C02HBa0144P17.1 CTTCAATTCTTTCTACTACAAATTCATTTACCAATTTTTGGGTTTTCCCACACTTTTCTT CTTTAAGGTTTTCTTCTGAAGAAACTTTAATTGTTTCACATTCTTCTTCTCTTCTTGTCA TTCTTGTGTTTATTTTTTTTACTTACATGTGATTCTTGGTAATAATGGGTGAAGAACACT TGACCATTGATCCTTCTGATAGAGCTGTTGAACAGGTTTTTCTTCTTTTCTTGATTTCAT TGTTCTGTCTAGTAAATTCTTTTTTTTTCTCCCTATACTAGATTCTGTTTTCCCTGTTAT GTATATTTTTAGTAATGTTAACTAACAAGGGGTTAACGACAATTTCTTTTAAATTACCAC AATTGTTTGATCAAGGCATTGAAAGCTCCTATAGTGTTACATGAGGAAGCAGTTTTAACA TGTCTGTGACAATCTTGTATTTGTGTTTATTGTCTGTAACATTTTCTTTAGACCTTTTTT TTGTTGCAGTTTTATAGTATTATATAGGTCTAGAGAGCTGTTAATACATGAAAAATATGT TTTTGTTCTTGTTGCTTTGGAAGATTAAATTAGAAAACTTTATGATCTCATTACAGCTTC TTCTCACATTTGGTTAAATTTTAAACCTTATGTCTCTTAGATCTTCTTCACTAATATTAT TTTCCTTGATGATGGCCTCATATAACCGATGACAATTTGTTCGGGAGTAGGCACAATTAC TGTTGTTGTTGTCTCATGAGTCTTCTATGATCAACTTATGGTTAAATTGCATATTTAACT TTTTTTTTTTTTGGTTATATAATCTCTCTTGGTAATTGTAGAGTGAAAAACTATGTTTTT TTTCTCTGATATCACCCCTTTATTTGTTGTTACTTCCTCCAGGCAATAGTTGCATTGAAG AAGGGGGCACATCTTCTGAAGTATGGTAGAAGAGGGAAGCCCAAATTCTACCCTCTAAGG TTATCCGCGGTAAAGTTCTAATGAAACACATCTCATTCCTTTTAACCAAGAAAATTGTCA TAACAAATAATATAATGGTTGGAATTTTGTACTGTCTGGTATAACTGAATAACCAATTGT TCTTATTGTCAAAAAAGGAGATACAATAAATTACTCTAGTTTTCGCTGTAAAATATGGCT TGACGTCCACTTGTATGCAGTCAATGGAGAGTGTTATTAGGATCTCCCATTACTTTGATC CCGATGGTGAAAAAATGATGATCTATTCCAACTGCAGAACTAAGAAGACAGTAAATCCTT GTACATTAGAATTCAACTTAAACCTCTATTAGTCCTTCTTTTCGACAGAAACAATAATAT TCGAATTGTTTTAACAATGAATTAATAATGAGATGGGCAAAGTTCCTCTTTGCTTGAAGT GTTATTATTTGTATGTGGATGTGCCTCTTGGATTGAGATTGTGCACTAAACTATGGTTCA AGCTCATAATGTCATTGTCATTTGATGTCTCAATTATTGTTGGTAAAGTAAATGGATTTT TCTTTCTTTCCAGGATGAGAAGTTTTTGATCTGGTACTCTGGTGAGAAGGAAAACCAACT GAGGTTAAGTTCAATCACGAATGTCATCCGCGGCCAAAGTACTGTAAGCAGTGAGGCAAC CTTTCATATTAATATACATGACATATTCTCAAGATATATGTGAGATTTCCTTTTACTTGA CAAGATTTTTTTTTAATTAAGGTAATTATTCAGCCTGAAATGGAAAATCAATGCATATCA CTTATATATGGAAATGGCGAGCGCACTCTTGATCTGGTATTTTGTCCATTACTCCTAATT TAATTGAAGGATGTTGTACAACAGTACAATCATGCATGATTTGTATTTCTGTTTATCCTT TTGTTGTAATTTGTTGTTTCTCTTCTTTTTATAATTTATTTTCAGATTTGCAAGGATAAA ATGCAGGCAGAGACTTGGTTTGTAGGCCTGAGAGCTGTAATATCCAGGACTCATCATCAC AGGATGGTGGACTCTCTGAAAAGCAAAAGAGGTACACACAGTTGCATCAGTAGTCCAGCG GGTTATATGCGGAGGAAACAGAATCTTGGACTTTCAGCAAAGACAATCAGACTGTCTCAG GTTCTTGACATCTGTCTTTGTTTTATTAAGTTCTCAATGCTTAACCTTTTGATTAACTTA TTAACTGTTATTATCCCTGTGTTTATTCTTCTTCCGTCTTCAGAATGTCCTACTATTTTG TTCTTGTCTGTAAACTAGCTTTGATATTGTTCTTAGTAGTTTTATCACTTGACTTCTGTG AAGGATCTCGATTCTGTTAGTTCCTGAAAGAATGAATTTGCTCCAAAAGCTTCTGTTTCC GGTACACAATCTAGTACTTATATGTTAAGTTGCCACTTTGATGCTGAATTTGTATCAAGT CTGTGAAGGACAAACAGAAAAAATAAAAATTGCTGGTGATAATAATGGCTTAAACAACTA AGAGAGAAAAAAGGATTGGTAATAGACAGTGGTCGATATTTATTCTATAGCTTCTCGAGA ATTGTAATCTGTAACCGATTAAGTAAAAACTTTTGTAATCGTTATGAGATCATTCCTCAT GAGTGCTTCTCCGTGATGTGGCTTGATGTCATTTTCTACATTGTGTTCAAATGTTGCTGT TGGTTAGTGCACCTGTACTTTGATATCAGTTACTTTTCTTTTGCGAGTTCAAAGCTAAAA AGGAAACTTGCATTTTGATCTTTTATTTCTCAAGATTATCTTTCTTATATTTTCTGTCCT TCTGTGGCTATGTATTGTAAGACCTGTAATGAATAAGTTCTTTCTTATCTGAGAGAACTA AAAATAAAACATCCTTAATTTGCCATTACTCTAAAAATGATATGTACTTATTTGATCAAG GTTCGCAGCTTAGCGGGGAGTCCCACTCAGTCATTTTCAGAAAGGTGTTTTACTGACGGC TTATCATGTTCTTCCGAGAGCTTTTTCTCAGAATCAAGCCTATCAAATGTAATGGATAAT TTTACTTCATGTTCGTCATATTTTGAACCAGATGACTTAAGCCAGACGAGAGCATCTTGT GCTGGGACTGAAATCCAAACTGATATGCTTGCTCCACTTTTACCATCCAGTAATGAGTCA AGACCATTTGGAAAGAATATACTGCGGGATGTTTTTATCTGGGGAGAAGGAGCAGAAGGG GGGTGCTTGGGGGTTGGGGAAGTGAAGTTGGATGCTTTGTCACCCAAACTTCTTGAGTCC ACTGTGATGCTTGATGTACAAGCAATATCCATTGGTAGGAGTCATGCTTCCATAGTCACC AAACAAGGTGAAGTTTTTTGCTGGGGTGAAGGAAAGAATGGACGTCTTGGGCATAAACAT GATATGGACACTGCACGACCAAAGCTGGTTGACTCTCTTAACGGGGTTCGAGTAAAATCT GTCTCTTGTGGGGAATACCAAACATGTGCCCTGACCTTTTCTGGTGAACTATATACATGG GGGGACAACTCTCTTTGTGCTGAGTTGGTAGGTGAGGAAAAGAAGAGAAGCCATTGGCTA CCAAACAGAGTATGTGGTTCTCTGGGTGGTGTAAAAATCTCTTATGTTGCTTGTGCAGAA TGGCACACAGCAATTGTTTCAACATCTGGGCAATTGTTTACTTATGGAGATGGAACTTTT GGGGTTCTTGGTCATGGAAATCTCCAAAGTGTTGCTCAGCCCAAAGAAGTTGAGTCACTT AGAGGTTTGTGGGTCAAATGTGTTGCATGTGGGCCATGGCATACAGCTGCAGTAGTGGAA GTCATTGTTGATCGTCTTAAATTCAACAATCCAGGTGGAAAGCTGTTTACATGGGGTGAC GGAGATAAAGGAAGGCTTGGTCATCCTGGTGAGGAGACAAAGCTCTTACCGACCTGTGTG GCAAAACTTGTTGATCATGATTTCATTCAAGTATCCTGTGCAAGCACGCTAACCGCTGCA CTATCTAGCACAGGAAAAGTTTATATGATGGGAAGTGCAGTGCATGGGCAACTAGGCAAT CCAGAAGCCAAAGATAAATCATTAGTGCTTGTGCAAGGAAAACTTAGGGAGGAGTTCATT ACAGAGATATCCTCGGGATCATATCATGTTGCTGTGCTAACATCAAGGGGAAGTGTTTAC ACATGGGGGAAAGGAGAAAATGGACAGTTAGGATTAGGTGATACAAAAGATAGAAGTTGG CCAACTTTAGTTGAATCACTGAGAGACAGGCAGGTGGAACATATTGCTTGTGGGTCAAGT ACTACAGCAGCAATATGTTTGCACAAATCTGCATCTAGTACTGATCAATCATCTTGCAAA GGATGTAACATGTCTTTTGGAATTACGAGGAAGAAGCAAAACTGTTACAATTGCGGCCTT CTCTTCTGCCGCACGTGCTGCAGCAAGAAAACCCCAAATGCCTCTCTAGCCCCTGACAAG ACTAAAGCTTTTCGGGTATGTGATCCATGTTTTTATCAACTTCAGAGGATTGCTCAGTCA AGCAGGTCATCCAAGCTTGAAAACCGTAGTCCAAGACCCTTACCGATTACCATAAAAGCA GTTACTTGTGAGAAAGTAGAGCGAGACGAGGCAGATACTACGTCAAGTCGAATGATGTCG ACAAAAAAGTATCTTACTGAGAACAATCAATGTTTTGACAGAAGGTCTGCCAACAGTCTA GGAGAAAGTAGGCAGTTCTCTGATCCTGTTACGTCCTTGATGGATAGTTTTCCAAGATGG GGCCAAGTTCCTTGTCCAAAAGTCTTTAGAAGAGACTATGTACAGATGAGAACCCAAAAT CCTCATTTGAGGAATTCACTGGCTTCAGCTTCTCCAACTTATTTCGTAGAACCAAAAGTT GTCCTCTCTGCTGGTCTAACTATGGAGGAAGACTTTCAAGAATCGGAAAAGATCCTACTT AAAGAAGTTTGCAAGCTAAGAACTCAGGTAATCCTAATATCCAGAGTAGAGACTTTGTTA TTCAATTGCTTATACTTGGCTGAGAGTCTGAGACCATTAAATGTTGATGCACAACTCTGT CTGTTTATAATTGTTGCTTTGCCGGTGTACTTATGTGAAGTAATTCAGCATGAAGCTTAT TGTTTAACTGGTTTAAAAAAATTTCAGAGGTGAATAGCACAACCAATATGTTTATTTCAC ATATAGTTTCAAGATTCATATTTAACAGATGTTCCCTGCCAATTATCTCAACTTACATTA CTGACTTCAGTTGTATAGATGGATGGACATTGAGAGGGCAGTTTTCTATTATAAAACTTT CTGTATATATGCCTTTCACATAGCATAACATGAACATCAGCATTCTACTGTAAGAACTTT AGATACACAGAAGATTGCTTCTCTTCTCATATAGTGTTTGATTGGTCATACTTAGTAAAA ATGGTCACGATTCTGACTGCTTTGCATATGTACTGTAGGTTGAAAGTCTTGAAAGATTAT GTGAAACAAGAAAGGAGAAAATTCAAGAGAGTCAACAAAAAGTTGAAGAAGCCTGGTCAG TGGCTAAAGAGGAAGCTTCTAAGAGTAAAGCAGCAAAAGAAGTTATAAAAGCTTTGACAT CTAGGGTAACTATTTTGTGAGTTAATTATTTTGGCTGTCTCCTTCTACAAAACAATTTGA TCCATAGTATTATCCCTTGGCACAAATTTTTTAAAGAAACTATTTTGTTGATATGTCCGT AATTCATCTGTGGTGGGATGCCTCTTTTGTTTTTCCGCTGAAACTTGTTATGCTAATTGC AGCTTCAGGCAATGTCAGAGAGCTTTTTTGCTGGAGCAGAAGCTAATGTTCAAGCTATTG CCAATGTACTGCAGACCACATCAACATATTCAGATAGCCAAAATCATACAAGTGGACACC GAATTGTTGTGCCTGTTGCAAACACACAACTAGAGGAGAGAAATGTTGATAGCCTATGTG GTTCTCCAATCGTATTCTCTAGTACTTTAAGATCCTTCTATAACAAAGAAGACAACGTGG AGTCCCGATCAACAGAAGAGTCTTGTAAAGAAACTGATCATGTCCAAGCTGGGATCAGAA CATCAAAAGTTGAATGGGTGGAACAGTATCAACTCGGTGTCTTCATTACGTTGACAATAC TGCCAAGTGGAAATAAGGGACTCAAGCGAGTCAGATTCAGGTATATCTCCTTTCATAAGT TGTATAATACATAAAATTTTCCACCTTTGATAATAGGTTACCAAATGGTGTTTTGGTTGA ATTTTGCAGTAGGAAAAAGTTCACTGAGAAGGAAGCAAAGAAGTGGTGGGAAGAAAATCA GCTTTCTGTGTACAAAAAGTATGATGTTGAAGGATATGAAAATGTGAACCAAGTTTTGCT GAAGAAGTAGTCTCCACTTCCCTTTTTCTTCACAATGTAAATTGAATATGATTACAGTAG TGATTAATTTCAGGTTACAGAAAGGATTATTTAAGGAACTTAACAATGTAAGAGGAAAGT GCAATGTTGTATTGCCAATGGAATATGGAAGGACTATCATACATAATTAAATATAAGGTT GTTATTAGTATTTGATAAGTCAAAGTTCTTTTTCTTAAATTATGACAAAAAAATCAAATG TTTTCTAAGATGTTTTAATTAATTTAAATTCTTGTGACTTAGATTTTTGATTGAATCAAA TGTTTTCTAAAACTATAATGTTTGTTCCAATGGTTAAAAATTTTATGGTGAATATAAGAA AAATACAAAATATTTTGAGGCTCTGGTTATTTAATTTTTGAAATTTATGGAGTGACAAAG TACTCTAATAAAAAGCATTTTTATTGTGATATTTTGTATGAAATACTTGAAAAAATGATA AATAATATCATAATGTTTTGACTTTTGATATACTTGGGTTACTTTATCCATAAGCTTAAA AGTTTTGATTGAATGCTTTGTTATAAAATCAAGCTCATGGCAATATAAATATAAAGAGAT GAAAACAAGAGAAATAAGATGGAAGAGAAGACTTTCAAGTGTGTTCTACAAAAGGTGAAT GATATCTTTATTTATAGAGTTGAGATATCACCCCAAAGGTCACCATGATAAATTCCCAAT TAGTAGGTACATAGTTATCCAAATGGTTCTTATCGCCTTGAAAACATGTATACATGAATA CAATTAAGTTTTGAGTATATCTAAAGGAAAATCCACACAATTCAATGGATTTATAACATG CTTAAGTTTTTCCATATGATATAAGAATTGTTACAAATATAATAACAAAAAAAAAATTAT AGACAAAGTAAGTAATAAGATGAAAGTATAATTTTTTTAAAAAATTATGTTTTTCCAAGT GTATTATATATTGCTATCTCAAATTTATATTTATGTTTTGTTATATCAAGAGAGATCATT ATATTGTCTTAAATATGATATTAATTAAATCGATCACAGAATAGATTATAGAAGTGTGAG AGATTAGGAAAATGTTATGGAAGATCAGGGAACTGTTTTAATTTTTAATTTTTTAGTTCA TTTTATCGAAACACATTTTCTCAACTTATTTAATTAAGCTTCTAATTAATTCGTTTTGGA CAAGAAAACTAATTAGCGTGGCCTTTTAATTTCCGCTTTAAATAGATTTTTTTTTTATCT CTCGATATAAATATAAAATACGCACTTAATGTCCTCTACAAAATCCATTCATAATTTACG TTAAATATGTTATGGACGACTTGTTATTGAATTGGAGATCTTAGAATTTTTACATTCTCC AATTTATTTCATTTATCATATTTTCTTCTCCACAGACTATGAGAAAATATTAACTTTTTC TATCATCTTTACTTTTTCTCTATTATTCGGTAAGAATAGAAATTAGTTACTACGTATCTT AATTTTTCAAAATAACAATTGTTTTATTTGGTTTTTTTAGTATTGGTAAAATTACAGAAT GCCCTTTCACTTGTCATTTAAATCCCGGCTGTCGTCCGGCGCCTCCGCAACGGCATAAAA CCCTTAGCCGTAGAATGACCTTAAAGCTCTTCAAGTGTGCTCTTCCCATTCGTTTTCTTG GTAATACATTCAAAATTTCTTCAAGATTCATGTGCGCCGACAATAAACTCGATGAACTGG TAGACTCACTATTGAAATTCCCAGAAGATGAATGTACTCCACAAGAAGAAAATAAGTTAA AAGAATCATCTTTTTCAGTTCAAGAATTGGGTGTTTTGCAAGATTCAATCTTGAGTTCAG TTAGCTCCAAAACTGACACTGGTAAGTTTCCAGAAGATGTTTTCTTGATGATAAATGCTA TTAGGAACGGTAATGATGGGTTTGGAGAGAGAACTGAGAAAGCTCTTCGGTCGTTTAGGG AGAAACTCAACCCTGGTTTAGTGGTTGATGTGTTGAGAAATATACATAACCCTGAATTAG GTGTTAAGTTTTTTAAATGGGCTGGTAGACAAATTGGGTATGTGCATAATGCGTCTGTTT ATGATGCTTTGTTGGATTTAATAGGATGTGTTGGTGTACCACAACATTTATTTAATGATA TAGGAAAAGACGATAAAGAAGTTCTTGGAAAGTTGCTTAATGTGTTGATAAGAAAGTGTT GCAGGAATGGGTGGTGGAATTCAGCACTGGAGGAGCTAGGGAGGCTCAAGGATTCTGGTT TCAAGCCCTCCGCTGCCACTTATAATGCATTGGTTCAGGTGTTTCTGCAAGTAGATAGAT TGGAGACTGCATCTTTAATATACAAAGAGATGTCAGAGTTGAATTTTAAGATGGATAAGC ACACAATAAATAGCTTTACACGATCATTGTGCAAAGTGGGTAAATGGAGAGATGCCCTTG ATTTAATTGACAAGGAAGAGTTTGTGCCTGATACAGTGATTTATACTAATATGATTTCAG GATTATGTGAAGGTTCCTTCTTTGAAGAAGCAATGAATTTTCTCAACTTAATGCGCACTA TTTCGTGTATTCCTAATACTGTAACATATCAAGTTTTGCTTTGTGCACTCTTAAACAGGA GAAAACTTGGTCGCATCAAGAGGGTTCTGAATCTTATGATTTCGGAAGGTTGTTATCCAG GTCAGAAAATATTTAATTCTCTTGTACATGCATATTGCAGATCAGGAGATTACTGGTATG CCTACAAATTGCTCAAAAAAATGGATGGCTGTGGCTGTCAGCCAGGATATGTTGTTTACA ACATATTGATTGGTGGTATTTGTGGCAACGAGGAGTTACCAAGCAAGGATGTACTAGAAC TGGCTGAAAATGTATATAGTGAAATGCTGACTGCAAGACTAGTACTGAATAAAGTCAATG TGGTCAATTTTGCTCGATGCCTCTGTGCGTTTGGAAAATATGAGGATGCTTTTAGTGTTA TTAAGGAAATGATGAGCAAAGGTTTTGTACCTGATGTCAGTACATACTCGAAAGTTATCG GTTTTCTTTGTAATGCCTCCAAAGTGGACAAGGCATTCCTGTTGTTCCGAGAAATGAAGA GGAATGGAATTGTTCCAGATGTTTATACTTACACAATTTTGATTGATAGCTTTTGTAAAT CTGGCCTCATTCAACAGGCTCGTAATTGGTTGAATGAAATGATTCAAAAGGGTTGTACTC CTAATGTAGTGACTTACACAGCTATTATCCATGCTTACCTCAAGCAACGGAAAATTTCAG ATGCAAATGAGCTCTTTGAATCAATGTTAATGCAAGGATGCATCCCAAATGTTGTCACTT TCACTGCTTTGATTGATGGATACTGTAAAGCTGGACATTTAGAGAAGGCTTGCCAGATCT ATGCAAGAATGAAGGGGAGTTTAGATACCCCTGAAGTAGATTCATACTTCAAGGTTAATC TTGATGGTAATAACGAACCAAATATTGTTACATTTGGAGCTATGGTTGATGGATTGTGCA AAGCACACAAGGTGAAGGAAGCTCACAATCTTTTGGATATCATGTTAGCGGAAGGATGCG AGCCAAATCATATTGTGTATGATGCATTGATTGATGGGTTTTGCAAGGTTGGTAAGCTAG ATGATGCACAGGAGATATTTGCTAAAATGTCAGAATGTGGATATAGTCCAAGCATATACA CCTACAGCTCTCTAATTGATAGGCTATTTAAGGATAAACATTTGGATCTTGCTGTAAAAG TCTTGTCTAAAATGCTCGAGAGTTCTTGCCCCCCAAATGTTGTTATATACACAGAGATGG TAGATGGTCTTTGTAAAGTTGGTAAACTAGATGAAGCTTATAAACTTATGTTGATGATGG AAGAAAAGGGTTGTCATCCAAATGTTGTAACCTATACTGCAATGATTGATGGATTTGGCA AAGCTGGAAAAGTGAATAAATGTCTTGAACTCATTGAGAGTATGGGTAATAAAGGTTGTG CGCCAAATTACATAACCTATTCAGTTGCAATAAAGCATTGTTGTGCTGCAGGATTTTTGG ATGAGGCTCTCCAACTCCTTGAGGAAATGAAACAAATAAGTTGGCCAAAACACATGGCCA GCCATCTTAAGGTTATTGAAGGCTTCAGACGGGAGTACTTAGTCAGTCTGGGTATATTGG AGGACATGAGCGACAACAATTTTCTTCCAGTTATTCCAGTTTATAGGCTTCTAATTGATA GATATCAAAAAGCTGGAAGACTTGAATCTGCCGTTGAGCTACTTAAAGAGATTTCATCTT CTTCGCCATTTCCACATCTTGATAAGAGAATGTACTCTTCTTTGATTGAGTGTCTTTCTG TTTCAAACAAAATTGATCTGGCATTTGAGTTATATGTGGACATGATGAACAAAGGTGCAG TTCCAGAGCTGACGGACTTTGTTAACCTCATCAAGGGCTTAATAAGTATGAATAAATGGG AGAATGCACTTGAACTCTCTGAGAGCTTGTATTACATGCTACATGCATCGAAGTCCACCA CCATTCAGCTCCTTTAGAGGTCAAGAAATGATAACATTGAGACCATCAAATCCTGAGGCA CTACCTGCTGGCACCTCATATACATTCTTGGAGCTGCACTGGTTGGAAGGCTGCAGTTTG GCCTTTCTTATTACCATATACCTGCTCTGGCAGCTGAATGAGCCAGTATTTTCTGATCGA GCCGTTAAACAGGTTTTTCTTTCTTCAAATTCTGTTTTTTTTGCTTGCTTTCATTGTTTT GACTAGTAAGTTCTTGTTTTTTCCTGGACTAGATTCTTGATATTTGCCGTATTCCCCTTT TTATGTTTATATTTTTAGTATTGTTGTCTAACAGTGGTAAAGAATAATTTCTTTTAAATA ATCACTATTGCGTAATCAAGGCATTCAGAGGTCCTATATTGTTCCATGAGGAAGCAGTAA TTTTTTGTGACATTCTTGTATTTGTTTTGCAGTATTTGTTCCTCCTAAAGTAAACAAGTT CCGAGTGAAAGCTATATGTATCAGGGCCTTGAGCTAATTGCTTTTATTTAGACCTTCTTT TGCAATTTTATAGCATAATATAGGTCTAGAGGGCTGATGATACACATCATAGTATAAAAG AAAATACTTGCGGAGATTCATTTTTAAAAAGTTGATGAAAATATGTTTATGTTCTTGTTG CTTTGAAAGATGAATAGAAACTTGATGATCTCATTAGAACTTTTTCTTTGACATTTTCCC TCCATATTTGGTTAAATTTTAAACTTAGTTTCCTCAGAAAGATTATATCCTCTAATTTGG TCATTCACCAACACCATTAAATCTTCTTCTTGCTTAAGTTAGCTCACTAATATTATTTTC CTTGATGATTGTCTTATTTAACTGACCCTATTTGTTTGGGACTTAGGTACAGTTGTTGTT GTCTCATGAGTCTTCTATGATCAGCATATGATCTAATTGCAGATTTAACATTTTTATTGT TAGATATCTATTGGTAATTGTAGAGCGAGAAATTATGTTTTTTGCTGATATCACCCATTC ATATGTTTTCTTTCGGGGTCACGTTGCTGTTGACGATTTAAACCAGCAGGAAATTTTATT GTACTAACATCTTTTTTTCTCCTCTTGTTACTTCCTCTCTCAAACAATGTCCAGGCAATA ATTGCATTGAAGAAGGGGGCACAACTTTTGAAGCATGGCAGAAGAGGGAAGCCCAACTTC TATTCTCTTAAGGTTATCCGCGGTAAATTCTTAATGAAACATATATCATTGCCTTTTAAC CAAGAAAGTCGTCATAACAAATAATATAATGGTCGGAATTTTGTACTCTCTGGCATAACT GAATAACATATTGTTCTTATCGTCAAAAAAGGAGATGCAATAAATTACTCTAGTTTTTGC TGTAACATATGGCTTGGAACCAAATTATACCTTCTGCTGAATCTCCCATTACTTTGATCC CGATTGTGAAGAAATGATGATCTATTCCAACTGCATAACTAAGAAGACAGTAAACCCTTG TACATTATAAATCCATTTGGACCTCTGTTAATTCTTCTTTTTTGACATGAACGATAATAT TAAAATTGTTTTGATAATGTATTAATCAGAGACGGGCAAAGCTGCTCTTGACTGGACGTG TTATTATTTGTATGTGAAAGTGCCTCTTGGATAGAGATTGTGCACAAAACTATGCTTCAA GTTCCTAATTATTAATCAGACATGCATCTTTTTGTTGTCTATGTTCTGTTCTTCATCTTA AAAGCAAAGATTTATTTGGGATGTGCGGAGAAATGTGAACTATTTTGTAGTATTAAAGAA GCCTACAAGAGCTGGTGTTCATGGAGAGTTGGGCAACCCATCATAAAAACATGGCGTATG GTGCCTGCAGCTATTTTTTGGTGCATCTGGAACGAAAGGAATCGTAGATGTTTCGATGGG GTTTCAATTCCTAACCACATTCTTAAATCCAACTGTTTAGTCTTGTTATATAGTTGGTTC AACCTGGCCCCTGTAACCACGGTTAATCTTTTTTTGGATTTTGTGTGCTCTTTTGTCATC TAGTAAATCCTTGTACAGGACCAGATACTTTTTTTTGCTGTAAATATTTTCCTTGCATCT TCTTGATGCTTTCTAATGAATTATCCTTCCTTGATTAAAAAAAAAAAAAAAGAAAAGCCA AAAAGGTCAATGTGGATGCTTAAGCATAATTAATCTTGAAACTAAAATCAAGGGTTGCAT TCTTAGAGGATTGATGATTTTTCCATCAAACAAGTAAAGAATTTATAATTAACTGATGGA CACAATACCAAGTTCCTCTCTCTTAAACCTCTTCTAGTCTGTAGTCTAGGCATCTGCATT TCATGGAAAGGTTGAAACGTAGAAAAAAGTAAACATTTGGTGCTTGATCTTAAGGTCTAA TGTGTTCTTATAAAGACAAAGTTGTGTCTCTATGAAAGTCTAATTTTAGATGGACCACCG AGGAATCTGTATGTTTGTCCTTCTAAACTCCTACTTTTATCTAAAGCAAGTTAGACCTAT ATCACCACATCGCAGGCCAAACCATTTTCATTTTTCTGTTTTATGAATCATTACCATTTG ATGTTTCAGTTATTGTTGGTGAATTATGTGGGTTTTGTCTTTCTTTCCAGAATGAGAAGT TTTTGATTTGATACTCTGGTGAGAAGAAAACCAACTGAGGTTAACTTCAATCACAAATGT AATCCGCAGCCAAAGTACTGTAAGCAGTGAGGCTACCTTTCATATTAATATACATGACAA TTTTCAAGATATATTCTTAAACCGTGAAATTTCCTTTTAAGTGACAAAGAGTGTTTTGTT TTCTAATTAAGGTAATTCTTCAGCCTGAATGAAAGTCAGTGCATATCACTTTTATATGAA AAATGGCAAGCGTACTCTTGATCTGGTAAATTGTCCATTCCTCATAGTTTAATTGGGGGA TGTTGTATAAAGTACAAGCTTGCGTGCTTTGTACTTCTGTTTGTCATTTCATTAACATTT GTTGTTTCTTTCTTTTTATATTTCATTTTCAGATTTGCAAGGACAAAATGCAGGCTGAGA CTTGGTTTTGTAGGCTTGAGAGTTATAATATCCAGGACTCACCATCACAGAATGGTTTGG ATCCTCTGAAAAGCAGTAGATGTGCACATAGTTGCGTTAGTAGTTGGAAGAAACAGAATC TTGGACTTCCAGCGATGACAATCAGACCTTCTCAGGTTCTTCACATCTGTCTTTGTTTTA TCAAGTTCCCAGTGCCTAACCTTGTGATTAACTAACTGCTATTATTCCCTGTATGCAATC TTCTTTCATCTCGGGATGTCTTTCGATTCTGTTAGTTCCTGACAGCATGAATTTACTCCA AAAGTTTCTGTTTCCAGTACACAATCTAGTACTTGTTTGTGGAGTGGTGAGTTTGGTGCT GAATTTGTAACAAGACTGTTTGAAAACCTGTGATGGACAAACAGAAAAGTTAAAAATTAC TGGCGATAATAAATGGCTGAAATAACTAGAGAGCAAAAAAAAGATTGCTTATAGACAATG GTCAATGTTTATTCTATAGCTTTATCGAGAATTTTAGTCTTGACTGATTAAGTAAAAACT TTCATAATCCTTATCAGATCTTTAATCGTGCTTCTCCCTAATGTGGCTTGACGTCATACT CTACATTGTGTTCAAATGTTGCTGTTGGTTAGTGAACCTGTACTTTGATATCATTTACTT TTGTTTTGTGAGTTCAACTCTAAAAAGGAAACTGCATTTTGAGAATTATGAGATGGGAAG AAAGAATACCTAAGATGGGTTCCAATATAGGAGATCAAAATTCATCTGCTGCACAATGGA ATGCTTAAATATGCTACTTTGTATAGATGGATGGACATTGAGAAGTCATTTTTCTGTATG TATGCCTTTCACATGTATGTTTGTTTTTTCTATAGGCTCTGCATATTTTGTGGCATAGCA TGAACATGAGGTGTGTTGGCATTCTACTATAAGAACTTTAGATAAGCAGAAGATTGCTTC TCTTCTCAAGCTAATTAGGTGGAAATATGCTGTTTCTCTTTTCGTGTAATGTTTGATAGG TTATAGGTTCTAATTAGGTGCCTCAAGAGTCAAGATTCTGACTGCTGTGCATTATACTGT AGGTTGAAAGTCTTGAAAGATTATGTGAAACAAGAAAGGAGAAAATTCAAGAGTCAACAA AAAGTTGGAGAACCCTGATCAGTGGCTAAAGAGGAAGCTTCCAAGAGTAAAGCAGCAAAA GAAGTTATAAAAGCTTTGACATCTAGGATAACTATTCTGTGAGTTAACTCTTTTGGCCGT CTCCTACTATAAGACAATTTGATCCATAATGTGCGTCAATTTATTACCATTTGCCACGAT TTTCCTAAAGAAACTATTGTATGAATCTGTCCATAATTCATCGGTGGCCTGCATAAATGT TGTTCTCGATGCAAAGGCCCATACAATTACCTTTTCCAACTATAAATAATAAATATGCCC TTTGATCGCTACGTAAATTTGCTAAAAATGCCAATGCCGCATCACCACCTTTTCGGACAC CTGAACTCTTGACTCAAAATCTTGAGAGTTGAGCCGTATAAATCAACCCCAAAGCTAAAG CAGTCCTTTTAGGATGAGGTTGATGCTTTTATATGTCTTGATCAGAGCCTGGTCCAGGTT CGAGAATTTCCCTTTATAAAAATGAAGAGTAGAAGGGCTCATCCCAGAAGTTTTTCCTAG AGGTGAAAGGGAAGGGACAGTGGTACTTATGCAGGTCGGGTTAAATGAGCTCCATGGGTA AGTAATTAAGTGCAAGCTCCAACTGATGCCATTGATGTAAAAAGGACATCTATTATAGAT TGAGCTAAATGCTGAATCATAAGTAGGGTACCAAAAATTCTTGACTTACCGCCAAATCGT GCTTTTCCTTTATTACTATTATGTTCTAACCTTACATCGTTAAAGTAAGGATTAAGTTAT AGAAGTAGATACGAAATAGAAAGAGAGGAGAGGAGAACTTTACTTCTCTTGTGAGGCATA AGCAACAGCAAACAATCTCTAACTAAAAAGTTTAAGATCTTTCGCATCTTGTTAGTGTTC CGTGACCTTTGTTGAGGTTTTTGATCTACCTACAAAACCTAAGTCCATCTTCTTAAATCA TGGATCATGTCTGTTATTTCTTGCTACTATTTGTAGAACTAAATTCAGGTGTGTTCTGTG CCTCTGAACAAATTGTTGTAGTTTGTGACACTCCACTATATGTTTTTGATTTCACCTCTA CAAGAAATGCAAGACTTTGTGTTAGAGGCTTAGAGCCAAAAGAAAAAAAAAAGCAATGAA AAAGAAAGAAAAAGGTGACTTGTTGTAGCTGCTCAGGTGGTTATGTTTGAAACCTTAGTT TTGATAAGAGTCTTGCAACTGTTATGATTATGTAGCTTATAAATTGAGAATGATTTAAAG GAGAGTTTTTGTAGTATGGTTTAAGTTCCATTTGGTACCTAAGTGTCCAGTCATATATCA TTTTTCTCCCATAATGGAGTCTGGTAAAATGTGCTTCTCACAAGCCAAAGCATAGGGTAT CACTGCCAAATGTTGACTCATCTCCTTTGTGTTGTTTATACCTTTTCTTTTTGTCAGTTT CTAATATTCATAACATGGAAATGCTAATTTTTGTTTTTCATCTAAATGCTGTCTATTAGC TAGTTGTTCTCATGTGGGTAAAATGTTGTTTCATGATGACAGATTTCCTGGGATTGTGTA TGTGTTTTGGAAAAAGTTCAGCAAGAATTAAGTCAACTGATGAGCGAAATTTATACATGA TAATGAAGGGAGGGACAGTGCCTGAACAATTTACAGGGATCTTTACTTTCTTCTACAGCG GTGAAGGTCGTTTGGTAGAGTTTATAAGAATAATGTAAAACATAGGGGTCGTTTGGTAAA GTGTATTAGCAACAATAATGCATGCATTAATTATGTATTAGTAATTCCTTGTTTGGTGCA TTTTTTCATAGTATGCATTAGTTATACACTCTATTGTATATTGAGGAGTGTATTACTAAT ACCTAGAAATCTATGATTTTAGTAATGCAAAAGATTTAATGCATGCATTAATATGGTTAA AGACTCAATTGCCTCTCAAAAGTACTTTTATATCTTTTTTATCATAATTGTGAAGCATAC TTTTGTAAATAAATATTTTTATACAATGTACACTATTTTTAATACATCAAATTAAACAAT GTATAAGAAATAATCTATGTATAAATAATAATATTTTGAGTATTATTTTTCTATACTCTA CCAAACGACTCATGTATTGATAATGCTTGCATTAGTTGTACATAGATTATTTCTCATGTT TTGTTTGATTTGATGTATTAAAAATTGCATGCATTGTATAAAAATTTATTTACAAAGATA TCCACCATGATTATGGTGGAAAAGGGGTAAAAAGGATTTTAAAGGTAATTGCATCTTTAA TTATGTTATTAAATCTCTGTATTACGAAGACTCAGAAATGCCTCATGCCTGGTGTTAATG GTCTGAATTGGTAACTCTGATCAACAAATTTATTAACAACTTGTCATTATTCTATAGCAT AATTGAGGGGTACTTTAGGCAATTTTTGTATTAATAAAAATAAATTGAAAATTAAGTGAT GAATTATTTTTAAATTAAGTAAATAAAAATAAATTTAATATAATGAAGAAGTAAAAATAT ATCGAAAAATGCAAAGTGGGACATGTTTGATGTTTTCTTGTAGGGGTAAAAAGAAAAAGG CAGATTTGGGAGCTTTTCAACTCCCATAGAAAATGTAGTTCATTTAGAAAAAAACGTAAA ACTAAGTTTATTCAACGGTGACTACTATTAGTTACTTTACATGTAAAATTAATCCTCTTA AATGGATTTAACTCAAAATTTTCTTTTCCTCTTTTTCATGTTCCAATGCAAATCTAGTCA AACTTCGACGGTTATTTTCTTCTTTTTTTTTAAAAAAAAAAAACCTTATCCAATATTATT ACTAAAAAGTATTTTGAGACTTTAACTTTATCAGCATGATTATTAATCCCCAGTCAATAA TATTCTGTTGCTAATGATGGAAGATCTTAGGATGATGAGTTGGATAAAGCAATATACGTT GAATAAACTTTAATGCATGGGAAAATTACCCAAAATTAAATCAAAATCTTCTTATTTAAT TCTTTTATTAACACGTCATTAATATGTTATGGTCGTGAAGATATTTTAATTTAATAAGAA AAATAGGAAATACTTTGATTATAAACAAGCTAAGTGATTGCTTTTGTTTCTTCAGATGAT TGATTATTATATATAATAAATAAAATAATCCCAACAATTTTTTTTCTTCTTTTGGGCTGT CGATTCATGTGACGTTCATTTTGGGGGACATTCTTTCGGCAAGTGTTTTCTTCTTTAATT AAGTGGAATTATAAAACATTACTGTATTAAAGGTTGGATTTGTTTTATGTAATTTAGTAT TATTGATTAATTTTATGATTACGTCATTTTGAATGCATGTTCAAACTACTTTCCTCATTA CATAAGTTAGAACCCTTTCATGTCCCTCTTTTTCTATGGGGTTTCCAATATCACAAAGTT CGAATACTAATGATTATTGTGGAGTTAAAAATAATATTTGAGCATAGTGTGAACAATGAG ACATATATAAAATAACAAAAAAAAGAATAAATTAAAACTATGTTTTCTTTTGGGATATTA TTATACTCTATAATAGAATGAGGTTTGAATGCATTAGGGGAAATGGATTTTGAATTTAAA ACAATGATATATTGCGTTCATACTAATCCTTAATATATTATAACCTTTTCATTGAGTTGG ATAATCTAGTAGCTAATTATCGTTTATCCGTATATATGTAACACAAAAAGTTGTTCTTAC GTACACATTATATTTGCTACTATTTTAAAGTATTGTTTTATTTGACAGAAATGAACATGC AATTGTACCAATCCAATTTGCAAGTTGAAAGAAAAGCAAAGAGGAAAACTTACGAAGAAC CGTAGAGAAGATATCAATGAATATATATATATATATATATATATATATATATATATATAT ATATATATATATATATATATATATATATATATATATATATATACACACACACACGGTTAT ACAATAATGAAGAAGAATAAAACCTACAAGCAAATTTAAATAATTTAGTTATTTGACAAT CTGTACCTTCATTTTATTAATGAGAGTTTATGATATTATCAAGGTTTTCTATTAAAAAAT AAATCATTATAAGTAAAATCTGAACAAGAAACATTATCTGATAGTATCATTGGCTTAATT TCTGAACTAGAAAGCTTAATGATACCAATACATAATATATATATATACATATGATTTAAT ATTAATTAAGCAAAATTATTCGTCTAAATAATATCAATATAATATATGATATAATTATTT AGTGACATATGGATATTAAAATCATATGTTTTTAATTATTTTACGAGATATTTGCTTATT TTCCGCATAACATTTTTCCTTTCCTCCTCTATTTTTTTTTAAAAAAAAAATGAAAAAAAA AACGTAGAAAAAGGGGAAAGCACCAAAAGATAGATTGATGGAAAGGAAAAGCAATGGTGG AAGAGAGGGAATTTTAATGACAATGACAATAGACTGCAACAAGTGATCCTTTGCCACGTA GGATCTTTTCAATCACGTGGCAAAAGTAGGACCCATCACGACACCCTCCTCCCTACCTTT ATTTTTCCTAAGCGCAGTAATTTAAAATAACAAAAATAATCAATACATTACAAAATTTCG AGAGAAACATGAATAACTTCTGACGACAAAATAGTATATTTATGTCTCATCAATCCTACG TAAATTAAATCGACTAATACAACGTATTATTCTAATATAAGAAAGATATTAGTAGAAAAT TATGTTTAATTTGGCGATGAATTTGTCGGTAGATCGGCGAGGAGCGGGGAATAAGCATGT GAAAAGAACATTCTTAGCAGATTGGCAGTTACGAAAGCCGCCAATACAGTTCCTCTGAAG AATTGTCTTTCTTGCAATTACATAAATACCCCCCTAGCTACTACCCCTATACGTATATTG GTTACCTCTACTAAACAAATACCGAATGGACAAATCTGAAGCATAGAATATTATTGTAAC TACCATGTATATAAAATACACGCTACATGTATACGGTGGTCGAGCGGATTCAAAATATAA AATATGAAGTTGAACAATCAACATTAGACGATATTAACAAAAAGATTTTGTTTTGATAAA ACAGGATACTTATATTAATATTTAATTTAATATGCATCACAGAGCAGAACGCTGGCGCAG TAGCGTGAGGGAGGATTCAACATCATTGTAGCTATTACATACATTTACATTAGGAGCTAA CATTAACAAAAGAATTGAAGTTGAAGAAAAACTAACAATTTGTAGATTACAAAATTTTAA CTAGTTATTTGGACATAAACTTTGAAGAAATTGTTACAAGTTAAAGATTTGGGAGCAAAG TATAACATATTATCTTGAATACACCTCTTTATAGATAGTTCTAAGTAATGAAGTTTTGTA TTTGCAAATACATTAAAATGAAATTAAGTAGTTACAAATGTTCGAATGTATTAGTTTGAA ATCACTCTCTAATTTTATGTGCATTGATCTAGATACTGCCTATGAGAGCCAAGAATATAT TATTAACGGCTGTGATACAATGATAAATATTACTCCTTGGAAGGCCTCACGACTTGATGG TTGCATAATAATAATGATATATATTGATATGCTATTGTCTGTTTATTAAGATTAAAATTA GAGGTTTTGATTCAAACTTCAACTAAAAATCCTAGGATTTTACCCTTCATTATGATTTTC TTTTTTTGTATATTAATCAATCCGCAAAGAATATATAATGAAAAACCGCATAAATAAAGA GGAGTTTATAGTATATTGTAAATATGAGCTTGAGAGGAAAGATAAGTAAAGCTATCATTT TGATGTGAAAAAACAAATTTAAAGGGAAAAGTAGCTAAAGGTAGGGGTGGCAGCCACCCT ATTTGCTTTTTGGACTTACTTCTCTTTTTGTCTTCTTATCATAAAAACCCTTCCATCCAA TTCCTTTCAACTTCCTCATCCTTCTTCTCAAACTGTTGAGTTCCCCCCATCCTCCTCTTA ATTTGGATCTTCCTCTTCAATATCTTTTGCTCTATATTGCCAAATTAGGAAGAAAAAAAA AGTTGAAGAGAGAAGTTTCAAATTAGGAGCATATATATGGCACCTGTTTCATTGCCACCT GGTTTTAGATTTCATCCTACTGATGAAGAACTTGTGGCTTACTATTTGAAAAGAAAAATC AATGCCAAGAAAATTGAACTTGACATCATTCCTGAAGTTGATCTTTACAAATGTGAGCCA TGGGATTTACCAGGTACCCTACCTATATGTTTAATTCTTTTGATTTTCTCTAATGGAACC AAAACCTAGCTTGTTCACATAATTTAATTTATGTGTAATCAATAATTATATGAAAGGAAA ATTAATTCCCATATGTAACATGCACCTTCTAGCTTAATTTTTTTGTGTGTAATATTAGGC TTCTATTTGTCAATAAATAAATAAATTGGTAATTTAGAAAGATAAAATTAATTAAACTAC ATACCATTCATTTTGAAGGTGTAGAGAAACGAAAAGATATTTAATTAGCCAAAAAGATTT ATCACAAAGTGATTGTCAAGAAAGGTATATACAACAAAGATATTACCAACCACTATTTCC TTAATTAACCATGTGTTTATTCATTTTATAATAATTAATGTTTGGAAGTGGCCATTAATT ACTTTATTTATTTTTATAAAAATAATGGAATTCAATGGATATTTTTTCTTCCTTCTTTGA ACGTAAAAATGAAAATTAAAGCACCCGCAAGATCATTAAATCCATATAGTAATTCCATAC GCGTGCTTAATGACCAGTATGTTCTGATTATTGACACTTTGCATCACACTTTAACAGTCA AATTAAAAATCATATAATGCTTTATTATAAAAATATTATATAAAAATGTTAAAGGAAGTT GGTCCCTACATCTTTTGATCTTCTATTGAATCTTAAAGACTGTACTTTGATTATTCGATG ATGATTTATCGAAGTCAAAAGTCAGTGTTCAAAAAGAAAATGACATGATTGCAATATTGT TTTATTTCATGAGTTGAAACTCTTTTTTTTTTTTTCCTTTTATCAAAAAAATTATTTTAA TCCCTTTGATGATTACCATGTTTCAAGAATCTCTTTCACGTCCTTTTCAGTTTTTCATTT TTTTGGTCTAACTCAATCATTCTTCATTTCCCATGAAGATCTTGTTTTCATTGGTTCATT TGAAATATGAATTTTTACTTTGTGACTCAAATAATTGTGCACTACAGGAAAGTCTCTATT GCCTAGCAAAGATCTAGAATGGTATTTCTTCAGTCCCCGTGACCGTAAATATCCAAATGG ATCAAGGACAAATCGGGCAACGAAAGCTGGATACTGGAAGGCGACGGGGAAGGACAGGAA AGTAAATTCACAGACAAGGTCAGTGGGGATGAAGAAAACATTGGTGTATTATAGAGGGAG AGCCCCTCATGGAGCTAGAACTGATTGGGTTATGCATGAATATCGATTAGATGAACGTGA ATGTGAAGTTGCTAATGGCTTGCAGGTACGCAAATATAATTTTTAAACTAATTAATTCAT TGGACCAGGCCTCTAATTATAATTTGACTTGAAATTGTTAGGTTGTGGAGCCTGATTAGT ATATATAATTACTGTTTACGCGGTTTAGGCTGTACTATTTATTTTCTGTAATTAAAAAAT ACTCTGATTTATTAATATAAATATACCTCACCGTCGTGGAAGTTTACTCATGGGGTGTTA CCAAGAAATATTGGTTTCTCTCTAGATCTCTCATCTCATTCTCTCTAAAGTTCTTATGTT CTTTATTCATCAAGTGTGTGTGTGAATTCGATCCTAACAGAAATGCTATCTATACACAGG ATGCATATGCACTGTGCCGAGTAATAAAGAAGAATTTGAATACGACCAATGGTGCAAAAA TAGGGGAGCAGCAGTATTATGGTAACGCGGCAACAAGTGATAGATCATCTAGCGTTGATC ATGTTTACTCTCATGATGGGGGAAGATCATGTCATGATATGATGGAAAGTTCTCATGGAT TAATGCCATCATCATCATCATCCACATCCATGGCAGTCCATGGAAGTTCTCCTATTAATG ATAATGTTTGTGCTCCAAGTGAGGCTGATGATGATAAATGGATGCAATATTTGTCATCAA ATGAACCTAATTTTACTTTCAACAACAGTTTGCAGCCCATTCCAAATTGTGGAACGTTGC CATTTCCCCCATCTAAGGTACGTAATGTTTTCATCAACTTGCTCTAGTTTATAAATTTAA TATCTTAATGTTTCTATAAATATGGTATTACAATGATAGTTTAGTTAGAGAGTTGCCCAC ACCTTCACTCTAGTGGTACAGGTTCGAAACCCACTAGGTTTGATGGTGTAAATATTTTTT AAGTACGATTAGTGAGTGACAGGTAACATGTCTTACATATCATTTTACATGTTAGTACGT AATTTTGTTATTTAATTTATAGATCGTTACTTAGATGGTATTATAGTGTAAAATTTCTAA TAAACAATATATTACTAATCTATATACATGTGATCAGGTTGATATAGCATTAGAGTGTGC AAGGTTGCAACATAGGTTCACATTACCTCAATTGGAGATTCAAGACTTCCCTCAAGTTGG CAGCTATGCTGATCATGCAAAGATACCAGCTCAATCAAGTTTTATTCAACAAGCTTCACA AAATCATGTAATAAATCAAGATTATTCATGGGGTGGAAATTATAATTCATCATGTGCTCC AAATATGGATGATGACTTCTCTTTCTTAATCCCTCTTAATAATAGTAACCAAATCCATCA TCATGGTGATTTGGGCTCATTCAATTTCATGGAACAAGATGAGAATGTAATTAGGTCCAT TGATATTGGAGATTTTGATCATCATGACTTTAAATCTGATAGAATGGTGGAAAATTTGAG ATGGATAGGAATGTCAAACAGAGATCTTGAGAAGGTAATTTCATTAATCTAACCACTAAT TATATATTTTCCCATTTTTAATTAAACCTTATATATTCTAGCTCCATTCATATATAAATA TATATATATAATTAATCCCTAGAATCCATTATGCTAATTATGCATTTACTTTTCCTTTCT ACTTTGACAGACATTTCTTGAGGATTATAAAACTGTTCCACTAGAAAATGTTGCAACAGT CCACATAGAAGAGCATGAGCTTCAAGGTATATATATAAACTCCCCTAAATATATATATAT ATATATATATATATATATATATTCCTTTTCAATTTCTGTTCCATTTTATATAATACATTT TCTTTTTACAAGAATTTTGCAACTAATTAATATCTATAATTGATTTCTTTTTTTTAATTT TGAACTTTTCATTTTATTCTTTATGAACATATTTTTTTTAGCCATAAAAATATAATTATG AGATACAACCAGGGTTTAAACTTGTCGGTTTTAGTACTTAATTTATCCACCTTTTATATA GGTTCAAAATTTGACGTTAAGTCAAATACCGTCATATAAATTAAAATGACATAAATTAAT TTATGTTCCTTCCTCTCTTTTTTTCTGTTAAGTTTCTTTTTTGATATATCTTAGATTACA GGTGAAAACAGTGGTCATAGCAACAGCTTCATTACTGGATTCAATGAGACAGAAGCAAAC AACTTCTCAATAGGATTTGACAACTTTTTGGATAATGATGGTGACATTGATGGTTTTTCA AATTCCCCAAGCTTTGAAGTGTATGAAAAAGTTGAAGTGAATCATGGGTTTTTTATAGCT ACCAGGCAAGCATCCAAGACTTTTTATCATCAAGTGACACCTTCTAGGACACTTAAAATT CACAAAAACCTAGTTCCACTCCATGATTTTCCCAAAAGTTCAATTAATAATTTTGTCACT AGACCATGGACAACAACTATGAGAACTTTGGTGGGTATGGTTGCAATTTTACAAACTTTT TGGATCTATTTTGGTGAATGTTTGGAGTTGGAGGTAAAAGGTTTCAAATTGGAAGACAAG AAGGGTGTCTATGAAGAATGTTGCTTAATAGAGGGGGTGGAGAAGAAGATCAAGAAAGTT CATGATTTTAAATGGGATTTTTATGAGCAAAATAAATTCCTAATTGGGGAAAAACAAGAA GAAGGGATCAAATATTGTTGCTATGTGGAAAAGAAATGGCCAAATTATCTTACACTTGTA GTTGCTCTTTCTAGCATTTGGTTGCATCATATTATTGTCCCTTCATTTTGACTTTTTTCT TTTCTTTTCTTTTCTTTCACATTTTAACATTTTGTTTGTATTGCTAACTATAGTTGTGTT GGGGAAGGCCTAATATTAAGAGCTCCCCCTTGAATTAGATACAAAAAATATAAATGTACT TTCTCTATCAAATTATACTTTAATATAAGCGAGTTTTTGTTTTGTAATTGAGTCATGATT TATTGCTCATCTTAATTTGGAGAATGACAAAGTATTCATCTACTTTTTCCATTCACTACA TTTAGCGTGAAATAAAAAAATGTGGAATCTTTAATCGTAAACATTTTGATAATAAGAGAG TCATATCTTTTTAAATTTGAATTAGTCAGATCACTGAATTTCGAAAAAGAAAAAGTTGTG GTGCCATTCATTGAGTACCTTAACAAATTTTTGCAAATGGATAGTTGAATGTTCACGCTT AGAACTGTTGAGTCTGTGAAAATATAGCAAAGATAAGACTTAAAGATAGCAAAAGCATCA AACTCCAACTCACATGCTCATATGTTTTTGCTTTTGTTTGGTTTCTTTTTGTCCTCATTT ATTTCTTCTTTTTACCTAAAAGTGTCTGCCCAATATTGTACTTGTACATTCAACTATTTA TGCTTTTTGTCTGTCTCTTCAAGTTTTTCTTGTTTATATTCCTTTTTCATGCACTACTTT TACTTCCATTACTCTTTGTTTGTTCTCCCAATAAAGTTTAAATGATTACAATAAGCACCA AATTTTTGTTGTGGCTTTATAAAATCTTTATATATCTCTATTTGTATTTACTTTTCCCCA ATTGTAATATGGATTCAACTTATATCATATATAGTAATTTGATTCCCAAAAGTGGGAAGG GGGTTTGTGATAGGAAGTAGGATTTGATATAATTCGATACTTCTAATCTAACTTATATAC TTAACTTTAAATTTTAAATTTTAAATTCGTTTCTACCCATAGTAAGTTCTTTTACTTATT TAGATACGATGAAAGAAATATAAACTCACATCTTTTGTTTGAAATATCGTTACTCCTATC TCACAAAATAATCCTTCTCATAATTTCTCATCATATTTATAGGATATTTAGTTCGCGCAG CAAACGATTCTTAAATATTAAAAGATTATTGTATATAAGGAATTAAGGAGGTGGCAAGAT GGTAATGGGCAGCACATGAAGGATGCTAAAACAGTAGAAAAATTTTGAGCACTTTAGAAC AAATAGAAAACATATAGAAACAAGATGACAAAAACAAGTCTAATGTTTTCAGTGTACTCA CGGGTCACATAAATTGGAAATAACCAGTAAAAAGAACTTAATACTAAAAAGGTACAGTCC TTTTTTCACATGCCAACATTACTGAACTCAAATAATTCGTAACCCCAAATTCAACTGTTT CTGTGAAGTATGTCCCCACCCTCCACTACCTACTTTTAATATTTGAATCCCTGTTATAAC CGATTAAATTACACTGATACTCTGATTATACTTTTAGAAAGTATTATAAGTGTTCGCATT TCTTTCACCCCTTCACTAAATCCCCTAGCCTAATTTTGTCAGTGTATGTGCACATAAATA TGTATTTACTCACACATTTTTCTACTAATTTGTATGTGGTGCAAATTTTGTTTGTTTTGT TGTGGTGCATTCAGAGTTTAGACTATGCAAATGCAGCAATTCCAACAGTGAAAGTTGGGA ATATATCAAAAGTGGGAGATTCTGCATATTTTAGGATATACTATGGACAAACCTTCAAAG TTATTAAGAACACCCTTGATGGAAAGAGTTATCTTCTTATCCAGGTAACTACATTTATTT CGAACAGATTATGTAATTGTTATTGTATAGTTCATTGCTAGAACAGACTCTGGCAAGAAG TAGGATTTAAGTGATATACACCGACAATGTCCGCGTATATTTAAGTTATAATAGTAGGTT ATTGTTACCAATTCTAATTGGGTGAATACTTTTCACACCTTTAGTCTTGTTTGAATTTAG TTAGAACTGTAAAAAAAAAAGATGAAGATATTTCCAGGCTAGAATTTACTTGAAAAGAAG ATGATAAGGGTTACTGGACCACAAAAGTTGGACATTGGAAGTAGTAGGGTCAAGAATATT TTTTTAAAATGAAAAAGAGTTATACTTCTTTTCATTTGGTCCTCTGTAGTTGGCAATCCA ACAACTCACAAAGTACTTCTTGGTTGCTGAATTCCATGGCACAAGTTGCTTTGTTTTGAA CTTTCTGTTGGTGTTGTTTTCTTGGCTAAATGATCAATCTGCAGAAAAAAAAGTAAAAGT GTCACTACCTACAGCTACATTATTCTTATTGATCAATACAGTCATGAATTAGCTCGTTTT CGTCTTCTATTGTTCCCTTTTTAGGAGAAGCCAGGGGATTTTACAGCCATGTATAAGAGC ATACCTTTGACAGAACCAGAACTTATAGAGATTGAAGATTCTTTGTTTTAAAATTCTTTC AACTAGATCTATATATTTATCCGCAATCAGGGAGAGAGGGGGTTCATTGCTGGAATATGC ATATATAGTAATTTTGAACACCCTTGGTGTCCGCGTTGATATTGGAATTCAGAACTGGTC ATATACTCTAACAAAATGCTTTTGTGTGAATTCCAGCTAGTTGCAAGTTCTTAGTTCTTT TGTAATCTAAGAATACGTGATACAACCTTGGGAGAACAACATCTTTAAAGCTAGCTATTA AGGTGGGAGAGCCCAAGGCTATATAGCCACACGCCCACACCTTTAAAGCTAGCTATTAAG GTGGGAGAGTCCAGGGCTATACAGCCACACGCTGCACACTTTTAAAGCTAGTTATTAAGG TGGGAGAGTCCAAGGCTATACAGCCACACGCTGCACACCTTTAAAGCTAGCTATTAAGGT GGGGGATCCCAAGGCTACATAGCCACATGCCCACACCTTTAAAGCTAGCTATTATGGTGG GGGAGCCCAAGGCTATATGAGCCCCGCATCAGCTCTTCATTTAACCAAAGTCCCATACCT AGCAATAGGATCATAACAATATGATTCTAGGAAACCAATTCTCTCCTGATTTACTAGAAT GTAAATTTTATGCAGAACAACACAAGAATGGCCAGTAGAACAAAATATTGCACCTCAAGA ATAAAGTCTTTTGTTATCCCACTAGCAAACTACTCGATCGAGACTGACTACTTTTTTCCA GGTACACCATTTTTAACCATCCTCCTTGTTTTTTTTCCCACTTTATAACATCATATTATA AGCTTTATATGTCTTTTTGGTACGCGTTGATAACTCATGCACTGACTGTTTCTCTCTTTT TCTTCTCTTTCTTTCCTTCAATTCACAGTTTCCTTTTTCGAGGTAAGAATGCACAGTTTT AGTATTATTCTGATAGCTGTATTACTAGATTGAAAATTTTTGCGTGGAATATTGCAGCTT CTAGGCCTATTGGGAAACTTGAAAGGCATAACATCAACATACGTGGCCTCCCAATGTGTA CTGAAACTATACCAGGACGGACAAGTGGAGAGCATTAACAAGACTGACCATCAACAACTT GCACAATATGCAGCTCACTTCATCGCCAACACGGATGAAGCTCAACCCTGCAACTTTGCT ACATTTGTCCCTATAGGTGAAGATGCACCTCTCCAGGTACATAAGGGACTAAAGATTTAA CACACTTTGACAATGCAATTAAGTTCTTTCTATTTTGCGGAGCTTTGCTTTGATCTCTGG TTAGATGGTTACACACAATTTGTACTACTTTAACAGCGTGCAGAGTGGATAAAGTACTTG GGAGTTTTTGCGAATATGGAAAACAGGGCAAACCAAGTTTACGATGCAGTAAGTGAAGAA ATCAGACATCCTCAGTTTCCAATATGATGACAATAGTTAGAAGAATTTCTTGTTTATTAA GGATTTTGCTTCTTTTATGGACAGATTAAGGAGAACTATTTGTGCTTGAGCAAAGCTGCA ACTGGTAGGAGTTCATTAAAACCAACTGTCTCTTGGATGGAGTATAAAGATGTGTGTACA CCCACTCGTGAACCCAACTTTTTTACAATAATCATTTGTTTTACAGTTTCCGTTTAACAT ACACCTGTTTTCTTGAATAGGGAGTGTGGTCATTTACAAGAGATCCATACAAATTAAAGG TTAGATCTTTCTCACTTTCAAGTTTCAATAGTTTTTTGATCAGTTTCTCCAGTTTAGCTA TACTAATTTGACAATGCAGTTTGTAGAGGATGCTGGTGGAGTCAATGTTGATGATTCCAT CAACAAAGTCACATACAATATGTCTAACCCTGATGATTTGGAAGAGATTCATGCCATTTT GTGTGTATGTTAATTCTCTCAGCTGATCATTTAAATTATCAATATGTCAAATCTCCTTCC GCTCATTTGTTTTTTTTTTTTGTTTTTTGTTTTGTAGACTGTGGATGTAGTGATTGATGA AACATATACCTCAGATCCAGCGGCTTATAATGGCTCCACATTTCTCGGAAACATCAATTT GGAAGATCAAACTTGCTTTGCTTTTCTCACAAATCAAAGCATATGGAGATATGATAAAAG AGTGCAAAATTCTGTAGTCCTCGGTAGGATTCTCTTAGTGTTTCAAAGATTATTTGGAGT TGAATGCATAACCAATTTAATTAGTAATAGAGAACCTTGTTTTCTATTGTTTCTGGGACT GATAATGTTCATCTTTCGCTTGTTGAAGACTGGTACGATGGAGCTGTCTCTCAACCCCAA CTGGTCCTAGCAGATATTGTCGAAGCTTTATATCCTACCGGAAATTATAACACTACATAT TTCAGAAATATCGCCAAGGTATGACAATTTTAATTGCATACAATACAAGTTCAATTAACT TCTACATTGTGACTACCGCGTCACCTAAAAATGAAAAATATTGCCTGTCATAACACGTCA AAGAAGAAATTGGAAGTCACTAACATTCTGGCATGTTAACTATCGCAGGGAGAAGGGATC ATAAGCATTGTTCCTGAAATGTGTGAAAGAGATAGCTCCATCCCAATGGAACCTACAGTT GTAGCTTGCCAGTAACTAGCAATTCTTTCTCATGATTTTTCGCTTCTCTTTTTTAGTCGC ATTTTGGCCTGTTATTGATCTGCTATGTAGTTATAAGATTAGATTCGAACGGAACCAATT TATATATCAGTAAAGTCGAAGTCAATGGGGTACTACGTACTCTGAAGAGTCTTGCATAGT CACAAGCAAATTTTCTGCAGAATTTAAGTTAAACCAACGGTACTAGCCGCCATCAGCTTC AGTTTATTGCTTTACAGGGTTAACATTGGGTGAGATATGTTTTGCTATGATATCATCTAA AATTAGGTTCTACACCTAAATCATATGGCAAAATCTAGTTCCGAGAGAAAAATTGTCCAA ACTTTATAAAGAATTTACTAAAATAAGACTTTTATTATTCTTTTAACCGTAATGAGCTTC ACATCTTGACATGTACCTAATGTTACCTACTTTGAAGAGATAGAAGTCATTTCTTAAAGT GCTTTTTTAACCGTAATGGGCTTCACATCTTGACATGTTCCTAATGTTACCTACTTTGAA GAGATAGAAGTCATTTCTTAAAGTGATTTTTTAATCGTAATGGGCTTCACATCTTGACAT GTTCCTAATGTTACCTACTTTGAAGAGATAGAAGTCATTTCTAAAAGTGCTTTAATCTAG ATAACTGAGAAGAAATTAAAGATTTGTCATTTCTTCAAGTGCTTTAATCCGGACAACCGA GAAGAAATTAAAGGTTTAGTAAGATGAAATCAGATGATAAAATTGAGAGTTGAGTTTATT AATTATGAGTTTATAGATTACTGATGTGAAATCGAATAGTTAAATTGAGAGCTGATTTTA TTAGTTTGCTAGTGTAAGACTTCATAAATGAAATTATATTTGTAAAAATATGACACGTGA GCTTAACTCAAGACTTTTACCCACTCTAACAATCTCTTCACGCCCGAACCTGACAGGAGC GTGGACTGGGTGGGAGTCCAAACTGAGATGACCTGGCTTTGATACCAAATAAAAAAAATG ACATTTGGGTCTAACTCAATCTCAAAATCTAACTTATGAGGGAAGAATTGTCCAAACTCA TAGAAGGAGACCACTAACTCATTCTCCAACCAATGTGGAGCTTTTATCCACTCTAACAAG ATTCTACCAAACAAAATGAAATTCGATATCTCAATTGATAATTGAGGGATCCGCTAGGTT TGATGGACGACAATTTTGAAAACTTTGATAACATAGAATTATTAATGAATATGACTAATA TGTAATGAAGTGGGTTGAGCAAACATATCTTCTTTTATCGAGTTATCTATTATATGTTGT TACTATTTGGAGGTAATAGACCTAGAAATATTGTTTTTGGATGTTAGTTTAATTCACGCA AAAAATAAATTTGGACATCGCAGTTATCAAATTGTTTTTCTATGTTAATTTTAACGCACA TGCACATCTGGACATTACATTTATCAAATTATTCTCCGTAATAATTTTAATCCACGCGAA AATAGATCTAGACATTGCAGTTACCAAATTGTTTTCCATTGTGAGTTTTAATGCCTGCGA AACACACCTGAACATCGCAGTTGCAAAAATTATTTCCCCGTGTTAGTTTTAATTCTTGCG AAATTGGACACTACGATTATGAAATTACTTTTTCTTGTTCGTTTTAATGCGCGCGAATAC AAATTTAAGTAACACAAGTACTGTATTTATTTTTTTGTGTTAGTTTTAAGGAAAAATTAC TTAAATACACTACTTTAATTATCTTAATAACCATTTATCCCAACTTATTTTAAAAATTTC AAAAATCCCTTATTCCCCCAATTCAAAAAAATATAAAAGATACATCAAGATTTTCCACCT TTTTTTCACCCAATTGGCAAGTTTTACTTTACCAAAAACTAAATCCTATTTTTAAGCTAC CCACTTCCCCATTAACATCCCCAATTAAAATTTACCATATTAATTTTTATTCCTTTTCCT TTTTATTTCCCTATATTGTAGGTGTATAATTGTCTACTTTTAATTCTCCATTCCACACGT TTGCAGGTTAATTTTGAATTCCAGTTAAAATTTCATCCATATCTATTTGATATTCTAGGA CTCTCTTTCCATCTACCAAATTTTCTCCTTCAGCTTATTCATCGTGTGAGTTCTTTTCTA CTTTTAATTCCCCATTCCACTTGCAGGTAAATTTTGAATTCCCTTCAAATTTTCATCCAT ATCTATTTGTTATTTTGTAGGACTATCTTTCCATCTAACTAGATTTTCTCATTCATTCAA TTTGCTTTGCATATAATTGAACCAAATTAAAATGTATGTATATTGCATAATTATAAGTGT ATAGCAAGAAGATATATGTTTTTCTCTCGCTTTATACGAAAATAGAAACACAATATATAC ACTTCTGTTGTATAAAGCTAGAGAAAATTGTATTTCACTGCAATTGTATAATTCACAATT GTATAATTCGTTGACCTTTTCTCTGCAATATTTGTATAAAATTTGCGTTTGTCTATAATT AATATTGCTTACCCAAATTCCAGAATGCCGCAGCAGAATTGAGATATTCATCTTCAAAAC CTTTTTTTTTTAATTCTTAGTATGCAGATCAACCTTTACAAGAATATTTTTGAATTATGA AGCTAATCTGATTTAAAATTTGAATTTACTAATCAGTTACACAATCTGATGACCATTAAT TACGTGATTTCAGTTAAGAATAACAGGAATCACGTTAATTAATCCTAATTAATCGTAGCA GCCTTTTAATTATGATGTATCAGTTAATATGTATCCCGTGCCAGAGTGATGTATCCCTTG CCAGAGTGATGTATCCCTACTAATCCGTTACACAATCTGATGACCATTAATTACGTGATT TCTGTTATTCTTAACAGAAATCACGTTAATTAACCCTAATTAATCGCAACAGCCTTTAAC TTTGATGTATCAGTTCTTATGTATCCCGTGCCAGACTGATGTATCCCGGTTCTTTGCTTT TTAAGGGATTTTTAGTAATTTCAATTCTTAAAGGGATAAATGGTCATTTTGTATTTATAA TATGTGGTTCCTATAATTTATACTAATTTTAATGCATGCGAAAATAGACCTAAACATCAC GACTATCAAATTATTTTCCTACATTAATTTTAATGTGCGCGAATACAAATTTGAATATCA CAAATTCCATATTTATTTTTTTAAGTGTTAATTTTAGTGCATGTAAAAATAGATCTAAAC ATCACGACTACCAAATTATTTTCCTACATCAATTTTAATTCGCGCAAAAACAGACTTGAA CACCACAATTACTTGATTGTTTTTGTGTTCAAAGCGTGATGCATATTGTTAGTCTTGCAC AACTAAAGTGAAATATTGTTAAAAAGACCCTAATCGATCATCAGAAGGAGAAAACGGTAT CGCGACTTTTTCCCTTTTACAAGAACCCTATCTGCATCAGCCGGACGATATGAGTCGGTC AGTGGACGAGCTCGGAACTACCAAACCGGATCCGACGAAGAAGCCCGTCTTCCTCACCAA AGCACAGCGAGAGCAGCTAGCCCTACAGCGCCGCCACGATGAAATCGCCGAACAGAAACG GCGGGCCGAACAGCTTCTCCAACAACAGGGTAACAACCGCCCTTCCTCCACCGATAACGA CCATGAACGAGATCATCGTGACAGAGATAGTAGGGGTGACCACCATCGCTCCAGGGACCG GGACAGGGACAGAGACAGAGACAGAGATAGGGAAAGAGAAAGGGAGTCGAGGGACCGGGA GGTGGAGCGCCGGAAGCGCGAGAGGGAGCGTGACGAAGAGGTGAAGGAACGAGAGCGAGC TCGACTGGACAAATTAGCTGAGCGAGAGCGAGAGAAAGAGCTTGATGCAATCAAAGAGCA GTACCTTGGCTCCAAAAAACCTAAGAAGCGGGTGATTAAACCTAGTGAGAAATTCCGATT TTCGTTTGATTGGGAGAACACCGAGGACACATCTCGCGACATGAACGCTCTATACCAAAA CCCTCACGAAGCCCGCTTACTCTTTGGTCGCGGATTCCGTGCTGGAATGGACCGGAGGGA GCAGAAGAAGCTTGCTGCCAAGAATGAGAGAGAGCTGCGGGAGGAGATCTGGAAAAAGGA TGGCGTTGAGGAGTCTGCCGTAGAAGCAGCTGCCCTGAAGAAGAAGGAACAGGATGCCGA CATGTATGACACTTTTGACATGAGGGTCGATCGCCATTGGTCAGACAAGAAGCTAGAGGA AATGACAGAGAGAGATTGGAGGATATTCAGGGAGGATCACAATATATCATACAAGGGGTC GAGGATACCCCGTCCAATGAGGAATTGGGTCGAGAGCAAGTTAACTACTGAGTTGCTCAA GGCTGTTGATAGGGCTGGCTACAAGAAGCCGTCTCCCATACAAATGGCTGCCATTCCACT TGGACTTCAACAGCGTGATGTGATTGGCGTTGCAGAGACTGGTTCAGGTAAAACTGCTGC TTTTGTTCTCCCTATGTTGACTTATATCACTAGGCTTCCTCCATTGAGTGAGGAGAATGA GGCGGAGGGGCCATATGCCGTTGTTATGGCCCCCACACGAGAACTTGCTCAACAAATTGA GGATGAGACTGTCAAGTTCGCACACTATTTGGGTATCAAAGTTGTTTCTATTGTTGGTGG GCAGTCCATAGAGGAGCAAGGTTTTAGGATTAGGCAAGGTTGTGAAGTTGTGATTGCAAC CCCTGGGCGACTTCTTGATTGCTTGGAGAGACGTTATTGTGTTCTGAACCAGTGTAATTA TGTTGTTCTTGATGAAGCGGACCGTATGATTGACATGGGTTTTGAGCCTCAAGTTGTTGG TGTACTGGATGCTATGCCTTCAAGTAATATGAAACCGGAGAATGAGGATGAAGAGCTTGA TGAGAAGAGAATTTATCGAACCACTTATATGTTCAGTGCTACCATGCCACCTGCTGTGGA GCGGCTGGCTAGAAAATACTTGAGAAATCCTGTTGTTGTGACTATTGGCACTGCTGGAAA GACTACTGACCTCATCACTCAGCACGTGTTTATGGTAAAGGAATCAGAGAAAATGTATAA ACTGCAGAAATTGCTGGATGAGCTTGGAGATAAGACAGCTATTGTGTTCATCAACACTAA GAAGCAGGCTGATTTTGTTGCCAAGAATCTGGATAAAAACGGCTACAGGGTAACCACACT GCATGGTGGAAAGTCTCAGGAGCAAAGAGAAATCAGCCTTGAAGGATTTAGGACCAAGAG GTACAATGTGTTAGTTGCTACTGACGTTGCTGGTCGTGGTATTGATATACCTGATGTGGC CCATGTGATAAACTTTGATATGCCAAACAATATTGAAGCATACACCCATCGTATTGGACG TACAGGTCGTGCAGGAAAGACGGGTGTAGCCACAACATTCTTGACCATGCAGGATACTGA AGTCTTTTATGATCTTAAACAAATGCTCACACAAAGCAACAGTCCTGTTCCCCCAGAACT TGCCCGGCACGAGGCTTCGAAGTTCAAGCCAGGAAGTATTCCCGACAGACCACCTAGGAG GAATGATACTGTATTTGTTCATTAAAGTTGGAATTGCTACATATGCTATTGTAGGGGTCA AGTGTTGGGAGTTTCTATAATGGTATCTGCTGAAAAAAATGAGCTAGGTGGGTGATTGAT GGAGTTGGTAGATAGATAGGAGGGTTCAAACATAATGGAAGTGAAGTGGTAACAATGTTT GGTAATGAGTTTTTTTCTGTTACTAACAAGTAATGTGCTGTCAGCTTTGCTGAAGGGATT TGCTTTTTTATTCTGATTCCGTTTGTCGATGCCTAGGCTTTACTGAAGAGCTTCCTGTAA ACTCTTAAACATTTCTTGTGTTCCCTTTCTTTATTACTTAATCTTAAGATAGTCTCAGGA ACTTAAATTTATCGCCAAAGTATGAAGTTTATCGCCAATTAGTTAGCAAGTTCTTTGGAC AACAGGTACATGTGAGTATGGAATTTGGTAAACCAGTCCATATTCTAGTAGATATAACCT ACTTCCTTTATGATTGTTTTACGTTATTATGTTATGTTGTGTGGTTCTCATTTGCTTCAA CTCTATCTAGCCTCACTTAACTGCACTTAATATTCTTCATTTGTGTAATCCAAAGTTTTT ACCGAAATGCACTCTCAGTAATCTGTCAATCAAGTCATGCACCACCATTTCAACCTCCTT TCTTAAAAGTTTTGGGGTAGACACCGAAGTCTGTAAGCTGGTGTTATTTCTGTTTAAGAA TTTGATTGTCATTGTTTTTTTAATTTACAATTTGAGAAAAATTGATTGAAATCTGAAACA TCTTCTATAATTTCTGTCATTGCTTTTAGTTGGGTTTTACACTTTTTGAATAAGAGGGAT TTACTTGCTGAGAATGTCCATGCTCGTGCAAGTAAACACTACTGGACTTCCAATATTCAA AAAGATAGATTTGAGCAATCAATCTGGAATTTGGAAGCAAGAAAGACACAGCCACTGCTG GTTTTCACTTATTCTGTCTTGAAATTGAATTACAAATCACACTTAAAAAAGAAAATTACA CTCTTTATTTGCGTGTTATGGTTGACAATGAGGGAACAAGTATCATGACTGGCTGTTCGA TGATCCAAACAACCTGCAGTATGACACTTCAAATCGTTAGTAACCTCCTCAAAAGGGGAG GGAGGATAAAAGAAATAGACACATCCGTGATCCATGCAGTAGCAATTGTATTAAATCTTA CTTCTGCAACCTTGATTGTGAGCGCCTGGTACCATAGAAAAAATTGCATACATCAGTACC GTTGCTGTGTGGTTCTAATTTACTACTAGAATATTCTAGGACCCTTGAAAAATTGTGGGC AAAAGTTCTAGAGCGTACCTCTGTGATAACTGTGGCTTAACTTTCACCCTCTCGGGTCTC TCCTTTGGCCCTTCTGTTTTTTCATCAATTTTGATCGGCACATCTTTTATCTGCAGCAAG TGTAATTTAGGAAGCAAAATAAGAAAAGTATATCTCACAAGGATGTTTGGAGTAGAATGT AATGCAGGCATGCAGAAATATACCAAGTTTCTGAACTCGAGATTGTAGAAAGTATCGATG TATCTTTGCTTTGCTTGTTTCTGATCTTTGTACAATGTCCTCCAAAAAGTGTAGATTGAC CCCATATTCAATACCTTGTTTGCATAGATCTTCCATGTGTAACTGCAAAATATAAGGATT AAGAAAATTTCAACCAGATATATGCCTCTCTGCAATTTGAACAATTGTTTATTTGTGAGT TACCATTCATATATACGCTTTAGACCCTGGGCTGAAATCCTGTTCCAATGCTCAGGATCC TCCTTGCACTTCTGGAAAAAATTGGCAATTTTGTTGCTTGATTCATCTCCATTATTTGGA TCAATATGGAAGCCTGAAATCCCGTCAACAATAATCTCAGCAGGGCCGCCTTGGCTGGTA GCGAAGGTTGGTAATCCACAGTTCATTGCTTCAATGACTGTAAGGCCAAATGCTTCATAT AAAGCAGGCTGCACAAAAGCTCCTTTTGAATCTGCTATTGTGCGGTAGAGTTCGCTATTC CTGTATCTGTCAGTCTGAGCTGCTATCCATCTAATCTGACCCTTAAGCTGGTATTTCTCT ATCAGCACATGCATCTTTTTTATTTCAGCTGCTTCTTCTCTATCCTTGGATTTTGTAGGA TCAAAGGAACCGCCAACCACAACAAGGTTCACTAAGCTTCTGAGCTTCTTGTTCTTGCCA AACCATTCAGTTAGTCCAGTTGTGTTCTTCACTGTGTCCAGCCTTGCCATGGTGAAGAGG ATAGGCTTCGTTCTGTCTTCTAAATATCCACTGTGGTTGAAAGAAGTAAAACATTAATAC GTAGAACTGTGGGATATTCCTATTGGCACTAAACTGAAGTTTGAGCACTAAGACTTACAT GTGCTCGTCATTATCCACTTTACTAAAAAGAAGCTTCTCAATGGCAGGTCTGAAATCAGT CAAACGCTTCTGCTTTTCTGTGTAAGGGAAATATACTGACTGGTCTGCCCCAGGAGCAGC AATGTTAAATTTAGGATCAAAGACATTGATGCCTGAAGCAACTCTATAAAGCCCTGGAAG GGTAAATGCACTGTGACTTTCATATTGCCCTGGCCTGTCTTTGCTGCAAATGTTAGCACA TAAGAATGAGATCCATGAAATTTCAATAATTTGAGCAAATACATAACTGGATTTCTGATG TGTATTCAATTCTATCATATTAATGCATTACTTATTCTCTCTAATTCTTACCTTCCAGCT ATTTCTTGATATGTGCTTGTGATAACAAAATCTGCAGAATTCATTGCAATCAAATCAGCT GTAAATTGGCACGAAAAGTGGTACTTTGGATCTAGTTCCTTTAATTTGATGTCAGAATCT TCATATTTAGTCTTTTCCAGTGCATGAGCAATTGTTCCCTAGTACAGAGATGGTCTAGGT AAGTGGACAATAGACACTAACTTGGGGAAGAAACAATATTGAATATGATTAGGGAAAGTT ACCAGAGTTATCCCGAGTTTTCTAGCCATTAATGATGCCACTAAATTCCCGTCAGTGTAG TTACCAATGATTAGATCAGGCTTGCCTTCCATTAGCTCGATGATTTTGTCAGAAGCATCC TTAAGTCGAGGCAAAAAGCAAATGTAATTTAGAAAGAAAGAAAAACTCTGGATGAGCAAG GTTTACATAAAGATACACACCTGAGTATATCTCTCCAGATAAGGGTAGATATCGAATCGA GAAACCCATTGATTAAGCACTCCTTTTTCTGTCCTAAATGGAACTCTGAGGATGTGAGAA TGCTTTGTATTGTTGATTGGTTCTAGTTCCTGGTTGCACTTTGTTCCTTTTGCATCTGGG ATCAGCCGGGTTAACTGTAGAATCAAGATATGATATTAGCTTTTCTAAACAACCTCTACC TTATTGCATACTCATGTTGATTGTCTACGAACTCACCACAAGAATCTGAGGCTTAACATT GAGCCCCTGCTGTTTAATTCTTTGAAGCAATTCTTCTTCAAAAGCTACAACTTGATCCAA AACATAAACCACCTGATCAAACGCAACGTATTAACTTGGATAATATGGCAAGTGTAAAAT AGTAGTGTATTTTAACCTATCGTAGCAGGTAACCTTCTTGATTTTTGCAGGTTTTTCAAT TCCGTTTCTAATGGAAGTTACTTGTGATTATCTTTTAGGTGACCTGATAGTTTAAAAATT CTTTTACAGTGAAGTAAGTAAAAGTTAGATGCTTACCTGACCACCGGTGTCTGGCAAGCC AAGAACATCAGCTTGGCCGAAGTATCCATGAACAGAGAACAATACAATATTGAAAACAGT CGGAACCCTTCCAAAGAATTTCTCAATGTTTGATGGATCTGGTGCCTGAAGCACCTCAGA AAGTGTTCTCATTGTATCTCGGACTCTTTCAGCTGTATCACCCCAGCCTTTCTCAAAACC CCACTCTTTGAATCTGCACAAGAATTGAAGCCACTTAGTACTTTGTAGCATGCCAAAAGG GGGAGGAAGTAGAGGAAAAACTAATTAACCTTAGCTCAAAGCTCTGATATGGTGTATCAG TTGGTAAGGAAGAAATAGATGCTTCTGCTACAACCAATGCAGCCTGAAGCTTTGCGACAG TGCTGAGTGTCTCGTTGATCATCAGTTTCTGCATTTGAACATAAAGGAAATTTGTTATTA TCTTTTCCTCTTAGGACAAGTTATTATTTATGAAGTCTAGTTTTGCTTGACATACATCTC CTTGATGGTTCAACGTGAGCAGGTAGTCAACTAGACACTGTGCACTCATGGAGCTAGCAT TTAGCTTTGAAGTTAGAAACTTGGAAACATAACTGAGACCATTTCCGATTGAAGAAGATA GTGTCAGGCGAGGCGTTGAGAAGTCTACTGCTCCAAAATCAATTTCCAGTGCATATTCAT CTTTTGCCCTGCATTTCATGTTCACACAAAGGTAATCCTTATGAGTTTTCACTTTTCTAA TTGGAGGTATAAAACCATAGAAGGTATTATAAAAGCTACAGTGTTTTCTATACCAGCTTT CATCAACTATCATTTCCTTGAATTTCAAGTACTCTGTAGCTGTAATACCATCAACAGAAA GATCATTAGCATTCACTTTCACATATTCCCAGAACCCGGGATTCTGTCTCGTGGCAAAGG CAATGTAGGGAGGAACAACTGCAGCCTCCTGCAAAATTTGATCACAGAAGATTTTAAGAA CAAATGCACATCATGCAAAATCTGAAAACAATGTAAGGAAACTATTACTAAGTGCAGCAT ATGGCTCTTGCTATACCATTGTAGTACATAAAATGTAACCAAGTAAGCCTTCCAAGACAT GGTTCCTTTCAGCTGGATCATCAATCACTTTCTCTAATTCATCCATCAAGTTATGAAGTT TCATCATCCTCTTGCCTTGCTCTATGTATTTGGCAAAACATCTCTTCATGTGATACCGGC TTTGCCTTAAGGCTTCTGGCATGCTATCAGCTATGGACTCTGATCTCTTCAAGGCTGGTG TAGTAGCCATTTTTCGGCGAGCTATAAAAGCTTAAGGTGTCGATATTTACGTAAAGAATT GTGTTTTTTATTGACTTGTGATTTTTGTTGAGATTTTTTTGGGAATTTATAGGTAATTAG CAAGAGAATGTTACAAGGAAAAGAGGAAAGAAAGGACAAAACTTTCTTCTAAAGAAATAA GAAAAGAAAGGAATTTTGTTGTCATTTGGGTGAATGGTTGAGGTATTGGTATCATTCTTT TCTTTCTGTCTGATTGATGATCAAGCCATGAGAATATTCACCATCTCACGACAAACAAAA AGAAACTGTACCAAATGAGAAAGACTATGAGGAAAACCAAAAAGAGCATGCAATCAGGAT AGACAAGTACCTTTCTATCAATCCCTGTTTAATGTTTTCGCTTTAACTTGTTATAGCATG TAACTTACTTATTTCGAAGCTACTATAATTGTATTTTATTTGACTGGATTGTAAATATAT TTTACATTGTTGGCACATTAAGACGAGTCAAGTAGAAATGGGTCAGCGTATGGCAATTCA AGAATTCCTTTTACAACCATAATTTGCATTTTGTCCTTATTCAGTGAAGTGGATTCAAAA CTCAATACGACTAGATAGAGTAATTTGAGAAAGAAAAACCCCAAGCAATATAGAATAAGT AAATTAATAGAAGAGTACGACTCTAATACCATGCCAAAAGAGTTTGACCATTCAATTCTA AACCTTAGGAGTTGTGTATTAGGTATAATAGTTCCAGGGGACTAATTTATCTCGTGTTTG ATTGGAGATATTAAGCAGTTCTTAGATTATTTATATCGTAAGCCTCGTCTGTCTGGAAAC AAGTTATCCCAGGATCTAATCTTCGATAAATTATTCCACTATGTATATGGATATCTTATC CAGTCACTATCACAAAAATGGCGGAATGGTTAATCCAATTACTATCTAATACCTTCAACC AAACATGAGATGAAATAATCTTACATTTTATCCTAAGACTATTATACCTCACAACAAACT ATCTCACAACAAACGAGCCTTTTAGTGATGAAATAAGTTATCTATATATACATAGTGAAA TAAGGTTAGTTGTCGTGGGATAACTTATTTCTAACCGTAGACAAATGTTACGGGTAAAGT TGGCTAAGTTCATTGTGTAACAATATGATAATATTTGCCATTTCATCAAGAGATTTCTTA TTAGCATAAAAAATATGGAAGTATGACAGGAAATAAAATTTATCAGAATACTAACCATTC GGAGCACAAGAATCAAAACATCTAATTCTTCTTTGATTGGCCATCAGTTTCTTAATTTTT GAAATAAAATTATGAAAAATGACACAACAGTTTAAGTGAGAAGAATTTGAATCAAGATAT TTGGAAGAAAAAAAAAACATAAATTTAGGAAAAAGAGAGTTCTCAAATAATACTAATTAA TCTTAAGATAGTCTTTACATATTCCATAGGCAGTATAAAATAGCACTTTTCTCCTCAACA TATGAAGCACATTCAGTGATTAAATCCATTTGTCTAACATGAACCACCGTCGTAAGCATC TTCAATATCATAATTCTTGTAGACAGATAGCTTGTTTTCTTTCCACCATTTCTTTTTTAC TGCAAAATTCAATCAAAAAGACATTTAGTAAGCAGTTTAACATATTAACTAAAGATGTTT AAAGTGAGGATTTTAATCAAATGACATAATAAGAGCAGAAAAGGTGGAAATTTGTGTTTC TTACAACTTATGAAAGAAAATATACCTGAACCTAAATCCCTTCTTTCCACTTGGTAGCAC TGTCAATCTTACGTAGACACCGGGCTGATACGGTTCCACCTATTCATCTGTTGATGTTGC AGCAGCTTCAACATTAGTTTCTCTTCCAGATAAAAAGCATTTTGACATTGCCTGAAACTG CAATCAACATGACATGTCCCATCGATGAATTTTAGGCAGATTCACAAAATAGTTTAAGAA AAGGAGACAACCAAAAGAATTAACTCGCTAAACAGTTTCTTCTAGCATCACTTTTTTCTT CTCCTTTTGCAACAACTACTTTGGTTAGCTGATTGGATGGAGTACTGTCTGTACGCATCG TTGAGAGAAGTGATCTCACAACTGGCGAGTATCTGTGAGTTAGCAGTCTCAAATTCAGTG GGAAGTCCCGCTAAGGAACTCATTATTGCCATTTGTTCCCTCTGAGCTTGTTGCACCTTG ATATCAGTACTAAATGGCAAAAGCATGTTCAGTTCCTCATAAATTTTTTTGAACTCTGTG AAGTATATGGTGAGTGTCTTAGCTTCCTTCTCGGGATGGTAGAAAGCCTTGCAAACTTCA TAAATTCGAGATGCTTAACCTTTGCCAGAATACAGAAGATACTCTAGATAAATCCATCAA CTCTTTACAAAATTCACAGTGATGAACCAAACCAACTACTGCATTGTCCATAGAGTTTAT AAATTTGCAAGAACAGTCTAGCATCATCTCTCATCCAAGCTTTTTTAGTTTCATCAGTTG GAGGGTCCTGACTAAGATGGTCATCCTTTCAACACTACGCAAGTAGACCTTGATTTTTTT ACTCCAATCTTAAATAATATGACCCATTTAACTAATATTCTGTAATTCTGGATACTGTTA AAGAGGGAGAAACTTTATCAACAGACATTTTCAACTACTGTTTAGTGAAGAAACTGACTC TGTTCCTCAAGAAAATAGCAGCTTCATCCCAAAAAAGCTGAACCTTTACCCAAAAGTTCT AAGGCAATAACACGAAACTGTGAAGGAGACAAAGTGAAAAGCACACCTTCACATAGAGAT TCAACACCAGAAGAATACCGTAATGTATCATGAATGAGAAGATGATGTGGAGCAGCAAGC CAACGTCAGATCTGCTGAACCATGCCAGCAAGTGTAAGGCAACAGCAGAGACCTCTTCCC AGGCTGGAACAACTTAGTGATTCTATTCATGAATATGATGGAATTTATAAGGTTACAAGA ATCATACCTAACGGAAGAAATCAAGAGATATACTACAGGACCTTCAGGATATGACTCTTT TGAGCTTTATCCTTTCTTACTTCTCATAATCTTTATATATGCAGAGCAGCCAAAATATGG AGACAGCATAATTAGAACTTATGACCAATCATACATTAGATGAAATCAATCTTCTCATTA ATTAATTAGTCCACTTTGCTCTAAATTGTACAAATTGTCATCTTCAGAGCATCAAAGCTT TATCAATAGAAAAGGCAGGCACTGGAATGTAAAAGAAAAGAGATACCATCTCTAGAGAGA TGTTTCATCTTCATATGCCTGCTTTTGGAGTGAAATATTAAGACACTCTGTTTCAATCTA AAGAAGCGAAGGTTATTGTTGGGAATCCAGAAATACCTATGAAAATACATCCTTGAGTGA ACTTAAGGTCACTCAAAAAATTCAGCAAGTGAGATTTTATTTCTGAATATCTATGGCAAT TGGGGAACACTCAAAACCAAGTATAAAGGCTTTAGGGAAGCTACATGAAGCCAAAAACTG CTCCCTTGCAATGGAACCTAGATCTATAAAACATGAAGAAAGCTAGTCACTATCAAGCCG GGGCAGCAGACACGGACTCAGCCTCTTCAACTACAAAAGGAAGTGGCTTGGTTGGGGCAG GCAGCCGCCCAATGCTATCCACCTTATCCTTCAGTTTTGGTGGAGGCCTTGCTGGTCTCG GGAGCAACCTGCCCTTTTTCTCAAACCACTCAGGCTTCAGTAGTGCCCGCAACCCAAGTT TGTTGTAATGCACTCTCCTTACAGACCCACCCGCTGCTTCCACAGCTGCTTTAGCTCTAG CGGTCACCCTTGAAACCTGTCATCAACAGTTGATGTTGGATGAGTACGCTGAGAGGACAG ACATCATTTGCCATTTTAACAAGTAAATGTAATGCATATTCTCAATAAATCGACACCATA AACAAAGAGAAAAAAGGATCATGCCAAACATCTATGTTTAAGGAACATGAAAATATCCCC TCTCCACCATCAATATTTGTGCAAAGCACATTTCTAATAGTGCTGAACTGACGTGAGCTT TTACAAATACTTATACATTGCAACACATTTAATATAAATAGCAGTACATGTCAAGAACCA CTTAGCAACTCAAATGCAAAATGCAACTTATGTTATTTCTACCAAATGACCTTTATATGA AGTGCAATACCAAATTTAATATTACTCGTCCTATTCCACATTAGTTGAATTTTTGGGTCT TTTATCATTGTTCAAAATAATTGAATTGTTCAAAGTTCAAGATGGATGGATGTTTGAAAT TTTTTGCTCATTCCTTTAATGATGTTTGATATTTCTAGGAGATAACTTTCACTACCAGCA AAGTTATCTTTATAATTTCACAAAGGACAATAGTGGAAAGTATAGTTTAAAATATTTCCA TGAATATTTTTCTTAATAAGTGATCATTGCGTCAGAAATTCAGTCAATATGGAATAGAGG GAGTATTGTTTTTTAACAATGAATACAAAATTGAATAAAAAAGCTATATTAATTAGTCTT GACTGAATATTACCTCTAGATGGATGGGCCATTGAATAAGTTCAGCCCCACGCCCCATCA ACCTGGCTCCATCTTCTATTTGCTTCCCTATTGCACCGGAATCCTATTGGCCCAAGAAGT TGTTTTGTAAAGGAAGGTGCTAAATGATTAAGCAATATAATGCTATAGTTATACCATATA ATGCTATAGTTATACCATATAATGCTATAGTTATACCATAATCTACAATTACCTTTAGAG TTTTCATTGTGATCAACTCTGACGAGTCAATCTTCCCAGCATTTATCAGATTTGCAATCT TTCCCAACCCAACTGGCTGCATGGAGCACATAAACAAAGAACAACTAATCAGAAGAGAAC CACTAACATTACTCCAAGGTGTTAAGCCATCTTGGTTTTAATAACTAAACAAATATTCAC ATATGTTGACTCAATGATAAAATAATTAGTGACGTATTTAACCACATATCATCCAAAAAA GGGGGAATTTTAGTAAGAAAAAGATGTGCCGCCTCCTGTCATGATAATTGATGGCACCTG TATGGTGCAAACAACATATTTAAGTAGAAGTTGTACTAATATCTATACAACCTTTACTCT TAGATAACTTCTTCAAGCTAGCAAGTGAAGCAGTGATCAATCAAAGGACTATCACACCCT TCTCTTCTCAATATAGAATGTTAGACCGCTTTAAAGGATCTCAGGAAGCCCCAGAAAAGA AAATATTAGACAGTCGCTACTTTCTGGTGCTGGCTTCTTTTGCTCTCAATTTCTAACTGC AGTTGCCATTGCCCTAACATATTGGTATGGGGAAGACTAATGGACAAAACTTACTCGGTT CATAGCAACTATTTCAAGTTTTGTTCCTTTTGATGAGTACGGGGAAAAATATAGCAGATT CTGAAAGTATGACTTCTGAATTGGCAACAGGTAGCAGTGCCATTGCATCTGTATATGCTG TCTTCGATCGAAGACTGAGATTGAACTTGAGAATCCTGAAGGGCTTTATGTCACAAAGGT ATAAAGAGGAAAGATAGAGCAGAAGAATGTCTTCTTTTATCATCCTTCTAAGCTTGATCA ATCAATCTTCCCAGGGACGAATCTGGAAAACAGTACTACTTGTTGGGCAAAGTGGTTCTG GAAAATCCACCATTATTGGCTTGATAGACAGATTCTATGATCCAATAAAGGAACAAGTTC TGATTGATGACACACACATCAAAAGCTACAACTTGAAGAGCTTAAGATCACAGATGGCTT TTTTTTATACATCAAGGGAAATCCACAGCTGCTACCCTTTGAGTGCGCACGAGGTAAAAA CCCCACTCCTATGAGTGAGTCAAGACCTACCCTTATTACTGGATCACTACACAACAATAA CATTTCTAGGAAAGAAGAAGCTACAGAGTCTGAAATCAAGAAAGTTGAAATTCGCGCTAA CAGAAAGTACTACATAGCTAAAAAGTACAAACAGACACAATAACATAACACCAAATGGCT AATTCTATACAATCTTCGCATAAAACACAAACAAACTACCAAATTTTCTAAACTGCCACT CCCATTTTACATGTCCTACTTTCTTTTGATTCTATGCGTTAACAAAAAGTACAACCCTGG TTATGGAACAATTATTCCTTTAGTCTATCAGCAACCAAACTAGAAACTAATTTATAAAAT GAAATATTTACTCAATGAATGCTCTACCTTCTATCATAATCATTTTTAAAAAGTTATTTT ATGTAACTTTCAAGAGAACGTTCAAACCATTCAAAATTTGAACTTTGACGTGATCCCAGC TATAAGCACGAAATCAATCAACTGCTGAAAAATAAAACCAAAATCCAATACCCAAGAGTA AAAATACCTGAAATGTGAGACTGAACGGGTTCTTAAATCCACGTTTAGGCACACGGCGAC GAAGTGGGGTCTGTCCACCTTCAAACCCGAACTTATACGTCCCTCTAGCTTTCTGACCCT TATGTCCACGACCCGCCGTCTTCCCTTTACCAGACCCAATACCTCTTCCCTTCCGAGTCT TCTGCTTCCTAGCACCTTTGTTATCTTGCAAATCATTTAGGCTCAGAAGACTGTAAGCTC TGCGAAACTGACACCCCAATGATCCAATGCTGGAGATGGGGCGTTGAGAGAATTGCAAAA GTGGTAACTTTTGTGAAGATGTGAATATGGGTTGAGAAATCTTGATGGGTTCGCCGTAGA TTGGAACATTTTGGAGTGAAGACGATGATAGTAGTGAAGTGATTCTTCTTCTCAACATTT CTTCTAGGGTTTATAGTTGAGCAATGTAATCACCTTACTGCTATAAGTTTTGTGTGAAGT TGCCAGGTCGCGTACTGTTAATTTGATACTAGTTCTTTTTATTACATTTTAGTCCTATGG TTTAAATAAAAGTTATGTTGGTTACACTTTGAGCTTGTAAGTTTCGTTTTAACTATTAGA TTTGGTCCCTTCACTACATATGGGCATAGGTATACATACTATTTAACTTGGAATTGAAAA TAAGAAGAGGAAAGTTGTCAAAAATCATCCTTTAATTTAACTCTTAGCTGGATTTCTTCT CTTATTTTAAAGGGGTAGTTTGAGATACTAAGTGTATTTCAGTATAAAAATAAGTAAAGT AGAAATTAGTGATGTATGAATTTGTTAAAAATTAGTAATGGTCATTTAAAAGTAGGATTT TAAAATCACTTTAATAAATAAAAATGTAGGAAATATTTTTTTCTTCTTAACCTCATCTTA TCAATTAAAATAAAAATAACTTCATATATCTCGACAAATAATATATATTACATATATAAG ATTATAGTATATCCATCATTAATTTATATTTATATACCGATAATAAATCATTATAATAAA ATAAAAAGTATTTTTTTTATTTTTTTATATTTGAAGATAAACAATTTCTAATTTTAAAAA ATATTATTAGAAATAGAGTGTATTCAAAATAAAATAAATAATATATTTATTTGAAAAAAC GAGCATTTTTTATTCAAAATAACAATAAGGGCATTGTTGGACCAAAGTATTGATGAGAAG GACATTTTTGAACCAAACTACAAAGTATTTTTGTTCTTTTCGCATAGTTTAAGGGCATTT TTTACCCTTTACCCTTTATTTATTCAGCAACAAACAACTCTCTAAATAATAACATTTACA AGCTTATTTATTTAATATTATTTGTATAAATATAAAATATAAAATCAAGAAAATCTTACA TAGATAAATTCCATGGTATTAAATCATATGTATTAGTAATGCATCCTACGAAACCATGAA GGATGTATAACTAATCCATGAATTAATTTTACTTGGGTCCAAAATTCCTTTCAAATATAG TACTAAATAATATATGAATTACTTCTCCTAATGCTTCCTACCGATCGACCCCTAAATAAT AAATTACAGCACTACAATGTATAATGCAACTGCAAAGTATTTGCTTGTAGAGATACCTCC ACAGAATAGCTAATTTCCATCTCTCAGTGGACCTTCTAGCTACACTTGACAAGGAGCAAA TTCCTTCACTGGCCACATTCTTGTTTTTTTCAATAAAAGCACAAAGCTCACTAGCAAGGG GTGGTGGTATCTCTTTGACCTCGGGGAATTTATGAATGTCTTGAAACTTATATAGGATGT TGAGCAACCTACAATCTTCTGGAGCAGTTGTTTGAAGAACTTCCAATGTGGTTCTGCATT TCATAATTAGCCATCTCATTGCAACAACTTCACTCTCTGTTGAAAGTCTGTTCCCTGAAT AAACAAGGTGTACAACAGATTTGCGACTGGTTTTAGGGACTGCCCAGAATCGCAATGTTG ATAGTAGTGCAAAGGATGGCTTCCCATCTGGATGAATGTATAGTGACTCATTATCCCATG AGCAGAGAGAATACATATCTGGTTCTAAAGGTATAAAGGCCTTGTCATTTGGGTTCTCAG TCAGAAGAAATCCATAGTGTTGTAGAAGCTCCAGATTGGTGTAGGTTCCGTAGCTTAGAA GAACCTGCAGTGATCAATCAAGCTAGTGGGATCAAAGCAACTCCTTCAAACAAGAAAATA ATTCAAACTGAGATGGCAAACTGTCGTGATAATGACACTTTACATTTGATGCAATGCAAG CGCTGTTCATTTTTGTAGTTCTTAATATCCTGAATATCAAGTAATGGAGCATCCACCTCA CAACTTATTAATGGAAAGGAACCACTTCTATTAATTTACTGAATGCCACACATAAAGAAA AGAAGTATTAAAAGGAAGGAAGCATTTCAGAATCACCTGGTCTCCTTTCCGGTAGTTTCT TCTAGCATAGAAATGGTATGAAGAAACGTCTTTCTCATATCCAGCATCTATTAGCCTAGT GGTAGAATCCAATTCAGTTTCTGATTTAAGTGTACTGTTTTCTTGCATAAAATAAGGCTT TCCAGCACCTTGATCTTCATAAATAGATGTTTCCTCTTCAGGTGCTGCATAATTGAAGAA ATCTCCCACAGGGCATAAACATCCAGCTTCATCCCAAGGTATATGCATGGTCCGCGAGGA TATCTTCAGTAAGAAACTTTTTTCATGTTAAACCATGAATATGACACGAAATTGTCTAAT TGATAGACAGTGGTGCTCAAGTACATTGTGAATGAAGACAGACAGTGTTAGATAGATCAC GAATCAAACACCGCATTTGAATCTTGCAATGATTAGGGATATCTAATCAGACCACTAGAG TAAGAAATGACATCGCACTATTCCAGATTAGCACTTGAGTTCACTCCATACTTACAGAAC CAGAGGCCCAGAGCCATGCCTTAAGAGCGAGGAATTGTGGCTTGAGCTTCAGTTCATGCA TAAGCTGAGTCACTTCATTCCACTCCTGTTCAGCCTTCCTAGAAGCCTTTTGTGCAGCCC ATATGGCATCATCAATCTAAAAGCAGTGGAGAAATATAAGATGAAGTCTTTTATGGTGAA TTTCAGTCAATTATGATGCTTCATGATAGACATTAGCAATGCAGTGAACAGAAGAAGTGT TTTCAAACTATGAAATACATTTTAACTTGTAGAGATTGCTACAAACTTGCAATGCTTGTA TCTCGAATTTGCCAAAATCCGCAAGTGTTTCATAGCTGCGGGGAAACTGTTTTAGATAGG GCCACCACCTAGAACTCTTACCCTTGTTCACTTCATTTAACAATCCAACAGCCAATATCT GCAGTAGAAATAAGATCAAATAACATAAACATGAAATTGAATGGAATCATCATTACTTTC CAAACAAATCACATAGGGTAGAGCAGCTGTTTAACACTCTGATATTGGAGATTTGATTCA CTTTGCACAACCAACGCGTTAACTATAAACACTTGAAGAAACTGCAGGCTCATCATAAAA ATCCAGCCTTTCGGTACAAAGTACAACAATCAGATTGAGTTAAGTTCATATTACTAGGTG ATCATATAAAACCCCAAAAACATAAAGTTCCTAACTCAAAATTCTAATTCTTATACTCCA AAGAATAACCTGTGCGGAGGACAGAGAAGGGTGATTCTTGACAGCAATGGAGAATGCCAC ATCGTTCATCATAAGATTTTGACTAGTCATTAACGCTCCCTTTGGAACTCTAAGAATCAA TTCCCCTTTCTTAATATCACGAACAGCTGCTAAACCTCTCCTTCATCAATTCAAAAAATC ATTCATTCCTCATCAGATTCATATAGGAAAATCCAAGAATAAAAAGAAAAGAATTGTGAT TAATACATACCCTCCGGCTTTAGGGAAATTAGCGACACAAAGGGTTTTTCCCAAACATGA ATCTGATTGGGTTGTACAAGTTGAAGGAGAATCTGATATTCCCAGCTCCGCTGCCCATTT CAGAAAGCTCTTCAGGTTCAATTCTTCAGCTTCTTCCATGGCGGCTTTCCGGTGGAACTG GGTTTTTTTCCCGTTTCTTTTGTTAGAGAAAATTCTGATGGCCCAATTGGATTACTGTTT CATTTACTGGGCCAATTCAGCTTAAGTGAGCCCAAGTCCAAAAGCTAATGGCCTAAATAT GATTTGGCAAGTTACATATTTAGCCAATCAAAAATAATTACAATCGCTAAACATATAGCA AACACAAAAATCATTTATATGTTATTTGAAATATTGCACTCCATAGCAAACATAAATATG TATATTTCGTTATACATATACAAAAAAAAATAGTTGTATATAAATTGTTTCATTTTCAAT ATACATCTACAAAAGATCAATTCTATAATTTGTGTTTGTATAAAACGAGAAAGAGAAAAA GACAAAAAAATGGAAATGAATGTATTTGTATAGTATAATTATCAGTATATAAGACAAAAT ATACGTATTTGCATGTGTATATACAATTTTCTCTTACTTTATACAAACAAAAACACAATT TATACATTTCTTTTGTGTTTGTATTAGTGAGAGAAAGCAACGCGTGGGTGGCGAGTGAGA TCTGAGAGAGTGAAGAGCGAGATATGGGAGAGAGAAACGAAAGTATATGTATATATATAA TTTTTCTCGCTTTATAGAAATACAAACACATTTTATACATTTGCGTTTGTATAAAAGGCT AGAGAGTGGAGGGAGAAAACGATAGTGACGAGCGAGATTCACCAGGAGAGAGGCGAAATA GCAACTGTTTGCTATAGTGTACAATTAAATTAATTCATGATTATAACATTCAATTTGAAT TAATAGTTTACTATTATATATACAATTTTTCCTATTATAAATTATACATTATTTTATATC AAAATGTATATTTTAACATATATCATATAAAATATATACTTATTGACTATTATTTGATGG ACATCTAAGTGAAAAAAGAGCTCATAGCCACGTTGGTGGACTTGTATTTTTGATAACCTT GAGATTGATGAAAACTGTGCTCGAGCTGATGGTGAAGAAAAGGGGGAAGTGACTCGTTCC TTCCTTGCAAAGGAGTCAAAATAGACTATGACGACCGTTGATTAATATCTTCCTTTTTAA TTTTCTTTTATGTATCTTTTATTTATGTCAATATCTCAATATAAATTTATGTTTTTACTT AAGTTTTAACCTAATTTAGAAAAAAAACAATGTAAAATAATTTCGAGGCAAAATATTGAT GGATGATCTCCATTGAATTCTTATATTATTATTTTTTTTGTATGATTGTGTATTAATTAA TCACTAAACTTTTGCAACACAATCAATTTAGAGTAAATGTAGTAGCTAGGATATAACAAG AACTCAAAATCTTAACTATTGCCTCTATACATTTCATATTCATTGTACTATTTGAAGAAA TTTTTAGTGAGACATTATAGAAACGTACACGTAAATAACATATAACAAATTATAACTCTT TATTGATATTATTTCTTCTATTTTTCAACAAAGTTTAGGAGAGCCTACTTTATTTATAGA CTTGGTAGTCCTTTTCTTTCTGGTGGATTTTACTCTTTTAGAACCATGCACCTAAAAAAA TATTCTCTCGAAGTTCGAAAGATTCCATATAAATTGAAAAAATATAGTTAAAAATTTACA AATAAATGATTTTAAGAATGAGGAGTACGTGGGCACAATGCTTAAATGTGATACAACTCA AAATATAGAACAAGAGAGTAGTAGCTAACTAGTAATTAAATCTCCCTTAAGTTTGATTTC GTAATACTTGTTTCCTTTGTGATTTATAATTAAATATTTACCTCTCTTGTTTTAGTTATT TTATTATAATTCTCTTGACATAATTATTTAATATTAAAAAAAAAAAAGATTGCAATTTGA CCAAGTTATCCTTCCTCATATACGGAGAGTACTATTTTCTTTAATCTATTTTACAACATC CTTTTGTTATTTTTTATCTTTTTATTTATAACATCGTTTTATTCTATTCATCAGATGTTC TCCTTTGATTTCAAATGATATTTCTCTAACTAGATGTTATTTGACCAGTTTTCAAATTGA TGATTTGCTACTTAGGAAATTATTTCATTTTTATTTTCATTTTCATATTATATTAATGAT CCAAAAATAGTTTTGCTCCATTAGCCATAAATATATAACTAAATAAATTGATACTGCTAT TGCACCGTTGAATTTAATGGCCCTAACTGTATTAGTATCTCTGCACGAAATTATCACTAT TTTCTGCATATTTTATTTGGCAAGAACCAAATCATTTAAATTTAATTGAGATTCTTTGAT TATGAAATTTTAAATTTTTTTAAAATAAAAATTATATATTAGTAAATTGTGTAAAAAGTA TTATAAATAATAATAATTGTCTATCTAAATATATATAAAAAATTAATAAATAATGATAAA TTTATTTAAAATTTAAAATATCACATAAATAGAAACAGAATAAATATTATTTTTTTCCAA AGCAAGTACAAACAGCTACGTGTCAAATGTTGAGCCCGCAGTTAGGCTCAACTCAACTTG TTGTGGATAGCACACGCATACGTAGGTGGGCTTTTCTGGCCCATGCATAAATTTCCATTT TCCAGAATCAAGTTTTTACGTGGTCCGCTCTTATTTAATGTTGACTTCATTAATTATTCT AAAAAAAATATTTCATCACCAAGCAGACCTTTCTAAAAAAAAATTTAAGATGTCTTAAAA TATAACTTTGGTCACTCAATTAGTCAAAGTTATAAATTTGTGTCATTGAGTTATGCCTTA GTTATAATTTGTCACTATACATAAGTATTTCGGCGTAGTTTAGTACATTACCGAATTTAA TTTCTTTTGTATTTGAACGCATAGTTTATATCGTTCCACTTATGTTTGGAACATAATTCG TGTCATAAAGTTTATGCTCAAACATATATATGTTTAAACTTATATCCTAAATTTTCTCTC AATTTTTTTTAAAGAAATATTTCAATGAACTTCGTTTTCATTTTAAGTCAAAATAAATTA ATGAAAGAAATATTTACGCTCTCAAACATAAAATTAAAGATGTACAATTTTGCGATTAAA AAATTAAACACCCCGAAATAGAGATGTTTTGCGCGCAAATGACAAATTTAGACAATTAGG TTCGTACGTTCTGGTGTATGACCCACAAGAGTGGGACCCACAGTCCACTTGATTAGGAGT AGGCACTTTCTAGTCCGTGGGCCCGCTGCGACTCATAGTTGGGTTAAAAGGTAAGAATTT TGATCCAATGAAAAATTGCCACATGTACATCGTAACCCAGCTGCCCACTTTTATTTTGAT AACGCTATCTTCCACTGATTGGGCTGTGATTTACACGTGTCCTCTTTATACACCATCTTC TTACCCCATTACTAAAGTTGGTATTATACTTATAAATGGACTCAATAATGCTCATATTCT TTACAATTACAGAAGAGAATAGCATTAAATTTTAGGGAACAATCCTACCACGTGTCAAAA TACAAAATAAAAATAAAATTGTTTCCCAAGTCAAAATTACTTTTTTAGCCTACAATATTT CAAAATAAATATTCTTGATTATGAAAATTGTGACTATTCATTAATGTATTTGTAGTTTTA AATTACAATATGTGGATTTTATTGATAACCAAATTAAGAGACTTGAGCACAACATTGCAC TCTAAACTTTATCATTTTATTGATAATCAAGAAATTATTGACTATCTACCATAGGGTCCA ACCTCTATTCCGCGCCACTTATTATTTGGAAACTTTTAATGTAGCTACAACTTGTTAGAC TCATGTGTGCTCTTTTATGTATATAATCAATTCCCTCGGAAGCTAGTTAGCTCATGTAGC ACAAAAGTGGAAATTAGGTCAATTTTCTGTATCTGAAATTAATTCATACTTTAAAAGTTA ATTTAAATGGAGTAGGCTCGCGTAAGCTTTATAATAAGTCCATTGATCTCATTAATCATC AATATAGACTTATGTCACTTCACACGATTATTTTGATTTAAGAAACCTCAACGTTCAGTG AGATGAAATTTGACGCTGATATCATATGAAATTAGGTCTTGAACCTAACTTACATCCTAA AAGATAACTCTAATTAGGAGGATTATCAAGTCATATAAGAACTACCAATGCAGACTTTTG TCATTCTCTAACACTATACTTAATTAACCAAATTTTTAATACTTTCACTTTAATATAATG TTACATTTTGTCAAGTATATGTAATGCTAGACAAAATGTAAAATAAAATAATGTAATGCA TACTCTTACAAAAAAAAAAAAAAAACTCAAAAATCCTACTTGAATTATTTCAGATTCGCA TAACATAAGACCCATTCAAGAAAATCTCTCCCTGTCAAGAGTTATTCCATATCATGTCAA TAAGAAAAACTTATTGACTCATGAAAAAATTCGCTGCACCATATTTATTGAATCATGAAG AAATAATTTCATCCACTGCACCATATCTTTCTTAATAAAACATGGTACGTTAGTGGGACC AAACTGTAAAATTTGAGTGACAAAAGGTTAAAAGGTGGAAACTAGGACGAGGTGGAGGAG ATAGAATCAGAATCACTCAATTCTAATCAGCACGAGTAAACAAAAAACAAAAAACAAAAA AAAGATTGAATGGTCTAAAGTATTCAAAAATATATAGGAGTAATTTGAACAAGAAAATGC TGCTAAAATTCTTGTGATCAGCAACAAGCAACAAGGAGGCCATTTTTTTTTGTTTTAACT TTCTTTCAACTGATGTTGATGTGTTAAAAAAAAACCTTGTTCAACTAATAGGAGCTTTCT TTCTATTGCTATTCGCAGGTTATTTCTTTAAATTCCCCCGTACCTTTCATTATTAATCTG TTTTTTTTTTAACTTAATATAATATTAAAGATTTGAACACCCTTTTCCTTTTCTAGATAG TCTCTACGTGTATCAAAGGTAGTAAGGGAACTTATTATAATCTAATTGACTATATATAGT AAGCTCCAATCCAATTACTTGAAGAAAGTGTGAAAAAGCATATTCATTTGGGGTGAGTTG AGTAATTGGCTTTGTGCTGTTGCTGATTTGAATTCTTGGTATTGGGATACTTTTTTTAAT TTGTTGATAAAGTTTCAATCTTTATGATTTTTGTGTGGTCATAACTGTATCTCATTGTGT TTATTTGGTTTATCTCATTGTGCAGAAACTCAGAAATACAAGGTTTTTGGTTGTTGTTGA TGAGTGAGTGCATTATACATCTGTTTGTGTAAGCCAAAGTCGGTTAACTTTCTTATTATG CGATTTTTATAATCGTTGGTATTGTTTGAAATTAGTGGATAGACTCTAGTGGGTATCTAC TAGGCTGAGGTGACAAGGTAACATAAAGGAAAGACAAAAACTTGGGAATTGTAGGTGTCT GTTGTTTCAGCATGTCTGTTGCTTTGTTGTGGGTTGTTTCTCCGAATTCCGAGGTCTCAT ACGGGACAGGATTCTTGGATTCAGTCCGAGAAGGGAACCGGGGTTTGGAATCATCCAGGT TCCCATCTCGGGATAGGAATTCGATGTGGAAAGGAGGATTCAAGAAAGGTGGGAGACAGG GGTGGAATTTTGGGTTTTTAAATGCAGATTTGAGATATTCGTGTTTAGGAAGATCAAGAA CTGAGAATGGAAGGAGTTTTTCTGTACAGTCTAGTTTGGTGGCTAGTCCAGCTGGAGAAA TGGCTGTGTCATCAGAAAAAAAAGTGTATGAGGTGGTATTGAAGCAGGCAGCTTTAGTGA AGAGGCATCTGATATCTACTGATGACATACAAGTGAAGCCGGATATTGTTCTTCCGGGTA ATTTGGGCTTGTTGAGTGAAGCATATGATCGTTGTGGCGAAGTATGTGCAGAGTATGCAA AGACATTTTACTTAGGTCAGTCTCAACCTTTGTTTTTATCTGTTCTTTAGTTTACAAAAT CTTGGTTAAGGTATTAGTTGATGAAGACAAAATTTAAATCTTTTTGTTTGGTTCTTATTT AGGAACCATGCTAATGACTCCAGACAGAAGAAGAGCTATCTGGGCAATATATGGTGATGT TTCAACTTTCAAGACATATAGTATTTCTATGTATATATCTATGCTTAACTGAGGACATAC AAAAGAGAATTATATTTTAGTTAGACATGGAATATTATAGGTGCTAGTTGATCTCTACTA GGTAGTGAAACATTATTATATGCATAAAGAGAGGAGATCTAATTTCTTTTACCATATACA ACAGTCAAAATTAGTGGAAGAAATGCTAAATTATTAGACTGGATCCACAGAAGTGTAACA TGCTAACTGTTTGTTTTATCAGCTTTCTTGGGAATCTTTGACATATTTTCAACTTTTCAC TGCCGGTAGTTACGCTCTTTATGTACCGAAATATTATGCTTTATACAGTCCAAAAGGTTA AAGAAAGTAGCATCCAGATAATTTAACATTATGCAGTTGGCACTTCCCATTCTGGTCTCT AGGTGAAAAACTGGTGTGATTTGATTCTCTTTACCGTTTCGTTTGGCAGTCTTACAAGTT TGGTCAAGGTTTTTGCATAGTCAATTATGGTATATCTGTTACTTTTGGTGCTTTCATGTA TTCCGTTTCCTAGAAGGGCTAGATCTTGCCAATGAAAAAATTTCCACTTGAAATTGAAAA AATATGTGATGTTTCTGGCTTGCTAGATTAATTTGTAGCTCAAGCAAGTTAAGCGTACTT ATAGATGACCTTGTTGTCTGAAAGCTGTGTTCTTTTTATACAGTGTGGTGCAGGAGAACT GATGAGCTTGTTGATGGCCCTAATGCATCACACATAACTCCACAAGCTTTAGATAGGTGG GAGGCAAGGCTGGAAGATATTTTTAACGGGCGGCCATTTGATATGCTTGATGCAGCTTTA TCCGACACTGTTTCCAGATTTCCGGTTGATATTCAGGTTAATCTCTCTAAGTGGATCACC ATTATCTTCGCCAGATTCAGATGCTATTCTCTTTTGCTGAGTGCTTTTCCGATGCAAGTA CTTATAGAATTTGATATACTTTTCTTCTTTGTATCTCTCTCTCTCTCTCTAATAACATTT ACTTATATTTGTTATTTGATTAGCAAATTAGGCAACTAGTTTTCATTTGCTATCACTGCA GCTGACGTTTATCTTGTGTTTAATAACCTCCCCATGTGAAGTGTCTGATTATTCATTTAT CTGGTGCAGCCATTCAGAGATATGGTTGAAGGAATGCGTATGGACTTGTGGAAATCCAGA TACAACAACTTTGATGAGCTATATCTCTATTGTTACTATGTCGCTGGTACAGTAGGATTG ATGAGTGTTCCAATTATGGGCATTGCACCTGAATCAAAGGCAACGACAGAGAGTGTATAT AATGCAGCTTTGGCTTTAGGGATCGCAAATCAACTAACCAATATACTCAGAGATGTAGGA GAAGAGTAAGTACAAAGCTATATTTAGTTCATATTGATCATTTCCCAAGTAACATGCCAA AATATATCGAAAGAGTAGTCTATTTCTCAGATACAAGTTCAGTGTAATGCCTATTGCTCC ATGTTGTTTCTAAAAAGTCACAGGCGACTTTGCCATTCTATTTGTTTCAGTTTATTTTGA AGTACAATGTATTCAGTGCTTAAAATGCCTTAACATATTTCTTTTTGTACAGTGCAAGAA GAGGAAGAGTATACTTACCTCAAGATGAATTAGCACAGGCAGGGCTCTCCGATGAAGACA TATTTGCTGGAAAGGTGACTGATAAGTGGAGAATCTTTATGAAGAAGCAAATCCAGAGGG CAAGGAAATTCTTTGATGAGGCAGAGAAAGGTGTCACAGAACTGAGTTCTGCTAGTAGAT GGCCGGTATGTAGTCATAAAGTTACATGAATACAAATACAATTGATCGTTTGCATCTGCT ACTTTTTCTTTTATTGTTATATTAGTAAGGAAAAGGCAATTCGAACTAAATCTTTCATAG TGACACAACACATTCCATCACATTGTTACACAAAGCATAATAAACTTCAGTCCAGAAAAT AGTTCCGTCTCATTTGACTATAATTTGTATGGACTAATTGACATCAAGTTCTTAAATCTG CTCAAACCTTCTCTGTAATGTGCTGCTTATGTTCCTACATCACAGAGGAAAGAGATCTTG ATCGACGTGCCTAGGCAATTATGGTCTAGTTTAGCATTGAACTTACATTGTGAAATCTTT GTTCTAGTATGAAGAATGAGCAGACTCTTTTTTGTTACTGCAGGTGTTGGCATCGTTGCT GTTATATCGCAAGATACTGGACGAGATTGAAGCAAACGACTACAACAACTTCACAAGGAG GGCTTATGTGAGCAAGCCAAAGAAGCTTCTGACGTTGCCCATTGCTTATGCAAGATCTCT AGTGCCCCCTAAGTCAACTTCTTCCCCACTAGCAAAGACATGAATGAAGTTTCTAAATGC CAATTAGAGGCCTATACATACACTAAAGAAAACAGGTACTTAATTGTAAATGAGCTATCT TTGCTACATGTGTTTCATCATATCATTAAAAGTAGATTGTAAATTCAATATGCCTATTTC TTGGTAGATTAATGTGTCTTCACTCTTCACACTCAAATCCTCAAGGGGGAAAAGTTAATT GTTCATGTAGATAATTGACTTCATTTGAGTTTCAAACATTTACTTGGGCTTCATAAAATA ATTAAAGTCCATTTGAATTTCATGCCACGTGTCAAGTGTCATGGAGGAGTCAACAAGATC GCATGTTCGGTCATAACTAATCGAAGGAAAAAACTTTATCCTCGAATGTTTATACCAATT CAAATTGGAGAAAATCAGTAATCACATGAAATTAGTTAGAAATAAAATTTGCAACGTTAT ATATTTTTCTAAATTTTGGAATTATTTCTGAAAATGAGTTGGCTAATTAACCCTTTATAT TTAACAAATGGAAGAAAATCTTATCAAAGATCTTTCTTAATTTCTTGAGAATATAATGTT GAGTAGATTAAATGAATTTGAATAAAATAAATCGAACAGTTGTCAAGAATTGGTAAATTA AGTTGATGAAAGCTTGCTAGAGAATAAGGGGACAAAATACAACGACGACAAAGTAGCTTA CTACATGGGAGGCACTGATACAGCCAAATTTTTTATTACAAGAATTTAAAAATATAAATA CACAAACAAATAAACAACAATTTTTTACTTAAAAAAATATATATAAAAAAAATATTAATT TTTTAAGTACTTTTTTCTACATGATTTGATTAAGATTTGAAGAGAGGTGGACACTATTAA AAGTTAAAAGTCCAAAAAGTATATTATAACCTAAACTATTTTTTGTCAAACTTTAAATTT TATGTTTCAAGTTTGAAGTTTAAAATAGGCCAAATTTATAACTAAACTATTAGCTTTATT GTTATTATTATTATAAGTACCATTATCGTCACTAAGCTTAGAGAATACTAATTGAGTAAG TACCATTTTTGTAGGAAAAAATAGGCTAATTGAGTTGATTAATCTAATTTCACCCAAAAA TTCCTCCACTATACACCAAGTCACTAGCCCTTTTAAATGAAAGTCTTAACATCATGCATA TTGTGATTTTTACACTCTTAAATACTCTCCGTTTTGATTTTTCATGTGTTTGATTTGATT TGAATTTGAAAAAATAAAAAAGATTAGAAATAATACTAATTTACATAAATTTTATAGAAT TAAAATCTAATTACATTATTTTTGTTCCTTTTTTTAAATTGCAAAAATCTCTCAAAAATT TATGAATTTCAGATACTTTATTAGACCTCGGGATACATCACTGCACATTCAGATACATCA ACAGACATCTAGATACATAGAGAAGTGATGTATCCGAAAGGGAATAAAACATTCAGACAC ACATGAAAGGGATGTATTTGAGAGGGAACGGATGGATATGAGAAGGATAGAGATGTACTC TAAAGAGGGAAATGATGAATCTGAGGGGGGATTTTTTATTTTTTTCAAGAAAATGATTGA AAATTTTAAAGATTATGATAAAAATAAGATATATAACTTTTCCTTGTTTTGTTCTACTAC GTTCCTTTTTAGTTTTTTTTTACACGACGTGTTTGAGGCAAACAAATTTGATGATCTTAA ACATGTCATGTAAAATAAAAACTAAAAAATTATAATTAAAATAAAAATAGTACAAACAAA TTGAAACAGAAAGAGTAAGCTGGACTTTCCACGTCGTCCGATTAATATTATTATTTGATC AGTCTTTTGGTAAGTGGGACTTTCCACTCGACCACATACTGGTTGCTGCTCATCTTCACG TGCCAACCCCCAATACAAGAAAATTGTTAAATATTCAAGTCCATCAAATGTACGTACAAT CATTTAACCAGCAAGTACAACTGTTTTAAGCAATTCACTTTCTACTATTCAGTTCAAATA CACTCACTCTGTTCCACCTAATTCTCATATGACAAGTACAACCTCCACTACACTAGTAGC TCTTTTTCTTTGGTCCTTTGTTATTTTTTTCATGCTAATGAAATTGTCTATTTAAGAAGA AAGTATATATATCTATATATATGGTCAATTATTGATCACAAATAAGAAGATTATTAGAAA TTTCAACCTGGTGTACTAGGACATCACAACAAAAAAAAAAAGAGGAAAAATGGTAGTGAA AGTGTATGGTTCAGCAATGGCTGCATGTCCACAAAGGGTCATGGTTTGTCTTATAGAATT GGGAGTCGATTATGAACTTATACATGTTGATCTTGATTCTCTCCAGCAGAAAAAACCTGA TTTCTTGCTTTTACAGGTAATATTTTAGTTGTCGCTTTTAACTTATCAAAAGAAAATCAT ATTTACTCATAACATTAATTACTTATGCTTCGAATCGCTTTGTTATATATTCTTGCAGCC ATTTGGACAGGTTCCTGTCATTGAAGAGGGCGATTTCAGGCTTTTCGGTAACTATATACT ATCATTATTAAAGCCAGGCCCATTGAGGCAAATCAGCCCACTCCACTAGAAGTACCAATA TTAGTTCAAGATAACATAACCCACTTAGTTATTAACTCAACGTATTTGGATCCACCCAAT TAAGAGTCGAGGGAATTGAGTTATGGCCCATTATTTTAGGAGATTTATTAAGTCAATTGA TTTTAACGCTCAAATCCTCTTATTGATGTGGGTGAACTAGGTCGGTTTTTTTCTTTATTT AATTAAAGATGGTAACACGTAAATTTTGTTTTTGATTACTTTCAGAATCTAGAGCAATAA TAAGGTACTATGCAGCAAAATATGAAGACAAGGGAAAGAAACTAACCGGAACGACATTGG AAGAAAAAGCTCTAGTAGATCAATGGCTAGAAGTGGAATCCAACAACTACAATGACTTGG TATACAACATGGTACTCCAACTCCTCGTATTCCCTAAAATGGGACACAAAAGTGACTTGA TCGTCGTACAAAAATGTGCCAACAATTTAGAGAAAGTGTTCGATATCTATGAACAAAGGT TGTCCAAGAGTAAATACTTAGCAGGAGATTTTTTCTCCTTAGCTGATCTAAGCCACCTCC CTAGCCTTAGATTTTTGATGAATGAAGGTGGCTTTGCACATTTGGTGACTCAAAGGAAGT ATTTGCATGATTGGTATTTGGATATTTCAAGTAGGCCTTCTTGGAGCAAAGTGTTGGACT TCATGAATTTGAAGAAATTAGAGATGTTACCCGGCCCACCTAAAGAAGAAGTAAAAGTTT AACAAACACTACAACGCCATGATTATTCTGTTACGAGTGGCATGGATACTGAGAATTCAT ATTGCCAACTCTGTCTATCTAATCAGTTAGGTTTTGAAATTGAAGCGTTTTGTGTTTCGT TGTGTTGTAATCACCAAAAATAAAATAAAATTGAACTATGGGTTTACCATCAAGACATGT AACATATTACATATCCGCAATAACCAATACCTTAATGACAAATATGATCAAATTATATGG AAAACAGAATAAATAATACTTGTTGATAACATCTTTTTTTCTCTCGATTCTGCTAGGCAT TATTTCTGCCAAAAAGTATCTCCAGAAGATGAATTTGTATAAACAAAATGTGTCTCATTC TGTCATTACTTATTTATAGAACCATCGAAAAAGACTTTTGACAGCTATATGAATATGAAG GTGATGGTGTTACAATCTTTTTTATAAATTAAATCACTAAAGACGAGACAAAGCAAGAAT CTGCTCTTGACTTTGATCGTGTATGCTCGAGGCTTTTCCCTTTTGACTTGGTTTGATTTT TTGCTTGTTTGATCAGACACAACAAATGTCTTTGCCACTGCTCTCAAATGATTCTTCTGC ACCTTCCCTGTTCCTGTTTTAGGCAATTCTTCTACAAATTGAACCTTCTTTGGTACCATG AATCCCGGCAAGTTTTTCCTACAGTGTGCTATGACATCTGATTCTTTCAAGTTCGAGTCT TTCCTCAATATAACAAAAGCACATGGACTTTCACCCCACCTTGGATGTGGCATTGCCACA ACAGAGGCCTCCACAACATATGGATGTTTCAGAATTGCACTTTCTACTTCTACGCTGCTA ATGTTCTCTCCACCTGATATGATCACATCTTTGCTTCTATCTTTGATTTCCAAATACCCA TCTGGATGAATCACTCCCATATCCCCTGTGAAAAACCAACCATTCTTGAATACTTCTGAA TTTGCTTTTTCATTTTTTAAGTACCCTTTCATGATACTGCTTCCCCTCAGGCATATTTCC CCTGCTGTTTTCCCATCACGAGGCACACTTTCCATATTCTTGAATTCCTTCACATCAACA TCAGCAAGTGTTAGTATGCCCAGCCCTTGTCTTGCCTTTAACCTGGCTTGTTCTTCCCTT GGTAATTTGTTCCAATTGGCTTGAAACTCGCATATCAGGGCTGGTCCAGTGGCCTCCGTG AGCCCATAGGCGTGGACCACGCGGAACCCCACCCTTTCGATTTTTTCGAGTAGTGGTGCT GGTGGGGGTGCACCCCCTACAAGAACTTGTACTGGGGTCGTTATTCGGCGCTGCTCGTGT GGCTTGGCCTCAAGGATTATGCTGAGAACTATTGGTGCAGCACACATATGCGTTACTTTG TGTAACGCTATGTTGGAGTAGATTTCTTGGGCTGTTGTATTGCGGATACAAATATTTGTG CCACCCCTTGCAGCTATTCCCCATGTGAAAGTCCAACCATTGCAGTGAAACATTGAGAGG GACCATAAGTAGACAGGCTCAGTACCCATCTCCCATCCCAAAATCAAACTCGAAGTGCTC AAAAAAGCACCTCTGTGGCTGTAAACTACTCCCTTTGGCTCTGAAGTTGTACCTGATGTA TAGCTCAAGGTAATGTTGGGTTATGGGTCTTTTTTCCCTTCCTATGTAGATAAATAAAAG CCCAATTTGGACCAACCCATTTTTGTGCATAAGCCCATTCTTATGAGGCAAATATAAGCC TATTTTAGGTCTTATTTTCAGATTTTTTAGAGAGAGTTTTTCAGCAGCCAAAAGAGAGAA AAAGAAAGAAATTCGCAGTAAAAAATCCAGCCATAACAACCAACTTCAAATTGCGATTCC CGCTTCGTTTCTTGTCCGATTGAGCTGATTTTTGGACAGCATATTATCTTCATCTCAATC TTTGATTAGGAACTGACAGAGTTGGATTTGGTGGTCTGCAGCTTCAGTTTTGCTGTCGTG AACAGTAGCTGCGAAATTGGTGATTTTGCTCCTTTAATTCTCTAGATTTGGTGCAATCTT ATTTTGTTGTTGCTCGTTGTTTGGCACTTTGTTTTGTGGCCAATTTTGGAGAACAATATT GTAACTCTTGGTGATTATAGTGGAGCTTTTGGTCCCGTGGTTTTTTACTCTTCACATCGA AGGGTTTTCCACGTAAATCTTGGTGTCTTGTGTGATTGGTTTATTATTGTCTTGTTATAT TTGTTTGGTTGAATTACTTGCTGCCTTACTATCATATTGCTTGTGGTTGTTTGTTTTCTC TTGGTTCAAATCGAAAAGGGAAAGTATAGACTTGGGTATTCTTCCGCTGTTATCCTGTCA GGCATTCTTTGTTAGTGCCTTGTCTTTCCCAACAGGTAATTGGATCCCATTCATCATCAA TATTCTCAACGACATATTCAGGGTTCCCTTGGAATACCAACTGCTCGTATTCAAGCTCCC CTAACCGGATTCCAGCAGGGGAATCAAGGTCATCAATGACAACGACAAGAGGTATTGGCA TTTGAAAGTCAGACATTAGTATTTCAATGGCCTTTTTAGCTTTGTCAATGTATTCATAGT CGATAAAAAAGATCTTGGCTTCGGAGTGCTTGAGAATAAGGGCAACATTTTTAGCGTCCA GCCTCGTATTGATGGCGTTGAGTACAGCCCCTGCCATCGGCACAGCAAAATGCATTTCTA ATAAGGCGGGTACATTTGGTGCAAGGACCGAGACCTACATGATCATAAAATATTTAACCT TATTTAAAATATGATCATATATACTAATTACACAGGTTAATTAATTTAAAATGTGAATCT AGATAGACTTACCACGTCGTTCTTGACAATATTTAAGGACTTTAACGAGGAAGCGAGGCG ACGACAACGCTCATGGTTTTCACGCCAAGTGAATCGAATATTTGCATAAATAATAGAGGT GCGGTTGGCATAAGAATTAGAGGCTCTGGTTAAGAAGGTGAGAGGAGTAAGAGGCACATA ATTAGCTCCACATTTAGGTAAATTGTCCATGGGATCTAAAAGTGTAAAGTTGAATTGATT TATAATTTGTTACTAATAAAAGTGTATGTTATGGAAAAGGTTTGTAAAGATAGGCTATAG AATTTGTGTAAGAGATGCAGCTCAGCGTTCTGTTTATATAGAGAAGAATCTCAGCCTAAT TTCCCATGTCCATTTGGCCCCCTAATGGTTGTTTAGATGGAAATAATAAGGAAGTTGCGG TGAATGTGTAATACTAAAACCATATGCATCGACCTATACTACAGACGCGCGCACAAAAAA AAACAGTTCTTAAAAAAGGGACTAATAATCTTGAATGTTCTAATGTCTGGTAATTTTCAC AATTTTTTTATAACGACAAGAGATTGTTACTTTAGATGTGTATAAGTAAAATCTCGCTTC AATACGAAAGCTGGCAAATTTTATTGGGAAAATTTTGGCGGGACGAGCCTAAACCACTGA GTCAGTTGTCACACAACTTTTTGTCACTTGGCGTCACCAATTTACCCAACTGGGACAATA ACCTTAAGCCACTTATGTTTTAAACAATTCACCAATCCATCACTATTCGGATCGCTAGAG TAAACTTCTTAGTTTTGCGTTAAAATAATAATTTCAAAAAATATATAAAAAACATTATAC TCTCTTCATTTCATATTAATTGAATTTTTGAATGTTTCACACCTCCCTATGTCCACAATT GTTATCATAGTAAGGTCATGCATACCTCTCAAGAAAAATTTAATGCGAAATTTAATTTGA CTAATATAATCCTACAATATCAAGAATATCAAAAGTCCACATAACTTTTCAATTGAACTA CACAATCATTAAGGGAAAATTTGAAAAAAAAAGACTAATTGTTTCTTGACTATTTAAATT GATAATTAATCTTGAACATCTACTTTTAATAAATTTACCAAATAATTGTAGACGGATGAA GTAATTAAATATAATTTTCATTTTTACCTTTATTAATTGTTGTCAAATTCAATGAAGTCA TCACAAAGGATAAAATTAAAAGAATATTTTAAAAATTGAACAACTAAATTAATTTTAAAA ATAAAAAATATCTCAAAAGTTTAAACAAAAAATAATTATTTAATTCCTCAAATTCAAATA ATATCACACAAATTACGACACAAACCCATTTATACTGAGACGCTAAATTCTACTCATTAA GGATAAGATAATCGATACAGACGAAGACATAAAATGGGTTGTTGATTGAAGCAAAAACAA AAAAAAATGATTTTGTTTTTGTTCCATATGACGTGGGGTCAACTGATTTCATATTACATA GCAGCTCCCCTAAGGAACATAACTACCAAAAGAATATTATTTTAGTGCAACTTCATTAAT TTATTTTATTTATCGATACATTCACACCACAAATTCAAATTTCAAGATATTGTCCAACAT AAATAATGCTTCTACTTTTCCAACTTCTTAACAAAGAGTGTGTATTTACTTACTTATTTT CACGAAAAACAAAGAGCTGTTTGTTACACTTAAATAGAGTATCACAAAAAACAAAAAGTA TAACTTAGATATCATTAATTCACAATTTATGTGATAAAGTTTATTTTTAATTTATATAAA AGAAACTATTTTTTATTTAATAAAATAATTTATAATCATATAAAATATTTTTTATAAATC AGACTTTTATGTTTTAATATTTATATGTATATTTTTAAAGTTAACACCAAACAAATAATA CTCACATGAATTACGAGAAAGAAAATAATTTTTGGAGTTCTTCCCCTCTCCCTATATATA TTATATAATAATACAAAATTAACCACATCATTTCAAGCCACCTGTTTTTGTTAAAAAAAA TTATTTAGTTTTATTTAATCCACATGTTTTGGTTTAAAAAATATTATTTCGTTTTACTTA AGCCACATGCTCCTGTTACCCAATTCACTGTTATACTTGGTTGCTGTTTATTTCTCTTCT CTCACGTCTACTTTGAACGAATTCTATTAAATGTACACCAAAAAAATCTTTTTTTAAATT TTTTTTTGATAACAACTTTTTACGTTATATATTTAAGATCACAAAATTAAAGATAATTTT GTGAATTTGACATAAATTTAATTTAGGACTACATATTCAAAAACTTTTTTTATTTTTTAA AATTTCGTATCAAGTCAAACTATATAATTCTTTATGAAACGAAAGGAGTATTAAAAAGTG TTTTTTAATATAATGATAAAACTTTTCCTTGGGAAGAAATGTTCCTACATTTCTCAATTT ACACTTTACTTAAACAAATACCCGTGATTTTACAAAGATTTGTTGATCCAAAAAATTAAC AATATTAGTAGTAATTAATTACCATTTTAATAGAATCCCCTCATGTGATATGAATAATCT ATTTATATCAAACATGAGTTACTTCTAACTAAATATCAAATACTGAATTATTTTTAAAAT ATACATAAAATATGAATTTACGGATAATGATATATTTACATTCAAAATAATAACTGAAAT CACAATTTGAAACCTGAAGTCCTATTTTATTTTTGAAGACTCATTTTAAATTGAAGTTAA AACTTATGCGGATTCATAAACTAGCATTTTATTTTTGAAGGATATTTGAAAATAAAGCTA AAATATTATTTTTTTAAAAAATGATTTAATGTTTTTTAAAAAAGTTGAATTATTTTTTTT GAATTTGATAAGTAAATAAAAATATATTTCTCTAAAAAAAATTTAGATAAAAATAAAAGA AGGTCAACTAATATAAAATATTAATTTCTCGAATGAAATTTGTTTTGCCTATACTCATCG GAAGAGATATATTCCTTTATTCATAAAAAATAATAAAATAATTTAGGAAAAATGCAAGAA AAGTATGTTTCAACTATACTTACGGCCCATGGGCTTAATAAAAGTAGCTTTAAAAAAGTA CTTTTGAAAGTGCTGAAACTTATTTTTAAAATAAGCAGTTATGTGTTTGGATAAAAGTGC TGAAGTTGTTATGCCAAACGTGAAAAGGGAAAAATAGAAGAAAGAGATGTTAGGGTTATA TGGGTAATTTGGAGATTGTATAAAAATATTAAGGAAAAAAACATAAAAATGTGGTCAACT TAAAACAGCTTATAAGCTAAAAAAAAAAAGCACCCCTACCCCAGCTTTTAACTTTTGGCT TAAAATAAGTTTTTTTTAACTTAAAATAAGCTATTTTGAATATTGTCAAACAGTTAAATA AGTCAAAAACCAGCTTTTAAGTCAGTTTGACCAGCTTTTAAGCTGAGCCAAACAGGCTCT TATACTAGAAAAATGACTACTAGCTTGGATTCATACATAATTTGACTAAAATATAATCTA GAATATGGTCCCATGAACAAGTACAGTTAGTCATGACTTTCATTGACTACAAAATCTAGC TTTTAACAATCAATTTGTGTTAAAAGAAAAAAGTTTGAATGAGAGAACTTTGAATTCCAT GCTTTCACATATGCAACTAATAAACCCCTTCTTCACTTTAATATCTTTTATTCCTACTTA ACAAACTTCACAAAAAGAAATTAATATCCTTCTTGGTCTATATATCAAACAAAGTAGTTT ATCTTTATCTTTTTAATCAATTTTATTTGGTAATATTTTCAATATATAAAAAAATAAGAC TCATAATTATCAAACATAGAAAGATGTATCGTTACCAAATATAGCAAGTATATATATTTT TTCTAAACATATAGTACAAAACAACACTTCAAATCTCACTGCATAATTTTTAAAAAGTGA AAAGGTGGATTCGATAAAAAAAATTCTGACTCCGTTAGTAATAATAACAATATGCTATTT TATTTGTATTTTACCATGAAATTGATGTTTTAATTAAGTGGGCTCCTTTTAGTTTGTTCA GTAGTATTGTTCAAACGCTTCATCAATCATACAAAGAACATAGAAATAAAGGCAATTATT TAATTTGACGTAATGATGTCCCCCTCCACTCCCCATCAACATCCAATCCCAAATTATTTT CTTAGTTAAATTACTATAGATATTTTCAAAATATTCATTTTTCAAAAAATAATGTAATAT AATTTTCCTTGTACCAAACACACTCTAAGACCAAGTCTCGATCTTAACCTACATTTTCTT CTTGGGAAGTTTCAAGTTTGTTACTAAGTAAGAATTTAAAAAAAAAAAACGAAAAAATGA GTTTGTTGCATGTGGAAGTCAAATAATTGCCATGCAATTAGTCCTTTTGAATTTTGATTA GTAATAAAATATATTTGTTGACTCTATTTTTAAAAGCTAAATTCTATATTCAATGAAAGT CATGCTTCTAACTGTCCTTTGTTTTTTAAAAAATAAATTTCTACTTTGATCAACTTATGT CCCAATTATATATTTAATATATATGGTCTTTAATTCCGATCATGAGAATTATGGTAAAAT AAATGTATTTTTAAATTTCGTATTCCTTCAATTAAATATTATTAACATTATTATTTGGAG AGTTTCACCAAAAAAAAAAACATAGCTTAAAGTTTTTCAAGAGGCTTGTATCAAATTCTG AAATCCGTCAAAAAAAATAGTATTAAATAACTACTTCCGATAAAAGTTAGGATAGAATAT TTATTCCTAGTATTTCAACTATGTACATTTTCTATTGATTAAAGATCTGACCTAATCGAC TCAATTAAAAGACCGTGGTTGTTATCTCTTATCTAATTCAATAATTTTCTTATTCCATGG AAGTTCATGATGAACATACAAGGAAAAGACTTTATAAATTATTCCAAATATCTTGTTCAA GAGAAAAGTGTTAGAAAAAAAGTTCTGAAAAAGAAAGCAACATGACAAGGGATTATATTG GCCCCTCCCCTCATTCTTCCACTATTGTGCTTGGTAAAGTTTCTGAAAAATTCACTATAA ATATCCATTAATCATAATATTGGAAGACAATAAAGAATAATTGGTGATAGGCATTATAAT AATTAATAGTAGCCACCACTCTAGTTTCTCTTCTTGTAATCACAACGACCTCATAATTTG CTATTTCTCTATTTCCAAATCAATTAGTATAACTAGTTCTTTTAAAAAATAAATATTAAA TCACTAATTAAATTTTTATCTATCAACATACTACGAATAGTCTATTTTCTATTAAAAGCC ACTCAGATGTGTTACTTCTGTATCAAAATACTTTTATTTTTATTTTTTAATGTCAAACCA CATAATTTTCTTAAATATTTAATATATTGTATGAAAAAAATTGTAATTTATAATATTTTT CGTAGAAATTTTTGAATATCTTAACTTTTTTGTTGGTATTAAATAAATTCAATCAAATTT AACATTTATAAATTTGTTAAATGAATTCTTAAGACACAAAATATTTTCTCTGTCCAATAA TACTTGTTCACCATTGATTTTTCACATGCACACATTAAAAGATACTCCCAAACATTTCTA AAGGAAATTTATTTAATAATAAAAATAAAATAGATAAAAAATAATAAATTATTTCTTAAT TTTTCAAATAGGACGTTTCAATATATATAGTTTGAAAGGAATTGATTATGATTCTAAACT ATTGTTGGTTTTGTATGATGAAAAATATCATAACCAGTGTTGAACAGACAATGGAGGGTG GTAATCAATCACCTTTTGTATTGGACATCCCCTTTTTATCGGGAGTGTGGTGCACACTGT TCAATAAAAGGTTTATAACGAGCAAAAAGTATGAACAGCTCGTGGCGGATTTAAAATTTT ATAGTTATAAAATATTTAATTATTTTTAGTTTGAATTTGTTATTAAAATCCATCGCTCAA TGTACATATTTGTACAAGTTACTAGACTTTTTTTATATAAATAATTGTGATGACTCCAAA ATGTAATGAGTGCTCAAGCATTCATAAGCTTGATTGCTTGAACATAGATCCACCATTTAA GTGCACCACCAATATTTATTCATAATTTCCTTTTTTAAAAAGATTTAAAATAAATAATAT AATGATAATTTATTTCATTTAGTATAAAAAAAGATAAATAATATATGTTAAGTATACTAT TAACATTGATATTTTAAGAACAATAACATATATTAATTCAAATTAGATCTAAAATTTTAT CAAAAAAAGTCGAGTAAATTTCAATATTTACAATAGCGCATGATCAAATTATTTATTGTA GATAAAATTTCAAAAGATTTAGTGGGAATCTATCAGTAGTGAATGAGCGTTGCACTAAAA AAATATATTCATACTCTTACTTGTTCCTATTTTACTATTTTCTTCGGTACTTTTTAGTAT GTTATTTTTTAGATTTTACTTGTATATAACAAATTAAGTTTACAATTTTATTCTTATTTG ATATACTTTTAAAATCAATTTTTTAATAAATGAATAAATTATTCATCTTTTTTTAAATTT CTTTTTGTAAAGATTTTTTTAAAAAAAATTAGATTTTATAGAGTAGTGTGGTGGTTAGAG TAATAAATAAATGTATGAAGTAATTACAATGAACATTAATTACTTATTAGTCTTTCTAGG TTGCTGAAATATTTATTTTTAATACTAATTAATAACAAAAAAACTAGGTATAATAGAAAA AATATTATAATTTATTCATGATTTCATTCATTGAAATGACAAATATGATGGACCAACTAT TTATAGTAAGGATGACATGTAAAAAAAAAGAAGTATAATAAAAATAGTTTTTCATACACA TTAACAAAAAATGTTAGTAAATCTTTTTAGCATTAGTTATTGGCATTAAATTTAGTGTCG CTATTAATTTTAAGGACATTTACAAAAAGAACAAATTGTCACTAAAAATAAATATTGACA ATAATTAAGTAATTACAACTAATTAATTGTCTCTAAAAATTATTTTAAATTCTCGTAAAA ATCTATAGCTAAAGTTTGTTAATTATATTTTGAAGACAAAAATACATACGGTTGACAAAT TTTTACAAACAAAATAGCACAACAATATATTCAAAGAACGTAATTATTTAAAACCTACCC AAAGAAATAAAAGATGTTTTTTTTGTCATTTACTCTGATGTGCTATATGATTTTTATTCG CGTTTCCCCCAAAAAAATTGGTTATTGAGATATGAATTTGATAAAATGTTTTAAGATATT TTTTTTTTGTCACCACACGTTATATGACCATAGGATATTCTTTTATAGATTTTTTGCTTA AACGAACAACCCTTTTCTTGGCATTGTATGTTCAATGTTATGAAATTGTTTGTATCCCAG GTAAGAGAAAATGATCAAAATTGGTCCTTAACCTATGATTTTCATTTTATTTGATGTATA AATATGATGGAAAAGTCGTGAATATATTTAAAAATGAAATCAAATTGGTCCTAAATCATA TAAGTAAAGATAATCGTTATTCTTATTTTTATTAAAACAGATGTTTTTGGTATCAAACTA CCAAATAAATATATATTATTGTAACATTCGATACGATTTAAAATGCACATCAAACTTCAT AACCCAAACTTGGAAGAGACATAAAAAATCCTTCAAAGATAGAACTTGAAGAAAATCGCA AGTTTATAGTAAATAATATTAAAGGAAGTCTAAGATGCCGAGAGCCTTAGTCTATTTTAA CAACAAACACAACGATTTTCTTTACTTATATGTCTTGGGACCAAATTGATCACCTTTTAA ATTTAAATACATTAAAAATCATTTCCAACATATTTATACATTAAATATTTATAGTAAATA TCAAATGCACTAAGGTCAGTTCACATTTCTTTTCTCTGTTTGTTAAAATTTAAGGGTGAA GGAACTAGTTACGTGGCTTTTAAATACTTGTTGAGGGCATTTAATAGTCAATGTCAAAGT CTTTTTTTTTTTTTTGTTTAAAGTTTAAATTATGAAATACTCCATGTGTGTTAAGTAATT GGTATTAGCATAACACATTCACTGTAATTTCTCAATTATTTCCATCTAAACAACCATTTA GGGGACCACATAGACGGGGGGCTAAATTTTCTGTATATAAAGCAGAACCCATCAGCTCCA TTTCTTACACAAATTTTCTATACCTCTCCAAAATACAAAGTTACAAACCTTTTCCAAAAC ACATCATTTTATTATTAGTAACAAATTGCAACTTCCCATGGATAATTTACCTAAATGTGG AGCTAATTATGTGCCTCTTACTCCTCTCACCTTTTTAACAAGAGCCTCTAATTCTTATGC CAACCGCACCTCTATTATTTATGCCAATGTTGGCTTCAATTGGCGGGAAACCCATGAACG TTGTTGTCGCCTTGCTTCCTCCCTTCGCTCCTTAAACATTGTCAAGAACGACGTGGTAAG TCTATCTAGTTAATTATCGCGAGTAATTCTCATATATGAGTTCATTGAGATTATGGTCAT ATATTAATGTGGCTTGATTTTACAATCATGTAGGTCTCAGTCCTTGCACCAAATGTACCC GCCATGTTAGAAATGCATTTTGCTGTGCCTATGGCAGGGGCTGTGCTCAACGCCATCAAT ACAAGGCTGGACGCTAGAAATGTTGCCCTTATTCTCAAGCACTCCGAAGCCAAGATCTTT TTTATCGACTATGAATACATTGACAAAGCTAAAAAGGCCATTGAAATACTAATGTCCGAC TTTCAAATGCCAATGCCTCTTGTCGTTGTCATTGATGACCTTGATTCCCCTACTGGAATC CGGTTAGGGGAGCTTGAATACGAGCAGTTGGTATTCCAAGGCAACCCTGAATATGTCGTT GAGAATATCGATGATGAATGGGATCCAATTACTTTGAGCTATACATCAGGTACAACTTCA GAGCCAAAGGGAGTTGTGTACAGCCACAGAGGTGCTTTTTTAAGCACTTTGAGTTTGATT TTGGGATGGGAGATGGGTACTGAGCCTGTCTACTTATGGTCCCTCCCAATGTTTCACTGC AATGGTTGGACTTTCACGTGGGGAATAGCTGCAAGGGGTGGCACAAATGTTTGTATCCGC AATACAACAGCCCAAGAAATCTACTCCAACATAGCGTTACACAAAGTAACGCATATGTGT GCTGCGCCTATTGTTCTCAGCATAATCCTTGAGGCCAAGCCACACGAGCAGCGTCAAATA ATGACCCCGGTACAAGTTTTGGTGGGGGGTGCACCCCCACCAGCACCACTGCTTGAAAGA ATCGAGAGGGTGGGATTCCACGTGGTCCATGCCTATGGGCTCACGGAGGCCACTGGACCA GCCCTGGTGTGTGAGTTTCAAGCCAAGTGGAACAAATTACCGTGGGAAGAACAAGCCAGG TTAAAGGCAAGACAAGGGCTGGGCATACTAACACTTGCTGATGTTGATGTGAAGAACTTC AAGAATATGGAAAGTGTGCCTCGTGATGGGAAAACAACAGGGGAAATATGCCTGAGGGGA AGCAGTATCATGAAAGGGTACTTAAAAAATGAAAAGGCGAATTCAGAAGTATTTAAGAAC GGTTGGTTTTTCACAGGGGATATGGGAGTGATTCATCCAGATGGGTATTTGGAAATCAAA GATAGATGCAAAGATGTAATCATATCAGGTGGAGAGAACATTAGCAGCGTTGAAGTAGAA AGTGCAATACTAAAACATCCATATGTAATAGAGGCCTCTGTTGTGGCAATGCCACATCCA AGGTGGGGTGAAAGTCCATGCGCCTTTGTTATATTGAGGAAAGACTCGAACTTGAAAGAA TCAGATGTCATAGCACACTGTAGGAAAAACTTGCCGGGATTCATGGTACCAAAGAAGGTT CAATTTGTGGATGAATTGCCTAAAACAGGAACCGGGAAAGTGCAGAAGAATCATTTGAGA GCAGTGGCAAAGACATTTGTCGTGTCTGATCAAACAAGCAAAAAATCAAGCCAAATAAAA AGGGAAAATCCTAGATCATACAATCAAAATTATGAGCAGATTCTTGCTCTGTCTCGTCTC TAGAGATTGAAGAAAGACTTAACAAGTGTTTGAACTTTTTCTTTTTTCTCCTTTTGGCTG CAGCTGAGTTGTTTAACTCTCTCTAATCACATCTGTAATTGGTGTTAACTGTATGCGTTG TCTTCGGATATTTAGTTTTTAATACTTCAAGAATTTGTTTATAATTTCATGTTAATATTT TTTTTTTGAATGTTAGTTTATACAAGTTGACAAGAAGGTGATTATTATTTCTCAGTATAA TCACTAACACTACCATCTATCACTAGTTACCCATGGGTATGTTTTACAATATTATTATCT CCCTATTTGTGTAATTGTTTTATCCTTATTTTTAATTAATTTTTTTAAAATTATAAATTT AATTTATTTAAATTACAAATTATAATTATAACTTATAAACTTCAAGATATTTAAATCTTA AAAACTTAATTAGACTTAACTTGCAAACTTAATAAGTAATTTTTTTTTAAAAAAAAGATA TCTTTAGATTAAACTTAAGTAAAATATTAGATTATATATTTAAAAACTATTGATTTAAAC TTAGAAAAATAAAAAAATATTCATATTTTCGTAATGCAAAAAAATTATTTTTTGAAATAA CTAGATGTGTCATCCTGTTTCATTTCGGTCCGTTCCGATTCCATCCCGATATATAGTGAG ACGGGACGGCTGAGTATCCGTCCTGATAATTCCGGTCCGGTTCATCCCGATACCGATCAA CTCGTCCCGTTGCGGTACCGATTTGTTTCGATCCGGTGATCCCTTTTCGATTCATTGCTC AGTCTTAGATATAATCAAATAATTCTACTTAATTTGGAATAAATAGTACACATCGTTTGT TGTGCGAAGTGAAAATGAAAGTTAAATCACAATTTGATCTTCCTTTTTTGGGGATGATTG TATTTTATAGAGAAAATGACATAAATAGTCTCTTCATTATTGGAGTAGGTCTAAAATGGT CCTTTAACTATACACTTGACGAATATAGTCCTTTAACATTTTAAAAATTTCTCAGTTTTG GTCCCTTAACTATACATTTATCAATTTTACTCTCTTTACTATAAAATTACTGATTGTAGT CCTTTAAGTATTTAAAGATTTATCACGCTCGGTCTTTTTCCATTTTTAAAAATATAAATA GCTTATGTTCATATTACGGAACATGTCTCGAGAAATTAAATCTTTTAGCAATTTTTTTTG TTTCTCTCTCTCTGCTTCATTTTCTTCAAATTAACCTTATGCGAAGAATCTTAAACTTAA TGATGCAAAATAAAATTCATGAGCAAAGAAAGTATAAATCATAAATTTATTCAATAAATG ATAAAATAAAACATATTTATTGTTATTAATGACATGAATATGCTAAACTTTAATATAAAA GAAATAAATTATTTTCGTTAAATTCAAAGTTTGTACTTCAACGACTTCATTGAGCGAAAT TTGTTTAATTTTTAAGAAATTGAAATTTATAAAATGGTATATTTGCAATATTTTGAAATA GATCAATTTTATTATTCTATTTATTTTATTTTACGTAAAGAATTTGAGTAAATTCAACAA AATTCATACTAATTAAAATATTCAAGTGCGACTTCAAGTCATTAAAACAATTACGTATAT GCTTAATTTTATCACCCATTGAATAAAATTAGGACTTATATCTTGTTTCCTCATTAATTT TATTTTGAATCGCAGCCGTTATTGTTCTTTTTGTAACAGTAGTTTGAAAAAAAGGTGGGG ATAGAGAAACAACTTTAAAAATGGGTTAAAGATTTACGTTCACGAATATTTTTATTAATA TAAACCTAAGCTATTTGTATTAAAAAAATGAACAAAGACCAAACATGATAAGTTTTTTAA TACTTAAAGGATTAAAATCGGTAAGTTTATAGTTAATGGAATAAAATTGGTAAGTGTATA ATTAAGGGATCAAACCTGATAAAACTTTGAATAGTTAAAGGAATATATCCGTCAAGTATA TAGTTAAAGGAATATATCCGTCAAGTATATAGTTAAAGGACCATTTTAGACCTACTCCTA TCCTATATAGTTAAGGGACTATTTTATGTCGTTCTCTCGTGTTTTGTATGATAGAGCAAT TTAACTAATTTTTAAAATTAAATTAAACTATATTTATTTGATATTTTAAAATAAAATTTC AACATTTAAAAATTTAGAGAGAAATTACTATAAATAAATAAAAAAATTCATATCAATAAG ATGAAAAGTATGTCTTAAAATGTAGATAAAATTCATATCATTTGACTCTAAAAAAAAAAG ACTATAACAATTAAAAAGAAACAAAGAAAATATCATACAACTTTGAATTATGCTTGAAAA TAAATATTGTAAGAATTGATATCCTCAGTTGATTTAATGGATGGTCATCCACGTATATGA CCAGGGAATTTATTCTTCCTTAATACCTTCTAAGTCAAACATGTTAACATAGGGTCATGA AATCCACCTCACGTGTGCAGGGGCAGACCCGTGTGGATTCCATCGGATTCACTTAAACAT TATCGACAAAAACTTACAAGATAAATTTTTTATATTTATGTGAATATATATATTTTGAAC CCCTTAAAAGACAATAACAAAATCTATAACCTAGCGACAGTTCCTCTTGAAATTAAGCTT CAGAGGGTTCTTCTTAAGGGTAGGCATAAACACCGGAAAACTGAAACACCAAATCGAACT AAAATTTTTTCAGAATTTTGATTTCGGTATTTCAGTTTTTGGTTCAATGTTCGATTTACT TTTTTGTATTTTTTGATATTTTGATTCGGTTTTCGGTACGTATTATTTTGATTTTTGATA TTTCGATTTAAACCGAAATATACTATAATTTATATTATATTAATTAATAATTATTAATAT TAAATAAATTTTCAAAAAAAGAAACCCTATGGCCCTATTCCTCTCTCTTTCATCTTTTTA GTGATTTTCTTTTTCTCTTGGTCTTTCATCTTCTTCTTGACTCTTTTCCTCTTCCTCTTC CTCTTCTCCTCTTTCGAGTTCCGCCAGCCAGAAGCAGCAGCCACGCCGGCCGTCCACCAG AAGCAGCAGTAGCAGCCGCGCTGTCCGCCAAAAGCAGCAGCAGCCGCCGCGCCGTCAAGC AGCCAGCAGCAGCCGCGCCGTTCGCCATCAAGCAGCCAGCAGCCGCGCCGTCCAACATCA AGCAGCCAGCAGCCACGCCGTTCGCCATCAAGCAGCCAGCAGCCGCGCCGTCCAACATCA AGCAGCCAGCAGCCACGCCGTTCGCCATCAAGCAGCCAGCAGCCGCGCCGTCCAACATCA AGCAGCCAGCAGCCGCGCCGTCTCAGGCCCATTAAAAAACCAAAATAAAAAATCGAATCG AATTAATAATAATCGAATTGAATTAACAAAAATCAAACCGAACTAAAATATTTCAGTTCG ATATTCAGTACACAATTTACAAAATCGAAAACCAAAAAAAAATCCGAAACCAAACCAAAA TACCGAATGTCAAACCCTAGTTCTTCTTATCCATGTGTTAGCGTTTTACATTTTTTTGGT TTCAGTTTTTTTTAGTTGCGTGTTATCCTGATATTTCAAAAAGAAAGAAGAAATTAAAAA AATCTTTGATGATTGACTAAAATATCAAATTTGATTCTTGAAGCAGGCCACACTTCTTAA TTGACATTGAAAAGCCGAAACCACACTTCTCTCAGACTGCAGCCCTTTTTTAGTCACGAA AAAAAAATATTAGTATATTTTAATCAGAAAAAGACCATATACTATCGGTTCATTCAAATT ATTTCTATATGTACACCAGTATATTTACTTCGTGGAGGAACAAAGATTTCTATCTCTACC CCCACGAGTTTTTATTCAGTTGAATTTAAAATTCAAAAGCGGGTATTTATATTAATTCAG ATAGTTTTGATGATATTAATAAATTATGTTATGTTATTATTTAATTTAATTGAATGTTTA AGAAAGAAAATTATCGATTTTTCATGAAAAAAATCTCAAAAAAATATTTATTACTCCCTC TTTTCCATAATAACTTAAAATTTGAGTACATTGAACATAATTTTTTATTTTTATCTTTAT TAGTTATTATAAAAAATGAATATTAGTAATAATTAATTTCAGTACTAACTCAAAGGGTAA ATTGAAAGAATAATTTTAAAATAGTCTCAAAGATTGAAAACTTAAGTTAATTTAAAAAAT AAAGAAGAATTCGAAGCTTAAGTTATTATAAAATTGAAAGAGTAATTTTTTTTTCCAGGA AAATTGATGTCCATTCATTAATTTTTAATTCCTTTTAAGAAGTTGTATATGTGCTTAGCT TAAATTAAATTATCCCAAACTATTTATGAGAGAATATCTTTTAACTCGAAATTATTTATT TTGAATTAGATCATCGGTTGAGATGTGGATAAGGTTGAGATTCAATTCCATATGGCTCAT ATATATATTTCTTCAAAAGGGATTGCTGATCATTTCAGTCTTTCTACATATAGTTAAAAA AAATAAAAATTTCATAACGAAAGAGATTGGTCCTTGTTCAATGTTCACTCATGATATAAT TAACCAGTCTGTTATTTTTTTTATATATATTTAACTGCTTCGGGTCAACATCATTCGAGG CTTAAATAAAATTTTTATTCTCTCCAATATAAGGAGTATGTACTTAACGTTATTTTTCAT CAATACTATCAATATGATCAACAGATCAATACTACCAATATTGCTCAACATATCGATACG ACTAGTACCATCAATGCATCAATAAATCCTTGATTTCTCTCCAGGTACTTAGATGTGAGA TTTTTACATGTATCAGAGTCGGGCCCGTCTCACCCGATGTTAGGGCCCCCAAAATCAAAA TTGCCCACACACTAAATGCTTCGCGCTGGGTGTGAGGTGGGGTGTTAAAGAATGACAAAA GTGTCACAGCGGTGGTTAATGAGATGGGTGGAGTCCTTATATGGCTTGGGCAATCCTCCT CCCTTTGAGCTAACTTTTGGGGTGTGACTTAGGCCTAAGACCTAATTTCACATGATATCA GAGCTTAAAGCTTTTCGCTCTCTGAGTATTGATCCAAAAAAATAATAATTAAAAAAAAAA AAACCCAAACGTTGCAATGACCTCTTCTACCAAAAACCATGTCAACCTTCTTACTTCACC AAATAATTGTCGCTTGCTTCATTAAACTTAAGCCACCAAACTACCTCATAAAGAAGATAC ATATCCCAATTAATCTAAGAAAGCATGCACCTAATTGTGGGTTGCTCAACTGTCAAGGAA TGCGAAAAAATCTTTTTAAAAAATATACATTCAAGCACCAAAAACAATTAAATTTTGCTA GAAGCTTAGGTAAAACACCATAACCCACCCTTAATCAATTTGATAATACTCTCACATGCT TTGATACAAAGGAAGAGGAAAAGAAAATGTCATAACAAAATCATAACATGGTATTATCTG CCCAAAAAGACGAGGGAAGAGGAAACAACAACATCAACATATCGAAGCATTGATAAAATA AGTTTTCGCTGGGTATTCAAAGTTATTTTTTTTTGCTGGATATTCGGCAACAACAACATC AACATAAAAATAAGTTTTTGCTGGGTATTTAAAGATTTTTTTTTCTGGATATTCAAAGTA AGCTAGGAGTAACTGTGTCTCTACTCACTAGTGTGAGGGGAAGTGTTGAAGAAAAAGGAA ACTGACGATTGGAACCTGTCAAGAGGACAGGTCTAACGCAGTTGACTGACGTTCTGCAAC AATTGTTGATGAAGAAGGAAGTTGAAGATTGAAACATGTTGAAGGAACAGGTCCAACGAA ACTGACTGGCGAGTTTAGAGTACTGCTAAATTATAGTCACACAAGGATTAGACTACTTAT GTTAGTTAGGATTATATTTCGTCTAGAATGAAATTATGATTAGAATTATTTTACAACTAG GATTAGATTACTATTAGAATTATAGTATAATTAGGATATAAATTATTTATAATTGCATTA TTATTATTATCATAATAGTAATATGTATTGTATTAGGACTCTAAGTATAGTTAACTTAAG ACTCTACAATTCTCTAATATATAAGGAGTATGTACTTAATATTATTATTCATATATTACC AATTTTGATCAACATATCAATTTATCAATACGATCAATATCATCAATATATTAATAAATC TTTGATTTCTCCGTTACTTAAATGTAAGATTTCTACATGAAATTCTACACTCTTCTCTTC CCCTTGAACCTAATAACCTATTTCTTTTTTCTTATTTTCTTATTCAACAATTTCAAAATA AAATTATTGATTGAATCAATTGGTATTTGAATTTGAAAGTGACATATTGGTATTTGAATT TGGTCACATCAAAAGAACTAAAAAGCTCTTCTTGATTGTGTTTGAATTTGGTATTTTTTG TTTCTTCTTTTTGATTCACACCATGCGAAAAGATTCAGTTTTTTAAGGAAAAGATGCACT AGATAGCTCTTCTTAATCATGCTTTTATAGTGAAATTGAGGTAATTTGACTTGGGTCTTG TTTCTTTCTTCCTTTTGGTTCACATTCTTTTCAAAAGATTCATTTTCATGGTGGAGTTGC ACTGAATTGGGTTTTCTTATTTAGTCCTTTTGGTTCATATCCTTTTCAAAGATTCAATTT TTCATAGTGGAGTTACACTAAAAATCTCTATTTGATTGTATTTTAATGGTGATATTGACC AAATTCTATCACAACCAAGAAGAGTTTTTTTAGTTCTAATTGGTACTTAACACAATCAAG AAGAGTTTTTTTTTTATTTCTAATTGGTATTATATTCGTTCGTTCTTGGTTGATTATTGA TATGAATATATGTATTATATTTTAGTTATCATTGATTGAGGTTGTGTATGATGATGAGAT GAGAATAGGTTATTAGGTTTGAATGGTAGAGAAGAAATGTTCAAATCTTTTAATTTTAAT GATTTTTAATTTGGTTTCGGTTAAAAATTGTGGATATGGGTCATATGGTAGAAATTTTTT TGGAGGGTTGAAATTTAAATTTATTCAATAGGAAGATGTCACATAATAAGTAAAAAATAA AAAATTGTTAGTATTAAGGATAATTATGAACCAAAAAGATAAATGAAGAATATTTTAAAT CCAATAAATGTACGAGATTATATTTTTAAACTTTTTACTATAGTCCATGAGAATTTTTGG TTCTTTACCTTTGCAAAATAGGAATATAGGAAAGGAAATAAACGAGAATCATGAGGTGAT CGACCAAATCAATGTGCACTAAAACGTTTAGGGGGTCAACTAGACAGGGGGCTAAATTTT ATATATATAAAGCAGAACCCATCAGCTCCATTTCTTATACAAATTTTCTATACCTCTCCA AAATACAAAGTTGCAAGCCTTTTCCAAAACACATCATTTTATTATTAGTAACAAATTGCA ACTTCCCATGGATAATTTACCTAAATGTGGAGCTAATTATGTGCCTCTTACTCCTCTCAC CTTTTTAACAAGAGCCTCTAATTCTTATGCCAACCGCACCTCTATTATTTATGCCAATGT TGGCTTCAATTGGCGGGAAACCCATGAACGTTGTTGTCGCCTTGCTTCCTCCCTTCGCTC CTTAAACATTGTCAAGAACGACGTGGTAAGTCTATCTAGTTAATTATCGCGAGTAATTCT CATATATGAGTTCATTGAGATTATGGTCATATATTAATGTGGCTTGATTTTACAATCATG TAGGTCTCAGTCCTTGCACCAAATGTACCCGCCATGTTAGAAATGCATTTTGCTGTGCCT ATGGCAGGGGCTGTGCTCAACGCCATCAATACAAGGCTGGACGCTAGAAATGTTGCCCTT ATTCTCAAGCACTCCGAAGCCAAGATCTTTTTTATCGACTATGAATACATTGACAAAGCT AAAAAGGCCATTGAAATACTAATGTCCGACTTTCAAATGCCAATGCCTCTTGTCGTTGTC ATTGATGACCTTGATTCCCCTACTGGAATCCGGTTAGGGGAGCTTGAATACGAGCAGTTG GTATTCCAAGGCAACCCTGAATATGTCGTTGAGAATATCGATGATGAATGGGATCCAATT ACTTTGAGCTATACATCAGGTACAACTTCAGAGCCAAAGGGAGTTGTGTACAGCCACAGA GGTGCTTTTTTAAGCACTTTGAGTTTGATTTTGGGATGGGAGATGGGTACTGAGCCTGTC TACTTATGGTCCCTCCCAATGTTTCACTGCAATGGTTGGACTTTCACGTGGGGAATAGCT GCAAGGGGTGGCACAAATGTTTGTATCCGCAATACAACAGCCCAAGAAATCTACTCCAAC ATAGCGTTACACAAAGTAACGCATATGTGTGCTGCGCCTATTGTTCTCAGCATAATCCTT GAGGCCAAGCCACACGAGCAGCGTCAAATTATGACCCCGGTACAAGTTTTGGTGGGGGGT GCACCCCCATCAGCACCACTGCTCGAAAAAACCGAGAGGGTGGGGTTCCACGTGGTCCAC GCCTATGGGCTCACAGAGGCCACTGGACCAGCTCTTGTGTGTGAGTGGCGAGCCAAGTGG AACAAATTACCAAGGGAAGAACAAGCCAGATTAAAGGCAAGACAAGGGCTGGGCATACTA ACACTTGCTGATGTTGATGTGAAGAATATGGAAAGTGTGCCTCGTGATGGGAAAACAGCA GGGGAAATATGCCTGAGGGGAAGCAGTATCATGAAAGGGTACTTAAAGAATGAAAAGGCA AATTCAGAAGTATTCAAGAATGGTTGGTTATTCACAGGGGATATGGGAGTGATTCATCCA GATGGGTATTTGGAAATCAAAGATAGATGCAAAGATGTGATCATATCAGGTGGAGAGAAC ATTAGCAGTGTAGAAGTAGAAAGTGCAATAATGAAACATCCGTATGTAGTAGAGGCCTCT GTTGTGGCAATGCCACATCCAAGGTGGGGTGAAAGTCCATGTGCTTTTGTTATATTGAGG AAAGACTCAAACTTGAAAGAATCAGATATAATAGCACACTGTAAGAAGAAGTTAGCAGGA TTCATGGTACCAAAGAAGGTTCAATTTGTTGAAGAATTGCCTAAAACAGGATCAGGAAAA GTGCAGAAGAATCATTTGAGAGCAGTGGCAAAGACATTTGTGGTGTCTGATCAAACAAGC AAAAGGGAAAAGCCTATAGCACACAATCAAAATCATGAGCAGATTCTTGTTCTGTCTCGT CTCTAGAGATTGAAGAGAAAGACGTTTGGCTTGTTTAATTCTAATCACGTCTCTACTTTG AGTTTACCGTATGCCTTATTTAGTTTTGTAATATTTCAAGAATTTGGTTATAATTTCATC TTCTTCTTTTTTTTTTTTCTCTTAATGTTAGTAGAGAAGAAGGTGATTATAATTATTTGT CGGTAATCACTAACGCCACAATCTATCACTAGTTACCAATCCTCAACCCTATTTTGTTAT TTAATCCATAAAAGAGTTCTGCTCCTATAAAAAAAAGTAGAGTAATTTTATGTTGATCAA CGAATGTACTCTTCGGGCAGAACTTTACGATGTTGTTGAGCTATTGTAACTAAAAGAGCA TAAGTTGAGAATTAGATTGATGGATCGATGCAGATTGTACCACATTTCAGTGAACTTCAA TTGCCTTAAAGAGAGCAATGTATACCACCTTAGTATAAATTTTAATTTATTTATTTTCAA TTATAATTTATGATATATTTCACTCACATTTTTCTAAAAATTTTGTGCATTACATGTAAA ATAGTTGTAAAGACATTTCACTTTGGACTATTTAATTAATTTAGAGTCGTATGACGTTGT TGAGCTATTATATTTAGAAGGCCGCATTTCAAGATTATAATGCTGGATAGTGAAGATTAT ATCGTGTGTAATGGATTTAAATCGCTTTAAAGAGAATGATATATCCACATCTCAAGATAA TTATTTATTTATTTCTTTTATTTTCAACTTATTTATGATATATTTCACCCTTACACATTT CGAACATTATATGTAAAATAGTTGTAAAGTCATCTCATTTTCTTATCATAATTTCAAATA TTAAATGCTTTCCCTTATTCGTTTATGTGAAGCACAATTATTTCATTTAAATCATGATTT TTGAAGGTCTTTTTTAGGTTCTTAAAACTTGGGGCATAACCAAAGAGGAAAAAGCGAAGT CTCAGTTTGTTTCACTTCAAGGGATTGTTGTAACTTTGAATTATTCTCTGAAAATAAACA TGGTTCGAATTTCTTCAATGTTTTTTGAAATGTATCAGTTGATTTGCTGGTCATTCAAGC AGAAATGATTTCCTTTCAATATCTTTTAAGTTAAGATAGTTACGTAAAATATGTCTAATA TAACTTATATATATCTCAGGTGTAATTTGCAAATTATGAAAATTTCCCAATGAGAAGTTG CATGTTATTCCGGAGATCTCAAAAGTCAAAACAAAAAGTAAAATATTCTTTGATAATTGG CTAAAGTATCAAATTTGATTCTTCAAGCAGGGCCACACTTCATATAAAATCATGTTATAT ACTTTGAACTGTCTCTATTTATGCGACTTACTTTTCTTATCAATTTCATTTTAAAAAATG ATATTTTCATATCAAATAACAATTTGTTGGTTATGAAGGGAGATTAGGGCATCATGCAAA AGCTTAAAATTGTAAATCATATAATTAATAAATCAAATGCCAAAAACTTATACTAAAATC AAAATATAATTGTATGAAACTTGGTCAATTGGCCTGCATTTTAAAAACTAATAAAATACA TTAAAATTTTAGAGAGAACTATGAGAATAGAAATCTTAGATTTGTAGATATTCAAATTTT TCCTAAAAAGAATAAACCAAATATAGAAGAAAATATTTTCTTTCATAAAAAGTTCTAACA TTTATGATAATATTTTAATTTTTCTTTATGAAAGAAAATAAACTTCAAATAAAGTAAGAA AAGTAGAATAAAACTCTAACACATTTTAATTTTGTAATGTTAAATTTATTCTTAATGAAA TGATTTATAGACACATAAATATTTATCACTTATTTTAAATCATAAAATTCAAAATTTTTA ATTTATTTCTTAAATTACGTATCGAATTAAACTAATTCATATAAAATGGACTACGGTAAC GGTACCTATAGTTGGATCCCTTTTTTATACACCACTGACTGGGACAGTGAATTGACATTG TAAACCTGAAACCATACTTCTCTACAGCCTTTTTTAAAGTTTCTGAAAACCATGAATTTG TACAATTAAAAACTATTGAAGATATGCATATATTCTTAAAAAAAAAAAGTAGTTAACGAA TAACAACTTTCTTACCAAACTATAAAATTATTAGTAAATTTTTAGTCAGAAAAAATATAT ATATTATAGAAAATTTTTAGTGGTTGATCAAAAATTTTCACCAAAGAAAAAATCATACTA TAAAGAAATAAACACACGAATAACTTAAGAAAATTCAACATACAATACATATATTTTGTT TATAAAAATCACTTAACAGTAAAATGTAATTTTTTCATAAAAAAATAATGTCACTTCAAC ACAAGCGTAGCCTGAATTGGTATAAGATTTGTTTAAACTATAGTTATAGTGAATTAAATT ATTTCGATTGTTAATCGTAATACATGTTTCAACTCAAAATTATTTATTTCGAAATCAGAT CGTTGGTTGAGATGTCGATATAATTGAGTTTAAAATTCCACATGGCTAATATTTATTTGT TCGAAACGGATTGCCGATTTTTTCTGTCCTCGTATTAAATTAAAGTAAAAAATCTTAATG AAAGAGATTGATTCTGTCCAATAATGTTCACACACATGACTTATTTTTTGGCTGTTTGTA ATTATTAATTTATTTTTAAAATAATATATACATTAAAATAATAATACTTGATATAGTGTG TTTATTTTTTTATTTCTATTAATTATGAAGTGAATGGATTAAAATTTAAAATTTTTATGA AGTTTTACATATTTAAATGTAATTAGTTGAAGATACAATAAATTTTAAATAAATTATTTG TTATTAATTTGTTAAAAAAATAATCAAATATAACTTAAAAAAAAAATAACTAACGACAAA AAAATATATATATTTCAAATTTCATTTATGGTGCAAGAGGCAAACATTCAGGTCCCGTCT TGGAACGCCATTAAAATAGTTAGGAAAATATTTTTTTCACTTAGAATTCATGTGGTTGAT ATAGTTGTCAAGATAAGGAAGGTAATGTTTTTTTTTTTTACAAAAAATAATTATTATTTG TCATTTTTTTATTGGATGAAATAAAAAATATCTTTATTAATTTTTTCCCATAATTTATTC AAATCAAAACAATACTCTCTCCGTTTAAAAAGGGATGACTTAATTTGACTTGGAACAAAG TTTAAGAAAAGAAAGAAGACTTTTTAATCTTGTGGTTATTAATTAAAGTTATGTCAAATG TATCAAAATGTCGTTTAATCTTGTTGTCTTAAACATGTCACGTGAAAAGTTAAAGTTAAA ATGTTGCCAAAAAAAGAAACGAGTCATTCTTTTTGAAACAATTAAAAAGTTTATTTTAAA AAATGAATAATGTGTTGGGAGAAAAAAGTTTTTATTATGTTAAGTTTATTTTGAGAAAAT AAAAGTAATTGGATTATATGTTAGTGTTAAAAGAAACAAAAGTTATTGCTAGGCAATTTT CCAATATGAATAACAGAGAAGTTACTCTAAGAAGTTCACAATTGTAGTCTTATAAAAATA TATTTATAAAATAAATAACAATGCTAAATGGTTTGACTTGGTGTAACTTAATTAAATAAT AAATAGGGTGGATTTGAAGGGTTCACCATGAATCTTTTTTGTGACATATTGTTCATTTCT ATCTTATTTGTTTGCAATGTGGTTAAGAAGTTAACAACTTTGCTGCCTTGATACTGAATC TTCGTGAAATTAAATTTTAACTTTATGATAGCAGCAAGTTAATCATATTAAAATGGATAA ATATATGAAAAAAAACTATTATTCTATTTAGTCTATAGTTTTAAGTTAGAAGAGATTTTG AGTTACATATTACTTGACACAATTTTCAGTAATAGTATTATGCTATGTATTACAAAAATA TGATTAGATTGAGTCAGGAAAATATGATTAGATTAAATTAAATATGTGATTAAAATTAAT ATTTTTCCTCTTTCGTCGACAAGAAATTTTGTTGCTTATCTTTCGAATATACACAGGTCA ACTCTTATTTAGTCTAATAGCTCGAAAATTTATATTGGAGAAGTAACTTTAGTATAGCAA GGTCGATCAAAAAGGCAAACATGAATTCTCAAAATTAAGACAAAACACTATATTTGTTCA ATCCACTCGATTATTCTTATGAATATTTAAAATTATTTCTAAGATACCAATATTAACTAC TGCTACGAATTAGAAAAGAAAAATAAAGTTGGCAAAAGTGATGTTTATGAATGTGCATAA CACGACAAGACAATATGTCAAATCGAATTTTCAAACGAAAAATAATTGTCTTCAATAATT AATTTTCTTTAATTCGGTCACTGACGTTACGCTTTATGCGTGGATTGAATACATAGAGGT AGTTAGGAGATTATGGGTGCAGTCTCAGATGATCCTTTTTCAAGCTTTACAATCACACCA ATATGCTAAAAAGAAACCAAAGCAGGTTATTCAAGATTCAAGGAATAACATAACAGAGTT CGGACTTCATCAGGTGGAAATGAAGAGGTAAAGGTTGAATCATTTACAAAATAGGAAAAG AGAGAAACCAGAAGCATGAGGTGAGGACCAAGCCAACGTGCACTAAATCAGGTGCCTCCT GCCTCTATTAAGGGAACTTCTAAAGAAATCGTTTTCTTCTTTTTTACATATTCTACTCCA TATGAACCATGCCACTCCCACTTCCAGACTTCATGTTCATCGGTACAAGCACAGCATGAA AGAACAAGTGAACTCTAGACAAGGATTAGGAAAGGTTCAATGAATTTATGAGAGATGATG ATTTTCAAGTACAACATGATGCAGTTCGAGATCCTTCTGCTGGTCTGTTTTCAAGAACCA TTCCTGCTGGATTTTGAGTGGGTTGAGCTGTAGGCAACCGTTTAGCTGCAAAATGGCAAA CTCCAAAGATTAAGGGAGTCGAAGCAAATAAAAAAGACATGCTATTTTTCTTACACAGAA GTAAAAGACCTACATAAAGTGCAAGCCCTAAAAGAATAAAAGTTTTCAGAATTTTAACCT GCTAGAGTTTAGGCATGTGTAGAAAAATAACTTTAACACTTGTAAAAGACTTGAGATGTT TCTCCCCATTCAATATTAGCATACTTTTAGAAAGATTGATAAAAATGTTGGAGGTCTCCA TGTTGGGGCTTGGGACTTCCATGTTGGAGGTCTAGGTTTGAACCCCTTGCCAGCAAAAGC TAGGGATTTGCCTTCTGAGTTGAGCTCGTCGCACCAAGCTTGCCTAGTGCGGGTTACCTC TCCTATGTGGTTTGCGAGCTATTGGATAGGAGTGGGTTTTTACCCTGTGAGCACCCAAAG GGTAGCAGCTGCGGGATTCCGGGTTTCCCTTGTATATATATATATATCACAAACTGTAAT AAACATAGGGTAAAATTACTATGCTCGAATTCAGTAAGATAAAATATTTGAGCAAGGTTG AAGGTGGTTTGTTGTGAAAAAGGTGTAGCGAGAACTCATTTTCTTAACAGAGCGAGAAAC TCATTAGTCTTTCCAAGCTTTTCCGATTGAAAATGAAGGGGAAAGAGAAATGTACACTGC TCTCTTCTCATCATCCCAAACAACAGGAAGGGAAGAACACTACTTTCAGACAAGTTGAAT CCCACAAAGTTCCACTTTACGAACTAAGCTACTGGAGATGCCTAACTATAGTATAAGTAA AACTAGGCTAAAGCAAATAGGCGTGCTTAAAGCTTTAAAGCTAGGTATAACAAGAACTGA GTGCTTCAGCTCACCTTGCTTAGGCAGCACTTAAGTGCAAACACCAAGGCAAGGTTGTTG CACTATCTCCTTTCAACCCTTCGAGTGTAGGTTAAACAATAAGCCTAATGTTTTTTAAAT ATAATAGTAATCCTATGTTGCTAAACCCGAAAGAAAATAACTTAACATATGATATTAATC GAAGAAAAAGAAACAGATATAATAGGATAAGCACAAGATGACAACCACTGAAGATAAAAT TACATTTGACTTGCACCTTAAGATTCAATCACTTGGATGCATAATAATGTTGCCTGCTCT TAATATACCATTAGAAATAAATGAAAAACACACAGAGCAACAAAAGGAAATATTTAAACG AGAAAAGAAATCATCATACCTATTTCATAGAAAATATCATTGACATTCGCAGCAGTTTTG GCAGAGGTCTCCATGAAAAAGAGGCCATTTTCCTCTGCATACAAGCGTGCCTCCTGTAAA ATCACCAAGAATACTATCAGGAAAACTGATGTACCAAAACAATGAAGAGATTGAACTACC TCAGTTACTGGATAAGAGAGAAACCTAATAAGGTAACTAAATACAAATCATTAAGCAGAG AAACAAAGAACACTGAGTTCTAATTATCTTCTCTAAGAATTTTCACTATTTATGACTTCC ACATTCTCTTCAAATAAAGAGATTGTTTTTAACTTTCAAGGTTCCATAAGAGCATTGACA TAGATCTAACAATGCTTAACCACAGCAAATTGCACGTTAGGTTAGGCAATGGATTGAGAA CTCATCCCTGTTCCACAATTGAAGAGATTATGTATCACCTAAGAGCCTACGAGTTCATAT GGCCTATCTTATAATTGCAACAAACTAAACTAGAATATAGCATTTTCAAAAAAATGAAGG CAGCAGACTTCTCCTCAACAACAACAACATATCCAGTGTGATCCCATAAATGGAGTCTGG AAAAGGCAGAAAGCTTCTCCTCGAGTACTAATTGCATTGAATTAATTTTACCTAAAGTGA CTGCCACAAAAAACCTCTGCCTATGAGAACATAGTAAAGCATAGTCAACTCCCAATTGAG ATAAAGAAAAGCTGTACTGGTTAGCGCCCAATACAAAAATAGGCTGATTATGATGAAACC TCTGAAGGCGGTAATAGATGTAGAGGATTCATATAGACAACACCAACTTGTTTAGGATTG AAACATACTTGATTCATATTGATTCCCACCAAATGAGTACCTTAGTTTTATATCGTGCTC GGAACTGAAGATCTTAGAGGGTGACTAAATGTTTGGGTCCTCTCAAATCTAGTCCAATAC ATGATTGGTTAA GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_1 match_part 0.975 3859 4564 match_2 match_part 0.932 5766 6160 match_part 0.944 6250 6464 match_3 match_part 0.935 10552 11016 match_4 match_part 0.974 26729 26767 match_part 0.980 27015 27164 match_part 0.927 28456 28973 match_5 match_part 0.974 26729 26767 match_part 0.987 27015 27164 match_part 0.948 28456 28817 match_6 match_part 1.000 26852 27164 match_part 0.995 28456 28872 match_7 match_part 1.000 26852 27164 match_part 0.984 28456 28701 match_8 match_part 1.000 29682 29704 match_part 0.970 29798 29963 match_part 0.945 30089 30198 match_part 0.910 30349 30614 match_9 match_part 0.928 32728 32880 match_10 match_part 0.996 33842 34638 match_11 match_part 0.991 33855 34292 match_12 match_part 0.959 34205 34666 match_13 match_part 0.974 34366 35050 match_14 match_part 0.952 34456 35001 match_15 match_part 0.970 34633 35241 match_16 match_part 0.999 35029 35756 match_17 match_part 0.995 35808 36365 match_part 0.548 37437 37467 match_18 match_part 1.000 37308 37781 match_19 match_part 0.978 48870 49611 match_20 match_part 1.000 56117 56358 match_part 1.000 56726 56825 match_21 match_part 0.917 56370 56837 match_22 match_part 0.924 56743 57387 match_23 match_part 1.000 56864 57393 match_24 match_part 0.998 56978 57435 match_part 1.000 57543 57593 match_part 1.000 58304 58369 match_25 match_part 0.977 57125 57435 match_part 1.000 57543 57593 match_part 0.971 58304 58476 match_part 0.972 58750 58893 match_26 match_part 1.000 57207 57435 match_part 1.000 57543 57593 match_part 1.000 58304 58476 match_part 1.000 58750 58985 match_part 0.986 59213 59356 match_27 match_part 1.000 57207 57435 match_part 1.000 57543 57593 match_part 1.000 58304 58476 match_part 1.000 58750 58985 match_part 0.992 59213 59343 match_28 match_part 0.980 57335 57435 match_part 1.000 57543 57593 match_part 1.000 58304 58476 match_part 1.000 58750 58985 match_part 1.000 59213 59405 match_part 0.997 59804 60168 match_29 match_part 0.974 57397 57435 match_part 1.000 57543 57593 match_part 0.952 58304 58468 match_30 match_part 0.938 58365 58476 match_part 0.987 58750 58985 match_part 0.964 59213 59405 match_part 0.940 59804 60035 match_31 match_part 0.974 58755 58985 match_part 0.964 59213 59405 match_part 0.942 59804 60095 match_32 match_part 0.987 58759 58985 match_33 match_part 0.985 58789 58985 match_part 0.964 59213 59405 match_part 0.932 59804 60127 match_34 match_part 1.000 58879 58985 match_part 1.000 59213 59405 match_part 0.993 59804 60109 match_35 match_part 1.000 58880 58985 match_part 1.000 59213 59405 match_part 1.000 59804 60057 match_36 match_part 0.957 59291 59405 match_part 0.993 59804 60109 match_37 match_part 0.990 62166 62356 match_part 1.000 62459 62507 match_part 0.997 62806 63110 match_38 match_part 0.913 64920 65472 match_part 0.679 67830 67857 match_part 0.750 69047 69062 match_part 0.455 71928 71960 match_39 match_part 0.999 75793 76522 match_40 match_part 0.943 75890 76204 GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_41 match_part 0.953 41091 40817 match_part 0.987 40708 40554 match_part 0.946 40448 40319 match_42 match_part 0.953 41091 40817 match_part 0.987 40708 40554 match_part 0.952 40448 40345 match_43 match_part 0.976 44825 44188 match_44 match_part 0.969 44824 44188 match_45 match_part 0.934 44768 44437 match_46 match_part 0.998 47925 47468 match_part 1.000 45916 45833 match_part 1.000 45703 45614 match_part 0.998 44896 44482 match_47 match_part 0.993 47886 47468 match_part 1.000 45916 45833 match_part 1.000 45703 45614 match_part 0.990 44896 44608 match_48 match_part 0.990 47870 47468 match_part 1.000 45916 45833 match_part 1.000 45703 45614 match_part 0.990 44896 44609 match_49 match_part 0.958 47824 47468 match_part 0.988 45916 45833 match_part 0.956 45703 45614 match_part 0.915 44896 44780 match_50 match_part 0.963 47869 47468 match_part 0.976 45916 45833 match_part 0.956 45703 45614 match_part 0.952 44896 44793 match_51 match_part 0.953 47873 47468 match_part 0.988 45916 45833 match_part 0.944 45703 45614 match_part 0.971 44896 44827 match_52 match_part 1.000 47909 47468 match_part 1.000 45916 45833 match_part 1.000 45703 45618 match_53 match_part 1.000 47830 47468 match_part 0.988 45916 45833 match_part 1.000 45703 45640 match_54 match_part 0.998 47880 47468 match_part 1.000 45916 45833 match_part 1.000 45703 45699 match_55 match_part 0.930 47853 47468 match_part 0.988 45916 45834 match_56 match_part 0.955 47910 47468 match_part 0.943 45916 45864 match_57 match_part 0.993 49494 48780 match_58 match_part 1.000 50102 49897 match_part 0.985 49624 49171 match_59 match_part 1.000 49949 49302 match_60 match_part 1.000 49949 49558 match_61 match_part 0.959 50731 50659 match_part 0.979 50536 50396 match_part 0.957 50163 49906 match_62 match_part 1.000 50944 50659 match_part 1.000 50536 50396 match_part 1.000 50163 49956 match_63 match_part 0.969 50690 50659 match_part 0.947 50536 50085 match_64 match_part 0.970 51436 51371 match_part 1.000 51280 51130 match_part 1.000 50818 50659 match_part 1.000 50536 50396 match_part 1.000 50163 50111 match_65 match_part 1.000 51240 51130 match_part 1.000 50818 50659 match_part 1.000 50536 50240 match_66 match_part 0.959 51542 51371 match_part 0.974 51280 51130 match_part 0.955 50818 50687 match_part 0.977 50536 50408 match_67 match_part 0.964 51381 51130 match_part 0.973 50818 50782 match_part 0.965 50536 50423 match_68 match_part 1.000 51506 51371 match_part 1.000 51280 51130 match_part 1.000 50818 50687 match_part 0.990 50536 50440 match_69 match_part 1.000 51460 51371 match_part 1.000 51280 51130 match_part 1.000 50818 50659 match_part 1.000 50536 50444 match_70 match_part 0.942 51507 51371 match_part 0.960 51280 51130 match_part 0.970 50818 50687 match_part 1.000 50536 50508 match_71 match_part 1.000 51460 51371 match_part 0.998 51280 50615 match_72 match_part 1.000 51461 51371 match_part 1.000 51280 50747 match_73 match_part 0.959 51542 51371 match_part 0.974 51280 51130 match_part 0.971 50818 50749 match_74 match_part 0.946 51517 51371 match_part 0.957 51280 51234 match_75 match_part 1.000 51530 51371 match_76 match_part 0.952 64132 63818 match_77 match_part 0.974 65485 65062 match_78 match_part 1.000 91733 91640 match_part 0.979 90405 89938 match_79 match_part 0.986 90296 89945 match_80 match_part 1.000 91726 91640 match_part 0.982 90405 90007 match_81 match_part 0.929 90542 90162 match_82 match_part 0.933 91733 91089 match_83 match_part 0.933 91733 91104 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C02HBa0144P17.1 type gene exon 3859 4564 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C02HBa0144P17.1 type gene exon 5766 6160 exon 6250 6464 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C02HBa0144P17.1 type gene exon 10552 11016 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C02HBa0144P17.1 type gene exon 26729 26767 exon 27015 27164 exon 28456 28973 gene_5 gene GT_PGL_4_AGS_2 transcript source GenomeThreader seq_id C02HBa0144P17.1 type gene exon 26852 27164 exon 28456 28872 gene_6 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C02HBa0144P17.1 type gene exon 29682 29704 exon 29798 29963 exon 30089 30198 exon 30349 30614 gene_7 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C02HBa0144P17.1 type gene exon 32728 32880 gene_8 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C02HBa0144P17.1 type gene exon 33842 35756 gene_9 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C02HBa0144P17.1 type gene exon 35808 36365 exon 37437 37467 gene_10 gene GT_PGL_8_AGS_2 transcript source GenomeThreader seq_id C02HBa0144P17.1 type gene exon 37308 37781 gene_11 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C02HBa0144P17.1 type gene exon 41091 40817 exon 40708 40554 exon 40448 40319 gene_12 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C02HBa0144P17.1 type gene exon 47925 47468 exon 45916 45833 exon 45703 45614 exon 44896 44188 gene_13 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C02HBa0144P17.1 type gene exon 51542 51371 exon 51280 51130 exon 50818 50659 exon 50536 50396 exon 50163 48780 gene_14 gene GT_PGL_11_AGS_2 transcript source GenomeThreader seq_id C02HBa0144P17.1 type gene exon 51542 51371 exon 51280 51130 exon 50818 50659 exon 50536 49897 exon 49624 48780 gene_15 gene GT_PGL_11_AGS_3 transcript source GenomeThreader seq_id C02HBa0144P17.1 type gene exon 51530 51371 exon 51280 50659 exon 50536 50396 exon 50163 48780 gene_16 gene GT_PGL_11_AGS_4 transcript source GenomeThreader seq_id C02HBa0144P17.1 type gene exon 51542 51371 exon 51280 51130 exon 50818 50687 exon 50536 50408 gene_17 gene GT_PGL_11_AGS_5 transcript source GenomeThreader seq_id C02HBa0144P17.1 type gene exon 51530 51371 exon 51280 50615 gene_18 gene GT_PGL_11_AGS_6 transcript source GenomeThreader seq_id C02HBa0144P17.1 type gene exon 51530 51130 exon 50818 50782 exon 50536 50423 gene_19 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C02HBa0144P17.1 type gene exon 48870 49611 gene_20 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C02HBa0144P17.1 type gene exon 56370 57435 exon 57543 57593 exon 58304 58476 exon 58750 58985 exon 59213 59405 exon 59804 60168 gene_21 gene GT_PGL_13_AGS_2 transcript source GenomeThreader seq_id C02HBa0144P17.1 type gene exon 56117 56358 exon 56726 57435 exon 57543 57593 exon 58304 58476 exon 58750 58985 exon 59213 59405 exon 59804 60168 gene_22 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C02HBa0144P17.1 type gene exon 62166 62356 exon 62459 62507 exon 62806 63110 gene_23 gene GT_PGL_15_AGS_1 transcript source GenomeThreader seq_id C02HBa0144P17.1 type gene exon 64132 63818 gene_24 gene GT_PGL_16_AGS_1 transcript source GenomeThreader seq_id C02HBa0144P17.1 type gene exon 64920 65472 exon 67830 67857 exon 69047 69062 exon 71928 71960 gene_25 gene GT_PGL_17_AGS_1 transcript source GenomeThreader seq_id C02HBa0144P17.1 type gene exon 65485 65062 gene_26 gene GT_PGL_18_AGS_1 transcript source GenomeThreader seq_id C02HBa0144P17.1 type gene exon 75793 76522 gene_27 gene GT_PGL_19_AGS_1 transcript source GenomeThreader seq_id C02HBa0144P17.1 type gene exon 91733 91640 exon 90405 89938 gene_28 gene GT_PGL_19_AGS_2 transcript source GenomeThreader seq_id C02HBa0144P17.1 type gene exon 90542 89945 gene_29 gene GT_PGL_19_AGS_3 transcript source GenomeThreader seq_id C02HBa0144P17.1 type gene exon 91733 91089 RepeatMasker tomato repeats master ALIEN1_CA 33 187 1 ALIEN1_CA 33 187 1 nucleotide_motif 401 16872 17011 ATHILA7_I 6336 6375 1 ATHILA7_I 6336 6375 1 nucleotide_motif 228 24349 24388 Gypsy00043 758 1000 1 Gypsy00043 758 1000 1 nucleotide_motif 1788 32699 32940 Copia00110 13172 13561 1 Copia00110 13172 13561 1 nucleotide_motif 1402 51711 52094 Gypsy00073 937 1199 1 Gypsy00073 937 1199 1 nucleotide_motif 709 51861 52123 Gypsy00043 1066 1314 1 Gypsy00043 1066 1314 1 nucleotide_motif 653 52127 52353 TOTO1_LP_I 2509 3243 1 TOTO1_LP_I 2509 3243 1 nucleotide_motif 5590 64934 65674 Gypsy00178 3047 3496 1 Gypsy00178 3047 3496 1 nucleotide_motif 1428 76608 77048 Unknown00049 1510 1594 1 Unknown00049 1510 1594 1 nucleotide_motif 439 80897 80981 Unknown00049 1552 1649 1 Unknown00049 1552 1649 1 nucleotide_motif 306 80965 81073 Copia00143 3 218 1 Copia00143 3 218 1 nucleotide_motif 1424 81070 81304 Unknown00049 790 985 1 Unknown00049 790 985 1 nucleotide_motif 949 81286 81494 Unknown00049 1147 1489 1 Unknown00049 1147 1489 1 nucleotide_motif 1810 81497 81846 Unknown00049 1389 1471 1 Unknown00049 1389 1471 1 nucleotide_motif 307 81826 81897 Unknown00049 360 1657 1 Unknown00049 360 1657 1 nucleotide_motif 1642 81941 82490 SONATA2 1 218 1 SONATA2 1 218 1 nucleotide_motif 1232 88633 88849 Copia00172 307 503 1 Copia00172 307 503 1 nucleotide_motif 1082 90662 90860 RepeatMasker tomato repeats master Copia00063 7 170 -1 Copia00063 7 170 -1 nucleotide_motif 319 7073 6919 HELITRON7_OS 4130 6417 -1 HELITRON7_OS 4130 6417 -1 nucleotide_motif 498 18962 18927 Copia00181 1816 1886 -1 Copia00181 1816 1886 -1 nucleotide_motif 355 19036 18963 Gypsy00042 6055 6107 -1 Gypsy00042 6055 6107 -1 nucleotide_motif 252 19083 19031 HELITRON7_OS 1777 4129 -1 HELITRON7_OS 1777 4129 -1 nucleotide_motif 498 19073 19037 Copia00145 5453 5712 -1 Copia00145 5453 5712 -1 nucleotide_motif 1229 22962 22716 Copia00143 77 223 -1 Copia00143 77 223 -1 nucleotide_motif 381 31558 31411 HarbN_I 1 201 -1 HarbN_I 1 201 -1 nucleotide_motif 424 42065 41865 Copia00172 454 505 -1 Copia00172 454 505 -1 nucleotide_motif 265 46927 46875 Copia00143 85 185 -1 Copia00143 85 185 -1 nucleotide_motif 394 55519 55420 Copia00143 69 224 -1 Copia00143 69 224 -1 nucleotide_motif 453 55701 55567 SONATA2 1 185 -1 SONATA2 1 185 -1 nucleotide_motif 657 68510 68339 Gypsy00063 8285 8383 -1 Gypsy00063 8285 8383 -1 nucleotide_motif 309 76659 76565 SONATA1 9 162 -1 SONATA1 9 162 -1 nucleotide_motif 544 87416 87261 BLAST_tomato_bacs Tomato BAC sequences BLAST_tomato_bacs Tomato BAC sequences match_1 match 1869 34391 36033 match_2 match 3035 91041 92592 match_3 match 2303 13958 15143 match_4 match 3087 141 1838 match_5 match 7538 13056 match_6 match 1910 7475 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) clone_start_1 clone_start 674 65126 65481 clone_start_2 clone_start 839 65126 65564 clone_start_3 clone_start 416 65126 65351 clone_end_1 clone_end 844 65126 65583 clone_end_2 clone_end 650 65126 65469 clone_end_3 clone_end 527 65126 65406 clone_end_4 clone_end 365 65126 65321 clone_start_4 clone_start 462 65126 65374 clone_start_5 clone_start 460 65128 65379 clone_end_5 clone_end 527 65128 65416 clone_end_6 clone_end 666 65283 65638 clone_end_7 clone_end 315 69209 69379 clone_end_8 clone_end 315 69209 69379 clone_end_9 clone_end 1142 91075 91666 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) clone_end_10 clone_end 1174 35107 34516 clone_start_6 clone_start 1548 38198 37402 clone_start_7 clone_start 1507 46674 45915 clone_start_8 clone_start 805 56951 56521 clone_end_11 clone_end 884 60684 60239 clone_end_12 clone_end 367 60957 60773 clone_end_13 clone_end 1041 65674 65126 clone_end_14 clone_end 632 65674 65332 clone_start_9 clone_start 620 65674 65334 clone_end_15 clone_end 605 65674 65362 clone_start_10 clone_start 1001 66052 65524 clone_start_11 clone_start 315 69379 69209 clone_start_12 clone_start 1074 76168 75623 clone_end_16 clone_end 894 82201 81697 clone_start_13 clone_start 860 92592 92155 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_1 match_part 1.000 26852 27164 match_part 0.995 28456 28872 match_2 match_part 1.000 26852 27164 match_part 0.984 28456 28701 match_3 match_part 0.928 32728 32880 match_4 match_part 0.996 33842 34638 match_5 match_part 0.991 33855 34292 match_6 match_part 0.999 35029 35756 match_7 match_part 0.995 35808 36365 match_part 0.548 37437 37467 match_8 match_part 1.000 37308 37781 match_9 match_part 0.978 48870 49611 match_10 match_part 1.000 56117 56358 match_part 1.000 56726 56825 match_11 match_part 1.000 56864 57393 match_12 match_part 0.998 56978 57435 match_part 1.000 57543 57593 match_part 1.000 58304 58369 match_13 match_part 1.000 57207 57435 match_part 1.000 57543 57593 match_part 1.000 58304 58476 match_part 1.000 58750 58985 match_part 0.986 59213 59356 match_14 match_part 1.000 57207 57435 match_part 1.000 57543 57593 match_part 1.000 58304 58476 match_part 1.000 58750 58985 match_part 0.992 59213 59343 match_15 match_part 0.980 57335 57435 match_part 1.000 57543 57593 match_part 1.000 58304 58476 match_part 1.000 58750 58985 match_part 1.000 59213 59405 match_part 0.997 59804 60168 match_16 match_part 0.987 58759 58985 match_17 match_part 1.000 58879 58985 match_part 1.000 59213 59405 match_part 0.993 59804 60109 match_18 match_part 1.000 58880 58985 match_part 1.000 59213 59405 match_part 1.000 59804 60057 match_19 match_part 0.957 59291 59405 match_part 0.993 59804 60109 match_20 match_part 0.990 62166 62356 match_part 1.000 62459 62507 match_part 0.997 62806 63110 match_21 match_part 0.913 64920 65472 match_part 0.679 67830 67857 match_part 0.750 69047 69062 match_part 0.455 71928 71960 match_22 match_part 0.999 75793 76522 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_23 match_part 0.976 44825 44188 match_24 match_part 0.969 44824 44188 match_25 match_part 0.998 47925 47468 match_part 1.000 45916 45833 match_part 1.000 45703 45614 match_part 0.998 44896 44482 match_26 match_part 0.993 47886 47468 match_part 1.000 45916 45833 match_part 1.000 45703 45614 match_part 0.990 44896 44608 match_27 match_part 0.990 47870 47468 match_part 1.000 45916 45833 match_part 1.000 45703 45614 match_part 0.990 44896 44609 match_28 match_part 1.000 47909 47468 match_part 1.000 45916 45833 match_part 1.000 45703 45618 match_29 match_part 1.000 47830 47468 match_part 0.988 45916 45833 match_part 1.000 45703 45640 match_30 match_part 0.998 47880 47468 match_part 1.000 45916 45833 match_part 1.000 45703 45699 match_31 match_part 0.993 49494 48780 match_32 match_part 1.000 50102 49897 match_part 0.985 49624 49171 match_33 match_part 1.000 49949 49302 match_34 match_part 1.000 49949 49558 match_35 match_part 1.000 50944 50659 match_part 1.000 50536 50396 match_part 1.000 50163 49956 match_36 match_part 0.970 51436 51371 match_part 1.000 51280 51130 match_part 1.000 50818 50659 match_part 1.000 50536 50396 match_part 1.000 50163 50111 match_37 match_part 1.000 51240 51130 match_part 1.000 50818 50659 match_part 1.000 50536 50240 match_38 match_part 0.964 51381 51130 match_part 0.973 50818 50782 match_part 0.965 50536 50423 match_39 match_part 1.000 51506 51371 match_part 1.000 51280 51130 match_part 1.000 50818 50687 match_part 0.990 50536 50440 match_40 match_part 1.000 51460 51371 match_part 1.000 51280 51130 match_part 1.000 50818 50659 match_part 1.000 50536 50444 match_41 match_part 1.000 51460 51371 match_part 0.998 51280 50615 match_42 match_part 1.000 51461 51371 match_part 1.000 51280 50747 match_43 match_part 1.000 51530 51371 match_44 match_part 0.974 65485 65062 match_45 match_part 1.000 91733 91640 match_part 0.979 90405 89938 match_46 match_part 0.986 90296 89945 match_47 match_part 1.000 91726 91640 match_part 0.982 90405 90007 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C02HBa0144P17.1 type gene exon 26852 27164 exon 28456 28872 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C02HBa0144P17.1 type gene exon 32728 32880 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C02HBa0144P17.1 type gene exon 33842 34638 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C02HBa0144P17.1 type gene exon 35029 35756 gene_5 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C02HBa0144P17.1 type gene exon 35808 36365 exon 37437 37467 gene_6 gene GT_PGL_5_AGS_2 transcript source GenomeThreader seq_id C02HBa0144P17.1 type gene exon 37308 37781 gene_7 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C02HBa0144P17.1 type gene exon 47925 47468 exon 45916 45833 exon 45703 45614 exon 44896 44188 gene_8 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C02HBa0144P17.1 type gene exon 51530 51371 exon 51280 50659 exon 50536 50396 exon 50163 49897 exon 49624 48780 gene_9 gene GT_PGL_7_AGS_2 transcript source GenomeThreader seq_id C02HBa0144P17.1 type gene exon 49949 48780 gene_10 gene GT_PGL_7_AGS_3 transcript source GenomeThreader seq_id C02HBa0144P17.1 type gene exon 51530 51371 exon 51280 51130 exon 50818 50659 exon 50536 50240 gene_11 gene GT_PGL_7_AGS_4 transcript source GenomeThreader seq_id C02HBa0144P17.1 type gene exon 51530 51371 exon 51280 51130 exon 50818 50659 exon 50536 50396 exon 50163 50111 gene_12 gene GT_PGL_7_AGS_5 transcript source GenomeThreader seq_id C02HBa0144P17.1 type gene exon 51530 51371 exon 51280 50615 gene_13 gene GT_PGL_7_AGS_6 transcript source GenomeThreader seq_id C02HBa0144P17.1 type gene exon 51530 51130 exon 50818 50782 exon 50536 50423 gene_14 gene GT_PGL_7_AGS_7 transcript source GenomeThreader seq_id C02HBa0144P17.1 type gene exon 51530 51371 exon 51280 51130 exon 50818 50687 exon 50536 50440 gene_15 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C02HBa0144P17.1 type gene exon 48870 49611 gene_16 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C02HBa0144P17.1 type gene exon 56117 56358 exon 56726 56825 gene_17 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C02HBa0144P17.1 type gene exon 56864 57435 exon 57543 57593 exon 58304 58476 exon 58750 58985 exon 59213 59405 exon 59804 60168 gene_18 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C02HBa0144P17.1 type gene exon 62166 62356 exon 62459 62507 exon 62806 63110 gene_19 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C02HBa0144P17.1 type gene exon 64920 65472 exon 67830 67857 exon 69047 69062 exon 71928 71960 gene_20 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C02HBa0144P17.1 type gene exon 65485 65062 gene_21 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C02HBa0144P17.1 type gene exon 75793 76522 gene_22 gene GT_PGL_15_AGS_1 transcript source GenomeThreader seq_id C02HBa0144P17.1 type gene exon 91733 91640 exon 90405 89938 AUGUSTUS_tom_cdna de novo gene_1 gene 0.26 2857 6370 transcript_1 transcript 0.26 2857 6370 start_codon_1 start_codon 2857 2859 intron_1 intron 0.92 4948 5438 intron_2 intron 0.88 5586 5762 intron_3 intron 0.97 6161 6249 CDS_1 CDS 0.29 2857 4947 CDS_2 CDS 0.97 5439 5585 CDS_3 CDS 0.9 5763 6160 CDS_4 CDS 0.93 6250 6370 stop_codon_1 stop_codon 6368 6370 gene_2 gene 0.81 7995 10937 transcript_2 transcript 0.81 7995 10937 start_codon_2 start_codon 7995 7997 CDS_5 CDS 0.81 7995 10937 stop_codon_2 stop_codon 10935 10937 gene_3 gene 0.05 21217 30435 transcript_3 transcript 0.05 21217 30435 start_codon_3 start_codon 21217 21219 intron_4 intron 1 21374 22367 intron_5 intron 1 22646 22979 intron_6 intron 0.99 23358 23677 intron_7 intron 0.62 24095 24714 intron_8 intron 0.68 24861 26857 intron_9 intron 1 27165 28455 intron_10 intron 0.5 28562 28708 intron_11 intron 0.5 28723 28797 intron_12 intron 1 29017 29136 intron_13 intron 0.38 29209 29599 intron_14 intron 0.99 29705 29797 intron_15 intron 0.98 29964 30088 intron_16 intron 0.81 30199 30348 CDS_6 CDS 1 21217 21373 CDS_7 CDS 1 22368 22645 CDS_8 CDS 1 22980 23357 CDS_9 CDS 0.98 23678 24094 CDS_10 CDS 0.42 24715 24860 CDS_11 CDS 0.89 26858 27164 CDS_12 CDS 0.93 28456 28561 CDS_13 CDS 0.5 28709 28722 CDS_14 CDS 0.5 28798 29016 CDS_15 CDS 1 29137 29208 CDS_16 CDS 0.91 29600 29704 CDS_17 CDS 0.99 29798 29963 CDS_18 CDS 0.83 30089 30198 CDS_19 CDS 0.81 30349 30435 stop_codon_3 stop_codon 30433 30435 gene_4 gene 0.98 33890 36025 transcript_4 transcript 0.98 33890 36025 start_codon_4 start_codon 33890 33892 CDS_20 CDS 0.98 33890 36025 stop_codon_4 stop_codon 36023 36025 gene_5 gene 1 56952 59983 transcript_5 transcript 1 56952 59983 start_codon_5 start_codon 56952 56954 intron_17 intron 1 57436 57542 intron_18 intron 1 57594 58303 intron_19 intron 1 58477 58749 intron_20 intron 1 58986 59212 intron_21 intron 1 59406 59803 CDS_21 CDS 1 56952 57435 CDS_22 CDS 1 57543 57593 CDS_23 CDS 1 58304 58476 CDS_24 CDS 1 58750 58985 CDS_25 CDS 1 59213 59405 CDS_26 CDS 1 59804 59983 stop_codon_5 stop_codon 59981 59983 gene_6 gene 1 62210 63302 transcript_6 transcript 1 62210 63302 start_codon_6 start_codon 62210 62212 intron_22 intron 1 62357 62458 intron_23 intron 1 62508 62805 CDS_27 CDS 1 62210 62356 CDS_28 CDS 1 62459 62507 CDS_29 CDS 1 62806 63302 stop_codon_6 stop_codon 63300 63302 gene_7 gene 0.73 74438 76263 transcript_7 transcript 0.73 74438 76263 start_codon_7 start_codon 74438 74440 intron_24 intron 0.73 74636 74733 CDS_30 CDS 0.73 74438 74635 CDS_31 CDS 0.73 74734 76263 stop_codon_7 stop_codon 76261 76263 gene_8 gene 0.67 83708 85506 transcript_8 transcript 0.67 83708 85506 start_codon_8 start_codon 83708 83710 intron_25 intron 0.73 83906 84003 CDS_32 CDS 0.73 83708 83905 CDS_33 CDS 0.67 84004 85506 stop_codon_8 stop_codon 85504 85506 AUGUSTUS_tom_cdna de novo gene_9 gene 0.63 41050 37740 transcript_9 transcript 0.63 41050 37740 stop_codon_9 stop_codon 37742 37740 intron_26 intron 0.99 38398 38311 intron_27 intron 0.99 38751 38624 intron_28 intron 0.99 39002 38919 intron_29 intron 0.99 39200 39120 intron_30 intron 0.99 39456 39375 intron_31 intron 0.99 39756 39553 intron_32 intron 1 40049 39974 intron_33 intron 1 40255 40169 intron_34 intron 0.78 40553 40449 intron_35 intron 1 40816 40709 CDS_34 CDS 0.81 38310 37740 CDS_35 CDS 0.99 38623 38399 CDS_36 CDS 0.99 38918 38752 CDS_37 CDS 0.98 39119 39003 CDS_38 CDS 1 39374 39201 CDS_39 CDS 0.99 39552 39457 CDS_40 CDS 1 39973 39757 CDS_41 CDS 1 40168 40050 CDS_42 CDS 0.78 40448 40256 CDS_43 CDS 0.78 40708 40554 CDS_44 CDS 1 41050 40817 start_codon_9 start_codon 41050 41048 gene_10 gene 1 47878 44633 transcript_10 transcript 1 47878 44633 stop_codon_10 stop_codon 44635 44633 intron_36 intron 1 45613 44897 intron_37 intron 1 45832 45704 intron_38 intron 1 47467 45917 CDS_45 CDS 1 44896 44633 CDS_46 CDS 1 45703 45614 CDS_47 CDS 1 45916 45833 CDS_48 CDS 1 47878 47468 start_codon_10 start_codon 47878 47876 gene_11 gene 0.99 50461 48998 transcript_11 transcript 0.99 50461 48998 stop_codon_11 stop_codon 49000 48998 intron_39 intron 1 49896 49625 intron_40 intron 1 50395 50164 CDS_49 CDS 1 49624 48998 CDS_50 CDS 1 50163 49897 CDS_51 CDS 0.99 50461 50396 start_codon_11 start_codon 50461 50459 gene_12 gene 1 51519 50532 transcript_12 transcript 1 51519 50532 stop_codon_12 stop_codon 50534 50532 intron_41 intron 1 50658 50537 intron_42 intron 1 51129 50819 intron_43 intron 1 51370 51281 CDS_52 CDS 1 50536 50532 CDS_53 CDS 1 50818 50659 CDS_54 CDS 1 51280 51130 CDS_55 CDS 1 51519 51371 start_codon_12 start_codon 51519 51517 gene_13 gene 0.19 65977 63705 transcript_13 transcript 0.19 65977 63705 stop_codon_13 stop_codon 63707 63705 intron_44 intron 0.26 65737 64830 CDS_56 CDS 0.29 64829 63705 CDS_57 CDS 0.49 65977 65738 start_codon_13 start_codon 65977 65975 gene_14 gene 0.99 79558 79226 transcript_14 transcript 0.99 79558 79226 stop_codon_14 stop_codon 79228 79226 CDS_58 CDS 0.99 79558 79226 start_codon_14 start_codon 79558 79556 gene_15 gene 0.48 92257 90305 transcript_15 transcript 0.48 92257 90305 stop_codon_15 stop_codon 90307 90305 intron_45 intron 1 91639 90406 intron_46 intron 0.55 92188 91734 CDS_59 CDS 1 90405 90305 CDS_60 CDS 0.99 91733 91640 CDS_61 CDS 0.48 92257 92189 start_codon_15 start_codon 92257 92255 AUGUSTUS_ab_initio de novo gene_1 gene 0.06 1514 6370 transcript_1 transcript 0.06 1514 6370 intron_1 intron 0.26 1 1513 intron_2 intron 0.65 1604 1701 intron_3 intron 0.95 1777 1905 intron_4 intron 0.73 2101 2880 intron_5 intron 0.95 4948 5438 intron_6 intron 0.91 5586 5762 intron_7 intron 0.98 6161 6249 CDS_1 CDS 1 1514 1603 CDS_2 CDS 0.65 1702 1776 CDS_3 CDS 0.96 1906 2100 CDS_4 CDS 0.89 2881 4947 CDS_5 CDS 1 5439 5585 CDS_6 CDS 0.91 5763 6160 CDS_7 CDS 0.48 6250 6370 stop_codon_1 stop_codon 6368 6370 gene_2 gene 0.44 7995 10937 transcript_2 transcript 0.44 7995 10937 start_codon_1 start_codon 7995 7997 CDS_8 CDS 0.44 7995 10937 stop_codon_2 stop_codon 10935 10937 gene_3 gene 0.22 21217 30435 transcript_3 transcript 0.22 21217 30435 start_codon_2 start_codon 21217 21219 intron_8 intron 1 21374 22367 intron_9 intron 1 22646 22979 intron_10 intron 0.98 23358 23677 intron_11 intron 0.84 24095 24250 intron_12 intron 0.83 24327 24721 intron_13 intron 0.35 25198 27014 intron_14 intron 0.88 27165 28797 intron_15 intron 1 29017 29136 intron_16 intron 0.96 29209 29304 intron_17 intron 0.87 29392 29480 intron_18 intron 0.89 29520 29599 intron_19 intron 1 29705 29797 intron_20 intron 1 29964 30088 intron_21 intron 0.99 30199 30348 CDS_9 CDS 1 21217 21373 CDS_10 CDS 1 22368 22645 CDS_11 CDS 1 22980 23357 CDS_12 CDS 0.99 23678 24094 CDS_13 CDS 0.84 24251 24326 CDS_14 CDS 0.3 24722 25197 CDS_15 CDS 0.91 27015 27164 CDS_16 CDS 0.99 28798 29016 CDS_17 CDS 1 29137 29208 CDS_18 CDS 0.88 29305 29391 CDS_19 CDS 0.97 29481 29519 CDS_20 CDS 0.92 29600 29704 CDS_21 CDS 1 29798 29963 CDS_22 CDS 0.99 30089 30198 CDS_23 CDS 0.99 30349 30435 stop_codon_3 stop_codon 30433 30435 gene_4 gene 1 33890 36025 transcript_4 transcript 1 33890 36025 start_codon_3 start_codon 33890 33892 CDS_24 CDS 1 33890 36025 stop_codon_4 stop_codon 36023 36025 gene_5 gene 0.74 56952 59983 transcript_5 transcript 0.74 56952 59983 start_codon_4 start_codon 56952 56954 intron_22 intron 0.79 57436 58303 intron_23 intron 0.92 58477 58749 intron_24 intron 1 58986 59212 intron_25 intron 0.99 59406 59803 CDS_25 CDS 0.9 56952 57435 CDS_26 CDS 0.89 58304 58476 CDS_27 CDS 1 58750 58985 CDS_28 CDS 0.99 59213 59405 CDS_29 CDS 1 59804 59983 stop_codon_5 stop_codon 59981 59983 gene_6 gene 0.98 62210 63302 transcript_6 transcript 0.98 62210 63302 start_codon_5 start_codon 62210 62212 intron_26 intron 1 62357 62458 intron_27 intron 0.98 62508 62805 CDS_30 CDS 1 62210 62356 CDS_31 CDS 1 62459 62507 CDS_32 CDS 0.98 62806 63302 stop_codon_6 stop_codon 63300 63302 gene_7 gene 1 74438 76263 transcript_7 transcript 1 74438 76263 start_codon_6 start_codon 74438 74440 intron_28 intron 1 74636 74733 CDS_33 CDS 1 74438 74635 CDS_34 CDS 1 74734 76263 stop_codon_7 stop_codon 76261 76263 gene_8 gene 0.98 83708 85506 transcript_8 transcript 0.98 83708 85506 start_codon_7 start_codon 83708 83710 intron_29 intron 0.98 83906 84003 CDS_35 CDS 0.98 83708 83905 CDS_36 CDS 0.98 84004 85506 stop_codon_8 stop_codon 85504 85506 AUGUSTUS_ab_initio de novo gene_9 gene 0.53 41050 37198 transcript_9 transcript 0.53 41050 37198 stop_codon_9 stop_codon 37200 37198 intron_30 intron 0.67 37338 37226 intron_31 intron 0.86 37523 37431 intron_32 intron 1 37743 37663 intron_33 intron 1 38398 38311 intron_34 intron 0.98 38751 38624 intron_35 intron 1 39002 38919 intron_36 intron 0.99 39200 39120 intron_37 intron 1 39456 39375 intron_38 intron 1 39756 39553 intron_39 intron 1 40049 39974 intron_40 intron 1 40255 40169 intron_41 intron 0.96 40553 40449 intron_42 intron 1 40816 40709 CDS_37 CDS 0.64 37225 37198 CDS_38 CDS 0.88 37430 37339 CDS_39 CDS 0.86 37662 37524 CDS_40 CDS 1 38310 37744 CDS_41 CDS 0.98 38623 38399 CDS_42 CDS 1 38918 38752 CDS_43 CDS 0.99 39119 39003 CDS_44 CDS 1 39374 39201 CDS_45 CDS 1 39552 39457 CDS_46 CDS 1 39973 39757 CDS_47 CDS 1 40168 40050 CDS_48 CDS 0.96 40448 40256 CDS_49 CDS 0.96 40708 40554 CDS_50 CDS 1 41050 40817 start_codon_8 start_codon 41050 41048 gene_10 gene 0.24 43286 41538 transcript_10 transcript 0.24 43286 41538 stop_codon_10 stop_codon 41540 41538 intron_43 intron 0.5 42578 41651 intron_44 intron 0.49 43162 42660 CDS_51 CDS 0.54 41650 41538 CDS_52 CDS 0.5 42659 42579 CDS_53 CDS 0.42 43286 43163 start_codon_9 start_codon 43286 43284 gene_11 gene 0.4 51519 44633 transcript_11 transcript 0.4 51519 44633 stop_codon_11 stop_codon 44635 44633 intron_45 intron 0.84 45613 44897 intron_46 intron 0.83 45832 45704 intron_47 intron 0.83 47467 45917 intron_48 intron 0.61 49076 47730 intron_49 intron 1 49896 49625 intron_50 intron 0.94 50395 50164 intron_51 intron 1 50686 50537 intron_52 intron 1 51129 50819 intron_53 intron 1 51370 51281 CDS_54 CDS 1 44896 44633 CDS_55 CDS 0.83 45703 45614 CDS_56 CDS 0.98 45916 45833 CDS_57 CDS 0.63 47729 47468 CDS_58 CDS 0.74 49624 49077 CDS_59 CDS 0.94 50163 49897 CDS_60 CDS 0.94 50536 50396 CDS_61 CDS 1 50818 50687 CDS_62 CDS 1 51280 51130 CDS_63 CDS 1 51519 51371 start_codon_10 start_codon 51519 51517 gene_12 gene 0.15 66330 63705 transcript_12 transcript 0.15 66330 63705 stop_codon_12 stop_codon 63707 63705 intron_54 intron 0.19 65737 64830 intron_55 intron 0.83 66132 66035 CDS_64 CDS 0.18 64829 63705 CDS_65 CDS 0.51 66034 65738 CDS_66 CDS 0.83 66330 66133 start_codon_11 start_codon 66330 66328 gene_13 gene 0.99 79558 79226 transcript_13 transcript 0.99 79558 79226 stop_codon_13 stop_codon 79228 79226 CDS_67 CDS 0.99 79558 79226 start_codon_12 start_codon 79558 79556 gene_14 gene 0.08 92477 90305 transcript_14 transcript 0.08 92477 90305 stop_codon_14 stop_codon 90307 90305 intron_56 intron 0.5 91639 90406 intron_57 intron 0.64 92188 91734 intron_58 intron 0.44 92399 92297 CDS_68 CDS 0.96 90405 90305 CDS_69 CDS 0.97 91733 91640 CDS_70 CDS 0.4 92296 92189 CDS_71 CDS 0.37 92477 92400 start_codon_13 start_codon 92477 92475 AUGUSTUS_tom_ugs de novo gene_1 gene 0.32 2857 6370 transcript_1 transcript 0.32 2857 6370 start_codon_1 start_codon 2857 2859 intron_1 intron 0.96 4948 5438 intron_2 intron 0.86 5586 5762 intron_3 intron 0.98 6161 6249 CDS_1 CDS 0.35 2857 4947 CDS_2 CDS 1 5439 5585 CDS_3 CDS 0.86 5763 6160 CDS_4 CDS 0.95 6250 6370 stop_codon_1 stop_codon 6368 6370 gene_2 gene 0.81 7995 10937 transcript_2 transcript 0.81 7995 10937 start_codon_2 start_codon 7995 7997 CDS_5 CDS 0.81 7995 10937 stop_codon_2 stop_codon 10935 10937 gene_3 gene 0.15 21217 30435 transcript_3 transcript 0.15 21217 30435 start_codon_3 start_codon 21217 21219 intron_4 intron 0.96 21374 22367 intron_5 intron 0.99 22646 22979 intron_6 intron 1 23358 23677 intron_7 intron 0.43 24095 27014 intron_8 intron 0.99 27165 28455 intron_9 intron 0.47 28562 28708 intron_10 intron 0.46 28723 28797 intron_11 intron 1 29017 29136 intron_12 intron 1 29209 29304 intron_13 intron 1 29392 29480 intron_14 intron 1 29520 29599 intron_15 intron 1 29705 29797 intron_16 intron 1 29964 30088 intron_17 intron 0.78 30199 30348 CDS_6 CDS 0.96 21217 21373 CDS_7 CDS 0.99 22368 22645 CDS_8 CDS 1 22980 23357 CDS_9 CDS 1 23678 24094 CDS_10 CDS 0.91 27015 27164 CDS_11 CDS 0.99 28456 28561 CDS_12 CDS 0.47 28709 28722 CDS_13 CDS 0.47 28798 29016 CDS_14 CDS 1 29137 29208 CDS_15 CDS 1 29305 29391 CDS_16 CDS 1 29481 29519 CDS_17 CDS 1 29600 29704 CDS_18 CDS 1 29798 29963 CDS_19 CDS 0.79 30089 30198 CDS_20 CDS 0.78 30349 30435 stop_codon_3 stop_codon 30433 30435 gene_4 gene 1 33890 36025 transcript_4 transcript 1 33890 36025 start_codon_4 start_codon 33890 33892 CDS_21 CDS 1 33890 36025 stop_codon_4 stop_codon 36023 36025 gene_5 gene 1 56952 59983 transcript_5 transcript 1 56952 59983 start_codon_5 start_codon 56952 56954 intron_18 intron 1 57436 57542 intron_19 intron 1 57594 58303 intron_20 intron 1 58477 58749 intron_21 intron 1 58986 59212 intron_22 intron 1 59406 59803 CDS_22 CDS 1 56952 57435 CDS_23 CDS 1 57543 57593 CDS_24 CDS 1 58304 58476 CDS_25 CDS 1 58750 58985 CDS_26 CDS 1 59213 59405 CDS_27 CDS 1 59804 59983 stop_codon_5 stop_codon 59981 59983 gene_6 gene 1 62210 63302 transcript_6 transcript 1 62210 63302 start_codon_6 start_codon 62210 62212 intron_23 intron 1 62357 62458 intron_24 intron 1 62508 62805 CDS_28 CDS 1 62210 62356 CDS_29 CDS 1 62459 62507 CDS_30 CDS 1 62806 63302 stop_codon_6 stop_codon 63300 63302 gene_7 gene 0.24 74438 85506 transcript_7 transcript 0.24 74438 85506 start_codon_7 start_codon 74438 74440 intron_25 intron 1 74636 74733 intron_26 intron 0.66 76164 79291 intron_27 intron 0.41 79580 83595 intron_28 intron 1 83906 84003 CDS_31 CDS 1 74438 74635 CDS_32 CDS 0.88 74734 76163 CDS_33 CDS 0.66 79292 79579 CDS_34 CDS 0.43 83596 83905 CDS_35 CDS 1 84004 85506 stop_codon_7 stop_codon 85504 85506 AUGUSTUS_tom_ugs de novo gene_8 gene 0.6 41050 37740 transcript_8 transcript 0.6 41050 37740 stop_codon_8 stop_codon 37742 37740 intron_29 intron 0.98 38398 38311 intron_30 intron 0.98 38751 38624 intron_31 intron 0.98 39002 38919 intron_32 intron 1 39200 39120 intron_33 intron 0.99 39456 39375 intron_34 intron 0.99 39756 39553 intron_35 intron 1 40049 39974 intron_36 intron 1 40255 40169 intron_37 intron 0.75 40553 40449 intron_38 intron 1 40816 40709 CDS_36 CDS 0.8 38310 37740 CDS_37 CDS 0.99 38623 38399 CDS_38 CDS 0.98 38918 38752 CDS_39 CDS 0.99 39119 39003 CDS_40 CDS 1 39374 39201 CDS_41 CDS 0.99 39552 39457 CDS_42 CDS 1 39973 39757 CDS_43 CDS 1 40168 40050 CDS_44 CDS 0.75 40448 40256 CDS_45 CDS 0.75 40708 40554 CDS_46 CDS 1 41050 40817 start_codon_8 start_codon 41050 41048 gene_9 gene 0.99 47878 44633 transcript_9 transcript 0.99 47878 44633 stop_codon_9 stop_codon 44635 44633 intron_39 intron 1 45613 44897 intron_40 intron 1 45832 45704 intron_41 intron 1 47467 45917 CDS_47 CDS 1 44896 44633 CDS_48 CDS 1 45703 45614 CDS_49 CDS 1 45916 45833 CDS_50 CDS 0.99 47878 47468 start_codon_9 start_codon 47878 47876 gene_10 gene 0.96 51519 48998 transcript_10 transcript 0.96 51519 48998 stop_codon_10 stop_codon 49000 48998 intron_42 intron 1 49896 49625 intron_43 intron 1 50395 50164 intron_44 intron 1 50686 50537 intron_45 intron 1 51129 50819 intron_46 intron 1 51370 51281 CDS_51 CDS 0.96 49624 48998 CDS_52 CDS 1 50163 49897 CDS_53 CDS 1 50536 50396 CDS_54 CDS 1 50818 50687 CDS_55 CDS 1 51280 51130 CDS_56 CDS 1 51519 51371 start_codon_10 start_codon 51519 51517 gene_11 gene 0.24 65977 63705 transcript_11 transcript 0.24 65977 63705 stop_codon_11 stop_codon 63707 63705 intron_47 intron 0.31 65737 64830 CDS_57 CDS 0.32 64829 63705 CDS_58 CDS 0.49 65977 65738 start_codon_11 start_codon 65977 65975 gene_12 gene 0.5 92257 90305 transcript_12 transcript 0.5 92257 90305 stop_codon_12 stop_codon 90307 90305 intron_48 intron 1 91639 90406 intron_49 intron 0.57 92188 91734 CDS_59 CDS 1 90405 90305 CDS_60 CDS 1 91733 91640 CDS_61 CDS 0.5 92257 92189 start_codon_12 start_codon 92257 92255 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_1 match_part 0.985 10919 11112 match_part 1.000 12055 12253 match_2 match_part 1.000 26851 27164 match_part 1.000 28456 29016 match_part 1.000 29137 29208 match_part 0.989 29305 29391 match_part 1.000 29481 29519 match_part 0.943 29600 29704 match_part 0.903 29798 29828 match_3 match_part 0.996 33805 34649 match_4 match_part 0.996 35027 35833 match_5 match_part 0.991 35807 36366 match_6 match_part 1.000 37307 37826 match_7 match_part 0.996 56115 56358 match_part 1.000 56726 57435 match_part 1.000 57543 57593 match_part 1.000 58304 58476 match_part 1.000 58750 58985 match_part 1.000 59213 59405 match_part 1.000 59804 60106 match_8 match_part 0.980 57335 57435 match_part 1.000 57543 57593 match_part 1.000 58304 58476 match_part 1.000 58750 58985 match_part 1.000 59213 59405 match_part 0.997 59804 60168 match_9 match_part 0.990 62161 62356 match_part 1.000 62459 62507 match_part 0.997 62806 63122 match_10 match_part 0.925 64919 65651 match_11 match_part 0.996 74365 74635 match_part 1.000 74734 75119 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_12 match_part 0.998 47925 47468 match_part 1.000 45916 45833 match_part 1.000 45703 45614 match_part 0.979 44896 44188 match_13 match_part 0.992 49964 48870 match_14 match_part 1.000 51462 51371 match_part 1.000 51280 51130 match_part 1.000 50818 50659 match_part 1.000 50536 50396 match_part 1.000 50163 49956 match_15 match_part 0.983 51545 51371 match_part 0.980 51280 51130 match_part 0.985 50818 50687 match_part 0.986 50536 50396 match_part 0.962 50163 50059 match_16 match_part 1.000 51462 51371 match_part 0.998 51280 50615 match_17 match_part 0.997 76521 75754 match_18 match_part 0.975 79827 79272 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C02HBa0144P17.1 type gene exon 10919 11112 exon 12055 12253 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C02HBa0144P17.1 type gene exon 26851 27164 exon 28456 29016 exon 29137 29208 exon 29305 29391 exon 29481 29519 exon 29600 29704 exon 29798 29828 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C02HBa0144P17.1 type gene exon 33805 34649 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C02HBa0144P17.1 type gene exon 35027 36366 gene_5 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C02HBa0144P17.1 type gene exon 37307 37826 gene_6 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C02HBa0144P17.1 type gene exon 47925 47468 exon 45916 45833 exon 45703 45614 exon 44896 44188 gene_7 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C02HBa0144P17.1 type gene exon 51462 51371 exon 51280 51130 exon 50818 50659 exon 50536 50396 exon 50163 48870 gene_8 gene GT_PGL_7_AGS_2 transcript source GenomeThreader seq_id C02HBa0144P17.1 type gene exon 51462 51371 exon 51280 50615 gene_9 gene GT_PGL_7_AGS_3 transcript source GenomeThreader seq_id C02HBa0144P17.1 type gene exon 51545 51371 exon 51280 51130 exon 50818 50687 exon 50536 50396 exon 50163 50059 gene_10 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C02HBa0144P17.1 type gene exon 56115 56358 exon 56726 57435 exon 57543 57593 exon 58304 58476 exon 58750 58985 exon 59213 59405 exon 59804 60168 gene_11 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C02HBa0144P17.1 type gene exon 62161 62356 exon 62459 62507 exon 62806 63122 gene_12 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C02HBa0144P17.1 type gene exon 64919 65651 gene_13 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C02HBa0144P17.1 type gene exon 74365 74635 exon 74734 75119 gene_14 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C02HBa0144P17.1 type gene exon 76521 75754 gene_15 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C02HBa0144P17.1 type gene exon 79827 79272 GenomeThreader_SGN_markers SGN marker sequences match_1 match_part 1.000 26852 27164 match_part 0.995 28456 28872 match_2 match_part 0.998 37437 38065 match_3 match_part 1.000 58879 58985 match_part 1.000 59213 59405 match_part 1.000 59804 60034 GenomeThreader_SGN_markers SGN marker sequences match_4 match_part 0.993 38796 38199 match_5 match_part 0.959 47910 47468 match_part 0.976 45916 45833 match_part 0.956 45703 45614 match_part 0.952 44896 44793 match_6 match_part 1.000 47911 47468 match_part 1.000 45916 45833 match_part 1.000 45703 45618 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C02HBa0144P17.1 type gene exon 26852 27164 exon 28456 28872 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C02HBa0144P17.1 type gene exon 37437 38065 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C02HBa0144P17.1 type gene exon 38796 38199 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C02HBa0144P17.1 type gene exon 47911 47468 exon 45916 45833 exon 45703 45614 exon 44896 44793 gene_5 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C02HBa0144P17.1 type gene exon 58879 58985 exon 59213 59405 exon 59804 60034 AUGUSTUS_tom_pot_cdna de novo gene_1 gene 0.21 2857 6370 transcript_1 transcript 0.21 2857 6370 start_codon_1 start_codon 2857 2859 intron_1 intron 0.99 4948 5438 intron_2 intron 0.93 5586 5762 intron_3 intron 1 6161 6249 CDS_1 CDS 0.22 2857 4947 CDS_2 CDS 0.99 5439 5585 CDS_3 CDS 0.93 5763 6160 CDS_4 CDS 1 6250 6370 stop_codon_1 stop_codon 6368 6370 gene_2 gene 0.77 7995 10937 transcript_2 transcript 0.77 7995 10937 start_codon_2 start_codon 7995 7997 CDS_5 CDS 0.77 7995 10937 stop_codon_2 stop_codon 10935 10937 gene_3 gene 0.44 12095 14195 transcript_3 transcript 0.44 12095 14195 start_codon_3 start_codon 12095 12097 intron_4 intron 0.5 12143 13952 CDS_6 CDS 0.51 12095 12142 CDS_7 CDS 0.44 13953 14195 stop_codon_3 stop_codon 14193 14195 gene_4 gene 0.26 21217 27021 transcript_4 transcript 0.26 21217 27021 start_codon_4 start_codon 21217 21219 intron_5 intron 0.99 21374 22367 intron_6 intron 1 22646 22979 intron_7 intron 1 23358 23677 intron_8 intron 0.49 24095 24714 intron_9 intron 0.47 24861 27014 CDS_8 CDS 0.99 21217 21373 CDS_9 CDS 1 22368 22645 CDS_10 CDS 1 22980 23357 CDS_11 CDS 0.99 23678 24094 CDS_12 CDS 0.28 24715 24860 CDS_13 CDS 0.65 27015 27021 stop_codon_4 stop_codon 27019 27021 gene_5 gene 0.28 28629 30435 transcript_5 transcript 0.28 28629 30435 start_codon_5 start_codon 28629 28631 intron_10 intron 0.76 28723 28804 intron_11 intron 1 29017 29136 intron_12 intron 0.3 29209 29599 intron_13 intron 1 29705 29797 intron_14 intron 1 29964 30088 intron_15 intron 1 30199 30348 CDS_14 CDS 0.77 28629 28722 CDS_15 CDS 0.92 28805 29016 CDS_16 CDS 1 29137 29208 CDS_17 CDS 0.86 29600 29704 CDS_18 CDS 1 29798 29963 CDS_19 CDS 1 30089 30198 CDS_20 CDS 1 30349 30435 stop_codon_5 stop_codon 30433 30435 gene_6 gene 1 33890 36025 transcript_6 transcript 1 33890 36025 start_codon_6 start_codon 33890 33892 CDS_21 CDS 1 33890 36025 stop_codon_6 stop_codon 36023 36025 gene_7 gene 1 56952 59983 transcript_7 transcript 1 56952 59983 start_codon_7 start_codon 56952 56954 intron_16 intron 1 57436 57542 intron_17 intron 1 57594 58303 intron_18 intron 1 58477 58749 intron_19 intron 1 58986 59212 intron_20 intron 1 59406 59803 CDS_22 CDS 1 56952 57435 CDS_23 CDS 1 57543 57593 CDS_24 CDS 1 58304 58476 CDS_25 CDS 1 58750 58985 CDS_26 CDS 1 59213 59405 CDS_27 CDS 1 59804 59983 stop_codon_7 stop_codon 59981 59983 gene_8 gene 1 62210 63302 transcript_8 transcript 1 62210 63302 start_codon_8 start_codon 62210 62212 intron_21 intron 1 62357 62458 intron_22 intron 1 62508 62805 CDS_28 CDS 1 62210 62356 CDS_29 CDS 1 62459 62507 CDS_30 CDS 1 62806 63302 stop_codon_8 stop_codon 63300 63302 gene_9 gene 0.33 74773 85506 transcript_9 transcript 0.33 74773 85506 start_codon_9 start_codon 74773 74775 intron_23 intron 0.9 76256 79278 intron_24 intron 0.86 79580 83772 intron_25 intron 0.9 83906 84003 CDS_31 CDS 0.41 74773 76255 CDS_32 CDS 0.85 79279 79579 CDS_33 CDS 0.9 83773 83905 CDS_34 CDS 1 84004 85506 stop_codon_9 stop_codon 85504 85506 gene_10 gene 0.31 89909 90283 transcript_10 transcript 0.31 89909 90283 start_codon_10 start_codon 89909 89911 intron_26 intron 0.54 90028 90111 CDS_35 CDS 0.56 89909 90027 CDS_36 CDS 0.54 90112 90283 stop_codon_10 stop_codon 90281 90283 AUGUSTUS_tom_pot_cdna de novo gene_11 gene 0.77 41050 37740 transcript_11 transcript 0.77 41050 37740 stop_codon_11 stop_codon 37742 37740 intron_27 intron 1 38398 38311 intron_28 intron 0.96 38751 38624 intron_29 intron 0.97 39002 38919 intron_30 intron 0.99 39200 39120 intron_31 intron 1 39456 39375 intron_32 intron 1 39756 39553 intron_33 intron 1 40049 39974 intron_34 intron 1 40255 40169 intron_35 intron 1 40553 40449 intron_36 intron 1 40816 40709 CDS_37 CDS 0.82 38310 37740 CDS_38 CDS 0.98 38623 38399 CDS_39 CDS 0.97 38918 38752 CDS_40 CDS 0.97 39119 39003 CDS_41 CDS 1 39374 39201 CDS_42 CDS 1 39552 39457 CDS_43 CDS 1 39973 39757 CDS_44 CDS 1 40168 40050 CDS_45 CDS 1 40448 40256 CDS_46 CDS 1 40708 40554 CDS_47 CDS 1 41050 40817 start_codon_11 start_codon 41050 41048 gene_12 gene 1 47878 44633 transcript_12 transcript 1 47878 44633 stop_codon_12 stop_codon 44635 44633 intron_37 intron 1 45613 44897 intron_38 intron 1 45832 45704 intron_39 intron 1 47467 45917 CDS_48 CDS 1 44896 44633 CDS_49 CDS 1 45703 45614 CDS_50 CDS 1 45916 45833 CDS_51 CDS 1 47878 47468 start_codon_12 start_codon 47878 47876 gene_13 gene 1.47 53419 48998 transcript_13 transcript 0.82 51519 48998 stop_codon_13 stop_codon 49000 48998 intron_40 intron 1 49896 49625 intron_41 intron 1 50395 50164 intron_42 intron 1 50686 50537 intron_43 intron 1 51129 50819 intron_44 intron 1 51370 51281 CDS_52 CDS 1 49624 48998 CDS_53 CDS 1 50163 49897 CDS_54 CDS 1 50536 50396 CDS_55 CDS 1 50818 50687 CDS_56 CDS 1 51280 51130 CDS_57 CDS 0.82 51519 51371 start_codon_13 start_codon 51519 51517 transcript_14 transcript 0.65 53419 48998 stop_codon_14 stop_codon 49000 48998 intron_45 intron 1 49896 49625 intron_46 intron 1 50395 50164 intron_47 intron 1 50686 50537 intron_48 intron 1 51129 50819 intron_49 intron 1 51370 51281 intron_50 intron 0.65 53401 51538 CDS_58 CDS 1 49624 48998 CDS_59 CDS 1 50163 49897 CDS_60 CDS 1 50536 50396 CDS_61 CDS 1 50818 50687 CDS_62 CDS 1 51280 51130 CDS_63 CDS 0.89 51537 51371 CDS_64 CDS 0.65 53419 53402 start_codon_14 start_codon 53419 53417 gene_14 gene 0.12 74729 63705 transcript_15 transcript 0.12 74729 63705 stop_codon_15 stop_codon 63707 63705 intron_51 intron 0.29 65737 64830 intron_52 intron 0.45 74723 66035 CDS_65 CDS 0.29 64829 63705 CDS_66 CDS 0.68 66034 65738 CDS_67 CDS 0.46 74729 74724 start_codon_15 start_codon 74729 74727 gene_15 gene 0.62 92257 90305 transcript_16 transcript 0.62 92257 90305 stop_codon_16 stop_codon 90307 90305 intron_53 intron 1 91639 90406 intron_54 intron 0.69 92188 91734 CDS_68 CDS 1 90405 90305 CDS_69 CDS 1 91733 91640 CDS_70 CDS 0.62 92257 92189 start_codon_16 start_codon 92257 92255 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_1 match 152 8301 10331 match_2 match 161 8862 10508 match_3 match 158 9375 10892 match_4 match 141 9720 10910 match_5 match 153 9522 10889 match_6 match 181 8229 10064 match_7 match 166 9378 10835 match_8 match 162 8826 10361 match_9 match 206 8559 10163 match_10 match 248 9231 10889 match_11 match 167 8802 10268 match_12 match 184 9576 10877 match_13 match 189 9336 10541 match_14 match 199 8901 10364 match_15 match 124 8553 9497 match_16 match 154 8637 9794 match_17 match 232 8550 10172 match_18 match 1119 8256 10901 match_19 match 115 8904 10214 match_20 match 131 9552 10667 match_21 match 133 8688 9773 match_22 match 149 9342 10469 match_23 match 167 8559 10055 match_24 match 121 9828 10877 match_25 match 163 8964 10265 match_26 match 141 9717 10868 match_27 match 195 9180 10475 match_28 match 211 9321 10673 match_29 match 134 8553 9638 match_30 match 125 9810 10889 match_31 match 167 9174 10331 match_32 match 145 9786 10838 match_33 match 155 9576 10532 match_34 match 178 9255 10340 match_35 match 169 8721 9767 match_36 match 147 8280 9722 match_37 match 116 9879 10889 match_38 match 186 9345 10445 match_39 match 187 9432 10697 match_40 match 182 8931 10295 match_41 match 238 8742 10376 match_42 match 134 8559 9593 match_43 match 226 8568 10061 match_44 match 172 8562 9698 match_45 match 200 8565 9956 match_46 match 261 9249 10889 match_47 match 169 8307 10307 match_48 match 157 9333 10889 match_49 match 148 9045 10736 match_50 match 189 8298 10106 match_51 match 231 9300 10973 match_52 match 243 8646 10412 match_53 match 161 8547 9770 match_54 match 171 9537 10973 match_55 match 262 8811 10517 match_56 match 207 8331 10253 match_57 match 198 9318 10697 match_58 match 236 8643 10412 match_59 match 180 9537 10889 match_60 match 228 9336 10973 match_61 match 229 8904 10475 match_62 match 251 8811 10475 match_63 match 196 8178 10106 match_64 match 150 8559 9653 match_65 match 217 9336 10856 match_66 match 233 8859 10835 match_67 match 175 9438 10889 match_68 match 159 34760 35926 match_69 match 198 8298 10253 match_70 match 229 9243 10889 match_71 match 231 9336 10943 match_72 match 252 8811 10607 match_73 match 172 8784 10427 match_74 match 201 9216 10853 match_75 match 137 8532 9698 match_76 match 172 8625 10010 match_77 match 127 8559 9992 match_78 match 184 9321 10889 match_79 match 140 8439 9821 match_80 match 216 8598 10448 match_81 match 141 9108 10889 match_82 match 170 8637 10589 match_83 match 143 9042 10838 match_84 match 150 8508 10124 match_85 match 171 8529 10403 match_86 match 185 8532 10304 match_87 match 199 34817 35926 match_88 match 117 9855 10766 match_89 match 120 9357 10256 match_90 match 114 9072 9992 match_91 match 142 9381 10370 match_92 match 127 9297 10097 match_93 match 157 9477 10433 match_94 match 150 9870 10832 match_95 match 117 9855 10766 match_96 match 120 9357 10256 match_97 match 114 9072 9992 match_98 match 142 9381 10370 match_99 match 127 9297 10097 match_100 match 157 9477 10433 match_101 match 150 9870 10832 match_102 match 148 9516 10868 match_103 match 221 8484 10523 match_104 match 198 8889 10889 match_105 match 146 8559 9845 match_106 match 133 8616 10469 match_107 match 122 9441 10889 match_108 match 154 8580 10469 match_109 match 112 9873 10889 match_110 match 140 8409 9704 match_111 match 129 8862 10061 match_112 match 176 9405 10673 match_113 match 165 9333 10376 match_114 match 144 74734 76137 match_115 match 164 84004 85398 match_116 match 152 74734 76149 match_117 match 169 84004 85410 match_118 match 71.2 74432 74632 match_119 match 71.2 83702 83902 match_120 match 491 84004 85422 match_121 match 474 74734 76161 match_122 match 473 84034 85422 match_123 match 456 74764 76161 match_124 match 322 34667 35941 match_125 match 322 34667 35941 match_126 match 435 74734 76155 match_127 match 49.3 74462 74620 match_128 match 49.3 83732 83890 match_129 match 452 84004 85416 match_130 match 49.3 74462 74620 match_131 match 49.3 83732 83890 match_132 match 436 74734 76155 match_133 match 457 84004 85416 match_134 match 447 84004 85416 match_135 match 425 74734 76155 match_136 match 202 8628 10418 match_137 match 138 9516 10934 match_138 match 210 8349 10163 match_139 match 175 9348 10736 match_140 match 121 8565 9749 match_141 match 150 9312 10802 match_142 match 183 8391 10307 match_143 match 176 9153 10472 match_144 match 233 34493 35947 match_145 match 205 34712 35941 match_146 match 162 74734 76143 match_147 match 179 84004 85404 match_148 match 147 74734 76089 match_149 match 160 84004 85350 match_150 match 133 9336 10808 match_151 match 142 9330 10748 match_152 match 160 8268 9827 match_153 match 131 9393 10877 match_154 match 149 9072 10304 match_155 match 180 9003 10475 match_156 match 189 8370 10433 match_157 match 207 8988 10865 match_158 match 110 9918 10889 match_159 match 215 34781 35944 match_160 match 309 34682 36001 match_161 match 213 8571 10127 match_162 match 145 8562 9770 match_163 match 214 9297 10727 match_164 match 250 8802 10472 match_165 match 241 9336 10889 match_166 match 263 8949 10475 match_167 match 221 8574 10127 match_168 match 249 9234 10934 match_169 match 183 8541 9827 match_170 match 212 9441 10877 match_171 match 248 8862 10382 match_172 match 266 8847 10475 match_173 match 117 9909 10934 match_174 match 147 8532 9749 match_175 match 214 9336 10811 match_176 match 179 8637 9794 match_177 match 220 9243 10475 match_178 match 250 9036 10403 match_179 match 171 9522 10868 match_180 match 149 8658 9794 match_181 match 140 9657 10889 match_182 match 201 8844 10175 match_183 match 187 9099 10475 match_184 match 164 8559 9707 match_185 match 191 9342 10574 match_186 match 209 9036 10385 match_187 match 270 8523 10868 match_188 match 283 8556 10883 match_189 match 279 8559 10751 match_190 match 274 8787 10934 match_191 match 202 8598 9917 match_192 match 243 9336 10946 match_193 match 120 9909 10877 match_194 match 187 8559 10106 match_195 match 232 9234 10934 match_196 match 265 8598 10253 match_197 match 286 8904 10664 match_198 match 203 8565 10127 match_199 match 119 8505 9617 match_200 match 219 9234 10820 match_201 match 147 9639 10883 match_202 match 211 8820 10406 match_203 match 215 9306 10868 match_204 match 188 8559 9827 match_205 match 179 8556 9794 match_206 match 217 9036 10475 match_207 match 223 8952 10472 match_208 match 202 8598 10127 match_209 match 186 8433 9827 match_210 match 241 9234 10934 match_211 match 228 9336 10877 match_212 match 261 8904 10646 match_213 match 263 8802 10472 match_214 match 213 8598 10148 match_215 match 239 9234 10868 match_216 match 189 8556 9827 match_217 match 258 8820 10472 match_218 match 265 8904 10475 match_219 match 247 8409 10253 match_220 match 194 9426 10889 match_221 match 238 8787 10586 match_222 match 132 8730 9686 match_223 match 154 9684 10682 match_224 match 165 8946 9956 match_225 match 168 9321 10277 match_226 match 176 9474 10475 match_227 match 158 34613 35941 match_228 match 194 8598 10127 match_229 match 171 8556 9827 match_230 match 205 9336 10727 match_231 match 230 8841 10274 match_232 match 211 9441 10889 match_233 match 235 8949 10472 match_234 match 247 9072 10475 match_235 match 178 8559 9968 match_236 match 234 8802 10388 match_237 match 251 9336 10868 match_238 match 261 8949 10475 match_239 match 108 9069 9806 match_240 match 140 9708 10475 match_241 match 133 9321 10055 match_242 match 132 9243 9938 match_243 match 150 9474 10277 match_244 match 111 9036 9686 match_245 match 159 9393 10163 match_246 match 142 9861 10568 match_247 match 234 8649 10472 match_248 match 178 9330 10883 match_249 match 194 8559 10157 match_250 match 207 9072 10682 match_251 match 144 8553 9614 match_252 match 234 8649 10472 match_253 match 150 8565 9827 match_254 match 191 8559 10082 match_255 match 178 9330 10883 match_256 match 207 9072 10682 match_257 match 144 8553 9614 match_258 match 224 8460 10625 match_259 match 236 8562 10895 match_260 match 206 8844 10877 match_261 match 240 8436 10841 match_262 match 119 9891 10889 match_263 match 194 8844 10145 match_264 match 184 9576 10877 match_265 match 126 74734 76143 match_266 match 143 84004 85404 match_267 match 583 84004 85464 match_268 match 563 74734 76203 match_269 match 90.5 74438 74632 match_270 match 90.5 83708 83902 match_271 match 588 84004 85464 match_272 match 566 74734 76188 match_273 match 92.0 74438 74632 match_274 match 92.0 83708 83902 match_275 match 96.7 28828 29385 match_276 match 115 29594 29962 match_277 match 24.6 29481 29519 match_278 match 167 22382 22645 match_279 match 106 21217 21375 match_280 match 564 2878 4965 match_281 match 592 84004 85485 match_282 match 573 74734 76218 match_283 match 92.0 74438 74632 match_284 match 92.0 83708 83902 match_285 match 450 74734 76179 match_286 match 465 84004 85440 match_287 match 92.4 74438 74632 match_288 match 92.4 83708 83902 match_289 match 476 3142 4692 match_290 match 182 34754 35881 match_291 match 219 34778 35944 match_292 match 107 9057 10055 match_293 match 114 8802 9773 match_294 match 121 9705 10523 match_295 match 149 9495 10475 match_296 match 158 8559 10832 match_297 match 141 8655 10676 match_298 match 120 9336 10889 match_299 match 238 8346 10310 match_300 match 115 9618 10889 match_301 match 157 9450 10877 match_302 match 266 8688 10823 match_303 match 137 8730 10040 match_304 match 121 8595 9698 match_305 match 151 9381 10430 match_306 match 122 9357 10193 match_307 match 140 9870 10832 match_308 match 122 9855 10616 match_309 match 154 8160 10286 match_310 match 200 8745 10916 match_311 match 120 9705 10844 match_312 match 151 9384 10412 match_313 match 143 9351 10457 match_314 match 138 9057 10145 match_315 match 57.8 74438 74632 match_316 match 57.8 83708 83902 match_317 match 462 74734 76152 match_318 match 481 84004 85413 match_319 match 364 74734 76152 match_320 match 384 84004 85413 match_321 match 72.0 74438 74632 match_322 match 72.0 83708 83902 match_323 match 494 3106 4950 match_324 match 221 34781 35938 match_325 match 416 74734 76155 match_326 match 437 84004 85416 match_327 match 110 8388 9548 match_328 match 110 9816 10853 match_329 match 135 9384 10433 match_330 match 127 8967 9905 match_331 match 143 9873 10673 match_332 match 132 9858 10523 match_333 match 120 8565 9794 match_334 match 155 8598 10154 match_335 match 152 9234 10364 match_336 match 170 9345 10772 match_337 match 120 9795 10889 match_338 match 169 9321 10673 match_339 match 150 9654 10877 match_340 match 192 8316 10457 match_341 match 186 9402 10874 match_342 match 159 8559 10154 match_343 match 142 8580 9746 match_344 match 225 8907 10673 match_345 match 206 9369 10943 match_346 match 207 8589 10352 match_347 match 200 9339 10889 match_348 match 246 8634 10469 match_349 match 243 8946 10661 match_350 match 174 8340 9770 match_351 match 118 9717 10838 match_352 match 151 9612 10772 match_353 match 177 9402 10478 match_354 match 191 9408 10457 match_355 match 174 8340 9770 match_356 match 118 9717 10838 match_357 match 151 9612 10772 match_358 match 177 9402 10478 match_359 match 191 9408 10457 match_360 match 159 34613 35941 match_361 match 177 9249 10739 match_362 match 191 8853 10415 match_363 match 215 8553 10211 match_364 match 140 9600 10889 match_365 match 175 9057 10676 match_366 match 197 8598 10235 match_367 match 216 8391 10373 match_368 match 143 8559 9947 match_369 match 130 9618 10877 match_370 match 231 8181 10364 match_371 match 181 8643 10160 match_372 match 157 9600 10865 match_373 match 270 8643 10583 match_374 match 226 9363 10841 match_375 match 122 8412 9791 match_376 match 159 8637 10307 match_377 match 154 9054 10754 match_378 match 139 9381 10922 match_379 match 63.5 74438 74632 match_380 match 63.5 83708 83902 match_381 match 459 84004 85410 match_382 match 447 74734 76149 match_383 match 141 9345 10463 match_384 match 113 9537 10703 match_385 match 113 8823 9827 match_386 match 118 9654 10472 match_387 match 135 8952 9938 match_388 match 114 8361 9665 match_389 match 151 8427 10049 match_390 match 200 8583 10472 match_391 match 167 9066 10889 match_392 match 199 8748 10688 match_393 match 143 9642 10820 match_394 match 144 8553 9740 match_395 match 183 9063 10547 match_396 match 172 9399 10841 match_397 match 139 9327 10889 match_398 match 170 8598 10850 match_399 match 203 8541 10415 match_400 match 149 8472 9812 match_401 match 137 8274 10109 match_402 match 159 9306 10589 match_403 match 139 9828 10832 match_404 match 165 9024 10364 match_405 match 204 8904 10616 match_406 match 174 8319 9992 match_407 match 167 8889 10307 match_408 match 1032 34259 36022 match_409 match 109 9456 10889 match_410 match 144 9351 10799 match_411 match 114 8421 9815 match_412 match 129 9474 10934 match_413 match 125 8622 9791 match_414 match 159 9159 10514 match_415 match 176 8508 10208 match_416 match 227 8496 10469 match_417 match 236 8736 10673 match_418 match 249 9066 10889 match_419 match 169 34769 35902 match_420 match 168 8448 10376 match_421 match 179 8859 10748 match_422 match 157 9213 10808 match_423 match 165 8448 10322 match_424 match 179 8859 10748 match_425 match 151 9342 10808 match_426 match 318 34712 35950 match_427 match 223 34436 35932 match_428 match 307 34667 35941 match_429 match 293 34718 35941 match_430 match 293 34718 35941 match_431 match 293 34718 35941 match_432 match 293 34718 35941 match_433 match 200 34844 35941 match_434 match 228 34715 35941 match_435 match 228 34715 35941 match_436 match 150 62799 63239 match_437 match 150 22391 22645 match_438 match 215 8565 10037 match_439 match 200 9411 10889 match_440 match 143 8562 9587 match_441 match 173 8559 9779 match_442 match 236 9081 10673 match_443 match 245 8886 10478 match_444 match 287 34703 35941 match_445 match 130 8427 9794 match_446 match 120 9930 10895 match_447 match 302 8187 10796 match_448 match 231 8964 10889 match_449 match 291 8460 10493 match_450 match 196 8568 10163 match_451 match 166 9312 10889 match_452 match 242 8322 10775 match_453 match 264 8886 10877 match_454 match 125 8484 9647 match_455 match 216 8334 10415 match_456 match 159 9438 10877 match_457 match 230 8637 10472 match_458 match 215 8955 10874 match_459 match 280 34667 35941 match_460 match 201 34667 36010 match_461 match 218 34781 35944 match_462 match 212 34781 35875 match_463 match 218 34781 35944 match_464 match 129 8598 9758 match_465 match 167 8742 10319 match_466 match 170 8055 10232 match_467 match 192 8964 10472 match_468 match 178 9348 10736 match_469 match 146 9855 10844 match_470 match 179 9492 10838 match_471 match 142 8565 9512 match_472 match 201 8844 10085 match_473 match 179 8616 9710 match_474 match 219 9387 10697 match_475 match 223 9072 10400 match_476 match 230 9318 10475 match_477 match 192 34394 35935 match_478 match 175 8346 10292 match_479 match 179 9357 10808 match_480 match 182 8952 10397 match_481 match 146 8559 9833 match_482 match 61.6 74438 74620 match_483 match 61.6 83708 83890 match_484 match 451 74734 76152 match_485 match 468 84004 85413 match_486 match 154 22382 22645 match_487 match 173 8784 10487 match_488 match 167 9288 10841 match_489 match 150 8559 10796 match_490 match 160 9066 10928 match_491 match 170 8625 10751 match_492 match 132 9396 10685 match_493 match 138 9864 10856 match_494 match 175 34493 35899 match_495 match 210 34712 35944 match_496 match 149 74734 76155 match_497 match 163 84004 85416 match_498 match 163 74734 76143 match_499 match 177 84004 85404 match_500 match 227 34781 35851 match_501 match 224 34772 35968 match_502 match 105 9909 10853 match_503 match 213 9243 10934 match_504 match 210 8556 10127 match_505 match 257 8598 10412 match_506 match 264 8682 10472 match_507 match 113 9567 10877 match_508 match 108 9840 10934 match_509 match 132 9159 10409 match_510 match 136 9396 10412 match_511 match 168 8082 9554 match_512 match 155 8883 10889 match_513 match 156 8307 10268 match_514 match 472 3106 4539 match_515 match 415 3046 4530 match_516 match 182 8361 10205 match_517 match 110 8556 9554 match_518 match 178 8625 10115 match_519 match 234 8868 10844 match_520 match 225 8859 10469 match_521 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