C09SLf0060H24.1 ATAAACAAGGTTCAAGTCAGACACATACCTTATGCTCATGAGTGAGTGATAACAATTCAT CCTCCATGAACTCCTCTGTTGGTAAAATTCCATCCATTAAGCTCTCAAGACGAACAATCT TGTCCTCGCGTGTTTGGCCAATAATGGCATTGCATTCTCGCTCATGTTTGTACTGTTGAA TCTGCCCATTGATTGCAATAAATGTAAAATAGATGAAGGAAATAATGAATGTCGCAAGTT GCTCAATTGACCAACCAAAACCTACCAAGCGGTTGAGTTGCATGATCTCAGAAGTTTGCT TGGCACATATTTCTTCAAGTGCCATCTCCCTCCGTATTGCTCCTGCCAATACTTTTTCTA CAGCCTGTAAAATATTGCACAGAAATAAATACAACAAAGTACAAAAGCAAACAATTCATA AAATCTTCAAACTTACTTTGGGTACTTGAATCTTGAACTTTTCGCAGGACTGTGATCCAT CAGCAGGTACCAACTGTGATCCATCAGCAGGTACCAACTGTAATCCATCAGTAGGTACCA ACTGCAATCCATCAGCATGTACCAACTGTGATTCATCGACACGAACCAATTGCATGTTTG AGACATCATTGGCATATTTAAGTTCTTGCTGGGAATTCCTTTCCTTACATTTACTACACA AGAAAATTGACCCTCCTACAAATGACTGATCATCTGTAACAATAGTTTGGACCCCAACAT CTACTTTAGCAACTGGAATAATTGCTCTAATATCAGCAGGTTTGCAAGAAAATCTGAACG AGGACCGCCTCAAAGATGTACTCTGGCGATTACTTATAATTTCAAGTCCCCTATGTAGAC TAGCAGCTAATTGTTCAGTCGATGTAAAACATCTTTTACTTCTCTGATTAGCTTGAGAGT CCAAACAAATACTGTTTGAAGGCTTAGCGAAGGAAAAATGTGGTTCATCCAGCTTACTCT CTCTAAGATCCTTCTGAGAAGCACTCAGCATTGATGATGTCCTTAGACTTTTTCTACTGC TATTAACTCTTGGTGAAACACTTGGAGTGGGAGACTTCAAAATAGGAGATATATCATTTG TAACTACACTAACGTCTCTACAGGCTGCATCACCCTCTGAACATTTAGAAGAGTTTGCAG GAGTTCTTTCATTGTAGCCTTCACATTGCTCCGAAGCTATTTCTTCTACTAGTTCCCCTT TTACTCCTTGATTGATCAAATTAATGGCCAGAGATGGCAAACAATCAATTTCAATGGGCT CTTGAGAAGAATCACTATCAAGCCGCTTCGACATGGATTTCTTCAAACCAGCCTCAACAT TTTCTTCTTCGCAAATTTGGTGAATTGATTCTTCAGCCATAGAACAATTTTCCAAGTTCT GCAGCCCAGCACCATGAATAACTTTGTTATCACGTTGGACAACTTGTTCAGGTACCTCTT CCTCCATGGTGATGTCTGCATCCTCAGAACCTACCTCTCCCTTGCATGAGCTGTGCTTTT CCTCGTTACGTCCTTCAGAAGGACCAACCAAGAAACTCTTGGAAAGAGTTTTTCGCAAGA TACCGACCTCTTTACTTCCTCCCGGCAGGAGACCTAATAGTTCAGCTTCCTCAACGATCT CCATTTCTGTGTCACCATCTTCATCTAGAGGAGGTACTGTCATTGGACGGTTGAGGTTGA ATTTCAAAAGGTTTAAGCTTCTACGTGCATTCCACCCCAATGAATGATTTCCTTTTTGAT CTGCTTGAGATCCATTGGCCTTTACTCTTATCAGTTCATCCTGTAAAGAGAAAGGAAAAA AGGGCATTCATTTCACCAAGACTCACAAAAACAGGAATACGCCAGCCAATTATTAAGACA GATACAAACAAAAATGAGTTCAGGTGTTTGCCTTTAACTGTCGTATTACTTCTCTCAAGA TGTTTACATCATCTTGCATCTCCTCGTTGACAACAGCCTTATTCTTGATTGCCTTTGCAC GCTGGGCAAATCTCAGGGTACTGAGAGTCTCGCTCTTACAACTGCATTATCAAGAAGAAT AAAGGACTCCAAATTATCAACAATTACATATACAACAACACCATACCTAGTGTAATCCCA CGAGTGGAGAACTTCAAGAATAGTTAAAGATATTGAAATGTAAACTTTACAAGAATGAAA TACAATTGAGGCAAATATGGTTCTGTTTCTACCTCTGGGCTGGAGAAATGGCACATATCA TTGCAAGTTTTGCATTCCCACCAAGAGACTCCTGTAACAAAAATGTCAACTTGGAATCTC TATAGGGAATGTGCCGATGCTTTCCTGTTTGGGAAACTTCTGCTAGAATGTTTATCAAGT TCCTGCAAATCTCAAAAAGAAAAATAGTGTAATCAGAAGCGAAAGGCGAAAATGATTTCA AACTAAAGAAAAGAGAAAAGAGATGACAAGGTTACAGATTTGACACTCTACGGATGAAAA GAATTGAAATTCTGCAAAACTCTTACAGAAAAAGGAAAAGCCTAAGCTTCAGCAGGAGAT ACGAAGGAACAGAAGTGTTCCTTTAGTACACAAAATGGTCAGCCTAAGTCAATCCTTATA AATGATTTTAGTTATAGAAGAAAAACCAGTATAACCAGCCAGGCACACACATAGTAACAC ACAAATTTGAGATTTAACAAGATGTATGACATTTATTGGCAACCGTCTGACCTTAGTGTG TCAAGGAAATGAATTTCTCATGCACTATCTCTCTCTAGTACATTCCCCCCCACATTCATT CATAATATAAAGGTATATCTGATGCATTCAATTGGCAGACAGTACTATATAGCATGTCTT AAATGCCCAGATTCCAGGAAGCTGCCATTGGAGTTCTACTTTCCTTTATCAGATTCTGTG TGAAGCACGGACTTTTCTTAACAACCCATTTCATACCATTTAGAAAAAAAACAGTTCAGG AAGAAAAGAATGCGGGAAAAACATTCACATGGTTAGTTTCAAATAATTATCGTACACTAT GTGTATGGCTTTCACTTGCAGGAAAATAACTCTTTTTCCTGTTACAAGGTGTGCATGATC ATACCAGGAAAGCAAAAACTTCCAGAAAGAGAAAAGGATCCCTAGATGGATCAATGCAAT GGTAATGTTGCCAAGGCCAAGATTGCTGAATGAAGTAAAACTCGTTACATCTTAAAATGG ACTAAGTTCCTCTCTTCTTCATCCAATTAGCTAATGAGAAATATGAAATGCATGTTTATG AGTAGATGACTAAACCACAGAGAATTTGTCCAACTTAAGAACATACCCCAGCTGTGACAG GGAGCGATTGATGTTCCCAGCTTCCTTCAGACGCTCTCCAGCTGCACCAGTTAGTTTTTG CCTTTCTGATCCAGCAAGATCAACGAGATTTATCCTGCTCGTCTTTAGGCGGCTTAAGCC ATCGGCCATACTCTGAAAATAAAAATTTATAAGAGATCAACAGCAAACATTTTCAGATCT CAAATACAACGAATATGCAAAACTACTATGTAAAACAAAAAATGACAAGAACAGACCATG CACAACTTGGTAATTAGTATTTCTTATAGAGATCAGGTTATTGTAATAAAGGGTGGTAAA AGGTCTATGGAATTATTATAGATCAGATGATAGTCATAAGGAATTGAATTACCTTGCAAT GTGATTCGACAACACAAGTAAATACACTGTGAGAACGTGAACTCTCAGCATTTATACTAG TAGCGCCAGTTCTCCTGTTTGACAAGCCCTGTAATATTCATTGAGCAAGTTCTATTAGCT TTTCTAAGTACGTCAGGCCATCTTCAGGAGGCAGCTCCAATAATACAAGTAAAAGAAACA GAAGTAGAATGAAGATGAGAAAATTTGTCATTGATCTCAGATATTACTTGGTAAAAAACT GGCTTTACGTAATAAATGCAGATTGAAACCAGAGATTTTTTCACTGTTACAGGATAGGAA TTTCAATGAAGAGAGATGATGAAAAAGTAAAATATGCAACCCCCTCTATTTTCATGTAGA GCACAACACTGGAAAAAGGAAAAAAAAAAGACACCAACAAACTGCAGCGAGGTTCAACAA AGCAAGGGCATTAAGTTAAGGGAAACTAAGACTCTTGCACTTCCTCTTTGAGGAAATCAC AACAGTGAGAGAGAGTGGAGAAAAAGAAGAAAATAAGATAAGATCAAGTTTCTTTCATTC AAATATATTCTCATTATGTCTAAGGCAGTGAGAATATTTAGCCTAAACTTTCAATGGTGG GGAAGAGACCTCACAAACTGAGAATATTTACTGCACAACAGTTATCATTTCTTGGTCTTT TATCACAATTAACCTAGATGTGAACGCAATATTCATCTGTCAAATACAATTTTATAAGAA AAGGTTGCAGTCTGAACCTTCATCAAGAGCTTTGTCACATCCTTCATGGTAGAAACACAT TCCTCGGTCAAATTTTCAACATATACACCAGTTCTCACATCCTCCCTTAGCTGAAAAGAG AGCCAATAAAAATTTATTAATATAACATTCTCAGATATTAGATAATGAATCAATATCGCT GTATGTTAGTTTTCTTCTACCTGGAGGTTTCGCTGACTAGGATCCAACAGATCAGTGATT TGTTCATTGTATATCTGCAAGTCATGAGTACTCAAGAACTTAGAAGAGTTACGTAAGGAC CTTATATTCACCATGCAAAGAATCATTCAAGTTGCCTACCTCAAGAAAAGAGCACCGACA TTGATAGGCAAGCTGCTTGTCAGAATGTTTAACTTGTTCCTGCAGAGGAAATGAATTCAC TAAGGTCATACACGTTTTATACAGCCTACAGCACAATTAAGAAAAGGTAACATACATATA AGAGAAGACACAACAGAATATTACCTCCTCAATTCGTTCAAAAAGTCGTTGAAAAATACG TGGTGTTAAGCCTTGTTGATCACTTGCCAAGTTTTCATCCAACAAGGCGTTGGCTGGTCC CCATATTGTATATGTCTTTCCACTACCAGTCTGATTACTCCAAGTCATATGAACCATTAA GGGGACATCATGTCAGCAAAATACTTTACAATAGAATCCTGCGCTTTATTTAGCATATTG CAAAACGTAAGGCTAAAATTACCTGCCCATAAGCAAATACTGAGCTGTTAAACCCAGCAA GGCAATTTTCAACGAGAGGAGCTCCCACAAGCTGAAATATATCTAGCTGAAAGATCAAAA CAAAGCAGAATCATTCAAATTAATTGATATCGTACTTCTATGCATACCTATCAAATTCAG AAACATTAAGTACCAAAATCCAAATCAACAAGGAAGAATAAAGCAAACATCTTTTCAATT ATAATGCAGTACTTAATCAAATTGATCTCCCAACAAGCAAAACGTTCATTTTACCTGTGT TGATTGGACATCAGCGATAGAGTCATATGTAAAACTGTGTCCGGATATTGACAAAGAATC ATTAGAGACCTTCTGTGCAACAATTTCACCCTCTTCCTCATCCTTGGTTGGTGGCCTCAT CCTCACTATAACCTAAAATCATGGCAGGATCATAAGCTCTCAAATTATACGACTTCACAT ACGGGATACGTTAGAGCCAGAAATTGAAAAACGCGGATGGTAGTAAACGGCAAGCAAAAA CATGATACCAGAAAGAAATGCATGTTTTTATCAATGAAAACAACTACCAAGCGTGAAAAA TCTTATCTTTATTGCATATTTCAAGTAAACTGATCTTACAGGTCAAATGAGTTAGTTCCT TTGGGCTTCCATCATCATTTGAGAATCAGATTTTAGTGATAAAGCAACAACAACACCAAC ATACACAGTATAGTCCTACAAGTGGGGTCTTATCCCTAACTCAGTTCAAAGGGAAAAAAA CAGCATTTACGGAACATATTAGCAGTATCAATAACAGGATAATCACACGACACAACAAGT AATGAACAAAAACTAAGAGTGACAAATACGAAAATATTAAACTGATAAAATTTTAATTAA AAAGCAATTAAGTCAAATTAGATTTTTCTTCAACAAATTCAAATATACAAAAACATCAAT TCATAATTCAAATGATAATTAAATAAATTTCAAGAAATTTACTTTAACTCCAGAGTCTGA AGATCCAGCAGCAACAGCGCCAATCTCCGAACAACCGGATTCAACACTGAGCTTCCGCTT CAAGGGATTGGAATTAGGATGCCTAGGAGGTAACGGACTCTTCATTATCTTCATACCGGT AACAGCCGGTGAAGAATTCAGATCTGAAGGAGGAGCATTCTCTTTAGACGGCTTGTTCTT CCGATATGGCGGTGGCGTCAGCCATTTCTGCCTCGCAGAGCTAGGGTTTGGACTCAACAT TGCTTCTTGATTCTCCCTTAAGATTGTGCTTCTTGGTTGTACTGAATGCTTCATTGTTTG TACAGAAATGGTGGATTTGGGGGGTTAGGGTTAAGGAAGAAAGAAAAACTAGCCGTTAAG AAGTGATGGGATTTGAATTCAAATAGGGGAAAGAAGAAGAAGGGGTAAAAAGGTATATGA AACTATCTGAGCCGTTGATATTGATCAAACGGTTCAAGTTGTTGGATTTGAATCGGAGAT GAATATTTTTGAATGGTGATTCCCTAGTTATTATGTATGGTTTTATAATATATAAGTATA TACGCTCTTGTTGATCAATTATCAAATCGTCTTTTAAATATTTAATTTATTGATAATTTT TAAAATTCAACTTATTATAGAATGATATTAATTTCGAAAAATTTAAAAATGTTTTAGTAA CTATTTTTTGTAAAAAAGATATAATTAATTCTCTTTTTCTTAACGAAGATTTGATTCATA GCAAACTTTCATATTTTTATGACAAAATATAAAAAAATTTAAGCCATTTAAAAAATATAA ATAGTGGATAAGTTGAAGTATATAAATATGGACGCAATAGAACGGAATAATAGTGAAGGT ATGAGTTGGATTACGAAGAATAACTTTCTTCCCTAACTATATATTCAAGTTTTTTCGTCA ATTTTCTAGTAACCTACCTTTCCTTAAAAGAAAAAAGACTAAGATTAAAAAAATTAAAAC GATTATCTTTTCTTAAACTAGATCAGGTATTAAATAATCGATTTCATCAATCAACTTTAT TAACCAACTTCATTGTGTTGAACTTTTACTCTTTTGCTTATTAACCTTAGAGTTCTTATC AAGATAATGACCAATAATAATCCAAAATCAAAATGCAATGGTTCTGATATTACTATTGTT GTTTTGTTATTGTCATACTTGCAATAGTTTTTATATTCGCTCTCATTGGATCGTAATATT TAATATTAATGTTTGGTGCCTTAATTTTTTTTATTGTCGTGTATAACTATGCTTATATTA ATAATGTACATATGTTTAAACAATATATCAAATAAGATATTTAAAATATATATAAAAAAA TTTGATGCATACAATAAAACAAAGAAAGTAATACTTTATACTTTGCCAAAAACCTAATTT TAAAAGTTAGAAAGGTGTCTTCTCTGACTAATTATTTTTCTACTATTTATTTAGTTAGTT TAAATAGTATGAATCACGGCGTGTCCCAATGACAAGTTCTTACACTTCAGTCATTATTCA CCCGTTGGCCAATCGATGTTCATCCTCAGCCAGGATCAAACTCTCTATGAGATTCATATA TAGTTGTATTATTTATATCTTTCTTGTTTGTAGACAAAGCAAATTTCAGAGTTATTTTTC ATTTACAAGACACAACTTGTATTCATGCATTTTATATTCGTCCGGAGTTTGCTCCTAGAA ATATGGTATAGTCATTTTTGCCCCTTGCGTCAATCCCACAAGTGTCTTTTCATTCTTATT GAATAACGGCAGTGGGAGCAAATCCAAGTAGAAAAATCCACGTTGGGCTTTAGAATTGAT CAAACTCGAACTGCTGATCAATTCCATCATGTCAAGGTGACACTCCATCACTGAGTTATA TCTCATATGCCTGCCCCATCGAGAAAAAGGAACTGATTGATCCTAAGTCAAAGGGCAAGG AAACTCAACATTACTGTTCTTGAACAACTTGAAGCCGAACCTTTTTTTCGTACTATTACA AATATGAAAATAATGATCAAAATTGAATTCAATTGTCAATTGCCTCTATTTTGAAATTGG ATTGACTATCAATTTTGAAGGAATTGGAACTATATCTTTTTCATTAAAGAGTTGTTCTAC GTATTCACGTCCCTTTAAGATATGAGAACTGAGATATCTAATATCAAAAATCAAAAATCG TTTTTCAATGTAATAGTATTATTGGTATGCGCAAAAAAAGCAAACGGCCACGATTCTCCT CATCTACTGCAAGGGGGAAAAAAGTTCATTTTATGTGTCAGCTACAATTATTAGACCTAA AGAAACAATATTTTGTCTTCTTGGTTAACTTTTATGTTATCTTTCACATTTTCCCCATAC CTCTTTGTTTTGAATTGTGTGGTGATTATAATAGTGTGCACATTTCCAAATTGACTCTTG TGATGGAAACAATATTTTTCCAAAAAAATTCCTTTACACTTCAACGAACAAATAAAATTA GAAATATTACTCCAAAGTGTGTGACACTGAACAGCGATTTAAAGAAGAAAAAAAGAAAAT CATTTCATAAATTACTAAGACAACTTTGGAACTTTCAAACGAATTTAGATAAAACTACGT ATGTATTACTGATTATTTACGTATAGTAATCTTAATTTGCTCTAGGTTGAAGTGTTGTAA ATCTCATGATCGAGCATCATTGGATACAAAATTATTTTTTTTATTAGAAAACATTTATTC TAAACGCGAAATAACATGAAGAATAAAATATTATATTGAATTGCATAAAATATTTATATG AAAATGACTGGAAAAAGAAAAAAAGAAGACGTTTATTGAATTTAGAAATCACGGATTCCA AGACCTGTTTTTGATTCCTCAGTTTTTTGCTGTCATCCAGTGTTACTTGAGCACTTTATT ATATACTCTACTGTATTTTCTTTATTTTGATCAGAGGATATATTGTGTGTAAGAAAAATA AAAAAATTTAAACTAAATATATATGTGTATAATACTAAAAAAATTATAATTATAATTCTT GAATAACAAAGTCGTGATTAATTAAGTGAATCCAACTTATTTAAATTTGAGTTTCATCTT AATTTGGATTTTTTAAAAAAGTTGTGTGCTTGTGAATTATAGTAGATTTCAATTTGAAAA AATAAATAGTGTTCAATTCAATTATATATCATCATCAAAGCCAAACTAATAATCATAAAA CAAAAGTTATCATACATCTATACTTAAACAGATCAATTGTGTTGAAAATAATAGTAAAAT AAAAGAATCAGGATGCTGAATATTTTTATTCGACAATAGAAATGATTAATGTTATTGAGC TTCAATACTTTACATTAACTATTAGTTTCAAGAAAACCACCTCAATCTGCCTATTAGTGC CTAACAAAAGCTGTTTGTTCATAACATATAGAATTATGTTATGGATATAGTGGATAGTTG TAATTATTTTATTTTTCAATTATTACTGAAAGAATGAAAATATAATATATAGTATATCAA GTTGCTGAATATGTCATCAAAGTAGCTCCAAGTATTAGGCCATAAATTATGCTAAGTTAA TTCTACTTTCATTATTTATTTGTTTGATTTTAATGATAATCAATTAAAAGAAGGGAAAAT AGGAGCATTATAGTTAATTATATATGACAAGTGGATTCATTTTATATTTAATATGATTGT AATGCTAACAAAAGTACTAAGACAACTAATAACTATTAGTTACTTATATAATTAATTAAG TGTTGTGTACCTAAATATTGTGGTCATGAAAGTCAATATAATAATGACCTAAGAGAAAAG CTAAAGGGATAAAACAAATTCATATAACATCTAAAATTAATTAAAAAGAAAAAATGACAA ATAAATGACATTTGCAAATTGACTTTTGTCCACAATTTGTACACTCACCTTTTAGTCATC CATAGCTACAAAGGAGAAAACTTATACACATCATTTTATCATGTTTTAATTTATATGACA TCTAATAATTTATATGACATCTAATTTATTGAAGAGTTAAACAATGATATAATAAATGTA ATTGCTCTTATTTTAATCATAAATTAAGTTCAAATTTTAAATATAAAATATTTTTTTCAA ACAAAATATTAATTAATACAATCCAAATTAATTAGACTTTAATACGTTTAATATACAAAC AAACACTCCAAACTGACTATTTTGTCCTATTTTTTACAAAATACGCAGCATCACGTATAT GTTGCCACCACCGCCATTACGTGTCCAACAAAAAACTCCTATATATAGTCCCCCTTCTTC CTTTCTTCTTCATCAAAAAAAAAAAGAAAAAAAATCCCCAATCTCCAATGGCAAAATCCA CAAAAATTCTCTCATCAATCCTCATTCTCTTCTTCATTTTCAGTCTATTTTCTTCATCAA ACGCATTAGGCGGAAAGCTCGGCGGAAGAACACAAATCAAAAACGTGAAAACAAATCAGG AAATTCAAGATCTAGGTAAGTACTGTGTCGAAGAACACAACAGAGATTTGCGGCATATCA ATGGTGCTTTGAGTTCTTTATTGAGTTTTTCTCAAGTTGTTGAAGCAGAAAAACAAGTTG TTTCTGGTGTTAAATATTATCTAAAAATCTCAGCTATTGTTAAATCATCTAGCTCACCAA AATTGTTCGATGCTGTTGTTGTTGTTAAAGCTTGGGAGAAGAAGAAGGAATTGCTTACGT TTTCTCCTTCTCCTTCACCGGCTACAAAGTGAATTTTCGATGGTTGATAGTGGCTAAAAG TTAAAACTTCTAGTAGTGCTAATGTTGTTTAATCTAATTTTGAAGTACTTTAATTTGTAG CCTTTTTATTTTTTTTAACCTATTTTGAGTTCTCTTGTGTACTATGTGATGCAATAATCA ATGAATGACATATGTATTAGTATGTTATTATAGATAAATTATGCTATCTCTAGTTACTAT ATCAAATCTCGAAATATTTCATTAATTGATTCTAGGAAATATCATCACCTCCTAATGCAA AGGAGAAGGAAATGAGTAATATTTAGACAAAAAAATGAAGGAAACAAACACAATGTGTTG ATATATTAGGGGCATTGGATGCCTCCATTAATAATTTAACAGAAAAATGTCAAAGACAAG CTGATGAATAAAGATGCACAACAATAGGACTCCTTACATTTCATTGACCACCCAATTTTT GAACTTAACAGCTATCCATCACCCCTCTCTCACTCTTATTCTTGTACGTTTTCACATTCA AGCCAAACAAGACACTGGGTGAGTCTTGTCATTTGCAACTAATGAACTTCCATCGAGAGT TTCCAGTAGCACGAATGGGCAAAATGTGCTGAGACTTGAACCACATTTGAACAAACACCT AAATGCAGTAGTAATTTATATACTTGTATATAAAAGGGAATTTATGTTCTCTTCCTTCCC TAAGAAAAACTCTCGAGTGTGATTCTCGGTCACTTTGAAGGGCTGGCCGGAGCAATAGAG ATTCCACATCTATCGGAGAAACTGCACGATCCACAATAATAATTCAGATGCCCTTGACAG ATATCTCCAACTGCTCGATCCTTTTGGCTAGATCGTGCTTTCCACAATTCTTCAATCCAT CTGTCACCGTGTCAAAGCTTCGTGACATAGGCAACAAATTTAACTCCGTCATCTCTACTA AATAATTAGATGCCTCTACAAATCTACCTCCACGACAGCACATCTTTATCAACATGGTAT AAAGAGGTCGATTTGGTGGATGCCCTTTCACCTTCATATCACTGAAAAAGCTAAATGCAT CATCAAACTGTCCTCTCCGGAAGAAAGCTTTTAGAATTGGAGCATATAAACTGGGAAATG GCCGATGTCCAGCTTCAATGGACCTATGAAGAATCTGAAATGCCTCATCAATCCTACCAG CCTTTGCTGCAGCAGTTATGACAATCTTATAAGTCTCAGTATCAGGACAAAGCCCCAATC TACAAACATCATTGAAAAGGTCAATGCAAAAGTCGATTTCCCCAGTTTTACATACAGCCT CTGCCAAAGAATTGAATGTTCCAACATCTGGCACAAACCCCTCCTTTGTCATTTTTCTCA CCAATCCTTTAGCTGATTCTAGATATCCAGCGCTGAGCAACCCGTCAATTAGCAGGTCCC TCCCACGTACAGGAGGATTGAAGCCCTTTCGACTCATTTCCTCCAAGAACTCTTGTGCCT CTCTCATCTTCCCGGCAGAACACCAGCCATTTACAAGAATAGAATATGTCAGCTTATCTG GAACAGTACCTTTCCGTATCATCCTCCGAATCAATGCATAGGCCCCTTGGAAATTCTTGA CCTCACAGAGTGCGAAAAGCATAGCATTGTATACTTCAGTAGTTTGAGAACAGCCGAAGT TCTTGAGCCGATTGAAGAGCTCGACAGCCTGATCAATGAGACCACGCTTCCCATAGTGTT CAATAATGAATGAAACAATGGACGGTGAGATAGGAATATTTTGGGCTTTCATCTGCTGGA CTACTTTCCACATTGTCTCCCAGTGGGCAGTCCGGGCAAGGGTCTTAAGAAGTTCTTCAA ACTCTACGGTAGTTGGATCATACTGAGGGTGTTGAGTCCGAGCCCAGTTAAAGAAACGAA AAGATTCGATACCATGCTGGCAACAACTTCGAAGCACACGGTACACCAGTTCAGAGTTGA CAATTCTTGAAATATGCATCTTGTTAAGAGTCCGCTCCAGGTAAATATCCCGTCGTACAA TGTTAGATACATGATGAATTGTTGCAAAGTAGTCATCATTAGGCACACTTCTGCCACAAC TACCTTTACCGCTGAAAGGATTGCTGCACTGGTCGATGGAAGGTGCTATAGTTTTAATAC ATCTAAAAATGCTGGTGTTGTTGGTGAATGTAGTCGACGAATACAAAGTCCTGATTCTGG CAAACGTCGAAAACATTCCTGAGTAGCAAATTGGTTCAAATCCAATTGAGATAAACTAAA ACTCAACTATTTGGAATTCCAGCTGAATCAACTATGCTAAAAGCACATAGAATGCAGCTA CATCAAACTCGAGTCCTACAAATTACATTGAAAATTCAGCAAAATCCTTCAAACCAAAAT TGGACGAAGTACATAAAAATCTACTTGCATGCATGAGTGTTTCCACCAAACCAATGAAAT GAATGTCAGCTACTTTCATAGTTGCATATAAACAAATAACAATGGTTTATTAATTCATAT TTTCACTTTATATAATTGAGTTGGTTTTGTGTAAACAACCTGAGAGTAAGTACTCACCAC AGAATTTCATGAAGTCACAAAAAACAAATAAAGTTGCAATTTTTATTCATACAACTAATC AGATAAACTTAATACTAAGCACCCAAAAACAAGACAACAGAGGAATGAAGAGTAAGTTTC TGCATAAATCACAGGTAGAATTCTGAACAGATAACAAAAATCGAAGAGCTGCAGCTTATA TACTGCAGAAATTACCACTAAGAAGTGGACTTTATGGTTTTGGTCTTCTAAGGATCCACT ATTGGAGTTCAATCCGTAGATCATATTGTTTGATTTAGAAGTATACCTTTAGCGGCTACT TTCTTACGCAAGAATGTGGTTATGGTATTCAATTCAACCAAAGGCAAAATGAGTAGTTTG TATCTCATCAGAAAATTTCTTAAAATATGAAAAATTACAGATTTGGTTCAGTGAGGAATT TTGACAAACACTTGGGGGGCTAAAATTCATATATTGGGGGGGCTCTAAAGCTCATTTAGA GCTAAAATAAATTACACACGATAAACTAGAACCCATAATTATACAGAAGCCTAGAGAAGT AAGGAACTCACCCGTAAAATTCGTGCAGAAGCTTCAATGGAGGTTCTATCGAGTCGCTAC AACTATAGACATCAAACTCAATGTGGGACGAGAGATTCTCCTTCTGTTCGATTTTATACG TCACGTTTTTACTTTACACTTAATAATCAAAAAAGTTCCGTGTGAAAAATATCAATTAAT CCATAATCGAGGGCACATTATAATTAATTCTTTCCAACTTCCAACAAAAGACATTTTATT TCGCGTTTTTATTTAATTTTTTTTCTTTGGCCAAACCCAACAAGTTATAGAGCAAGAGAA ACAAACACAAATGTGTTGAGATTTACTAGGGATGCCTGCATAAACTCGACTGAAAATGTC AAAACACAAGTTTGTGACTTGATACATTTTATTCACCATCCAAACTTTGAACTCTACAGC TAACCACCACCCTTCTCCCTCCGGTCTCTCTATCACTCTTGTGCATTTTCACATTCAAGC AAAACGAGTCTTGTCTCGAGTATTGACATTTGCATGCACTTGAGCAACTACTGAACTTTC ATCGAGAGTTTCCAGTGCCACGAATGGGCAAAATATGCTGAGACTTGAACCACATTTGAA CAAACACCTAAATGCAGTAGTAATTTATATACTTGTATATAAAAATAGGAATTTAACTTC TCTTGTTTTATGTACAACCATGTTCCCTGCTACATCTAGCGGTCAAAAGGAAATTCTGAG TCATTCTCGGTCACTTGGAAGGGCTGAGGATGCTGGCCGGAGCAATAGAGATTCCACATC TTAAAGTAAGAACGTTCCAGATTCCTCACCTGAAAATGCAAAATGAGAATGAATGAAAAT TCTAGAATCAACAAGGTCGTGCAGTAAAGTAAATCTTACTCACCCAACGTGTTGTATCAA ATAAAGGGCAACTCATTCGTACAGCCTTGAGTCTATTGGTGAGATCTTGGAGCTTTGGAC GATTGAGTGCCAGTGACACCGCCTTCTCCTCATATTCCTTCATACTGCAAAGTAACAGAA TTAAGGAAAGAAAAAGTAAAAAGGACAACTATCATTTATGTTGCAACATCTAAGTCACTC ATTAAGCACTTGTCCTTGAGTCGAGGTACTATCGGTCATACCCTTCCCAGCGATTACATC AAGTATACAACACATACCTGCTGACAATCATCTCAGCACCAAGTCCTGTCGCCAAACACA GAGAGCCAGCAACTCTAGTAGCCATCTTCTCAAGGGGAAGGGTTACCATTGGTAGACCAG CCCAAAGAACATCAGTTCCTGTGGTATGTGCATTGCACAGTGGCCTACAAGTGAGAAAAA ACCACACCAAAATTCAAGTAAATGAAATGTAACGGAACAAGATTCTTGAAAGACAAGCTG AATGTTCTTAATCTTCTTACGTGTCCAAGAAAAGATCAGCCAAGGAGCTGCGCTTGATGT GCTCTTGTTTCATTGCAACATCTGTGAAAATAATTTGGTCTGGTTGCAGGCCTTGGGCAG CAGCATCTGTAATAAAATGAGCTGAATTAGGAGACTCTTCATAAACCAGCAAGTCTCACA AAAGAAGATTAGAGAAATGCATGGTATGGAAGAAAATACTTACGTGCGCGGAGCCTCATC TCTCCTGCAGCTGGAAATCTGAGAAGCCAAAGAGCACTGTTTGGTACACGCTTAAGGATA TTGCACCTGCACATACCAACTCAGCAAGTTTTTTAGCAAGTGCTTGTGAGGGTAAAAGTA GACCAATTCAAATCATTCCAAGTAACTACCATGTAATAAAAATCTCAGGATCCATCTTGT AAAGCTGATTAAAACATGCAAATATGAATTTATCCTCCGGCAGCCCATAATCTGAGCGCT TCAGTTGGCTGTTTGGATCTAGCACGTCACAGTTTTTCTACAAAAAACAGCAGCAAGAAA CCCATCAGCAGTGAAAAATAAACAAATCCAGAAGAGTTCAACATACCTCAGATCTTTTTT TAAGAAATTTATAAGATTTTTGTTCATGATCAAATAACTAAATATTATCTAATATTGGCT ACAAATGACCTACTGCGAGAAGAGATGAAAAAAATACAAATAGCCTACTCCAACTATGAA TTTGGGCTCAAGGCATAATTGATTCATTTTAAAATAAGATTCATACACAGCTCAGAAAGA TCACGGGCAACTTACTTGCTTATAATCGTTGACAAAATAGCAATGAGGGAGATGTACAAG CTTCTCTGAGTAAATATGTGCATACTTCATAGGTGAAACGAACTGCATACAAGGAAATTG CATCAAGGACCCATAGAGAGCAAAGGTTAACAGCAAATATGTAATATCAAGGGTGTCATT AGCAAATTACCTCATCTGTAACCAAATAATCTATGTATGTTGCTCCTGTGGTTCCAGGGA AACCCATGTATGAAACCTGGATTGGAGCTGGCTGCATGGCGAATATCTCGTTTCTTGCCC CCTGCAACACACAAGTCCGAAGTCAAAGATGACACATTAGATAAACGAAGTCGTTCAAAA AATAACTCTCAGGATAGAAGGCAAAGCAAAATATGGGCACATTAATCAGCATCTACAAAA AGGTGAAAGATGTAACACATATTTTTGGCTTAAAACAACAATTATAGGATATAGGACCAA CAAAATGTGTACCTCATGAGACAGTGAGACCTGTTTGACAGGTTTGCACTTTAGTTAGGC AATATCCTTATTATACTCATTTGCTCAAACCAGTCGTGGCTGATCAAATTCTCATTGGTA AGTATTCGAGTTTGCATTCATATCCACAACTTAGCTTAACCGAGATGGCACAGAAATCAT TGATTTATTTGTTTATTGTGGATTATTTCCAAGAAAGGAAACTACTTTTTCCATCCCATT TCTTTTCATTATGTTAATGGGTCTAGCATATGGGCCCTGTGCATGGACTGGGCACACACA AACAACACTAGCAAAAAAAGAAAAATATAAAATCTAATTAGGATTGATCTGGATTGAGTC TCAATCTGTACCTTGGTATAACCATTGAGATTGATAAGTATCTGTATTTGATCCTCATTA ATCATCCTTGCTATCACATCAGATGTCAAGGACGATACATCAATAAAATGCTCAGCTTCT GTCTGAGTGCGAATCCTCCACTCTGTACCATCATTTGGACTTAAAGCATAGCAGAACACC TAGGAAAAGAAGTACTTGGAGATTTAGCATGAACAAGTGGTGAAGTCGTGAATGGTAAAA AGGATAAGGAAAAGTAACAAATTAACTTAACCTCAACGTTCTCTTTGTCATGCATCCCAA AAACGGAACCCATTAGATGTGATAGTGGATGGTTGCCAAAATCACTGCTCACATATCTAA AAACATTTAAGAAACTTATTAGTAAGTAGCATGTAGCAATATTCATGAAAAGCTTACAGC AGATCTGAACCTCAAGAGGAAAAGCAAGCAAGTATTTATCAGCTTATGGAACTTACCCAA CCCTCAGCCTGTTGATCCTGCCACCTCCTTTAATTGGCAGCGGCGGTGGATGGGTGAAGG GAGGAAGTGAGTAGCGAGTTGCTACCACAGAGCAGTGCTGGGCATACTTGCAACTTTACA AGCAAAAGAAACAGTCAGCTTCAACCTCACATCATTTTTGTGATTGATTCAAAAGAAAAT TCCGCACCTGATATCTAGAGCAAGCATTGGATCAAGAGGGTAGGCAATTGCATGGAAAGG CTGAACGCTTGGGATAATGGACATCTTAAGGACAAATATGAGACGGCACAACATTAAGAA AAAAAGAATCAGTATTGCAGGATGAAAAAATATCCAACTAAGTAAACATGTAACAGTACG GCGAGTAACTGTGATACCTTAATTTGTCTTCTTAGTATCCCCTCAACTTCAATAAACATC TTCTCCCGGTTATCCCAATCACACACACACTGCAGCAATAAATTTAAAGAGAAAATTAAG TATGCAAGAGATAGAACCCAATCACAGTCATCAATTGTGAATCTATAAATTAAGACTAAA AGACCTGGTGACAATCTCAAAAGCACATATTATTTGATGAAACCAATTACATGTTCTAGG TGATGCACATGATTTCTTACAGAGTCACTTGCTTGATTAATTGCTCAACAAATTTTAAAA TTTCTTTGTGAAACGGTGATTGGTAACAGTGATAAATAACGCAAGGTAAATACAGTAGTA CCGATAAGAAGCTTAAGATTAAAATTAAGCAAACCGAGCATGACATGAATTGTGTGCCTA CACTTACAAAGTAGACAAATACTACTATGAACTGCAGAAGTATAGTTCATTAGGCAGGTT ATTTTACCTCATGCTTCAAGACATTACATAAAAAAGCTCATCAAATTCTCAGTAGTTAGA CAGTGCGGGAACTCTGATAAACCCAAGACAAAAGAAAACAGTGGAAATTAACAGGGTGAA CGTACCTGTAACGTGTGGAGAAGATTACAAGTTGCTTCGGGGAAGTCAGGACGTAGCATC AAAGCTTGTCTATAGCTTTTTATGGCTGCTTCAACATTGCCACTACACAATTAACCAAAA CATCACAAACAAACAGAGTGGACATGTAGGAGAAGAAGCAAATTGGACCTTCATCCTTTT GAAGCTTATAAACCTAAAAACATACCTGTCCTTGTAAGCAGAAGCCAAATTTGCATGAGC CTCTGCCATGGTAGGTCTAACGGTAATAGCTCGCATGTAATCTTGTACAGCTTCATTAAC CCTACCAATCTCTTTGTATGTGTTGCCTCTATTGACCAGCCCATCTGCTGCCATGGGGTC AATACGTAGTACCTCATTATAGCACGATATGGCTTCTGCATAATTTCCCTGAAGTTACAT CACATAAGAAGAGAACATTCATGTTAGTTAAAACGCTGACAGAGAAACAGCAAGATAATT GAAAATAAAATAATCCCTCGTGGCTATCTTAAATATGGTATATAAACCTCCAGAAAACTC TCTACTGACTCAAAAATTAAGAATTCTTCAGAAGTTAGTTTAAATTATTACCTGTTGCTT GTATATTATGGCTAGATTGTTTAAAGGAGCTGAGAGCCCTGTAGTCACAGCTAAAGTCGC TTTAAAACATTGTGCAGCCGCACTCATCATGTTCCTAGAGAACAGGAAAGCAACTCATGA AAATTACTTGATTGAAAGCGTTAAGAAGAGAATCTTCACGACTAAGTTAACTTTACCACT GCATATAAATGATCCCTATATTAGAAAGCGCTTGTGGGTGGTTAGGTTGAAGAGAGAGGC ATTGCTGCATGCATCATCAGATGAGTTAAGAAAACAGCACAAAAGCAACATCAAACAAAG GAACCGTCAAACAAACAAGGGAACTCAGCTTACACGATAGCAATGAATTGCTTCCTCCAC TCTACCAGCATCTTTTAGAGCATTACCCTATAAAAAAATTGGAGAAAAGATAGCATTACT ATCGAAATAAATAGTAAATTTAAGATGGGAATTTTATAAACAAAGATGAAAGAAAGTACC AACCAGATTGTTATATGCCTCAAAGAATTCAGTATCACATGTAATAGCTCTCCTGTAGTT AAATATTGCCATTTCCATATTTCCTTGTTCATAGTACACACTAGCTAAGTTGCCTGCAGA AAGGAGATTCACGTGTGAATGCATTATTAGGGTGGCCTAGCCACACTGAAGATGAAGACT CATGTCTTCGTATTGCAATAAAAATCATATACAATCATCTCTAAGTATAGAAGTGATATC AAAAAGACTCTCCCAGCGACTTATTGCATTATGCACTGAATTAAAGGCATGACTGAAAAT AGTCGCTCACCAAAAGCCATGGCATAGTCTGGTCGTACTTGGAGCGCACGCTGATAACAC ACTATGGCCTCCTGGGGCATTCCCAAAGCCTGGAAAATGCAAAGAAGATGCTTGTATTTC TCCATATTCTCGTCTAGGCACTTGGAGCCACCAGACGCAATTAGCACAATGCATGACAGC TTACCTTGTATACATTTCCTAGGTTCAGATATGCATCTGAGAAGTTCGGTTTCAGCTTGA TCACTTCCTGGAGGGGATTAAACCACAAAGGGGCATCAAACATGATAACATTCAGCTGAA AAACACATCCAACACTTGATCAGTAAATTCCAATTACGCCTTACTCATACCTTGTAGTAC TGCAAAGCCCTGTTAAGATCGCCTGCCTCCATGAAAAGGCCAGCAAGGTTGGACCATGCT ATGGCAAATGCAGGCTGTATACGCAGTGCTTCAACATAACAATTGTACGCCTACCAAAAG GAAAAAAGAAATACTCAGAGGTGAAAAGTAATGGCATATATCTATCAAGAGGAAAGTGCA AAAAGAAACTCAAAAGCATAACAACTGATATTAAATGGATCTTGGGTCTAACTCAGCCCC AAATGCTAGCTCATGAGGAGGATTTCCCAAGACTATATAAGGAGACCAAACACCCACGCA CAACCGATGTGAGAGAATCAACACGCCCTGCATGCCCAAGAGCGAAGAGTCCAGAAATCT GGAGCATGGACAATACAAGATAGAGCCCAACATACAGTAAACAATGAATTGGGATGGGAC TGACTCTAATACCATGATAAGAAATGGATCTTGAGCCTAACTCAACCCCAAAAACTAGCT CATGGGGGAGGATTTCCCAAGACAAATAAGGATACCAAACGATCCTCCACAAGCGATGAG GGAGAATCAACATAGATACATCAATAGTCAACAAATAATCACGGAGAATTTTCAAGCTGC ACAAAGTGAGTGGATGCCTGGAATGAAAGAACAATGCTGGCCCACATACGATGCACAAAC ACATGTACTATGGGCACACTATGTGCGTGTTGAAGAATAGTCCCCCACCCCCAAAACCAT CCTAAAGGCAGATGTGAACATGAATAGCCAATCTCAAGTCACCAATATATTAGAACACAA AGTGGATCTGAGTCCTCTCTCCTTTACCTCTTGGACTAAACCTTGTGCTTTCATGAGATT GCCGAGATTGCTGTGAGCATCCACCTAAAATAAAAGAATAAATGCCAGTAAAGAAAGTGC AATTGAAAGAAGCAGATAGATAAATTTTTAAAAGGATAACTTTTTAATACCAAACGTGGA TTTAATGCTAGAGCCTGACGGCAACATTGAACTGCCTCATTCAGCCTTCCTTTCCTCATG TATGCACTGGCTAAATTTGACCATGCATCCGCAAAATTAGGACGGAGCTGCAACCAGATA ATTTAAGGTCAAATTACCTAGCATGCACCTAGGAAACTATAAATGCTTATAGGAGAAAGC TTGACCATGCAAAAAGGTTTTAGTTATTATAGATAATGAACATACAGATACAGCATACCG AAAAGACATTAAGAAAATGCAATGAGCTCCAAGGTTTTGTGATGAACCTGAGTTCAAATT CTAACTCCCAAAACCTACCCCACAGCCCTCGACCAAAAAAAAGAAAAAATGCTTTCAGTA CACAGGCAAGGAAACTGTCTAAACTCTGGATGCACCTTCTTTGAACAAAGTTATGTAGTC ACAATTTTCACAATTTCAACCTGCATTATTTTGCATCATTTCACGCAACTAACTACATAT TCATCTAATAAGTAAAATTTATTAGATGTTTCCATTTAAATTATACATGAATTGTTTACA ACTCAATTCAATATCACAAATAACCATCTGCTTGTAGCAACAAAATAATTTCTTTACTCT ATCAATATTTGATGTGTTCTGCAAATGAGATTAAACACACACTATCAAATGAAAAGAAGT GTTTAAATTCACATCTTAATGGGAAGTATAGATGGAGCTTTTTTATTCTGACGTGGAATA TGTTGGTTACTCTACCAAATCATGTGAGTAGCCATTTTCCAGTGGTGAGAAATAGCACTC GTTTTATTAGACTCATTATAAGCTTTCTCGTGTTAAGCAAATTTTATCATCTGTGATAAA AAAAGACTGTTATAAAAAGATCACCAAATACAATAAGAGAACAAGAAATTCAATCACGAA ACCCCAACCTCAGAGCAACCTATCTACTTTCTCTTTAGAACCTATAACCACAGTTTCAAT ATCCGCTTTAATAATTCAGATCTGAACTGGAAAAATGCCTTGGATCTGAACTATCTCATC TATTCTCTGTGATATTACTCCAATTTGAAGTCTTCAGCAACCCATATATATGGTTATAAT TAAAATATCATTAAAAAAACCACAGGACGACACAACTTTAATTGAACAGCCAGACAGATA ATTAAGCAAGCTTCCAAAATTCCAGAAGTCCTCAAAAGTTCTTTCCAGGTGACTCATTCT GAAAGCAAGAGGCTGAGTGACAAACCTCAATTGCAATTAAATAATAGCGTATTGCAACAT CAATATTGCCTTTTTCCTGCACCATTAGAACTTCATCAGTGCCCAATTCCAAAACCAGAA GAAGCAGCTTCTAGATGAGTTACTGAGTTAGTACAACCATACCTTCCAAGCATTCGCCAT ATTTCCATAGCACTCAGCAAAATGTGGCTCGATACTTAGGGCTTCTTCATTTTTTGCGAT ACACATATCAAAATCATGCAACTAAAACAAGGAAATGGTAGCATGCTTTACTTCAGATCC ACAAATCACATAGAAAATAAACAACAACAAAAACTCATAAAAGAATGCAAGATAGAGAAA TCACAGAATATGTAAGCATTAGTGCAAGGAAAGCCCACCTGATAATATATAGCCCCAAAA AGAAGAAGATTATCAGTGCGCACTGGATTTCTCTCATAAACTGCCTTGCTGTGCTCTAGT GCCTGTTTATAGTTCCCAGCTTTGTAGTTCTGATGAGCAAGAGTTAAAAGAGCATCCTCA TCGACTGTGGTATATAAAATAGAGATGTCAGAAATTGATGCTAATACCAATCCTCAGTGG ATAGAGAAATTATTTGGCTGTCAGCTGACTGCATGACCTCAAAAAATATATACAAAATGA CAACATACGTAGTATAGTCCCACAAGTGGGGTCTGGGGAGTATAGTGTATACGACCTTAC CCCTACCTTGGAAAGTAGAGAGGTTGTTTCCGATAAACTCACGGGTCAAAGAAAGCAATA ACACATTAATTATGAAGACTTAAACAGTAATAATAGCAGAATAGTAAGAAAATAAAGGTG TACCAGACAAAAAGAAGTAATAGAAAACTAAGAGTGAGAAATACAGAAGTAGTAAAACTA ATAAAAACACCAAAAGTAATACCAAAAAATACAATCCTGTAGCGCCTAGACATCTTAGGA TCCTTGTAAGATGAGATAGGACCTAGAGATAGATTTCTCTTTTTGGGTTGCAGAGCCTAC TCAGTTGTAAGTAGCTCTGTGATGTAAATTTTTGGGACCCCAGCCTTAGTGCTGAAGATT TATATAAAAGCTTGTTACCTATGTCATACCAAAAATAATATTAATAGCCGAAGAGACAAG ACGCAAACTAAATACTATTTTCCTTCTACCAGAATCCTTGACTTCCACACCCTCCTATTA AGGGTGATATCCTCGGTATTTGAAAACATCCATTGATGCCACGTTTGCCTCTTAATACAT AAGGCCACAAATCAATAACTCCCTTCAGCTTTCTCTATCATTTTTCGTATCTTATAACGA ATTATTCATTTTCCATTTCTTTGGCAGCATGGGAAGTCTCACATCCTTTAGGTTCTTTTT TTTCTATATAATGGTAACTCACATTCTTAAGGTTCTTACTATCATCTATCATGTAACAGA CTATAATATTTAGTACTTGAGGTTCAGAGGTTTTACAAAACATAATCCTATTTTTATCAA GTGAAATATCATTAAAAGTCATAAAGAAGATGCAGAGATTACGTTTTACAAATACAATCC TACTGCAGAATGTGTTCTGTTTACCTATTTACCACACATTGCTTCATCCCTTGTTGTGCC AAAGCTAAAGGGATGTAGTACAATTCAAACAGAAGGGTAAACCATTAATGGACCTCTTAG AATTACTAACAGTTTTAGTAGTCCAGTGCACTAGTGTAGACAAAGTGCTCAGATATTTAT CAAAATCATCATAGATAATAAGTATCAACCAATCAATCAGGGAAGCTCCAATCGCAAATC CAAAAGATTCACCTGTATAAATCCTTCATCTATACCACTTCAACTTTATACACACCCACA CTTGTGCCCACATCATGTATTACCAACTCTAAGCGGATCATTAACTTCTATTTTGTTCTC TTAGCTAACCTACATGGGTTCCTAGAGATTTTACCGACACATAACCATTGATTTGATAAT TTGAGGTAGGTTGTTAGTCCTTGGCTTTCGGTTAAAAAAATAATCTCTTATTTGCTACAG AGAAGTTGAAGTATTCCCTCTTTTATGTGTTCATTTATGCTAGTCTGTTTCTCAACAATG CTTGAGGGATACCGATAAATCATTAACTTTAAGACTCCTCTGTAAGGCTTGTTTGAGGTG CGCTTAAGCTCTAAAGCCCAGTCAAAGCCAGGTTGTGCACTTCGCCTGTCATAGGTGACA ATATTTTGAAGTGGATCCAGGATTTGGCTCCATAATATTTATTAGCGAACTTCCACAAGA TTTAGACTTGTATAGTTAGTTTAGTCAAGGTTTTGGTAAGAAGATCTCTAGGGTTCTATT CTTCTTATCCACAATTTTTTATGTATCAAGAAAATTCGCGCAGCAGGGCTCGAACTTGCA TCCCCAAGGTGTTAAACTTGAGCTTTAACCACTGCACCACAAGACTCATTGTTTCTCTGA GTACCATGGTTAACATAAATTAATTTCCTAATAAATATATATTAAATACATATATACATA TATAGAGAGAGACGGAGAGAATTTCCATCGAGGCGTTGACAACCCCCCCCCCTCCCTCTC TCCATTCTGCATAGTTCCTCCCCTGGCTATAGTATATGCACTATGGCACTAAGGCGTGTG TGTCTTTACTCATGAGCTCCGTCTTTAAGATAGCAATAGGACTGACAACAGTATAATTAT TAAATGAATATGTTACTATTCAAATGAACATTACGAAGAAACTGGTAGTGATCAGGACTA AGATATTAAAAAATCTAGAATAAGAAAACTAACTGAGAGAATATAAACCATATATTTTCA TCTAAATCAAGAAATGGCTTTTCCCTAATAAAACTCCAATGCCTTTTGAATCTACTAAAT ACACTTTTACTTCGTAATTTTACCTGCAATACAAATATAATTTTTGTGTAACATATATGA TTTTAATTTGCTTCATTAGCACCTTTTTCCATTAAAGCCCATGCTTTACTGTTTTGCGCT TAAAGCCCACTATGTTTTGCGCTTAAAGCTCGACAGATTTTGGACTCTTTTCATGCCTTT CGCTTTTGATGCAGATGAAATATTGGATAATGCTAGTAAATATAAGATAATGCAACAGGG ATACAGTTATAAATATGTAAGTGAAGTATGATATATGATAATCAGGTATATATTGTTGTG AATCCAAAATGACCTCTTTTTTCATTAAAATGTTACTATGCCTCACTACTTGACTGCACA AGCCTGATTCATATCTGAATAACAAGTGAGAATAAAAAGAAAACCTAGTTAGTTTCTCCC TCATCTCAACTCTCACCGTACATGCACATATTGTAATCTGACATGGTTGTTTTCTTCTCG AAACCGGAAGGAACAAGAATGACAGTAAATGTTGTTTTAACCCTGGTCTTCATTCTTTCA CTTGGTGGTACTGTGGTACCCGACGATTATGTTTTTACTCTTCTTTATTTTAAAGATAAA GTACATATTATCATCTGATATGTTTGTGTTCTTCATAGAGATCGGGGAAAGAAAGAGCTA TGCTATTGACCGGACCCTTTTTTCTCATTTTGTTTGAAGCGGGCCACACTATATTGGAGG TAGAGAGGTTGTTTCCAATAGATCCTCAACTCAATTCATGCATTTTAAAAATATTAGAAG TGTTCACCTATTTTGATGTTTTAATTCATGCATTTTCCCGATCCGGTTGCCAACTCTTTT GATGATTTCACACCCATTGGACTGCACAAAGCAGCTTAATAAACTAATCCATTCTTCTCA TTTGTTCCTCCAAATAATGAACGGAAAAAAACAATTAAAAACCCAACCAGGAAAGAACAA ACGCTGTAGCTACATAAACTAAGTATACGAACCATGAGAGCATAGCAACTTCAATATGGC AACACCACACCACATACATGTTCCTTACTTCCTTTAGCAAAAGGAGTTAAAAAGAAAAAC TAAATCACTACATTCAACTAATCAACTTGACTGGTTAAGTCCAAAATAACCAATTGGTAA GTTTAAACACACAACATCTAATTGCAGATAGCCTATAACCAAGCAAAAACAAACAGTCTT TTACAAATCCACATACACATAGAACATGTATCTATATGTATCTCAATTCAAGATCAATTT AAGTTTTTAAGATAACCAAAATACAAAATTCAATCTTTTTATATACACGAGCGAAAATTA TGGACTAATTGATTTCTTCAAAACAAATTGCACAAGGAAAAAAAAATTAACCTTCACGAG ACAACTCAGAATTGATATTCCCTGAAGACAATGCAGACTCCGACTGGAACGGAAAAGAAG AATCGATCTTCTGATCACCGACGGCAACGCCATCCGGCGGAACCCTAGAGATCAACAGCT GCTGCTGCTGATTGTACTGCCGGAGATCGGTTTGCAGCGACAACATCACGACCACCGGGA AAAAACAAAACCGCCGGAGCTCCGATAGCAGATACTATATTTTTCCGATGAGAAAAAGGA GAATAAAAAATGTGAAGAGCTGAATTGTGAGGTAATAAATTAAATTAATTATAATTATCA AATAAAATAAAGCGAAAAATAAAAGCCGCTTTTTTGTTGTCAGATAATGTGTAAATTTGG TTACTGTTCAAAAAAAAACGACTCCTCGAATATGACAACTGTGTAGTGCGACACGTACCT TTAATTTTTTTCTTTTTATTTAATTTTTTATTTCGTTTTGAATCGAAGATCTCTCAAAAA TATTTTTTAACTCTCATTAAGACTAAATGTTATTGCTATACAATAAGTTTCTTAAATTCC AGTTTTAGGAGTATATCAAATATATCATAGTTACTTCTTTTTATAATGTTTTCAATTTTT AAGTTAATAATAACTGAGTTTGTAATGAAATATTTTGTATAATTTTCTTCATATATGTAT TTATGTTAAAAATTATAAATTCATATGAATTGTTAAACTATAAGCAACGATTAAAATTCG TTTATATTATTTGGTATAATATATTGTATTAGACGGTTTAATTTAAGTTTGTCTTGATAA AATTATCCTTGATAAATGTATTTTTTATATTGAGAAAAGATAAATATTAATTCTTGAATG ATGATTTTTTTAAAAATTATCTACAAAAATTTACTACTACAATAAATATAATTACATAAC TTAAATCACTTTAATTTTCCCCACTTAAACATGGCTGAATTTAGACCACGTGTGAAACTA AGACTACTTTTGTCATTTCACAAGGACATGATAGAAGTGTGAAAAAAATAGTGGTTGTGA ACAATTGAAAATCCCAAAAAAAAAATCATTTTTTCTATATTAATATGAATTATTAACACA TAAAAAGTTAGTCGAATGAATTTATATGAGTTGAGTCGAAATATTCTAAAAAAAAATATG TCATTACCTAGCCCGTTTTAATAATATATAATTTTTATATTTTGAAATTTAATTTATTTA TTTAATTTTTAGTTAGGTATCGAGAATAAAAAAAATAGCAAAGAACTTGAATCTTATAAT TTGAAATTAAAAATAGGTTGATGCTGTTAAAATAAATTATTATAATTTTAAATATGTTAT TTAAAAATTAAAATTAAAGAATTATCGAAAGAAAAAATATTTTTTTCTAAATAAATTAAA AATGATTTTTCTCTTTATTATTATATCTATATATACTATATCAGAGCATAAAAATACTTC ATTTAACATAACTATTTAATAAATCTAAAAAATCAAAATAGATTGTGTTAGTAAAATTGT AGATAATTCTGAAGGAGAACATTGCGTGGATCGTATTTTTATATATATTTTAATTTCATG AACCCTCCATATAGGGCATTATTTAATCCAATAACCATGTTACACATGCTGAAAATTGTT TTCCAAAAGGACTAATATTTGTGATTTTTATGTTAAAAAATAAATTAAATGAACACGTGG CAATTTAAAAGAGATGTCATATTGCTATTGTAATTTATAATAATTTTGCAATTAAAAAAG TCCATGAATAAATCGACACGTAATAGGAAAAAGTTTGCGTGTGAAAATGAAGTAATAATT TGATGGAATGGGTCGACTAGTCAGGTTGGTAAAAGAAAATCGGTTCATTTTTATATTATA GTTTAATTATATTAAAATATAAAATGAAGTGTTCTAACAAAAATTTATATTTAATATAAT TTTTATTCAAAATATTTTACGTAATTAAGAATTAAAGATTGTTTATTCACTTTTTGGCGA TCTTTATTAAATTAAGTTAATTTATAAAGGGAAAAGTTTGATATTGCTTTTTTTCATGCC ATGGGAATGTACGATTTTATTCTATTTTTTAAGGTGCATCCAATTGTTGAGATCTCGTAG ATTTTGGATTAAGATTTGAATTAATAAAGTGGAATAATTACTTTGGATATTGTTAATATA TGTAATACTGTTACCAAGGAAATAAATTATTTTTTCTACGTTCTTTCGGGAAGTACCAAT ATTTTTTCCCTTTTTCCGAAGGTGCATTGAACTTACTAAAATTTATAAGTTTTAGGTTAA GTTTGAATGAAAAAATAATTACTTTAGATATTATCAAAACATATGGTCCAAAGAAATATA TTGTGCTAGAGAATTTCATTAATTGTGAATAATATTTCGTAATAAATTTTATTTAAAAAT TAACGTGTAATTATTTGATGGCACGATTACATAATTAAGTGATCAGAAATGTTGCTATTC TGATTATATGTTATGTTAAGATAATAATTGTCTTTTATTTTCCGTTAAAAGTTATGAATT CATGAAATTTTGAGAGTACAGTTATTTCAGATAGTGAATGTTTATCATTTATAAATTCTC TGTTTACTTAACTATCAATTTAAAAATAAAATAATAAAATTTACAAAACTAGTAGTTATT TAAAAGTTGGAATAGAATTTTATTTTTATCTTTCTAATGACTCGACCAAGATATACCAAA ACCTAATTTAATGATTAAAAACATGAGCTCTTTAGCTAGCTACATAACCAAAGAGGTTAA TTAGTGTTTTTTTTTTCCTTTATAATTTTTCACGTGTCGTGTCTGTAATAGAGTCTTGAT CAATTTGGACCGCGCATTACATTATCAATTTGAAGATAGTATTTCGATAAATTTTTCTTT ATACTCAAAACTCAAATTTAATATCTAGATTACGGTGAATCAATCTCACCGTTGTACCAT AACTCATATTAGCAAAGAAGGGTTAATTATAAATTATGAAAAACACACAACCTTGTTGAT GTGTTTGGTGTGGAGGTAGTTTATTGATTTTTTTTCATGTTGGATTAATCAAACTTTTTG AAACATATTTTTTCTTGAAAAAAAAAATGCACGCAAAAAGAGAATTTTTTACGATTGATA ATTGTGTCATTTAAATTAGATATTTTTATCACTCATCCTCTATTCGATATCTATATTAAG AGTAAAAGTAAATTTAATTTAAAATCAAACCCCTCCTCCAACTTTGAGATATAGGTGTTA TTCATTTTTTTTTCTGATCGAATTTTTAAATATCGATTCTATCTTTATACATTTTCAATT TCTATCTTCTTCTGCTTTTACTTCTTTAAAATGATAACATTTTATTATTTATTTCATAGA AAAATATCCCATAAAAAATATATATTTTTGTTCAAACAAAGAAAAATGAGAAATATTAAT TAAGTATTTGTCGAACTTTTCAATTTCATCTTCTAATTTATTTGGTTATATTATTAAACG TAATTCTTGTGATATTAAAAATCAAGTACCAAAATTGTTCAATAATAAAATTAATATGAT GCTTCTAAATCAAATTTGTTACACAATCTATCAAAATTATTCTAAAAGTATTAAAAATAA AATTAAAACTTCACTTGATTGAATATGTAAAATTCTCAAATTTGATGAGATATAGATAGA GGTGTAAAAATCGAATCAATCGATAAATTAAATCGATATAAATTTTAATTTTTTATTAGT GAATTTATGGTCTGGGTCAAAAATGGATCGAAAAAATGGTGTAAAAGAAGGCTATAAGAG GAATAGGCTTGCAATTAAAAGCTGGGCTCATGAATTGCAATCATAGCCACTGTGAGAGTT TAGAATGTAGCCGTATTGAGTTGATTTTAGAGAATTTGTCTAGATTTCAACTAAGATAAA TTAATTAATAAGCTTCTTTAATCTCAACGAAATGAAATAATTAACTTAATTATAAATTAA TAAATTTAATCACAAACTAATTAATTTGAAATTATAATTTATAACTATAACTTAAACTAA AGTAAATTAATAACATATTTAAGTAAAATGTAAAATCTTTTGTGATGATATACAAAAACA TATTTTTCATTTTAAAAAATTATAGAATTGACAAAAATTACATAAACTTGAAAATATTTT AAATTTCATAAACCTAATTAATTCAAAATCTTAGCCATCGCTTTTAAAATAAATTGATTT AATAAAATATTATAAAAAAATAAAATCCTTTTTTCAAATATTTAGCTATTTGCTTTAATT TTTTTATATGTACCGATTAAATATAAAATCAAGATGCATATTAAATATTGACCACAATAT AAATAGTTGAAGTGTTAGATTCAAGTATTTGACATTTCAAAATTTTATTGAATCTTTATT GCACGATTCGGATATAACCAAACTCGGAATCCATTACATTTGTACATTAGATTTCCTCAA GTTTGTTGCTAAGGGTATGATTACATATAAAATTAACCTTATAGTACTATAACAAATATT GATTAAATTAAGATATTTTTCTTAGAGAACGGATAAACGTATACTTTCTTGCAAACAATA ACTTTTTGTTTTGTATTTTATATTTACTTGAGGAATATATGCAGATTTCATCTTGATAAA ATTTTATTTGTATCGAAAATTTCTATTAAGTTTAACCTTATAATTTAAAAATAACTAGAA AAAAATTTCGCAAATAATACATATTGACATGTCTTTGAAGGATGTACGGAAGATTTTCGA GAAATTGATCAAAATATTCCTTAATATGAGTAATGTTTTATCTTGTTTCTTGATGTATTT TACTTTATTGAAATAAATCTATCCGTTTGCTTTATTCTCATTTGTAGCTTTCTATCTTAG GAAACAATTAGAAAAACTTCTGTTGTTCCGACTTTAGTATTTTGAATTACAAAGTATTCA TTCTAACTACTCTAGTTTTGTAACACTGGCTTCTAATATGTCATTATTTATACAAGATTT GAATTTTATAGATTCAGATTCAATCTATTAGCATTTAACGACTAATTTGTTGGATTCATA TTCCATTATTTATACTTTTTTATTTGATTTTTAACACATAATACAAAATCTTCGCTAAAA ATTTCACTTTGTTGATCACGATAAAAGTAACACTATACTTCATAGATTTTTTAATGATAA CTTCCAAATGTATTAATTGATTTTTCTTCAATTCATTTCCTTAGTTTATCAATCAATGAA GATTTACATATCGATTGTTATCTCATTATTTTTTTGAATTAAATAACTCTGTTCTTAAAT TTACTTTCCGAAATGAGAGAAGTCCACTAAATTAAAATGTTGTCGGTACATTCTCATAAA AGATAAAATTACACATTTAACGTATCGAATAAAAATATATAATATATATTTATTGGATTT TTTTAAAAAAAATGAACACATGGGCTTTTTGTTACTCTTGGGCTCAAAACTAAATCTTTT TTGGTAAAACCCAAACTCTTTCTTCTTCTTCTTCTTCAGTCTGAATAATTACAGTAGCAA TCAAGCTTTAATACTACAAAAATGTCACAATTTTGGAAACCAGGAACTGAACGGCCCCGT CTTGTAGATGATGAAGAGGGTGGTGTTCTTCTCTATGCTACATCTTCCTCCTCTTCCTCT GGGTAACCTTTTTTTTTCTATAATTTTTTTTATTTTTTTTGTATATGTTGTTATTTATGT AGTATTTGTGTGATTTCAAGATTTGGGTATGGGAGTTTTGAGAAGCAAAGGCAGAGGTTG CCTGTGTATAAGTACAAAACTGCTATTCTTTACTCAGTGGAGACTCATGCTACTACCATC ATTGTTGGAGAAACTGGAAGTGGAAAAACAACTCAAATTCCTCAGGTTGTTTTTCTCTAT TTTCTGTAAAGTTCATGTTTTTGATTTAGTATGATGTGAAATGTCCTCCTTGGAGTAATA TTTGACAGTTTTGAACTTGTTGGGGTTGGCTATATGAATTCTCAGACCTCAGTATCTGTT GTGATTTAGTATTTAGGTATTCAACATAGTTAGACCATGAACTGTCTTCCATTAACCAGA ACTGTGGTGGAGCCATGACTTCATTAAGGGAATTCAAAATATAAAGGAGAAAACTCACGA AGAAGCGATGAGAATTCAGCATATAATATATAATAGTATTAAGTATATACACAGGTGTGC AGGGGAAAAAGATTGACCTATATATGCAGTGTAGGTGTCAGTTGACACGCCTTGGACAAA GGTGACTCTGGCACAATTTAAAAGGGGATTCAAAAATATGCCTGAATGCATCTTCGTCAC TGCAACTTCACTTATATCAAGGGGATTCTAAAACTTATATACAAAAAGATTTATGTTTTA ACCTTTTTACACAGTATAGTTTTCAGACGGACTTCCTTATTTGTGTTTTTGGGGGGAGGG GGAGTTATGCAGCATGTGAGGTGGTATCAGTAATAATTTTGAGTTGCAAAGAGTGGAAGT ATGTCTTATGTTTGTAGGAGCAAGAGATATATAGTGGGAAAAAATTGCTTAGCCTCATAA TGGCAGTGAATTGTTTCTCCATAATTTGGTTTAAAATTCTTCAATAGTTTTGGCAACCAA ACATCAGAAATATTTACAGAACAATCATTTTTTCTGCTAAACATATTACTGTCAAGTGGA ACCATAGATATTGTATCTTTGTTATTTGTCTAAAACATGTGAATGAACATATTGTTTTAG TTTGGTTAACAAAATAAACTCTTTTAGAAACTTGAAAAGTTTAATGGTATTTGATACATT TTAATGTGCGCAGTACCTGAAAGAAGCTGGTTGGGCTGAGGGAGGGCGAATGATTGCTTG TACCCAACCAAGGAGATTGGCAGTCCAGGTGTAGTATTCTGTTACTGAGCTCTATATGCT CTTTAATAAGTGAACTTTTGTGTCTTATATGTTTGTCTTGATATCTCATTCTAATCGAGA GTAGATGCAAGCCATATGGCTGCTTGTGAGGGACAAATATATTTGTATTTGTAACTTTAT TTATGAGACTCTCCTGGATACTTGTATTTACAATCAACGTAGTTACTCTTCTGTTTTGGT TAAGAAAGTGAAAATCGCTACTATTGACATCTAGTTGGCCCAAACATATTGTTAGGGTGG ATTATAATCCCACATTGATTGGTGGTTTGCTTGTATGGATTTGGGCAATCCTCCCCTCTT GAGTTAGCTTTTGGGGTTGAGTTAGGTCTAGATGTCATATCTTTATATGGTATCACTGTT AGGTTCATCCCCGTTTGGGCTCCAGGTCCATGCTTTAGTTTGGTCTGGGCGTGAAGAGTG TGCGTGTGTGTTGGACCCAAATTGGTTGAGTAATGTACTGGTGGTTTGCTTATGTGGATT TGGACAATCCTTTCCCTCTTGAGCTAGCTTTTGGGTGTTGAATTAGACCCATGTGTCATA TCTTTCCACATATGATATTGAGGATCAATGCAAACATCCTGCTCATAATCTTTTTGAACC ATAATATCTCTTATGGTTCAGTTATTTTGAAACACATCTTTCAAGTCTCAATCTTTTATA TTGTAGGCAGTTGCTACAAGAGTTGCTGAAGAAATGGATGTTAAACTTGGTGAGGAAGTT GGTTATACTATTCGATTTGAAGATATCACGAATGAGGTGGAGCTCTTTCTTTGTACTTGC ATTTTTTTTTGGGATAATGGAAATAATTTTTTGCTTCATGATCATTTTTTTAGAGTTCAT ACTTCATAAGTCCTTAAAAGAACAAATAAATCTTTTGACATCTGCTGGGATTGCATATTT CAAGGTGTTAGTTCCTGTAATGTTCTAGGAAAGAGATTAAGTTTAGTTTGGCATTTATAT GTGCCTATGTTAACCTGAAATAGCTTTTTCCTTTTTTTTTTTGGATAAAATATGTTGACC TGGAACAGTAATGGTGGTGTTCTTTCACTACAGGAATTAACTAGGGTCAAATTTCTTACT GATGGGGTTTTGCTGAGGGAAATGATGGATGATCCTCTATTGAGCAAGTATAGGTACTGT TTATGCTTTTTATGCCTTGAAAGGGTTCGAGTGCCTCCTTTTCTATCTTCTTCATCATGT AGTGCTGCTTTAGTTCTATTACTTACACCCTCGTTCTTGACTTTTAAGCTTCATGGAGTC TAAGTGTCAATCATTTCAATACTATTAGAATATTGTGTTTGGTAGATAAGACTGAAATAA TAATCTAACTTTTTAAAAGTGGAGATTTATGTGTTGTCTAATCTAATAATCAATGTTTAA GCTTCACAATGCACATGATGGGCTGAGCTTAGAATTCCGCTAGCACTTGGATGTTTAATT TGTTTCTTTTCTTTGTCAAACTCAACACTGAATTGTGAGTAGCATTTCTTTAGAAACCGA GCTTGTAAAATTGGGGAAGAAGTATAGAGTCACAGGGAAATATAAAGAAAAAAAATTCAC TTATTTGTCCTGAATGCTGTCTTAACTTTGAATTAGGGTGATTTCTTTCCCAAAAACTCA GACGTGCTTATGAAATATAATCCACTTTCTACTTCTAGCTGATACTGAAAATGTCTACTG GAAGGTGAAAATTGTGTACTCTGATTTGTCTTTATAATCATACAGTGTGATTATGGTAGA TGAAGCTCATGAAAGGTCTCTCTCGACGGACATCTTATTGGGACTACTGAAAAAGGTTGA TCAGGAAGTACTCTAGACTGGTTATACGTATTTTCTTATCGTTTGAGTGCACTAAGTTTA GTTCTGGTCTCTAAAAATGTTATTGTTCCTATGGCTTCTGGAAATTTAGATTCAAAAGCG TCGGCCTGAGCTGCGTATTATAATATCATCAGCTACGATTGAAGCAAAATCAATGGCTGC TTTCTTTAATACGAGGTTGGTTCTTCTTGCGACGAATGTTTACCGAAGCTTTATAATTCT ATACTTAAAAGTTCAAAAAGGTTGATTCTCCTTTATGCTTTCTATTCATGCAATTTCTCA GTAGGTTATTCTTCTTTTTTGAGTTGTATTCTCTAAATGGATATATCAAGTACTTTTCAC CTTGTTGGAATAAGTGCCTTGTCTTATTTTGAATTTGTAGTGGAAAATGTGAGCTTTTCT TGCACTAGAATGAACTCCCTTGAAAAACATTTGTGTGTGTGTAAACGAGTTGCTCTACCA ACCGAGCTATAGCCCTTAGTCCAAAGTTTAAGAAAAGGTCATATTTAAGAAAATTGTTCC CAGTGCACTTCCCTTTTAGTATTAAATCATGAGCGCTGATGGCTTCTCCATGAGGTCCTT GTGGGCAGTTGAGGTATGTCATCTTTTCTATCCAAGGGGGTTAAAAGGGGTGAGGTATGC TCCTGGCATCTTGGAGTTGCTTGATGATGGATGGAAGAGTTTGAACTCATGCTATCAATT CTTTTCCACAAGACTCAAGTTTTAGCTATAGCCTTTGTTGAATTGAGTAGAGAAGACAAT CCTTAGAATAGAGATTGAGCTGATCTTATGCAAACTCTGGAAACATATTAAAACAAGGAT TATTGTTTATTAGTTTTGATAAGTTGTTTATGAGAGCTAATTGATGAATACTCATTGGGG TTTTGGACTAAATGAATACTTTCTCTCAAGTGAGAACTAAAATAAAGTGAATACTTGTTT TACTTTTGCTTTGTCACTCACCTTTGGTTCCTGTCTCTTGAGTCTTTTGGCATTGGTTTG ACACAATGATATAGTAGTCCTTGTGAAGCTTAAGATTCTCAACTTACTTCTCCCATTTGT TGACCACTCTATCTGTGTAAATTTTGTTAACAGGACGATCAATGGTCATAGTAGTTGGTT CATTAGTGAATGATGCTTACCGCCTCTGTCTGAGCAATGCTTAGTAGAATTTTATTAATG CTATTAAAAATGATGATAGAAACTCTACGGTAAGAATAGAAATGACTTTTGAAGAAGCGG TTGATTTGTTACTAGCTATAGAAAAATTTGAAGTACTTTTTTTTAATAACTGTAGTGTCT GGGCTAGCTGGCATGCACCTCGACTAATTCCACTGTGTGCACTGACACTTCTACATTTGA CCAAGAATTTGCAGAAGACGACGGGAGGAGGAGCAAGGACCAAGAAAAGAACCTGCTATT CTGTCAGTTGAGGTATACGGATTTGTTCTTTGCATTCGGCTTTTGTCTGCATAACCAGAA CTCAATAAAGTTAATTAACTAGATTGCTTAGTTGAATTGCAGCATGTCTATAGAATCATT ACAGACTCTGTGAACATCTAGGGTAGAGGATTTTGTTTATGATTTTCTTTGGTTGATTTG CAAACCTTACTGAAATATCATCTTTTTACACTGTGATCTTCTAGGGTAGGGGATTTAATG TGGAGATATTCTATGTTGATGATCCTGTTTCTGATTACGTTCAGTCTGCTGTTTCAACAG TGATGTCGATCCATGACCAGGTACAAACTAGAACATGACTTCTTTGAACTATTTGGCTAC ATCATGCTCAAATGTGAATAATGTCGAGTTTGGTTCTCATTGATGAAATCACTTCTGTAT CCTTGATTCCCACTTGATAATGGGTGTACAACAGTCAGTTTTTGGCTAAGTTGCGCAGAC TCTTCACTTTCGGTGCCGCACCCATGTCGGATTCTCCAAAAACATACGAATTTTGGAGAA TACGACACACCTGTTGACATTTTTAAGAGTCCAAACAACATATGCTTTTGGGCACCTTTG CTCTCAGCAGAGGCACGTCTCCTCTAAATAATTATGGTCCAGCTAACTTCTTTTCATTAT CTTAATTGAGTTCTATGGCTACTCTGAAGGATATGTCAAATTAAAATTTTGAAGCACGTG GTAAATAAATTTCCAAAGACCCATTTAAGTTGAGGGGGTGGCTTATTCAGACAATTCTTG GTGCAGAAACTCAACTGAGTGTTATGCCTTTGTAATGTTGTTTTGTTTGTCTACAATGTG TTGCATGTGATCTTGTACTAGATGTCCTTGAATGAGACTATGATTGAAATCCGTGATGTC TCAATGCTGCCTCTAGTGTTAGTGTAGTAATTCATTTTTGATTTCCCCAGGGTAACTTTC CCATGATTTCTTTCATCTTTGGTTCTTAATATACTATCATACAGCACTTGATTTATGGCT CTTCATTTATACTTGTAGGAGCGGATGGGAGATATCCTGGTGTTTCTCACTGGTCAAGAT GATATTGATACTGCAATACAATTGCTCACTGAAGAAGCCCAAAGTAGTGGCAAGCAAGGT ACTGAATAGTCCTCTTAACCATTGCTAAGTGTGAATAGAATTGCTGACAAATATTAGAGA AGTGGTTGTAGATAAATACATTGCCTTGTATGAAATCAAAGAAAAGAAAAGATAGATAAC ATACGTTTTTCATTTCACTTTTCTTGCAGGACTGGTTTCTGTGCCACTATACTCGGGACT TCCTCGAGCAGATCAGGTAGGGTACTGCATCATGCAGTTTTTAAGATTAAGATTTTGTTG AACGTTCACCAAATGGTTCGGTTTCTTCCAATTGTACAGGACCTTGTGTTTTCCCCTACT CCCAGAGGAAAGAGAAAAGTGATATTTTCCACAAATATTGCTGAGACGTCATTGACTCTA GAAGTATAAATCTGAAACCTTGGGGTCAAAATCTTTGACGCATACATGTTATTACGTTTG TCATCATCATATTCCTGAGCTGATTTTTTTTTCTTGTTTTCAGGGTATTGTCTATGTTGT TGATAGCGGGTTCTCAAAACAACGTTTCTACAATCCGGTACTTTGTTTCTCTCTTTTTGA CTTGACTCTTTTCCCATGCTTTTTTGTTCAGATTTTTGTGGTTGATGATGTTACTGTTAT TCTGATATATTTCTACACGATGTGGATTTCGAACCTCATTTTGTAGCAATTTTCTAGATC GTCATTCTGGTTTTGTGCACCAAGAATCAGTATTGCCATACCTTATATGCATTACCCGTT TCCAGATGTCATGACTCCTGACTGTGCCTTTTGTAGAAACATTGATAATAAGCTTGTGTT CTATTAAGCTTGAATTTCTCACCCTTGAGCTCCCTCGTTTTTCCTGTTGGTCACTTTGGT CCATGTAAACATGGATGTACAAAACATGCTTTAATGAGCAAAAGTGGAAAGTAATTTGAG TCTCTCACTATGAAGAATGTACTCTATATGTTGGACTCTTGCTTCTTCTGATGAAAACTA TCCGATACTTTTGTATTGAGCTTTCCTCAGTTCTGTTGATTCAGTTTCTGCCTTTCTGGT AATTAGTGCATAAAGATTGCAATATAGAAATGCCAAAAGAAATGCAATGTATGCATGTTA TGCCTGATATTTCTTTTTATTTTGGATCTGCTTTAAATCAGATTTCAGATATTGAGAACT TGGTAGTGGCACCAATATCAAAGGCATCTGCTCGACAAAGGGCTGGTAGAGCTGGAAGAG TTCGACCAGGAAAGTGTTTTAGGTAGGTGTCTCACCACATAGAAGCACCACAGAAGAATC CATATCATTATGTAATGATTGATTTTTTCCAAAGCTCAACACTCCCCAAGTCCAAAATTG TTGTATCATATCTTTGGTTTAGTTTGGCCCTAATTAATCTTAAGAATACTGGCACAGAAT ATAATTTATATATAAGGAATCTTTTTTATGCTAGTCAGCAGGTGGATAAACTAAAAAGAT CTATCATCTCACTTTTTTGCATGTGAAACAATTTACAGAAAAAACTCCCAATCAATGCGT TATTCTGCAAACTTTTCTTGACATTGCAAATTCAAACCATGTCATTTGATTCACAACATA GTAAGTACTTGTCTGTAACGCATTTTATGTGAAGTTAATAAATTG GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_1 match_part 0.918 10321 10817 match_2 match_part 0.998 10408 10994 match_3 match_part 0.997 10410 11015 match_4 match_part 0.985 10410 10998 match_5 match_part 0.984 10411 11030 match_6 match_part 0.985 10411 11029 match_7 match_part 0.982 10414 11032 match_8 match_part 0.987 10414 11028 match_9 match_part 0.998 10414 11005 match_10 match_part 0.991 10414 10998 match_11 match_part 1.000 10417 10956 match_12 match_part 0.988 10419 10831 match_13 match_part 0.954 10438 11025 match_14 match_part 0.929 10442 11030 match_15 match_part 0.987 10442 10973 match_16 match_part 0.983 10462 10993 match_17 match_part 0.998 10519 11017 match_18 match_part 0.998 10559 11017 match_part 0.643 11203 11216 match_19 match_part 1.000 32006 32162 match_part 1.000 32241 32385 match_part 1.000 33314 33388 match_part 1.000 34087 34176 match_part 1.000 34474 34553 match_part 1.000 35146 35215 match_part 0.936 35330 35407 match_20 match_part 1.000 32006 32162 match_part 1.000 32241 32385 match_part 1.000 33314 33388 match_part 1.000 34087 34176 match_part 1.000 34474 34553 match_part 1.000 35146 35215 match_part 0.987 35330 35407 match_21 match_part 1.000 32036 32162 match_part 1.000 32241 32385 match_part 1.000 33314 33388 match_part 1.000 34087 34176 match_part 1.000 34474 34552 match_22 match_part 0.984 32039 32162 match_part 1.000 32241 32385 match_part 0.987 33314 33388 match_part 0.989 34087 34176 match_part 0.962 34474 34553 match_part 0.943 35146 35215 match_part 0.941 35330 35363 match_23 match_part 0.967 32040 32162 match_part 0.959 32241 32385 match_part 0.987 33314 33388 match_part 0.978 34087 34176 match_part 0.983 34474 34533 match_24 match_part 1.000 32043 32162 match_part 1.000 32241 32385 match_part 1.000 33314 33388 match_part 1.000 34087 34176 match_part 1.000 34474 34553 match_part 1.000 35146 35215 match_part 1.000 35330 35415 match_part 1.000 36615 36672 match_part 0.969 36885 36948 match_25 match_part 1.000 35193 35215 match_part 1.000 35330 35415 match_part 1.000 36606 36672 match_part 1.000 36885 36980 match_part 1.000 37699 37798 match_part 1.000 37950 37996 match_part 1.000 38080 38163 match_part 1.000 38264 38317 match_part 0.970 38922 39022 match_26 match_part 1.000 37702 37798 match_part 1.000 37950 37996 match_part 0.962 38080 38159 GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_27 match_part 0.966 2221 2193 match_part 0.959 2021 1393 match_28 match_part 0.833 15332 15321 match_part 0.973 15224 15078 match_part 0.983 14924 14804 match_part 0.823 14729 14499 match_29 match_part 1.000 15531 15524 match_part 0.991 15426 15321 match_part 0.973 15224 15078 match_part 0.983 14924 14804 match_part 0.831 14729 14511 match_30 match_part 0.985 16162 16096 match_part 0.977 15817 15690 match_part 0.988 15606 15524 match_part 0.972 15426 15321 match_part 0.973 15224 15078 match_part 0.992 14924 14804 match_part 0.920 14729 14618 match_31 match_part 0.925 16162 16096 match_part 0.961 15817 15690 match_part 0.988 15606 15524 match_part 0.972 15426 15321 match_part 0.973 15224 15078 match_part 0.933 14924 14880 match_32 match_part 1.000 16381 16271 match_part 1.000 16182 16096 match_part 1.000 15817 15690 match_part 1.000 15606 15524 match_part 1.000 15426 15321 match_part 1.000 15224 15102 match_33 match_part 0.987 17267 17192 match_part 1.000 17099 16932 match_part 1.000 16381 16271 match_part 1.000 16182 16096 match_part 1.000 15817 15690 match_part 1.000 15606 15524 match_part 1.000 15426 15321 match_part 0.950 15224 15125 match_34 match_part 1.000 17056 16932 match_part 1.000 16381 16271 match_part 1.000 16182 16096 match_part 1.000 15817 15690 match_part 1.000 15606 15524 match_part 1.000 15426 15321 match_part 0.975 15224 15185 match_35 match_part 0.969 17492 17397 match_part 0.976 17276 17192 match_part 0.994 17099 16932 match_part 0.991 16381 16271 match_part 0.989 16182 16096 match_part 1.000 15817 15690 match_part 0.964 15606 15524 match_part 0.976 15426 15386 match_36 match_part 0.943 17518 17397 match_part 0.965 17276 17192 match_part 0.982 17099 16932 match_part 0.955 16381 16271 match_part 0.989 16182 16096 match_part 0.967 15817 15788 match_37 match_part 0.889 17840 17778 match_part 1.000 17664 17588 match_part 1.000 17513 17397 match_part 1.000 17276 17192 match_part 0.976 17099 16932 match_part 0.943 16381 16295 match_38 match_part 0.977 17630 17588 match_part 1.000 17513 17397 match_part 0.976 17276 17192 match_part 0.961 17099 16946 match_39 match_part 1.000 20925 20908 match_part 0.958 20210 20091 match_part 0.984 19987 19925 match_part 1.000 19829 19751 match_part 0.991 19553 19444 match_part 0.981 19347 19294 match_part 0.897 19204 19137 match_part 0.957 19054 19009 match_40 match_part 1.000 20925 20908 match_part 0.958 20210 20091 match_part 0.984 19987 19925 match_part 1.000 19829 19751 match_part 0.991 19553 19444 match_part 0.981 19347 19294 match_part 0.853 19204 19137 match_part 0.950 19054 19035 match_41 match_part 0.986 22516 22011 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C09SLf0060H24.1 type gene exon 2221 2193 exon 2021 1393 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C09SLf0060H24.1 type gene exon 10321 11032 gene_3 gene GT_PGL_2_AGS_2 transcript source GenomeThreader seq_id C09SLf0060H24.1 type gene exon 10321 11017 exon 11203 11216 gene_4 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C09SLf0060H24.1 type gene exon 17840 17778 exon 17664 17588 exon 17513 17397 exon 17276 17192 exon 17099 16932 exon 16381 16271 exon 16182 16096 exon 15817 15690 exon 15606 15524 exon 15426 15321 exon 15224 15078 exon 14924 14804 exon 14729 14499 gene_5 gene GT_PGL_3_AGS_2 transcript source GenomeThreader seq_id C09SLf0060H24.1 type gene exon 17518 17397 exon 17276 17192 exon 17099 16932 exon 16381 16271 exon 16182 16096 exon 15817 15690 exon 15606 15524 exon 15426 15321 exon 15224 15078 exon 14924 14804 exon 14729 14499 gene_6 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C09SLf0060H24.1 type gene exon 20925 20908 exon 20210 20091 exon 19987 19925 exon 19829 19751 exon 19553 19444 exon 19347 19294 exon 19204 19137 exon 19054 19009 gene_7 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C09SLf0060H24.1 type gene exon 22516 22011 gene_8 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C09SLf0060H24.1 type gene exon 32006 32162 exon 32241 32385 exon 33314 33388 exon 34087 34176 exon 34474 34553 exon 35146 35215 exon 35330 35415 exon 36606 36672 exon 36885 36980 exon 37699 37798 exon 37950 37996 exon 38080 38163 exon 38264 38317 exon 38922 39022 gene_9 gene GT_PGL_6_AGS_2 transcript source GenomeThreader seq_id C09SLf0060H24.1 type gene exon 32006 32162 exon 32241 32385 exon 33314 33388 exon 34087 34176 exon 34474 34553 exon 35146 35215 exon 35330 35415 exon 36615 36672 exon 36885 36948 RepeatMasker tomato repeats master Copia00172 1357 1441 1 Copia00172 1357 1441 1 nucleotide_motif 311 25190 25268 SINE_SO 1 90 1 SINE_SO 1 90 1 nucleotide_motif 355 32584 32672 Copia00143 94 224 1 Copia00143 94 224 1 nucleotide_motif 359 33666 33785 Copia00143 97 191 1 Copia00143 97 191 1 nucleotide_motif 266 33856 33951 Copia00172 5186 5312 1 Copia00172 5186 5312 1 nucleotide_motif 549 37118 37242 RepeatMasker tomato repeats master GYPMET_I 4324 4611 -1 GYPMET_I 4324 4611 -1 nucleotide_motif 235 20598 20322 TS 58 651 -1 TS 58 651 -1 nucleotide_motif 577 23038 22916 SOD_SINE 60 113 -1 SOD_SINE 60 113 -1 nucleotide_motif 234 25912 25857 BLAST_tomato_bacs Tomato BAC sequences BLAST_tomato_bacs Tomato BAC sequences match_1 match 2555 7441 8837 match_2 match 1 6028 match_3 match 2555 7441 8837 match_4 match 1 6028 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) clone_1 clone 754.5 20 39405 clone_end_1 clone_end 680 20 362 clone_2 clone 1013 556 35521 clone_start_1 clone_start 741 556 929 clone_3 clone 943 1725 37186 clone_start_2 clone_start 617 1725 2035 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) clone_start_3 clone_start 829 39405 38988 clone_end_2 clone_end 1285 35521 34850 clone_start_4 clone_start 1352 1699 1011 clone_end_3 clone_end 791 1677 1263 clone_end_4 clone_end 1269 37186 36547 clone_end_5 clone_end 1376 11683 10969 clone_end_6 clone_end 1104 11639 11055 clone_start_5 clone_start 1217 11719 11081 clone_start_6 clone_start 999 24684 24160 clone_end_7 clone_end 1174 26316 25704 clone_end_8 clone_end 299 32168 32018 clone_end_9 clone_end 858 32633 32201 clone_start_7 clone_start 753 33005 32590 clone_end_10 clone_end 1074 35373 34784 clone_start_8 clone_start 420 38590 38379 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_1 match_part 0.918 10321 10817 match_2 match_part 0.998 10408 10994 match_3 match_part 0.997 10410 11015 match_4 match_part 0.985 10410 10998 match_5 match_part 0.984 10411 11030 match_6 match_part 0.985 10411 11029 match_7 match_part 0.982 10414 11032 match_8 match_part 0.987 10414 11028 match_9 match_part 0.998 10414 11005 match_10 match_part 0.991 10414 10998 match_11 match_part 1.000 10417 10956 match_12 match_part 0.988 10419 10831 match_13 match_part 0.954 10438 11025 match_14 match_part 0.929 10442 11030 match_15 match_part 0.987 10442 10973 match_16 match_part 0.983 10462 10993 match_17 match_part 0.998 10519 11017 match_18 match_part 0.998 10559 11017 match_part 0.643 11203 11216 match_19 match_part 1.000 32006 32162 match_part 1.000 32241 32385 match_part 1.000 33314 33388 match_part 1.000 34087 34176 match_part 1.000 34474 34553 match_part 1.000 35146 35215 match_part 0.936 35330 35407 match_20 match_part 1.000 32006 32162 match_part 1.000 32241 32385 match_part 1.000 33314 33388 match_part 1.000 34087 34176 match_part 1.000 34474 34553 match_part 1.000 35146 35215 match_part 0.987 35330 35407 match_21 match_part 1.000 32036 32162 match_part 1.000 32241 32385 match_part 1.000 33314 33388 match_part 1.000 34087 34176 match_part 1.000 34474 34552 match_22 match_part 0.984 32039 32162 match_part 1.000 32241 32385 match_part 0.987 33314 33388 match_part 0.989 34087 34176 match_part 0.962 34474 34553 match_part 0.943 35146 35215 match_part 0.941 35330 35363 match_23 match_part 1.000 32043 32162 match_part 1.000 32241 32385 match_part 1.000 33314 33388 match_part 1.000 34087 34176 match_part 1.000 34474 34553 match_part 1.000 35146 35215 match_part 1.000 35330 35415 match_part 1.000 36615 36672 match_part 0.969 36885 36948 match_24 match_part 1.000 35193 35215 match_part 1.000 35330 35415 match_part 1.000 36606 36672 match_part 1.000 36885 36980 match_part 1.000 37699 37798 match_part 1.000 37950 37996 match_part 1.000 38080 38163 match_part 1.000 38264 38317 match_part 0.970 38922 39022 match_25 match_part 1.000 37702 37798 match_part 1.000 37950 37996 match_part 0.962 38080 38159 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_26 match_part 1.000 16381 16271 match_part 1.000 16182 16096 match_part 1.000 15817 15690 match_part 1.000 15606 15524 match_part 1.000 15426 15321 match_part 1.000 15224 15102 match_27 match_part 0.987 17267 17192 match_part 1.000 17099 16932 match_part 1.000 16381 16271 match_part 1.000 16182 16096 match_part 1.000 15817 15690 match_part 1.000 15606 15524 match_part 1.000 15426 15321 match_part 0.950 15224 15125 match_28 match_part 1.000 17056 16932 match_part 1.000 16381 16271 match_part 1.000 16182 16096 match_part 1.000 15817 15690 match_part 1.000 15606 15524 match_part 1.000 15426 15321 match_part 0.975 15224 15185 match_29 match_part 0.969 17492 17397 match_part 0.976 17276 17192 match_part 0.994 17099 16932 match_part 0.991 16381 16271 match_part 0.989 16182 16096 match_part 1.000 15817 15690 match_part 0.964 15606 15524 match_part 0.976 15426 15386 match_30 match_part 0.889 17840 17778 match_part 1.000 17664 17588 match_part 1.000 17513 17397 match_part 1.000 17276 17192 match_part 0.976 17099 16932 match_part 0.943 16381 16295 match_31 match_part 0.977 17630 17588 match_part 1.000 17513 17397 match_part 0.976 17276 17192 match_part 0.961 17099 16946 match_32 match_part 0.986 22516 22011 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C09SLf0060H24.1 type gene exon 10321 11032 gene_2 gene GT_PGL_1_AGS_2 transcript source GenomeThreader seq_id C09SLf0060H24.1 type gene exon 10321 11017 exon 11203 11216 gene_3 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C09SLf0060H24.1 type gene exon 17840 17778 exon 17664 17588 exon 17513 17397 exon 17276 17192 exon 17099 16932 exon 16381 16271 exon 16182 16096 exon 15817 15690 exon 15606 15524 exon 15426 15321 exon 15224 15102 gene_4 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C09SLf0060H24.1 type gene exon 22516 22011 gene_5 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C09SLf0060H24.1 type gene exon 32006 32162 exon 32241 32385 exon 33314 33388 exon 34087 34176 exon 34474 34553 exon 35146 35215 exon 35330 35415 exon 36606 36672 exon 36885 36980 exon 37699 37798 exon 37950 37996 exon 38080 38163 exon 38264 38317 exon 38922 39022 gene_6 gene GT_PGL_4_AGS_2 transcript source GenomeThreader seq_id C09SLf0060H24.1 type gene exon 32006 32162 exon 32241 32385 exon 33314 33388 exon 34087 34176 exon 34474 34553 exon 35146 35215 exon 35330 35415 exon 36615 36672 exon 36885 36948 AUGUSTUS_tom_cdna de novo gene_1 gene 1 10319 10579 transcript_1 transcript 10319 10579 start_codon_1 start_codon 10319 10321 CDS_1 CDS 10319 10579 stop_codon_1 stop_codon 10577 10579 gene_2 gene 3 32062 39026 transcript_2 transcript 32062 39026 start_codon_2 start_codon 32062 32064 CDS_2 CDS 32062 32162 CDS_3 CDS 32241 32385 CDS_4 CDS 33314 33388 CDS_5 CDS 34087 34176 CDS_6 CDS 34474 34553 CDS_7 CDS 35146 35215 CDS_8 CDS 35330 35415 CDS_9 CDS 36615 36672 CDS_10 CDS 36885 36980 CDS_11 CDS 37699 37798 CDS_12 CDS 37950 37996 CDS_13 CDS 38080 38163 CDS_14 CDS 38264 38317 CDS_15 CDS 38922 39026 stop_codon_2 stop_codon 39024 39026 transcript_3 transcript 32062 38534 start_codon_3 start_codon 32062 32064 CDS_16 CDS 32062 32162 CDS_17 CDS 32241 32385 CDS_18 CDS 33314 33388 CDS_19 CDS 34087 34176 CDS_20 CDS 34474 34553 CDS_21 CDS 35146 35215 CDS_22 CDS 35330 35415 CDS_23 CDS 36615 36672 CDS_24 CDS 36885 36980 CDS_25 CDS 37699 37798 CDS_26 CDS 37950 37996 CDS_27 CDS 38080 38163 CDS_28 CDS 38264 38317 CDS_29 CDS 38526 38534 stop_codon_3 stop_codon 38532 38534 transcript_4 transcript 32062 38534 start_codon_4 start_codon 32062 32064 CDS_30 CDS 32062 32162 CDS_31 CDS 32241 32385 CDS_32 CDS 33314 33388 CDS_33 CDS 34087 34176 CDS_34 CDS 34474 34553 CDS_35 CDS 35146 35215 CDS_36 CDS 35330 35415 CDS_37 CDS 36606 36672 CDS_38 CDS 36885 36980 CDS_39 CDS 37699 37798 CDS_40 CDS 37950 37996 CDS_41 CDS 38080 38163 CDS_42 CDS 38264 38317 CDS_43 CDS 38526 38534 stop_codon_4 stop_codon 38532 38534 AUGUSTUS_tom_cdna de novo gene_3 gene 1 6360 29 transcript_5 transcript 6360 29 CDS_44 CDS 181 29 CDS_45 CDS 364 266 CDS_46 CDS 1780 437 CDS_47 CDS 2021 1910 CDS_48 CDS 3432 3287 CDS_49 CDS 4490 4398 CDS_50 CDS 4779 4720 CDS_51 CDS 6360 6103 start_codon_5 start_codon 6360 6358 gene_4 gene 1 13036 11624 transcript_6 transcript 13036 11624 stop_codon_5 stop_codon 11626 11624 CDS_52 CDS 13036 11624 start_codon_6 start_codon 13036 13034 gene_5 gene 1 26686 14616 transcript_7 transcript 26686 14616 stop_codon_6 stop_codon 14618 14616 CDS_53 CDS 14729 14616 CDS_54 CDS 14924 14804 CDS_55 CDS 15224 15078 CDS_56 CDS 15426 15321 CDS_57 CDS 15606 15524 CDS_58 CDS 15817 15690 CDS_59 CDS 16182 16096 CDS_60 CDS 16381 16271 CDS_61 CDS 17099 16932 CDS_62 CDS 17276 17192 CDS_63 CDS 17513 17397 CDS_64 CDS 17664 17588 CDS_65 CDS 17849 17778 CDS_66 CDS 18462 18366 CDS_67 CDS 18768 18566 CDS_68 CDS 19347 19294 CDS_69 CDS 19553 19444 CDS_70 CDS 19829 19751 CDS_71 CDS 19987 19925 CDS_72 CDS 20210 20091 CDS_73 CDS 22521 22423 CDS_74 CDS 22804 22659 CDS_75 CDS 26686 26512 start_codon_7 start_codon 26686 26684 AUGUSTUS_ab_initio de novo gene_1 gene 1 34114 38446 transcript_1 transcript 34114 38446 start_codon_1 start_codon 34114 34116 CDS_1 CDS 34114 34176 CDS_2 CDS 36885 36980 CDS_3 CDS 37699 37798 CDS_4 CDS 37950 37996 CDS_5 CDS 38372 38446 stop_codon_1 stop_codon 38444 38446 AUGUSTUS_ab_initio de novo gene_2 gene 1 6360 29 transcript_2 transcript 6360 29 CDS_6 CDS 181 29 CDS_7 CDS 364 266 CDS_8 CDS 1780 437 CDS_9 CDS 2021 1910 CDS_10 CDS 3432 3287 CDS_11 CDS 4490 4398 CDS_12 CDS 4779 4720 CDS_13 CDS 6360 6103 start_codon_2 start_codon 6360 6358 gene_3 gene 1 13036 11624 transcript_3 transcript 13036 11624 stop_codon_2 stop_codon 11626 11624 CDS_14 CDS 13036 11624 start_codon_3 start_codon 13036 13034 gene_4 gene 1 15539 14616 transcript_4 transcript 15539 14616 stop_codon_3 stop_codon 14618 14616 CDS_15 CDS 14729 14616 CDS_16 CDS 14924 14804 CDS_17 CDS 15224 15078 CDS_18 CDS 15426 15321 CDS_19 CDS 15539 15524 start_codon_4 start_codon 15539 15537 gene_5 gene 1 26686 15686 transcript_5 transcript 26686 15686 stop_codon_4 stop_codon 15688 15686 CDS_20 CDS 15817 15686 CDS_21 CDS 16182 16096 CDS_22 CDS 16381 16271 CDS_23 CDS 17099 16932 CDS_24 CDS 17276 17192 CDS_25 CDS 17513 17397 CDS_26 CDS 17664 17588 CDS_27 CDS 17849 17778 CDS_28 CDS 18462 18366 CDS_29 CDS 18768 18566 CDS_30 CDS 19347 19294 CDS_31 CDS 19553 19444 CDS_32 CDS 19829 19751 CDS_33 CDS 19987 19925 CDS_34 CDS 20210 20091 CDS_35 CDS 22521 22423 CDS_36 CDS 22804 22659 CDS_37 CDS 26686 26512 start_codon_5 start_codon 26686 26684 AUGUSTUS_tom_ugs de novo gene_1 gene 1 32062 39026 transcript_1 transcript 32062 39026 start_codon_1 start_codon 32062 32064 CDS_1 CDS 32062 32162 CDS_2 CDS 32241 32385 CDS_3 CDS 33314 33388 CDS_4 CDS 34087 34176 CDS_5 CDS 34474 34553 CDS_6 CDS 35146 35215 CDS_7 CDS 35330 35415 CDS_8 CDS 36606 36672 CDS_9 CDS 36885 36980 CDS_10 CDS 37699 37798 CDS_11 CDS 37950 37996 CDS_12 CDS 38080 38163 CDS_13 CDS 38264 38317 CDS_14 CDS 38922 39026 stop_codon_1 stop_codon 39024 39026 AUGUSTUS_tom_ugs de novo gene_2 gene 1 6360 29 transcript_2 transcript 6360 29 CDS_15 CDS 181 29 CDS_16 CDS 364 266 CDS_17 CDS 1780 437 CDS_18 CDS 2021 1910 CDS_19 CDS 3432 3287 CDS_20 CDS 4490 4398 CDS_21 CDS 4779 4720 CDS_22 CDS 6360 6103 start_codon_2 start_codon 6360 6358 gene_3 gene 1 13036 11624 transcript_3 transcript 13036 11624 stop_codon_2 stop_codon 11626 11624 CDS_23 CDS 13036 11624 start_codon_3 start_codon 13036 13034 gene_4 gene 1 26686 14616 transcript_4 transcript 26686 14616 stop_codon_3 stop_codon 14618 14616 CDS_24 CDS 14729 14616 CDS_25 CDS 14924 14804 CDS_26 CDS 15224 15078 CDS_27 CDS 15426 15321 CDS_28 CDS 15606 15524 CDS_29 CDS 15817 15690 CDS_30 CDS 16182 16096 CDS_31 CDS 16381 16271 CDS_32 CDS 17099 16932 CDS_33 CDS 17276 17192 CDS_34 CDS 17513 17397 CDS_35 CDS 17664 17588 CDS_36 CDS 17849 17778 CDS_37 CDS 18462 18366 CDS_38 CDS 18768 18566 CDS_39 CDS 19347 19294 CDS_40 CDS 19553 19444 CDS_41 CDS 19829 19751 CDS_42 CDS 19987 19925 CDS_43 CDS 20210 20091 CDS_44 CDS 22521 22423 CDS_45 CDS 22804 22659 CDS_46 CDS 26686 26512 start_codon_4 start_codon 26686 26684 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_1 match_part 1.000 17831 17778 match_part 1.000 17664 17588 match_part 1.000 17513 17397 match_part 1.000 17276 17192 match_part 1.000 17099 16932 match_part 1.000 16381 16271 match_part 1.000 16182 16096 match_part 1.000 15817 15690 match_part 1.000 15606 15524 match_part 1.000 15426 15321 match_part 1.000 15224 15102 match_2 match_part 0.986 22516 22011 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C09SLf0060H24.1 type gene exon 17831 17778 exon 17664 17588 exon 17513 17397 exon 17276 17192 exon 17099 16932 exon 16381 16271 exon 16182 16096 exon 15817 15690 exon 15606 15524 exon 15426 15321 exon 15224 15102 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C09SLf0060H24.1 type gene exon 22516 22011 AUGUSTUS_tom_pot_cdna de novo gene_1 gene 1 10319 10579 transcript_1 transcript 10319 10579 start_codon_1 start_codon 10319 10321 CDS_1 CDS 10319 10579 stop_codon_1 stop_codon 10577 10579 gene_2 gene 3 32062 39026 transcript_2 transcript 32062 39026 start_codon_2 start_codon 32062 32064 CDS_2 CDS 32062 32162 CDS_3 CDS 32241 32385 CDS_4 CDS 33314 33388 CDS_5 CDS 34087 34176 CDS_6 CDS 34474 34553 CDS_7 CDS 35146 35215 CDS_8 CDS 35330 35415 CDS_9 CDS 36615 36672 CDS_10 CDS 36885 36980 CDS_11 CDS 37699 37798 CDS_12 CDS 37950 37996 CDS_13 CDS 38080 38163 CDS_14 CDS 38264 38317 CDS_15 CDS 38922 39026 stop_codon_2 stop_codon 39024 39026 transcript_3 transcript 32062 38534 start_codon_3 start_codon 32062 32064 CDS_16 CDS 32062 32162 CDS_17 CDS 32241 32385 CDS_18 CDS 33314 33388 CDS_19 CDS 34087 34176 CDS_20 CDS 34474 34553 CDS_21 CDS 35146 35215 CDS_22 CDS 35330 35415 CDS_23 CDS 36615 36672 CDS_24 CDS 36885 36980 CDS_25 CDS 37699 37798 CDS_26 CDS 37950 37996 CDS_27 CDS 38080 38163 CDS_28 CDS 38264 38317 CDS_29 CDS 38526 38534 stop_codon_3 stop_codon 38532 38534 transcript_4 transcript 32062 38534 start_codon_4 start_codon 32062 32064 CDS_30 CDS 32062 32162 CDS_31 CDS 32241 32385 CDS_32 CDS 33314 33388 CDS_33 CDS 34087 34176 CDS_34 CDS 34474 34553 CDS_35 CDS 35146 35215 CDS_36 CDS 35330 35415 CDS_37 CDS 36606 36672 CDS_38 CDS 36885 36980 CDS_39 CDS 37699 37798 CDS_40 CDS 37950 37996 CDS_41 CDS 38080 38163 CDS_42 CDS 38264 38317 CDS_43 CDS 38526 38534 stop_codon_4 stop_codon 38532 38534 AUGUSTUS_tom_pot_cdna de novo gene_3 gene 1 6360 29 transcript_5 transcript 6360 29 CDS_44 CDS 181 29 CDS_45 CDS 364 266 CDS_46 CDS 1780 437 CDS_47 CDS 2021 1910 CDS_48 CDS 2402 2193 CDS_49 CDS 3432 3287 CDS_50 CDS 4490 4398 CDS_51 CDS 4779 4720 CDS_52 CDS 6360 6103 start_codon_5 start_codon 6360 6358 gene_4 gene 1 13036 11624 transcript_6 transcript 13036 11624 stop_codon_5 stop_codon 11626 11624 CDS_53 CDS 13036 11624 start_codon_6 start_codon 13036 13034 gene_5 gene 1 26686 14616 transcript_7 transcript 26686 14616 stop_codon_6 stop_codon 14618 14616 CDS_54 CDS 14729 14616 CDS_55 CDS 14924 14804 CDS_56 CDS 15224 15078 CDS_57 CDS 15426 15321 CDS_58 CDS 15606 15524 CDS_59 CDS 15817 15690 CDS_60 CDS 16182 16096 CDS_61 CDS 16381 16271 CDS_62 CDS 17099 16932 CDS_63 CDS 17276 17192 CDS_64 CDS 17513 17397 CDS_65 CDS 17664 17588 CDS_66 CDS 17849 17778 CDS_67 CDS 18462 18366 CDS_68 CDS 18768 18566 CDS_69 CDS 19054 18952 CDS_70 CDS 19204 19137 CDS_71 CDS 19347 19294 CDS_72 CDS 19553 19444 CDS_73 CDS 19829 19751 CDS_74 CDS 19987 19925 CDS_75 CDS 20210 20091 CDS_76 CDS 22521 22423 CDS_77 CDS 22804 22659 CDS_78 CDS 26686 26512 start_codon_7 start_codon 26686 26684 BLAST_ath_pep AGI Proteins (arabidopsis.org) BLAST_ath_pep AGI Proteins (arabidopsis.org) match_1 match 120 12820 11657 match_2 match 111 12529 11657 match_3 match 108 12517 11630 match_4 match 124 12724 11645 match_5 match 128 12706 11678 match_6 match 112 12676 11750 match_7 match 116 12508 11657 match_8 match 103 12523 11657 match_9 match 129 12535 11696 match_10 match 139 12676 11696 match_11 match 135 12802 11831 match_12 match 112 12676 11618 match_13 match 113 12514 11657 match_14 match 129 12676 11696 match_15 match 116 12523 11648 match_16 match 124 12520 11657 match_17 match 112 12661 11666 match_18 match 128 12535 11696 match_19 match 105 12454 11672 match_20 match 112 12535 11627 match_21 match 110 12676 11645 match_22 match 117 12529 11696 match_23 match 108 12523 11810 match_24 match 142 12757 11627 match_25 match 134 12676 11678 match_26 match 115 12808 11687 match_27 match 120 12691 11672 match_28 match 117 12679 11789 match_29 match 127 12676 11663 match_30 match 126 12682 11639 match_31 match 117 12523 11633 match_32 match 112 12514 11627 match_33 match 116 12808 11687 match_34 match 122 12682 11663 match_35 match 120 12514 11636 match_36 match 120 12676 11789 match_37 match 125 12757 11639 match_38 match 107 12514 11627 match_39 match 116 12808 11678 match_40 match 134 12676 11663 match_41 match 105 12505 11630 match_42 match 119 12523 11615 match_43 match 114 12676 11789 match_44 match 128 12682 11663 match_45 match 132 12676 11639 match_46 match 137 12802 11654 match_47 match 110 12514 11678 match_48 match 109 12529 11678 match_49 match 110 12667 11693 match_50 match 119 12523 11627 match_51 match 116 12907 11783 match_52 match 116 12907 11783 match_53 match 110 12667 11666 match_54 match 137 12781 11801 match_55 match 113 12817 11657 match_56 match 103 12535 11627 match_57 match 119 12706 11651 match_58 match 120 12535 11522 match_59 match 108 12535 11648 match_60 match 108 12421 11648 match_61 match 107 12763 11687 match_62 match 129 12676 11612 match_63 match 108 12535 11696 match_64 match 132 12820 11558 match_65 match 127 12724 11744 match_66 match 116 12808 11750 match_67 match 104 12802 11657 match_68 match 110 12757 11705 match_69 match 113 12514 11639 match_70 match 124 12676 11696 match_71 match 124 12682 11672 match_72 match 109 12535 11639 match_73 match 113 12517 11657 match_74 match 106 12784 11666 match_75 match 116 12676 11696 match_76 match 137 12808 11693 match_77 match 114 12529 11639 match_78 match 116 12517 11666 match_79 match 129 12682 11678 match_80 match 117 12517 11480 match_81 match 124 12517 11657 match_82 match 114 12676 11642 match_83 match 113 12727 11843 match_84 match 119 12682 11633 match_85 match 127 12529 11627 match_86 match 109 12508 11681 match_87 match 123 12514 11657 match_88 match 128 12529 11660 match_89 match 113 12676 11627 match_90 match 120 12808 11663 match_91 match 117 12682 11678 match_92 match 115 12529 11633 match_93 match 106 12808 11993 match_94 match 126 12676 11651 match_95 match 117 12529 11639 match_96 match 110 12517 11657 match_97 match 110 12514 11756 match_98 match 124 12682 11678 match_99 match 115 12517 11636 match_100 match 109 12676 11651 match_101 match 134 12808 11750 match_102 match 107 12679 11801 match_103 match 125 12685 11678 match_104 match 117 12517 11705 match_105 match 114 12529 11639 match_106 match 119 12535 11639 match_107 match 110 12517 11693 match_108 match 114 12808 11801 match_109 match 129 12676 11639 match_110 match 111 12517 11498 match_111 match 137 12808 11693 match_112 match 107 12802 11666 match_113 match 120 12682 11678 match_114 match 124 12676 11696 match_115 match 110 12517 11639 match_116 match 122 12514 11639 match_117 match 119 12910 11627 match_118 match 127 12808 11693 match_119 match 122 12682 11678 match_120 match 115 12517 11639 match_121 match 130 12676 11654 match_122 match 115 12682 11678 match_123 match 107 12517 11639 match_124 match 112 12517 11651 match_125 match 104 12523 11645 match_126 match 105 12652 11840 match_127 match 111 12808 11750 match_128 match 109 12676 11705 match_129 match 125 12682 11672 match_130 match 110 12508 11696 match_131 match 114 12535 11639 match_132 match 110 12535 11639 match_133 match 110 12676 11651 match_134 match 112 12676 11696 match_135 match 121 12808 11831 match_136 match 120 12682 11678 match_137 match 112 12514 11639 match_138 match 115 12517 11678 match_139 match 103 12508 11852 match_140 match 112 12808 11696 match_141 match 114 12511 11639 match_142 match 112 12808 11750 match_143 match 114 12511 11639 match_144 match 103 12802 11645 match_145 match 106 12451 11696 match_146 match 117 12691 11729 match_147 match 105 12517 11693 match_148 match 104 12679 11909 match_149 match 103 12529 11633 match_150 match 126 12829 11672 match_151 match 113 12820 11684 match_152 match 114 12676 11696 match_153 match 110 12817 11744 match_154 match 124 12745 11561 match_155 match 124 12679 11681 match_156 match 111 12529 11672 match_157 match 113 12526 11729 match_158 match 124 12529 11672 match_159 match 112 12715 11687 match_160 match 106 12700 11666 match_161 match 117 12652 11666 match_162 match 132 12532 11651 match_163 match 159 12769 11645 match_164 match 146 12781 11516 match_165 match 105 12727 11891 match_166 match 108 12682 11771 match_167 match 106 12415 11657 match_168 match 112 12676 11657 match_169 match 130 12721 11678 match_170 match 110 12529 11699 match_171 match 107 12742 11711 match_172 match 120 12676 11681 match_173 match 111 12661 11633 match_174 match 113 12676 11693 match_175 match 103 12454 11693 match_176 match 110 12529 11636 match_177 match 141 12523 11648 match_178 match 141 12523 11648 match_179 match 108 12757 11657 match_180 match 106 12523 11687 match_181 match 119 12535 11642 match_182 match 120 12529 11633 match_183 match 113 12535 11759 match_184 match 103 12676 11654 match_185 match 115 12676 11657 match_186 match 124 12529 11630 match_187 match 110 12475 11651 match_188 match 110 12517 11678 match_189 match 119 12658 11681 match_190 match 117 12823 11516 match_191 match 115 12535 11735 match_192 match 110 12529 11636 match_193 match 115 12679 11696 match_194 match 74.7 17515 17174 match_195 match 173 15436 14792 match_196 match 47.4 17864 17757 match_197 match 49.7 17670 17590 match_198 match 93.2 17099 16932 match_199 match 67.4 14729 14619 match_200 match 125 18771 18568 match_201 match 63.5 18464 18366 match_202 match 83.2 15817 15689 match_203 match 66.2 16185 16096 match_204 match 80.9 16384 16265 match_205 match 55.8 15605 15528 match_206 match 129 12814 11681 match_207 match 124 12676 11666 match_208 match 123 12517 11657 match_209 match 117 12391 11636 match_210 match 104 12676 11693 match_211 match 107 12532 11666 match_212 match 114 12862 11666 match_213 match 127 12679 11630 match_214 match 112 12670 11687 match_215 match 120 12676 11681 match_216 match 115 12529 11726 match_217 match 113 12757 11666 match_218 match 106 12661 11666 match_219 match 104 12451 11657 match_220 match 122 12526 11678 match_221 match 135 12826 11648 match_222 match 107 12676 11681 match_223 match 120 12676 11687 match_224 match 111 12757 11819 match_225 match 112 12517 11696 match_226 match 117 12691 11657 match_227 match 109 12508 11630 match_228 match 52.4 4640 4398 match_229 match 69.7 5013 4711 match_230 match 40.0 5209 5123 match_231 match 127 12682 11663 match_232 match 131 12799 11645 match_233 match 114 12523 11639 match_234 match 133 12802 11687 match_235 match 117 12784 11648 match_236 match 281 2023 26 match_237 match 90.5 5013 4711 match_238 match 64.3 4640 4398 match_239 match 57.4 5209 5123 match_240 match 107 2023 833 match_241 match 90.5 5013 4711 match_242 match 64.3 4640 4398 match_243 match 57.4 5209 5123 match_244 match 135 12682 11627 match_245 match 146 12673 11672 match_246 match 150 12877 11681 match_247 match 125 12724 11627 match_248 match 125 12676 11627 match_249 match 140 12757 11693 match_250 match 143 12676 11693 match_251 match 111 12676 11696 match_252 match 126 12724 11744 match_253 match 105 12676 11576 match_254 match 125 12931 11609 match_255 match 121 12931 11609 match_256 match 114 12529 11729 match_257 match 110 12529 11639 match_258 match 126 12529 11657 match_259 match 281 2023 26 match_260 match 64.3 4640 4398 match_261 match 92.8 5013 4711 match_262 match 54.7 5209 5123 match_263 match 113 12949 11636 match_264 match 117 12679 11627 match_265 match 108 12475 11651 match_266 match 105 12529 11678 match_267 match 103 12508 11666 match_268 match 126 12523 11714 match_269 match 124 12529 11627 match_270 match 113 12757 11522 match_271 match 114 12538 11693 match_272 match 108 12676 11678 match_273 match 131 12652 11681 match_274 match 110 12808 11651 match_275 match 116 12868 11633 match_276 match 105 12529 11681 match_277 match 116 12679 11657 match_278 match 110 12769 11678 match_279 match 103 12523 11693 match_280 match 112 12793 11804 match_281 match 118 12532 11657 match_282 match 115 12529 11678 match_283 match 104 12541 11810 match_284 match 108 12529 11924 match_285 match 116 12757 11696 match_286 match 113 12652 11657 match_287 match 121 12523 11696 match_288 match 127 12511 11693 match_289 match 116 12676 11657 match_290 match 120 12535 11657 match_291 match 108 12676 11747 match_292 match 110 12535 11645 match_293 match 114 12535 11642 match_294 match 132 12817 11663 match_295 match 123 12949 11636 match_296 match 109 12601 11678 match_297 match 128 12817 11696 match_298 match 126 12676 11627 match_299 match 121 12517 11708 match_300 match 121 12931 11609 match_301 match 107 12778 11678 match_302 match 108 12529 11642 match_303 match 110 12724 11663 match_304 match 108 12493 11642 match_305 match 122 12676 11666 match_306 match 115 12514 11657 match_307 match 134 12682 11681 match_308 match 546 12874 11627 match_309 match 119 12541 11645 match_310 match 116 12676 11681 match_311 match 103 12529 11759 match_312 match 105 12847 11657 match_313 match 105 12847 11657 match_314 match 105 12676 11576 match_315 match 129 12679 11687 match_316 match 125 12676 11732 match_317 match 155 12865 11657 match_318 match 128 12517 11627 match_319 match 105 12535 11753 match_320 match 104 12757 11744 match_321 match 118 12676 11678 match_322 match 122 12682 11678 match_323 match 111 12514 11627 match_324 match 115 12517 11666 match_325 match 117 12514 11657 match_326 match 120 12832 11693 match_327 match 114 12517 11645 match_328 match 103 12523 11729 match_329 match 105 12535 11666 match_330 match 122 12676 11666 match_331 match 138 12676 11678 match_332 match 107 12451 11627 match_333 match 109 12814 11702 match_334 match 112 12535 11627 match_335 match 108 12505 11663 match_336 match 115 12517 11681 match_337 match 114 12508 11627 match_338 match 135 12676 11759 match_339 match 108 12652 11699 match_340 match 119 12508 11696 match_341 match 110 12607 11678 match_342 match 120 12676 11792 match_343 match 126 12676 11627 match_344 match 111 12517 11696 match_345 match 127 12769 11657 match_346 match 119 12724 11654 match_347 match 129 12529 11693 match_348 match 131 12535 11693 match_349 match 131 12520 11678 match_350 match 122 12676 11714 match_351 match 130 12535 11636 match_352 match 120 12676 11627 match_353 match 157 12820 11681