C04HBa0178J08.1 GGGTTTATTTTTTTTTGGCGGGGGGCGTAAGGGGTTTTTGGACCCAACCATTTTTTTTTT TGTTTCCTCCCCCAGTCCGCTCTTGGGTTTAGGTTTCCTGGGGGCCGCGGAGCGCTAGGG GATTTTTTTTTTTTTTTGTATGAAATTTTTTTTTCATTXXXXXXXXXXXXXXXXXXXXXX XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXTAGCT TCATTAAGGATCTCATCAGCTTTCTCCTCTACCATTTCCCTATCTGCAAGTGTTATTGAT CTTCCATAAAGATTTTCCTGAAAAAAGATCAAAACTTTATCATCAAAATCACTCTCTTTT TTTTCACTAACTGAAAACAAAATTACAAGAAAAGACGGTAGCTTTTTTCTAACCAGATTG GAAAGACCATTTGGAGAAAGCCCAAAAGAGAGAAGTGAAGTGTAAGCTTCCATGTATACT TTGCTGCATTTTTTTACTGCTTCAAGACCTTTCAAAGTTATATCTTTATCATCACCCAAT CCAAGACCTATTATATACAGCATGATTCTCCCTTCACTTCACTTCACTTCTAATCCAAAA TATACTTCTAATTAGTGATGCAAATTTACAAGTTCCAGTACGAGATACAGAGGAAACAGT TCTTTTTTCCAGTTGGAACGAGGGAGACGATGAATTTAAACCCTAGTGAAAACTTGTAAC TTGAAATATATATACTTATTGAACTATTTGTAGGATGCAGAACAAAAGTCGATATGTCCG AGTGGTTAAGGAGACAGACTTGAAATCTGTTGGGCTTCGCCCGCGCAGGTTCGAACCCTG CTGTCGACGGTTTTATTTTTTTGATCAATATGATATCGTGTCAATCCATCAACTCATATT TACCTTCATAACCTATAGCCTATCTTAGTTGGGTGTTTTTTTTTTAAATAATAATATCGT ACCAATTTGTCAACTAACATTTACCTGTTATAGCAAATAACCTATCTTAGTTTCAAGATT TTAAATCCTATCCAATGTAAAATCATACATGTATATATCGTCTGGATGACCCAATGACCA TCGATATATATAACTTAAATTAAATTTGAGAGAAGGAAGAGAATTCATCTCCAATTTTAT TTTTATAATACGTTAACAAAAAGATTTTTTTAAAATGCAATACACACAGGTGCTCAATTT CATTTACAACATCTAGCAATTGGACAAAGCTGGTATTGAAATCATGTATTGCTCAACTTG TTAAAGATTACATGTAAGAACAGAAGGTGAAAGGAATATGTGAAAACTGAGAAAGGCAGA GAGAGGGGATGAACATAAATGAATTTTACACAATTTTGTGTCAATATATTCAGGTCAAAA TGACAGGTCTTCTAGACAATAAACAAGTTGTGGCATCCATGCTGAGTATTCTTCCATATC TAATCATCGTCCTTGAATTCCCTGTCGAGAAGAAGATGACACTCTCAGTATTTGTCTCTC CAAGAATGAGTTCTAACTTCTCCTTATCATACAAAATGCAAACAGAAGTCGCGATTCTAT GTTTTCTTTTTGTGTGTGTAGTAGTAAGAGGTGTAAAGAATGATAACTCACCTGCGATCA AGGTACCGAGGTTGAATGCCACTGCCTTGACATGTTGTGCAAGTCAAACCACCAGCACCG TCACAATTGATGCACCGAGAGACTTCTGTCTCACCCCCTCCAAGCTCCACCGTCACACTG CCAGTACCCATGCAAAATCTGCATTTCTCTGCAATATAAGCCCTTCATAAGTATTAGCTC TAAGTCAGTCTCAAAAAATGTTAGGTTTTAAGGATTAACTGGCTCTACAGTCTTTGATCA GACAATCTACTGACTACTTTTTGAATAATCGAACCTCAGTAAGATTGTATGGTTCAATAA CTCAATTCTCCTCTTTTACTGGGTGATGTAATGTCTATACATGCAATCTTAATTGATGGC ACATGACAACGAAGATTCACTTTGATATTTAAAGTGGAAACTTCAAGATTATTCACCTAG CAAATTTTAGAAAAACAAAAACGTCAAATCATAAATCACCCTTCTCTTCGTCGCTCTCTT CGATGATCAAAAACACCACAGCAGATAGAACCACCTTAGGGCCAGGATTAGAACACTTCC CAATTACAAAGGCGGTATCTATGAGAAGGAGAAATTTAAGTCAAGCCAGGAGTAAATTGC AAGTTGAATAAAATTGTTGGATCGGAGCCATGGATTTTCTAGAAGCTCATTGGTAATTGG TCATTGATGTAAGTAGCTGCAACCAGAAATTCCTTAAAGGCACTAGAGACATGCTAAGGG ATAGGCGTCAACCTACAATGACATCTTTGAAGTGGCATACGAATTAAGTGATTAAAAAAT AAATCCTAGATCCATACTATGAGCATTTTGGAAGGATTTCTAAGAAATGCACAATTTGCT CTATCCATCATGTCAGATATTTTGATCAACAAGTCATACATGTCAATTTTAAGTGATACA AAACTAGACCATTTCAATAAGTCAACTTAAGATCCATGGAAGCAATTGACATGTGGGTTT AGTGTCTTTGCTCGGACTTACGGAAGTTGATAAATGACGCATACAAGCAAAAACATCACT AATATAAAGAGATGTGGATAGCTCAAACCATAGTCTAGTTTCTCTTGGCTGGCAAGCAAA TGACTAGATTCGTAGCAAAGTGCAAGTTATGTCTTAAACTGGAATATAGGAAGGAACCAT AAGAGTTATTTTCCTGAGACTTGTAAGAAAGAATCGAGTGATAACAAGGATTGATGAATG TTCTTCATGGGCCAAAAACCATCAGAAAGTACTACAGCATCTAAAACTGAAGCCAAGCAC AAATCAGAACATGTACTTCATAGTTTTATCTTGAGGATATTGAAACTTCTGCCCTTATTC TACAATCTATATTCTCCCATATCTCACTGCAAACGGCAAATAAAACTTTACCTGGAAATC AGAAATACAACAACACGGGCTCTACTTTTGTTGTTGTTGAACCAATGTATGCACTCCTTC AACAACAAGAACTACTGGCTTCCAGTAAATATTTTCAAAAGAAACTGTTCTGGGGGTTCA AAGGCAAACAGGAAACTCTCACTTATTGCAATTGTCTCAATATAGTTTAATTAAGCCGAA ATACAATTCTGCGGCTCTTTGGCAGCCATTCAGCTCAAATTTCTTAATTGAGTGCCATCC ACCAATTATGTATTTTAAGTACACTTGTGGACATAACAATATACCTCTAGGCTCATTTGT ACTTATCGGATCGAACATATAAAGAAACAACAGAATGGAAAGTCTAGTTTAAGAAATACT TACGAGCACCAGTGCCAGTGCAGGGGAAGCAGGGCTGAGTGTTCTCTCTTTTTGCCTACA AAATGTACATTCTTTAACTATGAAAACGGAGATATATATCGCAGGAATTGTCAAGCAATA AAATGACCAGGAAAACAGAGTTATATATCAAACATAGTTAATTTTAAAATATCAAATTAA TCTTATATACTTTAGCTTAGAAAATTAGTCAAACGACTCTCGAGAAATGAAATGTAACAA AAACTGTAGTTGTACCAAGCAACTGAGCTCTGCAGAACCCGTAAGTAGCATCCCGGATAA TCAAGAAAGGTACAAAAAAGAGCATATTTCATAAAATTAAATCTTAAAACTTACAGCATT ATCAATTTGGGTCTCATAAAAAACTGGAATTCCAACTCCAATAGCAACACTGAGCACCCC AACTGTAATTGCTATCACCTGCCAAGTACATCACAATTTCCCCAAAAATAAAAAAAAAAT AAAAAAAACCCATATGAGATCAACTGAAATTAAACAATAATCATGGAGAAAAACACAAAA AGAGAACTTGAGAAAGAAAAGAACCGTGTTTTGATCAAGATCCACAGCTTTAATACATGG GTACGAATTTCGCCTACGACATGTTTGATGAAATTTCTGAGTGAAAAAAGAAGAAGAAAG AGTAGGAAGCTTAAGAGGTGAGCTGATAAATGGAGACTTAAAGCGGGAAAGTGAAGGTGC TGTTAACATTTCCTCCCTTTTCTTTCAATGTTTAGTTTAGCTATGGATTTTGCTATCATC AGAATCAGAAAAACAAGAAATTCTGAAACTGACACCAACTGTTGTTAGCTATCCATTGTT AAGCCTTTGGATTGTGTGGGGACACATTTCATATTTACCAGTCACTTCATTGTGTTTTTT TTAAATATATATATATATATATATATAAAATCTAAATGGTAACTCAAAAAAAAATATTCG TCTAAAATTATCCCCTCTATCGTTCATTTTGTATGTTTGATGTAATAATTTTGTATAGTT CTTTTTATATATAGGTAAATAAATGTCTAAGCCTATATGCAACTTGATTACTCTATTCAT TATCATATACTTAGTAAAGTTCAATATATGTGAATTTTAATCCTTCGTGATTTTAACCTA CTTTACTAATGATAGGCGATTACAACACTTGTTTATTTATATAAAAAAATCTTCAACTTT CAGTGCGATTTTAACTCATTGAAACAATATTTGGGATGCAACTCTTGTGACTTATCATTT CTGAAATTATGTATTTGTTGGTACTGACGCTATTTTAATTATTTACGATTAATACGTATA TGCTAATTAGGTGGTTTGCACTGGCCACTTTTAACCATAGGCAGATCAGCGTATATCTGC AAACATATCTACATATATTTCAAGAAAAATGAAAACCAAATTATATGTTAGAACTGTAAA ATGTATGATACAATATATGAGCTAGAATTTGTAACACATTCCAAATGTGAATACATATAG TTTGCATCCAGTTACCGCCTTTCATACAGTAATGGTGATACATATAATACATGATTTTGT GAGTTGTGACACATACTCAGATTGATAGTTTATCTTTGTGATTTTACAGACGTGTAAAAA CATGAAAGGGAATATACATTAATTGATGAAACCACATCTTGTGACTCAACTGACGAGTTC CTTAACCTCGTTGAGCTTCATACCTTTGCCACAAATTCTGATTGTATGGTTTGTCTGGCT CATATTCGTCTTCTCCCTGGAGCTCATGTTGCACTACTTTGGTCCGCTAGTTTTTGAAGG GCCACATCTCTCCACCATAGCATCGTACAGTTGCCTCCCGTTCTATTTATGAAATTTAAT CAGACTAAACCTCACATGTAAAGCAAAAGATACTCATTCTAAGTTTAAAAACACTTACAA AAATCACTGGGAAAAAGTGTATTTGTCCCTCGGGTTTTGTCTGTTTCTCTTTAAAATAAA CCAAAATCGGAAAGTTTGGCCACCATAGCTCCCAGTTCACAAATGAAGAATATCTGTTCA CATCATTTGAATCAGCCATTTGGCAAAACTGACTTAGAGCAAGGATTGCCTTCTACTTAC TTCCAGCGGTTCTTTCCACCCACGAAAACATTTTCACCTGACTCCTCGAGTTGCTCCCCA ACTTTCACCTCCTGCAACGAAGTTAACATAGCAATTAGAGAGAACAACTAATATGACAAT GCAATGGTATATAAATTGCTTACATCAGATTTATACAAATAAGAATGTAACCACATGCTA TACGTACCAGAGCCTCATCATCAAAGACAAATCTCACTCTTGTTGTCTGCAAGCGAAAAA CGATGTGAATCAATAAGGAATGCCGGCCTGATAGATGCTAAATGAATGAACGAGATCAAG GAAATTAAGATAATAAGCAGAATGAACAGATGATCTGTTACTAGATCCGGTGCAATAGAA GAAGCTCCCCGTTATAACTTGGATGTCATGGGGTTCAACTCTTGACAGATGATTCTGAGG TTATTTTCCTTCTTTTTTGGGTTATTGGTCATCCCATCAGCTTATGTACATCTCAACTTC TCCATCGAGCAGCCTCTTCAACTCAGAAGCACAGGTTGCCAAAAGAAATCCACCAATTTA GAGTTGTGATCTCACAAAAAGTGTAGTTGGGATTCGAACCTAGAATCTCTAAGTTGGCTT GTGAATTACTTTCTTAAGTTTCTTTAGGCAATGTAAGCAAAACTCTCTCCTACTTATCTT TTATAGGTATAATTCATGCAACACACTAAGGTTGGAAAAGTTCAGTATATATCATTGAAT TCCTACCTCACAATTTTTGTTTGCTAAAAGCCACAAACCTTAGACATGTAAACATGCATC AAGTAAAGGAAAGCATTAATGTCTATGATTCACAAAGCACGGGTGCCTTGTAGATGACTG GATAATTTTTTAATGTTGCCATGAAGGATGAAACCGCTTAAAACAGAACTAACACAAAAT CTCATTCTAATAAGATGACTACAGTGCTCTCCATCTCATTTGTTAAAAAAAAAAAGGTAC CTGGAATAACAGGAGTAATCCAAGAAGACCAATAGGAACTGCTGCGGGTAGATTTTCCAC ATAAAATAAACCACCAGATAACCCTGTTCATACAAAAATGTAAAAAATTAGAACAAAGAC ACTAGAGAAAAATGAAATGGGGAAGGGACCGAGGGAAATTCTTCAACAAACAACAGCTTG TTTGGATGGTTGTACATATCGTTTCAGAATGTAGTATATTGTAATGTACTCTGTTGAATT GTTTTGATGAATATAATGTATATATTGTATTGTTTCCTATTGTTTCATAAGACCACCATG TACCAACAATTTGAACAATAAAACTTATAATATTATCAAAAGAAATAGAGTATGAGATAG AGTTATGATTTGGTTTAAAGTAATATGATTATTGAATACAAAATAAGGGCAAAATGAGAA AGAAAAAAGAAAGAAAGATGATAAGCCCACGTGATCACACCAAATAAGTTGTTGCATTAT ATGGAGTTTACATTACGGAGTTAATAATTCGATACAACAAAATTTAGCGTAGCTTAAGTA ACATTACGATACAATACCACAGGTAACAACAATCCAAACAATGTGTTTAACTTCAACTAT AAATTTGAAAATGTTGATTAATCAAAGATAAAGAGAATTGAAAGATGCACCTAGAAGGAC AATAGGAATTCGGTAATCTGGATCAGGAACAACAGTCTCCTTCTTTATCAGTTTCTTCCG CATCTGCCAAACCACGAACATTAGCCCAAATTCCCAGGAAACTACAATTAGATACAGTCA AACATCTCTATAACAATCGTCCAACATTTCCCTATAACAGCCTAGTTTTCTTTGAATCAA CTTTCATACTATGTTATATTATATGCTCTTTATAAACTGCATCTCACAATCAGGGGCAGA GCTAGGTGGGTTGCTTCTTCACAAACCCTATATTTGTACTAGAAAATTAAGTATACCTCT AATAACAAAACTGATTGACAGCTCCATGACAAATTTAGAACCCCAAACTTCTAATATTGG TTCTGCCTCACTACAGAGGCTTCTCTATATTAGCAATAAGATCATCTCAAATTCCAAAGG CAAAATTAGATCAAATGAAAAAACAGAAAATAGAGAAATATGAATTAACTGACCACTGAG GTGATAGTGAGATTGATTTTTTTGAAGTTTTTAGTGAAAAGAGTATGACTATTAATCTCT TTGCCATAGAATGAGCTCTGTAATTTCCTCACAGCCACAGGTCCACCTACTACTTCTCTT TCTGCTTCTGATAAATACAAAACAAAAATTAGTTTACAATACAAGAAAATTTTAAGATAA GCTTAACAAAGTTTAATTTTACAGAAATTTTGCTCAACTGTGCAGAGCAGTAGTGAAGCG GGAAGCAGAGAGAAGAGCGCTCTCCATTGCAGTTTCTCTGAAATTGAAAAGAGTGAGAGG CTGTAGATGATTTCCCTTAATTTTGTCATTTCCACGCTCTATCCGTTTCGCTCCATTGCA AGCCACTGATATGTCTAAAGCTCAAGGGTAAAAATGTCAACAAACAAAAATACTCAATGC GGGCTTCGGAAATTGGGTGGAAAATAATTTTTAAAAGAGGAATTTTCGCATATAGTCACT CAAAATTAGTCTAATTATGCTTTATAATTAGAGTTTGCTAATTACGATTTGTAACTACAT GCTATAGAGAAAGTTGCGAGCGAGAGAGGACAGAGGACAGAGAGTCGGAGAGTGGTGAAT TGTATATGTGTATAATTAGATAATTGTATATTATACATATGTGTTTGTATATTTTAGCGA GAGAGATTGGGAAAGGGAGGGAAGAGTTGCGAGCGAGAGAGGACAGAGGACAGAGAGTCG GAGAGTGATATATTGTATATGTATATCAATTAGATAATTGTATATTATACATATGTGTTT GTATATTCTAGCGAGAGAGATTGGGAAAGGAAGGAGAGAGGCGAGCGAGATTGGAAGAAG GAGAATAATTTGTACAATTTGCAGGTACGTTTATGTAATTCATATATTTTTATAAAATTG AGTAATATAAAGTCTGAAATTATACAAATATAGTAAAACTTGAAATAATGAATTGATACA AACATAAACATATGAACTTTAAACTGTTATACAAATTGCATTATACAAAATTCAAAAATC ACACGTTTATACAAACTTTAAAAAGTTATACACAACAAAAATGAAGGTATATGATGAAAA AACTGTAAAACCAAAGGAAATCAACGTCGTATACAAATATAAACAATCGTATACAAATAC AAATCAAAGAAAGAAAGTCAATCAACGTAATTTATGTATAATGTTAGTCGCAAGTGATAA TTATAACAAACTATGTATGTGACGAGTAATTAACTAATATAAATTTGTTTAACCGCATAA TTTTCTCTTTTAAAAATAATTAAAACGGAGTTAGCAACCTACTGGCTTACTGGGTATGCA TCGTTTGGTATAAATGATGAATTCTTGTCTAGTGTCCGATACTTATATTAAAGCGCGAGC CTAGAGCCTTTTAAACGTGTCTGCCTTTCTTTGTACTCGTTCAACTTTTTTAAATAGTAA CCACTCTCACCCGGGCCTTTGTCGTTGGAGCAAAAGCAATAGGCCCAGCTCCACCATGGG TTTTATGTTTTGATGTGCCATTGCTTTTAGATTTGTAGGCTATATAGCTATCGAGCAGAG TAATTACGTTAATATAACAAAAAAATTAAATGAACATTTTATTTTATTTATACATATGAC TGAAAATTCACAATGCACCAAAAGAATAGGAGAATGGGGACAGAATAATTGTTCGTAAAA GCAAAATAAGAATAAAAAAGATGATTTCTTCGTTCTTAACTATAATTCTTATATTTAATT TTTTTAATATAAAAAGATTTTGTTGGTGAACATATTTATCTTAAAGTATGATTTTTTGTT AGTATACATCTAAATTAGATAAAAAAATTTATAAATATCGAATATCTAACGAAAACGATA AAAGTAAAATAAAAATGGATCAAGAGTGTGAGGGTGACAGGCCAACAAAGTGCCTATCAT TGCAAAGCATGTGATGGTGTGACCATCCCTTTTATGATCTTCATATTAGTAAGGTCTTTA AATAAAGGTAAGGAAGAAAGCTTTTCGAACAATTTCGTTATGCAAGTGATGATAAATTTT TGAAGAGTGTGAGTAATATGTATTATTTAAAACTTATACATATAATTTTGACTAACTTCT CAAAATTATTCTATGTGAATTTTTAAAGTAGTTCTATTCATGTTCTTTTTTCCTAAAATA ATTTTTTTTAGAAAAATAAGACTATTTTGTATACATTTTTTATTACATCTTTAAAGTTTT CAACTAAAATTTCATTCTATATAATTAAAAAAAAAAAAAAAGTACATGAAATCACATGAT TGTAGAATGCCATATATAGCCGTTGTGTGAGTGTGACACATATAAAAGTTGTTCAATGAA CCCCAAATGTCGAGGGACACCTTTTTCAACCATACATTAATATAATATTATATTTTATCA TAAAATTATCTCTATTTATAATGTACTTTAATATATTTAATTTAGGAGATACATTATTAT TATAGGTTTTGAAACAAACCTAAATTCATCACGTTAGACAATTAAAATAATTAAACAAGT GATATGGTTGTAGGACACACAAAAATCAATGGCTTTATTGATATAATGTTTATCAAAAAT TATTTATTTAATAAAATTTGAGTACACATTATTTTCTTGTATTCGACGTATAAAATTACA TTTGAAAGGTAAAAAGAAAGGTTTTGCATGAGGAATTGTGTCAGTAAAGAGTGTAATTGA AGTATTATTTCCTATCAATTTAAGAATATTCTTTATTTATTTTTTCTTTTTTTGTGATAC ACATACATTTCTCTTTTGAGAGGGTTAAATAATATACTTTGCATTTTGTATACTTATCCA TTAGTTCTTATTTTTTTCATTATACTTTGCACATTATCCACTTATCCCAATTCCATTTCT CCAATCCATCTTGGGGCCCATATACTAGCAAAAATAAAAATAAAATTCCTAGTAATTGTG AGCTAAAATTTAACAAAATCCTAAAATATTGTAGTTATGTCCTTTTGTGAAATATTCACA AAAATACTTGAGTTTCAAAATTTAAACTTTAAAGAAAATATTTAATTTTCATTTGGAGTA ACTTCTCATTTTTTTCTTGTAAAGATTGAGAAATAATCCTTTGATATTTTGACGAAATAT ATATAATTTGTGCGAAAAGTAAAAATTTAACTAATTAGTTATGAGCTAAAAAGAAATAAA ACTCATAAATATTACCGTCCATCCTTTTTGAAATATTTATAAAAAATAATTTTAGTATTT AATCTTAAAAAATTATTAAGTTACGAATTTAATAGTATCATCATTTAAAATTTTATATTT TTTACTATAAATTTAAAAATATCACGCACTTTAATTTCTGAAGTAAAACTCATATTCAAA TACGAATTTCATCTTAAGCATACCTCTCATTTTATAAAAACTAAGAAAATATTGAAGAAA TACAAACGATTTTTTTTTTTTAAATAACTTTTTACTAAAAACGTTTGTGTTTAGGAACTA AAATAAAAATGAAAATTCATTTTAAATGCCCATCCGTATAATTTTAAACTCAATAAATGG TTTGAGAAAATCCAAAACGACACAATCTACCACCCCCGTAAATCTCTTTCACACACCTCT TCTCGCCAACATCGCAACGGTTCGCCGGAGAACTGCGGTGGTGCCACCAACTTCTAAAAA ACTGTTTACTTGCCCGCTTTGCTCTAACTAACGGCCAATTCGCCGGATTTTCTAGTCAGT TCGCCGGTGTTTGCTTTGGATTGATCAGCAAAAGGTACTGATCGGTTTGTCACAGATGTT TGTGCTCTTGTTCTGTTTGTAATTTACTATTGAACTTAATTTATTTTTGATTTTATCAGT TTTTGGATCTTATATTTTGTCTTTTATGTTTTTAGATACTTCTGAAGATATACTATTTGT TTGACATTGTTTTAGTTTCAACTTTTTAGGGATTTTTTTTAGTCTTGCTATAAACAATGA GTGATAAAGCAGATGGGAAGAAAAAGATGAAATTGTTTTAGTGTTTTGCTGCATTTTAAA GTCATTTGCAATTTTGATATTCATTTTTATACAACAAAATTGTGAGCTGAGTTTCTATGT AAACAACCACTTTTAAGGAAGGAGTAAAGTTTGCATACATCCGATTTTCAACAGACTCCA CTTGTGAGATTACACTGTGTGTGTTGTTGTTGTATCAACTCAAATTGTAAGTTAAATGGA TAGCTATATGAAGTAATCTATATCCATTTGGTTTCATTTGTACTCGGTTCCGTTTCAATC ATCCTTAAATTAGTTCCCCTGATGCATTATCTCCCAAGTTGTGTTGATTGTAGAGCTTGG TTTAATTAGTGTTATCTTTTTTGTGTCAGGAATTCAAGATGATTGGATCTTTTATCACCA GAGTGCTTGTGTAAATTTCGAACTACCCTTATACAAATTATATAGAGTAGTTAATCGTGG ATTTTCTATTTCTTGAGTTTCTAAAGCTTTGATCTTTGGTGTTCTTCATGTAGGATGGTT TTTGGTTATGCTTATCCAGCTTATGAATGCTTCAAAACTGTGGAGATGAACAAACCAGAT ATTCAGCAACTCCGCTTTTGGTGCCAATATTGGTATGTTGCTACATTTTGTTAGACCTCG ATGTATCTTATTGTGGATCTCCGTTCTAACTACCTCATTCCTCCAATTTTCAGGATCTTA GTTGCTATGTTGACAGTTTGTGAGAGGTTCGGTGATGCTTTTATTTCATGGTAATCATAA CGAACTTGTTTGTTCAGATCGTATTTTTTGATTACTCCAACTTGTTATATTTTGAAATAT TCATGTTGATGTTAACTTTCTCTTATTTGTGTGATACTTTTTCTTTTCAAGGGTTCCAAT GTACAGTGAAGCTAAGCTGGCATTCGTCATTTACTTGTGGTGCCCCAAAACTAAGGTATG CAAATATTGAAAAACAAATATTCTGTCTTTGATCGGCTTCAGTTTCATATTAATCTAATT AGTTCATCATCTTATCATAAAATTACTGCAGGGAACTACATACGTCTATGATGCCTTTTT TAAACCTGTGATATTAAGGCATGAACCTGAGATTGATAAAAGTTTGTTGGAGTTGAGGAC CAGAGCAGGAGATATGTTCTTTTTATACTGGCAGAAAGCTGCTAGCTATGGCCAGACGAG GGTTTTCGACATTTTGCAGTACATTGCTTCGCAGTCAAATCCACCTCCCCCCACTCAGGT TGTCGTTAAGATGTGTTTCAGAGTTTATATGCAAGCTCAATTATTTTCAGCATTTCAAAC ATGCTCTTTACTAAATGATAGTCTTAGCTGTTTGAAATTTGAAGATCGTATTAATTTTAG AATTTGCATGCTTTTGAATCCATACAGCTGTGTTGCAATGCAACTCCACAAAGTCCTTCT CTAATTGTCCGTGCTGATTTGAAGGTTAAGGAGTGATTATTCATAAGAGTCTTAATATAT AACACATGCTTGTGAAGCCTTGGGGTTTACTAGATAGGTTGAATCTTTTCAGACTTAGAA ATGGGGAGGTTGGGGGTTCAGTGTAGGTGATAGCCAGACTACAGATAATGAACTGTTGCA TTGCTGAGTGGATTTGTTTGTGTTTGTCATTCTAAGTTGGATTCGCTATTTAACTTTCCG GCCGGGAAAGTTAATTTTAGCTGTACGTTGGAATATGGGGTTAGAATCTAAGGGGAAACT TTGTTGCTGGGTGACCTGTGTATTTTTCATGAGGTGTATTGTTGACTGCATGACTTCCCC ACCCAGAGTTATCTGTACAAAATTGCATACACATGTTTTATGTGGCTTCAGTGTTTTTTT GGCTATAAGACAATCCACCATACATGTTTTTTTTACTCTCATAATTATAGACACGAATAA TTCCCATTTCCGTTTTACTTTATCAAAAAGAGAAAATATCAATGACAATAATAACAATAG ACAAGAACTAACCTAACTAATCAAGTACAAGAGTTCTCTGTGTTTAACATAATATTTTCA GTAATGTAGCCCCTATTGTAAATTTCTTACAACACTTGTTCTGAGATTAATACAATACTT TTAACAATTTAAAAAAAAAAAGAATCTTCGATGTTCAATTGGTAGTCTAATGATTAGCTG TAAGATTGTGAGTGCTGAATTTGATCCCAGTTTTAAATATCAATTTGAGCTGTCTTTCAA AATTGCAGACACACAGGCAAAGCAGTAGAGGTCGTCAACCCACAGCATCACTAAATCGCA GGTCATCTGCTTCAGCAACACAAGTACAGGCTGAAGAACAAGCACCCCGTGCTTCTTCTG AATCTTCAAGCGAGGATGAAGCAGATTCAGCAGAAGAGGCAGGATCCTCCAAAGGTCCTC CACCTGCTTCCACTGCCGCTGCAAATGCACAAAAAACAACTCCCTCCAAATCACTGGTTT CAACTGTAGCTGCTTCTCTGAACACACAAAAAGCATCTCCCTCCAAATCCCTTGCTGAAA TCACAAAACCTTCCACGTCTGTTGAAACTCGAGTGGTGCAGATTGATTCTGTGCCTCCCT CAGCCACTGAAAGTGTTAACCCTCCTGCTGAGACAGCCTTGGAGGAAGCAGTCCGAGTAA CACGCGCCAGATCAAGAAAGACAAGGACCTCAAACAACCCTTGATTTATGTCATCAAGTA CTTAACCCCCCATGGTAATTTGAATATGTAGTTTATATACATCGGAAAAAGGATTGGTTC TTCAATGTACATCTGGCATATCTTAGTTCATTCATTACTGTTGTCCATGATTTTTTAGCA TGGCTCGAAAAGTATAAGGGTCGTCGAGTGTGTAGGATTGCCAGATGCAATTACCATTCA TTATTAAATATCCAAATTATAGTACTTACGTTTGTGTGAAGGTGGGAAAATGATCATGAA TCTATGAAGTTAAGAGTTATCTTAGAGGATCACTGTACATACATATAAACATCTGGTTCT TGAGATGGCTTGGTTGATGTACTGAATGGTAATTGGAATGGGACTGGGCTTCTATAATTG TATCTCTTCTAATAAACTTTTGAATAATTTGATTTTGGGTTAATTGATTTGGATATTTCA AATTCTAGGTTTTGACTTTTGAGCCTTTTTTAGTCCGGTCACTACAATTAATTACCTCAA TATAATAGTTTGGTCCTTAACAACGATTGAGGCCGACCTATCGCCCGTGATTTTATATTG AACTTAATATGGTTTAAAGGATATTAATCTATTAAACTTTTGGAAATAATACTCATTGGA CTTTTATGAATTTGACTTATTGGCACTTGAAACACAACTGAAACCGATCCAAATTACATA AATTGTAGAATCAAAATACAAAGTCCAATCCATAATCCAAACCAAAAATACAAAAGGTTT GAATTTCAATTTGACCCCAACTCTGTCCACTCCTACTTGCTACTGCACAATAATTTTGCC TCACAACGCCTTTAAATTCCCAAATGCCAATAGGCAAAAGTTACTTGGAAGGGCATTTGA CATAATATCCTTACATTCTAATCTCGTTTACTGAGAACAGAACAAATGTAAATTTAAACA CACTATGAGCCATTCACAGTAACCATATAAAGGCTAGATATTTAAGATTCACAAAATTGT CTAAATTTCACAGTTCACTTCAATATTACCCAGAATCATTCAATGTTTAACATAAGCTGC CGGCAAGCAACAATAATAGAACAGCCAACAGAACTTTTCCAATGAAGTCATATCTAAGGC TAGTCCCAATTCCCAGCATTGGTTAATCATAAGACTGATATTCCTGTGAACCATATAGTT GTACGCAAAAGTTGTAGGAGTTTCCCTGAAACCAGTTGTTTCTTACTATAATCTGGCTAG AGATATGTAAAGCTTTTTAGCTTCAAAAGATATTTACATGTTTATAAGAAGCCTTATTTC TGTATATCTTCTGGTATCCATATATGGAGTTTGTAACCAGGCTCAATTTTAAAGATTATT CAATGCCCCACAGAGCAGTTGCGCTAACCGCCTCCTCCGAGCGCAACCAGTAATCATCAT CTATCTGCAGTTTAGGGGAAGAACATGTTGTGGATTATAATCAGTGTTTTCATATGAATT CACTACTATAGAATAACTATTGTTACAAGAATTGACGGCTTATTAATTGGATTACTTTGC CGGTTAATATTAAAAAAGGGATAGCCCATTGCTTCGAATTACTTAGTCACTTCAAAACAA CAAGGCTGATGGTGTTTAACCATACTGATTCACATGCATTTTAACTTATGCAATAGAGGA AGAGATACCAATAAATTCGAAAGGGAAAGAGAGGGGTTCAGTCATATACTTACACTGTTA TGAGAAGGTACTATTTTATGGACACCCGAGAGCTTTGAGTCTGTTGAATCTAAAGAGCAA GGATGTGCTGGGGATGGGTAAGCATCATCCATCTTTTTTGCAGCAGACACTGAATCCATG GACTTGTCATGTTTGATGGTTATGTCCTCATGCTGCCTACCCTGTTTGCTGCATTTGTTG ATAATTATGTTAGTTAATTGGGCCTTGAAGTTTCTTTCTTTATTTTTTTTGCTTGTACAG TAAAATATCACTTTCTTTTTAGGGGAGACTACTACTACACAAAGAGAATTAGTGAACCAG CCAAGCTATACATACACCCATATGTTACAAAAGGAGAGAAGCTAGTCATGTAGTGGAGAT ACCTCAAGAGAAACAAATCTATCGGCCCTGTTGTGCTTCTAAGAATAAGCTTATACTGCC TCTCCAAATCAACATCCTATTAACAAAAATAAGGGATCAGAGTCTAGCATATTATATGTA TTATCATATTGCCAAAGACCACGGTTACTCACCTCACATGGATCAGGAACTTCAATAGAA CTAGCATATGGAGCTTTTATAGCAATGAGAGTTTTATCCTGTGATATACGCCACAAACAT TATAGAGAACTGAAACAGCATCATGAATAACATATGTAAGATGGGTGTTACATACCCTGA AATAAGGCAAGTTTCTGATATCTTCCTCAGTCAGAAAGAGGCTCCTGAAGAGTCGAACCA GATGATTTTAAGAAACTGATCACATTTTCAGAATAGAAAGAATTGCATCAGGAGAAAAAA AGGCATACTTCTGACAATTCATATCAGATTCCAGGTTCCTTATTTGCTCTAGTTTTTCCC TGTATTGAAAAACGTTTCACATTCATAAAGTAAGAAAACTCAGAAACATGTCCCTCATTG ATGACAAGTTGTTATCAAACCTTATGCAGCTATCAAGTCGGTGATCCTCTGCACTTAGAT ATCCAATTTGTCCCTGTCATTTAATTGGAAAGCAAGGTTCAGTTAAGAATCAGAATGAGC GAAAATACAAAACACCTTCCTTATTACATTAAAAAAAATTATTACTAGTAGATAGGTGCA AGCAAATATTTCTACTTCAGTCGTGTCTTTTAAGAGATTCATTGAGGCATATTATTACCT TGTTTGCTTCATAGCTCTAACTCAAGCTTCATAAATTACATGCTTTTGTTTATACAACAG CTATAAAATGAAGCAATTAGGGGTGGCAAAAATTTGTTTAAGAAAATATGAAAACTATTA CAAACAAAATGCAAAATTTATATTTAAAAAAGAAAAACTAGCTATTTTTGAACAAAAATA TATTAGAACTTTGAATTAAACTACTCAAATATTTGTCTTAACGAATAAAGTTTTTGAAAC AATATTCAATGCAATATTGCAAACACATGACTGACGATTTATTAGCTTGAATTAATTCTT ACTACTGTGTGAAATCAAAGCATATGGACTTTAAACAATAGTACACAGAAAACTAGAAAA ACTTGATTTTAACCATTATTTTCTTAAGACATTCTTAGAAGAACTTTATAATCACCTTCA GTGTAGATACTTGGTTATCCAGCCCTTGAGATTTTGTTGACTGGAACCCTCTGTTAAAGA TAAATTTGGATCATCAACATGTAAGATTTAAAAAAAACAGAACCAAATCCACAAGTGTAT TACTTCCAACGTATACGACTCTTTGTAGTTTTCTCAATTAATCCAATTCCCTCGAGTACA TTTGTGATATCATAAATTCTCCTCTTTGCCACCTGGGAAACAATTATTCAAATAAATTTA GCATCAAATATGAAACAAAAGAAGCTAAATAAAATAAAGAACACAGTATTCTTTTACTAA TTTTATACATTCATATTCATGAAACCTTAATAATAAGGTATAACTTCTACACACTACAAT ACAAGGGAAAAGCTAACCTCCAAAACCTCTGCAGAATGGTTCAAATCAAGGGTTCCATCA TCAGCCTCTTGAAGCAAACCAATAAATTTCTTAGTCAACAAGCCTGCCAAAAAATGATAT ATTTATTAATCAATATCTCAAACATCCGCAAGAGCACAATCATCTTGTTCAGGTAAATTA CATTTACTCGAAATAACGTACCTAAAGAGTTATCATATCGATAAGTGACACCTAAATTCA GGTTATCAAGTAGATCTGTTTTAACAGAAAAAGAAAGAAATTGAATTATTAATAAATTTG AACTCCAAATCAATATATATATAGTAATATACCGACTCAATTTTGTACCTGCATTTATTC CTTTGGTAGCTTCAATGGTATCTCTAGAAGACTTCCTTTTACTAGGTTGTTTAGTACGTG CACTAGGAGCTTGTTCAACGGGAGAATAGTTGGATGCAAGACTTCTCTGACTAACTCCAG ATCCACAATTGTATTCCTTGGACTTTTCAATTTCATTATTCTGCTTCAAGACATGAGAAA AATCCATTAGTATAAACATATATAGGTCATTGTATGATCTCCTAGGAGATAACGTTTATG AGCAGAATGTGTACAATCACCAGAAAAGTTCTAAGAAATTTTCATTCTACAAAATTAAAC GACAATAACTTAGTATGAATGGTGAATTCAACTATTCAAATACACACAATTAATGGAGTA CTTTATAAGATTGATGCCTAAATAACACAATAAAGGTAGTATCTCTATCGTTAGCAAGAG ACCAGAAGAAACTTCCCCACTTCCGCCCAAAAACGTGATTTCAGTATTATTTTCTACTGT TTTGCATATCGTTAACAGAAATCACGTATTTTACAATAGGAGAAAAAGCAATGATAATGT AATACTACTTACCGTGACAAAAACGAATGTGGAAGAGGCAATTAAGTGTAAGCATAGGAA GATAAGTAAAGAAAGAAAGGAGAAGCCTTCTTCTCATCTTTCTAAGCTTGGATAACAGAT TTACTCTAAATTTATGTTGATTGAGACAATGGTTGAAGAGAAATGTACCACGTCAGTGAG GGATGAGATTCCCGGACTCTAAGGCTTGGACAATCTTCCATTCTTTGAGATTACTCATCG GAGCAAATGAAATGTAGAATGGCAATTGAGTCCAAACATCAGGACATAAAGTTAAAAAAA GGGACAAAGACTTTCTCATACATCAAAACTTGGATTGACAGAGTTACCACATATACGTGT TGAGCTAGCTTTTACGAAACCCGCAATTCAAAAATGGGATAAAAGGGATGAAAACACAAT ACTACTCAGTAGAGCAAAAAGGAATGTAGAATAGGCAAGTAAGTGTAAGCATTGGGAGAG AAAGTAGAAGTAAAAGGAGATAATTTTTTTCCTTATACATTTAAACCTGGATTGACAGAG TTACTACGTATTTGTGTTGATTGAGATAACAGATACACAACAAATAAACTGAGGTATGCA CAATAGTACTAAATAATATGGAAATCATGTAATTTAGTCATAGGAGAAAGCGATGAAAAC ACAATACCATTAACCGGAGAAAAAAGGAATACAGAAGAGGCAATTAAGTGTAAGCATTGA GAATTTGGGAGATAAGTTATAAAAAGAAAAGGAGATCGGTGTAGGATGAGATCCCTGAAC TCCTTATAAGGCTTGGGGAGTCCTCCCATAGAGCTTTTACAGAAATCACTTAATTTAAAA ATAGGATAAAGGCATGAAAACCCAATACTACTTACCGGAGCAAAAAAAATGTGTAGAAAA GGCAATTAAGTGTAAGCATAAGATAAGGAAGGAGAAGCCTTCTCAACTTCCTCATCGAGA TAACATATACACAAGAAATTAACTGAGATGTGCACAACAATACAAAATAGTATGGAAATC ACGTAATAGGAGGAAGCGATGAAAACACAATACTTTTAACTGGAGAAAAGGGAATGTATA CGAGGCAATTAAATGCAAGCATTGGGAGATGAAGTTTTGTTTTACAAAAAGTAGAAAGCC TCAATGTACCCCATCGGGGAAGGATGAGATTCCTGAACTCCTTTTAGGGCTTGCGGAATC CTCCTCCCTTTGAGCTAACTTTTACGGAAATCATTTCATTTAAAATAGGAGAAAAGAAAA GCTAAAAACGCAAAGAAGAAGAAGAAAGCCTCAGTGTACCACATCGGTAAAGGGTGAGAT TTATGAAATCCTTACAAGGCTTGAGGAATCCCTATCCCTTTAAGAAAAGGAATATAGAAT CGATAACGCATGAGATTCTTGAACTCCTTATAAGGCTTGTGGAATCATTGTCCCTTTGAG AAAAGGAAGGTAGAATAGGCAATTAATTTTAAGCATTGGGAGATAAAGTTTAAACAAAAG GAGAAAGCATCAGTGTACCACATCGATGATGAAAAATGAGATGCCTGAACTCCTTATAAG GCTTGTTGAATCCTCGTGGCAATTAAATCCAAGCATTGGGATGAAGTTTAAGAAAAAAGA AGAAATCCTCAGTGTACCACATCGATGAAAGATGAAAGATGAAATTCTTGAACTCCTTGT AAGGCTCGGGCCTCTCTTTGAGCTAACTTTTATGGAAATCACTTTATTTAAAAACAGGAG AAAAGGTGAAAGGAAGGTAGAATAGGCAATCAAGTGCAAGCATGGAAGAGACAAAGTTTA ACTTGGATTGAGTGACTGACAGAGTTACTATGTATCTATGTTCATCAAGATGAGGATGAC GTTCTTGAACTCCTTATGAGGCTTGGGCGTCCTCTCTTCGAGCTAATTTTTATGTAAAAT CAATTGATTTAAAAAATAGGAGAAAAGGCAAAAGGAAGGTTGAATAGGCAATAAAGTGCA AGCATTGGGAGAGATACAGTTTAACTTGGATTGACAGAGTTACTAAGTATCTGTGTTGAT CAAGATCACAGATACACAACAAAGAAATAAAAGAATCAATTAAGATTGGATTCACTTAGC TACTCCGAATCTGTGCTGCTCGAGGTAACAGATGCACAAGAACTTAACTGATATGTACAC AACGGTAAGGAAATCAGGTAAAAGCTTTTTTCTCATATATCTAAACTTGGATTGACAGTT AATCTGTGTCTGTGTTGATAGAAATACAGATACACAATACTACTCATCGGAGCAAAAAGA AATGTAGAACAGCAAGCATTGGCAGATAAAGTAAGAAAAATTAAAGCAGAAAACCTTTTT CCTCATATATCTAAACTTGGATTGACAGAGTTAATCCGTAACTGCTTTGATCGAGATAAC AGATACACAACAAATTAACTAATATAAGCACAAACGTACAGAAATCAGGTAAAAGCTTTT TTCTCAAATACATAAACTTGAATTCACAGAGTTAATCCGTATCGACATTGATCAATACTA CTCATAGGAACAAAAAGGAATGTAGAACAGCAAGCATTGGTAGATAAAGTAATAAAATTA AAGCAGAAAAGCCGTTTACTCATATATCTAAACTTAGATTGTCCGAATAACTCTGTATCT ACACTGATCGATAAAGATAAACAATTCTCAATTATTTTTTTTTTAAAAAAAAAAAACTTA GATGCGGACAACAGTACAAAAACCGTACGGAAATCACGTAATTTTAAAACAGCATCAATC CGCAATTCAACTCACCGGATTAAAACCAAATGTAGCAGATGCCTGAGGATTTCCGGTCAG AGATTCCGAGCAAAGATTGGAGAGAATACGGGGATGGCTCCGGTAAGGTGTTACAGCAAT GGCGGTAGGAGTAGGAGAAGGCGATGATCTTAGATGAAGTGGTGTTGCTAGTGATAAGTT GAGATCGACGTTTTCACCGGCGGTAGTAGACATAATTGAGGAAGCAAAAGATTATCAATG GCGGAAAAAAAGAAAAAAGAGGGCTTCAAAACAGCGGGAATGAATAGGTGGTAAACTGTG AGGAGGCGCTGAGTTTCGGATTCGAATAAACAAGGGCCCGCTTACGCGCCTACCTTTTAT CAATATTTTCGGAAATTTATGTGAGCCCAGGGCCCATATCTCTCTGTAAACCTCATATTA ATTGGGTGAATATAACAATAATAAACGAAGCTAGATCTTAGGGATCTTACCAGTTTTAGC TTACACTATATTTTCTCCTCTTGTTAATTTTACTTGTAAATTACTATAGGTTAAAGTTAT TTTTGACATTTTAGAGATCAAAGATAAGAATTTTACTTACTAGGTTTACTGTTAGTTGTT ACGTTTCATGTTATAAGAGTTAATTTGATTGGTTTTTGAAGCTGAACTGAATTAGATTAG ATTAATATTTAGATATTTAAAAATTATACGAAAAATATTATAAGTTAAAATATTTTTTCA TTAATATGATGCATGATCAAAATTCATATAATGTAACTCTTAAAAAATAAAAGGTGAAAA AAAGAAAGTAATCAATTTCTGCACTTTAGTTTTTAAGATAATAAATGTGGAGAGAGATTA ATCTGGTGAAAGGAGAGTATTAAATTGAGATCCAATAATAAATTTAGCGATTTAGCGAAA TTACCTTTTTAGTTAGTGATATTTAAAAAGAAAGTGTGATAGGTAAAACATAATAAGTAA AATGAATTGGCGGGAGTATATAAAAAGCGTAGAATGTAACTATAAGTGTAGTCAATGTTA ATGGTATGATAATCGGTAATTATTTGGTATAAATATTTGTATTGAATTATAGTTATTATT TTTTTGAATTATAATCTTTATTCGACTTTTTTTAAAATATAACAATTTATAAATATTCGC ATTCAATTAAATTGTATCATTTAAATTGAAACGAAACCGTAATAAACTTGTCCACTCCTC CAAGGGTGTGACATGAGTCATGACAAGTGTGTTGATAAACCGACACTCCATGGATTTTTT TGAATTTCAAAAGTTTGTGTTTTAAAATCTAGGCGGCACTCCGCACAATCTGCTCATCAT GTCAACTTGCTACTCCAAATTCGTTTGTTTTAGCTGCATAAAAATAATAATTTTAAAATA TTTTATAGAGTTATTCTATTCTATATTTGATAATGAGTATTATTTAGTTTAGAAATTATT TTGTTCCATCTTTTTATATAAAAAAAATGATAAAATAAGTTATTTTATATATAAGGTGAA TAAAATAATTTCATAAAATATCTCAAATCATGAAATATCTTTATCTATCCTATCCCGTGG AGGCCCAATCGAATGATGCATCCCAAATAAGTCGTGTGCAAAATGTGTAAAGATTATTTA CAATTTTTTATATTAGATTTCTTATGTCCTATAAAATTTTGAATTCGAGACCTGAATATG AAAAAGTCGTTTGATAGATAGTAGTACCCAAATGGAGGCGGGGGGACATAAATAATAATG ATTCATATAGCTAGCCTCAATATGTTTGGAGTTGAAGAATAATTGTTAATGTTGTATTAC ATATTTTATATTTCTTCAACAAAACAGACTTCAATTGCTTGATCCAAGAAAGACAACAAT ATAATTCTACAATTTACCACTTAATCTTCAAATACTTTATAAAGTAAGAGGAAAAAGACC CTTTAGTCTTTTGATTTAGAAGAATTGCTCATACAAAAGCAAGCATACATCAATCAATGA ATAAAAGTACAACATGAGTAACCTTGTTTCTGCCCCAGAAAAGAGACAAGATAATCCCTA CATCTATTCTAACAGGGAATATTCTCGAAAGACGAAAATGGTATCGTCAAGCGACATGTA CAACCAAGCAGAGTGAGATGCCAAAAAAATTTATCCTAGTTAGAGCTGGTAAGGGAGTCA CTGCTCGATATTTTCGTGCCACTTAGTATATAACCACCAAACGCGCTCATCTGCATATGT GGATGGGTTCTTGATGGGAGTACCTGCATGTTTTCAAGTATTTCAGGCACAATTAACAAG CTATAGCAAACATAGGCAGATCTAGAGGCAGGTTCAACTGAACACATTGTTTTTGGTTCG ATCCACAAATAAACATGCAAGTTTTTGTGTGTGTATTAGACTCAGTTTAAACCTATTGAC TTTAGATCCTAAATTCTGATCACAAGTACAGAAAAAGAAGTTGTCAGTAAAAAAAAAAAA AGTGTACACATGTCAAACTACTTCAAGTGGAGCTATAGTTAAATTTCTATTATCTGCTTG ACAGAATCTCCCTGGAGAATGCAAATAAATATAAAGTTAAGTAATCATGTAAGTGGTCAG ATCCCCTTTTCGGGGTCGTTTCGGTTTAGTTAAAACAAACCTGATATTCACGTAGCCAAG GTTCAGAAATTTGTAATCCAATCGCCATTTTCTCAATCTGCAGGTTGTGCATACACGTAG CTAGGGGCTGCAATGAAAACAAAGGATTAGTTTTGTCTTATTTTTCCAACAGAAAGGGAA GGTGATGTGACAAAGAGTGCGCTCCAATTATTGACACAACAGCCCGCCCACCTACCCATC CACACCAGTTTATGGGAGAAAGCAGAGTCTTTTAACAAAAATCTAGCCAAAATATAAGCA GTGACGTGATCCTGTTGCAGGATCTCCTCTCAAATGCTTGCATCTCTCAAATGGAAAATG AGAATGACCTTCTGAAAATCTATTTTAGTTCTTCGACTTATTTACTCAGCTTTGGACATT AAAGAGCAGAAAAAAGGATATTGATTTGCTACCACATGCTCACTACAGGATGCCTAAATC CAATAACATAAGGTTTTACTATTAAAAAATGTTTATCTAAACTTCATCCTTAGAAAATTT TTCTAGACATATAAAGAATGCAGAAGTTGGGCTATTGCATAAGTGAATAAGAAAGGGCTG TGTGTGTGAACAATGAATGAGCAGCCTGGCAGGCTAAGAAACATTAAATAAGATTGGCAA GCTAAGAACAATACCTGAGCATACTGGTGATAAACAGCAAAAGGAGCTGAAAATGATAAA AGAGGAAGCACTTCTTTAATAATGCCCCATGGGTCCAGTTCCGGAGCAGCAATTATTAGG CTGAAATATTATATTGGAAATGAGATAGAAGGAGAAACATTATGTGTCAAAGAAAAGAAT AAAACCCAGATTAAATTCAAACCTGGAAAAACCGTTTTCTTTCCACGACTTGATGGCCTC GAGGGTTGCTTTCTGACCTGCTTTTATAGATTTAACAGGCTTGATTATTGGAGAAGAAAC TCTCTCAGGTGTTACATCCATGCCACCATCTTCAGCTGGCACACTAACTTCGTCTAGACC ACCAGAATGAGTGACAGGTAAGGTTTCTTCCTGCAGGAACATGTTTTAGAGAGAAGTTTA AAAGTCATCCACGCACGCATTTACAGAAGAAACAATTTACACCAAAAAAGGATCAACTTT TGACATTACAACATGGTTTTACCTGACCCTCAGACACTGAAGCTCCAGTTTGAAATGAAT TCAGGTCGGTCAGTGATGCATGCACGATTCTAGATACATACACAAACAGCAAAGTTTATA GTTAGTACGAATGCAGTAAAACATATTTAGAGTTTAGACAAAAGCTATCCACTGAAATAT ACAATTTTTTTCTCTGTGCACTAATTGGGTAATTTTTCTATTTCATTGCAAAAGGAAGTG TACCTTTTACAGATTTCATCGCTTAAATTAAACATCCTTGTGATATCGACAGGATATGGT GATGATCCACGATAAGTATTGCACACATAACCAGTACCTGCTAATATCATTGTCATGAAA ATATTAAAAAGTCATTAACTTAAATAGCAATTAACACTCTTTAACAATACTATAAGTCTA TAACATGTTCGACATGGTTTCACAACTATAAGCATCAGCGCCGTTCACATCATGATGACA AACATACGATCAGTATCAGTAGCAATAATCCACAGACATGATACAATTTCCCATTAGTAT AGGCTGCATGATCAAATTTTATGTGTATAAAGCAATGGTCACAATTCACAAATATCCCTT GATTTCCTTAATGTAACTACAGTTAAGAACAAATACATACCTCCAAGTCGTTCTGCAATA GCACCAGTAAGAATACCACTGAGCATGTCCACTACAAGTACATCTGCATTTGCAGTAACA TTCCCCAAGGAGAGCAGTAGAGATAGTGCATCCACTCGCATGAATCTGATGGAATCAAGA GGATATAAAATCAACCCCCATGTAAACCCAGAATCATGCAAAGCAAAATGAATAAGATAT GAAACTTTGGGTTATTAGACTACAGTGAGCATCTGAACCACAAAGAAAAATAACATCAAG GAGGATATATCAGATTTCAAGATTTTCTGATGCTAAAATAAGTTATCAATGTCTATCCTT CTTTCCCTCCCATCAAAAAGACAAATCATAACCAGAAACAACAGATGAAGATATTTGATC AAACACAAGAAAAGACCATATTATTACCCGATTTTTTCAGGATGTTTCTTGAAGTAGGCC TCACAAATGCTGAAAAATGCAAGAGGTATGTTAGAAATTAAAGAAAAGATTGAGGAAGAT AACGACTATGGGATTTGCAACTAGAAACCAAATGTAGTATTACGACTATCTACATCTGAC ATCACCACTAATAGCTTGGGGATTTCAAGTTCAGAAATTAAATGCAGAACAATCAATTAT ATGATTTGAAGAACAATAGTGCTTAGAAGAAATTAATGAAAAACTACCATTATATGTTTT ACTTATCACCTGAATTAAAAAAAGAAAATCATAAAAAGTGAAACACAATCCACAAGCCCT AAAATGCTTTACTAATCAAAAAGCAATACGAGGACATACTCATCCACAGAAAAACTGAGT GTTCCACATGAATGAAGTGGTATAATCTAGTTACAACAAATAGACAGTTACTGGATCATT GCTCAAATAAGAAATACTGCCTTCTTCCACCTGGGGCGAACGTGCAACATTTTGCAGCAT ATGAAAGTAACTTGTTTAATTTTGATTACATTACCAATCTTAGAGTTTTATTTACTAAGC TATATCAAAGAAATGCAGTGAAAACATTATCCAATCTCGTTCTACCTTCCCCTTCTCCAA AGATTAAGTTATAAATGAAGGAAAAATCAGGAAGTAGTACGTCTATCTCCAGAATAACTA AAGGAGATTTAAAGACAGGAGTGTACCTTCGTGCAAAGGGGCGCCTCAAAAGTACTCGAG GTGCATATTTCTTCTGTTTCTTAACCCTATACTTATCCTGCAAACAATGAGAGGTCAGCA TATTTTCTCAAAGAAAAACTAATCAACACCAAAAATGCCAAGCTCACTTGTGAAAATAAT GTCTTCTTCTCAAAAGTTGCACTGTTTGCAATGAGTGCTTCAACTATTTCATCCCCTTTT GCTCCCTGCCTGCAACATAGTCAGATTAATACTTCTCTTCAAAACTGCTAAATGAAAACC TAAGAATCTTGCAGCCTTTTCTTTTGCTTGAGAGAACTCTTTTGTAAACAAAATTTGTTC AAACATATCAGAAGAAATATAATATAGATCTATAGAAATTCTGGATTCAGAAGCCTCCAA TTTTTCTGTTAATATATCAATGAAATTTGCCAAAACAGAGTGAAACAGCGGCAGATGATG CATACCACCATCCCAGACTAGTTTGCAGTTCTCAAACCTAGAGGTCGTCTAATTAACTGA AAGTACACATTATCAATATCCACTAAAATAGTATCTTGAAACTGCCTTCGAAAGACTCTT ATGCAAGGTTTTCCCACAATTCTTGAAACTGCCCACTAAAATAAATAAACAATACCACAT AAAACCATGAACCTCAGACAAACTCACTTTCGCATCTCGTCAATATCTTCACTAGTGAGA CTCTGAGCAGTATTATTATCAACAAGCGCACGGTTGTCTTTAGATCCATCCACGTCTTTT TCTTCAAGGCCGTTACCTGATAATGAAAATGCACAAAAGTTACTATAAATTCCACAATTT GTTAAAAAGAGACTAGAACAATAAGAGAAAGTAACACGAGATGTATAAGGGTAGATTGTC TACATCACACTCTGCAGGTGCGGCCCTTCCCCAAACCCAGTGTGACACTCGGGATGCTTT GTGCACCGGGATACCCTTTGAACATGAGATGCATAAGCATATTTAGTTTGGTCTATCTTT GCATACTAGCTTGGTCAAAGAATTATATACTACCTCTACATCCTAGTCTTCTGTCCCGCT TCAACTGGTTCTTAAGCAAGAAATACACTGTAGTGGATAAACCAAGCTAAAAAGAAGACT AGTTCTGGTTTTACTAAAAATGTTTGAATGCGTCATGGAAAACGAGAGCTCATTCTTTGG CTCTATCCAAAAACAAGGTATTTGCAATGTGGCAGGAAGGTCCACAAATGCAACCCCTAA AAGCCATTTGCACAGGCAAAAATATCATCAACTGAAGTCTAAGTACCCCATGTAATCTTC CTTGTTATAAAGTTAAAGAGTTATGTTAATCATGCTTGCTCCCTCCAAGTCTAAAAGAGT CTATGATGATTATCCATACAAAGCAATGCATTTTTCTGAGAAAACCTTGCATTAGAATCT TTCAGATAGATATTATAAGTATATACCATTAAACATAATAGGCTGATTAGCCCTATTATC TGTAATGCTATATAATTACATTACACATAAAATTGTCAGACTGTCACGTGAACTCAAGGG CTCTGAGATGTGAAAAAGAACACTTTCAGAAATGAGGGTAAGGATGTGTATGATACATCG TGATCGGCACATAGGAAGAGCTTAGTGTATCTGGCTGCCTTTTTTAGTAATTGACTACTT CAAAAACTAAGTACTCCCAGTAAATGACTACCGCCCCAAGTTGAATAAACTTAGTAATAA TAACTAATTGAAGAACAGAGAAAACAGTACTCATAGAAGATGAAAAGGCTAAATCAGAAG AATACCTTCTGCATTCTCAACAAAACGAGTCAAAAAGGTTCCTTCTTTTCCCGGCTCCAC TTGAAACAGAGACCCGAATGGACAACCTATAAGAGGCTGAAGAGAACACTTCTTATTCCC AATTTTCAATGTCCTGCATGCACAACACAACTTCTCCATCAGTTCAAAAATCCATAATCC AGAACAAAAAACTGCATCTTTATGCACTAAAATCAATCAACTATATCTCAATTACAAAAC TAAATGCAGCAGACAGAAGCAAAAAAAAATCGGATGTAATTACTTACGAGGCAGCAGTAA GACGAGAAAAAACTAAACGGTCGCCATCATTGATGTCAAGCAATACATTGCAACCTTCAT AAGTTAATCTACTATTATGATTTTGCTTCGAATCCTCATCAACTGCTTCTTCAATAGACA TTTTTGCTGCTAAAAATTCAATCTTTAAGCATTAGATGAAGCAGTAGAGAAGGAAGTTAC ACTATAAGCTTCAGTTCTCTGTTAGTTTAAACCCTAGAACCCTAAACGATGGGTAATTTA CAAAACAGGAACTGTTATTTAAACAAATAAATATTTAGGCACTAAAATGGTAGATTTTTG GGGATTTAAAATTGGGATAATTCATAAAAGGGGAAATTTCAATTTGCCCCCTAAACTTTA GGTATTTGGTAAAACATCCTCAAATTTTTTTTATAGTAGCAGTATTACCCCCTGATTTAT GAAGGTTGACTTCCAATAGACATCAAGCCCAATGTAAGTCAATACTATCATATATTAAGG GTCAACTCAATTTATGTTAGATCTAGACTTATTTCAATCCAACTTGTATCTAATAATTTT TTATCAAGTAAAATATTAGTATATGCTAAATGAGAATTCATTTATTTATTATTCACTCAA ATTATTGAATTCGATTATTTTTAACATATTAACATGTTGAAATATCATAAAATGACAATT TTTCATAATGTATATGCATATATGAGATCACAAAATATCATATATTTGTCTGAGAAATTT ATGATGATAAAACTTATTTTTATTATATATATATATATATTTGTTATAGGAGTTAAGGGT ATTTTTTTGAAATATACATGCACATATAAGCAAATGAATATGAAAACTACATGTTTATAA TGATATTAAATCTGTTGATACTTGCAAAAGAATTGGTATTGAATCTATTATTATTATTAT TATTATTATTATTATCGCTATATGCAATTTAAAATTCTTTTTTTTTTTAAAAAAAATGTT GTTTATACATTGTGTGCTTGAGTGAATTAATTAAGAATTGTATTTTGTGTGGATGATATG AGAAGTGGAAATGGTGAACATGTCCGCATATTTTGGGACGACAAGGGAACACCTTCTGCA ATATCTTCTCTTAGTGAATGGTTGGCCAAATCAGCATCTGACTTCTAACCACTCCATTAA GATTCTTTCATTTTTTAATAATTAACTTGATCACGAAAACGATAATACATAAAAAAATAT TACCCGTAGGAGAGTCTTGAAGCAACAATAAAGTTGCATCAGTATAACTTCGTTGGGGTG TATACCATAACAAAAATAACTTTTAGCGGCATTAAATATTGACATTCAGAAAGAGTGCTA AAGTCTAAACCCGATATAAGTCGAGTGTCATTAGAACCAATATCGTTAAAGCCTTTAGGA ACATATATAAAGAGTGATAATTGCTGTTAAGAATACATATTAAGAATTAATTATGATTAT TTTTGTTATAGTGATAGTACGTCCCTCCCTGAACGATGCAACCCATGGTTTTGAGTCATA GAATATCAGTTATTGATGTTTGCGTCAGGATAATCATAACCATTCGTCGAACCAATTTTT TACATCTGAAAAAAAAAAGATAGTAATGATAAATTATTTAATTAGGGAACAAGTATTTAG CTTAGTATTTTTTTTTCCTTTTATAGGTTTTGTGTTTATCTGCTGGCTATCCACTTAAAC TACAAGTTGTCTAGATCTATAGGCAAAGCATGTTCCAATTTCACATGTTGCTAAGTGCCT TAAACTCTATAATGGCTAGAAAGATTGGAAAACATTGTGGAAATATAATAGGGATGTCTT TTGGGAATTTGTACTGAAAAGATAGAGGCACTTTGTTGAATTTGAGGAACCTAAATGGAT AATATATACATATAATAATAATAAGAAGTCAGTCACCCTGTTAGTGTTTACTAGTTTTCT TTGCAAAATATGTGTGGTTTCTTTTGTCATTTTTCATTTTTCATTTTGCTAATTATTGGA ATCTTCAAACCCACCATGTGTTATGAGGAACAAATTGACTAGTCATTCCAAACTAAGGAG AAAGTGCGTACATATAAACATTCAGAAGCTTCCAAACTTTTGAGAGTGATCCCATATAAG ATACACCCCCTCTGTCACGTACGACGGGTGTATCTCACGAGAATTGTCATGTACGATTCA CATGTTAACTTGATTTTATTAAACACATTCAAAGTTAGATTGCATGGATGTAAATTGAGA TCAAGTTAAAGTATTGTTTATATATTATGTATTGTCAAATAAATAATGTTGATATTAAAA TTCGTCTGTCAAAAAAAAATCAAATTTGATGATTTTTTTTTAAGTTATGTAATTACAAAA TGTACACATAGATTTCCAAGCTATTATTGCATGCGAGGAAGTGCGTAGATATAAACAATC AGAAACTTCCAAAAGTTTGAGAGTGATCTCATAAGATGTATAAATTGGTGAAAGTTATTA ATGTGAAAAATTGGAAAATTGTTCTTTCTTGAAGTCTCTTCTTTTACACTCAAAGTCATT GATTCTTGATTTTCTTTTCTATGAAAAAAAGAAGAAGCTAAAATTATGCATTTTTTTCAA GTATTATTAATGTGAAAAATTGGGAAATGACTTAATAAGTGTTTTAAAGTGATTTTTGTT ACAGAAATAGAAAAATGTGGAAAGAAATATAAAATTGAAGGTGCCTTTAGTGTGTGTATA TACTATTTGTGTTAAATTTAATGCAATTTTCTTTAAAATGAAATAACTTAAACCGGTAGT CAACATTTTTAAAGTTGAATATTTACATTTATGTCACTTCTAGTGTAGACTCCACCATGT TTGATCAACTATCAATTTACTCGGTCTTGCCAAAGTCAAATCTAATGAAATTAATGGTTG AGATTAGAAGGGAAAAATCAATTTGATTTAAGTATAGATTAATCAAGGTATACATTAAGA CAAAAAAAAAAAAAAAAAGCAAACAAATCTACTTATACCATCAAAAAAATATGGTGAGAT GAATGAGATTCCTTTATTTTTAATCATCAATTTCGAATTACAGCAGAGCAGTAAGTATTT CTTCATTCTTTATCAAAAGTCTCAGGTTCAAGTCTCTTTAATATGAAATCGTCTTTGTTA AAAAGCACTCTACCTCCAATCTGAAACCTCCCAACGCAAATTCAGATTTAATCAACCTTC AATTTAAGTATTAGATACTGAATAAGAAAAAAATATCTCCCGTTCGCATTCTCCCTTTTT TACGTGATGCTTCCTTAATCAAAAGTCTCAGTTTTTGAATATGAAAAAGGCTCCGGTAGA AAATACATCCCTATTGAATGAGCCTTACACAATATAATGTGATAGAATTAAATTGTTATA CCTTGACCAAAAAGTCTCTTAAAAGATATTTGTGATAAAAAATATATATAAAATACAAAT TTAAATTAGTTGAACTTTAATATGAATATGAATACGTTACGCATCGGAGAGTAACTAGAA AAAGACAAATACATCAGGATTATTTTATGCTAAGAAGCAGCAAACAGAATATTAAATAAA TACAGTAGAAGGAGTAGATAATAAAAGAGACCCAACTATTTTTTTTTTTTAATTTTATTT CCCCTTCTTGGATCCCTCTCCATTAATAAAAAGAAATAAACTACACACTCTTTTACATTA ATATAGAAAAGTTAGAACAAACTTCTCTCTCTCTTTTTCTCTTATGAAAAAGAGAACTTC TTCAACAATTGCTCTGTTTTTTTCCCATTTTCTTGCTCTGTTTTTAATGGCACTGTTAAC ATTTTTACCAGAAACATCAGAAAAAAATCAACCTTCAAAGAGGAGGAAAAAACAACAAAA ACAGAATAAGGAGAAACAAAAGCAGCCATCTTCATGGGATCAATTCAAAAACTTATTGAC TTGTAAACAAATTGAAAACTCAACTGTTCATGATCCTGCTTCCAAAAACCCTCCTCCTTC TGCTGCTGCTGCTGCTCCTGCTGGAGCTTACTCTAAGTTGAGTTCTTGTAGCTCCATATG CAGTTTCAGGTATTAATTACTTAATTAAATCATATTTCCGTAACGTGCGAGTCTGATTCT CTTTTTTTCATAAATCAAATATATAGATTTTTCTCCCCCACAAGTCTTTCGTACCATGTT GAACTGCGTAAACATCTCATAACAAAAAATCAAAGTCAAAATAGTCATTTTACGATCTTA TAATTAAAATATACTCGTTTTTTAGGATTCATACATGCATTATTATATGCACTTCTTTTT TTTAACTATATGACTTTACTTATGTTTTCTTTTCGTTTCGATATTTATTATAAATAAAAT TTATTTTTTAAAAATAAAAAAGCAAAATCTCTAAATTTATTAATAGTGTCTTAAAATTTT GATTATAAATTGTATTGACTAGGAAGTGATTAGTAGTGTATTTCATCCAAATTTAAATTA TTAGAGAAATTATTGATATAATTTTAATTATTTAATTATATTATGTCTCGATATCATTAG GGATGTGGTACATGGCAACACAAGAGTGGTACATAGAGCTGATAATTCCCCAGAAAGTAG CAGTTTAGGCCAAGAAACTCGTCTTCTAAGCAAGAATAAAACTTCACATCATGATCCTTC ATCTTCAAGTTCGAGATCTCTTGCTAGATCAAACGGTAATGGTAGCTCCACATACACTAC TTCATCAAGAGGAATGCAATTTCGTAAGCTATCTGGATGTTATGAGTGTCACATGATAGT AGATCCTAGCAGGTATAATTTTAATTTCATTTTTCTAATACATTTTATTTGTGATTAATA ATCTTGATATATAGCATTAATGAGTGAAAATATTAATTTTAATTTTTTTTATAGGTACCC TTTACCAAGGTCAACAATTTGTGCATGTCCAGATTGTGGAGAAGTTTTTCCAAAAATTGA GAGCTTAGAACATCATCAAGCAGTTAAACATGCTGGTAAATATTTATATTCGAAAAATCT CAAATACTATCTTAAAAATAAGTATAAATAATTTTCTATAAAACTTGTATAATTAGTATC CTGAAAAGCATATGCTTTAAGTAGTTAAATAGATACAGTATCAAAATGACGTATATTATT CGTGTCTATAAGTTAAATCCTTATATATATTATATTTTCTTTCCTACTTATATTCATATT CCTTTTGTTTAGATTAGGGAGGAGTAGGGGTGGAGTTTATGTGGAAAATCTCTTTTTGGA AAAGTGATATAAAGCTAGTCCACACAAAATAATATATAATCGATAAGATATATAATATAA TATATAAACATTATATATGTATAATAACAAGTAAATTTAGATATTTTCTATTGAGCAGTC AAATGTGTAACTTTTTATTTTTAAAATACTCAATTTGCTCGTATTTATCCTAGAAAAGAT GATTCCAATCTTGTAAAAGGAGACAAGCTTTAGACAACATTTAAGCTTTGAATTGTTTTA GGCAAAGTTCAAAATTGTGTTAGTGGAGGCAAAACGGAATTGTTAATACAATTTTTATAA AATAATAATATAAAGTACGTTAATTAAATATATTTTTGTGATACATAGGTTGAGCCCCCA ATAAATATTTTGCCTTTTTTTTTGGACCACTTAAATATTTAAAGGACCATCTAGAGTAAT ATTTGCCAACTACCTCTTCATAAAATTGAAAAGTACTATATACATGTAGGAAAATTTTAA TTGACAGATAATTAATTTCTCTTTTTATTATCATATACCACACCGACAACATGCATGACA CCCTAATTTACAATACTAAATTAATTAATTAAAATATTTTTAGTTTAATAATGTTGAAGA TTATTTTATTTTGATTAATTAAGAATGCATACCTAAGAAAGAATCGAATCTTTAATACTG AGATATTACTTGTCTTTGAATTACATACATTTGGTAGCCCACTCTACTTAATAATTAATG TTTTCTTATCTTGTTTAGCTATTTGAGTTCTAATTATTTATCATAAAACTAATTCTGGAA TAGCTTATTCCTAAATTATTTCATAATTAGTTAATAACATTAATGTGTTGGTTGGCCAGT AAGACTTGATATCTTACCAACCAGAAATGAGACCCCATTTATTTTCTTTTGTTTTTTTTT TCATATATTTTTTTTATCGAATATTAAAAAATATATATATATTATATGTTTGCGGGTTAA TTTTAATTTAAGCCGATTGATTTTCAGTGTCAGAGTTGGGTCCGGAAGATTCAAGCCGTA ACATAGTGGAAATAATCTTCAAATCAAGCTGGCTTAAAAAGGATAATCCGATCTGTAAGA TCGAACGGATATTAAAAGTCCACAACACCAAACGCACGATCCAACGGTTCGAGGACTGTA GGGACGCGGTGAAGATACATGCAGTGGCCACAGGCAAGAAAAACCCAAGATGTGCAGCTG ATGGAAATGAGCTGCTTAGATTTTACTGCACGAGCCTTACGTGCGTCCTTGGTGCACGTG GCTCGTCCAGCTTGTGTGGCTCGGTACCCGGTTGTGGAGTTTGCACTACCATACGTCACG GTTTCCAAGGAAACAAAACTAGTGGAGTCCGCACAACTGCTAGTAGTGGGCGGGCCCACG ATTGTCTTGGTAGCGGTATGGCCCGACGCAGGGCCATGATCGTGTGTCGGGTCATTGCTG GTAGAGTCAAGCAGAATGTGGGCGCTTCTCCCACGAAAGAGGAGGAGAATTGCTCTGGCT CTGGTTCTGGTTCTGGTTCTGGCTTGTCTGCTACTGGCTCTACCATATACAATTCAGTAG CTGGACATGTAGGGATTTACTCAAATCTCGAGGAATTATACGTATTTAATCCAAGGGCTA TACTTCCATGCTTTGTTGTGATATACGAAGCATTGGAATCTTAGGCTTAATGTTTTTTTT TTTTTAATTTGTACTTGAGCTGTTTGTACGGTTTAGTTTGTTTTTTTCTTTTTTGTTGTG TCCTTAAATTTATGTAACTAATTTCAAGTTAGTTAAAAAAAAGTTGTAACACCCGTGAGG TAATGCTGATCCAACTATGATTTTTGTAAATATTTATTTATTTTATTTATTTGTCCTTTT TACATAGTGTTAGTTTGTTGAAGGTGAGTAAATACAGTGATGTTTGAAGTTTATCTACCC AACTGTACCATAATAAATATCTTAAAATATAGCCCCTCAATTAATGCTTTAAAAAAATGC CGTCCTTCAACATTTAACTTGTCATTTTCTATGTCAATATAGGTTATCCCACTAAATTCT TTCGCTCTTTCATGATTTAAGTTATAAATACTGATAATATAAAAATATTTATGTCTTTAT ATCAATTTTGTTATTATGAAGATTTATATATCTATAGTACATGATAATGTAGGGAACTTG ATCTCTTTTAATTGAATATTTACCTTTGTTGTTCTAAAGCTGCAAGAAATAAAGGTAAAG AAACTATAGATAGAAGTAGGGTAAAGGAAGCATTATAGTACTCAAAAGGATAGCTTTGAA CTGTGGATGATTTTTTCAGAGTTGGGGCCAGAAATGAGTCAAAAAAGAGTAACAATATGA TGATGGTAATTTTATTGATTGGAATTTGATAATTAATTACAGTTCCTAATGTTACCACAG TCAAGGAAAAAAGGTTGATTCCTTAATTACGGTCTCATATTAATCGGTCATTTTATTAAA AATTATTGTCATATATTATCATCGCAATCAATGGTTTAAAATGCGGGAACGTGAGGCGGC GCATTTTATACACAATAGGGCGAAGCTTATGCTCCGAGATATGGGGCGTAAGTCTCACGG ATCTATGGAGCGTAGTTTTATGTATATTCCATCTCATAGTTTTATTACTAGTAAAATAAG CAGAGGTAAATCTTTTAATGATTTATGATTTTTATTTGAGATGAGTGTTAATAATTAATA ATGAAGAAAAGATATTATAATTATTACGTAAAAAATATCATTACACCAACAGTAAAAATA TGATTTACTGAAAAAAAGTTTTTTAAAAAAAATTAAAATTTCCTGGCATAGGTTTTTACG CCCAGAACTTACATTTTTATGCTCGGAACCTATGCCTCAAATTTTAAGACGTACCCCACC TCGAGACTCCCCCAAATACATTTTTTAAAACACTAATTGCAATTAATTCTTGCAGAATCT ACTTCTTCGAGGCTATATAACAAAAGTTATAGCGAAATACTAACACCTTCTTTATTTTTA ACTAAAATTTTAAACTTGAATTCAAATATAATTGAATTTTAATATAAATATCAAAAATTA GATTAAAAAAATTAACATAAAATTTTATTTTTTATAAATTTTCATCATAATCTCAAAAAA ATGCTCATGTAATTCGTAATTTCGTGATATGACCAAAATTAAAGGAAAAAAGTAGTTGAA GTAACCGCATGAATCAATCCATCACATAAATGTATTCCTTTCTTTTTTTTTCTTGTTATT AATGGATGAGCTGGAAGGGCACGTGGGGTCAATATTGGGACCACTGCAAAATTAATTAAA CTTTATATTATACTGTTTACAATAGAAAAAATATGATAACACTTTGACTGCAGTGATGAA CTAAAAATATACTCACATTGTCAAATCAATTTTCCCCGTAACATTATTGCATACACATTC TAGTTTTCTTTTATTTGACTATATATCATTTAGTAGAAAATCAAAATAGGAGTTTTTGAG TAATACAATATGAACTTAATATCGAGTAAATTAATGATTGTTATTAAATCTAATTCATAT TAATAACGCGTGGGAAACTCAATAATGAGTTTTAAGTTATTATATACCGAATGTGTAAAA ACACATCGGTATACTCGTGCAATTAAGCTCTTATTTTAGTAAAGTTCAAAAAAAATTTGC TTTTATTTGTATATATTTATAAGTATTTGAGAGTAGTGGTTCTTGATTTCCACCCCCTCG TTGTAATACATAATTAATTATGAATGAAGATCACTGAATATCTTGCATTTACTTGTTTTA AATGATGGGTATTAAAAGGAAAAAGATTAGAATTTGTTTTTTTTTTATCTATGTTATTTT ATTTTTTAAAATATGTTTATTATTTTAAAACTTTAAAATAGAAGAAAGAACAGTTTATTT AAAATTTAAAAAAATATTATAAATTATTTAAATTTGTAATCAAATTTTCTGACTATTTAG CAGTATTAAATTGTGCGGTTTGAAATGGAAACTTAGTACATCTCCCTCCTTGTATTTTGA TTTTTGAAAACTGAGATTCGCATTAATGCATTGTAGTACATGTACACGTACTCACCAGTC TGCCAATATGTTCTTTATTGTTTAAATATTACTCATACTTAATATATTAACTGAGCTGGC ACTCATAGAGTTATTACTTATGTGATGTAAAAAATATTCAATGATGTACTTCGTTCAGAC AAAACTAAATTGTAAATGAATCTTGTATCGTGTAGGATGAGTCATATCGAATTCTTGTAA GGTTAAGACAATTTTTTTTTAATTGACTTTTAAGATGTGATTTAGGCTCAAAGCTTAATT TAACATGATATCAAAACTATATTCAATTTGATTGTGGGGTGGAATACCTCCGGTCCATGA ATGTGCATGCACTGGGGCGGATAGTAGAATCCCAGATAAATAATGTTTGGATCTAGGCGT GACTCGTGAGGGGTAATGAATAGAATCAATAATACATTGTTGAGGGAAGAAAACCTTAGC TCCTTGTAAGAATATAAGGACTTGAACAATTCTCTTAGGTGAGTTACGCTCAAAACCTAA TTTGACATGTAAATTAACAATATATGATTTGAATGAGTGAGACTATGCAAATCTTACACC GACTTTTGTGAGATAGAAATGTTAGACCTTTGGCTCAATTAAGTTAAAGATGAGTATTTA CATGAAATATGTGTGGCAATCTAAAGAAAATCTTAATTTCTCATCATTAAGCAAAGTAGG AGGAAGAGACAAGTTTTATCAGAAATTGGTGATCGTAAATTAAATACTTTTATAAGGCTA TGTACTATAACTTAAATAAGACACTTAAAATGGGCTACGTGGTGCAAATCATGTGGTTAA TCATTTTTTGGGCCAGAGCCCAATCTTGATTGGGCTCTGGTTGGTTGCAGGTTCCTGTCC ATGGGTTTGGTTTGAGCTTCCTACCACATTGACTTTGGGCCTTTGGCCTTCTTTTTCCAG TCCTTTTACTAAAATTCTCACTTTTTATATGTATATATATTAGGATAAACAAAATTATTT TCATATATCTGAATCTTGATAGATAAAGTTATTCAATATTATTCAATATTTATAAAGGTG GATATAATTATATCTTCAATAAATAGAGTTGGTCCATACTACTGTTGGTGGGAGACAACA GATACGCCTGATCGAATAGTTGATGTATGAACTTTGAGTTGGTGAAGATCAATAAATGCT TGACATAAAAATAGTAGATAATTTCTTTTATATGCCTAAATCTCAATAGACGATAAAGTT ATTTGATATTTATAATGGTGACTAGAATATTATCAAACCTTGATAAACAGAGTAATTAAT TGATATGGAGATAACAAATGCCTCAATATACAAGATAGTCCAAATACAATTATATCTTTT TAATTGAAATTATCCAACATCCAATTGTAAAACTAAAATTAATCAAGATGATAATAAGTC TTTTTTTAAATACAACAAATAATTTTTAACGTATAATATAAGCTCAAGCACATGCAGTAC TCATTTGAGAGTGATTCTTAGAGAATATTATCTTAGGAAAAAAGGCAAGTTATTATTGAT CATACTCATTAATGTCGTACTTTTATAACTTCTTTGCTTTTAATTAAAAACTAAGCCAGT CAATCATGTCTTAGTGAACTTGTTGTCTATTACTAATTTAATCATTTAAATATAAATGTG ATTAGCAAGTCATCATAATATAATTTAGTTTTTTCATCTCATAAATTGCAAGTAAATAAC CACTTTATAAGCTTTGTCGTTACCCATAATGCAAAACTTCACTTTTTTTTTTATTGAATG ATATTTTATTACTTTTAAATCGATCTATGCATTATAAAAATATTTAGAATGTATACACAT ATATAACCATACTCATTTTGAACGTCTTAGTAACTTTAAATTATGAATTTACCTATGTCG AACAAACATGCATATATGACATAAGAGAATCTCCCACCTGAATCATTCTTAAGATCACCA AGCTCTCTCGTATGAAACTAGACTATAACATAGAGTTTGACTGAAATCAAGAATTTCGAT CTAAACTCTAAATTGTCTTAAGAAGTTCATTTTAGTTATATTTACAAAGTAATACTCCCT CCGTCCACAGTTAATTGTTTTGGTTTTCTTTTTTAGAGTCAACTAAAAGAACTTTGACTT ACATTTTACGATGTATATTTTCATCATATTGATATACAAAAAATTGCAGTTTATAGTATT TTTCATATAGTTTATGAATATCTTTTTTTTAAAAAAAAGTATCGAATTAACTTTATTGAC TTTCGAAAAGTACAATGACAAATAAAAGTGAATAGAGAAAATAATTTATTTAGAACTTAA TAACTTAAAAGAATCAAATTTCTCGAATTATAAATTTCAAATGCCTACTTGAAGTACGGT ACCTGTATTTACAATCTTTACTTCTCTATTATATTGTTCAATACGTTCACGGATAATATT ACTAATTTCGTCAGCTCGAATGGTTACCATGATTCTTAATTTGGATTCGATAACTTTGAG TTTGTCCATAATTATCCATAAGAGTTAGTTTTGAAAGGATAGAACCAATGATATTAATTA TTACCATGCTAACATGATTATTTGAATGAGGACTTTTGATTTTTGAGAGTGAGTTAATAT AATATCATAGTACAAGACATGATTATTACTTGGAAGTTAATATAATTAACAATCTAAATA AACAAATGTACTTTGAAAAGACAACAAAAGCCCATATATATGATTTGGTCACATGGTTAA AGAATTAAACCATCATCTTTTTCCAAATTTCATAAATATATATAAACCTTATTATAGCCA AAACTTATAACAAAAATACAAAGGCTTTTTGTGTTCTAACAACAATAATGTACACTAACA AAACTTCTATTCAAAGAGAAAGCTTTGTTATTCAAGTTTCAGAAAATTTTCAATCTTCAT CTCAAGTTATTAGCCCTTCTTCTAATAAATTAATCAATTTCTCCGCTATGAAGCTTTTCG ATCGCTTTCGCAAGATCGTCATGCGATTCGTTTTCCCTATCCCAACGTCTAGCCGGAGGA GGCCGAGTCGGGCTGGGGCAACGATGTCGGCAACCGGGCCGGGCTCAGGACAGAGACGGA GATCCTGTGACCGGCCCGATCCGCCGAAGACCTCATGTAGCTCTTATTATTCATCAACTT CTCATTATAATGAAGCTATTGCTGATTGTATAGAGTTTTTTAATAAGTCATCACAAGATC AAGGTATTTTTAGTGGTAGAAAATCAGACGTTATTGTGTGATTTTTATGTTTTTTTGGGG CTAAAGTAATTAATTCAGTGCAACCATGCTTGTAGCTTGTGTTGTTTATTTTATTTTATT TTTGAATTTTATGAGTTCAAATTTGATGTTGTAAATTTAAACATAGTTGTATATGTGGAA TAGCTGATTTTGATTTTCTTAATCTATTCAATTATAGAGACCCCATAACAAAATATGACT AGTAAAACCCAAAATTAACATCTTAAGAAAATCGAGTTCAAATCGATCTAAAAATTCTCG ATGTTCAACTAACTTGAAAAGAAATTTACTATAAAAAGAAAAAACGTTATCTTTGAATGG ATATTTTAGTGAGAATAATTTGTTTTTATTTTTTTCTTACAAAATTTAGTTATTCTCTAG CTATTCTTGAATTTTTTGTAAAACTCATTAGAGATTTTTTTAAATATTATTACAAGAAGC AAAAGGAATTACATATCATAATTTATAGTATATCTCTTATTGAAAATTGTAAACAAAGAA ATCAAATATGCATATTAACCAACCTTACTTTTCACACTTTGATTTCAAGCAAAAAACCAT TGGAAAATTCAAACGGAACGCAAGCCTTGAGATGTCTTTTTATTCGATTTAAACTCGAGC AGATTGAATGTTATTATCCGAATTACTACCTCTTTTCCTAGAAAAAATTCCCCCAATCAA TGGTATGATTAGGGATATTTTTTTCTTTTTCTTCTTGTTGATTGAAGGATGGTTTTGTAA TAATACAACATGATCATGATCATCACCTTGTGAAGGATTTGCAAATGTGACATATCTTTT TTTGTGAAACTCAATATTATTTTGATCATGTGACATAATTTGTGATTTCTCTATATATTT TAGGTCTTCAATTTCTGATACCATGACTTTTTGTTGCTCAAATTTTAGGTTATTAAGCTC ATTTCTTGTGCGTTCAAGTTCTTCTTCTAAAGAAGAGAGACATGTAGCCATTACCAATCT TTCTTCTCTTGCCCTTTCTAGTCTTTGCTTTGTCTCAATTAACTCATCATTAAACGAGTC GTCGCTTTCGTCTTCATGACTCGATCCATCCTGTTTCTGAATAAATAAATAATTAAGTTA GAGTTATATATACTGACAGTGTAAATAATATTTATCATATCGAGTAAATCATGTAGGCAA CTTAGAACTCAAAAAATGAATTTCTTCATTGTATAATTAAAGATTAGAGTCATTGATCTA GTTTATATATAAACAGTTCAATTTATATATGTTTGAAATTAAAAGATACTTTGGTTAGTT GGTTAATCCTCTTTTTCACTATAATATTGTCAGTCTTTATTCTCCAACATGAAAAAAAAT ATACTTGTATTACAGATTAAGCAAGCGTTTTTTTTCTTCTTCTTATACTGCTTGATGTTG CATTTTAGAGATTATAGCACTAATGAGATTTAGCGGCAATTAATCAGTAATTACCGTTAA ATATGTATTTTTAGCGGCAATTAACACTCTTTGTATATGTTTCTAAAGGCTTTAGCGACA TTGAATCTAACGACACTTAACTAATACCGGTAAATAATTAATCACTTTTTATTAATGTGT CTATTTATTACCGATAAAAGTTGTTTTTGTTGTAGTACAGTAGGTTCAAGCCATGTGAAA ATAGCCTTTTGCAAAAGTAGTTGCATACAATATACCTTTATGGTGGGGTTCTTTTCTGGA CTCATAAATAGCAGAAGTTTAGTGCTAACGGTTGTGTTTTCCTCACACAAATAGAGATAA TGTATGCGTACATCCTAAAATGAATACTTTTTGAACACTAGAACCTTTAATGAGCAACGT GTCCATTTTGGTCGGTAACGTCCAAAAGGTGTCTGTTTTGGAGCCGAACTCGTGATACCT AAACCCCACTGGATAGATTAATATTTTATGCGTTATATAGCAAATATACACTATTATATC CCTAAGAGACAACTACATATAATTGTCACTGAATTGAAAAATAATAATAGAAATTACGTG CTACAAATATATTAAAAGAACACTCATATAATGTAAAAATTTGGTATACTATCGGTGTAT ATAATATGAAGTGGAGAATAAATGGTGTATATTACCTGTTTAAGCTTATTAGCAGAGTAG AGTTCTCCAGCAAGAACTCTTTCTCCGAACAACATGACTGCCTCCTTAACCGAACGAAAT GGAGCACTCGTATCGATCTCCGCCTTTCCCATCATTGTGGTCACTCCTTCTGATTCTTCC ATATCGTTTATTGTCAGTTTCAACACTATTATCGATCGAATGTATGTTTGTAGGAGTGTG TTTGATGAATGAGAGACTATAAAAGAGCTTAAAAAGTGGAAACAAAAGAAGATGAGTAAG TGGAGCTTCGTTTCTTCAAGTCCACTTCACTAGAATTATTCTGCCTTGTAACTTGTACCT CTTTCTTTTTAGTAAAAAATATACAGAATTGATTCAACTAGAAGCTCAAGGCAAATTGGG CTGGATTGTGTGGGTTTTTTGGTTTATTTAGTGGGCCTACTTTGATTTTGATATAAAAAT GAGTAATGACAAACATAAAAATCATATTTGCATAATGTGTTCCATAGCTAATATAAGTAT GTATATTTCACTATACATATACAACAAAACAGTTGTATAAGTCGTCATACATATACAAAA GAAAACAGTTGTATACAAAAGATTAATTGTATAATTTATGTACGTATAAAATGAGAAATA GTGAAACACAAAAGAAAATTGCGCAGGTAGGACGAAGATATATGTATTCGCATGTGTATA TACAATTTTCTCTCGCTTTCTACAAACAGAAACACAATTTATACATTTCGTTTATGTTTG TATAAGCAAGCAACGTGAGGGTGGTGAGCGAGATCTGGTAGAAAGGAACGGAAACATATG TATACATATAATTTTCTCTCGCTTTATACAAATACAAACCCATTTTATATATTTGTATTT GTATTAAAAACAAGAGAGACGAGCGAGAGAGGGGCGAGAGTTTGAGAGAGATAGACGACT GACAAATAATTTGCTACATGACACAAAAATCAAAATACAATTATAACAGTTAATTTAAAT TATTAGTTTGTCATTATATACTATTTTTTCATAAAAATAAGTGATACAGATCTAAATAGA CTATGATATGTAATAGATTTTGTTGTAGAATAATTATTTTCGATCGCATGAACATTTTCA ATAATTCTTTTTATCAAGTATTAAAACTGTTTTTTTATCCACAATAAAATAAATAGTAAG GAGTGGGGCAAACATACATTTGAAACTCCGACAGAAAAACCAAAAACCAAAAAAAAAAGG TGAAAAATTCCAAGCAGCCAGCTACTTTTCTTGTCAACATCGTCTTGTCCGCCACAATCC GGAGAGAAACTAGTATTATTTGTCACTCTAGTCATTTTTAGTATGTTCTTTAAAAAATAT GTATATTATTTTATATAATATTCTTTCTGTTTAAAAAAAAGATTTTTAAAATCTGTTTTA AAATGAATGATTTTTTTTTTTAATTTTAACTTCGCATATGACATGTTTAATGTCACAAGA TTAAAGGATAATTTTGTAAATTTGATATAACATTAATATAGGATCACAAGATTGAACCGT CTTCTTTATTTTCTTAAACTTTATGTCAAACCAAATTAGATCACTTTTTTTCAAACGAAG GGAGTATTTGAAATTTTTACTCTTAAGTTTAAACTTCTCTTTTTATTAGTATTATACATA TTAATATAATAATTAATATATTATCATATGTCTAGAATAGATTTAAGTTGTAAGTGTAGT TATAATACATGTCAAAAGTCTCATTTCCTTCCTTTTATTTCGTGTGTTTTGGTTTAACAT AAGAACATAAATTTTGAGAAAAGTGACTCACTATTAATTAAAATATTAAAATCTTTGATC ATACTAAAAAATTTAAATATGTGAAAAGATAAATTAATAATAAACAAAATTTTGAAGAAA TAAGAATATTATTCAATAAGTTCAAAGGCAATAATGACATATTTATCGGATAATCTTTTA TGAATATTTTATAAATATTTTAGATGTATCTTTATAAAAAATAACGTTATATATACATAA AGTAATCTTTTGAGAGTTTAATTTAAAATCGAATTAACTCGTAAAGTTTTAATTAGACTT AAACGCATGTCGTGAAGTCCTACGGAACTTCATTGTCCTGCACTAAATTTAGTCAAGCAG AAAAGCTGTAATGCTCTCTGCTACGGTTTAGTTTCAGCACTATGAAAGTAACGAACAGTT TTATAGTTAGCCAAATTCTTATATTCTTTCATTAAATCCTCACATCATTATTTTATTGAA ATTCAACTGTTTTTCATCATTATTTTATTTGAAATTCAACTGTTCAAACAAACTTTTTTT TTTTTTCAAGTGTTAAAAGTTGAGATCTTCAAACACTCTGTTTCAACGTCACCATTTATT GTCTCTCTTTTTTTCTCCGTCACACAATTGAATTGATCTCACTGTTACCTAAAATGTCGG TCACCGTTAGCTCGCCGGCCGTCCGATCCTTCCATGTTTCACGATCACCTCATAAAACGA TCTCTAGGCCACGTGTCATTATATCTGCCGTCCGATCTACTGACAGCTTAGGAGTAGCAC CAATTTTGACGAAGTTGCAGAAAGATTGTGCTACTCCTCTTCCAGTTTTGCGCCACGTGG CGGATGCAATGGCCGATGATATGAGGGCCGGGCTTGCCGTCGACGGCGGCAGTGATCTGA AGATGATCCTTAGTTATGTCGACACTCTACCAACTGGGTAAACTACTAATTTTATTTTAT TTTGGTTCAGTTGTGATATTAATTGGTTGGCCAGCTAATTGGGTAAAGATCCCATTATTT TTACTTTAAGCTATAGTTGGTGTACTTCAATTCTTCAAATGTTTAATTTGATGAACATAA TCACAAGGAGTTACATGGTTTAAAGACTTGTCTTTTTCGCCATGTAATGTGTTTGTCATC TCATCTAAAAGCTGAAAGTTGAATAATTGTTATGTTTGAACACGCGGCTACATGTGAGCT TGATTTTTTTCATGGGACGAACACATTGAAATATTTTTTACTTGCGATGATGTTTGAATC AATAATCTCTGGTTGATTTGATACCATATTGATGTGTGTGACTATCTTGTCTAAAAGTTT GAGCATGTTATAGTGTCTTGATTATATATTACTCCCTTCGCTTCATTTATGTGTCTCTAA TATTTCCAAGTATGATTTCGATTTGTTCACTTGTTTGATTGTTGAGCTTGTTCTTATAGT ATTTGTTACAATATATTAATGATTAATGAAGGAATGAGAAAGGCTTGTGTTTGATTGTTG AGCTTGTTCTTATAGTATTTGTTACAATATATTAATGATTAATGAAGGAATGAGAAAGGC TTGTTTTATGCGTTGGACCTTGGTGGTACAAATTTCCGGGTGCTAAGGGTGCAGCTAGGT GGTAAAGAAGAGCGTGTAGTCGCCACTGAGTTTGAGCAAGTCTCTATACCCCAAGAACTG ATGTTTGCTACCTCCGAGGTTGTTTAGTTTTTCTTGTTGTAATGGGATTTGACCAATACT ATCTTTTTTGTTGTTGTATTCATCTTTGCATCGGTTATTGTAGGAGCTTTTCGATTTCAT AGCTTCTGCGCTAGGAAAATTTGCACAAAAGGAAGGTGGTAATTTTGAGTTGCAACAGGG ACGGACAAGGGAAATAGGATTCACGTTTTCTTTTCCGGTGAAACAGACTTCAATAAGAAC TGGAATCCTAATCAAATGGACAAAAGGTTTTGCTGTCTCTGGAACTGTTAGTATTTCTTG ACTCTCTTATTTGTGTAAAGGAGTGGCAGATTTTAGACATCTTACTAATTTAGCCTATGA CTGATTCTGGAACCATACATCGCTAAGAAGGCCAATCAATTCTGCGTTATTTTAGTTTCA GTAAAGATGGCCAATTTCCCTCGAACTACTAAAACTTCCAACGAACGTTACGGTTTTACC TTTTTCTGAAGAAAGCACCGGAATCATCTAGTTGGTAAAATCCTGTAATTCCATCCCCAA TCGATTGTGCATGTGAGATTTTCTGTTTTCTGGACAACCGAGTGTTTCATATTCGTGAGT CCATTTTTTTCAAGATACAACAAATTTGTAAGAGTACTGGTTACACTATGATAACTGATT AGTAAGTTGTGTAATTAGAGGGATCATTTCATCGCTTTGTTCTTACAAGTCGAATCGGAA AATACTGGATTCCAAACTAGTAGAGAAGATCGAGTTCCTTAACATTGACTTTTAACTTTG TCTCTCTTATCATTATCATTTTCATTTTACCTGCCGATTATTTTTTGATTCCATCATAAC ATGGAACAGGCGGGAAAAGATGTTGTTGCTTGTCTGAATGAAGCCATGGAGAGGCGGGGA ATGGATATGCAAGTGTCTGCCCTGGTAGGTTCTTGCTCAACTTCATGTGTATTGTAGAAA TGTTGGAGAATAGTCTGGCGCTTCCTTAGTTCAATCATTTCATGATTTCATTGTCAAGTT AGGTCAATGACACTGTGGGAACACTTGCCGGAGCAAGATACTGGGATGATGATGCCATGG TTGCTGTCATTCTTGGGACTGGAACCAATGCTTGCTATGTAGAACGTGTGGATGCTATTC CTAAGCTGGCAAAAAGGATGTCTAAGTCTCCAATAACGGTAAGTAGAGCCCAAATCTCCT TCGTCAAGTTATTTCATGAACAGATTTTAGCAACCATTGAGTTTGATACATCATTATATT TTAGATTGTGAATACCGAATGGGGAGCTTTCTCAAATGGCCTTCCTTTAACTGAGTTTGA TAGAGAAATGGATGCCGAGAGCATTAACCCTGGTGAGCAGGCAAGTATTATTGACTCAAA ATGTGAAAATTTCTTTTCTTCGTATTATTGGTATCACACTGTTTCTTAATGGTCTTTTCT ACCATCTTATTTCTTGATGAAGATTTTTGAAAAGACCATCTCTGGTATGTACCTTGGGGA AATTGTGAGACGGGTGCTGGTCAAAATGGCCAAGGTTGGGGGCTTATTTGGTAGCAGCTA TGTTCCGGAAAAGCTAGTCACTCCATTTGTGCTGAGGTAATTACATCTGTTATATCAGAA GTTTATGATGCAAATGTTCTCGGTTTGTATTAATTAGTTTTTACTCACTCTGTCTGATCT GCATCATATAGGACACCTGATATATGTGCCATGCAGCAGGATACATCAATAGATCTTGAA GCTGTTGAGTCTGTCCTCTATGATGTAGCTGGGGTATATTCCTTAACTCTCGTGTTTTAA CTTGCACTGCAATACTCTTTCCAGTCACTTATCTTCTAGGCCAATTTTTTTTCCGATTGA ATACTTGTTGTCCAATAATCGATTCATGAAGAACCTTACATTTGAAGATCTATATTCATT CCAAAGACAACATTCAAAAGGATAGTTTAGCATCTGTTTCCATAAACATAGAACATTTTC CAGAGTTATGTTTATAGATATGAAAACACACAATAACAACTACTATTACGCCTCAATCCC AAGCAAGTTTAGGTCAGCAAAAAAATTTAGTCTCTCTAGCACTAGAAGTTCTTTGCAAAA AATATTTTCGTAGAGTATGAAAGAAGTCTACGAACGTTTTGATGTTCACGATTTTTCTTT GGATTATTAAATTTCAGGTAAAATCCGATCTAAGTGCAAGGAAAACAGTCGTGGACATTT GCGATACTATTGCAAAACGAGGGGGTCGTCTAGCTGGTGCAGGAATTGTTGGTATATTAC AGAAAATGGAGGAAGATTCTAAAGGTCTCATCTTTGGTAAAAGAACAGTTGTAGCAATGG ATGGAGGCTTATATGAGCACTATCCTCAGTACAGAGGATACCTCCAAGAAGCTGTCACAG AGCTACTAGGCTCGGAAATTTCGAAAAATGTAGTGATAGAACATTCAAAAGATGGATCTG GTATTGGAGCTGCATTATTAGCTGCTGCAAATTCAAAGTATGAACATGATGATTAAGGGA AAAGCTAAATTTCATGTGTTCAAAGGTTTGCTTGAGGAAAAATACATGAGCATTTGTAAT TTAGAATGTTCTAAAGAAGGATTGATGATTGGATTTATAGAGGCTCTTGTTTGTGATGCC ATTTTTTGTACTCCCATTAATGAAGTACGAAGAAGTGAGGATTTATATAGCCAACCCCAA TTTATTTGGAATCGAGGCGTAGTTGTAATTGTATTATATGCAGCACTGACTTATTTATGT GATAAAAAGCACATGTATCAGTAAATATAGAACATCTTGTTTGTTTTGTAATTGTGAAAT AAGCACAAATAAAACGCTTTGGACAAAGCGTTTTATGCTATATTTATCATAAGGGCCTTT TTTTTATACTTACTTACACATGTCCCTACTGTATTGTCTCTAAGTGTCACGTGCAATTCT ATTTCTTGCGGGTTATATTTTTTATTTTTATTACAAATAGTTATTTTGCACTAATTTTTT TATAAATAAAATGTTTTTTCGTTTTATTTTAGTGACAAGTATCGCAATTGTTTTATAAAT ATTTTTCATTATAATTTATTTGATACAGTTGAAATTTTAAGACTTAATCAAGTATTTTTA TTGGTATATTTTTATGCATTTTTAATACTTTAATTTGTTGCTTATTATGTTTTGATAATA ATTTTTATGTTATTTTTAAATATATAAATTATATTTAATGATTTATGATAAAATTATATA TCCAACTTTTTTGGAAAAAAATAATTAAAACTGGGGGTGGGGGTGGGGAACAGGGGATTA TATTGGGGCATGAATAACAATAAAGCTATGCGGAGTGAGGATTGGACAGGTTGAGCGTAA CCATCAAAAAATTTAATCTGACCCATGAAACAACAAGTAGTAATAAAATTGAAAAATACG AGGAAAACCAAATAATTCATGGTTACGTATTAGTAGTTTTTTATCCTAATTATCGACATT ATTTTATCTAGAATCATGTCCTCGATAAATTGTATGCATATAATATCAACCTACTTATAC CTTTAAGAAAAAAGAGAAACATTCACATATAGCCACTAAAAATAGCTTAATTACTTTCCA TAGTTATAGTTTGATAATTACAATTCATAGCTACATGTTATAGGGAGGAGTGAGGCGAGA GAGATTGGGAGAGAGAGGGCAACAAGTGGGAGAGAGGTGAATTGTATATGTATATCGGTT AGATAATTGTATATTATACATATGTCTTTGTATATATGACAAGTGAGATTGGGAGAGGGA GGAGAGAGGTGAGCGAGATTGGGAGAGTGAGTAGAGATGCGAGTAAGAGAGGGGAGACAA TGGGAGATAGGTGAATTGTACATGTATATTAGTTAGATAATTGCATATTATACATATGCA CTTGTATATATGACAAGCGAGATTGGGAGAGGGAGGAGAGAGGTGAGCGAGATTGGGAGA GTGAGTAGAGATGCGAGTAAGAGAGGGCAGACAATGGGAGATAGGTGAATTGTACATGTA TATCAGTTAGATAATTGCATATTATACATATGCACTTGTATATATGACAAGCGAGATCAA GAGAGAGAGGAGAGAGGTGAGCGAGATTGGGAAAGGGAGGAGAGAGGTGAGCGAGAGAGT AGGAGATAGGTGAATTGTATATGTATATTGATTAGATAATTGTATATTATACATATGTAT TTATATATTCTGACGAATTATATGTATACAAATGTGGCTAATTATACAAACTCGATGTAG CCCACGTAATTAATGTATGATGTTAGTCGTGAGTGATAATTATAACAAACTATAGCTATA ATGAGTAATTAAATAGTATAAATTTGTTTAACGCGTAATTTTCTCATAAAAACACCTATC ATATGAGAGTTGAGCATGCGAAGGAGAAGAAACACATATTACAAAGAAAAAGGTGTGGTC AATCGCGTTTTACGCTTTATTTATAACAAGGACATTTTTTATATTTACTTACACATGTCC CTACTGCAGTGCCTCTAAGTGAAACGTGCATTCTATTTTGCAGACTATATTTTTTATTTT TATTACAAATAGTTATCTTGCATGATTTTTTATAAATGAAATATTTTCACGTTTTATTTT AGTAACAAATATTTCAATTGTTTTATACATATTTTTCATTTTAATTTATTTGATATAGTT AAATTCAAGATTTAATCAAGTTTTTCTATTGGTACTTTTAATAATTTAATACGTTAATTA TTATGTTTTTTTGTAATAATTTTTTATGTAATTTTCAAATATATAAATTAAATTTAAAAA ATATAAAAACTTATGTATTCAACTTTTAAAAAAAATAAAAATGAAAATTGAGGGTGGGAA AAGAGTTGAGTTTAACCTTCAAAAAAAATTAATTCGCCCCGTGTAATAATTGTTTTCATT TTGAACCCGTCTTCGCCCCGCATAGGTCCACTTCACACAATTTTTTTTTTTTAATTTTGC CTTTTTAGTTAAGTTTGATATTAAAAATTAAATTATTTTTTATTAAGTTATATAAACTTA ATAGATAATGATTAGATTTTATTTCTTAGAGATCAAATTTAGACGTATGTAAGAAATTAT TTTAGTTTTGATCGAACCATTTTTATTTGTTATCTTGAATATTTTAGTAACTTTAAAGAA ATTAATATAATAGATAATGCTCTTTCACTCATATAATATTTAAAAAGTTAAAATTATGTT TGAAACCGCATAGATTTTTAACTGTATTCCGCATTAGTTTTTAAAAATTCACTTTAATGT GCTCTGTATCTCTCCTCGGCCCGCACAATTTTAAATTCACCCTGTCGTGCTTGTTGTAGC CTTAAACCCGGTTCGCACCTCCCCCCTCCCCCCAATTGTCATCCCTATACCGAGGAATCA AACTCTCACAGTAAAAAGTTTAAGAGTTACTTTTTCTGTTTAAGGGCATTTTCAGCCCTA GACTCTATTTTACTCTCCAATTATAGAATTTTTCTTTTTCAGAGAATCAACTCCAATTCA ATTCTCTATTGTACTTTTTAAAAAAGAATTTTTTTTTCTCTCCTTAATATTATATTATAT TATTTTTATTTTTATTTCATTTTCTTATTTCATAATATAAATTCGTTTTTGAAAAAATAA TCACCTTCTATAATTTTCATGTAATATCAAATTATTATTTTTAATTTTTTTTATCTAATA TAAAATTATAGTTTATTACAAATTTCAAAGAACAATTACGAAAAATTAAAAAAAGAAATC AACAACCACAAGCACAATCGCAATTACAAACACAACAATGCTCCAGATCATACACTATCT TTTTTCCGAATATTGTTAAATCTGAAAACGACCTACTAAATTACTATTGTGATTTTAAAA ATCATTATGTTAAGTATTGTATTATTATCTCGTACTTAAAAATTATTATGTGATATATTG TATTTTTAAATTAAATTTTTTCATTTTAAAAATTATTAGGGACTATTTTGTCATTTCTTT AAAACAAAGGTGAAAATTCTTCTCTGGCACCTCAGTTGTGACCCTGAGGGCTTTTTGCTG GTTTTTACAAATTAAAGAATCAAAGAGATTTTTTCAATTGTTTCTACAGCTGTTTTGCCT GCAGATCTTCTGAACAAAATGGTAACTTTTTTCTCTTCTCTTTGATCTCACTGAAAATTA TTTGGTAGCAGAAATTACAATCATTTTGTTTTCAATTTCATGAATTTGCTGTTCTGATTG ATTTTTGATCGTTTGTTTTCAACTGGGTCATCTCGAAAAATGGGTAGATCCGTTTTATAT TGCTTCAGAACAGGCAAGGAAAGACTCGTTTGGCTAAGTATTATATACCTCTTGAGGAAT CCGAGAAGCACAAGGTGGAATATGAGGTATTTTAGTTTTTTTTTTTATGTGAATTTGGTG ATTTTAGATTATGGGTTTTGATTATATAGTCAATTTTGGTCCTTGTAGGTTCATAGGTTG GTTGTGAATAGAGATCCCAAATTCACCAACTTTGTTGAGGTAATCAAGCCTGATTTTTTT TTTTTAAATTTCAGTTGATGGAAGCTAGCATTTCTCTGATTAAGCCCTTTTATGTATGTG GAGTTGAGTTTAACTTGATCAGCTTGAAATGCAAAAAGCGAAAATGTGATTATCTGTCTT GTTTTCGATCTATAGAACACCATACTAAGCGAATTTGCTACAATTGTGCTAAGGCAAAGG GTTCTCTTTCGCTAGCCTTTAATTTTCTAAAAGTAGTAATGTTTAACTATCTTATACTGT GAGAGGATGATGTCCTCTTGGTGGAGAACTATTTTGCTTTCCCTCTACGCTACGCCTGCA CATTATCATGACATTTCACATTATTGGTGAAGTAATATCAAGATGGTTTATCGTATTTAT CTACCATTGCATCATAAATACTTGTTCCGTTGGTATCAAAGGAATAACTTTGTGAAATGA TTGAAGGATAGGGAGTGGTGGGGGATTCAAGATATTGTTCAAAATTTAATTTCTGTGTAG AGTAACCTATGTTATGGCTTAGTATGAAATTCTTATTGAGACATTTCTCCGTACCTACAT GTTGTTTCCTAATTCAGTATCTTGGCTTTAGAAAATTTAGAGGTTGGAAGAGAGTGGGAG AGTGGAGGGAGGGAAGGATCAAGAAAGAAGAGCCATTTCCCTTTTGCTTGTGCATGATTA GAGGATTTATTTAGAATCATATACAGACTACTTTTTATGCATCATTCTAGCTTCAATATT GGTGTAATATTCCTGGATCTGATTTCTTAAAGAATCAAAAAATGTTAACCTGCAAAAGGA AACAAAAGAAGCATTGTGTTTTAACTTTGTTGGGTAATCCTTTCTCATGAGATGCTTCGT GAAGTATAACATACTATTTAAAAGTCCTCGATGACATAAAGTACAAAGCAAGATATCGGA CAGAAGCTCTTTTTTCCTAAGTAAGTGATTTATCCTTGGAGCTGTAAGGGGGAAGGTAAA GCAAAGGAAGAGAGAGAAAACAAGTTTGAGGTTTGAACTTGTGTATATTATATTTTTGTA AAATATGATAGAAAACAACTGAGTGTGAGCAATAAGGAAAATCAATAGCTTTTCTGCTGA AACCTCATCAGAATTGATGAAAGAAGTTAATCTAGCGATTTTTTATTTGATGATGGAGCT GCTTAACTTACTTCAGTAATAGGTTGCACGAGATTTACATCTCTGGCTGATTTCAGTCTC CACTTCTTTTCAGTTTTTGTGTAGATATGTTCCTTCATAAGTCACTAATAACTAACACCT GCTAGTTATCTCCTCTTTGCAGTTCCGTACTCACAAGGTAATATACAGAAGATATGCAGG ATTATTTTTCTCACTTTGTGTTGATATCACAGACAACGAGTTGGCTTATTTAGAGTCCAT CCACTTGTTTGTGGAGATTTTGGATCACTTCTTCAGCAATGTCTGTGAGCTGGATTTGGT TTTCAATTTCCACAAGGTTAGACATTTCTCATCAAACGTTGCTACTTACAGAAGCAACAA AGTTAATAACATCTTTCTTTCCTGTGATCCCTGTTGTGGCACAATGGTCTTGTTGAATCT TCTAAGATGCCTGTTAAATATTGCTGCTGTATTTTTCTTTTTATATTTTTGTGCCGGCTC TCCAACTTGGTGCTGGTCGTCAAATCCTTAGCTGAGCCTTTTAAGTTAGAAATGAAGAAA TATGTTTTTCATTAGTAGAGTCAATGGCACCGTTCTTTACTCATTGTATCATTTATGATC AATTTCTTCCCTCTGCAGGTATATCTGATATTAGATGAGTTTATTCTTGCTGGGGAGCTC CAGGAAACAAGTAAGAGGGTAAGAAATCTGCTTCCCTAATCACCTCTTACCCCCTCCATC CCTCCTCCAGACGTAGGGCCTGTAGCTGGCCAATTTTCTGATCTTTTGATGCTCTCTAGC TTGCCAATTTTTTGATTTTTTGATGCTCGCTAGGTCCTGTAGCTGGCCAATTTTTTGGTA TTTTGATGCCCACTCACGCACACTCACACTCACACTCACACTCACACTCACACTCACACA TATGGATATGTGTATATACATATGTGTATTGACTGACATGTACATGCTAATTTCAAGGTG TTAATTTTAAAAAAACATATTTAGCAGTGGTCCAAACTATCTCTGCTTAAGCAGGGTAAC TAGATATTAGGTGTTGTTTGTCCCTCATCCATGAGAAGACAGATGTTTTGGTTTTGTATA TATATTCCTTTGCTCTCTTTCCTCACATCCTGCCCAATGGAATAAAGAAGTTGATGCATA TTTGATTCTGCCTCGACTTGTTATCCTATATAAATTTGCACTAAACAACATTCTTTTACA CGCCAGGCAATCATCGAGAGAATGGGAGAGTTGGAGAAGCAGGAGTGAAGAACTCCGATG CTTTGCTCAAGAGTCAAAACAAACACTTGCCTTTTCCTTCATCACCTGCACTTCTCTTCC GGCTGGCTGTATTTACTGCATTAGACATTCTGTATCCCGTTGATACCTTCATGTTGATGT GGCCTCATTTAATACAAGATTTGTTCATTCATACATTTAAAGGTAGTTTGCAAGTTTAAA TATGAATGTCTCTATCTATTCCCAGTTTAAATATGAATATCTTTATCTTTTGTTAACTCC AGAAACTATATTGTTGTTGGAAGTAGGAAAAGGGTTATTTCAATACGAAATTTCTTTATT TTTACTGGCCATCATGCCTTGGGATAACTTGTATTTGTCCTTCATTCAGAGGGAGCTCCA AACTCGATGTTATAATTGAAAGTAATTTATAGTCAAAATTAAACATTTTCTTTTTTGAGT TTTGTAACAAATGAAGTCCACTGAATTCATGTCATTGCTCCATTAAAGTAGGAACTAGTA CGAAACAATTTCCAAAACTGGGGTGTAAGTATCAAAATTCTTTTTCTACTGAAAATAGGG AAAAGAAGTTTGAAAAAATATTTCAATTGATTATATCCTCTCCACCTTGGAATACATTTC ATCTTTAAACTCATCTGTGTAGCCGCCATCCCATTGTATTTATCTATTTTATATACATAA TATTTTTTACTTTATCCATCGAACACAAGAAAACATGTATAAAAGAACACTTTATTTTCC TGAAAATTGCTGAAAGAAATTTAAAGCAGCTGCAATTTTTTTCATTGCCATTCTTCTTCT TGTGTATACTACAAGTCAATAACCTTCTCAGACACATAAAGTTTCTTTCCATCTAGGGAA AAACCAACAACCATTTCTGAAGTTGTTACTCTATAATTAATTGAAACTGAAACAGAATAA GCATCTAATAAGGGACATGAGATTTACTATATCCTCCCTTTTTTGTGTTCCTTATATTCA GTAACAGAATGAACACCAACTCTCATGCATAAGCAAAGAAAAGAATAAATCAATTATGAT TTGCAGGAGTTTCGCTCTGATATTATGGACATGGTGCCATGGCTCTCCGTATTAACGACG ATCATTGCAAAGAAGCTGCAATGAAGGCACATTATTGGGGTAGAGTCCATGTCCACTTCC TTCCAAGCCAGAAGGGAAACTGTAATATTGTCCTTTGATCCTTGAATTAGTTCGTGACGT AGAAATGGACATAAGCTCCTGCTCGTTCAACAAGGGTGGAACATACTTGGAAGAAAGTGC TTCCATCGAGGAAGAAGAAGCTGCCAATTGAGCTTGAGAAGGTCCAAAGATAGGCATTGG TCGCCCTGCATTTTGCCAGTCTCGCATTTGTGAGGTAGAGACTCCACCAAACTTGTACTG AGCAGCGAAATGGGCATTTTGTAGTTCATTCTGCTGCGACATTTGTCTTGGTAAGGCCAT AGCAGCTTCTCTTGACGGACAAAATGACGCACCTCCAAGATATGGAGGCAGCAGAACCTG CAACTAGCCACAAAAGTATTGCCTTAATCTACTAAACCATGTATTTATTAGTAGTTCCAC CACAAACTTACACCTGAATCATTTAATAAATGTACGCCCAGTAAAATGCAATAGATGACC AATTTTACATTTAACACTTCTCGAACATTCCAAAAAAGGAGAAGGGGGATCAGAATGAGC TATGGTTCTGGGTGGTCTATGTTGGAAGCAGAATAGTGTTATCTAACGCATGCTTTGCAT AAATACATAGATATGTATGTGTGGGCGGGTGTCTTTAAATAGGCTCATGTACTATAGTCC CTAATAACTTGTTCCAGCCCCAAAAGTCAAGATTTCAGCATGTACCTACGCTGTTCTCAT CCTGATATTACACATAAGAGGGGTAAAATAATCTATGTTCTGGAAAAAACAGTAAAGTGA CCGCACATTTCAGAAGTTGAATTCAATTTAAAGAATCTTCAGTATCTTAACAATTTAAGT CACGGAATTGAGAATCTGACAAACTAGTTGTGTTTCAAATGGAGCAAAGCAATTTTAATT AGAAGTCACCTGCTGAGTTGCTGCTGTTGCAGGATTGTAACGGAAAGGTGCAGATGAATA ACCATTCTGGGGAAGCAAGAAATGCAGGGCTGGATGTTTCTGTGAGGTTACAGGCGTATC AAGGTTATGACCAGCAATAGTAGCACCACCATTAGTGCCTTTGATCACATAACTTCCAGC TGACAATGAAAGGAAATCTGCATTCTGCGAAAGAAAGAGGATTATTATCGTGTATGGATG AAGAATATCACACATTATTGAAGATAACTAACCTGCTTTGCTAAAGAATTGAACCCAGAT GTAGTAGAAGCCTGTTGCTGATCTTGGAGGAGTCTTTGGTGCAAAAGGATTGCATTTCTA ACTTCAGTTGGATTCTTCTCAACAGTAGAGGCAACATTCCCAGTAGAAACAATTCCATGC ATATCATTCACCTTTACAGTTGGGCTGTTCTGAATTATAGGAGGCTCTTGCTTCACTCCA TCAGGAGGTGAGGACTGAGAAGGATGCGAGGAGACTGTGTCACCTCTCATCGAAGTCTGT AAGCCCTTAGTCAGCCGACTTATATAAACATGAGCAGCACACCTCTTAAATGACTTCCTC AACTCAAGTGGAACTTGAGAATCCTGCATAATCAAATCAAATGAGTGTTCCATATAGTTG TTCAGAATGGAACAAAGTACATGAGAGTAACTGAAAGCTATATCGAAGTGCTAAAACACC TTCATGGTTGGTAGACAAGATTTTGCATTTTGAGCTTGATGATCAGTGCCAGCGCTCCCG ATCCAGACAGGAAATTTGCCAATTGGAAACCTATCATTACTCGGTGCATGAGAAACCAAA CAATATTTGTAGGCAAGGAAGAGTGCGGTAAGAAATGGGAACTTACTGTGGTGAAGAATC AAGTATGTCGGAACAAGATGACCCTGCTGCAGACAAGCCTGGCCACAACAATGAACCTGA TCGCCAAAACAACATTTCTGTTAATGTAGATATAAAATACACATGATTTGGATGACACCG TCTCGGATATATTACAACCAGTCATCAGAAAATTTGAAACTTGCAGGCTATAGTTATACC ATTATTCCTATTCTCCTTGTGTGTGTTTTGTTTGTTGGCTTGATAAGCAACAACCTGAAT ACAGAACAGTAAGATCAGCATTTCTGTCACGTATTAACCAAAGAGTATAGATGTCCAAAC AAAAGTTACTTGTTGCGATGAAATTTCTAGCTGCTCTGTGTTGATGAATGTATCACACGG GGAAGCATCATGAAATGATTTTGATTTGGCAGCTTCTCCAGCAGAAACAGCTATGTCTGG AAACTGCTTCAAAGCTTCAGCACTGAATTGGGAGCTGTTTGTCCTTATGTCCTGTTCTGT TGTTACAACTACACCATTTATGAAATACATTAGTTCGGCAAATGACCAATTATGGAAGAG ACCAACATAGAAACGAAGAACTAACAAGCAGACCTCCACTTGCGATTACAGAAGCCTCAG GTTCTGGTAAGTCCAAAGATTTCACTTCAGGAAGTTGACTATTTATTTTGCTTTCGCTCA AGGTGTCAACATCTGGGATCATACCAGCCAAAGCATACAAGGTTTCAGCCACTTCCTCTT CATCTTTGGTGATTGGACAATCAAGCTCCTCCTTTATACACCGACTTGAACCACAATGAG TCTGCATTTAAATCTCATTATCATAGATGAAAATTTTCAATTGAACAGCATATCATTCAA TTGTTTGGCAGAGGAACCACAGAGCTAAAAGAACTATTAAAAGGAAAAAGCTGCAAAATT TACAAGTCACTAACCAAATTAAGCTTAGACTTGTTGCCATATTTCCTTAGTGTTTCAGCT CCATCTGACATGCGATTCGCCTTTTTGGAAATCGGCAAAGGTGGAGAGATGAGCTTGCGA ATTCTCTTCTTGATAACTACAAAGGGCAAAGGATCCAAAAGCAAACAATTTATGATCAAT TGGAAGTCCAAAGTTTAACTCAAACAAGAACCATTTCACCTTATAAGAGATTAAAACCAG AAACTTGGCCAGTACAATCACCCAAATTGCAGATTAAGTACTTTTTAATGATTCCAAAGG TTTAAAAAGCGAAATAAGACGAAGAAACTTACAGAATCTTCTCATGCTTAAAAAGAAAGA AAAGGTGAAAAGGAATTTACTATAATTTACAAAATAAAGCAACAAGTGACCCACTTCCAA GCACTGGGCTCCAACTAACACATAACTATTCCAAATAAGATAACAAACATAAGCAAGTCA GTAATTTCCAAATTTGATTCACAAAAATACAAACCTGAACGAACTTTCCGAGGAACAGAA GCATGATCTACTCCATTACACTCATCAAAAAACTGCAAATCCAAAAGGGGTTAATGAATT TAACAGACCAATACCTATTTACAATATACTTAATTGAGCTAAAATATCAAACCTTTTTGG GAAACTTAAATCGCTTCCGAACAGAAACATTGGAATGAATCTCATCGTTATCATCAGACT TTAAACAACCCATTTCAATGTTGTTCATACTGGACTAAACTTCACCAGCACCACTCAATC TTTCTCCCCCTTTCTTCGATTTCTTCGCAATTATTTCATTTCCTCCCTTACAATCTAAGC ATTCAAAGCAAAACCCAGAAATATTATCAGAGAATTTTGTGTGGAAAGCAGAAATCACAA GAAAAATCAAAACAAAAAGAAGGATAAAGAACTGTAACAGATAACCAAAAAAGAAAAAAA GAGAGGAGAAAAGGAGGAATACAAGACGACACGCGTTTCTCAACCTCGCAAACACCAAAA TCCACATATAGATGAATAAGAATAAGAATATATTTGCAGAAACAGACAATAGACGCATTG ATGGGTCTTGTTGTCTAGTAACCGTTTGATTTTAATACAAAGACGAAACAATAAAATTCA CTTTCACACTTAAGCATTACCGATTCTTGTCCATTTCTGGAAAAAAAATACTGCAACAAA ATTGAATTGAAAACAATTTTTTTTCCAGACCCAGCTACAATCAATTCTCTAATCATCAAA CAAGAACCTCCAAAATTCAGAACTTTTGGTAGTGAATCTAAAAACCCGATACAGAAACAT TAAAGGCTTTTGGGTTTTACAGTACTAACATTTAAAAACTCTAAAAATGGTTAAAAAGGG AAGAAGAAGAAGAAAACTGAATTTGGTCCTTTATGTACAACGAATCGGGTTCTTCTTCAC ATAATAAAGCCGCTCTCTCACTGTGAGTCTGTCACACTCGTACTCATCAACCCCCAAAAA GAAAGAGAGAGAGAGAGAAAGAGAAAGACAACACACACGCAAAGTACCTAAAAAAAATCA ACCCCATGTAGAGAAATTACAGTACCATCTCTATTCATCAACAAAACCCCATTAAAACAG ATCAACATATCAGATTATATAGATCAAACGTACATTTTCTTCAGAAAAAGCATAATCTCA TCACTCTTTCAGATCGAAAACGCAAAAATTCAAAATGCAGAAAACAAAAAACTCAGTCAT TTCCATGAACAAACAACAGAGAATCATGAAAAAAAAAATTAATCCAGCTTACAATCTGTT GCAACAACTCATAACTGAACAAGAACAAACAAACAAACAAAAAGAATAAATTTTTGATTT ACCCAAATAGTAACGATTTAGCTATCTGAGAATATTTCTGCTTAACAAACGGAAAAACCG AAGCTTTCGGTTTTTGATTACCCGATTCTCTCAAGATTTCACACGAAAACGATCAGTTAC TCTGTTTTCTCTCTTTCTTTTGCGTTTTAAAAGGAATATTTTTAATTATTACGTCGTCAC AATATCTACGGACCATACAAACGGGATTTTCGCAGCCGTTGGATCAAAAGTTCTCGAGTC CCACGTGTCATCTACGTGGCAATAATTTTTCTTACCCAAAATGCCACCGTGTACATCTTC CAATTAATCGCCGATTCATTATGTTATACTACGGCTGATTAATAAATACTTTTAGGTTGG GCCCCATGTAGGGTAATGATTTTGATTCTCTGGCGCTGGGTGAAAAGGGAGTGCTTCATG AATGATGCGTGAAGTTGAGAGCAATTCGGTTGAAAGGGACTGTGAAAATGACTATTTTAC CCTTTGATCGCGATATCAAATGACGAAGATACCCTTCCATTTGAAGTTAGAATGTATTCA ATAACATCCAATATAAAGAAAGATTTGATTAAGTTATCCCATCTCTTTTTGTATATGTGT AATGAATGAGTTGTATGTTTTTTGAAGCTATTAAATAATATTAACTATTTTGAGAGCTTT TTTAAAATTTTGAATCGAGAAGTTTTAATGTGATTTTTAAACTTAAAATAAATTGATTGA TGTAAAGTTTTATCATGAAAATAAGAGTTTTAAGTGAGTTGGATGTAGTATGTTGACAAT ACAAATAAACTAAAAGCTTAGTTTATATAGTCAAAATATGCACCAACCTAGATCTTATAA TTGATCGATTAAAATAACAACAAAGTAAAATTGAATAGCATACTAGATGATATATTTTTT TATAAAAAAAATCATAAATAGTGTCTTGGATTGATACATGCTTTTTCAGTCAAGTGAGAG CAATAGAGTGAGTCTTTTTTGCTATTCATTTGGAGTGGAAAGTATTCTTTTATTCTTAAT TAGAGGTTTCGAATTTAAGTATTCCTAGATACGAAATCGTTTTTGTTAGAAAATATTTTA TCTTTCAATGTATAATTTATCAAGGTGGATCTTTTAAATTCGAATATGAATATCGAGCAC CTGACGAGAAGCTGTTTAGCATTTATGCTCCTAAGAAACTCACTCTTTATCTAAAAAAGT AAAGTAACTTTTAACATTGAGTTTTGGGTTAGGATAACTGGTCTGGATAATATACGCATA GGCCCAATACTTCAGCCCAAAACTTAGCCCTCTGACTCTTCACTCGTGAATGAATACGTA TTGTTTAGGCCTTTAGGATCCAAATTAAGTCCCGTTCACTGACAGTCTCTGCCGTGTCTA CTCTGTCGCCGGTTGCCGCCGGTTGTCGCTGCTCGCACGTCTTCTCTTTTTCAGGTGAGT TCGATTATTGTGTGTTTTAATTCTTTCCAAAAGGAACAATTGAAGATGAAGAAAAATCTG TTGAATTTTTAACTTGAAAAGAACTGAACTATACACACCATAATTGAATCCATACTAGTT CGAAGCGTGATTTATGCTAGTTGAAGATGTGATTTGGATTATCATTATGATAATCATTTC TCTATATTTGAAGTTTTTGAACTCAATGTTCTTAGGTTAATTAGATATTTATGAGTCAAT TGATTTTTGAATGAACCATTGCATAAAAATCAATTGTCGATGGTTACTTGTTAGGTTAAA TAGGTTTCTGCTGCTGATTGTTTTTGTCGATCTTTAAGTTTTATATAGCTGTACTTTGAG ATAGAAGGAAGGTGTTTGAGCTATGAGAAATTCATTCAGCTTGTAAGTTTTTGATTTGCT TCACCTGGAACTCAATTCGAAGCTAGCCTAACTTATTTTTCTGTTTATTTGTCCCTGGGC ACATAAGTAGAAAGTTTGAGTATCTTCTCTTTACAAGAAAAACCTGAGTTATGTGGCACT TTAGACTACAAATTGTATTTTATACCTGACAGATACTATTGTAGGGCATATAATTTAGTT AGATTCGTTTTTGGTTCTGCTTTGGGCTGTATTTCCTTGAGACGAGGGTCGGGAACCACC TCTCTAACTCTGAGGTAGGGGTAAGGTTTGCGCGCTCTAAACCTTTGGGTATTTTGTTGT TGTAGATTTTATTGTAGTGCATATGGTATTACGTCAACATATTGAGTGTGTTCCCATAGT GGGGTCTGGGGAGGGCACTAACCTTCTTCTCCCACATAATTCAATATCTACATATTTATA TAAATATTAAAATTATTAATCAGTTCATTATACTAATTACATACACAAATATTATATTTC TTATTTACCTACTAAATATCATATAAGTTATATTAAAAATAACACACAAATAACTTTTAT TTAGCTACCCAACTGCCTCTACTAATCTAAAGATATTCTCTTCATTTTAATTTATTCGTT CTATTTTAGTTTAACCTGTAATATTAAAAAGTAAAAAATAATTTTTAAATAGGTGATTTT AAAGTTAGAATAATAATATTATAAAAGAAAAAATTACATTGGTTCTGATACAGAACAAAA ATGACAATTTCTAACCTAATTTATACAACTTGATTTTCTATTTAATCAATTCTTTTAGAA AAATGATATATTTTTTATACTTAATAAGTAATGTTTTATTAAAATTTTCATTTTATATTT TTGAAATAGATTTTAGATTAAAAAATTTATAAACTTATTTTCTTAAACTTTGATACTTTC TCTATCCATTATTATTTATTATAATTTTTATTTTTAGAATCAAACTATAGAAATTTCTTT TATATAGATTAAAAAATTTATAAACTTACTTTTTAAAACTTCGTTACTCTCCTTCATCCA CTATTTTTTGTCATGATTTTTATTTTTAGAGTCAAACTATAAGAATGTTTTTAAAGAATT TTTTAATCATATTAATATTCAAAAAAATTATAATTTGCATTACTTTTCAGATAGTTTTGA ATATCTAAATTTTTTTGTTTTAAATATTAAATTAATGTAATCTAATTTAAATTTAAAAAT TATTCAAATTAACTTTTGAAAAAAATAATACAATAAATAAAAAACAAACGAGAAAATAAT AAGTTAAATTCACACACAAACATGGTAAACAAATTAAAACGGACGAACAATAAATAAAGA ATACTTTACTGGTCCCACACTACTTCAACGTTACACTTCTTCATTTTTTTTTTCTATAAA TGGCTCCTCACACTTCTTCTTACCAAAAAAGAAAAAACCCATACATTTCTCCTTTTTCCA TTTTTAAGAGGAAGAAGAAGAAGGAGAAGGCTAGGGATTTTGATCTACAAGCTCTCTTTT GCATCATTAATATTCCCACCTTCTTCTTCAATGGCGCAAGTGAAACTGCTCTGTCTATTT GCTCTGTTTTTAACTATTACACAGCTGTTCATAGCAGGTAATAATTCAGAAAAAAAAGTC CAAAAAATGATTTTAAAAAAAAAGCATTGATCTTTATCTTTAAGAGCATTAATTTTTTGG ATCATATTGTATAAATAAGATACAACATTCATCTGTAAACATTTTACAAATAAAACTCTG TTTTTAGCTCTTTCCAACAGGTAATAATTCAGAAATTAGTAGTTATACTAAAAGAGGAAT ATGAAGTAGAATTTTGTGCGTAAAAGCTTATTTCATTTCAGATAAAATAATGTTTAAAGA TTTGATTTTCCCCATTTTTTGGGTGTGAATTTACAAGTGAAAAAACCCTCTCTGTTTTCG CTGTTATAAACAAAAAACTGGTGATTATAAACTAAATTTGTTCTTTTAGAGCTGATTTTA GATCAATTTATGTTCAAAGATTTGATCTTTTTTTTTCTTTTTGGGTTTATGAAATTTTAG GTGTAAATTCAGCTGCAACATTTACAATGGTGAATAAATGTCAGCAAACAATTTGGCCTG GATTATTATCTAACGCCGGAATAGCTCCACTTTCCACCACTGGTTTTGTTCTACAAAAAG ATGAATCGAAAACAATCAGTGTGCCCACTTCATGGGGCGGCAGATTCTGGGCTCGTACAC ATTGTACCGAAGATTCCACCGGAAAATTCACCTGCGCCACCGGCGATTGCGGCTCCGGTA AGCTCGAATGCGCCGGTGGCAACGCTGCACCGCCGGCAACTCTAGCTGAATTCACACTCG ACGGATCCAACGGGATGGATTTCTTCGACGTCAGTTTAGTCGATGGGTACAACTTACCAA TGCTTGTGGTACCACAAGGTGGTTCTGGTAACAATTGTACAAGTACCGGATGTGTGGTGG ATTTGAACGGCGCGTGTCCGTCGGAGCTGAAAGTAATGAGCCTGGGAGGCGAAAACGTCG CGTGTAAGAGCGCGTGTGAAGCTTTTCGAAAAGATGAGTATTGTTGCGCCGGAGCGTTTA ATAATCCGACAACTTGTAAACCATCATCGTATTCAACGTTGTTTAAAAAAGCTTGTCCGA GTGCTTACAGCTATGCTTACGATGATAAAACGAGTACCTTCACTTGTGCTGGCGCTAATA ATTATCTTATCACATTTTGTCCTTCACCTAATACCAGGTAAACTTACTTATTCATCTTCT CTAATTTTTTTCCTCACAAATTCATACCAACAAACAATTTAATCAAATTTAGATAGTTAA CTACGTGAGCTCGTTATATTTTTTTTTTAATTTACAAAATTAACTTGGGATGGGTGGGGG GACACATTGGGATTGAGTTGGGAATGTGGCCTGTCAAATGGAACGTTAGGACGTTATTTT CAATTTAAAGAAAAAATATCTGACATCATATTATTCGTAGGGGTATGTGGGCTATAAGGA AATTAGTAGGGGTATTTTGGTACTTTACATAGTATGTGAGATCATTTTTATAGGAGAATG GGTTCCACGTATAGTGAATTAGTACTTTATAACATAATATATGAGGTCATTGTAATAGGG GTATGTGGTTATATATAGGGGTATTTTAGTACTTGTGCTAACTAAGTCAGCTTTGGGAAT TGGGAAAAATATCAAACTTAACGGCTTAAAGAGATTCTCTGACCCAAGACTATGAATTGT CCTTTTTATCCAAGTAGCCATAGCCCACCAATTGGTCTAGTTCTGCGTGAATTCGTCAAA TTTATTCGAATCAAATGTTTATTAAAATATATTTTATTTTTATAAAATAAGAATTGATCG ACATTAATAAGGATTTATATAGCTGATTCAATAATACAATTTCCATTGCAGTCAAAAGTC GTCATCATCATCAAGTGGACAAAATCAAAAACCAGAAGATAGTAACAATCAAAACGACAA CGATAATAACAACGAGCCATCAACGATCAACAACTCTATGGTATATGATGGTGCATGGGA TATCAATAGTGCATCTTCAACCACCACGTGCATGCACGTGTTCAGTTCACCGGCCATAGC CGGTGCCGTCGCCTTCTTAACAGCCTCTTTCCAGTTGCATCGTCAGCTCTACTAATTTTT TATTTTTGACTTTTTGTTGACACTCGAAAAAAAAAATTAGGCGAAAAGGCCGGCCTGACC CGGCCCATGTTATTTTGTCGGAATTTGGGGTGTTGTATCACGTGTGGACCATTAAATTGG GCCTTGTGACCCACATGTGTGGCCCATGTGACGGGGAAATGAGTCAGCTTACGTGTCAAT TTAATTGACGTACACCGAATTACCTTTTAATTGGTGAAAAAAGAGGTCTCCATAGCCACA AAATTTAGAGTTTTGGAGGTTATTTAATTTTTTATTTTATTTTATTTGACTTTTTTTTAG TTTTATATTTTAAATTTTAATTAAGATTGGGATTAGGTTTTAGGAGAGGGAGATTCATTT GGTAGGTAGGTTTTAGTTAGAAAAATTATGTATAATATGCTTTTATGTTTGTAACCATTC CAAGTTGGTGGAAATTATATAAACTTAAAAAAATGGATTGGTGATTTATTTCTTATATCT TTTTGTCGATTTATTTTATTTTTTCACCTCACATAGGAGTGTAATCTATATATATTTTAT GCCCTTTAAATTTTGCCTCTGAAATTATATATTATATATTAGGTATATATAATATGTGAA TTAAACAATATTAGGTGTATCATATAATATAATGGATGGTGATGCTTGGTGCACTAAATA TTTATAAGCTTACAACATTTTAGTGGAAAAATAAGAAGTATTAAGTAGCTTTCAATAGTG ACCAAGATACATTATCAATATATATTATAATACTAATCATAGTGTTATAAAATTTTAAAT ATTTTATATTAATGTTTGGTTTTCGGATTCATTGGTGTTTGATTCAAATTTGTATCATGT AGTGCTTTTAAAAAAGAAATTGTTCGTCACCAATTTTTAATTTATTTTTCTTATTTAGAA ATCTCTCCCACAAAAGTAAAATAAGTTCTATACTTATCAAATTCTCATATTTCACGCAAA ACATGTTTTTTTTTACTATTGTTATATATATACTCATTAAGATGTTAAATTAGTCATCTT CAAACTCCATAATTGAGCCACTATCTTTTGTCCTACTAATTAGTTTTAGTTGAGAATTAT ATATGATTGGTATTCTTATAATATACATAATGCATTATTAACACGTTGCCTGATTTGGAT ATCTAAAATTATTAAGTGTCATGTTTTAATTATTAAACCTCCAATCATACTAGTTATTAA TGTCCAAATTGAGGGATTATTTAATTAACAGCTGGTCTGCTAATCCAAAATCATATTGCA TGTTCATCTTATTGGAGAAAAACTAACCAATAAGAGAAAAGATTAATCATATCTTATATA AGCAACCTTTACTAACAAACAATCTAGTGATGGCTTAGATAGAGACTCGTTATATTGGTT ATGAAAATTCACCTAAATAGATTTCGAACCCAACTTAGAATAAACTAATGTCATAAAATT ACGAATCTAAATTGATAAAGTCTTAAGTTTTGAAATGTCAAAATAGTACAATAAATTTCT CCTCGTATCTTATATTTATGAGTAAAAATTTCAAAACGATAAGATTGAGTATGTTCATGC ATCCTTTGTGCTTAGAAGTTTGCCATACATAAAAGCATTTGTAATTATTAAATCTATTAG AGTATGAATTATTAAAAAAATAATATAATAACTCACAAATTGTAAAGAAATATTATATAT GTTAGAGCCCAAAATGCAACAAACTATATAATACTTTAAGCCAGTTGTAGAGTCCATCTT TTTCTGTTTTATTCTTTTTCTATTTCTTCAATTTTAAAAGAATTTAATTGCATAAATAAT TCATCTCTATCTATCACATGTAACACGGAATTATTGTATGTCCACTTTTTCTATAGCATG AAAATATGGACAAATGCAAAGGGAAAAATAGCCCCACATATTTAGTGCATAATCTTCGGT AGATATGGTATGTGATCGACCTTTGACCTTAAGCTAAATCCTTTTTTGTTAAAAAAAAAA ATCCATAGGCCAATAAAATTAAAATTTCACATCACATATCTTATATCTACCTCTATAATA TCTATCTAATTATATTTTATTTAGACTAAAAATTTATTAAAAATAATCGTTTTACTTTTA GGAAATAAGAATTAGTCAGCTTATACAATCATCTTCAGACTTATAAAATTACACCTTAGT TGAACTTGTAATGATAAGGTATGGAAAAAGTTGAGTTGCTCTTTTATGAAGAAATCTACA ATGATGTAATAATCTAACGGTCCTGACCGAAGATCCTTAACTAATTAAGATACTTTAATA GGTAAATATTTTATAACTATCGTAAAAATATCCATTCTAGCTTCAACAAGTATTATGGGA TAAAATCTAATATGTTTTAAATATTAGTAGATTTATACATATATATTTATATTTTGTCAT AAGTTATGAATTCAGATTAACTCATAATCAAAAGAATTCATCCGATCATATTTAATGTCA ATGTGGGATGGGAGATCATTTTTCTCATTACATAATTTTTTATAATTCTTACTTCATAAG CGAGTTTTGTAGATTGACGCAAAGTCTATTTCTTATCATACCATTATAGTTTAAACTATT TCAATATTTTATTTACCTGGTATTAAAACCTCATATTATGTTATATTTCTTTCACCAGAT TAAGTTGGTGGCCAATAATCATGAATTGGTATGCCAAAATATATTTTACTATTTTGTTCA CTTAATCACTTAGGAAATTGATTGATATTTACCAACCAACTAAAAACGGGAGTACGTACA AAGTACTTTGTACTGCTCTCCTTGTACTTCTAGATTGCAGACTCTAATATCTACCGTGGA TGGGCTGGAGTCTAAGAACTAGTTATACAAGTTTCGATAAATTTAATAATTTTTATTTAG ATTAGATATTTGTATTAGGAATTTCATTGATATGTACTGAAATTTCGCTATGGATCTAGT AACTATCATAATATATGGTACGATGAAAAATTTAAGCCTATAACTCTAAGTTTTGACTCC GTCTCTATTATAGTTTGGTATAAATTAGTAACATACTTGAATTAACATTAAAGTGTAAGT TTGTAATATTTTATCATTATTAGTTAGGTTAAGTTGATACTCCCTCCGTCCACAATTGTT TGGCAGGTATACTAAAAATAGATGTCCAAAATTAATTGTCAATTTAAATAATCAAGAAAC AATTAGTCACTTTTTTTCAAATTTGCGCTTAATGATAATGTAGTTCAATTGGAAAGTTAG ATAGAATTTTGATAAGGTTATATTAGTCAAATTACACAGTATTAAAAAAAATTTAAGAAT GTGCATGACCTACCTGACAAACAATTATGGACGGAGAAATAACATTTTGGCTAAATTTTG GTTTCTCCTTGGTAAACGACCCAATAAGTAGGAGAAATTTCACCGATCTATTCATTATTT TGGTTATAATAATATTGTTTTAATTTATGTTTAGAAAAATTCTAGAAATTTTTAATGAAG ACAAAATCAATACCAAATTGAAATTTCTTTTTCTAACTAATTACCAATTTGGACTGAATT CAACTTCTTTTACTCAGACGAGATGGATTGAGTTATTTATGGGCTTAAGTTATTCATTCG GCCCAATGCAAACATTTTGGACAGTACTGCACAGCATCATTTAAGACATAGCCATTTTTT AAACTTCTTTTGTATTTGTAACCACTTTGTTGCCTAACGTTCCCCAAACAACATAAGTGG TGAACGGCCACTATGCTTTTGGTGTACATTGAGTTAATTTAATTATGTATAACGACTTGC AAATTATATCGTAGATGTAACACTAGATAAGTTGATCCGGTAATTTCAATTGAAACGATA TTTTTAGAAGAAAAAAAAAATTGATCTTTGACCTTTTGTGTTTATCGATTAGCGTCTGTT GCATCAACTCAATGGCTTATTTTTTTTGAAGACCATCTTTTATAATTCACGATCGCTATT TTTTGAATACGTATTAGATAAATTTATTTTTGTGCAATAATTGAAAAATCACACAAAAAT CAAGTTTAATATAACGACTGACAAGCTTAATTGAAAAAAATATTAATTATAAAAATCAAT TTTTGATATATCTTTTAAATAAAATACCATCTGCCGCACTAATTCAGCGACACATGTCAT TCCCGTTTTCCTTTTATGTATATGTTCAGTATATCTTTTCTCTCTTAAGATGAAAATAGT ATGTTATCTTTTATGTAGAAAATGTATGAAACATTTAGCCACTTATTAAGAACTTGTCCT AACCTATATATATATATATATAAATAGCTTTAAATTTGAAAAGCAGTTCTATATATGAAA TGTTTGGTTTCTTTTGTTTCTTTCCTTTTTCTTCTCCTTTCATATAATAGTAAAAATAAA CAAATCAAAAAGATATGCGACAAAGCATACCCATGACACGATAAAATGTTGTTAGAGTTC GATGCACGTACGAAGATGAAATGATCGTATAATAAGTCGATTTAAAATTTAAATAAATTG AATCTGACCAATTAATATAAGCTAGGCTAATAAGCAAATGAGTTATTAACTTATTTAAAT TTAGATAAAATTAAATAAATTATATTTTCATAGCTCGCTATAAATATTTGCTAAAATAAA TCTTTACCAAATTATGAAATGAGGTACTTTTGCATGATTAGATTTTGGTGGGGGTCTAGA AAATTTCACCAAACTTTCAATAAAAATCATTATCTAGTTTGTTGACTATCATTTTACTAT CTTAGACATTGCACAATTGCATTTATTTTCCCATATTATCTGTATTGGTATTTAATATTT GTCCCTCCCGACAAATATAAGAAAAGTAATAAAAAATAAAATTGAAACGTAAATTTATAT TTTTATATATATAGTATCTCATAGTTTCAACTTAATACTTCCTTTTGTTTAAAAAAAGAT AGCCTAGTTTGACTTGGAACGGATTTTAAGAAAAGAAAAAAGTTTTTTTAATTTTGTAGT TCTAAATTAAAGTTTTGTCAAATGTATCAAAATGCCCTTTAATCTAGTGGTCTTAAACAA GCCACGTGGAAAGGTAAAATTAGAGTGTTGCCAAAAAAGGAAAGGAATTATTCTTTTTGA AACAAAATAAAAAGAAAATAGGGTCTTTCTTTTTTAAACGGAGGGAGTATAATTTTTGTA AGAAAAATATTATGTTCTACTAAGTATCTGATTAACGACCTGTCCATTTAAAAGATATTT TGTCCAAATCCACCAAAATATAGGCCCTAATGTCATCTGACTAGGATTTTTTTTTTATAT ACTTTGCATTAATTAACCAAATTCAGAGAATCAATTTTCTTTTAATCTTGTCACCTCAGT TTTTTGTAGGTTTGATTAAAAGTGTTGTTCCCTTAATTAAGTTATCATTATGTCTGACTA AAACAAAATTAAAGTTGATTAATTTTCCATGACGTTAAAAGGTAATAATTAGCCTTTTAA CATGAGTAAATAAGTAGTTTGGTAAGACAATAATATAATCATTATACACATTTGATATTT ACATCAGGAATTCAAACTATAAGTAATGGAGCAACAATTTATATGAAAACATTAGTACTG AATTTAAATTGATGAAAATTAAATTTGTTCTCATGGAAATTTTATTCTTAGAAAATTTAA TTTCTTGATCAATAGAAGTGTTAAACAAATTGACTTTTAACAAATATAATAAAAGATGAC CAACTTTAATTTGTGATAATGAATTGACAAGATTATATATGCTTTTTGTAGGTCATGCAT ATATATGGGTCTAATTAATTACCCTTTAGCTTAAAGTTAAACCTAAAGGTTATCATGAAT CCCTTCTTTAACAAGAGGACAAGAAAACTTAGCTAATAAGCTATTGCCTAAATTGGATAT ATATTCTCTTTTACTATTCAATGGCATGAGGAGATTTGGATTAACGTAAGAAATTTGTGT AAGAATATCTTGTTTTTACATATTCTAGCTAATAATTTTTTTATATTTAAAATTTTGTAT CTGATTATACATTTTACAGACTTGTCAATAGATACTTGTTTAGTGATCTGATGAATAAGA GCTTGGCGGTATTAGGGCCCGTTTGCATTGGCTTAATAAAAACAGCTTTAAAAAAGTACT TTTAAAAGTGCTGAAACTTATTTTTAAAATAAGCAGTTATGCGTTTGGATAAAAGTGCTG AAGTTTTTATGTCAAACGTGAAAAGGGAAAATGGAAGAAAGAAATGTTAGGGTTATATGG GTAATTTGGAGATTGTATAAAAATATTAAGAGCAAAAAGATAAAATGTGGTCAACTTAAA ATAGCTTATAAGCTTAAAAAAAAAAAGAGCACCCCTACCCCAGCTTTTTAACTTTTGGCT TAAAATAAGTTTTTTTTAACTTAAAATAAGTTATTTTGAGTATTGCCAAACAGCTAAATA AGTCAAAAACCAGCTTTTAAGTCAGTTTGACCAGCTTTTAAGCTGAGCCAAACAGGCTCT TAGTCATAGCTTCTATTTTTAGAGTTAAATTATAAGAATTTTAATTAATATTTTAAAATG TACTTTTTTTAATCATATTGATATGTAAAAAATTACAATTTATAATACTTTTCAATTTTC ATATAGTTTTTGAATATTTAATTTTTTTTGTTTAAAATATCAAACTAATGTAATCTAATT TAACTTTAAAAATTAATGAAATTAACTTTTAAAAAATGCAAACACGACAAATTAAAATTA ATGGAGGGATGCATTACAAGCCTGTTTAGCATTCAGCACAACTCAGGAATAGACTTAGTT TAGATGTTGTATGTTTAAAAGATTGCAAAATTACATAATATTGCTAAATAATTTATGTAA AACTAACAAATTATTTTTTCGGAATTCAAAATTCATAAACTAAAAATCTTATCTTTTCCA TGGACTCATATTTTATTGAGGGAATATAATATTCTTTTTTTCATGCTAATCGTAAGGCTA TAACTGTCATTTTAATCTGTAGCCACATCATTCAATGCTCATCGTGTCTCATCCTTTATA ACTTTTACCTAGATTTGATTAATTATTCAAACAATAGCCATTGAAATATTTACTAAAAAA AATATACTGTATAATTAAACATTAGAAAAATGTATCATTGGTTATAATTAAAAAAATAAA GACTTTTGTCACATTGTTATCCATAATTTCCACAACAGATGGTAAAGTTTCAAGAACCAA TTAATCGATCATACTTGTTACATAATTATCCTATTATTAAATTTATCACCAAACAAAGCC AAGATTATAAAGATACGATGCACGAAAATGTCAAGGTTTTAAAATGTGTTATATAGTATT ATCTTCCAGGAAAATTAAAGAAGTTTTGATGAGCCCACTTGCACCTTATAGGCAAATTCA TAATTTAAATTTATGATAATTAACCTTAAAACGTTTTTAGCTGTTTTTTTTTCTTAAGTA ATATGTTCATACCTATAAAAATTCAGACCTGATAATTTAACATGAGACCTTAGTGTCAGG TTGTGGAGCCTGATTAATATTTGATGTATTATCATACATTACTGTATTATTTATTCTTTG TAACCAAAAATACTTTGATTTATTAATATATCTATATCCCACTGCCGTGAAAGTTTACTC ACGGTGTTACCACGAAATGTTGATTTCTCTCTTTCTCTCTCTAGATCTTCCATCTCTTTC TCTATAAAGTTTTTGTGTTCTTTATTTATCAAGTGTGTGTAGATTCAATCCTAACACTTA GCATATATTATATTGAACAAACTAAATATGAAAACGATTTTGACTATGATATAAATCTAT CGTTTGAAAAACAAAAATAAGATAAAAAAACAAATTCTCTCGACCAATGTGGAATTAGTG ACCCCTCTAAAGAGAAGTTTCAAAGTTAGAGATGAAAACTTTTGAGAATGAAGTGACTCA ATTGAATCTTTTAAAAATACTATAGTATTTCTAGGGTGAGGACAGGATAACGACTCAAAA AGCTAAGGTAAAATTATCCAAAAAAGAAAAAAGAAAAAGGACCTTTACACGACAGAAAGA ACATGTTAATGCACGTTGCTGGTTATGGAAAGAAACATCCCTAGCAAGAACGACGGTCGT GGTGAAATGATTGAGAAGTTTTGAGTTTGAATTTTTGAGAATGAAAAAAAAAATCTATTT TTGAAGTGTACGTTATGCACCATAAAAAAAAAATTGAAATGCGTGAATTCAGATTAATCA AATTTCAATATAAGTAGAGATATCGCGGAAAAAAAAAAGTATCCACCAAAAAGAGTCATG TCCAATTTGGTATATTTGAGAATTGAGATATGCATGGTGACCCATGATGCTTTGTTAATA ACACGCACAAAGTAGTTAGTGCTTATTTTTAACGAACATTATCTTGTTTGGTGGTGAGCT AAGGAAGACTGATTGTGACCATTTTAGCCTTATAAATTTATGTTGTTAAGAATAATTTGT AATAATTAGATAGACATCAATGTGAGTTTAATTAATTTTCACTTCTATTCGATAAAGTAA GCCATTATATAAAGTCATTCACCAAAATAATATGTTTTTTTAAAATTTTACAAAACTAGT ATAAACGTATTTCACAGTAATATTTTAGGATACATTATATTTTTTAAAAGTTGATGGCGT CAGATTGATATACGTTACTCACAGTAACGTTGTAGGAGTAAAACGTTACTGAAAATAATG TTTTAAAAGTAAAACGTTACTTACAGTAACGTATATCAACCTAATGCTGTTAGTTTTTAA AAAATAAAATATACCCTAAAACTTTACCATAAAATACGTTTATACTAGTTTTGTAAAATT TTAGAAAAATGTATTACTTTGGTAAATTATTTTATATAATGACTTAGTTTGATTAAAAAT TCACCTCTATTTTATCTCACCACAATCTTTAAGGATGGTGGAAAAAAAATGCTATTTTAT GTTATTAATATTCTTTTTTTAAGCAAATTACCATTAAAAGAAATGCTATGCAATGTGGTT ATTAATAGTTGGTGGTTAATAATAGTTGGTAATTGACACTTAACAATTCACTTATCCACG TAATAATTATTAGAGAACACATGTAAAAAATTAAAATTTGAATCGAATGTGTTTAATATA CTATGCTTTTTTTGTTGCGATTTATCGTGGCAAACTTATCCACCCTTTCGAGTTCTTCCA TTCAATTAATACTAATGGAGGGGAGCCAAATACGATGAATAGTAGCGTCTTATTGTAAAG CAAAAAAGTATTATTAATTACTTAATTATTAAATAAAAGAGACGGCAGGTAATTAGTCAA ATGCATTAGGTTAAAAAAAATAAAACTGGTCCTAATTGCAATTATATTCCTAGTGACGAA GAATATACTTCAATTTTTTTACTTTTATAAATAGTGAAACATTATTTAAAGAATTTCAGT ACTATCTGGTTTGTTACATGTACGTAGTTTATAATAGTAATAATTACATACATTGTCACT TTAAAGATTTTAATTACACTTTCAAGTGATGGCTCAAGTGATATATACTATGTATTTTTT TAAAGGATAAATATAATTTTATATAGATAAACAATATGATATATTACTTGCTAGGATGCT AAAGTTTCATTGATGATACACGTAACTTAAATTAATATTAGTAAACTAACTTTACTTTAC GTAGTTTCATAAAGAGTTTGAAAATCACTTGACTATAAGAAAAGAAAAATTAAAAATAAA ATTATTTTAATTATTTACTTCGAACTTCTTGATCTATTACTCTTCTATTTCTTCTTCATT ACTAAACAAAAAAGGAAAAATCAAATTCTAGTTATACACTCTATTCATAATGCGAATTCT TGTTAATTATTTTAAACTTTGTTCCTAAAGGAACTAGACTTTTCATAGGCCAAACTTTTA TTATGAACTGTTTTATCTCGAAAAGAAAATAAGTTTTGCTCCTCTAGGCATTAGGTGCTC CAATGGTTCACTCTAAGAAAAAAGATATTCGACAAATTAACAAAGCTTTGTATTTTATAA TGTATATATAACTTTTTGGATCAATGAGAGAAATATATAGTCAAACATTACACGTTCTTG AAACGCAATTCTACAATGATAAATTTGATAATACAATGTAAATTAATTCTCATGAGGTTT TTAATCTATGAATAATGGTTATTACCATCATAAATTAGTTACCCCCACCCCCACCCCTCT ATTTTTGAAGTATGACCATGAATAAATAGAAGTGGCTTTGCTTTTATTAAAAGATTAGAG ATTTGTTGAGAGTATTTGAAAGAATATAGAGATATTGTGGTACATTTAAGGGTCAATGCA AGCCAAAAAGAAGAAGTGGACTACGTGGGAATACCTACTTTTCTCATCAGCACCAAAGCC TTTTGTTTTTTTCTAGATTTTATTTTATCAAGGTCAAATTACTTTTAAGATTTTCTCCAT GTGAAGTGTTTTCTATACCTCTCTACTTGTCATCTTTCAACTTCTTTTGCACAATCTTAT CCTAATTATACACTAAGTTCTACTTCTTTTTTTCATTAAAATTTGCGATCATGTTTGCCC AATAATGATAAGGAGAAGAATTCATGATAAGCTATAGACGTCATAAGCTATATTCAAAAT TTTAAATTTATGAATTCTGACTATTAAAAATAATAATTTATTGATTTAGTTTCAAAATAA ATTTATTCATTTATATTCAATTAATTGAACAGAAGTTAATAAGTTTCTATCAGATCAATA ACTAGAACTTTAGATCACTACAACAAAAATAATTTTTAGCGGCATTAAATATTGATACTA ATAAAGAGTACTAAAGTCTTTTCCGGCATTAGTTAGATATCATTAGAACCAATATTGTTA AAGACTTTAGAGACATATACAAAGAGTGTCAATTGCCGTTAAAAATACATATTTAATTAT AATTAAGAATTAAATGTAGTTAATGATCATATTTGTTGTAGTGGATTGCTCCATAAACAA CTAACTTTAGTCTTAAAAAGAGACACTTAGTTATAATTTTTTGCTTAACTATCCAATATT TGGTATTCCATACGATAAAAAAATAAATCTAACTTCACCAAAGTTACATAAAAGTTTACA TGATTAGTGTAACTTGTCATCCATATGTCTAGTGAGGATACTAGATATTTATAAGTTTAT ATTATATCTACTATAAATTTTTGTATTCATATTAAAGTTATTTTTTGAATAATTAATGAG TAAAATATTAATCTATTTTTAAAAAAATTTATATATCAATATTGACTTCACACGAAATTA TAAATAAGCGTTAGTATTTTTATATGAAAACTTAAAACACAAAATACGTTATTTTTTCTA CATTAAATTAAAGTAATAAAAGTAGTCCTATTCTTATCGTAAAAACAAGTTGTACTTATT TTTGTGGTTGATGACTACCAAGATTGATCTAATTATAAAGTTACATTCACATTGTAGTTG TGTCCTTAATTAATTATATTAATTAATTTCACCTTAATATCTTTTTCTTTTCCTAAAGAA TTCTCCAGCCTCTAAATGACCAATTTGATCGTGTGGGTCCATTCTTGTCAAAGTGCAATC CACGACAGCATTATACTAACTTGGACCTGCCGTCAATTGTTAGGTCTCGATTCAAAATAT TTATCGTAATTTTTTATTATTATAAGTATAAAAATGGTATTAATTGAGATTTTTTTCGAT GTTTAAAATAGATTAGCTTATGTGTATATATTATTTCATCAGAAGTGAAATCAGAGTTTT AAATTTATAAATTTTAAATTTTAAATTTTTTAAATTTATCAAATTCTAAATAAAAAATTT ATACGTATTTAATGAACTTCTACCTATAAAGTCTTTGAACATAAGATTACTTGATTCAGT CGAATTCCTATCAAAAACATTGACTCTGCCTCTGATTCTCATATCTCATTTTCCGTATTT AACATTGTAGATAAGATAATTATGCATTTCAACCCTTCAGGCAAAAACTTACTCACATTC GATATAAATTAAACTAATGCAATTTTCATAATCACGTGATTTAATAAATGAAGTTTATGC TATATATGCAAATGCTGGTGTTTTTTTCTTTTACCTTTCTTTCTTTTTTAGGCCACATAC ATACGCAGGTCCCTAAAGTTGTTCGCGTTTTTCCCTCATGTATCTCAACTAACCAAGATT CCTATTAAATCTTTTAACCCCATATAATTTGATCCTTTTAAATATTTCTTGGCTGATGTG GAGCCAAATTTTAATAAATTATTTTTGGTAATTAGGCGCGTGAGATGAACCTTCCCCACG TGGAAATTTTGACCAATACACTCCAACCCAATTACACTTCAGTGCCATATATTAAGTCAT CAAACCTAAAAATTAATTTCCCCCCAAATCACTTCTAACCCGTTTCTAAACGAGAAAACC CTAAGAATCTCTCCCTTTCAATGACTTTTACAGCAAAAATTTTTAGATTTTAAAGTGATT TCGAGTGTTTTGTTGAAGGAATTATCGAAGATTGCAGACGATTTTGGAGAAATAATGATG AAGAGAAACAAAAGAGGAGAAATAATGGAAGAATGGGAGAATTAGGGTCAAAAGGGGGAA GAAGATCGTCGGTGGGTGGTTCAAGATCCACATCAGCGCTTTTAAAGAGCCTGCACGCGC TTAAAGGACGTAAGATCACGTTTGGCTCCACATCAGCCAAGAATATTTAAAAGGATCAAA TTATAGAGGATTAAAGTATTTAATAGGAATCTTGATTAGTTGAGGTACCTGGGGGAAAAG CGCAAACAACTTTAGGGACATGCTATGTATTTGGCCTTCTTTTTAGGTACTTAATTTATT TTACTTTAGATGTTTCCCTGAAATAACATGGATATATAGTGCAATATCTTTGTAATTAAT AAAGTCCTAAAGTAGCATTTATTATTTTATAAAGTTGCATATTTGACTTGAGACCTCTTA AGTAGAGATTGGTAAGGACCCAAAATGACATAAGTATTGATGCTTGCCCAATGGACATGT TGGGCCCATTACATTTTCTTTCTTCCCAAGGGCCCATTACTTTTCAAAGGATCAAATTAA GAAAATGAATTGTTTATTTATTATACAATTCTTTTTCTAGCCTTATTTCCACTACACTAC TACCAATAGAAAGAAAATGTAAGAAATTACGGATTAAAAAGTAATAATATTCCAAGTTTT AGTGCTTAGACTACTATGAATTAAAGAATTATGAAATATATTACTCTCTTACCCTAATTT ACGTAATTCACTTTGACTAACTAGAAGAAAGAAAATTAAGAAATATCAAAATTTCAGGTC GAAATTGAGTTCTTGATATTTTTTATGCCAATAAATCATCTCATAAAGGGGGTAAATGAG AAATATGATACCGAGAAGTCATATATAGATATTAGAAAGAGTATTACAATGTGGAAAGTC GAATCCTCACCAACAAAGAGAGAATTCAAATAGTGAATCAATTAAAATACTAAGATTCAC CGGACAGTCGTAGTTCATATATAATTTAGTTATAATTAACGGTTTGGTTAATGAAATATT CATTCAATTTGGAATTTTAACGTACATTAGGCTGAGATTCTACATAATTTATACTTGGGC TTTTTGATTAGTTTTAAATAACTGAGAATCCAATTCCATTTAAAAAAAAATTGGACATGT TTTTATTTCATGATTCTTTTATACAAAAAAAATATATACAATTCTTCAACTTTTGTTAGG TGGAAATTGGAAAATTAGACAGTTTATGGTGGAAAATTATATACTTCTTTATCCTTATAA TATTATATTTTTGAATTTGAGTCTCAAGTATAATGCCTTTTTTTTGTTAGAAAATATTTT ATCTTTATATTTAATCTTTTAAAATGGATTCAAATATAATCAAACATTAATAGAAACATC AAGAATCAAACACTACTAAATGGAATATTTTTAAAAATAGACAAGTGTTTAATTAACAGG AATTGGTCTGTTGGTCTCCATATAATTGGCCAAACATGGAATCTTGAAAATCTTTTTATT CAGAACTTTCAAATTTTTATAATTATGATTCCCATCTTGTGATACACTTTTAAGATTTTA TTGTACGGACTCTGTAAATTCATATGATTTGAAGGAATAATCTAACTATGGTTGATAATT AAAATTCTGATTAAGCTTATGATTAATACAAATATAATATTTTAGTTAAAATTATTAAAT TATGTCGAATTTCTAATTTCATAATATTTTTATTGTAGTTTAGCTCTTTGTAAAAGATAA TATCACATTAAAGTAAAAATATATTATTTTTTCACACTAACAGAATTAAGTAAACTTTAC CCTTTCACATTATTACTACCCTTCTACTTGAAGCACAATATTATTCCAAATCTTATATTT AATTTGTAGAGATCATTGTACACTTGCATGAAAATTTCTTCTTTTTCTCTATTAGTGTTG GATATCTATTTTGAGTCTCGATTAATATAAATTTGCATAGATAAGTCTCACATGTGTATT TTATTATAAAAAGCTTCAAATTCAAAGCTCTAACCTTTGATGATATATAAAGATCTCTTC TTCTGTTTTCTACTCGATGCTTCATCTCCGTCTTTAGACCCAACTAATTTTGAATTTGCA TCGATAAGTCACACGTTAAGAGGAATATATTTTCTACTGTAAGAAACTCTATCTCCAGAG CTTTAATGGTACATAAAAATCTCTTAGGCATAAGAGCAACTAATTATTTTTTCTACCAAA GCCTTTTTAGGACCCTTTGGGCTAAAGCAACAAAATCTTGAAAACCTTAGGTCATCTTTT TTTCTTTGTTAACTAATAAAAGCTTTGGTTCACATAATGAAAACTTTATGTCAAAGTGTG ATAATGATCTATAAAAATTTTGGTTTGTAATTTTTTTTTTGTCTGCTGACGTTGCTTTGG TTGCAAAAAGTGAGTAATTAACCAATGTGATTTAGCCTACTATAAAAGTTACTACACATA ACTTTACTTAAGTTGGACCAGTTACACAAATATCTAGTGATAGATTTTCATAAATTCTAC AAAAAAAATTCATCCAAAATTATTAAGAAATGGAATAGGAAAGTATATAGAGTAGAAGGA TTATATGGAAGTCCAAAAGTAGGCATATCCTTGATTTTTTTTCATTAAATTTTTTTAAAT AATAATAATAATAATGTAGTCACTATAGCTCTACCAGCGAGGTCTAATTATATATTCCAT TTTAAGTTATGTATAACGGAATACTTTTAACCATTCTAGTAGATAACTTATTTTAATTTT TCTTCACGATTATGAATTTTATATTTTAAGAGAACTTGTTTATAAATATTCTTTTAGTGA TCTAATAAATGAAGAAAAAAATGATTCTACTGACTAATTAAAACATAACATAATATACAT TCCAATACAATAATATTCCACATTTGCACTCTTTCATTTTCCACCCTTTTAACTGCTAAG AGTGTTTTCTTTCTCATTCTGATAATTCACATAACCAAAAACTCCTTTACCGTCATCAAA TGATATGATATTAGTAGATTAAGTTATTCTTTTTTAAATAGAAATTTTGATTGCGAATAT TAGATATAAATTCTCTTTGATAGAGAGTATTTAATTTCCTCAAATGAAAGATCAAGCTTT AATACGGATATCAGAAACGAAACAAAATACCCCGCCCCCCAACCAAAAGAAGCATGCAAT AGTTGATTACTTGTTTATTTTATGGAAATTAATTAATAGTAGTACTACAACTAACTATTA ACACACCCAACACCAATCCCCATCACTCTTCTTCTATTTATAGCCTTTTATGATCATCTC ATAAACTCCCTTTCTCTCTCTAAACAAAAACACCTACACAAAATATAAATATATCACTTA ATAGTTTCTCACCATTCAATATTTTTCTCCATATATAATGTCCTCAAAATTATCAGTTTC TTCTTCCTTCATTCTTTTCATCTTCATTTTCTTCTCCAACAACAAAGGTACGTGCAATAT TTTAAACTTAATTATATATATACCGCGTTTCATATAATCATCATATTATTGATGATTTCA AAAATAACATCTACTTCTACGAGATAGGAGTAAGGTTAATCTGTTTATACTCTATCCTCC TTAGATAATCGTATTTGTAGAACTAGGAGAATAATCGTATTTGTAGAACTACACTGTACG TCTAATTTGGATTATTTTTTTCCTCAGGAATTGATGGTACTACTTTTAATTTAATAAACA GATGTGATTACAACGTATGGCCCGGAATATTAGCCAATGCAGGTAGTGATAAACTGGATA GTACCGGGTTCATACTTGCCCCGGGTGATTCACGGGTATTCCAACCTCCACAACAATGGT CGGGTCGGATCTGGGGTCGAACCGGTTGTAATTTCGATCCCAACACCGGTCAAGGAAATT GTGCCACCGGCGATTGTAGATCAAACCAAATAGAATGCAATGGCGCCGGAGCAACTCCCC CAGCCACCCTCGCGGAATTCACGATTTTCTCAGGTACATTGAATTATACGATCATCTCAT TCAAAAACGATCATGCAAGTACGTAAAAAAAATCATAGTAAAATTTAAATTATATTTTCA ACAGGTGTAAAGCAAGATTTCTACGATATTAGTTTAGTTGACGGATACAATTTACCAATG GCAATCCAAGCGGTTGGCGGGTCGGGTTCATGCGATACGACGGGTTGTGTGAAGGATTTG AACCGAATGTGCCCGAATGAGTTACGGGTCGGGGACGGGCAAGCATGCAAAAGTGCATGT GAAGCATTTGGTACGCCGGAATATTGTTGCAGCGGCGCGTACGGTTCACCTTCCACCTGT AAGCCGTCAAGTTACTCGGCGATGTTTAAAAACGCGTGCCCAAAATCGTATAGCTACGCA TACGATGATCCTACGAGTACATTTACGTGTACAGGAGCTGATTATACGATAACATTCTGT CCTTCATTAACAAGGTAAAAATATTAATAAATTAAAAATATCCTTTTTATCGTAATATTA TTATTCAGATTTTTATTCTGCGACTTTATTACAATTTTTTATAATTTTTTTTTATCATCG TCGCTGTCCGTTGATTTATTCATAAAGTAATAAAAGTATGTAATAATGACGTGTTATTCT GAATCAAAATTGCTTTTTTTTTTTTTAATTGGAAACACTTTTTTTTTCCTAACTAGCTTT TAGCTCATTGTAGCACAAGGCTGAGTAGATATTACTGTACTACTTTAGAGCATATTTCAA GTTGTACCTTTTGATCTTCGTCTTGATGAAGTGTAAAATAATATTATCTTTTTATTATGT TGAAAAGACAATTTAAATTATAATTAGTGTCAGGTATTTTATTGACTACGACGTTATCTG CTAGTCAAGTTACACAAATTCATTCAAAAAATTTAAAGTTAATTAGTTTATTGAGTGTTC GGTCAAAAATATTTATAAATTTCTGACAAATATTCATATGTTATATATTTTTTGAGGTGG ACAACTATTTAAGATGAGTGATTAGTGACATTCGAGGTTGTTAGATTAGTTGTTACTTTT TAATTAAGAAAATTAATAGAATATTAGTGAGAGTATTAAAGAATATAAGAGTAAGTATTA GTTGGCAATTTCTAATATATAGAATCTTTTAGTGGCTTCATTTTGTTATCTTATCTTGAA CATTTTGTCTTCTTTTTTTTCCAACCTTTTTCTTCCGTAGAACAAATGAAATAGTATAGC TTCTTTTGATTATTTTTTCCCCCTCAAATGTCCATTTACACTTTATCCTTTTAACTGGAT AAACTTGTTAGTGTTACATCACATCAAACGACTGGAAAGCTTTTTTATACAAGTTTTCGA TGTCATATATGTATTAACTATCAAACAGTAATCTATCGAAAACAATTTTTTTATCCTCAT AAGTTACGTGGTAGGTGAAATGCTGAGTGCACTCCATCTTGTATACAGATTTACTTGTAA AATTACATCAACTATGTTATTATTGTTTAAATATAAAAATGTCAAATTAATGTATTATTG CATGTTAACAACGTGAGTTTCATGCAATAAATTTGGACAATATGAATTATTATTATTTAT TATAGATGACATTCTTTTAAAGTAAGATTTAAACCTCATACGACTTTATATATTTGATTG CAGTCAAAAATCTTCGAGAGATTCTTCGCCATTGAACGGCAACGGAAAGGGATTTTCGAT CGGAAATGGCGGATCCGGGTCGGGTACCAGTCCAGCGGAGGATCCATTTCCATTTGGCAG TTCATGGTTACCAGATTTTATGACAGGGGACTCATCACAAACAAAATTTTCTAATTTTCA CTTAAAAATTGCATTATTTATCTTTTTATTTCTTCACCTTTTATTAATATTTTAATTTTT TCCGATTTAATTTCTATATTTCATGGTGACTTTGAGATATTCACATTTGAAGGAGATCAA GAAAAAAAAAAGGCTGATGATTTTTTTTTCTTCATGTAAAGCACATTTTTATAGGTTTCA CATGTATAGAGATTTTAATTTGCAATTTTTTGAAGTAGTAAATATTATTTCAGTGTTCAC ATTTGCTTTTGTACTACTTTTTATTTTTAAGAAAACATCTATGAACATTTGTAAGATTCA GAAAAGGAGAGAACTTTATTGAATTTTACGTTCTTAGCTTTCCCTAATTTTCTTTAATTT TGTACTCGCTTTGTTTAATAATAAATTGGTGTTTTTATTTATTTTATCTTATTTTGAAAG ATAAATGATGTTTCACTTCTAAAAGACATTGGATTTATTCTTTTAATTTAAATTTTAAAA ATCTACATAACGGAAAACCTATTACGAATGAGTTAGTAAAAATATGTATTTACTTTTTGA GAATGAACAATTTTTAGTTACGTGCATTCAAATTAAAAATAACACTTATTATAAAACGAG AGAGTACCGTAAACATTGAGAATTGTTTCACTAAAATGAGAGAAAGTACTTAAGCATTTT TCTTTACTTGAGCACAATAGTTGATACTCACGAGTTATCCCTTTGTTTGTCTATCTTAGT TACCAACTCGTTGAAATCGAACAATTACTGATATAAAATAAGATAATACACTACCTATTT ACTTTAATAATGTTGAATCGATTGAATTTTTATATATCTATTTAAACTGTGATTAGTTGT GAATTGTGATTATAGTTTGTTAATCATAGAAGAAGATGCTATCTAATGACATATAATTTC CAACTAACTACTAGTTGGTAATGTATACTAAATACACTTCTACCCATCATTTGAGAGCTT TGGTTTGATCTTGGATGCTTCTTGCTTTGATCATTGCTTAGTAAGTATCTGTAAAACTAA TTGAGATATGAATAAACTAATTCAAATAAGTGAAAAATCTAAGAATCAAAGTCTTCGAGT CAACTCTATTTAAATTACTAAAAAAGAAGTCTCAAAAAATAAAAGGGTGAGACACTAGTA AAATAATTGAATAAAAAAGTAGAGAAAATATAAAAAGGAAGCAGAAAAAAAGATCCAAGC GTCCAGCTCTAAATTGATGAGCGATGCACTAAGAAATACACTTTTTTTTCACTTTCGGTG TCATTTTCTTCTTAAATTTATAGCATCACCAATCAAACTTCTTCAATTCCCAGCATCTAC TTAAAGCTTTATTACGTATAGAATTATTGGATTAAGCTTTAAAATTATTTTGTTAAAATA TTAATTTTACCTAAGCAAAAAAAGCAAGACAAACTTTTGGACTAACAACATACGGCTCTT TCTTTTACTTTAACAAAGGGATTTGATCTATTGTTTTACTGTAATAATTCCTTTGTAATT TTATACGTATAATTTATATAACAAAAGAGGAACAATTGGCTAATTAATTAAGTGCGCAGC TTGACAATTTTTTAGACCATATAAGATCCATTTTGAGAAAAACTTACGAGAATGTCAAAG TTAATACCAAATTAGATACCTCTATCTATTATTTTATCATATGATAATTTAACAAAATAT ATAATCCATTATAATATCAAATTCTCGAAGATATTGTATATCTTAGTCTTGTCAGATGTC ATCCAAAGAATAAAAGTTTACAATGCTACACTCTCAACGAGAAGAAAGATATCTTGTCTG ACAATCATAATCTCTAATGCACGTCGTTCAACCCGAAATTTATATAGTTCGAAAGAATTA CCTTCCAAGAGCTATGTTTGTAGTAACATTTATCGTACGAACAAAACAAATATTAATGAT AACTCAAAAGGGCTATTTGTGTAAATCAGCCAGCCACACAATAGTGAAGAACCCCCAAGG CCCATTTTCCTTCACACCACATATATCGGCCCAACCGTTCATGCCCAGAAGCAATGAGCC GAACTTGACGCCTCGTCGAATGACAGGACCATCAGGAAAGTTGATATACGGCTCGCGGGC TCGTTCAACTAATTTATCAATATGATTGAATATATGCTGTATATTTAGTATAATTAATAC GAGTTGTCTGATTCATTTTAATCATAAAATTTTTTTGATTTGACACTATCAAATCATGCT CAAGCACTACTTATTTTTCCAGTAAAATTTAGAAAGAAAAACAATTGCAACACGTCAAAA GTTGATTTCCTTAGAAAAACTAGAGCTTTTACCAGTTCCAATTAGGAAAAAACAAGACCT TCCAGATTTGTTACACGGAACGACAAACTCATACACTAAAACAACGAAAATGCAAGACTG ACAAAATTCTTTTTAAGTTTAAGACTATGAACTAAACTATTCCTACATTCTTCACGTGTT GAGAAACATACCACAACAACGTGTTGTTTCCGGGAAAAAGGAACATATCTTAGGACACTA TCTATAGCTCATCCTTGAGTTCAGACTCATCCGATGCAGACTCCTCTTCTGCCTTGGTTT CAGTCTCAGGTTCTTCAGCTTCGTCTTCTTCTTCCTCAACTGTTGCATCAGGGCTAATGT TTAGACTGCTCTTTACTGAGCTGTAGATGTGGGAGGCAAAATCCTTTGGATCACTCAGAT CGAAGCCACTCTCCATTAAAGCTGTTTGGTATATAAGTTTTGCTGTCAACTTCACACTCT CGTCCTGTAAAGCAACAAAATATGAACTCCATGAAACTCCCAAGTAAGTTAGAATTTGAC AAAAGATAGAGCATGGCTACACGACATACCTCTGGGTCTGTTACTACTCTCTCCCGAAGT GCCTTGATAATTGGGTGCCTAGGATTGATTTCAAGCACCCTTTTACCACGCATGTATGCT TGCTTGCTTGCATCTGACAGGGTTTGTGAATGCATTATTTTCTCCATATATGCACTCCAT CCGTATTTTGATGTTACCACAACACAAGGGGTGTCGGCCAAACGGCTGCTTATCTTGACA TCTTCAACGTTGTCACTAGCAAGAGTATTCTTCCACCACTTAGTTAGCCCCTTGAATGAC TCCTTGAGCTCTTTGGTTTTCGAATCCTTAAGCTTTAATCCCTCTTTAGACACATTCTGG AACTTTTTGTCTTCATAGTCCATAAGATATTGCATGAGGTATTCATCTACTGGATCGGTG AAGAATATAACCTAGAAAGTGAGAGAAGGCAAATTAGAGAACGAGTTTTCATGGCTAGAT TTTATGTATATATATATATATATATATATGAAAATTCAATTATGAATGTATATATATGAG AATTCGATGATGAAGAAAAACATTTACGAATAGTTCTCTAAAATTATGATAAAACTAATA ATTTTGTAACCCAAAAGTGGCACAAAAAGGAATTCAGATTTAATCGTTTAAATTGAAATT GAAGTCATACCTCATAGTCTTTCTTATTAAGTCTTTCAAGGAAGGGAGATTTCTCCAACT GTTCTTTGCTGGCACCGGTGATGTAGAAGATATCCTTTTGACTTGATTTCATTCTTGAGA TGTATTGGTCAAGTGAAGTTAATTTACCATCTGATTTGGTTCTGTAATAGTGCACATTAA ACGAAACAAATTAATAACTGAAAACAAATCGATCAAGTAAAAGACTGAAGGAAAAGAAGA GAGCATACGTCTCAAATCGAAGAAGTTTAGCTAAGCGGTTTCTGTTAGTTGCGTCTTCTA TAATACCAAGCTTAATCGACTTTCCAAATTCATTCCAGAATTTGGCATATTGACCTTTCT TCTCATTTTCATCACTGGACTCTTCAACATCTGTAGTGTCATACCCAAGAATGAGATTAG ATACTTTTTAGTTAATAAGACAATTTCAAATTTAGGAATATGAATTAGACCTCTCTTCTC CTTGTCATTAGTTTCATCTGGATCCTCTTCGGCAAGTTTGCGGATCATGTCAAGGGCCTT ACGGATGAGTTTTTTCTTAATTGTCTTCAAACTGCTGTGCTGCTGAAGCATTTCTCTTGA GACATTGAGGGGTAAGGTGTCAGAATCAACAAGACCCTGGCATAAGTGTCACCACAATCA GTGTTAAAATTCAGATATAAGTTTAAATAGATCAGGATATTTTGTTATAATGCCAGTGAA GTATTAGATGAACTAAAATTACCATTAGGAAATTCAAGTACTTGGGCAACAATTCATTAA ATTCATCTGAGATGAAAACCCGTCTGACATATAACTTCAAGTTGGATTGCTTTGTGTTGT AGTAGCTCTCATACAAATCATGAGGGGCTTTAGGAGGGATGAATAGAACAGCCTTGAACT CTACATCACCTTCAGCATTGAAGTGACTCCACGCCATGGGTTTATCTTCACTGAAGTCCT GGTAAAATAACAAATAGATTTTCAGCATATGGAAAACAATGGTCAAGAAACTTACAAGTC TTGAACCACATTTGCATTAGAAGGAAATATATGAACATTACCTTTGCCAGAGAGTGATAG AACTTATTATATTCTTCATCTGTAACTTCCTTTGGGCTTCGAAGCCATATAGCTTTCATG TCATTTAAAAGCTCCCACTCATATGTGGTTTCCTTCACTGTCTTAGTTTTAGGCTTCTTC TCATCTTCGGCCTTCTCTGCATCTTCTTCTTCTCCCTCTTCCTCAGAGGAAGTGCTTTCA GCTGTTCACAACATTGACAGACGATAAGACCACTGACAGAGAAGAAAAGGTAAAGAAGAT GGGAAATGAGGCAGCAGACTTTTCTTCTTCCTTTCCTACTCTTATTATGTTTACTTTGTC AGTTTTCACCAGTCCTCGCCCCACTCTTCTCCATACAGAAAGAAAAAGAAGGATGGAATA GCTCATTCAACAAGTATACTACATTCAGACTGAGATTAACTCTGAAACAACACTTCTTTT ATAAATAACACAAACAATACTTGGCAAGTCAAGATAGGAGAATCATACATACATGTTTCC TCTTCATCAACTGACTCGTCCTCATCAGCAGGAACTTCCTTCTCAACCTCTTTGCTTGCC CATAAATTTATAGGGAAGTTGATGAATTCAGAATATTTCTTGACCAATTCCTAAAATCAT AGCATAGTAGATTAATCCACTTCAAGAGTCGAAACTCAAAACAGGAGTAAACTCCCAAAG TTAGAACAGCAATAACATAGACCAATTTCACAGCAAGAAAGCTAAAGTTATTGCCCATAA ATTTATGAATGAATCTAATAGAGGGTGATGGCAACAGAAACCAGGGTTCTTTTTCTCCGT CTAGAAGGGGCTAATTGTGTCATAACTCCAAGATACAACAGCACAAATAGAAAATTCAAA AACAGAAACATCCCAAAGTATTAAGGTACTTCTGTTCAATTCAAAAAATGAAAATTTACC ATCAGCCATAAGCTTTTCCATTTACTCATCATGACCCAAAACTTAAGGAGCATGACTGAC CCCTTGCTATATTGTTAGACTATGCGCTTTTGTTAAACTTGACAAAAATGATCAAGTGTT AGTAGTAGCAGAATACAGTTTGGTTGAGTTGTTGCCGGAAAAAAATTTAAAACTCTATGT TCAGATGTTAAAAGAGGACCAATAGAAGAGATATATTTTAAGTCATGTCAAAGTCAAGAT TATTTATATCCAATTATTACAGCAGTATATAAATTCATGACCTACTATTCCTGATACAAG AGCCATCACAAAAGATAATAAGGGGGTTATTGATGAGTGATGACTCATAAAAGATGAAAA CTATGACATGTACCCATTCGTTAACAATATATGGAGAAATTTTACTTCAGTATGCATCTC TGTCTACTCACCTTTAGTTTGAGCTCATCCAAATATTCCCCTGCTTCATCTCTTAGATGC AGTCTAATTTCAGTTCCACGGCCAAGAGGTTCATTCCATGTATCTTCAGAAATGGCAAAT GCCCCATCTGCCTTTGATTCCCAGACATATCTGTACATAGATATTAACAGGCAAGTATTA CATCACCAGTAACTTTCAATCAAAAAGAAAATAAATGCATTCACTCCAACATACTGTTTG TCGTCATTGTGCTTGCTGATGACTTCAACATAGTCAGCCACAAGATACACAGAGTAAAAC CCAACACCAAATTGTCCAATCAGGTTAAGGTCACCACTTGTCTGCATCTTCTCGACAAAA GCTGTATAGCAATAATAACTGTAAATAGATGTCCACAATCTGAAGACAACTAGGTGAACA TGAAGTCAAGAATAAGAAAGTACCTGAAGTTCCAGATTTAGCTATGGTTCCCAAATTCTT TCTTAGATCCTCCTTGGTCATTCCAACACCTCTGTCGCGAATGGAAAGAATTTTCTTTTC TTTATCAAGTTTAATCTGCAATCCATGAAATAGCCACAATTAAAGGAGCTCAAAAAGAAA CTCTCAATGCATAACCAACAGATATTTAGTAATTCAATATGATACAAATCACTAACCTGA ATCTCAAGCTTAGTATTATCACCCTCACCAAGAACCTCCTTGTCAGTGAGTGCAAGGAAC CTAATCTTGTCCAGTGCCTGAATCAAACAGCAAATAATTTCAGAACAGAACTTCTACCAA TGATGTGGAAGAACAGACACCAAAATGCACACTTACATCAGAAGCATTGGAAATCAGCTC CCTCAAAAAGATGTCCTTGTTACTGTAGAGAGAGTTGATAAGGATGTCCATAAGACGAGA GACCTCAGCCTGGAACTCAAACTTCTCCGCACTAGCTCGGAGAGTTTTCCTTGACATAGA CTCAGCTTCCCTAAATCACGTAATAACACAGTACTTAATATTGAATGAACAAATGAAACC ACAGTAAACAGATGAAATGAATTAAAAGCAGTTCACTAACCTCTTAGCCACATCAGAATC AGTCGATAAACCATTAGGAACAGCACCAAACTTCTCCTCAACCTTTGGTGGATCTACTGG TGCATCAGAATCAGCTTCTGCATTTGCCTGTATCTTTCGACCTATCAAGTACAACCACAC ACTTCTATGTAAGCAAATCACACAAGTAGTATGTTGTACCAAATATCAAGCAGCACCAGA TCAATAAAAGCCTCACAAAATTGTTAAACTGAAACAGCTAAAACTATGAAATCCAGTACA ATCTACTCATGGAGTACTGGATCTAGCAACATTCATCTAAGCATCTATAATACTCCTTAA GATCTCTACTCGATGTGACTACTCAACACACAGAATCTCGGCAATTGAATTAAAAATTCA CATGATTCTTAAGGAAAGTCATATTATAAGCATTTTCACGACAAAAATTGCAGTTATTGC AGTAGAGTTCCGTAAGATCTCAACGCGATATATCTACTCGCAACATAAAATTAAATCATC CGACACTGGCGAAATGTCCGACATATGGAAAAAGCCCTAATCTTCGACAATGAAGTTCAT ACGAGCATAAAATACATCAGAAAGCTTAAATTAAGGAAGATATAAATCCTAACTCACCTT GATCTGGAACAAGGTAAATCAGGCATAACAGAAACAGGACGAACGGGATCTTCCACTTCC TCATTGTCTCCGTCACCGGAATTTCAACTTTAGAGGTCGCCGGCCGATGATTTTACAAGC AGCGTTCAAAGTAGAGTGTTGATCTGGAGTTATGCTTCATATCCGGAGAGTGTTTATATA GTGAGCTTCAGTAGGTGGGGCCCTGGAATGATGTGTCAAGTACCACCACGAGATCTTACG CTCTGATTGGAGCAATGTTGCCAGCGTGGATGATCGGACGGGTATGGTAGAGTTTGTGAT TACGTGGCGGATTTTAATTGGTTCTTCTTACTTCAGCAGACGTGGATAACCTGGAAATTT CCAXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXATCAATAAGGGAAGGATCCCAAGCTCC AAATTTTGCTTACTTAATATTAACCAAGAAATCCATCTAAAAACCCGGGTCCTGAAGAAC CCCCGGGGAAGGGACGGGGGAAAAAATTTTCGGAAAGCCCGGGGGGGAAAAAAGGGGTTG AAAAAAAAAAAAAGGTGTTCACGGTAAAAAAGAA GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_1 match_part 0.955 5030 5318 match_2 match_part 0.842 14971 15154 match_part 1.000 15750 15790 match_part 0.980 15894 15992 match_part 0.982 16074 16130 match_part 0.984 16252 16315 match_part 0.966 16412 16618 match_part 0.899 17589 17707 match_3 match_part 0.833 14975 15154 match_part 1.000 15750 15790 match_part 0.980 15894 15992 match_part 0.982 16074 16130 match_part 0.984 16252 16315 match_part 0.971 16412 16618 match_part 0.949 17589 17667 match_4 match_part 0.856 14975 15154 match_part 1.000 15750 15790 match_part 0.980 15894 15992 match_part 0.982 16074 16130 match_part 1.000 16252 16315 match_part 0.961 16412 16618 match_part 0.941 17589 17639 match_5 match_part 0.850 14982 15154 match_part 1.000 15750 15790 match_part 0.980 15894 15992 match_part 0.982 16074 16130 match_part 1.000 16252 16315 match_part 0.931 16412 16440 match_6 match_part 0.861 14997 15154 match_part 1.000 15750 15790 match_part 0.980 15894 15992 match_part 0.982 16074 16130 match_part 1.000 16252 16315 match_part 0.951 16412 16596 match_7 match_part 0.975 16237 16315 match_part 0.966 16412 16618 match_part 0.966 17589 17970 match_8 match_part 0.960 16241 16315 match_part 0.918 16412 16982 match_9 match_part 1.000 16290 16315 match_part 0.966 16412 16618 match_part 0.919 17589 17984 match_10 match_part 0.986 18017 18444 match_11 match_part 0.986 18017 18444 match_12 match_part 1.000 36559 36909 match_part 1.000 37381 37632 match_part 1.000 37735 37770 match_13 match_part 1.000 36559 36909 match_part 1.000 37381 37632 match_part 0.943 37735 37769 match_14 match_part 0.976 36577 36909 match_part 0.972 37381 37632 match_part 1.000 37735 37835 match_part 0.933 39088 39147 match_15 match_part 0.976 36578 36909 match_part 0.970 37381 37616 match_16 match_part 0.955 36598 36909 match_part 0.964 37381 37632 match_part 1.000 37735 37835 match_part 1.000 39088 39226 match_17 match_part 1.000 36824 36909 match_part 1.000 37381 37632 match_part 1.000 37735 37835 match_18 match_part 1.000 37504 37632 match_part 1.000 37735 37835 match_part 0.988 39088 39678 match_19 match_part 0.935 37510 37632 match_part 0.861 37735 37835 match_part 0.989 39088 39262 match_20 match_part 1.000 37630 37632 match_part 0.960 37735 37835 match_part 0.997 39088 39448 match_21 match_part 1.000 39248 39681 match_22 match_part 1.000 39249 39682 match_23 match_part 0.998 39249 39681 match_24 match_part 0.993 39278 39944 match_25 match_part 0.959 39386 39966 match_26 match_part 0.983 39556 39966 match_27 match_part 0.981 39589 39966 match_28 match_part 0.964 49618 50197 match_part 0.934 50808 50958 match_part 0.727 51044 51054 match_29 match_part 0.970 49834 50197 match_part 0.993 50808 50958 match_part 1.000 51044 51079 match_30 match_part 0.962 49854 50197 match_part 1.000 50808 50835 match_31 match_part 0.950 49858 50197 match_part 0.980 50808 50958 match_part 0.989 51044 51226 match_part 0.960 51790 51864 match_part 0.987 51963 52118 match_part 0.990 52205 52300 match_part 0.970 52403 52536 match_part 0.976 52632 52713 match_part 0.865 53118 53768 match_32 match_part 0.956 49858 50197 match_part 0.974 50808 50958 match_part 0.934 51044 51226 match_33 match_part 0.972 49882 50197 match_part 0.980 50808 50958 match_part 0.984 51044 51227 match_34 match_part 0.971 49883 50197 match_part 0.980 50808 50958 match_part 0.981 51044 51148 match_35 match_part 1.000 49895 50197 match_part 1.000 50808 50958 match_part 1.000 51044 51226 match_part 1.000 51790 51864 match_part 1.000 51963 52118 match_part 1.000 52205 52300 match_part 0.993 52403 52536 match_part 1.000 52632 52713 match_part 1.000 53118 53702 match_36 match_part 0.947 49935 50197 match_part 0.980 50808 50958 match_part 0.957 51044 51181 match_37 match_part 1.000 52270 52300 match_part 0.970 52403 52536 match_part 0.976 52632 52713 match_part 0.951 53118 53522 match_38 match_part 1.000 52270 52300 match_part 0.970 52403 52536 match_part 0.976 52632 52713 match_part 0.949 53118 53510 match_39 match_part 1.000 52270 52300 match_part 0.970 52403 52536 match_part 0.976 52632 52713 match_part 0.958 53118 53427 match_40 match_part 1.000 56961 57081 match_part 1.000 57228 57326 match_part 1.000 57409 57459 match_part 1.000 58763 58936 match_part 1.000 59239 59298 match_part 1.000 59827 59857 match_41 match_part 1.000 56983 57081 match_part 1.000 57228 57326 match_part 1.000 57409 57459 match_part 1.000 58763 58936 match_part 1.000 59239 59298 match_part 0.995 59827 60042 match_part 0.625 60123 60130 match_42 match_part 0.944 57028 57081 match_part 1.000 57228 57326 match_part 0.961 57409 57459 match_part 0.983 58763 58936 match_part 1.000 59239 59298 match_part 0.933 59827 60096 match_43 match_part 0.944 57028 57081 match_part 1.000 57228 57326 match_part 0.941 57409 57459 match_part 0.983 58763 58936 match_part 1.000 59239 59298 match_part 0.913 59827 59941 match_44 match_part 0.950 57062 57081 match_part 1.000 57228 57326 match_part 0.961 57409 57459 match_part 0.983 58763 58936 match_part 1.000 59239 59298 match_part 0.931 59827 60042 match_45 match_part 1.000 57068 57081 match_part 1.000 57228 57326 match_part 1.000 57409 57459 match_part 1.000 58763 58936 match_part 1.000 59239 59298 match_part 0.991 59827 60042 match_46 match_part 1.000 57070 57081 match_part 1.000 57228 57326 match_part 1.000 57409 57459 match_part 1.000 58763 58936 match_part 1.000 59239 59298 match_part 1.000 59827 60000 match_47 match_part 1.000 57071 57081 match_part 1.000 57228 57326 match_part 1.000 57409 57459 match_part 1.000 58763 58936 match_part 1.000 59239 59298 match_part 0.994 59827 60169 match_48 match_part 1.000 57071 57081 match_part 1.000 57228 57326 match_part 1.000 57409 57459 match_part 0.971 58763 58796 match_49 match_part 0.985 57581 58060 match_50 match_part 0.991 57812 58487 match_51 match_part 0.993 57812 58411 match_52 match_part 0.983 57813 58098 match_53 match_part 0.979 59952 60096 match_54 match_part 1.000 68862 69037 match_part 0.990 69481 69778 match_55 match_part 1.000 68865 69037 match_part 1.000 69481 69829 match_56 match_part 0.960 68865 69037 match_part 1.000 69481 69763 match_57 match_part 1.000 68866 69037 match_part 1.000 69481 69843 match_58 match_part 1.000 68870 69037 match_part 0.991 69481 70119 match_59 match_part 1.000 68870 69037 match_part 0.995 69481 69877 match_60 match_part 1.000 68870 69037 match_part 1.000 69481 69663 match_61 match_part 0.922 68871 69037 match_part 0.987 69481 70177 match_62 match_part 1.000 68871 69037 match_part 1.000 69481 69845 match_63 match_part 1.000 68872 69037 match_part 1.000 69481 69821 match_64 match_part 0.958 68872 69037 match_part 0.984 69481 69786 match_65 match_part 1.000 68873 69037 match_part 1.000 69481 69906 match_66 match_part 1.000 68873 69037 match_part 1.000 69481 69847 match_67 match_part 0.894 68944 69037 match_part 0.934 69481 70082 match_68 match_part 0.936 68944 69037 match_part 0.958 69481 70024 match_69 match_part 1.000 69554 70177 match_part 0.996 70852 71096 match_70 match_part 1.000 69557 70158 match_71 match_part 0.977 69608 70177 match_part 0.979 70852 71137 match_72 match_part 1.000 69628 70177 match_73 match_part 0.950 69636 70177 match_part 0.975 70852 71095 match_74 match_part 0.998 69682 70177 match_part 1.000 70852 70995 match_75 match_part 1.000 70146 70177 match_part 1.000 70852 71323 match_76 match_part 0.994 70348 70862 match_77 match_part 0.921 70880 71574 match_78 match_part 0.962 71054 71574 match_79 match_part 0.985 71097 71574 match_80 match_part 0.947 87812 88094 match_part 0.891 89284 89716 match_81 match_part 0.947 87812 88094 match_part 0.893 89284 89553 GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_82 match_part 0.985 7963 7765 match_part 1.000 7638 7555 match_part 1.000 7255 7204 match_part 1.000 5608 5452 match_part 1.000 5301 5006 match_83 match_part 1.000 7992 7765 match_part 1.000 7638 7555 match_part 1.000 7255 7204 match_part 1.000 5608 5452 match_part 0.989 5301 5028 match_84 match_part 0.973 7914 7765 match_part 1.000 7638 7555 match_part 1.000 7255 7204 match_part 1.000 5608 5452 match_part 0.985 5301 5028 match_85 match_part 0.923 7972 7765 match_part 0.988 7638 7555 match_part 1.000 7255 7204 match_part 0.991 5608 5494 match_part 0.964 5246 5055 match_86 match_part 0.923 7972 7765 match_part 0.988 7638 7555 match_part 1.000 7255 7204 match_part 0.987 5608 5452 match_part 0.906 5301 5067 match_87 match_part 0.998 8023 7555 match_part 1.000 7255 7204 match_part 0.994 5608 5452 match_part 0.987 5301 5079 match_88 match_part 0.970 7620 7555 match_part 0.923 7255 7204 match_part 0.975 5608 5452 match_part 0.935 5301 5103 match_89 match_part 1.000 7778 7765 match_part 1.000 7638 7555 match_part 1.000 7255 7204 match_part 0.994 5608 5452 match_part 0.986 5301 5158 match_90 match_part 0.934 7961 7765 match_part 0.976 7638 7555 match_part 0.962 7255 7204 match_part 0.981 5608 5452 match_part 0.940 5301 5185 match_91 match_part 1.000 7977 7765 match_part 1.000 7638 7555 match_part 1.000 7255 7204 match_part 1.000 5608 5452 match_part 1.000 5301 5198 match_92 match_part 1.000 7980 7765 match_part 1.000 7638 7555 match_part 1.000 7255 7204 match_part 1.000 5608 5452 match_part 1.000 5301 5254 match_93 match_part 0.949 7961 7765 match_part 0.988 7638 7555 match_part 1.000 7255 7204 match_part 0.986 5608 5538 match_94 match_part 0.949 7961 7765 match_part 0.988 7638 7555 match_part 1.000 7255 7204 match_part 0.981 5608 5555 match_95 match_part 0.920 7892 7555 match_part 0.976 7255 7086 match_96 match_part 0.905 7892 7555 match_part 0.950 7255 7136 match_97 match_part 0.986 7980 7765 match_part 1.000 7638 7560 match_98 match_part 1.000 7977 7767 match_99 match_part 0.976 8995 8614 match_100 match_part 0.946 10947 10911 match_part 0.988 10343 10261 match_part 1.000 9526 9488 match_part 0.986 9371 9301 match_part 0.991 9233 9119 match_part 0.941 9042 8618 match_101 match_part 1.000 9336 9301 match_part 1.000 9233 9119 match_part 0.979 9042 8669 match_102 match_part 1.000 9336 9301 match_part 1.000 9233 9119 match_part 0.979 9042 8669 match_103 match_part 1.000 9228 9119 match_part 0.979 9042 8669 match_104 match_part 0.965 11675 11619 match_part 1.000 11527 11394 match_part 0.973 10983 10911 match_part 0.976 10343 10261 match_part 1.000 9526 9488 match_part 1.000 9371 9301 match_part 1.000 9233 9119 match_part 0.975 9042 8678 match_105 match_part 0.750 11220 11217 match_part 0.986 10983 10911 match_part 0.988 10343 10261 match_part 1.000 9526 9488 match_part 1.000 9371 9301 match_part 1.000 9233 9119 match_part 0.875 9042 8699 match_106 match_part 0.978 9668 9488 match_part 1.000 9371 9301 match_part 1.000 9233 9119 match_part 0.875 9042 8699 match_107 match_part 0.953 8996 8699 match_108 match_part 0.949 11677 11619 match_part 1.000 11527 11394 match_part 0.973 10983 10911 match_part 0.976 10343 10261 match_part 1.000 9526 9488 match_part 1.000 9371 9301 match_part 1.000 9233 9119 match_part 0.977 9042 8738 match_109 match_part 1.000 11677 11619 match_part 1.000 11527 11394 match_part 1.000 10983 10911 match_part 1.000 10343 10261 match_part 1.000 9526 9488 match_part 1.000 9371 9301 match_part 1.000 9233 9119 match_part 1.000 9042 8772 match_110 match_part 0.978 9668 9488 match_part 1.000 9371 9301 match_part 1.000 9233 9119 match_part 0.909 9042 8780 match_111 match_part 0.957 10956 10911 match_part 1.000 10343 10261 match_part 1.000 9526 9488 match_part 0.986 9371 9301 match_part 1.000 9233 9119 match_part 0.983 9042 8813 match_112 match_part 0.975 11658 11619 match_part 0.955 11527 11394 match_part 0.986 10983 10911 match_part 0.976 10343 10261 match_part 1.000 9526 9488 match_part 0.972 9371 9301 match_part 0.983 9233 9119 match_part 0.952 9042 8897 match_113 match_part 1.000 11672 11619 match_part 0.948 11527 11394 match_part 0.986 10983 10911 match_part 0.988 10343 10261 match_part 1.000 9526 9488 match_part 1.000 9371 9301 match_part 1.000 9233 9119 match_part 0.934 9042 8907 match_114 match_part 0.978 11660 11394 match_part 0.973 10983 10911 match_part 0.988 10343 10261 match_part 1.000 9526 9488 match_part 0.986 9371 9301 match_part 0.983 9233 9119 match_part 0.870 9042 9020 match_115 match_part 0.950 11638 11619 match_part 0.955 11527 11394 match_part 0.986 10983 10911 match_part 0.976 10343 10261 match_part 1.000 9526 9488 match_part 0.972 9371 9301 match_part 1.000 9233 9135 match_116 match_part 1.000 11672 11619 match_part 0.948 11527 11394 match_part 0.986 10983 10911 match_part 0.976 10343 10261 match_part 0.974 9526 9488 match_part 0.901 9371 9301 match_part 0.967 9233 9174 match_117 match_part 0.987 11697 11619 match_part 1.000 11527 11394 match_part 1.000 10983 10911 match_part 0.988 10343 10261 match_part 1.000 9526 9488 match_part 0.983 9371 9312 match_118 match_part 1.000 11488 11394 match_part 1.000 10983 10911 match_part 1.000 10343 10261 match_part 1.000 9526 9496 match_119 match_part 0.977 11659 11394 match_part 0.959 10983 10911 match_part 0.988 10343 10261 match_part 1.000 9526 9509 match_120 match_part 1.000 11657 11619 match_part 0.963 11527 11394 match_part 0.944 10983 10948 match_121 match_part 1.000 20155 20103 match_part 1.000 19908 19734 match_part 0.976 19444 19151 match_122 match_part 0.996 33111 32868 match_part 1.000 32713 32586 match_part 1.000 31576 31468 match_part 1.000 31029 30948 match_part 1.000 30877 30807 match_part 0.952 30129 30088 match_part 1.000 29805 29681 match_part 1.000 29377 29284 match_part 1.000 29129 29063 match_part 1.000 28950 28763 match_part 1.000 28680 28575 match_part 1.000 28027 27941 match_part 0.998 27563 27084 match_123 match_part 1.000 30129 30088 match_part 0.992 29805 29681 match_part 1.000 29377 29284 match_part 1.000 29129 29063 match_part 1.000 28950 28799 match_124 match_part 1.000 33034 32868 match_part 1.000 32713 32586 match_part 1.000 31576 31468 match_part 1.000 31029 30948 match_part 1.000 30877 30807 match_part 1.000 30129 30088 match_part 0.965 29805 29721 match_125 match_part 1.000 32899 32868 match_part 0.977 32713 32586 match_part 0.982 31576 31468 match_part 0.976 31029 30948 match_part 0.915 30877 30807 match_part 1.000 30129 30088 match_part 0.946 29805 29750 match_126 match_part 1.000 33040 32868 match_part 1.000 32713 32586 match_part 1.000 31576 31468 match_part 1.000 31029 30948 match_part 1.000 30877 30814 match_127 match_part 1.000 33041 32868 match_part 1.000 32713 32586 match_part 1.000 31576 31468 match_part 1.000 31029 30948 match_part 1.000 30877 30870 match_128 match_part 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93576 93464 match_207 match_part 1.000 95374 95352 match_part 0.975 94610 94493 match_part 0.980 94201 94002 match_part 0.991 93898 93683 match_part 1.000 93576 93509 match_208 match_part 0.975 94080 94002 match_part 0.898 93898 93683 match_part 1.000 93576 93564 match_209 match_part 0.975 95654 95575 match_part 0.978 95490 95352 match_part 0.983 94610 94493 match_part 0.975 94201 94002 match_part 0.994 93898 93724 match_210 match_part 0.980 95881 95784 match_part 0.976 95701 95575 match_part 0.978 95490 95352 match_part 0.975 94610 94493 match_part 0.895 94201 94002 match_part 1.000 93898 93746 match_211 match_part 1.000 95459 95352 match_part 1.000 94610 94493 match_part 1.000 94201 94002 match_part 0.987 93898 93746 match_212 match_part 0.964 95489 95352 match_part 1.000 94610 94493 match_part 1.000 94201 94002 match_part 0.971 93898 93763 match_213 match_part 1.000 95608 95575 match_part 1.000 95490 95352 match_part 1.000 94610 94493 match_part 1.000 94201 94002 match_part 1.000 93898 93769 match_214 match_part 1.000 95623 95575 match_part 1.000 95490 95352 match_part 1.000 94610 94493 match_part 1.000 94201 94002 match_part 1.000 93898 93853 match_215 match_part 0.914 95632 95575 match_part 0.978 95490 95352 match_part 0.958 94610 94493 match_part 0.955 94201 94002 match_part 1.000 93898 93854 match_216 match_part 1.000 94610 94493 match_part 1.000 94201 94002 match_part 1.000 93898 93882 match_217 match_part 0.955 95640 95575 match_part 0.971 95490 95352 match_part 0.958 94610 94493 match_part 0.907 94201 94009 match_218 match_part 1.000 96171 96157 match_part 1.000 96077 95997 match_part 1.000 95895 95784 match_part 1.000 95701 95575 match_part 1.000 95490 95352 match_part 1.000 94610 94493 match_part 0.978 94201 94156 match_219 match_part 1.000 96071 95997 match_part 1.000 95895 95784 match_part 1.000 95701 95575 match_part 1.000 95490 95352 match_part 1.000 94610 94493 match_part 0.818 94201 94191 match_220 match_part 0.986 96229 96157 match_part 0.963 96077 95997 match_part 0.973 95895 95784 match_part 0.984 95701 95575 match_part 0.971 95490 95352 match_part 0.975 94610 94493 match_221 match_part 0.861 96192 96157 match_part 0.926 96077 95997 match_part 0.982 95895 95784 match_part 1.000 95701 95575 match_part 1.000 95490 95352 match_part 1.000 94610 94550 match_222 match_part 0.986 96228 96157 match_part 0.975 96077 95997 match_part 0.973 95895 95784 match_part 0.976 95701 95575 match_part 0.971 95490 95352 match_part 1.000 94610 94581 match_223 match_part 0.912 96190 96157 match_part 0.963 96077 95997 match_part 0.973 95895 95784 match_part 0.984 95701 95575 match_part 0.952 95490 95155 match_224 match_part 0.952 96218 96157 match_part 0.926 96077 95997 match_part 0.982 95895 95784 match_part 0.961 95701 95575 match_part 0.964 95490 95353 match_225 match_part 1.000 97160 97018 match_part 1.000 96521 96401 match_part 1.000 96310 96157 match_part 1.000 96077 95997 match_part 1.000 95895 95784 match_part 0.984 95701 95575 match_part 0.933 95490 95446 match_226 match_part 0.947 97131 97018 match_part 0.992 96521 96401 match_part 0.987 96310 96157 match_part 0.975 96077 95997 match_part 0.973 95895 95784 match_part 0.976 95701 95575 match_part 0.977 95490 95448 match_227 match_part 0.943 97140 97018 match_part 0.983 96521 96401 match_part 0.987 96310 96157 match_part 0.963 96077 95997 match_part 0.973 95895 95784 match_part 0.984 95701 95575 match_part 0.962 95490 95465 match_228 match_part 1.000 96480 96401 match_part 1.000 96310 96157 match_part 1.000 96077 95997 match_part 1.000 95895 95784 match_part 0.992 95701 95575 match_part 1.000 95490 95476 match_229 match_part 0.947 97148 97018 match_part 0.992 96521 96401 match_part 0.987 96310 96157 match_part 0.975 96077 95997 match_part 0.973 95895 95784 match_part 0.950 95701 95602 match_230 match_part 0.939 97131 97018 match_part 0.983 96521 96401 match_part 0.987 96310 96157 match_part 0.963 96077 95997 match_part 0.902 95895 95784 match_part 0.971 95701 95667 match_231 match_part 0.983 96521 96401 match_part 0.981 96310 96157 match_part 0.975 96077 95997 match_part 0.973 95895 95784 match_232 match_part 0.944 97143 97018 match_part 0.983 96521 96401 match_part 0.987 96310 96157 match_part 0.963 96077 95997 match_part 0.963 95895 95789 match_233 match_part 0.944 97143 97018 match_part 0.983 96521 96401 match_part 0.987 96310 96157 match_part 0.963 96077 95997 match_part 0.946 95895 95804 match_234 match_part 0.948 97132 97018 match_part 0.967 96521 96401 match_part 0.987 96310 96157 match_part 0.914 96077 95997 match_part 0.918 95895 95835 match_235 match_part 0.921 97143 97018 match_part 0.959 96521 96401 match_part 0.974 96310 96157 match_part 0.951 96077 95997 match_part 0.950 95895 95836 match_236 match_part 0.944 97125 97018 match_part 0.983 96521 96401 match_part 0.987 96310 96157 match_part 0.938 96077 95997 match_part 0.857 95895 95847 match_237 match_part 1.000 96480 96401 match_part 0.974 96310 96157 match_part 0.901 96077 95997 match_part 0.864 95895 95874 match_238 match_part 0.957 97156 97018 match_part 0.967 96521 96401 match_part 0.987 96310 96157 match_part 1.000 96077 96042 match_239 match_part 0.948 97132 97018 match_part 0.992 96521 96401 match_part 0.987 96310 96157 match_part 0.971 96077 96043 match_240 match_part 0.947 97131 97018 match_part 0.967 96521 96401 match_part 0.987 96310 96157 match_part 0.971 96077 96044 match_241 match_part 0.942 97137 97018 match_part 0.992 96521 96401 match_part 0.987 96310 96157 match_part 1.000 96077 96062 match_242 match_part 0.958 97113 97018 match_part 0.992 96521 96401 match_part 0.974 96310 96157 match_part 1.000 96077 96071 match_243 match_part 0.991 97134 97018 match_part 0.992 96521 96401 match_part 1.000 96310 96225 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C04HBa0178J08.1 type gene exon 7992 7765 exon 7638 7555 exon 7255 7204 exon 5608 5452 exon 5301 5006 gene_2 gene GT_PGL_1_AGS_2 transcript source GenomeThreader seq_id C04HBa0178J08.1 type gene exon 7980 7765 exon 7638 7555 exon 7255 7204 exon 5608 5494 exon 5246 5055 gene_3 gene GT_PGL_1_AGS_3 transcript source GenomeThreader seq_id C04HBa0178J08.1 type gene exon 7977 7555 exon 7255 7086 gene_4 gene GT_PGL_1_AGS_4 transcript source GenomeThreader seq_id C04HBa0178J08.1 type gene exon 8023 7555 exon 7255 7204 exon 5608 5452 exon 5301 5079 gene_5 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C04HBa0178J08.1 type gene exon 5030 5318 gene_6 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C04HBa0178J08.1 type gene exon 11697 11619 exon 11527 11394 exon 10983 10911 exon 10343 10261 exon 9526 9488 exon 9371 9301 exon 9233 9119 exon 9042 8614 gene_7 gene GT_PGL_3_AGS_2 transcript source GenomeThreader seq_id C04HBa0178J08.1 type gene exon 11660 11394 exon 10983 10911 exon 10343 10261 exon 9526 9488 exon 9371 9301 exon 9233 9119 exon 9042 8614 gene_8 gene GT_PGL_3_AGS_3 transcript source GenomeThreader seq_id C04HBa0178J08.1 type gene exon 11220 11217 exon 10983 10911 exon 10343 10261 exon 9526 9488 exon 9371 9301 exon 9233 9119 exon 9042 8614 gene_9 gene GT_PGL_3_AGS_4 transcript source GenomeThreader seq_id C04HBa0178J08.1 type gene exon 9668 9488 exon 9371 9301 exon 9233 9119 exon 9042 8614 gene_10 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C04HBa0178J08.1 type gene exon 14971 15154 exon 15750 15790 exon 15894 15992 exon 16074 16130 exon 16252 16315 exon 16412 16618 exon 17589 17984 gene_11 gene GT_PGL_4_AGS_2 transcript source GenomeThreader seq_id C04HBa0178J08.1 type gene exon 16237 16315 exon 16412 16618 exon 17589 17984 gene_12 gene GT_PGL_4_AGS_3 transcript source GenomeThreader seq_id C04HBa0178J08.1 type gene exon 16241 16315 exon 16412 16982 gene_13 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C04HBa0178J08.1 type gene exon 18017 18444 gene_14 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C04HBa0178J08.1 type gene exon 20155 20103 exon 19908 19734 exon 19444 19151 gene_15 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C04HBa0178J08.1 type gene exon 33111 32868 exon 32713 32586 exon 31576 31468 exon 31029 30948 exon 30877 30807 exon 30129 30088 exon 29805 29681 exon 29377 29284 exon 29129 29063 exon 28950 28763 exon 28680 28575 exon 28027 27941 exon 27563 27084 gene_16 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C04HBa0178J08.1 type gene exon 36559 36909 exon 37381 37632 exon 37735 37835 exon 39088 39966 gene_17 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C04HBa0178J08.1 type gene exon 49618 50197 exon 50808 50958 exon 51044 51226 exon 51790 51864 exon 51963 52118 exon 52205 52300 exon 52403 52536 exon 52632 52713 exon 53118 53768 gene_18 gene GT_PGL_9_AGS_2 transcript source GenomeThreader seq_id C04HBa0178J08.1 type gene exon 49618 50197 exon 50808 50958 exon 51044 51227 gene_19 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C04HBa0178J08.1 type gene exon 56961 57081 exon 57228 57326 exon 57409 57459 exon 58763 58936 exon 59239 59298 exon 59827 60169 gene_20 gene GT_PGL_10_AGS_2 transcript source GenomeThreader seq_id C04HBa0178J08.1 type gene exon 56961 57081 exon 57228 57326 exon 57409 57459 exon 58763 58936 exon 59239 59298 exon 59827 60042 exon 60123 60130 gene_21 gene GT_PGL_10_AGS_3 transcript source GenomeThreader seq_id C04HBa0178J08.1 type gene exon 57581 58487 gene_22 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C04HBa0178J08.1 type gene exon 61260 60577 gene_23 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C04HBa0178J08.1 type gene exon 64040 63735 exon 63601 63394 exon 63308 63130 exon 63054 63000 exon 62876 62807 exon 62730 62640 exon 62543 62193 exon 62124 62101 gene_24 gene GT_PGL_12_AGS_2 transcript source GenomeThreader seq_id C04HBa0178J08.1 type gene exon 63979 63940 exon 63856 63735 exon 63601 63394 exon 63308 63130 exon 63054 63000 exon 62876 62807 exon 62730 62640 exon 62543 62193 exon 62124 62101 gene_25 gene GT_PGL_12_AGS_3 transcript source GenomeThreader seq_id C04HBa0178J08.1 type gene exon 64665 64373 exon 64292 64235 exon 63856 63735 exon 63601 63394 exon 63308 63130 exon 63054 63000 exon 62876 62807 exon 62730 62640 exon 62543 62193 exon 62124 62101 gene_26 gene GT_PGL_12_AGS_4 transcript source GenomeThreader seq_id C04HBa0178J08.1 type gene exon 65707 65583 exon 64554 64373 exon 64292 64235 exon 63856 63735 exon 63601 63394 exon 63308 63130 exon 63054 63000 exon 62876 62807 exon 62730 62640 exon 62543 62193 exon 62124 62101 gene_27 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C04HBa0178J08.1 type gene exon 68862 69037 exon 69481 70177 exon 70852 71574 gene_28 gene GT_PGL_13_AGS_2 transcript source GenomeThreader seq_id C04HBa0178J08.1 type gene exon 70348 70862 gene_29 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C04HBa0178J08.1 type gene exon 87812 88094 exon 89284 89716 gene_30 gene GT_PGL_15_AGS_1 transcript source GenomeThreader seq_id C04HBa0178J08.1 type gene exon 97160 97018 exon 96521 96401 exon 96310 96157 exon 96077 95997 exon 95895 95784 exon 95701 95575 exon 95490 95352 exon 94610 94493 exon 94201 94002 exon 93898 93683 exon 93576 93411 exon 93330 93189 exon 93101 92951 exon 92711 92310 exon 92224 91651 gene_31 gene GT_PGL_15_AGS_2 transcript source GenomeThreader seq_id C04HBa0178J08.1 type gene exon 97160 97018 exon 96521 96401 exon 96310 96157 exon 96077 95997 exon 95895 95784 exon 95701 95575 exon 95490 95155 gene_32 gene GT_PGL_15_AGS_3 transcript source GenomeThreader seq_id C04HBa0178J08.1 type gene exon 92232 91651 RepeatMasker tomato repeats master Copia00151 8334 8464 1 Copia00151 8334 8464 1 nucleotide_motif 332 12195 12326 Copia00143 43 153 1 Copia00143 43 153 1 nucleotide_motif 253 23261 23366 Copia00143 102 163 1 Copia00143 102 163 1 nucleotide_motif 252 23939 24000 Copia00143 49 152 1 Copia00143 49 152 1 nucleotide_motif 289 24025 24135 Copia00143 43 176 1 Copia00143 43 176 1 nucleotide_motif 308 24140 24275 Copia00143 125 220 1 Copia00143 125 220 1 nucleotide_motif 323 42349 42439 Unknown00025 246 469 1 Unknown00025 246 469 1 nucleotide_motif 578 44234 44438 Unknown00046 1896 2068 1 Unknown00046 1896 2068 1 nucleotide_motif 625 46857 47027 Copia00110 13216 13619 1 Copia00110 13216 13619 1 nucleotide_motif 1725 47967 48346 Copia00151 8216 8371 1 Copia00151 8216 8371 1 nucleotide_motif 564 54487 54640 Unknown00025 224 482 1 Unknown00025 224 482 1 nucleotide_motif 583 68437 68708 SONATA2 4 253 1 SONATA2 4 253 1 nucleotide_motif 1324 76000 76249 Unknown00025 296 472 1 Unknown00025 296 472 1 nucleotide_motif 469 77634 77830 RepeatMasker tomato repeats master Unknown00046 1869 2069 -1 Unknown00046 1869 2069 -1 nucleotide_motif 616 34330 34135 Copia00105 8612 8660 -1 Copia00105 8612 8660 -1 nucleotide_motif 238 37056 37006 Unknown00019 41 254 -1 Unknown00019 41 254 -1 nucleotide_motif 529 48517 48298 SONATA2 1 169 -1 SONATA2 1 169 -1 nucleotide_motif 903 49086 48918 Copia00172 1853 2080 -1 Copia00172 1853 2080 -1 nucleotide_motif 521 55993 55776 Copia00145 5472 5712 -1 Copia00145 5472 5712 -1 nucleotide_motif 1011 78821 78594 Gypsy00074 8145 8352 -1 Gypsy00074 8145 8352 -1 nucleotide_motif 1046 78844 78648 Unknown00046 1880 2061 -1 Unknown00046 1880 2061 -1 nucleotide_motif 872 82032 81856 Cross_match_vector vector sequence Cross_match_vector vector sequence match_1 match 159 4075 match_2 match 97384 101973 BLAST_tomato_bacs Tomato BAC sequences BLAST_tomato_bacs Tomato BAC sequences match_1 match 2111 44379 45464 match_2 match 2672 66492 67839 match_3 match 2654 10699 12058 match_4 match 2748 23849 25234 match_5 match 3572 57201 59071 match_6 match 4347 46111 48372 match_7 match 4433 42049 44362 match_8 match 4881 8155 10670 match_9 match 5103 27782 30376 match_10 match 5247 21065 23801 match_11 match 5961 30398 33455 match_12 match 6881 4076 7663 match_13 match 7838 49807 53892 match_14 match 59521 64609 match_15 match 15275 20966 match_16 match 2111 44379 45464 match_17 match 2672 66492 67839 match_18 match 2654 10699 12058 match_19 match 2748 23849 25234 match_20 match 3572 57201 59071 match_21 match 4347 46111 48372 match_22 match 4433 42049 44362 match_23 match 4881 8155 10670 match_24 match 5103 27782 30376 match_25 match 5247 21065 23801 match_26 match 5961 30398 33455 match_27 match 6476 4304 7663 match_28 match 7838 49807 53892 match_29 match 59521 64609 match_30 match 15275 20966 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 726 69463 69828 match_2 match 1211 22691 23358 match_3 match 367 69084 69268 match_4 match 381 68858 69049 match_5 match 367 69084 69268 match_6 match 381 68858 69049 match_7 match 313 75207 75364 match_8 match 694 75462 75811 match_9 match 652 97003 97343 match_10 match 1213 4076 4764 match_11 match 1364 47502 48193 match_12 match 363 89610 89804 match_13 match 763 12784 13210 match_14 match 918 92959 93425 match_15 match 391 82623 82856 match_16 match 476 82934 83180 match_17 match 722 69084 69447 match_18 match 591 69463 69768 match_19 match 722 69084 69447 match_20 match 591 69463 69768 match_21 match 1304 22381 23063 match_22 match 1322 22388 23100 match_23 match 1306 94627 95322 match_24 match 408 82618 82856 match_25 match 1005 9090 9596 match_26 match 1201 21924 22529 match_27 match 1310 39102 39762 match_28 match 1213 29398 30009 match_29 match 1120 65910 66474 match_30 match 305 30398 30551 match_31 match 954 29896 30376 match_32 match 1138 47799 48372 match_33 match 276 56695 56833 match_34 match 319 56314 56474 match_35 match 387 56106 56300 match_36 match 1084 61524 62070 match_37 match 1429 24121 24841 match_38 match 1164 18034 18620 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_1 match_part 0.955 5030 5318 match_2 match_part 0.986 18017 18444 match_3 match_part 0.986 18017 18444 match_4 match_part 1.000 36559 36909 match_part 1.000 37381 37632 match_part 1.000 37735 37770 match_5 match_part 1.000 36559 36909 match_part 1.000 37381 37632 match_part 0.943 37735 37769 match_6 match_part 0.976 36577 36909 match_part 0.972 37381 37632 match_part 1.000 37735 37835 match_part 0.933 39088 39147 match_7 match_part 0.976 36578 36909 match_part 0.970 37381 37616 match_8 match_part 0.955 36598 36909 match_part 0.964 37381 37632 match_part 1.000 37735 37835 match_part 1.000 39088 39226 match_9 match_part 1.000 36824 36909 match_part 1.000 37381 37632 match_part 1.000 37735 37835 match_10 match_part 1.000 37504 37632 match_part 1.000 37735 37835 match_part 0.988 39088 39678 match_11 match_part 0.935 37510 37632 match_part 0.861 37735 37835 match_part 0.989 39088 39262 match_12 match_part 1.000 37630 37632 match_part 0.960 37735 37835 match_part 0.997 39088 39448 match_13 match_part 1.000 39248 39681 match_14 match_part 1.000 39249 39682 match_15 match_part 0.998 39249 39681 match_16 match_part 0.993 39278 39944 match_17 match_part 0.959 39386 39966 match_18 match_part 0.983 39556 39966 match_19 match_part 0.981 39589 39966 match_20 match_part 0.964 49618 50197 match_part 0.934 50808 50958 match_part 0.727 51044 51054 match_21 match_part 0.970 49834 50197 match_part 0.993 50808 50958 match_part 1.000 51044 51079 match_22 match_part 1.000 49895 50197 match_part 1.000 50808 50958 match_part 1.000 51044 51226 match_part 1.000 51790 51864 match_part 1.000 51963 52118 match_part 1.000 52205 52300 match_part 0.993 52403 52536 match_part 1.000 52632 52713 match_part 1.000 53118 53702 match_23 match_part 1.000 56961 57081 match_part 1.000 57228 57326 match_part 1.000 57409 57459 match_part 1.000 58763 58936 match_part 1.000 59239 59298 match_part 1.000 59827 59857 match_24 match_part 1.000 56983 57081 match_part 1.000 57228 57326 match_part 1.000 57409 57459 match_part 1.000 58763 58936 match_part 1.000 59239 59298 match_part 0.995 59827 60042 match_part 0.625 60123 60130 match_25 match_part 1.000 57068 57081 match_part 1.000 57228 57326 match_part 1.000 57409 57459 match_part 1.000 58763 58936 match_part 1.000 59239 59298 match_part 0.991 59827 60042 match_26 match_part 1.000 57070 57081 match_part 1.000 57228 57326 match_part 1.000 57409 57459 match_part 1.000 58763 58936 match_part 1.000 59239 59298 match_part 1.000 59827 60000 match_27 match_part 1.000 57071 57081 match_part 1.000 57228 57326 match_part 1.000 57409 57459 match_part 1.000 58763 58936 match_part 1.000 59239 59298 match_part 0.994 59827 60169 match_28 match_part 1.000 57071 57081 match_part 1.000 57228 57326 match_part 1.000 57409 57459 match_part 0.971 58763 58796 match_29 match_part 0.985 57581 58060 match_30 match_part 0.991 57812 58487 match_31 match_part 0.993 57812 58411 match_32 match_part 0.983 57813 58098 match_33 match_part 0.979 59952 60096 match_34 match_part 1.000 68862 69037 match_part 0.990 69481 69778 match_35 match_part 1.000 68865 69037 match_part 1.000 69481 69829 match_36 match_part 0.960 68865 69037 match_part 1.000 69481 69763 match_37 match_part 1.000 68866 69037 match_part 1.000 69481 69843 match_38 match_part 1.000 68870 69037 match_part 0.991 69481 70119 match_39 match_part 1.000 68870 69037 match_part 0.995 69481 69877 match_40 match_part 1.000 68870 69037 match_part 1.000 69481 69663 match_41 match_part 0.922 68871 69037 match_part 0.987 69481 70177 match_42 match_part 1.000 68871 69037 match_part 1.000 69481 69845 match_43 match_part 1.000 68872 69037 match_part 1.000 69481 69821 match_44 match_part 0.958 68872 69037 match_part 0.984 69481 69786 match_45 match_part 1.000 68873 69037 match_part 1.000 69481 69906 match_46 match_part 1.000 68873 69037 match_part 1.000 69481 69847 match_47 match_part 1.000 69554 70177 match_part 0.996 70852 71096 match_48 match_part 1.000 69557 70158 match_49 match_part 0.977 69608 70177 match_part 0.979 70852 71137 match_50 match_part 1.000 69628 70177 match_51 match_part 0.950 69636 70177 match_part 0.975 70852 71095 match_52 match_part 0.998 69682 70177 match_part 1.000 70852 70995 match_53 match_part 1.000 70146 70177 match_part 1.000 70852 71323 match_54 match_part 0.994 70348 70862 match_55 match_part 0.962 71054 71574 match_56 match_part 0.985 71097 71574 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_57 match_part 0.985 7963 7765 match_part 1.000 7638 7555 match_part 1.000 7255 7204 match_part 1.000 5608 5452 match_part 1.000 5301 5006 match_58 match_part 1.000 7992 7765 match_part 1.000 7638 7555 match_part 1.000 7255 7204 match_part 1.000 5608 5452 match_part 0.989 5301 5028 match_59 match_part 0.973 7914 7765 match_part 1.000 7638 7555 match_part 1.000 7255 7204 match_part 1.000 5608 5452 match_part 0.985 5301 5028 match_60 match_part 0.998 8023 7555 match_part 1.000 7255 7204 match_part 0.994 5608 5452 match_part 0.987 5301 5079 match_61 match_part 1.000 7778 7765 match_part 1.000 7638 7555 match_part 1.000 7255 7204 match_part 0.994 5608 5452 match_part 0.986 5301 5158 match_62 match_part 1.000 7977 7765 match_part 1.000 7638 7555 match_part 1.000 7255 7204 match_part 1.000 5608 5452 match_part 1.000 5301 5198 match_63 match_part 1.000 7980 7765 match_part 1.000 7638 7555 match_part 1.000 7255 7204 match_part 1.000 5608 5452 match_part 1.000 5301 5254 match_64 match_part 0.986 7980 7765 match_part 1.000 7638 7560 match_65 match_part 1.000 7977 7767 match_66 match_part 0.976 8995 8614 match_67 match_part 0.946 10947 10911 match_part 0.988 10343 10261 match_part 1.000 9526 9488 match_part 0.986 9371 9301 match_part 0.991 9233 9119 match_part 0.941 9042 8618 match_68 match_part 1.000 9336 9301 match_part 1.000 9233 9119 match_part 0.979 9042 8669 match_69 match_part 1.000 9336 9301 match_part 1.000 9233 9119 match_part 0.979 9042 8669 match_70 match_part 1.000 9228 9119 match_part 0.979 9042 8669 match_71 match_part 0.965 11675 11619 match_part 1.000 11527 11394 match_part 0.973 10983 10911 match_part 0.976 10343 10261 match_part 1.000 9526 9488 match_part 1.000 9371 9301 match_part 1.000 9233 9119 match_part 0.975 9042 8678 match_72 match_part 0.953 8996 8699 match_73 match_part 0.949 11677 11619 match_part 1.000 11527 11394 match_part 0.973 10983 10911 match_part 0.976 10343 10261 match_part 1.000 9526 9488 match_part 1.000 9371 9301 match_part 1.000 9233 9119 match_part 0.977 9042 8738 match_74 match_part 1.000 11677 11619 match_part 1.000 11527 11394 match_part 1.000 10983 10911 match_part 1.000 10343 10261 match_part 1.000 9526 9488 match_part 1.000 9371 9301 match_part 1.000 9233 9119 match_part 1.000 9042 8772 match_75 match_part 0.957 10956 10911 match_part 1.000 10343 10261 match_part 1.000 9526 9488 match_part 0.986 9371 9301 match_part 1.000 9233 9119 match_part 0.983 9042 8813 match_76 match_part 0.978 11660 11394 match_part 0.973 10983 10911 match_part 0.988 10343 10261 match_part 1.000 9526 9488 match_part 0.986 9371 9301 match_part 0.983 9233 9119 match_part 0.870 9042 9020 match_77 match_part 0.987 11697 11619 match_part 1.000 11527 11394 match_part 1.000 10983 10911 match_part 0.988 10343 10261 match_part 1.000 9526 9488 match_part 0.983 9371 9312 match_78 match_part 1.000 11488 11394 match_part 1.000 10983 10911 match_part 1.000 10343 10261 match_part 1.000 9526 9496 match_79 match_part 0.977 11659 11394 match_part 0.959 10983 10911 match_part 0.988 10343 10261 match_part 1.000 9526 9509 match_80 match_part 1.000 11657 11619 match_part 0.963 11527 11394 match_part 0.944 10983 10948 match_81 match_part 1.000 20155 20103 match_part 1.000 19908 19734 match_part 0.976 19444 19151 match_82 match_part 0.996 33111 32868 match_part 1.000 32713 32586 match_part 1.000 31576 31468 match_part 1.000 31029 30948 match_part 1.000 30877 30807 match_part 0.952 30129 30088 match_part 1.000 29805 29681 match_part 1.000 29377 29284 match_part 1.000 29129 29063 match_part 1.000 28950 28763 match_part 1.000 28680 28575 match_part 1.000 28027 27941 match_part 0.998 27563 27084 match_83 match_part 1.000 30129 30088 match_part 0.992 29805 29681 match_part 1.000 29377 29284 match_part 1.000 29129 29063 match_part 1.000 28950 28799 match_84 match_part 1.000 33034 32868 match_part 1.000 32713 32586 match_part 1.000 31576 31468 match_part 1.000 31029 30948 match_part 1.000 30877 30807 match_part 1.000 30129 30088 match_part 0.965 29805 29721 match_85 match_part 1.000 33040 32868 match_part 1.000 32713 32586 match_part 1.000 31576 31468 match_part 1.000 31029 30948 match_part 1.000 30877 30814 match_86 match_part 1.000 33041 32868 match_part 1.000 32713 32586 match_part 1.000 31576 31468 match_part 1.000 31029 30948 match_part 1.000 30877 30870 match_87 match_part 0.989 60766 60577 match_88 match_part 0.990 61260 60587 match_89 match_part 1.000 63469 63394 match_part 1.000 63308 63130 match_part 1.000 63054 63000 match_part 1.000 62876 62807 match_part 1.000 62730 62640 match_part 0.997 62543 62193 match_part 1.000 62124 62101 match_90 match_part 0.968 63550 63394 match_part 1.000 63308 63130 match_part 1.000 63054 63000 match_part 1.000 62876 62807 match_part 1.000 62730 62640 match_part 0.921 62543 62404 match_91 match_part 1.000 63819 63735 match_part 1.000 63601 63394 match_part 1.000 63308 63130 match_part 1.000 63054 63000 match_part 1.000 62876 62807 match_part 1.000 62730 62652 match_92 match_part 1.000 63841 63735 match_part 0.981 63601 63394 match_part 0.966 63308 63130 match_part 1.000 63054 63000 match_part 1.000 62876 62815 match_93 match_part 1.000 63979 63940 match_part 1.000 63856 63735 match_part 1.000 63601 63394 match_part 1.000 63308 63130 match_part 1.000 63054 63000 match_part 1.000 62876 62833 match_94 match_part 1.000 63979 63940 match_part 1.000 63856 63735 match_part 1.000 63601 63394 match_part 1.000 63308 63130 match_part 1.000 63054 63000 match_part 1.000 62876 62870 match_95 match_part 1.000 63979 63940 match_part 1.000 63856 63735 match_part 1.000 63601 63394 match_part 1.000 63308 63130 match_part 1.000 63054 63000 match_part 1.000 62876 62870 match_96 match_part 0.983 63966 63735 match_part 1.000 63601 63394 match_part 1.000 63308 63150 match_97 match_part 1.000 65707 65583 match_part 1.000 64554 64373 match_part 1.000 64292 64235 match_part 1.000 63856 63735 match_part 0.957 63601 63441 match_98 match_part 0.963 92000 91651 match_99 match_part 0.958 91896 91659 match_100 match_part 1.000 92322 92310 match_part 0.991 92224 91675 match_101 match_part 0.995 92056 91675 match_102 match_part 1.000 92395 92310 match_part 0.986 92224 91718 match_103 match_part 0.996 92559 92310 match_part 0.990 92224 91727 match_104 match_part 0.989 92668 92310 match_part 0.984 92224 91729 match_105 match_part 1.000 92326 92310 match_part 0.994 92224 91729 match_106 match_part 0.998 92150 91734 match_107 match_part 0.928 92392 92310 match_part 0.973 92224 91738 match_108 match_part 1.000 92352 92310 match_part 0.967 92224 91738 match_109 match_part 1.000 92453 92310 match_part 0.996 92224 91744 match_110 match_part 0.994 92232 91744 match_111 match_part 1.000 92352 92310 match_part 0.994 92224 91747 match_112 match_part 1.000 92352 92310 match_part 1.000 92224 91748 match_113 match_part 1.000 92225 91760 match_114 match_part 1.000 92645 92310 match_part 0.993 92224 91801 match_115 match_part 1.000 92444 92310 match_part 1.000 92224 91808 match_116 match_part 0.967 93042 92951 match_part 0.990 92711 92310 match_part 0.973 92224 91861 match_117 match_part 0.992 92438 92310 match_part 0.994 92224 91868 match_118 match_part 1.000 92672 92310 match_part 0.986 92224 91877 match_119 match_part 1.000 93283 93189 match_part 0.987 93101 92951 match_part 0.990 92711 92310 match_part 0.986 92224 91949 match_120 match_part 0.921 93226 93189 match_part 0.987 93101 92951 match_part 0.990 92711 92310 match_part 0.989 92224 91953 match_121 match_part 1.000 93033 92951 match_part 1.000 92711 92310 match_part 1.000 92224 91987 match_122 match_part 0.986 92518 92310 match_part 0.919 92224 91990 match_123 match_part 0.996 92554 92310 match_part 1.000 92224 92067 match_124 match_part 0.928 93033 92951 match_part 0.965 92711 92310 match_part 0.968 92224 92131 match_125 match_part 1.000 92962 92951 match_part 0.988 92711 92310 match_part 1.000 92224 92148 match_126 match_part 1.000 93216 93189 match_part 1.000 93101 92951 match_part 1.000 92711 92310 match_part 1.000 92224 92172 match_127 match_part 1.000 93703 93683 match_part 1.000 93576 93411 match_part 1.000 93330 93189 match_part 1.000 93101 92951 match_part 0.992 92711 92346 match_128 match_part 1.000 93233 93189 match_part 1.000 93101 92951 match_part 1.000 92711 92360 match_129 match_part 1.000 93056 92951 match_part 1.000 92711 92387 match_130 match_part 1.000 93462 93411 match_part 1.000 93330 93189 match_part 1.000 93101 92951 match_part 1.000 92711 92426 match_131 match_part 1.000 93453 93411 match_part 1.000 93330 93189 match_part 1.000 93101 92951 match_part 0.989 92711 92439 match_132 match_part 1.000 93574 93411 match_part 1.000 93330 93189 match_part 1.000 93101 92951 match_part 1.000 92711 92514 match_133 match_part 1.000 93747 93683 match_part 1.000 93576 93411 match_part 1.000 93330 93189 match_part 1.000 93101 92951 match_part 1.000 92711 92654 match_134 match_part 0.926 93464 93411 match_part 0.986 93330 93189 match_part 0.987 93101 92951 match_part 1.000 92711 92656 match_135 match_part 1.000 93697 93683 match_part 1.000 93576 93411 match_part 1.000 93330 93189 match_part 1.000 93101 92951 match_part 1.000 92711 92666 match_136 match_part 1.000 93876 93683 match_part 1.000 93576 93411 match_part 1.000 93330 93189 match_part 1.000 93101 92980 match_137 match_part 1.000 94076 94002 match_part 1.000 93898 93683 match_part 1.000 93576 93411 match_part 1.000 93330 93189 match_part 1.000 93101 93039 match_138 match_part 0.995 93898 93683 match_part 0.964 93576 93411 match_part 1.000 93330 93189 match_part 1.000 93101 93093 match_139 match_part 0.963 93873 93683 match_part 0.994 93576 93411 match_part 0.978 93330 93239 match_140 match_part 1.000 94132 94002 match_part 1.000 93898 93683 match_part 1.000 93576 93411 match_part 1.000 93330 93263 match_141 match_part 1.000 93840 93683 match_part 1.000 93576 93411 match_part 1.000 93330 93297 match_142 match_part 1.000 94036 94002 match_part 1.000 93898 93683 match_part 0.982 93576 93464 match_143 match_part 1.000 95459 95352 match_part 1.000 94610 94493 match_part 1.000 94201 94002 match_part 0.987 93898 93746 match_144 match_part 0.964 95489 95352 match_part 1.000 94610 94493 match_part 1.000 94201 94002 match_part 0.971 93898 93763 match_145 match_part 1.000 95608 95575 match_part 1.000 95490 95352 match_part 1.000 94610 94493 match_part 1.000 94201 94002 match_part 1.000 93898 93769 match_146 match_part 1.000 95623 95575 match_part 1.000 95490 95352 match_part 1.000 94610 94493 match_part 1.000 94201 94002 match_part 1.000 93898 93853 match_147 match_part 1.000 94610 94493 match_part 1.000 94201 94002 match_part 1.000 93898 93882 match_148 match_part 1.000 96171 96157 match_part 1.000 96077 95997 match_part 1.000 95895 95784 match_part 1.000 95701 95575 match_part 1.000 95490 95352 match_part 1.000 94610 94493 match_part 0.978 94201 94156 match_149 match_part 1.000 96071 95997 match_part 1.000 95895 95784 match_part 1.000 95701 95575 match_part 1.000 95490 95352 match_part 1.000 94610 94493 match_part 0.818 94201 94191 match_150 match_part 0.861 96192 96157 match_part 0.926 96077 95997 match_part 0.982 95895 95784 match_part 1.000 95701 95575 match_part 1.000 95490 95352 match_part 1.000 94610 94550 match_151 match_part 0.952 96218 96157 match_part 0.926 96077 95997 match_part 0.982 95895 95784 match_part 0.961 95701 95575 match_part 0.964 95490 95353 match_152 match_part 1.000 97160 97018 match_part 1.000 96521 96401 match_part 1.000 96310 96157 match_part 1.000 96077 95997 match_part 1.000 95895 95784 match_part 0.984 95701 95575 match_part 0.933 95490 95446 match_153 match_part 1.000 96480 96401 match_part 1.000 96310 96157 match_part 1.000 96077 95997 match_part 1.000 95895 95784 match_part 0.992 95701 95575 match_part 1.000 95490 95476 match_154 match_part 1.000 96480 96401 match_part 0.974 96310 96157 match_part 0.901 96077 95997 match_part 0.864 95895 95874 match_155 match_part 0.991 97134 97018 match_part 0.992 96521 96401 match_part 1.000 96310 96225 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C04HBa0178J08.1 type gene exon 7992 7765 exon 7638 7555 exon 7255 7204 exon 5608 5452 exon 5301 5006 gene_2 gene GT_PGL_1_AGS_2 transcript source GenomeThreader seq_id C04HBa0178J08.1 type gene exon 8023 7555 exon 7255 7204 exon 5608 5452 exon 5301 5079 gene_3 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C04HBa0178J08.1 type gene exon 5030 5318 gene_4 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C04HBa0178J08.1 type gene exon 11697 11619 exon 11527 11394 exon 10983 10911 exon 10343 10261 exon 9526 9488 exon 9371 9301 exon 9233 9119 exon 9042 8614 gene_5 gene GT_PGL_3_AGS_2 transcript source GenomeThreader seq_id C04HBa0178J08.1 type gene exon 11660 11394 exon 10983 10911 exon 10343 10261 exon 9526 9488 exon 9371 9301 exon 9233 9119 exon 9042 8614 gene_6 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C04HBa0178J08.1 type gene exon 18017 18444 gene_7 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C04HBa0178J08.1 type gene exon 20155 20103 exon 19908 19734 exon 19444 19151 gene_8 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C04HBa0178J08.1 type gene exon 33111 32868 exon 32713 32586 exon 31576 31468 exon 31029 30948 exon 30877 30807 exon 30129 30088 exon 29805 29681 exon 29377 29284 exon 29129 29063 exon 28950 28763 exon 28680 28575 exon 28027 27941 exon 27563 27084 gene_9 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C04HBa0178J08.1 type gene exon 36559 36909 exon 37381 37632 exon 37735 37835 exon 39088 39966 gene_10 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C04HBa0178J08.1 type gene exon 49618 50197 exon 50808 50958 exon 51044 51226 exon 51790 51864 exon 51963 52118 exon 52205 52300 exon 52403 52536 exon 52632 52713 exon 53118 53702 gene_11 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C04HBa0178J08.1 type gene exon 56961 57081 exon 57228 57326 exon 57409 57459 exon 58763 58936 exon 59239 59298 exon 59827 60169 gene_12 gene GT_PGL_9_AGS_2 transcript source GenomeThreader seq_id C04HBa0178J08.1 type gene exon 56961 57081 exon 57228 57326 exon 57409 57459 exon 58763 58936 exon 59239 59298 exon 59827 60042 exon 60123 60130 gene_13 gene GT_PGL_9_AGS_3 transcript source GenomeThreader seq_id C04HBa0178J08.1 type gene exon 57581 58487 gene_14 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C04HBa0178J08.1 type gene exon 61260 60577 gene_15 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C04HBa0178J08.1 type gene exon 63979 63940 exon 63856 63735 exon 63601 63394 exon 63308 63130 exon 63054 63000 exon 62876 62807 exon 62730 62640 exon 62543 62193 exon 62124 62101 gene_16 gene GT_PGL_11_AGS_2 transcript source GenomeThreader seq_id C04HBa0178J08.1 type gene exon 63966 63735 exon 63601 63394 exon 63308 63130 exon 63054 63000 exon 62876 62807 exon 62730 62640 exon 62543 62193 exon 62124 62101 gene_17 gene GT_PGL_11_AGS_3 transcript source GenomeThreader seq_id C04HBa0178J08.1 type gene exon 65707 65583 exon 64554 64373 exon 64292 64235 exon 63856 63735 exon 63601 63394 exon 63308 63130 exon 63054 63000 exon 62876 62807 exon 62730 62640 exon 62543 62193 exon 62124 62101 gene_18 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C04HBa0178J08.1 type gene exon 68862 69037 exon 69481 70177 exon 70852 71574 gene_19 gene GT_PGL_12_AGS_2 transcript source GenomeThreader seq_id C04HBa0178J08.1 type gene exon 70348 70862 gene_20 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C04HBa0178J08.1 type gene exon 97160 97018 exon 96521 96401 exon 96310 96157 exon 96077 95997 exon 95895 95784 exon 95701 95575 exon 95490 95352 exon 94610 94493 exon 94201 94002 exon 93898 93683 exon 93576 93411 exon 93330 93189 exon 93101 92951 exon 92711 92310 exon 92224 91651 gene_21 gene GT_PGL_13_AGS_2 transcript source GenomeThreader seq_id C04HBa0178J08.1 type gene exon 92232 91651 AUGUSTUS_tom_cdna de novo gene_1 gene 1 16259 18044 transcript_1 transcript 16259 18044 start_codon_1 start_codon 16259 16261 CDS_1 CDS 16259 16315 CDS_2 CDS 17589 18044 stop_codon_1 stop_codon 18042 18044 gene_2 gene 1 36584 39764 transcript_2 transcript 36584 39764 start_codon_2 start_codon 36584 36586 CDS_3 CDS 36584 36909 CDS_4 CDS 37381 37632 CDS_5 CDS 37735 37835 CDS_6 CDS 39088 39764 stop_codon_2 stop_codon 39762 39764 gene_3 gene 1 49914 53456 transcript_3 transcript 49914 53456 start_codon_3 start_codon 49914 49916 CDS_7 CDS 49914 50197 CDS_8 CDS 50808 50958 CDS_9 CDS 51044 51226 CDS_10 CDS 51790 51864 CDS_11 CDS 51963 52118 CDS_12 CDS 52205 52300 CDS_13 CDS 52403 52536 CDS_14 CDS 52632 52713 CDS_15 CDS 53118 53456 stop_codon_3 stop_codon 53454 53456 gene_4 gene 1 57079 59868 transcript_4 transcript 57079 59868 start_codon_4 start_codon 57079 57081 CDS_16 CDS 57079 57081 CDS_17 CDS 57228 57326 CDS_18 CDS 57409 57459 CDS_19 CDS 58763 58936 CDS_20 CDS 59239 59298 CDS_21 CDS 59827 59868 stop_codon_4 stop_codon 59866 59868 gene_5 gene 1 66518 71095 transcript_5 transcript 66518 71095 start_codon_5 start_codon 66518 66520 CDS_22 CDS 66518 66547 CDS_23 CDS 66909 67014 CDS_24 CDS 68852 69037 CDS_25 CDS 69481 70177 CDS_26 CDS 70852 71095 stop_codon_5 stop_codon 71093 71095 gene_6 gene 1 87847 91785 transcript_6 transcript 87847 91785 start_codon_6 start_codon 87847 87849 CDS_27 CDS 87847 88094 CDS_28 CDS 89284 89363 CDS_29 CDS 91703 91785 stop_codon_6 stop_codon 91783 91785 AUGUSTUS_tom_cdna de novo gene_7 gene 1 7929 5280 transcript_7 transcript 7929 5280 stop_codon_7 stop_codon 5282 5280 CDS_30 CDS 5301 5280 CDS_31 CDS 5608 5452 CDS_32 CDS 7255 7204 CDS_33 CDS 7638 7555 CDS_34 CDS 7929 7765 start_codon_7 start_codon 7929 7927 gene_8 gene 1 11667 8974 transcript_8 transcript 11667 8974 stop_codon_8 stop_codon 8976 8974 CDS_35 CDS 9042 8974 CDS_36 CDS 9233 9119 CDS_37 CDS 9371 9301 CDS_38 CDS 9526 9488 CDS_39 CDS 10343 10261 CDS_40 CDS 10983 10911 CDS_41 CDS 11527 11394 CDS_42 CDS 11667 11619 start_codon_8 start_codon 11667 11665 gene_9 gene 1 25533 19376 transcript_9 transcript 25533 19376 stop_codon_9 stop_codon 19378 19376 CDS_43 CDS 19444 19376 CDS_44 CDS 19908 19734 CDS_45 CDS 20176 20103 CDS_46 CDS 20318 20253 CDS_47 CDS 25533 25336 start_codon_9 start_codon 25533 25531 gene_10 gene 1 33001 27456 transcript_10 transcript 33001 27456 stop_codon_10 stop_codon 27458 27456 CDS_48 CDS 27563 27456 CDS_49 CDS 28027 27941 CDS_50 CDS 28680 28575 CDS_51 CDS 28950 28763 CDS_52 CDS 29129 29063 CDS_53 CDS 29377 29284 CDS_54 CDS 29805 29681 CDS_55 CDS 30129 30088 CDS_56 CDS 30877 30807 CDS_57 CDS 31029 30948 CDS_58 CDS 31576 31468 CDS_59 CDS 32713 32586 CDS_60 CDS 33001 32868 start_codon_10 start_codon 33001 32999 gene_11 gene 2 64468 60952 transcript_11 transcript 61320 60952 stop_codon_11 stop_codon 60954 60952 CDS_61 CDS 61320 60952 start_codon_11 start_codon 61320 61318 transcript_12 transcript 64468 60952 stop_codon_12 stop_codon 60954 60952 CDS_62 CDS 61377 60952 CDS_63 CDS 62124 61930 CDS_64 CDS 62543 62193 CDS_65 CDS 62730 62640 CDS_66 CDS 62876 62807 CDS_67 CDS 63054 63000 CDS_68 CDS 63308 63130 CDS_69 CDS 63601 63394 CDS_70 CDS 63856 63735 CDS_71 CDS 64292 64235 CDS_72 CDS 64468 64373 start_codon_12 start_codon 64468 64466 gene_12 gene 1 97084 91982 transcript_13 transcript 97084 91982 stop_codon_13 stop_codon 91984 91982 CDS_73 CDS 92224 91982 CDS_74 CDS 92711 92310 CDS_75 CDS 93101 92951 CDS_76 CDS 93330 93189 CDS_77 CDS 93576 93411 CDS_78 CDS 93898 93683 CDS_79 CDS 94201 94002 CDS_80 CDS 94610 94493 CDS_81 CDS 95490 95352 CDS_82 CDS 95701 95575 CDS_83 CDS 95895 95784 CDS_84 CDS 96077 95997 CDS_85 CDS 96310 96157 CDS_86 CDS 96521 96401 CDS_87 CDS 97084 97018 start_codon_13 start_codon 97084 97082 tRNAscan-SE unknown database tRNAscan-SE unknown database tRNA_1 tRNA 80.82 4608 4689 AUGUSTUS_ab_initio de novo gene_1 gene 1 49914 50201 transcript_1 transcript 49914 50201 start_codon_1 start_codon 49914 49916 CDS_1 CDS 49914 50201 stop_codon_1 stop_codon 50199 50201 gene_2 gene 1 51841 53456 transcript_2 transcript 51841 53456 start_codon_2 start_codon 51841 51843 CDS_2 CDS 51841 51864 CDS_3 CDS 51963 52118 CDS_4 CDS 52403 52536 CDS_5 CDS 52632 52713 CDS_6 CDS 53118 53456 stop_codon_2 stop_codon 53454 53456 gene_3 gene 1 62679 62909 transcript_3 transcript 62679 62909 start_codon_3 start_codon 62679 62681 CDS_7 CDS 62679 62909 stop_codon_3 stop_codon 62907 62909 gene_4 gene 1 69507 71095 transcript_4 transcript 69507 71095 start_codon_4 start_codon 69507 69509 CDS_8 CDS 69507 70177 CDS_9 CDS 70852 71095 stop_codon_4 stop_codon 71093 71095 AUGUSTUS_ab_initio de novo gene_5 gene 1 33001 5909 transcript_5 transcript 33001 5909 stop_codon_5 stop_codon 5911 5909 CDS_10 CDS 6018 5909 CDS_11 CDS 17778 17595 CDS_12 CDS 20318 20253 CDS_13 CDS 25487 25336 CDS_14 CDS 29805 29681 CDS_15 CDS 31576 31468 CDS_16 CDS 32713 32586 CDS_17 CDS 33001 32868 start_codon_5 start_codon 33001 32999 gene_6 gene 1 64468 63094 transcript_6 transcript 64468 63094 stop_codon_6 stop_codon 63096 63094 CDS_18 CDS 63308 63094 CDS_19 CDS 63601 63394 CDS_20 CDS 63856 63735 CDS_21 CDS 64292 64235 CDS_22 CDS 64468 64373 start_codon_6 start_codon 64468 64466 gene_7 gene 1 97084 91982 transcript_7 transcript 97084 91982 stop_codon_7 stop_codon 91984 91982 CDS_23 CDS 92224 91982 CDS_24 CDS 92711 92310 CDS_25 CDS 93101 92951 CDS_26 CDS 93330 93189 CDS_27 CDS 93576 93411 CDS_28 CDS 93898 93683 CDS_29 CDS 94201 94002 CDS_30 CDS 94610 94493 CDS_31 CDS 95490 95352 CDS_32 CDS 95701 95575 CDS_33 CDS 95895 95784 CDS_34 CDS 96077 95997 CDS_35 CDS 96310 96157 CDS_36 CDS 96521 96401 CDS_37 CDS 97084 97018 start_codon_7 start_codon 97084 97082 AUGUSTUS_tom_ugs de novo gene_1 gene 1 36647 39764 transcript_1 transcript 36647 39764 start_codon_1 start_codon 36647 36649 CDS_1 CDS 36647 36909 CDS_2 CDS 37381 37632 CDS_3 CDS 37735 37835 CDS_4 CDS 39088 39764 stop_codon_1 stop_codon 39762 39764 gene_2 gene 1 49914 53456 transcript_2 transcript 49914 53456 start_codon_2 start_codon 49914 49916 CDS_5 CDS 49914 50197 CDS_6 CDS 50808 50958 CDS_7 CDS 51044 51226 CDS_8 CDS 51790 51864 CDS_9 CDS 51963 52118 CDS_10 CDS 52205 52300 CDS_11 CDS 52403 52536 CDS_12 CDS 52632 52713 CDS_13 CDS 53118 53456 stop_codon_2 stop_codon 53454 53456 gene_3 gene 1 57079 59868 transcript_3 transcript 57079 59868 start_codon_3 start_codon 57079 57081 CDS_14 CDS 57079 57081 CDS_15 CDS 57228 57326 CDS_16 CDS 57409 57459 CDS_17 CDS 58763 58936 CDS_18 CDS 59239 59298 CDS_19 CDS 59827 59868 stop_codon_3 stop_codon 59866 59868 gene_4 gene 1 62679 62909 transcript_4 transcript 62679 62909 start_codon_4 start_codon 62679 62681 CDS_20 CDS 62679 62909 stop_codon_4 stop_codon 62907 62909 gene_5 gene 1 68971 71095 transcript_5 transcript 68971 71095 start_codon_5 start_codon 68971 68973 CDS_21 CDS 68971 69037 CDS_22 CDS 69481 70177 CDS_23 CDS 70852 71095 stop_codon_5 stop_codon 71093 71095 AUGUSTUS_tom_ugs de novo gene_6 gene 1 7559 5280 transcript_6 transcript 7559 5280 stop_codon_6 stop_codon 5282 5280 CDS_24 CDS 5301 5280 CDS_25 CDS 5606 5452 CDS_26 CDS 7255 7204 CDS_27 CDS 7559 7555 start_codon_6 start_codon 7559 7557 gene_7 gene 1 11667 8974 transcript_7 transcript 11667 8974 stop_codon_7 stop_codon 8976 8974 CDS_28 CDS 9042 8974 CDS_29 CDS 9233 9119 CDS_30 CDS 9371 9301 CDS_31 CDS 9526 9488 CDS_32 CDS 10343 10261 CDS_33 CDS 10983 10911 CDS_34 CDS 11527 11394 CDS_35 CDS 11667 11619 start_codon_7 start_codon 11667 11665 gene_8 gene 1 17856 17560 transcript_8 transcript 17856 17560 stop_codon_8 stop_codon 17562 17560 CDS_36 CDS 17856 17560 start_codon_8 start_codon 17856 17854 gene_9 gene 1 25533 19376 transcript_9 transcript 25533 19376 stop_codon_9 stop_codon 19378 19376 CDS_37 CDS 19444 19376 CDS_38 CDS 19908 19734 CDS_39 CDS 20176 20103 CDS_40 CDS 20318 20253 CDS_41 CDS 25533 25336 start_codon_9 start_codon 25533 25531 gene_10 gene 1 33001 27456 transcript_10 transcript 33001 27456 stop_codon_10 stop_codon 27458 27456 CDS_42 CDS 27563 27456 CDS_43 CDS 28027 27941 CDS_44 CDS 28680 28575 CDS_45 CDS 28950 28763 CDS_46 CDS 29129 29063 CDS_47 CDS 29377 29284 CDS_48 CDS 29805 29681 CDS_49 CDS 30129 30088 CDS_50 CDS 30877 30807 CDS_51 CDS 31029 30948 CDS_52 CDS 31576 31468 CDS_53 CDS 32713 32586 CDS_54 CDS 33001 32868 start_codon_10 start_codon 33001 32999 gene_11 gene 2 64468 60952 transcript_11 transcript 61320 60952 stop_codon_11 stop_codon 60954 60952 CDS_55 CDS 61320 60952 start_codon_11 start_codon 61320 61318 transcript_12 transcript 64468 60952 stop_codon_12 stop_codon 60954 60952 CDS_56 CDS 61377 60952 CDS_57 CDS 62124 61930 CDS_58 CDS 62543 62193 CDS_59 CDS 62730 62640 CDS_60 CDS 62876 62807 CDS_61 CDS 63054 63000 CDS_62 CDS 63308 63130 CDS_63 CDS 63601 63394 CDS_64 CDS 63856 63735 CDS_65 CDS 64292 64235 CDS_66 CDS 64468 64373 start_codon_12 start_codon 64468 64466 gene_12 gene 1 97084 91982 transcript_13 transcript 97084 91982 stop_codon_13 stop_codon 91984 91982 CDS_67 CDS 92224 91982 CDS_68 CDS 92711 92310 CDS_69 CDS 93101 92951 CDS_70 CDS 93330 93189 CDS_71 CDS 93576 93411 CDS_72 CDS 93898 93683 CDS_73 CDS 94201 94002 CDS_74 CDS 94610 94493 CDS_75 CDS 95490 95352 CDS_76 CDS 95701 95575 CDS_77 CDS 95895 95784 CDS_78 CDS 96077 95997 CDS_79 CDS 96310 96157 CDS_80 CDS 96521 96401 CDS_81 CDS 97084 97018 start_codon_13 start_codon 97084 97082 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_1 match_part 0.986 18017 18444 match_2 match_part 0.997 36559 36909 match_part 0.996 37381 37632 match_part 1.000 37735 37835 match_part 0.997 39088 39966 match_3 match_part 0.935 37510 37632 match_part 0.861 37735 37835 match_part 0.989 39088 39262 match_4 match_part 0.964 49618 50197 match_part 0.934 50808 50958 match_part 0.727 51044 51054 match_5 match_part 0.973 49834 50197 match_part 1.000 50808 50958 match_part 1.000 51044 51226 match_part 1.000 51790 51864 match_part 1.000 51963 52118 match_part 1.000 52205 52300 match_part 0.993 52403 52536 match_part 1.000 52632 52713 match_part 1.000 53118 53702 match_6 match_part 1.000 56961 57081 match_part 1.000 57228 57326 match_part 1.000 57409 57459 match_part 1.000 58763 58936 match_part 1.000 59239 59298 match_part 0.994 59827 60169 match_7 match_part 0.991 57581 58487 match_8 match_part 1.000 68862 69037 match_part 0.997 69481 70177 match_part 0.994 70852 71574 match_9 match_part 0.994 70348 70862 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_10 match_part 1.000 7980 7765 match_part 1.000 7638 7555 match_part 1.000 7255 7204 match_part 1.000 5608 5452 match_part 1.000 5301 5006 match_11 match_part 0.998 8023 7555 match_part 1.000 7255 7204 match_part 0.994 5608 5452 match_part 0.987 5301 5079 match_12 match_part 0.667 11960 11943 match_part 0.939 11667 11619 match_part 1.000 11527 11394 match_part 0.973 10983 10911 match_part 0.988 10343 10261 match_part 1.000 9526 9488 match_part 1.000 9371 9301 match_part 1.000 9233 9119 match_part 0.956 9042 8614 match_13 match_part 0.953 8996 8699 match_14 match_part 1.000 20155 20103 match_part 1.000 19908 19734 match_part 0.976 19444 19151 match_15 match_part 0.996 33111 32868 match_part 1.000 32713 32586 match_part 1.000 31576 31468 match_part 1.000 31029 30948 match_part 1.000 30877 30807 match_part 1.000 30129 30088 match_part 0.992 29805 29681 match_part 1.000 29377 29284 match_part 1.000 29129 29063 match_part 1.000 28950 28763 match_part 1.000 28680 28575 match_part 1.000 28027 27941 match_part 0.998 27563 27084 match_16 match_part 0.996 61260 60577 match_17 match_part 1.000 65707 65583 match_part 1.000 64554 64373 match_part 1.000 64292 64235 match_part 1.000 63856 63735 match_part 1.000 63601 63394 match_part 1.000 63308 63130 match_part 1.000 63054 63000 match_part 1.000 62876 62807 match_part 1.000 62730 62640 match_part 0.997 62543 62193 match_part 1.000 62124 62101 match_18 match_part 1.000 97160 97018 match_part 1.000 96521 96401 match_part 1.000 96310 96157 match_part 1.000 96077 95997 match_part 1.000 95895 95784 match_part 1.000 95701 95575 match_part 1.000 95490 95352 match_part 1.000 94610 94493 match_part 1.000 94201 94002 match_part 1.000 93898 93683 match_part 1.000 93576 93411 match_part 1.000 93330 93189 match_part 1.000 93101 92951 match_part 1.000 92711 92310 match_part 0.995 92224 91675 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C04HBa0178J08.1 type gene exon 8023 7555 exon 7255 7204 exon 5608 5452 exon 5301 5079 gene_2 gene GT_PGL_1_AGS_2 transcript source GenomeThreader seq_id C04HBa0178J08.1 type gene exon 7980 7765 exon 7638 7555 exon 7255 7204 exon 5608 5452 exon 5301 5006 gene_3 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C04HBa0178J08.1 type gene exon 11960 11943 exon 11667 11619 exon 11527 11394 exon 10983 10911 exon 10343 10261 exon 9526 9488 exon 9371 9301 exon 9233 9119 exon 9042 8614 gene_4 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C04HBa0178J08.1 type gene exon 18017 18444 gene_5 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C04HBa0178J08.1 type gene exon 20155 20103 exon 19908 19734 exon 19444 19151 gene_6 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C04HBa0178J08.1 type gene exon 33111 32868 exon 32713 32586 exon 31576 31468 exon 31029 30948 exon 30877 30807 exon 30129 30088 exon 29805 29681 exon 29377 29284 exon 29129 29063 exon 28950 28763 exon 28680 28575 exon 28027 27941 exon 27563 27084 gene_7 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C04HBa0178J08.1 type gene exon 36559 36909 exon 37381 37632 exon 37735 37835 exon 39088 39966 gene_8 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C04HBa0178J08.1 type gene exon 49618 50197 exon 50808 50958 exon 51044 51226 exon 51790 51864 exon 51963 52118 exon 52205 52300 exon 52403 52536 exon 52632 52713 exon 53118 53702 gene_9 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C04HBa0178J08.1 type gene exon 56961 57081 exon 57228 57326 exon 57409 57459 exon 58763 58936 exon 59239 59298 exon 59827 60169 gene_10 gene GT_PGL_8_AGS_2 transcript source GenomeThreader seq_id C04HBa0178J08.1 type gene exon 57581 58487 gene_11 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C04HBa0178J08.1 type gene exon 61260 60577 gene_12 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C04HBa0178J08.1 type gene exon 65707 65583 exon 64554 64373 exon 64292 64235 exon 63856 63735 exon 63601 63394 exon 63308 63130 exon 63054 63000 exon 62876 62807 exon 62730 62640 exon 62543 62193 exon 62124 62101 gene_13 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C04HBa0178J08.1 type gene exon 68862 69037 exon 69481 70177 exon 70852 71574 gene_14 gene GT_PGL_11_AGS_2 transcript source GenomeThreader seq_id C04HBa0178J08.1 type gene exon 70348 70862 gene_15 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C04HBa0178J08.1 type gene exon 97160 97018 exon 96521 96401 exon 96310 96157 exon 96077 95997 exon 95895 95784 exon 95701 95575 exon 95490 95352 exon 94610 94493 exon 94201 94002 exon 93898 93683 exon 93576 93411 exon 93330 93189 exon 93101 92951 exon 92711 92310 exon 92224 91675 GenomeThreader_SGN_markers SGN marker sequences match_1 match_part 1.000 56961 57081 match_part 1.000 57228 57326 match_part 1.000 57409 57459 match_part 1.000 58763 58936 match_part 1.000 59239 59298 match_part 0.994 59827 60169 match_2 match_part 0.944 57028 57081 match_part 1.000 57228 57326 match_part 0.941 57409 57459 match_part 0.983 58763 58936 match_part 1.000 59239 59298 match_part 0.945 59827 60081 GenomeThreader_SGN_markers SGN marker sequences match_3 match_part 1.000 7980 7765 match_part 1.000 7638 7555 match_part 1.000 7255 7204 match_part 1.000 5608 5452 match_part 1.000 5301 5254 match_4 match_part 1.000 33041 32868 match_part 1.000 32713 32586 match_part 1.000 31576 31468 match_part 1.000 31029 30948 match_part 1.000 30877 30807 match_part 1.000 30129 30088 match_part 0.992 29805 29681 match_part 1.000 29377 29284 match_part 1.000 29129 29063 match_part 1.000 28950 28799 match_5 match_part 0.984 32993 32868 match_part 0.984 32713 32586 match_part 0.963 31576 31468 match_part 0.976 31029 30948 match_part 0.915 30877 30807 match_part 1.000 30129 30088 match_part 0.946 29805 29750 match_6 match_part 1.000 65707 65583 match_part 1.000 64554 64373 match_part 1.000 64292 64235 match_part 1.000 63856 63735 match_part 1.000 63601 63394 match_part 1.000 63308 63130 match_part 1.000 63054 63000 match_part 1.000 62876 62807 match_part 1.000 62730 62652 match_7 match_part 0.957 97156 97018 match_part 0.992 96521 96401 match_part 0.987 96310 96157 match_part 0.963 96077 95997 match_part 0.973 95895 95784 match_part 0.984 95701 95575 match_part 0.978 95490 95352 match_part 0.983 94610 94493 match_part 0.975 94201 94002 match_part 1.000 93898 93683 match_part 0.994 93576 93411 match_part 0.972 93330 93189 match_part 0.967 93101 92951 match_part 0.983 92711 92310 match_part 0.955 92224 91732 match_8 match_part 1.000 97160 97018 match_part 1.000 96521 96401 match_part 1.000 96310 96157 match_part 1.000 96077 95997 match_part 1.000 95895 95784 match_part 1.000 95701 95575 match_part 1.000 95490 95352 match_part 1.000 94610 94493 match_part 1.000 94201 94002 match_part 1.000 93898 93683 match_part 1.000 93576 93411 match_part 1.000 93330 93189 match_part 1.000 93101 92951 match_part 1.000 92711 92310 match_part 1.000 92224 91747 match_9 match_part 1.000 96480 96401 match_part 1.000 96310 96157 match_part 1.000 96077 95997 match_part 1.000 95895 95784 match_part 0.992 95701 95575 match_part 1.000 95490 95476 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C04HBa0178J08.1 type gene exon 7980 7765 exon 7638 7555 exon 7255 7204 exon 5608 5452 exon 5301 5254 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C04HBa0178J08.1 type gene exon 33041 32868 exon 32713 32586 exon 31576 31468 exon 31029 30948 exon 30877 30807 exon 30129 30088 exon 29805 29681 exon 29377 29284 exon 29129 29063 exon 28950 28799 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C04HBa0178J08.1 type gene exon 56961 57081 exon 57228 57326 exon 57409 57459 exon 58763 58936 exon 59239 59298 exon 59827 60169 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C04HBa0178J08.1 type gene exon 65707 65583 exon 64554 64373 exon 64292 64235 exon 63856 63735 exon 63601 63394 exon 63308 63130 exon 63054 63000 exon 62876 62807 exon 62730 62652 gene_5 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C04HBa0178J08.1 type gene exon 97160 97018 exon 96521 96401 exon 96310 96157 exon 96077 95997 exon 95895 95784 exon 95701 95575 exon 95490 95352 exon 94610 94493 exon 94201 94002 exon 93898 93683 exon 93576 93411 exon 93330 93189 exon 93101 92951 exon 92711 92310 exon 92224 91732 AUGUSTUS_tom_pot_cdna de novo gene_1 gene 1 14937 18044 transcript_1 transcript 14937 18044 start_codon_1 start_codon 14937 14939 CDS_1 CDS 14937 14939 CDS_2 CDS 15116 15154 CDS_3 CDS 15750 15790 CDS_4 CDS 15894 15992 CDS_5 CDS 16074 16130 CDS_6 CDS 16252 16315 CDS_7 CDS 16412 16618 CDS_8 CDS 17589 18044 stop_codon_1 stop_codon 18042 18044 gene_2 gene 1 36584 39764 transcript_2 transcript 36584 39764 start_codon_2 start_codon 36584 36586 CDS_9 CDS 36584 36909 CDS_10 CDS 37381 37632 CDS_11 CDS 37735 37835 CDS_12 CDS 39088 39764 stop_codon_2 stop_codon 39762 39764 gene_3 gene 1 49914 53456 transcript_3 transcript 49914 53456 start_codon_3 start_codon 49914 49916 CDS_13 CDS 49914 50197 CDS_14 CDS 50808 50958 CDS_15 CDS 51044 51226 CDS_16 CDS 51790 51864 CDS_17 CDS 51963 52118 CDS_18 CDS 52205 52300 CDS_19 CDS 52403 52536 CDS_20 CDS 52632 52713 CDS_21 CDS 53118 53456 stop_codon_3 stop_codon 53454 53456 gene_4 gene 1 57079 59868 transcript_4 transcript 57079 59868 start_codon_4 start_codon 57079 57081 CDS_22 CDS 57079 57081 CDS_23 CDS 57228 57326 CDS_24 CDS 57409 57459 CDS_25 CDS 58763 58936 CDS_26 CDS 59239 59298 CDS_27 CDS 59827 59868 stop_codon_4 stop_codon 59866 59868 gene_5 gene 1 66518 71095 transcript_5 transcript 66518 71095 start_codon_5 start_codon 66518 66520 CDS_28 CDS 66518 66547 CDS_29 CDS 66909 67014 CDS_30 CDS 68852 69037 CDS_31 CDS 69481 70177 CDS_32 CDS 70852 71095 stop_codon_5 stop_codon 71093 71095 gene_6 gene 1 87847 91785 transcript_6 transcript 87847 91785 start_codon_6 start_codon 87847 87849 CDS_33 CDS 87847 88094 CDS_34 CDS 89284 89363 CDS_35 CDS 91703 91785 stop_codon_6 stop_codon 91783 91785 AUGUSTUS_tom_pot_cdna de novo gene_7 gene 1 7929 5280 transcript_7 transcript 7929 5280 stop_codon_7 stop_codon 5282 5280 CDS_36 CDS 5301 5280 CDS_37 CDS 5608 5452 CDS_38 CDS 7255 7204 CDS_39 CDS 7638 7555 CDS_40 CDS 7929 7765 start_codon_7 start_codon 7929 7927 gene_8 gene 1 11667 8974 transcript_8 transcript 11667 8974 stop_codon_8 stop_codon 8976 8974 CDS_41 CDS 9042 8974 CDS_42 CDS 9233 9119 CDS_43 CDS 9371 9301 CDS_44 CDS 9526 9488 CDS_45 CDS 10343 10261 CDS_46 CDS 10983 10911 CDS_47 CDS 11527 11394 CDS_48 CDS 11667 11619 start_codon_8 start_codon 11667 11665 gene_9 gene 1 25533 19376 transcript_9 transcript 25533 19376 stop_codon_9 stop_codon 19378 19376 CDS_49 CDS 19444 19376 CDS_50 CDS 19908 19734 CDS_51 CDS 20176 20103 CDS_52 CDS 20318 20253 CDS_53 CDS 25533 25336 start_codon_9 start_codon 25533 25531 gene_10 gene 1 33001 27456 transcript_10 transcript 33001 27456 stop_codon_10 stop_codon 27458 27456 CDS_54 CDS 27563 27456 CDS_55 CDS 28027 27941 CDS_56 CDS 28680 28575 CDS_57 CDS 28950 28763 CDS_58 CDS 29129 29063 CDS_59 CDS 29377 29284 CDS_60 CDS 29805 29681 CDS_61 CDS 30129 30088 CDS_62 CDS 30877 30807 CDS_63 CDS 31029 30948 CDS_64 CDS 31576 31468 CDS_65 CDS 32713 32586 CDS_66 CDS 33001 32868 start_codon_10 start_codon 33001 32999 gene_11 gene 2 64468 60952 transcript_11 transcript 61320 60952 stop_codon_11 stop_codon 60954 60952 CDS_67 CDS 61320 60952 start_codon_11 start_codon 61320 61318 transcript_12 transcript 64468 60952 stop_codon_12 stop_codon 60954 60952 CDS_68 CDS 61377 60952 CDS_69 CDS 62124 61930 CDS_70 CDS 62543 62193 CDS_71 CDS 62730 62640 CDS_72 CDS 62876 62807 CDS_73 CDS 63054 63000 CDS_74 CDS 63308 63130 CDS_75 CDS 63601 63394 CDS_76 CDS 63856 63735 CDS_77 CDS 64292 64235 CDS_78 CDS 64468 64373 start_codon_12 start_codon 64468 64466 gene_12 gene 1 97084 91982 transcript_13 transcript 97084 91982 stop_codon_13 stop_codon 91984 91982 CDS_79 CDS 92224 91982 CDS_80 CDS 92711 92310 CDS_81 CDS 93101 92951 CDS_82 CDS 93330 93189 CDS_83 CDS 93576 93411 CDS_84 CDS 93898 93683 CDS_85 CDS 94201 94002 CDS_86 CDS 94610 94493 CDS_87 CDS 95490 95352 CDS_88 CDS 95701 95575 CDS_89 CDS 95895 95784 CDS_90 CDS 96077 95997 CDS_91 CDS 96310 96157 CDS_92 CDS 96521 96401 CDS_93 CDS 97084 97018 start_codon_13 start_codon 97084 97082 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_1 match 122 39084 39749 match_2 match 101 87312 87626 match_3 match 246 69453 70163 match_4 match 168 87724 88083 match_5 match 102 87306 87626 match_6 match 246 69444 70163 match_7 match 168 87724 88083 match_8 match 107 87330 87632 match_9 match 270 69447 70160 match_10 match 172 87712 88080 match_11 match 110 16247 16609 match_12 match 82.4 15895 16131 match_13 match 126 87342 87659 match_14 match 172 87736 88086 match_15 match 375 69498 70175 match_16 match 131 87288 87659 match_17 match 172 87736 88086 match_18 match 375 69444 70175 match_19 match 125 58757 58939 match_20 match 82.0 51951 52196 match_21 match 132 53118 53441 match_22 match 77.8 51050 51223 match_23 match 79.7 50809 50958 match_24 match 43.5 51793 51867 match_25 match 107 39084 39746 match_26 match 223 69498 70175 match_27 match 105 87312 87626 match_28 match 244 69489 70163 match_29 match 168 87724 88083 match_30 match 103 87288 87632 match_31 match 268 69459 70166 match_32 match 176 87718 88086 match_33 match 103 87288 87626 match_34 match 254 69459 70163 match_35 match 169 87733 88083 match_36 match 107 87288 87626 match_37 match 261 69411 70172 match_38 match 173 87733 88086 match_39 match 106 16247 16603 match_40 match 87.4 15895 16131 match_41 match 104 37379 37834 match_42 match 285 39084 39761 match_43 match 130 87294 87626 match_44 match 174 87736 88086 match_45 match 380 69447 70175 match_46 match 236 69489 70211 match_47 match 96.3 87345 87626 match_48 match 157 87736 88086 match_49 match 132 87312 87626 match_50 match 311 69489 70172 match_51 match 181 87736 88095 match_52 match 79.0 51050 51265 match_53 match 66.2 50809 50979 match_54 match 106 87844 88080 match_55 match 105 69921 70160 match_56 match 91.3 87318 87635 match_57 match 118 87724 88080 match_58 match 208 69504 70160 match_59 match 141 39084 39746 match_60 match 73.6 16247 16633 match_61 match 73.2 15895 16131 match_62 match 22.7 15759 15812 match_63 match 62.8 52205 52537 match_64 match 52.8 50809 50976 match_65 match 35.8 51784 51867 match_66 match 54.7 51945 52085 match_67 match 84.0 51050 51220 match_68 match 68.9 87312 87626 match_69 match 170 69453 70163 match_70 match 122 87736 88083 match_71 match 79.0 87339 87665 match_72 match 77.0 87357 87644 match_73 match 99.0 87730 88074 match_74 match 192 69474 70172 match_75 match 110 87742 88086 match_76 match 212 69504 70175 match_77 match 282 69450 70166 match_78 match 159 87312 87635 match_79 match 209 87730 88095 match_80 match 183 39084 39743 match_81 match 79.0 51050 51229 match_82 match 75.9 50809 50958 match_83 match 161 69798 70163 match_84 match 199 87736 88095 match_85 match 134 87285 87626 match_86 match 340 69447 70172 match_87 match 189 87736 88086 match_88 match 134 87285 87626 match_89 match 340 69447 70172 match_90 match 189 87736 88086 match_91 match 136 87312 87635 match_92 match 295 69447 70166 match_93 match 198 87736 88086 match_94 match 134 87327 87635 match_95 match 294 69495 70166 match_96 match 198 87736 88086 match_97 match 112 87324 87626 match_98 match 310 69498 70175 match_99 match 163 87736 88083 match_100 match 114 87285 87626 match_101 match 310 69498 70175 match_102 match 163 87736 88083 match_103 match 107 87291 87638 match_104 match 215 69474 70163 match_105 match 129 87739 88083 match_106 match 102 87339 87638 match_107 match 268 69462 70163 match_108 match 162 87733 88083 match_109 match 113 87315 87626 match_110 match 144 87733 88086 match_111 match 280 69441 70166 match_112 match 89.0 87342 87626 match_113 match 207 69498 70166 match_114 match 139 87730 88086 match_115 match 122 16247 16609 match_116 match 85.1 15895 16131 match_117 match 122 16247 16609 match_118 match 85.1 15895 16131 match_119 match 180 39084 39743 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_120 match 105 5612 5451 match_121 match 26.2 92197 92123 match_122 match 125 92711 92310 match_123 match 26.2 92197 92123 match_124 match 125 92711 92310 match_125 match 28.1 92224 92099 match_126 match 71.2 93307 92948 match_127 match 107 92711 92313 match_128 match 51.2 93579 93421 match_129 match 72.0 93880 93686 match_130 match 123 96522 96157 match_131 match 159 93331 92948 match_132 match 156 95705 95352 match_133 match 54.3 96110 95994 match_134 match 68.2 92227 92096 match_135 match 138 93922 93686 match_136 match 234 92711 92310 match_137 match 59.7 94091 94002 match_138 match 102 93579 93412 match_139 match 70.1 95898 95785 match_140 match 120 96522 96157 match_141 match 159 93331 92948 match_142 match 156 95705 95352 match_143 match 54.3 96110 95994 match_144 match 68.2 92227 92096 match_145 match 138 93922 93686 match_146 match 234 92711 92310 match_147 match 59.7 94091 94002 match_148 match 102 93579 93412 match_149 match 70.1 95898 95785 match_150 match 117 92762 92316 match_151 match 99.0 95699 95352 match_152 match 42.7 92224 92096 match_153 match 79.0 93916 93686 match_154 match 58.2 93579 93430 match_155 match 40.4 94091 94008 match_156 match 47.4 95886 95788 match_157 match 119 92762 92316 match_158 match 94.7 95699 95352 match_159 match 40.4 92224 92096 match_160 match 78.6 93916 93674 match_161 match 54.3 93579 93436 match_162 match 37.7 94091 94005 match_163 match 43.9 95886 95788 match_164 match 94.7 95699 95352 match_165 match 40.4 92224 92096 match_166 match 117 92711 92316 match_167 match 79.3 93916 93674 match_168 match 54.3 93579 93436 match_169 match 37.7 94091 94005 match_170 match 43.9 95886 95788 match_171 match 95.1 95699 95352 match_172 match 40.4 92224 92096 match_173 match 118 92711 92316 match_174 match 79.3 93916 93674 match_175 match 54.3 93579 93436 match_176 match 37.7 94091 94005 match_177 match 43.9 95886 95788