C04SLf0002F21.1 TTATTTCATGTTTCGCTAGTGAAACTTCATTTTTTGACCACAACCTAGCAGACGAGCTTT ACATGTTCCTACAATGCAAGAATTCTCATCTTCTAGTACATCTATTCAATTATCAAATTT GTTTACGGGAATCACATCCCAACTCATATTCAAATATTATTTATTTTAAAAAAAATTCCA AGTCGCTGCAATCTGGTCAAGCTGACGTGAAATAACCAAAAAAGAGACTCAAACGTGAAC ACGAGGCTCCACCCACAAACAATTTCCATAAAGGAACCACCAGAGCCCTCTAAAATCAAT CAGTCCTCAAGCAACAACTTCAAGACCAAATACTAAAGGAACAAATGCAAACAGAACAAA AAGAAAAGAGGAAGCAAGATCAGAAACCCAATTTTGTTATATATATACTCACACAGACAT TCGACAAAGCCAAAATCAGAGAGAATTTTTTATTGGCAAACACAAAAATAAGAACACACC TCTCCTGTCCTCTGAACCAAAGTTCCAGACTGGGAATATTCTGCATCTGTGACATGCTGG TTTACAGCTGACAAGAACATATTCTTAGCATACTGCTCGATATTATCTGAAATGTCACCA ACCACGTAAAGTTTGTTTGACACCTATCAAGAGTTACAACATTTTAGCGATTCAGATACA ATAATCCATAGATAAGAATCGTAAAGAATGGCTACCAGCAGGTGAAAACGCACAGCTGGC AACACAAAACAGTCACAAGTAGCATACCAGGCGAATAGCTTTTGCTCGGACCTCGTCCTG GGGGTGAATAGCACACTGCATGAAAGCATGAACTTAAATGACTGCACCATAATCTCATTC TGCCAAAGGCAAGCATTACTTTTGTTTTTTTATTTGCAGAATTGTAGGACAGTTAAAGAG TTGTGTATTTTTGGTATAATGGAACTCAACAGATAAACAATTTTGAACACGTGTCTGCTA CAGGGATTCTTTTCTTGTCCAGTACAAAATTGAATATAAGAAAATGCTTTCCAGAAAAAA CAAGAACAATTACAATAAGATGTCACTCAATCACTAAAGAAATAAACATCAAAATAGATA CTAAAACCCGAGATTGAAGTTGCAACTCCACCCTGCAAGTCAAATCTAATGAGGGCCTTA GATCTTCATCCTCCTAATTGCCTCCATATACAGACCTCACCACCACCACACACAAAAATA AATTAAAAAATTTACAAGAATAGATACTAAAACCCCAACCAATACTACAGGGTTTATTAT TAATCCCGAAGAAGATGATTCCATTTACATGATAGGTAGACACACCATCAAAAAACTCAA CGCAAGGAAAATTTGACAAATAACAAAGCCACATTTTACAAAATGATATATGACACACAC AGACATCAATATTAATTAAACCAAATACTATATACGGCACAACATTATAACAAAATGAAA TGCAGCCATCTCATGACAGTAATAATCCTTCAAATACACAGAGAACCTTATGAGAGAATA AAGACTCTAGATACATACTTGAATCCAATACTTATACTGGATCCAGCACTTCTCCAGTTA CAAGAGTTTACTCAAGGTCACAAACACGTAAAAAAAGTAACTTCGAAGTAGTTCTTTTGC TTCAATTAAACTGTCTGCTTATTAACTCTTTCTTCCAAAACTCTATTTACTCCTAAAAGT GATGCTTTAGCACTCCTTAGGCAACTAATACCTGCAATTACGTAAAGTGAATGCAAAACA TCAGCACCGAATATTTGATGGTCATATACCTTCAAAGCTATATCCATGCATGCTTGACGA TTAGGGGGGCGACCCAAGATTAAACTCCAAACTGCACCAAGGCCCTGAGTAACACGGTCA CCATCACGACCATCGTTCCCAAGATAATTGTCAGAGCATAAATCAACTAGCAGTCTCATC ACAGATTCAGGCAGATATGGAACTTCACCAAGGAGCCTACTAAATGACTTGTCGTTTGCT GGTAAAGAATCCAGCAATGATTTCGCCTACAAACAAAGAACTTACTAAAGAAACTTTGCG AATGATGTAGATAAGGATAATAAATGACTCTATTTACCGCACTGAGGAGGAATTTCTCAT ATAGAGCAGCAGCAGATGAAATATTTTCAGCCGAACCCGATAGCATGAGATAATGCAAAT GATAAAGCACATGCATTGCAAGCTCATGTACCTGAGGGTCAAATCAACATTGTTAGCTTG CAACCACAATTTCCACTAAAAGTTCATTTGCAGAAGATATACAGCAGAACAAAAGCCATA AAAAGGGTTTTGTGGTTAATAAACTGTATCAGATTAAACCCCTTTGGATATCCAAGTACA AAAGATTTAGAAGATTACCCAAACTAAAAAACAAAACAGTAAAGGGGGATCAAGACAACA AGAAGCAGCGGAAGATCAAAGCTGTGTCCGTTATTTGTGATTTGTTGCAGTGTGTAAATA CTGTAAATAGTGTCGTTGTAATAAGTAATTGAGCGATCAAAGGTTTGAGCAACCACAGAT GTTACAATGAACCAATTTTCATCCGAAAGATGAAAAATCGGTGAGCTCTTTATCTTTGTC TTAATTCTATATGCAGCAACTACATGACACTTTGGAGAGACTCACTCCAAGAAGATTTTG GATGGCAGCATTTAAGCCATATAAACTAGCAGAATATACACTTCACTAACTGAAATAATG ATTCTAAAACACTTCACCTAATAAAAACAAGCTTACCAACACAAAAGGAGAAAGTAATCA TAGTTGATTGATTACACAACTTGAACGATGACACTAGCATAAGATACTCTGAGTGTAAGA GAGAAAGTAGATACCTTCTCATGTTGGTTGCCTGAGAAAATATGCCTTTGGATCATCAGA ACTACATGAGCATCAGCATCAGCACCAATCTGCAGGGTCAAACAAAAATACTGAACTATC CCATTCACATGCTCGGACTAGTTTTTCCAAAATATAAGAACAAAATACCCCATATGGTCC CACAAGTGGGGTCTAGGGAGGGTGGGGGTAAGGTCGTGGGGTAAAGATGGCCAAAGTAAA GAAACAACAGTAGTAATAAAATTGAAGAATTAGATAGCCAAACTATGAGATCAAGTAAAG TAAACAAAACTTGCAAAGGTACTTAAATAATTTGACGTATTCATTATATATCAGCTTATA AACAGAATTAAGCACATAAGATCAACAAAGGAGACATCAGTATTTACACTTCTAGTTATA CAAATATGGTTAGCAATACCAGATTGCTTGATCAACATGCTGAGTTACCTAATAACTTTC TGGCTTATGTCCAAGGGAAGTTCGTTATTTCATTAGTACCTCCATCAGCACCCCTACTTT TCATCATAAATAATGTCTTAACATTCTTTGCTAGGATGCCTCACTTCACCTACTATATCC CAAAAAGAATAACATCTTTCTCTTTTGGACTAATCTGCATCCATTGCTATCAAGATGTTA CTCCAAAAACTCAATGATTGCAGATCATCTCAGAAGGAAAATTGGCATGACTGCAGAACC TATTATCAGCTATGTGAAGCAAGTCAGGCAGTCATGGTCAATTTAAACTTAGACTTTAGG ATGGTCATCCAGACAATTGCGTAACAGACTCAAGAGGCCAAGGAAGTATTTCTCAAATTT CTCCATTGTTCAGGTTAATATCCCAACATTACTCAAACCATGCATCAGCTTAATTCCTAC ACTGAACCAAAGTTTGTATTAACTTGGACTTCATAAATAAATCTAAGTCTCATCTCTACC TAAATTACTTTTCACAATGACAGATATTTTTGGTGGGATAAGTCTGACTGTGTGTCAGTT ATCTATATCCATATATAATCATAATTCTACAAGTACAACACTAGAATTAGCATAATTTGT TTGTCCTCTCTGACTTGGTGCACGAGAAAAGTCACTAAGAGTTGCTGAACTCTAGAAATA TCAGAAAGATGAATTGGATCACAAGTGACTTTCAACACCAAACTAGAAAGGGAAGGACCA ACTACCCAAGTTATAAAGATTTCTTGGGAAAAACTCAAATGTCTTCCAAAGCATGATTAT TATATCATACTGGAAGAAACAAGTAATGTTTCAAGGAGAGAGCTAGAATGATGAAGTGGT ATACCAACAGAGGTATGACACAAATAAGAGTCTCAGATAGGAAGTCTACAAGGGCGACGA AGTGGCGAACCACTTTATTCAAGCATAGTTTGCTGCCCCTCAAAGAAGAACATTATTTAC ACCAATCAAGACAGAATGGGTAGATTATCTTAGTTCTAAATTTTTCATGAACCAACATCT GGTAACTTAAGATAACAAAGTAGCCCCAATAAAACCAAAAACTAATAGTTAAAAATCAAC AAGTTTGACCCCACCTGGGCAACCAACCGAGAAAGTAATGCCATTCCTGTATGCTTACTG TCTGTCTCTTTTAATTTCTTGTATGAGTCAATTATCTGTTCAACAGCCAGCGTTCCCATA TTTCTTTGCTGCTCATCAGTCAGTTCGATGAATGGCGGAAGTGCAGGCAAGTCCTCACAT GCATCTTCAGGAGTTGCAGCAGTTGATATAGGGGGAGAAAGTTGATCTGTTTCTAACAAA GGAGAGTAAATTTCATTAGTTACTCCAACTTCAGATGGAATTTCTGGCACCAATTCCGGT TCTACTTTGCCAGGAGATAATAGTGGAACATGTATTGTGGGATCCGACTTGCGATCAGGA ATAGCTTCATTCAGGTCTTCCTCATGACCTTCCTCTTTGGGAGCTAACAAACCGACTACT GGTCCTGGTGAACTTTCACCAGTGATAGAGTTAGTTTCCATCTTCAGATAAGTCATTGGC ATACATTCAGAACTTGACATCAAGGGTACTGCAATATCAATATTAGATGAACTGGAAGGA TTTATGTCAGATTGCAGAATTGCAGATTGCGTAGCACTTATATTATGTTCTGCAACAAAC GGTGGTGATACTTCAACAGCGACAGCTGTTCGCCTTGGGTCAAGGCGCCGTGGATCCTGT GAAGCATCATGATGTAGTAAACAGTTTGTTATTGGACTGTCACTAGTGAGAGAAACATTA AGTACAAACAGAAGAGAATAAACTTGAAATAATTTAGTTTTGCTCACCCTTCTGGGATCA CGTTTTGAATCTAAAGGGAGACTTGCAGAAGTAGGCATTTCTGGAAATGTACTGCATGTG GCAGTTGATAAAGAGATGGGTGTCTGGGATACAGGAACCCAGGACTGTTGGCCTAATGAG GAATCAATTGGTGCCATAATTTGGGATAGATTAGTAGAATCACTCGCCCGAGGTAATGAA AAGGTTCCAACCGGTGCAAAAGGAGGGGGATTGTTTTTAGGCAAGTGCTTCATATTAGTT ATGACTATATCAGCCAATACATCAGGATGAAGCTCGGATATTAGGAGATCAAGAGAGTTG ACACCCCTTTCTCCTTCTGCTAGAAGAGCACCAATCATGTTAATTATTTGTGCAACCGTT GGGTCCACCCCGTTGACATATTCTTTCCCAGAATCATTTCTCTCAACTGGAGCTGTGTGA CTGTGATTATTTGGACCATAATAAACCCTTTTTGTAGTTAGATCATAATTATTAGATGGA TCTTCATTATCTAACGGAGTCGACCTCTTCTTGGTTGGATCACCTGAAATGGGCTCATCC TGAAAAAGAAAGTAGAAAGTTCTGAGAACAGCTTCTGAACTATATATTTCACAGCTTGAA GTCCTGACACTTTGGTCTTCAATAACAAATAAAGAAACTCAGTTACTGAGTAAATTACTT TATTCAATCTAGAATCACGTGAAGCTCGCTCATTGTTTCTGATCATTTTATCGAGTTGCC GAAGAACTTGATCAGCAGCATCACCAGCATTCATGGCTCGCAACGATTTCATCAATCTTT CTCTTGACTGAATAAAAAAAAAACACTTAACTAGTTATTCAATTTATAATAAAGATAATC ATAAGCAAATCTCTATAGTCCTAGAGTTGAAAGATATTGATCGCACTTCTCATACAGTAT AGAGCACAAAGATCTTTTGAATCTATCCAACTTGAACTTGCATTACACTTAACAGAAATC AGACCATGTTTTAATGTAGTCCTCCTATCGCATCTTTGAGCTTCAACTAAATATGGCTCT TTCCAAGTATAAGAACGTGAAATAACCACCGACAGCTGAAGTTTAAGGAAAACAAAATAC CTTTTGGTTTAAAGTTATCTATTATAAGAATTAAGAATTAGCATATGCAAGAGTAGTCAT CAACAACAATGACAACACCCCTCAGTCCCAAACACATTGGAAATCCTCATTTGTGCATTT AAGCCATATAATATCATCACCATACTAAATAGAATATAAGTGAAAGACAACATTAATAAG TGTCTGTACATATATATATACACATGTTTTAGATTTAGCAAGAAAATTATCAACAAGAGC ATTAACTAGCTTGCATGTAAATTATATACCAAAAGCAAAAAGTAGAAAATCTTACAAAAA ATACATGATTTTCTAATAAAGCCACCCCAATCATCTATAAAAGGAACTTATGGGTGCACC AAACGAAGATGCTACCCGGCAATGTAAGAGTAGGTGATCTACATCTTCCCCTGATCCTTT GCACATGAAGCACTAACTAAGACAATTGATCTCTCTCTTCCTCAAGTTATCCGTTGTCAA GATCACCCCATCCCTGTGGCTAACCATTTGAAGAAGCACACCTTACTTGGTACTCTAGGG ATCCATATCGCGGTATGTGGGAAAACAATCTCCTCTCTCACCAAAAGATTCACATAACAG GACTTAACGAAAAAGACTCCATTTTCCCCACTGCCCATTTCTAAACATACACAACCCATA GTAACTTTGTTGGTGGAGGAATGTCCTAAATTGTTTTGTTAAGTTGGTAAAGGAGGAACT TCCTAAATTGTTTCAAATTGTAAGATACTCAGAACCAAAAATCATACCATATAGGGAAGG CAACTCATGGAACATCATATTTATGAAGAAAAAAAAATTGTCCATTCCTTGAATTATATA AGAGAGCAAATTTCCTTTTTGCACTCTGTGCATCCACTTGATGGCCTATCAGTGATATAT TGACTTTACCCCTTAAAAGAACAAAAAGGATTCTTGTTACATAAATGGACTTTGACCATA ATTCAACCCTAAAACCTATCTCACGAGTTAAGTATCACGCAAGGATGTATAAGAATACTA CAACACGTTTCCCCAACCAATGTGGGGATATTCTAACACTCTCCGCTTGTCCAATTTTGG ACAATGGGAGTGGATAAACATAAAAGGGGGCCCAGCACTGGATAACCAAAGAACAGGTAT AGGTCTACCTCTAATACCAGGATAAGAAAATGGACCTTGAACCTACTAAACCTCAAAAGC CAGTTCATGATGTGAGGGGATTGTACAATACCCTACAAAGAACTACAGCTCATTCTCTCA ATCAATAAGCAAGAAACATCTCTGTTTGATTAATCAAGAAAAATAGTTAGAAAGGAAGAT GCAGCAGTCGACACCCTGAAAAGAAACAGAAATTGGAAGACAGAGAAATCCATAGATAAA GAACTATGAAGCTCTAATATGACATGTCAAGTATACCTCCAAAATGGAAGGATGTGTACA CCTCAGGAATCCTAGAAAGGCCGTTCTCAGAGAATACTGAATGCTGGCAGCATGTCCACC CTTTGTCATCTCAAAGTTTGGATCAAAATCAAGCAATGCTGATAAAATGTAGTTATAATG GATAGGTCGCCTCCTTGCTATAACTGCCAAACTGGAAACAATAGTAAGAGTTATCAGATC AAGTATGAAGCAAGACAAATAAATAATACAAGTCAAAGATGAAACGATTAATTATGAACA CATATTCAAGGAGAGAGCAAATAGAAAAGAAAACATACTGACATTATGAAGCAAGATTAC AACTTCACCTCAATAATCTACCACAGATGAACTAGTATTCGAACATAGAGAACTACCAAT TTATTTTAATTGTCCACCTTTAATTACAAAACTAACAAATGCACCACTGTGGTTTATCAT AAGCAGGCAGCAGGCAAAGTAACCCCATAAGTTACAAAACAAAATTTACCATGATACCTA ACCCAAAAGATATTTTTAGGGTTACCGCAACCCAGAAATAAGCACAGATAAGCCCTACTA GTCTAGTGGCACACCAAAGTAGCTTTTTCTTAGGACAAAGTATCCTCAGACCAGCATACA AGTTCATTATTCAACTCCTTACCATCTTTAAATTTTACATCTCATAATGTTGGATCTTAG AGAAAACAGCTGGCTTCTCTACTAGTCTACTTGATGCCTGCTGTTGCAGTATTTGCATAG AGAACAATTGCAGAAGATCAGAAATCAAGGGAAATTGCAAAAAAATCCAAGCAGAAGATA TCAGTAATAACTCTAGCCAAGGAAATCCTCGAATTGTTAAAGGCAGTATGGGAAGATGGA GGTATAGGCAAAAGAGAAATTGAGACATAATTGGAAGTTCAGTTAACAAATAATTTGAAT AGGAAAAATTAACTTTTAGCTTGGGATGCACTTGTAAGCTATACTCTATTATTTTCTATC CTTCTACTAGCACACACATTTTTCTCAAGCAAAAACTACCTGAGCAATATCCATGTCCAT ATCTTCTTGAGACAAGTAACACAACATCAAAGAGACGTTTTTACACACGATCAAGTACGA ATTACTGCTATCTGACCAATTTGAAAGGCCAACCACAACACAGTTTTGCTATTCCTTATA CCCTAAATGCCTTAGGAAAGAACCACGTAGTAAGATGTTGAGTTGGGAGAGAAGATGTTA AAGAAGAGAATAGGATTGTTATATTGCGCACATCATAAACAACAAAAACACCCAGTGAAA TCCCATAGGTGGGGTCCGGGGAGGTAGAGTGTACACAGATCTTAACCCTACCTCATGGAT GTAAAGTGTACGCAGACCTTACCCCTACCACATCGAGGTAGAAGTGTTGTTTCGAAGACT ATCGGCTCAAGTATCGCATATCAAAGAAAGTAAGGTAAACAAACATACAGATACTGCACA CATCATACGAGACAAAAATGTGTCCATCATACTCTATTACAAAATAACGTCTTGGACACA TTGCATGCTAATTATGCCATTACACATTAAGGAGTCTTATATGCATACCTCTAAACAAGG ATACATTATTCACTAGGAAGTAGGAACAAGAACCCCTTTGTTTTTTCAACAGATCTATAC TCAACCACAACCACTAGATTTGTCTATTCTTTTACAAGTACATCTTTTTATGACATATTA CTATAAAGCATCAGGAGACATCAAACACAAACCCATATAAGTAATTCCGCATCTTCAGAT ATTATACAGCAGGATGGCCCCTCTATTAAAACATTAGAGTTGAGAGGTTCACCGGAAAAA CTAGATCTGTTACAACTATGGTCAAGTAACATTCAGTGACCACGAACAATCACAATAGAA GTTCAACTTCAAACCAGGCATACCAGAACCAAAATTTGGCTCGCTACTGCAAACGAAATC ACAATATACACTGACCAGTGTTGGCATATAGACTAAATCATGTCACCATTTTCGCTATCC TATTTGCAGGTGGTCAAAAGATCCACCCACTAGAATCAGTTGTAAGAAACCAAACAGCTT GATTATTGTAACAAATATTGTAGTATCAAACAAATATCTGAAATATGGAGAAAGATGAAG CTCAACTCTATAAGAATTTCAGCTAACTCTTCTGTTGAAAATTGGGAAAGAAAACTAAAT GGCATGATCAACATTTTACTCGCTGAAGCACTTTGTACAAGAGAATGTACATCAAACTTT AGCTCAAAGAAATTTCACATGTTTTTGCTTTTGAATATACAAGCATTGTTTCTTGATCCA AGATACTTTCACAAGATCAGCACTAATGCACTCTACAATGTACATCAAACTTTAGCTCAA AGAAATTTCACATGTTTTTGCTTTTGAATATACAAGCATTGTTTCTTGATCCAAGATACT TTCACAAGATCAGCACTAATGCACTCTCTTAGACAAATTCCGAGCATGCAGTTAAAAAAC ATATATACCCCACCAAAGACAATCTGCTGCAAGAGAGAAAGCAGTCCATGAAGTGAAGGA TGTCAAAATACTAGGTTGATACTTGATAATGATAGTTCATTAAATTTTCTTCAAACATTA ATTTCATTGTATATTAGGAAATATGGTAAAACAGGAAACTGGAGGTGCAGTCTCTCTCTC TCTCTCTCTCTCTGTGTATGTGTGTATATACACAGAGAGAGTCAATCAGTTATTATGTCT CCATGGAAATAAAACGTCCTAAGCAAAAGAAGATTATCAGCAGAAATCCTAAATCTACAA GAACACAAAACAAGGGCACTCTAAAACCATACTATGTAGTCAATTGGCTATGTCAACCAA CTAGCACCCACAAAAGCCATTTTCTTCGTCCCCTGAACTCATGTCATCCTTTAAAACAAA GCAAGCATGAATTCTAAGCTTGCTATGAACTTGATTTTAGAAATTGTGAGTCACACCATT AGTAATTTGATCAGACCAATCACCCAAAATAAATTCAACGTGCATCAAAGAGTACACCAT ATAATTTATGTTACCTAGGAGAAGATAAGCCACAAAAACAATCACAAAAGGTCAACAAAG GGACAGCTGGGTGATTGCGGCATAGTAGTAAGAAACCGAGACCAGAGGATCCTAATCCAA CTACAACACTCAGAGTAAGCCCATCACCTTCAATCTAGGTGGGCAGGATTAACTAGGTAC TAGACTTGTGAGCTGTAGCAAATAGCTCGGAGGATCTACTTCAACCCCACTAGATTCGGA TTCAGCTGACCATATATTATCTTCTATTGATTACGACAACTAGGCTCGTGTTTTTCTGGG CACAACCATCATAATTAAGAAAAGATGCATTCAAGTAAACACAGTGGTCAAATGCTAAAA CGATACTTTATACAACCTTTAGAGTACCTGACACTTACAAATGGCAAGTAGCCAGCAAAA CCAGAACAAAAGATGAGAAAAACAGAATAATCTATGTACAAACATGCAACATTTTTTCAA ATGTCTTCTGCGTAATGCTAAGCGTCTGGAAAACAATTATCTGGAACATTGTCCTAGCAC AAATTAACGAGATCTTGTTCCATATTTCATGCATCAAGTAAACATGCTCAATCAACCAGC TAAAACTTAATACATTTAAAACATGAATTTTGAGCAATTTTTTCATCTGAAACTATAATG AGAACAACTTCTTAGAATTGGTAGTTACAGCCTTACCAAATAAGCGCAAAAAGCTTCAGT TGATCATCCTCAGTTTATTTTCTAATTTAATGTGTTGCCATAATGAAAGCCATCAAGTTC ATCATTTAAATGTTTAAAGTCAAGCTACTTGTTACATGCATGATGTTAAGACAATATTGT GCAACCTACTATCCAAACTAAATGGAAGTACGGTGTTTAATCTTTGAAAGCAGCTAGATA AAACATTTCTAATGGTAAGAGAACAGGCTTTAATGTTTAAACAAGTTCAACATCACAACA TGTCAGAATTTGACATTCCAAAGAAAAAGGAGACCAGAACAGAATGTCCTGATGTTGATG AATGTGCTCATCCTGACGGAAAGAGTTGCCCTGCTAAACTTGGTTAACATTCCTTCACAG ATAATAGCAACCAAGACACTGAAGCAATATAAAGATGTGCTCATAAAAGCAGGGAATTCC AACAGAACATAACAATCTACATGCAGCCTTCCCCAGAGTATTGGATTTCTCATTCAAGAA CCAGTTAGCTTTTCACCTGTTTCTGATTTCAAAATTCATAAGTAGAAAAGTTTTAATGAA CACTTTGCTTATACCATTAATAATCATGTAGTTTTATTTGAAACAATGCAAAGAGACAAC ATATTTGCTGGATATGCTCATGCTACAGCAGCTCCAGTATATACATATCACATGGTAATA CACAATCATGATTGGGAGGAATTTAAATATTTGACAAGATGAAGAAAAAGTGATCATACC ACAGAAACAGTATCACCAATTTCTAAGTTCAAAATCAATGTGAAACACAGCATGTCATCC AGTAAAATTGACGACGTAACAGCAGCAAAAAGAAAACAGAAGTAAGAACAGAAGGTTTAT CCAGGGGGAAAACCCTGTTGAAAATTAGATTATCTGGGTAATAAGAAGTGTGTCAATGTT ACAAAAAATAGCAATACATTATCAAACAATACTTGGAAGTGTCAGACACTACAAGGTTAT GATGCCGTATGTACAATTTAAGAGATCAAAATTTGCTAAACTTTAATGTTGTCTTCGAAA TGTACAGTGCTTGGTTAATAACTTGTCCAAACAGTTCTTATCCCAAATGGCGTGACAAAT TTATCCACCGCTTAATCTACCATCTGTCAATCTTGTGGAAATCAGCTAACTTTTACATCT GTTATCTGAACCATCAGTTCAGCATTCCAAGCAAAATGCCATTTTAACTCCACGTTAAAA AGCTGGGCTCATGCTGCAATAACAGCAAAAATAAGCAGTTGAACTTGAACTACAGCCATT ACCAAGCATCTGTCAACTCTCCATAAATTCAAAGTAATAAATCAAACAGCAGTCACTGCC AAAATTTTGGAGTCAGAAGTCTTATTTGGCTGGGCAATATGGGATTTACTGAGAGGTTAT GACAAAGGATCATCAGAGTAATTTTTTCTGGCAAACTTAAAAAATACTTTTGGCAGGGAT CACTGCCATAATTGCCAGTTACTGACAGAAAATAATAACAAAACTACATCAGCTACCGTA ATAATCCCAAATAGACAAATTATCTATTTGTCACATAACAGACACTTAAGTAAGTATGTC TTGTCGATGAAAGCAACCAGTAACACATCTCAAACAACTATAGCAGGAAAATATCAACAC ACCAATTACTCATGTACAAGGCTGTTGTTAGTCTAACATAAACAATGACTAGAACCCTAC AACATGATCTCGCTTAATCATATTTGTTCACTTAGTTTGACTTTACATGAATGATAATAG TAGAGTTAAAATTAAATAATAGGATAAGAAAAACTTACCATAAAATAGAGTTAAAACTTA GCCTCCCAAAGATTGTTGAGATTATTTAGAGATGACATGTGACACTTAACAAAGATAGAT AATAAAGTAGCAGGCATATAAAGTACATAACTGAATAAGATCACTAGAAATTTGACAATT TTAAGATGGACAAAAGGGAAGTCGTATGATTTCTTTGAGATAAGGGAGAAACATGGTATT TTAATGTCATCTTAAGCAGGTGAGTTCTTCTTCTTCTTTTGGATGAAGTGAGGTGCTCCA TTAATTTTTTTGGGTGAAGTTGTTAAAATGCATTAGAAAGGCATCATGGAAATGCTTAAG TAACAGCTAAACAGTAAGGTGCTCCATTAATAGGCATCCAAAAGATGCAAAAGTACGTGA TTTTCTACTCATTTGTCTAAGGTTTTGTTGATACAGTTACCCGGTACCTATACTGATGGG AGCTAATAGAAGTGAAGGTGCGCAAGCTGATACAGACACCACTCCACTGATATCAAAAAA TATACACTTCAAGTATCATGAAATCAAAATCGATAAACATGTTCTTCCTTTATTTCCACT AATGTATTTTAGATCAGTAATGTATCCATTTTTCTTGACTTGAAAAGTGTTTTTATATAA AGATGAAATCAGCATCAGTATCAGCATCATAAAAATAATAAGATGACATCTTTTCCAGAA AAAAATCAAAGAAAGACAGATAAAAATACATGAACCATAGTAAGTCCATCTAGGCAAATT ACATAGAAATAAATGATAAGCATCTTGATGCCTTGCACCAGTTTGAGCCTATCCAACAAA ACATACACAGGTTCTGGTGCCAAATGTATTTGACTTAAAGATAACCTAACTTCACATACA TAATATAAAAGATTAACAAAAGAAAGCTTTCAATGTATTACCATCTTATCAGAAACCAAA AGAAAAACATTTTTATTACAAGAAGATCACAACGATATTGACGACACACCCACCTTTAAG ATCAAAAATTTTCGCAAGGAAAAAACAGCCCATGTGTATGCAATTCTTAGTAGAGAACTC TACAAAAACAAGGTGATAATAACAGTACGAACAATGGACCTGCTCAACTGGTAAAGCATA AACATGCAGTAAACCATTCTAGGAAATTACTACAAGATTGACCCTGCACTGTAGTTTCAA CTTGGCTACGTGCTTTAACAGCCATTTAAATTTCTTCTAATGTTTTTCGCAAAGGTTAAC AAAAAGAAAGCTTTCGAGTGTATTACCATCCTATCAGAAACCAAAAGAAAACAATTTTAT TACACGATCACAACGATATTGAGGACACACCCACCTTTAAGATCAAAAAATTTCGTAAGG AAAAATAACAGCTTATGTATGCAATTCTTAGTAGAAAACTCTACACAAACAAGGTGATAA TAACAGTATGAACAATGGGCATGCTCAACTGGTAAAGCATAAACATGCAGTATACCATTC TAGGAAACTACTAAAAGATCGACCCTGCACTGTAGTTTCAACTTGGCTACATGTTTTAAC ACCGATTTAAATTTCTGTTTTTCGCGAAGGTCCTAAAACATTAAACAGGGACCTACATTC ACACTGTTGGATATACTGGTATGCATTCTTATTTTCTTAGTGACCTTATTCACTCCCTCA GCTCACTTCTTTCACAATACAACAGCACTTTATTTACAGATGTGAGTTAAGATTAATGAT CTGGCATAAATTTAAAATCTACCCTGACTAATATAAGCAGTTGCTTCCATAAAAGTTTTT GTTCTCTTTTGAGTTGCTTCCATTACCGCAACAACATTTTAAGTTTGAATGACAAAAGAG GAATACAAGAAATTTACAATGTAGTTAGACAATCACAGATGAAACACAGGCAAGTTGGCA CCAATATCAAAATGAATTTTGCCTATCACCCTGAAGTACAAAATAATTCACACATTCCGA AAAATTCAAAATAGGGAGGAGATAGAAGCTGAGGAAGGATGATTATTTACTAATAATGAT GCTAATAAACAATATAAAAGAAAAACTTTTCCCTAGGAAGAAATATAATAATTCAACTAT CTTCGTTAGACATGCCTTGTTCTTAAGGAGTCTTATCTTTCAAAGCATTTTTTCATGATA AATCAAATATCATTTTGATGACACGCCAATTTGGTGTCAAAATCTATCTACTCAAGAAAT GTCGAACCAAACCTTGTACCAACACTAGTTTTGTCGAGTCTATTTTCTCAATCTCTATAT TTATTCGCAAGAAAGACTCCTCTCCCTTACAGAAAAGGACGAATCATGCGCAAAAAGCTT TCAACTAGCTAAAGCCTAGATGAACTTAGAATCATCCTGGAGATCAAACATAGCACTTAT CCATGTGAATAATACACATTTTTGTGCAAAACAGATAAAAGCTCACCTATTAATGACGGA TATGGTTAGTAAACCAGGGAGAGAACTAGCTGAGTGCAATAAATCCAATAGAACGCCAAC TTTATTTTTTGCATCCGATGCAAGTGAAGCTGGATCAAGAACAGGGTGATGACCAACTAC CCATGAAATATTAAAAGTCCATCCATGTTTAGCTGCAGATGTGAAGAAAAGATAAATCCA AAGCACACACAATAACCACTAAGCAAACAGAAAAAATGGAAGGAAAATTGATGAATATAA AAATCTCATAGTGAATATTTTCTGATAAGTTACTATATATACTAGTTAATCGTGAAAGAT CTCCTGTACTCAGAATCTTCCGGCCTTGAAATCCTGTAAATGATTACCTTGTGCTCCAGA TTTTTCTGAATCACTTGATGTGAAAAGTAGAATATATGTTTCAAGGAACTTCGACGCCAG CAATTTTGTACCAATAGGGACTGCCTGTAAAAGAATATCCAAGAAAAGCATGTCATTTGC ATATGCCAAACAATTAGCAGAGAGACATCCCTAAAACATATCAGCAAGGCCTGAAAATGA ATTTATTTATTCTTCTATTTCCTTTGCTATACCCTCCTGCGCCCAGATATTGACAGAGTA GAAGACAAGAAATATAAGTCTGGATTAGGAGAGCATTTGAATACATATTTCACAAAGACA TCTCATTGTTACTAAAATGTAGCTACTTCCAAAACTGGCTATTAAATGAGATTTAAGATA TTCTTTGTCCATAAAGAGAGGGAGAGTGTGACACATGTATGTCCATAACAGTCCTGTTTT GTGCCCAAGCTTCATTAAGAGGAAACAAACCAGAGAGCTGAGCTAAGCAAGTAACAGGAC ATTATCTTGCTTACTCTTCCTTCTTTAAAGAGACGGCTACTCCTGTAGTAGCCCAGTAAG TAGTTACATATGGTAAAGAAGATTGTATCTACTGCACCACCCCAAACCAACATAAATAAA TCGATGGAGATCAAGGCATCTAAAAAGGGAATTACCCTCTCAACAGAATATAATGTTATT GACTGGCTGTAACTAGAAGATATTAGGGCTGATGTAAGTATAATTTTTTGGTGGGGAACT ACACTTTGATGTAGTATACCTGTGGATATATAGAAGTAAATGTTACCTTTCTCAAAAAAA AGTATATACATATCCGACGGCTGGAAATTCTTGCATAATGTTGAATAACATTCACAAAAT ATTATTTTTACTCTTTGTATGTTCACAATATATCATGATCGTCTTTTATAGAGTACAAAA TACCATGATCTATTTATGTCCAATATAAAGTTTAGTGGAACCACTAACAAGGAAAAACAG AAAAAAGTTCACCAAAGGAGAAGAAAAGGGCAAGTATTAGCAAAACAAATTCCACGTTGC TGTGAAGATGAGTTCAAAAAAATGAGTGATAGCCGAATTGATTACCATAGTTAAGTTCAC TAGCCAACAAGTACCCACTACATGAGCAGAACAAGATACCTCAAAAATAATTCCAACGAC AGTATCCTTGAATTTGACCATCCAAGTCCAGAGCTCTTCAAGCCACCTTTCAACTATACC GTGCCGGTGAAACTATAATTTATAAAAGAAGCATTTAGATCTTTGAACTTATTAGGGAAG AAGATAATTGTTGTGAAAGAAGGATAAATTAAACATGTTATAGATGGTATGTCGGAAAAT GCACAGGGACAGGGAGGATAAAACTTAACGAATCAACACTAGTAAATCAATGCATTTTGA CACATACTGAACAATTAAGAGAAGGGTTTACTCAGATTGAACTTCTCATGCCAAAGTTCC AGCTTTTGTATCAGTATAAGAAAAATCACTGGTCAGTCATCCACACCAATACAATATCAC TAGCATATGTATGGTACTATAGTATATGTTAACCACCATCACCCATCTAGCCAAGACCTG TGCATAGCGGCCCAATGGGTTTATGCAGTCCCTGTCAGGCTCAACCCTATGCTATTGCTA CCACATTATGCTCGCGAGTATTATTTTGAACTTCTTTGGGATATTAATTCCAAGTTCCAA ACTACTCATCCTGATCCAAGAAAAAAAATCTGAACTACTCAAAGTGAACACGTTTGTATT CTCCTCTAACAACCACAAGTAGCCCACATGAACGTCAAAATTCAGACCACTCATTTGTCC CTTGGAACTCCTCCCACAAAGAAATGACGGCAGCGGAACAGTCAACTCATCCGATGGGTA CTTTCACCGTCCTAGAGTGAGTGAGTGACATTACACAAAATACAGCTGGTAACCCCCATA AACATCCAAAATATTTCTATCTTACCCTTCTATTCAGATTAATACAAATATAGTTCGAAC ACATAGCCTAATACCAATTATGACAGAGATGTGATAGAAAAACTGAAGTACCAAATACGG AACCTTGCTCTAAATCAATTGGGCTCCAAAAAAAGTCAAAGCCATCGAGTTCACTGAACC ACATAACTGTACAAACTCAAATTCATTGGAGACTGAAAATTTCGACTTCTATAGAAAATC AGCCCCAGAAAAACAGTCTCGCACACCCAAACTACATTGTGGATGATAAAAAATATAGTT CGAAGACACAGCCAAATCCAACAATGACAGAGGTGCTATGAAAGAAAATTTTTGAAGTAC CAACAAACAGAACCTCGCTCGACAATAAGATTTGATGGAACTTGTCATACAAAGTTATTG AAATAATAACCCGGCAGAAACTCAAGTTCGTTGAACTTTTTTCCACATAATTAATGAGAG ATAGCATCAATTGAGTTCACTGAACTTTTTTCCACATAACTGTACAAACTGAAGTTCATC GGAGACTGAAGGGTTGAACTTCTATAGAAAATCAATTATGCAATCATGGCCTCAAATTAC TAAGAAGTCTAGAACTTTAAACATAACATCATTAATTAAAAAAAAAAGTGACCTAGTGCG CAAGCCTTGCACAGAAGAGACAGGACTTTTTTTGGGATACGAGCTGAAAGTGACCAAAGA TCCCCTCAAAAGAATCACAACCATGATTATAATGAAACAAGCCTATGTTGGATACGGGCT CAGTCAACAAGCTACAGAAAGAACAAAATCATGAACAAGTGTGTAACCTGAGATGATAAT TCCTCCAATACACCACAAAAGATTTTCATGCCAGATATAACTGATTGCTTTGCCACCATA GAATTCATATCTTTTAAGCATGCAAATAATACGGGCATTAATACCAACAAATGTTCCTTT GCTTTCATCCCAACCGCCTCAATTACCCTGACACACGTACAGAATAAAGTTAGAATGATG AACACAACATGGAAAAGAAACAATTACACATAAAATCAGAATACCAAAAGCATGCAAGCA CGTCCTTTTTCAACCATCTTCTGGAATCAGCTAGTTCCAACATATTAACTACTGATTGCA ACAGCAAGTAATCCTTTTTTTATGTTTTTACTTTGGTATACCGAACTCCCAAACTCTTGG TTAGAAGTAGATGGCTCAAACAGTAGATCAACCTTCTCATGTCAAGGGGGTAATCAAATT ATAGCAGGACTTACCTTTATATATGGAAAAGAAAGTGTCAAGCTGTAACTTTCAATCCTT GTCTATCACAAAATGCAACACCTTCCAAACACATATTTAGTCCTAAATAAGCTTCTAATT TTATTCTAATACAAATAAAAAGAACCAATTCAATTACAAACAAAGTCCATCACTTGGTTA CCTTAGCTGAAAATGTGATACTAATATTTCGATAAAAAGATTCAATTGAACTTACTCAAT GAGGCCTTTGCGTAAGAGACTTTCAGGTGAAGACTGAAGGTCAATTAAATAAGAGAGAAG CTCAGCAACTTGAGATGGCTCCGCCGATAACAATACATCTTTCAATTGCTTCAACGAAGA TAGTTTTACTGACAAATCACCGTGGTTGTTAGCGGACGCGAGTAGCGGTAGAGCTTGCTC CCGAATTGGTCCAGCCATGTTAAGGTCTCTTCACAAAAACAAATGTGTAGCTTAGGGTTT ACTTATACTTAGGGTTTTGAACAAACCGGAGTAATAACCGAAACTTCACCGTCCTCCGCC GCCGGGCCGGACAGAAAATACGGATGGAATAGTGCGTTCGCCGGAAGGATAGCTAGCATA AATAGAGATTTGAATATATATTTCTGGAATGAACCATAATGTATTTGCAGAGAGGGATAT CAGTTGGGGATTTTGAATTGATTTGTTGAGTAAAATTGGGGCTTGAATCGGGTTTTGTGC TAAGTTCATATAAATGGCCACTCGGGGCATAAAATATAATGGTTTGCAGCCGTATACAAT TTTATAACCTATTGTTTAAGATATAATCAGTTTGGTACAATATTTAAAAAGTAATCACAC AATGAGATCAAAGCAAGAGGGATTGCTCACGTGATAGTACTGATTAGGGATGATTTGATA GTTGGCTAGATACTTAAAGTTATGCAAGTATTAATTATGTTAGAATTAATATATTATTTT ATATCAAATTTAGTTATATATATATTAATTATTTTATTTTTATCCTGTATAAAATAATAC AGATAATATAGAGGTTCTATACATGTTTTAATTTATGCGGATTTTAAAATTAAAAGTCAA ACACCCTATTAATTGTATACAAAAATAACTTACTTCTTAACCAACTATCAAATACAATAT TACTTATGTGAGATTTAATACCAGAAGTAGGGGTAGGCATAAATATCAAAAACCGAAAAA TTAAATCGAATCAAAAAATTTCGCTTCTTCAGTGTTTCGGTTCGGTGTCGGTTTTCTTTT TTCGAAACTTCGGTTAGGAGTTCGATGCAAGGGTCCTGAAACTACGGTGCACCGAAGAAT CGAACTTTTATTTACTAAATTTAAAATTATTTAAATTATATTGCTTAATTAATAATAGTT ATACACTTTTGAATTTTGACTCAAAAATATTTGCATGACCCATTTAAATTTTTAATTTTT AAATGACAACAAATATAATGTCAATAAAGTGTTGAAATATTATTATTTATGTACAATTGT ACATTGCGAGTCCTTATATTTTGGTTGTTCGAAAGTTCATCGTGGCATCGTGCTTGCTAG GCTTCTAGCTCTCTTCTTTATTCATTCAGCATTCTGGTAGGGGAGAAAGTCTTTAGGCTT TAGCAAAATGGCAGTCATCTATGCTAAGAAACGAAACAAATTCTTTGACATCTTTGCTAA AAAATCATTTATGCCCTCTTTATTTTTATTAAGTACATGATGAAACTCTTAACACTTTAT CATATTCCCTCTTTAATTTTATTCACACCGAAAAATCGATTTAAAAACACCAAACTAAAT TGAACCGCAGTAGAAAAAATTGAACCGATCTAGTTTGATATAAACTATGGTGCACACTTT TCTAAAATCGAATACTGAAGAACCGATCCAAAATTTGATTAAATCGAATCGAAGAAGCGA ACGCTCATCCCTAACCAGAAGCACTCGCCTTCAGATTAGTTATCGAATGGTCCCCAATGT ATCCTTCGTCTTTAATTTAAATGTGTTGTAAATTCGATTCACTAAATAAATCGAAAAAAG TTAGATCTCCTAAGAAGGGATAAATAAAAATAGAGACGTAATTTTAAAACTTTAAAAATA CATATACATGACATTCAATTATTGTATGCACAAAATTCATATAGGTGTCGACATGGAAAA AATGAGATTTTATGGTGTCCCTTTACATTACACCATAATTATTCTTTTGATCATTTCAAG GATAATTTTAACGAATAGTTAAGAAGAAAGTAATGTCTTTGAGTTTGTAGTACCAACAAA TTAAAAGGTAAGTTGTGGGTTAAAGTTTCATATAGTTTACTTTAATTTTTTGGTGGAAAA GATACTTTATATATATATATATATGTTAAAACAGTACAACATTAGTAGTAGATAAAGAGT TAGCTTCTCCAGTAGTAATACTATTAGCATCAATACTATCGACTCCATTACAGAGAATAT TCAAATTTCCAAGCATTGCTAGCTTATTACAAGTAGATATTGAAATACTTTGATTAGTTG TTTCTCCATTCCTGTTGGCTTGCAAAATAGGTCTGACACATACTGGAGCTGCTACCAGGA TATAATCTTTATTATATAAGTCTAATAATCTTTCTTTCTTAGCCAAAAAGTTTGCTAGCC CGTTTTCTTTCCGAACATTATGGTGTACCACTGGATTTCAGAACCTCCCCAATAGCGACC TACAAGATTCCATATTAGATTGGTAAGTTGGATGAGCATAGTGAAAAAGTTCGATTACCT TAGTCGAGTCAACTTCCACTTCCTGTGCTGTAATATGTCTTTCAATGTCAATCTCTAGAT CAGTATGGAGGGCTTGTAATTCTGTCATTACATTGTTGTAAGCAAAAAAAAATTCTGCTA AAGCTAATAATCCAGTTGCTCGACGAGCCTCTAAGAGCCCCGCCGGTACTCCCTGTATGT TTACCTTGGAGGAATGCCCCATCAGTATTTAGTTTAAGAATATTAGCAGTTGGAGGGAAC TAACGTACCTCAATGTTATGTTTAAGTGGACTTGACATAGGTGTGCCGGTCGTGATTTTT AATTATTTAGCTTTTAAAAGGATTTGGGTAGAGGGAAAAAGTTTTGGAGAGGTTGTATTT GAGTGAAAGACCTGTTGATTTCGATTCAACCAGATATGCTAAAGTGCAAACGTGAAAAAA TCTTTCCAATTTAGTTGTATCTCTCGTATGAGAGCATCCAGCTCATGAATATTCTGAAGC CAGTGGGTATGAGTATTGATGATGAAGTGCATGTTTAATCCAAGATCCAACCAGAATTTC CTGATTATGTAGCAATTTAAGAATAAATGTTCTATAGCTTCAGGAGAACTATGACATAGG GGACAAGATGGATCTGTGCTCAAACCTATATGGTGAAGGTACATGTTTGTTGGCAGCATG TTATGATAGCAAAGCCACAGGAAAAATTGAATTTTGTTTAGCGTCTTAAGAGACCAAATC CATTCAAAGGTGTATTGAGGCACATCCGTAGATTCGAGAAGCTGGCGCGCTGATTTGTTG GAGAATAAATCGTTGGAGTTAAGGGACAAGTAAGGTCTATCGCAAGTATTCTCCTTGGGC CTAATAGTGAAGGCTTTGGATGACAATATCAGATGGCATGGTCAGGGAGAGAATCTCCCA TTTCCACTCATTGCCATTCCAAAAATTTACTAATAAATTTAAGAAAATATTCAATGTTTT TTAAAGGTCATTGGATAAGGTAGTGAAAGGAGGAATACGAGGGATCCAACTGTGTTGCCA AAGGTCAATGGTATATCCATTGCCGACCGACCAAGCTAAATATTCAATGTTTTTTAATGA GATATTGCATAGAATATGTTGGGATAGCATTAAGGGCTGTCTTGATGAGTGTCAGGCGGC CAGCCGGACTGAGGAAATTTATTTTCCAGTTAGAAAGCTTGGCCCTCATGTTATCTATTA AATGGAGGAAATTAGCAGGTCTTAAATATTTTTTTAGAATCGAAAATTTCGAATATTTTC CAAAGCCCTCAGCATGAGTAATATTTAGCAACTGGTATATAAGATTACGAGCAGCCTCCG AACAAGATTTAGAATATAGCACATTAGAAACTTGAGATAAACTCTATAAATCACAAATCA ATAAACACCTATATAAGAGACATGTATAATAATAATTTGTTTTTATTGTTACTATTGTCT AAGCCCTTAAACTATAATTAATATAAATAGTCACTTGTCCATCTTCAACTTATCACCAAT TTAACGAGAAAGTCGTAAAGCTTTTTTTTTTTTATGTTTCATTATTTAACTTTTATTATT TATTTTATATCTTTACGATCACAAATTTACAATATTTTATATATATAATTGTCAGAATTT ACTTATAATCATATTTATAAACTCAATTGCTAACGATAAAAATATTGTTAAGTATTTTTC ATATGTGTGGAGAATTATAACAAAGTTTTAAGAATTTGTTGAATTTACGAGTAACTTTAA TAGTTTGAACATAAAAAATTAATAAATATTATTAATATAAGTTCAAATATTTTCTAAAAA AACAAAACAAATATGACCAAATGGATCCTAATTACATTAAACCTAACATCAAGGTGGTGA GTCCGACACTGAATCCGAATCCGAATCCGGATCCGACAGGAAGAAAGGTTCTTCCACACT TGGTACAAATAACGCATTTTCTGTTTTCATCAGACAAAGCTTGTATCTGCCATTGTTATC AAAATTCTCCGGCAATTCCGAGATGGAGGGTTGGGATCCGAGTACCAAATCAACCCTTAC ACAGATCCCTTTGTTAACAATCAAAGCTGGTCCACGTGACGGCGCGGCATGGACACAGCG GCTGAAGGAAGAATACAAGGCTCTAATCGCCTATACATCAATGAACAAATCCAAAGATAA TGATTGGTTCCGTATATCTGCGGCTAATCCTGAAGGTACTCGTTGGAAGGGGAAGTGTTG GTATGTGCATAACCTTCTCAAGTACGAGTTTGACCTCCAGTTTGATATCCCTGTTACTTA CCCTGCTACCGCTCCTGAACTTGAGTTGCCTGAACTTGATGGCAAGACTGAAAAGGTTTG TTCTTTTTGCTATTTCCTTCATCTATATGATCATATGATGATGAATTTTTGTTGGTATGA TTGGTTTTTGTTGTTGGTATACTTGAAGTTTAGCAAAACCCTAATTTATCTTGAAAGCAA ATTATTTATAATGGGTCTGAATATAGTGGAATAGATAGATGCATTCCCTCTAGATTAGCC TATAGTCAAGTAGCTTAAATTCAGGTAACAAAACTTCCCTTATCTGTCAATCCATCATAA CAAGCACAGATATTTATCAGAATCATGGCTTACTGATTGATTATTACTCTTTGTTTGATC ATGTAGATGTACAGAGGAGGGAAAATATGCTTGACCGTGCATTTCAAGCCGCTATGGGCA AAGAATTGGTAATTATTTTCTCTTTGATTTGAACTGAAGCTGGATTGCTATGATGATTTT TGGTCAATTCATGATAGTACGTGTTGGTCTACTACATTTTTTTAACATATCGAGTTCTTT CACATGCACCCTGCTCTTCAAACACTTGTTTTCTTTTTTGATGTACTATCTATCGTCTGA GATAAAGGAGGATAGTTACAGACTAACTATAGGTTAACAATTAGTATTAAGATAGTCATA ATATGATGGTTGGGATGTCTGAATAATGATTAATGGATATAGAAGATTCATTTGCCTATA CTAAATTAATTCACTCTTTGACTTGGGTTTAGCTCTTCAATGATCAGACTGCTAGTAGGA TCAAGTTCTGGTTGAGTAAAGCAAATGTTTGGTCAATTGAGAACTTAGTAGAGTTTGAAT TAAATGAATATAATTTTTCTAAGACGTACTTATGTTTACCCAGGTTGATAAAGGAGAGTA CTCTCTGCTTCATATTTTTCGTAGTTTAGTTTTCTGTATAATGGAACTGCAAGTGTCTTT CTACTTAAATCTAACTTTTGGTACTCATCTAGCCCCAGATTTGGCATTGCACACGCGCTT TGTTTGGGTCTTGCACCATGGCTTGCAGCTGAGATTCCTGTTCTTGTTGATTCTGGCATG ATTAAACACAAAGATGATGTGGCCACATCCAGTGAATCTTGACAAGGGGATGATTTTTAG CATGATGGAACCTAATCACCAAGATAAAACTGTAAACATAATGGAGTTACTTGAAAGTGT AATTTTCCCCTCACTTTGAGGAGTCATAGTTTCATGTTATGTAAGCCGGGTGAACCCGGC TCTTTGAGATGCAACTGTCACATCTGTTGATTTATTTTAACGTGCTTTATGCCCTCAAAT TTACTCGGACTAATGATGCTCTTCCTTTTAATTTATGAATCATATTGAGGAGGCTAAGTT TCATAATGTCAAAGCCTCGTGAAACCTGAACATTGAGATACAGCTGTCGTATTTGCTGAT TTCTTTGAGCTTATGCTTTATGCCCTCAAATTTATTAAGACTACGATGCCTTTCCTGCTT TTTTTACGAATCATATTGAGGAGGCCAATTTCATGTTATTCGAGCCTTGTGAAGTTTTGA GATGCAACTGTCATAGTTGCTGAGTACTTTGGCATATGTTTATGCCCTCAAGTTTGTGTG GACTTGTGGTGTTCGTCCTGTTTTTTTATGTCGCTCCTTGTTATTAATATAACCCTTTTG ATGATGTTTAGCATTCGTCTCAGTTTTTTCTCCCCAATCATCCAAAATTGGGCAAACAAA TGACTCTATGTTGTGAGCCTAAGCAATTACCTTTCCTTCCTTATTTTTCGGCTTTATGTT GTCCTTGGATCAGCATAACGTGTTTGTGTAACCACTAGTGATTTAACAAAGATCTAATGG TGTTGAAGTTGTTTCAAATGTGAGGCAGTGGAGCTCCTTGAAGACTCTGGAGACCTATAA TTCTTGATACTACTTATTGCGTAGTAACAATTGCTAGTTGATGTTTTTGTAGAGATTGAA ATCCAATAGTTGAGGATCATCTTGTAACTGGATTGCATCATTCACTAAGGGCAATCAAGC TAGTTGAAGAGTGTGTCATATTGAAATTTATGGGTATTCACAGTGTTAATTAGCCCAAGG GTGAAGACACTTTTCTCTCTTGTTGGTGTGATTCATATTTATGTTGTGTCGTTATATTCT TTTGTTTTCCTATGCAAATGTCTTACAAAGAAATCGCTAGTGTTGTTTGGGTAGTATTGC GACAAGCAGCTTCTCAATAGTTTTACTTCATGCACAGATGTGTTCTATCTTTTAAGGGTC CTAGCATTAAACTCATACACTTCTACATTGCTGCCTTCGCCTCTGCCTGAGTATGTCTGT ATAACTGCACTGGCTAATAGAAACTTAGTTGGATGAGCCATCTGGAGTTGCTTTTGAAGA ATTTTAAACTAGTTGTTGCACAATAGTGTTAATCTGAGTTGTGAAGGTCTGAGGGTGTAC CGTGAATTTGTTGAGAGTGAGAAAAGGCCGTCTTTTCTCTTTATTATATGTACTTGAGAT GCAGTATCCATTCCAGTAAAAAATTGATTGAGATTATCAACTCTTGTCCTCTAAAAATTT CAGCAGCTTCCTTGCTTTGAAGCACATTCATTAATTCTATAAAATTTTCTAGTTGGTGAA GAACATGTTGCACAGCAGCCTCAGCTAAATTTACTCGTGTAATGCTTTTACCAACTTTTC TCTTGTGACTAAGTTCAAGCTTTGTCTACAGTCTGATATCACTTTTTCAGTGAATTGCTT CTCAGTACGCGCAGGTAAGAGCCAATGTGATGTATTAATATTTATGTATGTTATGGTCTA ACTTTTTTGCCATGTAGAATATTAGTATTACAGATGTACAGATGCTCTCTTAGAATGCTA ATCTGCTGAGTTTTGGGCTCACTGTGAAAGAGATGTGCTATTCCAAGATTGTTTCGACAT GAAACAGAGAAGAAATAGTTGGGTATGAAGCTTTCATTATTGACTGAAAATATTACAGCA CAAGTGAATGAAAGTTACAATAACAACCTCCGCCTCAACCTCACCAGAAAACAAACACGA TCCCAAATGGAATAAAAACAAGAATAAAGAACAAAGATTCATGGATGTGAAACCTCCTTC CGGACCAATAACACATAAAATGTAACACACAAAATAATATTACACATGTTTTCTGGCTAA TCTTATTTTTCTCTTTTGATATTTTAAAGTCATATTTTGCCAAACCATCACTCAGGCAAA TCCTTCTTCAATTAGAAGTTTGGACCAGCTGCCAGGATCTCCTCAGTCAGGTTGCTATCA CTTCCAATCTTGTAGTTTGTGAACACCTCAAAATTCTTCCTAAATAGGCCTCCCAGCTTC AACAGGGTATCCTTGTGTGCCTTCTTGTCGGGCCACTGTAACAACAGATGAGTTTCACAT TAATAAAACGGTATATGCAGATTGTAGCAGTTAGACAATGCTGAAGTGTGTGCTAACTTA CAGTGTTCACGGGGTCCAGAATCTCGGAAGGTACTCCCTCAAGTGCAGTTGGAATCTCCA GCCCAAATACCTCGGTCTTCTTGTATTCTGCTTTCAGAAGATCGCCGGAGTGGATGGCAT CGATGATCTTCCTAGTGTATGCTAACTTGATTCGGCTGCCTGATCCATAACTGTTCATAA CAGAGAGATTCGTTATATATATAGTTTGAATGGACATCATTTGGGTACATGTTCTGGGTG AGTGCTTTTACCTTCCACCTGACCAGCCAGTGTTCACAAGCCATCCTGTAGCTCCATGTT TCAGCATCTTCTCAGCCAGCATGGCTGCATATTTGGTTGGATGAAGCATGATAAATGCTG CACCGAAACATGCTGAAAATGTTGCTGTAGGCTCCTTAATACCATCTTCGGTTCCTGCCA CCTGTGAAATGTTTGAAGCAATAGTCTTTACATCACATCTTGAAAGTTCAAATGTAATAT GTGAGGCATCAGATTTTGTGAGCACATACCAAAGCTGTGTAGCCACTGATGAAGTGGTAC ATTGTCTGTGCCAAGTTCAATTTGCTGACTGGTGGAAGCACGCCGAATGCATCACATGCA AGGAGAATGACATTCTTTGGATGAGGACCAACGCATGGTATTTTAGCATTTGGGATGTAT TCAATTGGATATGCTGCCCGGGTGTTCTCTGCAATCAAACCATACCATTATAGCCATAGA GCAACATCAATTGATTCAAGACTTTGAGATGAAAATCTCTGTTCGATTCAACACTAGTTA CCTGTTACAGATTTGTCTGTATAATCCACTTCTCGGGTATGTTCTTCAAAAACCACGTTT TCCAGCACTGCATAGAGCGTAAAATTATTAAGTTGGCTTCACCCTGTAACTTGGCAGGAA ATAACATCAAGATGATCAAGTCGGAATCAGAAAGTACCAGTGCCAAACTTGATGGCATTC CAGATATCAGGCTCCTTCTCCCTTGCAAGGTCTATGCATTTGGCATAGCAACCTCCTTCA ATGTTTGAGACACCATGATCACTCCAGCAGTGTTCATCATCTCCGATCAGGTACCGGTTG TGATCAGTAGACAGTGTTGTCTTCCCAGTTCCTAAGATGAAAAACAAGTCCAAAAAGAGA AACATGAGCATCGAATAGAAACAATGTCACATTTTGCTGTGAGATATAACGATAAGGGGG CACTTATTGTTGCTTTTCCGATAAAGGGAGGACCAATCCCTTTATACTTTACCTGATAAT CCAAAGAAGAGGGCTACATCTCCTTCTTTTCCCATATTGCAGCCAGAGTGTAGAGAGAGA ATTTGGCGCTTAGGCATTAGATAGTGCATTACCCCGAAAAGACCTTTCTTCATTTCCCCA GCATACTGTGTGCCAAGGATGACCATTTCCCTCCTAGCAAGATTGATGTCTATGCTAGTG GAGGAAGTCATATAGTGGGTGTAACGGTTACATGGGAATTGACCAGCATTGTAAATTGTG AAGTCCGGAGTACCAAAATCCTCCAGCTCTTCTGGAGTGGGTCGGATACACCTGTCACCG ACCCGGTTATTGAATTGCACTTACTAACATGTTTTACATGATCTTTTGATATTCCTTTAA TTCACTAAGGCTCTTAAATGGATGTAAAATCTAAAGATAGGTAACGTGCATATGTAAAAG TAGAAAGTACTTATCTGCTGACCTGTAAAACATAAGAAAGTAAAAACAGAGAGTTTTAAG AAGAATCATGATCAGCTTCTTACATGTTGTGCATGAACAAGGAGTGATAGGCTCTGGCAG ATACAATTCTAACTTTGATACGATTGTTTGGATCCCAGTTGAGGAACTGATCATTCACAA ACACCTGAAATGTAGACCACCCGCGAAAGTAGCAAATAGTCAGGATAAGAAGGTAGTTTT CATCACTATAAATTGATCATCAGTCTTCTTATTGATGTGTCCATCGAACTACTTTCCTGT TAAATATTTTATTTAGTGGCTTTTTTTCCAATAACAATTAATTGCAGGTCTCACCATCCG TGATCTGTATTATCCAAGACATTAACAGTTGAGAAGAGATCAACAAAATCACTATGATCT CAATCTTTTTATAAGACTGGTTGCTGCTTGAAGCATATCCTGGGTTTACATATGGTCTGA GGAAAGGGCACACCCTAGCAGTCTACCCAGACGCAAGTACTAGTGGCTGATTCTACGACT TACATGTTACACGAAGACTGATTTATCGCGATCTCAATCTTTCAATACTTTTAACAAAAA TATCTGGATAAGTTTGTATGTAGTAGATACGCATATTGGCACCAAAACTCAGTGCAAGTT TGTTGTAGAACATGTGTACATATTTATTAAAGGCTAGACAGATACGTTATTGTGACATAT CCATTCCTAGGGGAAGATGAGGAAAATTCCGTTTCACCATAAACAGGAGTGTCTTGTAGC CATAATTAGGCCCATGAATCATGACAGAAATTGGATCACAAAATTTCTCTAATGGGACTA AGAATAATAATTACATAAAGACAATGTAACATACATGTTATGGCAGCTACTGTAGCCATT TCATACACCACGACAAACAAAAATATTTTTTTTTTAATAGTAGCTCGACTATACAAATAC ATTATTTTATTAACATGGGGAATAAGACACGCCTTTAGATTATCAAAGAATGACAAGATG ACTATTTGTCTCTCCCCTCAAATTCTGGAATTTAATTATTTATTGACTGATATTATTTTA ATGAGGTACTAATTACATGTTCTTTTAACTAAGAAAATAAACATGGTATGACGCGGCAGC ACTAAGCAAGGGGGAAACATAACATATGCATAGTTTCTATAACCGTTGACATTAACAACT TTAGGATAACTTTAGCGCATCTAAAAAAATGATAACGGAAGCAGACTTTAGTGAAATGAA ATGATAATATTGTTTAACATACCTTCTCCAAAGAGCATAGGTAATCAACAGCTCTTTCTC TGTTGATTAAGAAAGTCTGTTCGTCCATTTCGATATTGGGTGAACCCCTGTTCGTACAAC AATCATAACGTAAGAAGTGTGGATTGTGAACAGGTGCAATTAATTATATATAGTTCGAGT CGAAAATACTAATTGCTGTCCTATGAAGGAAAACAGGGGAGATAACTTACTTTCCCCACC AAAGGTCGTCCTCAGTGGTTTCGTCTCTAACAACACGTTTGTCTCTTGGGGAACGGCCAG TTTTGGCTCCGGAAAGTGTGGCTAAAGCACCGCTCGACGTGATGAATGATCCCTTCTCAT ACTTGATAGCTTGCTCATACAACTCTACAAAAAGGAGTAACACGTAAATTAAAAGTATAT TTTACTATATACAACAAACAAGCAATAAACCCCCCTTTTTTGAGGGACAATTTTGATTTT TTTCACCTTTTAAGGAATTACTCAAAATTAATTAGAGAAATTACCCAAGTAATTTTATGA CTCCCAAAGAAATTAAGGTGAATTATAAATCAATTTTTGTTTGGAATTCGCTTGTTAATA TGCATATATTTATTTAGTTTTTTTAAAAAATAAATGTAAAATTTGCAAAAAAGCTAGTAG GTTCATCCAAACCCATGAACTCCCAGCTAGCTCCGCCCTCTGTATATCAAATAGGCTAGG AAAAAGTACTGTCGTTGTATGATGTAAATAAAACATCCAAAACTTATATATATCGAATAA AAGTTACTAACAATTCTAATAATATTCGATCAAATAATTTTATGACGTATCAAAAGTTTG AAAGTAGCACAAGAGTTTTAATTAAATCATGAACCGTAACTATAAAATGGAGGGTGGGTA AGCACAATTAGTAGAGTCAAACATGTGAACTAGTCAAGAAAGATGAGTTACAGTGAGGGT AAAAAACTTTATTCAAAGTGAAACTTTATTAGTTAAATGTAAGAATTAATATTTCTAACA TAAGAAAAGATAGTAAAATTATTTACCAGCAGGAGAGAGATTATAAAGGATGTGGGTGAA CTTGAGGCCACTGTCACTGATGTTAAGGGCAGGGGTGTGGTGGTGATGAACAGGTTGTTG CACCTTTGGCGTCTCCGCTTGCCTTGCTGGGTCTCCTTTCACCACTTTTGGCCCCGTCTC TCGTGTCAATGACGCCAATGATGCACTATTTTTACACAACAAATGGAAAAAATAAATAAA TAAAAGTTTTAAATAAAATTCGTAAATTTCATCATGTCACGATTTTACTAAAAGCTTACC TACATTTTATATTACTAAAATTACAAAAGATACATTCCTGCGTCTCATATTCGTGTTGAA GCCTAAATTATTTTAAATTCATGCCAAATACGAATACAAGTTAATTTTTGAAGTATTTGC AGAAATAAAGTAAGGTAAATTTGATATTTGATACTATTATTTGCTTTTTCAAATAAATTA ATTTTAAAATTTTGATCAAACATACTATTAATGTTATTCTTTTTTTTTAAGTGTACCTTT TATCTTCACGAAACAGTGAGTCCGTGATAGTAAAAAAGTGACAATGACAAATCAACACAT TAGGACTACCGTCTTAGTAAAAATTAGCAAATTGTATTTTCATTTCATTTTTAGCTTTCA ATACAATCTATGTAAACGCAAATAATTTTTGAAAAATAATTCAATTATTTATTAACTTAA TTCGTTTTAAACAGGTTAAATTTTAGTCCAATCTACACATTTAATACGACAAAAATAATC ATATCTTTTTTCAGTAATTTCAGCCAAAAAAAAAAATCGACGCCGTTTTACCTAATGGAT TGCAGCTGTTGTTTCTGTCGTTCCTCTTCAGAAACGGCAACGCCGAATACATGAGGGGAC TTGATCGGAGTAGTCGGCGCCGATTTCTTCTTCTGAAGAGAATGCAATTCCTCCAGCGTC TGAGCTTTCACCGGCGTTGCACTGTCGTCATGGCAAACCACGTTTTCATCCTCTGTCTTC TGTGTCTGGATCTTCGGCAGCCCAGTCCTCCTCTTGTTATCAAAACTGAATTCTCCATTT CCGACTCCGTTCGACGCCATCTTTTCTCTGCAAATTAAAAAAAATCACGTTCATGAACAA TAAACACGATGCAAAATTAGATGCAAATCTCAAATCGAGTTCAGAACTATCGCGAAATCG CTTTCGACTATAAAAAAAAAACAGGGCATTGATAAGAAAAATTACCAGAATCAGTGAAGA ATAGCTGAAAAAGCTGAATTTGAAGAATAAAATTTTAAGCGAAAAGGTTGAACCATGGAA GGATGTGTTCATTGGGGCAATTGAGGTGTGTTATTTATAGTATCGCTTACACAAGCTCCA ACGCTGGTTAAAACTAACCATGGTTAGTGGATAAACCCAAGAAGTTGTCAAGATAAGATT TTTTTAAAAAATTAATAATTAAAATAATGTTTTTATATAGCTGGAAAAAGACAACATGTA TAAGTAATGCAATTAAATTTTTTCCAAATATGAATATTAAAAGTACATGAATGAAGGAGG ATTTACTTGCTAATCCTAAAAAATTCAAAAGGAGGAAAACGTAGATAGTATTGAAAATTG ATTATTGGTAAGATTTATTAATTTATATTTATTAAAATAAATATATATTATTACTTTAAA ACTATTTTTTAATACTAAAAGTACATGAATGGAGGAAGATTTGCTAATTCTAAAAATTCA AAAGGAGGAACAAACACTTGAAAACACAGATATTATTTGAATATTGATTATTGGTAAGAT CTATTTTTTTATATTTATTAAATAAATATAAAATATTTACTTTAAAACTATTTATATATA ATCTAGTACACATGGCAAGTGTAAGGGTGGAAGAAGGGTATCTCGAGGGTGTTTGAGTTA ACTTAAATGTTGGTCAAATATATTTTTGAGTCAGTTTTTGATAAACACAAAAAATGATTT AAAATAAGTTAAAAATAATTTTAAATAAATTGTGAGGTGTTTGGCAAGAAGAAAAAATGA CTTAAAATAAGTTTAAATAAGTCAAAAATTAAAATTAGGTCTCCTCCTATTTTTAATTTT TTTGACTTAATTTTATTTCAATTTGACTTTTTGTTTTCTGATTGAAAATCTTTTTATTTT AATTTTTTATTTTTGACTTAAAAGCTGAGTATTTTTTTAAGTCAATTCAAGCAGCTCTTA GTGTCTTGGAAAGTGGTAAGAAGATAATTTCTATAGAACGCTATTTATGAAATTTATTTT TTCTATGAACTTAATTTTTATAAAAATATTTTAATTTTTTAACCAATAAAACATAAAGTT TAAAAATTGAAATTCAATACAATTTTCTCAAATATGTACTATATATATCTAGTTGTTTCT TACGTAGACAAGTATAATATAGGTAATTTCTTTGGAAGAAAGGTCTCAAATTTGCTTAAT ATTGATAGAGTCAAAGTATTTAGTCGTGTTAAAAACTAACACGATTGTAAAATAGAGTTA AAGCAAAATTAGATCGTTAAATAAGTACCCATAAAAACATGATTAATCACCTAATTCGTT AAAGTATGAACATGCTATTAATTTGCTTGACTCAACCTATTTTACGGTCCAATACAAGTC ATCGAAAGTTGAAGTTTAAACAAATATGTAAAATCAAATTGATTTGTTATTCCTTTTATT TCTATTTATACATTGTTTTTACTAAAAATAAATAATTTTTAATATTTGTTGTTTCACAAA ACTATTATATAAATGACATTGTTCTTCCTATTTTTTCCTTACCAATTACTTTATTTATCC CTAATTGCTTGTCTATTTTTGAATTGACACACCTAATAAGAAATTAATAATTGACATAGT AAAATTATTATCTTACCCCTATTGATTATGAAATGAATGAATCAAAAACTTAACATTTTC AAGAAGTTTTTTACATTTTTTCAAAGTAATTAATTGAGGGTATAAAAAATAAAAAAATTT ATCCTTTCTTGATTTGTCAAAATGGACAATTAATAATTAAAAGTACTAACCTTAAAAATA TATATTTGACCAACTTACAAAATTTAAATAATAATTTTAATATATATTTGACCAACTTAA AAAATCTAAGTAATAATTTTCTCCATTGGTCAATTATTTCATCAAAATAATTAATTCATA TTCATGAACCTGACTTAAAAAAACATTAAATAAAAATAAAATAATAAATTTATTTAGTTC ATTAATGTGAAATATATATATATATATATATATATATATATATATATATATATATATATA TATAGATAGATATTGATTCATTAATTTTTTTTATCAAATACTTAAATAAATTAAAAGATA AAAACCAAAAAATATAATTATAGTAAGAAGTAGAACAAATTAGACTTTAATTCATTGACA TATTCTATTTCAATAATAACTTATGCAGTATTGAATCAGCTTCATTTTTAATTAGAGATT TTGAGCTAGAGCACTGAATATAAAAAAATAAAATTATTCAAAACATTATCCTCCTATATT ATACAAATTAAATTTAAATTTAATCAGAATTTCATAAGCTTAACCCCTATTTAACACCAA ATATATAAAATTAAAAATGCAAAAAATATATATAAAAAAAAAAAGTTAAATGGAGATAAG AATTAGGAAAAAGTATATAGAAATTGTGAAATAATACGTAAGAAAGTGTTCGGTGCAAAA ACGAAGAAATGGGTCGTATTTGCCGGTGGGGTGGGTGGGTAGGATACACGTCAGATGAGT AATCGCAAAGCCAAAAATTGACAATCGTTATTTGTTCTCTTCTTTTATTATTTCTATATC CAACTGTATGTATGTGTATTACCTAGCATCCTCATCTGCAAAATATTTACTCTAATTTTA TATAATAGGATCAATTTATCAACTTGGCAATATAGCTCGAATAATATTAAATTATTACCT ATTAGTTCCACCTTTTTTAAAGTATTATAAGTTGGTCCACGACCCCCAACCCTATTCGAG TTAGTAACGCCTCAAAAGTTAGCTCAAAGAAAGCAGAATTGTCTAAGTCTTATAAAAATT CAACACGTCTCATTGATTATCGATGTGGAATTTTTGTCAGTCTTTAACATTCCACCTCAC GTCCAGTGCTTAGCACCTGATATATGGACAATTTTGATTTTGGTGGCCCTAATATCAGGT GAGACGGATCCTGCTCTAGTACCGTGTAAAACTAGGTCTTACGTCTAACTCACACCCCAA AAGTTAGCTCATAGGGAAAAGAATTGTCATCCATCTCATTAATCATCGATGTAAAACTTT TGTCATTCTTTAACAGATTTAGTAGAAATTTCAAAACTTAAAATTGATATCATATCGTGA ATAGTCCTTGTTGAATTTGACTTAGAAAAAGGAGAGAGTACACAATACATCTTAAATTAA TGAGACATAAATTTCTAGAAAATAAATGATTTTATGTGCTAAATATGTTTTTTATTATTA GGATCCCTAAATATGAAAAAAAAAAAAAAAGATAATTGATTTTTTTTATCATCTTAGGAA ACTCCTTCTCTTTTTCGTTTCCCTTTAGCCTACATCTCGAATAAATTAACAAACAAAAAG TTAAAAGAACGCGTAAAGTACTATTATAAACACAAGATAAAGAGACAAAGTTGTGAAATC CTTAGTTTAAGGAATCAAATCTAATCCTAAAAAAATGAGGCGTAGTAGATGAGACTGTTT CTTTCTTAATCAGAGATTTCAAATTTATATAAGCTTTGTATATAATAAAATTCTTGGTTA AAAAAACAAATGAATTCTATACGTGTGAATCTGAATTAATTAAACTTTCAACATAAATAT CAGATATGAAATCGAAATAAAAGAAAAAAGGAATCAAATTTGGGAACTTTACATTTTCAA GTCATCTAATTAGGACACTTTTTCAAAAAGAAATTTTTTTTCTTTAAGTTGCTACCTACA CCAAACTATATTGTAAAGTTCTATCTGGGGTAAATATTAGCTGTTTAATACACCAAATCG TAAACGAAAGTGGTCAAGAAATTTCTTATCTTTTGTTGGTAATAGTGTTCATCAATTAAC TAGCATATTATTACATTTTACCATAAAGTTTCAAAAATATTATCGACGTATTAAAAATAA TTTTAAAATATCCTTATTTCATCTGTTAGAATCAAATTTGATCTCGTTCTGCCTAAAGAT ATATTTATCAACTATTAAATTTAAATTTATGCTTGCGCTTTTGCAAGTATCTTATCAGAA TTATTTTTTTACAAAAAATTCCCTTGAAATTCAACTAAATTACGTCTATTTTTTTTAAAA AAAAAAATTGTCTTACTATTAACATCTTAAAAAAAACTTTTAAAGCTATTGAGATTCTTG TATAATTTATTTTGAGTGATACTATGTTCTTTTTCTGATAAATATCTTAAATGAAAAGAA TCTCAACAAACTTTTTTCTTTTTATAGGCATACAACAAGCAAAATAAAAAATATCATTCT CTGACTAAGACAATATTTTAAGCAACATATATTTCAGATATTTTATTTATTTAAAATAAA TACTTTTATTTGATAAGAAAGATATTTAGATAACAATCAAGAATTTTTTGAAATTTATTT TACTGAGAAAAAAGAAATTATTGAGGTATATTATTAGAACTAGAAAATATTTTGAGTCAC GGTAATATTCTTGCTCTATTTATTTAACTTTGATGTTACTGGGATCAAATTGTCATACAG CAATTTGATTGTTTATTTTTAAATGTCCAACAATATTTGTTCACTTTATAAAATTAAATA AATAATTTTACACTTAATTCTTAATTACTCTCATTATTAATTATACTCATTCCCTGTTAC ATTTTTAAATATACTATTTTTATTATATTTATTATATTTAAAAAGTGATATAATAAACAT ACCTTTCTATCCATAATTTGTTAAAAATGTGCAAAATTAATAATAAAAAAAAGGAAAATA ATTTTATATTTTGCCTTGAAATTATAGGCCCTATTGTACCAACTAAACAACCATGATTAT GGATGTGGCAAAGCCCAATATTACAAAAAAATATTTATTATTTTAACATTCATATCTAAC TATATTTATTTGATTATATTAAGTTATAATAACATAAAATACATATTAACTAACTATAAT AAAGTAATAAAAGTTGTATAAAATAAAACTAATCAATTTGATATAAGTATAATGTATGTG AAACATTATATTTTATGCATTTCAAGGGGATACAACAATTTATAGTTCGTATATAATTAA TTTACACATTGTATAATTTTTTCTTAATAAATAAATGGAAGTCAACTTTCTTGAATAAAA ATAAAAATAACTCCGCCACTAATATATACACGTACGTCTGTTGGCGCGCAATAATAACTT GTTCAATGCAATCTTTGCTAATGAAAAAAACATGAGTAAATTTAAATAAAAAATTTAAAC TCTAATCATGTTGTATATTTACTTTGGAATATTTACATCAAGTATAATAGATATTTTCGG TCCTTTCTTAGTTGTTAAAATTTCTTTTTAAAAATACTATATAAATTTCTACTAACATTT TAAATTTTATTTTT GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_1 match_part 0.967 12235 12754 match_2 match_part 0.992 12249 12873 match_3 match_part 0.990 23854 24235 match_part 0.984 24547 24608 match_part 0.977 25173 25387 match_4 match_part 0.997 23869 24235 match_part 0.984 24547 24608 match_part 1.000 25173 25279 match_5 match_part 0.987 23869 24166 match_6 match_part 0.992 23873 24235 match_part 0.984 24547 24608 match_part 0.990 25173 25381 match_7 match_part 0.997 23875 24235 match_part 0.984 24547 24608 match_part 0.975 25173 25491 match_8 match_part 0.975 23875 24235 match_part 1.000 24547 24570 match_9 match_part 0.984 23879 24187 match_10 match_part 0.997 23880 24235 match_part 0.984 24547 24608 match_part 1.000 25173 25283 match_11 match_part 0.997 23880 24235 match_part 0.984 24547 24608 match_part 1.000 25173 25283 match_12 match_part 0.963 23881 24235 match_part 0.952 24547 24608 match_part 1.000 25173 25220 match_13 match_part 0.985 24037 24235 match_part 0.984 24547 24608 match_part 0.985 25173 25512 match_14 match_part 0.994 24072 24235 match_part 1.000 24547 24608 match_part 0.991 25173 25498 match_15 match_part 1.000 24079 24235 match_part 0.984 24547 24608 match_part 0.992 25173 25429 match_16 match_part 0.993 24084 24235 match_part 1.000 24547 24608 match_part 0.985 25173 25512 match_17 match_part 1.000 24084 24235 match_part 1.000 24547 24608 match_part 0.982 25173 25511 match_18 match_part 1.000 24172 24235 match_part 0.984 24547 24608 match_part 0.974 25173 25602 match_19 match_part 0.976 24568 24608 match_part 0.984 25173 25557 match_20 match_part 0.984 25193 25557 match_21 match_part 0.982 27294 27577 match_part 0.912 27664 27754 GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_22 match_part 1.000 5199 5148 match_part 0.960 5036 4512 match_23 match_part 1.000 5199 5148 match_part 0.955 5036 4700 match_24 match_part 0.955 19684 19376 match_part 0.981 18867 18708 match_part 0.922 17172 17083 match_25 match_part 0.985 27978 27912 match_part 0.947 27830 27662 match_part 0.929 27575 27153 match_26 match_part 0.918 32926 32866 match_part 1.000 32727 32452 match_part 1.000 31825 31647 match_part 0.987 30984 30831 match_part 1.000 30707 30623 match_part 1.000 29524 29424 match_part 0.993 29211 28913 match_part 1.000 28771 28598 match_part 0.970 28507 28442 match_part 0.994 28348 28170 match_part 0.994 28081 27912 match_part 0.994 27830 27662 match_part 0.972 27575 27359 match_27 match_part 0.936 27739 27662 match_part 0.981 27575 27361 match_28 match_part 0.936 27739 27662 match_part 0.986 27575 27361 match_29 match_part 1.000 28472 28442 match_part 0.994 28348 28170 match_part 0.994 28081 27912 match_part 1.000 27830 27662 match_part 0.990 27575 27368 match_30 match_part 0.975 28348 27912 match_part 0.941 27830 27662 match_part 0.926 27575 27522 match_31 match_part 0.906 28944 28913 match_part 1.000 28771 28598 match_part 1.000 28507 28442 match_part 0.994 28348 28170 match_part 0.982 28081 27912 match_part 0.968 27830 27768 match_32 match_part 1.000 29043 28913 match_part 1.000 28771 28598 match_part 1.000 28507 28442 match_part 0.994 28348 28170 match_part 0.994 28081 27923 match_33 match_part 1.000 29043 28913 match_part 1.000 28771 28598 match_part 1.000 28507 28442 match_part 0.994 28348 28170 match_part 0.991 28081 27975 match_34 match_part 0.992 29155 28913 match_part 1.000 28771 28598 match_part 1.000 28507 28442 match_part 0.994 28348 28170 match_part 0.979 28081 28034 match_35 match_part 0.983 28637 28100 match_36 match_part 1.000 30844 30831 match_part 1.000 30707 30623 match_part 1.000 29524 29424 match_part 0.997 29211 28913 match_part 1.000 28771 28598 match_part 1.000 28507 28495 match_37 match_part 0.944 29459 29424 match_part 0.997 29211 28913 match_part 1.000 28771 28598 match_part 1.000 28507 28498 match_38 match_part 1.000 30849 30831 match_part 1.000 30707 30623 match_part 1.000 29524 29424 match_part 0.997 29211 28913 match_part 1.000 28771 28679 match_39 match_part 1.000 30648 30623 match_part 0.881 29524 29424 match_part 0.936 29211 28913 match_part 0.989 28771 28680 match_40 match_part 1.000 32625 32452 match_part 0.994 30984 30831 match_part 0.965 30707 30623 match_part 0.990 29524 29424 match_part 0.985 28771 28705 match_41 match_part 1.000 32579 32452 match_part 0.994 30984 30831 match_part 1.000 30707 30623 match_part 1.000 29524 29424 match_part 1.000 28771 28707 match_42 match_part 1.000 32579 32452 match_part 0.994 30984 30831 match_part 1.000 30707 30623 match_part 1.000 29524 29424 match_part 1.000 28771 28707 match_43 match_part 1.000 31695 31647 match_part 0.994 30984 30831 match_part 1.000 30707 30623 match_part 1.000 29524 29424 match_part 1.000 28771 28727 match_44 match_part 0.978 30920 30831 match_part 0.988 30707 30623 match_part 1.000 29524 29424 match_part 0.989 29211 29032 match_45 match_part 0.975 32944 32866 match_part 1.000 32727 32452 match_part 1.000 31825 31647 match_part 0.994 30984 30831 match_part 1.000 30707 30623 match_part 0.980 29524 29424 match_part 1.000 29211 29205 match_46 match_part 1.000 32944 32866 match_part 1.000 32727 32452 match_part 1.000 31825 31647 match_part 0.994 30984 30831 match_part 1.000 30707 30623 match_part 1.000 29524 29457 match_47 match_part 1.000 31825 31647 match_part 0.994 30984 30831 match_part 1.000 30707 30623 match_part 1.000 29524 29481 match_48 match_part 0.986 32936 32866 match_part 1.000 32727 32452 match_part 1.000 31825 31647 match_part 0.994 30984 30831 match_part 1.000 30707 30623 match_part 1.000 29524 29488 match_49 match_part 0.991 30936 30831 match_part 1.000 30707 30623 match_part 1.000 29524 29497 match_50 match_part 1.000 30899 30831 match_part 0.962 30707 29947 match_51 match_part 1.000 30898 30831 match_part 0.978 30707 30170 match_52 match_part 0.918 32962 32866 match_part 1.000 32727 32452 match_part 1.000 31825 31647 match_part 0.994 30984 30831 match_part 1.000 30707 30623 match_53 match_part 1.000 32713 32452 match_part 1.000 31825 31647 match_part 0.987 30984 30831 match_part 0.923 30709 30632 match_54 match_part 0.943 32918 32866 match_part 0.996 32727 32452 match_part 1.000 31825 31647 match_part 0.992 30984 30865 match_55 match_part 1.000 32912 32866 match_part 1.000 32727 32452 match_part 1.000 31825 31647 match_part 0.981 30984 30932 match_56 match_part 1.000 32922 32866 match_part 1.000 32727 32452 match_part 1.000 31825 31647 match_part 1.000 30984 30936 match_57 match_part 0.931 32923 32866 match_part 0.993 32727 32452 match_part 0.994 31825 31647 match_58 match_part 1.000 32913 32866 match_part 1.000 32727 32452 match_part 0.989 31825 31651 match_59 match_part 0.970 32932 32866 match_part 0.989 32727 32452 match_part 0.961 31825 31749 match_60 match_part 0.970 32932 32866 match_part 1.000 32727 32508 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C04SLf0002F21.1 type gene exon 5199 5148 exon 5036 4512 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C04SLf0002F21.1 type gene exon 12235 12873 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C04SLf0002F21.1 type gene exon 19684 19376 exon 18867 18708 exon 17172 17083 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C04SLf0002F21.1 type gene exon 23854 24235 exon 24547 24608 exon 25173 25602 gene_5 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C04SLf0002F21.1 type gene exon 32962 32866 exon 32727 32452 exon 31825 31647 exon 30984 30831 exon 30707 30623 exon 29524 29424 exon 29211 28913 exon 28771 28598 exon 28507 28442 exon 28348 28170 exon 28081 27912 exon 27830 27662 exon 27575 27153 gene_6 gene GT_PGL_5_AGS_2 transcript source GenomeThreader seq_id C04SLf0002F21.1 type gene exon 32932 32866 exon 32727 32452 exon 31825 31647 exon 30984 30831 exon 30709 30623 exon 29524 29424 exon 29211 28913 exon 28771 28598 exon 28507 28442 exon 28348 28170 exon 28081 27912 exon 27830 27662 exon 27575 27153 gene_7 gene GT_PGL_5_AGS_3 transcript source GenomeThreader seq_id C04SLf0002F21.1 type gene exon 32962 32866 exon 32727 32452 exon 31825 31647 exon 30984 30831 exon 30707 30623 exon 29524 29424 exon 28771 28727 gene_8 gene GT_PGL_5_AGS_4 transcript source GenomeThreader seq_id C04SLf0002F21.1 type gene exon 32962 32866 exon 32727 32452 exon 31825 31647 exon 30984 30831 exon 30707 29947 gene_9 gene GT_PGL_5_AGS_5 transcript source GenomeThreader seq_id C04SLf0002F21.1 type gene exon 28637 27912 exon 27830 27662 exon 27575 27153 gene_10 gene GT_PGL_5_AGS_6 transcript source GenomeThreader seq_id C04SLf0002F21.1 type gene exon 32932 32866 exon 32727 32452 exon 30984 30831 exon 30707 30623 exon 29524 29424 exon 28771 28705 gene_11 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C04SLf0002F21.1 type gene exon 27294 27577 exon 27664 27754 RepeatMasker tomato repeats master GYCUME1_LTR 331 403 1 GYCUME1_LTR 331 403 1 nucleotide_motif 314 34836 34858 Gypsy00019 587 670 1 Gypsy00019 587 670 1 nucleotide_motif 332 34859 34946 GYCUME1_LTR 404 453 1 GYCUME1_LTR 404 453 1 nucleotide_motif 314 34947 34962 RepeatMasker tomato repeats master TS2 517 604 -1 TS2 517 604 -1 nucleotide_motif 394 9086 9001 Unknown00043 294 8327 -1 Unknown00043 294 8327 -1 nucleotide_motif 429 16752 16653 Copia00105 7411 7532 -1 Copia00105 7411 7532 -1 nucleotide_motif 275 34989 34875 Copia00143 38 179 -1 Copia00143 38 179 -1 nucleotide_motif 829 35789 35647 Copia00143 77 218 -1 Copia00143 77 218 -1 nucleotide_motif 667 35955 35833 BLAST_tomato_bacs Tomato BAC sequences BLAST_tomato_bacs Tomato BAC sequences match_1 match 2276 1 1193 match_2 match 4256 16970 19254 match_3 match 7376 6542 10310 match_4 match 1211 6510 match_5 match 10334 16907 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) match_1 match 1334 18528 19253 match_2 match 1241 1 650 match_3 match 416 37854 38063 match_4 match 573 24389 24681 match_5 match 278 23511 23650 match_6 match 448 23715 23940 match_7 match 1221 13965 14580 match_8 match 622 21174 21487 match_9 match 698 21505 21856 match_10 match 1098 5291 5844 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_1 match_part 0.992 12249 12873 match_2 match_part 0.990 23854 24235 match_part 0.984 24547 24608 match_part 0.977 25173 25387 match_3 match_part 0.997 23869 24235 match_part 0.984 24547 24608 match_part 1.000 25173 25279 match_4 match_part 0.987 23869 24166 match_5 match_part 0.992 23873 24235 match_part 0.984 24547 24608 match_part 0.990 25173 25381 match_6 match_part 0.997 23875 24235 match_part 0.984 24547 24608 match_part 0.975 25173 25491 match_7 match_part 0.975 23875 24235 match_part 1.000 24547 24570 match_8 match_part 0.984 23879 24187 match_9 match_part 0.997 23880 24235 match_part 0.984 24547 24608 match_part 1.000 25173 25283 match_10 match_part 0.997 23880 24235 match_part 0.984 24547 24608 match_part 1.000 25173 25283 match_11 match_part 0.963 23881 24235 match_part 0.952 24547 24608 match_part 1.000 25173 25220 match_12 match_part 0.985 24037 24235 match_part 0.984 24547 24608 match_part 0.985 25173 25512 match_13 match_part 0.994 24072 24235 match_part 1.000 24547 24608 match_part 0.991 25173 25498 match_14 match_part 1.000 24079 24235 match_part 0.984 24547 24608 match_part 0.992 25173 25429 match_15 match_part 0.993 24084 24235 match_part 1.000 24547 24608 match_part 0.985 25173 25512 match_16 match_part 1.000 24084 24235 match_part 1.000 24547 24608 match_part 0.982 25173 25511 match_17 match_part 1.000 24172 24235 match_part 0.984 24547 24608 match_part 0.974 25173 25602 match_18 match_part 0.976 24568 24608 match_part 0.984 25173 25557 match_19 match_part 0.984 25193 25557 match_20 match_part 0.982 27294 27577 match_part 0.912 27664 27754 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_21 match_part 0.918 32926 32866 match_part 1.000 32727 32452 match_part 1.000 31825 31647 match_part 0.987 30984 30831 match_part 1.000 30707 30623 match_part 1.000 29524 29424 match_part 0.993 29211 28913 match_part 1.000 28771 28598 match_part 0.970 28507 28442 match_part 0.994 28348 28170 match_part 0.994 28081 27912 match_part 0.994 27830 27662 match_part 0.972 27575 27359 match_22 match_part 0.936 27739 27662 match_part 0.981 27575 27361 match_23 match_part 0.936 27739 27662 match_part 0.986 27575 27361 match_24 match_part 1.000 28472 28442 match_part 0.994 28348 28170 match_part 0.994 28081 27912 match_part 1.000 27830 27662 match_part 0.990 27575 27368 match_25 match_part 0.906 28944 28913 match_part 1.000 28771 28598 match_part 1.000 28507 28442 match_part 0.994 28348 28170 match_part 0.982 28081 27912 match_part 0.968 27830 27768 match_26 match_part 1.000 29043 28913 match_part 1.000 28771 28598 match_part 1.000 28507 28442 match_part 0.994 28348 28170 match_part 0.994 28081 27923 match_27 match_part 1.000 29043 28913 match_part 1.000 28771 28598 match_part 1.000 28507 28442 match_part 0.994 28348 28170 match_part 0.991 28081 27975 match_28 match_part 0.992 29155 28913 match_part 1.000 28771 28598 match_part 1.000 28507 28442 match_part 0.994 28348 28170 match_part 0.979 28081 28034 match_29 match_part 0.983 28637 28100 match_30 match_part 1.000 30844 30831 match_part 1.000 30707 30623 match_part 1.000 29524 29424 match_part 0.997 29211 28913 match_part 1.000 28771 28598 match_part 1.000 28507 28495 match_31 match_part 0.944 29459 29424 match_part 0.997 29211 28913 match_part 1.000 28771 28598 match_part 1.000 28507 28498 match_32 match_part 1.000 30849 30831 match_part 1.000 30707 30623 match_part 1.000 29524 29424 match_part 0.997 29211 28913 match_part 1.000 28771 28679 match_33 match_part 1.000 30648 30623 match_part 0.881 29524 29424 match_part 0.936 29211 28913 match_part 0.989 28771 28680 match_34 match_part 1.000 32625 32452 match_part 0.994 30984 30831 match_part 0.965 30707 30623 match_part 0.990 29524 29424 match_part 0.985 28771 28705 match_35 match_part 1.000 32579 32452 match_part 0.994 30984 30831 match_part 1.000 30707 30623 match_part 1.000 29524 29424 match_part 1.000 28771 28707 match_36 match_part 1.000 32579 32452 match_part 0.994 30984 30831 match_part 1.000 30707 30623 match_part 1.000 29524 29424 match_part 1.000 28771 28707 match_37 match_part 1.000 31695 31647 match_part 0.994 30984 30831 match_part 1.000 30707 30623 match_part 1.000 29524 29424 match_part 1.000 28771 28727 match_38 match_part 0.978 30920 30831 match_part 0.988 30707 30623 match_part 1.000 29524 29424 match_part 0.989 29211 29032 match_39 match_part 0.975 32944 32866 match_part 1.000 32727 32452 match_part 1.000 31825 31647 match_part 0.994 30984 30831 match_part 1.000 30707 30623 match_part 0.980 29524 29424 match_part 1.000 29211 29205 match_40 match_part 1.000 32944 32866 match_part 1.000 32727 32452 match_part 1.000 31825 31647 match_part 0.994 30984 30831 match_part 1.000 30707 30623 match_part 1.000 29524 29457 match_41 match_part 1.000 31825 31647 match_part 0.994 30984 30831 match_part 1.000 30707 30623 match_part 1.000 29524 29481 match_42 match_part 0.986 32936 32866 match_part 1.000 32727 32452 match_part 1.000 31825 31647 match_part 0.994 30984 30831 match_part 1.000 30707 30623 match_part 1.000 29524 29488 match_43 match_part 0.991 30936 30831 match_part 1.000 30707 30623 match_part 1.000 29524 29497 match_44 match_part 1.000 30899 30831 match_part 0.962 30707 29947 match_45 match_part 1.000 30898 30831 match_part 0.978 30707 30170 match_46 match_part 0.918 32962 32866 match_part 1.000 32727 32452 match_part 1.000 31825 31647 match_part 0.994 30984 30831 match_part 1.000 30707 30623 match_47 match_part 1.000 32713 32452 match_part 1.000 31825 31647 match_part 0.987 30984 30831 match_part 0.923 30709 30632 match_48 match_part 0.943 32918 32866 match_part 0.996 32727 32452 match_part 1.000 31825 31647 match_part 0.992 30984 30865 match_49 match_part 1.000 32912 32866 match_part 1.000 32727 32452 match_part 1.000 31825 31647 match_part 0.981 30984 30932 match_50 match_part 1.000 32922 32866 match_part 1.000 32727 32452 match_part 1.000 31825 31647 match_part 1.000 30984 30936 match_51 match_part 0.931 32923 32866 match_part 0.993 32727 32452 match_part 0.994 31825 31647 match_52 match_part 1.000 32913 32866 match_part 1.000 32727 32452 match_part 0.989 31825 31651 match_53 match_part 0.970 32932 32866 match_part 0.989 32727 32452 match_part 0.961 31825 31749 match_54 match_part 0.970 32932 32866 match_part 1.000 32727 32508 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C04SLf0002F21.1 type gene exon 12249 12873 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C04SLf0002F21.1 type gene exon 23854 24235 exon 24547 24608 exon 25173 25602 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C04SLf0002F21.1 type gene exon 27294 27577 exon 27664 27754 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C04SLf0002F21.1 type gene exon 32962 32866 exon 32727 32452 exon 31825 31647 exon 30984 30831 exon 30707 30623 exon 29524 29424 exon 29211 28913 exon 28771 28598 exon 28507 28442 exon 28348 28170 exon 28081 27912 exon 27830 27662 exon 27575 27359 gene_5 gene GT_PGL_4_AGS_2 transcript source GenomeThreader seq_id C04SLf0002F21.1 type gene exon 32932 32866 exon 32727 32452 exon 31825 31647 exon 30984 30831 exon 30709 30623 exon 29524 29424 exon 29211 28913 exon 28771 28598 exon 28507 28442 exon 28348 28170 exon 28081 27912 exon 27830 27662 exon 27575 27361 gene_6 gene GT_PGL_4_AGS_3 transcript source GenomeThreader seq_id C04SLf0002F21.1 type gene exon 32962 32866 exon 32727 32452 exon 31825 31647 exon 30984 30831 exon 30707 30623 exon 29524 29424 exon 28771 28727 gene_7 gene GT_PGL_4_AGS_4 transcript source GenomeThreader seq_id C04SLf0002F21.1 type gene exon 32962 32866 exon 32727 32452 exon 31825 31647 exon 30984 30831 exon 30707 29947 gene_8 gene GT_PGL_4_AGS_5 transcript source GenomeThreader seq_id C04SLf0002F21.1 type gene exon 32932 32866 exon 32727 32452 exon 30984 30831 exon 30707 30623 exon 29524 29424 exon 28771 28705 gene_9 gene GT_PGL_4_AGS_6 transcript source GenomeThreader seq_id C04SLf0002F21.1 type gene exon 28637 28100 AUGUSTUS_tom_cdna de novo gene_1 gene 1 17784 25302 transcript_1 transcript 17784 25302 start_codon_1 start_codon 17784 17786 CDS_1 CDS 17784 17836 CDS_2 CDS 23854 24235 CDS_3 CDS 24547 24608 CDS_4 CDS 25173 25302 stop_codon_1 stop_codon 25300 25302 AUGUSTUS_tom_cdna de novo gene_2 gene 1 5198 300 transcript_2 transcript 5198 300 stop_codon_2 stop_codon 302 300 CDS_5 CDS 332 300 CDS_6 CDS 623 480 CDS_7 CDS 795 748 CDS_8 CDS 2006 1770 CDS_9 CDS 2191 2078 CDS_10 CDS 2909 2835 CDS_11 CDS 5036 4395 CDS_12 CDS 5198 5148 start_codon_2 start_codon 5198 5196 gene_3 gene 2 32629 27432 transcript_3 transcript 32629 27432 stop_codon_3 stop_codon 27434 27432 CDS_13 CDS 27575 27432 CDS_14 CDS 27830 27662 CDS_15 CDS 28081 27912 CDS_16 CDS 28348 28170 CDS_17 CDS 28507 28442 CDS_18 CDS 28771 28598 CDS_19 CDS 29211 28913 CDS_20 CDS 29524 29424 CDS_21 CDS 30707 30623 CDS_22 CDS 30984 30831 CDS_23 CDS 31825 31647 CDS_24 CDS 32552 32452 CDS_25 CDS 32629 32603 start_codon_3 start_codon 32629 32627 transcript_4 transcript 32629 27432 stop_codon_4 stop_codon 27434 27432 CDS_26 CDS 27575 27432 CDS_27 CDS 27830 27662 CDS_28 CDS 28081 27912 CDS_29 CDS 28348 28170 CDS_30 CDS 28507 28442 CDS_31 CDS 28771 28598 CDS_32 CDS 29094 28913 CDS_33 CDS 29524 29424 CDS_34 CDS 30707 30623 CDS_35 CDS 30984 30831 CDS_36 CDS 31825 31647 CDS_37 CDS 32552 32452 CDS_38 CDS 32629 32603 start_codon_4 start_codon 32629 32627 AUGUSTUS_ab_initio de novo gene_1 gene 1 23903 25302 transcript_1 transcript 23903 25302 start_codon_1 start_codon 23903 23905 CDS_1 CDS 23903 24235 CDS_2 CDS 25105 25302 stop_codon_1 stop_codon 25300 25302 AUGUSTUS_ab_initio de novo gene_2 gene 1 5198 2772 transcript_2 transcript 5198 2772 stop_codon_2 stop_codon 2774 2772 CDS_3 CDS 2909 2772 CDS_4 CDS 5036 4395 CDS_5 CDS 5198 5148 start_codon_2 start_codon 5198 5196 gene_3 gene 1 32720 27432 transcript_3 transcript 32720 27432 stop_codon_3 stop_codon 27434 27432 CDS_6 CDS 27575 27432 CDS_7 CDS 27830 27662 CDS_8 CDS 28081 27912 CDS_9 CDS 28348 28170 CDS_10 CDS 28507 28442 CDS_11 CDS 28771 28598 CDS_12 CDS 29094 28913 CDS_13 CDS 32720 32452 start_codon_3 start_codon 32720 32718 AUGUSTUS_tom_ugs de novo gene_1 gene 1 23903 25302 transcript_1 transcript 23903 25302 start_codon_1 start_codon 23903 23905 CDS_1 CDS 23903 24235 CDS_2 CDS 24547 24608 CDS_3 CDS 25173 25302 stop_codon_1 stop_codon 25300 25302 AUGUSTUS_tom_ugs de novo gene_2 gene 1 5198 300 transcript_2 transcript 5198 300 stop_codon_2 stop_codon 302 300 CDS_4 CDS 332 300 CDS_5 CDS 623 480 CDS_6 CDS 795 748 CDS_7 CDS 2006 1770 CDS_8 CDS 2191 2078 CDS_9 CDS 2909 2835 CDS_10 CDS 5036 4395 CDS_11 CDS 5198 5148 start_codon_2 start_codon 5198 5196 gene_3 gene 2 32720 27432 transcript_3 transcript 32720 27432 stop_codon_3 stop_codon 27434 27432 CDS_12 CDS 27575 27432 CDS_13 CDS 27830 27662 CDS_14 CDS 28081 27912 CDS_15 CDS 28348 28170 CDS_16 CDS 28507 28442 CDS_17 CDS 28771 28598 CDS_18 CDS 29211 28913 CDS_19 CDS 29524 29424 CDS_20 CDS 30707 30623 CDS_21 CDS 30984 30831 CDS_22 CDS 31825 31647 CDS_23 CDS 32720 32452 start_codon_3 start_codon 32720 32718 transcript_4 transcript 32512 27432 stop_codon_4 stop_codon 27434 27432 CDS_24 CDS 27575 27432 CDS_25 CDS 27830 27662 CDS_26 CDS 28081 27912 CDS_27 CDS 28348 28170 CDS_28 CDS 28507 28442 CDS_29 CDS 28771 28598 CDS_30 CDS 29094 28913 CDS_31 CDS 29524 29424 CDS_32 CDS 30707 30623 CDS_33 CDS 30984 30831 CDS_34 CDS 32512 32452 start_codon_4 start_codon 32512 32510 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_1 match_part 0.992 12249 12873 match_2 match_part 0.990 23854 24235 match_part 0.984 24547 24608 match_part 0.974 25173 25602 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_3 match_part 1.000 32944 32866 match_part 1.000 32727 32452 match_part 1.000 31825 31647 match_part 0.994 30984 30831 match_part 1.000 30707 30623 match_part 1.000 29524 29424 match_part 0.997 29211 28913 match_part 1.000 28771 28598 match_part 1.000 28507 28442 match_part 0.994 28348 28170 match_part 0.994 28081 27912 match_part 1.000 27830 27662 match_part 0.986 27575 27294 match_4 match_part 0.983 28637 28100 match_5 match_part 1.000 30648 30623 match_part 0.881 29524 29424 match_part 0.936 29211 28913 match_part 0.989 28771 28680 match_6 match_part 1.000 32625 32452 match_part 0.994 30984 30831 match_part 1.000 30707 30623 match_part 1.000 29524 29424 match_part 1.000 28771 28707 match_7 match_part 1.000 30899 30831 match_part 0.962 30707 29947 match_8 match_part 1.000 30898 30831 match_part 0.978 30707 30170 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C04SLf0002F21.1 type gene exon 12249 12873 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C04SLf0002F21.1 type gene exon 23854 24235 exon 24547 24608 exon 25173 25602 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C04SLf0002F21.1 type gene exon 32944 32866 exon 32727 32452 exon 31825 31647 exon 30984 30831 exon 30707 30623 exon 29524 29424 exon 29211 28913 exon 28771 28598 exon 28507 28442 exon 28348 28170 exon 28081 27912 exon 27830 27662 exon 27575 27294 gene_4 gene GT_PGL_3_AGS_2 transcript source GenomeThreader seq_id C04SLf0002F21.1 type gene exon 30899 30831 exon 30707 29947 gene_5 gene GT_PGL_3_AGS_3 transcript source GenomeThreader seq_id C04SLf0002F21.1 type gene exon 28637 28100 gene_6 gene GT_PGL_3_AGS_4 transcript source GenomeThreader seq_id C04SLf0002F21.1 type gene exon 32625 32452 exon 30984 30831 exon 30707 30623 exon 29524 29424 exon 28771 28707 GenomeThreader_SGN_markers SGN marker sequences GenomeThreader_SGN_markers SGN marker sequences match_1 match_part 0.997 23869 24235 match_part 0.984 24547 24608 match_part 0.974 25173 25602 match_2 match_part 0.987 23869 24166 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C04SLf0002F21.1 type gene exon 23869 24235 exon 24547 24608 exon 25173 25602 AUGUSTUS_tom_pot_cdna de novo gene_1 gene 1 23713 25302 transcript_1 transcript 23713 25302 start_codon_1 start_codon 23713 23715 CDS_1 CDS 23713 23756 CDS_2 CDS 23854 24235 CDS_3 CDS 24547 24608 CDS_4 CDS 25173 25302 stop_codon_1 stop_codon 25300 25302 AUGUSTUS_tom_pot_cdna de novo gene_2 gene 1 19578 300 transcript_2 transcript 19578 300 stop_codon_2 stop_codon 302 300 CDS_5 CDS 332 300 CDS_6 CDS 623 480 CDS_7 CDS 795 748 CDS_8 CDS 2006 1770 CDS_9 CDS 2191 2078 CDS_10 CDS 2909 2835 CDS_11 CDS 5036 4395 CDS_12 CDS 5699 5148 CDS_13 CDS 5947 5819 CDS_14 CDS 17172 17080 CDS_15 CDS 18867 18708 CDS_16 CDS 19578 19376 start_codon_2 start_codon 19578 19576 gene_3 gene 2 32629 27432 transcript_3 transcript 32629 27432 stop_codon_3 stop_codon 27434 27432 CDS_17 CDS 27575 27432 CDS_18 CDS 27830 27662 CDS_19 CDS 28081 27912 CDS_20 CDS 28348 28170 CDS_21 CDS 28507 28442 CDS_22 CDS 28771 28598 CDS_23 CDS 29211 28913 CDS_24 CDS 29524 29424 CDS_25 CDS 30707 30623 CDS_26 CDS 30984 30831 CDS_27 CDS 31825 31647 CDS_28 CDS 32552 32452 CDS_29 CDS 32629 32603 start_codon_3 start_codon 32629 32627 transcript_4 transcript 32629 27432 stop_codon_4 stop_codon 27434 27432 CDS_30 CDS 27575 27432 CDS_31 CDS 27830 27662 CDS_32 CDS 28081 27912 CDS_33 CDS 28348 28170 CDS_34 CDS 28507 28442 CDS_35 CDS 28771 28598 CDS_36 CDS 29094 28913 CDS_37 CDS 29524 29424 CDS_38 CDS 30707 30623 CDS_39 CDS 30984 30831 CDS_40 CDS 31825 31647 CDS_41 CDS 32552 32452 CDS_42 CDS 32629 32603 start_codon_4 start_codon 32629 32627 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_1 match 223 23903 24238 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_2 match 144 5645 4392 match_3 match 124 30973 30620 match_4 match 425 29210 28167 match_5 match 195 28102 27656 match_6 match 82.4 27575 27435 match_7 match 24.6 27831 27760 match_8 match 124 30973 30620 match_9 match 425 29210 28167 match_10 match 111 28102 27917 match_11 match 119 30973 30620 match_12 match 186 28102 27665 match_13 match 432 29210 28167 match_14 match 79.0 27575 27435