAGGATTAGTTTTTCAGTATACATA AATGAAATTATATCTATTGACGCAATAGTTTCTAAGTAGTGGATTTTCTTCTTTATAGAA ATTTATTTGCTGTCAAGGGTAAAGTTAAAAAAAAAAGGATTTCATTTACTTTAAAACCCT TAAAAGATGAATAAAGAAAAGAAAATAAAATAGTTGACTAAATGTAATATTAAAGCCTAA CTTTTGTTTTTTTTTAATCCAAAATAAAGTGAACTGACAAAAAGTGTGTAACGCACAAAG CTAATATAAGAAAAAGAGTCAATTTAGTTATGAAGCAAATCAATTACAAACTTGAGTCTC ATCTCAGTGTGAATATAAACTTGTAACTTTTCATATTATATGGTTCATGCTTAAAATATT TATTTAAAAATTTATATTTAAAATCAATTAGACTTAATAACTATTGAATATAATTATAGA GTAGTAACTTTTGGCCAAAAAAAAAGAAAAGAAAAATCACATGAAGTAGATAAAGTGATA CTTTGCTGGCACGAGACTACCATGAAGTATTAGCAATTCTCTAATCACCTAACCACCGCC CTTTGTAATAACTCCATTCACTTTTATAACTATATAATAATGATTTTATTAATTTCTTCA AGTCGTTGGATCAATGTTTTGTCTGACAGGAATTCACGTGTTCAATTCTTTAACAATCTC CAACTAGTATTTCAAACATTTATTTTTTTTCAGTAATTAAACTAAATTTATTAAGATGAT TAGTACTTACATTTATATTAATTATATTAAAAATAAATACTTGCACTAACGGTTACTTTT TCAATTCAAATATTGATTCAATTGACAACATCTCCTAGTTGGCCAAAAAAAAAGGACGTA AATCAGGCCCGAAAGTTAATTAAGATACTCCTCTACAATAATATTTTACTAGTATACTAT TATATATAAAATGGAACCTTGTATTTATTAAAAAGAAAAATAAAAAAGTTTATTTAATTA TATTTACGCCATTCATTAACTTACTTGAGAATTTAACTGCATATAAAAAAATTTAATCTG TTGGTAATTTAGGAGGAGGCGAAGATATTTATTCTAACTTCTTTATCAAAAAATTACACT GTATATATATAGGAAGAGAGTGAAACAGAAATTTTAAACCCCTAGAATAGTAAATTATTA GAATTTGACTTAATAATTAATTTTCATTCAAATTTAAATCTTAAACACTAAATTTCTATT TTTCAGTTGTAATTACTGAAAATATTGAATCTGCTGCTACATGGAAGTCGAAAGTTGCTT TGCTATATTTTTTGTATAACGTTGAAAGATAAATAACGATTGTCGTGGTTTCAAATAGAA GCTATTTTGTTTTCCCATACTATACAAGTGATCGAGATAATGAAGCAATTGCATGTGAAG GTGCTGACACAACATTTACTAACTGGTTCACTAAAAATTAAATCTTTAAATATATATGTG TATATACCATTTGCCATTCATACCTATTATAAAAAAAAAAATCGGTTTGAGTTAGTTATA CACTATTTGGCCCAATTGATTTGGTCAGTAATTAATTAAGCAGGTAATAAAAGTCAACGT TTATAGGTTGCGTTACGTAATATTGACAACAGGTAGTTCCAAACTTTGGAGGAGTTTCAA TTGGCTTCAAAATTGGATTTCAGAAATATAGACATAAATAAGCTGCAAAACTACGCCTAT ATATACCTTATTCGTAATAATATTTTTGCCCTACATTTAGTTCATTAGCTAATAAAGAGA TTTTAACATTTATTATAAATATAAAATTTTAAAAAAAAATTATTAAAAGAGATTTGATTG AACTCCGGCTCAAGCTATATAAAATTAGTCCATGAATTGACACAAACAATGTAGTCAATA TCTACAACACGAAGGGGACAAAACACACTTTTATTTGAAAGAAAAGAATGAACTCTTAGG ACGGATGGATTATAACAAGTATAATTTATAAATCTGATAGAATTCAATATCAAATATTTA GCTTCCAAATTCTCAATCTCATTTAGAAGTGATCAAACTATTGGAATATTTAGCCAAATA AACTCAATTTTGTTCTCTGGAAAACATCACTTTTCACGGGAAAAGACAAATGAAACTTAT TAATTGGACAAATTAAATCATTAACACATGGCTTTGTGTAAAATGTTGATCTTAATTTAA TTAAGCTTCAGTCTTGGGAGGGTCGTTTTAGGTGGTCATGGAGGGAAATTAAGTATAGAT TTTTTTTTAATTAATTAAATCCACTGCACTTAATTTATTCTTCAGTAATGATTTGTTATT GTTATTATTATTATTATTATTATTATTATTATATGTTTTAATGATAGTGGCAATTGTATA ATAATGAATCATTTGGTAGGTATACTATTAACACAATTCCAAACAGTTTTTCTTATATCA ATAATATAGAAAATTCCTACAGAGATTCATATTTCCATGTGCTGCTTATAATTTTTTTTT AAAATTATTTCATCAAGAGAGATAGGCTCTGTGGGGAACAAATCTATCATTGCAAATCTA TATATTTAATTATAACGTCGGTTTCGGAAAATAAGGATTGCGCTTCGTCACTTCATTATT TATTAGAAAATCACAGCATGATTTGGATTATAAAATACATAAACCTAAGGATCCTTAAGA AAGTAATTGCTTGAATAATATCTATTTAATGTGAACATATTAATAGATAAAATGACAAGC CTAGATTAATAGGGACATCATAAAGTAACGTCACAATGAAATGATATTTTATCAATAACA GATGCAAAGTTTCTAAATATATATAACAATAATTGCGTATAAAAGATCCACTAAGGGTGT GTCCAATCAGTGGGATCATGGTTACATAGCTATTGTGAGGTCGAATTATTCAATATCACG ATTGGTGGAAGTGAGCAATGAATTTGTTAAAGTTTGATCTTAGAAAAATTAATCATTCAC AAAGGGATGTATTGAGTAATTGACGTTCCTTTTTTTAAATAATATCTTAAATTTTTAGAT ATGATTATCATACTATTACAATAACAACTTATATATATTAATAGTAAAAAAAAAATATTA GTAAGAAACTTTTTCGTAGCTTAATTAGCCAGTGGCTGTCAATTTCAAAAGTATGGAAAT ATAGCGTAGAGCGTTGTATAGGTGGACCCAATAATTTGATATGTGAATGGCCCAAACTTG ATAACTTGTAATGGACTTAAGCAAAGGAGGCATCATTTTTTAGCTTTTCCACTATGACAT TAAAAATTATTGGAAGTTATAACCTAAGAGTAAATAAATACAAGTGGTACTCCTTTTTCT CCGCTCGTGTGGTGATTGCCTTTTGTTCTAATCAATTGAAAGTTCTTATATATCTATAGC TAGATATCTTACCTAAGAAAGGATAGGTACAAACCTATGAGTAAAAAGATGTATATATGA GAATAGAAGATTAAAGTTGACCAATGGGCATATATCACTTTCATTTTATTTAATGGGATA CCTTGCTTTTCATCCGATTGGAATAAAGCAAAGTTTTCATTTCATCTAAGTAAAGTTTTG ATCAAATAGATCTCGTGTGTGCCTTCCTTTCTCCTTTTTTCTCTCACATTCATCGCTTAT GAAAGATGGTTATACACTTCAAAACATGGTTTGTATCAGTGTTGACATCAAATTTTCGCT GCCATTTATATAAAAAAATTTTTTACATGTTTGGCCTATCAAAAAAGAATCAGGCTCTCG GGGGCGTGTTTAAAATATAATGAAATAATAAAAATATGTTCTCTATATTTTTAGATGAGA TGATGACACATTTTAATAATAAGTAATTATAAGAAAGAATTAATGATTAAGAAAAGGTAC CTAAAATTTCTATCGGACTCTTTAATTAGCTTTAGAGAAGATGCAAAACACAAAGGGTAC GAAAAGAATAATTAATGGATAGGTAGTCGTTACGTTAGATATTATTCATGAGTTATACAA AAATTGAAAAGATCATTAATTTGATATTATTAAAATTTATTATCAATGTCTTTTCAATTG ATCTACTATACCTTTTTCTTTTACCCTACTTCCAAACATCGTAGAACGTATTGTAGAGGA TGAGATACAAAAATGCATAGTGAATCATAAAACATACGTATACGTTTTCTGTACCAGAAA CATGCTCTAAATTAACCAAGCATGTTTCTAGGCATGGGTGACAAAAAACCATGTAATAAT AAAGTGTGGTGAAAACTTGGTATTAATTTGCAACAACTATTTATTTTAGTTGTGTCTTTA GTCTTTCATATGAGCAATATTTTCAATGGAAACCATAATTGGTAGGTAGCTGGTCTGGAC CAAATTTGACTACATGCACCCATGAAATTAAGCTTTGAATATGGTGAAGAGAATATTGTA CGACATAACATGTGGATCAATGTGACCTTATTAAACTTATTTGTTTGACTAGGTTAATTA ATTCTTTTAAATATCATATATACTTTTTGGCTTGAATCATTCGTGGTATTGCTAATGTAG AATTTTTGGTACCACTAGATCATGTGGTGGTCGATAAGCACGTAAATAAAAGTCAACCAC ATTAGGTTGCTAAATTTTTCTTTCACTTACCTGATCTGATTTTATCTGGTATGATACCGT ATTAATTATTTATCATTTAGCTAAGTCCAATATGTGTATATAATATGTGTGTTTGCTAAC AATACAACTTTGTCTTACATGAATACCACTTAGCCAAATAAAAGCATCACATGATCTCCA ACACATATTCAGTTAGAAAACAAGAGCATTAAGTTAACAATATTTGACAACAACCCTTAT GCTACTAGCTATATAGGAACTATTGAAATCAATGAAAATATTTCACATATTAAAGTTGTA GTTGAGATCTACAACCCAAAGGAGACAAGACAAAACCCTTTGCAAACAATTTGGAAGAAG AAGATAAAACTCTAGTGCTTACATGGCCATGAATTATCTATAAGGGTCCATTACATTATT TGATTTTGGAAGATTGTGGAACAATAGTGGGATCCATTGTTTCCTTTTGTCCTCCCAAAA TCCATACATATTTGTTCTCCTTAACCTTTGAGTAGTATTAATCTATCTATCACTTCATTC ATTTTTGCTTCTTCAATTAGGTACAACGATTGTGATCTTTCACAATGTTATGTTCTTTTC TTATTTATTTATGAGATACCAACATTGATTAATTTACACGTAAAAGAGCATTTCATTTAA TGAATGATTTGAAATTATTGCCAAATTTGTGTCACCATGATCCATTTAGTTATCACTTTC TAAAAGGAAAAGACAGATGAATTTAATTTGATCACTTTTAAACCTTTCAGAAGAAAATTT GGCAGTGATTTAACCCGTAAGGCCCTTCGATTAGTACACTCCGCGCAACTCTTAACTTTT TGATACTTTTTCAATCACGTTAATATGTTTATACCAAACATATTAATCGTATATTACTTC TTATGTCTCTTTTTTCTTATCAAATTTTGATTTGATACATCTATTAGAAAAACAATGAGT AATATAATAAGTTTATCATTTTATCCTTATTAATTGATACGGTCCCAATTATATTTACGG AAGAGATTGTCCTTCCTTGATTTTATAAAAAATAACTAGAAAAATCAAATTAAGAAAAAA TTGATGAGTAAATAGAGTCAAAAAGAGTATTAATTTAAACTTCATTATTCACTTCTATTA AAATATATGTAATTAATGTTGATCATCTACTTTTAATCTACCAATCCAAACAGTTCGAAG CTTTCAAAACAAGATGATCAAACATATTAACATATGACCAAAGTAAGCTGAAATCATAAG TTTAAATTTCTTTGCAACTCATTATTAATAAAATTTTGCAATAATAATACATAATCAAGT AGAGATGGTCACACTTACACTAGTAGAATGATGTTATATGGTGGACCCGGTGGACCCTAA CACACTTGCAATATTTCTTAGCCTATATATAGACTAAAAATTATATTATATTATATTATA TTATAATAGTTAATAAGATCCTAAAGAGACTCAGCCTTGCATGTGCATCGTCAACCGTCC TAAAATTAATGAATTAATTAAATTAATATCTGTATAATTTAAGGGGGATTTTATAAATTA ATTTATAGCCAAATAGAAATGTAAATAATTAATATATGACTAATTAAATATATATAAATA ATATATAAATATCCAATAATAATTATCCTCCACAATATATATATATATATATATATATAT ATATATATATATATATATACACACACACACGTAGAACTCTAACCTGCTACTAAAAAAGAT TCAACAAAAACGACCTTTTAAATATAAAATTAAGAAACTAATATGCTAGATCAGTAGGAA TAATGGGTCCTTAAAAGCCTAAGAGAAGTCGTTTTACGGAAAATATGGATTGCCCTTGAT TACTTAATTTTTTAATTAGAAAAAGTAAATAAACCTCAACAATACGAAAGGCTTACATAT TAGATGATCCTCAAGAGAGCAATTGATTACGTATTTTATTTAATAGGAAAGTATGCTAGA TATATATAGAGTACCAACCTAGATTAGTAGGGTATTACAAAGTAAATTAAAGGAATAAAG AATAAAAGTTCCTAAATATATTACAATATTAGCTAACGATAATTACAAAAAAGATTTTCA AACTAAATATACTCGATAGTGCCTGTCAATTTCAAGAATGCTAACACATCCTACTCGTAC ATTGGTGGAACCCAATTTTATTATATCTAAAGGATCATAATTAAAAACTTTTAATTAAGT TAGGCAAGGGATGATATCAAAGAAATTAAGATATGGACTGATAATCTTAAAAGTAAATTA CTCTCTCGGTTTAATTTGCTTGTCTTATTTTGATTTTTAGGATGTTTCACACGAAGCGAG AGTGCATGGTCAACACACACCTAAAGCGCCTACGTTCCGCTTGCAGCCAATACAACCACT TTTAAATTTCGTGTCAAATCAAAATCAAACCAGCGTAATAAAATGTGTGAGAATACTAAC ACATGAATTGTACTTTTTCCCCGATCATGTGATGGTTGCTTTTTATTCTAATCTAATGTT GAAAGGGCTCTCTAGATGACTAGCCAAGTCTATATGATTAGCCTTGAAAGAAAAAAAAAA AGATGAGTAGCAAAATGTGATAGATACCCTATATCTAAAAAGGTTGAGGGAACCAAATAG AAGACTAAAGTCATACAAAGGGAGCATCACCTTCTAATTTAATTTGATTTAATGGGGTCA TAGGGATACTTTGTTGTTTGATCAGACTGGAATAAAGCAAAGTTCTCAAATCAAAGTAAA GGCTTCTTAAAACATATCCCATGTGTGCAAGGAAGATGCAGTTACATTTTCCCTTTTCTT TCTGATAATAAATAACAACTATGAAAAAATGAAAAAGAAAAGAAGAAAGAGAAGTACAGT AAAGAGGAGTAGGAATAGCTTTTGGATAAGGAAGTGTATATTGCAAATTTCCATCAATTC ATTGTGATAGTTATTTGATTGATAGACAAAAATATTAGGTAGTAATTGAATCATTGCTCA GTTGGTTCTGAACCAGTCATGGTTGGCACAAGCACAATAATAAAATCATCCATAGATATA ATTTTATACTATTGTTTATGCTCGCGATGGCCGATATCCATCAAAAGCTAATTTTTGAGT TCGATTTATATTAAAAAAAAATTCTTTATAGTAGTGACATTGTGATTTCCAATAAGGAAA TTACAACTAATAACCTTGAAAATCAATGATCTTGAATTTTACCACCCTTCATCATTGAGC AACTTTCAAAGTCAATAAGTCAAAATTAAAGTTTTGACAACTTAACATTTAAGTTTTCAT GGTGGAGCGACGGGATCAAAAGTTCAAGATCACTCAATAATTATAAATTAATCGAATTAA ATTTATCTTAATTTTTAATTTATCCCTTATTAAATCGTAATATTATACTATCCGCAGTTT AAATATTTAGTATTTAAATGGCGTGAAATGGTAGTATATAATTCCACATCAAACTGTAAA CACATAGGATTTTTGGAATTAATTAGTGAATAAACCGGCGGGAGTAATTTGTAGAGCCAC TTTTGGGAAAGATTCACATGAATTAGTTGATCATTTGCTAGCATTAGTTCTCTAATCAGC TAACCGTCCTTTGTAATAACAATTTTACTTCTACAACAAGTCGTTGTATCAATGTTTTGC CTGACACAAATTCACGTGCTCAATTTTTTAATACTCTTCCAATTACTTCAAACATTTAAA TTTTTTATTAACAATATAATGAGATTATTAGTACTTAATTAAAAAAAAATGAACACTAAC GGTTACATTTCAAACATTGATCCAGTTGACAACATCTCCTAGTAGGCCTGGAAAAGAGAG GACCGTAGATCAGGCCCAAAAGTTAATTTATCCTTCGTACAATAATATTTAGTATGTACT AAAATAAAATTAGGTAAGTTGAGTTTATTTAATTTAGGAAAAATGCATAATTATTCTCAA CTTATGTCTGAAATTTCAGAAACACACTTATACTATATTAAGGTCCTGATACCTCCTGAA CTTATTTTATAAATAATTTTCTATTATTTTTCAACTTACGTGACACTAGCTTGAAAAAAA ATATCAATACGCGTTGGACGGATAAGATAGTACCACGTAGATCCAAAATGGGTAGAAAAT TTTTTATAAAATAAGTTCAATGGTAATAGGACCTTGATATATTATAAATGTGTCTTTGAA ATTTCAGGCATAAATTAAGGGTACAAGTTCATTCTCTTTGTAATTAATAATGTAATTTAT TTACGAATTTAACTGCACATTAAAACTTTCAATCCGTTAGTAACTTGATATAAAACTGGT AACCATTTCAAAACGATGGACTGAAAAATGGTTTCATGTTTTGCCTGCCACTACATGCAA GTCGCAATATAATTTTAATTTGTTTGACTTTTGGCATGTTCTTTTCTAATATATAAAACG TTGAAAAATAGAACACCAACTGTCATTTCAAAATATTAATGAAAGCGATTTTGTTTTTAT TTTTTTTCATAGTCAAGAAAAATGGGGTGATTTAAAGTGATTTATTTGGAACCATAAATT TCAAAGTCTTTAACTTTTTTAAAATTTTTATGGTTAGTGAATTATGTTATATAATTTGGG ACGAAGAAAGTAATTTATTAACTTCAAATGACATAGTTAGGAGGATGTAGTTTTTTCTTT TCATATATTTTTTTTAATAAATAGAGCAAAAACAAAAAACAGTAATTAAAAATGCAGACG ATATCCTATTGGCCCTAATGTGGATTTATAAACATGACCATAATTTGTAACAAAATTACG TAAGCATTTTATATATACATAAATAAAAAACTCTTTTATACAAGATGATCATCACGGAGG GATTGGATATGTGATAAATAGATTTAGCAAAATTTAATAGCTTTGATCATCCGTCTATAG TTCTTCTTCTTCTTAATCCATCATCTGTTCTTAATTTTTTCTTTTTTTTCTTCTTGCTCA TTACTATATTACATCAGCCGTCTCTAGGTCTCCTTTTTCTTCTTACTCCATCATCCGTTC TTTTTTTTTTCATTGTTCTATTACATCATATTAATGGATCCTTTTACTAATAGAAGGAAT TATGATTCGGACGATGAAAATTGGAAAGAAAATAGAAAAAAGTCTTTGCATGATCCTATG AATGTTCGGAAGGATTCAAACAAAGATTTTGGCGAATCATCTAAATCAAAGGTTGACAAA ATACACCAAAAAAAAAAAGAGAAAAGAAGCAGCAACCATTGTTGTTGAAATTAGTAAAAA TTTTAGTAAAGAAATCTCATATGTATCATGATTTTTTGAAAATTGTTATCATGTATCAGA CAATAAGTTTAATACATAAGTAACTCAGTGTGTTATAGTGTGTTAGTCGATGCATTGATA CATGAATTAGATGTGTATCATATGATTTCCTATGTATCAAGAGTTTTTAAAAATTGTTAT CATGTATCAGTCAATAAGTTTAATAACTGCGCCATCAAGTGTGCTTGATGATACATATCG ACTCAGTGTGTTATAGTATTTAGACGATGCATTGATACATGAATTTGATGTGTATCATAT GATTTTCTATGTATCACGAGTTTTTGAAAATTGTTATCATGTATTAGTCAATAAGTTTAA TAACTGGATGTTCATAAAAATGTCTTCAAACTAGATGATATAATCTTGAATTTTCAAAAT TTGTAATTGTTATCTAATTACGTGTTGAATTAATGCTTATTAATAAACTGTCATCGTAAT TTAAGCTGATTTAGATAACAAATTTAAATGTTCCGTTTTTCCCCCTTTTAATCTTAACAG TTTTAACTTACTGTGTATCATTTACCATATATCACAACATACTAATGTATCACGCCACAG CAATTTTAAGGGATTATTGTAAATACTAAATTTGTCGGGACAGAATGTAATTATTGTATT ACACTATGGGATTCCTTAAATTTATACTTGATATAAATAATGTATTTCTGTTGAAAAGCC CATGTAATAGATATAAATAAGGGGAAATTGTATATAATAGCAAACTAATAACCTAAAATA AATAGAGTGACTAGGGTTTGATTTAATTATGCTCAATTTGCAAAAAATTGTCAGGCGTCT CTCTCCCAAATATCTCGCATTGCCACTCTCCTCCAATCTCTCTCACTTTTTATACAAATA CAAGAGTATAAAAATTGTTTCTAATTGTATAAAGCAGAGAAAAATTGTATAAATACATAT ATTTTTGTTCCCCTCTCTCCCCTCTTCCAGATCTCGCTCGCCACCCTCGCCTTTCTCACT TATACAAACAGAAACAAAATGTATAAATTGTGTTTCTGTTTGTATAAAGCGTGGGAAAAT TATATATATACATGTAAGTACATGTATTTTCGTCCTATACACTTATAATTCTACAATAAA AGTACTCCCCTGCCCAGTTTCTTTTGCTTTTCTCTCTTTCTCGTTTAAACAATTTCAAAT TGTATCTAATTTCTCTCTTTCTCGTTTTATACAGTTCAATTCAATTGTATATTCCTTGTC AAGTCTCTTTTGTCTTTCTCTCTTTCTCATTTTATATAAATTCAATTTGTATATAATCGT TCTATACACTTATAATAATACAATTTGTTTCATACACTTCGTTTTTATACAGTTCTCTGC CCAAGTGTCTTTCTCTTTCTTGTTTTATACACTTCGTTTTATAAAATTTGTTTCAACTGT TTATGTATAGAATTATACAGTTTCTATGTTTGCTATGGAGCGCAATTATGCAAACTTTGT TATAGCATAAAAATATAAATTTTTTATTTGCTATATGTGAAAGTTGCCCTATAAATAATT TATAGCTCAAAACGTAATAAATTATCATATTTTAAGATTCAGTAACTATTATAAATTAAA AAATTTCAGATCTGACTTTTGAAAATCTGGATGATCCATCTAAATATCGCAATTTCTTCG TATATTTATGTAAATTGCTGACCCTTAACAATCTAATCGAAGATGGCAATTTCTCACAGT GTTACGTTATTTTTCTTATTAAATCATTCATTTGAGTTCTACGGTTGATTAACTCACACG TAAGAACTTCTCATTTAGTAGTGATTGAGTTATTGAAAATATGGCCAAATATAATTCACC CTTGTCAATTTGATTCCCAAGTACATCACTTTGTGTACAAATCTTGATCTTAGTATAATT AATTAATCTTCAAACATGGGGTGTGGTTGAGGTGGTCATAGAGGGCAATTAAGTATAGAT TTTGTTTAATTAATTGGATCCAATATTAGACTTAACTTATTCTTCAGTAAAGAGATATAC ATGGGTAAGATATTGACGGTTCAAGTAATGGTCACATTTATACCATAATGAATCATCATT TGGTAGGTATACTTAACACAAATATATATATATATAAAGAGAGAAATTATATAGAAAATT CCTACAAATATGTATTCACATTTCCATGTGCTGCTTATAATTAAACTTTAAAACAAAAAT CATCAAGAGAGCTAGGATCTATGGGGATAAATCTATCATTGAAAATTAAATAATATACGA TAGCTATAACAATCAAAACCTAATATAATCTAATAATAAGTAGTTTCGGAAAATATGGAT CCTTGAGAAATCAATTGCTTGAATATTTAGTAGAAGTTATTTAATGTGACCATATTAAAT AGATAACCAGCCTAGATTAATAGGGACATAAAAAAAGCAACACAACAAAATGATATTTTA TCAAGGACAAACCCAAACTTTTTGGATATATAACAACTATAATCACAATGATTACACAAA AGATCAACTACTTAAGGGTGTGTCCAATGGTCACTCAAAGTGATAATTAATTAGTGTGGT ATGGTTCAAACGTCAACAGAGATAAAATAATTATGAATTAAATTACTTAATATCATGATT AATACAAACTAACAATTATATAATGATATATAGTAAAGTAGTACTGTGCCCCTTAAAAAA TCAGATCTACATAGAAAGAGACGTATTGTATACCTAATTAAATAATAAACGTGTGTCATT TGTAAATAATTTTTCTAGCCTAGCCAGTGATTGTCAATTTAAAACGTATGGAAATATAGC GTAGAGTAATGTAGGTGGAATCCATTAGTTTTGATATGTGAACGGCCCAAAATTCGAAAA CTTCTAATGGACTTTGAGCAAAGGAGGCATAATTTTTTGGAAAAACTATTTTTAATATTT TCTTACTCTTTTATTAATATTCAAAAATTTCTTTTTTACATCTAATGATATTTAACTGAC TTTTTATGTTGGAACTCAAAACTATAATTTAACCGACTTTTTTACACCCAATGGAAGGTC TAGTTTTGAGTTCAACGTAAAAAGTCAGTTAAGTATCATTGAATGTAAAAAAAAGAATTT TTAAATTTTAATAAAAAAGTAAGAAAATATTAAAAATAGGTAAAATAAAGTTGTCTAGCT TAGTAATTTTTCCTTATATGTAACATTCAAAAGATACTTCTTATATCAATCCAAGCGACT CTTAATCTAACTTTGGACCCAATAATATGAAGTTTGGGCCGGTATTCTGAAGTAAGGCCT TATTAAACTTCAGAATGAGGAAGACGTATCGGCCCATGAGATATCTCTAGTACTATTACC TTATTAAACGTCTAATAAATTCCTTTTAATTATTACACAATACCTATTTCTGAAAATTAA ATTAAAAACAATTTTCAGTTTAATTTAGAGCTCAGAGAATTGTTGAAATGGGACAGGAGA GTACTAATATTTGTTGGGAGGCGGATGAATATAATCATATAAATATTGAATTATATATTA TTATTTTTTTGAAAGTTCGAAATTAAAAAAATAGTTATGTTAAAAGGAGTGAAATTAAAT CTCACACCAATTTTTAGTTAAATTACAATAACGTCTAACATAGTCCTACAAAATGAAATG TAAAGTTGCTAAAATACTTTAAATTTAAATTTGTTATTTTTGATATACTCAAATAATTAT TTTTTAGTCTAAAATAGTCCATTAAAAAAAGTGGTAGTAGAAATAATAATAACAAAAGCA ACATATTCTAACAAAAACAATAAATAATGACACAATAATTACTATAATTAGATAATATGT TATTCAAAGTATAAAATAACAAATAATAACATAAATTAAAGGGAAATGGTCAAAATTGTC CCTGAACTATGTGAAATAAACCACTTATATCATCCATTACATTCTAGGATCAAAAATATC CATGTCGTTATCCTAAGAGACCACAAATACAGTCAAGAGTTAACACCTCAATTTTTTAGT TATGTGGCATGCCATATGAGATTAATCCCTCCACCTAAAGTTGCCAACTAAGATTCACCG CAAAAGAACATTACATTTAGTGGCGACAAAGTTTCCATAAAATTCCAAAATATTATCACT GAAGGTTATGAGTGATTTTTAGTGATGACTAAGGTTCCAACAAACATTCGCTAGTAAAAC TTATTTTTTCAACAAGAAAAATATGATAATCAATTTTAGATTGCAACCTAATTTTCTAAT AATAACTTGCAAAATCAATATTAAAAATACCCAATATTATTACGAAAATCATGAAAATTT CTTCTCAATTCACATCTCCTACTATATAATGCATCATTGTACATTTTATACATTTACATA TAACATAAAAATAAATCATACAGTGTCTTCAAACTCCTACTTAATCGATATCATTTTTGT TTTTTAAAAAATAATGAAGAAAAAAAACACAAAATTAGAATTTAATGTTATAAACTTTTA GTGACGATTTTTCGGTCTTTTGTGACGATTATTGTCGTTGCTAAAAGTCTATTTCTTTTG TAGTGGATCCTAATTGGAAATGCTTAGGTGGAGTGATTAATCCCACATGGCTTGCCATGT CAATAAAAACATGGAGTTTTAACTCTTGATGGTATATGTGGTTCTAAGGATAATAGCAGA GTATTTTTTTATTTCAAAATGTAACAAGTGGTATAAATGGTCTATTTCACATAGTTCAGA AGTAATTTTGACCCTTTTCTCTAAATTAAATGACCATACACTGCATGAGACATGAGTAAT ATGACAATTATTGCTAATACTAGTATATAGGTGAATAAAAGACGATATACATAATTTTAA TTTATTTTTGGTATTATTAAAATTAGTAATACGAACAAAGTATTTGAATTAAACCTTTTA TTATGCTCAAATCTTTTAATTATTTGGGGAGGTACTATTTATTTGTTAAATGAAAATAAA TTTGCTCTTGGGAGTCTTTCGTGTGATGGATAAGACGAGTTAATCCTAAGATAATCTTTG AGTGGTCTTTAAATCATTATTTGATTGCAAAGGACGAGATAATTCATTATTTTCACTAGG GGTGGAATAGTAATGACATGATAAATTATGTAAAATAATAAAAATAGTCCCCTTAAACTT TATTTTGTGAACCACTTTTATATTTGTGTATATTAACATATCTTTTAACAACATTTATAA CAACATAACTACCTTAATTAGTCATTGTTCTTATGATAATGTATTTTCCTATTAAAAAAA TTACATTTTATAAATACAATTTCTATTTATGAATATATTATAAGTTGTATTATTTGCCTA ATTCTTATGATTATTTATATATTGAATTTCTCTTAAAATTGTTCATCCCACTATCAAAAT ACATACTTTTAATTAAATAGTTTATTACTCACTTAAAAATTATATTTTATATATCAATTA AGATATAGATAACTTTAACAATAAAAATTCTCTTATTTTAATAAACTTAAAATAAAAATT TTATTTTTAAGCTACATAAGATGAAAATTTCATTTTTAAGCTAAATAAGATAGATTTTTT TAAAAAGTAAATAAGATGAAAGTTTATTTTTTGAGTTAAATAAGATAAAACTTTAATTTT AAAAATACATGGCGCAATTATGAAACTATATACACAAAAAATATTTAAGCTAAATAAGAT AAAAATAATTTTAAAAATACACGACAATATTATTTAAAAAACAGGTGACACAATCATGAT AATACACACAAAAATATTTAAACAAAATAAAATAAAAATTTTATTATAAAAAATAAATTA TTAAAGCTTGTAAAAAATATATAAAATAAACTAAATAAGAGAATATTTCTATAAGCAAAT TAAACGAGGAATGAAAACTAATCCAACCCAATTAGAGCCTAACTTATTCGAGCATAATTT ATCCATTATACCTAACTGATAAAAGCAGAACTTGTATTAAAACAAATCCATCCCTGGAAG TCGTTAAAGTAAAATCGCCGTTAATTTGTTTCTCCCTAACAGATAGCGCCGTTCATTTGT TTCTCCCTAGCAGAACCCTAGAGAGAGTGAGAGTATGGCGGACGAAGCTGAAGACGCTAT ATTGGCATATCTCAAAGACAACGATGAGATTTCAAATTCTGCAAAATTTGCTCAAGATTT TGGTTTTGGCCATGACGAGATCCTCAATGTCATACGCAGACTCCATGGATTTCGATTCGT GGATGCTCAGGTACTTTGTTCGTCTTTCTACTAGTTGAATTTTCGTTCTATCCTCTTTTG GTTAGGTTGCAGCTACGGATGCTTGTTTGACTCATGATAAACTTCAAATTTCAGTTTTTT CTCTATGCCGTAACTGCGGTATCTTGAGTAGTCTATGGAAAAGACCAGTCATTCATCCCC CATTGCAATCAATTGTTGCAATTTGGTCACTGTTTTAAAGTCTTTTTGTAGTACCTCGGG TTATGTCAAAGGAGATAAGACGCTTGCGGATTTTCCCGCAGAGTCAGAGAACCTGATTGA TGATGCTTTGCTAGATCACACCCCCATTACATATTATTTGGACTGCGTGGCTGGAAAGGA CATGTTATCCGAGGGAAAGATAGCATAGGCTTTACACAGTTTATTCTTTTAGTACGGGGC TATAAGGTAGAAATATGATTTGTGTTCATGGTTTTATTGAAGACATGAGGATGTAGTGGA GAAACTGTAACTTTCAGCTAGTTTTTACTCTACGCAGTAACATACTGGTACTGATTTTGA AAATAGTTTTGTTCTGCCTTTTTATGTAAAAACATCTGTACAAATGTTATAGCAAAGCAG GTCAATACCATATTAAGGCATTATGTGTAGGATCCAGGTTAATACATAGCACATTCCAGG GAAAATAGGCTTATGCAAATTGTTGGGAAATATGTCTAGTGCTCTCATCGCCTTCTTTGA GTCTAAGCTTCTCATCTCCATTCTTATCTCTATCATTAGTTATTCTTTATTTCAATATTT CCATTGTAATTGAGTAGTTTGAGTATTGCAATTAAGGTCTTAAAGTTGTAATTGTATTCC AATTCTCTTTGATATAGTGAGAAATTTGGTTTGTTACACTGGTGCTTTCATTGTTCGTAC TCCAAATGATAATGGTGGTATTAGACCGATTTAGTGGTGGCAACGAGCCAGAGGGTTGGA TTCTTCGGGCCGAGCAGTATTTCAACTACCTTGGTTCCCCCCAAAAGGACTGGCTACCTC TTCCTTGTTTCTACCTTGATGGTGAAGCTCTTACTTGGTTTACTTGGTTGCATAACAAGC AATTCTTTGATTGGAAGCATGTGATGGAAAAATTGCTCATGCAATTTCCACAATGAACCT TCATAGCTTCGTTGAGTATGGCAGGTACTTATCGTGCCTATTTTGACTATGAGCTTTATG CTACATTTGTTCCTCCGGCGACCTCTGCTGCTGCAGTTGTAGATCTAAGTCATGTCACAC ATTCATCTTACTTGGAAGATGACGTCACAAGTAGAAACACGGAGGTAGTCCATATGTTCG AGAAATTGCCTGAGAAGTATACCCATGTGGATTCCTTGGTATTGCTTACTGTAAGTAATG TTGAGATTGCAACTCTCCGCCTGGGCACTCCTCAAATTGGGAATGTAAAATCAGTAGAAT TAAATTTGGTACATGAACCTTCTTCCATCATCGAAGGTCAGGTGTTCAATGAAATTCCAT ACACAACTGTAAGCTCTGGCATTCCTGAACTTAATGATAGATTATAGATAAGGTCCCTAA CTAAGGTGTTAATGGATATGAAAGGATCTGATAGTGTGGATGAGGAAACTTTACAAGATA TGTTGCTTTTTTTGACAAATCTCCTCAAAAGGATGCATCTGGTACTCTGGCTTGCATGTG CAAATTATTGGCATAGTATATCCATTAGCAACTTGCGTAGTTTCTCTTGTTGGTCGAGAA GCCATGATGTCGAATCGACATCTCGAACAAGATATGCTAACGAGGTATGTAGTTGCTAAC TTTCTTGGTAGTGGCTCTCCTAAACGGACAGCTGATTTAGAGACATTTACAAGGATATGG AAGATTTATTTCTTGATAAATACTTCTTGGAGAATGAGAGTGCTATATCGATAAGTGCGA TGCATTCTGTTGGATTGCTTCTTGCCGCTGAAAGTAGAAAATCTATTGGGGGATTCAGTG GTCAGCATATTTTGAGCCAATCTCCATTTAATCTTGTTGCCGATTTCCTTCTGCTTATTG TAACCATTCCAATCACTGCAGTGGATCTTGGTGTATGAGATCTAGGAATAGGTTTCGGGT TATGGCTCTTAACCGTTTATATAAAGAACGTTAGGAACTACTATCGTTGGGATGTGTTGA CATGTTTTTCTTACTTGTGTATTCAAATCATATGAGTAGAATGTGGGATCCCGGACAATT AGGGTGTGTAAAGTCCTACTGGTTCAAGGGGTTCTCGGCAGTCGATAACTGCAATGCATT TACATGTCTTTTAAGAGCATATTCACGTTTCTTCAGTGAATATTATGCGGTAAAACATGA TGTTTTGGTGGCCAACTTCCAACAAACATCAGTGCTGCATCTTCGCTGTATCACGGCTTG TTAGCATGATACAAGTGTTGGAGGTAAAAGTTTTGTTTAATGTTGCAAAGGAAGATATGA ACCCACACCCAACTGTTTTCCAGAAGGCAGCTAACCAGTTGCACTTGAGCTCAAAAGTAT CCCAAGATGTCCATGCTCGCTATGGGGCGCTCAGCCTGCTCTTTACCAGAGGCACTTTGA TTATGGAAACTACCCCTACGCTGGACTGCAGAGAGGACAAACCACTCAGGATCTATCACG GATCACCTCAACTGCATCACCTGTGTTGGCGCAGGCTCCTCAAGAGAAAGGATCTGCAGC TTTTGCCACTGACTTTCTCATGGGTGAAGTTTCTGCTGCTGTATCAAAGACCCCTGCTGC CTCTATTGAGCGTGTGGAACTTTTGATCCAAAATCAAGATGAGAAGTTCAAGGCTGGTAG GCTCTCAAAACCATACAAGGGAATTCACGACTGTTTCGGGGTGACAATTAAGGAAGAATG GAACGAGAAGGGCATTGCAGCTCCTATTAGCCATCTGTGGCTAGAAAATATGACAAAGGT CCGTTATGTGTCTGCCAATAGTGCTTCGACAAGTTTGAGTTACATCATTAGGTGCATTGC TCTTTCGGACACATCTCATATTAATACACGTCTTTGCCATGTTAATCAGCAGCTAAGAAA GAATGATGCAACCATGTCTATAATACTCCAGGCTGCCAACCAAGTTGCTTGGTTGTTGCT TACCAACCTTACTATACTAGGGGATGCTTATGCCTACTCGAACCTTGAGGACAAGGTTCT TATTGAGGTTGGGGGTATTGTTATGAATGAGCCGAGACCAGTTATAGCAAAGCAGCCCAA TACCATATTAAGGGGTTATGTGTGGGATCCAGGTTAATAAATAGCACGTTCCAGGAAAAA TAGGCTTATGCTAAGTGTTGGAAAAAACGTCTAGTGCTCTCATCCCCTTTCTTTGAGTCT AAACTTCTCATCTCCATTCTTATCTCTATCCTTAGTTACTTGTAATTTCAATATTTCCGA TGTAATTGAGTAGTTTGAGTATTGCTATCAAGGTCTTGAAGTTGTAATTGTATGCCGATT CTCTTTTTAATATAGTGAGAAATTTGGGTGTGTTACACTAGCTTGAACGAATGTGAAATA ATATTTGAATTTGTTGAATTGTGCAGGACATTAGGAGAGAGAGATGGGTGCTTACTGAAG AGGGGAAAACTTATGCTGCTGTAGGTTCTCCTGAATTTCAGCTTTTCTCAGCAGTACCAC CGGAGGGAATTGCGCGGGAAGAGTTGCAGGTTGCAGAGTATTTGGTTTTTAGTGTATTTA CTAAGTTTTTTTTTTCATGCGCTATTTCAGATTGCTTTTACATCAAACATTACAAAATTC TTTAATTTGTGAGCTCTCTTTTGACTAATGGCCTATCTGGATGCAGAAAAAATTGGATCC TGCAGTTTATAAAATTGGTTGCCAGCAAGCTATAAAGAACAAGTGGGTGGAGATGGCAAA GACACATGTCTCAAGGAAGGTAGTTTAATTTTTCTAATTTTATTTTATTTTATCGGAAGT GTACTTTTGCTCATTCTCCTCTGTATGTCTAATATATCATTCTTGTTATGACCACAGTTT TTTCAATTGATGAAAAACTGCACCTTCTCCCAATCCTTGCCTAAAACAAAATTTTATAAC CTTTGGTACCAAAAAATTATTCCCTTGTTAAGCTTACTTCTTTGTTGCTTGAACGTCTCT CATTTGGAGTTGCTTATCTCTGCCTCTCACGCGTAATTCATTTTGATAGGTAGTAGTAGT ATTCCTGTCTTTGCAACTTTTATTTTGTTTTTAACCTCATTCTACTTAAAAGTTTTTCAC ACTATCACAATTGACTTTCTTCTCCTATCCCTTCTACTTGAGCTTGTAAGTGCTAAACTA TATCTTTACAACCATCCTGAAGATTAGGACCTAAGTGTCTCCAATACTTGAGAGCAAAAT ATGTGGAAATCTATGAGTAGCGACCCTTTTGCTGAAAGTTCTTTTTCGTGACCCTTCTGC TATAATCTTTTTCTTTAGAGAAAAGAGGTGAGATAAATGGATAAGTCTCATCATATGACC TTGCTTAATTGATGAATAGCAGTTTATCTGTTCCTTGATCCACAGTGGTTCTTGCTTGGG GGACTAGGGTAGTCAAATTATGAGGAATCCCCTCATGCTTGACAATGACCATGAAGGTCT GAAAAAGCCTTTATTACTTGCTTAGTAACGTGCCATTTCTAGCCTATACTCAACATTATT AAACAGTAATTGTTCCCTTGTGGCGGTTCCAGGATTTTTCTGTTTCTCCTTCTATGTTTT GTTGCTGGTTATTTGTTTGCCATCTACTTCAGTTTATAGCACGTGGCCTTCTTTTGTTTT ACTGTTTCCTTTCCTTATCAATATATGTTGAATGAGGTCTCTGAGAGCTATAATGTAGAG GCAGCAAGGGAAGGTGACATCAACATGTGGTTATTTTAATATTTCTTACAGGGCTGCCTT TTAGTCTATTTGTTGACTTCATGTAGGTCCAACATGCTGATGACAAAGTTAAAAATTTGC TGTTGCGGATACAAAATGACGAGGTATATAGTTTGTAGCCAGTGGTTATCTTATTCCCCA ACCCTTCACTTTTTGCTCACCTTTCTTCTTTACTGATAGCTCTCCTCCCACACAGGAAAT TAGTTATGGTTTTTGTAGCTAGTTGACTATTATATTAATCAATTTGACTGTAACAAAGCA ATGCTTTGCAGGCTGTCAATCAGGAGGATATTGATGCTCTAAAGCGAAGAAAACTAATAA TTCAGCAGTAATTATCTATTCTTTAATATCCTTTCCCCAGCACTTGATATTTACAGGATG TAATCTCACAGTTACTAATACATATTCCAAATGCTGGTTCTTAAATATGTTTCTTACTGC TGCTCTTTCTAGGGTTTGGAAAGGAAATTCCGTAAGAAAAGGTCCCGAATATGCCCCAAA AAGGAAAAGAGCAGCGACTGATCTCACTCGAGAAAATTTACAGAGGTAACTTTCCGACTC ATTTGGAAAGAAAAAACTGTTAGTTCCTGTAAAAAGATAGCTAAGTCATTCAGTCATGCG CACAGCTCGGGTTAAATTACTGGAAAAACTAGTATTTTGGAATGTGACAGTCAACTTAAG GATAGTGCCTGAATAGGGAATTTGTATCAATTGCCAAGGCATTTGGTAAATGCTCTATAA TTTAATCAAACACCAAAAATTGATGGAGTTTGACATTGTTTTTGAGTTTGAGAAGTCCCT ACGTGTGGATCTCCAGGAAAGTGTACTTTTTTAGCTTCTTCTTCAGATTCTAACTCTAGT ACTTATGCTTCAGAGTTTCGACTGTCCTGGAGTTTCACATGTAGGATATTCAAACTCCAA GACAATGTGCTCGAGGCTCGAGCTTATTTGTGTTTTAGCTTTTAGAGTTTTTACTTCCAC ATTTCTACCAGTTTTCACATGTGGTCTGTTTTTCAATTACTAGTCAAAAAAGTGGACAGC ACTTAGTATTTTTATGTATAAAAAACAAAACAAATTCATGGGCTGGGTAAATGGGAAAAG TTGCAATATGCAGTTTTCACTGATGGTTTCGGAGTACTCAATATTTATTTCATACAAACT AACGTGTTTGAATAATTAATCTAAGTAGGGATCCACTAATTCCATGATGGACGAAGCATT TAGTTTGTGTTCTAATTAACATATGTTGCTTGTTCTTTTCAAGGGGTGACTGGAAGGAAT TGGAATTTAAAGAGTACAACTTCAGTGCTAAAGGTCAGCCAGTTGAAGGTGGCCATCTTC ATCCATTGCTCAAGGCGTGTTTTGGTTCCCTTTTTCATTATTGATTGTGACCTTAAATTG ATTTTCTTTCTGTTAGCTAACTGAGGCCAAATTTTCTTCCCTCACGTGTTGATTAAATCT TACCATCTTGTTGCAGGTTAGGCGGCAGGTACAAACAATTTTTCTTAATATGGGGTATGA CTAAATGACCTTTTCTTGTGTCTATATATGGAGACTCTGTAAATGCATGTGTATAGATGA ATGTGTCTATATATATATATTTAATTATTTATTTGGAAATTCTCTGTAGTGGACTGTAAG TGCAACATTTCATTTGAATTATGCAGGTTTGAGGAGATGCCAACGAATAATTATGTCGAA AGCAGGTAAGCTATTATTTATTTTGTTAGTCTTTTCCCCAGTCATAAATACAAGTGAGCC CTTCATTGATGGAACATCTTCCCAAAGTAAAAAGTTGTTAGGCTATATGAAATAACTGAA CTAGGAAAATGGCACATCTCCTAGTCATTTTACTTTTATCTGAATAATTGGAGGGGAAAT CTTCTTTGCATGACTCTTTGATAAGAGGTTGATATGTAAGTATTTTGAATCAAGCCCACT TTATCCTCCATTAGAGAAACATGTTTTGGCTGCTGTCATTTTACTTGCTAAAGTTCCTAC TTCATGATACATAACAGTTTCAAAGTACCTCTTCTGTAGACCAATTTCTAAACACTATTT TTTCATGTTGAACATTCATGAGCTTCTGATGGTAAACAGTCACATTTATTGAAGATGGAT GGTAAAATATAGCTATTCAATATTCATGAGCTTTCAAGCTCAAACTGATGGTAAACCATA CATTTCACAATGTAATCCATTTAGGAGTCTTCTCTGGTTATAGCTAATGGTTATTTGTGC ACTGTCATGTTCTCTAGTAAAAATTGTTAGGATATGTATTTGTTTGAATTCTTGTCAAAG AAGTATATGTTAATGTGGTTTGCAGTTTTTGGAATTTCGATGCACTTTTCCAGCCCCAAC AGCACCCTGCCCGTGATTCACATGATACTTTCTTTTTGAAAGGTAAGTTTGAGTTTACAT TTTACTGCCTCATCTGAGTTTCTTCTAATGAATTATTTGTTTGAATATAGTACCTTCCTC TACAAAGATGCTTCCAGAAGATTATGTTGAGCGGGTAAAAGAAATTCATGAATCTGGTGG TTACCAATCTAGGGGGTATGGTATTCAATGTCACTCACACTTATCAAGGTTTTGACGTTT CTATACTCAGTATTTAACAGTTCTTCTTGCTTAGATATGGGTATGATTGGAAAAGAGAGG AAGCGAACAAGAATCTTTTGCGGACACACACTACTGCTGTTTCGTCAAGAATGTTGTATG CATTAGCGAAGGTCCAAATGATTCACCATATCCAGAATCATCGTTTCATATATTAATTTT ACTTATTGCATTTCAAACCTGTGTTATACATTATTGCAGAAGCCATTCGCCCCCAAGAAA TACTATTCTATTGATCGTGTTTTCAGAAATGAAGCAGTTGATCGAACACATCTTGCTGAA TTTCATCAGATAGAAGGTTGCTATATAGTTATACAAATTTCGTGTCACTCATGTTTTCCG GTTCCTTGATATATTTTTTTTCTTCTCTTGTTCTTCCGCGGTACCAAACCTTTAGCTCAG ATAGACACTGGTCCTTGAAGTGCCAGCAAAACTGATTTATCATCCCAAGTCCCAACTACT GGTTGAATTCCTCATAGTAGAATTATAATGAGCTGTGCTTTAGATACTTTATGAACATTG GTTTGGTTTCTGTTTTAGGTTGGAAAAGTAGGGAATACTGAAGAGTATTTCTGTTTCTTA CTATGACAGCACATTATCAACGAGCCAATACCCCTCTTGACATATGACAATTAGGGTGCA GTTTGGTTCACATGCTTATTATACAAGGATCGTTACATGAATAATGATGTAGGAATTGTT ATATGGTGAATAATAATTACATTACATGGATTGTTTTTTAGAGATTGTCAACTTTAAGGG GTCTTCAGATATGCTTATTCCACTTCTTCATGCATAAATTTTCGCATGAGTGGTGTTAGC AAGTATAGATTGATACAGTCTAACCACTGTATAAGTTATCTACTAGTTCTATACTGAAAA CCAAATGTTGTGTTTGTTATACAAAGCTTTAATTAGCAATTCAGAGTTTTATGCCATAAA CCAAATGTTACACACACTTCCCTTTAACTCAAAAGACTTCTCTATACTATTTATTCTGTA CTGTAGGTGATTACAACGCCAATATGTGGCTTTAGGGTATTCGTTTCATAGCTCTTACTA CTTGTGTTGAACTCTGTGTTAGGTAGTACTGTAAGTAAAACTTATTCTTTGTTACACTTT ATCCTGTTAACAGTTCCATGAACATATTGTCATGGTTTCTTATTCCAGGTTTAATATGTG ATCGTGGACTCACTCTTGGTGACCTGATTGGTGTTCTTCATGACTTCTTTTCTCGTCTAG GTGACCAACTACCACTGTGCTTGTATTCGTGCTTATGTTCTATGTTTTAGTACATCAATG TTTGCTCAAGCCTTGGTCTCATAGAAAAGATAAAGCTTGCATTGGTATCACGTCCAACTC ATTTACATGAGCTCTTAATTATGAGAGGGCTAATTAGTGGTCTACTTTTCTTTTTCTAAT TACAGGAATGTCCAAGCTTCGGTTCAAACCTGCTTATAACCCTTATACTGAGCCCAGCAT GGAAATTTTCAGGTTGTAGTAATATCTTTAATGTAAATACACAATTGTTCAACTCTGCAT TAATGTCATCATATCCTTTTGTTTTGTCAGCTACCATGAAGGCTTTAAGAAATGGGTAGA AGTTGGAAATTCTGGTATGTTTAGGCCTGAAATGCTTCTTCCTATGGGTCTGCCAGAAGA TGTTCGGGTTATTGCCTGGGGCCTTTCCCTTGAGAGGTATACAATCTGTTAACAGCAACA TGTTCTTATTTATAAATTAAAACTAACTTCTTGTACCTATGTTGCTGGGCGGTATTGATA TAAGTGGGAGTTGTTTGTATGTTTGAACTTATTAGTTATTAAACCTGTAAGGAGAACTGT TAACCATAGTAAAGCCACACTAGTCTGCATTATTTTCTTCACTCAAAGTTTATGTGTACC TGCGAAGTATCTATCTTGTGCAAACACGGGATAGTTAAATGCTCTAGGTTTGAACTTTGG ATCATTAGCCTGCTTTTTTAGTTGCAAGTTGGAGAGGTTTGTGGCATAACAGAATTAGGT CCCAAGAGTAGTAAAAGGTATCAGTTCGTTTTTGGTGTCACTCCAAGTTAACTGCTGAAA AGTTGAAAGCCTCAACCACTTAGGTTCTCTCTCAGCAATGCTTGCAATAGTTTCTGACTG ATTATTGCAATTCTTGCTAGTTGACAGATTGTAAGTCGTCTCTTAGTGTAGCTGCAGTTA TTTGCGGGACTTAGAAATGTGACCAAGATAGAAAAGAGAATTAAGGGGGTGGGGAGGGAG AGAGAGAAAAGGGACTATGGGCTGGTAATTAACGTGACCGGAGTAGCTGATTGTGGTTGA ATTACCACAAGGGAGGGGAGCAGAGGGTAGATATGGTCTCTTTGTTGGTTTAGATTGCAC TGTTGACAAGAATGTATCATTGAATCTGTAATTCGAAATACCTGGGGTGTTGTGTAAAAT CTATATTGGGCATTTCATGTAATGAAATTATGTTCACATGTTATTTTACTTGTCTTCGTG CACCAGGCCCACCATGATTCTCTACGGAATTGACAACATCAGAGATCTTTTTGGTCCCAA GGTATAATTGGCACTTCGGTGATTAACTGCGGTACAATTTCTCAGCGATGTCAATGTTTG ACCTTGTTCTTTTTTCTTTTTGCAGGTGGATCTAGGTCTCATCAAAAGAAACCCAATATG CCGGCTTGGACTTTAGTAATACAGCATTTTTGACTCTGCTGGGCAATAAAGTTGAGATGA AATTTTTCTGCTGGGAAGTCTAAGTTGAGATCATTTATTTACAATGGGAGGATTCTTGCC GATATTTGATCGTAGATGTTTTTTGTTGATACAAATGTGAAGATTAAATATCAGATCGGA GGACGCACTATATACAAGTTTCTTGATGTTATATCTAAATTTAGTCCCTTCAATATACTT ATTTTGGGTATCTAAGGACAGGTTGTTGATACGAGTGTTGCTGCTCCTTGAATCAATGAC ATTAACTCAAATGAGTATAATATATCTCTCCCAAACACTTCTATCTTTAATGCATTCAAG CTCTCGTATAAATTAGTTGGGATAGTGAATCATTTGTTCCTGTCTAGACAATGTCGACTT CTTGAAATTTATAATATGCAGATGTAGTTTGCTTGTTTTTCATATTTTTTCTATCAAGAA ACATTCGAATCTTCCTTATTGACTCACTCTTACAAGTTAATTTCCATGTAATATATGTAG ATATTAAGTGGAACGCATCAATAAAATGGTCAAAATGGAAACCTCTATGTATCTTAAAAG TGAAGTTTAGAATGAAAAGGCCTGATTTGATTACAAAGACTCTTTCATGTCAAGAGAACT TGTAACTAGTGAAGTATAATCCTCCGTGTTTTAAAATAAAGATCTCTTAACAAAAAAAAC TTGATTCAGACTCATGACGCTTAACAGAACGAGGAAGAGTCTGCTTGCTTTGACGCAATA ATTTAAGTTAATGGTTCATATATAACACCTGCTACCAGCTATAAGATGTATGAAAGATAC TCATAATGTACACTGGTTTGCTTCCAAGTGAACACTTGCGGATGGAGTATCTAAGGGGGT TATGGACATAGGGCACAAGTACTGGAATGATGCATCATCCTACTAAAGGAGCTGAAATAA TATAATTGTCACGCTAAATATTCTTCAGCAAGTTCAAAAAGCAACCAAAAACAATAAACA CAACTCATGAATAAAACTTCACATCATCAACCCAAATTCAGCTTCAGCTATAAGTTTACC AGTACAACAATACATCAGTAATATATATCGCCCACAGCTAACACTCGTTCATGCCTGTAG TATCAGTATCTTGATCGTCTCCTACTGCAATATCAGCTCATGTAAGTCATCTAGCACATC AAAAACCAAAAGGCAAAATATACAATCGGGACTCACCGAGGTGAACGAGACCGGGAAATG GAACGAGAAAGAGAGCGTGAACTGGAGTGAGAATGCGAAGGCGAATGTGAGCAAGAGTGA GTGCGCGACCGTGAGCCAGACCTTGAACGTGAGCGATATCTACGAGAACTCCTTTCTCTG CTGGGACTCCGGCTACGTCGATGCCTTCATCCATTTTACAGAAGAGATTCATGATGAGAA AGTCAACCAACTTTTTCTTTAAAAACGAACAGAAGAATAGACGCTGCTAAATATTATTCA ATTTGAGTGCAGAACTAAAACTAGATAACCTGAGAAAGAAAAAGATCAGTGTATATAACA GGTAATCATTAGTGGGGGAGCAGAAAATGAACTCCTGCCTAACAGGGGCAAGGTGACAGC GGAACTTCAAATTTTTCTTCTAAAGATGTTTTCTGTAAGTTGGGCAATGTTAGAAGCTTC TTCCGATCCAGAAACTGAGGAACCAAACGCTGCTGAAGGATTCAAGAAGTCTACTGACTA GGTTGCCAAATGGGAAGGGGTTAAACGGGTTGAGTAATTGAACTGATCTACCTGAACATC CATATTTTTGCTTGGGCCAAAGTGGGTTAAGTTCAGTATAGAGCAGCAACGGGTCATAAC TCAACTCGTCCAACTCAAATCATAAACAGAAAACTACATCCATGCCCGTGTATCAACAGA AACTGCAGAATGGTTCAACAAACACTCGACAACTATCTAACCACATACTTTGGTCTGCAT TCCCCCAAGAATGCAAGCGCAAGCAATAATGTTCTCCTGCACTTCTCCTTGACATTTCCT CTATCCCACTATACATAACATTAAGTTATTAGGATTGATAAATTTTTTCTTGATTAGAAA ACAATCTCAACTGAAACACCCAACTTTACCGTACAAGTTTTTCAAACATTTGTAGTCCTA CTAATTATAGAATGTCATTTTCCAGTACATTAATGTAATTTTTAAAACCATTAATTTTGT TCTAAAAGAACATGGAAATTAGTGGCTGATTCACACTACATCTAGGAGTCCACCAACAAA TGAAACAAGCACGTCTTTTCCAGTTTCATTGACCCGATGTGGTATTCCCAAGATCATACC TACGGTATTATGAAAACACGTAAGGGCAAAGCCTGATCATGGTGATTATTTGGTTAGGAT ATATCTATCTTGGTTTGGATTATCAAAATAGATTGCGGTGGCTCCTAAAGTGAAGAAAGC CACTTTCTAATCAATTACGACTCCTCACTCAGATATAGATATTGATAGTGTCCGTGAAGT TCTCGGCTCTTCAAGGCACACCAAACTCAGGTTTAAAAGCTAATGTGTTTTCATCCCTTT CTTCGGAAACCTATGAAAGAGGACATTCTTAACCCCTACCCCTATAGGAATCCCCCACTA GAGGGACCGCCAACGTACGCTTATGCAAAAGGATCATTCTAACGACCCCTGCCATGGATC CACTCCGCCCGACTTATCTTTCTCCATCTGAACAATAGGAATTCCTTAACTTAAGCAGTA TTTTTCTCAAATAAAATCAACTCTCTACTTTTTTTTTTTCGAGTTTGTTACGAGCTCAAA TGTGACTTCTCCATCAGACAACAACAAATGCATTTTGAAAGAAAAACAAACAAATGCCTA CTCCCTTTTCAGTCCATTACTTCGACTACACCCCCACCACCCAAAAGAAAAGGAAAAAAA ATACAGACTCACATACTTAACTTCAAAAAATCAAGGACCAGTTTTTGAATGGCATCACCC CTCGTCCAATTCTAAGCCAGCTCTATTAAAGGTTACATGTTCCCAACAGACAGAAAACAA ATCCTCAATATCACAAAATCCATGGAGAACAAACTTGAGGCACAGTTTATCCGGGATTTG TCTTCTGCTAAGTAGGTTAGGGATCTCAAATTTCTGATATTGACGGATCAAGAGCAGCTT TGATTTCAGAACTCTTTGAAAAAGTTTCACCAAAAGTAACACTGACGAGAGATGGAGATG CAGATGAAGACTAAAGGCTGAAGGGAGCTGTGCATGCATGCTTGCTGCAAGGAACAGAAG TGAACCAACAACTGAAGACAGCTTTAATTTAATGGTAGGTTAATCTTGTTTTAAGTTAAC CCTCAGTACCGAATTATTTGAAAAGTCAATATGATCTCAACCCATTTTAATTCATCTACT CTTTAGTTACTCCCCCACCAAACCACCGAACCTACAATAGGTTAGCCGTAAAGAAAATTA CAAAAGTTACCTACGTGAATAGTCGAGCAAACATTCTAGACGGGAATGACGGCCTCTAGT CCACTAGCATGCAACTTGTAGACAGTCATCACTCAATTTCTAATCAAGAAATTCAGAAAT CGCTTTCCATTAAGGAAGAAACAAGGAGAAAAGGTAAGGAACATTAGATCATCATCAACT CCGGCAAGACAATGTTTACTTCCGACAAATTCAACTCTCCTAAACATCAAAAACAGTATA ACAAAAAGGCTGAGCATTAGTACCTTCGAGGGGAACGGCTGTAACTTCTACTACGGCTTC GGCGACGATACCGGCTTACCCGGCTTGTCTCTGCCAGCTTTTCAAGCCTCTGTTTCTCTT GTTCTCTTTTCTTGGCAGTTTCAATAGCTGTATCTTTCTTGACTGCAAAACACATCAGTT AGGTAAAATGTACAACCCAATGTATGCAAACATGCATGCAACAATAAGTCCTAATTCTTG TTATATTGATGCATGCAGCACATTATTGAAGACAAACACATCACTCCTGAGATGCACATG AAGTAATGTATACTTTGTTTGTTCAATTGTTTGCTCATAATCCGCTTAAGTCTCTCCTGA GGTGTTTCCTTCTTTTCACCCTGCTGTTTAGAGAGACTTGAACTACTAGTTGTCTTGTTC AACTTAGATAGTGCTGAAGACGCACTGCCAAGACCAAAAAAGGGAGTACAAATTAGTAAC TGGTTTGTTTTTTAAGGAGACACATACACAAGCACAAACAAATATGTGGGGAAGGGAAAG AACAAACAGTCAAATAACCAGAAAGTGGAAGGGTGTTAGAATATGCACCTTGTTGGTGTT TTCAACATTTGGCCACTCTTATCCTTATCAATAGATACCCCAGATGCAGGATCTACATGG AGGGCCTCAAGAATACGACCAGTTGATGGCCTGCAGAAAAGTGAGATTTTAAACAAGAAA TGTTTCATGTTATCATGCAAACTGAACAGTGAAAATGGAGACTTGCTCCCTCTTCCCCTT GACAGTTATTCGAACAGGTGTAAATGGTGATATATTCTAAACCACATTAAGTTCCTCAGC TAACAAATGGATGAAAAGCTGCAGCAGAGAAAAGACTGTCCAATCTAGCTTTGCAAGAAT AAAAGGTCAAGTGCTCCGACCGGCTTAATGGATCAGTTCGAGGTGGAGGAGATGGTGGTG GAGAATATCCTTCAACTTTAGGCTTGTTCTCATCATCTGCGCCACCAAATTCAGTAATAT ACTCTATCTTCGGAGTTCTTTCTTTGCCTTGGTAAATATCATCAGATTTGCCTCCACGTT CGTAGCGCCTTGAATGGGGAGGGGAGTATGAGAGAGACCTTGACCTGGATCTGCAGATGG AAAAATGATTAAAGCAACATTAGGAAGACCACTGGCCATTTAAAAGTGCATAAATAAAAT ATAAAAGATAAGAAACCTTCTGGAACGTGAATAAGCTTCATATGTCGGACTTCGACGAGA TTCACTGCATAAGAGGTAGAGAAAACAGAGTGAGCGAACAAGTCAAGTAACCTGACTTTA AGTATACACGAGTAAGTGTGATAGAAGCAAAAGAACTAAAGTACCGATAGGGATCATGAT GAAGAACTCTACTACCGGTAATACGGGCAGCTTCTCTTTCCCTCTCCCTTTCTAGTTGAG AAGCTTTTCTTCTCTCTTTGCGACTTAGCTTCCTCTGCAGAGGCATGATTAGTCTGATAC CACACTAAAATTTTGCAACAATCAAGTGTGCATCTAGCAAACTTACTATTGCAGGATCTC CCTTAATAACTTCTCTTTGCCTCCTTTCTTCCTCCTTGGCCTTTTTGTCCGTGTAGACAA GCCATCCATACCGTTTCACACCATAATCCTTGGCAATTGACTCCATCACTTCATCGTTGC TATCATCGCTGTTAAAATCTTCTTCTTCCTCATCATCATCGTCATCTTCATCTTCTTCTT CACCATCCGAAAAGTGAGCTTCATCTTTCCCCTCTCCATCATATGAGAAACCCACTTGTG AATACGACCCCTTGCTCACTGGAGGCTGAGAAAGCTGAGGTCTGCAATACCGAAATTTCA GAAAGCAACAAGTGCCTAGCAAATTAGACTATATAATGTAAAAACCCGGTTGAGAAGTGT TATATCAAAGTCCACCAAGAAAACACACAAACATATAACAAGTTTTAATTAATCGCAAAA CACTCGGAACTGAAACAATTCAAGACACAAAATATTACCAGTACAACTCTGTACTAACTT ATCATCTCTATAGTGAACATTTATTTAAGCATCAAAAATGACAATACCCATCCACAGAAG TATATTTTTGCCTTCACATTATAAAAGTTGATAGAAAGTGAAAAATAAAATAATAATAGT TGTGAAAGATAGTAAAAACCATACATTATAATAAAGGAAATGTCACACATGAAAATGATG AATATTAGACATCTAGGTTGTTAGAATACAAGAATGTTCTATATACTTTTTATACAGAGT GATTTTCTTTACTAGGAATATTAATAACAAACAAGGCAGAAGTCAGTTCTTCAATTTATT AATAAGCTAAATAATTTTATTAAAGATGGGGAAAGCCCATATACTACAAAAAGTGAGTTA ATACCTCATATGGTCACTCAACTATGCACTCTTCTCTCAGAAGTCACTCAACTTTCAATT TTCACTCAAAAGTCACTCAACTATGCACTTCTTTCTCAGAAAGTCACTCAACTTTGAATT TTAACTCAAAAGTCACTCAACTATCTACTCTTTCCTCAGAAAGTCACTCAACTATCCACT CTTTCCTCAAAAATCACTCAATCTATTAAATTATTTTTTAATTAAAATTTACTGATATTA ATTATTTATATAACAAACCAAAAATTTTAAAAAATAAATTAAATCATTTAGTGATCCACC CACCTAAAGATGGGGAAAGCCCATATACTACAAAAAGTAGAGAACCTATATCAAGATATA GTTCTCCCTACAAAAGAAACTCAAACTTCTATACATATAGGTATCTCATGGGTACACCAA AACAAGACACCAGAGGCTAATCTTCAATTACAAAAAATCATTGTCAACCCCTTCAAACAC TCTACTATTTTATTTATTTATTTTTTTGATAAGGTAAAGGTTTATTGACTAAGTACCAAG AAGGTACCAAAATCAAAAGTTACAAAAAGACTGCTGGGAATATCCATACAGTCAATTACA ACATCTCCCTGGCAGTTCCAAAAACTCCATATATTGATGTATATTATCAAGGAAACTACT TTAACACAAACAAAACAAATTATGTAAATACTTGTTTTTAACTCTAGATATATGGCCTTT ATGCCCATCAAAACAAGCTTTATTTCTTTCTAGCCAGATAGTCCAGAATATGCACAACGG TATAGTTCTCCAGATTTGCTTCAAAGCTTTGTGTGTTCTCTGGTGCTGCCAACTCTCCAT TAATTCCTCTACTATTTCTCACTTTCCATGTTAGGGGGGGGGGGATGGAGCAACACCCCA TCGATCCACCCCCTCAAGCATTATTTTCCTCTTTCAAAAGACCAACTGCGCAACTCTTCC TTCAAAGAGTTCTTTAATATCTTTGAGTTATGAGTGATTATCAACTCAAACAATAAAAAA AGAGTGATTATGCACTAATTAAATATTAAGCACTAGTTGCTACATTGTAGACACAACTTA AAGCAAACAAAATTCAGAACGCTACACAACATCAGTAATGAGATCAACAAGTTTGAATCA AATGGTTAAACCTAAATAGACTTAACTTTGGTCCAAGGCCATGGAGAATAGAAAACTCTC ACATTTTCTTCTTCCTTCTCTTATTTTATTGATCTTCGGCTCTTTGCAGAGTAGGGAGAG TGAACAAATGGCAACTAAAAGGCAAACGCTCTAAAGTGAAAAATAAGGACAGAAATAGAA ACCTGTCAGAGCCGAGCAGTGCAGTGGTTTTAGCCTCCATCTCCTGATTAACATGTTGCA TACCCTCTTCATCTTTAACTGTCAATAAATAGTGTTAACTTGCGCAGGAGAAAGTACCCC CGAAAAATTCACCGAACTATTTCTAAAAGCCTAATAAGAAAGAAATATCCTATAATGAAT AGCAAAATGTAAGGATAGTCAAAAAAAACAAAAAAGTACCGACATCCTCTACGCCGATGC TTAATTAAATCCCGATAACGCTGAAAATTAACAAACTCTTCTAGTTCTTCCTCTTCCTCT GTTCTTTCTGGGGCCCGACGATGTCGAGAACTAGGATCACGAATGAAATCAAGAAGAGCA CGGCCATCAAATCTGTCGGATAATAGTCAAAATGTCAATTATATGAAAAAGCGAAATCTC CTATGACAAAGTGTTCTATCACTGTAAGAGTTGTGGAGTGACCTGTCAATCAAAATGTCT TGTTTCCCATTCCAAGGTATCCTGATACATATATAAAGAAATAAGCACTTAAAAAAATAT GAAACCATTGTCAGCATGTAAATTTTATCTAAGTCAGAAAGAGAATGATAAGCATCACCA CATAAATCTTAACTAGTTTCAAATGTTCTGATAACTTTGGATCAGTAAACACCAAACCTT AGGAAATCATGATACTAAAATTCCTCAGCACAATAATAATACTTTTAGGATGATTGATTT CATCGGGAGAAAGAAGAGGCATATAGAAGTATAATATCAAACAATTTGAGCTTGAAAACA AGATGGTGGTATTATGACTTGCGTACTAATATCCTTATTATTAGACTATTGTTTTTACCG TAGGCCTGTACATTTCAACTCTTGAAAGCAATGACATTAAGATGGTGATTCCAACAAAAT CCTTACATGCGCCAGTGAGATGCGGACCAGAACAAGAAAATGTAATCAGAAATTTACCAA ACGAATTATCTTAGAAAAACATGAAGTTAAGAACCTAAATTGTAAACACCAAACAAGTAT AAAGAAGTAAAAAGTTAGTTCACTGCAAACACGCATCCTTGTGTAGTTAATGTCGTCTGT TTTCTATACAATAATTGAATAATCAATATCTACCATGTTTCATTGTATTGTACTTGTTGG TTCTTGCATTCCAAATGTATGAAACTTTCCATATTGAAGCATCTCAAACACTATTCCACT AATAATAAAATTCAGTGTCAACAGAGGTGAAGCCCTAGAATTACTTGAACGGAAAAACAA AAACATGAAAATAAGATCATACATTCCCTGCTGATCCTCGGTGGCTTGATAAAGAGCGTC GTCGCGGTAGATACGACAACGAGAGCCGATGGCTTGAATGGATTGCTGTGGATCACCACG GCGTTTAGCGAGATAGATGGCCCGTCTTTGAGCTCTCTTACGAGCAGCGTCCATCATATC GTGAACTTTCTTCTCCGACCTCCGAGCTTCATGCCACATCTTTCTCTTTCTTCTTCGGTC CTAATTTGCAGGTGAAGAATCGGAATTGGAAACCCTAACACCCTCCCTCACTCTCAATTT TAGGATACTTGTGTATTTGGGTGATTATCGCGTTCTTATTTTTGTTTGTCGCGGTGAAAT TACGCAAAAGGCCACCCAAAAGTTAATAGCGATACAATAGCTTATTTGTCCTTCTATTAA TATATATAATAAGTATATTATATAATATATAAATTTTAATTTTGCTTTTTTGTAATATGG GACTCAAGTGCATCTAATTTTTTGATTAATTAAAATATATGATTTTGGTCCCTTTTTTTT TAAGAAGGAAATGTATTTTATTTGAAATTGATTTTTTTTAAAATGTATAGCTCTTAAATA TAGGATGGATTTATAAAATTGATTTTCTAAAAAGAAAATTGAAAAAGGAAATATGACGAT TCTTCGTGATCTATTGGTTCAGGATTGAAATTCGTTCTTGAATTCTTGCCAAAGTTGGTG GCATTTTATTACTTTCTCCGTTTATTTTTAATTGTCGTAAAAAGTTTCTCCGTTTATTTT TAATTATCGTAAAAAGTTATAATTTACATACTTTTTATATAACTTTTGAATATTTAAAAT TTTTTATTTAAATATATTGAATTAATACGATCTAATTTAATTTTGTAATTTAATTTTGAA AATTACTCAAATTGACTTTCAAAAACCGGAACATAGCAATTAAAAATGAACGAAGAGAGT AGATTGAATAAAAATTTGATTTTAAACCCTTTAATTAAAATAAAAAAAAAAAAACAAATG ACATAAATCTCACTAGTTTAGATCCTAATTACTATGATTCCCAAAGATTTTGAATATTAC TTATTATACCAAATTTTGTCATTTGGATATGTGTATCAATCAGATACATATATCCGCAAT TTAAATATTTGAGATAATAATTTTGAATTAAATTTATTGTAACTAATATTATTGAGACTT AATTAACAACTCCAACATATCTACATATTTCTTAGTGTACCAATTTCAACAAGTCTTCCT ATAATTACGAGATCATAAAACTAAACTAATTCTCTAATGGTAAATTTCATTTTCTTGGCA TCAATTTGTTGTTTTCCTTGGATTATGAGTTTTTCAACAGTGGCCAATATCACTATATTA CTTTTCTATGTCATATTTTTTCATTTACATACTTGTCAGATATATGTAAATGTCGATTTG AATATTCGAGATACATATTAAAAATACTAAATTAATTGAAATTTAATATCTTAGATTCAT GGAAAGACATACATGATAATAATGTTACAATACTTACAAACTTCTACCTATAATGTTGAT TATCGAGATTCGATTTTGATAATTGAAGATGAAAACTTTGATTTGATTTGAGAGAACGAA AGGAAAGAGATAATAGAGCTAAGTGATGGAGGACGTGGGGTGGGGGTGACGAGAGTTACG GTTGGGTAAGGTGATTGGCAGGGGTATATTGTTGATGAGAGAGAAATTTTTCTAATTAAC AGGCCATAGTTTAGGTGCTTAAATGTAAAAGACAATTAATTAATCTCATTTTAAAGGAAT ATGACTATTTGGCCGTACTATTTGGCCGTATTACTAATCGTGTAGGGAATTTTGATTTAT TATTAGGAATTTTAGGTTTTTATTGGATAATGGGGAGTTTCGAATTTAGAGATTTATTCA AAATATTCTTTTAAAATATATGGTATAAAATATTAAAAAATGATAATATACGTAATTCGT TTGAAAATAGAGGTGAGATTAGTATACATGATGGTGATGTATACCTAATTAAGTAGTTTT TCATTAAAAAATTTGCTATACACTTATCCGTTAACTTTAATTAGTGATTCAATAAATATT TCATCAATTCAATAATGATTGTTCACTATTAACTTGACACATGCATTAAGAAACAATAAA TAATATGATAGTATTTATTAAATTACCCTGAAAATGTATTAGACGTGAATAATATTCAAT AGAAAAGATAAGATACAAAAGAATAAATTATCTCTTGATTTTTTAAACTAGAGAAATATC ATTGGACAATTATTCTTTAAAGTAAAGATGAAACAAAATAAGTGTATCAATGTAGTCTTA TACACAAGATACATGTCACAAGTCCTTGAAACCACTCACCAAATTATTTAAGAATTATAT ATAAAAATTAAATTTAAGATATTTCCTAAACTTAAATATTTTCGAGTAAGTTTATTTTCC ATGAAGATCGATTATTTAAATAAGTACACATACATAAATCCGTGTATGCATATGTATCCG TCCAATCAAAAAAATTATTAATGAATTAGAATTATATATCGCTATTTCTCAAATTTCTGG TTCGTTAATTTCAATATCTCTAATTTAACTTGTTTCGTCAGCAAAAGGAAAATGTATATA CAAAAAAGGCTAAATTATCAGTAGTAACTAACAAGTTTGTATTATTTACAAGTGTATATA AAAATATAATGTACTGTTATAGATTATAATAAGATGATTACATAGTGTGAACATTTTTTT TCCTTTTTGCCTAAAAGAGTAACAATTAAGTTGTTACGTTGTGAATTGTGATATATGGAA GTTGTACCTATCCTAATTGCGTTTCACATATTTGATAGTAGTTGTTGAGCTATCATGAAC TCCTCAATGTCAACCCACCCAAGCAATAATTTATTTTTATAATTGAATAATCTTACAAAC ATGCACTAAAGTTATGTCTTATTATTTATCACACATAATTACTTGTATTAAATATTTCAT GAATAATATATTTTAATAAAAAGATAACAATTTCTGTTCAAAAAAAAAAAACCAATGTTA GTAAATATTTCTCACCTAATAATTAATAAATGTACCGTTTATCCGTTACTAAATGGTGTT TGGAATATTGATATTATATTACAATAATATATCAAGTAATTATACAAAAAGAGTAAGAAA AATAATGTTTATACAAAATCTTATTTTATGATCTTATCTTACATAAGCGGAATAGATTAT TTTCAAAAATCGATATATATTATTTAAGTTAATTAATTATCACTGAATGTATGTACTTAA CCCATTCTAAGTCACTATATTTTTCTATATAATACTTTTTATTTAAATATTATTCGAATT GTTAGACTATTTTTTATAGTGCAGAATAAATAAATTGTTTGAAATTCAAGTGAATTTGTG AGACTCTCTTTTTATTTTTATATCCTCTCCCCATTCAATAAGATTGCTAATTACTCTACA TTTTCTATAAAAATGATTGTATTGAAAAGTAACCTTTCATTTGTGCTCTTAAATATTTTT CTTAAATATGCAATATTGTATTAATCGTTCAATTTGAAAAATAGAGAGAAACTAACTTTT TGTATTATTTAATTTTGCTATTAAATATTATTTAATATCTACATAGGAGTAACAATTTTT TCTAAAACACTAAACTATATATTTAAAGAGAAAGATAATATTTTTATTATTTATTAATAT TATTCTTGTTATTTATTTCTTATGGTTCATGCCAAGTCAATAGCGAAAAAATATTATTGG ATGGAGGGAGCTAATAAAATTGATACTTCCCGACATTATTTTTCTAGAATATATTTTTTG GATAAATTACCTATATACACATTTTTATTTTCCATAATTTCTATTATTCCCTATCATTTA AAAATATTTCTAAAATTCCTCTTTTTCTTTTCAAACCTATTGTTCCAGATACATAAAGTT ATACACATTTTTTTTCTATTTTACTCCTTATTTCACTCCCTCAACCTCTTCCTGTTTTTA TTCACTCTATCTCTTCCTATTTTCACTCCCTCAATCTTTACTTCCTTCATTTTTTAATTT TAAGATTTAATTCTCTCTATTTTCAATAATATCTCTCCACAAATATTTTCAAAACAACTC AAGTTTTCGCTTTACAATTTGTTTTCAAAAAATTACCGAATTCTCCTCCATTTTCACCTT CACAATATGCATAAGGGAAAGGTAAAAGATATGATGTATTCATATTGTTTCCTGCAAAAG AATCAGTTTTAGGAGATTCTTTTTTGCTGGTGAAACTACATTATGAAATGAAAAGCAGTC TCTACCAAATGTAACATGTATTAGGCGTTGCTATGTATATTCTACGGTTATTCAAATTTA GAAGAATATATTTCCATACACAATATCAAATTATATTCGTGATATATTTGTGAGCGAAGA AATCGAGGAAGGACACATGCTCGAGCTTTAAATCTATTGTTTTACAAATTTTCAAAATCT CTCATTTTTGCGCATTAAATTAATGTATTAGGGCATCAGATTAATGTATCTCATGCATTA AATTAATGTATCATGTATAAAATATAATGTATTTTACTTAACGATTAATGTATCAACGCT TATTTTAGTTATGATACGTAAATTCAAATTTATACTAAATGTATCTGATACATAACAATT ACCAAACAATAATGTATCGATCTCAAACAATTACTATAATGTATTTTTAAAAAAATTTAA AGTGTTGTATTTTTCAAATAAAATAACAGACATAAATAATAATGTTTCAAACACTATTTT TTTAGTTATGATACGTAAATTCAAATTTATACTAGATGTATCTTATACATAACAATAACC AAACAATAATCTATCGATCTCAAACTTATAATCTTATGGGCAACACTTACTTATTTGATG TATCTAGTTAAAATATAATATCTATCAATTCAATCGAAGGGATCTTCATAATTTCAAATA ATAATATATCATGTACTAATTTTTTAGTTATGATACGTAAATTTGAATTTATACTAAATA TATCCGTAATATAACAATTGTCAAATAATAATGTATTGATGTCAAACCTAAAATTTTATG GGCAACACTTTCTTATTTAGTGTACCAAGTTGAAATATAACACTTATAAATTTAAATTAA AAGGATCTTCATGATATATCTTCTCGAAAATTTTGATAATTTTTAATCAGAATTGAAAGA ATTTTCAATGAACTAGGAGAATAATTTTGAAATTCAAATTTTTGTCAATTTTGAACAAAA TGGAAAGGATCTTCAATGACTGGAGAAGAATTTAGAATCTCAAATTTTTTGATAATTTTG AATCAAAATCGAAAAGATATTTGATAAACTTGAAGATTTTTTAAAAAAGAAATCGTTTGT CCAACAACAATTCCATACAATCCTTTATAACTCATCCCGCTTTTCAAAATTTCGACAAAT TTTTTATGAAACAGAGAGAACGAGAACAAGAAGAAGAAACTTAATTTTTTGATTTTTTTG GATTGTTACACACTATAAGATTTTGAATTCTTGATAATAGTTTTGAATGGAATAACGTAA TTAGTGGAATCTTAATTTAATTTTCAATTTTCCCCTTAATTAGTGGAACAAATGGATACT ATGAGATCTTAAATTGATTTTAGATCTTTTTTCCCCTTAGTAAGTGCAACAGATTGATAC ATAATGTATCAACAATAATATATCCGGTTCCTTGTATGAAATATCTAAATATTATGGAAT TTATGTAATTATAAAAATAATAGGAATAAGTGATATTTATGTAAGTTATACTTTATTTTT AGTTGCCAAGTTTACACGAGATTAGTGGGTAAATGGATACCATAAAATTTTAAATTGATT TTACAGTTTTTTTCTCTTAATAAGTGCAACAGATTGATACATAATGTATCAAACAATAAT ATATTTAAATCCTCAATTATGTATCTGAAATATCAAAAAAATATTGAATTTAAGTAATTA TAAAAATAATAGGAGTAAGTGATATTTATGTAAGTTATGCTTTATTTTTAGTCGCCAAGT CTACACGAGATTAGTGGGTAACTTTGACAAAAGCAAGGGACTAATTAAAGAAAGTAAAAC ATCATTATGAGTTGGACCAACGAATACCTAGCGTGCAAGGCCCACAAGCCGATGTCATGT GGGCCCATTTTCGTTCTCTCTCCTAATATAAATCCTTTTTTCAAGCCTATTTTGAATCAC TATAACCTAGACGCCCGAGCCATCGGAGCTCCCCTCCACCCTCTCATAGGGGTTGGGTTG GTCGGGCTCTTTCCATGTCACACCCCACCGCAGCTCCGCTATCAGGACCACGCCTCTCAC AACCCTCGTCGTCGGCGATGTCTCCCTTGTACAAACAGAAATCTTGGTCACCGGACACGT TTCGCGACGAGGCGTGGCAGCGGCGGAAGGGTACCCACGGAAGCTGCCTCAAACGGCGGA GCAAGAGCGTTACCGATGAGGACTTTGATGAGATTAAGGCCTGTATCGAATTAGGGTTTG GATTTGATTCGCCAGAAATGGATCAGCGATTGTCTGATACTTTTCCGGCGTATGACCTGT TTTACGCCGTGAATAAACAATACACCGACACTCTTTCAAAGACTTCCTCTGTATCATCGG TCATCTCCAATTGCGAGTCAACCCTTCCTCCCGTCAGTCCCCACACCATTGTCTTTCCAG GTAAATTCTAAAAACCTTCATTATTTCAAAATCATTACATCAGAATGTTCAACACAAATT CCATTCCTATTCAACTTTCGTAAATTCGTTTACATTTTGACATGAGGTTACCTTTCGATT ACAGAAAATTCCTGAGTTTGTTAATTTTCCTTATTGAGTTGAATAGCAATGCATAATTTT ATTCTTGATAAGGTTCAGAAAATTGAACGTATGGTTGCTAATATTTGAAAAAAAAAAAAT GAATGTAGGAGATAATCCACAGGCAGTGAAGACAAGGTTGCGGCAATGGGCACAGGTGGT TGCGTGTGTGGTGCGTCAATCTTCGTATTAATGGAAGCTGCATATATTGAATGAATAAGA AGATGATGGTAATTTGTTGTGTACCAGTACTATTGTTTTTCAGGGCAAAAAAGATTAACT CATACTTAATTTGAAAAAGTAATTATAGTTAAGATTGATTGAATATCAACCTATTCAATC TTGGCGACTAATAGTCTGTTGATATGATTTTTATTAGTATGATGATTGTGTTGCAACCAC ATATACAGCTGGTCCATCTTAATTAATTGCTAGTAGCTTTGTTTGTTGATATTTCCATCA TTTGTAACATCATCCAGCAAGTGGGACATGACTTGTTCTTCTTTAATTTGAAAGACTCAC TTTTCTCTTTGGAATGCTTTGTTCTTTTGCCTAGATTGTCTTGTGCACTAAGAAAATATC AAAAAGTTGTTTCTTTAGCTGATTTGTTAATACAATGGCATTTTATTGTGAGCTTAAAGA AAGAAAAGGTTCTCTTTGCCTTGATGCTTAGAAGTTACTACTTCTCAATTCTTCTTTTAG TTGAGGGACCTTGCTTTCTGGGATTTTGATATTCTTCCTTCAAGCTTTTCCTCTGTAATA TGCAAATATCTTTATTTTATTATTCTGATTCGTGTTTTTGAAATATTGTTATTCATTACT TACAATCAATTCAAGCTAGTTCAATTTTGACATCATGTGTGGTTCATCTGCTTTTGACTC TTCAAACCTTATTTTAAGGTTACAATGAACTGGTGTTTAAGAGATTATTCTCTATTGTTA TCTTTTCAATCGCGAGCGTGGTGAATTCTTTTTTTCATGTACGAACTTTGGAAATGCTTC ACTCATGCAAAATGAACATTTTTAACGATCCTTTGCTCTACATAGATCTTCCATTGATGG TATTAGATGACAGGCCTATATAACAAGGGAAATGAACATTTTTATAGTTGATACGTTTTT AATGTTTTGATATTGAGTCAAAAGTAATTTACGATCGAGAAAGTAAGTTATCCCTCAAAT GTTGTTTAATAGATCAAAATATGATAAGTTATTTATCAAATAGTTTTCACGTTAAAAGAC CACCTGAGACATTTACCAAATTTAAAACTGTCAGTGTTTATTGTCCGACGTATTAACTGT TTTCAAACATGTATATACATTGAATTAGTTATGTTAAAAAAAATATTAAAACTCTTTTAT CGTTTTTACATGCTTAATCTATTGATAGTTTGACATGAAATTTCACTTCGACACCCTAAC TGGATGAGGTTCATTTTAGATTAAACGACATTTGTTATTTGTATCAAAAACAATATTTAA ACTTTCACATATAACCACTTAAAAATAATTAATTACTCTCTATAGCTATAGTTTGATAAT TACAATTTGTAGCTACATGTTATTTGGAGGAGAGAGACGAGCGAGATTGGGAGAGAGAGG ACAGAGGCGAGAGAGAGGGGGGAAGAGTGGGACAAAGGTGAATTGTATATGTATATTGGT TAGATAATTGTATATTATACATATGTAATTGAATATATGGCAAGAGAGATTGGGAGAGGA AGGAGAGAGGCGAGCGAGACCGGGAGAGAGAGGAGAGACACGAGTGAGATTGAGAGAGGC GAGACGAGAGAGGGCAGAGAGGGGAATTGAATATGTATATAGGCTAAAAAATTGTATATT ATACATATTTATTGTATATCCTGGCGAATTGTACATACACAAACATGATTAATTATACAA ACTCGAAGTCAGCCCACGTAATTAATGTATAATGTTAGTCGCGAGTGAATATTATAGCAA ACTACAGTTATGATGAGTAATTAAATAGTATAAATTTATTTATCCGCATAATTTTCCTAA TATAAAAAGTAACCAAATAAGCCAATGCCATATCGATATTTGCCCACACAACCCCACCCT AAGCAGGAAAATACCCCATCCTCCTCTCGTCCCCCCCCCCCACCCCCCCCCCCCCCACAC ACACAACAATTGCATTCTCCAAATGCCTCTCAACTTGCAGAAGCGCACCCCTGTTCCTCC CCCGATTTTCGTCTCCAAATTCCTTTTTTGCAAAAACATCTTGGCACACGATCTCATGAA TAATTTAAATCTTGAAATGATTTATTTCTAAAGTTCTAAAAAATTTATCCATCATTTTTT AAAATTATTTTATTGTAACTATTTATATTCACCATAGTTGAGTGTTTAAGTTTGCAAGTA TGCAGAAATGGGGCTGAAAATGGGGAAGAAGAAAGAAGAAAACAAAAAAAATTACAAATC ACTAGTTTTTCACCCGCCAACGAGTGTATTACACTCACTAAGCTATGTAACTAAAAACTG TCAAAATGACACGATAAAAATCGACATGAAAAATCTAAAATAAATAACACCTAATTAAAA TATTTAAGTGAAATTTCGTGTTATCTTTAAGGACAACCTTTGCAAAATGTCTACGCAGGA TCATTAACCATCAGGAATGCATAGGTGGATTTAAGATTTTAATTGTCTGAGCTTTTAGTA GTCGGGTTTCAACTATGTACCAAGTCCACTTTATGTGTGTTGTGGGTTTCATAGTTCAAT ATTTTCAGCAATTTCAATAGATTATTCACATAAATAAATTTAGGTTGACTAAAATATAGT TCAAATGAATTTTAAATTTTTCTTCTAGATCATTTATGTATATCTATATTTGGTATCTGG AAAAATATATGGTTACTAATTAACCTCTCGATATCCCTAGAACATACACAAATGGTCATT GAATAACAATTATTTTGCTTGATTGGGCCTTATAATTGGAGCAAAGGAAGCCACTATATT TCTTTTCAAGCGTAAAGGCACGCTATAAATATGTCCCTTCGAACTCTATTTATTTTTATT CGTTTTATTTATTGTGAGTTAATTGTATAAATTTTGATTATCACTTAAAAATATTTTTTT CATTGTATTGATATAATGAGGATTGCATATTTGCATATATATATATATATATATATATAT ATATATATATTCTCTATTTTATACTAATTGGTCATTATACTAACTATAATATTCTAATAT TTATTTAGCATCTTAATAAATCAAAAAATTTAGTTAATCTTTTTCAATATTATCTTTTCA ATTAATTTTTTGTGAAGTTTTTTTTTTGTGTGTAAAGTTTTAAGAAATTTCTTTTTGATG ACTTAGTAAAATAATTTTTTTATTTATAACTTTTTTAATATTGCATAAAATGACAAATAA TCGATTAATATAAAATAAGGAGAATAGACGGTAGATATAGTGTCGGCAAGTTTTGTTTAC CACGTGTGAAATGTTGACTCTGAAAAAGATATTTTGAATAAATATCTTAATGAGTAAAAT TAGTCCATAACTTCTAACGAAAACCATGGTAATTGCCTTAAAAATGTTAAACATTTTTAA CATTTTTAAGGCCTAAGTTTATTTGGTGGTCAAATTGACGGAAAGTAAATTCTTTATTCT ACAAATCAAACGGGATTCGGAAACACATTGACGTAATTTAAATCATTGAAAAAATGCTAG ATTATAATTACCATAGTATTATTATAATTTATGTATATAACTATCAACTTGCACGTACGT GTTATATATATATTCCATGGCCGACTGGAAGGTTAATATTTTAATTAATTTAAACAACTA GAGAAGTGATAGGACGTAGTTTTCTGACTTACCAAATCAAAGTTGTAATGCTAACGCAAT ACAAGGGTGTTTTAGAAATTAAACATAATATGTAAAATCTCATGCAAATGGTTGATTATT TTGGTATACCAAACAAACTAAAAAACGTTAAAAAAAATTTTTAAAAAATCTTCTTTATAT TGGGAGGCATTGACATTTTATTAATGTGACGCCAAACTATACTTACAAATGCTCATCAGT TGGTACAATCCTTTGACGCTCAACGAGTACTAATGTGGTATTTTAACAACATTCCTGGTT AATTTGTCTACTAACAAACTATTAAATCAAGACATAGAATGGAAAAAAGTTTCATCACGA TTTTATATCGTATTAAATTACAATGTGATAAAAATAAATGAATGAATTAAAAACTTTTTT TAATCGAGCCGTTTGTTAAATTATGAAGTAATTATATAGAAAAAAGGTAATACAGGGGAA TTTATACTCATAGGGCTGTCTGGTCTCCAAATTGACCAGGAATAACAGCCAGTGTGAGAT ATGAAATAATATTGAAAAATAAATTGAAGAGTTAAATACTGTATGTAAAGCTTGATGTAA CTACCTACTGAATTCAACAAGTCTTCATTCTTAATTTTTGAAATTTCCAATTGTGGCGTT CAAACACAACTTATTAAATAACACCCATTTTCTTAAAAAAAAAAGAAAAGGAGTTTAATT TGTTTAAAAATTATAACGATGATTATTTTTTAAATTTGTTTAGCAGAGGCTATTTTTGCT TTTCAACATTAATCTATTCAACTAATTTAAATTCATACTATATAAACTCGAAAAAAAAAA TATCATACACTTGTTATCAAGAAGTTGTTTCAATCAAATCCTAGTGTACTACAACCTATA GTGGCCTCCTTATTAGATTTCTTTTGTTTGAATGATTTGATTTGTATGGGCAGAGTGAGT AGCTAGGGTCACTTTCACATAAACAAATTTTGTATGGAAACTCCTTAAAAAACATCTTTG AACATATAATATCCCATATATATCGCCTATTTTTTCGATGATTGATCAGTCCATGTGGCA CATCTCTTTTGTTTTTTTTTAAAAAATTTAAATTTAATTTTGTAAAGCAATTTGAGAAAC ACTTTACTTTAATTTTGAACACTCCTAGTTTCATTTTCAATTATCACTTGGACAGTTGCA CTTGGGCATATACACAACTTTATGTTTTTTAATTATATCTCTTTCCATCCTTTTACTTGT TTATTTTAAAATTTATATGTGTTGTATGGCATAATAATTTATATGAATATATTTTAATAA TATTTTTATTAATTAATATATAATTTTAAGTCTTCAATAATAATTTAAAGAATAAGTAAT TAGTGTCAGAAATAAAATAAAATTCATAAATAAAAGTGAGAATCTGTTTCTAAATTAGTG GATGATAAAAAATAAATGGTGGGAGTACTTCTCTACACCTTCAAATTAGTTAAGGGATAT GATTATCTAGTCTGTTTTTAGTTTTATAAAAATTTTTTAGTAAGAGATTTGAAAAATTAT CAGCTTTATAAGAAATCTAAAAAAAATAAATTTATTCATGTAAATGGATAATAAATCTCA ATTCCTCTGCTGATGTGCTAAAGATACCTACAGCCATAAGTAATTTTCATGACAATTTTG ATATAATATCCTTTTTTTTTTAAAATAATAAATAAAATTAGAGTAAATAATCTGGTATAT ATTAAATATTCTTGTAGGCTGTAGCATCATATTACCTGCGTTCACACGGCAAGGAAATTA AACCATTGGGGATATATGTCAAAATCAAAGTAAGGAATATATTATATTATATTATACTTA ATAAACATCACTTTTAATATCTTCTTTTGTCGTTTTCTTAGAAACAACACAAAAAGAGAC GTAAAGGTTGAATAAGGAGTTGTTAATTAGTTAACCAAATAAGTAAGCTTTGATTTGCAA TAATTATGTGGTAGGATATTCTTGCCTTTCATATTTCTTGGCTTAAAGTCTTCAAGGTAC AAGTTTAGTGAATGCAACTTAAACCTAACCCTAATTAGTTGCAAGGACATGAAGTTTTCT AGTACTTCTTTTAAGGGTTATATAATTTTCATTTTTATTTAGACTACTTCCTAACTACAC AATTAAGAGATTAATAGAAGCATATACGTAAGCGGCAGGAAATTAAACTGTCCATTTTCA TTAATTAGTCTTGTTCTTTAAATAATAACGTCATCATGACGGTATGTTTTACTACACCAT GTTAAACTCAAATCTCTATATTTAAAAAAAAAATATTTACTATTATTATTTCTATATATG TATTTAAAGATCAAAGGAAAAACAATCACATTTGCAGGAAAATAAGCTTGTACTTTTTTG AAAAAAATCGACCGTACATAATTGTAAAATTTGTGTAGTCGTTTTTGTTTTATTTTATTT GGACCAGACAATGAAAATGAATCATTTAATTGATGTAAGAGTAAATCAAATTGAATAACT TTAAAAAATACGGGTCGATAGAATTAATTTTTTTAAGGCAATTTTACTTATCGAGTGATT TAGTGAAGTTTATTCACTGCAATAATAAAGCTAGAAATCTTTTTTTTTTTTTAAAAAAAA ACATATTTAAACTAAAGCTCGTTGTATGCATGTATCTAATTCTTTGGGAATCGTTGGTTA ATACCAGCAGTGTGGTCGTTCTATTAGTCAACAAATACTATTTTTGTTATCTATTATCAT GAAAATTAAAACAGAACAAATATAGTATTTTTCGTTAATTTTTAAAAAGGCTAAATTAAA CAACAACTTTATATCTTAATTTTTATCCATATCTAGTATAGATTTTTACTGGATTTCTAG CTATATATCTTCACTAATCACTAGCATGTCCTAATTGGAGCAACTGGTATTTGTCATAAC GTTGTGGTGATGGTAAGTACGTAATAATAACAGCATATAATTTTGTAGCAAGATAAATAA ATAATATATCTTTCACATAACAAAAAAGTTGTCCTTAAAGTCGATGCCTTTTTATAAACT TCTAAATTGGCGGCCAACCATCGTCATTATTTTTCAAAAGTATCGTAACCTATCCAAAGT TTAAACATAAAGTCTCACATTACGCACTAAGCTCCCTCTTCCTTCTACAACAACTACATA ATTCTTCCAATTCTACTACGTGTTACATTTTCGTCAAAATAATGTAAATCATGCACATAA TGGAATGATATAGTGGATATTTTATATATATAGAGAGAGGGGAGGGGGGATTGGCCTTTA TAGGTTGGTGAGGATACACCTGCATATGTTAATTTTGAAAAATTATTTATATATATATGT ATATTTATCTTGAGAAATTAGTAAAAATTAAATATTAGTTTGAGTGCGCCATGAAAAGTA AAAAATTAATGATACTTTGTATTGTTAACCCGATCAAAGAACCCGATCTCCCGACCTCGG TTCCAGCCCAGCCAGAACTCATGATCATTATAGTAGAACAAATATGACAATTGAAAGTTT CACTAATACTAAATTAAAATAATATTAGTGTATTCAATTGAAAGTTTCACTAATACTAAA TTATAATAATATTAGTGTATTCAGAGTCTTCAAATCATGAGTTCACCCCTTTCTTTTCTA TATATGATCCAAAAAAGGCCATATAATCACCAAAAATAAAACGATAATAGGAAGATAATG TTAGAGTGGGGTAAAAATTTCACATTGGTTAGGAATGAACTGATGATCTCCTTATATTTC TTCATAAGCTAACTTTTGAGATTAAGTTAAGTTCAAGTATCATAACTTTATCTATAAATA TACTAAAAAATTATTTTTCTAATCATAAAAACAAGAATAATATTTACCATATCTTTACAT ATAAATATATCTTTCTAATTGTAAAAATAAGAATAAAATTGATATACATTCTATCTCTTT TTGGACTTTTCACATGAGTACGTATGTCATTGTTAATGTTTTTTTAGAGAGAGATAAGAA GAATTGAGAATGCCCTATGAAATAAAGAAAAGAAAAAAGTCATTAAGCGTGCAAGCAAAT TGGAGTTTGTTAGGTGAGAAAGGAAAAAAACTCATCCACTTGTAAAGTTATAATATTGTC AAAATTTTAATCATACAAAAAAATAAAAAAAAATAGACACTATTTTAAGATTAGTTTGAA AATCAAGTACCCAAAAGATAAAAAAAGAAAACTCAACTTCACCAATTGAAGAATATGAAT ATGCACCACCTAATTAATTGAATTGCATCGAAATTAAACACAAAACACTTATCTATCAAT TGTTGGTATCTATCAATTTATGTATTATAGAAAAACTTTGAATAAGAAATTAAAATCCAT CCTTCACCCACTATTTCCTTCTAGTGCATTTCATTATTTTAATTTTAATTAAATAAAAAA AAAAAAGAGGTCACCTGTCACTATGCGACAAAAGCGCGTATTTTCTAAACAATGGGCCCT GCCTTATTAGACTTCGTTACTCTTCGAAAAGTCTTCTAAATATTTCTAGAACCTCTTACT AGATTAAATTTGCTTTTCTCATTCTTTTAATCTCTCATCCATTTTCAAAACCTTGAAGGA TAAGAGAGAGAAAACAAATCAAGTTTTTTTAGAGCAAGAAAAGATAGTTATGGTCGTGTT GTTGTTGGTGAAGATTGGCAAAGTTGTAGCCAATGGAAGATTCTAAGATTATCATCAATC GTCCTAAAAATAATCTTGTTCATTCTCTAGTCTTTCTTTTCGGTTTCTATTGTTGGGATT GGGAATTTCTTACTGCCCTTTTGCTTTTCAGTTATTGCTCCTTCTAATTAATTTCTTTTA AATTTGTAAAATTCTTATAGGATCTTGTCAATTAATAAGTAAAATCCCCAAAAGGGGAAA TTTGGGTAGATTTAGAGAAAGAGGGGATGTCGCAAAGAACAGCGCCGGCGCCGTTTCTGT TGAAGACGTATCAGTTGGTGGATGATGCGACCACTGACGATGTCATATCTTGGAATGAAA TCGGCACAACCTTTGTGGTGTGGAAAACTGCTGAATTTGCAAAGGATTTGCTTCCCAAAT ACTTCAAGCACAATAATTTCTCCAGCTTCGTTCGACAGCTTAACACCTATGTACGTCTCT TTTATATCCTTTCGATTGCATCGTTTAAACAATTTCAATTGTTAGTTACTCACAAAATAT GTGATGTTTTCAACTTTTAATTTTTTTTGACAGACGTTTTTTTAAATGTTACTTTACGAT AATTTTGTATCAAGTCAAACTAAATCGGTAGAACTTTAATTTAAGCTAAACTAAATTACA GGGGATGGTAGGTATGACATATTTCCTATGGTATTTTTATCAAGAATAAAGTAAAAAATT ATATTTCATTTTTTTTTAAGTAATATTTAAAAGATAGTTTCTGATGCTTTCGGGAAGGTT CGAGAAATCTTCTCCGCAGGACGTGAAGTCAATTATCTTATTCTGTAACACATCAGATAG GTTCTTTATTTATTTTCCCTTCCTCTCTCTGAGGAATAAAGAAATATATTATGCAACCTT TCGAGGACATAAAGAGCCATATCTATCATGTGTCTATACTATAATTATTTTTAAAAAAAA ATTAGTAGTAAAAATGTACAGTAGTATTTTAACTTTATTGAATTGTTAGATGTGAACTTT TAGAAACGAAATGATCTGTATTTTGTAACTTTTTATCAACCGAACCTTACACGCGGTGGT TGGTGATAAGGAAAGAGGTAGAAACAGTGCCGTGAATTATCGTTTGGGGATTTTACATGT CATTTTCCAAATAAGGTGACAAAAGTCCAATTGGAAAACGTGGATTGTATGTGTGTTCCC CATAACAATGTTCTCCTCTAGTGACCTTGTCTTACTCGTAGCTGGAATTTTAGAATTTAA GAGATTTTTAAGTAATGATTCTTTATATAAAGTAGTAACTTTACAAATTAAATTCATTCT CAAATACTTTTTTTCTAATTTTTTTTTCTTTAATAAACTGTTAACTCTTTTCTAATTTTA CTTCGGTTTTAGATTTTCTTTTCCCAAAACAAACTATTATTCTTATATTCTCCAATATCC AGAGGAAAAAAAGAAAGGTGAATCTTCCTAAAAACCCAAAACTATGAAAGAAAAATGTTG TTGGTCAATTTTAGCTGCATAAGTTCGCTTATTAAAGTTACATTCAAATTTCCCCAAGTA ATTTAGTACTCTATTTTTTTAAGGCCTTTTGATAACTATCTTTTACCTAGTCCAATCCTC TAGAAGCCAAAAGAAGATACTAATAATTATGGTTTTGGAGTGTTAAAAGTAAAAAATTAG AAAAGAGAATAGAGAAGTTACTATTGGAGTTATACCAAAAAAGCTTTTGTTACGGTTTCC CTTGATAGCGAAAACAATGATTAATGGACTTTTACCCATTGTTAAATGGAGTGAAGATGC AGATTGTTAACCATGATCTTATTATGTTATTGTATATTTATACACATGGCATGCATTTAT TGATTTGGTGTTAATATCTGGTATGGATAGGTTCTTGCCCTCGCTTGTTACATGCACATA TCCATGATGGACTATTTCTCCAAACTTAATAGAAATTTGATACCTCTATCAAAAGATCTT TTATCACTAAGACATGTTAGGTGAAGAGCAACCTCAAGTATTACCAAGATAGTTAAGATT ATCTATAACAGTAGTTGTGGCTATTTCTTTGTCACTGAAAAGTTTGCGCTCATCTTTTTT GCTTATCTTGAATGCAGGGTTTTCGAAAGATTGTGCCTGACAAATGGGAATTCGCCAATG AGAATTTCAAAAGAGGACAGAAAGAGCTCCTCACAGCTATACGCCGTCGGAAGACCGTGA CATCAATCCCAGCTGGTGGAAAGTCTGTGGCAGCCGGGACTTCAGCATCTCCGGACAATT CTGGGGATGACATAGGTTCAAGTTCTACCTCGTCCCCAGACTCCAAGAACCCGGGATCTG TGGACACTCCGGGAAAGTTGTCCCAGTTCACGGACTTGTCGGATGAGAATGAGAAGCTAA AGAAAGACAACCAGATGCTGAGCTCAGAGCTGGTGCAGGCGAAGAAACAATGCAATGAGT TGGTTGCTTTCTTGAGCCAGTACGTGAAGGTTGCACCCGATATGATCAACCGTATCATGA GCCAAGGAACCCCATCGGGGTCCAGCCTTGAAGAGTTGGTCAAGGAGGTTGGTGGTGTTA AAGATTTAGAAGAACAGGGTAGTTATAATGACAACGATGATAAAGAAGACGATGACGAAA AGGGTGATACTCTGAAACTATTTGGTGTGTTGCTGAAAGAAAAGAAGAAGAAAAGGGGCC CGGATGATAATATTGAGACTTGTGGTGGACGTGGTAAAATGATGAAAACTGTGGACTATA ATGGTCCTTGGATGAAAATGTCTTCGACGGCCGGAGAAAGCAGCAAGGTTTGTAACTGAG GTGAAGTTGGTGAATTATGTGTTGAGGTTGGAGCAGAGTAAATTAGCTTCTCCCTTTTGA TTTAGTAATTTCCTTTGGATTTACAAGTTCGATGTTTATGAATAAAATAAATAGAGAATT TAATTAGTATGAGTAGTAAAAAGGGTTTAGATTACTACTAAGAGTAGTACACCCAAAACC AACTAGAAATTATATATATATAGTACATGCAGACTGCTATTAAGTCAAATGCAACTCAAG TTTGCTTTGTCTAGTCAGAAACTTATAATAATAATAATAATATTGGTTCTTGATTTGTGA CTTTGGTTTGATATGCATTTAGAGATCTGGAAGCATTTCATTTGGGCTGAATGTCTTTTG AATCTTATTTTTTTCGTAAGACAAGATTGTGTACACATTTATCATTTTACTTGTGATATT ATATGTCCATGATAAGTGTTTGTTTTGTAATATGTTTTGAAGCACAAGTCTTGTCATGGT CTTTTATGTCCATGATAAGTGTTGTTTTGTAATTTTGTTTTGAAGCACAAGTCTTGTCAT GGTCTTTTATGTCCATGATAAGTGTTGTTTTGTAATTTGTTTTGAAGCACAAGTCTTGTC ATGGTCTTAATTAACATCATGATAAGTATGTTGTGAGGTTGACATTTGACCTTTTTAGTA TGCAACTGTAGGTTGATTTCATAATCGATAGTAATATGCTCAACTGTTATTGTGGTCTCA TGTACCACTCATACTAATATGTTCAATTCACATAATTTACTCTTATTTGAACTGTTTTCT ACCTGTTACATGTTCATTTGATGCTTCTTGAAGCTAGGTTGTCCAGGTATATAGCATGTT TGATTGAGTTTTCAAGAATTTATTTTAAAAATTTATTCTGTTTTGGTTCAATTGATGCGA GTCGATTCAATATGACAATTCTAAAATAAAGAAAAATTAGTCAACCCTTGTGTAGACAGT AGAATAGAAGATTTTTTAAACTTGTAATTTAAAGATACTACAATATTATGTGGCACCAAG ACTTTTACTAAAACTTTTTGTTATCTTAAAATCGAATTTATTCCAGATTTTAATATAAAG ATGTCCAATTCTTCACGGAATATAGAAATAAATGTACACACATTGGTGTTGGTCAAGTTT TGTAACAAAAGAGAAGATATTTTTGAGTAGCAACAGAAATTGTTTTTCCATTTCTGGAAG CAGTATTTTATAGCTTCTCTCTTGAAAAGAAGAGAATGATTTTTTATATATATATTTTCC AAAATGAAAATATCCTCAAAAATTTACATTTATCGAATTCTTCCTACATAAAATTTTGGA TATGTCAACTGTAAATACAATTCCTAAGTTCATTTCCCTCCTCATCTTACATTTCTTTCT GTTTATTTTTTACCTTCATCCTCTGTTTTCTATGTCGTCTTCCTTTGTTGTTTTTTCACC CTCTCTCTGATATTTTTCCATTATCAAGTCCTTGTCCGAAAATTTTATTTTGAGTTGAAC TAATGTCCATTGAAATTTGCCGTTGAAGAGTTTTAAAGCTCAAATTTAAAAATTCAACCG TGATCTTTCTCAATTCACAAAATTAAAATAAATATATCAAATAGCTCGAAGCATCGAGAT GAATTCACATCTCAAATTTAGGTCTGTTTAGGGGACAATTAAAAAAAATACTTTAACTCG TTGAAGAAATAAATTGTTGCAATGTATACCACTTATATACACTATATTTATACAGTTTAC CTACACCTCAGTCAAGATTTTAATTCAAATGTTCGTCAATATAATTAATTAATGCAATGT GTGTATATATATATATATATTTTTTTTTTTATTAATACATTGGAAACTAATCTAATCTAG CGGATGAATGTTTTCAAATTTTTTTAGCCAGGTGGCTAAATTAGCAAGAAAATCCTAAAT AAAATAGTGGCCCATTAAGCGTAACCCGGATCTTCAAACATTTCTTCTCTCCACTTAAAT CATATCAAACGCTCTTCTTCTCTCAGCGTCTTGCATTACATCAACCTATACATACAGCGA CACAGATTTCCCAATATAAATTATGGTAAATCTTCTTTATACTTTCTATTTCATAAAATA AAAATATCATTTTTTCCCATTGATGTCATGTTTTATATTAGATCATCTTCACGTCGCAGC AGTGCGTTTGCAAAGTTATTCATTTTGAAAAATTATATTAAATTGCAACCTAATTATAGG ATAAAATTGGCTTTATTCTTCATGGATCTCCCGAATTATGCAATTTAATATTCTCTATGT TTGCTGATAAAAAACAAAGACCCCCAAAATTTATAAAAAGCAGATGTCAATTACTCATTC GGAGGGATATTTTTAATGTCGTTCGACTAAGATAATTTGTTTGAAGAAAATTTGATGATT ATTGATTTGGGTACAAATATCTGTTTCTTTTTATATTTTGCTTCTTTTGATAAGTTTATG TTGACCAAAATCTACTTATCCTGGTCAATATTGTGAAGATATTTTCTTATAATATCATGA AATTGATGATTCAAAGGACAGTGACACTAGAATAAGTAATTTTGCATATTAATTTTGTTG ATCTCATTAGATAGAGACTCGTTTGGCAAAGGTTTACACATAGGGCCATTTGCCATCTTT GTGTGGCTTCGCTTTTCCTATCTATCTAGCACCTTTTGGTTAGGGTCAACATAATTATCT TGGATTTTTTTTGCCTGGTGGTGAAGATGGTCAACGTTTTGACTTTTTTTAGTAGATTAG GTTATTATGAAAGGTTTATCTGCACGTTTCTTTTCTCTTCAATGGCTTGCTCTTTCAAAA TGAAATTTTGGCTGGCAGTAGTACAAATTGGGAGATTTAGTTTATTTATAAGACTGTAAC ACATGATTTTGTGAGTTAGGCGCACGCCTCAGGTTTAATAGGAAAAAAGAAAAACTAGAT GGAGAGCTTTATGCTGTGGCTGATTACCGAGCAATATTATTGTAAATTAACGGCTGAATC CGTGGAAGATGCCAATGTGTTTAAACTATGTTGTGGTTACATCTTATGATTTTCATGCTT TATCCCACACTTCAAATGAAAGTAAAATCTCATTTCCTATTTTTTCTTTTACTTGTGAAC AAACTGTATTTTGCCTACTTGTGTATCTTATCATCAGGCAAGCGTAAGTAGAAAGATGTC AAGAAAGGAGACTAGAAACCGTCATCCTGGGCTTACACAGCAGAAAAGGCAAGAGATCAA AGAAGCATTCGAGCTCTTTGACACCGATGGCTCTGGTATGGAACTGTTTCCATCCTAATA CATATTTTAACAGATTTTTGTGCGTGTTGTCTTTAATTTTTTTATTTTTTTGTAACTGCT ACTGTTCAGGAACTATTGATGCCAGTGAGCTGAATGTTGCTATGAGGTTTGGTAATTTCT TTTCTCAAGTTAAATCAATCTAAGTTATGTGCTAATGTAACTTGTATTGCAGGGCCCTTG GATTTGAAATGACAGAGGAGGTAATTTTTCAATCCCTTTTAGTTTACGTCCTCTTTTGGT TTATGATTTATTAATACTACTACATGTCAAACGGACCATTTTGTTATCAGCAAGTTGAGC AAATGATTGCTGATGTCGACAAGGATGGTAGTGGTGCAATTGATTTTGATGAATTTGTAC ACATGATGACGGCCAAGATAGGGGAGAGGGACACTAAAGAGGATCTCGCGAAAGCATTTA ACATACTAGATCAAGATAAAAATGTAAGTCTTTAATATCCACAGAGTAGTTTTGAATCGT TCTCCACCAATCCGTTAGTAATAATAATGTATCTTGAGAATGCAGGGGAAAATATCTGCT GCTGATATTCAGCAAATTGCAAAGGAGTTGGGTGAAAATTTCAGCGCAAAAGAAATACAA GAGATGATAGAGGCAGCAGATCGTGATCGTAAGTTTGTTTCTCACATTAAATCTTCCTTA AATTTCAGTATACTATTTTTTTAATAAGTATACTGATGTAGATCTTATTGTATTAGGTGA TGGAGAAGTAAGTGCGGAAGAGTTTATGAGGATGATGAGGAAAACCAGCTTCGCAAACTA GTAGTACAAAACCATATTATTTGTCAAGTTTAAAAAGCTTCTTTTTTTTTTACAAGTTGC TTGTCCTTCTCTTTTTCACTTTTCATATCTATGTACTCTCTTGTATTGTGTATATGTATA TAATATATCCACATATATATTATACATGCTGATTTTTAAATTGTTGTTTTCCAAAAAAAA AAAAATGTAATCTAAAATTAGAGGAGAGTTTTGAAAAATGTTTTCCTTAATTTTTGAAGG GAAATCATTTTCCTTAATTTTGAGGAAAATGAGTTGATTTGGAAAACATTTTTCAAAACT TTTGTCCCAACCAAACATGAGAAAATTGAAAAACACTTTCCAGAAAATGTTTTCCTTCAT ACCAAACACACTCTAAGAACTTATTTAGCATTGCCGATAAAAATCGGTTATATTCAGAAA GTCTTTTTTTTTAAAAATCTTTTTTGAAAAAATGTGTTTTTGAAAAAAACAATTAGTATT TGACTAGTTTATTTGAAAAGGCGTTTTCTATAAGTAAATTGTACTTGATTAATCTTTTAA AAAAAGTATTTTTGAGAGTTAAATTACGATTAAAGATAAGTATTAATGTACTTTTAATTA AGACTATTTTATTAAAAAAGAAACTAGTTTAAACATTGATTAGAAGAAATTACATTAAAT TTTTATTTTATTATATTAAATTGTTCATATTCAATTTTTCAATCAATATTATACATTGAA GCGTTAAATATTTAATTGTTATTTTTTTCCTAATCTTAACAAAAATATTATTGTTAACTT CTTTTTGTTTTTCTAATTCTGTGAAAGTAGAATTATTTTTGGGCACTCAATAACATGTCA TACAAGCTCTAACTCAAGTGCTTTTTGTAAAAGAGTTTGCCTCAGATACATTGTTACCAG GACTTCTTACCATTAATATAAAATGATTTTTTGTCCATAATTTAAAATAAGTAATTCAGA GTTTAAACAAATAAATTATGACTTAAGACTTTTTTCTTATTTATCCTTGAGACAAAGAAA ATCTTAATTACTATTCCATCCATCTCATTTTATGTGACATCACTTGATTCGGTATGAAAT TTAAAAAATAAATGAAAGCTTTGAATTGTTTATCAAATTATCCTTCAAAAGTGAACTTAC TTTTCTCTCTTTTCATAAATATATTAAAGTATTATTTAAGATTAAGTGGAATCAACAAAG GTAAAAGAGGAATTATACCTTTAAATACTTACTATATAAAAAAATACGACATTTTTTTGG AAACTGATCAAAAGAAAATAATACGGAGCCACATAAAATAGGACGGAGAATTTTTTTTTT AAGAAGACTAACTTAAAAATAATTAGTAGAAGTTTGATAAAAAAAAAAGATACTAGTATT TTATTTATGTCTAAAATATTTCTTTTAAAGACCTTATCATACACGAACAATTTAATTAAA ACTTCTGAAATTTAGAAATAGAAAGTTCGATTTTTGGATGTTTTGTTACCTTCGAATGTC AAAGCTCCTAAAACGTACGAAATATATCCTTTTTTCAGTAACTATAGAATGTACGAATAT GCCTTGCTGTTACGTGGAAAGACCAGGTTGACTATTTGACCGTATATAAAAGAGATAAGA CTCCTTAAGTGGCTTAAATATAAGTCAACTTCGTGTACATTCAGTGTGTTCCAAAAGTCA AAACGAAGTCTATAAATAAGCTCACAACTTTATCATTACTATACTACTACAACAAATTTC AGGAGTGTCAGTTTTGCTTATTTTAGGAGTGAAAAGATTGAATGACTATTTTATGCGAAG ATTCTCTACTTGAACAAGAGAATGTGAGCTATACCCTCACACACAAACTGACTCAAGAAC AAGAAAATTACTACATGGTGTCAGCTCTCCGACATGTTGTCTCCGGTACCGGCGATAACG ATGAAGCTTCTCAGCTTTTGTTGGAAGTTGAAAATGCTAGTAGTGGTAATTTGGCATGTA GGAGTATTGATGTGGAGTTAGAGAAGGGGAAGAAGAGGAGAAGGAGGAATACGAAAAAGG AATTTAGGGGAGTGAGACAAAGACCATGGGGAAAATGGGCTGCGGAGATACGTGACCCGC ATAAAGCCCAACGACTTTGGCTTGGTACGTTTGCTACTGCTGAAGATGCTGCTAGAGCTT ACGACAAAAAACTATAGAATTTAGAGGTGAAAAGGCTAAAATCAATTTTCCTATTTCAGA ATATACTGCTAGGGCGATCAATGATGAGATTAACATGTCGCCAACAGTAGTAATGGAAGA AGAGAGAGAATTAAATGGTGAAAATAGGAGTAATAGTATGCAAAATTGTGATGAGGACGA CTTTTGGGAGACGTTAGAAGATGATGCACTTTTCAAGCGGATAACACAAAATATGATCCT CTATTCAGATTAGGTTGTTTTATGGGGTCTGAAAATATCTTTATTCTTTCGTTTGTTTGT CGTTTGAGTGGCTACTAAGGAGTGGTAGAAAATATCTTGTACAAGTATTGAGTAAGCGTG GCACAATGCGTAATCAATATGTGTATATTGGAGTATCTATCCATTGAATATTTAACTCAT TTAAAAATAAATAATATTAATATTCTTCATTTAGAAGTGAATAGTTAAATAGATTAAAAA CATGTTCTTTATAACAATAATAAATAACATGCTTTAAAAATATTATTAATCAATTAGATG TCATCTCGTTCAACAAAATAACCCTTTTAGGTTTTCCTTCCAGAACCTTCGAGGATGAGA TGTTCTACGAATATTGCGGTGTCAACTGTATATTTGCCTTAGGAAGCAGGAGTACTAATT AAGCCTGTAAGAGCCACGTCATTCAGCACAACGGAGTGAACTTCCTAGGTGTTACGTGGC TTAGCAAAGCCGTCAAATGGAGGCAAGATGGCACACCACGTAGTACGCAGTTAGTGATTC AGCAGCTTACACAAGCCATCGAACTCCAAAACTAAGAGAGGTGTTTAGATGAACTTTAAA ACAGAGTCAATTTTTTACCTTTTGGAAGTATTCAATAAATATCAATATAATATAAATAAA TTTTAAAAAAGTGAAATAACTTAAAAGTTAAAAATAGGATTTTCTTATTTTTTAATTTTT GACTTAAAAGTTATTTAAATTTTTTCTTTTTTTTGATTTACAAGTTTATTTTTAAGTCAA TCCAAATAAAAATGTCTTGGTTCATATTAGTTGTTATCTTATTAAAAAGAGAGAATAGTA ATTAATTTTTTTAATATTATTCTTGTAATTAATTATTTTTAAAAGTATTTATATTTATTT GGATAATTCTCAAAAAGTTTTTCAAAAAGTAAATTAGTAAAATAATCTTTTTATTATGAT TTTTTAATATGTATAAAGAAAAATGATCAACTAATATGAGATAGAGAGAATATTAACCGT ACTTAAAAATAATTTTAAATTACAACTCCCTCTGCTCTATATTAAATAAATTGTTTGAAA CTTTTAAGTGAATATTCAAAATTTTAAGAAATTATTAATTATTTTTATTTACCCTTTATA CGGTGAGATTTCTTTAACCGCTTAATATTTTGTAAGAGAATAGTTTAAAAAATTTTAAAA AAAATATTTGACTTTTTAAAATCTATATCATAAAAATTCTTTTTAATAGGATACACTATA ATTCAATTAATACACAGCAGAGGCCAGCTGAGGGAATTGTACTACTCTCTCTTTTACGAA GAATGAATAATTTGAATTAATTTGACATAGAGTTTAAGTGTATAAATAAGACTTTTAAAT TTAGTGATTTTAAATTAAAGTTAAGTTAAATTTATAAAATCACTCTTTAATCTTGTAATC TTAAACAGTCATGTGGAAATGAGGTCATTCTTTTTGAAACGGATTAAAAGAAAAAACAGA TCATTTTTTTAAACGAAGAGAGTATTTTCTTTTTACTAATATTAGGTAATAATGCTTAAA TTCACTAGTATAAAATTTATTTTATTATTAGAAATATAGAATCCAATCAGTCGGAGCTAC AGTATGTTAAGCGAGTTCATCCGAACCTCCGGAAAATTATATTATTTTTATATGGTTAAA ATAATTTATTAGGTATGTAATAGATGTCGAACCTCCTTCGACTATTTTGTATGATTATTT TTTCAGATTTTAAACTCTCTTATTGAAAATTCTAGCTTCGATTCTGATCCAATTCAGAGT AGTAGTTACCCCGAATGAAGGAAGCTTCTATTTATAGAAAGTCCTAAGTTCTTTCCAGAA CCTACGAAGATATTTTCCTTTTTAAGTAACTTTAGAACCTACGAATGTATCACATGGGCC AATTTTTCGCTAAATAGCCACGTGGAGTAATCAGTGTTGTTCATTACGTGGCCTACATTT GAGTTAACTTGGTGTGCAGCAAGTATTCCAAGCTCACTCTACCGAAGCCACATATACCCA AACGAAATCTAGACTGGCCCCCTGAATCTCCAGACAACCAATATCACTTAAATAAGTGAT AGTCTTAATACTAGTTTTTAGACTAGTCATTGGAGAACAGATGATTGATGTCTTAGGGCC GGAGAAACGCAGACGGCGTACCACACAGGAAAAGATCGCAATTGTTCAGCAGAGCTTTGA ACCGGGGATGACGGTCTCCCTCGTTGCCCGGCAACATGGTGTAGCAGCCAGCCAGTTATT TCTCTGGCGTAAGCAATACCAGGAAGGAAGTCTTACTGCTGTCGCCGCCGGAGAACAGGT TGTTCCTGCCTCTGAACTTGCTGCCGCCATGAAGCAGATTAAAGAACTCCAGCGCCTGCT CGGCAAGAAAACGATGGAAAATGAACTCCTCAAAGAAGCCGTTGAATATGGACGGGCAAA AAAGTGGATAGCGCACGCGCCCTTATTGCCCGGGGATGGGGAGTAAGCTTAGTCAGCCGT TGTCTCCGGGTGTCGCGTGCGCAGTTGCACGTCATTCTCAGACGAACCGATGACTGGATG GATGGCCGCCGCAGTCGTCACACTGATGATACGGATGTGCTTCTCCGTATACACCATGTT ATCGGAGAGCTGCCAACGTATGGTTATCGTCGGGTATGGGCGCTGCTTCGCAGACAGGCA GAACTTGATGGTATGCCTGCGATCAATGCCAAACGTGTTTACCGGATCATGCGCCAGAAT GCGCTGTTGCTTGAGCGAAAACCTGCTGTACCGCCATCGAAACGGGCACATACAGGCAGA GTGGCCGTGAAAGAAAGCAATCAGCGATGGTGCTCTGACGGGTTCGAGTTCTGCTGTGAT AACGGAGAGAGACTGCGTGTCACGTTCGCGCTGGACTGCTGTGATCGTGAGGCACTGCAC TGGGCGGTCACTACCGGCGGCTTCAACAGTGAAACAGTACAGGACGTCATGCTGGGAGCG GTGGAACGCCGCTTCGGCAACGATCTTCCGTCGTCTCCAGTGGAGTGGCTGACGGATAAT GGTTCATGCTACCGGGCTAATGAAACACGCCAGTTCGCCCGGATGTTGGGACTTGAACCG AAGAACACGGCGGTGCGGAGTCCGGAGAGTAACGGAATAGCAGAGAGCTTCGTGAAAACG ATAAAGCGTGACTACATCAGTATCATGCCCAAACCAGACGGGTTAACGGCAGCAAAGAAC CTTGCAGAGGCGTTCGAGCATTATAACGAATGGCATCCGCATAGTGCGCTGGGTTATCGC TCGCCACGGGAATATCTGCGGCAGCGGGCTTGTAATGGGTTAAGTGATAACAGATGTCTG GAAATATAGGGGCAAATCCAAAATCTATAAATAAGCACACAATTCTATATATCATACAAC AGACAAAATTCAGCTAAGAAAAAAAAAATGAATAGATTCCGTCAAGATTCTCTACTTGAA GAAAATAACAGTTATCCCCTCGCACACAAGCTGACTGAAAACCAAGAACTTTACTACATG GTGTCAGCTCTACGACATGTTGTCTCCGGCGCCGGCGCCGGCGACGTCCGAGCGAACGGA GAAGCTGCTCAGCTTTTGTTGGAAGTACAAAATGCTAGCGGTGGTAGTTCATCCACGTCA GCTAATTCGATGCCACGTAGGAGCAGCATTAATGTGGAGTTGGGGAAGGGGAAGAAGAGG AGAAGGAGGAATATGAAAAAGGAATTTAGGGGAGTGAGACAAAGACCATGGGGAAAATGG GCCGCGGAGATCCGTGACCCGCATAAAGCCCAACGACTTTGGCTTGGTACTTTTGCTACT GCTGAAGATGCTGCTAGAGCTTACGACAAAAAAGCTATAGAATTTAGAGGTGAAAAGGCT AAAACCAATTTTCCTATTTCAGAATATACTGCTAGGGCGGTCAATGATGAGATTAACAAG TTGGCTAGTGTAGTAATGGAAGAAGAGAGAGAATTATTAGTACAAGTCCTTAATGGTGGT GACGTGGCTGTTAATGGTGAAAATGGTAGTAGTATACAGAATGGTGATGAAGACGACTTT TGGGAGACGTTAGAAGATGATGGACTTGTCAAATGGATATGTTCGGCTTAGGTTTTTCTG TATGATGAAAAATATCTCATCTCTTTGGGTTTGTTTTTTTCGAGTTCGGAATCTAAAAGT TATAAAATATTAACAAAAATTTTAAAACGGTTTATAAATTTTTATTTTAATCAAAAGGGC AAAATTGCTACCAGAGCAGCGATGTTGCTCGCCGGAAAAAATAAAATTGCTGCAATAGCA GCGATTTTTAAAATAATTTTTTTAAATGATTTTTAAAAATAAGTAGTAAATAAAAATTGC TGCTTAGGCAATTTATTAAAAAATTATTTAAAAAAATTATTTTGCAAATTGTTGTTATTG CAGTGATTTTGCTTTTTTGGGTGCTTTTTCGGGCAAATAACATTGCTGCTCTTGTAGCAA TTTTACCCTTTTGATTAAAATAAAAATTTATATACCGTTTTAAAACTTTTATTAACATTT TATATTTTTAGGTTCCAAACTATTGGTTTTTCGTTTGCTTCGACTTCATTTGCGTGGCTA CTAAGGAGTGGTAGGCAATATCTTGTAGACTCTAGTATTTAGTAATGTATTGCACTGTTA AAAGAGGGTGCAATCATTTATTATATTTTTTAAAAAAAGAAATACTAATAGTCTTAAATA CATAAAAAAGAACTTTTCTAGCTTTTTCTCAAGTTTACGAGATATAATGTTACTAATATT TATGTGTATTCACTTAATATTTAGTAATTTGATAATCTACTATCGTAAAAATGCATACAT AAAACTAGAGGTATTTAAGATTTGAAAAAAAAATCGATGCAAACCGAAGAAATCAAATCA AACAAATTGATTAAATAAATCACTTTTATTTGACTTTGGTTTTATTTGGTTTAAATTTTT TAATTATTGATAATATTTGGTATATCATAATTTCATTTTAAAAAAATTGAAGAAATAATT AAATTAAATGCACAAATTATATACATACATTTTATTATCATACACACATAATATATTGTT TTGTAAATGATTTTGTAAATAATTTTGAAGATGTAATATATGTTTCTATTAAAATTTACT TATAACATAAAAAATGCTTAAGGTGAAAGTATTTATCTTGTTCGTTTCATGTATGTTAAT ATGAGTATCTATGTAAATTTTTCGTGGATTTGAAAATGTCATTTCTCTTCCTTCTAAGAT AAAATATTAAATTTTAAAACTTTATTATAGAAATTTTAGTGATTATAAGTCTCAGTGTTA GTCATTTTTTTATTGAATGGATTGTGGACACCTTATCACATTTTGAATCGAATTGTTTTT TTAGTCAAATCACCTCAAATTAAAATAAATAACAGTTAAATTGATAAATAAATATTATAA CTAATTCAAATTGATTAGTAAACACCTCATTTAATTTACTTCAGATAAATAACTTACTAG CTACCACACAAAAATATATAAACTTATTTTAGATTAAACATTTAAATTTTACTCCACAGC ACATAAAATTAGCATTAATATTTGCAAACGTTCATTTTAAACTAAATGAGATGATTTACT AATATCATATAAATTCATATATTATATATAAAATTTATTTTTGACTAAAATTTAAAATTA TTTTGATCAATACCTATTTAAAATTTACAGTCTTAATAATATTTATAGGTACTCAATTAA TAATCGGGGTGAGATGATTTTCTACCATTTATCTATTTTCTTATTTTAAAATGTCAAAAA ATATCTACAATATTAGTTTTTTTTAAAAAAGATAAAATAAAAAATCCTTAGGCTGCTGAT GTGATACTCTTTAAAAATAATAAGATAGATCATTTATCTATCTTTTTTTTTTATTTTAGA ATGTTAGAAAGCATTTACTATATTTATTTTTTTAAAAATAGGATCCTTAGCCTATGATGT GACGCTCTCTGAAATTAAGATGATCATTTATCTATTTTCTTATTGTAGAATATCAGTGAA CATTTACTACATTAGTTTTTTTTAAACAATTCCTTAACTCGGTGATTTGACCCTCCCTGA AATTAAAATGACCATTTATTTATTTTCTTATTTTAGAATATTAAAGACATTTACAATATT GATTAAAAAAAATAGAAGAGGATCCTTACCTCGGTGATATGAGGCTTTTTTAAATTAAGA TTATCTTTCATTATTTATTTTCTTATTCTTAAAATGTTAAAAAAAAAAACAATTACGGTG CCTAACTCACACCCCAAAAGCTAGCTCAAAGAATGGAGGATTGCCCAAGCATTATAAAGA GTCAACCCATCTCATTAATCACCGATGTGGGACTTTTGTCATTCTTTAACACCCCAAGTG CTTAGCATCTGGTGCGTGGACAATTTTGATTTTGGGGACCCCAACATCGGGTGAGACGGG CCCTGCTCTGATACCATGTAAAATTAGGTCTTAGGCCTAACTCACACCCCAAAAGCTAGC TCAAAGGATGGAGGATTGCCCAAGCCTTATAAAGAGTCCACCCATCTCATTAATCACCGA TGTGGGACTTTTGTCATTCTTTAACAGTATTAGTTAAAAAGGAAAGGGGATTCTTAGCCT AGTAATGTTACATTTTTTTAATTAAAACGATTTATCTATTTTTCAATTTAAGAATGTTAT AAGTAATTTAAAATATTAGTCAAAAAAAAGAAAAGAGGATCCTCAGCCCAGTAATTGAGA TGACCTATTATTTATTTTCTTATTTTAGAATATTAAAAAATGTTTATTATATATTTAATT TTATTTTTTTAGAATGTTAAAATATATTATTAAATATTAATTAAAAAGAAAAAGAGGATC CTTAACTTGATGATGTGGCGTTCTTTGGAATTATGATGACTATTTATCTATTTTCTTATT ATAGAATATTGAAAAACATTTATAATATTTGATTTTTTTCCAATTAAGAAGGCCATTCAT CTATTTTCTCATTTTAGAATGTTAAAAAATTTACAATATTAATTGAAAAAGAAAAGCTCA AAAAGTCACCACATTAATTTGTTGAAGAGTGCATGAATCATTTCATTATATTCAGATTCA ATTCGAAATTTCATTCTACTGTCTGATAAAACATTGAAGAAATAATATTATTTGCATCCA AATCTCCACAAACAATAACACAAAATACAAAATCTCAGGTATCTTATTAATTTCTTTAAT AAACTTCATTCGTTATTATTTATTGTATCATCAAACTGAAATTCTATGTTTTGTCTGCCT TTTTTATATTTTTATTCTTTTTTTGTCTTTATACTAGAATCCTCATTTTATAATTTGTGG AAGCACTAGAGAAAACGAGCTCAAGTGTGAATCATAGTTAATGCAAATGATTCATATACT AAACTTTAAATATTTTTTTTTTAATTGTGATATATTAGTTGTTATTGTGTTAATGAAAAT ATTGAATAGTTATCCTCAACTCAAATTTTTTCTTGACCATATCAGTGAACCAAAAAGAAA TATTGTAATAATTTTGTTGTGAAAATCATTTTCATCCTTCATTTTTGTTTTTTAGAATCA AACTCCCTCCTCAATTTGGAATAATCATCGACTTCCTCCTTTATTTTACGTATTGTCCAT CTTACCCTTTTTATATTACATATATATATATATATATATATATATATATATATATATATA TATATATATATATATATATATATATTAGGTATTTATTACTTTTTCCTTAAGTTCATTAAT ATTGTAAGTAGAATAATATATTTGTGAATTTTCACATAATTAATATTATTTGTATGATTA TTATTTCAATATAATATGCATTAAAGGTGTGTACATGTATGTATGCATACTCTTTTGTTC TTATTCCACTCTCTTACTACTTCATTTTTAATATGACATCTCTTAAAATAATAATTAGAG GTGTATTCACTAAATAAATATTATTAATACTATTTTGAAGCTTTATTTTGATTACTATTA TTACTTTATGCAGTTATTTAATACTAAAGATAAAAATAAGAGAATATAAAAAAATTCTTT TGATTTTATAATTGGACAAGTAATTAAAATAACTATCCATGAAATGAGAGTCAAGTGATA TAAAAGTAGAGATATTTTCTATTGCCTATATAAATAAATTAGTTTTGATTGAAAATGATA AAGTCTTACATAAATTATAATTGAAAATAATTTAAGATCGAACTAACTACAATCTTTAAG AATTTGACCTTAATTAAATTATTTTTTTGGTATCTCCTACATCGAAATGTACTTATATGG ATATTAATATATGCTATTTTCAAATTTTTTTTCTTTCGCATCAGTTCTCCAAGGTTGATA GCATGCTATTTTCAATTGTATAAATGAATATTGGGGTTTCAATTATTATAAATATAACTA ATTTCATCATTATAAGATATCCTTAGCCTATACATTTAATCAATATTTCTCTTTTTTAGT TCAAAAAAATAATGATTATCCTTTTACAGAAGAATTGTTACGTGAATTAAAATAAACAAA AAAAAAATATACAAATTCTAATGAAGTAAAAAAAGAAGTCGATAATAAAAGGCTGTAATA TAAATCAATTTGATAATTGTCAAATATTATTCCAATTCGCATGTAATTCAATTAATATGT AATAATTCTTAATTAATTGCTTTGGGAAAACAATTTTAACAAATTATGAATTTTAATAAA TGTATATACCAAATTAAATTGATGGCAAGTAAATCTTATAAATATTTGACAAGAGGGTCA ACAAATCATCAATGACTAGATTACATGTAAGAGCTATAAATAGAAGTCTTCCATTATTAA TTTTTCTCACTTCATCACTCATAAACAGTACTAATCTTGCTTCTTTCAATTAAGCACATA TGGCTTCATCATCAGAATCTGACAATGCTTCGACTGAGAAAAGGTCTTCAAAGGATAAAA AGAATGTAAGTTTCTCTAATTTGGTTATCTATGAAAATTGCTAAGTTGCTTGAATTTTTT ATTTTGGTGTATCCGTGTCGATACAATATGGGTGTGAGTTGTGGGATCCGTACCTATTCT GGTCAACCAACTTTTAATACGTCGATCAAATCCGAGGGAGAAATTTTCTACAAAAATATA ATAATGTATGTGATTAAAATAAAACCTGAGGTGAAATTAAGAAAATAGAATATGCTGTAT ATATAAATTTCTATTTTTGTTCTCTTTCATTTTATCTGATTTTCTTATTGATCATTATTT TCTCCTAGATTTTTTCACATAATATAAATTTATAACTTTTTGTACATGTATCCACACATA GATCTGTATCCCCAAATCTTAGAAAAAATTAGGTTACAGAGAATTCAATTTCTAGATCCG CACTTATATCGAATATTCAAACCCGAGTCCAAGTAACTTAAAGTAGAAAGTTAACTTTAA TTTTGTTTTTTTCAATTAATTCAAATACGTGCAAATCAATTATTTGTATTTCCTCGTATG ATGATATGATTGTTTTTATTTCTTTGGACAGATGAAGAACAAGAGAGACACTTCTTCGTC CAATTCCAATGGCACTGAGAATGATTTTGTTCCTCCTATTTTTTCAAGTGATGTCATTCC TCATCCTGCAAGTGAAAGTAGGACTGAAATCAAAATTAATTTGGTTTAAAAATATTATTT ATAACTGAATCTTTAAAATTTATGCAGGATTTGGCACCATAAAATTGACTGACGCAATGC GCTTAGTTGTTAATCTACCCATACATGGATCTCACAAGGATGTATCTAGCGATGATGAAG CACAGAAGGAGGTTTTGAAGGAAGGAAAAGAGGTTGTTGCCAAACAACAAAAGGAAGCCC AAGTAGAAGATAAGATCCTATTCATGGCTAAGCGATTGCGTTATGTGTTTGGTGATGGAT CACGCACATACACTCCACGTAAACGATTGTGTGATGTGTTTGGTGATGGATCACGCAGCA TATCAGCACTTGGAGAACCCATTCTAATTAAGAGACCAACTAAAATAGACAACCAAAAAA ATCAACATGACATTCATCCACATTCTCAAATCTTGACTGGGAATGAGATGCAACCCAATT CAAATTCATTAGGCTCTAGTAAGAAAAAATACATATATTTTTTCAAAATCATAACTTTTT AAGTTCAATATACTTATTTATAACAATGTCTTTTCAAATATTAATACAGGATCTCCTGGA ATACGATTGACCGTTGATCTTCCAATAGGTGGGCCTCAATTACATCCTTCTCTACTGTCT AACAAGGAAATATCTACTAATGATGAAGTGCGAAAGGGTGAACGAGAGAAGATTTTGAAG GAAAAGGCAACACAAGAAAAAGAGGTTGCTCTTGCCACTGCAAAACAACAAAAGATAGCA AAAGTAAAAGATGGATCCCCTGGAATACAATTGACCGTTGATTTGCCCATAGGTAGAGCT CAATTACAACCTCCTCTAGTGTCTAACAAGGAAACATCTACTGATGATCAAGCGCAAAAG CAAAATCGAGAGAAGATTTTGGAGAAAAGAGCAAAAAAAGAGGCAGAACAAAAAAAGGAT GCAGCACAAGAAAAAGAGGTTGCTATTGCAAAACAACAAAAGAAAGCAGAAATAAAAGAG ACAATCCGGAGTTCTCCTGGAATACGATTGACTGTTGATCTGCCTATAGGTCGAGCTCAA TTACAACCTCCTTTAGTGTCTAACAAGGAAATATCTACTAATGATCAAGCGCAAAAGGAA AAACGAAAGAAGATTTTGGAGGAAAAAGCAAAACATGAGGCAACACAAAAAAAGGATGCG GCACAAGAAAAAGAGGTTGCTCTTGAAGCTGTTGCTAATGCAAAACAACAAAAGAAAACA GAAATAAAAGAGAACATTCAGGGATCTCCTGGAATACGATTGACCGTTAATCTGCCCATA CGTGGAGCTCAATTACAACCCTCTCTAGTATCTAACAAGGAAATGTCTGCTAATGATCAA GCTCAAAAGGGTGAACGAGAGAAGATTTTGGAGGAAAAAACAAAGAAGCAGTCAGATCTT GCAGCTGTGGCTATTGCGAAGCAACAAAAGAAAACAGAAATAGAAGAGAACATCCGGATT ATGGCTAAGCGTTTACGTTATGTGTTTGGTGATGGATCACGCACATACACTCCACGTAGG CGATTATGTGATGTATTTGGTGAGGGATCACGCACATCAGGGTCAACTAAAACGGTTAAC ACTAGTTACATCGAGAAAGATCAGACACCTCCACGAAAAAATACTCTTCCACCTCAACTC TTATATGGGAATAGGATGCACTCCGATCAAAATTCATATTATTCTAGTAAGGAAGATTCG AAATCATAACTTCTTTTATTTATTGAATTGAAAATACTTATTTATAACTAAGTTTTTTTA AATATAAATACAGAAATTCCCCCAATAAAGTTGACCGTTGATCTTCCTATATCTTCTCCT ATGGATACAACAACACAAGGAAGAGCGATTGTTGCTGCTCCTATAACGCTAGAGGAGGGT GTTGGAGACAATATTGCAGAAGAACAACAAACAAAAGCAGGAAGAGCTATACGCGATGAT GTGGTTCCTGTAGTGAAGTATCCTCGTCCGGATCTCAACTTTCATCCACCAGAAGAAGAT GATGAAGATTGTTACTCTTAATCAAAAGTTGCACAATTTAATTTGTGTATTGACCATGTT TACTTATCGACCAAATCACTGCATTTTCAATTTTTTTGTTATATTTTGTTTTATCAATAT TTCAGAATTTTTTATTTTTTTTTGGTGATGATAGAGTTATCTATGAATTTCTTTTATCTT AAAAATAATAATATACTTTGTCGTTTTAAAATCTTAAGTTCAAGTGACTGTAGGTTGTAG CATAGTGTACGTTCTGAAAAGCAACATGCTTTAAAAATATTACTGTAGCAATATAGATGT CATCATATAATTTATTCTATATTATCTTCCACTAACAAACAACCGATAATAGAAGCTTTT ACATTTTCCTTCCAGAACCTTCGAGGATGACATGTCTCTACTTCCTAAATACGAGAATGT TACGCTGTCACTCAGTTTTATATGCACGAATGGCATAAAGGCTGGCGCACCACGTATGCG TGCAACTACTGATTCAGCACCTTACACAGCCTTCAGCCAACCAAAACAAAATTAATTTAA AATCCAAACAGCTCTTATTTTTAATGATGAAAATAGTTTTAAAATAATTGATAAATATTT TATTTATGTCTAGAATAATTTTTTTAAAGAAAGATACCCAACAATCCTATTAATATGGAC TATGCAAGAGGAAACAGTAATAAAAATTAGAAAGAAATATAAAGTCCAATTTTTGGATGG TAAGCTACCTCCTATATATATATAGTAAAATTTATAAAGATCTTTGTAGAACCTATGAAG ATATTTTTTAAATAACGTACGAAGATGCTTTGCTGTCGAGAGGAATAACTGTTTGACGAA ATCACATGGGCAAATAGGCACATCAAGTAATTATTAGAGTTGTTAATTACGTATAAGTCA ACCCTGTGTTCCAGCTCACCCCAGCCACATCTCCAAAAGTCAACATAGAATCTATGCACG TCAATCATTAACAACTCCGTACAACAACTTTCAGGTGAATATTTTATGTGAAGTTGGAAG ATGATGGAGTTGTCGCACAGGATATGTTCTTCTCATCCTTTAATTAGGTTTATGTATGTT TTTTTTTTGGGTTGTTTCTCCTTTACTTCAATTTCTTTTGTAAGGACTAAGGAGTGGTAG GGAATATCTTCTAGTACTCAAGTGTTGAGGTTGTAATCATATTATATAGCAGTAAGTTTT TTTATATGCACTCTTTTCTTAATAGAAAAAAATAAAATAAAAAAGAATGTCTTCTTTTTA TTATTATATCAACAAGTTATTTAATTTAACATTTTAAAGATCCATAAGTTTTAAAATCTG AACTAAATACATTTTAATTTAAGATTATAATAAAAGTTATTTTTTAAAAGAGAGAGTAGA GGTGGGCTTTCTGTATTCGATTCAATATTTCCAAATTTTGAATTCGGTGATTCATTTATT GGTAGGTAAAAGTAGATATTAAATAGTACAATTTATAAATTTCAGTTTGATAATTTTGGT GATCGATAAATCTAACTTCGGCAGGATATTTTAGTTATACTATATTAAAGTTATACCCTA TTGTAGTACAAAGTTAATATTATTATTTCAATTATTTTTATTTGATTATGTAAAGGTCCG ATATAATAGAAGATTAACAAGTAAGAAGATTGTTAAGAAGAATATATTGATACAACTAAA CATATGCATTTGGGACGTTTTTATGTTTAGATTTTTAACTTTCTCTTTTGAACTTATTCT AATGTGTTATAGACCTATTGATACATGATTTTTATTAAGTAAATAATTCAGTATTTGAAA AATATCAAATATCAAATGATATTAAATTATAAATTAATTATCGAATATCAAATTAAAAAA ATTTAAAATTTAATTTAATAATTTAATTTTTGATATTTTACGCGCACACTTACATACCAT CTGAGTATCGGTATACAAACAAGAAAAGAATCGAACAACACATTTAAGGCGGCCTGAATT CTTTTCTTTTAGAAAAAATGTAAAAGCTATTACTTATAAAATATTGCTATACCAACAATA ATAGTAAAAGATCACTAAATATTTTTTTTAATTGATTGAACACGTGAAAAATTTAAAACA TAAGTTGACTATGCGTAAAAGACGTAAAAGAACTTTTCTAGTGAATTGACAACTTTGCAT AGGAAAGTCTCAATTTTTTAATAAAGTGTCCCAGTGAAACTTACGGATTAAGACATTTAG CATTGACGCCTTTATGGCCATTTGAAACTATTACTACATCATATTGTGAAGTTTGAAAGC AAAAAAAAAGCACTTTTTGACTTTGGAAATTGGTTGTCATTTAGTCAAATAGTCAACTTG AGAAGAATACTGTTGAAGTTGGAATGAATTTGATAGTGATGGTTCAATGCAAATAATTTA TATTTTTAAATATCTTCAAGAAATAGTAAGATATAGATAAAATAAATGCATACAAAATTA ATTCAAACAAAAAATTGTTATCAAGTGTCACATCATAAAATAGTATTAACCAAAACTAAA AAAAAAATTATTGAATGATAATAGTACGATCAACATTATATATATATATATATACACACG AAATGTCCGATCATTAAAGTTCAGTTCAACATTAACATTATATCCTATATATGTCACCAT TTCAAATACATGAATGACGTGGATATTTAAGATCACATATAAGGTAATTTCTTTATTTTG AAATAAATAATTTTTTTAATTTAAACCTTCTAAAAAAAAGAAAAAAATTGATGCAACTTC ATGTCTTAAAATAAACGTTAATTTAAAAGGAAAAGAAGTAGAGTAATAGCTGTAATACTT CTGGATGATGTATAACACTAATTTATTTGAAATAAAATAAAAAATATCAGTTATATATTT AAATAAAAAAGTATTTAATACTTCTGACATATTTTGTATTTGATATTTTAATCTTAACTC CAGACAAAAGTTTACCACTCCTGTGGCCTGTGGGTAAAGGAAGTTTTTATATTTAATGAT AATTTTGTGTAGAGGCTTCCATCTGTCGTTGTTTCTGGAACCTTCGATAATTACATGTCG TAATTCTACGAATACGAGAATGCTGTGTTGTCAAGTGCATATTTGATATTTTATTTCTAA AGAAAGACCACGTTAATTCAGCTGATGTCAAACCTCAACGTGAGGCTCAGCAGATTGGTC ACACAAGTGGCATAAAGATGGCTAACCGCTCGCACACCCAACCAAAATAAAATACACTAT ACATGTTACTGTTATATATATATAATATAATATATATATATATTAATGCATAGAAGTTAT AATTATTCTTGTACAGACCTCTTTAAGGTATGTAAAACCTTTTTATACTGAAAATTAGTA CTAATTCTTACTTCTCCAATATTTACTTGATATACTCGTAAGGATTGATTATTCAATAGT AATAAATATAAGAAAAAATAATGTATATATTATCATTATGTACTAGTAGAATTTTATTTG ATATTACTTTAGTAGAATTTTATTTGATATTACTTTTCTCTAGTAAGTAGAATGACTATT TTACTATATATTATATTTGATATAACGTATTTTATTCCTTGAGAAATGTGTTGAAAACTG AATATAATTAATAAATAAGAATAAATTAATAAATTATATGTTAATTTCTAAATCAACTAA AAGAGCCAATAATTACTTTTTTTAATATAATTAACAAATAAAAATAAGCTGCATAAGATA AAATAGTACACGCTTAACTCCTTGCAAATACTTTATTATATTAAATTAAAAATAATTTTG AATTATGCAAGTCACTTAGTACTTTTTCCGTCCAGAATTGTTTGTCATGTTGAGTCAATT TGATTAATCTTTAAAGATAAATTAGATTGCATTAATTCGTTATTTTAAACAAAAAAATAG ATATTTGAGAATTACTCGAAAAAAATACTATAAATTATAATTTTTTACATATTAATATGA TGAAAAAATACATTTCAAAATGTTAATCAAAAATAATTTAATTCTAAAAATAAAAACTAT AACAAACAAATCCAGACGGAATGAGTACCTAAGATGAATTTTAAAAGTAGAATGTTCCTT AGATACCTCCGAATGAAGGAAGCTCCTATATATGGAAGGTTCCAAGAGTTTTCTAGAAGC TGCGAATACTACATTTCTTTTATTAGAAATGGTGTGCTGTTAAATGTAAAGTGGCTTTTG TCACATCTTCCAAAAATAGGCACGTCATCAAAGGGCTCAAAAATATACGTGGCCTACATC AAAGTCAACCTCGTGTCTGACTAGTGTTCCACCTCACCCCAAAAATACACACAATATTAC TATACTACCCTTATAAATACGCCCACACTCCTCTCTTGATTATTATTTTCATTTACAACA ACAAACAAACGAGTAATTTCATTTTTTCAATTATAGAACTAGAAAGGGGAAATAATGGAT AATTTATCTAGCTTTACTCACAAACTGACTCATCAACAAGAATCTCACTACATGGTGTCA GCTCTCAAACATGTTTTCTCTGGAGCCGCCGTTGATGGTCGAGCCGACGGAGAAGCTGCT CAGCTTTTATGGGAAGTTGAAAATGCAGCCACGTCAGATAATTCAATGCCACGTAGGAGT ATCAATGTTCACCCAGTACACGTGGAGTTGGAGTTGGGGAAGAAGAAGCAGAGGAGGAGG AGGAATACGAAGAAGGAATTTAGGGGAGTGAGACAAAGACCATGGGGAAAATGGGCCGCC GAGATCCGTGACCCGCATAAAGCCCAACGACTTTGGCTTGGTACGTTTGTTACTGCTGAA GATGCTGCTAGAGCTTATGACAAAAAAGCCGTAGAGTTTAGAGGGAATAAGGCAAAAACA AACTTTCCTCTTAAGGAATATATTGATGATCACGACAACAGTTCCCCAATGATGAAAGTG GAAGAACATGAAAATGACCAAAATGTGATGAATGGTGATGAGAATAATAATAATGGTGAT GACTTTTGGGCCACATTGGAAGATGATAGACTTGTCAAATTTATCACGCAGGATATGTCC CACTGATCCTTAATAATTTCTACTATTATAATGTTTTTTGTCTTACCTGAAAAATATCTT CTTCTTGTTTTGCAGGTTGTTTTTGTTGTTTATTTCTTTTTATTTGGTTACTCTTGGGTG GCTAGTACGGAGTGGTAGCAAATATCTTCTTGTTTTAAGTATTGTACTCGAGTATTAATG TTGCAATCATTTATTTATTTTCGTCCTAAAAATAATATAAAATGAGTGAAGTTAGTTCCC TCGAAAAGTCATCCAACTTATCAAACATTTTAGAATTTGACTACTAAATTTACTTTAATT GATAAAATTATTCAACTATTATTATGTTTTTTCAGAAATTATAAAAAAAAAAATCTATCA AACTGTCATTTTCTTCATGCCACATTAAAGTCTATTTTTCTTAATCTATTTTTAATTGAT ATCTATTAATTAATAAAATTCTAATTTATCGAATCTGATGAAGTTTTGACGATAGACAAA GTGTAGTGGAGAAGATGTTGTCCTCATCTACACGTGATGGGTTTAATCTTACATGATGAA CCGAACTTTCACGTACGAGTATAGAAGTGCAAGTCGTATATATACTGAGAGCTAAAGGCT GAACTCATTACTCAAGCAAATAAGCAAGAGTATATACGAAAAGAAATTCTGACTTGTTGT GCAGATGTTGTCTAATACGAAGATGAACCACATTGAAGAACTTGTTTCATACTTGATGGT TTTAGAATCTAGAATTCTTGTATTAGGTGATGATCGAGTTGTACGATAGTTAGTTCCTTG TAATCTAAAGACTATTGAGGCTCATTTAGATCGTGATTTTTTTCACCTTTATGAGCAGGG TGTTTTTCCACATACAAGTGATTGTCGATAAAAAAAGGTATATCTGGACCTTCTTAAGAT ATTAAAATTGTTATCAAAAAACTATTTCTCCAACCCAATTTGCTAAATGTGCTAGTTCAA ATCGCAAAAACCTGCTTTAAGGTTTGCGATCGTGTTATGATAGAAGAAATAATGAGTGTT TGGTTGCAACTCAATCCATCTATTAATTATCAGTCCAATTGGTTGTGTTTCAGTAGACGT GTTATTTTATAAATTTTATGTAAAACAAAATAAAATGTAATGTACGTAACCAAACTAGCT TATGTGTATGTCCGAGTTAGCTCAAGTACAACTCAACTATTTCACGTGGTACTTAATTTG GTAATTGTAAGGACGCTTGGGGCTAATTTAAAGAAGCATGTCAAAACTTGCAGGTGACAT TGATTGAGTTGGCACAAATTTTAAAAGAGGGAGACTAGTGATATTTGTGACATAAAAGAT ACTCCTCAACTATTTGTATGATTATAAATTATTTTATTAAGAATACAAAGAAATTTTCTT TAAGATGAGTGTTCTGTCATTACAAAAACACATGATTCTTTTTGGTACAACTGAGACATC AACCATACCCAGAAACCTGACATGCGCAATCTCAGATTGCATTACTTGCAGGCCTTCAAA TCTCATATAACTAGATAACCATTGGCGTGCCCTTAAATGCAGAAAAAGCATTTCTCATTG AACAAAACAGAGTAGTAAGAGAACAATTTTACGACTAAAAACTCAAAAGAAACTGCAGCA ACAAAACAGTACTAAGAGAACTCCAACCACTTAGTTATCATTATACAGTGCCAATGACTG AGTAAAGTTCCAAACATTCCAGTTTCCAGGCAAAACAAGAGCATTCTACTAATGTTAACA GATAGCTTGTTCAAAGAATGGAAGCCAAAGCAATAAGCAGATGACGAAAATTTTGCAGAT AACAGCCGGGCACAGTTTAATTTCAAATCTCAGCAGCCAAACCACTAGTAAATCCATATT CCGGACAAAATTGAGAGGATCACTATAATCACCAACCAATTATCTAAAGTCCAAATTAAG TTATTTTCAGAGGCCATAGGCACCAGAACTAGCTTGATTGTCCCACGACATATATTCACT CAATAACAGATCCTTACCTATCAAGATCACTAAACAACCATGTGGTTTCTCATCCCGTGG TTTTTGACCCACCAAGGGTTTGCTTAGCCACATATATTTGTTTCACCTTAGTAGATGGAA CCGCACCCAAGGACTGATTTCTGCCATGGAAACCCATTCTGCGATGGGACCAATCATTTC CAGCCATATTTCTCTGAGACATTCCACCACCCCTGTGATAGTTGTAGCCTGCAGAGGTAT TCTTCTGCTGGGTCTGCGTTCTGAAACCACTGACACTTTGATCTTTACCACTGTTGCTGA CACCATTTCTGAGAGCATCAATGTTGCCTGTTTCTGCATTAGCACATCCAGAGGAGCTTT GACTGGCCAAACTCTGAGCAGAACCACCAGTAACCCCTGGCTTGGAGGAATCTCCAAGAC CAATTTCAACAGGAAACTGAGCTGCATTGGCAACTGTCGCAATATTAAAACTGGGGGTAC CATCAGAGTCTTCTGGAGGATGAGATTCCAAGAACCTATTGGTACTCAATGACTTATCAA CAGAATGACCGTGACCAAATTTAGGAGGCAATGCACCTTCAGCTTGCTGCTGCAAGGGGT GAGAAATGGGAACAGAATGAAGAGGCGATGCAGGGACATGAGACCAGCGAGCTTGGACTG GCATTTCTGGTGAAGACTGAGTTGAAACAAAAAGCGAAGTAAAATGTTATATGAGAGAAC TGCTTGCACTAATAGATCATATAACAAAAATCTAAGGCATGACAGAGTTCATATTCTTAG AAATTAATCAATAGGTCTTCACAAGATGAAAGAAATGAACACAATTATGATTATTTTAAA ATTAAAAAGAAGTGAGCAACTAAAATTGACAAGTAACTCCACTATGATGGGGTGAAAGAT TCTACAAGCCCTCTTTTTTTGTTATCATCAATTGATGGCATGGCATTCTTTACCTGGAAA GGAGAAACATCAAACATGGCCAGAGGAGAAGCAGCTATGGGCATAATTGATGAAGCAGGG CCAAGGTGCTGCACGGTAGAAGGCATATTCGATAAATTTCGCTGAGAACCAGCAATATTT ACGTTATTCATATCCGCCTCGTTGATACCCATTGCGGAGGATGAGGGTGTGTGCTTCCAA TCAGGCTGCTTTCCAGAAGGTAAATAAGTGGTACCCATAAAGCTTAATCCAACCTGGCCA TACTGTCCAACTGGAGCAAAATGATTATAGACCACCATGTGCGGAGGACCTTGAACTCCC GGGATACCTCCAGGTGGGCTTATGAAAGGGCCAGTGAAACCTGCTGGATGACCGTAGAAT GAGTCTAACGTAGAATGGCATTGTTGCCATGCACCAAGTGGACCTGAGCTAGACACAGTA GCTTTCTGCGACTGTGATTGGGAGCCACCCGATTCCTTATGTGGACCGAAGGCAAAAATA GGACCACCCAACACGGGATTCATCTCATAGAAAGGAAAATGAGATGGCGGGCCACCAGGA AAATGAGATAGGATTTGGCTAGAAGAATTCTGGGGACTTGGTAGGGACTGCCACAATGAT ATCGGAGGAGTTTCAACATTGAGATCAGCAGGAAGAGATACACTAAGAGACTCTTCTGCC CTTGATTGGCTGCTCAATTGCTGATCACCTGTCATAACACAAACTGATTAATACAGGCAA CTGACAGAACCATCAGATGATAAACAAAGCCGTATTTGGGCATAACAAATTCTGTACCTT CAAAATTTTTAGCTTCTGAAATAGCAGAGCCAAGTCCATTCCCAACAATTTCATCATTGC TGATAGCTGCTACAGCAACAGCAGAAGCAGCTGCTTCTGCTTCAGCCTCAGAATCTTGTA CATTTAGACATGGATCATTGGCACATTTATCTTTCTCAAAGAAAAGAGTACAATCACTTT CATCTGGAGAAATATTACGGGAAATTTGTACTTCAGATCGATTAGACCCTGGAGCTCCAA TCCCATGTGAAACAACACGACTACTAGTATGAAGGACCGTTGGGGATGTAACAGCACCTG GTAAGAGGGGGGATTATATTATACATATAAAACAATCATAACTTGAGATACATATATATG AGATGACTAGTCAAGTTACCAAATTGAATTTTTTCGCCAGCAAGCAGCGAGTTAATTGGA CTTGCAGCAATAGAAAAAGCTTTGTCCTTCGTTAAGATGGATGATGATGGTAAAATGGGC TCAGTGACTGCACTACTGTGAGCTCCACCAGAAGCTGCATGTGCTTCAAACCTAGCAGGG CTCATAGCCTCTTCAAGTTGGCTCTGTGACAAGGCCATAACCTATGCCAAAGTGAGTGAG AAAATTTCTTGGAGCCAACAATTACAGGAACATTAAACCATAACGAATAGAGATCTCATA GTCAACAATCTACTAAACAAAAGACCAACGAACAATAGCACCACCAATGACTAAGGGTTA GATTGTGAATATCTAGTATCATTTATGAAAACAAGGATAACATAATCCAGTCACAACATA AAACATTACCTAGCTGATGTTCAAGAAAGAAATTGTGTTGGAATTTTGGCTCAGATATGA AGTATCTTTTAATACTATATTGATAACTTGGAAAAGATAAGTCACTCTAATTTTGGGTTT GCAAGAGGAAAAATTAATAATCAATAAAGTGATAGCAGAGGGAAAAACAAGGAAGCAAAT TATCACAGTGGAAACTTTTGGGAGTAGAGGTGCCCAATGAGACTACGTTTTCTACAATCA AGTTTGCAATTGCATCAAACTTTTTGTAGCCTATTCAATCAGAATACAATTTAATAACAG GAATGACAGTGATCTAACTTGAAGCGGTCTTACATGGCTGCATAAAACATCACACAATTA TGGAGTGGTACAACACCTGACAAAAGAAAATACCTGTTGATTGATCTGTCCACTACCCCA AGAGTTAAGAGGTGATGATGTAACATTCTCTGTATTTTTCTTGCTCTCAAACACCAACCC TGGCTCAAGGTCATCTCCACCAGCAGAAACACCACCACCTGGGGTGGTTTGGTGCAACCT GTAGAAGTAAACAAACAACATCCGCATAAGCATTTCAGGAGGTCAAGAGGTTCTTTGGCC ATATTTTGCTTCTAGAGAGACATACTTGGCTGTATGAAATTGTTTATCAGCCTGAGATCC GTTGCTCCCAGCAGGTGTTCCTATTGGAGCCAGTGGCTGCGACACCACAGCAGTAAATCC AGTGGACACATCCTTATAAGCAGATCCTTGCACCTCTGAAGCAATAATATCTGAATAGTT ACTCTTATTTGATATTTCTCCACCCACAGATGCCAAGATTTTATTTGGGCTAGTTAAAAT TGCAGTACTCTGTCTGGTCGTCCTAGGTTTGCGTGGAGGCTGAGAACATGATTTAAAAAA GTTAACAAATAACATCGCATAAATACCTTAGAAACATGGGCAAGTCGTTATACCTTAGAA GCACGGGATTTCGCCTTGATTTCTTTTTCTCTTTGTTCTCGCCGATCATTCAGCATTTGC CTCTTAGACCTGACTTCAATAAAGTCATCTTCATCACCGGGTGCTTCTATGCCAGGCTGT TTAAAAACACGTACAACACCACTTTGCAATGGAGCATCAACATCCTCAACAGATATGTTC CTTTTTAGATATCCCTCACCAGTGTGCGAAATATTCTGATTTTTGTGCAGTGATGCCCTT CCGTCATCCTTGCTTGGCTTGGTACTAGAGTCAACCTCCTGAGAATCAACATTTGCTGAC TTAGAATCTAACTCCACATTTTGCTTCAGTAGCTTACTAGAAAAGGAGCTTCTCTTTGAT CCACTTCTTGCCAGAACCGCTATGGCAGCTCTTCCACCCTGATTTAACTTATCACCATGA CAAGAGTCATTAGAAAAACTAGTGCTGGATGATTGCCGACTATCTGAATTTTCGCGGATT CGAAATTCAGTTCGCTGAACTGTCCGACGAGGTCGTCTTTGAAATCTACTTGACTCAGAA TAAGAACCATCAGAAGTTGGGAAAGATGACCTGGAATTAGAACTTTTTACAGCATACGTG AATCTCTTCCCCTTGTTGCTGTATGCTTGGCCTTGAACCCTGCCCCCAGCAGAATTTCTC TCATTGGAAACTGACTGAATTGATCCCAGCACAGAGGACGTGTTGCCATCAGATCCCTTC TCCTTAGATGGCTGCACTTGCCTATCTGCATTATTCAAGCCCTTGGCTTCAACTTGGATA TCTAACTCCGAGATAAGTTTTCTACCACTAGCATCAGCAATCCCAGCAATGTTGGCCGTA AGAGCTTTGCTTTCTGCACTTCCTTGTACTGGCTTACTGTCATGAGGTCTCACTAGAAAA TCATGTCCCTGATTTGCTGAAAGAGATTGAACATTGACTTTCACCAGAGTAGAAGTATCT TGAGAAAGTTGGGGAGGCATAGAACATCCCGAGTTTTGATTGGTATTGTAATGAGCCTGC ACATTGGGCTGACCAAAAGACATCGACTGAGCAGTGATTGGCAGAATCCCTTGTGAGACA GTAGATGAATACCTGAGCTGACCAAATTGGAAGATAGGAGGCTGTGATGGATGTATATGA GTAAGGGATGGACCAACTGGTGGATGAAGATGAAGAGGCATTTGAATGGAACCAATTTGG ATAGCTGGTACTGGTGAAGGTATCAAAGAAGGACCAGAAAACAGGCCAAACTGAAGCTTA ACAGGTAAATCAGGTTGACTAGAAGAAGCTAAACTTGACACACTAGTCTGACCAACAGAA CATGGGGTGCCAACAGATGAGAAAGTTTGCTGAGCACATAGGCTAGGGCCACAATAAGCA TCAATACCATCCAATAGGTGTGACGCTGCTGAAGTGTGAGGTTCAGTTCTCTGTCTAAAT TCAGATTCTTGCATAGTTTTTTCAGCTTCCTGGACCCTGTTAGAAGAGCTATCC GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_1 match_part 1.000 2360 2469 match_part 1.000 2624 2772 match_part 1.000 2855 2944 match_part 1.000 4862 4927 match_part 1.000 5106 5171 match_part 1.000 5440 5525 match_part 1.000 5620 5665 match_part 1.000 5772 5826 match_part 1.000 7053 7129 match_part 1.000 7246 7387 match_part 1.000 7598 7758 match_part 1.000 7863 7967 match_part 1.000 8521 8673 match_part 0.956 9264 9557 match_2 match_part 0.952 2381 2772 match_part 1.000 2855 2886 match_3 match_part 0.875 2398 2469 match_part 0.960 2624 2772 match_part 0.967 2855 2944 match_part 1.000 4862 4927 match_part 1.000 5106 5171 match_part 1.000 5440 5525 match_part 0.978 5620 5665 match_part 1.000 5772 5826 match_part 0.958 7053 7076 match_4 match_part 0.921 2407 2469 match_part 0.960 2624 2772 match_part 0.967 2855 2944 match_part 1.000 4862 4927 match_part 1.000 5106 5171 match_part 0.988 5440 5525 match_part 0.975 5620 5659 match_5 match_part 0.982 2415 2469 match_part 0.960 2624 2772 match_part 0.967 2855 2944 match_part 1.000 4862 4927 match_part 1.000 5106 5171 match_part 0.988 5440 5525 match_part 0.978 5620 5665 match_part 0.964 5772 5826 match_part 1.000 7053 7081 match_6 match_part 0.982 2415 2469 match_part 0.960 2624 2772 match_part 0.967 2855 2944 match_part 1.000 4862 4927 match_part 1.000 5106 5171 match_part 1.000 5440 5525 match_part 0.957 5620 5665 match_part 0.909 5772 5826 match_7 match_part 0.964 2415 2469 match_part 0.960 2624 2772 match_part 0.967 2855 2944 match_part 0.955 4862 4927 match_part 0.970 5106 5171 match_part 0.929 5440 5481 match_8 match_part 0.909 2729 2772 match_part 0.900 2855 2944 match_part 1.000 4862 4927 match_part 1.000 5106 5171 match_part 0.988 5440 5520 match_9 match_part 0.907 2730 2772 match_part 1.000 2855 2944 match_part 1.000 4862 4927 match_part 1.000 5106 5171 match_part 1.000 5440 5525 match_part 1.000 5620 5665 match_part 1.000 5772 5826 match_part 1.000 7053 7129 match_part 1.000 7246 7387 match_part 1.000 7598 7752 match_10 match_part 0.975 7049 7129 match_part 0.973 7246 7394 match_part 0.994 7598 7758 match_part 1.000 7863 7967 match_part 0.974 8521 8673 match_11 match_part 1.000 7629 7758 match_part 1.000 7863 7967 match_part 1.000 8521 8673 match_part 0.997 9264 9588 match_12 match_part 0.990 7655 7758 match_part 0.952 7863 7967 match_part 0.903 8521 9013 match_13 match_part 0.987 7683 7758 match_part 1.000 7863 7967 match_part 0.987 8521 8673 match_part 0.933 9264 9636 match_14 match_part 0.911 7987 8614 match_15 match_part 0.918 7987 8611 match_16 match_part 0.937 8264 8673 match_part 0.941 9264 9620 match_17 match_part 0.941 8538 8673 match_part 0.985 9264 9605 match_18 match_part 1.000 8604 8673 match_part 0.946 9264 9502 match_19 match_part 1.000 8628 8673 match_part 0.946 9264 9577 match_20 match_part 1.000 20882 21431 match_part 1.000 21870 22032 match_part 1.000 22186 22260 match_part 1.000 22430 22530 match_part 1.000 22646 22761 match_part 1.000 23349 23560 match_part 0.989 23714 23805 match_part 1.000 24023 24137 match_part 0.990 24239 24342 match_part 1.000 24702 24747 match_part 1.000 24858 24922 match_part 1.000 25022 25108 match_part 1.000 25424 25478 match_part 1.000 25569 25657 match_part 1.000 25749 25833 match_part 1.000 25911 26180 match_21 match_part 0.921 20915 21431 match_part 0.913 21870 21949 match_22 match_part 0.973 21883 22032 match_part 1.000 22186 22260 match_part 1.000 22430 22530 match_part 1.000 22646 22761 match_part 1.000 23349 23560 match_part 1.000 23714 23805 match_part 0.991 24023 24137 match_part 1.000 24239 24244 match_23 match_part 0.977 22719 22761 match_part 1.000 23349 23560 match_part 1.000 23714 23805 match_part 1.000 24023 24137 match_part 1.000 24239 24342 match_part 1.000 24702 24747 match_part 1.000 24858 24922 match_part 1.000 25022 25108 match_part 1.000 25424 25478 match_part 1.000 25569 25623 match_24 match_part 0.981 23458 23560 match_part 0.989 23714 23805 match_part 1.000 24023 24137 match_part 1.000 24239 24342 match_part 1.000 24702 24747 match_part 1.000 24858 24922 match_part 1.000 25022 25039 match_25 match_part 1.000 24066 24137 match_part 1.000 24239 24342 match_part 1.000 24702 24747 match_part 1.000 24858 24922 match_part 0.989 25022 25108 match_part 1.000 25424 25478 match_part 1.000 25569 25657 match_part 1.000 25749 25821 match_26 match_part 1.000 24702 24747 match_part 1.000 24858 24922 match_part 1.000 25022 25108 match_part 1.000 25424 25478 match_part 1.000 25569 25657 match_part 1.000 25749 25833 match_part 0.989 25911 26084 match_27 match_part 1.000 25048 25108 match_part 1.000 25424 25478 match_part 1.000 25569 25657 match_part 1.000 25749 25833 match_part 1.000 25911 25955 match_28 match_part 1.000 25574 25657 match_part 1.000 25749 25833 match_part 0.997 25911 26215 match_29 match_part 1.000 25651 25657 match_part 0.982 25749 26198 match_30 match_part 0.995 25813 26217 match_31 match_part 0.949 36526 37136 match_32 match_part 1.000 56060 56290 match_part 1.000 59847 59969 match_part 1.000 60107 60199 match_part 1.000 61227 61283 match_part 1.000 61452 61495 match_33 match_part 0.919 56080 56290 match_part 0.984 59847 59969 match_part 0.989 60107 60199 match_part 0.967 61227 61256 match_34 match_part 0.923 56083 56290 match_part 0.984 59847 59969 match_part 0.989 60107 60199 match_part 0.963 61227 61280 match_35 match_part 0.930 56092 56290 match_part 0.984 59847 59969 match_part 1.000 60107 60199 match_part 0.965 61227 61283 match_part 1.000 61452 61507 match_part 0.968 61633 61725 match_part 0.957 62444 62489 match_36 match_part 0.930 56092 56290 match_part 0.984 59847 59969 match_part 1.000 60107 60199 match_part 0.965 61227 61283 match_part 1.000 61452 61486 match_37 match_part 1.000 56096 56290 match_part 1.000 59847 59969 match_part 1.000 60107 60199 match_part 1.000 61227 61283 match_part 1.000 61452 61495 match_38 match_part 0.944 56111 56290 match_part 0.976 59847 59969 match_part 1.000 60107 60199 match_part 0.965 61227 61283 match_part 1.000 61452 61486 match_39 match_part 0.950 56112 56290 match_part 0.959 59847 59969 match_part 1.000 60107 60114 match_40 match_part 1.000 56114 56290 match_part 1.000 59847 59969 match_part 1.000 60107 60199 match_part 1.000 61227 61283 match_part 1.000 61452 61507 match_part 1.000 61633 61725 match_part 1.000 62444 62486 match_41 match_part 1.000 56114 56284 match_42 match_part 0.970 56122 56290 match_part 0.976 59847 59969 match_part 1.000 60107 60199 match_part 0.965 61227 61283 match_part 1.000 61452 61507 match_part 0.989 61633 61725 match_part 0.925 62444 62523 match_43 match_part 0.887 56132 56290 match_part 0.959 59847 59969 match_part 0.968 60107 60199 match_part 1.000 61227 61283 match_part 1.000 61452 61507 match_part 0.978 61633 61725 match_part 0.956 62444 62534 match_part 0.974 62657 62694 match_part 0.974 62847 62885 match_part 0.987 63506 63582 match_part 0.976 63651 63735 match_part 0.969 63815 63911 match_part 0.990 64000 64096 match_part 0.986 64969 65040 match_part 0.985 65226 65292 match_part 0.984 65371 65496 match_part 0.964 66307 66361 match_part 0.784 66446 66593 match_part 0.909 66742 66752 match_44 match_part 0.887 56132 56290 match_part 0.959 59847 59969 match_part 0.968 60107 60199 match_part 1.000 61227 61283 match_part 1.000 61452 61507 match_part 1.000 61633 61644 match_45 match_part 0.887 56132 56290 match_part 0.959 59847 59969 match_part 0.976 60107 60190 match_46 match_part 0.877 56137 56290 match_part 0.984 59847 59969 match_part 0.946 60107 60199 match_47 match_part 0.882 56139 56290 match_part 0.959 59847 59969 match_part 0.968 60107 60199 match_part 1.000 61227 61283 match_part 1.000 61452 61507 match_part 0.978 61633 61725 match_part 0.956 62444 62534 match_part 0.974 62657 62694 match_part 0.923 62847 62885 match_48 match_part 0.880 56149 56290 match_part 0.984 59847 59969 match_part 0.946 60107 60199 match_part 1.000 61227 61283 match_part 0.964 61452 61507 match_part 0.978 61633 61725 match_part 0.965 62444 62529 match_49 match_part 0.944 56165 56290 match_part 0.992 59847 59969 match_part 0.968 60107 60199 match_part 0.930 61227 61283 match_part 0.956 61452 61496 match_50 match_part 1.000 56165 56290 match_part 1.000 59847 59969 match_part 1.000 60107 60199 match_part 1.000 61227 61283 match_part 0.977 61452 61494 match_51 match_part 0.984 56165 56290 match_part 1.000 59847 59969 match_part 1.000 60107 60199 match_part 0.930 61227 61283 match_52 match_part 0.903 58798 59074 match_53 match_part 0.984 59847 59969 match_part 0.989 60107 60199 match_part 0.947 61227 61283 match_part 0.964 61452 61507 match_part 0.938 61633 61648 match_54 match_part 0.976 59885 59969 match_part 0.946 60107 60199 match_part 1.000 61227 61283 match_part 0.964 61452 61507 match_part 0.978 61633 61725 match_part 0.967 62444 62534 match_part 0.974 62657 62694 match_part 0.974 62847 62885 match_part 0.987 63506 63582 match_part 0.965 63651 63735 match_part 1.000 63815 63828 match_55 match_part 1.000 59912 59969 match_part 1.000 60107 60199 match_part 1.000 61227 61283 match_part 1.000 61452 61507 match_part 1.000 61633 61725 match_part 1.000 62444 62488 match_56 match_part 0.909 59959 59969 match_part 0.968 60107 60199 match_part 1.000 61227 61283 match_part 1.000 61452 61507 match_part 0.978 61633 61725 match_part 0.956 62444 62534 match_part 0.974 62657 62694 match_part 0.974 62847 62885 match_part 0.985 63506 63572 match_57 match_part 0.957 60177 60199 match_part 0.947 61227 61283 match_part 1.000 61452 61507 match_part 0.968 61633 61725 match_part 0.978 62444 62534 match_part 0.974 62657 62694 match_part 0.974 62847 62885 match_part 0.987 63506 63582 match_part 0.954 63651 63715 match_58 match_part 1.000 60178 60199 match_part 0.982 61227 61283 match_part 1.000 61452 61507 match_part 0.989 61633 61725 match_part 1.000 62444 62534 match_part 1.000 62657 62694 match_part 1.000 62847 62885 match_part 1.000 63506 63582 match_part 0.974 63651 63689 match_59 match_part 1.000 61274 61283 match_part 0.964 61452 61507 match_part 0.978 61633 61725 match_part 0.967 62444 62534 match_part 0.974 62657 62694 match_part 0.974 62847 62885 match_part 0.987 63506 63582 match_part 0.969 63651 63714 match_60 match_part 1.000 61525 61525 match_part 0.978 61633 61725 match_part 0.956 62444 62534 match_part 0.974 62657 62694 match_part 0.974 62847 62885 match_part 0.987 63506 63582 match_part 0.976 63651 63735 match_part 0.968 63815 63909 match_61 match_part 0.989 61635 61725 match_part 0.978 62444 62534 match_part 0.974 62657 62694 match_part 0.974 62847 62885 match_part 0.987 63506 63582 match_part 0.947 63651 63669 match_62 match_part 1.000 61677 61725 match_part 1.000 62444 62534 match_part 1.000 62657 62694 match_part 1.000 62847 62885 match_part 1.000 63506 63582 match_part 1.000 63651 63735 match_part 1.000 63815 63911 match_part 1.000 64000 64081 match_63 match_part 0.982 62480 62534 match_part 0.974 62657 62694 match_part 0.974 62847 62885 match_part 0.987 63506 63582 match_part 0.965 63651 63735 match_part 0.979 63815 63911 match_part 0.990 64000 64096 match_part 0.986 64969 65040 match_part 0.967 65226 65286 match_64 match_part 0.882 62518 62534 match_part 0.974 62657 62694 match_part 0.974 62847 62885 match_part 0.987 63506 63582 match_part 0.976 63651 63735 match_part 0.969 63815 63911 match_part 0.990 64000 64096 match_part 0.986 64969 65040 match_part 0.970 65226 65292 match_part 0.937 65371 65496 match_part 1.000 66307 66335 match_65 match_part 0.850 62826 62885 match_part 0.987 63506 63582 match_part 0.976 63651 63735 match_part 0.969 63815 63911 match_part 0.990 64000 64096 match_part 0.986 64969 65040 match_part 0.985 65226 65292 match_part 0.984 65371 65496 match_part 0.964 66307 66361 match_part 0.931 66446 66517 match_part 0.667 66737 66748 match_66 match_part 0.963 62859 62885 match_part 0.987 63506 63582 match_part 0.976 63651 63735 match_part 0.979 63815 63911 match_part 0.990 64000 64096 match_part 0.972 64969 65040 match_part 0.970 65226 65292 match_part 0.963 65371 65452 match_67 match_part 1.000 62866 62885 match_part 0.974 63506 63582 match_part 1.000 63651 63735 match_part 1.000 63815 63911 match_part 1.000 64000 64096 match_part 1.000 64969 65040 match_part 1.000 65226 65292 match_part 1.000 65371 65496 match_part 1.000 66307 66340 match_68 match_part 1.000 63152 63582 match_part 1.000 63651 63735 match_part 1.000 63815 63911 match_part 0.959 64000 64096 match_part 0.976 64969 65009 match_69 match_part 0.986 63152 63582 match_part 0.988 63651 63735 match_part 1.000 63815 63874 match_70 match_part 1.000 63152 63582 match_part 0.988 63651 63735 match_part 1.000 63815 63874 match_71 match_part 1.000 63152 63582 match_part 0.976 63651 63735 match_part 0.947 63815 63833 match_72 match_part 1.000 63152 63582 match_part 0.988 63651 63735 match_part 1.000 63815 63833 match_73 match_part 1.000 63152 63582 match_part 1.000 63651 63735 match_part 1.000 63815 63828 match_74 match_part 1.000 63152 63582 match_part 0.988 63651 63730 match_75 match_part 0.987 63506 63582 match_part 0.976 63651 63735 match_part 0.969 63815 63911 match_part 0.990 64000 64096 match_part 0.984 64969 65030 match_76 match_part 0.986 63664 63735 match_part 0.979 63815 63911 match_part 0.990 64000 64096 match_part 0.972 64969 65040 match_part 0.970 65226 65292 match_part 0.984 65371 65496 match_part 1.000 66307 66354 match_77 match_part 1.000 63687 63735 match_part 0.979 63815 63911 match_part 0.979 64000 64096 match_part 1.000 64969 65040 match_part 1.000 65226 65292 match_part 1.000 65371 65496 match_part 0.982 66307 66361 match_part 1.000 66446 66534 match_78 match_part 1.000 63726 63735 match_part 0.979 63815 63911 match_part 0.990 64000 64096 match_part 0.972 64969 65040 match_part 0.970 65226 65292 match_part 0.984 65371 65496 match_part 0.978 66307 66352 match_79 match_part 1.000 63868 63911 match_part 1.000 64000 64096 match_part 1.000 64969 65040 match_part 1.000 65226 65292 match_part 1.000 65371 65449 match_80 match_part 0.989 64005 64096 match_part 1.000 64969 65040 match_part 1.000 65226 65292 match_part 1.000 65371 65496 match_part 1.000 66307 66361 match_part 1.000 66446 66712 match_81 match_part 1.000 64031 64096 match_part 1.000 64969 65040 match_part 1.000 65226 65292 match_part 1.000 65371 65496 match_part 1.000 66307 66361 match_part 1.000 66446 66712 match_82 match_part 1.000 65239 65292 match_part 1.000 65371 65496 match_part 1.000 66307 66361 match_part 0.975 66446 66881 match_part 0.611 67182 67199 match_83 match_part 1.000 66346 66361 match_part 0.963 66446 66794 match_part 0.633 67469 67498 match_84 match_part 0.988 66527 66941 match_85 match_part 0.998 66531 66941 match_86 match_part 0.996 81421 81900 match_part 0.997 82149 82518 match_87 match_part 0.994 81421 81900 match_part 1.000 82149 82436 match_88 match_part 0.992 81421 81900 match_part 1.000 82149 82413 match_89 match_part 0.998 81421 81900 match_part 0.988 82149 82393 match_90 match_part 0.992 81427 81900 match_part 0.993 82149 82415 match_91 match_part 0.974 81431 81900 match_part 0.983 82149 82267 match_92 match_part 0.974 81431 81900 match_part 1.000 82149 82159 match_93 match_part 1.000 81432 81900 match_part 1.000 82149 82168 match_94 match_part 0.984 81432 81683 match_95 match_part 1.000 81433 81900 match_part 0.986 82149 82573 match_96 match_part 0.915 81433 81900 match_part 0.945 82149 82239 match_97 match_part 0.951 81434 81900 match_part 0.956 82149 82239 match_98 match_part 0.967 81434 81768 match_99 match_part 1.000 81435 81900 match_part 1.000 82149 82295 match_100 match_part 1.000 81435 81900 match_part 1.000 82149 82252 match_101 match_part 0.997 81435 82149 match_102 match_part 0.976 81436 81900 match_part 0.981 82149 82255 match_103 match_part 1.000 81436 81890 match_104 match_part 1.000 81437 81900 match_part 1.000 82149 82377 match_105 match_part 1.000 81438 81900 match_part 0.989 82149 82422 match_106 match_part 1.000 81439 81900 match_part 1.000 82149 82346 match_107 match_part 0.998 81439 81900 match_part 1.000 82149 82282 match_108 match_part 1.000 81439 81900 match_part 1.000 82149 82255 match_109 match_part 1.000 81439 81900 match_part 1.000 82149 82193 match_110 match_part 1.000 81439 81900 match_part 1.000 82149 82191 match_111 match_part 0.998 81439 81892 match_112 match_part 0.983 81439 81795 match_113 match_part 0.998 81440 81900 match_part 1.000 82149 82170 match_114 match_part 0.998 81440 81888 match_115 match_part 1.000 81441 81900 match_part 1.000 82149 82191 match_116 match_part 1.000 81441 81890 match_117 match_part 1.000 81443 81900 match_part 1.000 82149 82274 match_118 match_part 1.000 81444 81900 match_part 1.000 82149 82588 match_119 match_part 0.996 81444 81900 match_part 0.992 82149 82534 match_120 match_part 1.000 81444 81900 match_part 1.000 82149 82320 match_121 match_part 0.930 81444 81900 match_part 0.967 82149 82239 match_122 match_part 0.976 81444 81817 match_123 match_part 0.976 81445 81900 match_part 1.000 82149 82193 match_124 match_part 1.000 81445 81900 match_part 1.000 82149 82153 match_125 match_part 1.000 81445 81895 match_126 match_part 1.000 81446 81900 match_part 0.984 82149 82396 match_127 match_part 0.976 81446 81859 match_128 match_part 1.000 81447 81900 match_part 0.992 82149 82267 match_129 match_part 1.000 81466 81900 match_part 1.000 82149 82267 match_130 match_part 0.955 81466 81822 match_131 match_part 1.000 81468 81900 match_part 0.975 82149 82267 match_132 match_part 0.998 81482 81900 match_part 1.000 82149 82275 match_133 match_part 0.997 81483 82141 match_134 match_part 1.000 81505 81900 match_part 1.000 82149 82220 match_135 match_part 1.000 81509 81900 match_part 1.000 82149 82392 match_136 match_part 1.000 81510 81900 match_part 1.000 82149 82267 match_137 match_part 1.000 81512 81900 match_part 1.000 82149 82340 match_138 match_part 0.995 81512 81900 match_part 1.000 82149 82273 match_139 match_part 1.000 81512 81900 match_part 1.000 82149 82192 match_140 match_part 0.960 81515 81888 match_141 match_part 0.990 81591 81900 match_part 0.986 82149 82573 match_142 match_part 1.000 81636 81900 match_part 0.998 82149 82575 match_143 match_part 1.000 81645 81900 match_part 0.992 82149 82393 match_144 match_part 1.000 81658 81900 match_part 1.000 82149 82592 match_145 match_part 1.000 81663 81900 match_part 0.985 82149 82556 match_146 match_part 1.000 81663 81900 match_part 0.994 82149 82510 match_147 match_part 1.000 81663 81900 match_part 1.000 82149 82484 match_148 match_part 1.000 81663 81900 match_part 1.000 82149 82464 match_149 match_part 1.000 81663 81900 match_part 0.993 82149 82425 match_150 match_part 0.995 81702 81900 match_part 0.995 82149 82566 match_151 match_part 0.985 81765 81900 match_part 0.980 82149 82393 match_152 match_part 1.000 81778 81900 match_part 1.000 82149 82573 match_153 match_part 0.958 81782 81900 match_part 0.960 82149 82573 match_154 match_part 1.000 81888 81900 match_part 1.000 82149 82573 match_155 match_part 1.000 82289 82573 match_156 match_part 0.714 90246 90252 match_part 1.000 90487 91010 match_part 0.969 92658 92915 match_157 match_part 0.974 90469 91010 match_part 0.972 92658 92693 match_158 match_part 1.000 90478 91010 match_part 0.963 92658 92900 match_159 match_part 1.000 90480 91010 match_part 1.000 92658 92693 match_160 match_part 0.970 90482 91010 match_part 0.975 92658 93639 match_161 match_part 0.998 90488 91009 match_162 match_part 0.992 90609 90978 match_163 match_part 1.000 92665 93460 match_164 match_part 1.000 92918 93486 match_165 match_part 1.000 92918 93486 match_166 match_part 0.998 92920 93486 match_167 match_part 1.000 93092 93529 match_168 match_part 0.987 93094 93635 match_169 match_part 1.000 95401 95425 match_part 1.000 96518 96635 match_part 1.000 96730 96766 match_part 1.000 96833 96860 match_part 1.000 96951 97103 match_part 1.000 97186 97288 match_part 0.968 97377 97592 match_170 match_part 1.000 95401 95425 match_part 1.000 96518 96635 match_part 1.000 96730 96766 match_part 1.000 96833 96860 match_part 1.000 96951 97103 match_part 1.000 97186 97288 match_part 0.968 97377 97592 GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_171 match_part 0.917 10873 10862 match_part 1.000 10562 10481 match_part 0.896 10392 10027 match_172 match_part 0.879 11001 10862 match_part 1.000 10562 10481 match_part 0.898 10392 10061 match_173 match_part 1.000 11044 10862 match_part 1.000 10562 10481 match_part 1.000 10392 10152 match_174 match_part 1.000 10922 10862 match_part 1.000 10562 10481 match_part 1.000 10392 10152 match_175 match_part 1.000 10913 10862 match_part 0.976 10562 10481 match_part 0.988 10392 10152 match_176 match_part 0.996 12158 11874 match_part 0.997 11171 10862 match_part 1.000 10562 10481 match_part 1.000 10392 10170 match_177 match_part 0.994 12209 11874 match_part 0.996 11171 10888 match_178 match_part 1.000 13202 13144 match_part 1.000 12468 11952 match_179 match_part 0.959 37209 36334 match_180 match_part 0.956 37322 36550 match_181 match_part 0.967 37383 36558 match_182 match_part 0.970 37466 36559 match_183 match_part 0.990 37283 36561 match_184 match_part 0.952 37380 36562 match_185 match_part 0.967 37606 36936 match_186 match_part 0.989 37782 37029 match_187 match_part 0.949 37606 37291 match_188 match_part 0.989 38147 37311 match_189 match_part 0.988 38147 37320 match_190 match_part 0.999 38149 37337 match_191 match_part 0.991 38114 37346 match_192 match_part 0.974 38150 37347 match_193 match_part 0.960 38075 37356 match_194 match_part 1.000 38169 37423 match_195 match_part 0.996 38168 37458 match_196 match_part 1.000 38168 37648 match_197 match_part 0.952 38179 37785 match_198 match_part 1.000 67810 67717 match_part 1.000 67644 67403 match_199 match_part 0.966 70572 70514 match_part 1.000 70362 70224 match_part 1.000 67884 67717 match_part 1.000 67644 67424 match_200 match_part 0.965 71621 71565 match_part 1.000 71464 71417 match_part 1.000 71330 71121 match_part 1.000 70890 70789 match_part 1.000 70644 70514 match_part 1.000 70362 70224 match_part 1.000 67884 67717 match_part 0.923 67644 67606 match_201 match_part 0.988 70948 70789 match_part 0.969 70644 70514 match_part 0.993 70362 70224 match_part 0.994 67884 67717 match_part 0.933 67644 67615 match_202 match_part 0.902 70880 70789 match_part 1.000 70644 70514 match_part 0.993 70362 70221 match_203 match_part 1.000 71435 71417 match_part 0.998 71330 70789 match_part 0.991 70644 70534 match_204 match_part 1.000 71761 71747 match_part 1.000 71674 71565 match_part 1.000 71464 71417 match_part 0.998 71330 70789 match_part 0.840 70644 70595 match_205 match_part 1.000 71760 71747 match_part 1.000 71674 71565 match_part 1.000 71464 71417 match_part 0.996 71330 70869 match_206 match_part 0.965 71649 71565 match_part 0.896 71464 71417 match_part 0.929 71330 70935 match_207 match_part 0.947 71602 71565 match_part 0.979 71464 71417 match_part 0.986 71330 71037 match_208 match_part 0.957 74166 74144 match_part 1.000 73998 73923 match_part 1.000 72041 71747 match_part 1.000 71674 71565 match_part 1.000 71464 71417 match_part 0.982 71330 71050 match_209 match_part 1.000 74421 74383 match_part 1.000 74292 74144 match_part 1.000 73998 73923 match_part 1.000 72041 71747 match_part 1.000 71674 71565 match_part 1.000 71464 71417 match_part 0.976 71330 71166 match_210 match_part 0.973 72041 71747 match_part 0.964 71674 71565 match_part 0.979 71464 71417 match_part 0.986 71330 71257 match_211 match_part 0.968 74413 74383 match_part 0.973 74292 74144 match_part 0.961 73998 73923 match_part 0.969 72041 71747 match_part 0.953 71674 71568 match_212 match_part 1.000 74213 74140 match_part 1.000 73998 73923 match_part 0.986 72041 71747 match_213 match_part 1.000 75459 75203 match_part 1.000 74421 74383 match_part 1.000 74292 74140 match_part 1.000 73998 73923 match_part 0.996 72041 71793 match_214 match_part 1.000 75466 75203 match_part 1.000 74421 74383 match_part 1.000 74292 74144 match_part 1.000 73998 73923 match_part 0.988 72041 71799 match_215 match_part 1.000 75473 75203 match_part 1.000 74421 74383 match_part 1.000 74292 74144 match_part 1.000 73998 73923 match_part 0.943 72041 71850 match_216 match_part 1.000 74421 74383 match_part 1.000 74292 74140 match_part 1.000 73998 73923 match_part 0.967 72041 71862 match_217 match_part 1.000 75477 75203 match_part 1.000 74421 74383 match_part 1.000 74292 74140 match_part 1.000 73998 73923 match_part 0.951 72041 71878 match_218 match_part 1.000 74421 74383 match_part 1.000 74292 74140 match_part 1.000 73998 73923 match_part 0.994 72041 71886 match_219 match_part 0.964 75450 75203 match_part 0.974 74421 74383 match_part 0.974 74292 74140 match_part 0.961 73998 73923 match_part 0.977 72041 71911 match_220 match_part 0.891 75459 75203 match_part 0.923 74421 74383 match_part 0.953 74292 74144 match_part 0.961 73998 73923 match_part 0.922 72041 71913 match_221 match_part 0.912 75330 75034 match_part 0.974 74421 74383 match_part 0.966 74292 74144 match_part 0.855 73998 73923 match_part 0.904 72041 71990 match_222 match_part 1.000 75465 75203 match_part 1.000 74421 74383 match_part 1.000 74292 74144 match_part 1.000 73998 73923 match_part 0.973 72041 72005 match_223 match_part 0.937 73286 73097 match_224 match_part 1.000 74195 74144 match_part 1.000 73998 73508 match_225 match_part 1.000 74200 74144 match_part 0.992 73998 73511 match_226 match_part 0.957 75459 75203 match_part 0.974 74421 74383 match_part 0.967 74292 74140 match_part 0.934 73998 73923 match_227 match_part 1.000 75372 75203 match_part 1.000 74421 74383 match_part 0.993 74292 74140 match_part 1.000 73998 73923 match_228 match_part 0.989 75475 75203 match_part 1.000 74421 74383 match_part 0.966 74292 74144 match_part 1.000 73998 73991 match_229 match_part 0.997 118883 118213 match_230 match_part 1.000 118871 118213 match_231 match_part 0.998 118851 118213 match_232 match_part 1.000 118932 118217 match_233 match_part 0.991 118662 118222 match_234 match_part 0.978 118638 118228 match_235 match_part 0.999 119228 118493 match_236 match_part 0.998 119228 118606 match_237 match_part 1.000 119116 118667 match_238 match_part 0.940 119748 119514 match_part 0.948 119236 118752 match_239 match_part 0.899 119592 119514 match_part 0.950 119236 118756 match_240 match_part 1.000 119777 119514 match_part 1.000 119236 118825 match_241 match_part 1.000 119648 119514 match_part 1.000 119236 118850 match_242 match_part 0.929 119824 119514 match_part 0.915 119236 118859 match_243 match_part 0.994 120017 119514 match_part 0.997 119236 118925 match_244 match_part 0.940 119877 119514 match_part 0.935 119236 118974 match_245 match_part 1.000 120015 119514 match_part 0.988 119236 118992 match_246 match_part 1.000 120015 119514 match_part 0.966 119236 119004 match_247 match_part 1.000 119777 119514 match_part 1.000 119236 119021 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C02HBa0012A12.1 type gene exon 2360 2469 exon 2624 2772 exon 2855 2944 exon 4862 4927 exon 5106 5171 exon 5440 5525 exon 5620 5665 exon 5772 5826 exon 7053 7129 exon 7246 7387 exon 7598 7758 exon 7863 7967 exon 8521 8673 exon 9264 9636 gene_2 gene GT_PGL_1_AGS_2 transcript source GenomeThreader seq_id C02HBa0012A12.1 type gene exon 2398 2469 exon 2624 2772 exon 2855 2944 exon 4862 4927 exon 5106 5171 exon 5440 5525 exon 5620 5665 exon 5772 5826 exon 7053 7129 exon 7246 7387 exon 7598 7758 exon 7863 7967 exon 8521 9013 gene_3 gene GT_PGL_1_AGS_3 transcript source GenomeThreader seq_id C02HBa0012A12.1 type gene exon 2381 2772 exon 2855 2944 exon 4862 4927 exon 5106 5171 exon 5440 5525 exon 5620 5665 exon 5772 5826 exon 7053 7129 exon 7246 7387 exon 7598 7758 exon 7863 7967 exon 8521 8673 exon 9264 9636 gene_4 gene GT_PGL_1_AGS_4 transcript source GenomeThreader seq_id C02HBa0012A12.1 type gene exon 7987 8673 exon 9264 9620 gene_5 gene GT_PGL_1_AGS_5 transcript source GenomeThreader seq_id C02HBa0012A12.1 type gene exon 7049 7129 exon 7246 7394 exon 7598 7758 exon 7863 7967 exon 8521 8673 exon 9264 9636 gene_6 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C02HBa0012A12.1 type gene exon 13202 13144 exon 12468 11874 exon 11171 10862 exon 10562 10481 exon 10392 10027 gene_7 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C02HBa0012A12.1 type gene exon 20882 21431 exon 21870 22032 exon 22186 22260 exon 22430 22530 exon 22646 22761 exon 23349 23560 exon 23714 23805 exon 24023 24137 exon 24239 24342 exon 24702 24747 exon 24858 24922 exon 25022 25108 exon 25424 25478 exon 25569 25657 exon 25749 25833 exon 25911 26215 gene_8 gene GT_PGL_3_AGS_2 transcript source GenomeThreader seq_id C02HBa0012A12.1 type gene exon 20915 21431 exon 21870 22032 exon 22186 22260 exon 22430 22530 exon 22646 22761 exon 23349 23560 exon 23714 23805 exon 24023 24137 exon 24239 24342 exon 24702 24747 exon 24858 24922 exon 25022 25108 exon 25424 25478 exon 25569 25657 exon 25749 26217 gene_9 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C02HBa0012A12.1 type gene exon 38179 36334 gene_10 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C02HBa0012A12.1 type gene exon 36526 37136 gene_11 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C02HBa0012A12.1 type gene exon 56060 56290 exon 59847 59969 exon 60107 60199 exon 61227 61283 exon 61452 61507 exon 61633 61725 exon 62444 62534 exon 62657 62694 exon 62847 62885 exon 63506 63582 exon 63651 63735 exon 63815 63911 exon 64000 64096 exon 64969 65040 exon 65226 65292 exon 65371 65496 exon 66307 66361 exon 66446 66941 gene_12 gene GT_PGL_6_AGS_2 transcript source GenomeThreader seq_id C02HBa0012A12.1 type gene exon 56060 56290 exon 59847 59969 exon 60107 60199 exon 61227 61283 exon 61452 61507 exon 61633 61725 exon 62444 62534 exon 62657 62694 exon 62847 62885 exon 63506 63582 exon 63651 63735 exon 63815 63911 exon 64000 64096 exon 64969 65040 exon 65226 65292 exon 65371 65496 exon 66307 66361 exon 66446 66794 exon 67469 67498 gene_13 gene GT_PGL_6_AGS_3 transcript source GenomeThreader seq_id C02HBa0012A12.1 type gene exon 56060 56290 exon 59847 59969 exon 60107 60199 exon 61227 61283 exon 61452 61507 exon 61633 61725 exon 62444 62534 exon 62657 62694 exon 62847 62885 exon 63506 63582 exon 63651 63735 exon 63815 63911 exon 64000 64096 exon 64969 65040 exon 65226 65292 exon 65371 65496 exon 66307 66361 exon 66446 66881 exon 67182 67199 gene_14 gene GT_PGL_6_AGS_4 transcript source GenomeThreader seq_id C02HBa0012A12.1 type gene exon 56060 56290 exon 59847 59969 exon 60107 60199 exon 61227 61283 exon 61452 61507 exon 61633 61725 exon 62444 62534 exon 62657 62694 exon 62847 62885 exon 63506 63582 exon 63651 63735 exon 63815 63911 exon 64000 64096 exon 64969 65040 exon 65226 65292 exon 65371 65496 exon 66307 66361 exon 66446 66593 exon 66742 66752 gene_15 gene GT_PGL_6_AGS_5 transcript source GenomeThreader seq_id C02HBa0012A12.1 type gene exon 61525 61525 exon 61633 61725 exon 62444 62534 exon 62657 62694 exon 62847 62885 exon 63506 63582 exon 63651 63735 exon 63815 63911 exon 64000 64096 exon 64969 65040 exon 65226 65292 exon 65371 65496 exon 66307 66361 exon 66446 66941 gene_16 gene GT_PGL_6_AGS_6 transcript source GenomeThreader seq_id C02HBa0012A12.1 type gene exon 63152 63582 exon 63651 63735 exon 63815 63911 exon 64000 64096 exon 64969 65040 exon 65226 65292 exon 65371 65496 exon 66307 66361 exon 66446 66941 gene_17 gene GT_PGL_6_AGS_7 transcript source GenomeThreader seq_id C02HBa0012A12.1 type gene exon 62826 62885 exon 63506 63582 exon 63651 63735 exon 63815 63911 exon 64000 64096 exon 64969 65040 exon 65226 65292 exon 65371 65496 exon 66307 66361 exon 66446 66517 exon 66737 66748 gene_18 gene GT_PGL_6_AGS_8 transcript source GenomeThreader seq_id C02HBa0012A12.1 type gene exon 58798 59074 gene_19 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C02HBa0012A12.1 type gene exon 75477 75203 exon 74421 74383 exon 74292 74140 exon 73998 73923 exon 72041 71747 exon 71674 71565 exon 71464 71417 exon 71330 70789 exon 70644 70514 exon 70362 70224 exon 67884 67717 exon 67644 67403 gene_20 gene GT_PGL_7_AGS_2 transcript source GenomeThreader seq_id C02HBa0012A12.1 type gene exon 75475 75203 exon 74421 74383 exon 74292 74144 exon 73998 73923 exon 72041 71747 exon 71674 71565 exon 71464 71417 exon 71330 70789 exon 70644 70514 exon 70362 70224 exon 67884 67717 exon 67644 67403 gene_21 gene GT_PGL_7_AGS_3 transcript source GenomeThreader seq_id C02HBa0012A12.1 type gene exon 75477 75203 exon 74421 74383 exon 74292 74140 exon 73998 73923 exon 72041 71747 exon 71674 71565 exon 71464 71417 exon 71330 70789 exon 70644 70514 exon 70362 70221 gene_22 gene GT_PGL_7_AGS_4 transcript source GenomeThreader seq_id C02HBa0012A12.1 type gene exon 75330 75034 exon 74421 74383 exon 74292 74144 exon 73998 73923 exon 72041 71747 exon 71674 71565 exon 71464 71417 exon 71330 70789 exon 70644 70514 exon 70362 70224 exon 67884 67717 exon 67644 67403 gene_23 gene GT_PGL_7_AGS_5 transcript source GenomeThreader seq_id C02HBa0012A12.1 type gene exon 75477 75203 exon 74421 74383 exon 74292 74140 exon 73998 73923 exon 72041 71747 exon 71674 71565 exon 71464 71417 exon 71330 71121 exon 70890 70789 exon 70644 70514 exon 70362 70224 exon 67884 67717 exon 67644 67403 gene_24 gene GT_PGL_7_AGS_6 transcript source GenomeThreader seq_id C02HBa0012A12.1 type gene exon 75475 75203 exon 74421 74383 exon 74292 74144 exon 73998 73508 gene_25 gene GT_PGL_7_AGS_7 transcript source GenomeThreader seq_id C02HBa0012A12.1 type gene exon 73286 73097 gene_26 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C02HBa0012A12.1 type gene exon 81421 81900 exon 82149 82592 gene_27 gene GT_PGL_8_AGS_2 transcript source GenomeThreader seq_id C02HBa0012A12.1 type gene exon 81432 82149 gene_28 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C02HBa0012A12.1 type gene exon 90469 91010 exon 92658 93639 gene_29 gene GT_PGL_9_AGS_2 transcript source GenomeThreader seq_id C02HBa0012A12.1 type gene exon 90246 90252 exon 90487 91010 exon 92658 93635 gene_30 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C02HBa0012A12.1 type gene exon 95401 95425 exon 96518 96635 exon 96730 96766 exon 96833 96860 exon 96951 97103 exon 97186 97288 exon 97377 97592 gene_31 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C02HBa0012A12.1 type gene exon 120017 119514 exon 119236 118213 RepeatMasker tomato repeats master Copia00105 8213 8374 1 Copia00105 8213 8374 1 nucleotide_motif 844 6645 6804 Unknown00019 151 699 1 Unknown00019 151 699 1 nucleotide_motif 902 14104 14658 Gypsy00163 7741 8014 1 Gypsy00163 7741 8014 1 nucleotide_motif 1546 14682 14955 Gypsy00163 8020 8182 1 Gypsy00163 8020 8182 1 nucleotide_motif 546 15225 15379 TOPIE1_LE_LTR 79 297 1 TOPIE1_LE_LTR 79 297 1 nucleotide_motif 370 16743 16948 Copia00108 9 273 1 Copia00108 9 273 1 nucleotide_motif 1026 16999 17272 Copia00108 361 463 1 Copia00108 361 463 1 nucleotide_motif 734 17426 17527 TLP2 8 306 1 TLP2 8 306 1 nucleotide_motif 1435 17987 18269 Copia00054 2942 5003 1 Copia00054 2942 5003 1 nucleotide_motif 6101 27223 29021 Unknown00034 8936 9074 1 Unknown00034 8936 9074 1 nucleotide_motif 555 29129 29268 Unknown00034 19 130 1 Unknown00034 19 130 1 nucleotide_motif 569 29793 29909 Copia00105 8542 8649 1 Copia00105 8542 8649 1 nucleotide_motif 229 43902 43998 GYCUME1_LTR 295 424 1 GYCUME1_LTR 295 424 1 nucleotide_motif 249 46346 46473 Gypsy00046 589 4188 1 Gypsy00046 589 4188 1 nucleotide_motif 328 46402 46488 Unknown00034 3704 3997 1 Unknown00034 3704 3997 1 nucleotide_motif 1492 48696 48981 Unknown00019 48 254 1 Unknown00019 48 254 1 nucleotide_motif 804 50781 50998 Unknown00019 154 698 1 Unknown00019 154 698 1 nucleotide_motif 617 51020 51586 Copia00151 8226 8385 1 Copia00151 8226 8385 1 nucleotide_motif 623 83520 83675 SHAMUDRAV_MT 1527 1588 1 SHAMUDRAV_MT 1527 1588 1 nucleotide_motif 230 85150 85210 SONATA1 1 74 1 SONATA1 1 74 1 nucleotide_motif 321 98472 98545 SONATA2 1 253 1 SONATA2 1 253 1 nucleotide_motif 586 101143 101364 Copia00039 264 490 1 Copia00039 264 490 1 nucleotide_motif 657 104022 104256 Gypsy00046 4078 4171 1 Gypsy00046 4078 4171 1 nucleotide_motif 394 107526 107619 MUDSOLT1 463 551 1 MUDSOLT1 463 551 1 nucleotide_motif 256 107552 107647 RepeatMasker tomato repeats master SONATA1 1 232 -1 SONATA1 1 232 -1 nucleotide_motif 965 4598 4360 Copia00172 430 524 -1 Copia00172 430 524 -1 nucleotide_motif 548 7490 7401 Copia00110 13267 13628 -1 Copia00110 13267 13628 -1 nucleotide_motif 1143 14381 14011 Gypsy00043 518 631 -1 Gypsy00043 518 631 -1 nucleotide_motif 819 14671 14558 Gypsy00080 7293 7946 -1 Gypsy00080 7293 7946 -1 nucleotide_motif 4160 16161 15510 Copia00110 2575 2740 -1 Copia00110 2575 2740 -1 nucleotide_motif 644 18125 17965 Copia00143 1 205 -1 Copia00143 1 205 -1 nucleotide_motif 1339 27089 26868 Copia00143 87 223 -1 Copia00143 87 223 -1 nucleotide_motif 804 27209 27073 Unknown00020 1 402 -1 Unknown00020 1 402 -1 nucleotide_motif 2539 29542 29152 Copia00110 1737 2411 -1 Copia00110 1737 2411 -1 nucleotide_motif 3566 29897 29215 Unknown00046 406 483 -1 Unknown00046 406 483 -1 nucleotide_motif 286 39790 39713 Copia00094 4428 4539 -1 Copia00094 4428 4539 -1 nucleotide_motif 312 39829 39722 ATHILA7A_I 3395 3460 -1 ATHILA7A_I 3395 3460 -1 nucleotide_motif 228 46031 45970 Copia00094 4320 4465 -1 Copia00094 4320 4465 -1 nucleotide_motif 611 49011 48867 Copia00110 13351 13623 -1 Copia00110 13351 13623 -1 nucleotide_motif 1376 51231 50947 Copia00110 13160 13316 -1 Copia00110 13160 13316 -1 nucleotide_motif 705 51590 51435 Gypsy00043 525 628 -1 Gypsy00043 525 628 -1 nucleotide_motif 787 51595 51490 Unknown00049 449 1709 -1 Unknown00049 449 1709 -1 nucleotide_motif 297 72755 72595 Unknown00043 2958 3296 -1 Unknown00043 2958 3296 -1 nucleotide_motif 615 73451 73105 Copia00105 7442 7524 -1 Copia00105 7442 7524 -1 nucleotide_motif 227 85247 85167 Gypsy00163 7740 7959 -1 Gypsy00163 7740 7959 -1 nucleotide_motif 1442 97815 97593 SINE_SO 5 188 -1 SINE_SO 5 188 -1 nucleotide_motif 739 101620 101444 Copia00143 1 188 -1 Copia00143 1 188 -1 nucleotide_motif 1256 106336 106140 Copia00143 77 222 -1 Copia00143 77 222 -1 nucleotide_motif 1177 106466 106321 STOWAWAY50_OS 59 173 -1 STOWAWAY50_OS 59 173 -1 nucleotide_motif 403 107607 107491 BLAST_tomato_bacs Tomato BAC sequences BLAST_tomato_bacs Tomato BAC sequences match_1 match 1225 79159 80158 match_2 match 2062 1 1040 match_3 match 2194 18311 19453 match_4 match 3233 5881 7595 match_5 match 3368 26549 28289 match_6 match 3659 3954 5844 match_7 match 4068 16201 18273 match_8 match 4169 7633 9759 match_9 match 6342 9793 13012 match_10 match 20384 26438 match_11 match 2639 101890 103220 match_12 match 2639 101890 103220 match_13 match 2639 101890 103220 match_14 match 2644 101890 103223 match_15 match 2529 101890 103220 match_16 match 2062 1 1040 match_17 match 3233 5881 7595 match_18 match 3659 3954 5844 match_19 match 4169 7633 9759 match_20 match 2639 101890 103220 match_21 match 2640 101889 103220 match_22 match 2639 101890 103220 match_23 match 2639 101890 103220 match_24 match 2615 101890 103220 match_25 match 2639 101890 103220 match_26 match 2593 101890 103221 match_27 match 2639 101890 103220 match_28 match 2640 101890 103221 match_29 match 1179 79159 80158 match_30 match 2639 101890 103220 match_31 match 2640 101890 103221 match_32 match 2648 101885 103224 match_33 match 2640 101890 103221 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) clone_1 clone 1276.5 1 123514 clone_start_1 clone_start 1308 1 687 clone_2 clone 723.5 2007 94589 clone_start_2 clone_start 654 2007 2344 clone_3 clone 1002.5 6061 42908 clone_end_1 clone_end 1277 6061 6704 clone_start_3 clone_start 967 12480 13012 clone_start_4 clone_start 260 13026 13160 clone_4 clone 1039.5 27943 73085 clone_start_5 clone_start 1681 27943 28802 clone_5 clone 1087.5 27943 73356 clone_start_6 clone_start 1681 27943 28802 clone_6 clone 1018 55925 111622 clone_start_7 clone_start 1396 55925 56644 clone_7 clone 1129 57006 99330 clone_start_8 clone_start 1124 57006 57576 clone_start_9 clone_start 313 63637 63798 clone_start_10 clone_start 735 93218 93624 clone_start_11 clone_start 262 93643 93795 clone_start_12 clone_start 476 123295 123534 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) clone_end_2 clone_end 1245 123514 122887 clone_end_3 clone_end 793 94589 94178 clone_start_13 clone_start 728 42908 42515 clone_start_14 clone_start 381 9984 9793 clone_start_15 clone_start 1342 10488 9793 clone_end_4 clone_end 402 10007 9793 clone_end_5 clone_end 706 12599 12223 clone_start_16 clone_start 948 16174 15693 clone_start_17 clone_start 1437 25609 24885 clone_end_6 clone_end 1364 28281 27586 clone_end_7 clone_end 398 73085 72885 clone_end_8 clone_end 494 73356 73108 clone_start_18 clone_start 280 34283 34118 clone_start_19 clone_start 1366 42076 41324 clone_end_9 clone_end 1043 42165 41580 clone_end_10 clone_end 640 111622 111300 clone_end_11 clone_end 1134 99330 98699 clone_start_20 clone_start 537 63927 63637 clone_start_21 clone_start 791 75594 75186 clone_start_22 clone_start 918 123534 123060 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_1 match_part 1.000 2360 2469 match_part 1.000 2624 2772 match_part 1.000 2855 2944 match_part 1.000 4862 4927 match_part 1.000 5106 5171 match_part 1.000 5440 5525 match_part 1.000 5620 5665 match_part 1.000 5772 5826 match_part 1.000 7053 7129 match_part 1.000 7246 7387 match_part 1.000 7598 7758 match_part 1.000 7863 7967 match_part 1.000 8521 8673 match_part 0.956 9264 9557 match_2 match_part 0.952 2381 2772 match_part 1.000 2855 2886 match_3 match_part 0.907 2730 2772 match_part 1.000 2855 2944 match_part 1.000 4862 4927 match_part 1.000 5106 5171 match_part 1.000 5440 5525 match_part 1.000 5620 5665 match_part 1.000 5772 5826 match_part 1.000 7053 7129 match_part 1.000 7246 7387 match_part 1.000 7598 7752 match_4 match_part 0.975 7049 7129 match_part 0.973 7246 7394 match_part 0.994 7598 7758 match_part 1.000 7863 7967 match_part 0.974 8521 8673 match_5 match_part 1.000 7629 7758 match_part 1.000 7863 7967 match_part 1.000 8521 8673 match_part 0.997 9264 9588 match_6 match_part 0.987 7683 7758 match_part 1.000 7863 7967 match_part 0.987 8521 8673 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match_part 1.000 25574 25657 match_part 1.000 25749 25833 match_part 0.997 25911 26215 match_17 match_part 1.000 25651 25657 match_part 0.982 25749 26198 match_18 match_part 0.995 25813 26217 match_19 match_part 1.000 56060 56290 match_part 1.000 59847 59969 match_part 1.000 60107 60199 match_part 1.000 61227 61283 match_part 1.000 61452 61495 match_20 match_part 1.000 56096 56290 match_part 1.000 59847 59969 match_part 1.000 60107 60199 match_part 1.000 61227 61283 match_part 1.000 61452 61495 match_21 match_part 0.950 56112 56290 match_part 0.959 59847 59969 match_part 1.000 60107 60114 match_22 match_part 1.000 56114 56290 match_part 1.000 59847 59969 match_part 1.000 60107 60199 match_part 1.000 61227 61283 match_part 1.000 61452 61507 match_part 1.000 61633 61725 match_part 1.000 62444 62486 match_23 match_part 1.000 56114 56284 match_24 match_part 0.887 56132 56290 match_part 0.959 59847 59969 match_part 0.968 60107 60199 match_part 1.000 61227 61283 match_part 1.000 61452 61507 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match_part 0.992 59847 59969 match_part 0.968 60107 60199 match_part 0.930 61227 61283 match_part 0.956 61452 61496 match_29 match_part 1.000 56165 56290 match_part 1.000 59847 59969 match_part 1.000 60107 60199 match_part 1.000 61227 61283 match_part 0.977 61452 61494 match_30 match_part 0.984 56165 56290 match_part 1.000 59847 59969 match_part 1.000 60107 60199 match_part 0.930 61227 61283 match_31 match_part 0.984 59847 59969 match_part 0.989 60107 60199 match_part 0.947 61227 61283 match_part 0.964 61452 61507 match_part 0.938 61633 61648 match_32 match_part 1.000 59912 59969 match_part 1.000 60107 60199 match_part 1.000 61227 61283 match_part 1.000 61452 61507 match_part 1.000 61633 61725 match_part 1.000 62444 62488 match_33 match_part 0.909 59959 59969 match_part 0.968 60107 60199 match_part 1.000 61227 61283 match_part 1.000 61452 61507 match_part 0.978 61633 61725 match_part 0.956 62444 62534 match_part 0.974 62657 62694 match_part 0.974 62847 62885 match_part 0.985 63506 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match_part 1.000 63152 63582 match_part 0.988 63651 63730 match_46 match_part 0.987 63506 63582 match_part 0.976 63651 63735 match_part 0.969 63815 63911 match_part 0.990 64000 64096 match_part 0.984 64969 65030 match_47 match_part 1.000 63687 63735 match_part 0.979 63815 63911 match_part 0.979 64000 64096 match_part 1.000 64969 65040 match_part 1.000 65226 65292 match_part 1.000 65371 65496 match_part 0.982 66307 66361 match_part 1.000 66446 66534 match_48 match_part 1.000 63726 63735 match_part 0.979 63815 63911 match_part 0.990 64000 64096 match_part 0.972 64969 65040 match_part 0.970 65226 65292 match_part 0.984 65371 65496 match_part 0.978 66307 66352 match_49 match_part 1.000 63868 63911 match_part 1.000 64000 64096 match_part 1.000 64969 65040 match_part 1.000 65226 65292 match_part 1.000 65371 65449 match_50 match_part 0.989 64005 64096 match_part 1.000 64969 65040 match_part 1.000 65226 65292 match_part 1.000 65371 65496 match_part 1.000 66307 66361 match_part 1.000 66446 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match_part 0.998 90488 91009 match_129 match_part 0.992 90609 90978 match_130 match_part 1.000 92665 93460 match_131 match_part 1.000 92918 93486 match_132 match_part 1.000 92918 93486 match_133 match_part 0.998 92920 93486 match_134 match_part 1.000 93092 93529 match_135 match_part 0.987 93094 93635 match_136 match_part 1.000 95401 95425 match_part 1.000 96518 96635 match_part 1.000 96730 96766 match_part 1.000 96833 96860 match_part 1.000 96951 97103 match_part 1.000 97186 97288 match_part 0.968 97377 97592 match_137 match_part 1.000 95401 95425 match_part 1.000 96518 96635 match_part 1.000 96730 96766 match_part 1.000 96833 96860 match_part 1.000 96951 97103 match_part 1.000 97186 97288 match_part 0.968 97377 97592 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_138 match_part 1.000 11044 10862 match_part 1.000 10562 10481 match_part 1.000 10392 10152 match_139 match_part 1.000 10922 10862 match_part 1.000 10562 10481 match_part 1.000 10392 10152 match_140 match_part 1.000 10913 10862 match_part 0.976 10562 10481 match_part 0.988 10392 10152 match_141 match_part 0.996 12158 11874 match_part 0.997 11171 10862 match_part 1.000 10562 10481 match_part 1.000 10392 10170 match_142 match_part 0.994 12209 11874 match_part 0.996 11171 10888 match_143 match_part 1.000 13202 13144 match_part 1.000 12468 11952 match_144 match_part 0.959 37209 36334 match_145 match_part 0.956 37322 36550 match_146 match_part 0.967 37383 36558 match_147 match_part 0.970 37466 36559 match_148 match_part 0.990 37283 36561 match_149 match_part 0.952 37380 36562 match_150 match_part 0.989 37782 37029 match_151 match_part 0.989 38147 37311 match_152 match_part 0.988 38147 37320 match_153 match_part 0.999 38149 37337 match_154 match_part 0.991 38114 37346 match_155 match_part 0.974 38150 37347 match_156 match_part 1.000 38169 37423 match_157 match_part 0.996 38168 37458 match_158 match_part 1.000 38168 37648 match_159 match_part 0.952 38179 37785 match_160 match_part 1.000 67810 67717 match_part 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1.000 74421 74383 match_part 1.000 74292 74140 match_part 1.000 73998 73923 match_part 0.951 72041 71878 match_175 match_part 1.000 74421 74383 match_part 1.000 74292 74140 match_part 1.000 73998 73923 match_part 0.994 72041 71886 match_176 match_part 1.000 75465 75203 match_part 1.000 74421 74383 match_part 1.000 74292 74144 match_part 1.000 73998 73923 match_part 0.973 72041 72005 match_177 match_part 0.937 73286 73097 match_178 match_part 1.000 74195 74144 match_part 1.000 73998 73508 match_179 match_part 1.000 74200 74144 match_part 0.992 73998 73511 match_180 match_part 1.000 75372 75203 match_part 1.000 74421 74383 match_part 0.993 74292 74140 match_part 1.000 73998 73923 match_181 match_part 0.989 75475 75203 match_part 1.000 74421 74383 match_part 0.966 74292 74144 match_part 1.000 73998 73991 match_182 match_part 0.997 118883 118213 match_183 match_part 1.000 118871 118213 match_184 match_part 0.998 118851 118213 match_185 match_part 1.000 118932 118217 match_186 match_part 0.991 118662 118222 match_187 match_part 0.978 118638 118228 match_188 match_part 0.999 119228 118493 match_189 match_part 0.998 119228 118606 match_190 match_part 1.000 119116 118667 match_191 match_part 1.000 119777 119514 match_part 1.000 119236 118825 match_192 match_part 1.000 119648 119514 match_part 1.000 119236 118850 match_193 match_part 0.994 120017 119514 match_part 0.997 119236 118925 match_194 match_part 1.000 120015 119514 match_part 0.988 119236 118992 match_195 match_part 1.000 120015 119514 match_part 0.966 119236 119004 match_196 match_part 1.000 119777 119514 match_part 1.000 119236 119021 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C02HBa0012A12.1 type gene exon 2381 2772 exon 2855 2944 exon 4862 4927 exon 5106 5171 exon 5440 5525 exon 5620 5665 exon 5772 5826 exon 7053 7129 exon 7246 7387 exon 7598 7758 exon 7863 7967 exon 8521 8673 exon 9264 9636 gene_2 gene GT_PGL_1_AGS_2 transcript source GenomeThreader seq_id C02HBa0012A12.1 type gene exon 2360 2469 exon 2624 2772 exon 2855 2944 exon 4862 4927 exon 5106 5171 exon 5440 5525 exon 5620 5665 exon 5772 5826 exon 7053 7129 exon 7246 7387 exon 7598 7758 exon 7863 7967 exon 8521 8673 exon 9264 9636 gene_3 gene GT_PGL_1_AGS_3 transcript source GenomeThreader seq_id C02HBa0012A12.1 type gene exon 7049 7129 exon 7246 7394 exon 7598 7758 exon 7863 7967 exon 8521 8673 exon 9264 9636 gene_4 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C02HBa0012A12.1 type gene exon 13202 13144 exon 12468 11874 exon 11171 10862 exon 10562 10481 exon 10392 10152 gene_5 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C02HBa0012A12.1 type gene exon 20882 21431 exon 21870 22032 exon 22186 22260 exon 22430 22530 exon 22646 22761 exon 23349 23560 exon 23714 23805 exon 24023 24137 exon 24239 24342 exon 24702 24747 exon 24858 24922 exon 25022 25108 exon 25424 25478 exon 25569 25657 exon 25749 25833 exon 25911 26215 gene_6 gene GT_PGL_3_AGS_2 transcript source GenomeThreader seq_id C02HBa0012A12.1 type gene exon 21883 22032 exon 22186 22260 exon 22430 22530 exon 22646 22761 exon 23349 23560 exon 23714 23805 exon 24023 24137 exon 24239 24342 exon 24702 24747 exon 24858 24922 exon 25022 25108 exon 25424 25478 exon 25569 25657 exon 25749 26217 gene_7 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C02HBa0012A12.1 type gene exon 38179 36334 gene_8 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C02HBa0012A12.1 type gene exon 56060 56290 exon 59847 59969 exon 60107 60199 exon 61227 61283 exon 61452 61507 exon 61633 61725 exon 62444 62534 exon 62657 62694 exon 62847 62885 exon 63506 63582 exon 63651 63735 exon 63815 63911 exon 64000 64096 exon 64969 65040 exon 65226 65292 exon 65371 65496 exon 66307 66361 exon 66446 66941 gene_9 gene GT_PGL_5_AGS_2 transcript source GenomeThreader seq_id C02HBa0012A12.1 type gene exon 56060 56290 exon 59847 59969 exon 60107 60199 exon 61227 61283 exon 61452 61507 exon 61633 61725 exon 62444 62534 exon 62657 62694 exon 62847 62885 exon 63506 63582 exon 63651 63735 exon 63815 63911 exon 64000 64096 exon 64969 65040 exon 65226 65292 exon 65371 65496 exon 66307 66361 exon 66446 66794 exon 67469 67498 gene_10 gene GT_PGL_5_AGS_3 transcript source GenomeThreader seq_id C02HBa0012A12.1 type gene exon 56060 56290 exon 59847 59969 exon 60107 60199 exon 61227 61283 exon 61452 61507 exon 61633 61725 exon 62444 62534 exon 62657 62694 exon 62847 62885 exon 63506 63582 exon 63651 63735 exon 63815 63911 exon 64000 64096 exon 64969 65040 exon 65226 65292 exon 65371 65496 exon 66307 66361 exon 66446 66881 exon 67182 67199 gene_11 gene GT_PGL_5_AGS_4 transcript source GenomeThreader seq_id C02HBa0012A12.1 type gene exon 56060 56290 exon 59847 59969 exon 60107 60199 exon 61227 61283 exon 61452 61507 exon 61633 61725 exon 62444 62534 exon 62657 62694 exon 62847 62885 exon 63506 63582 exon 63651 63735 exon 63815 63911 exon 64000 64096 exon 64969 65040 exon 65226 65292 exon 65371 65496 exon 66307 66361 exon 66446 66593 exon 66742 66752 gene_12 gene GT_PGL_5_AGS_5 transcript source GenomeThreader seq_id C02HBa0012A12.1 type gene exon 63152 63582 exon 63651 63735 exon 63815 63911 exon 64000 64096 exon 64969 65040 exon 65226 65292 exon 65371 65496 exon 66307 66361 exon 66446 66941 gene_13 gene GT_PGL_5_AGS_6 transcript source GenomeThreader seq_id C02HBa0012A12.1 type gene exon 61525 61525 exon 61633 61725 exon 62444 62534 exon 62657 62694 exon 62847 62885 exon 63506 63582 exon 63651 63735 exon 63815 63911 exon 64000 64096 exon 64969 65040 exon 65226 65292 exon 65371 65496 exon 66307 66361 exon 66446 66941 gene_14 gene GT_PGL_5_AGS_7 transcript source GenomeThreader seq_id C02HBa0012A12.1 type gene exon 62826 62885 exon 63506 63582 exon 63651 63735 exon 63815 63911 exon 64000 64096 exon 64969 65040 exon 65226 65292 exon 65371 65496 exon 66307 66361 exon 66446 66517 exon 66737 66748 gene_15 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C02HBa0012A12.1 type gene exon 75475 75203 exon 74421 74383 exon 74292 74144 exon 73998 73923 exon 72041 71747 exon 71674 71565 exon 71464 71417 exon 71330 70789 exon 70644 70514 exon 70362 70224 exon 67884 67717 exon 67644 67403 gene_16 gene GT_PGL_6_AGS_2 transcript source GenomeThreader seq_id C02HBa0012A12.1 type gene exon 75477 75203 exon 74421 74383 exon 74292 74140 exon 73998 73923 exon 72041 71747 exon 71674 71565 exon 71464 71417 exon 71330 70789 exon 70644 70514 exon 70362 70224 exon 67884 67717 exon 67644 67403 gene_17 gene GT_PGL_6_AGS_3 transcript source GenomeThreader seq_id C02HBa0012A12.1 type gene exon 75475 75203 exon 74421 74383 exon 74292 74144 exon 73998 73923 exon 72041 71747 exon 71674 71565 exon 71464 71417 exon 71330 70789 exon 70644 70514 exon 70362 70221 gene_18 gene GT_PGL_6_AGS_4 transcript source GenomeThreader seq_id C02HBa0012A12.1 type gene exon 75475 75203 exon 74421 74383 exon 74292 74144 exon 73998 73923 exon 72041 71747 exon 71674 71565 exon 71464 71417 exon 71330 71121 exon 70890 70789 exon 70644 70514 exon 70362 70224 exon 67884 67717 exon 67644 67403 gene_19 gene GT_PGL_6_AGS_5 transcript source GenomeThreader seq_id C02HBa0012A12.1 type gene exon 75475 75203 exon 74421 74383 exon 74292 74144 exon 73998 73508 gene_20 gene GT_PGL_6_AGS_6 transcript source GenomeThreader seq_id C02HBa0012A12.1 type gene exon 73286 73097 gene_21 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C02HBa0012A12.1 type gene exon 81421 81900 exon 82149 82592 gene_22 gene GT_PGL_7_AGS_2 transcript source GenomeThreader seq_id C02HBa0012A12.1 type gene exon 81432 82149 gene_23 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C02HBa0012A12.1 type gene exon 90469 91010 exon 92658 93639 gene_24 gene GT_PGL_8_AGS_2 transcript source GenomeThreader seq_id C02HBa0012A12.1 type gene exon 90246 90252 exon 90487 91010 exon 92658 93635 gene_25 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C02HBa0012A12.1 type gene exon 95401 95425 exon 96518 96635 exon 96730 96766 exon 96833 96860 exon 96951 97103 exon 97186 97288 exon 97377 97592 gene_26 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C02HBa0012A12.1 type gene exon 120017 119514 exon 119236 118213 AUGUSTUS_tom_cdna de novo gene_1 gene 1 2752 9326 transcript_1 transcript 1 2752 9326 start_codon_1 start_codon 2752 2754 intron_1 intron 1 2773 2854 intron_2 intron 1 2945 4861 intron_3 intron 1 4928 5105 intron_4 intron 1 5172 5439 intron_5 intron 1 5526 5619 intron_6 intron 1 5666 5771 intron_7 intron 1 5827 7052 intron_8 intron 1 7130 7245 intron_9 intron 1 7388 7597 intron_10 intron 1 7759 7862 intron_11 intron 1 7968 8520 intron_12 intron 1 8674 9263 CDS_1 CDS 1 2752 2772 CDS_2 CDS 1 2855 2944 CDS_3 CDS 1 4862 4927 CDS_4 CDS 1 5106 5171 CDS_5 CDS 1 5440 5525 CDS_6 CDS 1 5620 5665 CDS_7 CDS 1 5772 5826 CDS_8 CDS 1 7053 7129 CDS_9 CDS 1 7246 7387 CDS_10 CDS 1 7598 7758 CDS_11 CDS 1 7863 7967 CDS_12 CDS 1 8521 8673 CDS_13 CDS 1 9264 9326 stop_codon_1 stop_codon 9324 9326 gene_2 gene 1 20911 25994 transcript_2 transcript 1 20911 25994 start_codon_2 start_codon 20911 20913 intron_13 intron 1 21432 21869 intron_14 intron 1 22033 22185 intron_15 intron 1 22261 22429 intron_16 intron 1 22531 22645 intron_17 intron 1 22762 23348 intron_18 intron 1 23561 23713 intron_19 intron 1 23806 24022 intron_20 intron 1 24138 24238 intron_21 intron 1 24343 24701 intron_22 intron 1 24748 24857 intron_23 intron 1 24923 25021 intron_24 intron 1 25109 25423 intron_25 intron 1 25479 25568 intron_26 intron 1 25658 25748 intron_27 intron 1 25834 25910 CDS_14 CDS 1 20911 21431 CDS_15 CDS 1 21870 22032 CDS_16 CDS 1 22186 22260 CDS_17 CDS 1 22430 22530 CDS_18 CDS 1 22646 22761 CDS_19 CDS 1 23349 23560 CDS_20 CDS 1 23714 23805 CDS_21 CDS 1 24023 24137 CDS_22 CDS 1 24239 24342 CDS_23 CDS 1 24702 24747 CDS_24 CDS 1 24858 24922 CDS_25 CDS 1 25022 25108 CDS_26 CDS 1 25424 25478 CDS_27 CDS 1 25569 25657 CDS_28 CDS 1 25749 25833 CDS_29 CDS 1 25911 25994 stop_codon_2 stop_codon 25992 25994 gene_3 gene 0.06 51763 66496 transcript_3 transcript 0.06 51763 66496 start_codon_3 start_codon 51763 51765 intron_28 intron 0.33 51786 56008 intron_29 intron 0.48 56291 57141 intron_30 intron 0.77 57198 57444 intron_31 intron 0.48 57789 58891 intron_32 intron 0.54 59468 59846 intron_33 intron 1 59970 60106 intron_34 intron 1 60200 61226 intron_35 intron 1 61284 61451 intron_36 intron 1 61508 61632 intron_37 intron 1 61726 62443 intron_38 intron 1 62535 62656 intron_39 intron 1 62695 62846 intron_40 intron 1 62886 63505 intron_41 intron 1 63583 63650 intron_42 intron 1 63736 63814 intron_43 intron 1 63912 63999 intron_44 intron 1 64097 64968 intron_45 intron 1 65041 65225 intron_46 intron 1 65293 65370 intron_47 intron 1 65497 66306 intron_48 intron 1 66362 66445 CDS_30 CDS 0.33 51763 51785 CDS_31 CDS 0.78 56009 56290 CDS_32 CDS 0.48 57142 57197 CDS_33 CDS 0.74 57445 57788 CDS_34 CDS 0.41 58892 59467 CDS_35 CDS 1 59847 59969 CDS_36 CDS 1 60107 60199 CDS_37 CDS 1 61227 61283 CDS_38 CDS 1 61452 61507 CDS_39 CDS 1 61633 61725 CDS_40 CDS 1 62444 62534 CDS_41 CDS 1 62657 62694 CDS_42 CDS 1 62847 62885 CDS_43 CDS 1 63506 63582 CDS_44 CDS 1 63651 63735 CDS_45 CDS 1 63815 63911 CDS_46 CDS 1 64000 64096 CDS_47 CDS 1 64969 65040 CDS_48 CDS 1 65226 65292 CDS_49 CDS 1 65371 65496 CDS_50 CDS 1 66307 66361 CDS_51 CDS 1 66446 66496 stop_codon_3 stop_codon 66494 66496 gene_4 gene 0.65 81352 81714 transcript_4 transcript 0.65 81352 81714 start_codon_4 start_codon 81352 81354 CDS_52 CDS 0.65 81352 81714 stop_codon_4 stop_codon 81712 81714 gene_5 gene 1 81738 82231 transcript_5 transcript 1 81738 82231 start_codon_5 start_codon 81738 81740 intron_49 intron 1 81901 82148 CDS_53 CDS 1 81738 81900 CDS_54 CDS 1 82149 82231 stop_codon_5 stop_codon 82229 82231 gene_6 gene 1 90807 93359 transcript_6 transcript 1 90807 93359 start_codon_6 start_codon 90807 90809 intron_50 intron 1 91011 92657 CDS_55 CDS 1 90807 91010 CDS_56 CDS 1 92658 93359 stop_codon_6 stop_codon 93357 93359 gene_7 gene 1 95423 97441 transcript_7 transcript 1 95423 97441 start_codon_7 start_codon 95423 95425 intron_51 intron 1 95426 96517 intron_52 intron 1 96636 96729 intron_53 intron 1 96767 96832 intron_54 intron 1 96861 96950 intron_55 intron 1 97104 97185 intron_56 intron 1 97289 97376 CDS_57 CDS 1 95423 95425 CDS_58 CDS 1 96518 96635 CDS_59 CDS 1 96730 96766 CDS_60 CDS 1 96833 96860 CDS_61 CDS 1 96951 97103 CDS_62 CDS 1 97186 97288 CDS_63 CDS 1 97377 97441 stop_codon_7 stop_codon 97439 97441 gene_8 gene 0.83 99222 99617 transcript_8 transcript 0.83 99222 99617 start_codon_8 start_codon 99222 99224 CDS_64 CDS 0.83 99222 99617 stop_codon_8 stop_codon 99615 99617 gene_9 gene 0.92 101981 103209 transcript_9 transcript 0.92 101981 103209 start_codon_9 start_codon 101981 101983 intron_57 intron 0.92 102343 102401 CDS_65 CDS 0.92 101981 102342 CDS_66 CDS 0.92 102402 103209 stop_codon_9 stop_codon 103207 103209 gene_10 gene 1 103288 103971 transcript_10 transcript 1 103288 103971 start_codon_10 start_codon 103288 103290 CDS_67 CDS 1 103288 103971 stop_codon_10 stop_codon 103969 103971 gene_11 gene 0.37 108780 111561 transcript_11 transcript 0.37 108780 111561 start_codon_11 start_codon 108780 108782 intron_58 intron 0.9 108846 109411 intron_59 intron 0.65 109518 109587 intron_60 intron 0.95 109999 110089 intron_61 intron 0.64 111227 111313 CDS_68 CDS 0.9 108780 108845 CDS_69 CDS 0.65 109412 109517 CDS_70 CDS 0.76 109588 109998 CDS_71 CDS 0.64 110090 111226 CDS_72 CDS 0.84 111314 111561 stop_codon_11 stop_codon 111559 111561 gene_12 gene 0.54 115975 116586 transcript_12 transcript 0.54 115975 116586 start_codon_12 start_codon 115975 115977 CDS_73 CDS 0.54 115975 116586 stop_codon_12 stop_codon 116584 116586 AUGUSTUS_tom_cdna de novo gene_13 gene 1 12417 10195 transcript_13 transcript 1 12417 10195 stop_codon_13 stop_codon 10197 10195 intron_62 intron 1 10480 10393 intron_63 intron 1 10861 10563 intron_64 intron 1 11873 11172 CDS_74 CDS 1 10392 10195 CDS_75 CDS 1 10562 10481 CDS_76 CDS 1 11171 10862 CDS_77 CDS 1 12417 11874 start_codon_13 start_codon 12417 12415 gene_14 gene 0.44 38315 36838 transcript_14 transcript 0.44 38315 36838 stop_codon_14 stop_codon 36840 36838 intron_65 intron 0.46 38270 38197 CDS_78 CDS 0.75 38196 36838 CDS_79 CDS 0.44 38315 38271 start_codon_14 start_codon 38315 38313 gene_15 gene 1 70928 67623 transcript_15 transcript 1 70928 67623 stop_codon_15 stop_codon 67625 67623 intron_66 intron 1 67716 67645 intron_67 intron 1 70223 67885 intron_68 intron 1 70513 70363 intron_69 intron 1 70788 70645 CDS_80 CDS 1 67644 67623 CDS_81 CDS 1 67884 67717 CDS_82 CDS 1 70362 70224 CDS_83 CDS 1 70644 70514 CDS_84 CDS 1 70928 70789 start_codon_15 start_codon 70928 70926 gene_16 gene 1 75399 71036 transcript_16 transcript 1 75399 71036 stop_codon_16 stop_codon 71038 71036 intron_70 intron 1 71416 71331 intron_71 intron 1 71564 71465 intron_72 intron 1 71746 71675 intron_73 intron 1 73922 72042 intron_74 intron 1 74143 73999 intron_75 intron 1 74382 74293 intron_76 intron 1 75202 74422 CDS_85 CDS 1 71330 71036 CDS_86 CDS 1 71464 71417 CDS_87 CDS 1 71674 71565 CDS_88 CDS 1 72041 71747 CDS_89 CDS 1 73998 73923 CDS_90 CDS 1 74292 74144 CDS_91 CDS 1 74421 74383 CDS_92 CDS 1 75399 75203 start_codon_16 start_codon 75399 75397 gene_17 gene 0.32 118304 117937 transcript_17 transcript 0.32 118304 117937 stop_codon_17 stop_codon 117939 117937 intron_77 intron 0.35 118212 118112 CDS_93 CDS 0.46 118111 117937 CDS_94 CDS 0.34 118304 118213 start_codon_17 start_codon 118304 118302 gene_18 gene 0.84 123494 118610 transcript_18 transcript 0.84 123494 118610 stop_codon_18 stop_codon 118612 118610 intron_78 intron 1 119513 119237 intron_79 intron 0.9 120297 120209 intron_80 intron 1 120679 120598 intron_81 intron 0.94 121473 120882 intron_82 intron 1 121705 121619 intron_83 intron 1 122033 121960 CDS_95 CDS 1 119236 118610 CDS_96 CDS 0.9 120208 119514 CDS_97 CDS 1 120597 120298 CDS_98 CDS 0.94 120881 120680 CDS_99 CDS 1 121618 121474 CDS_100 CDS 1 121959 121706 CDS_101 CDS 1 123494 122034 start_codon_18 start_codon 123494 123492 AUGUSTUS_ab_initio de novo gene_1 gene 0.4 2752 7144 transcript_1 transcript 0.4 2752 7144 start_codon_1 start_codon 2752 2754 intron_1 intron 1 2773 2854 intron_2 intron 0.89 2945 4861 intron_3 intron 0.89 4928 5105 intron_4 intron 0.88 5172 5439 intron_5 intron 1 5526 5619 intron_6 intron 1 5666 5771 intron_7 intron 0.94 5827 7052 CDS_1 CDS 1 2752 2772 CDS_2 CDS 1 2855 2944 CDS_3 CDS 1 4862 4927 CDS_4 CDS 0.89 5106 5171 CDS_5 CDS 0.99 5440 5525 CDS_6 CDS 1 5620 5665 CDS_7 CDS 0.96 5772 5826 CDS_8 CDS 0.49 7053 7144 stop_codon_1 stop_codon 7142 7144 gene_2 gene 0.44 7273 9326 transcript_2 transcript 0.44 7273 9326 start_codon_2 start_codon 7273 7275 intron_8 intron 0.95 7388 7597 intron_9 intron 1 7759 7862 intron_10 intron 1 7968 8520 intron_11 intron 0.88 8674 9263 CDS_9 CDS 0.49 7273 7387 CDS_10 CDS 1 7598 7758 CDS_11 CDS 1 7863 7967 CDS_12 CDS 0.92 8521 8673 CDS_13 CDS 0.89 9264 9326 stop_codon_2 stop_codon 9324 9326 gene_3 gene 0.68 20911 25994 transcript_3 transcript 0.68 20911 25994 start_codon_3 start_codon 20911 20913 intron_12 intron 1 21432 21869 intron_13 intron 1 22033 22185 intron_14 intron 0.98 22261 22429 intron_15 intron 1 22531 22645 intron_16 intron 0.91 22762 23348 intron_17 intron 1 23561 23713 intron_18 intron 1 23806 24022 intron_19 intron 0.96 24138 24238 intron_20 intron 0.99 24343 24701 intron_21 intron 1 24748 24857 intron_22 intron 1 24923 25021 intron_23 intron 0.97 25109 25423 intron_24 intron 0.88 25479 25568 intron_25 intron 0.98 25658 25748 intron_26 intron 1 25834 25910 CDS_14 CDS 0.95 20911 21431 CDS_15 CDS 1 21870 22032 CDS_16 CDS 0.98 22186 22260 CDS_17 CDS 1 22430 22530 CDS_18 CDS 1 22646 22761 CDS_19 CDS 0.99 23349 23560 CDS_20 CDS 1 23714 23805 CDS_21 CDS 0.96 24023 24137 CDS_22 CDS 0.99 24239 24342 CDS_23 CDS 1 24702 24747 CDS_24 CDS 1 24858 24922 CDS_25 CDS 0.97 25022 25108 CDS_26 CDS 0.88 25424 25478 CDS_27 CDS 1 25569 25657 CDS_28 CDS 0.98 25749 25833 CDS_29 CDS 1 25911 25994 stop_codon_3 stop_codon 25992 25994 gene_4 gene 0.66 56135 56668 transcript_4 transcript 0.66 56135 56668 start_codon_4 start_codon 56135 56137 intron_27 intron 0.66 56291 56431 CDS_30 CDS 1 56135 56290 CDS_31 CDS 0.66 56432 56668 stop_codon_4 stop_codon 56666 56668 gene_5 gene 0.84 57438 57827 transcript_5 transcript 0.84 57438 57827 start_codon_5 start_codon 57438 57440 CDS_32 CDS 0.84 57438 57827 stop_codon_5 stop_codon 57825 57827 gene_6 gene 0.02 58137 66496 transcript_6 transcript 0.02 58137 66496 start_codon_6 start_codon 58137 58139 intron_28 intron 0.42 58353 58652 intron_29 intron 0.47 58797 58891 intron_30 intron 0.55 59468 59846 intron_31 intron 0.59 59970 60106 intron_32 intron 0.39 60200 61451 intron_33 intron 0.5 61508 61632 intron_34 intron 0.85 61726 62443 intron_35 intron 0.4 62537 62846 intron_36 intron 0.87 62886 63505 intron_37 intron 0.96 63583 63650 intron_38 intron 0.99 63736 63814 intron_39 intron 0.94 63912 63999 intron_40 intron 0.91 64097 64968 intron_41 intron 0.98 65041 65225 intron_42 intron 0.96 65293 65370 intron_43 intron 0.99 65497 66306 intron_44 intron 0.96 66362 66445 CDS_33 CDS 0.36 58137 58352 CDS_34 CDS 0.45 58653 58796 CDS_35 CDS 0.44 58892 59467 CDS_36 CDS 0.63 59847 59969 CDS_37 CDS 0.8 60107 60199 CDS_38 CDS 0.5 61452 61507 CDS_39 CDS 0.99 61633 61725 CDS_40 CDS 0.69 62444 62536 CDS_41 CDS 0.92 62847 62885 CDS_42 CDS 0.95 63506 63582 CDS_43 CDS 0.99 63651 63735 CDS_44 CDS 0.94 63815 63911 CDS_45 CDS 0.98 64000 64096 CDS_46 CDS 0.97 64969 65040 CDS_47 CDS 0.98 65226 65292 CDS_48 CDS 0.97 65371 65496 CDS_49 CDS 0.99 66307 66361 CDS_50 CDS 0.96 66446 66496 stop_codon_6 stop_codon 66494 66496 gene_7 gene 0.44 81495 82231 transcript_7 transcript 0.44 81495 82231 start_codon_7 start_codon 81495 81497 intron_45 intron 0.71 81901 82148 CDS_51 CDS 0.77 81495 81900 CDS_52 CDS 0.47 82149 82231 stop_codon_7 stop_codon 82229 82231 gene_8 gene 0.47 90807 93359 transcript_8 transcript 0.47 90807 93359 start_codon_8 start_codon 90807 90809 intron_46 intron 0.99 91011 92657 CDS_53 CDS 1 90807 91010 CDS_54 CDS 0.47 92658 93359 stop_codon_8 stop_codon 93357 93359 gene_9 gene 0.39 96536 97441 transcript_9 transcript 0.39 96536 97441 start_codon_9 start_codon 96536 96538 intron_47 intron 1 96636 96729 intron_48 intron 0.98 96767 96832 intron_49 intron 0.86 96861 96950 intron_50 intron 0.99 97104 97185 intron_51 intron 0.85 97289 97376 CDS_55 CDS 0.52 96536 96635 CDS_56 CDS 0.98 96730 96766 CDS_57 CDS 0.98 96833 96860 CDS_58 CDS 0.86 96951 97103 CDS_59 CDS 0.98 97186 97288 CDS_60 CDS 0.85 97377 97441 stop_codon_9 stop_codon 97439 97441 gene_10 gene 0.69 99222 99617 transcript_10 transcript 0.69 99222 99617 start_codon_10 start_codon 99222 99224 CDS_61 CDS 0.69 99222 99617 stop_codon_10 stop_codon 99615 99617 gene_11 gene 0.94 101981 103209 transcript_11 transcript 0.94 101981 103209 start_codon_11 start_codon 101981 101983 intron_52 intron 0.97 102343 102401 CDS_62 CDS 0.96 101981 102342 CDS_63 CDS 0.98 102402 103209 stop_codon_11 stop_codon 103207 103209 gene_12 gene 1 103288 103971 transcript_12 transcript 1 103288 103971 start_codon_12 start_codon 103288 103290 CDS_64 CDS 1 103288 103971 stop_codon_12 stop_codon 103969 103971 gene_13 gene 0.72 108780 111561 transcript_13 transcript 0.72 108780 111561 start_codon_13 start_codon 108780 108782 intron_53 intron 1 108846 109411 intron_54 intron 0.83 109518 109587 intron_55 intron 0.96 109999 110089 intron_56 intron 0.91 111227 111313 CDS_65 CDS 1 108780 108845 CDS_66 CDS 0.83 109412 109517 CDS_67 CDS 0.97 109588 109998 CDS_68 CDS 0.89 110090 111226 CDS_69 CDS 0.99 111314 111561 stop_codon_13 stop_codon 111559 111561 gene_14 gene 0.64 115975 116586 transcript_14 transcript 0.64 115975 116586 start_codon_14 start_codon 115975 115977 CDS_70 CDS 0.64 115975 116586 stop_codon_14 stop_codon 116584 116586 AUGUSTUS_ab_initio de novo gene_15 gene 0.39 12417 9944 transcript_15 transcript 0.39 12417 9944 stop_codon_15 stop_codon 9946 9944 intron_57 intron 0.53 10205 10033 intron_58 intron 0.85 10480 10393 intron_59 intron 1 10861 10563 intron_60 intron 0.73 11731 11172 intron_61 intron 0.78 11873 11777 CDS_71 CDS 0.81 10032 9944 CDS_72 CDS 0.6 10392 10206 CDS_73 CDS 1 10562 10481 CDS_74 CDS 0.93 11171 10862 CDS_75 CDS 0.76 11776 11732 CDS_76 CDS 0.99 12417 11874 start_codon_15 start_codon 12417 12415 gene_16 gene 0.98 38046 36838 transcript_16 transcript 0.98 38046 36838 stop_codon_16 stop_codon 36840 36838 CDS_77 CDS 0.98 38046 36838 start_codon_16 start_codon 38046 38044 gene_17 gene 0.88 67894 67598 transcript_17 transcript 0.88 67894 67598 stop_codon_17 stop_codon 67600 67598 intron_62 intron 1 67716 67645 CDS_78 CDS 0.99 67644 67598 CDS_79 CDS 0.89 67894 67717 start_codon_17 start_codon 67894 67892 gene_18 gene 0.11 75399 69626 transcript_18 transcript 0.11 75399 69626 stop_codon_18 stop_codon 69628 69626 intron_63 intron 0.56 70223 69702 intron_64 intron 1 70513 70363 intron_65 intron 1 70788 70645 intron_66 intron 0.95 71120 70891 intron_67 intron 0.74 71416 71331 intron_68 intron 1 71564 71465 intron_69 intron 1 71746 71675 intron_70 intron 0.51 73922 72042 intron_71 intron 0.51 74143 73999 intron_72 intron 0.56 75202 74293 CDS_80 CDS 0.56 69701 69626 CDS_81 CDS 0.88 70362 70224 CDS_82 CDS 1 70644 70514 CDS_83 CDS 0.95 70890 70789 CDS_84 CDS 0.72 71330 71121 CDS_85 CDS 1 71464 71417 CDS_86 CDS 1 71674 71565 CDS_87 CDS 1 72041 71747 CDS_88 CDS 0.52 73998 73923 CDS_89 CDS 0.51 74292 74144 CDS_90 CDS 0.99 75399 75203 start_codon_18 start_codon 75399 75397 gene_19 gene 0.77 119224 118610 transcript_19 transcript 0.77 119224 118610 stop_codon_19 stop_codon 118612 118610 CDS_91 CDS 0.77 119224 118610 start_codon_19 start_codon 119224 119222 gene_20 gene 0.7 123494 119442 transcript_20 transcript 0.7 123494 119442 stop_codon_20 stop_codon 119444 119442 intron_73 intron 0.92 120297 120209 intron_74 intron 1 120679 120598 intron_75 intron 0.97 121473 120882 intron_76 intron 1 121705 121619 intron_77 intron 1 122033 121960 CDS_92 CDS 0.71 120208 119442 CDS_93 CDS 1 120597 120298 CDS_94 CDS 0.97 120881 120680 CDS_95 CDS 1 121618 121474 CDS_96 CDS 1 121959 121706 CDS_97 CDS 1 123494 122034 start_codon_20 start_codon 123494 123492 AUGUSTUS_tom_ugs de novo gene_1 gene 1 2752 9326 transcript_1 transcript 1 2752 9326 start_codon_1 start_codon 2752 2754 intron_1 intron 1 2773 2854 intron_2 intron 1 2945 4861 intron_3 intron 1 4928 5105 intron_4 intron 1 5172 5439 intron_5 intron 1 5526 5619 intron_6 intron 1 5666 5771 intron_7 intron 1 5827 7052 intron_8 intron 1 7130 7245 intron_9 intron 1 7388 7597 intron_10 intron 1 7759 7862 intron_11 intron 1 7968 8520 intron_12 intron 1 8674 9263 CDS_1 CDS 1 2752 2772 CDS_2 CDS 1 2855 2944 CDS_3 CDS 1 4862 4927 CDS_4 CDS 1 5106 5171 CDS_5 CDS 1 5440 5525 CDS_6 CDS 1 5620 5665 CDS_7 CDS 1 5772 5826 CDS_8 CDS 1 7053 7129 CDS_9 CDS 1 7246 7387 CDS_10 CDS 1 7598 7758 CDS_11 CDS 1 7863 7967 CDS_12 CDS 1 8521 8673 CDS_13 CDS 1 9264 9326 stop_codon_1 stop_codon 9324 9326 gene_2 gene 1 20911 25994 transcript_2 transcript 1 20911 25994 start_codon_2 start_codon 20911 20913 intron_13 intron 1 21432 21869 intron_14 intron 1 22033 22185 intron_15 intron 1 22261 22429 intron_16 intron 1 22531 22645 intron_17 intron 1 22762 23348 intron_18 intron 1 23561 23713 intron_19 intron 1 23806 24022 intron_20 intron 1 24138 24238 intron_21 intron 1 24343 24701 intron_22 intron 1 24748 24857 intron_23 intron 1 24923 25021 intron_24 intron 1 25109 25423 intron_25 intron 1 25479 25568 intron_26 intron 1 25658 25748 intron_27 intron 1 25834 25910 CDS_14 CDS 1 20911 21431 CDS_15 CDS 1 21870 22032 CDS_16 CDS 1 22186 22260 CDS_17 CDS 1 22430 22530 CDS_18 CDS 1 22646 22761 CDS_19 CDS 1 23349 23560 CDS_20 CDS 1 23714 23805 CDS_21 CDS 1 24023 24137 CDS_22 CDS 1 24239 24342 CDS_23 CDS 1 24702 24747 CDS_24 CDS 1 24858 24922 CDS_25 CDS 1 25022 25108 CDS_26 CDS 1 25424 25478 CDS_27 CDS 1 25569 25657 CDS_28 CDS 1 25749 25833 CDS_29 CDS 1 25911 25994 stop_codon_2 stop_codon 25992 25994 gene_3 gene 0.88 57438 57827 transcript_3 transcript 0.88 57438 57827 start_codon_3 start_codon 57438 57440 CDS_30 CDS 0.88 57438 57827 stop_codon_3 stop_codon 57825 57827 gene_4 gene 0.14 58137 66496 transcript_4 transcript 0.14 58137 66496 start_codon_4 start_codon 58137 58139 intron_28 intron 0.56 58353 58891 intron_29 intron 0.61 59468 59846 intron_30 intron 1 59970 60106 intron_31 intron 1 60200 61226 intron_32 intron 1 61284 61451 intron_33 intron 1 61508 61632 intron_34 intron 1 61726 62443 intron_35 intron 0.53 62537 62846 intron_36 intron 0.56 62886 63505 intron_37 intron 1 63583 63650 intron_38 intron 1 63736 63814 intron_39 intron 1 63912 63999 intron_40 intron 1 64097 64968 intron_41 intron 1 65041 65225 intron_42 intron 1 65293 65370 intron_43 intron 1 65497 66306 intron_44 intron 1 66362 66445 CDS_31 CDS 0.66 58137 58352 CDS_32 CDS 0.4 58892 59467 CDS_33 CDS 1 59847 59969 CDS_34 CDS 1 60107 60199 CDS_35 CDS 1 61227 61283 CDS_36 CDS 1 61452 61507 CDS_37 CDS 1 61633 61725 CDS_38 CDS 0.99 62444 62536 CDS_39 CDS 0.55 62847 62885 CDS_40 CDS 1 63506 63582 CDS_41 CDS 1 63651 63735 CDS_42 CDS 1 63815 63911 CDS_43 CDS 1 64000 64096 CDS_44 CDS 1 64969 65040 CDS_45 CDS 1 65226 65292 CDS_46 CDS 1 65371 65496 CDS_47 CDS 1 66307 66361 CDS_48 CDS 1 66446 66496 stop_codon_4 stop_codon 66494 66496 gene_5 gene 0.62 81352 81714 transcript_5 transcript 0.62 81352 81714 start_codon_5 start_codon 81352 81354 CDS_49 CDS 0.62 81352 81714 stop_codon_5 stop_codon 81712 81714 gene_6 gene 1 90807 93359 transcript_6 transcript 1 90807 93359 start_codon_6 start_codon 90807 90809 intron_45 intron 1 91011 92657 CDS_50 CDS 1 90807 91010 CDS_51 CDS 1 92658 93359 stop_codon_6 stop_codon 93357 93359 gene_7 gene 1 95423 97441 transcript_7 transcript 1 95423 97441 start_codon_7 start_codon 95423 95425 intron_46 intron 1 95426 96517 intron_47 intron 1 96636 96729 intron_48 intron 1 96767 96832 intron_49 intron 1 96861 96950 intron_50 intron 1 97104 97185 intron_51 intron 1 97289 97376 CDS_52 CDS 1 95423 95425 CDS_53 CDS 1 96518 96635 CDS_54 CDS 1 96730 96766 CDS_55 CDS 1 96833 96860 CDS_56 CDS 1 96951 97103 CDS_57 CDS 1 97186 97288 CDS_58 CDS 1 97377 97441 stop_codon_7 stop_codon 97439 97441 gene_8 gene 0.82 99222 99617 transcript_8 transcript 0.82 99222 99617 start_codon_8 start_codon 99222 99224 CDS_59 CDS 0.82 99222 99617 stop_codon_8 stop_codon 99615 99617 gene_9 gene 0.88 101981 103209 transcript_9 transcript 0.88 101981 103209 start_codon_9 start_codon 101981 101983 intron_52 intron 0.89 102343 102401 CDS_60 CDS 0.9 101981 102342 CDS_61 CDS 0.9 102402 103209 stop_codon_9 stop_codon 103207 103209 gene_10 gene 1 103288 103971 transcript_10 transcript 1 103288 103971 start_codon_10 start_codon 103288 103290 CDS_62 CDS 1 103288 103971 stop_codon_10 stop_codon 103969 103971 gene_11 gene 0.43 108780 111561 transcript_11 transcript 0.43 108780 111561 start_codon_11 start_codon 108780 108782 intron_53 intron 0.88 108846 109411 intron_54 intron 0.64 109518 109587 intron_55 intron 0.92 109999 110089 intron_56 intron 0.67 111227 111313 CDS_63 CDS 0.88 108780 108845 CDS_64 CDS 0.64 109412 109517 CDS_65 CDS 0.7 109588 109998 CDS_66 CDS 0.67 110090 111226 CDS_67 CDS 0.83 111314 111561 stop_codon_11 stop_codon 111559 111561 gene_12 gene 0.48 115975 116586 transcript_12 transcript 0.48 115975 116586 start_codon_12 start_codon 115975 115977 CDS_68 CDS 0.48 115975 116586 stop_codon_12 stop_codon 116584 116586 AUGUSTUS_tom_ugs de novo gene_13 gene 0.99 12417 10195 transcript_13 transcript 0.99 12417 10195 stop_codon_13 stop_codon 10197 10195 intron_57 intron 1 10480 10393 intron_58 intron 1 10861 10563 intron_59 intron 1 11873 11172 CDS_69 CDS 0.99 10392 10195 CDS_70 CDS 1 10562 10481 CDS_71 CDS 1 11171 10862 CDS_72 CDS 1 12417 11874 start_codon_13 start_codon 12417 12415 gene_14 gene 0.99 38046 36838 transcript_14 transcript 0.99 38046 36838 stop_codon_14 stop_codon 36840 36838 CDS_73 CDS 0.99 38046 36838 start_codon_14 start_codon 38046 38044 gene_15 gene 0.99 75399 67623 transcript_15 transcript 0.99 75399 67623 stop_codon_15 stop_codon 67625 67623 intron_60 intron 1 67716 67645 intron_61 intron 0.99 70223 67885 intron_62 intron 1 70513 70363 intron_63 intron 1 70788 70645 intron_64 intron 1 71120 70891 intron_65 intron 1 71416 71331 intron_66 intron 1 71564 71465 intron_67 intron 1 71746 71675 intron_68 intron 1 73922 72042 intron_69 intron 1 74143 73999 intron_70 intron 1 74382 74293 intron_71 intron 1 75202 74422 CDS_74 CDS 0.99 67644 67623 CDS_75 CDS 1 67884 67717 CDS_76 CDS 1 70362 70224 CDS_77 CDS 1 70644 70514 CDS_78 CDS 1 70890 70789 CDS_79 CDS 1 71330 71121 CDS_80 CDS 1 71464 71417 CDS_81 CDS 1 71674 71565 CDS_82 CDS 1 72041 71747 CDS_83 CDS 1 73998 73923 CDS_84 CDS 1 74292 74144 CDS_85 CDS 1 74421 74383 CDS_86 CDS 1 75399 75203 start_codon_15 start_codon 75399 75397 gene_16 gene 0.83 123494 118610 transcript_16 transcript 0.83 123494 118610 stop_codon_16 stop_codon 118612 118610 intron_72 intron 1 119513 119237 intron_73 intron 0.89 120297 120209 intron_74 intron 1 120679 120598 intron_75 intron 0.93 121473 120882 intron_76 intron 1 121705 121619 intron_77 intron 1 122033 121960 CDS_87 CDS 1 119236 118610 CDS_88 CDS 0.89 120208 119514 CDS_89 CDS 1 120597 120298 CDS_90 CDS 0.93 120881 120680 CDS_91 CDS 1 121618 121474 CDS_92 CDS 1 121959 121706 CDS_93 CDS 1 123494 122034 start_codon_16 start_codon 123494 123492 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_1 match_part 0.985 2367 2772 match_part 1.000 2855 2944 match_part 1.000 4862 4927 match_part 1.000 5106 5171 match_part 1.000 5440 5525 match_part 1.000 5620 5665 match_part 1.000 5772 5826 match_part 1.000 7053 7129 match_part 1.000 7246 7387 match_part 1.000 7598 7758 match_part 1.000 7863 7967 match_part 1.000 8521 8673 match_part 0.980 9264 9618 match_2 match_part 1.000 20729 21431 match_part 1.000 21870 22032 match_part 1.000 22186 22260 match_part 1.000 22430 22530 match_part 1.000 22646 22761 match_part 1.000 23349 23560 match_part 1.000 23714 23805 match_part 1.000 24023 24137 match_part 1.000 24239 24342 match_part 1.000 24702 24747 match_part 1.000 24858 24922 match_part 1.000 25022 25108 match_part 1.000 25424 25478 match_part 1.000 25569 25657 match_part 1.000 25749 25833 match_part 1.000 25911 26219 match_3 match_part 0.999 36575 37312 match_4 match_part 1.000 56036 56290 match_part 1.000 59847 59969 match_part 1.000 60107 60199 match_part 1.000 61227 61283 match_part 1.000 61452 61507 match_part 1.000 61633 61725 match_part 0.976 62444 62525 match_5 match_part 0.887 56132 56290 match_part 0.959 59847 59969 match_part 0.968 60107 60199 match_part 1.000 61227 61283 match_part 1.000 61452 61507 match_part 0.978 61633 61725 match_part 0.956 62444 62534 match_part 0.974 62657 62694 match_part 0.974 62847 62885 match_part 0.987 63506 63582 match_part 0.976 63651 63735 match_part 0.979 63815 63911 match_part 1.000 64000 64096 match_part 1.000 64969 65040 match_part 0.985 65226 65292 match_part 0.984 65371 65496 match_part 0.964 66307 66361 match_part 0.804 66446 66583 match_6 match_part 1.000 63143 63582 match_part 1.000 63651 63735 match_part 1.000 63815 63911 match_part 0.990 64000 64096 match_part 1.000 64969 65040 match_part 1.000 65226 65292 match_part 1.000 65371 65496 match_part 1.000 66307 66361 match_part 0.998 66446 66942 match_7 match_part 0.939 73108 73286 match_8 match_part 0.722 81232 81249 match_part 1.000 81421 81900 match_part 0.996 82149 82623 match_9 match_part 0.996 81435 82175 match_10 match_part 1.000 90376 91010 match_part 0.995 92658 93639 match_11 match_part 1.000 93486 93659 match_12 match_part 0.962 95400 95425 match_part 1.000 96518 96635 match_part 1.000 96730 96766 match_part 1.000 96833 96860 match_part 1.000 96951 97103 match_part 1.000 97186 97288 match_part 0.995 97377 97583 match_13 match_part 0.971 115895 116686 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_14 match_part 0.946 9664 9350 match_15 match_part 0.984 13204 13144 match_part 0.997 12468 11874 match_part 1.000 11171 10862 match_part 1.000 10562 10481 match_part 1.000 10392 10152 match_16 match_part 0.978 38184 36334 match_17 match_part 0.966 71622 71565 match_part 1.000 71464 71417 match_part 1.000 71330 71121 match_part 1.000 70890 70789 match_part 1.000 70644 70514 match_part 1.000 70362 70224 match_part 1.000 67884 67717 match_part 1.000 67644 67400 match_18 match_part 1.000 75493 75203 match_part 1.000 74421 74383 match_part 1.000 74292 74144 match_part 1.000 73998 73923 match_part 0.993 72041 71747 match_part 1.000 71674 71565 match_part 1.000 71464 71417 match_part 1.000 71330 70789 match_part 0.910 70644 70534 match_19 match_part 1.000 74201 74144 match_part 1.000 73998 73508 match_20 match_part 0.996 120018 119514 match_part 1.000 119236 118214 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C02HBa0012A12.1 type gene exon 2367 2772 exon 2855 2944 exon 4862 4927 exon 5106 5171 exon 5440 5525 exon 5620 5665 exon 5772 5826 exon 7053 7129 exon 7246 7387 exon 7598 7758 exon 7863 7967 exon 8521 8673 exon 9264 9618 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C02HBa0012A12.1 type gene exon 9664 9350 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C02HBa0012A12.1 type gene exon 13204 13144 exon 12468 11874 exon 11171 10862 exon 10562 10481 exon 10392 10152 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C02HBa0012A12.1 type gene exon 20729 21431 exon 21870 22032 exon 22186 22260 exon 22430 22530 exon 22646 22761 exon 23349 23560 exon 23714 23805 exon 24023 24137 exon 24239 24342 exon 24702 24747 exon 24858 24922 exon 25022 25108 exon 25424 25478 exon 25569 25657 exon 25749 25833 exon 25911 26219 gene_5 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C02HBa0012A12.1 type gene exon 38184 36334 gene_6 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C02HBa0012A12.1 type gene exon 36575 37312 gene_7 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C02HBa0012A12.1 type gene exon 56036 56290 exon 59847 59969 exon 60107 60199 exon 61227 61283 exon 61452 61507 exon 61633 61725 exon 62444 62534 exon 62657 62694 exon 62847 62885 exon 63506 63582 exon 63651 63735 exon 63815 63911 exon 64000 64096 exon 64969 65040 exon 65226 65292 exon 65371 65496 exon 66307 66361 exon 66446 66583 gene_8 gene GT_PGL_7_AGS_2 transcript source GenomeThreader seq_id C02HBa0012A12.1 type gene exon 63143 63582 exon 63651 63735 exon 63815 63911 exon 64000 64096 exon 64969 65040 exon 65226 65292 exon 65371 65496 exon 66307 66361 exon 66446 66942 gene_9 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C02HBa0012A12.1 type gene exon 75493 75203 exon 74421 74383 exon 74292 74144 exon 73998 73923 exon 72041 71747 exon 71674 71565 exon 71464 71417 exon 71330 70789 exon 70644 70534 gene_10 gene GT_PGL_8_AGS_2 transcript source GenomeThreader seq_id C02HBa0012A12.1 type gene exon 71622 71565 exon 71464 71417 exon 71330 71121 exon 70890 70789 exon 70644 70514 exon 70362 70224 exon 67884 67717 exon 67644 67400 gene_11 gene GT_PGL_8_AGS_3 transcript source GenomeThreader seq_id C02HBa0012A12.1 type gene exon 74201 74144 exon 73998 73508 gene_12 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C02HBa0012A12.1 type gene exon 73108 73286 gene_13 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C02HBa0012A12.1 type gene exon 81232 81249 exon 81421 81900 exon 82149 82623 gene_14 gene GT_PGL_10_AGS_2 transcript source GenomeThreader seq_id C02HBa0012A12.1 type gene exon 81435 82175 gene_15 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C02HBa0012A12.1 type gene exon 90376 91010 exon 92658 93659 gene_16 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C02HBa0012A12.1 type gene exon 95400 95425 exon 96518 96635 exon 96730 96766 exon 96833 96860 exon 96951 97103 exon 97186 97288 exon 97377 97583 gene_17 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C02HBa0012A12.1 type gene exon 115895 116686 gene_18 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C02HBa0012A12.1 type gene exon 120018 119514 exon 119236 118214 GenomeThreader_SGN_markers SGN marker sequences match_1 match_part 0.982 2415 2469 match_part 0.960 2624 2772 match_part 0.967 2855 2944 match_part 1.000 4862 4927 match_part 1.000 5106 5171 match_part 1.000 5440 5525 match_part 0.978 5620 5665 match_part 1.000 5772 5826 match_part 0.958 7053 7076 match_2 match_part 1.000 2625 3100 match_3 match_part 1.000 24066 24137 match_part 1.000 24239 24342 match_part 1.000 24702 24747 match_part 1.000 24858 24922 match_part 1.000 25022 25108 match_part 1.000 25424 25478 match_part 1.000 25569 25657 match_part 1.000 25749 25833 match_part 1.000 25911 26217 GenomeThreader_SGN_markers SGN marker sequences match_4 match_part 1.000 4034 3544 match_5 match_part 0.879 11001 10862 match_part 1.000 10562 10481 match_part 0.898 10392 10061 match_6 match_part 0.940 119877 119514 match_part 0.915 119236 118859 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C02HBa0012A12.1 type gene exon 2415 2469 exon 2624 2772 exon 2855 2944 exon 4862 4927 exon 5106 5171 exon 5440 5525 exon 5620 5665 exon 5772 5826 exon 7053 7076 gene_2 gene GT_PGL_1_AGS_2 transcript source GenomeThreader seq_id C02HBa0012A12.1 type gene exon 2625 3100 gene_3 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C02HBa0012A12.1 type gene exon 4034 3544 gene_4 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C02HBa0012A12.1 type gene exon 11001 10862 exon 10562 10481 exon 10392 10061 gene_5 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C02HBa0012A12.1 type gene exon 24066 24137 exon 24239 24342 exon 24702 24747 exon 24858 24922 exon 25022 25108 exon 25424 25478 exon 25569 25657 exon 25749 25833 exon 25911 26217 gene_6 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C02HBa0012A12.1 type gene exon 119877 119514 exon 119236 118859 AUGUSTUS_tom_pot_cdna de novo gene_1 gene 0.83 2313 2861 transcript_1 transcript 0.83 2313 2861 intron_1 intron 0.83 1 2312 intron_2 intron 1 2470 2623 intron_3 intron 1 2773 2854 CDS_1 CDS 0.84 2313 2469 CDS_2 CDS 1 2624 2772 CDS_3 CDS 1 2855 2861 stop_codon_1 stop_codon 2859 2861 gene_2 gene 0.97 2903 9326 transcript_2 transcript 0.97 2903 9326 start_codon_1 start_codon 2903 2905 intron_4 intron 1 2945 4861 intron_5 intron 1 4928 5105 intron_6 intron 1 5172 5439 intron_7 intron 1 5526 5619 intron_8 intron 1 5666 5771 intron_9 intron 1 5827 7052 intron_10 intron 1 7130 7245 intron_11 intron 1 7388 7597 intron_12 intron 1 7759 7862 intron_13 intron 1 7968 8520 intron_14 intron 1 8674 9263 CDS_4 CDS 0.97 2903 2944 CDS_5 CDS 1 4862 4927 CDS_6 CDS 1 5106 5171 CDS_7 CDS 1 5440 5525 CDS_8 CDS 1 5620 5665 CDS_9 CDS 1 5772 5826 CDS_10 CDS 1 7053 7129 CDS_11 CDS 1 7246 7387 CDS_12 CDS 1 7598 7758 CDS_13 CDS 1 7863 7967 CDS_14 CDS 1 8521 8673 CDS_15 CDS 1 9264 9326 stop_codon_2 stop_codon 9324 9326 gene_3 gene 1 20911 25994 transcript_3 transcript 1 20911 25994 start_codon_2 start_codon 20911 20913 intron_15 intron 1 21432 21869 intron_16 intron 1 22033 22185 intron_17 intron 1 22261 22429 intron_18 intron 1 22531 22645 intron_19 intron 1 22762 23348 intron_20 intron 1 23561 23713 intron_21 intron 1 23806 24022 intron_22 intron 1 24138 24238 intron_23 intron 1 24343 24701 intron_24 intron 1 24748 24857 intron_25 intron 1 24923 25021 intron_26 intron 1 25109 25423 intron_27 intron 1 25479 25568 intron_28 intron 1 25658 25748 intron_29 intron 1 25834 25910 CDS_16 CDS 1 20911 21431 CDS_17 CDS 1 21870 22032 CDS_18 CDS 1 22186 22260 CDS_19 CDS 1 22430 22530 CDS_20 CDS 1 22646 22761 CDS_21 CDS 1 23349 23560 CDS_22 CDS 1 23714 23805 CDS_23 CDS 1 24023 24137 CDS_24 CDS 1 24239 24342 CDS_25 CDS 1 24702 24747 CDS_26 CDS 1 24858 24922 CDS_27 CDS 1 25022 25108 CDS_28 CDS 1 25424 25478 CDS_29 CDS 1 25569 25657 CDS_30 CDS 1 25749 25833 CDS_31 CDS 1 25911 25994 stop_codon_3 stop_codon 25992 25994 gene_4 gene 0.03 53307 66496 transcript_4 transcript 0.03 53307 66496 start_codon_3 start_codon 53307 53309 intron_30 intron 0.17 53322 56113 intron_31 intron 0.36 56291 57473 intron_32 intron 0.49 57789 58891 intron_33 intron 0.33 59468 59846 intron_34 intron 1 59970 60106 intron_35 intron 1 60200 61226 intron_36 intron 1 61284 61451 intron_37 intron 1 61508 61632 intron_38 intron 1 61726 62443 intron_39 intron 1 62535 62656 intron_40 intron 1 62695 62846 intron_41 intron 1 62886 63505 intron_42 intron 1 63583 63650 intron_43 intron 1 63736 63814 intron_44 intron 1 63912 63999 intron_45 intron 1 64097 64968 intron_46 intron 1 65041 65225 intron_47 intron 1 65293 65370 intron_48 intron 1 65497 66306 intron_49 intron 1 66362 66445 CDS_32 CDS 0.17 53307 53321 CDS_33 CDS 0.45 56114 56290 CDS_34 CDS 0.31 57474 57788 CDS_35 CDS 0.25 58892 59467 CDS_36 CDS 1 59847 59969 CDS_37 CDS 1 60107 60199 CDS_38 CDS 1 61227 61283 CDS_39 CDS 1 61452 61507 CDS_40 CDS 1 61633 61725 CDS_41 CDS 1 62444 62534 CDS_42 CDS 1 62657 62694 CDS_43 CDS 1 62847 62885 CDS_44 CDS 1 63506 63582 CDS_45 CDS 1 63651 63735 CDS_46 CDS 1 63815 63911 CDS_47 CDS 1 64000 64096 CDS_48 CDS 1 64969 65040 CDS_49 CDS 1 65226 65292 CDS_50 CDS 1 65371 65496 CDS_51 CDS 1 66307 66361 CDS_52 CDS 1 66446 66496 stop_codon_4 stop_codon 66494 66496 gene_5 gene 0.8 81352 81714 transcript_5 transcript 0.8 81352 81714 start_codon_4 start_codon 81352 81354 CDS_53 CDS 0.8 81352 81714 stop_codon_5 stop_codon 81712 81714 gene_6 gene 1 81738 82231 transcript_6 transcript 1 81738 82231 start_codon_5 start_codon 81738 81740 intron_50 intron 1 81901 82148 CDS_54 CDS 1 81738 81900 CDS_55 CDS 1 82149 82231 stop_codon_6 stop_codon 82229 82231 gene_7 gene 1 90807 93359 transcript_7 transcript 1 90807 93359 start_codon_6 start_codon 90807 90809 intron_51 intron 1 91011 92657 CDS_56 CDS 1 90807 91010 CDS_57 CDS 1 92658 93359 stop_codon_7 stop_codon 93357 93359 gene_8 gene 1 95423 97441 transcript_8 transcript 1 95423 97441 start_codon_7 start_codon 95423 95425 intron_52 intron 1 95426 96517 intron_53 intron 1 96636 96729 intron_54 intron 1 96767 96832 intron_55 intron 1 96861 96950 intron_56 intron 1 97104 97185 intron_57 intron 1 97289 97376 CDS_58 CDS 1 95423 95425 CDS_59 CDS 1 96518 96635 CDS_60 CDS 1 96730 96766 CDS_61 CDS 1 96833 96860 CDS_62 CDS 1 96951 97103 CDS_63 CDS 1 97186 97288 CDS_64 CDS 1 97377 97441 stop_codon_8 stop_codon 97439 97441 gene_9 gene 0.76 99222 99617 transcript_9 transcript 0.76 99222 99617 start_codon_8 start_codon 99222 99224 CDS_65 CDS 0.76 99222 99617 stop_codon_9 stop_codon 99615 99617 gene_10 gene 0.89 101981 103209 transcript_10 transcript 0.89 101981 103209 start_codon_9 start_codon 101981 101983 intron_58 intron 0.9 102343 102401 CDS_66 CDS 0.9 101981 102342 CDS_67 CDS 0.92 102402 103209 stop_codon_10 stop_codon 103207 103209 gene_11 gene 0.99 103288 103971 transcript_11 transcript 0.99 103288 103971 start_codon_10 start_codon 103288 103290 CDS_68 CDS 0.99 103288 103971 stop_codon_11 stop_codon 103969 103971 gene_12 gene 0.42 108780 111561 transcript_12 transcript 0.42 108780 111561 start_codon_11 start_codon 108780 108782 intron_59 intron 0.87 108846 109411 intron_60 intron 0.71 109518 109587 intron_61 intron 0.92 109999 110089 intron_62 intron 0.66 111227 111313 CDS_69 CDS 0.87 108780 108845 CDS_70 CDS 0.71 109412 109517 CDS_71 CDS 0.72 109588 109998 CDS_72 CDS 0.66 110090 111226 CDS_73 CDS 0.78 111314 111561 stop_codon_12 stop_codon 111559 111561 gene_13 gene 0.53 115975 116586 transcript_13 transcript 0.53 115975 116586 start_codon_12 start_codon 115975 115977 CDS_74 CDS 0.53 115975 116586 stop_codon_13 stop_codon 116584 116586 AUGUSTUS_tom_pot_cdna de novo gene_14 gene 0.46 12252 9565 transcript_14 transcript 0.46 12252 9565 stop_codon_14 stop_codon 9567 9565 intron_63 intron 0.61 10205 9663 intron_64 intron 1 10480 10393 intron_65 intron 1 10861 10563 intron_66 intron 1 11873 11172 CDS_75 CDS 0.62 9662 9565 CDS_76 CDS 0.86 10392 10206 CDS_77 CDS 1 10562 10481 CDS_78 CDS 1 11171 10862 CDS_79 CDS 0.77 12252 11874 start_codon_13 start_codon 12252 12250 gene_15 gene 0.68 38315 36838 transcript_15 transcript 0.68 38315 36838 stop_codon_15 stop_codon 36840 36838 intron_67 intron 0.68 38270 38197 CDS_80 CDS 0.99 38196 36838 CDS_81 CDS 0.68 38315 38271 start_codon_14 start_codon 38315 38313 gene_16 gene 1 70928 67623 transcript_16 transcript 1 70928 67623 stop_codon_16 stop_codon 67625 67623 intron_68 intron 1 67716 67645 intron_69 intron 1 70223 67885 intron_70 intron 1 70513 70363 intron_71 intron 1 70788 70645 CDS_82 CDS 1 67644 67623 CDS_83 CDS 1 67884 67717 CDS_84 CDS 1 70362 70224 CDS_85 CDS 1 70644 70514 CDS_86 CDS 1 70928 70789 start_codon_15 start_codon 70928 70926 gene_17 gene 1 75399 71036 transcript_17 transcript 1 75399 71036 stop_codon_17 stop_codon 71038 71036 intron_72 intron 1 71416 71331 intron_73 intron 1 71564 71465 intron_74 intron 1 71746 71675 intron_75 intron 1 73922 72042 intron_76 intron 1 74143 73999 intron_77 intron 1 74382 74293 intron_78 intron 1 75202 74422 CDS_87 CDS 1 71330 71036 CDS_88 CDS 1 71464 71417 CDS_89 CDS 1 71674 71565 CDS_90 CDS 1 72041 71747 CDS_91 CDS 1 73998 73923 CDS_92 CDS 1 74292 74144 CDS_93 CDS 1 74421 74383 CDS_94 CDS 1 75399 75203 start_codon_16 start_codon 75399 75397 gene_18 gene 0.24 118304 117937 transcript_18 transcript 0.24 118304 117937 stop_codon_18 stop_codon 117939 117937 intron_79 intron 0.29 118212 118112 CDS_95 CDS 0.44 118111 117937 CDS_96 CDS 0.25 118304 118213 start_codon_17 start_codon 118304 118302 gene_19 gene 0.86 123494 118610 transcript_19 transcript 0.86 123494 118610 stop_codon_19 stop_codon 118612 118610 intron_80 intron 1 119513 119237 intron_81 intron 0.91 120297 120209 intron_82 intron 1 120679 120598 intron_83 intron 0.95 121473 120882 intron_84 intron 1 121705 121619 intron_85 intron 1 122033 121960 CDS_97 CDS 1 119236 118610 CDS_98 CDS 0.91 120208 119514 CDS_99 CDS 1 120597 120298 CDS_100 CDS 0.95 120881 120680 CDS_101 CDS 1 121618 121474 CDS_102 CDS 1 121959 121706 CDS_103 CDS 1 123494 122034 start_codon_18 start_codon 123494 123492 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_1 match 108 90786 91010 match_2 match 28.9 58734 58823 match_3 match 132 58832 59158 match_4 match 28.9 58734 58823 match_5 match 132 58832 59158 match_6 match 104 96726 97103 match_7 match 50.4 97174 97290 match_8 match 31.6 97379 97432 match_9 match 60.8 96518 96637 match_10 match 117 90804 91010 match_11 match 68.9 28135 28434 match_12 match 22.3 28482 28556 match_13 match 121 27310 27825 match_14 match 62.4 28607 28792 match_15 match 75.1 27830 28147 match_16 match 32.0 58734 58880 match_17 match 104 58916 59158 match_18 match 105 81543 81803 match_19 match 57.8 7660 7758 match_20 match 71.2 7845 7970 match_21 match 129 92658 93356 match_22 match 124 90810 91010 match_23 match 81.6 96726 97103 match_24 match 31.6 97379 97432 match_25 match 51.2 97186 97290 match_26 match 81.6 96726 97103 match_27 match 31.6 97379 97432 match_28 match 51.2 97186 97290 match_29 match 121 65225 65506 match_30 match 63.2 63456 63581 match_31 match 55.8 63650 63739 match_32 match 77.4 63973 64098 match_33 match 65.5 63816 63911 match_34 match 129 58832 59221 match_35 match 129 58832 59221 match_36 match 111 90801 91010 match_37 match 130 23348 23785 match_38 match 67.4 24003 24137 match_39 match 65.1 24233 24340 match_40 match 126 21223 21432 match_41 match 130 23348 23785 match_42 match 67.4 24003 24137 match_43 match 65.1 24233 24340 match_44 match 126 21223 21432 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_45 match 110 12447 11890 match_46 match 499 38046 36853 match_47 match 24.3 121953 121456 match_48 match 124 123305 122583 match_49 match 110 122363 122025 match_50 match 28.5 120481 120290 match_51 match 165 120194 119514 match_52 match 96.7 72043 71564 match_53 match 124 75399 75202 match_54 match 33.9 71463 71416 match_55 match 96.7 72043 71564 match_56 match 124 75399 75202 match_57 match 33.9 71463 71416 match_58 match 456 38046 36853 BLAST_E_coli_K12 E. coli K12 Genome BLAST_E_coli_K12 E. coli K12 Genome match_1 match 2639 101890 103220 match_2 match 2639 101890 103220 match_3 match 2639 101890 103220 match_4 match 2640 101889 103220 match_5 match 2640 101890 103221 match_6 match 2642 101889 103221 match_7 match 1400 102515 103220