C02HBa0238L13.1 GTCATCACTCCTCCACCCAGACCAGCACCGCCGGGAGTGTTATACACAGTACAGGGACAT GAAAGCCATGGACCCAATGGAACTTCTGGGAATTCTCCCAACTTGTAGTTTTGGGAACTT CTGTTTCAAGAAGTATTTGGCCATCGTGCATCCTAAAATGGAGGAGTCTTTGTTTGGTGA TTTGGAGCAGAGGCGTCAGGTACTGGCTGGGAACCATCCGAGGAGTCAGTTTTACGGAGA GTTTCTTGGGCTAGCAAAGGCCGTTTGGCTGCTGCATTTGCTGGCCTTTTCTTTGGATCC TCCGCCAAGTCACTTTGAGACAAGCAATGGATCGGAGTTTCACCCCAAGTACATGGAAAG TGTGGTGAAGTATTCCATTTCCATGGGGATAGGAGGGAGAATGGGTATGGGTCTAGTTGT CGGGTTTCCAGTTAGTCCCGGGTTTAAGCTTGGAAATGGATCAGTTGTTAAGGCTAGGGT TTATTTAGTCCCCAAAAATGGGTTTTAAGTTTGGGATGGACATAAATTAGTCATGCATTA CTTGCCTTGTCTATGTATTAGTCGTATTAGTTGGTATCAAAATAAAAACTGATATATTTG ACTTGGGGATCTTTTCCGTGCAAAACAATGATTGAAATTATGTCTTTTGTTTGCCCGGTA AACTTCAAAAGGTTAGTATAAGTTTTGCTCCAGTAGACTTTAAAATGTAATTTTTGCGCG GCTTTGTGAAATGAATCTACCACCTATATAATGGGTATCTTCGAACCTTAAGTTCCCTTT TACTAATTTTTGCAGTTTTGGTACAACTTTGTGCATGTTCATCTTTCTTTTCTTGTTACT GATACAGTATGCTAATATTGGACTTAGTTTATGATGCTTTGAGTAAGTTGATAAAAGCCC CTTTTTTTGGGTCTAGGCCACTGGCCGTAGGATAGAAATTCTTTGTATATGTATGACATT CATTTTCTTTTCAAGATCAGTCCTGTGAACTTTTCATGGTTATTGTTTTTGACGTTTCAT TGAACATATAGGGTTCCATTGCAGCTGGAAGCTTATATTCGTTCTATATAATGTAGTCAA ACAGAAGGATATAAAGAAGACTGACTTTCTGTGTAGCTTCTTCCTAGAAGGTTAGGTGGA CTTCTTCCTATGCTGTATTTATTTTTGTGAAACATGTTGTCACAATAGTTTCTGTTTCTA TTAATTTGAATCTTTTTTCTGTTCGGATGTTGCATATTCTAGATGCTTCATTTATAGGAA CGCGTCTTATGAACATCAAAATTGCGCCTTATCCCACATTGGTTCAGAGATTGAGCTTGT TGTCTACTTAATGGTCTTTGGCTATCCTTATCTCACGAGTTAGCTTTCTAGGTTGAGGTC CATTTTCTTAACATAGTATCAGATACAAGACCTTATCTCCATTGTTCTGTTTTCCGATAT TGGCGGCTCATGTCATGTTAGATGTCCAGCTCGATCTGTTAACAACGTTGGACCCCTGTG TGTGTTAGATGTCCAGCCATTAGCTTGTGAGGAATTGTTAATTGTTCCACATTGGTTGAG AGAACAAACTGTTGTATCCCTATATAGTCTTGGATTCTTGGGCAATACTCTTAAACTCAC TGCCAAGTCAAAACCAGACAAACAAATTGAAAGGGAGGGAGTATTTTCTCTGTTCCATAA CATATCTAGTATCATAGGTAGAGTAATATCTCCGATTTTATCATCCTGGCAGTGCATTTG TTATGAGACTTGAGTTGGTTTCTGCACTGCAGGTTAAAACTATTTTGGGGATAAAACTTA ACCTGACATCAGATTTTGACAAATACTGCAGAAACTCTTCCTGTACGCTAAAACTCTACA CATAACATGTTAAATTGGACTCTTATTCAGGTATTTGAATTATAGTCCTACTAACACAGT TTATGGCAGTATTCATGCACACTCCATATGTACTACTACATAGATATAAATAGATAAAAC AACACGAAATTGATGTATACTCAATCACCTGAAGATTGTATATTTCTACATAACTACAAA ACTGTGTATATACAATTTAAAGTATATGGAATATCAACTGCCACATTAACAGGAGAAAAC ATTTAGTAGTGAGCTTCTACATCTAATCAGGCATCTAAATGTTGCTTCCAATCCATCTTC GAAGCTGACAAGATAAGCCTCAAAGTTATCAAGCTTGGTATCTAAGCTCATGTTTTCTTC TAGGACTAGTGGAACTATTCTTTCTTTGTTTACCAATCTTGGAAGCAGTGACCATTTAGA TGGCTTAGGCTTCAAAAGTGGCACACACAAGAAGGACAAGAGCATTTGGAAAGTTGAAAG ACATGCTGCATTAGCTTCTTTTATTGCTCTTATCGCAGGTAATGCATCTTGATCTGCATC TAGCAAGACCGATACTGCAGTCACTCGATCCCTTTGCTTCAAAGTGGAGACTAATCTTTT GGCATCCCTCTTGATCTTCTTGATGAAAGAGGTAAATCTTTCAATGCTGTCATCTGTAGT TGAATCTCCTTTTCTCCTTCTGAGAGAGGATTGAAGATCTCTTACATTTTCTTTACATTG TGAGACAAGTTCTCTTATTGTGCCACAAAGGTCAAGAAGCCTCACTGATTTATCCAATAA ATCGTCAAGCCATTTTGCATGTAGATTCTGGGAGAGGGCTTGAAGGGTTTGAGGTAAGTT GAAAAGATCATCAATGCACTTGAATGATTTCTCCAAACCAAGTAGACCATTGCTCACAGC TGCTGGTGCAACTGATACTTCTAAAGATTTGAGCTTGTTTAGCTCCACTTCAACTCTCTG GGTGGTTGGGTGTGATCTGCCAGGAAAACTGACTGACCGAATGTGATTAGGTTTTGAAGA AAGAGCAGTCATTTCTTATGATTTTCTCTCTGGTGAGGGGAGTTTTAAAACTTGTGTTGG CATTGAAACTCGAGTGTTGGTATTTATAGGTAGACAACCATAGTAAGAGTGACGAGATGA ACAGTGGCCTAATTAAATAAGCATGTGATTGCACGGCTGGATTGCTTTATTTCTTCAGTT TAGTTAGTGTTTGTCATGTAATATGTATCCAGGAAAGGTTGTCTCCTCCATAAAAGCTTA AATCCATCAACTACTATAACACAAAATAATTAGATGATTGTGATAAAAATTATTGCATAG TAATGGGATTATTTTAAGGTGTCAAAGAGTTTCAAAGGGGCTAGTATATTAAATATAAAA TTCATAATGCACGACTGAAGTTTATTTTATGGAACATGTACATGTATGGAAGTTTTCTTC TGGATTTGTTTGGCAAGGGGTTGGAATCATATCTCTATAAGCTTCTCAACTACATGTAAT GTTCCTAATAATTCTGAGAAACTTAGAAAGGCCTAATGTACTTGATTAAAATAATGGGTG GTTTCCATGAGTAGCTTATTTATCAACTGTAGAGAGCACATATGAGCTGTATAATCTTAT TGTTTAAAATGTTTATTATATGGTGGGCAAGGTGAAATAATAAAGTAATACATCATTAAA TAGCAGGAGTGGGCTTCTTTCCTGATATTACCCATGACTCAGTTTCTGATATAGTTGGTG AGTTTTAATATCTGTGGAATATTGATCTATTCTCATGCTTTAGCTTTTTCTTTTTACTCT GCAATTTTTGTGAAGAACTAAACAATGAAATCGGAATTATTACCTAAACTTAGAAACAAA ACTTACTTACAGTATGAAAGATTTAAAGATAAAAAATCATATAGGCAGAGCTAATTAATA CATGCCAGTGCAATGATACCCTTTTATTTTCTTTGGCTCCATTCGGAAGATTACAGCTAA GAAGTTCTTCTCAAAGATTTCCAAGATATGGTTATGATTTCTATCTTTTTAATTAGTTCA GCAGTAGGTGGCTAGCAATTTTTAATTAAATAAATAATGGATACATGAGTGTATTGGAAA ATTGAAATATTTAATTTTGTGCATGCATGTATGGCTGGATTTGCTGTGCTTGTTTAATGT TTATCAAATTATTCACTGAATAATTGTTGTCCTCTACAACTCACCCTTCAGGGCAAAGAG AGGGAGGTTTTACATATTTTACAAACTTTTGTAAGTCAAAAGCATGAGTTTCACATTCTC TCTGGGATATCTTATATTAAAGTATGCAGGGAAATGGAGAGAGCCCCTCGATCTAATCAG GCACCTAAATGCTCCTTCAAATCCATTGTTAAAGCACTCAGGGTGACGGTCGAAGGATTC CAGTCAAGTTTCAAAGTTAATGTTGTCTGCATGACTTTCATATATTCTTTTGCGAAATTA AAATGCACACTAAATTGGCTCCCCTTAGTAACTAATCACATATGTAGTGTCCAAATCTGA ATCTTGGAATATTGATTCACCAATCTCTTCATCCATTTATTTTAAGAGTTAAGACCAGGA CTAACTTTTGGGCTCCTCTGGTTAAGCTGGCTTCTGCACTTGAGTCTCCTTTTTTCCTTC TGACAGAGGATTGAAGATCTCTGACAAAGGCACAGACACACTTGTGAGTTGGCTCTGCAA AGTCTACCAGGCCTGTCCATAACACTATGCACTTAAAAGCTAGCCACGGGGCGCCGTGAG GCACGACCAACAGGTCAAAAGGAAGGCTGTTAAGCTTCCCATGAACATTATATATGTGAA AACTAATTAGCCAACTCAACATGTGCAATAAAAGCTTCGCAATTCGCATAAGAAGAATTT TAGGAGAGAACTCTGTGATGTACAGGCACCTATTTCCTTCCAAATTACCTTTGAAGTTGT CAAGCTGAGCCTCAAAAGAGTGCTAGTCACATTTTAGTTAGTCAAGTTCCCTTTAAATTT TTATTTGGGGAGCATACAGGTCGTTTTCAGGAACTGCTTATGAACTTTTTGGGAGCAACG CAATTAAGCTTGCTGAGCAAGGCCACAGTAATCTGGATTAAACTGATATTGACTCAAGCA AAGTGGCAGTGTTAATTTTTCCATTTAATTGTTCGAAAGAACGTTATGTTGTCTGTTTTG CCCTGCTGATATCTGTGCCAGATCTTTTTGCTGGATCTTGATTTTTCTTTTCTTGAATTT GGCTAAGGAGCTAGAAAAAAAGACTTGATTGGATAAGCCTCCTGATTAGATCTAGTGCTT CCAATTATCGCAGAAGACATATGATGAAAAAATTAAGATTGTCATAGTTACAGTGGTCAC CATATCTAGCTGGACTATGAACTAAGATTAAGCAGATCATAAGCTATAGTTCTAACTTTT TAGTGATGCATAGAAAAAATGGTGGATAAGTAGAATAATGAAGAAATTCTTCATCGTCAT TATGATCTTTCATTAGTTTGATTTTTGGAGCCAATTATGTAAAGTAAGTATGTAATGAAT GTGCTAAGAATTTTTATCAGTTTCCCCTCTAATTTTAAGAGGATCATTTCAGTGGATATG AGCTACCGAAACATAACCTGACATACTGCTAAGTGCTTTCTTTTTGGTAAAATTCACGGG CATAACTTTTAAATTTTGATCTGAGAGAGAGAGGCAATAAGTGGTGTATAATCTTTCACT TGAAGTTTATGTATTTCTAACATTACTACAAAACTGTTCATATACAATTTACAGAGTATA GAATAACAACTTCCAAATTAGCAGGAAAGAACATTGAGGAGCGAGCTTCTAGATCTAATC AAGCACCTAAATACAGCTTCCAGTGCATTTTCAAAGCTGTCAAGGTAAGCCTCGAAGGTT TCCAGCCTGGTTTCTAAGCTGGTGTTTTCTTCTTGGACTCCAGGTGTTATTCTCTGTTTG TGTACCAATCTTGAAAGCAATGACCATTTTGATTGCTTAGGCTTCAAAAGTGGCACACAC AGGAAGGACAAGAGCGTTTGGAAAATTGAAATGCATACTGCATTAGCTTCTCTAAGTGCT CTAATTGCAGCTATTGTATCTTGTTCTGCATCTAGCAAGACTGGTACTGCAGTCTCTTGA TCTATTTGTTTCAGAGTCAAGATAGACATTTTGGCATCCCTCTTGATCTTCTTGCTGAAA GAGGTAAATCTTTCAACGCTGTCATCTGTAGTTGAATCTCCTTTTCTCCTTCTGAGAGAT GATTGAAGATCTCTTACTTTTTCTTTATATTGTGAGACAAGTTCCCTTGTAGTGCCGCAA ACATCAAGAAGCCTCACTGATTTGTCCAATAAATCGTCAACCCATTTAGCATCTAGACTT TGGGATAGGGTTTGACGGGAAGGCAAGTTGAGAAGACCATCTATGCTCTTGTATAATCTC TCCAATATGAGTAGACCATGGTACACAGTGTCTGCTTTTGGTGTAGCAGGTGCTTCTAAT GATTTGAGCTTGTTGAGCTCTTCTTCTACTCTCTGGATGGTAGGGTGTGATCTCCCAGGG AAACTGATTGACCGAACGTGGTTGGGTTTTGAAGAAAGAGCAGCCATTTCTTATGTGTTT TTTTTTTCTGATGAGGGGATATCTCGAACTGGTGATTAAATTGAAGCTTCAGAGTTGGTA TTTATAGGCAGACAGCCATAGGAGGAGATAAATTGAGCAGTAACCTAATTAAATCAGCAT GTGATTGAATTGCTGGATCTTTTTGGAACTCGTAAACCTGCTACACATTTGGCCTACAAA GGCTCTGCTGATTACTTTTATTAGTCCTCGTATTATTGGATGAACGTGAGGCATCTCATT ATCATGTGGGTATTGAATAGATTCCCTTTTTGGGTCTCCAGAAATGGTGCCAATACTATG ACACATGATTTTTTTTATTGGTATTATGTGATTGAAGATGCATTAGCTTCAAGGAGTCTG TTTTACTTGTTCAGTTGTTTAGTTAGTTTTTGTCTGTAACAGGTGGCCACCTAAGCTTGT CCCCTCCATAAAAGCTTAAATCTGTCAACTACTAGAACAACACATATTTAGATAACTGAG ATATGAATTATTAAAGAATAGTGGGATATTTTAAGGTGTCAAAGACTTTAAAAGGGGCTA GAAGATCAATATAAAATTCATATTGCACGTTTGAAGTTTATTTTATGGAAATGTACACGT ATGGGAAGGTTATTATTTGAATTTGTTTGGCAAGGTGCTAGGAGCATATCTTTACAAGCT TCTTGACAAGGTGTAATACTTCTTATAATTTTGAGGTCAAATTCAGAAAGGACAAAATTT ACTTGGTTCGGTTTCCACACACCACAAGTAGTTGGATATATGAACCAAAGAAAATCAGAT TGTGAGCTGTATTAACTAATTGATTAGGATGTGTTAAGATATGGTGGGTAAAGCGAATAG CTAAGAAATATTTCATATTCATTTGTAAACGAGTGCATTTTTGTCCAGATATTACCCTTA AATCAGTTTCTGTCATGGTAGGTGAGTTCTAATACCTGTGAAACATTAAGCCGTCTTCAT GCCTTCAATTATATTTTATGAAGATTCACGCCTTCATTTTTTTACTCTATGCAACTTTGG AGAATAAAGTGAAATTGTTCCCTTTTTTTAGTATGATAATTTTAGTTTTCACTTGTTCAT CCATCAAGGGATTTAGCATGCGGAGAAACACTAAAGGTTCTCTGAAAACGAAATAATCTC AGATGAAGCTGATTAAACACAATTAAAACTACACTTGCAAACCTAATTAATATGACGTAT GTCCTTTGAAGAATTTATCAATTTCTTTTTCATTTAGGTCCCAAAATAGGTTAAATTACT CATTAATCTTTAAACAATTTTTAGGTTCTCATGGCTATATCTTTATAGAAAATGATAACA AAAATTGGAGACTCAGAAGCTTATCCTGTTGTTGGAACAGCCTTAGAAACTTGTGATATG CGAGAGTAGTATGATTCTATTATAAATTTAGATATCTGTTAATTGCATACAGAGGGGAAC AAAATCATGTAAAAAGAGACAGATTAGATTTTTCATATAATCTTTCACTTGTATATTGTT CTTTTCTATCATAACTACAAAATTGTATATACAAAATTTGGTCAACCATACAGTTTAGAA GGAAACTGTATTATGTAGGGAGCTACTTGATCTAACATCTATATACTCTTTCCAATCCTT TCTCAATACTATCAAGTTGAGACTCAAAAGTTTCCATGTTCATGTTTGGTTCTTGGACTT CACATGATACTCTCTCTTCCCTTGTACACCAATCTTGAAACCAGTGACCATTTAGATGAC TTAGTCTTCAAGAGTGGCACATACATGAAAGACAAGAGCATTTGGAAAATTGGAATGCAT GATTTACTGACATTTCTCATTACTCTAATAAAAAATGCTATTTCCGACGCTGCATCTAGG AACAGTGATCCTTCAGTCTCCTCATTCATTTCCTTTAAGGACAAGACTAATCTTTTAGCG TCCTTCTTCATCTTTTTTCTGAAGGAGGCGAATCTGACTATGTTATCTTGCTTTCTCCTT CTGACAGATGATGCTACATCTCTTACATGTTCCTTACATTGTGAGACTAATTCCCTTATC GTGCCACAAACATCAAGAATTCTCATGGATTGTTCCGATAAATCTTCAAACTATTTTCCA TGTTGGGAGAGGTGAGTCAAGTTAAGATGATCATCAACACATTTGTGTAGGTCTTCCAAA ACAAGTAGACGACTGCAAATAGTCTCTGCTGTTGATGCAGTAGATACTTCCAGCACCTTG AGCTTGTTGAGAATCTCTTCCACTCTCTGATTGTGTGGTCTAGTGGGTAAACTGATTGAC CTAATATGGCAAGAAGTAATAGCCATGGTTTTTAGTTTTTCTATGTTGTGAGAAAAGCTG AATGCTGGGATGAACAATAGGTACAAAGAAAGGTCATTTATATAAACAAAGAGGTATCAA GAAGCGAAAATGTGGTCATGTGGGTATCCCTTGGAATTTGGTAAATTGCTATGCATTTGG CAAACAAAGGCTCTAATAATTAGTCATCTAAATGAATAAATTATGTGGCTTTGCCTTCAT ATGGGGTTCAATTACAGGTTGCCTCTTCCCTAATTACTAAGAATTGTCGCATCACTTGGT GGTGCAATCAAGATGCTAATAACGTGGGTCCACTGAGGCTGTCTCGTTTGGAGGAGCTGA TGTCCACTAATTACACAAAATACAGATTAGAAGATCTGAAAAGATATTTTTTGCCAATAT TCAAATGGACGTGTAGTGTATATTTAATTTATACACGTATGTGTGGTTGTTTGCCATATT TTATTTGGAAAAGGAAAACTAGTTGATTACTAAATTGCACCATGGCCAATGATAATTTAA TGCCAGAAATTATTTCAAATAAAGTGGCATGGGTAACTGCCCATTAATTTGTTCAAAAGA ACAGTCTGTTGGCTGCTTTGTCTGTGATTTCATGCCAAATCCTAGTTTGAATCTTGATTT TGTTTTTGTTTAATTGGCTGGGGATCTTGATGAAGTTTAATGATATAGGATTAGCTCCTT TACTAGATCTACATCTTTTAATGAACTCGAGAAGGAATTCAAACAGATACTAAATCAATA TGGTCAAGTTAAGGTGGTCATGTCATAGTTAGTTGGACTTTTAACTAAAGATAAGCAGAT CATGAACTATATTATCTAATTTACCTGTGATGTATATCTTACTGATGAGTTCAGGTTCAA GGAGGCTGATCAAGGGACCCAGGTTTTGGTCTTCCTTTATAGAGGGAGGTTTCTTTTATA TCAAGAGCGTCTTGGGGAGGCCGGTGGAGTTTATTAACACCCTAGGGTCACTATGCAGAG GAAATGTTAGAAGAACTCCAGAAGCCTGTGTAGCAAGAACTTATTGTGAAGCTTCCTTCA CACAGACCTCATTCTTCTGCAATTCATGTTATGAATTAATATCACTTTTCAGGTCAATAA TTTACGCCATCTGACTTTACATGAGAGGCTTCCTTGGTTTGATTAACAAAACCAATTATG TGGCATAAGTGTGTAACTGACGGGCTATGAGTTTTATCTATTTCAAGCCCCACAGTTTTA GGAGATCATTTCGACAAATAGTTTGGGCTATTGATGAAAAAGTACACGCATAGAGAGAGA TTAAATTGATGTATATTCATTCACTTGAGATTTGTGTATTTCTAGCATAGCTACAAAACT GTTTATATACAATTTACAGTGTGTGGAATAACAACTGACAGATTAGGAGGAGGAAATATT GAGGAGCGAGCTTCTAGATCTAATGAGACACCTAAATGTTGCTTCCAATCCATCTTCAAA GCTGTCAAGGTAAGCCTCGAAAGTTTCCAGCCTTGTTTCCAAGCTCATGTTTTCTTCGTG GTATTCAGATGTTATTCTTTCTTTTTGCACCAATCTTGAAAGCAAAGACCATTTTGATGG CTTAGGCTTCAAAAGAGGCACACACAGGAAGGATAATAGCATTTGGAAAGTTGAAAGACA TACTGCATTAGCTTCTTTTAGTGCTCTAATCACAGCTACTGTATCTTGATCTGCATCTAG CAAGACCAATACTGCAGTCTCTTGATCCATTTGTTTCAAAGTTGAGACAGATCTTTTGGC GTCCCTCTTGATCTTCTTGCTGAAAGAGGTAAATCTTTCAACACTGTCATCTGTAGTTGA ATCTCCTTTTCTCCTTCTAAGAGATGATTGTAAATCTCTTGCATTTTCTTTACATTGTGA GACGAGTTCCCTTATTGTGCCACAAAGATCAAGAAGCCTCACTGATTTATCCAATAAATT GTCTAGCCATTTTGCATTTAGACTCTGAGAGAGGGCTTGAAGTATTTGAGGCAAGTTGAG AAGATCATCTATGCACTTGTACAATTTCTCCAAACCGATTAATCCATTGCTCACAGCTGC TGGTGCAGCTGATACTTCCAATGATTTGAGCTTGTTGAGCTCCTCTTCAACTCTCTGGGT GGTAGGGTGTGATCTCCCGGGCAAACTAATTGATCGAACGTGATTGGGTTTTGAAGAAAG AGAATCCATTTCTTATTGTTGTTGGTTTTTTTTTTCTAATGAGGGGATATCTCAAACTGA TGATGGAATAGTAAAACTAGAGTAGGTATCTATAGTCAGAACACCATAAGGAGGAGATAA GATGAGAGATTGCCAAATTAAATCAGCATGTGTTGCACGGCTGGATCTTTTTGGAGCTTG TAAACCTGTTACGCATTTGGCCAACAAAAGGTTCTACTGAACGTGCGGCATCTAATAATC ATGTGGGTGCTTAAAAGATTTGATCCTTTTTGTCTCCAGAAATGGTGCCAATACTGTGAC ACTACATTTTTATTTGATTGAAAATGCAACAACTTCAAGAAGCCTGTTTAATTGGTTTAG TTAAGTTTTTGTCATGTAGTAACAAGTGGCCTGAAGTTTATTTTATTATGGAACTGTGCA CGTACTGAAGTTTATTTTAATCCGTGTTTATACTAAACTTTACCAACTAGCAGAGACGGA TTCAGGATTTTGAGATATCGGATGATGCCATGCTTTTTAAAGAGAAGCCAAGTAAGCCTT CAAGAAGAAAAAATGTGGTCATGTGGGTATGCCTTGAAATTTGGTAATTACTCTGCATTT GAAAAACAGAAGTGAAAAGCTCTAATAGTTAGATTATGTGGCTTTGGCTTCATACGGGGT TCAGTTACAACAGGTTGCACCTTCCCTAACTACTAAGCATTGTCGCATCACGATGCTAAC AGCGTTGATGTCCATTGATAATACAAAATACAAATTAGAAGATCTAACATGTAGTAGATA TTTAATTTATACACGTGTTTGCCATTTTGATTTGCAAAGGGAAAACTAATTTATTAATAA ATTGCACCACGGCCAATGAGTGAAATTATTGCCAAAAATTTCTAAGCAACATTTCTTTTT ATGGTTGCAAAATGGAGAACCAAAGACTCAGGTGTCCTAACTAATGTAGGTAATATGGAT GGAGTAAGAGATAAAGCTCTTTAACTGTTAGTTCGTTACCATCTTTTACTCTTTCTCCAA GGTTTTAAAATTTTATAACCAAATTTTGTAATGGGTTTTAGTACAGTAAATAAAATTCTA CCAAGTCAATTTCCCAACCGTGTTTGGAGGAAATCCCCATTTGGACGTGGGAGCACAAAC TCTGATATTGTCCATGAGGCTCAAGAGCGCCTTAAGCCATGTCGCCCTAGATCTTTGTCT TCAAGTAATCTCTTCAAACTCGGGCATTCTTGCAACTAAATCATCTTCCCACTGAGACCT GTGATTTTGGATTTTCTTCAATTCTGCTAGTTAAGCCAGCACATGTTGATTCTGAAGATC CACGTTCCCATGCATAATACTGCCCTTACTCCATTCTTTCAGCTAAGCGACCCGCACAAA ATCAGGATTACTATTGATGTTGGAAGGACGGTGCACTAACTTATGACAAATCCAAGAAGC AAAATTTTCTCTTGAAAGCAACATTGATGTGGATGATTAATGATTTTCATGCTTTTTCAA GAATTTGAGATTGTGATTTGAAATCTTACCTGAGACTTCATATCACATTCCAAACGCAAG CTACGTGGGCCGCGAAATCAGCCCGGCCCAAGAATGAAAAGACACACACGGGCCGAGTTC ATACCCTTCTAATTTTACCTGAACCTGTCTATCTCCCCCGTTTCCGTCTTCTTCAGTTCC TTTCTTTCTCAGGCAAGGTAAGCTCTCAAGTCACAACAGAGAAGCTTTAAGCTCTTAGTT CTTCGTTTCTTTCCACAGAGAGAGTTTTTGTTTTCTAGCTTTAGTTCTTCTCGTTGATTT TCTGGTAAAATAAATAGTCCTTATACTTTTGAGTTTCATAGACAATAATGTCAATTTCTG ATCAAGTTTTTGAATTTTAGATTTGAATTTGACTCACGAAAGGATTTTGTTTTTCATAAT ATATCCAGAATTTAAAGAATCGTGATCAAGTTATAGAGGGGATGGATTTAGTTGTGATGA ACCAGGTATTTTTGGTTTCTTATATGGGTGCTTTTTTATTTTCATAAAAAATATTGTGTG GGTGGCTGATGAACAATGTTTTGACAATGTGTAACTAGGTGTGATTGGCTTGATTGAAAT CTTTTCTTTTGCAGGGCGTAGACGGAAGGATATTTGGTATTTGGTAAAGAAAACTCGGGT TCAAGGGAAGATAGGTAATTTTTGTTTGATCAATTCCGTATGATGCTTTAACATGCTAAA TTCCAATGTGGATTTATGAATTCCTGTTGTGTATGTGATAAACAATTGGTGCACCTGAAA ACTAAAAAAATAACTACAGACTCAATCTCAAATCAATTGAGGTTGGGTTTATGAATCCTC ACTCATTGGGATAATACTCAATCATGTGAAAAACTTGTGCTCCTGAAAATAACTAAAACG AATAATTTGATTTAAACTGTATTAGTAAAGTTAATACGGAGAATGAATGTCTAGTGCAGT AGCAAATTTCCAAAATGGGCCAACGATGCCCTTAACAAAGTGGTAACTTCTGTAAATGTA TCCCCACTGCGTGAGAAATTATAGAAGAAAAAGTATGTCTAAATGGAAACATAAAATATA CAGGAGAATTTCCTCCCGCTCTTCATCCTATGCACGTCAGTCACCTGTGTATGTTTGTGT TTGCATGTCCTTTCGGGTGAGATTTCTTCTTTGTTTCCGCTGAATTCATGTTCATCCTTT TTTTTTATTTCATCATTTTGTCTTAATGCAATGAGAAAACATAGTATTTAGATGATTTGT AGAGGAGTACAGAAAGGGGACTCATTGTCCATGAAGTACATGAATGAAAATCATTATAAC TAACTAGTGCTGTTAAATCACTTTAATAGGCCTAAAGGAACTATACTTATCCAAAGAATT ACCACAAGAAGCTGTTGCCACTCATCTTGAAGGATTTCTCTGTTACGAAGAAAACGGTTT TGAAACTAATAATTACAAGAAAAGATAATAACACAAAAGATCCACTTCCTGGCAGGAAAA TAGATTCTGGTCTGCATTATTCACTTTGAACTTTTCTAATTCGAGTATAGTCTTTCAATC CGTGTAATATATATTTCTAGTATAAGTACAAAATTATCCATTTACAAAATGTGGTGAACT ACTATATAATTTGGTGTAGGAACTTCCAGATTAGCTGGAGAAAACATTCAGGAGCGAGCT TCTCGATCTAATCAGGCTCCTGAATGCTCCTTCTAATCTCTTCTCAATGCTGTCAAGTTG AGCCTCAAAAGTCTCCACTTTTGTTTCCATGTTCCTACTGTTTTCTAGGCCTTCATGTTC TATTTTTCCATTGTGTATCAGTTTTGAAACCAATGACCATTTTGGCTGCTTCGGCTTCAA AAGTGGCACTGACAAGAAGGGCAAGAGCATTTGGAAAATCAAAATGCAAACTGCATTGAC TTCCCTTAGTGCTCTAATCACAGCTATTGTCTCCTGATCTGCTTCTAAGAATGCTGCGGT GAGAGTCTCACAGTTCACTTGCTTCAAGGACAAGGCTAATCTTTTGGCGTCCTTCTTCAT TTTCTTGCTGAAAGTAGTGAACCTTGCAATTCCTGCTTCTGCACTTGAATCTCCTTTTCG TCTTCTGAATGAGGATTGAAGAGCTCTTATGTTTTCCTTATAGTGAGAGACAAGTTCCCT TGTAGTGCCACAAACATCAAGAATCCTAATCGAGTTCCCCAGTAACTCCTCAAACCATTT AACATGTTGGTGCTGGGAGAGTATCCGAAGAGTTTGAGTCGACTTAAGAAGATCATCCAT ACACTTGTGTAACTCCTCCAACCCGAGCAAACTATTACAAATTGTCTCTGCGGTTGGTGC AACTGATGTCTCCAATCCTTTAAGCTTATTCAACACCTCTTCAACTCTCTGAGTTGTGGG GTGTGATCTGTTGGGCAAACTGATGGATCGAAAAGTCTTAGTTTTTGAACAATCAAGAGC AGCCATGGCTTCTTATGTTTTAATTTGAGTTTCTTTGTGAGAAGAGAGAATAAATTTGGT GAGCAATGAGCATCAACCAAAGGACATTTATATAGGTCGATGGCACAATAAGTGTGTAAC GATTCAAAAAAAAAGAGAATTATGTAAATAAGTATTTAAGGGCATAATTGTCCTTTCACG TTTTAAATGAATAAATAAATAAATAAATAAAACAGATTAGTATTTATTTATTTTAATGTT ATTTGACTAATTCTTGAATTAGTCTCCTAATCCAATTAGTCCTCTCTCTCTCACGCTTCT AAACTCCCTCTCTCACGTTCTCCATCTTCCTCACATTATTTCTGCCAAAAATATCAATAA TTTTCATGCTTGAAGAACTCACAAAAAATTTTTAAGCAAAAGAAAAAGTAATCAAAACGT CAAGGCTAAGAGAGGTTCGTCGAGAGAGGTATACTTTGAAGTGAATTGGGAGTGGTTTGG AGGAGTTTTCCGGGCAGCAACATTAAAGTTTGAACATCGATTAAGGTATGAGTTTCTCTC ATGGAATTCTTTCTCCAAGAGTACTTTCTTTCGGACGTTTCTTAAACTCTTGAAACTAAG GTTGTTCCCCTTCGTATGTCCTTGTCCTTAGCTCCCTAATGAATTTGTAGGATGGGTATG TTGTGCTGCTAGATTTTTGCATGAATGATGTGTTTAAATTAAATATGAATGTGTTTATGT GCGGGGAATCGCGATAATGATCATCAGAATATGATCGGAAAAAGTTGATGTATGGGTGTG TATAGGGCAGTGTTTTAGGCATTGTTTTGGGGTATATAAGTTGTTTATTTATCATGTATT TTATGTGTGAAATGGGTGTGCAATGCGATGTTTATTTTGATGAAGCATAGTGAAGTGAAT GAACCATGAAATCTCCCTAAGAACTAATGTGAAACTTGATGAAAAAAAGTGCAGAAAAAT AGTGGAATAAATTTCCAAAAACATAGAAATAGGTTTAAAAAGAATCTGGAAATTTTTGGG ATGTCAAAGAATTAAAAAAATATTAAGGGAATAAAGGTGAGGCTGTGGGGGTTCGAACCC ACCACCTCATAGCCTCCATTCCCAGCGAAATTAAGAGGAAAATGAGGGGGGCTGTGGGGG TTCGAACCCACAACCTCCCTATTCAAGCGAATTTAATTAAAAATAATAATAATAGTAAAT TAAAATTCTAATTAAAGTTGGAAAATTAATTCTCTTATGTAAACATGGAGATTTAATTTA GAATCTTAATTAAAAATAGGATATTAATTCTTTTATGTAAATATTGAGATTTAAATTGGA ATTCTAATTAAATTAGAAAATTATTCTTTCATGTAAATGATTGAAATTTAATTTAGAATT CTAATTAAAATAGAAAATTTATTATTTCACGAAAATGTTGAGACTTAACTTAGAGTTCTA AATTTATGAATATTAGAACTAAAATCAATGAAAAATATAAATGATATCCAAATAATTCAA AATTTGGGTTCTCGTGTCCAAACCTCCGTATTGATACATAAGTCATACGTGAGTGAAATA TTCAAGAATAATGTCATCTACTTAGATCAAAAATCAAAGATCTTGGCATATATACAAGAT ACATAAGTCTTGTAATACATAATCTTAGAAAAACAAGAATTCACTTAACGAACTATAAAT GAAGCCTCATGGCTTGTATGTATAGATATATAAGTTTAACATACGTTCAAGAATAAGTGA ACCTAAGATATACGTAATGAAATGAAGAATGTGGCGACAATCATGATGTGAGGTTAATGC ATATGATGAGAGCAATCTTAAATGAGCTTAAGTAAATGTTACCGATACATACTCACCAAT GAGAGTGTAAGATAATGAAGAGACTAGTCTCTATGAATACTCTAACAAAAATATTGAGTT TAAAACACTTAATACTAATGATGAGATGAGAAATCATCTATTGAGCTATGATGTCTTCAT ACTAGAAGCAAACTTCTATGATGTATGAGTTGCATGTAATGGAACTTTATACCGAGCACC GATAGGCTAGCTATGAGTGGTGATGCCTTCTTTCGGGAAGGGCGGAGGTTCACGTAATTC TCATGAGATGAGACTGTCCGGCTTGCCGGGTATGGGTCTCCATACATCTCCTAGTCTTTG AACCTATATTGCCACTATAGGGATCTGGCGGGGTTAAATTCCCATATACGCTAGCATGTT ATTGAATCGCTTTGGCCGGTGATTCCACCTCTTTTCGGTGTGGGAAAGACACTGGATTTC ATGATGCTCACATGATCTATGTCGGTTAAAGTTAAAGTTCCCAATGAATGAATGAGGCCA GCCTCAAACGAATCATATAAAGAAATGAATGATACCGAAGGTGTTAGGATAGGATAATCA AGAGGTGAGCTAGATTCAGGTAATGACATTAGGTCATTCCTGATCATTGCACAGCAAACC CGATGAGAGTCTTAAACTACATCCTAGGTATACCTGGTGTTCGCACTGGCCTATGAATGA ATTGAAATGAAATACGAATGAATGAGTGAAGCAGACTCTGTGTTTGCTAAAGAAGGCTCC CTAGTTGAGGTCCCATATGTTGAGCCCTCATTTTGGAAAGTCTTAAAGTTAAGTCTATGA TAATAAGGTCTCATGGTATACGAATGAATAATATGAAAGAAAGTATGTGTTATATGTTAT GTGTTATATGAATATGTTATGTTTTGTGTGCTATACGATAATTATAATGATGCATGTCAC TCTCATGGCATAACTTTCCCAATCTCAATTTGGCAAGTCCACTGACTTGACTTCCAAAAA TCATGTTGTTAGGAAAGAGCTATTCTTCCTCATGCATGTCCCTGGTGTGTACTTGCATAT ACTCATACTTAGTACAAGTGTGTACTAATTCCATACGAACATCTACTTTTAGGTGCAAGC ACAGGTGGACGCTAGAGCTACAGGTTCGTTGTTGCAGCTATCCGGACATCAGTATTCATC CGGAGTTTGGTAGGTCCTCATGCTTTCGAGGATGCTACCGTTTTACATTCTAGCGTAGTT TTAGAGTTGAGCTAGCGGAGCATGTTCCACTAGCGTTTCTTTCCTGTTTTGGTTCAAACT TTGTATTGGCGCTATTTTGGCCGATATACAAGTAATACTTAATGAATTATTTCTTTCAGT TGCTTATCTCTTAAATGTTAGATGGTTGATGATGAACGATTACGAAATGTTAAGAATGTT CAGCAAGTATGATTAAAGAATCAAAAATTTCAAATTTTCCGCTAAAATTAATCTATGTAA AGTAAGAATGACGTAAGCAGGCTTGTCTGCGACCTCTGAGAGGTCAACGACGCCGGTCTC GTCTGGGGCCTAGATTCCGGTCGTGACCAAGTTGGTATCAGAGCGCTAGGTTAAATTCCT GAAATAATGAGTTCACATCAACCACATTGAGTAGTTTCTAAGTCATGGTAGTGAAGTGCA CCACTATCCTGGATTAGAGACTGCATGATGCGTAGGAAAGACTTCCCTTCTTCTTATCTT ATTGTGCTTTTCCTAATGTTTTAATTCTTGGTGTTACAAACGTGTCTAACATCAACCTTG GGTTTTTTTCAGAGAATGAATACCTGGGGAACTAAGGGTCTGAGGACGGGAGCAGCAGCA GCTAGGGGTAATCAGAATCCACCCCAGGCTCCAGCTGAAGGAGTGGCCATGCCAGTGAAC CCAGCTGGGTTGACTGATGCGGAGGTGAGGGCATCTCTAGCCCAGATGGCACAAGCCATC ACGATGCAGGCTCAAGCTATGACTGCCCAAGTCAACCGGCAGGATGTTCTGAGGGAAAAC CCACCGGTTCGCAACATAGCTGACAGACTGCGAGACTTCACGAGGATGAATCCTCCAATT TTCACAGGGGCTAAGACTTCAGAAGATCCTCAGGAATTTATAGACGAGTTGCATAAGATA CTGGTGGCCATGGGGGCCACTGATATTGAGAAGGCTGAGTTGGCTTCCTACCAGCTCAAA GATGTTGCACAGACTTGGTGCAAAATGTGGCGAGATAGCCGTGTCCTAGGAGGGGTGCCA GTCACTTGGGAGCTGTTCAAGACAGCATTTTTGGAAAGGTTCTTCCCTAGAGAGATGAAA GAGGCCAAGGTTGAGGAGTTCATCAACCTCAAGCAAGGATCCATGACTGTCAGGGAGTAT TCCCTGAAGTTTGTGAAGTTATCAAGGTATGTGCTTCCCTTAGTATTTGATAACAAGAAT GATGAGAGTACTTAACTTTGTTGAAATCATCCAGGTATGCTACTCCCTTGGTTTCTACCA GCAGGGAGGAGATGAGCAGATTCCTCACAGGAATCAATGGAAACCTAGAGGAAGATTGTC GGGCTGCGATGCTCCATGATAATATGGACCTTTCTAGATTAATGATGCATGTCCAACAGG TAGAGGACAGCCGAAAGAGGAGAGGTGTACGTGATGTTAGGAGGCCTAGGCCTCAAGATC AGGCAGGTCCCAGCCATGGAGGCCACAGAAACAATTTTGGCGTCCGCGAGCAGCCCAAAT TCAAGAAGGGGCAACAGAGTGCTGGAAATTCTGACCCTCAGAGAAATACAACGCCTAGAG GAGGCAGACCCGAACCCAAGAGGGGCAATGGAGGTGAGATGCAGCGTCCAAGGAAGACTT GTACTAAGTGTGGCCGAATGCACCTTGGAGAATGTAGACAGGGCACTAATGCCTGTTTCG GTTGTGGTAAGAGTGGACACATGGTCATAGACTGTCCCCAGAACAGAGGTCAGGCTGGGG GTAATGCTCAGCCTAGGCCTACCCCACATAATGCAGCAGCAGCCGAACCTCCGAAGAGGA ACAGATTTTATGCCTTGAAAGGTAGGGAGGAGCAGGAGAAGTCCGCTGATGTGGTCACAG GTATGCTGCAAGTATTCAACTTCTGTTTATGCTTTACTTGATCCAGGGTCTACGCTTTCC TTTGTGACTCCTCTGCTTGCCCTTACCTTTGAAATACTACCTGAAGTTCTGCATGACCCT ATAGTGGTTAGTACGCCTTTAGGAGAAAATGTGAGAACCGATAGGGTATACAAGAATTGC CCAATAGTTGTGAGTGGCAAGGCTATGTGTGCAAACTTGATTGAGTTACCCATGCGCGAT TTTGATATTATTCTTGGCATGGACTGGCTTCACAGCTATTATGCTTGTTTGGACTGTCGT AGTAGGGTGGTGAGGTTTCGCTTCCCTAATGGAGAAGAGTTAGTCTGGGAGGGGTACAAT CCGATTCGTCCTAACCCCTTGGTTTCAAATCTCAAGGCCAATAAAATGATGGCCAAAGGG TTACTATGTCATCTAGTGAGTGTTAATGATTTAGATCATGACGTTCCTTCCATAGACTCG GTGCCTGTAGTAAGTGAATTCCTAGATGTGTTTCCTGAAGATTTGCCTGGAGTCCCTCCC CTTCGAGAGATTGACTTTGGTATCGACTTAGAACCTGATACTAAACCAATCTCAATTCCT CCTTATAGAATGGCTCCAGCAGAACTCAAGGAGTTGAAGCTGCAGTTAAAAGATCTCACG GATAAGGGTTTCATTCAGCCGAGCATATCCCCTTGGGGCGCTCCAGTGTTGTTTGTAAAG AAAAAGGATGGGACCCTTAGAATGTGTATCGATTATCGGCAGCTCAACAAAGTCACTATA AAGAATAAGTACCCACTTCCCAGAATTGATGATTTGTTCGATCAGCTCCAAGGGTCTAGT TTCTTCTCTAAGATTGATCTTCGTTCAGGGTATCATCAACTTAGAGTTAGGGATAGGGAT GTCCCAAAAACAGCTTTTCGTACCCGTTATGGTCATTATGAGTTCTTGGTTATGTCATTC GGTCTCACGAATGCACCTGCTGCATTTATGGACCTCATGAACAGAGTTTTCCGTGAATAC CTTGACTCTTTCGTCATAGTATTCATTGATGACATTCTCATCTACTCTAAGACCAAGGAA GAGCATGAACAACATTTGAGACTAACCTTGCAGGTACTTAGACAGCATCAGTTGTATGCC AAATTCAGCAAGTGTGAATTCTGGCTGAGATCAGTGACCTTCCTGGGCCATGTTGTGTCC GATCAAGGTGTAGAAGTGGACCCCAGAAAGACTGAAGCAGTTAAGAAATGGCCAAAGCCT CTTACACCCACCGATATCCGTAGCTTTCTGGGATTGGCTGGTTACTACCGCAGGTTCGTG GAAGGATTTTCTTCCATTGCTGCCCCACTTACAACCTTGACAAAGAAGAAATCCAAGTTT GAATGGACGGATACTTGTGAGAAGAGTTTCCAGGAGCTCAAGGACAGACTCACTTCAGCC CCGGTACTTACTCTGCCTAAGAGTGGCGAGAATTACACTGTCTATTGCGATGCATCTAGG GTCGGTTTGGGATGTGTTCTTATGCAGGCTGGTAAGGTGATAGCTTATGCTTCCAGACAG CTCAAGGTTCATGAAAAGAATTATCCCACTCATGACTTGGAGTTGGCAGCTGTGGTGTTT GCGTTGAAGTTATGGAGGCATTATCTATATGGAGTACACGTGGATGTGTTCACGGATCAT AAGAGTCTCCAGTACGTGTTCACGCAGAGAGAGCTGAATCTACGGCAACGCAGATGGTTG GAGCTGCTGAAGGATTATGACATGAATGTGCACTATCATCCAGGCAAGGCTAATGTTGTG GCTGATGCTTTGAGCAGGATGAGCATGGGGAGTACAGCCCACGTTGAGGATGAGAAGAAG GAGCTAGTGAAAGAGGTACACAGACTGGCCAGGCTGGGTGTACGGTTGGTTGACTCTACT AGTGGAGGTGTTTCAGTTCACCCTAGTTCTGAATCATCCCTGATAGTGGAAGTCAAGAAG GGTCAGCATCTCGATCCTGTGTTGATGGAGATGAAGGACTCAGTGTTGTTAAAAATGAAT GAGTCTTTTGCTTTGGGAGATGATGGCATACTTAGATACCAGAACCGGTTGTGCGTACCA GATGTAGATGATTTACGGACCAAGATTGTTACAGAGGCCCATGGTTCCAGATATTCCATA CATCCAGGTTCCACAAAAATGTATCATGATCTTAAGCAGATTTATTGGTGGGATGGCATG AAGAAGGATATTGCAGACTATGTGGCTAAGTGTCCTAATTGTCAGCAGGTTAAGGCAGAG CATCTTAAGTCTGGTGGTCTGACTCAGATTATTGAGGTTCCGACTTGGAAATGGGAGGCC ATTAATATGGACTTCGTAGTTGGTCTTCCGAGGACTAGGAGGCAGCATGACTCTATATGG GTTATTGTGGACAGACTGACTAAGTCTGCCCACTTTATCCCTGTGAAGTCCACTTACAGG GCCGAGGATTACATGAGACTCTACATTGATGAGATTGTGAGATGGCATGGGATTCCTTTG TCTATTATTTCAGATAGAGGAGCTCAGTTTACTTCGCATTTTTGGAGATCTTTCCAGAAA AGCTTAGGCACGCAGGTGAAACTTAGCACTGCCTTTCATCCTCAGACAGATGGGCAGGCA GAGCGCACTATTCAGACATTGGAGGACATGTTGAGAGCGTGTGTGATTGACTTTAGAGGT AATTGGGATGACCATCTACCTTTGATAGAGTTCTCGTATAATAATAGCTACCACTCCAGC ATTGGGATGGCACCATTTGAGGCATTGTATGGTAGGAGGTGTAGATCTCCAGTTGGGTGG TTCGAGGTTGGAGAGTCATCTATTTTGGGTCCAGAGATCATTCATGAGGCCCTGGAGAAA GTTAGAATGATTAGAGACAGGTTGGCTACCGCTTATAGCCGACAGAAGTCATATGCAGAC AACAGAAAGCGACCCTTAGAATTTAACGTTGGTGACCAGGTTTACTTGAAGATATCGCCT ATGAAAGGGGTGATGCGATTTGGTAGAAAAGGGAAGCTTAGTCCGAGGTATGTGGGGCCA TATGAGATCCTACAGCGCGTGGGTGAGGTGGCCTATGAGTTAGCATTGCCTGCGGAGCTA GCTTCTGTGCATCCAGTCTTTCATGTCTCTATGTTGAAGAAGTGCCTAGGTGATCCAGCA TCAATCCTACCTGTAGAAGGTTTGGGGGTTGGTGAAGACTTGTCCTATGAGGAAATACCT GTTGAGATCTTAGACAGACAGGTCAAGCGGCTGAGGAACAAGGAGATTGCCACAGTGAAG GTATTGTGGAGAAACCATCTTGTTGAGGGTGCTACGTGGGAGACTGAGGCCGACATGAGA TCCCGATATCCACATCTTTTAACCTCTTGAGGTTAGGCTTCCTACTCGTAAAACTATAGT TCCTTATCTCTTCGTATTTGTTGCTATTGGCTGATTGTACATAGCAATTAAGTTATGATC TCATTGGCATTATGAGGTGAAATGGTGGTGTCATTCGGGGACGAATGTTCCTAAGGGGGG AATAATGTAACGATTCAAAAAAAAAGAGAATTATGTAAATAAGTATTTAAGGGCATAATT GTCCTTTCACGTTTTAAATGAATAAATAAATAAATAAATAAAACAGATTAGTATTTATTT ATTTTAATGTTATTTGACTAATTCTTGAATTAGTCTCCTAATCCAATTAGTCCTCTCTCT CTCACGCTTCTAAACTCCCTCTCTCACGTTCTCCATCTTCCTCACATTATTTCTGCCAAA AATATCAATAATTTTCATGCTTGAAGAACTCACAAAAAATTTTTAAGCAAAAGAAAAAGT AATCAAAACGTCAAGGCTAAGAGAGGTTCGTCGAGAGAGGTATACTTTGAAGTGAATTGG GAGTGGTTTGGAGGAGTTTTCCGGGCAGCAACATTAAAGTTTGAACATCGATTAAGGTAT GAGTTTCTCTCATGGAATTCTTTCTCCAAGAGTACTTTCTTTCGGACGTTTCTTAAACTC TTGAAACTAAGGTTGTTCCCCTTCGTATGTCCTTGTCCTTAGCTCCCTAATGAATTTGTA GGATGGGTATGTTGTGCTGCTAGATTTTTGCATGAATGATGTGTTTAAATTAAATATGAA TGTGTTTATGTGCGGGGAATCGCGATAATGATCATCAGAATATGATCGGAAAAAGTTGAT GTATGGGTGTGTATAGGGCAGTGTTTTAGGCATTGTTTTGGGGTATATAAGTTGTTTATT TATCATGTATTTTATGTGTGAAATGGGTGTGCAATGCGATGTTTATTTTGATGAAGCATA GTGAAGTGAATGAACCATGAAATCTCCCTAAGAACTAATGTGAAACTTGATGAAAAAAAG TGCAGAAAAATAGTGGAATAAATTTCCAAAAACATAGAAATAGGTTTAAAAAGAATCTGG AAATTTTTGGGATGTCAAAGAATTAAAAAAATATTAAGGGAATAAAGGTGAGGCTGTGGG GGTTCGAACCCACCACCTCATAGCCTCCATTCCCAGCGAAATTAAGAGGAAAATGAGGGG GGCTGTGGGGGTTCGAACCCACAACCTCCCTATTCAAGCGAATTTAATTAAAAATAATAA TAATAGTAAATTAAAATTCTAATTAAAGTTGGAAAATTAATTCTCTTATGTAAACATGGA GATTTAATTTAGAATCTTAATTAAAAATAGGATATTAATTCTTTTATGTAAATATTGAGA TTTAAATTGGAATTCTAATTAAATTAGAAAATTATTCTTTCATGTAAATGATTGAAATTT AATTTAGAATTCTAATTAAAATAGAAAATTTATTATTTCACGAAAATGTTGAGACTTAAC TTAGAGTTCTAAATTTATGAATATTAGAACTAAAATCAATGAAAAATATAAATGATATCC AAATAATTCAAAATTTGGGTTCTCGTGTCCAAACCTCCGTATTGATACATAAGTCATACG TGAGTGAAATATTCAAGAATAATGTCATCTACTTAGATCAAAAATCAAAGATCTTGGCAT ATATACAAGATACATAAGTCTTGTAATACATAATCTTAGAAAAACAAGAATTCACTTAAC GAACTATAAATGAAGCCTCATGGCTTGTATGTATAGATATATAAGTTTAACATACGTTCA AGAATAAGTGAACCTAAGATATACGTAATGAAATGAAGAATGTGGCGACAATCATGATGT GAGGTTAATGCATATGATGAGAGCAATCTTAAATGAGCTTAAGTAAATGTTACCGATACA TACTCACCAATGAGAGTGTAAGATAATGAAGAGACTAGTCTCTATGAATACTCTAACAAA AATATTGAGTTTAAAACACTTAATACTAATGATGAGATGAGAAATCATCTATTGAGCTAT GATGTCTTCATACTAGAAGCAAACTTCTATGATGTATGAGTTGCATGTAATGGAACTTTA TACCGAGCACCGATAGGCTAGCTATGAGTGGTGATGCCTTCTTTCGGGAAGGGCGGAGGT TCACGTAATTCTCATGAGATGAGACTGTCCGGCTTGCCGGGTATGGGTCTCCATACATCT CCTAGTCTTTGAACCTATATTGCCACTATAGGGATCTGGCGGGGTTAAATTCCCATATAC GCTAGCATGTTATTGAATCGCTTTGGCCGGTGATTCCACCTCTTTTCGGTGTGGGAAAGA CACTGGATTTCATGATGCTCACATGATCTATGTCGGTTAAAGTTAAAGTTCCCAATGAAT GAATGAGGCCAGCCTCAAACGAATCATATAAAGAAATGAATGATACCGAAGGTGTTAGGA TAGGATAATCAAGAGGTGAGCTAGATTCAGGTAATGACATTAGGTCATTCCTGATCATTG CACAGCAAACCCGATGAGAGTCTTAAACTACATCCTAGGTATACCTGGTGTTCGCACTGG CCTATGAATGAATTGAAATGAAATACGAATGAATGAGTGAAGCAGACTCTGTGTTTGCTA AAGAAGGCTCCCTAGTTGAGGTCCCATATGTTGAGCCCTCATTTTGGAAAGTCTTAAAGT TAAGTCTATGATAATAAGGTCTCATGGTATACGAATGAATAATATGAAAGAAAGTATGTG TTATATGTTATGTGTTATATGAATATGTTATGTTTTGTGTGCTATACGATAATTATAATG ATGCATGTCACTCTCATGGCATAACTTTCCCAATCTCAATTTGGCAAGTCCACTGACTTG ACTTCCAAAAATCATGTTGTTAGGAAAGAGCTATTCTTCCTCATGCATGTCCCTGGTGTG TACTTGCATATACTCATACTTAGTACAAGTGTGTACTAATTCCATACGAACATCTACTTT TAGGTGCAAGCACAGGTGGACGCTAGAGCTACAGGTTCGTTGTTGCAGCTATCCGGACAT CAGTATTCATCCGGAGTTTGGTAGGTCCTCATGCTTTCGAGGATGCTACCGTTTTACATT CTAGCGTAGTTTTAGAGTTGAGCTAGCGGAGCATGTTCCACTAGCGTTTCTTTCCTGTTT TGGTTCAAACTTTGTATTGGCGCTATTTTGGCCGATATACAAGTAATACTTAATGAATTA TTTCTTTCAGTTGCTTATCTCTTAAATGTTAGATGGTTGATGATGAACGATTACGAAATG TTAAGAATGTTCAGCAAGTATGATTAAAGAATCAAAAATTTCAAATTTTCCGCTAAAATT AATCTATGTAAAGTAAGAATGACGTAAGCAGGCTTGTCTGCGACCTCTGAGAGGTCAACG ACGCCGGTCTCGTCTGGGGCCTAGATTCCGGTCGTGACAAAGTGGGACGCTCAGCATGTG AATTGTAATTCGGCCATGTGGATATGCCTTTAAATTGGTAAAATGACACGCTTTTGGCAA CGAAAGGCTCTAAATAATTGTAATTTATTAGCCTTCAGTGTTTTGCAATTGGAGAGAGTT GTGTGACTTTGCTTTCATATGGGGCTTCAGTTACCTGCCAAATGCCAATGCTGCCGGATG GCAATTAATAATATGCTTACCATGTGGCTCCATTGATGCGGTATCAAATATTATTGGAAT ATTCAGCAACTATTCAATGTGGCACACGGTTGACGCGGCTCAATACACCATAATAAATGT TTAAAGTGTAGATTAGATGTGGTGCTAATTCAGGGTAAGGGGTATAATCAAAGAAGGTGG TATAACTGACAAGGTTGTAATGAAATAATAACTGTTCCTTCATTTTTAATTAATAGGTAT CTAGTTTCACTTCCAAGTACGGAGTTGCCTTTGTAGCGAGCCTTTACACCCAATCTGGGA TTCGATGCAAATTCAAATTTAAATCGGATGAAAAAAAACAAAACTGAAAGAAGATGTTTT AATAAATAAATAGTTGTGCACGAGTGGCTTGTTCTTCTAATGCTCCCTGCCATCCACAGG AGACTTAAAAGTGAGGTGGAGCCTTATACAACACGTCTTAATTAATGCTCAATTGATCTT TACTTGCACCAAACACTAGTAATTGTTATCAGTTAGAAATAGACTAGTCTCGGAGGTTAC TGGGTGGAGGAGCTAGAGGTCTCGAATTAAGAGGGCCATTTTTTGAGAAAGATCAAAAGG GACAAGTCGCTTGAAATCCAGTAACAAACAGTTTTCTTAAAAGAAAAGGCAGTTGGGCTA TTTTTATTTTTGATTTTCAAAAAAAGGATTGTTTTTCACAGTTGGTTTGCTTTTTTATTT AGTGAATTTATCAGCGCTTCTATATATATATACATACGTACGTGTGTATATATATATATA TATATATTAAAAATTGAATTACTATAATACCCCCAATTAAATACTTGATTTTATTTATTT ATTCATTTAATTAATTTTATTATATTTACACTAGATACATTTTCACATAAAAGGGTTTTG ACTTTTCTAATGAGTTGTGTCTTTTTCAAAAGGTTGTGACCTTTTCTATAGGTCTGATAT TTTCGATAAGCTTTACTTTTTTGAAGGGTTGTAATTTTTCAAATGGTTGTCTTTTCCAAA TGGTTGTGTCTTTTCCGATGAGTTGTGACTTTTTCGATGAGCACTGATTTTTGGAAAGGT TGTGACTTTTCTGAATACTACTATTTCTTAGCTACAAATAGAGGGGTTTCCTTTCATTTT TAATCTACGATTTTTAAGTTCTCTCTTCTTTTATTCTTCTTAAAAAATCTCAAATGTTAT TTGCAACAATTTATTAAGTTCAAAATTCAACGAAATTCAAGACATCACATAAGAAAGAGC TGATGAATATAGTGTAAAAGTTTATTCATCAATTCACACGCATATTTTCCTCTTACAATT TTCATCACATACATACTTCAATATGTTTGTATCCATATGATTTATGAAGTAGCAATTCTG TCAAAATCTGTTACAAATCCTAGGTCAGGATCTATCAAATCTATAACGTCCCAATGTGTG GATGTTAGGTCATATGTTCTATTCAAACTTAGCTTTTTGATGAATAAGATGAATTCAAAA CTTGAAATTTATGAATTTTCAATAATTTCAAATATATATATATATATATATATGAATATA AATGTAAAGTTTGAGCAAAAATCTTACCCAAAACCCTAACCTCGGTTTGCTTAGTACGAG TTAGTTCCTCTGTGTGATTTGTGAGTTATTACATAAAAGAGGCAGAGTGGGGTTTTACCT TGTGTCTCGTCTGTGTGATTTGTGCGGCGGAGCGTACCTTATGTGTCATCTGTGCGATTT GTCCGTCCGTGTGATTTGTGAGTTATTACATGAGCGCGACAGAGCGAGGTTTTACCTGGT GTGCATCCCAATAGCGGCGGATAGTAGCCTAGATCCGCAAGCTGAGCCATGCATGCTTAA ATTGTACCAGAAACCCTAACCCAGTAGCCAAGATTCGCCGGCTTGGCCATTATGCTTAAA TTGTTCCCGAAAACCCTAGATCCGCCGACTTGGCCATTCATGCTTAAATTTTTCATGAAA ACCCTTACCCAATACCTTAGATCCACGGACTTGGCCATTCATGCTTAAATTGTTCGAATT CCCTTACCCAATACCCTAGATCCGCCAGTTTAGCCATGCGTACTTAAATTATTCTCGAAA ACCCTAACCTGATACCTTAGATCCGCCGTTGCCCTCAAGTATGACGACCATGCGACTTTG CAGATCTGAATCAACTGCTGTTCTTGTATATTGTGGTAAGCTACTTACTAGCTTCATTGG TGACCTTATCGGTGTTCCGACTTCTTTATTTCACCATAAAAGGGGCATCAAGTAGCCATA GAAGCATTCAAAATCTCAAGGGATCTGAGCAAACCCAAGTTTCTCCTAAACAAAGTTATG ATGATAACCAAACTCCAGTAATCCGAACCATTCCAATAGAAGAAGTAGTTCCAACCCAAA CCATCTGCTGCAAATCACCAGATGCATGTCTACCTAACAGTACATCATCTGTTAGGATAG TTACTTCTCAAAAGCTACCTGATAATGGAAAATCGCTTCCAAAGTCTTTGTCAACCTTGA GCAACTCTCCTTTTTCTCAAGGATCGCGTTTTAACGTGCAATCTAGTGTGTGTTTGTGTG TGTATATATATATAGACATACAGTTGATTTCATATAGGAAACATTTTAAAAGTCTTTTCA GGAAATGAAATTGTCTTTAAGTTATAAGCCATGAGAATACTTATCAATTATCATAGTTGA TTTGATTTTACAGATTGATGTTTCTTAGCTAGGTAATGGGAGAAGGGAGTCAGATGAGCC AGATAGAATGAAAGAAACACCAAGTTTGAGTAGTCTTTCAATTCGTGTAATATATATATT TCTAGCATAAGTACAAATCCATTTACAAAGTGTGGTGAACTACTATACAGTTAATGGAGT AGGAACTTCCAGATTAGCTGGAGAAAACATTCAGGAGCGAGCTTCTTGATCTAATCAGGC TCCTAAATGCTCCTTCTAATCCCTTCTCAATGTTGTCAAGTTGAGCCTCAAAAGTCTCCA CTTTTGTTTCCATGTTCCTACTGTTTTCTAGGTCTTCATGTTCTGTTCTTCCATTGTGTA TCAATTTTGATACCAATGACCATTTTGGCTGTTTCGGCTTCAAAAGTGGCACTGACAAGA AGGACAAGAGCATTTGGAAAATCAAAATACAAACTGCATTGGCTTCCCTTAGTGCTCTAA TCACAGCTATTGTCTCCTGATCTGCTTCCAAGAATGCTGCGGTGAGAGTCTCACAATCCA CTAATTGCTTCAAGGACAAGGCTAATCTTTTGGCGTCCTTCTTCATTTTCTTGCTGAAAC TGGTGAATCTTGCAATTCCAGCTTCTGCATTTGAATCTCCTTTTCGTCTTCTGAGTGAAC ATTGAAGAGCTCTTACATTTTCCTTATAATGAGAGACGAATTCCTTTATAGTGCCACAAA TATCAAGAATCCCAACCGAGTTTCCCAATAACTCCTCGAACCATTTGATATGTTGGCGTT GAGATATGATTCGAAAGGTTTGAGGCAACTGAAGAAGATCATCTGTGCACTTTTGTAACT CCTCCAACCCAAGCAAACTATCACAAATTGTCTCTGATGTTGGTGCAACAACTGATGTCT CCAATCCATTAAGCTTATTCAGCACCTCTTCAACTCTCTGAGTTGTGGGGTGTGATCTGT TGGGCAAACTGATCGATCGAAAAGGCTTGGTTTTTGAACAAGCAAGAGCAGCCATGTCTT TTTATGTTTTTACTTTTAGCTTTTTTGTGAGAAGAGAGACTAAATTTTGTGAGCAATGAA CTTCAACCAAAGGACATTTATATAAGCACAAAAAGGGGGTCTAATACTGTGAGCATGTGA TTGTAATGTGGTTATGCCCTTTAAATGTGGTGAAGTGATATACATTTAGCAAACAAAGAC TCTAATCAATTGTCCTTTTTAAAATAATTGTGTAACTTTGCCTTCATAGGCAACTTCATT TACAGGTCAGCTCCCTCCTGGCTGCCAAGAGTTGTGCCATTGTTACCGGATGTCAATTAA TCATATGTCTACCATGTGGCTCCAACGCGGTATTCGATTAGGCACACATTGGCTTAAGAA CTTCGTGTTCGATAATAAATGGCTAAAGTGCAAATTAAGGCGTATAATGGAAGAAGGTGA TATGATTAATAAATGGTTATGCACGAGTGGCTTGTTCTTCTAATGTTCCCTGCCATCCAC AGCATAATAAAGTGAGGTAGACCCTTATACAACACGTTTTAATTAATGCTCAGTTGATGA TTATTTGCACCAAAAAATTCTAATTTCCCCCTAATTATTGTTTTAGTTAGAAATAAACAA GTCTCAGAGGTTACTAGTGGAGGATATACAATGCTAAAGGTTGGCATAATTAGTGTTAAA AGAAAGGTTGATAATGGTTTAATTGTTGTATCATGCAGAAAGATTATGGATAAATACCCC TTTTAAAAAATGCCAATAAAGAGGGAGACGAATCTTGAGATTTTACAAATCAAAAAAGGA GATGAGAGGATAATAACGAATATAATTTAGTTTAGTGTGCACGTTGGGTTGATACTTATT TCCTCCATGTTTTCTACCAAGAGAATCTCCAAATTATAATGCTTATAATTATTGGTTCCA TCATAAAATCACTTTTTCACCTTTTCAGGACTCATAAAAAATTAAAATAAACGTTGGGTC ATGAGGATAAAAAAAAATAATTAAGTAGTGATTTTAAAAATAATTCTTATGTGAAATTGA AAAAGTTGAAGCTGTGTTTGATTATTATTTTTTAAATAAATATCTCTTATATATGTAAAA GTTCCCTACGTATTTTTCTTAATCAATTACAATAACTTGTAATTATTTTATGGTTGATGT ATTTAATTTTATTCTGTCAGTAAATTTCTAAATTAAAATGTACAAACATTTATCATATAG TAGTTAATTTTCTTTCATATTAGTTGTGGATTTCTTCGTCTATAGAGATTAATATCCCAA TTTATGATTGTATATTTGTCGTCTCATATAAGTGAGTCACTTTTCTTTTTTCATCCGATC CATCTTTTATTCTCAAAAATTATGTTTAGCCTAGCTCCGCCACATAAAGAGTTTAACCAA TTGTTGTCTCTATACCCCATAAAAGCATTTTAGAGACAGTGAAAGCAAAGGTTGAATTCG TTGGTTTGAAAAAACATATTATTATTGATTTAATTTGCTTTATAAATTCAAAAATCGATA TATTTGGTAACTGAAAAAAATAACCACCTAGGTACACTCTTTAGAGCCTTGGAACAACAA AGTCTAAACTAATTGGTTCATCAAAGAAGAATTTCGTGGATTTAACCAAAATATATATTC TAAGTTCATTGAGAAATTTGTTTGATAAAAATAGAAAAGAGAGACGAGAAAAAAAGGAGA GGCGGAGTTTTTGAGTATAACTATGATTTATATATGTATGTTTTTGTATGTGTAATTACA AAAATGTTTCTTTACATGGATTTCATAAGCATATCCTACATATATTGGATATGCTTATAC AATACAATAATATGGTACTTTTATTGGCAAGAGACAACATTTAGTAGTGTGCTTCTTGAT CTAATCAAGCATCTAAATATGTTGTCAAGACCATTCTCAATGCATTCAAAATGAGCTTCC ACTCTTTCCAATTTGCTTAGTCCAAATTGGATCTTCTCCATTTCATTAGGATCACACTTG GAAAGGCTGCTTAATGCAGCATCAACACTTTCTATCTCATTCACATTGTCTTGATCTCCA CCCTTGTTCACTAATCTTGAAACCAAAGACCATTTGCTAATTGGCTTACAAATTGGAGAT GACAAGAAATTCAATACCATTTGGAATACTAAAATACCTATTGTGGCAACTTCTCTTAGG ACTCTGATAACAGCTGAGACAAGTTGATCATCAATTTCCATTACATCAACTACTTCCTCG TGATCCATTCTTTTCAAAGCTGTAATTAAACTTTTGGCTTCTTTTTTCATCTTCTTCCTG AATGTGGTGTACTTGTTGATACTCAAATCTCCCTTTTTCCTCCTCAGTGAAGACTGAACA TCTTTAACATTTTCTTCTAATTGCGACACGAGCTCCCTTGTTGTGCCACAAATATCAAGA AATCTGACAGATTTATCCAAGATTTCATCGACCCATTTCTTGTTTTGACACTGGGAAAGG GCTTGAAGAGTCGAGGGCAAGTTTAAGAGATCACCCATACACTTATGTACCTCCCCAAAA CCAATTAGACCATTATAAACAGCTTCAGCAGTTGGTGAAGCAGAGAATTCCCAAGTTTTA AGCTTGTCTAGCTCCTCTTCAATGTTCTGAGTAGCTGGATGTGATCTGCTTGGCAAACTG ATGGATCTTTTATTAGATTTTGATGAAAAACTTGCCATTTTTCCTCTGTTTTTTCTTTGG ACTTGGGACGCAAATGTTTGGGAATATGAATTTTCCTTTAAAATTGAACCTATTTATATC AAAAGTTGTGTAGAAAGGGACAAGAAACAGAGTACTCTGTTTTTTTTTTGATTGGCATGT GCCAAAAGAGAATGGGCATTCCCTATTAGTTGGGTGAGCTTATTGTGCCACTTAGCATTA TCCTATTGCTTGTTAAGTCACAAAAGATGTCTCAGCAAATACGTGGCTTCTTAATATTGT TTTGGTTGGAAGAGCCATAGTTTGTCAATGACCGGTAACAGCAAAACTCCATTATTAAAT TCAGATCAAGATCTGTTATTGCTTATTGAACACCTTTTTCAGAAACTACTTTTAGTAATG TTAGATTACATATTGAAGGGATAAGGAAACTCTAGTGCTACTGTGGCAAAGGTGATACCA CTACACGTATGGCTTGTTGGTTACCTTCCTCGCGAGAAAATAAAATTAACAAAGATGGGT CAAAATATCGTTAAACTATTCGAAATAGTTTAAATATATTACTGAATTATATTTTGGCTC AAATATACCCTTTCGGTTAAACTATAGGGTCAAAAATATCATTCTCATTAACATAATATG TTAAACGTCACTTGGATGTCATGTGATATCCACATGGCATGTCACATAAGCCAATAGAAT TTCATTTATGCCACGTAGAAAATAAACATACCTCTAAGTTTCTCCAATTTTTTCTATTTC TCTTAGAATTTAGAAACGATTTCACGAAAGAACATAGAACCTCTTTCCCTTAGAACTTAT GTATTTTGTGAAATTCTTCTAAGGAAATGGAGAAATGAGGAAAAGGGATTCTATGTTCTT CAGTGAAATCGTTTCTAAATTCTACGAAAAATGGAGAAAATTGGGGGAAATTAGGGGTAA GTTTATTTGTCTACGTGGCATGAGTGGAACTCTATTGACTTATGTGGCATGCCATGTGAC ATCCAAGTGGCATCTAAATGACGTTTAACCGATTTTGTTAATGAAAAGAATATTTTTAAT CATATAATTTAACGGCAAGAATATATTTGAGTAGAAATATAAATCAAAAGTATATTTAAG CTATTTCTAATAGTTTAAGAATATTTTTAATCTTTTTCGTAAAATTAATTAACTGAGTTA CTATGATTGGAAGGCCATACACAAATATGTTGCAGATTAATATGTCCATTAACCTAGTTG ACCTGTCACATTATTTGTGCAACAAAAACCAATAATTTGCTAATTATTTAATTTGTTCAA GTTATGAGATGGTATGACAAGATCATATAGATGAAGCCACGAGTAAATACTAGGCTCCCT TCCTCCCGGGCATTGCGCCAGTACAACCACCTCATGTGTTAGTTTTTTTAAATAATATTT TTTTCTACAATTTTGTCTGCTACTACATACTTGTCTTAGCTGGAGGAGAGAAATTTTTTG AAACCACAAGGAGACAATTATCGATATGATTATTATTATATTATATTAATCAACTGATCA TAATGGAGATTAAGAATAATGAGACAAAATTTTAAATTGTGCACGAATGGAAATTTGGAT TTGTTTGTCCATGATAATTAACTTAGCAATCCATATAATATTATATTGTCTAACCTGGAG AGTACAATCCTTTTCTTTATAGTATACTTATAAAGAGTTGGAAACCAAAATAAGCCACAA AAATATAAAAGTTACCAAAATAAATCATTATTTTAGTAAGTAACTAAAATAAGCTTAGTG GAAGAAAAAGTTTCATTATATCCAATAATTTAAACGTTTTCCGTTAGTTTCATAACGTTT ATTTTTAATATATAACGGAACTTTTTCTTACACTTTCTAAAGTGGAGTTTTTTCTTCCAC TTTATAAAGTGGAACTTTTTATTTCATATTATAAAGTGAAACTTTTTATTCCACTTTATA AAGTGGAACTTTTTATTATATTTTACAAGAAACATATTTTTCACGTCTTGAATAAGCTTT TTCAATGTTGTCATATAAATTATATTGATTTGATATGTCACTACAACGGAAAAAAATATT TCATTACGTATTTTTATTATTTTATTCTGAAAAATCTATTTAAGGACATTTATACATAGT CGGTAGCACCTACAACATAAAGTCTTCTATATTTGTTCAATTCCATCTAAAAAAAATATA TTCACAAACACAATGCTAAATATCCAATAAACGTCCGATATCATAAATTTATTTCATCAA TTTATAAATGAATGGGTATAAACAGTACGATTATAATTTGATTATAGCCGGAAAATACCC TACTTCATTTTTATCACATGGACAAGTAAATTTTGGAAAGTGAATTATATATAATGACGA ATCGTTGACCGACTTTTTAAGGGTTCCAAATTACTATATAGATCAAATCAAGTCAACAAT ACTTGAAATCTATGCTAGGAAGGAGCCTAAGATTAGTCAACAACGTTCTCCTTTATTAGT CGATGTTCATCCCTAATTAGAAAATTATAATAGCATTGATGAATTTGCGATAACTCAATC TACTGATTTTCCTAAAATGACTCATTACAAAATACTCTTACCGACCGATATGATTTTGAT TTAAACAAAACTATCAATGATAGTGATCGGTAATGCTCAATTATTATATTTCAATTATTG TTTGTTGATTTTATCAATTATTTATTAATTTATATTATTTATTATTCTTATTATTGTATA TTTTGTAGCGGTTTACCTCAGCAAGATAGGGATATTGCTCCAAGTTATGGACTAAATAAT TATTTTGGTTAGTCCTCACATTTTGAAATGACGTTGGGATATCCTTAAATTTTCATGTCT CGCCTACTTTTGACGCAGATGATTATCGCTATGTCTAACACTTATTTTTTAAAATGAATT TTTTATGCAACCATCTTCAAAGTGATTTTTTTTTGGAAACCATGAAAAGAAAAAGGAGAG AAGGTGAAGGTGAAGATGAAAAGGTAACTTTTTATAAAGTGGAAGAAAAAGTTCCGTTAT ATATTAAAAATAAACGTTATGGCAGTAACGGTAAACGTTAAGAAAATTGGATATAGTGGA ACTTTTTCTTCCACTAAGCCTATTTTAGTTACTTACTAAACTAGTGGCTTATTTTAATTA CTTTTATATTTTTGTGGCTTATTTTGGTTCCCAACTCACTTATAAACTGCTTAATTCCAA ATTAACGCGTTATTATAAATGTATCCCATTTTGTGATGGATGAACTCCTAACTAAGATCA CCGATTTCTTCCTGATATTTAATTAAATATTGTTTTAAAGATGGATTTTTATAATAGATT TATTTATATCATTCCAAAAGATTATGGAAGAATATTTTTTTCAAAGAATCAACAAATGTA GAGAAGAATAGGTAATGAGTTATAACTTATAAGTATTTCAAGGATTTGAAATCTAATTAA ACAGACGAAGAATCTCGTGATTATATTTTTCACTAATTAATAAATAGATTCAGTGGTTAA GACGAATAACACATACTTTAGATAAATGTGCACGAGTGACTTGTTGCATAGATATTTCCT TGGTCCGTTTAAATACAGCTAATTTCCTTTTTTTAAAAATCAACATATATTACCATCATT CATGAGATCATCATCTCAGCCATGTCCTTTATTTGCACTTCTATCATTTATTAAATGCGT AGGAAATAAATTTTAGAGTTACTTTAAATCATTTTATTTTACGCGGCTCATACAAAAAAG TAATTTTCATTTTTTAACTTATCTAAGTTAGCATATACTAATAAAGATTTTTTTCTTTCT TCCGATATTATAAGTCAAACTCGAATTTCTTAAAAATAATTAAAATAAAGAATATATAGT AAAACGAATCCCTCGAAAATGTCAAAGTTAACTTGAGTAAAATGAAATGATACCACTAGG TTACTTTATTGATGAATCATGATAACTGAAATTCATGTTTTGATCAGTTTATGAGTTAGA AAATTATGTATTTGAGGTATTTTTCTGTTATATATGTGAGGGTATATATACTTGCCAGAT TGTTGTTGATGGTAAATTAGAAAAATAGTCAAGAGAAAGACAGGCAAAATTTGTGAGTAT AAAACTAGGATTCTGTATGTGTGTAATTACAAAAAAAATTCCTTTACAAGGTTTTCATAA ACAATTCCTACAATTACTCGGATGCTTATGATGTACAAGACTATTTTCATTGGCAAGAGA CAACATTTAATAGTGTGCTTCTTGATCTGATCAGACATCTAAATATGTTATCAAGACCAT TCTCAATGCATTCAAAATGAGCTTCCACTCTTTCCAATTTTCTTTGTACAAATTGAATCT TCTCTACTTCATTAGGACCACACTTGGAAAGGCTGCTTAATGCAACATCAACACTTTCTA TTTCATTCACATTGCCTTGATCTCCACCCTTGTTTACTAATCTTGAAACCAAAGACCATT TGCTAATTGGCTTAGAATTTGAGGCTGACAAATAATTTAACAAAATTTGGAAAACTGAAA TTCCCATTGTGGCAACTTCCCTTAGGACTCTGATAACAGCTGAGACAAGTTGATCATCCA CTTCCATTACATCAACTACTTCCTCGTGATCCATTCTTTTCAAAGCTGTAACTGAACTTT TGGCTTCTTTTTTCATTTTCTTCCTGAATGTGGTGTAGTTGTTGATGCTCAAATCTTCTT TTCTCCTCCTTAGTGAAGACTCAACATCTTTGACATTTTCCTTAAATTGCGATACGATAT CCCTTGTTGTGCCACAAATATCAAGAAATCTCACAGATTTATCCAAGATTTCATCGACCC ATTTCTTGTTTTGGCATTGAGAAAGGGATTGAAGTGTCAGAGGCATGTTTAAGAGATCAA TCATGCACTTATGCACCTCTCCCAAACCAATTAGACCCCTGTAAACAGCTTCTGCAGCAG TTGGTGAAGCAGAGAATTCCCATGTTTTGAGCTTGTTGAGCTCCTCTTCAATAATCTGGG TAGCTGGATGTGATCTGCTTGGCAAACTGATGGATCTTTTATTTGATTTTGATGAAAAAG TTGCCATTTTTTCCCTCTGTTTCTCTTTGGGGAGGAAGAAATACCTCCAAAACTCATCTT ATTTATACTAAAAAAAAGAAGCTCCACAGGAAGCGACAAGATACAGAATAGTCCGCTACT ATAGCGTTGGGATTGCCATGTGACGAGAGCGTGGGCATTACCTAAGAGTTCGGTGAGCTT ATTATGCTTCAAAATAAAAAAAAGGAACTTTAGAAATTAGTGAATTTTTTAATGGATTTT GTCTTCCAGAGGTTGCAACTTGGCTTTACCTAATTGCTTCTAAGAAGATGAAACATGTCT CAGCACATACGTGGCTTGTTGATGTTGTCCTTGGTTCAAAGAGCTTTAGTTTATCAATTG GAAACAGCAAAGCGCCACTATTAAATTGAGATGAAGAGTGATTCTCGTACGACTTTTTTA AAAGATTATATCGAAGGGATAAGGGAAGTCGAGTGATACTGTGGCAAAGGTCACAGTACT ATTTAAAATTGTACATTTATTTGTTTGATACTTATCGAAATGGTATTTTTTACCTACTCC TGGTAGTTATGAGATGGGTAATTGGCTGGTTTCTTTCCTCCCGAGTATATATTTCCTACT AGAACATGACTTTATGAGGGTGTCTTAGCTGGAAGAGTGGAACTCTTCCAATATGATTAA AGAAATGAATAATGAAGCAAATTATTTAATTGTGCACGAACTGAAGGCTGGATTTGTGTG TCCATGATAATTACTCTAATTCAGTAACCGGCAGAACTTGTCTAATCTGGAGATTTCATT AATCAATAAAGAGATTCAGTGGTTATGGAGATAGTGACAAATAATACTAATGTTTTATTT AGGTATACACGAGTGGCCTGTTGCGCTGATGTTTCCTTGGTCCGCATCTTCTACTCTGGA TATCTGATTAAATTAAAAAAAAAATTATACTATTTAATTACTCATCATAGTTATAATTTG GTATAATTACGGCTTGTGATTAATGTTATACATTAATTATTTGCGTTGTCTTCAAGTTTG TATAATTAGTCACGTTTATATATGTGTGATTCGCCAGAATATATAAATACTATGTATAAT ATATAATTATGTAATTGATATACATATACAATTCATCTCTCTGCCTTCTCTCACTCGCCT CTCTCTCCCCATTCTTGATCGCCTCTCTCCTTCCTCTCCCAATCTCGATTGCCATATATA CAAATGCATATATAATAATATATAATTATTCAACCGATATACATATATAATTCACCTCTC TCCCATTATTTGTCCTCTCTCACTCGCCTCTCTCCTTCTACTCTCGCTTGCCATATATAC AAATACATTTGTATAATATATAATTATCTAACCGATATACATATATAATTCACCACTCTT TGCGATCTCTTGCTTGCCACTCTCCTCTCTCTCCCAGTCTGACTCGCTTTTCTCCTCCCT ATAAATGTACTACGAATTATAATTATCAAATTATAGCTATGAAGAAAAAAAATAGGCTAT TTTTGAGTGACTATATGTTAAAGTTCCTCTAAATTAATGCGTGAATACAGCTAATTTCTT AGTTCTTACAATCCAGTTAAGCAGATGGTCATAATATTCAATTATTATAGGTTGAATCAG TTAATTATCACAAAGAAATACTATTCAACACGTCGAATTAATTGATTGGAAATCCCAAAT TAAGTCACCTGAACTCGTTCAGTATAATATCAGGAGGGATGGAATTATAAGGCTTGAGCA ATCTTACATCTTTAATTTAGTTTTTGGGGAGTGAATTAGGCACAATGCCTTTGACGTTCT ATCAGAGGAGTAATTAGAATGGGTTAGAGTCTTTGGGAATACATTAGCAGTCTGCTTAAA AGGATTCGGACAATCCTAATTTCATGATCTAGTTTTGAGGTTGAGTTACTCCGTTCAACA ATAAATCATGAGGATAAAGAGTACTACTGGAATTCATGAGTTGAGTTCGTTGTTTGCTAA GTAGAATGTTACGATGTATTTGAAACAACTCAGCTTCAGCTATATATGTGAAGGGAACAA AAGTTTATCCTTTCATTTTTGTATGGTTAAACTTAATAGAAATATAGACAATAGAGAGAG AGGCACAGCTTGTGAGTACTATAACTTTGATACAACTATCCAGTAAATTTCTCCGTATGA ATGTAATTACAAAAATTGTTTCTTTACATGGAGTTCACAAGCATATCCTACAAATATTTG GATATGCTTATGCAATGCAATACATGACCATAGTAGTATTGTATTTTCATTGGCAAGAGA CAACATTTAATAGTGTGCTTCTTGATCTAATTAAGCATCTATAGATGTTGTCAAGACCAT TCTCAATGCATTCAAAATGGGTTGCCACTCTTTCCAATTTGCTTTGTACAAATTGAATCT TCTCTACCTCATTAGGACCACACTTGGAAAGGCTGCTTAATGCAGCATCAACACTTTCTA TCTCATTCACATTGTCTTGATCTCCACCTTTGTTCACTAATCTTGAAACCAAAGACCATT TGCTAATTGGCTTAGAATTTGAGGCTGGCAAATAATTTAACAACATTTGCAAAACTGGAA TTCCTATTGTGGCAACTTCTCTTAGGACTCTGGTAACAGCTGAGACAAGTTGATCATCAA CTTCCATTACATCAACTATTTCCTCATGATCCATTCTTTTCAAAGCGGTAATTAAACTTT TGGCTTCTTTTTTCATCTTCTTCCTGAATGTGGTGTACTTGTTGATACTCAAATCTCCTT TTCTCCTCCTCAATGTAGACTGAATATCTTTAACATTTTCCTTAAATTGTGATGTGATCT CCCTTGTAGTGCCACAAATATCAAGAAATCTCACAGATTTATCCAAGATTTCATCGACCC ATTTCTTGTTTTGACACTGAGAAAGGGATTGAAGTGTCAGAGGCAAGTTTAGAAGATCAA TCATGCACTTATGCACCTCCCCCAAACCAATTAGACCACTGTAAACAGCTTCTGCAGTTG GTGAAGCAGAGAATTCCCAAGTTTTAAGCTTGTTAAGCTCCTCTTCAATATTCTGTGTAG CTGGATGTAATCTGCTTGGCAAACTGATGGATCTCTTATTGGATTTTGATGAATAAGTTG CCATTTTTTCCTCTGTTTTTCCTTTGGGGATGAAGAAAGACCCTTCAAAACTCATCTTAT TTATACCAAAACTTCACAGAAAGCGACAAGATACAGAATAATTCGCTAATATGGCGTTAA GATTGCCATGTGACGAGGTGTGGGCATTACTTAAGAGTTCGGTGAGCTTATTATGCTTCA AAATATAAAAGAACTTCAGTCATTAGTGATTTTTTTTTATTGATTTTGTGTTCTCACAGG TTGCAACTTGGCGTTACCTTATTGCTTCAAAGTGGATGAAAGATGCCTCAGCACATACGT GGCTTGTTGATGTTACTCTTGGTTCAAAGAGCTTCAGTTAGTCATGAATCGAAAACAGCT AATCGCCACTATTATTATTATTATTATTTTTTGAGATATTAACTCGTCTTTCGTTTTGGG CATTGGCCAGTTGAACCATCTTCCTCTATCATTTGTTAGGTTTTTCATATGTTTTTCTTT CTTTTAGTACTTTGTCTGGAAGAACATGGCTTTCTGAGATTGTCTTAGCTGGACGAGTGG AACTCTTCAATACTTAGGAGACAAGCATCGACATGATTATATAAATAAATCATCTGCTTA TAGTTGAGATTAAGAATAATGAAGAAAATTATTTTAATTGTGCACGAATGGAAGGCCTGG ACTTGTATGTTTGTGATAATTACTATAATTTATTGTTTAATTCTAAGTCAGCATTTAAAG GATATCAGATCTAATTATTAGAGTTCCTTATTTAGTTAGGTGTGCACGAGTAGCCTGTTG CGTTGATGTTTCCTTGGTCCCTTTTTTCTACTAAGAGAATCCTCAATAATTAATGCTTAA CAGCTAATTACTTACAGTCCAGTTCAACCGATGGTCATGATATTCAATTATAAGTAGAAT CAGATAATTAGCTCAAATAAATAGTACTTAACATGTCAAATGATCGTAGAATCCTATGCA GGGTGTGACCTAGTGGTCAATGAAATAGTTGAAATTTTAAGGTCTCAGGTTCAAAATTTA GTAGACCTGGTGAGTAGAGTTATCTAGTATTTGATGCAAGTGGGAGATGACAGACATTAA TTTAGGTGCGTAAAAACTTTGTTCAGAGATGACATTCATCAAAATATGTTTAAATTCGTC CTTTAATTTTTGTTTGGTTGAAGTTTAATTTTTAAAAAATAAACAGAAAAAGAGGCACAA TTTGATATAGCTATATAATAGTAAATTTTGTTGTATGTATGTGCAATTACAAAAATGTTC CTATACATGAATTTCATAAGCATATCCTACAAATAATTGAATAGGCTTATATAATACAAG ACAATACTATAGTATGTTCATTGGCAAGAGACAATATTTAGTAGTGTGCTCCTTGATCTA ATCAAGCATCTAAATATGTTGTCAAGACCATTCTCAATGCATTCAAAATGAGCTTCCACT CTTTCCAATTTGCTTAATACAAATTGGATCTTCTCCGTTTCATTAGGATCACACTTGGGA AGGGTGCTTAATGCAGCATCAACACTTTCTATCTCATTCACATTTTCTTGATCTCCACCC TTGTTCACTAATCTTGAAACCAAAGACCATTTGCTAATTGGCTTACAAATTGGAGCTGAT AAGAAACTCAACACCATTTGGAATACTGAAATTCCTATTGTGGCAACTTCTCTTAGGACT CTAATAACAGCTGAGACAAGTTGATCATCAATTTCCATTACATCAACAACTTCCTCATGA TCCATTCTTTTCAAAGCTGTAATCAAACTTTTGGCTTCTTTCTTCATTTTCTTCCTGAAT GTGGTGTAGTTGTTGATGCTTAAATCTCCTTTTCTCCTCCTCAGTGAAGACTGAACATCT TTAACATTTTCTTCTAATTGCGACACGAGCTCCCTTGTTGTGCCACAAATATCAAGAAAT CTGACAGATTTATCCAAGATTTCATCGACCCATTTCTTGTTTTGACACTGGGAAAGGGCT TGAAGAGTCGAGGGCAAGTTTAAAAGATCACCCATACACCTATGCACCTCCCCAAAACCT ACAAGACCATTATAAACAGCTTCTGCAGTTGGTGAAGCAGAGAATTCCCAAGTTTTAAGC TTGGTAAGCTCCTCTTCAATATTCTCAGTAGCTGGATGTGATCTGCTTGGCAAACTGATG GATCTTTTATTGGATTTTGATGAAAAAGTTGCCATTTTTTCTCTCTTTTTTTGGGACTCG ATTTGTTTCGGGGATATGATTAAATGCCTTTGAAACACAATCCTATTTATACCAAAATTG TATTAGAAAGCGACAAGAAACAGAGCACTCTGTTTTTTTTAGATTGGCATGTGCCAAAAG AGAATGGGCAGTCCCTTGTTGTGCTTCCTAAAAACAAACCTTTAATGATTGCCCATTCTT TTAATTTTCTTCGTCTTCAATAGGGTTGCCACTTTGCATTACCTTATTGCTTGTGAGTGA TGAAGAAAGATGCCTCAGCATATACGTGGCTTCTTAGTATTGTGTTGATTGGAGGAATCA TTGTTCTGTCAAGTGGAAACAGCAAAGCGCCATTATTAAATTGACGTGAACATCTTTTGT GGCAGATTTTCATACTACTTTTTTACGCAAAAAAAATGGAATTTTCTAGAAACACGATTG TTGCAGTTTTGGCAAGGTGTATATTATATTTGGAACACGTATGATTTATTGGTTACCTTC CTCTTTTAAATTAATGGTTTAAACCTAATGAATTCTAGTTTCTAATCCATTATGAAAGAG AATTGTCCAGGTTTAGCCACGATATACATATGAGATTATTTTATCAACTTGTAGATATTC ATCATCTTTTTATGTTTTTAATAAAATCATCGATTTGGCTTTTTAATATATGATGATTGT AGGTATCACAATGTGGTCATCAAACTGAGCTCCTCATTGTGGGTTATTTGCAGTTTTTCC CTCCATTTTATTTGTGTTATCATTATAATTTATCATAAGTTATGTATGCATTTTTAGACT ATGCATCAATTCTAGTAATATAAAAGGTAAAAAAAATTTAAGAATAACTTATTTAAATGA TAAAAATTAAAGACGGATGTTTAAAGGACAAAATGTATCATTTTATGCCTAATTATCTTG GTTTGAATGGAAATATTTTTAAGTATATGTATTATACGTTTCATCCCAATTTGAGCTTTA CGTCGATCCAAATGTTTACTAATTTTCTTTCTAAATATTTTTCCTTATTTTTCCCATCAA TGCACATCCTTCGGAAAAGATAAAATTATTCTGAAAGAAAAATAGATAAAATTCAAACAA AAAAGGCATCTGGTAAAATAATAAAAAACAAGCATAAACTAATAAAGGTATTGTATAATA ATAATATTTTAAAAAAAATCATAGGGTACCTAGGTCCCAAGGAAATTAAATAAAAGAGAG ATGGAATAGAACAAGCTACACATTTTTCTCCTATCACCATGAAGAAATGCAATGCATAGA CAATTGTATGACTATGAGCATGAACAGACAAAAACATTAAACATATATGATTTAAAAAAT GTCGAATGAGTTGAATCTGTGTGATGCAAGAAGCAGTACAAGTAAAATTGATATCTATAC AAAGAACTTATAATCAAAACACAAGTACACAGCAGCATGTACTCATGTTATTATTATACA TGCATGGGAACTTAATGTTAAAGAAGTGAAAAATTGACCATTCACAAATGTCTAGTATGG GTATTGGGGATGGTGGAGCCACAAATTTTATCTATTTCCTATTATAATTAGGAAAACTCA AAAATTGAATGTTTGAACTTACCTAAAGTTTTATATGAATTTTATACAGTAAAAAAAAAC AATGTGTTTAAGGTAATTGTTCAACTCTTTCTGCTCGCTCCTCCGTTCTCATACCTATAT TAATTACTTATGTGTAGTACTTAATTAATTACATATTGACTAATTTTACATGAAAATGGC TTTTAGTTAACTTCAATTAATCAACATACATGAGGCATGGGCTTTTGGTGGTAAGGGTGA CAAAATGGAATTAATATGGACATTATATTGTTGAAACATCACATGAAAGATGGGCTTTGA TTTGATCATACAGTTTTACTAGTAAGATACATTGAATTTGAGTATATGTTCAAGTCGATT CTCCTACTAAAATTTCACTATCCCACAATCGTACGTAATTGGCTTATTATTTTTTTTTTC TGGTTCGTATTAATTTTTTTTATTGTCGTTATTTATTTTGTTATAGGGCATTGGATAGTA CCAACAAAATCAATATGTTATCATATAGGTTAGCATGGCTGAGTGGTCGACTCAAGTTTT GATTTTGGGTTCAAATCCCACTTCTAACATTTTAGAAATATTTTTTTCCTTTATTAAATT CACAATACTTTAAAACCAATAATCTCAACAATACATTTTTCTTTTTTTTCCTTTATAACT CACAATTTAAAACCAATAATCTCAAAAATACATTTTTCTTTTTTTTTTCCTTTATGAAAT AACATTTTTCATAATACATTTTAGAAATATTTTTTTTCCTTTATAACTCACAATACATTA AAACCAATAAATCAACAATACATTTGTCTTTTGTGCTTTGTAACTCACAGTACTTTAAAA ACTAATCATCTCAACAATACATTTTTTTTTCGCAATCTTACCTAAAATTCTGTTTTCTTG ATGGAATACCATTTTCCATAATACATTTTAGAAATATCTTTTTCCTTTATAACTCACAAT ACTTTAAAACCAATAATCTCAACAATACATTTTCTTTTGTCCTTTGTAGCTCACAATACT TTAAAACCAATCATCTCAATAATACATTTTTTTGTCGCGATCTTACTTGAAATGTTGTTT TGTTGATGGAATACCATTTTTCAAGAACAAATTCCCTTAAAAGTTAGGTTAACCTATATC ATAAAGCCACATTAGAATAATAAAACAATAACTTAACCTATTTCATGAAGCTACATTAGT TTAGAATTACATATACATTAATTTATTCTATATATATTGAATCAGGAGAGCATGTACTTA ACAAATACAAAACAAAATGTTCGGCTAAAGAGTAGGATTAATTTGCAATTAGTGCTTGCA ATATAATCTCAGTTTTTTTGGATGATGCCATCAGCCATGAGAGTGATTTCGTTGAGGATT AAGTTAATTAATTGGAGAAGATTTGGACAAGACCAAAAGGAAATGTGGGGACATACATTA GCACATGTGTTATGTCTCAAATTAGATGTTACTTTGGCCAAATATTTTTTTTTAGAGAAA ATACGTGTTACTCGTAGATAAAAATGTTTACACCAAGATGCATTGTGAAAAGTTTGGTCA CACTAATTGCTACTCGAAATGATTTTTAAATTGCGAAATATATCTGAATTTTGATCGAAA TTACTGTAATAATATCAAATTTTTGAAAGGACCTTTTACTCCAAATACTATTTAATAATG TATTTCAAATGTATTTATGTGTTCACGTGGACATCATAAATATTGCATCATTATAAATAG TACCTGTCCATTTGGACACATATATACACTTAAAATACACTATTAAATAGTGCAGGAATA AAAGGTCCACCATAAAGTTTGATATCGTAACAACAATTTCGGCCAAGATTGGAGTATTTT TTAGATTCTTTTTCGTTTTAAATTTATTGATCAAACACAAATGATTTCGTGTTTTTTTTA AAAAAAAAAATACCTTTCTGTGCAACAATAGTTGTCCACTATTGACTTACCCACCCTTTA ATAAGAAAAAATAAATAATAGGGATAATATTACTATATTATCATTTGATTTTATTAAATT TAATGTTTTGAGAAATTGTTAGATGATAACTAGTATTTAATAGCAAAGGTAAAATAGACA TAAAAGATAAATTATCATTTGATGTTCTAAACTGGACAATATTGTCGGCCAACTCTTTTT AATATAGTGGACAACTATGAACGAACTTAGTAATTTAAATTTACTTCAGCTTCCTGTTTA CATTTAATTTCGTGATCTGATTTCAAAAGAATCGGTAAAAATTGAGCTGATGAGTTATAA AGTTGTTAGACGAAAAAGATTACATAGAACCAAACAATAGTAGTAATATTATTAGAGTAG AGCAAAGAAGAAAGAGAGCTTCTTCTTTAATTCAGAAACATGAAAACTCTCAGCAATACT CAATACTAAGCAACATAAGCTGCTTCCCTAATTTGAGAAAAAAAATAAACAAGAAAAACT TCAAACTTTTGAAAGGAAAAAAACAACCCATTTGATTGAACATAGGTGTTTATTTGTTTA AGCCAGTCGCATTTTTAACTGCATTAGTCGCATCCTGTGCCTTGGCCTGCATTTGCTGCC CCGCCTATAAACCAAATATAACACATTAGTTTTTTTGGTCTAATAATAAATCAGCTAAAA GTGTATGTATATATCAATGGCCAAATTACCTCCTGCATTGTTTCCCTGGCAGATTGTGCA GCATTGGCGGCCCTGTCCATCATCTGGTTACCTTTTTCCTGATGTAAATATAACAACATA TATCACACGTTATCAAGGGCTGAGCTACATAATCTGAATAGAATAGATTCTATTTGTGTT AAATCATAGGTAAATAAGTGAACCATAGTTTTGTTTGTATATACATAATAAATTGTTGCA TCCCCTCGATTTGTTATTCTTGCATTTTTTTCCCCAAATTCATTTAGTATTAGAATTTCT GGTTCCATCAATGATCTTCGAGCACGTTAAAGGAAAATTGAATGTTCAAGTAATATCATG TAAATTACCTGAGCTTGGCCCTTGGCTTGGCCAGCTTGGTAGCTCAAGTTCTGGGAGTTA TCCATGAGTTTTGGAATAGAAATGGAGAAACTAGTGTTACAGAGTGAGGAAACAAACTCT TTGTCGAAGAAATTATGAATTGCTTGTTGATGTTTTGTTTTAGTAAAACTTTGGTATTTA TAGATCTTGAAGTCCATTCAGTGCTCGACACTTGTTAACCTTGGTTGAAGGGTGAGACAC ATTTCTAGGCCTCAATATTGGGAAGCAGTTAACAAAAAATTAGCCTTGTAGTAATGAAAA AAAAATAATTCTACAAGAATGGGTCTCATTATCTTTTGGATCTGTCATATAGTAAAATAT TAATCGAAATGCAAAATAAACAAACTAGTAAAGAGGAATGATTGAACTTTGGTTTAGCAT ATTTCACTTCCAAATATTACAAAAATTGATGATCAAGAATATATAGGCATATGCTTATAA AAATGTATGCCTTAAATATTAATACTAATGTACAATATCTTCTAAGGAGTAAGGATGTTG AGAAGGCAGACTCTGTTTCTGATTAATAGCCTTGACAAGCACTCTGTGCCAGCCTCAATA GCTTGAAGACCTGTATTTAATATCTGCAGTTTCATCGATACATCAACTTTATAATCGTTG TTGTGAAGGTAAGAACAGAGAGCAAGATCAACACATTCAACCTTATTGATTGTCTTTTCA TCTCCCTTATAAGCTATTGATTTTGTTAAAAGCATTTTTGATAGCAAAGACCACCTGTTT TGCTTAGCCTTTGAAGCTGGCGAAGACAAGAAATAAAGTTGTGAACTTTGGACTGAGATG GTCAAGATTGATACTTGTCTTAGTACTCCAAATAGCTTAGATAAAGATTGATCTAAATCA ACTTGAGTAAATGATTCTATCTTGTTTTCTATTTGTTTTGGTACTTTGAGGCTCTTGGCT ATATCCTTTTTCAATTTTTTTCTTAAACTTATGTAGGCATTGAAGCAACTTTGTGTTGAC ACTCAATTTTGATCATCCACGATTTGATTAATTTTTAAAACTTCTTAGATCTTAAACAAA TGAAAATAATTGATTTTTATCAAAAAAAGTAAAAAAATTCTGCCTTTTCCACATCGTTTT TCAAACAATTTTCAATTTTGCAGCAGTCCCACATCGGTATTTCATCCTTTTTGAAGATTT TTGGATTTCTATATAAACCCACTTCATTCCCTATTATAAGAGAGGAATTTTTAGGGGAAG ACCAAATAGTACCCATAAAATTTTGAGAATTCTTGGTTTTATAGTTCAAAATTTTAAAGT GATTTTGTGGTTTTTCGAGTTGAGGAGAGGGAGTCGTCTCCTTCAAAAGCCAAAAGCGTA GTTTCGGTTCGCTGCCCAGTACCAGGTAATTTTTTTTTCTTAGCCTTGTTTTATTTAATT CCCAGTTCTTTTATGCTTTCTATTTATTTGGTGTTCTTAGCTTTGTTTTTGGTTTCCTGT GTTTTACTTTGGTTTAACAGCAGCCAAGAATGTTTTCTGTATTCTCACTGTTATGATTTT TGTTATAAATTTTCCAAGCATCTTAGGTGTTTTGTTTGTGTTTCTTATCCGAGATTAGTT TTAAAGTCTATTGTATTTTGGATTTAGTTCTTGCATTTGTTCTTGTGAACAATTAAGCAT TTGGATTCGTATGTGCGCTTTTTTTAGAAATGTCAAATATATTAGTTTAGGTTCTGTTGC TCATGTTCTTCACTGTTGATATTTGTTCAAGTTTTAGGTTGTTAATTTGTTTTGGTATAG TTTTGAGTTCCTTTTGTAATTGTTACTTCAAACTTGTTTTTTTTCAAATATGTGAGTTCC TTGTAGATATAGTTTTGGGAACCATACTATAGATTTTTCTTTAAGTTTGGAAAAAAGTTT TCAAATAACTGCTTCATGAGTTTTATTTTTCTAGAATTCCTAAGCTGACCATTTTGGAAA TTGTTCGCTCACTCCTGTTCCCTGTTAAATTTTTCGTTGTTCTCCCTAGTTCTCATATCT TTTCCCTTGCACTGCTGGTCATTATTTCATAGCATATATAATAAAAAGAAAACATAAAAG AGTTGGGAATTAAATAAAACAAGGATAAGAAGAAAAAGAAATTTACCTGGTTCTGGGCAG CGAACCGGAACTACGAGTTTGAAAGAGACAACTCCATCTCCTCAACTCGAAAAAACACAA AATCACGTTAAAATTTTGAACTATGGAACCAAGAATTCTCAAAATTTTATGGGTAAATTG GTCTTCTCCTAAAAAATTTTCCCTTAAAATAGTGAATGAAGTGGGTTTATATAGAAACCC AAAAATCCTCAAAAAGGATGAAATACCGATCTGGAACTGTTGTAAAATTGAAAATTATTT GAAAAACGATGTGGAAAAGGCAGAATTTTTTTATTTTTTATTTTAGATAAAATCAATTAT TTTCATTTGTTTAAAATCTAAAAAGCTTTAAAAGTTAATCAAATCGTGGAGGGTCAAATT GGGTGTCAACAGATGCCCCTCTTTGCTTAGGATGGATGAAAGAGATGTGAGGCAAACGAA ATTGACAAATCCAATTTGGTCCGACCATTAATTCATTTTCTCCTAAATGAAATTGCCTCT CCCACATCGTTTCTCAAACAATTTTCAATTTTACAATAGTCTCACATCGGTATTTCATCC TTTTTGAGGATTTTTGGGTTTCTATATAAACCCACTTCATTCACTATTTAAAGGGAGGAT TTTGGAGGGGAAAACCAAAGAGTACCCATAAAATTTTAAGAATTCTTGGTTTCATAGTTC AAAATTTTAAAGTTTTTTTGTGGTTTTTCGAGTTGAGGAGATGGAGTCGTCTCTTTCAAA CTCGTAGTTTTGGTTCGCTGACCAGACCCAGGTAAATTTTCTCTTAGCCTTGTTTTATTT AATTCCCGGCTCTTTTATGTTTTCTGTTTATTATATATGCTTAGCTTTGTTTTAGTAGTC ATGTGTTAGACTTCGATTTGACCTTTTAGTAGTTACTAATGTTTATTTTGTTCCTATTGT TTTATTTATTTTTGTATAGTTGAAAATTTCCTAGATCCTTTGATGTTCTGTTCATATTTA TCGCCTGTTTTGGTATCAAATATTAATGTGCGTTTCGGCCCTAACCCTTTGCTTGTTCCT ATAGTGATAAGAATTCAATTATGTGTTTACACAACTGATTCATACAAATATTGAATGTTA GTTCAAGTCCTCCATTAAGAGTTGTTGCTTCGATTTTGAAAATGGCATGAGTTGTTGTTG GTTTGTCTCTTCACTTATTTTCCGAGATGTTTTTCCAGTAATCTCCCAATTTCATGTCTT TGTTTCTTCATGTTTCACTCTGTGTTTCTTGACTAAAATGTAGACTTCATAGTTAGTGAT AAAAGAGGATTCATTAAGATAAGTCTTTCCTTATATATGAAGTTGTCTCCTTTATAAAAA TTTTATTAATCGTATTACTAGAATTTTCATTAGTTTACTGTTAATATTCAAGCTTCCCTT TAGAATACTAGTTGCTTATGTTATCAAGGATCTACATCCGTATTGATATTTATTTGTATT CTCTGTTATAATAGTGCATAGGTTAAGATATTTTACTCAATACATAGAGCATTTTCCTAT TTTGTTGAAGTCAAGGCAGTGTTTTTTTTTATGTTAGTAATTTTGGTTATTTGGTTTGTT TGATAGCAAATTGTGTTTTGTGTATTTTTGTTTGATAGTAGTTCATTTTTATCTCAGTCT TGTTCAAGACACATGTTATTAATTCATCGTTCAAGGTGCTAATTCTCTTTTATTTGTTTG ATTGCATGTGAAATCACTTTCGAGTCCCCATGGACTTCATTCCCATCTCTTGCACTTCTT CCTTGAGCCATAAAGGCTCAAAACATCTTCCTCGACTCGTAAATTCCTTTTAAACAGGTG TACAGGTTGAAAAACAGCAGAAATGCACAGCTGGAAATTGATTACTGGTTCATCAGAACC TGAAAAGTTGCTGGAAATTAATTTACAGGTGTTGAAGATGATGTATACCTGCTGTATACA TATTGTATATACTGATATACAGGTTGACAGGCGTACAGGAAGCAAAAATTCGAAATCTGG GTTGATATCCCTCCAGATACACTGCTGAAAAGGAGCTTTCAACTTTCGAAAGTTGAAAAA AAAGGCTGATATACAGATTGTATACACTGATATACAGATATGCTACACCATAAATAGGTG TAAAAAGTGTGAATTGCAGGTTAACATACAGAGACGCCAAATTCATATATAATGCAGGAA TAGGAAATGAATACGTGCATAGAATACAGCTCGTATATATTGATATACATCTTTTGGGCA GCGATATACAATTATTAAAACAGGATAAAAAATGGTACAGATACAAAGGCGCTGAAATAA TATGGAAAATACAGAGGAATCGCGAGAAATGCGTATTCAAACAAAATACATGGCTCAAAA GTCCAAAATGGAATTGGATGTATATCGTATACATCAGTATACATCATTATATACCTGTTT CTTTTTTTTTCAGGAAAATTGGGCCAGGGCCCTTCAGCAATTTTTAAATAGGCCCAAAAG CCTAATGTTTTTGCAGATTTTAATTAGTTAAGGGGGCCCAAGCCTACATTTTAAAAATCA GTATGGACAGGTGGGCCAAAGCCCAATTTTGATGAATTTGGGTATTTAGCCCAAATTCAA AATGTTCTTTTCTCTTCCTCTTTTATTTATATATTGTTTGAATTAATTAATATTTGGTAG AATTTTAATAATCTCCTAAAGGCCAACCATTTCTTTTATTATTATAAATTTCACTATTTT TTTTACTTAGTTTGTTTTTTATTGACTTTTGTCAAAAGTTTAGGTTATTTCCCGTTAGAA ATTTCCTCTAAATATTTCTCCTTATAAATAACAAAAAGAATAAAAAATAGAATAAAATAT ATAAAACAAATTTTCTCTTTACTTAATTAAAATTTTAAATTTATTTAAGAGTCATTTAGT CAAATCGACGATCAACTGAAGTTAGCGGGCATCCCGAAGGCAAAACATCTTCTCGGGATG TACATTTGAACTTTGAACTTTTTTCAAATGATTTTATCTGTTTTGAATCTTTTGAAATTA ATTTTAAAGTTTTTCTTGATTTTGTCAAAAATCAAGTGGCAACTCCGTAATTTAGAAAGT TGATTTTTCTTAGATAATAAAATTAATTTATTTTCCGAAACTTAGTCATTTTTACTATTT TTAAGCAAAGAATATTTTTAAACATAAAAACACTCTGTATGCTTTGATTGAAGATCTTGC ACTTGCTCCTTCATCATCAAGACTAGTTCCCTCGTCGTGCTACACGAGTCAATTAATCCA ACAGAGGCCTCAAGGGCTTCCTCCGCTAATCGTCCCATTTGAATCGCCGGGGACACTAGA AGGTCTTGAACACAATTATACAACTCTGCTAGCCCTACAAGACCTTGTTGAATGGTGTTT AAACTAAAAGGTGTAGTTGTTGAAGAAATTGATGTTGATTCCCATGTTTTGAGCCTGTTT AGCTCAATCTCAACTCTGAGATACTCTGGCTGTGAACGAGACGGAAAGCTAATCGACCTA ACATGAGCCATCTCTATATGTTTTCTCTAAAATAGGTTACATTAGGCTTTAGTCCCTTTC TCCTAATACTTATTTTCATATTGAGGATAGTTATATTGGTGCCGCCCCAATCATTATGTG TAACCGGCCTCACTGCCTAAGAGTTGAAATTAGCAAAATGGCATCTTTTAGTAGTTATTC CTACAACAATTCTACAAGTTTCAACATCACTAGCTGGCTTATTATTCTTGCTAGATACCA AAGAAAGCAAACCTAAACATATCTCAATTAGTAAACTCTTAATTTCACCAAGAAAAATAC AAAAAATGAAATTACTGGATTTTGTGTTCTTTGAATACAATCTTTCACAATCGTTGTATT GTCTAGAGTTATTCCTATTGCTATTTTCTCAAGAGGGGTGTGTCTTTGGTTCGATTTTTT TTTTTTTATGAAAGGGAGATTTTATTGATGAATATTTGTGTGAAAATCCTATTTATGTCT TAGTTCTTCTCTCTTAAATAATTTTTGAGATTTGAGAGTCGTTAATATGTATTACTCGAA CATAGGATAATATGGAGCTTCCTTTGTGTTATATTTGATCGTCAAGAACGTCAGACGCAC CACACTTGCTTTGTGTTATATCAGAAGGAACGCTTGATATTGCTCATTAGTCCTCACTAA TCCTTTTGGTTAAAAAGTTGTGTACATTATCTTACTATTAATGCATTGATTATTAAATAA TTACTTGGTTAAGACCTAATATGATTATTAGCTAGAGCTAGATGATTATTGTAAAACTAC CCTCTGAATAATTCAACTACTATCCTGAAACCATTGATCAATAGATCAGTAATTATATAA TCAATGTTCGTCTAAACCTTTTGAAGTGTTAATTAAACATCATTAGACATGAATCGAAAA CCAATTAGGTGATGTTTAATCAACCGTAAACATTCTTTGTCTTGATGTCTGTCATTATCA TGTGATTTTATAATTTAATTATGCTATTTTATTTTGGCAGAAAGGTCGGAAAGCACGTTA TTAATAAAATAGAACATAACAATTTTTAATTTAATTAGGTTGACTATCCAGTGTCAGGTG ATCGTACATGGCATAATTCTTCTGTACAAAGAATTAATTAGGGACGGTTTTACACCTAAA TAGTTGCTAGTATTTCCGGCTAATTAAAAAGAATACGTTGATTAATTAGTGTTAATTTTT TATTATACTTCTTAATAGCATAAAACAAATTAGTCAGCAGAAAATATGGTTTCAAGAAAC CATTAACATGATGCAAGGCCATTGGACTGATCATAGTTAATTTGCATGAAAAATAATCAA ATACCACAAACTTAAAATAACATAACTTTCAATTAACATTAAAGCCTTTTTGGCCGCCCA ATCATATCAATGGCCAAATTTCCTATTCGAAAGTCCAAGAGAGACATATTCTAGCAAGTA GTTAATTTTTTTTTTTTGACAAAAATAGTGTGAACTTTCAAAATCTATAGCTGGCTAATC ATTTTTGTTTTAGTACGTAGCAAGAATATACTGAAAACAAATTCAAAGAATTTGAAAGAT TTTAAATAGCATGTTAAGAATTTCAATGTGCTAGATTTTGACTAGCTAACATCAAACAAT TTTGATTAGGCCCATTTTCTGCGAGAAGATACACATATGGACAAATCCACTGCCACTCAT AATATTTTACGATGAAGTGCATGTGATGACAGAAAGGTGTAGCTTCTTCAGGTGACACAC TACATTATTTTAAATTCCTATTTCATGGTCCATCACTGAAAAGTTCTACTTCTTGCCATC ATTACTCTACTACTAAGGGATGGAGCTAAAAAGATTGAGAGCACGTTTAGATCTATTTCA GTTGTTAATGAAATGAAATAAGAAATACAGGCGTTTTTATCTAACTACCCGTTTTGTTGA TCATGGAAATGGATCTACAAAGATACAATTTTGTCCATATGATCAGGTTCAATGTAATTA GGATTGATCACACTAAATTGTGTAGTCATTTTCTTGTCCCTTCATTTAATTATTTCTCCT AGATAAATTCATATAATTAAGACTAACGATGCAGCATTCATCGTAAATCCATGAACCGTA ATTTGGACAAGAAAAGCTGAAATAATTGAACATGTTTTTATCAACAATGATCATCTTGTT CCCATGTGATCGTCATTATCATGTGTTTTTTCATAAATTAGTCTTGTACTAATTAAGTAC ATTGCTAATTGTATTCTCCACTAGACTAGAAAATAATTATACAAAAAAGATCTTGTCTAT GGCAATTCAATCTCACATAATCGTACAAGACATAGTCCTTTAGCATGTCAAAATAATAAT TAAGGATTCTACTCAAATGGTCACAAATTATTAAAACAGCCAACGCAATTCATGCATGTG GTTTAATTTATCGATGATTATTTGAGCTTAATTCATTGTATTTTGATTATACATTAACCA AATCTGAAGCACTGCTGGCTAAATATCTATCTAATTATTCCAATTATCAGTACACAATTT ATTTGCTTTACAGCAGGAATCGATGACAATTATTATTAGTACTTTCAAATTCATGGATCC TGTAAATTAATTATAGCTCATACAATATACTACTAGTTTAAGATATATAAAACCTAAACC CCTTTTTCAGATCATTTTTTTAATCATTAGATTATCATATATGTTATTAATCTAAGTGTT TTAAAAGTCGAAGGCGTGACCACATAGAAAGTTAGCCCATATAGTTTTATTTATCAGATT TTTAAAAAGAATTTTTAAAATAAATAAAAAAGAAGTTAGAAATGCATAATCACAATATAA TTTGTGTTATAGATTGGGTATACATCTGAAATGACTAGAAATTATTACTAGCCCGTGACC AATTCATGCTTGGATAGTCCCAACTTAGGAATTGAGAATCGCCACGTACAATAAGGCAGG TTAAAGATAATCGCTAAATATAATTTGAGATAGAAGAAATAGTAAACTAATTAGCTTAGA CTTCGTTATGGTAAAAAGATAGAACACAAAGCAAGGAGATGTATCTCAAAGTTTAAGATT TAATTATAACTTTTTCTGAACTATTCATCTTCACTCTAACAAAATTTGTGTATAACCTAT AGGTGAACTCTTATATATGTACAAGTAAGAATATGTGTTCTTAAAGCGCTAGAACATTAA GAAATGAAACTCTAGTTTGGATCAATTGCTTATACAAGCTTTCTAATCCAGCTTCAAATC CCTTTATACTTTCATCAAGCATCTGTAATCTCCTTCGTGCAATATTGACATCAACCTCAC CATCATTCCTCTTAATCTCTTCGCGAAGATCGCCAAGAGCTATATCAACATTCCCCATTT CATTAAAAAATTGACTACTTTTACAAGAACCTGATTTTGTGATCATCAATTTCGAAATCA TTGACCATCCACTAGGCTTAAATTTTGTATCTTGGTAGGATAAAAATACCAAAAGAGCTT TAAAAACTGATCTACTTATTCCTGTTACTTCTCTAAAGTGTTGTTCAGTGTCCAGAAACA GAGTGCATCCAACTCTGTTCTCCATATGTTTCAATTTCCTCAAGTTTTTTCCAATCTCCT TTTTCATTTTCTTCCTTAAGGTTAAATAATTACCAATGTCCCTTTCGATGCTTGAATTTC CACCTTTTCGTCGTAACGCTGATTGAAGATGCTGCACTTGTTCCTTAATAGTACAAAATA AATTTCTAATTGTAGCACACGAGTCAAGTAACTCAAGTGATCCTTCTACTGCCTCTTCTA CAAAAGCCCCATTTTGATGTTGAACAAGAGTTTTTTGTGTGCTTGGACACTGAATTAGTT CCTGAAATGAATTGTATAATTCTACAAGCCCAACAATACCAGCCTGAATTGTATCTCCAC TATGCGACGACGACGTTTCGGAGTTTTTCAGCTTGTGTAATTCATCTTCAATTTTTAGGC CATTAGGATGTAATCTTGTAGGCAAGCTAATAGATCTAACAGGAAATAATAAACTTTTAG ATTTATATGAGATTGCCATTTGTTTTGGAAGAAAGGACTCACTAGTTCTTTTTGATGTAA CAAATTAAATGATTCGAGAGTCTATTTATAGGTACATGACTTTTTTTTCCTGGAATTAAT TTGTATGTGACAGCTATTAACCTAGGCAACAATTGTTTTTTTTTTTCAGTAATATTGTTA CGTCATTAACCAACAATATGCAATTTGTTAGAGAACAATTTTTTATTCCTTGCGTTTTAT GGCCTCAGAATTTGCAACGTTTTGACAATCATTAATTAATTGGATGAATTCTAAATTCAA TCATTGAGTATAGAGAGCTGTACTATGCCTTGTTTTTCTCCAACAATTTTCTGCAAGATT CCCTTTTTTTAGATTTTAATCGTATACTTGAATTAAAGGATTTTATTTTAACATACATGG GAAATTGTACATGTTTCTGGACATTACATGCATCTGGAAAATTTCGATTGGTTAACACTT AACAGCACTAGTTACCGGTTGCATTGATAAAGAGCTAGCTAGGTATAGGGTTTTTGGTGA ACAAGAATCATATAGGCTATAGCTGGATAACATTTTTATGTATATATAATGGGTTTCCCA CGTAATTTTGTTCATATTCATTACTCAGGGCTCAAACTAAAAACATCGATGGAGCAATTC CTCTATTGATACCACAATCCGTGTTAGTCAAAATTTGTCTATTTGCTTGTAATGAATGGG TAGACAAAGGATAAGTTTAGGTTATAGAAAATTATGGTATCTTTGAAATTGAGGTGAGGT TGTGTTTAAAGATTATATTTACGTAGGAACAAATAAAGATTTGGTAAGGAGAAGGTCGGC GATTTGTTGGGTGACTAATGCAACAGATGAAAATATAATATACTCCATGCTTCTTGAGTG AACGAACCATTTGTCATTAATTCAATCACAACTTCACTTTTCAAACTTCATTAGACATAC AACAAACAAGGGTTCCATGGGATTCAGAACAAATTATATTTTTTTCCATAAATTGGCGTT ATTATCAAAAGAAATAAAGATGATGAACCAAGACACCCAATTGGTACACTGAAACCTAAG GATAATAAAGAGAACATGTTATTTTCAGTGTCAGAAAATACAGAGCATAGAACCTTATCC ATGTATATGCATATTGTCATTTTGAGAAGAAAAAAAAAAGAGTAAAAAATCATTGCTGTG CAAACAAACCAAGAGACAATCAAGAAGATTTCTTGTTCGCAGATCCCATGAGAACAAGAG ACATCAACATGTGACAGAATCATAATCCAAAATTCATGGAATGGAGCAATACAAGATGAT GTAGCCTGACCCATTCTAACCAGCCCAGTCAGCCATTTGCTTCAGCTAAACAATTTTTGG GCCTTGAAAGCTGTTTGGGAGTTAAGATATGGTCCAATTTCTATCGTGGAGTCTAGTCTA GAATCGAGACTAAGAGCTACAAAACTACAATAAGCAACAGGGAACCAAACTGGAGAATTG CAGAGTTAAAATGGACTCTCCTGCTTCATTTCAGAAACATTATATCATATAAACTGAAGA TGGTCTTCGGTTCTATTCAATCAGCTGCATATAAGGATCCTTCTTCATATAATGGTGTGG TGCTTCCAATCTCTTATAACACACACACAATAACAGGATGGTTCTTTAATTTAGGAGAAA GTTCAATAAAGCTTCTAGTCGGCCAAGCTGAGGAGGCCTTGTGTCTTAAAATGGCAGTCG ACCTCTTGGGATCACTTCCTGCCATTCCAACTCTTTGCATTATGAATCAGCTCCTTGAAA GGCCAGTTATTGACCTCATTAGACACCGTTAGGTGCTATACCCACGTTCAGTTCAAAGAT TCCAAATAAGAGCACAACTAGACAAGGTATAGTTGGTAAATGCTTTAAACGCTCCCAAGT CATTTGTTCAATCGAGTGTTCTACATTTATTCATTTTCTAAATGAGTGGAAAATAGTTAA TGTTCCATACTCTTCTATCTTGAGAATCCTGTTATATTTACAATTAATTCAGACACAGAG TTCCTGCCATATGTATAATAAATTCAAACACTCCTGTGTATTTCATAACATGAAAAAGTA CATAAAAAGAATCAAATGATGAGAAGATTTGACTTCTCAAGCTCATAGAGGAGCACTTGG AGAAGTGACAAATCTCGAAGCAAGATTAACAATGCCCATGAATAAGTACAACACTTCAGA TAAATCAGAGTACCAGCAATGGAGATCAAATGACAAGTCCCTGCTCTCTAGCCTTCTTAA GCCACTTCAAAGTACTCTCCAATGTTGTATACGCAGCAACATCAGTCAAACTCTTGCTCT CTATTGCATAATCAAAAACTTCATAAGCATCTGCTACTCTGCCATTCCGACAGAGAGCTC TGAGAAAAGTTCCATAAGATCCTGTCTCAAGCTTCGTACCATTCTGTTTCATAACATCAT ACAGTTTCATTCCCTTATCCAACAATCTTCCCTTACATAACCCATGAAGCAATGTATTAT ATGTACACGAATTAGGAGCACAGCCCCGTGCTTCCATTTTCTCCAACAAAGCCACCGCCC CTAATGGATCTGCTTCTCTACACATCCCATTCATTAACGAAGTATACGTGACTGCATCTG GAACATGGCCTTCCTCCATCATAACATTCAAAAACTTCTTAGCATCTTTCACCCTTCCCG ACTTAGACAATCCATATATCAATGTATTATATGTCACAAGGTCAGGCTTCACTCCTTCCT CCTGCATTTTCTTGTATACACCCAACACTTCACCCCCTTGACTTAACATACAATAACCCT TCATAATTGTATTATAAACATAGCAATCAGGCTTGTAGCCTTCCTCACTCAGAACTCCTA ATAATCTAGTCGCTTCCCTAAGATTTTTACTATTACAAACATTGTCAATCATAATTGTAT ATGTAACAAGATCAGGTTTTATATCAAAACCTTCCCTCATTTCTTTAATAAAGTTATTCA TGGTACTCAAAGGCCTGTTCTTGCACAAATGCCTAATAATAAAATTATAAGTATATGTAT CAGGGGGAGAGTCTTTGGAGGAAAGTTCTTTCACTAGCTCAATGGCTTGCTCTTCGTGGC CGGAAGAGCAAAGGGTCCTCACAGCAATGTCTGTGGAGACCTTATTAGGAGGGAAACCAT TGGTAGTCATAAGATTAAGAACCTGATGAACAGGGGATAAAGAAAGGTCAACAGACTTAC AAGATTGGACGAGGAGAACATGGTATGTAAACCTGTCAGGGGAGAAAGGAGGGTGAACCT TGATCATGTGATTAAGGAAAAAGATTGAATCTTGGAGAGTTGAATTGGAGGAAAATGATT GAAGAACTGCATTATAAAATTTGTTGTCTGTAGAGGGGTTTCTGGTACTGGAAATCAGAG AATTGAAAAGGGTTTTAGCATCTGAAAGAGATGTTGAATCAAAGGCTAGAATAGATGATG GAAGCTGGGGTTCAGTAATTGATGTGGGTTTTTTCTTGGGTGATTGTGATTTTTTGGGAT AATAATGGGGTTTTGAGGTTGGAGGTGGGGATGGGGATGGGGATGGAGATGGAGTTTTGA TGAGAGTGTTTACAGCAAAGTTAGCTGACCTTAAGGAAGGTGGTAATTTCCCCATTTTCT CAGCTGTTTCTTCGTCTTGTTGTAACCACTTCTTCCTTCTGTGAGGACAAAATTAGGGTT CTGCAAGGGTTTATCATTTCGATCTCCGTCATGCCAAAGAAGAAATGCCAAGTACAGATA CGGGTCATTTTGGCCCATTGGATTACAAAGGCCCATTTTCCTATTTAATAACCCCTGGCC CACTGGGCCTATCGGGGATTGAAACTTAAAGCCCAAAAAATATCACACAACATATCATAC ATGGATCAATTTAGAAAAAATGGCACAGCATGATATCCCATTTTACTAATTGGCAACATA TAGCCTCCTTTTATTTTATTGATAAAAAAGATTTTCTAAAATCAAATTTTGCAATTAGTA GCCCACATATTAGAAAGTTCTTTTTAATTAAATTAATAATTTTAAAAGGTGGTAGCATGA TGTTCTTTTTTATTAGGAAGTGGTTTTTTTCTCCATTTTTTCCTCTTCTATGCCATACAT ACAGATTCTTTTAAATCATATTTCTTTATTAATTATCTTTTTCATTACTTTAAATAAAAG ATGATTTGCTTGCTTGTGTGTTAGTTTTACATATTGAATTCTATAAAAATATTCATTCAT AGTTTACTCTTTATCCCTCGCTTTCAAATTCTTGATGATTTGTTGGATATTTATCCATCA ATTTTCAACTTGTTAGCTATGTTTAACCCCCTCTTGTATTGTCGTTCGATTTTCTTTTTC ATGTTTTTATTTGAAATTGAAGGTTATATCTAATTTAGGTAAAAATTTAGGTAATAGTAA TTAATTAATTGTGGGTATCAATAGTCATGTTTAAGAAACTTATCCTATGATTATTCATAA AATTGGAAATTTTGATTCTAATCTTGTGGATTCTCCATCCATAACTCTAAATTTATAATC ATGTAAGTTCTTCTCGTTATCTGATTCAGTTTTTGTGTTTACCATTGAGCATTTTATATT TCATCTGCAATCCTCATTTCTGAAGGAAGAATCTGGAATGCATACAATTTTAAGAGAATA AATGCACGGATATGCATACATGATCTTCCTGATTAAAAAAAATTTCAATGCAGTATATAC ATACTATGAGTGAATGAATACATAAAGTGTTTAATTTTTTAATATGTATGCATTGGACTA GATGACATAGCTATAAATGTATAGTAATGCTAAGTGAATAAATACACCATTATTCTACAT ATCATCAAGTATACAATTAAATTTTTTATTATCAAATAACGAATAAAAAATATATGAAAA TACACAATTTATGATTTTAGGCGGTTATGTATTGTATATATAATTTGGTATGTTTCCGTT AATTTTGTTTTTGAGTGATTTTGGTTATACGGAAAAAAAAACTATAAAAATGTCATTAAT TAATTTGGGCCATTTTGTGCTTATTTTTTATTTGTCTATTAAACGCTAATTAATGTTCCG CTATTTATTGTTAATTGTAACAATAAGTTGTATATATATGTCATTTCCTCATCAATTTAT AATAAGGGAAATTGTATATAATGATAAACTAATAAATCAAATTAAATGCTATAACCACAC TTTGATTTAATGGTGCCCTGTAGCAAAGTGTTTGTCAGTCACCTCTCTCCTTCAAACTCT CGCTCGCCACTCTCCCTTTCTTGCTCAATCTCTCTCTTGCTCCCTCTCACTTTTATACAA ACACAAATGTATAAAATGTGTTTTTGTTTGTATATAAAATCTAGAAAAAATTATATATAT ACATATTTTCGTTTCCCTCTCCTCCCCTCTCCCAGATCTCGCTCGTCACCCTCGCCTCTA TCGCTTATACAAAGAGAAACGAAATGTATAAATCGTGTTTCTATTTGTATAAAGCAAGAG AAAATTATATATATACCTGCAAATACATATATCTTCGTCCTATACACTTATAATTATACA ATACAAATATTCTCCTGCCCAATTTTCTTTTGTCTTTCTCTATTTCTCGGTCTATACATA CAGAAATTATACATTGATTTGTATACAACTGCTTTTTTTGTATATGTATAGTGAATTATA CGATTGATTTCTTTGTATATATATAGCGAGTTATACATATGTATGTTTATTATCGAGAGC AATTATGTAAACTTTGTTATATTATAAAATATAAATTTTATATTTTGCTATATGTGAAAA TTACTCTAATAATAATTAATAGTAGAGAGAGAAACTACATTTTGTCAAAAAAAAAAAAAA AGAAGAGATTTTAATTGGAAAGCATGTTAGTGCCTGCTATATACGCACCAAGTGGAAATT GAAGAAATACGATAAATAGTGGCTTATTCAATCGTTTAAATTAAAGGTGGTCATCAAATG TATAATATATGTTAATTAATACATCAATTAATGTATATTGAATAGAAAAAAAGTAAACAG TTTATCTAACGAACTATTTGTGTAAACATCTTGTAGAAATATGCACATCATTAGTTTTTT CTTTCTTCTTTTACTATAAATCATATTTATAGAAACGGTTTACTTTTTCAAATAATAAAA AAAAATTCCATTCATCCTTCCTTTATGGAATTAATCATGATCTTCTTTGACCATTTATTG TCTATTTTTCTGTTCATAAGGTCCGTTAATGTTCGCTGATCATTGAAAAAGATAAACTTA AATTATACTATCTAATATTAATTAACATGTAAAGTAAATTCCTCTGATAATATAACTTTG TTTTATTATATAACTTAAATATTTTGGATAACATATTTCTCACCAATCACTATGGCTGGA AGAAGTACATTATTTGACTATGTAGTAGTTTATTTTACTGGCCAAAAGGCGTTTGTTTAG CACAGTCCAAATTGACCCCAGGATTGACTCCAAGTATCTCTTGTAAAACCCAATTCTATT CTCCATTTTTGGATTAGAACCTTTTCCACATTCTATTCCTCCATTAATTATGTTGGTGAT TAAACCATAGCCAGAGACACGACCAGCAGACAAATCAGCTCCTGTTGGTCTCCATTTACC AGTAATAACAAAATGGGCCGATGGCTTTGGTCTCTGGGCCGTCATCCAGAACCACAAGGC TGTCTTGAATGAAACGACTGCATCATTTGCAACAGCATCTGGATTGTTTAACAAATCAAC TCCTATGGCTCTTCCTGCTGGTCCATAGTTGTAGTTGCTGCATATCACTAAATTCATGAG TTTAGACCCTACTATTATGTGTGGAAAGTAGAAAAAATTAAAACAAAACTTACTAGGATA TTTGGATGGGACCTCGACCAAAGTATTTTTTACCAGGAGCACAAGGCCACTGTTGATTTG CAACACAGTAATCTGGTGGGCTACCTTGTTCTTGCTTGAAGCAATATCCCCATGAAAATG GACCATCCGGAGCTGTTCCCCACCCCCCTAATCATCAACATAATTCATACTTTTATATCT CGTATTACATTACTAACAATTGATTTCATACTCGGAAATAACGTTAATTTTATCATGAGA AATTTAGGGGTGTCAAAAGTGAAGCTAACTCGCTCAGAATTTTAATGGTTGGGTTAAAAT AATTTGAATTGGATTGATTATCAACTTATTCAAGCTTAACCTATTTGAAAAGATATCTCA ATTGAGTCCAACTCAATTTCTAATTTCAACTCGTTTTAAATTTTTTTATTAAGATATGTT CCTATATTGAAGATATGAATGGATTTGTCTATCAATTTGTTACTTTTTTAACAAAAAATT CTTGAGCGGAAATTCAAAAATTGTGATTATAAAAGTTAAATATCAATATGTTAAATTATT GAGATTAATCGGGTCAAATTGGACGAGTCAAGACCCAACCCGTTTTTTAGCCCATTTGAG CTCAAATAAATTTGGGTGGATCAAGACTCAACCCGGTTTCTATTGAACTCATTTAAATAT TTCTAATTTCAACCCAAGCCGCTCATTTGACACCCCTGTGTACATGGTTGTGGATGTTAG GTTGCTTAAAAAGTTGTCAATAAGATCTCAAAAGAAAGTGTAAAAATGACTTTTATTTGT TCTTGTAACAAGCTAGGGATAATTACTTAAGAAAATAGTACCGGTTGTTTCAAGAGAAGT TTGTGCCAAAAATGCAGCGATTTCCTTCTTACGAGTGTTGGTGTTTCCAGTAGTTCCAAA AGCAGCAAAGGACCTTGCAGCTGTTATAAAAGCATCATAAGTGTAAAATCCTTTGGCATT ACAATTGGCATCATTACGATGCAATAGCATTCTCTCAAATATGTCTTTACTAATAAGAGC ACCAACATCTTGTGTCAATCCTCCTCTTGTAGACAACACACAAAACAAAACAAAACCCCA AAACATAATTTTGTTCTTCATTTAGTTTTTACCAAGTTGTGTGTGATTATTTCTGAGTGA TGGTAAGTAAGGTTGCTATTTATAGGGAACAGAGAGTGAAATAGGCTTTTCAAAATGAGT AGAAAGAATAAATTTTTGGGTCTGTTTATTCCAACACTTCCACTTAGCTTTGAGTGCAGC ATTTGCTTAATTATATATTAAAATCAATTGGATGAATCATTATGGACAAAGTTGGGACTT GGGAGGAATCCACTTAAGCTAGTCTTGGGTAGGATTCCTTACTATGACATATTCTTTGGC ATATAACACATAAATATGTCATTTAATTTGACGTTAACTTAAAATTATGTCATTTGCTTA TTGAACAAGTAGCACACACTTGTCCAATGTGACATTATATATGTCAAACGTCACGTAGGA CACAAAATGTTCATGTAGGAGGACGTCATGTTAGGTAACATATTTTTCATTTTGTAGGTT GTTACAAAAAGAATGACGCAATTCATTTAGCTACAAGAATCACAAACTTAAAGTGAGAAT ATAACTACAAAAACACTTCTTGCATTATTTGATTTGATATAAACATGTATATATAAACCT TTTTTCATAAACAACATGGTGCACTAATTGAATCTTGAACTATGAAGGTGATTCAGTTCA TTCAAGAATAAACTAATTCTATCTTTTTTTTGTACCAATTAGTAGCGTTGTGTATGGATC ACAAGTAAACTAGGTGTGTATATAAAAAATGATTCCAAACATCAGGAACTCCAGGAAGGC ACCAATGTATACAATCTGCATAACTACTTGGATTTGCCAATTGTTCTTTGGTTAGAGGAT CCCAGTGCTTTCTGTATATTGATGAATGACCTTCCTTTCTATATTCAGAAAGTTGAGTAA TGTTGAGCAACTCAACTTTGAAACCACTCTTCTCATTCAGTTTCTTGATGACCGATTCCA CCAATTTCATCATCTTTGGATCTGAATCTGATCCCCAATACTCTCTATTAGTTATCGGTT CTGTTTCATCGTAGCAGTTCTGACCATTTGCTTTCCCCCAATCTTCTCCCCTGCCATTTT TTATGATTCAAATATATAATTAGTACTCGTACGACTCAATAAACTAATTGAAAGTCAAAA TCCAACAAGATGTATATACAATGTATAAAGCCAAAGTCAAAGAATAAAAGATGATTCATG ACATGATCTCATATTACACGAAGACTTGTTCGTACTCGGAGCTTGACATCAGCTACAACT TTTTTAATCTTATTTTCATGGACTTCCCATCCCCATGCTTGGTTTCGGTTTACAAAAGGA ATAAATAATGGAGGCATTCAGAGATGCAACTAAACAAATTCTTTTAGAAAGGGTTGTTGA AGGCACTAAAGTTTGAAAGGTTCTTCATAAGTGAACTCATTTTGTCAAAACAATGGAGAA GTCCATTATACTACTTTCAAAATAGCTTTAATTATACTGACCATTTGCCTAAACCAACCA TTTATCTCCTGATCACGCTTAATTAACACTACACTAATTTGAATAGTAAGAGCAAACTTG AGAAACATATGCTATACCTGTTGTGTGTAGGTGATAAACTAACAAAGAAAACTCGAGTCT TGGAGCGATTAACATGAGTATCCAACCAATCTGCCCATGTCTGTAGCCCCAATTCGTATG TACGCAGCATCCCTAAATATTCATACTTTGCATTTGCACTTTCAAAAGATCCCCACCTGA AATTACACAATCTCCATCATAATTCACGAACATCGATCTTGTGCCTAAAATCTTGAAAAT AAGAATCATAATTTTCTTATGAATTGAAAAAGGTTGCAAAAAGTGTACTCACAGAACCTT CAAATTCAATCTCCACCATAGATATGAATTAAAAACTAGCACATCAGCATCATTCCAAAT TCTGGCATGTTTTTCTATCGAATCGATTCTCACTATGCGTTCTTCCACACGATGATATGA TGGATCGTCGCAATTTGATTCAACTAATAATGGTGCCCAGTAGAAATCAATAGTAGCATT GTACTCCTTCATTAACGTAAAAAAACAAAATTAAACTAATTAGAACTGCAAGCAAAGTTC AAGGAGAAGAACAAGGTAGCGTATTGGAGAAGCAATTTTCGAAACTCACAATAGCTTTAA AGGTGACCAAAGAGCCATTATAGTTAACATATTTGAGATGATTAGGAATTTCTGATTCTA ATATGCAGACCATTGAAACCCATTGATTCCTATTGAGTGAATCTCCCACATAAACAACCC TTTTGTTCCTCAACTTCTCCAGCATAGCCGTAGCATTAAATCTTCGCAAAATCAACAACT ATAATCAAATACCCAGAACAAAAAGTAGGATAAAATTGAAGAAAAACTGAATAATACTCT ACCTAGGAAGGTCACAATCATTGGGTTGCCATTTCCAGTAGAGATAGTCAAGATTCTTTC TCCCAAACTTCTGACAAGCCATTCCATCATCCATGAACGAACAATTTGTCCCATTATACA GAGGGCGAGATTGATTATCAAATACCCATTTACCAGAATAGAAATTACAGCTAGATAACG AGCTTATCTGGGTCTGCTTCTCGACTAACTTTGGAGCTTGACCAATACCTCTGGACATCG ACAAAACCGTAAGAACTAAAACTGCAGTGATAGTCACTACCAGCAACTGAAAACTTAGCT GAATACACATTCCCTTGTTCTTTAAACTAGAGCCGAAAAGTACTGGTCTTCCATTCATTT TTTTTTCTCTGCTTTTTCAGGCTTTTGCTTTGGATTTTGCTGTTTGTTCGTCTTTAAAAA TGGTGGACATAAGTCATGATTGGCGGAGATAAAAATGGCGAGCTCGTCAAAGAAGCAGCC ATTAAGGCTAATTATATTGACCCAAATTTGGGACTTATTTGGAACCAGGTGCTTTTTTTA TCTGTAGCAATAACAAATGCCGTACTTCTTTTTATTTATTTTGTTCCATAATCTTATTGA ATATTTTATATTAATAAATTTAATAGAATAATTAATTAAGCTATTAAAATTTTATAAAAT TACTTAATTTTTAAATCTTGATATGATAATTATTTATTAAATTACGATAAACTAGGAGTA TTATTTTAATAATTAAATTTAAAAGTTCACATCAATCAATGTGCTTTTGAACTTTACTGA AAGCGAAAGTAGCTCTCCAATTTACACATTTGTGTAAATTGTTAATGACAAGTGACGACC TAATACTTTGTCGAAGTGGCAATCGACAAGTTGTAGAAGAAGCAGTTAAGGGCAAAATTG TCTTTTTACATTAAGTTAGTTAGGATCAATTGGCTTGCTAAAAGAAGTTATCTAGTTAAT TAGAGTCCTAAATGTAGTCAAGCTACTAATTACCCTAGATACTATCTAATCACACCTATG ATTACCTAATGTGTAGAGATGTATTAAGTAGAACAATTAGTGTTCTTTTTCCTATTAATA AGGTTTTATTCTTTGATCTCAATTGATGATTACTCATTCTCCATTTGTAATTTTCTTCCC CATTTCATCTTTTTCTGATTTTGGATTTGAAGTTTGAACAAATGCACATTTCAGACCTGT ACGTTTGGCAAAGTCCTAAATACACTATTCACTAGTCACGTACGGCTGCTAATTAATTTA GGAAGGCTCTTTGAATATTTCTCAAAATTTAGATGAACTATTGACCATTCATTTAAGTGC CTGATAATAATTAATTAATTTTCTTATAATATTTGATGGTTTATGACTTACAAATCAAAG TTTCTTACGAGTCAATGTGAACTACTACATATCAACCTAACTTTTGGATGAATCAAAGGG AGTCATTACAACGCCAAAACTTGGACGGATAATGATTTTACATGCTACTTTTCAAGAACA AATGAATCCAATTACATTCTTAGTATTTCTGTAAGAACCAAGTCTCATTCTACATGGGTC ACAAGTAAAGAAGGTATACATACAAGAAATGATTCCAAACATCAGGTACTCCAGGAAGAC ACCAGTGTGTACAATCTGCATAACTACTTGGATTTTCCAATTGTTCTTTGGTTAGAGGAT CCCAATGCTTCCTGTAAATGGATGGATGTGCTTCTTTTCTATATTCAGAAAGTTGTGTAA TGTTGAGCAAATCTGCTTTGACACCACTCTTTTCATTCAGTTTCTTCATGGCTGCTTCCA CCAATCTCATCATTCCCGCAGATGATTCCGATCCCCAGTACTCTGCATTAGAAATTGGCT CTGTTTCATTGTAGCAATTCTCACCCTCTGCCTTCCCCCACTCTTCTCCCCTGACATTAT ATCAAACAACAGTTCTTTGCTTTACATACTTGATATGTTTTACTTGAGTCAAGGGTGTCG AAAACAACATATTCTTTGCATACACTCAGACCCCTACTTGTGGAATTACACTAAATATGT CATTAACATTTGAGTGTGTTTGTAGAATATCTCGAGTCCAAACAGATCTAGCAAAAGATA GATGATAGTAGAAGTTGAAAAAGCTTACAAGTGATACCAACTACTAGTGCCTACTATAGT ATATGGGAGAAATTCTGTAGTACGGAGCATTGAAACATTATGGACCCAATGGAAGCATAT GTTATTGAGGCTTCATACAATCGACCCTACTAAGTGTGATTGAGGAGTAGCAGTAACTGA TATTGTTAAGGCATGTTCAATGTAGGGACAAATGTGGAGAGTCAATTATGAGTTCACGTG ATCTCATTAACTTTTCTTCTAGTTCTCGTATACATGTTTAGAAATTAACAAGTATCTATA AATATTTGAAGGACCTAATTATTGTTATAATATATTAACTTGAGATCATTATAGCAACTC ATAAACTTCAAATCTAAATGCGCTTCTCAGCAATTAGAAAAACTTTTTTTATAAAGCGTA GTGGGAGAATTATATACCTGCTGTGCGTGGGCGACATGCTAACAAAGAATACTCTTGTTT TGGTGCGGTTGAGATGAGTGTCCAACCAATCTGCCCATGTCTGTAGACCCAACTCGTATG TACGCACCATCCCTAATTGTTCATACTTTGCATCTGCACTTTCAAACGAACCCCACCTGA AATTGCACAAATCACTGTCATTTTATTCCCAAAATCTTGAAATTTAGTACAACTTGTTAT GATGGATTTAATGTTGTGTTTACTCACAGAACAGTCAAATCCAGTCGCCACCATAAATAG GAATTAAAAACAAGCACATCAGCATCTTCCCAAAATTTAGCATGTTTCTCTATTGAATCA ACTCTCAATACACGATCCTTCACACGATGATGCCAGGCATCGTCGCAATTAGATTCCACC AACAATGGTGCCCAGTAGAAATCAATTGTAGCATTGTATTCCTTCACCAATATAATGTTT GGAAACAAGATCTAAGTCCACAACTTCAATAACCAAAGAACAAACACATAATAATAGTTG AAACTCACAATAGCTTTTAATGTGACCAAAGAACCATTGAAGTGAACTTGTTTGAGATGA GTATGGATTGATGACTCCAGCATGCACACAAGTGAAACCCATTGATTCCTATTGAGTGAA TCACCCACATAAACAAGCCTCTTGTTCCTCAACTTCTCCAGCATCGCTGTTGCATTAAAT CTTATCCAAAATCATAAATACCCAAAACCCAAATGACAAAAAACAGAAGATAAACAGAAA TTTTTTTACTATACCTTGGAAGGTCACAATCATGGGGTTGCCATTTCCAATAGAGATAAT CAAGGTCTTTTCTCCCGTAATTTTGACAAGCCATTCCATCATCCAAAAACGAAATGAAGG AACAATTGGACCCATTATAAAGAGGACGAGATTGGTTATCGAATACCCATTTACCCGAAA AGAAATTGCATCTGGATAATGAGTTCAACTGGATCTTATCCCCATTTTCCTTTGGCCTAA TAATGGCTCTTGACAGGGACAAAGTTGTGATAAGTAGAACCGCAGTGATAAGTGCTACCA TCAGCTGAATGGTTAGCTGAACACCCATTAACTTGTTATTCCAATAGCTCCAGAATAGTA TTGGTCTCCCATTCATTTTTTCTGTTTTCAATTTGTTGAAATATGCCATCATTCAAACAT GTTCTACTCATACAAATAACAGCAACAACATATTAATATGTCAGTGTACAGGGAGGGTGG TGTACTCATAGCTCTAGAAATTGTTTTGAATATAGATTCTTTTACTTAAATAAATCATAA TTTCAGAATTTTTATTTATTTCGCTTATTTTGTCTTTTAGTTCGTTTTTAAATGAATGAT TATTTTATTGAAAATCATAAGATTAAAGGATATTTTGAACAAAAAAAAGTTAATATCTTT TTCATTTTATAATTACACGATTCAATTTTTTTTTTTTAAATTCATGTCAAGTCAAAATAG AATAAATAAATTAAAACGTTAAAAATATAAAATCAAATATATATGAAAAGAACATACAAA AAGTGGCATTAAAATTATACGAGAAAATACAATAACAGTAGTAAATAATATAATAAACGA ATAAATAAAACAAGAAAATAGTATAAGTATAATTATGAAGTTCCATAATTTTGTTACGCT GCTTCTAATAGTTGAGTGACCTTTTAAAGCAAAATATTAACTTTGGAAAATGACATTTAA GTAGATGTTAACCTTTTATCTTAGATTTCAACATCAATATCGTTCTATATAGGATCACTA TTTGAACATGCTCCTACCTGTCAGGATTATAAATAATTTAATATTACAGTAATGGAATCC TTTTTTTGGGGGGGAAATTTCATATATGGCAAACTTATTAGATTAAATAACATTATATAG ATATAGTTTATGTAATTATTTTATATGGGTATAGTTTAGTTATTTTAGGTATCTTTAATT TTGTATATAATTTTTTTTTATTTATACAATTATATTTTAAAAAGTGATTTGTAACTGAAG CGTTAAATATGCTAATAATAAATTTAGATAATGCCACAATTTTAGGAAAACGTCCCTTTT TTTAAGCTAAACGTCCAATTCAAAAAAAAATCTGTATATATATATGAACTTACCTTTTTT TTTTGTATATTTATATATGTACATGAATATATTAGTTAAACTCCAATAATAAATAAAGTT AATATATACTAACTTCAATAATTTGTATATAACTACTACAATATACAAATTATAATCACA TATGATATTTTCCCATCTATATAACTAAATCCAATTACTTTGTGTACATATGTATATAAA AAAAATAATGAGCCTTTAATATACAATTCCCTACTATCAGCTATTAAAACAGACATGTAC ATATTAATTTTTGTAAATGTATATAAACTTAATATATACTAACTTCAATAATTTGTATAT AACTAATAGAATATACAAATTCTAATCATATATATAAAAAAATTCATCTGTATAACTAAG TCCAATTACTTTTTTGTATATATATACAAAAAACAAAAATAACATAAATATGCAATATAC TATATACAATTACTAAACATGCAATTATACTATATACAATATTTAAGTAATATTTTTTTG TATATTGACATCTAATTAACCAAAAAATTGTATCTAACTTTGTGTTTTAATACAGTACCT CATGAATATTATGTTCTTCAGATCCGACAACTTCAGAAGCATTTTCCTCTGATTCAATGT TTACAGCTTTCCTCTTTCTTCTTCCCTGTACTATTTTAATGCATCTAGCTTTGGCATTGT TAATAATTTGTTGAACTGCCGTAGGGTCGTTTTTTTTCTTTGATCTAAGCTCTTCCATTG TTTGTTCTTGTATAACTTGATTTGATTTTCCCAATGACCCTACATCAAACCCAAAATCTT GAGTTAACCCCATTGAAAACGATGGTAAAATGTCAACAACATTGACATGCAAAGGAATAC CTCTGGTAATCCTCAAAGATGGAGATAATTCATTCATTGTGTGACCAATTTTAGATCTAT GAAGAACAAAAAATCGATTATTTCATCAAAATATATGAAAAAATAATAAACAGAACACAT ACAAATTTTGAATAAGTAAAAAAAAAGAAGAGGTAAACAACTAAAATTAAGGAGTACTTA CGAAATTGACTTCAACTTCGGGAGAGAGTAATCTAATTTTGGACAAAAATTTGAATTTCA AACCGGATAGCTGGAGTATTAAATGTAGGAGAAAAATTTGGAATGTGAAAAGGAGAGAGA AAATTATATACAAAATTAGAAAATAATGTTTTTATACCATTGGTTATATAATAGGTTGTG GACCCCATTAAATATAGCAAACAAAAATAAACTATAACTATATAAGGTAAATAAATTAAA TAATACCCCTATAATATAATTAGCTATGAATGTTTGTCATCCCATGTAATTTTCCCTTTT TTTTAATCACTTAAACTGAAATCGTTAAAAGTTATGTTCATCGATTTTCAACCTTGTGAA TTGTATTACTACTACTGAGTAATAAATTTAATTAAGTAGGAAGCACATGTGCAAGATTGA AAGGTGACAAAGGATTTGGAATATTTAAAAAGATAAATTAGCTGTAGATGTGGATATATG TGTGTCTTATTAATGGCCAATCAACAACTCATCAGAGCGCCAACAAGAAATTATTCTATT TATTTTTTACTCAAAAGTTCACTGCCTTTTGTGCAACTACTACTAAAAGTCAGTAGAAAG AATACACTTTTAACCCTCTAAATACACTCCCTGTAGCCACTTGAATTATTAAAATTGCTT CCCTCATATACTAGTGCAAATTGTAAATGCAAGAACTACGTAAACAAAGGGGAAATTAAA ATATCGATGAGATAATAGTACATGTGGTATATTATGTTATAAGATAAAAGAAACTCTTAT TTGTGTAGACAAAATAAGAAACTACATATTCCAAATGGGCATCCAAAATCCCTTATTCAT TCAGACATCATCATGACTAAAACACAAAGCTAGGCCTCAGCAAAGTTCCTCTGGTCGTAG CAATCAAGGTTGTCCCCGGGAGCAACATTCAGTATCGTACAATACCTTCTGTAGAATCCA ATCCGATCCTCCACTTGTGGATTCTGTCCTTTGCCACATTCAATTCCACCGTTAATTATG TTTGTAATGACACCGTAGCCTGGTTGTCTATTTGCTGATGCATCGGCGGCTGATGGCGTC CATTGCCCTGTGATAACATCGTGGCATGATGGCTTATTGCCTTGTGCGGTCATCCAGAAC CATATTGCTGTTTTAAAAGATACAGTTGCATCTGTAGCTACTAAGTCAGGGTTGTTAACT AAGTCTTGTCCAATTGCTTGCCCAGCTAAGTCATAGTTAGATTGCCTGCAAAATTCATTT TATCATCAATAAATTAGTTACAAAATGGAGTTTTTTTCATCTAATATTTCCTAGTTAGAA ATGAACTATTTTCCTCTGTTTTACATACCCTGTCAATTGGATAGGTCCTCTGCCATAAAA TCCACTTCCCATTTGATTGCCTTCCCTAACAAAACAATATCCTCCGGCAAATGGACCATC AGCACTTAGGCTACCACCTGCAAAATTAGAACCAAATACTTCACTTATTGTAGTGTATAT AACGTAAGTCCATTTCTTAAAAACGTTTGATAACTAGACACTTTGTGTTACAATCAGGGG CAGATCTATGTACAATTATGCTAACATTGAAACCAAGCTACTGTTCAAACGGTAGAGCAT CTAGAACCTCAAAATCCTGGATACGGTCAGTCCAATTTTGTGTACTTACATGTTGAACAA ATAACAGTAGTTTGGTGTAAGAGCCAAAATTACCAGTAGTTTCATGAGAAGTTTGACCGA AAAAGGCAGCAATTTCCTTCTTACGCGCAGTATCATCACCGGTAGTACCAAAACCTGGAA ATGAATTGGCTGCAGCTATGAATGCATCATAAGTGTAGAAGCCCTTGGCAGGACATCTAT CATCGTTTCGATTCTTCAGCATCTCGTTGAACAAGTCACTTGTCACAATTGTACCAACAT CTTGTGCAAAGCTTCCCGTTAGGAACAACAAAAAGACACAACATAATACCATTTGTGATC TCAAAAACTCCATTTCTTTTTTGCTTCTCTCTGTTCTTTCTTATGCATTAGATAGTGTTT ACTGAATTAGTAATTGTAGGTGGGTATTTATAGAGATCAAACTTAAAGTGAGCATACACT TCTCCACTGATTTCAACAAAATTGTTGTAATTGTCAAGTTTGCTTCTTCGTTTCGGTCAT ATACGTGTGTCATCATAAATGGCCGAAACAAAAATAGATGCACAATTTTCTTTTCACCTA TAGTAACCTAGAAGAGGTAGATATGAAAATTTGAATTTAATATCTCAAAAATAATTCAAC TATGTGAATTTATGTTGTACACTCGTATTAACTGAATTCAAATATCACCCTTAGTTTGTT TGTTTTTTTACGTGGTGAAATTAAACTGAGTTTATCTTGTAAAGCAAAGTCTACTCATTA TAATTTATCACTGTACGTAATCCCTATTTGTTACAAATTGTCGAGTTCTGGAATATCAAA GTTGGCTACGTAATGAAGTCGGTACAAGACTTTTCCAACTGAAGTGATTTCTAGTATACG CCAAAGTTTTTTTTTCCCCTCAACGGTATAAGTCAAGTCTTGGGAGCTATATTTTCCGCG CACATTCAGGTGAAAACCATGATGTGATTTCAAATAAACGAGTCGAGCTGAATTTTGTTA ATGTTAATTTGAAACAAGTCAGAAAATTTGGGTTGCATGAATAGGACAAAATTGTTTAAA TAATGAGTCATAGTCTAATCAAACAAATAGTTTATAACTTTTGCTATTTTTTTTTTATAA TTTGTTTCAAATTCTTATTACGAATGCATTTACGTCTTAAACAAATAAAAAAAACTTTAA TTATTTTGATAAAATTCCAAATTGGATCAATTTAAACTACATATTCTTACAATTTTTTGA TGGACTAAATTATACCGACCAAATTAAATGAACAAGTTATTAATTCGTTCAAACTCGGAT AAGTCATCTTTCCTTGCCTAATTTTATGTGTGATTTTGCTATAGAAGTCTTTAGAAGTCA AGACGTTAATAATCGTAGTTAGGCTTTTACTAGTCCTCTAAATAGTTTTCAAAAGTATAA TTACAAGTTTGGCAGGTTTGAAAATAGCAAAGATTGTCATAAGTTGACAAATTAAATTTT TCACCAAAACATGAATTGCAGAGAAATTCATGTATCTTTAATCAAAGGTCAAAAAATCAT GTTGGGAGCTTTCCTGAACCTTGCAATATGTGAATACATATTTAGTCAGATAATATTGAA AGAAAAAAAATTATCCAATTTTTCCCCTGATTAGTCTAATGATTGATCTTTCCACCAAGA TTAAGTCTTAACCATTTTCCCTCCTTCGTAGACCCCCATATTTTCGTACTTTGTTTTGTC TTGTTTAACTTTTATATATAGTCTAATTTATAGCTTCTTGATCACAGAAGTCCTTGCATA ATTTATTCTCTTTCTTTTATATGTATTAAAAATATTGGTTTTTACCTATACGGTATGGGT GGGTGTCCATTTATTTTAAACAGGATATGTCACCGTTGCTAATTTTTTGCTTGATCTATC ATCATTTGGTTTGACTCTGAATACATTACAATAAAAATAATTATTAGCGATAATTAATTC TTAATTGTCACTAAATATTTAGCGGTATATGTCAATCTTTGTATATGCCTTAAAGTCCTT AGCGACATTGGTTCTAATGACACTTAATTAATGTCGATAATGCTTAAACACTTTTTATTA ATGTCAATATTTAATATCGCTAAAAATTATTTTTATCGTAGTGATAATTTTTATAACGTG ACAAAAATGATCAACGTTAAGAAGAAGATTCAAAGCTGAAATCCAATCATCTTTGACCAT GACTGGAGTTGAATTCGGGAAAACATATTTACCCATCAAGTTTTGAAATTCAACTTAATT TGGAACTAAAATAAAAGTGTATTTATTTTTTTCAATTCAAGTTACTTATCAAAACTAAAA AAGAACAACTTCAATTTTCAAAATAATATTTCACTTCAAAAATAAATTATTATTTTTTAA AAAATAAAATCACAATAATACATGATCAATCTCCCACTAAATGTGTTGGATAGAATGAAG CAAGTCCGAATGTAAATTGTGGCCCATGTAATTAGGTAGTTAATTTAATTAAACTATACA TATCTCTACTGGTGACTACCAAGTCTTCTCTCTATACTCTTTAATTCATTAAGACATTTT CTCCTTTTTCACTTCCTACTGCTTCTCATCCTTAGAAATTAGAACATTTTTAATAGTTAC TCAGTTCAAAATGATTCAACATAATTTATAACAAAAGATCAAAATCATATAACTTTAGTA TTTCTGAAAATAAACTTCCATTTTTCTAAATGGGCATACAGAATCCCCTTATTGATTACA TCCAAATATAACTTATAGACTTCACAACGTAATACATAAACATAATTTGCATTCTCTCTC TATATATAAATAAAGACGCTTAGCCCTGGGCGAAGTTCTTTTGATTGTTACAGTCCAAAT TTTCACCAGTAGGAACATTCAACATACCACAATACCTCCTGTAAAATCCAATTCGACTTT CCGCTGCAGTATTCGGACCCATCCCACATTCAAATTGACCGTTAATGATGTTGGTAATGA CACCGTACCCTGGAACTCTATTAGCTGCTGTATCTTTAGGGGATGGCGTCCATTGTCCAA TGATAACGTTGTGGCATGATGGTTTATTATCCTGTTCTGTCATCCAGAACCATATTGCTG TTTTGAATGATATTATAGGATCTGTCGCAACTAAATCAGGGTTGTTCACTAACTCTTGTC CAACACCAATACCTTGTCCAGCTCGTTCGTAGTTAGATTGGCTGCATAAAAAAGAATATT ACTAATGATTCCAAATGTTGATATTCTATTGAATTGTCTTACTGTGTCAATTGGATAGGT CCTCTGCCATAGTATCTGTCTGACTGCTCTATTTGCTTAACAAAGCAATATCCTCCAGTG AATGTTCCTGCACTACCACCTGCAAAAGAGCGAATGATATAATTCAATTGTTACCTATAA ATTACAATGCTAAGAAGGATGATCCAAATTACCATTAGTTTCGTGAGATGTTTGACCGAA AAAGGCAGCAATTTCCTTCTTACGTGCAGTATCATCACCAGCAGTACCAAAACCTGGAAA CGAATTGGCTGCAGCTATGAATGCATCATAAGTGTAGAATCCTTTGGCAGGACATGCGTC ATTGTTCCTAAAACTCAGCATTTGTTCGAACAATTCCCGCGTTACAATGGAACCGGCATT TTGTGCTAAAGTACCTGTTAGGAACAAGAAAAAGAGACAAGACAGTGCAACGGGTGATAC AATATTGAACTTCATTTTTCCTCTGGCTTTTTCAGTTGAAGAGTGTTTACTTATGTGTGT GGCTACTTATAGTGATTAGATTAAGACTTTTCCACCAACAATGTTAAATGATATTTTGTA CAAATATGACTATTTTGTAGTTATCAAGTTTGCTTCTTTTTGGGGTCATTGACGTGTGTG TCATCATAAATGACCGATACAGTGAACAAAAATCGCAGGGGAATGAATAGATACAAAATT GTCATCATAAACTGCCTAACACAGAGTAAATCAAATCTAACTTTACTTTGTCTCTTCGGG TATATCTGATAAAATTGAAACAATACAGATAAATTATCACGAAAGCTACGCAAGAATAAT ACACACAAATAAAAAAAAATCTAATTTTCGTTTTTCTCTTATTCAACGGAGAAGAATCGG CATAATAAAATAGGAATGTTTATTAAAAAGTGGGGTGTCCAACACGTTGATATTTCGTTA AATAGGTCACAAATTTATCTTTTATAATCAAGTGTAGTTAATAATTTAGTCATTTGGTGT GAAGGATGACACCAAATAGTCCTTAAATTAAATTCTAGTGTCACTTAATTTATTTTTTAG TATGAAAGATAGGAATAACTTATACACAATTAATAATAAATATCACGATAAGTTATTCTT CCCCTTAGATGGTTTAGTAATCTCAAGATAAATTATTCAAAAATAGAGGAGGTAAAATGA CAAAGATATCTCATTAAACTCTTTTATACATCATTTTTCACATTTATCTATATTAACATT ATTTTTATTATAGAATATAATAATGTTTACAAGCTTCACTACTCCTTATTCTTAGATTAG ATAATTCTTCACATGTTTCTGTAAAAAAAAATATCTAATAAATATATTATTATCGATTAA TTTATTTGACTAATTCTTATATTTATTTATACACGTATAATTTCTCATAAATCCTTATGT ACTTTAATTATTAACTTATGATGGATGTTCTAAATAAAAAGAAAGTTTTATTTTTAAATA TAATCAATTAAACACTCAATTAAAAATAATATTAACATAATTTATTCTATCATAATTAAT CTCAATATAATTTATGTCATCATAATTAATCCCATCATAACTCGTATTTAAATCAAATAA CCCTAACAAAATCCATGCTTGTGGACAAGAGTGTATCTTACTGCTTCTAGAAGAGGCCAT TTTATGTGTAAGACTTTTCAACATGAAGAAATAAATTAATAGTAAGTCATCAATCTAAGT CTTTTAGAGCTACATTTTCCATACACGTTTAAAACTTACAAACCATAACTTACGTTTGCC GTTTACTCCCGCTTCCCACGGAAGTCATAGTCAAGATAACATTCGTTACATATGCTCTTA CGTGGGGTAAAACGGTCATTTGCTATTTTGCCCTTATTTCGTATCTGTCTTTAATTTTAA TTTCTCCGTAGAAATAACTTTTCCGCTGAGAATAAGATAATGTTTTTGCATCATGATAAT CCACAACTCACAAGTTAGGCCTATAATAACCTTAAAAAAATTAGCCCCGCTAGACCTAAA TTATAATGGGAAATATTGAAGATCAACTCATTTGAAAAACAACAATTACATATAAGTCCC TTAGAAAGGGAAATTATCATTTTATTTATTTATATATATAATAAATACATAATTATTATT TTGACCTAAATTACATTCTATAGATATTGATGATCGATGAAAGTATTCTTTACTCATTCA ACTATTCCTTACAACCTTAATTTCATGCTCAAATAATGTTCACTTGCTGGCTACGTACAT ATTGCGCACAAAAGTAATTACTACTTGACAATAATATTGTACGGTAAAATCATACATGAC TTAGTCATCGGTGAAGCTAGGAGATCGATGAAGGAAAATCACACTAATCTTTTTGAAGCT AGAGGGTCGACAAAGGAAAAGTTACACTTTTTTTTTCCATATATATATATATATATATAA AATAGATGTTAAATGTTTAATAATTTTTTTTTGACTACGGAGTTGGTTAATATATATATA TATATAATAGATGTTAAATGTTTAATAATTTTTTTTGACTACGGAGTTGGTTAACAACGA TATCTTTTTCTTTTTTATCCATCATGTGGGGTTGTAAAAATTAAGATTAGATGGCCAATT CTGAGGCCTTGTTTTAGTTTGAAAACACCATTTGAAAAGTAAGGAAAATAGTCACTCTGT AATATACAAACAAAAATAATATTATTTAAAATACGGAAGAATTATAAAATCATATGTATA TTGTTGTGATATTATAGAAATTTCTTGTTTAGAAATTAATCAATAGTGAGTGACTCTATA AGAGCATATATTTTTTATGGTATCACTAAGGTTTTTAATTTATATAAATACATTATAAAT AAAAAATATTTATCATTTATAATAGTAATATTTTATTTTTACTTGATCACTTTTAATATA TTTATAATACATTTTTAATTCATAACACAGAGAATAATTTGTTATTTCACATATAATACA AGTTTTATTATGGATAATACATTTATCACACATTTTAATACATCTATAATACAATGTGTC AACTTCTTCCAAACAAACATAATATATTTTTAAAAACAGTTATAATACATACATAATGCA TACTTAATTCACTTTTAATACATATTGCAAATTTAACATGATATTGCTATAAATGGCAAT GAATAAAAAGTAGCGCTAAAATTCGTAATTAATTATTAAAAGACACCAATTCAAGTAATT TTTCTTTCATAAATTATTCATTAGTGAATGATGCTATGAGCGTATGTTGATTCACTATTA ATTAAGTAAAATTATAAATCTTAATGATACGAATACAATATATGATATACGATACTGAAT TAATATCACTTAAGCAAAATTAGTTGAGAGTATATTGTGTAATTTTTTAGTGGGGTATTA ATATAAATGGATATATTATTTTGCTTTTATGAGTTTGCTTAGTTTCCTATATTTAGGGGT GCTTATTGGGCCAGGAAATGTCGCACTAATCACACTCTTCTAAAGTATTAGCCCAATTAC GATCCAGGTTTTAACCCAACTTTAATGGCCAGCCCAACATTAGAGAAATATTGCAGCTTT TTATATAAATTTATAAGTTTTGTGATTTTGGTGAATATGGCCCTTACTAACTCTCTCTTA AACATAATGTTCTTAATTCCTTGCTACTTTTCAATAATTACAAGTAGTAATAAAAAATTA TTAGGTATTCTCCCAACTAAAATTTGATGTGGTAATTTGAGATATGACTGTTTTTAGCAT GAAAAGTAATAAAGAGCTTGCTAAAAATGTGATTTACATTTATCTCAATAAATGCATTAT TAGGCTAAATCAATAAGGACACCATTAGAAAATAAATTTATTTTCATACAATCAAATTAA GGAATAAAAATGTTTTATAAAATATTTACTCCTTCCGTCTTAATTCATGTAATATTTTTC ATTTATTGACCGTTAATTTGGCTGGGGTGGGTTGGACATGAAAATTGTGAGTATTTGAAC AAATAAAATAATTTTTGTTCTCAAAGTGAAAATGATATTTTGGATTGAAATTGTGTTCGG CCATGAATACAAATTGAAGTTGTGTTCTAATTTTTTATTAGTAATTTAGAGTGAAAAAAT ATGAAAACCCTTTTTGTTTTTGATGTTTTTTTCAAATTTCAAAATTGAATTTGTCAAATG TGTTTTTTCGGAATCCAACTGGAGAAAGAAAAAAATAATAACCAAATGCCCCTCTAAGAT TTTTGAACATAATTAACTCAATATTCAAAACTAAATTCACATATTCAAAAACTAGACATG AAACACCCTAAGTCACCATTTTTAAATCTAAAAAAAATGATGAAAAAAAGTACATTTTAA AATATTAAACAATTAATTTAAATGTCTAGAAGTGAAAACTGCTGCACATAAAACTTGACA GATAAAGAGTATAAAAAGAAGTTCTTTTCTAATGTTCATGTTGTATATAACTATATATTA ACAGCGTTTTAGTGAATTAAATTAAGTAGCACTCACATGTACAGCCATATCGAGAGTGGA TTATAACTCGGTTTAGCATATGTAAATCGTATTATTGATGATTACGGAACTAAGCAAAGC AATTAGCTTAAGGAAAAGTTTATATTATATTATTATTGATGATGACAGAAGTAAGCAAGC AATTAGCAATCAGCTTGACGAATGACGATGAAGTCATTTTCTATTAATTAGCCTAACTTT CAAGCTTTATTTTCTTTTAATTGTTAAATAACATTCCTTAAAATGTCTGATTCATTTAAG CCACGTCAAAACGCGCTCTCAACGAATATAAAATAATTTATATTATTTCCACATTGCATA ATGCGCACAAAATTAAACTGCTAATGTTGTAAATATAAATTAAATAATACTAAAGTAGTA TGGCAATAACATTTCGAAAAGTAAATGTTGGTCGTCCAATTACGTCTAAAGCTAACTTTC AAAGTTGAGTTAGATCTAAAATATGTTTCCTTCCGAAAATGAAGTAGAATAGATGGGCGG AGTCGGGGTCGATCTAGGTGATCGTTACGCTGTTCATGGGAGCTTCTAGAGAAGCTCGAT CGGATATAAGTTTGATCGAATCTAGTACTTTTTTCTCTTCAAATAATGTGTTTATACTAA GAAGTTTATTGAATATATATGAATATTAAATATAGAACAATTTCATTAATGCTTGAACTT ATAAAATTCAGATGTTATAATGTTAAAATTTTTGTTTCGCTTATGAAGATATTCACCTGA ACTTTTTCGACAAAAAAATTACACTGTATATTTAAGGTTATTTTTTTTTACTTTTTAAAT CATTTCATATGTAACACTCAATGGTCAACGATCGCAGTAATTATTCAAAAATTTTAACTT GGAATTCCAAATTCAAATTCCATGTAATATATTTTTATTTTTTTATCCTTGATGAAACTT TGGAATCCACCGCTAGGTGAAGTCAGAATTCAAATTTAATGAGTTTTGCCTTTTAAGATG CTATATATAGCGTGTCCATTTGGAGTGAGTTTGTGGAGGAAAAGATGGAGGGATTGGTAG TTTGCCCTGCAAACCACGTACCATTGACACCTCTAAGTTTTTTGGAACGTGCTGCATTTG TTTACCGCAAAAACATAGCCTTAATTTATGGAAACATAAGTTATTCATGGGAAGAATTAC ATGGAAGATGTATCAACCTTGCATCTGCTCTTTCTCAACTTGGAGTTTCATCTGGTGATG TTGTAAGTCTAATTTCATCCTTTCACTTGCTCCTCCATCTTCAATATATATTTGTGTACT ACACAAACATATTTATTCTGCTCATGCTTCAGACAATCTGAATAATTCTATATACACATA TATAGGTGCGCCATTTATATAGCCGAGAGTAGTTGCACTTGATTTATCTCCATTCAAGAT CTATGTTTTTTTTATTTTCTTTAAACTCTTTCGTAACATAAATATGATTAAGAACTCCCT GACGTGAAAATAATATTTTACACGTATAAACTAGACTAGAATTAGATCTAGTTCTTTGGA CTTTAAATATACTATGATTTTGATCCTTTTAATTTCATGCATGCCAATTATTTTCTTTTA AGGCAAAAGTTAATTAGTAGAAGTGAGCCATTAGAGACTTGATATATTAACCAAGTCAAC AGGCGCATTCATTCACCCAAATTAATTGATGCGTTGAAGAAGGGTTATTAATTATCATTT TTTTTTACGTTTACATTTACACTTATAATAAAAAGAAGAATCGACAACAAACTTTAATTC CTCCACTTAATTCTTAGTTGATAAAAGCATAATAATTATGTCCCTTGCGAAGATAGACTT GACTTACGTATATGGTTCTACTTCTCTCATATTTATTATCTCACGCATTGACTTGACCAG CTAGATGTTAAAGAATGAAAAAATTCATATCGATAATTAAAGAAATGAATGGTTAGATTT AAATAATTCTCTTATTTGAGATAGTTTTTAGGGTATGACTTACACCTAGCTGTTAGAACC AAATTTTAAAGTTGTCCACGCTTAAAATGTTCAAAAACCTGAGCTTGAGGTGGATGTTAA AGAATGAAAATTTTTTCATCGATGATTAATGAGATGAATAATCTTCTTATAAATCTAAGA CAATTCTTTATCCTTTAAATTAATGTTTAGAGCATGATAAGTCCAAGATCTAATTTTACA CTAACTACTTTATTAGTAAGTCATTGTATAAGATTATAGGAATATATGTTGAGGGGTCTT TTTCCATTAACAAACCATTTCTTGTCTTCTTACTACATATTCGAAACCATTTTGAGTGCT CATACTTGTAATAGTAACGACAAAACAGCCCCCTCGAGTTTCATTGCTCTTATATTTCCT TTGGCTTTCTCTCTATAAAACTCTGGAAAAACGTTCATAACTTGCGTAATGGTGTCAAAA TTAGGGGCTGAATGAGGACAAATTCACAATGTCACGTAAAAACGATTAGTTAATTATAAG TCATGTAATATAGTAATGTAATTAGATGAAAATTTGTGTTGTCTTAACTCACATACTAAA TATGTAATGAACACATAGATTATATATACTATATATTATAATATATACTAAGTACTAACA ATATATATATATATATATTTATATATAAATTACTATTTCATGCTTTAAAAACGATAAAAA TAGGAGCAATCATGTGTAACGGTGTGAATACACGTTTTGACTTCTTTTTTTCTTGTTTGA GTGCTTTATTATTTTTAAGAAAAAAGTTTCTATTTTCATTCTTTTTTATTTAACAAATGA GCTAGACCACAAGTCTTCGTCTCAAATTGTAATTAAATACGTGTCACATCAAATTTAATA TTTTAGAGCAGAGCATATATGCACATGATGATACACCTTGAAGGGGGAATTTAATTCTTT TCTTATATTAGTGTTATATTATAATCAAAACTCCTTAGTACTTGTATCTTTTTTTCCCTC ATTCTGCATGAGCCTGTCCTGGCTGTGATTTAAAATTGTACAATTTATTGACTTTGTCAC GTTTAGCAATGTGTTAAAGACCCACGTTATGAAAAATAAATAAATTGATGACTAGGTACA ATTGATATGCGTAATTACGACCAGAGGAAAACATCTAGATACATGGAACTTGCTCAATAG TACTAAATAAGTCAATGGACTTAAATATTGTTTGGAAGCTCTCTCGAAATCATATTATTT AATTTAGTTTGACATAAATATTGAATATACATAGATAGTTTGTTATGTCTCTCGTATAAC AATGTTGGGGATGGAATATGGATGCACAATTAAAATTACGGTGTAACCTAATAGTTTTAG CTCTTTCTTATATACATGTTCAAATTCTAGTTAGTATTAAATTCGAACAGATAATACTCA TATGTTCATTATTATTTTATCTAGTTAATATTAACAAATCAAGAAAGAGTTATTATTTAC TTTTAATATCACTTTTCATCGAAAATCTTAGTAGCTCAATTGATTGGCTACTTGAACTCT CAGCTTGTTGATAAAAATTTGATTCTCCATATAGTAATCTACTCCCCATTTCTTTTTCCC CTTCCCCTTCCCCTGCCTTCAATTTTCCTTTTTTTTTCTTCTAAAAAGATAATATATATC ACTCTTCATTGAATAATACAAGTTCTTAGATTATATTGTGAATCCATAAACTTCAAATTC TAGTTGTTACGCTGAGTCCAAACCTTCTTTCGTTTTTCTCTTTGCTCTTATTTGTAGCTT ATATTGTCATACGTAACTAATTAAAACAAGCTTAATTTATGCGCTTATTAATCTTAACTA ATACAAACAGGTGGCAACGGTGGCACCTAATGTAGCAGCACAATATGAGCTACATTTTGG TGTACCAATGGCTGGTGCAGTCCTTTCTGCACTCAACACAATGCTAGATGCCACCACATT GGCTCAAAAACTCCAACAATTGGAGGCCAAAATCATTTTTGTATACTCTGATTTCATTGA ACTAGTGCTTCAAGCACTTGCCATTCTTCAAGAAAAAGACAAATCTTGTCTAATTGTCTT AATCCATGAAGGAAACAATGTAACAAAACCACCAGTGTCATCATCAGGGCCATCAAAAAT TCTGGATTACCAAACACTTCTTGAAATGGGGCAGCCTAATTTCAAGATTATGCATCCGAA AAATGAATTTGATCCGATTTCGATCAATTTTACTTCTGGATCAACAGGGAAGCCTAAAGG GGCTGTGTATAGCCATAGAGCTGCTTATTTGAATACAATTGCTGACATTTTTCGATACGA AATGGGAAAAAGCCCTGTTTTTCTCTGGACAGTGGATATGTTTCGATGCAACGGGTGGTG TCTCCCCTGGACAATTGCTGCTTTGGGTGGCACTAATGTTTGCCTAAGTGAAATCAATGG AAAAGACATTTTGGATGCAATTTACCTTCACAATGTATCACATTTTTGTGGTGCACCAAT GATTCTTACAAAAATTGCAAATGCTATGGGCATAAATCAGCCTCTGTTACCTCACAAAGT GAACGTAACAGTAGCAGGGGTACTGCCACAGCCCGAAATTCTGATCAAACTCGAAAAGTT AGGATTTACTATCAATCATGCATATGGTATGAGTGAAGCACTTGGTCCAATGATATCGAT GCCTTGGAAGTTTCAAGATGAGCATTTCTCCAAGTCAAATCAAGACGTGGATGTGAAAAT TCGTGAAGGGGTTCACAACATTATGATGGAAGAAGTTGATGTAAAAGATCCAGAGAGTAT GAAAAGTGTACCAGCAGATGGAAAAACCACAGGGGAAATCATGTTTAGAGGCAATGCTAT GATGATGGGGTACTTGAAAGATTCATCAAGAACTGAAGAAGCTTTTGAGGGAGGGTGGTA TAGGACTAAAGATCTTGGTGTTAAATATGCAAATGGGAATATAAAGTTGAAGGATCGCGC TGTTGACGTAGTCAAAACTGATGGGAAAACTATAAGCACACTTGAAATTGAAGGTGTTTT GATTAGGCATCCTATGGTTTTGGAAGTTGCAGTTGTAGCAAGATGTGATGATGTTCTTGG AGAGACCCCTTGTGCTTTTGTGAAACTGAAAAAAGGGTGTTTTATGACTGATGAAGAAAT TATCAAGTTTTGTGAAGATTGGCTGCAGGATTACATGGTTCCTAAGGCAGTAATCTTTGG TGATTTACCATTCAATTCTTCAGGGAAAATACAGAAATTTATACTTAGGGACAAGGTCAA CAATGCAATGAAGTTGTGTCTACAAGTTGGGTGCAACTCAGTTGGCGAGCTGCCCACACC TTCATCCTAGTGGTGGGGATTCGAATTTCGATATATTCCCTCCCCACCATAAAAAAAAAA AAAACATTGAAATATGCATGCCTTAATAAAAATTGTCCTTTTTCAGTCTTGCAAAAACAT TGCTCATGATCCCAAATAAATTTATGTATTTGGCATGAATTTACTTGATTGGAACTTTGT TTAAAAAGTTAATTTGACATTAATAATATTGAAAACTTTAAGTTTTTTTTTTTTTTTTAA TTATATTATAAAGGGATAATTGTTTAAAATGACAAACTAATAATGTAAAATAAATACAGT AGCTACCGTTTGATTTATTTGTATTCCATAGCAAACTGTTTGTCAGACGCCTCTCTCCCT CATATTCTTGCTCGCCACTCTCCCTCTCTCGATCGCTCCTTGTCGCTCGCCTCTCTCGTT TTATACAATAGAAATGTATAATAAACTCTGTTCTCATTTGTATAAAGCGAGAGAAAATTG TATATATACACATGCAAATGCATATATTACATATATTTTCGTCCTATACACTTATAATTA TACAATACAAATATTTAACTACCCAAGTCTCTTTTGCATTTCTCTCTTTCTCGTTTTATA CAAATTCAAATTGTATGTAATTTCTCTCTTTCTCGTTTTATACAATTCGATTCAATTGTA TATTCCCTGCCCAAGTCTCTTTTGTCTTTCTCTCTTTCTCATTTTATACAAATTTGAATT GTATATAATCGTCCTATACACTTATAATTATACAATACAAATATTTCCGTGCCCAAATCT CTTTTGCCTTTCTCTCTTTCCCGTTTTATACAATTCAAATTGTATATAATCTCTCTTTCT CGTTTTATACAATTCGATTCAATTGTATATTCGTTGCCCAAGTCTCTTTTACCTTTCTCT CTTTTTCGTTTTATACAAATTCAAATTGTATATAATTTCTCTCTTTCTCGTTTTATACAA ATCAATTTATACAATTCGATTCAACTGTATATGTATAACAAATTATACATATATATGTTT GCTATAGAGCGCAATTATGCAAATTTTGCTATAACATACAAATATGAATTTTATGTTTGC TATATGTGAAAGTTGCCCTATTATAAAATGGATAAATGATAGAAATCTCACCTTTAAGTT CTCTTATTACCATTATTCCCTATTATAAAACGGATAAATGATAGAAATCAGATTAATGTA TCAATGCATCAAATTAATGTATCTCGCGCACCAAATTAATGTATCATCATGTATAAATGT AAATCAAATCAGTGTAACATGTAAAAAATGTAATGTATCTTATTTAATGATTAATGTATC TCACGCGTCACATAAATGTATCAACGCTAATGGTAATTTTATCTGTGATTATTGTCCTTC GCCCTTGTAAAAATAGGAAAAACTACATGTCGGTCCAATTGGGTTTTGGACTTTGGGTGG ATCTACCCACAAAAGTGACCAAACTCCTGTTGTTTCAGTCCAATTTGCTCTTTCTTTAAA GAAATTTCTTTCCTATTCATTATGCAATTTCTACAAATACAATAAAAACACCAATTCAAT TTTTCCTAATATACATCATCATAACATTCATAAAACTAAAGATCATAACCCAAAAAAAAT GTATTTTTTTGTCAAATAAACCTGTAGACATAAGATATACTAATATACACCCTTAATTAT ACAACGCAAAAGTACCATACAATATTTGAATGAGAAAAGTAAGTGTTGACAATGATATAC ATACAAAGACATTTTGCCTCAGTTGTTATGTTTGAACTTCTTAGGCTCTTGAGAGAAAAA TAAGAAATTGGAAAAAAAAAATCAGAAATAACAAAGATAATAGACACAATAAAGTTTAAT AACTATGATTTCGGTGATTGTGTTTCATAGCTATAATCTTACTTATTATGGAGGTTGTGG TTTATATATTTCACTTGTGAATATACAAACAAGCTCACCATATGCAAAGTTTGTATTTCT ACATTTAGAAATTTTTGATAACTCCGTTTGTATATTTAGCTAGCCAGTACACAAACATGG TAATTTATTATGATTTTTTTCATAAATAGTATACAAATGGTTAAGATAAGCATATATGAA TTCTAATTCTTTACCATCAGGAATCGAAGTATACAAATTTAATTTTATACATTTGGTAAA CTAAATAGCAAAATTTCGCCAAACTATAGCCTCAGATTAAAAATAATTTAAACTAAAGCT ATATTACATAATATACTCTCAATGGACCATTGCAACATGTGGATTTTTTTAGGTTTTTTT TTTTTATGATGATCAATACTCAGAGAGCGGAAGAACTTTAAGAAATCTGATACCATGAAG AAATCCATGTAGATTTCTCATGTAGAGAAATCAAGGATTGTATAATATATTGATATGTGA TCATTATTGATGAATTAATCATATTGATCAATAATGATTTTATTGATATGTGATCAATTG TTGATGAATTGATATGTGATCAATTATTGATGAATTGGTGAATGATAATGTTAAGTACAT ACTCTTAATGTAGGAGAGAATTGTAGAGTTTTAAGTTAACAGTACTTAGAGTCTTATTAC AATACATATTACTACTATAATAATAATAATAATGTAATTATAAATAATCTAATCCTAGTT GTACTATAATCCTAATCATAAATATACTTCTAGACGAAATATAATCCTGATTAACATAGA TAGTCTAATCCTAGCGTAACTCTAATTCTTCACCAGTGTTGTAACTCGCCAGTCAGCTTC GTTAGGCATGTTCCTTCGACATGTTCCAACCTCAGCTTCCTTCTTCATCAACACTTGATG TAGACAAGTCAGTCAACTGCGCTGACCCTGTTCCTTTGACATGTTTCAATCGTTAGTTTT CTTTTTCTTCAACATCTTGAATTCTATTTGTTCTACGTACATTGGGACACAGGAAGTAAT AAGTATTATTTAAAAATTAAGTAAAAAACTCTCTAATTTTTATTTATATCATATAAACTG ACATTAAAAGAATAGATATTAGGCTTGTGCTAGTAATAATGATAAGCTTCAAAGTGTTAC CTTTCGTCTTAAACACGTTAGACCATATATTTAGTACTTTGGGGCAATTATTGATTGCAA AACTTTATTTATCATTTTTATAAGTTTCCTATATAAGGCAGGAAATTGTCCTAAATTGAC AACTTTACAATTCATTTCACAAGCGATTAAATTCTCGATCAAGAGAGACATGAAGGCAAT TATTAGGTATGGAGTATTTCATTTTTGACAGAAAAGGAAAAGAAAAATATCGTCAAGTAA TTAGCATTATTAGAATGAACATTTATGATCGTCCATTTATTGATAATTTATATCAATAAT ATCATTCAGATTAAAATAAGTTTCCCCACAAAGCTATTCCAAAAATAAATAAAAATAAAA GAAATAATTTAAGAAACCTACTTTCAAGTCTGGCTTCGGTGGCGAAGCTAGAAATTTTAC GAAGCGTGTCCAAATATTATATAAGTATTTTTTTCTATAAATAGATGCATTGAAAAAAAT TAAAAATTAAACTACATAATACTAATATTACTTCTTTTTACGAATAAATGTTCCAAAATT TTAAAAATCAAACTACATAATATTTAGTTTTAATATTTGTGTTTAATTTAATATAAAGTG AACGAATAAAACAAGAAGAAAAAAAGAAAAAGATGGGAGCATTAAGCATAAAATGAAATC ATTTTTACATTTCAAGCTTTCACTAATCTCTGGTGATGACAACAATAACGAAACACGAAT AATAGACGCAAATCAAATGAGGGGTTCTTTTTGTTTGCTTTTAATTGTTTTACAGAAATA GTTTAGATTTTGTTTATTAATTTTAAATTAAATAATTACATTTAAGTTTTATTTCAAATT TTAATGACAAGAAATAAAAAGTCAAATTCATTGAAATTCAATTAGCTACTAAACCTAAAT TTTTAATTAAGAATGTAATTAATCAGTTTAGACAATTAAAAAAATAAGTTAATGGATAAT AAAATAAAAGTGTTGTATTTAAAATGAAGTTATACTTCAAATTTTAATGGGAGGAAATAA AGAGTCCAATTCATTGAAATTCAATTAGCTTGTAAACCTAAATTTTTATTTAAGAATGTA ATTAAATTAGTTTGGACAATTAAAGAAATAAGTTATGGGTAATAAAATAAAAGTGTTGTA TTTAAAATTAAGTTTTATTTCAAATGTTAATGGGAGGAAATAAAAAGTCAAATACATCGA AATTCAATTATCTAATAAATCTAATTTTTTAATTAAGAATGTAATTTAATTAGCTTAGAC AATTAAAGAAATAAGTTAAACAAATTTTAATTAGCTAGTAAACCTAAATTTTTAATTAAG AATGTAATTTAATGAGCTTAGACAATTAAATAATGAAGTTAATGAAATTTCAATTAGCTA GTAAACCTAAATTTTTAATTAAGAATGTGATTTAATTAGCTTAGACAATTAAATAAATAA GTTAATAAATGATAAAATAAAAGTGTTGTATTTAAAATTGCAGTTGTGGGAATTCGAACC CATGTGCTCACAATGTCCAATTTAATTTTTTTAATCGTTACAAATAACATTTTACTTGTA TATATGGTATAATTTCCGGCAAAGGGTGTTCAATTGGACACTCTCGAGACACTGTAGCTC CGCCATTGCCTGGCTTCACTGAAAATAAGAAGGTTTATATAATTATCTAGATCTATCAAT ATAGGCTAACCTATCCCATCCAGGCTAATCATGCTTTGACATTTTACAGGTCAGGCCAGG TTAGCCTATTTTTGGTGTGGTCGGCCCAACCCACAATACGGGCTACAGGCTTGCCGGCCA GCTTACTTTTAAAAAAATTATATTTTTTTCATAATTATTAAATTAAATTATAAATTATAA TTAAAAATATTATCATAAATATCAACAAAATAATATTACATGATGTTAATGTTATTCCTT GTTATTCAAATCTACAAATAAAATTATCTTTATAATACTTATAATTTTTTCAAGTAAAAA TATAAATAACTAAAAAGAAATATTAACTTAATTGTTTTGAGTTTGGACTTTCTTTAATTT TAAGTTTTAATCTTATATTATATTTTTTAATTATTTTTTATTGACCTACGGACCGATCCT ACCGATATTTCTTAAGCTCCACAAATCAGTAAACTTATTCGGGCCGAAGTAAAAAACTCT TTTCTTGAATGAGCCTCAAATATCTTAGTCCACCCATATTAAATCGCTTGTTAAGTCAGA TTAGCCCAACGAACCTAAACTATATTGACAGCTATAATTATCTCCATACATTACAAGATG TTATGTTTAATTGATGTATGACTTTGTTTAATTGTTTAACATTCACACTCGTTATAATTT TTGCATTTAAGGTAATCAATTGATATTACAAGTGCAAATATTGAGTAACTTTTTATTTGA ATTCAACCTTATTGCAAAGGGTAAACCAACAATAAATCAATAATATAATCGACGTTTAAT ACTATATTTAGGGTTGTTCATGGTTATGGTTAACAACCAAATTAAATTGCAATTCAAACC AAATCAATTAAAAAATTGGATATTTGATTTAGTTTAGTTAGGTTTGGTTTTTAAATTTTG AAAAATCCCTACTATTTGATTTGGTTTTGGTTTTACTAAAAAGTGCAAAAATAATCAAAC CAAATCGATAAATTAGATACATAAATTTTATAATTATTTATATATTATTGCATAAATAAA TTAAAATTATTTTGTTAAATTTTAATTAACTTTAAGTCTTTAACTTTACTATTTTCTCAA GTCAATAATTTAACCCAAGTATAACAATCTCAAATCCAAGTCCATCAAAATCTAGTTTAG TCTTTATCTACTGTACTTCACATAAAATAGTCAAATTTTCTCTTAAATAAAACACTTTGT TCGTGTAATGATATATCTAATATTGCTTAATTGTTTCACCAAATCGACATTAATTTTTTT TGTAGATTGTTCATGTACTTAGTGTTTGTGTCTATCGAGATACGTATATCCTCGACAAAA TTATTACTTTCAAACCAAATAAACCAGAAAAATTGAATCAAACCGATAGTAACTTTTTTT CGTTTGATTTGGTTTGATTTTAAATTTTTAAAAATCGATTAAAATTAATCTGATTTTAAT TTTAATCAATAATAGATCCAAATCGAACCACGAAAACCTCTAAGTCTATCTTAAAACGAA CCAACTTCAGGCCTAACTTAATATTGTCAAAAAGTCATATAAGGTAACAATAACCCATTC AATCAATATGTCATTAATAATTTACTTTACTACTTACTGTTTAATAGTAAATTAAAATGA AATGATTTAACCTAAATAACTTTATTAATATAAATCATCTTTAGTAAATAATTAACTTAC CTACTCTATCATTATATGCAAATAGCTTTATCAAGAATAAATAATTAGGAGCGTGCGAAT CGCTAAACCGGTCTATGCGGCCAACAATTTTTCAAACATACTAGAATGTTCAATTTATTA ATTCACTCATCATATTTTATACGTTACCATTACTTTTATCAGCCATTCATTTTTTTTATT TTTGAAAGTACTTTAGCATAGTTTTTTTAATTTAATCATCACATGAAGTTTAAATTTAGA GATTATTAAATTGAACTTTTTTTTATTATAAACTGCAAAACATACTTTTATTTTTTTAAT GATAAGTGTGAAACTGTAAATGAGAGGCAAAGTAAAGTAAAAGGTATTGGTTTAGTCTTT TTTTTTTAAAAGAAAAATATTAAAAATATTTTTAAACTTCACACAAATTATTAATTTTAT ATATACATAACAAAGTGATTTCAAGTTTAAACTTTTGCGAAAACATTATATTTTTAATAA AAATATAGAAAAATGTTTAAAATACCTCAAAGTTGATAAAGTAATATAATTAGTCCGAAA TATGGTTATGATAGAAAGAAATGGAGTAGTAGATAGGAACCAAATTTTATTTTTTTGTTA TGATAAGAATGGAAACAAAGAGGAATACGAGTCAACACATACCTTCTTCTTTGCTGACGA TTTGTTATTATCTCAAATGTTAATCCTTCATCTGCTCTTCTATTCACACTAGCCCCAATT TCTTCTTCTTCTTCTACAATAACAACTGCAAATATGACTTCTCCCTCCATCTTTCTAAAC CCTATTTTTATTTCACTAATAATACCCGTTATTCTAGGTACGGTTTTCTATCAACTCGAT TCCTTCGACCCGGTTTCTTATCCGACCCATGTGCTCTCTACTGACCCGCCTATTGTTGCA CCAAAGCGCAATAACCAGGTGCTCCGTGGCTCCGAAAACATCGGAGTTAACCAGCTATTA GCACCCGAAGACGTAGCCTACGATCCGGAATCGGGAGTTATATACACTGCGTGTGTTGAT GGGTGGGTTAAAAAAGTGAAAGTCAACGAATCGGCGGCGGATTCCACGGTGGAGGATTGG GTTTTCACCGGTGGCAGACCTCTCGGGCTTGCTCTAGGACATCACGGCGAAGTTATCGTT GCAGATTCAGAAAAGGTCAATTTTCTTTTTCTTTTTCTTTTTCTTTTGGGAAGAAATTGT TGATTAATAAAGGAATGAAAAAAAGTCTGACATACCCTTGAGCACATGCCCTTAGTTATC GATGTATACCCTACCATTATAATTTGTTACTTATTCCTATGTTTAGTACATGATCAGAAA ATGGATATATTGATTGATGTTTTATTTTGAAAATATTATTTACTGTTTTAAAAAGGATGA TGTTATTTATTTTTTAATATGCTTAGAAGGAAATAATTATTTTTTTTGGCAACACTTTAA TTTTAAAGGACATTTTCACATAACTTTAATTTAGAAATACGTTTTTTTTTAAACTCTGTT TCAAGTTAGGTTTCATTTGTTTTCATTAAGATTTAGAGGTTTGAATCTGAATACACATCT GAATATTAAGAGTTGCATTAAGATTCAGGTGTTTTGATCTGAATATTAAAATTTGATCTT TAAATCTAAACATTTTTTGTTTTCAATAGCTAAATGTGCATGTGAAATTAACATTAATTA ATAAAATGTCATAAAAAAAATTATTCCAATACATCAACAGTGTTTACAAGAAAATTATTA ATATAAGAAAATACTTGAAGGATATATGAAATCTTACTAGTTCAAGAGGGAAAAAATGGT ATTTGATTGAGAAAAGAGATTTTTTTTTTTTAATTATGAGATAAAAAGGCACACTCAAAG CAGAAAAACGATGATTTATTATTTGATAACTTATCAAATGAATCTTGTTAAGAATCTCCT ACAAATCTGATTCATTCAAACCTCTTCATACCCATTAAGAGCCTTTTAAAAAAATAAAAT AAGTGAATTTAATGTAGTGAATTTGAATGATTCAGATTAAGACCTAAAAATCAAATGTAA TTAATAGGCTGAATTTGAATGATTAAGATTCAGATCTCTATTAAGTGCAGACAAATAAGA CTTATACTAGGTTATTCTTTTTCAAACGATTTTGCAACGGTGGAAGTATTACTATCTAAT AATGAAACTGATAAATATGGAGATACATTGGTTACATTAATGGTAATTGTTCAATAAATT ACGATACAGAGGTAGCATAGTAGACAAATAATAGTCACGCGTGAAATTGCACGCAGGACT ATTTTGTTTTGATGGTATGACTACAACGGAAATATAAAAATCACACCATTTTCGAGTGAT AACAGTGAGATCTGAAGACAAGATATCTTAATTCCTCCGTATTTACACTATTTTGATATC AGTTCAGTATAAAATAACCTTGTATAATTATTTAGAATGAAATGTTTAAGTGTGACAGGG ATTATTACTCAACGTTACTTCTGAGGGTGAAATTAAAGTGCTAACAGAGGAAGCTGAAGG CCTGAAATTGAAATTGGCAGACGCTGTAGACGTTGCAGAGGATGGAATTATATATTTCTC CGATGCTTCTTACAAATATAATATCGAACAATACATTTATGATTTTCTTGAAGGAAGACC CCATGGAAGATTGTTAAGTTATGATCCATCAACTAAACAGACTAAAACGCTACTTAGCAA CCTGCATTTTGCTAATGGCGTTGCAGTCTCTCCAGATCAAAATTATGTTATCTTCTGTGA AACTCCTCTGTAAGTACTCTTCATATTTTTAATTTACTCAGCAGATATGTAGAAAAATAC TTCTCATTTGCCATCTTTTTTTTAGGAGGAAATGCAAAAAGTATCATATAAAAGGCGAAA AAAAAGGATCCGTGGATATGTTTGTTGATAATTTACCTGGATTTCCTGACAACATTCGTT ACGATGGTGAAGGGCATTATTGGATTGCATTTGCCTCGGTTAGTTTCTTCATAACATTTA AATTTAATGTGTTCAACAGGGTACACTGCTCTCTCATATTTTGTTTCTGATAACTTGAAC AGGAAAACACATATTCATGGGACTTGACCCTAAAGTACCCATTCATCAGAAAGATAATGG CTATAATGGTGAAATATGTTGGACAACCAAAGACAGAGAAAAATGGTGGTGTTTTATCTG TTGATTTACAAGGAAATCCACTGGAACACTATTATGATGAGGATTTGACAATGGTGTCAA GTGGCATTAAGATTGGTGATCATTTGTACTGTGGCTCTGTTAAGTCTCCGTATATACTAC GCCTCAATCTCAAACAATATCCTGCCGTTTAAACTTCATAAACAAAAATGTAAGTGTTTG ATTTCAAAAAATAATGGGTGTATTTGTTAGTACAAGTATATTCGTTCAATTTTGCATAAG ATTTCCACTATATAAGATGTGTAAGTGTTTTCTTTTTAATTTATTATAAATAATAATAAG AGTCAGCATATGCAACTAAATCATGATCTTCTTTTTGTATGTATTTAATTCTATGAAATT TAATAGGATAAACATTTTTATTGAAATTCTTTTTTACACCTTTGGTAAAAAAATAAATCA ATCAATATTTTTAAAAATATTATAAATTAATATACTACTAAGTATTACAAATGATTTATT ACATTTAAACATGTAAATTGTACAATCTACTTTGCTACTTACAAATTATGTTAAATCTAC TTAGGTTAAATAAATTATATCCTCTCATTAACAAGTTTCAGCATGGAATAAATGGACTGC ACATATTCAAATTTACCTCTCCATTTTAACTATATTTTAAAATTAATTTGAACTCCATAA AGGGCAAAAACAAAATATTTTCCTAATGACCAAGTGACATATTAAAGCAAGAGTTTAACA AATAACAAAATTGTTAAATTTCAGATCATACGGCGCCAAATTTGATTTTTTTTCCTTTTT TAACCGAAGGATTAGCAAATCTTTGAGAACTGATTTTTCATATTGTTTTTAACTAATTAA TAGTTTTTTTCTTTGTCTCGATTTATTATGACAAGCTTGAAATCTTAAACTTTTTAAAAT AAAATTTATATATTTAAAAATTAAAATATAAATTAAAAACTACTATAAATGACAGACAAT ATAAAAGATATAAAAAAAAATTGCAGGAAAAAATAGATTTATTTAAATATCAAAACTTGA ATATCCGTAAAGATGTAATATTTCTCTATTATTATTATCTCTGAAAATCTAGTTTCCTTA ACCATGTAGGGATGCTATAACCGAGTTCAGCTTGTAGTGGGAAAACCTCATTAACCTAAT CTAAGTAATTTAAACCTACATTAATCCCTTCTTATTAAAGTTTGTTTTTGTTCTTGTCTA ATTTTATCTTCCTTCTTGCTCTACTGTAATTTTCTGCAAAAGATGTCTCTCCCGGACCCG GTACAAAATAACTGTAGCTTTTGTGACCGTTATGAACTAGACATGTATCGGGACGACAAT ATCATGAATAATTGGGATTGGTCCGGTTGTGGTGAAAACGTATTCTACATCGAATGTAAA GTTGATTATGTACTCGAAAAAATTGACAACGATGATGAAAAAGTTGTTCATGAACTGATT GAGTCCGCGGTGAAACCTTATGTATTTAAATTTGATTTTTTGACACAATGCAGAATTAAG GCACGAGTAATTTGCAATATGTTAGGTATCTCTGAAGACTCTGCTTCTGATGTAGCTGAA CAGGTTTCAACTTTTGCTACATCACAGATAAATGATCCTCAAAATAGTGCTAGTAAAATT GTGCCTATAGTAATGTCGTTTACTATTATTTATGTTCAACAAGATGGTGAAGATATTAAT ACTGCTCGTGCTCGTGTTCTTCTCAATACCAACACCGAGTTTCGTCTTCCTCCCATTGTT CCTCCTCCTAATCCAACAAACAGAGGTGTAAATCCATTTTCGTTTGAAATATTGTATAGA TGGACTTTAAAACATGGTGATCCAGTACATCCTATGTGTTCCATCTGTATCAATGATCCT TCCCTTGGAGAGACCATAGCAATCTTACCGTGCTGGCATTCTTTTCACTTACATTGTATC ATCAAATGGCTGGAGATAAACCACCGATGCCCTATGTGTCGTTGGTCCTTTTCAAAAAAA ATAGCAAATATTGGTACTGATAATGCCCCTTTTGACTAGTAAGTTTTAGTTTAATGAGCA TATCATGATATGTTTAGGCTTTAATTTGCAGTGTTTGAATCTACGGATGAAAGACATAAG TGTCCTTCCTCATTCAGTTTCATGTTTTGGTATCCGTTGAATATGCATTATGTAATTTAT ATTCTTTTATGTATCTAGTACCATTGATTACTCCACTTATTTGCACAACTTCTGCAGCAA TTTGTTTGTTGATTTTGCTTTATGTGTATGTGCCAATCCTTTAACTCTTTTAAGCAATAA GCTACACAAATACAGTAAATGTTGTTCCAATTCTCTTTAGTCGAAAACACTGGATGAAGA GAGATTGTCAAGTTAATCAATTGTACACACTGACAATGCTTGAGCCTTTTTTATTCATAG AAAAGCTTTGTTATGTATGACCTCAAGCATAAGATTACAAACAGAAGAGCCAAGAGTTAA TGTTGGAAATTTCTAAACAAGTGTTACAAGAATAAGGCTTATAGTCTCAAGTACTCTTCA GACTGCAATCTCTCTTTTGATTTCACAAAGACTGCCTAAGGCTTTTGCTTTTTCCCTTAG GACAAACTTTTGTATCTTGCCCGTAGAAGTTGTTGGTAGATCTTCAAATATGACTGTCCG GGGAGCCATATAATGAGGCAAATGATCCCGACAATAGTTGATTATATCTTCAGAGCCAAG ACTAAATCCTTCCTTCAACTTCACGAAAGCACAAGGTGTCTGCCCCCAGTGATCATCTGG TCTTGCTACTACAGCTGCTTCAAGGACTGCAGGATGACTGACCAAAACTCTTTCCACCTC AACCGAGCAAATATTTTCACCTCCAGAGATTATAATGTCCTTCATCCGGTCCTTAACTTC TATGTAGCCATCTGGATGTCTCACAGCAAGATCGCCAGTATGAAACCATCCACCTCTGAA CACTTCTTCTGTTGCTTTAACATTTTTCAAGTATCCACTCATCACAGTGTTCCCTTTAAT CATAATTTCACCAAGGGTCTTTCCATCATCTGGAACCATCTCCATTGTATCAGGATCTCT TATGTCAATTCCCTGCGTAAAATAGTGCTCCACTCCTTGTCTTGCTTTCAGAGCAAATCG TTCATCAGGAGGTAATGATTCCCACTCTGGCTGATGAAGGCAAGACATACAGGGACCATG AATCTCTGTGAGACCATATATATGAGATACCGAAAAGCCTAACTCCTCCATCTTGGAAAT GATATGAGGAGGCGGTGGTGAACCACCTGTCGTTATTTCAACCTTGTGAGGAAGTGGTTT GCGGTCACTTCTTGGTGAATTTACAATCATATTCATGACCGTTGGTGCAGCACTCATATG TGTGACCTTGTGGAGGGATATATTCTCAAAAATGTCCTTAGGAGAGACACGTCTTAGGCA TACATTCGTGCCACCAAGTGCAGCCACGCCCCAAGTAAGGCTCCATCCGTTACAGTGAAA CATTGGAACAGTCCAAAGATAAGTAGGCATAGAGCCCATCTCATGAGTATAAGGAGTTGC AATAGCATTGAGATATGCACCTCTATGATTGTAAACGACTCCTTTAGGATGTGACGTTGT CCCAGAAGTATAGTTGACACTAATAGGGTCAAATTCAGTTAACGGCCACTTTATAGCAAA ATCATCGCGCCCACTTGCCAGAAGAGTTTCATATTCATGAACATTGGGAGCAGCAACAGG AGGCGGTAGATTTTCAGGATCAGGGATTAATATTAGAAGAGGTTTTGTTTTAGCATCTGC AAGAAGATCCAGTGCTCCTTGAGCAACATCAAACAACTGCTGGTCAACGAAAATGATCTT AGCTTCTGAATGCCTCAGGAGAACAGATACCATAGCTGAATCATGACGTGTATTCAACGT ACAAAGCACTGCTCCTGCCATTGGAACCGCAAAATGCAACTCTTGCACTGCGGGTACATT AGGAGCCAGCGTTGCAACCTATTCAAGCATTTACACTAACAACCATGAGACATCACAGAT TTAAAAACTTTTCATATGTGATCAAACTAAAATGTTAGTAGAAGTTTATTCCAAAGATGA AAAAGTTTAGCCATATACTATTAACCATTCATTTAGACGTAATATTCTAAAGCGGAGAAA TCGAACTTACAACATCACCACGAGAAATACCCAACTGAGACAGAGCAGAAGCCATCTTTA GACATCTATTATGAGTCTCTTCCCAAGTGAATTTAACAGAAGAACCATACACAACAGAAG TCCTGTCTCTAAAAACCTTAGCAGCTCTGTCCAAGAAACTAATGGGTGTTAAAGGGAAAT AATTAGCTGAACACCTCATTAGTCCCTCCATGGATTCCCATGGGTGAGTTTCAACATTCT CATGAATAATTTGGGACAAATAACGAGACCTCTGACTCAAAATGGGGTGAACTCGAACTC TGTTTAGAGCATGTAACAACCCATTCAATCTTGAAATATTGAAAAAAGGATTCATGATAG ATGAAAATGAGTGAGTGAGCGAGCAAGCAAAAGTTAGCGTGACGGGATTTTATACAAATA CATGTCTAAATAAATAATAAATACGTCGATAGTATTTAGGAGTTACGAGCATGAAATTTC TGACTGAATGTCAACAAGCTCTGTTTACGCCTCCGTTATCTCTATTCACTTTCACTTATT TATTTTTATTTAAAAATTATCTTCAACGCTAATTATTTATTCTCTAAATCATTACAAATT ACTCCTAATTTATATCGAGTCCATTGTTGGGAGATGGCAAAAGATAATATTTAAGAATAT AAATTAAAAGTTATTTTCTATTATTATTCTTTTGATTATTTTCAAACTATTCTCTTTAAA AAATGTAAAGTAGTTAAAAATTTTATTAATTAAGAGTAAATATGAAAAATATCTAATAAT ATTCTTTATCGAGTTATTTGTTCGAATAGTGAATACCTCTCACTTTCAATCTAAAATTTG TAAATTCGAAACTCTAAGAGAGCAAAAAGAGCGAAAGCTCTTCTAGGGAGGACTAAAAAA AAAGTCATTTGTATTTTTGCCCCTATTTAATATTATTCTTTAATGTTTTCTCTCACAAGA TATAACTATTTTGTGAAGTATAAATTTTAATTTGTATATAATAATGGTTCATAAAAACTG ATGCATCGTTGAGTATAAATTCAATCTCAAACAACACAAATTAAAGATTAACTCGCCAAA CCGTAACATTAATGTATATCCCCCCACACACACATCCCTCCCTATGACTCCTATATATTC AATTTTGTCAGCTTACAAATTATAATATAAAACTATAGCATAAATACTATTTGTCTGTTT CAGCATTTGCAAATATTTATTTGACTGTGATTATTTAATCTTCTTTTCACATAAAAATTA TTTAGCTTTTTTAAAAATGAAGTTTATGCCCGTATTCAACTGTTTGGACAAATTGTAAGA AAAGGTTTTTGGCAATATATTTTGAAAAAATAACAGTTAGTATATAAAAGCAAAAAAAGT TCGATAAGTTATAGTAGTTATTTTAAAGATGTATGAGTGAAAAAGTACGTTAACTTGGAA TTCGTTTTAATTAAAATGTAAACAAATCATAAAAAGATGAAATACGCTTGAAATTGTACA TAGTTAAAGGGATATGCTTGAAATTAGGCATCATTTTCTAATACGTCGAATTTGTAATGT TGAAAATTAGATAAATTATATATAACAACAGATAAAAGATAGATTTAATATTCCAAGATT TTGTCTCTGTGGAGGTAATTCTCTTGCAAAATGAGAATTGAATGATAATTCACGATGAAT TAATGCCTAGTATTTTTTTATTCTATAGAGGTAGCTTTATTTATTACCAAATGCTTTCTT TCCCCTTTTAATTAAGTTATGCACCCTGATATTAATTAAAAGTTGGGGCAACGAAAAAAT TATATTAAAATTTTAAATAGTTAATTAACTGAACAATTAGAATTTTCAATTAAAGAAAAC AAAGAACACAAAAAGTACTACAGAGTTGACTTAATAATTTAAATTTTGAAAGAAATATTT AATTTTTAAAAAGATATAACTAAAATATTCATAAATTTGTATTAGCATTTTATAATGAAT ATGTTCCATGAAAAATCATAACAACAAACATAATTAATATAAATTTGAACAAAAAGGAAA GAAAACAAATGAGAAAATATCATTTATTTGTATACGAAAAATTACTATTACGCTTGTAAT CGAAAATGACTATAGAGAGCAAGCTCGAATAAAAAATATATAAAATATGTATATAACAAT ATAAATTTTGATTAAAAATGAAATTTATTACAAAGTTATAAATAATAGGCGTTTTAATAA AATATAAAATTTGATATAATTTTAGAGGGGAAATTTTTTTTTATTTGTCAAATATATTGC CAAGTAATCTGTGGCCAAAGGGCCCACAGAAGAAAGAACCAGAGTTGGTTTTATGTATGC TATAGTAATATTTTACAATCCTCCACATTATCTCACTTTTTCAATTATTTTTTTCATTTT TAGTTTAACTTCAAGGCAAGAAACAATAATTTCAACCATTTTTTTAATAAAATGACTTAT ATTGAATGTCCAAAGATGATAACATTTCCTATTCTTTTTTATTGAAATTGGTTACATCTC AAATAGTATAATAAATTAGATTCTATACAACAATTATAGGGTATTGTCATTTATTGGATC TTTGTACCAACTACATCAAATCTGCCTGACACAAAATGCCATATACCAGTGATAATTTTT TATTTTAATAATTGGAAAGGACAACTAACAAAATGATAAAAATCAAGATCAAAGTAACAG AGTCCAGTCTAATGTGTTTAGGATTTTCTTGCTTTTATTTTGCCAAATTCTAATATAGTT TATAAAGTTAGAAGCTTGGATGATAGTGTGTTTTTAAAATTAAAAAAAAAATTATTTATG ATAGATATTTAATTTTGTTTTGTTTCTAAAATTCATTTAACTTTATCAAAGTTAGAGGAT TTTTAGATAAACTTAAAAGCTGGTTAAACTTACTTTTAAGTCAGTTTTTGACTTTTGAAA GTGATTGAAAAATATAAAAATAAGTTTAAAAAATTAAGTGAATAAACAAACTTATACTAT TTAATTAATCATCATAGGTATAGTTTGATATAATTACCACTCGCAACTAACATTATACAT TAATTACGTGGGCTGACTTCGAGTTTGTATAATTAATCATGTTTGTATATGTATAATTCG TTAGGATATACAAATAAATATGTATAATATACAATCGTTTAGCCTATATACATATACAAT TCACCTATCTCCCACTCTCTGCCCTCTCTCGCTTGCCTCTATCCTCCCTCTCTCAATCTC ACTCGCCTCTCTCCTCCCTCTCCCAATTTCGCTTGCCATTTATACTAATGTATATGTATA ATATACAGTTATATACAATTATATATATATACATTTCCCCTCTCTCCCATTCTCTGCCCT CTCTCGCTCGCCTCTCTCAATCTCGATCTCCTCTCTCCCGTCTCCCTCGCCTCTCTCCTT CCTCTCCCAATCTCTCTTGCCATATATACAACTACATATGTATAATATACAATAACCAAG TTATTAATTTTTCTAAATTTAGATTTGTTCTTCAATATAACACAACGTCTTGTTTCCTTG AGACTAAAATAAATCTAATCAATATACATATACAATTCAGCTTTCTCCCACTCTTTTCCC CCTCTCTCTCGACTCTCTCCTCTCCCCTCTCTCTCTCTCATTTTCGCTCGCCTCTCTCCT TTAAATAACATGTAGCTACAAATTGTAATTATAAAACTATAGCCATTAGAGTAATTAATT ATTTTTAAGTAGCTTTATGTGAAAGTTTCCCAATAAATTAACTTAAGTTAAAAATGATCA AAAGTAAGTTGGATAGTGTTTGATAAAATTAAAAATAACTTAAAATAAATTTAAAATGAC TTAAAAAAAAGTTTAAAACCAAAAGTAGGCATCTACTTATTTTTTTATTTTTTTTAATTT AAAATTTGACTATAAATATTTAACTTTGAAATATACTTTTTAAGGTCAATACGAGCTCTT CGTTTTCCTAGTCATTTAGGCTGAAATATAATTTTGATACTTATGTAATGATGTGATTGG TAAAATTTTAGAATTTTGTTAATTGAAAATAGAATTAATATTTAAATTTATTCGAAACTC AATCTATCATAATAACGAAAAAAAATTGATAAAAGATTAACATATACGAAAGCAAAAAGT CCTACTTTAAAAAGAAATTTCTCAAGATAATTTTCATTTAGGTTATCGAATTGGAAAAAT AAAATTTGAATCTTGAGGTTGAGAAGTACATTACTGATTTTTAAAACTAAGCGATGAGCA TAAAAACTAATTTTCAGAATTAACCTAAAATTGATAAAAATTTCGATTTAAAAAAAAAGC ATTTATAAAATCTTAAAATTTAATGATTTCAAAAAGGAAGAGCTATGTTTTTACTATAAT TCTTCCCAAATCTTTTTGCATACACTCCCTTACTTCCATCATTTCATATTTAGTTAATTT TTTTAGGTGTTTCACATTTTTTTTAAAAATCAAGATATAAATTAAACTTAATTTTTTATT TTTAACCTTATTATTTATTATTAAATTTCTAATTAAAATAACTAAATATTATATAATCAC TAATTTCAATACTAATTAATAAAAAAATAAAATTAAAATAACACTCTAAAAATAATTTTA AAAATTCAACAATTAAAGTAATTTGAAAAATAAAAAAAATAAAAGTACCTCAAAAGTTAA TTTAATATGCAAAAGAGGAGTATTATGTTTCAAACTCGAAAACCAAACCAAGATTTAAAG TCAAAGGTCAACAAAGAGGTGCTACTTGCGAGCTCTTTATGCAAACTGAATTTTAATGAA TTGTGTTCCAAATAAAATCAATATTTATTTCAATTTCCTCAAATATTTTATTTTAAAAAT TATAGCTGACACGTCATTAAATAGGTAAAAAAAGAAATTATATTTGCACCTAAAATGACC ATTAAAGCTAACTAGGCAAAATTGAATGACATTTCCAAGTTATATACTATGTCTGTCTAG TTAGTTGCCTTTTCTTTTTCTTTTATAGTTGTCTTTAATTACTTGTCTATTTTGATCAAT CAAGTAACGATATTTTTTTACCTATTATATTCACAATTAAATGAGTAATTACTTTAAAAA ATGTAAAACTTTTCATCCACTTCATAATTAATAGGGGTAAAATGATAAACTTATTCGTCA TTAATTATATTCTTAATAGGTGTGTCAATTCAAAAGTGAATAAGTAAAAAGGGACAGAGA ACAAAATAATTTACCATAATTGAACAGAGGAATAAATAATTGGAATTAAAGTTGATTAGC AAAGAAGATGTCACGTACAAAATATGGGGATTATTAGTTGCATATCATTTTTGAAGAAAC TTCAATCTTCAAAACACAGTAAACAGAGCAATTTGCCTGTAGCTTTGGAGAATGTTGATT AATAATAATTATTATAGTAGAAAAAGAGAAATCAAGCGTTTCATTCAGAAAATACTGCGC TGTTGCATATGGAGATGTTGAAATATTAATGTTTGTAATGAGGCAAGTTATCCTTGCACA AGTTATGATTATTAGAACTATCCTTAAATGCACAAGGTGATCCATCATCATCATCTGGTC TCGCTAGCATTGCACATACATTTGGTGTTAATGTTATGAAAATTATCTAAACCATAACAT TATAAATGCATCAAACATAAAAATGAATAGAGCCTACTGGAATTGATCAGAAGTAGAAGA ATAATGAAAATTAAACTTCATTAGCAAAGAGATACACCATGTCCAGCTTGTACAACATAG AGATCATTAGCATACACCTTTTGAGGAGACTTCAATCTTTAAAAGGTAAGAAAAACAGAT TACAGCATAGATAGAAGTCTTTCAGTTGTAGAAAATTAGAAGAAAGAGAATCGGACAGCA AGAAAAACGGATTTCCTTCAGCAAAGACTTCCCAAGGCTCTGGCTTTCTCTCTTAGAATG AATTTTTGTATTTTGCCTGTTGAAGTTTTAGGGAGATGTTGAAATATGACTGTTCGAGGT GCCATGTAATGAGGCAAGTTATCCCTGCAGAAGTTGATAATTTCTTGCTCACTAACATTT GAACCATCCTTCAACTTCACAAATGCACAAGGTGTTTGCCCCCAGTGATTATCTGGTCGC GCAACCACTGCTGTTTCAAAAACTGCTGGATGACTATACAAAACTCTTTCCACCTCTATT GTGCTTATGTTTTCTCCACCAGAGATTACGATATCTTTCAATCTGTCCTTAACTTCTATG TATCCGTCTGGATGTTTCACAGCCAAATCACCACTATGAAACCATCCACCTTTAAAAGCT TCTTTTGTTGCTTCTTCATCTTTCAGATATTCACTCATTACTGTATTCCCTCTAAACATA ATTTCACCTATTGTTTTACCATCTTCTGGTACTTTCTCCATTGTAAGAGGGTCCATCACA TCCACTGCCTCTGAACAAAGATGTTGCACCCCTTGTCTTGCTTTCAGTTTGTACTTTTCG TTTGGTGGTAAAGAATCCCACTCAGGCCTCCACAAATTATATGTACCTGGACCATATGTC TCTGTTAGTCCATATAAGTGATGTACTCGAAACCCCAGTTCCTCCATTGAGCAAATGATT TGTGGAGGTGGTGGTGAACCACCTGTCATTATGTTAACACTGTGAGGAAGTGGTTTTCTA TCGCTTACCGGTGAATTCACAAGCATGTTCAGAACAGTTGGTGCCCCACTCATGTGTGTG ACCTTGTGTTCTGCTATGTTTTCAAATATGTCTTTTGGATATACCTGTCTGAGGCAAATG CTGGTGCCACCAAGTGCTGCTAGACCCCAAGTCAGGCACCATCCGTTGCAGTGAAACGTT GGGACGGTCCAAAGGTAAACAGGCCATGAACTCATCTCATGAAGCAGAAAGGTAGCAATG GCATTGAGATATGCACCCCTGTGACTGTAAACAACCCCTTTGGGTCGCGACGTTGTTCCA GAAGTATAGTTAACACTGATAGGATCTAATTCACTTGTTGGCCACCTTACAGAGAATTCG CTATTACCACTTTCCAGGAGGCTCTCATATTCGTAAGAATTCGAATTAACAATAGTAGAA TAAGAATTTTCAGATTCAGAGATCACAACAAGAAGAGGTGGTGTTACTTTTTCATTGACA AGAATATCTAATGCTCCTTGAGCAAGTTGCAGCATGTGTTGATCCACAAATATTACCTTT GCTTCAGAATGTTTCAGCAGTACTGATAACATAGCTGAATCATGACGGGTGTTCAATGTA CAAATAACTCCTCCAGCCATTGGTACAGCAAAATGTAGCTCTTGCATTGCGTATACATTT CGAGCTAATGTTGCAACCTACACAAACAATTTCAAAATCTATGAAAATGACAGAGTAAAC CATTTAAATTCACTACATCGACAAGATTGGATCCGACTCTGATACAGACTAGTGAACCTA ATTTAACCTCAAAAGCTAGTGCATGTAAGAAGATCAAATTACTCATCACACAAGGATGAG AGACTTCACAATGTATTTCTATTAATTAAATAACATTCTTATATATATCATGTTTTCTTT CGAATTTAACGAAATTTTTATTAATTAAAAATAAAAAATGTTAAAAATTCAACATAGAAT ACAATGAACGGCTATATTCATTTTTAAAGGTATCGAAAACATTTTTTAACAATGAAGCAC AATATATAAACCAAATAATTACTCGAAATCAAGAAGATTGAGTTATTTTAATAAAATAAT GTACTTGATAAGAAAGAGACCTGTCATCGATAAGTAAAAAAAAAAGAATCCTTGTACTAT AATTTTTTGGTTATTATAATAGTTGTACTAAAGATCCCCAATTTTGGATCACCAATAAAT CTATACAAATTTTTTCAAATTTAATACCGGCGTCCCCATTAGCTTTTTTTTCTTCTGATG AATGATTACAGTTGAATGTGTTTGGGTGATCTAGTTTACAAAATAGCTGGTAAATACATT ATATACGTATATATTTCGATCAAATTGATAAACAAGTTGATGCGAATGATTTAGAAAAGC TTACCATATCCCCACGAGAAATGCCAAGCTCAGATAAAGCAGAAGCAAGCTTTATGCATC TGTCATATGTCTCTTCCCAATTATATTTCACAGAAGTTCCGTCAATAATAGAAGTTCTTC CTCTAAATGCATTTGCTGCTCTCTCCAAAAAACTTATAGGTGTCAGTGGAACATAGTTTG CAGCTGAACATTTAAGTAAACCCCGCGACGATTCAGTTTGAAGATCCATCGATACCTGCA TGCACATATAATGGCGACGCTTCTGATGAATACTTGTCGATTCAATTTGTACTGAGTTTA TACTGCATATGAAATTTCTTGTTACGCCTGAGTAACTCATGATGCCGGTAATGGCGTTTC CTGAGAAAGAAGTGATGGAGTAATATCGAAGAGTTAACACATGAAACAATTTCACATTTT ATAGCAAAGGGGACATAATATTACAGTTGGCAATTATTTGTTATTTCTTCATCGTGATGG TAATGGCTAGTATTATAAATTAATTAAACCAGCAATTAATGCTCAAACGTGGGCTGAACC GGATATGTTGGGATTATGCAGCCACAAGTCAACCAGTGAGGTTATGTAATCTAAAAATTA CCTTTCACCGCAATCAAAAATAAGATAAAAAAGCAATTTCAATTCGCGGCTTAATATATA ATATATTTTATATATCTATCTATTTAAAATTTATTTTTTTCACACTATTTAGAAGGAAAT TATACAATTATTAGTTTTAGGTAAGATTTTATCAACTCAATACTGAAAAACATCATTTAA ATGAAACAAACAATTATTATATGTATTGTAAATATAGTGCTATAAGTAATTAGTTGATAA ATATTAAATAAAAAGATAAAAGTAACAACCATAGAATTTGACTCAAGAAGTTGTACCTCA TTTTAATATGATTATACTTTAGTAATGCTTGAAACTAAAATTTAAAAATAAATAAAAAAT AATTTGTAATTCAGTTTTTCCAACACTTTTCACTATTAGTTCTTATTTTTAACAGGTACA AAAAATGTTAAAGTGGATAAAATAATTTATTTTAAAATTTTTTATACTTTTTATCATAAA TAATTAATTTTTCTATAAAAATTTTAACACATAATTTTATTTTACAAAAATTTGAGAACC CAAAACTTGGTGACTAAGGCAAAAGCCTTAAATGGACATAGATTATGGTAGACAGGTAAA TAGACCATCATCCTAAATCAAAGAGGTGTTGAGTTTGTGTTTTTCTTTTTCTTTTTTTTG CTATAAAGTCGTCTTTGTTAGGTAGCAATTCAGATTTAGTTGGGCTTCAATATAAGTATC GGACATGGATGCAAAACCAAAAAAAAAATAAAAAAAATGCGTGAATAAACCCTTACATCA CTATTTTTTTATATGTCTCATTTTAAGCAAAATGGCGATATTGATCTGGAGTATGTCCAC TTGAACAGATTTAATTAAGAGGAAGAGGTGATTTTAGTTCCTGTATTATTGTATAATTTT AATTTTAGTTCATGTGTTATTATTTGATTATGTACATTTAACATTCAATTATGTGAAGTA TGTGGTTTTTGTCCTTGAAACTAACAAAAGAAACTCTTTAATAAAATGATTATTTTAAAA TATATACAATAAAATAAATTAAAGGGTTGGTGATTTTCTAAAAGCTCGTAGAATTATATA TGATATATACAATTTAAAATAATTATTCTAATTGTATATTTTTAAAAATACATAAAATAT AAGTTAAATGTTATATATGTAATCTTCAAACATTTGGAATCACCAACCCTTTATTTTATT TTATTTTCAAATAGTCATTTTAATAAATAAATAACTTTAAGCGCACGCTTTAAATAATTG AAAGTTAATTTTCCGTAATCAAACAACACTGGAGACTAAAATTAGAATCATACAAAAATG CAGGGATTAAAAATCACTATTTTCCCATTTAATTAATTAAAATATCAAAAAGGTGCATCT TAGATTTGGTCTTTCTCTTGAAGTAGAAAATAACGAACACAAACAATAACAAAAGGGATA AAAAGGTTAAGGTACGAATCAGCAGTCATTTCACTGTAACCACGGAAAAAATAAATATTT TTAAAAACAAAGGAATGAAATGACAAAGAAAGAGAGAAATAAAGAGAGGAGATTCCACTA CACATGGCAGAATAAAATAAAAACAGATCTCAAATAAATAATTGAAGAAGAAGAGGGCAT GCATTACCACTGCTCACAGAGAAATTAAAATATCAAAGATCAAAGAAATTAAACACAAAA AAATAGGTCACATGTATCACCACGAAGCAAAATTCAAGTAATATGGACAAAGCAAAAAGT GATCTTTTACAGGTTCTTATGCACAGGGCGCGGACAGCAGTCATGCATCCATTTTGAATT ATTAACCAATGAAAAAAAGATAATTTAGAATTGTAGCAGCAAATATTCTCAGAAAGTTAA AACAAAATTGCAGCTGTGCAAAAAATAGGCCAAGTAGATCTCTGGACAGTGAATAATTCT CCTAAAAACTTGACGACTGTCAATTCCGATTAGTCTAAAGCAGCTATAATTGCATCAACA ACTTCTTGAGTAGAGCTATCCCCTCCAACATCCTTTGTCCTGAATTTTCCCTCTTCTATT ACATGTCTTACAGCAGTTTCTAAACGATCAGCATATGACGGAAATTCAAGATGTCTCAGC ATCATTGCTGACGACAGAAGAAGCGCCACTGGATTTGCTCTCTTAAGCTTCAATATCTTT TCATTGCCGACATTCCCAGCGGAAGCACCTTGCTCAAAAACTGCTTGATCAGCGCCAACA TTACCTGAGAGAACAACAGTCCTACATTATGTCTCATACACGGCCTAATACTTGAGGAGG AAACGCTGAGAATACTTTAAGTGTTCCCTGATAAACACTATAAATGATCTGTAGAATAGA GAAGGATGAGGCTTTAATCTTTCTTCCAACAAATAAATTATCAACAAGTACTGATGAGCA TACTGGTGATGCCTCGCGAGAAGAAGCAAGCACTCACAAAAAGGGTTCTACTGCACTTTG TTAAGTATTAGCAACTAGTCTGAGCTGTCCCATATAAGCAAAAGAGCATTAACCAATTCA GGAACCAACCAGTAATCAAATGGATATCATTATACTAG GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_1 match_part 0.931 218 608 match_2 match_part 0.842 12909 12965 match_part 0.983 13095 13154 match_part 0.935 17873 18147 match_3 match_part 1.000 12918 12965 match_part 1.000 13095 13154 match_part 0.942 17873 18147 match_4 match_part 1.000 84412 84602 match_part 1.000 87191 87728 match_5 match_part 0.990 88309 88803 match_6 match_part 0.994 88309 88801 match_7 match_part 0.998 95682 96225 match_8 match_part 0.958 95723 96057 match_9 match_part 1.000 95749 96255 match_part 1.000 97551 97578 match_10 match_part 1.000 95749 96188 match_11 match_part 1.000 95808 96255 match_part 0.997 97559 97865 match_12 match_part 0.899 95849 96255 match_part 0.904 97559 97859 match_13 match_part 1.000 95923 96255 match_part 1.000 97559 97828 match_14 match_part 1.000 95925 96255 match_part 1.000 97559 97584 match_15 match_part 1.000 95996 96255 match_part 1.000 97559 97869 match_part 1.000 97946 97982 match_16 match_part 0.969 95996 96255 match_part 0.961 97559 97817 match_17 match_part 0.995 96060 96255 match_part 0.962 97559 97636 match_18 match_part 1.000 97559 97869 match_part 1.000 97946 98078 match_part 0.979 98163 98349 match_19 match_part 1.000 97559 97869 match_part 0.970 97946 98078 match_part 1.000 98163 98182 match_20 match_part 0.973 97569 97869 match_part 0.961 97946 98333 match_21 match_part 1.000 97629 97869 match_part 1.000 97946 98078 match_part 0.997 98163 98516 match_22 match_part 1.000 97833 97869 match_part 1.000 97946 98078 match_part 0.998 98163 98585 GenomeThreader_SGN_E_tomato_potato SGN Combined Tomato and Potato ESTs match_23 match_part 0.937 758 1 match_24 match_part 0.969 11001 10240 match_25 match_part 0.970 11001 10300 match_26 match_part 0.973 10988 10321 match_27 match_part 0.979 10988 10378 match_28 match_part 0.941 60360 59851 match_29 match_part 0.983 61612 60799 match_30 match_part 1.000 61620 60885 match_31 match_part 0.998 61588 61048 match_32 match_part 0.951 61506 61141 match_33 match_part 0.977 64503 64238 match_34 match_part 0.977 64502 64238 match_35 match_part 0.993 65893 65622 match_part 1.000 64947 64794 match_part 1.000 64717 64509 match_36 match_part 0.917 67529 67458 match_part 0.943 66950 66565 match_part 0.943 66478 66426 match_37 match_part 0.917 67529 67458 match_part 0.943 66950 66565 match_part 0.943 66478 66426 match_38 match_part 0.917 67529 67458 match_part 0.943 66950 66565 match_part 0.920 66478 66429 match_39 match_part 0.962 68545 68283 match_part 0.977 68201 68030 match_part 0.963 67926 67738 match_40 match_part 0.964 68644 68283 match_part 0.983 68201 68030 match_part 0.976 67926 67844 match_41 match_part 0.962 68545 68283 match_part 0.977 68201 68030 match_part 0.970 67926 67860 match_42 match_part 1.000 75337 75329 match_part 0.999 75225 74518 match_43 match_part 0.948 75808 75694 match_part 0.991 75437 75329 match_part 0.938 75225 74680 match_44 match_part 1.000 75968 75694 match_part 1.000 75437 75329 match_part 1.000 75225 74681 match_45 match_part 1.000 76000 75694 match_part 1.000 75437 75329 match_part 0.983 75225 74686 match_46 match_part 1.000 75487 75329 match_part 1.000 75225 74690 match_47 match_part 1.000 75776 75694 match_part 1.000 75437 75329 match_part 0.987 75225 74694 match_48 match_part 0.931 75218 74697 match_49 match_part 0.933 75217 74697 match_50 match_part 0.915 75216 74697 match_51 match_part 1.000 75099 74705 match_52 match_part 0.991 75047 74705 match_53 match_part 0.993 75997 75730 match_part 1.000 75049 74714 match_54 match_part 0.982 75977 75694 match_part 0.991 75437 75329 match_part 0.932 75225 74714 match_55 match_part 0.918 75115 74714 match_56 match_part 1.000 75194 74715 match_57 match_part 0.978 75738 75694 match_part 0.991 75437 75329 match_part 0.925 75225 74716 match_58 match_part 0.915 75115 74717 match_59 match_part 0.997 75999 75694 match_part 1.000 75437 75329 match_part 0.984 75225 74722 match_60 match_part 0.956 75373 75329 match_part 1.000 75225 74753 match_61 match_part 1.000 75776 75694 match_part 1.000 75437 75329 match_part 0.996 75225 74761 match_62 match_part 1.000 76021 75694 match_part 0.991 75437 75329 match_part 1.000 75225 74794 match_63 match_part 0.977 75998 75694 match_part 0.991 75437 75329 match_part 0.986 75225 74810 match_64 match_part 0.993 75999 75694 match_part 1.000 75437 75329 match_part 1.000 75225 74814 match_65 match_part 1.000 76000 75694 match_part 1.000 75437 75329 match_part 0.998 75225 74818 match_66 match_part 0.984 76000 75694 match_part 1.000 75437 75329 match_part 0.994 75225 74899 match_67 match_part 0.947 75993 75694 match_part 0.954 75437 75329 match_part 0.968 75225 74974 match_68 match_part 1.000 75992 75694 match_part 1.000 75437 75329 match_part 0.964 75225 75058 match_69 match_part 0.961 75978 75694 match_part 0.963 75437 75329 match_part 1.000 75225 75210 match_70 match_part 1.000 75989 75694 match_part 1.000 75437 75397 match_71 match_part 1.000 78893 78883 match_part 0.984 78821 78255 match_72 match_part 1.000 79061 79053 match_part 0.979 78979 78883 match_part 0.986 78821 78256 match_73 match_part 1.000 79189 79053 match_part 1.000 78979 78883 match_part 0.989 78821 78258 match_74 match_part 0.978 78808 78258 match_75 match_part 1.000 78716 78260 match_76 match_part 1.000 79086 79053 match_part 1.000 78979 78883 match_part 0.991 78821 78265 match_77 match_part 0.990 78743 78265 match_78 match_part 1.000 79341 79053 match_part 1.000 78979 78883 match_part 0.998 78821 78267 match_79 match_part 0.950 78743 78280 match_80 match_part 1.000 78884 78883 match_part 1.000 78821 78282 match_81 match_part 1.000 78972 78883 match_part 0.994 78821 78286 match_82 match_part 1.000 78647 78286 match_83 match_part 1.000 78966 78883 match_part 1.000 78821 78302 match_84 match_part 0.925 79345 79053 match_part 0.959 78979 78883 match_part 0.882 78821 78322 match_85 match_part 0.990 79358 79053 match_part 1.000 78979 78883 match_part 0.996 78821 78323 match_86 match_part 0.899 79330 79053 match_part 0.948 78979 78883 match_part 0.936 78821 78433 match_87 match_part 0.922 79334 79053 match_part 0.948 78979 78883 match_part 0.916 78821 78454 match_88 match_part 1.000 79334 79053 match_part 1.000 78979 78883 match_part 1.000 78821 78460 match_89 match_part 0.923 79324 79053 match_part 0.948 78979 78883 match_part 0.937 78821 78472 match_90 match_part 1.000 79335 79053 match_part 1.000 78979 78883 match_part 0.991 78821 78489 match_91 match_part 0.922 79334 79053 match_part 0.948 78979 78883 match_part 0.927 78821 78492 match_92 match_part 1.000 79339 79053 match_part 1.000 78979 78883 match_part 0.993 78821 78549 match_93 match_part 0.989 79335 79053 match_part 0.979 78979 78883 match_part 0.993 78821 78554 match_94 match_part 1.000 79340 79053 match_part 1.000 78979 78883 match_part 0.996 78821 78557 match_95 match_part 1.000 79340 79053 match_part 1.000 78979 78883 match_part 1.000 78821 78557 match_96 match_part 1.000 79335 79053 match_part 1.000 78979 78883 match_part 1.000 78821 78560 match_97 match_part 1.000 79339 79053 match_part 1.000 78979 78883 match_part 1.000 78821 78561 match_98 match_part 1.000 79336 79053 match_part 1.000 78979 78883 match_part 0.980 78821 78570 match_99 match_part 1.000 79335 79053 match_part 1.000 78979 78883 match_part 0.968 78821 78572 match_100 match_part 0.993 79339 79053 match_part 1.000 78979 78883 match_part 0.996 78821 78577 match_101 match_part 0.993 79334 79053 match_part 0.948 78979 78883 match_part 0.987 78821 78592 match_102 match_part 1.000 79206 79053 match_part 1.000 78979 78883 match_part 1.000 78821 78624 match_103 match_part 0.993 79328 79053 match_part 1.000 78979 78883 match_part 1.000 78821 78625 match_104 match_part 0.983 79346 79053 match_part 0.969 78979 78883 match_part 0.973 78821 78636 match_105 match_part 0.986 79340 79053 match_part 0.969 78979 78883 match_part 0.994 78821 78654 match_106 match_part 0.986 79340 79053 match_part 0.969 78979 78883 match_part 0.994 78821 78654 match_107 match_part 1.000 79340 79053 match_part 1.000 78979 78883 match_part 1.000 78821 78680 match_108 match_part 1.000 79344 79053 match_part 1.000 78979 78883 match_part 1.000 78821 78694 match_109 match_part 0.897 79334 79053 match_part 0.938 78979 78883 match_part 0.906 78821 78695 match_110 match_part 1.000 79340 79053 match_part 1.000 78979 78883 match_part 1.000 78821 78699 match_111 match_part 1.000 79339 79053 match_part 0.979 78979 78883 match_part 1.000 78821 78699 match_112 match_part 1.000 79333 79053 match_part 1.000 78979 78883 match_part 1.000 78821 78717 match_113 match_part 1.000 79340 79053 match_part 1.000 78979 78883 match_part 0.981 78821 78719 match_114 match_part 0.900 79333 79053 match_part 0.948 78979 78883 match_part 0.927 78821 78726 match_115 match_part 1.000 79339 79053 match_part 1.000 78979 78883 match_part 1.000 78821 78732 match_116 match_part 1.000 79344 79053 match_part 1.000 78979 78883 match_part 1.000 78821 78777 match_117 match_part 1.000 79339 79053 match_part 1.000 78979 78883 match_part 1.000 78821 78778 match_118 match_part 1.000 79338 78778 match_119 match_part 0.913 79304 79053 match_part 0.938 78979 78883 match_part 1.000 78821 78804 match_120 match_part 0.909 79316 79053 match_part 0.948 78979 78883 match_part 1.000 78821 78810 match_121 match_part 1.000 79339 79053 match_part 1.000 78979 78968 match_122 match_part 0.992 79333 79068 match_123 match_part 0.994 79313 79149 match_124 match_part 0.998 102534 102021 match_125 match_part 1.000 102775 102431 match_part 1.000 102258 102102 match_126 match_part 1.000 108988 108142 match_127 match_part 0.959 109848 109191 match_128 match_part 0.959 109848 109192 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C02HBa0238L13.1 type gene exon 758 1 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C02HBa0238L13.1 type gene exon 218 608 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C02HBa0238L13.1 type gene exon 11001 10240 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C02HBa0238L13.1 type gene exon 12909 12965 exon 13095 13154 exon 17873 18147 gene_5 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C02HBa0238L13.1 type gene exon 60360 59851 gene_6 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C02HBa0238L13.1 type gene exon 61620 60799 gene_7 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C02HBa0238L13.1 type gene exon 64503 64238 gene_8 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C02HBa0238L13.1 type gene exon 65893 65622 exon 64947 64794 exon 64717 64509 gene_9 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C02HBa0238L13.1 type gene exon 67529 67458 exon 66950 66565 exon 66478 66426 gene_10 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C02HBa0238L13.1 type gene exon 68644 68283 exon 68201 68030 exon 67926 67738 gene_11 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C02HBa0238L13.1 type gene exon 76021 75694 exon 75437 75329 exon 75225 74518 gene_12 gene GT_PGL_11_AGS_2 transcript source GenomeThreader seq_id C02HBa0238L13.1 type gene exon 75487 75329 exon 75225 74518 gene_13 gene GT_PGL_11_AGS_3 transcript source GenomeThreader seq_id C02HBa0238L13.1 type gene exon 75997 75730 exon 75049 74705 gene_14 gene GT_PGL_12_AGS_1 transcript source GenomeThreader seq_id C02HBa0238L13.1 type gene exon 79358 79053 exon 78979 78883 exon 78821 78255 gene_15 gene GT_PGL_12_AGS_2 transcript source GenomeThreader seq_id C02HBa0238L13.1 type gene exon 79338 78258 gene_16 gene GT_PGL_13_AGS_1 transcript source GenomeThreader seq_id C02HBa0238L13.1 type gene exon 84412 84602 exon 87191 87728 gene_17 gene GT_PGL_14_AGS_1 transcript source GenomeThreader seq_id C02HBa0238L13.1 type gene exon 88309 88803 gene_18 gene GT_PGL_15_AGS_1 transcript source GenomeThreader seq_id C02HBa0238L13.1 type gene exon 95682 96255 exon 97559 97869 exon 97946 98078 exon 98163 98585 gene_19 gene GT_PGL_15_AGS_2 transcript source GenomeThreader seq_id C02HBa0238L13.1 type gene exon 95682 96255 exon 97559 97869 exon 97946 98333 gene_20 gene GT_PGL_15_AGS_3 transcript source GenomeThreader seq_id C02HBa0238L13.1 type gene exon 95682 96255 exon 97551 97869 exon 97946 98078 exon 98163 98585 gene_21 gene GT_PGL_16_AGS_1 transcript source GenomeThreader seq_id C02HBa0238L13.1 type gene exon 102775 102431 exon 102258 102102 gene_22 gene GT_PGL_16_AGS_2 transcript source GenomeThreader seq_id C02HBa0238L13.1 type gene exon 102534 102021 gene_23 gene GT_PGL_17_AGS_1 transcript source GenomeThreader seq_id C02HBa0238L13.1 type gene exon 108988 108142 gene_24 gene GT_PGL_18_AGS_1 transcript source GenomeThreader seq_id C02HBa0238L13.1 type gene exon 109848 109191 RepeatMasker tomato repeats master ENSPM_MT 3143 3271 1 ENSPM_MT 3143 3271 1 nucleotide_motif 317 12381 12474 Unknown00008 2526 3122 1 Unknown00008 2526 3122 1 nucleotide_motif 3602 15055 15640 Gypsy00156 3549 6009 1 Gypsy00156 3549 6009 1 nucleotide_motif 12163 21635 24062 MUDSOLT1 460 522 1 MUDSOLT1 460 522 1 nucleotide_motif 262 27613 27674 Unknown00040 4372 4489 1 Unknown00040 4372 4489 1 nucleotide_motif 225 27862 27975 Copia00143 117 217 1 Copia00143 117 217 1 nucleotide_motif 308 40054 40147 Copia00149 4827 10735 1 Copia00149 4827 10735 1 nucleotide_motif 825 52056 52220 Copia00149 10774 11978 1 Copia00149 10774 11978 1 nucleotide_motif 5168 52311 53554 TLP1 103 549 1 TLP1 103 549 1 nucleotide_motif 351 66241 66355 Unknown00046 1869 2061 1 Unknown00046 1869 2061 1 nucleotide_motif 630 77547 77743 Copia00143 60 206 1 Copia00143 60 206 1 nucleotide_motif 505 85419 85560 Copia00030 991 1072 1 Copia00030 991 1072 1 nucleotide_motif 244 93286 93368 RepeatMasker tomato repeats master Gypsy00003 2 8393 -1 Gypsy00003 2 8393 -1 nucleotide_motif 66713 23400 15144 Gypsy00003 5067 8393 -1 Gypsy00003 5067 8393 -1 nucleotide_motif 20871 26686 23495 DEL_LH 4492 8488 -1 DEL_LH 4492 8488 -1 nucleotide_motif 261 27694 27622 Copia00151 5501 5802 -1 Copia00151 5501 5802 -1 nucleotide_motif 1397 47128 46835 Copia00149 8084 8256 -1 Copia00149 8084 8256 -1 nucleotide_motif 565 50859 50687 Gypsy00043 1066 1318 -1 Gypsy00043 1066 1318 -1 nucleotide_motif 830 63304 63061 Copia00110 13156 13623 -1 Copia00110 13156 13623 -1 nucleotide_motif 2566 63731 63248 SONATA2 10 143 -1 SONATA2 10 143 -1 nucleotide_motif 228 72318 72186 Gypsy00043 1008 1315 -1 Gypsy00043 1008 1315 -1 nucleotide_motif 1218 89240 88931 Copia00110 13338 13557 -1 Copia00110 13338 13557 -1 nucleotide_motif 781 89295 89058 Copia00110 13309 13437 -1 Copia00110 13309 13437 -1 nucleotide_motif 402 89518 89402 Copia00110 13151 13398 -1 Copia00110 13151 13398 -1 nucleotide_motif 947 89785 89547 Gypsy00073 571 677 -1 Gypsy00073 571 677 -1 nucleotide_motif 320 89816 89719 Unknown00049 688 871 -1 Unknown00049 688 871 -1 nucleotide_motif 581 91122 90928 Unknown00049 360 768 -1 Unknown00049 360 768 -1 nucleotide_motif 1410 91579 91118 Copia00151 8222 8381 -1 Copia00151 8222 8381 -1 nucleotide_motif 429 106171 106019 BLAST_tomato_bacs Tomato BAC sequences BLAST_tomato_bacs Tomato BAC sequences match_1 match 4821 18202 23392 match_2 match 2712 19230 23267 match_3 match 4609 17693 21264 match_4 match 3063 21307 23393 match_5 match 2746 19324 23267 match_6 match 763 20687 22671 match_7 match 914 19554 21059 match_8 match 1322 21262 23292 match_9 match 892 20411 22384 match_10 match 1947 17693 18826 match_11 match 2601 16175 17596 match_12 match 2601 24526 25947 match_13 match 8492 18844 23416 match_14 match 9392 18331 23405 match_15 match 2692 16172 17596 match_16 match 2692 24523 25947 match_17 match 2692 16172 17596 match_18 match 2692 24523 25947 match_19 match 1953 16213 17596 match_20 match 1953 24564 25947 match_21 match 2769 16172 17596 match_22 match 2769 24523 25947 match_23 match 5765 17711 23411 match_24 match 8837 17693 22439 match_25 match 2698 16172 17596 match_26 match 2698 24523 25947 match_27 match 2214 16172 17596 match_28 match 2214 16172 17596 match_29 match 2214 24523 25947 match_30 match 2214 24523 25947 match_31 match 9559 17693 23416 match_32 match 2670 17693 19171 match_33 match 2769 16172 17596 match_34 match 2769 24523 25947 match_35 match 5723 19233 22163 match_36 match 1992 28441 29445 match_37 match 1996 52011 53068 match_38 match 1976 46003 47095 match_39 match 1883 44839 45932 match_40 match 2228 29475 30598 match_41 match 2151 34789 35918 match_42 match 2349 81806 82990 match_43 match 2825 16172 17596 match_44 match 2825 16172 17596 match_45 match 2825 24523 25947 match_46 match 2825 24523 25947 match_47 match 2918 26044 27539 match_48 match 1 15123 match_49 match 3140 61507 63162 match_50 match 3564 47725 49687 match_51 match 3963 78021 80046 match_52 match 3889 86978 89029 match_53 match 3969 63782 65852 match_54 match 5366 65886 68637 match_55 match 5257 83049 85940 match_56 match 6131 68985 72119 match_57 match 6181 53425 56638 match_58 match 6304 36005 39376 match_59 match 6930 74241 77928 match_60 match 7860 30627 34756 match_61 match 9113 56672 61427 match_62 match 9458 39710 44714 match_63 match 17693 23474 match_64 match 1396 37482 38691 match_65 match 1405 40602 41799 match_66 match 1227 14028 15034 match_67 match 2692 16172 17596 match_68 match 2692 24523 25947 match_69 match 2728 16172 17595 match_70 match 2728 24523 25946 match_71 match 2692 16172 17596 match_72 match 2692 24523 25947 match_73 match 17693 23474 match_74 match 2738 16172 17596 match_75 match 2738 24523 25947 match_76 match 2777 16172 17596 match_77 match 2777 24523 25947 match_78 match 2268 16172 17596 match_79 match 2268 24523 25947 match_80 match 9535 17693 23416 match_81 match 2264 16172 17596 match_82 match 2264 24523 25947 match_83 match 2258 16172 17596 match_84 match 2258 24523 25947 match_85 match 9394 17693 23416 match_86 match 17693 23416 match_87 match 2690 16172 17596 match_88 match 2690 24523 25947 match_89 match 2706 16172 17596 match_90 match 2706 24523 25947 match_91 match 17693 23474 match_92 match 17693 23474 match_93 match 2738 16172 17596 match_94 match 2738 24523 25947 match_95 match 2777 16172 17596 match_96 match 2777 24523 25947 match_97 match 2670 17693 19171 match_98 match 2769 16172 17596 match_99 match 2769 24523 25947 match_100 match 5723 19233 22163 match_101 match 1955 17693 18826 match_102 match 2601 16175 17596 match_103 match 2601 16175 17596 match_104 match 2601 24526 25947 match_105 match 2601 24526 25947 match_106 match 8492 18844 23416 match_107 match 2248 16172 17596 match_108 match 2248 16172 17596 match_109 match 2248 24523 25947 match_110 match 2248 24523 25947 match_111 match 9575 17693 23416 match_112 match 2256 16172 17596 match_113 match 2256 24523 25947 match_114 match 2700 16172 17596 match_115 match 2700 24523 25947 match_116 match 1939 17693 18826 match_117 match 2601 16175 17596 match_118 match 2601 16175 17596 match_119 match 2601 24526 25947 match_120 match 2601 24526 25947 match_121 match 3094 21756 23416 match_122 match 2248 16172 17596 match_123 match 2248 24523 25947 match_124 match 8282 18550 23416 match_125 match 1911 112613 113618 match_126 match 1996 52011 53068 match_127 match 2060 103203 104310 match_128 match 2349 81806 82990 match_129 match 3140 61507 63162 match_130 match 3826 65886 67839 match_131 match 3963 78021 80046 match_132 match 3889 86978 89029 match_133 match 3969 63782 65852 match_134 match 3985 96497 98686 match_135 match 5257 83049 85940 match_136 match 6131 68985 72119 match_137 match 6181 53425 56638 match_138 match 6930 74241 77928 match_139 match 7525 99261 103080 match_140 match 7672 107085 111113 match_141 match 9113 56672 61427 match_142 match 2214 16172 17596 match_143 match 2214 24523 25947 match_144 match 4240 17693 20353 match_145 match 2256 16172 17596 match_146 match 2256 24523 25947 match_147 match 2268 16172 17596 match_148 match 2268 24523 25947 match_149 match 9535 17693 23416 match_150 match 2692 16172 17596 match_151 match 2692 24523 25947 match_152 match 1955 17693 18826 match_153 match 2601 16175 17596 match_154 match 2601 16175 17596 match_155 match 2601 24526 25947 match_156 match 2601 24526 25947 match_157 match 8492 18844 23416 match_158 match 2200 16172 17594 match_159 match 2200 24523 25945 match_160 match 2276 16172 17594 match_161 match 2276 24523 25945 match_162 match 17693 23416 match_163 match 2700 16172 17596 match_164 match 2700 24523 25947 match_165 match 17693 23474 match_166 match 2730 16172 17596 match_167 match 2730 24523 25947 match_168 match 2746 16172 17596 match_169 match 2746 24523 25947 match_170 match 17693 23474 match_171 match 2692 16172 17596 match_172 match 2692 16172 17596 match_173 match 2692 24523 25947 match_174 match 2692 24523 25947 match_175 match 1548 17693 18696 match_176 match 1867 16467 17596 match_177 match 1867 24818 25947 match_178 match 7240 18691 22899 match_179 match 17693 23416 match_180 match 17693 23416 match_181 match 2585 16175 17596 match_182 match 2585 16175 17596 match_183 match 2585 16175 17596 match_184 match 2585 24526 25947 match_185 match 2585 24526 25947 match_186 match 2585 24526 25947 match_187 match 2650 16172 17596 match_188 match 2650 24523 25947 match_189 match 2292 16172 17596 match_190 match 2292 24523 25947 match_191 match 1548 17693 18696 match_192 match 1548 17693 18696 match_193 match 1865 16468 17596 match_194 match 1865 24819 25947 match_195 match 1867 16467 17596 match_196 match 1867 24818 25947 match_197 match 8138 18691 23416 match_198 match 17693 23416 match_199 match 17693 23416 match_200 match 2569 16175 17596 match_201 match 2569 24526 25947 match_202 match 2585 16175 17596 match_203 match 2585 16175 17596 match_204 match 2585 16175 17596 match_205 match 2585 24526 25947 match_206 match 2585 24526 25947 match_207 match 2585 24526 25947 match_208 match 2478 16172 17596 match_209 match 2478 24523 25947 match_210 match 2298 18220 19510 match_211 match 7364 19473 23416 match_212 match 2621 16172 17596 match_213 match 2621 24523 25947 match_214 match 17693 23474 match_215 match 2668 16172 17596 match_216 match 2668 16172 17596 match_217 match 2668 24523 25947 match_218 match 2668 24523 25947 match_219 match 1959 16313 17596 match_220 match 1959 24664 25947 match_221 match 1548 17693 18696 match_222 match 1865 16468 17596 match_223 match 1865 24819 25947 match_224 match 1875 16467 17596 match_225 match 1875 24818 25947 match_226 match 8138 18691 23416 match_227 match 17693 23416 match_228 match 17693 23416 match_229 match 2585 16175 17596 match_230 match 2585 16175 17596 match_231 match 2585 16175 17596 match_232 match 2585 24526 25947 match_233 match 2585 24526 25947 match_234 match 2585 24526 25947 match_235 match 17693 23474 match_236 match 2692 16172 17596 match_237 match 2692 16172 17596 match_238 match 2692 24523 25947 match_239 match 2692 24523 25947 match_240 match 807 17711 19172 match_241 match 2912 19400 23393 match_242 match 2692 16172 17596 match_243 match 2692 24523 25947 match_244 match 2250 16172 17596 match_245 match 2250 16172 17596 match_246 match 2250 24523 25947 match_247 match 2250 24523 25947 match_248 match 9519 17693 23416 match_249 match 1429 18682 20220 match_250 match 2171 18688 20890 match_251 match 1972 20624 22189 match_252 match 17693 23474 match_253 match 2684 16172 17596 match_254 match 2684 24523 25947 match_255 match 2692 16172 17596 match_256 match 2692 24523 25947 match_257 match 17693 23416 match_258 match 2692 16172 17596 match_259 match 2692 16172 17596 match_260 match 2692 24523 25947 match_261 match 2692 24523 25947 match_262 match 2706 16172 17596 match_263 match 2706 24523 25947 match_264 match 2153 16223 17596 match_265 match 2153 24574 25947 match_266 match 17693 23416 match_267 match 17693 23416 match_268 match 2684 16172 17596 match_269 match 2684 24523 25947 match_270 match 2690 16172 17596 match_271 match 2690 24523 25947 match_272 match 2700 16172 17596 match_273 match 2700 24523 25947 match_274 match 1489 18550 20333 match_275 match 1663 21831 23409 match_276 match 1520 20397 21800 match_277 match 1883 19978 23411 match_278 match 1304 21663 23267 match_279 match 1984 19846 23291 match_280 match 7277 19233 23416 match_281 match 2599 17693 19171 match_282 match 2603 16172 17596 match_283 match 2603 24523 25947 match_284 match 2666 16172 17596 match_285 match 2666 24523 25947 match_286 match 973 19549 21678 match_287 match 1183 19824 21882 match_288 match 660 22165 23267 match_289 match 1043 19656 21209 match_290 match 1885 19344 21784 match_291 match 617 17711 19077 match_292 match 1382 21663 23352 match_293 match 1570 20395 23027 match_294 match 1961 19418 23256 match_295 match 1800 19878 23267 match_296 match 2452 19229 23309 match_297 match 2730 16172 17596 match_298 match 2730 24523 25947 match_299 match 985 18618 20320 match_300 match 1223 20398 21723 match_301 match 1396 21787 23291 match_302 match 2309 16172 17596 match_303 match 2309 24523 25947 match_304 match 1217 21787 23309 match_305 match 1913 17693 19171 match_306 match 1731 16460 17596 match_307 match 1731 24811 25947 match_308 match 1762 16460 17596 match_309 match 1762 24811 25947 match_310 match 2474 17693 19171 match_311 match 7301 19233 23416 match_312 match 583 17722 19150 match_313 match 1187 20260 23267 match_314 match 1709 20063 23267 match_315 match 17693 23474 match_316 match 17693 23416 match_317 match 2704 16172 17595 match_318 match 2704 16172 17595 match_319 match 2704 24523 25946 match_320 match 2704 24523 25946 match_321 match 2712 16172 17595 match_322 match 2712 24523 25946 match_323 match 1707 21172 23264 match_324 match 741 17711 19212 match_325 match 904 20063 21793 match_326 match 17693 23474 match_327 match 2753 16172 17596 match_328 match 2753 16172 17596 match_329 match 2753 24523 25947 match_330 match 2753 24523 25947 match_331 match 17693 23416 match_332 match 2704 16172 17595 match_333 match 2704 16172 17595 match_334 match 2704 24523 25946 match_335 match 2704 24523 25946 match_336 match 2712 16172 17595 match_337 match 2712 24523 25946 match_338 match 1289 19781 21888 match_339 match 914 21996 23293 match_340 match 17693 23474 match_341 match 2753 16172 17596 match_342 match 2753 16172 17596 match_343 match 2753 24523 25947 match_344 match 2753 24523 25947 match_345 match 2825 19909 23352 match_346 match 17693 23474 match_347 match 17693 23416 match_348 match 2704 16172 17595 match_349 match 2704 24523 25946 match_350 match 2712 16172 17595 match_351 match 2712 16172 17595 match_352 match 2712 24523 25946 match_353 match 2712 24523 25946 match_354 match 916 61821 62957 match_355 match 991 21134 22713 match_356 match 1221 20762 23256 match_357 match 977 21665 23267 match_358 match 2105 16175 17596 match_359 match 2105 24526 25947 match_360 match 991 21665 23267 match_361 match 2397 16172 17596 match_362 match 2397 24523 25947 match_363 match 2105 16175 17596 match_364 match 2105 24526 25947 match_365 match 2325 17711 20276 match_366 match 7368 19233 23416 match_367 match 2591 17693 19171 match_368 match 2678 16172 17594 match_369 match 2678 24523 25945 match_370 match 2682 16172 17596 match_371 match 2682 24523 25947 match_372 match 2250 16172 17596 match_373 match 2250 16172 17596 match_374 match 2250 24523 25947 match_375 match 2250 24523 25947 match_376 match 9519 17693 23416 match_377 match 17693 23474 match_378 match 2690 16172 17596 match_379 match 2690 24523 25947 match_380 match 2706 16172 17596 match_381 match 2706 24523 25947 match_382 match 2740 18605 22478 match_383 match 1277 20745 23267 match_384 match 4183 17715 23352 match_385 match 1620 19538 23242 match_386 match 3727 18618 23400 match_387 match 3727 18618 23400 match_388 match 835 20066 21689 match_389 match 507 20263 21687 match_390 match 523 22029 23255 match_391 match 737 19720 20976 match_392 match 1231 21233 23264 match_393 match 981 21595 22973 match_394 match 1328 19646 21482 match_395 match 1786 17693 19171 match_396 match 2252 16172 17594 match_397 match 2252 24523 25945 match_398 match 1867 16467 17596 match_399 match 1867 24818 25947 match_400 match 1229 18134 19145 match_401 match 2032 17693 19171 match_402 match 1025 20260 21711 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) clone_start_1 clone_start 1378 11536 12234 clone_start_2 clone_start 1003 16179 16712 clone_end_1 clone_end 1235 16316 16954 clone_start_3 clone_start 957 16396 16914 clone_start_4 clone_start 1170 16410 17011 clone_end_2 clone_end 1481 16417 17198 clone_start_5 clone_start 1065 16441 17001 clone_1 clone 1085.5 16473 18240 clone_start_6 clone_start 1124 16473 17047 clone_2 clone 1085.5 16473 26591 clone_start_7 clone_start 1124 16473 17047 clone_start_8 clone_start 991 16477 17000 clone_end_3 clone_end 1041 16525 17057 clone_end_4 clone_end 1285 16575 17242 clone_end_5 clone_end 1049 16597 17137 clone_end_6 clone_end 1495 16602 17394 clone_start_9 clone_start 1183 16630 17242 clone_start_10 clone_start 1154 16631 17240 clone_end_7 clone_end 1019 16765 17317 clone_3 clone 1085.5 17693 25398 clone_start_11 clone_start 1124 24824 25398 clone_end_8 clone_end 963 18606 19119 clone_start_12 clone_start 1407 19143 19893 clone_end_9 clone_end 1300 19648 20316 clone_end_10 clone_end 961 19906 20398 clone_end_11 clone_end 1285 20317 20984 clone_end_12 clone_end 1009 20336 20860 clone_end_13 clone_end 1027 20356 20885 clone_end_14 clone_end 1360 20758 21475 clone_end_15 clone_end 922 20911 21391 clone_end_16 clone_end 936 21307 21790 clone_end_17 clone_end 1023 21307 21838 clone_start_13 clone_start 1197 21361 21996 clone_end_18 clone_end 1148 21649 22263 clone_start_14 clone_start 1219 21690 22320 clone_start_15 clone_start 922 21844 22320 clone_start_16 clone_start 1138 22441 23026 clone_end_19 clone_end 1051 22906 23474 clone_end_20 clone_end 1025 22911 23474 clone_start_17 clone_start 1003 24530 25063 clone_end_21 clone_end 1235 24667 25305 clone_start_18 clone_start 957 24747 25265 clone_start_19 clone_start 1170 24761 25362 clone_end_22 clone_end 1481 24768 25549 clone_start_20 clone_start 1065 24792 25352 clone_4 clone 1085.5 24824 26591 clone_start_21 clone_start 1124 24824 25398 clone_start_22 clone_start 991 24828 25351 clone_end_23 clone_end 1041 24876 25408 clone_end_24 clone_end 1285 24926 25593 clone_end_25 clone_end 1049 24948 25488 clone_end_26 clone_end 1495 24953 25745 clone_start_23 clone_start 1183 24981 25593 clone_start_24 clone_start 1154 24982 25591 clone_end_27 clone_end 1019 25116 25668 clone_end_28 clone_end 1181 33203 33844 clone_end_29 clone_end 1362 42816 43502 clone_start_25 clone_start 1205 91347 91954 clone_end_30 clone_end 940 109575 110111 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) clone_start_26 clone_start 1126 4656 4081 clone_start_27 clone_start 1396 4933 4222 clone_end_31 clone_end 1257 9545 8912 clone_end_32 clone_end 1485 12696 11940 clone_end_33 clone_end 1191 12653 12046 clone_start_28 clone_start 983 16695 16172 clone_start_29 clone_start 967 16687 16172 clone_end_34 clone_end 916 16645 16172 clone_start_30 clone_start 1342 17109 16393 clone_start_31 clone_start 1207 17109 16461 clone_end_35 clone_end 1047 18240 17693 clone_end_36 clone_end 1047 26591 26044 clone_start_32 clone_start 1374 17407 16703 clone_end_37 clone_end 1025 17274 16758 clone_start_33 clone_start 1007 17596 17061 clone_start_34 clone_start 928 17596 17102 clone_end_38 clone_end 1037 18239 17693 clone_end_39 clone_end 1524 18477 17693 clone_end_40 clone_end 1047 18240 17693 clone_end_41 clone_end 1065 18289 17721 clone_start_35 clone_start 1043 18292 17743 clone_end_42 clone_end 975 18327 17808 clone_end_43 clone_end 967 18327 17816 clone_end_44 clone_end 981 19122 18592 clone_start_36 clone_start 1057 19651 19087 clone_start_37 clone_start 1215 19741 19109 clone_start_38 clone_start 1047 20063 19536 clone_start_39 clone_start 926 20022 19539 clone_start_40 clone_start 1306 20324 19645 clone_start_41 clone_start 1070 20311 19759 clone_start_42 clone_start 1332 20786 20115 clone_start_43 clone_start 902 21517 21047 clone_start_44 clone_start 1051 21919 21370 clone_end_45 clone_end 1429 22422 21674 clone_end_46 clone_end 1144 22310 21706 clone_start_45 clone_start 1118 22445 21854 clone_end_47 clone_end 924 22412 21919 clone_start_46 clone_start 1411 22898 22152 clone_start_47 clone_start 1429 22898 22174 clone_end_48 clone_end 918 22723 22245 clone_start_48 clone_start 1179 22945 22335 clone_end_49 clone_end 1092 23172 22618 clone_start_49 clone_start 983 25046 24523 clone_start_50 clone_start 967 25038 24523 clone_end_50 clone_end 916 24996 24523 clone_start_51 clone_start 1342 25460 24744 clone_start_52 clone_start 1207 25460 24812 clone_end_51 clone_end 1047 26591 26044 clone_start_53 clone_start 1374 25758 25054 clone_end_52 clone_end 1025 25625 25109 clone_start_54 clone_start 1007 25947 25412 clone_start_55 clone_start 928 25947 25453 clone_end_53 clone_end 1037 26590 26044 clone_end_54 clone_end 1245 26683 26044 clone_end_55 clone_end 1065 26640 26072 clone_start_56 clone_start 1043 26643 26094 clone_end_56 clone_end 983 26682 26159 clone_end_57 clone_end 969 26679 26167 clone_start_57 clone_start 1061 33118 32574 clone_end_58 clone_end 995 36533 36005 clone_start_58 clone_start 1489 38209 37459 clone_end_59 clone_end 948 41324 40824 clone_end_60 clone_end 1154 43013 42432 clone_end_61 clone_end 1324 43547 42880 clone_end_62 clone_end 1057 49269 48704 clone_end_63 clone_end 1330 49532 48769 clone_end_64 clone_end 1086 57874 57319 clone_end_65 clone_end 1152 59520 58855 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_1 match_part 0.842 12909 12965 match_part 0.983 13095 13154 match_part 0.935 17873 18147 match_2 match_part 1.000 12918 12965 match_part 1.000 13095 13154 match_part 0.942 17873 18147 match_3 match_part 1.000 84412 84602 match_part 1.000 87191 87728 match_4 match_part 0.990 88309 88803 match_5 match_part 0.994 88309 88801 match_6 match_part 0.998 95682 96225 match_7 match_part 0.958 95723 96057 match_8 match_part 1.000 95749 96255 match_part 1.000 97551 97578 match_9 match_part 1.000 95749 96188 match_10 match_part 1.000 95808 96255 match_part 0.997 97559 97865 match_11 match_part 1.000 95923 96255 match_part 1.000 97559 97828 match_12 match_part 1.000 95925 96255 match_part 1.000 97559 97584 match_13 match_part 1.000 95996 96255 match_part 1.000 97559 97869 match_part 1.000 97946 97982 match_14 match_part 0.969 95996 96255 match_part 0.961 97559 97817 match_15 match_part 0.995 96060 96255 match_part 0.962 97559 97636 match_16 match_part 1.000 97559 97869 match_part 1.000 97946 98078 match_part 0.979 98163 98349 match_17 match_part 1.000 97559 97869 match_part 0.970 97946 98078 match_part 1.000 98163 98182 match_18 match_part 0.973 97569 97869 match_part 0.961 97946 98333 match_19 match_part 1.000 97629 97869 match_part 1.000 97946 98078 match_part 0.997 98163 98516 match_20 match_part 1.000 97833 97869 match_part 1.000 97946 98078 match_part 0.998 98163 98585 GenomeThreader_SGN_E_tomato SGN Tomato ESTs match_21 match_part 0.983 61612 60799 match_22 match_part 1.000 61620 60885 match_23 match_part 0.998 61588 61048 match_24 match_part 0.951 61506 61141 match_25 match_part 0.977 64503 64238 match_26 match_part 0.977 64502 64238 match_27 match_part 0.993 65893 65622 match_part 1.000 64947 64794 match_part 1.000 64717 64509 match_28 match_part 1.000 75337 75329 match_part 0.999 75225 74518 match_29 match_part 0.948 75808 75694 match_part 0.991 75437 75329 match_part 0.938 75225 74680 match_30 match_part 1.000 75968 75694 match_part 1.000 75437 75329 match_part 1.000 75225 74681 match_31 match_part 1.000 76000 75694 match_part 1.000 75437 75329 match_part 0.983 75225 74686 match_32 match_part 1.000 75487 75329 match_part 1.000 75225 74690 match_33 match_part 1.000 75776 75694 match_part 1.000 75437 75329 match_part 0.987 75225 74694 match_34 match_part 0.931 75218 74697 match_35 match_part 0.933 75217 74697 match_36 match_part 0.915 75216 74697 match_37 match_part 1.000 75099 74705 match_38 match_part 0.991 75047 74705 match_39 match_part 0.993 75997 75730 match_part 1.000 75049 74714 match_40 match_part 0.982 75977 75694 match_part 0.991 75437 75329 match_part 0.932 75225 74714 match_41 match_part 0.918 75115 74714 match_42 match_part 1.000 75194 74715 match_43 match_part 0.978 75738 75694 match_part 0.991 75437 75329 match_part 0.925 75225 74716 match_44 match_part 0.915 75115 74717 match_45 match_part 0.997 75999 75694 match_part 1.000 75437 75329 match_part 0.984 75225 74722 match_46 match_part 0.956 75373 75329 match_part 1.000 75225 74753 match_47 match_part 1.000 75776 75694 match_part 1.000 75437 75329 match_part 0.996 75225 74761 match_48 match_part 1.000 76021 75694 match_part 0.991 75437 75329 match_part 1.000 75225 74794 match_49 match_part 0.977 75998 75694 match_part 0.991 75437 75329 match_part 0.986 75225 74810 match_50 match_part 0.993 75999 75694 match_part 1.000 75437 75329 match_part 1.000 75225 74814 match_51 match_part 1.000 76000 75694 match_part 1.000 75437 75329 match_part 0.998 75225 74818 match_52 match_part 0.984 76000 75694 match_part 1.000 75437 75329 match_part 0.994 75225 74899 match_53 match_part 1.000 75992 75694 match_part 1.000 75437 75329 match_part 0.964 75225 75058 match_54 match_part 1.000 75989 75694 match_part 1.000 75437 75397 match_55 match_part 1.000 78893 78883 match_part 0.984 78821 78255 match_56 match_part 1.000 79061 79053 match_part 0.979 78979 78883 match_part 0.986 78821 78256 match_57 match_part 1.000 79189 79053 match_part 1.000 78979 78883 match_part 0.989 78821 78258 match_58 match_part 0.978 78808 78258 match_59 match_part 1.000 78716 78260 match_60 match_part 1.000 79086 79053 match_part 1.000 78979 78883 match_part 0.991 78821 78265 match_61 match_part 0.990 78743 78265 match_62 match_part 1.000 79341 79053 match_part 1.000 78979 78883 match_part 0.998 78821 78267 match_63 match_part 0.950 78743 78280 match_64 match_part 1.000 78884 78883 match_part 1.000 78821 78282 match_65 match_part 1.000 78972 78883 match_part 0.994 78821 78286 match_66 match_part 1.000 78647 78286 match_67 match_part 1.000 78966 78883 match_part 1.000 78821 78302 match_68 match_part 0.990 79358 79053 match_part 1.000 78979 78883 match_part 0.996 78821 78323 match_69 match_part 1.000 79334 79053 match_part 1.000 78979 78883 match_part 1.000 78821 78460 match_70 match_part 1.000 79335 79053 match_part 1.000 78979 78883 match_part 0.991 78821 78489 match_71 match_part 1.000 79339 79053 match_part 1.000 78979 78883 match_part 0.993 78821 78549 match_72 match_part 0.989 79335 79053 match_part 0.979 78979 78883 match_part 0.993 78821 78554 match_73 match_part 1.000 79340 79053 match_part 1.000 78979 78883 match_part 0.996 78821 78557 match_74 match_part 1.000 79340 79053 match_part 1.000 78979 78883 match_part 1.000 78821 78557 match_75 match_part 1.000 79335 79053 match_part 1.000 78979 78883 match_part 1.000 78821 78560 match_76 match_part 1.000 79339 79053 match_part 1.000 78979 78883 match_part 1.000 78821 78561 match_77 match_part 1.000 79336 79053 match_part 1.000 78979 78883 match_part 0.980 78821 78570 match_78 match_part 1.000 79335 79053 match_part 1.000 78979 78883 match_part 0.968 78821 78572 match_79 match_part 0.993 79339 79053 match_part 1.000 78979 78883 match_part 0.996 78821 78577 match_80 match_part 0.993 79334 79053 match_part 0.948 78979 78883 match_part 0.987 78821 78592 match_81 match_part 1.000 79206 79053 match_part 1.000 78979 78883 match_part 1.000 78821 78624 match_82 match_part 0.993 79328 79053 match_part 1.000 78979 78883 match_part 1.000 78821 78625 match_83 match_part 0.983 79346 79053 match_part 0.969 78979 78883 match_part 0.973 78821 78636 match_84 match_part 0.986 79340 79053 match_part 0.969 78979 78883 match_part 0.994 78821 78654 match_85 match_part 0.986 79340 79053 match_part 0.969 78979 78883 match_part 0.994 78821 78654 match_86 match_part 1.000 79340 79053 match_part 1.000 78979 78883 match_part 1.000 78821 78680 match_87 match_part 1.000 79344 79053 match_part 1.000 78979 78883 match_part 1.000 78821 78694 match_88 match_part 1.000 79340 79053 match_part 1.000 78979 78883 match_part 1.000 78821 78699 match_89 match_part 1.000 79339 79053 match_part 0.979 78979 78883 match_part 1.000 78821 78699 match_90 match_part 1.000 79333 79053 match_part 1.000 78979 78883 match_part 1.000 78821 78717 match_91 match_part 1.000 79340 79053 match_part 1.000 78979 78883 match_part 0.981 78821 78719 match_92 match_part 1.000 79339 79053 match_part 1.000 78979 78883 match_part 1.000 78821 78732 match_93 match_part 1.000 79344 79053 match_part 1.000 78979 78883 match_part 1.000 78821 78777 match_94 match_part 1.000 79339 79053 match_part 1.000 78979 78883 match_part 1.000 78821 78778 match_95 match_part 1.000 79338 78778 match_96 match_part 1.000 79339 79053 match_part 1.000 78979 78968 match_97 match_part 0.992 79333 79068 match_98 match_part 0.994 79313 79149 match_99 match_part 0.998 102534 102021 match_100 match_part 1.000 102775 102431 match_part 1.000 102258 102102 match_101 match_part 1.000 108988 108142 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C02HBa0238L13.1 type gene exon 12909 12965 exon 13095 13154 exon 17873 18147 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C02HBa0238L13.1 type gene exon 61620 60799 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C02HBa0238L13.1 type gene exon 64503 64238 gene_4 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C02HBa0238L13.1 type gene exon 65893 65622 exon 64947 64794 exon 64717 64509 gene_5 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C02HBa0238L13.1 type gene exon 76021 75694 exon 75437 75329 exon 75225 74518 gene_6 gene GT_PGL_5_AGS_2 transcript source GenomeThreader seq_id C02HBa0238L13.1 type gene exon 75487 75329 exon 75225 74518 gene_7 gene GT_PGL_5_AGS_3 transcript source GenomeThreader seq_id C02HBa0238L13.1 type gene exon 75997 75730 exon 75049 74705 gene_8 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C02HBa0238L13.1 type gene exon 79358 79053 exon 78979 78883 exon 78821 78255 gene_9 gene GT_PGL_6_AGS_2 transcript source GenomeThreader seq_id C02HBa0238L13.1 type gene exon 79338 78258 gene_10 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C02HBa0238L13.1 type gene exon 84412 84602 exon 87191 87728 gene_11 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C02HBa0238L13.1 type gene exon 88309 88803 gene_12 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C02HBa0238L13.1 type gene exon 95682 96255 exon 97559 97869 exon 97946 98078 exon 98163 98585 gene_13 gene GT_PGL_9_AGS_2 transcript source GenomeThreader seq_id C02HBa0238L13.1 type gene exon 95682 96255 exon 97559 97869 exon 97946 98333 gene_14 gene GT_PGL_9_AGS_3 transcript source GenomeThreader seq_id C02HBa0238L13.1 type gene exon 95682 96255 exon 97551 97869 exon 97946 98078 exon 98163 98585 gene_15 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C02HBa0238L13.1 type gene exon 102775 102431 exon 102258 102102 gene_16 gene GT_PGL_10_AGS_2 transcript source GenomeThreader seq_id C02HBa0238L13.1 type gene exon 102534 102021 gene_17 gene GT_PGL_11_AGS_1 transcript source GenomeThreader seq_id C02HBa0238L13.1 type gene exon 108988 108142 AUGUSTUS_tom_cdna de novo gene_1 gene 0.45 59 508 transcript_1 transcript 0.45 59 508 start_codon_1 start_codon 59 61 CDS_1 CDS 0.45 59 508 stop_codon_1 stop_codon 506 508 gene_2 gene 0.41 74448 74836 transcript_2 transcript 0.41 74448 74836 start_codon_2 start_codon 74448 74450 intron_1 intron 0.41 74569 74711 CDS_2 CDS 0.41 74448 74568 CDS_3 CDS 0.99 74712 74836 stop_codon_2 stop_codon 74834 74836 gene_3 gene 1 95854 98432 transcript_3 transcript 1 95854 98432 start_codon_3 start_codon 95854 95856 intron_2 intron 1 96256 97558 intron_3 intron 1 97870 97945 intron_4 intron 1 98079 98162 CDS_4 CDS 1 95854 96255 CDS_5 CDS 1 97559 97869 CDS_6 CDS 1 97946 98078 CDS_7 CDS 1 98163 98432 stop_codon_3 stop_codon 98430 98432 gene_4 gene 0.98 99523 100299 transcript_4 transcript 0.98 99523 100299 start_codon_4 start_codon 99523 99525 CDS_8 CDS 0.98 99523 100299 stop_codon_4 stop_codon 100297 100299 AUGUSTUS_tom_cdna de novo gene_5 gene 1 2892 2086 transcript_5 transcript 1 2892 2086 stop_codon_5 stop_codon 2088 2086 CDS_9 CDS 1 2892 2086 start_codon_5 start_codon 2892 2890 gene_6 gene 1 6467 5658 transcript_6 transcript 1 6467 5658 stop_codon_6 stop_codon 5660 5658 CDS_10 CDS 1 6467 5658 start_codon_6 start_codon 6467 6465 gene_7 gene 0.99 10989 10183 transcript_7 transcript 0.99 10989 10183 stop_codon_7 stop_codon 10185 10183 CDS_11 CDS 0.99 10989 10183 start_codon_7 start_codon 10989 10987 gene_8 gene 1 14946 14131 transcript_8 transcript 1 14946 14131 stop_codon_8 stop_codon 14133 14131 CDS_12 CDS 1 14946 14131 start_codon_8 start_codon 14946 14944 gene_9 gene 0.99 30595 29774 transcript_9 transcript 0.99 30595 29774 stop_codon_9 stop_codon 29776 29774 CDS_13 CDS 0.99 30595 29774 start_codon_9 start_codon 30595 30593 gene_10 gene 1 33278 32421 transcript_10 transcript 1 33278 32421 stop_codon_10 stop_codon 32423 32421 CDS_14 CDS 1 33278 32421 start_codon_10 start_codon 33278 33276 gene_11 gene 1 38347 37487 transcript_11 transcript 1 38347 37487 stop_codon_11 stop_codon 37489 37487 CDS_15 CDS 1 38347 37487 start_codon_11 start_codon 38347 38345 gene_12 gene 0.68 41464 40607 transcript_12 transcript 0.68 41464 40607 stop_codon_12 stop_codon 40609 40607 CDS_16 CDS 0.68 41464 40607 start_codon_12 start_codon 41464 41462 gene_13 gene 1 43655 42798 transcript_13 transcript 1 43655 42798 stop_codon_13 stop_codon 42800 42798 CDS_17 CDS 1 43655 42798 start_codon_13 start_codon 43655 43653 gene_14 gene 0.72 57919 57041 transcript_14 transcript 0.72 57919 57041 stop_codon_14 stop_codon 57043 57041 CDS_18 CDS 0.72 57919 57041 start_codon_14 start_codon 57919 57917 gene_15 gene 1 61555 60146 transcript_15 transcript 1 61555 60146 stop_codon_15 stop_codon 60148 60146 CDS_19 CDS 1 61555 60146 start_codon_15 start_codon 61555 61553 gene_16 gene 0.68 65901 64330 transcript_16 transcript 0.68 65901 64330 stop_codon_16 stop_codon 64332 64330 intron_5 intron 1 64793 64718 intron_6 intron 1 65621 64948 CDS_20 CDS 1 64717 64330 CDS_21 CDS 1 64947 64794 CDS_22 CDS 0.68 65901 65622 start_codon_16 start_codon 65901 65899 gene_17 gene 0.66 68638 66599 transcript_17 transcript 0.66 68638 66599 stop_codon_17 stop_codon 66601 66599 intron_7 intron 0.7 67457 66951 intron_8 intron 0.7 67732 67617 intron_9 intron 0.96 68029 67927 intron_10 intron 1 68282 68202 CDS_23 CDS 0.96 66950 66599 CDS_24 CDS 0.7 67616 67458 CDS_25 CDS 0.98 67926 67733 CDS_26 CDS 0.96 68201 68030 CDS_27 CDS 0.98 68638 68283 start_codon_17 start_codon 68638 68636 gene_18 gene 0.61 71956 69839 transcript_18 transcript 0.61 71956 69839 stop_codon_18 stop_codon 69841 69839 intron_11 intron 0.94 70817 70191 intron_12 intron 0.98 71067 70977 intron_13 intron 0.99 71348 71262 intron_14 intron 0.98 71594 71521 CDS_28 CDS 1 70190 69839 CDS_29 CDS 0.93 70976 70818 CDS_30 CDS 0.99 71261 71068 CDS_31 CDS 0.98 71520 71349 CDS_32 CDS 0.68 71956 71595 start_codon_18 start_codon 71956 71954 gene_19 gene 0.63 78412 74850 transcript_19 transcript 0.63 78412 74850 stop_codon_19 stop_codon 74852 74850 intron_15 intron 1 75328 75226 intron_16 intron 1 75693 75438 intron_17 intron 0.63 78372 75991 CDS_33 CDS 1 75225 74850 CDS_34 CDS 1 75437 75329 CDS_35 CDS 0.63 75990 75694 CDS_36 CDS 0.63 78412 78373 start_codon_19 start_codon 78412 78410 gene_20 gene 1 79335 78440 transcript_20 transcript 1 79335 78440 stop_codon_20 stop_codon 78442 78440 intron_18 intron 1 78882 78822 intron_19 intron 1 79052 78980 CDS_37 CDS 1 78821 78440 CDS_38 CDS 1 78979 78883 CDS_39 CDS 1 79335 79053 start_codon_20 start_codon 79335 79333 gene_21 gene 0.72 110707 108318 transcript_21 transcript 0.72 110707 108318 stop_codon_21 stop_codon 108320 108318 intron_20 intron 1 110464 109758 CDS_40 CDS 1 109757 108318 CDS_41 CDS 0.72 110707 110465 start_codon_21 start_codon 110707 110705 gene_22 gene 1 113461 113010 transcript_22 transcript 1 113461 113010 stop_codon_22 stop_codon 113012 113010 intron_21 intron 1 113451 113285 CDS_42 CDS 1 113284 113010 CDS_43 CDS 1 113461 113452 start_codon_22 start_codon 113461 113459 AUGUSTUS_ab_initio de novo gene_1 gene 0.38 1 508 transcript_1 transcript 0.38 1 508 CDS_1 CDS 0.38 1 508 stop_codon_1 stop_codon 506 508 gene_2 gene 1 84405 88690 transcript_2 transcript 1 84405 88690 start_codon_1 start_codon 84405 84407 intron_1 intron 1 84603 87190 CDS_2 CDS 1 84405 84602 CDS_3 CDS 1 87191 88690 stop_codon_2 stop_codon 88688 88690 gene_3 gene 0.89 95854 98432 transcript_3 transcript 0.89 95854 98432 start_codon_2 start_codon 95854 95856 intron_2 intron 0.91 96256 97558 intron_3 intron 0.99 97870 97945 intron_4 intron 1 98079 98162 CDS_4 CDS 0.99 95854 96255 CDS_5 CDS 0.93 97559 97869 CDS_6 CDS 0.99 97946 98078 CDS_7 CDS 0.99 98163 98432 stop_codon_3 stop_codon 98430 98432 gene_4 gene 0.95 99523 100299 transcript_4 transcript 0.95 99523 100299 start_codon_3 start_codon 99523 99525 CDS_8 CDS 0.96 99523 100299 stop_codon_4 stop_codon 100297 100299 AUGUSTUS_ab_initio de novo gene_5 gene 0.88 2892 2086 transcript_5 transcript 0.88 2892 2086 stop_codon_5 stop_codon 2088 2086 CDS_9 CDS 0.88 2892 2086 start_codon_4 start_codon 2892 2890 gene_6 gene 0.85 6467 5658 transcript_6 transcript 0.85 6467 5658 stop_codon_6 stop_codon 5660 5658 CDS_10 CDS 0.85 6467 5658 start_codon_5 start_codon 6467 6465 gene_7 gene 0.39 8546 8160 transcript_7 transcript 0.39 8546 8160 stop_codon_7 stop_codon 8162 8160 CDS_11 CDS 0.39 8546 8160 start_codon_6 start_codon 8546 8544 gene_8 gene 0.78 10989 10183 transcript_8 transcript 0.78 10989 10183 stop_codon_8 stop_codon 10185 10183 CDS_12 CDS 0.78 10989 10183 start_codon_7 start_codon 10989 10987 gene_9 gene 0.99 14946 14131 transcript_9 transcript 0.99 14946 14131 stop_codon_9 stop_codon 14133 14131 CDS_13 CDS 0.99 14946 14131 start_codon_8 start_codon 14946 14944 gene_10 gene 0.9 30595 29774 transcript_10 transcript 0.9 30595 29774 stop_codon_10 stop_codon 29776 29774 CDS_14 CDS 0.9 30595 29774 start_codon_9 start_codon 30595 30593 gene_11 gene 1 33278 32421 transcript_11 transcript 1 33278 32421 stop_codon_11 stop_codon 32423 32421 CDS_15 CDS 1 33278 32421 start_codon_10 start_codon 33278 33276 gene_12 gene 1 38347 37487 transcript_12 transcript 1 38347 37487 stop_codon_12 stop_codon 37489 37487 CDS_16 CDS 1 38347 37487 start_codon_11 start_codon 38347 38345 gene_13 gene 0.68 41464 40607 transcript_13 transcript 0.68 41464 40607 stop_codon_13 stop_codon 40609 40607 CDS_17 CDS 0.68 41464 40607 start_codon_12 start_codon 41464 41462 gene_14 gene 1 43655 42798 transcript_14 transcript 1 43655 42798 stop_codon_14 stop_codon 42800 42798 CDS_18 CDS 1 43655 42798 start_codon_13 start_codon 43655 43653 gene_15 gene 0.56 48437 47750 transcript_15 transcript 0.56 48437 47750 stop_codon_15 stop_codon 47752 47750 intron_5 intron 0.98 47909 47825 intron_6 intron 0.96 48248 47979 CDS_19 CDS 0.98 47824 47750 CDS_20 CDS 0.96 47978 47910 CDS_21 CDS 0.56 48437 48249 start_codon_14 start_codon 48437 48435 gene_16 gene 0.72 57919 57041 transcript_16 transcript 0.72 57919 57041 stop_codon_16 stop_codon 57043 57041 CDS_22 CDS 0.72 57919 57041 start_codon_15 start_codon 57919 57917 gene_17 gene 1 61555 60146 transcript_17 transcript 1 61555 60146 stop_codon_17 stop_codon 60148 60146 CDS_23 CDS 1 61555 60146 start_codon_16 start_codon 61555 61553 gene_18 gene 0.26 68638 64330 transcript_18 transcript 0.26 68638 64330 stop_codon_18 stop_codon 64332 64330 intron_7 intron 0.82 64793 64718 intron_8 intron 0.75 65621 64948 intron_9 intron 0.61 66750 65844 intron_10 intron 0.99 67457 66951 intron_11 intron 1 67732 67617 intron_12 intron 0.91 68029 67927 intron_13 intron 1 68282 68202 CDS_24 CDS 0.79 64717 64330 CDS_25 CDS 0.82 64947 64794 CDS_26 CDS 0.48 65843 65622 CDS_27 CDS 0.79 66950 66751 CDS_28 CDS 1 67616 67458 CDS_29 CDS 0.99 67926 67733 CDS_30 CDS 0.92 68201 68030 CDS_31 CDS 0.95 68638 68283 start_codon_17 start_codon 68638 68636 gene_19 gene 0.25 73837 69839 transcript_19 transcript 0.25 73837 69839 stop_codon_19 stop_codon 69841 69839 intron_14 intron 0.98 70817 70191 intron_15 intron 1 71067 70977 intron_16 intron 0.99 71348 71262 intron_17 intron 0.99 71594 71521 intron_18 intron 0.41 73498 71897 CDS_32 CDS 0.97 70190 69839 CDS_33 CDS 0.98 70976 70818 CDS_34 CDS 0.99 71261 71068 CDS_35 CDS 0.99 71520 71349 CDS_36 CDS 0.4 71896 71595 CDS_37 CDS 0.45 73837 73499 start_codon_18 start_codon 73837 73835 gene_20 gene 0.4 75973 74850 transcript_20 transcript 0.4 75973 74850 stop_codon_20 stop_codon 74852 74850 intron_19 intron 1 75328 75226 intron_20 intron 0.93 75693 75438 CDS_38 CDS 0.87 75225 74850 CDS_39 CDS 1 75437 75329 CDS_40 CDS 0.45 75973 75694 start_codon_19 start_codon 75973 75971 gene_21 gene 0.33 79335 78440 transcript_21 transcript 0.33 79335 78440 stop_codon_21 stop_codon 78442 78440 intron_21 intron 1 78882 78822 intron_22 intron 0.96 79052 78980 CDS_41 CDS 0.96 78821 78440 CDS_42 CDS 1 78979 78883 CDS_43 CDS 0.35 79335 79053 start_codon_20 start_codon 79335 79333 gene_22 gene 0.79 102631 100798 transcript_22 transcript 0.79 102631 100798 stop_codon_22 stop_codon 100800 100798 intron_23 intron 1 102430 102259 CDS_44 CDS 1 102258 100798 CDS_45 CDS 0.79 102631 102431 start_codon_21 start_codon 102631 102629 gene_23 gene 0.77 110707 108318 transcript_23 transcript 0.77 110707 108318 stop_codon_23 stop_codon 108320 108318 intron_24 intron 0.99 110464 109758 CDS_46 CDS 1 109757 108318 CDS_47 CDS 0.78 110707 110465 start_codon_22 start_codon 110707 110705 gene_24 gene 1 113461 113010 transcript_24 transcript 1 113461 113010 stop_codon_24 stop_codon 113012 113010 intron_25 intron 1 113451 113285 CDS_48 CDS 1 113284 113010 CDS_49 CDS 1 113461 113452 start_codon_23 start_codon 113461 113459 AUGUSTUS_tom_ugs de novo gene_1 gene 0.54 59 508 transcript_1 transcript 0.54 59 508 start_codon_1 start_codon 59 61 CDS_1 CDS 0.54 59 508 stop_codon_1 stop_codon 506 508 gene_2 gene 1 84405 88690 transcript_2 transcript 1 84405 88690 start_codon_2 start_codon 84405 84407 intron_1 intron 1 84603 87190 CDS_2 CDS 1 84405 84602 CDS_3 CDS 1 87191 88690 stop_codon_2 stop_codon 88688 88690 gene_3 gene 0.98 99523 100299 transcript_3 transcript 0.98 99523 100299 start_codon_3 start_codon 99523 99525 CDS_4 CDS 0.98 99523 100299 stop_codon_3 stop_codon 100297 100299 AUGUSTUS_tom_ugs de novo gene_4 gene 1 2892 2086 transcript_4 transcript 1 2892 2086 stop_codon_4 stop_codon 2088 2086 CDS_5 CDS 1 2892 2086 start_codon_4 start_codon 2892 2890 gene_5 gene 1 6467 5658 transcript_5 transcript 1 6467 5658 stop_codon_5 stop_codon 5660 5658 CDS_6 CDS 1 6467 5658 start_codon_5 start_codon 6467 6465 gene_6 gene 0.98 10989 10183 transcript_6 transcript 0.98 10989 10183 stop_codon_6 stop_codon 10185 10183 CDS_7 CDS 0.98 10989 10183 start_codon_6 start_codon 10989 10987 gene_7 gene 1 14946 14131 transcript_7 transcript 1 14946 14131 stop_codon_7 stop_codon 14133 14131 CDS_8 CDS 1 14946 14131 start_codon_7 start_codon 14946 14944 gene_8 gene 0.97 30595 29774 transcript_8 transcript 0.97 30595 29774 stop_codon_8 stop_codon 29776 29774 CDS_9 CDS 0.97 30595 29774 start_codon_8 start_codon 30595 30593 gene_9 gene 1 33278 32421 transcript_9 transcript 1 33278 32421 stop_codon_9 stop_codon 32423 32421 CDS_10 CDS 1 33278 32421 start_codon_9 start_codon 33278 33276 gene_10 gene 1 38347 37487 transcript_10 transcript 1 38347 37487 stop_codon_10 stop_codon 37489 37487 CDS_11 CDS 1 38347 37487 start_codon_10 start_codon 38347 38345 gene_11 gene 0.64 41464 40607 transcript_11 transcript 0.64 41464 40607 stop_codon_11 stop_codon 40609 40607 CDS_12 CDS 0.64 41464 40607 start_codon_11 start_codon 41464 41462 gene_12 gene 1 43655 42798 transcript_12 transcript 1 43655 42798 stop_codon_12 stop_codon 42800 42798 CDS_13 CDS 1 43655 42798 start_codon_12 start_codon 43655 43653 gene_13 gene 0.69 57919 57041 transcript_13 transcript 0.69 57919 57041 stop_codon_13 stop_codon 57043 57041 CDS_14 CDS 0.69 57919 57041 start_codon_13 start_codon 57919 57917 gene_14 gene 1 61555 60146 transcript_14 transcript 1 61555 60146 stop_codon_14 stop_codon 60148 60146 CDS_15 CDS 1 61555 60146 start_codon_14 start_codon 61555 61553 gene_15 gene 0.49 65901 64330 transcript_15 transcript 0.49 65901 64330 stop_codon_15 stop_codon 64332 64330 intron_2 intron 1 64793 64718 intron_3 intron 1 65621 64948 CDS_16 CDS 1 64717 64330 CDS_17 CDS 1 64947 64794 CDS_18 CDS 0.49 65901 65622 start_codon_15 start_codon 65901 65899 gene_16 gene 0.52 68638 66599 transcript_16 transcript 0.52 68638 66599 stop_codon_16 stop_codon 66601 66599 intron_4 intron 0.63 67457 66951 intron_5 intron 0.64 67732 67617 intron_6 intron 0.94 68029 67927 intron_7 intron 1 68282 68202 CDS_19 CDS 0.83 66950 66599 CDS_20 CDS 0.63 67616 67458 CDS_21 CDS 0.9 67926 67733 CDS_22 CDS 0.94 68201 68030 CDS_23 CDS 0.94 68638 68283 start_codon_16 start_codon 68638 68636 gene_17 gene 0.59 71956 69839 transcript_17 transcript 0.59 71956 69839 stop_codon_17 stop_codon 69841 69839 intron_8 intron 1 70817 70191 intron_9 intron 1 71067 70977 intron_10 intron 1 71348 71262 intron_11 intron 0.99 71594 71521 CDS_24 CDS 0.95 70190 69839 CDS_25 CDS 1 70976 70818 CDS_26 CDS 1 71261 71068 CDS_27 CDS 0.99 71520 71349 CDS_28 CDS 0.64 71956 71595 start_codon_17 start_codon 71956 71954 gene_18 gene 0.93 79335 74850 transcript_18 transcript 0.93 79335 74850 stop_codon_18 stop_codon 74852 74850 intron_12 intron 1 75328 75226 intron_13 intron 1 75693 75438 intron_14 intron 0.93 78507 75991 intron_15 intron 1 78882 78822 intron_16 intron 1 79052 78980 CDS_29 CDS 1 75225 74850 CDS_30 CDS 1 75437 75329 CDS_31 CDS 0.98 75990 75694 CDS_32 CDS 0.95 78821 78508 CDS_33 CDS 1 78979 78883 CDS_34 CDS 1 79335 79053 start_codon_18 start_codon 79335 79333 gene_19 gene 0.83 110707 108318 transcript_19 transcript 0.83 110707 108318 stop_codon_19 stop_codon 108320 108318 intron_17 intron 0.99 110464 109758 CDS_35 CDS 0.99 109757 108318 CDS_36 CDS 0.83 110707 110465 start_codon_19 start_codon 110707 110705 gene_20 gene 1 113461 113010 transcript_20 transcript 1 113461 113010 stop_codon_20 stop_codon 113012 113010 intron_18 intron 1 113451 113285 CDS_37 CDS 1 113284 113010 CDS_38 CDS 1 113461 113452 start_codon_20 start_codon 113461 113459 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_1 match_part 1.000 84410 84602 match_part 0.998 87191 87738 match_2 match_part 0.995 88082 88281 match_3 match_part 1.000 88308 88730 match_4 match_part 1.000 95673 96255 match_part 1.000 97559 97869 match_part 1.000 97946 98078 match_part 0.997 98163 98516 match_5 match_part 0.958 95724 96057 GenomeThreader_SGN_U_tomato SGN Tomato Unigenes match_6 match_part 0.997 61622 60737 match_7 match_part 0.981 64511 64249 match_8 match_part 0.997 65918 65622 match_part 0.994 64947 64794 match_part 1.000 64717 64495 match_9 match_part 0.997 76021 75694 match_part 1.000 75437 75329 match_part 1.000 75225 74536 match_10 match_part 0.993 75997 75730 match_part 1.000 75049 74714 match_11 match_part 0.972 76024 75808 match_part 0.901 75205 75045 match_12 match_part 1.000 79349 79053 match_part 1.000 78979 78883 match_part 1.000 78821 78266 match_13 match_part 1.000 79330 79053 match_part 0.966 78979 78332 match_14 match_part 1.000 79340 78778 match_15 match_part 0.996 102536 102021 match_16 match_part 0.997 102777 102431 match_part 1.000 102258 102065 match_17 match_part 0.999 108989 108156 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C02HBa0238L13.1 type gene exon 61622 60737 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C02HBa0238L13.1 type gene exon 65918 65622 exon 64947 64794 exon 64717 64249 gene_3 gene GT_PGL_3_AGS_1 transcript source GenomeThreader seq_id C02HBa0238L13.1 type gene exon 76024 75808 exon 75205 75045 gene_4 gene GT_PGL_3_AGS_2 transcript source GenomeThreader seq_id C02HBa0238L13.1 type gene exon 75997 75730 exon 75049 74714 gene_5 gene GT_PGL_3_AGS_3 transcript source GenomeThreader seq_id C02HBa0238L13.1 type gene exon 76021 75694 exon 75437 75329 exon 75225 74536 gene_6 gene GT_PGL_4_AGS_1 transcript source GenomeThreader seq_id C02HBa0238L13.1 type gene exon 79349 79053 exon 78979 78883 exon 78821 78266 gene_7 gene GT_PGL_4_AGS_2 transcript source GenomeThreader seq_id C02HBa0238L13.1 type gene exon 79330 79053 exon 78979 78332 gene_8 gene GT_PGL_4_AGS_3 transcript source GenomeThreader seq_id C02HBa0238L13.1 type gene exon 79340 78778 gene_9 gene GT_PGL_5_AGS_1 transcript source GenomeThreader seq_id C02HBa0238L13.1 type gene exon 84410 84602 exon 87191 87738 gene_10 gene GT_PGL_6_AGS_1 transcript source GenomeThreader seq_id C02HBa0238L13.1 type gene exon 88082 88281 gene_11 gene GT_PGL_7_AGS_1 transcript source GenomeThreader seq_id C02HBa0238L13.1 type gene exon 88308 88730 gene_12 gene GT_PGL_8_AGS_1 transcript source GenomeThreader seq_id C02HBa0238L13.1 type gene exon 95673 96255 exon 97559 97869 exon 97946 98078 exon 98163 98516 gene_13 gene GT_PGL_9_AGS_1 transcript source GenomeThreader seq_id C02HBa0238L13.1 type gene exon 102777 102431 exon 102258 102065 gene_14 gene GT_PGL_9_AGS_2 transcript source GenomeThreader seq_id C02HBa0238L13.1 type gene exon 102536 102021 gene_15 gene GT_PGL_10_AGS_1 transcript source GenomeThreader seq_id C02HBa0238L13.1 type gene exon 108989 108156 GenomeThreader_SGN_markers SGN marker sequences match_1 match_part 1.000 78274 78743 GenomeThreader_SGN_markers SGN marker sequences match_2 match_part 0.961 68644 68283 match_part 0.977 68201 68030 match_part 0.963 67926 67738 gene_1 gene GT_PGL_1_AGS_1 transcript source GenomeThreader seq_id C02HBa0238L13.1 type gene exon 68644 68283 exon 68201 68030 exon 67926 67738 gene_2 gene GT_PGL_2_AGS_1 transcript source GenomeThreader seq_id C02HBa0238L13.1 type gene exon 78274 78743 AUGUSTUS_tom_pot_cdna de novo gene_1 gene 1 1 508 transcript_1 transcript 1 1 508 CDS_1 CDS 1 1 508 stop_codon_1 stop_codon 506 508 gene_2 gene 0.4 74448 74836 transcript_2 transcript 0.4 74448 74836 start_codon_1 start_codon 74448 74450 intron_1 intron 0.4 74569 74711 CDS_2 CDS 0.4 74448 74568 CDS_3 CDS 0.99 74712 74836 stop_codon_2 stop_codon 74834 74836 gene_3 gene 1 95854 98432 transcript_3 transcript 1 95854 98432 start_codon_2 start_codon 95854 95856 intron_2 intron 1 96256 97558 intron_3 intron 1 97870 97945 intron_4 intron 1 98079 98162 CDS_4 CDS 1 95854 96255 CDS_5 CDS 1 97559 97869 CDS_6 CDS 1 97946 98078 CDS_7 CDS 1 98163 98432 stop_codon_3 stop_codon 98430 98432 gene_4 gene 0.96 99523 100299 transcript_4 transcript 0.96 99523 100299 start_codon_3 start_codon 99523 99525 CDS_8 CDS 0.96 99523 100299 stop_codon_4 stop_codon 100297 100299 AUGUSTUS_tom_pot_cdna de novo gene_5 gene 0.64 1737 1453 transcript_5 transcript 0.64 1737 1453 stop_codon_5 stop_codon 1455 1453 CDS_9 CDS 0.64 1737 1453 start_codon_4 start_codon 1737 1735 gene_6 gene 0.99 2892 2086 transcript_6 transcript 0.99 2892 2086 stop_codon_6 stop_codon 2088 2086 CDS_10 CDS 0.99 2892 2086 start_codon_5 start_codon 2892 2890 gene_7 gene 0.98 6467 5658 transcript_7 transcript 0.98 6467 5658 stop_codon_7 stop_codon 5660 5658 CDS_11 CDS 0.98 6467 5658 start_codon_6 start_codon 6467 6465 gene_8 gene 0.96 10989 10183 transcript_8 transcript 0.96 10989 10183 stop_codon_8 stop_codon 10185 10183 CDS_12 CDS 0.96 10989 10183 start_codon_7 start_codon 10989 10987 gene_9 gene 0.98 14946 14131 transcript_9 transcript 0.98 14946 14131 stop_codon_9 stop_codon 14133 14131 CDS_13 CDS 0.98 14946 14131 start_codon_8 start_codon 14946 14944 gene_10 gene 0.99 30595 29774 transcript_10 transcript 0.99 30595 29774 stop_codon_10 stop_codon 29776 29774 CDS_14 CDS 0.99 30595 29774 start_codon_9 start_codon 30595 30593 gene_11 gene 1 33278 32421 transcript_11 transcript 1 33278 32421 stop_codon_11 stop_codon 32423 32421 CDS_15 CDS 1 33278 32421 start_codon_10 start_codon 33278 33276 gene_12 gene 1 38347 37487 transcript_12 transcript 1 38347 37487 stop_codon_12 stop_codon 37489 37487 CDS_16 CDS 1 38347 37487 start_codon_11 start_codon 38347 38345 gene_13 gene 0.64 41464 40607 transcript_13 transcript 0.64 41464 40607 stop_codon_13 stop_codon 40609 40607 CDS_17 CDS 0.64 41464 40607 start_codon_12 start_codon 41464 41462 gene_14 gene 1 43655 42798 transcript_14 transcript 1 43655 42798 stop_codon_14 stop_codon 42800 42798 CDS_18 CDS 1 43655 42798 start_codon_13 start_codon 43655 43653 gene_15 gene 0.8 57919 57041 transcript_15 transcript 0.8 57919 57041 stop_codon_15 stop_codon 57043 57041 CDS_19 CDS 0.8 57919 57041 start_codon_14 start_codon 57919 57917 gene_16 gene 1 61555 60146 transcript_16 transcript 1 61555 60146 stop_codon_16 stop_codon 60148 60146 CDS_20 CDS 1 61555 60146 start_codon_15 start_codon 61555 61553 gene_17 gene 0.6 65901 64330 transcript_17 transcript 0.6 65901 64330 stop_codon_17 stop_codon 64332 64330 intron_5 intron 1 64793 64718 intron_6 intron 1 65621 64948 CDS_21 CDS 1 64717 64330 CDS_22 CDS 1 64947 64794 CDS_23 CDS 0.6 65901 65622 start_codon_16 start_codon 65901 65899 gene_18 gene 0.67 68638 66408 transcript_18 transcript 0.67 68638 66408 stop_codon_18 stop_codon 66410 66408 intron_7 intron 0.9 66750 66479 intron_8 intron 0.76 67457 66951 intron_9 intron 0.77 67732 67617 intron_10 intron 1 68029 67927 intron_11 intron 0.99 68282 68202 CDS_24 CDS 0.94 66478 66408 CDS_25 CDS 0.91 66950 66751 CDS_26 CDS 0.76 67616 67458 CDS_27 CDS 1 67926 67733 CDS_28 CDS 0.99 68201 68030 CDS_29 CDS 1 68638 68283 start_codon_17 start_codon 68638 68636 gene_19 gene 0.62 71956 69839 transcript_19 transcript 0.62 71956 69839 stop_codon_19 stop_codon 69841 69839 intron_12 intron 0.98 70817 70191 intron_13 intron 1 71067 70977 intron_14 intron 0.99 71348 71262 intron_15 intron 0.99 71594 71521 CDS_30 CDS 1 70190 69839 CDS_31 CDS 0.98 70976 70818 CDS_32 CDS 0.99 71261 71068 CDS_33 CDS 0.99 71520 71349 CDS_34 CDS 0.65 71956 71595 start_codon_18 start_codon 71956 71954 gene_20 gene 0.56 78412 74850 transcript_20 transcript 0.56 78412 74850 stop_codon_20 stop_codon 74852 74850 intron_16 intron 1 75328 75226 intron_17 intron 1 75693 75438 intron_18 intron 0.56 78372 75991 CDS_35 CDS 1 75225 74850 CDS_36 CDS 1 75437 75329 CDS_37 CDS 0.56 75990 75694 CDS_38 CDS 0.58 78412 78373 start_codon_19 start_codon 78412 78410 gene_21 gene 1 79335 78440 transcript_21 transcript 1 79335 78440 stop_codon_21 stop_codon 78442 78440 intron_19 intron 1 78882 78822 intron_20 intron 1 79052 78980 CDS_39 CDS 1 78821 78440 CDS_40 CDS 1 78979 78883 CDS_41 CDS 1 79335 79053 start_codon_20 start_codon 79335 79333 gene_22 gene 0.41 110707 108318 transcript_22 transcript 0.41 110707 108318 stop_codon_22 stop_codon 108320 108318 intron_21 intron 0.5 110464 109758 CDS_42 CDS 0.5 109757 108318 CDS_43 CDS 0.41 110707 110465 start_codon_21 start_codon 110707 110705 gene_23 gene 1 113461 113010 transcript_23 transcript 1 113461 113010 stop_codon_23 stop_codon 113012 113010 intron_22 intron 1 113451 113285 CDS_44 CDS 1 113284 113010 CDS_45 CDS 1 113461 113452 start_codon_22 start_codon 113461 113459 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_1 match 113 87491 88591 match_2 match 113 87191 88627 match_3 match 441 87191 88636 match_4 match 430 87227 88636 match_5 match 367 87140 88609 match_6 match 367 87140 88609 match_7 match 370 87140 88609 match_8 match 118 17 505 match_9 match 114 87254 88630 match_10 match 105 87254 88510 match_11 match 125 87191 88618 match_12 match 121 87215 88618 match_13 match 374 87152 88612 match_14 match 381 87152 88612 match_15 match 384 87152 88612 match_16 match 310 87152 88609 match_17 match 369 87191 88624 match_18 match 393 87167 88609 match_19 match 367 87140 88609 match_20 match 454 87191 88621 match_21 match 138 41 487 match_22 match 110 41 487 match_23 match 110 41 487 match_24 match 110 41 487 match_25 match 393 87191 88615 match_26 match 108 87191 88618 match_27 match 120 87191 88630 match_28 match 132 97947 98426 match_29 match 145 95884 96255 match_30 match 125 97595 97864 match_31 match 142 97932 98426 match_32 match 136 95884 96255 match_33 match 128 97595 97870 match_34 match 144 97947 98426 match_35 match 138 95884 96255 match_36 match 133 97595 97870 match_37 match 130 97932 98426 match_38 match 139 95884 96255 match_39 match 127 97595 97870 match_40 match 120 87191 88630 match_41 match 385 87191 88612 match_42 match 369 87191 88612 match_43 match 244 2 496 match_44 match 244 2 496 match_45 match 244 2 496 match_46 match 120 20953 21318 BLAST_ath_pep AGI Proteins (arabidopsis.org) match_47 match 118 61285 60200 match_48 match 110 61042 60188 match_49 match 28.9 75468 75331 match_50 match 134 78814 78449 match_51 match 144 75218 74859 match_52 match 76.3 64948 64796 match_53 match 145 64716 64414 match_54 match 21.6 78914 78885 match_55 match 107 61078 60254 match_56 match 110 61306 60278 match_57 match 124 61075 60206 match_58 match 136 61180 60185 match_59 match 125 61342 60341 match_60 match 167 61348 60251 match_61 match 151 61186 60200 match_62 match 122 60853 60200 match_63 match 170 61120 60257 match_64 match 52.0 64945 64799 match_65 match 91.3 64731 64408 match_66 match 122 61342 60344 match_67 match 141 61294 60164 match_68 match 149 61357 60170 match_69 match 132 61348 60200 match_70 match 124 61306 60251 match_71 match 130 61288 60209 match_72 match 109 61051 60206 match_73 match 114 61135 60350 match_74 match 112 61069 60290 match_75 match 136 61348 60200 match_76 match 115 61120 60221 match_77 match 121 61276 60218 match_78 match 105 60979 60167 match_79 match 130 61078 60149 match_80 match 147 61171 60188 match_81 match 135 60988 60200 match_82 match 141 61351 60401 match_83 match 152 61381 60188 match_84 match 137 61144 60281 match_85 match 115 61348 60428 match_86 match 171 61294 60164 match_87 match 170 61276 60254 match_88 match 152 61303 60338 match_89 match 186 61384 60149 match_90 match 161 61183 60251 match_91 match 105 61090 60242 match_92 match 118 61351 60317 match_93 match 149 61177 60200 match_94 match 167 61186 60200 match_95 match 142 61342 60383 match_96 match 133 61012 60164 match_97 match 156 61348 60254 match_98 match 135 61342 60383 match_99 match 178 61186 60200 match_100 match 139 61015 60200 match_101 match 150 61342 60200 match_102 match 154 61348 60200 match_103 match 124 61276 60317 match_104 match 160 61288 60188 match_105 match 115 61303 60179 match_106 match 128 61342 60383 match_107 match 160 61348 60188 match_108 match 175 61186 60200 match_109 match 145 61051 60164 match_110 match 112 61327 60200 match_111 match 134 61363 60290 match_112 match 120 61186 60188 match_113 match 130 61105 60251 match_114 match 112 61159 60188 match_115 match 131 61276 60200 match_116 match 120 61066 60209 match_117 match 136 61288 60188 match_118 match 116 61000 60200 match_119 match 112 61180 60386 match_120 match 107 61186 60239 match_121 match 105 61180 60164 match_122 match 115 61276 60251 match_123 match 119 61102 60185 match_124 match 113 61105 60194 match_125 match 120 61069 60164 match_126 match 126 61156 60170 match_127 match 156 102258 100873 match_128 match 133 109430 108369 match_129 match 147 102258 100873 match_130 match 144 109757 108369 match_131 match 109 109757 108543 match_132 match 119 102258 101047 match_133 match 637 102258 100828 match_134 match 627 109757 108324 match_135 match 622 102222 100828 match_136 match 618 109727 108324 match_137 match 451 102258 100837 match_138 match 438 109757 108333 match_139 match 456 102258 100837 match_140 match 444 109757 108333 match_141 match 441 109757 108333 match_142 match 462 102258 100837 match_143 match 115 61342 60197 match_144 match 121 61090 60203 match_145 match 114 101910 100849 match_146 match 112 61138 60251 match_147 match 117 61180 60200 match_148 match 122 61135 60200 match_149 match 72.0 71522 71088 match_150 match 58.9 71776 71591 match_151 match 131 102258 100849 match_152 match 110 109406 108345 match_153 match 107 102258 101044 match_154 match 120 102258 100963 match_155 match 124 61303 60197 match_156 match 130 61180 60200 match_157 match 124 61267 60200 match_158 match 137 61081 60188 match_159 match 138 61276 60341 match_160 match 110 61105 60239 match_161 match 124 61069 60275 match_162 match 109 61003 60251 match_163 match 116 61105 60170 match_164 match 41.6 70966 70817 match_165 match 81.6 71522 71079 match_166 match 55.8 71812 71594 match_167 match 105 60883 60188 match_168 match 138 61345 60383 match_169 match 131 61012 60200 match_170 match 147 61288 60257 match_171 match 175 61348 60158 match_172 match 107 60856 60188 match_173 match 123 61348 60263 match_174 match 125 61003 60200 match_175 match 157 61357 60200 match_176 match 135 61012 60200 match_177 match 112 61348 60422 match_178 match 149 61288 60281 match_179 match 169 61348 60200 match_180 match 129 61288 60338 match_181 match 135 61273 60287 match_182 match 150 61285 60254 match_183 match 154 61276 60194 match_184 match 131 61363 60188 match_185 match 145 61348 60200 match_186 match 157 61273 60200 match_187 match 139 61288 60281 match_188 match 116 60955 60200 match_189 match 153 61360 60200 match_190 match 166 61357 60158 match_191 match 158 61348 60278 match_192 match 115 60856 60188 match_193 match 141 61288 60167 match_194 match 122 61132 60200 match_195 match 156 61348 60200 match_196 match 137 61345 60383 match_197 match 127 61012 60200 match_198 match 174 61294 60200 match_199 match 141 102258 100849 match_200 match 139 109412 108345 match_201 match 141 61363 60257 match_202 match 152 61348 60200 match_203 match 124 61288 60263 match_204 match 167 61276 60188 match_205 match 113 60856 60188 match_206 match 130 61003 60200 match_207 match 135 60910 60200 match_208 match 127 61345 60371 match_209 match 145 61288 60209 match_210 match 167 61273 60200 match_211 match 169 61348 60194 match_212 match 120 60955 60200 match_213 match 139 61012 60200 match_214 match 112 60856 60188 match_215 match 154 61348 60200 match_216 match 137 61276 60257 match_217 match 133 61345 60362 match_218 match 171 61276 60200 match_219 match 112 60856 60200 match_220 match 135 60910 60200 match_221 match 122 61345 60383 match_222 match 157 61294 60200 match_223 match 162 61357 60188 match_224 match 137 61012 60200 match_225 match 111 60856 60188 match_226 match 144 61090 60170 match_227 match 138 61042 60251 match_228 match 124 61102 60326 match_229 match 110 61012 60200 match_230 match 137 61345 60383 match_231 match 175 61348 60158 match_232 match 145 61288 60257 match_233 match 114 60856 60200 match_234 match 122 61276 60317 match_235 match 118 60955 60200 match_236 match 160 61273 60200 match_237 match 171 61348 60194 match_238 match 128 61012 60200 match_239 match 107 60856 60188 match_240 match 120 60862 60170 match_241 match 118 61090 60452 match_242 match 124 60940 60251 match_243 match 117 61060 60326 match_244 match 134 61342 60200 match_245 match 132 61348 60257 match_246 match 120 61240 60200 match_247 match 120 61345 60383 match_248 match 122 61006 60194 match_249 match 134 61342 60200 match_250 match 132 61348 60257 match_251 match 120 61240 60200 match_252 match 118 61345 60392 match_253 match 122 61006 60194 match_254 match 145 61276 60257 match_255 match 132 61270 60266 match_256 match 127 61276 60299 match_257 match 145 61357 60200 match_258 match 147 61090 60200 match_259 match 127 61348 60338 match_260 match 152 61342 60164 match_261 match 145 61294 60254 match_262 match 133 61012 60194 match_263 match 114 102201 100849 match_264 match 442 109757 108333 match_265 match 475 102258 100837 match_266 match 449 109757 108333 match_267 match 471 102258 100786 match_268 match 457 109757 108333 match_269 match 492 102258 100837 match_270 match 362 109757 108333 match_271 match 372 102258 100837 match_272 match 100 68485 68033 match_273 match 127 66943 66608 match_274 match 82.4 67929 67735 match_275 match 114 61312 60194 match_276 match 119 61045 60200 match_277 match 155 61303 60239 match_278 match 105 61348 60374 match_279 match 167 61168 60152 match_280 match 152 61279 60200 match_281 match 175 61276 60254 match_282 match 110 61069 60209 match_283 match 134 61318 60164 match_284 match 440 109757 108339 match_285 match 444 102258 100843 match_286 match 469 102258 100834 match_287 match 468 109757 108330 match_288 match 444 109757 108333 match_289 match 457 102258 100837 match_290 match 120 61255 60200 match_291 match 109 61348 60596 match_292 match 108 61069 60395 match_293 match 107 61096 60155 match_294 match 60.8 71522 71088 match_295 match 32.0 67926 67753 match_296 match 48.5 70975 70823 match_297 match 108 68455 68039 match_298 match 78.6 71776 71588 match_299 match 107 61273 60257 match_300 match 112 61138 60149 match_301 match 123 61276 60200 match_302 match 123 61384 60230 match_303 match 115 60859 60188 match_304 match 127 61276 60185 match_305 match 119 61105 60200 match_306 match 124 61276 60200 match_307 match 118 61180 60200 match_308 match 131 61276 60200 match_309 match 131 61273 60251 match_310 match 107 61360 60512 match_311 match 115 61051 60200 match_312 match 160 61288 60200 match_313 match 138 61078 60200 match_314 match 106 61348 60296 match_315 match 142 61051 60164 match_316 match 106 61348 60296 match_317 match 142 61051 60164 match_318 match 131 61102 60164 match_319 match 138 61276 60293 match_320 match 134 61273 60194 match_321 match 139 61156 60200 match_322 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657 109757 108324 match_354 match 528 61390 60152 match_355 match 111 60964 60281 match_356 match 357 61390 60494 match_357 match 114 6443 5664 match_358 match 115 14910 14182 match_359 match 116 57880 57047 match_360 match 141 38347 37496 match_361 match 128 41446 40616 match_362 match 137 33227 32430 match_363 match 147 43655 42807 match_364 match 107 61357 60215 match_365 match 112 61024 60284 match_366 match 114 61105 60200 match_367 match 125 61195 60200 match_368 match 131 61042 60209 match_369 match 95.5 68455 68030 match_370 match 36.2 67926 67753 match_371 match 56.2 71522 71088 match_372 match 42.7 70975 70823 match_373 match 64.3 71788 71591 match_374 match 128 61276 60245 match_375 match 121 61102 60200 match_376 match 135 61282 60164 match_377 match 133 61177 60200 match_378 match 91.3 71815 71588 match_379 match 146 68449 68030 match_380 match 154 71522 71082 match_381 match 125 70192 69872 match_382 match 70.1 70975 70817 match_383 match 144 66952 66608 match_384 match 108 67926 67669 match_385 match 110 61369 60194 match_386 match 116 61099 60167 match_387 match 140 61339 60338 match_388 match 44.7 67612 67451 match_389 match 70.1 71770 71579 match_390 match 49.3 70972 70823 match_391 match 124 68449 68036 match_392 match 105 66952 66608 match_393 match 133 71522 71088 match_394 match 87.0 67932 67732 match_395 match 111 68482 68039 match_396 match 108 71522 71088 match_397 match 52.4 70969 70817 match_398 match 77.0 71812 71579 match_399 match 74.3 67932 67753 match_400 match 44.3 67624 67463 match_401 match 49.7 70984 70811 match_402 match 122 68452 68033 match_403 match 133 71519 71088 match_404 match 130 70198 69872 match_405 match 139 66958 66605 match_406 match 94.0 67929 67735 match_407 match 110 61288 60194 match_408 match 110 61288 60194 match_409 match 70.1 71522 71088 match_410 match 46.2 70975 70823 match_411 match 64.7 71806 71588 match_412 match 115 61078 60242 match_413 match 115 61078 60242 match_414 match 123 61030 60188 match_415 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