C08SLm0006K11.1 GATCTAGAATGTAGTAGATCCTAGATCTGTTAGCTTTTGTTTATAATGTATGCGTTTTCA TTGTAGATTTGTAGGTTTGATGTGCTAATTTTAGATCTAGCGATAGTTTTCACACAATTT CACATCTGTTTGAGGATTTGTATGGTGTTTTGTGTGATTGATATGGCTTGTTTTGATTTC CTCGATCGTGTTTAATGGAGAAATGATTTAGCACTGGAATAGAATAGTCGATGCATGATT CATGTGGTGCGCCACAGGAGAATTTCAAATGCTCGTTTATGAAGTGGAAATAACGCTGTA TCTGATATGAAATTAGTGGTTAGGTGCTTTATCATTTATAAATATAAGCAAACATTTATT AGATTCTCACTGCTATTTTCTCCTGTTCTTGTTTTTGATTGAAGAATTACATCATCTAAT CAGATGTTGATAACCGTGGTGTGTGTATATTATCTATTTATAGTCCCATGGCAAAGGTAG TTGGTTCACATGCACCCGTGCATCTGTCCGTGTATGTATTCTAGTTTCTACTCTAGATCA GATTTTAACTCCAGACAGAGAAACAAGGTCACTGCTACACTGGCATTGCATATATCCTGA ACCTTTTAGACATTTATCGTCGTCCTCTTTTTTTTTTCCGGGTGACAAGCCTTTTAATTT GTACTTGCTAGAATGCTAATAATTTGGGATGCATGTTTGGACTGTGGTTCTGGATGATGT ACATTTAGAAGGATCGTTTTCAGATCCTATGGATACTTGAAAACCCTTTTATTTAGCTGA CTGATCGTCTGAATATGCGAAAAGTTGCTGGTTTTTGTTCTTAGCTTATCTATGTTCTAT GACCCTTTTTTTATTTCTACTGAATAGCCTGTATGTTGACTTGAGTTGAGTGGAATAGGT ACGAATGATTTATATGACTATGAGTTCCATACGTGCATACATATATTCCTTTTGCTGTGT TATGTCATGAATTTCATATTGTACTTCCAGAGTCTGATGAGGGTCATCTGTTATCTTACT CTTTTCCTTGAAACAGGCTGTCTTTCTGCACTTTCCAATGCAAAGGAGGAGGCTACAAAA CTTGGTACCGTTATAGGAATTGATCTTGGGACAACCTATTCCTGTGTTGGGGTGTACAAG AATGGTCATGTGGAGATTATAGCTAATGACCAAGGAAACAGGATTACACCATCATGGGTT GCATTCACTGATAACGAGAGATTGATTGGTGAGGCTGCCAAGAACCTGGCTGCGGTCAAC CCAGAAAGAACAATCTTTGATGTTAAGAGGCTGATTGGAAGAAAGTAATGGACAATTCTC AATTAGTTTCACATGTTTTGTTATGATTGTATATCTGTCATGCTAAGAGATGCTTTATCT TCTTTTTTTTTCAGATTTGAAGATAAGGAAGTACAGAGGGATATGAAGCTGGTACCGTAC AAGATTGTCAGCAAGGATGGAAAGCCCTACATACAAGTCAAAATCAAGGATGGAGAAGTT AAGGTATTTAGTCCTGAGGAAATCAGCGCCATGATTTTGACAAAGATGAAAGAGACAGCC GAAGCATTCCTTGGGAAGACTATTAAGGATGCTGTGGTCACTGTTCCTGGTATGTTGTTA TCAGGTCCCAAATGTTCAATTTTTTTGTTTTCATTTTTCTTTTCTGTCATTATTTAGAGA CTTGTCTCGTCTCTGCAGCATATTTCAATGATGCACAAAGACAGGCGACAAAGGATGCTG GTGTTATTGCTGGATTAAATGTTGCTAGGATCATTAATGAGCCAACAGCTGCAGCCATTG CCTACGGACTGGATAAGAAAGGTGGTGAGAAGAACATTCTTGTCTTTGACCTTGGTGGTG GGACATTCGATGTCAGTATTCTGACCATTGACAATGGTGTATTTGAGGTTCTTGCAACAA ATGGTGACACCCATCTTGGAGGTAAGGATCTATGGTATAGAAACAACTTAAAGTTGAGCA TGACACATTTTGATACTGCTAACCATAATGCTGTTAGGGTGTCCTGATTGTATTTTCTAA TGGACTTCTCCTCAACTTGATATCAACTAATGAAATGCTAAAACACTTTTCTATTGATTG CACATTAGTGGGGTTGCTCTTTTGGGAGGGTATTTTATGATAGCTGAGGAAGATTCAGAT GCCATCCTATGAGATAGTTATTCTTAGATTATATTTTGAATATCCGATACATCTTGCAGG TGAGGACTTTGATCAAAGGATTATGGAATACTTCATCAAGTTGATCAAGAAGAAGCATGG AAAGGACATCAGCAAGGACAACAGAGCTCTTGGAAAGCTAAGGAGAGAAGCTGAGCGTGC CAAGAGATCCCTTAGTAGCCAGCACCAAGTCCGGGTTGAGATTGAATCATTATTTGATGG TACTGATTTCTCTGAACCACTGACCCGTGCTCGCTTTGAGGAGTTGAACAATGATCTCTT CAGAAAGACAATGGGACCTGTGAAGAAGGCAATGGATGATGCTGGCCTACAAAAGAACCA GATTGATGAGATTGTTCTTGTTGGTGGAAGCACCAGAATTCCTAAGGTGCAACAGCTCCT CAAAGACTATTTTGACGGGAAGGAGCCCAGCAAGGGTGTAAATCCTGATGAAGCAGTTGC TTATGGTGCTGCTGTTCAAGGTGGTATCCTCAGTGGTGAGGGTGGAGATGAAACTAAAGG TACATGATCTAATTAGTTTTCTTGCCATAATTTGCTTATTGGTTTTGATAACGTGTGAGT TTGCAGCTTTTGGTGAATGATTGTGACATGTTTCTTGTATGCAGATATCCTTCTCCTGGA TGTCGCTCCTCTCACCCTTGGTATTGAAACCGTTGGTGGTGTGATGACCAAATTGATCCC CAGAAATACCGTTATCCCAACCAAGAAGTCCCAGGTCTTCACCACTTACCAAGACCAGCA GACCACTGTCTCCATTCAGGTATTGCTTTGCTTCATATTTGTGCAATCCTACAGCTCATT ATCCAGAAATGTTCATTAACCTGTCCTCTGGTATGCTCCGATTCTCACTGTTTTTTCTCC ACATGTTGATTACAGGTTTTTGAAGGTGAAAGGAGTCTTACCAAGGACTGTAGGAATCTC GGGAAGTTTGATCTTACAGGAATTCCTCCAGCTCCAAGGTCAGTTACATTTCTTCTCTTT AGATAATTGTACAAACAACTTTTTGGGATCTGAATTGGAAACTTGATATTGTTTGAACAG GGGAACCCCCCAAATTGAGGTCACATTCGAAGTTGATGCCAATGGTATCTTGAATGTCAA AGCAGAAGACAAGGGTACTGGAAAAGCAGAGAAGATTACCATTACAAACGACAAGGGCCG CTTAAGCCAAGAAGAGATTGAGCGTATGGTTCGTGAAGCAGAAGAGTTTGCTGAGGAAGA CAAGAAAGTGAAGGAGAAGATTGATGCCCGTAACGCTTTGGAAACCTACGTGTACAACAT GAAGAATCAAATCAACGACAAGGACAAATTAGCTGACAAACTCGAGTCTGATGAGAAGGA GAAGATTGAGACAGCAACGAAAGAAGCCCTTGAATGGTTAGACGATAACCAGAGCGCCGA GAAAGAGGACTATGACGAGAAGCTCAAAGAGGTCGAGGCAGTTTGCAACCCAATCATCAC AGCTGTTTATCAACGATCAGGTGGAGCCCCAGGTGGCGGTGCATCGGAAGAAGAAGATGA CAGCCATGATGAGCTGTAAGCTGTTCCAAAGAATCTCCATTGATACTGCAAAGATGCAGG AAATGAGGATATATAGAGTAGTTTGAAGTGAGGGTTAGTGCAAGTTTTGTCATTCGTTCT GAAAAATCTCTCCCCCCTTCGCTTAGTTTTTTTTAGGTGAAGATTTTACTAAAGGATGTT TCCGTTCTTTGAGAACGACGGCTTGTATGTTGCTTCGATCTGTTGAATACAACTTCAGAA TTTTATTTAGTTCATCTTTTGAGCATCATAATCTGACTCCTATTTCGACCCAGTTATTAC ATTGGACATGTTCTCTTGCTGACAAGTGCCAATACTTTGGATGACTTGTACCTAAGAATA CAATGATACAACACAAATGAAATAAGACAAATAATACCGCATATAGTAGAAAGAGAAAAA GGAGGAGGTTAGCCTCCTAATCTTATTGTTAAAAATAAGGATATAAAGTAGTAACGAATT CCGAAACCTTGTTAATAAAGTTAGCCTTAAGTTTGGTCGGAGTTGAATTATTTCGATATA ACCTTATGGTTTATTTAGTTAATAAAATTACTTATGGTCGGGATAAATTATGCTCCCTAA CAATTGCGATTTTTTTAATCCTATTTCGAAGTTAGAATCAAATATCGGTGATTTTGATCT AAATAAATGATCCCTAAGTTCTCATCATAGTCCGGCAAACTTCCTTGCGAGGAGGCAAAT GCTCCTATTGGAGCTTCTCACCTTTTTACCCTCGAGATTTCGATATAACTTAAGAAGAAT GATAGATTTGATCTCAAAATATAAAATTTTTTGTTTATACAACAGATCACAAATGATGGG GTTTTCATTATTGAAAAATATTGAACTGATTTTTCTTAAATAAGAGTAAATTCGACGTAC GTAAATTAGACTCAATAGTTCAGAAAACATTTGGAAATCCTGTATCTCCTTATCAGCTGT ATTATGAGCTAAACTGTGTCAAGTTAGAATTAGAAGCCAGCTCTTGGATCACCCGAGCCT GCTGCCACAACACCCATCCCACCATCAGCTGTAACGTTCACATTTTCCCCATCAGTCGAT TTTGTAAGAGCAATTTTATCACCATCAAGCTCGTTTACAAGTTCATCAATCTTGCGAAAC TGGTAAGGCCATCGGACATTGTACAGGAACTGGCGCAGATCAAACCTATTGTCCTCGGGT GAATAACTCTGCAATACAAAAAAAGTCATATGCTTGTCTGATGAAACATCCAAAGATCAT ATAGCAGTTTTATTTTCATTTTACTCTGTGTAATGACGGTCTAAGATGCGATATAGTAAG TGAAAACTCGTATGGGCGAATTTGACTTGGTTGGGATTGAGATGTGGATGATGATGAGGC TCCTCTGACGAAACAAACCTAACAAAAGCATTAAAATGGTTTTAAGCCTCAAGTTGCATG GATATATAAGTATTTCCATAAGAGCATTTGCAGACTTTCTGCATATGTTTGAGGTATCCA TGAAGTGCCTAAAAGCCATCTCATGAGGCGAGGATTGTCCACGGCCATATAAAAGGCCAT ACCCAATCTGTAAACTTTAATTCTTTTTCCCCCTCTTTTTTCTTTTTTTCTCACTCTCTT ATGAACCGCAAAGAGAAAAGCTTGCGATTCTGGTCTGACTTGAGCTCTAACATTCAAAGC GGTGACTTGCTAGTAACCTTATTCAATGCCCTATGTGGGACTACTCTAACATTACCAGAC AGATATCTCAATGCAAGTAATGGATCCATGCAACATAGAAGTGAAGTACCTCAGCATGAT ATGAAGGTGTCATGACAGTCATCTTGTGTCTATTGATGGAATAGTATTTAAAGAAGTATT TCACTTTGTCAGCCACCTCTGCAGGCGTCAACTTTGTTCCCCATTTGTAACACAAATTCT GCAATATGATCATTCAGTACTTGTCAAGGACTACAAAAATATGTGGAAGAAATGACCTAT AACAAGTCTGATTCTATAATGTCTTACAGAATGAACAGGACAAACCTTAAACATTGATAG AGGTCCACAGCGGAAAATCTTGCGCAACCGTCCGTACACCGAAAGTTCTTCATAGGTCAT ACCCATATCCACTTCATCCAACTGTTAAACAAATATTGTAATGTGAAAACTTCTAATTGC GCTTGATCACTTCTTCATACATAACCAAACTCCACATATTTAGTTAAAAGAGATGTCAAG AACTTTCATGCTAAAATTATCGAATCTAGGGGTGAGAACTCTCCCAAACGGAAGGATGAA AAAAATACCAGAAACAGGAAATAATGGTCACCAGCATTACTAGGAAAAGCATCATAAAGA CTGAAATTGGCAGTAAACTAAATCAGATACCTGACTGTAATCCGCACGTATAGGCTCCAA TTCAGCAGTGGGCGGTGCAGCTTCAATCTCTGCCAGGGATGAGTAGCCAAGATGAACGGC AGCCCATTTCAGAAATGTTCGAAGATCCATCTTACTGATACTTCCAATTGGATTTATATC TGCTGAACTACAATCATACTGCATGATAGACAGTTATCACCAGGATATGTGTTAGAGAAA CAAGAGATCAGCTAAAGAAAAACCGTGAATCCAATTTGTTACTATCTGTTTATTGACATT CACCAACCATAGAATAAATATACAAGGAGAGTTCAAGACGGCCACAAATCAATTCAAAAC GCACTACAGTAGTAGTTTCCCGTAAATCCTCGGTTAACAAGATGCTATTATAGGATAAAT GCGGTTAATAGTGACACAATATTTCAAAGAACAATTTTTTTTACCTTTGTTAAGTAACCA CGCAATCCTTCATCCACATTGGAGCTACCCAAAACCAGATAAAACCCAGGTTTGTTATGG ACCCATGGCAGCAGAGATGCTAACATGAATGCCAGGACCATTCGGACCCGAGCTTGAATG TTTTGCAACCCTAAATTTTCAATGTTTGATCCCCCATCTACCTGCAGACAAATAAACAGG TCAAGATTGCACTGTGAAGCAATAGCTTAGTCTTTATTCCAGATATAGTTTCTCTTAGTC CAACCAACTATTAGTTGACCAAACAACATGAGGTTAAGGGTTTCACTTCAGTTAAGCGAA CACATAAAAGCAAATAGATAGATAATGGTAATATTTATTTCAAACTTTTCTACCTTATAG CGTGGACGCTTTCCAGTGAGTGTTTGAAACAGAGAGATTAGCGAAGAGACCACTCCATCG ATGCTCACATTAAGATGCCATGATCCTACCTCATCGGCCAACACCTTTGCCCGAGTTGTT GTGGCTTCTGAACTGTCATATGCATACACTATCAACAACACAAGTTTATCTCAACTATAA GTCAAATAGATCATTTTTCAAACAGAGTTCTGGAAAGAAGAGTTTTAGTGTTCTACAGAA GAGAGATTCTATTGAATAAGACATCTATGATTCAATAGAAAAGGTCTGAAATCTTTTATT TAATCATCTGCTTCAGTTGGGGATGATCATTCTCGCTCTAATATACTCCACCATATACAA GTGAAACATGCAAAACCCTTAAAGTTCAAAGCAAAGGTGTCATTAGACTCATGGTGACTA TGTAGTTCTCAGACTGCTACTGAGTACCTTGATGTTAGAGAATAAATGTCATTTGAGGAC AAATCATAGGTAGGGCTGACCCCTAGAATTCCTAGGACGGGTATAAGCTTGGTTTAGCAG GCAGTAGCATGACAGTGAGTCCAGCCAAGAGTTCACGATGACCCAAATTCTCATATTTGT GAAGTTCAAATTTCCTACATTTATTAAGATTACTAAAAGGCTCCCTAGACCCCACTTGTG GGACAACACTGGGTATGTTGTTGTACTAAAAAGGCTCCCAGTTCTGAACCAGAAGTATGC TGCCCAAGGCCAGGCAAATAAAAAAAAATTCCAACTGAAAATTAGCAAAGAAGTTATAAA GAATACATATAGATCAGCAAAGCAGTCATTTATTACTTCGGAGTTTCAATTCCATGCCAA TTAAGGAACCAGAGAATACATATAGATCAGAACAGAATCTGAGAAGGACAGAATAATGGG ACTTGCTGACATTCTTACCTATTTTCAGATCCCATAAAAACAGTGTAAAAAATGCGTCTA GCGAATTCTTTGCTATCTGTTGGAAATTGACCATCAGTGTAATGGCCAATTCGAATAGCA TCTGCTTTTATCTGCTTGTCGCCGTTTGCAATTTCTGCATTGACAGTTATAATTGAATTA TAAAGAAAACAAAACTCAATAGTCTGCTTATCTTCAGACATGCTGCTCATGCTGTTTACC TTGAACTAAAATGATGAAATAGACATTACTAGCAGCATGATGCAATTTATCAGCCAGCAC AACATAACTGAAGACATAGTATGTGTATAGGAGAGCATGCATGAATAATAAGATCATTCA TACAATTTCTTGCCAGCTCTAGAACATTAGACGAAAAAACAGTTGATCTGAAGCAGAAAC AGAACCTTGACCACGAAATAAATCAAGGATCCTCCTAAATTTTGGCCATGTTGTAGCATT TTCAGTTCAGCAACGCCACAAGAAGTTATCCTAATATCCTATAAGTGAACCATCATTCTT TAGAAATTTGTTTACTTTACCAAAAAAAGAACTCCATGCTCTCACTTTTTTAGAGAAGAA ATCATCAAATTTAGTAATCATACAACACAACCATTATCTATCATTTTCCTCCGGCGGCTA TTAGTTCACATAAGAAACTAGTAGAAGGTTCAAACGGCTATAGAGGATAGGGAAACATAC AACTGCATTTTTATCCTGCACCCCCAAACTACGGAAAAACCTATGTACTATGACGACAAT ACGATTGTCAAAAACTAGCTACAAGTACAGGGAAATAGCTAGAACACAACAATATATATG TTTAGAAGGGCAGTTAGTTCAATAAACCTTTTACTACAAGCTGGCACATTGAACCAACTA TAGCAGCAACGGAGGAACTATCAGCACCACCAGAAAGTGGAAGCAGAAAACCAGATGCAC CACTTCTTCTTAGATAATCCCACAGCCAGCAAGCAGGTCCAAGTGCTATTTCCTCCTCAG GAGAGTGGTATCTAATCTGGAAAGAGAATGCAGTTCACCAAGCCAACTTAATCAAGCAAC GGAAGAATCCACAAGACATTACACTCGAAACTAATGGCTTAAGATGCAACAGAACTCAAA ATAAGATAGAACTAAATGTAGTGTATAAAAAGCTGAAATATAAGATGCTTTGCAAGTCCT TTTCAGTAGATGGATGGACGCATTTTTTAATTTTGGCCAAGGTTGTGGAATAACTTCAGC TTGAAAAACTCAATTGAATAGAAGCATGTGATCAGAGATCAATCTAATGGAAATGATCAG AAAATTAAAGCCTCCAACTCCCCACCGACACACAAAGGCAGGAGAAGAGGAAAGAGAGGA AGTATGAAATCCTTCATATAGACAGACCCTCTTTCTCCTGAGAGACATAAATTAATGGCT CCTAAAAGTTCAGTCCACGAGTATCTTAGCATAAGCAAAATATCCATAAGTTGTGACTAG GAGAACAACAAAATCTTTCTATGAAAAAGGTGGAAGCGGGTGGTGCCTAAGGTTTTGACT CAGAAGAGCTACTTAAACAAGAAAAAGTACGGGGATTACTCATTACAAGGGCATATGTAG GTTTTCAAAACCATCGACCTTACACAACAACTTACCTTGAGTGGACTTGAAAGTGACATT AGGAGGTTAAAAGGTTGGCAAAGCTTGTAAGGCACAAATACTTTGGAAACTTTAGCTTTA CAACTTGCTTGCTCTTGAAAGCTACTGATAGATGATCTGAGACTTGCAACCTGGTACAGA AGGGGAACTAAGAACCATTGTCATTAAAAAAAATGGATAACTAAATAAAAACATCAGAGA TTTCAGCAGCAAAAGATTTCACACAATTATGCATACATCAAAGAAGCCTCCACAAAATGC AAAATATGCTGAAGTTCGTACCACTACATTGTGTTATTTCTTTCAATGAAACAAATGTAG AATCAGTACTAAAAAACACGGATGAGCAATAAATATATGCAGATTACGAAGTTGAGTTGG ATCATTATTTACACCATAATCTGATCCAATTTGTTCCCATTAGTTTGGTAACTGCAAAAG ACTTAGGCATCCACTTACCAATTAGCAAAAAAGGAACAAGTAATGATATTATATAACAAA AAATTTAGATATTGAGTTAAAAATTCTAACATACCGCATCTAGATCAATTTGAGCAAAAA CCATTTCAACATCCTTCAAAGAAAATTGTGAACCTTGTGCTACCATATCTCCGTTTACAA CAACACAAGAGCATCCATCTGCCAAAGGTAAATGAATAATGAATACACGGTCATAATAAA CCTGCTGAAATAGGTTAGAAAAGTGAGTTAAACACAATTATCTTCATATCACCTAAGCTA AGAAATACAGCTTATATAGATTACTCATATGGTAGATTACTACGAGGACAAAAGACAGGC TTGCTACCATAATAGAGACGGCCACCATCGCATCCTTGGTGATTACTGTACATGTAAACT CCCCCTCGAGTATGTGTGGCACTTATGAAAGCACGATTGCGAAGATCAAGCTTTCGTAAT TGATGATGACTTCCACTTGCATTCATAAACACTTCAACACCATTCAATGCAAGCTCAGCA TGAGGAGGTTGAGGAGTAAAAAGTTCCTCACAAACTTCAGCTGCAACAGCTCTGAAAGCA ACATTAAATGAAGCTTAAAACCATATAATATGATGGTCAAGTCGATAAGCTGTAACTTAT CTATTGATACACATGCATGATTTGTTTGACTGCTAAGTTCGGGGATGTGTATTAAGTAAG AGAAATCTCCCATGATATGTGGCCACAAAGAAGAATTTAGGCTAGGCAGAGAATTTTCAT TTTTGTTTCTCTTATTCCAATTTTCTTTTGCCAGATGAGCACATTGCAATCAAGAATTTT ATCATTTTCCTTTTTTTTTTTTTCGCTTTGCAAAAATAAAGAATTTTCACAAAACTACTA AAAAGATAACATAATGTCGAGTTACTAACTAAAATTACTCAACTTATGTCATTGTTAATT ATTTAAATCCTAGAAGTGTTTACAGAGATTAAACTTAGTTAAGTAGCAGTTTCTCAATCA CTACGGAAACCATACAGAATGGCTGACACCAAATCGCTAGTCTACAAATGGGGCTGAAAT TTTGTGGATGCTGAAGTATAGCTCCTTTCTAAGTGACTTCTATACTCTAGCTGATGAAAG GATTAATGTTATAAGCAGACTTAGAATGTTCTGCACATACACTTCAAAAAACTGGTTATG AAAGGATAATCCTAAACAATAATCCCCAACTAATGATAAGAAGAAATGGAGAATTTATAT TTTAATCTCTTATAAGTTGTTTCGTGTCTAGTTCAAGGCATAGTCTACCTTTTTCAGAAT GTTTTCAATATTTCATGGTAGAAGTAACTTATATCTTAAGTATATGTTCAATGATAGGTA ATATTTAGTGCATCCGCTATTAAACTAGCTGGTCGTTATATTTTATTCAGTTACTCACTT TCAAAAAAGATGTTATACTAGAGGATATTTTTTTATATATAAAATGATCAAGTGAAATGC AAAAAAGCCGATAAACCCAAATACATTGAACTAGAACCAAAAAGCAAAAAGGCCAGTTCT TTAACACTCCTGAATATTTTTTGGTTTTTAATTTTAAGTTTCTTAAATATAGATGTGTTT TGGTTTAGGCAAAAACCGGATCACCAAAACCATGCACATTACAAGCTAAAGGGACAAGTT TCGAAAATTTAGTGCCTTCCACAAATATGTTTTACCAACTTCAATGCTCAACTTAATACA AGTAAATTCTAAAAACATGTGTTTTGAAACATAACACTGCAATTCTAAACATGACTACTT TTCGGTCTTCAACTCATTGTTTGTTTGTTATTCACAAAGCTTTCTAATTTTGAATGACCA GGAAAGATAGGTTCCTTGAACGACATCTATATCAAATAATACTATATAGAGGGATTAAAT CCTCTTGTAGATCAAGAAGGCTATAAACTAAGCAACCAAGAAGACACATAAATTCTGTTT TCAAGTCGCCCAATCAACAGCAAGAAAGAGAAAGAGGGGCAGAAAAGCAAAACAATATCT AAAAAAGGAATAAAGAAAATGAACGTCAACATACGTGTCTAGAAACTGGACATAGCCATA ACCAAAAGGCACTGTTGTTTGAGACAAAGCATCTGAAACTTCACTTGGAAGATGGAAGTC CTCAAGATGATCTTTTGATTTCCATGCTGTAAACCATCGAAGTTCTCGATAGTTGCCATC ATTTGCTAGCCACATCTTTGGCCTTATCATGATTATTTTTCTGTTTAGGCACAACACTTG ACAGTTGTAACGTTCTGAATCTTTGATAACAGGCATACCGAAGCTACATAATATCCCATC AGTCCAATCTCCTAACAGTAATTCTTTTAAGCATTCCCACCTGCGAGTTTGTGAAGACAT TACAAAAGAGGAATGAGCTCAAATGATTTCCTCACTGAGGTGAAAGTACTCTGCTCAGTG AAACACAAACACATTATATCTGTTTCTAATCTATGTGGGTATTTGGCCATGAATATATTT ACTTTTTTCCTGGAAGTGAATTCTGGAAATCATGTTTGGCCATAAAATTCCATAATTCAA CTTTTGTGAAATTTGAAGAACACAGAGAAGTCCTTTTCACTTTCCCCACTCCAAATCACT CACAAAATTTTAAAAATTAACACAATTTGTATTCATACTCAAACTACAAACTCCAATTTA CACCCATTTTCACCTTGAAAACAAAAATTACATTTTTCAAATACACCAAACGGGCCATTA AGCTACCCCTACTGAATTTTGTAAGCTAATTCATATGAAGTATGCATTTTTATAGCCGAA AACGCTTCATATTTATCAATTTCAGCAAAAAAAAAAAAGGAACTTACGCATGAGCAACAG TATCGAGTTCTAAAAAATGATCTTCACAACCATATCCAGTGATTTCAAGCTCTGGTCCAA GCCTGATCATAGCTCCAGCAGCTTTAGCCTCCGCAATAGATTGCTTAATGTTGCTTAAAT TGCAGTCGAAATCCATAGCCCATTGGTTCAAATTACACGTAGCTACCTTCAATAGCCTCA TCTTCAATTTCTCTGTAATCAAAAAAATTCAAACTGTATATAAACAAATTCACTTCCTTG CTGCAATTTATAGATTTTACAATATGAATTTTTTTATTTTAAAAAAAAAATTAGAAATTT GATTTGAGTTTGACGCACCGTTTGAAGGGTTGGAAGTATTTGACACGTCCAACTCCACAC TCACCACACCAATTCTTGATTTTCTTGTCCAATTTTTTGGGTGATAAATGGCTAAAAGAT TGTTTTAAAAAATAAAATAAAAATAATAACTTCAGTTCCTTAAACAACTTGTGTATGTCC CTCCCCCCACTAGACAATACTTTTAAAATACAAAAATAAAAAATTGTCTATTTTGAAAGT AAAAGTTAAAAACTGAGTATATTAAGGGCAATACATTCAATTTAGTGTTGTGGAATTTTT CCCTTTGGTCTTACAAGCTATTGGATTCAAAGTTATTGAACCCAAAAGTTTTTATGAGGT TGGATTTGGGTTCATTAACCAACTAGATAAAAACGATCAATATTAATTGCGTATAAAAGA AGTTTAATCGATAATAACCTTTTAAAATTTTAAATATATGAATTTAAAAAAAAATTAATT TAACTAACTCCAACATGCACGTGAATTGACATATAAGAATTAAGATTTTGTTATATGCTT ACTGTCTCATTATTCAATTTGGTATTTATTTTGAACCAAAGGGTGATAACTTTTTTTGGT AGGTATTTTAAAGACGACGAGTCAATGTGGCATATCTTTTCAGTCTAATTAATACTGAGC AAATTTCTTTGCGTTTTGTGTAGCTGTCCATTTTTAGTACTTACAATTACGTACTAAGGG TGCCAGTTAATATTCTAGAGTCTATTTTACAACCAAAAGTATATATCAAGGAATCTGAAT TATGAATTTGAATTTTGACAGTGGACTAGATTTAGATTTTTTAAAAAAAGAAATAAAATA AAAGTAAGTAGCATGTTTGAGAACATAATTCACATGAAAATTAGTACATGTAAATTTTGG TTCTTCTTCACAACACAATCTACTAAACTGGGTAACCCTATGTTCTCCAAGCCCAAGTAC ATTCACAGAAGAACTCCTATAAATGCCAAACCAAAAACATTGATATTACACTGCCACAGA ACTGGCATATATTGATAAACGTAACCTAAAAAGAAACCGGTGGCATCATCCTCAGTGACT TATATTGACAATGGCATGTTAATGAGTTTGATCTGTTCATGCTTTAGGGAAAGCCTTGGA TGCTACTGCACCAACTATGAAACATTTGAACATGCCATAGGATCCTATAACTCCAACAAT CGTTTTTCGTGGCAATCAAACCCCAGAACCAAAACATTCTGGAAACCGCTTTCTTCCTAG TAACCTGTTGTTGTTTGTCTAACATAGAAAAATGAAACGTAGATTTAAAATTCAAGTTTC AGTATTTTTAGTGATTTGAAGGGTCAATTAGTTTGAGGAATAGAAAGGAATTGATAAGAA AAATAGTTCAAGAAAGATGTACTATGTAGAACACTTTACCTGAATCCTAATTCCACATTG TGTCTGAATAGTAAATGACCCTGAGCTGCACCAATGGGTGAAGCACCGGAATCACAAGTT TTCTTCCTTCCTGGAACCTAATGGTGTCTCCTCATGTTGAGACTTTGGAAGTTGAATATC AGGTACCACCTCAATGTCCTTGTCAGGCTTATAGATATCAACAAAAAGAATGTTGGTCTA TTAGAAAAAAAGAAATTGCAATACAAAACCAAAAGAATTTGTCAGTACATCTGAGTGAGT AACTTACCTTCCATAGTTGCAAGAGACGCCAGAGCAAAAAATTTACTATCATAACTATAC AAAATATTTTCCCGGCCCAAGTGCCACAAGTAAGGTACCTGGAAAATTAACTTGGAAGTT TAATCAACTGCAAGAAACATTTATTCATATGCAAACTCTATACAATCAATGCTTAATAAA TGATACAGATGGCAACCCAAAATGAATGTTCAACCGCCTTAAGGCCTACAAGGTCGAGCA TTGAATCTAGGATGTATTTTTTATTTCCCGATCATTGGAAGCAATCTTCACTGGCTTAAT AAATGATACAGATGGCAACCCAAAATGAATGTTCAACCGCCTTAAGGCCTACAAGGTCGA GCATTGAATCTAGGATGCATGCTTCCCCCCAGTCTAAGGTCACCAAAGGACCAAAAACAA TCATGTTCAGTTGCTTGAAGGCCTAGAAGGTGTCATGTAAACCTTGTGTATGCACAAGTT AGGACATCAAAAGGAGGATAAAAAAATCCAGAGAAATTTACGTTGCAATACAGTTATCTC ATTTTACTTGTACCACAAATTACCCCCCCCCCCCCCACACACACAAAAAAAAAAAAAAAG CCACGTTTTATTGCTCAAGCTTTATTAATTTAAGATTCTATACAACAAGAAGAGGGTCTT TCACTACTAAAAGAGAAATAACATATAACTAATTGATTTTTATCTGTTCTCAATTTATTT CTCTAGGGTAATGACATATCTTAACAAACCATTTTTCTTCAGAAAGTAGTATACCTTGAT AATCGATCTAGCAAAGGTGGATTGGAGCATTTCAAAGCACGGTTGTAAACAATTTCTGTC CTCCTGGCTACATCAGGCCAACTATAAAGTTTTTTCATCTGGCAGTAGAAACCAAATGTC AGTAAGATCGCTATAATTCTTATTCTTAGTTAACAAACCCGTAGAAACACTTTTTCACAT TATCGTTTAAAACTGTGCCCCAAATTAACTCCCTGCACTTTTTTTAATCATAAATTCTGC CATCGGTGAACCCACTAATTGAAATGGATTATGGTTCTGGCTCAACCCAAAAGCTAGCTC GAGGTGAGGATTGCCCAAGATCATAAGAGGATAAATCCCCAATTCCTCCATCAATATGGG ACTCTTAACATCCGCACCCCCTCACTCCTAGGAGATTGGACATCTAGAAGACGGACAAAA TAATGTGGGGGCCTAAAATTGGGTAAACAAAGAATCAGAATGGGACTGCCCAGAAGATTT TGTACCTAACTCAACCCAAAAAGCTAGCTCAAGAGGTGACAATGACCCAAAATCATATAA TGAGACAACAATCAATTTCCTCCACCAATGTGAGAACTTAACAACCACAAACAAATCTTT CCCTTTTAACTACTATATCTTCAGTCTTCTAATCTATCTTAAATGTCCGCTGCATAGCTG TCCTCTCTTCCCTTCCACAAAAAGAAGAGCAAAAACTCATTGCAAGCATAGTGTCTTACA GGAGGGGGGAATTGAATTGGAAATATTTTTCTTTTGTTCAAGAGATTGAGTTGGAAGACA TCCATGAAAGATTGGGGTTAACCTCAATTTCCTTCAGATCTCACCTAAAATACGAGACTA TTTATACATCTCAAGAGAGTAGAAACTAAACAGCCCTTGCTACCTCGCTCAAAAGAAAAG ATGAAGAAAAAGGATAAGCAAAAGGAAATGTGGTACTTACACGATTGTGCATATCTTGTG GATCGATCTGAGGAAGCATATATATAGCTCTTGTGATGGCATGAACCATAGTTGTAGGAT CTGGCGCAGCCAGAACAACCATATCATCTGGAAGAACCTGGACAAGAGGTACAAAACATG ATAAATAATAACGAACAACTTACAAAATATAGGCAAGAAGATCTTGAACTATTAACTAGT CAAGCAAAGAGAAATGAATCATGGACATGCCTCTGGAACACCTCCTACACGTGTACTGAC TGTTAATAATCCGCAACTTGCAGCTTCCAATATAGCGATGCAAAATGCTTCTGTTAAAGA ACTGGCACAGTAATGCAAGAAATAGGAGCATAAATGAGGATTAGAAACGGGGAAGGTGGA AAACTGGTTGTTGTTCAACCACAAATCAGGCATGTTTAAATATCCTCAGATGATATTCTT TTGTGACTGCTTTTGCAGAAGAAGAATGTGTAAGGAGCAATTTCAATGTTTTCTTTATTA TTTTTGATGATTCTGGAAGGAAGGATGAAACCGATGAATCCAATTTAGCTTAACAGCTGT GACACAAGTTCTAAGGAGCCACACATCATTCATGGTTTTGATATTTCAATCTCACATTTG CAGTTGAATATAAAAATCAACTATGTAAAGATTTTTTTTTATTGTGCCACCTAGTTGATT CCTTTATCTTATTAAGATCACATACTCAATGTTGCAACTTGAAGCATCTTTTTGTTGAGA AAAAAAAGAGCCAAGGAGGATGCAGAATCGACTACGTGATCTTAATGAGAATTACACTTC CATGGATTCTCCAACTGAATCCTTTCCCTTCAAGATGTTTGAATTCTACACTGACTTTTC CAAAATGTCTATTCCATCAATCATATGGACATGGGAAGTACAAACAAAAGACATTCCAAT TGGCCGGTAGCATTCATCTTTGTAAAGTTTACTTATTAAAGAAATTCAATATCATTTTTC TTCTACAGTTCATGATTATAACATTCAACAAACATGTACAGACCAACAAAGCATCACATT TCAGTAGATTATCACAGACTGATGCAACCAAAGTGCGGTCTAGCGGTCAATGAAGCTGGG AGTGGAGATGACGGTTCAAATTCTAGCATAGGACAAAAAAGGTTGATTTCTAGTCATCCA TCTCCACCTTGGTAGACTCAATTACCCGATATCTACTTCGGTGAGAAGTAGCATTATACC TGGTGGATAAGTCGAGGTGTGTGCAAGGTTTCTTAGACACCGCCAATATAAATAAATTTT AAGAAAACTGTGAAAAATTAAGCAACATATTTTGTGTATCAAATAAGGGAAACTTTGCAT TACAAACAATTATCATAATTAGTGGATCAACATAGACTTGGTGTATGTAAATAAGCACCT AGCATCATTTATTCTGTATCAAGACAAGGAAAACCTTTGCATAACCAAGTCTTTCATGAC CCCCCCAAAAAAAGAAGAAGGGGAACATATGTTTTTTCAAGGCTGCACAAAAAGAGCTCA ATATCATATAAAGAAGAGGAAGAGATGCTTTCCACTGACAACGCCCAACAAATTCCTCTT TGGTCATATAACTTATCGAAATTTTGCAAAAAAGCACATATCAAAAGAATTACTACCTAC GGAAAGAAAAATATTGATGTAAAGCATCTAAAATTTCCAGAGAACGAAAAACAGAGAAGT TTTAAAGAATTTAAGATAAAGAAACTGAATAGAATCATCAAGCAACAAAATAGAAGTGAC TTTGAGCTATAAGATAAAATATGTAGATCATGATTGTATAAAGGATCTCTTCTTCTTTGT TCCTGTCAAAATTAAACCAGAAGACAAGATAGCATTTCTTAAGAAGGAAACTAAGACAGA TGTCAAATAGAGGAACTTCAAAGAATAAAATGATATAAGTTGTAGGGTGTACATGATAAC TCTTGAAGGTCTCGCACCTGTTCAAAAATATATGGCCAGTTATTAGTACAGACCGTACTT TAGCATGAGGGACAGCCCCCAACATATCAACACGGTCTTGAAGAGAGTGTTTTTCCCTCA TTTCTTCCAGACGCACTCGTTTGGGTCCATCTCCTCCAACAATGAAGCGAACCTTAGAAA TGCATCCAAATGAGTTGCCAAAGTTCAGAATTCATAAACAAGGTCAAATTCCATAGAGTA GTTTTGTAACGAAGACCATGATGATAAAGAACCACTTACATTGGGATGCAAACGGCATAC TTCAGGGATCACTTCAACGAGTAAATCTGCTCCTTTCCGATAGACTAACCTACTTATCAC AACAATTACAATTTCATCCCTGCTGAGTCGCTCTGGAGCAGGAGTAAACATGGCTGTGTC CACAGCATTTGGAATAACATAGACCTTTTCAGGCGGCAGACCAGACCTTAAAACTGTATT CTCTTTGCTTGTGTGAGAAACACATATAGCCTGAGTTACATCGGCTAGAGTAAACTGTAG CACCTTATTCATGTGAATACTTCCAACATCTGAAAACCCATAGAGAGAATGATCCGTGAA TACAACTTTGTAACCCATTGTGCGAGCATGCATTAGAGCTTCATGACATAAGGTTGAGAA GGCTTGATGTCCATGTACCAGCGATATCTTTTCCCTTATCAGAATTGTCCTAGTAATTGA AAGTGTTCCAAAGAAGGTTGGCAATGTATTTTGCATGAGAAACGGCTTCCAAGGGACATA ATAAACTTTCAGCCCATTTGTCATATATCTTACTCCAGAACGATTCTGATAAGCATGAGT CATAACTACCACCTGAAATTTATACAAAGGAACAAAAAATGAATTCATATAAAGTATCTG ATTATAACAAATCAAGCTCCTATCTCTCTCTCAATTTCACTCTTTCTTGACAATTTTTTT ACTATGCAGATCAAAACTAAGTCCCTTCCAGGTACAGACAAAGTAGATTATCTTCACGGG GAACAAAAAAATTAATCTCTTATCAATCATATTCAATCAATAACACTTTAAGACAGGAGA CTGTGGTTACTGACCTTGTGGCCTTCCTTAATCAAGCATTGTGATAAATAGTATATATGA TTCTCCACACCACCAAAATTGGGGTAGAAAAAATCTGAGACCATTAAAATTCTATGTTTT TCCGGTTCACCCATGATAACAGATCACCACGGACGCTTCTGCTGCAGAAGAAACCATTTA CACAACAATATAAGAAAAATGCCAAAAAAACAACAACATATAATTTTACTGCATAAGATT GTAAGGCATGATTCAGTTGATAGAACTTACCCTATTTTGGCCAATCAAGTTTATCTGATT TTAATGTTGTTTCTTCAGCCTGTAACTGAATAGAGCTACCATTAACAATCATTTCCCAAC CTTAAAACACAAAATCAAATGACATAGCATAATATCACGTTTGATGCTTTTTTTTTATGA CAAGGGAAACCGCTGCAGCTACCCTTGGGGTGTGCACAGGTGCAATAGCTCGCAAACCAC GTAGATATCACGTTTGATGCTTAAACCACTTCGTTCCAAATTTTTCCCAAAATGTCACTA TGCATAGACATTTCTACTATAGATCATAGGATATCTACGACACTGTGCAAAGCAAAGCCA CTAACCAAAAAATAAGAAACTCAAAATTACAAATCTCCGAAAGAAGCAAAAACGCCCAAA TTCAGTTCAAACATACAAAGATATATCATGCATGAGAAAAACGAAGCTAAATTACTAACA TATATACATCCGAAGGCAACAAATCGCTCAGAAAAGAAATAAATTCGACAAATTAAACGA AGAAACACAAGTCGAGATCACACCCAAAAGCAGAGCAAGCACCTAGTAGAACACAGAGAG AAACAGTAAACCGAAAAGATGAAGGAGATACATACATACATACATGGGAAGAGAAAAAGA AGTGAGCTCTACAAATCTGACCAAGGCGATGTAAAATGTTAATGGCGTTTCTATGTGTTT ATTATGATATTATTATTGTCACTAATTGAAATTTTCTTAGTATTAGTTTGTTCCTACTTG CTAAGCACATGTTTTTTAAAAATACTTTTTTCCTTTCAAAAATCAATTATATACTTTAAC ACTTGCAATAAAAAGTCATTTAATTAAATTTATAATTACTTATTTTCTTTTAATTTATGA TGTGTTTAATTTATAATGTGTGGTGCATATATAAATATATCATTAATCTAATGATTTTGA ATCTATTTTAAGACTCGATCTATCAATATTTATTTAACTATATTTTTTATTAGACAAGTG TTTATGTACATCATAGATGAGCGAGGAGTAAATTGTCAACTTACCAGTCTTTAGCTCGCC GAGTTCGAGTTCAATTAAAACAAATCATGTTTTTTAATTGAATTGTAATCAAAATTCTTC CAATTGTTATTGATTCTTTTTATTATTATTATTAAATATATGGTTTGTTTAAAGTAAGGC AATTTATGCATGTCCTTTTTCTACAATATATCAAAAATAAATACTTAATTGAGATATTTG GGTATTTCTCCTTGGCCCTGCTTTGAGGTTTCGCCAGGATTCTCTCACAGAGCCGCCTCA CACTGTACCCGCAACCCGGTCCACAACCCATTTTCCCTTTCATTCCGGTTCATCTTCTCC ATCACCGGCAGAAGGCGGAAAGTGGAGAACGAAGATGACTGAAGTCGCGAGCAACGTTGT ACACGAAATCCTAGGCGGACGAGCTCAAGATGTAGATCAGCCTATTATCGACTATATTAT CAATGTCGTCGCCGATGAAGATTTCGATTTTGGTCACGACGGTGAAGGTGCTTTTGAAGC CCTTGGAGAGCTACTTGTCGATTCCGGTTGTGTTACTGACTTCTCCGAATGTCGTGCGGT ATTAATACTTCCATTCCATGCTCAATTTCGTTATTGCTTAGGCTGAGTTTCATATTTTTC TGCTCGAAATTTGTTAGATTGAATTGATTCTGAAAGATGTGCTTATTATACTGTTAAGAT ATTTTTCTGCTCGAAATTTGTTATATTGAATTGATTCTGAAAGATGTGCTTATCATACTG TTAATAGTTTGGATTGTTGACTAGGAACATAATTTACGAACTAAATAACATTTTTGAAAC TTGTGGTCTAAATAAGCCATAGACATTTGTTTGACTACTATCTATGAGTGGAAATGAGAA CTTTAGAGTTAAATACTTTTTGGATATAGGAAAACTACCATTCTTTTTAGTATTTTAAGA GTGAAAAGTGAGAAGTTTAAAGTTGAACCTCCAGGCATGACCCAAGCTAGTCTAAACAAG GAGAAGAACACAATTCAAAAGTCTTTTCAAGTTAGTCTAAACAAGGAGAAGAACATATTC CAAAAGTCTCTTGCTACTGTAAACAACGACAGGTTTTGATGAATAAAATTTGGACTTAAA AGTTAAGTGATTATTAGCTTCAGTTTATCATTTATGAAGCAAGGATTGTGTGATTTAGTT AGAGAGCTTATGATGGCCTCAAAAGAAAATCATTTGTAAGTGAATTTGGTCTGAAATAGA GAGTGACCAACACTGTATTGGACTTAGATGTTGTCAGTTGAATTGATTTGGTAATAGCTC ATTTATGATTAGAGGACTTGTTAAACCAGAGAAATAAACAGCCATTTAAGGGGACATAGA ATTCAAATGGGTGAATAACTCTCATCATAGAGCAATTTGTGAACTGAAAAGTTGAAGTAT AATATGGCGAACAAAAATACAAGTAATTTCTTAGTACCAGAATTTATGGTTATACCAGCA TTTACTATTGTGATTGTTAGACTCCTCTATGTTGGTCTTTGTTGCATGCCGTTGTGTTTA TACATTGAGTCGTCTGCAATCTATCTTCAGTAGCATTTTCCAACCATGACAGGTTTGTAG CAAGTTGTCTGAGAAGTTAGAGAAGCATGAATTGGCTAAACCCCAACCGACGGTGAGAAG CTTAAAAATGCCGCTGAGAATGTTTGATGGAATGGATGAAGAGGAAGCTCCAAAGAATAA AAAGCCAGAACCAGTTGATGGTCCTTTGCTCACAGAACGTGACAAGATTAAGATTGAAAG AAGGAAGAGGAAAGAGGAACGCCTGAGAGAGGTGAGTGAAAAAATGATAATCTTGATCGT AATCAGAATGAACCTGTTTGACACAAATATTGGTTGTTAAATAAATATGTTGGGAAGACT GCTCTTCTTGTCTATGAACTACACTGATTTGAGTTAACACTTCACTGAGTTTCCATTTAT CATTCTAATGGGGTGTGTATGTGTGTGACATTTCAAAATACTCCTTTTGTTGGATAATGG TTGTCTTCGTGAAGTTATGAGACAGAATAAATGTAATCACTTTCCTATTACTGCTTTAAA AATTGTAACCGGTAACCCTCTACTTTCTGCCATGTTGATGAAAAGAAGAGGGGAAAAAAA AAGAAGAAGATGAAAGTGGCTGGTTTACTCCTTCATTCTTTTAATCTGTATGGCTTGATT CTGCAGGCAGAATACCAAGAACACTTGAAAGAAGTGGAGGAAGTGAAAGCTGGTATGCCT TTAGTGTGTGTGAATCATGATGGTCAGGGTGATGGACCAACTGTTAAGGATATCCGTATG GAGAACTTCAATATATCTGTCGGTGGTCGTGAACTTATTGTCGATGGTTCTGTCACGCTT TCTTTTGGAAGACACTACGGTATGCTTGATTATCTTATTGAAAAATAAATGAAAACTCAT TCCTATGTACTTTGATTTTGCATTTTCTTAGACCTTTTAGTATCAAGTAGTTTGTATCTC ATCGATATGGTATTACTCCCTCCTTGCTGATAAGAACTACCCACTTTTGCAGAGTCAAAT CATGAGTACATGACATCTATCAACATGTTAGTATATAGAAATAATTCGATTTCTGTTTAA ATTGATAAAGCTTATCTAAAAGAAAGTTAAAAATAGTAGTTTGGAATTTGAGAAGTTGGG ATGTTAGTCGAAAATTCACATCAGATTGGATACAATACGAGATTGACCCAGTTTATATTC ATTCATTTAGAAGTGTTGGGGAGAAAAAATTTCCATCAAGGGGAGAAGTCAAGAATATTG GGTTGGGCTAAAAGGAAAACATGCCATTTATCAGAGGGTGCGAGTGTCTATCTATCTTGA TAAGCATTTAGGGGTCATTTGGTAGGATGTATTACATCTCTAATACATGTACTAGTCATG GTATTATTTAATCCTTTATTTGATAGGATTTTCAGCCTGTGTATAACTAATCTATTAGCT ATACACCCTATTCAGTATTATAAGTTGTATAACTAAGACATAGCAAATTATGGTATTAGC AATATGAGGGCTATTAATACATGGATAAGCATGGTAAAAGACATAGTTGCCCTTAATAAA CCGAACCAAACAGTGGATAAGAGATAATCTCCGTGTTATCAATCCTAGTATTACTAATAC ATTCCATTAATCTACTCAGTGCTATTCTTATATACTCTACCAAACGACCCCTTAATGTCT TAAACAAGTAAGTCATCATGCACACATCCATTATTTTGTCACTGGGAAGAAGACTGGAAT ACATGAATTGGCATAAATGCAAAGGGGGTGAAACTTGGGGGAACATATTTCGTCAAACAA CAACATAGGCTATAGCCAGTGTATATTGGCATTTTTTGCTGTTTATTTATTAATTAAATT GATGACTTTCTCAAAAAAAAAAACATAGCCTATAGCCAGCGGCGTAGTTATGTTTTATGA ATCCACGGCCTTACCTAAATCTCTAATTTGGATGCAGGTCTTATTGGAAGAAACGGTACA GGGAAAACAACTCTCCTGAGGCATATGGCTATGCACGCTATTGATGGTATTCCCAGGAAC TGCCAGATATTGCATGTTGAGCAAGAAGTGGTTGGTGATAATACCTCAGTTTTGCAATGT ATTCTTAACACTGATATGGAGAGAACCCAACTTCTGGAAGAAGAGGCTCGTCTGCTTGAA TTACAGGTTAGAAACAGATCAATGGCTAAGCTTTTATGTCATATTATACTGTTTATTTTT AATATACCTTCGTATTTTGTTCTCATTGGATCAAGTATATTCCCATTCCTTGGCATTTTC ATGATTTTCTAGAGAGTGACCGACTTAGAAGGCGAATCTGCAAAGAGTGATAAGTTGAAT GGAGGTATCGACAAAAATTCGCAAGCAAAAAGGCTTGAAGAGATATACAAAAGACTTGAT TTCATTGATGCTTACTCGGCTGAGTCACGTGCAGCAACTATACTATCGGTTAGTTTGACT TTGACTAGTAATCCGATTTGCAAGCTTATGATGACATCAGTCTCTCTGTAACTGTTGAGA AAGTTTGTTCACTTTATATATCTTCTTGATGCTCTTTTTACTGAAACCACTTTCTTCATA AAAATAAAGTTTATTCACTTTATACACTATGTTTAACTAAAACAGAGTTTGCATTTGATT TATAATATCGCACACAAATGCTGTACGTTAGAGTTTAATTTATAATGTATGAGCAAGATT CAGTCTACTAATTCATGTACCTGGGATGCCTGTTCCTTTCCTTCTGTTTCTACCATGATT ATGCTTCCGCCTACTTTGTCTTAGGAATGTGTTTTGGATATGGCTTGAAAGTATGGAAGC TAGTCTCAAGCTAATCTTGCTGTTTTTGCCTCTTCTTAGAGTTTGAGTTGTCTAAGCTTC TGTCCTAACTTCATGTTATCCGAACTATCTTGCTGTTTTGGCCTCTCCTTGGAGTTTAAG TTGTATGTTGAGATTATTTCCCTTATAATTTAATGTTGTCTTGTCGTTTTAAGCTGTGGA TCTGTGTACTAACATCTTAAATAGGAAGTTTTGAATGGGGGAATATGCTAGAAGTTAATC TATCTCTGGCAATTGAAAGTTAGAACTCCTTTATTTAAGAGGCTGGGTTTTATTCTGCTG TAGTTTTGGCGTTCTTCAAGTTGGATGCTTGTCCACCTCAATTTTTCTTATGATGTTTTG CCTATTGATCATTTGTGTTCACACCATTTGTAATGTATAGTCTAGTTCTCATTGGTGGCT ATTACTTCCAGGGTTTGAGCTTCTCTCCAGAAATGCAAAAGAGAGCAACCAAAACATTTT CTGGAGGATGGAGAATGAGAATCGCTCTTGCTCGGGCATTGTTCATTGAACCTGATCTAT TGTTGCTTGATGAACCCACGGTGTGTTATTTCTTCTCGAGGATGTAGATGTACAGCTATT CAAATAATGAACTTCTGTTTTCTTTTGCATGAAGAAATCATAGAACTTATGTTTTCCTTC CTTGCAGAATCATCTTGATCTGCATGCTGTCTTATGGCTGGAAAGTTACCTGGTGAAGTG GCCGAAGACATTTATAGTTGTGTCTCATGCTAGAGAGTTCTTGAATTCTGTACGTCCTTT CTTCTCTTTGACCTAAAACAATAGTTGGGTTCAGTATGTTGATGTTTGTTTGACATCTCA TAAACCTATCTTTGCTTCTTTCTTCAGGTAGTCACAGATATCATCCATCTACAAAATCAG AAATTGAGCACCTTTAAAGGAGACTATGATACATTTGAAAGGACACGAGAAGAACAAGTT AAGAATCAACAGAAAGCATTCGAGGCAAATGAACGTACAAGGGCCCACATGCAGGTCTTT CCCAATTATATTTACCTTTTTTTTTTTGAGATGATAACTTTAATTACATTCACTTTATTG GTAGACTATTGCAAACAGATTATTTGCGACCTTATTTGCAGATTTCTTGTCTCGCTGTTT AATGCTTTGATACATTTTTTTGGCTATAATGCTGTGCAGACCTTTATTGACAAGTTCAGG TACAATGCAAAGCGTGCATCTCTTGTTCAGTCTAGAATTAAGGTATGCATTCATTGCTGC TCCTATATATCTTGATCCAATTGTTTAATAATTTAATTAGGTCCACTTTTGATTCCCTAG CATGCCATGATCAGTACCTGAATCGTTTTCCTTGAATTTGACAGGCACTGGAACGAATTG GTCGTGTGGATGAAGTCATCAATGATCCTGAGTACGCATTCATTCCTTTAACACATTGCT CCTATATGTTTGTGTATTTTAACTCTCTTATGATGTTTAACTTGTTATAACCTGCATCGA TAAAATTCCGATTTCTGTCATGTTGCATTTTTATAATTAAATGAACTCATTGTTATTTTG CATATGATATATGCAGCTACAAGTTTGAGTTCCCTTCTCCTGATGATAGACCTGGCGCTC CTATTATAAGCTTCAGGTTAAACATCTCTTAGTCTGTGGCTAAGACATTCTTGTGATCTC TTGTCAGACAGCAAATCTCAGCTAATTAACTTCTTACCTTATTGTAACTAATGCAGTGAC GCATCCTTTGGATATCCTGGGGGACCAATATTGTTCAAAAATTTGAATTTTGGAATAGAT TTGGATAGCAGAGTAGCAAGTAAGACCTTTATTGTCTACCAATCAAGTATTTTCAAGTTC ACTTAACTGGTGCAAACCTTTGTAAACTGTACGTATGGGTCAGTAATATGTCTCTCTGCA TTGACGTTGAGTTTTTCTGTTGGGAAGTAAAATTAGATCTCTTTATTTGTGAGTTAGGTA GTATGTGGTTTTGGCATGTGTATTTTTATAATTGTTTTTTAATCATTTTTACTGTTTTAC ATATCATGGACCTTGTCTCACCTTATGTATTTTCCAGTGGTTGGTCCTAATGGTATTGGA AAGTCAACAATACTTAAGCTTATTTCTGGGGAGCTTCAACCAACCTCAGGGACTGTTTTC CGCTCTGCTAAGGTAAACTTTATTTGGCAAAAACTTACGAGATTTTGTGGGTTTTTTTTT ATAAAAAAAAAATCACTTCCAATGTCTACTAGTTCTGTCCTTCACACCATATATCAATAT TGTTCTGGTCAATTTGTGTTTCAGCCGTACGTTCTCTCATTGCAATTCCTGTCACCTTTT AGTTATTAAAAGTCTATAGACTAATGATTCTGTATGAGCAAATGCTAGTGGTGTTCTTTT GACCTTATAATTATTTGTGCAGGCAAATGTTTCATTTTGCTCTATTCAGTTACTTGATCT TAATGCATTCTAAATGCTCTTCACTTTTTGTTTAGGTCCGTATTGCTGTATTTAGTCAGC ATCATGTTGATGGGCTGGATCTGTCCTCAAATCCCCTCTTATACATGATGCGTTGCTTTC CAGTAAGTTCTCCTAATCAATGATGTATTTTCTTGTAAATTCTAAAATGTATGTGTAATA AGTTCTCTCTAAAGAAGGTGGGTCAACAGTTGATTTTTCTGAATTTATTTGTGTCCGAAC TCCTGATAAGACATTTTTAAAGGTTTAATTGCTCCCTTACATCTCATATTGCCAAAGTGA ATCTGCAAGTCATCTTTTTTAATGTATTGACCTTGCTCTGGCTTCCTGCAGGGAGTGCCT GAACAAAAATTACGTGGTCATCTAGGTTCATTTGGTATAACCGGAAATCTTGCTCTTCAG CCCATGTACACTTTATCTGGTATGTTAGCATTCTACTTGTGTTTTTTTTTTTGATAAAGT AAATAAATGATATTAGGAAGCATCAAGAAGATGCAAAGTCACAAAACACTATGTGCTAGA AAGCTGCTCCAAACAGCAATATATGGAGCTAGCTTGGCAAAAACTACTCTACTGTACTAG AGATATACTTGTGTTCTTGTTTAGATTACAATGATTCAGTTCCGCCTTCTGTCACTTGGG GTCAAGAGTTGTGGCATAATAACTTATAGTCCACATTTTGGATTGATCTATGGGATCTCA GGTGGCCAAAAAAGCAGAGTTGCATTTGCAAAGATAACTTTCAAGAAACCTCACATATTG CTTCTTGATGAGCCGTCAAATCACTTGGTAAGTTGAATTCTACTTGTTTTAGTTTCTTAT TCACCATCTTTTCTTCATACATCCGTGATTTTCATGTCTTCTTGTTGCCGAATAACATAC TTGGTCGGAGTAAAAAGTGGAACATAGAATGCCCGAAAAAAAACTGGCGCGTTTGTGGGT TTTAGGAAGGGCCTGGTGTGGTTTCATGATTTTTTCTTGATGGCATTTAATTTCAACAGC TAAAGCAAAGGATGTACTTAGTGCTTCATTTATCCAAAGCTTCTTGCATATGCAATGGCA TTATCTAATCGAGTTCTATGCAGGATCTGGACGCTGTGGAAGCCTTGATACAAGGTCTTG TCTTGTTCCAAGGAGGCGTCCTGATGGTACTATAAAACTTCTGTCAATTATTTTTTTGGC TAAATGGTAGCATGTTTTTGGTTTTGCTGGTGTTTAATGGGAGCTGCTACGTGATGTTAT TTACAGGTCAGTCACGATGAACATTTAATATCTGGCAGTGTTGATCAACTCTGGGCTGTC TCTGAGGGCAGAGTGACGCCTTTTGACGGGACATTCCAAGATTACAAGAAAATATTGCAA TCATAAACACTTCTGCTGCTTTCTGAAGTGAACGAACTATAATTAGTTACTTATGGCCTA AACCCCTACTTTTATGCAGAGACCACATGTTCGATGTAAAATTTCGAAACCAAATTCTGA AGAATGTTCTAAAACAAATAGTGATTTTCTACTCCTACTTGCTTCTATTTACACTGTCCA AATTGGACAAAACATTTTCTCGATTTGATGAACTTTATTTCATCAATTTTATATTAACAA ATCAATGAAATAAAAGTGTTATTACGACAATTTGTGAGTCAAGAGTGAAAGAGCAAAATA ACCACCATCAATCAACATATATTTCCAATGTCATTGCTAGGCTATGGGTGGCAAATGGAC GAATTAAGCTGCAAACATATCGAAACAATGACACAACTGTACATCCAACTCAATGCACTT ACCTTAATCAAGTTAAGATCGAGTATATGAATTTTTACTAATATGTTCTCAGATACGAAA TTATGTTCTTGCTTACGAATCCAACTCAATGCACTTATATGAATTTTTACTAATATGTTC TCAGATACGAAACTATGTTCTTGCATACGAATCGAGGAAATCAATAATCGGAGAGATAGA ACAAAACTAATTGCGCATCCGGGGAATCGAACCCCGGTCAGTACCGTGGGAGGGTACTAT GATACCACTCTCCCTATTTCCTACATTACAAAATTCAGCTTAATTAGAAAAATGGTAAAT ATAGGTCTGTTAAAATGCATTCACTTCCTTCAATCTGACTTGAACCTTTGGATAGACTCT GCACAAAGTATGGTACAGTCATTCTAATCAACTCGGTCCTTCCAGCATACTAACATGTAT AGACATCGACGAATAATGTACAACTTAGCTCTTTTATCTTTCAAAGTCTTTTTTCTTGTT ATACAAACTTCGACTCTGGCTCTGGCTCTGGCTTTGGCTTTGGCTTTCGCATTGTTGGAT GAAGTTGAAGTTTCTTCCATTTTCTGTGAATTGCTTTCAATTTTGAGAATTACTAGTAGT TTCTTTTAGAACTTCCATGTGAGTTTATTTATACAATAAATATAAAAGGATGCCTCAGTT TCATCAGTTTTTTATATATAAGTTATATTTTGTTGAAGTCTTTATAGACCTTTTTTTGGC AGTAAACCAGGGGCCTTGTTTCCTGCTTTTCAGTGACTCTTTTCTTTTTTACTGCTGGCA TTGCCAGTAAGCCTGCTTTTATTGTTAACTATTACCTATAATTAAATGGATGGTTGAGCT GAATTTAGATTGATTAAATCGTTCATTTGAGTTAACAAGAGTTGTTCGGATAATAAACAT CCTCATTATAAATTTGAAGATTGTGAGTTGCGAGTCACCAAGAAAACAAAAAGGTGGGAG CTCCTAAGATGGCTAAGAAAATGAATATGCCATTAATCCGTTCAATGTTATTTGAGTTGT GCTAAGCAATTTTTATTATGATTAGATATAACATATCAAATAAACAAAACTATTTTAACA GGGTTCTTTATAAGTTAATTTGAGCTACATATCAATCCAACTTTTGAAACAGCGGAATTG AACGGATAAATTTGGACCATCTTCACGACCAATAAACTTGATTTTGCCCGTTTAAATTTG AACAGATTGGATGAGTTATATTTTAGTAGACTAATTTAATTTATCATGATCAATAAACTT GGTTTTTTGGTTAACTGTAGCTATCTGTAACTGTTACTCCATTCTCGAGGACACAAAGGG TCGTTTTGGATAGCCATTTTTTTTTATTTCACTATATTTTTCACTCTACAGAGTTCACAC TTATCCTAACATGACACGAGTCCATTCATTTGCAGTCAAAAGTTTCAGTGAAAAATAACG GAATTTTGAAATAACGATAAAATTGTTATTATGTGATTATAATTTGTCCACGAATTCAAC CTATGAATTCAATTAATGATGTCGTCAAGGCTGGTGGTCTTCCTCGCATAAACTTGAATT GCACACGATCTTTACTCAGATCTCGTATGAACATGAAAAAATTCATGCATCGTACTATTT ATAAGTACATATATGATATATGATACAATATATTCGCTGGCATTGAACCATTCGAAAGTT TATATAAAGCTATTATTTTCAAAAAAAAAAGTTATAATATTAATACTATAATATGATACA TTATAAAATAATAGTGAAGAATTATTCTACTCAAACATGTGGAGAAAGATGATTAGAAGG TAGAATTTTAACTTTAGCCTAACTTTTGTTGAGAACTTAAAAGGCTATTTAACTATGCTT TCTTTTGTCATCTTCCCACTATGAGTCGACAATCATTATAAAAAAACTCCTTTTTTAGTA TAGCTTAATTAGTAACCGCTGATTACATTATTCTTTAGGTTTAAAAATTTATATTAGTGC ATTAAAGTTAAATCATGTTCCTATTTGGAATAATAATATTAGTACTGATTTAAAACAAAC ACTACGCTATAGATCAAACAACACAAAATCAAGAATCTTTTCTGGTGTAATGTTTTTTCA ATTAATAACTTGAAAGGCCACCCATTTTATTGATTCGTTATCTTCGATATACCTGCAAAA AAATCCCATTGCCGGCCTGTTGTTACAAAAAAAAAACATTTTTTTCTTTCACATAAATTA GTTATGGCATCAGTATTGAACTCTTTAACTTGTTATACAACATGGGTAAAGCTATAATTT TTATGATTTTTACAATGTCTATGAATATGATTAAAGCCGAAACTTGCAAATCCGTTGATA AGGGTCCTGTAATCCCAACAACCCCTTTAGTGATTTTTCTTGAAAAAGTTCAAGAAGTTG CTCTTCAAACTTATGGCCATAAAAGGGTTGATGCTAAACTGTTTGTTGATATGTCACTGA GAAAGAATCTTTCAGAAACAATTGAAGCTTTTAATAAGCTTCCAAGAATTGTGAATGGTT CAGTATCAAAGAGTGATTTGGATGGTTTTATTGGTAGTTATTTGAGTAGTCCTGATGAGG ATTTGGTTTATGTTGAGCCTGTGGACTTTGTGGCTGAGCCTGAAGGCTTTTTGCCAAAGG TGAAGAATTCTGAGGTGAGGGCATGGGCATTGGAGGTCCATTCACTTTGGAAGAATTTAA GTAGGAAAGTGGCTGATCATGTATTGGAAAAACCAGAGTTGTATACTTTGCTTCCATTGA AAAATCCAGTTATTATACCGGGATCGCGTTTTAAGGAGGTTTATTATTGGGATTCTTATT GGGTAATAAGGTTAGTATATTTCCTTGCCTTTTTGTTTTAAATACAGTTAATGGTCAAAA ACACATATTTGCGAGTTTGTTTAATTATCAGGTATACACTTTGTGTGATAATTATGGTAG GAAAAGTGAACACCAAATGATTCGGGTAGGGAAATTGCAAAAACGTGATACTTTAGGTGT TTTTGATCCTTATCATGAACTAAATTGGTAAATTTGAAGTGAAAATGTAAAAAAGGGAAA TGATAGAAGTTCAGCTCACACTATTCACAAGATTCAAGTGTGTTGCTTCCTAGAGAGGTC ATATTGTTAAAATCTGGACAATAAAGAATTAGTGTGAATGTACAGCTTTATCCTCCGCAA TGTTCCATTCTTTTGTTAGATCTTCAAGTATTGAGGTTTCTAAACACAACTTCACGTTCA GTTAATATAAGTATATACTTGAGACATGCCTTTTTGAGTTATAAGTAATGTTTTCTTTGT TCTATACTTACATTAACTTGTCGAATAACAATCAGTCTCATCCTTAAGTGTTTTGTATGA AGTGATGATGCTTGCAACGTTGCATTCTGTGATACTTCCTGGAGTTTGTGTCCCAATAGT TCTCTTTTTCTATGAGAATGTCTTATGCATTAAACATATTTGTTGTGATGCAGGGGTTTG TTAGCCAGCAAAATGTATGAAACTGCAAAAGGGATTGTGACTAATCTGGTTTCTCTGATA GATCAATTTGGTTATGTTCTTAACGGTGCAAGAGCATACTACAGTAACAGAAGGCAAGCA TTCATACATATTGATTCATAAAACTTACAGCTTTTAAGATGCTTTCACTGGTATATATTG CCTTTATGCAAAAGTTTCGGATTCTGGGGGGTATTTCAAACCAATTTTGAATGGTGAATT TTTTCTGTCAATAGAACCAATAGAACGTGCAAGCCAGTTAACTTCTGAATTTAACCCTAA TTGAATTGCACACATAAAATGTTGCAGAAGGTGGCAATATCTAATAACACACCTAAAGGT GTAGCCTAGTGGTCAATAAAATGTTTTGACAACCCTGAGGTATTTGGTATAAATCCCAAG AGGCAAAAAGGCTAGATGATTTTTTTTCACTTTTCCAAGCTGTGGTGGATAGAGTTACCT GTAGATACACTGGTGGGATGTAGCAAGTAGTTGGTGGAATTAGTTGAGGTGCGCACAAGC TACTTTGACACCATTATTATTCAAAAAAGAAGAATTTGCAGAGGGAGTAATTGTATCTCT TTCATATCTTAACTATTTTTCTGGAAAATCAGGATGTGATCTTTGCATTTGGGTCTTTTT TTTACTGCAAGTTGTCCTCTCTCTAGTATTTCTGTTGTTTTCTTAAGGGGTGAGGGTGGG GTGTTGGTTGGTGGCTAGAAAACTTACTAGGGCTGACTATATGTTAGTTACTGTTGTCAT CTATTTTCTCTTTTCATGCTGTGCAAATTCTTATTATATCTTATGTTTCACGTGTTCAGT CAGCCTCCTGTCCTGGCCGCGATGATTGTCGACATATTCAATCAGACAGGTGATTTAGAT TTGGTTAGAAGATCCCTTCCTGCTTTGCTCAAGGAGAATCATTTTTGGAATTCAGGTACT ATCTTGTTTTTTGTCGGTTCCTATTAAATAGTCTGATGCCGTTACTTGTGAATTTACTAT AGTTTTTAGGCTTTGTCATGGTTCTTTTGGCTGAATTGCGTTTTGTTGTGGAAGCCTACG GTGAAGACTTTACTCATTTGTCATTGTCCACTTATTTGTTTGTTTAAGGAATACATAAGG TGACTATTCAAGATGCTCAGGGATCAAACCACAGCTTGAGTCGGTACTATGCTATGTGGA ATAAGCCCCGTCCAGAATCGTCAACTATTGTAAGGCTCCGCAACTCATATTCCTGACTTG GTTTTATCATGACCTTTGTACAAGGGTAAATTACAGGTTCTATTTTTACTTTTTAATTGA TATAGGACAGTGAAACAGCTTCCGTGCTCCCAAATATATGTGAAAAAAGAGAATTATACC GTGAACTGGCATCAGCTGCTGAAAGTGGATGGGATTTCAGTTCAAGATGGATGAGGTATC ACATTTCAGAAATTACAAAGCAGTGTTATAGTTCATTTATTCTCATTATAGTTTGATAAT TCAAAGAATGACTGGTTTTAACTTCTATTGCAGCAACGGATCTGATCTGACAACAACTAG TACAACATCAATTCTACCAGTTGATTTGAATGCATTCCTTCTGAAGGTAATGTGTGGAAT CTCTGAAAATTACACCTTAGAAATGGGAACTTGCATATAACCTGGCTTTTAAATTTGTCT AATAGATGGAACTTGACATAGCCTTTCTAGCAAATCTTGTTGGAGAAAGTAGCACGGCTT CACATTTTACAGAAGCTGCTCAAAATAGACAGAAGGCTATAAACTGTATCTTTTGGAATG CAGAGATGGGGCAATGGCTTGATTACTGGCTTTCCAACAGTGAGACATCTGAGGTGGTAT ATCTTGCATCAAGTTTTGCGTATGTCTTCTCACTTTGAAAAACTAAAGAAATCTAACTTT TTTTTCGTTTAATTGTGATTTTAGGATATTTATAAATGGGAAGATTTGCACCAGAACAAA AAGTCATTTGCCTCTAATTTTGTTCCGCTGTGGACTGAAAATTCTTGTTCAGGTTTGCAT CTATCTGTAATGCCGTTTCCTCTGTACTCTCCCATTCTCGGAGACTTAAACTGTGGAATT TTGACTGTGTATGTCAAACCGAGCTCCAACCATCTGAATGATACATTTACAAAGATAATA CCTATAACATTCAGAAAGAAAGGAAGAAACTGAACTTAAAACACATGCAAAGCTTATCAC CGTTCATCGGGTACGTCTAGTAGAGTTAATTTGCCCTCGTAAAACTGCTAAAATTTTGAC CCTGGACTTGTTTGGACTGTCCATGATGTTCTTATTAGTTTTTCAAGAAATAAGCCAATG CCTTGTCTTGTTTTGGTCCCAAAATCAGTAGACTTTCTAAGTGATATTTATCTTTAAGAC ATTACTACTTGAGCATATAATGATGTTTTTGCTTGTTATGATTGAAGATAATAATATCAA AACCCAGAAAGTAGTTCAAAGTCTCATGAGCTCGGGCTTGCTTCAGCCTGCAGGGATTGC AATGACCTTGTCTAATACTGGACAGCAATGGTACATTGCTTATCTTAACTCTCACTGAAA TAAAGGAAAGAATTCATGATACTACAGTGCCTTTCAATCTTTTATATCTCATATTTGTCT ACAACAGGGATTTTCCGAATGGCTGGCCCCCCCTTCAACACATAATCATTGAAGGTCTCT TAAAGTCCGGACTAGAAGAGGCAAGAACCTTAGCAAAAGACATTGCTATTCGCTGGTTAA GAACTAACTATGTCACTTACAAGAAAACCGGTGCTATGTATGAAAAATATGATGTCACAA AATGTGGAGCATATGGAGGTGGTGGTGAATATATGTCCCAAGTAAGTGCATGATGCAATT TTGGTACCTGAAATATATTAGTTAACAAATATTTTGATTAATCTCCTTGGAAAAGCAAAT AGCTTGTTTCATGAACAAATTATTTTTCATTTACATTTATACACAGTTCTAGCCTCTTGC GGAATGCAGGGTAAGGCTGCCTACAATAGACCATTTTGATCCAGCCCTTCCTTGGACCCC GCGCATAACGTAAGCTTAGTACACCGGACTGCCCTTTTTTTACGACATTTACACACAGTT CTAACAGTTTGTTGTACTAGAGCTCTCCCTGTTCAAGAAGAAATATTAATTGCCAAGTGG TATAGATAACGTTTGCATACTCAAAAGTTTTTGGTATCACTAATATGTTATGTTATAGCT ATGTTACAAGGTTTTAGGTGTACTTTGAATCATACAATAAAAAGATTCTACTCTCGATAA TCCTGAAAGTTTTGAGATGTAATCCTAGTTGGACATGTGTTACTGAACATGGGAACAGAG CTATAGTTCTACTTGCGGGTTTGGCAAAACCCATAGCTTCGGTTCAGACCCAACATTATC CAGAACTCATTATAAACTCAAAATTCTGCCTTCGACTCTGACTGTACTAGACATCATATT GAGCACACTAAATCCATTTTTCTTTTAAAATGACTAATACTTGTGTCTGAATGCAGACGG GTTTCGGATGGTCAAATGGCGTTGTACTGGCACTTCTAGAGGAATTTGGATGGCCCGAAG ATTTGAAGAATGACTGCTAATGAGCAAGTAGAATAACCAAATGAAACATCATTGAGTTTT ATTTTCCTCTTCTGTTAAAATAAGCTGCAGTGGTTTTGCTGATAGTTTATGTTTTGTATT ATTTCATAAGGTTTTCAACCATATCAAGTGATATCACCATTAACTATGATGTTCGGACTC TTCAAACACCATCATGTGTGGATCAGATTCTTGCAAAAATAGTGCATTTTTGAAGAATCC GATAACATAGACCAACATGGATCTAATAAACAGCTTACTATGTTAAGTAAAAGTAAGATG ATTCCTCAGCTTCACTAAATGAACATTTTAATTTATTTGTACGACCCTTCTGTCTTTTAA ACTTTCACATGCAGTATGTTTCTTTACCTACACGAGGTAAAAATACACATACGTAGACTA AATACGAAAATTCTTAGAATTCAGATATATCCGATACAATTTGAAATATATGTATTTTTA GAAGATGTTTATTTGAAATTCAAAATCTTTTTATGGAGTTTTAATTTTATCTGTTGGAAC TCTATAATAGTTTGAATTCATTAAGTTCAAATCTCACTTTTTATCTAAATTGAAATTGTT TAAAACAATTTCTTGAAATATCCATGTTTTTCCTCATTTACCAAATTTCATGTGGTTTTT CTTTACCAGGAAAATTTTCCAAATTAGTTCATTAGTCATTTCTCCAACTAATTAAATTTT TTTTTAAAAAAAAAAAGATTAGCTGGAAAGAAAAATACATAATCGAGTTTGATGATTAAC TTGCTTTTTACCCAAGCATAGTAATAAAATCATGAAAACTTCCCCGCTACATAATTTAGA GGTGAAATAATTAAAACCAAACAAAAAAAGTAAAAACAGATTAGACAATTCAGCAAAGGA GTAATCATATAACTTTCTGGTAGTCAATTTAAACAATAATGTGACAAAATAAAGGAAATA TTTTAAATAATTTTCAAAATTTATAGCTTCAAATTTTTCAAAAGAAAGAAAAAAAAAAGG AAATTCGCTTTAAAGCTTGGCCCTCAGATTGAAATTAAGATAAAGTGAATAACTTGCTTT TTTATGGTCTTATCTACTTCCTCCTTTCCATATTAGTTGTCGTTATATATCGACATTATT AAGCTGTTCATCTTAAAATAATTATTAATATAAAATTAGTTTTGAAAAAATATATTTTGC CTTTAAAATTACATCAAAAGAGTTGAGGAAAATTTTGTGAAAAATATTTTTTATTTATAG TTTCTGAAAGAACGAGCGAAAGAAAAATACGATAATTAAAATGAAACGAATAGAGTATTA ATTTGCTTTTTTATCTTTTTTTTTTAGTCGACTTGCTTAAAAGAAAAAGAGAAATGTTAA TCCTTCATTTACATTGGAAATTGGCCATGGCATTATATGATGCCAACCTAACACTAAAGT CTTGTTATAGAGAAAATAATTTAGTGACAGCTCAATCCACTAAACCAATAAAATTTTCTT ATAAATCAAACAGCTATATACATGATATATCCCCACGAGCATAGTGTAAAAATAATAATC ACGGTTTGGTAAAATCAAATCAATGTTTTTTAATTGTTGATTTCATTGATCCCTTGATTG GGTACAAAGAACTAGTCATAACAGTGATGTTAATGAAATGGCAAGTCCAATCATAAGTTT TTAGAATCGAATAAAATTAAGAAATTTCTTTTTTTTTGCATTTATTTTGATGACACAAGG CAAATTTAAAAAGATTGTCATATGAGAATCTTCGAATTTATACTTATTTTCAACTTTATG AAGTAGTTCTTTTTTTAGTTTTTGAATGTCTAAGTATCATCCTCAACTTTTAAAGTTGAT TTGTCGTTATAAGATGATGTTAAATAATGGATCTTATCAACGTCATAATAATAATAACAA TAATAGTATTACGTAGCTAGCAAATTTTTTTATTTTGCCTTTTTTGATGTAAGGTTGCTC TGCCGTCCTTCACTTCTAATGTTACATTGTTAGAAGGTGATATTAAATGAATGAATCTTA TCAACATACATAAAATAATAAGTTATAAATTAAATCGAAAATTTTTAAACTTAAAATTCA ACGAATTTAAAATTTTAAATTTGTCTCAATATTACATTTCTTTAATTAAAGAAATTTTAG TTAAGGATTAGTGAACTGTTCCAAAGACAATGGAGCTAGTTGTCTCCTCCTTTTGTTTCC AACATCAGTAGAATGAATTGAAAAAAGGTTAATAATTAATTAAGTTAATTAATCTTTATG CTAAAAATTAATTGTGGATAGCAATACGTAAGAGATGATCTCAGCAGATACATGCATAAT TTTATGTTAGTGGTAGGGCAATTGATTATATAAATAATGATTATTCACTTTAACCAACAC TTACAAAAGCCTAATTTTTTGGAGATTAGCATTAAAAGATACTGAACATGTTTGTTTAGG TACTAAATGATATGAACTTAATATTATAAATATTATTTTAATTTTTACCCAATCAGCAGC TAGCACCCACAGAATTGGAGGGTTGGGTTTGGTAATCTCTGAGCATTATGTTGATTTTTT GAGATTAAGCTATTTAATTAGTGACTTTATGACTAGATAAACCAAATTGCTTTTTCTTTT TTTTTTTTTACATTTTCATTTCTTTAATTATCTCTTCCTTCTTTTTGTTTTGTTTTGTGT GCTTGCTTGATTTACTTAATTGTTGATTGACATTGCTTTTCAAATTAGATTTAAGGGATA TATAACACTTAGTAATTGGTATGTTGTTTTCAATCCTTTGTGATTTTTTACTCGATAATA TATTTAACGTTTAATTAATTAAAATATGTGTTTTGGTCTTTTTGAGTAAAAAAATATTAT ATTTGATTTTATAGAATGATAGTATTAACAAATATGAGGTAAAATATAAAATTTAACATA ACACATGAGGATGGAACGATTAATATTTTGGTTAAATGTGTGAACATTCACAAGCAACTG GGCTAAAACTGTGTAATTCATAAAAGTGAAAATTTAATGTGCTTAATCAGATATTATAAT GATTATAATAAAAATTTATCAATAATAGAGGGCCAACAAATAATATACTACCAATGTTAG ATTTAATTAAAAGGCATTATTGTCATAGGAAATATATAGTTGGTTTAGTAATTTTGGCTT GTTGTTCCTTTTGTTTTTATCTTAATGAAGTTAGATTACAAGAAATAGTAGTTTAATTAT TATAATTAATTAAAACTAGCATTTCCTAGAAAGTAGACAAATGATATCAGTATAATAGAG GCTTAATTCATAAGAAAATAAAAGGATGATTAATTTATATATCCTTCAATAATTTGCATA ACTAAAAGGGCATAATCTATCATCATGGAAAGGTGGTTGTGGATGCAATATAGTAGATTA GTCAAATCAAAGGATGATTAATATAATTGGAGAAAAAAAAAGATAGAAAGATTCCAAAAA TTAAATTAGTTTTTTTTTTTAATTAAAAAAAACTAATTAATTTCAAAGAAGGGTCCAATG CAAGATCTGGGGCTCCCACATAAAAAGAGTGGCAATGATTGAAGTATGGTAGTAATTGAA TGGCTCCATTTTGTGTTGCTTTCATTTTAAAATACACCTTTTTCAATTTGAAATTTCAGA TTTTGTGGATGTTTATATATAAAAAGTTAGTGGAAAAACTATGAAAATTGTCCATTAGCA TATGGAGTGGAGTCCTATATATTGATTTATTTTATTAATCCTAAGTTTCTTTCCTCAATA TATGCATGCAGTCAACTATTTGAGGCTCTTTGCATATTTAACTTGAGCTAGGTTGAAGCA TGTTCTCTTTAAACGGGGAATCAACTTAGAACTTGCGATTTAGATCATAAAATTTTAAAT TTTTACTAAAAATATGATTTGGGATTCCAAACATGCTTTTAATATTTTTGGTTTAAAACT TGATTTATAAGTTTATCTTTTATTTAAAAAATTAGAAAAGATTCATTAGTATAAATTTTG AAGAAAAAAAAGTTTGCTCTACGTAAAAAGATTATTTGTACCATGTGAAAAAATAACTAG TTAATACTGTTATTGAGTAGTGAATCTTTATAAAATTATATGAATTTGAAAATCTGAATC ATATATACTTATTTGGAAATATATATATAGATATATATACATATTATATATGATCTATGT TGTTCGGAATATTCTAAATCTGAAATTTTTTTTTTTCTTGGTCAAATTCATACTATAAAT GATATATCGCTACTTATTCTATTGAATATACATTAAACACATCACTATTAATTGTTTAGA GTTGGTGTTTGGGTTAACTTGTAAATGTCTTGATCAATTTTAAAATATATTTGTTATTTC ACATTACACAAATACTTAGAATGACTTTACTCATCAAAACTTTAAAATATATGAAAACAA ATAAACTAGAGATAGAGTATTTGTTATTGTGGGAACATTCTAAAAGAAAGCATGCATAAA TACTCAACCCATTGGATTCCCCAATATTTTCTTTCTTCTTGTCCCAATTAAGCAGTACAT TGCATGGCTTTCAATGCAAGTCAAAGGGGGAATGAGGCATTAAAATAGATTCATCAAACC CAATGTTCCAATTCAAACACAATTAATGTAGAAATAAAATATACTCCATATACAGTAGCT CCTTAGTTTTATTTTATAGAGTAATAAATGAGTAAGGTTACGATTTAAGAAAGTATTCGA CTAATTTAAATTTATATTATGAAGATTATGGTAAAAGAATAAATATTTTTTATTCAGGAT TTAAATTTAAATTTTTTTTATGATATCAAATTTTTAGTGATAAAAAAGGTGTTTATAAAC ACACTAAACAAGAAGCATCATCTTCAAAGCTAGGAATTGCACCACAATTACTTAATCTTT TATAAATAAACATATTTTTATGCATAGACATACATATGAGTTGGTCCACCTTTGAGAGTT GAACAAATAATGGTCTATGAATGGGAAAATTTTCAAGAATTTCATTTTAATTACACTAGT ACATTATAGGGCATTTCCCTATGTGGGAATCTAAGTTGTTAGTCAAAACTTTTCCCATGT GCTCTTATTAGAAAATTCATAATATGATTTCTTTGTATCTATGACTTGCTTCTTCAAAAG CATAGAAATCTCCCTTTTGAAAATTAACCACTCTTTTCATGTTTAATGTATTTTTTTTTT CCTTTAATAAGAGTAGGGGGTGGGGTGGGTGGTTAACTCATTGTGAAGTGTATGTTGTAC CCTTTCTAGAAGGCTATATGATCCAATGTGTATGGGTAAGTAGTTCTTGTATAATTTTAC TAGTGACTTTATTGTAATTTATTTCGATTAAAAAAGTACTTATTTTACCTAAACACTTTT TAATAGTTGATATTTTAATTTAAATATCTTTTTTTAATTAAGAAACTAAAAAAGTTTATG AACTTAGAAAGTTACAAACTTAAAGTAAGTGTATAAAAAATGAACTTTGGGCTAGATTAT ATATAACTAGATCGGATAAGTAGAGTGTGAATAATATTATATGAGGGTCAAATATTGAGT AAATAAAAAATTAAAATACCATGATATATACTAGTACTATTTAATAATTTAAAATTGGTC TAACTCAAGTAAAAAATTATTTCATGAAATAATGTTCTTATAATACCATATAAAAAGACT ATCGCACCATCCAATACCGATGAGACTTCCAACATAAGCATCACCTCGTTTATTATTTAA CCTTGCATTATACATAATTAATAAAAGAGAAAATCAGTTTCTTATTAAGAATTTATCTAT TTCAAGGTTCAAAATCAATTTTTAAAAATTAATTAATACGAAAGAATTTCATCCATCTTA TCTTCTTTTAACTAAAAAAAGTTAACAAGACGTGTTGTATACTATGACATGAACAATCAA ACAAAATTGTGGTCATACAAATTAAAAATAACAGTAGCAAAGATCCTTACGGAATGAAAA AAAACCTGGATTTGTGTAAACAACAAAAAGGGCATAGTATTTTATTGCTGGATAAACAAA TTGCTTTTTCTAAGCTATAAATATAAATAAAAGTACACTCCCCTACCAACTAAAAATCTA ATCGTATCATAAAGTATTATGTAATCTTTAATTAGAAAATTTATTACTAAATTATTTATA ATAAAAAATATTCTAATTTAATATAAAATTTATCATATAAAATTAATTTAATACAAATAT AAAATATCGAGCGGAAAAAAAAAGAAAAGGAAGAAGGTCCCCCCGCAGCAAGGCACGAGG ATTGAAGAAGTGCTACAAAAAAGCTGCATTTTCGTGGCTTCTTTTCCTTTTAATAAGTAA TGTATTTATTATATATATATATATATATATAAAAAGGTCCTACCAATCTTTTTATTATCT CAACTAAGTTGCAAACTCACAAAGGACAATGCCAAACGTGAAGTTAAATAATCATTTAAT TCTCTTTTTAGTTAAGTATTACTTAATAAATAAATAAAAGGTTGATTTATGATAACTAAA AGCTCATTATACATTTGGATCGTAGCGTTTTCTTGCTAGATTACAACCATTATGTATTCA TCATATTGGGATCTCATTAGATTCATGATTGGAAGGTGATGACTATATATTCTTCTAGTT AACATAAAGTAGTAAAGTACTTTACCTCCTTAATTTATAACAATAATCAAGTTGCTAATA TGAATTTAATTATTTTCCCATATAATTGTTGTTATTAGTAATATGTATTACCTTCGAAGG AAAGAGAAGAGATTAGAATTGTCAATTACTCCTTCAATATCTTATACACGAAAATATTAC CAATTGAAAATTTAAACCGAAGATTATAATTTTTACAATAGTTACAAGAAAAAATTATCT AATTATACAAATATTTTTATTATATTTACATCTTTTTTCTTTAATTGAAATGATAATATA TTTTACTATTTCGTATCAAATTTCAAGTTAGACAATACACCTTGATACATATTTTATTGC TATCAAACATAGAGAGAGAGGAGAGAGAATTTTTTTTTGTATTTCAAATACATGGAAATC ACACTAGATAAATGTATTTGACATGTATCATGGTTACAATATATATATAAAAAATTATAC ATAATTTTAACCATATATATCTGAGATATATGTATATAAATATATCTGAATGCACTAAAT ACATATATTTAAAATCCAAATTATAATAAAATTCATATTATTACATAACGTATATATAAA TAATTACCTTTTAAACTAGTAATATTTCCATAGATTGTCATATATATTAAATGTCTGCAT AAGAACCAGATTTTATAGTATAATATCTCCAACAAAAATTGAATATTATGATTATTATCT TTCAAACCTTTTTCTTTTGGAAGGATAGAAAAAAGATATATATTAATAAAAATATAAAAA TAAAGTTTGAAAGTGAGAATGATTGACCAGTAACTTTACTATCCCTTCGAGGCCGTAGAT TGACTCATCTCCACCCTCACGTGCGATTCTTCTTTGACGATAAGATTAGATTATTATTAT TATAACGATTAATTAAATAATTAGTTATTATAATGATTAATCAATAAATTATTATATTAT TAATTAATTATATGTAGTAAGTAATTTTATTATTTAATTACTCGTAAATGTCCTCTACAG TTCATCTTGACACCTGTGCCACCTCCTTTAATAATCGCCGACTATTGCTATTGGCCAATT TATTTATTTTTATTTGGCTTGAAAAAATATTAACAGAATCCTTTATGATTGTTCATTGCT TTAATGATGGTATTACAAACTTTAATCAAAAGGGATTTGACTAAAAGTGCAGATAGATGC TAGCATCAACAATTTTAAAACATGTTTATAAATTCATATTCGTAATTAATATTAAAAATG CCACAGTAGACTAGTTCTCTACGCCAAATAAATCTCACGGTAGTTAGTTTTCAGTAATTC TTTCTCCAAAATATATATTATTAATGTTATAGTTTATTTAAAGAAAGTTTATATATACTA TTTGACACATAATGTACCTTTGATATATAAATGGTGAGTTAGCACTTAATAATTAAGCAA TAAATGACTTATATATTTACATTTGTCGTTTTAATATTGTTTTTTTACTACTTAAACTGT CTAAAGTATGTGTAAATCAATTTCAAAACTGTAAAAAGTGGTTAGGGGTAAAGTTTGTTA AGATTCTAATGACTATTATAATTAGTACTCCTACTAAATACAATTAAAAAATTAATCTCA ATCAGTGACAAAGATGTAATCCTCTATTAGCGTCTTAAATGATTCCCTTAATCCCTACCA TCCCCTTATTATAAAATTCCCATTTCCTCTTCCTCTTTTTTCCACACAAATCCATTAGCC TCCACAACCTCCATAACTATTTTCTCTCTATCAGTTTCTCTGTATACTGCTTCTTCTCTT TTTAGAGTAGAAAAATCGCAGGCCTAGAGTTGTACTAGTTTCGCCTTTTTGTGTTCTGAA TCACTGTAAAGTGTGTGAGGTTTCGGCTATCGCATCAACAACAGTCAATAGCAACTACTT TCTTTTTTTTTTCGTTTTCGGTTTTCCCAATTGTTATGGTGTATGGACCACTAGTACTGC AAAAAGTTGTTTTCTGTGAAAGCAATTTCTGGAAGGAAAATCAAGCATAGTGTGTTTGTT GTACAGCACTACTGTAGTTACTAGTAAAAAACCACTGTATCACATAGAGAGCGTGAAAAA TTAACCAAAAAAATGCTTGAAACGGTGAAGTACTTGCTTGGTTCCGCCGGAGCTAGCGGT TACGGTTCAAAATCCACTGCCGAGAACGTCACCGAACAGTCTCCTGATCTTCGGTCGGTC ACCGCTATTATCACTGGTAAGGATTTTCATTGAAAAAAATTGATTAAATGAAATTTTACC TCATTTCTGATCTGAGCATGTGACATATGCAGGTGCGACGTCAGGAATTGGAGCGGAGAC GGCGAGAGTTCTGGCAAAACGTGGTGTTAAGCTGATTTTACCGGCGCGTAGTGTAAAAGC GGCAGAGGAAACAAAAACTCGAATCCTATCTGAAGTGCCGGAGGCGGAGATCATCGTTAT GGCTCTCGATCTTAGCTCTCTGAGTTCCGTACGGAATTTCGTCGCTGAATTTGAATATCT GAATTTTCCTCTCAATCTTCTCATGTAAAGCTTCATTCACTATAATTAACCTCTTTAGTT CCGATCAGCTGTGTATATTAGTGATTAGTTTTCTAATTTTATTTAGAAGTCACGTTTTAT CTGTTTGATTGCAGAAACAACGCCGGAAAATTCGCTCACCAGCATGCCATTTCTGAGGAT GGAATTGAGATGACATTTGCTACTAATCACTTAGGTAAATTTTCAACTGTTTTCTCTCTC GTTTACATGCATGTGAAAAAGTTTTTTGATACCGATTAAATTAATCATTCATTTTTTAAA ATTTATGTGTGCCAAACTTCAGGCCATTTCCTTTTAACAAAGCTTTTACTGAAGAAGATG ATCGAGACGGCTAATGAAACGGGCGTTCAAGGAAGAATAGTGAATGTATCCTCAAGCATC CATGGCTGGTTTTCCGGCGACTCGATTCAGTACCTCCGACTGATCACTAAAGACAAAAGG TGAACTTTATTCATTATTATCTCTTCCGTAACCGTTTTGAAAAATCGGGGAAAAGTACAA TGCGTTACTTTCATAGGACTTTGTACTGAAATAAATGCATTATTGGTAGAAGATAATATA GGATTTCAAAGTATAATATATATTCGTGTATTCACTAGTATTTCTGAAAATAAAATATAA TATTTGTATATTGAAAGACGTTTTTATAATATTATATATACACGGACTACTGGCCTCTTG CAATTTTTTATTATCTGGATTTAAGATTTGACTATGTAAAAAATTCGCAAATTATTTGAA AGTTAAATTTATATCTACTATCGTCATTGTATTAAATTAAATCTGAATGGATTTAGACTA AAATATATGAGGTGGTGTTCAACCATGATTTGTTAGTAAACTTCAACTGACTTAACAAAA AGACGTAGTTAATTATGCACAGTCGAAACTTAAAGTAGGGTTAGATTTATATCTCATTTT TGAGCTTTAAACGACCGATTTTTTTTAAAAAATCATTTCATTATGAATACAAATTTAATC GAGTAATAAATTAAAATTAAAAAAAACTATTGGAAAAGAAGTAAACATAATTAGCTTGAT TTAATTGTGAAAGAGAGTAATTTGTCTTGTTATTGGACAGTCAATACGATGCGACACGTG CATATGCTCTCTCGAAGCTGGCTAATGTTTTGCACACCAAGGAGCTGGCTCGGGTATTGA AAGTAAGTCCAAAATTTTCTCTCTCCTTTTTTTTTAAAAAAAGAAAAAGCTTTTCGAAAA AAATGTTATTTATTGATTTAGGAAAAAGTGAAATTTGTTGGCTTGCTCCTGATTCATTAG AAGATTGAATTATTTGTTTGCGTTAAGATACTAGAAATTAAATTTAGATGTCTTTTTGTC TTTTAAATGTTGCAGAAAACGGGGGCAAATGTGACAGTCAATTGTGTTCATCCTGGAATT GTAAGAACTAGACTCACTAGAGAACGAGAAGGCCTCGTCACTGGTACTTCTTTTTTTTTT TTCACCAACCATTAATTAAGTTGATTAATTTTTTTTAAGTGGATTTGATTGATCAAAATA ATTTACAAAATCAAAGTTTACAAAAACTAGCTAGCGTGATTAGATACCTCGTTTGACAAA ATAAAGAAAACAGCTTGAATAGTGTGGTTTAAAATTTAAAGTAAAATATATTATGTTCAA AATAATACCTCATGATTTTTGTTTTTTATAAATGCAGATCTGGTATTCTTTTTGACCTCA AAACTCTTGAAGACTATTCCACAGGTTAGTTTTCTCATACCCATCATCTCAAAATCTGCA TCCTAAGGGAATCTAATATTTATATAGACATCAATGGTTGATTCTGTATATTGAAAAAAA CATAACGATAAACTATATGCAAGCATGATTACTTATATGACGTTCAATGATATAAATTTC AGGCAGCTGCAACAACTTGCTATGTTGCTACTCACCCAAGACTTGCAAATGTGAGTGGAA AATATTTTGCAGACTGTAATGAAGTTTGTTCTTCAAAGTTGGGTTCCAATTCAACAGAAG CAGCACGCATATGGTCAGCTTCAGAGATCATGGTTGCAAAAAATTCAAATGCAAATTTAG ATCCATTGGAGGCCAGCTTACTCTGACGCTCAAAGCGACTCGTTCCTTGGCTGCGGAGGA TTTAAAACAGGCTATAAACAGAAAATAGTTAGTTCTTATATGGTGTAGGACTTCTGGCAT AATGAGGAAGATATAAGTAAGTAGTTCATGTATAAAGGAAAAGTTTTTGCAGCAACATAA ACAATATATATATATATATAATACACACAAACCTAGCTAGCTAGGAGTATGTTCATCTAT ATAGTAAGCTTAGAACTCCTATTATAATATGTACATTGGTTTTATTTGTTCGTTTAGTTT GTTAATGTTAAATTTTACCAGTCGTACAAAAAATGTGGTTGGGCAGTTTGTTCTACATTT AATTTGGTGAAAAATTGTGATTGGGCAATTCAATTTACATGTAATTGGTGTATACAGTTG TTATACTTATTTTAAAATGTTTAATTGTAGAATAACTCAATTTGCAAAAAATAATTAAAA GGATGTATTAATTGTTTTTAAGAGCAGGGAAAGAAATTTAAGAAAGATGGAATCAATAAC ATGGGTTCGTTAGTTTCCATGTGGATGATAATTTTTATTTTCTGGGGTATCTTTGATGGG TTAATTAGGGGCCTACTAACATGTATCAGGTGCTAAGGCAAGCGTGTGTGGAAGCTGAAA AATAATAGTATTAAATTAAAGGACAGAAATATCAGAATTATTATTTTCTAAAATATAAAA TATACGAAAGTGATCTTATGTATGTGTTTAAATTCGAATACGTGGATGTTACCATATCAA TTTTACATATTTAAGAATTAAGATCACAAGTTAGCAATAAATTTACTATCATCTAAATAT TATGACATGTTAAAGTTCACTAGTGTCAAAATGCTCTATTTGTTCTTAAATTTCATATCG ACTCAAATTAATTCACACAAGACAAAAGAATAAAAATTAATCATATTTACACTTTTACTT TGAAATTTAATTTAAATAAATCCTCAAAATTTGAGTATTTGATTGTATATAGCCTAACAA TTACACTTTTGACCAAATTCATCCGTCAATCTATAAAAGGTTCAAACCTACCAATTAAAT GGACACAGAGGATAATATATAATACATGTTTGAACACTCAGATCATGTATTCAAACTCAA CCCAAAGTAATTTATTAGACAAATTATGTCTTATAAATTGAAACGATTTTTAATATTTTT AAAAATAGCCCATAATACAAGAATGGACGTTTGGAAATGGTGGACCAAATTTTACCACCC TTTAACCTAACAAGTTGATAGGAACCTCATCTTGTGCAATAATAATAAAACCAGCTTCTC TTCCACTTAAAGTGCCTTCTTCTCTGTATATATTTTTTTCTTCATAATTATGTTTTGATT CCACCACCATCTATTGTCTCAATATTTGTGTGGTGGAACATATTGTACCCCTTTCAACTT TAATTTATTTAAATTGGGGAAAAGGTAAATTTTGTTTGATATGATGTTTCCTTTTTAATT GTTGGAAAGATATATGAGTTATATTTATTTATGTGACTATTTTCTTAATGGTTAATTACT AGTTAATTAACCATTAACGAAATAGGTGGACTTGCTCATAGTCGACACTTTAGCTTTGCT CCGGTTCCATTCGATCATTCTGAATTTGAATTAGAGACTTCACTTTGGAATAAATTATTA TATTCGTGATTCAATTAATCGAGTTAACTTAAACGGTCTTCCACCTATCTGATCAAACTA AAATATTCAACGAATATATAATTTGTGTATCATCATATATGATCAATGTATAATATGTGT ATAGTTAATAGAAAAAAATAAACAGTATCTCTACCTGTAATGGGCTTTTACATAAAGAGA ATGGACATGGATTACTGACTTATGGGCTGTATATTATTTTGGGCTTTTCTATTCGGCCCA AACTCCTAAATTATGGGCCCATTTCAACCCAACACAGGTAACAGCAAGAAATCTACTGCG AATGGAAGAAAGAAAAAAACCTTCGTAATGGCAGACTTTAAACCCTATATGCAGTGTAAA ATTTCCCAATTTGCCCATTAATAGCTGCCGGAATTTCGCCGGAAACTGCGAGGAGTCACC AGAAATGGCGTCAATAGTATCGGAAACCGTTCCGAAGTTCACCGCGGAGGCCCTCAAATC CGCAGCTAAACAATCTGAACGTTGCCATATTGTTCCTATCCGTCTTCGTAGAGCTATCAA AAAGTATCTCCGAGGTAAAATTTCAATCCTTTTTCATATACTATACACGTCAATTTGAAC ATTAATTTCGATAGAATTTGCTCGTTTAGAGTTTTTGGCTGAAATAGTAACTTAAGTATT GCAATTCATACTCAAAATATCACCTTTTAGCTTACATAATCCTTCGAGCATGCAAAAGTT GAATTACTTTTTTTTTAATTAACCGAAAATTAGCTTCTTTCAGCTGGCCTGTTCCATTCT TGTGTAATATTTTAAGTCCCAATTTACAAATGAGGAAGGTAGGGATCAAGCTTTAGTGTT AACTTAAATTTTTCTTGGATAATAATCTCGATCATTTTAGCAGAGCCACTGTTAAATTGT GATATTATCGATTTTGCCAGTATGTTTTCCCTTATTTGTTAGGCAAGTTCTTGTTTTACG TTCAAGAGCTCGGTAGCTAAAAGCTTGGGATGTGTTTGTTTGCCTCTTTTTTTCGCTAGA GTTGTACTGATTTGATGTTATCGAGGAGAGGATATAAGTCATGCTGAGAATATCTTTGAA AACACACATGCTTATATGCTTCCTTCACATTAGCAGTCAACTTTGTCATATTGATAGCAT TGCTGAGTACAGCTCTCTTTCTGATGTTGCCATACCATCTCTGGTTTTACATTAGCAACT TCGCTTCAAATATTTGTCCTTTTTTCTTTTGAGATGAACTATCTGTTGGTTGCTTTCTTT GTGATTTTTGTATGTCTGAGGAGATGAGAAGGTTTGTTTTTCAATCGTCTTTATTTGTGA ATGCTAAGGGAAACTTGATAGTTGTTGACCGATTGATGCATTTTTGTTTGATCTCTCTCT TTAAGTTTTGTTTTTTGGTTTGATCTAATCTATTGCAGAGCAAGAGGAGCCACATATGAA GAGAAAAGTGTTGAGGTTATCAGAATCTTTCAGCCAAATAAAGGAAGTGAATTTGATGCT TCCAACCTCCACATCCAAGGAGCTTTTTGAAGATCCTCTCAAGTCTGTTGATTGTTCACA GCGGTGGAAAATCAAAAGTGCCTATGGTGACATTGGCCTCAAGTATAGGGATGATGAAAC ACTAGCCTATGTGGCGTCCCGTATGCCTGCTGTCTACTCGGCTCTTTATAGAGTTCTTAG TGAGGTGTATAAATATTATATTCTATTGAAATGCCTTGCAGAATCCTTATGATGTTTGGT TTTGGAACATGAATGTAGATTTTGGTTGCTAAAGTGAGTGCTTTAATATGATTGATTCCA TTTAGGTACGCAGAAGATTGCCTGGTTTTTCACCTGCTAAGGTGTTGGATTTTGGGGCAG GGACTGGTTCTGCGTTTTGGTAAGTTGATCTGATATTTTGTTGGTTAATTATCATCCCCA TGCGTTAATTTCTGTTAGACCCTTTCGTTAGACAAGTGTTACATTGTGTGGTTATGCAGG GCAGTTAGAGAAGTGTGGCCACGTTCATTGAGTAGAATTAATTTGGTAGAGCCATCACAG TCCATGCAGCGTGCCGGACAGAGCCTTATAAAAGGTACATTCTGGTTTTCTATGGACTCC TTTTGGTCTGGAAAAAATTAAGACTTTTTGTACATGTGTCTTCGATTGTAATTAATAGTT ATGGCTACTTCACTGATCAGCTCGTTCAATTTTCTGAGTCACTGACTTAGTTGGAAGTGT GTCTGTATGTGTATGTCTTATTAAATTTCTGCATAAATCAGATTCATCTTTAAGCGACTA TGCCATACCATGTATAGCTAGTGATGTTATGAAGTTCTGGCCTTGCAAATTGTTGTCTTA TCAGATGAATGATTTTCAAGAACATTTTTTGTGCTTTAAGATTCTGGGCAGTGCATCTTC CTATGAATGAAACTGAATGAGCCTCATAAACTACCACCTGAGATGTCATATCTTGAAGTC ATTTGTTGTTGTCGTCCCTGGGACATAATGTGCCATTGTGCTGCATGATAAGGTAGTGAC CAGTTATGTTTTAGTACAACCAAAGTGTTACTGCGCAAGTGGTTTAGGATCGCTTCATAT TACTTTACATTACCTTTTCAAAGAATAAGAGGCTTGCTTTCACATTGGTCTCCAGCAGTT TTCAATGCTCTAGTTTTGATGTGTCCAAACCTATTACCTGTTCGCATATATTTTAGTTAC TGTTCAACTGCTGTAATTAGAAAATATGAGGCTGATAAAGATGGCAAAATATGTCCTGTA ATTGCTGTAGGTCTTAAAAGTTTGCCACTCATTCAAAGTTATGGAAGTATTCAAGCACTC TCTCAGGATGTCAAAAAGAGTGACAGACAACATGATCTTGTGATTGCTGTAAGTACAATC TTATAGTGGTGTTGGCTCCTGAAATTTGTGAAGGAATTTCCCCAGTTTTTCGTACTTCTT TCGCATCCTCTGAATGCTCTCATTAAAATCCTTCATCACTTCGTCTAAGAAAATAGTGTT ATTTTGTTGTGCTTTATTTTTCATTGACAAAAAAATATATAGACGCTATCCTCTGTTAGA TCCTAATTGATTTTGTGAATATTTTTGGTGCTGAAATTTTCAACTTTGTTTGACCGAAGT CGTATGTACTCGGAGAAATTCCATCTCTGAAGGACAGAATCACGGTTGTACGCCAGCTTT GGGAACAGACAGGAGATGTTCTGGTATGTTAAAATGCATTCTTAAGCTTTATATCTACAT GATTAAGCATACTCCATTCATTATTGATGATTTGAAGATTTATGGGGAGGTGAGAAGTCA ATACTTTCAAAGATTTAAGTTGATGAATTCTTAAAATTGTTGATAACCATTTGAAATAAT ATAAATGTTAGAATTGTGTAAAGTATTTGGTGCATCCTGGAATGAGAAGTGTGTATACAA ATTTGACAAGGGAAGGACGTATTAAGCGCAAATCGTATAATGCCTTTATTGCTGTAGGAT TTGATTTTTTTTAATTCAATCAGAAAACTCTGATAGCTTCTCAAATATATAAATGCATAT CGAGCGAAGATTACTCCTCTTTCTAACCGTGTGAAGGACAACGAGGGTCAGGATATATAC AGTAAAATTACTGTCACATTTTTGCAGTTTAAATAACATAGACTTCACTAGAGAGGGGAA AGTGAAAAGGTAAATGAGGAGCTGCATGCGTAAAGAGAGAGACAACTGTGTAAAAGAATC ATATCAAGGTACTCATCAAAAACAATTGACTACTGAATGAGTGAGGGGGAGGTGATGGTT GTTGCTCTTGTGTAGAAGTTTTTGCATGCTATTGTTACCAGACTGATAGCATGATCATGA CATTAGAATTTTTTGATACGACTGAATTCCTTTTTGAAGGTGGCCAGCATTTCCTTAGTG CTGAAGAATACAAATTACCAATTCAAAAAAAATGATAATCTTACTTAGACAGCTGTTGGC TGAAATATTTATTTCTTATCTCTTTACAAAACATTTTCTATTTGTAAGAAATATGAATGT TATTTCCCTGATGACAATGTGCTGTTGAGCAGGTCCTGGTAGAACCAGGAACACCACAAG GATCTAATATTATATCTCAAATGCGATCTCACATTCTATGGATGGAGAAAAGGGTAAAAC TCACTATTCGGTATTTGCTTGGAGTGGTCTGGTTTATACGAAGTCGGAATGTGAATTCTT AATGATCTTTTTGCTTTGTTCTTAAATATTAACTTTGTAGAGAAGCCGCAAACTAGAAGG TGTATCTGGCAAAGACTCTAAAGCATTGACGACACTAAAGAATGGGGTATATATAGTTGC TCCGGTAAGTATTTTAAGTTTGATGATATAATGACTTGAATAGATTGGACTACATTTTTC TGTATGAATTGATTTACTCTTTTTTTAAAAAAAAATTGCAGTGTCCACATGACGGACGTT GTCCTTTGGATAACACTGGAAAATATTGTCATTTTGTTCAACGCTTGCAAAGGACAAGTT CGCAACGTGCCTACAAGGTTTGCCTCATATTCCTGTGCCTCCTAAAGCTAGATGAGCTCT CTGAATTTGATGAAATCTCTTCTTACCCCCTCAAATCTTTGCATAGGGTCAGATATATTC TATTATAAGTTCCCAGCTAAGAAATTGATCTCTTCTTCGCTTCTGGAGTGAATTTGCCTT TTTGGTTTGTACTTGGGTTTGAATCATGTTTTTTTTAACTCTGATGCCATTGACTTGTAG AGGTCGAAAGGAGAGCCTCTACGTGGCTTTGAAGATGAAAAGTTTTGCTTCATCGCTTTT AGACGAGGAGAACGGCCAAAGCAAGTTCTTCTTCAAGAATACGGAATGCCAATTGTTAAT TTGTTTTTAGCTTGTTCCATCATTACCATTGTGAAGTGCAAATTTTCACTTTTTATTTTT ATTTTTTATTTTCGCCATCTTCTTAAAGTCTCCATTGAACTAATTTCTTTGTTTTTCAAG CAGAGAGCCTTGGCCATTGGATAGTATGAAGTTTGAGACATTGAAGGAGCAGCATGCCAG AAGGAATCCAGAGGATTTAGAAATTGACTATGGTATTTGCTATCACTATTAAATCTCAGT TTTGCTTTGCCATGTTAAAACATCTACATTCATTTACAAAGTAGTGACATTTCTCCTTTT ATTTCAGAGGACCAATTCATCTCAGAAGATGAGGGTATTGAGGATGAAGTAGATCATGTC ACATATGATTCCGATGCTACAGAAACAGATGCTGTTACTGAAAATGATGATTGGGAGGAA GAAGGTGAAGAAAGGACCCATGCCGATCTTGGTGGTGGTTGGGGAAGAATTATATACAGT CCTCTACGTAGGGGTAAGCGGATTGAAATGGACGTTTGTCGATCAATAAATCAAGAAGGC AGTGAAGGGTCATTTGAACGGATTGTTATTACAAAGAGCAGAAACCCAACATTGCATCAT CAGGCGCGAAGATCGCTTTGGGGTGACTTATGGCCCTTCTAAATTTTGTTAGAAAAATGG CACTCAAGGTGTTTGGTCCATCAGTAAGAGCGCAGTGTGATGTCTGAGTTAGGCACTCAT CACAGAGTTCAAATGTCGCAACAAACAAAAGCCTGGTAGGAGGGGCACGTCTATAATCCA TCAAGTCTCAAACTATGCTTCACTTGCCCTCAGTTATCAAAGAAATTATTTTTGTTAAAA ATAGTTTCTTGAGTAATGTAATAAATGTATTTTCGTGTGTACCCATTTTCTGAAAAAGAA GAAAAGTGAAGTCAGATGGTTATTCTGATTATGACAGAGGATAAGATTGGGCCAAATGGC TCAAAAAGTAGAGTTACTGCATACATGTGAACCACATATGTCTTATTCATAATTCTTGTA CGGAATCATGGAACAGTAAAAGAGTTCGAGTCACGTGCCAGCTTAGAAGATTGGTATGGA ACAGTACTCTGTGTGAATCGCGGTTGTTTGATATGATGTATAAGAATATCGCTCGATATA GTGTATTCATAATGTTGAGATTATTACACATTATTTGTTGTCTTTACTTTGGACATATTT GTTCCTACTGAGCGTGTCACTATCGCATTTGATTTCTTTTGGTTTCTTCTTCACGAGACA AATTTACTTATTTTTTCTCTCATTGTAAGTAGCGCACCATGATTTGTGGCTGCTCTTTTT ATGAACACACGTTTTATTCATTTTTATGCTTTTGTCGACATGCTAAATATTTCTTTGTCC TTTTGATATTATTATTATTATTCCTATGTTTTCGGGGATATCCACCTAACTTTGTGGTCC ATTTTTTTAAAAATAATTTTTATCGCTTTAATATCAAATAAATTATAGTGGATGAAATGA ATTCTCCTCATTGCTTCATTTAAGTTTGAACTATATCATCAATATACATCTTTTATGAAG ATTTAAAATGTTTTTAATTTAACTTTGCGATCAACTATATCAATCAATATTACATCTTAT AAGTTATAAGGATTTAAGATGTTTTATATTAAATATTTGCAAACTCTCTCTTTTATTTAA CTTTGAGATGATGATACGAATAAGGTCATACAAGTAAATTTAAATCATAACTTTTGATTT TTTTTTATGTGTTTAGGATGTATCTTTTTTTTGTTTTAACGTAATTATAATACTTTCGAT ATCGCTTCAACAGAAATCTAGTCATAACACAAAAAAGTTGAGCTAAAAGCTAAAAAAACT ATAAAAGTAGAAACTAAACAAATATACATTACTCGTTAATTTGAATTAGTCGGATCAACA AACTTTATAAAAAGCCTATCCAAACTAAAACTTACATTGAGAATTTTTGCTCCGTTTGAT CTTCTTGAATTTCAGAAAGAAGTAGAAGATATTCTTCATATACTTTTTCCACCATATTAT CATTCATTTCCACTTTGTTTGAAAAATTGCAGCTTTCTCCCATAAGAAATTCATCATAAA ATCCACCCCCTTCAAGTAATTCATCAAAATCTAATTCCCTTGGAAATAACTTCACCTCTT TTTCCCTGTCTTTTCCATCATCAACTTTTTCAAAATTACTATTTGAGGAACAAGTAGTAG TACTCAATGTATCATTTTCAAAACTATTGTTCCTTGAAATCCCACAAGAAATCCTTATGG GCTTTGGTGCAAATACTTTTATCTTCTCAACTTGTGCAATTTGACCCTTCAACTTCTCAT CATTGCTTTTCTTCCCCACTTCTTTTCTTGATTTCTCCTTTTTGGTTTGTTTTCTTGATT TCTCCTTTAATTTGGTCAAATTCTTGTGGGGTTTTGGTTCAATTCCTGTGCTTCTGAGCT TCTTGGTCAAATGCGTATTCCAATAATTCTTGATTTCATTATCTGTTCGACCAGGTAATC GTCCGGCAATTAATGACCAACGATTACCCAGAAGTGAATGTAATCTCACTATAAGATCTT CTTCATCTTCACTAAAATTTCCTCTTTTAATCCCTGGCTTTAAATAATTCACCCATCTTA ATCTACAACTTTTCCCACACCTAAGCAATCCTGAAATATTTTTCATAGAATTACGCTAAC GAGCAAGAAAATAAATACACTCATATATAAATACATATGGTACAACAAAAGTCATTTCAT TCCGTAACGAGCAAGAACTATAACAGAATTTTCATAACAATAATGTATTAAACACACAAA TTTTAAAGAAGAAAATTAAAATTTATTGTTACTATATATATTAAAAATAACTTGTATCGT ATCAAACATCGAGAAAGGAATTAGAAAAAAGAAAAATTACCAGCATTTTTAGGCAAAGAT CTCCATTGGCCTTCACCATATTGATTGATATAATTAGTAAGTAATAAATCTTCTTTAGTA GACCATGGCCCTTTACGCAATCCTTCTTTAGCACAACATGGTGCTCTTCCCATTTTTATT TTTTTTTGTGTGTGTTTTTTCTAAAGAAAAATTTTCAGAACAGAGAGAACTAAGAAGATG CAAAAATTAGGAGAAAGGTAGTGATCTTTTCGAAGCCGTGAAGTTGAAAGTACAAAAGCA TTATTATTATAGAATATCGTTGATGCTGTTTGACTCGATATTTTATATTTTATTTATTTA TTTATCTTGAAATTTATGATTTAAAATAAGATATACGTATTTGTGCGATTATAAATAATT TCATTGACAACTAACTGGAAAAAAAACAAATTATAACCAAAAGAGTATTTCATTAATCTA AACTCATGTTTATTGACAATATTAGTTAAAATCATTCAAATAAATTGATTTAATAGGTAA GAAAAGAAAAAATAGTAGTATTTTAACACAATAACATTAGCAAGTTTTTTTAATATTTCA GTGATCATGTGTTTCTCCACTGAGCTCGTTAGGTGAAAAAAATCATATTTTATAGTATAA ATTTTTAATTGATTCATAATGAATAATAATATGTATATATAACTTACATCCTTATAATTA TTGTAGTATGAATAGAATTTAAATAGTAAACACTATTTCATTAATATAAATAGCTGTTAA CATCATCAAAATCATTTTTATTCGCCGTACTTATTAAATAACTATATGCATGACTACAAA CTCATTTAAAGACACCTTAGATGATATCATAACTTTTTTAATACTAACGATATATATAAT TTTAACACTTATTCTTTTTAATTATTTTTATCTAGTGTCTGAAATTTATATTAAAATTTA TTTATATTACTTTACACCACGTAAAGCTCCAATTGAAAGAAAGTACTCGTTTCCAAAAAC TAACACTTATCAATATTTATTATTTATAGCAAGGGAGAAACTAATAGAAAAGTAAAGGAC AGTGCGATCAAGTTGTTTCTTATTAATTGAAAACTTACATTCAATTATTATGTCGTACAC CTTTTTCAAAAAATACATTTCTTTGTAGAGCGCCAATCACATGCTAGCCAAAAAATAGTC TATCGTATAAAAAAAAGGGTCATTTTTACTAGTTTAGTTAAAAAAATATATATAATTTAT TATTTTATTTTTATTATTAAATATTAATTATTTTTAATATTTATATGACTCATATATAGT AATGAGTGATAAGGTAAAATTATCATTATGTTTTTAATCTTTTTTTAAAGAATATGTCGA ATTAAATAACATGGAAAGAAGTGCAGATGAATTAACTATTTAGTATTATATCATCTCGTT TAATCATAGGCATTCACCTTAACAAACTTTAAAACTCAAATGTTTTCTAATTAATATTGA TGTATATCATTAAAAAAAATCTATTGTCTTTTACATGTGAAAGTTTAATATCTAATAAAC GCTTGAAATCACACTTAATTCTTTTTTATTTCAAAATTTAATGAATTTATCGTCTTTCTC TTTTGAGTCAATCCATTTAAAAATTGAGATGACATGTTCACGTCATATTAAAGGTGGAGA AATTTTGAATCTCGACTAAAGATGCAGAAATTTTAATCATTTCACCATATTTTGTGATTA ACAAAAAATATTTTTTTCTTTCAATTTATATGATAACATATTCTTATCGTGTATTCGAAC ATAATTTTTTTAAAAAAAATTGAAACAAAATTGAATACATGATATTACCATGAAAAAAAT ATTATAAATCATAATAATTTAAAAAAATTAAAAATTTAATATTATAAAATATCACTTTTA ACTTTCAAAAAATTTTGAACAATATAAAAGTAGTAAAGAAGGTAGTTGTATAAACAGAGA ATCTGATCCACCTCTGATACCCAACATGTGTCAACTTCAGTAAAATATTTTAATTGTGGC AGTTTTTATTTATTTATTTTATTAATCTAAAATGGACAACTTGATCTGTATGTGATATAT TTATGTTGTGTTTAACTGTAAAATAAATAAAACTGATTTTTTATGAGTAATTTGAAGTGA AAATAGCTGTTTTAATTTATTTTTTGTAGTTTTTGGATTTTATATTTTGGATCTTTATAA TAAAAAATAAAACGTGTTTTGAAATGGCTTGGGCTTTTTTATTTGTCAACAAACCCAACA GTTACAAAATCCAAATTTATGGTACCAAATTGGACCCAAATTCATCCACGTGCATGCATG TGCTATTATTAAACAAAAAAACATGTTAATTTAACCAGTGTAAAAAAAAAGAAAAATTTA ACCTATAAGTTCAATGTAATGGACAGACAAAATTAGTACACAAAGAATGCGACGTACCAT GGATCGCATTGTTATTATTTAAAGATTTGGAGAATCGTTGGATCAGAATTTATCACATGA TAGAGAGCGAATTGATGAGGATAAGTTAAAAAGGTAAATCGTAAGCTAGTAATGACAGTA ACACATATGTTTTTATTTGAATTAAATTATCACGTAATTTAAGAACTATTATATATAAGA ATTATTGAGCCAAAATTACATAATACGAGTTTGGACTGCTACAAATATCAAATCAAAGTT GGACTCCAGCAGTAGAATGCTAGGGTTTAACAGGGTTGGTCAATGATTAGAATCGCTAAA CTAATAAATTTTTACACCAATAATATTTTAGAAAAAAAATATAATTTCACGTAATATACG TATTTTTGAGCTTGATATTAGCGAGCTCAAAGAACAACAAACGATACGTATCACCGACTG GAATTACCGTTAACGATAATTTCTTATTCCAAATTTTTTTCATTGGTTTATTCAGATCAA ATGAAACCATGATTAGACGTTGTGGACTAACAAAAATGTATCCTATTGGTAGGTCAGGGA AATATTATTTTTATAGTAACTTTTTGAATCTGTAGGATGACTAGATCCAGTCTATGAATA TATATATATATATATATTACTATAACTTTATATATACCAACTATATTCAGAATCATAATG ATTAGTAGTAAATCATGTGACCTTATTTTAAAAAACAATAATATATTTCCTTTGTTTTAT TTTTTGGATTTTGTTGTTCTTAGTATTTGATTTTTTCTAGAGCTTATTCCCCTCTTAGCC GCCGTGTGTTCGAAAGGTGAATTTTTATTATTTGTTTGATAAATTTTTTTTTAAAAAAAT AAAGTTTTTAAAAAATGATTTTTCTAATAAAAGTAAGCAAAATAGATTTTACCAGTGAGA TTCACCCTAATACTTGTAACCTCCAGTAAACCTATGATAATATCTATCTATATTATATAT AAATACTTTTAGAATTGTTAAAATGAATAAAAAGAAAGAATATCTTTAGTGCAAAATATT TTCTTTTTGTACCAAACCCAACTTGAATTGCTAACACCATATATCATCAATAATTACTTG AATCCGTTTTTTTAATTAATTATTTGCATTCACTTAAACCTCTAAGGTGTTTTCTACGTA GGTTGATATAATTATATGTGCCATGTCATATTTGATATAGTTAACTTAATTATGTAATAT GGGTAAAAAAAAAATTGGGAACTTGAAATGATGTCTATTAGATCACTTTATTAGGACTTA GGAGTAATAGGCTTAAACAGGTATTATATATTAATAAACCAAATTAAAACATGTAGACAA GCCTAACACATACGATGATTCAGGCAATGATTTGATTTAAGTGAGGACAACATAAATTAT GGACATTAGTGAAAATTATCTAAGAAGAATTTTTGGACTCTTTTGATATGACATAGCCAC AAAATCTTCTCACTTACAATAATTTTGTCGTGGATCTAAATTTGAATCAAACTGAACAGT TTATTATTTCAAATTATTTGTCAAATTTTATGTGAATTTTAATTAATATATAACTTAATT TAACAGGATTAAACACTAGACTTTTTGAGAAGCGAAACATAATTTCGGAGAGAGGGAATT GCGTGTAAGCTGCTTCCCACTATCTATCTGCTCCCACCAAGTCAACCTATTGTAGATACC TTGATCATCAGCAAATGGTGTTCCCTTCTTCCAGTGAAAACATTGATATGTGACCTGAAG ATAAATGACAATACGAAGGCGTTTGTAAAGACACCTAAAATTTGGAGTATGTACAATTGT GTTCCCTTCTTCCAGTGGAAATTATTGATATAAGAAATGCATATTTATAGAGAAGGCAGA GTCTTACACAAAGAGGTAAAATCCAGAGTAGATATATAAACAAGGTTTCCTCCCATGCTA TAACACAAAGGACAGAAAAAAAACACAAAACAAAAAAATTGGTACAAAGAGGAAGATAAA GCTCATCAACTAGACCTCGACTATTCGATAAGCCTAAGAATTATGCATACAGACATTTTT CAGGGCATACAACATAGGTAAACTGTAATAGTTAATTGCTAAAAAAACACATGAGACGGG CAAAGCATTGCAAGAATGAGTTAAAAGACGCAAAAAAAAGGTAATAGATATAATCAAGCT TTCACATTATCAATCTCAATAGAAGTACTAACCATCCACATCTGCAAAAATCTCCCATGT TTCAAATGTACTTGTTTCTCTGTATGCTAGTGATCAAATAACGAAATAACAAGGAACATC CAGCAAACATCATAATTGTCATGAAAATGGTCTTGAATCCAACTAAACTCCAAAAACTAG TTCAAGTGGAAAAAGTTCTCGAAACCAATATAAAGACACTATAACGCGAGATGTCGACCA ATATAGGAACCTTGGCTAATCTCCATCCTAATAGGATACCTTCAACAAATATGAGACTAC AGCAATAATGTCTAGTGAAGTTTGATTGAAATGGAAAAACCAAATATATTAGACACCAAA AAGGCCATAGCTTTCGATACATTCGGCATGTCCAACTATCTAGGCCTTAAATCAACAATC AATCACACAAGGTAAAGCTCAGCTGTAATATTTTCCACCATATCTAGGAATCAAGACTAG TACTAAAAGAATTTCAATTCACCACTTTTTCAGCTACAACCCCAGAATCTCTCACTTCCA AATTGAACATAAGGAAATGATCAATGACCCAAAGCTGAACCTAGCTCAAATCAATTCCAA ATTGAGTCTCCAAATTCCATAGTACCAAAAACACAGGAAACACTAAACGAACTAGGCATG TAATCATAAGAATATCAATCAACCAAACATTTAAACTGCTATTCCTCTAATCAGACCCAT TTAAACCAAAAAAAAACTGAACTTGATTATAATTTTATCAAAATTTGACGAGTTTAAAGC AACCCATCATTATTTAACTGCAAAGAACTACTCAATTCCAACCGAATTAAAGGAAATTAG AATCATACGAGAAAATGAGAAAGATGGACGATGGTCCAAGCCATGCCAGGAGAGCAACCA AATACAGAGAGAACAACGAGCCATGAGAAGAATAGAATTAGGATGTAGGTCGTCCATACA CCGGGATACGTGAACCACTCGGTATTCCGATTCAGATCCGTCGGCGGAACCGCCGTTACA TAATAATTTGCCATACAATAAATTCTTGAAAATTCAATGAAAGTAAGATCCAATGTATAG GAAGATGTTAAAAAAAATGGAGCTTTCGTCGCCCAAATTTGATTTGAAGATGAAAAATAT TGAAGTTCAAAGTATATTATTGATCAAAGGAATATGAAACGACGAGCCTATAGCCGGTGG GTTCGATCGTTAGGACCGCTCTATTCCGCGATTCTAAAATCACTTTTATCTTAGTTATTA TCTTATTGAGATATTGTGACACATGAAGCAAATATTATTTGATTTTAGAGTTAAATAATA TAAATATATTTAAATTATTTTTATAGTGAATTTTATATTTTAATTATATATTAATTATTT ATTATCTATTTAAATGATGATTTTTTTATATTAATATATTTTTATACTAAATATTTAATA TAAAATAATAATGTGTATAAATCAGTTTGACGTCAACACGTAATTCAAATATAAAAAAGT GATAGTTAACATGAAACTCAAAAATTTGATAGTTTATGTAGCTAAACAAGAGGATAGACT GAAGGATCAAACTGGTGAAAAAAGTGCTTACTATTGACTCTTGATTTTATTTTATTTTCT TGCCTAAATAGATTGGTTTTGTAAAAGATAAAATATTACTTTTATCAAAAATATTAAAGA AAGTACACTCAAAATCTGCAGTATGGTGAGTTTGGATCTAAATTAGCTGGTTTACTCTCT TGTTAAAAATTTAATTACTTATCCTTTAAATATTTTCAAAATTCGTTGATAATTAGATTA GGTTAATTGATTTGTTTTAAATATAAAATATTTTCATACCTTTAATATTCAGTTTCCATT TTGACGTCAAATAATTTGAAATTTTAAAGAATAAAGTATTTTCAAAGATGCATTATCTTA GATATAAATTTAATATTTCTAATTATAAACAAAGGCATTTTATTAGACATTTCGTAAATG ATGTAAACAGTTTCTTTTCTTTCTCTCTTTTTTCTTTTCTTTTTTTTTTTGCCAATACCA CTCAAAAGATTTAAAAATGTGGATTTTGAGAATATTACAAAACAAAAGTACAAAGGCTTT GGTCTATATTTAATTTCTATTTGATTTAATATACTTACTTAATATCACCGCCAAACCAGA AAATGGACCACTTTCTACTTATAGACTTAACTTTAAATAATTTTCACAATATGAAAAGGA CATTGTTTAACCAAAAGAAATAGTCAAAAACTTTCAGCTATATTTTATTTTAGTAATAAT TTAAAAACCAAATGTTCTTTAAACCACCACTAAATTTGATGGTGGGGTCAATTAATTATT ATGTGAGAAAAAATCAATTAAGTAGTTGGCAAGTAGAAACTACATACTTTGTGACCTTAT TTAAAGTCAAGTATGAATATTCTATTGCTTCTAATTGACTATTAAACCAAAATATTTAAG TTGTTGTGCTCCATAAACAATTGCAATATTTATTTCATATGAAATCAAGCCATAAAACGC CGTATCAAATATTTATTTAAACTTGTAAAATACATATTTATTAATGAGAAAATGAGCTCG TAATAGTTGTTCAAAGAGCATAGGCTAGCAATTGTGGTGCTTACAAATGGGCTGGATCAT TTAATGGTAAAAAAACAAAGCCCAATAGTAGTGCATATAGGATGGGCCTCCTATTTCGTT CGAAGGAGATTTAACATGTATTGGATTATACTTGTGATATTAATTGTAAATGACACGAGA CAAGATGATTTTCAATAATAGAATGATAAAAAACTTTCTTAGTTCGGAATGTTATGGTAA AACTTCGTTCGAAATGACATGATAGAATCAACAACTCATTATCTAATGAATCTTGTCAAT CATAAATACCCTTAAATCCTCGAAAGATCAGATATTCAGGTTGAATAACTAAAAGAAAAC AGTCTTGATGCAACATATCGTTAGATCACAATTCAAACCTTAAAATTAATAACTAATATT TGCATTGGAATAAATTATTTATATAACATCTATTGAAATATGACTTTTCTTCGTACGATA TTAATACGAAATGTTTTATTCATCATGAGTCGAAAAAAAAAATAGAGGAGGTAAGTGATG ATGTGTATGTGATCCCATCATAAGCCTGCAAAGACCATAATTAGCCCCACTACAAACATC ATCATCCCAATTAGTGGACCCTGGCTAATTACTTGTGGGCCCTAGGCCCAATAAAAAAAG TAAACAAAGTCACTGTCAATTGTCAGTTTTTACTGAGCCCAGCCCCTCTCTTTTTGCCTA CATTATAACCGACATTTGACGCCTCGAAAAGCAAAACCCTCTTATATTATTATAATATAT CGAATGTTATGATTTTATTTGAAACAGAGTTTAAAAATGTAAAGAAAATCATATGGTTCT AAATTAAAGTTAGATTAAATGAATAAAATTATTTTGTATTTTTGTGACCTTAAACGTGCT ACATGAAAAATTAAAATTAAAATATTATCAAAAATTTTTTTTTTTTTTTTTTAAAATAGA CTATGAAATATGTATTTTCCGTCCATATCAACTTAAGTGATGTTATTTAATGAAATATAA AAGTAACTTTTTAAAAAAAATAGAAATAGCTTTTGGGTAATTAAGTCATTATTAATTTAG TAGATACGTAATTCCAAAATAAAAATAAATTTAAGTATCAAATATATTATTTTTGAAATA AATTAAAAATAGAAACGTATCAGGTAAATATGGACACTGGACAGTGAGAGTATATTCTTG TTTGGTCTGAATTGAGAAACAAATGAGGACTCTTATGTGTCGAGGTACCACTCGTAGGAT TAAGACCACTGATTAAACCTAGAATTACTAGGTTGTCTACATGTCACTAATTGCACCACA AATTATATATTACAAAAATTTGAATAATGCAAGTTAAAAAAATCATTTTGAAGCAGAGTA AGATTCTGAGGTGGTGGTAACAAAAAAAATGAATTATTTTGAAGCAAAAGTAAGATTATG AGGTGGTGGTAACTGGTAACTTAAAAAAAAATCATAGAAATGATATTATAATTAGTAGTA CTTTCAAAAGGATCGACTCGATTTAATTCCATTCAAGTCTCGTGGGCTAAGAAATTTAAA AGGTAAGGGGGGTGGCTCTTCACGCAGAAGGGCTTAAAATACTCAACCCAATCCAACCCT TGAAGGGCTGAGGGTTGGAGCGGGCTAGCCTTTTTTTTTCTTTTCAAATTTATAATTCTA TAGCATCAAAAAATGAAAAGATTTTAAAAATAAACATATGACAAATAATGGTGTTGCTTT AATAACACTAACAAAAAATCTAGCGTAATTAACATGTATCTCGCATACTAGATATGCGAA TAAGATAAGAGAGCGACAAGTAAGACTGGAGGGAGGCGAGGGCACAAGATTTGTCTATCC ATCCTATACATGTGAATCTACTTGGATAGAGTGTATCTAGAATAGATCAACCTAATCTTG AGTCTATATATTCCGAAATACGTGTATCTGAACGTACCAAAATCTGATAAGATTTACGAT ATAGATTTTATAGTAGTGAGATCATTGTAAGTCACCCTTAAATATAAAAAGTTGTAGCCC ATGGGCCACCCCCCGGGCCCGTCCGATCAAGCTTCAAGGGCTTAGGACTTATATGGGCCA GACTTATAAGCCGCAATGTTAAATGAATTTGTAAAATCTTATTCCAACTTTATTCTAATA ACGAATTGAATTGAGTTAACTCCATAGGTTTAAATTCATTTGACGGCTCTAAATCAATAC AAATATAAATAATAATAACATATTTACTAATATCTCACATAAAATAAAAAATAAACAAAA ATTTAACATACATAAATTTTATTTCTGTTTTATAAAAATAAAGAGATTATTTCCGAAAAC AAGGTGTATTAAAGAAGAAGAAAGGAGGAGGCAAATTGGTAGACATTCTCTGTAGAGGAT ATAGGGTTCTGTTTGTGGGGGCCCATTATTTGATGGACCTATCAATTATCATGGGCCTGA CACAACCTTGAACTTTGTGACTAATTCATCATTCATTCATTAGTGCCTCACATTAACACT TTTCTTAATAAATGCACCTATCTCAACAATATCATCTTTTATGGAGTTTGTGTGCAATAG GATATACTTCAATGTTAATTGAAATACAAAATATCATATGTTATGTATCATACATTTTAA TAGTAAATGATGCAAAGTTTATATGCTATTGAAAAAATACAGGATTGATAATTAAATATA AAAAATTAAAATTTAAAATATATTATATATTACGTTTTTTTTTATCTATCAAAATGTACA ACGCATTTTAAAATGAAAGTTTATCTATAAACATTATTTGAATGGATGGTATACAACATA AACTCAATCAAATTTGACGCACTCATGTATATCTATACCTAAGGGAATCTCATACATAAA AAGTGTAATCATGAAGCAAAAAAATTAAAGAAGGATTATTAGCCTTTTTTTTTCTATTAT AAACCATGGCCATATTTTATTTTATTTTTTCCTTTTCACCTCTTTATTTTTCTTTCAAAT GTCAACCAAAGTCTCTTACTCGTGTCAGCTTTTGTTTCCCACATTTTAAAAAAGCAGTGT GGATCCACCATTTATGGCTATTGTATAAACTCAGTACTTTATAAAATTCGAATTATATTT ATAAAAATAGTACTAAAAGAATAGTGTCAAATAGTATATATTCATACTACACTATTGAAT TCATACAAATTTAAAAATGAAAGAAGAAAAAGAAAATTTTATTGGTTGGATTGCTTATGT CTCTGCAAGATAAATCAGTGTGATTTTATTTTTAATCAAAAACTAAAAACTAAAAAGCGT GTAAACTAAACAAACTTTAACCAGTTATTATCAATTGATAGAAGAACTGAATAATATCTG ATTTTGTTCTAGTGCTGTGTCTTTCTCAGAGAGGAAAATTAAAAATCAAACTCTATTATG TGATAACGACATAATTTCTTATGTGATGTATCGAATTCTATTGAAATTTCAAAATTAAGT ATATTTGGACTGGTGTAATACTAAAATGATAGTTGATCCCTTAATAAATAGTATTTTCTC CTTTAATATAGGCTTGATGCATGTTATGCAAATACAATTAACTAAAATTTCAATATAAAT ATCATATATTGAGTTTGAAATCAGAAGAAGATGTGACACTTCGTACAATAAGATTTTTGA TAATTGCCAATTGCCGTAAGATAAAAGGAAAGACAAATATAATGGACCATATATTATATA ATATGCTAGGTATAACACAGTCTAGTAGGATTTCATTGAGGGGGATGTGTCAACCAACTA TTTCTTTTAAAAATATGTAATTTAATTAACCTCATTCCTAGTCCTTAAAATCATGAACAC ATATTAAAATAACTTGTTATAATAAATTCATTTCTGATCAGTCATCAAAATTTGCTTTGA ATGATCAATGATGGTTGAAATGGTTCCCAATGCATCTTTTTATTAAAAGTCAAAACTAAA TCAACTTCATAAGATCCATGCTAAAGCATGCAAAATCAAATATATATTACTATATTCCAA AATATTAGTGTCATTTAAGCTGTAAAGTACAATTAAAGAAAAAAAAATTATATATGAGAT GATCATTGTGGTTAACATTTAGCACAACAGAAAAGACTTCTTTTGGGTCCTATGCTTCCT AAAAACTAAAAAGATAAATCTTCATGAAATTTTCAAATATAATTATGTCTTTATTTAACC TAAATATTGGACATCTGTATCTTATGCCATATCACTCAAATCTTATCTTTTCCAAATATT GTAGAAATATTTTATTTGTAGCGGAGAAGTTAAAATTTTTGCTAAAAACATGTGCAAAAT TTAATATAAGTGTTGTGTTATATATATATAATATATAATTATCAATGAAGGATATTTATC TAAGTAAAATCATCCTTTGGTCTTTGTAGATCGATCAATCTTGATTGTTGTGTGAGGTTA ACTTTGACCTATAATATATAACATGTATATTGGTATTACTTAATAGTGTTCATCGTTATG GAGTTAACTTAACCTACGATATATAACATGTAGATTGATCACTTAATATTTATTTATAAT AACTTGTTGTAATCGATTAAATTGCAGGCATTGCTAGTAGTGAAGACTAATATAACTTAT ATTTTTTGTAAAAGTAAGTCGAAAAAGATGGGAAAATTTTAGATGATTTTCCAAAAGGTT AACGTGAGCTTTATATTTATTTATTATTTTGCCTTAATATTGAATTATATATGATGGGAA TTAGAAAAGACAAAGGAGCATAGAAAACTTTTATGATGCCGTTGACTTAGGTATCAACGG TGATGATGAAGCGTGTGGTGTTTCAAGCAGACATAGAATCATAAGCCTTTGTTAACCCCC CTTTTTTTTCCCGATTGATATTTGTATTGAAATTTTACTAATTCATAAATATTAATTTTC ACAATATTATAGTATGCATTTTTCGTGTGACGTTTTTATCATAATTGTTTTCATTCTCAA AATTTGAAATCAAAACTTTTGATTGATTAAGAATAAATGAATCTTAACCATTCTAACACA ATTCATGCTGATATAAAGGCCTTTGTTACCTAAAGATGAAGGGCTCTGATTTGATCAATA AAAATTAGCTAAAGAGTAAATGGAGCCCAATCTTTTTAATTTTTGGGTCTTATTTTGATT CTCTTGTTTAGGCAACTACCCACTAAATATTTGGTGAGGCTGCTAGTTAGGGTAACTTAT CATTGCCATGTAGAGTGACAAGGATGTTAAAGTTATATATGTTTGAGTAATGCTAATATT CTGTTATGTAAAGGTGCGATAATTAATATTAGAGATTACTCGGGTTGATGGAGTCTTAGT TAAATATGACACTCTCTTTGATAGGTTCGATTAAAAATAAATTTATTATTTATTTTCAGT TATAGTTTTAATTAGCATGATCATATGAACTTTTGATTCTACTAGTATGTTGCTATTTTA GAGCTAGGTTGAATTTTTTGTCGATTCGAAATGAATAATCTAACGTTGAATATAGCATGC ATGAGGTTATATCAATTTATCAAGAGGTTGCATTTTACAATTTAACAGCTATAATTCCTC TTGTTGCCATCTCTACCGCTCAAACTTAAGGGTATTTTAATTTAAATTTTTTATTAAATA AAAAAAAGATCAAATTTCACTTAAATGTCAAATAGACCGATAATATTTGAATATTAACGC GAAAATCACCCGATAAAGGTACACCTTTACTGTCAATAGAATATAACTATTGATCTCAAT GACAAAATAAATCACAAAAAAAGATTAGCATTAGCCAATTGATAATTCAAAAAGCTGATT TGGGTTAACAAAAATTGGAGATCAATTAGATTTGGGTGTGCTTAAAGTTTTAATTAAATA CTTAGTGAAGAGTAGATTTTGGGCAAGTATCAAAGTGGCTAAGTCAATATTCTCAAACTA TATAGATCAATTAAGATGTTGCATTGGGGACCAATATATATATACAGTCCCTTTTATAAT AAGTAATGCACTAGAGTCTTGTTTTGTATCATGACAAATATAATACATGTCCCTTTATTA GATATTGTGAACATTGGATACCCTATAATACAAACTTTCTATTTCCTTTTTCCCTTGATG GATGGATTTTTCCTTTAACCTTAGAAAAGAAGTGGCATAGTAGTGGACACTTGTATGGAA AGTTCAGCTTACTTGTTCCACTTTTTTTTCCGATCACGTCTGATATTTATTTTGAAGCCG ATCCAAATTAAACCTTTTCGATCTAAACATAAAATATTTTCTATTAAAAGCGACTTCATT TTCAAAACTTGATTAAAGATAAAATGCTATTTAGTTACCACCAAGAAATGTTCGGAGCTA GGGGTTCAATGATTCAAAAAATTATATTGTGTGTATATGATTAATTTTTTTTATTGGATA CCTTTATATTTTTCATTTGTTTATGAAATTCATAATACATAAACTTCAAACTATAATGCA ATTGAAAAAAGGAAAAGAGTTGACAACCTATTCAAAAAAGTAAAATGAGTATATATAATG GAATGATGGAGTAATCAAAGTGAAATTAGCTAGACAAAGACGAAAGTAAATTTTTTGAGT TTTAATTCACTAGGTTTTTGACTGCGGCAATAACTTTTACTGAGGTAAAAGAGTAATAAT TTGTTTGTTTTCAGTGTCGATGACTTTTCTGATCTTTGCTAAATAAAATGTGATAGGAAA CTGCATTATACTTAATCCATCGTTATATAAAACCGATCGCAATACTTGTTTTTTTAAGTA GATTCAACATTTTGTATATTTTGCTAGGTCCACTCCAATTTATTTTTATCAATATATGTC TTCTTATAGTAAATTATTCTTGCTTTAAATATTTAGTCCAATTCTAAACATGACAGATTT TAAGTTCCACGTTCGAATGAGTATGGGTTAATTACTTGGTGTTTTTATATAGTTTATCAA CATCTTTTTCATAAAATATTTCAACTATTTACTGGAGAATTAGTTTAAGCTCTTCAACTT AACACGTAATTATTTATTTGTAAAATTAACTTATTTTTGAATAATATATATATGTGTGAT GTTCAAATAAGCTTTTTATTTATTCTAAAGCAAGAACAGATAAATATGGCTTATAAATTT CCGATAAATTAATGTCTAATGAAAGCAAATGCACTCGTATGACAACATTTAAGTTTTGAT ATTTACACAATCGTATTATTTATTAGGTAATTATATGTAAATTTTTTGACAAACATCTAT TGATAATTTGATAAAGATGACACTTAAAAAGGTTAAAATTTACTCATAGTATAAAAGAAT ATGTAAACAATAATATAACTTAAATCCTGATTAAAATCAACATTTATTTTCTATAAACTC AAGAAATCAATGCCCTTAATTATGTTTGACAATTATGCTACATTATCAAGATGATTTTAT TTGAGTTTGCAGAAGATAATCATATTAATGCAATTTACGATTTATACTTTACTAAGAAAT CTACCATTAAATACATTTAAGCATTTGCACCATTTTAATTAGCTGATATTTAGCTCAAGA AACTCTCAAACTAGTTTATTGATCAATTTATATACAGGAGAAAGATGATCACTCTTAACC ATTCATATTTATTATTCCGATTTTTTTGTCAAAAAAAATTCTCAAAACAACTTATCATAT AATTATGTATAAAATATACATATTAATTTTACCTTCTTATTTTTGATCGATAAATACTTC GTTAATGAAATGCATGTACAATATATATATATGTTTACTTCATATCATATATACTACTAG TAATTTTGTGCTTCCATTCACATTTAGCTTTAAATATCTTCCCGATTTAAAACGTTAAAA GTATTTTTAATCCTTTTCCGATTTTACTATGCAAAAGAAAAGAATTATTTCATATGGTAG AAAAGACAAAACATAGTAAAATGCTTAGCAATAAAAAGGAAAATGTGTTTTTTTATGTGT CCAAATAGTTTCTAATTTGGTCTTTATAGTATTTACTTTTTTTCATAGACAAGAGTCAAG ACTAGTCCCCTCTTTGCCTCCCACCCCACATTCTTCTCTCTCCAATCTTTATTTTTGATT ATCTTTAAACAATAGCGAGTATATAACAAGACCCCAATTATCTTCTATCTCATTAGTCCC ACCAAAAATCTTCTCCAAGCTCTAAACTTTTTTTTTTTGGAGTGTTACTACTTTTTGGGC TCCAAGATTGCTGCTTTTTTACTAGTGAATGAAGTTTTTGCTGTTTAAACAGTGAATAAA ACACACCAAAGGTTTGTTTTTGCCGCAAAGTTGCATTCTTGGTTGGTTTCTGGAAGCACA ACACTCCAAGATTGCTGCTTTTTTGCTAGTGAATGAAGTTTTTGCTGTTTAAACATTGAA AAAAACAACACCCAAGATTTGCTTTTGCTGGAGAGTTGCATTATTTAGGGTAAAATGTGT GATTCAATGGCAAAAGAGACACTCAAGAGGCTTTGTAGAAGCCATGGATGGTCTTATGGA GTTTTCTGGGGATTTGATCAGACTAATTCTTTGTAAGTTTTTTTTCTCTCTTTTTCTGTC ATTCTCACTATTTTTTCTCGTCTTTTACTTTTTCACTTTACTTCTTTCTGTTTTTTGTTC CCTATGTAGTTTTATTTAAAATGTTTGTGATGAAGGTCCTTTTTCCTCACTCTTTTAAAG TACTCTTTTCTTTCAAACTACTTTTTTATTTTTATTTTTAGTGTAAATTTTGATTTTTCT CATTCCATGTCTATGACTTGCGACTCCTTTTAGTGGATTCATATGTTGAACAAATAATAC AATATGGTATAATACCTAGCTAACTTTAACTATACATTTTGGGAATATTTTTTAAAAAAT ATCTTTAGATATTTATTTCATTGTTGAAATATTTTTAAGGTGTCTAAATCGGGCTTGGAA TAGTTTTTGGATTTTTGATACTTTCCTCTCAAAAAATTATTTTTTTTCAAATGAAAACTG TCAAAACGTAAGTTAAAATTGATTGGTGAAATTGGAGCTTAGTTTACTGTTTTCCTATTC CCAGGCACTGTTTTTTTCCTACTAGAAAATGACATGAAACATATATCTTGGATCAAATAA ATTATTTAATTCCTTGATCCCCTTTTCGACCTTATTCCCTTTTCTTGTCCTTGTTCATAT GTTAAAGGAAAATATTATATTATCTCAAATTCAAATTGGTTTTGTCCTGTTCAATAGATT TGATGAAATTACAATTATTGGTTATAAATTTACAGGAAAGGCAAGATTTTGTTCCTTGAA GTTCATTTTCATATGTTATATTGACAAATAAAAATAAAACCTTGAAGGCAAAAAAAGAGT TTGCTTTGGTCACACAAATGGTGTATTTTGACATCTTATGAATATGGTTATTACTCTTAC TATTTTCTATTTGATGTTCTTATAAATATAGTATAAGAAGAAAAGAAAAACTTTTATTTG CAAAAGTTTTAACAAATCTTCTGCATGACAGATTATTGGCATTGCAAGATGTATACTATG AGGAACAAATGGGATCTGTGATTGATGAGATGCTTCTGCAAGTCCATATTCTTGGTCGAG GGTATGCTTTAAAATGAAATCTTTCTTCAGAAAATCCAGTTAATATATAGTACTCCATTT CAATTTTTTTTGTGTGATTTTACTTGAGACGGAGTTTGAGAAAGCAAAGATGACTTTTGA ATCTTGAAATTAAAACGTACTCTTTAGGTAAGTAAGACAAACAAATTGAAGCGGAGGAAG GAGTTCAATTGTGATATACTTTAATTTGTAACAAGTTTTCATTATCATAATGTTGATGAT CTGACTTTTTACAGGATAATTGGCCAAACAGCATTTAGTAAGAAATATAAATGGATGTTT ACAGCTGCTAATCATGAAAGGCAGATCTCCATTAGATCATCTAATAATTCCAACTTATTC CTGGTAATAATTTGTTTCCTTGCTTTCCACAGAAGACTTGTTTGAACTTTTTATTTGGGA AAGTTGTGAGTTAATAAGAGGATTTACTAATTTTAAAACTGGCAAAATTGTAAATTCATT TGTAGGATGATAATGAGTTTGAACAACAATTTTCAGCTGGGATCAAGGTACTTCTTTTTT AGTTCTTATTTTGCATTTTTCAATTCCACCACCTGCTAATGTTGGTTTCACTCTGTAACA AATGATTTTGTTGTTATTTTGCAGACAATTGCTGTATTATCTGTCGAACCGCTTGGTGTT CTGCAATTTGGTTCTACTAATAAGGTTAGCAATAATGTCTATAATCACAATATGTTGTTG TAGGCATTCACTACTATGGTAGGCTCACTGATCTATACTAGTTTAATCAACTTTTGAAAC TTTAACTTGTATTTTCTTAAGTTGATCATGTTCATGCACGTACTGCTGTATATCTTAAGT AACTGAATGCTCAAGATGTTGGCATAGCATCTTGAGTATTCCTTTACTGATCAGACCATG GGATCGCATCATCAAACTCTGATTGCTTCAAGTCCTTGCTCAAACAATTTTTAATGTGTA CTTATTCGTTTATGTTTTCTGCAGCTTCAAGAGAGCACATGTTTTGTGGAGCAAGCAAGA ACACTTTTCCAGGGGATAGGAGGATCACCGACTTCATCAAGCTGCGAGAATCTGCATTTT GTGAATTCCACTGTTTTTCCAACTGCAAACAATGAAAGTTTGATGAAGGAATCTCATTTT CTAGAAAATCTCATTCAATCGGTAACATGCAATGCGGAAAGTCAGATTATGAATTCTGAT GTAGCTACAGCATTTTTGAGTGAAAACCAGTTTCAGGATGTGAATCAGTTCAATAATTGC AGCAGCCAATTTGATACTCAACTACAGCAAGCAATGTTCCCATCTGCTGGTTTGTTTACC AGCTTCCACGATTCCTGTTTGACGTCAACCTGGGAAGATCTCCCATCAGATATGAGCATA CAAGATTTCAGTTATGTCCTTCCCACGGGGATAAACCAATTTGAATATGGCACAGGTGCA ACTCAAAGCTTTCATGACAACACAACATTTGGTTCCTTAGGTGGATTTGGAGTACTTGCA AATGAGGATACTACTGGCCCTCTAAATGGATACATTGTCCAATGTCCCATCAACCAGAGG AATGATGGAGCAGTTAGTACTATCAGTGATAACATATTAGATACGACGGGTATCATCTCA GCCTCTGCTGGTATAAATGAACAGTTTAGGTTCAATTCAGACAGTGATGCTTCTGTTTCG ATTCAAAGTTCTATCACCAACGCCTTTGAAACTGTTGAAAAAGCAAACTGTTCAAACATG TCTGCCATTGAGAAAATGACTAATTTGGTTGGAGTTAAACATGATTCTAAAAAACCATGT AACTGGGGTGATGTTTCGAACCCTGTTGTTAGCACTTCCAACTCTGAATGGACCTATAGT AATGCTAATGAACTCAGATCCAGGCCAGCTAACAGGTTATTCTCCAAACTGGGACTAGAC CAGTTTCTGGATGGTGCCTTGAGCAGCTCTTATTCATTTGCTGGATCTTTTTCCGACGGA CAGTTGTCAGAAACAAATAAGAGAAGAAGAGTTGGAAGTTCTTCAGAATGCAATTATCTT CAAAAGCCCCTTGGTTTTTCTAACTTTGATAAGAATGCAAAGTTGGTGCAGCCTGAATGT GGTCTAGATAGGACAAGCAACCTTGAAGCCAAAAGTGAGATCATCACAAAATTGGATGCA AGTACATTAATTGGAGACAGATGCAGCATCAATAATTGCAGAGGCAATGAAAAATCCTCA AAGCCTACCAAGAAGAAGGCTAAACCAGGAACTCGGCCTATTCCTAAAGACCGGCAGCTG ATCTATGAACGTCTATCTGAGTTGCGAGGGCTTATCCCTAATGGGGAGAAGGTATTGTCT CCAAACTCACTATGTTTTTTTCTTAGGTGTAATATATAAACATTCACTTGAGCTTGGCTT CAACTGGCAAATAAGCACTCCAACATTGAGTATGCACATCTAGACACCTCCAAAATTTAT GTGTCATGTCAGCGTTGAGTGTGCACCAGATATAGTGGGGACGAGTTAGAGTGTTTAGTT TTAAGTGGAGACCAAGTTTGAGTATATATTAATGTTCATGGAAGGTGCTTCTGCACTTAG TATTTCTACGAAGAACTCATATTTAAGTTGTTTCTATGGCAGATGAGCATTGATCGCTTA TTACACAGAACGGTAAAGCACTTGCTTTTCTTGCAAGGTGTCACTAAACATGCTGAAGGA CTCAAAAAGGCTGAAAGTTTGAAGGTAATAATCAAACACTTTGATTGATTTAACTTGTTT TAGTTGTTAGAAAAATAGACATGCTTCTCAGTACTAATTTATAACATGTTTATCATTTAG CAGGACTCAGAAACTCGGTTAAACTCCAAGTCTAATGGTAATGGAGTTACATGGGCATGT GAAATTGGCGATCAAACAATGGTTTGTCCGCTGATAGTTGAGGACCTTAGTACACCTGGT CAAATGCTTATAGAAGTAAGTAATGGTTTTTTGTTGCCGATAAATCTAGTCATTTAGTCA AGTCTTGATAGAAACTTTATCTAACATATGATACTATGTGTACTCTTTTGCTCAGATACT CTACAATGAACAAGGCTTCTTTCTGGAGATGGTAGATATAATCCGAGGCTTTGGCTTGAA CATATTGAAGGGAGTGATGCAGTCACGCGAGACAAAGATGTGGGCACACTTTGTTGTTGA GGCTGAGGTAAATACTTGACTGGAAAACGGCATCAATAAATAAGTCACTTCACTTCTCCT TTGAGCTGTTTTCATCATTTTAATATTCCAATTCTCCATGCAGGGTAACCGGCTAGTAAC AAGACACGAGATTTTTTCATCTCTTGTTCAACTTTTACACTTGACAAGTGCTAGTAAAGT TGGTCTGAATAATCAGCTTCAGTATACATCCGGTGGAAGGAATACTCTAATAAATGATTG TCCAAACTCTGCTGTGCCGATATCTGGCTGCTTACCTGAAACGATCCGATGTGTAAGATA GCAAAAATTGCAGTTTCTATTCTTTTTAGAAGGACAACTAGCTAGCTGACACTTCCAGAC AAGGAAATGTGTCATTTTCTGATTTCGCCTTGAATGCCTAGTGAAGTAAACTTGTTGGGG TGCATAGGCGTTTTTGCAAACAACTTCCTGGATTTGTTTGTGGTGTCATAGAACACGCGA AGGAGCATATTGAGAGGAAGGTGTCTCAAAGAGTTTTTCTCTTTTCAAGATTGCTCCTTT TTACCGCCCTTGGAACACCAAAGAAATATCTTCTTCTCTCTTGCATAGTTTGTTTATATG TTGAAGCTGACTGACTAGCTAGGTAGTTTAAGGTTACTTTCTGATTTTACTTTTCCAATT TCTGTTGTTTCTTCTGTAACTAACTATGAAACATGAATTACTGAGAAATGTTATTACATT AGTCTTTGCTTGACATATAAGGACCATCATCACCTTGCTGAACCTCCATCAGGATCTTTG TTTATCTTCTTGGTTCTTCAAAAAGTGCTGGTTTCATTTCACTGCAGTCTATAATTTTGT AGTAATCGAACCACCTCGTCTAAATGAAGTGCGTGAAAATACTTTTTCTCTTTATATATG TGGCTGTGAGACTCAAAACTCATGTAAAAGCTTTAACTTGGTACAGAGGAGTCAGTTTAG GTCTGCACATAGTGAAAGTAAACAAATTTTGAGACTTGATGGTTTATGGTTATGCCTTAC CAGAGTTTTGGTCTAATGATAAGAGCGTAGCTTGTGATTTGTGGTTAGGTGCATTTCACG AGTACGAACTATACCACAAACAAAAACATGGTATTGAGAAGCATAAAGGAGCGGACTCAT TATCTACATAGTTTCGAACTGTGTGCCACTGGCTATCAAATAGTTCATGGTTATGTTCCA CTAATGAAATAATGACACACGAATCCTCTAACAGCTATTTTAATACTGATGCTGGAAAAG GACAGGTGTAATATTTTTGAAACTTACTTGAAGAAAGACAAACTATTGATATTTTTTTCA AATAAGTGAAAATAATAAGTGATGTTCCATTTCAAAGTTAAAAGCAGAAGAAACCAATTG AAACCTGAATTATAAAAGCCATATTATGTTATTTAACTAACATACATCAAGTCATTTGTG GCCTAATTTTGGTAGAACCCCCAATACCGAAAGGGTTTTTGATTCATCACAGAATATTCT ATTAGAGTAAATATACTTATTATTCCACTAAGTGCCCACCACTAATACAAGCATTCGATA ACTCTGTGCCTTGCTTTGGGCTAAGTCAACGCGATTTTCCTTAAAAGGCCTTATACATTT TATACGTAGCTTTTCAATCTTTTCAGATATCAATGTGAAACTTTTATTCACACACCCGAT ATCTCCCCTTGAACTAAGTTCCATGTGTCCAATCACCACGATCCACAGATCAATTTTTGA GATTCACTGTGTGACACACATCATTGGAGTATTTTATGGCAACTGAAGCCTGCAACTAGC TTAGCTTCTTTGTGTGCATCTCTAAGTTCATAAGGGTTAAGTAAACCAAGACCCACACCA TCATTTGCCTTCTCCATACTCGTCCCGACCTCTGATTTCAATTGTCCGGGGGCTAGATCA GTCCAAAGATACTGTTGACATGGTGTGATATTGTCCGCTTTGTGTCAAGTCAGCACCGTT TTTCCCATAAGGCCTCACACCCTTATATATAGTTTCTCAACCTTTTCGGCTATCAATATG GAACTTCTGTTCGCACATACAACAAGAATTAACTAAAAATTACTAACATAGATCAGACTA CAACAATAGGACACTAAAACTAAGATATCAGAAAAAGACTATAAACTGTATAAGCATAAA CAAAATGACCTTGCTACATAAGCTAAATGTAAAAAACTGATATTAGAGGATTCTGATGGG AGAAGCACTAATCATAAAGGATTACTATAATTAGACAGTGAGATGACCTAAACCATACTT TAAAGTAAGTATTAGTTAGTGACCACCAGCTGTTTTAATAAAACCCAAACTGATGACATT TAGTTTTTATGAAATTAATTGTTTATTTTTACCACTTATCAGCCAAACTGTAATGGTACT TGTGGTTTTTCTTAAACCTGATATTTTGGAACAAACTTTTTCTTATAAAACTTACTGCTT TATATAAACTGCAACTGAGTCATGACCTACTCCAATAGTATTTGAATATCTTTAAATTAA TTATGTGGCCAAAGTTTTACATCTTTATATAAAGAAGTAACATTCACAATATATTGTACA AGTACTCTTGTTTATTTTTCTATATATATTGCATTAACATGAATGCAATCAACAATGCAG AATGGAGGATCAGGATGGCTGATGGCTCGTCCGAAAATTTGGCACCAGAATCGAGCCTAG TTACAAGAATGTACCTTTCATTTGAACGATTCTTGAAAAATTTGATCTTGATAGTCATGA GATTTTTGGAGAAATCATGGAACATAGGAAAGAATGAACCAAGAAAGGTGATCCATTGTC TTAAAGTTGGAATAGCTCTATGCGTTGTATCGTTGTTCTATTATATGAGACCTTTGTATA ATGGTGTTGGAGGAACTGCAATGTGGGCTGTTATGACTGTTGTTGTGGTTTTTGAGTACA CTGTGGGTAAGTAGCAAGTAGTTTGAATTTTTTACACTTTTTTGTAGGCTAAGAGTTATA AGAAAATTGCAGGAGCAACACTATACAAATGCTTAAACAGAGCTACTGGTACTTTTTGTG CTGGATTTCTTGCAATAGGGATCCATTGGATTGCTAATCAATCAGGCAAAAGATTTGAGC CTATAATTATGGGAGTTTCTATTTTCATATTAGGTGAGTGATGTTTGTAAATAAAAATTA CTTTTTGCATATAGGATATGACTATGTTGTTTGGACTCTCCAAAAATACTACCGCTCTAC TTTGTGAGGATCTGACATGCACACATCCACATTTTTTAAGAGTCGGAGCTACCTAGGGAT AATTTTCATATTAGGTGAGTGATCTTTGTACATATAGGACCTGGATTATCTGTTACTAAT TTTTTTCTTTCTTCACTCGATTTAGCCTCAGCAGCAACTTTCACAAGGTTCATTCCTGCA GTGAAAGCACGGTATGATTATGGCACTATGATCTTCATTCTGACTTTCACATTGGTTTCA ATATCTGGATATCGTGTTGCAAATTTGTTGAACATGGCTCACGAGAGAGTATCAACGATC ATCATCGGTGCTTCCTTGTGTGTTATTACAAGCATTCTCATATTTCCCATATGGGCTGGT GAAGAGCTCCATAAACTTGTCATTAGTAACTTGGAAAAGCTAGCAGAGTCCTTAGATTGT AAGTATTTCTTGCCTAAAATTTGGATATCAGTAACAAAATTTCATCATATATTGTTTTTA AAGTTGATCCTCAATTGTCCTTTTAGGTTGTGTAGCTGAATTTTTTAGCGACAGTGAAGA CACAACAACAAATACTAAAAAAATGCTAGCTTTCAAGTGTGTGTTGAATTCAAAGGCCTC TGAAGAGACAATGGTAAGTTTTTGCCAATATCAATATAAGCTATGTTACTCGGACTCTTT AAAATACCGTTGGGTGAGTGTCAGATCTTCCAAAGGTAGTGCGTGGATTTGTGGCACCGA CTCATTTTTTGCTTCAAAATTGATCCAAATAACCCCAAAACAACTTCAAATTTTACTGAT ATAACATGGAATTATCTGCTAGGCCAACTTTGCTAGATGGGAGCCTGCTCATGGACTTTT CAACTTTCAACATCCATGGGGAAAGTACCTTAAGATCAGCGCGTCAATGCGTAGTTGTGC CTGTTGCATTGAGGCACTTACAAGCTGCATCAATCAAAAAGATCAGGTCGGCTAAATTCT TAATTCTACTAAAAAATTATACAAACTCTTTAACTAACTAAAAGGCAAAAAATTTCATTG TGTTATAGGCTTCTGAGTTGTTAAAGAATGAGCTTACTAACACTTGCCAACAAGTAAGTT CAAGTACAAGTGAGATACTGAAAGAGTTAGCTTTAAACATGAAAACAATGAGAAAATCCT CCAGGATGGATATCTTACTACAAGAAAAGAGTAACGCGATTCAAGAACTAGAAACTCTGA TGGAACAACTTTCAGGATTGCTTTTTATACAGCCAAAGAATGATCAAGAAAAGCCAGTTA TAAGAACCAGTAGTACTAATGTTATCCCTCTTGTTGAAATCATACCAACTGCAACATTTG CTTCTTTAGTGATCGAAATTGCCACGAGGATCGAAGGGGTTGTTGATGGTGTTGAAGAAT TATCAAAATTGGCAAAATTCAAACTTGAGGATGCTGATATGATAATCAAACAGAACAAAC CAGTCATCAAGAATATCATAAACTAGCGGAACCTTACTGTTGATTTCATATGTCTAGCTA TGTTCAGGTTACCAATTGCTAGCTCTTGTTGTACTAATATATCAAATTTCCTAATTGTCC ATTTGATATAGTTTCTACTTTATTTCAATGTCTAATTCTTGTAGCACTTACCAATGAGGT CCTATTGATGTATGGACCTTTTAGAAAAGGTTTGAATGTCTCTTCTGCCTAGCGTTTGAC CATAAATTTTTAAATATTATTTGGGTGGAATTTTACCATTTCATACATCGTGAAGTAAAC AAACACATGACTTTGTTATTCTGAGCTAAATTTTCATCATTTTCTTCAATAACCATATCA TTACTACTTTGGTGTTCACCTAATAAATTATGTAATACAACACAAACACTACTATATAGG GTGTTTTTAGTAATAGATAAAAGGTTAGGGTAAAATTTCAATTTTCAAAATATCCCAAGT AATGAGATTTGACCCAAATACTAGAAAAAACTAGTATTTGGGAATTTGGATATTTGCCAA AAATATTTACCAAATAATGACAAATTGTACGGAGAAACACTATTTGCCAAATTTTTCCTC ATTAGGAAATCTATGGCAAAACGGCCAACTTTCACATATAGCAAACACAAAATTCATATT TGTATGCTATATCAAAGTTTGCATAATTGCGCTCAATAGCAAACATTAATATATATAATT CGCTATACATATAGAATGAAACTAATTGTATAATTCGCTATACATATACAAAAGAAAGCA GTTGTATACAAATCAATTGTATAATTTGTGTATGTATAAAACGAGAAAGAGAGAAAGATA AAAGAAAATTGGGCAGGGGAATATTTATATTGTATAATTATAAGTGTATAGGACGAAGAT ATATGTATTTGCATGTGTATATACAATTTTCTCTCGCTTTATGCAAACGGAAACGCAATT TATACATTTCGTTTGTATAAGCGATAGAGGCGAGAGTGTTGAGAGAGATCTGGGAGAGAG GAGAGAGGGGAGAGGGGAACAAGTATATATATATATAAATTTTCTCGGTTTATACAAACA CAAATACATTTTATACACTTGTGTCTGTATAAAAGTGAGAGGGAGCGAGCGAGAGATGGA ACGAGAGAGGGAAGTGGTGAGCGAGAGCTTAAGGGAGAGACGTGCATGACAAACAGTTTT CTACACGATACAATTAAATCAAAGTATGATTATAACATTTAATTTGATTTATCAATTTGT CATTATATACAATTTTCCCTAAATTGAGCCTCTTAAAATTGTGAACTTTGGCCCAATACC TTTGAGCCCATTCAGGTACCCACTGGAGCTCCGAGAAAGAAAAAGGAAGTTCGTCGTCTT CTTCTTTATATGAAAAACAAAAAAAAACCTTCGCGGGTTTTCTAGAGAGATTGTTGGATT TTTTTTTCTCAAGTAAAAAAGCTACAGCTTTCAAGGTTTTGATCTTTTTCTCTTAATTAA TTGCTTTACTTTTTGCCATGGCCGACGAAATTATAACATCGGAGGGAGTTTCAAGTTCGT CTGAGCTGAACTCGTCGTCTCGTATAATATGTCGGGTGTAAGTATTGTTAATTTTTTAGC TTTGATTTCAATATATTAGTTCTTTTATGCTTTATTGTTTTCTTTAATTGATTCAATTTT TCAGTTTTCAGCAAGTTTTTGAGTTTTCTGCTTAAACACTCAATTGGGATGTTATCAATA TTGGTTTTTTTGGCTTGTCATGCTCAAATTAGAAACTAGAAGTAACTTACAGCTAAATGG ACTTAGCAACGCATGCTTGAGTAATTGTAGTTTGCTTTCATTACACATTTACACTCCACT CTTTAGGAGTGGCTAATGTGAAATGGACGAATAGAGCGGAATATTAATCGTGAAATAGCA TGGCAATAGGATGTCGAGGTCTGAATTTTGAAGTGAATTCTTTTTTAGAAAGAGAATTCA TATTGATGACCCCAACTTATTTGGGGTTGAGGGGTAGTTGATTGATTGATTTGTTGAGGC CTTCTTTGCATCTTCCTGACATTTAGCTTGTGTTGAGAGTTGCGATTTGTGGGTTATGCC ATTTGTGATTTGTCACAGTTTCTTTTTTCTCTATTTGCATGTTGATATAGAGAAATGATT GTAGTTCTTTCAGATGACAATGAAATTAAAAGATGGATTGTTATACATGAACTTTAGACA AAGTTGAACAGAATTTGGTGTACTTTGGTCACTTTGTTTGCGTTACCACCATTTTTGGGA TTTAGGAGCGGCTATATGATGCCTATCTTATAAATGTACAATGCTTGCACAATTATGGAC GCAGGTAGGCTTAGAGGGATCGAAGTGATTATCAGACACGTTAGTGAATAGTCCATCTGA TTTTTTTATTGATGAAGAGTCCATCTGAAAATTGAACACGATACTGTACAATTTCAAGTT AAATCCTCATTGTTTGGGGTATTCCATTGTCTCCCTTAAAGATCCAAATTAGAAACCTAA TACTTTCCTCCTATGATATTGAGGCAAATATTTTTTCCTTCACTGTTGGATATGTGAAGG TTGAAACATTTTTCAGGTGAAAGGGGATCAATTCCTGGAATTGAACTCATGAACATGGAA GTTTCACCCACATAGTTCATCTATTCTTTAGTTTCTTCCTATTCTACATTCTGAGCGTAT GAGAAGTTTTCACTAAGACGAATATGTTGACTTCATTATCATTTACTATTGTGACCTGCC TATTTTACATTCTACCAATGCTGCACATGAGAAGTCTCATCAAAAGTTTCAGATTGTGCA AATCTCCCATCATTTCTCTAATGGAATCTACATCATTTATGATAACCAGTTTGCGCCAAA AAGCTAGCAAAAAATTCGCATGAGCTTAAGGTTTTCTGAGGTAATCTTGGAAAGACCAAA AGAAAAATTGTGTATCCACTGATTCCTATCGTATTTTTTTCCCTTGCTTATTCAATATAA TGGGGAAATTGAAAATCTGATAATTTCTTCTTAGCAAGTTGTTTGTCTATCAAAATTGTG AGTGGCTATAATAACAGCAATGCTTACTTTTTGTGCAGTTGTCAAAAGCAATTTTCGCAG TATACCTGCCCTCGATGTAATACCCGTTATTGCTCTCTGCCTTGTTACAAGGTAAGCGAA AAATGGCTTCTTCTAAGTGAAGCTGGAAACTATGATCTTTTGCACTTCCTTTTTTTTCTT CTGAAATCTACCTATGCCGAAAGTTGTTATTGTTAGCATGTGATGGCTATAAGTCCCATA TATTGTGGAGAATCTATTGAACCATCGTCCCTGATTTTTCTTAATGATATTGGTGGCAGT CTCATAGTCTTCGTTGCACCGAATCCTTTATGAGAGAGAATGTCATGGAGGAACTACAGC ATTTGCAACCAAATGATGGAAGTAAGCAGAAAATGCTAGACATACTTAAACGATTCCACT CAGAAGATGAAGCAGACATCATGGATGAAGATGGTAAGCATTGTTTTGTTGTCTGCAATA ATGAATCCATTCCTGCTTGATGCGTTTCCACAGAATCGCATTTCATTAATTAATATCGTG TAAAGAGGAGTAATATGAATCTTGTTTTTGTTTTCTACAATTTTTTTAAAAAATAATTCA TTGATACAACTTTTCTTGTACTTCACAATAAGGATGTTTGATTTGCTCAACAAATTTTGT TTCAGTGGATTCTTGCTGTATCCATGTATCATCAATCCTGTTGCTTTGCAATGTGGTTGT ATGAATGAATCTTATACTCACATTACCTTTCACGAAACTAATGAAATTATTGAACTGACG TTACATGCATTATAGAGGACAACATGACTTGCGTTTTTTATCTCTGCAATTCTTAACCAT AACTTTCCCTTATTGATCTTGTTACATCAGATTCCCCGTTGTCTGAGGAAACAATTCAAA AAGTTCTATCTGGTATGTTCCTGAAATTTCAGATTTTGATGCTATGTTTTCTCCTCTTGG TTCTTTGGGTTCCCTTCAAGCTAATTTCTTCTTCTTTTTTTTGCGGGTGGGTTGTGGTGG TGGCTTCCTTTTGTATGCAGGAAACCAGATAAGTTTTGAAGATTTATCTGCTGAAGAAAA GAAACATTTCCAAAGGGCTGTTGCCTCAGGTGAGTTGAGCAAATTGATTAAGCCCTGGGA GCCATGGTGGTCGAAGCCTTCTGCCAAGTACATATCTCTTGGTCAGGATGGAACTCAACT GGTCCAGCCGCTTGTGAAGGAGGATACAGCTGTGTCTTCGGAAGACAGAATAGGAAGTGA CCCTTTGCATGACATTCCACTTGGCCCTGACTCTCCATTACCCTCGGTTAGAAAGCTCAG TGCAGCTGGGCCATCCCCTTTACTGGCTGTTCACCTTGTTGACATCATGTACAGTTATTG CTTTACTCTTCGCCTCTACAATGGTGACTGGCAATCAGATCCCGTAGGATCAGCCACAGT TTTGTTGAGCGTCTCTTCTGTTCTTGGTCAAGGGGGGCAGCCAGAGACAGTCCTGGAAGC TCTATCCCACTGCATGGAGCAAACATGCTCATCAGCCTTCAGACACACGGGGGGCCTGCA ATTCGCATTGGGGCTAATCAACGACACAATAACCCTTCTTCATCTTGATACTCCAGCCGT AGTTTGCCTGCTTTGTGACCTAAGGAGACTAATCCAACACGCAGAGAAGGATTTGAAGTC GGAGAAGTACTGCAAGTCCAAAAGTTCTGAAATGAAAACGAAGCTCAAGTCTGCAGAAAG GAAGGTTTATTTTATCATGTGTTGGGCTCACGAGCAGCCAAAAGAAGCATGGTCTTCCAT AGCAGCCATTGTCGAGGCAGAGAAGAGCCGACTAGTTGAATTCGTAGGGAGTAAAACAAG TGTTCCAAAAATGACGAAAGTACAGAGTGAGGGCAGGCCTCTGATTAAGGAGGTTGAATA ACTGTCTGTTCCTTCTGCATGACAAGCTGCAGCAGATAACACAAGATCAGTGATGCTTGC AAAAATGTTAAGTTCAGATCACTGAGTTTTGACTTTGTATAATTGCCTGAATTATTTTAT TCACTTTCTCTTTGGAACTTTTTCATGGGCCACTGAAACAATTTAAGAGAAGAAAAGCAA AAGCTTATATGGAAAAGAGATAATTTACTTATCTACCTTATTACTTTGTTTAGTTTTGTA TACAAATGAAAAGATAATTTATGATTTTGTTTGTCTTTGTGAACTATAGATATATTAAAC TCATTATTCAAGGGAGCATATCGTAGTATGATTGTCATTCTCCATATTGCTCCTTAAAAA TTGGTGGCAAAGTTAATAATGAATAATGGAGTAGTTGTCGCTAGTGAGAATATTTGTAAA TTTGATTAATCATTACAGCTAAATTAAATCAATTTAATATTTAAATGTTTGGGAAAACTA AAAATCAAATACTATAATTGCAGTCTTGTGAAATGGCAGATTTGTAATTTCGAGTTAGTC AGAGCCCATTTCTGGCTATAAATTAGAATCAATGAACTGATAAAACCCAGTCCATTTTCT TTTATTGTCATTTCATAGAACAGTTAGAGAGCAATCATCGGAAAATTCTTAATGAACACA TAACAAGCAAAAACTTTCACCGGAAAATTGTAGAGGAATCGGAAAAAATGGGTGATGTAG CCGATAAGATAGCATATTTTCAAGCGATCACCGGGGTGGAAGACACCGATTTGTGCACTG AGATCCTCGCCGCCCATGGCTGGGATCTCGAACTGGCGATCTCTGTTTTTACCTCGCAAA ATCACCATCCTGCTACTGAGTATGCATCCGAACCCACCACCTCCGATACACCACCAACGA GCACGAATCAACCACCGGCAGAAACTGGGCTCGTTGCCGGTGGCAGCGGCGGACCGCCGG GATTAGCTTGGAAGATTATTACTCTCCCCTTCTCCATCATTTCTGGCAGTCTAGGATTGA TTTCAGGTGCTGTGGGGTTGGGTGTATGGGCGGCAGGTGGTGTACTTTCGTATTCGTTGA GAATGATCGGTTTCAATTTGGGGCGAAATAGTGAATCCTCTTCACCTTTGGTATCTGTAA CTGCATCAGCAGCGGAGGCAATGAGTTTCGTGGATAGTTTTGATAGGGATTTTGGGAGTA TTAGGCCGAGTTTTATTGCTGAAGGTTTTATGGATGCTTTGCAGAGGTCTAGGCATGAGT TCAAGCTGTTTTTTGTGTATTTACATTCGCCTGAGCATCCAGATACCCCTGTGTTTTGTG AAAGGACTTTGTGTAATGAAGCATTGGTAGCATTTATCAATGAGAATTTTGTTGCTTGGG GCGGGAGTATTAGAGCTAGTGAGGGTTTCAAGATGAGTAATAGCTTGAAGGCATCAAGGT TTCCTTTTTGTGCTGTTGTAATGGCTGCGACAAACCAAAGGATTGCTCTGCTTCAGCAGG TAAACAAAAAGTTATATGAGTGTTTTGTTTTATATTGCTGTATAATATGGTGCAGTTATC CAGAACTAGAAGTTGCTTTATTTAGTTAGAGACTAGCTTTATATTACGTGTTGGAAAATA TAAATTCTAGACCGTATAGGGATCACTAACTCAAAGTAGTCAGCAGAATCATCTGGATAA ACTTGGGATTTCTTGAGAAGTAAATCCTTGAAACTATTCCTTCCACAAGTTCAAGCATCT GTAGCTTTTTAGTGTGATAAAGGCCTCTATAACTTGTTAACAGTCTTTTATATTGGTTAA CCCTGTATAGAAGAACCCATATGACATATCACAAGACAATGCATGTGAAAATATGATTTT TTTTATGGATTGCATGACTTTATTTAAGGACTTTGGTCGACAATATTGGACTGGGACAAA GAAATGATGACATTAACCAGTTTGTTGACCTACCTAATTTTGCATGAGATGCTCTTGAGT TTGTCAAGCACTCAAGCCTCTATCGGTCAGGCCTGAACTTTGTTCTGTTTTTAGCCTAAT GGATTGGCTAGAAGCCTAGGATGTATTTGCTTACACACAATGCATATCGACTGTTTCTTA TGTCATTAATAATGAAGTCCATATGAGGAAATGAGAGACTTTTTGTTAGCAACGTTGGTT AGTTCAAGAGGATCAAATTGATTATGGGATATAAGATGATATAATTGCTTATTTACTCCA AGTAGGTTTTTCTGGCTATTTGTTTTAACTTCGTCATACTGTTATACTTGTAAGTATCTG GAAGTTTCTTTCAAATTATGTAGACTTATAGTGTGTCTTGGGTGTATATAATTGTTGTAT GCTTATCTAAGATGATATCAGAGATTTAGATGTTGATGGCTTATGGATGTTTTGTCCCTC TTTTTGTTACTTAATTATAACCTTGGATCATATAGAGAGAAATGTGGCTGATCCTATGAC TCTATGTCACCTTTTTCCTATCCAGAGTCAAACCTTGCGCTTCCTGCATAGATATCAGTG CACGTATACTTACAAAAGAAATAAAAATCAGGGCTGTTCCATTCTTAAAAAAAAAGTTGA AAAGATCAGGGTATATATGTATAAAGCAGTAATCTGGTTAATATCTGCTGGCTTCTACAA ACTTGACACCTTAAAGAAAAGGGAAAAAGTAACTGTCACAAAAAAATCATTATTTTGGAA CAATGTTCTAGTATTTTTTGTTAAGTTAAAAGAGTGTGCATTGGTATGAATAATATGATT GTCTTTAGAGGCAGGCTGGTTACCTCTTGCAGACAACATTATCCTCAATTCTCTTCCTTT TTTTTGGGTCAACCCCTAATTCTCTTTTACGTGTCACTGTTCTTGCAAGCTCAGTTTTTT TCGCTTCCTTGTCTTCTGTTATCGGTACATGTTCATGATGTTAGAAGCTATAGTTTTGAA ACTAAACACCCCTTTCGAGTGTGGTCTGGGGATATCTCTTTCTGTCTCTAGCAACTATCT TAAAAGACCTTACATTGATTAACACCGGTTAGCTTTTGGCCCTGTTTAATTTTGTGCTTC ATTGTTTGGCCTAGTCGATTTGATTAATAGGAAATGTTTTGTCATTCAGTGGGTACATAT CACATACAGATTTTTCTGCGGTTTTAAGTTAGATCTGCCCTTTTCTTTTGTCTTAATCCT TCTTAGCTATCTACCATAAGCTAGATATTGAGGCTTGTGCCTTTTGTTGTGAAAAGCTAA TTAAAGTTCTATTTTCCTTGTTATATACCAAAAGAACTGCAAATTCATACCAGATACTAT CTAATGTTTAGTGTAGAAGCGAACTTATGGGCCTGCCTTTTTCTATTAAAGCTGCTTGAT TGACCTCTCCTTTACTTGGATGGCTTTTTGTATATCATAGTCTGATGAGCACTTTGCAGG TTGAGGGGCCAAAATCTCCTGATGAACTGCTTACTGCACTTCAAAGGGTGCTCGAGGAAA GTGCACCTGTGCTTGTTTCTGCCAGGCTTGAAGCAGAAGAAAGGAGAAATAATATTAGAC TAAGAGAGGAGCAGGATGCTGCTTATCGTGCTGCACTAGAGGCTGATCAGGTATGTAGTT TTAGGTTTTAAAATAGGCTTTAGCAGTTCAATTTTGAGAAAGGGTACAAAGTAATTTGTG TGCTGCTGAACTGTTCGTCCTATACCAGGCTAGAGAGCGTCAGAGGCAAGAAGAGCAAGA GCGGCAGGAAAGGGAAGCTGCTGAAGCTGAAAGGAAAAGAAAGGAGGAAGAAGAGGCTCG TGAAAGAGCAGCTCGTGAAGCTGCTGAAAGAGAAGCTGCATTGGCTAAAATGCGCGAGGA GAAATTACAGTCACTGGGCCCTGAACCTGCAAAGGGTCCCGATGTTACTCAAGTAATCAT CTTGTTCATGTCTCTTTTATTTAAACGTGCATCCGTCTATGTCATAATGCTAGATACAAG GTTGTTTCTATTGGTTTTGAGTAAGCAACGAGAAAACTTGCGAGTCAAATACACATTAAA AATGCAGTAGAAATTGCTACTTTTCAGATGATTAAATTCTTTGTTGGTTTCTTGTATCCT GCAGGTTTTGGTAAGGTTTCCTACTGGTGAGCGCAAAGAGAGAAGATTTCAATGTAGTAC AACTATACAATCTCTGTATGACTATGTTGATTCTCTTGGATGCCTAGAGGTTGAAAAGTA CAGTCTCGTGTCCAACTTCCCTCGTACAGTCTATGGCTCAGAGAAGCTCGCTCTGTCGTT GAAAGATGCTGGATTACACCCTCAGGCCAGCCTTTTTGTTGAGTTGAACTCATGAGAACG ATTGCTGTCTTGTGCTAGAGTTGATAACTTTTGTTGAAAATGGTTGTATGTGAATTAGAA CTGGGCAATGAATTCAATTAGATGCAGTTTTGTGTATTGTACCCTTGTTAAATAATTTTC TACTGCTTTAACGTTAAGTTTCTGTTAATAGATAATTGAATACATATATAGTTCAATTGT AATTGGCTGTAAATGAATGATCACTTGGTCTAGCAGATTATCGTTATATTCACATGGAAC TCCAGATTGCAAATGGATTCAGGTGCCAACTTTTGATTGCATTTATCATGATTTATCAGT AGTGTGTCAATTCTATAAAAACTTGTCCACACCGAAATGTTAACACCAACCAATCACATA CGTCTGGTTTATATAAACACCAAGAGTGGGTAAGTATAGATTTGTCTGTCTTGGAGTGAA AATCACCGAGAAATGTTACTCATATCTAACAATTAAGAATGAGAACAAGCCATCCAACAA ATACATGTAAGTTATTGTTGAAAAGAATACCAATTGAAATTGATTGATTATATATCAAAA CAAGCGCCCGATTTGGCAAAAATAACTTTGCTGCTTGATGATGCCTGAAAGTTAACAAAA TGTAGCAATGAGATTAGTCTAAGACGCAAGCAGGCAAAGCTTGGAGTGGAATTGATGATG CCTGAATGTTAACAAAATGTAGCAATGAGATTAGTCTAAGACACAAGCAGGCAAAGCTTG GAGAAAGAAAAAAGTACAAAAATGGCTTCGCCCGGAGACCTTCAGTGTGTTAGACTGACG TGATAACCAACTACACCACGAAACCCTGTTATTCAAAAGTACCAATTTGTTTATAAACAT ATAAGTTTTAGACACTAATTACGTTTAACATTGTAATACGTGGCTAATTAGATGTTAAAT CAACGGCGATTAGCAAGTTGATTATTTGAAGTTGACAAATTATTAACCCTTTAACTCAAA AACTGCCATTTTTCCAGCTGCTTCTCTCTTCTCCATTCCCCTAAATTCTCTATTAACAAA CTATGATTTTTTAGGGATTTTGAGATTTGTTTGCCCTAATTAGCTATATGCGTTTCAATA CTGTGTCCGATTGTTAATCAGTTGAATTCTTCAAATGGGGGTTCTCAATTTTTCCGGTTT AATTTTGCTGAAAGCTGAGCTTTTTCAATTCCAATTCCGATTTGGAAGAGTTATTGATTC CTATTCTGTCGCCTGTGAAGCATTTTCTGAACCTTTTCTTTGATTTCATTAATTTTCTTC TTCTCTAGGTTTACTTCTTTTTTTGTGTTATTTTTTTTTGTTTCTGGGTGTGGAGAGATG AATTCTGCCTGTTCTTGGTTTGAAAAAGTGAAATTAGATGAACCTGAAATTGTTGAAGTG TCACCAGACGAGAGATATATTCGGGTAATTTCTGTGTTTTTTTTCTCTTCTCTATGTATA CTTGCCAAGTTTCTATTTTTAGGATTATCTGATAACACAACTGTAGGTCCCGCTTGTTGT ACTATTGTTCATTTCATTTTATAAGTTAATGCTAGAAAATTGTGGTAGTTGTATCATTTG ATTTGAAAGTGAGTCTTGTTAAAAAGGGCTTATCCCATACAAAGGGTGAGCGCATTGCAT TCAAGGGAGTGGTGTAGTCGTCAATGAAGTGGTTGAGAGTCATGAGATTTCAGGAGTTCC CTGTGGGGCTATTACACGTATTCCCCCTGGGGTAGCTACAAGCATAAACCAGTTTAATAA ATAACGTAGAGTGATCACATGAATTATTTGCAAGCTTGCTTGCGCACACGTGAGGAAGTT GAATCTCTCTAAGAATGGAGAACCCCATATGTGATATTGCTATAAAGCACTGTAAGGTTT ATTAATCAACAAAGCAAAAATAAAATTCTTAAAAGATGAGATAAATTCAGAAGCACTTGT TAGATAAAATAACTAGGTGATTCTTCCATTTGTCTAAGCCTTGGTGGACAGTCACGAATG GTCATTAAAAAAAACACGAAGGGTGAGTGTATTGCTATTGTTATTCCTTATGCTTGCCTT TCTGCAAAGGGTTCTTCAAGCACCTATGAAGAGAGTTGAGAGGTTCATGAAGTGTTTACT TTAGGTCAGAAAAAGCTTCAAAATCTTTATAAAAGGAAGAAAGATCGTCAACGATGTTAT AAACTCAAAATTTAATTTTGAGACATGATTGTGATTGGTTATCATATGATATTAATTTTG TTTCTGTTTCATTTGTGTAATTTTGTGGGTTTTGGTGGTATTGTCACCTTCTTTTTGTTT CTCTTCCTCCAGTATAGTGAAATCTTGGGAAGTGGAGCATTTAAGACTGTGTATGGCTCC GACACCCATCTCCTTTTATTTTTTGCGTTTGAAGTCTTACCTCATCATCATTATTCATTT TCAAGTTTTTAGCGATTTTCAAATCTTTTCATATGTAGCTATAAGGCATTTGACAATATT GATGGAATAGAAGTTGCCTGGAATCAAATTTGCATAGATGATGCTTTGCAGTCGCCTGAA CATTTGGAGAGAACATATTCCGAGGTTCACTTGTTGAAAATGTTGAAGAATGAGAACGTT ATAAAATTATATACTTCATGGGTGGACGATGTGAACAAAAGTATTAATATGATCACCGAA TTATTTAGTTCAGGAAGCTTAAGGCAGTGAGTACTATATTTCTTTCATATTTGCCCTTCT TATTTATCTTTCATGCAACCTCCAGATCTTCTTTTTCTTACATCTTTTGCATTCTCTCCC TCTTAGCTATCGGACAAAGCATAAGACGGTTGACACTAAAGCCATTAAACATTGGGCTAG ACAAATTCTCCAAGGTTTACATTATCTCCATAGTCACAATCCACCGGTTATACATAGAGA CTTGAAATGTGACAATATATTCATCAATGGAAACCATGGAGAAGTTAAACTTGGAGATCT TGGATTGGCGACAATTATGGAGCAACCTACTGTTCGAAGTGTTATTGGTAGTTATTTGAC TTAGACTTACTGTTTTGTCTCCATCAAAACTAATTGTTAACCCCTCTTGCCATTCTTTGT GTTTTCTCTTTATCAGGTACCCCTGAATTTATGGCGCCTGAGCTATATGATGAAGAATAT AATGAACTTGTTGACATTTATTCTTTTGGCATGTGCATCTTGGAGCTAATAACATGTGAA TATCCATATAATGAGTGTAGAAATCAAGCACAAATTTATAAGAAAGTCACGTCGGTGAGT TTTAGTTGTTTTGGGCTTTTACTGTTACTTTATTCTACTTGAAAATAATTGCAATGCTAA GGAAAATATTTGATTTCAGGGAATAAAGCCAGCGTCTTTAGCAAAAGTAGCAGATCCTCA TGTAAAACAATTTGTCGAGAAATGTTTGGCCCCAGTATCAGTAAGATTGAGTGCAGCTGA ACTTTTGGAAGACCCGTTTCTTTCATCTGAGAGCTTGAAAACCCCCGCATGTGATCATTT GCAGCCCACAAATTTTGTGCCTGAAGCACAAAGCTTGCCAAAGTCGATTTTCATGGATGT AGACCTTGCACAAAAGATGCACAGTGGCATGTCCATAGAAAGCAAGACTGCATCTCCTCA TTTTTCTAATCTAGAAATCGTGAGACGAAATGGGAGAAACGAATTTAGGTTACAAGGTGA CAAGCATGATGATCGTTCAATTGTGTTTTCACTGCGAATAGCTGAATTGGCTGGTATTTG ATCATTCTTACAGAATAATACATGGAGTATTTGCAAGCAAATGTTTGACTCTTTTCTCTA TTTTTAACAGGTCGGATCAGGCATGTGCACTTTGTATATTGTATTGATGCTGACACTGTG ATGTCAATAGCTAGTGAGATGGCAGAGGAGCTTGAGTTGTTGAATGACGATGTGGCAACA ATAGCTGAATTGATTACCGACTTCATTTTCAAACTCTCAACAATCCAGAAATATTCTTTT GGGAGTTTGTCTGCAGTGAATAACTTATCCGATGATTCAACTTTGATAATCGAAGATCCT ATTGTCTGTGAAGGCATTACATCTTTGAATCAAGGGATAGCATCAACCTCAGATGTGGAG TATAACAACGTTTTAAGGTCTCTTGGCAATGAGTCAGATAACATCAATGTCCACACTCAA AGCAACAGTAAGGGGAGTCTAGGTGATGCTGTAATGAGTGATTGTACCACCAAAACTTCA GGGATCTCCTCTGATAGCTTGCTGAATGTCATATCTAATGATTTCAGTTCTAACTCTCTT ATCAACGGGGCAAATGACAAAAATCAATTGCACGATCTGAAGTCGGAACTTGATGCCATT GATATGCAGTATCAACAATCTTGTCGTGAACTCTTGAGAATGAGAGAGGAGGCAATTGAA AATGCTAGAAAGAAGTGGACTGGTAAAAATAAAATATGTACTTAGCTTGTTCAATTTTGT TTTAGAGCTACTGTTTGGTACGTATTTTGGTTTTACTTCATTCTTTATCAAACCACCTAA CAGTGTCAATGAAGTGAATTGTTTGTATACATGCTCCTAGTGGAGCCTTGGTGTTTTCTT TTGACTTGTGAGTTGCTCAACGGGAACATACAACAAAAGCATACCAAACCTTGAGGCTGT TTCTCAAAGAAAGTGCACCATATCCATGTACAACAGAGAGAGTGATAATTGAAAAATAAT AAACAATATACTTAGATGGATTATTGAAAACAATAAAATAAAAAACGATAAAATTCAACA ATCAAGAACTACAAATCCAATAAAAAGTGAAGTGTTTTACACATTGCAACTGAAGAACAG AATTTTTTTTATATTGAATAGACTTTACCACACCTTAAGGCTTAAGTGACGATAAAATTG AATGCATTTCAAGTCTTAATGCACATGACTAAGATTACAATTACTTTGACGTTCAACATA AACATTATTAATGTAAGATGAATCGAACTTAATCGATCATAGAAAACAAAACTCATTTGG TCGATCCATCTTGATCTTATGCATAGTTGACTGACTAATATAAATAAATGATCGTAATTT TTCCTTTGTTCTGATAAGTCTTTATAAAAATAATGTTAATGAAAATTCTGAATAGTACAC GTTCGATAAATAACAGTTTTTATTTATGTTATTGAAATTTCAAGATATTGTCGTAGATTT TTTTTATATGAAATTTGAAATTATAGCATACAGTTATTTTCAAATTATAAGATTGAAAAA TAAAAGTGGCTAGTTTTTTGAGTACACACATCTCCCGAATACTACTCAAATGTCTATCTA TGTTCGTTAAGTCAATTCGACTTTTGTCTATATGCGTATATACTATATAGTTTTAAAATT TTTTATTTAGGTGATCGTTTTCACGTCACAAAAATAAAACAAAATACAAGTTGGGTAAGT AATTATGATGGACCACAGCGGTCATAATCACATGCATATATAGACAAGATATAATTAAAA GCAAATTCATAAAGATGTGTTCAATTTTTGATATTAAACTGATTATATCATCAAAATTAT GAATTATGTTGAAGCATTATGACGTGGCAGAACTTGATCCAAATAACAGTGTACCTACTT GTAACTTTTTTGTTTTTTAGTTGTGAAGAAAAAATGTCACCTTCATGGATCTTTTCAAAG AAAAGATACTACCGTTCTTCAAATCATCTATTTGAGTATCAACGTAGTAAATTATTCTTC CTATTTCAATTTATTTTTTATATATATGATCTAAACATGTGCATGATTATAATTTAGTTA ATTAATGATTAAAAATGAATTTTTAAAGTTAAAGTTGCTTGATCTGTATAGTAATGTATT TCTATAAAAAAAATTATTTTCACAGCCCGTTATCGTGTTACGTGTTAGGTAGACAGATTC TTCCACGTTTAAATGCAAATTCTAATGAATCTAAACCACCATTTTCCATTGGCTCTTCTC TCTCTCTGTACTATTCAAGCATTCACCTAATCCAATAATACAGAAACAAAAAAAAAAAGA TTCTCCAAAATTTGAATGCAAATATATAGGTAAGAGGTAATAATTCATACATATCATTTG TCACATACAAAAAAGAAAAAAGAAAAAAATTCAACCAATGGAAGAATCTGCATCAGAAAT CAAGACTCCTCTGTGTAAGACTCTTTTTTCTCCAACACAATTTAATTCTTTAAAAATGTC GATATTAGATCCTAAAAAAACGAATCAGTTCTCACACGTTGTAACAACATTTATGAAAGG ATCCGAAAGGTGTATTTCAGATCCAAAACTGAAATCTCTCTCTGTTTTGTAGTATCCAAT TTTGATCATGGCATTGCATCAAGCTCTAATGTTAAAGTCCACAAGGATGATGAAGATGAA AATTCTCCTGTCGAACAAGTTGCTCTTACTGTTCCAACAACTGATGATCCTTCATTACCT GTTTTAACTTTTCGAATGTGGTTTTTAGGGACAGTTTCTTGTGTTTTGTTATCATTTCTG AACCAATTCTTTTGGTACAGAACAGAGCCATTGACAATTACAGCAATTTCAGCTCAAATA GCTGTGGTTCCTTTGGGTCAACTTATGGCTGCAAAGATAACAAAAAGGGTATTTTTGCAA GGATCTAAATGGGAATTCAGTTTAAATCCAGGCCCTTTTAATGTTAAAGAACATGTCCTC ATCACCATTTTTGCAAATTCTGGTGCTGGAACTGTTTATGCTATTCATGTTGTCACTGCT GTTAAAGTCTTTTATAAGAAAGACATTACCTTCTTTGTTTCTCTTATTGTTATCATCACA ACACAGGTAATTAATCGTAACGACTAACTGACGACGATGACGTATATAACTTAAACTTTG TTAATAAGATATTTTAAATGGTAGGTGTTGGGATTTGGATGGGCTGGAATTTTCAGAAAG TACTTGGTTGAGCCAGCAGCCATGTGGTGGCCTTCCAATCTTGTCCAAGTCTCATTATTC AGGTAAGTTTTGTAAAATAATTTTCAAACCTCTTTGTCGAAAAGTTCAAGGAGAAAAAAA TAATTTTTATACAAGATAAATTTCTGCTAAATAGTTTCAAGAGTATTTAGACGGATCACT ATTATTATTTTTGGTAGGTTGCGGCTGATAAATACGACAGCGATCCCACAGGTTGCTTTT GTTTTTGAAAATAATATCTTTGGGAATTAGGTGAAAAATCAATAATTTTAGAAGATATTT TATATGGAAATTTCATTATGTTAGGTAATTAGATATATATCAATTTTGTTTTTCTTGAAA ACAGAGTAATAGTAATGGAGGATCCTTTCACCTAAAAAAGATTCATGTTTTTATTCTATA GTAATGTAATAATTCCTCTCAAGATTAAACTTTTATCCACTTTTCGTATAATTGCCACAA ATTAGTGAACTGAATTGTAGATTCAAACTCGTAACACTGTGATTCAAGTTATAACCATAG GATGTCCCATAGGGGACTACTCTGCTTCACAGGAATTGATTGCCAAATTCACATACATCT GTCAGCGCTTGTTAGTTTTAACATAGAGCTTCCTTCATTTGCAGGGCTTTACACGAGAAA GAAGAACGTTGTAAAGGAGGGCTAACGCGTACTCAGTTCTTTATAGTAGCCTTTATCTGC AGTTTTGCATACTACATTTTCCCTGGATATCTCTTTTCAATGTTGACATCTTTGTCATGG ATATGTTGGATCTTTCCCAAATCTGTGTTTGCCCAACAACTAGGTTCGGGCCTAAAGGGG CTTGGAATTGGAGCTATAGGCCTTGATTGGTCCTCTATTTCGTCCTACCTTGGAAGCCCA TTAGCTAGCCCATGGTTTGCTACAGCTAATGTTGCTGCTGGATTCATATTTGTTATGTAT GTTTTGACTCCAATATGTTACTGGTTAGATATCTTCAAAGCCAAAACATTCCCAATTTTC TCTGACGAAATGTTCACTTCCAATGGCCAAGTTTACAACATATCAAGTATAATTGACTCT AATTTCCATCTTGACGTTGATGCCTACGAGCGACAAGGACATCTTTATCTTAGTACATTC TTCGCGGTAACTTATGGAGTTGGCTTTGCTGCTCTCAGTGCTACTGTCATGCATGTTCTC TTATTTCACGGAAGGTAAGAAATAAGAGTAGTTATACATGAAAAAAAAGAGAAAGTAATG TTATAACGAGTTTTATGGATTGCAGGGAGATATGGGAGCAGAGCAAATCAAGCTTCAAAG ATCAGAAAATGGACATACACACTAGACTAATGAGCAAGTATAACCAAGTACCTGAGTGGT GGTTTTGGTGCATTCTTGTCGCCAACATTACACTCACTATCTTTGCTTGTGAATATTACA ATGAGCAACTTCAGTTACCTTGGTGGGGAGTTATTCTAGCTTGTGTCATTGCCTTTTTCT TTACCCTTCCTATAGGAATCATCACCGCCATTACCAACCAGGTAACAAGGATCAATCAAC TATCTGTAACAGAAAAGTCACTTAATTACTTATATATATGATTTTTGAACATTGCAGACA CCAGGGTTGAATGTCATCACGGAATATATCATAGGATACCTTTATCCAGGATATCCGGTC GCTAACATGTGCTTCAAGGTCTATGGTTACATTAGTATGACTCAAGCTATAACTTTCCTC CAAGACTTCAAGCTTGGCCATTACATGAAAATTCCTCCAAGAATAATGTTTATGGCTCAG GTAAGCTACTCGCTATAATGGATAATATAGATGATTCTCTTACGTATTTACAATAGTAGA AAATGGACACTGCAGGTAGTAGGTACTCTAATAGCAGGGTTTGTGTATTTGGGAACAGCG TGGTGGTTAATGGAAACGATTCCAGACATATGCGACAAGACGTTGTCCAACACGGTGTGG ACTTGTCCTTCGGATCATGTGTTTTATGATGCATCAGTGATTTGGGGTTTGATTGCACCA AGAAGGATTTTCGGAGACTTGGGAACTTATGGGATGGTGAATTGGTTCTTCTTATTTGGC GCGATAGCACCGGTACTTGTGTGGTTAGCAGCGAGGGCATTTCCTAAGCAAGAATGGATC AAACTGATTAACATGCCAGTGCTAATAGGAGCAACAGGGATGATGCCACCAGCCACTGCT GTGAACTACACAACCTGGATCATCGTTGGGTTCTTGTCTGGCTTTGTTGTTTATCGATAT AGACCAGATTGGTGGCAACGACATAACTACGTTCTTTCGGGTGCACTTGATGCTGGTTTG GCATTTATGGCAGTTCTTATATATCTGTGTTTGGGCTTGGAGAACATAACTATTAACTGG TGGGGAAATGATCTTGATGGATGTCCTTATGCTGCTTGTCCAACAGCTAGAGGCATTGTT ATAGAGGGTTGCCCTGTTGTTTATTGAATTGTGAATATCAACCATAAATTTGCATTTGTG TAAATCCCATTTTCTTTAAAACAGTACATCATTGGTTGTTGAGTCAACTTCAGTTGGAGA ATTTTATCGAGAATTCGTCAAAGTAGCTGCAGCTAAAGCTATAGAGTTCATAAAACCCAT AACATACTTGTATCCCACTAAACCAAATTAAAGCGCAGCCACTTCCTCCAACTCAACAAT ATGGGGAACAGGAAGAAACAAGATAAGTAAATGTTGGTGCATCATCAATGTGATAAATGC AGTTAGGCTAGGCTGCTACTCACAAGAATCAAATAACAGCCAATCTTGGCTTCCGCGAAT ATTGTTTGGAATCTATGTGAAACTAACTTAAGAACTGCAAAAGATAAGCTGGCCAACAGT TTCCTTTCCAAACTCTTGTGGTTGGTCATTGACAGCCTTTTAGACGTCTAACCTGCAAAA GAAGTTCAAAGCAGAGGACGGGAAAGAAAAATCATTGAAAAATAATACAACATGACCACA CTCTTCCAATCTGGGAAAAGTATAGTCAACAATCTATCCAAGCTCCTTGTAGATTCAACT ATCAGAAATACATTTGGTACATATTCCAATGGATTCCAGTTTTTTTATATTCTATTGTCG AGTAGGAACAATTCTAGTTCAAATATCAAAGTTAACAAAAGCTTGCACTTGAATCTACAC ACACTCTCTCGTTTTTACATGTAGCTATTAGCACCAAACTAGTTCAGAAGCAATATAGTT TAAAGATATCCTTCCCATGTGCGTGTATTTGAAATAACAAACAAAAATTGAAAAGAAACT ACTCTTACAAGTTATTTCTAACTCAATTGTTTTGATACAAACTTCCTTTGCTGCATTCTG TGTCTCTTCCATTGAAAATGGACAAACTAGACTTCCAATGTAGAATTGCACACAACAGTT AGTAACATCTGAATATACAACTGAGTCATCTTTTGAATTGTATATCATGGAAGTTGCTCC AAACATTGACACTACTTGGCCTTCATTTGACATGAAAAAGGTTGGATACCAATCAGGATG ATTTGGTGGTTGTTAGATTCTTTTAACGCCATACTCCTTCATAACCCAAATGAGTTGGCT ATCATTGCTGATTCAACCACGACATTAATTAAATTATTTATAACGAGATAAGACTCAATT ATGTCATCAAACTTTGAAAAAAAAAACTTATCTATGTCATTTGTTAAAAATTTGACACTT ATATATATCATTTCAGTTAATAAATAATGACATAATATTATCAAATAAAAATAACATAAA TGAGCTAAATTTTTAATAGATTTACATAAATAAACCTTTCTCAAAGGTAGGGAGATATTT GAGTTTTTTCCTATCTTATTTATACATCAATTATGAAGGGATAGCATAGGAATAGAGTAA ATATTGAATTTTCTTCAAAAAAAAAAAAATTATATCTTGTACACATTCCAATAAATTAAA AAGATAATTGTATCAATTTTCATTTTTGAAGAATCAAGAGGATAAGAAGAAAAGCTGAGT ATGAAGAGCACATCAATTTCCTCATTACTTCCATATCCAAAAATCCTCTTCAGCAGAAGA GCATTTCCCCCAATTAATTTCTCAAGCACAGCTCCATTTTCAGGGCAGGCAAAATTTCTA AGCATAAATTGCAGTAATAGCTCGGAAAATGGTGAAATGGGGAATTTGAAGGATGCATTG ACTGGTATAGTGGACGAAAGAGTAGAGGAACTTTTGAAGAGAGAAGAAAATAGGGTTTTA CTTGATGGGTTGGAGAAAGCAACGCTGAGAGTAGAAATGGCAAAGAAAGAACTTGCTGAA ATTGAAAGACAAGAATTGGAGGCTAAATTGCTAAAGGATTATATCACCCAGCTTGAAACT AGAACTTCTGAGGTATGTTTTATATATTTGAAGGATTAAGCTGAATTGTTGGTTTAATAT ATAATTTATGTACACATGTTACGAAAAGTAAACAGACATTTGCGATCAGGTGTCAGGTAT AAATCTCAACAGACACAAAAATACTAGTATGTGATTTCTTTACTTCTGTCTTAGCTGTGA TGGATAAAGTTATATGGTAACTGTGGTTGATTGGATAGAGTTATTTGGTACGCGTTGTTG GTGGGAGATAGGTATGGCGTAGAATTAGTTTAGGGGCGTGAAAGCTGACTCGAACGCTAT GAAAAATTAAATCTTTATTATCCCTTCTTACTCGGACTTCAATTGTTTCGTCTAGTCATA ACAATTCGATTGAGTAAACATATGCGCAATATGACTGTATAACTCTATTTACAAAGGAAC AAGTGAATCAATGCATTTGGGCATAGGTAGCCCTCTGCTGTTCAATGTTATGCTGTTATC TCAGTATGTATAGTATCATATTCTAGCTATATATTGAGAGAAAGGGAGAACTTTGTTTTG GATATTCTTTTTATATTGACTGGGAATATTATTGGATCCTACATTTTTGTCATTATGCAT AGATTGTTTTGAATTGCAAATTTGCAATTGCTTAACCATGGTAAAATCCAGAGCAATGAT TTGAAATACTTGGAGGCTTTATAGTAGTCTGTAGATGTAAATTCTATGAATTTTCGAGAC CATAATAGAGTTACTTGATTATATGCTCAAAAAAAACTAATGCATTGTCTTAAGGGATTG TAAACGAACTTCTTACTAAGGCATACCCGGGCAAAGGGGACTCTGAAGCAAACTCTGTCC AGATTTACAAAAATCATGTTTTAACCCCTTGTGTTCTCGTGTTGGATAAAGTGAGACTTA CAGAATGTCGAACTTCAGGAAACCGTTAAGGAACCTTGTCCCCCGGCCCTTGATCATTGT GTAAATAGAGCATAATGAACACAAAAGGATTTTTAGAACTGATATCTATTACTTTGGGAT TGAGCATAGTTGAATGATTGATTGAAATGTTTTAGCACCTTACAAAAGGAGGGTGCTTCA AGTGTCCAAACGTCTCAAGAATGATTACATTGTTCTTAGTATTTCAGATGTTCTAAAGAC GTCATTGGAGCTTTTCTTGATCAACTTTTTGTCCTCTCTAATAGTTAAGGTACTGATTGG TTGATGCAATTGAAGATTGCAGAATGCCAGAAAGATATTTTAGAAGCAAGAGCAATGATT GAAGAAGCTGAGCGTTCCCTCAACGTTAGTGGTGATGCTAGAAAGAGAGATCCAACAGAC GGAGATGTAGTGAATAGAGATGAGGAAAGAGTAGAATCCGTAAAAGCAGCTTCACTTTCT GCAATTGTTGGCACACTTGCAGGACTTCCCATTTTCTTAAGTCGTATCTCCAGCAGTTCT GAGCTAATACTCCCTCTGTCAATCACATTTATTAGTTGTGCTTTGTTTGGTGTAACCTTC CGCTATGCTGTAAGAAGAGACTTCGATAATTTTCAACTCAAGTCAGGAACATCTGCAGCA TTTGGCGTTGTCAAAGGTATTATACTCTCATGCTAGGTATTGTAATGTGTCGCCTTTCTC CTTCCATATTCTTGTGTAATTTTTTGGAATAGGAAGGAGTAGGTCAAAGTCTTGAGGATT TTATAGCATCAAGGGTTCATTATGGGGCTACGCAAGGCATACATACCAAAATGAAGGGTT CAATTGGCGTAGTAATTGATTGGCTAGATTGCGGGTTCAATGTGCTGAGAAACAATAATC TCAAGGTTATTCCTTGCTGAGTTTGGATGCTTGTTTCGTTGCTATCGATGCACACATATT CAGTTCCATCCATCTTACTACCTTGGGATAAATTGAAGTATTCTGGATTTTTTGTCTGTA CATATGATCCTGTTCTTTCCAAAACGAGTTTCTGCGATAATTTGTTTTTTTAAGGTTAAA AAGATTCTATTGCATTCAATGCAGGCCTTGCTACACTTGGAGGTGGACCACCATTGGAGT TGGATGCAGCCAGCTTCTGGTCCCATGCTCTTGATGGCGCAGTCTATGTCTCGGAGAATC TTTTGATCTTCCTTTTTGCTGGAGTTGGCCTGGATTTATGCTTTAAGCTGAGGATTTTGA GCCCTTTTCCCATTGATAGATCAATTTCAGAGACGGATAAAAGCTAAACATCTTGTTGCC TATTTATTACTTCTGAGTGTATATACAGAGACCCAGTAAATTAACTCTCTAACAATTGCT TAGATAGAATTATACTTGAAAAGCGCCATTCACTGCAATTATCCATAAATTCAGTAAAAT ATTGTCAGGTCAGTCACAGGAGACTAGTTTCAGAAGGGATAAAGCTGCACTTCGAGTATC TTTCTGTCATTCAAGTTATCTGGAATAGCTATGATTGGGGTATTTCCAAAGACAATTCCT TTATAATAACAAACAATATTACATGATATAGTCTTCAAAAAAACTATGGGGATGCGTCCA CATGAGTGTGCTGCAGCTAAACGCTCGTGGAGGAGAAATTTAAACTGAACCTTGTAACAA TGACTACTTACTTGTTCATGGTATTTACAACATTGAAACAATGCAAGTTAAATGACCTAT ATATCTTCCAATTCCTAAACAGGTTAGAGCATTGAGATTCAAAAAGGGCTGGGCCACGCC TAAAGAATGATATCTTCAACGGATGTCAAGTGTGTCATCAACTGGAGCCAGTCTCAGTCT AAATCCTGAAAGTATGAAAAATATATTGTTATTTGAAGAAAAGACACCAATGATCTGTCA AACAGACTTTACATTTTGATATAACCTAAAAGAATAAGTGAGAACCTCATAATCATCCAA CCGAAAGCTCACAATAGTTGGTTTCTTAGCAGAAACCCTGGTCCTCTTTGATTCAGCCAC TGCTCTCTCTATATCAGACTGAGACAATGGTCTTGGTGCCTGTAACTGAGGAGTTACCAT GTCTTTTTCTACAAGTCAGAACAAAATGCACAGATATTTGATCTAGAGGGAGAGAGAGCC ACCTGTGATTGCTCTGCTTTCTTCTCATCTTGCAAATACTCCCCAAGAGGAATAAAGGCA GCTTGCTTGCAGGCTTCAAGAATGTCTGAACCAGTGTATCCCTCACACAAGCCAGCAAGT CTATCAAAATCAATGTTATCTTCGATTCTCTCACCCTTCAAAACTACCTTCAGAATCTTT GTTCTATCACTAAGAGAAGGTTTTCCAATCTCACATGCCTGAGAAAAGCGTCTAATTATT GCCTCATCAAGGTCACTTGGGCGATTGGTTGCTGCCAGGACCATTACTCTAGCATTCTCT GCACAGAAGGAAATTTCATTTACTTGTCACTCATAATTCATATCTGGTATGGCATTCATC AAACAACATATTTAGAAGTGCTATATCATTCATCCATGACTATTATGTTAGTCAAAATGA AAGCTTAACAAAAGAGACTTCCTAAGTTTCTTTAGAACAGATGAGTTTGAGAGTGGAGAG TGGAGAGATCAGTTTCATGGCCACATTTTCTGCAAGCTATTCATATAAAAAGCATGGAGG CAAAAGGGGATGGCATGTCATGTCGAACCAGGGATGAGTTATAACGTACTAAAGTAAGAC ATGCTACCAGTGCAGCTAAATATGTCTGTGTCCTACAGCATAAAGGTAGTATGTAAACTA CTGAAACAGAATTGTTTATCAATCAAAAATAACATTTTAAATTATGTATGTAGCTTACTT TTAAAACACCATGAATGGATGCTACAGAAATATTCAAACAAAGAAGACACAAATGTGCAA ATACAAAAATTGGTTTAATTTCCATGGGTAAAGCTAGAATTATAAATGAATTTGACAATG AAGAGCAGTTGGACAAAAAGAAACTAGCTATTCACAGGACTTGTTAAGGCAAAATGGAAA CCAAATGCAGATTGTTACACTCACGATCAGTAGTAAAACCATCCCATAAAGCCATGAACT CAGTTTTCATGCTAGTCAGCATTTCATTCTCTGTTGAACGACGCTGGCCCAAAAAACTGT CAACTTCATCAATGAATATTATAGCTGGCTGGAGCTTGTAGGCCAAGCTAAAAACAGCAG CAACTGCCAAATAGAAAAAAGAAGAGGGAAACAAAGGTCATATGCTTATTATGGAAAATT GGACATTAAAGCTAGTAAATGCCAACATAGTATGAAAATAAAGGTGCAGTCTAGTCTTAT CCAGTTTCTTCTTCTTCTTCCTTCCCACTATAGAATTAGCTGCAATTGTTAGCAATCACT TATGAAGGAAGATAGCATGTTGCATGCTAAACCTAAACCCTGCAAAAGCTCCTAAGTTTT TCGGTTTTCTTCCTTTCAGTGCCACATGGAACTGTAAAGGCAAATTGGAATAGCTCCTTC AATTAAAACAAAATTAGAAAGCTAACAAACTTAGCTATGCAAAGGAAATGTGAAAGACTC ACCGAGCTTTTGGGCGTCACCAAACCACTTGCTCATTAGAGTAGAAACTTTGACATTTAT GAACACAGCACCAGACTCTTTGGCAATGGCTTTAGCAAGCATCGTCTTCCCTGTCCCAGG TGGTCCATACAATAGAACCCCTTTCATTGGACCAAGCAATTTTCCATGACAAAACAATTC CGGCCTTCGCAGAGGTAAAATGGCCAGCTGAAACAAAGTTTCCTTAATACCATCCAGCCC CCCAATCGAATCAAATTCCACATCTATGTGGTCTGGATTCACAACATCCCCAGTTATCAT ATCCTGCAAGCCTTAATTAATCTAAACATTTCTATTGAAAATTTCGTTTTTGTCAAAAAT AAATTAGATGTGTATACCTCATAGGGAGTGGTGTAAATAAGAGTGCGACCTAAGCGTTTG GAGAGGTGTTTGCGGGATTCAATAGCTTTCTTAGAAGCTTCGCGATTCGGGTCGAGATGA CGAAGCCCAACAAAGAACACAGCCATGCTTAATGCTGCGCTTGCAGCGCACAATATAAGG TCTTGTATCAGCTTCCCACTACTGCTTCCCGCCATTGAAGCTCTTTTTAGGGTTTCTTCG TCTTCTTCTTTTATGGTTAAAGTTTTAACTGACAAAACTTTGTTGAGTTGAGGCCAATTG CCAGGTAGGCCGCTGCGTTTAGAAAAGGAAAGTGGGGCTAAATTTGTATTAAATTAAACG AAAAATAAAAATAATTCTACTTACATGTCTAATATTCGTTACTTTGGTATAATACCAAGT GTGAACAAAAAGGGGACCATTAAACTGTTTCACTTTACTTCACTTCAAAAGGTGAAAGAT ATTTTGATCAAAAACAAAATATTAGTAGCTCGTGAATGCGAAGATTTAAATCAAGATCTG GATCCTACAACAACTCTTGCCCACATTTCTAACTTCTCTATTGACCTAGCACAAACAACT TTAGTTCATTAACACCATCACGTATCACACATAAAACCTCATTTCAGAATATGAAATTGT GATAAATAATGTTCTGCCTGCACTGACGAAAATTCTTCAGGATGGTACACAATTTATGAG CTCACACCTGCCAATACAGCATGAACCTCTGCTCAACGTGAAAATTCTGAGAAAACAAAC TACAATTGATACATAGAACTCAGGAAGAGAAACAGCATGAGGGGTGTTACCCACAGTACA CTCTTACAGATAAGGCAGTCATTATTCTACAACTGCAAAAACATAGTAGGCCCTGGTCGA AATTTTGATAAGAGACAATTCAGATATTTGGTGTAGAGTTGAATCATAGAACGATAAGAT CAATCCGTTGTGTACAGAAGATGCTTATTGTTTGGTCAGTGAACTACTTTCACAGTTACA CACCAGCATATGATTGTGCTCCTTCCAAGGATTGGCATTAGACCCGTCAAAACTCAGCCT TAAACAGGTAAAATTAATGCTTCCTTGAAGTAGGATCTTCTCCATCTTCATTCAAGTGCT CACGATTTTCAGGTCTTCTAGAAATTTCCCAACTCCTTTTCTCATCTGCTGAAGACAACT TCTTAAGATCGTATGTTTCCTCCTTCATGACAATTTGAAAAATTAGATAGGAATGATAAA CTTCTAAATCATTTACATTTGTCAATAAGTGCTTCACACGGTCTATACCTTTTCTGACAT TCTTACATCTTTCTTCCCAGCAATTGAAGTTCCAGTCTCCGTAAATTTATCTAATACCTG AAAGTTTCCATCTTTTTGGAATGCTTCCAGCTGGAACAATATGAAACTTTCAATGAGGAT GATACAATTCAGGATACACAAAGCGGAGTGATAAACTAAATAATGAAATAGAATTATACA AATAACTGAAGGAATTGAAGAGCAAAAAAAGGATCTCTGACCCTAAATAGAATGACAAGA TATAACCAAAGATATACACATCAAAGGAAGAAAAGAATTATCATGAAGACTTCAAGCTTT AAAGTAGTTTTCAAGCTCGATCCTAACTATAAGATCTCTAACATCACAATTTTGTTTGTA TTTGCAATAGTCCGTCTCCCCCTTAACTATGAGGCCAGCAAGTATTTATAACTATTACAT CGCTATCCGAATCAACAACTGAAATAAGTAAAAACAAGGAAAAGCAAATCCCAAATCTAC TAAACAATATATTAAGTAGAATCTACAAAGAAAAGGAAACAGGAAAAATTTACTAAAAAT AGAATTCAATAACTCCCACTATTGGAAGAAACAAAAACGGAAACAAAAACTACGATTAGA TGCTCTAGTCTGCTTGCAATAAACCCTGTGAGCTGCGCTTTCCAGGATTATATCAGAGAA CCTCAAGCATAATTAATTTATAGAGTTTCAGATAGACTGTAAATATATACCTGAATGTGG AAGATGCACAAGAGGATGCTAGCAATGGGTAGAAAGCTATCTTCAGGAGATAGAGACAGG TTGTTGCTGCATACGATAAAAGAGCATAAGATTGAAATGCTTGGTTATAAATATCAAGGC AAAATGCCTCAACTAAACATCAAAAAATGCTGATAATGCCTTTGCCTAAACTTGTAGCAG CAGGGTATACCAAATTCCTAGAGAATCTGATGTTACCAAGAAAGGACAAAAAGAACAAAG GATGTCTTTGTAGAGTGGTTCAAAATCTGTAGGGGTTCCCACAGGCAAGCTTCACTAGCA CCATTTCATTGCATATTTTCAAGTTCCTTGGTCAAAATCCTTGTGCCAACCCTGAGACTA GTTAGTGAACTTTAAAATTTTACAAGTCTTTCTAGTCCAATAATTAGGGGTAATTGTCTT CCAACAATAAACTTTAAATCTTACAATCATATCAGAGTTGGAAGCTTAACATGGAAATCA AGAAGGATAAGCAGTCATTCATGGAAATAGAGTACAATCCTTCATTTACCACAACTCGTG AAGGATCCTTGTTAATATAGATGACAAGATAGAACTCTATGTGTTTTTTTTCTTTCTGCT AGTTCAAACTTCAATACATTCCTTAAAGCACGTTCAGGGTGGTGACAAGACATGATATTA AAACATCACCTAGAAAACTAAAGTTTTAAGAGCTCCTTACCTTAAATATGGAGCCAAATA CACAAGAGCATAAACTGCATAACGTGGTTTCCCAGTATCCAACCACGCAAAAACCCAACT CTACAAAGTAAACCAGCAAATCAATCAATCCCAAGTTAGTTGGACTTAGCTATATGAATC CCCTAAATGGTTCCAAACAACAACAACTCTTCACGCTCCTCAACCCTAAACGCCTATATT CCAATTTAAAACAAATGATGATTAAGAAAAAATCTCACCATCCAATTAAAATACGGAATG AAGCTGATAATTGCCATGACAGCAAACCTCGCATCAGCAGAATCAATTGTGGATTCACCA TCGTCCTCCTCCGTGTAAGTAGTCGGGAAAACCCACGAGCTCAAAATGCAAGCACCAATA GCAGCGGCGTAAGGCACATCGTTTGCAAACTCTGCCCGGCAAGTTCCATTTCCCAATCTT CTCTACAAAATCAATAACCTATTTCAGCTCTATTGAACTCATTTTGATTCCAGTACATGT AGGTAGGTTTTTAAGTTAAAATGAGATTAGAACACGTAGTAATTAAGTTAATTACCAGAT TAAGCTTGTTGCGGAGGCGAGCTCGATAAAGAAGAGGTCGAAGACTTGGTAAGAGAGAAG ATCGTAAAGACGGCGGAGAAGTAGAAAGAAGTAGAGCTGCAGTGGAAGTGAGAGATTTCA TTGGCGGAGATAGAGAACGGCGACGGCAGCATCTAATCTGTGCCCGGCGAAGTAGATTAG GTTAGAATTAGGATTATAGAATTAGTACTATTAGTTAGAAAAAGATTCGTGAATACTGTA CGTCTTTGAAAACAGTGCCCCTTGAGAAAATGAATATCTTATGGGTCCTGTTTGGCGCTT TTCATTTTCGAGAGCGGGTCCACTGCCAAACACACTACCAACTTCGTTCATTTCATTTAT TAGTTACATGCATAAATACAAACGTTATTTTACAAACCAGTATCAACATACCCACCCAGC AGCAGTGTAATCCCATCACGTTTATGTTTGCCAAACAAAAGAATAAAATTATTCCTATCT AACAGAAGACATGATGTCCACATATAAATTGGGTCCAACAGTACCAGATCCATCTCTCCA TTTATGCAATGGCAATTTGGCAACGGCCACAAATATGTTAGGCTTGAGGGATGCTTGTGA AGCTAAAAGCTTTATTGAACACACATCTCATGATCATCATATATGATACAAAATTACACC TTAATATTGACTACATCATAAACTAAGGATCTACAAATGAAATTCGAAATTGAACCCACC ACTCCCACTCTCTAGTCTCTGCCCGCTGAGCCCGCCCTTCCTCCCTCCACAATCTTCTAT ATCTAAATAAAAATAATAATCCCTTGACGTGAATCTGCACAAGAAGCTTGTTTTCAGCAC CTACTTGTCAAACAAATGAAGAAATTATCTATGCGCTCATTATTTTGTTTATTGATTCTT GGAGATGGATTCTTCCCACACGAGCTATTCAACAAGGACAAGTGCATGATTCAGTGACAT AAGAATAATTACACTCTGCCTCTTCCTATACTTAAACCTGCAAAAGCAAACGACAATTAC GTCTGTTCAAGGCATTTATATGTGTGTGAAAAAAATCATAATTATCTGCTCTAGCAACAT CAAATAGACACCTGAATATACACGGTGTTTATATATGAAACGTATCATTGTCATCAGGAT TCCAACTCTCTTCTGTCCCCATCCTCTCCGCAACTTGACATGGCATTTAACCGCTGTTGC AACTGTAGCAGTGAAAAACCATTGTTAGCAACACACTTGGATGCTATAAATAAACCTTTC CAGTTCATCCCCTCAATTGTTTTAACTTTGGACCTAGTTTTTTAAACCTCATCAAAGTAG TTCCACACAGTTGGTCTTCTATTACTATCTTTTCATTTACTTCAATTCAATTAATATTAC ATAGACCTTTGCATCAAAGAAACCACTGTGCACTCACCTGCCAGTATTTTAATTTTTCTG CAGTTAACTCATCTGTCAAATTAATCATCCTGCAAAGTAGAGAGAAGATCAGTTCTTCAA TTAGAAGTCCCACATAGAACTGTGAGAAAAATGCACCACAGTTGATTTGCGTCCACAGTG GACTGACCTAGCCTGAAGCTCAGATATTTTGACTAATAATAGCTTCTCCCTCTCAGAAAC AGCTGCTTCAACCTGTAAAACGGAAGTGTCTTCATCAAAATGAATGGTTGCCATGTGATA AAAGACAAGTTCCCAATAAGAGACATGTTTATACAGCTCCATGTAAACATTTGCACTTTC TCAAAGTCTTAAAGCTAAGCAAATTTTCAAAGCAAAGACATGTACTTACAATTCCATTGC TCTCTGGGCGCTGTAAGGGAGATAACTTCCCATTTTGAGAAGCTGAAAGAACAAGAAATT TCAATCTAAGTAAATCTGAATCCATGTTACTATTGGTAGAACATATTTCTTTACATAAGG ACATCAGACATTTCTTCCTCATACTTACAATCTCCTGCCTCAGATAGTTGCAAGCTACTC AATAGATTTACAATGAGATCCTGATAACAAATGCAGTAGAAATTAAGCGTTAGAACAACC GAGAAATAGAAACGGACTAGTTAATCCTGAATTTAACATTTCTTTTCTTGTTTTTGTTCT GTATTTTTTCCTGTGTGCGCGTTTGGGTGGGTGGGGGGGGAGGGGGGACACGGATCTTGC ATCTTTACCATACACTGATGCCTTACCTGTTGAATTGACGTCTGTTGAAAGAGATTTTGT AAGTGAGGCATGAGAACTGAAGCAGGAACATTATTAACGCCAAGTTCCTTGGGCGGTTGA CTGGGTGGCTGAAAATTTATGAAAAATGCAGTATTACAACAAGTTCTTTGCTTTTTCTCT TGGTTAAGACAAAATAGCACCATCAGGGTGGAGCTCAAGTTTTAACATAATCACATGACT TAACTACAGCTGTAAAGTAAGGGACAATACACACACCATTTGTTTAGATTCGACCAGCCA TTCTCCAACACTAGCAGACTTCCTAAGTGGTGATCCCTGTGAATCACAGAAATCTTGTGT CAAAGATACAGCAGGAATGAAATACTTGAGTTGTTTTGAGAAGGCAACACCAAACCACTT ACTTGAGAAGATCGTCGAGGAACTGTACATAATGGAATATCCTAACATAAATATTTAAGT TAGCAAATAGTGATCTAAAAGAAAGAAAATGACAAAATATGATTTACCTTTACAAGATCT ACATTTTCTGATGTTACAGAGAAACGGCCTTTTATTTGGACCAAGTTCGGCTTCGACTTG TCATCCAAGGAATCTTTGAATCCTGAACAAATAAAAATCATCATTACTGCAAAGAGAAGT CAGCCTTTAATAGCATGCCACCTAGAGTTTTTCTATAAACCATTGTGGGTCTTACACACA ATAGCAAAAAATGAACTTGTCTTGAAAGCATTAATACCCCCAGATGATTTAATCGGAGCT GATAAACTATTTCCTGAAGCTCGATTTGGAAGCATTAAAGGCCCACTAAAGCTGGGTGCT CTTCGCACTGGATGAGCTTTATCTCCTGGTTGTTGGTTTTCAATCTCACTTCTGCAAGAG CAGCATAAGTTGCCTCACTGAAAGTTCTCAATTGATAACAGTGTCCAAATAAACAGTCAT ATATGCAAATGGTCAAATAAAGCACAATGAACTACATTAGAATGCTATTGGATGATTTAC ACACTGATTTTAGCCTCTATAAAATGAATCCAACACACTAACTTTAGAGCAAAATTCCTG TGAGAATTCCTTCTCCAGTGGAAATCTGTTTTGTTCCAATGAAGAAACATTTTTAAAAAA TTGGGGACTGCCATATTAGTAGAGAGACCAAGTTTGAGCATTCAGTTCTAACCAATTTCC TTTCACCCTATTACAGTTGAAATGATATGAAAAGAAAGGCAATTTGATTCCTGAAAAGTA ATAAAGCTTCTTAGTTAAAGTTTCGGTGCAATGCTTTTCTTTGGCGCAATGTAAGAGATA CAGTAGAATAAGAATACAATGAGTCGTACAGAACCTTTCGGAGCTTCGAACTCTTTCTGA TGCCGAGTGACTAAGTACAGCGCCAGCCATAAGTGGTCCACTCTGACTTTGACGAGCTTT TGGTGTTTGAGTTCTACTCTTGGCTGGTAAGACATCCCTGTCTGAGGTTAGGGGTGGCAA CTCTGTTTTTGATGCATTCTTCTTCAGTCCATTTTTCTCCCAATGATCAGAATCTGGTGT ACTGCTCTCCAAATCTTTTCCCTTCTTGATCTCGTATTCAGCTACTGGCACTTCACCAAT ACTTTCTTGCTCACTGGGCACAAGATGTTCAACGAAAACTAAAATTGAGATGATAATAAT CCAAGGCATAGCTTGACCAAAAATAAAATTTTAACTAAAAGCTCACATAATCTAAGCCAA TGCATAAGCATTACCTAAACTATCATATTTTCGTGGTGATGACAAAACTATTATTAATGT TCTCCCCAGGAGAGAGCTGTTCTCACAAAATATGCTGATGTTTTATATCTTCTGAAGAAG ATAAGATATTATATTGAGAATATTTGGTTTGCACTTGATTCCACAGGAAAAAAAATACGC TCCAGAAGAGAGGATATTATGTATAAGACAACTACTTTTTGGAACCGAAAAACACCTGAG GTTACTGATGCATAGTGGATAATGGATCACCCCTCTACCCTTCTACCCTTAACGTAAATA CGAACAAACTAACTTAAGTACATCAATATGGACTCTAAGAACAATATTTAGCATGAAAGC ACATACAGCCTGCACCTCTATTTGTATGACATGCTTAGTATTGCGGGATATTCAAAATGT TTGACACCATCCCATAATACAATAAGTCTTTCACAACTTCCTATGATAAAGATTTGTTCA AGTATCCAAATTTTGAACTTCAACATGATATTTCAGTATCATGCTAATTTTACAATCACT AATTTGATATTTATTCCATCAATATAATATATATGTCAAGTTAACATCTTAAACTCCGCA CCAAAAAAGTATGACTTTTGAAAAATAAATGGTGGGAGTATAATAGTTGGCCCAAAATGG TTTAACTAGTTCTAACACCTAAAAGTTCAAGGAACTCAAGTTAAAAAAAGTTCAAAATTC AAACAAGGCGTCATTCCCTCTAGCAAACTAAGTTACTAACAGCTACATTTTGATATCTTT CTACGACAAACTCTATGTGGCTGGTCAAAATGAAAAAGAATATACCTGGCAATAGAATCT TTTCTAGGGGTTGATTTTCCAGCATATTGTAGGGCAACAGATTTCTCCTGCAAATAGGAG AACAGTTCAAGGCTGATCTGAGTAACTTGAAAATTGACTAAAGCACCACAGAAAAGACTG GCAAAGACCTTGTAGTTCATATAAGCTTTGATGGTATCATCTTCTTCCTTAATTTCTTGT ATTTCATCATCGTCCTGTACCTGCCCCAGAAATCGAGAGACTATTAAATTTAGGATGGCA AAATTCATGGAGCAAAAGTGAAAGAGCGTCTTTATCAGATATAAAGAGACGCCTCTCATA TATATACCAGTGAAGCCTGAAGCTTTAAATCCTCCAAATCAAAGTTCCAGGCGCTAACTC CCCGTTGGTACTCACTCTGTGAAGAACAACAACATATTAAAACAGATGGGAGATTTTGAA GAAGGAAACTCACACCTTGTTCACACTCACATGCCACAGATAAAGAAACGTGAAAAGAGA AGGACTGGCGTAAGCAACATTAACACTTGCAAAAAGGGAAAAAGATGATGGAAAATGCAT TTACTTGCTTTTAGATATAAACAGGGCCATAGACACAATATCAGAAGCAATCCTTTGGGC TAAAAACATCAAAACATTCTGAGTACATCGTCACCCATCTTTTTTGCTTTTTCTTTTGAA ACCAGAGATAACGTCATCAACATCCTATCCCCATGTCCAAAGAAGACAGGAATAGAAAGT ACAACATTCTTTAAAAGTATATAAAGAACCAACAGAATGGATTAGACAGTTATAAATAGC AATTATACACCTACCAATTCGATATCTCTGATTTTCATGGGATGCACAAAGTTCAAAAGA GAAAAATGGAGATCCAAAGATCTGGAATTCATATTGAGAGGCTGATTACATTTTCTCATT AACGATGGAAACCTAATTTAAGAGTTGAATGGCATTTTTGCGCACAGAAGAATAGCATTA CAGCTAATGGAACAAATAAATGCACGGGAACTTAGATAGCATAACCATTCAAAACTAATG AACACTGTCATTGATGAAACAATTGTCACAAACCTGTGATAATGCTTCCTGCTCGGAAGA AGGCATTCTCTTCAAAGCTAGTTGGGCAGCATCTTTAAGCTGCAATAATTTCATCAATCA GCAATAAACAATGATAAGTAGGAAAATTAAGCAACCCTAGAACAACGATACCATGAAATA CCTGTAGAGCTTTAACTCGATTCCAAAGTGGTGGCAGGTCAGCAAAGAGTTTTTTTACAG AAAGCTCTGGGGGCTTAGCATATTTGAAAAATGAATGCTTCAACAACTTCTCAGCAGTTG GCCTTTTAGTTTGATCTTTCACCAAACACATCGCAACCATTTCCTTGAATGACTGTTACG ACAAGTAAAAACCATTTTGTTCTTCGTACATGATACAAAATAAAGATTGAAGCACGTAGC AGATCAACATATACAAATATCTCCATGTACAAATGCAAATGATACGACTAACTTTTCTTT CTTTCTTTTTTTTTTTTTTTGGGGGGGGGGGGGGGGTGTGTACAGTCGAATTAAACCAGT ATTTAATACCTACTTATGAAATAATTCCAAAAATGGAATTACTACCTTAGAGAATTTTTT GTCTCTGTCATAATCAAGTCCAGGAGGGGCATTCTGTATTGTCATCAGAAGTACCTGTGG CGAGAGAACAGAGGGTAACTTAAATAATGCATACTCAAGCACCAAGTTAAAGTATTGTTG TTGTACCCTCTTGGAAATGAATAGATACCTTCATTGGAGGGTACTTTGAAAATGGTGCAT GACCATGAGCCAATTCCAGGGCAGTTATTCCAAATGACCAAATGTCAGCCCTGTAGAAGG AAGAAAATTAGAGTCAATAGCATTGATAATCTAAATACTCTCATAGACCCTGCATAAGTA CACAAGCATTATACTTAGACAAGAAGAAAATGTAGACCTTTATGTCAATATTCAGAATCT CATCTAAAAGTGTGTTTGATAACTGTTTTAAGCACTTAAAATTACCAGATTAAGTCATTA AAAAATAAGACTTATTTATACAAAAACTCAAAATCATGTAATACTCCATGCGCCACTTAA ATTGCTTTACCAATTTCAAGTAAACCAAAATTTAGTTATCACTAAAGTTTGAAAGACCAC ATATCCGAGAACAAGTTTCTAATCAACCGTAGTTGCTTATTACATGAACAAAATGCTTGG AATATGTTATATCATGAATGATATAAGCTTCATCATTACAACCTGATTAAGTCCAAGAAG CTAGCATTATCTAGTGATAAATTAATACACTCAGTTTTAATTTCAAAAAAATACTAAAGA GGATAATTCATATTTGAATTCAGTGACAGGATTAAAATGCATAAACTTAATACCTTTCAG CACTAAAAGTTCAGTAAAGTAATTCAATGGTACAATTTCAAAAAGAATTCAGCCTTCAGC TTTCTCAAATAGCTCTCAGTCAACCATTAAATGAAAAATGTACATCATAACATATGAAAC CATCAAGATCTTACACCGTGACAGAGAAAACTCACTTAAAATCATATCCAGTTCCAGGCT GCAGAACTTCTGGTGCCATCCTACAAAATAAAAGTAGTTCATGCCTTGATAGACATGTAG AGCACGAAAAAACTTGCATAGAAACAATTATAGATAGGAAGTGACTGAAAGGATGCCTAT ATGCTCACCAGCACGGAGTTCCTACAAAGGTATTCCTAGACCGCTGTCTATCACCACTGT CAAACATGCATGCGGAAACACCAAAATCGCCCAGCTTTACTGCCCCATTAGTGTCCAGTA ATATATTCCCAGCCTGGGATGAGAAAAGTGGTAGAGAAACCACAAATATCAGAATTTGAG GGTCAAAAACAAGGGAACATCGGTTTTAACAAACCTTCACATCTCGATGTATGTGCCCAT GTCGATGGAGATATTCCAACGCCTTGAGAGTTTCCTTCAACATAGAACAAATAGCAGATT CTTCGAATCCATCTGGATATGCTATTTTCATGAGATGTAGACAAGAGCCCTCAGCCATGA AGGGCATTACCACCCATAGGTAGTTCTCAACAACAAATGAACAGAATGACTTTATTACAT TAGGATGGTCTATCAAACTCATAGTTTGAGCTTCCCTGCGTATGTCATCCTGTGGAGAAA TAATTTTTTTCAAATACCTATAGCAAAATAGCAGCATAATCCTACCCAAATAAAAATGAG ATTTCAAAATACAGTCCTTATAATATAACACCTCCATTTGTAACTATTAAGAAGCCTTCC TTGACACTTCTACTCCTCAAAAAGGAGTTGACGGACCAAAAATCACATTGAGAATAATTT TCTCAAAAGGCTTAAACTTTCTTACAATGCATGCAACCTTGCTGAAAACAGAACACTATG GACTCAAAAGATACAAATACTGCAATTAAGGTTTAATTGTTACGGTCTCACTTCCACGAG ATAGTGGGATTTCACTAGGTATGTTGTTGTAAGAAAACCTCCAACTTATCTTTAAAATGA AATTAAAAAATAAGCCAGAATAGACTTGAACGAACAAAGAGGATTCATATAGTTGATACC AAATAATTTGGGATTCATTAATAGATATTTAAATTTGTTACTCTTAAATTCATGACGTGG AGGAGGTTTGGGGCCCCCTGAAAACATTAACCAATCAATAAGTGAAAATATAAGATCCCA ATTAGAGAATATATTAGGATCTTTCCTTCTTTTGGATAGGAGTGTAGAGCAAGTTTAAAA GGTAATTAGTTTCGCAGGTTATTATGACATGAAATGAACATACACCAACTAAATATATTG TTTCGTAACAACATGGAAATGAAATTATCTAGCGACACCCACAACCGGTTCCCCCTATCA GAATTTTCAATCCAAAATTGTAGGTCAAAGTTGCAATATGACAAGTAGTCCTTACTCCTT AACTATTCTATGCAATATGACAAGCTAGTCCCTAAATATTCTATGTAATAGATTTGAACT TGTTGATATGACTACTTTATATATTCTATGTAATCGTAGTTTTTCACTTATTTGCCCAAT ATAACTGTTCTTTATATATTAAGTTACTTTTTCTCGTCGAAGTCTTACTACACTAAAGCT CATGCTTCTATCTTTAGTTAAAAGCTAAAACACCAGCAAACACTTGGCAGTTTTCTATGT TTTTCGCCTTAGACAATACTGACCTGATAATTTTAGTGGGTGCTTACATTGAATGCATCG ATCAACCTTCCAAAATGAACTATATTATCACAAGTGGAAAGAAGCACAAAAATGTTGGGT GGCATGAAAAGTCGAAAATAGACCAAGCACAGATGGTCATGGTTACTTTCAGGGATACTT CCTCTCAAATATTTTCATCGGGCTGGTTATAGTAAAGGGTCTATTAATTGCTTACGTAAT CTGTATTTACTTTATTAAGAAAGAAACAAAGATGAATTCATTAGTGAAAATAATAACTTC AAACAGATGAATATCAGGGGGTTCAACTAGCGACAAGTCAAACAAGAACTTAATGAGAAA TCCGCTAACAAAAAAAAAGGACTTCTTTGAATTTTGATAGCTACCGATCCCCTGATAAAA TAGGATTAGTGGTGACAGGAATAATGTGATTTTATGTTGAATACTATAATGTGATGGTAC TTGTAGAGAGAATCCACGGGCTTCTCAGATAACGTCCAGCAAACATGTAATTACGAAACA GTTTTGGTTTTGTTGTCCATTTCATTGTCGACCAATCTATCGCTCAATACAAGTCGCTCT TACATTTTAGATACTTTGTTATCTGATCCAACTAAAATTACATTACTGTGCATTGTTTTT CTTTTCTTTTGCCCTGCTAAATAGTTTTGTCGCATATTATTATATTTCTATTTTAAAAAA AACCCCAACAACAATAACAAAGAAAAATAAAATTAGGAAATGAATTGCCATAGACGTGGA GCAAATCACATTTCAAAATAGCCAAAGATCTTATATGTTCTTTTTATGCCCTTGAAGAGA ACTTCATATGCATACATCATCAGCGGAACACCTAGCAAACCAGAATCTTTGACATAAAAG CGCAATCAAAAAGGAGTTCAAGAAAAGAATTTAAAGCTTCCAAACCTGATTATTGTTACT GCCTTACTGATAGGTAAAACCAGCTGTCACTTCAGACTTGACCCAGTTAATTGATAATAC TCTGTCATCTGATTACACACAAATTAACTCTCATTCTATATCTATCCATGCATTCGCATT TAGTGCCAATTGGCACCAACAACAATGATGTACCCAGTGAAATCCGACTCCATGGAGTCG GGGAGGGTAGAATGTACGTAAACCTTACCATTACCTCTAGGAGGTAGAGAGGTTGTCTCG AAAGACACTCGGCTCGACAATGAACACCAACAACAGCGACATACCCAGTGAAATCCAACT AAGTGGGGTATGAGAAGGGTAGAGTGTATGCAAATCTTACCTCTACCTCTTAAGAGGTAG AGAAGATGTTTTGGGAAGAACCTCGGCTCGTCAATGAACTCCAACAGTGTGAAATTAATA CAGGGTCAACAATAATATAAAATCAGTGACTTTTTTTTATGACAGAAACCCACAGCCGCT ACCCTTTTGGGTGCGCAGGGTAAAATCAGTAACTTTGTTCAATCACATCACTTGGAGACA CCAGAATTGAGTCTTGTTATATTGACTGCTGACAAAATACAAGGAGTAAAAACACGGACG TATGACAAGTCAAAGCAAACAAGGAAATCACAATTGAAGCCACGTCCTTTCGACTCTATG ATCTCTATAGCCAATTTGCAATTCTAACCACCTATATCCATAAAGATAAACTAAAACAAC ATCTATCATTCTATACTAGAAATCACAAAGCAAAAAATCAATTAATCCGCAAGTCAAAGT CAATTATTTCCATCAGTAAACTGAGAGAGCAGAAAGCAGAAGAAATATAGACAAACCAGA TTGCTGTTACAGCGATCGAGATCCAAGCACTTGACTGCGATAACTTCATTGTAAGGAAGA TAGATCGCTCTATAAACTGTTGCACTCGCTCCATAACCGACTTCTTCGAGAAGCTTGTAA TCATTTGGATTCGCCGAATAATTTCTGGGACCGCCGCCGCCCATCGCCGCTGGGACCGAA TAAGCAAAATCGCTTTGTTATAAAAGTGAAGTATAAGTTGCCGATTGTGGAAATGGCCGT TGAAGTTGACGGAAGAGCATCGGAGAAAGTATTGGCAGTTGAATGTAGCTCACAAATGAA CTATTCTATGACAAATTATCGATAATATTTTATTACTACTACCTATTTTGTTTTTCTATT TTTCTCTAAATTCTAGGCGATAAATAATTTAATTTACTGAAAGTGATTTTACTTTTATTT TATCATTAGGGGATCTGTTGACTACCATATCGAAGGAGATGCCTCGTGCCAGCCAGCATA TGGATACGTGTAATTCGGGTCTGGGTTCCGGATCGTAACTTGGGTGGTGTAGAGACGCTG ACGTGGATACATGTATCTCTGTGATGACACGTAGCCCTTGCCACGTGTCAATTTATTTAT TTATTTATTTCTAGCAAACAAATAGAAAAAAAATAATGAGAATTCAAATTACTTGTGCAA TTGTGAATTAGTCCTTGTTCACTATCCAGATTTATCACTTATAATCGTAATAATAAACGT AAGATTGATTAAGTTGGTGTGTTAAATGAGAAAGACAGGAGATTAATCTTGGATTTTTTT AAAAAATAGTCGTCTATTCGTATAAACTTAGAAATTTACTTGTTTAAATCAGGAAAAAGG ATTGTTATAAATATAAAGTAAGAAATAATGAAATTAGGGTGTCAAACAGAATTTTTTAAA TCCAATATTTTTATCGAATTAAAGACAGTGAAAGAGGGAAGCGTGACAATTACCAAAATT GAATTGCATCATCTCCCACCACATTACTCGTGAGCTTACAAGCATTCCTCACGATCAAAA GTGTGTTTTCATCTCTTTATGACAGTAGTATTTATTTAAACTACTAAATGGTGGAACAAT TGATTCGAAAATTGCAAAGTAATAAAAACAAGATGAAGTAACAATTCTAGAATAATTTAT TTTTGGATTAAACGAGCCTAAATGTAATACTTTGCAGAAAACAAAACTTTCTATATCCTA TTTGTTAGAAATTACTAGCAGAATAATAAAATTATAAGGTATAAGTGGTGGAAAAAATGT CTACGCAGGATTATTTAACCAAAACAATGAGTTTTTTTATAGGAATCTCCTCCTCCTCCT TAAGCTCTTTGAAGAAGCTCTAGAGACCAAATAGCCCACCCCCACCCCAAGGCACATCAC CCATATCCCTACATCTACTGCCCACCCAACTCCCTCCGCCGTATCGGTGTCGTCCGAATC GTCTTCTTCACCTTCACACTCCGAGCAGCAACAAGTAGACTCGTCATTTTCAACTTCTCT TTGTTCAGGAATCTCCTCCAGCTTCTGAAAACAGCTCCTCCGCCGTGATCTCACCGTCAT CTCCACCTTCTCAGTAATCACTTCCGGCGGCGCGGCGGTGCGTCCTTCCACCGCCACACA CACCTCTGCTCCTTTCACTTTTAAATCGTCGTTTTCCAACAAAGCGCACTTGCAATCGAT TCTCCAGTTGTGTAGATCTTTCATGAAAATACCTTTTATGAGCTTTACATCAGCCATGAA TATTTCAAATTTTACTCCTTCACTGGCTTTAACTCTGTCCCTGCTTCCGTAAATAACACC TTTCGTTGTTACATTGTCAGCTGATACTACCCGGTAAAGCGTAACGAAACCGGGGGAATT GGATCGGATTTTGGAATCATTAATCTCTAATGGACTCTCACTAATTCTAGGGAGATAATG CAGAGTTAGAGAATCCGGTGAGACGGTTTCAGTCGGTGATAAATGGAGATAAAAGCCTTT GATTTTCAGGCGATCTTTCTCGTTTGGTTGAAATCCTTTACACATTTTTGCTAGTTGATT GGAATGAATTACTCGTGAGGAAAGGAAGGGAGGGGGGTGACTCTTTTATGAGGGGCGGGC GACGTTTGTTTTGGAATGAATCTTGGGGCTGGAGTCTGGAGAGCACACGGTTTTGACTAT TTCATATGCTCAGCAGACAGAATAAGTTAGGGACGTGGAAGGTGTGAGTTTCACAAAACG ACAAATTTTACCCAATTAAATATTCTAGCCCAAGGCTAATATAGGAATACCATTTTAACG TGTTAGTAATATTAAACCTAGATCCACATGGCTTTATAACGCGCCATTAATTAATAAGAC TTGCTTATTTATATATTCAATTACAGGGTAATGTAATTTGAAACTAATAAAAATGTGATA ATTTTTGGAGGATTTTATGTATCACAAAAAATTAAATAATAAATTGATCCTAAAAGAGTA TAGAAGGCGACAAAGTAGGAACGCCAACAGAGTTTTGCTATGCCGCGTGCTAAGGCTTTT TGTTAACCCAAGTCGCAGAAAGTAGCCAGCCATACAACATTGTAATTATGCGCAATTTGC TCTGCACTTGTCTTTTTTATTTTTCAGCAATTATTGAAACAGTTAGAAATAAATATATAT ACCCTTCAAAACGGACTACGCAGCCATATATCCAAACCTCTTTTATCGATAGTTAAATAA AATTTTATTTTTTTTTATAGATATTGGATCTTTTTGTTCGCTATTGAGATTATGCTGCCA TTTCACTTTTGATCTCTTGCTTCGGATTTGACAGCAGTGCAAATACTAGAAAGTAGAAAC ATTTGTTTTGGGCCTGTTTGAAGTTGAAGTTGAAGTTGTGGGTATTACATTACAACATCA GGTCCACTTCAAAAATGTATTTGGGCCATCCTTCTGTGAAACGGATTATTCAGTCCTTGA ATAATTTTGGCACTCAAATTGGATAATAGTAAATCTAAGTGAGTTATCAATCTAAATCTT TTTTTTTTTGGACACATATGTTAAAAGCTTAGGGATGAACACAACAAATTATAGGTAAGA TATGTATCATATGGTTACATCACATTGTTTTCGGCTCTATGGAAGATATTGGACACATAT AAACTTGGTAATCAATATTTTTTTCTTTTTGTTAAATGTTAATATCACCTCATCAAAATT CAAAAGTATCGTGTAGCTTTAGCTAAAAATATTCACTTTACTTTTCTGTATCCTCAATTG TGCTTTTCGGGAACATTAAGCTAATTGTTGGAGCTTTATACATAATATATATATATATAT ATATATATATATATATATATATATATATATATATCATGTAGTATCAATTAATTAATAACT GATTGATGGCTATTCAATTACCGTCATCAAACAAGAAAAAGATAAAAAAGAAAAAAGATT CTTGTTTTCACTTTTAAGTTTGTCAAAACTCTACAATGAGAGTCTTTTTTATTTTGTTAA GTAATTACAAATTTTATTTGTTAGATTTGACAGACGTGTGACCAAGTATTTAGCAAGAGA AGATATATACTGGACAAGTATGAAACTAGAGCGTATATGTTTCTTAATTAACTTTATTAA TCATGAAATTTACTTGATAATAAATATCAAAGATGGCAATATATCAAGTTTGTCCTAGCA TTTAGGTTTGATGGAATAATTAAGTAAATTAATAGTTAGAGAGGAAATTAAACACTTGAA AGAGACTAAACTTCTAGAAAGGAAAAATAATAATGCAGAAAATGAAAGGAGGTGAATAAA ATTGGTAGCTATGGAGGAAATGTAATTATGAGTTACCCATAGTTGCAAATTGATATAAAC CATTGACTTAAAAGAGTGAAACATTGTCACTTTCGAATTTGGAAGCGTCCATCAAGTGGC GTGTGTTTGCCTCTCTTACCGATCAATCAAATATCAATTATCAATTATCATATTCTTTTT TTTGTTTTCATTCGATTTTTAAGATAGACATTTAATGCAATTGTTCAAATCAAAGATAAA ATACCTTTTTATTTTTGTTCCTTTATATATTCTTCTCTTTAACCATACAAGTCATCGTAG AAATTATGAGAATAATTTTGTCCATACGCAACAAAGATGTGTTCTATTTATTCTAATTCA GACCGAATACTTTTTTTCTTTCTCTTTATAAGTCCAAGAAACAAATACACGCGTATGAAA ATATGATAAAATGGTAAAAGTACAAGTTTTTTTATATACTATAATTGATCAAAATTTGAA AATATATAATATAAAACTTAAAATTTCGATTAGTTGAGTCAATAGATCTGATAGGCTAAA TGCTTCTAAAAATGTGGACTCAAAATTCAACCCCACACTACTATAGGAGGGATCTGATCT TAGTTTAACGGATAGTGGATGTTTTTCAACTCTTTTTTTTCTTTATTAGTTCATGTCTAA CACATGCATGTTGAGTCTTTGTGGGTGTTTTCAACTTGGACCATATATAACTAGTTTGTG GATAAAAAGAAAATCAACTTTCCTAACATATTATTTTCTTTTAGTATACGCGTATACACT AATATAAATAACATATTTTATGAGGTTAACTTAATTATTTAATAGATAAATAAAAAAATA TAAAATATTTTTCTTTAAAGATTTGAATCAAAATATCTAATTGAAACAGTATTTTATTAG GATCAATTAAGATGTTCAATTAAAATAATTTAGTTAAAATATCTAAATAGTATTATGGTA CCATGTCCCATACCCTTATAACTGAATCATTCATTAAGTCAAATTATTAAGTACAATAAT CTTAACTGCATTTGATTACAGTTTGTTTTTGTGTACTATATCATCTTTCTGATTTTTATA ATATTCTTTATTCTTGTTGCTTTCAACAAGGAGATGATGATGATGATGATACTCCACTAA AAGTAGTGGAGGTAGGCACAAATAAAAAGATAAATCAATCCATTAATTATACAATAAGTT TATACTACTAATTTTACTGTAATTTAAAGCTACTTGACACTGGTAATTACGAGATTAATA ATAAAGTATGGAAAAGATCAACTCGAGCTTTACAAAGCATAGAACTTGATTTGCCATAAC AAAGAAAGATATATACCATTTGCACAAATTCCATGTATGTCATTAAGCATTAATTATGGT ATAAGTTGACGATCAGCGTAAAATTTACTTTTTATATTTATTATAAACTTATTTTTCACT ATATTGTGAAAATCTAAAATTTAATTACAAGTATTTTAGAAATAGTCGTTTAACGATAAA GTTGGAGAAAATAATTAGGAGAGTATTTTTTTAAAATTAATCATGTGAATTAAGTGTAAG AAATTTTTATTTATTTATTGTTTAAAAGAAAAAATTATATTGAACAAGTAAAAAATAAAT CAAGGTGGACATGAGGAATATAGATCTCTTTTATTCAGAAATAATGATGTTTAATTAATC TGGAAAAGCTTGAGAACTAAAGTGGATTAGTACAAATTTTGTACTACAAACTCCAATTAA TTTGTGAGTAGTTGATTAAGAGTAAAGAAAGGAGTATGATTAAGTATATAGCTAGGTGTC AGTCCCCACGTCTTCCTCTCTTTCTTATGCCTAATTTTCAGCTAAATGTTTCCTAAGTAC TAATTGTTTAAACACTCTAATTATTGCATTAAACAATGTTTGGATCTTGTTTTACTAACT AATTTATATAGTCAAGTACAAAAAGTCCAATTTGGGGCCATACCTATAGATATTTATAGC CCACTTGTTTGAATTATATCAGTCAAAATGAAACAAGATTATTTTTATATACCAATTATT TCTCTATCACTAGTGTATATATTATATCAAAAAAATATTATTCTTGTAATAATTACTAGT GTTTGGATTCGGCTAGTTTAGCTAGGCTGAACTTTGTTCTCCCTAGCTTATCTATATATA GTATGATGTTTTAAATATAATTTTACTCATTTACTTCCTTTTATTTTAAATTTTAAATTT TTGTGATCTTAAATTTAAAAATATGTTAAAATATTTTTTAATTTTAATAGTCTAGAATTA AAGAGAGGTAAAAAGAGAGAAATTCTTTCTAGAATGAACAAATTAAATAGATAGGAATAT TTTGTTCTCTTTGTATGGAACAGGTAGTTCCAACCTGTCCAATTTTAAGCATCATCTCTT CTTCTTTTTTTTTTTTTTTGCTTCTCTTTGATGAAATATATTTACTTTGAAACTCAGTTA ATTTAATTTTACTTTAATATAAAATAATTTTTTTATGAAAAACAATTTCACTCACAATCC TTGAAGTTAGAATTTCTAATTATAAATGGAGGGAGGGTACTTATTACTACCATTTTATAC AACACTACTACTTAACCACTATGTACACATACATATTAATTTAAATTTGATTATTTATGT AATTTTAGAATTAATCATACATAGTTTAATTTTTAAAGAATATTTAATTAGTTGTCATTT GTCAAGCAACCAACAGGAAGCATCTTTTTGACTCTTTTAGCCAATCAGATAAAGATGAAT GAATTTTCCACTGTCCACCTCTCTTATTCATCTTTTATTTTATTCATATATAATTGACAT ATCACTCATTATATTCGAAAAATAATTCACATTCATAATATTCGAATATATTTATATAGC CTTTTGGAGAACTACAGGTTAATTCACGTCTTTGTCCAAAAAGGTTGATTTTTAAAGAGC ACAAATTCAGTTTATTTCTAGATTTCAAAATTAAACATAAAATAAAATAACACAAAAGAA AGAAAGAGACATGAACCAAAAGTTGGGTTACTTTATGATGGAAGAACCTCCTCTACTAGT TCATTATCTTCATGTTTTATTTATTACTTATATATCTATATATATATATTGAAACAATTT AAAAAAAGATTAACTTAATCGTATATAAAATATTGTATTACTCTCTAAGTTACCATATTA AGCTTGTTCTAAAAAGGTTTCTTGTAACTATAAGATAATTTTATATGATCTAATATATAG CAGTCATATTTATTGAAGCAATTCAATTGACACCTTATCTTAAAAAAAATTACTTCCATG TATAAATATATTGAATTTCATTGTCTTTTTCATCTTCTTTTAAAAAAGTAAAAACTCTAG TTCTGTCATAGCTTTACTAATCATATTAGTGTATAGAAATTAAATTATATCCTAAAAGTA TTATTTCGAACTCAATAACTGTCGTCTAAGTCTTCTATTTTTATTTTAAAAATTCAATAT ATATATAATTAAGATTATAAAATCATAATTGAATAACTTTTAAAAATGAACATCTAATCT CAAATATGCGTGTAGTCATGTAGAGATCAATGATAAGGTCTGCATGCCCGCAGGATACTT GTTAAATAAACTCTCTCCATATATGGTGGTTATTATTTCTTCTTTTTGCGTGTGTTTGTG GGTACATACATAAACAATATTTTTCTTTCCTTAGTAACATGAGAAAATAATAAATATTTC TCATAATATTAGTCAACTTATGCGCTACAAACAACAATTATAATTTTAAAAGTAAAATCT AAAGAAGGTCAGATATATATGGACTTTATTAGTAGGATAAAAAAGTTATTTTCGATAGAC TCAGCTCTAAAATAAAATAGTCAACTTACAGTATGGAAGGCAATATTATATGAGTACAAA ATCCAAAATTCTGGGACCAGAACCCATATGAAGAAACTCTAGGAATTGTTTACTTCATTA TAAAAAGTTTTCATTCTTTGAGTTTAATATCTTCTTCTTTTTTTTGTAAAAATATTCCCA AGAACTATTAGTAGCTCTACCTCATTATATTGTATTCATCTTATTTGTAACTTGTACCAT TGAAGAAGCTAACATAAGGTGTTATTATTTTTTATAATAATTGAATTGTTGCAGTTGAAG TGATGAATAATAGCAACAGAGAATTAGAGGAAGTTGCTATGGATGAGGATGAAGATTTGT CTGAGAGTGCTATGAGAATTCAACCTTGGACAAAACAAATCACGTTACGAGGAATCATTG CTAGTACAATTATTGGTAGCATTTACAGTGTGATACAAATGAAAATGAACCTCACAACTG GGATCAATCCTAATCTCAATGTATCAGCTGCTCTTCTTGCCTATGTTTTCATTCAGGCAT GGACTAAGATCATTAAGAAGCTCGGGTTTGTGTCTGTTCCTTTCACAAGACAGGAAAATA CCATGATACAAACATGTTCTGTCGCGTGTTACAGCATTGCTCTCGGAGGTAGGTATCATA ATGTTTTTTTGATTCTATGATAATGTTGTGAAATATATATATTTTTGAAAATTTTCAGGT GGACTAGGATCTTATTTATTGGGAATGGATAAGAAAACATATGAACTAGCAGGGGTTGGA ACAGTTGGAAATACATCAGATAGTTATAAGAAACTTGAAATTGGTTGGATGATTGGATAT CTTCTTGTAGTTTGCTTTATTGGACTTTTTGTATTAGTTCCGCTTAGAAAGGTACTTCAC TAATTCTTGATC GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_1 match_part 1.000 1035 1304 match_part 1.000 1395 1609 match_part 1.000 1699 1941 match_part 1.000 2220 2699 match_part 0.994 2805 2959 match_part 1.000 3076 3158 match_part 0.989 3241 3854 match_2 match_part 0.982 1137 1304 match_part 0.958 1395 1609 match_part 0.710 1699 1791 match_3 match_part 0.988 1221 1304 match_part 0.963 1395 1609 match_part 0.950 1699 1718 match_4 match_part 0.978 1472 1609 match_part 0.959 1699 1941 match_part 0.956 2220 2355 match_5 match_part 0.892 1748 1941 match_part 0.966 2220 2278 match_6 match_part 0.958 1750 1941 match_part 0.961 2220 2526 match_7 match_part 1.000 1796 1941 match_part 0.997 2220 2531 match_8 match_part 0.925 1916 2653 match_9 match_part 1.000 2225 2699 match_part 1.000 2805 2846 match_10 match_part 1.000 2245 2699 match_part 1.000 2805 2959 match_part 1.000 3076 3158 match_part 0.976 3241 3364 match_11 match_part 0.979 2325 2699 match_part 0.906 2805 2943 match_12 match_part 1.000 2326 2699 match_part 1.000 2805 2959 match_part 1.000 3076 3158 match_part 1.000 3241 3296 match_13 match_part 0.980 2342 2699 match_part 0.994 2805 2959 match_part 0.904 3076 3158 match_part 0.927 3241 3295 match_14 match_part 0.967 2488 2699 match_part 0.994 2805 2959 match_part 0.928 3076 3158 match_part 0.953 3241 3326 match_15 match_part 0.979 2513 2699 match_part 0.994 2805 2959 match_part 0.928 3076 3158 match_part 0.981 3241 3563 match_16 match_part 1.000 2542 2699 match_part 1.000 2805 2888 match_17 match_part 1.000 2553 2699 match_part 1.000 2805 2959 match_part 1.000 3076 3158 match_part 0.996 3241 3708 match_18 match_part 1.000 2567 2699 match_part 1.000 2805 2959 match_part 1.000 3076 3158 match_part 1.000 3241 3364 match_19 match_part 0.968 2637 2699 match_part 1.000 2805 2959 match_part 0.952 3076 3158 match_part 0.976 3241 3365 match_20 match_part 1.000 2655 2699 match_part 1.000 2805 2959 match_part 1.000 3076 3158 match_part 1.000 3241 3598 match_21 match_part 1.000 3076 3158 match_part 0.992 3241 3735 match_22 match_part 0.930 3105 3716 match_23 match_part 0.995 3288 3689 match_24 match_part 0.956 3421 3872 match_25 match_part 0.978 3476 3969 match_26 match_part 0.988 3477 3894 match_27 match_part 0.954 3623 3969 match_28 match_part 0.957 3713 3969 match_29 match_part 0.998 20935 21358 match_part 1.000 22373 22591 match_part 1.000 22987 23179 match_part 1.000 24278 24486 match_part 1.000 24613 24768 match_part 1.000 25572 25700 match_part 0.990 25808 25909 match_part 1.000 26008 26154 match_part 0.984 26320 26382 match_part 1.000 26505 26551 match_part 1.000 26717 26776 match_part 1.000 26877 26959 match_part 1.000 27218 27312 match_part 1.000 27636 27722 match_part 1.000 27952 28039 match_part 1.000 28322 28407 match_part 1.000 28704 28766 match_part 1.000 28867 29127 match_30 match_part 1.000 21012 21358 match_part 1.000 22373 22591 match_part 0.967 22987 23166 match_31 match_part 0.950 21025 21322 match_32 match_part 0.958 21027 21358 match_part 0.982 22373 22542 match_33 match_part 1.000 21028 21358 match_part 1.000 22373 22591 match_part 1.000 22987 23179 match_part 1.000 24278 24359 match_34 match_part 1.000 21029 21358 match_part 1.000 22373 22591 match_part 0.993 22987 23135 match_35 match_part 1.000 21029 21358 match_part 1.000 22373 22591 match_part 0.963 22987 23120 match_36 match_part 0.997 21029 21358 match_part 1.000 22373 22591 match_part 1.000 22987 23062 match_37 match_part 1.000 21036 21358 match_part 1.000 22373 22591 match_part 0.990 22987 23179 match_38 match_part 0.944 21038 21358 match_part 0.986 22373 22591 match_part 0.972 22987 23167 match_39 match_part 0.972 21038 21358 match_part 0.995 22373 22591 match_part 0.985 22987 23118 match_40 match_part 0.944 21038 21358 match_part 0.942 22373 22475 match_41 match_part 0.994 21039 21358 match_part 0.962 22373 22502 match_42 match_part 1.000 21251 21358 match_part 1.000 22373 22591 match_part 0.989 22987 23167 match_43 match_part 0.991 22368 22591 match_part 0.979 22987 23179 match_part 0.980 24278 24379 match_44 match_part 0.975 22388 22591 match_part 0.979 22987 23179 match_part 0.987 24278 24433 match_45 match_part 1.000 23019 23179 match_part 1.000 24278 24486 match_part 1.000 24613 24768 match_46 match_part 0.994 23026 23179 match_part 1.000 24278 24486 match_part 1.000 24613 24768 match_part 1.000 25572 25700 match_part 1.000 25808 25856 match_47 match_part 0.994 23026 23179 match_part 1.000 24278 24486 match_part 1.000 24613 24768 match_48 match_part 0.930 24345 24486 match_part 0.942 24613 24768 match_part 0.930 25572 25700 match_part 0.951 25808 25909 match_part 0.878 26008 26154 match_part 0.935 26320 26365 match_49 match_part 1.000 24358 24486 match_part 1.000 24613 24768 match_part 1.000 25572 25700 match_part 1.000 25808 25909 match_part 1.000 26008 26055 match_50 match_part 0.953 24402 24486 match_part 0.974 24613 24768 match_part 1.000 25572 25700 match_part 1.000 25808 25845 match_51 match_part 1.000 24456 24486 match_part 0.968 24613 24768 match_part 0.977 25572 25700 match_part 0.961 25808 25909 match_part 0.993 26008 26154 match_part 0.968 26320 26382 match_part 0.957 26505 26551 match_part 0.967 26717 26776 match_part 0.857 26877 26890 match_52 match_part 0.974 24654 24768 match_part 0.977 25572 25700 match_part 0.961 25808 25909 match_part 0.993 26008 26154 match_part 0.968 26320 26382 match_part 0.957 26505 26551 match_part 1.000 26717 26776 match_part 0.966 26877 26934 match_53 match_part 0.967 24708 24768 match_part 0.977 25572 25700 match_part 0.971 25808 25909 match_part 0.993 26008 26154 match_part 0.968 26320 26382 match_part 0.957 26505 26551 match_part 1.000 26717 26776 match_part 0.976 26877 26959 match_part 0.934 27218 27308 match_54 match_part 0.927 24714 24768 match_part 0.984 25572 25700 match_part 1.000 25808 25909 match_part 0.993 26008 26154 match_part 1.000 26320 26382 match_part 1.000 26505 26551 match_part 1.000 26717 26776 match_part 0.967 26877 26936 match_55 match_part 0.969 24737 24768 match_part 1.000 25572 25700 match_part 1.000 25808 25909 match_part 1.000 26008 26154 match_part 1.000 26320 26382 match_part 1.000 26505 26551 match_part 1.000 26717 26776 match_part 1.000 26877 26959 match_part 1.000 27218 27312 match_part 0.977 27636 27722 match_part 0.984 27952 28015 match_56 match_part 0.971 25632 25700 match_part 1.000 25808 25909 match_part 1.000 26008 26154 match_part 0.984 26320 26382 match_part 1.000 26505 26551 match_part 1.000 26717 26776 match_part 0.973 26877 26949 match_57 match_part 0.984 25640 25700 match_part 0.961 25808 25909 match_part 0.993 26008 26154 match_part 0.952 26320 26382 match_part 0.957 26505 26551 match_part 1.000 26717 26776 match_part 0.976 26877 26959 match_part 0.989 27218 27312 match_part 0.989 27636 27722 match_part 0.859 27952 28015 match_58 match_part 1.000 26125 26154 match_part 1.000 26320 26382 match_part 1.000 26505 26551 match_part 1.000 26717 26776 match_part 1.000 26877 26959 match_part 1.000 27218 27312 match_part 1.000 27636 27722 match_part 0.989 27952 28039 match_part 1.000 28322 28407 match_part 1.000 28704 28766 match_part 0.978 28867 29047 match_59 match_part 0.872 26505 26551 match_part 1.000 26717 26776 match_part 1.000 26877 26959 match_part 0.979 27218 27312 match_part 0.954 27636 27722 match_part 0.966 27952 28039 match_part 1.000 28322 28407 match_part 0.984 28704 28766 match_part 0.972 28867 29044 match_60 match_part 1.000 26878 26959 match_part 1.000 27218 27312 match_part 1.000 27636 27722 match_part 1.000 27952 28039 match_part 1.000 28322 28407 match_part 1.000 28704 28766 match_part 1.000 28867 29187 match_61 match_part 0.973 26886 26959 match_part 1.000 27218 27312 match_part 0.966 27636 27722 match_part 0.955 27952 28039 match_part 1.000 28322 28407 match_part 0.984 28704 28766 match_part 1.000 28867 28920 match_62 match_part 0.929 26918 26959 match_part 0.989 27218 27312 match_part 1.000 27636 27722 match_part 1.000 27952 28039 match_part 1.000 28322 28407 match_part 1.000 28704 28766 match_part 0.970 28867 29261 match_63 match_part 0.967 26930 26959 match_part 0.947 27218 27312 match_part 0.989 27636 27722 match_part 0.966 27952 28039 match_part 0.977 28322 28407 match_part 0.968 28704 28766 match_part 0.976 28867 28907 match_64 match_part 1.000 27243 27312 match_part 1.000 27636 27722 match_part 1.000 27952 28039 match_part 1.000 28322 28407 match_part 1.000 28704 28766 match_part 1.000 28867 29131 match_65 match_part 1.000 27295 27312 match_part 0.989 27636 27722 match_part 0.989 27952 28039 match_part 0.930 28322 28407 match_part 1.000 28704 28766 match_part 0.975 28867 29069 match_66 match_part 1.000 27295 27312 match_part 0.989 27636 27722 match_part 0.989 27952 28039 match_part 0.930 28322 28407 match_part 1.000 28704 28766 match_part 0.974 28867 29057 match_67 match_part 1.000 27295 27312 match_part 1.000 27636 27722 match_part 0.989 27952 28039 match_part 0.965 28322 28407 match_part 1.000 28704 28766 match_part 0.990 28867 29057 match_68 match_part 1.000 27295 27312 match_part 1.000 27636 27722 match_part 0.989 27952 28039 match_part 0.965 28322 28407 match_part 1.000 28704 28766 match_part 0.990 28867 29057 match_69 match_part 1.000 27295 27312 match_part 1.000 27636 27722 match_part 1.000 27952 28039 match_part 0.977 28322 28407 match_part 1.000 28704 28766 match_part 1.000 28867 29057 match_70 match_part 1.000 27295 27312 match_part 1.000 27636 27722 match_part 1.000 27952 28039 match_part 0.977 28322 28407 match_part 1.000 28704 28766 match_part 1.000 28867 29057 match_71 match_part 1.000 27636 27722 match_part 1.000 27952 28039 match_part 0.917 28322 28333 match_72 match_part 1.000 28328 28407 match_part 1.000 28704 28766 match_part 0.993 28867 29173 match_73 match_part 1.000 28328 28407 match_part 1.000 28704 28766 match_part 0.996 28867 29120 match_74 match_part 1.000 28336 28407 match_part 1.000 28704 28766 match_part 1.000 28867 29137 match_75 match_part 1.000 35354 35430 match_part 0.967 35528 35741 match_part 0.962 36417 36573 match_76 match_part 0.911 44882 45376 match_part 0.908 45453 45604 match_77 match_part 1.000 44883 45376 match_part 1.000 45453 45579 match_78 match_part 1.000 44884 45280 match_79 match_part 0.995 44884 45256 match_80 match_part 1.000 45304 45376 match_part 0.974 45453 45684 match_part 0.950 45795 45874 match_part 0.955 45983 46139 match_part 0.963 46781 46862 match_part 0.955 47056 47143 match_part 0.957 47378 47424 match_part 1.000 47583 47612 match_81 match_part 1.000 45304 45376 match_part 0.974 45453 45684 match_part 0.975 45795 45874 match_part 0.949 45983 46139 match_part 0.976 46781 46862 match_part 0.966 47056 47143 match_part 0.872 47378 47424 match_part 1.000 47583 47600 match_82 match_part 0.962 45580 45684 match_part 1.000 45795 45874 match_part 1.000 45983 46139 match_part 1.000 46781 46862 match_part 1.000 47056 47143 match_part 1.000 47378 47417 match_83 match_part 1.000 46117 46139 match_part 1.000 46781 46862 match_part 1.000 47056 47143 match_part 0.979 47378 47424 match_part 0.993 47583 47862 match_84 match_part 1.000 46117 46139 match_part 1.000 46781 46862 match_part 1.000 47056 47143 match_part 1.000 47378 47424 match_part 1.000 47583 47788 match_85 match_part 0.979 47618 48087 match_86 match_part 0.972 51444 51514 match_part 0.990 52211 52308 match_part 0.988 52560 52643 match_part 0.975 53493 53573 match_part 0.964 53681 53764 match_part 0.979 53862 53957 match_part 0.984 54181 54241 match_87 match_part 0.972 51444 51514 match_part 0.990 52211 52308 match_part 0.988 52560 52643 match_part 0.975 53493 53573 match_part 0.964 53681 53764 match_part 1.000 53862 53933 match_88 match_part 0.998 54083 54512 match_part 1.000 54608 54765 match_89 match_part 0.998 54083 54512 match_part 1.000 54608 54765 match_90 match_part 1.000 54084 54463 match_91 match_part 0.979 54820 55247 match_92 match_part 0.977 54893 55243 match_93 match_part 0.981 54946 55373 match_94 match_part 0.993 54955 55373 match_95 match_part 0.987 80669 80818 match_part 1.000 80907 81013 match_part 0.993 81203 81346 match_part 1.000 81429 81818 match_96 match_part 0.974 81230 81346 match_part 1.000 81429 81817 match_97 match_part 0.986 83296 83437 match_part 1.000 84939 85011 match_part 1.000 85200 85353 match_98 match_part 1.000 83296 83437 match_part 1.000 84939 85011 match_part 1.000 85200 85310 match_99 match_part 0.987 86421 87045 match_100 match_part 0.969 87408 87962 match_101 match_part 0.974 87446 87864 match_102 match_part 0.997 87447 88182 match_103 match_part 0.998 87449 88020 match_104 match_part 0.998 87457 88020 match_105 match_part 1.000 87462 88105 match_106 match_part 0.971 87467 87907 match_107 match_part 1.000 87517 87899 match_108 match_part 0.969 87588 88105 match_109 match_part 1.000 87599 88183 match_110 match_part 0.963 87605 88284 match_111 match_part 1.000 87695 88245 match_112 match_part 0.981 88213 88319 match_part 1.000 90240 90410 match_part 1.000 90509 90712 match_part 0.996 90905 91134 match_113 match_part 0.964 90242 90410 match_part 0.971 90509 90712 match_part 0.959 90905 91174 match_114 match_part 1.000 90646 90712 match_part 1.000 90905 91277 match_115 match_part 1.000 90646 90712 match_part 1.000 90905 91277 match_116 match_part 1.000 90646 90712 match_part 1.000 90905 91277 match_117 match_part 0.833 90683 90712 match_part 0.940 90905 91301 match_118 match_part 0.982 92080 92414 match_119 match_part 1.000 92143 92525 match_120 match_part 0.935 92283 92544 match_part 1.000 93433 93470 match_part 0.982 93579 93806 match_part 0.961 93907 94059 match_121 match_part 0.953 93593 93806 match_part 1.000 93907 94127 match_part 1.000 94217 94374 match_part 1.000 94460 94656 match_122 match_part 1.000 94121 94127 match_part 0.987 94217 94374 match_part 0.962 94460 94778 match_123 match_part 0.969 94343 94374 match_part 0.985 94460 94853 match_part 0.986 94931 95285 match_124 match_part 1.000 94351 94374 match_part 1.000 94460 94853 match_part 0.989 94931 95191 match_125 match_part 1.000 94351 94374 match_part 1.000 94460 94853 match_part 0.989 94931 95191 match_126 match_part 1.000 94353 94374 match_part 0.997 94460 94853 match_part 0.978 94931 95068 match_127 match_part 1.000 94582 94853 match_part 0.998 94931 95365 match_128 match_part 0.967 94794 94853 match_part 0.984 94931 95664 match_129 match_part 0.929 94931 95554 match_130 match_part 0.999 97074 97777 match_131 match_part 1.000 97074 97548 match_132 match_part 0.974 97083 97274 match_part 0.980 97433 97778 match_133 match_part 0.965 97102 97274 match_part 0.991 97433 97548 match_134 match_part 0.987 97129 97901 match_135 match_part 0.998 97494 97926 match_part 1.000 98005 98102 match_part 0.995 98685 99058 match_136 match_part 1.000 97567 97926 match_part 1.000 98005 98102 match_part 0.994 98685 98994 match_137 match_part 1.000 97898 97926 match_part 1.000 98005 98102 match_part 0.987 98685 98990 match_138 match_part 0.965 98795 99254 match_part 0.971 99326 99530 match_139 match_part 0.951 98809 99254 match_part 0.942 99326 99394 match_140 match_part 1.000 99773 99840 match_part 0.950 99916 100213 match_141 match_part 1.000 102041 102432 match_part 1.000 103636 103996 match_part 0.957 104425 104563 match_142 match_part 1.000 102043 102432 match_part 1.000 103636 103791 match_143 match_part 1.000 102047 102432 match_part 1.000 103636 103996 match_part 1.000 104425 104525 match_144 match_part 1.000 102049 102432 match_part 0.992 103636 103996 match_part 1.000 104425 104475 match_145 match_part 1.000 102050 102432 match_part 0.994 103636 103816 match_146 match_part 1.000 102136 102432 match_part 0.985 103636 103830 match_147 match_part 0.993 102158 102432 match_part 0.979 103636 103779 match_148 match_part 1.000 102284 102432 match_part 1.000 103605 103996 match_part 0.972 104425 104495 match_149 match_part 1.000 103766 103996 match_part 1.000 104425 104841 match_150 match_part 0.974 103766 103996 match_part 1.000 104425 104724 match_151 match_part 1.000 111311 111875 match_152 match_part 0.991 121206 121986 GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_153 match_part 0.930 4009 3414 match_154 match_part 0.964 3980 3476 match_155 match_part 0.957 10290 10268 match_part 0.981 10098 9995 match_part 1.000 9590 9456 match_part 0.962 8836 8550 match_part 0.966 8415 8387 match_156 match_part 0.976 12261 11975 match_part 0.964 10491 10268 match_157 match_part 1.000 13115 13099 match_part 0.980 12972 12768 match_part 0.983 12280 11979 match_158 match_part 0.999 56859 56168 match_159 match_part 0.997 56805 56175 match_160 match_part 0.956 56587 56175 match_161 match_part 0.997 56797 56215 match_162 match_part 0.994 56916 56229 match_163 match_part 1.000 57447 57221 match_part 0.988 56970 56477 match_164 match_part 1.000 57447 57221 match_part 0.990 56970 56482 match_165 match_part 1.000 57447 57221 match_part 0.992 56970 56487 match_166 match_part 1.000 57447 57221 match_part 1.000 56970 56553 match_167 match_part 1.000 57447 57221 match_part 0.990 56970 56671 match_168 match_part 1.000 57446 57221 match_part 1.000 56970 56931 match_169 match_part 0.994 63008 62649 match_part 1.000 61374 61306 match_170 match_part 0.988 62577 61773 match_171 match_part 0.996 62576 62006 match_172 match_part 0.930 77912 77454 match_173 match_part 0.922 95557 94920 match_174 match_part 1.000 105600 105483 match_part 1.000 105399 105286 match_part 0.982 105185 104847 match_175 match_part 0.741 105312 105286 match_part 0.991 105185 104856 match_176 match_part 1.000 108685 108589 match_part 0.993 108502 108046 match_part 0.500 107865 107846 match_177 match_part 0.953 108189 107912 match_178 match_part 0.986 110089 110021 match_part 1.000 109386 109311 match_part 1.000 108690 108589 match_part 0.984 108502 107929 match_179 match_part 0.934 109386 109311 match_part 0.951 108690 108589 match_part 0.921 108502 108149 match_part 0.883 108098 107962 match_180 match_part 0.875 108596 108589 match_part 0.921 108502 108149 match_part 0.883 108098 107962 match_181 match_part 0.987 108429 108121 match_182 match_part 1.000 110339 110259 match_part 1.000 110100 110021 match_part 1.000 109386 109311 match_part 1.000 108690 108589 match_part 0.997 108502 108187 match_183 match_part 0.883 110737 110576 match_part 0.980 110462 110259 match_part 0.950 110100 110021 match_part 0.947 109386 109311 match_part 0.951 108690 108589 match_part 0.943 108502 108381 match_184 match_part 0.993 110728 110576 match_part 0.990 110462 110259 match_part 0.938 110100 110021 match_part 0.974 109386 109311 match_part 0.951 108690 108589 match_part 0.937 108502 108440 match_185 match_part 0.907 110768 110576 match_part 0.980 110462 110259 match_part 0.950 110100 110021 match_part 0.947 109386 109311 match_part 0.804 108690 108589 match_part 0.826 108502 108457 match_186 match_part 0.961 110729 110576 match_part 0.980 110462 110259 match_part 0.950 110100 110021 match_part 0.947 109386 109311 match_part 0.951 108690 108589 match_part 0.950 108502 108463 match_187 match_part 0.995 110455 110259 match_part 0.988 110100 110021 match_part 1.000 109386 109311 match_part 0.980 108690 108589 match_part 1.000 108502 108491 match_188 match_part 0.961 110729 110576 match_part 0.980 110462 110259 match_part 0.950 110100 110021 match_part 0.947 109386 109311 match_part 0.908 108690 108615 match_189 match_part 0.987 110734 110576 match_part 1.000 110462 110259 match_part 1.000 110100 110021 match_part 1.000 109386 109311 match_part 1.000 108690 108660 match_190 match_part 0.968 110731 110576 match_part 1.000 110462 110259 match_part 1.000 110100 110021 match_part 0.987 109386 109311 match_part 1.000 108690 108664 match_191 match_part 0.981 110735 110576 match_part 1.000 110462 110259 match_part 1.000 110100 110021 match_part 1.000 109386 109311 match_192 match_part 1.000 110720 110576 match_part 1.000 110462 110259 match_part 1.000 110100 110021 match_part 1.000 109386 109313 match_193 match_part 1.000 110740 110576 match_part 1.000 110462 110259 match_part 0.962 110100 110021 match_194 match_part 1.000 110820 110576 match_part 1.000 110462 110259 match_part 1.000 110100 110068 match_195 match_part 0.916 110777 110576 match_part 0.990 110462 110259 match_196 match_part 0.995 111512 111090 match_197 match_part 1.000 112803 112767 match_part 0.942 112580 112529 match_part 1.000 112422 112370 match_part 1.000 112212 112148 match_part 1.000 112049 111998 match_part 1.000 111782 111672 match_part 1.000 111577 111183 match_198 match_part 1.000 112389 112370 match_part 1.000 112212 112148 match_part 1.000 112049 111998 match_part 1.000 111782 111672 match_part 0.983 111577 111215 match_199 match_part 1.000 112389 112370 match_part 1.000 112212 112148 match_part 1.000 112049 111998 match_part 1.000 111782 111672 match_part 0.983 111577 111215 match_200 match_part 0.985 113631 113498 match_part 1.000 113362 113268 match_part 1.000 113201 113163 match_part 1.000 113076 113017 match_part 1.000 112868 112767 match_part 1.000 112580 112529 match_part 1.000 112422 112370 match_part 0.969 112212 112148 match_part 1.000 112049 112022 match_201 match_part 1.000 114202 114095 match_part 1.000 113631 113498 match_part 1.000 113362 113268 match_part 1.000 113201 113163 match_part 0.983 113076 113017 match_part 1.000 112868 112767 match_part 1.000 112580 112529 match_part 0.980 112422 112372 match_202 match_part 0.988 113579 113498 match_part 0.989 113362 113268 match_part 0.974 113201 113163 match_part 0.967 113076 113017 match_part 0.976 112868 112787 match_203 match_part 0.955 114382 114095 match_part 0.985 113631 113498 match_part 0.989 113362 113268 match_part 0.865 113076 113025 match_204 match_part 0.955 114382 114095 match_part 0.970 113631 113498 match_part 0.895 113362 113268 match_part 0.936 113076 113030 match_205 match_part 1.000 114244 114095 match_part 1.000 113631 113498 match_part 1.000 113362 113268 match_part 1.000 113201 113164 match_206 match_part 1.000 116934 116926 match_part 1.000 116692 116522 match_part 1.000 116439 116374 match_part 1.000 115696 115628 match_part 1.000 115520 115449 match_part 1.000 115367 115306 match_part 0.993 114373 114095 match_207 match_part 1.000 116991 116926 match_part 1.000 116692 116522 match_part 1.000 116439 116374 match_part 0.986 115696 115628 match_part 1.000 115520 115449 match_part 1.000 115367 115306 match_part 1.000 114373 114284 match_208 match_part 1.000 118169 118029 match_part 1.000 117920 117876 match_part 1.000 117170 117089 match_part 1.000 116994 116926 match_part 1.000 116692 116522 match_part 1.000 116439 116374 match_part 1.000 115696 115628 match_part 0.986 115520 115449 match_part 0.800 115367 115333 match_209 match_part 0.944 117106 117089 match_part 1.000 116994 116926 match_part 1.000 116692 116522 match_part 1.000 116439 116374 match_part 0.986 115696 115628 match_part 1.000 115520 115449 match_part 1.000 115367 115336 match_210 match_part 1.000 118122 118029 match_part 1.000 117920 117876 match_part 1.000 117170 117089 match_part 1.000 116994 116926 match_part 1.000 116692 116522 match_part 1.000 116439 116433 match_211 match_part 1.000 118122 118029 match_part 1.000 117920 117876 match_part 1.000 117170 117089 match_part 1.000 116994 116926 match_part 1.000 116692 116522 match_part 1.000 116439 116433 match_212 match_part 1.000 121344 121317 match_part 0.961 118489 118235 match_part 0.976 118153 118029 match_part 1.000 117920 117876 match_part 0.988 117170 117089 match_part 0.986 116994 116926 match_part 0.911 116692 116524 match_213 match_part 0.959 121587 121317 match_part 1.000 118489 118235 match_part 0.984 118153 118029 match_part 1.000 117920 117876 match_part 0.981 117170 117118 match_214 match_part 0.989 121578 121317 match_part 1.000 118489 118235 match_part 0.976 118153 118070 match_215 match_part 0.937 121603 121317 match_part 0.984 118489 118235 match_part 1.000 118153 118130 match_216 match_part 0.904 121555 121317 match_part 0.981 118489 118283 match_217 match_part 0.905 121767 121317 match_part 0.983 118489 118312 match_218 match_part 0.981 121582 121317 match_part 0.982 118489 118321 match_219 match_part 0.982 122809 122431 match_220 match_part 1.000 123205 122451 match_221 match_part 0.996 123363 122681 match_222 match_part 0.996 123363 122795 match_223 match_part 0.990 123349 122867 match_224 match_part 0.993 123363 122953 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C08SLm0006K11.1 type gene exon 1035 1304 exon 1395 1609 exon 1699 1941 exon 2220 2699 exon 2805 2959 exon 3076 3158 exon 3241 3969 gene_2 gene GT_PGL_1_AGS_2 transcript source GenomeThreader seq_id C08SLm0006K11.1 type gene exon 1916 2699 exon 2805 2959 exon 3076 3158 exon 3241 3969 gene_3 gene GT_PGL_1_AGS_3 transcript source GenomeThreader seq_id C08SLm0006K11.1 type gene exon 3105 3969 gene_4 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C08SLm0006K11.1 type gene exon 4009 3414 gene_5 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C08SLm0006K11.1 type gene exon 13115 13099 exon 12972 12768 exon 12280 11975 exon 10491 10268 exon 10098 9995 exon 9590 9456 exon 8836 8550 exon 8415 8387 gene_6 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C08SLm0006K11.1 type gene exon 20935 21358 exon 22373 22591 exon 22987 23179 exon 24278 24486 exon 24613 24768 exon 25572 25700 exon 25808 25909 exon 26008 26154 exon 26320 26382 exon 26505 26551 exon 26717 26776 exon 26877 26959 exon 27218 27312 exon 27636 27722 exon 27952 28039 exon 28322 28407 exon 28704 28766 exon 28867 29261 gene_7 gene GT_PGL_4_AGS_2 transcript source GenomeThreader seq_id C08SLm0006K11.1 type gene exon 22368 22591 exon 22987 23179 exon 24278 24486 exon 24613 24768 exon 25572 25700 exon 25808 25909 exon 26008 26154 exon 26320 26382 exon 26505 26551 exon 26717 26776 exon 26877 26959 exon 27218 27312 exon 27636 27722 exon 27952 28039 exon 28322 28407 exon 28704 28766 exon 28867 29261 gene_8 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C08SLm0006K11.1 type gene exon 35354 35430 exon 35528 35741 exon 36417 36573 gene_9 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C08SLm0006K11.1 type gene exon 44882 45376 exon 45453 45684 exon 45795 45874 exon 45983 46139 exon 46781 46862 exon 47056 47143 exon 47378 47424 exon 47583 48087 gene_10 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C08SLm0006K11.1 type gene exon 51444 51514 exon 52211 52308 exon 52560 52643 exon 53493 53573 exon 53681 53764 exon 53862 53957 exon 54181 54241 gene_11 gene GT_PGL_7_AGS_2 transcript source GenomeThreader seq_id C08SLm0006K11.1 type gene exon 54083 54512 exon 54608 54765 gene_12 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C08SLm0006K11.1 type gene exon 54820 55373 gene_13 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C08SLm0006K11.1 type gene exon 57447 57221 exon 56970 56168 gene_14 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C08SLm0006K11.1 type gene exon 62577 61773 gene_15 gene GT_PGL_10_AGS_2 transcript source GenomeThreader seq_id C08SLm0006K11.1 type gene exon 63008 62649 exon 61374 61306 gene_16 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C08SLm0006K11.1 type gene exon 77912 77454 gene_17 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C08SLm0006K11.1 type gene exon 80669 80818 exon 80907 81013 exon 81203 81346 exon 81429 81818 gene_18 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C08SLm0006K11.1 type gene exon 83296 83437 exon 84939 85011 exon 85200 85353 gene_19 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C08SLm0006K11.1 type gene exon 86421 87045 gene_20 gene GT_PGL_15_AGS_1 transcript source GenomeThreader seq_id C08SLm0006K11.1 type gene exon 87408 88319 exon 90240 90410 exon 90509 90712 exon 90905 91301 gene_21 gene GT_PGL_16_AGS_1 transcript source GenomeThreader seq_id C08SLm0006K11.1 type gene exon 92080 92544 exon 93433 93470 exon 93579 93806 exon 93907 94127 exon 94217 94374 exon 94460 94853 exon 94931 95664 gene_22 gene GT_PGL_17_AGS_1 transcript source GenomeThreader seq_id C08SLm0006K11.1 type gene exon 95557 94920 gene_23 gene GT_PGL_18_AGS_1 transcript source GenomeThreader seq_id C08SLm0006K11.1 type gene exon 97074 97926 exon 98005 98102 exon 98685 99254 exon 99326 99530 gene_24 gene GT_PGL_18_AGS_2 transcript source GenomeThreader seq_id C08SLm0006K11.1 type gene exon 97083 97274 exon 97433 97926 exon 98005 98102 exon 98685 99254 exon 99326 99530 gene_25 gene GT_PGL_19_AGS_1 transcript source GenomeThreader seq_id C08SLm0006K11.1 type gene exon 99773 99840 exon 99916 100213 gene_26 gene GT_PGL_20_AGS_1 transcript source GenomeThreader seq_id C08SLm0006K11.1 type gene exon 102041 102432 exon 103636 103996 exon 104425 104841 gene_27 gene GT_PGL_20_AGS_2 transcript source GenomeThreader seq_id C08SLm0006K11.1 type gene exon 102284 102432 exon 103605 103996 exon 104425 104841 gene_28 gene GT_PGL_21_AGS_1 transcript source GenomeThreader seq_id C08SLm0006K11.1 type gene exon 105600 105483 exon 105399 105286 exon 105185 104847 gene_29 gene GT_PGL_22_AGS_1 transcript source GenomeThreader seq_id C08SLm0006K11.1 type gene exon 110820 110576 exon 110462 110259 exon 110100 110021 exon 109386 109311 exon 108690 108589 exon 108502 107912 gene_30 gene GT_PGL_22_AGS_2 transcript source GenomeThreader seq_id C08SLm0006K11.1 type gene exon 110820 110576 exon 110462 110259 exon 110100 110021 exon 109386 109311 exon 108690 108589 exon 108502 108046 exon 107865 107846 gene_31 gene GT_PGL_22_AGS_3 transcript source GenomeThreader seq_id C08SLm0006K11.1 type gene exon 110820 110576 exon 110462 110259 exon 110100 110021 exon 109386 109311 exon 108690 108589 exon 108502 108149 exon 108098 107962 gene_32 gene GT_PGL_23_AGS_1 transcript source GenomeThreader seq_id C08SLm0006K11.1 type gene exon 121767 121317 exon 118489 118235 exon 118153 118029 exon 117920 117876 exon 117170 117089 exon 116994 116926 exon 116692 116522 exon 116439 116374 exon 115696 115628 exon 115520 115449 exon 115367 115306 exon 114373 114095 exon 113631 113498 exon 113362 113268 exon 113201 113163 exon 113076 113017 exon 112868 112767 exon 112580 112529 exon 112422 112370 exon 112212 112148 exon 112049 111998 exon 111782 111672 exon 111577 111090 gene_33 gene GT_PGL_23_AGS_2 transcript source GenomeThreader seq_id C08SLm0006K11.1 type gene exon 118169 118029 exon 117920 117876 exon 117170 117089 exon 116994 116926 exon 116692 116522 exon 116439 116374 exon 115696 115628 exon 115520 115449 exon 115367 115306 exon 114373 114095 exon 113631 113498 exon 113362 113268 exon 113201 113163 exon 113076 113017 exon 112868 112767 exon 112580 112529 exon 112422 112370 exon 112212 112148 exon 112049 111998 exon 111782 111672 exon 111577 111090 gene_34 gene GT_PGL_23_AGS_3 transcript source GenomeThreader seq_id C08SLm0006K11.1 type gene exon 114382 114095 exon 113631 113498 exon 113362 113268 exon 113076 113025 gene_35 gene GT_PGL_24_AGS_1 transcript source GenomeThreader seq_id C08SLm0006K11.1 type gene exon 111311 111875 gene_36 gene GT_PGL_25_AGS_1 transcript source GenomeThreader seq_id C08SLm0006K11.1 type gene exon 121206 121986 gene_37 gene GT_PGL_26_AGS_1 transcript source GenomeThreader seq_id C08SLm0006K11.1 type gene exon 123363 122431 RepeatMasker tomato repeats master SONATA1 33 192 1 SONATA1 33 192 1 nucleotide_motif 297 21557 21708 Unknown00043 7020 7075 1 Unknown00043 7020 7075 1 nucleotide_motif 258 33395 33452 Unknown00043 5777 5839 1 Unknown00043 5777 5839 1 nucleotide_motif 283 53312 53373 SONATA2 7 95 1 SONATA2 7 95 1 nucleotide_motif 351 74033 74114 Copia00172 5237 5313 1 Copia00172 5237 5313 1 nucleotide_motif 251 80374 80456 Copia00110 13164 13623 1 Copia00110 13164 13623 1 nucleotide_motif 2630 82466 82937 Gypsy00073 1046 1376 1 Gypsy00073 1046 1376 1 nucleotide_motif 586 82887 83120 Copia00181 1778 1873 1 Copia00181 1778 1873 1 nucleotide_motif 365 124554 124654 MuDR1_HV 356 1318 1 MuDR1_HV 356 1318 1 nucleotide_motif 323 124584 124676 RepeatMasker tomato repeats master Copia00151 1044 1124 -1 Copia00151 1044 1124 -1 nucleotide_motif 300 12477 12397 Copia00143 60 178 -1 Copia00143 60 178 -1 nucleotide_motif 266 15931 15823 TLP1 205 289 -1 TLP1 205 289 -1 nucleotide_motif 296 76429 76345 Copia00172 5251 5316 -1 Copia00172 5251 5316 -1 nucleotide_motif 316 81102 81038 Copia00172 460 517 -1 Copia00172 460 517 -1 nucleotide_motif 299 120987 120932 BLAST_tomato_bacs Tomato BAC sequences BLAST_tomato_bacs Tomato BAC sequences match_1 match 2339 128628 129852 match_2 match 2706 124737 126212 match_3 match 117565 124457 match_4 match 3094 1 1639 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) clone_1 clone 1119 1664 33431 clone_end_1 clone_end 1199 1664 2268 clone_start_1 clone_start 1189 24771 25370 clone_2 clone 970.5 26769 50242 clone_start_2 clone_start 698 26769 27128 clone_3 clone 792 27180 50242 clone_start_3 clone_start 341 27180 27351 clone_4 clone 752.5 27373 50242 clone_start_4 clone_start 262 27373 27508 clone_start_5 clone_start 266 37499 37632 clone_start_6 clone_start 591 46001 46298 clone_start_7 clone_start 551 46361 46638 clone_end_2 clone_end 912 51620 52087 clone_5 clone 1027.5 69730 104431 clone_start_8 clone_start 979 69730 70268 clone_6 clone 513.5 88057 127495 clone_start_9 clone_start 775 88057 88447 clone_7 clone 693 88057 127268 clone_start_10 clone_start 775 88057 88447 clone_start_11 clone_start 1005 110672 111198 clone_end_3 clone_end 1027 114745 115283 clone_start_12 clone_start 906 115503 115959 clone_end_4 clone_end 1370 117590 118301 clone_start_13 clone_start 690 125741 126109 clone_end_5 clone_end 993 126743 127268 clone_start_14 clone_start 359 128628 128808 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) clone_start_15 clone_start 1039 33431 32884 clone_start_16 clone_start 478 2312 2061 clone_end_6 clone_end 739 4291 3919 clone_end_7 clone_end 831 8161 7743 clone_start_17 clone_start 335 11901 11733 clone_end_8 clone_end 339 12291 12109 clone_start_18 clone_start 593 16430 16132 clone_end_9 clone_end 765 19373 18988 clone_end_10 clone_end 1243 50242 49520 clone_end_11 clone_end 1243 50242 49520 clone_end_12 clone_end 1243 50242 49520 clone_end_13 clone_end 1233 29256 28614 clone_end_14 clone_end 1126 29459 28892 clone_start_19 clone_start 1144 33621 32997 clone_end_15 clone_end 1330 50370 49645 clone_end_16 clone_end 1078 50349 49760 clone_end_17 clone_end 1076 104431 103868 clone_start_20 clone_start 668 77560 77224 clone_start_21 clone_start 839 88346 87924 clone_end_18 clone_end 252 127495 127369 clone_end_19 clone_end 611 127268 126940 clone_end_20 clone_end 952 91739 91237 clone_start_22 clone_start 1051 107379 106835 clone_start_23 clone_start 478 110912 110672 clone_start_24 clone_start 1057 115645 115072 clone_end_21 clone_end 743 129829 129422 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_1 match_part 1.000 1035 1304 match_part 1.000 1395 1609 match_part 1.000 1699 1941 match_part 1.000 2220 2699 match_part 0.994 2805 2959 match_part 1.000 3076 3158 match_part 0.989 3241 3854 match_2 match_part 1.000 1796 1941 match_part 0.997 2220 2531 match_3 match_part 1.000 2225 2699 match_part 1.000 2805 2846 match_4 match_part 1.000 2245 2699 match_part 1.000 2805 2959 match_part 1.000 3076 3158 match_part 0.976 3241 3364 match_5 match_part 1.000 2326 2699 match_part 1.000 2805 2959 match_part 1.000 3076 3158 match_part 1.000 3241 3296 match_6 match_part 1.000 2542 2699 match_part 1.000 2805 2888 match_7 match_part 1.000 2553 2699 match_part 1.000 2805 2959 match_part 1.000 3076 3158 match_part 0.996 3241 3708 match_8 match_part 1.000 2567 2699 match_part 1.000 2805 2959 match_part 1.000 3076 3158 match_part 1.000 3241 3364 match_9 match_part 0.968 2637 2699 match_part 1.000 2805 2959 match_part 0.952 3076 3158 match_part 0.976 3241 3365 match_10 match_part 1.000 2655 2699 match_part 1.000 2805 2959 match_part 1.000 3076 3158 match_part 1.000 3241 3598 match_11 match_part 1.000 3076 3158 match_part 0.992 3241 3735 match_12 match_part 0.995 3288 3689 match_13 match_part 0.978 3476 3969 match_14 match_part 0.988 3477 3894 match_15 match_part 0.998 20935 21358 match_part 1.000 22373 22591 match_part 1.000 22987 23179 match_part 1.000 24278 24486 match_part 1.000 24613 24768 match_part 1.000 25572 25700 match_part 0.990 25808 25909 match_part 1.000 26008 26154 match_part 0.984 26320 26382 match_part 1.000 26505 26551 match_part 1.000 26717 26776 match_part 1.000 26877 26959 match_part 1.000 27218 27312 match_part 1.000 27636 27722 match_part 1.000 27952 28039 match_part 1.000 28322 28407 match_part 1.000 28704 28766 match_part 1.000 28867 29127 match_16 match_part 1.000 21012 21358 match_part 1.000 22373 22591 match_part 0.967 22987 23166 match_17 match_part 1.000 21028 21358 match_part 1.000 22373 22591 match_part 1.000 22987 23179 match_part 1.000 24278 24359 match_18 match_part 1.000 21029 21358 match_part 1.000 22373 22591 match_part 0.993 22987 23135 match_19 match_part 1.000 21029 21358 match_part 1.000 22373 22591 match_part 0.963 22987 23120 match_20 match_part 0.997 21029 21358 match_part 1.000 22373 22591 match_part 1.000 22987 23062 match_21 match_part 1.000 21036 21358 match_part 1.000 22373 22591 match_part 0.990 22987 23179 match_22 match_part 0.994 21039 21358 match_part 0.962 22373 22502 match_23 match_part 1.000 21251 21358 match_part 1.000 22373 22591 match_part 0.989 22987 23167 match_24 match_part 1.000 23019 23179 match_part 1.000 24278 24486 match_part 1.000 24613 24768 match_25 match_part 0.994 23026 23179 match_part 1.000 24278 24486 match_part 1.000 24613 24768 match_part 1.000 25572 25700 match_part 1.000 25808 25856 match_26 match_part 0.994 23026 23179 match_part 1.000 24278 24486 match_part 1.000 24613 24768 match_27 match_part 0.930 24345 24486 match_part 0.942 24613 24768 match_part 0.930 25572 25700 match_part 0.951 25808 25909 match_part 0.878 26008 26154 match_part 0.935 26320 26365 match_28 match_part 1.000 24358 24486 match_part 1.000 24613 24768 match_part 1.000 25572 25700 match_part 1.000 25808 25909 match_part 1.000 26008 26055 match_29 match_part 0.953 24402 24486 match_part 0.974 24613 24768 match_part 1.000 25572 25700 match_part 1.000 25808 25845 match_30 match_part 0.927 24714 24768 match_part 0.984 25572 25700 match_part 1.000 25808 25909 match_part 0.993 26008 26154 match_part 1.000 26320 26382 match_part 1.000 26505 26551 match_part 1.000 26717 26776 match_part 0.967 26877 26936 match_31 match_part 0.969 24737 24768 match_part 1.000 25572 25700 match_part 1.000 25808 25909 match_part 1.000 26008 26154 match_part 1.000 26320 26382 match_part 1.000 26505 26551 match_part 1.000 26717 26776 match_part 1.000 26877 26959 match_part 1.000 27218 27312 match_part 0.977 27636 27722 match_part 0.984 27952 28015 match_32 match_part 0.971 25632 25700 match_part 1.000 25808 25909 match_part 1.000 26008 26154 match_part 0.984 26320 26382 match_part 1.000 26505 26551 match_part 1.000 26717 26776 match_part 0.973 26877 26949 match_33 match_part 1.000 26125 26154 match_part 1.000 26320 26382 match_part 1.000 26505 26551 match_part 1.000 26717 26776 match_part 1.000 26877 26959 match_part 1.000 27218 27312 match_part 1.000 27636 27722 match_part 0.989 27952 28039 match_part 1.000 28322 28407 match_part 1.000 28704 28766 match_part 0.978 28867 29047 match_34 match_part 0.872 26505 26551 match_part 1.000 26717 26776 match_part 1.000 26877 26959 match_part 0.979 27218 27312 match_part 0.954 27636 27722 match_part 0.966 27952 28039 match_part 1.000 28322 28407 match_part 0.984 28704 28766 match_part 0.972 28867 29044 match_35 match_part 1.000 26878 26959 match_part 1.000 27218 27312 match_part 1.000 27636 27722 match_part 1.000 27952 28039 match_part 1.000 28322 28407 match_part 1.000 28704 28766 match_part 1.000 28867 29187 match_36 match_part 0.973 26886 26959 match_part 1.000 27218 27312 match_part 0.966 27636 27722 match_part 0.955 27952 28039 match_part 1.000 28322 28407 match_part 0.984 28704 28766 match_part 1.000 28867 28920 match_37 match_part 0.929 26918 26959 match_part 0.989 27218 27312 match_part 1.000 27636 27722 match_part 1.000 27952 28039 match_part 1.000 28322 28407 match_part 1.000 28704 28766 match_part 0.970 28867 29261 match_38 match_part 1.000 27243 27312 match_part 1.000 27636 27722 match_part 1.000 27952 28039 match_part 1.000 28322 28407 match_part 1.000 28704 28766 match_part 1.000 28867 29131 match_39 match_part 1.000 27295 27312 match_part 0.989 27636 27722 match_part 0.989 27952 28039 match_part 0.930 28322 28407 match_part 1.000 28704 28766 match_part 0.975 28867 29069 match_40 match_part 1.000 27295 27312 match_part 0.989 27636 27722 match_part 0.989 27952 28039 match_part 0.930 28322 28407 match_part 1.000 28704 28766 match_part 0.974 28867 29057 match_41 match_part 1.000 27295 27312 match_part 1.000 27636 27722 match_part 0.989 27952 28039 match_part 0.965 28322 28407 match_part 1.000 28704 28766 match_part 0.990 28867 29057 match_42 match_part 1.000 27295 27312 match_part 1.000 27636 27722 match_part 0.989 27952 28039 match_part 0.965 28322 28407 match_part 1.000 28704 28766 match_part 0.990 28867 29057 match_43 match_part 1.000 27295 27312 match_part 1.000 27636 27722 match_part 1.000 27952 28039 match_part 0.977 28322 28407 match_part 1.000 28704 28766 match_part 1.000 28867 29057 match_44 match_part 1.000 27295 27312 match_part 1.000 27636 27722 match_part 1.000 27952 28039 match_part 0.977 28322 28407 match_part 1.000 28704 28766 match_part 1.000 28867 29057 match_45 match_part 1.000 27636 27722 match_part 1.000 27952 28039 match_part 0.917 28322 28333 match_46 match_part 1.000 28328 28407 match_part 1.000 28704 28766 match_part 0.993 28867 29173 match_47 match_part 1.000 28328 28407 match_part 1.000 28704 28766 match_part 0.996 28867 29120 match_48 match_part 1.000 28336 28407 match_part 1.000 28704 28766 match_part 1.000 28867 29137 match_49 match_part 1.000 44883 45376 match_part 1.000 45453 45579 match_50 match_part 1.000 44884 45280 match_51 match_part 0.995 44884 45256 match_52 match_part 0.962 45580 45684 match_part 1.000 45795 45874 match_part 1.000 45983 46139 match_part 1.000 46781 46862 match_part 1.000 47056 47143 match_part 1.000 47378 47417 match_53 match_part 1.000 46117 46139 match_part 1.000 46781 46862 match_part 1.000 47056 47143 match_part 0.979 47378 47424 match_part 0.993 47583 47862 match_54 match_part 1.000 46117 46139 match_part 1.000 46781 46862 match_part 1.000 47056 47143 match_part 1.000 47378 47424 match_part 1.000 47583 47788 match_55 match_part 0.979 47618 48087 match_56 match_part 0.998 54083 54512 match_part 1.000 54608 54765 match_57 match_part 0.998 54083 54512 match_part 1.000 54608 54765 match_58 match_part 1.000 54084 54463 match_59 match_part 0.979 54820 55247 match_60 match_part 0.977 54893 55243 match_61 match_part 0.981 54946 55373 match_62 match_part 0.993 54955 55373 match_63 match_part 0.987 80669 80818 match_part 1.000 80907 81013 match_part 0.993 81203 81346 match_part 1.000 81429 81818 match_64 match_part 0.974 81230 81346 match_part 1.000 81429 81817 match_65 match_part 0.986 83296 83437 match_part 1.000 84939 85011 match_part 1.000 85200 85353 match_66 match_part 1.000 83296 83437 match_part 1.000 84939 85011 match_part 1.000 85200 85310 match_67 match_part 0.987 86421 87045 match_68 match_part 0.969 87408 87962 match_69 match_part 0.974 87446 87864 match_70 match_part 0.997 87447 88182 match_71 match_part 0.998 87449 88020 match_72 match_part 0.998 87457 88020 match_73 match_part 1.000 87462 88105 match_74 match_part 0.971 87467 87907 match_75 match_part 1.000 87517 87899 match_76 match_part 1.000 87599 88183 match_77 match_part 1.000 87695 88245 match_78 match_part 0.981 88213 88319 match_part 1.000 90240 90410 match_part 1.000 90509 90712 match_part 0.996 90905 91134 match_79 match_part 1.000 90646 90712 match_part 1.000 90905 91277 match_80 match_part 1.000 90646 90712 match_part 1.000 90905 91277 match_81 match_part 1.000 90646 90712 match_part 1.000 90905 91277 match_82 match_part 0.982 92080 92414 match_83 match_part 1.000 92143 92525 match_84 match_part 0.953 93593 93806 match_part 1.000 93907 94127 match_part 1.000 94217 94374 match_part 1.000 94460 94656 match_85 match_part 0.969 94343 94374 match_part 0.985 94460 94853 match_part 0.986 94931 95285 match_86 match_part 1.000 94351 94374 match_part 1.000 94460 94853 match_part 0.989 94931 95191 match_87 match_part 1.000 94351 94374 match_part 1.000 94460 94853 match_part 0.989 94931 95191 match_88 match_part 1.000 94353 94374 match_part 0.997 94460 94853 match_part 0.978 94931 95068 match_89 match_part 1.000 94582 94853 match_part 0.998 94931 95365 match_90 match_part 0.967 94794 94853 match_part 0.984 94931 95664 match_91 match_part 0.999 97074 97777 match_92 match_part 1.000 97074 97548 match_93 match_part 0.974 97083 97274 match_part 0.980 97433 97778 match_94 match_part 0.965 97102 97274 match_part 0.991 97433 97548 match_95 match_part 0.987 97129 97901 match_96 match_part 0.998 97494 97926 match_part 1.000 98005 98102 match_part 0.995 98685 99058 match_97 match_part 1.000 97567 97926 match_part 1.000 98005 98102 match_part 0.994 98685 98994 match_98 match_part 1.000 97898 97926 match_part 1.000 98005 98102 match_part 0.987 98685 98990 match_99 match_part 1.000 102041 102432 match_part 1.000 103636 103996 match_part 0.957 104425 104563 match_100 match_part 1.000 102043 102432 match_part 1.000 103636 103791 match_101 match_part 1.000 102047 102432 match_part 1.000 103636 103996 match_part 1.000 104425 104525 match_102 match_part 1.000 102049 102432 match_part 0.992 103636 103996 match_part 1.000 104425 104475 match_103 match_part 1.000 102050 102432 match_part 0.994 103636 103816 match_104 match_part 1.000 102136 102432 match_part 0.985 103636 103830 match_105 match_part 0.993 102158 102432 match_part 0.979 103636 103779 match_106 match_part 1.000 102284 102432 match_part 1.000 103605 103996 match_part 0.972 104425 104495 match_107 match_part 1.000 103766 103996 match_part 1.000 104425 104841 match_108 match_part 0.974 103766 103996 match_part 1.000 104425 104724 match_109 match_part 1.000 111311 111875 match_110 match_part 0.991 121206 121986 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_111 match_part 0.964 3980 3476 match_112 match_part 0.999 56859 56168 match_113 match_part 0.997 56805 56175 match_114 match_part 0.956 56587 56175 match_115 match_part 0.997 56797 56215 match_116 match_part 0.994 56916 56229 match_117 match_part 1.000 57447 57221 match_part 0.988 56970 56477 match_118 match_part 1.000 57447 57221 match_part 0.990 56970 56482 match_119 match_part 1.000 57447 57221 match_part 0.992 56970 56487 match_120 match_part 1.000 57447 57221 match_part 1.000 56970 56553 match_121 match_part 1.000 57447 57221 match_part 0.990 56970 56671 match_122 match_part 1.000 57446 57221 match_part 1.000 56970 56931 match_123 match_part 0.994 63008 62649 match_part 1.000 61374 61306 match_124 match_part 0.988 62577 61773 match_125 match_part 0.996 62576 62006 match_126 match_part 1.000 105600 105483 match_part 1.000 105399 105286 match_part 0.982 105185 104847 match_127 match_part 0.741 105312 105286 match_part 0.991 105185 104856 match_128 match_part 1.000 108685 108589 match_part 0.993 108502 108046 match_part 0.500 107865 107846 match_129 match_part 0.953 108189 107912 match_130 match_part 0.986 110089 110021 match_part 1.000 109386 109311 match_part 1.000 108690 108589 match_part 0.984 108502 107929 match_131 match_part 0.987 108429 108121 match_132 match_part 1.000 110339 110259 match_part 1.000 110100 110021 match_part 1.000 109386 109311 match_part 1.000 108690 108589 match_part 0.997 108502 108187 match_133 match_part 0.993 110728 110576 match_part 0.990 110462 110259 match_part 0.938 110100 110021 match_part 0.974 109386 109311 match_part 0.951 108690 108589 match_part 0.937 108502 108440 match_134 match_part 0.995 110455 110259 match_part 0.988 110100 110021 match_part 1.000 109386 109311 match_part 0.980 108690 108589 match_part 1.000 108502 108491 match_135 match_part 0.987 110734 110576 match_part 1.000 110462 110259 match_part 1.000 110100 110021 match_part 1.000 109386 109311 match_part 1.000 108690 108660 match_136 match_part 0.968 110731 110576 match_part 1.000 110462 110259 match_part 1.000 110100 110021 match_part 0.987 109386 109311 match_part 1.000 108690 108664 match_137 match_part 0.981 110735 110576 match_part 1.000 110462 110259 match_part 1.000 110100 110021 match_part 1.000 109386 109311 match_138 match_part 1.000 110720 110576 match_part 1.000 110462 110259 match_part 1.000 110100 110021 match_part 1.000 109386 109313 match_139 match_part 1.000 110740 110576 match_part 1.000 110462 110259 match_part 0.962 110100 110021 match_140 match_part 1.000 110820 110576 match_part 1.000 110462 110259 match_part 1.000 110100 110068 match_141 match_part 0.995 111512 111090 match_142 match_part 1.000 112803 112767 match_part 0.942 112580 112529 match_part 1.000 112422 112370 match_part 1.000 112212 112148 match_part 1.000 112049 111998 match_part 1.000 111782 111672 match_part 1.000 111577 111183 match_143 match_part 1.000 112389 112370 match_part 1.000 112212 112148 match_part 1.000 112049 111998 match_part 1.000 111782 111672 match_part 0.983 111577 111215 match_144 match_part 1.000 112389 112370 match_part 1.000 112212 112148 match_part 1.000 112049 111998 match_part 1.000 111782 111672 match_part 0.983 111577 111215 match_145 match_part 0.985 113631 113498 match_part 1.000 113362 113268 match_part 1.000 113201 113163 match_part 1.000 113076 113017 match_part 1.000 112868 112767 match_part 1.000 112580 112529 match_part 1.000 112422 112370 match_part 0.969 112212 112148 match_part 1.000 112049 112022 match_146 match_part 1.000 114202 114095 match_part 1.000 113631 113498 match_part 1.000 113362 113268 match_part 1.000 113201 113163 match_part 0.983 113076 113017 match_part 1.000 112868 112767 match_part 1.000 112580 112529 match_part 0.980 112422 112372 match_147 match_part 0.988 113579 113498 match_part 0.989 113362 113268 match_part 0.974 113201 113163 match_part 0.967 113076 113017 match_part 0.976 112868 112787 match_148 match_part 1.000 114244 114095 match_part 1.000 113631 113498 match_part 1.000 113362 113268 match_part 1.000 113201 113164 match_149 match_part 1.000 116934 116926 match_part 1.000 116692 116522 match_part 1.000 116439 116374 match_part 1.000 115696 115628 match_part 1.000 115520 115449 match_part 1.000 115367 115306 match_part 0.993 114373 114095 match_150 match_part 1.000 116991 116926 match_part 1.000 116692 116522 match_part 1.000 116439 116374 match_part 0.986 115696 115628 match_part 1.000 115520 115449 match_part 1.000 115367 115306 match_part 1.000 114373 114284 match_151 match_part 1.000 118169 118029 match_part 1.000 117920 117876 match_part 1.000 117170 117089 match_part 1.000 116994 116926 match_part 1.000 116692 116522 match_part 1.000 116439 116374 match_part 1.000 115696 115628 match_part 0.986 115520 115449 match_part 0.800 115367 115333 match_152 match_part 0.944 117106 117089 match_part 1.000 116994 116926 match_part 1.000 116692 116522 match_part 1.000 116439 116374 match_part 0.986 115696 115628 match_part 1.000 115520 115449 match_part 1.000 115367 115336 match_153 match_part 1.000 118122 118029 match_part 1.000 117920 117876 match_part 1.000 117170 117089 match_part 1.000 116994 116926 match_part 1.000 116692 116522 match_part 1.000 116439 116433 match_154 match_part 1.000 118122 118029 match_part 1.000 117920 117876 match_part 1.000 117170 117089 match_part 1.000 116994 116926 match_part 1.000 116692 116522 match_part 1.000 116439 116433 match_155 match_part 0.959 121587 121317 match_part 1.000 118489 118235 match_part 0.984 118153 118029 match_part 1.000 117920 117876 match_part 0.981 117170 117118 match_156 match_part 0.989 121578 121317 match_part 1.000 118489 118235 match_part 0.976 118153 118070 match_157 match_part 0.981 121582 121317 match_part 0.982 118489 118321 match_158 match_part 0.982 122809 122431 match_159 match_part 1.000 123205 122451 match_160 match_part 0.996 123363 122681 match_161 match_part 0.996 123363 122795 match_162 match_part 0.990 123349 122867 match_163 match_part 0.993 123363 122953 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C08SLm0006K11.1 type gene exon 1035 1304 exon 1395 1609 exon 1699 1941 exon 2220 2699 exon 2805 2959 exon 3076 3158 exon 3241 3969 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C08SLm0006K11.1 type gene exon 3980 3476 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C08SLm0006K11.1 type gene exon 20935 21358 exon 22373 22591 exon 22987 23179 exon 24278 24486 exon 24613 24768 exon 25572 25700 exon 25808 25909 exon 26008 26154 exon 26320 26382 exon 26505 26551 exon 26717 26776 exon 26877 26959 exon 27218 27312 exon 27636 27722 exon 27952 28039 exon 28322 28407 exon 28704 28766 exon 28867 29261 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C08SLm0006K11.1 type gene exon 44883 45376 exon 45453 45579 gene_5 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C08SLm0006K11.1 type gene exon 45580 45684 exon 45795 45874 exon 45983 46139 exon 46781 46862 exon 47056 47143 exon 47378 47424 exon 47583 48087 gene_6 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C08SLm0006K11.1 type gene exon 54083 54512 exon 54608 54765 gene_7 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C08SLm0006K11.1 type gene exon 54820 55373 gene_8 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C08SLm0006K11.1 type gene exon 57447 57221 exon 56970 56168 gene_9 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C08SLm0006K11.1 type gene exon 62577 61773 gene_10 gene GT_PGL_9_AGS_2 transcript source GenomeThreader seq_id C08SLm0006K11.1 type gene exon 63008 62649 exon 61374 61306 gene_11 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C08SLm0006K11.1 type gene exon 80669 80818 exon 80907 81013 exon 81203 81346 exon 81429 81818 gene_12 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C08SLm0006K11.1 type gene exon 83296 83437 exon 84939 85011 exon 85200 85353 gene_13 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C08SLm0006K11.1 type gene exon 86421 87045 gene_14 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C08SLm0006K11.1 type gene exon 87408 88319 exon 90240 90410 exon 90509 90712 exon 90905 91277 gene_15 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C08SLm0006K11.1 type gene exon 92080 92525 gene_16 gene GT_PGL_15_AGS_1 transcript source GenomeThreader seq_id C08SLm0006K11.1 type gene exon 93593 93806 exon 93907 94127 exon 94217 94374 exon 94460 94853 exon 94931 95664 gene_17 gene GT_PGL_16_AGS_1 transcript source GenomeThreader seq_id C08SLm0006K11.1 type gene exon 97074 97926 exon 98005 98102 exon 98685 99058 gene_18 gene GT_PGL_16_AGS_2 transcript source GenomeThreader seq_id C08SLm0006K11.1 type gene exon 97083 97274 exon 97433 97926 exon 98005 98102 exon 98685 99058 gene_19 gene GT_PGL_17_AGS_1 transcript source GenomeThreader seq_id C08SLm0006K11.1 type gene exon 102041 102432 exon 103636 103996 exon 104425 104841 gene_20 gene GT_PGL_17_AGS_2 transcript source GenomeThreader seq_id C08SLm0006K11.1 type gene exon 102284 102432 exon 103605 103996 exon 104425 104841 gene_21 gene GT_PGL_18_AGS_1 transcript source GenomeThreader seq_id C08SLm0006K11.1 type gene exon 105600 105483 exon 105399 105286 exon 105185 104847 gene_22 gene GT_PGL_19_AGS_1 transcript source GenomeThreader seq_id C08SLm0006K11.1 type gene exon 110820 110576 exon 110462 110259 exon 110100 110021 exon 109386 109311 exon 108690 108589 exon 108502 107912 gene_23 gene GT_PGL_19_AGS_2 transcript source GenomeThreader seq_id C08SLm0006K11.1 type gene exon 110820 110576 exon 110462 110259 exon 110100 110021 exon 109386 109311 exon 108690 108589 exon 108502 108046 exon 107865 107846 gene_24 gene GT_PGL_20_AGS_1 transcript source GenomeThreader seq_id C08SLm0006K11.1 type gene exon 121587 121317 exon 118489 118235 exon 118153 118029 exon 117920 117876 exon 117170 117089 exon 116994 116926 exon 116692 116522 exon 116439 116374 exon 115696 115628 exon 115520 115449 exon 115367 115306 exon 114373 114095 exon 113631 113498 exon 113362 113268 exon 113201 113163 exon 113076 113017 exon 112868 112767 exon 112580 112529 exon 112422 112370 exon 112212 112148 exon 112049 111998 exon 111782 111672 exon 111577 111090 gene_25 gene GT_PGL_20_AGS_2 transcript source GenomeThreader seq_id C08SLm0006K11.1 type gene exon 118169 118029 exon 117920 117876 exon 117170 117089 exon 116994 116926 exon 116692 116522 exon 116439 116374 exon 115696 115628 exon 115520 115449 exon 115367 115306 exon 114373 114095 exon 113631 113498 exon 113362 113268 exon 113201 113163 exon 113076 113017 exon 112868 112767 exon 112580 112529 exon 112422 112370 exon 112212 112148 exon 112049 111998 exon 111782 111672 exon 111577 111090 gene_26 gene GT_PGL_21_AGS_1 transcript source GenomeThreader seq_id C08SLm0006K11.1 type gene exon 111311 111875 gene_27 gene GT_PGL_22_AGS_1 transcript source GenomeThreader seq_id C08SLm0006K11.1 type gene exon 121206 121986 gene_28 gene GT_PGL_23_AGS_1 transcript source GenomeThreader seq_id C08SLm0006K11.1 type gene exon 123363 122431 AUGUSTUS_tom_cdna de novo gene_1 gene 1 1037 3739 transcript_1 transcript 1037 3739 CDS_1 CDS 1037 1304 CDS_2 CDS 1395 1609 CDS_3 CDS 1699 1941 CDS_4 CDS 2220 2699 CDS_5 CDS 2805 2959 CDS_6 CDS 3076 3158 CDS_7 CDS 3241 3739 stop_codon_1 stop_codon 3737 3739 gene_2 gene 1 21155 28986 transcript_2 transcript 21155 28986 start_codon_1 start_codon 21155 21157 CDS_8 CDS 21155 21358 CDS_9 CDS 22373 22591 CDS_10 CDS 22987 23179 CDS_11 CDS 24278 24486 CDS_12 CDS 24613 24768 CDS_13 CDS 25572 25700 CDS_14 CDS 25808 25909 CDS_15 CDS 26008 26154 CDS_16 CDS 26320 26382 CDS_17 CDS 26505 26551 CDS_18 CDS 26717 26776 CDS_19 CDS 26877 26959 CDS_20 CDS 27218 27312 CDS_21 CDS 27636 27722 CDS_22 CDS 27952 28039 CDS_23 CDS 28322 28407 CDS_24 CDS 28704 28766 CDS_25 CDS 28867 28986 stop_codon_2 stop_codon 28984 28986 gene_3 gene 1 45253 47786 transcript_3 transcript 45253 47786 start_codon_2 start_codon 45253 45255 CDS_26 CDS 45253 45376 CDS_27 CDS 45453 45684 CDS_28 CDS 45795 45874 CDS_29 CDS 45983 46139 CDS_30 CDS 46781 46862 CDS_31 CDS 47056 47143 CDS_32 CDS 47378 47424 CDS_33 CDS 47583 47786 stop_codon_3 stop_codon 47784 47786 gene_4 gene 1 54446 54942 transcript_4 transcript 54446 54942 start_codon_3 start_codon 54446 54448 CDS_34 CDS 54446 54512 CDS_35 CDS 54608 54942 stop_codon_4 stop_codon 54940 54942 gene_5 gene 1 75274 81866 transcript_5 transcript 75274 81866 start_codon_4 start_codon 75274 75276 CDS_36 CDS 75274 76311 CDS_37 CDS 76804 76935 CDS_38 CDS 77036 77167 CDS_39 CDS 77264 77361 CDS_40 CDS 80568 80818 CDS_41 CDS 80907 81013 CDS_42 CDS 81203 81346 CDS_43 CDS 81429 81866 stop_codon_5 stop_codon 81864 81866 gene_6 gene 1 83358 91135 transcript_6 transcript 83358 91135 start_codon_5 start_codon 83358 83360 CDS_44 CDS 83358 83437 CDS_45 CDS 84939 85011 CDS_46 CDS 85200 85353 CDS_47 CDS 85941 86786 CDS_48 CDS 87439 88319 CDS_49 CDS 90240 90410 CDS_50 CDS 90509 90712 CDS_51 CDS 90905 91135 stop_codon_6 stop_codon 91133 91135 gene_7 gene 1 91477 95565 transcript_7 transcript 91477 95565 start_codon_6 start_codon 91477 91479 CDS_52 CDS 91477 91529 CDS_53 CDS 93579 93806 CDS_54 CDS 93907 94127 CDS_55 CDS 94217 94374 CDS_56 CDS 94460 94853 CDS_57 CDS 94931 95565 stop_codon_7 stop_codon 95563 95565 gene_8 gene 1 97238 102137 transcript_8 transcript 97238 102137 start_codon_7 start_codon 97238 97240 CDS_58 CDS 97238 97274 CDS_59 CDS 97433 97926 CDS_60 CDS 98005 98102 CDS_61 CDS 98685 99254 CDS_62 CDS 102032 102137 stop_codon_8 stop_codon 102135 102137 gene_9 gene 1 102217 104627 transcript_9 transcript 102217 104627 start_codon_8 start_codon 102217 102219 CDS_63 CDS 102217 102432 CDS_64 CDS 103636 103996 CDS_65 CDS 104425 104627 stop_codon_9 stop_codon 104625 104627 AUGUSTUS_tom_cdna de novo gene_10 gene 1 19053 4710 transcript_10 transcript 19053 4710 stop_codon_10 stop_codon 4712 4710 CDS_66 CDS 4928 4710 CDS_67 CDS 5841 5746 CDS_68 CDS 6258 6091 CDS_69 CDS 6701 6525 CDS_70 CDS 7032 6894 CDS_71 CDS 8045 7819 CDS_72 CDS 16597 16481 CDS_73 CDS 19053 18700 start_codon_9 start_codon 19053 19051 gene_11 gene 1 57353 56252 transcript_11 transcript 57353 56252 stop_codon_11 stop_codon 56254 56252 CDS_74 CDS 56970 56252 CDS_75 CDS 57353 57221 start_codon_10 start_codon 57353 57351 gene_12 gene 1 62834 61216 transcript_12 transcript 62834 61216 stop_codon_12 stop_codon 61218 61216 CDS_76 CDS 61374 61216 CDS_77 CDS 62834 62649 start_codon_11 start_codon 62834 62832 gene_13 gene 1 107426 105174 transcript_13 transcript 107426 105174 stop_codon_13 stop_codon 105176 105174 CDS_78 CDS 105185 105174 CDS_79 CDS 105399 105286 CDS_80 CDS 105778 105483 CDS_81 CDS 106563 106405 CDS_82 CDS 107223 106923 CDS_83 CDS 107426 107298 start_codon_12 start_codon 107426 107424 gene_14 gene 1 110989 108374 transcript_14 transcript 110989 108374 stop_codon_14 stop_codon 108376 108374 CDS_84 CDS 108502 108374 CDS_85 CDS 108690 108589 CDS_86 CDS 109386 109311 CDS_87 CDS 110100 110021 CDS_88 CDS 110462 110259 CDS_89 CDS 110737 110576 CDS_90 CDS 110989 110978 start_codon_13 start_codon 110989 110987 gene_15 gene 1 121484 111714 transcript_15 transcript 121484 111714 stop_codon_15 stop_codon 111716 111714 CDS_91 CDS 111782 111714 CDS_92 CDS 112049 111998 CDS_93 CDS 112212 112148 CDS_94 CDS 112422 112370 CDS_95 CDS 112580 112529 CDS_96 CDS 112868 112767 CDS_97 CDS 113076 113017 CDS_98 CDS 113201 113163 CDS_99 CDS 113362 113268 CDS_100 CDS 113631 113498 CDS_101 CDS 114373 114095 CDS_102 CDS 115367 115306 CDS_103 CDS 115520 115449 CDS_104 CDS 115696 115628 CDS_105 CDS 116439 116374 CDS_106 CDS 116692 116522 CDS_107 CDS 116994 116926 CDS_108 CDS 117170 117089 CDS_109 CDS 117920 117876 CDS_110 CDS 118153 118029 CDS_111 CDS 118489 118235 CDS_112 CDS 121484 121317 start_codon_14 start_codon 121484 121482 gene_16 gene 1 123345 122617 transcript_16 transcript 123345 122617 stop_codon_16 stop_codon 122619 122617 CDS_113 CDS 123345 122617 start_codon_15 start_codon 123345 123343 AUGUSTUS_ab_initio de novo gene_1 gene 1 1037 3739 transcript_1 transcript 1037 3739 CDS_1 CDS 1037 1304 CDS_2 CDS 1395 1609 CDS_3 CDS 1699 1941 CDS_4 CDS 2220 2699 CDS_5 CDS 2805 2959 CDS_6 CDS 3076 3158 CDS_7 CDS 3241 3739 stop_codon_1 stop_codon 3737 3739 gene_2 gene 1 21155 36500 transcript_2 transcript 21155 36500 start_codon_1 start_codon 21155 21157 CDS_8 CDS 21155 21358 CDS_9 CDS 22373 22591 CDS_10 CDS 22987 23179 CDS_11 CDS 24278 24486 CDS_12 CDS 24613 24768 CDS_13 CDS 26008 26134 CDS_14 CDS 26225 26382 CDS_15 CDS 26505 26551 CDS_16 CDS 26877 26959 CDS_17 CDS 27218 27312 CDS_18 CDS 27636 27722 CDS_19 CDS 27952 28039 CDS_20 CDS 31771 32054 CDS_21 CDS 35586 35741 CDS_22 CDS 36417 36500 stop_codon_2 stop_codon 36498 36500 gene_3 gene 1 45253 45688 transcript_3 transcript 45253 45688 start_codon_2 start_codon 45253 45255 CDS_23 CDS 45253 45376 CDS_24 CDS 45453 45688 stop_codon_3 stop_codon 45686 45688 gene_4 gene 1 53869 97947 transcript_4 transcript 53869 97947 start_codon_3 start_codon 53869 53871 CDS_25 CDS 53869 53957 CDS_26 CDS 54424 54512 CDS_27 CDS 54608 54793 CDS_28 CDS 75461 76311 CDS_29 CDS 76804 76935 CDS_30 CDS 77036 77167 CDS_31 CDS 85200 85353 CDS_32 CDS 85941 86812 CDS_33 CDS 90240 90410 CDS_34 CDS 90509 90712 CDS_35 CDS 90905 90926 CDS_36 CDS 94217 94374 CDS_37 CDS 94625 94853 CDS_38 CDS 94931 95542 CDS_39 CDS 97433 97947 stop_codon_4 stop_codon 97945 97947 AUGUSTUS_ab_initio de novo gene_5 gene 1 19053 4710 transcript_5 transcript 19053 4710 stop_codon_5 stop_codon 4712 4710 CDS_40 CDS 4928 4710 CDS_41 CDS 5841 5746 CDS_42 CDS 6258 6091 CDS_43 CDS 6701 6525 CDS_44 CDS 7032 6894 CDS_45 CDS 8045 7819 CDS_46 CDS 16597 16481 CDS_47 CDS 19053 18700 start_codon_4 start_codon 19053 19051 gene_6 gene 1 123345 105429 transcript_6 transcript 123345 105429 stop_codon_6 stop_codon 105431 105429 CDS_48 CDS 105778 105429 CDS_49 CDS 106563 106405 CDS_50 CDS 107223 106923 CDS_51 CDS 107592 107298 CDS_52 CDS 114373 114095 CDS_53 CDS 115520 115306 CDS_54 CDS 116994 116926 CDS_55 CDS 117170 117089 CDS_56 CDS 118153 118029 CDS_57 CDS 118405 118235 CDS_58 CDS 123345 122713 start_codon_5 start_codon 123345 123343 AUGUSTUS_tom_ugs de novo gene_1 gene 1 1037 3739 transcript_1 transcript 1037 3739 CDS_1 CDS 1037 1304 CDS_2 CDS 1395 1609 CDS_3 CDS 1699 1941 CDS_4 CDS 2220 2699 CDS_5 CDS 2805 2959 CDS_6 CDS 3076 3158 CDS_7 CDS 3241 3739 stop_codon_1 stop_codon 3737 3739 gene_2 gene 1 21155 28986 transcript_2 transcript 21155 28986 start_codon_1 start_codon 21155 21157 CDS_8 CDS 21155 21358 CDS_9 CDS 22373 22591 CDS_10 CDS 22987 23179 CDS_11 CDS 24278 24486 CDS_12 CDS 24613 24768 CDS_13 CDS 25572 25700 CDS_14 CDS 25808 25909 CDS_15 CDS 26008 26154 CDS_16 CDS 26320 26382 CDS_17 CDS 26505 26551 CDS_18 CDS 26717 26776 CDS_19 CDS 26877 26959 CDS_20 CDS 27218 27312 CDS_21 CDS 27636 27722 CDS_22 CDS 27952 28039 CDS_23 CDS 28322 28407 CDS_24 CDS 28704 28766 CDS_25 CDS 28867 28986 stop_codon_2 stop_codon 28984 28986 gene_3 gene 1 45253 47786 transcript_3 transcript 45253 47786 start_codon_2 start_codon 45253 45255 CDS_26 CDS 45253 45376 CDS_27 CDS 45453 45684 CDS_28 CDS 45795 45874 CDS_29 CDS 45983 46139 CDS_30 CDS 46781 46862 CDS_31 CDS 47056 47143 CDS_32 CDS 47378 47424 CDS_33 CDS 47583 47786 stop_codon_3 stop_codon 47784 47786 gene_4 gene 1 53869 54942 transcript_4 transcript 53869 54942 start_codon_3 start_codon 53869 53871 CDS_34 CDS 53869 53957 CDS_35 CDS 54424 54512 CDS_36 CDS 54608 54942 stop_codon_4 stop_codon 54940 54942 gene_5 gene 1 75274 81866 transcript_5 transcript 75274 81866 start_codon_4 start_codon 75274 75276 CDS_37 CDS 75274 76311 CDS_38 CDS 76804 76935 CDS_39 CDS 77036 77167 CDS_40 CDS 77264 77361 CDS_41 CDS 80568 80818 CDS_42 CDS 80907 81013 CDS_43 CDS 81203 81346 CDS_44 CDS 81429 81866 stop_codon_5 stop_codon 81864 81866 gene_6 gene 1 83358 86821 transcript_6 transcript 83358 86821 start_codon_5 start_codon 83358 83360 CDS_45 CDS 83358 83437 CDS_46 CDS 84939 85011 CDS_47 CDS 85200 85353 CDS_48 CDS 85941 86821 stop_codon_6 stop_codon 86819 86821 gene_7 gene 1 88233 91135 transcript_7 transcript 88233 91135 start_codon_6 start_codon 88233 88235 CDS_49 CDS 88233 88319 CDS_50 CDS 90240 90410 CDS_51 CDS 90509 90712 CDS_52 CDS 90905 91135 stop_codon_7 stop_codon 91133 91135 gene_8 gene 1 91477 95565 transcript_8 transcript 91477 95565 start_codon_7 start_codon 91477 91479 CDS_53 CDS 91477 91529 CDS_54 CDS 93579 93806 CDS_55 CDS 93907 94127 CDS_56 CDS 94217 94374 CDS_57 CDS 94460 94853 CDS_58 CDS 94931 95565 stop_codon_8 stop_codon 95563 95565 gene_9 gene 1 97238 97947 transcript_9 transcript 97238 97947 start_codon_8 start_codon 97238 97240 CDS_59 CDS 97238 97274 CDS_60 CDS 97433 97947 stop_codon_9 stop_codon 97945 97947 gene_10 gene 1 103675 104627 transcript_10 transcript 103675 104627 start_codon_9 start_codon 103675 103677 CDS_61 CDS 103675 103996 CDS_62 CDS 104425 104627 stop_codon_10 stop_codon 104625 104627 AUGUSTUS_tom_ugs de novo gene_11 gene 1 19053 4710 transcript_11 transcript 19053 4710 stop_codon_11 stop_codon 4712 4710 CDS_63 CDS 4928 4710 CDS_64 CDS 5841 5746 CDS_65 CDS 6258 6091 CDS_66 CDS 6701 6525 CDS_67 CDS 7032 6894 CDS_68 CDS 8045 7819 CDS_69 CDS 16597 16481 CDS_70 CDS 19053 18700 start_codon_10 start_codon 19053 19051 gene_12 gene 1 57353 56252 transcript_12 transcript 57353 56252 stop_codon_12 stop_codon 56254 56252 CDS_71 CDS 56970 56252 CDS_72 CDS 57353 57221 start_codon_11 start_codon 57353 57351 gene_13 gene 1 107426 105174 transcript_13 transcript 107426 105174 stop_codon_13 stop_codon 105176 105174 CDS_73 CDS 105185 105174 CDS_74 CDS 105399 105286 CDS_75 CDS 105778 105483 CDS_76 CDS 106563 106405 CDS_77 CDS 107223 106923 CDS_78 CDS 107426 107298 start_codon_12 start_codon 107426 107424 gene_14 gene 1 110701 108374 transcript_14 transcript 110701 108374 stop_codon_14 stop_codon 108376 108374 CDS_79 CDS 108502 108374 CDS_80 CDS 108690 108589 CDS_81 CDS 109386 109311 CDS_82 CDS 110100 110021 CDS_83 CDS 110462 110259 CDS_84 CDS 110701 110576 start_codon_13 start_codon 110701 110699 gene_15 gene 1 121484 111714 transcript_15 transcript 121484 111714 stop_codon_15 stop_codon 111716 111714 CDS_85 CDS 111782 111714 CDS_86 CDS 112049 111998 CDS_87 CDS 112212 112148 CDS_88 CDS 112422 112370 CDS_89 CDS 112580 112529 CDS_90 CDS 112868 112767 CDS_91 CDS 113076 113017 CDS_92 CDS 113201 113163 CDS_93 CDS 113362 113268 CDS_94 CDS 113631 113498 CDS_95 CDS 114373 114095 CDS_96 CDS 115367 115306 CDS_97 CDS 115520 115449 CDS_98 CDS 115696 115628 CDS_99 CDS 116439 116374 CDS_100 CDS 116692 116522 CDS_101 CDS 116994 116926 CDS_102 CDS 117170 117089 CDS_103 CDS 117920 117876 CDS_104 CDS 118153 118029 CDS_105 CDS 118489 118235 CDS_106 CDS 121484 121317 start_codon_14 start_codon 121484 121482 gene_16 gene 1 123345 122617 transcript_16 transcript 123345 122617 stop_codon_16 stop_codon 122619 122617 CDS_107 CDS 123345 122617 start_codon_15 start_codon 123345 123343 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_1 match_part 1.000 1035 1304 match_part 1.000 1395 1609 match_part 1.000 1699 1941 match_part 1.000 2220 2699 match_part 1.000 2805 2959 match_part 1.000 3076 3158 match_part 1.000 3241 3969 match_2 match_part 0.998 20935 21358 match_part 1.000 22373 22591 match_part 1.000 22987 23179 match_part 1.000 24278 24486 match_part 1.000 24613 24768 match_part 1.000 25572 25700 match_part 1.000 25808 25909 match_part 1.000 26008 26154 match_part 1.000 26320 26382 match_part 1.000 26505 26551 match_part 1.000 26717 26776 match_part 1.000 26877 26959 match_part 1.000 27218 27312 match_part 1.000 27636 27722 match_part 1.000 27952 28039 match_part 1.000 28322 28407 match_part 1.000 28704 28766 match_part 1.000 28867 29137 match_3 match_part 0.930 24345 24486 match_part 0.942 24613 24768 match_part 0.930 25572 25700 match_part 0.951 25808 25909 match_part 0.878 26008 26154 match_part 0.935 26320 26365 match_4 match_part 1.000 44883 45376 match_part 1.000 45453 45579 match_5 match_part 0.962 45580 45684 match_part 1.000 45795 45874 match_part 1.000 45983 46139 match_part 1.000 46781 46862 match_part 1.000 47056 47143 match_part 1.000 47378 47424 match_part 0.984 47583 48087 match_6 match_part 1.000 54084 54512 match_part 1.000 54608 54765 match_7 match_part 0.995 54820 55373 match_8 match_part 0.987 80669 80818 match_part 1.000 80907 81013 match_part 0.993 81203 81346 match_part 1.000 81429 81818 match_9 match_part 1.000 83296 83437 match_part 1.000 84939 85011 match_part 1.000 85200 85353 match_10 match_part 0.988 87409 88245 match_11 match_part 1.000 88220 88319 match_part 1.000 90240 90410 match_part 1.000 90509 90712 match_part 1.000 90905 91134 match_12 match_part 0.993 92081 92525 match_13 match_part 0.953 93593 93806 match_part 1.000 93907 94127 match_part 1.000 94217 94374 match_part 1.000 94460 94853 match_part 0.985 94931 95664 match_14 match_part 1.000 97074 97926 match_part 1.000 98005 98102 match_part 0.995 98685 99058 match_15 match_part 0.965 97102 97274 match_part 0.991 97433 97548 match_16 match_part 1.000 102041 102432 match_part 1.000 103636 103996 match_part 1.000 104425 104841 match_17 match_part 1.000 102284 102432 match_part 1.000 103605 103996 match_part 0.972 104425 104495 match_18 match_part 1.000 111311 111875 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_19 match_part 1.000 57447 57221 match_part 1.000 56970 56168 match_20 match_part 0.956 56587 56175 match_21 match_part 0.988 62577 61773 match_22 match_part 0.998 87036 86421 match_23 match_part 1.000 105600 105483 match_part 1.000 105399 105286 match_part 1.000 105185 104856 match_24 match_part 1.000 110819 110576 match_part 1.000 110462 110259 match_part 1.000 110100 110021 match_part 1.000 109386 109311 match_part 1.000 108690 108589 match_part 0.986 108502 107912 match_25 match_part 0.999 121986 121317 match_part 1.000 118489 118235 match_part 1.000 118153 118029 match_part 1.000 117920 117876 match_part 1.000 117170 117089 match_part 1.000 116994 116926 match_part 1.000 116692 116522 match_part 1.000 116439 116374 match_part 1.000 115696 115628 match_part 1.000 115520 115449 match_part 1.000 115367 115306 match_part 1.000 114373 114095 match_part 1.000 113631 113498 match_part 1.000 113362 113268 match_part 1.000 113201 113163 match_part 1.000 113076 113017 match_part 1.000 112868 112767 match_part 1.000 112580 112529 match_part 1.000 112422 112370 match_part 1.000 112212 112148 match_part 1.000 112049 111998 match_part 1.000 111782 111672 match_part 1.000 111577 111090 match_26 match_part 0.992 123363 122431 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C08SLm0006K11.1 type gene exon 1035 1304 exon 1395 1609 exon 1699 1941 exon 2220 2699 exon 2805 2959 exon 3076 3158 exon 3241 3969 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C08SLm0006K11.1 type gene exon 20935 21358 exon 22373 22591 exon 22987 23179 exon 24278 24486 exon 24613 24768 exon 25572 25700 exon 25808 25909 exon 26008 26154 exon 26320 26382 exon 26505 26551 exon 26717 26776 exon 26877 26959 exon 27218 27312 exon 27636 27722 exon 27952 28039 exon 28322 28407 exon 28704 28766 exon 28867 29137 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C08SLm0006K11.1 type gene exon 44883 45376 exon 45453 45579 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C08SLm0006K11.1 type gene exon 45580 45684 exon 45795 45874 exon 45983 46139 exon 46781 46862 exon 47056 47143 exon 47378 47424 exon 47583 48087 gene_5 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C08SLm0006K11.1 type gene exon 54084 54512 exon 54608 54765 gene_6 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C08SLm0006K11.1 type gene exon 54820 55373 gene_7 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C08SLm0006K11.1 type gene exon 57447 57221 exon 56970 56168 gene_8 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C08SLm0006K11.1 type gene exon 62577 61773 gene_9 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C08SLm0006K11.1 type gene exon 80669 80818 exon 80907 81013 exon 81203 81346 exon 81429 81818 gene_10 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C08SLm0006K11.1 type gene exon 83296 83437 exon 84939 85011 exon 85200 85353 gene_11 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C08SLm0006K11.1 type gene exon 87036 86421 gene_12 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C08SLm0006K11.1 type gene exon 87409 88319 exon 90240 90410 exon 90509 90712 exon 90905 91134 gene_13 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C08SLm0006K11.1 type gene exon 92081 92525 gene_14 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C08SLm0006K11.1 type gene exon 93593 93806 exon 93907 94127 exon 94217 94374 exon 94460 94853 exon 94931 95664 gene_15 gene GT_PGL_15_AGS_1 transcript source GenomeThreader seq_id C08SLm0006K11.1 type gene exon 97074 97926 exon 98005 98102 exon 98685 99058 gene_16 gene GT_PGL_15_AGS_2 transcript source GenomeThreader seq_id C08SLm0006K11.1 type gene exon 97102 97274 exon 97433 97548 gene_17 gene GT_PGL_16_AGS_1 transcript source GenomeThreader seq_id C08SLm0006K11.1 type gene exon 102041 102432 exon 103636 103996 exon 104425 104841 gene_18 gene GT_PGL_16_AGS_2 transcript source GenomeThreader seq_id C08SLm0006K11.1 type gene exon 102284 102432 exon 103605 103996 exon 104425 104495 gene_19 gene GT_PGL_17_AGS_1 transcript source GenomeThreader seq_id C08SLm0006K11.1 type gene exon 105600 105483 exon 105399 105286 exon 105185 104856 gene_20 gene GT_PGL_18_AGS_1 transcript source GenomeThreader seq_id C08SLm0006K11.1 type gene exon 110819 110576 exon 110462 110259 exon 110100 110021 exon 109386 109311 exon 108690 108589 exon 108502 107912 gene_21 gene GT_PGL_19_AGS_1 transcript source GenomeThreader seq_id C08SLm0006K11.1 type gene exon 121986 121317 exon 118489 118235 exon 118153 118029 exon 117920 117876 exon 117170 117089 exon 116994 116926 exon 116692 116522 exon 116439 116374 exon 115696 115628 exon 115520 115449 exon 115367 115306 exon 114373 114095 exon 113631 113498 exon 113362 113268 exon 113201 113163 exon 113076 113017 exon 112868 112767 exon 112580 112529 exon 112422 112370 exon 112212 112148 exon 112049 111998 exon 111782 111672 exon 111577 111090 gene_22 gene GT_PGL_20_AGS_1 transcript source GenomeThreader seq_id C08SLm0006K11.1 type gene exon 111311 111875 gene_23 gene GT_PGL_21_AGS_1 transcript source GenomeThreader seq_id C08SLm0006K11.1 type gene exon 123363 122431 GenomeThreader_SGN_markers SGN marker sequences match_1 match_part 1.000 1037 1304 match_part 1.000 1395 1609 match_part 0.990 1699 1796 match_2 match_part 0.914 44888 45376 match_part 0.974 45453 45684 match_part 0.975 45795 45874 match_part 0.962 45983 46139 match_part 0.976 46781 46862 match_part 0.966 47056 47143 match_part 0.936 47378 47424 match_part 1.000 47583 47612 match_3 match_part 0.962 45580 45684 match_part 1.000 45795 45874 match_part 1.000 45983 46139 match_part 1.000 46781 46862 match_part 1.000 47056 47143 match_part 1.000 47378 47424 match_part 0.996 47583 47862 match_4 match_part 1.000 83296 83437 match_part 1.000 84939 85011 match_part 1.000 85200 85353 match_5 match_part 0.964 90242 90410 match_part 0.971 90509 90712 match_part 0.951 90905 91294 match_6 match_part 1.000 110683 111184 match_7 match_part 0.996 110683 111139 GenomeThreader_SGN_markers SGN marker sequences match_8 match_part 1.000 104956 104411 match_9 match_part 0.993 104950 104417 match_10 match_part 1.000 110819 110576 match_part 1.000 110462 110259 match_part 1.000 110100 110021 match_part 1.000 109386 109311 match_part 1.000 108690 108589 match_part 0.983 108502 107912 match_11 match_part 0.916 110777 110576 match_part 0.980 110462 110259 match_part 0.950 110100 110021 match_part 0.947 109386 109311 match_part 0.951 108690 108589 match_part 0.950 108502 108463 match_12 match_part 0.980 112041 111495 match_13 match_part 0.981 121582 121317 match_part 0.982 118489 118321 match_14 match_part 0.992 123363 122431 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C08SLm0006K11.1 type gene exon 1037 1304 exon 1395 1609 exon 1699 1796 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C08SLm0006K11.1 type gene exon 44888 45376 exon 45453 45684 exon 45795 45874 exon 45983 46139 exon 46781 46862 exon 47056 47143 exon 47378 47424 exon 47583 47862 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C08SLm0006K11.1 type gene exon 83296 83437 exon 84939 85011 exon 85200 85353 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C08SLm0006K11.1 type gene exon 90242 90410 exon 90509 90712 exon 90905 91294 gene_5 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C08SLm0006K11.1 type gene exon 104956 104411 gene_6 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C08SLm0006K11.1 type gene exon 110819 110576 exon 110462 110259 exon 110100 110021 exon 109386 109311 exon 108690 108589 exon 108502 107912 gene_7 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C08SLm0006K11.1 type gene exon 110683 111184 gene_8 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C08SLm0006K11.1 type gene exon 112041 111495 gene_9 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C08SLm0006K11.1 type gene exon 121582 121317 exon 118489 118321 gene_10 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C08SLm0006K11.1 type gene exon 123363 122431 AUGUSTUS_tom_pot_cdna de novo gene_1 gene 1 1037 3739 transcript_1 transcript 1037 3739 CDS_1 CDS 1037 1304 CDS_2 CDS 1395 1609 CDS_3 CDS 1699 1941 CDS_4 CDS 2220 2699 CDS_5 CDS 2805 2959 CDS_6 CDS 3076 3158 CDS_7 CDS 3241 3739 stop_codon_1 stop_codon 3737 3739 gene_2 gene 1 19384 28986 transcript_2 transcript 19384 28986 start_codon_1 start_codon 19384 19386 CDS_8 CDS 19384 19411 CDS_9 CDS 20994 21358 CDS_10 CDS 22373 22591 CDS_11 CDS 22987 23179 CDS_12 CDS 24278 24486 CDS_13 CDS 24613 24768 CDS_14 CDS 25572 25700 CDS_15 CDS 25808 25909 CDS_16 CDS 26008 26154 CDS_17 CDS 26320 26382 CDS_18 CDS 26505 26551 CDS_19 CDS 26717 26776 CDS_20 CDS 26877 26959 CDS_21 CDS 27218 27312 CDS_22 CDS 27636 27722 CDS_23 CDS 27952 28039 CDS_24 CDS 28322 28407 CDS_25 CDS 28704 28766 CDS_26 CDS 28867 28986 stop_codon_2 stop_codon 28984 28986 gene_3 gene 1 29067 36500 transcript_3 transcript 29067 36500 start_codon_2 start_codon 29067 29069 CDS_27 CDS 29067 29155 CDS_28 CDS 33720 33769 CDS_29 CDS 35328 35430 CDS_30 CDS 35528 35741 CDS_31 CDS 36417 36500 stop_codon_3 stop_codon 36498 36500 gene_4 gene 1 45253 47786 transcript_4 transcript 45253 47786 start_codon_3 start_codon 45253 45255 CDS_32 CDS 45253 45376 CDS_33 CDS 45453 45684 CDS_34 CDS 45795 45874 CDS_35 CDS 45983 46139 CDS_36 CDS 46781 46862 CDS_37 CDS 47056 47143 CDS_38 CDS 47378 47424 CDS_39 CDS 47583 47786 stop_codon_4 stop_codon 47784 47786 gene_5 gene 1 54446 54942 transcript_5 transcript 54446 54942 start_codon_4 start_codon 54446 54448 CDS_40 CDS 54446 54512 CDS_41 CDS 54608 54942 stop_codon_5 stop_codon 54940 54942 gene_6 gene 1 75274 81866 transcript_6 transcript 75274 81866 start_codon_5 start_codon 75274 75276 CDS_42 CDS 75274 76311 CDS_43 CDS 76804 76935 CDS_44 CDS 77036 77167 CDS_45 CDS 77264 77361 CDS_46 CDS 80568 80818 CDS_47 CDS 80907 81013 CDS_48 CDS 81203 81346 CDS_49 CDS 81429 81866 stop_codon_6 stop_codon 81864 81866 gene_7 gene 1 83358 91135 transcript_7 transcript 83358 91135 start_codon_6 start_codon 83358 83360 CDS_50 CDS 83358 83437 CDS_51 CDS 84939 85011 CDS_52 CDS 85200 85353 CDS_53 CDS 85941 86786 CDS_54 CDS 87439 88319 CDS_55 CDS 90240 90410 CDS_56 CDS 90509 90712 CDS_57 CDS 90905 91135 stop_codon_7 stop_codon 91133 91135 gene_8 gene 1 92458 95565 transcript_8 transcript 92458 95565 start_codon_7 start_codon 92458 92460 CDS_58 CDS 92458 92544 CDS_59 CDS 93433 93470 CDS_60 CDS 93579 93806 CDS_61 CDS 93907 94127 CDS_62 CDS 94217 94374 CDS_63 CDS 94460 94853 CDS_64 CDS 94931 95565 stop_codon_8 stop_codon 95563 95565 gene_9 gene 1 97238 100527 transcript_9 transcript 97238 100527 start_codon_8 start_codon 97238 97240 CDS_65 CDS 97238 97274 CDS_66 CDS 97433 97926 CDS_67 CDS 98005 98102 CDS_68 CDS 98685 99254 CDS_69 CDS 99326 99581 CDS_70 CDS 99658 99840 CDS_71 CDS 99916 100527 stop_codon_9 stop_codon 100525 100527 gene_10 gene 2 102061 104627 transcript_10 transcript 102061 103616 start_codon_9 start_codon 102061 102063 CDS_72 CDS 102061 102432 CDS_73 CDS 103605 103616 stop_codon_10 stop_codon 103614 103616 transcript_11 transcript 102061 104627 start_codon_10 start_codon 102061 102063 CDS_74 CDS 102061 102432 CDS_75 CDS 103636 103996 CDS_76 CDS 104425 104627 stop_codon_11 stop_codon 104625 104627 AUGUSTUS_tom_pot_cdna de novo gene_11 gene 1 8030 4710 transcript_12 transcript 8030 4710 stop_codon_12 stop_codon 4712 4710 CDS_77 CDS 4928 4710 CDS_78 CDS 5841 5746 CDS_79 CDS 6258 6091 CDS_80 CDS 6701 6525 CDS_81 CDS 7603 7519 CDS_82 CDS 8030 7819 start_codon_11 start_codon 8030 8028 gene_12 gene 1 19053 8654 transcript_13 transcript 19053 8654 stop_codon_13 stop_codon 8656 8654 CDS_83 CDS 8836 8654 CDS_84 CDS 9590 9456 CDS_85 CDS 10098 9995 CDS_86 CDS 10491 10268 CDS_87 CDS 12280 11975 CDS_88 CDS 12972 12768 CDS_89 CDS 13191 13099 CDS_90 CDS 14858 14768 CDS_91 CDS 16597 16481 CDS_92 CDS 19053 18700 start_codon_12 start_codon 19053 19051 gene_13 gene 1 57353 56252 transcript_14 transcript 57353 56252 stop_codon_14 stop_codon 56254 56252 CDS_93 CDS 56970 56252 CDS_94 CDS 57353 57221 start_codon_13 start_codon 57353 57351 gene_14 gene 1 62834 61216 transcript_15 transcript 62834 61216 stop_codon_15 stop_codon 61218 61216 CDS_95 CDS 61374 61216 CDS_96 CDS 62834 62649 start_codon_14 start_codon 62834 62832 gene_15 gene 1 107426 105174 transcript_16 transcript 107426 105174 stop_codon_16 stop_codon 105176 105174 CDS_97 CDS 105185 105174 CDS_98 CDS 105399 105286 CDS_99 CDS 105778 105483 CDS_100 CDS 106563 106405 CDS_101 CDS 107223 106923 CDS_102 CDS 107426 107298 start_codon_15 start_codon 107426 107424 gene_16 gene 1 110701 108374 transcript_17 transcript 110701 108374 stop_codon_17 stop_codon 108376 108374 CDS_103 CDS 108502 108374 CDS_104 CDS 108690 108589 CDS_105 CDS 109386 109311 CDS_106 CDS 110100 110021 CDS_107 CDS 110462 110259 CDS_108 CDS 110701 110576 start_codon_16 start_codon 110701 110699 gene_17 gene 2 121484 111549 transcript_18 transcript 121484 111549 stop_codon_18 stop_codon 111551 111549 CDS_109 CDS 111577 111549 CDS_110 CDS 111782 111672 CDS_111 CDS 111873 111867 CDS_112 CDS 112049 111998 CDS_113 CDS 112212 112148 CDS_114 CDS 112422 112370 CDS_115 CDS 112580 112529 CDS_116 CDS 112868 112767 CDS_117 CDS 113076 113017 CDS_118 CDS 113201 113163 CDS_119 CDS 113362 113268 CDS_120 CDS 113631 113498 CDS_121 CDS 114373 114095 CDS_122 CDS 115367 115306 CDS_123 CDS 115520 115449 CDS_124 CDS 115696 115628 CDS_125 CDS 116439 116374 CDS_126 CDS 116692 116522 CDS_127 CDS 116994 116926 CDS_128 CDS 117170 117089 CDS_129 CDS 117920 117876 CDS_130 CDS 118153 118029 CDS_131 CDS 118489 118235 CDS_132 CDS 121484 121317 start_codon_17 start_codon 121484 121482 transcript_19 transcript 121484 111549 stop_codon_19 stop_codon 111551 111549 CDS_133 CDS 111577 111549 CDS_134 CDS 111782 111672 CDS_135 CDS 111873 111867 CDS_136 CDS 112049 111998 CDS_137 CDS 112212 112148 CDS_138 CDS 112422 112370 CDS_139 CDS 112580 112529 CDS_140 CDS 112868 112767 CDS_141 CDS 113076 113017 CDS_142 CDS 113362 113268 CDS_143 CDS 113631 113498 CDS_144 CDS 114373 114095 CDS_145 CDS 115367 115306 CDS_146 CDS 115520 115449 CDS_147 CDS 115696 115628 CDS_148 CDS 116439 116374 CDS_149 CDS 116692 116522 CDS_150 CDS 116994 116926 CDS_151 CDS 117170 117089 CDS_152 CDS 117920 117876 CDS_153 CDS 118153 118029 CDS_154 CDS 118489 118235 CDS_155 CDS 121484 121317 start_codon_18 start_codon 121484 121482 gene_18 gene 1 123345 122617 transcript_20 transcript 123345 122617 stop_codon_20 stop_codon 122619 122617 CDS_156 CDS 123345 122617 start_codon_19 start_codon 123345 123343 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_1 match 112 80542 80814 match_2 match 52.8 3058 3165 match_3 match 238 1069 1608 match_4 match 169 3239 3676 match_5 match 353 2210 2962 match_6 match 157 1698 1961 match_7 match 102 99330 99596 match_8 match 228 97474 98103 match_9 match 353 99649 100518 match_10 match 221 98683 99255 match_11 match 91.7 1087 1608 match_12 match 51.2 1698 1949 match_13 match 91.7 1087 1608 match_14 match 51.2 1698 1949 match_15 match 252 2210 2962 match_16 match 142 3194 3673 match_17 match 177 1072 1608 match_18 match 45.1 3070 3165 match_19 match 145 1698 1949 match_20 match 54.3 129652 129837 match_21 match 107 129258 129596 match_22 match 53.1 94930 95547 match_23 match 70.9 94460 94855 match_24 match 116 93571 93807 match_25 match 124 93908 94132 match_26 match 100 94207 94374 match_27 match 53.1 94930 95547 match_28 match 70.9 94460 94855 match_29 match 117 93424 93807 match_30 match 124 93908 94132 match_31 match 100 94207 94374 match_32 match 129 3239 3673 match_33 match 253 2210 2962 match_34 match 168 1084 1608 match_35 match 42.4 3070 3165 match_36 match 142 1698 1949 match_37 match 93.6 25996 26160 match_38 match 82.0 25572 25700 match_39 match 73.2 25808 25912 match_40 match 112 45796 46140 match_41 match 30.8 45253 45378 match_42 match 119 45452 45685 match_43 match 101 54595 54936 match_44 match 28.9 53687 53764 match_45 match 105 50852 51127 match_46 match 50.8 54422 54511 match_47 match 72.4 53862 53957 match_48 match 55.8 53493 53573 match_49 match 77.4 94927 95538 match_50 match 80.1 94460 94855 match_51 match 115 93424 93801 match_52 match 128 93908 94132 match_53 match 111 94207 94374 match_54 match 116 129243 129596 match_55 match 60.5 129652 129837 match_56 match 89.7 1087 1608 match_57 match 63.5 1674 1949 match_58 match 89.7 1087 1608 match_59 match 63.5 1674 1949 match_60 match 87.8 1087 1608 match_61 match 65.5 1674 1949 match_62 match 87.8 1087 1608 match_63 match 65.5 1674 1949 match_64 match 110 80545 80805 match_65 match 62.0 45796 46113 match_66 match 79.0 45431 45685 match_67 match 111 93430 93807 match_68 match 117 93908 94132 match_69 match 57.8 94460 94582 match_70 match 94.0 94216 94374 match_71 match 110 93580 93807 match_72 match 117 93908 94132 match_73 match 57.8 94460 94582 match_74 match 94.0 94216 94374 match_75 match 168 1084 1608 match_76 match 146 3194 3673 match_77 match 263 2210 2962 match_78 match 49.3 3070 3165 match_79 match 146 1671 1949 match_80 match 122 80542 80838 match_81 match 257 2210 2962 match_82 match 167 1084 1608 match_83 match 147 3194 3673 match_84 match 49.3 3070 3165 match_85 match 144 1698 1949 match_86 match 110 129237 129596 match_87 match 58.2 129652 129837 match_88 match 60.1 94930 95535 match_89 match 75.5 94460 94855 match_90 match 122 93418 93804 match_91 match 125 93908 94132 match_92 match 98.2 94207 94374 match_93 match 122 93418 93804 match_94 match 122 93908 94126 match_95 match 99.4 93430 93807 match_96 match 54.7 94460 94597 match_97 match 105 93908 94132 match_98 match 99.4 94189 94374 match_99 match 55.1 94460 94858 match_100 match 99.4 93430 93807 match_101 match 105 93908 94132 match_102 match 104 94186 94374 match_103 match 111 129282 129617 match_104 match 105 93430 93807 match_105 match 60.5 94460 94582 match_106 match 115 93908 94132 match_107 match 97.8 94207 94374 match_108 match 37.4 94460 94588 match_109 match 94.7 93580 93807 match_110 match 106 93908 94132 match_111 match 101 94207 94374 match_112 match 58.9 25808 25912 match_113 match 70.9 25572 25700 match_114 match 73.6 80906 81346 match_115 match 82.8 81429 81803 match_116 match 128 79800 80309 match_117 match 123 80545 80817 match_118 match 166 99324 99635 match_119 match 462 99649 100518 match_120 match 317 97480 98103 match_121 match 305 98683 99255 match_122 match 266 87528 88397 match_123 match 119 90896 91129 match_124 match 54.3 45796 46113 match_125 match 85.1 45452 45685 match_126 match 98.2 99324 99581 match_127 match 127 97675 98103 match_128 match 167 99649 100194 match_129 match 195 98683 99255 match_130 match 107 2201 2674 match_131 match 32.0 80909 81034 match_132 match 110 80542 80838 match_133 match 175 31629 32231 match_134 match 94.0 35529 35816 match_135 match 40.8 35327 35431 match_136 match 116 45796 46137 match_137 match 30.8 45253 45378 match_138 match 117 45452 45685 match_139 match 109 103615 104001 match_140 match 148 129237 129611 match_141 match 80.1 129658 129837 match_142 match 97.4 1090 1608 match_143 match 189 2210 2965 match_144 match 72.8 3239 3526 match_145 match 40.4 3070 3165 match_146 match 127 1698 1949 match_147 match 293 99649 100518 match_148 match 226 97444 98103 match_149 match 116 99327 99635 match_150 match 184 98683 99255 match_151 match 110 99327 99635 match_152 match 249 97486 98100 match_153 match 394 99649 100518 match_154 match 252 98686 99252 match_155 match 193 2213 2965 match_156 match 122 1090 1608 match_157 match 72.4 3239 3532 match_158 match 41.6 3070 3165 match_159 match 125 1698 1949 match_160 match 254 2210 2962 match_161 match 169 1084 1608 match_162 match 145 3194 3673 match_163 match 50.4 3070 3165 match_164 match 145 1698 1949 match_165 match 258 2210 2962 match_166 match 143 3194 3673 match_167 match 171 1084 1608 match_168 match 49.3 3070 3165 match_169 match 145 1698 1949 match_170 match 59.7 45796 46113 match_171 match 80.9 45452 45685 match_172 match 122 1090 1608 match_173 match 197 2213 2965 match_174 match 75.1 3239 3532 match_175 match 41.6 3070 3165 match_176 match 125 1698 1949 match_177 match 137 129243 129611 match_178 match 43.1 93721 93807 match_179 match 112 93908 94132 match_180 match 54.7 94460 94582 match_181 match 92.4 94216 94374 match_182 match 101 93580 93807 match_183 match 112 93908 94132 match_184 match 54.7 94460 94582 match_185 match 92.4 94216 94374 match_186 match 276 1036 1608 match_187 match 387 2210 2962 match_188 match 60.5 3058 3159 match_189 match 217 3239 3676 match_190 match 167 1698 1961 match_191 match 112 129264 129617 match_192 match 88.2 94927 95553 match_193 match 79.3 94463 94855 match_194 match 120 93424 93804 match_195 match 132 93908 94132 match_196 match 113 94207 94374 match_197 match 277 1036 1608 match_198 match 385 2210 2962 match_199 match 62.0 3058 3159 match_200 match 215 3239 3676 match_201 match 167 1698 1961 match_202 match 277 1036 1608 match_203 match 385 2210 2962 match_204 match 62.0 3058 3159 match_205 match 124 3434 3676 match_206 match 167 1698 1961 match_207 match 94.4 1090 1608 match_208 match 191 2210 2965 match_209 match 74.7 3239 3526 match_210 match 39.7 3070 3165 match_211 match 125 1698 1949 match_212 match 68.2 45796 46125 match_213 match 89.4 45425 45685 match_214 match 68.2 45796 46125 match_215 match 89.4 45425 45685 match_216 match 117 99324 99635 match_217 match 374 99649 100521 match_218 match 259 97483 98100 match_219 match 253 98686 99255 match_220 match 110 99324 99635 match_221 match 250 97492 98103 match_222 match 374 99649 100518 match_223 match 244 98683 99255 match_224 match 65.5 129658 129837 match_225 match 142 129237 129611 match_226 match 83.6 93580 93807 match_227 match 96.3 93908 94132 match_228 match 50.4 94457 94579 match_229 match 85.9 94207 94371 match_230 match 295 99649 100518 match_231 match 214 97489 98103 match_232 match 181 98683 99255 match_233 match 118 99330 99635 match_234 match 43.9 94460 94591 match_235 match 88.6 93580 93807 match_236 match 102 93908 94132 match_237 match 94.4 94207 94368 match_238 match 41.6 25996 26160 match_239 match 43.1 25808 25912 match_240 match 68.9 25572 25700 match_241 match 258 85940 86818 match_242 match 104 99324 99635 match_243 match 205 98683 99255 match_244 match 216 97492 98103 match_245 match 363 99649 100518 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_246 match 118 62834 62646 match_247 match 124 107268 106927 match_248 match 127 56989 56756 match_249 match 120 56989 56747 match_250 match 135 56992 56723 match_251 match 125 56989 56750 match_252 match 130 56974 56717 match_253 match 118 56989 56723 match_254 match 149 56989 56723 match_255 match 142 118513 118034 match_256 match 114 56992 56723 match_257 match 106 56956 56723 match_258 match 126 56989 56723 match_259 match 145 56989 56717 match_260 match 106 56992 56720 match_261 match 124 107205 106906 match_262 match 138 10490 10173 match_263 match 192 12300 11968 match_264 match 108 6267 6079 match_265 match 93.6 5647 5510 match_266 match 122 12961 12767 match_267 match 109 8839 8669 match_268 match 116 6704 6525 match_269 match 69.3 5844 5746 match_270 match 125 56989 56756 match_271 match 126 56974 56759 match_272 match 132 56992 56717 match_273 match 105 107229 106927 match_274 match 119 56974 56726 match_275 match 119 107217 106927 match_276 match 119 107217 106927 match_277 match 135 56989 56717 match_278 match 125 56974 56759 match_279 match 129 56974 56759 match_280 match 129 56974 56723 match_281 match 111 56992 56723 match_282 match 182 118513 117875 match_283 match 110 56953 56723 match_284 match 128 56974 56717 match_285 match 122 56989 56723 match_286 match 122 56974 56756 match_287 match 123 56989 56729 match_288 match 199 118489 117875 match_289 match 149 56989 56717 match_290 match 117 56992 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