C02SLe0061K08.1 AAACCTTACAAATCACATGAAGCAGAGTTCCTCTGCAGATACAGAAACACATTCGATCTT GACCCATTACATAACTGTCTTACTTGTTTCTAGTTTACTGCAAGATTACATAGCTAAATT TGTGAAGCCACTCAGCAAATATCTTCAGAGATAAGCATTACACTTATTTGGCTAATACAA GCCAATCCTAAACTTACAACCTCTTAACTAGACTTGCACCCCAAAGCTTACGCTAAGGAA AATCTACGGACAGCACACTGCTGACATGCACCACAAATCTATAACATTCACATAGGCTAC AGTTCTTTTATGCTTACTATTACAGGACGCCAGCACGAGCACATAGCACCTACACACCGG CTTTTTCACAGAGATCTAGTAAGTCCAAAGTCTGCAAATCCGATAAGGTTTTAGGAGTTA AAAACCTGTAGTCTACCCATAACAGGTGCATGGAACTTACATGTGAATGATCATCTTACC TCAGGAATGGAGAGCTCCAGACGGAACTTGGGGCCATCATAATGATGTAAAACTGGTCTG AAAGCATCTTCCTCCAAAGGATTACAGACTTTCCGGACACGGATCCTCACCTAAGCATTA AGTACGTGAAACTAAGAAAATCTACACAGATCCTTCAAAAGCCTCAATAGAAAATGAGCT GTAATTCATAAACTTACCTGAGCAGGGAACCTTGACTCTCCTTTACACTTTTTATCCTCC CAGGCAGTTGGATCAATGTTGGAACCTCCAAAACTCGATGCCTGCCCAGATAGTTCAAAG AAAAAGTCATGGCCCATGCCGGATACTTGATTTGATTGAATCCAATTTATCTTTAATATC TATGCTCATTGCATAAATTAAGATAGAGCCAGAGAAGTAATGAAACTGAAGCTATTTAAA AAAGAAGCTTATGGTGCCATATTTAAAAACATGTTAATGTTCAGGCCAAAAACCGCAAAA TTATAAGGTTCCCCATAAAGTTACACAAGCACACCAAGGCACCAGGCTTAACACAAGGCA AAAAAATTTCTAACCACAGAATTAAGAAAATCTGAAAGGAGAAGAAGCAGCCAATCTTTT GTACGAATATAAAACTTATGCTTTACACTGCACGCAATCATATACAACGATGTGAAAGCG AATGCGACATCCAACATGATACTTGGTGTTGATTTACACTTAAGCTTTAGAAATATAAAA CAGTTGATTTATCATCATATGAACTCACACAATCACAATATAGCAAAAAGTTTCTGCAAC TAACCTCAAAGATACCATGCAACTGGTGAGTAGTGTAATTATATAGGAACAAGGGCAACC CTGGTGTTATTGCCCTCACGGAATCTCTGTATCTAGGAGGAAGGCCTGCAAGTAAATGAT TGGAGTTGAGCAGAGGGGATAACAATTGGGAAGAACTATTCTCTAGTCATCATCTATTTA TCAATGATTTAAACTTTTGTCGATACTAGGCTATGCTGTGATAGGAGTTGAGGATTGGTG ATAGCAATTCTGAAGAAGAGCACTCAGAGCTAGTAACAAAGTCAAAATCCATTTTCTTCA ATTGTTGGCTAGATGCTCTTTGAGCTTCTATAATAAAATAGCGTAAAACCACTGGTCGTT AACTAAGTAGGTTCAACATGCAGTTTATCCAACCAGTAACACAACATAAAATCCCTGGCT ACCGAATACCAAATGCAATATCACACTTGAATAGACAATGCTTAACATGATAGGGAAAAG GTAATTACCAAAGAGCAGGCGCTTTAGGTCTTCCTGCATTGTGTCATTGTTACAAACAAA TATATATCCACCAAGAACCTCATTCTTCGGCAGTGTTTCAGCAGCAGGCAGAGTCTTAAA CCTTTTGTCAACGGAGTTATTTCCATTTGTGCTCTCAACGTTGTTATTGTTATTCTTGCT AGGTTCCTTGGTATAGTTGCTAGCATTGAACTTGCTTAAAGATGAATTTCCCAAGCTGTT AAAATTGGGCTTAAGATAAACTGGATTTGCATTGAAAATGCTATCCATAATGCGATTCTT GCTCATATTTTCAGTCATCTTGCTTTCCAAATTTAACATATTGAAGTTAAGGCTTTCCCA CTTGTTATCTTCCTGAAACATATGATTACCCCTGGGCCTAATTTCAGCAGAGCTCTTTGA AAGGTCAAGGTTATTCCTACGTTCACCTTTGTACTTCATCTGTTCAGATAATTTTATAGC AGCTGTTGACCATTTATGATCCTCTGAGGCTTTTGATTGTCCTCGAAGCTCGTCGCCAAA TTGCCAATAGCTCTGCATATTCTCCATGTTGCAGTATCTGAATGCAATTATTTTTAAGCA TCATAAATAAGTTCACAACAACTTGTCAATCATGAAAAGTGAGTCAACCATAGCAATTCA ATCTATAGGGACATATGATAGAAAAAAAACTACAAAACATAGAACTTTCTAACTCAACTA GCAGCATTAGTTGTACTTGATACAGATTTTTATTTCTTTTTACCCCTTACTAGAGCTCCC ACCTTTTTTTGCTCTCTTGCTAACTCGAACCCACAAATTTAGGTTGGAGGTTGGGGGTGC TTATTATCTAAGTAACCCTCTTTTCGATATAGATCAGTTACTCCTCTCAACAATCAACAT CAAGGTAATTGCAACCTGAATCATAAATCAGCTAAGTGCATAGAAAAAGTATACCTAGAG ATTATGGTTTGTTGGCCATTGACATAAACAAAAGCCTGAAAAAACGTACAAGTATACCGT GCTAATAATATGTGCATTCAAAAGTCAATGAATAACTCATCTTGCTAAATTCACTAAAAG GAAAAGAATAGATCAAAGAAACAAAATGGATATAATCATGGAAAATAACTTAAAAAGAGA TTTACAATATCAAACAATCTTGAACCGAAGAATCCGAGATTACGCAAAAATGCAGAAATA TAGGCCGAAATTAAAGCTTACGAAAAAAAAAAAGTAGAGAAACCCTATATTTTGGGATTT ACCAAATCTATGAATGTAGAACTGTAGAAAGAGTGAGAGTGAATAGAGTAATAATAAATA GATAAGACATACCCCTTTATCACTTCGGCTGCGAAGACCCGGAAGATGCGAGGAGAAGAA GGAAGTACAGATTTTTGGATATTTATGAATCCGATTTCATCTTAAATGCCCTTATCTCTT CAGTTAATTACATAAATGCCATGATTTTTTTTTGAAAAATTGTATGGTGCTCTATAAATT AGTGTGACCGGCATATCCGTTTCAAATTCCTGATGACCAGTCGGCTCGGTGAATTTAGTC ACGCGTGACATGCGGTGAAAGTTAGTGCTGTCGGTCGAGTAATGGGCCACTCGAGTTGGA CTAGAAAATGAACTACTTTTTAATTAGTTTGAATCTTACGATTATTTTTATCAAATAATC ATTTGGACCTCTAATTTCGAATTATAATATGAAATTATGAAATAAAATTACTATGTGTAA TTTTTATTAATTTTATATCCATCTTAAGGTTATAATTTAAGATTTTTTAAATATAATAAT TGATGCATGAGTTCATATTTTTGTAAAAACGACGTTACATTTATATTTACTATTTATTTT TTCACATGTAAATAAAATTTATAATTCATATCATTGCTTTTTAAATAGTTTACATCTCAT AGAATAAATATTTTCACTAATATAGAATTTATTGTTACTTCAAATCAATTCAGTTTTAGT ACCATTTATATCCACCAAATTCATTATTTTTTATCAAATATAATTACCAACTAAATTGAT CAATAAATGGCTCAGAATAACAATGTTGATTCATCTTTTCAGTCACATGAATGAGAAATA CAAGTTCAATGTACGTACTATGCTGGAGTATTGTACCCTACAACTTGTGTTTCTTTTTTA TTGCATTAAAGTTAGATCTACAAATGTTATATTTTTAAATGATATTTCTGTGATAATGTA TTATACGATTTTATAAATATATACTTATTTGGTAATATTGTATAAAAATTTGAGACAATT TTAATAGTTTTATAACTTCATACGCTTTTATGTTTATGAGAAAACATATATACTACAGAA TAAGTTCAAATTTCATGTCGAAACAAAACTTTAACTTTATTTCATATTGTATGACCAAAT GGGCCCTTAGTATGTGTATTAAAATATAACAAAATTAAAATTGCTTCATATTTAAGAATT TAAATTTGATATTATTATTGTTAAGTAAAAAAACAAAATTACTTATTTCTTAAATCACAA TTGTGCAAATATCTTTTAATTTAATTTATATTTTTTATGAATATTTTGGGATTCCGAAGC CTAAAGTGTATAAAATATTAATAAAAATTCTAACACGATATATAAAACTTTATATTAATC AAAACGGTAAAATCGCTGGAACAACAATGATTTACTCTATCGGAAAAAACAAAATCGCTG CTACTGCAGTGATTTTGCAAAATGTGATTTTTTTAAAAAAAAAATTCAAATCGCTACCAT GGCAGCGATTTTTATTTTTTTTAAATAATTTTTTTTGTTTGAATGCCAGCGACTTACATT ATTATTTTTTTTTTTTGAAAATCGACTTACATATTTTTTTAAAAAAAATTAAAAATCGTT GCCTAGGCAGCGATTTTCTTTAATTTTTTTAATGTAAATCGCTGCTAGGAAGCGATTTTC AATTTTATTTATTTATTTTTTAAATGTAAGTCGCTGCCAAAGGCAGCGATTTTCAAACAA AAAAAATTTGTTTTCAAAAAAATAATGTAAGTCGCTGCCTTTGGTAGCGTTTTTCAAACA AAAAATTTTGAAAATCGCTGCCTCAAAAAAAAAAATAATCGCTGCCATGGTAGCGATTTA TTTTTTTTTAAAAAAAAAACCATATTTTGCAGAATCGCTGCAGTAGCAGCGATTTTACTT TTTCCGGTGAGTAAATCGTTGTTATTCCAGCGATTTTACCGTTTTGGTTAGTATAAAATT TTATATACTATTTTAAAATTTTTGTTAATATTTTATAACCTTTAGACTCTGAACTCAATA TCTTGGTTTGCTTTTGATTTTGGAAAGAGAACGAGTGAATTTCTTTTTGTTATACTTCCT TATGATTTTAATCTAGTTTTTGAAAAGATAATGGCCTAAATAATCCGGACATCTTTCTAT AATGAATTTTGTAATATTTAAACTGCGTCCATTATTTATCGTATTTAAAATTTAATTTTA ATAAATTCAATCAACATACATAATTTACAGGTGTGAATATTTTATTAGTTAGAAACTGTT TGCATTTTGAATTATACTACAATCACATTGATATCTTAGATTTTATTACAGCTTTTGATA TAAATATTCATTGCGAATTAGTATTTAAATCTTTTTGAATAATCTTACTAGCTTTATTTG TATTGTATCATATGTATCTATGGAAACATCATTTTGATCGGCATAAAATTGTAAATAGGC TATGGATGATATCTTTGATCTATTTATTTATCTTTAAAATTGTTTTTAAAATATCAGTTA AATATGTATTTAAAATTTAGTAACACGTCAATAATGATAAAATTAGATTCCTAATATTTA ATTTCTTACTATCAAGAATAATTGAAATAATAAACAATAGCTCATAAATATTATTTTAAA TTAATAAGCAAAATAAGTAGAACTCAAATTTGAAATCTAAAATTTAGTAGCACCTTGTTT GATATTAACAAGAGACTTATATTAACTGATCACAAGTATTTCATTGTCATATTATTCAAA AGTAAAATAACTTTTCATTGTTATTCTGCATTCAATAGATCCTTATTTTAACTTATACAA CATGATATTGACGATAGGCAACTTAAATTTTGAATCCTCACTCTAGCAAAAAGATCTTCA AAGGTCAAAAAGTTCAAAATTACTTCACTTTGAAATTTTGATGATGCTATAAATGAGGTC AAAAGTTCAATATCATACTACTACCTCCGGCCATTCTTGTAAATTGTGGCCATTTGTGAA TTTTGTCCAGCCTATTTAATCTGGAAGAGGCCCATCTTCGCATGGTGAGGAACAGGCCCA ATCTCATCGACACGTCCGCTGGTGTTTTACAAGATAAGCGGACGAGGTCTCATCCGCTTC AAGTTGAAATTTAGAACCCTAGTTATCGCAGTAAGTGCAAAGGAACGTCCGTTTCGATAC CGTTCATCATGGATATGCAAAGTGATTTCGACCGACTCCTCTTTTTCGAGCACGCTCGCA AGACTGCCGAAACTACATATGCTACAGATCCTCTTGATGCCGAGGCACATATATTTTTTT TCATTTTCTTCTATTACTCATAGACAACATATGCATTCTCATGCTCTAACTTGTTATTTA ATTGATTGTTGTGTGCGTATTGACTAATTAATCGTGACATTTGTTTCTCACTGATTCGTG CAGAATTTGACAAGATGGGCAGGTGCATTACTGGAATTATCACAATTCCAGTCGGTCAGC GAATCAAAGAAAATGATATCTGGTATTTCTTTCTCTTTCTAGTATCTATCAGAGTTATTG GATTGTTAATTTAATTAATTCTTGTCAAGGAATCAGGGCAATGAATGTGAAGTGGTCTCA GTAGTTTTTAGAACCACTAGTATAGCTATTGACCAACTCTATCCTCCAAGTTAGGCGTAG TTAGATTTGAAGGGATCACTTAACTTTTTTTTGCCTTGGTCTCCTATGATATTCATTCTA ACTGCATCTACAGTCAACTGACAGGTGACACCACAAGTGTAACATTTTGAATGACCTATT TATTTCAACACTCTCCCAACAATTTACCAAATTTGGGTTCTCGTATAAATTTCCATATGG ATTTGCGAGTGTGAGAAATGACCTGGCACTGAGCTTATATGTAAGAATTTAACGGAAAAC CTAAGAAAAGGAGCAGAGGGATGAGACATATTAAACACTTTCGATGCCCTTATATGTAAC TAACCAAAGGCATGTTTCATAGCATAGTAGGGATGTTGTCTTTCATGGTTAGTAATCAAA CAATTTTGTTATATCACTGAAAGACCATATATTATTTTTGTCACGACCGGAATCTAGACC CCAGACGAGACCGGCGTCGTTGACCTCTCAGAGGTCGCAGACAAGCCTACTTACGTCATT CTTACTTTACATAGATTAATTTTAGCGGAAAATTTGGAATTTTTGATTCTTTAATCATAC TTGCTGAACATTCTTAACATTTCGTAATCGTTCATCATCAACCATCTAACCTTTAAGAGA TAAGCAACTGAAAGAAATAATTCATTAAATATTAATTGTATATCGGCCAAAATAGCACCA ATACAAAGTCTGAACCAAAACAGGAAAGAAACGCTAGTGGAACATGCCCCACTAGCTCAA CTCTAAAACTACGCTAGAATGTAAAACAGTAGCATCCTCGAAGGCATAAGGACCTACCAA ACTCCGGATGAATGCTGACGTCCAGATAGCTGCAACAAAGAACTTGTAGCTCTACCGTAC ACCTGTGCCTGCACCTAAAAGTAGATGTTTGTATGGAATTAGTACACACTTGTACTAAGT ATGGGTATATGCAAGCACACACCAGGGACATGCATGAGAAAGAATAGCTCTTTCCTAACA ACATGATTTTTGGAAGTCAAGTCGGTGGACTTGCTAAAATGAGATTAGGAAGGTTATGCC ACGAGAGTGACATGCATCATTATAGTTATTGTATGGCACACAACACATAATATCTTCATA TAACACATAACATATAGCACATAGTTTCTTTCATATTGTTCATTCATATACCATGAGACC TTACTATCATAGACTTAACCTTAAGACTTCCCAAAATGAGGGCTCAACATATGGGACCTC AACTAGGGAGCCTTCTTCAGCAAACACAGAGCCTGCTTCATTCATTCGTTCGTATTTCAT TTCAATTCATTCATAGGCCAGTGCGAACACCAGCTATACCTAGGATGTAGTTTAAGACTT CCATTGGGTTTGCTGTGCAATGATCAGGAATGACCTAATGTCATTACCTAAATCTAGCTC ACCTCTTGATTATCCTATCCTAACACCTTCGGTATCATTCATTTCTTTATATGATTCATT TGAGGCTGGCCTCATTCATTCATTGGGAACTTTAACTTTAACCGACATAGATCATGTGAG CATCATGAAATCCAGTGTCTTCCCCACACCGAAAAGAGGTGGAATCACCGGCCAAAGCGA TTCAATAACATGCTAGCGTATATGGGAATTTAACCCCGCCAGATCCCTATAGTGGCAATA TAGGTTCAAAGACTAGGAGATGTATGGAGACCCATACCCGGCAAGCCGGACAGTCTCATC TCATGAGAGTTACGTGAACCTCCGCCCTTCCCGAAAGAAGGCATCACCGCTCATAGCTAG CCTATCGGTGCTCAGTATAAAGTTCCATTACATCCAACTCATACATCATGGAAGTTGTCT TCTAGTATGAGGGCATCATAGCTCAATAGATGATTTCTCATCTCATTATTAGTATTAAGT GTTTTAAACTCAATATTTTTCATTAAAGTATTTATAGAGACTGGTCTCTTCATTATCTTA CACCCTCATTGATGAATACGTATTGGTAACATTTACTTAGGCTCGTTTGAGATTGCTCTC TCCATATACATTAGCCTCACATCATGATTGTCACCACATTCTTCATTTCATTACGTACAT CTTAGGTTCACTTATTTTTTTGAACGTATGTTAAACTTGTGTGTCTATACATACAAGCCA TGGGGCTTCGTTTATAGTTCGTTAAGTGATTCTTATTTTCCTAAGATTATGTATTACAAG ACTTATGTATCTTGTATATATACCAAGATCTTGATTTTTGATCAAAGTAGATTACATTAT TCTTGAATATTTTACTCACGTATGACTTATGTATCAATACGGAGGTTTGGGCACGAGAAC CCAAATTTTGAATTATTTGGATATCATTTATATTTTTCATTGATTTTTGTTCTAATATTC ATAAATTTAGAACTCTAAGTTAAGTCTCAACATTTTCGTGAAATAATAAATTGTTTTATT TTAATTAGAATTCTAAATTAAATTTCAATCATTTAGATGAAAGAATAATTTTCTAATTTA ATTAGAATTCCAATTTAAATCTCAATATTTACATAAAAGAATTAATATTCTATTTTTAAT TAAAATTCTAAATTAAATCTCAATATTTACATAAGAGAATTAATTTTTTTAACTTTAATT AGAATTTTAATTTATTATTATTATTATTTTTAATTACATTCGCTTGAATAGGGAGGTTGT GGGTTCGAACCCCCACAGCCCCCTTTATTTTTCTCTTATTTTCGCTGGAAATGGAGGCTG TGAGGTGGTGGGTTCGAACCCCCACAGCCTCACCTTTATTTCCTTAATATTTGTACCCCT CCCTTCAACTCTGAGGTCGTGGGTTCGATCCCCACGCCTCACATCCCTTTTTATTCCTTT TTTTTTTTTCGCGAACTGGGGGTCGTGGGTTCGATCCCCGCCCCCAGCATTCCCTTTTAA ATCTTTTTTTTTTTTTTTTTTTTGCGCGTGGCTGGGGTCGCGAGTTCGATCCCTGCCAGC CCCATTTTTTTTTTTTAATTAAGGCATGCTGCAGGGAGGTCCTGGGTTCGATCCCTGCAG GCCTCAAAACTTTTTTTTTTAATTCTTTTGATGTTCAAAAAATTTCCAGATTCTTTTAAA GTCTGTTTTCAAGTTCTGGAAATTTATTCTACGATTTTTCTTCACTTTTTCATCAAGTTT AACATTAATTCTTAGGGAAATTTCATGGTTCATTCATAATGTTTTAATTACACATTATAT TTTTTTTTTTATAGATTCGTCTAACCAAGAATTACTCCCTCAATCAAGCCACCTAACATT TCATATGAACTTCACGTCTTACCCCATTTTATTCACGAAAAATATACAATCATATTACAT TAAACTTTTGGAGCATTACATAAAGAACCTCATTCACTGTAACATACTTACACATAATTT CAAGAAAAACATGGTTGCCTTTCATACGATTCCAAGTACACAAACATAATCATATTCATC GCGAAAACATAATATACACCTAAATCTACCAGCAATCATACCCAACCTAAAATTCATTGG GAGCTAGTGACAGGGGCATGCAACGGGAAACAGCCTTAGTTTCGAGATGAATAACTTGAA TCGTAAGGGGCCTCTTGGGAAAGGAGCCAAGAGAGAAGAAACCCATACCTTAATCGATGT TCAAACTTTAATGTTGCTGCCCGGAAAACTCCTCCAAACCACTCCCAATTCACTTCAACG CACACCTCTCTCGACGAACCTCTCTTAGCCTTGACGTTTTGATTACTTATTTTCTTTTAC TTGAAAATTTTTTGTGAGTTTTTCAAGCATGAAAACTGTTGATATTTTTGGCAGAAATAA TGTGATGAAGATGGAGAACGTGAGAAAGAGAGTTAAGGAGCGTGAGAGAGAGAGGACTAT TTGGATTAGGAGACTAATTCAAAAATCAGTCAAATAATAAATAAATACAAATCTGTTTTT GATTTATTTATTTATTTATTCATTTAAAACGTGAAAGGACAATTACGCCCTTTAAATACT TATTTATTCTTATTTATATAAAAAATTTTTTTTGAATCGTTACAATTTTTGAACTGGCAT GTATTACAGATGTTAAAGTTCCGCACTAATAGCTTTAAGACCATACTATTAAGGCATACT CATTTTGTAGAAGGAAATGTTTGAAGGGTGGGTTGAAATCCTGGGCCTTTTTTTTGTAAT AAGTTGATGGAACTGAAGATAGTGATAGTATTATCTGTTCTTGTCTTCTAATTGGGAAAT ATACACTCTCTAGATGCTATCTCAAAGTTAGAAGAGGCTTTGGAGGTTAATCCACAGAAG CATGACGCCATTTGGTGTTTGGGGAATGCATATACATCCCATGGCTTTCTAAATCCCGAC GAAGATGAAGCAAAGATTTTTTTCGACAAAGCAGCCCAGTGCTTCCAGCAGGCTGTTGAT GCGGTATATTTTTTCTCTATGCTCATTTTGATATTTTTAACGCAGTTTTGGGGCTTACTT TCAACGCTTTGTTTTTGTTAACTGTAGGATCCAGAAAACGAGCTTTATCAGAAATCATTT GAAGTTTCTTCTAAGGTAAAGTTAGTGTTGTTTTTTAGTTGGCCTTTAGTATGTTTAGTG TGTTGAATTCTTGTCACATGTTTAAGTCTTCCCTGGAAGAAGTGCCTTCACAAGTGATTT CCATGTATACTTTGAGGAGCTTTCCTCTTTTTTGTTGATTGTTTGGCACAGTATGCCTTC AATTTTCCTATTATTTTCCTTCACAATAAATAATTTCATCTATCAAAGGAAGTTCTATGT ATATATGATTCACCACATGATTGCTCAAAATGTAGTGTTTTGAGGCTTTTCTCTTCCAAT CAGCTAACAACACATAATTCATTCTGCTCAGAGTAACATGTTGTATTCTTAATGAAGCAT ATCCTAATTTTAGATGTTAGCTAGGCCGTAGGCTCACATAATATTAGCAGAAAACATCAA ACTAATCGATGCACGTTGAAGAGAAATCTATGAAGTTGGTCTTTCAATGTTATCTTTTTT AAAAAGTCCTTGGCCTAGTTTGGATTTGCCATTTCATCCTATGCAGTGCACATTACTTGA CCAATTCATTGAACTCTGGTACGTCGTGCAGTTACATCATACTGATTAGGCATGCTAAAT TGTCTGCCCTAAGTATCTTATAAAGAGAAATATCCACCTTAAGTATGATTTAGCTACTAC GCATTGTCTTCACATTCAGTAGATACTTTTTTAACCAATGAATTATGATTTGTATACTTT TTTAACCAATGAGTTTGAGTATCAGAACGTTTGTTCTTTTCTTCTCTATTTTTACATTCT GTAAGATTCTTCAGATAGTTCATATGTTCATATTTCTTAGGTGGCGAAGGATTGAAAGAA GTTTGATCTGAGATTTCATTGCATCCTTTTGTGGAATAATGACGTGTTGGATGTTTATTG ATATAATTTATATGTTTGTAAATGTCCTTCTAGGTGATTCATACTGCTCTTGGGATTTTG TTTATCATTTATGAGAACCAATTGTCCTTATTAATTATTTTATTATGTATGTATGTCATT TCTGTTTGTTACTTATGTTGTACATTATTTTAGACTTCAGAGTTGCATGCCCAGATTCAC AAACAAGGTCCCCTTCAACAAGCCATGGGACCAGGACCATCTACAACAACATCAAGTACA AAGGTATTATACATTTTAATTCCCCCCACCCTGATATATATTTCTATTGATTCATGCTAC TTAGTTTGTTTTTTGTAAATCTTACTCTTTTCATTTTCTCTGCGGTGCGGTTGTTTTACA AAGTGCATACTGAGTGCACTACACAATTCCATCTGTGGCCTACAAAATTAAAAACTTTAT GCACCCAAGGATGTTAATTTAATGGTCAATGAAGTGGGTTGAGAACCATGAGGTCTCGGG GACAAACGCTTGAGTGAATTTCTTCACATCTGTCCAACCTTGGTGGACAAGCATGGATGG ATAGAGTCACCCCTGTTGTTGATGGGAGGTGACATGTATCCCATGAAATTAGTCAGGTGC CTGCAACCTGGCAAGGACACCACTTTTTTTTTAAAAAAAAAATTAAATACGTTGTGTGGA AATTGCCTTCAACATAGTTTGGTGGTAATGTTTCTTTTTTTTTTTTGATTGTTCACATTT TTTTCCATTCTTGTTCTGTTCCTTTGAAGTAACAAAATTCCAAAAGGAAGTTTTTTCCAT TCTTGTTCTGTTCCTTTGAAGTAATGAAATTCCAAAATCAAGTGGGCTGGTTTCATTGAA CCAAGTTTCACAGAGTCGGAGGACTTGCTTAACCTTTCATTCTTTGTTTGCTCATGCATT CAGGGTGCGAAGAAGAAGAGCAGTGATCTGAAGTATGACGTTTTTGGATGGGTAATACTT GCTGTTGGACTTGTTGCATGGATTGGCTTTGCGAAATCTAATATGCCGCCACCTGCACAT CCTCTTCCAAGATAAGGGCCAAAATACAATCTTCTAGGCCAAAATACATGATGTAATTTT TTCCTGCATAAAAATGGCTTTTGGCGATTCAAGCTTTTGCCATATAGATAGGATTTACTG ATGTAACATAGTTTGAATTAAGACACTCTTTTGTCCTTTGATTGATACTAGTCATAAAAC GATTTTATGAAGCTGTTTTAGAATATGGTGTCTGCTCTCCTAGTTAACTTCTGGCATTTT CGCCCCTCCCTCTTTTACCGGTCATTAATTGGTGGTTGTGACACATCTATGATCTGTTTG GCTTATCAAATTCAGAAATAATTTTGCAGTTAACTTGTGGATGTTTGCCAAGATTGATTA GGTGGGATATGATCTATTGTACTATTTTCCATTTTTCTGATTCAGGATTAAGCCAGATTG AATTGGTTTTAAGTACTGTGCATGTTCGGTAACGAAGACATGAAATTCAATTAAGTTCGG ACCAAGTTAGTCAGGCCAAAAAGCGATTCCATTTCCTTCATCTCATTTTGAGTGGATCTT TTTGTTCACCTAAGGAATATTATTTTTTATTCCGATATTGAACTAAATCATGTGGCATAT GTGTGGTTGATTTTTCTGATAGTTTATTCATGTGAACGGGATTGTGACTATTCTAAAATG ACCACATTAGTTTGTTTTACATATTTTAAGCTCAAATAAAAAGTACTCCCAATAAAACCA TTTGTGGAATCCAAATTTCGTTTTTAGGGAAACGGCGTCGTGAAATGAATTTCTTAAGTT GCCCAGCAAACTAACCAACCCACTTTCTCCAGTCTTCTGTCAAGATGATTGTAGGTGTGG AAGAGATGTCATTGGAAGCTAAAGCATTGGGACACTCTGGAATTGCCGGAGCAGTGCCTC TCTCATTCCGTCGCTCTTTTTCTTCATTCCCCACTCGTTTGTCGTTCCACACTGCCGTTC CTCCCCAAACCCGCCGATTCCAATCCTTGGCGGTTATTAAGAGAAGTCCTAAACGCCTCA AATACTCGGCTCCTCGCTTAACTAAGGTTTGAATCTCTCAATTTTAATATGCCCTGTTCC TTGCTTATAGTTAGCAAGTACTCCAACTACGCATGACTTATTACTATTCTCTTTCTTATG TACTAATACTCGAAACGTGGTAGGAAGATGGATTGCTCTATGTTCAAGTTGATCAATTTG GCTCGGATTCTTGGAAGTTGGATCCAGTTGTTGAACTTCTTAAAGGAGGAGCTGTTGGAG TCATTCCCACTGACACTCTGTATGTTTTATTTCTCTTCTTTTTTTATCAATTAGTTTGTG TTTATACCTGAACGGCTTCTCTTGATGGTTAATTATACTTATTACTCTATCCATATTAAC AATTTTGGTTCAACTTCTGATTGAGTCATGTAAAAATGAAAATGCTAATATAACCTTCCA TGTATCTCCAAGTTTATTTTCTGTTCTACTATTCAATCATTTCGGTATTACTTGATACTA GGACTTGCATATCAATATCTTGTGTTAGGACTTACTCCCTTTTTTCCTTCATACCTCCAT TAGTCAAACTAGGTAATCATATTTTACCTTTTCATTCCTTTCCTCAACAATAAAGCCTGA ATTTTAGGCTTTTAAATATTATAGACTTTAAGCATCAAACCTACTTCACTTAATGGATTT AAGCTTCGCTGGAAGTGTTGCAACATGGTCATCCGATAATGCAATGTTGTTTTGAGATTA GATAGAGTGAGGTTGACTTTAGTCCGCTAGGGAATATGAGTGATCATCATTTTTTCAATC AGATGGATAGTAAAATGGACATACTGCTGGAAGCCATTCCCAAACAGTGACATTTGGATG ATAATCATCACGTTCCAATCACTGCAAGTATAAAGCATCTTAATTCTTTGCAATATGAAG TTGTGTTATATAAAAATGAATTGGAGGAGTATCAATTTGGTTAAGAAGTGTACTTTAAGC CTCGATCAGAATCTTTTATAGCCTGAATTCTGATATTTGACATCTTTCAAACAGGTATGC AATAGTTTGTGATCTGAGCAGTCATTCAGCCATTGAACGTCTTCGTAGGTTAGTTCTACT AAACCTCTCTGGTAGCGTAAATTAATGCTTTACATTTCTTTCTCGGGTCCCTTGATGACA ATGTCCATTTCTTTTTTGTTTGTTCTTTTGGCCAGAATAAAAGAGATAGAACCTTCAAAG GCAAGTTGCATTTATGTTGCTGAACTGAACCATTGCATCAGATAAAGCAACCCAGTTGAT GCTGGATCTGATTCAATGCCTTTATTTTTTGTTTCCTTCCCTGCCTATGTACCTCCATAT TTGTCACTTGTACTGTCCTTTATGCTGTCTTCTTTACGATCTTCTACGATTTTACAGCCC CTAAGTATCATTTGTCGATCTTTCCGCGACATAGATACATATACAACTGGATTTCCCCGT GGTAATGCCCAAGGTCTTACAGACATTTTTCGAGCAGTCAAGCACTGTCTACCTGGTCCT GTAAGTATGTGTAACGTGTTCTATAGACGATTATTGTGCTGAAAATTGTTAACAAATTTT CCGATTTAGATTTTTAATAAATCTGGTATACGTATGTCGGGAGTGTAGGAAGTCTAGTGA TACCCTAGAGTCGAATTTCTTCATCAGGTTTTGCGCTATGTGGTATGATAGTTTCTTTTG CTACTTAAATTCCTTGTTGGTTGTCGACTTACTTCATGCTTATTTTTTCCTTTATTCTTT ACGTGCGGGGTGGGTGGGTGGGGTGGGGGTGCATGAGGTGACTTTAAGATTGTTTGACTC ATTAAATCTTTGACATTTTGGGTACCCAGGTCTGAGTAGTCCTGTAGATATCTTGATACT GATAATGTACCTAAACTATTAATCACCTGTGTGGCAGTACACTTTCATCTTAACTGCTAG CAAACAGCTACCAAAACAATGCACGAGATACGGGTCTGCAACTTCCAAATATGCTTCAAG GAAAAATGTTGGTGTTCGTATACCTGATGATCCTGTCTGTCAAGCAATTCTAGAAAAGTT GGATAGACCTCTAATATCCACAAGGTATTCTGACATCCTAGCATAGGGAAAATGAGTAAA CTGATTCTTCCACAGTTTTACTTCTGTTTTGGGCTTACATACCTAATGATAGTTTTTGCT TTGGTTCAGCGTCAAGTCACCAAAGGAGGATGAGTGGATACTGGATCCCGTCATTATTGC TGATGTATATGGTCCAGAGGTACTATTCCACTAAAGGTTTGGCTGCTTTAGAGATCTTTT GGCACTTGCAATTTGCAAGCAACTCCATCCCCTTGTTTTTTGCATTTAGAGATCAACAAA TTTTTGTAATTTTCTTTGTGTTATATGTCTCTTACATATGGATCTCTTATTGCTGCAACT CGTAAATTGGATATGCTTAATTCTTTTAATTCAGCTCCATTTCTTGTACATGTTTTTCTT TTGTCTCAGATCTATATGTGTATATTTGGTGTCCTACATGTTTTGCTTGGTCAGTGCCCT GTCCTATTATGGTGGATTGAATTTCTCTCTCTTTTCTTCTTTGGTTATGTTAGGGACTTG ATTTTGTTGTTGATGCGGGTGTTCGAGTGGCTGATCCGTCTACTGTAGTTGATATGACTG AAAGTGCTCCTAGAATTATACGGCAGGGAAAGGTAAATCAGTAGTGTGTTTTTGGGACCT AATGTCTAGCATTCTGTTTGCCTACATGATTGCATATGTTTTAAATTAGTGAAAGCGGGC TAACAATTTTCTATGTATTCGGTATTCCAATTAGGTAAGTATGGTGACTGATAGCTGATT CAGAGTGCATACGCATAATATCCAATGAATTATGTGTCAAATTAGAGTCTAATACACATA GCCTGATAGCTCTTTATAATGAAAAAATCCTTGCTGCCTCTTATAGCTGCATAAGCACCT TCATCAGCGACAATTGCACTCGGGTTGGTTTTCTGTATTGTATAAGAGTCTGGCAGTACG TAAAAACTGTAATTTAGACAAAAGTTGCCAAAGAGATGACAATAGAAGAATGCTGCTGAC TTTTGCTGTACATGATTTTGTTTCCCAGATGCAGAGACTTGCTTAAGCAACCACATCAAA ATTTTCAAAGTAAATTAAATACTAAACTGGTATGTGTGGTGAAGAAATAATTAAACTGGA TTGTAGAAGAGCGTCCCAATACCTGAGATACATCATGTTGAAAGGAGAAAACTGCTTAAG TATGTACCAGCAAGCATTAGTACTGAGTTGCTGTGTCAGAAGGATGCAAGGTTCATGAAA CGGTTAAAATGCAGTTAGGAAACATATCATATAGACGCAATTGCGACAAGCTTAAGTGGA GATTCCAGATACCAGTTTATGCATTGTAGGAGAAATAACATGACTGGAAATTTATGGCAT ATTGCTCTTTAAAAAGGGATTTGCTTAAAAATAATGATCAGAAAATAGAACATGGCCGAC TGGTTTCTGTCTTTGATCCATTTTTGTATTTATAATAAATCTATGATTGATTTGTTTACT GGTAAGGTGAATAAGTTAATAACCATGGATCAACTTTTTCTCTCTTCTCTCCTGTCAATT CTCTGAATTAGAATGTCTGCATTTATATGATGATCCTCTTTTGTTTTGCTTGTTTACATT TGTTCAGGGTCCTAAGCAGCCTTGGATGATAGCGGAAGATGATGATTCTCCTGTAGATGA ATAGAATCCGTTGTTGCCGCTGTTTAAGTAAGAAGTACTGCTTAAAATGTACACTTCCTC AAGCCAGAGCTCTTGTACAGCGCACAGATAAGATGGTGAATCCCTCGCTTGATCTTGAAC AGTCTTTTAGTCTTCATTAGTGTAGATTGCTGTAAATACTTAACGTGGTAAATCAAGAAT CACATGTAATATTTTGCTTGTGTAAACTTTAAAGCATGTTATGATCACTCTCTCTTATTC TTGCCCTATGGTAATTTCTATTGCGTTTCTCCTGCAAGCTCCTTCATGAAAACCGTGGAA GCCTTGTCCTGCCAGAGCGCCATGCCTCTATTTTCTTTCTCGTCCGTAGTGAAGAGAGAA GTCTCTGATCAATTGGTTTCAATTATTTTAACTCTTCCTGATCAATTCAAAGGTTGAAAT AACTCATGTTTGATGTTTTCTAACAATCAAGTTGGTTGTGATTAAAGGAATTAATTTAAT ATTTTCCTAAAGTAATTCTTACAGGTAACAGTAATATACTGTCTTCTTTTTCCTACTTTG GGCACTACTCCTGTATATTTCAAGTGGAGAAGGAAGCTTGATTGGTTTATATGTTGTATA TATAATAGAATAATCTTTTATCCGTTTGAGTAACGAAACACATAGCTGATAAATGACGGC CAATAGTTACAATTAAACTGTAATATAACAATTGAGATACAAATAGACTTGAAATGGCTT TTTTTTTCAGAAGTATTTGAAGATTTTTCTTTTCAATCAAACCCCAGAAATAGAATTACT TCTGTTTGGTCAAATGAATTGCATCAAAATTTAGCGCACGAAATGCAAATGCGTACGGTG CACGCTTTGGAGAAATGTAAAAGTGAAATATTTAATAATGGCGGCAAAATTTGAAAGTCG AAATTTTGTGGTTTAGTCCCCCAGCCAATTGGATTATATTCATTCTCCCGCAAGCTTCTC CTAAAAAATTCAAATACCGCGCTTACTGCTTTTAATTCAAACCTAACACCTTTTGCCTTT GCCGTCTTTAAATATCTTCACATTCCCCATCATTTTTCTCAAGCAGCCATCTCTTCTCAC TAAACCCTAGAATTTCTTATCCAAAACAAAATATGCCTCTTATCCCAGAAGAGCCTTTGC TCGCCTCTAACCCAGATCGATTCTGTATGTTCCCAATTCAGTATCCACAGATTTGGGAAA TGTACAAGAAAGCCATGGCATCTTTCTGGACGGCAGAAGAAGTCGATCTCTCCACCGATA CTCGTCACTGGGAAAACCTAACATCCGGTGAAAGGCATTTCATCACTCATGTTCTTGCCT TTTTTGCCGCCTCAGACGGCATCGTTTTAGAGAACCTCGCTGGAAGGTTCATGAAAGATG TCCAGGTTGCCGAGGCTCGTGCTTTCTATGGGTTCCAAATCGCCATTGAGAATATCCATT CCGAGATGTACAGTTTGCTGTTGGAGTCGTACATCAAGGATTCTGACGAAAAGAGCAAAT TGTTCCGTGCAATTGAGACAATCCCTTGTGTTGAAAAGAAGGCGAAATGGGCCCTTCGTT GGATCGATGGGTCCGAAACTTTCGCGGAGCGTTTGGTGGCTTTTGCTTGTGTTGAAGGGA TTTTCTTCAGCGGAAGCTTCTGTTCGATATTTTGGTTGAAAAAACGGGGGTTAATGCCTG GATTAACCTTCTCAAATGAGTTAATTTCAAGAGACGAAGGTTTGCACTGTGATTTTGCGT GTTTGCTTTACAGTTTGCTAAGGACGAAGCTAACTGAGGAGCGAGTCAGGGGAATTGTTG CAGATGCTGTGGAGATAGAAAGGGAGTTCGTGTGTGATGCTCTTCCTTGTGCTCTGGTGG GAATGAATGGAGATTTGATGAGTAAATACATAGAGTTTGTAGCTGACAGATTGTTGGATG CTTTGGGTTATGACAAGATGTACAATGCTCAGAATCCATTCGATTGGATGGAGCTGATTA GTTTACAAGGGAAGACTAATTTCTTTGAGAAGAGAGTTGGGGAGTATCAGAAAGCCTCAG TTATGTCCAGTTTGAATGGTAATGGTGATACCCATGAATTCAAGCTGGATGAGGACTTTT AAATTTAGTACTCTAGCTCCTTTTTTGTATTTTTTGAAATTAGTTTTATGTTCTTCTTTT AAGGTTCCGTTATATAAGTACTTAATAATATATATCAGTAGAAGTATTGTAATAATTAGT TATGATATTTGTTCATTGTCCCAGTATGAAATGTGCTTTTACAGCACTTCCACCAACTTT TTTATTTCTTTGGATGTTAAATTTTTCTGAATTGATATGTTGAAACCGACCCATTTCCTA TTAACTGAATTTCAGATTTAATATTCCAGGAACAAACCCACCAATCAATCAATCAAGTTC ATTTTGTTCCAGCACACCAAGTAACAAATCTACCTAGAAAATTGGGTTTGCTAAATTCTG AGGTGAATGATTGGGCTCATGTTACCCAATGTTCCCTGAAATATTTTCATGAAACAGTCT AATGTTGAATCTTTTCACTAAATGGGGTATAATTTATGCCCCATCCATGGGTCATTGGGC ACTTTGACTGTGCAACACGAATTCATCAAATTCAAATTGAAATGCTAATGCTGCACCCAT TGGCAGGAGTGCATATATTTTCACGAGAAACTTAAATGAGATATAACCAACTAATTGGAT TGATATCTGCTAATTGCTTTAGTATGAAAACCACAATCTTTTCTATAATTCATTAACAAG AAAAATTAGACATGTTTGGGCATGATAGGAGAAAAACTTAGTTCTCTTAATTGCAGCCAC CAGAGGTGTGACAACCTTTGACAAGACATCCAAAAAAATTTGAGCATGCCATAAAGAGCA GTGGTTTAACACGTTGGAACCATCACCACATTGTGTTGTAGCCAATCAGCTTCAGATCAT ATCTTTCTTAACATGAGCCTGACATTTTCAGATGCTTCAAGATTCCATTGGCATGCCACT AGTTTTTTGTTCCACCGGTTGAGGTGACTGGTCCTCTCTGCCGATTAACTGCACGAGGCA CAAATGACAATCCACGAGCCCTACTGCGGCCAAAGCTGATTGCTGAAGGAGAATCCGAAG TGGTTAATTTCGATACCGCTGAAACGAGATTGTCTATTGTTTCTTCCTCAACTTGCATTG CACTTGACTTCTCCTGAGTCTTATTAGATGCTTGTTTATGATGCGGCTTCAGCCTCTGTT TTTTTGATGGACGAGCTTTTCTGAAGAACTCATAAGATGCTGGAAATTTATGCTTGTCAA CAAGATGTTGCTGCCTGCTTTTGTAGCTTTTCAACTTGATATCACAGCCTTCCACAAGGC ACTCATACTACAGGACAACAAGAATTCCAGTAAACAGCTACATCCAGACATTTTAAAAAA AGATTGAAACAGACTGTTACTCATACATAACTCTCTTTGAACAGACTAAACACATACAAG ATACATGACCAACCACAATCAGAGAGCCAATTCTGCAACAAAGATTCATGCAGCTTATAA TTTATTTATGTATTTACAATTTTACAGAAGCTTTAAAAGTATTTTATTTTAGAACACCTA TCCTGTTGGTTTTGTTCTGTTTATCAGACTTGACACTTGACCTAGTGGTCAGAAGTTAAC TCCTCAACCAGTAAACCACTAAGATCAAGAAAGCCGATAACATGCAGCTTATAAACTTGG AAAGACATGCAAACATCTATCTCCTTGGGAAGGGACAGGGCAAGATGATGCAAATTCAGG ATGGGTTATGTATAACCCCCACATTAACCCAGACGATGCACCTAAACTGTTCACGTATGT GCCTGCACAATCCCTTCAGCTATTACCTTAACAAACAGGAACTGCATGCTACATTTAGAA TATGCATGAGAAGGAAGAAAGTTGAATCAACAAAAAGGCATGATTCACCAACTGAAAATC TGTTTGTTGAATCATCCAATTCATGCTCACTCTTAAAAAGTCATTCGCAATATAAATAGA GAATCAACAAGAACTGTCATTTACCAGAGAACTCTTCTTTCAATAATAAATCAATTCCTT ACCTCAAAATGATTTCGGAAATAGACAATGGCTGGAGAATTCAGACTATACTTTACTTTG AAATAGAGAGAAGAAAAAAATTATACCAGATTTAAAGTCGGTACAGTCTTAATTCTCCAG CCATTGTTTGTTTTAGAAATCTCTTTTTAGTGCAAGGATTGATTTATTACCGAAAGAAGT GTTTTCTAGAAAATGACAGTTCTTCATGATTATCTATTTATAGCATGGATAGTCCATTTT TTAGAGCGAGCGCGAATTGGATGATACAACAAACAATTCATCAGTTGTTTAATCGTGTGA TTTTGCTGATTCAACTTTCTTCCTTCTCAGATATATTCCTAATACGTTTAAACAGTGTAA GGGGGTTTGCCTCATTTTCTATGGGACACCCTAAAGAAAACTATGAGATAAAATGTTACC ATGGGAAAGCCTCGAGCAGCTTTTGCCTGAAAAAAGGAATCATGAGCCTCTGACACATGT ATGCTGAGCAGGCGTGATGTTGGGTAAACTCGAGAGCATACAGAACAAGATGCAGTATGT CGTGTAACATAGTGGTCTTCAAAGTCATCCAGATTTTTCATCTGTGCACCACAACCAATG ATTGGACAGAAGAGATTGCTGTCAAGCATTTAATCAATTTTATCAGAAATTAGTTATGTA TAAATACATCCCCCTAAAATTTGTTATAGTAAACAAACCCAGAAATCACCTCAAGATTGA CAGAAAAATAACAAGTTAAGAACATGACATCCATTTAAAAAAAAAAAAAACAAGTTAAAC AATACATAATTAGGATCTTGATAATTTACAGTAATAAAGAAGAAAAATGGACCTCAGCAC CAGTAAATGCAGGTGCAAATGAGCACTATAGCATATTGTGGCTAGGCCAAGAAGATCTGA GAAAGTGATACAGTGATTGTATCACATAGTAAACACAAAACTAGGTCATTATTCAATCTA TGCAAAACTTCCTGCAGATCAATATTCTGACTAGTACCAGAAAGTGGAAACCGATATATG GTAAAGTTAGCCTCTAGTTTCTTCTTTATTATCTCAGCTCCTGTAAATATCTAGACATAA AGATACAATTTAATCCAGCCCTTAACTTCTGCGTTCTCGATTTTGGGCTGACCACAGAAC TGAAAAAAAAGAGGTAGCCGTTGCCCGCTTTCCTAAGCTTATTTTTATTAGAAAATTCAT CAGTATACTGACATTAAGCACTCTTTTGGGGAATTTTTCTTCCCTTTCAGTTCTGTCACC ATCTTCCTTTTGCTTGTGCACCTAACCTTCCTTGTGCGGATGCAGCTCTCAACTTATCTG TATACCAAGAAGTGTTTAATACCCTTCGCTTGAGTATGTAAGGGTGTTTGATAAAAAGCC AACAACATTCAACTATAAAGAAATGCCCAGTATTAAACTCGTCACTGCAGCAACCTTCGC AGGTTACTGCATTAAAAAGCATGTAAAGACAGCTGACATCATGAAGATATTAGTATCTAA GGATCAACATCTCACGATTCTCACCTATTCTTAATCTATAATCAAGGCTCTGATCTTTCA CTCGACTTTGCAACACAAAAAACAGCAAAACATATTTAATTAGAATTTTGCAACCACGTC CTAACGTATATCCTAACTATTCCAACTTCTCTTTTGTACTTGAGGCTACTAGCAGACACA TAGATAAGTGCATATTTCCTCAATCTCAACAAAAAGGGAAGAGCAGCTGATTAAGAACGT GAACCTGAATTCTGTTAAAATATCCTTCAAAATTATAGTTTAATGTCACTGTCTTCTGAT GTTTCTCAGTATATAAATCCGATAAACTATGGAAGAGCTTCAATAGGTATACCTGATTTC GTCATCTGTGATACTATTTTGAACTAACTGGTTCTCTTCTTCAGTCAAATCCAATGCAAC CTGGAAATGAAGAAAAAGGGAGTGAACAGATAGATCGCTAGTTCAAATTATGGAGAGGAT AGAGAGGAGGGAAAAGGAACGAACCTGCTTAGCGAGAAGCTCTCTTTGAATGTTACCGTA AGCGAAGAAGGGATCATCAGGACCAAAACGTCGACGAGTTGGGCTCCAGAACGGAAACCC TAATTCGATTTGCCTATCAAACTCCATCGCCATTAATTTTGAATTTCATTCCCTACCTAT GCTTTTGCCGTTTTGCGACGTTTTTTCCTTTCTCGAAAGTCCTAAAATTTAAAAAATAAA AAATAATGTAAAGTTGATTTTGCAAAGTATGTGATCTTTTGTTATGTCCCTTCTCTTCAT TTTTTTCTCCGTTTGGACTGGGATATTAATTCACGTATAGGGGATCCTGTCTAAACCCAT ATACAATAAGCAAAATAATTGTTCCATTACGCTATGTTTGGATTATTATTATTTATTATA TTATATTATTATTATGTCATAATATTTATTTTAATTGCTATTTAAAATATATTATATTAT ATTGTTAAATTTAATTGTTATCTAACAATAAAAATTTTTATTTTATGGAATAACCAATTT GGTGTGTTCCCATTGTTATTTAATTTCTTTTTTCAATTATATTTTTATATAATATTTCAA ATTATAATTTTATCATTTACCTTAATTTTTTAAATCTAGTCAAATAATAAAGAATATTTT AGTAAATTTACAAATTACAATAGAGTATAATATGATCAAACCAAACAATTAAAATGTTAT TAAATAACAAACAATACAGTCTGCCCAAATATTATATCTACCATATAAAATAGTACAATA CATTGTGAAATAATGAGTAACAATAATACAAATAAAGTGTTAATATTATGGACACTAATT TGACAGCCTGATACACGTAATAAAAGGAAATCTAAGTTATATCTATAAATAGAGTTGCTG GATAAGGGGAAATATAATTGGCAAGTGAAATTGCAAGAAGATGCAACTAATCAACATTTT TCCACTCTAACAAGCCATTGATAATCATATATAGCGCCTAACAAGTTTTTACATTATTAA CACAATTTAATTTCATTTTGTTTTTTCAAGTTTGAGTTAAAATTTGCGTGATAATATATC GTCAATGTGTATAGCATGACAAAGTACACAACGAAGGTGCATGGCAGCTGGGTTCTCAAG ATTTTGTCAATCGATACAAACAACCCCATATATTTTTTAATATTATATGAGTTGCTATGG CGAAGGGAGGATAAATTAATAGCTCCCACATTTTTGTCTCTCCCGGCCCCCAGCTACGCT GCACAATTGTTTATTTGAAAAACAAAAGTCATTTACTTGAAACAGTGTGGCTTGAGGTTG GATAAATTAGTTGATTTGTTATGTTGGAGATGCCCAAGTCAATTTAATTACGTATGCATT TAGTGATTTAGATACAGAAGAAAAATATACTACTAGTATTTATACATATCTAGCTTGTTA TTTTATCTCGTAATTGTCTTTTTCCAAATATGGATCATTTTAAATTATTTTAATTTGATT AGTTAATGTGTCATTTTCTGTAAGTCTCAATAACTTGCTAGGTGGGAGTAGATCAAATTG GATTGCAACTAGAAGAATACAACACCAAACAACAGCGTTGAATATTGCTAATAAGAGTGA TTATATTTTAAACACAGTATTAACACGCAATCACGTAAACAATTATTCAACAATTAATTC TAAAATTCTCCAATTTTTTAAGATTTAGAATTTGATTTAATATGTAGTTGAAATTTACTT TTCCCTCAGCCGTCAGATCTGACCTGGACGCATTCTTTTGTGTGTTCGACCATCCATAAT TGCTTTACGTTTTCCATCAGTACACAGGTTTAATATAAATGATAAGAAAATTAGAATTAT ATCTCTTATACTTGAGAGACTAAGGCAACGTACATGAAGTATGAAGAGGAAAATAGTCAC GTGGAAGTAGTTAATTGGGTAAGCTGCAATATAATAGATGGTGCACCGTCCACCCACCAA GCTCATCAAATAAAAAACAAATTATTCATTACTCAGTGTTCACATCAAACTATATTAATT TATTCGATAAAAACACTCTACTTGGGAAGTTTTTCCACTCATCCAGCTAGTACAACCTTT GGGACTTGGAACAAGTATAACGACCTGTAACAAATCAGTGAAAAAAGTATCAGCCTTCAT TTACCTTCCTGATTACTTTTAGTATATATATGTTTATTTATTCTGCTACTACAAGTCATT GGATGGTAGAGGGAGAAAAGTAGAAGAGAGAGAAAAGAAGGATCAATACTTTTCATCGAC AAAGTAAAAAATGGAGAGATTGAGGGGCTTGTATGTGTTGATCTTGGCAATCATATTGAT CCTCGGCGGAGCTGAAGGGGAGCTAGTAGAGAACTTCTATGGTTTTACTTGTCCTAATGT GGAATTTATAGTTCAGCAAGCTGTGTCTCTAAAGTTCAGCCAGACTTTTGTCACTATTCC AGCGACTTTGCGTCTCTTTTTCCATGATTGCTTTGTTGAGGTAATCTTCTGCTACAATTT CTCTCTAGAATTAAGCTGTTACTCATATCGCAGTGTCCCACATTAGTTCGTTGAATTATG GTATAAGTTTTAGAACAAGCAAGAATAATTACTCCATTTTTGTTAACATAAAAGAGATCA AGAGACTTCTAACTCTATACTTTAAAAATAGCTGCTACCACCAATATTCTGGGTCCTGTT CTGGTTGGCAGCAAAAAATTGGCATTCTTCGTCTTCCCAAATTAAAATTGTTCATCTCTT ATTCTCTTTTGCACATTTCCTCAGGGGTGTGACGCGTCTGTTATGATAGCTTCACCAAAT GGAGACGCGGAAAAGGATTCCAAGGATAACCTTTCCCTTGCAGGAGATGGCTTTGACACT GTGGTAAAGGCAAAACAAGCAGTAGAGGCTCAGTGCCCTGGAGTAGTATCATGTGCAGAT ATCTTAGCTATCGCCACTAGAGATGTTGTGGTGCTGGTAATCGAGGACACAGAAACCATA TACCCCTTTTTTTTGGCTTTTTCTTCATTTACCATAATATGTAGACTGACACTAGTTCAT TTCCTTTGGTGAAAACATTCAGGCAGGAGGCCCTTCATACAATGTAGAATTGGGACGTCG TGATGGGCTCATCTCCCAGGCATCTCGGGTTGCTGGAAAATTGCCAGAACCTGACTTCAA TCTCATTCAACTGAACACTATGTTTGCCAGACACAATCTCAGCCAGTTTGACATGATAGC TCTTTCAGGGGCTCACACACTTGGCTTCTCTCATTGTGACCGTTTTGCAAACCGTCTCTA CTCATTTACCCCATCCAACCCTGTTGACCCTTCTTTGGATCCAGAATATGCTAAAGAACT TAAGGATATGTGCCCTCAAAATGTAGATCCAACTATCGCTATAAACATGGACCCTGCAAC TCCACGAACCTTTGACAATGAGTATTACAAGAATCTGGTTAAAGGAAAGGGTTTGTTCAC CTCAGATCAGGTGCTCTTCACTGATGAATCTTCTCAAGGCACTGTTAGTGATTTTGCTAA TAATGCTTTCGACTTCAATGGAGCTTTTGTCACTGCAATGAGAAAACTCGGAAGGGTTGG GGTCAAAACTGGTGGCCAAGGTGAAATAAGACTGGACTGCACCAGGTTTAACTCATGAGG TCCATGTTCTACCTTCAACAAAAGGAAAAAAGATGCTATTTTGTAAATCCCTGTTACAAT AGTTTATTTTTGTTTTTGGCAATATTTGATGTAATTGGCTTAAATAAATCACGTGTATAA GGTCTAGAGCTTGGATTTCTTTCGAATTTTGCGATCATTCTTGTATTGGACACTTGCATG AATCCAATCCCTGTGTTACTGAATTCAGTTTTGACTTCAACATGGTTGCATCTGGTGCAA TAATTTACATCATCAACAAGCATGAACTTTAGTCATTTTTATGCATGTAAATCTACTTGG GTTTTCTGGTAATTGTATTTAGGTAGATGCCATCCTATAACATTAGATATCATAATTTAT GATCTTCCAAATATAGCAAGTTGTCAATGTCACTGGACTGGAACCTCTGCATTGTGCAGC GTAAAGCCATTTACGATTATAAGAAAAAATAATGAACAATCAATAAATGAAATGGTTGAC AATCAAAATGTCACAATTTCAAGTTTGAATGACAATGGAAATATACACCAATCAACAATC GCAACACGAACATTTATCTCACATAAATAGGAAAAGCTTCTAACAGCAAAAAAAAGGCAG CTTCGCCATCTCCATTGTCTTGCTCACATCCTGGAGGAAGTTCTGGTTATGGCTAACAAT CACCTCAACGAAATGCTCTTGGATCCATGAGCTGGTTGAGAGTATCTGCGCAAATCACTC AAAACTTCTAACCAAGCTTTCACTTGCCGGATGAATTATGTACGAGATTTTCCGTAAAGA CTAGTGTATACAGTCTTTGTTCGGTAAACCAGAATCATGCTTAGAATAGAAGCAACGATG CAGAGTCCACAAAGTATTAAGGAAGTCCAGAAGAAGCATATGGCACCTTCACACTTTAAA GGTTCATCCACAGCTAGAAAGCTTGACAAAAAAGATGTCCCATTCCATTGGCCGGGATGA CGCTGTTGAGCTTGCTTTTCAGCTTCACTATCATATATACTACTAGCAATAACACCTGAG AATACTAGTGAACCAGCTGGGTTTGCAATAGTGAGGAAATTGTACAAAGCCCCAAAATTC TTTAAGCCAAACAATTCGGAAGCAGCAGCTGGCACAATAGCCCAATGAGCCCCATAACCG AGCCCTACCAGAAGAGTACCAATGTACATAGCCCCTGGCCAGCCCATGGCAAAGAAGAAA TGCCCGAAAGCCATTACAACTTGGGCAATAGCCATGGCTGCATGTCTTGGGTAGGCATGA TCTCTGTATGTCAATAGGACAAGCTTGCATGAGAAATATATTCATTGAAACGAAGGATAT AGTAATGTGCAGTTAATATTGTCAAAATATGTAAGAAGTGAATGTCATGTACCTCACAAT TATTTCAGAAAAGTATCCACCCCCAACACGACCGAGGAAGTTCCATATGCTGATCATGGA AACAAATACATGTGTGTTATCATATCCTAAAGATTGGCTCATCTGTCCCAAGTTATCAAT TACGGTTAAACCAGATCCAGAACCAAAAAGTAGTGAGAAGAATATAATCCAAAAGTCTGC CTTTATCAAAGCCTGCATTAGGGTAAAGTCCTCCCCTCTATGAGGGGTCCGTCTTCTTTT GACCCTCACTGCTCCTTCTGCAGCTGCTTGGGCTAGTTTTGCTTGCAGTTGGGCAATTCT TTTTTGCCTTTCTAATGCTGGAAGCAAGTCTACATCCTTAGGCTTCTCATCTTCAACCTC ACTAAATATAATTTCCTGATCATGTCCAGATACTCCAGGATCTTGTTTTTGTGACTCAGA TAAAAGAGCCTCTTCTGATGGTACTCTAGTTTCTTGCGAGAAAGTCAATGAGATGGGAAT CACCACAGGAATAAGCAATAAAACAAACAAAATCCCAGTGAAGATTGTAGTGACTGTGTG GCTAACATCAACGAGGTCTTGAACAAGCATGACGCCCATCAGGTAAGAAGCTAAAATGAG GCAAATGCTGTAAATTAATGAAAAACTGAAACTATCAGATGGTCTGACTTGTCTATGGCC ACCAACAGGCCTAATTATAAACATGAGGGCGATAGCCACCATTGCCGGTCCCACAGCAAT CATAAATATAAGTGAAGCATGATCAGGGGAATGGATCAGTGCATATATTTGAGTCATAAT TGCACCACCCAACCCAGCAAATCCCTTAAGTATTCCCACCACAGGGCCACGGCTTTTAGG GAAATTTTGCACACCTGAGACAAGTGCGGCTGTATTAAAGTAGGTTTCTCCATTTGTTCC TATAAATATAAGAAAGCACATCTGCAGAGAAATAGATGAAATGAGTCAATTCTAGGACAA ATTAGAAGTATACGCCAAATCATCCCAGTAAACAAGCGATTTTGATCCGTCAAAACATAA TAGTAGTAAATAACGTCAGACAAGACGTACTGCAAGAAGGGCATTCAATTTCAAAATAGT TAACAAGCATTTTTCTCCCCCCCTTCCTGCACACTAGGAAAATGGTGAAAATCGGGTTTA ATGCTGACAAACTCTAATTGGAAATGATAGATGATGGGGTTTTATGCTGACAAACTCAGG AAGAGAAGGCAAGTTGATAATTATTAGGTGCACAATTAAGACCCCTTGCTCTTCAACCTT AATTTGGAGTGATTTAATTATATTCGAAGTTCTTCAAACTAGAAATATCAGATACATGAG AGCTTCGTGTGTTCAAATTGAATACATAATTATGAATGGATCGATCACATTGCAAAATTC AGAAGCACCACAACCAAATTTGACTAAAACTATTGATATAATTAGTAGTTCGGAAAGGGG CATAAAATGAGATATCAATAGACTTATAAATCCCAATGTAGAGGATAAATCAATAAAGTA AGAAGTGTAGTTGATCCAATAATAAATCAGAGCATTTGTAATTAAAAATTAATACACAAA GAGATTTGAGAATCAGCAGTAAAGAAATTGGGTGTGGGTAAGAGATAGGTACTCACAAGC CATAAAGGAAGAGTAGGAGATCGGCCGGTGACGATGAGCCAAACCCAGCCATAACCAATA AAGTTCTGAACAGCACCCACAAGAAGAGCAGCCCATAAAGGCAAGATTTCGGATAAAGTC CCAGCCAGAAATCCAACACTATCGCCCAAGTCCTTAGCAACACCCAATCTAGCTACTTGC CTCTGATTGTAATTCAAAGAGCTCTTAATGATGGGAGAAATACTGCCGAATAAATACCCA ATGCCAGCAAAACTCTGAATCCACATTGCAGCTACGAATACAAGCCATCTGTTATTGAAG AACAAACTAAATCTCTCTTTCAAACGAACCATTGTTAGATCAAAATTGCCTTGGGAATTC AGATTCTAAATCTTTCTTGGGGGAAGTCAAAGGACCTGTCTGTCCCTTTTCATCCGTAAT GAATATTAAAAACTACTCTCTATATATTTTGATTCCGTGATGTATGTACGTAATAAATAA TAAATGAGTAAACAACTTGATCAAGAGAAAAGGGTCGCCCACAAAATAAAAGGCAAATAT AGCACGGAAGACAATATTGAAACGTCGCTCATTTTTTATCATTTTGGTGACCTTTCAAAA TATTTACATAAAACAGTTCCCTATGTTGGAGAAAGAAACAAAACACAGAGGCACTATTGC ATTGGCAAGACTAGTGGTGACGGCGGGAGAGGTGGATTTTGTTGGCTTCTTAAAAATGTC TATTTCACCAACAGATAGATATACTTTGCCAACTTCGGCAATGATTACTTTATTTGCCTA TAATAAACTTTTCTCCTTGTGTATATATTATTATTATAAAAATTAGTGTTAATATACGTA GAATTGCTTCAGCATTAGTCAACATTAACAATTAACTAAAAAACGATCAAAATTATTCAT CTAAAAGATATATTAATTTTATCAATATTGAAATTTTAATCTGTAGCGTAAATACCTCCC AACTTTACCTAATATTACTAAACAAAAATTGACTGATAACTTATTTGGAGTTTACTTCCA AGGCAGGGACATGTTTATTAGAGAGTCATAATTCTGCTTCCTTTACAAAAATGGTTGAAC ATGTATTTCTTAATTTGTAATAATCAAAATTAACTTTTGTTGTTTCCCAAAAAAAACAAG GTTCAAGTGGATCCGATGCATATTTTTCATTCAAAAAAAATGTTAAAGGAATAATTAATT GGAAGAAGGCCACTTGCAGCCGACAGGCTCTAAAGAAAATAGAGGAACAAACTTATTTAA TCTCATATGCTATTATTATTGGCATATGAGATTGATGATGCCATACCCCACAGCTATCCA CTTGGATCCAACCTGTCCCACGAACACTTTTGGAATCCTTAATTAAACTTTGTTTTTCTA AAAATGTTACACTTAATGAGCGAATTAAACAGATAATCTCTTAAATGAGAAATTTCTTTC TCTAAATCTTTTGCACATGTTTTTTGATTGAGTTTGTTGTATTGAGTTTTATTTCGTACA GTTTTATCTCTTTTTTTTTAATTACAAATAATTACACTGAAGCGAAATTTATTTCTCTAA TATTTTAGTTTTTAAGTTAAAAATAGAATGCACACCCAAAAAATAATGATATATAATTAT GGCTCTATTATAAATATATTTGTATTATAGTGAATATCTAATTGTATGGAGTCATTTTAG GATTTCCTATAAAGAAAGGGGTTTTCCTTCATTATAAATAAAATCTATGAATCCTGAATA TACTTCAAGATAAATAAGAAGTATTTTCTCTTCTCCCTACTTTATTCTTCTTCTTAATTA TATAGTTTCGTAACATGTTATCAACACGATTGTTCTATTCTTAAAGAATTATGATAGAAG ACGGGAAAAGTATAAAAGAGATCTTACGTAAGTTATGCAATAAGGTTCTCATATTTGTAA GGTATGATTTATCTTTACTTTGTTAGTTATAATTGTTTATGTGACAGATCTGGAGTAAAC TTTTAAAAAGACCGGTCGACTTTTTATACCTTTTATTTTAATCGATTGAGAAGGGAATTT CTTAGTTTATTTTAATAATTAAATGAACATAATTTAGTGAAAGCTATGTTTTCAACCTTT ATATGAGGTATATGATCTATTAAGCTATATCTATTAAACACTAATGTTGATTATAATAAA TCAATAATCTCAATTTCGTGTGTAATTATAATGTACGATAATGTTAATGATCATCAAAGT GATAAAATTACAATTGTTTTATGAGTCTTGATGCTCTGTGATGAAAGATGTTGAGTTCAA GTCCCCTATTGGTTTATGACATAAGACGTTGGGTTTGAGTCTCAATGCACCATATTAATT ATAAAATGATGGCTAAGGTAAATAATGAGTTTTTGATATAAATAAGTCATGAAATATATC TCGTTGAAGCAGATCCATTTCCCGAAGTGAATGTACAGTGCATAAATGTCTAAAACAAGA CAATTGATTAAGTGATGCACATGAATATGGAATGGGTACTAAGTTATCAAAGATATACTT AGATGATTGTGTTCTATTCATGAAGAACAAGAGCTTTTGACAAATGGTAAAAGTATAGAT CCATTCTTTAAAGTGAATAAGGTGTAAGTCATCATGCTAGGCGTGAAAAAGATCGCAATC TTTGATTGTAGATGTGGCATCACCAAGATTGTATTTGGGCAGACATATGTTATAAAAAAG TTTCATACTTTATCTTTTGACTTTTATTGGATAGTAATTAGTGCAATTGAGACACATTCT AATACTAATTCCAATATTGTCTTACTTTTGCATGATTGAAGTAAGGAACTTGCACAAATC TTTGATTTTGAAGGGAAGATTCATATAAGGAGATAAAAGGAAACATATTTTGTCAAAACT TTTCTGCACACATGAGCTTTCAAGAATGGTAATATCAACTCTCTCGCTTCTCTACTCTCT CCCCCAGTCTCACTCGCCTCTCCTCTTCATGTAACATGTAGATAGAAATTATAATTATCA AACTATAGCTATGGAAAAAATAATTTATTATTTTTAAGTGGCTATATGTGAAAGTTTCCC TAAATTTATCAACAAAGCCCAAATTATTCACTGTGTAGTATAGGCCTCCAAGACGTGATT TTGGGCCGTTAAGCCCTAATGCATCATCCCTATGATTCTCCCCCAAAGCCTAAGTTGACA TGGTACTTGATCACGACTATATGAGCTTTGTTTTTTATTTAGGGAAAATTATATATAACG ATAAATTAATAAATTAAATTAAATGTTATAATTACATTTTAATTTAATTGTATCCCGTAA AAAACTGTTTGTCAATCAGTTCTCTCCCTCAAACTCTCGCTTGCTTCCTCTCACTTTTAT ACAAACACAAGTGTATAAAATGTGTTTCTATTTGTATACAGCGAGAAAAAATTGTATATC TACATATACTTTGGTTCCCTTCTCTCCCCTCTCCTAGATCTCGTTCGCCACTCTCCCAGA TCTCGCTCGCCACCTTCACCTCTATCGCTATACAAACAGAAACAAATTGTATAAATTATA AATTGTGTTACAGTTTGTATAAAATAAGAGAAAATTGTATATACACTTGCAAATACATAT ATCTTCATCCTATACACTTATAATTATACAATAAAAATACTTCCCTGCCCACTTTCTTTT GTCTTTCTCTCTTTCTTGTTTTATACAAATTAAAATTGTATATAATTTCTCTCTTTCTCG TTTTATACAATTCGATTCAATTGTATATTCCCTGTCCAAACCTCTTTTGCCTTTCTCTTT TTTTCATCTTATACAAACTCAAATTATATATAATCGTCCTATACACTTATAATTATACAA TACAAATATTTCCTTGCCCAAGTCTCTTTTGCTTTTCTCTCTTTATCATTTTATACAAAT TTAAATTGTATATAATTTCTCTCTTTCTCGTTTTATACAATTCGCTTCAATTGTATATGT ATAGCGAATTATATATATATATATATATTATGCAAACTTTGCTATAGTATACAAATATGA ATTTTGTGTTTATTATATGTAAAAGTTGCCTTTTCATTATACGATCTTTAAGAATATAGT AATTAGATATTTTTTTTAATCTCTATTGATGTTCTAAGATATAATATCGTATTTTTATGT GTTACCAAACAGAAATAGTTGGATAAGAAGGGTCGGTTGCATAATATTGATGGTCGGAGC TGAGAATTTTGACATAATCCATCAAGTATGAGGGGATGATACGTTACGACTTTTACAAGT CAAAAAGAATCGTAACAACTAACAAAGCATTTCCTAACAGACAAAAACGCCTAATAAACA CAAATGGTTCTTGGAAATTGATAAGTTATGGTTGATGCTGCAGCTCCATACTCAATCTGA ATCACCATGTTACTCCTTCCCTCTGACATTATATTTATAAAAGAAAATCTCAATTTTAAA TATTTTTGGCTTTCAATCAAAACAAGATTTAATTTGAGTATTCGAGATTCTATTTAGCCA AAGATTATATTATTTATATAAATAAATGTTGAATTCTTTTTGTTTTTTTTATTTGGTTAT TTTTTCAGATTTATTTTAAAATTTTAAACTTTTCATTGAAAATTCCAACTTCAACACCAA ATACAATAGAATTGAGACGAGAAATAAAAATAAATACATAAGTCTCAAATCGTTACGTCA AAATATATTAACTTATGCCTTATAAAAGTTATTTGTTATTTTAGTATCAAAATTATTTCC GGCCACTTATTTATTATTTAACATATCAAATCTACATTAAAAGGATCTCCTTCCACACCA AATCAAAAGGGCCTTAATTTGGAGAGCCAAAGGTAACGTCGTGTTATTTGCTCTCAGCAT ACTTAAGGAATCAAATTGATGATAGGATTTACTTTTTTCCTTTTAATCACAATTTTGTTT GGAGGTTAGCTTGACTCTTAATTGCTGCATCCAATATTGTTATCTTTTTTCCTTAATACA AAGTATCATTCAAGATTTGGACATATAATAATGATGATAAACTTAGTTAGTGGTCAGCAT TATCATCTCCATTTGAATCACGTGGAGTTAATAATGGAGCAATGTGGATTAAAAGAAACA AAAAAAAGAGAGTATATGTTAGGCGGACGGTACAAAATATTTTTAAAATTAGCTAGTATT ACTTTCTCCGTTTATTATTATTTGTTGTAATTTTTATTTTAAAGTTAAATTATAAAAATT TTGATTTAGATATATATTTTCAAACAGATTAAAAAATTTATAATTTAATATTTAATTTAA TTTGATTTTAAGATTAATTTAATTGATTTTTTAAAAAAGCACATGTTTAGAAATGAAAAT AAATCAGTTACCTACCAACCTAACCAAAGTCATGTTATTTGCTTCTTGACTTTGAACCAT TTTGTGCATCTTTTCTTTCACCAAACCAAACCTAATCCAAATCGTGAAAAGTTTCAATGG GGACAGAAAATTCTGGAACTGTAGAGATATCGGAGCCATTATTAGAGGAAACCTCCAAAA TCGTCGAATCCGATTCGGAAAATATACCCGATTGGAAGGAGCAGATCACCATTAGAGGTC TAGTGGTGAGTGCTGTGCTTGGTACTCTGTTTTGTATCATCACCCACAAGCTCAATCTCA CTGTTGGTATCATTCCTTCCCTTAATGTCGCTGCTGGTCTCCTCGGGTTTTTCTTCGTCA AATCATGGACCGGTTTTATGTCCCAGCTCGGATTTTCTGTTAAACCATTTACTAAGCAAG AGAATACCGTTATTCAGACCTGTGTTGTTGCTTGCTATGGCCTCGCTTTTAGTGGTATGC CCCCTTTTTGCCTTCATCCAGGAGTAAACAAAGCAACTCTTTGTTATTGATCAACTCGCT CATTGCTACTATTATTCCTTTATATACCAGATTTCATTTGCTGAGATTCAAATGACTAAA GTTTTTTATATATACACTTAAAGTGGGTCCTAATGTGAAATTTAAGCTCTTTTTTACTAT AGTATTTACATAGCTTAGCGAAGCAACCAAACAAATATATGTTTATCATATGTCTGATTC ATGATGCATACTCTTGTTACCACAGGTGGTTTTGGATCATACTTGCTAGCAATGGATGAG AAAACATACAACCTTATAGGTCCTGATTATCCTGGAAACCGTGCAGAGGATGTTAAGAAT CCAGGGTTATTATGGATGATGGGATTTATATTTGTAGTTAGTTTCCTTGGACTTTTTAGT CTTGTGCCTCTCCGTAAGGTACTGTCTGATTCTGATCATCTCTGATTGTAGTTCAATATA ATGTCAAGGTTTGCATGGTTTTGATTCCATCTCCCCACAATGTTTCGTGTAAGAAATATT GTTAGAAATTTAATTTAAGAGGTGAAGAAGGCATATAACAAAAGTTAAAAGAAAACCTTG GTCGAATCAGGAATCAACACCTCTGCATTGTGCTTGAACAGTTAGAGCAGCCACTGGCCA GCGGCGTCCTTTCTCTTAATTTACATATGCTATTCTGCGAAATGCTTCCTTAATTTTGAA AGTTCTCAGCAGCTACATTGTACTAATTTATTGAGTTCTGGGAATATGTACCACAGCCTT GCCACTCCGACATCTTTTGTGTTGAGTGGGATTCAAATATCAATTTGATAAATTGTGTTT TCTCTTTTAAATGTAATTTCAGGTTATGGTAATGGGTTATAAGCTCACATACCCTAGTGG AACTGCAACTGCCATGTTAATTAATAGCTTCCATACAAATACCGGCGCTGAACTTGCAAG GCAAGATATCCATTATTATGTTCATTTCTTTATCTAAGTTTATAAAGATGCCACCCTTTT GAGCTAGCTATGTGATTGACGATAAAAATGCAAAGGTGCCTAGTAAGAGGTTTAGTTAAT TTTACACTTAATGGTCCTTATCGGCAACATAGATTCTTGGTGATTGATTTGCTAGAAGAA TAAAGTTGTGCACTTTGCCTGTTTGACTAAGCATCACCAAATAATTAGTTTTCCCTTTTT CTTCTCTGGCTTTTGTAGTCGGTTCCTTTTCTTCCTTTTATTCTCCAGAACTTTATGAAT ATATAAGTTCTCATGTTATCCTTTTTCTGCAGTCGGGGGTGGGGGGCTTCAACTATTCGA TCATTTTCATGTTCTTAGGGAGAACTTACTATGAAACATCTTCTAGCTCTATGAATATCA CAAGCATCATTTGTTCTTACAGGAATCAAGTTGGTCGTCTTGGAAAATATTTGAGCATAA GTTTCTGCTGGAGCTGTTTTAAATGGTTTTTCAGTGGTATTGGGGATGCATGTGGCTTTG ACAATTTTCCCACTCTAGGGCTCACCCTATTCAAGAACACGTAAGCATATCCTTCTAATA TCTGCAATTCTTATATTCCTTGCTATATGTGTAAGGTAAAACTCTTTTTCTTCCTCTTTT TCCCCCTCCATTCATATTGAACTTTTTTTCTATTCATATGATTATTTGTTATGCTTAAGC TCATAATTTTCATGGGCTAGATGGGAAGGAGGAGAAAAATTGTAGCTTTAGATGAGAATG AGAATGCTAGATTTATGTTTTTGTGGACAATTGTTCATTTTCAAGAGGAGGAAACCAGTT CCTCGAGCAAATATGTGCTACACTGTTAGAACACCAGCAAACATGTAATGGGGATTCATA TAGCCAACCCCAACTTGTTTGGGACCGAGGCGTAGCTGTTGTATAGATGCCAAAATTCTG GTGCTATTGCTAAATTAGTGACTGTGAAACCTCTTTTATTTTTTGTCTCTTGTTTTTGTT ATAGTAAATTGAGGCCTAGAGAGAAACATGTCTCGTAGCTTTGTAGTATGAATTCTTTAT ACCCGTTTTCTCCCTCTTCCCCTACCTGCTGGAATGAGAAAAATCTATAATTTCTTGTTA AAGTATGGATTGACTATTGATGTTTTGATTCTTACAGTCTTCATCCTGCAGGTTCTATTT TGATTTTAGTCCGACTTATGTTGGATGTGGTCTTATCTGTCCTCACATAGTCAACTGCTC AGTTCTTTTTGGAGCTATTATATCATGGGGTATCCTGTGGCCATTGATCTCTCAGCGTGC TGGTGACTGGTACCCAGCAGACCTTGGAAGCAATGATTTCAAAGGGCTTTACGGATATAA GGTATGTAATTACTGATACTAATTTTAGTTGATTGACATACTAAAACATGACAACTCAGT AATGTGGTCTTAATCTGCAATCCTAAAAGTACTGTACTTCAAGAAAGATTGTGCAGACAT TCCCAAGCTAATCCTGTACTTCATTTTGGCAGAAAATGATTTAAAACATGGGATGAAGAG AAAGATAAAGAGAATTTATATTTTCTTGTCAGCCTAGGGTGTAAAGATTGATATTTGTAG TTGACTATATACCAATGAGAGACATTTTCAAATTTACGGTACTTCTAATTTGCCAAAATA CTTCTCAAGCATAGTGATAGAAACCGAGGTTTTAACTGAGAAAATACAAAGAGAGACACG TATCTCGTATCTTTTAGAACAACCTTTTGTTCATATAAAAGATATATTACCATATGTCTA CTTATTTACTAGATCTTCTAATATATAATAGATATCTGATAACTACTTTATAACTATTTA GGATAAGAATAGATAACTACTAGTAACCATAAGAAATTGCCAAATAACTCCTAATAACGG TAAGAGACTGCTCATTGCTCCATGGGAGAAGCGTCCAGTAATTTGAGAAGATGCAAATCA GTATCTTCTCCTATCTTTCTTCGCTTCTTCCTCCTTGAATAAGTATGGAAGATACGCGCC GTATCAGTACACCCCTCCTGGAAAGACGACTTGTCCTCAAGGCTTTATTTCGAAACATTG CAGTTAACAAAGATTTTTTGGCCATATGAGGAAAGACGTAAAACAGAAGCATCACCAACA TTAGAAGAGAGGTCTATGTGCTTATAATCTGCCTTCATAAGGTTTAACATTGCATCTCTA GGCAACATTTGTTCTTCAAGGTCTGATTGGAAAGATGTTAGTGTAAGTGTTTTCTGAGGA ACACCTCGCAGTTTATAAGTTTTTTCATCCGATTGGAAGATTATGAACATCTCGTTCCAA TTGGTTGTGTTCCGGGATGCTAGCCATTGTATACCCAACACCATGTATGCACCACTAAAG GAAAAAGGGAAGAAATCGTGCTTTATGACCAAGTTAGAAACCTCTACTGACAGGTCCTGA CAAACTTTGTTGCATTTGATAATTTTAGCATTGCCTATCTGGACACCTAAAGTAGGGATA TATTCTACTGCCAATCCAAGTTTCGTGACAATTGTTACAAAATTACGTGTCGAACCTATC TACCAACATCAACACTTTATGCCCGCAAAGAGTGCCTTGACGTTTAAAGTTGAAGCAGAT TCTTTGCCCAAAATTGCATGAAAAAAGATTTCCCCCAAATCAGTAGGGGGTATGTTTTCA TTCTGATTACCCTCAACACTTTGTACATGGTTTTCCTCTTGCATTAACTTCAATTCTTCA AATGTGCAAAAGTCCCAGATCTGCAGCGATGGCCAGGGTAAACTTGTCTCCACAACGATA GCATAGGCCTTTTTCTCGCCGAATTTGTTGTTCAAAATTCAGTGGGCGAGTGTTTGGAAG AGATGACGGTTGAAAAGGGCGTGTAATTGGTTGGCGAGATGATAGAAAATTAAAGGATTC TCGAGCCGTTGGAGAGGAAGTCCCAATTGATGAAGGTCTTGACTGATTTAGTCCTTGTTT TCCTTGATACTCTAAGGCCAAACACATTGTCTTATACACTGATCGAGGCTTGTGAATCCT AACGTCCACACGAAGGTCTTCTTTGAGTCCACTAAGGAAAATTCCTAGCAAACAATGTTA GGCTAAGTTTGCACACGTGCTACCCGTTTTTCAAATTCCTGTCTATACTCAAATATTAAT TCAGTCTGTTGTGGATACTACACAGATGTTCATTTGGATTTTGAAACTCAGCGGGTCCGT AATTTTCCTGCATAACTTTCACCAACTCATCCCAGTAATAAATGGTTCTTTCAAAGTTGA TCCAAGCAAAAAGATCCAATGCATCTCCTTCCAAATACATTGAAGCCACATCACCCTTGC AATCATTAGGTGTTTGATAATTTTGAAAATACTTCTCTGCTTTCAAAATCCAACCTCGAG GATCTCTTCCCTCATACTTGGGAAATTCCATCTTTGTGTGCGAACGTCGATATGTTTCTT GATGCCTCCAAGTGCTATCAACCTCACCCTCTTCCAACAAAGCTTTAGATTCTCCATGCT GATTTTGCAGGTTTTGTGCTTTTAATGCAGCCACATCAGCAGCCAAAGCGTCAATGACTC CCAATTTCGCTGCTATAGTAGTTAATTGCTGGTCAATCTGACAAGAGTTGACATGATAGA TTCGCCGTGGGAAGTGTTGGTTCGTGTGTTAACCATGACAGATCTTATTGCTCTGATACC AATGATAGAAACCGAGGTTTTAACTAAATAAAAACAACAGAAAATACAAAGAAAGACACA AGTATCTCGTATCTCGAAGAAAAATAGAAAATACAAAGAGAGAGTGAGAGACAAGTATCT CGTATCTCTGAGAACAACCTTTTGTCCATATAAAATATATATTACCATATGTCTACTTAT TTGCTGGATCTCCTATTATATAATAGATAACTGATAACTACTTTATAACTATTTAGGATA AGAATATATAACTTCTAGTAACCATAAGAAACTGCCAAATTACTTGCAAATCAATATCTT CTCCTATCTTTCTTCACTTCTTCCTCCTTGAATAAGAATGGAAGATACGTGCCTTATCAC ATAGCAGCTGCAATTTTCCTCGCAGTAGGTTTTGAATGCACAATGTTCAATTTCTTGAAT TCCAGTTTAATAACCGTATTTCATAAGTCTGCTTAAGATTGTTGGTAGGTATAGTTAGAA ATTGTTATACACAAGAAGTCAATCGGTTGAAGATCCTAGGCATTTTGGTGAATGGCCAAC AACAGGGGTGCTTCTCCCTGGGGACTAGGTGCTTGATTTAGGAGGTATCTATTTGCCTAC TCGAAAGCTGCCGGCCAGAAGCAATTACAGCACACCCTTGACATCTATGCTAACATCACT GAAGATACACACTTCTCAAATTATAAACGTAAAGAGTATTGCTGTATATTTATTTTTCTC GAACAATTCTACATGTCGGATGATAATGCACCATCAACAGAAGATTGCCTTTCAGTTGTC AGCAATTTATGAGTTCCTTTTTCCCCAAATTAAGAATCCCAAGGCCTCGTGAGAAGCATG TTTTTTATATGCTTCCAAGGTTTTATCTAAAGCTTTCTAGTTGTTATAGCTAAAGATATG AGAATTGTCCTCAGGTGTCACCTCTTAATAGTGAAACAGACCTTGAGGAAATGATAATCT TCAGCATATACCCCCCCCCCCCCCACACACACACACTTTAGAGATTTATTATTTTGACTG TTGCAGCCATTAGAGTCAGATTTCTAACCTCATATATCATGTTGTCTTTAACCATCTATG TAAAGGTGCATTTGCAGCGTCACAAGTATGCTCGTGCTATTATTCTTTCCCCCAGAGAAC TGGCCATGTACATTATTGGTGCTCTAAAATCTTCCCTTATACTCTAAGTTGGTGTTATCG TAATCCTTTTTTTCTTTCCTTTGTTTGCAGGTCTTCATAGCCATCTCTCTTATACTTGGG GATGGGCTTTACAATTTGATTAAGATAGTATCAATCTCCGTAATGGAAATTTTTAGAAAT AGCAGCATGGAGAATAATATTCCCTTGGTCATGGAGGTCATAGGTAGGTCTTAATTGACC AAGTATTTGGTTTTTAAGTGCTGAGAAAAACATTGCGTATTCGACTGAGCACCAAATTGA TAAAATTACCAATTGCTACATTAAAACTCCAAATTGCTAAAAAGATGGTTTCTTTCTGCT TGGTTATAATGTCAATTCAATTGGGATCAATGATCAAGCAGCGGAAAAAGTTGATGGGCA ACTTTTGCGTTGACTTATTCCTCGTTTCTGCAATTGCTTTGTGAACCAATTAATCATTCA GAAATATTCTGTTAATGCACTATTGGAAGGGCGGAATGGGAATCTGAAATTATATTAATC TTTCAGTTGACGTGCACTTTTTGATTCTCGCTTTAAAATAGTCTTGAGAGATTGCTACTT TATGTCAGATGATGTTTCTTGATTTTTCTTTTCATATTCTTACAGGTGGTGAGAGTTCCA GACTAGAATTGGAAAAGAAGAAGCGCGATGAAGTTTTCCTGAAAGATAGGATACCATTCT GGTTTGCTGGATCTGGATATGTTGCCCTGGCTGCAATATCTACAGCCACAATGCCAATTA TCTTTCCTCCTCTGAAGTGGTATTTGGTCCTTTGCTCATACTTAATTGCCCCTGCCCTTG CTTTCTGCAACTCCTATGGTACAGGACTTACAGACTGGAGCTTGGCTTCAACTTATGGTA AGATTGGTCTCTTTATTATTGCGTCACTGGTTGGAAGCAATGGTGGGGTCGTTGCAGGAT TGGCAGCATGTGGAGTTATGATGTCCATAGTCTCCACTGCAGCTGATTTAATGCAAGACT TCAAAACGGGGTATCTTACACTTTCATCAGCTAAATCGATGTTTGTGAGTCAGTTGGTGG GAACAGCTATGGGTTGCATTATTGCGCCCCTCACATTCTGGATGTATTGGAATGCTTTTG ACATTGGATCTCCTGATAGTCCATACAAAGCACCATATGCTGTTATTTACCGAGAGATGG CCATTCTGGGTATTGAGGGATTCTCCGAACTTCCAAAGCATTGTCTTGCATTGTGTTGTG GGTTCTTTGTGGCAGCACTGGCCATTAACCTCTTGAGGGATGTCACTCCAGCGAAAGTTT CCCAATTCATTCCAATTCCAATGGCGATGGCTGTACCATTCTATATTGGGGCCTACTTTG CAATTGACATGTTTGTTGGCACAGTGATATTATTTGTATGGGAGAAGATAAATAAGAAGG ATGCAGAGGATTTTGCTGGTGCTGTTGCGTCTGGGTTGATATGTGGCGATGGGATTTGGA CCATACCATCAGCTATACTCTCTATCTTCAGGATTAACCCGCCAATCTGCATGTACTTTG GGCCTTCTGTGCGCACCTGAACAAGTGTATTTGCAATTCTTTATTTACTCTTTATTAGAA AAAAACTCAGACTGTAAATTATCTGTTGTCAAGTATTTCTTCAATCTGTTGCACCTGTAA ATGTGTACCCAATGTTAAGCTCGGAAGTTTCACACATGAAAATGAAATCTTACTAGTTTA CTTTCAAAAGAAAATGTGCATGCATATATAGTTACCGAGTTCACTTTGGAAATGACTGGA CACTCTCAAGCATTTGACATTGCTACTGTGTTTCCTAGTTTTGGGAAAAATACTGCAACC AGGGTTTCCTGGACAACGCCTACTTAGATCTGTAAGTTTTCTCCTCCTCACTTTTATTGC ATTTCTTTTTACTTAATTGTGGAAGGCTTTAGCGAACATGAACACATAACAAAAGTTGTC TCTCTATCTAAATTCGAGTGCGAGTATTTGGTTCTAGTCGTATATCCAGAAGCTAGCTTT GTGATTGTATATATAGCCGCTCCTATACTTGTACATTTCTCAAAAAAACAAAGCAATAAT TACGTTAGCCTATGTTGATATACAAATTTATTGTAGAGTTGTGTGAGGAAAGAAATTGAA AACATTGCGGCAGCCTGAGACGTGACAAAAGGAGGACGTTGAGAGACCTTTGATAAACAA ATTCCCTCACCACCCAATATCTAATTCTAAATAGTATTACCACATTTTTGGAAAGGTCAC CATATATTTATATAATTAATGAGAAAAAGAATTTAACATTACAAGTATAGAGTTGAAACA TCTCTATATTCAAGGCAAGTCCTTTTCTTTGTATTTATTTTTAGCCGTCTCTACTTGTCA ACACAATATATTAATTGCGTTGACATTAATACGATTGAAGAGCATTTCCAGGGTGAGAAA CTATTTAACTTTGGTGTGACTCTAAGAAAGACATTATTACACTTATTTTCAATTTTCTGT GTATCATCATGCAATGCGCGTTAGGTGTTATTGTGTTACAGTATTATTTAACATCATCTA CCAATTATAGATTATAGATTTGAAGCGCTAGTAATTGAATTTTAAAATATGAATATGTGA TTTAAGAAAAAATTACCGAGTTCCACCCAGTAAACTTTTGTCAAAATTCCACACAGAAGA GAAGTACTAAAGCCCTCCTCCTGTACTGATCTTGTTTTATAATTAATTCATTCTTTAATA CTATTGTGAAACAAGAGAACCATAGTTTATTGAATTAAACACATTTGTTCATAGATCCCA AGAGGAGGTATATATGAAACGTCAGAATACCAATAATACCATGGAGATGAAAGACTTTCA GATTGGAATTGCAGAAAAAGATGAAGCTAAGAAGCATCAATTGGCTCCTAAAAGAAAATC GAATAAAGATAGGCACACTAAAGTTGAAGGCAGAGGAAGGAGGATTCGCATGCCTGCACT CTGTGCTGCTAGGATTTTCCAACTCACGCGCGAATTGGGTCATAAATCTGATGGAGAGAC CATCCAGTGGCTATTACAGAAAGCGGAACCCTCCATAATTGCTGCAACTGGCCATGGAAC AATTCAGGCATCGCTTTACCGGCGGCTGGACCCTCTGTTTCGCAACAGGGAATAGATGGA AGTATTAGTAGTTGGCCTATGGTTGTTGGGAGACCCCAGTTGGGGATATGGCCTCCATCT CCTCCTGACATCAGTAATTTGGGAACTGAAAGTCTGCAAAAGATTTGTTTCCCTGGGTTT GACCTCCCATCCACCAATTTGAGTTTTACATCTATGTTGGGTGCCACTAACCTATCTGGA TTGGAGCTCGGATTATCACAAGATGCTCCTATTAACCTTCTCCTGAGGATGATAGTTCTC AAGGATCAGGCCACTAGAGCTTTCATATAATTATGATTTTGGTGTTGGGTTTTCTTTTTA TCATTCATTTTGACCTTTGGATCCTACTCGAGTGCTGTTTGTTGAAATATACATATACAA CTCTTGTGTAACATATGTCAGTGCAAGACACTGAATTCTGAACGACCCTAAATTTTGTTA GGCTAATTCAACATGAACCACCTGGTTGTCTGGATGAATTCAGACCCTCAATATAGGCTT TCTACATAGATATTTGTATATACCGGGAACTCATTTCATCACTTGCAGGAAAAATCTTCA ATTGAATAGGTCTCTTCAGACTCTTTACTGTTGCTACCTAAACTAGCTTTCTTCAGAAGA TCCATCCTCTATTCAGTTCAATGTTCTTGAACTTCTACCTTCAGTGAAAAAGGTCGGTGC TTTTCAGGGATTCAACAGTTTGTCCATCAAAGTCAGCCTTTCATTTATAACCCTTTGCTT CATAACCCAACAAATGTTTTTTGAGAAATGCATTAATTTTTTGACAAGATGTTGACATTT TCGGTGTTTAATAATGTTTATCTCTATATTGCATCGTGTATTATTCATGGAGCTAGTACG TTATACGCTTGACATGGGATGCCAGATTATTCATGAAGTCAGTCAGACGTGCTGGTCCTA GTAGCTTCCTGAATAAAGATGTAAGTGTTACTTATTAATGTGGCAAAACTTTACTTAGCC TTGTTCCTGTTGAAAGATGCATTAGTGTTGAAGACTCCAATTGACCTTTGCACCTTTAAC ATGCTCAGATTTTGCAAATATACATGTATAAACATAAACACTAGAATTTTTCAGTCTGAA AATGTTAAAAAAGAAAAAAACTGTAAGGAAGTATGATCAACAGTAGAATCAGTTGACATG AAATATATTCAAATCTGTAAAGGCATGAATGGAAGAGGCTGTCATTCAATCAAGTAGTAA ACACAACTGGATCATTTCCTTTTTTATTTTTAGATGTTAATGTGGCTACTAACTATCTCC TAGTGTTGCTTGTTCCCAGGAATAACCAGCTAGAGCATTTCATTCTGTCCTCTTTTTCTG CTTCCACTTATTTTTTTAAAATAGGAGTAATTTTTTTTACTCAAGGACCGACAAGCAAAA TGAAAAGGATAAGAAAAAGGGTGTGTTTGCCATATTTTGTAAAAATATCTTTTTTATATT TGATGATTAAAATATTATGAAATTTTCTTCAAGTTTCTTAAAAATTAAGAAGGCAACTTC CTTCTCTAGCTACCCCATCACTCCAGTCAATCATTTGAATTCCTTTTCCTTTGAAAGATG GAGAAAATATAGGTGATGGATTCCCAAATCTTTGGGAGCAACTTGGAAAAGGCATCCATT AGTGGTATATTGTTTGTGGTCCATGCTCTATCTTCATCCTTACGGGTTGAATAGTCCAAA CTCCAAAACAATTTGGTACCCACACTCCTTGTTGGGCATCGATAGAGACGGTACCTGGGC TACTTGCTAAAATAATGTTCTTTTCCATATCTACATTGCCATACTGTTGATAATTAGGAA TATTATCTGATTGGAGCGATTCACAAAACATCAACGTGGACCTTCTTAAATCAACACATG ATTAGTGATTATGTTATCTTCTTCTTCTCCTTTTTTTTTTTTAATAACACGTCGATATTG ATAAATGATAAGAGTCAAATTTTGTCACTTACCTATCATGTTAATGTTTTTGTTTGGATT TTAAAATGGAGAATACAAGTATTTGTATGAATGAATGAACAAGTGGGTAAACATGGAATT ACAAGAAATGATGGAGTCCGGAAAGTTGAAAATTGGAGGGCTAGAGTAGAGTATGAAGAT GATTTAGGGTTGCCCAAATTAATCCATTCACCGCCCAACTTGTTACATGAATATTTGTAG GAGCAAGATTTAGTTATTTCATTTTTTATTTTATCTAAAATAATATATAAATATAACTTT AATTATCATTATGGATGATTTTTGTAATTTGATTATAATGTGTTAAATATTATATCAAAT GTAATAATAATAATTGTACTAATTTTAATACTTGAAACTTCGGATGGTAACGATCAAATT AGTCAAAAATGATTCTACTAAAGGCATAAATCAACATTGCACTTTGAGATAGTCTTTTGT TTAAAATACAAAAAAAAAAAAATAATAAAATTTTAGCAGTCAATTTTGGAACAAGTCCAT TAAATTCGTAATCTCCTTCCCCTTGGGAGAAAAAGAAAGGAGGCACTTAATTTTCTGAGG GCTACTTTAAAAGAGAATACAAATATGAAGATAATATTATTAAATAGAGATAGAATAGTA TAAAATGAGTAGTCGTAGTTAGTAGTGTGATAAAATGGATGGCTTTTGCGTTCATTAAAG CGTCGTCTGGAAAGATGATGAGCTTTTGCCTTTCTTCCACAGACATTGGAGACTCGTTCT ACTTTTAACCCTTTCATATCTTCTTCTTCATTCATCCCATCTCACTATTCTTCTTTACAA AAATTGACATGGATGACGAGTATGCTAAGCTTATCAGGAGGATGAATCCTCCCAGGTACT TCTCTCTCTCTCTCCTTCCTATTTTTTCATCAATCAACACCACCTAATTTGATTAATTTT CTTTCTTCTCTTGTGTCCTTACAAATCACTTCTTTTTCAACTTCTAACTGATCAAATGGT TTGTATAGTTAGGGCATATTTTGACAAATACATCTTTAACCCTTGTTTCTTCTTACAGAG TGGTGATTGACAATGACTCTTGTGAGAATGCAACCATTATCCAGGTTCTGTTTCTCTGTA TCAAGTGCACTTTCTGTGCCCTAACTATTTATGTTATGCTCAATCTCAACCCTTGCGCAG GTTGACAGTGTCAACAAGCATGGGATTCTTCTTCAAGTTGTGCAGGTTCTGACGGATTTA AACCTTGTTATCACCAAAGCATACATTTCCTCTGACGGGGGATGGTTTATGGACGGTAAC TTCTTATTATTTACTCAACACCAAAAAATTCATTACTTGCCACTAATTATTCTCTTCATT ATTTCTTCAGTGTTTAATGTGACTGATCAAGTTGGAAATAAAGTAAGAGATGAACAAATC ATCAGCTATATCCAAAAGGTATTTCACATTTTCATTGCAGTATAGTTTTATGGTCCATCA GCAAACCAGTCAGTCTTTAATATTTTTAGGGGTTGTTTGGTATGGAAATGGGATAGACGA AGTTACTCAATGGATTGGGACTAGATTGTTAATGCTGAGATAAGTTATGCTAGGATTATT TCTCATCCACGCTTTGTTTTGGTGTATTAAGGGCAGTTTTGTCTTTAACTATACCTATCC ATGTATTAATAAACCTAGTTATACCATGGTTATTGTTATAATATTGAATATGATAGTATT ACTAATACATGTGTTAGTTATACATAGGTTGAAAATCCTTCCAAACAAAAGATTTAATAA TACCATGATTAGTACATGCATTATTTTCTCTAATACATCCTACTAAACAGCCGTTTAAAG TTTTCTTTTGCCCCCAACAAAATCAATAGGCTGTAGGCAAGAAGAATCGTATTTGCAAAT GTGTAGATTGATTTCTTTTTCCACACTTAGCTCAAAGATGTGCATGGATCCTAAACTCTT TTAGTTTCTTCTTATACAGACTCTTGAAAATGATGAGGTTCTGTTACCCTCTTTAAGGGG AACTGTTGGCTTGATACCTTCTGAAGAGCACACGTCCATTGAACTTAGTGGTACAGACAG ACCTGGCTTATTGTCTGAAGTGTGCGCAGTTCTTGCTGACCTTCACTGTAATGTGGTGAA CGCTGCAATCTGGACGCATAATGCGAGGGCTGCAGCTGTGGTTCATGTTGTGGACGACGT TACTGATTGTGCAATTGAAGATCCAAAACGCCTTGCTACAATCAAGAAACTTCTTCGTAA CGTCCTCAAGGGGAACAATGATTTGAAGACTGCAAAGATGACACTTTCACCGCCTGGATT TACACATAGGGAGAGAAGATTACACCAGATAATGTTTGATGATAGGGATTACGTAAAAGT TAGAAAGACAGAACAGGGCAACATTGAGGATTTGAAGTCCGGGCCTTGTGTAACTGTTTA TTATTGCAGTGAAAAGGATTATACTGTGATCACTATGAGGTCAAGGGATCGACCTAAGCT GTTGTTCGATATTGTCTGCACTCTGACTGACATGCAGTATGTGGTCTTTCATGGAGTTGT TCACACAGGAAAGAACGAAGCTTATCAGGTAATGTTAGTTTCTACGTTGACAGTACTTGA TAGTTTTTCTAACCCATTGTACTGATTCAGGACAAGCTTAGTTCAATTGAAGTAGTGAAT TAGTTTTGGTTTGTGATGGTATATTAGCTAGCAGTCACTTCCTTTATCTCTGCTGCTTTG TATGTCTAATAATGTCAATCTATGGCCTGCTGCAGGAATTCTACATTCGACATGTTGATG GGCTTCCAATAAGCTCAGAGGCTGAGAGAGAACGGGTGATTTTGTGTCTTGAAGCAGCTA TTGAGAGAAGAACCTCTGAGGTGAAGTGATTTAGTCCGAGACAACAAGATTTTAGTTTCC AAAGCTTTCTCTAGCATGGGGCACTAATATATGCTAGCTTTCTGCAGGGTCTGGAGCTAG AATTGTGTACAGAAGATCGGCCAGGACTACTTTCAGATATCACTAGGATATTCAGGGAAA ATAGTTTGTGCATTAAAAGAGCAGAAATCTCAACACAAGGGGGAAAGGCAAAAGATATCT TTTATGTCACAGATGTGACTGGGAATCCAGTTGACCAAAAGACAGTTGATTCAATTTGTG AGGAAGTTGGCCCAAATATGCTGCATGTTAAGTGGAGTCGTTGTCATTCCGAAAAGCTAC CTGAAGAAGGAACAATTAGTTACCTCTTTGGGAGTCTCTTCAAAGTTCGAACCCTCCAAA GTCTGAAGCTGATTGGATCCTACACTTGAGTGGTTCTCTGTAAGACTGGAAAACATTGTA GATATGTCAGATTTCAAGTAACAAAAAGTGTAGATAGATATCCTACCCATTGGTGAAGAA TTCTTTAGTTTCATGTAAATTGTAACCATTAGATAGTGTGATGAGAGATATAGAAGAAAC ATCAGTAGCAGCAGATATTGCCAGGGGTTGTCTGTATATACATGGATGTGCATATATACT CTGGACAGTGTTCACTATAAAATGGAAGAACCAAACTGTATAACTTGTACAAATATTTAT ACTGTAAAAAAAAAAAAAAGTTTTAGTGTGACATTTTGGCTAAAATGAAAATGTCCTCAG TCCCCTAACGTATCCTTTTTTCCCCTTTAGTCTGCTGTTCATGGCTACAAGTAGCATGCG CTTGGTAATATTTTTTTCCTTCAAATGAATAGCTTTTTGGATAGAACAAGTTTAGCTCCT TTATTTGTAAAATAGGGAGGATGAGGCGATCAGTGGGGGAGTTTGCAAGTGTAATAAGCC GAGCTCTGATCCACGCATCAAAGAAAAGAAGGCAAACATGGACGCCAGCGCTAGAGCAAA CGTTGTATCGCCTCGGATGCCGGGAATCACTCAGCCCGACACTCGTCGCCAGAGTCATCG ACCCTTTTCTTGTCCACCACCATTCTCTTGCACTCGGTTTCTTCAACTGGGCCTCTCAGC AACCTGGATTCTCTCATGACTCCTCCACTTACCATTCAATTCTCAACTCTCTCTGCCTTA CTCGCCACTTCAACCCCCTTGATAACCTCCTTAAACAGGTAAAAGCCCAGAAAATCCCCC TCCATCCTTCTCTAGTTCGCTCTCTCATTGCTTCCCACATCATTGCTAAGAAATCCAATT TAGCTTTTTCCATTTTCAGTGACTTCCCTTCCTTCGCATCCGACATTGGATCCCAAACTT GTAATTCACTTCTCGCTGCTTTATCATCACAAGGGAACTATAAATGTGCTTTTCAGGTGT TCGACGAAATGAATCACAGAGGTGTTCGCTTGAACACTCTTGGTTTTGGTGTGTTTTTGT GGAGATTCTGTGGATTTAATGGGTTGGAAAAGACTTTGAATTTGTTAGATGAGGTTAGGA AGATTGACTTTTCCGGAATTAATGGATCCCTTTTGGCAGTTCTAGTCGTGCACGGGTTAT GTTCTCACTCTAGGATACCAGAAGCTGTTTCTGCTTTTGATCAATTGAGGATAAGGGAAT GTAAACCTGATTTTATTGCTTATAGTATTGTTGCGAATATGCAAAATGTAGTTGACAAAG ATTTGGTTTTGAAGAAGAAGAGGAAACTAGGGGTGGCACCAAGGAATAACGATTATAAAG ACTACATCTTTGAGTTGATTTCGGAGAGGCTGATTTCCGAAGCTAAAGATTTGGGGCAAA GTAATTGCGTCTGGTAACTTTCCTATGGATGATGATTTGCTCAATGCTTTGACAGGATCA GTTTCAGACATTGATCCTTTACTTGCCATTCTTCTTCTTCAACTTCATGCTAGATAGAGA AAGGTCTCCTAATCTTGTTACTGGGAACAGGTTAAGTGTAAACCTTTGTAAGCATGGGAA GCTAGATGAATTGCTTGAAGTTTTTCAAAAATTGTCTTCCAGAAACTATTTTACTGACAC ACATAGCTATAATATTATGGTTTCGTTTTTGTGCAAGGCCGGCAAAGTGAGAGAAGCTTA CGAAGTTCTCCGTGACATGAGAAGAAAAGGTGCAGTTCCTGATATACAATCTTACAATCT CCTGTTAGAAGCTTGCTGTAGAGAAGATCTACTGCGACCAGCAAAACGGTTATGGGATGA GATGTTCACAAATGGGTGCCCTGGCAATTTAGAGTCTTACAATATTCTTATTCAGAAATG TTCAGAAGAAAGTGAAATTGAAGATGCTTGTAGGCTTTTCCATGACATGATTGAGAAAGG AGTAGTACCTGATACTATTACATACACTTCAGTCCTTAAAGGGCTTTGTCAAGCAAAAGA TCTCAAAATGTCTTTTCAAGTCTTCAGCAAATGTGCTATACAAGATAAAATCCTTGCATG TTCCGTCTTGTGTACATTCATACTCAGCCTCTGCAAGGAAGGTATTACTTACTCCATATA TGTGATAATGATGTTTTACTTGTGATTTATATTAACTGCAAAGGAAGTTTTTATATTTGG TTGAATCTCTCTCATTTTTACCTTTTACAATTGCAGGTTATTTGGTTCCAGCAATGGAGT TACTCCATGACCAAAGCACTGATACAGCATTTTTAGACTCCCATCTGATTTTTCTCAAAT TTTTAGCAGATGCTGAAGAGATAAGTTTGGCTGTTGAACATTTGAAGTGGATTCAAGGCA AATCCCCTTTGATGCATCTAGCAGTAAGCAATGAAATATTGGCATCAATATCATCTTCTT CAAAACCAGATCCAATCTTCAAGTTATTTCAAGTGATGCAACAAAACCTTCTCACTTGTA CTAATGAGTTGGGGAAAGAAATGGCTTACAGATGTTCATAATCTCCATACGCTTTAATGC GGGAGACAACAGACATATTAACATACAAAACCAGCAACCATAATACATAGAGGATCTGTT TTATTTTTGGTCATACATAACAACCATAGTTTTTTCTTCTATTTTGTGAATGATAATAAT TTTGAATTTACTCGTAAATTAGTTAGTTGATGATTGGAAATTGCAAAAGTATATCGATAA TTAATTTTACCATTAATTATCATAGATGTCCAACCACTCTTAGTGCTCCATTTCGACATC AATGAATATTCAACTGACACTCTATTTTTTTGAAAAAATGCACAAGTATGCCTAAAATCT CAGATACACACTTATACTGTACTAGGTCCTATTACCCCTGAACTTATTTTATCAATCAGC ATTAGTTCCATAAGATAGTGCCACGTAGGCCAAAAAAAAGTAAAATATTATTAATAAAAT AAGTTCAGAGGCTAATAAGATCTTAGTATTTTATAAATGTATCTCCAAAATTTCGAGCAT AAATTGAGGATGTATTAATGCATTATCCTTATTTTTTTTAATTTCATTCTTTCATCGGAC TTGAACCATATCTCCCGAACAATTTAGTGCTTTCCGATCATGCTTGATGGACCATTTATG ATTTGCTCATCTATTCGGGTCCTCTAAAGCATTTACTAAAATGTCTTTCACCGTTTAACT AATTTGTCATTAGTATATCCCATATTTATTTTTAAAAATATATATTTATTATGTATCATT TTTTTATTGGGCGAAACAAAACCTCACTTTTGATTAGATCTTTAATACTATACATATAAT TTATCCTGTCTGAAATAATATCTCAGCTCCATGACTTAATTTTTATTTTTAGAGTATAAA AAACAGCCGCAAATATGATGCCAAAGACAAGTTTACTTTGGTGTAACACAAATACCGGCT ACTGGTATTTGGCATCAGTTTTCCGTCTATTTCAATTTTAGATCTTTTTCGATAGTTAAC AATCGTGTCGTTTTAAAAAAAAAAAAACCTTCTATTTTTAATATGTTTAAAAAAAATTAT TTTTTTCTTTGTTTTGATAAATTTCTTTTATATGACATGTGTAAAATTATAAAATTAAAA AATAATTTTATATATTTAATATAATTTTAATTTAAAATTAAAAAATTAAAATTTTACTTT ATTTTCTTAAATTTTATTTCAAGTTACATTATTTTTGAAGGGAGTAAATATTTATAGCAA AAAGCAGAGGATGAAAAAATTTACGAAATTGGAAGGACTCAAACGAAAAATGTTTTTTTA ACTTCCGGTAACCGGAGCTAGTCCATGGCCATACCCATTACCAACTAAAAGCTTCGATCC TTGCTGATTCCGCAAGCAAAAAAAATCTCAAAGTTTAACAAAAGTGGAATTCATGATTGA TCCAGCTGAGTAGCTACAAGATGGATAATCGAAACGTTGTCGTTTGCGACAACGGCACTG GGGTATTCTCTTTGTTCTCTCTTTCGAATTGGTGTTGTTTGAGTTTAGATTCGATGATAG AGGAACTTCATCTGAAGATTGAGCAATTGTCAATCAAAATTGATTTTATTAAGGTCTTAA TACCTGAAATGTTACTTAATATATTAGAGAAAATGGGCATTAATGAATTGTAGTATATAT ACTTCCGGAGAAGCAGCTAAAGACGCCACCTTGAGTAGAAATTTCTCAATTTCGATGCTT GAATCACGATCTGCTAACTTGAGTTGATGCCATTCTTTTTTTTTGAAGATTACACTATCC TTGTGGTAATGGATTTTTTCAAATTAAGTCTGTCAACTATGCATCAATCAGAAACTAATG GGGGTGCAGTACTCCTCTATATCGATTTTTCTAGTTGGACACATTCCGTTCCGGCAATTT AAAGTACAGTTTTCATTTATCACAAGAAAAAAAGTTGGTGTGTGTCTAGCATGATCACAT TACTTCATTCAACTTGTACATATGCCGCTATACTGCTTTATATTTTGTATGATGTTGGTG TGAGATGAATTTGAATGGAGAAACATGGTCAGTTATTCATATAGCCGATCCAAACTGGTT TGGAGTTGAGGTGGAATTGTTGTAGCTACTTTTAGTTTTATTTCTCCTTTGGAACTACTC AATCCTGGAAACCAAATCTCCTTAAGTCAGTTTTCCTTCGCATGATGCAAACTTTGAATT CAGTTCTGGTTATGAAGATCATCATCCTAACGACTCAATCATGATGCTATTCCTTTCCTA GTGGAGCTTGCTATTCAGTTTTATGAAGTGAGAGACTGTTTTGTACAGAGTATTTGCTTT CTTTTCTTGTTTAGCATTTCCTTTTGGGGCCAGTCATGGGGATATACTTTTTGAACTATT TTGACGTCTATATGGACAGTAAAATGGTGTGTCAATTCTCAATGTTTTGATGAACTAATG CAGTATGTCAAGTGTGGCTTTGCGGGTGAGAATTTTCCCACATCTGTATTCCCTTGTGTT GTGGGGAGGCCAATGCTAAGATATGAAGAGTCCCTTATGGAACAAGACTTGAAGGTAAAT ATCTCTCACTTCATGCTTACCCTACATTGGAAATGTTAGGGTTCTCTTGTATTTATCAAA AACTAGTAAGCTCTTCTTAGAGAAAGAAAATCTGGGTTGAAACTTCATTAGTTCTACAGT TGCTTGCTAAACTAGATGTTATAGCTACTTCTTGTGAAATGAAGTTTTAACTCTATTTTG TTTTCTGATACACCTCAGGATTTTTTGAGTTCTGCTTACGTAGTATTCTTCTGGATTCTT TGTTTAAACTTATAGCTTGTAACTAGGACATTGGGATTCTTCCCATCATCACTTTTATCT GACTGTTGAGCTTCATAAGTAAGTGTACTCATAGGCTTGTTGACTAATGTTTAACTCATT ACATTCTTCCTCTAGGATATTATTGTGGGAGATGAATGCTTGAAGTTGCGCCATCAGTTG GATTTATCTTATCCCGTCAACAATGGAATTGTACAAAACTGGGATGATATGGGGAATGTG TGGGACCATGCATTTTTCAACGAACTGAAGGTAGATTTTTCTACTGCTAACTTCCCTGTG AAGATTTCTGATTGGTTTAAACTTTTGCTTGCTAATTTTTCTTTGAAATGCTTATTGTAT GATAAGTTCATGGTTAACTAACTAAACTTTCCTTTCATTCTGCTTGTGAAGATAGATCCA ACAGAATGCAAAATTCTCCTGACAGATCCACCTCTCAATCCATCTAAAAATCGTGAAATG ATGGTTTGTGTTAATGTCTTACTTTTTCGAGAAAAGCATTCTCTCTCTTTACTGCTTCAA TGATTCTTAACTTATACTCTGATTTACTTGAATTACAGGTAGAAACCATGTTCGAGAAGT ACAACTTTGCTGGTGTCTTCATCCAAATTCAAGCCGTTCTAACATTGTATGCTCAAGGTA CCATTATACATGTATGAGTTCTTGGGGCATAATCATCTTCAATTATATGTGAGAAGGACC TTCGATAGGAGAGTTTAGAGGTGGCGGATTTGGGTAGAAGGTTAGTTTGGTAGTTGCGCA TTCTCTCGCTTCTTGCGGTATTGAGAACAATAGAAGTTAGCATAATTTGTGTGGCCTCCT CTTCCAGCATACAAAGCTAAAGATTCCTGTGAAGAACTACCAAATTTTCCTTTTCCAGAA TGCATCATTAGATTATTTCCCCTTCCTGCATATAGAGCCATAGATTCATGCATATCTCTA CTAATTTTGGAATCAGCTGTCATACGCTGACTTTCATCAGATGTTATCATAGCATAAGTT CGACTCACACTAGGTAATGGATTCATCATTAAAATCTGACTCCTCGCATGACTGTACACC TAATTCAAACCCATCAAAGAAACAAATTATCGCAGAAATTGCAGATGATCAACATACACT TTGGACTTATCACAGTTACAAGCAGTAGGCGGAACAAGTGCGTCAAACTCATTGCATAGA AGTAGCAATTTAGTAAAGTACCCAGAAACTGTCAAATTACCTTGACTAATTGTACTAATT TCACGATGAAGCTGATAGCTTCTAGATCCATCAACCTTGTTGAAGGGCTCATTCAAATCT TCCCAAACCATTGTTGCATCTGATGCATATACGATTCCACACAATAACTCTTTAGGCACC GTGTTCATGATCCATACTAACGCGAATGCGTTGCATTTCTCCCATTGCTCCTCCAATTCA GGTTTGTGATCAGATTTGCGACAAGTTCCAAGTACGAATCCCAGCTTGCTCTTAGCACGA AGGTTAATCATTAACGATCTGCTCCACAATGAGTAATTTTCAGCCCCTGTGAGTTGTACT GATGTCAATACACTCCCAGGAGTTTCAGAGGGATGAAGATATAGTGGATGATTTCGATTT TTCTCAATTCCATCAAGAGTATCAGCTGAAACTCCTGAAACTGTAGCTGCTGCACTATCC TCTGATGTCAATATCATCTTCTTTGAACTCACTCAATGGATGCTTCGAAGTCTTCAAATT GAATTGATTGTGAATCTGAATCTTGTGGATTCACAGCTCTGATACATGAAAATTTTAGTG AGAGAATTAATTGGGAAAATTTTCTCTATATTCTGTTAAACTGTAAAATGAGAATGAATC CATACATATATACAAGTGTGTTAGCCAGCTATCATGGCTGTTAAGCCAGCTGTTAACTCT CTCTCCACTAACTAACTACTTAACTAACTAATGGAATGTAAAATGTTTAACTAACTAACT AATGTGCAAATTAAATAATTTTATGCTAACTACTATTATTCTCAATAGATACGGTTGGTG GTAATACTTGGACCTTCCTTCTTACCAGTAATATTAGCACTATTCTCGTAGTTTCTTGTT CTTGGATTTAGTTTGTGCTCAGAATATTGCATTACTTCATCATCGTTACTGTTCTTTCTG CACTTTGTTGTGTAATGCTCTCCGTTTCGCATTATTTCATTGTAGTTATTGCTCTCATAT TTGTATCCCCTTTTTTCAAACTGTTTGGCATGCTTATTTAAGCTGAGGGTCTAACGGGAA CAACCTCTCTAAATCTATGGGTAAGGTTTGCGTACACTCTACCCTCAAACCCCACTTGGT GGGAGGATTACACTGGGTATGTTGTTGTTGCGAGAAGGACCATCATAAGTCTTGATATTG CAATTTTGTAGCGGGTATTTGTTACAAGGGTGGGGCTAAGTCATATTTTGCTTCTACTTG GGCCCTATCTGATGATGGATTTGCTCATTTTTTATGTTCCAATATGCAGGTTTGTTGACT GGGCTTGTCATCGACTCAGGTGATGGAGTTACACATGTTGTAAGTTTTTCCATAAGCATA GCTGTTTCATGATCTATAGTTTGTCTCGGTTCAACATTGATTCAAAAGAGAAGGTTAATT CTCATAAAGTTTGAGGTAATCAAACTAGGAGTTGCTACTCCCAAAACTAGAACTTTTTTC CTGCATAGTCCATTGGGCTCCCTGTCTAATAAGATTGCTCCTTCAAGCTGGTCATAAAGG CAGTGTTTTTTCAGCTCTCTGTTCTTTTGGTGGCACATGGTAATACTTGCTATGAACCGT GGGGATATTTTTTCTTCTGTATGTTATTCAGAAATATGTTGGTGCAGGTTCCTGTTGTAG ATGGATACTCATTTCCTCACCTCACGAAAAGAATGAATGTAGCTGGACGGCATATAACGT CTTATATGGTTGATCTGCTACTTCGGAGAGGGTAATTGCCAACATATGTTTGAAATAAAC TAAATAGGGTCATTCATGCTAATTTGATTATTTTAAACCATTACTGGAGTTTTGATGGTC AGTCATATCTGAAGGTATGCAATGAATAGAAGTGCCGATTTTGAGACTGTCAGGGATATT AAAGAAAAGCTCTGCTACATTAGGTGAATTACTTGCGTTGTAAATTAATCCCTTTACTAA TTCTTCTGGCGAGTAATGATATTTTCTTTACTGCAGTTATGATTACAAGAGAGAGTATCA GTTGGGGCTTGAAACGACAATTCTTGTTAAGAATTATACTGTGAGTAGGCTCCATCCATA ATAAGCTTTTAATTGGAAAAAACAAAGGCACTACTATTCTTTAAGCTTTTCTACTACCTT GAACTGCAATTAGGTATGGTACTTTGCTCTTGGAAGCAAAGATCCTTTTTTCTCCCATAA GAAACTTGGTCATCTGTAACTCATTATTTCACTTGTTTTTCAACAGCTTCCAGATGGGAG GGTACTTAAAGTTGGCACAGAGAGGTTCCAGGCACCTGAGGCTCTTTTTACTCCAGTGAG CATGCATTCCCATTTTTATTTTCCTCTTTCACAAATCAAGAACATACCTTTTACATAAAA ATGCACCAGATTTGCTTTCCTCGTAGTGGTAAAGATGAAAGGCAATTGATGTATTCCCAT AAAGCAATCTAATCCTGCAAATCCCATGTAACACCAAATGTCAATGTGACACTTGTTATC TAATACCATGACCATCTTTTGTCGTACAGCTTTTTAAATTTGGTAGTTCTTTTACCTCTC AACTATTCAATAGCAAAGCAATAGAGTGTTATCTTTGAACCAATTTGTTTCAGATGAAGT GTCAATTAAGTCCTTGTGAAAAAATTGAAGCAAGAACACATTGTTTGAACTTTGAACTGC ATTGTTTGAAATGCTATTATATGCTTCTCCAAACTTCTACTTTATGGGTTGATGTATGTG AAAGAAAGCTAAATTGAAATATTATTCCACGTTTCTCCAAAATTCTAATTGAAGGGTTGA TGTATGTGCAAGGAATTTTAAATATTATTTCACGCTTCTGCAATATATTTATTGATGGGT TGCTGTATGTGGAAGGAAGCTAAGTGTCACTTTTTCTGTCCATTTCAGGATCTTATTGAT GTTGAAGGTGATGGCATGGCTGACATGGTATTTCGCTGCATTCAGGAGATGGATATTGAC AACAGGATGATGGTACTTCAACTTTGAAATTTCTTCTGTATTCTTTGCCATAGTGTTGTC ATTTGCCATCCATCATATGTTTAAATTTTCACTTGCAGCTCTACCAGCATATTGTTTTGA GTGGTGGAAGTACCATGTATCCTGGCTTACCTAGTCGGTAACTTACTCAAAATACTCTTC CTTATTATAAAGCTTTGAGAACTTGGAGCTGAGTAGTGCAATTGTGCGTGGTTGATTCTA AATGCTACATTATTGTCATACAGACTAGGAAGTTTTAACGGGTGTGACAGTTTGCTTTGA GTTTATGAACCAAAGTATATCCTTGAATTATTTTTTCCTCAGGACTAATGTTTAATCAAT CTGGCAGAGAAATTTGAACTGTAAAACTGTTATGCTATAACTTTGATAACACTCTTTTAT TGTGCGAAGAACTCTAATTCACCTCCCTGTGGATTTTGAATTTTATGATTCTCCTCTTAC GGTATCAAAATTTTGCTGATTCCCTCCTCCTGGTAGCAGTCAGCTTTGGTATATCTGACT GATGACTTATTCCTCATAGTTGTTCTATTTTTCTCCTGCTCATAAGTACCCTTCTGAAAT TGTTAGTATCATAACGACCATGAAATGCATGAAGGCATATCTAAAAATGCAAATCAACGT GAAATATATATTCATTTTCACTACATACTATTTTAACTCTCATCTTGTTACGTATCATAA ATTAGAGTATGAAATTCTATTCGAGAGGATATGAGTATTGTTTAGAAATGTGCTATATTA GGAAATTTAGGTATACACTTTAATGCATGAAGAATTTCTGTTAAGAATATCCGTGAGCTG TCATCAAGAAGGACTTTCATCTCTTTGTGATTTATTCCTTTGAACTTTACTTTTGCAGTT AACATTTCTTTTGGTTTACTGTGGGAATATAAGGAACGAAACTCTTTCTTACCCACCTCA TGACCACACTCATCATATTCTTGTTTCCTTTAATAACAGCTATTTTCCCTTCTTTTTAAA CATTGACAGCCTTGAGAAAGAAATTTTGGACCGCTATCTTGATGTTGTTCTGAAGGGGAA CAAAGATGGTTTGAAGGTACTGTGTGACTCTTATTTGTTCTTTTCACAATTTCTTGAGGT TTTTGGTTTATGAATAAGGTTTATGCAACTAAGTTGCATTTATTCAAATAGTCTTACCCA CAAACCACAATAAAATACCTCAATCTCACTGGTAGCTGCAGCTTATGGTGATTTCGGCTC TATATGAGGTCAAGTCAATCAAGAGATGGAGATAAGAAAGTAGTTGGAAAAGTACGAGTA GGGTTTAACATATCTAGGGAGTTGGATTGCATTGCCTACAATTGCTGTCTTTTATGATGC ATTTCTTGGTTTTCTTTAAGTTGTTGAAATTTTCTCTATTTTTGAAAATTTTATTTTATA TGTTTTCTGCAATAGAAATTGCGCTTACGAATAGAAGATCCACCCAGAAGAAAGCATATG GTGTATCTCGGTGGTGCAGTTCTGGCCGGAATTATGAAGGTATGGTGGTATCGATTTCCT CTCTGTAGCCCCATCTCTGCTCCTTGCTTTTTCATGCATATAAAAAAGAATTTATTCCCA GGAGAAACAAAAAGAAAGCTAATAAGATACATCCTTTTCTAATCTGTGTACACTTTTTCA TAATTTTCTGGATTTGAATATTCTATTTCTGTCCTCCATTGAAGTGGTTGTGGCACATGT TGGATTATACTATTTTGATATGATTTAGGCCCGTGCAATCATCAGATTCAGGCACAAGGA AATTTGTGTTTCACATCCCTCCGATCCTTCTCTTTTTCTTGTTCTTCCTCTGCAATTGAT CAAATAATCTGTGTATGAGAGATGTTCCTGTGGCTGAATGCAACTAAATTAAATAAAGTC CACTTAGTAGAGCAAGTAAAAGAATTTTATGCCGTAACTTAAATGTTTAATATTATGCTG AAATCATAGTGGCTGGTATATTTCCATGTTTAAATTATTCTTGCTGTCCTATTCTTCCAG TCAGGAAGCTCATTCACCTAAAAAAATAAATTCTCGTCATTCTTCTCCTTGAGCGTTCTT AAGTTTTTTCTTTTCATTATGCCAAAAAGGAAAAGGATTGCAATGAATCAATGCACACCC TAATTGAAGAGCATACAATTTGAAAGCAACATTATTATGTTAACAGAAATAAGTAGATAA TTGAATAATTTCTGCAGGATGCCCCTGAGTTTTGGATCAATAGACAAGATTATTTAGAAG AGGGAGTTGCATGCCTAAGCAAGTGTGGTCAGGCATGATTTCTACATGTCCATGAATTGT TTAAGCTCTGGCTATCTTTTCAAAGAAAAGCTTGGAAATGTACAGATCAAGACGTGCTGG AAATGACTCTTTACCATTCAAATAGAAGTTCTTGTACTGTATTTTGCCAAAAAATTCTCA AAGAGACAGGACGTGTCATACTTGAATGTTTTTACTGCATCTGCTTTCCATGAGTTGTTT AAGGCTTGATTTTGAACTTGTACAGTCCGTATTGAAGTAAAACATTGCTAATTGGAACTG CTTTCCGTTCCTACTCTTCTGTGAAGTATTAAAATGTGTGCTGAAACATAAGCAGCTTAT TCCGTAATCTGGTGCAGGCAAAAGAGATCGTAAACTAATTCTCACAAATGTATAACAAGC TTGAGCTACATTTGATGTTTGTTAACTTTCTATCCAGATATTAACTTTATATTCCTTGTC TATCCACCTCCATGGTTGAAAATGGCTTACAGGTTTGGATTTGCGATGAAATTGCTGCTT AAATCATTCATGATATGAGATGGAGTTAAATTGGAAAGTCTCTTGTAACAATGAGTCAAA GGAATCATTATGCCATGCTTAGGCTTGTAAGTTTTTTTTTGTGTTATTGCAGTTGATCAA GGCATAGTATTATTTTCACTATTTGCATGTCAGTAAAAACTCAGCTAGCATCTGAGCTCT AGTGTTGGAGTCAAGTGATGAGAATATAGAGTTGTCATATCAGTAAAAGGTAAAATGAGA TTCTTATTTCCAAAGAGCTATAAGACACAAATTTGAACCTTCTTTCTTTGTTTTCCATCA AGAACAATTAAGCATCTAAGAACAGTTCCTCTGGCAAGGATGAGGACTTGGTGCCTGTTT CTAATACATATCCTTGTATTTAACAGCATAGCTTTTGATTACTGGAAATAAAAGGGACAT GAATTATACATATTATATTCCCTATAAATGGGAATGAGAGAAGACATATAAAAAGGAAAT AAGATAGTTGGAGTTCTAATTTCCACAGAGAGCAACATTTCTCTTAGAAGGTCTGAAATT CAAAGCAGTGAGACTATAGATGCACATGTTTGCTTGTTTAGATTTGATTGTAATCTCATC AGTAGTGGTTCTTGTAGAGCCAGGTACATTACAGAACGAAGATGAGCTTCCAATAAGGCT AGCCCTGCAGGAATTGCCCACTGCTTTCTCAGCAGCACACTCTATTCCATCCACAGAAGG TATCTCCAACCTGTAAACTCCATATTTGTTAGTAGTTCTGTTCACTGACACTGATACTAG TTCTGCCGTCCTTGTCGCCATTGCCTTGAAGGTGCATTCTATTTTCACTTCTACACCTGT TCAGCCATCAATTCCAATTAATCGACCAAGTTTTAATGGGTTTGGATTATGACCTATTTG TTGGGTTGAACCCAGATGATTAACCTAAGGGGTCAAAATTCAACTCAAACCCAAATATAT AAAATTCAAGATTGGGGATATTGTAAATTTGGAAGAACTTGAAGCATTTAGCATTTGATT ATTTGGGGGTGGTTAGAGTATTGACCCGTGACCCATTTATGAGCTTTGAGCCGTTCAACC TGTTCATTTGCCACCTCCCGTGTATAGGACTTTAACTATTTTAGATAGCTTTATGCAAAA GATGAAAAATGTTTAATTTGCCTCAAAAACTTACCTGGCATGAAGTAGCTGTGCCTGGAG AAGGAATTATTGGAACAAATGTCACAGTAAACCATACCCATGACAGTGATCTGTGGATTA ACCACTTTTGCTGCTGACGATAGACTCAACCACAAGAAGCAGCATGAGACCACCAACAGG ACAAGTGTAGTAGTAGTCATGGCAAACTGAGGTGAGACTTGAAAAGGAATTGAGATAAAA ACAACTAATTATATGTGAGATTGATATATTACACAAAAAGACTAGTTGAAGAAAAGAATT TTATGTTTTTTTAAGAAGAAATGAGCTAGAATGTGTGTATGGATAATGAGAGTATAAGTG ATGACAGAAATGAAAAAGAAGAGATCAAAGTTAGAAAGAGGGAGACAGGGATCGAACCTT ATTGCTAGTCAGAATTCAGAAACAAACAAATCATGTGAACTTTGTTTGGAGTTTTGTAAG GGTGGATGTGTAGGAAAGAGAGTATAGTGGGAAGTAGACAAATTCATTTACATAGAGGAA TAAATAGACCTTCCTTTTCATTCATACATGTTTGTTGTAATTTATGGTGGCCTTGCTTCT TAACGTGATACTATAAATAAATAGAGTACTTATTATTTGACCTTACCCCAAGGAGCCAGT CACGGACTTGCCACTCTCCCCATATCTATTATAAATTTGGTCTGGCCACAGAGAAGGATT GTTCCTACTCAGAATCATGTGATATATCAATATCATAGAGGCAAAGAATTCAGCCAACCA TTACTTCACTCACATTTATTGTAAGTTCACTTCTCATTCTCTTTTTCATTCTTCTACTTC CATTTTATTAGTAAAGGTGTCAAATCGTGTTTCTTATGAATTACAATGTTACAAGCAATA GCGCACTGAGAGAGAGTATCACTTGCAACTTTAACACCAAGTGAGTTAAGTCATATAGAA AAAAATTGTTCAAGTTCGGTCACATATATAGCCTGAACTTCATGCAAAATGACTAAACTT CAGCTATCTACGGTCTGAACATTATCCAAAATGGATGGAAGTTGTTTGCTTCTAAATTCT CTCACATTAGGCTTTGATAAACTAAATTTAAAAAGCAGATAAACTTGCAAAAAATTTAGG CTTCCGTTTATGACTTAAATGGGGATGTATAGGGTGTTATTTTTATCCTTGTATATATAT ATATATATATATATATATATATACACACTATGGAGGCCACTCTCACATGCCAGCCTAATG GTAAGACTACGTTCTTGGGCTTTTAGTTAAAACAGGAAGAGAAAATTTCAAAATTAATAA GGTAACTATAGTTTCAATAATTGCGCTTCATAGCTATAGTTTTGTTTGCTATGGAGGCTT TGGTTTGTATATTTCTGTCCGTTTGTATATTTCACTTGCAAGTATACAAATATCACAAGT ATATACAAATTTTGTATATACATTCAGGAATTTCAAAACGATGTTGTACATTTCTCTTGC TAGTAAACAAATAAAAAGTAAGTATATACTCTCTCCATCCCATTTTATGTAGCACCATTT TCTTTTTTATCAGTCCCAAAAAGAATATCACATTTTCTTATATGATAAATATTTAAAAGT ACAATTCCTCTTTTATCCTTGTTGGTTCCATTTAATTTTAAAGATAATAACTCTAATACA TTTATGAGGAGAGAGAAAAGTGAGTTATTTGGTAAACATTTCAAAGTCTTAATTATTTCT TAAACTTCGTGCGCGTCAAATGTTGTCATATAAAATGGGACGGAGGGAGTACAAATTGTG GATTTTTACAATCAGGAATCGAATTATACTAATTTTGGATTTAGACAAATCAAGAATCAG ACGAATAACAAGAATTGGGGAAACTGTTGTAAGTCCCGAATTATACTGTTTTTAAATTGT AGTTATAGTACCTAATATAGACTAATTGTTTGTTATTTTGCATAATTTTCCCAAATTGAA ATTTTCAAATAAGCCAGTTAGATTGAATTTAAGTGGATTAAAATGGATTACCCCAACTAA TGAATACTTTTGTCATTTAACTCATTCAAAAGTTATTTGGACAGAGATGGATTGGGCCAA CAACTAGCTGGTCATAACTCAACTCATCCAACTCTAACCCAAAAAAAGAAAAAACAGTTA TTTGGACAGAGATGGATTGGGCCAACAACTAGCTGGTCATAACTCAACTCTAACCCAAAA AAGAAAAAACTACTCTTTGTTTGTTTGCTAATAATTTGTTGAAACTAACAAAGTTTTTTA TTCTTTATGTGACTATAAACCATACTCACAAAAAGAGATCTTCTCATGGATCAATTTGAA TTATATATATTGTAAAAATAAACCCCAATTTTAGACTAGTTGAATTAACGAGTGGGAGCT AATTTATTTATTAAATTGGACAAATCATATTACCAGCCAAAATAGAGGGAAGAATAGAAT GGGATTAAGCTGGCATGTCACGTGTATGAAAATAATTGGTGGGAAAATCTCTTTTTGTGT GTGTACGTTATATTAGGATTTTGATTTGTTGGTCTTGAACGTTCACGTTTCGTGATAGAG GAGGGAAATTATAAAAGCATCACTTGTAATATATGATTCACAACCAACCTGTGCGCATTC CACATTATACTTGTAACAAAAATAAAATCAGTATTTATTTCTTCCAGAATCTCCTAAATA ACTATGCATGTGATGATGAATGAAATGAATTTTCACTTCACATCGGTTATAATTTAAGCA ATGTTACTTCCTTTAAGCTAGCTAGCTGCCCCTAATCAATAACTAGCATACGATTTAATT GTTCATTATGTGTATCCAAAAAGAATATAAAGGGAAAAAGTCAGAAATGTGGATTTTCCA TTTGTATGTTAGCTAGCATACCAATCAACAGACTTCAGATCATTATGATATATAACTATA CATATTTTTGCAGAAATCATTTTTATCTTTTTCTTCTTCTTGTAGTAGCTAGAGATAACA AATGTATGCGAAAATGGAGAAAGACAAATTATTTATCTTTCTTTTTTCTCTTTGCAGATG AATAAATATTCAATTGAAATCCTGTAAATTAGTTGTGTGTACATATATCATTCTTGTTTC ACTCAAGTGCTCATTGATCCTAGTGTTTCTGTATATCACAAAATTATAGTCTACTTCTTT TACTAAAAACAACAGAGTACTAAATATGATTTTATTTTTTTTACTATATATACCACTCTA TTCATATACAGTATTAAAAGTTATGTGATATAACACTTCTCTATGGTCTTGAATTTTTTT TTCTCATTTTATGGCATTTTTCTCTCCATTTCACTCTCTCTATATATATATATAAAAAAA AAAAAAACCTACTCTATTACTAATAATCATTAATCTCTTTAACTAATCACACATTTACAT CTTCATAACTTCTACTCTTACTAATCTTCATTACTTGTATGTCTTTTCAAGTCCATATAT AACTCCCAAATAATATGTTACTTGTAAATTTTGACATCTATCATAATTTTCTGATTGTGA ATTTTTATCTGGTCACAGGTGAAAAATGGCAAATGCATATTAAACATTGCACCTTTATGG TTTTATGGAGTATTATGATTAAGCAAGCAAATGAATTTAATTTGTTTCCAAGTTGAAATG AAGCATTGATACAATTACATAACTGATTGTAAAGTTAGGTATATAAGAAGTTGAGAGGGT GCAAAATGTTTGTGTATGATATAGTAATAAAATAATTTTTTCTATATATGTTGTTTGGTC CTTGGTGTATTCATGGTTTTGGTTCGTTATTATTTGTCTTTCTTTTTCAAATTCACATAT GATTATTTTCTTTTATGGATATTACTATATTCGAGTAGTCCAATTCTTATGATTGCGTGA AAGCGTCGTAAATATATGTGGATCTCAAAACAAATAGTAGCAGCATCATTAAATACCTAT CGTTGTCCATTAAAAGATGAAGTAGACGAGCTCAAACGCCTTTTTTTTTGTTATATTATT ACACGTGACCCTAACTTTCTTGCCGCTCCATCTATATATTTAGTGTTTCTGTGATGGGGA AAATAATTTATATTTTTCATTTTTTAGTATCCATTACTATTAATTTACAAATAAAAAACT ATGCAACATTCATTAATTAGCAACAGTTTATATACTTTTCACTGTTGGTAATATATATTG GAATTATGTATGGCTGAGGAATAATAATAAATTTTATTAAGTATTTTTTTTTTTAATCAA AATAAGGTGGAGATCGATGGGAAATTAGTGAATAGAAAAATGCCGACTTCACAAAAAAGA GAAAAAGCATTCCAAACTCGACGCCACATGAGACGATGCTGTCAATTTCTCCACCCTTGT TTTACTTTAATTTCCTCTTATATATACGATTAATTCAACAAACATTATGCTATATATATA TATATATAACAAATTTACGTATCCTCTCTAATTCCTCTTCCACATTTAATTTGTCACCTT CCTTAAAATGTTTAATTCCGGCCTTAGCTTCCTATCTTACATATATATATAGTTTGTCTT TTAACAGCAGAAACAATTGTCTTTCAATTTCATCAACAAGTACATTTTCTTTACTGTAAT AATTTTCAACAAGAGCAAGTGGAAATTAAACCTAAAAGGTTACAACTCAACGGCGCCAAT TATTAGCCTAAGATACCATTTTTACCATTGTCATAGAAACATGTGTTATAAATGTTATGC TCCACACATGCCAAGATACTTTATTTTATAATACAATAGACAAAGTGATAGCTTTTGAGG TTAAATTAAATGTTTAGTTCAATTTTTTTAGAAAAATGAAGGTAGCAGGAGGACTTGTAC AATTCTTTCTTTGAACAGCATAGTAATCATCTGTGATTTAGTATTGTTTTCTTCCCAAAA ATATATATAGTATATGAAATTAAAATGCAAAACCTAGGAGTTTGCAGTAGCCTAGCGATT ATCCCAATATCCCCTATCATACAAGAGTGGCCTCTTTGCACAGTTTTATTTTTTATTTAT TGACTTTTTACTGTTAGTCCTAAATCAATAGAAAATTTTATATACAACATTGACTTTTTT TATTCATTTCCGTCAAATCAGCTCACTAGAAAAAAATACAATTAAAATAGGTTTTCACTG AAATAGTAGGTAACTTTTTAATTTTATGGATGTAAACATTACTATTTTTTTCTCACTAAT TTGTGAGAATAACCTGTGAATATTTTTAGTGGGAAATTCATAGAGAAAATAGTAATTTTG TGCAATTTTGAGCCACAATTTTAAAGTATGTACGGAGCGTGATTGTGACTCCGCCGTTGG CCTGAAGAACATGTAGATGCTACTGAAAATGAAAAGAAACTCTTCATATCCAAATGCGTT GAGAGTCTATTTTCTTCCTTACACACAAAAGACTAGACTAAGTGAAATTGTATCTTGCAG ATTGATGCACTTACTATATATTTCCATGCATTGATAGTGTTAAAAAACTACATTATCAAG TTAAGTTTACCACAATAACATAACAGACAACTCTTAAGATCAAGCTTGGTATCGTAAGCG CCAATAGTGTTAACAATGTATATGTGACTCAAATTAATTCGTGAATTAGGATTAGGAGTT TGGAGTTTTTGGTTTCAAACGCATGGAAAGCATTTACACGACCTTTTCCTCGCTGAGCTG TTTTAATGGTTTACAAGTTAATGTATTTATTTAATTTTCTAATAAAAATATAATCTACGA GTGTAATCATACTCTTTTCACATTAATGCTACCTAAAAACAATAGAAAATAGTTCAGAAA AATAGAAGATTATCTGATCAAAGACATGCATACCCTGTATTAAATTTGAAACAAATGACA TTACATAGCAAGAATTTAGGTTTTATCAATTTCACTCCATATTTGTTCATTTCTTCACTA TATATGTTTTGTGATGTCATAGGAAGTGGATAGATTTGATAATACTGTTAAAAGTAAGTA TGGGTAGAATTGATCATAAATTTGTTAAGTGGGAAAGTGAGTTGATTGTAACCTAGAAAG ACGCATTGCATTTATCTAATATCCTTTTCATTCCGCTTCGACCAATCCCCTCTTGCGGAT TTCACTATACTTTATTTTTAGTTATTATTATATATCCGTCAGCTGGGCCGGCCCACCCAC TCCACGAAACTTCGTACAACTGGACCTTAGTTTAAGAGGTGAAAATTTTAGTTTTAGTAA TAAAGGAAGGTATAATTCCAAATCCCATTATAAAACTCACAAACTCCCAAACATGCAAAA TGAAAAAGCCTCAGATGCTACAGTCTGGACAAGCCGACGAATGACAACCTCTCAACTCTC AACTATAAAAATCTCTTTTCTTTTCCTTTTCGCCTGATTTTGCAACTTACATTTCTAATA TGACATCAAATCATAATAATAAAAGTTGATCGCAAAAAGCAGGTGTGTGGTAACATGGGG AGTTTAAAGAACGACATAATAAAAAATGAGGTTGGCAGTGAAATAACAAGTTTTAAGGAC CAGAATTCTTACATCAAACTGCTTCCAGAGGACTCTCTTGCCTCTTCTGAATCCAAGAAA GTCACTCCTATCTCCTCGGACTTTGAACTCGATTGTGGCAGCTTAATACCTACCAGCCTC ACTTTCCCTCCCGGAGGTGGCGACGATGATGATGTTGAAATCCAATCTCCTGATAACTCA ATCTGGGAGTCCTTCTTTGCTGATCAGCTGGAGGCAGATTTCATGATCTCTTCCCCCGTC AGGAACCTTTCCTCGACTTCGACTTTCTGTACTACTACTACTACTCACAATAACAACACA TACACACATCATAATCAGGGAATTCATGGGCAGAGCATGATGATGTGCTCCCCTCCTCGC TCTCCCTTGAGACCTAATAATTACAACTCCACTAATAAAGGCAAGGGACTTAGCCCCTTC CAAAAAGTTTTCAACTCTCCTAATAACCAGTTCATGCAAATTGAGAGCTTTAACCTGCCA GCTCTTGAGAGTTTCTTAGATGATGATTTGGCATCCGAATATTCCACACTCAAAGTTTCA GATGTTGGATCCTCTTCCGAGTCTCTCTCAGTAATTCCTGATTTTTTAGAGTGCCTGGCG TTGCCAAATTCATCATCCAATACGTCCGCTAGCTTTATGGGATCATTACTCAGCAACACA TCTGTCGGACAAGTAGACGATGAGATTTTCCAGACGGGGTCTATTGCACCTCTGTCACAA CAGCTACATCAAGAACGACACCATGAGAAGCAACAAAAACAAATACCAACACATGTTCAA CTACCATCAACACAACAACAATATACGCAAATGATCAATCACAATTTGGTTGTTGCTGCA CCTGATCAGGTATACTTCCATCTATAATTTTCTGTTTCTCCTTTCTGAACGACACTTATC AAGGGTTTTACCACATTAACTGTGAAACTGTATCCTCTAGTTCTCATGCAAATATAACAT ATATATATATATATATGTTATATTTGCATGAGAACTAGAGAATACAGTTATATATATATA TATATATATATATGTTAAAAAAAAAAGTAGTGCCTTTTCAAAATTCCAATGCTTCTGTTT TAGTGTTGAATGTTCCAGCTTCACAACAGTTGTTTTACTTTAGTAAATGCAGCTTAAATT GCAACATGTGTCTACAGTGAACTCATATATCACCATGCAATTTGTCCTAGACAAAAGTTT TATTATATATGAAAGGAATTGGACATCTACTACACTGGACAAATATAAACTATTGCGCAT GTCGCCAGATACATAGGAATTAAGTGCTAATTAAATTGTGCAGATGCAGGAACAGGACAG TGGCTTACAATTGGTGCACCTTCTCCTTGCCTGTGCTGAAGCAGTCTCCAAAGAGGACTA TATGTTGGCAAGAAGGTATCTCCACCACCTGAATCGAGTAGTCACCCCAATCGGTGACTC AATGCAACGAGTGGCTTCTTGCTTCACGGAAGCTCTTACTGCTAGACTTGCCGCAACATT AGCCACTAAACCCAGCACCTCTGTCCCAAAACCTTTCAATCCTTTTCCTCCTAATTCCCT TGAAATCCTCAAGATCTATCAGATTCTTTACCAAGCCTGCCCTTATGTCAAATTTGCTCA TTTCACAGCTAATCAAGCCATATTTGAAGCATTTGAAGCAGAGGAGCGCGTTCATGTTAT TGATTTAGACATCCTTCAAGGTTATCAGTGGCCGGCTTTTATGCAGGCCTTAGCAGCCCG ACCTGGCGGTGCTCCTTTCCTTCGTATCACAGGAGTGGGTTCGTATCCGGAAGCGGTCAG GGAAACAGGTCGATGTTTGACAGAACTGGCGCAGTCCCTCCACGTTCCTTTTGAATTTCA CCCGGTGGGGGAGCAGCTTGAGGATTTGAAACCGCACATGTTCAACAGAAGGATAGGTGA GGCTTTGGCGGTGAATTCGGTGAATAGACTCCATCGAGTCCCAGGGAATTGTATTGGGAA CTTGTTAGGCATGATCAGAGACCAAGCTCCAAATATAGTAACGATCGTGGAGCAAGAGGC GAGCCATAACGGACCGTATTTCCTGGGTCGGTTCCTGGAGGCACTGCACTACTATTCGGC CATCTTTGATTCCCTGGACGCTACATTTCCAGGGGATTCATCACAGAGGGCAAAATTGGA ACAGTACATATTTGGACCTGAGATAATGAACATAGTTTCGTGTGAGGGAATGGAGAGAAT GGTGCGGCACGAGAGGTTAGAAAAGTGGAGGAGGGTGATGGAAGGAAAAGGTTTTAAAGG AGTAGCACTGAGTGCAAATGCAGTCACACAATCCAAAATATTACTGGGTCTCTACTCCTG TGATGGTTATAAATTGACAGAGGACAATGGTTGCTTGCTTTTGGGATGGCAAGATAGGGC CATTCTTGCTGCCTCTGCATGGCGATGCTGATTCATTTCATTACTTTTCTCAATACTCTA CTTTCACTTTCCTTCTTGAAGAATTACGAAAAAGTGTTCATTTCTTTCAATTATGACTTA TTTCCATCATCAATATACTAATAATTTTCGAAATTGGTCCCCAAAAGTAGAGTCTGGCAA GTGTCACAATGAATAAAAGATTTTTGCCAGTTTCTTTGCGCTACTGTCATTTTCTATCAG AACCAACAACGTGGTTACTCTCAAGATCAGATACCTTTTTGGTGTCAAAAGTTAAGTTGT AGCTGAGATAGAGCCACAAACAGAGAAGCTGCACTGATTGGAATACACAACAAGATTAGA TGCCTGCAAAGAATCAGCTTCTTCTCTTTTACTTTGTACCCCCTTAACATATTGTAATCT CCATCGACAAGCCATGCAATATTTCACACTAATTTGCCAGTTACTGACTAAAACATGAAT CCATAAATATATATTTAATCATACATCTTCTTCACAAGATGGTCCAAGTACATACACATG TGATGACCAGAGTAAACGGATTAGTATATTATAAAAAAAATAGTTACAGCTAAATATCCT TCTGCATATCTCCAGCCTTCTCTGTAATTTTTATATGAGAAATCTGTGACTACAAGTATA AAGATACAAACTTTATACAACAAACGTGATTATACGAGCATGCAATAGTTACAAATGCTT TTCAACAAACATGTAATAATGAGGTATCATACAAATTATTGCTCCAGAGTCCAGACTTAA CTTCACAGAGCAGGTAACCCAAGGATACCACAAGATCAAACTGAATCACTTGCAATCTCA CAATATGGAGCACGAACAGATGCTTTGATTTTGGTTCTCGTCAATCTTCTTTTCTGTTGA CAAATACAAGTCTCAGAAACAAGAAAGGAAATGATTAAAGACATCAATGGCTCAACAACA CAATGCTTGGACTGAAGATCAGAAACCGGGGGCGAGAGTAGGGAATAGGGTGTAACAGGG CCACCAAAGATCTTCAAATACAGAGCTCTCTATTAGTTTTAAGATAAGCACATTGATATA AATAATCCAGCTTTGAGTATTTCCAACTTCAACAAGTAGAACAAAACTCCTAAGAACTTA AAAGCCCACATTTTGTAGCTCCTCTACAAGTTAAGTGTCTGTGGTAATCTCAGGTCACAC TATAAGTGGAAGATTATTTCAATTGTAGCAAAAAAAAAAAAAAAGAAATTATGCACACAA TTGTAACATAGCCCGCACAGGTCTTCAGATAATTCCATAAAAAAGAAAGCAAAAAGTAGC ACTACTTGCAGGTGAAGAAGTTATAATAACCTATGCTGCTCGGACTCTTCAAAAATGTCG ACCGCTGCATGTTGGATCCTCCAAAAATAGTGTATCCGGAAGGATCCGACACGTGAGAGG CAACATTTTTGGAGAGTCCGAGCAACTTAGAAAATAACAACAAAGAAAAGATAGACCAAA TAGACGTGATGAAAAAGATGCAACATCATCAATTGCACCTCAATCTCAAGCTAGCTACAG TCTGCTATATGGATCCCCGTAACCATGTTGTTCCCATTTAGACCAGCATCGATCCAGTTT TTGAAGATTTAGATTCACAACATTTATACCAGTGTACAAAACCATAATCAAAATCGTATG TCGATATTTTTCTTCCACTCTGCCATAATTTGCAGAGTCTACATGGATCCTGAGAGACAG TAGTTCAAGATAACTTCTTCTGTATGACTTTAGGTCTACCTCATCTTTTTCTAATACTTT CCGTTAGTGACCGGTGCATCAGGGAGTCGATATGGGACATCATAAAATTCAATCAAGCGA CTTCTTCTCATTTTATCCTCCAAATGTGTCACTTGCACCCCATACCGAATATGATCACCT AGTATTTTCGCCTCCACTAGAATATGAACCTGAGACCCCTGGTTCTAATTCCACTTCATT GACCACTAGGTCACACCCTTAGGCAGTGGCGGACCGATTTTCGTTCAGGAGGTTCGAAAA ATAAAAATATAAACGTGTAAATAAGCCTTTCGAAATGGGCCCTTTGAATTTTTTTGGGTT TAAAACCACACTTTTGGCACGTTTTTAAAATAAAAAAATGCTTGAAAAACAGAACTGATT TTATTAAACAAAAATAAACTGAAACTATAAAGGAAAATAAGTAAATGTTGTTGCAGGGAT TCAAACCTGGGGCGTGCACCTTAATATTCAAAGGTCTTACCATTGAGCCATCTATTTTTA TTTGTTATTGAGGGGGTTCAAAATATATCCATCTACAGAAATACAGAAAAATTACCTTAT ATATATCGTGTATTTTTTTGCCGAGGGTGTTCGGGTGAACACCCTGGACCCAACATGGGT CCGCCCCTGCCCTTAGGTGTATACTTGTATCTTCAGAGATAGATACAAGTGTTACATGTG AAGGATAGTTGATAATTTAGTGGACATAAGTTCATTGAATCTGTTAAACAAGTATAATGT TCAAAGTAGAAAAGAAAATTATGGATGGGATCCAAAAAATGACAAATCATCACAACCCCC TTCTTTCTTCTCATAACTATACACATTTTTCCATACCACATGAAAAAATGCAACTAAACA ATATCTGAACAACTTATACTCTTGCCTTGAGAGAAATGCCAATCTTCAGAAAATCTTATC AGAGACAATCGACATCTCCAGCATAACTATGTTAGGCACATATTATGTCAGAAATAAGAT TTGCACTTGCAACACTGTTGCTCAAAACAGACATAGAATGAAAACATATTGCGTAGTAAA GGGAATCTACCTGACTTTGCTTTAGCTAAAGATGGTTGTACAACAGCATGCATGGTAATT ATTCCATTTGGTAGCTCACCAAAAGGTGTCTTGCATTGACCAACAGTCCTGCTGTTTTCC AAAATTTTACCAGCACATATCAATTTTACATCATTTGCCACCTTAGGTGCAACTTTTTTA TCTGCAACAAAAGCAGTTGAATATTATCAAAACATAGCCTAGTAACCATATAATAAACCA GCTCGGATGAAGACCTGTTTTCACAAATCGCTGCAGAAAAAATGGACCGTGCATAAAGCA ACAAAGCATAATATAGACTATAGAGGAAGATGTCAAATGTCAAAATTCAGATGTCTATTC ACAATCTTGCACGGTATCAGAGCAAACATTAAGGTGGTTTTAACCAGGATCAAAATTAAA TCTCTTCTACCAATATATGTTTATAGTTTGAAAATATATGGTCTTGGGTTTACCGCCAGT TAGATAGGAGTTAATTTAAGACATATTGAAGGTTCATTCGTTAAGTATAGAAACCTAAAA CTGTCTCTTCTAATTCGGAAGGATCTTGTGTCCCTGACTTTGGCTCTAGAAGAACTTTAC CTATAGCTAATACAGAGAGCTTTTAATTTTTGGGTGATCTTTTTTCTTTACTTTTGTATT TGAGTGTGCGGGAGGGAAGGGACATATTTGTCCAGGATCTTCAAATCCAAGTCCCTCATC AAAAGATTCACTTAGGCTCACCCTACAAAAACAACAAACCCAGTGTAATCCCACAAATGG GGAGACTTACCCTACGGTATTTGAACAAATTTTTGACATCATTTAACATAGCATTCTTTC CTATGTTATCATCCATATAGTTATTTATCATAGTTAGAGTTATTTTCCTGGTATTAGATA TAAATTGTTTGTTTTTGCTGCTGGTCAGCACCTATTGAGCAATGTACTTGGATTGTGCTT AGCTAAGAACCAATAGACCATGGTGCTTTTCTACGCTTCTGGCCACTGACAACAATGCGC TTACCCACGAACAATAACTCCAAAGGTCTGTGGGTTCTTCTTCATGATTTCCCAGGAAAA ATAAGTAGGGACCAAAGTGCTTGTCAATCTTCAATAAGAATCATTTCTATGTCATTACCT TGAATAAGTCCCCTTTCTACAAATACTCTCTTCATATTTGTTGGTACTCTCAACAAATAC TTAGCAAGGCTGTCATAAGTACCCCTGGATAGCCTCCAATGGTACACATTGTATGAGTAT AATACACTTGTAGAATTCAGTACATATCTTACACTTGGCATACATGTGCCACTTTTCACG TAAGACAATATCAGTCATGCAATTTTAAATGTCTTTGGTCTCATTAGATCTACATTTGAG TCACTCCAGTGATGGTGTTGATTTTGATCTTAAAGATGGATAACCAATATATCCCTGCTG CCGGTTGATTATCTAAACACTGGAATATATAACTGTAGTAGTATGTATGAATGCATTGCC TTCATGTGATTTTTCCACAGATAATATGTACGAGCGAGCAATCATAGGTGCAAGAATGTT TGGCTTATATGAATAGTTAACTAAGGGTATGCTAGATAAGGTTCTATCATGGAAGGCATA TGCCTGCATGAGCTACTGGTTTGGATAAAGAAACTAGCAATACATAGCATGAGATTCTAC TTCATCATAATTTAACTTAAAACAGAGAATACCTCACTACAATTCTTGCCTCATAAAATT CCGGGGAAAGATACTTTCTCTCATTACTTCAGAATCAGGCATTAGCACTTTTGGGTTCTC TACTTGTAACTTAGAAATTATGACAAGAGAGTTAGTCAAAAAGAGTGTATACCAAAAGTC AACTTACAAACAAATTTTCAAAGCAGAGGGATGAGAGGAAACATTGTATAAATAGGGGAA GATGAAGAGAAAGGTCAGCGATGCGAAGATAAAAGAGTAAAGGAAAGCAGAAAAAGAACC TTTGGGCCAGTCGGCGACAATCCTCTCTTTGAGGATAGCTATGGTGGAAGTGGGTGCGTA TTGAAAAGGACCAATATCTGATCCATCATACAACCGAAATTTGAGTTCAATTAAGTCCTC CTCCGGCATTTGAAATCCCCAGCACTCTGTTTAACAAACGAACCTCCAACCTCTTGACTC CCTATTATTTTTCTAAGCTACTACCAAGTATAAATAATTAGACAGTAAAAGAGAGGGAGG AACCCTAGAACCCAATCAAATTTATCAAGGAAAAAGAGAACGCGACGACTTCTTTTTCCT TTTTCGTTTTCTTTTAATAAAATAATATATACATACATACCAGCAGTTATAAATTTCCCT TTTTTATTTTTATAACATCTGAAATTGAGTTTGATAAATAATCAATGGATGAGGTTTCTT TGTAATTGTAGATTGTGACTTGTGAGAACCAGACACTATTTTACAGTTGAGCAAAAAAGA CTGTACGTATTTGAATTTGCTAACATCTGAATTTTTTTCTATTAAAAAAAAATTACAATA ATAAATAACATGTTACTTGCATTTTAAAAAGTAGAATAGGTTCTCTGGTAATTAGTAGTG ATGAGATGGGCATTATTTTTGCATCTCTATTTCATAATAACATAGGTATGTTGGTGTATT ACTTTTAAATTAGTTAGTAGAATAAGAAAAGAGACGGAAAAAGGTTAGATTTGAATAGTG TGAAGTTGGGTGATGAAATTAAAGCACCAGCGTCTTTTATTTTAAAGTGTGCCATTAATA TATCTATATATTCTGTTGAAGCATACGGCTCATGCCTGTTTCATCCAAGGTCATTTCCCT GTTTATTTGAGTTGTGCTAGCTCCTAACTGTGTGGCAACTTCACATGTATTTCACAACTC TCTCTTCCTCCTTAATTTCTTTGACATGATTGGAACTTTCAGCATTTTCCTGATGATAGT GACTTAAGGGTATCACACGAATGGAAGTAAACAAATCTGTATAACCAACGCTCATTATTC ACTTGCAATCTGAAAACCTTAAATTAACACTCACTTACATAAAACAATAGCATTGCTTCA TGCTCAAATAAGCACTCTGCATATTGCTATGTTGTTTATATCTTTTAAGTAATTTTGTCC AGTGGCGAATCCACGATTTAAAGGTTGTGGTGTTCACTTTCTTTAACATATAAATACGTT AGCAAACACATAGGGTAAATTAACATAAACATGTTAGCAATTACCTATGGTAAATGTATA CTAACTCAAACTCTTTAATAAAAAAATAAATGTATATTAACTCAAACTCTTTAATAAAAA AAAAAGTAAAATAAATAAATAAAACAATTCATCAATATTATCATCATAAAGAAATAACCT TTATTGATAAGTCACAATGATCTATTACTAATTATCAAGTCATAATTGTTTTCGACGACT TTTCATGTTTCAAAACGATAAATAATAGCATCATTACTTACATTTAAGTCAAAACAAGTA AGAATTGATAAGGTCAAAACAAGTACAAAATTCAGAGTTAAATAAGCCCTTAATTAGAAA AAAAATTAAAAAAAGGTGTAAAATTCGTTGGAAATTTTTTTTTAAAAAAAAGAATAGCAA AAAAAAGTACAAAATTCGAAGTTAAATAAGCTCTTAATTAAAAAAAATAAAAAAGGTGTA CAATTCGCTAGAAAAAATTTAAGAAAAAGGAATGTGGCTGGTGGGAATCGAACCCTTGTC ATTGGCTTCGCACGTCTTTTACTTTAGGGTATAAATCAGCAGACCAATAACTACTTTTAT TTTAAGGGTGCTCATTCAAATTTTAACAACGTATGTATCATATTTTCTACATATATAAAA AAAAATTAAAGTTAATAGGTGCTCGATCAATCGCGTCTAACTTACTTACTGTGTCTCCCC TTTAATTCTCCAATTTCCAACATGTTATGGGGTTCACCGACTAAACTTTTTAGCGGAGGA AGGTATAACTTTAAGTTTGGATGAGTTAGTAGTATTTTGTACATTGTGGTTTGATAAAAT GAATTAAATGTTAATTATAGAGCCATGTTAAAGTAACCCTTTTGGACATTTGCTCACGTG ATTAGTGACCCAACAACCCCCACACATGAAAATGGGGACTCTACTAACCCTTTAATATCA ATACACTAATTTTGGATCACCTAAATCAAAGGGAAAAGATAGGTCAGCAGTATTAGACTA TGCAACTTTAGCCGTGAATGTTATTCCCAAATTGCAGGTTCGACTAAACTGTAGTTTCTT ACGCTCACAAGTACACTGTCAACCAAATAAATTTAAAAATCTAACGAAGAGATATGTCTC CATCTATGTCGCTACACAATTAATTTGCAAATTATTGGTCATCATTATAAAGTTGAAATA AGGCTTCCTTGTTCTCACCTTAATAATGAAATTTGACGGATGGCGAGGACAAGAAGAAGA ATCTGAAAAGTCTGCCTGATAGGAATATGAATGCGGGAGGGCAGTTTTCACAATTCTACC GCGTAATTGTACAAGAGTCTCTTTATGGCATGACACATACAACATGTAATACAACCACTG CATTCTTTGAAGCCATTTCTTCTACTACTTACTTTTGCTTTTGGAGAAAAACGGGTATGG CATTTGTGGGTTTTTTTTTTTTATAATACTAGAGCAGAGCAGCAAAAATGGTGTCTGATT TCTTCCTAGTACCAACAGCAGCAGGACAGCGGAATAATTACCTTCTTCTCCCGAGATATG GGGAAAAAAACCAAAATCAACATTCATTGAATCTCCCTTTATAATAAACTGGAGAATTAA TTAGCAATTGAACATTTTACTAATATTTCCACACCGACTTCTTTCTAGTGCAATAACACC AACAACAACCTCCAATCTAGAAACAAAAACACAATATAAAGTTACATAGTTACAGCCTAA TCTTTCTTGTACATCAGACCAGTTAACCAACACAAGCTATGTATAGCTCTAAAATAACAA CCTACGGACGGCTAACTGGTGCCATCGGCAGGGATGAAGACTGGTGGCTATATAAACTAC TATCACTTGAATAACCTTGATAACCAATTGTCGCCGGATATGTGAAAGGAGAAATCCCAT TCACTGGAGGGACAAAACCACCCAATGTTGAAGCTGGTTGCACTTGCTGGCTTGTTGCGT AAACAAACGTTGAACTAGGCAACTGCCCAGATGTCTGAATGATCTGACCTGCTGGATATG GCTGCATAGGAGGCAACGGTGCCAATGGTGGAGGCGATGATGGTAGAGGAGGTGGTTCAG TTGGAGTTGATTCCCGCCCAGTGCTTGCAAGATTGTGTTGTACTGAGTTTGGCTGAGAGA AAAATGTAACCGCTTCTTGAGGATTCTGAGAGGGAGCATAACAAGAGCCATCATTTTCAA GCTTCATCCTTTTCTCCGGTTGATTATCATGCAAAGATTCTTTAGTTGAGTTGCCTATGA CACCCTCCGATGCCAAGGATGAGAGGACATAAGACAGCATCTGGGCTGAAGATGTTGATG CAGTCAGCTTTGCTGCCACTGCAGCAGCCGCAGACTTCATATCTTCCTCAAGGTTGCCAG ATTTTTCATAAGATACCTGTCGAGTGTACATCACTGGAGCAGATTGTTCGCGATTTCCAG ATATGAACGAATGTGGAGCTTGGGAGGTGTTAGCTTCCTTTATATTCTGCTCAGCCAAGA TTTGCCCATTGCCATCAAAATTCAGCAACTGTCCGCAAATACTCCCAACCTGATCTGCGT GGGACTGAGCAGCCTAAAATCCAAGTAATGAAACGTCACTACACTGTTTATTAGGAATAT GTGTGACCCAGAAAAGCTAGCAGGATAGCATTATATACTAATGTGAGAAGTATCACTTCT TTACTGGGAAAGTAAAAAAAAAATGCACTGGCTATTCCTTCTCTAAATTGTGACTTTTGA TGAATAGGAAAGCTGGTAGCTCCAATAGGATTTCCCTTCCCTACAATTTTTTTCTTATCA AATAAAAAAGGAAAATAACTCTGCAAGTAAGCATGAGGTATATCTCTCATCGTCTACTCA ACTATATTTGATTCTCTTTGAAACCAATATCATGTAATCTATGACAGAGCAAAATCAAAA GTTCACCAAAATATCATAACACATCAAAGAGGAGGTGCATCACAGACATTTACAGAACTC AAAAAATGACACAACTGGCCATCCCACAAAGACGTATATCATGAATTTAGCAATGACCAT TTCAACAGATATAAATAAGCACATTATTTACCTGAAGATGATTGCGTACTTGATCCAACT TATATTCCTGAGGAAAAACCCACGGACCACTTAATCAGGAGCAAAAACACAAAAACAAAC AGAAAGATGGAAATGATGCACAACAATGGGATGACTAACCTGCTCCTGGAGGACCTCTCT GAGATGAGAGATGAGGTTTACCCTGGATGACTCAACAGTTGTTAGCTGCTCAACACAGTC CTTCAATATTGTGTGCTGCCCCTTGAGCTCATCCACTATACCAGATCCATTAAGATGGCC TGAAGGGAAAGGGAGGAGGTCAATAGAAAGTCTAGTGTGACAAATAACAAGTATCAAATA GAAACAAATCAAACTACATTTTAACAGAGGAAATATAAGGTATCATAATATGGATTAGAT AGTTGAAAACTAAAGACCATAATACTGTGTGGTTAAGTATTACATTCAATCATGCCCATG AAAATCGGCTCCTCTGACTAGAAATAATCCCTATACATTTACCTAAGAAACACGATTTAA ATAAAGCTTTATAACTTTCTCTTTTTCTCCAAGTAAGACTGCAAAAGATGATAAATGGCT CTAATGGTGAATTGACTGGGAAGAAAAGTTTCTCTGTAGAGGAAAGGAATAATAATTTTT GCAGATAATTATCCTATATGCAGTCATGTCCTCCTCTACAATAATAAAACACATACAGTT TCCTTAATTCCCCAGAGTTGAAGACTAATTGAATTGGTTACCATTACAGCAAACAGTAGG CAACACATTTTTATTTTCAAAAAGATTATACAGAGCATGAGCCTAAGCAAATTTTAAACA ACTACTGTCCTCACAACAAGTAACTTCAAGAGATTTGAGTGTTTGAGCACTTTTAGCTAA AATTGATACCAAATTTTTCTGTTTCATTTGCTATTTTGTCATAATAAGCAATGCATATAT GATGCTCCCAGCAGAATAATTTTGACGCAAGAATCCAAAACAGGAAATTTCCAACATTTA GTAATCACATTCTATCTCCGCCTTGATCACATACCGGGTTGTATAAGTCAACTTATATGT TATTGTATTAGAATAAAAGAGAAGAGTGAAAGATGTTGGAATTTTGAGAAATAGGAAAAT ATCTGCCAAACCAGTCTAGGATTACATTATTTATTTGAAGAAGTAAAACTTGGTCCTCAG TTATCTTTGTCCAGACCTAAAAGAAGTGTCAAAAAAAGAAGGTACAGAACCATGAGGTAT CAAGTTTAAATTCCAGCAGCCGCCCAAAAAACTGGTTTCTTTTTTTTTTTCTGATGAAGA AAAACACTGGTTTCTACCAATCTGCCTAAGCCTTGGTGGGCAAAGCTACCTGGTGCCTGT GCTGAATGGAAGTAGTAGGTACCCAGTGAAATAGTCGAGGAACACACAAGCTAAACCGGA CATCATTATTACAAAAAAAAAAAAAATCTCCTCTTTCCATTTCTATTTCAGCAGTCGTAC CTACAACCCTCTGGTCTGCCACGTAGTACTCGAGTGCCAACCTCTGTCTGTGAGATTACA TATTCAAGCATGTTTAACCTTTTAAATATTTTTTCGAGTAAGTTTTACTTCTCTGGTGAG GATCTTTTTTCTAATAAGTCTTTTTCCATGAAAATTCAAATGAGGATCTTTTTTCTAATA ACTCTTTTTCCATGAAAAGATTCAAGTCCTTGTACTGAAATCAAAAAAGTATTTCGGCTC AGACTCTCAGTCATCCCTTTCCTGATAAGGTATCCCAAGGCTTTTTTCTCTATGGAACTT CTTAATCAGCCAGATATAGAAGCAAAACAAATAATTTGAAACTAGACATGTAAGCAAAAC AATTGAATGTAGCTTTTTGATTGGTAAAATTAAGAAATCGGAAGAAGCAGAATGGCAATG AAAAAAGGAAACTTCAATTGGGGATAAAGGAAGCCAACAAATGATGATAAGCCAAATAAA TAAAGAAGTAAAATATCACAGACATGCACACACTCTTGGAAGAAGGAAGCCCCTTCTTCC TACTTTTGTTTAAGCTAGGCATAAAAATTTCACTCGCCGGCCAGCAAATGCTATAAACAT CCAATTCGAATATTTAGACAGAAAACTACCATATATTAGTGAGGTCACTTTAGTTTTGTG GAATTAAAGGGAATCCAAGTAATTAACCCCAGAAATTATTCATTTAAACAAAACAGAGTT GTATGGATCAATTGGAAGACAATTGTCTGGCAACTAGGGAAACCCTCGCAAAAGGAATGA GTTGTTTCTTTGGGCCACTGCAACATGAACTGGACAAGCCAAACTATGTTAGGCACATAT TACAAGTGGAAAAGAAAGGGCACCTGGATTTAAATCACTCCCAATCTTCTTATCTATTTT TGCAACACAGCTAATAGCATTTTTAGCTCTGCTCAATATCGCATCTTCATCAATTTGACC ACCATACAATATCTGATAGCTTGAAACTATTTTGTCAAGGGCATCTCCAGCTGAGTTTCT CTGCATACCAAAGAGTTCAATGAGAAGGTACTATCATCTTCAAATATATAGAAAATAGAA TGAACAGCTAAAAAAAATCAGGAACAAAAGACCAGGATGAAAAGCGAGATCTACCACTTT GCCTCCACTATGCTTTCCATTCCCAACATGCTTTCCAGCAAACTCTTCCTTCAGGATCTG CCCTCGAGAACCAAAGACTTTTCTCTCGTCCCAGATACTGATCTGTGGTTATCAGGAATA AAATGGAGCATTAAGACGGGCAGCATGTCAGTCCCACAATGCCAAGTCAGAATAAACTCT ACCCAGGATAAAAGATTTGATATCAAAGAAAATTTGCATCTAATTTATTCATGCTATTCA GGTCAAATTACAAAATAAGTGGCTAATCAAAATTAAAACTCATGGCTACAAGAATTGCAA TCAGTATAACCATAGTATAGGCCTCGCAATGCATGTACATATCATAAGTTCAAGAACATC TTGTCAGTCCTCAATATATTTGTAGGCTCTTGAAGATGAAAATGCAATAGGAATCACCTT GAAAATGTAGTTTAGCTAAGTGCTGGAATCAAACATCTTATATCTATGATCTAGAACAAG GTCAACTAAGATAAACCAGGAGGGCGTTCGATGTGTAACTCATATCCATACAATAGTGTT CGTGTTTATCCTGAAGAAACTTTCATCCTGAACGCAAGTATTTCAAGGGTAAGAGATGTG AATGCAGGGAACAATTACTTTATTTGTCGAATTACCAGAACAGATAAATCTACTAATAAT TGTTATTTCATCTCTGACCAACAATCATAAAGCACAAAAAGGTGTTGTTTCGACTCCACA CATTTTTAGCCGGCAATAACTGTTTTGAAAGGAGCAGCCCAGCCGCATTGCCTAGATACA CAACAGTAATAAGAATCATACTCAATTTCCATTTTCCACAACTACTGTTCTTACAAATGT TACTCCAAAAAGAAATCGAACTACTAAAACTTAGTGCAAAACCGTGCAGGACACTCAATA TGATAGGACAATGTCATATGATCAGAAAGCATTGACCATATTCCTGCTTATTCATGGCTA AGACTTGACCAGCAGCTTATAAAATAAAAGGTTGATACATAAATCTTGAAATCACAAGGA AAGGAAGTTGTCCAAAAAGACCTATAATCTATTAAATTCCATGTGAACTTTTCAAGAAGT TAACACAATGGGAACATAAGATTCATATAGGCGATACCAATTAGTTGTGATTTAAGCTTA AGTTCAATAAATGCTAAGAATTAGTCTGTTTGGATATTTGTATCCCAATAAAGTCTGAAA ACCAATAATTATTAAAGTACAACAAATTATTGATCATCGGAGTGAAAGGCCCAATTGAGT GAAATGGATAGAGAGGATTTCTGTAGCCAACCACAACTAGCTTGGAGTTGAGAAGTAGTT GTTATTTTTGTTGCACGTAGATCTGTAGAAAAATGAAGGTTCGTCCCACTTCTTACAACA AAAACAATCCAAGCACACTTGGTGGACTATATGGACAGAGAGGAATCTTAGGGCCCGTTT GTCCATAGGCTTCCCAAATAAAATTTGGAGGGAAAATTTGGCAAATAGTGTTTGTCCATA AAATTTACCATTATTTGGCAAATAACCCAAATTCCCAAATACTAGAAAAAATTAGTATTT GGGTCAAGTTTCATTATTTGGGAACTTTTAATAATTCATATTCTACACCAGACTTTTATC TTTTACAAGAATACCCTTTATAGTAGTTGTTTTCGTTGTTTTACATAATTCTTTTACGTG AACATCAAAGTAGTGATGGAATATACCGTAAATATAAAAGTGATGATGTGGTTGTTGATG AAAATGATGAACAATCCATTTAGGGTAGCAAAGTCATGTGCTATGTTATACAAACATATG GTTAGTTTTGGTAGTTTTTAAAACTTATGAGTAGAAATTATATTTCTTAAAAAGGTGAAA TATAGGCCAAATACGTAGTGAAATTTCACCCAAATAATATTTCCCAAAAATATTTGGAAA TCTATGGTCAAATGCTAGCTTAGAGTTTCTGAGAGTGAGGGTAATTGTAATCTGACTTCG CATTTTTGGTGTAATCAGGTTTACTCTAATGAAACGGTCTCTATCATTGATGTTTTACAC TCATTATAGGGATAGGGCAGTTCTCTCAGAGTTCCTTGTGTAAATATCAATACAACCATG TACTGATTTACAGAAATAGAAACAGTTGCCAATTTCAGAATGAAAAAAAATCACAAAATA AATAGGAGACTCGGTTAAGTTTTTTTAGCCGAAGTTTTCTAGTTTCATATCTTGCAAACT GGGTAATAAGGCTTTTCACTTCAATAATGGGCTTGCATATCTTTGACAATGAGGATTCAA GGCTCAAAGCTCCTAAGTTCAATCTCTCAAGTAGCAAGTAGTCTGACGTAGACTTGTATT TATTTTCTTACCTTGTTGTGGGTATCATGTGACATATTCATGATTACTCATCATTTGAGC AATACACCTTTTGTATTCTCCTTAATTTGATGCTATCGTACTATCATCGCTTCTCTCTCA GATAAATCTACAATCTAGTATAGTGAAACTAAATACACCTCCCTCTTGATTGAATGTTAC CTATTTACTTGATCAGAACACCATGTATAGGGAAATCTTAGGGAATCTTAACAACTCAAA GAAGAGATTTGTCAGGAAATTCAGAATTAGATGCATAGGTCTTCCTCTCGGAATACTAAT CATCCACAAATATGTGTCTCAAATGCTACACACAAATGGGTGAACTAAAACTAATCAAAC TCATTTACCCCCTTATGGCTACATAGTGGAGCTAAAAATAAGGAGCTAGAGAAACATACC AGCCGCAAAGCAGCGTTTCTTCCAAACTCATTTCCATTTTCAATAACATCACGAAGAGCA TCTGGAAGAACCTTCCAAAATTCAGCAACAAATTCTGCACCCTTTCTCCGACTATTCTGA AGGATGTCATTTGCAAGGTAAAGAAATGACAATCTCTGTTCACGTGGTGAGCAATGGAAT TGCTGGGCCCAGGTTTCCACAACTTGTTTTGCTTTGGTCATGTGAAAAATACACCAATGT GATAAAGCTAGTTGGAGTTGAGGATTACAAAAGCAAGCATTAGTTAAATAAATAATTGCT AAAGAAATAAATGAGAGAATATTTTTTCCTACTGTACCCACAAATTCAAATTCAAGAGAA CGGAAGTCCAATATTCTATGATAAGGAAAAGTCACAGCCGCTACCCTTTGGGTGCGCACA GGGTAAAACCTCTGGTTCTATGTAATAGCTCGCAAACCACACAGGAGATGTTACCCGTAC TAGGCAAGTCTGATGCAACGAGCTCAACCCAAAACACAAACAACCCCATGTTTTCGCCGG CAAGGGTTTTCGAACTTGAGCCCTCCAACATGTATGTCCCAAGCCCAAACCACTAGGACA CCCCGAAGGGATGACGAAAGTCCAACACTAGTCCTCAATCTTTTTCTTATCCACCAAATT AAACAAAAAGAAAATAACTTATTTTTTGTTCATTATAATCTCCTTTGTTTCTCCCTAGTT TTCAAACATGGAGTTAATTTCCATGCCCCACCAATTTGTTTCCTGAAAAACTGGATCGAG GGGATACCATAAGATCAAATTATTATTTTACTTAAAAAGAAAAAATTTAAGATCAAACAA TTATCTAAGTAGCATGTAGAAGTTAATGGATACTTTCAATGCTTTGCTGTGAACTATTAA GCATTTCCAGCTTATCCACCAAAATTTGCGTATTGAATGTGCTCCCCATTGTTTCGGAAG CAATATTCATCAACTAGTAAGCCGCAAGCAGACCTTTATGAGAAAAGAACACTCTGCCAT AAACAAACTAAATAAGCACAATATCACTTTTGTGGGAGCGAAGAAAAAGAATTTGACTAG ATAATAATAATTTAGTAGGACAAATCCTGTCAAATCACAAGTATAGACATGAGAATGATG CCAAATTTAGAAAAAGGAAGCACTTTTATGGGTCAAAGGATCCATGTTGAAGAAGCGGAC AAGAATGTTTCGAAGCAAATAAGTAGTCTATGTTTACAGTTAGTCTCTTAACAATATAGA ATAGTCCACAAATTGCATTCCAGGATGCCTGTTATGTGTCCTGACCACTTAAGGATAGCT CCTGAAAAATGAGTCCTTACAAGTAGTTCCTAAAAAGCTACCAAATTTTTTTTAAAAAAA AGGGGATCTCCCAACGGAGTATGGGGATGATTTCTGGATTTCTGGCAGCTGAATATTTCC CCTAAGATTCATTTACCGAATAGCTCTTCAGATCTCATAAAGGATACATAGATGTAAAAC GTATTATAATGTTTGCCCTCTAATATATTCCATGCTTGCAGTTGCAATTCATTCTATTAT ACCATTAACGCTTTTTTCGAGGATAAAAAGATACCATACACACATTGTGTGCATCTCTGT TTAACTAGAGCAAATATAGCAAACTGAACCAATTTAACACACATTCACTCCCATAACTTG CAAAGAATCTTTGAAAAATCAAAATTGTAATTTAGACAAGCTTTAACAATTAAAATACCA TTCTTTTGATCAACTTAATAGTTGAAATAACATTTAATGTCCAATTGTACCCTTTCTAAA AGTTAGAATTAATCACCAGCCATCCCAATCCTACCTTTTGGAATTTTGAAAAAACAGATA GGGTCTATTTGCTGCCCCAGTTAAGAAAAGATTGGATGTTTAGCCTTTGAACATTGGATT ACTTATGTTTACTTATAAGTTTCTCTCTAAAGTCTAAACAAAAAAAAAAGAACAGAAGGA AAAGTTTTTTTAAAAAAAAACAAAAAAAACTAACATATCAGAATTGGCATGTGAGTTCAA TTCCTAGGTTTCTAGGGTTAAAGAAGCTCGCAAACAAGAAAAATCAAGAATTAAAAAAAT ATATATAACCCTAGAATCAGAATAAGGTGGGGGCAAAAAAAGGAAGAAGAAAGACAAACC AGAATGCAGCAGAAGTGAGTAGCGGCGAAGGGAATTGTAAGAAACAAAATCAATTCGTAA TTGAACCCGACTTACAGAGTAGTAGTTGTTATTGTTGTTGTTGTAATAATACACTTCTTT TCAAACTCAAAGCCCATATCTAACCAAACCAAGTTGGGTTTAGCTTCCGCTCGTGAACCA ACCTCTCCAATTTCCGCACCTCTCCTTCCTTACTCATTTTAATTACCTTTATAACCCCTT CTCTTTCCTTTTTTTTTTTCTTTTTTTTTTTAATACTAATCTAACAATTTCAGATTAAAT AAAATTAATACCTTCATTTAATTGGAAATGTTTATTATGTATTTGGAGGCTCAAATTGGA AAAAATTCATTGATTGAACATGGAGATCATGTTCAGTACAAAATCATGAAAATTGTTATT TTTGTTATACTATGAGTATTGCAATGTCATGAGGTTTGTGTATATATTTATGGGATATTT GAGAATTATGAGATTGTTCAATTAAAGAAACTTTGTT GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_1 match_part 0.962 6101 6284 match_part 1.000 6424 6502 match_part 0.994 10874 11043 match_part 1.000 11128 11175 match_part 0.989 12214 12303 match_part 0.968 12424 12485 match_2 match_part 0.962 6101 6284 match_part 1.000 6424 6502 match_part 0.994 10874 11043 match_part 1.000 11128 11175 match_part 1.000 12214 12263 match_3 match_part 1.000 6132 6284 match_part 1.000 6424 6502 match_part 1.000 10874 11043 match_part 1.000 11128 11175 match_part 1.000 12214 12303 match_part 0.994 12964 13287 match_part 0.800 13396 13400 match_4 match_part 0.960 6135 6284 match_part 1.000 6424 6502 match_part 1.000 10874 11043 match_part 1.000 11128 11175 match_part 1.000 12214 12303 match_part 0.983 12964 13262 match_5 match_part 0.894 6143 6284 match_part 0.949 6424 6502 match_part 0.953 10874 11043 match_part 0.958 11128 11175 match_part 0.933 12214 12303 match_part 0.847 12964 13198 match_6 match_part 0.894 6143 6284 match_part 0.949 6424 6502 match_part 0.953 10874 11043 match_part 0.979 11128 11175 match_part 0.933 12214 12303 match_part 0.822 12964 13132 match_7 match_part 1.000 6144 6284 match_part 1.000 6424 6502 match_part 0.992 10874 11003 match_8 match_part 0.950 6145 6284 match_part 0.962 6424 6502 match_part 0.982 10874 11043 match_part 0.958 11128 11175 match_part 0.978 12214 12303 match_part 0.975 12964 13287 match_part 0.625 13396 13403 match_9 match_part 1.000 6145 6284 match_part 1.000 6424 6502 match_part 1.000 10874 11043 match_part 1.000 11128 11175 match_part 1.000 12214 12303 match_part 1.000 12964 13257 match_10 match_part 1.000 6151 6284 match_part 1.000 6424 6502 match_part 1.000 10874 11043 match_part 1.000 11128 11175 match_part 1.000 12214 12303 match_part 0.993 12964 13115 match_11 match_part 0.963 6151 6284 match_part 1.000 6424 6502 match_part 1.000 10874 11043 match_part 1.000 11128 11175 match_part 1.000 12214 12295 match_12 match_part 1.000 6153 6284 match_part 1.000 6424 6502 match_part 1.000 10874 11043 match_part 1.000 11128 11175 match_part 1.000 12214 12245 match_13 match_part 1.000 6156 6284 match_part 1.000 6424 6502 match_part 1.000 10874 11043 match_part 1.000 11128 11175 match_part 1.000 12214 12303 match_part 1.000 12964 13079 match_14 match_part 0.906 6157 6284 match_part 0.949 6424 6502 match_part 0.953 10874 11043 match_part 0.958 11128 11175 match_part 0.933 12214 12303 match_part 0.886 12964 13191 match_15 match_part 0.984 6159 6284 match_part 1.000 6424 6502 match_part 1.000 10874 11043 match_part 1.000 11128 11175 match_part 0.989 12214 12303 match_part 1.000 12964 13269 match_16 match_part 0.992 6160 6284 match_part 1.000 6424 6502 match_part 0.994 10874 11043 match_part 0.958 11128 11175 match_part 0.989 12214 12303 match_part 0.989 12964 13144 match_17 match_part 1.000 6160 6284 match_part 1.000 6424 6502 match_part 1.000 10874 11043 match_part 1.000 11128 11175 match_part 1.000 12214 12303 match_part 0.994 12964 13140 match_18 match_part 1.000 6160 6284 match_part 1.000 6424 6502 match_part 1.000 10874 11043 match_part 1.000 11128 11175 match_part 1.000 12214 12303 match_part 0.990 12964 13068 match_19 match_part 1.000 6162 6284 match_part 1.000 6424 6502 match_part 1.000 10874 11043 match_part 1.000 11128 11175 match_part 1.000 12214 12303 match_part 0.991 12964 13279 match_20 match_part 1.000 6163 6284 match_part 1.000 6424 6502 match_part 1.000 10874 11043 match_part 1.000 11128 11175 match_part 1.000 12214 12303 match_part 1.000 12964 13018 match_21 match_part 1.000 6163 6284 match_part 1.000 6424 6502 match_part 1.000 10874 11043 match_part 1.000 11128 11175 match_part 1.000 12214 12303 match_part 1.000 12964 13009 match_22 match_part 1.000 6164 6284 match_part 1.000 6424 6502 match_part 1.000 10874 11043 match_part 1.000 11128 11175 match_part 1.000 12214 12303 match_part 0.992 12964 13085 match_23 match_part 1.000 6173 6284 match_part 1.000 6424 6502 match_part 1.000 10874 11043 match_part 1.000 11128 11175 match_part 1.000 12214 12303 match_part 0.984 12964 13217 match_24 match_part 1.000 6173 6284 match_part 1.000 6424 6502 match_part 1.000 10874 11043 match_part 1.000 11128 11175 match_part 1.000 12214 12302 match_25 match_part 1.000 6173 6284 match_part 1.000 6424 6502 match_part 0.994 10874 11043 match_part 0.958 11128 11175 match_part 1.000 12214 12242 match_26 match_part 0.909 6186 6284 match_part 0.924 6424 6502 match_part 0.978 10874 10918 match_27 match_part 0.939 6187 6284 match_part 1.000 6424 6502 match_part 0.994 10874 11043 match_part 1.000 11128 11158 match_28 match_part 1.000 6188 6284 match_part 1.000 6424 6502 match_part 1.000 10874 11043 match_part 1.000 11128 11175 match_part 1.000 12214 12303 match_part 0.997 12964 13285 match_part 0.833 13396 13401 match_29 match_part 1.000 6258 6284 match_part 1.000 6424 6502 match_part 1.000 10874 11043 match_part 1.000 11128 11175 match_part 1.000 12214 12243 match_30 match_part 1.000 6275 6284 match_part 1.000 6424 6502 match_part 1.000 10874 11043 match_part 1.000 11128 11175 match_part 1.000 12214 12303 match_part 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15569 match_38 match_part 0.950 13908 14126 match_part 0.974 14244 14359 match_part 0.963 15115 15168 match_part 1.000 15276 15281 match_39 match_part 0.950 13908 14126 match_part 0.983 14244 14359 match_part 0.846 15115 15140 match_40 match_part 0.952 13919 14126 match_part 0.973 14248 14359 match_part 0.963 15115 15168 match_part 1.000 15276 15300 match_part 0.984 15478 15600 match_part 0.982 15998 16108 match_41 match_part 0.977 15992 16164 match_part 1.000 16270 16339 match_part 1.000 16674 16772 match_part 0.965 17768 18056 match_42 match_part 1.000 15998 16164 match_part 1.000 16270 16339 match_part 1.000 16674 16772 match_part 1.000 17768 18056 match_part 0.467 18635 18649 match_43 match_part 0.970 16065 16164 match_part 0.957 16270 16339 match_part 0.970 16674 16772 match_part 0.934 17768 18056 match_44 match_part 0.989 18889 19548 match_45 match_part 0.995 18892 19628 match_46 match_part 1.000 18892 19628 match_47 match_part 0.958 18900 19208 match_48 match_part 1.000 18901 19411 match_49 match_part 1.000 18901 19200 match_50 match_part 1.000 18901 19079 match_51 match_part 1.000 18903 19415 match_52 match_part 1.000 18903 19390 match_53 match_part 0.986 18907 19413 match_54 match_part 0.993 18913 19482 match_55 match_part 1.000 18920 19415 match_56 match_part 1.000 18922 19579 match_57 match_part 0.963 18923 19579 match_58 match_part 0.972 18924 19706 match_59 match_part 0.972 18924 19628 match_60 match_part 0.967 18924 19321 match_61 match_part 0.965 18928 19448 match_62 match_part 0.993 19036 19315 match_63 match_part 0.997 19055 19986 match_64 match_part 0.993 22232 22673 match_65 match_part 0.986 22254 22673 match_66 match_part 0.995 26873 27493 match_67 match_part 0.985 26874 27395 match_68 match_part 1.000 27051 27722 match_69 match_part 1.000 27051 27242 match_70 match_part 0.905 27092 27720 match_71 match_part 0.982 27225 27768 match_72 match_part 1.000 38550 38701 match_part 1.000 42271 42403 match_part 1.000 42826 43337 match_73 match_part 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match_part 1.000 761 678 match_part 1.000 590 480 match_part 0.997 391 86 match_113 match_part 1.000 1295 1265 match_part 1.000 761 678 match_part 1.000 590 480 match_part 1.000 391 104 match_114 match_part 1.000 761 678 match_part 1.000 590 480 match_part 1.000 391 115 match_115 match_part 0.996 1987 1749 match_part 1.000 1365 1265 match_part 1.000 761 678 match_part 1.000 590 480 match_part 0.982 391 174 match_116 match_part 0.984 1809 1749 match_part 0.960 1365 1265 match_part 1.000 761 678 match_part 0.982 590 480 match_part 0.984 391 206 match_117 match_part 1.000 2101 1749 match_part 1.000 1365 1265 match_part 1.000 761 678 match_part 1.000 590 480 match_part 1.000 391 252 match_118 match_part 0.967 3102 3073 match_part 0.943 2317 1881 match_part 0.989 570 480 match_part 0.972 391 286 match_119 match_part 0.993 1885 1749 match_part 1.000 1365 1265 match_part 1.000 761 678 match_part 1.000 590 480 match_part 1.000 391 286 match_120 match_part 1.000 1307 1265 match_part 1.000 761 678 match_part 0.991 590 480 match_part 0.988 391 310 match_121 match_part 0.991 1858 1749 match_part 1.000 1365 1265 match_part 1.000 761 678 match_part 1.000 590 480 match_part 0.984 391 330 match_122 match_part 0.933 1469 1455 match_part 0.960 1365 1265 match_part 1.000 761 678 match_part 0.982 590 480 match_part 1.000 391 344 match_123 match_part 0.988 2087 1749 match_part 1.000 1365 1265 match_part 0.988 761 678 match_part 0.973 590 480 match_part 0.950 391 352 match_124 match_part 0.993 2171 1749 match_part 1.000 1365 1265 match_part 1.000 761 678 match_part 1.000 590 480 match_part 1.000 391 370 match_125 match_part 1.000 2117 1749 match_part 1.000 1365 1265 match_part 1.000 761 678 match_part 0.961 590 489 match_126 match_part 0.830 3125 3073 match_part 1.000 2317 1749 match_part 1.000 1365 1265 match_part 1.000 761 678 match_part 1.000 590 503 match_127 match_part 0.970 2147 1749 match_part 0.950 1365 1265 match_part 0.988 761 678 match_part 1.000 590 515 match_128 match_part 0.975 2180 1749 match_part 0.970 1365 1265 match_part 0.917 761 678 match_part 1.000 590 553 match_129 match_part 0.998 2317 1749 match_part 0.990 1365 1265 match_part 1.000 761 678 match_part 1.000 590 555 match_130 match_part 1.000 3115 3073 match_part 1.000 2317 1749 match_part 1.000 1365 1265 match_part 1.000 761 678 match_part 1.000 590 558 match_131 match_part 0.900 3102 3073 match_part 1.000 2317 1749 match_part 1.000 1365 1265 match_part 0.975 761 681 match_132 match_part 0.977 2317 1749 match_part 0.950 1365 1265 match_part 0.937 761 683 match_133 match_part 0.974 2317 1749 match_part 0.950 1365 1265 match_part 0.887 761 700 match_134 match_part 0.917 3108 3073 match_part 0.982 2317 1749 match_part 0.970 1365 1265 match_part 0.981 761 708 match_135 match_part 1.000 3105 3073 match_part 1.000 2317 1749 match_part 1.000 1365 1265 match_part 1.000 761 714 match_136 match_part 0.952 3093 3073 match_part 0.977 2317 1749 match_part 0.950 1365 1265 match_part 0.950 761 722 match_137 match_part 1.000 3112 3073 match_part 0.998 2317 1749 match_part 1.000 1365 1265 match_part 1.000 761 723 match_138 match_part 0.962 3098 3073 match_part 0.974 2317 1749 match_part 0.970 1365 1265 match_part 0.895 761 724 match_139 match_part 0.996 2318 1749 match_part 0.990 1365 1265 match_part 0.895 761 724 match_140 match_part 0.974 2317 1749 match_part 0.950 1365 1265 match_part 0.974 761 724 match_141 match_part 0.972 2317 1749 match_part 0.911 1365 1265 match_part 0.971 761 728 match_142 match_part 0.995 2317 1749 match_part 0.980 1365 1265 match_part 1.000 761 741 match_143 match_part 0.966 3101 3073 match_part 0.979 2317 1749 match_part 0.931 1365 1265 match_part 1.000 761 748 match_144 match_part 0.971 3107 3073 match_part 0.975 2317 1749 match_part 0.921 1365 1265 match_145 match_part 0.971 3107 3073 match_part 0.975 2317 1749 match_part 0.921 1365 1265 match_146 match_part 0.952 3093 3073 match_part 0.977 2317 1749 match_part 0.939 1365 1267 match_147 match_part 0.962 3098 3073 match_part 0.974 2317 1749 match_part 0.959 1365 1268 match_148 match_part 1.000 2192 1749 match_part 0.990 1365 1269 match_149 match_part 0.815 3099 3073 match_part 0.996 2317 1749 match_part 1.000 1365 1281 match_150 match_part 1.000 2290 1749 match_part 1.000 1365 1311 match_151 match_part 1.000 3091 3073 match_part 0.993 2317 1749 match_152 match_part 0.964 2217 1749 match_153 match_part 0.966 3101 3073 match_part 0.968 2317 1750 match_154 match_part 1.000 2317 1750 match_155 match_part 1.000 3101 3073 match_part 0.998 2317 1777 match_156 match_part 1.000 2302 1777 match_157 match_part 1.000 3090 3073 match_part 0.998 2317 1781 match_158 match_part 1.000 3033 3003 match_part 1.000 2317 1797 match_159 match_part 1.000 3088 3073 match_part 1.000 2317 1800 match_160 match_part 1.000 3019 2886 match_part 1.000 2317 1800 match_161 match_part 0.996 2317 1800 match_162 match_part 0.970 3105 3073 match_part 0.973 2317 1801 match_163 match_part 0.962 3098 3073 match_part 0.970 2317 1816 match_164 match_part 0.969 2209 1829 match_165 match_part 0.979 2308 1831 match_166 match_part 1.000 3092 3073 match_part 0.998 2317 1832 match_167 match_part 0.992 2316 1833 match_168 match_part 0.998 2289 1836 match_169 match_part 0.975 2288 1841 match_170 match_part 0.964 2180 1844 match_171 match_part 1.000 3096 3073 match_part 1.000 2317 1866 match_172 match_part 0.955 3094 3073 match_part 0.978 2317 1867 match_173 match_part 1.000 3096 3073 match_part 1.000 2317 1875 match_174 match_part 0.892 3109 3073 match_part 0.979 2317 1882 match_175 match_part 1.000 3092 3073 match_part 1.000 2317 1885 match_176 match_part 1.000 3006 2962 match_part 1.000 2317 1885 match_177 match_part 0.979 2317 1885 match_178 match_part 1.000 3037 3003 match_part 1.000 2317 1915 match_179 match_part 0.955 3094 3073 match_part 0.979 2317 1931 match_180 match_part 0.974 2318 1941 match_181 match_part 0.962 3098 3073 match_part 0.979 2317 1943 match_182 match_part 0.997 2263 1957 match_183 match_part 1.000 3092 3073 match_part 1.000 2317 2042 match_184 match_part 1.000 20974 20498 match_185 match_part 0.958 24048 23905 match_part 0.956 23820 23753 match_part 0.985 22518 22320 match_part 0.944 21187 20834 match_186 match_part 0.963 24040 23905 match_part 0.956 23820 23753 match_part 0.985 22518 22320 match_part 0.952 21187 20918 match_187 match_part 1.000 24020 23905 match_part 1.000 23820 23753 match_part 1.000 22518 22320 match_part 1.000 21187 20951 match_188 match_part 0.964 24070 23905 match_part 0.971 23820 23753 match_part 0.985 22518 22320 match_part 0.912 21187 21040 match_189 match_part 0.991 24021 23905 match_part 1.000 23820 23753 match_part 1.000 22518 22320 match_part 1.000 21187 21058 match_190 match_part 0.961 24159 23905 match_part 1.000 23820 23753 match_part 0.975 22518 22320 match_191 match_part 0.998 29673 29117 match_192 match_part 1.000 50929 50544 match_part 1.000 49613 49399 match_193 match_part 1.000 64403 64115 match_part 1.000 63776 63438 match_194 match_part 0.952 64580 64498 match_part 0.989 64291 64115 match_part 0.987 63776 63475 match_195 match_part 0.952 64580 64498 match_part 0.989 64291 64115 match_part 0.976 63776 63526 match_196 match_part 0.993 77964 77820 match_part 0.977 76021 75851 match_part 0.981 73913 73862 match_197 match_part 0.993 81288 80613 match_198 match_part 0.967 89745 89716 match_part 1.000 88493 88354 match_part 0.996 87727 87480 match_part 1.000 84822 84715 match_part 1.000 84600 84444 match_part 1.000 82379 82240 match_part 1.000 82147 82112 match_part 1.000 81613 80646 match_199 match_part 0.998 81287 80768 match_200 match_part 1.000 89821 89716 match_part 1.000 88493 88354 match_part 1.000 87727 87480 match_part 1.000 84822 84715 match_part 1.000 84600 84587 match_201 match_part 0.984 89701 89640 match_part 0.964 88493 88354 match_part 0.923 87727 87480 match_202 match_part 1.000 89687 89315 match_part 1.000 88493 88354 match_part 0.978 87727 87501 match_203 match_part 1.000 89687 89315 match_part 1.000 88493 88354 match_part 1.000 87727 87601 match_204 match_part 0.963 89687 89305 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C02SLe0061K08.1 type gene exon 3125 3073 exon 2317 1749 exon 1365 1265 exon 761 678 exon 590 480 exon 391 1 gene_2 gene GT_PGL_1_AGS_2 transcript source GenomeThreader seq_id C02SLe0061K08.1 type gene exon 2318 1749 exon 1365 1265 exon 761 678 exon 590 480 exon 391 1 gene_3 gene GT_PGL_1_AGS_3 transcript source GenomeThreader seq_id C02SLe0061K08.1 type gene exon 3026 2886 exon 2317 1749 exon 1365 1265 exon 761 678 exon 590 480 exon 391 1 gene_4 gene GT_PGL_1_AGS_4 transcript source GenomeThreader seq_id C02SLe0061K08.1 type gene exon 3037 3003 exon 2317 1749 exon 1365 1265 exon 761 678 exon 590 480 exon 391 1 gene_5 gene GT_PGL_1_AGS_5 transcript source GenomeThreader seq_id C02SLe0061K08.1 type gene exon 3006 2962 exon 2317 1749 exon 1365 1265 exon 761 678 exon 590 480 exon 391 1 gene_6 gene GT_PGL_1_AGS_6 transcript source GenomeThreader seq_id C02SLe0061K08.1 type gene exon 1469 1455 exon 1365 1265 exon 761 678 exon 590 480 exon 391 1 gene_7 gene GT_PGL_1_AGS_7 transcript source GenomeThreader seq_id C02SLe0061K08.1 type gene exon 3109 3073 exon 2317 1881 exon 570 480 exon 391 1 gene_8 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C02SLe0061K08.1 type gene exon 6101 6284 exon 6424 6502 exon 10874 11043 exon 11128 11175 exon 12214 12303 exon 12964 13287 exon 13396 13404 gene_9 gene GT_PGL_2_AGS_2 transcript source GenomeThreader seq_id C02SLe0061K08.1 type gene exon 6101 6284 exon 6424 6502 exon 10874 11043 exon 11128 11175 exon 12214 12303 exon 12964 13284 exon 13396 13401 gene_10 gene GT_PGL_2_AGS_3 transcript source GenomeThreader seq_id C02SLe0061K08.1 type gene exon 6101 6284 exon 6424 6502 exon 10874 11043 exon 11128 11175 exon 12214 12303 exon 12964 13285 exon 13396 13401 gene_11 gene GT_PGL_2_AGS_4 transcript source GenomeThreader seq_id C02SLe0061K08.1 type gene exon 6101 6284 exon 6424 6502 exon 10874 11043 exon 11128 11175 exon 12214 12303 exon 12424 12485 gene_12 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C02SLe0061K08.1 type gene exon 13729 14126 exon 14244 14359 exon 15115 15168 exon 15276 15300 exon 15478 15569 gene_13 gene GT_PGL_3_AGS_2 transcript source GenomeThreader seq_id C02SLe0061K08.1 type gene exon 15992 16164 exon 16270 16339 exon 16674 16772 exon 17768 18056 exon 18635 18649 gene_14 gene GT_PGL_3_AGS_3 transcript source GenomeThreader seq_id C02SLe0061K08.1 type gene exon 13919 14126 exon 14248 14359 exon 15115 15168 exon 15276 15300 exon 15478 15600 exon 15998 16164 exon 16270 16339 exon 16674 16772 exon 17768 18056 exon 18635 18649 gene_15 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C02SLe0061K08.1 type gene exon 18889 19986 gene_16 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C02SLe0061K08.1 type gene exon 24159 23905 exon 23820 23753 exon 22518 22320 exon 21187 20498 gene_17 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C02SLe0061K08.1 type gene exon 22232 22673 gene_18 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C02SLe0061K08.1 type gene exon 26873 27768 gene_19 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C02SLe0061K08.1 type gene exon 29673 29117 gene_20 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C02SLe0061K08.1 type gene exon 38550 38701 exon 42271 42403 exon 42826 43933 gene_21 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C02SLe0061K08.1 type gene exon 48128 48175 exon 48359 48404 exon 48481 48595 exon 48671 48738 exon 49280 49823 gene_22 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C02SLe0061K08.1 type gene exon 50929 50544 exon 49613 49399 gene_23 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C02SLe0061K08.1 type gene exon 54449 54602 exon 55564 55674 exon 56056 56190 exon 56332 56403 exon 56499 56577 exon 58430 58479 exon 58788 58891 exon 58995 59063 exon 59137 59200 exon 59387 59455 exon 60049 60132 exon 60219 60277 exon 61150 61216 exon 61576 61659 exon 62358 62775 gene_24 gene GT_PGL_12_AGS_2 transcript source GenomeThreader seq_id C02SLe0061K08.1 type gene exon 60667 61216 exon 61576 61659 exon 62358 62765 gene_25 gene GT_PGL_12_AGS_3 transcript source GenomeThreader seq_id C02SLe0061K08.1 type gene exon 59789 59789 exon 60049 60132 exon 60219 60277 exon 61150 61216 exon 61576 61659 exon 62358 62775 gene_26 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C02SLe0061K08.1 type gene exon 63053 63084 exon 63196 63678 gene_27 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C02SLe0061K08.1 type gene exon 64580 64498 exon 64291 64115 exon 63776 63475 gene_28 gene GT_PGL_14_AGS_2 transcript source GenomeThreader seq_id C02SLe0061K08.1 type gene exon 64403 64115 exon 63776 63438 gene_29 gene GT_PGL_15_AGS_1 transcript source GenomeThreader seq_id C02SLe0061K08.1 type gene exon 77964 77820 exon 76021 75851 exon 73913 73862 gene_30 gene GT_PGL_16_AGS_1 transcript source GenomeThreader seq_id C02SLe0061K08.1 type gene exon 89821 89716 exon 88493 88354 exon 87727 87480 exon 84822 84715 exon 84600 84444 exon 82379 82240 exon 82147 82112 exon 81613 80613 gene_31 gene GT_PGL_16_AGS_2 transcript source GenomeThreader seq_id C02SLe0061K08.1 type gene exon 89687 89315 exon 88493 88354 exon 87727 87501 gene_32 gene GT_PGL_16_AGS_3 transcript source GenomeThreader seq_id C02SLe0061K08.1 type gene exon 89687 89305 gene_33 gene GT_PGL_16_AGS_4 transcript source GenomeThreader seq_id C02SLe0061K08.1 type gene exon 89701 89640 exon 88493 88354 exon 87727 87480 RepeatMasker tomato repeats master Copia00039 261 466 1 Copia00039 261 466 1 nucleotide_motif 1220 4307 4512 Gypsy00003 5064 7574 1 Gypsy00003 5064 7574 1 nucleotide_motif 19807 7049 9564 Unknown00019 151 703 1 Unknown00019 151 703 1 nucleotide_motif 412 34006 34593 Copia00151 10448 10500 1 Copia00151 10448 10500 1 nucleotide_motif 236 38197 38253 Copia00094 4327 4585 1 Copia00094 4327 4585 1 nucleotide_motif 757 53429 53690 TS2 533 652 1 TS2 533 652 1 nucleotide_motif 561 58178 58290 Gypsy00046 4068 4121 1 Gypsy00046 4068 4121 1 nucleotide_motif 233 65253 65307 Copia00181 1833 1885 1 Copia00181 1833 1885 1 nucleotide_motif 257 65270 65323 Unknown00037 214 3639 1 Unknown00037 214 3639 1 nucleotide_motif 235 79512 79571 RepeatMasker tomato repeats master Copia00039 899 5494 -1 Copia00039 899 5494 -1 nucleotide_motif 455 4823 4310 Copia00039 264 464 -1 Copia00039 264 464 -1 nucleotide_motif 1140 5036 4837 Unknown00008 2526 4449 -1 Unknown00008 2526 4449 -1 nucleotide_motif 6297 10664 8796 Copia00019 4497 4576 -1 Copia00019 4497 4576 -1 nucleotide_motif 372 33197 33118 Copia00019 3285 3391 -1 Copia00019 3285 3391 -1 nucleotide_motif 668 33301 33195 Gypsy00073 1235 1376 -1 Gypsy00073 1235 1376 -1 nucleotide_motif 532 33897 33761 Copia00110 13309 13567 -1 Copia00110 13309 13567 -1 nucleotide_motif 1105 34256 33999 Copia00110 13144 13455 -1 Copia00110 13144 13455 -1 nucleotide_motif 934 34608 34330 ALIEN1_CA 5 122 -1 ALIEN1_CA 5 122 -1 nucleotide_motif 378 49132 49016 TOPSCOTCH_LP_I 3 949 -1 TOPSCOTCH_LP_I 3 949 -1 nucleotide_motif 3501 57705 56758 SONATA3 1 246 -1 SONATA3 1 246 -1 nucleotide_motif 532 65871 65606 Gypsy00046 4065 4174 -1 Gypsy00046 4065 4174 -1 nucleotide_motif 250 71677 71565 Copia00172 5171 5321 -1 Copia00172 5171 5321 -1 nucleotide_motif 550 74511 74361 Copia00172 287 510 -1 Copia00172 287 510 -1 nucleotide_motif 1195 88090 87858 BLAST_tomato_bacs Tomato BAC sequences BLAST_tomato_bacs Tomato BAC sequences match_1 match 1518 7935 8944 match_2 match 1550 7935 8944 match_3 match 1505 7935 8944 match_4 match 1451 7935 8944 match_5 match 1558 7935 8944 match_6 match 1929 7935 8944 match_7 match 1929 7935 8944 match_8 match 1558 7935 8944 match_9 match 1534 7935 8944 match_10 match 1534 7935 8944 match_11 match 1544 7935 8944 match_12 match 1566 7935 8944 match_13 match 1544 7935 8944 match_14 match 1511 7935 8944 match_15 match 1550 7935 8944 match_16 match 1953 7935 8944 match_17 match 1945 7935 8944 match_18 match 1939 7935 8944 match_19 match 1566 7935 8944 match_20 match 1566 7935 8944 match_21 match 1511 7935 8944 match_22 match 1550 7935 8944 match_23 match 1558 7935 8944 match_24 match 1505 7935 8944 match_25 match 1505 7935 8944 match_26 match 1937 7935 8944 match_27 match 1937 7935 8944 match_28 match 1961 7935 8944 match_29 match 2426 21412 22656 match_30 match 2488 32204 33458 match_31 match 2648 19956 21354 match_32 match 2807 22671 24110 match_33 match 2958 10587 12147 match_34 match 4345 5657 7896 match_35 match 5448 1 2814 match_36 match 6028 12785 15846 match_37 match 8013 15872 19940 match_38 match 24946 31998 match_39 match 1552 7935 8944 match_40 match 1534 7935 8944 match_41 match 1534 7935 8944 match_42 match 2101 66310 67420 match_43 match 2349 60316 61500 match_44 match 2405 75226 76459 match_45 match 3194 76502 78112 match_46 match 4316 69131 71370 match_47 match 5073 71667 74249 match_48 match 7162 61569 65271 match_49 match 7563 79529 83532 match_50 match 83547 88845 match_51 match 1505 7935 8944 match_52 match 1505 7935 8944 match_53 match 1937 7935 8944 match_54 match 1929 7935 8944 match_55 match 1953 7935 8944 match_56 match 1544 7935 8944 match_57 match 1505 7935 8944 match_58 match 1505 7935 8944 match_59 match 1891 7935 8944 match_60 match 1552 7935 8944 match_61 match 1566 7935 8944 match_62 match 1582 7935 8944 match_63 match 1544 7935 8944 match_64 match 1544 7935 8944 match_65 match 1550 7935 8944 match_66 match 1467 7935 8940 match_67 match 1651 7935 8944 match_68 match 1762 7935 8942 match_69 match 1497 7935 8944 match_70 match 1497 7935 8944 match_71 match 1497 7935 8944 match_72 match 1544 7935 8944 match_73 match 1516 7935 8944 match_74 match 1566 7935 8944 match_75 match 1516 7939 8944 match_76 match 1558 7935 8944 match_77 match 1566 7935 8944 match_78 match 1566 7935 8944 match_79 match 1534 7935 8944 match_80 match 1534 7935 8944 match_81 match 1566 7935 8944 match_82 match 1566 7935 8944 match_83 match 1566 7935 8944 match_84 match 1534 7935 8944 match_85 match 1534 7935 8944 match_86 match 1558 7935 8944 match_87 match 1566 7935 8944 match_88 match 1566 7935 8944 match_89 match 1552 7935 8940 match_90 match 1556 7939 8944 match_91 match 1552 7935 8940 match_92 match 999 40304 41325 match_93 match 1104 39233 40302 match_94 match 1421 39488 41113 match_95 match 1566 7935 8944 match_96 match 1582 7935 8944 match_97 match 1945 7935 8944 match_98 match 1945 7935 8944 match_99 match 1542 7935 8944 match_100 match 1558 7935 8944 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) clone_1 clone 751.5 86 89888 clone_start_1 clone_start 886 86 556 clone_2 clone 646 86 90124 clone_start_2 clone_start 886 86 556 clone_start_3 clone_start 1104 1943 2523 clone_start_4 clone_start 1086 7057 7616 clone_end_1 clone_end 817 7057 7472 clone_end_2 clone_end 274 7751 7896 clone_start_5 clone_start 650 7935 8285 clone_end_3 clone_end 795 7935 8370 clone_start_6 clone_start 737 7935 8326 clone_end_4 clone_end 1287 8271 8944 clone_start_7 clone_start 603 8278 8597 clone_3 clone 925.5 28862 89203 clone_end_5 clone_end 1197 28862 29477 clone_start_8 clone_start 652 41046 41374 clone_end_6 clone_end 1513 48195 48957 clone_end_7 clone_end 975 60311 60810 clone_start_9 clone_start 729 64871 65267 clone_start_10 clone_start 932 70865 71370 clone_end_8 clone_end 688 83630 83976 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) clone_start_11 clone_start 1029 552 34 clone_end_9 clone_end 617 89888 89536 clone_end_10 clone_end 406 90124 89912 clone_end_11 clone_end 1487 2285 1536 clone_start_12 clone_start 682 5372 5025 clone_start_13 clone_start 1144 7645 7057 clone_end_12 clone_end 678 7896 7535 clone_end_13 clone_end 609 8265 7935 clone_end_14 clone_end 424 8164 7935 clone_start_14 clone_start 283 8089 7935 clone_start_15 clone_start 1291 8794 8119 clone_end_15 clone_end 718 8560 8191 clone_end_16 clone_end 575 8944 8630 clone_end_17 clone_end 971 10356 9867 clone_end_18 clone_end 620 10356 10044 clone_start_16 clone_start 611 10356 10049 clone_start_17 clone_start 884 11109 10587 clone_end_19 clone_end 993 21172 20619 clone_start_18 clone_start 783 25477 25083 clone_start_19 clone_start 654 89203 88862 clone_end_20 clone_end 848 33409 32959 clone_end_21 clone_end 1255 40764 40120 clone_start_20 clone_start 1402 41914 41173 clone_start_21 clone_start 1051 47250 46721 clone_start_22 clone_start 1302 49959 49292 clone_start_23 clone_start 1112 49958 49366 clone_start_24 clone_start 1435 50226 49503 clone_end_22 clone_end 948 50153 49672 clone_end_23 clone_end 1336 56057 55384 clone_end_24 clone_end 297 57833 57684 clone_end_25 clone_end 599 58221 57920 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_1 match_part 0.962 6101 6284 match_part 1.000 6424 6502 match_part 0.994 10874 11043 match_part 1.000 11128 11175 match_part 0.989 12214 12303 match_part 0.968 12424 12485 match_2 match_part 0.962 6101 6284 match_part 1.000 6424 6502 match_part 0.994 10874 11043 match_part 1.000 11128 11175 match_part 1.000 12214 12263 match_3 match_part 1.000 6132 6284 match_part 1.000 6424 6502 match_part 1.000 10874 11043 match_part 1.000 11128 11175 match_part 1.000 12214 12303 match_part 0.994 12964 13287 match_part 0.800 13396 13400 match_4 match_part 0.960 6135 6284 match_part 1.000 6424 6502 match_part 1.000 10874 11043 match_part 1.000 11128 11175 match_part 1.000 12214 12303 match_part 0.983 12964 13262 match_5 match_part 1.000 6144 6284 match_part 1.000 6424 6502 match_part 0.992 10874 11003 match_6 match_part 0.950 6145 6284 match_part 0.962 6424 6502 match_part 0.982 10874 11043 match_part 0.958 11128 11175 match_part 0.978 12214 12303 match_part 0.975 12964 13287 match_part 0.625 13396 13403 match_7 match_part 1.000 6145 6284 match_part 1.000 6424 6502 match_part 1.000 10874 11043 match_part 1.000 11128 11175 match_part 1.000 12214 12303 match_part 1.000 12964 13257 match_8 match_part 1.000 6151 6284 match_part 1.000 6424 6502 match_part 1.000 10874 11043 match_part 1.000 11128 11175 match_part 1.000 12214 12303 match_part 0.993 12964 13115 match_9 match_part 0.963 6151 6284 match_part 1.000 6424 6502 match_part 1.000 10874 11043 match_part 1.000 11128 11175 match_part 1.000 12214 12295 match_10 match_part 1.000 6153 6284 match_part 1.000 6424 6502 match_part 1.000 10874 11043 match_part 1.000 11128 11175 match_part 1.000 12214 12245 match_11 match_part 1.000 6156 6284 match_part 1.000 6424 6502 match_part 1.000 10874 11043 match_part 1.000 11128 11175 match_part 1.000 12214 12303 match_part 1.000 12964 13079 match_12 match_part 0.984 6159 6284 match_part 1.000 6424 6502 match_part 1.000 10874 11043 match_part 1.000 11128 11175 match_part 0.989 12214 12303 match_part 1.000 12964 13269 match_13 match_part 0.992 6160 6284 match_part 1.000 6424 6502 match_part 0.994 10874 11043 match_part 0.958 11128 11175 match_part 0.989 12214 12303 match_part 0.989 12964 13144 match_14 match_part 1.000 6160 6284 match_part 1.000 6424 6502 match_part 1.000 10874 11043 match_part 1.000 11128 11175 match_part 1.000 12214 12303 match_part 0.994 12964 13140 match_15 match_part 1.000 6160 6284 match_part 1.000 6424 6502 match_part 1.000 10874 11043 match_part 1.000 11128 11175 match_part 1.000 12214 12303 match_part 0.990 12964 13068 match_16 match_part 1.000 6162 6284 match_part 1.000 6424 6502 match_part 1.000 10874 11043 match_part 1.000 11128 11175 match_part 1.000 12214 12303 match_part 0.991 12964 13279 match_17 match_part 1.000 6163 6284 match_part 1.000 6424 6502 match_part 1.000 10874 11043 match_part 1.000 11128 11175 match_part 1.000 12214 12303 match_part 1.000 12964 13018 match_18 match_part 1.000 6163 6284 match_part 1.000 6424 6502 match_part 1.000 10874 11043 match_part 1.000 11128 11175 match_part 1.000 12214 12303 match_part 1.000 12964 13009 match_19 match_part 1.000 6164 6284 match_part 1.000 6424 6502 match_part 1.000 10874 11043 match_part 1.000 11128 11175 match_part 1.000 12214 12303 match_part 0.992 12964 13085 match_20 match_part 1.000 6173 6284 match_part 1.000 6424 6502 match_part 1.000 10874 11043 match_part 1.000 11128 11175 match_part 1.000 12214 12303 match_part 0.984 12964 13217 match_21 match_part 1.000 6173 6284 match_part 1.000 6424 6502 match_part 1.000 10874 11043 match_part 1.000 11128 11175 match_part 1.000 12214 12302 match_22 match_part 1.000 6173 6284 match_part 1.000 6424 6502 match_part 0.994 10874 11043 match_part 0.958 11128 11175 match_part 1.000 12214 12242 match_23 match_part 0.939 6187 6284 match_part 1.000 6424 6502 match_part 0.994 10874 11043 match_part 1.000 11128 11158 match_24 match_part 1.000 6188 6284 match_part 1.000 6424 6502 match_part 1.000 10874 11043 match_part 1.000 11128 11175 match_part 1.000 12214 12303 match_part 0.997 12964 13285 match_part 0.833 13396 13401 match_25 match_part 1.000 6258 6284 match_part 1.000 6424 6502 match_part 1.000 10874 11043 match_part 1.000 11128 11175 match_part 1.000 12214 12243 match_26 match_part 1.000 6275 6284 match_part 1.000 6424 6502 match_part 1.000 10874 11043 match_part 1.000 11128 11175 match_part 1.000 12214 12303 match_part 0.991 12964 13079 match_27 match_part 1.000 6275 6284 match_part 1.000 6424 6502 match_part 1.000 10874 11043 match_part 1.000 11128 11175 match_part 1.000 12214 12303 match_part 1.000 12964 13021 match_28 match_part 1.000 6439 6502 match_part 0.994 10874 11043 match_part 1.000 11128 11175 match_part 1.000 12214 12303 match_part 0.994 12964 13284 match_part 0.833 13396 13401 match_29 match_part 0.920 11019 11043 match_part 1.000 11128 11175 match_part 1.000 12214 12303 match_part 0.991 12964 13287 match_part 0.714 13396 13402 match_30 match_part 1.000 11148 11175 match_part 1.000 12214 12303 match_part 0.988 12964 13287 match_part 0.556 13396 13404 match_31 match_part 0.972 13729 14126 match_part 0.991 14244 14359 match_32 match_part 0.977 15992 16164 match_part 1.000 16270 16339 match_part 1.000 16674 16772 match_part 0.965 17768 18056 match_33 match_part 1.000 15998 16164 match_part 1.000 16270 16339 match_part 1.000 16674 16772 match_part 1.000 17768 18056 match_part 0.467 18635 18649 match_34 match_part 0.989 18889 19548 match_35 match_part 0.995 18892 19628 match_36 match_part 1.000 18892 19628 match_37 match_part 0.958 18900 19208 match_38 match_part 1.000 18901 19411 match_39 match_part 1.000 18901 19200 match_40 match_part 1.000 18901 19079 match_41 match_part 1.000 18903 19415 match_42 match_part 1.000 18903 19390 match_43 match_part 0.986 18907 19413 match_44 match_part 0.993 18913 19482 match_45 match_part 1.000 18920 19415 match_46 match_part 1.000 18922 19579 match_47 match_part 0.993 19036 19315 match_48 match_part 0.997 19055 19986 match_49 match_part 0.993 22232 22673 match_50 match_part 0.986 22254 22673 match_51 match_part 0.995 26873 27493 match_52 match_part 0.985 26874 27395 match_53 match_part 1.000 27051 27722 match_54 match_part 1.000 27051 27242 match_55 match_part 0.982 27225 27768 match_56 match_part 1.000 38550 38701 match_part 1.000 42271 42403 match_part 1.000 42826 43337 match_57 match_part 1.000 43312 43933 match_58 match_part 1.000 43313 43596 match_59 match_part 1.000 48128 48175 match_part 1.000 48359 48404 match_part 1.000 48481 48595 match_part 1.000 48671 48738 match_part 1.000 49280 49823 match_60 match_part 1.000 54449 54602 match_part 1.000 55564 55674 match_part 1.000 56056 56190 match_part 1.000 56332 56403 match_part 1.000 56499 56577 match_part 1.000 58430 58479 match_part 1.000 58788 58817 match_61 match_part 1.000 56099 56190 match_part 1.000 56332 56403 match_part 1.000 56499 56577 match_part 1.000 58430 58479 match_part 1.000 58788 58891 match_part 1.000 58995 59063 match_part 1.000 59137 59200 match_part 1.000 59387 59455 match_part 0.988 60049 60132 match_part 1.000 60219 60259 match_62 match_part 1.000 56099 56190 match_part 1.000 56332 56403 match_part 1.000 56499 56577 match_part 1.000 58430 58479 match_part 1.000 58788 58891 match_part 1.000 58995 59063 match_part 1.000 59137 59200 match_63 match_part 1.000 56099 56190 match_part 1.000 56332 56403 match_part 1.000 56499 56577 match_part 1.000 58430 58479 match_part 1.000 58788 58881 match_64 match_part 1.000 56126 56190 match_part 1.000 56332 56403 match_part 1.000 56499 56577 match_part 1.000 58430 58479 match_part 1.000 58788 58891 match_part 1.000 58995 59063 match_part 1.000 59137 59200 match_part 1.000 59387 59455 match_part 0.981 60049 60100 match_65 match_part 1.000 56126 56190 match_part 1.000 56332 56403 match_part 1.000 56499 56577 match_part 1.000 58430 58479 match_part 1.000 58788 58891 match_part 1.000 58995 59063 match_part 1.000 59137 59200 match_part 1.000 59387 59417 match_66 match_part 1.000 59141 59200 match_part 1.000 59387 59455 match_part 1.000 60049 60132 match_part 1.000 60219 60277 match_part 1.000 61150 61216 match_part 1.000 61576 61659 match_part 1.000 62358 62400 match_67 match_part 0.967 59141 59200 match_part 1.000 59387 59455 match_part 1.000 60049 60132 match_part 1.000 60219 60277 match_68 match_part 0.981 59404 59455 match_part 1.000 60049 60132 match_part 1.000 60219 60277 match_part 1.000 61150 61216 match_part 1.000 61576 61659 match_part 1.000 62358 62713 match_69 match_part 1.000 59789 59789 match_part 1.000 60049 60132 match_part 1.000 60219 60277 match_part 1.000 61150 61216 match_part 1.000 61576 61659 match_part 1.000 62358 62771 match_70 match_part 1.000 60253 60277 match_part 1.000 61150 61216 match_part 1.000 61576 61659 match_part 0.981 62358 62775 match_71 match_part 1.000 61178 61216 match_part 1.000 61576 61659 match_part 0.964 62358 62721 match_72 match_part 1.000 61607 61659 match_part 1.000 62358 62697 match_73 match_part 1.000 61607 61659 match_part 1.000 62358 62697 match_74 match_part 0.562 63053 63084 match_part 0.990 63196 63678 match_75 match_part 0.562 63053 63084 match_part 0.991 63196 63651 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_76 match_part 0.993 3026 2886 match_part 1.000 2317 1749 match_part 1.000 1365 1265 match_part 1.000 761 678 match_part 1.000 590 480 match_part 1.000 391 1 match_77 match_part 0.912 1332 1265 match_part 0.952 761 678 match_part 0.946 590 480 match_part 0.918 391 1 match_78 match_part 1.000 1328 1265 match_part 1.000 761 678 match_part 1.000 590 480 match_part 1.000 391 1 match_79 match_part 1.000 1296 1265 match_part 1.000 761 678 match_part 1.000 590 480 match_part 1.000 391 1 match_80 match_part 1.000 546 480 match_part 0.997 391 1 match_81 match_part 0.963 377 1 match_82 match_part 1.000 1896 1749 match_part 1.000 1365 1265 match_part 1.000 761 678 match_part 1.000 590 480 match_part 0.978 391 28 match_83 match_part 1.000 1314 1265 match_part 1.000 761 678 match_part 1.000 590 480 match_part 1.000 391 51 match_84 match_part 1.000 571 480 match_part 0.994 391 83 match_85 match_part 1.000 1296 1265 match_part 1.000 761 678 match_part 1.000 590 480 match_part 0.997 391 86 match_86 match_part 1.000 1295 1265 match_part 1.000 761 678 match_part 1.000 590 480 match_part 1.000 391 104 match_87 match_part 1.000 761 678 match_part 1.000 590 480 match_part 1.000 391 115 match_88 match_part 0.996 1987 1749 match_part 1.000 1365 1265 match_part 1.000 761 678 match_part 1.000 590 480 match_part 0.982 391 174 match_89 match_part 1.000 2101 1749 match_part 1.000 1365 1265 match_part 1.000 761 678 match_part 1.000 590 480 match_part 1.000 391 252 match_90 match_part 0.993 1885 1749 match_part 1.000 1365 1265 match_part 1.000 761 678 match_part 1.000 590 480 match_part 1.000 391 286 match_91 match_part 1.000 1307 1265 match_part 1.000 761 678 match_part 0.991 590 480 match_part 0.988 391 310 match_92 match_part 0.991 1858 1749 match_part 1.000 1365 1265 match_part 1.000 761 678 match_part 1.000 590 480 match_part 0.984 391 330 match_93 match_part 0.988 2087 1749 match_part 1.000 1365 1265 match_part 0.988 761 678 match_part 0.973 590 480 match_part 0.950 391 352 match_94 match_part 0.993 2171 1749 match_part 1.000 1365 1265 match_part 1.000 761 678 match_part 1.000 590 480 match_part 1.000 391 370 match_95 match_part 1.000 2117 1749 match_part 1.000 1365 1265 match_part 1.000 761 678 match_part 0.961 590 489 match_96 match_part 0.830 3125 3073 match_part 1.000 2317 1749 match_part 1.000 1365 1265 match_part 1.000 761 678 match_part 1.000 590 503 match_97 match_part 0.998 2317 1749 match_part 0.990 1365 1265 match_part 1.000 761 678 match_part 1.000 590 555 match_98 match_part 1.000 3115 3073 match_part 1.000 2317 1749 match_part 1.000 1365 1265 match_part 1.000 761 678 match_part 1.000 590 558 match_99 match_part 0.900 3102 3073 match_part 1.000 2317 1749 match_part 1.000 1365 1265 match_part 0.975 761 681 match_100 match_part 0.917 3108 3073 match_part 0.982 2317 1749 match_part 0.970 1365 1265 match_part 0.981 761 708 match_101 match_part 1.000 3105 3073 match_part 1.000 2317 1749 match_part 1.000 1365 1265 match_part 1.000 761 714 match_102 match_part 1.000 3112 3073 match_part 0.998 2317 1749 match_part 1.000 1365 1265 match_part 1.000 761 723 match_103 match_part 0.996 2318 1749 match_part 0.990 1365 1265 match_part 0.895 761 724 match_104 match_part 0.995 2317 1749 match_part 0.980 1365 1265 match_part 1.000 761 741 match_105 match_part 1.000 2192 1749 match_part 0.990 1365 1269 match_106 match_part 0.815 3099 3073 match_part 0.996 2317 1749 match_part 1.000 1365 1281 match_107 match_part 1.000 2290 1749 match_part 1.000 1365 1311 match_108 match_part 1.000 3091 3073 match_part 0.993 2317 1749 match_109 match_part 1.000 2317 1750 match_110 match_part 1.000 3101 3073 match_part 0.998 2317 1777 match_111 match_part 1.000 2302 1777 match_112 match_part 1.000 3090 3073 match_part 0.998 2317 1781 match_113 match_part 1.000 3033 3003 match_part 1.000 2317 1797 match_114 match_part 1.000 3088 3073 match_part 1.000 2317 1800 match_115 match_part 1.000 3019 2886 match_part 1.000 2317 1800 match_116 match_part 0.996 2317 1800 match_117 match_part 1.000 3092 3073 match_part 0.998 2317 1832 match_118 match_part 0.992 2316 1833 match_119 match_part 0.998 2289 1836 match_120 match_part 1.000 3096 3073 match_part 1.000 2317 1866 match_121 match_part 1.000 3096 3073 match_part 1.000 2317 1875 match_122 match_part 0.892 3109 3073 match_part 0.979 2317 1882 match_123 match_part 1.000 3092 3073 match_part 1.000 2317 1885 match_124 match_part 1.000 3006 2962 match_part 1.000 2317 1885 match_125 match_part 1.000 3037 3003 match_part 1.000 2317 1915 match_126 match_part 0.974 2318 1941 match_127 match_part 0.997 2263 1957 match_128 match_part 1.000 3092 3073 match_part 1.000 2317 2042 match_129 match_part 1.000 20974 20498 match_130 match_part 1.000 24020 23905 match_part 1.000 23820 23753 match_part 1.000 22518 22320 match_part 1.000 21187 20951 match_131 match_part 0.991 24021 23905 match_part 1.000 23820 23753 match_part 1.000 22518 22320 match_part 1.000 21187 21058 match_132 match_part 0.961 24159 23905 match_part 1.000 23820 23753 match_part 0.975 22518 22320 match_133 match_part 0.998 29673 29117 match_134 match_part 1.000 50929 50544 match_part 1.000 49613 49399 match_135 match_part 1.000 64403 64115 match_part 1.000 63776 63438 match_136 match_part 0.993 77964 77820 match_part 0.977 76021 75851 match_part 0.981 73913 73862 match_137 match_part 0.993 81288 80613 match_138 match_part 0.967 89745 89716 match_part 1.000 88493 88354 match_part 0.996 87727 87480 match_part 1.000 84822 84715 match_part 1.000 84600 84444 match_part 1.000 82379 82240 match_part 1.000 82147 82112 match_part 1.000 81613 80646 match_139 match_part 0.998 81287 80768 match_140 match_part 1.000 89821 89716 match_part 1.000 88493 88354 match_part 1.000 87727 87480 match_part 1.000 84822 84715 match_part 1.000 84600 84587 match_141 match_part 0.984 89701 89640 match_part 0.964 88493 88354 match_part 0.923 87727 87480 match_142 match_part 1.000 89687 89315 match_part 1.000 88493 88354 match_part 0.978 87727 87501 match_143 match_part 1.000 89687 89315 match_part 1.000 88493 88354 match_part 1.000 87727 87601 match_144 match_part 0.963 89687 89305 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C02SLe0061K08.1 type gene exon 3125 3073 exon 2317 1749 exon 1365 1265 exon 761 678 exon 590 480 exon 391 1 gene_2 gene GT_PGL_1_AGS_2 transcript source GenomeThreader seq_id C02SLe0061K08.1 type gene exon 2318 1749 exon 1365 1265 exon 761 678 exon 590 480 exon 391 1 gene_3 gene GT_PGL_1_AGS_3 transcript source GenomeThreader seq_id C02SLe0061K08.1 type gene exon 3026 2886 exon 2317 1749 exon 1365 1265 exon 761 678 exon 590 480 exon 391 1 gene_4 gene GT_PGL_1_AGS_4 transcript source GenomeThreader seq_id C02SLe0061K08.1 type gene exon 3037 3003 exon 2317 1749 exon 1365 1265 exon 761 678 exon 590 480 exon 391 1 gene_5 gene GT_PGL_1_AGS_5 transcript source GenomeThreader seq_id C02SLe0061K08.1 type gene exon 3006 2962 exon 2317 1749 exon 1365 1265 exon 761 678 exon 590 480 exon 391 1 gene_6 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C02SLe0061K08.1 type gene exon 6101 6284 exon 6424 6502 exon 10874 11043 exon 11128 11175 exon 12214 12303 exon 12964 13287 exon 13396 13404 gene_7 gene GT_PGL_2_AGS_2 transcript source GenomeThreader seq_id C02SLe0061K08.1 type gene exon 6101 6284 exon 6424 6502 exon 10874 11043 exon 11128 11175 exon 12214 12303 exon 12964 13284 exon 13396 13401 gene_8 gene GT_PGL_2_AGS_3 transcript source GenomeThreader seq_id C02SLe0061K08.1 type gene exon 6101 6284 exon 6424 6502 exon 10874 11043 exon 11128 11175 exon 12214 12303 exon 12964 13285 exon 13396 13401 gene_9 gene GT_PGL_2_AGS_4 transcript source GenomeThreader seq_id C02SLe0061K08.1 type gene exon 6101 6284 exon 6424 6502 exon 10874 11043 exon 11128 11175 exon 12214 12303 exon 12424 12485 gene_10 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C02SLe0061K08.1 type gene exon 13729 14126 exon 14244 14359 gene_11 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C02SLe0061K08.1 type gene exon 15992 16164 exon 16270 16339 exon 16674 16772 exon 17768 18056 exon 18635 18649 gene_12 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C02SLe0061K08.1 type gene exon 18889 19986 gene_13 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C02SLe0061K08.1 type gene exon 24159 23905 exon 23820 23753 exon 22518 22320 exon 21187 20498 gene_14 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C02SLe0061K08.1 type gene exon 22232 22673 gene_15 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C02SLe0061K08.1 type gene exon 26873 27768 gene_16 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C02SLe0061K08.1 type gene exon 29673 29117 gene_17 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C02SLe0061K08.1 type gene exon 38550 38701 exon 42271 42403 exon 42826 43933 gene_18 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C02SLe0061K08.1 type gene exon 48128 48175 exon 48359 48404 exon 48481 48595 exon 48671 48738 exon 49280 49823 gene_19 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C02SLe0061K08.1 type gene exon 50929 50544 exon 49613 49399 gene_20 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C02SLe0061K08.1 type gene exon 54449 54602 exon 55564 55674 exon 56056 56190 exon 56332 56403 exon 56499 56577 exon 58430 58479 exon 58788 58891 exon 58995 59063 exon 59137 59200 exon 59387 59455 exon 60049 60132 exon 60219 60277 exon 61150 61216 exon 61576 61659 exon 62358 62775 gene_21 gene GT_PGL_13_AGS_2 transcript source GenomeThreader seq_id C02SLe0061K08.1 type gene exon 59789 59789 exon 60049 60132 exon 60219 60277 exon 61150 61216 exon 61576 61659 exon 62358 62775 gene_22 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C02SLe0061K08.1 type gene exon 63053 63084 exon 63196 63678 gene_23 gene GT_PGL_15_AGS_1 transcript source GenomeThreader seq_id C02SLe0061K08.1 type gene exon 64403 64115 exon 63776 63438 gene_24 gene GT_PGL_16_AGS_1 transcript source GenomeThreader seq_id C02SLe0061K08.1 type gene exon 77964 77820 exon 76021 75851 exon 73913 73862 gene_25 gene GT_PGL_17_AGS_1 transcript source GenomeThreader seq_id C02SLe0061K08.1 type gene exon 89821 89716 exon 88493 88354 exon 87727 87480 exon 84822 84715 exon 84600 84444 exon 82379 82240 exon 82147 82112 exon 81613 80613 gene_26 gene GT_PGL_17_AGS_2 transcript source GenomeThreader seq_id C02SLe0061K08.1 type gene exon 89687 89315 exon 88493 88354 exon 87727 87501 gene_27 gene GT_PGL_17_AGS_3 transcript source GenomeThreader seq_id C02SLe0061K08.1 type gene exon 89687 89305 gene_28 gene GT_PGL_17_AGS_4 transcript source GenomeThreader seq_id C02SLe0061K08.1 type gene exon 89701 89640 exon 88493 88354 exon 87727 87480 AUGUSTUS_tom_cdna de novo gene_1 gene 1 6042 13095 transcript_1 transcript 6042 13095 start_codon_1 start_codon 6042 6044 CDS_1 CDS 6042 6044 CDS_2 CDS 6135 6284 CDS_3 CDS 6424 6502 CDS_4 CDS 10874 11043 CDS_5 CDS 11128 11175 CDS_6 CDS 12214 12303 CDS_7 CDS 12964 13095 stop_codon_1 stop_codon 13093 13095 gene_2 gene 1 13905 17824 transcript_2 transcript 13905 17824 start_codon_2 start_codon 13905 13907 CDS_8 CDS 13905 14126 CDS_9 CDS 15998 16164 CDS_10 CDS 16270 16339 CDS_11 CDS 16674 16772 CDS_12 CDS 17768 17824 stop_codon_2 stop_codon 17822 17824 gene_3 gene 1 18106 19922 transcript_3 transcript 18106 19922 start_codon_3 start_codon 18106 18108 CDS_13 CDS 18106 18161 CDS_14 CDS 18884 19922 stop_codon_3 stop_codon 19920 19922 gene_4 gene 1 26171 27538 transcript_4 transcript 26171 27538 start_codon_4 start_codon 26171 26173 CDS_15 CDS 26171 26380 CDS_16 CDS 26665 26856 CDS_17 CDS 26963 27538 stop_codon_4 stop_codon 27536 27538 gene_5 gene 1 28665 43760 transcript_5 transcript 28665 43760 start_codon_5 start_codon 28665 28667 CDS_18 CDS 28665 28790 CDS_19 CDS 36267 36354 CDS_20 CDS 36626 36725 CDS_21 CDS 38512 38701 CDS_22 CDS 42271 42403 CDS_23 CDS 42826 43760 stop_codon_5 stop_codon 43758 43760 gene_6 gene 1 45041 45355 transcript_6 transcript 45041 45355 start_codon_6 start_codon 45041 45043 CDS_24 CDS 45041 45355 stop_codon_6 stop_codon 45353 45355 gene_7 gene 1 48129 52037 transcript_7 transcript 48129 52037 start_codon_7 start_codon 48129 48131 CDS_25 CDS 48129 48175 CDS_26 CDS 48359 48404 CDS_27 CDS 48481 48595 CDS_28 CDS 48671 48738 CDS_29 CDS 49280 49888 CDS_30 CDS 51399 52037 stop_codon_7 stop_codon 52035 52037 gene_8 gene 1 54561 62438 transcript_8 transcript 54561 62438 start_codon_8 start_codon 54561 54563 CDS_31 CDS 54561 54602 CDS_32 CDS 55564 55674 CDS_33 CDS 56056 56190 CDS_34 CDS 56332 56403 CDS_35 CDS 56499 56577 CDS_36 CDS 58430 58479 CDS_37 CDS 58788 58891 CDS_38 CDS 58995 59063 CDS_39 CDS 59137 59200 CDS_40 CDS 59387 59455 CDS_41 CDS 60049 60132 CDS_42 CDS 60219 60277 CDS_43 CDS 61150 61216 CDS_44 CDS 61576 61659 CDS_45 CDS 62358 62438 stop_codon_8 stop_codon 62436 62438 gene_9 gene 1 70555 73315 transcript_9 transcript 70555 73315 start_codon_9 start_codon 70555 70557 CDS_46 CDS 70555 71469 CDS_47 CDS 71924 72855 CDS_48 CDS 73261 73315 stop_codon_9 stop_codon 73313 73315 AUGUSTUS_tom_cdna de novo gene_10 gene 1 67 1 transcript_10 transcript 67 1 CDS_49 CDS 67 1 start_codon_10 start_codon 67 65 gene_11 gene 1 3311 350 transcript_11 transcript 3311 350 stop_codon_10 stop_codon 352 350 CDS_50 CDS 391 350 CDS_51 CDS 590 480 CDS_52 CDS 761 678 CDS_53 CDS 1365 1265 CDS_54 CDS 2317 1749 CDS_55 CDS 3160 3073 CDS_56 CDS 3311 3278 start_codon_11 start_codon 3311 3309 gene_12 gene 1 24033 20819 transcript_12 transcript 24033 20819 stop_codon_11 stop_codon 20821 20819 CDS_57 CDS 21187 20819 CDS_58 CDS 22518 22320 CDS_59 CDS 23820 23753 CDS_60 CDS 24033 23905 start_codon_12 start_codon 24033 24031 gene_13 gene 1 64280 63436 transcript_13 transcript 64280 63436 stop_codon_12 stop_codon 63438 63436 CDS_61 CDS 63776 63436 CDS_62 CDS 64280 64115 start_codon_13 start_codon 64280 64278 gene_14 gene 1 77949 73858 transcript_14 transcript 77949 73858 stop_codon_13 stop_codon 73860 73858 CDS_63 CDS 73913 73858 CDS_64 CDS 76021 75851 CDS_65 CDS 77949 77820 start_codon_14 start_codon 77949 77947 gene_15 gene 1 88429 80822 transcript_15 transcript 88429 80822 stop_codon_14 stop_codon 80824 80822 CDS_66 CDS 81613 80822 CDS_67 CDS 82147 82112 CDS_68 CDS 82379 82240 CDS_69 CDS 84600 84444 CDS_70 CDS 84822 84715 CDS_71 CDS 87727 87480 CDS_72 CDS 88429 88354 start_codon_15 start_codon 88429 88427 AUGUSTUS_ab_initio de novo gene_1 gene 1 19020 19922 transcript_1 transcript 19020 19922 start_codon_1 start_codon 19020 19022 CDS_1 CDS 19020 19922 stop_codon_1 stop_codon 19920 19922 gene_2 gene 1 27113 43760 transcript_2 transcript 27113 43760 start_codon_2 start_codon 27113 27115 CDS_2 CDS 27113 27500 CDS_3 CDS 36626 36725 CDS_4 CDS 38512 38701 CDS_5 CDS 42271 42403 CDS_6 CDS 42826 43760 stop_codon_2 stop_codon 43758 43760 gene_3 gene 1 48129 73315 transcript_3 transcript 48129 73315 start_codon_3 start_codon 48129 48131 CDS_7 CDS 48129 48175 CDS_8 CDS 48359 48404 CDS_9 CDS 48481 48595 CDS_10 CDS 48671 48738 CDS_11 CDS 49280 49888 CDS_12 CDS 56056 56190 CDS_13 CDS 56332 56403 CDS_14 CDS 56499 56577 CDS_15 CDS 58430 58479 CDS_16 CDS 60049 60132 CDS_17 CDS 60219 60277 CDS_18 CDS 61120 61216 CDS_19 CDS 61576 61659 CDS_20 CDS 71924 72855 CDS_21 CDS 73261 73315 stop_codon_3 stop_codon 73313 73315 AUGUSTUS_ab_initio de novo gene_4 gene 1 2298 350 transcript_4 transcript 2298 350 stop_codon_4 stop_codon 352 350 CDS_22 CDS 391 350 CDS_23 CDS 590 480 CDS_24 CDS 761 678 CDS_25 CDS 1365 1265 CDS_26 CDS 2298 1749 start_codon_4 start_codon 2298 2296 gene_5 gene 1 87541 79978 transcript_5 transcript 87541 79978 stop_codon_5 stop_codon 79980 79978 CDS_27 CDS 80000 79978 CDS_28 CDS 81613 81049 CDS_29 CDS 82147 82112 CDS_30 CDS 82379 82240 CDS_31 CDS 83627 83581 CDS_32 CDS 87541 87480 start_codon_5 start_codon 87541 87539 AUGUSTUS_tom_ugs de novo gene_1 gene 1 6189 13095 transcript_1 transcript 6189 13095 start_codon_1 start_codon 6189 6191 CDS_1 CDS 6189 6284 CDS_2 CDS 6424 6502 CDS_3 CDS 10874 11043 CDS_4 CDS 11128 11175 CDS_5 CDS 12214 12303 CDS_6 CDS 12964 13095 stop_codon_1 stop_codon 13093 13095 gene_2 gene 1 13905 17824 transcript_2 transcript 13905 17824 start_codon_2 start_codon 13905 13907 CDS_7 CDS 13905 14126 CDS_8 CDS 14244 14359 CDS_9 CDS 15115 15168 CDS_10 CDS 15276 15300 CDS_11 CDS 15478 15600 CDS_12 CDS 15998 16164 CDS_13 CDS 16270 16339 CDS_14 CDS 16674 16772 CDS_15 CDS 17768 17824 stop_codon_2 stop_codon 17822 17824 gene_3 gene 1 19020 19922 transcript_3 transcript 19020 19922 start_codon_3 start_codon 19020 19022 CDS_16 CDS 19020 19922 stop_codon_3 stop_codon 19920 19922 gene_4 gene 1 26171 27538 transcript_4 transcript 26171 27538 start_codon_4 start_codon 26171 26173 CDS_17 CDS 26171 26380 CDS_18 CDS 26665 26856 CDS_19 CDS 26963 27538 stop_codon_4 stop_codon 27536 27538 gene_5 gene 1 35997 43760 transcript_5 transcript 35997 43760 start_codon_5 start_codon 35997 35999 CDS_20 CDS 35997 36354 CDS_21 CDS 36626 36798 CDS_22 CDS 37223 37320 CDS_23 CDS 37763 37900 CDS_24 CDS 38512 38701 CDS_25 CDS 42271 42403 CDS_26 CDS 42826 43760 stop_codon_5 stop_codon 43758 43760 gene_6 gene 1 45041 45355 transcript_6 transcript 45041 45355 start_codon_6 start_codon 45041 45043 CDS_27 CDS 45041 45355 stop_codon_6 stop_codon 45353 45355 gene_7 gene 1 48129 50189 transcript_7 transcript 48129 50189 start_codon_7 start_codon 48129 48131 CDS_28 CDS 48129 48175 CDS_29 CDS 48359 48404 CDS_30 CDS 48481 48595 CDS_31 CDS 48671 48738 CDS_32 CDS 49280 49888 CDS_33 CDS 50076 50189 stop_codon_7 stop_codon 50187 50189 gene_8 gene 1 54561 62438 transcript_8 transcript 54561 62438 start_codon_8 start_codon 54561 54563 CDS_34 CDS 54561 54602 CDS_35 CDS 55564 55674 CDS_36 CDS 56056 56190 CDS_37 CDS 56332 56403 CDS_38 CDS 56499 56577 CDS_39 CDS 58430 58479 CDS_40 CDS 58788 58891 CDS_41 CDS 58995 59063 CDS_42 CDS 59137 59200 CDS_43 CDS 59387 59455 CDS_44 CDS 60049 60132 CDS_45 CDS 60219 60277 CDS_46 CDS 61150 61216 CDS_47 CDS 61576 61659 CDS_48 CDS 62358 62438 stop_codon_8 stop_codon 62436 62438 gene_9 gene 1 70555 73315 transcript_9 transcript 70555 73315 start_codon_9 start_codon 70555 70557 CDS_49 CDS 70555 71469 CDS_50 CDS 71924 72855 CDS_51 CDS 73261 73315 stop_codon_9 stop_codon 73313 73315 AUGUSTUS_tom_ugs de novo gene_10 gene 1 2298 350 transcript_10 transcript 2298 350 stop_codon_10 stop_codon 352 350 CDS_52 CDS 391 350 CDS_53 CDS 590 480 CDS_54 CDS 761 678 CDS_55 CDS 1365 1265 CDS_56 CDS 2298 1749 start_codon_10 start_codon 2298 2296 gene_11 gene 1 24033 20819 transcript_11 transcript 24033 20819 stop_codon_11 stop_codon 20821 20819 CDS_57 CDS 21187 20819 CDS_58 CDS 22518 22320 CDS_59 CDS 23820 23753 CDS_60 CDS 24033 23905 start_codon_11 start_codon 24033 24031 gene_12 gene 1 30806 28296 transcript_12 transcript 30806 28296 stop_codon_12 stop_codon 28298 28296 CDS_61 CDS 28803 28296 CDS_62 CDS 29841 28913 CDS_63 CDS 30806 30537 start_codon_12 start_codon 30806 30804 gene_13 gene 1 64280 63436 transcript_13 transcript 64280 63436 stop_codon_13 stop_codon 63438 63436 CDS_64 CDS 63776 63436 CDS_65 CDS 64280 64115 start_codon_13 start_codon 64280 64278 gene_14 gene 2 77949 73858 transcript_14 transcript 77949 73858 stop_codon_14 stop_codon 73860 73858 CDS_66 CDS 73913 73858 CDS_67 CDS 76021 75851 CDS_68 CDS 77949 77820 start_codon_14 start_codon 77949 77947 transcript_15 transcript 77949 75768 stop_codon_15 stop_codon 75770 75768 CDS_69 CDS 76021 75768 CDS_70 CDS 77949 77820 start_codon_15 start_codon 77949 77947 gene_15 gene 1 88429 80822 transcript_16 transcript 88429 80822 stop_codon_16 stop_codon 80824 80822 CDS_71 CDS 81613 80822 CDS_72 CDS 82147 82112 CDS_73 CDS 82379 82240 CDS_74 CDS 84600 84444 CDS_75 CDS 84822 84715 CDS_76 CDS 87727 87480 CDS_77 CDS 88429 88354 start_codon_16 start_codon 88429 88427 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_1 match_part 0.995 6101 6284 match_part 1.000 6424 6502 match_part 1.000 10874 11043 match_part 1.000 11128 11175 match_part 1.000 12214 12303 match_part 1.000 12964 13281 match_2 match_part 0.993 13728 14015 match_3 match_part 0.974 14282 14359 match_part 1.000 15115 15168 match_part 1.000 15276 15300 match_part 1.000 15478 15600 match_part 1.000 15998 16164 match_part 1.000 16270 16339 match_part 1.000 16674 16772 match_part 1.000 17768 18056 match_4 match_part 0.997 18887 19978 match_5 match_part 0.994 25748 26380 match_part 1.000 26665 26856 match_part 0.997 26963 27758 match_6 match_part 0.988 28112 28352 match_7 match_part 0.998 35906 36354 match_part 1.000 36626 36798 match_part 1.000 37223 37320 match_part 0.917 37763 37870 match_8 match_part 1.000 38549 38701 match_part 1.000 42271 42403 match_part 1.000 42826 43925 match_9 match_part 0.982 44919 45703 match_10 match_part 1.000 47980 48175 match_part 1.000 48359 48595 match_part 1.000 48671 48738 match_part 1.000 49280 49613 match_part 1.000 50544 50885 match_11 match_part 1.000 50080 50354 match_12 match_part 0.990 54400 54602 match_part 1.000 55564 55674 match_part 1.000 56056 56190 match_part 1.000 56332 56403 match_part 1.000 56499 56577 match_part 1.000 58430 58479 match_part 1.000 58788 58891 match_part 1.000 58995 59063 match_part 1.000 59137 59200 match_part 1.000 59387 59455 match_part 1.000 60049 60132 match_part 1.000 60219 60277 match_part 1.000 61150 61216 match_part 1.000 61576 61659 match_part 0.998 62358 62782 match_13 match_part 0.900 61640 61659 match_part 0.964 62358 62692 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_14 match_part 0.872 3026 2886 match_part 1.000 2317 1749 match_part 1.000 1365 1265 match_part 1.000 761 678 match_part 1.000 590 480 match_part 1.000 391 1 match_15 match_part 0.970 9926 9690 match_16 match_part 0.992 24168 23905 match_part 1.000 23820 23753 match_part 1.000 22518 22320 match_part 0.996 21187 20494 match_17 match_part 0.998 29674 29095 match_18 match_part 1.000 31038 30537 match_part 0.951 29841 29598 match_19 match_part 0.998 46474 45851 match_20 match_part 0.997 64405 64115 match_part 0.998 63776 63202 match_21 match_part 0.997 78158 77820 match_part 1.000 76021 75851 match_part 1.000 73913 73565 match_22 match_part 1.000 78046 77820 match_part 0.982 76021 75529 match_23 match_part 1.000 89705 89640 match_part 1.000 88493 88354 match_part 1.000 87727 87480 match_part 1.000 84822 84715 match_part 1.000 84600 84444 match_part 1.000 82379 82240 match_part 1.000 82147 82112 match_part 1.000 81613 80623 match_24 match_part 0.997 89689 89315 match_part 1.000 88493 88354 match_part 0.978 87727 87501 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C02SLe0061K08.1 type gene exon 3026 2886 exon 2317 1749 exon 1365 1265 exon 761 678 exon 590 480 exon 391 1 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C02SLe0061K08.1 type gene exon 6101 6284 exon 6424 6502 exon 10874 11043 exon 11128 11175 exon 12214 12303 exon 12964 13281 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C02SLe0061K08.1 type gene exon 9926 9690 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C02SLe0061K08.1 type gene exon 13728 14015 gene_5 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C02SLe0061K08.1 type gene exon 14282 14359 exon 15115 15168 exon 15276 15300 exon 15478 15600 exon 15998 16164 exon 16270 16339 exon 16674 16772 exon 17768 18056 gene_6 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C02SLe0061K08.1 type gene exon 18887 19978 gene_7 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C02SLe0061K08.1 type gene exon 24168 23905 exon 23820 23753 exon 22518 22320 exon 21187 20494 gene_8 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C02SLe0061K08.1 type gene exon 25748 26380 exon 26665 26856 exon 26963 27758 gene_9 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C02SLe0061K08.1 type gene exon 28112 28352 gene_10 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C02SLe0061K08.1 type gene exon 31038 30537 exon 29841 29095 gene_11 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C02SLe0061K08.1 type gene exon 35906 36354 exon 36626 36798 exon 37223 37320 exon 37763 37870 gene_12 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C02SLe0061K08.1 type gene exon 38549 38701 exon 42271 42403 exon 42826 43925 gene_13 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C02SLe0061K08.1 type gene exon 44919 45703 gene_14 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C02SLe0061K08.1 type gene exon 46474 45851 gene_15 gene GT_PGL_15_AGS_1 transcript source GenomeThreader seq_id C02SLe0061K08.1 type gene exon 47980 48175 exon 48359 48595 exon 48671 48738 exon 49280 49613 exon 50544 50885 gene_16 gene GT_PGL_15_AGS_2 transcript source GenomeThreader seq_id C02SLe0061K08.1 type gene exon 50080 50354 gene_17 gene GT_PGL_16_AGS_1 transcript source GenomeThreader seq_id C02SLe0061K08.1 type gene exon 54400 54602 exon 55564 55674 exon 56056 56190 exon 56332 56403 exon 56499 56577 exon 58430 58479 exon 58788 58891 exon 58995 59063 exon 59137 59200 exon 59387 59455 exon 60049 60132 exon 60219 60277 exon 61150 61216 exon 61576 61659 exon 62358 62782 gene_18 gene GT_PGL_17_AGS_1 transcript source GenomeThreader seq_id C02SLe0061K08.1 type gene exon 64405 64115 exon 63776 63202 gene_19 gene GT_PGL_18_AGS_1 transcript source GenomeThreader seq_id C02SLe0061K08.1 type gene exon 78158 77820 exon 76021 75851 exon 73913 73565 gene_20 gene GT_PGL_18_AGS_2 transcript source GenomeThreader seq_id C02SLe0061K08.1 type gene exon 78046 77820 exon 76021 75529 gene_21 gene GT_PGL_19_AGS_1 transcript source GenomeThreader seq_id C02SLe0061K08.1 type gene exon 89705 89640 exon 88493 88354 exon 87727 87480 exon 84822 84715 exon 84600 84444 exon 82379 82240 exon 82147 82112 exon 81613 80623 gene_22 gene GT_PGL_19_AGS_2 transcript source GenomeThreader seq_id C02SLe0061K08.1 type gene exon 89689 89315 exon 88493 88354 exon 87727 87501 GenomeThreader_SGN_markers SGN marker sequences match_1 match_part 0.950 13905 14126 match_part 0.983 14244 14359 match_part 0.963 15115 15168 match_part 1.000 15276 15300 match_part 0.984 15478 15600 match_part 0.982 15998 16108 match_2 match_part 0.986 18907 19413 match_3 match_part 1.000 60253 60277 match_part 1.000 61150 61216 match_part 1.000 61576 61659 match_part 0.981 62358 62775 GenomeThreader_SGN_markers SGN marker sequences match_4 match_part 1.000 24021 23905 match_part 1.000 23820 23753 match_part 1.000 22518 22320 match_part 1.000 21187 20951 match_5 match_part 1.000 61355 60880 match_6 match_part 1.000 61355 60892 match_7 match_part 1.000 89687 89315 match_part 1.000 88493 88354 match_part 1.000 87727 87480 match_part 1.000 84822 84715 match_part 1.000 84600 84587 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C02SLe0061K08.1 type gene exon 13905 14126 exon 14244 14359 exon 15115 15168 exon 15276 15300 exon 15478 15600 exon 15998 16108 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C02SLe0061K08.1 type gene exon 18907 19413 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C02SLe0061K08.1 type gene exon 24021 23905 exon 23820 23753 exon 22518 22320 exon 21187 20951 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C02SLe0061K08.1 type gene exon 60253 60277 exon 61150 61216 exon 61576 61659 exon 62358 62775 gene_5 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C02SLe0061K08.1 type gene exon 61355 60880 gene_6 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C02SLe0061K08.1 type gene exon 89687 89315 exon 88493 88354 exon 87727 87480 exon 84822 84715 exon 84600 84587 AUGUSTUS_tom_pot_cdna de novo gene_1 gene 1 6042 13095 transcript_1 transcript 6042 13095 start_codon_1 start_codon 6042 6044 CDS_1 CDS 6042 6044 CDS_2 CDS 6135 6284 CDS_3 CDS 6424 6502 CDS_4 CDS 10874 11043 CDS_5 CDS 11128 11175 CDS_6 CDS 12214 12303 CDS_7 CDS 12964 13095 stop_codon_1 stop_codon 13093 13095 gene_2 gene 1 13905 17824 transcript_2 transcript 13905 17824 start_codon_2 start_codon 13905 13907 CDS_8 CDS 13905 14126 CDS_9 CDS 14244 14359 CDS_10 CDS 15115 15196 CDS_11 CDS 15998 16164 CDS_12 CDS 16270 16339 CDS_13 CDS 16674 16772 CDS_14 CDS 17768 17824 stop_codon_2 stop_codon 17822 17824 gene_3 gene 1 18106 19922 transcript_3 transcript 18106 19922 start_codon_3 start_codon 18106 18108 CDS_15 CDS 18106 18161 CDS_16 CDS 18884 19922 stop_codon_3 stop_codon 19920 19922 gene_4 gene 1 26171 27538 transcript_4 transcript 26171 27538 start_codon_4 start_codon 26171 26173 CDS_17 CDS 26171 26380 CDS_18 CDS 26665 26856 CDS_19 CDS 26963 27538 stop_codon_4 stop_codon 27536 27538 gene_5 gene 1 28665 43760 transcript_5 transcript 28665 43760 start_codon_5 start_codon 28665 28667 CDS_20 CDS 28665 28790 CDS_21 CDS 36267 36354 CDS_22 CDS 36626 36725 CDS_23 CDS 38512 38701 CDS_24 CDS 42271 42403 CDS_25 CDS 42826 43760 stop_codon_5 stop_codon 43758 43760 gene_6 gene 1 45041 45355 transcript_6 transcript 45041 45355 start_codon_6 start_codon 45041 45043 CDS_26 CDS 45041 45355 stop_codon_6 stop_codon 45353 45355 gene_7 gene 1 48129 52037 transcript_7 transcript 48129 52037 start_codon_7 start_codon 48129 48131 CDS_27 CDS 48129 48175 CDS_28 CDS 48359 48404 CDS_29 CDS 48481 48595 CDS_30 CDS 48671 48738 CDS_31 CDS 49280 49888 CDS_32 CDS 51399 52037 stop_codon_7 stop_codon 52035 52037 gene_8 gene 2 54561 62438 transcript_8 transcript 54561 62438 start_codon_8 start_codon 54561 54563 CDS_33 CDS 54561 54602 CDS_34 CDS 55564 55674 CDS_35 CDS 56056 56190 CDS_36 CDS 56332 56403 CDS_37 CDS 56499 56577 CDS_38 CDS 58430 58479 CDS_39 CDS 58788 58891 CDS_40 CDS 58995 59063 CDS_41 CDS 59137 59200 CDS_42 CDS 59387 59455 CDS_43 CDS 60049 60132 CDS_44 CDS 60219 60277 CDS_45 CDS 61150 61216 CDS_46 CDS 61576 61659 CDS_47 CDS 62358 62438 stop_codon_8 stop_codon 62436 62438 transcript_9 transcript 54561 62438 start_codon_9 start_codon 54561 54563 CDS_48 CDS 54561 54602 CDS_49 CDS 55564 55674 CDS_50 CDS 56056 56190 CDS_51 CDS 56332 56403 CDS_52 CDS 56499 56577 CDS_53 CDS 58430 58479 CDS_54 CDS 58788 58891 CDS_55 CDS 58995 59063 CDS_56 CDS 59137 59200 CDS_57 CDS 59387 59455 CDS_58 CDS 60049 60132 CDS_59 CDS 60219 60277 CDS_60 CDS 61120 61216 CDS_61 CDS 61576 61659 CDS_62 CDS 62358 62438 stop_codon_9 stop_codon 62436 62438 gene_9 gene 1 70555 73315 transcript_10 transcript 70555 73315 start_codon_10 start_codon 70555 70557 CDS_63 CDS 70555 71469 CDS_64 CDS 71924 72855 CDS_65 CDS 73261 73315 stop_codon_10 stop_codon 73313 73315 AUGUSTUS_tom_pot_cdna de novo gene_10 gene 1 67 1 transcript_11 transcript 67 1 CDS_66 CDS 67 1 start_codon_11 start_codon 67 65 gene_11 gene 1 3311 350 transcript_12 transcript 3311 350 stop_codon_11 stop_codon 352 350 CDS_67 CDS 391 350 CDS_68 CDS 590 480 CDS_69 CDS 761 678 CDS_70 CDS 1365 1265 CDS_71 CDS 2317 1749 CDS_72 CDS 3160 3073 CDS_73 CDS 3311 3278 start_codon_12 start_codon 3311 3309 gene_12 gene 1 24033 20819 transcript_13 transcript 24033 20819 stop_codon_12 stop_codon 20821 20819 CDS_74 CDS 21187 20819 CDS_75 CDS 22518 22320 CDS_76 CDS 23820 23753 CDS_77 CDS 24033 23905 start_codon_13 start_codon 24033 24031 gene_13 gene 1 64280 63436 transcript_14 transcript 64280 63436 stop_codon_13 stop_codon 63438 63436 CDS_78 CDS 63776 63436 CDS_79 CDS 64280 64115 start_codon_14 start_codon 64280 64278 gene_14 gene 1 77949 73858 transcript_15 transcript 77949 73858 stop_codon_14 stop_codon 73860 73858 CDS_80 CDS 73913 73858 CDS_81 CDS 76021 75851 CDS_82 CDS 77949 77820 start_codon_15 start_codon 77949 77947 gene_15 gene 1 88429 80822 transcript_16 transcript 88429 80822 stop_codon_15 stop_codon 80824 80822 CDS_83 CDS 81613 80822 CDS_84 CDS 82147 82112 CDS_85 CDS 82379 82240 CDS_86 CDS 84600 84444 CDS_87 CDS 84822 84715 CDS_88 CDS 87727 87480 CDS_89 CDS 88429 88354 start_codon_16 start_codon 88429 88427 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_1 match 129 26966 27520 match_2 match 68.6 26656 26859 match_3 match 129 26966 27520 match_4 match 68.6 26656 26859 match_5 match 152 26966 27535 match_6 match 76.3 26656 26853 match_7 match 188 71960 73042 match_8 match 186 71960 73042 match_9 match 109 52148 52627 match_10 match 105 52148 52726 match_11 match 105 52127 52729 match_12 match 105 52127 52651 match_13 match 104 52148 52645 match_14 match 108 52109 52651 match_15 match 150 49352 49885 match_16 match 43.1 51306 52004 match_17 match 108 52109 52651 match_18 match 87.8 52121 52651 match_19 match 109 52127 52714 match_20 match 115 26966 27532 match_21 match 69.7 26656 26844 match_22 match 116 26966 27532 match_23 match 59.3 26656 26844 match_24 match 283 71915 73045 match_25 match 214 71960 73045 match_26 match 134 26966 27532 match_27 match 71.2 26665 26859 match_28 match 106 26957 27535 match_29 match 44.3 26665 26853 match_30 match 103 26963 27535 match_31 match 52.0 26662 26856 match_32 match 115 45107 45316 match_33 match 119 26948 27532 match_34 match 48.5 26656 26856 match_35 match 362 42840 43739 match_36 match 127 36045 36356 match_37 match 114 26957 27520 match_38 match 51.2 26656 26856 match_39 match 137 71924 72574 match_40 match 140 72599 73048 match_41 match 227 71960 73045 match_42 match 222 71951 73045 match_43 match 119 45113 45313 match_44 match 105 52127 52723 match_45 match 106 52118 52612 match_46 match 107 52118 52753 match_47 match 230 71948 73042 match_48 match 129 36000 36356 match_49 match 376 42843 43739 match_50 match 298 71915 73045 match_51 match 93.2 26957 27535 match_52 match 57.0 26656 26859 match_53 match 147 50073 50606 match_54 match 95.5 48457 48738 match_55 match 190 49274 49888 match_56 match 31.6 48357 48407 match_57 match 147 50073 50606 match_58 match 95.5 48457 48738 match_59 match 190 49274 49888 match_60 match 31.6 48357 48407 match_61 match 124 45107 45313 match_62 match 139 26957 27580 match_63 match 58.9 26656 26856 match_64 match 117 45113 45313 match_65 match 121 49923 50564 match_66 match 161 49325 49888 match_67 match 121 49923 50564 match_68 match 161 49325 49888 match_69 match 121 49923 50564 match_70 match 161 49325 49888 match_71 match 121 49923 50564 match_72 match 161 49325 49888 match_73 match 106 26960 27532 match_74 match 62.8 26656 26850 match_75 match 276 71915 73045 match_76 match 145 50073 50600 match_77 match 157 49307 49888 match_78 match 145 50073 50600 match_79 match 157 49307 49888 match_80 match 250 71873 73045 match_81 match 129 26954 27535 match_82 match 53.9 26656 26856 match_83 match 124 26954 27535 match_84 match 53.9 26656 26856 match_85 match 238 26957 27532 match_86 match 84.3 26656 26856 match_87 match 127 26966 27532 match_88 match 52.0 26656 26856 match_89 match 131 26966 27532 match_90 match 56.2 26638 26850 match_91 match 181 71960 73042 match_92 match 178 71960 73042 match_93 match 126 26963 27529 match_94 match 71.6 26656 26856 match_95 match 88.6 26966 27532 match_96 match 50.1 26656 26856 match_97 match 88.6 26966 27532 match_98 match 40.0 26707 26856 match_99 match 177 71945 73045 match_100 match 140 26963 27532 match_101 match 53.9 26656 26856 match_102 match 52.4 26656 26856 match_103 match 141 26963 27532 match_104 match 129 26972 27532 match_105 match 61.2 26656 26850 match_106 match 112 26969 27532 match_107 match 59.7 26656 26856 match_108 match 103 26963 27532 match_109 match 62.0 26656 26856 match_110 match 112 72167 73048 match_111 match 119 45110 45310 match_112 match 133 26969 27532 match_113 match 66.6 26656 26853 match_114 match 107 15998 16345 match_115 match 154 50073 50564 match_116 match 213 49304 49888 match_117 match 288 71915 73045 match_118 match 118 26966 27532 match_119 match 60.8 26656 26856 match_120 match 106 52121 52723 match_121 match 128 36006 36356 match_122 match 360 42834 43739 match_123 match 136 26957 27523 match_124 match 67.0 26656 26853 match_125 match 105 52118 52651 match_126 match 115 52118 52651 match_127 match 475 18948 19919 match_128 match 45.1 58996 59061 match_129 match 48.1 59129 59203 match_130 match 70.5 58788 58892 match_131 match 148 45023 45313 match_132 match 111 36562 36804 match_133 match 196 35997 36356 match_134 match 535 42771 43748 match_135 match 139 38513 38704 match_136 match 545 18933 19919 match_137 match 121 26957 27532 match_138 match 85.1 26656 26859 match_139 match 130 26963 27535 match_140 match 52.4 26656 26856 match_141 match 185 71921 73045 match_142 match 185 71921 73045 match_143 match 185 71921 73045 match_144 match 123 45086 45313 match_145 match 134 26963 27535 match_146 match 50.8 26656 26856 match_147 match 132 26963 27535 match_148 match 50.4 26656 26856 match_149 match 118 71960 73042 match_150 match 220 26957 27532 match_151 match 83.2 26656 26853 match_152 match 176 72020 73045 match_153 match 125 26966 27532 match_154 match 57.0 26656 26856 match_155 match 47.4 51135 52019 match_156 match 106 52127 52723 match_157 match 108 52127 52717 match_158 match 92.4 52118 52615 match_159 match 114 52157 52651 match_160 match 297 71918 73042 match_161 match 120 71921 73048 match_162 match 108 71966 73048 match_163 match 171 71930 73042 match_164 match 129 26957 27535 match_165 match 58.5 26656 26856 match_166 match 125 26957 27535 match_167 match 57.8 26656 26856 match_168 match 147 26957 27532 match_169 match 66.6 26656 26859 match_170 match 114 26957 27532 match_171 match 54.7 26656 26856 match_172 match 169 72170 72859 match_173 match 150 26966 27532 match_174 match 78.6 26656 26859 match_175 match 123 50076 50603 match_176 match 137 49352 49885 match_177 match 116 36009 36356 match_178 match 374 42861 43739 match_179 match 119 26963 27532 match_180 match 52.4 26656 26856 match_181 match 96.3 26963 27535 match_182 match 58.2 26656 26856 match_183 match 236 26957 27532 match_184 match 88.6 26656 26856 match_185 match 128 26963 27532 match_186 match 59.7 26656 26850 match_187 match 97.8 26963 27532 match_188 match 67.4 26656 26850 match_189 match 130 26954 27535 match_190 match 60.5 26656 26856 match_191 match 223 26963 27532 match_192 match 88.6 26656 26856 match_193 match 238 26963 27532 match_194 match 90.5 26656 26856 match_195 match 203 26963 27385 match_196 match 90.5 26656 26856 match_197 match 150 71960 73045 match_198 match 115 26957 27532 match_199 match 57.8 26656 26853 match_200 match 132 26963 27532 match_201 match 52.8 26656 26856 match_202 match 48.9 26656 26856 match_203 match 132 26963 27532 match_204 match 114 45068 45313 match_205 match 212 52115 52723 match_206 match 271 51087 52019 match_207 match 41.6 52018 52098 match_208 match 206 26957 27532 match_209 match 111 26656 26859 match_210 match 139 26957 27532 match_211 match 62.0 26656 26853 match_212 match 104 52097 52723 match_213 match 109 52115 52726 match_214 match 109 52148 52750 match_215 match 275 71933 73045 match_216 match 126 26963 27532 match_217 match 56.2 26656 26856 match_218 match 142 26963 27532 match_219 match 58.5 26656 26856 match_220 match 123 26957 27535 match_221 match 60.5 26656 26856 match_222 match 92.8 26966 27520 match_223 match 60.8 26656 26856 match_224 match 112 45014 45313 match_225 match 103 26963 27535 match_226 match 61.6 26665 26850 match_227 match 110 36072 36356 match_228 match 352 42831 43739 match_229 match 129 49346 49888 match_230 match 117 50073 50492 match_231 match 117 26969 27532 match_232 match 67.4 26656 26856 match_233 match 133 26957 27532 match_234 match 84.3 26656 26859 match_235 match 105 36562 36804 match_236 match 175 35997 36356 match_237 match 500 42816 43748 match_238 match 130 38513 38704 match_239 match 113 45020 45298 match_240 match 257 71939 73045 match_241 match 139 26963 27526 match_242 match 65.9 26656 26856 match_243 match 228 43158 43739 match_244 match 147 26966 27535 match_245 match 77.8 26656 26859 match_246 match 260 71963 73045 match_247 match 260 71963 73045 match_248 match 131 26963 27529 match_249 match 60.1 26656 26856 match_250 match 120 45092 45310 match_251 match 120 45092 45310 match_252 match 145 72200 73045 match_253 match 127 35994 36356 match_254 match 354 42822 43748 match_255 match 109 26966 27532 match_256 match 54.7 26656 26859 match_257 match 111 26966 27532 match_258 match 53.1 26656 26859 match_259 match 199 71945 73045 match_260 match 105 52148 52717 match_261 match 94.4 26957 27532 match_262 match 56.6 26656 26856 match_263 match 112 26963 27532 match_264 match 65.5 26656 26856 match_265 match 125 26969 27532 match_266 match 68.2 26656 26856 match_267 match 104 52148 52723 match_268 match 117 52127 52726 match_269 match 42.4 51270 52013 match_270 match 101 52127 52723 match_271 match 114 49340 49888 match_272 match 114 49340 49888 match_273 match 124 26966 27532 match_274 match 56.2 26656 26856 match_275 match 194 71951 73045 match_276 match 219 26957 27532 match_277 match 87.8 26656 26853 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_278 match 105 57566 56910 match_279 match 98.6 28793 28308 match_280 match 56.2 29133 28915 match_281 match 130 29823 28903 match_282 match 104 28805 28314 match_283 match 135 29844 28912 match_284 match 102 28790 28299 match_285 match 99.0 28799 28308 match_286 match 53.5 29133 28885 match_287 match 99.4 28826 28302 match_288 match 135 29841 28909 match_289 match 233 28814 28302 match_290 match 397 29841 28912 match_291 match 233 28814 28302 match_292 match 197 30860 30465 match_293 match 397 29841 28912 match_294 match 120 63780 63442 match_295 match 152 87725 87477 match_296 match 193 2298 1747 match_297 match 130 29844 28912 match_298 match 109 28790 28299 match_299 match 107 87725 87477 match_300 match 121 63777 63439 match_301 match 238 28814 28299 match_302 match 198 30860 30465 match_303 match 388 29841 28912 match_304 match 118 21187 20873 match_305 match 111 22508 22320 match_306 match 125 63777 63442 match_307 match 149 28814 28314 match_308 match 222 29829 28903 match_309 match 155 30872 30465 match_310 match 149 28814 28314 match_311 match 222 29829 28903 match_312 match 155 30872 30465